From 987893d33c227309382b4004352b209b4cd645e9 Mon Sep 17 00:00:00 2001
From: hacklab <hacklab@laenre.net>
Date: Tue, 13 Oct 2026 13:28:18 +0200
Subject: [PATCH] =?UTF-8?q?Logotipo=20en=20Grindy=20Brush=20(negro),=20nar?=
 =?UTF-8?q?anja=20m=C3=A1s=20rojizo=20y=20dibujo=20nuevo?=
MIME-Version: 1.0
Content-Type: text/plain; charset=UTF-8
Content-Transfer-Encoding: 8bit

- logotipo: Grindy Brush todo en negro (o blanco en negativo), convertido a
  trazados; fuera las alternativas y las versiones con STREET en naranja.
  README: la fuente es demo de uso personal, hay que comprar la licencia
- naranja #ff7a1a -> #f04e23, solo en detalles
- docs/calle.svg: calle corta en diagonal, solo planta baja que se desvanece;
  de cada portal sale gente que avanza hacia la calzada (presencias con alguna
  zancada o puño en alto)
---
 README.md                           |   26 +-
 docs/calle.svg                      | 1396 +++++----------------------
 docs/deck-movil.png                 |  Bin 54468 -> 47599 bytes
 docs/deck.png                       |  Bin 145816 -> 147425 bytes
 docs/marca/alternativas.png         |  Bin 78240 -> 0 bytes
 docs/marca/hoja.png                 |  Bin 52346 -> 51786 bytes
 docs/marca/logotipo-2l.svg          |    2 +-
 docs/marca/logotipo-naranja-2l.svg  |    1 -
 docs/marca/logotipo-naranja.svg     |    1 -
 docs/marca/logotipo-negativo-2l.svg |    2 +-
 docs/marca/logotipo-negativo.svg    |    2 +-
 docs/marca/logotipo.svg             |    2 +-
 docs/marca/simbolo-naranja.svg      |    4 +-
 docs/marca/simbolo-negativo.svg     |    2 +-
 docs/marca/simbolo.svg              |    2 +-
 mockup/css/deck.css                 |    6 +-
 mockup/index.html                   |    4 +-
 tools/calle.py                      |  187 ++--
 18 files changed, 341 insertions(+), 1296 deletions(-)
 delete mode 100644 docs/marca/alternativas.png
 delete mode 100644 docs/marca/logotipo-naranja-2l.svg
 delete mode 100644 docs/marca/logotipo-naranja.svg

diff --git a/README.md b/README.md
index cb0caee..1806f12 100644
--- a/README.md
+++ b/README.md
@@ -1,8 +1,8 @@
 # TAKE THE STREET
 
-![Take the Street](docs/marca/logotipo-naranja.svg)
+![Take the Street](docs/marca/logotipo.svg)
 
-![Una multitud en la calle forma una persona grande con el puño en alto](docs/calle.svg)
+![Gente que sale de los portales y avanza hacia la calle](docs/calle.svg)
 
 **takethestreet.net / takethestreet.org**: red internacional de las acampadas por la vivienda que nacieron en la Puerta del Sol el 26 de septiembre de 2026 (26S). La vivienda es un derecho, no un negocio.
 
@@ -118,30 +118,28 @@ Tres piezas, cada una con su uso:
 
 ![Hoja de marca](docs/marca/hoja.png)
 
-- **Símbolo** (`docs/marca/simbolo*.svg`): una calle en perspectiva con una cabeza encima. La calle es el cuerpo de una persona: la gente es la calle. Repite la forma de las presencias del dibujo (cabeza y cuerpo afilado). Sirve para el favicon, los avatares de redes y las pegatinas, y se lee hasta a 16 px. Tres versiones: positivo, negativo y sobre naranja.
-- **Logotipo** (`docs/marca/logotipo*.svg`): «TAKE THE STREET» en **Dracutaz**, de pincel, como la calle pintada. Va convertido a trazados, así que no hace falta la fuente. Hay versión en una línea y en dos, en negro, con STREET en naranja y en negativo.
+- **Símbolo** (`docs/marca/simbolo*.svg`): una calle en perspectiva con una cabeza naranja encima. La calle es el cuerpo de una persona: la gente es la calle. Repite la forma de las presencias del dibujo (cabeza y cuerpo afilado). Sirve para el favicon, los avatares de redes y las pegatinas, y se lee hasta a 16 px. Tres versiones: positivo, negativo y sobre naranja.
+- **Logotipo** (`docs/marca/logotipo*.svg`): «TAKE THE STREET» en **Grindy Brush**, todo en negro (o en blanco sobre negro). Va convertido a trazados, así que no hace falta la fuente. Hay versión en una línea y en dos.
 - **Firma**: símbolo + logotipo. Es lo que va arriba a la izquierda de la web.
 - **Ilustración** (`docs/calle.svg`): la imagen principal de la portada, nunca en la cabecera. Ver el apartado 6.
 
-Color: naranja `#ff7a1a`, negro `#111` y blanco.
+Color: negro `#111` y blanco. El naranja `#f04e23` (más rojizo que el de antes) va solo en detalles: la cabeza del símbolo, alguna línea del dibujo, la sombra de los botones y el directo.
 
 Tipografías:
 
-- logotipo: **Dracutaz** (Dhabee Studio, freeware, uso comercial permitido), solo convertida a trazados
+- logotipo: **Grindy Brush** (Sronstudio), solo convertida a trazados
 - titulares, botones y etiquetas: **League Gothic**, OFL (`mockup/fonts/`)
 - texto: la fuente del sistema
 
-### Alternativas para el logotipo
+### Licencia del logotipo
 
-![Alternativas de pincel](docs/marca/alternativas.png)
-
-Grindy Brush, Eagle Horizon, Brushed, Higher Jump y Future Outrun (1001fonts) son **solo para uso personal**. Para usarlas en el logotipo habría que comprar la licencia o pedir permiso a sus autores. Dracutaz no tiene ese problema.
+Grindy Brush es una versión demo **solo para uso personal**. Antes de usar el logotipo en público (web, redes, carteles, camisetas) hay que comprar la licencia en https://sronstudio.com/product/grindy-brush-font/ o pedir permiso a su autor (sronstudio@gmail.com). Su nota avisa de que el uso comercial sin licencia se cobra a diez veces el precio de la licencia corporativa.
 
 ## 6. Dibujo
 
-![Una multitud en la calle forma una persona grande con el puño en alto](docs/calle.svg)
+![Gente que sale de los portales y avanza hacia la calle](docs/calle.svg)
 
-Una calle pintada a brochazos que se disuelve hacia arriba y hacia los lados, sin edificios. Encima, cientos de «presencias» (cabeza, cuerpo afilado y una sombra en diagonal), a la manera del mural *Presencias/Ausencias* de Suso33 en Tetuán: juntas forman una persona grande con el puño en alto. Unas pocas van en naranja. Se genera con `tools/calle.py`, sin dependencias:
+Una calle corta vista en diagonal, con el punto de fuga a la derecha. Solo se ve la planta baja: la fachada se desvanece hacia arriba, sin pisos, y la calle también se pierde por la derecha. De cada portal sale gente que avanza hacia la calzada y hacia quien mira. Son «presencias» abstractas a la manera de Suso33 (el mural *Presencias/Ausencias* de Tetuán): una mancha afilada con la cabeza, y algunas con zancada o con el puño en alto. Todo en negro; el naranja va solo en líneas de detalle (el bordillo, algún dintel, alguna estela). Se genera con `tools/calle.py`, sin dependencias:
 
 ```
 python3 tools/calle.py docs/calle.svg
@@ -149,6 +147,6 @@ python3 tools/calle.py docs/calle.svg
 
 ## 7. Maqueta
 
-`mockup/index.html` es HTML y CSS, sin JavaScript. Se abre directamente en el navegador. Sigue el estilo de acampada26s.net (blanco y negro, bordes de 3 px, sombra de color): firma en la cabecera, portada con el lema y el dibujo, y debajo el deck.Capturas al principio de este README.
+`mockup/index.html` es HTML y CSS, sin JavaScript. Se abre directamente en el navegador. Sigue el estilo de acampada26s.net (blanco y negro, bordes de 3 px, sombra de color): firma en la cabecera, portada con el lema y el dibujo debajo, y debajo el deck.Capturas al principio de este README.
 
-Código AGPL-3.0. Textos y dibujo CC BY-SA 4.0. Tipografías: League Gothic (OFL); logotipo dibujado con Dracutaz (freeware).
+Código AGPL-3.0. Textos y dibujo CC BY-SA 4.0. Tipografías: League Gothic (OFL); logotipo dibujado con Grindy Brush (demo de uso personal, ver «Licencia del logotipo»).
diff --git a/docs/calle.svg b/docs/calle.svg
index 002beae..69679b9 100644
--- a/docs/calle.svg
+++ b/docs/calle.svg
@@ -1,1179 +1,225 @@
-<svg xmlns="http://www.w3.org/2000/svg" viewBox="0 210 1600 690" width="1600" height="690">
+<svg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 1600 570" width="1600" height="570">
 <defs>
-<filter id="brocha" x="-10%" y="-10%" width="120%" height="120%"><feTurbulence type="fractalNoise" baseFrequency="0.015 0.15" numOctaves="3" seed="4" result="t"/><feDisplacementMap in="SourceGraphic" in2="t" scale="6"/></filter>
-<filter id="pintura" x="-20%" y="-20%" width="140%" height="140%"><feTurbulence type="fractalNoise" baseFrequency="0.6" numOctaves="2" seed="9" result="t"/><feDisplacementMap in="SourceGraphic" in2="t" scale="2.2"/></filter>
-<filter id="sombra" x="-20%" y="-20%" width="140%" height="140%"><feGaussianBlur stdDeviation="1.2"/></filter>
-<filter id="grano"><feTurbulence type="fractalNoise" baseFrequency="0.012 0.05" numOctaves="4" seed="2"/><feColorMatrix values="0 0 0 0 0.07  0 0 0 0 0.07  0 0 0 0 0.07  0 0 0 -2.2 1.25"/></filter>
-<linearGradient id="fv" x1="0" y1="0" x2="0" y2="1"><stop offset="0" stop-color="#000"/><stop offset=".3" stop-color="#000"/><stop offset=".62" stop-color="#fff"/></linearGradient>
-<radialGradient id="fh" cx=".5" cy=".95" r=".75"><stop offset=".55" stop-color="#fff"/><stop offset="1" stop-color="#000"/></radialGradient>
-<linearGradient id="gl"><stop offset="0" stop-color="#000"/><stop offset=".12" stop-color="#fff"/><stop offset=".88" stop-color="#fff"/><stop offset="1" stop-color="#000"/></linearGradient>
-<mask id="lados" maskUnits="userSpaceOnUse" x="0" y="0" width="1600" height="900"><rect width="1600" height="900" fill="url(#gl)"/></mask>
-<mask id="borde" maskUnits="userSpaceOnUse" x="0" y="0" width="1600" height="900"><rect width="1600" height="900" fill="url(#fh)"/></mask>
-<mask id="disipa" maskUnits="userSpaceOnUse" x="0" y="0" width="1600" height="900"><g mask="url(#borde)"><rect width="1600" height="900" fill="url(#fv)"/></g></mask>
+<filter id="brocha" x="-10%" y="-10%" width="120%" height="120%"><feTurbulence type="fractalNoise" baseFrequency="0.02 0.12" numOctaves="3" seed="4" result="t"/><feDisplacementMap in="SourceGraphic" in2="t" scale="7"/></filter>
+<filter id="pintura" x="-20%" y="-20%" width="140%" height="140%"><feTurbulence type="fractalNoise" baseFrequency="0.5" numOctaves="2" seed="9" result="t"/><feDisplacementMap in="SourceGraphic" in2="t" scale="5" result="d"/><feGaussianBlur in="d" stdDeviation=".6"/></filter>
+<filter id="sombra" x="-20%" y="-20%" width="140%" height="140%"><feGaussianBlur stdDeviation="2"/></filter>
+<linearGradient id="gv" x1="0" y1="0" x2="0" y2="1"><stop offset=".04" stop-color="#000"/><stop offset=".32" stop-color="#fff"/></linearGradient>
+<linearGradient id="gh" x1="0" y1="0" x2="1" y2="0"><stop offset="0" stop-color="#000"/><stop offset=".07" stop-color="#fff"/><stop offset=".6" stop-color="#fff"/><stop offset=".93" stop-color="#000"/></linearGradient>
+<linearGradient id="hueco" x1="0" y1="0" x2="0" y2="1"><stop offset="0" stop-color="#111"/><stop offset="1" stop-color="#111" stop-opacity=".75"/></linearGradient>
+<mask id="arriba" maskUnits="userSpaceOnUse" x="0" y="0" width="1600" height="700"><rect width="1600" height="700" fill="url(#gv)"/></mask>
+<mask id="derecha" maskUnits="userSpaceOnUse" x="0" y="0" width="1600" height="700"><rect width="1600" height="700" fill="url(#gh)"/></mask>
 </defs>
-<g mask="url(#lados)"><g mask="url(#disipa)">
-<path d="M800,70 L-150,900 L1750,900Z" fill="#f1efe9"/>
+<g mask="url(#derecha)">
 <g filter="url(#brocha)">
-<line x1="760.6" y1="102.3" x2="-157.7" y2="932.6" stroke="#111" stroke-width="7.0" stroke-linecap="round" opacity="0.75"/>
-<line x1="761.1" y1="98.1" x2="-145.2" y2="930.1" stroke="#111" stroke-width="12.3" stroke-linecap="round" opacity="0.83"/>
-<line x1="766.9" y1="107.6" x2="-141.1" y2="937.4" stroke="#111" stroke-width="15.3" stroke-linecap="round" opacity="0.44"/>
-<line x1="765.6" y1="102.8" x2="-159.6" y2="932.5" stroke="#111" stroke-width="14.1" stroke-linecap="round" opacity="0.83"/>
-<line x1="750.7" y1="118.5" x2="-162.2" y2="942.2" stroke="#111" stroke-width="9.2" stroke-linecap="round" opacity="0.66"/>
-<line x1="744.4" y1="98.1" x2="-162.8" y2="932.6" stroke="#111" stroke-width="11.6" stroke-linecap="round" opacity="0.77"/>
-<line x1="763.3" y1="108.0" x2="-141.0" y2="922.2" stroke="#111" stroke-width="14.5" stroke-linecap="round" opacity="0.53"/>
-<line x1="857.2" y1="107.0" x2="1748.1" y2="930.5" stroke="#111" stroke-width="7.0" stroke-linecap="round" opacity="0.46"/>
-<line x1="847.0" y1="115.6" x2="1738.2" y2="927.6" stroke="#111" stroke-width="9.9" stroke-linecap="round" opacity="0.76"/>
-<line x1="858.5" y1="99.4" x2="1751.1" y2="919.7" stroke="#111" stroke-width="13.6" stroke-linecap="round" opacity="0.83"/>
-<line x1="851.2" y1="112.1" x2="1738.1" y2="919.5" stroke="#111" stroke-width="8.7" stroke-linecap="round" opacity="0.46"/>
-<line x1="836.3" y1="121.9" x2="1746.0" y2="940.6" stroke="#111" stroke-width="13.4" stroke-linecap="round" opacity="0.75"/>
-<line x1="856.5" y1="115.1" x2="1746.0" y2="929.2" stroke="#111" stroke-width="10.0" stroke-linecap="round" opacity="0.44"/>
-<line x1="833.9" y1="111.8" x2="1750.6" y2="942.3" stroke="#111" stroke-width="12.1" stroke-linecap="round" opacity="0.77"/>
-</g></g></g>
-<g filter="url(#pintura)" mask="url(#lados)">
-<path d="M594.3,270.3 L623.6,284.2 L624.9,283.1 L597.1,269.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M594.8,244.4 Q595.0,259.2 595.1,270.3 L596.1,270.3 Q599.6,259.2 599.9,244.4 Z" fill="#111"/>
-<ellipse cx="597.2" cy="241.3" rx="3.4" ry="3.9" fill="#111"/>
-<path d="M627.1,277.7 L662.4,294.4 L663.8,293.3 L630.1,276.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M626.4,252.4 Q626.7,267.2 627.9,277.7 L629.0,277.7 Q631.6,267.2 631.9,252.4 Z" fill="#111"/>
-<ellipse cx="629.1" cy="249.0" rx="3.8" ry="4.3" fill="#111"/>
-<path d="M613.0,277.9 L646.8,294.0 L648.0,293.0 L615.8,277.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M608.2,252.7 Q608.4,267.5 613.7,277.9 L614.8,277.9 Q613.0,267.5 613.2,252.7 Z" fill="#111"/>
-<ellipse cx="611.1" cy="249.2" rx="3.8" ry="4.3" fill="#111"/>
-<path d="M578.1,281.6 L613.6,298.4 L615.1,297.2 L581.4,280.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M576.8,256.6 Q577.1,271.5 579.0,281.6 L580.2,281.6 Q582.5,271.5 582.8,256.6 Z" fill="#111"/>
-<ellipse cx="579.8" cy="253.0" rx="4.0" ry="4.5" fill="#111"/>
-<path d="M614.2,288.0 L647.1,303.7 L648.3,302.8 L616.6,287.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M614.6,261.7 Q614.8,276.6 614.8,288.0 L615.7,288.0 Q618.8,276.6 619.1,261.7 Z" fill="#111"/>
-<ellipse cx="616.7" cy="258.6" rx="3.4" ry="3.8" fill="#111"/>
-<path d="M634.6,288.1 L669.9,305.0 L671.2,303.9 L637.4,287.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M635.2,263.6 Q635.5,278.5 635.3,288.1 L636.4,288.1 Q640.1,278.5 640.4,263.6 Z" fill="#111"/>
-<ellipse cx="637.6" cy="259.7" rx="4.3" ry="4.8" fill="#111"/>
-<path d="M598.2,290.1 L630.5,305.4 L631.8,304.4 L601.1,289.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M593.4,265.5 Q593.7,280.4 599.0,290.1 L600.1,290.1 Q598.4,280.4 598.7,265.5 Z" fill="#111"/>
-<ellipse cx="596.4" cy="261.7" rx="4.3" ry="4.8" fill="#111"/>
-<path d="M568.0,290.9 L603.3,307.8 L604.4,306.8 L570.6,290.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M570.0,266.0 Q569.8,277.6 567.7,290.9 L568.6,290.9 L569.2,281.0 L569.7,290.9 L570.7,290.9 Q574.9,277.6 574.7,266.0 Z" fill="#111"/>
-<ellipse cx="572.1" cy="262.3" rx="4.1" ry="4.6" fill="#111"/>
-<path d="M620.7,297.0 L649.4,310.6 L650.7,309.6 L623.4,296.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M623.2,270.9 Q623.5,285.8 621.4,297.0 L622.4,297.0 Q627.9,285.8 628.2,270.9 Z" fill="#111"/>
-<ellipse cx="625.3" cy="267.6" rx="3.6" ry="4.0" fill="#111"/>
-<path d="M604.4,297.2 L639.0,313.7 L640.3,312.7 L607.1,296.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M606.3,272.0 Q606.6,286.9 605.2,297.2 L606.1,297.2 Q611.0,286.9 611.2,272.0 Z" fill="#111"/>
-<ellipse cx="608.5" cy="268.3" rx="4.0" ry="4.5" fill="#111"/>
-<path d="M570.0,301.4 L604.5,317.8 L605.9,316.7 L573.1,300.6Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M572.5,276.6 Q572.8,291.6 570.8,301.4 L571.9,301.4 Q577.8,291.6 578.1,276.6 Z" fill="#111"/>
-<ellipse cx="574.9" cy="272.8" rx="4.3" ry="4.8" fill="#111"/>
-<path d="M1011.8,304.9 L1041.9,319.2 L1043.0,318.3 L1014.2,304.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M1011.3,279.0 Q1011.5,294.1 1012.4,304.9 L1013.3,304.9 Q1015.6,294.1 1015.8,279.0 Z" fill="#111"/>
-<ellipse cx="1013.5" cy="275.6" rx="3.8" ry="4.3" fill="#111"/>
-<path d="M638.4,305.3 L672.4,321.3 L673.9,320.1 L641.8,304.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M636.8,279.4 Q637.1,294.5 639.3,305.3 L640.6,305.3 Q642.6,294.5 642.9,279.4 Z" fill="#111"/>
-<ellipse cx="639.9" cy="276.0" rx="3.8" ry="4.3" fill="#111"/>
-<path d="M595.5,305.4 L632.3,322.9 L633.5,322.0 L598.2,304.6Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M593.5,278.9 Q593.2,290.6 595.1,305.4 L596.1,305.4 L596.7,295.3 L597.3,305.4 L598.3,305.4 Q598.6,290.6 598.4,278.9 Z" fill="#111"/>
-<ellipse cx="596.0" cy="275.8" rx="3.5" ry="3.9" fill="#111"/>
-<path d="M613.9,307.7 L647.5,323.5 L648.9,322.4 L617.2,306.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M615.4,282.4 Q615.7,297.5 614.8,307.7 L616.0,307.7 Q621.0,297.5 621.3,282.4 Z" fill="#111"/>
-<ellipse cx="618.0" cy="278.7" rx="4.1" ry="4.6" fill="#111"/>
-<path d="M570.1,315.4 L605.5,332.3 L606.8,331.3 L572.8,314.6Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M571.1,289.4 Q571.3,304.6 570.9,315.4 L571.8,315.4 Q575.8,304.6 576.0,289.4 Z" fill="#111"/>
-<ellipse cx="573.3" cy="286.0" rx="3.9" ry="4.3" fill="#111"/>
-<path d="M769.6,317.5 L798.8,331.3 L800.1,330.3 L772.5,316.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M765.0,290.7 Q765.2,305.8 770.4,317.5 L771.4,317.5 Q769.8,305.8 770.1,290.7 Z" fill="#111"/>
-<ellipse cx="767.9" cy="287.6" rx="3.4" ry="3.8" fill="#111"/>
-<path d="M632.0,318.8 L669.6,336.7 L670.9,335.7 L634.8,318.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M631.0,292.3 Q630.7,304.1 631.6,318.8 L632.7,318.8 L633.3,308.6 L633.9,318.8 L634.9,318.8 Q636.5,304.1 636.2,292.3 Z" fill="#111"/>
-<ellipse cx="633.6" cy="289.0" rx="3.6" ry="4.1" fill="#111"/>
-<path d="M587.4,319.8 L617.3,333.7 L618.8,332.5 L590.8,318.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M587.1,294.2 Q586.8,306.1 587.0,319.8 L588.2,319.8 L589.0,309.6 L589.7,319.8 L590.9,319.8 Q593.6,306.1 593.3,294.2 Z" fill="#111"/>
-<ellipse cx="590.1" cy="290.5" rx="4.1" ry="4.6" fill="#111"/>
-<path d="M603.6,320.0 L641.6,338.2 L642.8,337.3 L606.0,319.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M605.0,293.1 Q605.3,308.3 604.2,320.0 L605.1,320.0 Q609.3,308.3 609.5,293.1 Z" fill="#111"/>
-<ellipse cx="607.0" cy="290.0" rx="3.4" ry="3.9" fill="#111"/>
-<path d="M794.1,322.8 L825.8,337.7 L827.3,336.6 L797.3,321.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M791.8,297.5 Q792.1,312.7 795.0,322.8 L796.1,322.8 Q797.3,312.7 797.6,297.5 Z" fill="#ff7a1a"/>
-<ellipse cx="794.8" cy="293.6" rx="4.3" ry="4.8" fill="#ff7a1a"/>
-<path d="M750.6,325.2 L786.8,342.5 L788.2,341.4 L753.5,324.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M749.7,300.0 Q749.4,311.8 750.2,325.2 L751.2,325.2 L751.9,315.0 L752.5,325.2 L753.6,325.2 Q755.3,311.8 755.0,300.0 Z" fill="#111"/>
-<ellipse cx="752.3" cy="296.1" rx="4.3" ry="4.9" fill="#111"/>
-<path d="M965.5,328.5 L993.8,341.7 L995.3,340.5 L968.9,327.6Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M960.0,301.4 Q960.3,316.7 966.5,328.5 L967.7,328.5 Q965.8,316.7 966.1,301.4 Z" fill="#111"/>
-<ellipse cx="963.5" cy="298.3" rx="3.5" ry="3.9" fill="#111"/>
-<path d="M778.9,329.6 L809.9,344.3 L811.1,343.4 L781.6,328.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M774.7,303.6 Q774.5,315.5 778.5,329.6 L779.5,329.6 L780.1,319.4 L780.7,329.6 L781.7,329.6 Q779.9,315.5 779.6,303.6 Z" fill="#111"/>
-<ellipse cx="777.5" cy="300.0" rx="4.0" ry="4.5" fill="#111"/>
-<path d="M608.7,331.0 L637.2,344.4 L638.5,343.3 L611.7,330.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M604.7,304.5 Q605.0,319.8 609.5,331.0 L610.6,331.0 Q609.8,319.8 610.1,304.5 Z" fill="#111"/>
-<ellipse cx="607.7" cy="301.1" rx="3.8" ry="4.2" fill="#111"/>
-<path d="M585.3,331.0 L614.4,344.7 L615.7,343.7 L588.2,330.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M586.6,305.7 Q586.8,321.0 586.1,331.0 L587.1,331.0 Q591.5,321.0 591.8,305.7 Z" fill="#111"/>
-<ellipse cx="588.9" cy="301.8" rx="4.4" ry="4.9" fill="#111"/>
-<path d="M627.9,334.6 L657.1,348.3 L658.7,347.1 L631.2,333.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M626.6,308.9 Q626.3,320.9 627.5,334.6 L628.7,334.6 L629.4,324.3 L630.1,334.6 L631.4,334.6 Q632.9,320.9 632.6,308.9 Z" fill="#111"/>
-<ellipse cx="629.6" cy="305.1" rx="4.2" ry="4.7" fill="#111"/>
-<path d="M876.3,335.5 L913.9,353.5 L915.2,352.5 L879.1,334.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M879.0,309.6 Q878.7,321.6 876.0,335.5 L877.0,335.5 L877.6,325.3 L878.2,335.5 L879.2,335.5 Q884.2,321.6 884.0,309.6 Z" fill="#111"/>
-<ellipse cx="881.1" cy="305.9" rx="4.1" ry="4.6" fill="#111"/>
-<path d="M756.8,337.8 L784.8,351.0 L786.1,350.0 L759.6,337.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M752.8,312.4 Q753.1,327.7 757.6,337.8 L758.6,337.8 Q757.6,327.7 757.8,312.4 Z" fill="#111"/>
-<ellipse cx="755.6" cy="308.4" rx="4.4" ry="4.9" fill="#111"/>
-<path d="M803.4,338.6 L834.2,353.1 L835.8,351.8 L806.8,337.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M804.0,313.0 Q803.7,325.0 802.9,338.6 L804.2,338.6 L804.9,328.4 L805.7,338.6 L807.0,338.6 Q810.6,325.0 810.3,313.0 Z" fill="#111"/>
-<ellipse cx="806.9" cy="309.1" rx="4.3" ry="4.8" fill="#111"/>
-<path d="M789.7,341.6 L817.8,354.7 L819.4,353.5 L793.2,340.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M787.0,315.2 Q786.7,327.2 789.3,341.6 L790.5,341.6 L791.3,331.3 L792.0,341.6 L793.3,341.6 Q793.6,327.2 793.3,315.2 Z" fill="#111"/>
-<ellipse cx="790.3" cy="311.7" rx="3.9" ry="4.4" fill="#111"/>
-<path d="M767.9,342.1 L798.1,356.3 L799.7,355.0 L771.5,341.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M769.5,314.8 Q769.8,330.2 768.9,342.1 L770.2,342.1 Q775.6,330.2 776.0,314.8 Z" fill="#111"/>
-<ellipse cx="772.4" cy="311.7" rx="3.4" ry="3.8" fill="#111"/>
-<path d="M607.9,342.8 L645.2,360.5 L646.6,359.4 L611.0,341.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M604.2,315.9 Q604.5,331.3 608.7,342.8 L609.8,342.8 Q609.5,331.3 609.8,315.9 Z" fill="#111"/>
-<ellipse cx="607.3" cy="312.6" rx="3.7" ry="4.1" fill="#111"/>
-<path d="M736.1,344.1 L765.6,358.1 L766.9,357.0 L738.9,343.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M736.2,317.0 Q736.5,332.4 736.9,344.1 L737.9,344.1 Q741.1,332.4 741.4,317.0 Z" fill="#111"/>
-<ellipse cx="738.7" cy="313.8" rx="3.6" ry="4.0" fill="#111"/>
-<path d="M1106.3,345.2 L1137.0,359.8 L1138.3,358.7 L1109.1,344.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M1103.8,318.5 Q1104.1,334.0 1107.0,345.2 L1108.1,345.2 Q1108.7,334.0 1109.0,318.5 Z" fill="#111"/>
-<ellipse cx="1106.5" cy="315.1" rx="3.8" ry="4.3" fill="#111"/>
-<path d="M634.5,346.3 L671.0,363.6 L672.4,362.4 L637.7,345.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M637.0,318.8 Q636.8,330.8 634.1,346.3 L635.3,346.3 L636.0,336.0 L636.6,346.3 L637.8,346.3 Q643.0,330.8 642.7,318.8 Z" fill="#111"/>
-<ellipse cx="639.5" cy="315.7" rx="3.4" ry="3.8" fill="#111"/>
-<path d="M756.4,350.6 L794.5,368.8 L795.7,367.9 L759.0,349.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M758.5,323.7 Q758.7,339.2 757.1,350.6 L758.0,350.6 Q763.0,339.2 763.2,323.7 Z" fill="#111"/>
-<ellipse cx="760.5" cy="320.3" rx="3.8" ry="4.3" fill="#111"/>
-<path d="M589.5,352.0 L622.1,367.5 L623.3,366.5 L592.2,351.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M586.8,325.9 Q587.1,341.4 590.2,352.0 L591.2,352.0 Q591.4,341.4 591.7,325.9 Z" fill="#111"/>
-<ellipse cx="589.4" cy="322.1" rx="4.2" ry="4.7" fill="#111"/>
-<path d="M811.6,353.6 L845.3,369.5 L846.9,368.2 L815.1,352.6Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M808.0,327.5 Q808.3,343.0 812.5,353.6 L813.8,353.6 Q813.9,343.0 814.3,327.5 Z" fill="#111"/>
-<ellipse cx="811.3" cy="323.7" rx="4.2" ry="4.7" fill="#111"/>
-<path d="M732.6,354.8 L766.0,370.8 L767.1,369.9 L735.1,354.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M732.7,328.2 Q732.5,340.3 732.3,354.8 L733.2,354.8 L733.7,344.5 L734.3,354.8 L735.2,354.8 Q737.5,340.3 737.2,328.2 Z" fill="#111"/>
-<ellipse cx="734.9" cy="324.7" rx="4.0" ry="4.4" fill="#111"/>
-<path d="M778.8,355.5 L816.0,373.3 L817.3,372.2 L781.7,354.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M775.5,329.0 Q775.3,341.1 778.5,355.5 L779.5,355.5 L780.1,345.2 L780.8,355.5 L781.8,355.5 Q781.1,341.1 780.8,329.0 Z" fill="#111"/>
-<ellipse cx="778.4" cy="325.4" rx="4.0" ry="4.5" fill="#111"/>
-<path d="M618.3,355.9 L651.5,371.5 L653.1,370.2 L621.9,354.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M617.2,328.5 Q616.9,340.6 617.8,355.9 L619.1,355.9 L619.9,345.5 L620.7,355.9 L622.0,355.9 Q624.1,340.6 623.8,328.5 Z" fill="#111"/>
-<ellipse cx="620.5" cy="325.3" rx="3.6" ry="4.0" fill="#111"/>
-<path d="M818.1,363.1 L857.4,381.8 L858.8,380.6 L821.3,362.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M817.4,336.4 Q817.6,352.0 819.0,363.1 L820.2,363.1 Q822.9,352.0 823.2,336.4 Z" fill="#111"/>
-<ellipse cx="820.2" cy="332.8" rx="4.0" ry="4.5" fill="#111"/>
-<path d="M795.5,363.8 L831.1,380.8 L832.2,379.9 L798.0,363.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M793.4,338.0 Q793.6,353.6 796.1,363.8 L797.1,363.8 Q797.7,353.6 798.0,338.0 Z" fill="#111"/>
-<ellipse cx="795.8" cy="334.0" rx="4.5" ry="5.0" fill="#111"/>
-<path d="M762.4,364.3 L791.2,377.8 L792.8,376.5 L765.9,363.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M760.0,337.3 Q760.3,353.0 763.3,364.3 L764.6,364.3 Q766.1,353.0 766.4,337.3 Z" fill="#111"/>
-<ellipse cx="763.3" cy="333.9" rx="3.9" ry="4.3" fill="#111"/>
-<path d="M732.3,366.0 L763.5,380.9 L764.7,379.9 L734.9,365.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M730.9,338.9 Q731.2,354.5 733.0,366.0 L734.0,366.0 Q735.5,354.5 735.8,338.9 Z" fill="#111"/>
-<ellipse cx="733.4" cy="335.4" rx="3.8" ry="4.3" fill="#111"/>
-<path d="M629.2,366.0 L662.0,381.6 L663.2,380.7 L631.9,365.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M631.9,338.6 Q631.6,350.7 628.9,366.0 L629.8,366.0 L630.4,355.6 L631.0,366.0 L632.0,366.0 Q636.9,350.7 636.6,338.6 Z" fill="#111"/>
-<ellipse cx="633.9" cy="335.3" rx="3.6" ry="4.1" fill="#111"/>
-<path d="M595.5,366.9 L625.6,381.3 L626.8,380.4 L598.0,366.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M593.8,339.7 Q593.6,351.9 595.1,366.9 L596.0,366.9 L596.6,356.5 L597.1,366.9 L598.1,366.9 Q598.6,351.9 598.4,339.7 Z" fill="#111"/>
-<ellipse cx="596.1" cy="336.3" rx="3.8" ry="4.2" fill="#111"/>
-<path d="M468.9,372.1 L505.4,389.4 L506.9,388.3 L472.1,371.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M464.7,344.3 Q464.4,356.5 468.5,372.1 L469.7,372.1 L470.4,361.6 L471.0,372.1 L472.2,372.1 Q470.7,356.5 470.4,344.3 Z" fill="#111"/>
-<ellipse cx="467.8" cy="341.1" rx="3.6" ry="4.0" fill="#111"/>
-<path d="M808.3,373.4 L840.6,388.8 L841.9,387.8 L811.1,372.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M803.4,347.6 Q803.6,363.3 809.1,373.4 L810.1,373.4 Q808.1,363.3 808.3,347.6 Z" fill="#111"/>
-<ellipse cx="806.2" cy="343.5" rx="4.5" ry="5.1" fill="#111"/>
-<path d="M780.5,373.8 L809.8,387.5 L811.4,386.2 L784.0,372.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M783.1,346.6 Q783.5,362.3 781.5,373.8 L782.7,373.8 Q789.1,362.3 789.4,346.6 Z" fill="#111"/>
-<ellipse cx="785.9" cy="343.1" rx="3.9" ry="4.3" fill="#111"/>
-<path d="M615.6,375.4 L645.5,389.6 L646.7,388.7 L618.2,374.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M611.0,348.4 Q611.3,364.1 616.3,375.4 L617.3,375.4 Q615.5,364.1 615.7,348.4 Z" fill="#111"/>
-<ellipse cx="613.7" cy="344.8" rx="3.9" ry="4.4" fill="#111"/>
-<path d="M768.6,377.5 L804.8,394.8 L806.0,393.9 L771.2,376.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M765.7,351.1 Q765.4,363.4 768.3,377.5 L769.2,377.5 L769.8,367.0 L770.3,377.5 L771.3,377.5 Q770.6,363.4 770.3,351.1 Z" fill="#111"/>
-<ellipse cx="768.2" cy="347.2" rx="4.3" ry="4.8" fill="#111"/>
-<path d="M642.4,377.7 L670.5,390.9 L671.9,389.8 L645.3,376.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M639.8,350.1 Q639.6,362.3 642.1,377.7 L643.1,377.7 L643.8,367.2 L644.4,377.7 L645.4,377.7 Q645.4,362.3 645.1,350.1 Z" fill="#111"/>
-<ellipse cx="642.6" cy="346.7" rx="3.7" ry="4.1" fill="#111"/>
-<path d="M741.0,380.1 L773.8,395.7 L775.1,394.7 L743.6,379.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M738.6,353.2 Q738.8,369.0 741.7,380.1 L742.7,380.1 Q743.2,369.0 743.4,353.2 Z" fill="#111"/>
-<ellipse cx="741.1" cy="349.5" rx="4.1" ry="4.6" fill="#111"/>
-<path d="M912.1,380.4 L941.9,394.3 L943.6,393.0 L915.8,379.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M912.9,353.4 Q913.2,369.1 913.1,380.4 L914.5,380.4 Q919.2,369.1 919.5,353.4 Z" fill="#111"/>
-<ellipse cx="915.9" cy="349.8" rx="4.0" ry="4.5" fill="#111"/>
-<path d="M600.0,382.9 L632.8,398.5 L633.9,397.6 L602.5,382.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M598.1,355.7 Q598.3,371.5 600.7,382.9 L601.6,382.9 Q602.4,371.5 602.7,355.7 Z" fill="#111"/>
-<ellipse cx="600.4" cy="352.1" rx="4.0" ry="4.5" fill="#111"/>
-<path d="M811.0,385.0 L840.6,399.0 L841.8,398.0 L813.7,384.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M807.7,357.7 Q808.0,373.6 811.7,385.0 L812.7,385.0 Q812.4,373.6 812.6,357.7 Z" fill="#ff7a1a"/>
-<ellipse cx="810.4" cy="354.2" rx="3.9" ry="4.4" fill="#ff7a1a"/>
-<path d="M786.5,386.6 L826.2,405.4 L827.9,404.1 L790.1,385.6Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M788.9,359.1 Q789.2,374.9 787.5,386.6 L788.8,386.6 Q795.2,374.9 795.5,359.1 Z" fill="#111"/>
-<ellipse cx="791.8" cy="355.6" rx="3.9" ry="4.3" fill="#111"/>
-<path d="M643.2,388.2 L681.2,406.1 L682.9,404.8 L646.8,387.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M645.5,360.8 Q645.2,373.1 642.7,388.2 L644.0,388.2 L644.8,377.6 L645.6,388.2 L646.9,388.2 Q652.4,373.1 652.1,360.8 Z" fill="#111"/>
-<ellipse cx="648.4" cy="357.2" rx="3.9" ry="4.4" fill="#111"/>
-<path d="M763.8,389.2 L802.1,407.5 L803.3,406.6 L766.5,388.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M763.9,361.9 Q763.6,374.2 763.5,389.2 L764.4,389.2 L765.0,378.6 L765.6,389.2 L766.6,389.2 Q769.0,374.2 768.7,361.9 Z" fill="#111"/>
-<ellipse cx="766.2" cy="358.3" rx="4.0" ry="4.4" fill="#111"/>
-<path d="M629.1,394.0 L669.1,413.0 L670.8,411.7 L632.7,393.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M626.6,366.6 Q627.0,382.5 630.1,394.0 L631.4,394.0 Q632.9,382.5 633.2,366.6 Z" fill="#111"/>
-<ellipse cx="630.0" cy="363.0" rx="3.9" ry="4.4" fill="#111"/>
-<path d="M782.8,396.3 L821.8,414.9 L823.2,413.8 L785.8,395.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M779.8,369.9 Q780.1,385.8 783.6,396.3 L784.7,396.3 Q784.9,385.8 785.1,369.9 Z" fill="#ff7a1a"/>
-<ellipse cx="782.6" cy="365.8" rx="4.5" ry="5.1" fill="#ff7a1a"/>
-<path d="M601.8,396.4 L630.3,409.8 L631.6,408.8 L604.7,395.6Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M599.0,369.8 Q599.3,385.7 602.6,396.4 L603.6,396.4 Q604.0,385.7 604.3,369.8 Z" fill="#111"/>
-<ellipse cx="601.8" cy="365.8" rx="4.4" ry="4.9" fill="#111"/>
-<path d="M1046.5,396.8 L1078.2,411.9 L1079.3,411.0 L1049.0,396.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M1044.5,369.2 Q1044.8,385.1 1047.2,396.8 L1048.1,396.8 Q1048.9,385.1 1049.2,369.2 Z" fill="#111"/>
-<ellipse cx="1046.9" cy="365.7" rx="3.9" ry="4.4" fill="#111"/>
-<path d="M743.3,398.9 L780.9,416.9 L782.1,416.0 L745.8,398.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M746.1,371.7 Q746.3,387.6 744.0,398.9 L744.9,398.9 Q750.5,387.6 750.8,371.7 Z" fill="#111"/>
-<ellipse cx="748.0" cy="368.0" rx="4.1" ry="4.6" fill="#111"/>
-<path d="M644.5,399.8 L681.5,417.4 L683.0,416.1 L647.8,398.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M645.8,372.1 Q646.1,388.1 645.4,399.8 L646.6,399.8 Q651.6,388.1 651.9,372.1 Z" fill="#111"/>
-<ellipse cx="648.6" cy="368.6" rx="3.9" ry="4.4" fill="#111"/>
-<path d="M795.1,404.1 L834.6,422.9 L835.9,421.9 L798.1,403.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M797.0,375.8 Q797.2,391.8 795.9,404.1 L797.0,404.1 Q802.1,391.8 802.4,375.8 Z" fill="#111"/>
-<ellipse cx="799.3" cy="372.5" rx="3.6" ry="4.1" fill="#111"/>
-<path d="M606.4,407.4 L639.5,423.0 L640.8,421.9 L609.4,406.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M605.4,379.9 Q605.1,392.4 606.0,407.4 L607.1,407.4 L607.8,396.7 L608.4,407.4 L609.5,407.4 Q611.2,392.4 610.9,379.9 Z" fill="#111"/>
-<ellipse cx="608.1" cy="376.2" rx="4.1" ry="4.6" fill="#111"/>
-<path d="M664.0,409.0 L701.3,426.8 L702.6,425.8 L666.9,408.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M666.3,381.8 Q666.1,394.3 663.6,409.0 L664.7,409.0 L665.3,398.3 L665.9,409.0 L667.0,409.0 Q671.8,394.3 671.5,381.8 Z" fill="#111"/>
-<ellipse cx="668.6" cy="378.0" rx="4.2" ry="4.7" fill="#111"/>
-<path d="M622.6,410.1 L659.7,427.7 L661.2,426.4 L626.0,409.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M624.4,383.6 Q624.1,396.1 622.1,410.1 L623.4,410.1 L624.1,399.4 L624.8,410.1 L626.1,410.1 Q631.0,396.1 630.6,383.6 Z" fill="#111"/>
-<ellipse cx="627.2" cy="379.4" rx="4.6" ry="5.1" fill="#111"/>
-<path d="M759.7,411.2 L798.3,429.6 L799.5,428.6 L762.4,410.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M756.4,384.0 Q756.7,400.1 760.5,411.2 L761.5,411.2 Q761.1,400.1 761.4,384.0 Z" fill="#111"/>
-<ellipse cx="759.1" cy="380.2" rx="4.3" ry="4.8" fill="#111"/>
-<path d="M653.3,411.6 L690.5,429.3 L691.8,428.3 L656.2,410.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M648.9,384.6 Q649.1,400.7 654.1,411.6 L655.1,411.6 Q653.8,400.7 654.1,384.6 Z" fill="#111"/>
-<ellipse cx="651.8" cy="380.7" rx="4.4" ry="4.9" fill="#111"/>
-<path d="M781.5,412.8 L819.8,430.9 L821.4,429.6 L785.0,411.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M780.2,386.2 Q780.5,402.3 782.4,412.8 L783.7,412.8 Q786.3,402.3 786.6,386.2 Z" fill="#111"/>
-<ellipse cx="783.4" cy="382.1" rx="4.6" ry="5.1" fill="#111"/>
-<path d="M674.4,418.2 L713.7,436.9 L715.2,435.8 L677.6,417.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M676.9,390.3 Q677.2,406.4 675.2,418.2 L676.4,418.2 Q682.4,406.4 682.7,390.3 Z" fill="#111"/>
-<ellipse cx="679.4" cy="386.7" rx="4.0" ry="4.4" fill="#111"/>
-<path d="M636.4,420.8 L673.9,438.7 L675.1,437.7 L639.1,420.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M634.5,393.8 Q634.7,410.0 637.2,420.8 L638.1,420.8 Q639.0,410.0 639.2,393.8 Z" fill="#111"/>
-<ellipse cx="636.9" cy="389.8" rx="4.5" ry="5.0" fill="#111"/>
-<path d="M615.7,423.3 L647.4,438.3 L648.8,437.1 L618.8,422.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M614.8,395.9 Q614.5,408.5 615.3,423.3 L616.4,423.3 L617.1,412.5 L617.8,423.3 L618.9,423.3 Q620.8,408.5 620.5,395.9 Z" fill="#111"/>
-<ellipse cx="617.6" cy="392.0" rx="4.3" ry="4.8" fill="#111"/>
-<path d="M1192.1,423.9 L1221.0,437.5 L1222.4,436.4 L1195.1,423.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M1193.8,397.0 Q1193.6,409.5 1191.7,423.9 L1192.8,423.9 L1193.4,413.1 L1194.1,423.9 L1195.2,423.9 Q1199.6,409.5 1199.3,397.0 Z" fill="#111"/>
-<ellipse cx="1196.3" cy="392.9" rx="4.5" ry="5.1" fill="#111"/>
-<path d="M659.5,423.9 L699.5,442.9 L701.1,441.7 L663.0,423.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M658.2,396.7 Q658.5,412.9 660.5,423.9 L661.7,423.9 Q664.1,412.9 664.5,396.7 Z" fill="#111"/>
-<ellipse cx="661.3" cy="392.8" rx="4.4" ry="4.9" fill="#111"/>
-<path d="M690.8,426.3 L722.1,441.2 L723.2,440.2 L693.4,425.6Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M693.8,398.4 Q693.6,411.0 690.5,426.3 L691.4,426.3 L692.0,415.5 L692.6,426.3 L693.5,426.3 Q698.9,411.0 698.6,398.4 Z" fill="#111"/>
-<ellipse cx="695.8" cy="394.8" rx="4.0" ry="4.5" fill="#111"/>
-<path d="M930.9,428.3 L968.9,446.4 L970.2,445.3 L933.9,427.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M932.1,401.2 Q932.4,417.4 931.7,428.3 L932.8,428.3 Q937.2,417.4 937.5,401.2 Z" fill="#111"/>
-<ellipse cx="934.6" cy="397.2" rx="4.5" ry="5.0" fill="#111"/>
-<path d="M782.3,430.3 L819.6,448.1 L821.0,447.0 L785.3,429.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M785.2,401.4 Q785.5,417.7 783.1,430.3 L784.2,430.3 Q790.3,417.7 790.6,401.4 Z" fill="#111"/>
-<ellipse cx="787.5" cy="398.2" rx="3.6" ry="4.1" fill="#111"/>
-<path d="M813.0,433.7 L850.2,451.5 L851.5,450.5 L815.8,433.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M811.3,405.2 Q811.0,417.9 812.7,433.7 L813.7,433.7 L814.3,422.9 L814.9,433.7 L815.9,433.7 Q816.6,417.9 816.3,405.2 Z" fill="#111"/>
-<ellipse cx="813.9" cy="401.8" rx="3.8" ry="4.3" fill="#111"/>
-<path d="M772.6,435.1 L803.7,449.7 L805.2,448.5 L775.9,434.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M767.3,406.3 Q767.0,419.0 772.2,435.1 L773.4,435.1 L774.1,424.2 L774.8,435.1 L776.0,435.1 Q773.5,419.0 773.2,406.3 Z" fill="#111"/>
-<ellipse cx="770.6" cy="403.0" rx="3.7" ry="4.2" fill="#111"/>
-<path d="M686.0,438.4 L721.7,455.4 L722.9,454.5 L688.6,437.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M686.7,409.6 Q687.0,425.9 686.7,438.4 L687.7,438.4 Q691.2,425.9 691.5,409.6 Z" fill="#111"/>
-<ellipse cx="688.9" cy="406.2" rx="3.7" ry="4.2" fill="#111"/>
-<path d="M648.6,438.7 L680.8,454.0 L682.0,453.0 L651.3,438.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M650.4,410.2 Q650.6,426.6 649.3,438.7 L650.3,438.7 Q655.0,426.6 655.2,410.2 Z" fill="#111"/>
-<ellipse cx="652.5" cy="406.7" rx="3.9" ry="4.4" fill="#111"/>
-<path d="M624.1,439.9 L658.9,456.3 L660.5,455.0 L627.6,438.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M622.4,411.2 Q622.7,427.5 625.0,439.9 L626.3,439.9 Q628.5,427.5 628.9,411.2 Z" fill="#ff7a1a"/>
-<ellipse cx="625.6" cy="407.8" rx="3.8" ry="4.2" fill="#ff7a1a"/>
-<path d="M1039.7,440.6 L1075.7,457.5 L1077.4,456.1 L1043.4,439.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M1041.7,412.9 Q1042.1,429.2 1040.7,440.6 L1042.1,440.6 Q1048.3,429.2 1048.6,412.9 Z" fill="#111"/>
-<ellipse cx="1044.8" cy="409.0" rx="4.3" ry="4.8" fill="#111"/>
-<path d="M713.1,441.2 L747.3,457.4 L748.8,456.2 L716.3,440.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M709.7,413.1 Q710.0,429.4 714.0,441.2 L715.2,441.2 Q715.3,429.4 715.6,413.1 Z" fill="#111"/>
-<ellipse cx="712.9" cy="409.4" rx="4.1" ry="4.6" fill="#111"/>
-<path d="M799.5,442.7 L831.2,457.8 L832.4,456.8 L802.2,442.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M796.2,414.3 Q796.4,430.7 800.2,442.7 L801.2,442.7 Q801.0,430.7 801.2,414.3 Z" fill="#111"/>
-<ellipse cx="798.9" cy="410.7" rx="4.0" ry="4.5" fill="#111"/>
-<path d="M831.1,442.8 L871.8,462.1 L873.5,460.8 L834.8,441.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M825.2,413.8 Q825.5,430.2 832.1,442.8 L833.4,442.8 Q831.6,430.2 831.9,413.8 Z" fill="#111"/>
-<ellipse cx="829.0" cy="410.5" rx="3.7" ry="4.1" fill="#111"/>
-<path d="M670.5,444.3 L703.3,459.8 L704.9,458.6 L673.8,443.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M670.3,416.4 Q670.6,432.8 671.4,444.3 L672.6,444.3 Q676.1,432.8 676.4,416.4 Z" fill="#111"/>
-<ellipse cx="673.2" cy="412.6" rx="4.3" ry="4.8" fill="#111"/>
-<path d="M755.4,444.6 L790.0,461.0 L791.3,460.0 L758.2,443.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M752.2,416.0 Q752.4,432.4 756.1,444.6 L757.2,444.6 Q757.2,432.4 757.4,416.0 Z" fill="#111"/>
-<ellipse cx="755.0" cy="412.5" rx="3.9" ry="4.4" fill="#111"/>
-<path d="M775.3,446.3 L811.8,463.7 L813.0,462.7 L778.1,445.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M770.7,417.2 Q770.5,429.9 774.9,446.3 L775.9,446.3 L776.6,435.4 L777.2,446.3 L778.2,446.3 Q776.1,429.9 775.9,417.2 Z" fill="#111"/>
-<ellipse cx="773.6" cy="413.9" rx="3.7" ry="4.1" fill="#111"/>
-<path d="M696.1,449.6 L733.0,467.1 L734.5,465.9 L699.4,448.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M691.6,421.1 Q691.9,437.6 697.0,449.6 L698.2,449.6 Q697.4,437.6 697.7,421.1 Z" fill="#111"/>
-<ellipse cx="694.9" cy="417.5" rx="4.0" ry="4.5" fill="#111"/>
-<path d="M643.9,450.2 L681.3,468.0 L682.6,466.9 L646.9,449.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M645.4,421.4 Q645.7,437.9 644.7,450.2 L645.8,450.2 Q650.6,437.9 650.9,421.4 Z" fill="#111"/>
-<ellipse cx="647.9" cy="418.0" rx="3.9" ry="4.3" fill="#111"/>
-<path d="M713.5,452.8 L755.0,472.5 L756.7,471.1 L717.1,451.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M711.6,424.7 Q711.9,441.2 714.5,452.8 L715.8,452.8 Q717.9,441.2 718.2,424.7 Z" fill="#111"/>
-<ellipse cx="714.9" cy="420.9" rx="4.3" ry="4.8" fill="#111"/>
-<path d="M732.2,453.7 L765.9,469.6 L767.6,468.3 L735.7,452.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M731.3,425.5 Q731.0,438.3 731.7,453.7 L733.0,453.7 L733.8,442.7 L734.6,453.7 L735.9,453.7 Q738.1,438.3 737.8,425.5 Z" fill="#111"/>
-<ellipse cx="734.5" cy="421.7" rx="4.2" ry="4.7" fill="#111"/>
-<path d="M809.8,454.2 L851.6,474.2 L853.0,473.0 L812.9,453.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M804.9,425.1 Q805.1,441.6 810.6,454.2 L811.8,454.2 Q810.2,441.6 810.5,425.1 Z" fill="#111"/>
-<ellipse cx="808.0" cy="421.7" rx="3.8" ry="4.2" fill="#111"/>
-<path d="M825.6,454.3 L858.1,469.5 L859.8,468.2 L829.3,453.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M826.4,426.5 Q826.1,439.3 825.2,454.3 L826.5,454.3 L827.3,443.3 L828.1,454.3 L829.4,454.3 Q833.3,439.3 833.0,426.5 Z" fill="#111"/>
-<ellipse cx="829.5" cy="422.5" rx="4.4" ry="4.9" fill="#111"/>
-<path d="M787.6,455.0 L822.7,471.7 L824.0,470.6 L790.5,454.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M783.3,427.8 Q783.6,444.3 788.4,455.0 L789.5,455.0 Q788.3,444.3 788.5,427.8 Z" fill="#ff7a1a"/>
-<ellipse cx="786.2" cy="423.6" rx="4.7" ry="5.3" fill="#ff7a1a"/>
-<path d="M661.7,455.5 L695.7,471.6 L697.2,470.5 L664.9,454.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M662.2,428.0 Q662.5,444.5 662.6,455.5 L663.7,455.5 Q667.7,444.5 668.0,428.0 Z" fill="#111"/>
-<ellipse cx="664.9" cy="423.9" rx="4.6" ry="5.1" fill="#111"/>
-<path d="M427.5,457.5 L463.1,474.5 L464.3,473.5 L430.3,456.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M427.4,429.6 Q427.6,446.1 428.3,457.5 L429.3,457.5 Q432.1,446.1 432.4,429.6 Z" fill="#111"/>
-<ellipse cx="429.8" cy="425.7" rx="4.4" ry="4.9" fill="#111"/>
-<path d="M848.7,457.9 L883.2,474.1 L884.8,472.8 L852.4,456.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M843.8,430.4 Q843.5,443.2 848.3,457.9 L849.6,457.9 L850.4,446.9 L851.2,457.9 L852.5,457.9 Q850.9,443.2 850.5,430.4 Z" fill="#111"/>
-<ellipse cx="847.5" cy="426.3" rx="4.6" ry="5.1" fill="#111"/>
-<path d="M747.2,458.4 L786.6,477.1 L788.2,475.8 L750.7,457.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M749.0,430.1 Q749.3,446.6 748.1,458.4 L749.4,458.4 Q755.0,446.6 755.4,430.1 Z" fill="#111"/>
-<ellipse cx="751.8" cy="426.3" rx="4.2" ry="4.7" fill="#111"/>
-<path d="M676.7,461.5 L708.1,476.3 L709.4,475.3 L679.6,460.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M678.7,433.0 Q679.0,449.5 677.5,461.5 L678.5,461.5 Q683.7,449.5 683.9,433.0 Z" fill="#111"/>
-<ellipse cx="681.0" cy="429.2" rx="4.1" ry="4.6" fill="#111"/>
-<path d="M771.1,462.2 L801.2,476.5 L802.5,475.5 L773.9,461.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M768.3,433.5 Q768.0,446.3 770.7,462.2 L771.7,462.2 L772.3,451.2 L772.9,462.2 L774.0,462.2 Q773.6,446.3 773.3,433.5 Z" fill="#111"/>
-<ellipse cx="770.9" cy="429.9" rx="4.0" ry="4.5" fill="#111"/>
-<path d="M698.8,463.5 L734.1,480.3 L735.3,479.4 L701.5,462.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M698.1,434.2 Q697.9,447.1 698.5,463.5 L699.5,463.5 L700.1,452.5 L700.6,463.5 L701.6,463.5 Q703.2,447.1 703.0,434.2 Z" fill="#111"/>
-<ellipse cx="700.5" cy="430.8" rx="3.8" ry="4.2" fill="#111"/>
-<path d="M719.0,464.2 L757.1,482.2 L758.8,480.9 L722.7,463.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M718.5,436.0 Q718.8,452.6 720.0,464.2 L721.3,464.2 Q724.9,452.6 725.2,436.0 Z" fill="#111"/>
-<ellipse cx="721.7" cy="432.1" rx="4.3" ry="4.8" fill="#111"/>
-<path d="M1166.6,465.9 L1198.4,480.8 L1200.0,479.5 L1170.2,464.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M1162.2,436.9 Q1162.6,453.5 1167.6,465.9 L1168.9,465.9 Q1168.5,453.5 1168.8,436.9 Z" fill="#111"/>
-<ellipse cx="1165.8" cy="433.4" rx="3.9" ry="4.4" fill="#111"/>
-<path d="M819.0,466.1 L853.8,482.7 L855.1,481.7 L821.8,465.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M821.9,438.0 Q821.7,450.9 818.6,466.1 L819.6,466.1 L820.2,455.1 L820.9,466.1 L821.9,466.1 Q827.3,450.9 827.0,438.0 Z" fill="#111"/>
-<ellipse cx="824.0" cy="434.1" rx="4.3" ry="4.9" fill="#111"/>
-<path d="M666.8,467.1 L705.1,485.3 L706.5,484.2 L669.9,466.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M661.3,439.6 Q661.6,456.2 667.7,467.1 L668.8,467.1 Q666.6,456.2 666.9,439.6 Z" fill="#111"/>
-<ellipse cx="664.5" cy="435.4" rx="4.7" ry="5.3" fill="#111"/>
-<path d="M957.9,467.3 L995.7,485.3 L997.0,484.2 L960.9,466.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M956.1,439.6 Q955.8,452.5 957.5,467.3 L958.6,467.3 L959.3,456.2 L959.9,467.3 L961.0,467.3 Q961.8,452.5 961.6,439.6 Z" fill="#111"/>
-<ellipse cx="958.9" cy="435.4" rx="4.6" ry="5.1" fill="#111"/>
-<path d="M852.9,468.3 L889.3,485.7 L890.6,484.6 L855.8,467.6Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M855.5,440.3 Q855.7,456.9 853.7,468.3 L854.7,468.3 Q860.4,456.9 860.6,440.3 Z" fill="#111"/>
-<ellipse cx="857.7" cy="436.3" rx="4.4" ry="5.0" fill="#111"/>
-<path d="M1094.4,470.9 L1136.5,490.9 L1137.9,489.8 L1097.7,470.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M1088.8,442.5 Q1089.1,459.1 1095.3,470.9 L1096.5,470.9 Q1094.3,459.1 1094.6,442.5 Z" fill="#111"/>
-<ellipse cx="1092.1" cy="438.6" rx="4.3" ry="4.8" fill="#111"/>
-<path d="M781.2,471.2 L813.5,486.5 L814.9,485.3 L784.2,470.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M782.2,442.4 Q781.9,455.3 780.8,471.2 L781.9,471.2 L782.6,460.1 L783.2,471.2 L784.4,471.2 Q788.1,455.3 787.8,442.4 Z" fill="#111"/>
-<ellipse cx="784.7" cy="438.7" rx="4.1" ry="4.6" fill="#111"/>
-<path d="M748.5,471.3 L790.6,491.4 L791.9,490.4 L751.4,470.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M751.1,441.8 Q751.3,458.5 749.3,471.3 L750.3,471.3 Q756.1,458.5 756.3,441.8 Z" fill="#111"/>
-<ellipse cx="753.3" cy="438.5" rx="3.8" ry="4.2" fill="#111"/>
-<path d="M806.5,471.3 L847.8,491.1 L849.1,490.1 L809.3,470.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M802.3,441.9 Q802.0,454.9 806.1,471.3 L807.1,471.3 L807.7,460.2 L808.4,471.3 L809.4,471.3 Q807.6,454.9 807.4,441.9 Z" fill="#111"/>
-<ellipse cx="805.1" cy="438.5" rx="3.8" ry="4.2" fill="#111"/>
-<path d="M877.3,474.9 L914.3,492.6 L915.6,491.5 L880.1,474.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M879.2,447.5 Q879.4,464.2 878.1,474.9 L879.1,474.9 Q884.0,464.2 884.3,447.5 Z" fill="#111"/>
-<ellipse cx="881.4" cy="443.2" rx="4.8" ry="5.4" fill="#111"/>
-<path d="M729.6,475.1 L761.4,490.1 L763.0,488.8 L733.1,474.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M728.8,445.7 Q728.4,458.7 729.1,475.1 L730.4,475.1 L731.2,464.0 L732.0,475.1 L733.3,475.1 Q735.6,458.7 735.3,445.7 Z" fill="#111"/>
-<ellipse cx="731.9" cy="442.3" rx="3.8" ry="4.3" fill="#111"/>
-<path d="M830.2,477.1 L867.6,494.9 L869.1,493.7 L833.4,476.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M833.0,448.9 Q833.3,465.6 831.1,477.1 L832.2,477.1 Q838.6,465.6 838.8,448.9 Z" fill="#111"/>
-<ellipse cx="835.5" cy="444.9" rx="4.5" ry="5.0" fill="#111"/>
-<path d="M707.2,477.7 L738.9,492.7 L740.2,491.7 L710.0,476.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M708.6,449.9 Q708.9,466.6 708.0,477.7 L709.0,477.7 Q713.5,466.6 713.8,449.9 Z" fill="#111"/>
-<ellipse cx="710.9" cy="445.7" rx="4.7" ry="5.2" fill="#111"/>
-<path d="M679.1,478.2 L721.3,498.3 L722.7,497.1 L682.4,477.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M676.5,449.2 Q676.7,465.9 680.0,478.2 L681.2,478.2 Q682.0,465.9 682.3,449.2 Z" fill="#111"/>
-<ellipse cx="679.5" cy="445.5" rx="4.1" ry="4.5" fill="#111"/>
-<path d="M587.4,480.2 L619.4,495.4 L620.7,494.3 L590.3,479.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M585.1,451.3 Q585.4,468.0 588.2,480.2 L589.2,480.2 Q590.1,468.0 590.4,451.3 Z" fill="#111"/>
-<ellipse cx="587.8" cy="447.6" rx="4.1" ry="4.6" fill="#111"/>
-<path d="M753.3,483.9 L785.9,499.3 L787.1,498.3 L756.1,483.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M747.9,455.3 Q747.6,468.3 752.9,483.9 L753.9,483.9 L754.6,472.7 L755.2,483.9 L756.2,483.9 Q753.2,468.3 752.9,455.3 Z" fill="#111"/>
-<ellipse cx="750.8" cy="451.4" rx="4.3" ry="4.8" fill="#111"/>
-<path d="M866.3,484.2 L896.5,498.4 L897.8,497.3 L869.3,483.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M866.6,454.7 Q866.4,467.8 865.9,484.2 L867.0,484.2 L867.6,473.0 L868.3,484.2 L869.4,484.2 Q872.3,467.8 872.0,454.7 Z" fill="#111"/>
-<ellipse cx="869.2" cy="451.2" rx="3.9" ry="4.4" fill="#111"/>
-<path d="M793.0,484.2 L832.7,503.1 L834.3,501.9 L796.4,483.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M795.9,455.8 Q796.2,472.5 793.9,484.2 L795.2,484.2 Q801.8,472.5 802.1,455.8 Z" fill="#111"/>
-<ellipse cx="798.6" cy="451.8" rx="4.4" ry="4.9" fill="#111"/>
-<path d="M820.5,485.3 L855.8,502.1 L857.2,501.0 L823.5,484.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M816.2,455.6 Q816.5,472.4 821.3,485.3 L822.4,485.3 Q821.5,472.4 821.8,455.6 Z" fill="#111"/>
-<ellipse cx="819.3" cy="452.2" rx="3.8" ry="4.2" fill="#111"/>
-<path d="M699.6,486.8 L735.6,503.9 L736.9,502.9 L702.4,486.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M694.8,457.2 Q695.0,474.0 700.4,486.8 L701.4,486.8 Q699.7,474.0 700.0,457.2 Z" fill="#111"/>
-<ellipse cx="697.7" cy="453.7" rx="3.9" ry="4.3" fill="#111"/>
-<path d="M773.0,490.5 L811.2,508.6 L812.7,507.4 L776.4,489.6Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M770.2,460.9 Q769.8,474.0 772.5,490.5 L773.8,490.5 L774.5,479.3 L775.3,490.5 L776.6,490.5 Q776.8,474.0 776.5,460.9 Z" fill="#111"/>
-<ellipse cx="773.4" cy="457.4" rx="3.9" ry="4.3" fill="#111"/>
-<path d="M717.9,491.4 L754.3,508.5 L756.0,507.2 L721.6,490.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M719.9,462.5 Q720.3,479.3 718.9,491.4 L720.3,491.4 Q726.3,479.3 726.6,462.5 Z" fill="#111"/>
-<ellipse cx="722.9" cy="458.7" rx="4.3" ry="4.8" fill="#111"/>
-<path d="M882.0,494.0 L920.2,512.2 L921.5,511.2 L884.8,493.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M880.0,465.2 Q880.3,482.0 882.8,494.0 L883.8,494.0 Q884.9,482.0 885.2,465.2 Z" fill="#111"/>
-<ellipse cx="882.7" cy="461.3" rx="4.3" ry="4.9" fill="#111"/>
-<path d="M743.7,495.0 L785.0,514.6 L786.6,513.3 L747.3,494.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M739.5,465.4 Q739.2,478.5 743.3,495.0 L744.6,495.0 L745.4,483.8 L746.1,495.0 L747.4,495.0 Q746.3,478.5 745.9,465.4 Z" fill="#ff7a1a"/>
-<ellipse cx="743.0" cy="461.9" rx="3.9" ry="4.4" fill="#ff7a1a"/>
-<path d="M850.0,495.9 L880.3,510.1 L881.7,509.0 L853.2,495.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M849.5,467.5 Q849.2,480.7 849.6,495.9 L850.8,495.9 L851.5,484.6 L852.2,495.9 L853.3,495.9 Q855.4,480.7 855.2,467.5 Z" fill="#111"/>
-<ellipse cx="852.2" cy="463.4" rx="4.6" ry="5.1" fill="#111"/>
-<path d="M786.4,495.9 L823.8,513.5 L825.6,512.1 L790.3,494.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M788.6,466.3 Q788.9,483.1 787.5,495.9 L788.9,495.9 Q795.2,483.1 795.6,466.3 Z" fill="#111"/>
-<ellipse cx="791.7" cy="462.7" rx="3.9" ry="4.4" fill="#111"/>
-<path d="M828.6,496.5 L867.5,515.1 L868.8,514.0 L831.4,495.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M826.8,467.5 Q826.5,480.7 828.2,496.5 L829.3,496.5 L829.9,485.2 L830.5,496.5 L831.5,496.5 Q832.2,480.7 831.9,467.5 Z" fill="#111"/>
-<ellipse cx="829.4" cy="463.7" rx="4.3" ry="4.8" fill="#111"/>
-<path d="M775.6,502.4 L815.4,521.3 L816.9,520.1 L778.9,501.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M772.9,474.5 Q773.2,491.4 776.5,502.4 L777.7,502.4 Q778.6,491.4 778.9,474.5 Z" fill="#111"/>
-<ellipse cx="776.0" cy="470.1" rx="4.9" ry="5.4" fill="#111"/>
-<path d="M866.4,503.0 L899.9,518.9 L901.3,517.7 L869.5,502.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M867.1,473.1 Q866.8,486.3 866.0,503.0 L867.1,503.0 L867.8,491.7 L868.5,503.0 L869.6,503.0 Q872.9,486.3 872.6,473.1 Z" fill="#111"/>
-<ellipse cx="869.7" cy="469.6" rx="3.9" ry="4.3" fill="#111"/>
-<path d="M712.3,503.4 L747.3,519.9 L748.9,518.6 L715.7,502.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M714.9,474.3 Q714.6,487.4 711.8,503.4 L713.1,503.4 L713.9,492.1 L714.6,503.4 L715.9,503.4 Q721.5,487.4 721.2,474.3 Z" fill="#111"/>
-<ellipse cx="717.6" cy="470.4" rx="4.3" ry="4.8" fill="#111"/>
-<path d="M801.5,503.8 L832.0,518.1 L833.5,517.0 L804.7,502.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M803.9,474.3 Q803.7,487.5 801.1,503.8 L802.3,503.8 L803.0,492.5 L803.7,503.8 L804.8,503.8 Q810.1,487.5 809.8,474.3 Z" fill="#111"/>
-<ellipse cx="806.5" cy="470.6" rx="4.1" ry="4.6" fill="#111"/>
-<path d="M757.5,505.3 L788.9,520.2 L790.3,519.1 L760.5,504.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M754.4,476.5 Q754.7,493.5 758.4,505.3 L759.4,505.3 Q759.6,493.5 759.8,476.5 Z" fill="#111"/>
-<ellipse cx="757.3" cy="472.5" rx="4.4" ry="5.0" fill="#111"/>
-<path d="M425.5,505.8 L467.1,525.6 L468.7,524.3 L429.0,504.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M427.4,476.8 Q427.0,490.0 425.0,505.8 L426.3,505.8 L427.1,494.5 L427.9,505.8 L429.2,505.8 Q434.2,490.0 433.8,476.8 Z" fill="#111"/>
-<ellipse cx="430.2" cy="472.9" rx="4.3" ry="4.9" fill="#111"/>
-<path d="M731.5,506.6 L765.5,522.5 L767.2,521.1 L735.2,505.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M733.9,477.6 Q733.6,490.8 731.0,506.6 L732.4,506.6 L733.2,495.2 L734.0,506.6 L735.4,506.6 Q741.2,490.8 740.8,477.6 Z" fill="#111"/>
-<ellipse cx="737.0" cy="473.6" rx="4.4" ry="4.9" fill="#111"/>
-<path d="M894.6,507.0 L925.4,521.5 L927.0,520.3 L898.0,506.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M890.3,477.4 Q890.7,494.4 895.5,507.0 L896.8,507.0 Q896.2,494.4 896.6,477.4 Z" fill="#ff7a1a"/>
-<ellipse cx="893.7" cy="473.8" rx="4.0" ry="4.5" fill="#ff7a1a"/>
-<path d="M839.2,509.6 L872.9,525.7 L874.3,524.6 L842.2,508.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M842.1,481.4 Q841.9,494.6 838.8,509.6 L839.9,509.6 L840.5,498.3 L841.2,509.6 L842.3,509.6 Q847.9,494.6 847.6,481.4 Z" fill="#ff7a1a"/>
-<ellipse cx="844.4" cy="477.1" rx="4.8" ry="5.3" fill="#ff7a1a"/>
-<path d="M826.3,510.0 L861.7,526.6 L863.4,525.2 L830.2,508.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M820.7,480.8 Q820.4,494.0 825.8,510.0 L827.2,510.0 L828.0,498.7 L828.9,510.0 L830.3,510.0 Q828.2,494.0 827.8,480.8 Z" fill="#111"/>
-<ellipse cx="824.6" cy="476.9" rx="4.3" ry="4.8" fill="#111"/>
-<path d="M986.2,513.5 L1022.6,530.6 L1024.2,529.3 L989.9,512.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M983.3,484.3 Q983.6,501.3 987.2,513.5 L988.5,513.5 Q989.5,501.3 989.8,484.3 Z" fill="#111"/>
-<ellipse cx="986.7" cy="480.4" rx="4.3" ry="4.9" fill="#111"/>
-<path d="M509.2,513.6 L545.2,530.7 L546.6,529.6 L512.2,512.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M510.3,485.1 Q510.0,498.4 508.8,513.6 L509.9,513.6 L510.5,502.2 L511.2,513.6 L512.3,513.6 Q516.0,498.4 515.7,485.1 Z" fill="#111"/>
-<ellipse cx="512.8" cy="480.9" rx="4.7" ry="5.3" fill="#111"/>
-<path d="M912.2,515.1 L944.2,530.1 L945.8,528.8 L915.8,514.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M907.3,485.6 Q907.6,502.6 913.2,515.1 L914.5,515.1 Q913.5,502.6 913.8,485.6 Z" fill="#111"/>
-<ellipse cx="910.9" cy="481.8" rx="4.2" ry="4.7" fill="#111"/>
-<path d="M863.5,515.4 L894.7,530.1 L895.9,529.1 L866.3,514.6Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M860.2,487.0 Q860.4,504.0 864.3,515.4 L865.3,515.4 Q864.9,504.0 865.2,487.0 Z" fill="#111"/>
-<ellipse cx="862.9" cy="482.7" rx="4.8" ry="5.3" fill="#111"/>
-<path d="M786.8,517.7 L820.8,533.7 L822.5,532.3 L790.5,516.6Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M782.4,487.7 Q782.7,504.8 787.8,517.7 L789.1,517.7 Q788.8,504.8 789.1,487.7 Z" fill="#111"/>
-<ellipse cx="786.0" cy="484.1" rx="4.0" ry="4.5" fill="#111"/>
-<path d="M811.7,519.0 L843.2,533.8 L844.9,532.5 L815.3,518.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M808.5,490.0 Q808.8,507.1 812.7,519.0 L814.0,519.0 Q814.7,507.1 815.0,490.0 Z" fill="#111"/>
-<ellipse cx="811.9" cy="486.0" rx="4.5" ry="5.0" fill="#111"/>
-<path d="M755.2,519.1 L798.3,539.5 L800.0,538.1 L759.1,518.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M751.4,491.0 Q751.7,508.1 756.3,519.1 L757.7,519.1 Q758.0,508.1 758.4,491.0 Z" fill="#111"/>
-<ellipse cx="755.1" cy="486.5" rx="4.9" ry="5.5" fill="#111"/>
-<path d="M889.2,519.5 L928.9,538.5 L930.2,537.4 L892.0,518.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M888.1,489.7 Q888.3,506.8 890.0,519.5 L891.0,519.5 Q893.0,506.8 893.3,489.7 Z" fill="#111"/>
-<ellipse cx="890.7" cy="486.0" rx="4.1" ry="4.6" fill="#111"/>
-<path d="M729.8,522.3 L761.5,537.3 L763.1,536.0 L733.3,521.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M725.6,492.2 Q725.3,505.5 729.3,522.3 L730.6,522.3 L731.4,510.9 L732.1,522.3 L733.4,522.3 Q732.3,505.5 732.0,492.2 Z" fill="#111"/>
-<ellipse cx="729.1" cy="488.6" rx="3.9" ry="4.4" fill="#111"/>
-<path d="M836.7,523.0 L878.5,542.8 L880.2,541.5 L840.4,522.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M838.0,494.4 Q838.3,511.5 837.7,523.0 L839.1,523.0 Q844.3,511.5 844.6,494.4 Z" fill="#111"/>
-<ellipse cx="841.0" cy="490.1" rx="4.7" ry="5.3" fill="#111"/>
-<path d="M353.4,523.2 L392.0,541.6 L393.4,540.6 L356.4,522.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M353.9,493.5 Q354.2,510.6 354.3,523.2 L355.3,523.2 Q359.0,510.6 359.3,493.5 Z" fill="#111"/>
-<ellipse cx="356.4" cy="489.7" rx="4.2" ry="4.7" fill="#111"/>
-<path d="M874.6,526.6 L910.6,543.6 L912.1,542.5 L877.8,525.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M870.0,498.2 Q869.7,511.6 874.2,526.6 L875.4,526.6 L876.1,515.1 L876.8,526.6 L877.9,526.6 Q876.1,511.6 875.8,498.2 Z" fill="#111"/>
-<ellipse cx="873.2" cy="493.8" rx="4.9" ry="5.5" fill="#111"/>
-<path d="M913.5,527.0 L950.2,544.4 L951.7,543.2 L916.7,526.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M912.0,498.8 Q911.7,512.1 913.1,527.0 L914.2,527.0 L915.0,515.6 L915.7,527.0 L916.9,527.0 Q918.3,512.1 918.0,498.8 Z" fill="#111"/>
-<ellipse cx="915.0" cy="494.3" rx="4.9" ry="5.5" fill="#111"/>
-<path d="M774.9,528.1 L811.7,545.4 L813.5,544.0 L778.8,527.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M771.4,499.8 Q771.0,513.1 774.4,528.1 L775.8,528.1 L776.7,516.6 L777.5,528.1 L779.0,528.1 Q778.9,513.1 778.5,499.8 Z" fill="#111"/>
-<ellipse cx="775.1" cy="495.3" rx="4.9" ry="5.5" fill="#111"/>
-<path d="M794.1,530.2 L825.2,544.9 L826.8,543.6 L797.4,529.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M797.0,500.1 Q797.3,517.3 795.0,530.2 L796.2,530.2 Q802.8,517.3 803.1,500.1 Z" fill="#111"/>
-<ellipse cx="799.6" cy="496.4" rx="4.0" ry="4.5" fill="#111"/>
-<path d="M1225.2,531.2 L1260.1,547.6 L1261.9,546.1 L1229.2,530.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M1227.5,502.5 Q1227.8,519.7 1226.3,531.2 L1227.7,531.2 Q1234.3,519.7 1234.7,502.5 Z" fill="#111"/>
-<ellipse cx="1230.7" cy="498.2" rx="4.8" ry="5.3" fill="#111"/>
-<path d="M889.7,532.7 L925.8,549.6 L927.5,548.3 L893.5,531.6Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M892.3,503.8 Q892.7,521.1 890.7,532.7 L892.1,532.7 Q898.8,521.1 899.2,503.8 Z" fill="#111"/>
-<ellipse cx="895.3" cy="499.6" rx="4.7" ry="5.3" fill="#111"/>
-<path d="M755.3,533.1 L790.0,549.7 L791.3,548.6 L758.1,532.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M750.2,504.3 Q750.4,521.5 756.1,533.1 L757.1,533.1 Q755.0,521.5 755.3,504.3 Z" fill="#111"/>
-<ellipse cx="753.1" cy="500.0" rx="4.7" ry="5.3" fill="#111"/>
-<path d="M725.1,535.6 L767.8,556.0 L769.1,554.9 L728.1,534.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M724.6,505.7 Q724.4,519.1 724.7,535.6 L725.8,535.6 L726.5,524.1 L727.2,535.6 L728.2,535.6 Q730.4,519.1 730.1,505.7 Z" fill="#111"/>
-<ellipse cx="727.3" cy="501.9" rx="4.2" ry="4.7" fill="#111"/>
-<path d="M820.9,537.4 L857.9,555.1 L859.2,554.0 L823.8,536.6Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M822.3,507.1 Q822.0,520.5 820.5,537.4 L821.6,537.4 L822.2,525.9 L822.8,537.4 L823.9,537.4 Q827.8,520.5 827.6,507.1 Z" fill="#111"/>
-<ellipse cx="824.7" cy="503.5" rx="4.0" ry="4.5" fill="#111"/>
-<path d="M843.4,538.9 L883.7,558.2 L885.0,557.1 L846.3,538.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M843.5,510.5 Q843.7,527.8 844.2,538.9 L845.2,538.9 Q848.5,527.8 848.8,510.5 Z" fill="#111"/>
-<ellipse cx="846.0" cy="506.0" rx="5.0" ry="5.6" fill="#111"/>
-<path d="M787.1,539.7 L828.1,559.1 L829.8,557.7 L790.8,538.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M782.3,509.1 Q782.6,526.4 788.1,539.7 L789.5,539.7 Q788.7,526.4 789.1,509.1 Z" fill="#111"/>
-<ellipse cx="786.0" cy="505.6" rx="3.9" ry="4.4" fill="#111"/>
-<path d="M927.6,539.8 L969.0,559.3 L970.7,557.9 L931.5,538.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M921.3,510.3 Q921.6,527.6 928.6,539.8 L930.1,539.8 Q928.1,527.6 928.4,510.3 Z" fill="#111"/>
-<ellipse cx="925.3" cy="506.3" rx="4.5" ry="5.0" fill="#111"/>
-<path d="M1100.8,540.5 L1135.4,557.0 L1136.7,555.9 L1103.7,539.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M1097.6,510.6 Q1097.9,527.9 1101.6,540.5 L1102.6,540.5 Q1102.7,527.9 1103.0,510.6 Z" fill="#111"/>
-<ellipse cx="1100.5" cy="506.8" rx="4.2" ry="4.7" fill="#111"/>
-<path d="M863.6,541.9 L901.2,559.6 L902.9,558.3 L867.4,540.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M862.2,512.5 Q861.9,526.0 863.1,541.9 L864.5,541.9 L865.3,530.4 L866.2,541.9 L867.5,541.9 Q869.4,526.0 869.1,512.5 Z" fill="#111"/>
-<ellipse cx="865.6" cy="508.4" rx="4.5" ry="5.1" fill="#111"/>
-<path d="M804.6,543.0 L843.6,561.4 L845.3,560.1 L808.3,542.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M803.6,512.7 Q803.9,530.0 805.6,543.0 L807.0,543.0 Q810.0,530.0 810.3,512.7 Z" fill="#111"/>
-<ellipse cx="806.9" cy="509.0" rx="4.1" ry="4.6" fill="#111"/>
-<path d="M753.6,545.6 L793.9,564.8 L795.2,563.7 L756.5,544.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M750.5,515.9 Q750.7,533.2 754.4,545.6 L755.5,545.6 Q755.5,533.2 755.8,515.9 Z" fill="#111"/>
-<ellipse cx="753.3" cy="511.9" rx="4.4" ry="5.0" fill="#111"/>
-<path d="M904.1,545.9 L942.1,563.7 L943.9,562.3 L908.0,544.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M899.1,515.1 Q899.4,532.4 905.2,545.9 L906.6,545.9 Q905.9,532.4 906.3,515.1 Z" fill="#111"/>
-<ellipse cx="903.0" cy="511.6" rx="3.9" ry="4.3" fill="#111"/>
-<path d="M726.1,548.0 L765.3,566.6 L766.8,565.4 L729.4,547.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M726.7,518.2 Q727.1,535.5 727.0,548.0 L728.2,548.0 Q732.5,535.5 732.8,518.2 Z" fill="#111"/>
-<ellipse cx="729.6" cy="514.2" rx="4.4" ry="4.9" fill="#111"/>
-<path d="M572.2,548.7 L615.2,569.4 L616.5,568.3 L575.0,548.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M575.4,518.8 Q575.6,536.2 572.9,548.7 L574.0,548.7 Q580.2,536.2 580.4,518.8 Z" fill="#111"/>
-<ellipse cx="577.5" cy="514.9" rx="4.3" ry="4.9" fill="#111"/>
-<path d="M836.6,549.0 L870.2,564.7 L872.0,563.3 L840.6,547.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M831.9,518.2 Q832.3,535.5 837.7,549.0 L839.1,549.0 Q838.7,535.5 839.1,518.2 Z" fill="#111"/>
-<ellipse cx="835.8" cy="514.7" rx="3.9" ry="4.4" fill="#111"/>
-<path d="M776.1,549.7 L813.4,567.4 L815.0,566.1 L779.6,548.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M771.6,519.6 Q771.9,537.0 777.1,549.7 L778.3,549.7 Q777.6,537.0 777.9,519.6 Z" fill="#111"/>
-<ellipse cx="775.1" cy="515.8" rx="4.2" ry="4.7" fill="#111"/>
-<path d="M886.8,552.7 L926.9,571.8 L928.2,570.7 L889.8,551.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M883.2,522.1 Q882.9,535.6 886.5,552.7 L887.5,552.7 L888.2,541.1 L888.8,552.7 L889.9,552.7 Q888.9,535.6 888.6,522.1 Z" fill="#111"/>
-<ellipse cx="886.1" cy="518.4" rx="4.1" ry="4.5" fill="#111"/>
-<path d="M935.2,553.5 L975.2,572.5 L976.7,571.3 L938.6,552.6Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M936.5,522.6 Q936.8,540.0 936.2,553.5 L937.4,553.5 Q942.3,540.0 942.6,522.6 Z" fill="#111"/>
-<ellipse cx="939.3" cy="519.1" rx="3.9" ry="4.4" fill="#111"/>
-<path d="M861.8,553.5 L901.3,572.3 L902.9,571.0 L865.3,552.6Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M856.6,524.2 Q857.0,541.6 862.8,553.5 L864.0,553.5 Q862.7,541.6 863.0,524.2 Z" fill="#111"/>
-<ellipse cx="860.2" cy="520.0" rx="4.7" ry="5.3" fill="#111"/>
-<path d="M794.6,557.7 L832.3,575.6 L833.8,574.4 L797.9,556.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M797.3,528.2 Q797.5,545.7 795.5,557.7 L796.7,557.7 Q802.9,545.7 803.2,528.2 Z" fill="#111"/>
-<ellipse cx="799.8" cy="524.0" rx="4.6" ry="5.2" fill="#111"/>
-<path d="M917.2,558.3 L948.4,573.1 L949.7,572.0 L920.0,557.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M912.1,529.5 Q912.4,547.0 918.0,558.3 L919.0,558.3 Q917.0,547.0 917.2,529.5 Z" fill="#111"/>
-<ellipse cx="915.1" cy="525.0" rx="5.0" ry="5.6" fill="#111"/>
-<path d="M822.2,559.1 L857.2,575.7 L858.5,574.7 L825.0,558.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M820.1,529.8 Q819.9,543.3 821.8,559.1 L822.9,559.1 L823.5,547.4 L824.1,559.1 L825.1,559.1 Q825.6,543.3 825.3,529.8 Z" fill="#111"/>
-<ellipse cx="822.8" cy="525.5" rx="4.8" ry="5.3" fill="#111"/>
-<path d="M742.1,559.5 L786.0,580.4 L787.6,579.1 L745.7,558.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M741.4,530.0 Q741.7,547.5 743.1,559.5 L744.4,559.5 Q747.6,547.5 747.9,530.0 Z" fill="#111"/>
-<ellipse cx="744.6" cy="525.8" rx="4.7" ry="5.2" fill="#111"/>
-<path d="M841.0,560.6 L877.8,577.8 L879.6,576.3 L845.1,559.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M840.1,530.8 Q840.4,548.3 842.1,560.6 L843.6,560.6 Q847.1,548.3 847.4,530.8 Z" fill="#111"/>
-<ellipse cx="843.7" cy="526.7" rx="4.5" ry="5.1" fill="#111"/>
-<path d="M773.2,562.8 L808.3,579.3 L810.0,577.9 L777.0,561.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M767.2,532.2 Q766.8,545.8 772.8,562.8 L774.1,562.8 L774.9,551.2 L775.8,562.8 L777.1,562.8 Q774.3,545.8 774.0,532.2 Z" fill="#111"/>
-<ellipse cx="771.0" cy="528.5" rx="4.1" ry="4.6" fill="#111"/>
-<path d="M951.7,564.5 L983.9,579.5 L985.6,578.1 L955.6,563.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M945.5,535.3 Q945.2,548.9 951.2,564.5 L952.6,564.5 L953.5,552.8 L954.3,564.5 L955.8,564.5 Q953.0,548.9 952.6,535.3 Z" fill="#111"/>
-<ellipse cx="949.5" cy="530.9" rx="4.9" ry="5.5" fill="#111"/>
-<path d="M870.0,566.5 L910.6,585.8 L912.1,584.5 L873.5,565.6Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M868.4,535.9 Q868.8,553.4 871.0,566.5 L872.2,566.5 Q874.4,553.4 874.7,535.9 Z" fill="#111"/>
-<ellipse cx="871.6" cy="532.1" rx="4.2" ry="4.7" fill="#111"/>
-<path d="M900.9,567.0 L934.6,583.0 L935.8,582.0 L903.8,566.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M895.3,535.9 Q895.5,553.5 901.7,567.0 L902.7,567.0 Q900.2,553.5 900.4,535.9 Z" fill="#111"/>
-<ellipse cx="898.3" cy="532.4" rx="3.9" ry="4.4" fill="#111"/>
-<path d="M311.1,567.9 L348.6,585.6 L350.2,584.3 L314.7,566.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M313.1,538.0 Q313.4,555.5 312.0,567.9 L313.4,567.9 Q319.3,555.5 319.7,538.0 Z" fill="#111"/>
-<ellipse cx="316.0" cy="533.9" rx="4.6" ry="5.1" fill="#111"/>
-<path d="M727.2,569.4 L767.6,588.6 L769.1,587.5 L730.4,568.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M730.0,539.9 Q729.8,553.6 726.8,569.4 L727.9,569.4 L728.6,557.6 L729.4,569.4 L730.5,569.4 Q736.2,553.6 735.9,539.9 Z" fill="#111"/>
-<ellipse cx="732.5" cy="535.6" rx="4.8" ry="5.4" fill="#111"/>
-<path d="M800.2,570.3 L832.8,585.6 L834.5,584.2 L803.9,569.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M797.8,541.1 Q798.1,558.7 801.2,570.3 L802.6,570.3 Q804.3,558.7 804.6,541.1 Z" fill="#111"/>
-<ellipse cx="801.3" cy="536.7" rx="4.9" ry="5.5" fill="#111"/>
-<path d="M748.1,570.3 L784.5,587.5 L786.1,586.1 L751.8,569.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M750.9,540.5 Q751.3,558.1 749.1,570.3 L750.4,570.3 Q757.3,558.1 757.6,540.5 Z" fill="#111"/>
-<ellipse cx="753.8" cy="536.3" rx="4.6" ry="5.2" fill="#111"/>
-<path d="M819.8,572.1 L856.4,589.3 L858.1,588.0 L823.4,571.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M817.6,541.7 Q818.0,559.3 820.8,572.1 L822.1,572.1 Q823.9,559.3 824.2,541.7 Z" fill="#111"/>
-<ellipse cx="821.0" cy="537.8" rx="4.4" ry="4.9" fill="#111"/>
-<path d="M841.3,573.4 L878.7,591.0 L880.4,589.7 L845.0,572.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M839.7,543.9 Q840.0,561.5 842.3,573.4 L843.7,573.4 Q846.1,561.5 846.4,543.9 Z" fill="#111"/>
-<ellipse cx="843.1" cy="539.6" rx="4.8" ry="5.4" fill="#111"/>
-<path d="M775.4,574.0 L811.8,591.4 L813.1,590.4 L778.2,573.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M778.1,543.5 Q778.4,561.1 776.2,574.0 L777.2,574.0 Q783.0,561.1 783.3,543.5 Z" fill="#111"/>
-<ellipse cx="780.3" cy="539.6" rx="4.3" ry="4.8" fill="#111"/>
-<path d="M475.1,574.3 L515.4,593.3 L517.0,592.0 L478.8,573.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M475.1,543.4 Q475.5,561.0 476.1,574.3 L477.4,574.3 Q481.4,561.0 481.7,543.4 Z" fill="#111"/>
-<ellipse cx="478.3" cy="539.7" rx="4.2" ry="4.7" fill="#111"/>
-<path d="M919.1,574.8 L962.3,595.4 L964.0,594.1 L922.7,573.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M921.6,544.0 Q921.3,557.7 918.6,574.8 L919.9,574.8 L920.7,563.1 L921.5,574.8 L922.8,574.8 Q928.5,557.7 928.2,544.0 Z" fill="#111"/>
-<ellipse cx="924.5" cy="540.3" rx="4.2" ry="4.7" fill="#111"/>
-<path d="M869.9,579.0 L901.6,593.9 L903.1,592.7 L873.2,578.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M868.9,548.2 Q869.2,565.9 870.8,579.0 L872.0,579.0 Q874.6,565.9 874.9,548.2 Z" fill="#111"/>
-<ellipse cx="871.8" cy="544.4" rx="4.2" ry="4.7" fill="#111"/>
-<path d="M953.7,579.9 L993.6,598.9 L995.0,597.8 L956.8,579.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M950.4,549.1 Q950.7,566.8 954.5,579.9 L955.7,579.9 Q955.9,566.8 956.2,549.1 Z" fill="#111"/>
-<ellipse cx="953.5" cy="545.3" rx="4.2" ry="4.7" fill="#111"/>
-<path d="M763.9,582.5 L806.8,602.9 L808.4,601.5 L767.6,581.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M760.3,553.1 Q760.0,566.8 763.5,582.5 L764.8,582.5 L765.6,570.7 L766.4,582.5 L767.7,582.5 Q767.3,566.8 767.0,553.1 Z" fill="#111"/>
-<ellipse cx="763.8" cy="548.6" rx="4.9" ry="5.5" fill="#111"/>
-<path d="M733.1,583.0 L768.7,599.8 L770.4,598.4 L736.8,582.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M732.1,553.4 Q732.4,571.1 734.1,583.0 L735.5,583.0 Q738.4,571.1 738.8,553.4 Z" fill="#111"/>
-<ellipse cx="735.4" cy="549.0" rx="4.8" ry="5.4" fill="#111"/>
-<path d="M809.0,583.4 L847.9,601.8 L849.5,600.5 L812.5,582.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M805.1,552.2 Q805.4,569.9 810.0,583.4 L811.2,583.4 Q811.1,569.9 811.5,552.2 Z" fill="#111"/>
-<ellipse cx="808.5" cy="548.5" rx="4.1" ry="4.6" fill="#111"/>
-<path d="M908.3,583.6 L949.2,602.9 L951.0,601.4 L912.4,582.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M902.2,552.5 Q902.6,570.2 909.4,583.6 L910.9,583.6 Q909.3,570.2 909.7,552.5 Z" fill="#111"/>
-<ellipse cx="906.4" cy="548.8" rx="4.1" ry="4.6" fill="#111"/>
-<path d="M778.3,587.1 L814.9,604.4 L816.6,603.0 L782.0,586.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M779.9,555.9 Q780.3,573.7 779.3,587.1 L780.7,587.1 Q786.3,573.7 786.7,555.9 Z" fill="#111"/>
-<ellipse cx="783.0" cy="552.2" rx="4.1" ry="4.6" fill="#111"/>
-<path d="M858.9,587.6 L900.6,607.5 L902.1,606.3 L862.1,586.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M854.5,556.3 Q854.8,574.0 859.8,587.6 L861.0,587.6 Q860.0,574.0 860.3,556.3 Z" fill="#111"/>
-<ellipse cx="857.7" cy="552.6" rx="4.1" ry="4.5" fill="#111"/>
-<path d="M643.4,590.5 L687.3,611.5 L688.7,610.4 L646.5,589.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M642.0,561.0 Q642.3,578.7 644.3,590.5 L645.4,590.5 Q647.4,578.7 647.7,561.0 Z" fill="#111"/>
-<ellipse cx="644.8" cy="556.5" rx="5.0" ry="5.5" fill="#111"/>
-<path d="M926.0,593.2 L960.2,609.3 L961.9,607.9 L929.8,592.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M925.6,563.6 Q925.2,577.4 925.6,593.2 L926.9,593.2 L927.8,581.4 L928.6,593.2 L929.9,593.2 Q932.8,577.4 932.4,563.6 Z" fill="#111"/>
-<ellipse cx="928.9" cy="559.1" rx="5.0" ry="5.5" fill="#111"/>
-<path d="M834.9,593.6 L873.7,611.9 L875.5,610.5 L838.8,592.6Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M833.7,562.9 Q834.0,580.7 836.0,593.6 L837.4,593.6 Q840.3,580.7 840.7,562.9 Z" fill="#111"/>
-<ellipse cx="837.1" cy="558.9" rx="4.4" ry="4.9" fill="#111"/>
-<path d="M813.5,595.6 L850.4,613.0 L852.2,611.5 L817.5,594.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M810.2,564.9 Q810.6,582.7 814.6,595.6 L816.0,595.6 Q817.1,582.7 817.5,564.9 Z" fill="#111"/>
-<ellipse cx="814.0" cy="560.9" rx="4.4" ry="4.9" fill="#111"/>
-<path d="M871.1,595.8 L907.3,613.0 L908.7,611.9 L874.1,595.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M871.7,566.2 Q872.0,584.1 871.9,595.8 L873.0,595.8 Q876.8,584.1 877.0,566.2 Z" fill="#111"/>
-<ellipse cx="874.2" cy="561.7" rx="5.0" ry="5.6" fill="#111"/>
-<path d="M766.1,596.0 L802.9,613.3 L804.7,611.8 L770.1,594.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M761.1,565.2 Q760.8,579.0 765.6,596.0 L767.1,596.0 L767.9,584.1 L768.8,596.0 L770.3,596.0 Q768.8,579.0 768.5,565.2 Z" fill="#111"/>
-<ellipse cx="765.1" cy="561.2" rx="4.4" ry="4.9" fill="#111"/>
-<path d="M729.1,596.9 L764.7,613.6 L766.6,612.1 L733.2,595.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M731.1,566.3 Q731.5,584.2 730.2,596.9 L731.7,596.9 Q738.1,584.2 738.5,566.3 Z" fill="#111"/>
-<ellipse cx="734.4" cy="562.3" rx="4.5" ry="5.1" fill="#111"/>
-<path d="M1022.7,598.2 L1065.4,618.5 L1066.9,617.3 L1026.0,597.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M1025.8,566.5 Q1026.1,584.3 1023.6,598.2 L1024.8,598.2 Q1031.5,584.3 1031.8,566.5 Z" fill="#111"/>
-<ellipse cx="1028.3" cy="562.9" rx="4.0" ry="4.5" fill="#111"/>
-<path d="M909.8,602.5 L946.4,619.7 L948.2,618.2 L913.8,601.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M906.9,571.2 Q907.2,589.0 910.9,602.5 L912.3,602.5 Q913.8,589.0 914.1,571.2 Z" fill="#111"/>
-<ellipse cx="910.6" cy="567.4" rx="4.2" ry="4.7" fill="#111"/>
-<path d="M858.0,603.3 L900.9,623.7 L902.4,622.5 L861.4,602.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M852.3,573.5 Q852.6,591.4 858.9,603.3 L860.2,603.3 Q858.1,591.4 858.4,573.5 Z" fill="#111"/>
-<ellipse cx="855.8" cy="569.0" rx="5.0" ry="5.6" fill="#111"/>
-<path d="M789.4,603.5 L827.9,621.8 L829.4,620.5 L792.8,602.6Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M786.0,572.2 Q785.7,586.1 788.9,603.5 L790.2,603.5 L790.9,591.6 L791.6,603.5 L792.9,603.5 Q792.5,586.1 792.2,572.2 Z" fill="#111"/>
-<ellipse cx="789.2" cy="568.4" rx="4.2" ry="4.7" fill="#111"/>
-<path d="M747.8,605.3 L784.8,622.9 L786.1,621.9 L750.7,604.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M747.6,574.4 Q747.8,592.3 748.6,605.3 L749.6,605.3 Q752.6,592.3 752.9,574.4 Z" fill="#111"/>
-<ellipse cx="750.1" cy="570.4" rx="4.4" ry="5.0" fill="#111"/>
-<path d="M933.5,607.7 L970.3,625.1 L971.9,623.8 L937.1,606.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M934.3,577.4 Q934.7,595.3 934.5,607.7 L935.8,607.7 Q940.5,595.3 940.8,577.4 Z" fill="#111"/>
-<ellipse cx="937.3" cy="573.1" rx="4.7" ry="5.3" fill="#111"/>
-<path d="M399.9,609.1 L432.0,624.3 L433.4,623.1 L403.0,608.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M394.2,578.7 Q394.4,596.6 400.7,609.1 L401.9,609.1 Q399.6,596.6 399.9,578.7 Z" fill="#111"/>
-<ellipse cx="397.5" cy="574.4" rx="4.7" ry="5.3" fill="#111"/>
-<path d="M822.1,612.3 L861.2,630.7 L863.0,629.3 L825.9,611.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M817.0,581.1 Q817.3,599.1 823.2,612.3 L824.5,612.3 Q823.5,599.1 823.9,581.1 Z" fill="#111"/>
-<ellipse cx="820.8" cy="577.1" rx="4.4" ry="4.9" fill="#111"/>
-<path d="M1205.7,614.7 L1241.3,631.6 L1242.8,630.5 L1208.9,613.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M1206.4,584.7 Q1206.7,602.7 1206.6,614.7 L1207.7,614.7 Q1211.9,602.7 1212.2,584.7 Z" fill="#111"/>
-<ellipse cx="1209.1" cy="580.2" rx="5.0" ry="5.6" fill="#111"/>
-<path d="M835.9,615.0 L874.6,633.4 L876.1,632.2 L839.2,614.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M837.8,585.0 Q838.1,603.0 836.8,615.0 L838.0,615.0 Q843.5,603.0 843.8,585.0 Z" fill="#111"/>
-<ellipse cx="840.5" cy="580.5" rx="5.0" ry="5.6" fill="#111"/>
-<path d="M872.4,615.2 L905.2,630.7 L906.6,629.6 L875.5,614.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M868.5,585.2 Q868.8,603.2 873.2,615.2 L874.4,615.2 Q873.9,603.2 874.1,585.2 Z" fill="#111"/>
-<ellipse cx="871.6" cy="580.7" rx="5.0" ry="5.6" fill="#111"/>
-<path d="M904.5,617.3 L946.9,637.4 L948.5,636.2 L908.0,616.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M907.3,587.3 Q907.6,605.3 905.4,617.3 L906.7,617.3 Q913.3,605.3 913.6,587.3 Z" fill="#111"/>
-<ellipse cx="910.0" cy="582.7" rx="5.0" ry="5.6" fill="#111"/>
-<path d="M802.7,618.0 L848.1,639.5 L849.9,638.0 L806.8,616.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M799.0,587.6 Q799.4,605.6 803.8,618.0 L805.3,618.0 Q806.1,605.6 806.5,587.6 Z" fill="#111"/>
-<ellipse cx="802.9" cy="583.2" rx="4.8" ry="5.4" fill="#111"/>
-<path d="M754.7,618.3 L800.6,640.1 L802.4,638.6 L758.8,617.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M753.7,586.3 Q753.3,600.3 754.2,618.3 L755.7,618.3 L756.5,606.3 L757.4,618.3 L758.9,618.3 Q761.4,600.3 761.1,586.3 Z" fill="#111"/>
-<ellipse cx="757.3" cy="582.7" rx="4.0" ry="4.5" fill="#111"/>
-<path d="M1105.6,619.1 L1140.3,635.5 L1141.7,634.4 L1108.7,618.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M1104.6,587.1 Q1104.4,601.2 1105.2,619.1 L1106.3,619.1 L1107.0,607.0 L1107.7,619.1 L1108.8,619.1 Q1110.4,601.2 1110.2,587.1 Z" fill="#111"/>
-<ellipse cx="1107.4" cy="583.5" rx="4.1" ry="4.6" fill="#111"/>
-<path d="M942.8,619.8 L982.6,638.7 L984.2,637.4 L946.2,618.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M939.9,588.7 Q939.6,602.7 942.4,619.8 L943.6,619.8 L944.4,607.7 L945.1,619.8 L946.4,619.8 Q946.4,602.7 946.1,588.7 Z" fill="#111"/>
-<ellipse cx="943.1" cy="584.6" rx="4.5" ry="5.1" fill="#111"/>
-<path d="M785.0,620.5 L818.9,636.4 L820.6,635.1 L788.6,619.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M779.4,590.7 Q779.1,604.8 784.5,620.5 L785.8,620.5 L786.6,608.4 L787.4,620.5 L788.8,620.5 Q786.3,604.8 786.0,590.7 Z" fill="#111"/>
-<ellipse cx="783.1" cy="586.1" rx="5.2" ry="5.8" fill="#111"/>
-<path d="M733.7,625.8 L775.8,645.8 L777.3,644.6 L737.2,624.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M735.5,595.2 Q735.1,609.3 733.3,625.8 L734.5,625.8 L735.3,613.8 L736.0,625.8 L737.3,625.8 Q742.1,609.3 741.7,595.2 Z" fill="#111"/>
-<ellipse cx="738.3" cy="590.9" rx="4.8" ry="5.4" fill="#111"/>
-<path d="M852.3,627.9 L886.7,644.0 L888.5,642.6 L856.2,626.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M853.2,596.1 Q853.6,614.3 853.4,627.9 L854.8,627.9 Q860.0,614.3 860.3,596.1 Z" fill="#111"/>
-<ellipse cx="856.5" cy="592.3" rx="4.2" ry="4.8" fill="#111"/>
-<path d="M1357.2,627.9 L1399.5,648.0 L1401.2,646.6 L1361.0,626.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M1357.4,597.0 Q1357.1,611.1 1356.7,627.9 L1358.1,627.9 L1358.9,615.8 L1359.7,627.9 L1361.1,627.9 Q1364.6,611.1 1364.2,597.0 Z" fill="#ff7a1a"/>
-<ellipse cx="1360.6" cy="592.8" rx="4.7" ry="5.3" fill="#ff7a1a"/>
-<path d="M930.1,630.8 L970.5,649.9 L972.2,648.6 L933.8,629.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M928.3,599.4 Q928.6,617.5 931.1,630.8 L932.5,630.8 Q934.7,617.5 935.0,599.4 Z" fill="#111"/>
-<ellipse cx="931.7" cy="595.4" rx="4.4" ry="5.0" fill="#111"/>
-<path d="M771.7,632.9 L807.0,649.7 L808.5,648.5 L774.8,632.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M770.0,602.3 Q769.7,616.4 771.3,632.9 L772.4,632.9 L773.1,620.8 L773.7,632.9 L774.9,632.9 Q775.9,616.4 775.6,602.3 Z" fill="#111"/>
-<ellipse cx="772.9" cy="597.9" rx="4.9" ry="5.5" fill="#111"/>
-<path d="M813.9,634.0 L848.1,650.0 L849.9,648.6 L817.7,632.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M816.1,602.3 Q815.7,616.5 813.4,634.0 L814.8,634.0 L815.6,621.8 L816.5,634.0 L817.9,634.0 Q823.4,616.5 823.1,602.3 Z" fill="#111"/>
-<ellipse cx="819.2" cy="598.4" rx="4.4" ry="4.9" fill="#111"/>
-<path d="M894.0,635.3 L934.3,654.3 L936.2,652.8 L898.2,634.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M888.1,604.5 Q888.5,622.7 895.1,635.3 L896.6,635.3 Q895.3,622.7 895.7,604.5 Z" fill="#111"/>
-<ellipse cx="892.3" cy="600.2" rx="4.8" ry="5.4" fill="#111"/>
-<path d="M797.8,636.1 L835.8,654.0 L837.6,652.6 L801.7,635.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M795.5,604.4 Q795.9,622.6 798.9,636.1 L800.3,636.1 Q802.2,622.6 802.5,604.4 Z" fill="#111"/>
-<ellipse cx="799.1" cy="600.5" rx="4.4" ry="4.9" fill="#111"/>
-<path d="M843.5,638.9 L888.4,660.3 L890.1,658.9 L847.2,637.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M837.1,606.6 Q837.4,624.8 844.5,638.9 L845.9,638.9 Q843.4,624.8 843.7,606.6 Z" fill="#111"/>
-<ellipse cx="840.9" cy="602.9" rx="4.1" ry="4.6" fill="#111"/>
-<path d="M858.6,641.6 L900.3,661.3 L902.2,659.9 L862.6,640.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M857.8,609.5 Q858.2,627.8 859.6,641.6 L861.1,641.6 Q864.7,627.8 865.1,609.5 Z" fill="#111"/>
-<ellipse cx="861.3" cy="605.7" rx="4.3" ry="4.8" fill="#111"/>
-<path d="M920.2,642.2 L960.0,661.2 L961.3,660.1 L923.2,641.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M914.2,611.9 Q913.9,626.1 919.8,642.2 L920.9,642.2 L921.6,630.0 L922.2,642.2 L923.3,642.2 Q919.9,626.1 919.6,611.9 Z" fill="#111"/>
-<ellipse cx="917.4" cy="607.3" rx="5.1" ry="5.7" fill="#111"/>
-<path d="M743.5,642.5 L778.3,659.1 L779.7,658.0 L746.4,641.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M742.8,610.8 Q742.5,625.0 743.1,642.5 L744.2,642.5 L744.8,630.3 L745.5,642.5 L746.5,642.5 Q748.4,625.0 748.1,610.8 Z" fill="#111"/>
-<ellipse cx="745.4" cy="606.8" rx="4.5" ry="5.0" fill="#111"/>
-<path d="M783.3,644.2 L818.1,660.5 L819.9,659.1 L787.2,643.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M779.6,612.7 Q780.0,630.9 784.4,644.2 L785.8,644.2 Q786.4,630.9 786.8,612.7 Z" fill="#111"/>
-<ellipse cx="783.4" cy="608.6" rx="4.5" ry="5.1" fill="#111"/>
-<path d="M218.8,646.0 L262.5,666.8 L264.1,665.5 L222.3,645.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M218.4,615.6 Q218.7,633.9 219.8,646.0 L221.0,646.0 Q224.4,633.9 224.7,615.6 Z" fill="#111"/>
-<ellipse cx="221.4" cy="611.0" rx="5.1" ry="5.7" fill="#111"/>
-<path d="M475.6,646.1 L516.7,665.7 L518.1,664.5 L478.8,645.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M471.9,615.2 Q471.6,629.4 475.2,646.1 L476.4,646.1 L477.1,633.9 L477.8,646.1 L478.9,646.1 Q477.9,629.4 477.6,615.2 Z" fill="#111"/>
-<ellipse cx="475.0" cy="610.8" rx="4.9" ry="5.4" fill="#111"/>
-<path d="M883.7,646.3 L927.2,667.0 L928.9,665.6 L887.4,645.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M878.0,615.7 Q878.3,634.0 884.7,646.3 L886.0,646.3 Q884.4,634.0 884.8,615.7 Z" fill="#ff7a1a"/>
-<ellipse cx="881.8" cy="611.2" rx="5.0" ry="5.6" fill="#ff7a1a"/>
-<path d="M934.6,647.0 L969.0,663.2 L970.6,661.9 L938.1,646.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M932.5,614.8 Q932.9,633.1 935.6,647.0 L936.8,647.0 Q938.7,633.1 939.0,614.8 Z" fill="#111"/>
-<ellipse cx="935.8" cy="611.0" rx="4.3" ry="4.8" fill="#111"/>
-<path d="M821.6,648.5 L860.8,667.1 L862.3,665.9 L824.9,647.6Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M819.8,617.9 Q820.1,636.2 822.5,648.5 L823.7,648.5 Q825.5,636.2 825.8,617.9 Z" fill="#111"/>
-<ellipse cx="822.8" cy="613.4" rx="5.1" ry="5.7" fill="#111"/>
-<path d="M753.5,653.2 L791.3,670.9 L793.2,669.4 L757.6,652.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M754.4,622.1 Q754.8,640.5 754.6,653.2 L756.1,653.2 Q761.5,640.5 761.9,622.1 Z" fill="#111"/>
-<ellipse cx="757.9" cy="617.7" rx="4.9" ry="5.5" fill="#111"/>
-<path d="M583.0,655.1 L625.8,675.6 L627.2,674.5 L586.0,654.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M583.1,623.3 Q582.8,637.6 582.6,655.1 L583.7,655.1 L584.4,642.8 L585.0,655.1 L586.1,655.1 Q589.0,637.6 588.7,623.3 Z" fill="#111"/>
-<ellipse cx="585.8" cy="619.2" rx="4.5" ry="5.1" fill="#111"/>
-<path d="M912.3,655.8 L956.3,676.8 L958.0,675.4 L916.1,654.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M914.1,625.2 Q913.8,639.5 911.8,655.8 L913.2,655.8 L914.0,643.6 L914.8,655.8 L916.2,655.8 Q921.3,639.5 920.9,625.2 Z" fill="#111"/>
-<ellipse cx="917.2" cy="620.6" rx="5.1" ry="5.7" fill="#111"/>
-<path d="M780.7,657.3 L821.2,676.5 L822.9,675.1 L784.4,656.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M779.2,625.9 Q779.5,644.3 781.7,657.3 L783.1,657.3 Q785.5,644.3 785.8,625.9 Z" fill="#111"/>
-<ellipse cx="782.5" cy="621.6" rx="4.8" ry="5.3" fill="#111"/>
-<path d="M664.2,657.6 L703.2,676.1 L704.7,675.0 L667.4,656.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M667.1,626.8 Q667.4,645.2 665.1,657.6 L666.3,657.6 Q672.7,645.2 673.0,626.8 Z" fill="#111"/>
-<ellipse cx="669.6" cy="622.2" rx="5.0" ry="5.6" fill="#111"/>
-<path d="M353.9,659.0 L393.7,678.1 L395.1,676.9 L356.9,658.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M352.8,627.1 Q353.1,645.5 354.7,659.0 L355.8,659.0 Q358.0,645.5 358.3,627.1 Z" fill="#111"/>
-<ellipse cx="355.5" cy="623.1" rx="4.5" ry="5.0" fill="#111"/>
-<path d="M852.0,663.2 L894.0,683.1 L895.8,681.6 L855.9,662.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M850.1,630.7 Q850.4,649.2 853.0,663.2 L854.5,663.2 Q856.8,649.2 857.1,630.7 Z" fill="#111"/>
-<ellipse cx="853.6" cy="626.9" rx="4.3" ry="4.8" fill="#111"/>
-<path d="M802.2,663.8 L836.5,680.1 L837.9,679.0 L805.3,663.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M797.4,631.5 Q797.6,650.0 803.1,663.8 L804.2,663.8 Q802.6,650.0 802.9,631.5 Z" fill="#111"/>
-<ellipse cx="800.5" cy="627.6" rx="4.4" ry="4.9" fill="#111"/>
-<path d="M876.9,664.3 L921.5,685.6 L923.0,684.4 L880.1,663.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M879.4,632.7 Q879.7,651.2 877.8,664.3 L878.9,664.3 Q885.1,651.2 885.4,632.7 Z" fill="#111"/>
-<ellipse cx="882.0" cy="628.5" rx="4.7" ry="5.3" fill="#111"/>
-<path d="M752.6,665.8 L795.1,686.2 L796.5,685.1 L755.6,665.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M749.7,634.3 Q749.9,652.8 753.4,665.8 L754.5,665.8 Q754.8,652.8 755.1,634.3 Z" fill="#111"/>
-<ellipse cx="752.5" cy="630.0" rx="4.8" ry="5.4" fill="#111"/>
-<path d="M830.9,669.2 L874.8,690.0 L876.6,688.7 L834.7,668.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M828.5,638.1 Q828.9,656.6 832.0,669.2 L833.3,669.2 Q835.0,656.6 835.4,638.1 Z" fill="#111"/>
-<ellipse cx="832.0" cy="633.6" rx="5.0" ry="5.6" fill="#111"/>
-<path d="M925.3,672.4 L971.2,694.4 L972.6,693.4 L928.2,671.6Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M921.9,641.1 Q922.2,659.7 926.1,672.4 L927.2,672.4 Q927.1,659.7 927.4,641.1 Z" fill="#111"/>
-<ellipse cx="924.9" cy="636.7" rx="5.0" ry="5.6" fill="#111"/>
-<path d="M783.3,673.8 L825.7,693.9 L827.3,692.7 L786.8,672.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M783.1,643.1 Q783.4,661.7 784.3,673.8 L785.5,673.8 Q789.1,661.7 789.5,643.1 Z" fill="#111"/>
-<ellipse cx="786.1" cy="638.3" rx="5.3" ry="5.9" fill="#111"/>
-<path d="M896.4,674.2 L938.0,693.9 L939.8,692.5 L900.1,673.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M897.2,642.0 Q897.5,660.6 897.4,674.2 L898.8,674.2 Q903.7,660.6 904.1,642.0 Z" fill="#111"/>
-<ellipse cx="900.4" cy="637.9" rx="4.6" ry="5.1" fill="#111"/>
-<path d="M1481.1,679.4 L1521.7,698.6 L1523.5,697.2 L1485.1,678.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M1474.4,646.7 Q1474.7,665.3 1482.2,679.4 L1483.6,679.4 Q1481.2,665.3 1481.6,646.7 Z" fill="#111"/>
-<ellipse cx="1478.5" cy="642.8" rx="4.3" ry="4.8" fill="#111"/>
-<path d="M839.9,681.1 L874.7,697.3 L876.6,695.8 L844.0,679.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M839.3,648.3 Q839.6,667.0 841.0,681.1 L842.5,681.1 Q846.3,667.0 846.7,648.3 Z" fill="#111"/>
-<ellipse cx="842.9" cy="644.4" rx="4.3" ry="4.9" fill="#111"/>
-<path d="M762.9,681.2 L807.6,702.4 L809.5,701.0 L766.8,680.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M757.0,649.2 Q757.4,667.9 763.9,681.2 L765.4,681.2 Q763.9,667.9 764.3,649.2 Z" fill="#111"/>
-<ellipse cx="761.0" cy="645.0" rx="4.7" ry="5.3" fill="#111"/>
-<path d="M868.3,682.3 L902.1,698.3 L903.5,697.2 L871.5,681.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M863.6,650.0 Q863.9,668.7 869.1,682.3 L870.3,682.3 Q869.1,668.7 869.4,650.0 Z" fill="#111"/>
-<ellipse cx="866.8" cy="645.9" rx="4.6" ry="5.1" fill="#111"/>
-<path d="M797.5,685.5 L837.0,704.2 L838.7,702.8 L801.3,684.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M800.6,653.0 Q800.9,671.7 798.5,685.5 L799.9,685.5 Q807.1,671.7 807.4,653.0 Z" fill="#111"/>
-<ellipse cx="803.5" cy="649.0" rx="4.5" ry="5.0" fill="#111"/>
-<path d="M1093.5,685.6 L1132.2,704.0 L1133.7,702.7 L1096.9,684.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M1090.5,652.5 Q1090.8,671.2 1094.5,685.6 L1095.7,685.6 Q1096.3,671.2 1096.7,652.5 Z" fill="#111"/>
-<ellipse cx="1093.7" cy="648.8" rx="4.2" ry="4.7" fill="#111"/>
-<path d="M1238.5,685.9 L1277.4,704.2 L1279.4,702.6 L1242.8,684.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M1233.5,654.6 Q1233.9,673.3 1239.7,685.9 L1241.3,685.9 Q1240.9,673.3 1241.3,654.6 Z" fill="#111"/>
-<ellipse cx="1237.7" cy="650.0" rx="5.1" ry="5.7" fill="#111"/>
-<path d="M883.5,686.5 L917.4,702.3 L919.2,700.9 L887.6,685.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M882.5,653.6 Q882.9,672.3 884.6,686.5 L886.1,686.5 Q889.5,672.3 889.9,653.6 Z" fill="#111"/>
-<ellipse cx="886.1" cy="649.7" rx="4.3" ry="4.8" fill="#111"/>
-<path d="M736.6,687.5 L773.7,705.0 L775.5,703.5 L740.6,686.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M731.6,656.6 Q731.9,675.3 737.7,687.5 L739.1,687.5 Q738.4,675.3 738.8,656.6 Z" fill="#111"/>
-<ellipse cx="735.5" cy="651.8" rx="5.3" ry="6.0" fill="#111"/>
-<path d="M915.7,688.0 L950.3,704.3 L952.0,702.9 L919.5,687.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M913.2,656.7 Q913.6,675.3 916.7,688.0 L918.1,688.0 Q919.8,675.3 920.1,656.7 Z" fill="#111"/>
-<ellipse cx="916.7" cy="652.1" rx="5.1" ry="5.7" fill="#111"/>
-<path d="M277.6,692.4 L324.3,714.6 L325.9,713.3 L281.2,691.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M278.7,660.8 Q279.0,679.5 278.6,692.4 L279.9,692.4 Q284.9,679.5 285.2,660.8 Z" fill="#111"/>
-<ellipse cx="281.7" cy="656.3" rx="5.0" ry="5.6" fill="#111"/>
-<path d="M821.6,693.4 L863.8,713.3 L865.8,711.7 L826.0,692.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M823.7,662.3 Q824.1,681.0 822.8,693.4 L824.4,693.4 Q831.2,681.0 831.6,662.3 Z" fill="#111"/>
-<ellipse cx="827.2" cy="657.5" rx="5.3" ry="5.9" fill="#111"/>
-<path d="M857.4,694.2 L895.3,712.1 L896.9,710.8 L861.0,693.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M853.0,661.4 Q853.3,680.1 858.4,694.2 L859.7,694.2 Q859.1,680.1 859.4,661.4 Z" fill="#111"/>
-<ellipse cx="856.5" cy="657.4" rx="4.4" ry="5.0" fill="#111"/>
-<path d="M786.0,696.8 L825.0,715.2 L826.8,713.8 L790.0,695.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M780.2,664.3 Q779.8,678.9 785.5,696.8 L787.0,696.8 L787.8,684.3 L788.7,696.8 L790.1,696.8 Q787.7,678.9 787.4,664.3 Z" fill="#111"/>
-<ellipse cx="784.2" cy="660.1" rx="4.6" ry="5.1" fill="#111"/>
-<path d="M903.7,701.0 L948.0,722.0 L949.8,720.5 L907.6,699.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M897.9,669.9 Q898.2,688.8 904.7,701.0 L906.2,701.0 Q904.7,688.8 905.1,669.9 Z" fill="#111"/>
-<ellipse cx="901.9" cy="665.1" rx="5.4" ry="6.0" fill="#111"/>
-<path d="M743.0,701.6 L779.2,718.8 L780.6,717.7 L746.0,700.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M740.3,669.1 Q740.0,683.7 742.6,701.6 L743.7,701.6 L744.3,689.0 L745.0,701.6 L746.1,701.6 Q746.0,683.7 745.8,669.1 Z" fill="#111"/>
-<ellipse cx="743.2" cy="664.9" rx="4.7" ry="5.2" fill="#111"/>
-<path d="M870.8,703.4 L907.6,720.6 L909.5,719.1 L875.0,702.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M869.4,671.0 Q869.8,689.9 871.9,703.4 L873.5,703.4 Q876.6,689.9 877.0,671.0 Z" fill="#111"/>
-<ellipse cx="873.2" cy="666.8" rx="4.7" ry="5.3" fill="#111"/>
-<path d="M1326.8,703.6 L1369.1,723.7 L1370.9,722.3 L1330.6,702.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M1325.9,671.6 Q1326.2,690.5 1327.8,703.6 L1329.2,703.6 Q1332.4,690.5 1332.7,671.6 Z" fill="#ff7a1a"/>
-<ellipse cx="1329.2" cy="667.2" rx="5.0" ry="5.6" fill="#ff7a1a"/>
-<path d="M716.6,705.8 L756.7,724.8 L758.4,723.5 L720.2,704.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M719.7,672.3 Q720.1,691.2 717.6,705.8 L718.9,705.8 Q726.1,691.2 726.4,672.3 Z" fill="#111"/>
-<ellipse cx="722.6" cy="668.5" rx="4.2" ry="4.7" fill="#111"/>
-<path d="M850.3,707.1 L886.9,724.3 L888.9,722.7 L854.6,706.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M846.3,673.8 Q845.9,688.5 849.7,707.1 L851.3,707.1 L852.2,694.6 L853.2,707.1 L854.7,707.1 Q854.6,688.5 854.2,673.8 Z" fill="#111"/>
-<ellipse cx="850.5" cy="669.9" rx="4.3" ry="4.8" fill="#111"/>
-<path d="M802.6,707.4 L844.5,727.4 L845.9,726.3 L805.6,706.6Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M805.7,675.1 Q806.0,694.0 803.4,707.4 L804.5,707.4 Q810.9,694.0 811.2,675.1 Z" fill="#111"/>
-<ellipse cx="808.0" cy="670.8" rx="4.8" ry="5.4" fill="#111"/>
-<path d="M562.1,712.7 L600.9,731.0 L602.6,729.6 L565.9,711.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M556.4,679.9 Q556.7,698.8 563.2,712.7 L564.5,712.7 Q562.9,698.8 563.2,679.9 Z" fill="#111"/>
-<ellipse cx="560.2" cy="675.7" rx="4.6" ry="5.2" fill="#111"/>
-<path d="M762.5,712.8 L801.7,731.5 L803.1,730.4 L765.5,712.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M760.6,680.8 Q760.3,695.5 762.1,712.8 L763.2,712.8 L763.9,700.2 L764.5,712.8 L765.6,712.8 Q766.4,695.5 766.1,680.8 Z" fill="#111"/>
-<ellipse cx="763.4" cy="676.3" rx="5.0" ry="5.6" fill="#111"/>
-<path d="M789.8,714.0 L834.2,734.9 L836.1,733.4 L794.0,712.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M785.0,680.7 Q785.4,699.6 791.0,714.0 L792.5,714.0 Q792.3,699.6 792.6,680.7 Z" fill="#111"/>
-<ellipse cx="789.1" cy="676.7" rx="4.4" ry="4.9" fill="#111"/>
-<path d="M891.6,716.0 L926.3,732.3 L927.9,731.0 L895.2,715.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M886.7,684.2 Q887.1,703.1 892.6,716.0 L893.9,716.0 Q893.0,703.1 893.3,684.2 Z" fill="#ff7a1a"/>
-<ellipse cx="890.3" cy="679.5" rx="5.1" ry="5.7" fill="#ff7a1a"/>
-<path d="M715.7,718.8 L761.8,740.8 L763.3,739.7 L719.0,717.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M714.3,687.3 Q714.0,702.1 715.3,718.8 L716.5,718.8 L717.2,706.1 L717.9,718.8 L719.1,718.8 Q720.6,702.1 720.3,687.3 Z" fill="#111"/>
-<ellipse cx="717.3" cy="682.5" rx="5.4" ry="6.0" fill="#111"/>
-<path d="M836.1,719.0 L872.3,735.9 L874.2,734.5 L840.2,717.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M832.8,687.7 Q833.2,706.7 837.2,719.0 L838.7,719.0 Q839.9,706.7 840.2,687.7 Z" fill="#111"/>
-<ellipse cx="836.7" cy="682.8" rx="5.5" ry="6.1" fill="#111"/>
-<path d="M411.5,719.1 L450.7,737.8 L452.1,736.6 L414.6,718.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M407.7,685.5 Q408.0,704.5 412.3,719.1 L413.4,719.1 Q413.0,704.5 413.3,685.5 Z" fill="#111"/>
-<ellipse cx="410.7" cy="681.6" rx="4.3" ry="4.8" fill="#111"/>
-<path d="M915.5,721.8 L957.2,741.8 L958.6,740.6 L918.5,721.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M915.7,689.5 Q916.0,708.5 916.3,721.8 L917.4,721.8 Q921.0,708.5 921.3,689.5 Z" fill="#111"/>
-<ellipse cx="918.3" cy="685.0" rx="5.0" ry="5.6" fill="#111"/>
-<path d="M740.4,727.7 L780.4,746.6 L782.3,745.1 L744.5,726.6Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M734.1,694.3 Q734.5,713.3 741.5,727.7 L743.0,727.7 Q741.2,713.3 741.6,694.3 Z" fill="#111"/>
-<ellipse cx="738.3" cy="690.3" rx="4.5" ry="5.0" fill="#111"/>
-<path d="M1541.5,727.8 L1587.7,749.7 L1589.6,748.1 L1545.8,726.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M1540.7,694.2 Q1540.3,709.1 1541.0,727.8 L1542.5,727.8 L1543.5,715.1 L1544.4,727.8 L1546.0,727.8 Q1549.0,709.1 1548.6,694.2 Z" fill="#111"/>
-<ellipse cx="1544.5" cy="690.3" rx="4.4" ry="4.9" fill="#111"/>
-<path d="M855.4,728.9 L890.2,745.2 L892.0,743.7 L859.5,727.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M858.1,697.4 Q858.5,716.5 856.5,728.9 L858.0,728.9 Q865.2,716.5 865.5,697.4 Z" fill="#111"/>
-<ellipse cx="861.4" cy="692.5" rx="5.4" ry="6.1" fill="#111"/>
-<path d="M896.3,729.2 L932.7,746.3 L934.6,744.8 L900.4,728.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M891.8,695.7 Q892.1,714.7 897.4,729.2 L898.9,729.2 Q898.8,714.7 899.2,695.7 Z" fill="#111"/>
-<ellipse cx="895.8" cy="691.7" rx="4.4" ry="5.0" fill="#111"/>
-<path d="M780.9,729.7 L819.4,748.1 L820.8,746.9 L784.0,728.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M782.2,697.2 Q781.9,712.0 780.5,729.7 L781.6,729.7 L782.3,717.0 L783.0,729.7 L784.1,729.7 Q788.2,712.0 787.9,697.2 Z" fill="#111"/>
-<ellipse cx="784.8" cy="692.7" rx="4.9" ry="5.5" fill="#111"/>
-<path d="M762.2,734.2 L809.7,756.8 L811.5,755.3 L766.1,733.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M755.6,700.2 Q756.0,719.3 763.2,734.2 L764.7,734.2 Q762.4,719.3 762.8,700.2 Z" fill="#111"/>
-<ellipse cx="759.7" cy="696.4" rx="4.3" ry="4.8" fill="#111"/>
-<path d="M709.9,736.1 L749.6,754.8 L751.3,753.4 L713.7,735.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M707.6,703.2 Q707.2,718.1 709.4,736.1 L710.8,736.1 L711.6,723.3 L712.5,736.1 L713.9,736.1 Q714.9,718.1 714.5,703.2 Z" fill="#111"/>
-<ellipse cx="711.1" cy="698.8" rx="4.8" ry="5.4" fill="#111"/>
-<path d="M914.2,736.6 L958.0,757.6 L959.4,756.5 L917.3,735.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M913.5,704.5 Q913.7,723.7 915.0,736.6 L916.1,736.6 Q918.8,723.7 919.0,704.5 Z" fill="#111"/>
-<ellipse cx="916.2" cy="699.8" rx="5.2" ry="5.9" fill="#111"/>
-<path d="M238.5,737.7 L279.4,757.0 L281.0,755.7 L242.2,736.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M231.8,705.5 Q231.4,720.4 238.1,737.7 L239.4,737.7 L240.2,724.9 L241.0,737.7 L242.3,737.7 Q238.7,720.4 238.4,705.5 Z" fill="#111"/>
-<ellipse cx="235.6" cy="700.8" rx="5.2" ry="5.9" fill="#111"/>
-<path d="M882.0,740.3 L928.8,762.5 L930.6,761.1 L885.9,739.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M879.5,708.2 Q879.2,723.1 881.5,740.3 L882.9,740.3 L883.8,727.5 L884.6,740.3 L886.1,740.3 Q887.1,723.1 886.8,708.2 Z" fill="#111"/>
-<ellipse cx="883.2" cy="703.4" rx="5.3" ry="5.9" fill="#111"/>
-<path d="M1210.7,741.7 L1250.8,760.6 L1252.8,759.0 L1215.0,740.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M1208.4,709.8 Q1208.8,729.0 1211.8,741.7 L1213.4,741.7 Q1215.8,729.0 1216.2,709.8 Z" fill="#111"/>
-<ellipse cx="1212.3" cy="705.0" rx="5.4" ry="6.0" fill="#111"/>
-<path d="M1438.1,743.1 L1478.4,762.2 L1480.1,760.9 L1441.7,742.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M1441.1,709.9 Q1441.5,729.2 1439.1,743.1 L1440.4,743.1 Q1447.4,729.2 1447.8,709.9 Z" fill="#111"/>
-<ellipse cx="1444.0" cy="705.7" rx="4.8" ry="5.3" fill="#111"/>
-<path d="M775.8,744.1 L810.2,760.3 L811.8,758.9 L779.4,743.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M776.5,711.9 Q776.8,731.1 776.8,744.1 L778.1,744.1 Q782.7,731.1 783.0,711.9 Z" fill="#111"/>
-<ellipse cx="779.5" cy="707.2" rx="5.3" ry="5.9" fill="#111"/>
-<path d="M925.8,746.1 L960.4,762.4 L962.0,761.1 L929.4,745.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M928.3,713.3 Q928.6,732.6 926.8,746.1 L928.1,746.1 Q934.4,732.6 934.7,713.3 Z" fill="#111"/>
-<ellipse cx="931.1" cy="708.8" rx="5.0" ry="5.6" fill="#111"/>
-<path d="M854.4,747.5 L890.0,764.3 L891.6,762.9 L858.0,746.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M852.9,714.2 Q853.2,733.5 855.3,747.5 L856.7,747.5 Q859.1,733.5 859.5,714.2 Z" fill="#111"/>
-<ellipse cx="856.2" cy="709.9" rx="4.8" ry="5.4" fill="#111"/>
-<path d="M895.0,748.9 L941.2,770.9 L942.8,769.6 L898.6,747.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M896.4,716.7 Q896.1,731.7 894.6,748.9 L895.9,748.9 L896.6,736.1 L897.4,748.9 L898.7,748.9 Q903.2,731.7 902.9,716.7 Z" fill="#111"/>
-<ellipse cx="899.3" cy="711.9" rx="5.3" ry="5.9" fill="#111"/>
-<path d="M738.1,753.3 L784.2,775.2 L786.1,773.7 L742.2,752.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M735.6,720.1 Q736.0,739.4 739.2,753.3 L740.7,753.3 Q742.8,739.4 743.1,720.1 Z" fill="#ff7a1a"/>
-<ellipse cx="739.4" cy="715.7" rx="4.8" ry="5.4" fill="#ff7a1a"/>
-<path d="M716.0,755.0 L754.4,773.3 L755.8,772.1 L719.2,754.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M714.7,721.5 Q715.0,740.8 716.9,755.0 L718.1,755.0 Q720.2,740.8 720.5,721.5 Z" fill="#111"/>
-<ellipse cx="717.6" cy="717.2" rx="4.7" ry="5.3" fill="#111"/>
-<path d="M764.2,755.7 L803.3,774.0 L805.2,772.5 L768.4,754.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M762.5,721.8 Q762.1,736.8 763.6,755.7 L765.2,755.7 L766.1,742.8 L767.0,755.7 L768.5,755.7 Q770.5,736.8 770.1,721.8 Z" fill="#111"/>
-<ellipse cx="766.3" cy="717.7" rx="4.6" ry="5.1" fill="#111"/>
-<path d="M914.0,756.6 L961.0,779.1 L962.5,778.0 L917.2,755.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M914.3,723.6 Q914.6,743.0 914.8,756.6 L916.0,756.6 Q919.8,743.0 920.1,723.6 Z" fill="#111"/>
-<ellipse cx="917.0" cy="719.1" rx="5.0" ry="5.6" fill="#111"/>
-<path d="M878.0,759.8 L917.5,778.4 L919.5,776.9 L882.2,758.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M879.7,726.6 Q879.3,741.7 877.4,759.8 L879.0,759.8 L879.9,746.9 L880.8,759.8 L882.3,759.8 Q887.8,741.7 887.4,726.6 Z" fill="#111"/>
-<ellipse cx="883.2" cy="722.2" rx="4.9" ry="5.5" fill="#111"/>
-<path d="M858.1,761.5 L902.8,782.7 L904.5,781.3 L861.9,760.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M857.0,728.5 Q857.4,747.9 859.1,761.5 L860.5,761.5 Q863.7,747.9 864.0,728.5 Z" fill="#111"/>
-<ellipse cx="860.5" cy="723.9" rx="5.0" ry="5.7" fill="#111"/>
-<path d="M590.1,763.6 L633.4,784.1 L635.1,782.8 L593.8,762.6Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M585.4,729.4 Q585.1,744.5 589.7,763.6 L591.0,763.6 L591.8,750.7 L592.6,763.6 L594.0,763.6 Q592.5,744.5 592.2,729.4 Z" fill="#111"/>
-<ellipse cx="589.1" cy="725.4" rx="4.5" ry="5.0" fill="#111"/>
-<path d="M700.5,764.6 L748.5,787.3 L750.4,785.8 L704.8,763.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M697.4,731.7 Q697.0,746.8 699.9,764.6 L701.5,764.6 L702.4,751.6 L703.4,764.6 L705.0,764.6 Q705.7,746.8 705.3,731.7 Z" fill="#111"/>
-<ellipse cx="701.5" cy="727.1" rx="5.1" ry="5.7" fill="#111"/>
-<path d="M735.5,766.9 L770.8,783.4 L772.7,781.8 L739.7,765.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M734.4,734.3 Q734.8,753.8 736.6,766.9 L738.2,766.9 Q741.8,753.8 742.1,734.3 Z" fill="#111"/>
-<ellipse cx="738.2" cy="729.5" rx="5.3" ry="5.9" fill="#111"/>
-<path d="M1052.6,768.0 L1094.5,787.9 L1096.0,786.8 L1055.9,767.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M1054.2,733.7 Q1054.5,753.1 1053.5,768.0 L1054.7,768.0 Q1059.8,753.1 1060.1,733.7 Z" fill="#111"/>
-<ellipse cx="1056.8" cy="729.7" rx="4.5" ry="5.0" fill="#111"/>
-<path d="M759.4,769.7 L798.1,788.0 L799.7,786.7 L763.0,768.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M758.3,735.4 Q758.6,754.9 760.4,769.7 L761.7,769.7 Q764.4,754.9 764.8,735.4 Z" fill="#111"/>
-<ellipse cx="761.5" cy="731.4" rx="4.5" ry="5.0" fill="#111"/>
-<path d="M933.2,770.2 L981.0,793.0 L982.5,791.8 L936.7,769.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M927.4,737.8 Q927.7,757.2 934.2,770.2 L935.4,770.2 Q933.3,757.2 933.6,737.8 Z" fill="#111"/>
-<ellipse cx="931.0" cy="732.9" rx="5.4" ry="6.1" fill="#111"/>
-<path d="M872.0,775.2 L916.9,796.5 L918.8,794.9 L876.2,774.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M873.2,741.5 Q872.8,756.7 871.5,775.2 L873.0,775.2 L873.9,762.2 L874.8,775.2 L876.4,775.2 Q881.2,756.7 880.8,741.5 Z" fill="#111"/>
-<ellipse cx="876.7" cy="737.2" rx="4.8" ry="5.4" fill="#111"/>
-<path d="M408.6,775.3 L455.5,797.6 L457.2,796.2 L412.4,774.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M409.0,741.1 Q408.7,756.2 408.1,775.3 L409.5,775.3 L410.3,762.3 L411.1,775.3 L412.5,775.3 Q416.2,756.2 415.9,741.1 Z" fill="#111"/>
-<ellipse cx="412.2" cy="736.9" rx="4.6" ry="5.1" fill="#111"/>
-<path d="M1595.5,775.8 L1631.2,792.7 L1632.8,791.4 L1599.0,774.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M1596.6,742.9 Q1596.3,758.1 1595.1,775.8 L1596.3,775.8 L1597.1,762.8 L1597.8,775.8 L1599.1,775.8 Q1603.2,758.1 1602.9,742.9 Z" fill="#111"/>
-<ellipse cx="1599.5" cy="738.2" rx="5.3" ry="5.9" fill="#111"/>
-<path d="M722.2,778.6 L770.3,801.5 L772.2,800.0 L726.4,777.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M723.6,745.0 Q724.0,764.5 723.3,778.6 L724.8,778.6 Q730.7,764.5 731.1,745.0 Z" fill="#ff7a1a"/>
-<ellipse cx="727.0" cy="740.6" rx="4.9" ry="5.5" fill="#ff7a1a"/>
-<path d="M898.4,779.3 L942.6,800.4 L944.0,799.3 L901.6,778.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M899.4,746.7 Q899.7,766.3 899.2,779.3 L900.4,779.3 Q904.9,766.3 905.2,746.7 Z" fill="#111"/>
-<ellipse cx="902.0" cy="741.8" rx="5.4" ry="6.1" fill="#111"/>
-<path d="M700.6,781.1 L736.2,798.0 L737.7,796.8 L703.9,780.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M702.6,747.2 Q702.9,766.8 701.5,781.1 L702.7,781.1 Q708.3,766.8 708.6,747.2 Z" fill="#111"/>
-<ellipse cx="705.3" cy="742.9" rx="4.8" ry="5.4" fill="#111"/>
-<path d="M943.4,781.8 L990.1,804.2 L991.5,803.0 L946.5,781.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M945.5,748.5 Q945.8,768.1 944.3,781.8 L945.4,781.8 Q950.9,768.1 951.2,748.5 Z" fill="#111"/>
-<ellipse cx="948.0" cy="743.9" rx="5.1" ry="5.7" fill="#111"/>
-<path d="M1254.2,784.4 L1293.4,802.8 L1295.4,801.3 L1258.4,783.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M1257.1,750.7 Q1257.4,770.3 1255.3,784.4 L1256.9,784.4 Q1264.5,770.3 1264.8,750.7 Z" fill="#111"/>
-<ellipse cx="1260.5" cy="746.2" rx="4.9" ry="5.5" fill="#111"/>
-<path d="M755.2,787.1 L801.1,808.8 L803.1,807.2 L759.6,785.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M755.8,753.1 Q756.2,772.7 756.4,787.1 L758.0,787.1 Q763.4,772.7 763.8,753.1 Z" fill="#111"/>
-<ellipse cx="759.6" cy="748.8" rx="4.8" ry="5.3" fill="#111"/>
-<path d="M107.5,789.5 L151.3,810.4 L152.8,809.2 L110.9,788.6Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M110.3,755.9 Q110.6,775.5 108.4,789.5 L109.6,789.5 Q116.1,775.5 116.4,755.9 Z" fill="#111"/>
-<ellipse cx="112.9" cy="751.3" rx="5.0" ry="5.6" fill="#111"/>
-<path d="M327.0,790.9 L374.2,813.5 L375.6,812.3 L330.2,790.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M323.4,756.2 Q323.1,771.5 326.6,790.9 L327.8,790.9 L328.5,777.8 L329.2,790.9 L330.3,790.9 Q329.4,771.5 329.1,756.2 Z" fill="#111"/>
-<ellipse cx="326.5" cy="752.1" rx="4.5" ry="5.0" fill="#111"/>
-<path d="M520.9,791.0 L563.6,811.2 L565.4,809.7 L524.9,789.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M515.1,757.5 Q515.5,777.2 522.0,791.0 L523.5,791.0 Q522.0,777.2 522.3,757.5 Z" fill="#111"/>
-<ellipse cx="519.1" cy="752.9" rx="5.1" ry="5.7" fill="#111"/>
-<path d="M932.6,791.6 L976.9,812.6 L978.8,811.1 L936.7,790.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M929.1,758.9 Q929.5,778.6 933.7,791.6 L935.2,791.6 Q936.2,778.6 936.6,758.9 Z" fill="#111"/>
-<ellipse cx="933.0" cy="754.0" rx="5.5" ry="6.2" fill="#111"/>
-<path d="M913.7,793.5 L950.8,810.9 L952.5,809.5 L917.5,792.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M907.7,758.6 Q908.0,778.3 914.8,793.5 L916.1,793.5 Q914.3,778.3 914.6,758.6 Z" fill="#ff7a1a"/>
-<ellipse cx="911.6" cy="754.6" rx="4.4" ry="5.0" fill="#ff7a1a"/>
-<path d="M879.8,793.5 L921.3,813.2 L923.0,811.8 L883.6,792.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M880.9,759.3 Q880.5,774.6 879.4,793.5 L880.7,793.5 L881.5,780.4 L882.4,793.5 L883.7,793.5 Q888.0,774.6 887.7,759.3 Z" fill="#111"/>
-<ellipse cx="884.0" cy="755.0" rx="4.8" ry="5.3" fill="#111"/>
-<path d="M730.4,794.0 L767.9,811.6 L769.7,810.2 L734.3,792.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M732.4,759.3 Q732.8,779.0 731.5,794.0 L732.9,794.0 Q739.2,779.0 739.6,759.3 Z" fill="#111"/>
-<ellipse cx="735.6" cy="755.2" rx="4.5" ry="5.1" fill="#111"/>
-<path d="M708.1,796.1 L745.9,814.0 L747.5,812.7 L711.7,795.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M706.1,762.3 Q706.5,782.0 709.1,796.1 L710.4,796.1 Q712.3,782.0 712.7,762.3 Z" fill="#111"/>
-<ellipse cx="709.4" cy="757.8" rx="5.0" ry="5.6" fill="#111"/>
-<path d="M1165.9,799.7 L1203.0,817.1 L1204.9,815.6 L1170.0,798.6Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M1160.9,766.4 Q1161.3,786.1 1167.0,799.7 L1168.5,799.7 Q1168.2,786.1 1168.5,766.4 Z" fill="#111"/>
-<ellipse cx="1165.0" cy="761.6" rx="5.3" ry="5.9" fill="#111"/>
-<path d="M691.4,801.0 L732.5,820.4 L734.2,819.1 L695.2,800.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M685.3,766.0 Q685.7,785.7 692.5,801.0 L693.8,801.0 Q691.8,785.7 692.1,766.0 Z" fill="#111"/>
-<ellipse cx="689.2" cy="762.0" rx="4.4" ry="5.0" fill="#111"/>
-<path d="M959.4,807.0 L1008.3,830.5 L1009.8,829.3 L962.6,806.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M957.3,774.1 Q957.5,793.9 960.3,807.0 L961.4,807.0 Q962.8,793.9 963.1,774.1 Z" fill="#111"/>
-<ellipse cx="960.2" cy="769.1" rx="5.5" ry="6.2" fill="#111"/>
-<path d="M903.4,807.6 L949.2,829.4 L950.9,827.9 L907.3,806.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M899.4,772.7 Q899.8,792.5 904.4,807.6 L905.9,807.6 Q906.2,792.5 906.6,772.7 Z" fill="#ff7a1a"/>
-<ellipse cx="903.2" cy="768.6" rx="4.6" ry="5.1" fill="#ff7a1a"/>
-<path d="M711.4,810.0 L758.9,832.6 L760.6,831.3 L715.2,809.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M709.8,776.9 Q709.5,792.3 711.0,810.0 L712.3,810.0 L713.2,796.8 L714.0,810.0 L715.3,810.0 Q717.0,792.3 716.6,776.9 Z" fill="#ff7a1a"/>
-<ellipse cx="713.2" cy="772.0" rx="5.5" ry="6.1" fill="#ff7a1a"/>
-<path d="M747.5,813.0 L788.9,832.4 L790.9,830.8 L751.9,811.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M742.0,778.1 Q741.6,793.6 747.0,813.0 L748.6,813.0 L749.5,799.7 L750.5,813.0 L752.1,813.0 Q750.3,793.6 749.9,778.1 Z" fill="#111"/>
-<ellipse cx="746.3" cy="773.9" rx="4.7" ry="5.2" fill="#111"/>
-<path d="M929.9,813.1 L976.5,835.1 L978.5,833.6 L934.3,811.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M928.8,780.1 Q929.2,800.0 931.1,813.1 L932.7,813.1 Q936.4,800.0 936.7,780.1 Z" fill="#111"/>
-<ellipse cx="932.7" cy="775.1" rx="5.6" ry="6.2" fill="#111"/>
-<path d="M1335.1,815.4 L1381.4,837.3 L1383.5,835.6 L1339.6,814.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M1336.9,781.8 Q1336.5,797.3 1334.5,815.4 L1336.2,815.4 L1337.2,802.1 L1338.1,815.4 L1339.8,815.4 Q1345.5,797.3 1345.1,781.8 Z" fill="#111"/>
-<ellipse cx="1340.6" cy="777.0" rx="5.3" ry="5.9" fill="#111"/>
-<path d="M702.3,824.4 L747.4,845.7 L749.5,844.0 L706.9,823.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M695.3,789.6 Q695.7,809.5 703.5,824.4 L705.2,824.4 Q703.2,809.5 703.6,789.6 Z" fill="#111"/>
-<ellipse cx="699.9" cy="785.2" rx="4.8" ry="5.4" fill="#111"/>
-<path d="M672.6,824.7 L714.8,844.7 L716.6,843.2 L676.6,823.6Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M669.8,790.2 Q670.1,810.2 673.7,824.7 L675.2,824.7 Q676.7,810.2 677.1,790.2 Z" fill="#ff7a1a"/>
-<ellipse cx="673.5" cy="785.7" rx="4.9" ry="5.5" fill="#ff7a1a"/>
-<path d="M718.7,825.2 L768.9,849.1 L770.7,847.7 L722.6,824.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M720.9,790.6 Q721.2,810.6 719.8,825.2 L721.2,825.2 Q727.5,810.6 727.9,790.6 Z" fill="#111"/>
-<ellipse cx="724.0" cy="786.2" rx="4.9" ry="5.5" fill="#111"/>
-<path d="M964.7,828.5 L1000.8,845.6 L1002.4,844.4 L968.0,827.6Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M962.5,793.4 Q962.8,813.4 965.6,828.5 L966.8,828.5 Q968.3,813.4 968.6,793.4 Z" fill="#111"/>
-<ellipse cx="965.6" cy="789.1" rx="4.7" ry="5.2" fill="#111"/>
-<path d="M903.7,828.8 L941.4,846.6 L943.0,845.3 L907.4,827.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M905.9,793.3 Q905.5,808.9 903.3,828.8 L904.6,828.8 L905.4,815.5 L906.2,828.8 L907.5,828.8 Q912.8,808.9 912.5,793.3 Z" fill="#111"/>
-<ellipse cx="908.8" cy="789.3" rx="4.5" ry="5.0" fill="#111"/>
-<path d="M824.4,837.1 L867.9,857.5 L869.9,855.9 L828.8,835.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M817.6,803.6 Q817.2,819.2 823.9,837.1 L825.5,837.1 L826.4,823.7 L827.4,837.1 L829.0,837.1 Q826.0,819.2 825.6,803.6 Z" fill="#111"/>
-<ellipse cx="822.1" cy="798.5" rx="5.6" ry="6.3" fill="#111"/>
-<path d="M704.0,837.6 L743.7,856.2 L745.8,854.5 L708.6,836.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M703.7,802.3 Q704.1,822.4 705.2,837.6 L706.9,837.6 Q711.7,822.4 712.2,802.3 Z" fill="#111"/>
-<ellipse cx="707.7" cy="798.1" rx="4.7" ry="5.3" fill="#111"/>
-<path d="M941.2,837.7 L984.5,858.2 L986.3,856.8 L945.2,836.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M939.2,802.6 Q939.6,822.7 942.3,837.7 L943.7,837.7 Q946.1,822.7 946.4,802.6 Z" fill="#111"/>
-<ellipse cx="942.8" cy="798.3" rx="4.8" ry="5.3" fill="#111"/>
-<path d="M1419.9,838.0 L1462.5,858.3 L1464.0,857.1 L1423.2,837.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M1415.1,804.4 Q1414.8,820.1 1419.5,838.0 L1420.7,838.0 L1421.4,824.6 L1422.1,838.0 L1423.3,838.0 Q1421.2,820.1 1420.9,804.4 Z" fill="#111"/>
-<ellipse cx="1418.3" cy="799.4" rx="5.6" ry="6.3" fill="#111"/>
-<path d="M1567.5,840.2 L1607.9,859.3 L1609.7,857.9 L1571.4,839.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M1570.6,805.2 Q1571.0,825.4 1568.6,840.2 L1570.0,840.2 Q1577.4,825.4 1577.8,805.2 Z" fill="#111"/>
-<ellipse cx="1573.7" cy="800.8" rx="4.9" ry="5.4" fill="#111"/>
-<path d="M671.1,840.9 L708.7,858.7 L710.2,857.5 L674.5,840.0Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M665.6,807.1 Q665.9,827.3 672.0,840.9 L673.3,840.9 Q671.5,827.3 671.8,807.1 Z" fill="#111"/>
-<ellipse cx="669.1" cy="802.2" rx="5.5" ry="6.1" fill="#111"/>
-<path d="M-59.0,841.1 L-21.1,858.8 L-19.0,857.1 L-54.3,839.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M-62.0,806.5 Q-61.5,826.7 -57.7,841.1 L-56.0,841.1 Q-53.9,826.7 -53.5,806.5 Z" fill="#111"/>
-<ellipse cx="-57.6" cy="801.9" rx="5.1" ry="5.7" fill="#111"/>
-<path d="M916.3,848.4 L958.5,868.3 L960.5,866.7 L920.7,847.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M915.4,815.1 Q915.8,835.4 917.5,848.4 L919.1,848.4 Q923.0,835.4 923.4,815.1 Z" fill="#111"/>
-<ellipse cx="919.3" cy="809.9" rx="5.8" ry="6.5" fill="#111"/>
-<path d="M719.3,849.1 L757.0,867.0 L758.5,865.8 L722.5,848.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M723.2,815.1 Q723.4,835.3 720.2,849.1 L721.4,849.1 Q728.7,835.3 729.0,815.1 Z" fill="#111"/>
-<ellipse cx="725.6" cy="810.2" rx="5.5" ry="6.1" fill="#111"/>
-<path d="M208.4,850.2 L258.9,874.1 L261.0,872.4 L213.1,848.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M204.6,815.8 Q205.0,836.0 209.7,850.2 L211.4,850.2 Q212.6,836.0 213.0,815.8 Z" fill="#111"/>
-<ellipse cx="209.0" cy="811.0" rx="5.2" ry="5.9" fill="#111"/>
-<path d="M965.6,850.4 L1011.3,872.1 L1012.9,870.8 L969.3,849.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M967.2,816.9 Q967.5,837.2 966.6,850.4 L967.9,850.4 Q973.5,837.2 973.8,816.9 Z" fill="#111"/>
-<ellipse cx="970.2" cy="811.8" rx="5.8" ry="6.4" fill="#111"/>
-<path d="M946.0,854.0 L996.7,878.0 L998.8,876.2 L950.7,852.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M939.5,819.8 Q939.9,840.1 947.2,854.0 L949.0,854.0 Q947.6,840.1 948.0,819.8 Z" fill="#111"/>
-<ellipse cx="944.2" cy="814.9" rx="5.4" ry="6.1" fill="#111"/>
-<path d="M696.1,855.1 L744.4,878.0 L746.3,876.5 L700.3,853.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M693.0,820.2 Q693.4,840.5 697.3,855.1 L698.8,855.1 Q700.3,840.5 700.7,820.2 Z" fill="#111"/>
-<ellipse cx="697.0" cy="815.6" rx="5.1" ry="5.7" fill="#111"/>
-<path d="M29.2,855.6 L78.7,879.2 L80.6,877.7 L33.3,854.5Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M30.2,820.1 Q30.6,840.3 30.3,855.6 L31.8,855.6 Q37.3,840.3 37.7,820.1 Z" fill="#111"/>
-<ellipse cx="33.6" cy="815.8" rx="4.7" ry="5.3" fill="#111"/>
-<path d="M670.3,858.0 L712.9,878.1 L714.7,876.7 L674.3,856.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M666.3,823.8 Q666.0,839.6 669.8,858.0 L671.2,858.0 L672.1,844.4 L673.0,858.0 L674.4,858.0 Q673.9,839.6 673.6,823.8 Z" fill="#111"/>
-<ellipse cx="670.2" cy="818.9" rx="5.5" ry="6.1" fill="#111"/>
-<path d="M1093.8,864.1 L1137.2,884.5 L1139.2,882.9 L1098.2,862.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M1095.1,828.6 Q1095.5,849.0 1095.0,864.1 L1096.6,864.1 Q1102.6,849.0 1103.0,828.6 Z" fill="#111"/>
-<ellipse cx="1098.7" cy="824.2" rx="4.9" ry="5.5" fill="#111"/>
-<path d="M962.3,866.2 L1001.8,884.8 L1003.7,883.3 L966.5,865.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M963.5,832.0 Q963.9,852.4 963.4,866.2 L964.9,866.2 Q970.8,852.4 971.1,832.0 Z" fill="#111"/>
-<ellipse cx="967.0" cy="827.0" rx="5.6" ry="6.2" fill="#111"/>
-<path d="M924.0,869.4 L970.4,891.5 L972.0,890.3 L927.5,868.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M919.8,835.5 Q919.4,851.4 923.6,869.4 L924.8,869.4 L925.6,855.8 L926.3,869.4 L927.6,869.4 Q926.4,851.4 926.1,835.5 Z" fill="#111"/>
-<ellipse cx="923.2" cy="830.3" rx="5.7" ry="6.4" fill="#111"/>
-<path d="M694.0,869.5 L735.5,889.1 L737.6,887.4 L698.5,868.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M693.5,835.3 Q693.9,855.7 695.3,869.5 L696.9,869.5 Q701.2,855.7 701.6,835.3 Z" fill="#111"/>
-<ellipse cx="697.4" cy="830.3" rx="5.5" ry="6.2" fill="#111"/>
-<path d="M714.3,870.8 L756.0,890.4 L758.0,888.8 L718.7,869.6Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M716.9,835.2 Q717.3,855.6 715.5,870.8 L717.1,870.8 Q724.5,855.6 724.9,835.2 Z" fill="#111"/>
-<ellipse cx="720.4" cy="830.8" rx="4.9" ry="5.4" fill="#111"/>
-<path d="M950.0,872.7 L997.8,895.5 L999.4,894.3 L953.5,871.8Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M943.9,836.6 Q943.6,852.5 949.6,872.7 L950.9,872.7 L951.6,859.1 L952.4,872.7 L953.6,872.7 Q950.4,852.5 950.1,836.6 Z" fill="#ff7a1a"/>
-<ellipse cx="947.4" cy="832.4" rx="4.7" ry="5.2" fill="#ff7a1a"/>
-<path d="M648.9,873.0 L696.3,895.5 L698.1,894.1 L652.9,871.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M652.1,837.6 Q651.7,853.5 648.4,873.0 L649.9,873.0 L650.7,859.4 L651.6,873.0 L653.1,873.0 Q659.7,853.5 659.4,837.6 Z" fill="#111"/>
-<ellipse cx="655.2" cy="833.1" rx="5.0" ry="5.6" fill="#111"/>
-<path d="M305.8,873.3 L347.8,893.3 L349.3,892.1 L309.1,872.4Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M307.3,837.9 Q307.0,853.8 305.4,873.3 L306.6,873.3 L307.3,859.6 L308.0,873.3 L309.2,873.3 Q313.5,853.8 313.2,837.9 Z" fill="#111"/>
-<ellipse cx="310.0" cy="833.3" rx="5.0" ry="5.6" fill="#111"/>
-<path d="M518.1,874.1 L556.8,892.2 L558.8,890.6 L522.5,872.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M513.8,837.8 Q513.4,853.8 517.6,874.1 L519.2,874.1 L520.1,860.5 L521.1,874.1 L522.7,874.1 Q522.1,853.8 521.7,837.8 Z" fill="#ff7a1a"/>
-<ellipse cx="518.0" cy="833.7" rx="4.6" ry="5.2" fill="#ff7a1a"/>
-<path d="M983.6,874.5 L1027.1,895.0 L1029.1,893.4 L988.0,873.3Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M985.7,838.1 Q986.1,858.6 984.8,874.5 L986.4,874.5 Q993.3,858.6 993.7,838.1 Z" fill="#111"/>
-<ellipse cx="989.3" cy="834.0" rx="4.5" ry="5.1" fill="#111"/>
-<path d="M1319.3,875.5 L1363.9,896.5 L1366.0,894.8 L1323.9,874.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M1320.9,841.1 Q1320.5,857.0 1318.7,875.5 L1320.4,875.5 L1321.4,861.9 L1322.4,875.5 L1324.1,875.5 Q1329.7,857.0 1329.3,841.1 Z" fill="#111"/>
-<ellipse cx="1324.7" cy="836.1" rx="5.5" ry="6.2" fill="#111"/>
-<path d="M962.4,883.1 L1001.3,901.3 L1003.2,899.7 L966.7,881.9Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M963.5,847.3 Q963.9,867.9 963.6,883.1 L965.2,883.1 Q970.9,867.9 971.3,847.3 Z" fill="#111"/>
-<ellipse cx="967.1" cy="842.9" rx="4.9" ry="5.5" fill="#111"/>
-<path d="M670.5,883.2 L708.2,901.0 L709.8,899.8 L673.9,882.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M670.1,847.2 Q670.4,867.7 671.4,883.2 L672.7,883.2 Q676.0,867.7 676.3,847.2 Z" fill="#111"/>
-<ellipse cx="673.1" cy="842.8" rx="4.8" ry="5.4" fill="#111"/>
-<path d="M700.5,884.9 L749.1,907.9 L751.0,906.4 L704.9,883.7Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M694.2,850.4 Q694.6,870.9 701.7,884.9 L703.3,884.9 Q701.7,870.9 702.1,850.4 Z" fill="#111"/>
-<ellipse cx="698.6" cy="845.4" rx="5.6" ry="6.2" fill="#111"/>
-<path d="M936.0,887.3 L979.2,907.8 L981.0,906.4 L939.9,886.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M929.0,851.0 Q929.3,871.5 937.0,887.3 L938.4,887.3 Q935.7,871.5 936.1,851.0 Z" fill="#111"/>
-<ellipse cx="933.0" cy="846.7" rx="4.7" ry="5.3" fill="#111"/>
-<path d="M997.1,888.4 L1044.5,910.8 L1046.5,909.2 L1001.5,887.2Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M993.5,853.1 Q993.9,873.7 998.3,888.4 L999.9,888.4 Q1001.1,873.7 1001.5,853.1 Z" fill="#ff7a1a"/>
-<ellipse cx="997.7" cy="848.4" rx="5.3" ry="5.9" fill="#ff7a1a"/>
-<path d="M653.5,889.4 L699.5,911.1 L701.6,909.3 L658.2,888.1Z" fill="#111" opacity=".22" filter="url(#sombra)"/>
-<path d="M647.9,854.5 Q648.4,875.1 654.8,889.4 L656.5,889.4 Q656.2,875.1 656.6,854.5 Z" fill="#111"/>
-<ellipse cx="652.6" cy="849.6" rx="5.4" ry="6.1" fill="#111"/>
+<polygon points="-583.3,764.7 1112.9,221.9 1216.9,221.9 4270.0,764.7" fill="#f2f0eb"/>
+<polygon points="-583.3,764.7 1112.9,221.9 1130.7,221.9 248.7,764.7" fill="#e6e3dc"/>
+<line x1="250.2" y1="762.8" x2="1114.3" y2="231.4" stroke="#111" stroke-width="2.9" stroke-linecap="round" opacity="0.81"/>
+<line x1="250.3" y1="761.8" x2="1117.4" y2="230.8" stroke="#111" stroke-width="4.7" stroke-linecap="round" opacity="0.88"/>
+<line x1="251.7" y1="764.1" x2="1118.4" y2="232.6" stroke="#111" stroke-width="5.8" stroke-linecap="round" opacity="0.51"/>
+<line x1="251.4" y1="762.9" x2="1113.9" y2="231.4" stroke="#111" stroke-width="5.3" stroke-linecap="round" opacity="0.88"/>
+<line x1="247.8" y1="766.7" x2="1113.2" y2="233.8" stroke="#111" stroke-width="3.6" stroke-linecap="round" opacity="0.72"/>
+<line x1="334.5" y1="763.7" x2="1113.0" y2="234.7" stroke="#f04e23" stroke-width="1.5" stroke-linecap="round" opacity="0.83"/>
+<line x1="336.1" y1="764.5" x2="1114.8" y2="233.8" stroke="#f04e23" stroke-width="1.8" stroke-linecap="round" opacity="0.60"/>
+</g></g>
+<g mask="url(#arriba)"><g filter="url(#brocha)">
+<polygon points="-583.3,764.7 -583.3,-414.0 1112.9,196.6 1112.9,221.9" fill="#f7f6f2"/>
+<line x1="-581.2" y1="764.1" x2="1112.5" y2="222.0" stroke="#111" stroke-width="2.2" stroke-linecap="round" opacity="0.53"/>
+<line x1="-583.1" y1="765.7" x2="1110.6" y2="221.4" stroke="#111" stroke-width="3.0" stroke-linecap="round" opacity="0.81"/>
+<line x1="-580.9" y1="762.7" x2="1113.1" y2="219.9" stroke="#111" stroke-width="4.0" stroke-linecap="round" opacity="0.88"/>
+<line x1="-582.3" y1="765.1" x2="1110.6" y2="219.9" stroke="#111" stroke-width="2.7" stroke-linecap="round" opacity="0.53"/>
+<polygon points="500.0,418.0 500.0,93.0 677.3,124.9 677.3,361.3" fill="url(#hueco)"/>
+<line x1="494.2" y1="425.2" x2="497.6" y2="99.4" stroke="#111" stroke-width="12.7" stroke-linecap="round" opacity="0.81"/>
+<line x1="506.5" y1="421.1" x2="497.6" y2="92.5" stroke="#111" stroke-width="9.8" stroke-linecap="round" opacity="0.51"/>
+<line x1="492.8" y1="419.1" x2="500.4" y2="100.4" stroke="#111" stroke-width="11.6" stroke-linecap="round" opacity="0.83"/>
+<line x1="499.6" y1="94.3" x2="682.2" y2="117.6" stroke="#111" stroke-width="6.9" stroke-linecap="round" opacity="0.67"/>
+<line x1="496.7" y1="91.9" x2="670.4" y2="119.7" stroke="#111" stroke-width="7.5" stroke-linecap="round" opacity="0.74"/>
+<line x1="492.6" y1="85.4" x2="680.1" y2="123.7" stroke="#111" stroke-width="6.9" stroke-linecap="round" opacity="0.88"/>
+<line x1="483.3" y1="66.8" x2="686.9" y2="108.2" stroke="#f04e23" stroke-width="4.9" stroke-linecap="round" opacity="0.48"/>
+<line x1="487.0" y1="62.9" x2="684.2" y2="105.1" stroke="#f04e23" stroke-width="5.7" stroke-linecap="round" opacity="0.79"/>
+<polygon points="803.3,320.9 803.3,147.6 861.1,158.0 861.1,302.4" fill="url(#hueco)"/>
+<line x1="802.5" y1="323.5" x2="805.0" y2="147.7" stroke="#111" stroke-width="6.3" stroke-linecap="round" opacity="0.79"/>
+<line x1="806.9" y1="317.1" x2="800.3" y2="145.4" stroke="#111" stroke-width="3.9" stroke-linecap="round" opacity="0.61"/>
+<line x1="802.8" y1="318.6" x2="803.3" y2="143.5" stroke="#111" stroke-width="7.4" stroke-linecap="round" opacity="0.78"/>
+<line x1="800.0" y1="145.2" x2="863.3" y2="155.0" stroke="#111" stroke-width="6.7" stroke-linecap="round" opacity="0.51"/>
+<line x1="804.4" y1="149.1" x2="861.5" y2="160.5" stroke="#111" stroke-width="7.5" stroke-linecap="round" opacity="0.89"/>
+<line x1="799.6" y1="147.5" x2="857.9" y2="160.1" stroke="#111" stroke-width="4.5" stroke-linecap="round" opacity="0.56"/>
+<polygon points="933.3,279.3 933.3,171.0 957.4,175.3 957.4,271.6" fill="url(#hueco)"/>
+<line x1="931.0" y1="276.8" x2="932.1" y2="169.4" stroke="#111" stroke-width="3.6" stroke-linecap="round" opacity="0.83"/>
+<line x1="934.5" y1="278.4" x2="932.1" y2="172.5" stroke="#111" stroke-width="3.0" stroke-linecap="round" opacity="0.76"/>
+<line x1="935.8" y1="279.8" x2="933.2" y2="168.6" stroke="#111" stroke-width="2.9" stroke-linecap="round" opacity="0.88"/>
+<line x1="931.0" y1="168.7" x2="957.9" y2="174.3" stroke="#111" stroke-width="3.8" stroke-linecap="round" opacity="0.59"/>
+<line x1="931.9" y1="169.7" x2="958.5" y2="176.4" stroke="#111" stroke-width="2.3" stroke-linecap="round" opacity="0.78"/>
+<line x1="934.7" y1="170.8" x2="955.3" y2="172.8" stroke="#111" stroke-width="4.8" stroke-linecap="round" opacity="0.54"/>
+<line x1="930.2" y1="160.8" x2="959.9" y2="169.3" stroke="#f04e23" stroke-width="2.1" stroke-linecap="round" opacity="0.78"/>
+<line x1="932.3" y1="160.8" x2="958.5" y2="168.3" stroke="#f04e23" stroke-width="2.0" stroke-linecap="round" opacity="0.72"/>
+<polygon points="1009.5,255.0 1009.5,184.7 1020.0,186.6 1020.0,251.6" fill="url(#hueco)"/>
+<line x1="1010.1" y1="253.7" x2="1009.1" y2="186.2" stroke="#111" stroke-width="2.6" stroke-linecap="round" opacity="0.57"/>
+<line x1="1009.2" y1="256.5" x2="1008.6" y2="183.3" stroke="#111" stroke-width="2.8" stroke-linecap="round" opacity="0.76"/>
+<line x1="1009.0" y1="254.9" x2="1008.7" y2="185.4" stroke="#111" stroke-width="2.0" stroke-linecap="round" opacity="0.72"/>
+<line x1="1010.9" y1="185.2" x2="1019.5" y2="185.4" stroke="#111" stroke-width="2.3" stroke-linecap="round" opacity="0.51"/>
+<line x1="1010.4" y1="184.6" x2="1019.8" y2="185.9" stroke="#111" stroke-width="2.7" stroke-linecap="round" opacity="0.68"/>
+<line x1="1009.3" y1="183.7" x2="1018.6" y2="185.2" stroke="#111" stroke-width="1.9" stroke-linecap="round" opacity="0.79"/>
+<polygon points="1057.1,239.7 1057.1,193.3 1061.9,194.1 1061.9,238.2" fill="url(#hueco)"/>
+<line x1="1057.5" y1="239.0" x2="1056.1" y2="192.8" stroke="#111" stroke-width="1.7" stroke-linecap="round" opacity="0.59"/>
+<line x1="1057.1" y1="238.9" x2="1057.8" y2="193.5" stroke="#111" stroke-width="1.5" stroke-linecap="round" opacity="0.90"/>
+<line x1="1057.2" y1="239.2" x2="1057.6" y2="194.3" stroke="#111" stroke-width="1.7" stroke-linecap="round" opacity="0.87"/>
+<line x1="1057.3" y1="192.8" x2="1062.2" y2="193.2" stroke="#111" stroke-width="2.1" stroke-linecap="round" opacity="0.70"/>
+<line x1="1056.1" y1="192.8" x2="1062.1" y2="194.9" stroke="#111" stroke-width="2.0" stroke-linecap="round" opacity="0.64"/>
+<line x1="1058.0" y1="193.3" x2="1062.0" y2="195.0" stroke="#111" stroke-width="1.8" stroke-linecap="round" opacity="0.72"/>
+</g></g>
+<g filter="url(#pintura)">
+<polygon points="1084.1,240.5 1060.8,235.2 1062.5,233.8 1087.5,238.5" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M1086.0,213.8 Q1086.3,220.5 1085.3,225.5 L1088.7,225.5 Q1091.7,220.5 1091.7,213.8 Z" fill="#111"/>
+<path d="M1085.5,223.5 Q1083.1,233.0 1080.1,240.5 L1081.0,240.5 Q1084.6,233.0 1088.6,223.5 Z" fill="#111"/>
+<path d="M1085.5,223.5 Q1088.6,232.5 1091.1,239.5 L1092.0,239.5 Q1090.1,232.5 1088.6,223.5 Z" fill="#111"/>
+<ellipse cx="1089.3" cy="211.4" rx="3.2" ry="3.6" fill="#111"/>
+<line x1="1079.8" y1="218.8" x2="1074.4" y2="219.8" stroke="#f04e23" stroke-width="1.2" stroke-linecap="round" opacity=".9"/>
+<line x1="1079.8" y1="226.1" x2="1074.4" y2="227.1" stroke="#f04e23" stroke-width="1.2" stroke-linecap="round" opacity=".9"/>
+<polygon points="1086.2,243.3 1060.7,237.5 1062.5,236.0 1089.9,241.3" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M1088.2,214.2 Q1087.9,230.5 1086.7,243.3 L1089.4,243.3 Q1094.7,228.7 1094.4,214.2 Z" fill="#111"/>
+<ellipse cx="1091.8" cy="211.6" rx="3.5" ry="4.0" fill="#111"/>
+<polygon points="1113.2,246.7 1085.2,240.2 1087.2,238.6 1117.3,244.7" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M1115.5,214.6 Q1115.1,232.6 1113.8,246.7 L1116.8,246.7 Q1122.6,230.6 1122.3,214.6 Z" fill="#111"/>
+<path d="M1117.5,216.6 Q1114.0,222.6 1110.8,227.4" stroke="#111" stroke-width="1.6" stroke-linecap="round" fill="none"/>
+<ellipse cx="1119.4" cy="211.7" rx="3.8" ry="4.4" fill="#111"/>
+<polygon points="1165.6,247.6 1136.8,241.0 1138.9,239.4 1169.8,245.6" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M1167.9,214.7 Q1167.6,233.2 1166.2,247.6 L1169.2,247.6 Q1175.3,231.2 1174.9,214.7 Z" fill="#111"/>
+<ellipse cx="1172.0" cy="211.8" rx="3.9" ry="4.5" fill="#111"/>
+<line x1="1160.2" y1="220.9" x2="1153.6" y2="222.1" stroke="#f04e23" stroke-width="1.2" stroke-linecap="round" opacity=".9"/>
+<line x1="1160.2" y1="229.9" x2="1153.6" y2="231.2" stroke="#f04e23" stroke-width="1.2" stroke-linecap="round" opacity=".9"/>
+<polygon points="1036.2,254.1 1002.5,246.3 1004.9,244.4 1041.1,252.1" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M1038.9,215.5 Q1038.4,237.2 1036.8,254.1 L1040.4,254.1 Q1047.5,234.8 1047.0,215.5 Z" fill="#111"/>
+<path d="M1041.3,217.9 Q1037.2,225.1 1033.3,230.9" stroke="#111" stroke-width="1.9" stroke-linecap="round" fill="none"/>
+<ellipse cx="1043.6" cy="212.1" rx="4.6" ry="5.3" fill="#111"/>
+<polygon points="1049.7,256.2 1014.4,248.1 1016.9,246.1 1054.9,254.2" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M1052.5,215.8 Q1052.1,238.5 1050.4,256.2 L1054.2,256.2 Q1061.6,236.0 1061.1,215.8 Z" fill="#111"/>
+<ellipse cx="1057.5" cy="212.2" rx="4.8" ry="5.5" fill="#111"/>
+<polygon points="1142.2,256.3 1106.8,248.2 1109.3,246.2 1147.4,254.3" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M1145.1,215.8 Q1144.6,238.6 1142.9,256.3 L1146.7,256.3 Q1154.1,236.1 1153.7,215.8 Z" fill="#111"/>
+<path d="M1150.7,217.8 Q1155.4,212.8 1156.5,200.6" stroke="#111" stroke-width="2.3" stroke-linecap="round" fill="none"/>
+<circle cx="1156.5" cy="200.6" r="1.8" fill="#111"/>
+<ellipse cx="1150.1" cy="212.2" rx="4.8" ry="5.5" fill="#111"/>
+<polygon points="1045.3,257.4 1009.1,249.1 1011.7,247.0 1050.6,255.4" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M1048.2,215.9 Q1048.7,226.3 1047.2,234.0 L1052.5,234.0 Q1057.0,226.3 1057.0,215.9 Z" fill="#111"/>
+<path d="M1047.4,232.0 Q1043.7,245.7 1039.1,257.4 L1040.5,257.4 Q1046.0,245.7 1052.3,232.0 Z" fill="#111"/>
+<path d="M1047.4,232.0 Q1052.3,244.9 1056.2,255.8 L1057.6,255.8 Q1054.5,244.9 1052.3,232.0 Z" fill="#111"/>
+<ellipse cx="1053.3" cy="212.2" rx="4.9" ry="5.7" fill="#111"/>
+<polygon points="1111.0,260.7 1072.3,251.8 1075.1,249.6 1116.7,258.7" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M1114.2,216.3 Q1113.7,241.3 1111.8,260.7 L1116.0,260.7 Q1124.1,238.5 1123.6,216.3 Z" fill="#111"/>
+<path d="M1120.3,218.6 Q1125.5,213.0 1126.6,199.7" stroke="#111" stroke-width="2.5" stroke-linecap="round" fill="none"/>
+<circle cx="1126.6" cy="199.7" r="1.9" fill="#111"/>
+<ellipse cx="1119.6" cy="212.4" rx="5.3" ry="6.1" fill="#111"/>
+<polygon points="1137.8,261.6 1098.3,252.6 1101.1,250.3 1143.5,259.6" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M1140.9,216.5 Q1140.4,241.9 1138.5,261.6 L1142.7,261.6 Q1151.0,239.0 1150.5,216.5 Z" fill="#111"/>
+<ellipse cx="1146.5" cy="212.4" rx="5.4" ry="6.2" fill="#111"/>
+<polygon points="1104.6,262.8 1064.2,253.5 1067.1,251.2 1110.4,260.8" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M1107.8,216.6 Q1107.3,242.6 1105.3,262.8 L1109.7,262.8 Q1118.1,239.7 1117.6,216.6 Z" fill="#111"/>
+<ellipse cx="1113.5" cy="212.5" rx="5.5" ry="6.3" fill="#111"/>
+<polygon points="1212.6,265.4 1170.2,255.7 1173.3,253.3 1218.8,263.4" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M1216.0,216.9 Q1216.5,229.1 1214.8,238.1 L1221.0,238.1 Q1226.3,229.1 1226.3,216.9 Z" fill="#111"/>
+<path d="M1215.0,236.1 Q1210.7,251.8 1205.3,265.4 L1206.9,265.4 Q1213.4,251.8 1220.8,236.1 Z" fill="#111"/>
+<path d="M1215.0,236.1 Q1220.7,250.9 1225.3,263.6 L1226.9,263.6 Q1223.4,250.9 1220.8,236.1 Z" fill="#111"/>
+<path d="M1219.1,220.0 Q1213.9,229.1 1209.0,236.3" stroke="#111" stroke-width="2.4" stroke-linecap="round" fill="none"/>
+<ellipse cx="1222.0" cy="212.6" rx="5.8" ry="6.6" fill="#111"/>
+<line x1="1204.7" y1="226.0" x2="1195.0" y2="227.8" stroke="#f04e23" stroke-width="1.2" stroke-linecap="round" opacity=".9"/>
+<line x1="1204.7" y1="239.4" x2="1195.0" y2="241.2" stroke="#f04e23" stroke-width="1.2" stroke-linecap="round" opacity=".9"/>
+<polygon points="1148.9,270.9 1102.4,260.3 1105.7,257.6 1155.7,268.9" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M1152.7,217.6 Q1153.2,230.9 1151.3,240.9 L1158.1,240.9 Q1164.0,230.9 1164.0,217.6 Z" fill="#111"/>
+<path d="M1151.6,238.9 Q1146.8,255.9 1140.9,270.9 L1142.7,270.9 Q1149.8,255.9 1157.9,238.9 Z" fill="#111"/>
+<path d="M1151.6,238.9 Q1157.8,254.9 1162.9,268.9 L1164.7,268.9 Q1160.8,254.9 1157.9,238.9 Z" fill="#111"/>
+<path d="M1156.1,220.9 Q1150.3,230.9 1145.0,238.9" stroke="#111" stroke-width="2.7" stroke-linecap="round" fill="none"/>
+<ellipse cx="1159.2" cy="212.9" rx="6.3" ry="7.3" fill="#111"/>
+<line x1="1140.2" y1="227.6" x2="1129.5" y2="229.6" stroke="#f04e23" stroke-width="1.2" stroke-linecap="round" opacity=".9"/>
+<line x1="1140.2" y1="242.3" x2="1129.5" y2="244.3" stroke="#f04e23" stroke-width="1.2" stroke-linecap="round" opacity=".9"/>
+<polygon points="1204.0,273.9 1155.1,262.7 1158.6,259.9 1211.1,271.9" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M1207.9,218.0 Q1207.3,249.5 1204.9,273.9 L1210.1,273.9 Q1220.4,246.0 1219.8,218.0 Z" fill="#111"/>
+<ellipse cx="1214.8" cy="213.0" rx="6.6" ry="7.6" fill="#111"/>
+<polygon points="973.4,277.5 921.8,265.7 925.5,262.7 981.0,275.5" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M977.6,218.4 Q976.9,251.7 974.4,277.5 L980.0,277.5 Q990.8,248.0 990.1,218.4 Z" fill="#111"/>
+<ellipse cx="984.8" cy="213.2" rx="7.0" ry="8.1" fill="#111"/>
+<polygon points="1038.5,280.8 984.4,268.4 988.3,265.3 1046.4,278.8" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M1042.9,218.9 Q1042.2,253.7 1039.6,280.8 L1045.4,280.8 Q1056.7,249.8 1056.1,218.9 Z" fill="#111"/>
+<path d="M1051.4,222.0 Q1058.8,214.2 1060.3,195.6" stroke="#111" stroke-width="3.5" stroke-linecap="round" fill="none"/>
+<circle cx="1060.3" cy="195.6" r="2.7" fill="#111"/>
+<ellipse cx="1050.5" cy="213.3" rx="7.4" ry="8.5" fill="#111"/>
+<polygon points="1053.2,289.4 992.5,275.5 996.8,272.0 1062.0,287.4" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M1058.0,219.9 Q1058.7,237.3 1056.3,250.3 L1065.1,250.3 Q1072.8,237.3 1072.8,219.9 Z" fill="#111"/>
+<path d="M1056.6,248.3 Q1050.4,269.8 1042.7,289.4 L1045.0,289.4 Q1054.3,269.8 1064.8,248.3 Z" fill="#111"/>
+<path d="M1056.6,248.3 Q1064.7,268.5 1071.3,286.8 L1073.7,286.8 Q1068.6,268.5 1064.8,248.3 Z" fill="#111"/>
+<path d="M1062.4,224.3 Q1055.0,237.3 1048.0,247.7" stroke="#111" stroke-width="3.5" stroke-linecap="round" fill="none"/>
+<ellipse cx="1066.6" cy="213.7" rx="8.2" ry="9.5" fill="#111"/>
+<polygon points="1184.7,290.7 1123.0,276.6 1127.4,273.0 1193.7,288.7" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M1189.6,220.1 Q1188.8,259.8 1185.9,290.7 L1192.5,290.7 Q1205.3,255.4 1204.6,220.1 Z" fill="#111"/>
+<path d="M1194.1,224.5 Q1186.5,237.7 1179.4,248.3" stroke="#111" stroke-width="3.5" stroke-linecap="round" fill="none"/>
+<ellipse cx="1198.3" cy="213.8" rx="8.4" ry="9.6" fill="#111"/>
+<polygon points="1152.9,291.6 1090.5,277.4 1095.0,273.8 1162.0,289.6" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M1157.9,220.2 Q1157.2,260.4 1154.1,291.6 L1160.8,291.6 Q1173.9,255.9 1173.1,220.2 Z" fill="#111"/>
+<ellipse cx="1166.7" cy="213.8" rx="8.5" ry="9.8" fill="#111"/>
+<line x1="1141.2" y1="233.6" x2="1126.9" y2="236.3" stroke="#f04e23" stroke-width="1.2" stroke-linecap="round" opacity=".9"/>
+<line x1="1141.2" y1="253.2" x2="1126.9" y2="255.9" stroke="#f04e23" stroke-width="1.2" stroke-linecap="round" opacity=".9"/>
+<polygon points="1134.0,295.8 1068.4,280.8 1073.1,277.0 1143.6,293.8" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M1139.2,220.7 Q1138.4,263.0 1135.3,295.8 L1142.3,295.8 Q1156.0,258.3 1155.2,220.7 Z" fill="#111"/>
+<path d="M1149.6,224.5 Q1158.5,215.1 1160.4,192.6" stroke="#111" stroke-width="4.2" stroke-linecap="round" fill="none"/>
+<circle cx="1160.4" cy="192.6" r="3.3" fill="#111"/>
+<ellipse cx="1148.5" cy="214.0" rx="8.9" ry="10.3" fill="#111"/>
+<polygon points="1253.8,300.0 1185.0,284.3 1189.9,280.3 1263.8,298.0" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M1259.3,221.3 Q1258.5,265.6 1255.1,300.0 L1262.5,300.0 Q1276.9,260.6 1276.1,221.3 Z" fill="#111"/>
+<ellipse cx="1269.0" cy="214.2" rx="9.4" ry="10.8" fill="#111"/>
+<line x1="1240.9" y1="236.0" x2="1225.2" y2="239.0" stroke="#f04e23" stroke-width="1.2" stroke-linecap="round" opacity=".9"/>
+<line x1="1240.9" y1="257.7" x2="1225.2" y2="260.6" stroke="#f04e23" stroke-width="1.2" stroke-linecap="round" opacity=".9"/>
+<polygon points="1158.1,310.7 1081.1,293.1 1086.6,288.7 1169.3,308.7" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M1164.2,222.6 Q1163.3,272.1 1159.6,310.7 L1167.8,310.7 Q1183.9,266.6 1183.0,222.6 Z" fill="#111"/>
+<path d="M1176.4,227.0 Q1186.8,216.0 1189.0,189.5" stroke="#111" stroke-width="5.0" stroke-linecap="round" fill="none"/>
+<circle cx="1189.0" cy="189.5" r="3.9" fill="#111"/>
+<ellipse cx="1175.1" cy="214.7" rx="10.5" ry="12.0" fill="#111"/>
+<polygon points="873.6,313.5 794.5,295.4 800.1,290.9 885.2,311.5" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M880.0,222.9 Q880.9,245.6 877.7,262.6 L889.2,262.6 Q899.2,245.6 899.2,222.9 Z" fill="#111"/>
+<path d="M878.1,260.6 Q870.1,288.0 859.9,313.5 L863.0,313.5 Q875.1,288.0 888.8,260.6 Z" fill="#111"/>
+<path d="M878.1,260.6 Q888.7,286.3 897.3,310.1 L900.4,310.1 Q893.7,286.3 888.8,260.6 Z" fill="#111"/>
+<path d="M885.7,228.6 Q876.0,245.6 866.9,259.2" stroke="#111" stroke-width="4.5" stroke-linecap="round" fill="none"/>
+<ellipse cx="891.1" cy="214.9" rx="10.8" ry="12.4" fill="#111"/>
+<polygon points="907.7,320.7 823.1,301.3 829.1,296.5 920.0,318.7" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M914.5,223.8 Q913.4,278.3 909.3,320.7 L918.4,320.7 Q936.1,272.3 935.1,223.8 Z" fill="#111"/>
+<path d="M927.8,228.7 Q939.3,216.6 941.7,187.5" stroke="#111" stroke-width="5.4" stroke-linecap="round" fill="none"/>
+<circle cx="941.7" cy="187.5" r="4.2" fill="#111"/>
+<ellipse cx="926.4" cy="215.2" rx="11.5" ry="13.2" fill="#111"/>
+<polygon points="1024.4,327.4 934.7,306.8 941.1,301.7 1037.5,325.4" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M1031.6,224.7 Q1030.5,282.4 1026.2,327.4 L1035.8,327.4 Q1054.5,276.0 1053.4,224.7 Z" fill="#111"/>
+<ellipse cx="1044.2" cy="215.5" rx="12.2" ry="14.0" fill="#111"/>
+<polygon points="1096.8,329.6 1005.4,308.6 1011.9,303.4 1110.1,327.6" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M1104.1,224.9 Q1103.0,283.8 1098.6,329.6 L1108.3,329.6 Q1127.5,277.3 1126.3,224.9 Z" fill="#111"/>
+<ellipse cx="1117.0" cy="215.6" rx="12.4" ry="14.3" fill="#111"/>
+<line x1="1079.7" y1="244.6" x2="1058.7" y2="248.5" stroke="#f04e23" stroke-width="1.6" stroke-linecap="round" opacity=".9"/>
+<line x1="1079.7" y1="273.3" x2="1058.7" y2="277.3" stroke="#f04e23" stroke-width="1.6" stroke-linecap="round" opacity=".9"/>
+<polygon points="1433.4,345.6 1329.7,321.9 1337.1,316.0 1448.5,343.6" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M1441.7,227.0 Q1440.4,293.7 1435.4,345.6 L1446.5,345.6 Q1468.2,286.3 1466.9,227.0 Z" fill="#111"/>
+<ellipse cx="1456.3" cy="216.4" rx="14.1" ry="16.2" fill="#111"/>
+<line x1="1413.9" y1="249.2" x2="1390.2" y2="253.7" stroke="#f04e23" stroke-width="1.8" stroke-linecap="round" opacity=".9"/>
+<line x1="1413.9" y1="281.9" x2="1390.2" y2="286.3" stroke="#f04e23" stroke-width="1.8" stroke-linecap="round" opacity=".9"/>
+<polygon points="1136.1,346.3 1031.9,322.4 1039.3,316.5 1151.3,344.3" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M1144.4,227.0 Q1143.1,294.1 1138.1,346.3 L1149.2,346.3 Q1171.0,286.7 1169.7,227.0 Z" fill="#111"/>
+<ellipse cx="1159.1" cy="216.4" rx="14.2" ry="16.3" fill="#111"/>
+<polygon points="721.8,391.5 583.1,359.7 593.0,351.8 742.1,389.5" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M733.0,232.7 Q731.3,322.0 724.5,391.5 L739.4,391.5 Q768.4,312.1 766.7,232.7 Z" fill="#111"/>
+<ellipse cx="752.5" cy="218.5" rx="18.9" ry="21.7" fill="#111"/>
+<polygon points="848.3,407.7 697.2,373.1 708.0,364.4 870.4,405.7" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M860.4,234.7 Q862.2,278.0 856.1,310.4 L878.1,310.4 Q897.2,278.0 897.2,234.7 Z" fill="#111"/>
+<path d="M856.8,308.4 Q841.5,359.0 822.2,407.7 L828.0,407.7 Q851.1,359.0 877.4,308.4 Z" fill="#111"/>
+<path d="M856.8,308.4 Q877.2,355.8 893.5,401.2 L899.4,401.2 Q886.7,355.8 877.4,308.4 Z" fill="#111"/>
+<ellipse cx="881.7" cy="219.3" rx="20.5" ry="23.6" fill="#111"/>
+<polygon points="953.6,412.1 799.1,376.7 810.2,367.9 976.2,410.1" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M966.0,235.3 Q967.9,279.5 961.6,312.6 L984.1,312.6 Q1003.6,279.5 1003.6,235.3 Z" fill="#111"/>
+<path d="M962.3,310.6 Q946.7,362.3 926.9,412.1 L932.9,412.1 Q956.5,362.3 983.4,310.6 Z" fill="#111"/>
+<path d="M962.3,310.6 Q983.2,359.0 999.8,405.4 L1005.9,405.4 Q992.9,359.0 983.4,310.6 Z" fill="#111"/>
+<ellipse cx="987.8" cy="219.5" rx="21.0" ry="24.1" fill="#111"/>
+<polygon points="1152.4,433.9 981.3,394.7 993.5,384.9 1177.4,431.9" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M1166.1,238.0 Q1164.1,348.2 1155.8,433.9 L1174.1,433.9 Q1209.9,335.9 1207.8,238.0 Z" fill="#111"/>
+<ellipse cx="1190.3" cy="220.5" rx="23.3" ry="26.8" fill="#111"/>
+<polygon points="1332.5,455.8 1144.6,412.7 1158.1,402.0 1360.0,453.8" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M1347.6,240.7 Q1345.3,361.7 1336.2,455.8 L1356.3,455.8 Q1395.6,348.2 1393.3,240.7 Z" fill="#111"/>
+<ellipse cx="1374.1" cy="221.6" rx="25.5" ry="29.4" fill="#111"/>
+<polygon points="990.3,468.3 792.9,423.1 807.0,411.8 1019.1,466.3" fill="#111" opacity=".18" filter="url(#sombra)"/>
+<path d="M1006.2,242.3 Q1003.8,369.4 994.2,468.3 L1015.3,468.3 Q1056.6,355.3 1054.2,242.3 Z" fill="#111"/>
+<path d="M1020.6,256.4 Q996.3,298.8 973.7,332.7" stroke="#111" stroke-width="11.3" stroke-linecap="round" fill="none"/>
+<ellipse cx="1034.0" cy="222.2" rx="26.8" ry="30.9" fill="#111"/>
 </g></svg>
\ No newline at end of file
diff --git a/docs/deck-movil.png b/docs/deck-movil.png
index f74483b4343c7a1d3dc3d9aaa9320f03b600ac23..99d1bea85c483c2fee36366949edc3166ade04bb 100644
GIT binary patch
literal 47599
zcma&NV{j!-^fs7Gk{eq$w(U%8+}QTS*2K1riEU17+!zx~Y}=mj{rz{pyj%5d?S5%j
zov!XW{ha5V(^1Nb(#Qz-2oMku$g(mLst^#6;Sdl|CvZ^zja&*>F8o(PTZ$@(LO?Vo
zAikTx{MRQnlTlTGfbgb<fCvnQfO!3HDDVUV!krZY;>;KVf-e&S0@o?0Q$^svi7#b&
zb;-}q&wtYccQ#TtiWHCSW%rjSH>z~E_1O<8UUxU=T3TA=<z*+wM`L3nLxVjJRcXmd
zaS;&_N%7Gb7#Os)w5uyi78VvifBtN5Yg1NMl#-Il$jE4FtYu|o5fKqun44;-tE3<$
z=HcOXc5-;xTQ4fiMMg&6-C8j*HVh8(FU-rDn;tvd+ZgESU}a=XbG6Zw6nb75zjsnB
zb}$kX5?t2gjM7sQr67D7X}dKQcnGz8+4y^36cgm<Won@7VrN4|i0@;fJKs`eqb%E)
z5_2*;vJCE2Rgn8r{wpKI+eKPH^*hJOP-|V7S66Y?QAg!;X5>PQ`@N_3Lw4}BE{91+
zW6Xa?0qZ8KAPIYhfQ(3pE-v2x^S@Jrkd+Ws_guT|fe+aqNuoyR(nxkvk)UxvGlsMa
z{-KpNdgs~mdmZ0Lkin~^8c&$y>#MChc8mdIM`O{wp%a}6Tb2->v^SQ60yCatP6AVb
z^Z!sh#2EE@-A@{IKN$F4Jq#0+uo%7y2|0GYs`lR;ot0i6G*QzbId1tr&U@VH{9Q%}
zufGncJOB6UbEAs7!?$b4?NeDTjN?~q{BpFAG%%GfE#oNOIBe!j?ooy($eD9!t)FVH
zl4>mpOh4$gBCC3diV~oq#VPvG(cqCB|H7Vg@w|1SW<Cq|qFQhN3AN3Dr%KS#?!$fG
z6L0jZ?YC~^eN`Quvm7*2yPRL|m#KlJ{B?=_%Uy-NHm=_`hXRq1>u{eeb)PwxkeYVC
zbQ$WwaVo(;Zx!3|{bi-=w03BhX3b6jW+zWw%_OXzl{IFa?rKFrW>P-e24)YSFBG%i
z(A_u3d<pO3we*+L38B(>DdXPP;?0=oRNt~`z@+I;-+CjLQ*#QcuBRbcm-X1pxhz8-
zSVxsK!OJMz)gxK3Ma$D#rk=P(a3A7@!K=;&7XPBh7w3<buht*bX)`*)?zq8Yt#~Zx
zS*r;~tjueDv|LP{gS)H!cE&C~a2|^{@zbM>6XyvKadDSXVNmkqjGBCWpzdm-J&G`&
z1HEzm)&f2L+aH9K)iq5VeiRQqXJAu75}{pI-4DsNI!{bQ=LLOM>{THp3xD!DLeHYP
z*<+rwbc~R)O1Yy$mg#?x2Dv{qwaj4?l&7k7X!BSxdN5+4aKoPj0}eW4B)6YUw5;0D
zJk6(kxa24Ta9pH3#OwoE;VPX9X?(zlu#(6V3@5Kb9(Mq|)j!3)Kf(1wK@7tti18S{
zWll=aQdZ3@i}ek3dhIQ3D#Tm*iRQf7$%M@yTWx};igLULL32M`Co1ewY$1Y^1|cGD
zw(Qz81dq`E=0LLRKEa;{NX&^yioxJ+=w^c%bQfIsNcpnsAa~ntQn&$KI}^bc2L7%&
z-_yr$ACtwTNRCP*8bQQMd?S~k-ho?_akisxwnS}})p-Vy<AEYP(sw>&VFSDLu!WG7
z#$5w=hz^+T(Z^c0>~;ibOSy%q^O#GdDs?M^`18|+bN-Tgp?@&>GGz3(x;WzZ=IxrT
zhfFz_`gu@2(MH(xepxPGP=|6G+|jBa#GP~RIzUQ2il`jyZ1w-T7t8v~rJ}Dd)YU<u
zT;CW`pio3l;@g_Zjd1qc(>nZ`>Wi@)GH*5zySZBnyT}ZZrz-JWe=&`NbyyD$LO_m^
z+~PrWLRVd{4kJ8N@1l1|ySQjs-r$_OV0(M~8W|rOD-7jYm^LhB$U3ZBnx>tuV6j8!
z_%|Wt{f}8T+vg#bSsmP0t${R24R~A{d!5rZzXa4XO&z99Q55y=G6gp&4H#dRaDRW)
z;1p>X4ok1!Z-C1J28x4D4wl!}I^Nc9Dktw?xMGA;Irl<LDPnkXiDHPK_wz{Ga;~2>
zeP^rhLni60PLO9^8WA>G&+Xw9c!&ndvNPS6(HcLpVf~F6!c5c>NsCYkVMM3IH@P}M
zGevkbP%v8TwIF@BoG%q354-qHGX{$2R>meT(kpH5Gf5CcQP6xRaL=Ib+0)1_;mwif
z;gex=v>kI0il$%u%1shA=X#t?LkdWbA8KE!cpWo@GybbrzMK&ml`!=gkA1glagcwX
z`CIdVPe?UtAady<ZNTg#79di-jrcmJx;Vo8=-=G>N!M?*>{;|{d55^_aPOY_C{;u#
z8MXBTuio7r4nQB(t^iROlH#HbDYSnSI^aS7Un#-mQ@iB4#{xV^drAON2W|!T4~%Ls
zUd~fsgmr~k>62eSX7o49%@F>BYG_eZ?=r`JGw;577=O*mgYokcjF=9lh?(y(=2zoF
zmKxrbS}t8@m5k}o4Crtzlu|qTj<xc(!+RqR3mN{G!zzU>;sH|$`&MbX(<OT*suF*i
zeskKjIG8zJr@W5*b^9K0^A_78mOVV(XqZ@0B0G-1ikGZy&^k#@_HBd5(>7Pr<AYS}
zM!U_GInjb%5}@QpX-(2nixaL45K-t36C(CdSY1%iDl;EXQ~B!>4v49s1vtdxdQ2$S
znN<#}o<6?-1E;DqaGQQ&IaBUTLV`B>=+#rWp1=Ln*@z-O5R)ps)VDm9HeVerMFf-^
zm=te>SS7tNw{1(Cf0oJ|bpGVO&^=7r-&6IdQS{#0P=XwA>|i(n)csJ}YU&)~v|LZe
z^Ru|pq{qQ=j#);~UVaTOuSqrW(n8vNb*~{jBV>s>XuBosYu{jtE7ZHOJjv3GltGUw
z(O4}!G<6SJqW^I#i4ekaw{#EZ*xD!LSunoO>!nsKrpQ{UJjCV>feQ@XNqOrn%@)Jt
zhH++)Kkc?B>zC8iEw^6=Z{dr98ts)mHEYzmzK2Y+IpDY3ru{oAB;1&z25&bER3GT@
zbI7}^s3WFpXgG$WKdEdzdTXH}^uBSik~3=_lwjra*Y!XGa*7lqh&1R7%F4n8q-X)q
zd(3yz@}Qv|U9z7;nO*(ak+4wWT;6c@J$J6%?486L7RyPFfV(W_|867{tzpY(lKK6q
zKS*cyauv{B!!(S^X}?_R-vFyfoLO0)$62LMQ&^Sfnzq@aFp?xi4&G6}SaWN1@%625
zMg8xUsnugrAh5M^>n(``ID145q5)~jGa9dhfXqa3$gaH(qV$6VKDM5Iq<%V5otKno
zyiEANRFE@b{BVB`$DQu}68J0gCt}%sL!hm`8z~|#d{t66T)v?XHzaCsdn4eWci{ea
zyVmmB-ysKg^4q?t;tt2m>}*7#v44F!hNe@AV-+!@`p9a^In!&#kDnXjs4B$z<a&A8
z0z^N<I1KuCa(#XZWqZB=u_ngi5G67nK!Uk~?AVI50tji;ut}6X+)Ia}Z31)u4hX&?
zVS?iGUt_8YUmq&D<LO-urs$(cZsoRDk0m;2&#}H(GEC9h`x9aabF-|9qNx9W7DCuA
z)maPI<9*&tESh>8b_<OkLHo7EvXh!Aoi0w-b3ghzq<q^Ad<I7v7MI0DrOR@(G3^&K
z6lYZ7&is7?ADhahJ$~|6m3@h<Z{~ei=mZTUjb1_FdVAY1prceqWE50TF}syITRXeS
zx7Pw&yT3fW;*yCsuTP<~p0<Yb_Pw7FY>OFcn%cCmN;c6wKGxIt(j}$&bs?I3{~l}<
zn;4XKbR>YKVH@7Z^p0zO-V$qO@a|s1xi=H&sERDbzCUKPOPPCkPvadkX_0)0wfd^c
zx?XWtb|(D$CH+*sb~u`TL7p+rD+9uQ_*h}4S6FQO&){N+7p!!HS{gMKh4kM$EjCG-
zk=csyc}k*L!&U<@yK1yS4Kb!MQWY+*mkfK}AMxz1+~W^vWWJ1B68C&Bw-><3kUvw}
zl5|{6UKYUtR~9z;Ch<6K<$&p>ohnE7UpYk2RZjE63$KSw{Vg}bJaaNEF8yR~`*@s`
ztrPDGjd}Oypxure5k)a4!}IJ294&kdyY`X{vs#|XY|x$RWZ^L%HYL}eDXbe_+qC~J
z|KdQk_`EiOBp^h#9ghs_9-mU9UW#o^2<MiTemWY<BaDK*U9#;2#CewekDy3i83cen
zx`JX#it&XC2ts_u<V26=lnI#1sVvnW+&r}nE1qDxr7JB5d?ho!8|z`!u1>HSezA#^
zLhMlEQdrkg)R-Uwky9e!nCakzGh0gZHJ6B<A3|DHr;=cAluYSi<Qu~JKAa#>+Wq=X
z-WY!o#`%!Gkvf?TePu3re9g9qZHPR_%8A?axVFlseXP3*_<Z*%HDLzM&G6tLeF&}h
zCn(NRZ8p~WdC?Jxmo|Tmkr}(DqHcK~&JUx62KiVoZJ`3FEkg%i!R-qgFt%>1b@RlS
zwI;?};fu`!d9v0(!p#uN&hr`Ly3he#gJNMMV5=e&4A~aT^xE5?ajGgc(Ul9@AW;fn
zi5klKq?A*eRUNYPgWu=7I|Xu2Z7L~_5H4#wt{%Q&X_Te~smGCfjB2CGl}!Mv!_6z4
zCV%dI!RqxhU1^XJwxr<L6dIs?(ErE+3i#TSr;0a-5&PlG(|}yBgzts}FF@tlBXc}>
zcHrh~T(3Haq&BSDdS;I~{gi2?KRXp9<gbeljie&12{P-yu|p-jv#zdZa%d<O^?bT{
zFHKupA>i3buEAdCx`iy|baHg|s~j_|2PAB<AkWG8T_z9+%<&ln81YZnhg(U>W?B{C
zb!P`7)n00VTnFH^2j|)6-b^AFY>821z`*b%RaIv&@jBWgC&x;k*gEMwZV&gIBtFmH
zBBu9&rQ-&v@ref+!4UFZyPyB!7&2Ak?W{zCA3YV11b!-*uijef5u2VWd3wx5!{LS(
zAzY4^LHe}4yxDcl|D@qJl=Ss&Kywr^yNA+-lQ#Yl9Z?<H=2@wZ4+~I+8nxKUEfZ7;
zoeFNAk$7IkC_3?non%P?D7^d(=R8Rr9>1wwmVPn=zIvHc3B4}c5J<cn1=^2Lp=l_}
z#_?QC)0x<?>^r38s+}dsf@e)Ms*ak=OCZl-rNz|Qn+TVdGu7s8WX-jYgPN><sc6C)
zpP0C}dy#w}plxZRiLQGBJM~6sqS*FH(>*3mv6{KmtKeq}uCUVfqSXW1M?FKFwP)u3
z_?YcOT|SwuJ3SQsUwX!OCKVInjhHOx43@>oStM~UJNdEhb9i(j-ot5oEuQre{Rj<l
zO0Tl+BqbY&ko!ltlXw3laL`Fpw!b>Kki%~q0}e6C2oX2|M)bCgzNr=N4-U^|E=QM!
za-GB+<`ED&hc-SO|Jk^>eAw_R0e69qXR(y<=>ZAlsYHX&Px{FarpotaWz5_iYKNP{
zi(wBX{99O;nOe_JgOykFv|_?L1qAxMZ*zo33UQH{OwFEAJUxsj=Myp{VltXprrjB(
zL5jaXArVjTGhl^oj!d(nJmhu8`iuw;!h-#qtTmbE(Mb3d)E4xZUfP&2`eo~BD@&Qc
zJ&HvC)7uVrf?;<|VRS@6H{TPr9uYA5VIZ)Vr~<kO_*CrP(<9_hfb~o7H6k(uFf9pQ
zjm<T`XAvflroNDI#&*R`Yn<NR$-Hc2QlMf9Jqr>~8vX)LoUZeX%Jg1;@_RMZ%fAX)
zSYv5qU9QEJq9iQ4%vUEzoAV>-PURbF#XwToJA(ODlRxG%qz$M)_MROT=R96_tokd+
zj(1#5NH*0-r4TkH7AHL+&P2FtDC|SMKPn-5{jKYS0()P;8PcpThs)PvjXYapLb?Pt
z)fIxWqjTR&=XFt6pVv%WVH09ec_z*t(y*75{&zyYj~1ox!w^eyK>F~kbmNI1uo6P9
z)Muoa-x!kBqm%2OQ~16RzYROZs`i-rmg}b^5=7|tRg$ocD<b^p|MWT^_J8L0|GS9)
z-31^>rBPFUjt~{rjQD%EGXrsdfberfwgAiiRR6vhp!YW9ymkJKTYJ4Bqh5mc7Rxfm
z+}^-~`WI8<#b0k9$r{|?{(KL^$ul?Wr^$0O^NMTU$}C(2%hM3m_ApH&>&XQ-u=0hO
zeH(^Wts8PxCI`MZTMP$V3~m{ZrZ48jFkZjILSwtWFbq<^6dw~od5W4ohC77(oc!=i
zsKe#r5|vOIBUx<0sbRMh^p=xb$Oan!BY|O^bI9Xh#tK#d-^(B#HJ+klL=!Ic%4;yV
zUAc>^OW?AW!QP#YqQAgUE;V{oYq8I9k>lIuK!WBV#3&R}RE~`ip<mPl*h+Axvz^A9
z>;>6_j4$s;`{Y4S>DV2#KXnn;Tp#(Z1%>_#LRl&c?1s~U+PydjBESG~;y<>`tS*=M
zt=k+Q(5>g6<%KlUJFkhG8LqmK^cW~UT)}zp+C79GENeoG-M+-Gmmr>oEKbhsZpHz~
zFB_@^NAI?*MW<w8@-nEfqcC-2zoK~QN1Gud*;uowqxG~*+0>l>CDO(gA1KJzH^`?0
zdLD<%F1B)JN&=ygTy*(CA(j59hk|=dA)J}mLaNdXr396!II)!xKJOh}vjKYdY7Y^4
zHOq*bumPj01dl5%5qe?vB9J!>+w~Zg*L+Y=tUWb5e!e|e5df0vvS%m|-62zrpZ+17
zC(=3Qxt@C9WS2y^<(o0>aw7(8rqyQ6a`&Q$jCcnvkY4TcMbNhT(Hog3HaR`~*AIBy
zcEc4wD!{6A8oljbF<ALAJt{BeJHdk_3Ep4FvE99TVBUD~lxAtFn=N+Ao}Ii~ANHnB
z>oz`vu`%liIWE7rm1VIB+HwYKK`&%QEzGe=HSA<~3_omfiPo;1GYPXWW{iI^*&p-1
zh=e#5kPCx=B=u0h;|pt`l8Jv^Xskmmg}1gYJNifZ)7yd_jPwt>czfBuVy>xTL~utH
zsIW#{BPH={tgQFR+-Njg?Q+xbMYMvYEekx!?ni6~RK{F3N}rsp4==^vDpBmr1BpY5
zDfKrI`e$L=b8sVrIzC2Af>igkM_YP)xi$dL#+HKql&U;pxJ<MDyP9;!n#Z~fOo&7$
zQm)0OHr6MEZm?gH+djCM%XAr8)OC}!!3c3$<ni}mm>bWwC>ly8Cq7<O4^>QmWPxHP
zX9F#N_s-?&wFZpk#A$rZwpx2$Zi|)8!Tr|-40eL(ktlsQAZ<2*lUwxVo{cqIJhu5j
z1ZHlKY=46>D4>6?VB-i2P?U;sdZtDWlJx;WxC_S;2te(pPqcN%NO+Q8SK{=f<NxOV
zvjP$RPo$YRZYf>W<=?ayT~h`e7Ec={PpLfTR*9#rh<U%xe|FnW_P{7Ynmw9WJTaR#
zQNRv_s&zjJ6inbn6QQQb24jRH!^O3{cT>9k3c@zh?#2q=zs_aW2eF-532{p}V_TL~
z)h}pJWl^lSM#{js(&-ulm2QnXBX3FSx0Uu!oVU%XKr_KbA8avM;13ey()xW~(x0TZ
z50@e8_-H@QHDguPsdYW`$5$j6hEtIE8Wxn7zZC`9qp?EgG!#F+mF|wGVLVL#%UVsc
zkH-0p6^`IDmux3#BqKdX7@x@<H=`e|mdZD)*#Yn))&tG4&$TmKlIX=?+h9&>G^Yc6
zkrNLaOcOK^kQ(NRv~6ge+9wD0S?t=TLmkC2KVDd0((U)N%4Y_EY8iI%L@YQT`hxf#
z_Pg$+jl6n~b08^&74rV59O~V5&DKEt{I*#-PdX%dIp`9Q9kz%)ShraxB>l8f6_mDj
zS{g%r#NvpJL|n%Ozg+P{VrfEA1{V@r&H~<2Q3m|i3)IRfqTJa{MEQ&(*sT?MZB2+N
zRG2~(#InlUO0dpgygOQT7z<I_ys(!;`^6!ut!mMerCE~~0m7>=gPL3TPPN2<N%ZJ<
zzDC`dvBgQT+r{~pI=$Y&WGZvMWSPQx7Sbc|H^cv2#VXR|U+Do?dsmt~YK0QIMG*Xr
zOp2j>+BniLiCNYk@0G`;C!cz|^rm(KDN4B}+;PyCjj1%_uT-DyjgDn)YChjH3TA&J
z=OqGSw=LNB3*E*w%_-5||1+_T8!k%Vn9a*nXsHhA1YwXK=J%wh0ONwh1P9~><pyd<
zRnd5AdhRx;*IgQLminjIr4vUoM{qH5Q9TIL=(1Op?$-=10i3Zan<C$9-W_ndcO#Kg
zF&gL-y;9U$Pi29b(F|b(b&j5i_L}uDCWC71pvnN>(xKHKz63kU6av8HJy_?O?MYTS
zJTv{S*1ClyLsnSP>3iQYVm2rSf=Q(6+50FEy(k}_G@=YKVhPzkla*@_WR`55l{M>l
z?C`hC5GG{$q3cq6+WRhnLe@y`<%e)sR*?jmkH<eUQ2mKQJ@#W^2f@Y83h{KLh?HR>
z{53B%NzKdA-_yU^M*NwVP&7NHnIM0QGLfu|3r?zibFsBXMnW1ixh##ky6->u0VAtf
z$)KZ&Em+!-jBLALn_yq@1H^zPYCvhI@r1>ytwYL;++{GnLfg@n96iyVy|k29**-8q
z_bB%Kyx=$L1g9Igm45lVkQx{Z_1(iM@M$AeRUHIx7xJI?9waNHy^`H7TJ72$qmQiA
z-8RVM#o(|5fDShtMh5oE-hZ92CYD6YUm&OW=yyGY$wSjEW91?>rCCR`kjRMBx`|Zm
zD`Bq#emvr)Y!HA+4Tmg^cgo?FDwkQOh6UAt{WO17nu&OvfTS>Ch&b1A1U4h;YtfXQ
zrS_iqr3Y%2jLo<~e=3WVPtwHL2;YA1)zh>_3)xU{gmTLCT}x%E%?Q}Zq?52GvB&b9
zEEr;!BK`_ksuWByS!@-xBRo!BNV`}dp7=o%A;$=;qe^dSm#9unP6jNXE8+5-ye%XC
zcn&!rzN1$|!WDq`?o6vhVn_n8y`<CUtC?$?#|`LC5Mjm_gb&DssKz^u<pzn4AY%Z0
zXE4`Lv(&_f*)j+s#*w!0RK1SV+3q!@JQCF~<_lawN-0yU^E>m{K~@N&p0n531h1ug
znP;7Fe^k{iGINqW7sA-*k_n90L>t&o)1K2Q6cw6j;=bwo!G$y<7x?3-W~(YyYB}a$
z?ITN!Bgh8r*3RR}g_NegZfSyeRbM&Bk!%PYQghE`o}uU$XPKf17SK92=#knEJ=MPf
z7QllhkPei;jUkMDVZ0%Y*~bNK2sBNVL?Xg(9$CIiF>S1;f#9W?0pCk&MeI0VsjtXW
z3EMEHydM;>L=$u7jUO&=6`GZjoqOpS@8r2fZ^hFs6Wc{?2pTn9@YOgMJ9X<b@Bxr}
zafD=bHr5R)V*>_8y3PUuKDrv+Fa~RlzrFe1X~Ai?y%5ODnjq5!{&bU&cO4CXY+7^`
z3UA=ko71SAEu(JSCmL`_yP3tULa!&_D-%X8ZApwSyyXPXVv1Q$v|O!WVhFjyn<~If
zQMS58#tU?(qG1DjDO&yl59~}wh<*Gx!6jj1a8P(0`J<AT%oxQs`tSgJK)#u$FHsEZ
z*LuAz4O|Mv+tXaKK*Q2Vce;{j1`{_LR?hdTM9(~Enuw?Pblm33Z;*!1fnef^p%=}C
z(-^a4npIU-gZLK{aUgQJqSI!k7}E(7xaTs)h?tPS1^7+n@lmOfQUGMA@Oy2LLTt9H
zV&+2%R53Xx64cpF#+O|L<?&N-BZ?!M?O-0gY}oYu6quZr_z>?k8vy22ODNTzC!oNJ
zx;eJwjTm>%-5mz&A^iAeW9g-vNC>qxz(sDWD*364!BDyJjRZ-h0!SOD=SMPb#~FIF
zCp-G!d`4Z3g(o@C?OC)2c3kk^5$j=PMQze*XGtx3X((zrLd%*%sYaH3d3iH=1U;3a
zV|M0nb2v70Yn9GLSoAI}vf`-Jq3Nd0=?Nkbm`MmFag;@XlaS%l=${*Un_7df8T#{n
zY@T%vs<L%Li`pA+&-+yt)J4;YtKs(s9kz+NnIh2YbE=mKw~;a~@_!SD2b+pCGW)Rw
z2#sXXez|JpL**-doaRx}6#&N~wIA-J?_lh&LciEh$rYlN+E?=_z7L@jw0+~-$yl=0
zQQtLaflc^41mImdG7a9uoHrLVEK-D;MJx)_h+jfwYxgp1q#N`gskD*#ufX%D+{Q7H
zijHD(21-orx*QK+01it|D5!J9DS@&|p`R|o<(Rz@){8)3I9#->!m<R880MQXoNf|x
zTCp2FK}1WU%e(Zk3>DH@X73xJSe^D!msq8V=H2ewz(NR9KPmT!OQ`eG`aEgt79LQ7
zSRFYJAsB$P5b0hnjX$RUM?{OSVTKGc$PA{pg7J>9u!N5-vot2`P`NG{;2U=@7TZMt
z)UDKv<ZQ5-rpxHIZ_oe^dnN4qc`<V0;8-Nza+nY}^&$$FwaJwTYYaY@)I$JNFln@7
zi*1(yfTXKyAA16k@q{!ChsD-Hp2eJ=3OeZU`eAvjx;}Oj+Y^07j;wA>D1ZJDp_m%l
z-pTHzJXO-+z;xnqcCxBeCzM?KBE9bhy5QNrS%HSF(Ts-h8dNk)mGtUd_R-m|Algwe
zI7Qz+8t=4FflH`iL1ZY3FwY6Kd1~E-nZu=6cDARc-JOSK9F0Na7J3~<%Si|%Rtv-D
zs(Bf)MIZ1#^L*w)PA3JjG}T!KYf^XO^&rk2wA;5r@PtI^O$|@$K>w^BtBf_;yOz6m
zBW>Bd@}n^pz%@Zw2V-NM9#(o_R@FL@OWYNcXXhX#$o^z_r)?v;^hL7}Lj@#1SWqIG
zD*WVTaUadb_5S|7pEUZ-bhsx7Cxf-(MnM)T+>iou^V#K`*cuHRXI#M(6Rk8<(2q6a
zZ}?eL5<o?&F{csSI>1}ggRm`<u#Qr#tkGTg*}y5ID?1aTL#^A=q~z>(2R+}vI3OTE
zjZE)rwx$-WCIyOewzO2-2k21ohl_fF{JI>ABAbyV{%7f~?hszNKxy7(h$tmTvwfgi
zrU#EIXm&RDr?yT#2G*NNqTDj$lU#_E@ASpvg^<QK{}4*6b<*Y+wD7I;aAGAq$+@D!
zypkvHZy~gB9D;tecH#jL;ik>O%QSNRY8lT5Co(VG@|U+tnVUFq0#sXQ4jR=<K<g8G
zAXdy9xK)%AMwkL~T7OIM{Ii0S7FbfgaIe;nfh6CYeOjyCrE}<Y#aFecu3?f4=Y@*&
zp^Ptt2;_Ct@31R4q<egmZ+=Jx=FOwphuBm+*W8)crh1bjx0Xv}P`xtl0}k?HWd8=K
zo{fH|DoQ1c%PGMjnAfx3yrBIxr`A(nGT?5$F`Htxl&_*Vp2lDYif9o|RAa9clo9h1
zY;pzhdi8@@hdBQFQ6UMYv0c)cC}}Z}pRU?|SXQL!>epAP;vW@&`GAg2<_0afY8bXe
zmvKcAcuUSN7A*2qr2|<|AMhzBL#973l4v_gVtYH3%eGKK-(ECxY}S01kcyLbd7Q<S
z)O^U72-d=9#Q*aLn%)vA{aM*8PJK<X?^k;bio!YfiVOEcDSb*UUr3<I3~(5aCB~f#
z(Lh=}(Gw>0gKFjC)eUcIm+0durv;+r)bQYGG9lOL!^(Jr&~)A2#U&2g8^FDDJk-+L
zXFh_n=al1rmA&$f1F~8Frg#M%@p^u@^<nGMW)~pjt@$>S!&ieobr9NUWqb=_98w;a
zy;_uymo)3{ab(QOK2s*XA5T#SS$PDNcZLVQM3p@tmZjZ``*h5IC-4H1SMHwD>S|i_
z``Tz$)AA`#vjP4dpF^eL$t&*pe$5Mb18k_C1>nJD8UkeQbd`H_e;Cs=MU+moSR-p~
zV5oI=$kQ*!bXe5<dg?@jbG6G4su`;IN(D!K&nVL{@IfjqG+{x18h;`NiAPjBw29G?
zy-Br-a-~{r6)B=)BCV@x9$=dWSJsS8me?_>^X~zJ_AFIfXu5vRR%^@4uQh9_x-ThA
zcFH`+mHG!evxCul(~|)us$8?)vJPizdaC*KM=lO-=Wp@9{y!rmLI#7++op6lILTsU
zh)7r|&XeEc6$iH=aF=l&arB%Ee95F(*3qP+ObcXsh$v*%9qe^oaJU$p66ej*_9rt~
zGF(13XRA)KntBxsoNFos)v(6RorrkMTWZ>9eHH-==FQqTo?z{+w2*uow6r$t86uzT
zCNn0#r1-LuA1&>w*c{F*CZk!>#Ean>Fb&*J2ZKw6dsk8<DzZRb8ZuT-=x_pBp#kol
ziny9_(Bs;a6R<`>cvK9MaK{mvU%--Sc|XcrbY<Q<XjDI~GqWqDxkVS3Uw3r``Gy+}
zlh$dGq)|e==t$p0uXk-Ji(!td0z1uRz<Um3qlV!5!)!VCc8e#*Imjl#d=kwz+`Err
zQjgx+cv3HvtX<Y?TL}&DWf7H7yOw!ROfXjNu)qh3HL%pqDb%$QyEV=s0^xttX&dSa
zV?s8k#8E%?@MxkuWKyWty~h3Zg1{1;Xz#QYUL=tK_GUWgbZM#KcAPv9Lt~^&$c<+z
z@*DmkI+KiYJFcB&mh$~PIQ?goH0hS>3rwr0t7{{jg^A>q444%c1dlbSdG{<OO1HiP
zDgjX<Rpo`b(r8-^1Lpf&B-$Re1NITEciPC9Nl=V$2ych-9yP7k_z+!gv9~gTQE$8W
ze{coUJ<yq1;r{ATaT6<Qrr{>8zla~#I7>m#pPDpT_jL_4(fh7n2#tI3GW|1~G3VOQ
z7u;p1k*lRG9YTNsD-NPfz8ZQ`&jBI^5JUR`HCTN8mp*@J5ug|+da+o$(^y|>&?YRc
z2OyRmZleApMdvNSqJdK|)v5LnjvTeAH_`pl)W42*3EWlSG<!Cdkd2q#PeBe`3<7?~
zI|pew6mKi$mU0*4bbhnxOqGRL_(Yv?syug%gjBy~LnH|{oLW`!#nPAL*=_cz36P-(
z@#KKo{~_5By9on0$o?khTU?;DAviR`-fYo(k2$GSg=Jlvy-uoI>X(%zRY~E6huHF9
z$^<-S0}}?#C~S46jqmPII<_I;!b7j4`-1`_;6fpGI8Ofo1NztYZgO{z9DS*f#is~<
zI|JpE&9;N7{`YRvciK4xhV--w?+rty9l26b+N}08YVS#xp!a0tv}BrX=;rlA=5`DI
z)lMB^UJd)uno5rr8hi2Vp(608@0aGl>{DUOblho7O8S9$!;V^in%YNablXD<aRMOZ
zfwJEu7mT|#UfEYvLT1izN&>V-TN-F4iyy4Vt5)4@WG4uZ<>*bDZ#dHu!^clw@LY+b
zLdFgXQfWzg?0yV`VQ)sC<l*9mi9jwjiIO8Sr8x?W)cPIx170@VUUkUtj8;cZ_&W5@
z{mM@=gIb4t?0>YnHqr{hv@%cxvQX<>jofoZe^h$;qMAkH@3ecxCD~H}${_oIkcgXO
zjQM_k{is--Co}8J1e2Xw>6dI7@#?jm`34&uDh1AKvUzL=!bA7zQUT`g%x5ZU77G|*
zL6fq~PuCdt^u;}FBjBj#19=<yQonV7ysHqC^6o>KUgsD*Os4g~;u2%Gi=GDD9XgmO
z&)rTH(6{hztUAxxwk8ZCD-LDQ2ju!}Bd7(XRg{^874s<_+^?{Tbj`hxyOWjX6?2=|
zh-{k8OB(ss(_QOE*esV?7ymly+m{^DGlToNC8`AfORLdf4CR;A$T}?*QXzCqB`#|r
z%U=Q|I`Ie%TB@y5bU=<pu%Mk?(X%(GvjIq?X-8xfM!9y94dd}#s;b%`B_Ed5%|s`G
zt{HM~@9>#t*6Tslt348B$YLV%p6Ic-;U&M9z$6(b6GFrzgL6d)BTi{#u?(`_N$5oH
z{PD*x87BebT)#P5C3Y~eO1og@`xj(*i+9KZZS)oi4`q?!mW^LrOp_^rU(*lwBKc+k
z8uK&voo*(tU+O)PQ8CFJ>je1HHntN6Kmprfo!b*<sJ>}UfSOJ_R*JhPmi>X+;Ouof
zKgUDryAxdjv;y_O-Ax7IYn2n5r+Qu?zM7C01s6;PKzapmLn+?uGY%2Xo~)*&9-APc
zXW6T)G&_P+KdratELpG*5Jm3O4XtBvv}Gt+wllkMP&6E=pbKnx<aYXjg{;tPPSu9n
zBpn7x9*S{HzT51Qq(+V?h<|jM^9%*l&0P!O4h2`mR|Vd3sj-krFwp3NVjV}?%HW_V
z|6x3C>EAg_csaU&1jp%;mfEV^6ShSI?E~53wW2~rWue@-Nv``3QcZi9h~z=@fyJFu
zgx@Wx(@<|#CXpH0CiKT)C4syi1X(5;tpj*89IuAI|Ew17e_xia70E;JT``{An}CSM
zTM`){Ejm%0x<o2jE_LT@YrX`TYr`XzxNEg+K>~}Auf90%MGjMk=pvOPSB<W+Mjc_-
z^%Gj&3^7x(B}a~(yM}#k&!uM?6#w7C9RJUp$9$ll`s4O-L(PQ*CQ(u4moP#PCxOxH
zD~qBfd;iB6^~Sx2?^B|T3+ksgoCPZH*FE{N;LW;V!}h!T=-Xy>^#J@cf57|tFDHUo
z>!0n{iFF&Wc>y;oGf?pJk_kjkKdKr04SG@@c8MaxeBR&pmpu|_Ta{w<i;1NAcHfNq
zRMovFo%&*UZ-hyB4g3;a*m$?Oj8KfW!(U?a?yP6W<9YVL0~~dAbwd3CB<=DLlvjAi
zBtLFwW?qVwF7lknVTsbOJiZ$k^dJfWz1yB;JT@*G&o8<TXvFKN9{z~P#y%xv?xLiI
zw<Lg_9~B{Pug+{1THObNnhAfr(nOEYWqhW#@)4%Mqd;L;G4y^sffv(!E*PKD;I2OE
z-p|J75y5>|y&rXpm(p)3tn$X_*j<iYv{>6NuQ!*lfd>;@HCq&bqiWkP>e~^yrYn_k
zs)YZbU$8wOf2$zR8so^sf3y*3<EAAu!~%izX=%l(k2qJ%ZsQ)L1R0++h^KwJ>+jLv
zSkn+p35#Iq;gx5_h=rkLOkO8s=YJbS0r}PI=OM{8N9+jdYItk^q%&sqb>olQT_ei9
zD&KT&*mj3O%CgvHZ{XyIcE4I|+xCBsG4g#G_SklA+#%SCi|u79I55;lq`ZHAOxc{y
z_1oOoeD=HMMhVGhdFc}{dRa#N{GP&#q&TdcAUDjyOPaHV>_<JS`4dd)nD6Yp*j&Fq
zXGx$fI}v*8??8ytoBt;CKK@9vhTzf98Ou`FKKGd(10(%SpRP-G`6nid_O({RfO6@q
z^hUW$xGKA<>>nnVt;A2SIBjS}(sx=rgVqs^1(seY+TQ)I04LbzqZK3%B0XLMf(9*w
z@dEJ<@%$T+2!blSCSg)ub#6-AIEBo9_uzj0MXz$Fmtfn<>n#K1`b&&eLjC0{lzME0
z454pc4q%tPn)dkG)XRGV7;z0UxU^8y>B_x;U7B};kWSsu-ODta85kY}#$nv;fxhdl
z%SX&7e)K;(pGHK;?l-fDc&8@=kY@iS9suc~3-=gt1E6Vb|49Z7eI3ZMYERDfyh42b
z^#FbUg<||1?Pszfr1qq1by1P^S@}uuD7qZTzCl9T6y*DHO!{xpCpD4Fqw?-1d=w8M
z#<35|R`3E?=gze322;&HR_^I{K%Xr_Vblesn`I4LOZpgh9>IjZ$QRmaIQYc6<17G;
zxzmy|cQgehyG6ViA;t|-Qr%q*eBkKrvz`+IkBS{#|NVzd!C>?w9<ZKrGN|7C>W9(T
z^MoCYNsVn{!|N}q+g3|{zAqf7$QR+4`sDniEy}h@`+Kk9FE!X`7Jc@1NK~dvQ->*T
zoP}Rb_7#TMC<|NYXk+4QAP>*?m-jdl$>{Z@mu=ssHdpk_>Yn%f71V(5Xz<p#d{C{6
zKO=mm4OH)+@MnSEer_p;H1kv0UB||^ziN)rzma`$s9*jIU`A09rUGiD!TQuUJ67mI
znIMLl@30WURs}F(mvF_M&-Xfz^gX}-AVQXTd=62M>w5{3a~LT6*i=o2QloZEr<^wM
zD5zmhy%=rCnH5|=<WNnR5MuTsk?cCzr{yujzIv&vu|?^ML5F-3f@PZtOOnOvII@O)
zR&4ugsqx4WvY%{&d&wSCi}%mA)f`N*5I%K$8^W*piXR0@Piezy%HFPoZ=z3mdC#C9
z)8*D>AHV5$Omj~}bHH(IOTCh7p0)XF%_2TAB8Fl&-x19z&0?;NKN2fkwB<aRMAv$?
z$j!Or6?YCysf%w<^Ey#M`S$)JkBlq>X6DeNL+8^{h}^yX^Az^!FbcU05b^}W0C^FA
z_19+qTawebIFc!cDM@WP9xaWxP(lFag!3z2+-E$>pl}zX9&FWZ5RnVfgxBz$NK;;k
z4xGT7SaA$_(GC2%!R5d9CDHkF<*UeauXA50FxZ+XaeYpf5d+=|HVSc@`3_u)r=iL>
z6>oL&fePvGg}+sKNHIaw9D*(!sx9X&Bu#esC4>Uw;e<)8>RL%Yc+T8`k)y?Wg&&?t
zz=^X;v>|N&XXRFo)T}@9-(MTIlY)eJl6(@Wz(JeRei;sAxh#u45?{=&1vYQgoQ|q*
z%Mc1o)u)F?ohIpZs{WcdqW(@nR?v0gaba=f?r<!_uI%#)eI$`*`W|lYFTU~OS>)Af
zA;AC&s(cKT7NtN4^;LXBYfO)AWXCFvDp?bBKy!@tvtwncoM@2lYLKMc<@MExC%=91
z3@XQXGFH-T=FT%?+V8}(9-XQZ=*at2FdDGyTDNl?@5AFwh-em}@n#oU&*v(iUQ0{(
z7_pcwHAFnu-{`*`guMSzxxqqt5D$o_qu6e+)tcDq1oQuPK<=}z;@rG*ZPj~6?Y)_a
z-DhpuQylbp(;<Allyojo`IA^%3`;V|$;)sM`_TPREVB|Gq~<C@*U_fY`55?YcxEqn
z8~4?h72$LJwTZj!$L}f7<=BISFmy|3qtNx7Ni2&>sze)bG=})2oaU>o5C5)aruLJe
zBxoaKQDF+@UAU6>BCmf73ho70gmTj0&G7L1b??hjf{~vGSL%<Vazg;@;}2$&mz{yy
z!qnaG(8QksaPpAf3`;6sL~u&S=o=OM%N|@Ac6Q#1jA@IZZI;I<EtrE5SdOC3T?iA4
zB(@vnuJl=7&(>K!U#4-d0lDWeajl0d9Y2lAiNe@_Y=1w}hY2z1v|M2#Wm}hIISOdR
zbi9pa8Wib*Op<a}z!tf?sl9tr!HQKcfAzQ*GV*^OCi!|9hV82U#r*s(6RRG}pNcXm
zbAjoqCzP|g#DGAD8hvUA;!VAJ+o;N~P$Mr+ds@{(hM`<ys9!-8Zy*Ufd=7kmM@apv
z)uvvli+|&lw6bk9@&$+``C1qaJ#D3p_RHyjg|Bsc$!gxF)KIxoL-^PCKAARe$P?`2
z;^}irAN>w>*@uK;S-^@U@mxsSceq}}IFY=gOl;vHDvXTTBK6%#!PJS!0sjRise5pi
zx$%$NgC8FcgR>7ILO{S<dYmuzys>ame^65?<1SkeM=50S#?05?JEmZ#hzYM8{!3pV
zqBxx*GZ&g+BVvu~IQ(u^sQ<U;c9f?!N5l<=M8K=w)pXBqJJ6zN&>NK)X|HqqE$Rjo
z0oFPt?BO*n?+Ea1yG$${C%KI@8s_Uiy2c}`s9gsVt-fgwWeD;C&|Xv|x0kod{LMMo
zd4X(#2m|~VHbi<cqD#eWm`EwW3XBk`R<DxCEwcwF%8EOQ;G?+*i3ib=5_TCUnyXx0
zDXh7@8|jo4)^7FtT6!6;p1w)BSH0hF@oEcDG8at)ioYU8yKw%4aY7iyP9KC@9wPzU
z;s%Oj_m{Rn;jaEth_UPRwIvTsb*Bz=^C*6A9J^EM+I{XL-jXO}S`YK4-{)w#B0}k(
zyy0O46&T?|`NsoLC8J#8ly#3zZe86(UTO=I)E&gwDzJnRbt%4d6M_e65i(+0sa+zQ
zqqM2&mAsqNsDs7{#+CPj&DDBKOA1XODflv0hHOUoV5jsMiSPD1^NQ{H!M=@H{3&hg
zw7!u7+8D;K-R8ke8s>7bR7@{%-~ts-R`a%lybZx;$*a}ljD6mIs$Fqkajcim9qxvM
zUwT%dWOZHP9zLs$!4gwV?K)fv8O-lC8TM^+<lTqA4d~l0NwKc%+U}G7iS{z63U~MM
zYU8q^Dz@o?tlb1e<$R%YnDAl8Q=|eML61I8q3?*o|MH1U@|KYMnNNz^bp7@%l?NX2
z7s5QbKNAMgC{6NcC;>qhVk`jbo${Jc=bdi?^~Rq`T~qC(KEIaToi~<-Cyd1Q=T<`b
zP0un9Ovc2~cKnjBJ#in%Y2UlsSdqLrF5TZ!QQ4MT^9xDuv+Lp;Be;{P`pw?|I&-_<
z;6A&E(|Ijd6l0syLzkKEw2yao8tT{AXD|mz6|hn|;0HUY-1_(2XAI3lJG95G<2bS+
zOIGLjO#j3_Y}>7>J}1Atxtt)RuSYm`fA47x#)m<<F~y<93D-CPA6C^Iz>N|{uKHo8
zlxoX3MB3q96_2Xvpnthy?RD1igLOY)h&!Ro7va+<{Yv>jU)W#fK@2k5ME_nylf|L+
z)4y)Hk)}Rg-v9er#4{LB?-G#bMRjcZiwR>+!T7AZk3Lb$Dn`^cY_T;457y$)v91H?
z)-Q+h?F$!ou62tU1C0EV%m`*R>c-V*g>>Y&i=IODbJ#uyDjp~>J?-uQB67A1@0=^u
zl|L?k_W}<hHT&&~(PnjCLD*v`2ZAn@wkH4q5l3522{>Kq6v2f6xWUIdJH0<e?a=%c
zKVei1c<yY<2AJbS+DOIE7q%lgjfu^5!0S6x;o|L_PFM)5|Mr{LT!aR(A)pG{9n7w4
z12EBol$MGLEE`3`4(`uyV3~W$EQ*Lcf4O&tn<hclr*z#=^Fo6~k8Bt1NJ&*$p=CNK
zYy-)zgrY;kS_wQ-yjIB~c){KDbGXN>7ajUpmIeffbwln5XIXj(!iTf0H(LBbVyxAz
zY%cL3f9)rEEpVI#I_E=*bo~ntr)$q0a5i=i`|tIfj4vG5cmAEJ-ZlS``#aW_LyeZr
z$hR{?tRa}im=OJ{*h&(Xd+*0Iv}=b?($z_{g=@7_lkSJ*O&}28en*|$uzp!W2=Ega
zC36a<S|+H<0Pk7@85vkK4Kg|EaT4Jc2Tjr9@&Zy-zFC^ZxoVfPfezM7p`r#?a#(~!
z4sZM3F$~iQ2sZ>k*}yt4XuxWkbsKdrU)+_IlS!BMOP}jwuT*7y65DJ3i<;gB5B~)T
zAz+dT#{*L;R~`5L`(J(cRMP0-MVs!xPqm_G*l<X-&dBxI)w-zC&!CXjjUL&m-x{Ph
z6e>|{dXz7Zd$HL`H*aODVFPx(!<%d`I^*4Bq$f&ci868b_)~NKxQjwO(e%C;WZ$LG
z<C>v@;(mjiFK~<l^=226SlHUO_ekF3v1dBhii9`guVS*p4eYg{l!|N6cSPz#E{EfW
z<w6Hopd%p&ghTIXMeOvZ`!oGH*7sxeBFq<@9~?Uzu%x-}DaX`Yb3zjX2f}W2pFb$i
zjJ0sXA_O#-+5G+#enwRnY2S-t|J@Pzp`+~VfmRAh*ZObrAL<t4J322Zjx!H0Qd;uQ
z$KgfKK8+*Hg;5k=v6Ymm|A^Tc<gnoqp8rTJ_{i=km-iPu(1u0+&YlS-*3EL<r_}y)
z%Kx$N^KRGX{&ShiV=mZ>;>F+(6iNuzthPbTB3ke$^!_dafQ(naAs!lq(#=W#UhO{5
zffHehmNrfTO}1l6{qKx-!!3mQpB<@o#T9F%5*Q=84C{PjSdbK_PIh|7bHbWT2lIU#
zK@H-fmRYJyUHN@2Uy)?&FiCCt!D#*GeZbd^1BYX@`<N0MLB|j1wrjb+kH64`Tat_h
zv`<=KGpvd}Kv6foC03l13PR&Vk!a(dJ6r2;8ZPfDsaXvoMzm2jWrE|G{P#f*Bpy$X
zHbK(x#7KX?7Sa9$-BWhf@Y3&lSJ`p34gt~Jm!3EFKN7w^z!4-(oo}|W%-H&kG3f&?
zxJ`y+Ks~Ew48X7}&n@IFZ|>!EgjK>A*~j`_aO{@@9sC<K1&+SP`uq(Vkh@vO`B$9L
z2*|qGog3_KC9zT9-S$EQT{MQjrZV|Gv_mBdt-v|*oT&|2$buW|%Zv(n?Jd>jE8rua
z#Q&YR6B700=tQptt?T`zwNR`eHKmmsBBZ($675=jcuWRA{GaN&Fdpz*XRfwm@)mDR
z+7$&dzC+09lxKlGJdUm#sz@Of?O1@JI>u8VopZ=}vlOh97l>?u%mYKmYo^SxO;u~)
zbo=We;OqTs;%Nrrq!nE%;CcTtK{#y!h4!t6bm(3gD(V52XD-eSI|oXn-HgiYzjq&Y
zLLZ4TuplItgPRpeL6j*Cuv#I?Znbz?+Z#V_vH3c|B-&HM+zz=;>c<i+jt?&m@#XF8
zTVxj6io+UMwJ+MT=b@ke^Pz0-wEg2g|LfQ>`$*{@fQVcDPWa;;Y~*jl2t!>kYaggr
zdnF9f-%;E=@k~!OKhBhL-d<9TI{f2gd_GZk(75@L*o2ps1f!Ufv@Xz&Pn%h@k+bNQ
zzE6WENn&1*JCF6#s6?SA))C1}ggM-%Xqg@u>|~gEQ@vi+f`g10gI_!Fvp2LGhZy|0
z(6;^g(kJKVQVk=MeG)%;vAEb(&EQn6LZRE6VoqR(Y(_@`HZjGmQHOQ^JrvN^r5Q+?
z_E0b1hFd3(n_}cb;O?@MV^r$hExJA8(qnUA*6Q521d5WLv)gGf6*s5;_2;X;QIR63
z9a1H9tOyFo?SHfgB3!f3I^Eiwuxd|3diuG@th>EI-5W95_Vu)nO5*>r9gv1cYi1lP
z@Np)5cK~kdd%4*~SQ><{RvqS-e%IJ*$CqAozPJ*KC96=XhCbp>wplvKS-bioa%Z&v
zrwp=nx204x<b&R%$HVbCk9#5*VI{>f&^aeGKvrqM)c2X+Gi62HUH?6=WB+G@9mMpk
zhA7GN<^0p5XY$BHuCKz`^}{j1%j0c7;Nx+I^QS{)_E6__K=@(6_O4%WHg#OqP3*`X
zt4p+e4QnD6{swxnh#5+#s0@_lNIj=z*ir>k4C(WtdyPI(BU=v_w=90ij>94zu0<D|
zTg9)72vNzo4bF$g(S&1X@k$qInRUrbI3J4ALPd_kr^xGnmT+62Z=>1yj-RT2Mh4di
zN<W1CA3qX=eV;S({i|D)ZEtMD)DT6tVSPIgJu$v-1Z<paG_-DF!SD-_2Bd+-0?^_V
z`X=Sq6~7a;-0jBkqOqOa2oJyNcIDh0E4ASa&8yh_2n_>So9)3TNf!e}f-5f~i&F={
zW_+SIdV8#T(eG6tV@|%iB^|Yq&*QJR=db(4?cTS47C(tTuC@cbV>+*9`d<Hj{d?-_
zdtd*0Yf{yNviTzP_}Zn(THm0tot;)tFV}($F-Obs1J1S&a>+VoofC(m855QS)xnz`
z2H<BZX2KC>RY*H1PP-@9LIrI)5-j%U$$L%Mx>zT$@tBvRK>|vf)?NOjsX`Ffv!js1
z^Q*yYo}#635zPIkF<&3gU)PQSZ^B<s%Xjr(pGM!QM@0AE|7)4tX9T>}YJxBjN+;KZ
zzn1hgyzvPAv+2~yX_eN=N`*r<wuD9_krJ+4lXB20A)ob?KSsFH!WCDb565Jn1N|zL
zj9I<_7~lBkLw|HazX!?3krCL=C_QlT;KjI`YM2eM7^`y!coK6nYF1SAKSZmPaq3H%
zuhaK^&BU=|>HZUqeXss{GYa_kukY)AIe=;6>;3r)g<)5BQSa+1;_C^^q46O#b_U<W
z8Yj#fU$Oy$rG{yX1_S2uBiqC`ITbjJ+WDN~8AL3gtSpKnmy!76IW%HH_K+eD@<<Px
z*`UUccBS|?o)ky)R*AqQ<AO$=fD;6h+N65hxNC?v&O93KA`|O3sPl9%>F5a>0Q}^6
zXnCtmxcBwGE&S=E<~3~;Fsjl&z~|K4&dGQj5NG~-2na}vi|(Nf{$E^uQ*>ovvu$kK
zPCB;JF*@v^JGN~bJGRrY?T(Ed+xCua<Mx05^K#Df`qrpg>l>pms^**r;lDQm{*D~5
zlf5UiizYg8vT(Al*9`hqW@^z8pvtk+5EpAzQcM&h80Q(DwEw9fZ|lLlCEMfKqZMGk
z$iwjFy`^>&dB%y-;UgYH10pB(l_j)2_AABw7^}x?_-Rf~Pi<=8jgome#~*4oX_s0n
z8{6+cnP`HOzf8#U_4xJiUbv7{ErUuRoq>cC-2>5Y-m1Nbr_Q3Vip}(lKY$2=;+_>|
zR{kM{t~q6$Sbl69za49w@tCS6`VDAIjRGf;aa@#miU0>7@re?1R)`fRJahb>4EIxy
zAXBse1<1oT01(eBpa_%$TrIBkMR%zhQW%sUy;Of$Wja<~gW|rr<P%L}Aw6v0mvcXF
zL2*|vf`gDV671*`>Lgnsqy~YX?r1$sZNSZ?bytzo?Z!%p7pn<!)7pd4L<}%O=ITBX
zg5XNdU{R#kctyb(GNHy=NM5J~eW~KcrNWeId9&~+nsn|q7mK*H(3MI9Fk?QJS(V0m
zMtm9b%!&n_{ax+Up|zPYKjfE~RPC_!%AH5I2F+IndHm+Vb<Mx&GSpIq(8bB0uiWx}
z@8hV?6?B{#XaqQSN`$5d)O^6sgsGz0Z7HTz!!4nM!7n+t+u1OXpstSf6d@KrzV$46
zLCw(AnN}!6d87ulzkw3F5-WT$Cxu^=+Cgxy=8*{VOnbm6+FV`xZoYmg<<838Bv|gF
zSF6U?>GD^1@LL-~9svv&VHm7|hE(=X5F5kZvvZo0z3UwaHPD;dBZQ9{MLaKy>Xt7Y
z7s*|Qf4X>BWA>pp8L@{w30Oz@w>V&jmBd#L^Ne|i)CwzQEO??gC<n9^8-+k%Pe>RQ
zJLOfk5}EI}b&<l!C>bOjYyT$nC8Of}PIyK1_2U2a%B>tLR+n5j?VlYcQx`4oU_?hv
zlXujsE8}+e6Ae&{b{dEkW@IpkxIng!hCEF4$k$xMi8A*q?|m7^@LAEe88xX~u<$KU
zVlJ9=fFh7FP9~a{GyC(tbLGz@l3}kr-)HDw8WP=QNd*|sR_j8TpG~X-H(zg?{vY@1
z%si)>ZIQzq?Z-4bOiOdjXS49GRxNTwb5U8yMNrnXi*=$(IT*9N3-*7VWy6NZ8KoN?
zEtoJjl}UyX0)BedW#i@4qySNqsrloo?Y^OT^39&*iHQ-~_jX;ne56AaqEUjEiDdBA
z1$)c7GU!?|Be+gPu2xwk<A;OTA55ebHl{9xzdp9VG7hiow&5MG*-9aDj@YFoiZumD
zJV1v>OqzXI#7nA7&e~cq(V3k0QYZG~QYb^@p#stHifU`hf6tisFH~gx;S|abh03>&
z_ZS^uo8k6g@S_9QaZg`FHY8dK{N1ye7i`)K=0Br2kNb2HxS+F_2miDl?ykKvSH^@F
zE6WyI3>18BZuh*d_k3OcE0%V{v}a^kj{}X@HM`rW`DN6&=`hL1G@1%e;1p5!h^sBC
zptkGrv|#PMsX~L7A;+_;v@8okAXhaH#8t3FP+e8%T)ldPc;!YQ!|jb0G!B#7H&whX
zMvb6lWtM7A>BsohXb4{OpfI?xb!c8~oic4&w;>Tauo;6L7>K2eAHH7Srnf)d^?TlG
zNqI8Y!Q}5DHvN&vlF$t6f_Nf2%Pw7{mw)!|;z-J_v1+S{`WKSTWX;iriBiHRs`W3W
zEy_w$*CP?9z>I$V+$DEQhr`PsmkyG6XGu;x-&NVWA;A<j#)Cipx(4!AZPW(s@u_2B
z-;lLmY1?Pp^nOW{$kKD%OKLO0Ysg%K1W<rquPv(=p#oK+iB*F;uAO5%nM%B}(dgH~
zsiy_S%?LFvY>_xp12LHu5SCgdhRz;kH!?mu@u;WE*0K325Y-E=CH~_X{HD0=8vH2(
zWG?LFfnTiYhO5US(F9R!p#JSYmw|!eh1L&}nmpmzi7=PB0p+VzawmVJ7OV4$bC<^c
z4(Y<@>)4!gNCU0hT$^6TpOi;L<q{Rpq+%j<Fydjb4^|;&=WL=FKcdHYhuYN_yA%|P
z4m=1T4FoFGd<>GYiJdrh!!Ye6`-~Jg6I2wmu&ite`6<|jl%(;hl=M>SDD;<GyxuTe
zR4gm*pcm=Qk=HVw?(CW*Adw^DuhnLqn4Fv|!VQyaV_ROTy_-hw_PJY;dC|y2SvpfT
zqrZA7knvTAqW48xjS=W4y5^>+!@y5vbh0NK5@o62Xp9jKpK_jedOZN|ioIa{WM|6Q
zczbETf2iQ?2y32Mu`gV+Ai~^4B;hHRSI-M@pd;8SZ>&HK{lKj-Xp?N|7<xw!Rt*dy
zZ~Ljh7UHH75m6&~0WQyuz?~Tk3IIubpLj|m9AQ~CHKo^s(uC&*ry%DI6`!3uOt@tb
z++vkCLG_FK{%d&ayAYLpN=S`m><^g`2@y>gT}hioV)v6FcB$TrGDBIqMJIT$K<|{j
zfS4F@rph2~Wr}`{3<CldyT8zXpy`mm(?lcRjXM0@w@y2-8j=I!rOJ<kP?FFQO7vMy
zAS+ya8ivFsF}edmV}MDaU5<rnQ%yQu(6(vu!$B2pd+!0nd&7Hpv@Ho?u-CIW2eLyY
zMa7@s1JQs&soAphg{HmAb5G6k_!$<)`N~9*Qfg>{OD8pHnUj-5d)H<y8dk;0@4qV=
zX?t<zGh`MF^sr%M1z=m?djo(l2U&NXfI%DyJR@i*S%AX32A&W5+B(W!^1&j4<+XQN
z3XBL6>kh34yCIsj*?4!&%f@V0Bh<(_@CBJr3n`$5o<0KF*#*3EroG%rgOFps(z+3G
z!ENyI4gcvjKe6?3i6>M08Md+Qv8+SWz25Dk-WzzIEaECh!nxs;uvW0F?U)TkAe)n4
zsdqregz~q~#WGM7LMDDL$(o5lRSsk^ch<BmJNZB+gtsTc#AnxWQzsDKD%#M-t>My)
zMf-bySIkMxtW{K3H~|oc*C*8=^5Z#wMut8VXIlw<w+{9GGdJ?Wt0Db@fElUs3&L>c
z72-4ZBY34E0iL6_&*TkalMp@JK@V=5VP7k3TxtoeArB!{>(5}`1|c}~FiT~>2;2NI
zMdBnGvHeanic}CS$q=`O@_kjED@OXX@fUF^DEtC#-nVR0)}$J@ozA(Cp2&TZ9+4@3
zN9V$I3(&ziK4|qeKY44n+-O^`y)Dw6f%)a##T6Y^9>&%HY-uI~RKrPxb3t*n+!@sK
zjQLaNbJ7E<b?!uO5FJKLC4PuO4@(b=z)5}RnfKVnhXTd5V!}f1lOHFm2%K`?Yfgrz
ziuVHM(C~|s4^4QD(hEwdXg>QVxM};C|5oEsRkY~9Pj1y7HcSQqm1=Q##@9(x$1@30
z1}5LW$bOndg9>GFB$}u0cv72D492iQv)k<8stxFlob^}i8JN!f_s<!>tuky0Ak;yB
zx8af&${jb6Wt)Tk?nT%2(r0^5`Vl51z))A3c!@J^;yQlY%>pT<IbFKmF+5h<rm(mb
zRMf}JcbEX74TZGD-q$5KYGT0xSI-a4XaL7*6Z(b+U-Y(yO0qI{G$WLF4%!DQXDkew
z`S{kwFnCJ>P4xfvwaB;7W!y6pVBIJDs^2Y>>%RGr6utBI1b{ofIXa8ZN@*)c(y}Ms
zIezqp*Ip+NL_(r5-s@05TPq8L8D0l*_&$DqoYS1Ps=koCQz^;vWSN}_D+9Hrw(U=R
z#13i`hl6iy?C$29>U!DBLeX@><~;x@O%Sn<k>Q0BiC#2uf}H&Tq|md=gp>p{OHke!
zrmz@6=#;}wn(QSAi>tZ)h7}s5l$tH?dwcz8#`Ntb;1@JfPe(`k1z6~&5hWuhnPV3_
z=6?IX0>6jKsu@rP7S%y3VLxm^O{*2<7{t5*9(!Qm#C>4_wj~K@n%n@VB}fDUg&xsR
zn}&loDY0CxCgu3BV&31Y(+mAb$Lzvxq#c;f0?2*as4|S&usNJEa@}m7=3^$XZHp7P
z^tPolK7RLxcOnpQTjXm;is5xLsbU9;0OZ8`<B*ZiW<IRbS^FJTdvi!bm9yn(%N=Rb
zWTDuw4uK2iD+O1v{z+H-Os(n+5s<eke6lW7QcA{Ivfv7oUvB(An4U}shns@?x>TXd
z;#WErN9AxGEyi=@<%cxCXUf4!9aH@l<=A@4y!VnpeG^Je@x8G3M@TxLI6E&=Y0(P%
z{ym^hn~DZvyHb_7B8tlfOy^g`justff{ZJ%97QzQOb`+~hAiXmaZ7bQ5yT>EPW-mh
zY<{xJtF1V=Qs?J|(8&xU?~V~N(9Qu60eNruUBe697nN~#=#}E%j`QcIhOI#Q&MI?i
zCh3f5*NbD<`UQ^gA7Crx8^eK>*YYS0c$!+wO1>F1-g7y;SRjoj3V(S<`8{3SMLk6#
z&;WzLsVa%pf92{T8piRx{Gqrf%y?#jr}!p#E5mpfA|+JHmos#e7@zLf_VJc{h&c_3
z=Azex2lCl5^ch5@^1m8qKNSI}yHrjeYZgZHqJ{^^Ty+vR(D07jy~ync`z7D5I4<+c
zbHp*=3q6u*ABN@-qa@T|)^R5%Gi!quz*A<{AQ_MWLkY8{Sxl$4*%!k(<Iy{ShT|il
zciq#eEIymD-u^V6&(;tW0Wn5P_mTh&JYy-8de|`Pl41Q*J#UTIng0sMA^Fv{`03x3
zDPv>D^Qhc_74#kZ^OLT#9l=B}J!2xs(daK#a_@eg7j{JlBH28&u@!j*2Ul@r6?f|3
zZ?)d0)mqp93+8DyevyynJ@8=&iMP9E|3O<oSw^fOHW$!z)PRe#gj%AOX&!H|xTvrD
zGbU#W)mdwq2oPG_(sw}uF&PLg#VgCb?mlv1mUi)~rtZ9qzo2JRv0VYL?o`KxKwfQ?
z2X{yR&>BY8!NbTN;Q8IIEyDJ=V89U`YOQaf%j3@kD?0c=lXzQA7sGOKRSO9IgCmWe
zsNW*R>KDTkZA84(D#7=qb%(-a7-wI0m^F#-r(<TS*@u~3jNRp*2#7r%N}v6}7GGE<
zf^ZfqVrm1_9)uqClw|gAvlE8*FhiRGsqgx{cOUO+-+Ih79x!NlQ+|Z`dFcd}Ttx$9
ze|a;bV~u|``eDMVR`NC2J8*t#x=7HS3?>pJg)e~yO~N!|Wl3@qn&hruTl~l?&-QAh
z)SdiUa4#!{O%1hovwFl{>mUs^-ZNZTZ(%UmSgmjTD6L_N>U-sEXYqSI@Fx(B`gFgY
za2r}d8c64*PD?{RWnomtp;pz)n4-0enlYHxu(3e$ED>ErPwBc?of0}qOiFi2iNqnF
z2ZqQ2P`39kHm2A)bXF(r<7S*-D)q5Dpa&dm8`?=$VkZ?lRx3=mHZNP^pNDP@x2`as
z)E1EbP*rN6$lZH`4^=y4<jEUDrX;`1k|DEZ%$$xb{}hm25VEFqap#_@;P}nn{8auB
zuPg@=nG)iub>v6(sxp(GOAMOY7rzkn`kww;nTTvuj>~43L?piZXg2(y-t}QwAHazf
zu~KCD$pFxL(QODSm~+aR77a<cBYaY;Vx=^9(*hB^a)Tk@seuam*ucpH(tiZz983+o
zbFY8z;5THuPmph3<Zeq%=QeER<^>YRx+VsQPDEUCR$_y0v?I=lP(m4*+Ik-l0D*bb
zPMbL4`R19%v^JLpL!J$<bUNLz%{Vwn<HRVjOm_aywO{XCSB!)2hbTL}?S-DDNBrSn
z#VSpe{1}Kuu^5!|yZjep3r9}is&{kjy>R7v##z!KXG)9vXyy?pywM<75c3*3kSw1q
zT+m6G8Me94sO7U_Ih*rVgkF1qRFE8(g(5NlI_$K%=Q{#$^34|Zyi40|01jYFl#0)=
z#j<Jt^*Qgq(90$)$_K!Ro@}>>h`=e&57a}OCZ?s`p>}8eIYz8*OIU=4OnIEoNP7jG
zouG7tc;VbaV;hD+#1PZAV6sw<)w|M6`Blxent~%$NNFkyU+Z}0{ihM@E@9mcmjp5p
z5m*xqq6w+9eZf4kZlIiN(7Zb~KGXZSIQ!c2WMeFL91qFEa)z|OQ?&_VWo^0}7`xUm
z?84jZ9KUh^UoPXODXtPb+mzrmnVB{%)wlp#A3z)kAvR$rBFxSAzhX41_gNM~8yKt9
zRd*YZLL>TzlRqU_Gk`rHLB#b>kg_W{aKy9oqu*=Z2&4~M8)+WJAqd4!W^mb_uGy&l
zJX1v0fGYC|)O4+5R&?sZkQ<SH7-qV!HYI__NrbJq6su-ms`w2vxr<LapP^phOCv{(
z41z8;AzH)#8OOu8zY*QV8o=pd3a{McnDVIPmT5rIqgUOE(;mvGL+w0c>WUSL%!3SF
zMGCpwZ`OQ9wvbBW+W_zeO}4e@e|=<7F5KwWx%^9SPQQ3YGbW}aS=<~2l%%x;wMA0_
ztY!HEWw=XrR1x_R*>zb|M$F;M6@@f!i6~vL!x+fp_P1wRL&#1#PGqR9oQ}rS_m4AH
zl!xdpl>&Wznp6y=Q6N^40@|9W#aF54l3s&^=@mv+{Pyk-5Rd=c>k+<t>E4BxThx3&
zGaD2IJPr<K7}sJf#>pB0bt7%R9K3EE$IU42FtyQ^m5<|sE@t%<jhO4_mGa6x@tCh4
zqtUTGK6qX~Szp~;1veV67tr&G@?`H%wfMY}{WfVD4C}Zn8}6flb4$=~ot)nWb)65@
z-Vb-n!gn1TB9@3)A~5RAHPWMT8KVS3&=OIQZxS#zUpkgp&osVpC$(k`z0|x)_2h<x
zAx5={`BU?(Ie9mb@VwCt2ZY5?h)$#`@>H|c7_~vY3y#qF;Jpcdk<(z%vvIfeNka_V
zw%lAPL%?qdbi|AAAjCs5b9+8dGll&E2z9%+mvkPs;Wm5Pww8!Oi?eR48hw~>y}6hx
z8(@+1lbcI^maJ3bAjEzQd%R)&5u{mW$M)WXx0)lSB;4caCkr~>PVHg(5n29wv~Y^V
zxwqQE?k34mnp`$W1?ST~>}+_!zrA}E5z+{Hb!o8TZ0>1{Z?DXu1s;b*=E|<N#&4$p
zEUTw$y_l<2si0+B%xpt@S^_y%hns9DWY=P7;&I**hrr;uA!A`~HlHVBrFp-%=uz6e
znOJG;LizjdN=qJ6nACin<VxO!NI7^s3(Ss078NB5TXexDBeXcRbJ{qmdBf`M4`uN_
z+d(5DP8+{~dMH1fudI*8Y8l^svp&$q5TH0@z5{hz@8de;`14A=$Ijt|1^1g(kYf!;
z&)QsH%g{pY+MeP>kO}2v{9P{%8%_p+B|S_bKedt7W3c^_NKtI*g!{Ok9B4+?kro?5
zipp>EPxXLOxJ>4t9SmSdPD1S70k2#X!&*DQo&y7h)}!skF;vC5VQUGkF5PJNjEQE;
z|HBWY=lguh(CLgPQR&H9qv^x-)@?U#Q#u!B)RjcPyvUX+S;xipj;!9ULWhId4|Bu8
zHi?6?kW^3)p(;c`j-iM&(C0?#(7-~a<yoZy<HxkZoPwpQs=Fx`v-$X~iYUVnd^V=6
z0*KBLAG#{GZ^IjgOGIT21>4sTFyjFeM>GXH46t_bX~2I{@t?6dBA3Z_;*t44v7^A-
z*l@FYZy3aPF7Zn#qa=_YWr|l(F^^o#jQ|-1K_xZM2vtSy*=+m&S!+;0h#|H3R^M2<
zJ(iVNHyh&>Aw&6P<>2sR7!}~&dCyt`Q*ceWM^<DM!Ai#arx;-QzRa=V*g>9fV@4-w
z#@(@w?O5NTO+T4>ZlodQn%0`!YQ2!sLCChrDN=o(^Hz(jdtHYe<xT(<u1td<;<MiQ
zq($uYBjPYBWyYb&(V<GQT5Ulx+}J7%ssxjW)Lz6;i636`%NhXixR|PaaR04@d|Jq_
z3rEQ?-WpIH5Wb+?yY&+R@-ku0s7Um*X7Hir+=J7BGQ{%6S|_$h$A06g`*RQHZgJ<^
zWE4Tkjgo<yV`WJR946D4fyIi=Yu*+`idX?6hlcL&QHP>FC$(}Tr}7UHQOEen1;rIq
zVq93hmcrE9+k|s<B|LeP@au2uyDy?RjT30dswR!k-IxH5sE*Za9NgXUf)E^Oov%jQ
z$ZS+4N2*IT4H2b<Nkw6T4@hI&4(6>bWxNfvL@`Gjt7Hva+k3s?*ShqG*hD?=7N&v?
zKg~5VFPfVmxz3WnPre$LktfJVBwI+}cXvAM1h4YMCFOYI6iA(Q-<r~@RvZ;_ur@u{
zKkFLXbPvuPZ|I&MkkXJ##ZEkyAEhOaeu={lz6&jqt~~Z@U(Z*yaP#)&+jqRajtnB`
zU%>l_)NWRh=rc?~2~Q3(4K+#TJ(PMQgF=z&;L0ur!Tk~r3AM<dq@CMPr2JbRZGH^F
z`3#e1Rmpf|`Z2WMG>IcZC2`daI=?WBq$4-?ezb{-8CLOOQHoAXi1XBBsja(?7KV7G
zeN%$D`|{I*QCE+&^pR_zh9PL~lSOgCBREy!sd;F`Li%WZ_NQ1fz;*RA`G6RP=*2T;
zaARdoK7hlddgLpLrA7d;A+%VTVpZ#NER{V)amixsgvJ@<{ld#6^+Pjq{P0zFUhhCN
z)7C<R4pmZm-+svT0E;p8YQRoqscs{D1HFDVGcB3t8N!Kt!`9_?rbB4SoLLrJ%P=$|
zgjr?{I=<*#29fJFw-WPK(4<NDX`)n3>U*UCc2@%(VPfLr(sKzMX~S4N0R?C6ygAr^
zk0C9HKCgx!p8VGwOXxEh>;AwCKm5Q#{PeD8XgMn$F*A2Z3z+`=bg#)i^~gj7#7Z-6
zr+TG>LyKd~$>byHbDM22M16^01S1MZr9?ig+eHh@Qb1-bI)rn^gH1)^hA*JE7@!?l
zivE=>u{!Vy1K^T#b3MU%M(^8C4T+3Fg+rUaY}y!yA(l0#a_oX2bf?v~Vo6<FY+Dd%
z4cFdtd%jHD(gXGP#XZt&@(5f#aXq(u%9*%Z6<bD~65RL)V*-tusERjGd{r<6!s85>
z)obDe+IZpF>VNy9^O1|A7;{*UhucQ!CPCCcVBFY1&d3;Pjt=#U;6~M4MF7B!i~e$t
z7rP{iNN#pbH?Kc65c=doM$^Av-(75fe%{$SwE!-hLKU5yyVgq<Z79jmqJD}p%^~3`
zEDvrV^Dq!<joaP}E<!(lQ)1}szkV<~uE}5{VS@QBMpW3{h-=0`NFcx)8zTH6$^)B1
zOHHviv#{Y_-PX9JXO9cZ>fw%q@zz|BOZ9uft7R}~Yte}9sCnn8wg+UEE;nda4?<u{
zpb^e3)iE=mf-|=w=t@3YOs*p`Af{1jtvLLH`c4_<(nqFjed3Ij8fcwwAW$>Jc&ya#
zYH_rL5NgrbbzYK_%n|hM4<%9npl+s&vt#j`GnZ6?5dZPUe}nV9c|$V$E|z6zy~e<h
z`{~rp`DoiQrcu+0w*O!E#6f*O&vbI$cWYayKhSG@><X8vzi<Y9FS2e7p*$Bdz*XZ{
z)zNZTO#Pz-C4g5RveMZqK1pZWWIN*T9;<XURk3JMbPftEHQjd;=3TM6ROprap05~z
zqLzx%vkg9tNHZSoL{=SOKruLb=|c6p13tnxr26<%y1dKCXSmc)ZW>ELN~Qsk%=?_C
z>`T|-S2H5gm4xhzA&mK$D|YlKWS)@Z5VNNuyb-?N+bzDNh}A8-2$nCvZHc_RerS#7
zSohOaep@v9s+p48_$s*+y#8ffnu5@0n6Xo6tO5&_QeG3`ebx~xVHC&=*A&Ahgj=G9
z+4`Q@PdmbYncMIMVIYTh31+w}hRiBH{p>HVuFMTB8DpAoU?u>utYd@TK^YDU?02S)
z;X>VBDkQr<d?X-Hw2KJK8RIM%F@cr>M=FFu)b&?9)$IofM5p#yd|<BCAIb9|@fF^9
z@I;-z{f&VlD%R8nE9u1{YkfLpr9pwPNbx(t<w!G{_C2p4R9TotS_@9Qw2da{pC@+*
zY=Ju9kmENUDISPrv^tw*bFWbKXbg$82UTiBK%`=p^LFm@-x#!CmTiAPS}0}8{J}k(
z^=xp2p?;WtjPu><h}nX$FuaRdKP>7D{;+}x`+u}(ry=yI8r)+LAk^Q{=f(c(iI&lM
zQl`#C(b>Wj<elMwgqDq%&RzjY@`JB}8+nWoQP>vD2|n~6H6fyoD;1X{(X2B_VZNQF
z!=e&~MrP`N*VZ>T(+bT!s=Xxw3+v8as0Gn+HtfK{da0tLMOLWt$a+i#TXfz|m)w-=
zC0G*Ztt{O=Q2<#7IftWj@^c7{hCDZb2R^*$`H$_tv$A*Rl1ArB`Gq$}c&VmG>|NT`
zxuRITtna~1eV;ZsQ?2F=@Be0FZ*gUJwRShYPwJr;f!@JEz3OryyJM{_g^(s~MStx7
zCJ#Z}&zt2lAOJ<kp*5uY$W_cS6pWE2AuiD8WddyaB!eNkncR_|<l3aFjWldMo3aF{
z)cnv;?7eGXj4uIB*<bqpUr{4%kur@f!y1Y|$gX*+Sm|%C9AzrNM}AQzgAFp>@+bJ{
zjlI%nVEz6X)Eks2p^b?NN#H*kyT>@|EG3N>Vl2-s2nJX3<1Yb>Q2YJmWBYk~zdsF{
z9gphd3^UdEs{ZGvzZor-k&?7nzRsKo(hJf<V&EX-H^_0ca1%`U7+M0aes~D<NY~2z
zJXThxB#Sng<lo^8iDiAaiP1q$OkmMy=&q8TluY8g6(7#EkyuxAHFEYsv2Et_x_w?t
z6aG-{W_O@zIXnaeNz1;;^C9U$5!xU@UYnW+Yd@<G6^G*Gh^rdKh0f3oa>mHRYD{F+
zyeF38(VrN`EtXs@@Rt@VB75NL=3Jlgrh*$Uxe5uykJF^J%ina1Dt~|*wpn|}dFPEJ
zuTO4we`+SDiEg>#IMu@BNt?I^oJL=QOEx9Ufw45`$0z`EzNt6trFy0mTee4DZ;sNa
zenW`|3nmv8V<1I_n8cmEj<zeL(~J!FZi=rx_NdvipKU*R`)!rn<2z{_vV()+2_^{<
z0!0+=K%)T7-(V;5UXl;nbkpLc=gf(Cjv~z&Xv|wsw-Wpk^u>XwW(}_*ZJW%Crq4Yi
zF3gG0%xqf2Nn#)1Y`5IHzfs##HHqSQlKpu{g|&Aai`V_Kn_0VcVi%iKEIHr`X)w|H
zKvQC*FC6BKspBd#X-$F<NR1u4T39UhRstDvfyY{;L1lIUo7T!l6=qj@jS|gMR*@AJ
zLqybnmecq`Hxwj2w!na%BYJ{P0^y4m5TNz#^IKbB4V?G&OIUeq4EJokCWKF~-5C7%
zjZ1`8OF!N4y>0!Yp;1C_|5OGF2%O=lbim<P#0$@|;?m?a8xd<)r|lL?V4ASc$K-|5
zCgL<kF~orpO)*5GxGb$5Y|flmhJ{X3q|??CO!G3klBS7|?Vlgm@U)cJ>`(&}BV_D#
z`~CO^pk7+$qW!ary%Sbm1>wM`c3nKa=iNB{O%(-Fo$?xHTxSuWFQu$)s*12JgtrB<
z8bTr>bc(8lXdXEEX+&(A=6AyAN4y9!>4LTyr@o$e;E%E4sbAsQ<5hYG)7a@3#rU)X
zC0biLlqjU#FNXkvQ7o0bGXpHDKyU9#BpwN@T?JYgbd%rY^(zws%1Wrz!8J_Cu^&JJ
zOZ;9jDI87_vvUOw4CAQDYKi{f>5_465bS-$Zp{lvT8QeW5>5^$#E}L(K7HP!-_yUo
zRKJZT+v}iR99KHsmJT-pk0k{F=X4C4zw$fgkN=9vGNJp-m2CoRd&Fy9b1vU?dX=c6
zZA)!YeO{a3I2&;c&u@zF9qF5y_HnXCUTszEuh)w_E#jf5@YT)9NQO)^8XF>dIGot@
zv|vWRWQrGx+hoAeJ7i?Rhd$H@VG>DH`qJgnuaq<s5a=C}VdhAw)MjF><G;#1-v%fx
z%x4%kYXt0Y5zuw|IGf#rH`NcdMPN5+X|?FN*~jKB<4l^9&X~g8-;lc~t&2j2n#Sm(
zs{junYEgUx#TW>(%i$-e3~FeesgJdHM|ga^qU<S=%=CBxsQMrOz(&y!4pRBlq?~EK
zmBC^G<e`iGgf6*aL`rrCk^KW$(Iff(@?UPcYiD$1QWBgvCMybsVuLoU%mnAx*nEQ^
zkb}N!^D|d8RrR99#D%;6yXKSgebS6DJ8)W^G7zrpa_`6X*o;^zpi&)YdDRJZoeAm~
zj;emHIZ5_2A&AY2?i?g#X?ugq(C}rPy^*A=C@x&%kj$~Lc6em(=kPRZ;2{c$cFu>U
z4p3GK{;cTBnEp8-Qy&Dukh`z7F(>8P+dV6su|rdAWQOEYwxv@a357a)cw+2&7*{a)
zMu3~p$>rnsw74uB-_61=tSq8lu^rXbXHfZ!J`&<NW4FzCsN6i}wz@W9T^HJlazgbw
z`8my+t6`C}%Y8zZ_@u-Xb@Jkv@z>+YsB2rwv%zy*cOfQd=kcgk`2Ct^?(L!m#dum>
z3hSJAZ)^ug2VV!G)xZhTuPQ5w>-yI}IvUP-GI<WYIkM4GXO96B>l?ghgMSPE&h`{>
z-ZLkYd+7a*!{`Jg^u1%2a(xX9Pn-WjUaG^hmH&XjivIzIr9&L5B4$Wq7>wC6T=c;)
zX4s-gUL2b^^5Z_t#|aopUATHz`;*7#uY{hC7ZUT?376cj$Fth~OmbMg1Zxa@^#Q=5
zM!G~xWK$f9;;(EDEYuLNdQ>V4!Z3UOqQYYQ1w$3}e%JVnT(g#_EB|+oOX7U@AO2cc
z;cW=^?pqJlMub|>{aPQJr;CB;V3{EG{S^kvZ^oa$ByIgPRM>czo|UOQI0AE(MVtGU
z=n+ubC)FR^n*DCYhTmomzm=tEXs(`<cH?+{zsQ;kqC$wPCkSLB14oZd+K=xE9_9a6
zlLSUf5on+mBsTss=~VSxyLc5gS}N+nsN5hbOoBiD;hvkQyMaD@09^K>AxDO;k&YL!
z0&e8%&4uegLmE5Af7MvKdM9qw>u4=UVuv4;*d>+&@&UPf&KIUF&wl|I!yFg0H=6J5
zSL^z<JVBZpqOXD1^Q!FRULFRw>&Za%G3zdZR{2s%1Gtdvv%=7HD3@mR(y7W60}5p#
z3h;T*YHnO?5%JOPJTw{)eymePTad8N!y>MJ3@<nPzz`NvRXw(<J~0}go|xo%+oOyh
zTp}8ruG#?}FZM%D)0_hRBA1jO^)$k9^*7rccl%ZM+vQoV|K};-*|8EmFF$Zj$*QIy
zCYXB|66|p-)bJV)$tzq%Or5I2p=^(bc>7vM28;=IC;t{Pc8@6Z97VmLLf#AZPzkx!
zoY5(7z-VQ(NwEmXhdH=v_~b|RI1(W>P_vfjv6_=;3?FUS6FBOq=R$P>rVG@8J}8h~
z@_m+y2vTNrA~iK73)vZi8`H4d6-{Ll7E5JoPTDGY>lna61;LJ+&tZtp%f5r^y>Et-
z;IQ2YGX}ap{`p-VLi{3AgRmhL+Up^?Ch)gE#-O%kUt?n%GRo91;<P@CTA=)hpu@(r
zHBc{h6ZZI<2D}YdW&{ED47c#t1yG$nw}Msa<rii+x-KPU(9YNxCH`^vb5=4OG0z`8
z`NnvV$`Gk^HOd@Ob9MaQ&AX3~Y^${SZo&d|*v>lmI<5AP-8)taGBy{Hk3t~-=xxk-
zfakw3@ouN8iD{{XATtfmMwtT<b+mtDx#|`7YVl1kHdg)}KTQ-P`g?L4W`~6yaH=}C
z5dKCInjq{BACOz}O<OzkG-3#uUu)*AoOzC}>&Wn`jZ?dx<ghNi)c>h^@SC+4iUKnF
z<=l&1pP&0N<JmcqpHjZV2slbTd10#|R=1|wfG2vf3n!sd%g}7LM+ceW*ClNKIzviS
zUWVS|k%0x66n+=OI3v{C#=0OHFC{OWzCzF_mU3*EC~^BF*IEP|kQ`4h@7k0aA^tZ4
z{15CAk)s)?)=Tm;hvFo8b$Wn_XKf%(MUpb4%y~l57TKoBAbi+&>I`G*Vo1`XIwA1M
zT_&%lris}LTnyM%P#B-p%V4WGj`ol5%^&Lww_ieVL}#TBQ8b+46%;j9AdNrACK$Su
zy|)_r8E=W)%ewYqHZ^bmb~(Mn9B~rDd+#q82-=}JM+JHNHZ#{ahOa<^F>51s3??*u
z#rX<#Hh`Z*=xJ)xFewm@+=V1^3K!PqQ(hjzgb4t9bcnfxVSMX83G3_m*v%RgX(%vP
zQ-QAG5w^`N8_t{HLSa}mBu*@4aelj**YkQlFa355uG=9=Xs^=SAC%R?N>ozXbd&~R
z=J&w{oXqV!i#$UHXz~JBc$lrqPm5xGL4yS4+;!jcRrpb<bg<%>+uW!fo<Y+^)2J9|
zjWCw}aovAmNvljbVt=Dr_@VyBsGlo*PZZqXHu)<!afp^FVmm0e9y+PW#RFeJmdJVt
zDX&r2-qlsppQ84Pb2a(rYq2+3Uo*9rS&N?rdFoi;<c!LK<JJ(?nE;WX5m}081NSLe
zf?J#MO-$pR$74Pu+ots|77`sG84}T|GIq;EC4zOEIsdyMVdzgfbl6k;RZ0YJ;@<+5
z645+NMBbWsenwTFTUrr!IOKH|?T@kWE9r>ZA5b;cQp+`1N`Ye5`b`0gpo_k#z#p<`
zWE!(3p~$0TxOSd0C9=J}*Ss7l)1|1^%4jlH_<_CrzmTHM+7chu+;Cd};F$cdpsAmo
z6?Z;VgrwN*=^DMN+yN#^$as*mtiIc-$}JIFQwgDO{1R7FtK92eLa~>}Tp0;MJ^;Fl
z^?Ysnn2hv=ArkOaprN)-(1*YyLa<@a>dA_cq2y9?<>{Is5%J>!c%%3CNI&;0;-^4s
z4$MM<$qjm=(n5j61__OtP;Fb!I)=x_6&>XB1__Wu@t=^eNuP1Pf)|GiaAi$$Iy+-w
z`GjaT92QeTiLxCaJK~yZ8@4FNqWBm?7Xh}q#X$`dV02Y8Yz?wV9TNL6mYx&Eqx_N0
zZES>{#H+{<?Z-MF4Fwto5EpDWG!!8c`KtT%5YQ0@Lt-id0^dv4nkdEKBzXSLKjZ)w
zCpc#y6CuY0<*N1LOCHMHDD;TrQB?M@XD`3sjZ1?%6Lih7`%}b&>n}nfwsa`9$J4VQ
zI|?k!nhjC7s6!Qt+SnAzUZ?;gZ4P0`do8Q`>4%xj#{$@o)vb%_Vh7YWE;Ztc@~w{T
zt3qS@sZU+CV6%>L;7AM&Cycn@Z#F>|I1S3L%5$@4lm9?tk3b|-yBA@yNmC!bcu-96
zi7!-c4X_mF31kEc0x&4^Z@P$KY4M@dSQ1Oy+cWj@BV-?w$#Cn1W+f={G?$O9KQDKp
zVLwR>*<@X`>+gG&iOso*v>DQw#uQW`9jCJ=Rt!cC6AqYLFFL*cVO{-s7bI(c|J}>F
zP$b8Ng7gMBCRAZzKID{1C=I8qAQqPxOjHg>lnG+$U%qLpDE2(alTJ+R9{wVldwR~@
zT7D{c=)QUref#LU=xPn-1>@PcYw5f`W?MO43LCzEi@iLN5wtBxi~DXB@({~Ee|Y@i
zR~faUUh+1gzZM=iX614X1yxG9ZV7sN-hAS&eG`|z3Nw#uZs@~gLvDST*q8Mx6`!s5
zblti_Zxr;+%ZVW|p6Lw`KOJH$@*aE;T=$-XCArN^Zyr|UfSK`v*<8x`X|!G1b|L6A
z?9LY_c{$9(_P+$rx**thXKC+5_E-geiBe)Si0vJfxf#y11+iQ^eQ#b!3u2L5+3#zK
zte+|^9eB14wCx(a3K5!=xlUDi@9r1Jcs|`*#^9O0DZzOr-dggkCJ3X8olsrpv%U6?
z*cSh>ZFx0*xU1s4X*R94N0Q#{{%v3#eR-3Na$xiB?PM}!I@Ay^2L(8~_4#wQeouL$
z@?Y74j#S@1OHIUJc&zzDahCNy5<W<|CIGyqUWN7kukJ)by;yzKH`Y2W9u%HqJUpl%
z4}~EoXvi;WgOTeBbicT3?-GM!E~IDO4Zk4Uq0rLT@~M#BNy@~)J|6*3$S0u#A;r=j
zLA~1@KU|@^=TBwB<11g%X=osb$8RfSy6`iih#YCU6Wn=cwKPjnaqZa?S167|o$g_J
z{YZ$IpzrzsBn^~!D#%$0wfDO@jAH5bxtnCUSzcCmx)bj9yPIYhI~V?(+xuAl;sqD~
z&0C3;l{t4{_X9V}QJWD-!)fo2sjwZLPVU{zQRCKRZs6NtY&fUS(_$v-m(N}C9c+9!
z3m4M1j}q(7Bg+eT>b1|?B>ei0=}*3+%fqY}=BTxi_P`F`Q}5A@PC?hRi2DyZ$(RR@
z&UJU;nOB*5<mr=t5=?$|w$EKF*OTtCcbWb=zR%0TwcRh5lkS&1J&svdpC^9Lm*f8J
zJ<qp1>gr!Ru<v~@gTi0C-ERjyLaqMKrJ#3bB*0BN1iFfZAz>Z8K^tj%F&rHXY(|o#
z&CrGd?osTr*-sK4(M4`aO<u=M<|O8vHpkK8KI@~O>rIAu!|=kr=3Tg)H%(R}EA*He
zWAT7Czjcps+bljud=@~-Lt0f;o@F>=)~oFdtMJMAR5r)7?$8C}@!lW?_p>i)o5KlT
z+}1NbxxI4~51(Huhas!%3D4BBzr*MC+qS?z)WmL7W$l;e!zHOt(p@c!(EF$L5#dqH
zo8l9yzVFi@&wIc&um1ZduKxQTBFbWzzwh&&zPG{5_D1{*pEeYl)l{O;Wn!mp+SIei
zoo!O;ZnFlzX2Syp_tmBowz{fLz3bJGvd)F<G@|A}P-l!*>4A1<<4A=caaDWXsoQ4G
z5Hiweg{D{M15ITE;UP!M=FQSsnVd$d$-xrnhs#gFTK*MIa~Xj+T+M`wfzU{5a3PEy
z7ovJ1yCG9QVopt+7#1IW%bmS{-@>ai%KPPU_olD+k??fO^X1U(;y0Qyx2*2(@cf9X
z@9+D-GNaYw;`efh>;Hb(;s3dZs{Z>QtK$28fUOu3pl}8Ll{OYbO2W;)ETQCQJ;>ay
zlfp!1A4Y~q^(LB{F}$)J0b?bnVL+i^%krb0zCcxLuq^qon3NQVr~Tw{=DH~HKE#{3
z{P3OrmUkD167Kt!<SE}a;Z10w-%u*!`I0Iz@0}4k%PMi)<_C_R+7wZ9c&bAZ3RvAP
z&&$8L)W&tp$~BA9hyPCGVQya5GYljE<nwXZVc(O?>T~w*3T7R_LRp4c@u=%CEn|Ck
ziPOas-P3<H4T)TWl1HMdvZ(B$(2yLr{(7n&MLRP+g6PZf!vZ1qahO1?14N-%hAUhf
z<k!}BE+G5Atfqr8tYLxrVL&u>bmOd}h=%g@{`4E`CFfZ4?0ZAh2!!n$S)S8>?-yPr
zGYkjHiJwwNXzm8v1oFJx%w50P*ZAEHhHX1oJ_9o={kz{l!kg}2?_qa`sQP|)yW{>8
zNIfq=mam6e)NKpP=Sktu=ZmW^5koQ>Ey7{4$fT;>4}V-(F!5|YJ2S?UZa8cFY4K*1
ztcCGl&VjpFIq@wT9e~3DRr3+!wQ(-6w@pK;G9@{*tg|ML>vE&<F8C!7^T8H_ec0VN
zARo>tfc!xX`U?^Q9UKX%4)u--ZY-OZ21=O0WvLo<PKnxq<7Yfa=cr&>$2X*Y{e#>o
zo-e0QkB8yf+V1B|o(;UO&)iEEbeN~J%G#c{AW{gkw<r5<$o1>MH>GXgj$v-JHS9c?
zR%6f${8RFt#g^*BY^Kw$OdA@Oo@M~x;4d+4ah>j?-8h%SE;jU9XxS7m5<?xb9t`UQ
zh`I?GHb=85hj*rphwP`$)pA~Po@Lr3rY+&EkY(i>3p=x&LU1di=kQ*3ls<tCpcQ{h
zyS3iKTlg?ZdyeK+j)WsG<7;SF#qj~T?sJ?ai)HKm_Eg}vtiAy0=L6~`UDrzx;BK7f
z`az$xHSHd@rV<P34Z}kFvi8<4(Rp=?Pgxsg15_5f^_xO)%vFawc9{L!#VIi@bvNZ@
zt0Gofv343GJSb>AH1z4T^(R;;)s|E4(W}H6cyo79qs^E~DYWyi=EX!gNX~4L{v7+g
zDNGkXhdzkQ$Pgd#5LTNuP)o3!v*M_3i|L8YI+p!yA1hMfaa@7<i1E;;h1^5DTNYV&
z?8*;l*f?p$lw%>`CZ3LMI^&YKK(-iCxeHIm9ARv2bC!&?j>enN&(Dab;e0t67kwC{
zTC+|=4GhJ~R8)H&=vAQNqTQr_^l-td1!D$E(5ayWQPdU(T%`U1nMLh7HgabDaSl?D
z+r8h2h6~G`@?Mj@7>ie{Zj2=Gsm(4aq5gOaDd?0TJUWIX%Iu>HR`f}E`ltQXlV62f
zZHKS%tj%{E+qktW7Wnu{3ZDupuphl?r}cD5uyPQ`8jTZmsUF)!RJ{aIIPTYOV2}+4
zXy`KzjIZ6);QvPor8GQ@t80QI(nHl`iavT+LK>^ikcg@u7n6>O)eRV<jcGXhFJ!D|
zie>r+&%XQN{Z4V|g`tC;Jlv|&#CG<k8RPT}vBrci{phO97KY{LfPMJG_qV*!Uf%q+
zXj|R#wlVF!igsdJKpxe2!(9ZVq5c2u57T0#Fy5`Ly7;YxeH+toDd#TD`=QW~XZ5vz
zf@#T4d0TPoHAOu3=Y>3q9;BIA@A?)jm3p|(`xjfO$saCslskH~m8s%(ZFMnrokdIy
z18*gVen14NT{8V>STvV&k^Uh)=`WmI5wNu~`}<|k#CSU9;8spEjS6Q~=M?0(Ga}rg
zK*@(3U==1k?P5*F2uPN0vUAKF{!SC^YL7m$Va-y_@xc9T$TT5+nXQkt#PERYYyVsv
zZ>+!9A@8?9>uyg!?>aPN^c?e(He-U>S$kwVy;~4f4$CUDYofrfLBT#&8XzVcVy2Ac
zj%>M+cX2*x4jQYy?|8rDDh*L+PCas}G$fMexGEL{{Wq&`c(Doa+ljP#H5tXAb1EeG
zb?btMmVn&&et4y=(L^e<*lCl9#^g|st;y{6$$W~Z;=`eCZU}$uF_C0jhjC1jQpQC$
z*+Uqcle$n~{5_vsol4i?7_xc0?Hk!S12@~(cUj4Urua~66mb^{>~=}mWk<CpNbE0N
zga(6VC5lPIog5X$$gIK@NB+3%G_LgH2-@q;IQ#uyr5xA~KdQXqT}Si(^Y3DKbf6Si
zb)Yl>d4l**7Y~uTqKa~b0_-E@u%g}^BbM|z7xfkm{sd6O^RCr~w6W2W^N9i7+Z_A$
zF_LE=E{s~izIuwOu9^Rby!99_eRa}hiNmuz;o-C7hHd_)5La@u$M>eczUx=kXzgy*
z(aAGl_zBf2moIGkMA7HxaGcOvSo7B$|4mXsL@ur<CK9fwjaKSAMp<srE{27QEUsu0
z=RaTP9MCysfRZy*$p1a_pL6Hw`m{W=dKvQfk~7w!<mLy(Rmz|B_mQ^ZO1PJD+d$)4
zhS1$#1;b-?FqZ3=`{sxI-GASUz5H2l4DB&*$}8*fYcemMs+hz!7QI-#sUp*HcV5SD
z#<+(0#)B4xYN{uC(yH`8Z4O3{bJ6d-1hV3hgDbkI6PXdkg}<h#>>*J%8Zgpl5T%sp
z4aiuM9yZcfNh_Pi2DMkL-~m2#s8uq)fU14luvRlXMsH%7qCELd`+Y~bVMj;ZbE3-u
z`0F>WEP*#FLutn|`Q$+m%~YXQ_0@$Oo{cciv1V#L&U1>b=a<g7nc>GxidCE3uFI#U
zsu8x6or$BZ`_z)>`1h420LWTx0z5UtlTLQNVE8G)Ikku7#gPpB-L4`Q`&#f7%b@Nh
zT})A-ZhF`2EO3|9e~123030Zi79uG3tSLGo;5;Sl`*IkeRO>O4NtcD9R|lMsyE8C-
z&W^9;gGG0{sdQ9$*$QD8s&jzp^dZ_ZizQ_eZWh<fY*<;n+1lm!ev$%Yb<q%o?6Z!3
z)tPu`O?p35f4;`<^i8NwP(gSTf=3G#N`C+YtW2lVsNbZ0XJ*7x^LbhlUEO7BuS3)r
zUs+RTO%A{uh6(1}vwaDAcqWe31&nli;f2x=aJsXaTM$}(UjLJueT7ILoRp+c4MK+8
zzBEfm%;i|J#-m6bOH=0!8YVXP%~xc2xs;LydheTokB}h=E{k!6<-=%04?Ak3Kh!r&
zP<$6+pX<F{Mg@*=FEGj*`+S2^pTG8q^jE=eTX7$jrHjwSfcdxJW<xR_@zHC%Lu`I5
zmI0&T0ADlx1%*5e(5JI(%jcP^+vBE~9iA*UsrCjJhhlZ`oKj1J1V(O;=D1(x<Rz#W
zk?;Ua*TW3R>Hol#J(vE0cBp!i2D~FV#pAX07)MF<7!(g&M&~5*G915wZH@2!WAPu-
z^(ExJroa!K>z$c(dU1><#g)OcS)Uo)Op*hZM7Nnc;vj8MmJb=4l8_2o(;_p(2e>Ud
z6*n5_ZY_%u1c0CEwMTi|0)oMd`~Fxkt7<nVfkm0AdF7A?3<>Zzj_^ntC1``iJm}D|
z=?heKs(!mP$3gn1<RS>0?_q@(#OiRh=8O}mQT=E)6~{uvt|nVqW1>7x>NV8~<ua{y
zi~7nqvGtt{nKt|%k7uI_L}eEw<+)OEkpicA{=CEHwDuI__aeGC;*H-StOGV_faEez
zvI;~>cym6irG){-6$fpxNY{4tIyQA@_Ck3(j!*;Vh0^c$c7^$9?-TfQ<KmU&g_MQ}
zP2I4mp(taLjdsoTwc2#Tz8Uik(OXdhUJ8_Bf`Vj`dR|x?AkByy^Gf(kZ*MxDC%XyE
zqxrkHl|1Lwr2Q=H*`m!6JD_Xf7X)quDbLmOX0I+|LknIv{`ySoIlh6#T6a>!KnY5g
zK#f49*9qeqvVR42XGY@F;6E^N9daE@m};?yN5-|W5?!0?K8)mH72z^`Rnxa2M@UrQ
z%HM-sZ6JX5PrZ#i=lE=%k%w6>%oy#l>c)&cmGM8_*~sC+8N)&7S#qfPuw<d9w2;yP
z%6$T2wK!7PAPtK!R|O)qaLP#Y0CMT2^xrSfFzbh10FH*Pu~7pOUw5V@7JBf|f%0nK
zZY5bEmk~mew}A%HGh@tb)lMG3P;7mbP$G&y{Fnt~TUb|fpy=~b(lzo^)N%#9FSLS4
z8qM6yF18WHzX|*8aBJ>F5s<*yQfYYdO(V?S;KE%;v-;)h&RkjcC%u09T6N%H0&uV9
zY;R;V{-gU>kP$@j!nen6Go~WLspp|~*KE&auV&8Zz0mVmVb-hXnzHSmTwgo8|M*+H
z4d66TRf1(=n1<SkQU^rm>5{xF9oZotgNwLYF~sL}B%<G}*zVK}zU{Q8!x2@AQL*l1
zanW!{EPN5M+Jq!H69fPV0a~w{5TOWY4n#H1L>{^=P4)^!qVXN{mh;~7F8!p@0#)P#
zy67HvUGioQlD{1^L^%F&%zNktNMAgNt&1ntgsS5$86AWsmpoqkanIcGA*NYFhy%Dq
zh=N!Msx}o+uPCop=WJEgqDDElxnyB`1~7r~N1{6oP0zD~`M>^&0;I+g+HoQ^@H*J-
z{M=C(<l1a;OGO(9vUPyiDo!OLMGUQ1*>mGN=n~QgXzx8$?`WUz0p$qU{v!X}F$`LV
zSE0e!6p<V8b23pYI3S^BgQf!_S;vCAjr$ZNvvxYT>7caIM3J`;ia^ZtfwD3a`zmc+
z3kZAM<3GHN@Ng8?Ph0aN#+s9IR3=F2fYhfx&$>k$B6+2aG;ggcPIJxKe1s%;?#|5E
z7fN(7wt!#GP0Q16b+?GY#teAS(nQ4w8(k5X(-Aoav&okC7oQ9AtU3^aecB-<{KZju
z%Q|Ft@Uun9%t0k>_Wv@bN;_Oe^4x#3WgHc<Raeq1KdNGz@0AzR)3Z;_+xNQcTYEC(
zr`9j>jQzi1sh1w-7dF#uPcQ$TZS;JEb7s8}iR-#qT_lx0e`@5iJbdsX9c_Kx(N8O8
z(fH{>De(O>I%?SUUn|MK{>R*Z9H6mmh07?~r8q_}Cil>8wviWHSNwpC6L@-m`}AwR
zaO5NXC%gHBfctLG!P>WWDT*ZP!0U1Mqh_9#4-AawQbt1b_jBn_?nkwGwZj{sqbq^S
z?w%{}t{?pWudcTYiz8?nb|Jt9SqKu`NpM>TZh>H7A-F6OvUqTJ3A$MD#a%YIySoMt
zmf-I0lH_cj_xa9wzaQsEU$b*fcXiK9Z}(JH-(7x(S^iQr&UbZTDD5kBcW%{7jg6;8
zv`g3@rfxP@x6W$EPX`B=Z*P4oZ^;HXS1-_knHZ?!l=DC)I-rq%xX8+t*HG<V^zGG3
z#SPVjJz1}1K|r8YCg4r+L>h$v0sahlbs86qD3c6JRdvYmmHs&{g5Jc*YF5UAAUX8Q
zWAqbES8TY%D!VjYCz#3$5eqZ%0O>m1PsiM(u~-~6+W&$2y{J>P{pq2|s^&dYdrr5f
z`1WThLrTRhY^_VqWGYF4=BI~=aG5zX*@*&jxleiW0P(Y4y}&F#Mws!!f#TbRLx%Bp
zc)i@$6TcZz#W4bd@!QW+VdWiHLG4_G(`T@!x|{eeD1I=Ipjt1JH~6-I0QehPY3{4C
z>T9;7wcn=<-p>zv6W23I%TD@6?%iXVdFkwd#VgzZ(wH|y@?XL`t1SvIVbhbR<r)+o
zrN1RvucgT(NG<W%pKyIV8tl`@B>t2(IPBS4lBMotK^JNRUQ#KU`*2Oi@_I8I|Ac$o
zWUL49T|JiEczyqPpcRPr_lI)X8zFm_ZGT@jYXD^g?UNE#ZPJBNVS$wUy^$f=5Y81~
zP~udH>@L8TXUIDPa>1IcEVbUmDFMc;{dL*kB(@afxvaioDm0jS+WM|Sc4Uiz{xZ6M
z`y*F20(kG~NFh{$sps2rAoXJDyFBLaqE6a?fN$e!;%4DQ!6EMu+|M%aMA2a4)`GQE
zWlR1OgULQl2IGJE{~ng<8~C9?A+;D4D(fN#40c+*F~SvS)$G)R`l;=H-n;0Yn3TrZ
ze{nrY6<S`}V`{6dW#fpY{QdbYbUx!x*xBbT93*g^2Ul-glk1py7ce~;BaT?NA3yl@
z+%lH^t?dkhP*=NX$Ey-Gmb9`xw(6}PuJdj;7atM#tRw+!IxE^;`1N#XAqYEm84a+s
z<!S%53wnKr%yhWO6u0Kz*t!oY7d1;5W*nr<Mp;De%HwQYv&*=<qY+;s`fscTT5`fk
zuV$n{kf%dV>!n&(u1-NCe3`P_XSS?>_P#$KzuBqsLhf0+XEWa+a@H($s%tkF^A}u2
z&S+IB-gPjCGDhHTn``lJEyr_`PAU&I@KAs!^i)6e&=mx*Gsbi|jO9&IcdaF@v>WXa
z1J#a(x1kT?W|<n*i9ZmoTeU9Q9`%rmL3@g~CEEe=iRy3F!Q!qEapoS!KS?H&804Ga
z{R|e0xnCPfuGa_3I~R_lEvi>1cfTxmqJ!x}LRYanb~1Ccx!1!6Evkw}_1BEpquC+f
z6?Ajz{ZSkGfwt0Ahwb;;9FLso*y|E!^=Jz+SlK*&2k8rndKB9IEgI?XAaiw`8Fu5d
zhHX39*b0ACQ$^02_>RIUKhLOgJR4_%EI&UA7MNnTkzNq#ktv<cM8@{Lct(oBxf-#}
zj1PN;@)K*BAlS%*bo>JHf>Dapty#^jhQfnv;4Wk3KmfCjHm87o!R8r+sStvZ?(c!6
zpc^47NfzHF-#;*i+R*)Wd&)vVdZ)R{5btenWqyk@w%wVVK^rb`GU++!{i6#lk!{Z#
zrr$q0Dtlui`6M@PkU^bqe!>Fyn(){d>RS?oRc$0$Ei3ztIrdo9EMqm(P{sX?mK)o=
zZ<~p3?9_YLk>6?pQ~eH(w6v!@a}7rBT>?~b05oY-L;Yb<$R|G8%|5NumPuhf|87Ou
zpr>4ILrP@$>QywfVYki38M9(IjA6=?$-*J)x^<}=>}9@P2rX2q^Y|4;$y0^Pf=gIO
zu4AIDhI)?*;$yv9G>#MlicDY}+lwK1fPESzPq@jj9$0sXcDIHT^)aikbmW^o*>;%G
zU^Ar?(QM^HiSt97${D#TMUG0hUK)yY+^n~e5RD*yec#`*>9kU(3WXr*!}v^1aN!{3
zvr2Zhb=H2zI3d9qnOArQ{LEH7NyKFaNA6`*BhgIbtq90If2b?56s-f5jA>5NY%WM<
zt!l$IqTQ3A)<f17t?J3P9BG%z9yC&&#y68?Tt1O7zT{d@)+<m*{n=oI11|pc0!<V*
zD0;a~cMaWd^nuBxIdKPcm3>_m!#kzhx6IINIrXsY+Paq~RJxl3$F59xi0#dJLG|#i
zF#oe&O77v+S>;WFTu@H-;1VYSo>#z?Sm^TOZh0}DJ*VXOSuB7?@cmDf#%PJNU_Rgg
zr4m~&+~g`KqP?2WhpV_<UdjB5S>0QFm>w4g%{%e_QR%r9ZPqWGl*ArkTS~9U^SL|9
z>->yvPwuf?i`?hTEy=R>x_^k)^;P%?^F@YAmMDeGvLn@}dnNLhYA-e))ezNBb)mih
z(2)+9$>-HYPOXA>Jb88`pO6$mj1)+VNZNr<q!1t_?+5pl_+UFZ;$LiVw7FNu_w@p-
zotQGvL!NOv{o<x&4<3H9PsXCAXbP!Y6~uh-?8A+bV|D_6+gv0DCpDWh4^lFTNEJGR
zdxd4%wZU^Lt+Nxa?L7EIUfJzEe+J6<!T%E$Q%EGt$gcd##Ia8|@exq23|fj*-iEX6
zdb0u0DlOw-F?pN9jBo14qVoo2%d#!bxALbf7oiqhfIO(dPoq+9<ir!HoQQs91MjMG
zO?ZZEn_$y8e_My6d(+tgy4K?kq;kZ&&S7oswTNq8C5>700fZUP{mmafYcDtz(1#^6
zBJcPd0H|!aAb<7hEjD)PY+U$wN@GX#!7Ew3!Qz#{@;!+$YN3U<tPS%AVP%mOZ(#il
zW@5MbjaNl6A?sgd8i|FsK(>x#idBD_Y@3o2W?$fOW#@^5#2_^sBF_Pyj9bp=uYgk?
zDfFItmSoC)k(mZ<<*{@;ZV>rI@*P}@?glfAB_}E~+l-cRIXH&obv$zCl1IpfW9~$*
zaZoqC@^hWmpj&eu4zZox0iJ`@SXu?}b92VX+=jJprkucgW}EeDuM<oJ-=Gnc1*Z$(
z@g2v*pHSZtV6QjksiC@QiI&(KeEO@RzSwwY8wG8zWJgL-v&wm=BW`Lu@dpM@86Kp?
z4#G>qXt&llm>91Zao@V|iH~Pjl}bJxKV{Xw1(O`E_01EVdlGkJd}7zYU;XV>I-!7R
zH(+9{zu7kF^^opg+wlptn5;MUaTd8mRlJoOgwLBR&}a{uaDl3k-P|-?{mT)IQgr$O
zR`$My!izf+niL=PV+f`A@zT9jC)fo))^hAVsYvQ*c|IT`f+lJhyII9Zm8bmZiM%YC
zj$ErRw~Si}9^8a=apY9{w`c}qGzD+BYJI2u+~4Vv<L>?>tm7!DqFkV^C#eENDI~)Q
zuAlv&MX$@;XsQZIcIHuB3mH^yjt8xEy;=eqQXTZZ|1^lr|E=zm4jl=lK81iSOc7FG
z)IW2k`&>t*n$qZeT^hJ{o-zFyp1WfcIG=V~%=LS){94VD4isk0TKQ5BGn>bMx?LdN
z^{Zf;hTDO{J1VVVM&Q;`W?=WSYq^gvZQbigI6AwKBGJ)Cv0yyla~D$2wL>q5&vBY)
zoZVRE*)LZ(&%TUn=ELWr!2+{N!}G_R-)0gErf}Ti8OmbX>mO5n(zHnQ>^dD4waN=u
z2cPTao^Bo{#o=UF3U`F^CQs0QPtIa$o985w#4;kwh|Kt4@|Q{1^}wTeRW{Y8aYH|c
zMT}E!`b^u<psPzC%ay%`RVvZ>15J5X?st^IIQy-B0Twi)>><IYn$22Mye@}<Cx9^`
z*=VsL@yAV-Ui{%8(xLA1gjc35A9DSG<^D~cUD=_0t0410Tk($zn4-#roNTC>0wBhm
zIQF6-clkUaK%N~-+6=1dE7=9DXYf`|L}`8rvt_@MAe!TV%Ri%H!R61o04+|^j<HUe
z%B_}CjzRU)oi<4^ir@{qB4sk2?8;{=+l^;vwrC4oO1}WXxzET%Vq?0S&qOr3gCNVv
zHMs0%lma9`9N5w2aDRxXRU<>%uLEzLbnOx1_r>Z?RZQHQAP$<7x-7H2daDSkN|x`&
z<PlL4b8fc=+Zq0-y@GF_4WhMEr<g;b4%lj^wNUnx$}>OOx*m-Y;b)%9&SY&|z>gcO
z^uVs4HJD8}Wn`bl5DcG!$VsMi;PH#*-5)HvW3Mhj-P&R{As*ni;t`y$;T4dUCPR)%
z+?%_ol2?^Kd&W#E;CIfN?vZ<@1|6iZM|fm_mSn?VYA2_TT_5&f&^<*V6o2^Z5W+Di
zAUA$)DuS{rCVL(v9@`uH668H8K`PwJ3Ta#1_wyOd^c4zhowkhtqAlhWbf@x{y_xp^
zO%;)nDcP7O&UivoXItwWf{AJyvKjs3_|DAj;U}Hl8IRq<EXU0W4T|&^5j$w!6727M
znC$AB?Di6`C>Dou5{B{u(6$#NTDEXyu<_i*C3~tdpt(VwzD%3jZXwh<Ds(Tx;+30A
zHEd<0?zml#5j9!jh=}*p(MeTB#-b0mKx}{}@{QVZ?6HPIm-znIrtXcVk)rsS!z`rk
zrvXk@F0&}yfJwiy|GHm{r*Xa|KTYl!#D7v-=w>rvjGMr>l%UMYSgKcV@e)g4?%#y<
zZ}g7#2H(V97KMExT~z5$pjFsqL8!ULZ`X`;_G*86=r$zH<X@Szww)pBm!X<_K7hLt
zq=<f_quF<eCjb1%1-5SJN)zM6ko#j=QWkZt!y&;&b@XAaq&>#p=v4Jjx7Gz(ea5VY
z!zB+?$ik2>)nNN>WiC|gcIcxMU^mnGd=R$&BN5=;4TQbIU5BAhfvJ#vo=Jq1n5erX
ziC9Of+lm%i70EEY(PEO7{<16p8_4lJP}3DJvL-Gq)SBv!NLbf~`v~HUHof+psx;x{
zlR<XZT5|b<G^Jw7DbHwQ58E454mnie70Ax@HDK4)R{OZ_RF@>IE{YBR+!6RHV0%Z?
zGc={-ZcbRnV$2@ISUMj4xBTvg!6lIYsKVLc*RBxIm<qbXQQLnc{w=Ka&TFbai>+LB
z0zQ!0Y4^jf<FkV>t?ogUQ7I_qJw~KH55$7mqSPm}o~mr9G|ka6tRyzOC%cX7q7`ga
zoU;qI)Y-moz!lo9O|`S>HC}CpEeSdhom4(EFv7PTKaH@*bPSp(aj1?5oq2ae*7+kn
z_06)tS8~-s^-O;0B{z7<mYH!zTJPUm?&;E8VazMDchTd;&nU(dHRR?y9S%m56@gRK
z!R*(JA?Mj2J7L|Ev9yee)E9BsgkXhvr?t;ddW$fxu>krWqR$!Dt3bLOzO_RGXh>Pv
z>)YKS24FiqJIp=yAYF&~pzv&M&1+jIise-DD&C_h9^VY|#j7o#pg!{>W#!%F#$C*A
zpD%G;S<Lbk3$Vg)&TP4B!<0*+G00>*ukKxP3w&q;Wn6bi{c90gmy@V;1SrhS{z0^G
z_>4J}TVWkRWFUDkJ#QxPIj=tpNYVNuiqYxyPvRxbTVx;|grY#%&+#s+)mm2kDai{W
z=+Xq-9qJvbCX}jSj7EeDZ{+Nd4i~0T^jV-9k1>b1_V=Z=;}WeoMP!yP;6*YxIGEE9
zgjP1&(DfIY=z`fv2w+iV+f7LbvLkUZ+YTkDhtN-61FH93D6#@(SvJrY0y`z*5S?zB
z^VE*FO_h?%XL=k`eR|uk7jHRmWQItRS24>fO-DpEy`LKiRnKK1BVZP?QFfquv2r}Z
z&naEjzi$-r?L~w$B>Kt%_1~d}e0&*jW>9K{rFXE#WqhEcX1OLNXNeNZ-*<gy-2DEN
zZYgC`!gmhrv9*Vi>VnPzcEHewwod-5K=2-)XYWuqw1TF$V^=L8Y|{pZqY7y1`TXtg
z-;T-mF3Q8En%<U_4-z|ivK;SH3^tSRf^B2d>d~1zIPg_S92VC$7VK=h{ioM1B<zw!
zAkpjf)wrtP1E_g+Gx29|8rf4tMiN1z8Ex)T0cLI{s2w<Li49V#pN4jtTGc4~Ox`<I
z;RtKjNcQm~sBw}uYuZ}cHsu=J@nJ-Yh!+5fX7Rqt8UcUD#VYPzk*}0Zh49^0^5mJm
z)W)uuahzu_lw5S1p1w;UwoKIaY~p0cAFo6Vf|Mb}1lz$<vLQuYQIg`aCpBmY^nL~E
z#tMaMJkm__8)~>&7meM|9A0hQ-_9zm>1I$(6f(arCv9dG-`lM@)Fakl-2!E9_e!EJ
zX2bSbJ#^SIKp<D78s6!GTU=#(SGgiR@t**SH0KRK!dok|tpV)$+XyWhXBEp-64u-H
za_!rGT+X{A_JIZ#ELAl%&#YGw40*_?qV<*3EOOf`USZK9T;_UKp^PPFORA+!xj`6t
z^elT%P9Zd3%0{sUaNVCE*|+XCO2zjD6XI%kffsQNoJ-k|)@bSNZ=8xo^*S^zdn|oF
z&ouJB_MoU3HFO<5@5gu-Bjp)tkmHOuK88xBJb=qr9ty^iE}V32W**%HoW#67d?*U{
z6El91MepcOc$4$)PX0@UcVc8*-HL<UUezpf^Wqu3S&KYt6Oe2?gS4E~Ek7SGX_>6<
zL62~`Ql4T!dTIcgGP+tdo9tILFS{EhxaUa2%VZnGi~H#FGIN~uCzh=>arVj@k3z5f
zl&&k-bh4KATT^0{P|&5}e+G4}Letj)l9QB=pm^B4Ngj9bIL}la*iyCGst&$<peg40
z*4Sb+az!V}lvr7r>A@sClfP4{@Ro(?rUtHED!soDF73-R3h^G$nUMKLw43M#>XaWm
zjMoI@X77ruSKJgkk~q@l3Z+*#(+({K*pR40j9=HZSMfgn$eMO2cG=)eO?;y)Gew|}
z!l;ZtuO-0^B(h2rRlYogj|KH#8_!mf;_&MwT{-=-{)EvMLVP(U;ac;3y1ys%wycV+
zlWU9;MD<B-SvbA-TKFL<rO4A0bT!CZ_876xsdL?Sj~ka(pm*(N#XiODlydpj*dr&;
zo~cyxAul`9xBJdi=O}@lwQ2OLV$nR?wn+XQTnN+I6GW8&vn%la{JRQ~8r>6HoP8Pa
zN;En3GpW(g0w%y-{)NL_yQsuZwP7Eg51l-{18f>bE0OAUI{y5vAhPIPIKyV9dcEm{
z`@-$7lK?bI9?~I4b6=})X>wLBX<B0L4Q~~%w$giMqa6IygjZ879@44gh+Z901+qQ@
z<pevZ!}<oId*c)DdwN~^pby%mCPY#2oNBv9FR@9p16g?2a6K7c{&Z~P!%*{rJiU6D
z@g`$iA+Jl&Xu;LB{*6=IQ^}e52T<w#1yo3Yp48kAk0}j;rA^dDtzv!zNeQhbuM#Yp
zhLF}6u&1vZ>l<fe_2gJ97ue=ZLzPc-+>M$v@#4<mS3<ar%k-Uo{-D=OCaq#*(YS#k
zcJlQTpmrH)q1M^%(~s8tdTi$3*nJ1s3`U|mn8Xc*)gKE2GQ>!;-A7;iR;JB6e(Rad
zP)1RA%r!1RHNkp5cx&?~;WbS6p!{tyoP$j04Ps@oGTB9e7!(IX+?PN>)6kU<#maIj
zmigk0$7bQw&tRPP^`8tf_^6`t0-jYy+9tc6`aEx)jZ;^TT3<~xHUFIQi;^rXe6Axl
z9(KC}bmn!0NVlbkbxso9pYj3k@ZMIo3Xv^1TB6KF5iQN#1vwa&YdomkB}JYc+fs2p
zB_349xp96}m)xKv1NWAzEkTvt%9;XJD-CF-fn`#6ZoatdlogyrH{wYMznKe<7#!&@
zgaGE(_eWDDs0Xdf2P}47CT_~{uC|M;N$zs!m_XR<0I9kVL0Fnq)eEXTN=JS;(Zz#(
z>L?3!vz#jG`}^M*-41#bYn<O+TT!A^xu*?#hM%lyy0=BY-7wuS`zS#jL&>+TE6*Nr
zZ2yB|nf3$o2JCsGNVfyG2!Wtj+yDH<2c5w$5SAPdS$zw|P3!c0QL?KE3q%UN=)LWG
z9HG~L%9R;WZ}Xjd8XtcYz)utg58*UR2k5=O_v*s&cFe>u^W;&Nih+kR%zG|*-c>Fy
zM9&uOTm#qrTn4IQ6d(|@rK{V+%vA?^mv^j)jQ*A1%*IO74k{uvf|3edPg3Q-K<I``
zG4c^0OJzgoSWJzL@*&1;#|1lLGvA)v<i!Zd3#h+)dxEZ>RY?+uTf|2%IO6bN0wZ*D
zU4QH${jpK_!uy9>fCPET-t3~T`VKDmLG1TNl1iqsw#(b1S*bTjN?gY}QHZWN@12-e
z)V$pB!&Z1E8>63U>GPzO1^w*Gm}TekiGk_tjI2Lh+A&Hj)HA!auRuNm#l;%aXH`oB
zRpb=V*k`7Q>=^~`U&1aSv(n`Q8~$1BzaQ%_oBEX7xgU(mZ@dvk_P!FL@~oVZ3t93V
z6dbelhmg$7OFRE36ksGN=Z`&=Hq9N!f&jR{`j<@FQkk&gFU!uH%SttP-Z(H9l->ib
zru}ip3Q|(b>+As;T1{}^t)r^$Hvd6^`0-w4MS#)AM%J#X^Nkd+B!Z-x?H7r5(rCjX
zAvpI!<N(afp$`#cs@&b+fM^iDRNLsc-51&Z<@f|xm1!x;2WXE3ee~F4Ge7@vz~Q#x
zJM|*Os7;$n*Uf|^Uee2klCZufKjf=6_^gLN+bo(=-foS6a(!6j0g8%4-~G#iJ_gH~
zIrQF6O4L2+oXW6p8&D;YNW1o$j?_hWPh>1jFvH}x**M$aHhwq85`%NefNNmktS(Yr
z2xUe5DdICF<4*AR?7EyB<)oj^5zLcdd&5)B$wzFKSfBQ>^<}B7xzjS3Rt9m<XZ)cA
zZ!A6Xcydh-9%ipI{tP?2R_O>^|Bt8FhfSnOrbwNlywK~L@v=!Cv8(GYNf5-V&)J!w
znG{2shZG_+sXfnDuGwGG+oG#8c%(eao0+^(QN6`)FRQQ}kNVnmjNv2pcLb`1+zGbh
zlii^Vr+w!RX^LPk%HJuYCY_hQ0>D?f(~j@rL#;J@f8Kf*1XTHD+e%ulwe;BU<*L~-
z-M>UlTHYKfDb<9SDN>N|{EeaQTrSqqDdxi@Qx}hUS&=2tgFQJ&?&f1y=X$j<YKFKO
zb<zPe2i6@!TSlbFMw#Yk6$QteE}G*Sy0NxihXPgU5_H%qcHitcXU5|+0BpCJ9Q*h+
zcK~B}o^7V0E7%KwU?Tv|t3caWP*Z(V7YBXhwge8aupqb8IAc9|fU||XmN01$BfDSN
zi6&F#*ES-Y_QAQg5j`g9M{!BT`^KhetFn^bj}g1yY(_lCjNbncsDJ~BREj?~gLXq3
zYtY<_X0z1i-Ej7QoT&Svc94@|`>2zhB#c7ND&So*MXvrDf_5HXoTaC1qkEuc+T~WJ
zZ!|u~h@LqPe?7W}yR35CN%ogqU>YLkif;}bOXpNfD28mT-W=p8|8jPxy|npxsF09t
zU_BwCXZfLmbR&&jyZPYVjGF+y_XfcFp7BldgALJd6farO5_cgyD14`as)gLJ0AcjG
z`L+)?U%?rj*m1_AjsEWI0Od)7h916--Eig!Wy69!<&hl~QODsedg?EV;lruD#cA&a
z{3G@PZ!d5cPnD0Q&Nsu?D|6L>{P!_l;QcPy<KY@eJIx86u|ST51hd5hE52yG=0lJk
zbxtw)(vRVMrl~@_OFe5Fu0J;HZ?eo6Lf<UV_?i!B`^dFPygTZ9%%f$T5}#uAqCoI<
zJE*jLQr>^kE^M~H%_}62%mRm>Dj<8i0;@O<&&|uAoTc+81F=8y^o<r@{GNr@n<Ss>
z1<${$&2m-Af%AF@uF6;ty(sm&MV~&K^d!h;?T(23yNR^{@W>}#R7S2G7|DIN@pe@V
z186mFpz_Be=rri!YtUloAl1WP5AVX;>>qzLmflX<ueJ$O2#WCmoyEO5c`r7Ie)|fI
z-FDsh4*zV=4*f+L?RwO@(*Enq)#Km8<glJo;#;p97GcJmE%(2bT3F&<W8JrZX51e5
zES|m;wdX%hyo50~|GjDKe58Fxvf`89`ggMr_x-2#)IGzibZMV2pOqCR=ed6yR7U!J
zaea@2i|8hPM)JZ?$2+X!Zd>u~uftsKzxy;>kMCK#aoEqqNv1sW`)L2%g?>?T0r+lH
ztv`~%?&VpE!^auj#3J0TDaMQ7IdmxBjLLK`>KL=KDKjbT@wv+!Fo0*%Ha?V3X>r#f
z%nu$SW_cm<8Q5fJvsc16Lco~c6uT1{3#?={KW#{uFoV83NRWj>#iO{yxT^nnEal9>
zo|6%h`)O0bk~>aSzACdJnx6)YFd;~bRrK5LGvrvk1t+_Px0FBebe|2m@J0-r+2)EP
zWKX=i{SYrl%Tr-NrmscYP9+9?pB*=D`)D?LFxaVn=Nf9F=P;f-zF}ija=9HmQTj4_
zseE*tzZp7+>(@DVWAwvqZ6iaRB$I~L+Ktke$5VyrT#>LV|Et(XT@w|j6%o6M)A<F7
zX}Slq-R`xW^K<u?h^Nu#9Eo?j>U)mnKNbBmuzGD?%L#A_PhKYbwarTtkVbZXp`%>b
z{3>W_u-txC+s?$6Be{cf`KYP9uT=6AqkZ&{c#@g~gN%v>IdSKn`BuDi=)4|F=Uy#d
zwfF_o_}5E~A>gOyziYq1OWLtu-h|%Kt`KGs*&|C5&qo{W6Q9>D*?dh?o_Lf0=JX>&
z=heVJZ9{jLn&2v~w+dv(iigE~GY%BIt@CWCsFal=jocZ3I1uz<j|8jU@$xl})ufvi
z@;b5PIf3@kCz*{+Lm0q-fho4=`&AB!7D(@|)V?^$7A4ofm$yXJykBb7KxM)}q)AzM
zG_Olr`w@z{aQ_{3&*WM(yY)M_NZ9GQzp^oRbni($q!(b@tH1RD2eeia<jB)D)Zt;m
z4P@9?!!7)bQ8GZMS~}@Ae@EcO!|v!Q-f7|*!ai5?z&rP$B^yA-^9#2AS(z0I0KfsG
z69cX5{15HZRf7>#c;m+{1VHJb*T8u#!ZwV(l>yJ#v-IL0T?$<J@4*tz<4c|fVHTX^
zI$8mX-pcBOMnIC>aA&VNqbpw}mlsT4(HFtfpiujbO4pUi-ir-8+_LhPru7f#Rv#?1
z`>P6Uce*P`)NtDxF1_c68!VG^)i-XK^T5T|)XCd~mD`HWUofSI43dU>%HuH@ofA6T
zY6dQ!zFp=2V!!Qi$ll+7N5S?AHxx>iq4SMvDMn*fk=b7GN!!fcqSk4>jKSY1P6+Ge
z-*6K&gJ0yfy%j;U09df1^w7${-jyrj3v07M@q4F%X3a-JSZp<v;0^O-4+h6T60sBG
zc^tP(WfQ8%`m-5D4<HOR4a>oIV4|m$Jq*w2zQtjaE&*J8k%3EvgYa*{g@#q;^2+z(
zyO2|<0s`jGKdB9GM5=>pvwFM8w=Q;B4vWmYmrT+{_cRxSKud2@2?~w&nrwGq%i;y}
z!JoQ5k+^@9A5`(AnwF!f5#!!y;_R=6$~)XE`v-LEXIWvO<*jY4vA<UT=2M)@^&G}|
zyYs5TXC#j`CEeWhL^69FR3?_IsNCgXERJYHn@Z;|BbYwB;UFWVmk2QWCINEMuJWrI
z6wclZ{Ph4a5F|vPrj!-X7fsPh9v49!4jQ>}Q9}aQ5g39QYm#ts{c9<5e&QD=48gez
zFM4as3N_{Mm(iDi+|+_g_(aqq_)ezp$T2>$MlY+AL3u90J+TgzK<p9fN=yU0qa~aD
z7Gm!U;_Xv3=}sg1JMOck%MN3^#oN;6?8F{{wlDtbUIo|iXO*l--(-DtGCmRK%y2Y2
z!c)hKZb%Asu!RuNw5z4VqQcs1(?vDMWxr^<)>Il@KX$G73fkQzjtEmA`q+<?RK>>G
z5Tb(uT+*-_4=~bG+0QN51Tb4GVo0ZgI=U-+Qx3K9q$jDvD8F69X~HGAA|%Z73XQTK
z#jfO$k16V8(6e}SSLzmgj4?W*u*#k4$mN>^-Zu<CF;3abDp-$W2`ksCJhuORw(GF4
zE4%@l2s*3Z1cZ0TGtR-L==Pk;{>^9<-5>*%eJN+Lw<?x*m?Cz0v@L;K=)L0M)V}0q
zS6#%f|E(k${BR|$6YEnHdi`_S5pgv+tdS7j!HiTbuCU_^Ehmw>K>J>kdQW)0G27;v
z*=rY8xh1p42jLyK1PrOX`p4(JM))6yd;N9*9OTR*$D*n8b3j3J>Mzl<e!h3pFZ6x)
zpNmRvo57QC_wPJ{=q6;=y}EV0TOQBq)=%FT5dA=Y7Lyl{o&u6F@pO)K&O6G@hh>FV
zJZNN@wWTOme`dwq_`09Rxr_+VAvS$xSu}WUW*;)cvq68JbE_|*^{#^)J4gYwTgKio
z7b#{w45Yp)WHiUu{e!)NvVMi$zq?cqJLk@&Er-zA+m*$Ss`9omfscspNnfat!ltM<
zlckWz;%;|2USj+m78ol@xSL{>E-KXv$JyWE;<Mv=b$P8dB*U1?x_<*$AoU(Sx>koe
zQls7lJUD`H6lOK|6X<f?-129s*oxzAl4iKE=}AyunLaz2hx?i0gWsM9O+QZ?RPSZY
zpoB2-sqtJjK#}JuzW;?!<&`dYp8)DWJ?|>T`th=IVYdb8z5^=+kG>$plQuYynaRG#
z?eNdiY9^)Bewb8G`sDo89~G6|Y5XTYOS@-Bh@A9tx{eL!MATTbT7?zU+Pv~pNu-aq
z7B-*)?xvMxuaD^1sA#Hy)HTvKMF!h$f0TJ@yD~al7LVaGRd;2zgubyrmF+@ZEFR2W
z|I{8RKgnF>LtYiogAdZZc&<mT^|7BEA3A^$`vZhNbRxnOGJzUYQlrE!cUNC(>-+iJ
z8&~WKGUXvF^&u`hh7t@Q`{&j9Ltk+l-0{MAz+ynuf(^+^NXQM`{0_RL2ah;By9<Xh
zaQx`Io2Pp2{^nOcY5Pkrs3h8W;dgR6ys|xh`Q3{9Z&5)Q^B!H#Uig1<+_dhEx~={>
zH(ItI_yh2y%|FwzTWBoZ9y`p`+X@LvJ6>?$ObP8idp`}bF}Dz7>?DPOWKpzR>;pq<
zx}#I8T#_8#(Cd7U;A7v6xb+?EqKhyRM(Z0%mY|L&#mQ=)-EDAy=g83H_%SXvaM#Ce
zfM(1(lqhg}mk4;vqP}vgeEj9UesLLJ;7tcC%-fR>4oLe<kE_p!i|Ox=T0mXKue9Lr
z%xT#by@!d=Eb(J`xX&mtdxh&nA=$qT>SLtnN5#3v8F%c3-8mS&C>&rzZm_v`kKSST
zUJ<R18%#heaJ}cLbXC#+A{G`BY=p`o*nrA@LxhT^NveI6b{Y~f%;bhnm#h6fdS-<B
zqBUNwpkT$szk*-^AdHK0G~#`TQqt#(MPKw?^sdA7l_ex4U9~VT<iO#tw`0P0q+<3%
z7%>=(T9E4=LT}Th!TV=OzyNGHg!FS+`$M&u?a(pAAtS5)v&#f3mc0yu`~J*ptcZp}
zIGaj%R_pi6W{Saxv-zaQQop9XI?WyB$rF#-b4<XBY8Rzmx<-BBRR<ttbM&LzF%o;s
z|2hxM??T3-FvnO-BIg!81=&d!A~sNEF+mQiogb#8){z^ZpZ)e+s^X{dPB!5+A&qS6
z?piCbO<!+z&<u<Ik(RB0uoU{DbLH|e%=0xvE82KxXypC&dsgA*G?le7%DH#a#@!xa
zluc(nets(^3ovFU$fpQp*|iwCb$PDMYq5rP#GWp6=wh<+EpMr#q4NGpx#1Axs<tb3
zfbI6e!7Gi$i{hr4Sv*cX4Ip(YKarr3wuder#is<`&${9hMkr96D5xZ8JoG{Lvf858
z0ykmfdQr<4;$slAZ5|$(*n&*R?XsCTheeGKgy2ddV&rmp>M(R%#)HDrBe-du4A@SS
z$*R$9|5o|%odjV)RFVZ3jz?P3wfIim_A(mz%}ZfKXgb;Ssfcyzw*bDBXAzX*Q0*|)
z25u=TnisI$9Oe;L+)bG0l9%w-$0ZJPY7i#Lp0!cIvO-%!$gnq7>kY&TuvO33RI2^;
zBvM+?4OO;?{#=z}spCLh6--FYgIAl#o^yXxkuZx!&`C5@P}u*d_bvD;@d^@0{)e={
z4-vBJSgeRW$4OniM;BDsO+_bWN?!7;^4T1N@%2H9xi^i<aOk?b&m3>X#mkO9+n1wI
zf1a@PLkwW+P@sQN3lZ9d7nSww$OwvGQB0`1C8qpz)y+Ld64>4-iC;AlMdB3Q4qY%O
zVbfBdOOUHsUGclH+v6eTbj#&$x5Y71Mk?&@xGP;@FMa{8W2NF>3j-w!{8%EWqOTS$
z!YFgRMI20o*__@p3_9o#SXj=r1b)CG=P90-qfj#QmzaS`S<=?q>1@vw^GpeOXcor_
zR|CMc@n+~CP542##vAPdM7LHV+677zGud8u0)x<>Z=G?jXrPVfCT%#sV;zd+1pQuP
zJ@SEoX#|n#0qTUVCSAS;vCn15=#e4VEYm))J>Mb*nu{e+S<QXr0ll2o2)sqLBlHd1
zB^V~`wP_t6b}VupZ%$&9i(}vK=O-O%OVyG`>2zRO4i#`{Zx%|3@mv<&qL-RE1L|%$
zd^J*uH>yt~$hQ)F3UA2a(4UK+f|E5?m5YrWkI2SLPKEGJb<ixwtV^amZ}`NDwTLpk
zHlUk_Tnm2^1p_COhjFXQ#U6yb>2DAY$tApH_jW=YVxGNT&%EiVz$vN<FBf7NAX%3q
zYG_eR8Z^v!7@e*<AQVokFxpdJA{?p~<f+0#yQpWx1x1&<s7G`+;L_n{d}=<2Z?OHa
zGi4O<Vb+(moCINF(YvB|(EQPvcBoySSJ_e!65)j6*NX@<BpieqMC3Xn@5C2wG=VRe
zBcSU@MxrOR(PN4tO;XCQ)BoP35-=BKi(&~I@h{U3y&1IWr5K39A?i48(dK^3bkNdt
z9BYP->+7Bd+Jc5ujGevZBopjBD+oanM~-;!IINy;Nw?I0rnuH{)uhN`v^#rT{`wf&
zqtVhD&A^Ha5gl00PR-s?rw9~qCZdAOJNA|swx}(}OGohqM+!$)+#|n#rd%UK*bBNn
zzXR2=-ViHE+zL8R+`vbzI#NsK3VQ#hlKmkC_J7K9@h26srt<PMAoZO6rd~<>L{Hi}
zbiRQfA{c6w{U8LK;3W}{Np;5^b#Uj8G*Ztew|p_3v|iGX_ji28Uo499*UQ59Yq_Pt
z3xKlwP*MnU3klH3K|g+!uJqW6QDdZuKEVuq>qB76AF>j-D9=+&B3g&Ur$6!2{vdz#
zGz&hv*cZB+TN%%uKGDc8$y3k_%bZ#>c~zX>)7xUAjeA5MJ)z!umOcET@=D8?RxJu-
zdGU%wysAFtmEhG-$(BXeSuE-i(kSMcx0mx(_jjE8gX)OxhZ@CMM9&%3G-wK|W$he>
zT+Gc}$Tx*0(vdYCq@M|GqW!>#N-CwIB_@ot0efX-Oe3wfo;w}XIcr#-+SU-Xs{@x)
zk#npVDoq>6eQeh;6vO+!HWud2WAt8b!86)StKUn$3)Dc!t5LWx%B@s4AU)hgCiN+N
zbUGIPf*t$}^esiHyYD`rXAsMmlCX<GwQJs|*xYfgDh}&!EL|C|;5BAveLh*-I}W$(
zfDx2LBpUg@dVB_3no1<Y`racp{RUHuGbqh@PyU|c*}^oL6~i>r53c#4uLh>%-Y~?T
zp|~>pCofVw`fO2*ba!Sx_iv7Z<piKt<E!9Twl~mNbaU>_#aIJ=s?QOpRw+wjHnJQG
zl9x66+Ve7+AUSz!hS(<vo*$!9)Jy?Yp532m9|@@mbwaw*U?Fs4DU3uLV#QZO;IF|5
z_iuS%&V`)a{8qJIL3mB<yBV1)9Cf1gJKUGRCMT`0b~wG<)T`*58IG>3_MxI(Rl7s1
zjCnNqm8LD7bNQpjmci)Ba%(q1#o^Un-LTt|T)rE7!j#yKen;-$gsHT!h_PPugHL@q
z=GBb5O}a~;uD*ZFHfvDnDv4sT#|ODM1=ENj@LO9U6y5FGim$`;04s~vXCl}ymC8u?
z2{6&Xy(0vSMi@<UX9J4#xZ6n?y_TtdTNyu@5xWX5?jznW*&~W>>$+oWAR9T!M>?h7
z_VoZ}lm=I}-S`D^6lH0c2CY4tpZZeV(?>`{8=fcgwbFSdi7<{I+Dep0NOtEWPE+q{
zZE>^;IM1z7@qA3LbGRVm>$re}Jsw{lmSNMEg@;A@;PMlwWi;9AFRXYv?2#D0BSY8s
z&n>%fSPTRi7RiWdD6?{qbtHH|DZ6AM5d^$07uLrlTGb_HMOI%ag-kX-nkojBg?}cO
zAv<9+*EbkN8dJ`xHUM{o$2rPLgESZ%t8<+sWQHDoz3uzFhBEinS7MI6MAL(K1D^om
zic4qkE6c7ku|w7mE`eE}@m=)F*8TX#B0DhC4v>UE7MoA{K;EgWibf${V&rlH6Ok{$
zm6$LhTzT?GusxDpVE)jbKq{rN<UnwxRO{O|=Z710KbI!R{5}6@el9F^Wkq~$+B52k
z<B%1D$Com}ODpN2oLO|xJm0fC!)MXpcN|Wpp^&&Du62pw_zdL^q0kn}XYl$IbjW0u
zWuF<WVoGTf%Kq(?=}iw^=dIJoC!6*=Ulgss>b0KPp;?TDuZbheBZu6534h4*K5X=#
zKmL~B|Mv!L;of=o;eibD*CZrYuF2eE#moqc)JOBq_UQ#ogzuGFLk|O&#+Mb}W}6s!
z;;P!Evc30MO}b_4;d{DNbM0Adp80vgV7D*N0&Wt=n@{}69%|dlj#fZ>f#+Q&<y@K_
zmXPDfsPmt*-zVZVcwv&fO_$cjSf=u{9dT)%5<HBwXuZ1ARic32mE`7+ItphbY}wco
zA2e-a7EdxTUWSm!#?I_ksGMsuqW)fECJvRrV;lD~`AQ5-ikwM~wpe2K{UkND!4W3g
z&Th0X&{&x!1WDr59BC>m;h_muAW$`#c-4b<ptoEU{aq?*dcb;-%hCKpWFZPLoOCc%
zFR{|3{$LD6nxgRzEb)h&X#KNMoaD+yTB}p-`x&_CVtK-q)21}kBdw`>kFNVp?6qF@
zFF+LOUv4}GTh1^(^yWjE>cg!nQ={t5j9Vzdw;_cM;lFAvTy1?e)sBRaqFSZpoGk`I
z*Ko?=>)NE6$anp|ghEIo#tMm%gXbwO_OSO`{10@%jMGDud3o>ECS@qf2M20-`LYOs
zQz{EBx?tns(lfEzD<xq@q6m8VS~>|7G*_$3)ChL6YNTBP;V~*k!YzAYeSXAMR{L^D
z?`dRH3A=A`r0Va8av4dSg80~&StJPh#>l!t!xI3YvmcMi{eA?1L}2>*y*lJI!UnuY
zwNo1BobzEIvON@_5OsIleL2GN6&^2AV#+SaG;LIuk?!gUv@Z!BG~lg(L+8SgOLmR?
z2Y1qh{~25`6uUJD6`jV*(}6W2;~vSYb8S+j&@jlnYyC@#6&dR9Bj&1L;!dvl$MH5J
z{r)8sow_;^KR_ezX>iz520QKq?`>3zyaG)}p<B~@tR=*YMAUiSq;G;B*Bs+ZjR0wX
zU)y(jpfv|dr7*B+iBhr3tJTWG-UTDbiUBuRU~Jsdt)g~oe8%qZ&NRT*#<&7{CVZ4}
zOH(0ATHtgkm$HWY%3N{*rit0}m|TyG##f)+_g7nJU#4m)dX$gt=~E#03SV~!L8S}E
z_Wjw)+~`l2IR9?j-6b8VMf|1=1<G+xQo~}M6R5cIq5#Xr$SUV6bY`;=0f+u<MY3lr
zKN&mIvFX7J<5<ZpPjAD811HVbF|arkNXMs?nvq~(*rN-eH%o!yB_6fXL3K~F5ii;w
zo8JrA>q>Vd@Q=ck&3rTVCMm{&AR+o&I0HU<XS9^T&d2>@iZgi2Go9Db8*X=U$7KUQ
zi#>IcR8J=m0kkx4_*L-I!oKn~S?W}@4K<%!wKkt$f3LEt#wKu3*iXNpckHd*hJXF0
z!z8s}GiD?g0^4chT+CsqoM=ndk(z*O925`mh$VfUpa15a;yS{TrR(zxB=$i$oScA8
zO3!|uQULb3teMZ(c=`<4<-G6wZ(OY?z2ZMpfX5Y`4;1!w%>xH|s{z)~sA419SB&Da
z;HS5^k75N{ij9a7GWHOe_@Acub*HSVbE-uWdqjxB03$lh*tWgr@1U9*R4MsGMa;F(
z)(PuqLwcloQJCr?i){*+8LX3J`UcCGWd1~Vsfl-}3Hie9m2_sCr@;p{7n^>9A(bIn
z6(T{OgKLf$<=@uXq`xgy|GsX>HQUvaR(d^TR_2Rj{;CJP-yZKux_@<5p~H>yP&}5g
zQ14zi%|bz1E@z(**~izD(Y3$7h@k?<BLwR*ucme3-b=_hw}LA8f<kukgay6!*>gAf
zZ^uQlzx+K;7gT}f3FBooW49CY=9~@N=masm5T$MSy^Hj0B<oSo*c;xDor103XD2=X
z0$zMh{kXC_*!g?;FMiG0_PiXcxZ%?Eb$a-T?B5nI7X<oMda_@Ij$G$thPRTX!_r%y
z`)QS%h&@4C;4Y0Yv->r2ACK$lm|Ky(7pv+W;w5}aSE^~eGyjFekwE)Ds9juJ*)lIC
zZ&>Eje@;I%tTTKL{70k_Efa}nFsbY_eCC}(7P0*wQtjWh{~I*#M#AR*lI*`+;mB!A
z-TQxKkB1@Iw|}z#G3h^%Ckhlu>}?Tw@_zvJ{}Ai{ZOn&FB(eS<Ay8y>Hb{gW9hu<2
zS~1ha{y}vA1pRB^KdD&%gt317|7iDrS^uS%vdCOa4-B8d$H=SyC;NZuMNXdosn?Y9
zzwF(=YW^jsf9QO#7XcsZ|7P|6H=_5SI{zbt3|SVLzGWbpLDM|$KqiC>0pIpNn(yC_
ze**rK?Z0T>|J&Ao?PV=Q=1AT9pT-Xh{LdTsKtA{1BLAc|A#cwKf|UBNt^avo$a@qw
zp!oCU;bs`~`>zZ`6ciLj7g>mlsgaABh>4RK@_@n%;uYZJ0dexY(d6L~;T00$5nu;_
nL_i<{v9G)TR{>jlQ%iHt|NjC|BR+j(0TcyUWtob1(7^u(&oeZN

literal 54468
zcmaHRRa6{6uq8U!46cI*_rcu>?j(4S5Zr^i5AN<B2=4AqaCdhN3GSPB_Uw7PZ})Bg
zba$QZ{^+W%+f{YLRh4Bxs9;nW7#NV8tdu$o3@j7|2L2cs{-5MR^ymD)4#8YpNgM{I
zHWuy081dhn!bDbG2?oZK76!&Y7zXC)pUD3h2F3*f19NHw10#?I14H1D)utx&?=Un~
z#ZMpK-rimpn%^RL-#o!@NwTkfsn>tb-+Vv3Ryw`4g};uKtSm3qRFyf{*%%ucn46o)
z%E$!x`-X)=)6!B$hKEj14(4Yk3i7kHwY1b!l@sElOG<vc9?rkzeR<2!cquk}S{rC-
zZW0$0!N9=4!os4YAaiqb-QHYrbg-kNqvPe}d9Cw$3uKs{9IdOZ?CEOzb9tPXlgZA;
zvcJ3D-`nZ$>;1Mf78es)8)ju>pr2}^wC~Pz9xXF%OQXe(m#Iy6F;*ih$Wf6Vrlzbo
zmuS*dl3}SSJ6#bw*;?W#$NZ-)etD?zBAEBACp$UBZOvc!XmR+s*eS}xa>P@dmxjp0
zOiTYGCk-*~*>~crNW?Gy?hDCTPU$1kDJlpJ9amvPit*nK!pKR9e{x?v_X!Wml&<5=
zsSUT~+O-+jL9@Wzo<ST*997`iOcma9U-a0z9D9C$PpB@-EEGRd9IDMOtvidy<WhQV
zo2;^<K9Qmmm<d;QF2Kn?{;$Kk*`WIC>rf047q++Ko8zpRLY0kJQJzslN5aVim5oGE
zu7y4a>`)bjSYkplztbGx$>^NQM$lGVOd`P4nO&1xiC6KgR5M)Ik(FfP7PuwSL^qWq
z?D_UE7?~QI(;<QQc>Xe2#d%<^k}K-_wmVoTqmt`m^|paCdL*+9rHG=ZdcdJ85)n{J
zyaR^ZuwHTaa=c}F^<msiu8mYr33~pK_w;!ydi<EOrgA=&ICeQ+zZE`Cvd1vNx*O)0
z?5LSYGjzjW47xtx`@Mt7hlM>H<7%N~*|mrNH)x3sfrK?TC%4-d0iKNTeYeiB#4xK?
z1!I7-+w=7&zq_cj;<{K-NV*i)VqAHdjRhYw2>f{aTV9G_V2-<ytXV;hLoK+DgzaiH
zg7hARqC~M%N&!jY&nY7CD)n!oR?ku>-y$2a>EqvIXB3ltEU~|ePi3z+$Gwtq!J+O$
zziIb%SY!Fein)?Uenq>)s&ipU3s1hH#P60G!M_&><_^I47rA@bSk|H-VP{Oyn;s2H
zS6klTOp<j4Qua3NmD8oBvcX0;A?)Yh?7k#e<`Z0<M4d6m<tQL*uN2l-`?4MG@O{X;
zG=C7+<k+vKKFQ17j!nRe$Z|qVa(R-;80Inw%1Jx-<}W0YfX`rIRIEKo{ns#ZsRVmP
zI=+SGWM}8fad5&-<?selHs?~KBrOsNYP@wK2$_D4?>9$uO!}iD0Kt~I&M5dn_fcQg
z2-U)MhhZ1-EUfG$5$y$u1@RP^tQ(*9x+d)3>pOJ8ZjrvapOY(^%2#g)kDtm$-U&PB
zz3Khc|5Z6kLXv;Ok`ED1A+8RC!&9755N;_x4vrRQ`|=7dRodw;K=rhToX-(9wS|~P
z6yS7~<>LwP48yoI7m9;L`|~hix;NC>c23e3+D%p1Ga|#yF5sTg&y6LRD?PHrq$*Jd
z_-Z6qC%4!8_<fyE-AJDHij+B!y1JR-4ci7LHGtOwl~CBIi<rV;C}#1g`<dGCZF81w
z+zcNn_h;DG$<KrfJzgPl@Dmoeg>i}&To&T_T>H5&VtiisA9YbsS=KBb)y~-ZOXx0Y
zkshWFh-r!JAJiUh{;B#!gY(j0)PDyk>mE8ecIs#oARYLQL;^rYPlJWQqO7A?1@M_~
zc;_wl8FjH5P{o&>H%3uCCq)0HtNa1G@P15FTB>#RxT587gO_s!^z#cz6S9DP_Q8B&
zMSm#x1IwfYt_mz}+|M!?w~0b2h}t9QSq^1`Ll>E7!PcwS&hSuYFsKwa+SrVG<i}t=
zOIjQo;*y=3Vw;*|%dNM^JkEvvpt4dD`Z70nJ+_r>DH|YaqDtKOx*>;JyuP$#VW%YK
zjY_J-&DkY}BE6!<{4J|T_tOiVMb`6ABgvuh>I;aUy9cdPV{p*3=|!;oY&zzOsO{cM
ziA!*_mVVdcd_}vAdRlX=e!;Iz9P^|QBclW=kp?sk)Bdb4KX&uoZBXxaB8EB!Bh))M
z#3C<tlhaR|kG}jBgAL@Ke_{ipy?&CdxpIGcq-uS=iR!)bs+&H(TH@z3{~eA$(L*Bp
zeT37SNERa~pa7S_-vs~Wu`b4{p8P6}*db|$Y9zrOUs)jk{XOeZ7UOKYQf@PUGhPis
zR`a7x#Yk|nXbVFJ1hB9sc%IC1G7GFC($b{KRAY@+o8n|pKfDA)SnlDlw4i^u+CcwK
zITad=wepCQPUE=+lbfj%D|5u=f5NwWfD}8$w!;2sd5vNcy@dk=OZN7(q)D%KaZU)J
zs#5U;z?fvVa5a6;nTGj67lf8YD^cn$OKI+2px|W*yz$Zg@S8{h>r2z+ROVRf)Z{7s
zu4Q3akxc3YiBx%)FUCG+G%gW<0NHQqCk*^^<{x%ebAAL&e%hEc-S4G)7JKq7Jv$E+
zUxj*Hr|TzvmRXiT@NS9}bVQTc+Pwt_7LX^XTz~bavKi#@l!?kA_y4A|i9-_!H_B-2
z+j6?ZdruC&E!C1VVt{do&qsu&V5*e4-u2pY$fJ_hcLz*KSW2H&?YN>Isbd?vqka#t
z{B1sNM<JXPqJrTkLqt>Eg!&e&a;j=_-&&Yf8-u|4maT0%l*NR%-}}q@PQ9~}q8B+f
z`@~>@oSMdZ^6b-GP#f1ili2pT2Qd&LME)hG+rk}V-Cnda&Y-U6(oLMOmEEm7oo0=o
zU+1yR*sQ-)_mOx{+k~w8ho$t<?Nehn<EU$S5bzMoBI68&*K_D_b`k<~fANNR`1f+4
zQId7J|9P-{K1sj1Id|inh*J+}5jv0AVRqr+lPK^^Lekt-b<t*mY$+DYJF)OIE#M0I
z^rSyoNX~T#h<bUy?Sc}c&12aNJIWe2gR*bo48aU6FdpR^uEP#Z+`!Z@NTMYZ@%L{?
zdb;ToMLsu&3q$$CsVcdRc(C@Xf+EiwMI2dXF`{*CSH|W*w==n__VEbYRw>`t^AXN&
z#k!1$)UZ{~)uGwp1<F_GO}p`f>#RU~9zBS<!SPPzW-X2_&0N9?ZK6y^#AWJD^-}{N
zLtO_S!Y_p3R^U}ACi(sG{etKn`Mt-lx7z;ozhd+M8?paWN}lnp-a=lBD*tN*3qB|B
z<i+RBC9RKwlQE^sX7k;{hbuuM4O?#a66g0RBHj#Ae_^-UC)Q5i-IyNaHoup??~@)C
zMAtWGZ~3l$=h@iwbTdnzGk9NB&_%eWYNC7^rzhB_DCk78(LA)8Xf@6i%^Z&ynBB`F
z`ytCGxQfnNIVf>FczJC#8{>I16{fgqV>lxpa20j?R9>Ar(HdXtmWM^E+^xErf{_g>
z(U+5HP;xLWqa$5lwZ8rOj*gT|dhlUQ4+!wL@OCSF39~h=au`m)5)~9EEedGQU%lxU
zdQ$vtR1VJevzpwDKmg5COqc1SBaBFnyRj4y>rvZc=W`t@Xjn88AHUUuPQvQ{jF*aV
z>XO;uX)*g)Ep9?R!4@T}N9EU+ofJN7j^#1r1twFhv6h*)VI)hDY*Qi)*wf9wqLK6z
zh8`au9f8~DUtvg4bSrN#aweXPuP~7GOfy%#|Kp&ij^F!vU%(UFEr`I55WQ?+kwY7v
zPcZ`Zfcvm^KN0E-v!*Pm!cR1Rg)WJr0084)e)shRp;K9EY*&^jF#Zi8tof11+H}Mn
zernxaw)ooe;bD4%a3ZRCUC^{A<)wMg!GlKqoh!sy+yVr@mRh5SLSU;UkIoxJ7G10!
z9KhS+$U}C+n@((N&KgPyh8t>X#<f*OlC(Dr*Zj~;c&ZRY1Z8hY|DoBg8f~?TD*1J#
zZvW%_X+NfID)iH!ux@2i8)vcGbC~UbKoa2V7u8|1EFxRD9}{`}#|n&g^?zv?i%UV+
za7}1r?ymv|dh1PaYW<kEL(RiP;++9p4Un5pX-IZOQ6inI-LL4DJ(V%f=F);w!HY^d
z>r;88sD{9BJ4^pHUKvbj#O(>03s&0pq}k7)pms`-UJ~{#U*U}>4*8$EOLW2*VH~~G
z0hb$Z?f=jZDu7ZnVivQOE0)$w$&G=A6@<CY08jXV6{PlV)3^SnbSN!2)PiN(S7S-c
z2aI1z1?b-IMCS9jU{M0KJjS<G2M9e=xsF=|!(}*6f2+z1<CzgEdJ+2&E?4pj(YQ**
zLd~W1ip2X#-CzMe{XE`|vzU#uJ<Vkkrj{S1on}~7MkS?7xh@nW8}I;pF>+KsH~^l4
zLZxEd3mBVi2L9#L(&qHuREvW4WstFv^i#pglY>z~sAEvTqq6WgPZ4DTk9g#YhzYSg
zLxG-fvF(u1Dx5Z2P|J>IIbk=Ul{5Bz(&Fuse4Xc<)ml-2m%Ns9<-NPu+BfMf9zr1|
zzAHc1A<$ao2*60qme~0a8t(J3YlNx9mD$`nB0;$ld}quAY%D3#n-K#S*vkJ@Rwfoq
z_d<pa8Al)U;ABS<qdSuS{+~uee8z4W_5m3BpiEmCuuRIU|FI3%o_A*EhhZZkG)#Kf
zLtc%z%LUkFMXLEZD>$r6)pC3MP>t*5PoJjVg{yYqH#1}0&Xg)7ei{)2sx}Zb_|id=
z*QP(E#TciiG@y5FMARpKmZIoxx&7xMNT8imvuUq`fM%9appS=Z7SpyY<3fHkjAzf*
zZTj*vTF`=%cDED`%Q65UxzA#a%Og}wW<rG?M2Xd=1g77pN&<{WH_1viNHW+GUNf<$
ziwA3Vs}|2wHx`y^-OeHZvOOejqUF5X+~hyBp_~>J+L|6<H3Z(C4gfgCZ0S2~yNu0)
zzTo-{tjshi&P=+-LU+&_KoZz00|iKOOrT-Kzito`H`l%Qb2b#r;+^d?yRH^sIZuTG
z_P4x6jU*@u;35o;$orPK8MMQ0F7p6KaTHcx`^EQg$AIv>QNj=xXhtoK4tKUT4SIWo
z_B*t|ROrjRD1ont=G2jX4MHrIT5Qw&Kd)-ArZ}5_WxMe?_<Gy=Z<kW1_Pm*f7c2HN
zUB^Bo>>zF?MJ20Gnk^KrOYhX-VWMW#(aROr)|%65t#S(Y({YWG@?+|cq*Lro17pSN
z6z+(>?*i4vnDXJgsKLZqk;T7=&}3)!CQ{(`!|Li+n7^lEh~WtIUG;6;tfb2;^HRI}
zOW^w$I|fmYZhd<-|9xHg0PS83%pEfb6cJNk_F`FH9CG2)%H80wb@%;baZbDhsbg#q
zPIE0=D=v07JJXi>QjTTa$fEF&aJ=w{HGhuuyBWQz=O@`&9J^A+L<#)Ix$LdaTU<1F
z^2}D{UG+V`>9dH!>7<F5W~LnM{{-=6kxK1Ydeu?thP>^ojs;vcRzXWy0L1~f7+*eZ
zbgmW+Z{4Z5{m8cECf|+j8epl+?P^&M>RmB$EPqSqbie6cD$ts*DxJY6or_;w`@8Jc
z#MQDlo@Q5KQHb$>MyljcSN>5o(ed!RhvV*`>%oD+yy)0h!QB4iI@(ScKZR19TkyMZ
zb~g>>mf%gT9}?lfq}>=Ry6C&|RP0^$y_(<quG!6h0_J}c1OML($kQDrx@)R2w>orj
z(6<4?h`wptbxv}<x?Fl-ZW+gH^O2_afiFs0wksLE1V{BL4wmPN37_=$h>ql%N5;(>
zZ95Uubo8D^x>&QK@XIz{4YqQVsh=v8e(^}3SC$MGHnh*RFxU*}8MAFSCv7e4FSw|E
zs%CA>3dBE2ato=uFV=QP)r0N0`JQ2!7z^9~O?7)XB{8yvegdUMO2d|LvZXghdSYhe
z@b}sdhS|K*UQ=Mp=gTO^AdP3%G%Uf+d#khx7PLWoEf-M1)^GG0-a|-KCNIOsU6ZKH
zQ}ueu5UjpwZ_Tw~bLYX__-rr|9FP+M(>U$0gY<qIP4^NIG~%*Jw<G<XlkgMIkTuWt
zjKv=PmP(-qBaRL`fiWSg7|*h-;uB;V9h&z#D<6m4Uz7q#@5OY9o!RpW6}2lHyyvra
zgsgooX=#-c8+<lZqXJ=h&DSvCU)t8Yh<>{>R&~!c>m&L&a0|Gs7qA-kQM1O0uGQ_m
zWT=dCvNQrS#_JYy*^OCeRt`RlI1jviv;D&Ab+tKdYZTU^9`VvP;UVn3Dm}yk^tev8
z|81Zk*{Qi{)nM_7?VG*ZgHih+H)MVm66;B^!6q(R(DJMsi{x0`q*1*-bh}X+y&Z02
zC;5_L>wueE7tqW5x-d{h&Ymh@=`RZIih)=S1k|@4_xj7D>s>j@P(#@_%Pu|;)1h{=
zWqpqpk}M6C54S2Wz(VS9Y{{sg#ZiCfakI9mjje4BB)`y|{lrxHJM;-FS-lcnbzm3f
z;EVU4e&K&UTu8)j;F<c?hw4W~9Ek4{M`V{qmpr7J`)F<PL6(XH5XspS|D(YxhHrJ*
z5;LdM=S;gNv?YWtnFaWwoWw+9hKPB(IY|{Hm=B|W?`J|qQEq%3-AiNd^{X>P7ktGa
z!Maw8%PPVHB+v&Bb#gBI{CSMjWtiVHI57NUF(4I^O&qCIPgy<#fR5~ZAGlT3u|`lE
zQac0_PNOkdoz17=@O%|i2`_)ep2V^nk1=Q_G4~tZwcl%V3Vy`Ba4FQS$7{gjqXl7U
z$Q$K3Qmy>)7rvK-S3%)R!E0#t;m)AfN?`oe)M8B{9a+~Ia7IpixUF$pL@B{i{zqXx
z238+KJTYGL><%3|=~7lK{tI=&GS3QT3j7c2@v$y?dz!LtKJa|k<<li3+4MX9WRLsQ
zXg2oHKTp+HW-4&xO2Vx_m9c>aDuVTl!?;`N^EpQCy4C7i?t!A7UIf+)ob*EC08$@=
zoLa+&NCn_mTOQmcB%TFp!Xc0pj3yV$A~miV`V=3W2_50;m47gVYgg+fZ~4i31OTuj
zPE)4Vm#$hZX)!+)tl*HSR9`LoT9hUnH8~8p4u@n#tYqdp|GF{fl-ByEMM5*-H5d*|
zcF=fb3|pJH`dN;18c>>y7~r~PJctw~rBZ0-!WrWQ-*Oq!2NF|>e9BgrC_1a+q6H_<
zE(|9^WgS}7KH)^o4RmTr0MKFr%S_yTa4E|@@u|Se0QUqDVEy8OBvU}$kBdN9!}QfN
z`6C9k%Wg+Ye?5D5c@PlwNS_Y$f>uWY7ZbpBC5;?6F9&~7)NB3uth1j2o$5S`H~)1+
z(-dEQZ_{b7xqk*3X1WEZ{xieE>^20)_I@7L^duapGAUIo;vYbPRA)*K<*~C6E=E=~
zXG>QTgjXtEss~xk3!tv@sK}kmQxAdo?<uU?ou=ls<OOcnd&HAaO9;ooi|1BkplhI-
zTLWmzJuiI$c@8KpU14^?m%$SgJKl#H9ou-fVo4==zKCUh3<F)|QG8gQj2qSGMycqk
z%GN87E@+jPx!+<~c}5@C{K}782n%eW`e$3WfV55G^iI7!!rGE`Ix7^UaLW1tG7Z#m
zdvgX+_}2l|Qw4b2eKaiPtAl1Rc~606(`jUu?qV?I2-xCls1P{J%&COWO2Z4Vu5vjD
za>?sCmj%JEVge*HS0Yf;iR+vCeMQ4Y3+znzdo^}9w}j{9o!M75bLym!MumYk$pU@$
zpCd?j%B!s5$C#lT^6=#P<5+<uJgY5~5|;E-b}EE%C}TfR<i^a{nlf&gkrcd$G-E8Y
zS0xD#AvTp3d>JHB3Ljic9J9%HAY5`q%Vp1m+-9CqUZ@;rnw^E}j8-_pR}7b-PqZ1a
zXi3uSkzun~^OgijP+6=Pb;*PQDYyB)8VN59s__N)h}JuHE3J4Y!Nl~!M&zK<B&$d4
zS<>hy>m=-TDj4RdO$+RK!+FMH-Qwoi9&8>ZXtIJN#+bm-CL;|=ftFCobG&U(pNk@?
zT_b{s1oUWvW~S%xYWqTMy}2u<a*qPJEF(xwA}zqerC-}$+|*8WVX4uA0LLPqn?PAK
ze2$Sum#)o{3#pcoXBT>={94PUUW06d1?XZht?n<(SC1%d%Q%j<4QnaE1yw9`s!s7B
zWT_D}<gWJ%rKve}6Gh)fmY=dI*=$4>q}!Ixxy8>u5k?=eg)j?-Y{p?W+zZiAw_1>{
z1E9KKE0u7-ci~kp2p{P;dgyCb!jjRJLg1q?vtVeWvY9GbmrqhlzB#dKV`y8IE%ki?
zeWlm3r#$n6y!9;&BMrM<8205e=j6|5-l@bO8!@^k&pZ?Wtxf{|r<?T*!A5x$8hI1c
zj_RbUv!bk7a4{GVMO<-sQ|TDgvF`|9+)1CY2H<|8ZxWC4(hw=rb<)H^w{9lmzR)%+
z+d7aV?v+AQ87wv)a`9iV`aCZYMvBD~a+2Vc32|tg@58Ls5<sC9$l&#AZqnM$u4)&&
z-2=RQ;3XO~2t9J4dZk}2EAg>Xk$a^_x1Qo@VKGm0T8$e_AGF()3mVMbu<Qv>>fQdD
zqi*7C{^duBueQQ+c1dK?$70;Hvq=8Q-jAfJO1LWRS+iM4$eHp#TXEziRT!d)R9-28
z(cxr$(`MRdS+m381?|Sv0OmgamyZPAbqN!^%P;g!uL<~B6Z9FcWgK=>t6YIv@ZANs
z--PfIy&5IVie~J7n9TH2941XmAqmZh{fm>TUF){3xzg+juPJAj3ZiWZi|)WG;Y*+>
z(TH$-+n{wZRU~GXKdG3REd9w(7J~U~nr306z+gMv1^J(5%A8wqQp^~=cFPlmVb>sK
zTU@JqL+sz5+Ortl7G?v~3l#kXU6414dl;Q?I|Py!&T8_Kn!ahTU0v+SN)qsngZq=`
ze5IAF=iBK)<JHltg_X9LK#?HvOQvGWJ!YP{(zKXG1VVx0r0)jFm9fkV2}D;3!Tt)`
z{;ZqQR#Q95c$=0~{Q@Z&4)&ZSQhWna4IuA3mNN4#3+f-9m!VQ?{t}~vyVDc<1}x-(
zTsHi_K4rD)Rw}k<M{ZLrCKL7PJNE_&X!_3%Rv`yjWgJ?m9{~uwOPlGo32alElp%?L
z*6JkfJP5<7K447LV)}4^8YDFlMRs=e&9n~vy7gG+!!fNfHZD0YdfF}rHIYC|n+##b
zI=+1E%)?i?i5{rx=ptjopYY`wSLCMIX+Vzj9>bsVv+uP}OC5*i!E<06BQ`z4V7T<U
z`cK(li_@rwwJ*bs>jK2HV(o(eV2d?uoIlo!GzB$)sE?X{swU>thQJ9++xI)e261Ju
zVC>l@#AaZhOd}(oD-J;0ulw5qscg6~uIRB=tE9o=>KnoEC)vx})1=i|R?1SXRTC#z
zfD<t=T8@ZUa0>-enziKXCCE&0z1H;XBHuyHWJ6JYw2jf7a)v)UeM6<bf=t8>+$>$!
zAhxtf>yt2Ve70~p3UgcBR^m+mWpT#9&OvP9QH8uUGY7c%@&T!9#N+j2)X9+xLy;P%
zkOUtD`Gl$XQrXrrK|4)#D$H#U%AGn7N6bYfk!EjH{i9dV`nzpG$~|%r1t_V>HO-Ft
z{`4MzHcPQ!YCOwh32`X;xIU_6T^x)}dSqERtIZxTAX&p>@!Q+XSCeo~vBG#T^C#j2
zNx3QCo(`)#eD$jJWrL2;$vo7JKUf^K#;nOVxxdFaxu`gPPMh;=hH#^VE9*Gs)6Fj}
z<r_=n{dW=JVw{a=MX+CR-zCmQLYBqr88QD%burZ@zt{h&k{wC#!3LZZeAKflq2@>E
z_&Vu5jzeLPtr2@h&v%?mZRX7(qbo*o8D>dM=9(%;*>q}6G!bq38eM(BoauV%4Xqw@
zbesI03Bjs0TQ4_8{+g47Ti3`KTACi%uS4dFf@ki&L$6@Ze5#AS$~?PpwN&Q&lX~iD
z44uiOm}p8&|F%wIf+PW_cHH7F)P3ih{*kfu<)0UVv0Im)t!9YGhFrZvOx;Bo@N5~d
zL_4$7)FE7a+Cvk#JbMnaMYK*jtJ-5a=JyGQPrJ)9j|mLr3e&{JNlij0G@?|EnY3nO
zdEs32;K;KV(*;elrJq)**PVw}L+aTR#OqXwtj_k<1ZF_l=U>?)9UC}4@wiL;C(_`!
z;rx*P#x<0@$?Il$hTYLyD+}UfX9*T6MQ~K|iArEbbH``Jw7OFn`+(-}XIvdEDT(Yk
z*(QJ$8HVupm#}15LuW9Q6Q{hZ{a$=21XRhj9m}9aD_lGf<Ju%nZ`v0iJS+g)G>K3?
z^Y?D*Ze^c)$?=I?iizFQ|EQ9$Tu#`?3(qKM6|V{0xm*KM`$TR##!_gY<iAkIcQE(r
zVj5GElBfl)MSV@;<<vgBZ>Q<%>$b6h|EaYb$<3ye9K2m4-2$+kDNmfVqH52(J=G8g
z1Gay7-<4L?Tv^+Gx<a|WB(X7TQ5gH3yzA+59$4=Qu|tAf)hWcRf0G2$+m|+hY#;09
zt+}za$Cv1%P9t`iv9)*#2U=`4`3su83fL0(RED#;u0~aAF=Lfv?~<_vA&?nc$$0Jb
zjnI5k_DyTN+az^8x1~hrCOB-1tyUbUqKol0kbQ2NXa1nrU?QRA&ODShL(8JsF^C@I
z5)vYuIf1MtpV^eJGq%FOTEZ&vI4|@BqCc!H+mMySwaqwgi(4oPEJ2`hi|j|uGURfU
zY+wL!FQA&wu0SUkU!Srzb)j4A`FEqeyhNVz!fQQCVCPX_6X8g?CzD8R{)a#Zf7h{w
zjN9d+ZWpl<2TbTA3=~w1OMXpa$XELbvot<09$E?ElK%<X0`k?Rk3;f6YG8|t2K3^9
zGnPazgX@b~v3KoRvB!k*A)fh#GGUxAYzjDg05pIlCMc0;T9u?BN4>JR=*MS+sil)w
zQu&|pP+3*|ZZ8RP?9?)%hTk<2tt8B6otNg?sffrk)5g*Jz>npT#9;gIu{0P-YWm_C
z5lhHBA4HYtLEYI=lIxSal{qok(kQio+nf9O1Ajo6(5bqY874xS<iR$2vGL#@z^}yC
z0r2sr+vF=`{^y|xaK<i_`)jI{bDBm1d>62|78KYo@JW6{_WooD?po9UHySLR@_30P
ztirIGts$|$kKdXx%~J!lvONBk+OBEB7<0oKamYPV*Mg+zHAyZ7j`OmKmY2$Aon8$i
z4$i{X5Z$0rl2n^h-K&xAyi%&+J7%z5g)&D3zxG0AUElfS!$G^A#1T0q4csO3a*|)P
zHew47JWoREMH}5_=ANU~f1LuY(H6)jd9EtuT<O}*vef5?K=JzR5<Zp`-bYxDe%<(h
z-YYcr0HcCPS$*}j)!1W<M2&<MGjO|;JU3A5R-cQ2!c~q7GUHtz2eOO{Z3^J8aIvah
zi74rI`*t+{Mrl;)kug6@@drhDsJV$2M&`%R6iV?B&y~lkFD?s-?Y)DQap?m>=4f;N
z=p)aZp!wF#U6$y;IkCtswid&JB=KjVNwAE>U9U;zer@ZX8N6BRCcx36K<A?v69`bX
zKhSFNlJGa0a9qIFN>hjUSX_Iy@?amLc<N-~_i^iY@~QavkNIV|8`>wl^;;e#t=}vY
z@z!i7Mn*DgE%{Z0VytzYlh?F%+k%8O0<;z5%WWx%4auZ4<i?h=`u)=tlUk>3RkGfm
zjUoeDDc^G~T6A!Kq4rJNjc641z+HGu+^z0XEB!&cT;b6lTglNdRDHopfpQ6DbBT*-
zbkJ1QraY#=b7@ikTpJnRiYlnhr$03c%kV~m=ZN5*{JL^bvxw&rjSykYAA0mMiNcAa
z5I%K3&s|~3UTTb}Yso$VYHbZ>QKHk^1?03ioOX^8qU$$4`}-FnNcb=|ELA*hTl1gY
z$4jkE@&9)Oi~l{jbn{%ydvuh_ma|iGbR=fK-LG|YghB3XE+pVL`R2nQEGQbJqH-nl
zFr+Lb8rnTIIn}*uyWPqm7@2(^;S*<QkRyDdn?RP;=;lo=EbKR~?Afc^_vTF#elODP
z&3x~vHD`AAm3aA><_t+>Ype}(`{gC%Q?tvRtW}KgKDmLRfyl~Go;gOhz}~vMvrhBP
z;rZX4`sa`xB9YBvA^)A1j&>#Zei{g2`->+r(1rMg8NGk(+Ucz#HWTWhaDE<|Mf&f<
z!g{7>*W)m$LfALm^oH%{&TRp|nmVN;y1X%&A=8<(+LUt_D|{MrdqVj}vE=`^OTS5J
zlepKUyX~9G&CAPera4FZ*j)X!-8U{smgwFrMYqSlBHaq7?{21fC(m{T@6;))#Jl0r
zy2n$-ZMWsg4%3?vn?E8qu&3b~DT^&tn9xAT5+JwHo-rA`m}}Dj8{NTQUA$9XlKOHL
zl##o<c&&@PYJyRlPLTN$Af21d?!C>5p`CbD?ahE5?v-Z_c`~T4eeEDKpeUIlLlL$z
zcE73k%*(d2Rc)0XFkH3PQ@{U&GDS=Zb0J*1*5ikT{e}x+%w2%M-1GmP0?b}@2;Zw!
zZ>6T{_q$Zq2fUX)Qi$3X?J!}cEp^oD=HylKR$|TrJ3G9u%Vt!3-t_x!m(Rzp>Fm?4
zL_^j(`TQt0=<>0*&n?Msu*oZM+VG)Apdezx49b8h>YTx<<S9cga#m9;07?512pDTc
znA5isoB4KQ>^?HI3j;WopL_Dy5U}2(v4>yvo0Sjxq=1IZt|hpv$%1fE8w#JMM>t95
z3X$b7xXGidxku_319u7dT}!uUjBSsZ3mRh<<@28{JdTZBL)HEg>#Q<@rmP8bvbqoJ
z>KQ<6R>><Sb3xas=3mbA^@RDW7k&}<9G_fs-U0bC$ek?RVY@|7jNJQUI}eAgHky+s
zm#6(a-gY0Yg=D(cVOOdtj%m5ZhSzZ3`0}iqdST2#N!X>k=C3@#^*K4B9=*w$!dFs+
zEdpM?z8*ULSARRmOfqMCU}4C9!R6-Nh6XLR^B7TN3G;jDDD<0FuE9Pdb?hyFEsV@C
zxq@LstP0C`Cz3ffJ!2IT=r$jt@Wh@XUhoVzyYq&J4qq7>g1gF+FEX1zI~8<Cu?BT&
z)XjEUB}rXn#jsOmDtDNmd}iB3=#foJQ|I1Io8_0&thOdl9Q4TH^Ii?lq$*P>2~?}o
z1g2t}-euV}_WAG2!JL8!`qU)(rV~5!*<lbF(9kw?XS9DTfJ=Wd=AynSTIQ%av;H63
z#l3Ge(M`TzAt`GJDT#bB&Mp-S3!Gx()g9(Bn70-3UYDi0yD(;{$Dlz+ZhH9a^kaVg
zsyHvj6EYv8X<d;2vwE_5h|rCW(5G53T4&3(T;20^-&+!_yQbO<YqanKOL|<xj?JMX
zqG=~QFUg>D`#ZYX3tn@weM~*bJT=z+3<x;nktD{*;2{g#+y<krmh(U1k{paV>0sMR
zx<&mguI%uc9}-u|`LbB(luOf!lW#Zy$~>;IyH3jK5ZF4YF<7)kHm{}l9YX!Ykx2`N
za&hKXFR!Q+O|%$?mdrP8@>kdg^N@*rw4LLt0G)yJFNA1(&+)uHuW;crY)RT|_6Bsp
zIl?}3vLilyR~0x5PhEO@(52ZQ>Yf_?(+#kY9yRX_bHhe?4;Xki?N%-!cUJ=>SEX-n
zW(w<9R`7ry0HjJ$+cg+Mm>~1$@TzKK+NSsl-Ls})qlzBwWqh!xWlYnof5N+i^?;9?
z#M_reMUPkLNzC<y+6~Uh!9PFmqbW1vLX5mPCNS?kQ@VUjJ84^Z%nJfmQ|FM2sr-cv
zwTJ1Cl*uxlZa25r{di@iaJCGH?Ga-TpZ|bSv_rXmfs!a}aYjRKzQIno8Qb)6rsq*+
zozgd2?S|%elD^)97ZnK$n^kQ!DS1POq3vOkL9;rOr~DB&kj*OeR?Y|i2i!k0Rs1RC
zeV(n{ID>F0l|Ez<LeYKt`s;V6aLK3UH$|IQe(Rw7qkQK__tGSXJfTYX1zNv(Qm+oG
zk{kcgG3&SRSRzU#msm*FlG+dC{wClV4yD_whrCdu8w0ma;nJ<nxS5m9eyWQ^{bY@Z
zaJ#qKk*mQ1KMg)b?aZqga{nT*eEI2mOkuHYc}VhPhpIKYfQUV~WwRG}mUy>JoWl@A
zVU`(U2GRffZRFs<X)zVa{OCU0Sor^kS3c6zTTTmo;g`~fF9-v4bSvXGb36vQIZ@-P
zVb~P7bgwrjvT}!Y%z7f1Y!(8CavZ)UbtvSoqsUx|nG`_Ai9o}Z({MYv0f$fPzI=aZ
z7^W4QLd<hsD0wzsvPP7hzQoh`0pYeoFGFbJsWmQIZ_hGCX5y*G#191b#5A*P-~fH$
zdySQRt!L#!aumLTAKFfXrBTc%r{Lu@_m+{9dKMBO>At63ua2_m?dX3E>*mv*P}TOl
zZ7?}_6o=VVHfQZWQcu_MY2wMT_b?Mf%R<r*OIxjIPDlA(T=z|Nr2FMRXeJ;ir||Pn
zTr1wHD+xYUbd&0!Pmqw$W2iM!IGEUG5t~>c*zvpx6&Z_A`T6H<j?=H<il}ndpbRaK
z*7q#wZ+-teB?-oT#n`SJO;M;HNGPV5@Ydn+;hw_Yg5VX3eZD=Bquo<H;v2br_cNrv
zepi?O61ieEk$^n`^BgA-UNB4l$}B{~5d$eAn2qihrKkS7pF|tMjH93scJPfhtbe%y
z2CwZ&C}#<B{(~x4CiF7=8!O6rq0o}W`B*UKV1Q^|w4#!NI{b$)eNYTRD8-`%8>x<9
z^8C(KyM%<5a{^orHgb@trqWUaE>)cOlHB<GXYMS&xY%sZG``j0UjW*Wt(&IH``-w_
z)`bQRlpd;t1L_#=;bu4&^qmGX#)!m&S~*Opq>3V(v)k(@^WP!RCUW66Em|F`%cX3)
z1MRon+r)J~5{?ov#E;Y~Whv%eyX9rM`x#c^nE7RLV&7g=Hs=T*ZmZybMJjq%CGDHD
zO&M(Ygr|4ruZA5Ve5V3_pL=985FU*_8YUlg1EKL<lus^yNCAVvpW$nOW#LHQSkeEc
zNQ2e02*(49!4a{4$a=0`9^rSSo2kBnK4+SieV(`nBRodR<dbREtw*$=P;vo1G@M8z
z+3VLKid*V%EPuFz@*#0hrEaxoCmfRU0aPF<9OmO_<nU{@F8afB-Lh`_6TAn72r@A_
z*LOk2E@$et&{A@g3XUG5L!GL}fvLR#EnJ0K?1@oI&yB$TxG;GfJx!tEdC8j7**St(
z^7F1%sg!`udKL$wPlo%fz75mHd(iazuE!giLJD5wd4YboX54}!=A~OPIS#7_0H30=
zGU>vnjNz1fpvB-)4_}<r?Z&t^=E+Q?%wKg)*VgLqKg(Q~mTT0goREGpuhhvdVQdn;
zeH2)YeeRIGRI@ey4Dsg>>V*BeZ7sL`jQWQI)g1wqAox`UjolE)BRmQM`BZJ6*^`ST
zM>qV*gnld55du4xKc_1GwGrunrCcvQhE?nTV>*k89M;~WmT<tu3X}-!aSXUekhH*i
z$F8Fao%YUAqS0}*I2?<}5Y(kWd|Plkilr_@_6qO4T%D!IHZ5@w=hW-#@th75lkMZA
z&;2-ipp4uQWJ#tCS!PCBW_^Z2d*RfWQ)%1sM~XgLGbylq<dt_$zPcEc%L)prK7P#Y
z^0F##?XrYz@uq&%-&_S#ak^DZ7(zRKW9eizBj1a1qxPGZ#xB8&fW-6tT~$<(d!+Z3
ztMbztO6-U`5SX7yaCHF{i5eNEb}*W>Z*MGo2G^wEps0J=X<=l;;7pXdmdGLw)mt{i
zP_z9jcSZa?ix>2l8}aI+`C;;2=~B5#+8_b6&R)X228evZH=WC;VAFBDF^Bh;t-6Nk
z2IG{DF4aFvi_(Im6T_PTnKR>Q(EHOnDBWYn&+2Ux6>;)9prE%pB@&`7U8RG)Y(X`K
zqs58aDs0lj|K|9WZ`;7rm~2=?7BI0v;UIZ&rj<fIJ4ues91ykYH*Z~J?=4%#(v+`y
zFKLB|X$(WYGv+UjA8ahSu~+Y*gX~+5&4(gor;F(yO*jmW&9njlAK~H+$qE3lPH}1z
z@(dH4{T#m2Z+{ng`{)gsF2wLh7ria(Ywt+L)`jmQTr);Fjrq9TA3W53t<cFa;Qe4e
zxO--!LMfITkY_l_fkEYf@Jl)mJ{d#DARLweu!Jz%vyn^#MYLs#B!YY8Yh%L#v#a#C
zwc<s2J-JysEsZ;m2HM+t$^zM|VGAfOrL@Q+HXQP%V|v^wV)8S^_SWYe9iuE32kr3R
zE#aKX`gDy~bxN8|p*Ly#kHsg4s}j+B%*1-V7~3eL(#oG91bV=dT=a;+(5$A44M%y>
z!8qu{bl^y4+!PtI9k%S!J&SSd1^CC$?H-OG_R<uoxjNwE;77w%!mg|2k?YlVE>zSd
zejR*b7<d?n7H5W~|A~WGkf8~!=J0K_k#5Sqv8zwNaf)?-MLdK(>fOe%6jaXVU9**m
zs+YpdGUWsr^$#gFEjxf$Spn8i(<TG_6hThqX{qWAAfMa`Tpjf2XfecIRWu;oDoP;K
zI~N&bt0wfFpz0<o(Di1d=w56<-ia1Hmj>N?8UsQYJa}<L!O+vih^j0R%Flsw<DICL
z@=+O;u#9V$-9O9hQ{$p^1|Z^l`~lUVGgm)}Ig`#l`@5kLx7@6++hA<~J@ZEjC|$kI
z+F?8{?a2N$vw0mhcWs7aVHkZw?9!`AdVV253Pn+4>Li#Ryr3S5tY|^^MIfbAThX6<
zBn=K)mH`eZcCWJ1rzY^=aO}0*0QQCxW<-J_%+k+(h)5T#-yo%i=<H76B2TCN;D|%`
zfG!b_NXT2Bm&9B%fgX&xjZizv+d7As>H4L(Y7mhIW**3?dOhs|lGNx2O0;nm*_i<L
zH;XeZTb15MF9zm^X3&vBFd*bdiiAE^KkNf2M_;9Jw?#iv2ELIziGELbXxWVRp9|`R
zK`_xRC6Z?n&P>f051_~>L<UfDQl6q+&ufuxA;F9CaGzdAz=A!rb!PFCkgidP)zF{y
zL<yglkTYQKS4QDW-MTep<SUb&3hT_tSo%k^`Qs<z4r7eRQh1;$;^vIc(4^+1fsn`{
zHI#%Xb;I=jkK0VqJ_ThlSS|Ca0>8B{t+Q!#zrw6B^Y)*JEb%`5>PB7Fti=@>7m*B5
z)gMnOSZ1ULZio?mBYarGzL5uBmgMuB^do4}cAXsmdaLM)9|V?ROZ;}vLWnpS3bFiV
zz4drKXh^V`tF(PvHzlmrJvQynd$p$PXJq|WL@aF~{P3V|WohsK(1B3kOs}BJlnoh~
zRh?Wjr;>`ctYDNbE$*^sh^ao-?HiXI?ormMd4J3ha9vhpVDIU^#WS_rk1w1Vcv-vO
zdVM8_oiuZ5x^dEGVPe6{|GjTo9v#Pn;btk<H>@2E-;9@=aov|#*Gin|rhXD=F1~da
z{AGv%iFs6YetqDP7amsuxT9@C%A-BdhbVb4gZKl`+l#0&R;)vk`HT1crJ8&vQk=&*
z!=aNIv1QgG@@O>#8O}Lj`F2vo0jNunG$qUK$lEvi+GM__vG4&&jEQn7VSM<icL`p!
zBz}eST(|_g1q;D95N9#%OJQ0ZjeLS6GFIH#@AtEVwPbVdrNz_+SjpFHzI+{?3Q~(~
z->9XWx!<UiG)t`)-Tfu61CZ?jjx^at;X0ama-njdh;`{B!kz_J>vmPaim99?$2iNp
zO>Gb($_hdV316*=HU|S+1m8VNf$#f5e{*Bq<%Yr~N<s2|*$3)gL|1!K&J^R@7-QU7
zhwh;OZ)wl)q-mNl#}`+B=agzSCCT3Ag(xU&uK+TffHVj$H1N59j%aL>!<jkA3&EQ6
z&kRiIJj%#gDqGhx4&v13+PCj_SD$fAZWoM)9cx(aDpG~*?voBx$%+O(v+VFcglPzn
z$O@k)sjy+Jr}nd^Z!0s|rgd+?xE3Z->tq4eOW>*kDT;M$#k^LKcIwr!w~%3NK9uv_
z-d&blr}`}o9Y$#zzAxeEoF=q=ct^bd<Tzv#i>^ik$|(i}-;0c9f1`b&;Jq`Z!1_hE
zq_AAca2Agkv1Ub+uQBsIHkri@l7O!C;TiVS=BDmn&h0Q7Nt};TL2|5z4NzHR8D9MI
zaPgcegmm!Z<-l;uH?F<mtIFI6i&y2qEuwdOPNRsmArzPHPes5FaG$ClQ)(_QV(Vpc
zv35!h0z8hOds`RkRW{JLX8Ik0lbFwl<X_Z<rf{X~8HW&)SeQex{~;Ii@99yqRRuVo
z|Ml6=$J&W9NpGo`6y?I!2k(O`We>5Ce6`!T`P?n8oI|E*&eAr95N3o*+LN7B((NcJ
zT=|7kGjkqVP^S23yMi+d8tEL|8H~W_hlreEn4pT|@O<RQPS$*XoEPb129W`R)8*V>
zDwA(yMK-s)LAic5(qh6YJQn^wHyRp0`8Thjp4cCL1;>ot0E`y+w9iGcB2)lD6evom
zu7^#;F(cgM)Yzq%c(E*|1&8zfbu@H8%4o*+fUoJG(1b6xM3^?E>1N>3tdaNY5_^$x
zb7_O96cu0J1vBR}bp$MA<u^vv0ag?qMchu;7y2B|`GnhJjU-U`gEP9u8ILv)1s(3K
z`bf_v9!=UT$NXpY2n^ET3RJy#KE%Q($D|-oY4BDGSv1+K0Kj;dkFQZjB9osV$W?*&
z_!@~+w{9hs9`;9a&3_lEn2_x5-0dGRJgf)(A1my(eHE7a8mW1Cxn7Ds4Cc{Zb|TLr
zIABCczJ*o#0%K?sCbgIvX!1?8JR6~#8`%=7@qK_WQ=6RvCF7@Q*-uY-%reFo^iwo6
zYwvm(97&NRTgpi4B+-aE1ity+6h4ZKJ3)Tic3lB8LwSKO(pHUJ(~7wg?C}7Ea{Lg_
zB&>Aj9h<YW(V$ue4=@;>8Ki1?%;!|`Gy!2dIA}|xYpVHGC^<kvhsQqNie)4r<>XCO
zqrK|Vii?JT7$f(^(wp>mVi&m}A#Gq0CbxbVetW%V7(KZ!{`1_)H`rfWKtvG=E0VVT
zh>ky{w|{c*$pVyQaVErYK;N{@a!w-hX_W&L$DCUFD{$ksRqWH`^V-b(;bWufU5tp1
z9k_2@)I)=jJ>1@PT^iRfOfd#oKm4hLIRK69ud?c1^fv>DLnG?re2L-mnUi&vFvip~
zP@qj5c{>vQQ8}n$Y?}(#LP)R>iX6bT5iODTVjZyjUllU-;?#iQ1Kl3BY9jp*p4%uz
z1pJ9(smy8L7Hj32Wm>?jIEi;T+V#h`yEv1j2Tc`(V7dg;;`@haDC0p7^4yk1cW9k!
zT-(gF&@z<9BDp@z)Z~;K(n#&#qy+j|79zb}-io$Ev^X(lX#-O=seK~a`OON`Ux~R&
zf1CshS+Tt03stLv>CJb~?77Hy&sJh*6#SW+rjdoMiXmgto9tW_T)mzEabpJ86S_zH
z`k+F62_!IPAUNbQ-!vXAkXp8KVShNB;3>`4>F+q?%U0l&bV0!TzP4`;96WAwRkK}6
zu0L}A7(Y_8CPR4EHdox&7<dUdy^3H0I~L&np(N%|%W6HZ1VZv0zXC@s?jK{_`mL;<
z14;`Aqxa<$@;6#RzTFMm7Rq32@#(Y>1OMr|4({pBmQsEZ4WF$M92PFTF~n>PNz%YD
zhyw25ttsNt&||@FiuRj)3j9Y@OpJBBk>=&TWCR~3R?IIq%mxe&x{kZSBg98x*6SHn
zytR4$F)*ZQGEj+W6a<r~YrQ1!SfdE)Df+xe(IGo^s}Cx>=jD75L|Hg&kW1gVFTxKO
zdGb^AAxzLuOMDb>B#kPG$gGJv_EeW8*e#y${#NX9<P@DFtI9u_2PLGx*BpENXiYMb
z;8;7cJ}gtNFt+2-2@}s{54uQ9!@?F3l*h)xS*nWZAcJu|U&w0O%~3x7)<6{!MXBz7
z{E<MZ9_X4tXbgeV6f3kc(X?S3L;Gm;7#1bh&_iaP5t2A2l5R}k%`z0Sm=d>eRuRFh
zALF(_qOn4Voo#D<feA>gn+Ip*VCWl4v}kTulr}aH`8I%rrHo6JB&PH7;;Meh5IzP5
z;A%-X--!<mR{y~9dpCT)HQ-6~m-QtpQwG$E?Fv@q59(YZU@PMweE9V}FX)%NlTmSc
z$TSG&CcZaVJRPZs^oFz=L5lFqSp#d><!CT`l7v?KU)nC-?n_OVQB6HRCJE|LdTTY&
zoy<`FpA>jym-R&_xuOY~^YshY@defwp^`1{XG1m-YU7@i0U~Mi_pwhbjYj^GH!$?U
z4|;3LnABF_2alA=eg3t-y%V*#JQ&}YRDEWn?SHZ%RdOK?5w5J&69p!&GS+#>*6MfY
z;4+r2KdHOM(QylUTxBa>SH?!bTfP<oLKiu1$hz^OG#?|9>HB7872f_{mD7<kFEoeS
zShf8ub{c<#HJ{@fitf7MQ%I`9Gc68S{9A_%XR9!U!!b&QbJK}K@1!yp2s`I>f5bZk
zqC#LezORa>ic-@@HeMZj4u_$9vmOYzrm7h)LZ(Z(Wj7Dpm&WzJ6O|IjB4mE4&nDO?
zwSFTQKiU#`dF)@;*ROP@<4i!<-OVaX2^2KiaZREpiGVT0u12oy)d9hWHQAp>GNa&Q
ze$o3CT$y}nx7cm(CCd(RTs^I-?1z6omJHis`A6l9x*FJCLgn)>n7|3%+f$0(1!d|z
z>C+__$l-HWx_`TNV&O>OsDAr%-ORQ*X_oRw5{qt;#6i~L8~q}6lu5<rbmNDcnHR`2
zB~uH3fsh7lVf^l^M}gveBe=|tFBLDD1v`25gjWq2f#8=RLm+lSNbklq7w%m8eU8Ga
zi)(by6p@JoVMT1>@!rapmZ^>|<3K^m#<qG`$s6^5Z_XS4T_bQ|i(J(EAs`7;U_ghD
z&MHOB8OTDHk#d$N+@m>6TcEnlXb|py+eEWgJYVDYa`*oF8npY<lkms^U0H1}DSijX
zk^)rV3`h*0?fr01iH#e(ZyiHpk(+~OiKn{<Y2-_T?jQ+Oydp#L&Og7H`TD;jqF)}&
zt^{_4(wj{HatGhTzD)RfzuXbEg)DIy>N!Q586Osnu7@|m-7EhcP7gYe6X$E{jpXW0
zt*eQk;M(ludp}h}0W5)oGObNM=U9!0<y%%16p%|f=T3Z6Zn9SB9Zhij#l0wJerk<V
z`!PHphOzR;olmY_cu$*OD2kJgrVnvPqJ4nVZ|x!?i~bzBAUYD+00?k&?Z|%RuZ6}K
z-GF?L(yt!A)0jl)wi70^JlxSI9?l8o1L`RlZ=$jDM7LP79MSih7P9znS=*i{qQe^*
z^J$SPTTe}>8t8%Q$n4Fsk{h;zj^_btn0r8R{vG$PeB(#H{U7Y;FNs1;E91PSg+h0%
zb*wQ>|MWZT|8^gT!m4yV#WPc4c8%1b1W#u0YmrWKF!F6%6e)1VN`|Gg5HJC7xraPF
z9~kaNV$D-k<PEP6A_s;mRT!gf`!As(qaU^d`c?hT%oO0Q3wd|_HoYUi6YC1R#VRT0
z?(_gGO=vHPLl2?`t$ihhj8rqfi0|+8+ab3$;2_HRUftjYiT9@>`$wIGTa{6!AsbFu
zfRlRsAP6+bVsH{WM|NLFF+UA-y_`NCczr#QPB?-R5yqtaMBA>(pi8N%0~F>ZhI<C8
zG9)S;(7c(Ki5u!B)mclP3RnIX%rN9E9SWdw%;k$)`GAao>&?>(nK|4@y!+_azkiVo
z_>tuB9D-6Mo|kT=>-727@vrEByciv@7XuDHN)MKr{Xyv*k;IPU?XcYsbJx;@<!4X-
z;H$qFsiaUzSrz_BrGp(hPM7De=vU#{?aZ#(vr1E!p>B^~PfSrc%UZg&Go`cx`5nBH
zEKC6~K_^-^t05n|+L1g=PMcuno@IQWs4``$xGKhKvY6!>k~v%_dX!C^W5z%9%UR<{
zNyZagb(j$LGe##ms;zr#V^cA4Ak%y!y?+OYOl0u|rv;_LROwzX{0{(4K(fExP^#<7
z0?lFj#0@NY^IsEew->J<E}6@l$`=3nd7_}d)ar}YRtNXwFg0N!0AO;3WU<V)l~kLf
zXzO_II^8qQ^<W}=)`pnD6h46OZ#quktQA{<I9jz#)1`SaG2Luj5ws1t$4qqQn_B$m
z`Euzy8JmDhV@d%p;BKTFIo28jcR~&KGwW=YpiYRF>A_TxVzK-1$xi%|2+^~wq&Zy;
zo~!w*<DzYu<6w3`pj6zC<Em7(AOHv^>LaWK!EXDhVGU8}c_*z+>vTiIc_OGUdC4d0
z1HHm2H8=F<8m@?wapxXGSJgZQ7u3x$mXj<k${?7NM|tRvl0W}@QkKdJtcp@DEeBwT
z+yJL3{5)s+!v?8YHN6plVE?n-d?br%R7fD<zYv_3&2|&q0yw!Z*ai^_HN#is$hBT#
zobtIm!2j-H7O01UX@WDX)H9AongrXWLC~8$E!ryG)E7rtqpC4jvsPN}TTX;YHF=W9
zxMOSXXs)B>ta=p<Kw=XmiM7B||NTGj2r1VY*pO*}%huyaOCgNa)Ny9aSYc)nnZmH>
z+X__;O1YV~8%nd(F2ilEE(3?<`uetp|K;mcQGM4an6-`Y??*2Yi}_(DCm*Y}OWpy)
z=<WHk;Sk9p0OEL4^xSMjrM?i0YDQSAP3EeL48;xgK<h^dL=&zaI^Z>-p|Bx}h;W+7
z$xVfrg;y?>3HY^6Fb&cyRv{8MEQtKv)U=cU^pfQyN>3)a!^v*!yQW2Y!=dk2$+FY|
zft|F}Fc=KC=AyvO*-RmfCZ@f)>S*otuXUKXm^B!nqHF6*%!xIXIwjwXDKUQ79EI#x
zGn|O24gL?|Z5udYuhIx%06UQQrmGvNrnAz@a)!$wOi*KLmRckUzxfC8La-pF4{=|n
zsfGq#Emqp3(27w&yq)mX)WUdgCp-*oWtTna6`!Gb4q=_Wk>_*4zzKlig5)`euEhZ@
zY2(5M)~}EUW}N4>DB#Yu7%w!1qF9UAmPz&>qIoQ-oud~$CfuVN9d^-T;MpZBxLS;z
z0AdJ40bE!JC4$6Xxmh}QG!?v8gH`r{^Z0`XCdB#AsDz*)^JW%!x^eD|oN+*WR~;q!
zDsWskFheZ#=#AfYgqWH;>dO4ua)N<k?SR0k*12H(dLo`Mgg6cj3}!75piSm?mxo#(
z`IEL$i{}k%ruso=)Ebc%-8muQ*L4@a&O^=Wo?dD{5?oxi#yw4P5AHKFu;g1;19ObK
z@nuf%kN0XEkFl^+R^yeKtE;MVGOQ^e5dG1y&s<8yG!k%>EC+Y@fdE1hyD5n03Qi(Y
zBPeY*q^_%V_nJ+uq_t5B7<HTg*I~@1VJHuiHr86)5eH~(?$_-Ztj)@5_R;1#zNruD
zw4|V-246)vG2CW$QELCG|0RkyS4e<6KgeXACuT5lk~#RFS{Ccd&u3r%@Pisa%smRJ
zljO;0F#=anTie78V_Il=9(%-|joj2KiIGe!qrgd{o=4jD#|Ob{3&$E=)%8Vyt$sWu
zQLP^HyT(d$rL>pS@?bOqQG2j=s=Ze%<{v>@h6n#}yHJWumV`>gfo&5;m8b^l#|<1`
zZpUE%x#1Dk^Ae|Xr&vM}PL!ErOjBB1gwD!-`R&(#E(}zRwi9dMKZaU3&QsmNts68A
z1Bc8kr@9t<)2WYZ*T$3<zAy|#!3a{#Zw`w6?mJGRRLr$W+hq|1WS7!PK8{e}oCl2a
zdN|z0aaFjN3K)P@Fz0NNhX@L%R{eD$eP1~>&m_1g;(x^Sl<pw~Yr<qK@o{R|SEk?&
zY5uI51X$&&I#;tF&(6Mq7{LZ-jp$hzB=H!`N4%b|{SwrX11=LyW>}0&&9XG|ST8M&
zCW>$i@qVSR&V>}D;8aMmfJ9fr0MVe?eeKK%>vp@+N#>601V%6$z}(YEEP~r_rArV7
zgn*&IXZ1)E+~bW1VcD~0S%Dx4gD^=L>J0?}=>}Q<S1^RLvK&(nbBCc5D4wCZ8ND{g
z?&RI`Z~yYQEH?oMGo-PT7@(5F%o*p2WrpeqcXqWPD7W3nD+z82FjvOTynI%+2=s1e
z1xnZVeh&o$(b+Ib@#>IV@U5EXEKx_37VR1b^lUf|2*j=BfiRt9HYfyET@=?1dn?g!
z1GR3q)eX;89?k-_M~$HO%zaIUeu>I<-~eA|PDUz3Y_w3-B2WMI)6ZI*h2|85A&S&s
zqJr(t#x9r*TlXw*nkMAK`w!D=2=Pji#1wGS?f35=y%C0YCx>OX4_)u~-gxgl7B6A$
zBwQGNy$#i57RWL7nVmoYBkkLm2R6gQF&LoG$*yID;JerTY%9ik+!n@GPc_Sir*wL#
zFZql};F=}I$A(?a1BOFl6twvMU+*ym3lNz_6nQXILXZY^tT`hk%?(4#Cgk-`58wZd
z8YP*yaWSzj!ugxWXKx2yX~T5Vi_gSgMXl8JuUUEB*TBuwwkv`;PXe=JVeL4X{_J=h
zl=;N3o6wB};{}_@LmP&9;wCie8Nk|h%Yia@<_;s@RJy=UINpj5#Bx(iFr`&x&BjGm
zWS+Gy{tYlFV01x7lqAyvQtDZpuOZMjW^lX+^K~_Sd3kyHzYc~SPHxy(Vo<)keDO*q
z{;Ur~GjE3E`J`ia&nNBME?ErcnxP{MvK9wsF1n%I0x|KAl?TMJh9NN$9h#U|meLN0
z4tv%0iHLv*l$DIN)Dk>d;dhBt4MZXYB4GeAosxCvmxRqNXnvU%APql%NDJ4Tm5Xt#
zf-zobH1!QN2ez+KX24B)|I_8=KSPKd9L-HCdv(1kpI<%)7*cfv-d7L&+O{c*qv=*-
zp}W!EAMah?gds0lzc%V_&L;tbArWza;Oi(H<QXq7U?4CQ&^~v!ZTsZ0B{^+xYev^b
zia0d$h$teRWsyiZ6Z{GR2O+hA^?~I&pDdS{xxUcnrAq(zn}5B0yV7z96Ko?N`^q8>
zW79IyFjOmWVQIV~<%gGNU;mpXdO<S~7{xai`uBf%L}dSm;!0U=#h%#clPxzLDp5ei
zM<M;*OTE6=+uJcot4z<(b-jm!c^nSYfCX$x!eCTQp6lr*_-lPGsnqcmu^WOl#w}{c
zR!`CPKEr5llE_1JMS)nXDzaP}SyX^D%(cJ$=l}gU1>@i@z<g_2dJ)EPGAlhbkHMsm
zA!t~YlmC4E^I!g!R7r-LNC(qJqUG^F|51`E1<_g#9W#DwGjmOa$lJOqXdJ;!?J1v4
z=vq4mfgIwHaFKw)je*1wZyq3)Qn3gSU`P_M@`>t`UeB7Yl!2xzf{<`YXk`@NQZG2J
zgQp`5h{oIrKMMMot$nwZa^_Irq~^F;_8&0OVH|-pKy2U`Mo!0Q1W+HDQ$M8nh3EeA
zzkm7p8-JR{t`ob9(ktSae)IlAId=;~5$_`mo^_o0GU<usR<RMg*uo&F<YtV@t?vPT
zKa6M{cnM~fMH0v0K&+KN0mGayGQeeZ>J@&HEZhQbM~sY3t#rqG9ahrR61(3w#+=K7
zJPe%n1}#kY`9@wix)z2p{r;y%Chofg7h0;ix`^X&PD<z_Ek*?2bK*`MO8@spos-JV
z#(Az+!Q>+Q(_fyxSx#~qCYC5}9RsbgQ*GRRAU3^G*tj9>myK|)J=yYWexgi(j)KtI
zGw1sQ2)GEq;wY%-BPAJa@+gDeC@#2+!o5k?adu9sSLGHd68qb^f16L;xE|AKb>V16
z5^Fi7H_zWIMxj-3r9H+yKWR4c9Ag|}y&oCJnW1<E{m)fWLFl1rah#=rUAcey?&oLn
zJdEN@Z47ar=D5T0hM-8>x-D(=a_1m|Pw0xkI5LuYT-R<BFm_LcYgwU-rE?4r1V7Nh
z859CXsl%T5W1}rX+yF|F*P&N#>s+4&1HH8I`*K+ZVXBYjVH|3i`TqTfG|oo&I>jv3
zUFvwgscB=!b&{$a#}`(a6o2~byJ|EWX$87Yx-zq!fB*ZNcQUA_DECUT?LLa@j)whU
zy%SVa--jInDJmo(Pp%k_PqyLU`Mc%8!gN%U0toPbHp`>fY_s9bu`0_m-$`d(ANoOn
zBu`w!+88JeZ+nlr$@{)yP*g9lY$pm+(|-2XamHSC3>t`PA=MXw@5bsH-vQ_6v1u!6
z{LjBmr<P)2@g<fyVP*t$*0Nk^XaP3vgSQA$BiL@Cx6rl$B@O?rfAg?ff!hb5w8g<d
z9Jb4Y60E!{10aC^m|eihY&N%!rlxT*S}6?7iD_^2xUpaIO!YT=E=u^mC+*V;c)7~6
zFr1X-2w^b5@ti}%;AVO-TZ}W;(7;4PIOzms;QsqR|Cmn8Qgss-Yw+bo3NF(E)R@bB
z=yJ=jS4`8|CJmdSu9RZ`H~B7THRM&Gu{}$b0AWbe6itM|9azKU8*&U{HU%R#P)Mq(
zrho*fr1`u8Nv`K|H`rI1fl|s_I>ZTAFy9kF)KZP(TmxfM;=%^%O)<mjn!c9%rI9<1
zsyg~?dQEXlUKQ-Nhpv>SCWW_LF6VAc3&SRpkd8;|3&Y+VHf3s5<<@)iNA4ghjaAwF
z(mwark;ur;S%OzC=boM*TbW|gxlov!Yf+d%Hy8*&%r4Ba;>@de8SJM?S(@0IgR{8Y
z(e<V72KNO6jO|g9hu#dvIPNopsqUFe$EKQv#!QWiBEwe$fh!bGa0ia4aOPMH7GC7x
zh>+<O_(+CTuG}~Y;4*9T4rD%W!iHXeH_)Fjx|6J!Zvm<`9b%A&IZQ3nD&|)PfCH!*
z6|JsraP4FcXGRePGz)4?hB*)Bn8ENIwUUQ}z5c7PI-aG_AN(KxURu2rPWQlrCp(Ik
zSk@h1RDj3A*C+&OrDcZMTBEABP(eIstmz9d5Fi}O6l}+ORFY8`YOx9e1fDg`QXR|h
zlet5UY42J14g5JFd%IAdZjWQSlDo9bc05`fWF^tU5obu?wSydU6ATD5SoTri*$X^r
zJcbiJ&`1_apUH~ad$(-GqE7sfZ3Bl)&8pwM`hh)tBIc8h#9<y{VdQi=o#|PeO_pSq
zW>I>T7fBU3Zl2}fOeJA@HP@Xy%go9q;4)<y%}1p@TjkLYZf@Fs2+|OnV!O?UnO%}&
zIzm$RritNL8b;;arzF$s+Hw+@9S)eHU}=iEC=blH1(gLlc8nUy1WDk9g9<al8(_B|
z$}TC<XIu#|ZaE%kaehmqflrK%5l(DQ6|=~a8Mv|6G=eZWN@u$37MWuN$^ty9%Aw&k
zs3N8G@;J_mcokH$U>pNflPTD_z$i?V-$B=w@@7oGjewV9Z@PK7&l-V6e(tsmB$nB#
zo6da|aF9vGFc>?Cf{9k4%~B|0=41<xp#Pw<Hy;4vF0ut6Mb9oqoj4q;pk_v%=`#Yi
znmKMdFNuOtKt`SUY~+Man5R`~=AMm{62N?Ku7(+n9VauawVSBgwW^K4&WDB?Lp0+#
z#?Ue9aw~hgv@F;2eZLQRWT~FjWEvO_sBN4U2UJgf*`g3Ih2#JX42AiuOCymUi#NlE
z<x))3^${XlfB-g*j*|Z#m7_3rsuJ$x<%S7^eHOT(>Chaa8z)S)bhPj%&SW}wiumF>
zsb+2*Q|(GEyfO_#CrPwywIsR=mlz5J5*g-G`wZugacEo+1Ct6{&f4yO`)*J45r;A0
zFy=tu|JO$I=5U5W!cYJl41YAQl(u0m7`wvt28puVs#_Tj!lS__Gt{T@tqJ_02<)%!
z7(N&)+qPx^r#Et_H=BfUkvns{T7fmR$6%OqXHi~2c#$P)I3a3r?do1g!(ckjR-+JS
zh+=AN@lOepY|?I2whfY%X6)?#mJFa>M^DXMgyOgI&<O<J4-@RdI!OTo*WuFO2Nn_B
zAwmv~k>!%?P^{fce%b+{UN7(om-Rn#^Qx)kvN_Ox?`Ue~krwzNbv+kfo1$1=kr@*w
zz9D9T_4Fg$Ky*CUvk>CDWCnh19BUYYf@d{$!Zn!q6rc&yFgFzlsxItheFNb(DA-fx
z{B1mNbKspiwwA}LQlP3X3#rF4;Gl!r0Rm4b<?&pSn36JrK%1lBxUQqNQ=S7(9=h|A
zJr(cZQhc~2TfeYuPQWU|QOot=<1YK3mZSk^8Ms<fEy6f4LT5pi1T1i*&h^5p)<sy*
z#G1~-DEG!-mx0-H2<1Q;LVc!y(RSBik<oN9j$Lo=;*Ml0&98J1RBzMYW(;t-X5DT6
zS9g<tTn4H;Uk=8|ZX%<q*?_K{9{?Pf+JPaT)&X52VX_0I#05ezF+g4hp3L$v5RA+0
znFxnOZk~c)E{wcox>lAwpg7k3@lRS|;cd;<S(aAzBn(|mgBWcDPEwRY%wSk*k!ghr
z(OI5{E06{!4_$vc#{K&+sxHTcgQ-}+X5n}X+spxmaq5JHW1>VX1;J!pM%7gJz5Rp#
zGR&6Bl{0U!X>e-#yoE28SrH=4*I>3{Zm1jv2L%Fi7K!A8hvYC2TsL9015Ty|%~iq_
z2M1yki?+k)3CzmoSTlN-%eK4qUmrZU8W#R^q7quR-<vVWpShfbH1ojCay_-UnU<Cl
z(=b{1xjvgaaR%mlfiu>@%5}6j)2F!OH%`B;mdkOhdANu%u~%WZn$I<lT!j-a#{^RY
zLDyH#^!h_5v#ppf&DB(RK6xn80|t?9sY-Wj4)Wll?m-iAaRITl#B8&xxiHAw)SG}^
zP<a+)(A*A*=+r27Y`tc3-tew{m_|+E1A4w)c0dW{p>3x>vg)>MH=_Au60VbihNI~U
zqJp?c7tq?epiy)&v-KSCQN|gFiMd=_ZdT-3oT6Kl*duV9v{9w5uO_35$#mg{69*@*
zmz{-byS(gVyXm%|VwaUywLmow*ZjPhA^_o<VvS+%a2e?J&}Tq^JV;5B0t!g(7_9Ro
zP>fu)w<#VG2f|++)hQ&_t%(z&AT3*g6(ym5#^u^yiqG6ULw&ONom2f2?n#gtNtSD%
z<!4h|^aDC)1x^$2Gp4#dPjavx)0Ku%Hgr_S1wtW&6Z3FI%Jd>#FXlglS{N2;FjW(b
z#?9u2%l^QT8|E%sz0-6C*y;sDyr$K~LQbkD9*zGcvNAAm>}v=F!$DFx2xyzVNd>^o
z)7&VxdBICE^gTHq%T|5*V~q)V$K^(4$=&15tED*TmW@hkPZGa(*ZXOnY2a>NqyWRp
znt_@rVgRI6Mp~vq3~gOgXJSu12g0@qC<0&iL0jESiC3(at59>ys!FmHqVe$pEPLr?
zRDCB};iag6I#t{Dzv)q6F{f4-VjD@pz5#E5AZ@}8bQR*jR1gygN#l~B8s=o;&y}TY
z;xZ3;tM|Di4cACJ43^y!EK8N`^|I`t&{=Hu|G=Ed;`imUk*@YZ#qX_t_7gYD&2^@k
zs-|jMl2fn<YM_9JIi}&wVzzK;F(GA@g197hStcP^gzSeo(KWT2IYr^Fs#WNDA&AWN
zcrrob5;UFYsidA_>VRr`R8Da=gR~~RR$gRTE2ZUdsMdiMCf_=9Zke?JxM-;XhLE8E
zR-p<o=WZKe(pO6D@D`LcXKpPFjm%bhXiVEjkXtzxP4xmew-l&-mhPx1VC~gYFwHbv
zgHIG@p%!CSHP7-9+P`s}<>S%ps)$mXl%7T-1H4Xsd;^@$R#Pi6r%Sz1-SHw(N4V4)
z0&C9)8xv0imAQp@-#Q1P7G8XF2p~Z^5n0w&p>+>C>>3Ns{4bHIHsGLf?mGYj1f5J4
z%t^pfs<N4k+6c3C8Cv})*NTHQLLfZBG|jIU0xMg#3W${N6gHF^B2AZP%4|BY2R+_c
z=%R+#==i%%=DIN*hg6%F1XB|<b|yZ^$c&UTy%+~m!_ZZKeythRbh?@ol4dCg#aj1N
ztTprUm7T`ashBS<?*O5bb9~$-X?V?i+FBx7Mw7vq?0l@o)(jk+rDCQI*F~Bm<$yv8
zDEJmfVJUmAS@z{XXl=>wMdWQgw{$1;w?2|U(En*kHV!L_q0Y&k>sG*c)g0^gSY2rp
zgn}m5G)`y44~x9GHiL`!dNj4CXv<figdE4m<OT36SlFdE*5cwOn0Sfi1`vge$|R<R
zXP1N=>aZZ2!sx+p8{>=3F1J$9>5=wmABPp-5QaJ6Am!j+c!)xs!drr2(@VM2iG8gi
zYK#q9n69oIex|a{81!hCWN|p(a}}JBO(t%V<R&;r?j+41cm@xt9F21z$M?hWYG%(=
zt+=RWlQ2z2W=_?rB+3WdhA63Us&eF|MXXJx)oki%v9p+NcI0R(w+^S}a)4{+^$vVr
z2;?T9mp~ik42H38PP)9W9_D_Bsi2*kR`+x)iOpli*0N;OKQsZJ*?X?Rb+?mQVmkS#
zy2&$hg-fi^H>z&NVHQ)($qLgh*BO?Ol~<u=SV<li$qWnhmAMYmFd{a-xrQ1x==Oyh
z>(vwu=jOdE-D|rd%e!!5dCNnO+S=7F80`EX#ZS?z&T}abHJs)NTKkctNzh8tP!{)-
z?X9aLPc8X$k?<6yTKn<aX{rK$Cj@++cs!biQRtcAEfuRNz6w!;2rkb<16)Z^`B`dB
z(=7HBaGt<vnwFqBs;itvS0$;yfYTcVU;qb8uN1PCkyom#H#iV^&+{Laq{iuMQagQ`
z`b;l{5}Ru?>j`n>d!nsMepM4h9Sy^5UQLfZm*vnvsJjPIsXE)!HpB~=8;}x$d@F@e
z&YX?FM3`Xk*RhL9)=-03EpWk+b>>qw9xuvi8W*5}P>GkTaR$*hu8PAX2&$6`=S8>c
zm6@6qqobeXAQJr$7G2vm+%AIzaL6SU3%!*V1(}T830d}H%U+Y^o&iwmu21&$W{AX8
zbehy~QtrHXS*<~<==LHVr*mbJ=Y|a)DlSN0O+8)DBO1HTc!9M@h2uepOmh#DtBwPq
z90FnE%Pu{84rn;Z9H*XV$$DYi$~MI!>shhSPTd}eHnq^k4qYGz{*r|0Jd3nHfb>s-
zsi3#}%$pjcg}s~8H`(e|1`oAs`^D7Od+htP(hKS=6em;7neAl2-FZmCBwPel<)<JH
zF0i$%v{)M(3ota)P{5R@-eSrvkyk)?r%Vzz&c^7Ilj%h`vF+JbftWit$IJB*Fc87a
zHjHi}Rm&J_lDWVE(dE>^k7}aCEfj=#xZ4>jC#HQ%zoQ$9GZj3veP^a94O8Ik0{+b=
zQ)_NGIn5wQu)#5+`S@ZT*rO!O9dkAVIhf4sn>@d%m^W0GK}aE>Fg+cNNRA~oOBIyZ
zbjn^~IG}2D5!@pRVura3yW6A(;2^F1S|N4mEFPR}wO#lu+Rh#l+h%Jk@6^-ENG5x|
z-O6?K#ncb;(e$c_SJT;i47S+?yF9fkFbO~8>3mj!R!^%bs35>(3X!rmWjYB4zZ225
zU9C(l2G{r+9%4OV&a<*P>Vnlev3?cb{qZ>Hx7o|AwaSOdgJMXls+~mcawknLYNPcj
z7|3*w)?`7=-Ef$VM%6xPSmLawUD|4V?T=iljmm{PzR^@vI#mS*yol3LHS-`Y7)>W?
zv7RelnBi0#GY(`5!JZ3R3(j<lEPV%ev`gM+==9(*M~=JL(ghy6R!4|@nq^wQg;p;$
zK-5+Oxvxn0=pqQ*nh@?%ZZcG*p0!VF;v-GVyWmi+SF^n^TvO0L<xL2l(8QstHMPy_
zE2r?wax%V2AsUUr^O>b_6q}_P#)Ub(j#>D|M-@(sUf2XJ${17_x&u|kpODYDi8K$L
zovyd1jSsrzQ{Sas3vJ}Vz1PldYG9Bh(xBW<JhfJN8w?k?yygHunGU!;4nZ~DdsP+c
zmV(PcvrN_Km7;j-Ff23()xdk5XrY^@v*~maMouvG^8z;rh<`D8Ur^72jRt8VX09eh
zMDr0@PP?A=@4UFq(wz$Of~5ra69FHg@VXpX?}Iq4#5EC-x(KhypLf2|7Cmn{)ZE_#
zR-H60Z*L;}@qQnXq&Y}pn!9ee){7k1qeJiv(%|Lc*uR1x8+i`ikzUy|BXs8q7<Fe}
zt5@8rjNX7-RE;$^hZsZ~ky;^@8$xL7`fdej<~X%_=wU(>$}K;1^V@@}<$i*;@1Sn5
zaun{1u{tEm+e<_>-z)2-g6{&I%*UFe0TRWk3~;9sQ2y4nqs|kij0pOr;f+0Vu<&@H
zVd{_60lS`Mu0Ngn*I5VxrGX2@Qgh6L51E)IyZfRzhoxbOyRPgQRkin8f2lWEXp?~a
zw=Q41op7_pV|YrI8+Pv??MKemAr=@<W*0dKL0)Ld2qI>h#p+Bi+>x@-!VtXB@+PMj
zGmPR=n@p4IdC9z0OdZWGz}KEmO%=>YmN_uqYcFIo!KH`lVrNGJRqZlPyQp&GaHmHp
zcNwNSo|C%7Q-9WV7mcIC63LkgkN50WFmy@$ZC!u2O0+zjn3_}2ixF1E7#fYTcs(11
zIB}qkLoFyvOV6&LjdfAnC`5&Lxm?zXlaUrf*U1cXgdh&r)shPWKrwVjbno5nF|<m5
zxHxE|K~mktfpgj^iMohsx$MN@5OXK%`SGLtwy|7U?v|mc?Q0Of%~m%d4M!795vh4p
z<Z3Vqv&1Ht`dbmqBN@|a<;3HPR9do_O-p~S-^|F;%OYU?vP?28DPsnd84dPWJ%J$e
zYL8snSE_%I1ye6s?~6Qor9)^Nmcm5j5v)=Y|8~5+9WfxbKO~u`pms)yIR;~FgP|Oc
zV;Z{SwHs?`MN}GNtTuCLH~|w~6ceI2#iUg1WSkdkd#Pt`3SJ&r0E}S{F!VT0L>yQ|
zw~N&aCp~N)Xa2~4Cvbc>7>xN+>!fa&=N**#`x^cAM0QHV#LYBEAL$_$;~AN=)<bt~
zthG4GZWJujODlT{o)W|q)hdLLVdgrZrj)rGyI^wlqR2IUwj|>?O>&T;0iy-2M7VTp
zmk8S_^n(efa$YINY7O9<B>JjH(dufKM?HTR9N|SB1;kbp0WL~LHI;1%u$-y-WN{r%
zs!_<?CG?xZIcR$?$GK2An%&HtWbyt(37?BAds(TuQ{=i0(YULJF?vmVRL^c-Prk`+
z4s&?1BiS%yGuK4YmdW@1G`rblpVEu*>bBm|J{}C2FdsW%9C~RU8a5#p>mYEm@f;i_
z>aG-WlTq;J$zr92emNUq9g{iEzkdJv^*`JQ7d2dI;dMcC|01Tbn!4VHa<}4HHtKOp
z^ivu6RxhPj1@X>z4|}!Ub<*)xp`k^!Lwk?h{W;Rx(YBx}QL}WFhHkPbNfPR-Fb`K#
z7O*O0Od|>=7)&$-%fSQ};d-N+uYZ1c`SO23K~1OQSao96uaY9B*;oZNbttmgo>`l#
zaQlP3pO221m9J6Y;ajgrNc?#_vC@id{qXZBpWGV`TgKtlRg&rRV4b`3X{lcOa~Bst
zCox;^IgV%qf9;!st`$4YV=Nk*-2CP8+n+<~mBb!R@P#$gQqO1<IjJ{09AFY&8a9MM
z4Gy}1(*v2AKA$0O=!yf6=Md}N#%=60OWqxG^DEul<9NT@VgKY&=;@hm-)J#bM~;*E
z0^(V+R4E)Rrw%X|TvdCnQGJTFm8hcZ#lJ3p{`>#Zt0^gMyEHPK2Q8vFUZ?(4nH~eg
zhU%Jn=E3L<bN<uv$RR0nPiY?pRWjPr7!OQ`&oI}Hi1LxtIM;VSNm=RJW$GsMD>a-z
z@C<Pp85f$C!7yKr(L=JQE09HX0o-=niEW!s%#vRpzP&tq{ogsRmoDw;I?E=@6&CY(
z^9suXj$zei`n5VDmtU607vIQe8}^cS4Nl+I&XJ8_Vire6*q|2n7?E-vC)*Nhq|z75
zR1HA;XA{sZF;-A|7#*8f6Q&k4)8^2vbUj*l*I~>u&E;P%U%s6=(M^dJj}Tj!#Q!0V
z6Yy+txE_VWka&&3!PCfQ^~tU?<wG#w#$7v7ss!^D;(?WusfWcC2&|~LCs|O$SBq`!
z*j})_Rx4Z}vMQ&Zj*CakQu%NlLI?nAD5e@#Lwb7Ug%Br)IDX!}|Ihb-pI)PJAj?@A
z=itnae<_>=;j&O3#nB<Li;e|i+0G^Grb93+S1c2A6xm*Wl&6H-MefO#S3hKvt)Y)?
z+2wU;fKH(+Ql*m_ga{RCAqreA)w~E*{bp9q%~_?!p$iTT0ehPL@}Ga`h5i9l=xh>#
zaR(C?WBChHtkb)ouxtw6ju`0W^q5(&Lok$;lO8p~k&^hBEI4jqxVO!fvpw>`d5k2>
z3reFE3BY9<W8EFwpJ!Droa_7=ph#zSI$G-aIMuHfge=l5Tq*j+oQ>a^6Q|X5K8`Q!
znwfWnfz4tcb!B<Xtgv*b5wLj2R^ln1YaUfrGN$`Xd9^3oU#`da-dvCddt}~(QE1wv
zyvFc(rt6{V7ICOox^Aa&>fqM6Q{{i+*k8`|3oz<SJBg#vo6pqTQ|g2XxuaTQ*Dj9}
zh$GB{bf^tIOOCDBDHr<ssCtGm4foWaOq1)~^KiO}^ZeWw#WY4ZD$A5!KnyT9!(t4+
ztUH>di<=xbHNgyB<^1htTCUye8yl2i6vf53S~#9PYZ6y`l8J}uFpEk1&pwh4ov_fH
zW2FI9fpH9EU@_A@=fP+m?fiK)s$2}$a8|Rr$)i{sO|D~Lbg9hT$hpR#Z9efKVpc~?
z_j}s^{G(jXuH#}oQ_MV~G#gF8-LktfF*xmZ%)ft<4xK;@@93eTALl74ez*_XseiqD
zg3s4gh>x8S);vzDA0iriRZ@7&){Z<c$s_eb_g87I=@V;il^_kpU*Wo>P_Gu#1ovc3
z=Zp26^vv^}rQyCvI&^|Oxj9-IW;gyZ<I2_@ci-%Pk}S41gUkx%6DN-1G45hQ6es#Y
z9Vu$8D=e^|TB|Thk}zM7^TJD$acYs9kluVC%ZtLB*`qKFf6yj&V9v;$%z{06cWVxp
z%lYEhE2X9G9WS!};+Q%BTUFD26NFx{Js*R?H5grd=cH;@pm0IE75XgDqHr>0?x&K(
z7nM<rO${Qz(RF;Wuq!9d|61Z(z9*&Ugsu+vt|oK#OyssOOh;EokI9Dq8l>t$iz)Fx
zyO}o%Z!z0uE5~@rcH*w~LA#?u<4V)U7$qlp9C3Lub4u4U%P3-u&PW*m&sU|N>w!z%
zU=-%s3O87yx?Q;u^@yz(dH93tf2b;(SL`is2gH>Y-n!miceDH;4if&eNS&RnSF79L
zU+0?kBSE~I`92t?TYsERG`_B14~saTAm8yNpov`uVa}A?R38`grd&fbF>#&B&s}FS
z9TyqR&AFcA)&VKS;CciiW!uUf{G&>X!$TAOLwe`Z&^(m%mhc}v+wDOHd)$`oOvW_9
zULeTA+n0>rQOZhSL`Mt;t@s7kypht!nNC7(ii{<pCLZ{!-qb5{zf?oxCU<??_T3^Y
zR>8!{%#vKw7&mP|`>fa>u#|mytGb1e<6hso)LW(TL4{Jo5J$VR3-*nF%le9X+G^h!
zRka7G8GBj4CasDn1=Ct3>m(n~QU6)EV;fnnvjXRw`AQP^2AoyP%i~PN7X^Sl(28so
zsM^h}44hasa@@_EMP9c3;g+>jv+?+rgAzCIz{$a5V3;{{yfX_is%~G9ddLUi*_>U?
zzMFx;-8^iB#YK8$Pgnk2D||(<r+QBDl?-|jdNx8orcv(U>jQ9u_lt?+8o|^byLmEG
zZbD~KR$v=e<8@PzJ+-H|%_*tb`p8MOmZlEHx{y62mrGVkJT=2BdslCi>Fw+9>OlX{
zOz#eVoq^PMmTXWuGu*JJ@X4YAC5pLiobOC4tclUq6)qea)3{KBYf4Qp-d=Sz4%d?a
zG}VfL!2qvz2@qX77hvA&#zBGJYK%b`e(Pyo`zCkxS6{z>`-s6%t}|~>clzP}u@iOV
zP%fD4)?F+ME$S^@U%;q`z%33(Gjv&R5UPb1yP%CGPVTNgfTo#;G&81Pnin_VJk8Ra
z7CCN!t1Xt}C@MxI2-DFTOmsIw*yA6~()mSksE~S-dr4O8_xV4(K4UP*^KgIbcgeeu
zgO5jcCyPmco;A=wt}8tRKPO+6c5tmOFq<=V3amQ<-ITe&Tddh0uNDhe^Kd(Re}Yp#
ziSA-itI8%t*V&5Pj7Md8$2Axb{~w$6??{cD{Uro%o?lArgY6t@y(Ek)cU@7>$kc~1
zDA|K=Dg0)Svs@oJzvNk=+xS9<{Kf`ZfiXXZCtO23SBysrm^gYB1eLC8AU4GcUrkmd
zH>u+@vys}%x$7*f#fN&P;SP_m(30EQ2Jmu|{mYo%pPexnWcxyNskW<~vOFqtzK2%s
zmWuy9k!&X|)4#fEpsd_b%P>W*;{+%ClEzVSQQ=D`alxTtPeRwT?6p2dTnu|Lj-%*e
zb@TOK-YO2wnK93Nf@`fxa;Lm1S&y%do_%QuM0v88ZLc13X_&5yW9IVNo<R6_Sygv{
zgRHZyjsV%?-SX`aRx0kLG@T~yH7j_pexO-eVcL$;?7AXJ7~_^cv&vnMuBvff#B8&}
zN`-h^pWpoRyBBXqTIShPHP8LVjk|Rw11VkmA8vci{36?5Z29)=oWWo_(Q(sed>QlN
zU6NXNz~O?fwoY#D6ESAGF0z<jRLi;Js2W=itkUs%LCTRvY3R*LH4kH*5F22?ogBjy
z;%(gGYIGfst=WJ7=ex_F-i~n}>G_zI#FvEE<J}$xE12I}DU~CAf8_n)1($}Idwp}{
z`cq_!qG!$#r8*m=7KhgbY$Ff18_7q@g>#+q+3s-`Vi@g@@r?jgV5%84z@x34)Vq!y
zue!!pFO?<k4>~Qa|M!1qXYZ3AR@Kb92zf9{?l|WrPl7vCa;*2y6+C$PLSmg7U3<3x
zxm2k>yM1rwVd&gx(KqgMLBYVzCZJ_ddn!(*&%nmo7vK;ji^>YF<C~ILX{PJAA!6y!
zFf{CG;KrU(&cFHYFF*eb#+fX97veqA0dZ@Qp04fygR<Vwu2(O)iMFfj+qlD}3hw&t
zxoM|GcqbSzgNGGRp6L{<n82P~`xsgTH(_)=|4?G`+bl_-=j(NzYx9X4U#zdke&yvi
z)9JgLe|_`6H~Lt&?U5Fzi^epw2=kU*Dc{+*-+`$N7WTgM&WE30G8oEgeyfW3@h?Y~
z=k>{S?}8q_6Euu8y;{CYvlvt4<y0?LnApZ$Wt<s&x(SoYo=(h3WjRGY^4v@XD6~}y
z?om1Y`MdA`U5wRLNo+?`M|K;Kl;jRTu==LGr^s8b**635_VIfLgIwCvV=G^gRGQqu
zG|bfOn7zk_q)aL!i}Y2sl+iKuz(cwLzZ0JhG!SK0$}*Bl`4D*KY?6c1WRK$lLN_|b
zmkp5e<^O&6Cz|7HvdB2oEBk}prP6P2BFgDuAT|i1(GR;MLVo+=p~TOcD#|TduH0K^
z-Iu6WbLS2lQIx3~V#;p1oLm=0xUv;Rr5T$a3A8A3CSa>?yoFs(?Zv!WXn?it#?;ND
zu^wukU6zk8|M^R(f*jq<ufzEglib3?-XVIpOHmEmn`663Jb2A*Lt8<9tVE=@&NCwE
z+4?Re5EmJZ!f=A~J(=r_fQ{F<7Yz1Q1;^C1As#RZi)!#SKCwxrt56M`$guGB4W<3z
zU*G@x-#2Dr`bmMwPF4<ZryyEjDmHMtCJ4uW^P*Qz8W`9%gh!S6afaS$>#fSU)9OWh
zla(IWn2!fP6#~bbjK(?cT3_Ky8g3MOk<9tl7a$N9;R<}zMAbv;O&8;vnc=G6fA^;!
zCgAd~3-GKe+=SxpHDWDK542!9&PKpZwi}jb?|+mACmq$f#r0h*^zz;KPM4ttz#T4d
z@UJU2t-zL$l&O|wSd^?x^tu#*lnW;uO{X_w)p4^Gd|mlk^uOQz^B3IuP|<Tb*8R1k
z+x#^RzXk_(x81)@alPs0Dt59ph4S`;B%ZUZrS%XL^JLc|`n_53>G<G^?QLWhG@_V|
zs*>DYKo8ZJt?!wF9~<V*Vo9n+HRThU%j$>tdQmRMMV9B_mz6V+faG7_{V5uQM>R@|
z{K{J81#=aCU4o2rY<CvME2wj^?Qypa^r<wwe0oIgaXLSGeO-?X{q|)(%jG18LBE1t
zDU<*FdBSp2nX3l;WiladKULbcJ^R2Xmapl0O3G0f#W5~l2JxW9|GWGX&8`$OP2<SG
zon-EDiQX>q@~pTz+7wE|1Lg9FwHNmFU+>a2%Q||ka7PO##tp-;SM#sGAF(IQopfHV
za1+UkWHsYbY;!j>`9bGzg@bsRrRLQvyZPqdG%CF5%#G7`3I-c@N~+w7Km%sx(c&g;
zIaZQG%qpup#0@*w%<U(L)hI4v244Ss`LCZpV4YK#Y01KJDZTJk0rNfy&hVqtZ6$0`
zFfLYK;ikhAw<x@y{|vVL3U`-DZQM>^Tz!0TNMd?*^j)Mo-J&w@qU4t{A$M5j<mZ&H
zFn#dy^4phhK_8Do8ee-@x0IV7z)j_@Hph7CPi!<J1(<Uig4fE4<H?8r$#4xs8dC@)
zs*vg*?q0-wBthg)y`#^T?sSjoYH^DwL!`QdcQrXqZ9-^<^Y}5_DYATjcKQ766t@-z
zSE<5O6U8-c5TUZ!Wj0+mt%6xu;*JjaoGB|6S3``#44kYAfb+_wdOf%AzP#i}QuHD{
zdK*q6-R&k*<qqnlz9qPk)q(QK=G0m0-URq^rE~-iDtYkmr}yZt|22%GWNPUe+6=y%
z*$0JfXa+xin1PY--8jNZfMtpE)3YVS)!uYkjbn=2FI`RVl1;iLCD|<!nbI9^QXY}w
z+DUd&<VRJ%mEdnU*LfV{>YTE?`RDh40f(prYXQ<=;}-U8{)Pd;_wnQrGQI<j<;HRL
z7?(SGMS;_E*I4sfuSYz#@7^7^Cmv_n@$RH_w|gwRS4rGOB+~3+VjnXc(OJzye76-L
zvn2cFZ~tvi$->Dqn(NasMQNy`S;DiJd``6l=F{RD6CPle0fq`+XTL1Rky?Q-dwu*I
z?&u=Rj}hEWV(%S2mZZDf!Cw8fE=-@^Wp6`FYv{oddnGKDB#To&0aI`TOk9QZKQ{q{
z2o8H?z`}+9+q_Pp-m9&(|0Pz)IR2DiMWP8eN-*FfV;asA4Wf{vRg&#eN57MMJ5q0s
zcPFL0+(FNsde;bYw~`;*NhkI}w;17qQ9seuFts1Nf~)Ai|EID)Os|TF7OOzJs@F9)
z1EE{}ikq%FtIF0LCufU)Raak>5X&Vqtjk{=KlL`r_0e6nCz5aSTV&9rJKUkHeu%wa
zk+H`u)m3mS5A(sg$&2fem4vJJ@87;6dUo-T52a!+@P(f@wz(K?lh+yE`49BE!X?xA
zDyBIWpStsMs)v)(av^NsuOd07-+G+iww9WatY07A7_lYk4tD?@E3EQA>YW~aB6BS}
zYUd@?@%gIML-)If4_|zJUHtj4XoYQnVLZ1dY}dc-$$to=ReQ-`z%BT^93qX1T>p7I
z0zm;VW{EjJYLge09=pfmfM)u@Dc={WNO!u0-rqUk)}zH3ZeYEGrYUAuS5>0_{p|AP
z-!BUK-*^-^bi1-E&#3s5F{3cp<ub_<8>^`!`b%b3YC)rTvK+gs%D>3cicGHyHXV1c
z3m5eG<@tT80$Xf<I<;?hZU7{0|6zasMn4>}FYn$S9=Xcb#`iE#k9fiK#pO@$|MSZ)
z|BZ8>P8Pw4o{hX<#!EW4?9ZoXMm1IbijHeOnd$j2SUg#clbN67q0g$nSH~2CR?eNW
zm`k>ok1(YvSJgV(x!J$8O)yJu6zm%U5DXoYvJPfD_Ze1?+j?MXxe<&;%UF;XmzQ5V
zfBqk|mRN;UBr{@H?`E@i{82aN4{pNHoZ1%dvg9nLb2ZD=YH6+m%##-@8~)YC$4KOr
z=G-Z9vt;U0s06^R@_+Gm;4W>;@sM%2f8ilK)Ddn#5^6h&0fTXVl&E8kcI1)8l{fqO
z>@R<Fiy!_`vTev?+#8uiF7|9@a|HU2F&kq{fjf!OHE5?%m}#S*|9OK}BZ|lK*&H`@
zJ)#Taczs8uv}|K5{(gc4UtzlAL}}~p9jiRrJLwO7J7O|g1@pMQdULMD;Zfpn0XoSw
z=f3gt<A>k=ZyXo@jhi5iag&Co=xb^NZLZ-W2G-B}A&uBe0_N$z|MvH9FTbu}j72n7
z7pt5m$K-sD-i3Jw5M?{3xsG?26-nE+sD_|3+B<u{j*rpp>p0r6Z&K-m2SZa*y@RML
zi*erBp8fpd?DC&fyRkngxX76%_*Qb>7RO=ZK9dTD;sWbrz_=_Y>-6i_XWxE3V<6Jp
z*R@!;51VMPAxFUw%oaO@hBPb8(rovZNYZlaoa*)UzAd0-{iw8+9@C2*eY-dU#x?qt
z7g-eHOGrNa{P4v;V|?|hf=k}gch#&5nGuO$cV`oCwyZEaOQS?tDl2pH_lH0I-NL;B
zs5)147x&OTyo02pE{@1$%q%_JxjAe7I+e=Z{Sq^2`{D84bwZQSO^=WUP|T|xlhakY
zJ~$sbrp0{eWw=&hM9SxvU;jD2!FLCh!4EW?!%*)Wk-Fl)$G`d9CL>RC^Efu(*OBw}
zj}ISzm{pY-qIh_DGAr%Fkwb8C%x0Rw$c^^BDUQ9;OO3C0acu_->Gi&S9%kd*Jfd&!
z+-&FTSNH};`)J`{?gwW&-N}@^e{uP>THva5oNdo={(*>F<!yNl5zuVn7BL<BvuQaA
zZ{9!r>1{bxZZO$L3~(~Ybau!*D6{mKoP?5qFR-@`m|&5>PEEfZ20u)KJ<=fG9JTS=
z{5sqzQ}&`dkSI6vyqFL_r+@nAjZHp0e*NF;klp~_NE+iVxR~AL6K*>=iN8+9c?>2R
zJovwS_phJNF5eRZ%7NyivRaQvy6dI~cD7Y2blne|kVTjsntHC>-R}gFc3e^DA9gnw
zq=k2clVR&W?32^!{+T1QC=6xktN;7mcmI0v_R;gVBix}axt>qc_}Z-64GZ_}vq`*b
zH=}B$l>hkG<-?yYFCXC~kyki#yPT*aFxJ_D@kEZCv?b&G;N~K#w{z9=b{OViKZGA>
z_(_@{BMp`3?0YAaxW;e`*)FE!Cja^8_uoMP{r3Hj|Ijnn31fYhf^wR+yQuChpIhl`
zHS<7je*V`b(xW8?c5wmnvG5i?h|0kSY1U}%KWkOQ2Ve6t4sU6qZMWy+4BseFT{)8@
z(lO;|d|<;BvS$HWm1r3EUfulZyUQQnzJLDXha^s&_!r%tJD@VBZDIAk#ZxPPK90jt
zN&fO3gW*Yu3uL3*pDLgh1C6GKYc$9)%SJ0F5BE>gDfY^_t*4~!eRp#?8&$`oxApvB
z?eOj`V;46XzVC1}|K|TL&)&X$|ISxc4@|B$nkGNs<Y!k8ygS4D!S+>FYxdXw_tWL`
zZ^1UOXf{#EXz@WAg^_twcDOuLXDyH1Lu+WPwU*q{HY_I>`=^|6;lyDej!KJ_8|k2D
z&)z>^i-U9%%Obz|{-@W~&1iNN=1E#)g-_P&Sy|R=Y7cE1WNNtQ=kz@&r5|6PJ%ZEq
z93uwH21m*%j-5-`y>Twr6z`Joz{^~x6K%Ia-2uaudtg3*Nvd*4GhH1uolXYKBp+VB
z{IDb=&77HIC;8^P%a{LA^<Z(4j369aPsw6di_j4Z4QySVgV?<N>GJ>m<NfOoOSVyq
zhi@*1ab$+$)raG7SRS~Q=^P5B_T;&D!Jy{{^Ik%>WGBtjBWpzZ{d;<L2{_;u!fO1B
z_RatO-`PL2BD_d0Mn;B_+qB&^@`ws~-!W!WW%lB`e|`PepWm14&3O5U?fO(ES@r`2
z+eb>ozLnI<N<Fj(ZME1v{Vr`kY@0{y8&p@L?0Jgm=q~Hnmp@-VfBS4XyD%W&O}!iN
zHUCCwnmVS9>w8R6Rl-Z255Q1enE`Hy_~QFN{W<^s?;lEX#Ud?y6EIe~;zni1PU7y_
zjHO&8hooV;XSJ5JgTwpAdFMCD<$+Z~qxli(vkiKA`T8x~{UQv*?8aXG>+<LS$*4BI
z0cT&s`csewvFxtaXqC53=odQM52}3ruRlffKR<scr`1J~Rux;OK62yu7w;aHI^bUB
z2j9C?*HCS{nY8N?a$Hqjn?Kx6_+o`yt!_km_tWKLkcQ=jI&tFA3BUipAHkTeN7c0S
za;jrh9?*xuYtJhOUjVw%*mTAhI=#O9?%%)My!$Ynf>Yx<`UK_l1~X2_SIg|9*~Jkn
zpvbPpZPLz54)4__Lb3ZdR>pM;Ag10AU;lLWsKj;9GfYZH|Ga$hbr_qN&^GfZH>Ye+
zDZEavyY8llx2-g--Tn{X{___w%>W?;B;mz41k6ZUgt*<nz2M*<S<ST7qDuR&AjiH2
zV&AqGYyceesf6<bt@!76818;p=(sO>{QbA@*P+IiI8=I}&Dr}#rzo$sple4LS+rFz
za5MhkFMo<qpG~KM9_DU_`wW!2n-`Pik?#OFK#F}Nn%kBaNc*o~m59Hxf23Y{cWgU1
z8U52=-m)jV(y};?|MxE+sx-unln6<RP*=*jI;mcw%%8|sW16paR5(n_4}bsP$gmfS
zDX~@8gJ{B8fSE{Kt$CBfuYSz(V35}`gbcYM9l8Xc{nri^Xyn8372p@~zyI|8dv;xQ
zQ_z^wuiut>rp{0@Q!VsxzsTlYo&pelnD34`%ksn5|JH9-$&EtB*}6)LwM|HMm4su9
zbLQ7=*~Ra{Gw+AD!6QTcAsuERA-{4vtGbWJ3dAD()A#@Po_|i_Unu?C-``_8Zf${y
zxw*JtZy0XhdX7c)tl8NljQ3c{a{Be3Q$NiLV|Gn-1vdx9xuL7DII70~C?dx%rX7%U
z91HKmh8-*TB>ngIkKf>@)k38arTV+~_)^0ge8kx*Vf%4+<D%JYtD0zgCtiZT6`HO^
zR4?b6Nz#~=b=w!X;rCrOhuZy+$GpdENYZhQ-_O?i$H|nZ{laz9Qgw3*Hah(4J6zGg
zb}K38-h#m(J}GN=b`kHbWM37(B)C4^T$bsiRB1lPY{)2NFYUXBhih1Mr`K{w_t$}Y
zqUm)^|IHVg;&zd7mg}<;%r9>BiBezj{n$4UEw7{OdXLj+yFXMn8CES#EBHWpzO%$_
z5&e4!;5f;5s&bcpBjz4Y<T{G}{Wr$XMVJ*auG@szEKV$iF^jKt+oIppU*f%i?6@!%
zX@(o<DoPs1^;W@Z94E7*Jyt;f-4WGe<hHO%zZG|nry!)i@D&<F&s8nca7%(QPD9r|
z5vvjVu<@jr_S;?KhHp8$8o6<l*rlQb8dkEEY@791tyty6F@6XkSMHtm3pqg2Z^++c
z2{#>P>eX|zT+50ZduFe*aD+N{$|oeZg(9OI8M>2f{mQnJECxpvF20V&3us}r4k_jJ
zwB=C_VfAaPsJD|e_`dLtipk}T4_oLC>UK1rE=SjyS}}hE6QE(Cj{F70(`m()8kT&S
z7b%y+xyh*)?wJ51l@X8tOnnY^hpfVX{_8zlpM>B6G^x=e_L(JfEx+TE#Jwa9z9)q`
zzc0Vx(bKojZh6UMJYT}d&qr)4Ju{4A*A2}@qUGVFS?Ss8@j+5RzRAKp%dMyWVmedf
zh~k`aHU880fCE8Ci5FAd;2sZ$Bh{qX?vCB=6~iLU6o0X?E_xirt9x=99z6W%#oJq5
zL9W8sB!T-2^>Aob>jGf72q(C%GrpcHJf~WA%P;!XdZv@^+ZPfp2VKPW>RwhC-+y=Z
zGh0p<;l6RRb)K(hJeuB13%5}3cf*aT9$qh`!9g|3Z?jA1zCrNe_2uRJTlEMxwOEyt
zJi>*a;MA+XP)9e@d8I{B<c{i8UfIPTRGoED96`6YLx3g7;<`9Ng4+gn39z_BAXw1g
z?(PuWT^DzEm*DOW!5xCz$NN>ix9+X^uV=ceYo=$;nLfXBp8UdxveMa=yN+KXbi{m>
z;RKpYuh;zaGi2F!Hub%uC{bF@(gW^m)hoz><wdsdb(tjg_0v6?9JN*s=aAL#rqAHW
zKYUPXloAtGap1$?52umthsJb&bBvub{7W!r0pB7z*qnJ7%-{MWdZ|z2Bx3e50&N@u
z6YzGu_V)7ZG^AGf)6?!@d?*sMtNt$fmNDDg{4Cj<ci6tRJGX*|wnX%NX~@mm#8~PV
zsd;MrQ8<l2We$aiXj08cIla!_+ELBAde9_`=UpA0+Km`~-uZ;#v95PkvjD>Qv@<_A
z8m0njp9%79HN!DJlmQW?|3wI&h=d|AGc$X)WklSD$so*>iC@Aq>3%q8aq=sEu}V-z
zk8?X6b&!um=d@g`-KAwpVoFCm!}PdblRp=fQAhnS$~VdSve&<ZfZ%&klNWp#gEZVR
z&h%}1QxB6@!s^WKeUJV}hlgYMHC}PzF72W;jS{RHAn-Vldc>~5=Bvr<y;Q(SrgOql
z4VL)QmMf+Q`6|yC`&!4t0+mZyIOWdQFY53wGo4Jj0$j6$5c)H255nEf->_ybX%`L5
z_$yMoE5S*X);rI1Rz!I)aQo{&SOy(rdVAnx1?=M#jTTno86J?$Z&#CL+pGq+sFi^s
zi)~l?BiE!!eVOK$@YEXgrxWjMC_oxUuJ1BUl~`QQvIb~&5%!#Hgflo<JD7BUMIt}U
z6K-PyUuM;Z0Vz1X2kCAgc30|*S!_WYMqcdw#=O|lIv1@9f)pPkJzVY?`+!cn*i9ZE
zIXxa$<OSQk93|;hf7w3ITS~-4j>P15ceA$lXKFl!^6f)gC6rSJFn+D4XmtXkwI>-;
zFzT{2dfPoCR&L$TmrXw1MIj!dbzhw}3U+!+XgI-c$RJ|6yi^8TquIOEv^@1pma7zB
zx*Sv`E`U9qbxj33+A=Jw+S7Hm#%$|xNs^<wf0oDF8E+%QD$EhRb?{kDaGr1d3XP*t
zeb{=~9dVwa?Wsv#){8voZ%mp%TLOs0dLj#+iP4Vno7u=f2QBk#P=xPqpHCUbvm(F^
zkB%j{@bo09BF|2+Q$40o{mLrb9b77s5zCa&luUdntHj;lU=zX4dK0NKea9wG**WJ8
zoesf+#e{J84Mtm{A1K6XnA)aydx%{=yzcJd*9rY-7P~gwd*LOY2qehQyv?aJ+mE2>
zufwue!&CR$2)O=j_qV$%#iwFET$1B_&s)bMwS%On+FphjYk*T*oiV=Ypsh4dDCy1K
zY2Lx<NG(lcDB*D0Z#MirtApCMwJ)6mo=F9qIfdXA!MEWQHhYWLuCuG#{j80|8L0!A
z$tyy$t2ZWQTlXng&$7s`@)FYyTaz|Sz%#ZMLF~kd^-dSpi)NnKUC7UwWHIMaT6<o4
z&g%kcHi*iG)kfI;@sXo(%UNL4d+zJt1PtI^XEdw^xiP+s!b=h)Nf)Pf@4e?mN9?&Y
z{b_&DKi0n6ob>l}htztPHpX@wmyxOB!JG%8)&H`e)L^9+#^3&Otlco>;idZgar<I(
z>IsdigJ`j~8!r>i>EY_CKe(4@Pj1okUqFmyP(gdlL8e=tyQ{|hmb$gKhdVOS@D&AE
zLo#iS`Gj$7vbP#ZxEG<}>AI3M$d3E#HLIGdx69M*k{yan7iYw%{}OKqM;7ttUygRi
zUQH?wEj$}OzKgZ)Ajh&!Ym>%mGj<vkJe%uq-RTzUrbn0oy1nCqdxLHFZeK>u+ojv)
z$>r6?rTAZ8(OzG#FI^vYj?2&*>NLvs2_eOSj{;WYNfR14{nbWQVOYoK5U4iS7#(YF
ziCU<EkL2QtF2L?d=b@#t3e(3#IjY<YUfo4a)%)$?C3uHEGpbyJU(85Twf&B>Zt%P&
z@8Rr>Zty&<6`+pkkwa&RNe69Ct!W`mYbQW}+ZO24kBL0OOO3}m{kBDTBv+c{{c+<E
zmuq#mJXcFA)d~XZ{do1-=39{cl)Rr-EFh58p1M-+|H~b@BYXwH0}-2k>h0zwb$#>c
z0w4X>RDZ`ntc=6O;g+4+B+B|t2kD9+DxY{TssdARk6ME9!r0J2e5Xd`WQjMDNb;o4
zD~4_(Ls-!YOY%Hh(`X@0O)gCZXLY;x$@v_6HE|DDXcgK2cAl2F`sm)2LLzLzLaBPm
z*n?IjL!rDD>M=G_D|&1Ym2YgutL!q2fC?9~im(eyKgRutde=v4HbJbAwyLFcCkX=p
z=FDp8%UEhR%rma;T)$nt{1%#S;t5D2q3pm4Q(A|xuAxaGxIGa%2bTw!?Zp+|gMP<$
zPMyNi>$SUoousZ_nvG5JujNF`=I&{yzzEy`AsjZguh~B91AH#MmlM$FhudAP(<PU{
z6P+wXpE}T$nk5`Ph@><G1I@XYJB8|AWm@HLBtXE4%3|m7j_c}&B7SVk_QYF3>z60<
zr_Za@AR_dRZw?6FkzVVfFZ%D|xB0>Fme){5pa#y=R`6MR`#v)9nww=7?Ub5@QzNNm
zjqTF|F=^1LM4AOw6K1`3Xr%kP=kpeqByVQk-HGD)loN{d)_;0+ej}7<_~*44mG_8s
zN#0Q?I5hx7z!Y|_+xW=x!Ck^TmvJ9uJXn5uU+xNT{q_H_g8#YaNrohQ_3v|Vm@O0U
zDjIGh+`cjs3L0II_o8u-*j>bhR;r>iZFNf9&&Ll6w4Sir-{3ffBRk#uHJsMi#Q!?U
z8x)v;K6*V!p2)8?|IT1H%KCb{6uX?Mw4M>**@3w%vuKjl;F-j*)j{<%>dvfuIWRai
zzj=O}wW3#ThPM$1_Q?q>Mt~jbm*&u)%*6#b{Xl?y&IU&jBeIAQqbOF|t|R%AZzt9C
zD$aJJ&#~m6G||+hG_Z&%B8aLu>*^2ICKj$mL<Md=lN84V<@w+6YTNONpH|&R#34*E
zT1(`)2a>lq3JTDn{D^DZ9cf>?U%VEK1Z&L45Fg0ZmALN*)i*hMpB)Y~dL+6Bk+-a^
z$*U+kRI)q|<i0(TD}vr>65fv=Uel|sqjn!J!Uxw(yw)|N?xM1+6(JM^sqv9h%~OU$
z+1%U(S~#Kcu=|Tz;~L2l{B@2^H`_;zdfqFaVS*5%#y9x51(Py$-;b<LD~-2<vE82!
zn1VladYF@JKJt2LzP;{E!K`djD!IVxbV_)pfU2jCg^Vnl4ZrPfX6r50t#TCvw^z<L
z3~cp${@xf#z}Q;Z0i`|SgGzgC4#7(CxRVREdN2yQ+Pn&RIZ#WXkw{yUd|;AiCKZU&
z<x9v<nl4?i8DCmrf7msba%(pu<WY~g2oY)Aj!mUR@{pcCO3wB+aJKy(><39^q@<C9
zl8uBC1XmPD*~ZX9GF9y=rj(ov<ioBPD{4f1vAW8gB}p2ql?y3bSA>rFurGHes|Tx@
z`t^<D_|oWA*mKN~KO+}kWRsJk?$!{r)@1bKX8x40(SwhIeQAmPtr1tnj&8zL7MC_*
zM}*k0mGkdD@ZZ&yjGM>9$zkn6<*v!ZR<r}+^u>2C%8Zf9EPn5Qn^SqxhnFe;4o<pf
z)T1)_-2a_ijpdEVnjPSiO&ri=!*nau(&aIz`?=&wr4gSosZCEhX={BCj?7c=AJ&ge
zF}6_38m^8>3FRQsiV+?m<1j#s;wni?_OU~<+5OhBl&@DGuTq=ygH}FlHp~NJK>R(p
z6g%~c`IznIZz8?TV7`(*9S-?bN>+P*gp^3^rCcwerSe0M@*h#VrYh(_9#?gIIH&_a
ziOdroa@hZ{l=A$yni7UBX_~-)s~K((Ce0)}IX}tfXxE=6iiFSgLVLX;K46gPvqANT
z`9GVrF^5PvVoro8u_cgk5L~f?b~s&-O#I34C<D?k-7S0E7Z<+lFl~@Z&*zGq0&2MG
zZ(j&1vQ7hGw48HpdQgA|_^LHh#-KAkWwN?~f-M@fR})hKqLL!n@<}lAM@EDcV$B#v
zSp%t5Pz?4MKOs-C6hTO1uHitUNi!8n)IChWW7f#DxdI28ZkKN@jrBM;3g(}o8O{%|
zl0!=m^ipn*VzKTl7Beh>2~G^DAe}_;AFQEK9#{g)Bi59CaZITp13k_^is&=+wM9iD
zyQ9o9UTwK>@t9pKwCDgF{Ye6pernEut)V#m;&}H@uz^#NEDEW#dW{JbPE>6)MAP3s
z!1@69%P1w{mbe{YSWH7HTWu-zmjiS$CWL9H=F2vC!rsM<9+ZL}k0<1*2lkU+KlG+8
zph2&bWN7(C@ks;(Tj6lvXwu11<ViYQuJ%rh<Uz~9rxw_(NQChyRbLXj72w1vMnb7A
zGZ#Hmjn;q5L8KfpnSd!6AmahOkg?H#o%aI5sVPw`hMDI1zZik)%SDR|O@=0!#1AY@
zc^cJ4f0+qTm=Mtc7T=YG$?T|sWQg~=3d43q?o25w4#Jk$CW1j)${WfmoO6_Hg?3xJ
z1Bold;(nGc|2CfwmG9|&Z@nq`KZZYV=KLed7Z&(AeQ|PGJ6M_7Lwof(J_tdcl+W|!
zWT^HU!J3IvA6?Q}5$NO1c8hZnUqk;HT>H|Vi)+dzHBGcoKgH3d3ZSFnjjhF2iOy>_
zCB*(L{UIp70XSKdw3KVP2w`hLl}kjv?GBofGZ2(mQOH*6Dd>LvGRomYD`fWJuO}yr
z?azH7=HD{pI*DRR#*;qIfN#i7S5BiF)WCgt((X?t%ZDe2X(mxRg6_1s0tuO!Swm>(
zLDDu!Oj#pW1nD0((>tTz>#kULNxRXyKvoQG(<MRwn1!4XJ&`{${rP2Ghz+5$FvIkJ
z7wd{CU5jwm`bdf5(;F9<*<pOsV<X~<H3<vMd|w$6stz`&^&MUF%A-nAKUGCwKI>ah
zpv1`_<CGQCS8PraHCy>2H`LXj@KN#6WZ#D&u8prsvXNsOWb_$V#oc}Am1|kOe25d9
zO8Yb*5okeJ_j{k@MYX$|f12M!Lkl0*S@M+FaR?XR3GKB4PwR1~?=mCd&!xO0k!M-@
zH1Qr`?$ZSFdXC_o!%piU@D8T;v`|xku26sgr7?=IA!+LNwX=2GY3I3MjmYDgF)lmJ
zerlV~$eO7o)6YSZyM9(jUEZ%`O}ma^TwG#X+ktZQ9g-)dKquojZHx&%+RIhuXdQRA
z!2#~&rb$f}wN_G$if>qA)^T=jRGL~ZGGMD(zo=&ytSK^$ic45Zb?GrJ`@cr^NjHp&
z&p6?_Dqxb0i=X@CsAEn#FyZdy)^}@zao&d_sfzU}N((<rfSY}0(&Vk4{YSHLUY2nn
zM#J;Jp*Q72gNu$s0xb;xwhke2o=!{qRKx&Hx~INeJSUHJaVylIZ#U<PSW<|cr3P9w
zze2>X`PN2u=0E^)HX|rbd)bF53Nym0NHLC?_4B;$^T=d<E=5s^z3j7E>N{kOl$W%b
zYL?ZXfse&Kc5#sm{AUHMC0cT(C+5fhe;&6nXArzibGK&jm}i+J*WYRUig>&I_>1&*
z=8_jtRTi2f$vWUTh`y5F<_kL#3%>DGMuX$_`WBQ~5+^O0Ja-w7>3rkLkdPz9N<~Nd
zSS0rFPi|`0V8~e$S+3jmy{42&b8!h7aL0wQ|GTl4W@a_Tejj3yVc$+g`Alp!@JLlh
zUSs!$XP-qO=h1RyS!8J&FFAGV%dFBu#r_~txpaOz10!Ww-|e;37v)NwUWT=f<%cLC
zk@q@Mw54rw=l}&sg_;Go?8PG@<E0;+G^U72P%47gC?vmnVEIosM?A#oYxoVaRCNp8
zneu&u6tOx`pjkd2E@65#H#6FCQO(TY!tpRbVGsd-?|a#Oe3E44FZ?P@Ex;-DVV(aL
zc88^s`q;PMqjF!%+L)TaUmVgx*X>{uou^Y``!ON@e@9YM($qhRIwj~zxmxJ&?lYEN
zzgDTJ>##$yVNhzEy7cFWy?nnJVUAIP{Ca;$Xi&7%@qLzO55?h*qOC5Hk{=a}94OA$
zH<Cm4S3l_#vSj*W7!9CR7Y0!#lwi_PUBn|vjllpu$NgOm^^<?`@V20cye@9Nc$kR^
zYiVgUmcQ=C{2OPvn7=Z?`TVQ$4V%+qI!2pc_Q^wgIBzX3J7z$D`7_U=$1kphlUlo<
zPLqcXo(6#fd5_Mv6^~%V7GZ&!_oa8M-!<0#^)_Wv-^_t?f#|D6<U33;Q!s2fqGPY@
zw)Npf1=HrgG}`~Vqk~g>HG5mg{$AlbQ+oX8mYv?zFX!#EhksscMPnyTt#==+T|KT9
zquySjcUj&^fWiLqaqp3x&Ldlaq*sYv3_F>(=64qE>p|bdgr6LX2d;zPR&6#GN*4T-
z^5x3DkZupJ+S>;QB}f*0hTc8Hfgzy)a&BQs>4dM`^o8c+5XXCu*q{l&4nwm~6qXOg
zPd4)Z;CqFT)L&;ko0uQ{^zZqnJePu?puziFgpb}>npcE^8hK-Ev}LGjg^md}$`P{f
za8fU9#RUVwepDt84z?ro1~iAn;WgLT@~Iw^ed%eLaOAi-Qt1<70$nf=Ds05-zHhNr
zic`Jq_%-*kzUO%PYnEV>p!VeEcKRyl?V~i-eY<;e{X(}-xQIBujrn_IE^N^FW?&bI
z>By)M`<~NqU)&{g^mZRr11*t2=kMpu`EyJ_!qBJRTR29oPNg^IQ0`i4EqyXD1dB`O
zBjD$AyA|%;(_UJvG#*&J+D`}CKm4~fx|XxgMz1}Y=R&z+=fU-_TL{{pfG`WZaV;|&
zl67K%G;YUg^?@Wb(K;B|xm4lQ%@SKaxMx@<naytYuAe=62fD`MDzvmrDNx7<^{*_W
zrnPe<;5^@W=!vzcj@V~^7=|C+IQKL7XCF9YFC*b?@ZX{Yw@I0YH&@fM(6ScDeh742
zK8FYEhlBfA?vufrxcA|a-dq4#&`{CcOSchjRc0?b?FVsWSe9~EVi*p4nBKeG_0U+-
z5nI;KiCu{fA7vCSQX|w2*esayuO*H9Th;<5{A6)bJYL^wFL?uCk`HWOdnX4~d4G-Z
z#{0qlb_&pElN8Uv{v$<UZ??Hlc8JY@Y^E=%R}?;-J%v2`@@HO(5s3E%I0g4Q0rhnh
z&Z8?4H*C+qKhe$$()XL+cK#$P%y{914uB|ov;}$B%Px`wp93-P@u2!jE0L@>HE#Oe
z?6bZ(*UMl@%|6gae91o;O53Ip5UFhl?Ttn+fzduez2U=G6hIP6i(K9WAP5Za?{aX{
zFVVHBpge;Ps6xlm&MKIHhP}lC0?q@vt7w5Yx|rEYCHjBN(EWn87+b%hl=D->`%$OO
zn<INthbhW@hxYMN`IqbTDN|Jj<-`F_R5N!;e}D==ML~J%l8GYnqhnQUi=C=HELIA6
z0n{lVf6Gs%B%Ah}EHbA1Oja>~+j%4K91b0{WeH!Gtq@JmG$*)JFPqtA#O-wC5i^+l
z>fz~U&tseER1$z?$}M0zTDNQR;SUP~qln*0as<WnDL>+^wQ3_R(5ymS2SqqZ_y>F*
zwJ>OrVtL33KOPiRbCeJBtR5@2)3W=G)@)3bB^HW~jb6t^^NbC2P(l_JzWK0WvYbxS
z<KxsLgl`&>_U#P-2{pW-SMKebvzx6mCJDxIiU0X^P*N!sySii^g4lM5-Y%;O+-hXY
z6W5o5#u=fnLb7ja*UjBIi09#mC<P1fv7lrONTdS?bh+h|lm*coL~1_zDP@QdSY?Q|
z8Ds9jaPiNt7Sy43w~f>`T);j5`VpIYN;@hmLW(omT_3)5=fHhiEKe%g++_|He7lE6
zAM)RMdydPl!ujwAa<x@ZS8czoI$L(;;vV&K5qZP=-<|MHrPyLnBvYh<_`f~TNmdl)
zBAOKZPps*lu<JDFNfapLj+HiBT&TJkgUI%O7xHh-gIHMJF}|qgnrWsT63!z(0ls8F
z)KW_)aeNPuy_wKyys*NSpX)YrlpSwyf)k5Owh8Fvo;vl5u|3)?V8w<)Uq{?dmbM#y
z9hA($CoG-wrX1RyH(czE>{$`NSo*$8bXB``)-7t*l#O^H_YI0&8@pAS>J5Sjg`P`l
zonFKjfRB1OQAK;`6L8kAzTGF*mi!e75bmy3#1MD9PxJ-<MXAVbP~Z;NWAWIr6%9GR
zdSv9Is_&4B6bSw)2_CUuHTcrJSygo!lB|?!^*o@*Vyg33oIzUM^#mnfzn23Jz00>S
zfbd14$z2dt|1T*-cock70FGxNSx6rJaIUx;S)TiaMFy))yi04Zo2#j>K(Nx9M30h!
z^Nf+Ak63k~OGWWp2J%@Ofb0@m+la?j^P_*Ucoq%2-M>RGEd2X3Or;P3gnL=>Q)hNH
zb9$*C(iWV`0Xc6g0rXUY7Aq7b4WvP0p&|j@BG(pO8nCZFE+|3pI607&Z9s>(=&-Vf
z;_w)^D$?(EyAFHU>u>f1?1Ary;l3EO%%U|Ze|j?;$GGL6nM&01Fv_7~v(&5=3!D5~
zW&&B=WH_W+wD2(G#xHXGv=bIXa4Va;4V0?NEWIIPkne_Yvmfc8u`kqG5PBf{DEdeW
zxil3DZ8Y3g!p@3*w9QZEmWwGyVbw9^JhnI=$9U@mKqwbOH)9N|QK(fWyHR(O=nM!z
z9r`Pdqd$Q7*q8YW6>UEwheNb~tdYjfF(#0o*P2rEd-~U*)0A%y`{)}S_c8j(!L~#k
z%yVOvb;+)f(sbkTI+9BPH;L2|>Q&|MyS8_Prq$p``eGszTQ8~yS3VWURFG1v5VT)0
zAscnj2IT<&WTQ=HpQ}2geaZRK_NFeDX}n=2Pr4<WQK+=NG9%%$rBZ*VIVlAaK;~I`
zH<bTlW0ir&Cc-pWFPfA5w9tqb4S*J(NBTxuyNcV2B9W)pwY4>A`1%<RY2yn&%j&jk
zuxVJ@teF4XOw_+8V?k?YueV{(4MCA7*bcNM*T2_RT^ER79%CoYubFv*GNxYD<o?kg
z{-yQAbpXx3o9_H~qaFwTU)DXtqSr*YFn#)c3ebO=lc)NN&6Mdb-#tb)-_~g#KSmCw
zN^s~c)&cwMojI@_SBTK2Z2QU!R<u>b1efoAxIbHEa(X1nd%wD{By-ZS8wNW)*&<I6
zhL(kJ=>NF``b9mod)}H}j~2a6m^gGa=z{*XIV*zOx^Er0nL{0dcDHGkAvhiN6}qQV
zoWC^0iCPJMJ9$6h#;qGU&7J{la(e^nr=c!-WIzb}8E2qObhN1`EtTR+O&ivG{KT`<
zm2oi`Mi6U!+ceuNPuAg)<!{sLUoi<~^r?&I6U`^ju8B5(GE4@0G`|q~Vx8JT(CA7G
zir4YOL+>pwG%YT>RmS1x=LX4MTKrBb7}$x43DSDqyscRWT_h0BR|bv6=pZbVMv6^}
zE}MBzVmVpoUo=O&var^klSha_T8e%7TWt?5#qk{5*3~?sE)%ifrZZ*1#UycU(0BY?
z%Z412-|o9oJtNhR<(XHzjh|c8K|G0f>oIfTYq^Y&L$sf{p;*>UXK6>Dm+y&qUmVtj
zKu(K6!bptEcBR6l-YEEz4S`!}Z%!q7_HW_4KKf6Vy$xF6@e&t2Gn=)-y-8~kI!CK^
zb<EHGp-Pue!uUMFj^V30^_#cbRhDE955>(+=kbbmgY<=Ujd@C71;`XGlrnK--nb>G
zpQ^ke7O-Hsnrv~*RwCuhl8t)u6?@k20Ae>v(%*w~Cu{*>ic@dE5z~+^+pPwELTOx&
zi=THVb9E&$4=39;X~sn<kfBog{3gp<x5{@P+3}2&v+)IYeV<mmPPegLjnaVI(y?CD
zDZqLqpZvR(Yh<&E4%(uZ-aaE4ccvbRMbB;KPZpWQ%->DS!f|AAV<NFep}js@<W0%a
z72Y>H5Na5!T_o9VVdS8Y*wQvpw#-0pP4k+(vrPRq3H;pl%vgMSF%_zJGG{qI5{reb
zF-oVusN($>pfQR0#Xlp8Miv$ld;+X6g$27f>jyBJ+4@F@^l`_PY<5qdEf>nS-}Z!Z
z%x2bXVEzWQfU|j)*?6AQ!Ntm$c$Btm47}xanfAr8kw@0A836<v>0$+u@w-YwvSuW~
zO<Tp^akwW8{P~$T#k`UIf-U^tCo+q26gn{(i}N{58|rBMv_>fDUob3|cQY=3u@EMS
zAPSQHR`JJ;x|TS%39Q00>F?&;m+IGK1a!wv8@DO^vYC_0+P-(IuV-h||2kLyT511F
zqh=Djr)oC6oQ3O2FXR_~1zX{|Cik#Wsx-AMRGSect0Zv`+e4REcg7<R{~GI#4r+N!
z2p5V!0!Z7R2obiARVau@mG<{r{oW-g-rlP0Y>>FMXYw2GLO#-790kAu7)*y19;db1
z|F-x*%O`I^hW4`q8Y%rVd*I{Tv`{VA_?KFsX8PAo0O|%1ngBQm9<YGr$Z_<3*BVLp
z^4N|60KZ^Rr1pAxM;Q?vbgX_KGkVWf$2Y}kw>co7^xgpd>q^*Z?4qZz_x&;9^+Fn?
zMc-NjHwr$$GTxubt%VA7D-H#D9$fwqN)Da3`OKSf90`4o#u&kWZ8XO>WEoac(mPfg
z(AdqVA}=RZ=#5UwXPDyPqVqs+gA+&A5@Reu7i`c7hOh<J9t5C!-MXNmC?ddu&^>Td
z3B{S3<p2=W4&zb~zykTzk0-vd8=aU6sJKtHn+Q)45&g$B_gJIioWN4je^ge86@*Gt
zp&0({{e^7;|MM`Pv><kCnlnf@vaJ(}U>idxHwjlNvGnJ7R_$T5x!4%zIB@AMPy&(C
z01xWTvOOp`5nke5RT9|`ya3ai<S2_|&$~2MJvL-vxIa6;Q>&zu)PqkPG!Qm^z&7^4
zuS9Fbwvl<hGmic$4}};p0g=@2=O#Hm>Dqh>rbF@E=J_3LboPe~ShMQ-H3AG~X`;RM
z#4q=__zf;c^Z#8wjbZHvkk$IBx-3-=&L0N>qTs3NAZ8!;$g?>X8%zAjeS$%GN|2gz
zmdRdQQF^S<R93S;f8i`);{Yv;9xE5|A`4~wP?V1o<6_ssG=$u9@y6!4$g9nZ6J`QQ
zPUsiodoyJ)R&bGzA8a;nRN{WHROvRSVKx!$+KQOucBkV-JSRDBLQuOVQxE!B%{h6m
zD3}KodDL+j595_0Opj8Xql1J`PP!ziy@E0^Vdx_od`WWRy&7kE%G@gEr{uv=FCKFK
ztAAp9gv=(>J;uCY@qh32t#Fl1burDl^6OJqsH#nGw#bj=Yy^PJB;#ew^ShB=R%a+x
zzwV?<ULsli(Ah`)0N}d(B5%fSg>GN+5g=l)gT{M`wbp*6|MS~cbRnf&{nUEQ*$ydq
z%JXiPB&QvF+&4W|1KJX^V;<h0D_COLWS_g@WIBN+a8Na!$xwH)LH6HIDdjPa)a2{F
z?Cw;8u7sw1B<d1?{P%i67>|Y9+EeeSI2Pxzz43-c(S=q6E25j&>SSpSsZ}86i!XF*
zJ>+bHwq7|S<_r3Zfe#}$R4}a9&ALvouny{>1zr}Jwl>X`|610V+nYdOkn^`7AzMqI
zORAUgFxt{|i3sTFD<>=Ny?AlDe&FN?F`z2dF!1)<QlAzMt|zSm_J)|YD)DsNNb~Sm
zq0gs=1myw?p2}Ypw}YN?SLSGMTsL^>ZYp`ZZRmN(fIs$%@Tx3_O#Xf6cZD?O?;OPg
zsD;4`V{bv_sAoHG=rgMt>-A{`^}Bi{Yq^2MH1zKo@)BctW79<M{H@=^Ll;Kzx2L+#
zOD2msD93sT>h)emCe|49-A&{<k%F8x{MVsR#ft-sI~-%DTuXxZCXZuzl+F7z_v;c;
z^K28GZpfYIctIJNO2nLEiey98Up`4J1-bS;GLT;5j+NKJ10GPvPV}#~*zvO>Op)ID
zb}z~{J_P~7WRNHevj+Jo>ec0+$+zfJH7;$8DK*Q6V|&8AtKEhsXuYS54-Ly4>@sFP
zju_bWwa5P9DySHfldJuGNH8*Fkn^Wz+QqB}-kbT8n(HX>_f7n+I3UNIpAn4BHNLe#
zPlfp+5)k1hr4O|d0sXUBSM|0Com(JpY>J|ZFAK|$dRb4BAab5zvBogk7(2E>|453F
zi>jEMKZcm+S)Or+EidUNUg!oj{NWMBfum@O<Md%h33$G~))Y)Tt7v?BnMYb)Mfy5|
zw9*8X#DN+v>V2UG?BkCEZEPCitR}JSXqeIz)wpF<2Nn4#@*dB`^0$i~tn&tjDZ&?f
zHByCCzG@$v*tdlu8fd>JXXBoZgu`T`yX{Ukm8V{r)qHq`Mfq+FILheT4l&DGFKRTN
zjWh5d%q->xbTp_s4zioSdB7fWOeW8yP%>V&TM%@_;z-xEY3wCLbK@Q!#!H$pgyYfI
zD}lD^DF@6`9O~87EuDh?9Dg<os=p;OM*2zLk&GqZu|55v;cG8eMBAX@ty=GGgl+Rk
z)fZl@2ylNZJ(vW+cy%3HknC>1tOC*+4#O9(e3WZMjeox_>w!T*JR;Ij8GY4`YA&T!
zX)p%J&$DIhYf{)|>9dZ<`^22z<{FD+qN-rViXVHnobM|<Z@+xzUu&Tw^9K$^!f6Oj
z+)>Odgr;YV8)Xu*x*=O=h15dbL$;su`$wPRrueGRpOaDUt}f*6-wG}K#GHuBHQGsR
zAX?!7YeB=(bBeK^VObMvHc<u0^I8&J$M@+{Zr>dmpTcCea-jq5UnSZ&B}~{<pgEQc
zbLLcY0+YF(tOTj`blqd;b)n2245Dm2s|gO7fHZq~#P8MdV7wM>>*bF-5-JdoS~~2z
z`m+u0CdCCAnM7}td8rd(jE91dnBt&=@mSG7JXlR*r1)1O_C%C{?8z!qdgp~3Ixcp+
z7GkB(^7G+iP&Cn2RVw1N&v)2z3t(@HH{(0?Htg3LpIN>yeb6F)m!1=gwp1?o-}hpP
z$YL2Bam^lr@*oF;iaSkN_C#m9OnqDO$ULw*{)-zv2VILe*^zn?1RtQ#aL`v6)N?_4
zK0zDNWE(9}ZyB;cfzs8E-#ObLoEY2k>KSpzPAdsp>i%<Kc$C8i{{!!=hTZ(X(rO@L
zEfCwXw=8H&r1Uc@J*GZ>^^xkbc_8Op(W~M}OkHs?@s7(y>UJ{G*T1PtLA<=>Qy3#N
zykmx48nfDC4fh6E8@VL(bnEd!!Yc7fgMYUOU3l&HP90bz^<WB6%CMhth>7!7EBUbS
zxs&`q>f6|jBtom48F$L|Fl~Mk0{jZG;f~)cbTG0^q1c;Anwx$2G{kU1OBJXyhCLrP
z{2hZ2dg)PZCs`QJ=f;{9wFh?-!+vMFQ~wB#_Qxl;VXsZ4LD;!sbkGi}m!hUccA|`_
znN_b>;V7c#ZqnKD0e4Bxvt=Us43_T%p#o|fA}v?5eb$5p*BOe8$x*^^dqa$DMcv<L
zvpulnwidaQ9ZtyR7#dE84yX?jE)lsnc4zTv_eo1)8gtOm*ht*avKn<;O+8?hKh6{H
z+Pk@3YGau9z~ww37)x)3Lq(7dZG}^MPrWM$nEx(h$Uq&5Nujw#zH&h@x%hBn>A}b2
z){!$phIpt(4qUgsu}`y(_CH~2+2+iHwe9`3Y>;ek8U7Gd?sbH4tc=ck7w7*d>0r|#
ztOD_0qjnFS*DuX_?CxLy{f%#MfoK&hi`BOOpv};0BDPFEh~WHj(>SyC1>Terx^c8`
zOeo;YLnJ;kE{BGk&_7+RQ(7oBsWm;tO=ZhW)^fRz)-w8c{oqruqx6!?Ebei=vBBa|
zp;r}iII0^&af90WCK>fC#Wok#p>Mgd{8FT_IG2$MMncVj*Lma5$~taD|6XLR6t7@o
znw9FlEi)dH!=%`qQ(@F)cC5umJ5KqbW_#$sZSk{9&5i}8=Pe6S^KJQUu-f?IAm81$
z?#1l69lfSjutl(bA=u-Ug-9`FDh0qXqen|PZS#kNK|Aq*@|W<EF@N$5gGW3-4SVWr
zIGe{yj#$&yECdJNvba|}&qA;)=qL<nbm(e1MO>~|v#m!qd^=gy`U{ixF((V$J@S}_
z7ssd80qmnzzVh%@i>E=S_}?g8(R0Kdbf$X@58^K(ku5^`D}mwi*t9YIY#jt=XgwQt
zb-d-`Xk+4c5!H1CT&$ACKZj~UC2E8c{kMI3!*H;!^J9&NJoIa@ZFNTXT{#A(!}M|*
zOSH!9ym6xJCrnDu>XVarWXufUgA}?y-cciM)f2@;B3jb0AS1CHl#=1sawBpU$;kV3
zv-m%7CHh`V&2bb=E+*|ac_Z4*7{9<;ZBeF5z@FIjqu$Tf?MeN}{HqJ^yMD&nizL>@
z%_q)JOjGO0`&;A7`R3{ADy(6xknzY<E<9y27>>%33V*n-Q1P3^obcr$GAzBl>7R)s
zJJLXo24PFV&G^K~lXUUgidp@R9KR-|U;D>O>Feor2?!5JWi@1cYe_vPN#Elw{9wX?
z-`BRUhYYFY0$_)}Wj^N~+Pmv7A7~(ua>@r@p%yb8Eh6^jpp-Ttfy1DVM1`?Z3GhVr
z`4ntM(Ty@{cRiEi7}E3&+$ju~QXc81CwSsjn%<;$N!`;v4YR^IJK0&}ID65I3eV(n
zfkU7Cb8|&}X_!Q^9Ed;IruhwoZs9S2O$m1#KMB|UT?P04zCjCT0ay28l{i-oAM-_;
zDf=qog><><uQWpq{pF5^d6#dU-d%as`i1!4)p^%kaVo1ms&*9pgQR$SIxCZEGG#^j
zv`u&9%r!z-<;JgN^kE7Q7y6dJkEEy>96xD8Y&qV&XtttVA$%l81qe|nmw(~hxr#6r
z&?A{1Nsh?Br-06^MU9mbXJG7oH@1g5We#PqN~-b*R)?fN!YWt*IgqGKDE|(-DB+(B
z!+96`?dh@2B*(u*vVqv*K-R>;i>>&cCZkqC_$MfN3A9^Wc%Trn*fllKoBIg>n^qu!
z-=~DIbdE#8j_(p04dk0o?vf}lWCeB|C;z1@YjhMgJ9wGqDA>d<1^ev_S=EH0c8F7}
z|NB0pZ_#HS(6X@~@e!jSAq>viyyms`_I5miWS17PL4WL)d|asXFT9mV(Y*y{&xw!a
z<h^bIFVQBOyUND~;j<()8~ohVe&KVVFkb3~5jMHXC<lH-Z0`?F*p4jiWgn_WmJ8if
zPWP`!#1_2k4GlmP*^?~Qw3J67W&iH|ETg*mA6Z)>YRlyH35YDwexIa8dX67`aL&Ci
z7rH@e`WOa%{8SE^$xJ=EqsBDzI;FiR#~;n5Z$41YCAQ;d(K$o5^<MPVvAgwz3NE&P
z5b1#udCGuhe*I-dShE94bhBx+j&t<a@hF-@-F3`6Z~{JGRkS;idQz7@`Hy<Tj1)X3
zkRHqOYSu_9e8({QtZWGTNMizuG|>Fs>q~!P^J|nbZ>oH8-y8!VHIpdf`)QS){%9Zd
z<BZvIFI&{<SFi;177kjsN7|(fYBh_V`u(M(^l{wx!ctLPrpT6WAVNcvF(9}hhd#^{
zn&U5Q07b>IA4$n7t!GL~nzM!FL>5N%;tjG6=NtEAO!(7edTU$S%XtsI(0BRyQ(ReH
zak?v16KizZ;7ust$W!(mM%rzYA0d)o3`nA+Kv9<PKw8y^UZDMs&b%9>&2f4fu(g;$
zV{Rt-OB)<Qhz;AG&+VbH+o>3ou<jbzhnjk}u+)h&)xK*W0tvN}(tBPu94H?e_Vy(7
ze6-Nxva6Tx{8rEiox@W|sg84T+@&cLWeI78`<E!`d@k~gc@+O{2DmmRS4t?CAMT_R
zf+hkEFmTp9p|gy<7?j&8m>0((B-PSgdWAv0Uo2E1g)i||5`$@`bQWjxoKtCz5E`>4
zD&le4(Eh%xW&M}6X?-(v4o7oU1xk_^*z@-v8V9l5R$ZvXp_4Q@u;SQL*Z!Y}6y2O3
zlm-NuJCox!-b-~#!#XOb{rd-bISrL5@nQKhas^;IfSXC_{gJFoaQ)bM!tt;&x<yDz
zv0(g5@}*GL41W<RBl6qzgLaIhTC)Ajp;{@P*Vt~j9ypTkqsb4kSC4f{#$oDKsmn%1
zy4QJa21Q43&zu6xSN|AlO1@{FDPjdQP^M^C+0<{UG67!v+ohnUK^NBgsUXMRsaBw@
zRMat=@vOY%5-@3rY`3+evhVKS*UHhDdx~$$&$7kLiD`4^46IDf=b14BQrDt!HIv}P
zo=Cy>fuuyg7;1d(b|-d&{1aNu=G3hOM3xmweWZzVqe^Fy-vw<WdWN8sA36ei{fwvs
zmIn6LG=$S?CW$yKUmm)vCO9a!?MlbKQXBM`P5#PSb7L5}Qu_9-cv~hi|EB4rs(C-O
zN<Cy1<!5sYpyt#7HZ_UR%DL7-ZRWjFyO*~Vp?tN~HoH2+U%%{Mm`1R$*12qRyBcS{
z??}9#o$!vWRx4HGjQMQbP?&sbXxW*LOfxOej<-(}L1g@t?NI5_l3Tp16?pW8sJ6Ia
zVoXfJJpnT<9&aHYOs-AyY0Am$z?-v3RTam5hgh@NR_o8UNe@oE4m)e|r!p%d+JEs}
zD8yoUWiO|1jn3sO<wug=`CHREqVY%j0qpE+WT6`WLYcV^%k16u2A>Z(lk4|hvJ6#P
ze7aB<`<(uuZY<LbF2;WFq*IlmOPFuF4`d0s-<eHR%E_Q@G(@};`~<Q{C*zUG6LBsK
zD9h!p3|q;fe>lj=Q7kHL%{a=I2ru(Dxq;FG8H&UBj^dA$Da>)&QDXfBiYrg)Y|9DB
ziiXPYbF2>H0fyod*92pV{)tgmpwulsk2UM6;f6BNmt<AT1-~4#q8q@>n2uCfiDfHK
zc2A{q`2yXtZxs>RPF{{Oh^t3)zUbLa+Cfw#7204rbh8`R5}!bzlJIM58QCSOw8YE)
zrf^uP<Vy)V;q(OqMBOa6WS=!3hVOXW-~^nmQMoji7d-P#sWa^M6R8{j#nwugt5nUr
zT%69Sa;QASpDXr?7<4o`W(!No<9>Af%M&Ze+9Lo@a^cH38Ku-kaL>+Ke2{XS@I;y7
zWg(vLGL)lYpKXh1$yL}ar?f3H$BZCD>Bk&zZ`4+iGTTQR4yZ74n(ebQ9pUfNe3<^c
zyc~PoI=|C~c+q1PUtcZs-i|I##3!M><%K)sY<FFUK(ef6roIad@1Hl^6`l5JP&xCd
zq#XBqj<#8|n^TH^1ZA+&@38>3^t@bzgvTZ3+j^VNAZoKFlr=AiD63R&U@{L>F?%J!
z#ibYvi0A9zb_!&2oCYT4c(0;YY*)}iYZE=G|7FW_YIHUnKM~U{L%nXpJsBOIXuE5o
zsxQo3>QcRFKmsV!ou7EfM$hsInZ)kgU{5M_e&`&;6rg>c5Aid)Usbsj5-a)kE;7BC
zCiGTyAS~l1_cu7LTSU<${<ypN6m{xQa;pSjk|6HA4LeYq(q?C1V!kfI$5_h2FlfoK
zn&(lS)fTDxTqE$5s7sh{eZEqqls4V<`<vI_B^Z<GB9&8t1C|5B=*p1Hc54?hAPsS^
zx!@vz@sWh4tkgR1P-<em(R^wWbv-O9Vhs!ILD<^(pE2CX245fcy!xqW{7p5S`$CSy
zzGuF!%QDgLw;ap>-_t>uBTdVpw!6W_Gux;jTvkh~eci_RMs@TCfx(L9Hc`>5Vk=O-
z$@$706vhFDDRx=~gJ&kxZWe(T@jJLKzZ=nMqMy40|6HnfKUWJBBsZ0zG!;}mEYdk8
zc&I`%Tr2<@*L{lRkwewjO8#_Qv~^6T#`^h;oy%cD`@(oRUS}&eke;I7Vwm%ra6E~s
z9t0oUf@_!b+$a(dB_qv@HRwh17g+Wcx@-AV*3oX=s{;0l0!WFWgL#Y8GFFb!>pR%Y
z7O&(HhhkLS5^)HXSe1qIdm;k)1g=J0d!nIV;FG$dJIK?@6@~{X5JKeZHxQWxk?DBQ
z!Elr~Pku@#pG!5u2v6>Tw<&==E4P~MTQ&%ZZbTAwAeK!&!&G?oQMZJ`Gw<JOdipO^
zpFR>@({ePx*Fm;wX|6LlhP&I@oDJc4w%qpc*#0En4n;i=Q$@^>ZR_$xnZg?F-2gG?
zNoDSO!P>cm<EI)!PtywV@L{$%=P-oRKJxL(-W8@H>aoaC*y4(6g-wq#oEr4Z8bex6
zsB<lLP&{a%AFb8qc1j3Y-0#uS46P-lGm=yZrSMLk8=x9N=ouZbsZ|*=@!Q1VyLfn_
zb)m1fTlu#3+Gdx)bO`7C06~$Cru9{*^QS4s;hdm_NDDsc`&wp0Np-nVfJWLF;dE6Z
ze0bwuFy#R4!a~T0wIBL;4v@4cNq>u1FC5(3hJ^9#?wUX0zwT&}#T7)uU2%Deh%vdV
zvN<cuy7!Z%VWnJJ<#&~X<2Rb&)}pn@7l7#)b=meh!`eqd{LBvYj{dQLNuUkvqGWtj
zI3P=Lv486e`_GXvG>q#y?g!Cz?sI$|DEM>4B)cklwldgMKYq5@lj^AlCo%Sv<&@ZJ
zh+_9#-fFJ`au84S{jr7qM-xT*UBN}Z=U4jGuO~j66LJaAe+mkp@Lsb`g>Ge5$!Nc{
z+ZN6e$`{A*P*o<5-NQ07>Kik-xYvGMvf#N={h{!a+04^v<_YX!%J$j&S@Ntk*Illd
z-)fR0-~%VSip6PuIa_3uuc;N`SEzn2Oa{jLNZ(h`SFe6joomdE8%E($9sOCz)csnh
zaoL<Wy?d_&)-KE4U%man?(bX{WdafHW#Y*+NGOh6AndWOU1!l-Wy#8+s=PB{0>Z!r
zBIb`x$3zh%Y^;jWy%x7PEe|{xeD|D5Dz|;VQ6sdggMZ=*9m@ixrkLj1u*0+WwhO0N
zFG*E4Flq{Bg%~c@Oco|Ge9l=@V8UMpxX}kl?^DgBkn;92m2Wfn*w3og$$sd9a>S08
z=FgQEh?_=^RssZ8jobC@s5;Q^IZ)YV<R(XiBqyrZ{2}ijN|9Abae1&d;2lp~&3^T_
zN(u3SX}wV0SDdBY7u;k>RH*EM0|$r4nN3bZ35vf=qZs(xNcfvD^G}s0#s;=c&%U5F
z8SqcHzZ0UTv;|q@dZ(8I=?Z_DX|qX1`+*0xa!bAUS$H97qOMGtk)W4DSqG4luT&xQ
z6v+2DQCtqae?J#bO3n3lBhlS+z7ZFMw)hsj!REGY_FaDI>EC<iZPhcw(`l9xuGjNf
zhTGdG;DNOuwRS*fhx$2bF3ihr?Z&bBmf(8%9S1N`g?^Natqu9@eug>g#Yz|O_P|@a
z-pbF8Zp(qT{how7S{3R2)SE@~ZwKvdy=;%fA4lH5#{I*cBP10tMe8g2;hy|#h=RBB
z8PO!idX)^Vtcnsyn*!Yi-&3)Qz{%fpxj|t@f1F5ykeZD)LuW27me5}9a~71oTl;VJ
z<AMXWJ?y!p+yxo0wDCN50Lq*Po=5^oK@(nQSt$I8N}}SyeU03iPG3??o0uNw2|@3U
zga0#wnRPc7lW=92(<UEEMKtLTeOgPML`9eHpq>QjF>Z#{%o(1{3!ap-KU3%Tb_~0^
z>AD_a>Jnbz?JdH_YCAzb>JF@pa>b_fZ2mU~X`sly``K%bnRa*Cby}16tCLCNQXC0@
zIO&=7dm<!BzgGX5mNeol6lR=#*{~(bR!k7&5_~p~@Os*dchHh|AO8Zvr@Pdm@QKVL
z_?XWh=4FBbrcx{<ot{((-M}Wn3wt|C*C#d(tGKLsZ@^(C?|iv;_w;PAI{4-r90+-?
zSj4nJDspX_e+{z6qCDqW)c-ghx1bYFl6t=4_bKXZgD@#VH@Fqk`#&~yl`3;OKp;B&
zR{Xr}`W9IZtR2$f0x2iXxZfRBq5&~|Y&LD2@Fkkj%V4^x)jh!?+qohXa0ALq&2-NF
zo~fii@c@Y^0^G33Vf0QTT)BU4TOZ>`oSRk!jV3evQnEGRC?@!j!<?yPFGou@wB@7b
z2iUuQGqqZIKIgL-C-syzvtj!5$7FEKhAf}=n{%luso1Kpyx1wmG?~a?Rg-6uGOuv&
zqtK&H08g@v<DR{v!HbJ65lkVhd_KnGLCqJKoNQqTEQ}dCmj8)q!_Dldh076bDA&!B
zwe?iVG)dx7n#eS|kQfJs&IGe$GamV}BzL5L4)ZZgq}!XcN}Uv}q<``^BZ;`;Lg*GY
z5Iq?eM|?I(Z7TZS=>W#j+5&6&Ssy|pcFUEXuQDSYT5nJd*4FkjHZ-|ZGsa`sY{^4m
zPs|jCJ*$py_zHZwGvkWQ4M{|FfV2Ty+paPlWK6cNYce%ShW7Xu%xpiwAct!^K+Ff!
z0;gzW5DXO`*vLsHuyft^eKaTwr)@|2^@GacnG`a`6=R!22Py7QK#v2!i(A6Qe?-x{
z58$RqoR+r0r@%2S<i2y2@(hbw;CFYS-hn;Yf#5pH{J_a^5l)wWm~tsu|1l_e7s<~l
zU+K`N=A1oX5pH@cETW2}HD0Fzrd1PhiiEJAG3s0Agxr)5a~P&j#wJ0}_h4Ul7$C>&
zW8xczJRYIvC&bvr+~DS;_-Dxi_!1uwhD12kX1Kx>I&S4BesoThJd}YOCR&L(+Dqyn
z*mXI^R}!m397>PykoLfow<VO_YNP`%?DYKbpoW($+-N<m=rS!(>Vr;~?_L)#RZmzA
z%U2#mh9mKV1a((XZLIM#V|IynVL(1O+N4S1d-Vt7Zrp(w4h-Su@_>9(xFQG95R-Sn
z3R59DlYs$urA0V}l?o4gomW&4Z~BJb&x3xKxkSraED^42$X}TNg(QLdk6|R%G&|pr
z%zPm8(|UM*edulsgrybbME!oHZu{85E}~d)fPl2P^ni+_hcEdg4v=GK9%$NVRRbf{
zCv2YHY(m^WZrs_T(A>r^GF$oZR+7PO&}*xKT{kyCMr^jP;58p0PHkGxUh!kF9d>_C
zKQENUyP@obi$b)>*{i!PViM|Ry&V^gS#wKrg_2J$C=aUmI<>|F&pK{Ex?GWkF))}4
z!(9|m!wbV-MYn32*}a6rS1tuR9KJ}Oe;5-k8DiZ=WA`N^@XvR=0OKq-2Kkq12&WB*
zFIS~*Lg{_0JT!wVOc>N=w|6_k(yt7PEKwHW9ti-y2cMS%&?qqlOgA5WXV7tf31kxw
zl(#Ck4Ez4vfaN3-mk-ZQYWsIFJ410WXEQacLw|M?q4LjJ+q%gx*BvA78`0g$Z^8~}
zScSh9srXQlAIri9N0O(NQI(e{$k66k8Kv${bThAMp`05^Pf+$BYq2RQ&dH#{!{Yb1
zaTZ7_e0Nda)w_pSP}GN)yP}tY_M43R-Q|DxutgigWm>jG9A;P?u4gHM?`P$U352hR
zlY@f}4gT|cz(4%~<Go$zns08HGSl>)tK~;1jC}P9Au*OW0jS0{6Mo^eo+i2|wZi$m
z9H}Jw>hS#83ZE<DaWxv;5c~w7?2iBTCC;RCuKIP63Kb@E<>l!zE<?ji@CKVy?5;_;
zhxJac(P=R2EPlCv)JP#h7uj{*R&se?&)MaqQf^vd@bNQVSv#Y~1f^+6)CtDzt=E;-
zluZq1_567=HKA$Ja#QBWi0+(O=%D4e%gb%m+Br93jLr=IUOad;5U?r_E8^>aJn#Kz
zT{}B7%`)PG7n}elB7*$<%I@(Yr^h3?CiD+VJ8nF;UxWliR~QseFIdL#2=Ciuht31v
z?vod(;dzHoo2o-PpISq7RRMAZW>J4ZtT;)YGN?4$R7z<w=+>U8a{IY$n+hLV<;1p~
z?Sj;qan1(fk(eSSYm|b;Ab$+7>Pqxj@}o-gqg(Ltp?p`R>W%bb*~OlU0+^eqy+Eub
zW<E&XRIaI`PPrdNFs)xOkEm!$XMKZ+RLWgtZ~3gnVP%Cx$CRTON=^LeUmXt%m^+j{
zknaKet{V@3ADxBcObyVGFc-~&U3lpE`hCR?JK#WVFUa0u!tZ$vm7FLAIaI`%VLz3M
z5Af=ImrA0)EL8hX0-cC?wuLN0(%|PlyvC&l(ZQx0XZAJ<$WvmqqzL;zmz0_Lv?(l9
zLghZFyVCy11j7M8?snwDOyj6(EtUrR_{~4kVwT03H@7tPoRI-Z5Os8PJ~j$b++w;=
z?*G5Kt}Cj^W@{q|(n60w0#btk0Rsd=7YM!gCS8!CAl<+RQl%@Xp-P7kItU`YM~d{&
zq)Cx3T||)L3Fn;u;#~X}d*))d=bf3g=9zid+LJGhwiWuzM+cA542reC0U_<Z$7^dO
zq5N%yVb_8Lm~_Kc#%8hP)Zb~C4C{a(T@4<8h2qJ)AWnAUIqCrVaFpH_bdelnfvlR0
z6I~4*OqgJKsREZR%CObdv}c-z8_h{kFSK0sON2nUzuUU5@ob761%|WuM}IYvK5!=9
zmoQ@#h+Hf!)%=zpY%OdYdfc`8tA@EIHSOHov9O}v5_IB1d!)Yhnlg#otFvk+hR)1y
z>%h@;%j33x5vftJiz2dw(vpF-YCs}896{gbJbfmw)Sdjec##z`coR@F)EYM%Ys|^z
z%0JU(ZE~!j5b<=(r>GpF1y^n^Qv8Ixa*w0UchGSyhG-yGZZRl4Rd}dHVkOsK=5Fd|
z@^EdS=eVdij%-nIQ-g^&o0!28H8cF2-g6%sNC((gkNAX^1kf(6u;I;gNPN|5o&=J*
z1+^^u5%=hI;-&ze(R0&HipO7)VD6hylw42S=>k<eNIJBVOLgsRAaP148n0RvOcCw?
z;G%y{!N5aU5KT<&`*UZ)71a+n$?*38&_@~>u38#_J9FVtLNn(4B$RgsUap1RjaBiv
z*Vmz*9)VfiLBCqD@ITDPC<nXpAGWxGLwkREnAUEmAHl6JzwAyrRnteYzQtF6N7OF3
z#oMWL(@=g1B~JH?Lbu*_PbI~2MFx?w^8yftWBWhIP+W>g$pYTWlWp?EU=5Oe)fg}l
zAZT8leXQhZW8RfgURaq|#HX+E#?*^8XAL*V$*YTQ9IXr77s5#pp&cU|XYEud?)R_N
z^#bqtbY+kkJYBh?5rHE2vS}H%Oa$9-3j2sHVu1d)w6<zT5yb5v;-e38YV{yQ5D)0+
zSc?C9VzL*<!hwbPLIhd#Vdc*VwOs#me!%DY<Joiarb~2Gs`QvA{hnA{_GrX8OF3iU
zflt}y{fL}@<`0}kzhmKa57OcD-?F|-2>cQF9J3?}1R+BM`%yrHM#D!BZsT6k-X<K^
z;(xfOoXr1JBc+Xa4qH@4Sat3Rf$TFb_yB=#$~~QH+8EcFDx0Jl9^8N3@*paII;&gR
zlDeEQAyLbCyN}H^5oA`=UiwmgxJqak4%X?T;@Uv62giOC=-(lA>;1yYpBv7p%WaLU
zn4<^2|4p-$x}1wMxdS%AI#!fq2-byQn7V$$U5fMVd%PW@PdztBm1=pEvU1gR{s{I<
z@VxBXEwQk;d!!{U=3Ei$yMZdZAQ!krL$N!*jH4xu6_nwdQED0D!7NEbiX4_9wL~jM
z9o+2gKQlMBGxr<DwjahvMGlTjMLhRQ&yhX|GuY=3CB-E<X=DKDVk6I%88h~cwwMjZ
zk{IiJ>1w!V9971%`f@vgCK?wv=Qb^5a$`TY=*uJv1@KfW2Z@>&q$x^?Z3|DlwW?(1
zcXMV*9IUrldu!V0BY9zvGSP3UL8ifa*hLgR6kEr2`S#Y_r}}D|RbIuFCTn2SJ{N!#
z&U6c@eb1#pxL%e;HrcGBY~PMmSW&O13;0n|2icm$_jb?ja=`QGpUOavHQUf&^Vo9V
zh}@?tLOLWj7nh0>j|cliJvAqS+j+~%gXrvpqB}q?yTdokmWGx(;;_-Fo`0R!+HPc1
zc&7_1%(m1}w(_AiGpO3*oujBVle<7oE>8OA5W$cxBvo9}`zP%Qcd<*fzbwa-7+TA%
zAmXkrS|nZntiG$B0?<!?eJLT8>QE<k-?(JSVaYfi`zuSJ3e<R7u^@%t)<nS-1f{RM
zOX4nFmT%efuT5$xg-V;-PPFl{!{-%2tEC{pSA&HzH^oe6Cp}iuH6fSWaeg`x-lMtP
z{6Gz4P>oR>WJ4bJpv;%V*h5I<NMAVdh&BZkN;gzm7d{Itq`cb@{SdUrW=t5`q%Fnc
zCCQRZ<)A~=*S>$~uC(&^m{&#2zZUXDZMhfbIq^^8lTy2+x~AZEE-Nd7pY<Di)&EAl
z9oIL-69FZhrAyc)tXgz8$%?DocYy<@KfWYrJ4Q_7iQ05@RggjeyzqDLI)gnn(as|8
zy|gfc3(joqQ6fB@fUCLL{WC#nk&^7}rs1mA$xK6|@%V3!L$0V|n)f9sC?EG&&30;o
zt&v<lw*?~Ja6T(Btq_xO{d!-W?mHJmD;ZG%iuX27l>><@0nc9l*@2gU3uSJ-HDF)#
z*`S-J2&N8$soW8kvO?I!hg8_$1)Rq4(}jeu7V%K;`!O}1f<Ni}nV=i{P;(#^r(uHq
z`0ffo259k<^Z6d7S>X0w5?o+JDe(+9caSg@HK$KYo033)=P4IdtFddo?emY=t2zvC
zi`2Gm$)|on?iSd|EEQ60?TuLgq~TrGTXOY*m5E#NCPAe48`DP&a0)1zFVi=lt9NIu
zqfHZ(Y4usBT6n1?#HVOz^N<>6r-hfIpJv<hKq?OtBjqVO<p&+{vvz)w4qi#}RnsY1
z49vHXb_p)c6ckocR@EPwQ49Q?S*r~<FzF{<UzyeR*a&p5&;x~WfEd39qs9*2LJYo>
zUH$R$41>>m&uj=&bz?nY0!s<qLD8r5LGaC$;FRF(7S4khMD@qSPD*YbfiqS(wX5(>
zH+=q4D^~*fSvfQdYzV5=LcEQ7GVaN~01J3*6>~nwud~@1ypHBOULw>|zi$6o<U6)|
z8)aa3WCS9WpVZ@TS?;77lN`2|X3W{fItugKg2z&&+b)e{Fb8hBg1x7fc+b0LD-#en
zGh@<7<?$d<F*y)Tp_ibeT3i+qD5QP{HD$&<Mo{Sn@uX+cEkJW(lunfgIrv|q^Nbk$
zCN#7yi19>NT&%22^c(NdZyn8Jp6^(vOczra?poKVrR|LnIPiJjOE{|S7$=$JmlQa8
z)1QI2>ym2yoI?`O@5YEy0G}%JPVk$8nTvK<g6nQCF@ES9XSNkoy)763Wx;X<%oU32
zb;h47!RK9Ou%R<&Omi+2Wke|_h!PnLUJX1etkN?C+i=QC-(sZi5J)|W)&C(KYc5r5
ze`f!9m0#8CRPWYaKG?X`r&(QEb+g}8vHKklkIq4y)|13ig)>oO`y1r}iWL25o|iFM
zTqzA0y_-RnkE<=8#lm=6)}52?@`%#@?DdwOmjU{l%3|WR<Y+c1hbh~Rf}tjbQ1(0}
z)r_S-5u2C&5?(etqydDAl#+rJPt9jj<>~X;K2VkibEn{_b}%Q_^eGG@KLw9=yw~y&
zrt?lr><k<Z+FxZpGRq~N=(?*FS2Gk{#NxPG^iT!Ft(?GtA^u~5YO9237j@BuL9)+w
zAfbT$V}U}h_a(9d(qFpHmZsL;ugLportcN6mBwpC#KH59v9B}uf+|cMjkd^^(GaGv
zTt$>_pNSo-@m47A<Ra!tNaMPWvuNUHU&lr;jbWvM{c{$TXZ<_&%?VwM@JP5CRqCqC
z$g2WKMbJA5s8C+-Z{;Lvsz%R0yh4QG`M@%g?@KFB@AG)ylnDyWN0N80pt7wcBV;Rc
z+Ah9Sd{{Gwtmq2gxGw^knRgo}0{9N7kuSyGAc?4%wWtv=nWvWXki<m}*~T-<(@Q~?
z813amMHxksPm{tc6c7s8W_|CNmq1}{)Br>r))yJ%3q-Ls=*eQhD;v4X1A4yCUus-R
zr+vaE5|6iS8Z2$R#vVI`Vs%}qSq@K*_apnCJYz~*;eSQ^4xT{#4g;qotQThx!ir2*
zqnpK(BQ+G}Fyw>&#VURieD`iN{pX&lU#`=Usu9EFXVMLmmcGbw@J1X0nv_#EG+eG5
zI(Jw418vWHcBwsXfbMy*<UFU-g7zdgl6@HtB|b~-wDv!T1;;u0#n=Y>bEI@a97{8Z
zd0H=iTQmpkM>Lls;DH5AW~FWm+D__`Gxsl7i>9r60F%qH>j5dNHvs@Hk!1MQjBA4q
zHd0R=S@!0822FY?hGjM()5n%7$NY$PL?+Jt+j4A<&<OuBNyqaobhW{5QQicatbABW
zqQcZ_O=hF*w!Fc2!m}>RvHRJwgF-P-Kdw0a(|h)lQjbQ2`8##od)sB_Dz8%{`XLLx
z#TUZwHGY}UALG^3K9t&MOF20d^Wp<kS;I5YQMh^}{ipk{k?;Aj9PxoEF-PmFGR?9G
z`OgH@?oxJni!2IIkfp%9${Q)~(PYq1zS9JK%VFyn#ZNqC`P9t9q`l_xJ5<C-IZuzk
zHRLO#GL=_cvRTa^POjLyl2j9_a|w70sB1OP7jJQ;Ln_O<$Aru9o`<yIxw;?WG;0uw
znlMW8LpqeeME77xyKHUO9v48Bw7VBxd>%4ijV}E@6INCqh&IT%3{)3d6^UW5TM^nz
zo({Un(~cN;eDB3_R9CVj#T!60wux}nV+Cr#f07lyX$8%J-`bW_Rtyy+@9lN1M*Ud$
zT)M}R?MP3wiB6F@R>~f$sn$1t!dbk_WV2*3PnyTpGGqGEcRxt}cjRa@$`{eo&9dRp
zQhtxEp4wChu%*TGut1?HsVZHxlBNSpE1P&3K2D_O5?jm7<pHlMWJh^K#l%+I*U<mi
zgy;rm?1}-KxWXKWALYEHamL7C`Zin#Va;5)Z<eB;qoF|fWwv;`EVj#|{hM9FoVvm7
z(V4V$LltB&UxQXw(xmpXrDjEo9W@R0%V}zI><#}c1;+U!s>9h9XI<-_G^%!FQZrqD
zLxIjnjrH)?z+M^dY^LxbsXiVR1GIpt3rI}WI-N-xLwM85OW#9L;7W=9iJ3~|Tx=DY
zW;bD0d%}MEgHCaovo8LcN4MgFo|wL30d?2Qu2*T*<KxBcp*O!nOA41snIc<BY&{m&
zsLgA_wOwHc=m74N%%Sl^U4D^a18Ng`;ufP>n9c7un<M3Fzx<%V9yy^Gt%f8@l$r5<
z-Evc4ZN|P0J$IYwg*MlcS*S?w^EzV1VbI0qa$g@CI|@h%7B9S4=ohipphV<P7c;f?
z3m#$9ENR@N_{c{=W*WIhqU}rp@*k{iIHGUAgQ^rr5!y$mkWLF61KpXA(2g|khlJ>j
zWldGbsLUyjhZqz?zC&df4V#7nyD1{-w$b=Owx&Ack5`XVMlJ0J(4~TNLMtZyu23^-
ziBwCay_`peM*<(KYtW_`@Q_$Fy5{Q!-Yx**_wdqp7{|5iy4)nc9>@Wg*x@s=PK9=v
zz;~8;b$*Kk0y|G8^7b21VL-M`Xf*i>=c3y@9ev<Q-se@_?)pI3)F@?<2dwDGQ;VVR
z!|*KHS$-h3V?hw2o#1t&(zPQB6FKzdS&jFx)dN<*?*n`BjkrOIiATVNG<&%cFdUx~
z9|f*Jz}3d0gk2^cc)S987971FP|mS7LXbA9p@|-E5_kJg{u<ggUjN!8)h#V_PAxFm
z;_Lauopl;G7-IO|)1Ln0Ro(|qgS&q;yi&coU)#$ubptf$KpDG^rAc+E8woa=*D8(&
z7+C)93)_&V(tU98T82c`{2WHdBYSp|y_Iy4Jlf~12<^>oYt=EvKc3))P^@P|YS=u^
zFhA{LULI=}<@a8<gwu9gd00<PLEWG53pN=$p)1KK(%HVC0D9WUCb}#;7~psL8{ndl
z*plnAojR-p@`_&%37HQkE8~>w2&RxvyBe6c)&6=hlE{G=1!P9|HQ0+ki%ZPzIxzk`
zWHHIO<@E$~(e*>*o9&B>>Aw`WUo?J#dwy+?Z7A*)3+!>A@sKlWWhBi}Uwo>WYLoc$
zDoy`)eTb&T>0xx47D+G13+)E-_Nvmo(szm>e|CQVu{_1xIkfp;L>zEhKk}lkD#G^4
zV^GHGAGc!;Lh;KG8({n2rC;Xze^Yx_NBl7MT?*P%qy-(kfP#+XDKK9UwGkFhshx#~
z!Zf=7BV#a1?du)KgN3y6W4nD<FU(J~phKCU-69aN3<443b7djrTlkL|BO%bW?%FGb
z5M_w4Vf{Pge?t^WVGRDw;P3>)>#W!Ee-2IdOlj+A)v%K5pdi&S4MYO*c;<hxTxYwc
ze%F#uFm(BEQv81sk5m8nAH3H<-~`P71{dMSlxDi98n%o-_^W;<j?XfA7EeS(1o2fd
z_jR=Qb&`JM?L_E^L}8*5LLx9B5iw&C5or;)w20I_7)%-lb1V%E`yU7QXO6Cq1O9&p
U;O{Ouf&-C;imq~{l3n<}040N}8UO$Q

diff --git a/docs/deck.png b/docs/deck.png
index 5d880aa76c1db4c678809b485e83df9dcd747349..84754668fc1fda4930f02729228a9b7f8f3a4260 100644
GIT binary patch
literal 147425
zcmd43RahKR(=`eVu7f*FaCg_i-QAtw!8Ifd?(XjH?!kixcPGJJ69~yadEf6p=i=Oc
z7w74Vp6=)Ay{oHtuUfULrlZtV<uFi5P+?$TFcjpaHDO>7!7wm@6J!ANOjFrV6Lbgv
zUP46zdX#|n+X4Z446>5fRDpr<r-OkB3Wb4rfu0IFfr0VjfPpzPhk+5wgn=P+&F$6@
zfq{WVR#(=R`SbSn*i~`sAakQieSdj!>85t;r+=fxbYsX}QBff)D|2^qo{^D(iHQls
z!g6zUSz4HR|K667k+G$zE+Qg)Vtj05sCRE?EjcL;2M6cm<jBX{TU}kXv!i2uZH0q_
z&DF&T3>MSV(*uDhlHy|u^Rq3?P5Jrx2KzgI9Be&}b<WLB1_ymAF3M}HudYvyh6D!O
zhP?-ii5(em7uo1!h6MaN*!;D%_`EdnJTv%Elm1W~dza#O7w3L9(s7>?(ovG5sj9p>
z+{3}fro_Q~Jpa{QMzAR?;9F73TuXI|hvR8SrM|R?wUPdHUDk0{=yHH14;A@Lga<td
z;WuYZGbYN@7}p#ygKnfj0MuDXo(d{5NN1=RXk^$@QUl&l_rWMgOKAIUT=bz?ZH_0g
zMGMw!2cQ6fC`ov*iJ{=NP#e+WLt)2&<Xl08-jo@umIiB|zkkKMPOhr2s%1k`FD3-q
z&r+nZ!6jy(^K*YsA3PLzI0zU7ME>8{x&A!*{I<RO*6=~hhxOlpH(~p=6<A?k#9y~~
zv7u885{7;LDLf$l@hbb@gnLRu{GZ>y(`ET*fe6LlJ>>7#;yxz-xe{UjuN(Z`-%pmh
zDFVN?>i%=JTKL~p?D4<%_JS&l7hB{rM=jv&-<D0r^)I{2KT7V5H+(W2ecCgXy(nsQ
ze!1zeR_OFj#MF)-{7TQ=WvdZ0O5?5j*kw|g^0vNR@t6n({R~c0K5soqDp&M=_=|S`
zMZCzg#a~fN&Cx^0Z1UlC`p@+Tn<`xSx_bPdv*pjtd{Hq}nP1GJc*1Bxe!srlk5B?E
zhx}s+`;1iy^=8V$CkYJtBbb$R<d`j{+I=A}$nw83Vx;oVX4Q0_@%?1(woSE{Z5Q$9
z-Wgy&Z*iWxPg@yz&b^BXJij~fKzRhaH^m>ub^Ej%vt#B6@Mk^oURB$ai6Ok`6~Ok{
z_jI03znA#T)@)fat4eS$=4F=tD-!Rr_rqz;sO1;?jX&Ng%~>DMw4e|2^Erd?429v9
z9ZD_<aq%}hY*SBf`2Z7Kzf0@(w+8q)rS11|WP57^WqRx^O$r3FyGr(VC4R}zt(cTZ
z2hyJdxo%@-m)1OUtDMpCPqg{jIBe3|F?#!$S}EL;s@S-<8w5E!tp5HO)2#ZXGxSnU
zA4l~~C7Omkn(%CfB;UOH&f)dTN5RS;kHsrty^7VwQ-L!u>eAU#h+UQv+b!9Qio&_-
z=nGF-?EaPp<>B;~U&~F%_L4Fm!sWxj@WBlfaW4xwu(pac>2$!i`p+#*QLLW@+Dbrw
zAJ-Pk<Lfwxd*OJKMljL~5bmxKOdYhm?e~*npA}o)<V9#>R~?+{ZHPJ6>aLRcni#b}
ziNe}A^@dVChM4@Xz8_G&o7*(md~NNE#0&72t;l-tad20}l+CV?X^5yaJ`#h_bR-t8
zv7dT`f7IIhJN)$L<x~GR{MD1!R&NKAq;`{r0cCBY>aFVVz%u^ZPncL3Vmx%$GBiNs
zeivmeYCUua3=*FC5ZB?^pP6r<CLA<5q~{;b1tc_ITfcp`J9D4UP^WFDIE<Q-F~e3~
zUp@0}FU6#csZgfrUDGF3GwE<%`Ema%tiKuHu5bBVRv6cN!A|r%TJNG0?XRJ;c^>()
z>7xT{TU;Dxl=gh|G0Ew%go|bIfnV&zXUed^g<#pz2r>7`r><LMSGUgvug-CpHgHU3
zvt4HKG613U{M$$+&-4lyq>+10*Q-BG&&|^#W0PNlem5%R^+oG_%I3<)pqGOFdgq<d
z<=?n%VCc)spTNd@xVwZ-L7o<*0v|fG>sYmv@JX$k(Db3iiTlqd>9eq8i<Yl6pOU&#
z*C(7}iho%%ul)TJ@%iU&LN<J|Q|g6t8|Hk%_OagbcNct#l2!-v?}6)IVt6x@{Z)z(
zB7SMoM*)5@^`EwGS6z+<7?abbI1@YaN_9BbP|TpEco$Qyy)zy>k5d%<a*9&-mylM}
zrmg8VZOK_ooQ3Y(m+Knq+q{w1%DBHxeH(Q`s(0OFlQ+FK^PTE)k#kRR&xRU3p(F@y
za1|5iwu0DTrZq)%^l^nmOZD?xsWwAe?`CH0qE?lc<qTS2mE5q&lycct7Ku31roc;8
zqUY<H9jcbCP<3M5%(~x3d%*JeE7i9i6do!%rmzSHT*t@KO!lS^x`r2|ys~ae7zhse
zj6=8T=X}>*rKVk-7g{#Yis$Q|h8B|@Pne@HoI*DZJ^gE0pL*o82$5XpC^65zXO1Z9
zY2f{8k}!t?VNA#qdk{50Yb0MXRZQht{*XXQ3srz}{M$E^(vu@khZ#MOyiS26u8`D(
zs?ev<-=3;l88vwn^VjR^W$wa`qtY=;HoHk}IP)>BHJjw>L()or8qXSg3s_s>4y5l)
zz4R-t1IwJ%j~*m9$tZ)nrenHU>%A50V0?514K7<JqTpe#(~8h1*B#Oq!i>*j9TPUq
z$^dotd<G72mHM(!1G`}G<CYBTIm%bv<<&r0w{!)mcc^qbOTB_7z3sU&355u_{14+!
zUI$0k&6HTH-7QzARWy3P=MBI9>VF^XTk((_n6uj{Ef+F&kUBr5Do$rLxXC>K39IZ}
zJt7e`W2EnFg<<vC%cPb3XOcf{B_%#lN}(+K?-<0N(kZ$Ytx0iD1+S%rxeWG~=faBn
zlR{a1j6e}eYoHqfPqJnR!CFJAF$Z@ur2>e_n8Clax^TueX@xkxg2l6RuB2tAndNV3
zyu#D1?Y*6SWpJ*@Sao7n46|3~#b%e_^{B@R{v`sPq1_S1<LR^~B6mP78Ge<9yo<Ka
z_bX2gV|Xt0*;tkp#AX#E&vuZEGI5ss0>g3GY{$|&*gB2!bRhx1Ya1bq?6zd@S{$gW
zm}P9~RP6-I5%v@@+)}J9=o3zTRcL_pJ@2E9_!Psk9^qnR`&5uKGG59lzfw#xaK1C;
z&JX|?GBB_{_|e(wA}B<WAgfim6wEZYZg-X*d1imo{K}F_e6inD^=J(q1MpXInmuk;
zhB+9Q`t1VrWO7zk%92{E8^-Vx6?r$Zq80PVNB%OIEhpz<vSuaoC^B+LHyNuqN9XxB
zN;j=Nc{%e?i`dcC1{v{f1oNqbwVm`Y_570!hcmz+Uy6Z&H#im6&Eig-zsKgQTv~|e
zkh#IXICPN=F{t!FQGT|A_Ht5DLUrs&rt7hM{(B&m8bAZy5_!06slA@%ZV4oMZRJyf
z!75#x^$S$6z&`f#vykn;p6RWeQrLS<!mc~NJ)XoEQ|f5u<r>EQn6|6Ek6MltCa>#f
zS5$!kMmz#FrP>(qyCZ2)l^fq*3^Z526|uW$$p9EECnK?}v@#jvdt`qs&3w4v)}@53
zDgW(~?1+oMbvaZ$_tV9m$Mu7=L4igQ0)Z6esJ(K^rm;M(EHZ*gIY;W2R9urf6d9Xm
zm5rTgZ;d6}09DX>B%=H7Q<Y1)z1zP2pdAoEDZi;TJ=4s<W_y*JRd-M^y*P0}*TuNu
ztb`$93%678Ff~YYi<zKQCwInvlBIY`d25}p$Z=Radzhyfkv%kX`Oam2sx&ptg`>x&
zn61AlLSZunXD&AW=FF(K_KA*4Z>DV;UrAV$x?9~Z;z;{UIM=c$#FbuyOQ&V)+=F*h
zWJBfK;a0s{N{39~Nx_o~XTs&uS6$kM!Uf?#O*|lEPY{;uq^fD3-Y`2&qj#Q;>DcIR
z&zIM~RH~qs;xP1$eDHYV>NID90OWzHTCHrXf)S06d=ZTIwUk)JzH?e_{VY{f^bzNA
zpyiDQ!#X2a_(X#l!NDtv5hP4r&>NrHs1xr<PAja({r4#GA}lJ4ueXu_Wt|1Fsdq9g
zPsqjeq*bLiihrYP`&{lA;nw7lCi$9hWG}U5{S$<sl7qQEsP)oxM%F3&!1WUVYZ}3q
zS<0xxH%mH&M`>QLT!GzmFU73#zN297$3M)IiiR5$fV3%Zp5C%9M3e)Uzyh=k50=)%
zPY_pJUD9m=A=3=($Yrny<#=5G5w^Tgy8HTZf4P)%i}F``&luDUQ9Hn#mFDib{rW@f
z3hIWTlDCb~CbLD2ssZUYyit#yuD-0=U@0G)va^eM2t4mehF~X)r@?E)_K1gWs$$c{
z5vh#8y|BB4sA<PZ`dPo}>c&Z8lOS-bS;jl2CT0R>DHe@eL7up=`UiQ9XT{b{aS$^6
zH&k!9Nbh3OZ^Lzld<1zXM|X2bTmXOdc2buiNsQ0{<&8?k<)Ncof*}q4F7N#Jxel_P
z__RFuqB`06#^kY-N7PNri_e~}i%-}S$JH_NHXjUy@;;lMWyKj%@w*H@RTUkT8(ztN
zzv8p<;1%Nk!rihc6?Aqu%F-CB5YJ!w5hBBTnK)886T`Obn1^?%v>9E80y};@MQUl#
z!#^p<U)k#ZeUTnY=<{J~BRT0<+C0Ofar=BMdS5IDkThF`X)!jbc6~{Z*RngYO1FP(
z%>8f#QETWYeYj9WtEu6@UHML@L06l9ccp)z#${n|V4~x{vU9o=?d@^K+Qs|UrQt~G
zt;p>+hizc5a;Y@0s=~cxoNz3xwocaH=k2;nv9hTd_PheLuW8;1&3m%}D3(&7>rd)4
z!MRhEm}~@-v=qH2r3OAOu3=5})i3tih1)iHF&Ha>fFHNVx6}>fENC4Xg(5&KQ>+G&
zU`^KI&4cQ^ihNvA((Fc#F>aMEL>%|H5Udd;;%xUy2fq?`wX9Np$Kg+&70N2cPR8iL
z9wENVQ#aYDYBM4oQ_>iZ{KDG`U34YBEm2lKh9j}gC-~xGt}=s5(tCU?R1}`dPd1z_
zQSD+}5WV7JW-7nuGr8E2Zd3I1zc|kyslsMC2ifp3dpoXY$SSOxXYtunRC*e>K31?n
zSfI3z15X-Z9==#jxwzR&DGUA>!k}p9h4^frk3;W|?Ot57WQ*;7mBDAEA}z7nS%Bk(
z?=qwb&!vPWhOreIALvv-({=wx#MVJdt(_A;UsyCHz`lJ^-L}Ws0<aM)RHz-3L-!#f
zsR#ayt=LdGrrs{Dgw}qO;JH>)iHO3e)uxP}(b!p-&_}0Ybga9_?0~-Tk|2iF-f?+l
zblE&+B+%@1v{6p+2a8{9n;O);GUKlNK-{sIq0-oum7e+`fe5igQqSTF+Ke3o0v-#C
z(Dz3&77(go46V~d@bnda(lzTuEN)+?$_Il3wJfANb^YUnv(S_x83#^JzE?>FEuCjp
z<jbxst;{5pKaZAae4&)KEfD<b$-8)ExZNcg<3m{x??w!ry`J&9QAP`A`y#GeY^WYx
z&Fp3J8qg=M*l({@x~|%hH|K6leS*y~daZeKR@Xnd?NY7FGZvbh8Nrxzj)dNpU;gQ>
zd|)Cuk^43z1{?=%lzya$^eSF7p#HhD$lUr6jTl~KgLju6s;tlSquGw0#gyqS)ep3a
zVDzn@p+2EPkNNvm)Sf95hE&WBq3!5kbH=mDPOE+OQ?w32ZA6{BeXC*dHC;@NfYQB0
zuXDZ)>2WYaOmF1ie6!y5%x1YAZ`wt9j8w(Sd#nH{-MXA#O(zDyzE18^WNij>dRa5x
zbUHP9%#0oPVTzXNW*WGs%Pnlz&pNe32^Ol~WPja?H-ABZ8_Yo6LL}!+)Fv&DR`IM_
z2VAlZw>8!xYF5q^O48LP_8%-t`clY~-as<D+)Zg;Qd`D5Paxl%$i;R-y@F04s8qSC
zGjt+q=ix$%2mP$Fj_V!%Xln{hj882LQOOHY&!$-N&x_Tw%ENcR_XN4p`&=Z3vQzm>
zcn^da@A&vr>pXLZw{<XAntJn*=<750s^EMWC!*R;i%(E_pItk0Ow>9S0}E1g1D2Ks
zPn`i)k-eEUbm<ORzwMXzSI&QZMB}ZF>0>!$1B&olH}3NN1ZS7)E=E1483vNcmQMcS
z$VFN}yUfYS!?~DXW0h3({1$4%E^bQ^iBoQhr|Y_H+Oih4@WC*9g9ZDSo2Yw8s8E)<
z@5b#(aW^ZI=2KYA`%8zJ+6dD|tnlMw+4GQX%A8*VkVg4?jQt;-8Lx%bDvKB-U--6u
zYa=*zZ=LvkuCw4Rn@rqr>Mg9!i;BoEeAKLAQ~6k=Q!4{8qC9U2&`xZZ*~!D?gC@gf
z#M7m%ctgI_&WZDu=ab#5+|ENJFJP{|Ov?s{^sjLdV0FXy_JPHF@CJ|h(1Omb798Zk
zV1&n#VG8Pd{NdiH2g?|Ech3(@w24(WTi4GV#O$ZMSdaBHF@!reAG_rMS%#?Rp9q1!
z-8Pd=ET(u=pHJYg+W?QT$&X`9iGggJ=b*r8aMC1XdC6NhzD}F``WHsZtDSJi;@ska
z`la&A#E!ep%9YubF`JHA@5l`*{5MQl0Ox`-?s!eHU5COQTyWTh`&B=db=B2k3?rTB
zIy5$N#tt?6_}@>3+=F8+98Oq?vm5W0>_CFk9`s&6<#AV5;!it_dKAZ-eimnpmKQy^
zn(WZ7$;5d>O7EwqV4j$kgqQ0H2ctq28f<}Cz40E#RjyUWOx2E092ymlIioLELMP&C
z6s|?M57;w3zXz9}**=7Go3IVMrX4@-kCKqzJMN{{Umls3ovYm5mG~P$;bo$6)-rc5
zH%Z0W;uQV;kiW8Z3ff`d_fH@W`|qKn3g4`Wfa7-Ulzjxc??cL#+~a{3u1<XW%VLyG
zJ6p^C1pD=Uk3LKK*$BYr`%%l-9Md+W>YpPzYIaAL-Sj|mCa?JuIeu{#0_x$v+xWBC
zvCiZ@_o=nEU4rnzK}v^+8)Ws>QHN1^`Gkvl-FKJHHg5SbNYWtRPjl7~rCW#~n(|hs
z6XH77cTUOmUto$B>UU$h_!Y=B7^*a6GrGLTRxgLNs)foi_a3<s1>~e=U+--R`rW;D
zm^!?;zH~mbr|B(QsFmHrEDF%|re3`Fpovn^0@p6Pd=lPezmmJp)W1evXD!QIOl<ls
zW?i7Pvi!$E{8s*5RrTAxi2A8bK%&<cLhyTJ$1+agKlq&z{tg`qt7y*#aDsw!EG@OH
z>HxvCZqM`l-0^PZZB#~jW(|UBOv*!PwYyY-vTfzx)Ga9Iubj_r-2B-}jonkYVj&Kq
zbSW`?_lC7D@kbT}ozc(IR%@fmCW7q4d0j@~h97b3AHG-PAV6IZZl}q=E8z$tA`QLc
z)`G_&#nnwA&l9REvLz<M)z!*X?i*hsP*Bu~)aoyg1sTczid3u=Dy6g;>K^q=D;M6f
zPP|pXeEvby)taN0N#d3it1P~bzgY9tR@0QdyeBzHxjAqN^-*o8`S<NT9#nmL%_K4b
z<o;lEAj=lK@znk3h+L{>%o5Lxnzms-WCwCcSS+d1IpE>LMM-!cx6TCDHMMZ?q~E^k
z5O@ExB;Df+8?fqWcJCAU+tiN~?w*f!e@LcsGGfXi9sem35X``_Z~-2Rf!`9W;%SI?
zN7u0^HEK@Y#X)Ag>u`U#?kk#4L8wY~_KtwAJ;G^gj@QyThp?>Dok3o2(P4i)!wQb8
z`*4A0lUW3pIy+nGhwIG>pRvJu=LS*M&b)M{>!bi&oZ50iwSGA$h3W^TdZm|xzH8O^
zS%-O5KF8kteT2Wm5^~Gfzd&di#6|U2LN=KH;XrGYLNeR~5>@<InEXd`b;zN&nu5+d
z+W4Di+VpAtsA%!zhS2l7yqW}ig=*ZdYF9C|apdxDMfi5ZDaV3a(Z&C!^8RfVe~)nK
zEyEc9H(=l3^Q#YPgV)A)5j6?#3bqS=K+|qPgB9)bJ06~{$v8pe1tVH`_XaE0Ckwc*
zRI3>iUaqIlU)xaLwJ~aG3o4UnQnt-G*RreSZ{ap=hhpn`7I`ohOv^P3)IkI5%PrPt
zACkX8QI45?x&qv~hy=8FZ!Txv3!T>9>zI}Sn#NkK0-6n)>GaLWc5KkZp-#W@WsfHv
zj~Z4?5_Ww-XKVS7QkRK67c)f%f6+hbmYwGF=Vb9eJKZ7dr2H2?XGp3PoOit~Vprtd
ze4hTh;bmnW!Y%lMMB>qXvpgA8Qwo!KI+!VlXI32ntP3xvkTMh7Wvny^-4tGhzHP#K
zj`~0TO5Xp=Oz!mXbD$Ki*@cIzMaYS4G|UJ8nIjoxAt^GpG>_66FHR<ss@82g@o=xw
ziZSkzgtycck9frx&Y`T57wYt<oP!t05$y`+tar4H241sq;XkDtPX3O?gCy4Um^u6g
zM!jD3T7>}`D1zTdD)edyr=N>I8qRnhlLlgb`;dQ?PWZnfj6=u&AC*0r9YDO!o^h3v
zGvDWVJLjxr(-8RbCbF%SP++)|Q1EB*jQ#Du+uyRM&)U{3ZJYe7&W`#6Y!OfP^A81|
z#MPdc4lB~14=et*z9{|u@AkRsjk2rMRczQ8H79OruFUmR{PL6dzd=oRDf!<jR?S}i
zyZxQI`1{RS0{8#1=YLQ9|9|iC|4(BEC&*^t%cSEQ5cdBzuP2bnzLIrk;JW87dmr5@
zKa;hzRgf34*iQF3n~#|(kWr)TiP+}*`wv&quUiIUXeP26nYf$iiyeL+KPADRo8SwD
zO@6Mm*Rb5EH*3NS$Ts)d`5~imZ5C_ehW2KZdS>_jj=7m|PI8gI9*#4Y*tVlBP<?5b
z&zaj-Ro!soi@|0;$NSgUdOF%3R<?`#FbY=G{OexFnBt!9y^gYS{yiz~Q4yE5Iz5y8
zw(XBNSD&DW_hVST)+rYJBs;(u)k;251n6oXz(rBy@REaTE*HQmXXX5yy^<Iww)6{#
zxPH%docRr|loA-(BlliC4dQ>@WGlnB!b82Ug2Bm4n`p8dkVV&3oS895#?-qDM0O{@
zL0%fbu|RLb1V&zlu*{XSK3Ijnt$Q?_qj{_(?tM}yFgeO+e=tyD+g;5LSW;4Xt%U4=
z;Rd--AX~@Pd|78XA4&enEjVu38U}kMQpC9g?6U4_=QZ{YVZY+~sd+Uy25)=l!uqf+
zRd2p2Z!DEA7gwuc!E5fx0Il8{Xo1|-vz!Go)uCy$iQ2nqSvjw}d|+(y8!h(PRja;~
zlXfW&PmF~j>~T?`aS<bpS-5*;B6Sd0*<%5reQxV>V*<cmxD<j1)|tbvRWTAMpgJwr
z1wih!0{%pc2W~0>FutSa*Iqe2Pa~GZGkV9JL%OOG7&*6NaHxPE)9ji{NFpixhJgVz
z5k`p|ocWzFSv4{mngc&gQikBh4q58@w@X#LOo{1%w0oLFenz+i+N21VRJ@W4@!fU5
zgIU-RA7vraGSvkPZB?2kK9V3pSBf+J)_2@1b(}b5V30m_4J7mRvQa$zTmo($Y<uyU
z?L=o;CNaSFEaXUJ@$XNv*Nm}A57CbULc}`5_MiYI!I!4ectPP5J};8U{Z>+c$LxK2
zdKD`RsPN+`Z57K+4X?R@?R^&7AAu4-a65t*8b8Y=;a8zx0Y?FwyfRLdLO?_OE)gz_
zR2>ev2@!+Oj@-bme>_?^u(eGHfZP-$-``4{z>lE~&z#}4tr35f`<>Uu+6xq+NSKce
zHy>)v3oNc>90|jIdWTD(8PrsL%lFQPBtfO<!a)}xfiTjP=ltQlC}_`R618{<U%Eu2
zG5qVNr6OhtWqqN0sI?ZtN8=|_|Hz<StS8hE*2%<RU}yv_rpv7~0+*hWq2rM_zrBP<
zqrF9>!$R?z9GpTPyiyi`ijQk4yY&UqPYn1H>QDiacSAQR6;p7MD0g6f)4!&vB7GW0
z-o_apo76Ls9hlVH4>TWwlZYolRy3p;B4Q$20IM%Hl~)(L=`FT4Uh<lxxZ|b=##fKZ
zBXI77*h;=1+Q46du`3ux7w19nDRz`ox8MZ^)Ldq^>c0t4>OtSKj!+_a`Al#*qr3ra
zyX-WO7M1nk>`KB(q!Pe$PpT>J%8&r(jzv{HRAboBi7|qQ+0Om|0Vgq%7`s^5#oOkz
zf|9q#8v`2biLL86Y%LTLEeAMK1!oPhUy1r1BYtT!6wV`Aj=ib^IDb(ykAmig>1vml
zIeH59n)=2v^4A$yHqhj$6F(nvO;4AhqgclWO0@!OZLD5aU%-tW5HMz|RV-q19FreZ
zHJd{4osdH=b*EmPju#JXEu<{e>fprT&#4T77aT~GL<87)b`--8w;HaM^2HLOJzvT-
zJu-w$8``B$D2wg6wjWHDK1l0_!Ks?`5!)LM<^C+kQ4f=vbYHzxqz@q@AYKZVw!p@K
zuZff<8h&g<geE^)=~@!)jBdxIHY^^0KqdM54-w{?4qOk1g%#u_jfy{wJ6*J|*)Fvf
zJM`&=8b>j<6oo0)-(M_JLs^ZnC+OWUyyXm!V(V6d^*juu@WILJWqRbhKKEb2Qr@nl
zR>MvUL+)lTc+DU-h#1xbME?ul+9v{87aaO-0uwKn9|hu@Rw>woW7ehi*gC=5)LONY
z!Q_iBDK-(?o<!C+>Op>AaUxYwNaP)OMG6~<cp$EL>GjIHbinB>$CNU{LcwAP-ic7c
zJYAY$9vX$5t<`ibilb#(#F51gRha5FZUqUlke)L2mD7@*@nzAg!uNJ4LvjEPcl2SJ
z)@ckdx^dFM9dSg!)R)-ta#P~8mXN|_5o!mK&<7=Z({9<<8&XCxzI{};4uQH3$psRb
z2sYmmj<O|f9q@hp78UndyPLN11iiXZ+E#PRBkoVCccN6->A18c=@_X2A*%dq{>t<{
zG7!03$GKUNSa*x0ldkC16D5Tq>-$O}|KO)3Kg<X$j|WOdRTdA9n0KE^b4(SHLn}i(
zxE;&qAlqn77AWv$>?F8^LI=`5+>FtlJju4O)P9})A>-=Q%D4~3B-p><#@aFoLWRp&
z8P;hSV^<^Kag2JzA}<gkg*}U<T$41jp9FY&EDV5HW4?<xJgOMgH*m^^whZD(T6%n$
zD!wtgTn~`Uc_Ds_valF6K5MevC>Qt^7hGx9O+EuS;>suv*rvIq<|!@pv)KA27&D9r
zEKdJHFO_nR>G7uYEPmX)SwNJVWpV!I;vEt#bWu?8fSQ8gn_F!2ALJX)MbVr0UsmK(
z@T^H=!4mLhLCih?dx)B{;kPaP{ps*`5YO3hm(X;&#MJCYt`bO)f~i><+m(T$D3J<Y
z_<R8uPc^o&y$8Y5CVU`G2uh3&>JAd}A;LEvq4~NB5*9g5sC$Lyxp_L$=D?fftlcjW
zB*@(+JZ;MFB$;Q51h^Xle?B;JbK<6=li}gDzj}E<e0sA^1Umz#mqpdB{a;$3<glNE
z2lOrk-W?*QeRT5J1n3cs#&uoG=5z@z-f0{_5C6?q=XOnkF;Ht_sS^($#}11Df7Mb`
z%mU62#wC~1dfX>-zVoc^%p0sM+tgolLSIk&Y=brWbq>LH!<bLMtwfT)EibA*ArCQl
z2c4*oR0xaR#<KfLY^j`e%oYI|{=nZvIpkAewx5u?e7Kr8(pO}TzWmrs!&L>_;-=wy
zuwi9R7k)^0%#9{H6d=%Kt$vqS!1+Nit*Jq>(m|ZO>ro&b+fbZ1ZPrM$5KJ3F^SuM+
zfX*`I1#Dd1i0~%3ktG0n%Y?G0mj>EqK;s0Vc6Wmb=GkBUMdj)s6i2Js_bX*CW8Xuv
zKph+z1=9cvcsT4K`A|-2jksy)4l=)lx1Y(T2mrz_?125x36Fenrr8I|9T+P5dwgF{
zkHM02Y8ahoP&3Vca5PTpoXFzBVI%ho@noTJqT-C>YepDMSqdi0&5mVyB&yr8<eHDq
zb*a=Spe&Tzei{`mWvyH#>!K%LOK1%f10c@PyP(+)4V};lpRFiM-*>soa?qm6Wv3Tn
z*~x?a%fRQPE9HfFNB!!BxOsJ9qqfD|C8p>T3D6pQM_|bd_D1U{$JRRtC`+}l#QdNu
zUveQR=KaqHBZ?=)Mb|xS{wxi}F2vyZIo5~g9q*t|WdF*?dPpUZQVY1KIBgz_+*7;8
zbJ?kS7B5{QS_#`1WTf>|{L-*OvWJdr;vamh2}4}OHn6zqU214%d5dt<8rp!S!&@@C
zawj{?aNO5&dlY~E1)jt!DY*5Jb;Pa7E_*pq4vXz#vxxezAGs&Q(LNwa^fuAvRFqZ)
zT(cyD_c+S%=$Vb0mM_s)b2&x0eCA+Mu|Q++fCGpQeaaq$@D8XQ0S3T2$igW^;mSiJ
zuZo>Hb}0x#v`l5PDr*{x(34MEWM_*h>!)b4(n*9Iz30L7MH|*Xn7>p;2f|WL6kCMA
zUQe8SZn!PUfm<IoifnD=FtA})&WBfRzwR699xMS5phf0I16D1bjy9vuyl+tc`x3*5
zlS2-VT4Aom#Td_0E&$;xTZ(QCOQQ&(V@dhabv-2AK4^K35vmcv18mnt_s>lPE3fuM
zg@$vf0~99e(2ViH$kL#nXLCVh=-BefSsK?$xTM+_a(6)pYG5YGEq3&oOG^+axMFXW
zL+WN}ZHkk%fIAp-HxXA<3K2ql)cCOg;}8Ki9lHX_nreZka!jeEOp|YcCwGx6H=0Yv
zY$$4mjY*sHr~B0s65N5_v#D|7o<TV47}pvfG0KMq96-ir%A$1EpCQqVVsAXP5by*0
zBSc>qZ}t#=b%G?gIuAu@k;)F#>7D_M1m7$dg<OBKquR#_e>BqHcCeoC5#C$X^hP2M
z_85?@&fjd!%F}NGG<6KNf)F@SV`N~oi26{zrwh5E?KjvBQQd<hDTk_%`N67zi>-vV
zrS=Mg3~`SbzVB3(6Bo~?jR=Dr8VUBCcuf~^^024R$+#`>iHKlEtT$UnXOU$ri0fNn
z9m)l^wK!8LB8P(gxiR1m87#TAQtQIfHvB-&5?@Jm5cj|SXQf6E9hgbsc*5zX*dP>t
zq)8x0FXhGBizJk($2NQNMLMTCYh^yXko}9Sx=HP55hrcIYxhk<+~I0;Xk^INo0Wwh
zOPW2^M*m`imz6tzdtFeQe~at0Eh?-KxoR!9k&XG#V3~4k!zS8c+XDe$FqWk}bHlD0
zf$h%yvOfG6Vor1kpU*h0G#^23j3#X%(U*rcLVWOmGi$&91c22Oc>xdD+PL(Ey{StB
zpa>ww!(qTK4ML05Vu}kzo^C-Lu*v&MzE*4Qj7erKEXhd{srrgDLXinEr$9D9V<wLp
za?s@RG?VVkEZ+Q2NLgX{vy~my39DnTn@sLZlDw1%KGGjsqmd3lvilUSltpwf*w#2V
zP?lXhb`1ud{xsCzo6;Zl2;p;{$EW15fS}r4<w&-*=xM;;+Xr{spxuKL!G>ojtCS?o
znN%!4l>$Lki(vEmsQ<13*b0Y8Fs5v8hb+Fr*JsSHqwvcCuGt5<PTyE;-gD-(ayWV0
z1Mb1WP-ds9&M8aNcWb5rtq4i8y8-`9+H&xx7q2)e<q%K{_tV=EljvGF`cQrJtNqM;
zV%D5l>`^Sos0>;i6_GX{Qj~j=<{y>F;n-zuUkkNLfL1^{=?}?%8_JTN7Y@rELqgw7
zO&_lD(l|jtBA-knN>t8&9DrG<TGSWjvQ%ppm}fU_(aXNYK_Sf@4L%H~^R5(i`#Q^g
z#MPcc8VRkWWg!K-#4R~#TdoXEx=JzfVM#N~bQ2KrgeY&CyG)};B$eC0F{0Il;mh#q
z7K+l5d?@;yhikGLRv%`=gU4M)gE&Z@izK<pqX4O7-*ezR0t`+h;~F`d*q<O?!YYP{
z0fn$eUd=OQY`L0qg`tyq3px%dM*TJUSA+_B_aPCy0mlc+FDzm`Y_1Eoxscn4>W1CN
z$iPW8JLap4+MBnxKwwmkSxCK(%8#oJv&lm;0wp?GQ;dtsvIw4{djIOT-#f(M$LK&u
zcg>6vrA~G)b>uLNb+Mls@<l5p`T@^5g%?h!^{{CjoHuYD0_!A!LDR;)mO;epbQXK>
zDygCGL=pL1G!aR@@BqIIE_9$lRr&`<O!EV(DzI>aqG3!oMYbi$?!~gFfou*u#*SP~
zR)!x~S<+SzaDUh$MQ@bz4vHoiqM_+t05-p|k_NpFt;oOdw2hTFH`b1IMBOFsA*$#>
zVgz|ur(`>D=N)TL1RAF6#%iiB+FMmv37OC=&~XQb=~y=CQm0Bs*;b-=BD^I6Z9+=l
zcNYUPlwIlkHDYn(2cM;n@4<8AR)HW!w*sg_)qsqV=?VuAmy=gh$0XEp6d;;Bfs@Xs
z9q)0-+5{&!C<u4VR!7k&X(%+=M!M6Sbz-0NmGtd!TA94Qqx9O&T*>G>{`m;91}?2~
zG%Q+;Fbp9zueC>!|J#pRjo6AR1V6A=vhdMZU?{zv*eH(QCWg__rn(u|I6kY<RSaob
z+>>=BBJZ?1&g<E!D2E4PyiN|M^1x1@H(=so@Cv7$2!eRt>^)EzWo_QC2+rpvx4<Cv
z{QTF`ht*^t%ZC^CxPaluFBf7`g5zCUv$Prei?#O+%uy%Crt&8%BVBmjf&lPr?K8lN
zn_Cjj91i~kXyUB*UZq3EXD+laPc$FK(FB+*;P-9lyNQSqmj(w}c2ml0+$>Ws8h-7m
zLbyp#rQzXq>v=lEb@XWiZDts0rJIcU2<2q!+~}<CrMDy0>R~;1t3mj&LQ5=qW;Tzl
zc!3_@SB9vt2mW>KNCJxaz)*_w-J}{petL6To~_R9?TN|?#X@$)Q2S>KY@8d-XsgT_
z9)JTy1MXctrX;8-OHJb<b_<F^p$4wvKy-6OEjdsJ2sXoZaQtQ(O^=#vB;Z~mo$)1R
z(TfKTmm=K)kKm$LJ2C6zO`}f{Vja(7GbEML(YY!FMCQuHKB~$|>L0D5TSInGYreOS
z4Ob9D*bxC<ONDea9&@*67H2j>orymdif^p!hE-g|bKA~l%af=S?Jy0Wifz2(y$67_
zD(b3$DwoxAH0b@KYfQ_mxnu!KW7m9pWd=b!XqQMheUgZVJ>|q%s47}nNIBs#Iz^=q
zM<Ln_xoBLYp(TnIS0D$F?G9aDRDL<{wC|T7hT0nuAj4!EqnCDQ&QHVUGI&d76pdlx
zt4g%}IT;8Y<1^#U5#%Q&Noh&ycau4WT4??lg=+%(spvKm6~CBDef*1p)b5)F2=#Rn
zC#Iu=GE!+1jx|Z)W8z9q)YV7$e8l3=1vsd>?@bcuH#K^~oZHsts>1Cj>)#zHw9z^;
zIkA_TS}F@LnGe&|j2#G0F~B9L--nVVR9+548{I>4UW?Nu!ZkVv^cF-mZ9cjyv6@V<
zR`c|1AUvFcO2^_akUSGL9gAa^BtP)1Iw>DXvepdWz2QHg4tppIP_+gsL>s1qf@kI2
zA#LaZjD9XptBq_3pT&VvoVIPIE!*-Ncde>`qI7Q=BDVB)0Hm{r)4dj6&l&o}S)JNC
zP3FqWY$?lVkq^ul)nyol;Nh4p<5-AmHL^G=cx*KE88@Aor!06AF?F*PV^Zj9@$V+!
z8a94J{c672oJR3Y@zFIhpfC#NS&=>h5EmffRHO^kA!?Q)@LS+pivw$d|LJQec~O=a
z0`p2lg4H@T^%gJz)<zFYEaC7|v74cPK7ky@KYX86Rw1_d6Cj_1zZI%8P_9P23|9X(
z5jXXd00;3HGGKTta1~JwN$U^YUJ6lZNgCP9C7wnyuwJRVVM>K4?G-mJu@}he=b%sp
z786O|W+Emhcba&hIe@Y*ne*s5Ed+5>y0!!~T#grE{&G-`{}f52^H||RZ*~_0nj7^H
z=rYl<{Of!}f>cYvK?Epqec^-YC?{+Xal9RE39Pf?kRG1_r;EXJ>(vJHXMGubv|>P@
zR`}sKi1If>pL#Ya(iEJu^}lyWqZ#VJ&GI>(Je^MaC9YBjw;%L&>P{8=;60?Z1-=sQ
z`Aca@bqt5Chchw6ePN0*qqRBfMa0;lNv>lU#)TpJ#HF_3(KCmFzICjz&JttN_*sBG
z2f@Hy1S5YZ0f89WJE)jeBjuD^1`7v~>5i+dk;sqLf58PdYGsP=^<qHX8BbV_El-)P
z`zoyoWdgZO#;)mbY~`IH_#x*;jTP|Efb|0yvNtj<fg%*z2yeQ5Z-Y~L+e+Ytv4Ep1
zS3ub6cK(SpA>8d|%4%0r$zXhF2`<XSl82oXD3-s>(Q<uk(?3~m+rWFGR|Y>}7Qp$c
zzW%AH9!N6g7zn}%qXm9!vzvwy=lFzp*oLitvXvKSokHrSnHCP4i$d`Xc=tr#!s=f@
z@EubD?JkYg2FG1(gwfDn@$4PNI@U=13a2SisSqEAih~r5-7%%dAL-6H>ovFi^6^DK
zP}Q-tUfvg4Dls&68@RYozV%abSNvM}B61YBb5^{EcqXgNHtvrvP>vCFIL%s~*~Czb
zz8b|Dh%t%^ftJ$ANg5}ycoQ+kxycQ=k)&SU<oQUg&cyd*RoJSRBhO-EzYQV;WJ2r)
z8BE13r(`Yu1@BPJ5WYXRZ{VvWYghM4M4C2x67)=|^CYsW;L)wI=I|{B9mIADlCV*}
zRK>@uIPXK&VG#W@pexAB_TnxHEDkAC2HiQrRa3_4QxwShdr~0RR>t;n%W!e4ZM$OS
z$uo#SALqF=fG%OqzgCvV(V$)4{$UQNXB$6gYr~Vagz0V}YE%swAUMlmB?9{z@;h#$
z_U;+#cOHBlLV%CEMB;*F4vb#lMH-c4xBrCZgyUcs?4}}zOfw-NT|PQ`<A9)~-{c4S
zsAO~~wk~k5l@upyu|D1$^@V_7QSBrU!6`#5%Haf`uxSf&{vBHF-ie@FB*{05BTP@@
zl!AQ_*v~%!$NiU_kBxi?_Z~$Yju6WX!mt)gp4ljkXP;J?rOpd-j*8u1l`ZBm+6}mL
z7UR{IohkyXFqnik86;8*V137QmSWg*tNf6SnEVrHryH!%WOWYQT=4t@=__;5=oG>T
z1<IdwpNBa|oYl?yfhr-&a{!40csw-(W&Og(t>Hgx2nGUNh#!6~J_F|c<2JEEvl|Wd
zE2itm91GH*a##19wUZ-K1bL`K`_!^~n_&n##pWk0@4S<%Ao+_hc)E8$4ERtJeonuI
zR)oAZ7wRA>F(6dh_H#Tz!MsA^lCgx_oWVqVy>wXaz{nxs0@D_*p_eo;)DMK}S`S}3
zGXpOwA*DR71Fdtl-vyYBg@f<G@$L38@r5_xnzA|uSeB=~c}2+a*GO=&`#g!kMAUC(
z$^(IP@KBZBYp&*9*b$@<5+z`UwiRI)nfEU2qoU+z-hmjfRHeDX2AOwC-eT(!-Yq1Q
z7r6CR5~U0<D@C-8WgW)~`z<!Dz21Z|>zh18ED9O~S{O>PNAyA*JJjPniV2sZT*^P#
zA%J}D8D-mBMHk9hN$!HDx^jRP$aL}(fBI~v8r9MB`LV3uEc<+KE&EjWq^!;qcoLVK
ziEHx#w27&nK~Udi&y`Z&gI7*+Rc{kmg%4m;BfKq6h78vGy2wciH&~SOwX&lazZ%Vo
zo=C5HzfFz%3veAg+=O1jk<Vt7+S^NP>fj9un2Pe}2e?Y=!(iJCPtbg%#o{*O@KW{U
z9+uhVgPKPn0YWoYzD+hG$3b?<7lUB3j{oVykiN;^!h+9Jru}5c(<4AHgreBU^zH?$
z9K-b=hyxIDhEsh<m8(~UwRopRF~DrGwP=0s`N1VZ)>(GFYvMk*?2#w2iNmz<ocYvX
zVI6t!4b0?(q&||%hy15(uza6D@061gnagbM*X0aA;>ewQe%ZtjxN9Ys0995tQ=9nw
z7SVqNmIpq|PG|(WDdqQLnxXj(tcd_GY8C?R#=|wU+&U|~8B<bg!w}x}7ym;LN>|oe
z2y&Db4UjC*0qJJ#C?Ftrx^_|c7ylZTbQ!|!2fpug_Dv$ykcX=9g&s(E+EZa6q<cps
zQIKz>oj9x-#Vu?KQchcmYm88Tsr#&jyxlFiFP^xI*5c!L_9U$qg+;?FVbJEx)=ndm
zln8$|%k4|^<iKY+B<bJx^)ZdRPY6TgyVX57mtJJZKjXVpN*4o5<GWy#n9FQvdW-&F
zWy;e^80YAOMt)GKSizbnzJu#mkYJQC!|yjRh&A?&yEz3nQk@@{eA-qDqZESOl-|-&
zmC_4!9$!`!Ve~|<)1Ad?v!awrixJ|BPUZ?IotgpIOjdgeoj|OGM1EgcAA35JBfUYu
z!&8(iY3`QH7vhRN&B`)Mx&)pJ#UBi2uWD;0&qLDeJpIn+QWuI9M-0=+>O5o9Oy6yS
z<_I~G`ELY68Y46drRl^7H@P22u5EIjujuU0?_gPi22r3uCc6?^&8`1b7ZNfJEkPRo
zZ8*|1U}8`LCxz)9cWEPy97(*s3|5a>7(%*z%aYM|p+n#S?2Kb5cq_dfJjFY)`0%=>
z>?xeY5wRXa+G`k#gRH#=m%&f1F$4_`c+;Ua+OixLHXqeIX{;TFpew^-)98QV>Pi*~
za2(zFx$_7+Gp{@8WBN%YUA|tJI>R#Rv_%+wd)?rPh^IVk3}g9N$X59t2G%zKqZ=dE
z_%R|c!CD;|T!ExY3-e?Ia;V|xfSX8byH4ka2yTliDZ;Usd+<YSI^Gm%PE<UJyur;{
zXbByQQaP=NVvptu6!wHTage7k8^wUmBf%6#hoF7L*Wj&}AjACsCh!wO3m(DqS_nds
zakK%RMxLnxXBm<6`=3CK!9qd}28OOw!jzHeMo?h{g1ddiUTNC*25v3vjd0@RbF##c
z=|pAa*lpDDmiYxiL3@M+#&qqEP=P@R^gwF=ZD~mzl*C=uaOTkW#Zo!+b9B_@@4_#k
zBndCAg{=9j14S0nPzD#|2TKx|tNr639&2)ECKWk}h_C2BJ)DB)#_RcOA;-w<fP6d}
zlTC^Hz@$YDk{$XpV6fHv)_-C_(=9J3fr{J+jhXeqkY-*fqW~(^plt$H9PM*#-+$iI
z)tXfqgwfEKnz0PtAoy-Tl%x7I^lgya0#Y#!1$n%8Hwx37jiBC4D(g~4%lPO;W*;3h
zN*sAq^!gV|EQ<*N`@5eaz+w==9-j{h@_ruUmEgB@kN3DJGXInsS)M|xpH$YEIO~e4
zpx_I6vWCZ)l)kj^SBSI=B{jd#K<VhK0iG^HI3FKchIKf&z7CBB;{wS&&c&T{6iunM
zryMo}Jtuu2{~{#oM5*<9+d^k1HomGLBrk+(u|wiQo3AbJP+31ctvP8F&!jQaC`4ee
zX08a@pT-A9@4`*1yY&M#4(QodmQRCXsoXls5aNcYzBPxH5Q)jVdRf!M{Hv1}LpTD>
z0I<aSL(xLq`YILF#N_74xp(W~!*5`1!(7aHvu;~^t!58xI8;f31#s(8Q2hGrf`&Q8
zIK_F`R3nf1g1ZW!OVr6Q_=@riD(&nV$NdRASdYX#(WFXO>8Z-i@O`5Lhpm}ac@-xi
zffc-FrmJz8LM9^LlY?Tf*o9bYOcgVsZ)1rG_5#@92H0kJ#XcV@BThyfHN@5G3BdaL
zpprj;eNXU@&LeTMJRQdXjpxQy?>9+HCQeej5jIY==$J3KejKyZ@si%Q7Cz0jHAW|8
zorHO@>^b!fegY{vT=UrxG-GS}*<QTX+nXPd@L}*@5a|vgezIq@k5#iDP_@$2+RfYv
z-{Fw9I)doK!Nw#{`dU*&&V#jcrpFSzQTC}-Jv-H2!IM0^e^5Ed#`X%3S&j+@f2Rp=
ziV=F_0|NJzJ@qe$4BIMF+lJe&z814X|FW48g9)z|Xp&y`r-ucXzi-pIC3I)6Nx-zP
zzthdM1)mTNIZ^1?p7SVUGOY+@$~nsc@k-wxeZK<qKF;s!E|#>Pw*%KMAiFq}fp8%$
z3K=bofsiAQD=d$I8{K+`8kPy)I;@w&c(QcbRq#>9V8<{TAt3&iV;x`Jg*$gepu0$W
zx14O8sm1CO7uE>8$jKMpFKXv>U8f43%wDtPsl?7$#M^9X3#!TI2#B-;-8L8kW4Tx(
zz{si@IK2-OdK0yS8bSSD_L-t+KYjn*O+>t`8pO(1i9n$v{oLM`u5^`}m~}gU%hSU1
zLzK7td98`5A$9esCLIy0P52h*kQA9|3|1VGzv&IUwQUIYt}j-O+>COCn6HF-s={iq
zJzr6j^ymbzFqh_gnZvg*=|!JKS}C*m+V{AAl#}d1r$MV8)2|s?Ny)rNb)3~A{e0RD
z^YuJX$BEsZA1QI2ITtT_?gM@M>++$}wn$>|iH?$Q`x@iXU-*|DX;S2WK@(sp{Fz#1
z9;a#9$nJ!_pHwqPw5!EwIz3NcA!nX(TL3FGOp{i(GJGLfbe<Ju;7L{)@UA{s6!E*i
zhQ1xHQr=Ar9nkNG?(TMZ7N-XSX&8q5AclFhYt-w<Qg1p1jnMSPY=W>w%)*c+Hk8a&
z7LPU}Gm&oUckRmTx0wbZX}lI?^6iZ4tfFl;V&*330p6*0gM(OtM+jrP2RMT=^Ki#}
z<9Tb+xGOQQ>MN-t({GHoWubv0|4P+Thtu!8EBknB5^JuzTVyX?X@sA)ztwq`c>f&u
z1j4@XuO1FIFeF1M!6lD7?KH3FweYf~D$d&$3G=&y=3!OTFv9v@5Qxv7{;t`Kj$fdW
z!Uc&De6@ImL*VlrdVL;bl`*Ut8L$?4->f)b<6`fhptcWf=(S6&jtLMls>mK#oK6Ja
zhzZlnrW6$kwKPPReDcC}H-4WEz96-JrJJd|4vemz#1O;yUE66C2XKfwuSWTg!%4_w
zOA>iJ(4IK9Y;(La_b<I^Du_lgVjiHVhEs&NFLPUr!pz)>f~LZs<ptL7LqW0D8^|4o
zAX@5$w)V7s8`Sjy{Rl4co8#%BE}}(ol<8?Ql(C%=Z&ClEtT8<0q_?{ntkTB{=^be;
zxd&@rsOcQj_Bb@WKYB^s<>w?v@Q|93(bt$-X%LqjWvN1Yje-%@j+gx+aOh}ZGvK)P
z)i#jKGptg?{k}AP&f?%7M5FSIlZ1H$f8nA66W2tAp~x+qC*@94ohnkzNB*7r1nNw$
z#W7%E-O%jB6{V%Z4Ft(dvcBW3g}=B&I*^~Y7a|&z$xa7|qaXTS7Ve_DoI8kj@R1Pp
zB(U;yH61a_I~x!O_vV^ag=XE#9YM@L6Cf<_T!;VzL_O$gQ{jJBpL9>hqYLTBu4&S6
zYOpE9snn-890WIng}ueXH#?%`2BC%x>&7W9jfDP_17THQrzDep$h5C8tLS}50PMI%
z^JWfd5=4hiiQaCm*pB4C*lTfnwuu2BASF>dLi3PorzIzwk5te#u_Cz7M;@il*hQ_P
zRCOA=I_{r5?`dt-#y295o6T&=-PE0>&{whUnC-n2ka_|&7SGPT*IZBQuYbGk^Wcjf
zr+O13&a+Nad1tIh6558CE(JRKmSr^b%{AO<ZbW<HelabsQvN3glbF|H6C=8vm9WN#
zuG1-b$afJ>oWjYTeDt`5zkh%52zQ{<*NU(dS{D{(M0%>nV*$Hwa!>~x%QnQIX?cEP
z*R%GQMX6IZSXBNqT;B9)pG3YP#JVw$8pR*=K%~X$<FS0?v<R@LC{-501_6a;xOnNW
zV2*opo7&tX!3%gVb~|#?n78G(@2e)^SWRQ?{6VRF{6j`Z)HL3GD?H9+_fnFY%LkJK
zu*`pqoy$V8M@XYFA|J`}o04Kxo*ZbeLlou+wej#Kxo_|_Ow?y_4!(=73qxq*Za9(V
ze@>wt>f<ooEEeg{_AOp9E}DvA2mO^;#93iyd^}{{nnqKP+o&l~65YO7ZV&h0K*r6J
zB?bLpE2>Sz-F^yjNa^4hUlEg7HS*Rh)1bqEDBo0@y3mzha<>a~^L}iupLxhAHd=%e
zW{8ruI2HLIpUp@j=jeWp!=nb}iC|D<ddj0^V24N+n}I6fdBzmGi$vwNjM?>TLh^IQ
z^Wv!I!LH#g(Ba>A0gx$>$cJxkx*XsA>(XS$DDzI4Sh)JvW9UmoN9;rWpAQ(^Fp#AV
zzb#iBLz_;Zt(@V#$j)X^Y6S&+w+l_-O)cm!@WEfLCRgVF)6lt>wD#(V^PeWj8=}_c
z#NvPRh`~)*HUY6B|NZ{I?VA6eR>qr@!eH{Ji*T(@EWAy~nS0a3@*l<jL*7?}#nlB-
z26uM|(73w<r*U`J;1UR);E=`%?(Xgc*Wm6hA-Dz$?l3R^%q(YCvzv8)-@C7`RMkD_
z)Oisrx*|wtFqX9B;}hB8Ef*h7-cl~qA4$;rGR>AJf5Bt@P8Tk&OW9|i*j%4Ko9<sk
zWnOyfusNQ1bV+qj>=2s&Ji~jCr<Lze-r{K4nNx@4fzc8J+F-R?Z<JamrRCHE`geqM
zn4dczlWXnBC}LgE1syAHjAUpDQc1r6k|$WR!s^yXldtCro$9k@BI9Kv<H?7&vn(g&
zHi*;|Bx5`4--5uSuAK)J>w|afy5l~kx2T%ebDuly>RY;BoD7Je3{3f{o1a!2v`_Wv
zXX=31ot8h__hL*&#ZfsP^1EyfEt%iGt?I*uLvxQ$JSC6qH*lgopxJ?9h*ckN>NF>o
zeY5^BXK>g@>1&HJYNB(2JKT>o%>2PRuZbzybtSc`FOLP|WLrTZc7MIW*<Nj{sq<_e
zZ#HzD_bZh=FyS7_rRw!dEk+)WC}#8DZ!Jylse=6nq}U635v@V7ohu0>O1jN(!(R-L
z>A9hxIe_6pEnHFTP0o}QUt;InM3TW)RaF(X1eWb}P1mM20cT{Q6W{`fT~<+qLDlTF
z=xwAvtt1opuP8n|U?eex)og<zPSL?Rq}`CxIw!KpW-%b|<b**iTRc#)07j;ot{VKo
zNfzlg9waql6_=iwg)}xDLJ^lZFI<M=BG%RUmB{hEf8nDN?~kQq?V$kN6?itSbp0?4
z3n(eVZ7l?d_P>p%6EiB?H!dL7B+af5NQQzJM8*|}5iaFa`3f*#`+@a}g$~R$`jbS|
zjerD8^v>24D!2e?Y<?=WCX(_S!;}`OY9Bl7_8+g%ehUqYRxQR)USe-kv0Y@Fgh&=8
z(MiQ-%({<%E?q^Xfs=55bYU`d%;jo^^79?$X?rF8S}Ez^9n=R|=oEDc5CYZaXWV2C
zw3{K-QRIHNX$0s|)OfVju1a7y7*dMpPhXXLoZP<E36GHeu$VqXjnZX9DbGrE<7Y8`
zfr7l(6&b`O$k+Tg%&3~)2olwqj+K2Bta{O*3%j}N1PY|831=LE2a}yUt)f|b*^D7~
z3f32-TR^mKkG-)Hpef8b95;W^L{ATss#AH)+o*|DTrw{e{AC#F_9yO`#;&yk53IU6
z4iWK>x|IXJXyC~GP1wo%w&jBy{}nFq6DU?_3{2iq?qWAUyq}O;LCTHUpqEyGcb``!
z^pTVXbB9W0X}=%Za6cE4%Yzmv+xbogx=gLQ`5?(PRieq&E>i&LCqA)Cn^CFOn6GhZ
z(ManBEiuB}jA0JL1_nj6tdhJQGX1z;n^FVLy`KyHjDyg76ArJUi6^3<i)7x0FD1`M
z^c|sdf3dk8v7nuahXcR(^o8r}&{h_AV=|TK9*UR2o27m4{sVui{4h7;2$R>re;K`<
zhbABpxtWs-SD|sCNwP_I7z-By2WZF4OKZv>QT~GP%=&-;G=+iJf>qgUf;0(N0I{EO
zE5abKp(Iw$R$wQ{L{R_h2^u`p%<b|-+7=eV=<gTXnn1BKR{-VMgFyz|#z$?+Kg2ck
zyLxr2l1&f-FCAw}^7`tm4v{%#tT0lW`u`C1EwDm&M!+Nd+mBabdsb6K5i{CIL%1*w
z=c**r`3vyv>*$wa&~l$~wMX|Mg@;D$=C3TvWdWugi#<*SD$L)Iy6GU-oS@hg!VvG8
z=&y(K>~Lq(qAuuZsUiKU20J8>GBW;qwd84uSbR2O%ko7T@6;GF_CG*O?$L>c3(CJ0
zpB?vE4lrL0yJb+0obGLqBrAn~_=bd%b%>BE2q6wbgMpvwWvaCyb<V$gGd{#=26dMd
z=5psk6gA4_X$Ye%{|HEorHtTo>`Rrz-12eFSm46kq?*(tT#t}I+vd3xH#54mj~R*s
zo90AS4-PiyWp=p%glreJCCBw82upQf0h9w<WdH`z$}+l&V7i%Ra542^+fE~x9oQ05
zM45JcB@2s&RY0KTwVW|P8q`W_Ti-NHE@LVb-9eNj6<1w^cjycy3up)dv-`Q9vlf>%
z&;CmmLI|1`r}V-u8v)+{cLXVH>pzGGCa9##YS7LAkAENwtt!7ydv~O+-3?8Fqn*Bz
zs_zTE*vq)4uiK9=wYh}1YB~EGghmJ*u0-gB97118=E2FEJF4jMTMdR|fC|En(f)4`
zD$Oz;QzFM6Ci6E0@?l~lYOXJ^SgMd2QT=4~_Dn&P{LWwol0~{7Jf;m4Xw-uXt8w-Y
zVipEyLDj3WnB^5WNo%<{zp=suq|qdwjGX>#!!zsOsk*c8<iVRIvvI(hy?@pg2I66W
zb&vt4x3WQ`Hv0gy4+sD%vE=v+*io<%jYfA(0z6PeFeC{q<T*@#>VaXxjaD@iqM8$t
z!mjf0cNcgpC0zqgxnXDVtSBTwm|>Ex#9`G!skJ7Qc?;liN=EMvT?@0`e>)xfE3H5|
zN=>BF#sfI=NCrXDQ#=jY_g6G{+)Hb}JPRTJO#9V}i%rO;_m3ek1R86xZ06xn7`)jZ
zfr2A-8Ib-QG+KXUiKTg2Wa}8fQC4quR<%ze^27!_fjP1B|7H6rL=1p<M$zFBb%I03
zGB-@$cI!wJfaal6>Vu7sAHaQi0V6k47NoB<&nsWLSx{0;63Owbto2$5TlFG8fMXGj
zjEq{&v6sxn=-MuV4bb{^8x*BUbZG|CYOkvn5%QZkf52idSO3?Y0%O8sT<=j`NB9|~
zQ_{=S7bNXBIUi><?4$_u!^O9jJnXj;HH!n)PB}T+PNS=|x)Lu6PJ9wS^b8&u#tzLs
zFZQ4vArk(|LW0txP!)z`LR3^Q=O;LUnY{H}NO!(*e^Am25%s@V82R@bEi(=7LPHx~
z3m{bjdlYNa;|y`bjgK@byZs~|4m9W<Ra`d^yS57hpJc|p`bqINTW!O^O3~Dsc`pYQ
z)l9IHa(tO!uZ;-0xcx#c65Gq#-5#2ro>kA-V&e<iC(Jqw@%o4J0Kq6}MeKc{Sv~<Q
zMOzOsnjzO0ZZaqyc2j`ADTfYp>_NKx&P=~YF}aqB)v4SDh;qi3C3{T>*~a;}zx;+7
z|E%D4ql=TA?R5q;*0EvRF1i!~S_`dVWFH2A0fB5j<n>N)G<@3#fRE>=6UZ=#gIHmv
zBS2>#%m8<5UecOzKajbdX`XVSqilCjQn3X~Wi8R?sE5$6iiT!z?2*m6I7onKvn4<2
z!vd8G7bnIpluir*ASMJlCh;7~^NMb(qGKqZAos3Jz>}b$!%ZGH;$Fa&#uvGL9vTPb
z)`#7>R{gh&AEQ1%hx$(kSzhMAt@2BdPY@$>c&_4AHQ2Jsf-v}0;CTQ6%PxKv&wnqy
zVhUL#VNoNgU$Ng>>?IzDK?<F2L;Sc?kA8{}FxF5K<-AZ4I743vjVhC5gfeEJ-HbQ^
z!=YWSmz%{k?XL<mBi6sJuRA~pDU^h<HATS$ghw&5K*^3NB&zv!GB`OQ+}ZKh3mBk8
zW@|C}ZQ!?nH<pe|-(15>Br=R5SkhLLBd!nYn0*ImB`!S*{7+^t?K(J78gP_!834h9
z<+3MewTO(@bPK+v#}mY0Z~#0SF&k^TQ<w+ZyQ1VC?<@aZj}Yb#61j6efe#BaCkCt!
zu?AIh^UP>!Z`}ob<u$tX$Iaqhdr?foE~YO`Fjs9}En+VSz96d#W4C;3qOz(D39C1(
z1DL!kuoHF^0H%UGzLs`#afCO5DzA+p(f{5(x-wYHg6atZW+2J(h9l9k+)>k&`oSgT
z*b_9sjhU*R|8ku??qMXn_LshL8J4KTrkAsx|FS!3bN{eLpBym_p|0B=uz!N?sqbUq
zqoPG|3aB*EN93D%@dQcN1M=v}dPIO7%J((HCqIcq8XNTD=-+Jkxo#7cAAnYL;s-kX
zi%_qzg@w4d(1%9PyclGut)Is=Q%@-i!kd(%sJLhg4<dwO0SG0at;~ehOF&PY?+;Tg
zuPJV_C`OR|quAEN5&-uy8iIUn3F%jePboU^lQ~q3h{X?0SmJQ$u+4@!4%w?&=Mone
z0-ICKGB14LG>EzO?=S(iUT(nj-kK$kF>qGjLm3F;xqI1U;osE`hq>mHlnH6bd`;<c
zhVEhctii<=^aM6!@cAhSBW-%>090*@ISAsJuZiQsnMrV~t(Ec(usMo@wAjVUFlx9i
z0CJZht4lb5ps4HhF;3Ac9|efih=x(_`IXA@?`y!<`8cHeF;nwc_vCeR6&I6SPIy5I
zWn@3_wae~k&qv_*A>ZJ!TlGQ)JEWC#`K&EXkEp(kwK6I9J)9_wCUbJMvs(cGI(AtG
z3E8L<ZJTXLB|ttSW|KSpxNNt{FLG&y^E_JYz0__&W3?#73rw^D>51LJ=vnL!$`zVd
zJgU#m6e$w7f6dE|(#>Rh7M{_VM+ytUisNVEI_7nb{2I8`42T+=@RN;vvSE(T6m_X1
z@9;7H=OV)>Ut~xYVU6I#_D%*BNnI$CX0655f+{Z3qmpxRmqCA68Kc&6y4RvF01$M{
zCZDLR9j@k)n(|AxrNVbJ%;2Q6NF)@GL6(DRoi54<27C(+DI-l?7)V=*1)yS#!~9>v
zNWj@eUeC7nwc<Sn{ZbuOnhaE}sD)Qo^%Ndz{kH#y#U56W<4KAFDpJPusC&6E*ESp@
z$Oa$QLNpf6xglY}V?+qE(+$aBv`}`)2NZHV>~bav)5FsafEd6=m9Uibt|2+p{e{ac
z%!`b2@<AJhL!lz(5v<;fpX{s-W?=vQGFfGBSserLUlAqT+$`a}vkNVkj?_;OT{M7!
zb%W$W+}LNZ2sF5pTd~Ly=b?Zzx0v@^l`$#p5D1r^W>D=$isNLYV9d_g{>IwPM@3Q^
z(69PA(+(5!I#{#qOj<8IW=;6s2nI?!L+MgkaOa^=?DoAM2*sTss#hK;>QHIf1>>e`
zm0Ch`(H+RbB6__xPk=K3Buc!>-s+G$7J-ta1_W|hc#WT?lzGZd_OxvovNnbY`+s^B
zn>D<mk#+}o5CiQ@(;~mp--!JHiC`L9#RZ-q)YU#6%+fO(xdTt<)4iS{6FM^&!E|->
zAVY-3_y<}BSci_bB=bN{j1J>};dGkVnHFhI<jS&FCQrhQ*bvraR}&J2!i3#zO7_CD
z-V%pVX3Q(Ur&iMyV?ngauZZ1o;WcncI)twmL+c+Wf+7#o%NO<?7m7`mGS!09Pyue|
zn?!k>uC-h=t0iSc7;MNW9}+pCy~Yv5k*LkR^ZV=_Ix`o>#?x!-xCw(T%k$i_0~^1n
zLC>K7&BJdP)bh!zHc8Gm?Etn-{b02LiUKJVWQ}c+Z83s??W?LgFAyRnzp_*&8Uy{z
z|B53na&bEl%^APKJ_M9QXo`$1%iEOcy+w<S??y>+(oxM5YnLfmo%k&dNCV8$ICVO5
zTRtH9M{CFnIJHmIGV&`7D;A)UNydWa2oZ?vT?M0^-ONxjIaw8mLnWXeB{%U7>iieA
z8N*y=(L<v9C*T3Lh~+b|>m1T5eW4V5metjr7Wy2%4Wi;1ql_WiOX*pD=V)M9L!C@!
zK9p3k9p-2X#zOpv!qjNmF=%Rz)W1A|3h}rCyKr?4Jb*bl$NsBXu*kq*yCeHR^&?<o
zXEFVny#?6Xx}wjczM#&*I5CFO;X*2|85T$>lD}?V;wgfQB#iSH8e`v7S=q&2c{w1_
zb4o%(Rjde?2?CVdZZbHsoaTSVRK`@H(ht9u1KixMz{Py6PQ}s6HNi<h$+e=dD^07S
z$WZnrDu$)F)H+|LmI#4x$mCco43-24Z?&BYmGGQgJ|SwlN`uLq49m$)B)Um^*^5~~
zM!^IMKK{%RecgY>!xj``?{a7?=tL-%hYpi49q^Yxyw@IIfU{?_l(#))j$(%p_S8sS
zBEQgJ+6pbVet-AElX&7~cogA9>m|L|YZk#^74n>kAzA-RxXgQl$%5AFPv#*zm(hR8
zSg^FQcDCW$=__x`9oz~|R$A>i>o+lS#Ck$f<Z8%aPgnR&ue!9(4vQgS4btvSGAB_5
zj063iHoEePq&TVWc#12Xohe>6M*r+@6S6Qlg{;GWQXa%?D#p}L4u}??crQSv9qd?H
z4)j{Ecaot;{_LAMC02j<S7v$ZDLvEE3Tol8OWeMc2@4!VY!@*g8m{)F9qMf%!Y)m3
zbIoYj^)e1e2eJ38&w;;z*`vF$5e*cv9{<T!F@*#*Ynv;ulG~wW=K11OGkn$S$Pq6R
zxeD2-w&lquxO88T<wsDh*W%PUKN!X3K_$e^fQ_L8Z?wSBL=}Cwx+4>MGn40=La~F>
z2J#1xW%l)!znO<V{C5G$)cyQ7|EmasiWuv4P~uT^tyOlT`I8j8R$f5LH#!$;D&5kR
zfK|z%81pX9(2`*WoWEKt<H0d7s7M`@Mn|K3P)m$BzDDv%Ortg(Pa!KBXM&aIRMzpv
z6#b7}K@2*fPUc}BdV2n^%EprUQ~ivLBE>pg@`;(g9G^1;1|U+2@&Hlykv%YY2?9Pt
zQKh-=_RR<oHRBjBg;V=vrM+t_y{`u>UE&xd5qhRIuSl^)tyIC(N+2VgY!*xlv^_*^
zZkXQJ$m!tcVxKC}rm3m$K5pX;-c#PB_R(BpM)dyS+)=X4t7EUZa21vLhjEPLeP&Nv
zKx=Br_O@~hv_uZj`Q?RvnEI34YW`c5Ld0(!!imOEb&x=6Qv9kqp;_2qClDY|S*!p<
zH4F<BK{Y)6k(NHZW)Nwqb_jy83w}UVDQBNGTkGi71k6f7#vvsqV_I?V+5aBx;+?YT
zP8K_dvX>dmAw1k5NXs&Sqmz(g;9J5(gjX7~-Cud@X5H^APUdC`5O7H@(wK(^7)GyG
z^PJfg7FxOzwQ2udI-~PKg5gSnnPCtdq6G|XCFMHJFMJ-*+zE?Cnq>rMT7zo)dy+wI
z`;YW!N|uR^2}Ur-Zy{FmDF0p44eE$%0*n#lt8jRlhtiCuF=0Ot7Zb8_W*|%X!1GdY
zZTyBCEHCrg_Y$bf^!|>6L{%gJ)=x!<Uu`iicyHO#nvlL@oh)oin-FCbgoS7kw=&wQ
zqw0!Xv&}q?asYV;VU}~>?0=c(Rs0v?Fc=GnbKS+K1~sU>aZhm?mJ10dR^M2~`5TE8
zirzlyd^eUrQSgMCV-J9ZcBg`*CZV6AqPGufeINU5DGPEf{05y;Lph^Q!{@DfcAV~z
z8wpcf@&Wq6^9rn)386yw_&gBG`mcx?H&b2=uP#VxsFj(??(03UxmMfeB&=@(dr|D%
zGqAxiOZzeqwNM9$#6~K%PeV+k|0W2}%u&{hpt(g>u;6``k_(>E;cS)+<65k@M_EdS
ztKJM~YRnJ&{5$+ga-qaY0pDC3Bj<?&8JI$qn9zXWi`yV57(d+8yUqAo?VJV=tZ{}i
zt_Bx~k5ZML9?BN;UXcZrLYl?k*f-)~n)HZozR1^C64P3yMmJw`#H_<8|MkPsb$m}(
zh>-}<IOu6r$NkWBws`}VKBo6Qd~2oucYz|>hAOPZJJpdkY|9eZ*Z%RYl_bWZ(M=il
zFWt%CSr*0jg+(?9(y8DE`mRBoFY*K$4H4A%Upd2RpxaUM_&18}SMI`p8T8+)xs=G!
zv=-4MFdFR8WHOi|S%lKE|C-jxd1CnYf2_f9$}UW+Y~W{s^ZuV8<JihDnb2PZUw<=R
zwNV!lCg7ykCK?w6yEw5h*Z(>xYG2_SnwUVcAq&p>A<i96(C?wuPar@}aMmtO*Phq>
zRYv~z9-N{P$AUZ4XDurXw>s<jIvOj1i(H_dJ@`J#>~a=l!kL-pY&W3;SN#QVunt})
zKz?OnEm$h~i1eK;1HgI_K|b%@;3GnD$D%&twH#2;U}nzbJrqPXL}ZN<wAwf;%cU1_
z-0dbhLm7Bm@OCWS#y0N_Ra4P+`VjqtqFg26)?q(<kFM`Qjr#rmAniOxVa&oP@N;=a
zojT_fLjIBf(H*2zKo5-?G9&T{G)M)78t(!fZsi>op&n=E?Z2>o$s20<dna$z2@58$
z0dFrEc`To<M3&+P<--3Tw#Gp{mJ)H}c7tfz+MdH&e3w#!^SV&pmi1HDQHE`b_LyMq
zv&U(li=a^@UCbOk>-m$}nR|>p)BlBM0M5$)k%Rbu@LNC^tHbyF<?;D;Uu}z{I{&$x
zqbAk??q7E`$8O|FdP`ju-z({_TVIv5YlRjEMA}$C`EF1$DYA}ql%5+Z&q(Rm%Nv<-
zMA06#D&rEAm8s~*u2w~Gi>l;)4X!3NiL<IvJPTdiT|bD!n=U?K{JzTl;rvR%wwgfd
zy_oR>@g)PND{J}cSFAs|V=bjhg2kT&m%g+fefPL)CC>zaFCPc`t&a`zy=QnF?;yAX
zjY@g4Vx3JhmU)P~O(ij?h=pAez>~`+&9ltP>C>%+MGrqPiY8s?Z!|K^QZA@_Z;(?#
z8l;*6AAz^h!aAU3v4Bo3A==F@_Ml)x9xj;bVn&t#y;y4GW$~L|j-G89E~dvn(&D;9
z(7$W-lz$!*u`T`+ziS(}kn_~@Z~q)fv(=_}mJjYc<+r7kVSUY5|B^-$1%SE5M-z?7
z{d*Hazc&nT&oA9L+c`WdFU_hn@ah$&!EKeL*BSXOHFcx=*ZDTdw#A5_Hc-w13mBTt
z#6`*%+6lSSMX3(@@35cT6Iz&}#(dR@qUGwCJEuJ@^vGB=jAHcsJ9+dRy;t8&l&l7F
z)}1ENXW412vANv{T?;i-M996J<)wZ+WNx<AXi6OaR}|}+t;F0{n2|9!JA_<!%Kl8V
zBFPXZs!610TP!tTp5>?JR=+M@QZC=lohv@(<SAPf-yo#1)prn!P^-~$UT~dfo)wsy
z=tq3}Nt_OGGe)0#MW?FxeEROQ+9BiZI85uYka4QeV?qLV6-8I;Ryxlgc3)!~hWdj`
z`__Q(T=Y?gs`LU`B@rZ_sWg(lM?_4$?EZTzF7ri{W!rL#3lW$uu<@EbigkV(CFFz!
z0%(O+x8X18y*kB@8GOstQO^7h$ubnVAr_fnWM69)kR8w*c~|zOI2);gt$k+4-#`#1
z#XByUAOvhfHsBH$fKeFcFmY5tIjN~Fz-FGTe&BYirsEV)_cAx&E3CB=>K12Mk<sKk
zC<mA{!%mTMl|XPo`QFC5_>-})#Io8Af)$VxiY>*rkBn%Nb~K&v0cF}p6ibG=l0KXo
zv}_Wfh!f;e>m0lc!2$^LcLa0IHil9p1+?1_M~RE90hFK51}r(-c|A2#Wpos8N$<g{
zhij=L+uMt!l#DgK^TKCiom!5@xTo|C^8&;s*$%f!@(B$`z^p9)o0Ti`w5BD`@}c{I
z)1u_OPA~AyyT1?%Pv`TD+PbQ*`ggD{S;vs)w!=4qtWhidwZT=@BE+D53q@UNm=T~M
zO5z7k6B8S9MM-&Qlfr4lK(y?=?JZ`BV6t}&<+4!vbCVz;^byg-Jj>|QaohHHuzrK#
z=f=}2Yq+b8&HWHfvlLslaUmAuxxd+pG>CxxB4XlB_wwuA3(4ofBZLDkanN88kJ7;r
zKOYi49Cny9s8qH@vwpBGl|V;ex%nXc$WRa&yB41xI?bSKutTK=sgU8TXS!q`J+l-j
zVi=YPhqRE<*z7DBtVtF;Qm}Fo!8n%ZD^-mbn%~K-rSXcZ5m-3PRxiEbn?v-JEFGey
z?ZG}X6uRw{Lv&Nh1ig+8RAL@h)21B)vbH$^<n1X{iZD>*!=Doh;GwtVJ=5_qgS83;
zFtU&zY`iP3NU(?bAHj8UH9s;lI1>nmZ6skvIR8k~wU!V%uNCvg?02x7Ap>q&5z5CX
z_4(n7`-4G6>Z}p8J<tcX4tfQ-u<;oW%%R2z0pYam`G}K5|1j}`AY&8J!c`QLPSj3&
zqheNkWPl)9poD`i<BaU(OwRU8d^6ehTRJ*rQEWe~OBrn5?!cujG1!*ea6nc9S*le=
ze)tsuH1qj@j5r!wQ%0)iJsS+h3-kyEnEpaQ1ZxBnyh{j!;UZiI+AP$vtIWg58q@9Q
z1E=UC#plS*1^;qmwB?MlBAD43@NmanBv#aou#9sd4+C!Yzr1no1eF|9f`8!PjdmCL
ztjg)5_IbpC7lWgF^^4`P)P)9-EUKui=w`lw=jWvoyj4^P+CnPCCx{FW*V3OFmhpJT
z9Mwu087$3ml*Cxn4`#Quawcvqx#7%{L*H|gD}dTZ&_2=phdw(O1XMIcHbUxNg)lK+
zn>&|>*o}7_9exX85@yuYizF4NDX>&0q32pOA~o=E%_tF`E2gv<rHAjk%ir2{h6v6i
z!DFW*<XhFZub~Mmsed`kJ)Rr?-qv8+0q?40E1i)RkRZc9coXDlIjoPDceIBhBzTS_
zsZ-5JmaoJS{_mi8N+?ltZ?$}_b~jf1g!8L>3(?{nOEyl)ttEbxYKcQ_?j(=A?D%N)
zQxpSNxZ#B4(mt)OR)tNn-Y0yOmD}L5;nngf-!dKow#W~STr*q(IKCAPF_b*5DvF2~
zpL2%F**&@Cus#MLp<G2g&EmH;{47Gi`AbsbQLVbFDs+;gu9VxM4VPtoV34&EL8-jz
zcGH^kUy`ya#d;hJx+urX2hh(iBuY+c{qs_$WfTvUDHSA$JDpL+pU^DIufqj2o@X(x
z>h0}ZR~df8F7|riO)Rv9cFOt_8I@QWRdKrp_*5wxV0tMm^`@66G#VSK)ie~LY51ba
z4;O^5R;Vj@6Q~s9kES0IpVV{nQ0RPC@y1cI6Ua#EdtLd1M};?FKbODoC*F8mVevnr
zg=|#DDZ^NbR&^0*(7jmjpg^t&Snwc)?3Pi)TCz1onHymtR<2YCU4>}H`^MQlB>=sC
zymsn04Q9!lN8ghen?(gR8f(Ssj`MA5oOsrO#zg}L|K^F##a8$4g$;H)w4d`mIsyC2
zaTbBqPh|vRCs*Z-t*mkyLQB?j>(UaXa1F?v@jBcS5rNfXzDC^jQ!ksqGX7sx75@(^
zn*T3Gc;1!uYmiitz0+8FGv^e1`sFxoU781k%E9|^sreYz?d(|7OEq_j$;tKXoBMIj
zNAvFl`am?Jl2y*W_rQu5;)x-b)AkjK`=EXKtG@YhY12`hT6DkX-$js1{1QvYFLJkJ
zx;}KEeJF0Y40lB4_di+<Iy9)`HHuOV*5&prYb)+GN?m&0FO%`|!*5k!S@|GrMj<cr
z%Fp%L;K}vd=Zi@j(4Q#33fWzSb436XU%Qa?9+5Lm33{W;<372MGvg-e$ZpaXmJ+8M
znvB_XuX_!@^|_XpQ6W2@Cs#+xrHjLISHm6^)qEXNH@mzq1QyomeKz|e6UIWqkn#PG
zAic}}EAn4|`UU0lxzGnF9no?KjS6+7<4c&RVm?o4yfBE90Z~KkKFs+sMm5u)oi|d{
zlhJdWg?y&lNjTw$WQmk#JjnCf|Ga@LU$<Ykaosd*F_m6)Vcen+StW{5mdyE|5+J}N
zK<Gy(g-oM6tBnIu*Hg<39Wv6X2Gz9*%}|wf!HsnzS(O90p}s?Wcb17Ld@q)Z8mqz1
z_E&P-tqrn}w1LbMTdr;P_hY<UU<T2Zzh%dg4#DYQ6E}+Vu;#=v=jR%dl}Xkz$b_6w
zeechGr3$!`O|Zcq8vP)bMF#DFRS?csBuUhuD?K9X5dQJCrJB2%IcpK@yNbsMtS7!0
zmS=AmNBY-D?-R74pcC^#vaQY?ap&Dn-#)~Qd!UYv;ZQqwyv8+JbuOR=Xh^PeL>^K=
z(Htkzx;N0~6@YVlL5)rTkyFbj%=UmpHI*<b!I`dQl6sC*HN9m^ei5_3rxKs=K+5sL
zektD|#l#_*?-`^KrY0$#Mq`ef3`?fL`PH%I=ax!uZ3i_m1re~!J{*MQ=+Z@EA0?fF
z1RETp5NmL@bcc>uJZ=a#vP$0yhVCGbG0o?)pRuiHy`Iiq+FzUfXZ#8Gyvuo2PDR}x
zN+<7dhID|$%SJe&u{)<aPWGiOL<n(5Vq-|aO=XDCvz3g?PB@rP{6-~uLuu@9FxMwa
z%<Q5>tUgL@Jbu9l<xPec_l8EgRjgq0X5d6P$cjtM$F)$ued2!K9sNihAoX+(pTt*A
ze_t{<A8oPwcJYXjiLZ9O+(Z_x#J4~-$aT5cCbfR&QS#c&<T7aSlq(ezX2w^}NUGr`
z{e^xD3j)rKd++@OTmQCc&)E<dOx>m=1^X4dZL0mQ(DWp6@DleY%3fNg;z9wlf(>X%
z<Q_63m1+0eX;{z%s}a+D`)MiWseS0t7jO_DIYkf)(=Y;gtb-^&A7(2{7b=+)It=)6
z$8UyPi{ulTTK-9VV9|WbyR)9wi#gVPZL*I2U2PqAxvLbeM>hs*-RU2b9>!tU>FZdj
zKT;N;;vpSPL?#TkueK;mfd!bvQ=DAMk|l_QXS09Ux}bR`96|UHynJHu(h7?PM=o4!
zpIm3ino{xV*nDCeRQT6+Y4}Fcpuzszxi^9Y&FTl2ulP|;Lj3Q2M`7U1=Tq<1UI0i1
zmRP0EKa_L{DiH01mM4taS3*Lr7+QbHs^}&EwX3s|+@EoINvx)N<H<GJ!v6L;zluW4
z;;?kO;M5UahTS)A{38|CZLytc;F;JDZ^fKTP80eL5<K3hfUWb4$vsZ}`mhOF<7XNC
zd<L0~2akTk`qYhNC_*c9t|&cAM|UjROE8ivklluzilJQJw!->E{$lpZfW89x800R%
zpJzz9E-4{J{fM9^$yUhID@K+F>!W6_`M%{Wg+tZc;<Fb3o|u}HB1O~25IeP~BCQ?n
zy7Dc3E8(>;mREj`k&e!B@dF1A!EO(Cd#kdIxmwov+2eh=_Wv%a&Gh2nK35+m`eb1e
zG8<u?RrVWI%W2VFI8k7`0qgUufcZf7*;(!l)3qm`b~9!QVhkYJ7CuQ?pF<v0++-H+
z6tEg5|HRa@9f;KD1#bBy$F~C!v!j<B`XkC2q9Q(Uzw$KD_f!a6dftWF@bqWuvZT}-
z6I?uvEcK5+($%6qd!HJ;O|pj<U>z8U&iIcEmudJ4q_>WprIG?+%BM)SCCIXl#)gL+
z{by?`S{c?z%O>f1yvJ;6;npi$27Mt$WHEV#|8(Nu1UT@OkFg1AFS*YKq>rQbStngO
zj1_xSTZu1HF|(%0_6GG*|E28X1gNG_C8$<*c$T};E*`c*h}%IO-5Hi4kpfdl167GM
z@Q1ZiSBJTm6fPXiL!7wurQBeAOuCKqm9NEP0c|VYe2#$4U&|8R9q48AI<$A0$9t;k
zSAU4%`Rk42vPF#p1p-_#HsV{4ci?;I|M~=~+|zS;#YC`o)qV&6O`^1kqC|iZ?8y1P
zYy(X^FcbWu`(XYMsp-|QPPIp-LeA_ixlP-np;^HH$CiP|U-A7H#p@UqS_Sh7d2E$Q
z@9z+8sY=d#t12eqqws!ustw!oN1}>%j=r&T<Z~)8zjjKu{yEJr$cn%H{oKtL7fDV2
zK@x3f7HN#$)85NU2W2ti;A;LlhGEH@XqOz#f<9_um7!M^meaWb0yxcCw04+o>6v1E
z9+w%>GZSyThK}6mJj>I>s*1bjp3SjT;m+SOqY4a2c!7;!F`WQhHm8s+hROKe7o!pK
z@X=6@gkQ;Vk8fWb$uJ72=adwSYE9)inyI2rg(k?q=@2)i5)yOxhe&V>G3tp^6yjE2
z*AC5Tgsqb6$UOYyy+0GI{nRO8WRbY<QK5W0x49nFsQ@ob$xMam)5&KQAlplK@x|ms
zUV4fS21!~{o$qCYTjm%i*&R4Mr6u+C!N>j`%pHcT5P@&Po5JZoXm62c!?GPyB|BNS
zorlBr3scN|thIyA<#sd9-$$ilR&jM*6im4<8+5F_%cBbnrP!sw^qDZxhr?T@m&9SU
z6qn8e8xKt(G<TCK_;aFF-GL@RzAi$(E!oD=R2ob%iEt_I(KLMDWWj<QEguff*c4mN
zqx7Epx#~@&!hV`tMdm6<sv%B?J$k;K37ZO7jn%1SEC~~xFHMhHhc|EGKPZy={-Z%7
zB;rvmtnP)8#c3@Fd!{=EC+Eh8S9UcY6Kvz1d<U<DjQzW^CG0S2M6qJ>e6Ta7T!O$M
zZsHz=*72voO>R}%KufE8TCO1mubiONxFVLY%I?jFZqPS(M_=<~@1HX}kG8|~P<FpJ
zU8(;yoCg2pMq!jq?Zs-bbn0hCos6;k!uaxo8>(mbS8d3V%DkxRQ~`l<axkHmSo9%{
z2<v=D-|sIY$i$_Z;a{tmv?LRTj~##JQA0=AbPA&gZwy^)3=83bawyzAtbrmc1$9c6
z!-sqkAtcm7Q>cT9+d??muQDFyBH?duR^&l=j^>6%;m<@PhUTan)y?M#xZ3W9x3oi1
zq1-O0T9U|41*s>-!`5KPPhKwx=<=}bD96n^lE0DH+?Oq{B7>RX3#!<Us={Q%*NyCe
za}nOwvhM8aGQxhvTtJR~UmtuP*b7%?jj#XDSD_M9LEUwkG0|)hBLAGAO!&&2QJPu^
zRfugYb8!e~F^oW3FT;yj2bG`%#q~pN2uThiytOZkzck$gx)(o@Z}y2|?`)8dTtQRC
zHwpzlKrg@DbBkPf4g-&>xD&1yZ^14}9%gwNomMLDt#<GD0@u$k1vf@M@q}|MnBH|Y
z1Uos^lprVptsz6E;StlNQ6ACarjcV(%2~Hdx^va_!z%4&lPAyzrhNF9X$<wu5w906
z_Pr*Ypiip2EHIdQPvk+~MZTjGA(5TFFNHw7AN5p!JFj|Z95?IL#bxN7ue@)lXY|d)
z-;Q({4;fi;4W#tqac`^1^fuTz22*@#o)Fn4E1tnZi)<<~E6V`jvl>62_DLo{*7Iw)
zo=UgBuqoZG*Srgnm@X+XfpsJJ{w+4*nJ=Szc<%kBT%gcHcRCj%4>o>tVr{+;`VS(w
z(YxTcTpwD+P|}N_$B@eyY{y8lPaD{_J(oSWvZmi_G}txxMF72<;`=@@x@JOaMt46}
zW4ty|HQynnGTsBw1HgZwENHj;AgRWVS7IK+5kGTGh4IfzlcKxEtygjrtbj;Z{+FF-
z4U-plWqu_0T??m0!Qb(($`(jd6rN@eDoXzOzT@9_Z#3$%*tg$ZINJ8PpcLQ>W!8=D
zOS{5D@T(TEZ-opet?GX_ZsUCN5Q>O2fNjFMAja{??r<Ne7dV0wyxB6(VFVH~4F#xn
zWq}&>5vOCfC^BSx+vv)LC{DQGxYWsYd{|iGms;s_$<h*2&W$8?x!d1obQUf8dma`{
zbPz7YpY_P%4?1bME@NBY8ttlLarOE}pB0r`JC?!cR2G-p<y-jn>;_)vx6T8Ie$|45
zt%>+HDS&pc!MQaYjnA2D4ER*_H*@v81x@#LQ{%<<A+d?%L)*q?6G`;$c{e4PJ^-G^
zdBqaPTwne8H@_oMp`V|+IXOJf{{DOU+en2%7(z%q(^SRfKm3lOd*tHLn;fGAZPuFi
zz9SM1t0N}!O%EXTKf({QyY~A`!8wRqq7tmHne4P<49?O8G8qq)b}NLW#3W9+c!)p9
z%!zWo#afj_Yv0WcnPPjmGy2l+{l@KU7)K8qvn*>e6+LEv`e068*5&x^N-nrQbjkkB
z6{js@<5n(&9hgUcF@!{{I7X~EwjRe8Hi`Iex}>Isc^*+tv=a2f2USB!<Y++q*{Eo`
zNPlxo8C#}-(izzZh&;miCj^c-#b$n1UhbjvR^5n-r~q~Ky5|6%b=EdJ&w#pI2Xvor
z(zPiPs@u*(5U&VY=28Z;k6|Vi_FVtO=15+Tz<~ad^qwV$0V7BEXNtcIqkq>=kF%us
z^N3gL@;7K*Me<OYqGOz@rA#SWhoX-+{$CzaZ!a+r-V9Zh0@WZY)kset4(Yu0|2t}%
zDCk#%@v@TZPGUP)Q(%*jU1|DGx^(F|nM@G&N1Nc$yUw#5^;eCnyFVyzqo@7fZwDB}
zb*J4TK%&!jD3?RE+0_K=MeRuT72ZGAgo`_Ocj7#B5KU2)bQJOWynUYv7VO~L0K43K
z0|YLE88%;!pd&QR7rR8$)RV0=wC%F^LrJf6=8N^{L{Sr=9FGwGoYM2M=a)a|sm(fK
ziOSzPFc+!tQDkdDLQpj*H{S9*dd#wuD3jVKCb2B`Vs&T>{>#SaFxz)<6k$D7x2+Ug
zP`~<e;r%6nR*_fUxch)uq^TZ6E^2ycTj~DF6cOi#$OJ-`x%v;D;@R>vT|6-iZx+5V
zr-JcaA3t8{ID91bH4*cKA~NToiT4*vjD*wBz-KLcwRU0mPyB+fk-cFCSy~*WfiAA(
z6!>l2)f3*lj`TJSd-)CKEp>mGTi}N|VAl06K5rsz%<4(rXlGYsqi9q*t4|RDpQ^>0
zo>lya=m*?r$(OyI^`H$rdVh9#^px|ca=q7Z_kx;edi!&HZ5hNjLU~<gM6Gvnx)Z(D
zn0{gQrYqJxY<Fy{T+mNC!GF#h-6d1&Rfhhip(dsF#8PiE<xSBOu>qfHc%JA^X_<F8
z?WZMm{6%uw8niJ~ALV2FN1e8h@!nFJ>fvdR&iK^uXWYl*xa*-~LFSDqe|ilg=Rej(
z0RA|D_3D&@kKz}kS?44$M(M_8alSWr1*J3mJ1V*ldEOsW%hW%f{`v^fhjy9kTKXNN
zFBU^`SpryD>FtQ&Fu$9G8FTzPiz&1qXU=h7FsG!a?DJE64~+|@>dzV})r0%8O9b90
zx<<Cdu9O_F_ACJ`$Gz641A0?2R1K6t_}I)(q#B?4>r#Zr2suL^9VP0u<y^}B15Rlw
zu|G8~rObRI3n52(B2tK65Ci@y3&g)&c&G1>qjl*mn+}VhQq#?&Em%<0siO@>g=KpM
znB~jInZ2jeH|NzMu6crH91Dy=nDK}o;M+~d>9Al1{994c)HeU1$`kJ^$Ik3e*m_xK
zIUL8?Y_D>3G=Y9sXqr&^NJKC3rnW$t;s_@v*>wR!^nFK;7AX-`R*2jgm&OM@WFks^
zs(Vm5Lc!*N57n}7C&<$QhmHK4FoHzgwA82TCB}9m{5f<rT_9btL?Uf!S5PLF34bfW
zk5|aM<d{!9eLX4WD92)YJ;+^NTre!{>~HI4-<9zDI2|9!>>qdh?`_zD!ChgxcC#Nw
zYhg*0z3jZqKTXxf#bVJG!A~8caj2R;C`jpU1K+|j#7LgfZle5h@QBNngVx?^;cfWz
z{ESn>*J3S*#3>d=M3&^ly>QW9ay+m-;NV`*M7|(8liP_!f%Vq&h|4K^{MerqSL@Xx
z(i8(UR6U<UenlR7%yP+T@NRv;P+Z_9p^eP?wzY~x(Cl#Xr+fguE1Yg5l_i+={c^i<
zl4vO>iQ}(d<Qbx6oSF3GGAJs8Ll(zM>w+tym7Q)`&^f%=`ATMs_UxSVkB2f5ICGn7
zC@H|_Bou0Iq3&4rca$CQ#h>s#PEu}d(_hpzwTWXtFr@aS%VmZ|zWA!0t)#*aG3Usn
zOx2+@$7mm5JtPQTw;RKhd2JbK`IAz5BA?m6kgbSj!Y{jqSAO01tt}n-Zqo+yhw{4b
zb6DIHBHBD55U}-nB5||Xi88MW5#H9XD3~eGRB~t4nCJW`T_nWMi+G4*HFJHKd~_dX
z3Pul*CHrTcwf5Xz`7o_fY;Is(+SyOU_zLSnlRWu*+3@^bxlenYwcvtV@>x6M-hRAZ
z{IZKusr=D&o-o`fG`|Ex8Y3d}=v+t+)uPb=nAkWX_fNjRgjc14=J_Z&nJs~~l8wD3
zU5q3b?YNdYN3!d6n;)hbOd=exN7r{*rihYw-t6Du3-N-#D%r7H!j}RyOTv}Ka$e`W
zNQIOxM@(_Bnp(P4$|~bg5sY%acx#1*7Yr1<^bKM^r%CoHUy$RIhEg}t9eF!kH1uKI
zmbSjiDF8D495h8YoRzJ#2N;K_yuNS4zbW!iQKh!7U^vhooJn+gInfizr8Gl?fB0<R
z^-Jar8Pi=J*v=pSCJyo)kPCd?(NyQqg3-{5fUIsC6D|Eky*StI^s{)oKj~S}$nV13
zzL{U@e_P||{h`wu6Z}gZ=?8%LOrczoex>qboe)j|<DyB1$S{o4<6b0~A5f{_N-4&-
zelTo<8*PU3z>i7T^M=m(@HF#aaAAuuA6tFG6I<R^#Z0QXyI_O$x`NEw(k#mtqQF>)
zEAgHg<8G%qEyoz)q4ZVE8VMySe`?GR9Ac`Ud-``<R|Q=(W!<FvaT7l0p8<G6ph9dA
z>T!ISzvqg(@I@gisXIIzGLZ_IAjU07TOfIFH|`vCF&1Ovr^2{_?8_#~TfKinI+8QS
zYaP;Ru(o~+o4@C6S=8}#z>Vmo38lfu$zH-FE7sCq+~lP^Kwr)|@{|*ENd8g(X=?QM
zCK@cZK%7;#;W$<bY<2sz{q4#>lu(4LvJ8THy!IaRO*93+f31h*eRu-4><4>l(XZJU
zIxmNlL3DEYahGY*mvMVn&xb!s;v#palsL}-Z{hpCZ_62oT$(@Yy4@1tD9B<IJLa#&
zrEKIgY99sG{1o4Ue0Q()Rz%EHB5#>A4#M;}O)-S7TO&g(U3-CRswjmJg5~zeP|!2g
zd>m@El*O_QT#wEA$l*iShQy`oL!FufHcj58N|I}vPfeA|_{NUfQXs*clotQ%yQ4Go
zD&s9@II6JGIXe8G4%^p}-x)ttzqgcbkIFppb9sxslMrqFX?*5$q%z$5X74d2#DBZe
z^HG{voD$HQK)7JpA>ER9f0x_w)%Gkvic~7yf1POsRVsBGm^nE^+UbK)$3*oek1jn8
za#H=p=awakzVW?+kGe_;<3Jp`_)ZLg)=b$2D#|F?J<!of*cKVLiLY{$zwliGI(53n
zMl7~rI~G{i>UVR{F3HkB{1=hSc<Bj1xe*SQzLhi)V1jKXY0<gNQn}Z1ipMrGO?AhO
z%BGVr6wtREQsX9UsXMIP#oEhc-DnbC{%QW;QQ)>nD*?KCEg>F$1>vw`6DlaodhFs%
z&Y7I7(8V0)KmzuJKC0De+M#c-CL`DXwj9}h`ey5~LY<qQY5hg^zFyA$+&d5r*mQFc
z6sS8=T1T02H2Z6nNHk@A>8*}3s8K-`R9sprs~$ps()T&^2ON8J4L(bmVKhj0M&cV9
zQnq!3mf<n{?vZ5hNAO+~_w}NSqME-q%VPDu-q{%q?rw{pcD#OSR2NcD&USrScHDH8
z6I`5WeWSo4!$R~^H;Gk}++`<U<x&wKWpQ!tMku~k$nhYE&N(1}r^u+(E;OtWF@88p
z9U18H^ilcUJyR<(BI~V7GyG-Tsk3yl;_AwE8tg~yV`#;tZ_t&K+Kc%>6;5x4LAyns
zQ=cK&r#pAl?~vJUcs9SGj3vkElr7T{m|*g=AtZC|WvaFoxRxe#$3aMb()@I5q#MbA
zFk27(q~8zEJi`_smzrcA#C~Az;ipmcYk6<RN0ezjA1_&8kB9bW;+bb8*T_i<Yq+(^
zWP<5_;cXub>#Bfw9n+C9r!z!$^~ovw?`Y<3P?0`?thkruy&mB)+eT1-_RSutrqz#W
zYECF@DB2_2Apc}`;J!<=D>$v}%Oj}?MBWm3bjIHt5e^s9cSr<`l1{V^rGIuS5;8Sk
zXJ=FU=`5vTW(LPllcu7Nz+VdA$A?S`UsUv(cOlM9KeJc7J7^`owkC)$en~~(iG5gm
zEy*Vf7A<&Jn9WZEd*>(ep?Q)6MM3QLw6)Hp)rr3=r?&H&;qo{f=MXD{YPO4QX<-eE
zx(>0F>d~^1G0WdP7lB3%^zn`;?3rIeNNGC<K>Pi9sBO4qQ?K1c*KTYZVXas%-|F)i
zxsIq$QucQ}DSP#BoUODdE8QgbFnQu4QzT9u?1RPxKx>leIaDZ&Glm?gt|}m%g=e2?
z%jfrQ7!|SONTlqf=4VHQ%A#q46BZ)YUSn$<qidp~I@;VdOS+;D>B(;$*t1t1zaQT^
zX@9iZ7FKgk7B4*xe|7PH`_$N>b_<Au-sPM6(*~{BbdC^O-wOfXxci8cy@=T=#)H)c
zd9$b`dvx4r>lj{6-oxXY8f@x$vyk)TCAR9N)<mCi=+#GIvTyhl=oQM%71QDt^);eg
z2mDA*WhlI!8pw~*2v;J*mlU{WIi+h9ST~Tl{&C_oMi~}%8|^A>JrVUW*r+52hF4kj
z{5)2aS;H)l$$Tc=P_gNb;MZw6vr)7970r>#uMK4eN_Zx9|BNy48xZ3B@pLKTs3CWg
zY#e-KI|N?gpP(DM%@5?h%C*3L(%^UDxfoS}-;>F^(!`A`M?LO4CT+cS`muL&Y~~F2
z3?=Ss%z+HvNx-{jC8dDsh{-N;;{svmgmgBUPj#Qu4Iwni99~hPBUxPqU<}QF0!h$I
zS(Fp*zWTX{0zhlU9x7$S{bBIISPtQmB>Zoc41iX9^>PYS<#YKc;y<mlJ{Lz%iZ$yd
zIh%b8`Adv8DyLg5^P2h)m_#0xC~8w*)2^y+LG>}6oQPlt<mK`GjOO*-yKnF0B*ip4
z-wf8&)dWfe2HztbC(D*DyW5M&4LPGLnbk}ld1|kB$mcsTmCAouL{_eo6Bm#!F`9}g
zD0lG2Z#~wNJf<9NG{z>o<)--4W_Iv!5Iw&kjFoc^EM^P>C3{)~)dl=-?T}tQL1wyJ
zU$2v&KM$3i3DSmWJl4~gDA~MkNgh>3RYdZAR;l_fM=n63jMKF*)F1hTzrY6gq1YYd
z*>CZg8_y7Up}c(A-BE6P)7sl`^7}~z^I$QpqWBON^0Ftwp!m>TToYph3IpPb6z<u%
z4%W^I*q?Ju54-%MjVc8yCFb+Z=3(I24n$#2Fgm{nX<yvkCD}tC=E13Kv!AHZ%)`vP
zQe64N-_e7%`EQU^&F$s{+zt`QEv8<2WWxvf@&PCANspiof!SJo7C+Wh9BWd2Sf&%7
zs7NpwlsB1NOV=`2w1@w)w<hkQ&y-zrD2~VDH)E_*oYt<G<-YB+l&ynse|l_vtQ-MJ
zG%Und`FBs?URZbyse2;#<O~<_Vp0_jS!@+-6X?6-w9at3Y(@#6QbFbgwv8y&vO}u3
zqgU)ovcizSOIvT*jhSkch7aK;7U;e6=8@(dm_iEGkr)q5y|Sf!^rAmcSHn~bUW95*
z1C~e%&&x(bF)H6ae2H4ysS)|{!TK(g%tL>IFH=z)YkfjQB`D_TiqAENSe~vw&w;Zb
z2h%wWNaO<dvKf)j%Y=!<=%u<hgT)Sfb}|)M<O{QGoih4A4{zPRhsg_C*Z!5s@_PvX
z=vQi_R{Lzx@oeIK5AtA_*3n~O#I1PBt)+V#@)$Tspn4pBPNlFtg{@9%+PwlJ@)C=%
z&DK|@fVOVTMCkgVBm=6>K6<^To_}V$#^r2Hb@m0||L9r2*Q=Z^zt2Xj*J)BsyeBZH
z9iM<piVVzCGAADOr6Q+<2D}E>J%^eecJ?GmT>^GxEv4tQ8taA8GHQ<MPw&0c@1^-t
zOfqsK3v?G(RKEKMW7WrY`lQR}2d1z0a?X3r>vR~5qb~<iju*ilURlsan0tYrD4sgi
z!QYH-Lyf7*tJ6AXzTAM}7T-R0y$-PXt+);wc(HJ&f+na|0owDPV-xnno3r@5FH%`-
z5p*_LXdx$Qo#59?R6MLWEiysW^?Iz!xJx;fQhQ1ln@XSZMoCS1mnfEbGGnBgjeH|G
z+ALwtFr2z8_NvXlzuQ~Le`1vJ$b^mZhR?6~kzudP1RhA`R4iHCaAuLX;;|2HmK?;q
z<h`xf2^=xGo?YI&SY313jQQS8u=zju`#p?(e15)p;(E;NguuN$t4{!zD<6U9dkR|A
z=RCh&ONK7de8oQa!|RIo9^`6sYP*t&c-P@7+RDn2N#~<PsBxa{gQIt0wz{uzw~}hu
z_U3O^`V(c#Yl8eS)V0l-br^B5`~-{Uw}}qZpOxImhM(DUI5-IxlWyWRlHVc8aCeol
zx`_^wyB7JUMo(+%v$$tgu9Sd~eX;=+!L9x<+uPmS!`_D)gsEtBw&y7%HEjS7Euo;;
zSPt{UC|eXI%tQAjKhwU8qRH%6QXAhC>u=se{-_cLFaE0eFjD&rZWrI<a(B7M*o&d7
zeC}A`PiU)b7=eE<|G9xsC|ZCPgYm3N`-wV#t?mGpbNUN<Cp4$ea-}GrrN@$Q)i|>4
zu!<chS?qQ>UbvKI6>tnb`DN6b<J6mNwRu%ImD%Zg_ju5CvJmSS$uNe6u_Qb^v^*30
z5BxqtTn2U2kaa1lU!5PS3ScB+X1CHgml?Y3C>e{M??ZKxvWUt>%lnjDKJ3+3itlHr
z{({b0!9n~4V!!6C^ApYaH6u_rOm;Mo-BfLZ*?T>{{)g53YoO9@9X!sg&~lOH8rd-$
zWo+68BAYH6tndE-h(LG09_AIQZEaZQa#gZ&*~g6ZCwmC^-zXwIiM)P)MinLc$r+A@
z2ulhCf{%wC;&~%cZ!k^1kxZgQiT7P+qd-%D%`fqb^S{&N+s%t-&g}60{KQzsWJG(c
z{KPMx@q(we`SOaHd{`!DXOut4=$ty7M-4ypfSsp0i&J1&O5Yt}34}lWU~~M|as6uW
z==A^Te7`5;VQPYBz=?h^%GhCFd0`SG&tOnq*{gK@+sp6&@9Urc@BjPD|NC?LQ0TBG
z@I2gSKp+r&EQpOKq0-M6#oj2>xAZ%`!KE_UCjJ*UoFA7ET)|+J6c`i_=!F~1Jc<k7
z!EfMK!{u{g^V5Z{YYk++cL348r?fD5H$ocp{C>{!q@sH6?j@15%7nDwtr)g43ibyV
z$xc-vpQR|dpv}Yzdgnj|>HjK!>=1gwOxf*!R}Z%rWwc%H$|N~E`|jtz{NMlQ|NQ)$
zGizq#?F!YN4|D_q!IO~?DG-GOd=e1d5f|fBMi0d+Qxd{9k%2%@qG3*ihkUKaCnA>X
zpnTe%5Ct)MW974)$VhldI=nR`=Otl~0TU1|aZEx<gPN<*Gw#!hmj|(HIj%8I2s=(7
z?HlV?D#-a$3iVTTH}}ZnC@RWE{FB1Z5PkIGYO_DTU7Ho+FM0}j_ubF`?=OG(i+53o
z2z?Urt)D_60>MXN`1MDz5mBKz^5tXS!68+6y1>X6I5hSRkARtyzzHb|UGW{V1L00g
zB;)1#M8Vi-NOHq*FCmgrGr(pa`@$70JSgLx3&9;Z=|A673z1Vftj&nHu!Gm;YWTnK
z>pu|R9%FNU9t;pjK6iaNag41zNg%v0Ln8#gykvFQY)k-`+HB<F)y>VzU;XOcySLu#
zp@<wsf#*dZu|ObrBIvi&7uw;`=Wt{?yvGRypHRm0bCR9Ps-fC36ak?UPPHf8MxR24
zn$W<PJR)pIsI*iztj&J2A+mK&$bkrZ-|$1O4{r#Vh<Kv;@X~%i?kyNKVGYT0DDeB=
zYnA<wK)mA(yq<fXmcSDpl(+0VakJR~1F2;htLkA}di5K8KBx)Swwkb_Kp=Pu^f!qK
zz94n@W~!l`+7rs2FpdHuJ7NONeVM({Y!VUx)KwEIKP=$JDA2JL?S~K%1gvL4bB}Kh
zf;wF<=0@<H9-YsRpPPp-1xRGhPU8E+{&4Wd=f}ulj8OQ~zyUy%OeufFj6Gs_yU{=D
z_Z$saj~@_3<;KFW@cGr%Rdql7JdJ$@D1ER`lt3VOH1Ipm1cpDxwr2(-?13GfB=iN5
z6V$w<;{wW#4TD((-v`KKD4P7U$IBlY?R;9{^$cH+uIF<cIX}|8^B7+FSh%(v)j*E;
zq}V5b^uubRm_i$|;#ga=kWhd=408a9oG0PWVdPHu<t5Q%zlmc;B0UpLx1)NZ_iPhR
zA?(vF5C|RzB5#k5q=zHHuy_uU#ej$sUed7<uWvXC8j?Ih@_ZNpW7Cl6e5&xvA0v*i
zJ~Jd9_<uP+^xB8gK;n-ikRK6CE>`_##-60#0ptCq-`-cTYoX>1eGpp;*=#hCYIEM^
zoIATYak;bn*(Q^CqkeREs{ZW%?~Mu)g+4d5@|Y*&7NQt|KyVtq=pPK(Mn-b<3mrZ)
z6!1sJhS9LNP~kkUN0#qpG~OOpk7T_35gV4zE`AQ^8vp`{_eTgM=I>&D1<u8T#QVS*
z_kOcSp93D<9HT`4{P4QH#u-^3uI`okVZ7+^p8kXXPIXW?4}Cs@pCtPT`q!mm4aFgv
zL}Gn(KH+sAe!$rEU`qSM1OmY+cye)Eu#b_-@h|+i{N-FUBFP72lO%q=Pb)w2?()ky
zN)(A-VDLVVh*({c)m#bB*oar_9Eb@gc+3zxE*Nk{9D7M)n%t)mZ8cKH9x(Wf=u(gM
zfq2}>4zKS`b<8iAtxSVK38DNk-vx*w_#_#9DFOi<#Qxvz0(JL4O2g0m$fr~w5F7{n
zRz=>IFX*En<IlmDH1N;Q56kfdGrSU8JQpKTG!R@vf%Ay+hk1DAc#c(C4!w6wKn3I#
z%lmS!P4_rFw>|++@N?@=JWw<^J=h^WF&M>Ee~AruY#58&dQT<c??OjmQzCn3u7L&;
zWBX!SEp=L(oeY1(^Wfw2hZ?j~^#Rd9>`NIUJO6nk5&r}a%dy1>1cIZW0-TLLIZ^PD
z=h&BYC;);)!H6N8-<Z>OXcP+w^Pqt9TNQ3kh$yVsBITbV4F5VF@8%#{8HKnpdQ2p4
z?3e{b?;b|=XbJL-S@sr}leu@JNBwN%zbCbH#Lnw&#dV1EheU2k<YH=@Xw{IIs3cn6
zYuAOU$od#@44*TsZ?H0o92l?k!7`{l`Om{qVdxp*(~rn13Ic&3h@s#f2oUef>l4eE
z4Lu~3Bf4Y?%P;(%_!NfU@=*DMa{Th6VEMj<d{CP~B}1*`BU_)2^zrq=@JB<(=P{S}
zd-|Rb1@|UU{$Qs$C)v{*^jkYrR5*L}kI34{=4fzz*lPE8J=yD4qWTnDp9r)Y93h%V
ze!X80dTiL6+`-iUt~N~*H$5C9Q$y_7^N5nOn}mEmhDNiYAyXg_gh8aU|9&twBl4Eo
z_5D<1Uw+(`+!F-HC@kRufs1jUkmw+qn&W8sT$GIE>NAU1%7DJYwCM}n{&jZPYxZbj
zJ|IVp!}<w^ibjY(*o`q2)J~tVKQ!vqs30CiB5@3#K7FPMr5ExHpq=KP<y`Sc11box
zCDI3;LEl9jUkxZ~Y(PLhLtE90U0!!JQpjewG)+K%-d2b6>V9>7yWWw{@91X(KUhEd
z7q1jz5`6ja^alSu7puO+<-&7F1YFDnzoH@0&4h@TBONXV%TJPoo(mW?SdB)gW9*&B
zeGzE|zG02?&d&}TJu<f%2sKUZ*%|*TPkB83Fr^yl?_)F?f&YQ?1nsRLt<&p60%Zid
z-K$16gvw(3qAIgDacJNGkFSO$4SW>t*_r>#d9QqQb=xCH1}QmJ(C6VE*jiO=e>mUl
zr=hxsKdnEyuuqov+gbU!zx@Kir-6x3CQ7KDz(->vUvH0HhVO?dxs>8#VSYA{$Rn{p
z+OY}+%cmI+JHjh{VEA#eik3uWnErRx6G($*mp%C<x=7%cB*8zDe(YX)pd_`S5i{=B
zM8f%F@F+qw?b_|9U{9r-dd4LW8}@E<@E_BFy#0YkuSmp-Kk}kS-XVc_#wz+e?2zV#
zc>;ayeiNws_^0(p<&b1|H=o~bMF|mn;UH4<xbWm(GbVhgy=Y(%@W{mz4nzGWBrX`K
z1V+9?u{W0Qu>5fQkC7*}u!qQv(V8cKx5|X2hR$8bh5ZJ9&D1!Q@^q2|hHufhBbyi<
z$s7L{W0fEunw!_Je%(V)$TKko1+aSA{`$?E?#-L{ahRWcZtSFDsO8)cNL#dR-8EXN
zYpez`pdZr0MFj-X@K02*4t`BO3cKsUjmzo0Yn!#GAc8L&L!mupz6toT1A=43tQ2tq
z3W?VtX++c*MFm&lf5`{sCBuA&-it6%j@6vEcSu>Tg1ja?FD>^Jfy5mVpnE$Z4#(zH
z{M%3?l4e6MZ#Ec)WamYYxe=Jwj{K3R;vw;cm+vP@xG)Y1X#M|H{HAA+<`Lwf2_*2`
z!o6>w-6ZaM+UQ!Pfz%B+maGOc(1*#}a$yMs&Xqj|pFzK^&dc-Euh?=uUHT4>?LN<o
z{CxSjzyAWkr@@Zcf@4cIGUK9TC?xUAO(nBOI#e_a-g8+z%#r6bR(=#JpZ-h6%a2CO
zAC^aZ&KGu^W@z1)2Q_fk3W$qyrS_c7P`qx~KM?){W6*}(y7As_nr1^uM5FQvoa=U$
zs#%M;dCN(5>)h5q+qgNw9~erYa2R`T<TL0I+qNf=xTzI^w6!)!^*^+>J`LLA$=*<S
z)2P(tZnj)*x7+1%w<Dj=QXP5i($}IVyVNhIo4C5?x<<0x_chPw+t06psD_p0rMUD3
zAA`UMjgLsj1#sjE?jxc<WF{HDr`e1RApN|Llh!a_d>_ctC&!cJJCVyY9wKO6i!p=c
zKGyat#~?o$hT?oP9PNjL4}6Ll>XSZ^A9N!fOEj^I9cajD;|!XOJ-5MU(AKJ)#;Sx|
z$zi37XbKtEU`Q6z4hW=EJh5HhE*9tec{Q)5+g%B5n4BNxw~I0~SV_>H_E_u|T^?6E
z|76^@UG=#MBq?V-c}}*|^<-HJhX|ewDjxWkZScioKZEPRF=<F7usoANx<QGddn51W
zN0k4FHhF%YBYomZVIp=!bYb<>uOg6M?$wSzno;@gQXDr0HChligG?H7vzjxpLASQ`
zZd)?->(2Usc7l3WB1O7S4kMWUXBBrqAWe+5Ymh|n2d^}9SE3<@a`bsP(wZQFXcvgV
zJn$J&_Nj7Lx-8b3!FvK(?q*xHy#9P&w|U;?@qDqJ=^aIq-FclioAVhdHSlS99C`w2
z>;0CVD$C_$o)=v;d9{0NHh+che$StihpTx{mix`Vn)V#>`6?s$LP5k~Sg5+V|DgDF
zioPdrs9g8m&Q1#Zx%w)@NWHiw;6x7#3JB#p<gai!qvbQ*%hxf&#uGYzU+zKw&<xT9
zBtEz9G~UT(keIVZ1L3m+l4(@<*M{cMCo@k7Tjkf?XJioW#$&*Yp0pSAiR)<tZ8WNZ
zeT53bt2w{N1*{_Nj@T`i%h|3B4{Yq`F)F9Zhu#xN?g*r35N|M1D)ZF#etNO9=cig>
z=^11{sd_r^e^n?~ugSD|H(%V%G<&U8d~mn*40^*a#v`y>zsc*(y-S=dFQ(OelNW8g
zpD$Ls&o%N-cH8N^Y4%Ot_ha3~o7>6qGxC|>O9T`45fuy0)`LUTXdpJ2;e!csCeVjz
z6M94^J#%qOt2V5`sq#bl^4gQ~y!Ly(j{ptQK5&fW-A%`<`r_6QNNr76jh5*kQO!Wz
zNZ6SC!Pvba4AC@XU{578roepsGjVLMZ9@JV-ZsLRTD<ReO1>|5XJ>R84f{Ok!)@Hv
zbuW|}LKw(_*d}cD-s~f&i0NiBSuStS7q_=yPNH>kBY*vWf&`+y>H60MR=MYVtyGNj
z`PF>CH-2n&NfC(ttq)po=51TFhC=$hHVd6_TKC8Kg+DC8&$TOqe3i=Z0KS~Ybu+)P
zX?ORxhmE$qwY}og%x{M-_MhaNUzXcyqb6eZOr~Pl+P2xB-_691C3p&$NMugZ1T4Ou
zV7Fq{AEOha6eS2USArxOQULWRL^Lt07Z+?Sm$C9$zO;N+FF&1Y=UDkf$zYPy@fIJi
zYU_{DKx#caZ#q66$ALN#_Ut_#kTc}S(GE{x|2E_%bMiN|0fQIzV;WX&r}vX}RaMiA
z)huw6?Z4F_)~#$FgLt7kt6c6@i^KkQ-OJm$n@_h(G-Y{uka@e^_XX5S=&Rn;Dn<WO
zk|EJ<w_R78K9L$>H`Qck%u{Ql0QQ12ZnfkrfIZY}+s4(lr>;rYA02jNXvIDmM8mYW
z++GC6?|rk@anBMMZ<XvW=DpNz4P_}0P91+1SIBNVQGOW390i~!wEbc!3?g_6xFN=~
zK!pdTPB{8kspucdbMJr(TAH32<&%-}`1hEmAv_Uz!aP_$(OkUphvo}XE=?B}GL&-g
z-*T^ISFMKUCY+bj16p=sC+8_y#N#rUUK~%x?}=&sMq1_iR*U%Qe7=wM9G3ZdyJJs|
zeQH#UR9!!YKi>4e@j~5K?p9Tk=UuEu#BJRis=FB_Yc?=Y3P@dR7f9~tW4k1&cGJbf
zrqQBW{nq=1sqxFc{%_O_lDumPbyy*)T-&84kcF=V54B>ag(S=AB0vPmwu<wvXD^ek
z@504ChdSX)&z3*6>8LE1)jrNmiwoBUJ<&dmK@z3P2<JRoBt#pqf`X3ji2$MEo{N4G
z|H#JuNffa=xXH&mL+mAqE5T(Gpd40ybfo;~NcpZkaA3<P+%_zart|e3QUVu#H}l4j
z2M~x;Jh(RTlVIsdeyea&&z0?ja(BJDJv6nEer+A^*UN<TD{-bM2Swk&9PLV)DM`U_
zUj4m!^QQkhDE=sS6FMSp^L#&D(hrsu-pbguy=#<aq0LSmW>^x<vb;ESP2O6LP#%u;
zs?Tq#G?p6u9tCOwg;horgWPvT8?O@jiAv}vhiF?pRqb}AqK0a_^F?Vno5p?7U_nzX
z(-Sb1Yn6~9-@N>Z8DzJeYW>UWfd1u443g~BW19@yEqE?Si1-K^vqn^qpaOzI-+k}=
zt5M>W!F>%;<Twi}=M9JHmzolSr6GF%6Uyi9C!`WE>u_ymV8WpqkJF{J-DT5h0?{O*
z#9kM7sE25g+RM}7xLw=qofz);H8qIu29kN0%)dQ$Lk8?5WLtl<uRIj1$z9d8R^GI2
z9<P@yNFstqrp|4f99!6cg3!35&NZxg)9V8VHIAK4<~gw^DeKODeM5*kLi*Tkx6AcL
z^<l1RQa8pR*fr-EY*p@dH&sooQ<_3z<=~hq{?2otkCqB@Gahf>EGGN@-)5PxPl_F=
z5UsS_EqBZH`C@WY-b}5Yfl&I!t<q)ky(X7rH<@=<Y$J#CC-VK><E>a@&X%Wq>$lZD
zC!IqyqPAJg9!m$8+v#L7o$n8ei=9MpJxdHsIKJ>4Sh75!%91d%6%Ah<nygr9BuDyo
z@ILbXv+^wqa<i3J7hVP<B(FxEX6BX4OnpNuR)|#8_jc3shYornhWpNhmFnX+_KXp>
z=A}U!4LyJtxPs|GPU}=Oj|NZSUA?%4hI2CXsnfLeY_)zkn4z;3er>#7Cf>8fj4pcp
zAkS_6Z1s^uu)V6qZ@PmL#EX4xg&DdC;`Pi9Bup7Sd8{T?HJ$5DGz*#7PHMpMo?O0M
zulIC-4P)$hu`>ihq&T%>!T-4GiZnm0AmEIfu<S=jk=bf-RaJ4_?QbWmo<N)wRXW?{
za?y_ua-DHEpDr(#ck{S*Wsy4M`^lpR@w>bG-EQ_NDoamfd!h%Cx~PBg^l@yUVv*HS
znO&RL`-jgxrA6?0kT7{joyhLb2~N*b?T@m(QTc!uoD_B@5+{Qra)Q4P_-T%oAMr*+
zUVVI$BjuAkqUcolgo8Y@MnYRlPHfe<xfguBaK+Fe&JOzjo33;EgkunVgS>%*_&0Al
zDxguAcKF|p|EV^kUZNx!b_jcB_WEwUN6}|T>}|VQUox_G{dLjwO{|-SP@Am|zE_K#
z7zWuV%gK7v(y=he)y;Irw4uw%Vo@EG;?`>`T47N>bR^*|)?>Gx?>owNfL>1TrhUzb
zX^V<;Y+k-mQh(DAueWMu2z}NO>zm!nI9G<WHt#moV!d)CaJgD;r^-v+8uIGZpK7Y2
zo(fPpT2^RL>t#)n5_RY!-`MS;FY96Y3EuAA%PP)M`x!Jp-%K7w2A6mJkfMdI?B<WV
zN${0{jIoC{|A?4;LSuds)Z|!*7&ORxPvj#**mKOK5b^iUN>Agh$o(H%el#fG<4Q_D
zlmMyVwbdmyJ2Z79^qd-)Z!~!*)J}!ytV*FoYNyo@)D_%ty`$sy4(GGuAfD+m^gg1X
zz!9EZQlcMfT(0N)!Sr_C<<8V&h0WoW?P2=KP%dt4VrNyM4r{D_bwlBGf3uq&HZ=)|
zYSAN+A1+GzlvXALwuQh`)Ib1^@230OX-Z_2U02gs^*-t*RynbnioT+5ZoAF?a9*vI
zU5b56u)R@vy{d9+2<tWrYr#s&?fHCeW|&x#>SDe2BQ>fy4WNjpH@n?xvMhJIV`05X
zc{yoXwF%1NW9R)P<;7mduMz(T=_$3u%462(N|uYRwcS|M2VszB2r4{=-hs#y;6qal
z6S9s2BKn>uaRr!xmha>ayoS8y_C9hyE1$RJM=n1Kq@$&K&Q^Qwda6x3d8?%>h*Kv?
z>6wv3?^F{`*U(eV$gRWr4WB(6&u-1c1>&I4mZomKOA`N1t!gzulBb{=zAv|jIwxY)
zc_ey?f8#z*<!)OwIf~r2NHK~RV1syfw~ZCfJkls$R5^<~a>gs_Pu7uO`YFYSsg34M
zcC+2h%{6}PmnsmputJo`-Ev!X#?8VVEv{V{Dq#QeeN~+wHuK4LdOI1_E|T43QkjVx
z-POfMN$jNW#JnYC6B{3r*(2;}J%6AZ#pp8mK~|@KhTvuzpCE`i!*i<oCL}wkC*nGC
zQum|@iE0-%oo7xOn69`&#LH(o!qM{aXwc+S<ugL{TAvIO=-+LeBTfs~zb+cDmm=?3
zkouPw^PCA;EB_9!&IavNKNA%I_1HG<OXaj?a?A?-Hhy_+pKZCC?sFpeQypC8FgG(j
z`tkqX33l!$&*zmjD-~8Z@i@c@`c{Wfp&6~bU$3i&i|aE}%H5&K=_o!%37YJto80Bs
z^6ZJiLoei=vaIEsL#$>qj(lCq$$a0yjWwB__>^z_Zn9|!O}C7>_5Zp$t%8)(ICliC
zUYfPcV}EwAh9Ry@aJvsNAC3HRLC!?K7rEk@N|>34(~x~XDBTeriF!I(zAJ}nR8f+Q
zwV(CHp!`Ag0}YDU6})~Q=V}H*`!_%!T|^q=w}th7bbUYX2K1r-Hg}h_uQ9Y>r3s{c
zWE<biC-b`CqTFgC%7}&IgB_-G`hzV(g(WPF6TMun8%quCKsdG}w%4?U`L(%KN1M^M
zsMt&oaa|u?Uh3+oRT7=KtxwtDz`fj_cZ{}%)LZx!bjnX(zxd^da$!_KG@30wN(I^7
zZCbCRiB4o#`!p9UZ#$2K{w5X|7W}ku(vyl2YPYeYYdcQmb|l9L#FP`!_mRtyD>}(|
z`CeTjRv4`ZE1#ID$$LJiruBJR`J8VUq4*}C#J_^q?qjfEX#<a*kznSf*XFlISy;mr
z{EvU^*ZkGw4*2cd8%$$!#snQRGA6^exKG0F&JO%Nao8-j82LnTzt{Yc+iG{inv=tg
zir{5tcp}c4#SS0A5(0^BqO{0s(p6@e$7E(KOO|C&&KcKr=kyQS7VemEx=H`G(S|w|
zbEV7A=SzL4eE<~o0>rMep!w<#EsuMWECIQbc{L)yUmb|Csjg-p^PQh98lPCnfvE{!
z{4oHnl#(9P=0Wj-JU>ubY~?cyzWs|#?{LQv6+Sk4$-O6P4dEaRXo<q*llP200^*u#
zF|PcGl~40Yg7rCFKC6b8o(NFlA8~z%eKLvl2(z`~6@<HaQ@bN4_G|afOhL4yVE+Nd
zz=6A$T!oDAyh=}vcF2mPEw29M>b7Z_+_OPM`F_2_hhY_0wV0yWtQ>1y+sfH?VCB@`
zW*QUj@QggYScdAA7aJCRYX<DDPr8F~xUc4UTM!9N#JmczYJK5Jxr0nZv8TIUQ0rcK
zrG4gYPax5m3M{C}I9>;D8O0&l?&)L?>e8XYx^PbXmR)R>01sQIwlP%{KF;f~yRDtl
zLCBTxT-!`fa6xjvX-N+H?(Qd_P%rrGAR^oe%80ySRv;ovoy?4=+;rw6c84`d5wh{6
zam4cCRR|cZNcqe_g=bhP;qp0!J*E7}?=Rv6@p_7QWuoM+$&o?wn!`!dAv&CU=-$?p
zLh3HB9|KrL#oXd*HEatzaXGoFsW7JFZWx{WpPNYsPH3;%v^B2Hape>oLL%l&ttPhV
zO6?XkGyG`%K=&gQV8VFI)ja1BP6ZWnIdT0`UkBq8W`OGY8mKCiz0Of6g=CqWDTm0O
zTBfwv1r=nuC&n=6r>2hjmUkm{;H%eeaUJ}+uJ%M@aW=CjedCu^U3jd@Jo>Hf^b=fA
zP8z0t=}JFw85F^n4=ZgGCm4O9Z{@CIlZgC}?5Lkek%);-&+cUvhmrEB#mEirSvJhK
z;<Tnv`K(-`4vd#i`GgF}SvDj+bs&(uC|TLwyki;&$j}c=uJ?x@K3ILk6SuWfBRZ1~
z1T?A@b#3RmI|YQ?iX77a<5cGibF>%rh08lL)@HH>q+m0hmBdJhED8kDapJH<f<`x}
zZM<g^l^WLj_wyAjQL?<ERueOBZgZ#7bfyJ{KzPs-bve+IhM`}r8;j$KTF2)m(e<la
z6}Y<5fxSJg?pu<jdaXh1-<)#>YX_vkOl(XEGFG$tHY~uGd!oA(C-sC7c8dnOj#P=N
zA?m0*;RNYfh(<GjyJ{{3^4yScF-b(J6Z32oO)TY96^RmG0+XvO0XG2QF)^DkX_h!K
z?bMox)FXOo`J52P+8@zIhYWG_mkhl<f}vGVz1?ddErf`o2GVoD2Oxsly!}9q$B|>Y
z5B7vnLmsD#)ZL0|OoR5)c9a*|1u~4=(L?1O`8Z&UU+p{B#xcF>1HQhQcWi7<WOAV=
z|CJ`+<ve#DYiGf7iq%2ab~o9$FfmWnpc0d6A0BlTtOnf+)5hJ)xtU;isr8}BJ|}r-
zWoc~$`tG4-E)A|{xFvv@1&z+;%lG$TYFN(c6v&SukYszvTVAo2@vN~MuCI@0v)%js
z*kdn&yw44u?}CVBE8%^|xU-y-Af<prx1)2^5d49?C%YrU8Z`DP8OmvDP<m?l2`hiB
z{Sjq=DB<NZdczEzD#kQ4TE{55*rWcT{OEd4dYymxkbgj_|3Mw}f4N}-b2>+2AOw-;
zCaFu2yL8AXcn7`Dr0Wk3Jk*V-aFnCfo6^|3xk(1ZMn6<$lw(?ZrziUrVJ^#|zPc8Q
zMdB(C$Zg92y)ZSETh41zJgmsYvR10f?&7wg%n+cAA-yn9vQIz%^s^sy^JY`+gV{{<
zhFaxzP9qCc(gwW9m(#BB+Cm-oT<K`ZFCKPd%up`60)6|Bo3Am*VO!O%am4Y&6r=q7
z=D6J09=Q6V8`mu^Kes>={IozRL4_$X^Cwh}3=JMux<<a>Clbkvdh*Rw5g{oelLx|$
z#>RR=otN)xI-&9tnq{c{BjtNd=jnNS={Vk=o?-})8J#01C>}6!U6YB{EOL~zIZ{H7
z;@_Op32Qh((%U3JA%r*>z4#`qLGM~>-7Pw9cOixs<x!@+Vt(&U)Nh`<f@}6x>s__s
zzdT-a#9zT35dCj_57Rr)_(J4x&Iv>nUT$>|7RicAZl_~#(MfeH-=6c^f4)3>dzM7k
zcfVHWHcC5ClTxaj-lJldVETmG#g^tuRS;sy!j<M-(J5Sr$A<Fd)VUs7Ti#Q!+g2UX
zxhNYGedOe<K;@5ON>-~0M7-$F3<;5tELMq_GpOx~v4eFRJK;?-aAS7gvl331@R9I%
zy@(0wSUK!`<d;p;h00+Ds$u#5`C&hV`mG<y8x(r%3<S~RLk<5wX!S!2R;yIxKpP0X
z8j2>GJO{GKk$~`>Nt9cuZAbi=XMgu$tX)i3?EfxrYbOnf1xdeAW(!Wp{qLP&oZJzg
z;}2bl4~8qX6)WFN;=$mbNT%ivRx`0tSSaq&qOAuSNV2@`T3<vC+}1quiciGm7xVht
z-@SeNzEnELL7mu7bTRjb4@`~dn+x(Y*+Ph`?W)!<-X~&smjW#w?vwDhwbTYEFqmy_
zKY~EY`-&P2x&Gy9G(S!tNzY`=+NfPXG7;qYfsf7!L2$P;vkws~m$fi)`xKX)M5$pJ
zL`+mgE~_Y5u=93vJ{T#7>I%ux@{?fsOgkbCBaVB@g@b+=^qblY&$$m;m<(cRAs<CO
zxExMgAIZZ<FTGb((W31o?a)`Q?;3xKofEOmr1YsYQ3PU0l2sRVBlY{iC|eqeKw3{V
zAhIc*fC(#^J>;zLqRn%nTIIFzwVxC5%{?52J4Hs_+z!M2JZ(|O|M>meUIWovj3}d3
zv)`1HYTr>EN8hb0sw%LEa~^NNh>V7W`SZYGd6xMIfvA0;Y!}4Sk68^%Pi7%(&Et1%
zJx(o$1*#BJ8RLoU3-as`Fu_oQU?S7Wnur8AIb9@S0-c?AnI$A{l-QVvWFOd!sGKKu
zsZjakey1h{@+BJ2$?_?GS>hxV!C99_GBesqt{-yuowMTgCq-*tKCqfI9(GJ^&aU=c
z7SgDqW?B-uhP*%nX=_J*gxq|dix*B9)BXXmw%J0RqTRY{nVc)Exz4=NE9dTXtQ7MS
zduF78o7~p~%n7XzWcmL7o!$XH+1+Yl=(CRXNFXH?plw@QO(5muTx}Ya`rN_na*R9%
zPVJHHL6Y5Wa<Eps%}0&*VFn<zt<g<wu?OZS!+7J|k|&V){9~7Q6nwGp#OE;1DHQxV
z6w~+(cVcAhJdgWf;@b(@Bv>!1VVo?VDmbC?Pn5$bjttS6W<z}>UOkAOM*TADj@S*_
zQ<A>r5<hg6(!$^^IoA#@eyFh@qS5wZ#g}^hK41RnqdeZ0!;ZPDt%5KDLn1~6iH%j>
z+aS-%*3A|l%krEm3z|SsqtU-xU3#gauv}faYSR)??yNU_NnU$FGsK5#S)QFK3c29(
z1M@eV57bd!&-ISFNx6M^V+e$69h7T`;m2j+a_??~WBGEYCoi_PUp@lmOEVX-ZCPJa
zCx~7dadlLgNXli^aqd;~2t@&TZb*pO@Wzo;&@-X$q<<7nape8T$e%gseOC;*hrR!?
z%0E_4;58gfJkVMO<f#7bs+{qMk+5y+$@x<Z(B?V&Kh8p9%%c3;N80GMWA~z?!q|DT
z+cvJ2t`}`bpbuog7(we>JlV5}8?Cj<>kU8VTgd<VV#C#nqM-3-xp9Fc$#ze<!F%H<
z#MeNELR}wp55K>@e*4|^Svk?Wz~(p^rI)f@L2^>_4SSwBdpmpaX6T=%#KDSTQyqbt
zVptj86UfO9o2D}Pm>4XW0qBhaoEsf0(Cv>eOHwYEYF#qsuZpLaLLko#Q~-vAA&sYH
z15@9G<Sw6h?`s17H5S@5sMkRMd20DiPvB+x<wUL=Znom#z}%3<17m5wVL9vC&7%&h
z5G^5$HXl<oPN^hAvhnY1KaBOOqgizHT+`See9><jvsG(Ev@r#vfuNU%_<6v!kFf#f
zccYj7XlcHL0QQresbzViqGMBHXenr1S#E-`61DGR%OtnwJa1Y4@Q%;upnTH(;rH*~
zy?*`rH;ee7jX&De-G125-*maFurlWDlC$#c-TOcO^S|hGsZ%<L*5hro>s3%o@vfq~
zppdU?uUxtLd-cby9AY8?sN%)L7R)9qC#H1lw%e(3#=E6hnzi`QpB=2c^j`;qd}1yl
zUe;vvb^O=Ubi(Bysn>`Z>tvZMI3RQ_P}=a7>umP*L=WJNP6Y}1K-wn|fPd<kHqs7q
zZ1Z|`tffR@i*VHr-_fmvhjHY3oD&%WAue<>_oJrDh<UeP&M7SsQ<+jgDqTXKbNLG9
zi=<Y%doxU+&dVzIUF3zUKhd9<vCOF`bTHl)AO7&e+jqbF$HTwilk2LsKD@Z!Rv(xe
z)5b4<c>Dgl*MI!^FaG(rei)c*Uh8VaY-yx_^Z12X{wuQKeSqCGc6IGOW*)j)OVO<~
zPpZY$q*Ig1%jIGo=k}h~F#Svj<k?|FcqZc)a0pK%dFVAnJv1vKp`P$cGk9D%W4Sy&
zb+~;0s^0@VflamOtN<DMC5Af3C*Wu{Y8uGVenC<I-dl7*k8j&8X1E$JjXBT+lH0i5
zJg3xA=VV5U`nOkd(NYulC~MDxsnX@$x#_&rUd`#;%DRT#XUl2KYwLndHLZC%3A^q)
z-;3hI!`<zl{^f)5iL`2Q$K`f)vn!Xkx#K1!bASEf`yal4{jWd&w_p7GZ_WLwWh3Ua
zcC^FIS$HkqPcH3;8%acKBE1IU76fP}W%3c<_;S&CrM81g6(`AQH_!8yeHhf{VxL=@
z34UrY$AD)B4-tnA?;MKDfdKNPv_Ifwr3EGK6RwBLKUzQb`qc8D#5&|v&3NGa@u{fE
zYd&~Cjt?is3G^V@-OqC(D{T{+!`-$2@lb!pgaulLor+?oPU8F&;FGTMHh`i&g3fG7
zs2l)lig^nRVv?}6S$YBi%i+>4HBKE2rt00iAw=P;Aj~fT{^X{^uwcFY`JcAeWqDR!
zzq-n4&b>Bv`<wT#zx(0!cYplDKLvc#lx(OjM~41jRqGZ@*hC9$p;ooq;sTDUXHG3Q
zGV+zbk9j|bx_$HNI2k0{4eQlbZKoyr$1{Zc(ubsGU|t3H4%k<32tE+mf$KESfdD&p
zJy6?_3FbuoSb`^&KSCjoQEPBL*-s~sC(QW>q9X&`aZ{aXYPq`8+XvBsycWg}+e`41
zB=}$73j~4-r__W<oH@%bv6AnXRYxT#85QS;$qpWo+9%ds3fQph4kx>HL#JBMzkD;D
zb6>rAGc-Bj#l}P%HCOY)Vc)d*`RekzCy=vO2X7gWO|Ol;FVD{2{^k!KI5|0+AG4^j
zOI8rK^?tIuHvNg32YyR?Rn7HIbN6u)d$srbnHtdyPR(&ICk?lGecZxaf-fETl}CwA
z9pzTIIuantg-uF^tWLI`y3U=<R!u-rM3e}6oelqg#PaP+<j5%O1Sj>g|3kqBuB!GH
z^>P<Gx9X3hfz<rv3CwdKWJvps@uRNzZuN3;s9PfLpbc-PyR(G05<B1;2&5(oM_+E2
z=ay246TRNd7jf=HD>3ZkZ_JM5Dp$37AzQUdZ-|b|HFnyBW%#aqRr%}BL+1ILYP%rx
zK&=17)lF^tI`C@q@bcBg-R;BqA<wH<H<x8uUN0+76YZ~m_3rHtZ_9V@fB4zIv|hQ?
z8xs)RL^mn=-k9vp)K0-Fc9<w3{hON#v>}yp^N~vz&gSG%l4vzszy70nl0c>nSqjpO
zCKh7CdVcUsSj65G9Dy?vkxd;9?>KecU16hkYfd7=cr19RU;N1B(=#XQ=SP!y=_%=v
zPQG=Kj{^><+0lP6ac|Z+Ii`a6nbhP?yR-=jrTviWwQGZ#C)Gdu|K;}K5O>_*Z6r`$
z-7r1I_FS~cjRxYD@lt!1kX0SY`d$kAj;t$1D5Tx2Y>%oiS~{TD4Ar?UQM#@)rmk17
zwu{E?)kJlsycf<BZuIA>0n=~H+pfBMb+emo@7C+vecr5BGiAeCRr9uB_Mcz>?7JV{
zy?_1s`#=8YztHF`XR>Okq-O6(J?s5+t2XIM&fdO$|F(zKpA)m0Af`OIYv2gVX-7zt
zaG34?d~<43^m5(#%3^(c^SPy&;HQTtjQQYxD2$0XC+3`pB&C8R;sS~4H-r`f!um1S
zsk|b*;a?xApADS~Qpd^iePW9Ez5G0u93{6ov6-V-KcXo7hdum&zdnQ1!y73Th0ekI
z4`cmCsjq*%{*_)sn0tCnBlauTk*rUqxgklqsIXE&I<lZ5&fds#SRagxiLs=7ev=>p
zm)qFW9df(Nq9GBZfh=$5=lhxt@!im0ZSAr3%u6%^jHwh*nQnf!+Vuo7y}P(=+W6&V
z&mU#EyTuhIG2y@b^S{1+`|kDk-~I91e_~uzF!FT)!!55M5?Q?M`ROb<d-wY1KY#uH
zyZ2}Au_!0Hty_Enmcyrh<<(MMw2fr4jKP~~a(X{0=Uf6dKSer%uMi1XSh)$uQ3N^X
ztXEFt_?8`K1aZNw)G|c!r8!1J5lu85|2mP=0rS!Dda!<2$3gzK`KRhfX_e9nQCX<^
zqF;7%;$3w-KzssZ+C**j2SNovBsHguJRb(g+9eig?2}Ec)}r#XHKI|m6XnHu?U`9n
zBJN+2j|Jt>=^|ItCEQ}UhAcX=yrO%Xw^oF);jpsj+|JyGWw~#eY$w~w8wvr1X<p}6
z9=au`^pUcNZJm9JcqF*-%3aC#>x<R$)y?XDda-)BZ@Y(8QeKz4^}K7jvFpvZ|N7nA
zx9{G)|NXE3%*{iNp?uwkyjZOuUY6zS*KZRw`9#e?IU}A*aH8wXV&impI){|Xl1la^
zp&g)WvRR+p8A?0R3EJYL)&>@Q;Rp$2D_2GYdIC{clyKZ|KZ>Y8iU!x6PmmIlM_8fj
z5xIR3Eyk`#!|Q(iczl)97><<B>PK~vC~!OFOX@Uwpfk~HXIS#qRII70P+RI4@n_UT
zld0=)8vlgaa>N@EP<@Tozg#UkZ#<1sV}4`xIC75~DuW8*Z3L2Q3bE7y>&>@hVL>K#
zTeD*>)^e#w&Q3qc-JbCpdM0|byMui?h_>X|U{Wq)YPq+sM1nHSp}F1O%x+ezyO(#X
z*}AEl+tu~;<$ZOCJ1RYk;=`YQ^_zEnPrNOEKM!O&P)L{)opQ|nH*eo70y*o+==$wj
zwTz>s5Zo+Ri~0K!i3PsOkNU=!WwJW2ed=)2^?N2<tWNpERTP$|SrxHtC-wY5B}K?0
z&O|f4?h9t3rwqgiyB={#OsR=UV&*pIf;@EHDLG8T8LOXbjV+msp@Ti(GeyE`=HKqM
z7b{TZ&Y<G>p++x-(;D0Y?YMfa`TgM5ap#GNs$w+`?)J#p!tfvJ6>ngI?ppT1mBd*+
zxV^|>jEb`bE)#3<q83AI!(v|adhidFla`O=372&18>cn8=v)w9KpY)x<=d5NBFObb
zZ@|ko+pv@~-<G9P{<yu0YF5<tq+G-2)77lUtCzh3@@k%USNAv9tK0cz6MtyYzoF4p
z+e=l?v$LCr+)8EUTyaws2VuO<wcageN{xA|vvNZb^Kh1X=Q-J5K%|x%)Pb-4*f+jh
zZnqP<Trin3164Vk-kG+XcFg;(e)h7V?K8wc%JLxCk!aMAfFC0OuDiHgM+k<Rn2r;~
zlL*GEAJ-nZz&uWXgdlwlg$iI6ec)>HkpCHn#Vz+qbc9U!#!*hosB^mnx}94=@~BNF
zlznm>_QPpNp#9lIK^zdERl1T0w%((X8~^Eba(OocnP_)K%6IF~#cH2LPPc$pRU5=U
zsk_zgO7-p1J*m~+2`qhwHeWdo>E_CdUT)88A`PjPO3jvDZWXUFWutXs&`NbZS@F-s
zpZ7171ARAJy}EdHb8%1#$ZUGP|Mjnb{cY!ZL{&!-$k|!>wtV;dKXlY4#j3)C!#vZG
zzW!!<Q>qoU&QO~(v|#>kH;(1@xRAd6ChLFh*u9eP`>wD3{y>7>sPoA*<Pq_>J5Wm9
zT*S86hzaW%!k5ubghY`in(6hAFhMaJ&#0y{VuCtlq8gZDPMM&XDiU!C7@e*k)5@6b
zitr4{2rpD*k0I*nU?wc8LFDYJb%QwNVi020F)xa{;EY?H@qrxt-WlkHrs;Yc47%u%
zl{(GjjHz%|tGkHXfdQ)*_1cN9_#?M-|7t@Z+;8nzDt@_hRa@<uexTO;^PpCcDp!lf
z+OC{@*Y(fmlSx(NXf<Q*^Om$svsd<KwG{8G%gfyl-}ji!cB^T1dq257Y&PG1`|Tg%
zmfD|s?dDhS-+$Nty#JkcqO<(GeLsR0G`QSp54P4m7<Z_55QwI;&dv5sXx@s@HcTid
zpo=8id99S+*6$xjbB|f1(M@M}ba-kD5y4joBG4mGAUgvOAE8={g&TuE#R<+v|5TO-
zo$$;6#Op=Qg`Mn2>qit4e+*3&meKkVVd*PCk>3GigrA(}&Sv3OiK>lMuRA{V&N;p<
zA$)+n2<eo(&<qgALnd!1!73o?zLje@kB*?vxPRGAH)O1A4c|JZ=^6=_>5UQdfOL*R
za;1EzmyQw$+0&H>WL?UBO9lgKF<vrqPtyT`C>5k!E*j<lVH(JE5xbSl*^4LNiz4e0
z|4ebmzy9(2U;J@)d3m|q-rdeO|MI85{N<n53)~VN2Ly-h53j%f?wfb-{`C+4MEQa3
zJ5Dtae+aKB?nC}&F#|$yFTe`ry0gvi7G@c;i10*`5QT)0i%U^XH)H~bub>%PzCFE2
zV~M-IyNv1w+0XX*fesy=9JMESl#UyT6A|tS9(Q|`1g|GvQI;YYz4+IC`XLm;Oee$Z
zBlYvlOO8~+<qzve%OoAbQ!r{$7te7are5H<U2BO7LA)W(6;eBk75YGG9=E0cb#B>^
z99gNRM8epni-@-6w<;o!c(#t+c$LY(W_oRhAN13cyv$KSFthx0sBLceL%${Kk6;uQ
zwT@Y_dRRK`SO*VL!Iu`b&mgK2yJ_PGSz-O#{bEs5r*T2{IidQ8I`il3KmO~t|Ne{r
z``^F(w}1QBU;g5U%U8GOSH1S}FW>&<KYupeZmSPWUuysKs(knM-4Acy{{9a+qb=Gb
zx{QgtYI*3x{O}<^Ed9?C{^0KPT2WYROQa7wS}|X0k2LU|(P8$n-4vJVeU9bwtDBQ@
zW5>3!H@Q_pAkPoJfF20O(d!Wx$JW3@ZB*W1oQm;bZrm>QiPxP34A<{R$e;0T6u26q
zt#kL~ZLO!GBWi=)wj6oE{kOV_ng!?_9CTsy+;}`JZFEE>>2g9vdhv6o?h!?V)Z8?s
zTuu%-5i-QUwAu1uhwa`=z45BCTj4};t#@b&!N957yvwx{#JV=vVEAfT+HSly(WhiM
zKTtu`F1^X+UE@)Lm2`Qpfsn0ODIL<Gc-mLw&wu`pKmXVNeEXMQ{_?;7`(OX~n?HX4
zo9WeN6D#%OKmYS*lV!P7vqGr{davhioSl`cdCo{;5THEN0L%iBJu6IKbj4=HMt06O
zt_cL|9BW?*QMAzqVqNP_KXIB#vUK6cEvY}@5k93nNkU>{x2UQ8N;C2!ct`NHff#(4
zxre+2uUqTTP*))ze8M2iMCME<TvW4ipLRVU){oWi$0^?h6gajZ^4OUKZC%buAdX$$
zJcqHlaWUtNIGBzC=RX(*sR^|>Q&?_Ese_CiK{>~KZJg+YCtTOiSb_e3xx9mYFxYTe
zy~dO4$VCC!&QR<1wVFU+p%FA#<vQrLgZY2%blou#OZFq5UtC*erlvG4w9>Th-n{9$
zH^?82cB0RWl%<jp|L2E^n!w-`2NFoc#QmTD<G&QX{n_vS_{Tqf|NRf&&wll=*Zk3|
zAOC!}DwA?@$eGDY`6TqhE@!W(uf`7c(GP<@8KwcWutfcSa=%y8GZSmKig0kE{&owy
zAz{0@7%s+3ZeX@7a@B^i@t6g|BzXn9StV))%DeY(&xUftteDTD+?utlh4l<!#l1hm
zb|Y&i8|dpmLveC5s1NwzOx|zAOQeO7Iz&z`AIbmJb;fI4i(s!u>gNX=400dnUMBUG
zv(2~GJcTkIO;FsfRnr%AqdVQhsVeGUSG#a7jJCoV;KqOiS@-Ff&nVD2c(Bt1GKeH<
zm8h8!?jS>k>q>3uT3h=S%oW%4VaT$>$$we}q2W+Y6VL+x+71PFYxE#nOA~4!P1iK)
zRi~X*wadZPTff<FmwQ4ht&{I8=e8%1|M{Q)`mg`_{SQC<aQVaK<*VC2{Y$)QejRUq
z`<MUz&zBcTSx($8Sf<|dm71a6i`~_MPPSwkNbA*y`A3vax85#3Y*y?ONwkRNm0il9
z*sOqK?10TG9{7en6d;mvX{RE(&a`}{86mHhXUd8H_WgHn&(7X|^UeDqgKV)EogyPa
zSkDsNxHO1fVhRU&4W#B$=*0D5_TH~2$3xdYsr-PjKXz)!2Oi4>DTKDyyv}J97A|gX
zDWpclf=-{HZVvqYkUOq%i-p)&Ud=?HeBk^&>QXVc9B4NONyNOp-op0R-byBF&ApX(
zGv2N3M0BMp;s@zK1;JlctAdV!olBs5FeWTRWZ?g`QZFs?H$9p+J%4BtG0XApaK$kv
zDN#bUhwXMwrY<mrhKl&~&%OTf=j^{OE-x>4mpAMACXVCg*G==MZ~yZ@|M}IfEO(PV
z^*<|r&9*dnHP1;iXxDK!5}Bg{7e36V%a?C9uh@Xeslrxnw?+dY4tDEtXYc$kd!**+
z^Gy<m&h$6a^4<IIUcZ0;`kU8hXYaoG`Rf6JB!-5V<{}f(pCgz^^oQ(Rin8kiC1oT%
z8^hCAp9*|&?W-FDLH@Y<j@Hj7#-M(3q<$wg98Q6dYEj!^U)z!u&Iu3XH99qFk56jq
zz@V4m7QW}7=A{muDug%e`;KUm;o*a6i`mG@dMMnWxr-0muy&VJtzi&|-$muan6XSS
zFHnj)HIMzJ58<8OqzIpgUP;hhR2mQxht@*+H`*z%oVP@cVSbJe56ekRX^Og3S|;xQ
z{2%?>_+AmnZgz3LiJPX0-+cR*fB)yZ<#kzJ?#zl(P7L=0_g#5?eOd1A|Kz!H&_)yz
z*o?xu#dbH@#FG+rhJ+ij^wy1_D8y<<Tf!RjHAo-k(`a{pB;FgR_$mC;zkl=1&wu`n
zqLBA*qqBGK-wjP=OSjyy5Xf@|lXOIaP{|s)PF&T5BB(4G$aT*=#hJhfZpLZj*B@Em
z(fWC%gfx_6^&1noGzXTENi`?-@78(Boy`gjOm_JwHc!2F>Ik{d?yOPU|8<vB4TSnt
ztVOI|aZPfJk9)x#lZYWAcIs}vjacv4*J<9mX&SIzl_3nRfS>~%79zRb1pLdIq82-R
zZi*P{mR`)WyjMOHe<<OuxkRs~s4Pe}8{*zj{^1XCN7jJy+yKtbgy%QEx>VE9C+C~K
zgyzk!|MHh_f3}@n1A$Oun{xR7{_=;*AHM(LhhO~*GY#>249J7<iuPYGtGK#}>?j02
zx#n-_c0|tO#S%V=#91C$uQ&NfGL_`!+}R_8!Efz<efx`VzWL_;yZ2{$E=myPq$vpJ
z>v@D1pIev-etK9bXFqFBtR_STvyUSk)e|iN)4Lo)*B$>@HGoR#P<^PBAFYp9-xKu<
zmQRW4ME!hj^x8UnZ}K}hbA@rDQ~MKHwU+1@dChnvuQ?sCm8RT(HtmD3ktLn_Lw$$_
z9Tn===;pS`oz;WdW!n8JLJJ;K)Ql6|(gq<9>JLF1R<rN8EVjx(qjm$qidoSIe|c8a
zZ@Na42f&Q6Z)-{dbmZ^H962FaSRIQ9^<s11>mRGzeXMi;)3<;5$6u{xN+-F#)Fv$I
zOK5-lyYK(_`ujhA|NYN?`)4w+=YAV%up%B3bc|1wcYdxnBzJNjgWDol6TsXNn=NGR
z7Ye@6NH|srVSbS)*&f{9l9W9hmE_<4{@uHGXGxNb%Z=UCu0@QUCmTvVON@*<LnC}{
z*x>dY-}N3jk?dWMoWP~2n5l<de^h;f*N@cCFW-^Mp!{(C7(em0hTrRy2PY!i0!>$J
zX{gXU!Vk`d<x+VGan?6D<~vpj*`T9aC9WM<+re{I0{P)h>&ae_glfO?Vej`p*V=^D
z)}7@EP(#20Vwps9OVjvXUF%cc?n<lgUQaOs*Hj=cGG(`lyXMUs?L}|239GzW*v(70
zq}B(WzDRd?8mI$$arrD$kwtgA-Sq0$v0|uSfBToe{Osapwli2xV|Ro8|J&cGfUW-b
zcYn%TufGOivjeY-e%Y(39lOQ(R)0#*&X_VB>1Dob2Jt;iM7Q)nCH}y(4vEV9jr9QW
zIq|lS>W3X;ppev9RyDE9sSNVX^zw5HGr>;}U!c>YC?If|e!>VPEPx+*ot(4D17@Tn
z*N@lNFP{<&8$ll_pI^shUI&tqIMap95!nUR#qkFCAZM)M{2)f_=*TMREEQdM%0%(j
z1M28(YNt^}5veg5BA6EJZkv|bcx)5)cewSc<6!f4YJA|H!qLHcCS6T`>Sn_Pnf105
z`T2Hv?YeWjp=v|VA9>txXcLwaZp5<h$WIONs|TBjQxQCGxZ{^@arbbD-}L11?YHaS
z{PSd`>0`E=&3XdaxZG7PAO7^a@4x?H_rts8Wd4EKgqX9QC_mKk0M)x!Q|a%k>E+wA
zvop04uY&z(?WXh2YAc7O`_M;jOvC&pj6KZz?Y^azqg8T_Cy)(e6q4-B?!t6jQCCaR
zK%O6blae!CptGEteC($*oZgB}&m=Z-eQ08eM(aby${$f*zkIIQjFo?+exwM?Ubb<G
zE0=f(`k%d%8pa9Ib=EF5&^P=uHjyR<&LLDi(T6azgy}drv6uD#4tAJII)ptp-PkiT
z0E0k$zoI9G4l8{Q+tQ6D9Q7v2y&mT0WU<4#a|e9>cuyb)xBfa?%A{K?XQj(nuZ87Q
z2NlKZ5r{5+x#$Wmm~FoKbo(O4#Q=t8B^xB52})J!%_eT%#J%qEpR3vBZ+4eEiyIn+
zrEYvP|NRd?T$YzTwH$KJ4dG}fYC{9jy;v#=eD#Na{Qk9aVXF-Z-@QAt`owO!&oP^N
zv9sr$s81|?MEGj;6LWdHr_5zdlcciEloCgfM0Q)ZTnyB|Tg#5N&k)Se!w2p}0CUyD
zPv@uShm<XnfzzHAz<n?wEh1E($JKXGzf<L(tlz+##k3Hs=`i)B+|%)Ui;G=#UCxLi
zWRt3$FT~8|sE-0>5pn_|vqp3h(hffyz&*$4dU914Ou$=t6R&r!y_R14*ERUiYepfC
zIOzMXZo8bwTAbIWgk&`<?E{G1Vv43NJ%RKZNX#`5HFMrBvr%w2@1NWKc6aydmI`+6
z^>7+czR{Z+=1or?FMjj>2el31b^lZDuCEP)Og7X#Uwqh9uP%4x?y_9oZg7gB({EZz
z9!w`8j-UPZQdzBj^M`ML_xkngcW*UdRYlbeJ%QLeyT#18%<TvTzSQJgL}(;ZN=(fB
zGR$-bYS8Jea?2%}6D=S1<R=93{6L1sZUCBaUcnEi6N#Q&J(8Yk1|h4^FgdBusq0Uu
z@8J5Nd_r7U<0IvB$Gd9~6{JknF&XTgtshKSk01k147J<X?+Ch_(^4=EBM#5-=SbxG
z;;Lr8b7z}r7Q2Y|o5|zeOatkHaB2v;NN_Q%L3mQPSe5RHm6MpVSKAZFn?`#;Vrs%F
zS8A3tSrvs0t`Dy+!4B5aQTR~E=liRT3V6zY`<MUx{Utofq)gN_kLw<nyV>1_mGEKz
zVtHBi46=h6^Pba)Z%jh1Kdx)_^7u(~`Qi`1d;jj;Tm1A`HKW`fa!B39Y6n?jtFo#F
zHCn-Gl3;f`*v#B*<YmrmR_y)|O0I#Z*L*JfNj*aZ2l9A^{^LV?Cu2Ml(;z(vC_j5&
z0DA>cHGyAu|Awkaxcp%KhUIfcI#oZPU|2S^Vpc5czk?k>8U^GdaO|dztb7~3mE3Kd
z=$__8y9e8~TQpSKIBR*kzrXgnz%+YTX_;iFiJw58`?3`Zh+pnX*O|L@=gDNWV8!sN
zmjFp_s@!KHB!|tm-2Mp_oPzvEO#sv9@usQ!YW>r<Kl`CfIP_$}>*cy(GgtD%WVb7O
z3c1{=-TF9RkU|DLLXOPZVo|wzG2JC+XA$KC{j-EXv|d3v^cqNFuLF$?+#Z;~rdw8>
z)w@WbnB~s)F%vqH<-{#Tj2{PC&HY)z4LJF)6$o^YJ)nVsMavDhBYP!uou0>0mJ>ks
z%46#@eto2VW93r<Jz78C#Km+PTN6%0QL-nZt7Y=M3%sj?=eog_Zanc(1%#N|u&Z1v
zUAvUbu~9^9K)>IXQQ%=j$+|URyrZC`QlrAabO9q!OQJu{79G)4)Gy%=%^_F1qh}8_
zm)$mf8&AsZuPLd}|J1o$X!lfG)c^DEX9@WrIuhC4y<w)X4~u25d|dV<vI9Rg&NuN~
zJNCR4*?5r8mxip$?cL1j9)u^{LROoryGzF!mS^loFN(-N0=o*Lubnws1`}42j0=sM
zsa;hDU+YIK0x$UbK<zsb75$O>zPQLD-|0F`PhafNY3#cDiVV*C<v9=S==Edu^~;Z_
zu;iS@ZyBwhYontXkB7*}9t>L6gk9u%L#Z$^bo^xJoy|LYKEM@Z{leo+vLsv^@&02k
zuy9`C2CCLivAMgZYMxacBSRqdQQn}Zy?9y_PIfmC{j$@m@uE=9i?nT+6FqKX&1Xxi
z=MfW&F|+J@0@+|O)<?ocxpua<$^_Wv#ee+vSMC$#IwvWU%Sq$JXR8*LRO_4c^ih_I
zK>R(&UB9s)DBAFRGo3+amdf{I-5OR2Q66x}=Y!c!igF13RujdA6N$0|I=2v2z-(mm
zhS;J)?|NKL_IXRGzG&<7o6jxF1V26Om^)%J!y1xM_W9RG(<kBd?*G_zetzV76g{H8
zN3V0uA_-US5%t5&$hh4}7)EOLe1Eth#)~%hcII;e-#_+EQS3r@GX0nW;#4&|BH*C`
zU^;S9SX3@6m%`m8HDS44-9Z%ZV+>e5HaVBBb}YOi+Fi2KJ`fi!r8SVQp)Ar5;4i8;
zr(wFzmtM5pe5;(uzJZHMLWmz$p$fnL(?7L;{?kS2Mojbx>%}~XJG$4#dhXCp5XVuV
zYx40vKP2I^)wZ<H!HvGikJ=3i?)oraks*uY3A~XxKFBGxij@~U%pR%^UD!GC;9e=p
z>AoY+p)hlTKDRIv{Pdv0FQT$9abFuU+@^vOk0O_h%Fl>g50t_Gd1bpSy|NQpx6}1K
zQa}4IN`mE|t{>x_lkd&pP2<Ft9_3m#pbMXOj29>^aGk~1Ji3AMQjZ*}lo9Q$P|fjg
z2d1Oe7dG|z%7vI(g-pM%JQEfycNkPh@^0@UYnd>cFG&Zg=qkF9iCRmsdDG|e=8axw
zr0!qts!c;fqZpGEANJLD+sl0~BA{)_KTS5ue$`z4<=fxp`LESf7XtfvQVZkS{FOgw
z1xqQG80bVI4u~I}`##9YHolu#iybiqlQGdHT8@-1wL|`3MlAQmX4WiwGFl#5*3Z=Y
zfq5?joWamH(QPYl_@kMN2J#$1Mw?cKkdL2}rB2om8@V&x4ALj$dXgmMIvu4mc1cLS
zq51@_Cy%V};JWwg<&~VOAG7^E<~_(|s)E4!>N%l|+I#O?vLLc5?`XOqr#MxnbFYq+
z%+zqAIT0_7eeX23-6D6w#tMzXEOkf*6E5y7N*3q@(Th|yK5Lle*MV0wfp9~T$v;1z
zIYvt^%?2En7nDa`GlyCat2U;ct~J{Ua=!)&%Qw|@JK5(gz3luXlvF<SRr~jU|F@t0
zI`3ZWNGCa+HQ7zyv?PDM7OxJ|y4+TF+eyY0#F)j3#>4%~9UV3iYQWF#%xFD@+Dv$6
z3C7bz62}?Dk#0|I(Tv(svlWS4XzQz!x<qN#aUmTUZx-SMd4?b(E25>7?};`4`sV^^
zc>0LG5(|ej1$lQn+fpds;JLs-G~R|N36^Z@7!B$&T0f?!5Vqus5F=83uyjscJ&#Z?
zZ=RF*DV(v53JK9F%xdU*-Uv}R1`15)IY>N0vbj;))hMZ|H+J)&!jp-cmwK8X@e|qi
zQ<DZLqd~542Sh2!>rGAtnRVEAw=>e8Za*m_{9-jr0~q9uo=MWHB>UT!FK-Vur#s9w
zo^H3(O->79Wa69^c^A+B^Y8!rXY>3+b(5&gG5k=hWH)(3^UwG9mnJ}Khr-ok4XSMT
zJ*f}WLRbS0#Cqb?-)fI?K30o_*^eywI(zO9>m9*#rBPzIt&sOs`~s<9=z|BFR=JHS
zAF8KO-OEJuX9%WE`0t4Xb?3Nd;0!w4f*z96(GlrAu)W)YPSod-^*vp_W4K4vk1Hr#
zJ#uPCMBAa>R!(fRun{5b6izjTnllQ~9b9raZ{JdT7ukS=WYsYnSvOC}kTpbxSbf}r
ziHw}h+xX?p_0Wr^-j~x>Z`aW|)@Y16!mL^5u&$e&h%hH%H|rUZqnDF;U7#55Uu(r6
zdM2TX1J2TPad)x0d9^;|%-&|j^{;ycWU=pZ*A`1xtn^+vY^rbn^53t2bKB+fS8v~5
zzx(dHcW1U^3{Tj756vz6NqJ^0SZ2X^FRE<#hRm(efw}em6|n)52ji3xwVR^3eKXlv
zr(lFB@f%IwGt*Z8Z?}F!>{jfN;zQotl_9?eMLBKglTx~%%p-i3_yhqRA_!*w@l^t<
zV1x+cDTLzHFBz}jBMC076ftt~2xmYMoJo>k66*s|6G1|*iGU}A_|`{VAj5F3&S@oG
zFm*Rq+vkmNDkBiwgo1><>O&QH<P0aYrFU=IHp_~dX&g@VP>u`u(I;Xn#;7!_=O85^
z-&f~$r$OyO+ABADtO9uTnY7K%FIKag)jw`pN+4EF=9|T2I-hTHD)<X3?CneUhrj&$
zFW#5s<WK+g?eG5h{p)Z3_50UvQTH%3VHQkrArbqnioz<%PE!T11f@qWidQ=x=1K(P
z5B1Ku&(szzplS*yvvN@~fiJdIK@$7gV`gVrj@74)r)-tR5H6<;xB2N+SU$Hf6a4gG
zR+oT@D4_?ZO;i!;)gki`zmB#n^8Og(1mt@7>PbG}#SiM|>f%gVp*96gSf0U(swCz$
zb|dIEcM5{1M{wr`v1E0*U5Jp}MV3vk$wGwzT46@6)wS)CAwd#D*6bmtwBclLr|l?-
z{fs!p?1gS+TEDUC2hvAl{*XQNg*bMCoXB214;?=={hQUCxWAiz#IEf1c?*X8{P2%=
z+ttl%w!$gm+*qVGSf5O)P5dTj(wp1z&71Dqzx?|j-@kwV?l=GZKmYTGfBWMffAO!c
z-<4MVxK>M+tfn!w{B*a=Qit*Cou+t*F1KirDU0MnS8Z`pO~4BR6s<K7{o5^Ob^w)F
z4k11f_<CD9i69#ngcYoh85cMz7@?4z-cQQ9-F4{JL<r<L!r8Ey6^3XO-gPG@xWFW~
z@X_lYSGn>A!}wG6adjf~qt+O9Jz>|WR^i^#`h}h93D4eXU1(?^@3||+y>F~gQ4<L}
zswWU12y(#SUESp@VMiV09ibh{Ered|Wp&aCDyucQLl-NMtj^s=+*A!wn`c}7gFE9d
z&ED@dxXZzf-jI;2Mr$GZe_tiC&0%3TCv4VB^30R#?Ro7+?3=va6sZ=y=hOR(`}^%`
zHq*O5y}FJ4I8~7Gy#f+<ITd@J9{{J1|N7;>efPs3fARA_e*bUZ{?E6+fBpUI@84lC
zR;f0Vy4>At*A3-`Uh4Mzq4qCax&^DqVpv1BhkL71G`%*5{qC56`o^QEys-P3H+N-X
zy&u+9k=So^;<E_qBg=W~DQB#sG!yF$5t)$irN*wJ@eHDYJY%r&G9612QNkoGk;hKZ
z_*dPzDDhsHcpv2GCHJH~JsYTB;@5P%e$hwQ&-G4XDZ_GA#49j-ZS1swTu()}t`F`!
z=ME6ht<iPVThdX|!B{QNcaB~ZvPHS|qK5|uq?u>1!yh9NEo$@q)*l=|58SQWHcN}T
z!QIOBWDT6K!TF=>=&~O~pw+-nP?_u1ZRe!irqx~+U5l5i>r3@x@and+$`Z{o@2Y9l
zdDBh2g*?o~KmT^}L;3ETfBnVl_rL%4zrOwb_m`K~dLhN6)CAINApbvm|Dxu$kz@;_
zX_;;}0bao(SpaVZ!bOlGSx2QAS#r0m9?PTs&;0iIoN@Q({r+!qkk?p|39?F(<&q_Y
zR3Hc>5*H$4<%-CNT#nnb5_G8SwoiAN3`HMXH#OJIG)&lMAgMW?p$EN(!a;zUPf98I
zg#ireP%-ZZ92LU`8HxTQ8mtJB9Ro>*XSjr^EIa1zaDDW;At0ZnV6%5!PU=g7l0=(o
zOpanwq*xF2!Gn6Zjp_9H&R<X6^~JUY#r4;J?)-S6C-)1tU0|)?R3|lz9L4zv;;RBX
zr->bA3nZfSP{TPiN;GnzXB{ENBq&_jSpZiYSXR!=wK5FE?=1ir+AD8427=K7Qq!zd
zoCdn6?Ar9ghN9>B)AFgq3<D+dQ%(Y<4O%NNCfllXMR4ePmU3!#dljqUx?AB#w<u@V
z+t<^b76l@MXHmg4xA{z-4liaUqKZ8)^J=FmFJRXCRyxkJSO4#Su5aZ0gX$DI&O=R;
zK9(+h0Mw{6(9~pV83>{wb5bKcvS3oI7asp0p6xm_*}_anCg(#Zd$4dNW7nvmh1(B}
zG0T3!0L>eXE5T{FXx*hYTs*t|wa%hWBcHIa-m=pKR)cu^V^FQ69s@k_w9>i#{`q_d
z_{r<>zH>Yi=l9o~AIV7lest*j%)|EFsTa?|$3gBYasA&!IYGeK#Jm-D9&uxC3Y_W;
zJ1ixE@DFsVILNT|nL<M_RpEv6XA!p+S1Zsjq#BcmC;~AT^>Mt=CM@mo&@OZb9yv`z
zs}~ezQZRC$vURxYSzekf=?YxRMADDsxP86jGM$d*7)R*1K(d|<*DKWN46=xk$Prb`
zR;!g|t=9CLvh3(d2zSfrG*kbkD%`veW5TM+JL9Fv=6(@jcm+B@D0>PegfVY}c8Yrp
z1m8Ld%hz+Q_E)ok?aq<q%CzU$eh`BJ7837=G-R4RAL}<Neta@;+Ciq0*I6C8EDsdz
zukYVxR%zt(63=WQNZr<&H3V13Xq>@*D>MLr9@bkIp33En1<uE{In#5ox3~WK7&SO^
zeK-UOO<3;ogX_bR9(W-WA&w>{E2plE39BSd0E!++NLgD3T;?S*3-EPV%-}9|x3gNo
zpV_-?`&Gz!R5uYiL7cLcN;5cIFLsiF^twsKGh~#8Gg}!GmiiLuKN$qbpu_6cLJu`^
z*R#CLxlQWODTmWtAcJd4^j82PmHk<yUB6^9^IYBb3g#C}lR_~YtyfnQJBd`qJS6>4
z2}>4z%=uek&cNitGE=hqlh<;83sNmvbTwPX?!`m~VtpIR{M1?N@y>ekCeBX;`8h0L
zIPyWCDy1=tjc0R9$-f_UL||N@N9*~E=dEwQdkzSsYmzgw6!_d46V_)cR_D`aXp4!x
z9a!9rQu6eAuwR7xp>}~9sP1}L_aC=IhyTR&-L>CdU+kBI9(nD4XBY!$@)6Z3VpFoj
zbi4&J12=OxS*hq7hY-gsSTtc-x4rbY)7Ek|gzIOPD8dA#L$7iixa7L3ve#LM|8n&p
zizQ|L)LN{-{oz&>vgD=pYg2#TB2*u3Sb6}em8;`oFkOs8{Mc>#iL=X~(<XW{i`X0>
zz8-g1Ajc0I0I3x251WPLHA|X~P?@mI<bZZIjHs;uW~#>ba_<7z(O4RFypZI=B;rN<
zK<=(gST+)-yvQ8DID~<5SOP!D#3lb{?K$U??k9CIF#qo|Zpn!dpMUrK#TSoXJpb;y
zmajCnYwx)g4Fma11zuT3BRoW?+3zVD4hVJo1r%XjU7!GGuLlu?7{$G=@9yjO&rb}Z
z_WDG48weD@pojwrnh(Upfp|*41kS*fzrz=1^Qy;<l3A?k(8hd@Yk=8X3YlB{Y87;$
zmEBtzQW&|jcYIVjbmfqOi85zJ6&Z>mZNggNU|Vu%r_u=`>)cm=17pCl9O1a!osiL-
z6gI#_G9Rvg<Rf-bm9t>F;Wo=G1z8L$-MGu-_*_Fm6oN=Y6>z3x-j?v8pyg0<KYcjb
zi8<K|bE}zl(i4h!AR-;$DvZ8Jb2)3dLkx7Eqs58{2>8*nPQ(aNa6QG3|Nhf=kH7f)
z-@p6r@$=`;Uwqg4_S?XQ#TiKTzw9)LOg>BDdR%Z#8&DBu*5O@l2OPpH4w^USnwKeR
z=(dw)_pS$ls%F#uuFtnD$L?z2{Ct1S^<i(D4na*y07TxBmK(2H6wU?WSOx?DdPXaT
zE^Iq_%)P<7<Vi<3f_kbI_aKRhdEg=cXQK_Js=~2D$&)1~mF|XP?E<j~La_0aa<5nD
zQT@wp9xG3?D|MC(M_D|+*hKrwO;i>zVk%i*?@t2Anvxa*C?(OHg`hK~j&6ZM1BgZt
z5swe+&eWtyoLU%JE+>Z^22v$uf1x;vf|k;C>^;*QnAE86uQr#n@lu^aW{PLj7l34W
zVe;PR$DMnx+*?g0)vf?l^xpBs3h$IZdiCW$|L_0zZ(scF<v$)jm$T`%S}o6hB`aF2
z3w$5aV!eH6P1eYR2q-_&`~vkN=zHv`gMEmOB2_{?a%Ld`tslqX`C`1D_}ulJxIRLV
zGyCh#PtV}weg}|bEFf}$kjt*yJu;yH#EtbyillJf?viPIbeUs#pqH}5dCFO;66QDI
zrYso9r2%T_U;?~HjC9Ej)5|$3WST;wyd2=OfH4E{VW`LX=BFeo)kL%kRT59(>oG!d
z^L#d2=Sg)YmH<&2nKmZ@WV$sz2m}Yo5q`9>Z`k85ctSzFt-RPzcLqP=tUbGwmNW$*
z(#fI5>Mq@+;A*iNcE-xJUO~tL-PCmqgyXPY$VBtYrOoF{ua)a+$^T0`31ZZa0V^2C
zh}l0ujm7**I)J|RddyS#@&Eq%#f$GAf2SuzL{&jDo+S=D)Z2Wue`rnC$b$$szc4-E
znP=!dCc6{o4+83{>CvCsf8u<1?DxJy{Q}Qjv%mKI_t=lz25Ka<^UjSBYiiDZBt2OP
zvq-I0%!CC1fTkw{1Q0Vwu_0i;3QSwv+-27}riMgHtuLjq2JHAwC+2c2sfU>6Ru6KB
zYqxtEK+5Q;<R6g+5a(H;@Q7$rDd>D<v|2v99(C3Zy3+D68k_+T=uZPAu_=)JVYY}k
zQF}SfT=vA}VquaFXPJuhm}WaU@p%MwM3;+!N@P+&Oebf9nhHWHHZm-Ah$a88HVZYK
zx|)#6fQbKE%e?yPsAM>11}<uqX5F=Je}ha(nHO|r!Sz(~^#A$q=hbOj{-G!XH>0h-
z{?)9R4CM0^U-5a$8%#fZf516TC}hq_U@NL9JRdLt5!db~f?oqT0rLs>GnPVtz|S85
zN^pHhn1GVh+!tKNBykF?(q}M^s?KH3eIk^m#KoU8kOAL_o+uV``7)O}@sPl|<o~YP
za5DE}mrbwvn`O<9tX5_^_AmgD$gMnm>c(WPiUO)NUE0lIEoU86-)6_{elQ(v+!)*<
zzur$z0LWm(CnR+E0mGq~4}zJx)J8cKyK`wP?qTsm0+e)=XW4{e5>;HrSPkJ-KJ*-h
z=Te*rN&!>zs*=(Kw$%6`7t<+m5z7x_IXS)dp{rz7V6=+SN~LK>%>5u#X4xsvT~Cpw
zI>v-+314mOhcLH^y#D?o7L9z4VzsIJ6ftR9G*MyCJN6Z62rT}7QM<qHe5^}fdp*cU
zJd+n(-^u-_u8*IenY6^I>kDqeyDxW6y~tb~h;gEq2onrQN)JRRv5Dm&3|2U6p^R9i
zDM_IsRPQ*3hr^x~4l`I%WHl&W$w01mgc?q9Y1T5+u7SXTZXrZ65c5ql5YM)gUmSCH
zLN!=-I-1Sh)VlfQDFU(^80Q3~5kaQ|jD!L=0C$HJDz8-xA`E~m$&tR;=%H!)ilfVk
z8k<!?h#a03#F<-g@}uMJEy|D@oug4fNJdP=!k2uy<9=d-4&8tS=Sz3?DrVY3mZG*~
zi`mMa7fA^4kRLnKJHcQub5N{~R9R;l`5XlmzwM3IGY;H?-eu~23ckeNe%&@!tH&m4
z_s6vV?(0MJiTx|T|Mi`^Rk#pQcZA?eQ#y00P!nUqVlHmXU4>h?UxOEOwk^aA4@Ug)
zT?SXk;lp?s;~zTe7<|8^i03k5nSKp=0NL(RYN>9wu(0toz>%ks8G|L`2*cQjm6<2K
z7*(>>;T`MTojvcI1Q6-n_KZ^mOiZV9KMAS);_1u)2=;VT2)cw19ah*LMk}g!eH`2I
zy-S;Kgq@O`ikSaHLDsM{w(}WgcC@f_iP+IuDlM{_Jl3HFxXdjP7Ss^9n?$Z>i{Z+<
z9_Ejc*K)ChqkQ_Izb$8s#T4^)GYISR6td4?x4y<IgnO8#hW>S}damDpy7-Cf@wM@t
z*B1kl2)?KOYk0!?{SHxli1I;)Uy~}>N~p7!m~^~u#8t_i9bDO4H%Cn|4?l>flmWD`
zddC39>{;QHtTgA%9F;MB{xE_&jo~q8*_B~gX7WJ~Kq5ViH;VM?s;E)uT{*E}Q9N-#
zG3d-)6h*SRnVtp^J107K+c4J$M-Eo7khv6H7zm<jmH~h)`Z@W^R~HjW8FZlGqQ5Hq
zdC&`ZY%q1M+gQrX^(Ilg#gUAohy)Pnx~|?D6&@oT>4*V11n>=qD2#y&lhlJT91$jC
z{N-%xC%qrK8ktkY{nM#c9$J$%@*sjf@ftNA0!3)%Iklg4!vmHP>RKPP&hEd*`OohU
zZa28ZljnCsvCaU9{{-}Ewk|-ANGFI-6ClT~^N@fs3(ZvyR>0h4ikBsz4x$MmNLfC0
zSSaeAh`X7c3yiZiAER!fc7~4u*xXLW38cMr^|XAdogGhe6_oA-%~`8DRv;%lFVkc;
zanA9ZjkBcXhwT{vne(x-ELCHXB<MVbVZO8}*-QvNTzAEA5Ic-_agmeijV@&#6QlDh
z1dAd^Lb$(yd@UXo*|aluBAK#rx!WmNau`ynZ8^Akei)Fm!#P68&%w9}Z|t!$gQXl`
z2}2Zstk%b6s3n-FX$>KcC28if{cHtvqSwji3i9NBp8(WYL*n?Hf?^}V*m=+GuQ@+g
z;CJk=LA099wUo?*CQ)a?3Z8)4u}r{)t87^4!Kh0-Vn_Fe5C9nAV8e|D2K!Zshpg~m
z_85^=@*CP;t%{;f-9&AA7)Z_HR<@Jr+<U!5o&Bj<R!~v`fJD|ElAuO45K+tzH^*U;
zY(~?m9bL6?{-g3@asoc4Z?^pv_U*BEE#o!jlno2K>R@t`K9@1Pw?wdvX4fDxzK+~k
z3h4rutYIgYgZ80wxlR(Q*Pr_%By`1Qf$xnymr9y4wZpTPZ8e^HHM_}-zZ~2jZh?ca
z;BB-{bvHYh587@eKe(WBM{Rtiam)*NfE9u2Odnd2HS!?B^d{4G?#&~O>+Q1La5C|b
z1NN@{=uk&zy@37HIffdX(Z#zyX8CeE1XGPr>3d&40-Jj%oS2~FU9U_Nz>h>v2m*@V
z#{&WpVj>(ESll`sS7Lpuus&55pDFzA@Efbu!K}1N0J*Z=jM;BMH(hDJp<*BkHuMZ2
zW~DS30tPJ#bEkle&2h5a4KDL!{><92<V1t^+~vi|LA-;TdEsekWFt|YaIJ~{2#Yc*
zMGL?OSxq&9NL$ue=aix-4oMewD%Nl?87zin!s^6pfG@T{au|@e&*6x6p--J>U1lMv
zpjD5a7UVa#teh-X02v4Yu?Yb*pvnXPE!5_h%lIy>v6zDyuF1vw84DV`nf(Z0L)7dC
zZNW(e5rB8u&j<{&uYs-$KH&O1ZN}@g-Q;(_KH3jh7YjQA3C<BbLAkO_oXx#3xv)xR
zdRh@ics`I4=!A_xhp%k>)@sG-qrj08jxzuPPblPVYV+<G;dmw&Lm<OIYTunoWWa(X
zAbQe|r=>%W(sB}t2w5fAH`jxjj%t37(I$zUu}V3|wZcl)M+YE!8V~@GW8@+f&~t5|
zB1sYi7Z?piCb|kh++2;wP7y_>CK<0fX0^Fk=uC@>f>Z!g0SFBDV%cuNp5|ytQ684I
zn?wKf$(&<kIXDihpDvO!H!&x=bEMm&UE7W=C7~5Fp_K2Rq01}Q#-DKxMaFA%97(tS
zLo2dI9!R)RMtFJ=_<OKlkf!x4O`MH~mLOi1a~!Ywn*E;Mt0`4~eS&H~d3`aQ0xu`r
z&z=b$CA=cIc?pRvlnJYLDDH|4y+y~kGgUF?3BU)@nX(RDFzB!>?GNf-CQ&zi8_J=<
zy6alYYZnNALrfJ{Yi(+h(|$a)6A~hog4Dc4;c5G-lYKLgnDF{gmi^=24bQa}_w_St
z!K$ERI$#JgIL<*MLM)-SjPdgjCqP2-<CUCTma$9!6_1yr*~&RHqRYkDrt6ilAQgbD
z6BzZ3W1N`crcqdSiu0J%zBy-RiBGm1cV-tC7u(oaqXZiRr#FE`Rk%`!D*LM<1Tv&x
z#d>sVN_6^e0Yu+qvTl6npR2_58d6W*@0JR|R4{8!0p1`H7koeOo}<Y}U~RR1es4ci
z=g^?m7kqL*zdl#L0KCA<3HGDa$HO3wEzTh#3<Du|?y6*FC;aN|f-);$EM>4t6|6Y3
z2@kk(zqUhD#+>ZMPuK)WPV44w3X534acWIxjZI{(E0zDMR1OeFf9zE$6qWM|f-08`
zV}8Ar6l2hyujUpk20BNf-0eVRI(;*k4&KO#Y$cSaO*)Pc6*XDLilSy3CFa>tfe=@V
zjB^gb7ZN}gCMAeGWZoW7s$OMmGU-e_O${uEu1OV&I#c4%1m=Q%8O21F<K<vHwQn}M
z(VZce8>|HPu~+~0vjm?te?IE}df};vP-|q?gryH!&6-rapR15^BZckM0qdN?erB;i
zonB`N2}~l?ETK3m{F>sy{+jDU&3*UvF@5P@ZdhGSaXd!gjWCD0y<W9JIniw{tO`L^
zHHtq}_}~c%LB;vRS0@gxfgoERuGRhSoPnvo$=VIq1f^WeFa1m=1jGZ0IlVM_>O#-+
zrwjngl^z7!?U63CgkiPr-%ON^YTI9x{jCNIm*los^=}3SKL$=JC>dA)@ki{Em$+~f
zt^<4&XlAMwKg!hV@S0-J%D%YS#3nXWfql|}ju0~Llqq{!%t+)Bx<XAu&e=WZBEn#Z
zJ3lvIQHKouBEoa1>&1SSz||mAvn*}1z(Z;+S<6F-H&R|SVT7Nn5D{=qC61ZW2LnzG
z90aPJ>-A7ay9UXNpR1iIHoGUhK5?Q35!YSc$>MZ<f?XehA-^Yn<wRKg>y^u_?QAMC
zGt&wYfQO=6I}?qWqOLm`yjC0&*w|ed5e&wx6_n560Z~VSes0?to=|ra27eaAc1F*|
zJMNoRnp6N%sL@t(xURHhksn=+lj=$E=oNYC6qz~2{MptdDw$kH#s7>nfb0(|a{(18
znVKP2gTa3Pda|GFEsP8X$2s{lJWIbyfy{@`B3ZFoG-^X4D#Q&SnafeXw6!FC83edf
znNF5FjUa6pqm{BVad(n2%FQOkI=p`|FbPXHLjGY|Gg`6G`9Xe>$q<I|GLxEFmow1^
zTEhFj9J2h(Nx!jReYQd!%~L8|;L<8Xfw}{ig6mvPUf6y|*jXi>BRtse`eWy=@5Dj1
z=lA}fxIWyEMg8kWA_K-e*E4rX0~756xd&PB24dYsE!bBJCMz^%SwzZfo(uoE<Ra6`
zkcUcC|4TIm66=Cc6~j~oLab!g_DDg93_Vxluk8F$Mbtk$J6v2G)(IOUTofCZC~<JJ
zSw%N?6qd0W6>A+uSS>2Zm`o<GtG~&9Utvl0ecLY!=-a0$45F>zBgzx-itxcvcF0!L
zW_e6v?=@44B}|E49`-irh)PDX%$9==M2WyBn#;g5vg%6)VkxW7M8KLQ06AiS2|$V1
zp@u*bVJgVlYd^x$-nPxE(jVZlwX(cO@TrxJ5B>8MQqxv#_=c#^gaxLh07$Se&nZM;
z&tke2D}eI^`|Ytl)d8kaXM%(3h2U4|Ob4eJi4PF$LUB7II?Os~AK$<wXO(^7)fp^U
zoq>jX+N$bnrGxTT9R6+$DAi6G|BOyn^QQ)3c|Vy`f5Wvxkfc=69tJ~X0{03*id2P}
z7iIrA8jaeQ!vqaFg^Us$?2Joe|E!GkK;EfzqU-+dW@}?UD#G!4FA2zGqCsT8zlqQ|
z!xu$9{Ewgimkm22(+yc<o?b3}Hikq*?VGkuPhN&$A5FGiH_BJecU$=20m_<@9{HR$
z?WIKr3mn3GbvU%Bw_G5oxCR6JXuJ6n*<zF6@5m;h*FOM5gSci*C*`7Nmqbk%;b$wT
z?oas~&<X7{rGQrD*^1&ig&R~18W)hkt6R9M3Y^k#m^giX%!m}8w*LA=c$L9^RJV1<
z84W<FrB;@%FE3pn$-BV7>YaAgN$w#pe+%rDXX7=q#8`c^nhl^&PL_Ig)L^I;V;M!7
zgD41*%TlA!YIC^08BMmM>tV#z>1uPF3<hd+uFPMOmxtGyfmo$g9xOpoK9CADCPrRY
zXmX5@P|%1gW&4_qfBirIi=A&Clx|j{js=9^w|AdYGuTUwdxfx(OruDfrchBowi~|f
zm>fiMSGP1<EZuvB&lLR|?v<iqfFWkhzy;ujM<>R8O7!BMJ0_JZ?|}v~8j%tTuZE+>
zhyJ+=>tg%r4{Q=lRig?IOjf)<UTZSK1>qE-6;n(AYylr)JMOqXQGa8#CM_Tlp_82f
zZq0Vi*Btz+Qrv{aD9Gw<P+)a-%RPZ4_tn4P_oeq`i#6{q8wI%Pj{z}(HOdX&{HSgF
z20$!|ls`JHIX`Tb(!Y!nr-`&d=;~%7-5GBN6~ma0HuHn_c#Jlthzt_30Ae6yP(g=*
zkz-`lv<n6?xKIvf|MlCy{{3h2p?j>rB0|*8d~W5ve6f%ziXDAe!0#+n_+L9>HotOR
z@-fgJ1DPL}85*w8p^nht%mc#OwcKVT8-y~*LR4Xy4h1L~+78VoN^9l0;X(HO1l%Th
z=g!E(Mm|-kQ=q^FLPZ&KrG8?+sM(JyRq)z80K3P2@qX9GK#3Y7tKavN)YMpaCcIDR
z;_JnL0;44bsn_e~&)Zb`oAdHLC9nD2_~-!jJG!W2=6g-n#~lZH1l~=mM`0m=lt0S8
zZ?7k<SHovpg%X2FCwJx}GorOWnoI^0;}zc@50`t%MW!R2#HlFqYl<SADl?Xr*9t<e
zDf45>prRaJEdKKSf8#VBjHHl4joM416nIzAD8{CqO7hMi!$OjW9P^Y&P>~ET)=9xG
ziy7Ba#bE@8bF26r3ILqAMkHX5#SelL*lkcpEZuy&^c0w}Eg9;>y5}HaXA=%<-^u)@
zAt0ZvQ0Iy|?a+7k6epwff{J0cUYy=f=V7J+u9gKm#mW6O_1|@U;eNcJpnmpD{PTyV
zvtXTV(B%hn*Edd7CKHAQZ;uG~J|eFzU-Mj`3t(@5vSwx;Bgxey6aJ%dYIeU)6UIRF
zytQ5BVwiOn<AGNHgYlu{{*@v+jI2MS!jHjZG*LkwgPVS7Ebh-Bk>XU#8;c_Q>pXN<
z%gde5{y+cv?e8y?;s?VGsX-bNHS8=+`r8a24n8f+2(npZ*a49%%gYi$BD&B~Bj9fV
z#7tFMO5pH-AG{^T<SQpki3Jwc`>ghl0SI(0<8{KG4%+UtJ<7&(KppI}lHK)iMU|{J
zO&*iaSV#>*zuE7v$M~{hublpSmC)vxsZ-j|YpXN;c>4pJ!s+Yd1_<o2p|S1G>w}HK
z{l>K$S%HvxWk=GL5<!xBRiBp-ynPBP&Vdf!cM4|mn&-k8lX|w<B4Qo_^O;;}y-B|Z
z{vd~qR@*B=kFM6GPmbIDGIJ0xKCF0;yeRuO(zsR8iPs84q%lhl&waKojgMrDxvvOC
zG^4rB(ZAtp{?C8^|NZMPKgkJaBjz$Ma2T&vt>vseHj{8<cw>x+EZnq*xk@cU9WnVQ
zr~M;eM}-ed03150i$TddOAa374!3X)Z#Z!hM?xHC#EzB_jJP-6y1)IA#5g=+rREkq
zZ<5N|dJMC!DC#$H=%2B~HQLkH&de6Wn7qG@DWJF7&(&|8zGj#bV4SF{0c`Z4c7MO?
zuUiIJ;6ZF0k6~uj0w~CNn8?qSu%Kf~k^wCDkM;p2r$=A+^P6XD=9BWw=0&bX@j8X(
zy)gf?D#+6#sYjyGqrKhBDaA?u?=N$1+L2*`3O|%{d@nzZtxM<8P4YvKiFZ1+Ok{F%
z$icti7UjSH>tDaVneMVB<&g!y3kwIyFBU2}`_#_m)M^1cGcump;lS(Tl4rHA{xanu
zab#`1SgNT!xZ8#3QL$E|c&R7Gx<WuN&}|+Adgzu+6ofGlM@yt+W_n2uulW0JAgcTX
zj$}6!1e2D-Spy)SuhjRetxi6pBYi~~0?w&Udu@-u=0vsivhLuS5_jtRQ%WC~UXADK
zy&nMWBiGk6$rN+0=|j?xdk}ES9g^oYq$KCZct_@SfQOK*m!q{eFt*T!n_bJQCEsf%
z;sM1Tt}jQ)`k9<qa5M>W=nh8Da#Us#bA}^rjFRA?f&`U0Yk$z1Z`B{wPX!`DWVe0t
zGxe~^P*eWTzyI5Ry;cY#!x0(8upz(l-kx5L2YS+|<ql?Z0tT$+WwPNVo8yvkV+A0`
zH8{<q&N3UTQNLVwJN2Cm#~w(;==WeaLOycSd<8-{Z1D(6Yz7(YArVD*^Y*&t?HIH}
ztz>2lv!<fMj^d(?e3s($qQ7LymiLKjO*P)~+<!;-&+7NP5aN7^(-o85z7FEp(yK8f
z6!m}@B9YxZp|pK+6z?juH|35?xHZEpXg%i~qt3G)phgW+<@wp)(cPY&NYzvG#b)bZ
zT)<Ca;XRQ)bX9V)+|?k5&C!0CuTYuFwav|bpz~Wv5P7X&q(Turhfz^OKtQ&`g!=dv
z5{lyI|NHCY^|FG6>137^94~^wQRT&UJeIu2X13Y^hM3!1UfAh%SHs25aRmF^mhDYK
zXdyG5EY=BVY2sX|895tU@&R~Z@k9WA2sWrg?Tc#~HQBhV+uf%0ZAUzckY|xe)nq7l
zDh(A(Vjp4D48r=1#We}glEgu<Rq!(B9LMlg#3$CRsuHK`LN9($FWYzKJTU<x-ozc}
zbc=KKvS;Mi<3Bfb&^~we0+UJ+6?|T&@Xw<{;2byJ6AeB&FTg-ZGZ5EVMOcJRg!=M&
zi1V}BK*-I_j!N+=<TmL8=t=v=B~$Pj*Z0#=f5n`*^2tQk1LM;$uJOI}hKvrmOdqz|
zT#nBG$Yi!+s##b2zdt|Q8Ylb6`Ys9&Xq;2M_;I!v@2h_UX*)AXb}bLFIZl?H^@`M|
z-(?Z|PDJ5)Ri8f7GszYOLoNqgS_QlJ4w*=7n~OsQa(_6w!8l0l_M#u&hRBa+37(%}
zr}lvymcl`ht4Q!K<28+YPKM1Otj}5Q=;@#9>jTo9>eTbSf(#wpW_+%6eZBEL&f}j`
zh&!)eyhXi&R>J%6pPSme1*?0a4Oq;`lsk5j`w+oDbLVHbJSDHABm9t%jl{x#j^vV}
zZm`Owh~rP?N-~_Z{5M3dwkC(odOo+ofkkffR@KVj=4xd%mpe%*L(iw+7?*>w_LFBD
zl~?O(G(86({RDf{`rrTlpJ)FuP;;3N1}ehOPcDK{A(9VB02vI%`$4tb>p9R>SR*l!
zX?tTvcg+?VJvGa&$FrQ~o=o%W%=k=L03Tu8+GPI~?rkD42JYbq2q1%lYz8mZN$A>m
zmg#8?m+c_~PWKetgGgpN5FO|X*B5dzwh8`KCi-z>!TOBF;}4+QQJD%-6=bpC<_}oo
ziausa22KH<T7EF7;xqO7=LhY_)jjm6PoCek{k!Vrx>f|hD%j;Ql@Kp5K~utf=s6=3
z1PdBea>Rx_r!_Qz<#32aiJa_RrbZ~^0tsvGmu@f{%|Xo=4VaX(G5=ZA`u53MPB7@A
z1&5vO<gC8GTqgz7WpW_tlZhE##fIokp7m$_C;ew<ELhV)dyUp8{rS(Ik7m$tg&;R;
zH2k9z+4ZQS%WVZ9<8g%``~6sEP#;(j$#l}hOpVi35_QHIz2ufIsAvlZ7}3b&gQ4Nj
z0C6%G?*hUIYrrA)Aw&R2h(Xtbcf_t(1D44W+#V*5f+3<g(_})KOc)1Y7$F@g_6X_W
zd1xip$b(6YiZo`r)$5OgYV@E5%sU*8fQW-?4gt#PEnpi^8`f*Lho+`_a}>jzy7M!O
zzlhJ(3v45(H@FY~xyj{-RItPkLqVLe$$&_npJWciRRD1E98Fj`<0!5cX3DZS64(8X
z{_T-6OkKA#U9J0L`@~GaOrl4UTHl9M#h3f#?wm|V!x9E}*|>r}jng$mL?$hn4z{Dw
zXuCZFNYm{T7nVq~02cGD)cZR%nYjsp!vyOXO<1VRPK%0wNc>Ps!$h1*MDdXEg_%xj
zejI1K&md(mONdnE71n0$wVMgib6ux$-0%{frNfKZfdc(7^ipzL7k8J~*O?Bs6l5_B
z!x(YK#H8$xPdd+?(!gB9O(Lw%T3F8s6t3{qEvk0jqxY0D_GU@Nx|iNBCa9EPr>n1*
zDeRyJj0hA~h=%&m*>0(j$9C>nFR~~o#E@6)E?5{yp_8lUPOI|)R5@cIIl%$^<qTXr
zHwgEo<al6iOjzgc*F5#{aD}r)=o={4vq?-pNW8n5&7Yc_i*i_1K9{$)*xe!9O+wIQ
z`{Z&M7K4SI0g*ukBg=DyX1eVo(&<Y7nf|bdTgHhz9j(!Bg*GLJBJ0j%FZqX*{aB3v
zlVqgYVrTo<O_!Zq>)ZJ^W3QRW&&k@2l}O8jG*GEv8h_B2VRdD{Glp)H5NySe8jpU^
z+YEdWnzUK748&y$28w2XQRHhyGUs?u2PLr`ldLLOH(`XIvp5Y$8q_z}&`auZ5fOe3
zRT1^b9Z+#Pg6!k&dcE$w;8z(3=b`HlxfDAOFr^w8JX0@wR$%Jm`}K9V3l~PFhhcfJ
zps9tiMsbT1gBlpD1yP4!>&jhKrYt#19Ju5;zhCcp+oe*5%y=(ZLUh<$y(y+Q{kh4J
znEY_KnMk7W&3yiBd!B#nWbXBZV9AA;%x~&YV!FFSrkC?Pq5K?VFIw9HV{tY;Mg^!#
z;sg{Po^0CEe=fPlKp}|45S=PsF%fOfYR}aXt955k^WH+jsWd-M<rWJm++L<1=1?;b
z;O>Dj3tb_Ma-dDivU7(vgg*vCmJ2x(FB|oirj8dEDw9d(TfzdJVaDZY3f7r69+1yi
z0yPPW-Kq5$RA|5qpj(eX5dZ`4;rjYNRJfi(<EmQlE3HxVsJG*=^eJWmrUC?(kP&&0
z4vCaU+`yF9cB;*|(QP0|o+CwIV{J<YGC5KVI4*a9QTrdLiQV#)`9ORiC8Qs36435O
z;mTRCb%EvaYCci<L8{*CVf5ON2N?u-m&V_ZZiWS$d{&=jKDz73IvH(Nt`<gX5;x+w
zVoDv#G2&+uv^O_D?j=NM^ObUiC}WoNhA4l?So-5{BJBXUoMfQn?UNkL5~rf)GRiz&
zfb-hVpq>oX9P9yF;5Wn-+i<w`is%NlZQI0!{w=e3x|ppz6CQJ>%Mk?N5|0BEQB|p+
z7G1~c&`d`7c?&9F#t2B&+U@SeuCviN216~$Q?Op&miPWclMh$ejCSxozwLH0Kp?!a
z_k~(Mu+uQc6quwyJrJO|+8s~?w}|`Ix!YttNTd`i!UzijL?j4GataH{b7UCcZ>P`@
za=p{iZgqQ~x@3yNe_%w%6u;=?Xyee`)$(F1Qz;IPLm3|)t+ZpI9K4mv-;bU-|2)P=
zM2EMj=egxG7fF|y^{u8(`g;c;Q#lH&K(iGM53u7}qobMNydoQlc4!VV)&xWbr!4n!
zk}VksdNrETJ3?=!&Q_}fwbd}KX=jbYXZby^WEe;d-w^z51oRN_KHD-#NO)nlSp`5Q
z1>;~yz*3c9U>Rq&O_7$sj~E;&`LS`Kf8K)qbkc~RbFBsiwTXr=)HSYzU^*2$=cG&p
z+r+TJy9`$q9v6H^PU9h1Tz7sb>H~&{31oG1NaMp17^HzIc?2zvJD{u*JtK(I{=g}W
z3CkOU<-8)!ive^5{N<QSE2mH3Hu}rc9PgLmx4<8NG55Oa)g8>QW&ZIv8x8fn$iLBO
z`xbh?lF3m{t<AmYTI0WEMZ4*<b(EKBx65KYEZ}XnF1hZsy|J@nd9&WqhV^2nriF6z
zn`_h<OAewiq~amV_BvnBqv7l(W9-;GGK#%S=be2fvW4bo&d-CUtU|^SI>rI*ig3gM
zfPH&i>&1r5_PH+zKJr3VoCKi@L^6=s*kqEd;~%E#(b^uBtYzlnht^?@Je+{GBbCSc
z&uG0-M^H~&_}VAzf)fTYNSW6zL;wJQ07*naR0zO|)G%vG-i6U|K|LG|d?F=IoS!iY
z01J<u#2(^#Cj*E8gsr)lj<e4zH+sTynJ_CB+ma(<D1S!o@Wk1;^k)4Pmv$^KeKjVm
zJg=in-hBxI5KI6bT@2!Qe>u#PUQrG^qtU4I_I9Vqvo%ddSQPYN*2lM_GTSRnl6s(>
zVT{$fy|VzKro-Sa0G_(HNXsW<o4~|?h+!hqBclBv6@pAUm&eX=aWlzk-luFbbZ}91
z>E-lO>xAJIjC(3pQD+HnK5++N6O3X&*9A?*0&vE*ZfGlN*K$mJlAJPjOs}2|WJ&2;
ztW$+cc3j)p7+14)gCC!@V3*yuzHmnYcKt~&GXs#N5R7(ME0TWz(E;f5a!V4ckslX)
z56<sje|S#3pqjIVcf_zk@G^pLsoSp@h||GIK?8YdI4{%kHUEHm&=BAp4OG?@!VjZz
zG^#77Ctdfv&C9VgDyN{{YO&f}v@g~&G`zezZs(V;ce~|VseDBnCYO;L*OlaRa$&4*
z?(~?03}lw9ZYrl4DF_kFrAkhcccug&EKmd;$@cT<#XeRpXEQ<VbZNQBexQ9KayXV8
zqBW4FE}kb#KS??9xUmZ*b2-`|YexkIe?UBl{I^<b0CBw(01}5Ez_$a}hx4Pm_n5H<
zw<{Jzh5X<fv$h&8RQ47NB8rOm2(eVbB<e5;j}NWF8hKFh`<<Q%hpAk@)5EnRz4@rW
z1*@9lkid1|0-oCT*o=c4uO9FG!S$oI<X2vE{o(oj|AJj3J2#lt(8VI+3sS;~%ID6|
z0U^QzfU*uaI4E$(dd@3w8}Qit3Mfd;{pydg)X!cT*&>N@-K9?Eo!8sR+oOk6{FBSM
z)m%w5JP?}DoP+lQqU~BGi!bLqV8toyM8>RW(IzZA6fOV{IXoabxYDsxqf>(+Dw=&P
z9qf8M@6OA$s9%ok#@$$c(Uz%BTq-PXG*h2)J`MXr0BQi1SpML^1lPzVVl7sVf)IbO
z<^z>d1^qByAifN&HyOYz6LH-&Cpwp+zP-cXp%qvo4=OReA4D5SL37*CndK?{N=w1a
zV?Y}O^II@$5t^9TQqT$k0AnzM-;q11Jq{s`pC8*T{^utN3wW2v?_L+WpwU0t2jcMz
z00Fd7*<rmo|4${DO^bQm>z(SBmYlp_0>x}{aLNyIIT`)YKb{XYKMNr3nVmHwSzjEF
z8>js9&fqO7y^+_~l`(J_l?a{<n6!L(9Ii--gWtv7TRFTS06`eB7*avVektAR_N&SI
zp0(&roNUaMB*VotlfG+btmDJK3SA~+-461!p{v}%1+`7xg2BbjAcX8#L_#v{oncY<
z%(Aw&0HP4Y-W&DPq%1E?rmv!0U+f=RgEjJ?g2tmj<p;Kz)5{tS<kwZJgX^_zctQ`@
z;sEGEo0V53U|rqy`{(z*gn$+t;305u_Uiuyn6MNB@p(qhmA?fO4<`skfKG5mLZpKm
zu-Iu{v*+!BrFjO~XciToQq~{Qti2uIU(eT?o~+hBOa|LwVzp~|xPQG9JyBsdm88gZ
zq{~%71B8q9jdg<TMvj4?I|9r(<*+kAifTc`#8Eic`e11yLS&AU9Z%Ssjcme{@>1p5
z&Bk+zcJbZU<;564+%gc)VCCL+@{Ev00QM1A0lx`ta#Oh%0f4IOkzlrD_i3$J4n<<I
zoR#L`Mi+}F4E^(#lM0wq5Z{}?0U&S%h(LjRrlLC)c&N;M%2N+wrz)spG(<@10fgTL
z2cR0XB_OH08}<M2&w|20)Qp6=j|YSh<owRTNnYA8Ls!fW)6Mgo*{WzSy3|YOYtM7|
zY508uC&?B%5}k)`7t!HnyMI^iq48tecVr+x4tC3Dk?WlgM{n*|$y8dw)HLh;W5<$<
zqKNwabxzkCT@EY`EQsgO?VwA&QlU!#4qR<zEfde}*oaPXG5`>fn%2zIE4%0&JtTHK
z41M=@H9xXUSlBVrEtHr=ECQGaL4~zyZ0MEjXDeVF)Sa=8qt(HVAV3K5JR-{rn*npZ
zXrc%|bAeVO>Xa-jPwYktBF<@0fqMUx2~5=16<$GjE!<#rmkA1yNYq~LSrZtmTJQ~V
zZEfoR6W4`L2tSyC2}99c1bK<z0O&x2tf(BJ2}YCTj?1|E^L)ZF5AU1cWP02%eW$+6
zFGq5o^1I~Qv((`*cP6o1Mt)2VD?7gRzL6j*c(5na#&2ea0C7N$zr)-`e#}OT;~{sW
zW>+(7m0Dirg^RqVtWXdbl3$M9z$)loXatcU;w)NIhapSDMI?yGgo}&0<!t4}Qa#`0
zMZ%0lcuq5lSHOGEO;!RSB}O<Q;)}pSIvu(LdNEc2LTC3_rE(WZhm1pvrT#}SQi1T;
zg-PCH?vO@4aRHMKy|r~tWY=321QEU#Wq5@667=*#y28(2Q&+u>g?ninvV_;~pU&L}
zXnc0z;l1Gb932x5kOZ#=QO{h<jA9g&6MYr1k38qhfq{hw18&eR3qmY&PBu)zoS?^U
za?gqZvwL#-{-)P!7nEnUPST&;OTV9$?bXUsfMk9xGq}sSbG0rj4|kv7dYwmQML&vs
zGdye$?e?Lx$~ijjvgO3l02MB+Wo&xj(EH}O-HWJ0rYPT(Wgb!HW@j=eGFZ}bTItyv
zH!piBXA2Q91Fkn}SdBls%!v4LLzeGewBTUB+BPh3-2sXa4r{C|4;YVv?sGfjd93S)
z0R&4DlMZEQ-iW-@1QCAj!t{J-E#g~1AIG43YxJh)3J};ZyaiLop!jPpB;Yzo1_F~<
zSR=E|Flb^%F%jNNEWBd`To_k041m3B>QgQ(GYX5t0a~bFt5?YPb09`Ais6@s-SVIC
zeoeYwxD#d1=O&+`ym)^AnU4C2wdSq#Bp)!@)9|iP!pT*sxJPfb=^rN3c)7os*?GF<
zbi0{#M5ufl{gIyaDW1qcY_Io?{)jZ$sLUgdX7bJlNoHYWDhK+S;aM6(vSr%_*cVY-
zXF8dzF$}~G0aI)#pI<K7>k1siu@E$1S#)r3wcU%{1I$>CoG2#bP!-|B;Yl(aIP6h3
zj8w$<)t4q6N<~B$4S;;^;#7sGX)XdbIz@>pUO-nBAVY9vY?YJ<>xrSV7*#juU?L!7
z6Lx)PhAwn|tl3=(aUlWs0o!e#&lN|+^R7R*PP$5jBhFO%)LxYdD{*?A@dVQQC0i@8
z2!TTBm#5KLP$N1&bO8n%_1>j;d=VuHgO6(Q^X2;k$o|?6?n?5_Gi46jUs|WgiF}Gq
z2G5L#qc~h0+JjvjxBlb*{HJv?Nd6)(y`Na9h%Nv?JO;u6WHnp3pb^GI83(QY%=Cmo
zCtYV+G<M2zIMPQg*1$QK@4g~X$BfuV$UxjHFC5i~V?YImAu(=8Tye%NA#|Sk6tjil
zP^==l)J}1vKN$lN8JcfUNM>nyX#Lg5LyJc#NE3pV2NM^%j|DU`AOpg0aMXXpdN@mA
zoPzb`?Zvrspqj(_Vty3D0+}G30`RV%^)kU?!L1mKfCT(Z;Ij($%a6g@8BJ^)2oE0j
z+!)9vN*^O|f5|8eLljn?favMdybtQpdwlMx?=H*KPFd%MU-dh$-=BbJABD`GG3*#T
zI!1P&(j7LeX;QI|UYh2c!({~@FMhlI?f?GgKW%D|wSts*plw>()?xr;yQaQB<uY+9
zUCp$Z!JA-Tgcf_tJyFV4W(&5KtkGPD)vxBWu~zuwb%CMZV8bf%%Q3t?02(x4gTaf1
zlGqg!z&&CI7D!aw_wj~CrxmGt6t-(n!Do!BK~TR7xX5^xt3l{;GOdSJUyVGlI17?z
zt?}(rfqr$CC+dVdUIJzzMg&l~dJyF+e565ODst}L;JdvC;nx8S1;~_lYL7Co0|asm
zLA3#>vBTXJ`t~wmDTqtwo`7Z#7zp^sai#Q%=O>^8C<pmb*r5^KxC2!Nrme|0>ry$X
zvD=;uuSai}YQ&dT1pz7@h7Km^+gWP2!<92SowZ@zB--56Ka3<_X#MinfBm~2#9Jr=
zGL`f|4p}u9UfNjn#hmAUa+Vx7y+za}2EwUG%VQ(%J#tKBmo0bF3$nN>lU4PkqnU~#
zlyM-|_d+SRELN@;aR?AGea8+Ln50}WSAuyy9C%PWmrF|01%sChm&v3wle7CO!U3nc
z&2f9U+05s|Su>YyBiOz6af7%9+rg|>Of|dCIUosI)q!?|?gbAxkoz#218j$F4ylA+
zCj&%ksq6`yzJ7lf@C%QzAaKNZc1b~;`8iSf-0OTDc?c2pfKj)zu4K)zG8NVyu8jko
zT$K@oQYnL#T<h4?`tZ)dgJguV1f*gc4lD-OYhz2%)7sX`v-Lbz+IT)R)~nVpw~u~(
zW-VgHrotno?6zjY^@0-ePKF6;aqiSsAGtCp!OMyLC3^4pI|%A^mu1sIyT2ZGI<w9~
z&o-qph~QW+Jo|9s8Lpt25U>zHxF+aW3b;9-5FF!>MUBA4G%EaB(qsl<9YAn|Z7}*a
z$BV_H-Ci^?AdLvFKI;I4Zx6qQK;e6{eMV8IZ~+ejJzl5S!}G^6RSp(hUcI~iP`?ZR
zK@eT41C~1gk?*IYu3Y<7$rQ^n)cFA!DNk%azY<g#oJ#oDOGd-p;xJe9)6V*<0<1mC
zvLDUvoNDk+ne?r`FXqo2pD`n+Dge2<ITZ;a6BSBQl&+qQce3;U=JwHVul6cJPT||Z
zfJHpL&h41h^+a!4c1q86jw!y>2(FP!-Vs0tQcT1SGN)$RxxQSq7t7^-nVA=0HyRey
z;b&eL$3OxULF1KResXk&5SlRHAl$I%p&7_5VYvioII||jY7my^iicHm)6Sap(8{Zk
z2NzUyrxajaPaS&I%v6QFH}1qBwO?!U!HT^ezO6-g#kr|TxPq*bkm>N-@l0JDJzxXD
z2=v(rV;JHPehKy<MSPLiq_YXRK<-aEJibzLSm1sWFBGw+-q^d|<+V%})n89<o~%nf
zyLqy)LDdv-w%VK=gmpIX14Yftp=~GS45mPLUXbW;Vm_+HW~Kcf<>sIR%(E~4`e=Ex
zF>E8*TpF;5TMDJr^PaagEbK;eXZrVSSz57{!wG-~gALq<w4B~}rCco)iQ(~1ujed<
z35)|vWS*4}L0H=&oB;QSdp(5!tl(fmwk-28fvFM;?n;+LZ8aNn?Z7@zYs58M8~F@{
zG$Cnb?ib*k8nz=x;0(h%&?|Jx=}dhrjuH$Cpu-n187NnKU(CC4(%B9+x;j8&*X3@c
zW>5g%Z@z7u3ekhG-d)%L;E<!-Ln8Ei#DmUeULJ=(ltnr(|5s_0|D7L3lZlxdiR>?{
z{>?ijPh>RW;0VKp2*_@_)xLtFSj|p=)ZiNxJJ{<L>)GKbo!h_MKKlFMm>abmU2d25
zMcE%rhTk;TvFO?0+NBn@T!2Mlmsi(IKnHk%=v@tQ1YbxbEbiT&w*7SO_OwOPUu5vw
zTX>)jzk?13FRtA(8&+J?vT;qF!_H>z@gZwf-PrlfZI4VeIMK*iL0!kG$NBAm5==4I
zDPG=NN0&5X1g<B~frxeZ9mJqZ5zBe!M~=gIOzrja+ZFIt_}9<)2|OOCmS2mi=E=(T
zclCsXZ>RA?3@OVpaE_DN>#o`f<o1`FpQYwrSue-sXf*m}G#TucqapVf$f2HhPF8!T
zY=<VGt;m@}W&bSK>g*JNDBp=hkYsH<=<!##ucniuiQOwU+nwqBXS(BGm{3CH>fT-@
z1Q<-Ar)Feo+rbaxAlO5R@!bU~g0G9)px#iK4+dP<KtL)2HjeQS>~4V113xX%a5w|h
z1X>0h>xjsB=Eh{>xH|IylG(C>i$>l`yw^Qs2>72VW>o!74HLYCU;?VQu0PM$y>o<1
zalXX)+Oc<dq6BS0?+M*0LsqZ#<5!?cBAz?tp#kK*;KL!vJHk+8Zg}#|CNg7$RvY<u
zIa2xA70no2&)I0#>TlkDZvygWG&ERM%vtL8=}lx#R})G&8P0PBALVA#AI`4#yH>?O
z-aLBra<Dz*W=Pki1Aq!ICNn(+dXWrA(%hBZ%rSlt)0vpjU&GD-AcJ))fT_meZ(l=h
z0boonEIW5BWHO058P>v?NbG<CTpz$epjYLXi0{GxR-+>EeX|`6$13s*4j^&OS|g1x
z3Hm+(LpW6?X6n&y;z!$-1nZ{z1f8wAb!@S<>*w})M5AsUm`DBj*?khM@_wgn>P+7t
zoud8fbM8jI$T3*&!9YqgwQUJA+1`tFp!6krT&(kz=?h;Sx0BImu}6G(ef>WLnK^WF
z^!Epl?IF^scUSpv#71=4@bO~q&u}=cxQ8@dRlBa9w5NkXML%}8x4+!pzIr~<d9YLv
zy5S!xazl;eg?x&3J}EDX5b$K(VW|}LkJz#+J}JQ-Nj)Pmug+xcPK0BzRH}IgKsClH
z*KZLqf(v-lk)Qx!vD>)n&la1+O(Gna)K;^F1&|Oh8VG5mR_^NQ`#pQqm8k9gWyoJV
z<q93Vnk6<TzJvzEu7WS?t~ofVcg>7?oVqb0Z32l<-2-Dj9QFA_$|=Y@IzdVYAghuC
zNq#0yq?Up#J98VGoy;%8@Q!_lrb5!-S6(dM7eJ;msk+ixdEcA8cKk#;K~f(;)T|#W
zcyKuDOmuqopKfnoK7afwj<*|~YD%R|RJN)LKr-nwzp~-(ed!#}s_OA(+*nqtNfQS^
z&~;FFBpi$&Xt@3SJs}3HRe7e8o1p*No^y3E&XB+`OO=HS-v1Hg+y?uVz+RcK8)90M
z<+66f?wzhfn+;iD;7KfLq!A}?g&rI=z|Ipc&+bG+zzL)fb&V3L47YkE>aH2DNSwR4
zy7Tj8NWnrA8lGN%zRq3ruX3WVm_83y?w}wmh9GVN_4~7sY^y>&wE3cctjo_nxtu3B
zd0(1F?@vGmHyh=dUzO`;V}8!TQDH$v8J;1syq>ANiSy0yo5?`Mng4YA+ZQiheW#IR
za%If<rJ9e{N-NtxvA&k!RszWOqJ#lhEG$EZVjq^~ht0Uv3Sh!BOw#MXULDl>@w5}s
zGbBEz;CSo?VFl(-=glB`LFQZJAOs`m4Z&5tO96<Nh8Knq7$3T418by_({hKJ_jI!R
zU#GLd=yOjpgY}8?H3S4Fyv$R_)#J<CfMpF<)%#sMUc~mxzkXtkC&g(edZhk8%~iUQ
zr%xlbB1P?d8p%~>!m0q|N2DQ7%cr&CokPvHR77%Opy<iXXjGxcpf>PgGRwVDuhHne
zqX@SLHT6fb-VBdE>3OZE1%Zse+fAg>?#i6)mxg=1{OS33ubx|P`P59*TGe=*wqi4u
zHjcFoOB24$w%WLCt3VT)+=(gmN}e(R0wh54>|Qp`G!Qxj99%8sB<X0p0<ZnW64?g>
z5Z4@>t%@N6I6i1;sWCY|&}EWcmdu|8?kyFXdDGxUBX23tGENzd9KrTUhi@{9-;&Hg
zeeoSN_*dtf&+da#9s=G2;b7?*$?6Yb$AmX5a@YUU7OYZYML;;BvW%3<S9>IcRDTjU
zA`2yeAQnbe2qF?k%6b5)>R4H$Rhs;K7;U8rKRK?-B}KRDHd)_yvZvExqCJw$v*R|f
znvKkKu<N!0DwWZyS45lPq2eBrA7n3YU;bjJ7*r@R`bK;DR~wxLD|Q&NTMRY+6&gT}
z!xGK@XjW1;7wP$ImAOhdnBaio=!nNqfSg(eVYf}&5f1@zqp>2H{8wPNLj>Q!Y8uA~
z9p)23L<m3^_h)fo+R4cS!W}^pM29SlurXmZau1=Gp4tOxa@Iu9*?iZ2tQbr^)C$g(
z_h^p5#w>W7wb~iWVr#>5`sZio!De4~toK}e^2Cg40{5dj$(`j{IngPQFk-f=h?}vV
z8vGz8QUQoDSuqePPg4<Fv7GBw`x4SbhI!N`wR%I7MGcPDJ#BjG`QiO0B9wJLo7*9`
z<4J%<lS86IGGr*>^r(vJob57g$;<eQ+poTVylVl?*nhLu0fW)CGC+Z|A|BXKkoiKE
zyofOK6$JK~&&bT*!J2~m<{M`5g{9X~P-nuvwlV<T>1#--SjfnWfN{7N&-3;<Gyw4M
zP{bVOkO<j|{8+3D#=Pvh9z}8Oa+AaXa5Om5NS%;H$1>%UJ$X>1sDw}NXFYy@@2T=}
zt?~`K{7&(E8vRtQHRl(n&l!~W&rcWS!5Nr2IM~R)oJL{QSg?MM5K5%|Dtekn(u}2{
zBhL+xJhj2*l5CLtsQxh!DK(5l#6T3G=v74G*|sjD)pR-?Oy$yI$Y@RJYNaZ_diLI_
z+y_UM6SvZy+rd6Su)(ujtJn2N&-x*UT^;O%9&cWLbz9L7#E5KiX~I2*(!iB52+58n
z=a!tABOVV|1-Jh5p|#{gC!SHuMTEZ&Ac8NKIe6NMQV?+6>p@tow*sb6wv9X`g8M!k
zRRA)A^ub|EoNYG+_kUm}to5RSjYi&5sO!&xfc3BtSh!jgsBB}dS(!qv*R9xn3(E6)
zyz4@4!#IL>9?<hhw8Y8t)RqSe7Qhq(MtlF9PYLKUR*RK09Gvl?Yxs~r5h)DOHY|xB
zj+rP%p+MxR2O<VZfQRUR>M)zid$oBss?CQeabqxeGZ+jUgpB5-Xk{<;$=hY(tv$<)
zq7_NrAJxo@I~|#!w)6JE%=%IG4<<j!<J(8KkG}uTp+u`%8H_IV1Wvh|co5NLsM$$H
zXtH=bD-*&F?o5}M_O!EX5o-7%>Q>!bDc~KT7fOHCqp&>phr-aSv1O;M&H3-SAY35(
z6}@A`MZ7OaTZG8Q3qCs-UQDVJVL7$H(W60<M(PDR*uFw$ZGij&;PXHY3rBLh5PpO0
zUVSy?@ksx=0{A#_973RAjsAY+k@L`lV%h?1-OgV`JPDqih*vHG!KA`coWtURXSR||
z!}&b4?_86ST>qJAJ)Rn;hXs!x13Xa>;><Ry;q~@JHr)y{BzO!eUQj_u1tM>z(_@5A
zW;s#E+gPxsz-5SIT;{UE)$my7dYNtyI)7u-8R?Ve!~XT_ozm>BU;gdUZ;vYmqB(}5
z3zN&fPIVhS8<+<U1Z8=ttw$B1kpL3Wgi;0bNvP#;OPLgd4w2W%pr748!oEwHwM1o0
z$w1hAAZEq7Kw<<80u5pp=>3afhkJXm8tS<)1D41J?X?|3K*ls{!!jd^8)@V%1X~98
zSqLB&uq5grtU^7ppSL;B`V+I}M;s?C9~zfj%_0tV*IJnXB7rxB*DKh=;MYsWG4^15
zjs^M!pw_nQu?^#LPILnrk^QtAD%KGx)X?5@i6EMXMBL|YT<T9X(KszeZI)M^#bj_&
z+gGSD*iR;t{ba8|q>^Kvc4hRQRy?cC@%}ClX$pI@t8j?%km;bU2JxoltbRP#;4s$%
zd51rzy<T^<PS#s9N5}4Ow~zj|GtgmCLg&@0dh>HN1S?ZPAkIgU*|d%Gc9xC%Ws!0Y
zfZgyP4+9VSp?^T2;WH8FO$d1F;QbuCq+Dzav6>3Se@h$(LDJzNgQXP=UZ_n&Aujui
z67QHyX>yTwmKm>uJ{w$Vq+ZZT=cqd<UamcvCiObsgbcvn1+R_kZE_kCAk@_3!-T~z
zUumB@jtX)jR9jvU+SK1VnJ73A2A9G2>qTaAqf1*-Vr^KF??RUwo?6H-CM@|;?J<@t
za+Vkuxq*>V5fU(D{iwl1YmIVvyx9(x%Q{wI0Aw(DJ<(Eq?j@QW%Cy_<_PSc@t@>{<
zh<B=tVHGI7nGWcb`=iq0(hE~R_G>y(jG}r#X-~Rq@=gERctBcjZXew~<`iRR(xN0$
zf0W^lmPU~MOrvMs&f<kE%0?ftR3=Y5kO+%@HG0t)s<0oM5fauj5i$V&P=c;@)7hrw
zVVp780FWX|j8wuBU8K9NDMQbWI0@D`cC&av0uxI_%GolD8?0#Lt%Q199)6IC>4akU
z^>Ph>V2!5$#IF0);DiDfyg7@Yknj%Yr(i^d8=DwX3IBQlWf`!teka@jXcN!}ap?wd
z8VX{t<Eci4pUDjpS+kX-AW`%*vfq?%<f-p=ccw1wIX45d5@j~2lz+D<ub$nE_J&p%
z%hJ@-_Z47N{9`Mn`cO>dW@GeBx5AN1>-V?!1(4}(V9a5A4I{>$H8BLEJe;a(@XQW+
zl}UGJqbGK7Zc9!5(IPXGgo~xl)>Y((>w(>9U_=$%X~H8%b!9RYl!qV)BTp~)ErI~x
z7zhj=FZDo$m9Q^JHo3?>*S(2D?~@CJse48}M9hl_d>`vT1dnC1utVyYGsaxm)7ijQ
z;<SShHMKO-2#D2)hy_T&PnnjWnV{9i><KJOzDX#okM-?qOi@-_yM47LwAh~CeZ$*e
z7N;}UTW3P!T}!$!1W6A$p?|9XCpHh0PUmg{LF_0g;|z%ud}#BPWh0uAI3&@yGdKJt
zGDCe4L~;oqvI}47{WKpwyB<kIs374r0}-GiQsYbhQNhQ^fXHNWTo=v*QZbR$vq?RB
zsbe#5Bp%5c<ryn7@<#dSNBvy!i}m%XiPZ-ZwbUtl6>B=&Ow6dO*57U)zk1$6bTAA<
zjc01BAj6Cg<CO(Wc9hK|o?hc<C_7EL8zk`bV$brG2>0tDxA0$8&P?I`aV9JcAT*n;
zTS<l!f(Oru9t(mC-=+ngjo5v}7Dku}3jj)pNd$uiU<|LG4ZiKqFxVhRBX<cW>rS)Y
z?WDeAKh+a50-)!o%X<(2W+Gq>*dIi_E}Q~jN?hRieIgWIFP4YWh!0Fzc=zRMC1oO1
zB)Sd+QSxJ?M_dK@OPKTA0EgQUS;mrE+7cPKaS*bSnWMUDI`e4OX)m@DO)9n)M6^<O
z7@|Iv|D!51QW&C^2TFw{Wqlk>-%RTVS7~`}0OXCPGg_*%YS5}6>iT~Qg=vSIlfIbI
z+=g4)S<j{X_V~rC3LsjomiBRIva!1{1mt2nwV0A2z{Dn&q?q5B5XJ)h**G>TS)2LL
z9k1{_9>6oO^T6I0euVzzckQbc&zqvPb~2yAAT0LAGOvegC$_<I8x@iSTZ#U{edr=y
z%yCFIk4P_PTQFdq#*PM68Udkpz*H)!LcR?eNdO_dWs&xG2*9a_SD#-VH9j*dQA2Zw
zfoX}~3_CwNBlIcncfD|z><WBy1)fDf6?&1lA)|?+Af+9&D_KWm?O5uICLGp{ZY^24
zB_M`_Sm(Q8EKkcsB`J~ILuam?wcCsFcrlq6+tgO8^zq)Bv);(DR?^`u9Txl7uAJf_
zH;0Jk&Mqn?b0ZJgX%cdVi70o<o~qg^*NQyl<a#avB-tD$wjN)O^F(X4ax)p|`OV+_
zcKf$iCdj<yJ|sp=l#8P%Drnp3&5lG^sv=$3g~}DUyu=x8ZCIZ*>-;z~Q6Mb@k?@se
z`;cK{i$R;L%vc$iucTE?cKQh~0w)OcT!h;%4C`QaF4u>F-N;nTxABJN&?-DCBBuhj
ztmdJ$QX_vN;c5{XyWnsFeJ;lWK=TU0H8ZahRBQlJND&YVSP!3ghhrbOEj$7{gtgaL
zQy#9j?w)OzFgSYvi~_54P$<@RLR;-auNa7e3CAO7L>6(5=&3bZxxdH;g^>5%c}jkC
zN}<A!-anuAM}zTxJl1Srt2Fw=qKE{MJ=n99(zmoh>HQm*$wX({ySUye>Y_X-(~}S~
zwf=aAM2Z1P8A%sNR}qkUU;bq1@-^i%?bL4la{JZGH{YUhs%4-e8|m2UWayZR8if@@
zO01p9LA%)wE=sapajCXd0OIQK;DbPewGen$V($y~9d@00O(tH6$76b1km{l@BnB`7
ze2N`(FdAabSFUv<MTwX8{yqP>8U)?uQ=G@_qmf2x1(AZf&7`K82ah;`0}eDXL6_XV
z?lsK=NrO09KK9D<<|%lqW<bNP2|0#;jc3Yp`x@su9B(`{WgS&ln*&MfPq6rrXs3Ao
zG_u37G!2m$ksG*pN`H1l@6)Fdj@^oWwyqI53hPH5=^*(>vc4Q`_sivSprOHlh*=no
zJ~2#W@aBy)F-gnQeqb@=W>$j3dDXu@jwa6hbpin_fV`dno3VbC(Y4OJzBx_?gSsdY
zm1nWr?J2X=QIm?+^OuiqA6xXuz)z7)F0{kFywp+XERI8?iHg6LG-I<hTm<O{q#91v
z?F>3VZa4<(5cw~kr}R<pySFkkQ=-$DFFlmo<T2sqE3Y0v26S%IKBOVS(hz7p0-Pet
zYnKbFKqHny;Kez}XmF&FT0yPIT-kyz>-yVw?)S9*xn;OH=1YN%3vI^OH)D2&`<{ZI
z?nL>TN8&YiUOT%=*PO|Tssafs0%A;4kq#&P*|G{nOCq~d{zZ`?8HQ@;f)Yl4HVj1W
zD}Qu}5?7nc#aQ{R-)KT0kwFd51%{zqBCjU{lBxOJzm^uL(V?V3?KC=!40+iTaT(O1
zh&~^j$Ki)g#9JOl#<MQN7110flWlaRlcXw^cT7se+uPfp%s?#7E-X&$Mpw#(o@}-*
zy`piCz>r=&H+nHYE_5<p#s;V-o@^E^sDb(btXE*S3oOC}jGESj6%lmMnaj&%hTsu1
za~44nxzx$srdzA9;J}E6tJ8cDc9#SY&w}UBWYu3}<Sa3ZhJ`e8r?AeJKxN2uWsO2U
zx1ZFz?FikCA!tp43Y-axBZLnb?E5{?gIXjzop%}ZQ0gIsU6GGCz^U{~QCJ_YHemhe
z##LGFkvm^Vls|Ql5s@h?a`^FcZpexbJk<V=RBPXIcwCH^mJJvbk?|Nxz)WS~Wb*p8
z;UVTvBhKsV9AYNs*W^U8qq*Mb;kmmv9s|)Xm4UOHY5X`|Kamx#`p2#2J`#zh0|P>X
z{(Q7v>06Me%rB)$Df{B~(aXoamevq5xZbGHn&^5-?u*!WgBUk@IXlYKz6C%c)1pxa
zeCPxV!m%3mb9yfZ`Z3t+B2-342Or>rh}z4Hcfzn5zmo**NjF;|Xq(&OKt!N_#BS4J
z`Gva>NawN|E`rHG8foM%0X2699h}{VRPG%LwAM%9>1W*F>GKehyz_b30f({v;z>aC
zL7<kOu=X3A@9h9q9lEeV2*p3`C@ed0*Nx!)Ir1{RM?cu1zL9mWJCm2QdF2{Cluj6p
zM*qF9Gb>dn^2Sn(*ThAvF>9}!A{IT=%Ijx23>;b?9TZ6Hd9A%DG@Of^;_6%)gC>gh
z>=lqqj)zUDxWJ7;qSr1oWiXKa^fFcRMkTq-JDK!f$MN%*U%mQnCr9VDD88d*z+uwY
zlcZnn5jZmXP+N8rH5GU=JZuu*{!g?Z8ICiai4m{>h_;CN6u0!U$#YVtiI~WE4S{=Z
z<dd8mI16wC{&`)n*unwPBHe-oum$T+_x&SU2K|Jg20RNHMA=Y|M&4RZXwbk!gBB%$
zTCv`Qb6y+Q=wIsMh2|v@oXOMe01|NMIg^}k5<7MAw!ZLu0lwDJ7VkPUnvL7|K(r4-
z6NxBtV{@Z<F8}3`&6H(hLUO}dG}PG8krhLabAzL_(Fv?n3_@HM6N@6FKE&PSv*XAa
zqbwD11~6qQn<9j$kzG^6WpwSwd6}d|GC$l<w4y|z3PnbnRjTGZFE{<pQRPuAewf6M
zZ@+p4!~@f~SIA)Ivd!DOn2+9NzK~32^pf+B_j8;?%8sVBN_0Jr(FcO0g9|YYY(2<L
zT%Sh$TSVY_aOW<Eov{ZR?g-C(#Y|eZ;R<-s81euPI8@QA;|()g!Fc8(y2(7n;C(jI
zNS)9tThpHh9qI~tN;%x`_1LjxL6x3U8p(r25q??NBji0qxEyjF`b`~rg$%R=9P9nZ
z`hxQb{-~&KI7M)d%(YuXK&;Iwcc!aI8>Onhd2WYVRd53M@ia1lBh}ZkhzxpYuk({L
z=z%!$MrTcwz5hud`@J(~DVw<+H#Aqlh+8I(x(sZv;LgOj+d#$X8<U`MzaLMYNhfX*
z^`G591zT0a<XO_~%Gj0uVYHko=S%vZ|NhJKS6{?+qFBgoBty%KB07Qxq!l<as&abh
z*E)jCiI_>yFc9z6G9RsAvj-<s8nJ|a`ANiv3>yf`hZkeVDbN?ffP)|*c0O`wZfuur
z(rzKhz@^^Tu}V!0!-<K4$pHkOW(ZWpL+h$WK0YB`$`q#4{mhC)455y3Fzt)ou{w$a
zh97RpBDg_33(x2E^G_YcPUegX3?u!G{Q5(7A;NWD_X$2yEq8YOy+sfJ4e){(Oqt6s
z^SR?48e^<iJ&#t2wPp8uhmn-+JyWe4-?t?iGWuihp@_ne35%PEZnPhskFEmymo`ON
zDx%{J^_ua{?+?;4wVEA|BMw7{c`l7nm5$$RI%9c-$GjpV|Gb*~@~!ors{vIlOjQz3
zE-TuSCedcZV?<~quO7|2YpdXsB8n0We!y%V1x+S}d>DRQfv+s`O7FdPhr1VKJoE<*
zr<#Eb;ML@gbcPGG$u=0`84gE$nquk{?l>W`#Rl#lGP<ZZ^vu?R+M$s~&I<48Kzkuj
zpjRCE0GYPx_s6zN1lrlE+fZ*K#sKvR&xchAzwrj=XKG!rv$)-iY`}Bi_4(%uueuh8
z;X37VSr`XqQaBd~F^}B&(Cr9aJ37mZ>@`-dr^e}CnjrD@<tTZwy&rUV#w<BpYU)6Q
z^N`n*!Q|QuAL^<&iW|jQUPFXAV1VQiJWa|Q9VnvzBw`J=edQZJn5YnYY<s;*dqq$B
z&Xcu_J>RK$NGb&R`9I!3U%#cX!I`J3LUQ)PXm&lJ?7R98J}Q}xr18I-uH1AWm_*U}
zv@;?NA=8B|jD`aQ(6IvF!Fcc_0dI@Tj4$IBsSkyqL`XpIntS_^lmJ+u&x6(gXe5BF
zlQbB>tG<-8aaN}s#Qiol^4SXLMR=71>L5_hg8k;?egU<(ZyY30xpVWFIC;KP#34LC
zR_3fr!THJffC{7T{0t^S_yFR<N)f<TYfC%#LgE;RAs_}j2u@^_xr{TP8wgPWgi-#~
zmXdSR8V!&icH7BYP4nbnME-v>wWG5JJ`>p<hbyOK=7+s=pSXcs+?*vH>n^N>O>C&=
zs=B$7nsjxc+#dS)XLFe^xGSZI=Ii<9a5Ek(r@Ki%>80t<ok3>7!%J~hfy4fwra9S+
z>`dqxvJh8pmt_M*rMg8z<BvEMF-9Cuz!(J^SdWBvUyy*h&ulSFih|B-U~AqPyYkHE
z0X`8jO*yQfC7=kR39ynFFr@mQjn;hJKw%?7ig|k)W6@AgJhY-}<f9bcGPq{;?O9A=
zV`rQ7*jS&8*~mCxFa^ti1avM})f_Lv^CKg{z8v8rqK^XrQG2~uAKW>3YTz>Yh1oN4
z_EUWfY{%Ec5hl^x`adEvWT}ri%#ZH2M#g+4M`4x9?U72$)w@qJJJqvxfH`Y00WLDS
zKIB&6lou1v39mt9%g6*9;;Taqr*ABROb%<A8aRKpH)(pS8b-53p+`jz=0jzO8>_vO
zXaD=p>ZH#GyKEPm&<~fyME~23)EM6Ka*&yUS#it7sJ9$n$+GI)H)fhc$l^gWVJIc~
z<CRQgA`pI{FU8S=^^F_=cx1%&Lb79&qTV*sEY8|X&NYI603qQ0palXBG-)6ofH~D?
z)`@IV8t4Df7naP%SV6Gfz(*tXf}LwrfT2TydhEng*aosMfib7HpGJ0|nm!zK@}NHd
zd^P7M-1C5pj7gs2XUwSfvVmLq=L0|uA5(b0>Thfnm}4Ny$&tIkxD*7UcSyug9K;2S
zRASRzNi+KOJ7Y&+&mtJv+fh^32kEqs9-E@b<@6oOsj<^zbhUHbXClr5HXwVJv|sJi
zT!VR0tn!L6*trk)ldF{s`{?$P`9=nZjJ50sllK4lUzxv3n&u>jXlbJqI6x`@=}Q11
z54z7ibh497hEXmKIc6`RKoCbqe!LnZarCIB{%B!Gf};x~6YQ%@rBaab%A_Jl=bc67
zchkIo+_pt9g4Qbc2L>-zf*>HyE^?$n&if;K2bo|n(I7@6_YzQbo&xrCCaPWm`vG`r
zh=Sj$#C^8AF4mdzh2PzE(BT1-03bNEJ)}AuVW9>DmJmSred(IV#$ez8q*P!rkI<B*
zJ~cC$TNlX>#=@1a5}O^jD6dY=P5W+CL~;e~T(^UKZ=TKa)oNAdo6UUlYyhPdDp>!C
z3n}5A^{N6ro=e3rR*UQZNs86g;W*GRR2}_HhjGl;{o~?tJK4*uU6R=R`s=U%&(;6R
z>>@{L&ysg3sRSW|1`s(awaBlhZfnc4bV>TLTP_Ft@o^ny;H9xxh0JU?c0Zfn1>wIs
zgBUbFK_3f=ZnhmJj_f!G#AdOBX5(=gaMXjx!vRPg2?0}=TMEFSO7=6HgAjZ&MR~ET
z!;A(-8o5(AFq|;~kzxeB$qhXK03niy(4<qp9UCre515B*L0BEY12e&qMJYbFJ;XzP
zcYr5?GY{W{<=vP3KQKMf)LO8T6<V)2i0D`l>kv_kQiZ`4(UY5n9CG!$p$CT%oB2c{
z!}i&%Kiu@M4$qFG5p%OlwU6V?z(x$dp4e1dJ{7Tnf;U&y_2<tfdqrXfhYB8bijk`)
zqw!#=3+^Ys{_EHO`tSev@BdI)ROZ*!W;uzXJZB~`#JR?^sm$bF<iqxk$9=RQlcMGy
z6)uftC7Eps3J7;5EtT1j^_>VQLWbc13ZhCzod;bmTWr8~WzM>?i4-~Yz!i^oI3S>f
z^LYrcaDnlPbBcH}XL0zzL88m0DT9oK4sE27df^&VFntG|FEHF-Kl{vnqzXj$1v`+b
zXzrx0KVRK;fHr=9&YlE2|H<ueDpnsmAKs(W6HsH_eaV`(R&A}U6C^k8jyVSs1}M1-
zGdH2;N%Um2z5lf2?*t->i5OSMxPq#i>fc0p#lylpGSRwEOsu*~!7E4jzTT?f!06ie
z`=?5Ob<=1#)AOuPr!wo~R^ms6MdOJ~VOz{E$6yIl)~sEoM`BGUm$^*v*d{+a^MWfB
z$y8o0X%*8Mad8AM4@S51+4_bly`{xBc)b<U_SiV=JCe2M*yp#yo+cT8#~kZmP~zwZ
zI?-LPhiD0-Ah9cIVMMJjBD!((rOPyuyA%51p%qjkAGc7an==U33b@+GUE<_^V%G>w
zbl}PD?(mxP3E^)S-gV;n@yeiaavI@n7jSj_{NDMz>yGK~)O}SA*hQgR0HFYo(2X9M
zNRU;MmwG0{-u&6ULp|OXMs)awPV!#;zoVoxd>Q|VbF9;-;O+H6#?!5D_8JS0|0~A^
zmz)0OWGbmerfAK}U;pjb|CV(O#%&q(mLEn^`|G-aiBzOxa+sGD9Xm`+{t>O?GxOgD
zfmD?)b#<G9T<6gLwnnU|on_Yb&f9}~Pdru{vJmf`Fz>4w{8W&=Ofr!EBoqAoL)Z}T
zCLzuUU?PNDW}OZdr1~AQh`2pR>lM+kqLd+x<ZZ8ojRr~@sS#)I@i+iS7G`&1+ptyP
zG2E5>HcR9s;WYp%;MoPN)xgL*Em?h>bRh5HK;>gETQ2l4AeYQt0mu(|R8K#mxlD0o
zjxe!jvwKCF|1La4labxM$j)?U^EDbX)PRMGsF7Nu;~^^KOz0IJE!C_aGV9~jVKlAu
zc1zl(vfZ2C{_WSF-uxsf&2k{;fi05t<yJb?&D15!r38_wq#=V&o~S9VmIgN<lcLLs
zRsB=Urs6h>z8jJ3Pwb?8=))V0V`|F7I72S%z2zK8@F(Z4LRY~UO<3l{tKk?LANxn3
zA{^0RT@t<B^xuRn1tf$D5GGV>?TBYkba$U0Gp7%Px7GkhBj*JB->{CB9f4XihF6>s
zZ@xdqw)R%*j2oOhACMTY4DSQJ`?c`;!t?RtfLU=pgX?W;Igs9uRrRNRAlixUfrq3e
zD+?TIz;5!xH>1h&4+4<41{@cEZc~@2VY+6VuLO|eK?2D7dLnnor0x}dbc?IQ<-p~y
zYPEj)x7(L*bb9yYKyrqn?B5LJ*eqGsKnJ@^5ZUb}GR18%KTcd0lbFvqrHP3e#490W
z+=(EMh>OZ7?Ci1^Tg7jbn<c|^iSmETZNQ(_?_AXV=JMT{tRb7biTsW(l+T{*OXUBE
zahpIA4>l>+dJQvnT*R>yYT_1U77->N2LI2~i=}g*2zG)-8aXR9J!zutz|d<t=y!D8
zJ+=E5OLuOlFFd<zq_tOrCI*C^yO&OB)ZQ08D1O~x0sp?L_M6)=_$%W=PgXxLvlU3W
zGD%9LnI}zG>(1!if(8Fr7|{WPZ){k}Ynp!KS$|$8tIbWdE=_VW=)A}`{o{UTwDaz_
z+rPhf^Z3oKrClA<{iS?hD*k;x*7IS>6=ThsT$FMai{l{6AcJCNGni0P6KU|uvg!am
zD+o;of=Qv0O=q%HGIhRs_m(-$4!^v6EfGVI&<o+3)MDOCnaB&5k$aqPAOisp2r-G6
z{_q<E4I&*#QPj4qoqGh#Nb<wQ(x?Nss9$NM5np_r7yJ6N)(}*`E#}HN7Qug})lY2a
zOY|n-RS9;LXgYYGWpMW~)$MQhZb0~tjo(G3%Py=He&uXfxn>(72gz4D^L9BrZYQJb
z(eFRx>Vts@izykHp!4mqA60<afAVu)_EgyUrhgb-YzHRFqxH*eMLu>$>9>?mWOB&!
zyx$%y)x05cqC}aHQHO~vt~aZ+$Pdydl&K0b!VE5%kxmY7bT%JGQT#aUOvd|hbt(-a
z+ME@`BqJ^ATE(?54|_RSuVxW-EneAiv`-IX;u{=4Vs8~aBd}t@0sSV9f;cu|O<QuA
zb)v)uB0(&r%tL&W)nY^g9F5!|r}cLYINT3VoCzxgC(l7$k22WPi{tvLPE#LP7bown
zPT~7iodT#3KI&nwX7ll%#%jO;B(nIS<3Y-#`g7K+Wd3ZqtMNp9`$q%A+nvxP!;=2@
zH#*wz<}hCst32tcoLAj$QUS<utli>rWYzBWm)kFFPDE*XYGu>y@pw42m(mYD(DU+E
z3}h?^buBJ8a&D;Ta-w`9JA)C38!eXny#j;Lh9!VPM(|^K)mA}_dV&+>Y00vHip0<u
z_&4Y_xIgp0WXr1OFa13#-d>|tvX;|tAWk4~pwGi~$AGRl)Bv;~*nmEq`>J=h*Q><i
z9~wT_ivTQQST@qgNpWwkXY8p_tYFd-wJH}hel5swKsfc^(sD;Nm{|(1#TkHU8`t=!
z&T+!z6hPEzyh1!YfxqF7qwRkx|A+c>;Nj52I?ao`f1@(&zI&pQhk}yl1S8c#kI<TQ
zHsxwn$SFTm)~n6o=3+FF1FM#5bnfouquncQ&9W-HB?o2=bht~!36@ixfL__Nwuf~h
z9VG3^!1&cIhye3otC^YEmXfMNdiCPzldXw?Hz1<SS=uEMb71n{W7dH(Z&&7aW!Z8u
z)9!l*ATsiMk&(*`SUYDS_P>4CtXk*$1Y;-yl|S1WFZ6s`1+(B)XqM|lCeGl+6~sep
zs75|&ar%^L%{WxKb{nl@Pu$zjxjA*n-MU>^W$v%rM#<?2qKrF79D6I!w%_IabomH#
zK3OAx;k*YcbLTZ1J0=dj0+5w)qvt?C6oR-Z^U`E<{Ii&?&Wbi@ZD$p!%FAxI*Gu#D
z)#Yfv-;Q-}fAIR(-+p`b=CPp-8au2nBh#aHGhLM$PbEQQdszWU5*<c%K6m9<*Fhq?
z82#!b)5{!#(F^E=C+lkiAR0xaF>7g|N%>G>{+s(<1n)JpFOW3F?ME{^{>x<j>ZWs=
z&6Ws7%pt|;ZUz>#-F5T?*|K6ZaG~y3sMeV$kbT&VEM5)0xj-7sXym?voSS$2L7}om
zhz@o8eO3W>pU@Iix6aRX=7dbW<Hz|koZ9P?6n0;DYw)Cq_K*?7t66>Txa<*ze^d+N
zA9Kw=jD;b3a<kpPpXNR-f2jRSIo1d5by4(+qQZ~WdU!D!E9Z#T{QrIXuiswnc9}n;
zIhztnMs%3kB#7J$%c5AVFBdZNiJlqDg2=7{5Ic^F&2hVvk?U!JD%7UKDxZubYE<$X
zaAYtxe)TCgW-+GC-VxrJQtp@OzCA0Q!$DJ!Zlt0gT^EUS5#hZ&!h646heU7_7MiSt
z0~BFFMJz8OmdnM?RJ@ukVH7Vzox0UV8X=)xk825Nd5K}CV5;_x{hmSw%79iLPdR%8
zqwbV=UAR9yKWT0OSIT@k{_dLdi~4$@ZDNPB9-thmT+VF#mbGE6SSDUKv*7$Ns?g(;
z;2&DvOg2eRD$iaqA3kZnmcbcX<qrna*T4STZG|7Ly4h$cPhzFP6*5Q=nGTNfVU-mD
z(POhF6ewcH;u;<Ul5N)o4W&g#KoMP!_j=MqCWEnciKx3k6Pbvy)dXBrSo~NnCzor`
z+q&mJ|7NkIw!?vgIXuv)<t$R*0s#*PH&{6z3E8uj9h*wW`SR7;ToaJ^zAU5xlSW8D
z526AjLhbdmpdSQHDA-R{9O5>lgFTdCrXpx7yoZMnaB@GMpUh4I)@!f{tOqC0kF7n%
zoAA)G4s0#rT$a}CTxuhhbE4-f={eVWX8!C?FktsBWi&5(YA9>InRO;pW02Cae0lrp
z%WNk{QDs0oaE5ayDz>~*%M+E?cQaB0wA4T^>0LLz3kAHfP6BT~lx%q<HmTBNb3L9~
z`<MqK&aJ-OEvKQY-u?ce5mwR<8NsNsaKU`&68YMTB@mjBf#4SlG4MVMAy~sg-VxI`
zX9H7}EISdKjnNL%7%t)(RA^wLk$VU<1FIYbs(FG6Pu1VKpHUCqD`(1`7a$V=oCR&f
z9^*K-pI@m5SgfhD+hSHIflmhT2e^f(JB{BLRUa4D2a*{4Se516gnT5<`SHo1hngH+
zxzT62oXsiPY&w&{WU4Y$sVr5~-OJxzzN%!G*}%V+o7jWRAw_G_sl6NZqt$A2+-tAM
zQV$k(&Tk+gDB6T&r%=M4_>Z&EbeB!17DV<OL|D}stD0VAdMDg#kg3YF4;?3BPov{t
ziC9GavDilt>ZXD7+;#JSgAmwwE!;uSvQxTo128X2vR-85M<Gfh8W3sZPVss+s5!a9
z_jd>TspX)N2=#01>1`3?xrqw7-j}D?QQ@DuK5|F6s{wtF&J=EPfW!F-{o4bE0?$Nv
zr(yW&Fr>6y-%|TP3M;x>xY~5&u&amG`%<32cTt<!WV?xSowI$@?~I*yTN<Q(x&7_c
zo7b<Tdqcv9i}sE=6^Y}(wzV5w4)gW(WT_2W%YinC4Jg-%w08OYMNVLt`qm^pDC)^R
zGx@j_hS)K~2qOwav`d63fB)^LH%8j8s)H6XB@6HQM{Vs~fq}xcW-DgE@=a9$AH+Az
zitE^b1xpNO3Hm_XDBjH^KCdAfY2=iEdSd_)DD)a;!S{O#m2H9Z)Bp=-0-(6@dOSez
z&(HSP01m?$!B2z$67(a(8zh3naFMh?04%miZ;T1LDCGz&%BEdjN&Wh91`EEkzg_3W
zdXlT@YUNz#7n3Qf^EbC&-M-qrYANi9At7Rxk?-4$>TTf^=kac^Jq)j3Pvw9sJwQvb
zhp9{5rTis6fS6INIGd|6;zXT+I!Vibh*s|kMbyAvharQ#2{l}1QvwkIe~2F{z3_Of
zrqhL)IEo^_oVa=bjo@8FJ_5kOJsmOPMojd>9Vdi<&+*VrVGCxwBI*RQp~tuu*Y0Sf
z5iPdI?wO!GlTu*fx?{hH+5Z|-5#t94Fr<eWYjBlX_RjVL!{CZM04T2i9ixf8OAbv`
z0aZd1mt{pEpt(zm#mwq0GqHzj$a5KP{t=?byUSDuZR~G;PIcJ%>^Q)|wY$IHe)aOj
zx8Lqs{xpJ)b)4KG4_|H<1HzNcoK&MprnB`@X;W^p0n-)E&XLSbDtC(^dKz2@BV)!z
z24;w_L@aKH60Ub4*E8({SuPHxON6BvNEux$WQ|KJ5=G(~p9sCjU`izyrFrE5V@#7U
zEt^P-`ZspzBoRGV7fV;r2Z#nQ8o5KTXATS;kf4U71k9jjzt;q~jmRxHQ^6(}I;oLd
z1p8~wA2V>V08?}Rxc++i`Mu+W_uK?sK@CGPSJJ2a5nx3q`^W8m3XYFIHpu)ftX20$
z4{5*}OeU`<9hEduhMmtYCOguSFTTIMef0e+n2WZhEm!rZ!R8s%bDi%9j<S{-ou!=<
zI~}x<g%0?5a99;+OL7YR$4z@_em#>DUdu8w5F(u{V}~I!)^K1{|J3G5@s+=>MWW2&
zQ1a04)$pRTsOno*|CjqEShE}vLH{`zs~qbPf}p`GXv=cbRwdbJ=tiKybBNmP=$I5k
zBaPfC@V*BlhtQ}4jKh9oMS}fA07#RQ5ebfiu07!wo`f?FYD_2h$Ck}I=%JI>oF8zK
zt~aRPKaR?QKgV4cnds2Jbfxnnq7l06-)#5SgWU%mv-=09J<*eh>?f1aW~GAX($!pM
zy|M(M()hbC{`%GJ<DH$hoX7&W&s%mK_825F8wf+J>5J9mPm(?vCS<t538kJsnQ(^&
zqR2GcNw<eGXh{^=YXqs3zwx*%wO<`-aIc%HV0<XigI>rmbQZH{KqOlRe8&F=T{dLh
z3@tqKQ|y2y>qIP#iLqzRn<&CY-ba`c$Nn_u8<s2k3ib4UR;O<s^4Sd18E=QTh<SxI
z`#CZMC@5;y!|P?v6GuBd;6ViB&xWx&d)!(z+@8abRiq~x|6l=w4<pKYwV!Oaqr*za
zUT^xx3B~zUY~iQfFOMF*{1)|m%Z8q70B{t-;Yb$OunG?`IC^+tAS0ZUumE>Rbg_?5
zi1V#4?f9&LbBYXPH008RiA;$?xNd{4VSKRy3zm!`oh=-dk&9*ZZ){v5#6*O(Mj;<j
z-|a@|s0i0xab=mqU1$KIT=ot;i~JHZ@#32AMQNmwKx|)!%uJ*WMU7_kO**IcbKeEG
z7kQ>HjvGi9L{Psw?!@_l1NcO${=QgG&cOlR3Yg&V{I(pwV0Ijsx^(UP+?r0hl^XeZ
zGwjc99$MRf0Q`^uBBuda%(Mr+Tdao{I**mfTD5zla__ccGxVwzpY?cf16GD}o_l3a
z)B*s4Ml7REf4n*_u@8YixJI(fri6FS^(73>8k@0M(<vIWYz5h3&E3`&1Ccf`9l8RZ
zmGRg!i^X(F!XZVBh(XSCjxNlgWg%tRUMJr0Gx<EC&Xl`A>iI~6B8}7uX@2|7Aqg|r
zFq%<gzN+2tDfh644*m3C$xa#&nEE~S6oQ>77I*Gs1}XAP2Bo-ti|!rGSs;_n#zfPl
zWwGvGUCm~*{>|@by7~a#jCaBh8I3m?=4C12qnOV(mp3<y$z-pzrkdUS^>6=n`(IO)
zh27~}a(B1rkC3GmQ-Fw<CeeqQnh-?AUi5?@R(Fy&J#w?EpFtlr&s4Uwp7n}+jLirw
zGrkwnFH+u<>J`Y^(uYoo6y@Z(vaE`Hv@~R?;A1SUS$kw6aV9d}+i}DKpv3ixV6O!O
zTFu(?gvJh76P}vbs$Mlbv~FtTPa%K+&>IIr!1zIpPKSOvA2R~ht<&fM1wDOy>V$QK
zrSAMbdZC67u7d8{^R831?BRq})kB%wwf$zZ{^5tY$&)DK2+Q(t(Vt2A<QT|Q0m!pR
zE6pNb4=+b*Myc^wEh=sM`oI45Z@<2pzLv$M@4J<uwaOuc9|#f<48#rs94jrakhCS0
z==pGp^oIrX2dV=d@bm71Mxjg&;B~(Bu^|%5Iby9)OC%y$W+#%hx!m*q!f~1XQX8-o
z0nu0@2YoGToFXv;4#Ek`$jM;kh_BtMcP%eU9)Pc|W;kNA*?QJ1zS>|)Bfbz<2>lzV
zk^^;G^M#l4@qt(9p##<w^O|c;Rs&fzaARxpPf&mU09Aq;s^MMKGpxHr`IjvY>u9Ch
z>}q2Jp;zVT(4Y06^tX3Ko&Vv}e!MS!?51y~qfL_bwDWv((cVhn(9;s`)#tDO_OJhv
zaS+q#(q>_=Cl#=PJ3w0gj+W&vaI9|^TP{>mL$dxGJWqyW7PT()vE;?DTa8J|_||cN
zmhr1gm&kI=JQ)=>E;b3;jaIXT-fit+%RR)JEXUR%!h9m`BETey|C!MWX$O26_Y*z}
zP|pC=Kr6o`)h3*2oF0w5wJ@_k(}{JRY2kIlPwr<}REG&ZXP`3+W;r56@QR<`@9F`D
z<>`McT7#hcZvFf9kOuub1RvSWlXaBX!MdaEeDlA$)t33-Fq=K;Kl?p&_Q!=Was*bc
zXZ?`zA4i!bT@#RT1tZ)4=U>16*MI+q%zvoj#+6gV%m>AR19F=HVyKb68E&at!?9Xa
z>9R8<6BZ0dDleAql|T>y*zk;zZkVqPIaD!|W^mSiX(QGRPPErHepH(;I~HCDL}V3X
zWflXMh{mGKV>AvCI1gbf>ec6X5JMn3z^5I>E9y`quHW29BOqXLs?o3_#_l+D>hIc*
z7B1hMMIeKYae@WX!HhvL2RLbb!484p0I?4>A~-bzv$IZd5u9K6>V^AB;^ob3{xs2g
zqt}x&3l6s1)v73pWK}-fO-9G#o&4j^C>4Or75|X_kIl2mKv}QUthS^7`j7wm^}i<-
zC6P(kZTj3Ljn0zse+VNM2U=bzi1mjA*pU$l@keH5S$hpm^unfcFJvkx_C_(hz;_b&
z*?2>T0b_$9V>K>!;4s9dFtoNKg;#F)SjA+fgdqdMkEOy8&nTuq7SO}BD*?k{oJotp
zODwWujt+Fqg)92SaHrN{6$g77X+(?DfKE9&z3(YbYF=OiI=!D^if_*HEL}b?As3+o
zAgA49*I<~JhSMm4jvFv23Aj_N+e5$_w@q-z0-qRQkG`1cv7b#2k=9l{Y4<*k_S4<8
ztYlS|`Fy+E4F;c7?75Shby6W_w^!tw{&rGz$YsY`rCtB^U%&qMXuF>ndzSn^P+UYR
zN)-tc6NH2#vodtAvr>$uAbPNEZ5+nyR#vldTqE>C;2R|PJ{u`QK8^iAyEG)4=uML+
zdEvY+g-m!hrU4dS#G(SCrSggl9FQ2Rm~n|<$H>u)7<7CbL*ro3u$WT{cLSu!u)VAu
zYSo}cBli;MlDp=?j69%}fvlX^&pqzW)Z?9kIj(Eq1X^ieTk~M4em_{GJiOxQ!T5%7
z*Cf2!89=fQsmGAa-{5*UFN=9(<DT=`jpZ8iQb}HZ451$%$o4fj^yJhZt4;rMGBty;
zBuf0(zy9^F|8U?jwiu!^OeqwZs#!O*F)L%>k@@Js{2?_%sOpCE(sUS(eW<wbivfcS
z(b9heB;3A*Jl9}A3?MM508?uJfu4?Puw3+?Vy}PGUM%@*qj&|vi1Mos_Lh(6?<`<F
zc5TDC)o}!tr69~L9><fp8-8Z5DC&$eDC?_+u$o31;bIkizz}?2G$_(L_cId^>!34`
z0LT&EA<RMq4LC40;W7S^{`mnK82j<h&&(F~ATpfU(gc;Xt@=Owxh!m~U{OR*MqsHr
zO7N&;_Gyw2g&+O0*XtGYtHWZT=YLWlvK+kr*RPY;+IA(q>e8V;R_3j-9^z}}gEAl@
z)pDx_8hDgBWO;9yKV#SmIY`!yJPVF?P907R;)U1Qe;I;z-1;=8j!VefQB1^52cm~h
z9L7uPh=D=Y^NOf^z-EM&_Ny-;brz&?1o&Wn@EBYoYMCwDIY5WLoOL_HgP<bZ)JP+z
z#A`61vIB(;_9JXX{(e)d?`#hgHpdc%7R*V(&05~U2xTEr@GRO0T?lB1S?o3$f-!eH
zyA1Yp;_+}LJs)bs%lzQY4K+9@2Gai+2*?MJ$xhBY-s`2^w7i<hbhw$pkll3u>%R^D
z+sxZBK^ZFtyCNYn*R7dUaHle7)dvP<_?dxw#G8$Z#~Wsgh$6zRLNAK>ap`_ijux)>
z5kqTW-3EaN8YW^fKn=*M5Tw0H0Jf6h!nra0>U}1nFhs|Q=s*z;A+edam)?KG3-$WK
zN1Tmki5~-#43A4FSfd^uT0b@Nk&ERXHSUXG^pR&$;=qB;!D9}dzV`tD*o;Rln4_ca
zV7?!(FJ?6g;hiq_&*NXOy$%2N9Aom#U}~}XpZVN{dnD_+nFR+oPd5GI>pw!9|KX#v
z2D`yFUsc>|wcgAY`+*r^t2Ev2)$OBS-@KWc5la)5QfhDbhXN7hXWviE1b`-DU3o<y
zNtVsFm|2UK??yip)4r4e83hJGXq(c41~?H$Fcg7KkiW;bMrEE?W3ZHg=yK#lqVOt_
zrxW(g;{UuF$SFb?BHbcO-<lOWG}A2_KqPiwh05m6gJ6ns)?ShyMfmiikw)$kG)2|)
zxUq{LXy8CqpHTc{0J>Y@`#@29IuV>M*w0L6?|EH5tg-8I%0N!JoyfkOnHTERytISY
z`%iK3)oyo`lPmVh&E~M(52k!f?(XI7qnB?~F=fwEZVx#?%NVjW4^hS}=~-8z!bCDN
z0U+lVZjEv=wxsDQ3@4=7sHWpXiT?A#+8ALF78s@Ahh}&Jx}LqG2r$l`B~!wW57E>4
zJeqH!Ra8BpOUrj)6b8PvF(pq~f>&f|5JYkk1t|jvHzB8p^@HHJDf`+lX9>(nqLOk&
z7up39W6?$$xxY}u5cpzqOAptWp3-JUDpnDgqvF6MB<d7#8~|F~>8MSMa6c7*CdsZV
ze%tHvV3K=r4AktlhjpIl{%!QlL+kQCT9$`-F1bf9Sxe73D)3z#zr20<YWn7loZ@L`
zFl1`H1Opkz?R@HE{ZGero2i@RytkPSSg*@}<x9&$8B*#~8HjF2uhKBql^ew?YN``8
zYaB%g1=w2!Ok#0y(QaQ{wmY+n_VIF&3HM&XU_N*q-MRb`TAGTe94gXNzvKoj3u$a%
z7V!_wKwSPvJuS^z5s*M92*9338aXRq%Y}8<KNr|Qm^H~+bWZJ$Yubc}S-+iC2NVEV
z2<xdiQ1Gci9TBRj87h3s>k?Rot;-o!EA&`t%T+nN9(|%7jx(}d>omhf-amL*bKl(F
z-oAQnd)BedZo88K5PH@^Y0gs6q5m5qGTFOHYPCyb7kj~m^?7%*AYGQ(UI7S9#bQ8Y
zwYeB0J_NQZju?U$h4%-^DJLV+13n#(<>z#{Uz(N$wk!1E(IyQ;abV9{+U&jP6v^yZ
zu-LK>b^;~i4dpR0sSz&5?2P&-{A>`UkvoJM0&gP1Z&RMVABaNzejp+-Yb2!YsRzat
zy6`IZ+9farpay7TB4*<An|Hk~RyixbYd>**kMin6&n)=fj*SnJadD*5^!0j0K0J&-
zxxcu*{pH1X-@Sl|qhdu$b{a(_jOc72dd@!sA~y0+6A=~HJ$0kA;>?<?Vhkm$P4>=!
zWwddFcPSpEJS>(D2Y_#Q#FHSyV;tCB5$qjB5V7cqEew1guAc@RhF<a52N8k~o%y78
zHW4-?OI5wtz&s%8FPV**DyUZw{+<R@8X*Z)<cW3Kg1s%jZ_oVkbq1yrOHr%v>(3vb
zI{&Gw_pjycuZv@pc>sgs)p|Xj=Q6lFdU7+$`#0OkhXjv5P`>p(&q@@PsS5olH?z*(
zf<^WDi*$UnaMIeARi$ctmOgxHKt$&yoLCUi?hu*uM5jF&EZuzP86SrQsT6Bq#1@`j
z&$$C#1%;ILVT33EEBNjsl|>U2u@d>&g7F*vTjY8)o*x9dXbzLCU&JPIT)NR&r@};H
z@{Ox%mlqMS4>Jg>KZY^{3=Kpya&NJ(GWM)$*0Ea;uemp5miF5ggGQor>!954IzP6$
zlly5MPH@lbA`oHMh2RnIJ6H3v_@{Qm9!8V>Znu4C%ayO~KV*7$sQa19Gb@v|TpcD$
zr_f_LaqXj9HEpfSb?9)!%sT4^`6_?2o<>~_&ywDCi6jb8#(SMROIfoNj7SQDDHXZY
z0?Gbj?xw?VxoC^BKlXljQs>BH-Je&Oufn^B?-i0;q8`BGIS)Y~0k-2}O{P2KB03Q~
zShFOG*k^+ltYP9(xf^GC)M1%;0XZ57Y2<!VYXf2}#kV90Z%_Sxw-mVKRGriInnQgX
zf;j!ZesgWLHP_`e;QDK!d!1a$Q1eu4&BLkTR-cD#*Q;UC?e?l?@uWSVNoF;I{PxAJ
zX8e>Bl`+wRi1LbP4B3wddRUfD!?;%_Et7xI5fM4DREAZBNloyS5<nmkt!5yrb!QOQ
ziI>{Zc0@d34Tiytera0pj@v)tw8S<zTo9@V9B(MhRT+C$23`>tY#4+ZTJJ_ICTol#
zR0GXz9xS5?PAG^*8aXY2vh+18b)R^_z}8c*d(SF;asMUrn8#t|Z&}^jUzfetZ1T+}
zFHJ(z_2p=?{M~f%$CXz1p7Q2dBIm8`rD-(YakYK>+p9M$2VzUR16nm!rp!{2sZDM>
zki5fzhzwsJE2oH#5-}hmxkxKxh;a(A#<M7)&bQH_(dER={N!;_ddrY(FdoYJHZz&l
zy;1NL*#@!_@_Tc(LVh=TUJgaZhKs1b0XJq*oX8}?Fc3K_&AgMv%*EmCS^5*Pqrs6z
zYUP~rJg-#6dEj_UXT#enbWULIgG=IVst>@?^Z>VqjTvs0t~Qs8-vK@Tl&E3lxSKvv
zx!Zd(_0?zxiu?I*x3@q)g1osc=Md2Vpa%JBzsOV#^HmA5CN9>n;vp*7aIA9pYAP~y
z(}@5R;Q=VL96yN?-v_dqEi7kpEVqS-!N7!wu*cTX0pj&<*gnCL!3PSTf!IwoyQ+>%
zn1^w!lfo|tg8`beOgN{F!*>G+N;MZ@4B*h9L?dr2G1tWRS~@*@M(q=`zaNI2Gj-MK
zc<2H8|4$xp;%aN*hW9OZH?#F-J&(#lkKkF2Mjv>%)gAH?OkbN#HmfL?kE7gdF1D}t
z(;bY8YJKtBt8ZHr+^3hBo&U)bZFy43*cF6GdzQ>|F3njJ6|zoYB8rE+Hkq@gHWPfU
zg$%z8E^>elGdIT}h$4iq0$w%54!?{&7BoDd1isr)i=cPiU&rqVGuS>P7bYr#Sr}y=
z#=*c#oK+QsOjw$P%^?Vc!$^ZDjoep|wBK*t;|<g{*t%UfC!ojJgJaK}o1YFUyW<*S
zY_})N5ZmA*d+o4H5ii^Qb?)Ycx{*=l+lSWP4=tm0o~x`^`DS=M*)!*dVirG10s`p3
zMoh)lec@~UOeeRsL}X`EpC|~~yJ5aE`J(fQI40uQN0{NHl1V=)3JgV;fe`&|M(V%C
zja3X-=-uT^0199i#M!vu%>oLd-z`>{!-U63Vy@!d2K~&~DBrP~nq(g&UtD(PF8E&G
z{k)w8+5px<*GK~=jfCPM!re=t1=w)>_4C7Vg}?XASw*-mPM^1aU7Rc9x^`GKu$ydq
zP=Ovr-fwT$*T0|B<4+^Loo#R>2kxqgvR0czhl7Ar*}Ly6{CE-D@P~{|+`*N5o&Q4R
z;dM?CGd^ptd?G59?_Rss_Y*TViyZ5AK9P`*Z0FAVVO;^q`eMv4Mgxg3-&|(~;KYL%
zGI>%bi1oAJU1u$T!&1OT+;+hM#@p;zO_0nNV?>m+<$R0<4dYGLi_BIg2r=qVqCt*E
zP73D+$Q-=hk+0~37J(gp!P*EmF!l`_-ud$(ckwt2Kd&VY?i6roC&~l65nerJ^JJzC
zSDWK>^7_-w#C~7t<TpJz?5bFAW;c_;9@KQDxOXyj$#>tq`PM@U_#~##@`C|&c%ZB%
zwvKfvQ=R(6r1ISxmx!HB#1RpbI?E3|kzz+7+4(?Z6ya>K1Uv}LRcuw@<}=jYHYwYz
zQ0dzi;hCcVHi&RI9^&@f3N0PMhCq2MDf5X5G&J89hmum+%faUtOVR)*bwka111F7;
z@YcZk<z6e{YTL8+z&fjjG_#0#0|6Gp&0OL6YB>iod$?eM?U-E;FCSxh25&)Ma)0d4
zwfVeQZSJjPzrAzA+sHj!9{2W&yuaIi(#s|P$cImErfd>gx%S2F?e~vfzKS9G1JbIu
zj0+?fhlSpC+-guHqw!hFwT@{|bilf1A|~re#{B1MWg@eg7c`VrGRli_#sDCumy@<4
z5240kI~Vje*85ES*U9I(tn-4<!e3ef4)z|KMoed>VZJO@WVu|lXE}oBs^4Dvs(@C#
zJrAv=8u@4iUT7h_SNqg<fhw8Mgmf=A@Dem25y1mlZTftyS=F2d_yY$jL^oH2`A%q!
zE=AOrm*M7{A56$c5zTHsCEv$81Ic8q#$Bb!`p}ugp3C8-%wF>NjrEDR3Chu%&Vj-?
zLt3G8U2T^`b>#@HosOVWIT&TEh)KOD5kwC29ZYN@c$t22m$mrltjW+#gJFCj$*?`;
zx?Z%ri)3aZk2=$K0vJ;I@M3XB!nbp`JD9OJ7q>8C=>nLZY-tBS21O{Buc9G~i_Hod
z$lT3E=qeTjRdItFjoeG12W1p15RLQOu~P;O0<}J=b5B|0b_OEU2>tT~Rw+Ux-m{}F
zB{C$x0<R}X<*h2HzD(xx{Kuk5)|YAV!)G2a2r`h)^QsT~KmE>xoaahczq)<oeCGkB
zaM9>At$8abS3gWkTW9P9hs)_eyG6|8hGR23?tW|&!MoI1G_rWIDR4S;NkBSFAVS_L
z8JS?bgRlfx1HS9-tp#xK-+vD-f=vV?R-aQ7V-_#rzzUu2lnmH`$mKjKjL3;e){87-
zfN@emG}6dv3Dh}msM|-F5-<$x!k+?=I1XxM7OG$mQV<VVQ1u7b<6r){^8CW|M>e_4
zbLIDVHk!N{HRxgFI9HD)m2=i^r!g3b9{;Ae#|xaU93cShROIM(1}+FOtm7$0DcS^D
zOBJ<l9P5UOjK}*4B|S0btk{H!WZPk46JP~XN!73nh8P0Z*n7!dOQ7dy9%cO!k5@B4
zNG!ZnA}o%WIExnNB=}#jCuTro+}Y%19{rF%&F9h6r_pR2-xE6;2x;VupxOpS>kLw`
zYF}i(MFgg*8h{CUVxj4YOj!Q;>~?0_;s7D&sy&06YqjE3d8|<H%(fSsd?kGz&qgPv
zfBI7g0KT)l-jr!CRik%jM>m(aNwWLPqgx~s84cOBM8j_96Pwow%g;_$E;;&FI?2_=
zR6Ju~2KnxFsK|J%iOATdU!+jOX?vZ}ROp3DCAi?8n3nLbg1ydwBZ6Kqh7-X-0-FyK
zX?TN)IS_t;OWi?;ASfX$K}zC|6Ko8M!H{w1;&AA+I~Sd{Tr6NFkod%BBaPfCXdr?<
zxz{^qegPuzXwr538v0m>Ppn}ufDy26ce3+QZ%(kQa-BG4&8okiGv&F05WB@;omV8k
z+#E-rN_O3Q$sL$D+U*W`q2MD~_n(c)dZma%>*ZIsFP#ga<wbu$FrocgmvbcZ{2-Y>
z$hYMZpSUcH(wg;ppfYCZX{j`bC?YbDla5R!hD=9f!qP0H<Ny-Fhv&O+JsE-#d`F>i
z;A_X&Fj=3_m=!}SBm@zxeX&2c+cgK%mh~czz4tz|^OB60*>XRvR`*Lab%=<q>jR06
ztIAtzq>(^;D$Ush><Phzw;t$;adQ+_%n<>MULIUAHp0fKVAqPV5aJU+Qvfq~dALp2
zor|Z(*=F;@JTHrX%9%Yr3H12gh|>P5%=1J}c)l4Pwv)lqXm#r)m-9w_u`^%MP=!OT
z>|X2cuw%0HbhI?smj@ZP5OyFgk@9ERc*C)#A|{2eHfJrhUwzr07c`xc&P8j-U;$*f
zg})~Nihz#PynoQ~@l9BO7|=mOHtfblA$$n$FyRn@JSIT{2cs6S@B1i+Q(qcsL<@FR
zSTnHdoUv}kF7Sm%oh)kB<JfOgUP)B&jAFzmt}i$jUQKvCf&&y>y{Td#2kRzgc<0q|
zJAP=@{}IV{{c|TTRL-kn-9JpcoVzlU)!%P#Uw*fH9$W8t7Bf7cgoiCRz81_~U<>o7
z84NNn+VTpVbP`76T3^!qh6+XG=Xh);$DLf{<UUt6toi8FWa#kfaVQa98$i32V+_Ij
z=iC#l;Sd)=^ONJvz<iJ!1fCB98aNdJk#6KbNrV8C87To#2R@B7a;HG2gtZvpBHoM6
zyHPRI-GNDp>PNEU^|l<h@L`JUdyXmmTz6fM*ZcCinfvRjA4)T;U_NVaUq7_U{+LAN
zOO*bD)p{ej$J85n6|0#CZ@+lniUVZf>c8cgw}PM#ub^ADEcXagpV&Ea)s;@C7DSX8
zOX7zVm6q``(h=y+h!wRdRV@b+_!=+>R@TA=(p_Fuz<W#dS+F(*>=}HFv11r90tG=8
zwJS1XabU0|^d7g3R${)#oyR+(kw#7lYbwwe!sZb}^N8Ij4@L;6nFw)aC+pMsi~^W{
z%^70e=vZ;IU~yX&5*aXT(R~Qf+Fx(xrO_*SS|pqHgU6bG`;PlQgdC$HQuEc?VON3Y
zd-u!j?QgH#fY}xc1oxy>x5+u#GiA)m;t*kAysuxs^r^Qjj3^AzseJc3UVWlLWPFSY
zHi);Fw=)EVAc2W6_k%B^_a?LV&^bF|%NXz#<lQvk;Rlcg`X}5=O3l#fcrs{#p^LZ*
zR05y^*GUS%?x{nJ#;e}Q9pZXK9%A?q!h1@LzmreoG<pC$S#HhC)Sb^eL-5}Nk<+C`
z-MzW;yY{fOdFEF6lbd&(S@4fl?0?kRCYw@wp1bL4c(`_%KirH<zudn3;>F|dJnj*@
z5m!JTU^JD*hzxz~;iz96wdF^a$DFj-%(Oe>6R}gRkN1j(Ocut3Wh1eZyuS#pS$Ll{
zrY+&Ur>t~L?Z|saeXAAPQJKc)2tt~jS;D}Kg<!%_fYXbZqlP>7PESVz9*vxlQwqIS
zg9~pn*qiPHK*7;I1qmCShd``M9Z6ygiW{_QfTxo6d>-YA3Ko=Eb|Kv3^Bkw^$ssSg
z-3mOCd0Gx<H-n6(qcx=9&C5r(KkY1k2=M^azlIUJ#BZ59qINdgIK~|<e}`L>7*eqj
zed*JwbbSma(zRXz$Z?ZUA`_WNal_{#6zs!C4j(1B>x07v&<unMd@VU%i1-YGppgqu
zg}F(HWxzT)PGS-B_Kv2ikb0cLmPQ&01zXEm^r&MMJ|zJ?eV0k9&f<gysye*!5W(jl
zf~W=d?eG}tKI%HRhm{P>?WNCt&zS{l<<E#mBRPw>obbF`<m>+BWXILFR{3vke|gSq
zO8!vZR;}TxURvI=rN?Ilh+^TY#RJ!s(?!pFsPBL#I6Q93AFJQ`$1+J)WhLuNGY(l$
zG+`Z>0FYQU&Wxg9CY3L6hOoh{tLB&xK|GsN4ZMJ|2cL#p^PmH<0gfV57S{l<(f~#y
zZ!50H?%r8WxuI9jdQ;FKn3)!jf__=3%n=AUp~3cf>iRgd!M5zyiH1N6)}?l%!+O2=
zW*ynt1rMLXklnYC`@z}ZP{^F^-L#1Mhtbl_SnHz4TVLFM|I4G7FIp|45iwYsXcM7`
zjWu^8wOG`lm0-4zR<Ip|7HMIJ6=(5oXAD|07G$}-d@@|G*H^RQ=IU^`xM=UGc8^_n
zVC9r=_+AnNfj2O=b|rXc85mF>i#kr+Yhin5c%FI|5<9Bk*}4K^;!1HCA?N!k1@X`t
zs*#UbJUxuIBhu2)<zoB-;en21%3biP5fYeHDWEvQJD+!berf-Du$;RV5l`Fw&3Zmt
z%lSRz?1JU+C=FMO*MHhcK0Y9`k+XiNX+O$MpTf?WPT#$JB!}-Z=8%Pq!|u+UCxoXo
zA>3&Z)U@2NUJ4s&#boQ^)F!K0W{?qnIa!R3o#V}--M*1I;FsF{lGWR+*y|bx8yUzj
zij9^mW=VDQ*as8#(qeCnv^`)9I6fS=K!QT+fC*%`f>v)}N)WvG1%zN#G}1^YP9>xM
zWs2Q(dSYxFd=V7)_XucHU^nv)bOgWle2m$k^_Wo(!4IL%pv=o2w-&PsJLG^}sTb2U
znRgyK$JGZwfZwUg=}6*7ubB6rO{O)`7(Z3?Lm99@-&@6Q^}8F%8)PqW1j0j`TA<22
zxTrm*6&@5TE+Roh=7S&X<p8Z+g&nOLFG~O;^e%g#;lT&dbiWjmdBI+B>Va|NsyO`*
zT^k4i2oH!XfC9cv%eRN!g%9!BuZ?`p0_2;UprBa*9cO(k=sRIAOZdt>?3>k{$1^Sa
z=L0gtT=X6aL0hKATx}X(4}ZA1zM8AKX?sQSwBJt3tK;H9XEy)1<ykJDR6ab65I(G$
z{`TcpxBqtg%VR!o?FlGwJ`ue_pS0fvAjUAnDr*Jk;1a}>>pk?GSUXwE`S4{1Ej86t
zR&%Ay3Kd{P_4?5GUdF9iLtus}+W@#dn0h*3+X}oM1P*A5B7(v8678_K;0$2qgBh%l
ziNxL#SqU%GNFyi2s$b!2X14>jv(3JN3sD1+$5tH!Vdq9ISCZGsj|-8*!xQSs3HHtG
z-nFk*5bp8MVskuh_rDK%{23kOcgkeF>ZQG8-M`-Nn0q1C)})<G-Tuq-_*<v!%{=GE
zROKZq^ic&q!HngR2tVF~>JR4^i3ySdulp&!Q7g=L1$055(!l_BTd-5b$9%B2m7@nh
zg{wqxAYpb~$2A-@p#2JsR%RuJ4GtRkN6iX-HsI07ox*!g^ui;OaQz$t4B4D`MYS~t
zheIoYMi&B_2OO@^c_*Vkz$7WVo8c;P;U2S_$?t?7pQcRvdD@lstEhj0IS0ul@%Z-9
zSATu^D&8?I?g57x^Xu@32Xpv|-&+<0T1YEA+f`u4ax)xyks{|2Lg1GZ8-;h24+9Jt
zs9yzyo3|!rzv3vufCIjx>%-C*2Mx}Ig?xp3G?>%e9$o8nXIkN;x_D@P)yT&tcLE3~
zeAZbahT)NS4g^m3^X;JTy|x&(Qc-h#v4>b_$_m<UwKl#SMx~}7#m|S)_Mtr=AGye|
zZJD>dm|tCx{{ytS%)R^QtKS}fOS5{^4cCP!KVlahnEBko#{@IkRK`gLuRrq-<;E|B
zk-H#8oZVLcqFRU%^o=&T8tj2Bf(F0S#F++L<LjjNsiboP3NU7Q5K>1aV*d-GNL-64
zjWkjxwWcZ`NtlZe^)!(K&*H=Yh5><R7WQ?1hz~W_!61(c3R>EBrFLc8Z#I#(UKPds
z^vr_4vnA@=vtK`2SzhE(w6epmW;e?)$XqJ!pQHinMKJU>GhT@nreY@$sq=GZENNDq
zdpwJ|smqwJoY^Z2D9zcx6Pvi*0}kF@K`f}Yw8*AK8wEQW`LLk3SYTTb9=;F)#JnV|
zk-wX^3pYB%HDgx}oa$88;*Y}{&R0C2x?o!yY2>7krbW#zJUkGvopu5T;YK9bPR)f%
z321W2^|9fea^`z|H%5T40=FUCUdTL&#cFezChKn&?>e*KTj~GSyPV<qhXaMTs9FXO
z%HWS8+9Wo3kSk{;uWoN|f7)erJ8MQb`9b95QsE{k3kjKjcq^>m4@md?^mP|qEBZ~z
zM9p@=Us$I30Y|7M#Qcr7Z*R-n$;MG}VuP#%d>*{h22FuT2idd;B+xO!zd1lbRd7yC
zG}1_&@K@ho<96S$_s@ZWH31xlBHS0&2#EPRjv|~lB{-koNc~H9#w>efqbKY2dY+ew
zoR_vU8ZSrhj2@qjsL&5-ysEgzacGh!2I@S{<m6E=Sp0dty{XlT{Rz%nSODD^05-N9
zOQ9H|hQlE~`+CMKVQ(QKSiyZFDCb#bYuW~Of!rsWb%oz<9Aq#{mq0`z5D)^2Bk6zx
z+;KoQ&|%IijG1nrWh0H$if2Od%tbXE11N}q2E(mj_gW&4U|lzNA`2=3Xo&hN<G3_F
z%$3ih+{nSYe@c(}A8Pj6ZlWkE<fI>J!t=@HaloxtPNlzk_1&u%&tW@E5XEr72COsg
zk)fq2tHB4CC5v06T0Bc{3n>hZ?IlX{7TCexxNw)F5v1w~R4fr-j>F)c75*oO4T2La
z#l8z98pKT4Mh6~X)2j8A$3pnn5vqnp8o5(=PYJPskB{<AM=-R6H5-Hk_rcc@bYib@
zIr;+U_N-UIwZgh9ywvkURdU?Ep1xat-H%EB04NzeOL}_JC>i>(%l0loJL&c~e)Iir
zzkK(cVg^ZdJI!7@ZHG28WqcDupsYn81fzaiXX;15Vfc0L<Xb1;gqyBfwPi%G;u~DK
zX%||Cz<1k&l$c=wa08$)f&mKJslXQkH8Aqwp$k8Yw<69VOe2k);|Rik`>C0b-{Ry_
zgiCa_Fif#aq$l3_{H6cjRl1KAdi;=^kdKknjejEg@qoVe=|Rpqn6B3S&Y;$F9>=@C
zy{O0sLl#FB!dzCA43P^a;ytOO-B_)f(OqZAMfR3vEBB_cRh?mxoahz(5Ofi&)8v-E
zLCZEHZpwo0kk2^$e`Lr4GZf<|$U$NRi<qNKt<S@00MAwxvje@NjWojKjGf7U+qtFc
z4hT8-pP<A87azXPSjOtlJLwGP>-l_MCjZm{gZ<+}1Hzw2<jjLo`iIFh)YqAuH|pgV
zeBuu>PqFd01{3^XzLr-ygJYcTchiV?=ci%9yl_}8R$7lGL63-GhyNk)I8k$Oz_qPC
z)vnf<uo&lH{KI1+NVz@N271qhAUAqUO`G!=fk5JM6CuP&fM{@|kyFAP8GPv@!rA>H
zM)(Nikq-|YYVZpT$n_}X_NtX^a=Edg9%>Oi`H$bjY5r#!e*3;Ra*U+KuiO;F!*L36
z7+Nau`02%~H_ySB0aFKZN47twN2`uS)C}M{XLq99S`>-`2W4UTGvlx%nGk&3l~wj?
zUP8hJ_Fj9IC`2FkA_4^wVSk5S=a$DkIB*DB^MQlB9Ec!*6OKqQ2MA*zbSQub!i-nb
zLo2C9K4Kv%T-VJP^pXb(J`Nh!Io9Fh5p~z>7j_Dtq4=gSYOrcuYJ=(ZM$PV_&|`k{
z*#!%}AJT1BD)J+lZ)P`B-+=Y}<*m$GLUyMUae7>_<D?)qo&!=V5<pS@Dm|Tt!=d`=
zr98-KwN93ImlD88%>*MJfQ18l5j_GA9^i{n&-hkDKaEhS#k?P(U&N|;G*;mrLF+N%
zgoi$!OM}5dh!HU_{m|;Ek&j&9ovw3~WB1B+pWrq2ExeA7hx-vlm`@}C1>V6Ewd<~t
zn!jv&v9|mpk->rwt<L{!Qb_nnlXbuIn&88#)ZG`49=&{nx;G=m?KG}GV7DeA7GO#M
z9-cZ6L4v7$k0JTx^<b}i_|k!G5D%#>#!-ORAn;{o$3QnMcFl_!Zvz9D&q<)oA>jbK
z7SfN{LV#Ju{?ax5I(6{S`lyjVnRq5FY(xRy2<bc=<8gR@e`vO1Xn-dHqt_h{8hf$X
z;^5|nO6Jc-O@`gKlhHcQCI67aueR3z0Vbf`FSkE^_0`MoVw`*ywKX3*>t!{`z}Zog
z!USVDu=dR203RgmM-gV>v2|G%eZ)Aw37SCw3vN4Tdb8QR<j9txCZr?4K|EfK1Ok{h
zK}hVNAa*U-^J&D0DuF>NcKc7e%wvD0!Innq#Or@y=f}P3HTylK9~!F|j|jlVZA12h
zz#~|LjDzc;Ryn<SvW`ra#By`lpof!t+O!6JJ#W-zHku3uE;~C7XL|GUtJ}x7zkSD;
ziFH%6F}1MWZtxr+b^sRT>&-Be*6C4MEjZZA<c`6LS#UsYZ45Qsi_GH@MR<V6mErA1
z&Mv$i_@8}}|HIn?-^l6V$c1AQ4gk1w9qmv)HpI0^(11fD?<nMNU?wPJ_CUS;fg!Yx
zYmQnFr4ArOV2h(BNZSEd(4<V)BL>yy^go`gb+|`btcIOGXm*c}#IOGQT*hUtf(JKO
zde#p<$+(m+Zg0PT{PLGKEv{cZ<sSQnr_g%khm1HlfWtFLXyWo|1-amBFNESu?qne~
zD8gYPrdJT&=%A>#pLL8la|rx*&@=?R`}7?dKQ9Resn~r3ixv7uLa)1Eo0yv<2Eb`B
zrIGsxc9&SMAAAh#KiHA{1IQc(1x_5m;D$UV)T()ZFLrH)8g4ew!GcBFP37FQfA+bd
z9tM`yNlyizZw{CHI$-$r<?iKQZ-06GEmPqw<MC*bvUZFmn6c^3_&$syKjlXOkB5K0
z+VbZELPY&KLWjucWy80Vp$vcrH?aD>BWx8h_MSq{f!re|<`DxrI40tFh{ZC*4a5O7
zV8J<EUG=)5e!Y=KoB)x49u+nP@Nang>9zF^;4Z?G2QcnW0Om}(Nc;tBdDY+k`pN|h
z=KbUL^+W6b-(CIyKv~XA?vj<9^?YYEa4WXqfAa6u%iG(RyI*!hG-`5V`C!npZi$xJ
zZ^JfP?f^=25}<&cpNfW2@wu$LlquG#Ra^ePVTCqDFRj#I4smU?(S{8NdtossY9J*Z
z`@pSKkoIveIW-dBVg<et2O$<K?f?PgAGEDOjz-Q3Km%_F*u$z@#?%^ovsQo^fIwco
zupL^cZLtj6puLVe8=75k_9sM-cLj&v7gUaU(yi!QTKqhmNcgDj%eP+L{`LFE&oP;9
z9D~^k!Z9#+73Qcy#{`c$<STyd#^=$hJFx>3yi~t@ICB-CK|l~<fuEx0Kz#GP4baKq
zZ!%e3(Z<CLS7>4aXaR=co5SpOFladw74xG*J9oRl4?>^!p&^Yl5{M5B)Qhq^p~J-Y
zQ}bX%CSWAo3ZUyn>p*}K<WXTDR4o?YY&Pq8^fW2tU|kt3c=P*&d;DIS`6F?U+$qyT
z{&TcSdou9jFxn4L^@G0Oy_AXDzkl^DjfZLlgK8nvBMiBqEWHo{LI}}9uZs)la3z@c
zqlNDItd_g9*qK8)!7kJeeL`;BqK-}oG}z_gJ*41GM#$hC-F$0#<}3D<V8f9Ftb=2P
zM_RyE<#r3(1pQ5c_q~xu?hx=vP*;h%`>+kHyUdr)dvdf#u>FFyChV3uN`j4#IoZwD
zY;++9>*^#W>t~~KFd8-a+22j%tREHk=oQhB5|@DXwR3K?UcG#D`|<_s^)lr88AHy7
zhx2n}86z4oLRT15Lg#PQ?K>5D{&p#O{kJ)GFD`=-^vppMK(~jW*V?|&b?rq^i(>q}
z#)*y?rJFAC4+IMGoCsGAoFcRh)|i1STxq0{Q{vfWL5tH1O$=O6ivg-_i!iR?N^l<U
z*XxlLuayy??QRb1e5I{ci5#pu*o_`q3%`YYT*PE>^`9zQf3w>3!x;xNXBUzapWoiT
z+ST!Z3>1Hi<biVvTP6c7k7?P15mw;8z}X0W_d2CEAzl(>N4Z~4-j>4)M?d6%-t0uO
z6UIc~#f|yfY(OKnY96(}Guk@64-AA1RWVci;eaa7log-`dP=asJw{r^C%-h(2uf(E
zCB+?BqF}!e95m1ph2}5V8J}1R4m|EO2xRd*H=!Os{?FxNvi!5F@CTJ=dC^Uad~;Y#
zV8%hCddY<J>h`x^zI*&eO<S9tj_T&gO{fCyBxm}(#s6n9O-ieGw|sv}mN932i+#h`
z6G+B&UkRNcEpLN3SrY76jGYsR5W)y@847&8HF|LK6%q<o7Hn2*e3mOIZ2O}IPPQ<6
zsHo*2Ayfoq8)<|~OfNVL39&5%sf4#5n+LWQL0=Jvur7byv!Mw`_Z=in+fh>V<lIo#
z+duhW-3OQLdZk15*N4tvI^y}MKqJe+S1<e-rCKJ-x}89l>F)Zph#7Z`xFh}W5#TBe
zNdn1&+G_$)&ZJU2g&}IuB9b8)NXFk~*BH2Ai(X(>i1)>)rkLP>>cegnx-mFcaYieE
z9A>nFot`C&92{{7E523`;xu|RaMB0}^@mPy18(uPOW`lQ4dH%V^4g(+x;`2~lF;EE
zddSuM@?#!w^#Nx!|Gi|{FDv>{$!aYTWI6S*L+SXx-M;+d@tZf#LpX41*^3J#6%IV3
z)jGplvcL;ZVS^cw8apir=FxKIGY%e^NvOyW>+V<({o>VMsGJuBaRQu%ga*7)0dF#4
z1-Z?UxpU74LIrOr)KcjRgmb8?C4dDiy<u0Lhn%qxkD)Zu$i0Mjl^A+345%~F#=Ld0
zO*Q*Z{b%^)I&6C5;CPk)Sp2idXYElX@6SKJWgovoO%Gbb+sgI4kOOzSMOx(RKFnEb
zVL&SOH@|&#`^C=fXmNJHy7@R=Axx2;#oQ#Nb-D$Ox>UYd06|Qn)8+AMVJ|Q5;X#I&
z;VXTr5p1aB6FdPv$g}|tpb@cGnz>4ld3Z)EGG(!S$Vn_35c9AWEXOj)%ItYZ0xUu3
zIp_IkaHWwtfj2vFdeka-HfoDg5LP@uj`Ki*d({ahm&46^J}*~N*UfIWuTLRI<J`En
zj5pGH)s;EJhL=}|$<BrjqMqITa(nyo@ecHIEsw}xj&eo<Fr6X`=kU~i-JFF%suG%%
z5TWO;G`sa6gxWtoxkCg6k#I2N@SGydUJGr7TVrEV`Wzd49D#)(CkJfv00fs%h^@QI
z!1iTp7v35lj@95tBelZJNsM0Cn45fzIRgeK_n$On!Io_D&Cuj#Pm7-qH<OReZuO@G
zt?8kZ=+Tuq+mBB=Bb;`S#=*Y${`U5lU8@!7UdJK0kGfv>(<TTd42Rm*#Bj8n(>y!}
zf=6b92WehHN~}^7k8(zQ+<*zC^u87m5_+|%x8w}Grf~@NmELdnzPmQ&YCgk5$Rq#;
z0EZJmHu#bks`;$h5qdou+-T&y!21l%Ld3iYvEG;K>Nrma_O@WZb7*h_Rc+n0vRkN`
zJ&I&5eIAF8D%9go2^>zg^R#PHzg!$C?JntZML>Rf^w*be7is(qBK>^buDJ+e4vRgn
zF(;859z7}CO4fp$y_s($V;9fD6kEZ`&O(RxMtZNLz(;h#0tPLCz1QeINAzIq!XJ@k
z+mBBXm~X^$f<vba;l%fFa2DeB2&$30QW|OG9)f)(k13$;_uUrMZxi0agB)+aeVI9~
zIBLEd9X7d|*`rtFn`fhU8L<0y()#d<`vbtvyHu%z2fN+0m*)M$sD4tx))%+my?BH1
z9iB>V#hx)L%(@F{O_+5oBc{M=;5l?-??AqVOk=evcl{v&Cv%wu5Wv?wLzeH!U@D&&
z3^V}dOY}@wZmr@UEe0bDKk(FOn(~ZSWZ1%OZVenG23-KT&R|7AR2pfdPKZ@=fPgMd
zy;~%PBdNuNfZ^?T?TcI=)^IFm_Sk<T)m&O6>&rg?J^pxkFb*>qmI^)6)uxDs7n3Qa
z1985FpKibZ<-1p*-saRIvqPg=CVr!ZJ4o3(0^uAZEE0sx8WPM}8^*R{78Cyx&!yFR
zYhfJ3cleQw*5m7hBJ}2CXDgs1CjO&EW-J5}&kKSJK}|?EVD2UtY)lnjGO&Tt4N5ff
zj)MA~ng?lo^bXeS_e{feCN05Rqriscz(d5#n>d>s^0ghX8y%WiX@4)tbnu|`f5;&T
zoBqupBhwKPis!e#yl|QysYgbD5Qy_~Ge%P5B_Y_z9O(E~udD?lsO$({GF@R+HYCN-
zm&|dLa8y=+5aM1NPi*CzgkZ=4->84Ye1D$zJOB<VO$r|^1Geds%_?><!mL~b6>&X6
zaF}6+uLe>YxsNce%!vl}x0u$4W(5s{c)G_(r~-#MreR^%E!(#H7Cow7^5w(N?(wH_
zc-(QJ(|(@kE9w4_<9Cz!)%9fOXHQq!_W8@(mya{p(t^xWe#}OICXUB=96@h)`P=;=
zT^ZWMI6(MFB+H&aF}f9tC+c$--!15j^8iAyoxBWl`MFxa+pgblc;f{fs7+TeY{VVS
zfyAQ>*mrZTdEq`|zyow^1jDdgEd&>Ft!@wvkTh~$Vy_)AD=#96BNt%TMZ>PZwt`KC
zH#4v%6E2BZ1`C#nN_ADNMmL{nxcLWxtm}CZsliuW<v-sXwo^WRxRTw=-(J3Y{OZMN
zl?yYSgJV1kqsJlQuXVaAj72xlKyU+qV3sw`amt#)W}@;=`?iCze1C{V1G`f|8Bu$z
zfNBJL<C$fP^Ag{g9uN_L5_D|%xPed+1B3{G4_^b|7k0$iqKz~noOj%J@3H<Dw*$wH
z>vDS(H(z-pv#9y8UXw1czaC2TNYf`r6)gBCQsW;zOPTEUS80*<R2aXUH>y3cY8F+i
zPMTP!`2A5*evAd5;e&7my&<64DYgVWA13)C_plRu07%)x!kJ5)mCc=&*YD|k!M;JS
z#{(3wVWGJeHUWx21A?Kz=nmwcsuTi=*HvTQaX0X)7DNR9W8=JtXkc;N6s*P#Ry1-y
zp&pahH;U=S4);?l@+`d27)7uj8=OV0$>mVa4OQv5UhxqP*!|G*M<LI0B7+Adew3R-
zE`tX>HK_yn<g~Sae@-3x7^eDb)ftWWAY1^CR_M|`8<f%VsEA#7+heaz2NEsc+Y(yP
z>ZEQqT(2_~q6xggjAr<jTIyu!cfZAV*%2lNKfsg)`aakb6HpM2IGnNlF@_i%8<>wH
z1{^tOs%i#fHF93i{6zjb#?)a1Rk&a9mPgiG@{4$;Fep*2?~WVAKGJ-4d}yuy3Cbat
zL!x^!c<_2Z(ZPc*R@^DrT}|dhHzx?g2eUQ9tR`+okb1=p<b_-yS&Y+Cc}{Ydj<?0x
zj-?_kcNHhc6yM=TuMyxH^*h}v^NHXf5o|W#-xF%U73z6vQ5+)tc4kdmykzWJE~6yS
zrrB42)D@>FTp5U3q^Kn+jWi-WVn8pwW7_!M*X?&r2%D0(!aHiL1x~)%{7@FD1d!F>
zcS>{h-eo>EdG~9+QK28bv@qPmPp)fJ@GCH2K}@#~2CW*qls7F1DD{@B%}Z~H#3jt1
z8>syn54+pJfQ1HjIkVciR3@2c#R{<EtO<)7d65XfQN~W?5qs8IW1nEf0xH6o2Dv)m
zn`x%bEX>Aw38(eFBkVR|j|_D~BaPf4oF@dF0rWoKk8inW!}S(H4@<6Pi&*TohfQQ>
zHXq&GYksKgp_TbZA@@cU75dRl%gyX&SvM3{l7Qd7|J$qY9#`}O(1BZ~YS@Jvkn84-
zg1EjGj@88wbI;!%WN!B?O0F&+Z_egj<llGxiE5C7f8o5^>+_tbCx94ltW*drgec%l
zB!-X2djEX)xV4wX0UE>(0$knH==pA{jW#s+(a1fd#!JEJvbT*9aE>z2EchxJh~sH{
zw%Of0S?B9{l-qPy^NYnp>*POLwf_O~EXvietE=|pwN6|T2957t{ubJ<^xh1Z0+^VX
zmpaheG{0@FYG()6dq@atYO0UJbS5q(3PzB)bKNlpOJp_Rf$L^}E2j6puET^owNeKh
z3jG){TROPGju#EL6`l{>fk#Z6$!8wJLAn^=ji{j@zVqGF4iBxK8u`e@Yddx3-P&#7
zA$RMdc7JTw<9Ki_XZA?l?1Fk;qi;URkn;zXX+Mhcm74XV-yWRMqAhK^`ssNKw#0Uj
zZYwP9=G*Z0oby!E)EzW(HzQ)vs+j`>&p}awZhHpanJ^}uf4kcW!aNw>_sqQdE!-=h
zL6FOWws5AwI%l>9P8vw1gYQEim~h(R07?i}TG*YiA@&g9jDO=KRNPshk<VGfW5*%@
z0Du5VL_t)j_Y;TffFUq^1ZjF5)`X+5<g)d;LXW2sIgHV&++2@FqszqyOP2UCv4KBU
zj#1H*Bd?15>T=)`v*Qq59cK5p+uQFQ{UDb%Q^z$i7(wn^*qDVo!X)h{A;@D8=*|cZ
zq4CAulvWu!>rbP``K{=vBmPXgMOY5WHt-S0QOKOd%vixXkp@5%-0CO;4#jeq!JQsL
zP#wrMz_VWCUKeb8109W=6z&dWJthtq;>^<ixwgi<?NTP4jpZHx%=^btdDYRuf(`fh
z-9-)DO?&gJ!*(*5`YOETbgoL={@m@RaZE6KQ>)ez<g8975;E4QXM~(AfC>T&D8sAF
zysG@_TPOE<S8-azeF}x9TYU3l>|+6d2oFG<xhZg{a{zIjIxtkRFCKgd9AxE43gaTo
zUtYhJ?P;Wu(}G9<Lr%zhaVL6E->eQ-s-4;7a+q6Zd4(Q}eWm1H|H+W!4@lbkJIRw=
z$9+J^hgHcf1_Zk=9^JnD4wXNf>HG`;gx^}cjP*&xv74_WWH?mD6Mrs{R&WiP?6ho<
zVT)fze0s_$QTwg>Y=NPcx$w}pfJ01tzh4L&g5boR7JQD*lN}Ryc!vT>fNEjH6}N;j
z;$oV&XWFX4i<rSl10s#Qo$yg6WUuv{=7Ce4{pX`q&;*ukzuC+kdOSIPbaO-9Oa3I*
zu)#3O^F+BmuJXeXXN-a&Qs$eSdGNPa-!iq$rmSscG0fU=V!n+SvKa<WiJByc0YbG}
zF$S=+GQNGRRqGUQc^mx@kh){)fkeN(t-zXPnE)@z_=VeSeH7ebf&@emj4*l<G7zsE
zfkey^fcwS)k!%4%6<4c(BiuK>B1D5Hjoc;J2*52E$No0YD9k>fq<~|x(P3?77A%VS
z;b!vQp&oxmIWhG3_XnjzUi9>+wyW#GWVEb{ws3hwUc@hMAJNq3+@w@H=b%%@ICPh`
zqvJb_@C#=H;q$Az@x`nRCOoOFh+P5Z$Kn>Slaj?|B$j@$@m7ToGtBw~z(Z{Y=!>&f
zdF!m#<+U9L4K&Qw8L=3_5YC4|=qA7~Vw<){N0^I)xj&fi<CKxBkw!v^op%ox-~>d1
z;iz*AjRj%Hm5b%vP*2vza;4Ctym~uz_*M$`_qH&7EEcP`x{k>@?e%&^UX;VbsI@yW
zhStdL#cz*pe|b*f;C{fKr|SbSVL{(yrD}PKJ@!mcw667h;I;RIMIh{?<;-R^39$lW
z7uCZG3cl_;)R`F<HxRAxI#cMh@IWPG?IJwNH(3SW0X|}c3D1WfJM@TaNQCDKiJ?>j
z5skdFz@S9Gk3~Hg?08wo0f#%a9)~8=|Cp^|ux?S#wl}}){2rfaMBy1!oo?qzuUA1x
zQsKvB>JkY;UmS^rGGOWG5C;`4u7GheS=qM_-PAxA0?U>+e>z&TxaQBo@n5m^ZV<qn
z@@%)v0Ar~8M66<f6Ra9x7g&bz26m8OdpZ2rCXpd~7t~Zdis3oU0~4101bneuupU7r
z1scnQ@7loP+zNIMOB$4Eq)reju)pLxIe;s>=EObdZi~vzj_8rBpZy*)o4=dQ=TG9k
zcyF0rl{)K{4E-SZV2IGt7*TC}{{45aUcB&)QyD2>9?J*jqpal*qGC$lqD^odyAB+*
z>r$SyT&`a3J8Ah$g7Rpw6SzEC>U)cw_LQ71fMzDzz>QbTNQM0@8i0b1kQf^jIM|sb
ziVRntF$-K6KI@2)jW~-}FdnxKA_A@w*Kcd2ky@dS7Hcs+-Dc$oE4T?vmE0406y>Hf
z8r_T@er~8wU#=tL|H%87a`+Y3pWr=zb-R0c`|=Anacz)8ohxRh=6L}K4J6;X1rL9|
z4jZ2VC{R1vE3lTeIK#m_TGmcg6WVxp1R(<gv{NZ3dh0~F09gd$3tGEiFd~t8V(y{^
zVBy=YJkLmA=W=w0VF$QL1b)z%Er%;H;)FGB1*)L|jz;bl)@=$}1`u!7GI;BtqvCis
z>gO6gY^cY_EO+sfhwz2G6K7hby>3N6^5J1IWpi#Ag=!S<^Ov_@{q)^;Zy<RI%PRu9
z8+{y^)8ZB$SS(>(^kAUS0a#Axdd4dJI_r{U#TeEC9(QgNyZ4k*g0C?0!QcZO<Zu*&
z5<z=_GXNt2mwDh2;l?R&UjQ69F9re#9W9W6@DaPQhaK*V2);BB(#Uy1rcnzdtkdQB
z%RR$Zwb*y$+)&bza@>A42}<s-@jsY7ZIZ~~k7PYN4!p!xeB5nCKpuVnIPA^)%D5&P
z1k6%_ZymqWJR*>I-Ph$UXHN_8#eoR;VZ8b?;xl*12}E;BpGIJv;w<Rf6RZM3&4XF3
zu$b_+c$~tvrqH2IUJt$&47jQ>Vd;jAW!wUI2O}hO6f4w7BX<aly&|9>4>@&|sGtyp
zFZTFs@@%tN&*v2KalL<Nz5YP*JlynQ{V+H4D9_Vw&*p5$uD9o(ZvAq5`~9mOBOH9_
z6H6V^A_qGoARH2c^oDE*t#fC%SU+=3{!!L>5!a=-;^Vh!R_%?3(^;Lu4t(P+B(!{(
z@SK6@R0kU38GhXcW*TM|U?L$v@nHyyH|Pqy9d1mPX}*CI9hr>)nBgS?XNM37G~qC=
z22&cT6W?abExC-3u%W%Iy;W3PP0%(vNN{&|_W;4&HR#|TT!Xv2ySux)69NQ6aCd^c
zI}Du3`<-7d&gHq-v)1hHuCA)yZPnHF$mll>8y9n&x<ym@&!*kZvOJJ>-=AP61}f;y
zp38nbTRU6oz9&Mk^AOh@#Cq*w3G8=8b&f^<!erN1s6#YAtjd;#u0-&fIOcI$g{5?=
zbkl%E-VF^v#kEAmg__!~DSrDy;%EYUff<0>YHHB1xS!q7(Iw3i)I9@pklkP%c3lLF
zaxjvi^k_t*`C7|83kT1JDBUp=D*YAZO!!CM#t~VuV3dSp1F>KHUky?@p<xK^@V5>*
zZ!68Pd<XMldi;hAw=dZS8$w;apNzKzGNzW=ne&mJ@}37AF^;UEQCN3=a#)z<ftapB
z@;kV2shnu_=EbDS;9bsz98bt#Nbl%PKC-uelXN2DHTzs$`5Z$Q3<9I2s+WJ_?9kgn
z;}o+5wQ(O!k9xzo#cv05IGOKYSng!iQgZAuXdC+dIl7LF{Pc6|V^6Yv=~QETL%6Rl
zds*BYeg5Ve?9pi`Q2*J;^ZnQeJT3n@q?_UqtrSc<T!OsClFIhj_3Z6REgXk!jQJrm
z(M$2L{wwAawKi>J>L)1GKRJg0ig!N<>DljCCS*b$^E<F~?-^fK@wTC~;BZVOkBoXK
z{^Hj`mU{)W#O7dIermu%0>1TO%-n1g4x+-72?|#KdL4QMeTDw3wuet^)}2O)1CDt8
z`^vdol0FZTvqJcq_wdu=vkC{U3{Lxr*MsFmmEc26cD7T$MGQl$&L&F7{EMfY38W~=
z7pEmX)x&;ge_rnOu<0LhSdig`%d9A-CYvP#^gH}BmBSG114oPjFebQeIlw=;_;oa!
zPfC72m}4z^6O(t=s-fGE!pYau;Vyk`imoXY%U1FQdEP`54h2Wxg|iPm>r7zh!14Kb
zc@;zoy&j6d{>UFU3)z<jg3=S4HzIqJogz)k;iWZS^*Nx_!|ITPSRQlO_;tY!C87#w
zN~)*d`Vl2Zk0iDfIYvW_B(G&)U^QgLfuo`!+k&54v=^>X@1mbF#Cn2bAlIX)zpMT6
z_(a;g|ML$#w=CFCLk?+!T1qq_fNc|*%G5JwJR{x&9QK4k|LHH=Uh@w2W8#=s>hIC`
zmUTVidef`zBv|*BKOS_MZjbw5%-LR#pG}&>jo~OidWa66f*B9i>9`P}n$<tcYqHV8
zt3w_>hCAfeZN(S=l0icipQMB@Q!};PSrFSU<al5|#ffRfXx0685&@5j`dw2wiIf=*
zeE@#YR!fMrFl;ib_ci8}R|*Qev67B3fm__VW(&y(*TZ+O<2t?9o6M?8qCVJ?IeKbV
zOAwB2IaEn0@2x`uWsLLMJkF_|)Ir9BP5AdP$rr0wK!Mf;_!i3*jCI9x>7bCAGqh}!
z;vjgxlgXWvu{YzNt}{1Y-qF0O+YR0$sOCugK9-Ry-b!}Co$`1_Lv1rWKh>jU_z4D(
zW-OnHLRg=)7$0Nf*Mh{K0EPzmt!_VH9|nytMtPPuWhe_pI3jz)ASk8JEVw%H>S)u&
zi7!+tGNYpw8k#p4@7NwPz!x{pX&GPpIQ3kqolx^Dr%|~~aa-@eNT&9>7JS<;1AjWI
zbvI|qH{e}&-73ZE@;d`7hlTXjy>Zk@*-{GLku;%{lL$|wu-SaBwtT|i8Zx!JGnSyX
z$;*Ii9y&)Tf3+xGo#oT7h{2s0()Vaj19r)i$oqG`ZmR&)VmF!C?pKGsl!ij`yj_7Z
z&6&Qt@kw*+eMy}T&Ti1@xoMW{w1>?4Qw@{etD^Qyd>v6o_o`k?XHv+8yLnmdeGi_S
z0?<x?R|T_uXX0LkwB&+4eu(Qc1+=wR!uG;;=hxt&$d?UQPanF`3RNYEuN~7iT$&%c
zMF(sLEo6P@-nlH%G?pQd&7YlfgGHmW%L1g(=C)7m)v>S9-eS=C&?4aqA{xHmPs>mq
z4#6UtM^TI0FACLgpLXVu{+?u6Hi(fb9y6ejZsYjaT8z2Zrhng(E)rnvVs~Q8#C<kz
z(-KoCaQ?J>UDM6l*X65HEu~A#q>1MCwJ%&pkd%g0bV)*l0c~k#dI=pSb({Iq{oJ;R
zu<YW-4>DI}2;G$idQktcRO-;WSzNHZPccp{zi<3<Ffwxc3?GSv6!Y}ErQU5XJ`Y1Q
zVRr#&DNq7Aic=ZvkHr%NKA8~5>UGnSW;APMNOEnBK%wNV^d!184G>K;t3^E#{pi_4
zsz7;3BygubmhR*I^U8M*jP=*)hBZA&N*5BpZt-Gllk0HpB3c+fS8>zDyM=Wm`(j>!
zqiglq+T?b4?tXreG=hS24`jJ8xS+kx6U@foX^%(-5p|uYIr+;D=*x(QuEadyiJdrs
z#u|yA3ScHFhDXfiI3yB{T()`Y=tPm*f#C*U#t*?`yNik+timDW=mz6#X~p11pL<k&
zn{&eutqP?fs~vg04m9ISO7<K5LtTA;X6}`tu!~u=bDsinIvmG$%v`S4`8>)?l=2RS
zpa^~z+<wB-+iZj<n-A5s$9+=w+1P^2`TMipN2{VX-*71x%@Nik#Bv*T{{A=lGuadR
z4+wiW1P(Luv5IE~JWY6_?av=!Hsr@w1pJ1PAlIqs1@IaI9=V4?6Yj2LZ}n#Rqa5MO
zmJ3ePPhE5rNj@w;^$c>{71~q2kBS)EboMiW^U`6T<(0Vs{ZUUuobpAb_V%rhJ4kGI
zo{BHkg#>Smrnr^0rE%@^rrWN&r98IVfj<;mzAjB25JTu@>%v3qhvXNdNJIa`5K0=_
zB5=mU(g`ZWgehbEUbJfw%L>g^@MByo!suuH=sr3WT!D%LoCrPyQc0NSKQjslI<x(p
zPqg2>A#YqD(y3y>gtxTLiZMAvTrA=);D}sH``hqKfd|KPK2YhebSJNE`5`Rc@b&GM
zegDgAG!9C+86ycU9IY`$+_pMr81!OB%gNBK^-_qnM|m`})Vi9Mf=o3F>~&>VNV{Nz
zDTGOf0&SeHh_=56YdB$pWT8GD81t9ZvL^~1)hMTq18KlKn*QC*e*8wK?>T0wDja;_
znzlx9K$nF(hW{sN$yiBGS00o8U1r{5OR0y<urSv1s1cR}C8-Qdx~$T~%Z#weG}#_j
z2>vuSX!%+!uUfm(Nf?_2zafacqj0i3Lc;#6>B5f3u42fYXJCBk*#qad{{mm6PK@*N
zX_pd-LHR@Tw8wD#RhZG|`c7tuX^}d+FM3N5u^V$v@2GpEmLo-%JPN7_ossc9QGrU+
z41_`BIk#WB3Ls*@u)<6;ZI=c1@|dwCZuYCDn=5NDm9={d{Rn&v+ZFQxoEEaQGQp&z
z8fD$b9N3<>cPH7hxj`X*eSf^~A8}d4LUJ}TMtaMBDIF9voUHy-u6!j)E{Icr&>QEk
z4Q|A-RX*+JIQ*-@&hF+(>o30qHxL5HMv3Bkw0(@Wd94oX2=CO?jIQ;2Y7!3?ziL1g
z+nX(Th5}M1!lKpbp<?>*>*4lAGT2S994)#GhH7Vj&j~X%68=7e_?P@ieq{m&??n}4
ze3~iAZ}g&>;?KsuGMNWvtKcB^S5AN6BBZJE`rpp?akqNCZrA6E46tBKf~5gEwh#j|
z2-V+y4bX~LdB+v+@atHdrZ?Rp8^)MyWWtYQs&vQ2p;8fR$QOU)pk85npz*L95!Dlx
zhoXrS{a8uO<Yfr?#QzYQh^84)B(*N3F+)ETA^B5=pi}<4OQEOA(y6Cug|v=Db2cc+
zCPyJO6o^y;1UYohXeNbo0&WUTn<9(!yhJp(?siKM>;?OLU0y@eO-@3dq-wVV)F^YC
z)V}2M=`ycH?s`{0zr4)+B>f)m-54LB9a1CyB`(b$>C_S4o9!DF+^5gM&_A+>c&2C8
z;)F21mvrz+P8jK3TsEA2>XhcWTDmRe&H(q6VJ<j+H(zc(Dp`}kKgH2A9_iOoW(57F
zWT|H*U*x@}azRy}O??5GBu=~!RqJ<a$v<vNBI(j{Zx*ZnA=I%wFVL6z>$q?A-}=>=
z;%xn5oaB*q(>&giXD6i%`k@`dv>G_s!bgkKR&s?>6PUD243jXk1GmGw5IGZo86rSA
zq=DBk#HN9m-K~EurSn-6er@sJ^zsmycAkm!CH^M$FA3P>xs1rsASi9dnmA3asKo%?
zyAU(*62P8C%V6i-q~W}n7uo9P^9o{(@AtmlAsWe1tt8bl+j<q-ER5PJ?DDD%#r8+T
z34|Yvb`DSY5p|8Ybv*fvZy*+(vIUK9=!?HscRx;$II-T7H{o*uMYvktbN*(dVLI>a
z<s`y|5a`+egu=^-fv#1dTmSi^<VgRez@UDOBdKemvT7Vl)^*~+Kp}H}BfI?qq0~i7
zF1!=DV`GzM140;CF5X{p!?A(7hfMD{bjknyWxHdZ7)5&B)Bi!?pir6l0b)tUI=^>K
zS-0lpSu66y9kn_s+qJRoSxmTRW9EE=zLFvJCQB)$<h0n;^A0pAUhZ5=2E26PMg~W@
z%;|nvP&zdPHAt%8pE8`vyMbQLH|t(JD}+2tpMF=#A9?kAEcIb5=TwznTF*VMoM*l^
z+@D%hv>k<0L|4&TeVm3f)mK*&3VpEx?YK?UJH)AOxvD(&Y@L4OgPtB2J_dUVFB^NN
z`cXAMybXnWZAcGZRB!YADh}6PeNTk-5BxMACx1O&bdB)Gf9ThJoZW&F&V%QdVZA<D
z<lYC)>t7-Ar^0JL3b#IBh2DMB2lI9|(jTouNo(F8`~AX6!Q_NoK*yJAADQfrU0v>i
z@4k=j_;Ee2_xYZK8>p}EC-QGb=d54$_MsM(_I85xKfuH;_%13yQ@(GnETpSJi=)Bg
zuR2kL^3Ig8VBhQiAAWpDike98Z0oQU*e!1m?vCcp)#%+lF0iv@0pmZ*1veD6eKl>M
zT+eiB-RB#LTl+NjVXb?QO7~+0UG`A0Uuw+t7o1Ic>jY{}ZR+&v1;P09XFZSAAGN=|
z?{94w7giNgRT6h7UH8Q5Mo!!_D=}2+HRFy3th;r_)vff$w9Jav1{`jNfO!vb2ak!e
z%p=yl>Zh5WiQ8S^6W_!sG20QH^z$%I|9HS)P}EAfnm3=zfO=bvfSF@sc{Lb9SH%Vj
zxCw}0umVUBe^x$~Y;A1`uiK+O2I@B(ELre08mQ$FBQ71(&Uwn$`)o9R-}GMe?|R#~
zcRyZbxS9g92Z})u!KuPQCS&lQ`LhALo+4SRkSndpu5tYJ-eFebP@v)-5jX-FaptTA
zNThWIh%In~^`0MkH_IyAgBCEo+FL(W2WlMa+1yPM?kKs4>T+<m>ow?j;Q#&WvE-i+
zs0>z@r~tHCkV7n_%K&M0-hVlJI4b<M!=JAOE2Y5a@WFB~(rgKLk49vqC38OUw|+j>
z*SU@bkH!!s#$>UaH<@Fk-v(cfT)zKLi(fLjXE*fO14<IXg-a5Z@t~f&pQ2x0Z&>}k
zP5+Ab6o9rq&QDoCXzYD`o?eBmMa0uwX==Oxoky_?`4Qp6awrhQG}R9v7Vp_tsTglu
z2j}wWJD2O|NkK;0!<WnVq`FPeFHe5_@|#Q_wOX_4zBeyQmf1MGvT=TtoRTx+x`_@3
z$IO@h5hmgf6?gEBn^>Q>LBL+)lg<5Os{}?ghQB1>xo-7?8=g&X=#~JGXm$xmP-Mj+
z#P7aRWR;y$aPeY%b|gJ6LA-y&VdsM)I~Ig3VCm*)<aES-OtAzR^iSzVc+ogLU04G3
z4<u)L(UoRf@g6R`N^S;D^Sm>fXNkV6y`XwLxW)H?Rq)&rn%U52cPw0hZ|DuUaU~A$
z@rDh^xvEQxe8;@K@X)U;Gj?d~EDy^9Zk(*->f6vnU;MpO>!1x-FZqQKaWR(kZs|C+
zM+RYPP=X;6byB%`pYihOm!UL!F1`i6I>32z4ab&ndDiCNQ-fpZ^PKK5yhRnT9(CFO
zCeQf3bNXxHV68urRVTjx?S|Cx4HcfVc8yhc;h<j#*WdfSmFd1z;3AsUY~^waa#T+e
z!)@+Pb?>;zu(I3Lp{HXx+AT?d*MBBm5c8%3=b8<CE}1Di-do|dF($?|>#EM8acfPj
zBiX1`Lv?>dD~^x-sF)ZtRD@f5qvevc5SwvtUd<%iy<yuUcTs@z4HJCnl+|2vHZDy&
zWs(EE6nA0aa^5S?K;j@J*PxvnYfLV}n1ESwUJ#3W!K;xV+9U5kK5>Pzs+b=f*3^|d
zv*ifru2y@frXm<yRCP)rEA{9_!_d*6`#{aqGEA=c%N=5ro9|qtov)!AN0xrkDh=0U
zBeoR&lwFo@A$dJTg(!WWk2u<lN*uYk#mfcCw--E2jao1ai1c}o>uinn_rL9TdR*Vw
z%y_Z9-?VzXcii8n*DfMngM@W<t_|O5Ovp(DF{b*l<KHRzY=#Z}R0=1Srb0bx<bBV7
z`(bA_3}h_CdyVnQY2G&C#W3>VYXY2j)UChhOKzBX01A{Xa&b-(0v4BcDD=y3<v^2j
zG74RuDnrrss&2_ZhklvlruK+vs>`@tPDO@Np<^I5gKr1J+%Orlrj^gkd2N$+JKl&a
z1_Y>*P)Hz;793S98;GY))B9|nY|qeYSf;{_k$q9-4*Vh76*pH^6`6rlys7Xa!q@BS
z>gvfV=R9*f84WC5u4iCoicgc4=sj8GR^d}~#{}*dTYIW(%;^nT;k&{nw<sJvcw6Mj
ze!i3`Dgo?C5p^98H)Myx4qlR>=4is!@tXjnE|eih*<y<&UPRKYw9Dosb!xhz-MZwe
zY1Io29>w%ZSGsKK+RJAD4Ia*DcY$w`Z~7oB%tgZ?Tvo|XlvBf7{eD#M8X#_=gf-S7
z&8_G)|A@8pg%8#~4WWd?ooZInNLF>x&bO}3kWfDJL_bQJk<Ti}db!la5$PK%9z12I
zh)W@k=JE@z7v{36mCd4=a-rM`>Ctx$M{WGaCW!`mZfm<OTeAG)E^2n^)Lg*Gi($!C
zd-t{UV-F2<GPA+ov+sC4RQHFu<uCQK*W4h4{i=5_@<LJd0%fZ$s`_ms){zZkY3lcm
zleqmnxfKoAeSOcYYJ(ox{f`w<5|vTPmQUwZ{FNtZ?sH1N7B)uj#hB*A?>Vbpm(eQn
zJZJ<Dw_#ya|AcQ?J>C5br$^PJ9X~;@@$MeKXe#=?FlSxPeIiS;2PMznjDS10(9~T?
z=ABdj=gXqT>c7G2B}gdYa`^FNif3j&qT1g_KlM2}Bn&~R&*v|oBq$9*WUsBhAG|g#
zWx40>RW}od34-!kOAWIj3>WJ@iPAKhHYmq7qg%P}{GzNhE+>A`<=dKv{d;mN6Uc@&
z)lDG6r+V&+N(=-^u8wgAsAE)O5Lcq&0t>}U+pq%^=2ifJ5+Mxz)#APUj<eX8;{vgm
zn!yAF0)`Bkn_RsmO-~s{3gtx7F9<et=;9ajdoNDRp7A|(C4cVFLu*u-?>0)t$Ah)&
z^TOo5Q(vCFwVr!{PH4iMfE)>R&<Tpe=y0Cas5u%_e&r}RrE4x!_@fm1>OK{7c7~eD
z>$Q1%lC5<B38xm>;XImS#m3J|TAEh>hB$n<&k6N?Hj#(%{k88@0qSfwOP3)q3H_SW
z%41td0dJBJGSuyceuYm_E=9t)hS{pt&!3<Yx>#<F49Ys+)EMehcEy*DwcN5Dx}1B2
zx?xVNi0?IS>GW$k$m2qtv3~6WS5x1_J||pL_^RHoOD??D<H@+!hFxE1>JO{1AO|Rz
z=IcO=*6|a%OmQS+az4n&&$ON7#Fw0E^C@9LtFsv|?gPzl>!8uTT*yPpa2vQQR>r!h
z4>_`2a#t>5zl|3573U4be4Ak&lB)J`wZLxqZLEh)Eej^*IuFDVeO6f2w-~f8|AcH?
zE!g0d5b2X~tDslDrH<M};W~cT)CKXJ(6yj1%c4ncFS(Z|1IR2rE~Bu8^>jb+vS9!t
z!AS|hk^?-gxO>@<_H?hcdfuuNCS#>{z!qgnegt`lQE=3TkC*+WE!mP807dxQZ`GzV
zLy}y)5qX>Qy06gdsbLj_cB02|7D?=SGJF_BA}3ar@ipq%HRiQ=qayaKzhxj~bRV<T
zRvhXYtd114##>@$1J9J@eLac+5)YM(f_)130rUD!6dUt5A7V^hGYqkeTuoXr%mGLD
zCs{*P%Q65J-;W^(8O`RzY)RJ<Ci)VHn7GAI#+GR$iDmv|rEe8=-TXZ6b}yN9E@GrI
ze4=}m{NJtfO4r%zj-r|nqQJ3!Aoem0m~b*nZNXn@RW+d-<AsVult^82Sm3`wobd=M
zk?cyWVtN1p*M4{_6?Jdz@OmkJ2-n~DO_0NQ<9+|Sn6>|{3tJv@acMCGnCeCK{;>3m
zwYtf0%XlzK6+~-V<#v3hRZbu>RJIt25>CP}(4qWm&nky5buDv@t-bIY8G;A{wia`|
z{wK1HU<Pvh2$wiI7<M5*0FyVY2g~0qtr91RB$q7pr7U&LtUVLA27t*@Xh=hqX<1T<
zCJ=SbBbN^l89#f+Q4#TpSU*Y&yY9l=>{4ng(}&==pzC6S7)e4fIe4<!Ph2SBx+a^C
zRK}O3hW1zlr)II~qAI05Ez*g4*NF;BJBAxOy?a_H;lyg#N?lNaJRF`?(qJeS_1|Y;
zC<=(o_kT8%A9i^whD6&xc>1-p<2lUxUPZKPD1;NA1AqFOjv?FkUNo4}VTK>U^vP`M
zS0Gj5>_93}mo-MQYZqQw@z*ZPa`zbR)W6~4Uwl=Q;1(>>zuw9Hs%u51S`bRmE`_Y0
z`&Pa-Hrr}SCaz{eqxiD%5LzNI8v>;I9qFfO*^M;Ut+B)<2R!Qn2VRWD)bAb|c70r~
zd~jFC-+vrk+=Cih-00{!uj=40TCGFWbSdr1uCD7L?979^=d|ZKcJb9LfDy#}UgZ93
z_d*|5BVC=i=1ecLCB2q$Xhr5UQ%qZs=x>3d*20{QTe!S-6|1l6!Y9ape_M|H%m7S~
z&2@(fX8it1ttF`VMNKFHcPrZe2%-zy!{-%uLWCsJL3d|HcxX2bGXBs|9uR2UGb=dz
zGOi7XEF}Pg@16tO>7v|9nZ_w59ySEJ7$2BfnLNklfTgE(YP=E;Mb&~t&7msZk`(E(
zGlJ$$WG96umi1jp#iPW*_6Dxas0bpzIqSP-RW9S`MuJbOQA7URB;x!uE45hK==+P~
zq>u7DmJvo33!CIm_vu8d45p)cu>KdN;}R#lOTJ#Y@S6y^xzqDo7X$1`?;Cr*N}`c$
z_x%_4iDDOC`BL{ok|_xrXA`oGP`V3*3)bTS8L<jeGThlFt->?aIM+!|DD9H!BL2vI
zwT;oM`&l8-zbTjlTjr3(^C#tX=wQ+>r)m3Bhn-9800E4xW065tQo;1V5Ns&VyM1Au
z+H^yIkmQ?PC`LQ;b*oE}f35uS_d)3`)lsinN4+xW&sL%(+?}%>*KCS$V!!Hg)2nt_
z!lyOZ8O(tWf}5k$-TMp#Zl%4$><P~d7}o-wGOR-lcp3l``BCDcWGcJloNtL(*L#y9
zVhdxMothFk<Meu^!3JTF3@|2(`?Zsr;dg}i7^;OKM0%x=P_fNE8EM}VB_&&$149Hm
z^>M-7rS#IA3Fl<8s$9iosHN+odscad<1<o;cd>$w`@vum6Wixof``>r*dnRnF><&C
z@spv|NRq?-9xt8n9Wk$(5e&(@doUb0Wq#!w`SCjGNOu>HS)xvlKF$bVr`#^nvCxpd
zFO$<;w*%zwe~ME}6*iR`43|ChV+UPy_Vhfa&=I3tW{aFAr_heAnNfg`=%s{2pMwu2
zJ}CD&p^p2w1CS0RyWVq}MfPQr)7!zR-v3hlZCGvsEsQ}&ldq!nwL%ym_hcHBe`PtI
zzxj||3ekGK7`tvtyKlC4w_U6WPP*qQfc$Q*MeY7geWLrQ4}mUQS%Jz7$--%Y0@I$t
zN3CCwz{Lrk1*y;P_l5{6^ROt+UDX7uC0NfZ?eued#p~R+T)kVZl{7VUF<QBlrH_tZ
z_^L`s7MeBIV66p@OZ5*cS-J(Q3+KPgy@W5nD<Aewxn)tetFN?_{89JBmf}&J(hD^i
zInkUcPL_95yOGwg$$W{ui)-{kR97zV&^TP0ETR>B^4&YwT-MMAwShOq1uy?p)|`+B
zykVG9)3lJBjhL0c$CA|l#ISKE*w!6)Q_&J-Q_w~TPze<gtuzu``EilPLIWyuxu**_
zS-IbYUG}TLeV7$K^ICRuv%?WlNB=~I=vs2)`0M0{HDC+`g&a_^B@-SPv(R1OpUh=6
zCAwj=_9nD2wf+TA^xNXE>zDsuY!3gI<>Dq%p0)ME_M)omlBFKV$|Sor*xJRH^&;H%
za#?k$w)HVR)nD1~`SDS6*&o1O=`P^Yerk}}wfi;I;p8LYwEx$GlJ5sC=#}f9`|?9~
z^HDIrAB<rcaOU2;BLpA)w!0i=FjajEaia9GxAgJ4v?b`fete$){;qWJ2m<~0*8dWW
zE&Kj-Iri)Jy>ILN(c}HNTwqOU^^XL)%&mf$Rh}%}1P6SnCr#m<(7wg&Ys$<u@xOnZ
zQ&cGjnIW?R$;v`@faes43u0=}lewzTcPp>7LQXr{lmkKd{W&gU-{0JiakF$`%2|*9
zQ=%nTS?Kt&<oSpAbBX_z`@eku5k#U&QF;-yvP~=WnH7HGm%GjTk9yXmCSCrW_w3tt
z;T-{~4B3P?hTK2K_zc1ME@f|n!~gM+Wr6XVwia(wMd)}FY<r*u<#BS2|9ksiUXd^V
zag*$)BxL2{BmKXGI=1_-tkAK=jV##3>c6aDd66r^X4w+{F}as4^~*iQ{#F6fY7;D{
z)$mo^e*zy{%--SsZ`~N1{ihA3mrPE<|5NAxC~iO5kA_ry%4sHgC%g|Pg$7rHj`XMZ
zP2(7?U6#jxjO5>OJj2<u=++7|ygjwhAM*c}zRL4)`A?`e%>N`2_5f=D^*wI3hxWgk
z!Yad5U-O23a`GNcnczgXE%Gw*e#|RGWV6S@n3NqHp2Y1<0=?+-FT{|FTox*$NRl~q
zgzjoXA38nMuy7CFkNQF)W;ey^k-e=NC+96#Cnk&+yww^bs$4#kYIe_7jrOhjB$hN;
zCRP15?aX7MO<NG}sLTuWY4Qe%%x8x6u80exp}%cwuQG?=xz5RKs#LK!F3h=?T)5Ep
z8xH87ESYH4TBzuZE|uht;_fIhZF(mG`+Zk%Uef3L4YIZ(B)L;>>nGNA-({m870RsK
zohmN+ykNMSFjYZs-3IN}C=1!-+4DUX+0(R428TA4e|{9Vl&{A5aHMc)jUAGY=$8u%
zSykQ#)>P9{lK#^39XZdN1*;(aZ;coG!e>dhLLIfoGJX0I*Hv6?ZvBx++i#SO6=@rL
zg$~STc2oO3F*ki(R_*+l2YvJPew9mM7&w}ZZwlU}n>1U=2yCku!qusTK6J;bK9r;)
zKvSR~>ODfHlQxC!iddjjPRU7NOZRaH-_<SvtsdQFPQhnR4WPPluT#M<=Pe#v)O+$3
zJdD_#kdGO5>agxlt)mwk+=D2eTDSC74YlQtj|}TIL0&g7bJ-`g7jAO~TYdZaZ5~r4
z)|<P*S%WRzS{nJ-E@!Hr$ZpOnvXtB1pQqE`eo!Czlpd?=xip@u$M&yns536*!!Oi#
zPn?)#PRtg)oK13Bod8O@FNjJ>n5tMTEPMn{OVgL;<hV6#O_@hhO{~k0T~~6WT^)Ll
z?n(M0pM^c9)-^+;PWrlDHow)PmLkpFFet92Ug+r?W)o_u^R=DCYn1lWR}t1msc(A%
zXX-rfdFzCh#NqKwRQ^^nEuFd^0D0lb7NCw(j(bcff!yccAkf|w7?|{BWD;V@ss_|X
zr5fU95j5(&_Q}s5s`-1qua%VCd@eJYK4)26a9pStd~s$}zsx+VB4nz5EXj4N->;|j
zpP|w>%l&%a?LGoj+UYu*AblzNShk>mD6zh=dTiqOf^4#+NGn#+UTiG}4umgmcoXhV
z15u%I-Zx9tbiTJyXT^V7cP2gA)z;~=stQZCTeYTruh5KunHFu&ZR3s%rLu0jL9Ef$
zz&gZrZYEc+@zPkMqf5_HrQu#7q}l6G^>~sU-pBoMFtTCqYFOD<e=^6OaMJAs8v>nB
zaiTRfU!FRyUgf`nT5Hb+?B-ffEbINs)F`F;RN_rPes9|8P_^mNt;^t7Od@k{0<5BY
zkpT=f?_PK%N$h0>s=s!LRfZ_&FodPvq_|gIOxt2s?Y1tv&FSC6eFNDT`eF4yTs|l;
z3^(9uBHR+*^VQEY8W>A6c@r#PK9!|MWR{la*OU~(%X4{FVkrh!L}WpunGGf>9;t=T
zZwqEJK<1T~ozq$OpBO}lt#T|@(pctq%|DBbSh;7(0*-Ygt9{7`L=Lb6?y5;V7C6!Y
zs;+g|uN@V98@Q<#Da<VOe0R~qKX>bwz9kH((8IbKF64ibs=QzX7Mg0^GnH-<iJ>|#
zGgH$GT1R0U0x!oUOT}mJ=&1H(sx-~>NJ7pU$_Wce1{EDj@gns4D@bHqYXq)}!JyZA
z9Lda-Nl3LaUGl~d;(~CV_fEcMZSZDQgyYhl$!?N4!wdDk)HrM5AFcjV7VLG)kAr=a
zO^j@^bGh>vc7Ofmm2?G$+0Nwv+H`<UxrOMu&yxMvK+F>yRNpbu_spxuk|HB)VOA{f
zsaXnH*sS<kQ*pymv&&@nlt?eq2=#_*Tby`T2SJ-t_pzgR&-<J8KUHBZ=VR@a%nLHW
zBL?3cz}^m}u|r<3p|zl|;f4YSWA7_PZxTqJKFMIz;J!f~fC225_bjf2M6cASpY2hl
zS&}QP(3I+9EL;ER@8#CFH<Z4SP;vFD%0i?|q_7LDmRK&@NW;3wBh>!_oSR|&F1#M`
z%y#)fgPRGE0hHj3cQfbQwo_qH{h-Pa-b0b_U{Hm;aw*qFgX=b&jbO<z+dZraOy3T4
z6{_6}Hemd08%7}&^|6Qmad-=eXtb!YixOGiUh-IVkWD5e58N7<lUMPJG0F;t7JF13
zdP4^6@ZdBk$dd_08y9U6a3!eQni!57f`|zSS44)o#jiIyjW@D@KX>HsKm>>*?&V`x
z0RgdEz8a7USjBcl6GBh`m4~1xIRH98@3>qe-Vz|mAKi1&7zyO7!a&W~>itt}vZMoF
zn#_RH=xEud)^G5N<desqO&3fX-=Rt%0J3X4Y%<Nm<ZGj071Hmk-8dT6&`<9+4mE?n
zKi#)qk6Z0{5jApEYRM1FqcyR^=o5()8DZRf9WJ<+|J(fT1ZXhPQJywi_e(6dYg;+P
z=0s;4uR>GOjV9QUy8ZGrF9U$Mc7D|dl&l$gY=<CA$dl>yp~a*3aauyHOuu8l?4?EV
z%8_mzu78uo-pYmB%5{SZky+MINSBK^7I^cjAAX&K)`gk;^dx&~+khQ_tHB7=THdo=
zh3I;+-HLdgtDm@_dqoh!w=EeQENucLyqPOcB*uCA?fuo9Uxlk9MU1PLa3VL@2znRm
z;lw&W-Ol>y?0Dl{IcTCvjbwr+9!~>Lwmq`eTu>pucqmJ@kj3$lqxl(^vCnqUwTTCX
zVUnQ=XLRIZNcb89t7aKe3ZNB`6Zvkw^R+Z46-6GFM_%S3sJ!JWX}z)CcNMtC`F;aD
zT`?hZ?X%Vj-yQc!tC=i-_cD&u77`Hr-VLc*oIZ5(lPY1_A#2flfxb&^68SywHvUky
z)W8#>m}llwCdp79G*v>}`O=vyrLUsR^?mJM-!M%IK8}zA=#Mkp7_X8=%u7Y<9)8BV
zL6hx~&H{bO{xOQ5wm+mYIo86cZ>X*Fj3}-1Z(=t+B50PG;3X7Nb5leD)Y{6RDQJ>7
zkrS|W2T_>=3!tvvnyo&!1uFX*w)7d_sZ=-Md9TVq(!*0FUi6&MT~kA}>upo$Qa}t*
zT0%umN3ginm<h8OREk0t3W^G>))qZ5!I$J6K7)Aq3f}^LZ$I+{#0biYwc&jDG`upq
zUs*xIty|4PjY<*kLqM%W)7Iy4z2x?&Ag*#D%H+A#!&7A;m*hF*-yme@jtsuJv1=JC
zV9Kol@;9BSuoIkS)!2%5#bY<~dFS=XW!MZ;>jP(#F-FN@eiy-G<1i2p?2HW~Udt34
zK%&<x*BBH|S(?GRofRcJ7>G>e@Y#t5CFBZEN!^B^Tz+lofu-+5S1U!gK(gZhh?5Nt
zVmrO!)$lZ^|I1v3xgJrWn&!E&91j*_5YjvF7ZatIsVvz5t!MyL8*c`#^E>vSr5-j;
zsZMAr)C)Z&A5(eT(GYX&(RbW1bmH~#Ats2jNI!_ry7g8J5YTpHGi^ba(^I%0&HzA@
zHQ{JnEiOC4ZH-&;ljA~(AMEdp9!0Vk)(EkFM(3xA?%V>Q(NobxqqA@6Y5M7jf`_pl
zkjB46<Hi;Ru4|p+?>mARU7j#F=c`37f?%0}TBlz`%3`3<*Y1*OiDe3naE|iZ{739^
z!Df}Lv7yXc_P;{YMK{S3XcYDyyAb+fR|q!Ru<uEBXYS+=X3I-99z=+$!Fz?B-?}j{
zH4{JnB4w4Zsf3mPGUv&Ks){`#Ef_@LqYe*i#LDAhdmTgx!n>cM$ZIscZZQY2>;HYd
z`a|l&@`@uM`zb)6Es2dMI{-$>Zx+t4!E$zzRcqE(hJ;quc2}K~IWWSkDDSAf1(hm9
z6VB%uyf&K}(~F@pRRxr{gKPt`?KO(VH!X6zy$0|hY#<|I>$aD%Z8&)YXD1Q)<6_Yr
z`n=qWdVSoFU`TZpEJFGK*?r2oHsNxODVY9hR6(dc{b7U%=LxJ_b`t%_ZI%+ajIM6g
zwx0+@plw!gUkyS(9jP{=R73zMmdv~Bw}-e?jc151qfcHT%YhMFT5SqlW<eWIyeFd!
zC)zRFiB`YNCGKIEH6fx10mxM`N84^~r4twe0fBJ0CXti*z4&Qv5d4@TPUOdxsqc{L
z;`?dPkoV4?*Pxcsqq&FTg9kLZ5;O{aH5)nT<D#*uFw`j51mP5kQ{Zh*e9nr{G`tGK
zF$fBn!LE4UCsyGs+Re3wHzlSY4+_62O%TBf=-Ho}6d|2{8b_vg+jAt}3xLkck%n{(
z)n_SN)q7imac=7)A0|kF%`8}f@~kOvAbT-42?&~hoYw9gj1<9pU=sbZ5{XGt9BG<1
z<l)sa_$9?@7la4s#GLA}Tcx1dpd1?#Y$NpW9!}?d8*1-10&X|9q4+rV`z0sC<~{Py
zv7jQfk@2Fz%ps4iq})<xa?A5}!<pEwz=&GieppIi+CiZ|`YlBstBi-EFx0?~T--6<
z;n!{m;hGw1D6EPMsZA}|YE7eEUP}qg%IR9AoumQ)*F!$P=f8^9lI`u=Z3`nhZ6vMA
z^02i9B3*vvJl!I;6k@zgS$lQ2>FWumFeW-`8F7bDF@tFTkYK(ag#c8R60%N^8kN?m
zW!@QR{f<qq<UvCkG^o^Mv<~XXk+(QfvZtiv!+snlfxx@&qZ1RO<KQ&H1)#a?5+fPm
zrJ?>cRfmw-^WJV6rGO{v;3}^@qWvmX3fTR8+|9ugR3}>Po(G+@blm#}!wOy5p{4fo
zs57I?`MMjEgB$j<WY0L^GqFLYD;&{R{6*v3ud4}Ep*BiHwM>->qzE4H*6N_>N15*P
z!Q7oHIfw{9-XIwC$z%XUK9_HGIp{300Vx2=D@yMzvIePjorVgLP3gy);m;(@ycDjt
ztE_-4(YK<@7}6ul%s;`@J-cg|oMZd5UH)Dsv3C)&FmR=LtqNXK2TMV$NqXO3I#lE3
z1ful&{U=3Vf-G3wE`88MhvV<-wldF*#m>Abc1{hcow&~Vc)O=zRH2kA?0S!RxDKQ$
z8@LK)Ffj!!e94UAFvI=wM#>Z%Je9ptQ$!%G2C=yXX%V$paTzh{hrr<_16pv(%-}6{
z^rJ1D$|b*A%EPKlCs_|zeOyR9U5o<TjQmAP9q@^$TY*%g)j;IcPj9VZYeDyw9Sdue
zoIhXy6j1O#bR!S=$MlmcU=#4Rcgzz+$dKn%AxE1%b}O_V={)z<)<Td?;i%3aBx;Dr
zYH{m;qOJ>(p>60g%YW4^BUJYSzpIJ|p*B$dBoKe08_rk`mW+f(i?Wq&B!go(BYQis
zWv!8Dia{{Ar{z&x`htuK3D@Ik36LMqqysdJYEimHK^f7**Q2b8XwACnCnb6P%mvPC
z#S_+O!?FGdQjuBQ87mNt3Jm!&{pphJ1kA2HVFWdG!dHbt$#~{^hw7-Iov#nfvguTG
zT~x-XL87C%g->H@vgvN{#i&$nOulDp5$*lZbWmvxdeK`6)$-fYfR-OAgd~}WS<BzK
zZxqzP4i<BmO|<L;CNgA~ed{=n%MqHu(IzvRyy6b$&$<f)U7MUiED+zN8j)|#YEqeI
z%A9CZ*JRb;2RUUj{J0=?5DdCSke~@=U@k?Cyj5b)#rRN4f<u!E0uiV}raK|mku2}5
zHrK`K7(x^72fSHpj9{Aoif*=eP=ANPj!UY|*>~+EcRFkX?$uE9G74J}0S})x#umDp
ze=)IEOpjC&NF*FZ_O8p`AaeHmr$R`Jd!mLxo3L`0*^(ukd}CZTjO#1M11T>JNU!Q=
zz>|#Q!W-Ev{0cPEDM2VfKM}ovow*H^%s)&iT+_0M<mI{Z^~AcYhQ6dbR-v%3(^XM0
zn>|*iNhlRJGHW;uO-UM<FlNB~VU<;pE6bJ$BAb(h$3Qe7Uo~b&>cScCx!o1P7`tO^
zNWT0;LT`^fAg5A8ZnK;xYel&<g;`r@@*ody`n_+gqx6M1`tOf0;1$L?gxcLPPEzv|
z8WjRvlzY^y^eH0>`RJi$Gy-Q1cd6g%U2Vxdvm9B8T{8`?gMde@hG}ckos6}zrp%&d
zSb~cLn@UT*eFzoBYZ3G;j>$QEZhm2T3XNmvq@#xUm}8bv2$8@K;yoq^^6n67OmmWe
z{BBekGe`^>xf@gbA{X=o-g9a+kTU?y!v&DG@$~{L<cBv_auXm{sD97(CIuS94JKe+
zN)2NaS`kfz>~R9QIB+}PKp*zViQKSINxqzp<ko;`$_u{a!Xg+3Ek(rSSEueDjK)EO
zyPZhcNx+5q@$zq}H>&ttcj-^#W@y;Sv#dt2ex9dZomRAfmGm5F>I6Q%DHt)I1QiP^
zI^#-}0;p;&XYPQi1O@aqA!|UQPwTKGeMx5Y5Ct<Bp%_=D{xC{Ys8q#t6Ss!o1bV&%
zSsd(8B#PB@$wtW9be@AywU3^CIX@Oq`x1oWE&?l4MyFw@f*}C;3ECkSHisNNfGr^o
zwa?oq*lsdOWU#z|CFP{ggu`jA5SfasJvC+GQ@}QbF=fR^jV;*^gO{~|YN)rckck}V
z70T-&$8{a;uRYN8)j#3X-3hPCZHDCwlIRg!u7(S!10qVpI44ZWk|ZlmFm6pyA;$=X
z&TB%boBfxDJAHQD6ZW-NMFJEjGa(betGZW_NMt?0i@7X|hU_P|I?2NVEF>(Xp+b=q
z>ZvgyvR1|9ND;B8luEY8qslmn@Rq;<sCU4<n-^>!rd=b>6bUe?5pPdbV96(LwK4;S
zE5Kz86Mh&pmJ3ZCt1LiDW<m$oY}8DKOP6(<Fh8bxqXD3|Qe%v-wwc~X*n7y5bSl~^
zGW4dSzVfChwh}J?p(p_TWGx_12=^z<o7pY$3)qdNK9#T%5+F7U{v;lklAX5_r6H<3
z4`s;WUT`;aD_{VTe|-bprDe%T_LA<4SO=gC*CB_ZI@4iM;R77mY@u~CPeZ@JlRbwy
zy1c6#uYZnrjTM0Y^Obm+m6;HZCNgNeN@D5L2gdRG#vACnVW^`a`Vn)!vhj=@R3jh`
znmywimw}$Jx`%&|v1Pg8v=eqiTY$?&JRZqUZln5CP>)b3zn)JWW>7S)k6Rjak{c8K
zf`lRGI5g?dIn7`F3M#a#uhvWNzEtPLKia-2)=(uJr9lfFUL|yNphKiaR@dQEXZ#VA
zxu;S_$59%Gb25}1V@eR32z?4S&{D~t6cksB^w_d?bmMtGQ_Od>X(*KTKW8<j)_*<<
zAaQ@UZcf#MPzQQKGt^{oKPKoI+#`2m^fpKwibXK)Ktz=zK?Zvm3E^e%DiQ5g$Ybtf
z6y)cjHQ{FbAlmRScD{M<VYftb({$}44XQxx6Xk!>4y%KnE%k%U)17`aC_v0~HCtsK
zt?g$?kKHcK%~Dhnf@L9tpn`(ujqf}S-DlxUplL9#Nzlsi<XshXGjW4v>LSlbeof9&
zbqs=TO2vrCLnaUzn6W+|87jclNLWX_p+;kyt8Rb}NH9BWKX!Bw<m=%NAe2vS4Gegg
zOW(}PmrRT%G%v`DbkA-!XY??w=8|dw^fRRitbzPpHZm^rR6MUy(pFgwfAY}n^1@LZ
z5&*Ai{q<k7Zc8p^r8A%oU)pmKBC8EJv-{ozo<knK9FBFjO<YKXlL{*J@$>bar3%;k
z2B#0$WS0o61wFt3ZX^$78}zs*4s1V;F6<!oY-ab=)>uo%Zc>o$k)Ou)&%29vSwAJD
zx3&WkNJW#|KP8ZID{U5lVmxo!&ZVc4ZIE{zUqh=alF#{+M*jB$PB@J+Ua#ZCZ)a2-
zIhRXz?4C7U_v2KoV+?bAouN1k{oh&t6$57{^>xN=`@i!3D@v-EOj?`Y-Joy9Zm*dY
zvzAJ;>sC6}0kX_`vjnY&{x7oss}||GJ?Uu8{|_pdhX)j+!$DRY*SqI^-@ew4gORX$
z%!#hzNzM*2e!N%mgM0Gi(>wi=uv~I`=?CwYA-Df#1Xp?=zoE~2{)=CXU-@RP1OG?u
zY5zv|ZF82hGtYt-U(d#)%tVm<N2U7}_HIN2!H+^e7WA`x2c>vi|Bn!xRZjegWbV?B
z%FFtEVF!t9#I4+Vp%24bkoab<lK;o%#m2L?9dsH9QF`m9+Xs;TL6}CC9{W>^Rq?So
z5{;M2YoT>3%#YL`^sV|lJ?@YSq~zzn@#e|+B8dy;%kMq^-S27jm*tJr<)lTwKWlIN
zx68>XYvGpz7TZa&+tpE2+@GwrOYRoyb(fPJpd<G~>8<}!S#;eWr};VnyZyh!Bc(iA
zVI5(2<A3e*pCX%y+8Hb2*5<p5)lC$v=zjbNRGr)U)}jxJQ^-zOizngBvt~qQSZOhY
z$#z2aJf6@eeX97cf#CmN0*WJcQ8ZBHnlvPPCn+SGLK(BR(4Svs#Mi7Y{b}Rf{QAv_
zUGybm|7*=uk&*MRX}or@<G;P_Aj{C7SQ{w^S*V^q>@ECgS%ON6N{%C$e3z-9WQ(Jv
zMC7@Ja6%g5vz>CX{O}r9XohjjLw>sITI<i=AkkdU>m`NVe_!450veCCra7<uzh}vl
z-Cpe$`n&O*JpzV37vZE2o#)rU8AQNJLPDb%nVan@^mb6%j*YV2YTLIGfW)zky!HbX
z-%z8=!Z-SrVaJT-I=i(R9N4EK@wGCD`6c@?oUgQB^CpJPxCwC_hKAEUt~DV>UCnsy
z#Rgx`$bCB9%+hxMdva-axxOeVZ(+fcEf+9TAT<#P$v5GUVW<MoS_}&i5I*)EpJdyv
z$N>^YqLQs?a&KdTXHm6PDif(dI3{FBH7X@2*s%mvtZ#dt>pMEDq5n@G_*cU}>hyui
zWk8hzzu&$1$3ufawig^MMF73R57<-%q5fY=DI!z>0zjz{YHSn4g)p@Gkytn~=Ig&b
zLQ(YU_CGl!D`3UfUK#B#7y@I~fT3UPmlhs6^uLk(*Nd4=<}l#SLj#gpi0(9Y#&NEK
zRlAUQI6rX)jUP7TJ0&%RI2%I3xfR~%Y4`oDfkk_hXrPmU1gP$;7!hi2(G}r-(`2n_
zw_i%#@A$uZFP9`HwO#?$j|yBioehK(OZZIrXA%4vet1p*8NURqZ;-~?PiN{1msTFG
z{i8pOfDncTI%fyAqA9%W@n8`xD-r*&XS>aZgPYPRvjd`Ilmow|uOk{&p_rh1_eFpA
zN8+uI+0$GF<ih&lakC2yBS`gI{(RCdk~)9^n~={Y>k(`2Mck$T%6+_$Fb?%Qv?9&H
z81bLv@#BxC=libb+tuek9-i(viZq+K^?V<OlJUWplh`6svBb*8k+_=HiFj<!$k%~0
znk5MUjFdjZv|ep-IWn;{`0=JYO-K>Tv`Cb`sTRcg{y#Dk;8<SU2oY?~PZ~-1cZ$#z
zrr&i82~@claQ3jdx%v1kt%hJWRs%18QpMk$39TCXYifVX@hyMszw@&HsNDUsR_^#c
ziRR^x+LGGll12PwDM<0-Li}}W=LJJ+57yagaD>y78Dz-WZ@}xnX(A+TF}*k6eVcml
zVRPhowPCCoJ5tdoOUZ|Tk`&%<`qL9qDkiN)aN1fW4MvBwR15+_gl^Xq(OCk2=Jg2G
z&VEbAf~8&x4KhT#$XX#s({(twWKmvE4+gIf=5`|+anXt3@s`>Ib88>b?u~z;|3mzq
z+`ND8)zC|@{bTQ1opg7NGjchD=2u<0L`d_m$HDiM+|3WSr6naJ2~3ML*O=b4ch*e9
z`W#^gw*2CVyaL&2-}>hd0xu#z_d1M-wK7XFZ_2Kx?({V$u%!{3eg;v#Z`ny!tP~fg
zqJa&?v=#uJ-IiNikMm@551`<i_MTNfCW-L{m%;GA67BmtF>K=1vSN|^2Bo`*V6Q_|
z9(e;Sc(Iz<6gAO;L^90uVi@^Win+B=nNn<Enj6P{@FvvQ-(M$`@9f*WdwjZEE)M2$
zI7p`7Hcz71)2Vc9%+twkuCrnOl+KQ9h*7?uNhUHdL;x|Q17M&Pr8(Npzx9{4<GN~>
zGho!cEm)IR6xT?H9vcTBBX&W}ra~R4%v?7b4dv`PJi&Vfg^R)}xWsK&Iq>u`rG5}+
zNr8Lz63BpJClcW{kVcfLy2yIqU2)t`7{MXn$HzxbY`Fd8Cl}74%GcHBNnoxp4z(2C
z-zbUcowg99`91<>FH#)S%O{V>DzdyUgpXm><}1k%Zocm?Oy;w=ON+U{5OsJ6P8ez3
zM)E7F;zQTXX=*EQK(B8)78O9PP%cA>6(TX@nMXMy67^<96-<Ew?xLTPgJh9x2@M-5
z;Eg;5P)lwE%sD?}7=HB5lphJ{CbafP{>O9t-*(EtKP9>A+b=0Pr>?p*D&9rtE|x12
ztk>RwB2`cdnIl+MDPbp1evfj+r#5F%^9xq-L~~29TZ2Pdiu|`FMl%P^q-){rX_B;-
zH?Nz-jbZoC##wO3zMn{^YFy(LQg*`BD_@+1ArpQd_GIG|KIQpTj^G?16IrUMX6}&T
z$-vz}_5_I?i2yO}Zn79zYf?_ywE=K)WK(h;5iS}@s!pZasj!|4f2&Xb;+MAkz;MKn
z1jV4h%7QXY5$X#9iZ31TYK315eLTD)mOoy98GiU>(5RwU0=0Tye(f9tw~cBa@o(8_
z9mhv2RGRZR_^(%jf=$Lr!a2U$?N2AT@4cx188&9&X+G1OOlB}aQ9Sb$OO4-iutrU(
z8&2x{ICm=UFg7w*N}3gHN*8(IN)ln$Fum=K{B5WRDLaXe%8v%iZi1%5=@sq`F*Kjg
zXn`yKEP8)EnO&={9#&*BPs-I71evJodyQMg28DAi{Ql(p;jMs)N#~^-T#G;;5tRq^
zNEp^BR-Sj+z)x_X&U%0}IMN7e^9_rw6Lt~4eA)3wK`hCG`<mFg#iumjZ2+EDp*W3m
zi1TQv?3W<vs%UTkO;?_?LQ%2p)HV;0B2AVvjYwZajDK>;<BH7s{jB?jTmdVr3yJQr
zT$rUA!!0X|DX9X<P(!eU{g?yo8(%0HzV4xD#*>QTk=7*E`#4)#sOgV%frR6p!P93*
zL{KeN-oO5i5EX;>)4`<(E#+-DUijT50PYVUl!QM9cHQ|q<E=>li8~Yd?xD^1mqJok
z7DuQ4Q1bcSzCthl(-#8I9&k{d@;|pfXy_N`Oz$q<MzE}Tx=|)EG14D}$n6jSJ3!YB
zNSzwc%a{eENJf4#*jw1-v0eTGQl<i%1sn0yTN&542^wQvaNiqG{C5u@CeIHB3Olk>
zi|b)lnFOJIM2i$#K3tqumo0_YY{D1h`#N1f5d=BA_ssEbECG3MqRTvKTYnJM3@gKy
zcLTiY`#o3!5CFYpHT>)QOvffG9n$|p)K@UI-96!k5Zv7%yto&42wJ?jyO!b<C{QdE
zx8m;ZZpDfgEmqv!-JP5NojY?sKz@^R_Q>u&axB7!YnAQVUwtrsbsyMlVu=1)Pc?xb
zQWGNGPn(}#_a2aPvq~1=Bo<amSbsd*s61jLry-LgyAZN@l)Vr8LhUIc=|cuU27oS1
zsBSc?5V1|TH&Xe?I8@th-b&z+n@?qjjP9?5=K;9%8zC9DqGNoAe}p^2i<5=8W-$5;
zD9mJHHwR|V9`10R-F)8X>`dOn-&~(rN;g+l&fT^N!SA7YeXe02h%s5O1K;KvZ14nj
zdh<-C$QH!?x;i1<=pK%li#P=I_Zr`j$8V8t=e%Hl`iVEMkK)ita~}KGkzz>B{I}2#
z8T2#++VXtMR%khej$ZgvsA*LPC;;Fc&c<(Y=~UxjUV(;P<2W9;&F-4}lWRCj6cQ|7
zs9(#G2X6qtbA`7aDabaJ?P-_;t-U(G5%sv{^-~6N9NIy$Rk{i=!ph{}FLuak4<fBl
z7*;W*Js?N}hTDaOXxx37F;3_8jW5`I`jTb-<sc-@-zr&pp8C|*)%RPNw=ireP(x!g
z3KwYtcpAuGlO;i@n0(k6;LmDU46B}BljAKvc7XysU#P){=_0l|5yn93-3T`(YGGr9
zo$<Tl*C~$3iscx;i%v@Wt!jjTm#KI1sX~4_U6Q9J5i?zgl5%pD1}TqnGV`>+h~Z;9
zb6LW(5rGa*D<#X!5zQP;Uj<DB`c3%B^=2HB?G;&C(KP)rY_^cjN#`i1F22%2V?(xW
zC}*)Xwd8wfenNmy_R`)!=l)qYa=G|;Tut49r+;vk2-^#8w3F`d&LYTQ<G@lbDI?ep
zeJ{WWDVV+EZ=3H>4jDt^c;v7>MHf>C9>Q6&LZuN?Jd)%)U3&P+Gn$b#2Cd{cRdSf9
z`)ZwX7S8*lUvglF8QStYg3K`>3{`^%XCaI}=k<mon=>knL^$SkaPXRz3;8l@og$Qe
z|7|e8unCV*$WO$A44GO2Ebb+Dg_|gLObnC*1*oz?HGSAOEO&yN%8yvBNl2%@#a?bF
zz*#PWB(ZTJ$*whixZryBD?^}M_gvReooO@ZszAqJT^D@<@6UMl<D5T_0_*sPcnEpA
zbn|jWL2><5kH_&WS*aPKOVweYghuLA27Amo|Ex;wW6=eivLKv(Gmdf)RbKB19%<Q)
znaz0Ol!)1sgzBrxd5mJh^?M|&W>0k%RbEMwsf^kOhie*5djY^LbjQ7a5+Ore@*{5e
zNVxp0mlBFQw)|_KnxXyjxK2I2b<+ICE{d#baR+run>Y-A=|!u0pOU{?mCLN_@ZvPw
z^_n)fSy_7?%K=?hJ-@?QcH?{jheNU0!Q}9$?O5&`15LR(OHTd4$nskQS4bn^#5N*Q
z;=WJL_kM>_Wurss3^Q~0@5p5*yF77qyMK%_9u0r*k8JraTe4T?NYZ=g|IBFEIQi#m
zshIyVEk#w<wBSM)t2Vj9cpG|%+;mg9`@1S$D7Rc_VQ?~r<f%O2`EM(Bom^qc#vqk{
z)M`xV>|LlF7$!MA7g#hFv2Zo0_z%7YlXEm>8B)Hp<G3z-ZAkSoVXFNrNV6tdsixTv
zJ#E2O)N!01<_@j5V$`NNn2@K%>{>)C5hyy9s(l&T$b-xH3Rw0zB$aNUYwIl%D=ZJ(
z3E(fd?%X4Znv3~p4-TP6HPG2D)Xs&&0Q5JRW$;BZSv&?&uPB6+`e!VwoKQt^p11-?
zjE(`yhGNv&IOpa6+)N@g=&MLnGSfyA_&Ct+!)^~7jPGVl{DO|tJPd(l%R#&>lBnE7
zp|=)C!FpUUz=9zj?c!oxSaf^TwpUgx0&%|8dYhu<fI$&#Q(AlV*<5Xi(A2k~B}-Qo
z%FA}yo!`72MrbN^4XMx@?-yGQ4Z`p-$)~JiM9^UZay7Be(%8&O{gY=^EMVZ!$IgMq
zvETHsdMdIv)&7Fi2q<a}PAy%Aq1s(^#FMw*;m#50=gH_D-G-UU7^RZ3+dP*}nD%`D
zp)b!LAG}HAgfPD`0UlXU-fjlP-|mQTU-(xJsoq~X-Vx(C{GUc)%J2#J0D*ZS9UzX6
zc&kN;JM~r>qE{+0V_a6OQwoE6R##z}#Ix;ETp`S7S7~Li+?;yYx63nkSY6~)8=a|A
zYws>R6LeFH(O)c&7a1I~@m>~AGWWBL$a>LPSKIwYKIXQQ4m*MV#kyzyQy_f<GcM0z
zyv)EuJP3l<2K%*#aERtC>x_5}bES&~UfW-%um%{{n~(e3ad?u|TKzaY3hl{*J~CWO
zu=i>Yp$CnJJ)SXY*Hn=oQ3QfcLY(h@wan`#10s5y`;=s5@dgEx^;Kg^)-*kxZ&{Aw
zw;E2j;!ySGtdj)w8tlnGdR_YnH5$ngdY>+@dPE}|>NP1oy3TVFB=7Rb;Av&ZfIr48
zav-QGKU(YQ)nWo8$u?|8=w>))3<5T9zKx4+{PBOSd4Dl^4_+Vo9ryd?`rMz||G#&I
zw;L0Gx_9vV+wULZue;~($KvmoI#x0zXI>M$#4Ql*W)mLU{XRqaZ0L?mZ#%mG(MQJ3
z?nuN^34r_nYkDL~)1D9fRyB;Cg5&g$r(wlWZ@j^Au27hAJ;<IOvG$Oe&%*1k5NAzf
zgvtcoDB5xBO?Jgh#P{(G#Osj=g9P!b_^;v#09<?wC#TT9WIq;2NiZuVIQKy~EkGXG
z0S;qcnQ18D2h)8OkM9vBD4<qkxJ`Fbx`UA#A-&Ov-Z+Q!b37*;vj&ga^%Vf8I+}ba
z`1W-u@q<&JY{x?oM*q)&tthCbY68N<fQb4LtDI897A*nGlO}80oN_hol@dg8AbTu9
z<Ra7$8vy3b;Mfo$iNv$StHJ;?F09`&SKa{v&~b;nNfa%W3L34RGwJjOu0NFOQPf6#
ze{B+8b)o%6!JBX3lR3AD7}0|4e6+x|&j^ij)3wMLDEu<2DRNuR1kZ`+9$!&k|J=TR
zcDcQNLHLH@bk6a9wGM{9usnXdN)dlcdf63!KmO_exbFWt;s3Ur(@2)=wKk+}Mv=n+
zxH9IcVYJL!n>TL)8rJ&I-m>Y1<p}-GRF|uh;DiUnM=Ule1LLh|KO0QH^Tl{36sPUp
zrD=5>NpjHme6;Ssk3W0WA9K(?6~u!j{fI)a-iO)OSbDxvk2jzV|Cg$pDu>NM3%WDC
zmGvK~hYlH1pY_+1-=sdeW=HBEUs$mLEK?$>|H=bKs&rqjm%)r552rZnNi}m?>}x*9
zpUA}}TF!X`HNPgKgp+-)w}b`a)(I15bE(*tYw3n{y=8TZdv@5{*iU=7KETVelXP`x
zN=p;N=MB172-oCpcVM9xUwbAC1iD)1(_Rr<IPADn3N7k7$w*imLk<opE-=}jlcKJJ
zj(K6|WpXP9E>@56_#jKQ1n^LOAp^;Bx!*|LYUSRQviE`@0F<gOM7wH)tt29@6U;jv
zY^BfXDTH+uSWnJO5Fwt&AJa$NGnDAkIf&Wk>CkGKW<yN!H|s4K+k64?R(7`eTO#;2
z<@f70mH+!UI4Xbo_uF~c&e)#tCjeXx`oCTK+X6V@COGqR!n_#0dO^M{)%-zKx`9}(
zvZW7Mfj=x4&*1<)dWFt@<MQGa7h(K~kf>RYxD@~z5`c+691sgG)s;E68a*Oo4@y|<
z7g6IK#hUIf3(Bm9((mZmRef<>f;^BLr)Ele>;F(!%;C{%Lxlk43qe2!ya*ysm7#o^
zmJ7bw6LYM1+jNnVMmgp}*hlM?hwO7vs#tP|sZn-5C|5^kGC>RN>lV(5etw)tTw}w{
z@li)x$gcdzT)B<&=b#kBSeNxMoqds%LNv2GRm{FKNc}<q$b`TZYh(3osQzS+z9Qc5
z7s!wrum+=x!4Jn1*gM#?JX*X<%Ar^;?*9Dwh;9$AFl@ZUz`&Iw(zrCPN2+IQuU<T#
zbCHm|RG;ISz=1$wB{G*8sibuZCSpo!8OeaOngVUQXw8WaTdTvU7rpiW{G+}ED7D|K
z_d!QoCQiBO^<j_c466ALX6V2V{Vx6fK-Ajl|Nblv0aCx;=}5jY(PA&Wulv88=J-D)
zXq)M&(cQ=eT@HnbNm&|i6jY29Zi@X<Gb*o_ziHHwrzA%K*~IyOJc>Rj^RJ;B>L>!`
z>nzJ0ed|C?Cr-1%t<PojN|119)pedC>oQJ3qMfDTN!!B1zPmuzP+2F<msfS$8ieoo
zphruntIWmdg%D6!v4=7#2|whT#bd7sOyB+w!(=3&Yf92h_4v{JGznf=U@{0%hUK$l
znnVIqdu*nE=oW-lnf7mtKYvTA|HOLr_}8g>qRjX1^-HxKfbtBVP2b%pJck0<0w6d-
z>?k3D@ulL=-@b{R#1y*$*dtn$kS&6jy6SDL5Gh^jv(NF)>>8vqD6q;2g&^6`ON>g*
z>@ZKA8rn@)o>}NH&G+2M3NlZklLG@G{lv#gF<Kt9JFP@>3%_$n7{R~Xveen2j2x`o
z$+2nJrd%EwG8q9D5rktv3XNzhvX$sJOjV|rhn!dCTvSB`u>boY6;M18bhYkJ%*@K5
zdii-N28Apv9Zqm8dU76D4j`U_3MqB~capQv4hvFP6Hs1K)udkk<Cc{JpXx^)h2*z|
zu<05#%4l%@1|Odab!?Imev$`s0WW2K)utEqNAa$tBgO(*NjfA^`fsUqftz!IUp_4%
zszb9|2mrnPS2xsgy@MHwV1rzgejh9zrW`!^1UCxnK>7;Xc5JJ8f!KmmRus!+wDWHm
zKb-yR?hc6c6GU_9KI29$8}%t*t53)L&LTNk;X?s4xGldCzN7(hJ-*_u?9iS^A8^s)
zJAfrmPB)Tr6kENz^*;0Tfq|7~op9m#E8z1X;f-78xomQUVBXft?3>=BWU_Fy<vEUc
z8AV&2qND(ZVp?pkQ*3+iW&gGCS#WUrxddo4Z{jg3@iV;qS9U-@E^lK}@79fD$6)SN
z{on0o_kP5Ty0o<yvx<>M(DZtc8T{km`db8F>^qb%7M9Pf7i07b)a)AdsVqan;vtj>
zPH1hs3lLZJ`3vrIbil9_yZ1!S><)k|tiG^^i_W^Ql60?!tP`#iRL`VKI3Fl@wVKen
z=sOhxi@UudF$;5-(Wm7R@}@PlbkM{n2|)7&_JBz%Z+R>}p`LIpK|aP#GU%C_fX&Ub
zoGu^$<oc-t^8yH<)v2S-06VQOA=a-p8))06e@LLuRLhlbNxxA_;0V3EKFyxTvb7n2
z+Uo%@g66E68C^Lg+DgE|GP<N<nw%3>llxUaxre?l)QIb*@mBQ;<t>jdyL(~f$=(C6
z^yPMIq7M`f*63G|I9M&GS;n3EefC#-g5U$wCU$!p&3`GC&m~Dj3gR~Q<ugHZaVYc_
z7qaSFpdt^K`dgAqf6Ua~Wk${t63wzcXdmREUR-UTp`%#-N0e-Kv1djB(nHt25t$Go
zLE^gbt`PdSNgEmCz8Zm9NKe?xq``By@M>hy=^&M&?RL@oG`RjQ`4;&i@pkjO2kn>x
z09)(N>u-5*{gfZw1RO$zKPjO|Ur7F5eL4uHGX}mqR>DbV^4Xesdmi}+pfpdTRUG+<
z2b~T)dzu}>j`e1eiuinagoet8{C355f#KA_uY`YgmFw+n5}y19>oypb1N8<4JU0=|
z;ZRz%L$<Wx>z=^Be&40Y({<Kn4+L^kM$sr}qviiX#I8Sl(aMM*de8>Sb$Rve?t_yY
zxIFq=M3s}5*&So)c~%n5N#_0_iTpb-GgxejgGVTm#SQZrwu>?hXzt@}`>p<*@m($f
z$l~@l@S1yNZ@nHt6EL)ZcKp0|Jv9L?zgvM3g0-V#UtOOX_Y~DX*4EFGTn2%*=-x<h
zhZcUXPb%xZwfwN;#HA+J>(LUAmPQs5Dr2frDsuWZ#x{q-8*o6%;IHihet#iLogA3k
zsCh?!!-zice@yXzyaq#4_nUB$jFYd5Man*xi8=RTaAIWy*ifIl#-H?)S`o~LuWMBn
zQ=*B~os37wqexqG7WW;lU929i$<etpDQC9?($7K?bpHjRl-|cj=*aj$fO$Fub5kDL
z?3HYzj*gC8fEfH+eql|=z&<q!spvQ$E-&^_{-yMgGD<jLB5cLC&jSK{?2^A)W5<03
z1xyZwH<-?OuP@q|2J9LL4^bzkZ}pqfw49R9Ju<i%;_XuaO1^EsUa$94+{6X$7jo5M
zJc;(OTO<#Zk<LlHKm#8(C8+c#ey(A%96ddE3ICz!;u3oIj83$pvDxcYcowT)X#-$C
zxTM79URFG^fojdHM?^;C{%%!fH*lzCUuyE4>NwVTnf&xNi$3zlQeb3R>QyDtW2V>m
z;;ddr=0dI_ko#{!^nC_V5$00Tfv)**{W}MRDg-qBE;x_KwVM61*WcD={f0EM$&tfJ
zv%o`v)^*u#5%siNreugh+s2418n?K3Jj%V~n?#sBS)UDanC`n5vC0NugO#Sr7KATY
zLKFYcmXP#x4BVywVx0`<AKAW|Nhse~{Ho0)##E%Nji*iLb0#7tKkUV4Ew+#zyB2n#
zSMi@e@ME_Wzzr+25{|n+6y_S;DXLZ!Y>1B@lDqi|kMjHDcR}TRPG!vfUZAk<w928r
zbs8X6H0|Gyd90o=%RS(;Y1Us7jE|Z{gTh%!Xrmt6r_Dgf##{nH86<@liGYwW841u6
zb+tJUz`k=J>06cu4{GU(PEd+r7CZ3={dn_dacFP&D-ix~Lh!eCc$#|j<7Vrtaq9T0
zE4IanGvC_zFzfb#RoUpiLu38<lA4+C^0&d<VYGk0CJcnL+6#vz2(*`3k50~1B{`^}
zV_3k2_~2WO&s_T)s9*-+EFz?OYzLDBt+rPAMfgiyJZ(1k(2l?v3Qu+g6i`+bQK3Q?
zazN`*`UK?^TF9IBVD@-0uk}tf+iIh}YR2F)ef*m28FL9{);f?Wv?rr`x}v|k)C<M$
zg^HA9KV@E6I>8AAEP<=ngnZb~-|ii6Br@ED_UnB78wfjvzJx_#kw*{*sn`2Nmk-^C
zmzpnUW{SKJ3xrJ#1;w7)C3<)wQ&r5dE+Q7<&?w8Tx}Hfno{iXqzt=t0nB~IMtYMD<
z2t{9_?A!Ji3S1m_I|Q&p#<LB!9y8(d&h++11!61l60e&ub~r~auKe!k06S#IF6+v`
zw6S2`@?%cVWuXwqKHf;Z!9{E5(KY9jmmfsQb+$9>^4YGHg{SW#0aQ529tW3y;~~aI
z&s&O(9ZHoWi44s8ZMz1$!f!(DlPPwX$|`f8-E7TuXx-Ej?eOI?jy$LV1%MJ1#>G%T
z{YMm9x&24;eoTu~SYP8=1RhD<@Z84OsKgl??Rx3i6d<2NNo3j~|5!Z^QlV|5Z+lm&
ztruR4(BQwUG}JBF^ZiM;6z(Ht@~bn0Xil1)b+q38l|+eDs$S~4VqmFi604$XaPwN&
zAJdI@yr?2r)#zEc9-Y}&=dV;89ArXHRw@0znTdL6M>FR#`wdND{X8EpFBVST*4X+u
zwLcE6rZT56=+C}|yFMKF6O6^}I78iK{=3C)jsQSHS6T;#qMZ}S`pHp>3!vvaO_0GE
z-~X>&3c1j)-Y$7Ih&!#f?^s8G#MI<#s*#%{$6GI|zu1E5=5QB3DR8~qRLI>iiaQ^i
z?*;S5p^e6~lLsf2ZPiC@Z+nBA*R{|2cjY*esj7^Kd^^6!60*)F_y05tcKAtHCzCF&
zH54j|ttgfs+EDqXZY}>)-s(4=rWQeZpY%{~Jln9L^*6`ds~;c?P;9W0N!>}my6p2;
ztnleQ<1u}<o!XCjIHIW%$Uz$tWOE@@r#($UVdyzy?(CF7JOJzu4i;Q+2NI_zC^oyj
zq)kphFvEXQ83I_jjF>1-w8uU0zf+Q+VM>W~c+n8qf}hIcSAGO2A1_?XAv3MUq0wvw
zOJMc@-L)=_+JE<?Ip2?-6w*^gDt^_SuUmv$Et3T9{o#3>w0Y%C*TC8#`~IQJC}HdL
zQtl=YMJ#VOxLu{Z4uFxWX?FS`WxCr)MQSN?^fj{pmE~?9s+4t|Sp7J-$9F#i$+=l|
zW`jc1IxzG3=^b}NXW-Ku2aRyt)ySuH4gva)4b*)>YN|0_J1{`p%S>4dDxjY~r)DPD
z8)8?Gs%|E@vUcj^jo7}Q-R8&hx#W)xZxqk=TS#6oDdKic-nqZk*CVK*t)yk3e8bS(
zi~$qjKe&G+FVw;mVBp0XXvGu0z84oeVG6$qfMIgXJGnL4-P0zS<`14a66O_ERbo_`
zQI<14pbKMOC}@J)`8Y2vZU%q&5?r3lXIWYf^%fe;f&&jD!4I{|gSYKF;!yBo>XtFU
zJP$XfkIkl*(_vyG8eB(CM*hs=1zx`J*s>NSA;wC#DUV%B-_aX%l24wOM%Jpc%8{<f
z;QDWST`Rr>>z&d8;m&kD4c6h;Z|8@&Re^Di9i#LN-}e;2F8Z^xq(_c*=EfW#%}N_D
z2sqlZ2bJqn!%K)i>x3R3l>8w1{HR1V8ksIOz^qsGpw5(!FgpqDxV;$<rt!lMjs1=S
zX5Dm?0bfy;i%2MVJoHOaQ(=Iq_JR?{<zvdf)bbJ^<z>&e+xZ*B%`S^Xy;o^6CKC?J
zA3LH5Sbv;{;2vsB#id7+_L1N7*SObe9y%F0a0^RaY6ZKGpt0Nv9)Aet4?;-J{jtQ^
z$jO2Nx}L6yw@hfm4b!1#T@0vZye2UTRn3i|+o@BEcQA-0A8TNcd|2y{;53WcG8plp
z5%`ZJoKkUF8NJ0-Kls*SZ-k`l#5gGVKcl_F<^$lQ)$Y$n2SD3j5r1i>oo59wW`HU`
zCM{QCNZwOUFwoi^Q^VBRe$DqAo>A%QUm)_RpO}@i%aj5oX_|RZ-Lg`?)&0-Z>hF@#
zE|~^#7vFeFD2Ha*rM({w-(RvAy*pr6)^R(ZM+k#FybNMAGexdvW-Zjm1f^fgOnIl*
zbw)d+DpN1hd%<cx+udK#+J02^Y+<+xzATu+I%2)<aE)Z!^z}o~f1L#LbKB3)dT|Fe
z4)GsCMgRGsYIw>^J-(zz-|GqwB3?PHmu#P<NpNBXes^=?D|ZX{IN(ZQTI4cxQ*;#N
z--z={^VJMP)+w?E>yO>u(tlB1h_V91_!!M%dJO$1;$gJ(<|O(|gXrd^)%M4~2vaNH
zIx9GMLlh^f-(Q87%Dln9<LKiOO`dbslkvJtgc*qDS_W3PyH0fRk&d%i0C7v5T=a@Q
zN#=0iZfocD`y`00v2KB(Zt`ouG<iI+E;B<PBWG!3hr;bAIon9i>XBi=pSBDo)@#Pm
z`0nLR`n8=`h6VCY1t_S`jjB=ebM|KMavyQ@i<A0r!`dg6tnh~wt-Jl6E)fp5H?xSE
zz@4J?-`)Z}|2Nqv?Wz%|H3xJ&hsEwsn`$<*d>$?MHYGzf&TicAbb|}g!=Cw@`vj1c
zKMS^i$7ajtKV2sr<1|8zANfa*!Zqm;X^<$lERIMuFzW^o|N6l}E-C=nUm%fmfvt#m
zQpO)-&<z;0Li=P$07FB%HE)RA$3kP>ltiU}_TFfYNcRyKb(<DA?gj;#mhaqLzfziI
z7w}g~F-~}vcA`TnEh8AnRn?mT=^d8w&6_)W+s#{?0fn4`4OI%O{vOl;jATpH{~0cO
z$=*0AHane+QvOTX#i7s_9k2HmNy{f`pneOM(9S^f-E+3661#Go!Hk6{HN{sfa%q~q
zo^3`XuS!t{nM>FF0HXAdgmMud{^$*6qJy?Ru~(gOfv6q|!kzy+67qd)+hz<P|B@0^
z-bE20a0^i>{Q5h99%%^$u$cLsvIW6%w(rjXF7kMWRIazfPKTlHdb0icLOcDZ{(fJ1
zN`Y;0;erDceq%zxD875^LcI0X6eKUXG?U$)4ubZ9Jyy@7R-zqF*g>M~NQwfE3KdNI
zL5pi6VeH;XU_rEV$VX%%<dR+v7i?;P-~|_^8c{7g<skc#KDJPg>H6~rs$Cf%zf4ZF
z0wzov3p*GoCB`3?a#7Mt7=z_@Y+uxg^aFsKGEv}3n%X9tW|`ew$7gVZAy9lA?D5cJ
zLyl_dU3s_IhN(^No+;n9Mb7L^6R<-zu8{C!-&GWixzeE7X%Vp@!8~QBT25eiNqW*C
zXFdms)5)7{>gynBB_X>b`z7~vRB93uF5FtZ%qT9p9oj%L60x)YiuvDGe^s-cIe0-w
zc=_*4L_T79txjxb&7A`Wt*N}<>y<u$&$2~dLdV)8m@9eA>{t{%Khh|0y9EtM*SNIX
z2@s-nvFUB+fz(mH5P7S^6MM26G*pL<=YA#@>N{v)u#KbTZq37gE&!>wm<Rmi@J2Ih
zBM*=6$+-&lp8d96;{&`p|LEv{Sof!2fFfM1T9sIyS|t2T7Kx!Vcj;K<*?rPy&i358
zbO7k(J4{oE?6}VG`Ca(?d;r4(!U0Y+S450@S`=*4t3x-&3U^IG`Nk9}b%0pU<z^;R
zX;$Lf;_8ap+ir!e-CNlgO@M0xQ56w#bJn;%6x;Cfz(}=Gi+#Z`UVI?q*TE`sS9*V8
zQ6rtP@TjPWOB(H1<f{ODgGLrJw4{1lIZH<gUBM$*;_(u*TCYil5}C3NJ=xsTg`-0?
znXrf$m0!~;IfLj_ieW-)-rfs)=Rj!_O?D;;D85j<6y6S|KJJy7ZwfX|5A@=*Clldi
z>DdH8=E8NVetD7>83Syl-tKVV3ax!o=4m_qOZg`0%w&x4&a2DSosTbey!f4sF(m3z
zPUpo6(KzavwG0I;o(-U7^80Krh$<N;@IO}r@`_5c@dR4MV@L+0Ghk^2NEww7@*^%p
zPpcbyZp%@4GM7)L$xP;#T#xjBXS8VQ#7GxE0#~)jE;1+n<BjcLqP&I#+%yNOyIb}x
zw;>88R4;Onf?Wr;Mz&eptpM;G`ZiuYyu}YbkJyAqC$YG+n=+zUd~c@~lgp5+{(I)%
zUQ>#UDHNe!3Ju8wIbeCHFLvhamX%2i=AKZ?Xzuk1T;ajAFEx$B+;CP(actdh6e6=n
zF;4DzTCbf<L)|&`RW#x%h-GO@NKVo|G`ALNXtzZ+s!@lslNi$f8QwOWgKt7~py61z
z{s1KSolS*k&oGP$s+)mo-1C_pvLO%t5fBnYojIgP2Nftwgro|TJxqn8O$+tqglnr!
zVap2OnJfO6ibv2JiOXI12-+!4b5LyQ8U^Wn{9>|jEu9wh#Wdy{LhUo}=lKdo2H_!H
zX5!3;;eqzp?%s0qpQ)^lSaPwEycYnlV6YbVN#$Z}2{0(i8hJuLoXC=h4N!dJ^_(23
zW7|`S;rs^}G;VmY{;`$3E&rRUG4-6+r7SEa`O2Syw$I14QNwweG?`=kkUeeSocce7
zRmh^^_y+^xY5D*>qfcLCTJy(9SY=uQI|l)1SorxZcHjgsob_{QqndLt0LY?J{AHSB
zA-YXopq+y;4a{4F0Rn(xdf*VBQopWeg&Ap1-`zJx(#Gx=23?%wTUq>>7%Z-*gj~Q+
zuO`sV%S#^!@3D2s5+{6hHPhR*8hA?jW2s!0LWE(zVaukS-h?fKtUqQk^_4R4Lx5~(
ztPAX_n;cj&x%ndEnVTn_o$QRdVjKY6z#Nr?0~a-Rf9-i2pp$0_2<W>VMctDgolHXg
zgZm%rnCJ*jXzBvek3fwHIK~Zhwz<yBO`+0WT<2*|Nkin`xPiW#&7|HXvvgg2rNzI>
z9tmdsoIkW&*+uI?b}O8g8Qn>_#qi7yz&Z*|T?4~YN2S~LMqN381fu>RhE1GUJjj+o
zt_~5<v-Z@nP>;*iq}{DqVJz<zIo2T6=c*Sr7{v6bPYyCQbfEfXpS=LP3_64jBoZ=|
zCM^e>OT`XCog<|JnCC5*apb8>{gm5mf`N*okRU)k;4#{gC-!EffI+6qQ3@#I!0TDo
z8|b9J$f;o-EY!X*5B_Uzav$pd3NX1j%cV-byr%p39`T1AF4n;ni+R!#uA;!$32mV0
z1wEU&99)Eo##5JMHBtc%r5@+_taulr=lHu0V+SMLS%@fkvw9{TV;|*%LhY9sGB|v%
zlW*OlHgG^WMI7YRl)Qw~KqyEZCn^)?L%fZ{{7jzZ5@$Mf4`Mu?l5+<(pq}u%2SMRX
zkLF;o0Ot)szU-pA<Vc)(5CppwNIE6#<pCx7qACfJO!=1v$N{_`r(X4%cM#GXpns~y
ziDE<>TKrYp-0`0N^&w`GNx+wJfd;NW;1Eks0MAf0{Iq+M_B}m~T}K@VqojbB9bN`H
z&HxbA@i07&3Y#I1yl?)-fke?xN9lq68eBY$=r&4>klNT&r^`l{vMx&?WXFY(=`m^m
z$%OwdU+5BEIhkUwQ;t@iPZBwh<y&p<%8@YjxBTx7TA%A%n1g8oRz?dD3SyI#ZDsiw
z#T&_V+c(6tip=NW<q9mhqo<Be%&X<UjC-Si-so^LL%N0-&lSKr0FtK2sDowcxoQju
z@bI>|rP2qP%yYanus^NtXM|EEi84T*<U_jE=!1gDIT`8i9AsB5v$+2)`te_`Ut<h}
zK7H5&TdS|6LX&@>aRLC+wckAJf<b|Nv9)Kpypn_fmH1Hg<A3?~)ctt+-!a@^JQ8F+
z*>7nA8qh&!YzOImO~XLGT>6Br)+qKVGNmE*@H5oXx;vPhQRzc_+6I!?nYn1d1~Q}W
zQi<WWCZw9Iww0prQz<QUz%*YhDO;`?23sxhD;TQD2*q#x;K+so8XE{4KuGVQVNv!5
zNL&qK29)xCMJ;JhDmo2ZqXi$oxN*iX=#&^Gq0X2dh78U=weIBNRTlpJ#jCEwQAr*}
zG>%Ohz~ju|9LWeRRFFlk(tt_P`}&3f;EB?ZD}G7xshQ+Yee*VxZwA3!2X-j5lYp(`
z-|9d$c%P|u3nbjP5rTtDj~KFZn2MtrT<3Y&ghO%D{6KzAeVnW*(Mx^=xUj&3IOYYk
zZ4kH+<VWyZvD*Ip^<P)M5nNDa0@`R8v5h49g<?;G!p>j-Mi{Z62<HYT0GwzgJkp2}
zBu^&C@bhEQY<kd0AzT{+tc#yM%7TmniaO>8k}zA@=9q0}?`Ep&ch7d?Vh%bXFDZ-E
z6{)N3f6#2rjt$$;=Z3Oz{}a~*AO{c{Dbl4QkZI$ib$)I-l_4o+Ke!Q^`$`)N65jnR
zZ4yvQ;jA&5QQ$o&#ldRYKv0>s4<mA~{1x_H8v<fuTP3&gm3ycqfi-v{+UHKf<#xrx
zcqQ8^tUT?B%eFB;O2ZOIV*vP}oM`F(6P#Rm2)Q|Fm!;JL#K#VOm3u8Dp2O1CK41W$
zTLM!A_*c-EOjDN>LKx>Ne>~v`4AV9v7#?+}7_@cuuoLIwc+P0Pke-|t{8cMUOq1KI
zm}^QPQfKTGS?>W*iBZpE$*yVCV?zg^%*9qY$2b~NSO32Hpt9f=HD$Lvizqoh9Bfti
z9@aywGKCvY;GnmgX{{IU2{m1i2><{ks7MwdiA02s=6c478CJ{>zC&$7lc<G8F~+(;
z1y|>zEB!<W<E<kjTX+kTjh3WEpi1XPKtchiUNf_+I=&DU<k=|E#Dq4bg<ih84<0P+
zs6Ys)<w0I<)<p-z?<k4}O4wM14BX=|?eFz2)xSzM>g)F}WBy&%B8Zp@VGl@jH45t4
zJMK5AOgjvgi5K`Tc`0393w$G=Sp|T*a`wppvCnm=6}ZHzyg<mA1;@2z%x7QOi{6nA
zPfj^-;2?V-YDX>eC8oAAXz;Xwf}H46xl5)uxa7Ynl32_CH5!N1?*fc<`Hc;20dRz|
z|KanQ&E^x$HQXdbz|kYoc(1IAK#AtQYO(Pv0KGtRpO-|Ops9MarM@*;Xc&O0(fN2b
zmYNUa)#Pb<w~6<FK=>6ZUii*fdRoHBnnE8TuXHC=uzHy2=DM32J1eY@hz|M=h&6Vq
z!0*oX^E21W2i?L!0=Xn6O)s=X4(0J5&S^*u9l-yq8eSzk%jptU5r~uH9<ifvV7AVP
zKSDIkpcs~+E?~i5hlyl0*qm~h3U~GN?&zfS1dgdl)Qly>sm<3$G!8I~kytu47SJuJ
zukbl8VT^%H8gBR`BVvb1Hvd@*dxnW9K9n3kc(ifj4;u5NNXDVu4P6vC0B2I{Z8FN9
z9Jsz1mwvz=V5-oGU-x4NENQc)^2!sNIi_m1N`R7qfC_mMh=qfcV{So+)slfjsjFUo
zSTJIl;<QawZ#^A0F5lP$2-{M-+)0GyS9G4xbwMwkn>Z?-HhZ^>jL#*vHTnLhIcq;X
z(b&ZN`SWB?zg{6-`Vs1|L0lMG4d3B+w(J6?K$hwx<0$jRi~$%Aw*H0*DoUSRC8Fs5
zKrQLEjmkk`br{lrK&-QioS2|{5GPSsjRTmLNE|B5;r%UUDyZMj$VN>3|IYsld2J^n
zQ8EC#P96Uzp|)k`ng<&}cOD#ggvb&Qi;-fo7y$@4xcGVD`(?;POZR_i;ut3NeCE8I
z#V#nWoj@wejauk;9uBq&_k>8K%Z9UeR_n-EP3gA4SVQ#IRP?6mbG_6_ZrWHs`Qxu&
zwc}31SH1A!9<r?TEkd`DwS(11`q`S2WtVh0{&1xLH*Ee&c(#!&|CA4v_L#ZMgqjCf
zh=BOPC@EJIXePxq%m6@u%GZ8sX}jt-3i6Rswmi)l`7w0n0KIEl7VC$!%}#GRC>A~N
zy&Eym+rT;CqkjT3DS%ch{^Tnb7B>b7r|#WZkY~<zTfQfiN#y|<5^fhA&iGL9u6`Ox
z(}Vl^Ac&l0Y*}QYcFxJB>l_8{9|(jNGWJAn&4$~citql1vuTxG(<*13crJI6i!K)L
ze*;>Fv7LvXRvblRTgs<fpU2NL?O48Q=}IP|X`_^0?zenr{Lh_XXCmOiC`m_h$HF)Z
z4haOfd_5^Uflz4d4KX(uvF+?ea<6sz;_+X$B9+l7_b#()GPBk~bFo?9K;J$It`$$Q
z^X9VvOVpjnerQ;aPv@THXHi4tlv(Ei^_JYKnR})J_C()upN;sI2mE9vRATS)J-CSG
zx|H(iJBd5!@xr?pU6!Hax5M2der8BhuURo?L})=-%hxA{y1p{>2@^|SsH9paf0teR
z1|aj;&%mWQVa~vDW)<+XP^p&_-!3Rq5B^~m*2z!MUFgMbHx8!=r+j5cv20_yZ-kd_
zUGRITf(sJLwuSLNEyAsV%h6YCo~m^YVjamOQUEwX1oy0mqPgzP-#;(!ujn2Bn<TWY
zh6BYXi61q+H|$P3=aJQDKSMD<H_a0UtVOU#bCPs%k-wPV3sHLf(4$p-PJ2XGK6T&Z
zUJE|QLwEg;;s>_R(&~Q>?6Nh(BF_6ZXre2N!jH{&i%$_}<1GIXtp2{4R&!0eb~O`>
z52~8YpX>FN>pq*oFhk_$??+gEGd)U2#OW1yzwsJVRB_^OGPrwuHsF*grZLw2t)bpI
z2T#K9BaEp~PHQ~x-VCfb%W|b{liCM2b?ueD<LbghRgQS9IFU05=JFI{q%K|i6J0U|
zY&|4?qW!)F<=iKQ8Y}fvq9?rPGI0m%MOmt5r)7p8x`sIW?9a8E9^3}PC?S?^{-CMX
ze^(c2ziL@4KhT_`bC|GjP29!1V^Zk0yxB;EF}0!ZAGUnTw5d&-JUpc-F%mkfX+9R)
z-}8N<_*;hLS|ulUahf~WQ9DTnE$QFZ3J|mT)@=miHF(eO-~{a0V-h}W1Vb;+mpxwS
z0U%i2mjaRdCFx=cV@7b5hrfMqxP1B%`IYjxvedRGff(3{t=-))X24RCB9yE`IYIG*
zo$Kil@vp_x0<8qrYo&5)oSSBt!NT@%3U$ArQ6ssp93;3Yk)Yyi7bUlkvbc(4y!UZQ
zf<JKu$ZsOh#&k3FiitBm5^VL=tGzp+%!aF{SIjZ+G9zlG{@*90$6vre+j(cOon?lL
z5@o{c$F^3Omf*K*)9DPn7kAUzH%Arnp&>Ly;1HqY7KBm_5YI%QUDmnEN}yc`D1`Hr
z@4^nK+@N1-%IlrRMPB?WO>k0I2QTH<2y$IP#3g<_5prG}tSlAz%N>A073MBQjkH>>
zu$Y|N;M;_*<^2zr55J`a>UN(pC@HJu#;rueB}8Q~uq1QK8XJ-n`3$<wr#C*6z>R=|
zOunX-{B*tqM>#ruCD_K2NPd+YC}YOTufLnqY%X|SE%~OxUI~Y#L`TR=@>JUy8s*}^
zsQ7GUK<iC0)AK|wi?Ryc{IqZp4U_%hDz@;RIh8j%lkfjcFqwwkvN~9@ToLdji;$PL
z>>AbI@Os`tMl&-`<;xinBGQ3Wtll(F|5nZml|gVI@<g<|V1VV~&J}(0@EK=2Qp=J^
z3IMnEw(Z<Z5lpn(`^0|Q>L^UrOGJd-9cgBcQb`ISHVVwLnJp90b;fHj9B?(fF1f3d
zTUul9n!eP}S_)+1WLC06LQ3XFgGg>~g`Cr57k$!a`qy1=kjBwL6%}>1Pe!ongtrO9
zwqoLkSu@N)Dp6Xx#nz*|eg>;-<L5`6=om@D#O<L_M(wCjz4K(sllArF6JJO6%Jr!g
zZ!nGgZ3EH+%Bdzfa-zZ?kpP$Y{@`RtH#gd<r<2d0d9(9Bk-O?#mH0HRAI}(u?-XUi
zD*Kg(e2_4T`M)3N=KnWkG0d{bm*ar4^N}b~=xp5t3vjhk0&_^{C3?80X=V6|Tzns<
zl)YrT<^zAIY{m~9@(>`jftT(?G_cbAL3l7S#W({XUYSPvPpTLIIa3vlzzyqaZG`ID
z^dxg<A<k)<AyCNPTU_47{z}rB7z?(V|4`D0yRJ^7x6&y-zQB3NXNOD^)6JPTRDa4e
z=NZ+b+l)18>{|HS!CqY5*QqUgW5Q8I6dQ@tuLN~88vZd!T40SGW?IAUu(R&8J_HsY
z=`RC2<-(Jo0s>cc8nypmZ>)sl!ha#OxfZ0gl>oTJ$dJiVW&M0DtG5`!;|Y!+Lc}O9
z=$$4?xe9hCbhjN-RFF~(F3NvCjDR@r^@Snx1t`Hlu;qM;jG&@u(uD@5;#48_y;{3L
z@Hwd<4<xOe%}%a3ip%P`7M-`?y1kh|G`Vl~-j60n6(j-)GAZw^--h@x;KZ~<x|;c>
zc=V?De#plP*N6+H`POA)*)(_6hu3~c7fapA1PuGissQ$N6KjN&v>MfH)Wm8~J_q3e
zz|#^m^#Bl6ggc?V;J<Kr47wD8)f`TK&Rwrxwf1z_8Yl`Ut&z4EL@Q=Sx^s>iKWDy2
zBRy#v^VWKPl(0e!Ay)s{<(P^gz+?NIi)T_MO1Vux{x|p*j&07e-Y)YuV{z$~u}>H`
z-k3KyWjUDnyc=_j+^1~ce6}uTM$7{40e%>n^|6I}f*8Mx^1+y3IG9}+HyI_Vuu3sG
zQxKT}bLU$%>;E5KXG9^{xg?zmLdgjn<Z7tT+!<!oM#_hswuTP?ebv^vtGht7z%2kz
zRsQCVY=&a&%mHH&GWjFVq9Y3e74{AkS(CP75u4}h(WhRyj4F;tzgx3c_JG+I?E>}i
z*x=i3l@A_88H~xkmrG^^bHwW~Wc;P4t@v9!`w<zChv{~+{>v8BazcCY2{2?j_W}KG
z>0wRr!}uc`6@W%%XUyvgHf&7cUvv^(jKy*hy&OXQ_G5QS?JG@QT9gYoZfSjICX)}W
z6$4ys85TtvC{kBWc8J@%@)fwp64Wa;qzd_ah1UjYjr?*i%$EDnz2We`VAt0Fi|t4X
z1rX()DNzo>!8!@TU}pU<nbq`DX}(?(Pz+`jKpc@4?xk|SF@+c|eQKcwyc`u-zp13^
ztZm*1rYo+#>E(i>-H^$yVnZn`{`QGC8^PiQmg^7jX*Jnh_aN3sX-B@A$Mxwg54fJp
zxvZd#^03@1x<3R9dSJkZ**zcpqz>K~(mT~<RgwZ_ne{;aZsI`btEdv^xD^-bXlZ0S
z$1tflPuY^I23)o&p2(OR`zlU9>3${!xVqT>_!0Ho@h7Ib*#w+a6*B@^y<54~WusE(
zk>rN!cTf~`RwDf^d1y=;m{Us}X=q-wzpE0@ePGI7X_s;5^=<eDW-?I7@w~Q={?8}>
zC+LqWIsjMpO8G*F0;zuU;49pra!zhHP;Q1~cv+g>hyp-+KS2GXU2?ZUdH_o6at1^$
zY&5b-#t15mZWSn`QAPvBQWCnEPp={3Y8cWU9=z={{YU=E${a3Ghd}U`t>v0W^GIOF
z5wXU%tp<TnvmaYy(y~_ofM|ofw1j5g=KvxAu<4PQ4S`AW!xWDecDEYFqGnH^L=RRq
zv$7VYp}BSf`pB-NZ%@fIsMLGzXYe$k#yM9jV>Xr|{*xBv44b=JFA)15pE)pnF^BT5
zmlT0KB{HN%!sv>(@Ql6Rr@PmWfHrovYiYvV?p!LXhIGzM1>pP{D!ud6;3#NEHN`@+
z7ydCBh2Hw7Voi@cEgY@p5>YCppk*zYdSNT4OpE=L`F>h!ksN(a^s>>9EH1=hn;tX#
z{}Nsba2f_JC}HaV9}_MrHebkj4eW{g`Tpuk+m;9B55cUJ8SxZ!et>{X&*laBhcQ-m
z%`}17zS$ltD1#QhX>1~`gka>z2?+h?us&C-^dfQrjo|VCzyeJ|ej65P@EW^UN2i)-
zY|hGfIQ;)mvZt;Sm*=OinY6v(mJu_W@?M2s;$Z+acKY~IGiuNSK<52UqIVj|f5YNG
zc_$KCqlLLEx}<j&PIJxbxX%laGv)y@<_9A01aIx)Lfoiv(syN!<Nm0|%{G{^QlO0T
z5$HmR{^FJOM*P#h_%W@m{EL~D8!s|XoovQLWhrL+=}q7fi(@B)eWj*njo>@~Gw(>8
z%w6oA6<Y_HQ`P+1wYdu(eJUFJ7-2)l`&hzl7jW6&Z@Q%OO8!cTssw{d+d#gZ<`+-K
z7&xsrY>Xpwj)`E5qD7!ZL^;Kv8qae#UZvo|!=nWlE~w>}jn-jek^u|QuSi{d@LBn$
zfD?;dc}IX!wft<5I=hQFjXbncLBH0jX(~m=+5RTWUQf*{!!*oesjk|4OyWB6jzp}#
z)+u*MF1BvKA)9}|0n-&p+I05loEWkrSGQm!^DP%mc4w#%^q()?p`PBT$_)IkW~#G4
z&yQ`V+ia!r?ejUi(!!g;MXqMHe8+J?)6#P!nqz`Fd7&^a7ap*piw(VjpT=O^X6rO(
z9dc*n;)x7MKu)WsuICYw1CPZ*<dA|<Eb3Bk(kdOpI<mh0IS%|<jo65?Fxk(D4JkC-
z^wN(1*yrk)VM`zN6!O0C%UG9_Su}vaYH1A=^Ab5_KT@WbWXeIf5v&is$q|WV_iX`d
zB9a5j9H<q^ix;k)lPJOG@b?#M|D7G)6bTi7E<Uy8Dn>3>sd_@K=4AZr*k8(B4kx`f
z#Q8jQnTnM1>84IO^bb@*jcZ0>`-=(&3T?|6w(9nmP{<GZK^w(BP+zjO6#f)kppaCs
zJIpz3Lz>C*xWe+NONn%<jMd=AXT1HZN;LkX4zTitrM;|k@BVWAp!<Gm{a)-{?={*^
zP`Y;cXC2hX-Q<p}hgLig`J<+;8#1l*_>n}Ft`L?)u#DdJtOTUC!<2|MjTKGi$+fQg
z=kDmCOU$etiLLFa#5*fKU|Qh}W_t*>g}5`a>dPF*h6p;lRt96fbhf;eT<v6G+hQX+
z<4c4Y>qeD)C>(R2Xgb-8aj@L^!{VQ5^bB;>L?-!9#}9)TF^HABI%F^<ysASd>SS&M
z6Tthg1z9lrDKXo}3JR5Benu}9Dyms+>(*+k-0*_;BkT75)+IvJXgG*pbt&yru`(tR
zpTvg^!mh1^PH2QkvsqARxQz*MMtBL_o!w*ycTo-&aAO)C=#)wtFn^~|0K@3C^AiS9
ztUaGgvXr=y8M5z-_HtL4O5?3~y`<3r=>HI>VUDk6ZaF$AfFY%=Vpr8ftJX(7?HjyX
zNcCySelIEPvGEfeUsN0w>3l2^Vp?p=zgl#K*g17V%a!eqDkqz_7;Zj67@zWf9Wmr_
zw9*YkA;AgI?_8k7{88=HhKFHGxkSmWK_7E-HZbB#p8fRZ%nnn+aq*X;K$M|sjmOp6
zfUVujHnd}7cV1$#s0*BbfldM8zy2yMyY!ky5jrwC)xtDG%F)IvssWs5k#U1*3vDUC
zJy`#K3Cgq@jMWLg!ut$9`)r|&8LBil9cJvP8tl#?j6&RVRW)U#eU9H=#cPu!R8{;z
z<Y`L+IHmPU3*#Jf#W1=458Hca|7uUJ0F1j60b}8Zhg!qQl?F#)MA;Wrd^oCQk&)v(
zVOX&xp4vpGcWbrwqJzc~RPs$WGJb+luwlNf`(?E;^RUf{Mi<N0;k&9=cEWMH^gY4j
zZ@t2JxHLb7aVKfljBq0q{I5iCV?c}u3`f>a=1xZXM6HsYG_MU85+BmA^n-%}pZ%V$
z0TG~=AWIH6fFfGzJbDxx%<Ex~US?*D9@DZxL%yF~pS?qkz`;t`Z>n5#ichD4A6Yid
zHLDjgMJt4BCQ=WDx!Z;?Jm7@Dt&WuY!R^uguy#zc^J8j2o=X{-eLAIJJU5Tp9!{b{
zxaw+5fe0}{PxOlOeFKQLe|bc#3h80=kE}ZnL9l^ii{1QySiz&2+;f5A&pe+p7g7r-
zqdIAKYARg-Wr-jld7C6|(2;86`De1BKp4a9b;xoTI|3Kk*V#h>AaVSJ3@N6=M*f5f
z9{pTZ$UhoJnPnv{u7<U<G#&|00w1O;&d#SFA-c52w*4r0s=p77YPeL{@0}i-gU3pV
z>4#a6^k^~zIZ&CDHbPX68gHnj^`#G1G;oN`ss(rf$R6n^D-t#A*)RjFBIj@ny^M4^
z0YkE>GR%bqD>vfcScs+aT?bz<#^7@~f4M;t-uKZqA%A>|o8I)XrOwF{he$JsrbO_a
zUQ&-l+)@PHihk#xx$}UHtOi+!@8kdw9d;u$tYN>AE4~pbkT+h0FP4n41C><5@eG0c
z$Bu|nsHub8ea^JOiBd|C#xo0xzRP-6lP!GQ_9R5x^ojx$OHTCE)eHp$eD=y~f!+`(
zpI@T-E@=J63q38Z-O+0+zzzEh=ZRZ*bfplSq`<${u$J||jpmR}&(K+GDN%Mtj+Or@
z2~y2eHar{=#7vaD*U}k@4?xC}oST&d;+(YGwqf#D+FgbYOnXHH;ux{N8K^g%Rw{gs
zpLZeoUZrWqgd&YhrT0%0dKf(5c$IITQifBdM$|ZgE`Hr_8wj(3XOhJM2Xx!QI@d>V
zxTWEEKa^K-#bLFqdN4sJ?1kB5-R5~S2%0O^c|+D*(Y-;P10K1PinYO^Ok?i^SrlE{
z<<>|Ngs)>+5rzsRGA(P*y3%mMjW_LlAyB5Ad}g8%Jnzi884<VCO5UcfONM~X{l*OB
zY8OA!uhy&mRZs?1P!5HE8yx!J5Mx0%c$sLI<Kdw*&`CtdOEaaRtr;m0OSA2ZI2AE&
zd1Ys>dxq~JHf;=qBaxLgZ8Ac1(KS$YzlC2O#E;C@9`J1qp~Vo3*|BvQoJQCYRi2Ba
z6XqZtfF&d{=!G*s4>j8cM-`T~5MvRh<SDYh{Js02c8syF%0<J7+k9q%Lm|HjEx9M1
zgUi0M_FuodUG)^t&0@9{rrl0*0lQ#Ika8u3drG@!-ZJ_5YLD+Ck`{1?kprPYLm96b
z;8Km4WRLjJXh3Y!2|P0^^CS&NcNjann$$@owp_ATtWFU%?aTl+6EY5!*GPz(YAuw9
z-`qlX`SWH_aAqmhw9}llK;4pTLN8Fyt}zst18XO1LZW)XrrUFJWoJJK_Unic%(EFP
zujSt5DJ{m+XJJkN0_0k{Qsl_?_ic=qNn{*_9s^&8`68Gic(yUOf{K5D0u^#PER~V@
zV#SI}W6p*xVYI_c?{85qr2^O%<Z9&=&tjvvLJQasSy+2rvz1d__1;X!6B%9DT~n7y
z+SH{kk3CI*?u8OS+tZG0W{MKxflx1|9>qtQI>aGo<yuY|w!p7l$J)+4{xZ9~2yj({
z5#zCdb?mEoecuTs88!btu-8x}IEK=3`}mm*2yJ@}%;Zb5nl${My51@(j;?D1Y@l(6
z;MT$2f@?!?g1bAx-Q9!JxCD21cMI<B5L`omAVI?P`~7n>7jxA&eQH&mwd&N~&whkd
zm}v3kJLB>7RmdMr_nba=K||$eoh`h(STx;&k22filMdDiUzExQ{N@9{uH=gG<)^4h
z%dpoPR}_~MRdVtjoyQRAvVW@m?evD#a)5p-@|J(R1oxNYdPbz<b?wu6@TF7-McRd{
z;@b~BBgUH#LHa4EsBx#EACMH!PghyDw~)aI)dV1KkPN8D_R$~6sB>i^men-%yUuEr
zx$1CBUpotxDhRE_bb8|?MQ75hD`|8r(%!PVapF6P!St`C5IDVvdRB+dOAKQU{rQL0
zoLUO;oaiv9b5t!N)C}g#2Lw8sCawo^yd&Ujun0V$sdv-;jcDQtJcAd_XYtDgo8Tzp
zh!N^CQj3&3XU$ie1+f0>ub(X3JFQ!pkyzCklv_%nrP{54Hucb4Cx^6C<sQAzuZ65I
zRk$lNSoZ_<^oNr{HmeQ{#p1o80tmBNC!VFt{EXGTu)ixjJVvANEpaz7YGb42aVyC|
z;%;0R=KTm~29ty>M0E_<Xy+8k9SK`jHK8oNtu<1O&0kZ9M8BZ1&pJl)Y`~i44L}4j
zmN8XMp2XL^`oRAYRhRn?&4sbtvRQF%0yPLO6U{?llEIccw{O)CeTAHpRp*@sa8Bml
zv@5rhmmC);zd3$a`LIL?Ujr>uUORT^DhV~$E$@?dlR*9x1b!yTr%C$S3ka~t;~sXI
z%jDCkxCmORvdm=b{IHQOSMd+TU=Y?=-SK^3w<mwCE6$)lQqY&bh0xsR<?pa#L>={L
zfCe|EZzv*UuMUKy2&@iK$SdKb1rb@RdBhp6|6E5eVO0`rzFFNeWtNx`bZS~t(_I7y
z0h4Yr@{Po`%FP+d2hVNu1IH0O3cNnO*5csN9t@Cep=MSBFXeH85RyMpOd1QZS0e(;
zP+3?pLE7l?hHTHHEmUBpw%X>-Vh>V<9bX#)fOs>CPPUmQ@`^V9aRGD!ptgrlj<veU
zx+do86UW;&hxsCh&zIs4ndPe{dVF?583ON6Rf$#h$X^A6jh|CZeJTb+mr%Gc3zB>f
z*393x2^D~yQBDaNg(;Jy>eMIaxz4LN{ZZp!A-o*x3IFs-L!=CH3WAgFL)@E#Jj2_A
zoJ3*4;?XW^C_|>1dbn@UJynGb&N$flY4E=a?=;ii5e~+?M9V}2d`8FP`&Bmwg&K`y
zN4y;S9PXvN@(ESD_r&#x5udiY#yCsp;!E`teWA@zlCZhDBz+jpSiS<9sdKltBUyR6
zqYQafbI(BR-B$qQ<07M_tp;5hzcwx{nWn1Qtc3($DynVBb}lkmXzduY$te=4rO1$&
zVMeR}W?J$<xAWd>tIF#h-}duIVkwNdL(lV<b>yzO>lASO3S87G)|IRc+G=(S^^kWc
zP9zZW3l&!86K)awJpH3-FE-Qr3+Vt=sBc%WVEJ$x&J#f-`Bf})hkzRt?<Tt8YL20t
zS3{!SYD6ESbaxuf)HD&UOd=Xq8nnr)jHEaVhj$-t1}5FvD|@~sYiN_RRN6!R#-e|Y
z2%r8PZ@fiu!mFyxI8iR_9*ahJ7&UCYcC9^b_QwB)ceIZI>sp{Wib0utV43HA+#|Lz
zr;mpbe1|7gEhpm<r)amQ7P+pgHF2zIjImN7oR0ldowd4Q@C4iw54Vfhl8jG5Ixxf&
z@K``t%fD4|FP2He9y@zo-h~mrF3@-LSb5#{Ys1h!ud?KhDJxqH(beQfG_J7>cX_=s
ztQZN>vDiN-9Z<jYDkTD~0U}MuJ;szgj+QL}gVaBqqi%A~Afc6Sys;LM^WX7c>@Xxi
zJiz#q<It`>^{CfvJQk!d+^N&$kLe7WLp<#K7Vn<>{tMtjSwz3^83`W`!_d+KYd={-
zqxmKUsbwCJe8I+Tscs=q#E4HGc8I=BKdVS(iz_q^&?mCaw!*{bYrwPQ05Ks}wVY5=
zlDZ$nF~5j88rQG)OhTwS*j>5RLs?7@Dc#ZNt69~yYwj`uC6E05?68=K`p>=pb38e^
z*&ygkqb)VC;*^B>I1!o41gLlt0#H5s{iBIH6`~enfY^7GJAOs>Hg#2{ON51>&|oQ>
z+}In4NosNx^2UrZ`-40cSlcsDL85#l*Uls|;DJ0sb?tCBVzrb+$(bk*Jf@Tbj`L3F
zw;6AfigpPm4_?(xK&+zwK><hL7zYUXY9M4_i8L6~siSuU@ay@;@5@R#cqZef6?e#(
zt)B`J7~vGkV5B*DMAk^v=o%spF1aJN+kI}kH*=$1gi0jao_qg??#Hk8K9#8IgyHzS
z-vNSxNZ3*?rm5q2vLmQ>*$o3Ed3V0Co;`$whv%rzeUsh)oNa^97A40wwxNd46i-YE
zz*;&R%@2}I;)62wJ(nfgerc3aO#oT#f{L6<B|@~B{?2JsFGfifP+6MhT*OLy2t@1V
zO2`m|>@+uJZ)1VgTbC3q;^3zD<4sDJ0n=*!Ud({VsS^~Bn);%Xqg)Y*Ff|+*E>82u
zhYPqgc%9GY=IojE!f5yxa3i+^+T!TVPI3Fke=qx`)hsNmewH3$;C2*)N}_(Js%s~V
z^D`Xp6y#L;-xy@}+h%>i^;9?sD9%Yny?}bguJo9O@G}H+WxT0Jq3gmX9&KfbYX<kn
zXSm+0d==_!0Z<zkOccn0y`sK+1i}<U+riVjY{)=V9GZ?^35xu&Yl+M3wvIOwCicMn
zU>0;J+uk|Ymto~$SXOHh><-OqZG38f>vPTaM!)d!@QWlH**S==m}_J+&mD?JG%2l|
z+>vEDI2~UYwZJKuc#y0SiGK-DwWkxeZZbFBCQj2|S)@YMxY9g9@ow_ye)!SBSRJ7L
z0u2ycR~!{f)S{c%l&;$hBv&{cfLgR24nnEPB{|wUwH#jLwv*Fw)2J4o#6=Q3;xPnK
zWFVQ^WB_kk&hMUI1!OiKK3#@tA<rSe(w*XPhlto#DKZJn3~Xelzt}hC$XJLM1rvPd
zu?1j_TUHJ3?GhWrYP<tTL&?Wc{s>~t@iIPf?M1_w`+QkC-+LtoSysn>f*D0f{j9P&
zWnfRBa>252s4d)AaZKj#*x33jYcz`NXBdI!$tY*K9o~=Sv_kZ&X_(<kM3(~fm4r$g
zbr=YbP)2f>zX4<Pd03Q*(yZX@&j^o?9#*;fBpvJoE1uSLe(R4Au~ewZ8KN8U&~X!1
z_x~s(WPnIIwVIVfn8pU$B~6pFFfY7K=1PO_$(+>=JVKy5MZE*FFXS6EhEVNimNz71
zg!#vpDybDsyZk{_U)Z(edtX-TT6FVl)JdF=T++GlZhKe4W?E#XrbL72G-?SPX=K}~
zWN~WI8K&@L6$?^4_v5=%&K8k;1++GVmCdfMCM@dr1@PWFzHcaNR*XdarBZppMn~V_
zkQUBcoIxw)E~SP+vkd3IeE^BeF17dIcrFiF&`(e6ve%b%WTr<##KN4B`hsaI>(1!#
zIqVcwdFWfNC#){}d0SJn5%_^ja+I$)-h1wsBSa`=$JmFI2vL=tJT!sS+<rR<_xp)!
z>xvI!W+>i+giFFZam$k|ui+#nf$E;6vaE;H3glOc93DR2WAZoB#(R8jvFnal+OExf
zMSJ;|FtI~()z6cf4p9Og<_At9FKxcP|4s+SM9OQvq;3v)n<{w?Wzr^S;Gfa5;Pk@I
zH|$W`+0*7LF4YQ;d5A<!)|<HJwd(${&89C}8q-Gg_B}f8{P6wTR7WR>X{uHDOSO5&
zm#53C+eGp@L{1Oz25&dIgMVx8cQ@Hztx2rpWGF#y>e*KXeP%Kx%&ckatXU99MtZ_<
z)I?`oWf~Q;*uw!gKBm~va1Id3>kPzcTSy@n^k&upb#jz;F)`TWQcx`A{L6Zk99QIN
zG#GR3Mcv5&+n>j0zxjc)WAw1qimCifovk1#WpzXwopEeMK@~zPdn&M%0#B>Y>*qfW
zcGj}wOVQj`)>=0WEim|`KzMN1G#|x0Zz+I&(18<~=-7gJB&(hEb?*UyCt?n3Lnfa>
zZH?X)0@*p{kLoa56*FKaXRk$k+5ViOQeGHaZz*N;5tAqMNiM6g(jzopn*YEIwiCtW
zE44zGQDd9lh9Hzjx*VmnVmNjHMQll8SY>s>{b<tP`DJEc!MCMjj-fwS`qkTE0w2H5
zjn`CuXx#rHtG7yTY@(jl`f)|2ah78!!c$8)pBdvD8~niB)ZnXR##8be7TAwz_~Ph#
zra@nO)x(gr+A*dp?{e4Zmr-DR8z_V&m`@6-#sBEtcETYL8fIDjpbTrGgcn+jj(&$!
zW(7CD#Wz!dj+N#!e!Lz*m-^Gq0tqv1W}+eJOU9=yaTUa%39Nc%V}V6up$|yZF*4z|
zSbI9<?ab}XYO<3=!#Ff08#MMHj*GZ`tkouC&6Ih?oSn9P-|xN}gyvS2g`QMR0+Fd6
zu+kqK+oYVKt(lkS@7h-F`C#EpHyA#cHY|qVtqeS?dop<!7Ik~EoJx`^!L3Lt0!?*I
zMQnHOh|vYC@bNyFB9ysf4Q%z(!GKRiySZnhjR6&Z<+yEpO$_2r4<4Ehz_s(uPzpy2
z*HA<WOb3%u2#F2?Aq+N~3DiJkoG(+1ZJ{#jjHH4iPZ-AWur=C-GGZ8?>@uZ0BF;~l
zo5(VWLG4=s>n9BjL=B56R_9I6MF~FgJ10Sa48_D}95TYH#Xj@~i8oew&;sqRist3;
zcnW`Y6)8?etBO21a$Zs%)X0tRzqI9Gk&ArmH(4}j`LC~5JQRf?xYrmvc$)s0z(<}_
z*di35z-0>xs%sf#&{m}&e$DZ$#B+oMr^aKbkQvL|So}og{69qQo{;7P=A@<JiCzF!
zBacvMN)4}rC};*k@JgA*K8YHm5Ns2cqOyBaSG@dGw|=6m<oeS7K2TI>wuu?HxFy0d
zQ}i}%{fTmOHWAzl34A}n{%NJ)Rw{(Y9rJLzcAdYsi#APV9gl<5J(X{tR}rE{!c{ms
zwgQFb^Q~`qVwcnAx40Vh{B}O*Grws%Qg9?QVdNW+1jJH)us7?u=a<p@W(#G!n=6~h
zvTM6fXrqxbdTVx>!=6jPj0FI&VtG(M+H+S=@lK2~_R|-+i+O0<&8fLWuXSgvVrA>L
z#r_RFms|(`7GRKQeW3E{@-|(D<1d=3YgR=?Vm}R0{s<yKf=FYQ0t*i+hYcnceu=|Y
zsCcHwkPLPvfIRJe<ixv5Iu}f`y_D`zoN1)AzP9^O#uO1qNe=f?pbcQ$_*f?=pAjRv
z6u(&^5B~)Aslk$Yo5Z=8WTO5Bv(taHWY>w%lmk^jz|o}_S@DaNrs`ccn&hE%ejkiD
zTsFC#2f<8qO=)M57L`>~iV+#6etajc=YfPcv0DZEpxHQY!r0RhIg+)<ofPo1c42PQ
zcL3#q4^YkunfmjvRWlH$65CweeuN@m5mOuv3Hcn5O!?=3PgzwTPcpC9EnrM>4@FVi
zy`eQOPGq;)Wqo1;t1>gv=j`0D@({O>g%ioIQWo0}{XxQJU)-6jVRRdzIMDi!GsMsJ
zN)M)4d(|D4_3_OWNQ-#~;oL4d|1U;;G{_0ZF2fXX#0`L31K(n4Xj`EUi0q*M*~oXw
z3;%E{?z&h%jV9%=2C@t7xX`#jz|`I5z9kjub0&W2tR=QRRZ2*6bT<t0zaH8Ac8f+o
zPnZ9TO8UiMAx;Z+On3C2IYquTmNOb<z@nh94v4!Yw91+A(bzoV3Mkmu0xU!dpjG%?
zi@zqgVcRKGh2}`^%N2V%JE5ksL(Bp-qx3IRTJC`-LBe+-0GLW!+yij(@5~lp7{u@O
z`-}MJcpxgGY#}i-<3|c5f6oE~^c0^0uCl>{&|^%C1c{%CAZ;M5DV9zn2#`czf#(JV
zyK(C5V;Bnz;ok%r4Lsd4J%!Mb%Hp^Z2{%4k{^QyDicYgw?^t}!X-C0xh<0)fW$<)t
z&LV4)GGFD_@E;m{@}Wan`SqZOM6FNfdt_g{`d&(~GGzLlxXZ@pQGK#SVEsIj!VPsp
zEJX!-N>C)Ui4Bph8hl)lo7lM}%=|n&s}w^cPhc8nfVb0laLQiA=1S5ddy8wi3djF5
zvlIaAR|6oO1+hX?$67ST%*K04uni!^SB>6~&-%+*1VIU$7NK93dny;`Y2bp4)mQd)
z*0&LtQ?3ycNI338M$*3(<>aQPB9fygc!=&WpnsoTHj83YHZ!RS4NYaLi__0Soz(l(
zn>$kylZ#i8sQQ4r$(@JEZvhvTA})P*UQ79x6CO`<Z&hqtHFaWmHY8uMqdF6#6}tiB
z(2(3Ke-H;?O2mRDA~MF~@rJQ^IYXM#a1q#kLXs00OY_i?V+-Z>qq>+}`Li}Dorp6t
z`98#51k%r$(d3hRM6vWHf%Ab=Qp7ni)Qv^4)qGezM6l9c)zhaOB4y}SErgCLD`#wK
z(sih(E1n89%MT2^hCx5VTZ0MRI+$<}<{3CsWoa_Su093REE7A}(;~#(Y&(!5ZGZvb
zkQ(e%ZUA(<lI%B-wZ#qe81FqpKz4Ys&-SV4=6vfk07|1cTk7XT4=4b~rOSdpyND_A
zmDOvr(I>sdR)gC`k(HUQ(vMwyEdr=!Au%1~jEiHJwsR2tk&4fs>}11PR6t-?;;TT*
zwuVWA2{<ve^R;NZCx-3k?iH70#%$qux?M)xqw$JmmDtJ#^qJMdj6jgfB|_GTaCb(g
zIjux+EjRkuxW0C+ziE;f#nEmk-j)QKT9y;c0Fe2y%OG&Lr+t2rV~YZw(6g-*tdyMi
zb;DN#62#1gChxThMeaI$*l~zRT#JkCr!;@xOojda;KK$7sW*$F=!CX^U9)97JyRcj
zDb?=_^|h;KugY-YWkf~j?Mk5b#C43V0j3(GuC~Pa<^HmhH5+Otttj@cTvF-oBa>p`
zJ<6&%Y=*m~NX4D>oL|0&n+wC}Ata(COJ3tzy;vvyZbvs~EE!9QKFz=wm!sgk_t#Hq
z)ynMH_5G8f?2W$KIvW@tJ^2eX>r~tO9;f%?Z+Z$CirTCaGf4axAw}b(3F!&Ork7PW
zfDi!2lAsiy(q9}r=6>)1{`E5)<YA?5aA0y2Y$cLv-V4c*&J8mS#Jiy#Ia$j*$=^b7
z6(Olf-YJNlH<_Rfv2}~>;f1dJB~|nBrv6;nxpnxl%4TxIudmK>-l5?%&zwpp0s6^X
zV-we8#z)P;U@%m`{VBm?_<7Wvu)-edwx4JA$5+{9e*D_3sC{7c>U!oV6CQU8fyNbW
zH1?^e_gNkBcpNH=rl|W*)GeWd^pZ#Q8SAjFikN-Z3NK9?hZcT#UrJ+?BmQd{?(gr@
zT8=(w1m$qr*5CFrrt<S4e9~$_6tH;1#b>$UQ?apq3B83#<ivhLn<?M{&0J_#8;${G
z@Df=vkE9N&M-L^il0uvhOO7H9eYlG~@&tVY+Lmbn#%K^ltO^QBA0KihK8Ca13623^
zsEiEBDkv5jnk`?VLZKP~8#oSiNw{nG`N6|+2h&YM@{HOuj)#4+WjKyLOxU;*C(a{W
zJr+y)?isQ^k%4t6xwEk29=wL9zHQh23x$jI8a~}t?RWAVpmFLJ?KOr|^H^CpUR`{p
z{cG(Mk>`XcEDdDu*O~JyL4T*oCTG_)Xb%TKZC^PGA81W^Dz6I>8D}cl!d*x-rgzdH
z9D2?)P9vN@@VJhgy=>Ii=G7Cmfu*|Wx2Xv!P!4a=;K4FTzfazfHS&-d)vHQD&1DOm
zvM@KG<*AoAl0533jd^CC^DenYqQROyX{5--O{N8`uJTKM9>0sd&=i<fIYwg7{1pzM
z?ArcBRUlbMS%LzNjk<RWnklmbrRYv=8u!x{@m#phMeT;xPQX%|{ct=gBmP33Ml-yi
zM205RJnKlPGIB%xZNyO?R69Cf_h$vJQ{uATY{0QNYHGo04PgPHdq&3r7Kw|VF}~uf
z&CP9LbwT=~>$_&axZnz2{XSG<u^Hzz@RH4>5i%vXH^;y-j@Z&1KH+sMxCp@EF&~?5
z-PT6bCy(kiW{9GiGW+=JK6oWb9kMG$GVjS5I8+8R7L|Gwk?y?%>kLvcAQl<BEEmwS
zBDQq-tfq-skhW#YcIUQ~-W*)~xJ;?Za1UJlMx^S1aAgQMxtKB+!kZ2O0TO0D+P3)l
z_~e3u!sz*RaU$!`<>m>&7z&LC_uvT04(mX|O*UqOq#}jJr>>jrX5MxlC!0X$MT_;@
z5Ht3MSy6DZg(HW9t-6tf!DCAcTYzS=xzOdtE0eWpS$p2tNuzA~enP=ur5`I2(bx}T
zR>PmbM(Oidn02gG?cLGpWkBQQu!SEq8PGMd3>$D4kc8XH&%MxQWr~G;{{uz0CIY()
z0KTQCnv}XXZuMN^cj!heUZv)-9iXk?lC;HJQBGgh7Z0=(JetIyg6r8do=^@M5nqiR
zbgNimp@Z1sU?TG9DvVzr@-tZ;eqdoHR!<5?meF;Zm@w!wt5KO?3(c2v;tU@t2+j=%
zRyD~S348~0^^g025}D}RM{G9j>?>;QE*{tD9S~7fzsGG#c?z)m9_aIw^N%>gJ(iC6
z8ov(Z<w{VEhIr;?7&S1soae0)GIGK$TcLq?Wt%_|K-DHJ@nWdP3eZoGHss5n<AUG?
zgdK|)1(uH?n-nn2VDIq*z^CCl+J-ybK!gUUUytexq|Ub+Ws4GzK(g=v-bE84$+fx}
ztyp?DFa@ty#d@KoViHG<^#OGyoXcV<0~)(`oe=u-ohQN~xINs`{!nsSZmhDBkoUZo
zy~d`PW}fKu*30<l!@V6_U356FPTBx}sN{To+G*3-`2NrYBGdh8^w}DMC=*TaoESwW
zMV9sGMX=RtJ}W2R1L~&M%B!#pQ7NY!<xm*Rkcu?X?P$JkW00A0mCk1;yLYvN9P)Rk
ztk9|}qjBa`aCx9%38zb?92KneP!uxgDSEIF>hk8=5uK~pWrX?=3}_4y`L5Vt>y81$
z(g7TQ)~!asW-qBd(G91893Xq)Vl=gUB9TsC18bA84k|8(^ynC~ti{qYt$md$bWHZH
zKm4;u4Z+>vW}M!ZD#_7YSNW)A6&2_VcPP2-RC!mpV&|^*7)t`7BTR}F_r)@Yapa;Z
zv${%obH2U%pxbqNA5wWO?-v~B*1xN*C5SX4<#r93+^vxLW3|^GUo)77fCg|1hx>HH
z(n9q5MA$RE5}CQTck81DXm}>M|2$$-e|Do6$`k2im-`wobp;(DDATZWoT}jAQzu{^
zmcc^k9wd(AyuLQc$bvLJtdP6DmGhh_82pXWwyLFoYqW#?SRC{tXBN&mp1*>mVvv&I
z?wsyg!390riaiqk1#_VFum3;l+V<Qd7qop5_KKOt@gM94fR28I{T6gv9@j!#_<SZ+
z%EiAKhT3A;;C~Tyrf@_@cVf9r+M*ep4qN&KM4`7?&@8z<%bE<qmD-w?2-IeeN+U;9
z`333zBAvQzRN_$qXR}q5O74Bk2d=)W$1KL`fmu1rI(B;yqW_%Il0*V%#(b~&0mo<(
z+rg(Y(Ps>ZDF4IUg9{viZiKE+jJCTJfmsHuEg33wv*|`0b&Nj(C<Igx;0vZ1-=<gI
zQ_8F6e3AXaj2spwyYE{*NNFsTF{#f&1^6vDz-Q*Pcf(&5s*_~b+MoGDmwVXtG6fid
z{p~2+*@n#)%4UYZBA|GF*8L}^uk)jDc%i-*M_ARj#774T94sh4H9CSLDu3()z7Sz@
z3Z7Tb;xR6koOhS|(rk(jsbO#*ARq%@gweUFq8*Sm79z3>?GHd!*Wq};+p;WjI1xgC
zsh5cb+y`5dF#zaQSz?0!9!wiF;J)A<^uzc7Zittt8wN0X?y2p=F)8E%j%I&WbCsck
zJ@TzjqAMkhSjHVFMNSZLoW8SW$xqR{hgxPUKciaXa406ML3ug<LpB=@Dx>(UyZsks
z)TCx&@(r6lYSGhThIg0Wxp*#~Nc!jds&X#@AYh7eUHtJcY|86I3qcX$2$HhJ^T^DM
zo%)e!$ZI;@F)0i|6%q590M73AO~WLWT#pFgt&@`tw077h5nx_5nMgv?UrvL^E=AsS
zZdxuEn@(uBGC$O`82DB+L0mtq9HlS@t`(SiIz9cl>@ivx``Vg@oJFc);vV}Zl_jwv
z^f#w-`rwKbZ>5c9b3C@tuxKAVJegR*Ri68$Ii1K`MQmfqr5~qI5CPgb$|{v;q_QN^
z-hu4d(N7swv3vay8su!g`{OXbg}H|dxO3!3lnkE39Eu`{c^!_}l3q3+ID=+6H73H=
z2aMZCJq2%3$bv$MvKaJSEza|#w4Li~M}z;(1f34NaF|o%Wg?jQn%WTw%1l#i%H@y$
zJolZ2jw@C}RHZlhY3%!0))l>yhAHrKT{Q($>p`N&^Q+qw8?HhGnq>Ty`Gy=n?0&P`
zW2*I`e=9fCu+SAp*z71d=EQ86b$H}}deqTmt8FCB4m5Eh)VhVDOy<(HthK#fuKyme
zmrtZcBts3LQpjBvg0g)17g#4oUJN#nNyZ4^Adi%TDkMlc4OZ;7f5bdz9C?Wf_3DNY
zaMdy`7+UQpn6$3ABNA0I#@*g;yvhPeDtReH{(j7wl4zTDTv$^#t%-vj8+bM5QwktZ
z&=o_^rt7(T{V%WQB&GSSwcS@P{GJJL=tYWz+&QMGHD)JDD}T>*`6+M{-*%DMgpgPN
z;Gz9QCeh--nVC&9(6jqn048MVXTramCTs=zV*!ziK#zdcvjd$!8}EjH`-)Az4U<~!
zcQcE5p6b^9yH5S%%l0g7j0d~%^lc}{R!}MY-ro7qyrg4yE?&A2b!LunggDdqrcsH6
zzMQ9OPqqkiE#R1s8}fA9{~Jkxi=%hx3Dchvw>$ga1bx_v;5S-F;ea3YeKW88TuQZu
z+6NCsJ@rsT>#!Io4$?6n<wnJERQj{86fP2BX#GUq^ZwvE8Z~;;lDC&0iAZN%XmW2G
z`#x8uD`6x;E{4ncm?xdgOWwz9cjtaQJK)Vp#P;E%mPy{TR{Q|ztbAYJpJ)v1%Lg-R
zh^+#g3v^1&GMruHBk3_fw>a^!L@+wmBHKrD*Yic^AVui22QNVyqE+GA)GE>YfD$wO
z{lv|f{mJ}c+-Tk20oAD=J~VDeDZsa@oP5mFS_==K|0tYhQ?B+$it#(Nd^_K+yDI$Y
zTWtU5y8Z3a`QaN(9{m>_g?VaK#%i`t|32qUME|b585`vjjQMX1YKET~?@oRT{cX+u
z{kD<N8Z5C&D($sO2NM<+hjT*(PtEo`tc4+etsGh)TOqZ<Z=t#9x$$q|W{|Mv5NEN_
zdW{|5|Hn<jnPbj7<@1mUz5>Q{a@1X)$Ll=F;$6+DXck>xaxkgmrL;T<iY&N{;__hG
zDOq2n_p<#<WqVUM`q`ASdpO&89p1I$__BVWA>CYYmEdD#k@-=fckT&uK9En;uG31$
z{`pYxyBe2w!c8Aj&TQ#>u=lN?``+j#^oHxJ&<~kO#vC30m+^E0jb)R{3fsPU6Wu^?
z5f4u-1nG&3mq&7cqPlqfVnLReSy-qykB7_Oyvy!#$c(pg?a=3H;oNNiUD&}D^&_JA
zsX>;OW85}1_tZ_6G5Lf3JG(c6`bLO)Sep^&@&+<nbqEXoOE_VBUu|WLPNm8!!JoG`
z(>^00<jh2|moA8pv6{(@ux+=!QE0g~U%-J?!L+ZIz(2Z+Vs(vQ_Hec#IJVPHN5h-r
zgKULBW>V|FB!J5xg6b(Lye$^nLOFq$O-_Hkl1=*&*;10D|Ls*4Rj@wMP`g2o?f)f|
zB?4hD_jH^R_xMe0_kyNub<&S$E^?7F+mIjoD2=im#J1`&{1Nhj<Daa7eZxK=ZcVvu
z=c3U$*2Z8vju_>l_KUVeuoNS64jQs^A+d`W8@FP$FF;l(f8R3&Jk0fUv5er-{9jbo
zYWPUI!jc4?`zpY<{2UhLv3|JfVEFM^Ige*^*?mH!hWtWa4>CjXs64`RWSA2!rSRwe
z)4=m#;V8=kpE#}+ojpiT2x0A)$O4Yc@-1+|{WwTfd-QSqtKWSE${=p)ajp)Qu>u_s
z!rr+o=vVW2HwpH@o<yTRxgmo&tQ-_ruf-W_m+WhdxVkxBpq2{U&B*}oQ>5_FD0d5d
zYyQ!KfbmXMIp1sG8}Humv53}(p8ZxO25B?Sy<gH9q&MJwN2aW>2`1N3Ri90yJ8U&g
z3>OM#N{cbLtq`E#h0J;X({sD8g`yyPmU9*e{v2WyYV9uCrVz-sA<W^||0Mwamq!+c
zeu#{6v!rcRK%cq}_;+|21#FUte4ot|K5x=nLyl;tbuFEcVn+ulKb+Pk3TLR{z7_I8
zSP*i=A}!g1CHe!*H2AW;q8i!N|9r0eOKwHyVj|qc+|_~26wW=Y`Yzq)zkA~N@b>+Z
zb`lFL)A(G<18Ld^2e|$(22XXpU10<KTEdAlr3(-GgMeS46vPI@5F=mvhsb`^5jLrI
zJQ)FE7%n+MbQbny?*_#;<BF7Ij1b(u*DViO5<&@&??-^OY5^SFIiSmq!R{YK=h}-V
zQd6-pOT(Vog91F%&?K!7M2d!tC6qw8%KzY~A;>uv0Vl3h#A{I)X%*0rGST}-Fv|6K
z?xJ+}r7q$qg`{i;sdY&m55(E5?08)A&pYiMV)vKX3_5Mh!hLVRKMB?Fa2y%h7DDu=
z3ff%+ux5WfuPuk0Ms}^13GyMh0qEO|5v0E#p33=`7XpCAL4rrup_S+$)3dyfKcW^p
zJrzj~s70Af1h@LI?GMLVlOSD}(4vAvil5>EE{qt|RvJ9&Im_IQfwuV2D*b2Qw||0b
zc?uMsudgQwdEyJpe1wUoO?eCHwneEWf=aAK?~fUxjIwEhN+XQSPn-7WRL`Jb^WtrA
zd4C%Wq<%acX%5Eh(c$Fd#|s^D833{uVq2#jY@;ZY0Um)4{P(Mf|0V+n(JS5(pQ{I^
zY|QJ+gXs2^cUmMzp=R6gppJm0b>;9arvvzBj(5Gv`n8)7RbylUUGP~8cR;DpsTv*M
z!pk4z`1m}|6AmdY_v!Kurb**Cox&NvAW`Fg{WZB6bd8ibbnS+T>_+_&KrE*dG@$F$
zTd{0k0!mDEl6e!nmo`r|w%<#ESyZ${LWzm6B6QUMd2#*7P#YfIhssA`fCrNYivno{
zg<Kz+6fc^M7kg_Mm*aHM0+3+Fr*<l~-!<zo1W&5KVpAf0u$x>L{;SC15_|efzMpV&
z%kKdsT5nOKZM5NdudyrYP~=TX=>3A{f4^I0p$xtdP*Q9;ZRCSgR-&}3@L)ZF{?SOb
zl;j%sjSFeJz)bKnRr&s_kbi(4>WE+$8kQQwQ9+~VVO|`t42rkX`Dqu-7zdu_^b{pl
zUy&GPxS;FMf91lwdv5W5E(`pGdv5GzxHG8Gy+XVG8ZQXV86=kddz$=Du#$-UzET{V
zGuDBSf+YEJ9{(|~<7iKPH2p^RYxZt;OG=t8)!)nit`$G)E4F_9osK4^_U=&Pe|~f0
z$3nk%8G;2EnQcV3Bj)qM(@&bC8@MkJ=)PAGthDoA&#>jtsf>1-p!?;}9eBi}A8sba
zNfO9_L~Eb|1SkeaZ5;cF$7|_rCiTb7@dhT*e}KOqs&<P0$@q;&BKl!hGgQePAT5}S
z8uK<0i`Pi%;fT{)%RFjtF8Ue{5U-y&cF!fXC0Gad$_xG+c@f+gL!E?y?8@LqNNyec
zJaMERyul}{E4dRS{!DOqA;iBBkc@KS*$bSXPilqMi2Hpz1#g}>KfSto1%X<6DHwOu
zS*q_7eJ<(GG0m!hI$VD}_sfem6Y}1l)~lU~M|&+_5wHUivEO*lUkuo)ap(W`6^&~*
ziX5$9e^5w(MsIzdJCJA&$knHTIRD=U;X@~QWz>*eIovN=^Y5>zlNSe9&%dxNn2O$@
zHMHs4&3}OJ^+K&FU#5)3?I)|GwsCr1_$HqEkFzQZ8#gkQvu$*Pf~|RXzaleD%hZX=
zwCC@>aw!482<sP~g-}b9|6BeX;KB%{5Y&*Qe4aQ_F{C2-{6#8JJ6r5%OAwrFONGn&
zd)GC$|4V^l?vBci;k~E~$>_;=ojGW96H1ZmmG2r6lA(O<=Y#Os7-6kxw%J+!(-b-Y
zKn?$2K_p}HmJ>@tCSPZhh2D6MY<FuFSb760q1(vHl~CsDsg<_<51sWdjM${?pThKe
z4x6bwW8xm@7^n4A14kwmZMW@4KHl#xt-F}9<C9WKic1i!0~5!9ZX?L3J$ySHafjUN
zXQ9zi_&v$rVJM*f^0T%lnGTId0az#3YopDZY0T#Lj%LN?pYmW(RegwP1*L$bwB=In
z4Sa);ES`?bjP-nYE&aQOg30!sfhr!GED>x<B=={Eoye9^?Xi&p08+C1gRtsG3=U`|
zxlZ5!_C_E{GvTP7{LF<KTbQ&WkSjap-A3miWP5fpz5dShih-lt*~>pP`9jnc=PgH{
zAls{08GH17>2jCC9&W5In{af~`AisVGEyF=gmsnLYmXvpMtA2Mow?#o!sj3HDf8?`
zca?>HvalSUocJqpp6+hB?P%1Bzde(hN2LD20jP`20467JW3wtIWJdNUEa@8OYrnPL
zW;gv#Q|Wz~{}t7ijc7TRxtOeDdiF4Tr(?SuxXOmsn~h_Lu6*W>bnlC_)4FYn)MC~V
zs?lL6AF@&9uGsA^`X#;{K6}eOnWrs{FLbmVam^@D1hZYwtgzw!qte6n;W_~U@g15$
zVV^E@y{ag8{T*)&&5JWMTji%f1y!Ayy|PmVYyKePzSlMqGB<bWfU3qCtr88QEOq`f
zr~#`(=g$1@*b?YX;XbjDg-;GEgFCZWYOq@$BD_)!b$w^lcs@84BEn0tS#_#I|B$BJ
zj|#`F03QTwNShuCvrj|6w2*zlW2Qy|$#V!{MquhCL6}!uE{SRcj#sI_0VcF}7K%=j
zYBKw<aAZJOi_84kc!;+KFo*4IzPa_04Fw@3C>Rip)eMhOtR5?)G&Q;A@iuWRj(w=@
zbh#OvY;K5p_Zx2}cm{tbh=2UVbO-qh;R>jiwG5luMg&jX1=Cv((c<INIF(L41i1YY
zMW+i}KvXsm@(BjyE#nc@UXRtPvm7Q#LL0(j*J}Cx&&q2;3;9q+&>C)iN@mVZHXgGZ
z{)6>h_r))`3_2vxWz<qP?JR9jH9XtN$MNtCK7!Li43vfp>(b*blHEvBFBVPiX3F1~
zmA|6a=PkI(pwgO1l4G_r805n>p{Pw?qv`@x09IY)3CZ4!pHfIynIBBaAN;AR&#VA*
zqwR^Fylnt@q0~p88udmTRVq!A{{|nrS4^&)xJJiNm#{YVq2p}4drBCn_3>>FmC4&B
zG`OIuT>Hh_)KWMO^R_F4=hOD2^M1L!0M%}JN8+giE3=^N&NGH~utang?t%<je?qH~
zAM}+lHDIp}BB0nIx{-t5H!uLB@9n=$c-tUT%aWwA>1m$$Av;M6v1-Ftt(;Y(eUEiV
zq{gy*el+^;bUO>8G@ljL&i)h+-+z?%fw7Plntqyrv%SMv$fh$m;8Y(<H3W@qcoS=6
zJkIWWi`zpy{e4CW0LZTLGfaTWt$x^K2=aD+=U&8#6jss)F#OPE_?pllCCo#iuC2Vb
zgs9k{;^FPZBGLmBWb84f9z;GC&6H!O9m|RfN$6xOs%%?BLzTm^AsJh#MZIg%(3Z9b
zA%}#g2&9As2bbM;DH^kT?2qYu?o|;qk?;fn?LZ*0rSGLM=#JF)n$>5+fj#>+H30L2
zizv<NNWVa#jDj}t+HY~!Wkb*sy2HVmoIqAmoMRaV90sHW4DaH@f-8&fppbsXek9qF
zz0oF7aM*V|Ssl7kcud%ve&>}jmpKI*7;~E57eNwm=WBx%thrI~{=NZ@^iD<SaJGCB
zuhMfB4VG@qXfF`JFr3ULmuvpTm}n{|x^A@wh~;CK3sv!(H}x=$mrB~_p6V3<DIL^E
zX;w7zGvKnrdQ2z3rafvZ0LDn4NZ@HTBg^`GOx&!V$A0KB!$>&p0L;z%5pQ}|R*(Z*
zvERy}p3b3+Yx%l?++Z0l1vI|dwh23bAp(4NbzErtfcA|KNj?aAGkOjhJdoB)0!AG0
zFzkq)JTeeK?Jo+L$B~(`Wd5y2|5-mRf3UI`#Wn{8Aj@eu$AAo6hwVYYA-ASG0B;bn
z;^)KH3rKdjM`_n9^I+ZhU%?^`xbu^D*d8W&o`cGr1-?4gP^{n}Rl&7(OClF{VehNV
zt52~ZP34gEnlz|0tzEZ%Qpz9+BauWgE&ms!WKNybFc&G;(!S*6_skXJ!^GwyL`u$@
zz6?1s)#dRw^Px(up3na#a4@V9|Nf8XsvTV-k@oyvtGO&0Tf_~aKj6w^0@aoj5f%W6
zoXr@#WuW?-{FD(RIaYK20Tcub;79rj7et6NCMX54LN*^4Pjj8H)X;4J%Ym5777!M;
zen%^;gO_Z6{`cL>PDHITNX*A(7OkU3J1hl4<-@SdIxu6Z$XCX2*fHw@d-AGu^0@Ad
z{3koFvV=TXwDzD1%oxXdNR*@O2RvTC%^z~%7BG>Yl%V||$8TB~jkNX`;@So<-U`aG
zf0rg>b!(#U$^0q=42(ZFQdk?2h*OLe4&8)9Hix=pyV7XH=6a2I8IkD0{+)+X>SBH-
zN@+zAJ}H?*Vq1Dh<sZ#irZc`(!Rd0m-&>v@RD6-*!D`QkJXFm*UYl?edQ`7REt`(w
z*rUk-Gp)oJLAV->>RPY^Bt8Lw$kZRORGQdXJ%ucw)w$iI3w|iUilu?`AT15n-&k~<
zo=tF{t)O(cBsp)k=VT&~Q`2Nx^A-feqHJH;I*HN_KMVz`qPzZza|DXcMPe9gPuhIH
zJU$ap<UEe5z!|as;R#i>czR1Fc$-9xQ$*f`pr8uD`IQW!eAky5BqN@`W4Ausxs3rJ
z$$D$Aek9~t#8|fB698gC|1sPi8sIwPL47@3>BR8MR#emE?H#)$+aaEQI2Ql_(6~uz
zyP2D~SqPZ9SU`UOoa~%DEFA1C9G}!VI0QKP1UR^v*x3cx*+ENbKL4Ku_KxP(mfrvW
V3sj<5N1zJ;vXY7twc^Gh{|^qn6&L^j

literal 145816
zcmd42RahKf&^}0j1O^EM0|aLvxVyW%y9IX%?vM$CyE_RQ++Bl9aCd?`1b6bE{Jwqm
z*^Aw~?_#fdx_hS2nRBY%dh4y~a1|wKbQA&<I5;?TSs4j6IJkEraBv6*$Oy12HHAGj
zumhr%sG=zBEEe_I<SpzRY$l_o2nXjw1qb&93J3QHyY%G%4$hqg4(`Yp4vsGk4(`L}
ztX5S4IJh_ORTMNNUteFJeigk$aKHKxy!51AU7Wlm$vkIjzJ8^B+M9bScYWFXwY{}E
zIX*lzG|=4CxU@L;xZ3yn-SE%Z;nQ4GT51Xl3ljzg1|}wEZ+Ay%Xo!f2kdC%?LVWbh
z^w`nCZf#9PTudYx36Y7h(f6Fpr{>V-A}elg?&2RsR#ukO)YR3LWzV&~($dn-pB*dG
zLRD0hAYTGJJv}}<I^^YMe+lq=4Io!hQvBK3YHVcqdwntUvx<%c=e`#WD-**-Yy4u0
zg}si<q%ByV4g0$mn3V)mT#)Aw$~RM)5btI2Csy|OXU@UG&{44mJsJMNXZ)qXrpe~Q
z^WPIEzp94=q&~|s)WtZr79@CEXr_jGD}*H_!j=rlO;%A7=?DcK^*y%yngkte5#eMd
zL^ZsYPdWf*Gea3n3@l$KX%aHPnz|{B((kR`SlIXH0_v_i_OBW47(B<b*<JVB{{D^i
zyO}rAOAxuUA-EJ0F_kZzHoX$MIm-zZ0Rxc{;UWJUho0Y4+x=S?iOl{u{~mci@|*n;
zPT;2NI{DuiTV*{n!F_ei{*?dS%=lxSdvPHD3H9IDo#X<Xh?m#@_gNMmJnzHw!sU|J
z>slnUKLGZNi{F1r5V5jCRIx+8ojS+%#u2|h3?dk{dtDqn+)a#yq(+{fIWI0no`3TH
z`*PPc86*w{VxR^jV970QknI$4;G-AadhN@w31*;A?@#Iv1Xa8QJq*qybT{bT{YHCb
z(4i`C>p1vjZ^1<I$tf#Tzt5ATOHdgQzhHF6bS7lH#qM{l=ej<;eNOTQB>0KpEJ`fk
z1~G4}FPGXWN1$u41ojWb@?}C5M2NaaU$ue>h&0p{%;cSY-BhRAjM0^7v#DyQhDL;T
zDNfV7zlAD0=Pe``3A}#g(63{cq0b!qTFgU8@~z=)n<;aW_zxHIS!+mY%1Gbv?;F?i
zwXL0Gl0VPMlJ6hK@(0gMBDssh!N4%(F9w33nh?_GMDiL}q{N!M?}2q6eB7w1)$-z_
z20)&+Y!vXXiD5S__$3R+w|Jagcx!8a-zaQ>db}e0OyM9>=V<8}7SR>Im<Wgim(;d|
zdKx-}zn7iF$p0Y~BxFJUh|#z^ckCH?-b`@$*f(PB?Q*H$CH=f0{!X|3DIMcIL_`2g
zF>~xCAJ;qH1qxzL^BZ?GT>XI04`x^2;A<UPTul|Lrrc@l9+&YMlnk@G_s0M7EkOov
z(7i)ADXZl^(H_LS4v?RRI7Ez1W~tnM{>oBcCH(%_d_#YBRVs%s<Yk;@tq#?6P~p?B
z$b|`#Zvszeb8XyC4CG#q(3jub&X;F6o=4T+Cb|OOxC-q0;P|@UK0oA3Pps?iT;b)X
zU?TT*sA4VzvY23eecJ&nz$x@>{gBqKUxC8w;~(37x+kQ*5m-R<TvwsP{7umJ3Q(w!
zMxb`<K2Xn;@n|Anc|V^c*n!Flw-cyr9Wc5Xu7wcm-5o=}VA8d9q;3d^Kx^xD{)I=|
z`V}KDYT#}Mb>0hQzEqm}yLbEJ8S7&8y7m6M&x3XSTQ`YTt8zCzW^J9mmkGz(1|Uf9
zx}f(9TF}24Qg>@|+Rxxj6;V^QLTN)ggxl=Ir~vY{srl!6T_2K?>Q`6IY|~OwYVf>2
zaR0HpZ_z4O7Dx7AXl~C_zH=Ud3Uzr(S=8?%Jp1GN>YJEv$If<y6CfkM53iaoQ=~nc
zQnqQKt0$4M;So4R{T-J0gL(s^z1_gp;{SJ#m1pi-z}-F6b;zz$p1M(>hT}aKL6jjX
z&&`r&?58|ZVu;8pA&3CUeGTUsr|FB=N&kx_g|tw{su>I6TPB3tCz6?UyMorT#|6Kb
z;}q+`U+>E8p`gCx%fWla{)2N3;c1uS1Un}K>VWpdXHd<==CYpz1wPw;Wa1qRY-34L
zogUb?uL569yMw9=GFKx|j9W+Odr7PO{=_oiGVel%NMWGyTHU_VM~Qj*Eu_oTM*dt9
zEYZ4lC<uTm`|KNUDt7Hl{?XO$+H<uR=`7=3r6=j7XED+A6SmPOzL>w+Eb(prRyVfX
zHI5yJ@Vs89|Nd@^U52^o<4dnE3c<jze77WX4ioM<4r7NN^7#HH+=P*g*?ipsbB^!C
z4PiXz<vY|yn4e92B^DWxtl#Bp8j_%xT~kJQgQ|GEraT>a<#qQF$hv2QD0bK}bcTEH
zeJ38^q}={V78Un*km?tanlD!IHC8Tv9&r%i6ch=HroX=BsSQdw@f^)D*9_9$wOqEo
zGrhPscg}<F|M@mAXyB(p|KTQaTD6gomR}E?5LP7XIEg$eE({_42<+X1R`kek=`LPI
zS*>K@Yl1InPww9|IxJp3oqm>@D9ltJil-O&q+siE3VmfyBiOrso9R&QAg4_>D~P}J
z^TgLz@h>V6xzAtru3r$C;&{)7aF;C)&uhg!<0ufgFs?J-=<$bHT|n-BtatJG%Hx)g
zgi$F+F6R%TrnS+%(%z&v&yv}MnMD4eH}J|1OUOtUm*F4CBU(p%83Hd>@5C4NP?=qJ
z3?kM-{If(7o-mO|&m-}-FN~$vQ?o>V=Z(r>(sL0Fa}N;ae9=}g=(YL?RA1#zDr;P{
z{Fp-!7=hmv!?`kP)J+#CJ!Fo&1VQH?S$OOF$M*))o+ox^#>#(dR?oY!T4t+oaWjy5
zc&lbg<bFtcoT4glJYNik^*A0D@#9z8Wf5iA_zM!FmHk^C`y*#@Nk1~v0KN&n=*|FW
zRJoc$Ul$|(n7x=>(~nL;uLKdXb8IQcGlHe*N4M>732e5*%Y+!O_9uN6=V!bEbq09o
zp9`xE0Pt^maZXeGNXZt|2kTBVw3;MJnOzbhm)eKUiQzF@L%e%uBeY{b)P5h16H)lW
zM#H4zjtSeecg4wXJ1+fNPK-`l-mLeT$)ZCS31n!gX*%fDR@jwfe2O3}-OE=MHLgBm
zT$O-dL3a32MD$!)w!ig?7iKcUZG=D6T)ykSBMg+3rALjqXVlm>jeU!^oi#E@a~~9)
z$tCTc@cAC^5E5!^lp*zfO@sZ1U`<4YfECe&)ajq498aNrj9f#3hUA!3E=aq{H^x>G
zm<3q<jA)oftiABz`w4wV4uHzGOmdpU1K=T3_&N{!)+XPzvwX}-(<2t>9){Gpo(L`*
zq-O${z}GfNdPA=P+pZsX(%YSmzuFM*pNuukZpztwI|4YQ=%(}sZPVwCX^;_3c^Xo>
zbs<p4jd`a?ZqEp9qLH6yO(^41XW)V(?soZebZEG~OkW(`98=Ss9j%p7UyiBUw}pv-
zg)p=xnJ^LIh2ruk968Q;Q0zW_Vu#nA0ESgm#Z9;EEG;S7#HKIOi4r5glR?K1=)kV{
z`<y{Gf$ty^pF!Hjk>pby?`5Jbormps*)+{a7vvw{=yA}%>FG(N*}W5KrMW0Z7Fs9p
zxtcp2nv|U<@)yA$p3x8RdfvX;)_9d0ZZn&cJcheO2-H29m1I!Iie4GF2QdL*<b!t-
z9}ES_B(te%;;!o#Cd&vv>L4slvc)_!dTdO#Dd>>VZYRZ(i^He0n|R+%Y0Bw^3R#0i
z%j81fh9)>nL{*p$eTj8H#||#a!C!b|Ny8ak+|toYf_t>0S7g7b9g&a#m*t2HttEIG
zj6d_Rs8UI-<o~_D0G!`m=xB@hxtSh_S>$9+hn4bCaJzKWFPTFSzy4dV0aYf0hSjjS
zFVs4q$O}lbv*wneY-VlC3{uZ2Tb!XkGbrVceUv*68=Fb@Jg}Zjdm44?=_IsAlIu`{
z=d2?mvN{t)&{y<vHF$jLmj1%L(0gQ~#6Gj**gcGvvFVZ%nzVc4(z41%hw?L8Oj5?x
z!js_5Dg1SGofT^O)`f&EHqlpdlCmR~33qps0lv;@DO@K%p_yUoq-U5*BBS%a^{3<l
z4r%h(WoKQ}qC@52OKkY@2lzkd&1j-k4GCr)tk!K#Jc?w+f3JWOT!I)2&p>yZJd`Ya
zF)-NMv`R!58C9kiSB9Brd%D+=edp(#@reE8WXdi_5pX7Ve|&eN*dotpcwv#aCEZ8;
zTN2ghWBS&l!^=|6u!L1%(+eqC{yFtB`g7@%%H)pgH*9!_*QClLlFm{xD0^RnM!lUp
z&V(e)Iq%7S(h#vHWzNdh(>^<ZDgKWZbt}7?gh_G-%`0nr$V5-K%WL&7{#Ad8Zi#jo
zbB)`g#(bzMhQ|6^y3U<^o;C$uO|deJ57r;I2DA&V-yTMZ1x`f0d-FycXnWH)g5;Oi
zPShjF6p=cF@x?V3u<AdKj7V=x28%3^LMv<dVc%s}bn(pUp@Mfkf$Z?ZwCNPUt+eXv
zv&A;EKji?s@x}h3at{~EKFz?rj{t@`68uM!qBj`wM)s1WpIe@X5b7EQX#M9#npeM9
z%Ilgte_2*@GrbiJV-=1|VO8tMAkXH`0yQ55l50etXF)F$`vKILj@dpJ2l1-PIlY;|
zB=;S=Hq!qH<r~cy7bC8e4?q*O$TJf%dr@H6DMC071Xw-2(TkMlIk>)K%+He=rKn>*
zu=q9xqTXnkiV~l5dzF2_?>*6hlHS^K6*mNg<9w-Kq%U$UFtOF6C>po0rAR^j0oIuR
z-HIjEZ%IeE8?44^6qZWPwQv&H=tW0FHZ8E*ceLy;OtN$s`j6@Zs&(@&pB*(-w|t+B
znmgRV^9Ao*2nGxgOzigBkR=Z3)pO8IddS~HKBJo}aDv`+5%T)l%#A(jQkARFg54`f
z6ucH#<C%h+XN7X&;u<EJ&CYLBpxS+5q8J;-0*02DVO7V-)Rawr?$E~o9t{Hxin;Jf
zj&ZQc9e>@^)K(w=_8F#Qi_aVWZ}M%)7~MJ(UD^nWO#J`iFp53=W|=wF8(u;K*(0EH
zyLvzN(yJgfkcNgW%bBBfuFdS}T4GRZjXNqeE*=B%I#ZBW3GEf_`MX|)bUfSn+EQle
zJmP0XY!Ei1;n#)y+h<K$f6})z=W<*&U2d@xCob9&g-K9KZA)-nHgT8h6J}0};iP|)
zQ25>Rh1pVCsvSv{MBqx|f^mgU?mAqqKsOf@#*)~{OeOk-JO3Dp9cyd|duFc2DC%U1
zd`}~PqaV4Akp9QR4&9t6SaKgFsaXifMq1T>c&Nt}uetE2g{oX;ztb<Q9>qhO%OsBw
zZ1iJ!bFIKV>++yfQCkf@=c2GwU)EE}UR(LFutnX_$+?MR0@-UcX1n1D<?=dakXlJQ
zb|LPfyJNrVq?`I&psa1yv+^899l=6xr)8NcxLRxTXyZ6P1ak^+7c@OtVZ83x46mJ*
z7a4DT?o|<nwABJOv?{P4r$h;hBZ?O5#mK^q=Q-Z%t8X;d#C~e>%@=krELFfz_b(s)
zQRkwwUn2>g=&pFpCXRVp4egFIyk9IrE4DU0WUA_*Rwgy$riGc0ZnaF$wZy`8E^0=U
zKe%aBMo4x#u?rKjnoqigh;_yBNPlI2HbfP5sYOehi+LIRqeEPE9dkK}7Dsn4uF#S6
zllH^Bfmo%zrhTbmM#i3z<Kt#}#GGL}V&FhxA~ooNXwu?nEfLg<ANwf>Z_oRA-1p{$
zwg~bcReaw=K42v@DMW<6Gafh3u0OrO*;@TBaVr&{_Fd|?eFTVFtE2Cyi=!C(o&$p)
z;rt7@Sm|O1{oXlR2I(?SGzONHA78}l*a`i7BM5xfrrD}`S(e@_KOGS#eGa7M2$NR+
zrl4sN_(sx)*FwPm<t0+P>RVR;L-F?9-A0h~&XcEdO&ZKj?-|O`bkSschg4g!2$1z9
ztIji6K*<94vpbbj`#ztghaQM$DtBaj_9e}sTHjKU5_l(iuo2X2TG(|uvmGC<Qw~lg
zag8{46`Z<RGLQWaxXU10tUu|K`!0^g>ZvZa%r7pZHAi3iJ!6_)o}`@w{t-bUiV!-5
z7l}-TX4}g<F@zRlW{f6!6qPU4poCZCVE@P!Bz3Mdd7t&phGqwfmIWC+wDg^*W1(KC
z<|4N;ksP`sKNH%~;b}6+arcw-%m)&wtN5O!&}dK6b}zPGb{Ko8BGC<qsiSV3+3t6(
z{|`PT_K%3T+^sPmF-k8C3uS}RuyK#8<(4yy>+7R1*=R7TCW??e6Q3A0=(s;qwi#e<
zMJ1kA^=a|AKOACg54@-SBe;^`Y3J0F_LAQBV&3)PgK$^j%+-?L<)D)ztD4{)3kJ-P
z{iq_`?7M5j5hH%R=F3q7=d!|%DZsPox$xX#Kco`9d+}6*O8kk>0t(?VxzuhYQa^|y
z{cvB`r0kHs9YD@?b!=O~Z4u1;vmf!d%R&0*hhj6Bp>&}?mlulXI$ZS%zr6G$_5FGB
z_=>_%L3VnNYBF_EW&e#MxA!WnyP)Nm51DZI)5^!t<xnbiXLRWNw`Ur@Cr7y@LV3fU
zA6HXO?>7EE)563DQ>+PGPjOAPuUkYgaugz$^i#8E{*x{Na{8mBWC*de@VfBir`7oP
zo@i@4J2P(s3P!N5!u4|y9J3DsIslk35FzUh^q~$En3GER?n+~3Er^9naY`3M?-1g$
zI+K#$DmeEcLHUqNqE3Tw<s-m(55Gm>tTLA$I`<3Vk^4fbVWdIqd?gbI^L!HA9D&Yc
zp;d$3rj`b_Z^j9;!>whfxbor+U&9aA8~;jYmu2xpv9P*)?QQPODHv4tq%Z!$;k}H*
zvGdt2%lC##0>&Ns#Dg{nu5f-M<z$J4aoNQ`UH{MJAn~=AKfRr1!mW-N!cSv+5igci
zznR;Y16%b;{#R72|A!XV`F>KhjE-$?CQfICT2KF_d>d(7=;q}|&iMz@zwA|{--Lw%
z{a){%yT<p=(ce?|PDnZs+EcrB318ipz(UTe`otYK!QZ8Yzo>%3|GpPEydOS6`t5H=
z<wRycN<Kt=aQyjocAI+8|L93saD$oWb>B!>=<he~|Ci(6iMCE=2T_=+^-n(g-;nG6
zfBuxPiGc`s<ccECyQGmf969NtG2g@Mf`K*tsnRp@HK7Von)-e>A+f<tP~Z{xgS30E
ztL1ozOf2(C<;LSx)4*QW?)>!}=mk5h6%m4ws`*PP!K!-{O;9*$P5RBbsk>o%I>~qD
z?}Uz%EO!#rXS8`{<u@eW4>q2fAI44A`b^H+6*blL3?0^bcc7Q@iN(yrhrd;BtxJn?
z0-j;cay%%9(u@y3+;E+{l8#SDE6CO$8reTYm>@=3m`>tbv_~4NIlY4HBo0pY+bH&a
z&yGm`zKemXlAn8&#nWytA_}_^Kyiks-ZQa>oALDxE~Gk=@52mezgCcJYPbS1@4fT+
z@N(I=h2^FE+r8YECEgt#@;HamrlNRXyp8yXrf`8Y`_Z_j3a|T<i~4YwirXn$zVr75
zAHF0>M(xr%%8zE0`?giDYLj_a$7fJS9Gs(qv4aC7do3@s)Ys!wrgF#06uC}jm!u&0
z)I{E?@2F@Pk5$)48Q0XfO6kDE8AJ{&g{dqaXG&e_z5Ff0B#H$b0DrP^LCL<BjW-bB
zF(2(I`kba&Kt1x#h}Pes<eS2Hb~<>~D?;=F)`gze-C`&hxIv*M);@|EMk!ipX~`o)
zJ5_?NUvrI}H$?figa&9=j_u@Ep1>=IK=$#X2w8&RIr{rp0bDZTmW;xyC4VPp-dt#l
z{<iiG!4&co;-yFR5%YF9ev&N(Kti!dQRnLiPRw=7p4vrGaP6I*2GzM;#kb(L&~m?h
zw>{oJZIiC+KvSC4&WqeN_4MlEqDjL2_?ihqd_>4Su5;TvESXLCpw@JJTUzRRph6g>
zkssv}4=qs%(8RKQm2rU1c^4S=k)0EQmPMPss&eHSU*l)f7xXKp!r!%N?@@$8diNGF
z!}vG!5Sn(9{Os-zj(OKZ63+H21HuiL1}S>;ay6Z45`@jpk5bD9s)V)>Ad{LW@rAmf
z9eYQJ*pr5(@w#C&OnSjAX{A?gB+LfBCL3@%ik6FYX)Eru;$r~PDn=~g)WYLEsZm?H
zNIuDCF)1lin|=mk5NA}+Ld+7v&=^P8GgQAae1h=pu48sSFF<MS4-n$HKU&n}=wg~s
z??+Gzqv#{OxfA1FwOeDx=bsvzyB$AVU31YEST;eHPp{rdwNzYv8JRKj_i%fN^wWpQ
zkxnSK!~BZi@CwAyG_vs!yJv$D45mUqN(H7}9ae4Q=-`>mniRk<sIg6O4>^#DA-S6}
zQ7WwlAP?}o^w^pYd*-$>xgb6RGVf6OO}b{XCvSWEaLU+#w<<uvl2K-ove#Z5s^-v|
zmW(FLs;lC#+`6G%;?(b2F>#*A1^Bh0EjP5Flv9MIlHa_prfg+9uq3JK!$`7#B3Q5i
zamLazLJft?;-`+RbKjV3C)UT*@kI=uav+N|Z;GB-$JC|H;AG{smbWTWi)cnQhn)_*
z3%G~r)O+7?EW9TnPsOMwx^1a-cM7z_=Fb$RO;j27=ZuCyddqX%Xko>~&J5vkl8W+1
zb(plzK$eWWIO!#VC$)h<%0w1=Ir-*Z!8H~SMh7~I3$U}O;soRWzK9ynva6RD+^at6
zn}#QfnkTzpmDLntvx;5Qh+6DIbkrvFUaRWu6SVSGNy6fMZR`LOiyfT$ePe4G^WhAl
znZEP>tQ8+G#ZTp$@y9-^fSQ%u7La->wQ8NHt)ittl1I?T9Q#k<%km8Sv4jKir8o_>
zw&Pj*)^+u1)mm2Ive#0LC#;wIhbFP~>ZC&kj?l~eHlt8TCXEw}1&@g^dj9}WG!&j>
zAzSazsh_3B%d@$UYhT{UMenxF>FjPMn-SMKSA2S}CC5PT{~P>v4veu=(exl%wYYYy
z?C@fFHXp(lFKX?o{JpZCXp9AAn{vKEN43Z9$~kISX*E&ngv-~#WhBIRLx}|G?_y4?
zrW?&t0OdxE@Qaio_W_+G{YLY%Vu-2^;S2s1GaOL{ZGaddF8symCM>;nD*s?Elt7iJ
zrg9cbTozR&@H=&0NA6mOkHAjSWDHBjib>vHMd=##Rf&H}H0x~cav9U)s5L4n3o37e
zJ1@uL(j>j@#b<9&23Jf=8kUh0rFODCm28cUDDl_mLTUdjd$N#$&0=4BId@bb{()lz
zcUQ=yhJM~t-n||Y@tREqtRNY<4dvO>f~{18_@np_K;L`!LN`wK;E~Y9$fl74rVzUd
zF~nE<LJPxp2~yMHf_T2Woy4FpoB+B}s&vqNnJcMC7OvbPU*+W@!|U*K1v<@GPqKh`
zA?cg0D%BoS=5JM*;g0Fm8V9v_>#};0(y4jug6lqwncYpKeCe|y#Y4#ZzF0TrdJl&n
zkmRYzA)Tr6_p=HAXAkn+i?0orEfF0pTk~yQkuZp$4|0)K#v0NZ=C_p=K+n~9-y+Zv
z7aFG7(Ku}|TvK`A%<%;P!c9+FZ^ui#{)4hIAu1zV0U3JH_gbKtvilL?MC_Q=#`&q=
zCYp&Xm1&POYb7tglo$b&;%0;gO7V~ni%djh%SP%UCi;q8A1oU(C^bUQRtV8yq66Xl
z%m$D6b4r5y^l%Q8RsYOQLJQq^oiRqtYMV&DM3BRX$OcvtH(B;_iwC^sa1`>S7Rp6q
zD%&L6Rqs1`-bn@v47D#MHPeQH%IHu$*227MDh{A{(1-B~d|UIsjvWmp@+wjk&OW-c
z5kmypxRsjY?PfjX;?%8dwrlxm<kWE$t=Fg>3kTFqL_bWC!hpAIQJ!B#X19mO^c92X
zF#3RDe(U5>O-bJ_qM!MO^rhfM!JWJ`@UR80jQaL7W`;P=eLju*61fFeD_%nlv5C!C
zBPLl@T&(%<D7+LmMc~1KioxcISH>bZ6d_ZS``bb)q`08T(mKib1HaYf>Z*Vbp|DIk
zZ8lJD{kGScPJNmZXd6LW3ak^{a8V`=8;K`7%5kecD}P6RN2H;oSRmxj*W#x#o*)aa
zDimjecP<r!qs-Mr3MYyV3p}^q6?75_!WdT8kn<7KQ9ai9anW!VC<}&vR&@`cbUO^F
zWrwm}Lx6WGPd&vKkgIeyz7c;GG4%mpJn1|3H2uuT?c|ZUEI_1nTQ-kmdW?e3Ld-$*
zoL{<oXrt1+Y?XpQYm!WhJk`0)cdO<>Rbmxz#PFYVp1JpGBaFol_V817(2)i|TGFAP
z&_ZPB;%X3#HjoXOM$8a|#i^NRqb%GRRF{noe~htC+`BZPNxlXQwSO*&J*eq3I-eMv
zT&7|$c~#>?B_<6ssG$GqipDu#@uu>}`Kb2s%@k#GC%RL%eXlXyH~#~P)GJx_54luM
zLGl~=SqHWSY?8cet8>a(+p~#SgTqJ3Y*wFe3W)+AnNYnV?vntK?*Y&ZO;K6<<5Yb`
zEEvejH;;v%fi}g2JYrbz$>P<Nfl(ZI!-Xwa-6PP#5u@Uo=V%gn2hjXaf74z^XkWC<
z2-G6<!Zx?Xm6&;JzAwd0+Ft$d0RZh_qSK1{${e@j^0rM?r}3SsaEEVNb)TRObL+Yt
zA;Q|WJt!rBBSEAuOPv52A2ZDI4bBU{;Ya~RBj8wXjT8$RhNHQ8ZUbSP-h{N&d0C?|
zZ;B<ExH(Ji7dsYzppF~qn$4}~<a~D>Y$X^nAkTegKV(4Nilrx(Wh)F-#Z=l2b5OEM
z`Mrll#j8M#wH^=tf!ucii8GNF6O2b=&MX;_k2)*j1aJ71L&xpF5;ox5M1rKbhDpAd
zC<s6vM?A%2qM?=wMc$ltP)`U*0Yu!&gz8-?J&4%0oNLIIrSob4k4e@UcGYySLYVH{
zY+{q~cjTK$2Pe0`V~5hhtE$SJAkEIHg(P&d>9=d1h$(I?>5+7{yv&D?5TR=93B|1(
zkH!$nIinHCVM;oc>e>rr42{#=No=9s_4Lgf`RJ3II0&hq%IOaKrd>ngywUqK4eCKJ
z8iDrJD^$P;m<a6`1U$25lLeO!OVy;jk#}Vi8Sma5R%P<CaCo0h?`bn|#OcH+sc0Ho
zsKjYRPxGrsj%v`EEa1-oqr<5H5P69*<qLb0R2cK!*y=K)++_5$%U%NT?SMD9&n52|
z%<yx%tt_ie5|Iz>VRn_3c!7vS6&1RAxqmAvAbkNozlPM`8irw|r2ypT^pnD&eS0KL
zIf5`XBIP^0=?{Az{%*p;rsNDUw?T?OdN}m)W}#FJYq;65np|w2<y3LHho@=Pe9BBi
zhi)Wcp1HF)t}pz~s)ZbfKt6vvJ_TDpK+()bg%R*Di>z+W3kMTfttCG<>B7aJcqVYt
zml0v%H{Zh|W8g}0R`gGSL0R;^3+RNv>wlUuAt=RG3|5MT#XHeQ5vpuBdW&Ke!Tddm
zLR<IuY<cm=6FO(E4Jew+UlpQ>o6DVaUssge9G`fH#Ipr}rookZY)Km#dSc(?Y`9(R
zMwGZZ5p}H-PMMrQ(WL~;*@sA`HsEY4HioS!2?WJFEivD+vot+Vdz0gYlC4KI;gG}K
z-tT@}eW{klJ#5Qyepcz#qX_?l)igQeKt^$m!@>Z|1S7f4Np^CTGlCM#js`tVYHhRR
zRnjCjSP7pl+53Bas3;=?Wn%E8AHN51XcRZV?m26wiObq~_qQ18-<AW8fHt||&sQP_
zq+#_t51vvc_*VD&yS%K5en?HlG3s*I8+A#KaqW8#dOATg<>AcH*)lZBm26X|gL!fe
zc>q)xAbytTG|~+QYHer?uh`7?mH*l8F?i7Mqphw7lr{Qw)7Aue3z4D7Q-V=gJsoWG
zXwW5cG{a^p5<*&2WJTS#ngu>T&byV~!?2Z6bFF8ejiG}Ugj>T2Z1d#TdEtAghb>Q#
zLTp95w<+7FAr46K;b!l}ZG;E&&JW=apSb@(qDZ>N_`|o5=jQr_u>HZveNB=2Y*U&D
zSFSBv+~q6;w5gN7c|7wy2N-}O3~yLdTFoe178|M;ZB|J6?q~4X)h#juen$I)8{-|~
zkn(UhDOj7R64=KZlr0}&*=N%h3g61K`|O9$k(j>}`%=&ghpKT?M4ZxCVd<1_W|zCu
zREwEdnd1aAXMOBU>u_?6kt@s*m&2v)N0!Teb@oFkzmbteSVX@QTV*lgFd+kOP-&>o
z0MI4+)#qA&3>e6seLZ;VPo~{7LcxIoO*Rv)qAfrsh$glMn<*BkrBW&F*^!1ZDupxJ
zKQuS^+o|D|d5|SKOs!Rt^?qT&!4T1)d;*~LdhNOu;o|<F#<Xs46^vRShyP`1aYsB`
zGnT@>#xi#3TsW$GG^4ZRx$lSi&Kn%W98Cqpr>36cNtChn13NN)fKe#M&6EJ}!hpUr
zWgB@vdtH*=GL+3&UN>^UgXT0~a@cG58kU0Qe>Pe=3zPZQqa{tW5)O4s!p#Fn6iV0W
zw<UE#hxKPn)JA4^fHKxhpBqiej@%@(Xc$b{rZ$~gH6#|}bwMe52bsQG+U}0)%M-uI
zfr?mk*Xc)5c)f_desY`}M3BY$d{#}=W4&m}|46{9X-}<bS%F_p^tR#QTYE;z1i7lK
zl1!cAV`B{}RaT-X%0`gkg9?#!6B+_}ch31~GAynh%9U5sui+Ye(4W|?ZNUpBZo}iD
z4S9WD=fD@fDPmQk*a@`;;dV96elV}@Q0Db?R+gu{=Y&|F_Mq=`wuUGBc~=W_Uqvy(
zx6C2cs*#o|e(a0sVGE^u_urfZSJlQl65xB-^8%P+nx@3rw<02I-qnH-<Z$>Thej9m
z6?8@-3Ck&+Eymxz9~G3B6is)xn{DMZwWH>8Gp@l(u4G@UN_sAwD*)IN1yfSCtW0z5
znxi+iE9KCWC~{1e3Ki3jl=C+-)i=fv4*O(39b{D7!?!4tgt;78^RWs6siQt{!eR)a
zBsZIpwMvE7XXX}SIZo)biXV#y?bImid#GmZI#Mdrw*``47)>KBD=rfk5M+4X<eozj
zB2Y@^)A#4M1CtaxLaI%c<Geo^i3Tt;jxzzyBs^1dJ{yV@_7-4u_irhU`meV^d^Kdi
z-GtvwN5CPtl9b&wk<e;?F#HT+o`R{IXZ%dDgxCtw7A^uz(AvN%jXzL{8zyb1+mb%M
z!M1G)%;&o~<g6S&orG`2rPtz|R|{~wf~5Us5TX8X`Ns1Wt97h^&e#u}LS|L6r%F}+
zvo%{RNrO635;GVOslrGVy4jAjEs?`@ej_(IKG(BF#n6!7%#HzF3?R-MbBUL1D7vUv
zH$zi8*%%4Cl)L&usNye85*G35ei*vgkA0I%ca8-3kFQ1XnvsU-wYt<WzE$LB|5bub
zgNgXuLrRRnH!s4awl2YD(MKZxP6%kaw12wWRa%HCVkMgP494%j$VlX+ZY9SHu%pAW
zJ?ivRB)Pn!A??%Hm7|W<K`J=`@<%O<N$eM%_tzCWp>N}m>r18#n?|sqL|T{PRKb#_
z2(hr6rL^@+l)F2Kf@y+C5+UH<l=fJhdek_zTFMg-A?5?qRY}1T?j*1rEb8E<kQ97T
z(4I+nyd0Z`=7B7cR$XwGI4)t*(XftX_}kgd&iritjLn2qjwbmaN6C`ZB9EVnLEI>n
zeEPQ*DCH*wt!;)1!xj*^=5E<8cx1`sIJapJQhYL#3y|lZs(@o+*pCtMYf~wCV+Mcd
z04Y?UckPy{4fbHJU8orF0x_l+cpJtPj_a(b6c~`tpcnR)&NHuiO)m)mUyb_V3`Xv@
z<_kbPIjzih5k)GQsA(CSEY}c~NRfgv0xXV?rh~p?u%VG9N+iQOQb!x=HIc4ZL+FwL
zc6ro~6)-js-Yzpc>)KF_22-ZOoB&sh!M83ZV}kk79GmUg=~7&`E7@|i&8qxv9U{LV
zWK^9?XtFkoAb*dgDs-nBrdL*joE1!Y{RSy5#M;z|FU_3$Dj$|(g_XgVQ$IIox#g<d
zV)P#&U*2uC*$`b==gF)U+9>`S)O&kEecp2)bbZA^tguI)+hW^y`YA(VX|Ru)mtkKh
z?AJf*MboOID%V0G$#G4Ql|C`($wKZV_njk`V|Jm|5qW33OIm=;foke`QjFCOsa-?T
zYAS{RevKfM7z#lM40>*RoD>_d(px##E^L^dM?su5JH@A7RVN|V4fT|J=C(d6aJPFx
zLyQg8*pT*QA5gk|E~n6YzTkp<eod-!<?`T$grg{?q63Dv#je&xv!MStVi1Rk;$1;L
z-;mba>*AQg$8tP3%AlYqX}!$qC}bnli_YZ)h?&u25`dKeIZ#+NTH8qJ`^P9^Vl%K(
z>~vuH+xF!OC-iq5>v(#Bt&#|=y#DGPg&O>5+!#<ax%8jvtPj|3dI-)6I<3G3t##IP
zZWG$TNyh?BnbcqV*9c@Go^Hx+$>B^f?pGp{&|nciUlp>KkC<5UfN3WD9#`7MJ-#pU
zteW9mI9dwj!c6ew{l1i2-W9Z=#DKw($gh&%QjUmw)*%GUEseXfu-S_67l&e}Xa!GP
zA}<Te?@`8$&NAIMWOgw30+Mw>M3i7GP$u+dM{rFJY-(MB#mzXP)d*7shAIfcrm_U4
zK-u3mreK;Ia?P|POyc53&>S_D0GDc#vNF9BGbhbsE%0ns3^^L8o@n`DrmL^}c9rCq
z;$}^CJo}FTaLB%C#1`#Rr2MwZGPs;*vhOlmh0oir=>~z7M&oD|TKJ3cEhpM`!*-q?
z<>BV?HjIu{92s;7W-lL;{IDHA_QP8v44{-f91j2=-|+VOoM!eG8;-9jQMk1XjupTP
z9UE8$$oQb4jQ1}6(8+8Nf~gK|uZ^N%94#(zrle-ylEHasPYGQD7*<lMghcWN2d&7|
zFZs7X6Z<h5m80SvLQ6l=mTo|rGn;Hxvu9~xg%wC9U(9r$0~p>kFKFZWB(m=kt4>ue
zwpKmvtx?*SEd-=<bum|VD>>&;)w$*(MgEuLFp61&K|*o#`b?P`kk6JR>561p-?S`x
zN_dJiO2MYKcI63&?;&ye1akh@0!!+j@n&uJAqQVWthV)M>|TfU+k$)Tu?yL9`+E&L
z)OPHt`B(|U<S3vdLGyJaV;}v&d`I4&mHEa#&xgOCAWyF8Dox3|4pDyVjBzPqkdS>8
z?g$HfMb=Luli@IkiA+P^IVonG#14*Y+4F57=;?PZZ;E|{c(vnJW-RO4V+;*w(_hwH
zbEO~T$XY<UN`=4q(IXeA@`8@$6*{wToakZ}wAFmY5H7Z>l?teGJHRWO#iE=>H*u>9
zZk3R%lFTop7YA<fKCN3h9!Hp^9hWhdddm^=ZSg-A%d(sHA!+6@Ht<ubI!CT`SqE;5
z@xcFLfeK)|PX}7B*Tc`ex8>E4^*ev`wuIBqiO{aRzA;>)2OnLcB1@B~GRJ`p#ZD%H
z(Y@|=$NPQ$jKVajbe@=L|B4I&{2-^lBqIY`c`)U`lB&)go1vB_-s%j-Wz?bZc>%~!
z(rI}7LPCGpaSUNo+-bEbK_twsN9_}E1uDq`B8Gv#>R1?%anu1*et#v8+V(-Ac;?Y#
z6{8R339%Wb<&mA~qt?PFgX0Q!cTx$$)OZ`89q1dPI{Y&*AqsDa#xklkWKCqjR&ug!
zB;zb+NIetwyO0AJ%enL&Bg8y|Gv5wvfp}S%s1ZK3$H4j0aV3(~mWHxjNEKg=o%LTT
zGnSvPBoaMPl3<bYV(U{u2V90<!s=Hi*KxljEaH0_!F4a$SRaHIf-ny1->IQ7iCX;1
zY|9KlTrciV?r!0e>D0dT(7^b0`UAU6{Wt*p>|aJ2*;?e~M(c=IMTd}Yy670*Lv9&s
zD_AbQmVqP|MUZPqE{EXUiPi+0J2~1vQ$01QPMa+@91F4)<!4tmiEipY&;Xa0e(K*H
zH$M5nJM|W_Bb5td8X71oO>&)-z548(aV`4lC$J8vVKWVljPkc!F!~BDD7(NK3}>nm
zw>2qj$?$Tcti+Jm5YM}fFdLRZSc2u+llo!)=`dqh6axMzsHEFJ<C|KuZSSK5&Wga|
z570Fnnw|}px5L;X`JRR_g0kezb^thsw%%N#lfaIB;ES@ohMFk=zC~p^5sd@5d8vJh
zrP;16b$X?*!PeQZBwvhkJT%EDS@rRQDs!bB-awm2QL0e*fPtn!E4KFFVhMjrNo0_m
z?yd8YD|Fk%yN=HLs!;%FTY{Nm$}EjQ#sx_W-6WyQ7D@Z(F+nPY3L$ormc=|YH7pCb
z9cpyJ{FZDuRe5yc@hbdYTG`v<0&z;?bjTDe4Bt6`_~RP<zJ+a_@y^=4`k7(d*&T=$
z!THj5MCk_)Ws4Di<{s1ru1B0Z<-$Lh+4Wjn9H<d-d*@1z_(mk1+6iG4+)7nu>R*Z^
z$x&Wj-8}d`vFIa^Ng>$mn&u~dqTroTpoW8G1UIIY)U64aeC5RnZ;|)6ygcVK*7fX_
zB8=6a#Bn)h&B85MGA_HyBAvy*&{wFU`GLVouKjkUTEnvy7ob@F&Iu#2TpAUPNwo&&
z!_ZAMzTp^QZhWEdIeF6}YIf5r{$Q894!#Y!^9JQ@606gxg%;IVQzi_G<k<Qh7hw&I
zMIn0w1y(nqXtfSk9#oj3#ILdr%|%xAPpD^$2QBysK~XS?ha$oQz*-))`XUmk8y#6b
zcH$-c3I0CBES5OjA9}df?Oas%3QP32g9e(4BFmzfx;5W$e2h8ah<Ecrwi5e6!=~XW
z!ywAw74H--ooX6yTK*uuG4mZ^<l6bSf5M&X>^Gqr4FIYyj({`A-H&ifN_Hf7k}wXF
z?2$p*4M#x`7Ym_3tdiSlRIE|kXp9Vh%MDjzP)x4VS`!+v|1EO6A{j`n<a+^|qjA|3
zSy!V0KGZOJ`Hh-Gf~TU+I?_@3RWy&H`Y|jslgKa&bGOT*o0kZyW&2suqdQQMRi-QY
zR<~4jTaAjZ`HQ(#um_F2Z%mdEC~S!|mTI~ntudorff?uYrsi3zb%~L6N}tmGYtzn;
zbDp+7lCg_jec{OlWApwkRqT{3u}M=ZS5xb@Yh~>%UG<)0p3tMmfxCZ2M<I=EKMWcP
zEIP76#)WX~w!=}0-1MKgeTh^Iyjs6->=;;Iu}pqDcdWH^+P=5=JN<-2#Q-v~a4T1t
z>#lWF%rf`06RNSo>T<o|*;y?UTJWWwtxN8F|B?k*J0|q-8WiaD;!xf(3Qnu3y~Wx`
zOKKi-q=eA;E07%AN;HW@;8P!0JmMdT(Qb#RZ7r(be7T|i(V%8huU=FQK>xSv{s&Py
zYEr1+IK2wto1ZeW(DZP>kDVtf1+Ya;(c3BtoN%Y02tkf|Ck9hTgEe3|&U|?BX*(>v
zsSlO`v|lKq^C~Rm)!V_!@~>ujSt)dKvK5h2IVdfL?AqR$7*IZLi3W}NCYI)`245o5
zvKh5LleymyY8}#d^$pA&$yxjdVnu#ni6gfXSH>-udS*#`ybV&AJoQ+ehk!5E?D|{J
zk!8MEM{_jN%95=?*<QNx3~8%5S3ggyF{lQfDt^)+%`2Y+xHXd7SF@OTNt}US;X(TH
zIf%AasFiagLoz<09h$Y=N4~D$F3(GU%3FXVhhq9^J&g*OJmr#!(br>ZS;do{4~Y|f
z4ZHPRQOo(8%zor^G0<6fyf{PxH+zkM`E9@Cfn!xZmre3hS&r)`a+vROniRTlm;XJN
zH{0TNc&vAW+2UzETJ6GSqLN$L$;@Ylrkq%Ruq|g++aNu<#J=_-6~n@PA%9gF$=-lh
zQ6x`{qvF#ABP$(qcfm~N+>?2Usb+KVf%9scy)aP)8nIQ$C^mgfP6+R(f?r|;HC>Id
ziS?Dg-cUdCw#E)0WL5miMw5FpW!ZA*a>ge!?ou%%F3!1m{|f5~SqM$WB=%_`!KV(g
zh*tCeI?v9|spqnU`FAE)BN~^{3S^dT+ny){Y)T6MQ9;#b4SsL0X!SVX{D*iggVn@F
zw$$)6wb4D2eN-WLc$GKj#o^?z1Sgmh&1{B>WNl?N%un7ovYhh^!RDigc}Q4k%QVl#
z*MpCW$l1HIc?bbXChcy<J<}$Dnlr4DN=i1@1RD_Xf16qBAVJls3FyzqFVT8&tzaE5
ztfo|=nbr^n3TYv4xbS$8qx^D#+QG-Ka6k;E@kzt_=CgvAg&_QnW1feRIz&YYtWid+
zcgD}-yz3~p2~-U9k?Q>%efhfex{gOVQR5crBSfUg@rdN^@4ZJHX%0?BYAbG58L|FY
z@?l{`nuP4AAD<S(8qhX?4AiZ-Lh&d<?&Ye{M3=pz3i^~bM9M$i)E6r<0tMzNfowoi
z1dvwwdrkP+Lz!X@gk_yWe7cB*aei%-siDwK>@&(3oaoI2U_P*Zn?r(qGKY##$q6JQ
z+|G)A`b&jQg0*HLw-r`$vsGp4J*M+ide3f?R@(9VygFwARvOBQ<^uU-j-ZTMBlU^J
z{fm?cIK&^>E{77-O3|eF*%NQYId10<O~Fku?zSfAQHMb+>!w}=P1Jk_4xXATmTYDy
zE{=-GKc_0z5+dMvGyzbk(VE^7?dV)HRZiM^mNw(s_7pa*<WIqe8D9rtbCnMYKp6)i
z^9cu0@^9&hOD&Z<K?)1E03=R4X)1=Fl9cWuPm^(`B*?I47a8acpZ>yT_VzQ&@ObQ|
zwl<J1Ak+M~>0+OVpjtf9$BX8iYCgby;?2MAnok7ZXB0RC|8*iEZgF7?RKJ&R`}prO
zNHypa#ovdk|878X<HM!?>&NlK0u$rV|Ib&{ySJN|16~FG-S9I0P5TkAHxl;9Fl9-l
zeY?&78hBVyWs)|YpKbm%^IZH?G1pD`zfS(YJA3-pRI(r3dP`J1nqB!+-Y#_pzsfDy
zn-^E<9fj`%NpW&u`C@2XGjLeN|5%H*Ix@GT&zAC!Q>T2C$O~>eJl~&1Lz_R*`{mXZ
z^MmPXvEW2XD^*=Hucy<@Gkq^S@rx%T|6FUbLw*sRjqa(f!aOXq#lVRWajWW-8QCRd
zFH&*)3H2aRp2*K2l7nw?erh!O)v?ELg{X!}R&~QPmwREYv~wHM04O*Z+gmG6^OkZ)
zShSTP%j^)UHqc+exI}KN+gj21Bo;YU3tL6VmY$p$)-QB<^5q5sbPD@$#`>njtNU7;
z7K*rR0;b#BqtEUs7%taiUPVd<U&u0pPDtq~8#DwJkUUK>hl=JL%r*z7(_0Q^Ri8sw
z>}hkkv_cqtIJ1{#dCXij#9&AfBvD1+R~CHj(p-vBqDWeYmZu=6{k*0`yp<JvP)CDa
zfUm3}3rZ=f56Y5XtXH^m6My%p$G!X8)PXZ!W(?vd;dDCtOm=FKToh^KFr)86K8V@v
zPRs_gBd@S#EqHCfX0A2!b%s$i!*;m06jgcdJMtJUD*$D_f(`gcBf>rj@QVt#5K?G)
zqb^A|B5V5TIKcRx{JLWOLk90|73nOK1Bib0m~4-Z%KBf+T&MT7oGZ<4NG_mkDo^d#
zhNCITr;J3Is+d~9&iD6P9wjp4yktJw=EmzIJ8umZsq=1`CBdmoNI&UaE5dmte!a50
z-yEi;U<VqO<x@cVxZD*oM*dl==<n~r-_fe|<hbjwHwYQa7!UbydMFfyH86*C5Nal{
zhViZPs~P0@hr|m(*)-ybmloFWfMSo^%*grL4&q|;KWZ(aOhkoZ&*}z0+9e`H2-vd1
z6x8To-sHDE`HsMXRS#vUoZQjZbXb<skXp~-iETcaj{0#C$+YU&39wxecF8PLJ6!N{
z-lQEtJ*hLtP7xu6D|Z~IyFFJCH@~o7?-{Z2wVI;emfD9^NN^=G*a?=Q_x6e|xg}x8
z?D*1psZ%QbD(lpwV4W(Fd1(C6>!nFk?w`U7e|Y_9^lpY^$5z-`$y`6n<xbDWd+B)L
zNYB&fS+Q$cI@IrzC`I99Be(R3E|RKFL(R@jOJ~A~d|=E!k1Na9MiedRmw~l*pchPz
z$1Yy}Nc_wZTQw?0j#8%jjtVA$$@tfhB^9uUg3HL5iFWjNB~q<g2}pEk^x!61KGCwL
zw$E#=0sh3LJd6EVkUK8^;sAr~T?AFKAvO$&C+P3#37o>be-uPO;Cdj7nZkjhzYrWJ
zBgKx%bf_tSO-w!UVCyez)-x@H;GBZdWDPbK;mU{U-PuE5r)~QRspXvUXqZ+TYBczR
zf9%8B(9qA7a31<^8|bN9QLwgs=latMaQ?vy%Rz|;5o+X=+9NX5T9D3pSkg`=IPhx>
zBUfop7&&n3^A|1zOz#won4InJY?UYKott2G)CvVRo|!O_n310Y`L5iR37Ez7z|fL5
z+>D?Yd=SwTUz88{Ov&4UHZb+q3i+o;R~QP0eIic3phAWX6v7Ocs=PdgPRZei%Lr#k
z!<wr~gE>XPM82J(d{e{q7!uwT(34bE9rN#UQOFYe@ELZ&ANv~|3u?l%u9{#S68#&y
zM^TR`_qqD7O6eN~fU+d%vo%8gtAF+i=??QathyJm2hHnM9!aLfSK)4JZ-*BULST&w
zlHdit>Xf9_l8Q?a#~X+YnV>qVodnpfu-Sfx$Miu?Y0eOZKyO%I3vtWf)F?-E2ftK~
zP7Og7N`KI(&Ds(C?_FmMw1rk0BuW7bv1B&PJpT%}7`$~Gczl3Uwu}rlK;naf>LY}1
zi3exEt{%s^engDO8vGGUzf6$ODy#Xsda?)&K*D?Mp)Kq4qq;L9okd4umEnVk9P2DO
zuxT9j3YCZew$1>h39A|vL!<~%?r5|i2r<uZr4=_N&FYN7O$%Z39R>eaTMg7mopChO
zj1x2no}xv5-WWCn*(rw0<RUvlq@cy_*r;t*1aXN5KKIf#UgRH|1>qReGf2f_Z%jiA
zFOQ-CcGG?w27i9R|LGe>z(jKGx<PvI7(mLCa;;5=ZAJxzXQ9;KqA9JKhPCo@rbvOI
zTv~MqBKal|*%l02<u`fMtqjPUyq={=!#|;%7Pz&WGb^xW0=e;0MbaJJqP%L31t2Cx
zVHOY<GI}qvQ%Q@yqhZ4tA<{=|M>>=Qkbe}Jy^5z|u(gt~wC?%$@*S=kH@KDRH_{+~
zJP&4rClI*-V6K5GuU+!BPGXiTiTB`yPkjrkpA!#$^ZZ9%b>B}L(lCxOUV<=~2kcg9
zSkZ1GOv#dmh=dRzOM+l8JbHbp?f|U{)+90A$dV$b-$9yRZ%SYl1Ez-dU*SxNcVFz2
zlE*yqlr8eAk|ATa3pxa0UxvhW!ykt2u~P~m&02H|(841(vVTqap-89Ma9{dq63A7t
z!iFTMwXo;wG5XY%j$nc>&^4vd6&J|^8<#mXQ+62(rThCqN^k>T5CzcGsyx*8$1#Gc
zs!lCdN}9|?_$6fMIOhuTPXT~!2{cMP*&`s3Eh;s}54<e^BpxWUHQ}{;w6jQ7E5sA#
zd8<xD14<dk*4E;J@o!o7Wxe#ozJ@)lt?Fo4Wf^=~>5j+TU^?(lS!QX}jeHXdhy?$e
zEmEk_0{R=tj|8xyG0{v?f;V-m8d}jKq&O%yJM0=V8hTMm+G#r^TC6@|J^+>EfS^^!
zhw8!va%=GHl!!sG2Sp_)+ZrD8kW%K~R(E$_Kqe6|swvIT&4B~_xsYOr=QRT4bfIaX
z$EA`6i;BU_FN3+Ln0$Z=u%i(_T>$u1*fvZpL8Yh@B&PchE5F1oC1h6)P%-FI%3%&g
z{UN~``c4{l(#}*^A%vRFWn!Zlyt(XE6MGhZHY7o6oUdT5M4Jc!`KuvJtzkF3>uE?O
ztOLOmG!X$AYv$_vU5tn*g?o`9Sl^8pF$fpm2JBbId_yEgm3{E&BT?!_wXqxywHJR9
zM+)RK)C;JH$s~_cNncdJP7w!RQ8CPcvPXHQreLZvn1n`yu^iQc^$~1mcBtUSmzlLM
zQn)gfUVYz&DoPk{Pa}B{1wehb@OAjvM4Wa_Hx*4TgCfGsQbA{HD_e~!2K0i94ozcO
z*D95Y5HXjcfT>Fmug@y2qKtkE9k)uzplB}CrEn;$2r{In<3aVER;GBuMOt1Tk0??h
zS|+m^Rtv2h8*S@_x|f!|4Xni2X;h>7A8){<ldr-ZkF))~ZX`b#%z-+F%eK?$K;P<t
zH*lO49PW^g#FiQUp8Nr6$;Uh|s|`I>WGD)7tWh)WM)gSjAOhpf$cR0lhH8=9h1!1g
znk3oZu=W<z-8T93$t69VBZmJ&+gk<2)izP12@o{6`{1q#L4&)yySuw)U~qR0?hxEH
zxVyW%OK>^E`<*&>=kEWnC}yf=?|F91>ebzAa%l%0JBUMA4f+lgd+E@VX8G&9gf(lv
z0*j5~y;7?Vh1u365O+13os`*h)A^Mtxzeh@7TXh0o+xYCT(@3ItAYiLNc$cOE<_|I
z%oC)9Pn9d4@;DHd822vWh(l@^zbNiwr)Dg%7|`$y*1?@<>-<QyqNb=_VSpgHofj4a
zFE{BkfVY3IHgl|*#V&$c6PZ+SDzAYkRw{mF(4^1CAxJgoeHhJf2pMG7a_<6)f0e}q
zOSGV-^<G^!g^AOuoH;5B7)(?JL?r-<kvJGi&cn^|9_UHciaFq^0Db@zl4jk4_O5D$
z*E70|x-|bukfJMwDy5`lXzeeZ<AC^zLw$;!G6*6BX>&ei14OvqX?|zE80$K|1P85|
zId_T$X*BWuBqy~QO(_393^1Yy0F?&1+`<o$PwVHw_0q_TAAFlKNtp4*z+z9pjFTWp
zbIfiT>yNWmoO9|q5;uQq#tUI?{EfaxMWRTt{8d_g_6mq1ffg?}Sg+U&75Cpw@~9VU
zs@JOsf$Z$N-Bo-_R#>M(wWPrt`F-YLX8JhNR)CiX;8(=?9tNr>WAc<aWb$wKBuwV~
z0M^;?rdNJjhC+@bVd8{ikq@7T+W9TNC5pBj$~(*7RAl@;x}v7S8$41>8j$#_Fkvcq
zH5W+j(e7ArIIc)pNF1^UNz#(RU5_UzQR6I?>RpHo(#QA+nlXd<lRx3vfvAgEKn|I-
zeK2t_c=Fp2uDUV#!cyT&I5oly124*x0w#;X!Y+mq`E7$Q-~j7F9kCz+IiCz2iuC|8
zC->|E19<34`@iTRQ15A&yQWqX`;1g5t?tI2(6R>VOANX8rKCr5Z`%w7#=|&z@u7_I
zsNz({hgQVNC}YeMf^#2Pf(<yv9XI^H*^3@?P{d1CELVrS@OS2+aZ3W+JDs#TJ8QAq
zt}r`^oKx!IaOgO!a8gHNK=hOF3@?gFHz|JQqP5@=cB71XP!KdFy+eI|hNoZ{e+W3g
zk)!x4sDGea!De#)I^z1SkVyfIB>0`gzO^E$RCTPp{>W}F6dURrMqykbmKRfR5!wj$
zJ7eaBd^oGZjA!fdVNna!;ZVj+(_ATtl8G;dkDzn-o&P1C82R5^zxW|aU(kDxLdT`>
zySa5(u96ff1uHhFSt`d#*N<w&HTdR`g}J7>Kznly4cm9ZS!@P0HbeC#B|(Z&(5y4a
z#!Qv6x58@m1c<;(1ZOy?--qCv-O5ScPFo3{=0wM02?ZHD{;PZj#tda1mJ+}o{E~zb
zA47#zfl^$weHCC^U&*cFQF0ZDQc_T#Mchf`McJNQ(~T<xpqT8|N~?=P4k>ed`d_%>
zP^Y9Xa%nyjrg9TA@DSbyO1qLPH)G6efO<1a0!7@3LW)k()N?n~9`|Py)Q2C~$kRfF
z1-YmT#S`GHnC$lcbhr`)2U32l@>dxQh<TvSU8hO!17SD5q?QDl4E+Nl3p+wjnK@Vt
z14~)2QP;J#9Ml`&!ehXr3Y3PU=2A6eIZBbqNF&Yo5Y@6AgP8Q-m~NU&2F|+S0T=_?
z>QA!|{LW&6S8pAAt0t52NQa7MB%%{jLPyf1IVg+TkQ$}H-Z9~#`zzq$BWaK0`SqWQ
zKoM(*SgLv-z^p?qH<*Z*orD4JIuj8YlLkb@vH{zA&q8epW{i{gPlrjI5DRuSY{!I?
zjf~zZW{rjF;H(&tg#%}oHEwK4bE3L6hgxo3rL+uDVOi9?{$$WJD(`$uVxS<Sw3E@J
zQ<Teax@l#MINvNOQc|877WFnRdfA+C>Iymw^p-?{R56nBzjON@gCGAf8po2yF@Y>b
z(loy@Wy=-t@*e!Ibj2+=HD9`^BYYrz=i4ar=*WStJ79#gI{37c;H<=c3kxcJ&&=xM
z_)*A(rWp$2u@Y7Y0iW3V5u`${jwQhMhXjR;Qv<T_%v$DRzNeX-bHsmu3cb|!53_+s
z34CDU`B`2KK;%;PMv5<U@MlH5qAp%wd0gZZy%SWfXD$LnHG~HYVu2`m67@9vBhWGf
z5TmZM0qnHdYsK^{GV1q!Q=R7|dC6>s8!7EC>vrdUt5BF2c%LRF2gB8uWt@;ZDU+jE
zaEXNW$I2a>Ci%&eM}dZ-WUyS`@JIc)pfLs(hi(G8aYX{00wq1e7$HRJEpS#cTHe^~
z0Ej``W?e}IWO(`QR&buC6s@Ni9uoA*uZ)@yrxa9y{Zhau1~#mRxv7zV_2e<;^25e?
zz08gOPL2IR5ps^%5Jt_5IxP^I$&gcK3MC+PgSKH9v=fAc=`|EsmIhV?OI1h23q}ly
zA&2E;2%eZ?cEQByCB{guX+=)xSN^-2BxXP8>gz+b|F1-u=FV}3#2hU9j)LyEf*t6}
zItWVxlk5m65#*D`6f!>7u$)N46qP1NgC`D&vSQUB3y^k>&yxl5<;rVm$|JP^d){FZ
zH>dl2XG^zl#9WXbdFftSoNH!-c~O2pPBFelhT)_S7k}(Z+Y!i;<`j{}L^w#aQziXX
z4Wfb3+5^h}V1AQQ2SOXP(W*p)Q$Q3ll;$V++NEr)q=bi;WB`f|b#i%>3orG-cz9IA
z1x3|Cf{BE&bS2j%;6jvD)0~S|^JbRlqm1}Y0J2wY0m7NYK`Ck(#(lko$NqzLQV7v%
zh-c94IMFROHrEZt%gVO!;8ts&@+>L1dCM||O~Mu<h#s&mln{vMy`?(bY7&0)^|6G%
zEMaoXBVPy%!T>}V<w1%B)y|)&^CGgia?=nt9a&A;oJxXrx;YW*$64h7zi(NnAtVwO
z*%@qxHY>?vD00sG9I5prgwE1Y-btI~k~E#a8m(<EV*<%R>Jx%5X(5tevM9ukaOp3o
z4+D-71KhFsBSR?YTtQ_vt!%Vg=E@+Y);`al&?0y~3VGGW4|ke_+<OTmM^W-r(4_+h
z!_tU0m31`=NC?~0qh9)=r{w}TnJLqP@$6`Gh0p(at7|2H6kW5x2{fWgu6oDfgfwQ0
zV9K;(p6gI1-kpZ9QV9*Bux$2RhO#X)UWgA`?ulZ_Ces*GftKr@ct(3dooGCl6-|9f
zpP|Ga&lD6IvI~L9DY$M4feF-QET}j4qgyx<t>gY}3wLCiyrQ+omu!^mIZ?kTyIMP$
zn$)lzXXq0;t+)%iLepBBO6y(5I$P5k0GU|+9t^i;pV!z?ef-zg)lba^yJG??WvK_{
zIr%|j^om0&$XZIVbI2PCMpxLfEbu>66h>PbO#qB*osw`N6iiC%+EhjMVM0Mk4f@gw
zR<)Hkua5GKCpIM#!KgVWLo{6J-t@95=8x4S5w*c}#eU#B4u+d6=@B1|>U0zKS}o?e
zd2zKk$|{;xP}Jcti-j`IG8qRIcmt|4m74%TeHaWl5LdD$|N78K`yACE4Pf+6B*~5H
z4a%tVPi<@!5DPLK)j}OX`3HyZ9|YyfW-#`_QeUta?8t*n9EIHulUs>MLPllY65ZPD
z3H=h5Q?TjD&g=Iu{pY|7^#6aV672KfkNcoM|1bT)W5No*pUCVfOGXI7KJ6Payt+-q
zy)wRvd-vY?smEhlsoTSGH-7Vgz%me;0@<H=rQp4K{}TAVzk5aYE&l%aYI`Y_V+Z|W
zYMYz)5H|~M-}7SWKsUqtfLo1<C39``%KLMC=H-cgrQG_1Azv$#-1xtT(4vN)V8N>2
z8Eu)K{1aIWMBznOyTaqQ+gIC1H%zZxBw&c0-0y@kN(I1f4uQ`3+PQ)Mxde8%_oi9g
zcfbR(p*<POaQ~OWL_vygtvXLE(>lTulc^_C@D&LYE+P$tLHR#z?TKIfScZRN_{*2D
z!=z>jn0{fteCb@qu6nL+nM0SG_&2zA*K6%`g^?M=WXgrQ;Fw$V!Og%#V28)6QE6j!
zYPWffQ``=1PwfP1MAAWMw4t>0E!|vTO=R+6Lq6JlgNe8<us4ajC-l4Wy*eaJZnG>b
zlE%uq`qp6v)eXbq(CJQ5IndHV6>e4;sM%F<-iNSpI#rwX_q2y|k(>#NjYltohYK}b
zuliLn-Q!-7mdJBurmt*461TdG(&sJZ+sH{@y4uUUE<@%M)sNJVBME?lJ#||J{8MB+
zO8x8i)*Dxl#-GWv&|kvtxEbC>;5{3P<Kjq4uga?=t2@N0d!5&L19~w@`-@Nl{DpR-
z*=Elclk9nle$cXXx{Zd59lEr|+6$QEdJ$U&?fFo_?uSkrENV05*Gt(MnLX;3%H|#1
z1nDi~iyFKXi=B>6U{!uBr@JqH`b>8y7;ere6&WguK3H3e3gl_rkIB=OOfv`@913-J
zxL&11nG^;62}K=5mjFmphhsB|LR}|RzQaImGi8>}6fZpz*zNwK*KI?`gGKq(wtj(S
zNXwf%30!P2GhCVZEO2xH-umUa$G^MbG^eWsHG}oh07M*_PM;BKR_6Jwh2jc>;t!|{
zKOlal70H+w+|YRblM$o&D|$Z`SaGTXEXA{1@ZF$YR~&Ns1_*aTp>@i41-=E#t9{T3
z3U5lbZbm5QdMKwZeP$+)=c77$2>64lo$MLJPzIgMR^qkPw^-EJ*Xc9cy~hSJMq>~^
z(g=0iC*2sUmj!PiVp}#n&!;nCK9BFy{JIiF|GYS1@ax?vq}AnQ*MIH_F7qkmF3t0U
zG~oAl!v@m(=(-4u5O)j6V-{RDXY%?^%nV(Jpza7Fx{3HaUarBzg|hj`0Yk59+ua8J
z=qAl^D>!5AEHiwKKMAHw??kz$vQnH#KZ?#iC&B`#Y6)+XG2;`bVE)XjEIX`?NLXQU
zMcx4=xhPL6(RN*)$EeCxpQFMCIN?XOjsU)@lcViEBVOxrVB0ROe+QSGZg(EL<=waD
zGnS@Sk+#_xGp0S4l;<0M&bTQ(e!vFz3J!&afcjJ1pB10Hj6?fEIJ^J2IOa=cwR4mP
z*xkn)IK<t5Gx48+8R8HgIYRnb^y@!;${!BrtXQ&iEAb&bn80-=Y1yFqCJIZki%SFa
zHcH6PR#KE71K)UIc0lY@;Z$4^_tmrUnVz({C!w>z(I57~IAmZ>f;Hp>aRw-zJ7hfm
z(PZKwXa4*=?heg?rQePB%%9oDtugw@zuu{o30kNuV7*Qu{5t@Q+T?Td0bCS7Umur<
z-&|r-Rf5>PB*8izKpyB<(ebxcKVQoI2VM6eTm~Ku`i^A0L9d}N(O455e6d?S!!Tfz
zIGqbM2D}@mVP=Xi*TMFBolO#aTwI(#6J-BWOF?}?PX;{r`RvPr9{5jiq6=0y(tlM@
zfWn%SFQR)IZxCGouyM27yRhD#SM}iTD@jOhy|0fqNLMBEo8u<*>yuh0VW3GvyC)PJ
zt&-ef^|*Qh)b-00LcxcSV=rXC6NSYYbvd?@2cWV&K9vWhVK~_-MZrw_`%NU5l8^<!
z&Kc+8o(T%bGrgyvyGn<=+x)YY9K|cDXaYMrOA0+HExM?j&PG&oxVJ$}JNBw0OPa~=
zPlF}IXPc8H<9V+Cj`0_{ia`B^d)1jX<&)J9Lva8t`fGbez!8n~<gl~No}~JyS#GD{
zK>N<OjyqwZ4Q0v}rpj@Us1Gt!kr}qZATtafojIUmSd)dax+wgjePNp9{X9~Cu!yP>
z@RTffb39~B`82dW<U}mnd%oqxyM#U}490b^a^#<R<3&kR6UU^qBdrYD?})$$8EP1I
zu}8ox`S3OSfwWh|!!h+;a>CfKAq9HdhssHw2spldig}PE*$2jX8LxpqpYeYLGmWXr
zwZ~s%(h-O7KvSQic0wp2j97cs+PB}rS2jgm%eJ9e!z8==*MCqm0RsqhvGS@E872MC
zNYkB<SlsYZu&?)yNPw7cykTB*U&<crWMwl`Qrpy`H_9yADveo0GD`>8!mx!PI8pns
zbRf2BJ27fI6KeT_!VgAaVw>f%9;m?RGeY@v&1j;uf22`jWNzfhvMq?ejfx6EA@Y9C
z2zL=oqWvGr(jk?YBI@2pQXe1KyAX2I5dF&J0~VF|=#EdK*XWT3d|YW89rc1*XU<IT
ziS^^USM^(M1qqaTPqhF2H@Ee@$mA)hlRkoI+v_uz=*No=be@t68Fbr1H4%IL9Otcg
zd9@!evw)@;UxcKdf3;KNrK!GPdg%yztT1%ms(?cd)HZvteI7OW`niQ>Ew+Lf4MViy
z2_;os3qR%u{zYNjPS?p_G^k~2Ms6Sc`#TfPu-TMphVo^4Ar$;>$Oe`_zTmR3e4w5i
zSnw-FNphNgUkfNb?BtyH(f{ohP-XqHBiP2<Zdp>LHHS%}`1!M!YTDg@#2+jO(%#L!
z6GkY*`A@{Q4Xn+!f34`^6q+c;Aj!vBFgF!bkFjt6E40ue>OTqQWJsshavDFx?IU0}
z2ym(S_+}(1Abh4nr51!Q--IPPCOA@=$BR{UXqDrwB;y}S^PP!F{yWKT$agU!k=HO)
zxP|ZAYrYh(M=--Upd(6{hP=a-YZOX4Nv(*!4+$=)fQ@)ZY(mX61VnNP8VbRYVq6dA
zI-TCzxDG=meW8+!|I}FB2dR&v<Xa$2QCL(RAoCqCy;eilRsXmXnv}Wf-T$RJx{}iS
z4t7gG2Tw}3fO)f_C5%pw*E_*?6otq}-9(vA+Gfj|F|ITWAGjkBamTI5f35NnGHXrA
zvI>)YhfO?j2MH0*dw}?zg;MRSG+QXs4d#lvT3xR(SX~Xs&-|buHgdwnBtfB#FHn<f
z(fF_JWS^D70|E*y2+=~y@$y7xx#94maEFBwnyt$pbALor==s@Z=@e3X440FCa-U!t
zjPzB<nOHQqbS#g_XXxX&9~c1As`+QGm<ok7g>k>)6tq$8gYusnN*n2hb=7=M=Sm{(
z!1NnfYD7!{lAF1-7-XvOokwjF*-f4}T=hBW3R+li>ZVEGQo{45YK9-4_=Xy6(*9(p
zA`LLjNoikVM2Mfi*uliPJ||GFvtSx@hzJduToy1rN|BDoaS6kJ+-^|z=X>bq<ly6<
z1riDmQ(;LeX%$Ti8ER~tPg5P_b$)-pZc|~(R1!5H1%a&(O=1KN6gG?emRVS@hcQ(l
z{VY|OS$FVd*6Si|61f%=KZ9o#(;bJcK(hHi+=sLUVX<;dZT?v@m6`SGHMgP^FHLf)
zGzx#&)nyB)DR^jmQ^52TP6G9o?bXQn(zB-o_PWc>6XMK6wn13(l|d61(W7I3hro@Q
zTXp_do#oSI$1LG$;@NEA<mpz$U(P&u6GRV4aAu)@n76y)LdQgp7j&)rsrtP$LYPC9
z7{Rk-xke&4H{>r!rGm(wHpfrGg65A8B=l9$kB{un{za_6k4Kx`=6G@EbE))DHr*i%
z+8)JN4=la5k6yj>8FkpFui9l#r&1eT$)2{SpD9c{(P^IMN;4`&Q?kI%@XDr(8qk5^
z&C{31gS?=y1sU*=?erHd-2&eN5t>o(*;CJjZ3Qu3uxw3eTqN45_;H)=ylS!M2KoYQ
zDcdVRird>2$O-IIgkO3Ox+%`xqUfe&l)JqDoEvj>#vTen7EW!JUS!Zn!YYNXgLLRT
zU!EA99<b8&D@efR(+?0yw=*VwQE%MDl8feL7MFi;7+=3~q;OHud5~C`zMX7j$DNV)
z&o^?OanRXIPK-TWU0P5eqp(_;yOYxUFzlCQduxU`L3ecp1Yd_j{aJ}7PG->~K_(=(
zv#Fb0pAl-Z5jPiY&<cSk+CIsGs;>gH#=MVa`|I??0TFd~x(cx+>7CC=21Ol8Nmw=-
zm<H>hpx#N0c@@0FoFc-AAvFH+;3C;dxgu1Wjr>Sr<qGv()Xq_J&UZ?viD_@1ejL!5
z9YK#LIAT!LvyuN5$#t&UevV^9t@FDJ031g`>|oM(@|%?Sa_P-7CaoWyrNkvKXa#Hi
zX#mzvqtAhLV-=d%B8!*5bnkvZq0ci7lZ>RtscN~c+=y+wLkHSV$seL##02+X2Wj~R
zs6~SfI18F#-FxJbghDUnySy|@fSbWgSdF>`RzI$D<sV#|Q}av~aX-(6X&*GFbA5tq
zCtPw^qsLO&P})M$tCzWWH#uJ?)<tBe7UaMd18cP>0ja#C=-rRFLzn^}v9UsB>fTXV
zZfI*$86DF=iN_3bXeTux{^GmJ3~|&NF(o3j!g~a0mq&p`UU}lgKx4OYqMgB&YFXw|
zYUkFVm-Tf5dm96_Y37xOdk3FIhaeW%MfLa+Iv1eQkL`6CpW?o+iSdLaanE{`#N`%q
z!;j_hLzdK(8&w|vM89U+EeaMOaf!*ojKb7QtZR>Y?4!T$q3x6-0#~ESOul<&dmEVW
zSO?iOkCNd^d}Cw{zGNSVTuCfCdL&Yt<aq_80r;cjwiTERCoQ6wxk!v4Nvji*MUW%B
z=ANrLBWB(TlSjT-LmZVQ#Hb*mTU++)SPc-|MqLeT|Er|)$CaXV!zeRzMnJXdxZrHb
zVAa8e?o$6~!zA`-AeCh+={@uF==wI6HA^b=a!cO-RQirK!Sqx!e1da)S>Y;iitXDA
zOHTLn<ByNU-?;wti7(1gMY$rjpWx-rL{^w1`alyK8O#tKcdwOCRWFy0E@B0PO%f0z
zSmqqPJ|<J}U~~3Pw2wni*x$l${kf9$XZa3oyELpS7_i1$DOrdBT2N`0+%C3A4XGpx
zS^Yy-m`*TVzR9YnG-yT^w5~!om01#O?XD|Y5Pz1Yo0Y-i`*f)0qnVD3NKtk;ucg^2
zMwhq2GtfmGEdAlTWdU}a<Lz)P0|NwVHpGGyeE`nWRQ?M$9kpj7bF#V(;UV6$u3XGu
z163BE9HtdbintePeANfYf&y{kTU=ni7O`P)i8PFdo1^3Pu9~m@NR*<^f-l~`4p-ue
z9Qb%$^Amu1KR83`QAzjLReBRk9@FipPRZve^`gp2PPh^F8vn~3^ise0c782>tul=B
zg|(jo=-waqFI5dDHB^y+iblt)O|y-jZLeLI9xF=*K+K+{#KIBcs5sxaAsd@wtEl;I
zPgG^nF9`i%WDLD%OFG2(PDwcN<-?S_UmZVXLH$XC_6*=pkEtu$X&Evs^yB|(*LQc{
ziY2Oras6#L?UoiYa4Sx?PXGcDnVTes_~)B71l+ce+sjvQkci-Cv?WG2iJh1CPLFE`
zmdK;C;Z=hpt{UtHJ`Is({t-%!(YP}_;IqB)x5VsL%M|$SZ@LDgYY6e=MqWnemDzQp
zHI$BtQCSB4lA6osfpW_uf4{qGCl)ZOJZPecqxxDV_U#xfgdJAM2`wh%OP=dzKA~t%
zEWlaMOt>COicx^El(&xkC|$#zB*Kp<bG<*1M9KKtEMZO3al5P#@hb38+hQ(Ij3}{2
ziwzo60iuQry7zo~f_I=g25toM!-C*$xjTJ8Jhvau78Kh3+13noehAZ2{kpg3!CliE
zaPm0HmTHP+-rIr{y>8uLss42E%STEN%f^5dyOC!)1r9iOVp#0Ch?y%57~l+uBo*bG
zq>0y+0d+h}xi;oqMqRa7Z|A*(wM5L?@<3?kx72v>Yho=8)(;STjBN{4;cgS{wdFP|
z$MLhF)Q~EYv-eNmg-<{4HljyQ*y*ly@KqT-2J!L)%f|?PKw8L^DprH;nq3VD0kzd+
z)O{#VU{$h!_j)~);(i0_eGakODqozKwLZ##z?IVz-w_7Jxid){he4cR_jX61lV_mY
zVE4O&<Ml%#_8j*QkQL3nh(aX}gUf(Ny~+9V0t3Uh_X?vIK^iCYTb6886)+k9(cn7i
zl0UNtrQ3AVrs=AOc!v}eB<p7zU_j8|`fT?2<I}4u=p|D8Ar)Y&UVZXVWLcEtbM}VZ
z^Bb|seDTSCo?}d2L&3GGd%tm`V!{R9%Adv(6;ABRbws*>*1cs{gbQI*d^j@g-O&`p
zr<F{usEBLX*Du*0v%x55J2{Xq+CY7B<@c!dWjmdqlsN>1kKlM&(tg`LV1fTHy>i2E
zW(v&DJq%N7ZsNm28euJJ5>hz8U2cxfPG}c$n`Qw79>(2!zMnq#KfjBT=a-N3^&vp4
ziA<M7T(=6lx3$iEAw5vg94trL*5Fei4|p){-Xt>nK;TS)8hbsC`BG4!75-juPyD3*
z<@~UftW%GW&QZo97U`zd#cZVN1u3k?j{zG-1d=&szt9P5Fs;;Yuz#A9v7)!D7bU#h
z$W5%b>o3DLU7%mQ{W^V0x`P~O^*azCdf=B#406n(;<;sAs{n@l5m?jd@4PIE1Yfz6
zz*d1@*|9}5jxezv#v6?ewctdE(zE`b$_{cBd7{nS?+ZoT{^OHO#r_-~2a3F8-^s=V
zd(ja5^)AU#H8ttaKy8r*e!U;3UtW*);tw`+KMx3Rjj>zc*@QO|j%~NjBKmpr%qmK3
ztRI*@KvLTpgy9ka;d`}*gg)vHQd>+*GPm>V7Np%DqIfn8FGnJim-KvkVM7qJL6&MN
z40UyL2Q<9ZOe7Jjf)TTy_c>U{0p#(FIIhs^moW}fUHx_M*E3T6#JY-!b=;tMr7@eM
zob+5jWE1mGA*74JjnNL&v3x`qjA+%Ld|H-ImC&_5;_LztOEvIK=a7BJ9<YQB?@CTH
zCbUI)&(67rs$ofra#sd<OMgoGEZoSJcnubhM_~v|2?{!KuHW_`!ar2`VvACoL{z=N
z_tW?O6?Z2cpBnpggSQbupF3@h)lk-qwxW1Q_<jIpl-KekHr?#!m!@i+&es+1>kn*K
z%Zz3&8p@1SzD1%K`)L~G?9SaqC{w&xJoiB2SVA`2Cnr8w_pr3hiFDzo$!ho~gXnvb
z-J{U9La(~qI(i!Vi5>hZ{nrz>Nm<%MsTND<inA3^>qVfv0Y~aOccZ|IcBAo6^ktV5
z$oo?mUD(Fhe>8^&di?Fx#<=e?yq+J?B(-WVZ?n5SM$<nxy83S-ql0bM1?d*HEN!uK
z@yNL#O}vV(Q1j~R4|``M5{3&KD)=APahdoI@CrWRB*^XCXqGpHdq}gW*_D1z&-XE*
zNLRgQw4rv5Vw_q5Qp@L!jYz3oj&h6#r&4*)hsQ@HaYp0u#Ev24NnCa#WdCV#+o3^*
znv_e&2|(xlQ;@fJgQ3B0m;MIB2Z5n+8_s<9%53Jy6CFm!Y#eBNn`jRev7aG~`opK4
zYK*2$<KnJB+@8-<*L_ZLT9tugbnE-=@kS=EftsQlGv(OE`j`Tj088ayPSc4ZrNesZ
z)8DM?(Vu<~n>KS3zPNfxSs02RB}XTc_rhnz5Rs~Re$lbW)v%CUT?yJS3ePtWgt4jA
z!Eo0I@unVb<X5T7&qAavsr(0;8$K>ETMB~Z6)3sbt!0?%f0}l<#IuvUq*f?zd!WU4
z{9d=B%>?g1I}=kfdS_#b8-s&JkyG;Knkc=%%m!u$8}8S_8iYNgWO#7{Uc|>j+vz(9
z@K!p+l~%w7_Bh_+VpT$_Zd9%Ba<CJ`(1|)ZoN3#&3hJ-9(s01H_Mg4Fs&S0rq7tCS
zP~m}NCA|u21NENgCsIfujS&V--+8og%F}Wd3~1RCJ|ARH1(5=$*G$KS`=<sBs;0fC
zeaco_!3F68ZaW#mZDb8~RyPG{PeFJ-OGVFfBa;s-h2I0XlzifYr|6w6Uh3JQH<1*>
zz-;5N)0xsyeqgz6wyC8);vdDf79ZipSZB-PyFoJdmml8qYBM+%>6;DYy=><=f>o2%
zEWGFET$2vlmV$UZw!xClG9ge<`A#eA{^mbg_!-sI!}&xhEpxKYJYhoT4QIfdEe6^j
ztfm6+)j}y1&9PRy7R%{zer=tf{L-6Jv&TmjgQNNe=;<MVkc-zr7@O>Zs1N^#w=&20
z5~_Bd%7fZ0H7v=67j~1RO7k-Vnup={^Q@PvVzJe9uQox?;}VI75;DC>?Uf2I#-&V#
z)Rh@B9xrH5=6dOR?a=QI2Ed0}0^Fro;E(wjowft-FUNeY<9;0vnQt;6<%w1LCD+;x
zegBv_bWOfIbw|6)hE?{5$})8{TtLbax%~ugHzirKP0Ry91z*TDbs_sWq3xQ{i~+vg
z`KRt&><NVcfoQJFwvHU>sNGX@oT}2}!T3cnl5<WkFv+12T~DLRyN76g;IFT+#+N#6
zK;TC({90~LCuMqsSyjK^PJz7LlJ7xX^b6^zl?&q!|1y1tW$X7V<islWM_Y(NXXndV
zZoXqsx=_2^-7`j*Ev7+3?wqa2N|*yq9<E?oG14n((=Jp^G+>wm`8D)g6Nv#zPohYA
zb9gGEaC|3N^PzBILwBy1c(vWxO??!+ao85+AUi^zG!*3bT=@lzdRGy5N(jpUSbj}5
z*+Ip0X;iV7FM<s5yr7mdH57`ydl}h@9v_W{xv7jP6`}pMoB0ucZZM|$qbUF6`h`{$
zU9`1f_$g^0rucIPT>TE~?M~2dbb76&irhUJ4yVVvLTj$@%MMxh*G0;EFpV%#dL@Pz
zQn_w+RvP*Oq4MDvE58Wqxy1nUhgVnE3#MxOLpc?V83Iq=f&IiNqAMbAF6;S`=4rZG
z2d~0Lqf0^Q<*Lb2^#w@+s<`fFH=bgx5ha8j%-XRkXbT<)9kF*P{&wEVHa^Fzp=(|C
zlG_`5XbQ;V>540-Rb?fd-hNL?D8#aDCyZnzN%|5WE>W;`QXXK~|7Ck^ySyp^jk2t@
z<K)^Kp?tE4?Si*y2dFT`xU+7(TrTAD>*9O=Bph1QAW?>TUBAq;`UOS{v`#>w6Ye>9
z5=GBgXIKTL5cQvmX5uYvgk$#zx2KY`K6*a!8u@txr%pGn$s)g%Bjj5Xvcgl^_&^ra
z3+#;w@iF}8&T;Gy?#?t@@hkmXNHBcJ!P76XD@BMc8Hr{Qnt)GbM2<D#5NX^FsZ`xL
zO<rA@661VU7Y;qfUM03EWJo-??UIYP7HBTcS-%cCHe7h}-H1hGGHa6AT^5rQGO*Db
z%DRG@IzXJO?eRx`J)G8ihQl#zT1r!dn{sp{1pmTdV2Y)GcTTy1jR9aQPz{%dqx&%b
z<Z8L}49Al9CL(eZHI0^=`;tElPaQS~uP0oMIp_FCRz_3%$&G1hk5K>+8k@oUow>-_
zjbqmYnnVp;I80!Wa9pUMiTcDJ(AX>hyjIFnNcie88wQAFZKn7PI`D{ovdk{9QJPVo
zB&CJF)%_TB*o4aE%g{Uhn2<xc7ipq9niD;!;5?6BECy6S8XN1^G<>rLjEB+?s3iWS
zSBrT$3$U<&nNsH&Pf99VMk-M0c0M%1UGeReI$tr5o*&P(%c-<cC!fQ+K5ZEpG%KGv
zzfSrQ!5`N{G9pzx(l;A_&Xu9;CaPK<%6jv*$@QBqBW+lIP#b4qwZQ!?0|EjrEwv2r
zcGgJ;&gEOV6~!7OnyX!Jh=)6O@RV3#Emr6a<8lI9)JbE!a6Rr$kP7O|_!pWTr8`~Q
zzLq(BR?OSHH$KK^0eIJw#`(6_c%}VnGH81$N%x3mksK50FODKd1|Fw>1so4Jz4cn|
zVW5j+4_=5kgWfb0qz@*)!XQ-|Bnjpcltz+#L<}Za@m1blMi2WrGF90atw^<`)$gLe
zGj|mdoaETz{Ujz--`FSPwC`x3o|Wci9TdDJu>yY6Y{76BHzo#lVBAh#K(6lXvdYF~
ze?nJ-A&7T{o0aG6l@AL~qLnTyVc(BK4E!3;!jm|w_TZX7Th48CO311dJ^XidU%ipi
zkq_&22*V{Sa6T9d;}8~H?{%^QT7Kvd1{)5$=1hq5PN4ZhF1f@`pSEG1>HF}_pK-a$
z=U_!>m?WBbU|m^;uiJCAP7eyJW4$91C0Zsfiiye7WEKXOf!4ZYzl*}K!(k|oZc7I}
zHXJzgE5~tls9bZ;l16x$_2AS!hU}+i>uP;=NU`d_Asbkn7Y;wHEp3F$r;ZT-2lL7Z
zd$ooGEiDYVF)~&7kc%dByD>->#kZLG$wi5}0EQ?<_nRNJx~R23y<+Zk2&qTLL7xY+
zetr>ZH*^AzQbfuJZJ&T(V1pf|6YC(&eA1W$i=?AjCf>l^A_MeVqjYK_3;eg!BM_FO
z>fwqJvZ;IfTZj(KsoO~aJ}=(_Y94Qjx<&A1k!&}I=zn!Eiu`<Hs8aY(!(bup_kr*I
ztgPJ8JsHE9k{yQ}T7s|YcR%!Nc-mW}J?#JRHLO2FN}NWMe}lCWe_phEKB<!LFDR~r
z0w!n>=&05;8xpwmrR18y!&XuvV{UvCrC>P9bI+F@Eo%CUjLST-(dSZ&)Yc{984!Nk
zR&qjAJ34!`s@H%iwS*l`8X=UqN&Fu@!vq=P8;GXT|BIshRFm~lXrWRw-s{`BS;tA6
z9t6u=mEyg}J=Jm{Lm;ITukyh0w{>C^Nk(|8`U9`Ls$z#7?Gunhx~fX883DPBbyu|>
zxbbKjvY?_R@W~ESz$>n-3YIBnV76i`Y=)YOKlOOL|0xkZ(^0lOeAP=NZr8$(tEzTM
zs2$ZVA}iqn>9^7u2vw$x=#J^L$@=!1+W#IQ%tq%ngK4DwG&$>?-)d}ufeqi-gvXiS
zR{6edi0xd%86G7Ru_r{jxrURUn1RG9XU?hZb@&ZN%^JmHm&m+N4K|b_TaMm^YMC#x
zHbi^!G@fGPk?(!ywJCb%nYqeDuj&|u>!7q)1qd{y0{2MH*cVwj^^!4Xr`>?doXS#z
zd!HahRxLtW{K01FVe`sO{Gw=u>kKm*iRBeX&VsLY0cCrm--jLov>Xe_%*~T;b>`+`
zOyd$wu)myyHM9<9QPZ#zX6=q%1j;O*^M^~Qg~p`k%5m_SY(5V7BnKRr3?yXJpCRZj
zwZ9%Azt?hko+Ke&{hnM<Ag>ssLJIvwQ)YHR6J4uzioB0+A8*H3--R(_ZP*5&6dX5+
zStLKx|IP#k^NI4mkfBts`p>%H$YK2#sR1(%Wl0=$u9t{gtVyrzs;J68HfG2zt_h=8
zBjas}pA_a3AAfu$B=IdH9Psd)PhPuf%QarGOY}yJ$7EPxU9<D4JXC{&@{45zK9oUm
z$-ll8`FX!rzBkZx|Fno!b<ARGw$lsR3681!T*PeDM>q6*ZiCERl>RmN;qFV5+}x;d
z|Cn+HJH(Y&c~A&4Dh)V;y_|K`e#bl18{c)${(2Hv;KzYBZyGjr?18gMSMw7<9`@U0
zZJKxGf|WW(%lO$@?<P#$B#R9tWY3e&RL-Omu9mT#LlxARpeW@`WUg{;x;tgEE^Pnh
zxk9oFeS2>1!tZI#@G6+kwn7V{j<OA}aiyZrxbs42pznv?Iv(ebFrfxL*(C_7QEjBw
z2c8AUrT|oN0@&ltYK^Z3<?B~4S9HF?;F!?^CC3+_yXP?m6{p>A*`+L9N1QP&Y^qJ>
zyZTEk*9KjWL-Veca!04|uZ<tB)7U|2Ws5i+M1|1GZwDM3FVB~p(Br6(np0K-t-6Tq
z_0VkIN=R7)d(?$$7}`NOgdjg|6SbrijaQFt`wdH(q3B92O~UOdaih_j0jHF2(i&C!
zw>aVJ908wPpeE_nPYA995XN9&iPtvn(!qk2L|npejtS1rok#+VG!DwWeH>nsH`Yc;
zeD&YmbUN9f=8`PNM<SW0))yp{?H1ekH8fDqM0zoV#Sw=;Yl6O)2A1je4X9`iB%4@z
zqWL?C9P+dwN_a~<c25W_N9hPVNZ<h5{N4``$zr5c3h}10*#+o&q{_M;r$yF#t9Pc9
z&QZL2BaqEWSJjwd%>il0CY~f_D7dq9np1h0;LQATwi%FbkV{$aM2R2(@uh*&XOhHT
z^_#tr?(eKrYJzSm!xsK+Yy&8Im!*cX7Ff^JOx?NZz^#hmft;!zIRexREg_6b=8nZo
ztUG<ucP^umN-;(o*Kdb&oax>kH=Ta(7vX$u-Y)&$6QwgJOv8b{Ew(A=<iP_VRH}AG
z5&H4;tR;WOQY$EVS@lFT>ENfhf)#}FKcju@U%Z?FhN)N#(D%V>O*@e)|0>}rn1bIz
z;5KT2^-hS}ZCe5j0(yn@;voT-B^8V>G7P0HjXvetI2}lyctZ<7)?I<dzfhLvv_ae4
z>-!Wb<*ZXjm|taNRHsU{_Ocm-->)a6zdTMEaku2D7q$wsAVs7Zz+`gIfQ-U$c`(_f
z-Q9C@D!ne(dmVA(lSg6T4FAy4R${(mm)cz7zLjoJf`MlCX4x^$=GgiQZAe}2a{y-Z
zfy|$o1Ja_DHtD-;BXaxPr<(2d0&hN09BG?|K9r(5hWf4X3PR&%W!_4JZ1vDF>1sHv
zF|O5VIOzpB`tRzuYd^d+GY=_MzRU5tf1SV3ck3?#UsWfIv`D8~oY}M8gv}iErgdr*
zo(GZ-f=<#>%Q^c89HG+n(^AKZuwbGZ%u{O<?gq!y|BHN`n9j{*`TqN|Q5=rj;Qo}o
z-&csDhmqn5fiIlQU-Dp|OR@b~0(=i+nqVKPXq*|eCG`AN*w-{2wUm}mJU6(1_#EnW
zZzbKK?SoJ}acf!LuNK%R-fr}UODT-!$UlSp6G2vhOg*u}yWn~E)p+-F?mX<SXwaH^
zXQUZqh3JiRi)Q)n7S}xDf5DTDu%?5>9oaC1=h@CE@hL=Q%+|9X>7EJMfCU~r=ekyB
zqlWy@BQuj3PIXPsR2A3h*>jX;0RYum73(^#os)J@RsfY%;gr1Vkd4bs9phySN2Oe~
ztsJ)oI2mpRB@bco1SQ~nUEcpa-(O(AKi(g3=ICtjL*#8h0(lJbGL~a0Ri;h8vX>8g
zK(HxUr4{4!E_nu=5PhLSCaZ&X(7GgxswoW}sMWm52$f$aNuZJ1yT)MI#{g@0b$-SP
z;Abw@ZZx$>4BV23tbXm!wE0yna+d!~5i&_elhtPvUUk-ChEiKqC|?=Q2Qr6;k*R4N
zyT5hYRfk>C)qf<68g8fK?8!)-SZD}}1moM#!f6DPZs!3@YjD!!j}o$`va;)<z8$Iw
z6ONe}!BJe(bICxoD&hkQnT?k7sMsSZz7vUWtG60qK|h(PHF!FRZp6pSH`iiurB<pZ
z6QlS6Z<L?7xfb|2o*HZ{rM_}fBvPKLD5}GEaeUWKWf5@SwY|0_tZnpRbR35?7e~UB
z32VwR83r#*&2>o0pbMtHM@5TKSGRVaE|Pmt&&6a~0M-nKbba0<t_F4%iloVjWt%4e
zZI6|H@AnH6i6qpp1n{_lnjTM#FwuWuIQ4Yh*Oi%TeSZXm6CJU>xwl;~+{9h!U^VS?
zU#;-CWX7JG`ZZyRTl9soq+x@-I``7VLT$%&taSc?A0FMG?U-~=jxmGq{ujCs<_+Us
zf?M=hb|AWOhY%LK+$*(kHT}BFFjr{iw9AiHELPhJ!v(za`$wYL6yYST;K{9u=#&s2
zD5&c-y}xvh&Dw&4j^3{`7jLg?P7Y>iT<}Wr>%<u|t2sO2S1<XAa1qC8XMXFu4)cR>
zE|TqZahN&mKHvAAs>NiNstn7-D?@GrO(0mob5Rd_fZF5&Lc$P8o>c|&#U4uo?n;Bh
zKRxY9?zcPm#SC$O3z^HBnGx_C`u8nx9LS#eOp+M$#`xdlPdzCI)yBth$V#riO7`81
zIyR7m_yY1<{Q+g~59hDjSJ4~azT{iqP=?EfZ=Y?v-(L73jrX==7A`eavQ-#Rl;T>`
z)jToFql`N2??J&VNpoH{f6Db)3Y#6wVc)nydhAL-9nr)H5oh?H1Hln@I~k%5kVOJq
zX8y6c`9pEBN<_?cLQ{IMR}5yZ5&Rv{R+@5+agfLif7^5UV#A*@X<8&hqUNK5Tu^+*
zmvSdYjjKc8DnaHSC=z4;3RzI*J7l}fRJp<QcDb)G0ZUPNU17c0|NcDF+4*Q?Uud4o
z+||}$6?rpytyf1orHS&c@tyn+Lp5*dF>k_K-oXy7R)=HD^INs#0x+GGv%~4KA$`Km
ze3%uZdn1Pm{QETE1>|r5bGTY|By&VfIg$ug?O;C+(Kp{6tF3*j`x-uRZ~em@0^3ZH
z$%Fu^8;=+l2(aV}sjRAsl({F-A)NbNIz{zZN#Rct-<W?2iiy%As6|0Fo$`&KvD>SO
z3+!;>973;TeyeU)x;DS(fxaETaFH`NUs?8)1>PwR*kO1w@#(nOge6YL+m+qijmTxS
zB`2xg0~L)qr3s%Z0W9V%VgOalqye%J!2Dw(r4ttP-h=v0`w65#7$}XUvHppwS6Rws
zV2Z~HNop4xMppu)EP-<G0i`5HNMhn?OxAr$87LUcZE<z)@7W&tdZj&&zhjQQ(nBv*
zqqDM~TNy%3)atmgfTFMUa<pW4Whc;7WRb+rSJoJKU-bSqz!#kUm-OoxiCKlmXol}(
zRBUIctzsI7vp%;~f2_JvwD~MBwv(==VNGmbV+Dy)&5UN%<Zm6H4%Gd}%u+}eB5Ipf
z)9q)g1$llPp4DH)3ZPgs;YamPnq-?|umvJql<oH}@>DFv>?f*suvg(<4XcW479VsK
z&z}C7I!|pMOzr?G>A7rA3Z<<weF?D)YKn9=gf=gi^31~HiF-QoU(uf2CMoY;-reu6
znN}5xY*ah!;7d}{Z^aH=o#Qtr_ofDAjKsT2{+Q_9{7v2B<@`%|B>CoiN~T?-F!R(g
zDvpd9EUg&wCjZg2sr{@<)<fve#(xQFVDQPMt}s&wYhU_`pYFBG#HWd>85Y+npg7>5
zd|)Hxfs8zexTMBfh9awQTb2;EeW8idT1ZB7W%J%uh?J@biCEoTB^RHDDo!(t`aTif
zSKDbFPh6_9t(R;w{Cc{<;QRFxtFu}ui7RuZ(C@tMU_+tl5?e)dN}7|q$f=RY0Y^iK
z)skA*IqS0`9(%qcHC{dB;%L^SEMty8!TSGEt=|CFL_n6PRzWKHl2Jp7^Od)+E14$g
z)vMAmz|!vbz9C6hngbiN9hn65E2OCKXU0I!6B|f{cHIPl<-r{L!rF1Rqtwv!(aJJL
zgx8LxnK}a}XR+9TS3fWezIeNESo`DZ;-JwW@3VH_>Gf{ZrPTaeGi;cURW|Tmn>5}l
zP6cau;YjN}Blx>Bu|`-Zk!iW!CE0Py$>cW-t|y#7)nNjL^(e4}480EJen%G{vOQs4
z|B$5`K=Z>YjEY8tbEU|5lKdO5XJ2c5h7@_QG^D1Zjxd8`28R7%ek+oO?Rd6T6T=Aq
zdonch(>#>OP-#n<Z^S;|R9rG~K=ur$-qZa@m<I^a{Tc4|emilS_11agGsm<u635>X
z`u;k@zHuVRNUP0{lEc_%f}hqOhPlzyK5A7!#o0lsr&r(X>oaDWX~3N1ktt$ilA<oR
zkhM>~VIMe8DfBT^bv2Sp4bS};kzQ%I^E3$uaFw4{W?gIg@yAHNCZFa79xv^xi4K<D
zFg~2IQH3#XA{nf_L09oDqY-o-`D*IlqHTqXU8=CFH{B7H69!jMwib47=!-4yNEipt
z6we$|gDF9RymvabT~CUz<T_ML5+_JWfC1SEE$kK8@+%M1fsJR<_eimfuSS0;`Y5bH
z?8M{g$LB~y&kj2*sGKPp7iUl($>7I^vXg?k0=GY}HL*BgX2L}|&Lpjd%+kgw-00L{
zu&?Ipzq;TK*=KnIQqNxrZD!e2{&m^e+)Osx!7@^I?lj9BcM%WHWWQ%aZ&R~l&q%)d
zdm^LnJ*zOhY;R#!Vs>_RM7?m79b$eLy4CCSd(~bIEtH&4%#mhcq{|-u2Y=;LYBp@1
z{D(qgVm$T@vc}<s!B<YzWs5`l^jk#Mw|8}+5<hDAY87O{98B+{N&wgdxIVKk6(VE$
zP%IRuv3j2=-s#}KD4RG~C9iMe4~^`&SDK@rxi3&vr?Q_8l1=sOEIMZhT$B6XU%4Xl
z#%wz`$M4DTBr}Ujc{@b<ECsjKVcEEP=mwLf3OlN-P_C+~CgDQqy&jE4hw*za*i|rX
zIGNNt+_~S`Skk3<U#MU96Op`jPnpucDO|)Qoc>5cwAo~zf+<4|J^_G#HUh-OChXC2
ztM#7&;9jb%#mU2AMsg6TY?ufhSx=J4j~PXXcf9uFBPpL886`K!h?y8UHvq-1Ts3e+
z6$psaF&EHO>p65%l;T2stJ{Yeoee8Q>AV+-*uDLkHKuN;N6-s!_-CRjPX214?wceo
zXphmp3DpL<da3I|gG&)huKlF?TC?1Q%Df_tR3cf!95ZCsNF!!i^X1-1G8{gg^!Y@)
zktb<3D^Py|=0Lg(LBxNpKnJQY_25GglD+}n<(*5E)B?PuqjoQ3eEaWx%El(LZr?do
zh6}Ir8)qn8f$FhnPMc?HNn1_9>=TB{N}>fiYLoF-@@FG`d`oEPZxcz^F6)`t-A4|o
z#%;S;ou!Cmxjw1^jij=r6+{^J*ls(Zn`L%WkB0g<1HA}4r4X~5-pfni&tbOvrP$_|
zy#~wU#czo!1ao$Ol^xMJ8h=368gqyv#a1#Gft6akNxc_dS&UIA+hj_Ebw!>#?EZai
zRGXORT6JpQk6Hn(_%!IuUBDH?ri<dH4R%;bNlyP`wE#q6rv=PP5CT`8xh|thil<Iw
zZ8-rv8?|`_+d3+cJ3tru3C47B3sfHoB?VIsjl@ZEDBHtPH(cTQuIY74v05~$>9D~;
zy>ru;hX8~I9RSj7;*i&;Prp7%2n#5`KmEY>h)Ny4NAf5puC>u}YG|gp@Xb+<S$s8C
ziOQ*PBbBjzGsO)$Q~^&oyLGEw_f<QoJ5pA8Eu<C`3jmU+{?-Pjp`#kZU~_`!G_?uw
zBwHvE(i{E=V>@a70W?<)cNc#~%pco!qI|jcQJbcx=Kn&oB20h%8eL5Rq{8^Jak6rP
zW6d{`p*p16qP7Ul9Jq%~vg$pp?4>X~MO>=ZaiJAqVB5bhHGz*7?1@o>)8^3s{KPee
z{?Eqa0^d==ZVkP2jY{a?@o&Q6Aw6q>y`fF^PL*|;Dt)=HkJR#4@NYKpuObz@p&qMe
zNWA97gboWKB!)`hDWf^8?ce#Y)mn3E*XhiZ18*aCo6MA_!nLF8fGApVS8XVQY4V`^
ziVD@XZj3eyk&+VknTw<uiAYbQPR%ZT^Y1l5o|M(QLYKhFG8{DO+VnaZ=SZy;psmgy
zvl1Lv?SuoatKe35e^Z5wCD4{T$E@i<ALDQ4%pY!#$D9ii#bC%U*E`2Yu;IsIkoh$c
zPU;}|FM_TFnma*Qz{l<jkN0mg%HwnRX0%i`+FfIAI&HGaAXU!=R0DkLjBHY|Zc0oP
z*quN~YC?bhX{)Kys?b*{YUi5D0A1l5RcTzHt4y7ajX@m1z11!~@|x%C?^(h1``?3v
zLz>G2JZmCQ6an=SciJ=JEp>3e1@$`0xlf_hmqa;l#I^1EtNvl67gp>DCOxP;Tc;<H
zUCJ~wdm)W<#*r7<#<kk%0h`e_9=#(lt%?Jw4PzN&5jisaBT(JE(0z~WsK9X!F<_wu
zmdb}%@*Vc{`pg!kOs5b`hgS-T`-nvh2|*(rRmnYJb-SY%kEGAF#uYxl{B<Wkv#dO%
z3+XxTahk+hR!z`|aI53F=FByoxS6%-iMHy$2Di*pU|qGRE$Pzc1QDIq-9bd|6`L(G
zWzwpc%2KZeS7=f#D<DgUFe~uJe}@dlo(>kRUW=9f4FO)Y%lB{nxl9jEo~3YWg;5Gn
zX*<?iUkwxcBCMg|{$N5u8DWY*@yNCy>peY#2f2M)f0<Ztz^=H^?}}Il>T&WIN;C;@
zE>$b(ZvtE!=__k88j@L>`YWHfjt?!f`026ogFwMg-e1lN&<<I@{EBetXCvQARw!4h
z^85YNa99sT(^i_^hGlgbL<FIvo&0=a;ahFMeL_3d_~jx}!F(r1tKIl;r+OmaFRBgo
zv=3|4;fzF;5p!ajXd`p*8~GO3ypCvdvB{p$3Y#H*E9GdQcW*?vR5C%xKNvmx6QT>K
zkKyz9m~b$xi0<taHz$^#*GZDSjiBj6DsZ&ai|oxjPz<(OpVETZ4AMCzUaI7UuT9wZ
zK}1!O7hpN8ZIMWY=z^}7QA*TN=2ypLvfUGSUrB=1YPXBvn`e3;)UgxU{~_+!#of(Y
zUm-m5FGgnR0&P9$H;r)-{)*pLIJBm%ccMZyfmWiEt4)=mniQ-B6EqR2lvr)$JliL{
z=R}Ji6xtj;RZPLT!TC&(aclv?4M>K$wTAJ$@TgXEByZCj@?gxN^<^ho#vCDWa1sW&
z140eB_w$D;X*dr(qERs<$M&j+O{l~Ma!S>39$5B^9685p6WmgcmgeT@6>x0kGyRKq
zQjx1O&tensXEzmEQN&PCKkM3Zhx03I%=wBDJtK9AI}=}lp0yk4Si7l`sSYW;&z#Fl
zaP|KK7eVO0-3!FG?OHBP4jFU6l;VOeDj*Qq;npRc!DM6Y#C30|NCn-U#IS>JpVGNL
z+w90b@J+apAMuz)gb|Cst~=hL5rIG;rr`%0l}pA2O2p|Sk_w2ZXf6hNhBI8N#!$$O
zbpYcXuwQFq4r~bXGCjmaUlMYe<V>iqJzjY?3*sm{L{ZmX$BbA=*RP;$NKu40-0uN1
zEH6{qMHY29i*DbuYFhdJI_+b&8E%)iB)sGr2(O!xY{kVDO}C<ux9(fom0iDNpkw)y
zq~Ho}Sj`KQn``zOl8)zYvkY72aq(->35u>u#k#_=IZ;j*Fb1*K3!(V5t#5&}Xfj2R
ztk4C5Kp>{!E1QP#t42T{LZXQ1tHSYP7y)Yg83qev*GcR;3@i_^Wfbxc?Wzxp(=25K
z^06mn#TM(}QqRD}AAt)x0;PlQ`-;~j;l2xK9~cx~n628Q5!k*f%H?HAZ}_Hf!Gskz
zZQIpsWYmDAKTUgf!}+<msc6qj#)~*D!<?S3XCiOLI-eUbpf(t`^y?Mn_vBjHT)USO
zcx%YXCM4Tb=35k^PVA3~M=M)qjvxjVL=cD3KP)9g{DwmMJ!&8b1Y#OIH9+zQFh?XA
zMDmBo9`uGX&#^#RtL3pV#>rtA_&{6@rS7lxwO=#cqs`)L+I@f>J%sjxku44zwwXK2
z^VPl%7^&nu?l+E;EQXwrK5!+uF%D_Z0hhKx-O+Q;?^|f28-W9*gt)FYiQ}xz1YK?#
zFl$wHAcM~|*Lmi8M;?&5kY%|g+LyxjGNd2Z;55)&>~q=-<J{69Mr`7m9Hj)_2TIk5
zBK3D7{;r{<+z<MWAP@+IL{VsIA;pLgC&qv7dcr-+l%-bW4!w;0zK(fjnBZs69bRSy
z&&s%p{_=nS;qO0ym}_9s?nCHMl+!c;hj+QpyB_lXvX*Hgex2nck1lDtswGjxVK9t_
zl52C351ypp1A!9pEfhEL>WZc%Si^$oG7)JY9@x&9=rrX=93pazN{Ta$l4k2@=Jt!L
zl7j8b;vel%v8;Pj`z`aI+!QW@LcX=i>fg>{o@bx0u=P!4wwxf4D#Pl$2n1pRejJ#f
z&PcCDg*=h{g)B*Fndxmal`CAm8GF7hUp23&#Wa7lOfI*6vQKILcYjzce)n%|fBi$r
z6$>w}K__U|Og~xWc?J~}{V;FqB96g@vD?%3W+`XwA<fYBM(7*%dE73z;KRIxbP}%R
zR9y>o9E;*u^RR)!4|i;1Eyr&P&$C6aXNhEsqAV$ItVM>&qN}Ryw(c`?wK#A1*5(2G
zhQiI|?ob!<gr;iO;F`=#`Z=2u_{An<dYv?486Ct4@$Flh?h~|OArOc$3L`Bd4*e@s
z1>7w&y=`e%8?1M>cf_++=e8lmGARuRiTz6Yw}HO}_xb-~1hRPcy$|I|%7jk>G|{HK
z-btS4QL$ml(T<+`0TcCvt}2xa=y{u*mWRS#$*YU^MZ?8t*JdJtkk@%C8d_Cg4D*Vh
zZ?c*Po+VY;*1~ZRX8kr8J8i~p7Ar2zP6*MuLDHt@q6di{Z+k?ndN3{vS@ttIq|Ww~
z>{T&E---~h?RJ{X+^A`N(S?edP^QapXvd1c7u40*r4WHYjNu2Ts;sy4d>9KB7_j1^
zFvQ^s%z^33aLFKm$U4~J8{2Cl=L)0kvVd||)!+XkBap=##t2!Oa=!uhn78|51F7j(
zb$r}4b=}d-_XF4iD#T4FhzZJ_bW7KSrOjAToh6&YDhZ0PDJk!N?k6ct!LRObk2!?%
z0(EAL#|{A;7Ux~Qi?l<>vcT#0_RZS5i5t@F_oQkfHwR{*CK-pk+3)U^KY&iF$hS<0
z!a6rLWDR^MmR(IVi12vng@c7U>ln#~A(nSXAP@sE;p_N6Y)A{1ieq)`F|KTK4E17z
zRzNJ*$H2H{^0qA|;r1dPoBR6T7w_Ny`A=v5u}W(`0t$|#N8UuL>yvuF+E;B^LYjKg
z(lljS2+t|>iwzJ8(7`}D^XrMP*x)RV!hlzGudYLO(8sLeM|ixb3FMu`agsw(V6GRn
zayq3q*&OQImp`N|+pNd_2A8x-3hN0vEMk+6ZzeT_WT|uBY0m3Nnp#+#O3q}pU*BR2
z*TCqxd!z;$8Apit==FC33g>qTyha8=AP^P`Q}`;<CM-=Ku<GO$cr6kz_IcmlWF(wp
z*)byrO)wl2kZt7W3u#CRybAyAUl)t_KQeikRXOk5;RQV;rGsxfU55~=MM;}>TaWjl
z?O}5*=Bg_~OS+yiI6)H)CKA&mI|gx<mW0q9W039T{+}pa`=Y)ts3jssnCF4`5D3<0
zfz2Im6oIFOvRVCWpM#a_am-VipDHb2;57HF=j7O-ETS@m01t`gS>(*YDZ~kq)*SC#
zx4Agb>_X?W*Pamm9f)|l-<t>-1c5*}D6GChQ8ZLPWOHm@zg-D06M^JpI5-kdF^QA4
zpnh2b)pM+37OR}qT}i9spPnri&;I%`C_e1h{K$Y;a?j#JOR^%a50%LMgJQajSs)_!
zT&6=52hd0oeG#@)_6{&IWozo9NO-Au(#O8X`RKsry5^;ycrN-C1QYXWA&?<2%4o?O
zF{^x=I9wBy?E#Wk5dFaBKC=}Gi-*VFi?PYfXf~TZB}A~A%@Mw@S;$RA^la(xDt@sF
z#R_c_Q7en4Ez?ZA)>ZBi2*g8&?*!XKQ}(MOw(<+aL0XY;B$I2_vCLLxr9E%L8fGKb
zP1PR$&yP<Riywm^i0d2*9~NO&L*KwUzUaz?(Hd0lrDb^;Lt~F!xo51?Y{XPy(h+bl
zJ9Zx>e8DCIjuX%^4k=-CTyD;MCXXp$#|Ot1?ec`XJ~FmT)Nx_Q<XNb%)^$xNma_hM
z6SA8hc}&SwJT_rD4CheE*a|0~BvZjCVe~0K7UR_zYJ{!_Ma3?7);8lwAF80>7s)Ex
zt5PQcy3!E{gg`K+k9w$o3|GS1(4=X^T6h~<j71Qh8mL62BQZzPk^OnwcWw1|e|*L*
zSaFf%ySiZNN0m1f>4V~m>}yqLJnfD^bK8!z`-<}d%)m4dLaz&Dvhm#@q+Y8S5yS<P
z{eI02W&c!VY}#;7_DgX?N!nIP01T3)Y!x26++b^21GX3me9aTbN?X>9#xP_HC-llZ
zHJ7@>i#?&_vT#jc&hs3+v!fjx=T*TSVS}%Lszi|Vf<R<l0>eKD1mXe1FD(8Djo_$_
z0urcZuIdo+!!@g`m&Rc4I*zT^T8(i$1tSIt4?lEQAO8Auaq{Os@wD-)sEBIbppce{
zpR`R91yFJkDvj`*4N=NUI5F6t4LAtWq)=yuTlAIk0Aa!4_W+3s$C2wA%wYd7O%tfu
zk};(uV|*2EKm+L_cK#q_i~Vj}SVW*7gY`&8<}AyQr0$sMH*3A!(h}TwE6>@WPhme(
z@08o$68rfo?a$>QV@mX_3$}*BXB^DvAna#WwSA=PEyg|)2m*mH1}ts*u7Nyiqk#l!
znQFO#jq%(TT&`EZU8b9(2WxHHQtvy`w!T@dgV*mDCx7@O6mqPyD2N+MfFht=VwTt2
zkZB^^Bf>3hSqqg&XnT|sWK08rcqc^}d6q?mIziU*<PX?$-m+P_pQHG<pZ*zYm=wV!
zZ7;(lyJ?~<P1i6*(L;;GJhZRY@<$B*SUQKTvWT7Qu1bc_z)~38C+a*)XP?hgS0HM@
zkc0b-UCqz_3=H{s)-?v2Kx$hFiNdU@`a05?>S0`<84H1U;3$gNp${oFYWY{_A8OI=
z$RS(U83WBo2s%EFp)qD;+jqx!Z?ATjA6`9MJbre{HIO=vm%K8SP%E-F?{-mmRYG&7
z04{agl|Tj6QSd?#<-j)krJTK|gsf^MDj64D#^S6{ON$(sO#Jw#NB`re|NK9YN72*W
zF#^h{QrhN`IG#<AhhlOs2qsqeV;_inuiAX}!*cXU>}NBk0b{~)d?&mN*yYBzcl+Zf
zIzcHDo)@3%qgEVutr;ZCSD96t02t&;e|ZrI#FvDOyOAP8v4&cDW_cC?g%q9^X@kF`
z1-A3c-7)ZiIHJ`ysaVcmKf2E9_{aC}pT6RGArVtRAlsa28SOsuiw4+X)%Pj;5kd37
z7!t{$t`%6OVBYwKFh048rMp0-On{u+E~7ouCd9QcDNG1>KK}R`65s#uz3*?Da#v^B
z9;#$f?nvQXM<4@57=7YH5^f6T4u|HV!Beq>`L!rMKX^iJGU9-MJ?B{|zlmRPEh}*~
zy}_qpQ--7F4atN*nT^yzwzd{hXHAn>^a0<RvoHPqMIaDg5LWTTs21c=3kG4#QRm%?
zR*7ZocEy|TY#BIajg`xoZ7jo%NrCn}OGB{*Bm51ISyY_8Sv-Ao=J9Z;APAr@1uYr3
z`4HvH#5<&O&|Wlghq8xICo2+H?FS7Z6v`~}a~~*IM+BMdnvNZOA;Mj^D?-Sj@QaTx
zA@BYDkG{udZ@}=+C@ODDro@1`=!#7Tp<fV8oTXK|-xg!iaHwQj-HNZ%-fEOP&{*6f
zoTufx+rY1L+|zRP*71J~y(S`}*D;eRtEBsh2&0(tg~{ba&2`cw>k~UcguU3H4uU{D
zV1NdqN>_lOsIA{2k8ToPX3J?SWRet0^7YWhZwH9l#;wu1*BdOY2NdIf{0NlsX7TL1
zS9}*(mTKOzqdA5})K|PHR?8g|Q4+>s-<F_(>@PMV;;Oi03P`_^0vQ5#OOa$)gy$9P
zS_a}=SqX`Rh4<roK_Jil;IiB&F>g9@wE{N^kOt^Hd+|i#XiuO5qeU97-r(4rY-NkR
z%J!>d!iVCjZUZya=#O~HQL?91J?P+TD8yD-Tzat;N!tj?%bIAFR4gahSE5e(O#4KH
zFJy@ff<Qc66!CHyX_u*3Y$_Eb<UOz{Ri>7aA;nmuEOPNRVfa>Fgl$IA^x&GXh9({*
z+d%2~Zt?WT?{yq5ueb{VrA5q>#k+l4LP?T_5kMSuRlWihM3ijuxy!xThQe`PfIgA%
z^MK=oLjHtk91<rhrl}m+%kLP2y#Mp}fnVRWZOz*tR{d4gZGGXeCZyqh6AwxSOYimY
zfw*)raDni<&+_Z#Fzsci-#PDxe~gZ?S+6*$O@0<b@5=BwYqifYY%vCjEJr$DPsp!E
zExCj1As-@4N=G0bDnLvK|A*p@TE5`UbDn5dN`X6w3Gy5xiLq(f?p<q;E!_MmLFTTz
z?L+(``14}%T6Vc$e}vxAGyW)|j?u%-;i{r}pXERs4I>mVZ0+g;G&J{;Rm&uP($^4(
z?A2Et6?JtPgY3Z}PBU@B!zzW0L*GAp{eJQO{rkTbFnO~9w|Uyveb+#QFXN+@AH!$h
z^mP*sw2gV8Z)*<c``RCl9h$&~+QV3*;lCj?EIq^nuJ#=ocAu_ie>QHAwI{EykXmVN
zRu%e{TkHgN5Cq}@!sqE9x@x=P4q>s_aE}5+Anlv2<7)LRvy~+RecxU?kHnm{o|b2K
z7QMFfc%Zewa+t~V*RgJL0R?j@#90Le_aC<n#ATJdYhc!=RR%tiRa&lUwmOb>OyaM)
zvSSqD`Nw?)UJpJkG*O3ITHJ@Rf#y_%0Gs^j+57j8Ul;7@<TS4XsLtCZeV4EcU{57k
zf!#|;>uV^%)z$WO4`_0rG+1v$ZA!b;NKlLhIVM0?N3mXoN!KPpF+9t_EHyM#`DSig
z6H){oZkLKe6pKX0m}OXG87*VfK@f<C27j}R6n!Z7xw25mUPAG4U-AGZK7JU(V@x*o
zx_E438Lh#s)vy+XuHD92uX~^rynih^lJg^b0+CSQ4vC|jiSTv3r|BMQk+fOeWW3uH
z;eo#FfF7c-I$piE@Sv-==ynUnEufrU)XZ9oL!h__JK6hZfAU3gVdlp>+TJAV{yHj(
zt7gZeu+9U1X^f}{C?LhAutc_R-RF!3A{e9ytganJScecUJ$=Mjo3S;Jq=KB7;Th~P
zzNURsqtT%m{c%bKC2nZL$Uz74T5AjOZP66MzD4nu{w^aBh+h|Hj6jt8ymnyKFNvT`
z;d)39BVq5TC$5N_5Nh@++7@DS8i?<`dij3wBRE4upCst{(PlC9yr?U})P^GJ%02{j
zsfqe_Ute+G4Pj$~0;(&D#KY<ki(<N!NHQ$A6XYfo;v6c&lQLmvee{QaeEQ>`K(Z$-
zV-%p4eqH4uW2=S`sK0m}3T2^hTXu-=U*ySYp|9H3tmZWk**UN{I}^|7G~XS%>v-mf
zN&ZmJYuV8*8mlkE>ro%uP$x7zueA~1%c_><+ht^bJEGcnLn6nLg|2i2;vqpr*+e7y
zu*#RjMSRr~Ss2}zv23@j^JchWb_Jl`p=Oy9c+&#&#gES*td_U9U<?xN%eGCRxFfH#
z&Nv`z+pgx7dy}XEzc=CO=#ZQanIROIf~S83(EEHJ@e@H0DJohQ`u-`mXH`c~EndHW
z`sR<oR!jxCjL)l*$>*$z;w-Ot$zJFY;)wt+m^Cggt5m1}{#e8h@5ek3(K#>>jh_OM
zp>iBNyLs)yo-+g0X{2@7zV!IxSnD$v<e0Je-yjigCglf_-ZA9@8F@p(Lfa-02*fuI
zKMqwizfB;CWDst?f;?lWJ)4-7?4)&H5s5aF*qVwXr7X!gMHIGNb4BIzC(r)yN=jTP
z%A2Kh#WT$VXi-6`ENb>qQ0Hx##TnBGiiUKnl9m~CIf<29{kjhQEql@Oq9jZMI99S~
z7R+=Fic0!JU2H!5-S7VO<zJx~R@}6gTc*L3*9AP4bq6`_Oq<ELyTaQ*lKVd4onDm$
zAFzmga@OOpo~9=m1gI($^}Uk8vzymGtY^fY2ZVwRwGMN(IPQC)G&vMz(Y_P^z~1v#
z!t82_v4$%13dNhPVh~J9M<5;wIDdpw>WATv7@}Y|O)Ch*tZcOl-H9O@uC|?(@W6cH
zx`B<@9Wsg~Dqk;tlq+Qrxs27yLjpAsqbr^Va$p2<9ma>Y?AZ;4&>p?2%Cd!0?{R!Z
zX_Kuey$l1-yGUud;(@n5kKp1lSrDEJ{W+KlQiE&#fB)Bi{t+a5oi`n=QUYa6d|n%i
zo5qxw=hiWL)u&WM^V+d$I>umRaPqAi_JkpeF$gCR0^QkX%zQ3qJI|+HRYzA_as3}b
z$auDr1tq8T#DPJQ`-IwZ4X&9PCDlZHOC1C?5Cr03AW;3zZQ+pcKgIz9@+M3=(GJ#H
zt6F5>hTjg>wEmDN%#eB0&TxyAxlbPdXhroF4Y)w~1|E;qB*~sOaniMEldKzP6VjHe
zlvZ1hNoTNBby>$VC3q5hx)&bjXhjHB#dvu^LR$TBv97?d_5b||Bzu_U{2g!B#NLDb
ziycEUSwaL#^R`*NZ$(vjeZQOdEGT^YhJ1hY6y#=Zmt)!vxLRm)S$m_A6a3+tw&KG&
zibo*~=CgvXjG`QvOG(yjqu__6qAdg(4|I@Z#2}{HV(_KE)(8aRZx2|Oo0bn;C?tt7
zU;%xwzg(1TZrBQaYBfC8Ackg}X{}^nmYKB5jI%|U3i4y2@<1RLgZ3G3FzY8N6X<J*
z>t#PyEjh%T{m$Ep3BVp|Ko+&Ay$H=|nOLmY%DRjAOi^BfI?;<xewT!n<*L~xH~&Ow
z*~grzu7QUrDW!)a%3B~1dKrsL<ehG_=&B@40Woz+;;X(sL|Ub?jDHR>8gc;&iTjeI
z$K}S-#zq>M{mLSfL(|umVQ}=UIm^;RF!Rve&r-ZDj$JFBALI&6XsRkpy|(K0q8|i-
z_{ISlVpjN!T2&^3KD7Q(2q6{kz>#1HuX%l8pgDL`TFH<Yw2Gmp)9YbZtMMQGC6){V
zE9%`U+lYuP?gPn+xbNzMX-jP$ajO+uKQqbSCQQcHQP$EDeCj0e`-;iZypMzcW-17!
zX~s*LKv~8%?bdMtB~5<+KWm<&QLk29_@483et3YjJR#K~iXiNYm%&~0id@&Q{ubB&
zu~}6jx=Y=QiEc6>%(h9-Kl6*Y?nqS^zC|$R2@Q0*0h!cESeP`+@w4U$FYVzpm?wSn
zti@|?QL7?xcF7=Sks&FhHuVemn=n8EK_I?mK;V+Y9?Eo;XzxcT6Wl;_1P$#jBW16;
zmj>dRQ0~%B%x{pQLE#8Vvqbm7qph<h;=bo16S$)15xrTvj_bN_yPi8M;wzd$F5%YS
z-0UH3J#AK?B#2sy-T8)3Qvmx=QMFf;*-clBfG+-pkpKGcfS)VO4%|19$uswa$bMBc
zU;4ZyE+g15tDpt0^ndumo1)YdJ2=*+VOtA<iz&hzQeMY8FU0!ikgH}M^Qeou2A6+f
zKYvGKdCP9J;^pY?t$`evcD7b07L_)It}3)ut%I1jUU-L|bOhpChHvQ~wG;=2KZN>G
zSQ*lnBu_$biXLW#(b&u~*k=Ts2{VPC(eeBu7{+g@UuQ)SfBg87Ut3)r3Ss!+)f5jw
zaa^sBbwi0TJpnbeOxNh+V8>;7+jIm}h2p%G;k+<$bbzht`lHY;_KaHC(}<z|J2WDU
zIYWg#G^olXcl9Epgu6nnn6S@E#!X?k%}IKp?>IOItp%#hTk%)ZKP-(RU<6V%Tcc<B
zwg%%8(ZD?qPXgMttE@!%V672M3F`xY@Y&s}fgC%k;_tu@A{-t@SC#szOew5&-;fw}
z5Cr1eMX@yWA<b4mB79W|`o{+PTNt5I96%1<B5;iOzg;*vD`QKF+6SJu={^bUF~(sp
zoXtTDD{bGG4iL~al8QD_Q6%*_Bx!V!yrLxU+O|qWHAn(l2qTwG*r&9l{W9jlb$Je@
zz7Da-PE1-tbM_oINy^yaya<AiaI)~KY}0ZVa*LTxDd8-Vfw>D(+2d_48jeUJ%z2eY
z@SBY8boke}%ONPN-ERv;--b#3!SnOn=cB`$6^A&_O}x2e>R9c5Mso`Ru_=Z^%!xTi
zyo|Q&D|3|Jnq=SzQS~=#WDo@6+l4S^Z@Dl~)FIeI+OIa?JvUOni1x%JILv4h-bgG>
z8%T`SG0H08fHEVw&Zsu)Z!IqiK_Nw$Y?YjhGA4GD0OTixQB`l%_9mt2D#^IGC(XL!
zT|7=3NaT>#CVz7QK9K7`n17%$Vsn{=0o3bd+6q&7PNVH9G`-~w*I^KttX7?%khbkN
z@o`1VsxG!GT0v<<F9t_4=q02rv!N#8-n|n9#on;%XBtSPs<l`LI1j<7caEV-L<7gl
zQKS!%!+P0o%J9*QPfO3Y$$=rwKK8}gZe_qllBmFo$gqg&JcSH`Kzyt4r3PZ0ABkiU
zZomQuh}&VW7nMvLQ`1nRupPqEW^Y8l;{Z0E6tnu)TjNV6nY%2s1g)M&y%kdOs!t+$
zG?-d;5y(wm<6Tt0Vms;^rh(+OXgEdlW6n!sZTb`fug>{&o0}EXL1{Lyc!y|T+FpcV
zczOX*xodXL)4odks}*MuAdo05*yC93Ry@mn1?^pH=vJ77O<OYgT=;PV1n7lVEzO&x
zu=vrs4VnL8%u(_O`1<q63c+&t#U@+l!_a%UA<I~@916Jv3ba)crPhr!5cL{DrT3Aw
zFBYo~^QEy;)AdWBkPR{j0`X0PX%xCmsnk8xdQvz*HoS?3B~W^r)<cWEk^07&tCqI*
zKhKhMdh=)<u8-rj<C}G4k&;C`Y64hkXUTFS#bm&aB7Mv_U~^d#ausdF_NcF*Mpn!#
za+E39vdBJ)codb?4eAw;2}z_2fhiuHNEZZ24q0~>6=RCDV*dnzG`nL1opg82HFPrU
zqj(eMw5l$a$2~lyB49+aj|$#6x7!w;3Pq5zS_PNsTXu|D0b{UL6B&b-we$9%1>=+#
zdHThm%C8UF4TYLrmIZ8}EsoSmwshbb`-XI+BSiVk<QK;T`0{TRQ&J#44S_&>a{vRD
z{Ex1TSJHw7?6DE)gHDi-pR|2pz4r$4%o1#4)6~E$;#nfiA{lecp=44nj0XWq_9$uZ
z--M^^T1A{x!bJKy0B;CyU7PR~coE*@9ia*LfiwQ-!)Q;KJp7PD^YC&FN1j0?c-anw
zr?*2Plz?qMZA$Xfk3k`-Q$YZ5o0eIzsYS7ot30hYOvQlix8M}1x@392s=&h#@>0LC
z&%=A0jjJ_`Zp!8eFkwY|DD5lXX$8)*D*0NAvC?wPZbczQENyb;quTCLTGcjX3^ba7
zOP?!5P;}DC{|UlqYjhA3e4#z*P}*d>t+7K00`V;(wxV|v%K;Jz{s>j}hc>rEs+<WX
za*gi;(~3<6BU6jLm^PCQO;t%tsw8krWtoI+>s&<;Z#EmzP$RzKz4!!GRJ$6K3GVDB
zq}wvhglQ<Nt1dgVWPcuhNEof8`<ltuGqCbAHmNQO;a-V%WYt5@D9BCx>CIn*4>!_Z
zUbg#HQiyCkO7mU6srMyqpp;6nuG%gMca)y9H&9M%brE<xBzSGOQvY<6E8nFQUOYtf
zezfk_((4?B&YF7QBH_*uJ0uJ44iYVglw}c*=eSmc3G2EQRg0~KLLs7g*>~os^jFY9
zj1^0mv9??6Qiwo&TY!Z-Sh0uNhhPwq{}I@JS|K!!&0AfB&n5v&3JrAx$ER*lgeI4P
zB-8IeqIc1NGSrIPPBG*ZBJ6EUG!kgJ%eI6!6!?dW&nqC1RUHT|B1<l!9GvITn(GKc
zeYvP0sUz_v!W|=ugzY%ZY570@@y~Ja7JTeX`=Hf%5`l&S+DldSeF9~8dF?B|uJ(Ps
z%}dDhhF(*2->^GiccMz0NNvK_ygVcIZJG`DBIm|2@!6W6=R6a`!mc+&S+WAAA*p8;
zCmk>Ls6R+IDbZzl@zFs6m{!$c)*q+nT$z~FM`EWIN^GGV*_ZylBM^vR4(z{v#LWwQ
zm8kyrXO;ykga}?IKaG2~vp%$JRjy}ua)<lF^#eO1%27$+CFBG)r}mV?ObBDz2WL8%
z+=AeewxaIHW=EtlQUtu$EJWynC~wy>)bAyExCH`9FL}GgU~~PyMfE~4WwGsO+g)sc
ze9HFk{}{)R3eoO5-en3>7Qy0`@=Ot!|B|PytlRvMgh`e5Y}L(`6gC(_4_cYLZm839
z#J|P5@^?>23jtz|iErRP^4uRo9YpVuN{IfTq7_Y#1J!538fkyDb;V0ax}*G9F^KI#
zt5r~jrHY^qf<SyTD0KBZM*+z!{*V<+40-V1$MYyICMm-a>I0kp*qmjYAkG0=`oXX3
zk`aJoA+t?bmfZ$+LSo@5yW;S&UGaA3MU+GB60rj3seJTi35F@UV}x-ELB9DpWTl@&
zAlK$}6Tj^!scs^9vJmtKx?2Vf(_NakAK4h_atr;V+8PLiD>L13BTmXS5GI+M{nepv
z$}9|nfJgamecl8ySLriGcW`CA%?|wcHM_vj(N0`T*HFk0Sk<;j`Kr^1+P7|H+Y^8A
z`Hem{z4=hKhrlu;PBF;ZM1c<~Wz`TFha7@Hd<&4qYvuhA+>yEbAq-dpt-%k@kAa<>
zW{e(Mm+*{x++9>V#u(o>G~n95^!`K3<DguD>j+ORc;P2cER4bTeBf11n2@Zt@{Gy8
zr6qJAjM=1V5=1pGFS3U&7w2%?Uw-`K@(OHHd8jU}7xhPqtfl+tbo22vs&i7NEhRe`
z!wpnqe~7{;?5kGhynFRUo!xY4#;ryTOdymAnAqI*Ku>e|Ro-cqmiw(LBIB9o<yj9(
zKMYMpo^PonM!ONd5KS#it?FYZ8e&ND*1AFbyQt_Y(&ny72FWZds7gvT91{CTAPB_Q
z4-tT=DqqR}_*rH-KmdU;ty{9o?%Zvg%ZJ*>z>sbvy=C_|#uFp^lq7>6kT#weiE2BH
zjVhug8oYu^==Hw528&byB?GUe-6(2W(jFkBH*V<FCJ04E-XAV2h|p!~#It{W`EMU`
zN<`uapBYZyb~Sk5yW{$z?lVRpG=ogS1T-Ac45W{;JjuFt)$nZiB0MJjs)QC(!gtR*
zb8s%o3L~QRLo%)$+rPvAtgEzaLhA_`9&sMrK#{T45%VyGCZ-OA=fQm-zV$IUVbZo;
zOAPsNnI=Ykv`!I2EY`q{HmI{GfDD2_eEskX9-a>hh&EjTeXxHj13eVwcdeDCwMH!z
zgSZ05{h_T>o=qi2BXP|x?lwgkU;#RJMXhIxJd53oP%fCpaDez@NZ+6$^$nKu;Drd8
z1_G^=Y7vs#R+l+1e)#dPKb|a3p8Z`%$u-lwq@f3zdo*DYEOTfx$kda40<pi06>?~w
z3z`Y7x<0z7s%%%T5}vddN9zjez=IMLK%OCZF#<@5grs_hSRGCrs9^BpVqc|Kv3WMe
zlI1)yODmi9U$_J;2i9p57LE$!+ha$B&2-O;Dset9J*m<`GB9CfhCyVlMOz2?(%*dq
z0`YSI>rm6eTA8jg@mp&jMKRDQJo~+D++DbW#Id_OY~av>O-uIr*CrJ?5GY`6EIb3r
zYuLx#<tJ&z8@Mlbw9L0sp-3v4GO=H5`j$Xec?g9<*2{H8tMk)8y?MV_EdG3G3BBf?
zACXZ~m1K2(>VyAe2Tf|z9b>dCY|=IZGaj^@${`mKB6}f^5Hi?#rF8cG8t4QfiJ>pZ
zQuHY7KTdF<b-$L0i#xiTZl7(ed>5BQEmC&5SZgt^YGQ3?Kaw_2HoiIB`s_T5j?E|U
z`86XDZ{WrfZ{kpWmy{jUctRXYRv3Tj?>_>8_!(fb-*l4`|J@aZSl)A;x$K$9Q2pMQ
z6-2ZaG7#^^1~t-2?B%Y}Y%KG=Hc7#zI&Xy+Tx&p<&%?JSbC&UbaY&dXkK^;M-S@T3
zFYIZX!)qqt+avEP#bkPw>=-TVFFyYD4~xagyT5RiV*~ZS;2_@IBmWR5tG4YbS+~8-
zqO1KX<Fynoq4%NcPQ~k|1jU-SRd3TZTmpDr&I?|G66$g#fkk(YCCa7*PlqNaH`(%|
zdG-U7mCY(P^Lp;|=Ak*hsG?^CVtZCxPrgkanoACexfY8;*w4T$N7Q#JQE7#?Ju8Y(
z2SFgdVid8<AJTTE69{elm9v7i#SqtHf<T7#Xmh+}`EZRfR>p#F@*r#_WuS|QS(Z0t
zQ`<}MnG-n2v%gUivP%mX|Kx{y!_y0SB_}TS!`(iLH_)Sy3dI6?PW||Ylaps}{=O|C
z*>D3Xl#D`{(n8ujQ`P#eTVJu^Wl8Dkl2K208G*G5*oP+#0%cU-Jb`lZyr*uq<#EML
z$vcN^wtGU-+As7I8Ci@R$uBl8*G(3>EHij#-0-e9$(he`u>0nqO?Fcojl|K5oKIX&
zz!cB(BiB1EUx~hgBDDBJex)*5U@@@@zSr0(9fA0Y5vtDBwRD_kz#&;C>{pRdKb(|f
z9mdPG4;>dOEm;#L6nBAYaftC<IL>)z25l;<K~lRUG@*J}6e4k01Gxo#yGtToP#9bu
z?Exxefe$20F1Df$$$|084U_fXJ^k0k$#?&+D(N}5e(@?UMGx(2yNmiV%?hxGK{LX%
z&-Nu0ZV!T_<0Y~B5{fH!5qAtR27%N>@Gn62NeKnF7->P;V&)GX>EPb=^HGm6uKWJ2
zZsj$3-<Iy;Di{NcpFYy?P`FP<lr&{0v|{jz;3GU&SGQ4LhLC@!)|p<F$VEw_>h($r
z!IVM-;_F4IyAJZDVwSD5>>U2XGyYgg^OcpNVS+rx-=c_*OC`;DjSN$%&vz)pF^ISc
zbB@Fto4WMK@VtW9SjUlX4Yb$p?z%pT0x&{F-97?a7G!EPO#VY}jc`w^>-wrCWl3n2
zG-=yqOaIB^lf~md9vL<CeX?Zi!3(2^?8DU|FS9TLb%PN|wruhhgkcrI=Fpb=I*#^q
zzoLC8tH6i560B7p*~=i~+Q?}Top%Ikn?Sb8NTo28I@GA*dbx?M5+qv1@CRC%O`y|s
zJk(4WfixGzh-Vz{$C$YNB8Ue?QS?`(2vtZQUy<-HmyX9u66H}p)=Oj%1mY`&A1eD*
zW@D}W=doGxI<|8uK*D7sGbO~DRC0)K3WmF4%CXgWmH-?HLfiZ<e-?*!w+;LOJolx|
z9G)%dV(7}zgpl$V$Kj#nVYJZO`?BFZLD-)@Y}&N!l4$wolarH|f63CaEvvMPiuhw3
zeC$i%^|;t2@du_uR5xkaUnG0p6P@u>)2^Cruw;~!(jLnGLdU7I%d(WkQQ{4pX?6S<
z-7vNS*ZqsXzWV;T(a?O0JdDh?Q~}=aq;NRIHTyY=pBqo**^k|RA<r2_BB5vEaD91(
z<8;1%z?+QNN2t*o-d;+wM<yvmu}30%T^^6e55brIUw}X$J_qbSxl%yne{&9*{js#%
z=Sp&DzXcZ(MNwDKHQX~h3!UOT$Y0Y7TF(_-1IvrWHjW_*-Uf|G<Z#!}7QGoxGBz45
zdE*{zP5ey^Y2%k0Ms&e-bpt&?z$IRFhyJDkuXpv+;^gUH!DYc43?4*(b)kXKKB+g$
z1bV3Nt8~AG`Xo@lmrd2u?ign+Q%zFHANh}9^Orvb*ClP6rHJWeYD;@q#;4G!>N58H
zckf=F{P-V3GIU)Z7O}v?{TL_)@rMs>_`ICJE}K#ZF>g`@31e4%v^6`MQ|u!Po70BI
z!&qvzl0=L%UA35jzsDn#H9=1Z0`ZkW8LFiNJsa>x#0Vs|3T9YV4YM+ZM&T5~n5?BT
z=a53LRdr(DP(ko)p=T^!)~a~8G>>z7Zj;T(eQ=8;hCUwYO%%vx>Bp|DAcsColJG6K
zDF`85e^KvKu4erHcPEek7`*KW54P$>7A5b0TUH6!z_`{@K>-kGYRINy^l(wpeSX;H
zq+Ok_qoR2A>bs|Z1Sd<k73B+=azdNFE)vdC=l=8WPEHn&9}O)|zN_dtcDX_pLbRe4
zY=#-AG6OZjWt<@m^LA4vp~qGxY;v$|jPlbCM5uFNE?ay_Hrr$3e6w^=uVIkmMUt>j
z<xBr(Kp+sGgkot@&*gve-tfmV<oq$RZ4b;PJa&mK<vmB<Nd_4P5?RJC$5QXCoV8dS
z`T{&CZOd!e4oSi?^ZS$Ar0k9ID%;3tW5xi@1|;#eOL$^9ql(ow&i03#$LIdn;^gJ4
z<ErGUNfz?xS?G#Rx(i+utmo0XP_#X%pdl4Vb@nhS=$8&n2v0Xb@u%01PaeNpSCsJH
zAOYmDkgg8SAZEBM&;3Vl9xoP8pPV^%IG05R7AT<ovm!QH$eBMl*v`@MCZ419jP+I-
zD=bRCxK1pKmmLR*R`xvAN!V>uB@T<DI+>;rD^;Dn#FRn=;_E^Y)!ars&^}cBRmdnL
zaP$g$Nvo|yV3grap6qoiUzQpPKd?v%3G*?EHycMWnK4^g3u@2rp#z0$fpMtEHHEpd
zm|YVul*`x3+?teut?lhq?f1|Lose`LM<13AH)#E|_`@HAID=|fG|f2c6bC4`OTZiz
zL$h-pta~g@caSXtO`5oigQKc}oBq65EKW{-0uz=j0t{_PcBf~+gk`(-{U;}jlc#T9
z*<|5fzH>+F_nFp0z%XV#sS!yG)sVq69%*hcaclx1?9Y4nDGn~wa;Mw#N-LK8{j%93
zISOA0G6(|k6(Lvxe;kkMzjxoOpS=A!1Ym6}!@6fn5nYx9itv@ZWrntE4c4{;EkbV#
z&eLYcYY=*lIC75ihO)CbT*qS<!HC^#H@`h!kzI=l?;v}#7Aja31*F-pQ|<)W)u(a1
zN&ba#$v^+JIQetDJYRti<WO_}@^)VmXqe7hi$f#BmY2A?*tg^o>bVE?E*0*0wwd8C
z&lZ6Htmy6{^y2VCTtFL=p0UwK2m-6miZ>^WV%{hxNE~Yto}iI|yylsk*Vk{4r-kbd
z8j`5<Oq>;gH*pTGOjwoP2cL;iNhbU=qREK91AfMERtJ&%p(?(|U;2Lp0)e<Me5PVR
z1PojM)yjCqIizR*yN^*60*Az|NE#ZOV0)CeB{b8vY#ReQ7?OwB60KA@L4U*@gSE7!
zZNz<7`=%(D#Uf*&>kT9&*Fmz2f~g>ZaA=DzA<!e77h<O+=nWs^C@(4buYYHf9sCz<
z%VVfOG>V)+-Y2R!-R87fl_@ls%1Y8NV+ct*?_@Yv_K{8d<6}-B|5eicdb7Ds+dgE<
zO4}?0Zp^w0gTK514dk!<I*Ty6fpn44^*gtq?^F0fE*aPTpaateCc8<U#2CXY>b6aj
zTnUM7CyVuwI94prS49G>E7H1)GPnsVmbQ;7CB&_?2uy-0g$Tq~0rsCghX2<pPG1nm
zfdO6$5BidO(6z<MrV-2R<VXEVXdn&=47CcI7{rE}6UaWYg_kA#hVBft;h1a+M?{Sr
z0F&flR>?f-6#fR={S7Z>STN4u-f^G?h;rhsLQ1BA{NaxukE^z7d9g)?uxSZ_mgX@d
z*bg~@VBHN*FXutKz#yV4I%(IyQL!{({R^d+ACKTR@7RxS9kSUzHf2`_@n4ye^4)WO
zX&Xi^P_5q8z+7S&Y73%<@MUZ^+K=2$LbS+dXne9iE3Jj_M>Giaa>96>%Tv!-2H<(N
zvg#L+@}&2YM0&#^7L{O1Ap-GL04&p7`ACvA{BP#}v4KAhy%m8K*x6}D4BJa#UR{LJ
zUUmu@M*P@|-GM?O>e05fBcf~%h;g;pLyBXq7P*cDv^~9^dx$fGG|(`7{8+Dq<b?+6
zJ8pR5seQ$ASJF29>Ez_(k3n#qrY+wNcB|zcJR(W3uIRpBfwR1e3Z?~6vd=Q;)N$5B
zdnw9$<uV!k`d=6CAOGuru`O$Vb0gg&Z4z+Zp~_B!|Niek{5wQp!L=nTMh3jD<Lpgn
z!;rk)Gagr5@z7*PFB~(@=!xm2fj9cFd=u;CGLZQyI7*CTG%SLV5><rt(S&LAy`zI<
z+LXm~5M&Sp;x`ZO*@XYGiFSYVeSf&VK4=H}Ac0UyF4u&?MMjW7JW(>`b8zfg){2z>
zdkY#!c@tU#hhlFiLq+BqH$WK*u`Kb%?mo0-IqyN^V8Z?5$7r9)iQ?ss`^t~}-8y9|
zgdmVju<go{2x2K9AQ$Xh%k5POu~zLW&3JGy=u+MO82e`jAP}HbD5Mzt_1Ved<=^c~
zpr%793FLCS0r`CRVV^~L{$D?x{P82d3h?TS#v&8kH+3Vve2P_G7iVW9uC&P2rs646
zpQ*oVBDj=6%C%(KdWz$oGRud;`Mmfq#vt~0P3j<$JZyUwG6(|kTL-lN;2FU1pZCy9
z?+1Hv;AJMDfMQ%|ncxa`*M7y`@k&p;M6Nb=xlA!Z1zZDxFxak3oN?w9BU6;+tDP{>
zPr)%=St?W^B8@%<^?of|eFV_EmZTY^(gnPzZka+R;UAYv9(Z*SQoVpo^zw28RTbIz
z>TrI=G>tgQrD|~@NI>+;4L*i(_&?q+PG0{Vv>S)GE18D)fxBJ~UEX($Zhrr}KX164
zzF4t2uj_E=^cY*}%<}<P%0DGhSOkM=my=}Sl)!W!^q6<lgHi$6Lt0Se;F`bm89Y~K
zl?);SHHH*o3|SE}2m<jNhxqR-6%ej|fMwyp!(;lUj+U{?wQzC)EQw}pO}ql_>gX;;
zXPoE`A4E58d42K0S;-oC>7)lblqHNwLbA=1#=t!9%2R2d3A1A?7(}=(^2_7Jx;{o9
zuh=d9!|zT`-uwr&!)07?EeVTzN2((y5<*rN+hzPQJ{1`uOd-hvkrq>yysdh2(fstE
z|NioiYe-(<q(jSAmU;Js>oPxbtJd%T^)Gy>zw9eQ)*pj0DO!?wpoE;(ds_C;67tNY
z%hAId{r236?c+@LK0Ilw_?CSI)@%Ed^*rY)bQ0;t=pdQ)gd~Yo`xzMof%xsC@O@R~
zj{V;i)+@k){Wo6c`+d9HZtO}+14%KI%^)$mK5{!n3}yGoq|bhAvpvn16GF@pozt5I
z0ca=h%&4I)&ECNyaieG>8Kh_Ozq|~?w~Q~kb0Cese|mEA_^$yM`yvXf@QaJC<yn(L
zn@IZ*%waKC!YD5T54Bc+K+40%Ac(Ho^7p@c{O8NIT?a*cS<<%KvkCeQwAVdU=f{5m
z{`l#?&%mi31YjUrJGQw|7{ZVsd^k7L|IW_L*1<uJ6Kn2SStcy^Gt;%r+=ps;ONKx6
zPZN&J|An<#uW(3DNGAJVX32UD4Gg0IgRu~Z-zthQ43C!naZvxG!Tk|s6%>vwEXFWv
zS<B*KtwxV*QNF4J-w{4W&^TrlM~1(>UXeEYXo<Kn^>~BX90CyO3ib#`HhSaZodG~0
zoA6Xn2skLx>imLh2_<;P|KGcllkfiHF9#khCM#JLQD3oP2^g)I!jYVvf#{EW>D_=1
zwJIL?a(TLJAi4dgKW{HrRl*n|YstRPQ(AWCOmPV=+jRl#`}^O$d(IOBPaEK*ZS2p$
z5!v!Z0kK`Hx5KCFJk9B;Y?W?yzqa^EclyYI?hux%Lk_Q`h$CUe5??qKk(IdR-WiF!
zjlcB&5d;D;4G~hAsQ=0aB7G3VUzrrvV$!p`(yk3dZiPUgedr1mN2_qXw|eu3z9KhK
zFp})kZj-TbN(wf;I`*9W1F>!3S@sKOYT%&FX&A>J!wez;_EB*SiUnAq$p3qD^7!SW
zvn@C#plB8t&4Q2-Y`Z!xdDGeoBFGqpY(PulwcxYZhq_p_Os|q<zz$`{{&e!^ddCZ$
zd~675Zg^#sUGy<N><&vN{>y*<>0h7tKt;e#v~8PZ;oSc%JmCAAOVDTx=M3E?j@!a2
z6z@K&2}_jo)VLBdc@CTMorpP;aB8LrBN@zVw2(eiH5N^|#r0cEN=G1mld$-sAM!^M
zF#>62qgBrpG1l_Z2y^~x!$e}5#S?B0Ti}evp~smgv-w8tIU5~i6Nt+Iwl8GDb1>TM
z%2w#%ae5k_o-@&%H%Y*_KvdtQ^!$&{UcUa1v+W+@tuEmt!N)kM%91iRxFRwO@@%t=
zd4fmP0`Z>7^p^4}`5+XN|NYay{@=rH^_CsJWNORqsujf<H^K6<55t?1{`2qt^%1|S
z7%KD<sP<lrZpJ&)g4w-~Ejy;Yn0`*);GaE%dG7|@>IH!P1t_fQSR?IXF8$N&=Uan-
zoho7)1`x=#`q~|O*}P2Vr;7%LHSa-#Kp=iwFy3>AL7H9`z>2^hoc7^J^bC9;Mrag}
zf_FY8nk*as)IwLNF4uu0Y$lEUw=BX%2gG<#+kC(nZnFDuh5)pXXjjrh90zX?Oddml
zlCoX@$9K=(JUaWxlnp|l+Ay5#1LT2}hY+}-WeUex(5KhgiVf%ae5Y&(_}SC6sW&ln
zt)>6`5C8c;u6I}4;Oq<<6*iqH&bX?JI$3U@g39lIck+l|N_f8F`)Cv2dehF$_0VK@
zd!Nx0!hf1$?>f%+T;j04AJ)fclL>5y&bNVIXe-vWA`lgfWs01@S|;?7KoE%E7Qha@
zRoPpLI^eH#fJ9MP=d|nt+i`A;6Z)OQ3SjhKkEPCpXc}%~1d_gW<df?IneeE%g9HN<
zv5qsHIF~hYMoO{?z%oUzp+X`P^5tq@(JsIE)0209{NrB|&_K#mM45@ay>z$Ez&e#N
zfq0s??P}jvmw8FrYW*?T_DqLqt9%<2qTu^a-~IP_e|1=%on2J4X<De-NJ$^E{o(RM
zQ~vMY|MZVPa{Zz>R)j}$CBrLsBdnaqkTH#>|2TYnw~&D)?p>{M{t*v93U7K|Yl&bM
z9`frFM|GDT3$Iv0>Z+st>I%@h<rKWZvL*<`Zw!(>GFSP~{tqCKuu(C&W3RVci(LtR
z=%&;cj?f<nY;Q1+d=p<;%;O&7xGrYIq1kMjkBmmoic)*WnGa6!G=o;@Jcp2J6MH7{
zU;XK?fBb)k914@jFy;7?2kGu>u7RA#LEM1HooOhSSx3^<`s2rC0%1|z)fVa{GCug{
zpZ>h8&y%-|K;j*3uBx^KJJsbf@R{y&zADM@fB#?q?-Z{8<8>=cSV=LsP;dSomU~kE
z5KY{etIyq`piIRq49RBr1yEmtVf6uPm!3bktk@IVFWJiwtXK#B-MduI5VusX_=_op
z2*hs+F*jeWxe1}+sz)Oj#PA1HFK@fr>L)RlC>ANOVL_Ca>CJK|KStIpCZ-2o_49ve
zX>WqCCY|P!i`}t8apunqo|Tq^q1#n?*hZT$x?yyYLP?SHGah1f%^m8(Uk>%VK*FcV
z=3)h*z2WKG8{sf%>Whx1-38+W=ycnjZ=)bsUNLQh5y)SbZ!g|%J_hXQtLv30y0rqg
zMG-6;&OhZf*CFB^H(@o0?L978Zf5*lCBfLwV;+(>wQ)!WqobWMZfjz9s6XHeYX+mM
ztaBdseBkB6j+#M?7UC9r=YJ#AK@f=F4E!SEVfO1xS`ajaNcRWuM^RU#Tx}ge;H+hB
zdf-@QU3tBXE!jS$rc60kvzAu*+X(?bpo2LMo0NW&+q_u`Eb(!hck3{YFZTbELSNgq
ztS$l|kTBss@wBV?Me*!;x?A$_+a1%_K3wpEENPb<S1^jH9iUjP>W?2GuY>LUhd(pw
z_y`>gKW>_Gzur|)>ty|bmvHgHXa!F7T?q4UZn%T}I*R>!gON_vET{I|qP9$J@VvR*
zBlfVg5r<A39mV>jeNSZ5w7ZZSJr#rSuV2&H3}R795}_j<f%vT;s6qP>sa#t5fd9Q&
zW;776+oxBdBN?3donhHl-+$XfIg+vPnOc_mHj^AHh-Y$*WTO}%``q^skM|X$gPq&{
z@@mJV|M?F1pv&7fJN+0G#aXf!3PZl-MzS+rb1_{9Q0yeVh&SOeFUvCB*B=ip&m;8X
z4HSv&H^Ik`8y<%B)BiY)KQj9G_;K5$?W((3QDeG`cbqaPIRs~_Kr!93=N|_%H!-{)
zs6=)#zk6cOy`G%QxdVOD@xCkCaMummyd^(5?mSx6!dDgZ4m9lRchxH;SW}414awHo
zdA3C>76S2`fL|~L<eWPw`JxZFL-9wFDgFqGtZLh%kpkmBP>z5BVQ_wZl@zu_840Ng
zF5<%TiizCqq)<~qtM{gf+ePM`h?B1BPtS^_sA!V6`z!(#q9}T9RBG3}_|}<!3Inp>
zBNTAY&VqOY86hQ<RD_Zzj26yLkK70H7D|(xgT?C~{^2U*dFGIC*s-V1bI~O~98=M9
z9okYAXVCBv9PCB>p+CP(4YBSlYFef(-FmwdABJn1a)f_S-1_9axryie@8S(Fm!I|<
zan872gCp*$m*2sD$`O)f=UY*c4S_&>K`^NhCdv6a$<~5D1c6+^3s65U>a8fC7!+&~
zoQDIG)os$)%ksX<m;QLz*z`V-Hf(*~)TjP9+i#9>Zj+1mz%943-CkU5g0tYj^^M&+
zUtK_P5ym0c(1MVbJ!BgOq9JYDhrIe#vpFk*Z3ng6(<{h2FSEc8fCIqk&iLR|=6sZw
zA@}o#bw|40<z)&*;KhlLE692$jG=(8Lhy*tvfG}wBu%eBp55cFiuFI0`)GFe%%hx;
z_3*POHc|3+GG)-S{!Q2fC%o$p>JIW}bT|8WD^@bSTFqDta<F)$#(WS2;)?^q@3XbY
z;kx2>XTVi+b=hBM=NFtlB3?j|sRi8!S15Rv)bJeP0soF!(_Ivk@&<mm<qmDJQe-L3
zxQrY-#XkdgM_=7iCfzUMi!GDjAEC1c>9VW!h9?ew{CEU?q22G3O$-zQ3+a;SBb+zD
z&;D`8r2kdE@7cK3?yVmPC1&-O?b}4TP%p~skBm>wiqjiHSBLWzZTpQNhq|di1u6Gi
z-l60J98l#oXQ3`C{M!MyvgzB^;q<c}(il<H(2_3)?*CyJCK>i2(M^!qU*79C(}e)M
zU@NRxjUW)^3E?rlP?pUw2oeYa@g-3NP=qMc;a4170lB=+*2m*<8*R6;fV*G+|Lna9
zd*jBHHLSSJSjhtt7$evSu!;l`V_}F70Lcl7crqEg-N}<)tf8M|UjF|-^3}an016Z(
zaaB7pZrj}w#T5eT)Va$!Y#|)U8obit&@2qP^j#1Ph*oQ>bC}uR!|pF$__gszwh~uL
zCi<bf-8cZ>s+U8wD4~+U5QH5al|o8MQD)$`nB=1X%s?~0nWhoK{);i8MbNn;FLm9?
z7+PeB8z!c2vPbDce6a*|L*ikD+)k#d0sul|_U(L_K?^X~1{ufb#qOqKG-?O26S&71
zfy598=XoNc&J#oFT^x8IBK)+`<J{Dt{@(U)YrmCue^&q+F%xMM!uB*0f>f!j$}vRZ
zAl*Pn7hQbD=nV|fT95d#h?}U!2UWlialNnXWGP+w`?-$0_M!qS0ae#!sT>&Q6L)Nb
zLwy&@cHgTL+Ko<G2+s&09Ey{gzGWpwS!!5A*A)e3#epC&0>S`9&0x8Y*3iA{7OJA_
zxsQ|UAYx^&2uu%xWk?tRfT(lMK-fLu=`?^J%Zy!6ivdAiy*HSmaAP<k%ZMRJnX+%^
z#X#6Z&5rp<!(<wf3l2i-zA5JGH2EjbYytM#fgjybs<dMf#E|cS2qHQ;Vv$v?+zRXI
zLa2t24nex;;`0R^k479pYW^W&Q4B}Xj1dqO`*7iU*M`YZQ}%Y5axQBxP0<s==l~&)
z7m?>Gt^;-9zf+G~?(|++p0FskA9~bXxUMb^dSo-+Hl={nRtm;ZqY`D?HG;L^xKD!+
z#zEL!K#U~xgjH1RFj!dlu=X1zg@l*Ihd!22P*KJP$iycugQT1=+Qwc$hsG<I9UOV{
z;XonKH9Q~dh6%-V&pGDJ&*o{L9#btjBJK)!FJ9E!Z{K~XUHSk+X>T<ESCd?mpN0+u
z2azD8s;0{%q#H`_qKnTKJw?UQ4{@!En6f{BAH!(I^H<fiKJ&m_qQ36$9&aZPtRIm7
z(NORF;ExXigg%Ij`S7JIe{=WAP$e(l>xJ*1f3QvmDbDq!ef&IZg&#PnZ(GS`tuvTp
zH)4gu3<ym8EgS|iv&^^5giBc2^W|XBkJ<gFh0%8=Q8Y(o-<0Uw@B>vBW1uKG5*kHO
zVjtCey(wrhDvJ6?01#z>G{!jUZPPrCP9bv7m4bRXGyp`;KK^lA-rfEU(od=zAvKzq
z&~MySN@@-wapG8vrt|;ttj$Lqf^^ZvX9}vSkx;6uu2c^ZBu<N=!TE>U?C!M~Z1tq8
z|E|3meZ1+!e_?<QQZTeClfH}$gJ?95kE#CZFn^(Xwm($#=O97voq!nh(L?dpH2{RQ
z7?g-0j5T1+%7Ua0)G!pB?1-IZ2F+PH0A~=|EA&K9{KOlRfwRFmLQRV;7dm`h-<~>*
zY5<#ALS`ynxxN)+XKz_L3!F^Ppfigh65b;;v^ZqkC0qBN{zT1(RU*$&E~Fs!Z`EMS
zd_?Js_p84-*t@Wo{=DO<QFdI^y|bp~AmXfyVKju-(HqB*d^qe}3cKjy^F&XJsu8UM
zU}MVu_t^h&3I!0xKGx1aX)g5fJaNY_C6x}45;U&krb~~Pn%3Rx0{nUyFQHU@Opa-i
zfP-vwG+{Y2MBfx7r%KFOfi@PDG@vX52r>dmCwn!<1wUu+-pNgC$Y94$vT!~cC?$xK
zBtxz2Pub&a-*ipJSg@c%%fS@9MKVC2q28m6f)I6O0+~s%yDQhoiZPMt8V23X3Bo!p
zUw}<Ln)QkDXwg3tQPO5cW$*VUee-zC^U;@&5?_;qOB%D=n$86}h!87UiB*xt5(rWZ
z^A16}=;AYlgdf#5&*Sy;3O)AHPR2AJ?5`6~moj81fjxGK5c2Zk1+1dqhr3Jn)}>`n
zZ{HgS_^`oLKXixZUgwEh^hbAqFZ&)Oqf&=pPnJ^RSh*c;#{7Pz0|4VsxYfsyf!}Ou
z+UW{R8FSB{=u`ojEN~n|jT37ghwOf+YtrwlQ=l7WIt48gUDwCUaWEUf{ZeCY*~vUo
z))}KC5rIMX#9gxc^v0u^RvnnbpIN7vZBvw|J{f)XaJ7F@*jDEBPKX18qk9eD{8Sny
z_JZsWoZj`wk^w{^vZ_-FL29Aif&s{C*vXo7(Z%aW50eC3cnF{a{;>Z5KA`q7kUYhC
zH;tCh1Nt~m)&BbK@IDkB{&?~EsI`aB>cIrv3yG<o!j&)z=h2F%AH4tJA3gsX_&PHe
z7|4hKfM_MRDTid0!g<nq15Hy?2R#UrfW2{&oA!LfAYpC<Q?R&o*w@xdbD)aB_y(gJ
zK9p3-L7EO-sFuXDQE2-BAb^U~Ng6@}7qsopK)~0w+;j#s#-Fbl=h4%wFv#O~Dxri9
zM;#$#pUu5+1P-C~%J=gVn}VO|l#p&7`gS}nTX*9p97hnqjwvF@l=t&C&gprcuZm&R
zagZ*$c;yiIu`1x|<m|)qycpnv0Z4@(G8(A!QCo&-ufhMB#RCFZ2#1hkvhq5VPGIj$
zb^ZAY238NurQW6t`oU##A3~l29KF2^!xtn)LG=-5Qve`NW?KvboDv~KQ2|d@CDziX
zYxdqjEGwQSzBQjY!5CcAhpug|2FlU}>nT4gT(%@LE|Yo)MSw<mVupY<*fZ-b7#5lD
z!1i#W_p}0vALHEhc?ye=g)RE3pE`zc96%@KAcQ=1aP+4ROJRqVyv%dIY=Hp!3wM*g
zV*p~#4rRa?Mb6;_MGE3Q<{*rLFb<LrBkglvO<i>H%Zi>_SI=R02iU>>WBenE7=nx)
zWp8!^G*2c*DZYN3!FsAR(r)VIwBkh;QuWSicyC2Nc#mpnS0;aED{p@<OLOQcUwFkA
z?l^!Hl{qYRSd_6XU;&PQ@p3>ALL5dx?1fWeJ8#a`Y=9CFC$Ze9%twrB1dPKBiAGnz
zRW@l_xOTW?pAd{gY_$6r4yIui=oF_BLzms0Obw5_Gb)b97|wby<teP51Gz1Gq(AqG
zbl!qokw2;*{(OfjDUa$;+A6WUlTuhxw83F-K4j%5k2D|o1C;S_1sr4wt$|(}LShaf
zfFi?XH<aE*7q1sRzz^P44_77v2&S+K!9W;-w7aU<f6F)?KVA&>F8o8^NUIXxz0+e@
z2(~sc41tc;7CG2UujtVnWYnKoN9m)7>ilcH{;IWt>g@$od@*Lrzh!zLM4}IZV4y&n
zDR!V%<dBl;h6n106Bt0ZuosshiSN!q?qsBBgF!!9n5c0=aUwl0or&uYVQJ5yZwo8*
zK{TJo27&At1C5;B-<v_E%#R1X{_>BE;q;;Ol6aA#YcV{mP@YOnHSZt0jB%V@>PvWx
zCA!4R4nWE>^Znr!=Gq^h9EC9Im6UO+N(p0at5qTPI59s*B?RHl>3NYG9fEYx#j6Ds
z^>dKF@_29zVGKlN93+~l{YOIq>cn}5JII}zPj_nZnF*enI<V-~yh5yGxP8XJOjfn4
z?$uwye{5@P=Sp*fUi~dCgwm}ofDlhsXKyI}U&D)3Sf@FRbht(zC=q1s9ne?IB0~Cu
z0g@0<=Vbr^k|*Y}R5TFbwSC{VrVjg#L|*LL77Tt2!LzW4W)m08LD)~`HfJD1#fj%$
zs+L-w_{n6Qv4<BR&X|pr9@(&a%*W-@1p!A!C~y#dKE}_Y>k=YV$A?y53l@SjMBKOf
za4m4vTf~DOLtQ+5Z|(W>{18qb*b3|s(?dM97FE`JsXcu1jA96q7ZOe8JVZtiUJL0E
zq>C<ID|Ag$c}qR??RxN^K#>9sq}YFit7W&Y`e>#ol(s!pPnHMagL4c*9#wVQd_b)7
zJc$p8QzJ-EZ<c-dJ7Ozprb>)Lta{>(Ef|pDsn<MXYu#<#QiBi)=4_2$<ZQ`b51{Tc
zbsUe83jjnyh@+0d;MUIRIP<L$`;;*CfrSlgF(V9hf)%JNGLS$sDa&X4#CO4F3MUSc
zg0P>>Tz5oDl+ntA*bg@m;Lsn34oZnw{;Cg|v1G!I;Aoy$?u7IjxP81lS4Rqtx|m<7
z$)Cirs5oBrFGBvYIFic93};V5#>?@Ph!!1q!uR;#qo^}lA%ck0RCEfq5u{k<M!!Rl
zF1mP)ptGTv$b#BrE5O4R@I%uN)I0kFo(E~$0-g#XI^PhtOB)hXsK7yQmOix1Q21bo
zgbCuVT9M3CRjhbbUus<>;oIlx`EbR;8=IeVAkmvtmaaGdHIS5|5~4cL$`NQDvai`v
zKA#M@(8+S{gI_veK+FfsqtFIN+Qi52bd<&d<}ny}7F6Hy?l~L?GKA!pW&0zg4Cd2#
z3H5o~+Ng#b8mPGSE~45LTetiXTW{GtK@E8BTh?YEK`MSBz<^4ai2wWsTd9STmpB4=
zC)zrm&C!>?fY$1Tj|1>B*SP>s>QGjRIaQ@|Y40yOFo1(hy;!hhBqAI>7AenSK}?(u
zLAvPT*1?wHXbAm}I6c@x4<Vr#jU~gP7CcbOcCZ?X(LTAed=fXLr3QF~uIO@^L9R+P
z2`KS3Z+ud)bb>#j@;#%uoh<sjo}9+1xrnqX_Ao&uah%pG*0)r7oL0V!z3dQl5m!W0
z%Atqj<;IvT^B_tEbYq;NXo)!jFLT?BbiItxs+HY!vxYUBOks}1i--f0BB6_p>1m(+
zXq|DrEPq(`$-pRPic_#>D@LJjlqj?4=OjRT5I<Z3e+eTX6riWIV%%rFUTZuvB|)XW
zhY3AS=8%ObwCZh>jz^38Ner)k8YjylrTwdVVf_C&WNE~1)GU^jXs}bf<vz&{iO989
z%^qH*j@77Sv8~UbYv=8vi<?GITSgJ~KeCIj0*;LRnIrp%q6ku0+8!`8<H39hQjQxE
zZ<cZiJldrNX|vmF7Qh-o>f0zSIfOJn!GZ<;beO~g+AL_awUge<ja9rxA|<WAo4Z%F
z5b=i&Hjs@X>==w=G?yAq659vG74}XhbHEhKoHzuGw}$K$3|R3k9~7@v@XjNE41YRV
zljx6@oh=ZATmu?xQ<zK#bO}}y(g&N{HDf7W?%Jz$H1QJqkNJ9CzyrcSp@wNMKtc<;
z!0ZjXlkfWl(PaQ=fKV!n@CuZIa>9x(-(RPD$AL<ZuPR1Lf8(aAT!E5W;STK<jtO>V
zF}9T$dK*;a^X?AYc`@7CY<0X!V6oNLt9Bfui!N>%+7eplc>-Ai5TqYNh9AW+j?wC^
zci@V?!zD-&d)O!H>Cdkn?Jd9FtmiF8@M!moOCN0zM9!k<y}~XA8f~`Dy&5E1{6oCF
z$aKl8UxQXP{}9QY3Wq>)YYLSLaEhX{IaJ4o%EB^7CH!1Lx?x%K(c0-xOq?zZJkzo*
z7wz^4)UP2IwTVZhgwe;%5bUDTQN+-K8>9nUNvtsMgAUf%v#nH3-G%3GU;<qQWi87J
zT|<K^dJ-@M*BGU-Hl7d6#~(dHO<I5Y21rFh5R2(O=@8X$AQLe8hwz`WfM&4jKD0rm
z=0W?v>|=mrF!jAbeTp6Cvs%<TVXHJ&9PcAY$3eR2;%3ns7?8SJA$|aIWQ=@d2q2KX
zV%#L0hsjiZMtxo6ldu?j+)#O4S&;K8Qn^;92~z4wN@0n+P=%JwSfO4&lfDA^C^_lU
zq+?ouvY)CEE1|@6q}T1qufuL3(bR{gr~$(U0*WKy((#~rkM#|jatKJrj^iw#MN20`
znB&M+E*PaljJ{3mg~ncQ68hFW_h9r~C7|Owa-k>!Pj7)Pq@wgeLhFxi5--75-M6zy
zQ_7WZr+o(A42V*v)O9su*i@jzqh+m>y}VT$5G4fR5JIcFPzfUHXOOv9ud1r(#XM3Z
zOxN4bjL-GtZ~y6_<7`xq20d{~QRE=0x1Vtpjv?$vDX*o^l+S&Qb<xGYZ755SeyGsH
zt008KhY>{)=4O((+7KS}my>78_m&2I@84ceUY&YP#k!qiuYsf~lC+k>YE|dabWe%D
ziD#!;YroqdQ}gl?nl!gHyKh~7U~3~T?pF>`9M^Zp6v%~bkDwh2T67_wM;74kVNKVB
z^c}Y7uS!K3M44rqi@9%L=C53C65Cv|=NnHG1~oZj6!rv<<%&HRit11#v8H{7(dyg|
zr&;28=!<S;BS(i(_vspxNeX|eYV1Xqp`D{wx@9LDwfz}&QSzy?bu#R-7p2wjqJi+o
zghfhk^`P2qZXCURpqgK$1l)&DiYG&f)JJ;%k32_|CW|!}=dMU&iDVWK5e6f(j)Qd3
z#f_pDtyU{WKw_+WV0d%*O8|)Kar2`=3o{O66=+k|KDbKMSt7p2?eWTl1SHieMKvnc
z9nl#iK%&8#dgt6ANS*%Te~%I$luRUysgh%QeYaM&OuC`rCI{|Ve~s@n@=OpFv8N7Q
zPE7^{MhLm1ybu0?1$5|I)^w>7;w)Xe=#vuV5AC@b8X7Fw&Uj-31JQd*5L&U3v6UZ+
z?TitOv5pbK^JD!TrA*8$SWR*hLFL_2L5o~-2g$IRJ0C;o#4zoV5@k?Y$!CN5ptW;$
zHBjr#p{#(oCmkQ@gG&ddR~L@-o|Ac_e)BtMZ3YAm;V&Bh^m<aB@cH0+T}nx7{?QcJ
zn?`ZU5TqJfnrAf$5tdWvSy-g(PbZAkMHjb;o-<h$f`9;c%(FS$&dmWofPOFl8FGbk
z<Hh8Z-e^_T_ub1?wYWe#P1G#zjsb@2(jwNNhP-^YmO;794$JYtd$(A(`j4a)PRjpF
zsIuR!Dzyza3#SBC?EmrsgmtlVN>huFt=THJ<ED&sl!~ZgWUFG-2f6me+UYyP5VK3k
zbj?Ugf8&OthT;TsD~nC`vjsNzQt-a@-A%?21f>*p@Ex?W8F4^>3t;7sDtnk`=cFWL
zz24Y4<it{T?;Z%GKy6)@@t|4bo6aohvoxS7rwR4;eOtJKUrk^DUcR^V`)QR#suMsz
z3P40%O;euNxM4?~Q)f73*_kT_mv|jSKnNtVx{<;zy0}I3)<cdTi>a5*IRRl90{9^S
zBpN_{H#thM0y}z?C(7x_K<X8`&Z<ib75|HPUcMSDkJk8}yoxofqMa}i_fcZ&&jIb}
z?Nx0rEz>Ngtv$MoGvev!p}XNSA7t2kl@z3$n0A<BzRyo4pwC+*q7&El(>@)!BjOBj
zbe#c626Ul<n4E&UA!B+TjCv#iK7YjU$WG>_8~Wh{#I``E#4d<Z&gQo3`WBR06oyN=
zqD0GhF->xi2`lU{(#I2US4WH6R>G>yBc!EX=3uRZvv>dY@rHk$Y1-H2W74kLw`bht
zBP<QP?`Jpp27@Y86H|^)6BQVK6|IAuJXah<NMxmPnx>1i2(-_ArFGH8zgNKJH&BOl
z_f>@*a~9bqErv^gk8z(4*`mkgF`mK=nT1p{ezZ!7G~4<*b=7O<O6qk7{#CH_oT)8-
zAg}*|zO>ded5whc$-*pDO@D+EO=e1d!sf;n4oNq*)>rvGFFiyFZ%tL#wm+?Az(5i-
zHAizPL<qLn4;3d`_xp}2#yd;{re_vD{~9`I$;RSv689B+_7(d!bM1M^h{zI-<}6E+
zjjGd;>AUIN4pWsv3Jdg8Hm((BdA}?lhNc^k@f`AMIc?Lmp1y|?drN%lHzFU9Cb#wY
zutY1B?xT6bS@!;JFa&d1wAUKmIj|kkw6=GN99({ls*_?7Z<?JCU<ew8EKu{k5In>H
zDe2FB$#v1izfEw5P(Y7#iYa6c9)KUPky{kQ(K1?&iQa?Zh0J)?VO+lWk%Uyk=~e2f
zC+J6oGE&xQuja}YQs`(M?4_{e<(taOp;X_X^(`=#VYF8I_HMh42QrYgS5Pc;^xAi7
zy=$~Bw=8o)Xv+5dqcKhj=Gc}7CWAt`#9t9Q7!L>u=Dag&<zNq1h=}2UiVJ9$AcD+i
z9DNPb_ifXin-(Z9QmU7E!q^G>_zNox7>eXXD?wXv$iU08e0Lg^Wi&P2bc{~Bb~e@@
z#U5r$JfZbFIe35`Jp=x=46tKBe|*=+`vVzbnsY{mr`9Q@^K<F2@O&KusDn(ga}Z8n
z_@d$<Q-L0k(&|PEyXfM2Q5%HDkOAPlV=nN+i;EocS7UWe;Ib`%5xktjs!O!Ee1crA
zUe!6IMWQYv>}}_(g<41H^K31zXze9Q+V4s$6imX`-$aYhojtRB_T(3=ODVnP75Mk~
zoba@?THR=qsKHn=egGv9q9`i{vomFs*t}*z>C6*3EJiXygECG+hyyFWorLox93jH9
zTzLtZ8t^2vaGD)vGIS7N49(RDaK#+K61v{_J^+ZeVJ|o+!qK2l$_12A&?y9-1&pc8
z5rGL5hA6p1+aF)<6=-N%8xZhs+G`<g4JvgByqYScP_Zfn-)un$e^fQ1)6mIQK}4#P
zNT)|DNresK+A}s{`e0O~@ifB>EM{TnbsDSUAaI&@2+~Ct*9x|;i-hzXPhZUihOqtH
zw8%$Mw2a0=yaXm3=EMHW^h25ksG36M#CNMs-CD|9iFR21{BZdQGU~)tof4xmIgv~3
zZ1*0n`i~zd0|}o^7b{_F11`V0p0r=CmR0FJ>&rRJYFP7G*$?JcvKl~_m2W^%Lm`;M
zLV$6-rH%*^6aW*Z7dV8mw0@3+1Uzg@61ZVaNT4Cw$?P=G(+oO$R}7$Z0x~A-m4Ua+
zXX`9=oIa>C4!5AF1-PMUxfjN>K8%N0w(k~B^YL4szWS!pagpv&4ee9jB}aRYe+SiZ
zpgr#KCEB-Z{AgaW$MJWsd9C546-kxwqup=;KS!m5J+bCi^o?QxH9Wu$+ypfwq^^gs
z(>(7+3cKjy8qw2?YEU=!vWk6Rp!n`GS}vo=5!WjU{*9hMjfQsgWVnExyI$qGd-Yl(
zm7?2;lxpdMHKMS6yU_T`bAUk9M1v2r)wz+LG#QeIyRvy)liHGY+r3`1vPtiS*3UyF
z)Wd8&6@Vi@k(!z?>Bj&>U4>RkNQ!cZ>VP=La0R}INyuQtT=h{gL<>?E#H-xZ*nv8G
z4DezGY;7z{BlKX7kYOjqq0GSbV*(X(Y@&ua@zh2DVa&$QX3k=6kbX3`th7JQY%B5B
zY@y9FR}7}33RlsW4$z})l=x^3ZU~T|ZJH=O1$Na^o&PEYws0X70U`SSFRdp*bg%l2
z?V(vUs3~DcgD<=z3&nEkxsW{|p;`c0EaV@26NGK(acz5x_>ra^f^^ZvHG)Q!atWlb
z>Tu^7)INeBSYrN4SW*Wj<W-((g`rK8&3>J<S{$02+WXnop1;BXE^!MCq<3)Lmll1o
zB+@G1R6~kB@uss@3(!6Xsoo5I{QOkxty?1`2TLUojO(yf-%M3Cv+U{Ealjm~NLSOu
zpBHTLPqHjTqYzkNw~DbbEz5M1>2NnD<p66HL&}%oB6HbOg`<)yi>QTZ@01m`brpT6
zvrm$6r0Kd6+u?MQ&fleLqQzEHuov|$cgY}=j<U^?Fe1VS5cy1e^}gu=0O{3Ktd)Hd
z04=0X+Q+B02|#>qLrD90Hn6{cv|Ftdt@bRD#cEpiK=QG~L>AQ#00@i}VjW~YZ*s92
z)Y7MM?O7Nv;ziLRNEcmP9$d>bU8L;#YV(h@m;{V{ETgs7<Pq44zKOKQ*wLQfmiCY`
zD711yhnC<+k+QYV9qY$LPb^u@%7tGkrQ(nVDh@xE>dysz>0OE^k32pJG9N)pRbGM`
zZ#vpRKdwJFZ7Um2O|-M+)_=Tg?qkh@5VGP06v%i{s&2B-vdwI%WB(C*s>DE_5PKej
z%PrO7FpG5EVZ3FY73h7aE$q$6NiEBE7jVc%ZsC*+L9mu@yXr9?;iwP#_?Wkj7B5tk
z^vQ$T$_!HZRFKLny?VT~_9v;%Fs|8&Qz3^ES#*pXq)x<QIo;!G?{!me3L}MGD^?d>
zTo%x{l0qyPfC%p4y6${FT@)jLk05dst*)9Awp4{9Wxw9h<c^x{WKZ6AN+sK;7M??a
z8iYl8%w2m=Ec1i0qbc>v9r?Ov1&!h?!Oi|~>H1;NFF;P+m}5T`XuaEU8YY$>JG{~y
zdF<y2{vaI?2MXu5Kf!lMwFpE?lFb-4+Oyd>^1KM^;kH?<Vf!7pW;WYG<=%{4_8gWQ
z^z$Uk*ExIAc@71SQHUj!L5vJ!<J|JIw~hl96hS%S6?=j>w)0wbZ(OfpuX@8$su?4y
zw@<?cLDZGtAb2{@IfBHTgGd<CAxIZpTozOv7K?OIC$L-&AMSjU0)7NgKQE<A)JW_k
z*IFHx^3~lge%47Qd6#+8CU*^4e=go}b~wSB8yp_F{FTa?FhiYa<HKlRXvB6n(+Q-o
z@;*;Ixd0EV2)qTumBZK86sp@H{CE=$cnZs0;>Mkpg9&3G-jcAl-k)adH)1lD0*)a$
zjAav|rqjiYz0qA_=4d5l#$zM%iZN8~vFi*Z<aY{HW-i#N!vx}MAqXDCvV4@tdOGB8
zwnvQ>y}hJX)!nz(=qq6fLy)*ekWl2YxW>CYS{NIhv|<-sTo65Vm==r0LX<y3pdJiB
z+-w>Hek=pXVL6I)l@@jq1~qoHuHdHeN^cU_dQ}5GJwKvjir=>9$0T2#dlI&kZI9az
zvpcK#Y<=!#eV15hCb-Iza7N3SYbQGglzDAy4n^@vi3JHi=PPT987WkU8EOQ8#vh9J
zNwwIrtZ6VNWj_Us$yO0TgO42wFP3DsN@pe8h{v|O2^j-fsg9FR(<O8R<A{hJtQG*h
z$^zb0QVfn>&aV(u+45S*S!mp=3nEfAtvZjYRF<wEu7Th~oFQhhTu!KK1o3L$bdDpP
ztVtJLoF8nb#<N!fKL9*JU?9^)VJsn{@pvGY%=?~gg^@fjtoN!ibCtJlwddBG$+H$O
zTz!k9*~8&bU@_w!7cW;coY<ec3+D{5gH;nsHn!;+j0UU}g`vfKj5Z%QM-D1kP@#Zc
zU9c~CfJ%usH9@6hscATv9y_?|mRkl!HmF?@vP<Ei;XGZJQw}kpTVFbPt`c_FB1w%H
za%Jr6@zijZjI_<Mh)&nLHCw;|gc)d=;Bxzl5W-jp9`qxDTZ-P^KXs2>-Cx&m+uq?a
zNU!G%(<&z$RtS;_*ISu`XrKEU?4pZ*)#&wy1w#+ed4NkT4CnaAoqKUQL;#7@Mn)Si
z)Dc_O(B4O{Mkl2H{lhDO_~xu785GGcW*{i+SVPE5_l;b(+@|E1r+xG?N{l6tykGd{
zs!!Nj?k>v+(r`(h`mnIaSP&`t01^u@BlI?jZ+p8nA4T_*okqaUoY9RG`rR0Sj5qKY
zb2l4fIXoWVs=O_=@!07TlKO65n3kP6x<1<&V2y6s;RsaZ1EUXPh&hM^Tc38?DM_Vk
z1QtWso86xEXz7HZau0?yjLIQ|*6n?A^oNTn=OAob6!KC?<u!#s!VzRhIu6oB7iUC|
zYFe~fV1vAe@PYh;;m16Si`6Iymb3AgNE2HOFCbGtlm-KOO}arIZNAnLq^#KXJRMx&
ziKtQ@la(*~yr2-Av(6F+JOFKX=!_VNDNDZIqkb4#mHS0LW$=`kv8rjMvjBbeY#PF7
zW<(S~4BriirfKVJo=!aI*D5vApJkwt#lC`$TtAs0M}b}^;y4cb;R>rPsM2c;XW;)~
zCoX#7mKuX2Wr<$7?hJEE*!_B~U(bs{w`fjv9)dvB4c)C#A(6hSkVH5Gh=$+lY#j`-
zuMn$x?6jU&2*M%6<Aa6McsS?~q>C<2jvkGQG{p(sxeLt04MUC}UOY4c7yy}(8ac#{
zkES5zuC%&hq)Wa2>RREjWjEE1Uu>RP$|@G}Jc6h>5D;tXoRv0H=P1t}DE-tm2-<z*
z6nKLb6D760Jl!xbu{LXLbR7o<BPTHw&*yHsb{1eD2wGT(JbuF2Mp>$!Z>QrvEX50$
z19A8q9V0vpU7V@y%^<Y}V}-gA4wo)AUD>GdTLSE;dB`AfDSD&IV^d1XHHz*OX2(xX
zV(mRgJ#|t~uT(RL^4yWWpUvt|*vXyou0l8Dy@gqASBMZY?GU7kF3t%UK!?^{yu`u~
z(pMq=%MhgC_%W_E6YI`=CAJ`;BrDa{bIH=o#}jcnvQRa<TK_4nymp^k&j_scmOoS<
z&Va!Z3g5PssdQE>31Nr;>$U;YA^wW2>};~!z|&9H(4?eA%bm;k)szeGhU{*B=mi=i
zw<_JN9b15bnb?d!uyuHg$inywFSWDny+(H7rx+wt3cy)1*-d>8AokQ@ufkr35ExE3
zm$lvbQR{i>L{a}L2c9a|$(zaj;JVbC)#&2vNh0)!!A@_if$%dNYatvzV6<?`00g2N
zDeR()Q$sUSE)axO#yKJf{_kc}Bp^m4s^@YGrIIJvn2O?MbrsiJ!k0?aM-Jpk;Y1lI
zoL^%d!#7aXLY{ucDD-VVTOZ%{E5&$jarjXvVG*I-xiXn!AFmO)X1rT~gJ5R#85k(o
zc$MbDhRSy5zU?l-eTu8tV?qmx;5mCdsO^@N|G*rQ>Ju<bB#U?oFYpNulVZf6mj%v+
z3svO0%6{xyiNOa<lq1U^4qI3ob@oe-`&FK#(NAmWZr!UT7;=5aB8HR^C)hlVh3z5p
z#xs5DO*f2!OygqQAxIZpoDhtE!07pcCy9CPiW3lqA1TjZ1zbQ;+WPf+{qcq^Uv;l;
zr5~c7T_k@Y`m@Y0$TjP}n3P9_+b3d}h%VSBj{Rs(2G$!k=oV^3BkRI6ccct(MYmU)
zk<WHGX_$=AXG<x`)GkJIm>ofpMbj=w2}N`$xF<dclK=()fD9oQRf5a9ZGqNqscgkj
z(TYvZ7)WA{u>E(JnfP*Gi!PK66=xN)2Z{b*dR#)OKM8HybFO&guNJ*V0ZsfRcK}xA
z$as?$6;R-FIR}A%WC&qDiai)FTy#FSU376m^oIx^E&KqIKZgNAzz_DHTK0OqcAuo~
z%;JgCC{fi_OnqNW>PkVzp6eP{eM(xD)1O#K3)2_2u_p(lu%P2Ac5wJ4aQ%GH*R&LK
zRGz99!xgHROr!MxAVeXtKb_?!B))9Z4U;5Z!<%yo#!B9qR=5d3Wie-@Xwhf4i)S(e
ztYvJ)2Pk(j3N@x{!q7t4BHC`ocnT)$*hikZmY+J>(d7?a2<e}DAZ{7Gy$XnwNo|Hi
zsv9X)i&!8?%|V(%2#^qrMbwQHcG1PLp+rTMzru}~NMJ$x?ufGwBT^Mzz7+YqM>!j<
z*8DQA+9>r#2>kjagseB&Vs`oSw1QH>LJrap!?gU>v32`alqxT0SUEf~)zs7-_6ZrR
zfOYsghAA4<!=a70NXMYBqNb)D7bX&rd9a+v4_NDWVw2Gi(+`*BmJyPekr96fxX067
zZUCLWq}B=<W-dOfyVMvj0ls4S46mTs7h0g$Jpu+nVbIsK=crdZ`pBk+uh{haT(p%h
zbt#3a?^i=4i3F5QR&&@VaR7lKr?4)iqhBGg5D@7#I$4u0x;Qd=gJD$x5$uCk8RKFC
z;KBYZ*Gi*>SdVb^qGGz!_O5Ea)w|8YQ92tpzkVKNs|y4<P!1qdwsxOIdZ6JJD%eQ@
zQzRsC?RcpYvUGuAm=SxalG_8?)492DVD%rnVGxUgN9x%NK7QiNJj<F-O>0#uSOQ0h
z6P+pnq`N|M>HrvVhgY5IMwTJ5vAwmX^^v78yjb!nKE#*@Mq+Z}IDMiWI|)Ldvnv_>
zOaP<~aFwd$mMbZKN#eN~OsW*0v7NWcVu>_XgCLN{0uIuR6n4?Yk%2Apq5;dT^H%^M
zL&I1C1&JJC=+KiZm%ZLN9}|VjJHp<r${#!&_d+GCr-F~CAIM`3P2V?zbDpwv0-ypG
z!a!-b=nPnvYQ_M>!qG%Jgr(j>XY>&)<o#(*gxq?#95Q6Uw*%N?XR!&nu>Lr+gv}ug
zIkIQUrh&p6$_V!er^Y<tWt4)HMwT${0@<h18B~>$GIGt_ArE~PM<%lRQ$LxfKg${j
z2CcU*dNW(7OZlvNu#gTWF^m*eTP3Lwl8I7C41Wx*GfMBGi<blP!f3FQ@eG!L4;TO`
zMt~m%;D@YtRc+_kx}`epKG<I6KKIh%s+C8H>h48R?aFVk1aVF9{hQe?-<}^QAiozg
zBSrwh(z7#5QPQ2gMu8H&D6>mOjH940p&dT}C7I=8D7^z|*hN_w;QPTj5O11zhNEEJ
z!?Lpouwo5Zl<icc5tVE@*x^p`Da=42%gmp%*RWlKtkMX?PADEmNN^F-XBa|`nhjT0
ziJx4z`gFzM9HTKM<2Tk5hO}xvr*%6oR{LraGH;dAryN6uoiJ7xUA!1{T;qqp4pBh|
z`~dWrf&7&&X|wB1b+R7lZgdil%3rO$VrZO!AnB!Ayw3$aG~=elc6i=PYT5%7L2%@P
zfq-xEX})slLg!TgtF{xTnNV;CRYYA`tH?m0cPlDah0qO#I!2afcG@pz1*WIKq?Sd&
zp42neL~th{Q3xTR>kFwf8Vw8Ao`Wb#HY`kw!3ZYmf-u49MFt_9guM7+2r#JCIhg+%
zK`V5qEe_iz$L+ZgS_Z&D+?s1Y;vgQn6&l@0VHaJz5Hu3ykF3>y<!0z#YXnhWc43h4
zLnyN=xM-a^UEKG4J3M2cBmHz%HtB?=X#a*NOU?ukc5Ei#8<m$^^qQ?q&4<813RuY%
zb-CWyi786n3|z)Rze+$AWa)vi6u3o!mEme(=Agx!U|qgH&`3ER%`E_>5)h=MVl<FF
z@4~`5i=m8)c>=zOHkjwa(7S_hU&d}wVgs7iXBa}X7pKe>7<%{Cw>|h5g=8&RcLX+m
z0zKhK%t?r5EO-{H>gNrsW-OQ}<b@C~p5`5bbkW5#!LBD6KdS5%vJZnr5X>|xn?lKB
zgd$haq)v{<5VEn)(`8?+9?F}#Kpl8VA1TB+K}Rq&h@Q0sdauH4r<EE?nyd&MwDofA
zSt;~gnIi_n8tSr7dE;$n#907^?vj8oZ{h6XWeK`iU@@{FFuU$7p&$Z<6^(qr`UeiS
z=-7H?`|h$F8jEzYn%g2zX2%1}(~UhhhO`_)2;nI8{6}$O-_B-N8{xcF2uF5ZDtyS6
zX0%f5Ete?_goI&@Aayg=TnL*$8mmw{1nHuSC*ukHfcgjHACX}!2THBUUOQ4ZSpoqe
zR6qzlR-<Bvo9?uK>VibqGl%WAw`W4gS=Ife>7SkZN8S+{u<IuqMi$o4EQP`(g{EvZ
zEtnW{J04FNBH&;L<fR<s7<S@8<$US%8HB(P#&o<~v!9c(i*w~mJnCp_8~3>@xBzkZ
z9iRe>9|q-eHX24#hFvbU_WJ$~eojf?RzratLSPc{*-zq3T-#06*VA2;gQ)!@`;B{h
z{TwwLX>_vq*GiP4IImkPF0|TtISrY{ovcY0T|6DsK=~`KzAFU^C<+F$&pRa5#42mR
zhw(tu@5q%MN2vYb;N<xVMO~9)-BGU-<<7id=e>eCb3|8?q7oK6OknY3K^qn5=dxSv
zAzSXfS&0XckpVtm4yLzYD+n1TzyllR(AiJP0t6cQXo&(}Cpn=yS4PCHTp(!c_|HI1
zpq@@fc>tuv1KyKmh=r6POaqGIm-oC&BRH`ni_g=AMbgA8qGJ)HDtWYB)vLyjx*3Fy
zaVT9(J%w&lO3&DzDUPMXNMVN{U376MdQ|HhvA_?Bewa`JLHvjelrPcSDXiZ9#mQHp
z+G69Fr5$oIzB$rPhXGja$ZI-Tj5FWM&vhUnxoLCMDA##tO$Ws3V?!?^BcQ;pjq@<c
zmQ$NU0`2!5hrtD(KZN$)Y+MonAPhkmOCfx)BQF_HJg5w6tm&8tO_H(_E7A1;G`3b6
z1q4xdKw8omo?#@a7-bMijN=GxduN&1)8O<DxGVgYv^bkXQ^8RPLNSX4U)35}y;c#u
zF$_@)Ml<Ga1tBQ$o;@z5cd{m3bn!TPWVBd_^wqpcUICT&(qb4e_=r@HFKMRAdv$AM
zZB#2=x!Y3`S$Se7W_DIh7B=qWlp*TNVm+E?lm3|x9=VKd?BG2s1Qz~PK2O&O0m%?3
z2nEB#Ac9IpOepOShcUwgu26y?B8W<goW$LcvV>fcWfugRvtYo(N_JHRoF}p%8|5rM
z*_MwQUfU9_)036Qh>JN~^F}H)FI1VuajU22es7U$o1>Gvut>DLSUlMXdFS%+^hcnC
z%#|B`ENIulAA(alB1k1WjSzwWlGWmh3_?0tlP<b=6jYKgk?{kXcVYH}!G}hh;g8xh
zRF^gD+EoRL#&}0T$RvT?^?6GRl{5agj-E3Kg>vl~0rs`9jI#sc7<0xJGRsVNG1xc;
z&<{n)Y|h<nVKk5w(A2vaM=-eIL)qKP#wb8iAetoEjPZ;Wz{|p6M|p`Iy{o1I4*d*U
zI5I_y<LcZ7O96waO$2PkH2ne>^zC?}wjr1TBYNg@uKY6;T|O)l+r6~(j&fd>eaaLH
zZ@1!KHvd(gnYF^ZGmJN0T?gUjX-Gn{46|5R2ie5S4nex;q7^+w8|1=0%58=R0Y7q(
zE@AjF7^t+_#5GO4P4?>X$T{WZ-10^Bb0@RI)AzH@>y#Wrwzr26ZE8=WbB7lvjDdJ-
zc$2gYTuv$ylv|$%eW;j^bJzA0WF(rh48Z=-9+5l*F~tOoYfEhR&5@HZ0AbiX@YrhV
z&4@-~==QZ%eJS}QegXL>7$nRhT=5k!KQu>Ev<2}+FRlWzi~zyEX%6ah`6g`=TJFgz
zWD}EpwrqW&ffQF`@h2xesF8P<zp6TUMKg$I#G6e$lrA9%Cn1|nCu`D07muT-=5_W;
zq8}jMF2r{uXuqO*Gn*yXK3dw@dr_y;pItS;;Cp(BxA~U4>m6^XcXp(<IXZU_y)<nf
z$ImGwt3Z<-x|c^Dato-4mkS00U^bZToHCz=D6^=5!igV-K1>cmZ-R!vV$UNO_t2)6
z@0&ZKajixxUgJz5ty|OBk#Rg2C7G|*@WwR|6i%HL3@Ab}D=(|NVJ+#nmNxLgJ$;Ul
z0jOoWqsznt$Ou$m{FC5IQi7J}LL`SNyp?LkVk2>I*h@(WvSEL`>1NX*NEcm5p{vEB
z86K31=kqL1S0hG1q6b|nIo6k-F158#Ar7&B?NX6Xe|BBku{HCg9p$6oRePLZxGjXF
z{^<P4lhh8~bO3XH4qFC&$X2-{C${ZRQ<V_ntT~H-xxrFd&H)jUAyJFaHeuW_TtWg%
zn|VIFkLd=m<U1SoGe$0mHpY<<cAv7;T1Q-&&C%&_q(YWT>E~JK8YseuL}pq4p0x7V
zTGDK4+MAQj=)t}he0eYX4UmOzhvC`1)Rm;7Tu`t3Lds|{^)e}oTWKq1oP&59un3uU
z!dP8&QOCL}f3)aFIA{E0gzD{(v#Dh1WD{GtxxOc9pzZ}EQeIed3){b37(;p9%Hui_
zWV`d<C<BnpU9J0CxsLtB%om`FXvE+(2=#8Ga4oT{$9*~&@|pCRvNMsE*h5C-7}r{l
z;BH|=w+t#^hQ>700bBbEA3Ay=$5npNkcEijKL#0KD|UdQZ8c{Uo0&Sq0e1_nro;im
zYErp9%44=TF^7Z!Lo0TE@oz`{qix0)Ou_dWku13l9dA?^f?yV_uB2D$yiiczY=lB@
z=ak+>7gfxv;lbAQ2P5yBI5&WQ5PsP;7SnYuS?JTzYOMDO)2J8oA}ia>E>^Xo+cT!%
zPmOZuo;!(-BIr=NSQ1T*GBeB5#P+>nnlLng6x^%`(QlUBXTnx-oUim_2h<SVl>I2j
zrJWK3M0>3ruJ|)A@m<e=yj1|Tl2u<3?&hVK0%4B`T<F5u@gyIKhVDpLQa+CErcrgg
zXx+g3V$q5$-1+H;K}r2{GGF`A_dv+_j0eh%=6m|Q)o>G|Yw2c_0erj*=kMOlxiS_&
z$o!8UPNk!+Nj~`8S8W$v{5%52&!>F+qt(Cbf&3K%5QZOZ2?#1Du`1W7%lx8NzL}l9
zF1OYww*GBP<#rG<Uc~CTIjkKw=CC*G(wSx95VA<VxmuZaI3fUk%el=FWWMX`N(>TK
z^Rc2VL*L8U?mcy|e!`ujEMNe%1fRofv;=km38Hwd;p(rHG8BwL-%8wo*NGfsHP1CA
z=H+@56Jd4fqsE@+AtYswds(yh@d02|D!bSLjCi&ipZP3Jt4B+Or#iXe2&e@k8VoqT
z{q|4az5T~KUP^D;d4<{S%IP>r7hN#?ST1DsT@(KcQ9Ln#;d9}AUitGhz(E@(a;e=Q
zTg{T}k|MhNTzmz*83&m`?fQ(xlf5&V@{vGmRe}dcfihQ#0cz@tF?0g-H{7|yvWt@P
zd*`%NoGeKV*YW`Z%B`Xg;DOwlT_X!2%2;YK=#?0}ia~Wn7%Kv40jCf@8zZccS(ao)
zG-liQ#7yiF73K3i2zeHQmDtanGiu>LrM!y)Wc^1gyr|^@0tXB$7TqvvxLqx#jDxsu
z|Le`0|NQZ7qid37a}-yMQRBVn5TuJP?lc@f_n>kp)z7^+9!3V5e++1yBCeXS8W|zI
zy6P?qC-$w&is(&HDnw{+1R>7MIl9)|4#nY)gO-^(0GVk3ULWpkXPR!#TWq0>kt95E
z#Q|goNRZmoAp?-SB)Ha(LdG5DI8af}#2_L2$P7TtoNUVm2{;t!kRr4~(8~vf_uSpM
zZX8;+nc%<)XDgB*%=X1v5-G9~IsFJw;11J^0c4k0Xe?jH$){g$F9$1k^|F7RAt1;<
zzI*fL4FeFat@uYQrOzd^^iEo_i!Km9<l%Euj1K~S7{+oIshVU1Dsc{7n$Eg-t#+~t
zyRh1!D7Q;uZ51)#eewdTED{%zPsz^dmwA%yAT5;`iaK2dUhb?JW{gbB_U6!{OGt?|
zkW`~O%^AcbmX-FQQ;KM15P~%>48&tQu)T4hi3+&Ld{%cdgQ19+C?_De#b>wac8wk)
z&>_swio2Usd8_95ZEItfgTJoXa&<<@ibR>^UhZSaP8K&hivu>%&cjxk3L>pV2g7*t
zr?&tgZ@&Asnh22)WQr3Zi*YAw(#0=1s5Y3yG4ge}`cbL3GX}C&G);e8J#R|qR|>N6
z(~}3ApN*TPu&~suwHMsu!inQ03<bJNwzO-pSpWg~RP@WG=O$+2y9N;s=t(wO_le{A
zmhX?)BcrJccMfNKGLRT^-(EPV9mZBuMm)evg|eNwzj8z;Gj&EY2Xz(McaXwLgmnrn
z0}p4pEf@NPIc{?WMG17JI{bksi(+<02CJM}S8xCWb^7Eo7~)$WNh7N@7|Z@8qxk>*
z>Hf`||NPIlRX5f=16jqaE`)$jVK<cC#V<F6_c>_qO7Jn?#A$^eAY9aI5s$``2PNp}
zwGaem<3^uH9Q>R>krvEjox*b-#;e?cNe{@s46<Dxw0C`TMAYRBlUre$;pm5NyTvjZ
zgT{%C;_>AoG}(Pq1_)c7!B>#F)@Io+w~TlI<`meIL^ig!8-pPfBOmHCnY#;6$QOF<
zjfilbR4^4b<2RsP(kdMB4A@~JH_oTaa}YYU&+MO)Lvz^Yyl|YoiajN_rk>82`TxTd
z)_32U^+1SMwewDS7AuY;r5gz8;+Gi$KjO{2&Rv;&_<VxkVSxAfp7>mS)%9pybG%B7
zr>1#hbHS?yjz?<b#cri`u%+MG__hy|B&lCGph9fUgOb1uAS9JM$Sx&b_$iB=Y@Q{M
zVp@V@$HMpF=Q~`^sWQ%8E6MvXH`$-EJAI2&5kY9X0ayz5NvZ8p7}yqy>&q;$&0$6H
zW?V%D=NK87J-HO4EBxV>-r4vV=k!OBvd?qr9HFkT!)6tiz>uWjR(~U(=<tOW{0RW$
z?Ynn8tsB-BAz4)iVgGkS>0SInqvzx?I2^Q^cTHp<E7Wc`K)$4|E#lolwEzHs07*na
zRLTmxX!9mrf>#I<xYPB|)nfZ_(6Zbg`F<%t2l3Co<>qYBF2Zmzf(h|VRTK@}%x(M6
zD`>Cs)OebYOWv_%=U8n?IcFG(*^Yi5+TIMb-Zd0c9P+o2gUz}|$U~nv1I&hn5&i@$
z9~-|eFl1+s3g@V6n?KjEwq?BJ08sEG-sx2!NV4S@%O>ZEb+#+yUi4biAg#_`<)453
zPX-|0&a1*8A_!!$=9N0Hhr(DL1?l1!7#cT^+RUq|TN5u6h95(ozKRBoYprZ4eMmL&
z@*rMvac<+aLkQNNu#i$^WZG;E9rR1X^KzI2u~sFcGb##;tk&Swk>qJ%EY~1yWm#qc
zMGcrm2ZYJ7c&|_x8MLQsMnOQ?ieZkU!ND6P>?>hxzT~354!*Yl#?_Z~?^ud-#`Frf
zPw}k1AEk$?N%+ahOOo%8AGXeHx46_vy;QH+aZ$BlHNpzj8L#~Fzuvt0uea}--jWJI
z<T}W7)FDV0zrg5?3mhM;$3IL!kojhT>WM}W^?SY6tcN7qev4v7kuCq#00e6xV(R2b
z8p4=|Z)dACUOKDkD28zk4<;I%4Z{_C2v+IVe6$>`ij9dABS|;{hgrycp>Y%+Cdb|@
zKL;O_70?LVE0zkB7?PA=c8!2oqHVEn@nwl;+wpi8?6?h6iZY71gQ!(JyljE~_;YL(
zP4uFj@K79eJkRz;ewI~ozN_$okHQ@Zn@UJUy0`ED>p$Q8>3`mZ?<xf097NPXDgc=d
zI|S+C7Z<%5!;dM$50Suv>w`hae7X|#^MOL;<W;X>A=gY@H8Bb=&ux5;06i)gqBy)&
ze-wZO?liPrcQuZp%(grOYXT`-?cHTLo--gx$E#vJj&a=FpGVL&3?e8Nrmzq~&__L4
zLGy0la=$6?*+}hd48q4i5RlVk9#;-#yvLlovCED8=nAXoJ33+i{&@r?lQSSh5gPhO
z>i6Pf(9QkQ8pu}7+~9hfjo#khbu#Py*S~)ApKt%?kM29SCg|9Vl}R2`P)Q$>&wVv_
z(Z%Zq_(!o*f5Z8QS^Y8HEav*{Mnu|54>D}f8(@gxElwRSCaQCW3+|Nz#}@fk{D}8L
zM@c1@xN<-g5j>*c_63fX6A)Q94Kg10x!@Jp{=qA#8<^QJ0}vf%t2StvKsytA#s0K<
zKEM@s<>=erZMO<tX1?uvyEPU~`Wt&XT=9yFPPHflZe!rAdtMSkKqQ`?TohL-{oZ4d
zzf`ljoA~^I8O+V4H0DvXPjvv0pMLwrn>T-nQ5dVG&I@Jqii2<j>7*6A_(cVmFPVCo
zG(TvDuIY#7d;<9^7$2nj2(qt#b=9D|__WqcMadI$_3+sdMCZa&T*L9DcSFINgGb>w
zQ{T6f0<%n`#QtRHficC#C_?%uyl7dK;S(ydLmMyjMrmtCFTx#~pD#TDN$gRDZ%_O5
z%lqHH|J|0XOrOCI1BWeTN6HVw1Q|`?l*%w+0OA@NEdW5U8Q?rC6{U8AJPv&r<yl<j
z2BL$UWm2dYKT8uWPaDZ?bNl5z1CSlK6gD%qT%8w2LTV1euB5z^HR<9P61^S;-EfpI
zsTxf1A4WdnIn-v2Kn$Nt1@pS}aSQC=%feDUt*gfwdp<*uE3PEx$Ma)%QZQJs>?Gkn
zA5Ll}cDhDQ5KuXp=)*bWtr!K-$bie9RLL4Bn_FU(1EftD1DQu909FpozU)Dpr85lu
zeEZW^Z|?8E`W;f8SjARfg-qStm}Bqmbf)#4DU?^-+{t}x!lD8I&-mngF26N{_{?Eq
zkcl98Q7|5}JL|nZ6?JQ&-fWcEH^2Jzn>TO1_}hp(rOTsIKtHlMhY+}s7za^%-9She
zzl7*9^hkyIc}+e{6XZ))IHByWAgNM&p351mo1q7U<4B5r$3)?yPwUU4^v(siUd-lb
z1zXpr&|qbb`pzhJ{nWuOD1d|s!UXj3vK5)ZBLYZ)xT-<plvN=J-rJon0kO0V_Gj6P
zu|uNNE&le!{XIjFkEnwZ&m7<f>)FOE7FhT&Cw-0dxu0#aS|olv;G-pHn>k|59&>mv
zvyh!@4xLLC2WXyLGzIcFcoDrR^zj>efB4TgZ+_n+Bbc=nmx^g}0Fl~xJphonP&-+Z
zE`AB2Ap3}$>=pK30sqKz?EExir}8-OHKQN3cIizj=orGw<Jf*CC5PDwv-nw15FHzn
z;N8ElimqKd382N+jMZ`)X69yA_37FZst=*N$_J+pOj_Yw2Ry5RLxq-|p)0Lkz=+3U
z3>EBM$gOF^NYRK9$N&5S6rAqw|C#v=aDqPI+Ip0&GzBI`0H;7$zf5E7Xi$pa^u~SX
z`YSO9a-PC4d~h_j(tw1##0&Z>cSkN>{L9$Al5%qsyy39dqxD(d+x~$a%Kz^5(C7A#
zQmZ?9bs~azf`f1b=_p7S|Mt-v<P1R4T0YSf<qvO>8->ZewpCrP1l$`4xiNa^dgW$x
zY)zIsgP(6uzW?f1D5lVt(JxP|gdw%>7lbOY6^8z*?+{IamfAv7fK{0;>Km>zp29+l
z^I*<-hHGeyq*1T{wkN1GGIF`Kpt+=!PO{>ke`gHj&HZnG0`n1=KHn;evxw7~ZkV<|
zR6yr_#HUJZuh_ivSL9;dNo@PVk(liZHX_-)a4!9YQ70Q-zw*^<24qFv_B}g}Z+;Kj
zir{lw$^A6#yaGYu20=de#oa|0w~Zdv21Aj-lJR5iEry0M<>lCEzcFa*>GCY$jf2(@
za#TYsCW4CKVsTf9QdwW+d0uSgja=K!i+7eC&aija@{4u958}MG83yaQ?^|Y$Zv_NL
z5<f{Ds82Wx-mIIf*td!{fUe#Gbw(oBx8Y~g0Rt8_-8t{S008;xKLJ2C4j$H7u_N5g
zslah`$~7C!BA@&AilB?_rJtKI9r7ZBG^VM0@eE)&$wuXcV!Q`FKx36A&U~n$GX??(
zGD|m7!wKgg*o&1l6r@9tF8<wv4n_qeu+pjmBE|<@58TfUOkpK#|6AvRMR^gguvd{f
z#GcslI7h)5+m(BZi`^wKqQKikXYP$pDd=jTt3HAnMxh~q*mfA;!W-LWHfEq`*{%o9
z9XhfM-<yFVm6k#mFVx??h-f7-T%7!XV?^=<{nE`5dr-MHA_S0+A4(&%Eiv8S4?KfH
z0pAxAAS<k=r!&Sx-5t@$RV*C0*pl@ufh2L}U9QGko;Ln}N^qw%{^k3x@88`2s`8i;
zKDRh6g~BFt%wuIpK{$pKk@mT-@GiQzUG$KB6xe?SjNHWXIb0C)>0)OX2FSm<YE?I{
zloYR2K39%Peq$w}JgTV_7UL@^FoGA8eO8Al?W>dE__A;i&wVpORoW4+h1*uDvE|$G
zprJP^T*gh(B|M=PGiH&w(*elj?m|QmMkz{-5UmfjcsGLG{wzz7fyDUc8Q8qX8u|mf
z3&U4Vt476Wt)M4JvV(P3%Riy<dQPU^2znQYR-Pp4^+a&=FQ0y%z;lDkvrh^k<yGGA
z<7jkwd%f*%@85j&AG{@ts`+#yJl9O2tq3FpN+AM4*mYHO!dPAW`$kV47DZa1eN>gu
zMgHN=Hz~TG55e7TA`P5hv30j^45K4EIEBgT_Jx8pl%l5>XVfv)@WH{B>GVftu$4bL
z{bhJ_b4LL=+*w5g(DB1SpO6^!6FIeTGTRS}IES1SluIzZ_{o5tCjt{6ei+~Y{7QJ6
zN8;FR{{l7i_ocG|?GwC>jtq_DE7ulDt!QK7vkm*jG&TqxZgS2z`u;Bt>gn1uPorqY
z><ZMO>6*SSgjD2%pYdOQ@dZy|A%qNuQ`xnXBZv^^t#Vk4qB98T;@>pj5=e^_vsZNi
zo!39&MT!dU2Dniq0j)P;O&R3kYm>x&R^&%6_eYLZK$0iF$`XQu6}YCK`amcwKyCWS
z`x{;s21q@i6flC^Q)mvAEhQV<FGh%C)_e>JrIl}6IYq)zYP_NjK1vE!8yI++^AY<A
z5Q}UPf-p&S?0yRr<UPR}QI5S;>>-*OWSn(Sz$V^>m5*nm-~sg+g)Zdfc`W+eI3@cq
z<Qy-@{isinTi8xkQq%9h{^HFSzpA{P^?uXND>q~DMl6^nEaJr??Knsm|CZ6~X;H;L
z=C0caD28D+1^fsYfTU1&U22j?v@rg>+&C(5q3PB;T7jY(t9WLGz?{r=CISYK@A1#j
zcy++d-Lm4rk@ufXO=v+)ZKzHtW7MmfGA2<5AwvWY6IE8~02|0nNOQr;PBa)Zgf)NR
zXbNVEQr|YSpihXi3vC3DQS}nrukP>f|N36T?Lf}gSVjzH8A|ZZM_`0IgkOdq&LA7)
zz><#cQM?F#@xgp<O)p8GoHz8o{~}wZRIZbFd-T-R$^NTf|L2$Z1#czki;=<>f(TJX
zWFYBcQFI8>#lK@f61QLgg7{I-)nWl8i;EHWubr)@w)JPwG^}0E8@rtgV>u0N6mvTI
zGUk4G&nz_&OggNtlER`R6Q&|YCqK{uOAp&RULbJfat87VsyCoT<tGdk*vcLINtUC4
zqCY`Ls66zOVTo#uB}sV`mbdKl<1q>CPb-J*=a<pc_W&yD_x|Cp-`(GT{7|Z3PE}L}
zw^ZZ$?y&=t=aCC=1a*AGCxSB^h*j5E+@C$tywZN!$mrqNp3<{-LR7LQ+b_TR^?(0H
zpa*ae%@FDhHG<4*Ni2pR3t%8cVRXV+UHrR6k46kX7IDQt+-j`WoljGS9|7XWhdlA^
zTvMv6s8{X9dRMqab65g5<5LI&h^0S+ARrE&7}r@n))}a*pP|rK2qD8GKhZ-Tk4uov
z_2)C4I2*=Z{E-4_sv=27)PUNA8K5}T@}0$}T-egy7b7}$%6~h$8k>H$EFEW-hUSJb
zN6Dh^pWlD~-Cy5t5iuBER7X&YZOclEXuyC1dj@<HK!=ZTXc`=9R2IHXdy{++l=3BV
zc~sD<Sa#*NOhp6YZ|}eP=BuA{$+J+4<o@@A9E2fAC#~4Uzgy5~#Q=oC2jE9zLFjsM
z&dCS+PgV2@Tc+ZEV?78(MS7(PkOGo0{_fPp=9xui%os>KzRn;z%<-AV8S7AhoWanJ
z14b<<c4I=xltF{4#tCMXa#&HFl^gELoe5Lrxq|W_pxN$@@o~$-wS6d1)%Jmg>8GSz
zLt(=*6ZRIwJ=wDQw}1S=9>;~=Q_>`*3P#vW=-Mrn2^P^s%?AqKnsCN~w{rCni~SHL
zD%U7rz=7IcB`3BQJt(4o{r>&$@EdMyKq-wF2g&N~SIt4D6@akl5TuKLx6qc5zbfG5
z7X-vb5}r+SbUzQ40pLe(IZwcYyEgjl(d)Sn2BvSB*~w+<=N1OGUysL^Dl3U#1ZiWO
zGfN1`ujFWhRklz^Gi{V5W)}K(lCU-X&)|@*jHjWS_tD(r&pBZq8|xe}`3D)O@yauO
z-?E`P!tr2|*yfVr<T^BR+3sS@s{v(+P+e#g3j7=B;o>4CFso?U-WoDU{b|#;1%ce7
z(i6UI4hy47WSuRa(mWGR!EdizPv<B7`>%fc9x`p%&`!}_jgH|W3Z*m_BFHor2!cth
zVz}-`3cL9C393$3g-k%)st<89#O&45aU2C0M{4;it?J^{^=r<bgA~*B*jn>Z0g0H+
zX%g^H$1=3DopZ*A9e6%lm5=2v+&sid+44V6&~nhmSwFV7oqBPk4NcqP&qfs-7k{^e
z-8IQgP(87|F<H(W2Od!XSLEKd=G?TCc+B_V#6gJ{f23=p(9cPo;Zd}hQ9uLN?f_&n
z!;wUrs?x-bOCZvLC`AS1;%BP$3$Fbh73B}VN1c~m6%0YtqShg;I7o(qCLUJN(*<nR
z@@^=-i+`W!X@+1RSV0#6;%3ug#r@BrGJys2)V9J|C24)-NG;pGPRU!uL+o1{<KZgL
zg;jz090n3WZ8|-^v;)iC(DiY8907z+0Mgke&c|B*37!paAsdUE*s`T@=*|7a3vJU-
zv&=PjgwkPRO*sECb9NxS(OUFSp%tM8{mnr*PgVAM3L*$4Pz0Iq_14H3giXhLZ%ix6
ztwy|`I1*RNWQmr&D<|K!TS5da<76BlL{ke-u7kLUATc7yB2HrtA;S(qy7+gA-oVIL
zP(nurf&c;@Yi<_v@j)Y4Iyn2$D^r+iYYfn@8Zc^cov95Gbe-AR=sFTs00T+dKjV=o
zPI6LdhblpqxE^|*LuVS#Bt_GBH-NqX3*-&KYS6PRKMY{PPb=aejdRye$6$tTn>&r6
zfj^@9!^US!B5)asK<AcLZmEIwc61FNxtlRpnrGjXGnoEJ$Ih5>72rTNe;w(4Ddkop
zx7f=+bs!*hb`{bCpHaCA^hqZ^JgL@JX90l*;2>FJ1dSerz(1fBYr)VXE)YSwcHS=j
zErL3Xf2?>03rir-!;9)y!=WKESYmi;oSO5cawFL*?s##<C?7V~e0QB9`r2hwV0I3G
zM02*FA6)~%p#3!Q3O+PwRsFYQX*h}kh4Zi&!>)HbOzhAoVRQYEyJ@f+x;D}f@N9|7
zJoJJ-Hi0F@#`bgQ#>K^7gZat?*c2UjZjNpvxIzO3v=TFO=K-T2?8%0GvIiEG!{95i
z5L&lnUCte-La*P?%X^!-RDE@ut~>cuLJ$BD#zCgjc<MnfZ-Fr!MxDHS7yt6XE&;|r
z^3`fF^>_jcOCWPEE({St)EDBrdN~T+0=M+NW(MS10RVFPpv7|m1Jzebij@oB@}hGJ
z@-WUgIdSPSGS{1=Tu#InjmYIVaI`YE08>1blnNFz=3}bpC7CT2n<9VbyBX38>s`P&
zM3$~Gg%!>-(;YbsLD+vKrA}5i_3qrTVEj@P(S0062fecyRd&8>JiriP`>oe=8n4Ad
z_{8W{mi}8*Z;*u`rZxf%IvIge`a8)c9S{UeqPZj%#47Kk6}$MC4=plA3_oCk5EK-v
z3|8i)6JyEwM?`Af-B}S@)f#_o7NVq|<i4M4L=Yy)@gscC22R}#&v_)skr*dFX0|ZR
zKt;nSI~-}12uZ2+7hE$j1<k}h0tl8bwDGv_#9)JqZC6&>FSTgysW4GuhuJ80<C#(t
zf`foy95v-+D#|=Yt+@S?v&@k5pdWjw=Seam{l3%J+UTc%!7X_`7J`|q7oDg+SD=*|
zU@9~}BM#%nN;4X#bnXr^=fi{z1zF|8sLNt?@h=`!o#c656jP5A5K%*~7zhK9nI`xK
z``cNCR(_*Pam<$JQ>Q>)iZlsNUAvzO!-N68Gak4Ei@{SL6u1iq^bo<PHdCwRQz@eb
z9~g8awq}9x>^uUQ5zr_EJW1SOgm+-LQqH_wD+g1?C%i1Nr%tubl||x1i!VH5RN(k|
zj;`wg>S-Z{WNT#^vcCuhSX4=Gj`GUHby&eM0hz4VdaV<pnjh>@-aDsN^?r7_C`*PQ
zF4oWmfHVlg0i<Bp-9CbJc+$ncRP-2r4D*~%fMgs%K*wYr7ekT1nrSuv=;_MB4uc!j
zKps5XUtQV1eC1z@(}2C<nb0{*{Nah8OWURH3S<~fMmP$nT!<QglW~UNkJyT(W|qI1
z5#C!xX_?x-8{njfxn!%nljeObXV2hHQ#XVvj7Zo6#w>W+YKDMhEeP8_YiJ_EpMO=t
z2cDpi3Ci#)j}lqXd-R)Y{<5BpR|Bh)1BXCF`*pbmsd~IRlqlVxFcxn}L35B=m6tP+
zVmNHen)Dn;Q#ugo;$J1GHfH!y6e;o#0U+#Lj|F-xqnQdzU+p*O#HMj8<0xg7RCCo=
z3&V6z@ZxwbKx!~O>#4}pb{8jFbgTJl6Mzo8iN57dJ;gv*J~9LsG}alyxJ#^S@Bu%=
z%!)CzPbDj&IApY%Ii$~c%sgHi5l=X6frfx9l`q73bL<v|r%}c(A2|fiu+)J`M4@C-
zV)O2HZxL6n-WB_=8eGVyVj&eVLj=hXJ={G6LH+>@ByS^#GhD>QSpVG1LKj^e7wT|0
z1PAmAKd=WYi;GEQL{R)tdE%f~|4$5|CwK!88I0Uh#wCu5N$7c}H9$QT+Rn7Xv)D}G
z`{v@rLJTFtCFq&JB)aXg<y;dG;&4It#GkIq5^5j?N-2tpM4pY6V9p@mU9^rD={z12
zDB*{x5saPncnkxEY@OS=zV*rAVud&q5(ZFUXAH(p!Z5Kd@I8S!MgF^{rAYDbvykil
zuKwkNm-`#RVmdAWK|}z6a0FQh3c?^{2ppsy2<b(`6&T-s?q#8iE{+Oq#!ld2fewUO
zO+di?JO~0KFlL0ityLCms1AG8Q9n7@Qs-x9s1-gJ<uZ=1Luw4q^v`P%8=3ZWb}Dx%
z9a0)|ANhb~ha<vM>@ZY<zJrT^pu#)UzoDj$j)B|Up8)LG_D~xxpaj2D`e_1cjAb;A
z85E5)Smy>)-~OM!eZXI&;eLV=2%r#1!rO7d&;?8m^=+Dnk`%3)cW>8u^$KL>mJ{^i
z8o^-`KKsbvwa0yK=K?@nwm-vhkfKUr4U1up2vU)d2umbUH)7buzd-b~NZ<#Gg#!P`
zAb$l61QEnof_zD(dWF|Xnfg=b21cO})bZvgW_n(J&Rse?(&g}l0H2QFto75G+UEbA
z`XE?^oS2WITej~;xQ4TZ$(h1%;XJ}lTEK+d;U!!`puK8BapG~LO}K_59fOK+G$_?*
z12c&`NU$(Y^uzbN4;n1mn72wb$W&oAYaV-vZH_dBF0)M1!m9E!H-eC5?%XOhDn5X-
zTt3_kLMW}aS?JBBRW2mX5Pfd3H6AF)K7tI9gj5`)r>3BG(lL-O{sltd$1p~bg{-C^
z;QkRH16ew>@;nzr1biZL?IvE+aEWi+<+ax*ZJf`pv*;P2m!3mr6t*s(FdpfQ#WJTT
zhMRCTUOO>IjAy_kHN{bM%Pz1XH-&;o?4YtDtnWr<C}1IC4@(07m;o(^i9I#egcu=v
z*gRL+Zx1AW?f==0q2Q}6faL684P=;OCGjo|?dh5=fwLkY&2Jj|yu=LQm48K8W|`X4
zb9Baz|1BtK=6Yv15+4`Bma{?-)R2d2dT%fUmqJcJ7zN2PjvzP-f&`?1ELJ6J(u)@H
zs)#z*+b(|Q(W6?Q^A8}+9xs7F5yXp&+*mGyAexQ)sP5A^pX1drn+a`+>tBoIG&$Zo
z{Mdzq^s(Xe;&)4O*BhQA^{9~elsWXm-pqur?=16ujv(_Gxd7cNI$hY@_K7V~;9F~3
z{sKli07JCZa6rlx^k|{du05YAGe#(~F)0ZuFS>EW9_M(L{ppkK0ho-zq6%f(>CiPT
zcjOFBU?7^-Uoz~K3m=qn1fiE(J?$Oa^~$`mip`^!7(;&Ub_jx|2DMWmV#pS{6?=Un
zo^IxK00-gpgICgX+{6u4#EjluRHQ>=@VQrqF1mOjsA>#{6Am9DgXKX9-CG&a67XY2
z+Q3okCn{CR_WGBi<HgsJ9cf+IC2j|mOIcGCyZ$*#T+bO#7sq}q+8?Kh#nw4~JlL}8
zhY2>-@)j)kJLP8Okh5}@AYSEHt{qA_UalR&ki(29T|$AxAnQB?@kP{rxBPH1X4ECN
zu#?L#`dSGklZ4w{6-i=Q^C0%YWlGa<h>(DhRQ>h<Lblg{<8~<chF03`5QHxNjJ2a1
zoM2V-T9*ntQoP%}rx^=KV~OxGPjC=GkYO$mWWqQ|@9s`9*zH{jq>G<@=p>p<hQk%s
z&q2dP;K#HWEg?kty!JkquSL*g)yRtwLe{4iA9DX{+Uu?NtCUx;#wN>rGdyGY={dpF
zJ(hu#c>?N*HXnz<iE*^^$QwP8a=~w53ppWcXrc1c`fZitv7>sHWfdBvy6nW8;lCsH
zWHXl`Q`CpKz!ms@SoXW6Mzm$-+olH)gs!*@L8c*RAnf@Wf^b9h<}IR+@Rff{4w#Sl
z6LPy@L6Uv~{P=VwS%N2`orA-H5OxifQ97Mw6#)@REP)^ufD8>)>GkeZc0DfCZV;r4
zpLg{1!Eyxos}%UhRAjK=#4d)xG76Sst;*`^RReEbB!pIzZ7J%6^ohJRr6e}v6B7nY
zH=JC#jTd8!rmPprkVm_n;hggXTACeS*&$Og2aey&GCMH=FQ!hZh@7FyN6~WymU7HX
zC2n2orh{mlo0jE!s_K2R?JS*<)hDh6ti`?+2V=%8oaGz@wft<!V8UT&!j0&63^{<8
z@B|qk2y7JkebR;ydIMDvw0oRfr`zF)SHKy`@MOEP)1oREN;k0Yl&FXiK{B4g$~<Y9
zutJdGm>~#_Isob7=O6mO7!C7cv50vEz4B}>ib)VHgGkl%S}IY%M{|8Zz&4bS4^Qsu
zd(PNPd@wXRDT-?=nbg6XE6XiCzgv{#*;x}M#$s9=ZAmgfF%h3DpOlUVa~VFTAl1P(
z*bP2TXrOgD6fl&kD&efmdB_Ne8;~{Vl4SWBB<=0hgQAaP)A9n4bYI7b<@;6=7EW0j
zA(Tu2A#yk2w(9KZcicWhK?HfgQS@sUK3cz?)b`En%0r~BP!T}>9Nc(zrPumLuWUOb
zVERyE#8$^TiB&A15eo^(WHO4h9$2auhW5GFhc3E!D!}kY8yLnA>_4#nfdDd{g86y0
zgaSweY`V!_)ooZ*Dy5@MD7JNO50=wsF7yYTC}Lg~`IYQv9|w0yx<mlbnUS-yV7Yt3
zwpT-ssA?YH@vJbzB1m5O$wE^X0}wvaNO5u_$@?O!M1!G+X{aQ3NZ?x5eAovKFU#C4
zOMM9fCWNua^~klsB|U>0Ikx$ZOHEP0LJGBb*-kyeo-h10mkdJsgxpkpSKIjZG`d}V
zLI)XXIE-g;$P)rD7}{w6^!OkZRabGm0s4Uk>2(r|ck*%w85+?*g^P05F_12Pw$Y;l
z&?w>KgLMf#UZe#(ff;;6QM6Wiy!%RGAGBpb$UA!L$$&$vDoD^;Cr;i)@#cmp24%~;
zE6>f~FP8)t)l(mrhsN=%7R{j=Q01g{iM>g2S<f+{v}Nyoy_>TmD|AS}AkxaxNDQKv
zYp8#)AJ21@Kmo;qsm}tcDh!htk|a4{n9xrXtfM3&I2=J}WlP9XIRzxgvMGDPl(22V
zRtR*IB9V1ND?%_R$wt?)jyxR8e45yPcI`Q%{eVN(tLeG`5k!!jAxH)ZECwO-ih~S`
znt~vLMEPP7=Uo?87eCwR4Wbr)cpO1C@oEI%v5W$!fAFa1&wKUt(7sw~XNbo;^OY?`
z!B2>B9%(n-Awm<;`385Q7=L0GjLtSWIr;^aC5Wrf#8C)LYch`6;%dSqI)Cdq8l?}#
zGeS$2o6fjc6;*hPuLS^8!ZX?NfKR4d?pP^&YZI01AgqmP_=!P?r$Rp+bZhaNN023c
zk_;WscV*2M7y!{wl=o(S=s5g%JNn6Dy<#unW;d>ZKr~agbxj1E(n02G>Tv);hxCeq
zNDu<oWtYP0;^!PxQ;~sSCptK!d7_CoUQG}|mYji9>{}NQ0=)dd;(?ob7@FG8kb`Zi
zf1)-b33lpjZHk1_#P+-<WL}Fu)fbglUyiIigWZRn<&K7`Rcp`B6~4g3`i)o}1ADOI
zK7uygC6=9}4kEd-<+C0zXE>w^kP~xM(j{nP+2PX3L(AL&qL-u1#sgEr06x&pw4rH>
zePv8t-%f_?hP{4e&O*dHxWy1Dxc+A9E$b8IjvYpGdS#`Y0|A*{DgdO~cwr0-D1;z-
zpsFHfv4%iG8VX_z)41peNEbiXpbFqeC4ePUkm;fr8cU!c1KMjCNYmT?L~xtz$Lk98
z)g(u^uZrjD_e-MP)~1NpLeBHDpmfWXX-~osTB#!)^@=l>v4vorZbncM2+S!N&lw=>
zgsOU}Ax8M0a-rd#0=g(VzA;KiAs1se4MiU&mX*Si54kLRf{#oIyz^O>tKieVVz5>^
zv2R&n08e0K42~GtN$q^Q{|RxrnqU>_2J8F`+0rd*AWl}<z@Ho2W0@z|gXj`_uP!Ie
zNKtgI>RI6&1R$irk0IOAMO_V~i=Ss`<Es8q#B~Y_Pv!y>SPVaA0zah70j~l2w9Z7e
zB)3<Vl?`Uzr!6+(nQo($Qol&`D(A5fZlzS7(36C1&*&9#1ngjj%5`niT$NBTpU@ff
z59L_RW)R|}D7QWjaGG<gq>Qixxbk9!y%2tdgo4bjHFe6;*|8`1G*Up8cVh&O)9)Kz
z0IKlQKGkUygK@4KlsX+l1%A4ISS7LZxZt5+Ab-35uLnTxw0!4@!Elm)%JYJ5fA{+@
zKOA>o`TBv2r{0ihL8UuaBS?%@^rB8-<&2`Nw9maxbkW73(6Rm@0HnqbWYPx5k7!IP
z`I4Tl@6Vw>d36a1QkjL66VvinCug<Wde}D$g=4^33t`pHb;5&%VcoOPNcgcL9+tP+
zYByghy0Qu=v?IVEhr(ss!3P~C#o5=4UO*d`nb!jp<qGDleIMMTas~`xpePz(l4m#y
zh`-y@p&O@pphEX9T7x;*_XQ^CI{1s&p)t;EGdQF+z_#EFJT9K;KNQQ*Iz=$-jNcl_
z)}O4Z-#mQ#;j8<ves{tnnz~`H4lR-pgtLFS5sM*6k-76>XDQXi&oS5uJge&;6$SA;
zXunbsJ!Yy(bSZyzsBr#7R0ZbxhV>uWLUy{7Yr|)b*{)v@@G|En%LIg+^mtmefIR^`
zWLmI;ua|7~wy_hJt?3RU1!~#%EE^YBp}D(CpdHo0f(!w0K)N7aMT;Sa<>!pOz>G-F
z078YQ%tlT*@UTP6^7Ek)#33Iq#4<d4F_ZnOkbw*}_8bdG;}sX>zz4a(FGhh5vFrG@
zJP{@4u!?iv`+xlEtNZ)=uaD#)a`Yqsfq{^skT?i$=H(m&9o#0dJD(dJfOPS*3m5?5
z1SDtYY#OJPyXMf~@DZt6uR)KxjrT|hp?pQIFVM2^?ej*%*b241pjYbXSJ_^$lU7cL
zkgceN9Iiq;(<Dh?$_@BNg0f9^80lmekpNRz^+ATrlodOCzP|5lY|D>lvpzpqii+Y`
z2@K#U3_ykt{lX0s-|}Vzzy|YMc1}o?`IcWm>WfQj*`V<;Fy=P9QAv|zBn&`K?HD*S
zAi;EPH{<=6fFm<Mb5@aleSiPv&71o#Pda0I%>ZtVAS$;{!2d)JOVE!Y)<EL<d|nJX
zHLNavc0mVG#Lmzh@dJDZ1b!fPu>U0dkeYbK1#rworpw8Vb?%;>)ke*}E67*9{4y6j
zSUJ63!<ozWz+=k7^uY&^SH-!lEa;g~;`FuLM}ELVnLv@mH1J8N2D-XnfxaU+Do%$u
z3%H4A?8i`FXWQI_J)PyP$-~IyLR%o!J5EE(!~qrXM+aO1ZImFi{doj^TRSl+il6ZI
zUQfhu?c2&!={R7sIrBAs_Z0%j7vG$a#1fazUT_4N@*0RI{B5zTMN~n&c~(R!?MO%$
zKdYdC9}%yApc?^CVd40osy^l)y=MP(bjZEDF!`Iz&u+V~3-h1Lb(_9ahN)&sPAi5~
zu(S8%V}M)Rgy{=d=sd_J;dk(WRbr)1lO0TvLvULTCzvCrfSi*CHEuMhwc~uOC}4=Y
zafKySwl1~V!t_BOAPIEZ_iX!J7BD)5ZC#8lGKeA@Xx9Q5GAlE54k0%`+Lhwt4I^@G
zYks!f%$I;4Z{D0(1*sbuWe6FJumV}*M};6Fi51Ud_C<#vUHqJ)$N2|v<P{K*qG&Q$
zya1wV^sYgWmLS|&v7Y+28=pV7wdEM1oHP4<jVO)Cd8q|Jsk_FGf8N8)MT5dd0x2b>
zV2mNo=b}OZS*zI`8m($ADi|!EjtK{ljJNIDjA3BeI|YUjE*(c>n|j~dWqdBgVgy5R
z0yi|F24cX(dt%RF01<6*ZPP6r)B?ux302bwUX4}|a`WE-bPAYf8O|Ra45O@helE*V
zzJUzZ{l_x^2rnoqBM4}=^ZXUBf;4F?V={`fcm$ieu9Dux&nJ2eKb8g%5I#ZJ;D^Bz
zSdltV<m^=~fpspB(DB@M(~FcN=&N+~J`qany2Xn%(``kRP7o`hhhWF?EbE=iSb)mN
zhc}tbtz=aFeC0C+G1e+5EzlTh@&MnhD*(x6AT~m<;|fw#rA7v9SHFO9545CO5d4*3
zael@gN<7Q`Kgdx*HKZDla5Br>u-};^TT(;FZK)tl8N}W6*9?;JVQ}uJ_|2DJym|BW
zZ%-j0P4xB>S<sAC#1;SG2!egQkishF9%Ka!RfD?a=UzCv=mN$El|cj^=R+KPEf&Qh
zP1AUhuIdIXX?##FfSjDgssmJB%}f0SX<5zSy)uMQ2TIq;F>_}e4o+MA=p)!!yKHHP
z3_aA$0YL0*BBYGT0%kkBG2#08*k{F-d^D-503=D$0ZfYbp~=@YN|-#!%_J;VrUkl*
z7V3m7LwqQX6FQq8?A=dW1~f2ynB-Wk+L_iT_=-xiE=ZZk%~?p{AMLtzW<;*-pIv96
zzx(?B&98qt=b=4e2;D*u9OSJbq$#AcYjip<48ssP<<GrzbkW6~;s8PfVgQ}jK+>42
zCqe;4RT=+i<43P|LIc*p7_$X<^<om}<v>aCa(hcH@dLr9G5n*N0JfNvI&or>=jS9`
zguy;60<2wz9jnmxQ|=K?gA|p>!95UaLPqFAQG@XeSkY741QGTkUn(#dLKw;5`tBgE
z8;(YKRvCOyNRM$1#dxd{XZphrZ@+&3)0X5Wnx_MpX;YDQRAd8{N;UJA2vVjvyK>7I
znbrk%Adtd(^M~_}z#{;moP)$o5rk6^<REbt4<iu9jx^eJV|DS_1FPrDr2r7lK+uRF
zg6TnC06B;s7nMPrjc;Ga-9y=1po!z$w&4@reT-tl$4Xz&(-S<D0Z)U9jx#ca_<a!C
z?ux;{X32Nt*iB_wpj(BD`VuF{(dM=Up~T_x9XJgV21#3`gjqo|9+&;ucsaN8QI=R1
z_^QWXQ4B?L_SkH<E{W<|-+y<1|Lb2V1$<I>37&_HjLc(|f1<LHTBe+4-4esssd+Om
z7!hFQc=l`X8pt0`{xv_Yp>qToM8jbrr?84Ti&c1#!vX|RHSKdR9$oyx1JBhcG9pp`
z7*-5qHCm2Ub<9E?!}#Fcqm%ryGI}`*FH#<of-1D>#!{S>dA=gWv7zADSz;dD7)15o
zocytL{-LO|R=qgG?kITaVPZiSRxQbkjlK4KS@JRc*}_E0c6;HJW#A@8lrdhBmi#zD
z4P+XPW>Y)Kr`B)=I$F>aoJBwek%3rA{!nTo_xrcJuLxu>lf3VcQW<+mZTi|wKJxEw
zI}yUL?Y2!=xGA{cj06Dr=8QSQ3P5NZMegW$$U9jU?7zhVF3MbRkhs8hEKDqSIjk-|
zYxFdv80>r;Nf|75vKrAC;bXjJ8_h=>q~1wm=m#&?teSqiLg0uA|8kvWu78R}(|NH4
zVRS4g-#p3{XFHaUqjdd|Yi)9u_hezL;K#*ijfyDBddlUlOql&BV|y4CZe^m**xA(n
z<mYk5ZZZ>lSQfrzCyaq46F7h~5axw(6RJ4>eETB+$o;P<ROM4=Fkld}uwAK9Nk}a#
zoQ2#rCgJJ2Hz!7(xaa>qfBWYC%@;qNaTN9#NWD>`>SUFJf7Bwa5JYGyvM(wCiAaYa
zU3|`<0|6ksMpp<SMJS%DNIul^z{!332*`oU^(-Ni7h}u|0yi$W@?NJ~?}>SU^EoD^
z=Ge5RjOYGzZrg6HJU-5RE1U7b52|S3G-%uYVz(}}wPzaRp$lS*xVH73jTMH*N;uQz
z<pc{HiR~>13<l^9{Bgkno&MjqNI>qt*=mg8gwu#TIF1vy1PALj-W$ux;894;D-qTw
zql`~;7ih(o_xJZ-{Qit4E>I!uwKK$b{8Aej!d5zEe{o%2K#rlo0R$0b)*(n2pEDSM
zsC<C1h7UYVBZQB!>L`22aV-SdPQtW*gLMb9{C0TTnE@CLPwd;O`_*B%CU=3##(2DD
zuA4&wEw7Fq3`sBm0r6dciIItT<1S03%#)n-cdl(s_}-YTH|%*Ftc%-8xI=>wpS{3*
zGyp20Lb_|JGKl!F6Aa|b^&$aGQ5YP7jk;~-&99AasgP{BHH3_(?k)Bktw_z$*}2c{
z*Z22-I5|xT(R*A1sRu$3K^B652vJ^u5X29Jka3sA>f&=nPmG`A0O2qnR=XVNyutzq
z6wmJtV8<00$Sm{oTNJyYan+LaXKxg2n}1`AygG0S8`^8*V1PH|Nft7Qm{u&SOnq>l
z#hNzz*dJmnh5OSr)z;aHM8!M5$`&d!*ES;(W4D!?j!BBv^of-Wan2A2)lHCYSF`Wm
z-U9>q31$jW?N?c%d#>${<$f!!zjE6iEO?pG^yYcV!UoOZ^8y&iSLf6~bX{Cedsi7;
zcVr1$ItCwY01*fRm2^Omt`)0`&k{OeFd^p8s}vTVro4BTL5Ql+>RfK)2)#Ii6~*pN
zlG+poG>Xyrxrig*zU$lmQF9;{2Uj0q>%7PDLtAb#aCXWo_?<0GU?5z-T~XE^7D3$H
zQP!()MM!QY=7blCoQ%O<Ih*72g@sds(v|IHR<?7Xs|uX|?5P9pxA{8&kl&Vi$uOB`
z>r@m}fr5JrEkrq8xhaN_(a0&4+jeWuybZ%fdKQn+e|vwbmSPnmfz@D0bFGnRn6F?e
ztM<1Qf+k2n1cEqE%9`{#!ILg-7s^1LsWkz?7G9oa6#&8+$Wtk-3q$qZc{kZoI%#4T
zH>U>c+~t}dw-34#DJ<S(S}rr+Of$>!s%rLn<AZJO7RB7llAzhSZ4Vh{tn(RREW^!=
zatk$*vFFb>Gkpm_0FqZ_3|M1^zBOMu3_=LFQ@H_ygMReSFYfQ({Pmv%dw+SkCwhl=
zhK19fjHIC1!aK5VHjhrpXnb=Ke=<M_KI^d`@9)1n^JUvgCNhZJY0+f3D$-PTM>mXy
zfS^s!KskJY_sCl7Af$`i1Up5EI+F_M6@nOIdXR+!4CE1d&|dFyEv(Y;f}3n7bJMr{
z+n2X-rM-Dl1!IsRg7`kxTpSfm2^kTn00eX?<B0I#L*fJ@7u2nik%FqlrL#)HIO5vt
zvm!KCeI0UG7L1jU6p~W;i1Dep8#{_)xRAjDciM;l`^){0_y71|6Rl%A83Ns*4wqtF
z_ldUeJGd1z<aU|>fRDF*1-%?_WA`(t)b_Xc_vh5mA?j=D0ETE0_gCQf(PXh;n`cDA
z=S|fP!2}&Rj@l)-y0}U7?kHg-gJ-Z1LUMMZqV-t?AFAWD2MF(K0J*G%7h)M3>P>jU
z(DdzB0FY&9pJAwYRyZ@9dpAWDIf4R+WhZRC=X+(C$;_4-?`AHeQSoO0kZcD4LltFc
z+SZEj63NWt^W5Nji!`n8v8NhFn*;~ziIOJ_SWulrdw>7tyYJpI?8-dT=X&u9RNqZ+
z39GEOm$CwvmYbH-ap3*7qA8e+BSbr6D)P%;-+%Gz_vgOwVg7;bSc+;i?e)CVrO9GN
z%gU<f5Yy1uH9Y8w>|NX<dc6TwK$;BJFb69TUP2c!pwijA$3ZTPWs!|;vJOPyYZNDX
zI|ftdtI?kngC%z%<V~j7|HbfwL52_kBRkV(d;{-GOO#&+1`;Dfp>*gb_KJXxiAJ0}
z0KY1@j|I(Epy_VgLuZ3+y{4f-!DYv%`yc-P=DWAwL(L-&+4JMmtFG-2QI-*R>f3h8
ziVF#EZzb=}DV9cVX(dK^B9NSH6!8An_rLz_PiMYr?<oYqi>*SCp_IhJ>lU$N$@PY`
z!vNwOCMR8VaZykT{kwvH@Bvro!Wyn5{Lls(ty<ErUINkA%UyI6HxITrzQQ0O$U<4K
zF$YpA<#;sbr3X|`<by7ZkK_-ymiEW&omg2UO6o+^+%0b;Qd~i3nY#z5uoG>!$)Q5N
z3lo3~w$Lju#=e-EyuE5PU=+g|@_~|{etrMud%PJM1~}ToRC*4nB!M9NSixmwZn?hm
z*~J^`rf_AilapoaX#M*AdF6Ku*p;>O#dp=$bO2MnB7s%su(*Ci9qNIB5MUrqm&5Af
z+R+2_VDPaFI29h&QNhPxFwmNl`L4Ao;uXIauL$Mg*(P18IF6>>peQ<<UZO~GbP&(B
z(wmPfvL$;mEU+kErR7RUBPEHuiN}zZay+ibUa2@KIbs2LTdcR0zI#geqNq7}yd;_e
z=1JBLen_U!Ak6W@GDk#P*vSfkik9EJ`SE)sGa+LjD5eOCA`D8fZ&y29Ex`2G4coD(
z7=OQQwFMJd+DTqBzrDZz?YaA*o_=^1M6^HB!IF1K4qIgqKoE3VfIlj4xo=(PngdsI
z2OwQsH#mN%(Q+y9!)U<=`{6*VGO!1Fc#ksyDMzv4^q;x@U;>TY!i;E=yvBqdjO*Qe
zTv11VL6@r|t~k~Pc?QBJ;bP*zLWeVfmYvj6wdH~{5PQ1j0`Jb$oJU9v*plx!PM>HF
zsH4OHe}T!K%g$ha5L9@H6W6w`+pie|0iV|}oqkH$bFuY^p_Mr)x4c}BYwV+69_p#w
z@`!*GJ;#vSwR~+6a7*oYw?+Ef`)~f^{8#K9DmGRZ;2pH{Hf@qz(Zr}2h$<mS3qYs>
zmvV<6U0gSMR09BsDgfbD%Mhao;X@tZ_{ZH-4ZKI?uts6#CE5C!>ko4U*N2d@@LvN!
zA}_IT&p<SF<73GjrZxD&4ihMr8z!5Xf~x8Zkgu{bwLa2@iE{2q-bWL{GPZd(ODy{2
zp-*u71I2x3bKf+rAySh0JSP)3F_%<_byNBM{f}>d@U3K|MXom^<#>ZI<Eeaw<xRtf
zz~bi8`n8bb?OqA{2rx%@-0aDR-~aml_h-LaQ(HV#1z|COX31g?LHHa9qDNGDF34AU
z2OwSCAbME;fB}$b*<v6-Kn4S3AXGk!_dtXmGe=m)=AWVdx_<6X;FLj1qFptktq$E+
zm;=$-R^7U>$*K;`!Z4=+Hi5n?IK~W=<lmWDj;KI!P95ZOYcLZww%%k6a8Z(#>0^Ei
ztq!qx(MN&a82I6O7`kp4pr~S4s3dTcf>63vAC}ICuNi<?mOoO|*iRj@&awZCqcd#;
z-ES|1^(eUU?<I+>@}Yd;p}ZyQSUbt>H-EkV{rRWyVLg+(ih+Pb2=4MK0Kv<(Dubw1
z-~FK7i>0aRdffp?7uSuR!ZTQP2Ude0192W|Pjp`$&p_6^)SJ9y0)*RQt<<(xTZZ~<
z6aDS22hrIZS2HWVeGMeFMMA2EVkn}62~;-28WR8+IMO<r&{e0Xg=N|ET*XTFdX#20
z&;eqDFX1R;3}nQX-~KZ5;#I!{1;$S~DWhWZZ9o)I%kpMl{rLSS3+6?(YCI~P4fh#o
z=pFYWyt#_W;i%@{&uhfcMpI+9e&L*>P_sXhBX9rk)mP^Z5~3@}{w$$VwlIZl`Xt5E
zp^!7Fa#(fai;N)30Iuf_K)SeE;F(zAhY<-`ovJZV1@_?#2K_?`tUC!mj+g=AnRt8S
zyl~}Jt(jNMXs7m-oT{D=C4LzmFOR|&v8on3#|47ndPRV9AV!EkUd#rV(dn<9f>+U#
zc+I<Q7gMKM|M=lvgOlwF6HsImXLdebn6^DNoN~Pi-6#l9k#h5wd#IxOc}ceq4k5fe
z?@RQqq9M0-L_Zjmw|tc^F^NN=1mQe$<MB(o76u_&?VI&%Y`0&2{ON*E(+m>gT%n?k
zhK?+4a@V8kl6x*x=C(%Dh1DR41R$8H?owD?TrWTy!Epu>{}9S-B6-FBBed$=y?dev
za+DLunomz}Mn{-Ti>@B!O39E(VjpESdtoSr@4W<%mq!#r%av{UsaUpqd>VYG^!vE3
zfu62qn$xHc*%q3{nU6||)--Z>!m8Mnd(u@3N?yedv{5<UCbRNc=G%-=QA*gS8W$Ny
zrMEu<fVhPNL+E|d$4x<kd`44<CZ0?|5y#I#LZB40Ju8O>vzeer*?;*ZcroON5BS?J
zm9u*axxr_1jm@IMb&I~pU)3Z;>X<YdN%xwAu*+BO+NH!%osNNYakYT*g;wRSDn%WG
ztG6S3@Z{Cqli91f3F~DN0#YBgY39c)<<&)covJ8XVP8XI#3{^Vcl-1|<gj39Bdo?Q
zHLwj#4A2gNHd>f7w?a1=!d~2Qrl@&h`-z>YJj=7rjefhv#CXGOZrR}ys>FfI9=uzE
z=@e?C^wWI3ddD&7Eiw@7HN)}=nup-XBHiVSf~)aw;kS27eUWEFQO>eLBpa*~ZC*-Z
z;o(xCW8lTlM}Pmf^Rs!J*Vhn2gDebP*U)SFf&b8fq&vhRWG{t<;t}=bj+5xhB`Zc3
zT}aWRR2w*ge?)wmb%Y#50LY+`Z@+6=c<=V$<ESaZW%da~mX0h&P*D@T##S~6Uxk6t
z!q1MNSC>YCfMC1cvPu&{dC84<3sza~T*gn_%-xmj7>;5nx?7gz&V8H*WaKVQcS~(Q
zi(lBF7Y0wzFY>`+G4+6R3@H?)NWYJTdEb0{|2;QX*ZFT~>4N#~lIVmmT=Ttk^_-s#
zKkyfEM%!182x(`>5M+1>s=wHaMYkW0%yu0P89^vX8Lqn{Q3k0}0e9GpH5xspAXO1v
z$Pe+$op<YZ0Mf;E0@`<3!2CJKkA{Kp@&^EjCi9OL54o!=AV*a}qLi&=CoJTmujU#R
z*}^n$?meUf$MQ$FXCMVv;+?O?RjvjYh!4)>NH7dwAXzqo#@muhl0Z>CNs<&7M`aYO
z*N=wAccyLbG~gmmP>eiwf9Mv5Ul*l}YNSw@cbEVD*S9}_JJ-nJj~%Z<3u^D>IEs0N
zOFSL@3?-0@VvKn}+dC3K^kXmzNgA{^pU#ND5nb4V@B;c|&hTR%Xmvih+Q(_oIVtd?
zg&>ib;DQ-ofgp4MB~7i%VRdnpfb12PKX?MG$zcJ043K{ev>Gk$nqj6k1vzexkZ<x%
zOC`~2w&1dQx?;Gm0w8+oPHx|ZRX_&IPv!=xM4*5NWJ4}=r6^0F4p}k6Y(8KMFc9BP
zH*ERghodBnQ}o*qGR}O{8{;#S%Q)ny6B_&uiV|hM<)^Ci@%|s!@|AHS>E!I5(=~f4
zUb?@DC-Lh<fS=jCW)}qIdXik${={8SZ_iXpSuqBZ1+|$%4I<diYYaz2Lq-r)ttp6v
zAeh1;N~eX@#We!?2l_-sbp{JTWQocph#-o5x*qJo5)kt8B>@9&C(G3;B{qg$Rts?q
z_X2P06CyB+n==p;JG4zVnL0`-JO_7w{`BomY@O-a1E5~GC}1^%91{SD8>K?Mif@bo
zL0UStX)TRH2V6<f`m_=@j+FLS(3CZHKK}JBA7bQG5@t^P&|uHB^0C(PI;QZq2zI0x
zWDc*Ld81pg1v>2nu50LZGjHU%^LaXGU4i@})W($s9Oj>K5=52iAc!G|Aau|T5_WN=
z=+*cUwK7=fM^n)c>>?KpSdISGUP1jxE06%}Pfssqa}kM)GFhcMUA;mLguT~cyuNkv
zAJhwd-ww?jyH)`~w*UOc+qZT3p3YpxITABxM{JAZ9DHZJOM?nyC=P!R@*ue-r8VE6
zJ1&I9c*ar@#f+WF0AewA{`RNuIe_pf6vtz)6u>q+#hG;TUl%}hYzT;NP{e{Q(24Vv
zw8tA8rK@aExULsb2|DhoEEZKG(SFY>n7okA#Y~_L3j<QoSOal7HQp|+5EXtzJcAVp
zLrj?da1cNGt=U1Tguag;`f+9;<GE#@B`Km%F=Kr8C0tHl$LXn5RdPfB3k<>s&0Ujm
z07@}MqW#}r?|;01FVcJrGq4Q{20;|c%imULl!K*FkAHB{7|3Lis-39tt+^^*BNd~H
zOSXmJm3o}`NJ&ZliA4~*awN>bs|x@r!a31bGSs?B;DqKa00jF%&Y{t*t85sCZV^-r
z<gU3M?+`(jqWz`b1gZ^$@O%Pft`tXAJ4?bYt`I$5Kd&axYX}j^D>&hR>dNHfnLgg5
z+@zoelAm`8!Zmowx?H@{&bU;a@}}+-kgNB38&((qtAa`Lhi~rR+~42-O59_Tz~b*h
zshgCu*u;{191Uhmr*VMg<)uFRBP8^9W>T-7D=xQ{?bbvis6d;;tETMnA1eUCt$-GQ
zUm-Mifrg`H7vy%{PB#v1T6HAfAONtdlGSkv@4bBnvdls^j<mgmvS`Or9JqQb01^8@
zwN(W{1R3CL`sZGIy7<?Ro-PQ8#6JvyAY@RH-k#jTTc@xd!HIsH8zH1trswYPw%ZFD
zduV?9332gC+~8<?yJeIy5UZu7NVh+I@#YOfkpC9hGi?LXiI8TR^@$eaz2~_@9n~RP
zle5|)3+WTW->bSw>)*{nJVCDTKGdzU4B0K4S-Ji2|2Tdm2E3YK`a)BML>YTXep6$P
zn+A?4Wx=hQAUI&3(9<h=8yh*rq3gP$h+Z|c)J^qwbP&lsForY?GN|^1M5CxI(Y5h*
zacT6le#Jj31Q9xH)!F7a143)%wkNUUgc=BiEJt$G9O1!-U$8Ef<A}V@vPQZ4&<))w
zmQYIKLvMWSoo*Qc0RZ_ZpdoO5p>|R@PCxZ4!XVOC(g+A!)wT#Ja6_7@LT6T4AOZ2+
zhzpazLsCd;4XJP!@qKn@_E}>S_zj9Mj^~zd8k&Z)bN^~hyn5xTV%+dF5fE~`r%2lr
z1Vk=}T5C@y4HW`{L@fqVa}a?bWS~K2+Hthcz4~<VuN`Q0Mg|RnG(A|tI!f$Us{B<`
z_Bfo&I*x$g(ledCg5}cV(Bj>b>P#1y#vP1Wly-X)2+`6C9{g&k=F9v0H$UG0{lC%9
ziRx+^3YIV(6K4`O87Bb;A1dQVN`-h7JZ$HpHzC}<OVBmSC`AIFkZ}xoF;Gv55S~Db
zSJ|#N{Jj9M#4w3ifA)Vp7BZf))6-kt@bsiYU*V{Jke)6NqSpYTw2J5r2?0ZDM3AMd
zXHt8?@r(lRjOn_ty0|QQiUw(_ntrGa0a5WZ1Ncy+$&a4QL>}v59Ve!UEjzYnJiOkT
z(1bEt-q<Zd4$zk3?i7Try;plp{zSZ54e*fc#9o$Bkoz~^{6qxv(MBM$&erod7?i;j
znu}^f6fRUrWP&7o%h`K|T?5jSz6W_PD_nAlQ<k$0@Qws5bh+}Dy@D=aXXxUT$xhb?
zi%+&aq99kReJ(lPi((7Foa8r_{in+Ic!i#}qWjPdu?tIXslTh6TX4vu%0$Z)WFY1V
zd0&3#N7%)M0i#EnTtQcx$<>;CXmx{!RQ`~dvj|$%(2q)Dfoaiv^jR2)F7isRwXkh@
zBCBr%>2!Vh)A5g>Iu0pyy7IAxZu|2Hae(T-`r`i0n=jsf5aKUeXpQnM%QQziRXxzb
zN|I6i!7-5~<=CJ@f%6dVYtDX<@-|+Z>ou}F1UbSMd|wuy;Abn+Cz?|5>5mDe17mLS
z772P=6ZBh!le_FwJ>0t8`!|AxysTDSZO+7{Mv8DA$y>LEfK<0>LJ^h!A60sa4Fyrz
z?dz@t(#1s~!$;G_t0MV;pAcGYX=J>(d!__(6#vk5HBLbG;x$%-$3d&o#A_{Wu#B#Q
zKic-xxlToZ6h-C+jy5zI`Ct&@My05=(D(oK-H-QQ{|6@%8qA_wXl%X&BVkbQ4PB$@
zzrsTy4YyG)gARuW5kxCTm5X}S*E>t!*_CBsiIa>uS}R3!_A=gPq$nVE;s^CBd{!;2
z^L}4I?c&?}j)61`JJv5LX)(xXQ;=ckdXduVXt`?=S^R=k24g<Z70HTNgQl~R-7?lb
z_X5<#zjE|64il<q!BT7Xq4D&UtiD@QkX8k~HV0|-VI2|Bh82FUNdbzo5}5FRtrz4&
z<6(Z4tX)~cAWf1QSz=qD=blrc71nqD`Hvso{`hf=Lb!}gK&}w_s9?PxGX~<$lWZ)5
zC&k$|G=3Dt5N_BC&j$2F<K8WHEnP;8d2MpY9S?^J-hJtUYlzCwNp(@sQ9Rw%;(;OE
ztNgkiChY9AU!~ofZp$MOwkKJFuy2O0J1y3avj9??Js5t>DpSJfP$L#rL^Rq>f^>0S
zwDMQg7$KiG(l`OpXpI*V1$i`1_y|6Z01*Wiw)v}QiX6UfshHe;Ef%sy`*L$LzQ%rh
zJevZmNEWM*r?5uCdy6bxkZXVYmk)~gkXoKtqPDG%)6mZ5j4&W{*0VHN&n0qFuXbaC
znt93_g~LVF*{ebdYnqQK_kL&a1>(O-sb-vwXy6y-4b?L~*mJ>7nN6I(PS$f_TdyX?
za@6U70Lef$zwPl=ltmb3L(+x~NuchIZ}wmyB$A6Dtyw~qS2;TX>Ei6@X-GlTRueCt
zUTjAy@Z(N8HRX1XCz4o4=dhI2w<e##FT1&Jw^$~)XsZ2$*uwtYc1Qhd6qU!jIn*AK
z;neoS&=)>{Y!N5p)MU$jxO=G3z==GZ6^R-3QQ4z1FDW!p=&0X_kcg2O8PXR9uI%<0
z0mN)d$`LRScgf|oEWT9-OLd?sW&lJ8CfSEqpW}w%(<FEeya!^H%zs9c^p(!FsBbU;
zDF*aW5k&O2RDXkFJ0Qri?JG4HG(~igWay%cGomL5h+G2U^aF0!G%9DS?(XiSZjaV!
zE7K1?GkeT6u}faVHT>D&W`|H}euY&@o#VWQs$B!J43m#`q^29Xrj?jtU4`lcq?^8-
zReDRr;}X2kdc^?5GFNE;{ZU9UB>IIcgeS5p8Up>dl=iur;yjM(`+|tPzkp<1l=+y#
z;`8eXpB^OZJhZKBd|hrw>4;0H-2PXk>+GeH;b*GQJrPnBT^r8b`H0G>QKzq(4IcZW
z4H{{Q#ukK2+g1N)ogi-)X9PRVlq!KWkN^bFDMDcM<4)=flsa|~_<)>FKyVEVUu!13
z6|Hp*cjB*Ox?0#)G7s?OE`2d&0zMx}K%6|wT+{a}h5GRdJEZ(vNVN0iA8Q~CVw}wO
z(>2%Kh4O79W};WdkLY~cIv8M%0Tv>oen}Oca2eKG{L47B>`x<(RnCSzeZLgGBlhsR
z?N?=q#TYlb`7a6%FncZYRbJ`1XsNmPdL*3|s+<aF+4MA`LzHTbK&qf1QW+f+)kIUe
zX5KDN4R%H<8fnOEEtUg%70|m|;RinzTLpA^uhRk#jvq(P5;6es#-AaFrL?CpVBOr}
zs(E7?B3hHs;`QQ>O>@RHyn(K)GH-7BrdvUA4t=%OyMRlyYh~e!F5Cs%xht`4W=l~4
zp;V!J^%z=d9k<@!4%v>oQwPx1%YNARaQFl61cUB=7Vwb~phfSNin1`VaVzcPGhOYd
zVjF^Myh3l3j%tdpqxyeT^x7$`o;r=4_QhBCwp957ek1KE^>nbLsL0U++hkyvl&7k@
z=;GMu^{V>$ps9eUqJJ0bA_6}o5UG0xA9ImA2}F)&Aj&EUgI5QT(otu@OkRYV3GCax
z@^a4B@`4XjT>NBY<XV<LEJ>8cscVPRs$z|+><{*?)cSxS+9(tN0)-03K$2a_{ehvr
z@%W8wc>`99I;33jcM&*_vmUS2AoJk~U8r%4<3HQkn2Vy6H05f%qHMod^X}klNtuw`
zwCu&?+O_$E!JxKrRQwr4uRV=E485_wZz<h)6Urb0MsZ_4;ib06(KWtVgnzm$Ru?A*
z=C61LOM(!Q!GfPC^sdd0n@01e1$p%o5JU@HcQttJE71YLjs5-_0U<YT$V#s$ac+dL
zhI@{&%HudoAltJ29Z)C*RGfbJeuoo+Kti|;A&Z^DFx!Xef8j8%Y!5VqQTS<F{*gO`
zCyOz0oWKQk0Z*B1a452X&!q8*cE{r`gnT~T-#KKj-Rr_2o@IHjv#O67NdA26O!yVm
z)IiGN+#pf|eJ$o*U88qZDIEfhKX?;XBm)TV)z>hTj)Zh^LU0D6wFwA^55{QmtZMK>
zvK!dv9Crr+qz5j}FNd@FwzAWH#aO<xDhoX+wp6(_f@sirySP>f81xJo16c=ARD`yl
zEC2EPFaGfUce)dJ3_$+zH(>zWcOU@;ol>DuDvptHn^qi-FP{+0Wz<B@<|$)ny0XFZ
zkUR`F7B8vTQ*Iaznr2x*a2yfzKXL|2sAX#<LEQ~}rNfHs>Kqf9)596f?fhpn{wVa^
z1%fQoVKJ6dS9|WDwV(;Verav>vzNmX=m9}#uj|I@;<#Y&p=cEW;bVjYUjE=IQLSpg
zlGPJsV%$1w_oT3NK#!wHh_hPkW}5P{j>A<$SOq=adMnED(x~SIB$KSG%@)ANFuh1o
z*JZFV-=+Wj`kSxr@4wlCnUiJlRTf#uID;N61~#BqHO^KX!EkCsE43pq^I?_&U}P$#
z?D=9#j1{J1e5Mswa_mFHZ*KbRWi*AMie)9fcoWXdxe_!l*++XFKYN`W#?Pjca5&^D
z`mBi5{@$h6a1OEIYwGJ2f~cyT#L`3^q=t}QM?$(dA{czYd|3q_yqgbpCE`RPL}_^O
zom}gX`>~#B!aBYT;tU+;)rP@&P;BMN`v;f+rSz7)SX_hfN&rGOKm^Q9#1`&;k=W_S
zzkKoL{{D+E$41s{(}4iwT<|?9)_vj_VK}R2KdMaD3v0W!hCvcO2SUplK)8N90WmB<
z5W;>obdzxBFa%jM$k{A-U7t?O#Tb6eSJ)>^5-WZs&N>QLFDPHWE<dTdQ+PxUr48SZ
z73%7AL6d&whH(;lh(=zCf>8Lw;=pS0xtFUhes0l&nJ=woAZkTGL<1H;h$1nJddT(e
zu6667LI|x-^W&}x==veAsY%6Fxhd?&^UpEC2(<+3N*S2^lh19U*h&J^9ob**(TMQt
z|J}W_ttQVy*<z0C{U_HL^k;Jh14>(aR|D<c=MFzrGXN0b{)Ha`7)g>tPu9}K5{rek
zou!vpS>!m*iZPJP;27PXxD0&AHN2$=LrU{i1_^b2Yh=cAhlQxo_*JKvDh2|=Sd?h`
z<Eu}SF=-Iwu5t(&NHvfKJ|qlLIDmAB(Z$ojQ2^^7+CWZWsWkx^G<0^)Y`LMtPnXg4
zV;u>32+IhK3(3Apq>#_Kh1>N@p@0Cfc_ovg-1LP{V5#e|ZKfYVg!j$gf8r(Yrp7}@
zCf?Ccoqpe0<YR}(y|thT1{m_((I1&yvmKt3E<=lpGZqdZngVM&Jbk8$`H;<;I1Z%E
zk{yCHfuf1+uCGx^pSX#=yV>uj9sSuVBG2q>4AV|lujob~GZ3vmVC+cF0@NBN^}uiY
zPY*~)V{0qb(VHR&P>^1=N_5f1Qvo{|sRB~<VKwIx#WSc^Wm4tN-96lRG*@`68%Pr<
z2TNX2)^Jg|BfWMwQ?|5E``3B0QOMn!e75yhaz7ntA31<1GpK=l`@iCT3hi@G+b|0>
z66K?@^B~K&>y;$fGp32!BJt7ERtKxT1l>U_KLtT~utDd6-2o|xyq5$A3Fjlsaq*U3
zYo%QQH~~Ojtu@LSJKV7G&<_<S@cf&ZrXP%^jhCU@a11=Mb@A=D*WcBDi*4he)h)AE
zM+f+TN_vMLT|6JXJ4!3AQKJWMzfziZ4C%z<IWJlf<h!TQLvF)5A+S}4XxbIV>y8Ml
z37GM<d^t`CGGdFZb)_A2^iDXHyJMXg?q>Y(d$h9s_z*+Bs$OQ*2$f6{)6dpr*^i2m
z<1i{xmi5u*+PmZ#<G|S_WXDXX1~?h^blGk;f;QoCj43Q3JXrYV67*r9&SXsofJqLY
zV}Eyz_T@?FbJ4HY2)YG5d+o4DfrEVoe3tSRf-96ZS*%jy9Urvj9nz&J6OfjcgjOTS
zKq4Sw=ZNq@X;XslqKgC3gH&f#0BJZ#(~3dG#zuCp1ygh?Z*uN>&m^(n;yaCnKwBx7
zH9R(tMN8*Q4#8^z*QrEkr#TKylIzt#$|+Aw!Lm+=i8<1Kd(RN$tB3W%x2<pM+=>`P
zf0vm707bvwAF%&{JIIu;DyKhj$VQp#`zyY3=fXob9<AB$Y&M)i5ybbg2BHnk9e)4_
zt*l6?lv^&^WoOqwY=-^K$o=huR<`lmM~SSp2Z!O6hElj2h%`zln&@f-k;F}#9?80d
z-lPz;DqY=3@=8^70U@7zh3ewx8obO+6|Dvk89gWv5L$P1NV^wG)!`_QTFQzCTd=AV
z{H$vg2MIu&>8SfVqs8vLb{qu_EQ+hN4hPfx6pvakUy{rKFN!gr2KQmXE@$(dPTyk@
z<QoS>f4{9HVz^xgqYu;7TES(9Er^6T#Od=ymUudxq<pGRiUjeyPrOX7D?;bW+Q8vg
zR3neUqsqjOWw=R!FN}jAv5K^E<wO4LD$D*dwEfqV$fd%t@o}>=S-Oq6{Hp}7E!Lg9
zRCJxwCSg#gu6orV;hl69;~$0X1m!L)Y2ye0LTOb75e%dwB3(#<?N_ual@BTmLEh2o
z1h0$d_-8N}7mEdIx7{@(>6dA_9}2XyD33~HkvuQV@T?5<7Sb#J=JE}3sW^FN7N>OL
zq_#aBUnvE%gxa{3Kn-0tl2p^TUoil=fB&%IrFC8w$GQuou;wYZ4~7i{x2ttfDyxAI
zsy|gQrl^~e68O1eR7DS{(^GA{1a~P0Am#SM@BTm6{}zQt97t?Im4uKImfFlY0ycm1
z@?8r5`Yt2S2Wb8?$YorreRQ16!jJu0Z-W;<WIaVx!xU?NuR)L6yGKqlSH<-^N(PRY
z``V)*?JQP@9bN1NoDdZEEj5D3ClEG*3oV4Yje`@8K{QMki#Vd~MC)T6tO`HQ#Sren
zN{%R}2RY=S=I5*><tn+3polXANx|@hu2P@_-nG`h08>L@49`avW}v_S_5J;u-+q7^
zI@GKMHmF>jH=WjRlsjoL009yL`I#C*o_sB;6n3(i0b_AIF$N+m(iJkxY|Ebq4-emb
z@z4J;g+M>9uM92weKMPa67Y3C^w5u^*LDC<@Nj8+H6jOcSYGj3a*JU6skZ@y-N3GA
ztzsdq9{aj_*=uhG5kW-RQ<5{Olh>3s2qG^WU376Lis20dsYX#7{?U}&<bQkPf&mDl
zAT|HEleaug|5d$3I{P}QWDQ@MI*VLv9X(6S7e?^>D=cWl!y@(x_7rI6lwT)pPKQ{F
zFpD+AiAm<o^zAn=3G$Z+hBnNRXdt3}%wZ)(w3MmO7TI3^0Wd_{9x;S7GP4<<*by}l
z7;VR+Pqir{LdE#utNZ)Ez72Vg09oQMC|NNI;%sayQ@8px>dm?Dy}Eds=rzYgRwI7D
zM&rj<vPaa#Rke>Gn90KVjmBBJQI4pu-zJfTCZu)S<)bW?;4_`WR2PSW;sBvi4SNhk
z8y40+V2r3CyS=6u2My#wQ7jg#Nx!DZhueAijMF9fp*Iln{GztyCV6KGOTjWepIyG3
z<$RJajE<%tTekSR#dZ3>w6Vw6@lE9Dvp8PUKR^cS{vZ6ntosjr0!)riiu-9W-?ct6
z7Koin^Zi8#$^AbEO8J2;q5%rBz-w>T_>5bCDD$5m|H@wf$A9ebnXp1&+3sSjAp=Qv
z+BHT+$;SUo4l>+qOKKE^W;ENsPATn}Xha_N5Tqv{q-yG|X1(fbxdsnmEh-S?U=`#r
z2kD{<UJREIq)uUJK!Qd0?p?KOsR=MXaA2fqyc#?%dmPX)5&!DvC$eaTAkU2fryvO%
zo@MwWw6HF|q-R*h_H*axMFc#<-Nls}h{y9J;q{G$L;I1leUAY07Mp5A1BG}Qk6U_w
zh9;>Zbw_)JV05u1gd0!2u(~U1mUGp6Efrl@j7;tLL7XJE@9zG74+Q8>5w5XZKgD+A
znNm7a%gO>ryTY7L;Y+@{7X>@H%9A?iVBiuxf5jZXQuvl-PG7Yk({conu01Sm(pHAK
z)i7C4g5c$RN0os@Kk6PDv5o9FNEZjAC(>7nR74jDLfQ5Z0Hi{U_9$!bPFXSrqDu0L
zPs_O<sl)ry)%{`;3-U*28pa`jq?fNln(+>F%}+rwZJK1oWza=Q$%_@E#5XyBuy+8>
zRpm#vg#Z0dCaR3|HNpUdC<+SLCa&Q)+M{`MUJL=Gc?m#>kzvhTQJhgI#IWqS_$Us*
z;y?cmJz#JCqM~r(I5tuJBp*`+fYvVh$MBq&qVSXKI#q|#ag60@jo?(MCh!uSx&kJ)
zdbN2}k-<6~RKgI+gQ2m5+Zzd{at9`_f>5asi$hTtUDUx(F%BUT1L5@#WFVq{uR70K
zb09P*ieg4()#!uPAWa$M@(Tto(&yHj0;Dz0T96Px@+-VU65F;pKP3%bF5=yV1jLE+
zwF*5=WICVo84rJ@!P@q~IKbckmV<v(l0^s&Y|+jEW&C0Q&ASAoIa;_Z>gnXAwOxrr
zmzRx#I28Ed`x~rBfca~(aNd6b1n4g_m`^WDw6XG6QJ+zzG_<XhXUZ--<RkN15;RKs
z&dq{Tmw%*S96?klqFdSPDB|=gIrn`8sr#)cM-ZeacXFax9w@ByST%xZnyl$wGmvUN
zv5PJ+dNq7dttz66jR)KS4dwD4<xbwUz&}x%7KPISi)Xa3t^gkp&n{^sO|0p8gCJN1
z9$ulO3lk+)ampg3PIKcz04aPk@u6@Zxvp5tvtkUS?fqZx@4xu?Pmrq0CJtr-*`jS^
zpDfGWL^uJ$)A+3;OL@ldrNfb$(=|TK*n~J)&Yskr@Xww?o9=)7^fe<u9|?>ZFbH8d
zW?9o13Kov{i5>4_VCuzq*i5goVk^!PEKcUpsb|4fNA*dzb8!ObUd~^Kfgr2j$B+F)
z0KdZZUQ;@6pk%MMd3V>iS=Wk+RH}k>0MdmNy#_!ey~Ke~;M9=&Hu6`k84&zVF&KbM
z26A`DQz%k7qF)I_o{Y%#&m8Jj)XYlGtDfuy3d5h~o1LfLNrNMgV}UgegMGD1GIS*r
zB8T+DSNHdC-lN>Qne&@qgdt`td6tfOk2H6lRrV8E>}M~$tg&-=3Tl*rKb2`(Rx%xP
z3b;#bd$Rr2ukY`_`e{oXXRWTCVFCcMgwI+oUEkl8V&T0gMy7w2$vvS-pPbQC&C{!F
zp;o_zY5Z5x<g9u9{`Dp`-HWSSuYa<aOK8<LK~GiAV#$*3qNl4vkS;KK4S;AhgjAfB
z3+l+N8qFYKoy4NcbTJ$}Q~juKtmNEp?v<d$=Z*n8%gjoyGnSA-a_FQzsFRuI=n~oC
zEte)?pIixYk2`$`Y5Fhkfdb&@xk%7q&jft$u2gu@?Gw@*bo=5vqNRiSS#-%>)VDVo
z1CT-`s2f02`_pp!6}<d^1JPj+vfjDAC9FGUg`2oDtXf}4K}s#~u7UjA&XN7{=4TaD
zD4M*FUEB78D@kJ>5n>X(_e3G&uA(7&RV;5tL+VYTJYY`iN@yeKUcm>gpS6oF?%FA=
znuG9Llv+UTvHxI=AyK->)mnB(GOKxPM|h$k$hol#6Z=dUSZB6>mDB^&r%#k-T5m>q
zaLF=?gW#4m-0EbRry(B_<lA6e!rv<?wl|BHpp>hrPaU45lG;&U28~wm2Qm(^gPyC9
z@juhep;MSD5C8n(Pd{z{0Cpr_QdCQMaK>rE7znPf%Q!>{UB_|8>P2o)C0Wj{voqOY
zlbCryOK>>~Ez2Cema?O+bL^meo7QaD_Ax~7HPw$+CyazDcl;8r+W6%vNQ;4VBk5g0
z0EcL&u*A8d@xohun(UF@x|@SC09hDXy`PbQ<F0is>nHnxoEy;`M)=NJO=g~-4X=@U
zKv~}twf)xXk{f89`=WghnyPY5r=&ndck7*~1;Zrz7r)}tQ=_`75rEdA8ITV`&S^_U
zB1<`q2=QUM4`rE${yfS}%TBW3fq;71Uw(Z1_AfvE>hEvfeDxES=o!&jf>Hnj5cZnU
z+y~WKZMyM3`Iimim(wd1(aY2a1>p<wVNu9!7+)`BL&AOPFZ)Q<7pTlZ<SwjwDnucq
zjUOV1)!;`59$hrqQ9L^|K|=VcqE)?DGRbYKAr)dU00AkiJDG1B6y(*f)Pwb6XhmXq
z(K$Rq*=0#QxW-uYEK6+j)D@A6R?rg(K>ctf_3bH|H&F-V;XnQG!?z#*13nHgkS~7&
zo=!=s_A4)>acaWU3m6rPTWBp9bDD=28n<X9H|<Rxc$Vc)N<|~uhyVQxB(J{y2DE@b
zRPPe*X3z5hwDcCC$w<<YSNt#Hek9&q$99ZB2|RR-^PfS@eA}JBjz4<^9{M2{LfKZK
zcI}a*OyqVLDM!t18tN=odzP@lj}Ae8;nAx!ctr(-YJ2BORX>-KSPcuQPEWO1M2_~z
ztY*J{-ej?EZZ0^^eCxChs48ZuXL?r=R4UmbnVgyhfn~UIa60ET`%}we3p0L_!u3D>
z;~(FD_vVZDTdaZn_NNb|@NF|Q9A`XputE`pmLD2WP8Xm7>-!dEE6Wq}SSX|x6`?nQ
zL349dA{71a$G<`Y?^j^S{$+L7vFF>C6|aHn1R+BW+FxMx<{|-fk}t1eY^bBiq~%}I
z(xr_;+g-fg9ATw&P4^R5?Zk4Efo>q9)xmpL&j;U02vSR#Xze1%=U%?L`0OFlOAUT-
z5UFb-DE}`tX|%eq#8-4+EQ|q_&d)>qxhKoL-THch6!dw1aBA+E{_q;_L5<I>!=Q=m
zd5J6>J`t<1nubaE7PkM8x}y3Y?!Vk_Cy>|5HD^8b)3v53aG*>B@Tw|)FbHX8;!b@J
zinC;}weYyb2a0n(`~^qgVGdoSu-Nm@@;NAEIZj`5a+g63AHT6rM_f6m(=WABxm*>6
zftqDsWJ@`V*>OGRvz$wz+Jl7q=7W!rM6wWVF_4}tn2L3fsw-2PC2S=bKKBaN#pex9
zKzelzoyxkKRNkQUTENjXkKfV3WU)}Cv88<ia#vB1dgSTWvCdsPGtTLODWllEjwz9o
zezKFZq&2wviKd;wLX_09lN3KVStQB#Z(;uX{{G{K^21kOyr(+$&#w9;np<|Z?3c3@
z+bIWq^bF?K7NtmJ2@9{&R%4~uxM7xqn-%sFv*&pL5l29fAK%mrgyg9U&0ph(0a>}(
zj!>{>w<}-VvjdOY_HqbufDVP;1)9txH~llrCF#S!S)WyT?>#X~C@@3rYiW&vv{P78
zGcW!C`t)Qm#iowll|i~_d;#hrI&BL#(}vnMytdW60e^#<;&5;XJla~kT&w35;DfCs
zM#vWLa}rU@BH!$;GXGVsJ^Nf~4W)7--=10wDe5%Pj3MFM?|uXX`Qoeh<o92E@#R(z
z=DuadOEl!L7Y=c9)1Kxt4a?o^<v>-IvyQF8hvH6JjLX9G-K7SS`17Ukk97XdpyU4Q
zzuw>f`X}*RqZ~PkyCj5+!mJo8f`TN$Whtnwm<2!Dy7GwtwMRF-V5l<>Ke=Zxm@+Lq
ze|7SCTU9{X_;H}CUg~k#GiJDJ8fEHK12=fsSL2oI=ymq1i(h8&A&?%G2#Cx-<mo|C
z32Aq0;N#1|Xr)rAE^>&4)OLj8EWhabelZ@hbJOYLG>)gyRcf*2)UJ$PPY+5<Ol6(Q
zLJDv*!H1AI-TmV&0LcB{KmLt8eD(4D2a2XuGYu^P8N!l)eX&v>%JPH8Aw;sSrBDnx
zZ9%7j>n1}7q=1unjo`C=fGYZX0#aNb#bGT>bSp`AY_(r!*$k>LAmi&N7Y_nbVZVEB
z8v+I*;F(%#JOUH6hEILecHr4(4Y2desX~wg%~*HsD^nJA-&4Y>FLe}Hh2=p)kV+3r
zA~&CV3G3qXMRST(kfG4M{8in)+fa{Iw;%FcbyygKeWB02`iE2mLI0ZzF3w|CfK9!Q
zo*L0;9Kh0dxe_;pNx};{c^Y*-dh{oO!9bsTkSx7?_CNpl4glnvFF%wY|NhtiCZ&?v
zkekna%d(OYBOa;m=ZYwLkjiYOVI9h8>7eo<57OOw=2><&f)Y8U#QFREkM|#c`UVCG
zg(ES#zk}l!d-~jUR}TA_?44MQy<ANGgeq`(Q6h_Y!c+0=NbT@+2Fwj2&oZ*9lf=EJ
zE<UN?(JG`jxoByau-Py6r0)J&PEjHtUHqbh!$(gd9rd?$Yli%9^JUXdJ{T?xr|ebr
zw?j=>x&$HM3Ua}fc~mIF#Inw#AP;LH=y7p7kCOZTCEkX=(Zy1DLLMmyeOnArla-t2
z-+u=Mh`+z5+lP;T|KC0V$H0|FoeT>OTB!x0Idq_RiBEEr+TPavL@q`hXEvS%u>Nv^
z#IjufoxOuEe){lh_BI4G2`l#Lnn9zI2Pncd9)|XLqu-AYys#a6$#?AOz~gh849(tQ
z@XqR=K)*;kIX#KhOz1vFjn?dMg)9vVkvc2yBt4V6TH(D1X)Hwu<F)alqaeTN=(UR=
z==o7$N!5=b&l&Bjc#7}Is7NDvCs7c&boZEoyhbPs+h3d|Bq8P*&Z%JUg;SW;S)Nv{
z526U0iR11bZFuV!W&9^g$N%?_w?F>)=Ij5U`u6>Mu=ZFmOq&PLtYsx((Whl@hSMeQ
zU4m(Ho;14z;MudxMj1>emPnwS|ARK(Kj0k7HxK-C&;kKu=n!2Q6agCgjoI!y46f3I
zEBlU}_fba4*-9q-_47ZU(+@xcl(|2dJNJac&fy|@8&B?}Ji;R>6S)M^Yu1QLrCX^G
zL`sEq@k<SX3~~kwiesFAwDuN~dQQ{RD}Ar7hJ*H;YkMBO$&|fX9bKFH^ONPctIL>f
zdG6@KZXP8!FOtLHZ-&c@Jin|rKY^`t7L^L)8u5J9|9?NceRKcjx4&aMak3ut2ZKDZ
z-FQ5RV28bNsJ>>)c3$%CD-e_Ay;m1~a9Yk*?<_xur-Z}!5jfCCW&6$juRnee$v9|}
zwG*@_+y(dvwKdE=x>vH(;zKD%cvn6VS`6lp=g)x<r%2A&JCI2TsYUnX<X6j&Q0nHD
zF2mZ2PzH|u+D9{nE(>F!R0WE1Qwcz7IO^gT8}+*0WU%l*+U!;86G{@q+G_!%OFoBQ
zpRq06kiU5~0-_sk=$@}@!TV^Dg<MjLC7Wwl8^V&Tp~A^iZ{>F%w!iz`hu`4WDO-he
zr_6J2IvXgd^}~1f_h0=^cbt(obo%{qW|=!kWU+<H-syT7xPGpbVv4YC|2nbsu@^AL
z2_06rfD;ZN<xd~)84nSmpoZfJ)=3<JhgV(swm)^Qm))cl4LPHn1uj<?WUv^J=hJhx
z4yxx{*6A|xys9YikGuT~u<o#La?EWxiI&bp(~nhM<P=<i6lGtJw?mI#cC<2BO#!6W
zl+^gW_C>IyhAZ~}tY82lnWP_{M6XLAuTcZhRoA^pnH8IPaASU&phqjl?&S;wV~YwW
zPj06F@Xgov_kaH#e!Vkod!i^RqZr{*i+}hY+OYnh#nYAPrvnn({z`TF1*!$+lra`K
zPFO-$s`g#sigf-jX%;6|xa8`JW%>S#`!`>FNgmk0AM2$Y^lq&cn!h4VU@>!nJDuhv
z`+R^aFJ~dAuE+pz?j`v&bsC(LKGP=9p5~q*BQKZGTZt?=vs^iTNQ^_)l&ELX`DK4s
z{Zpl}=z%`oE`GVuYa@uD9xcO4X^&A)skTPaQOU#@f);P1lF&L~_Yp+=d+XS3(hKU>
z808ivqRubH>V=&;*I5t|(4JZce}9isxA-<eO>yNoU}oh{$m)CO<GugG2m!-4lsrj_
zwX>dOkZXq|%MitS*-|UDdWqc6*=+<c#%Tr$*M=|4k8j@m^)LT4{&N4tSHBYXAhB;-
z$-=2V8DzWiPqv$mjG1=L?FIUClzT2&FNYI<vct^<6hw{s=U{Na6~RU)KCD-(xj)w5
zZGS0Epzmo)NYh?D>Fc{1PoPIr)AsPALy%u^v})+BGTU7<QFK@BSy~<Aa_LP`G?hHo
zEqNTYS9v$TLPU9fX-lYRqrG4^zDvC5YKq><_Nlk=t6wt!d2|0BKeuc9^9TmvY&#w}
z-uK_JAAQ{6+=aCwBu?f5>BIPkl|Z|%s#cZe=E<oTrZ~3*tw))^aWF3hR=MBY-+%X~
zZ~gDT`|B6)#YY$>K6`t@E`zt45dbv{q=L!zntn0DQt`xJp_5tcBb@)L<#<ib=p-I_
z@QVshr>(sMgM@XmYOgriR6nKG{5p%(MiB`idUBV)R08QR<QE$ff;4~M$rZF#<>PKY
zG0MM!2EV4R-ki0EAVq&A_+Xp=EH5tCvV&<pJ|1z_S~}kN#T6|fo_GtC`;C9WxA(bk
zdb<TO4tqCr-=dPq!xV%<{ON4wO?Tt6kG@l0Frd0Kb71Oj|2Y-R{+tP%TCkeq7#>!~
z$;bQezWbgLqJRAL*Y5?50syn)nWz=x5>N8P;ugF!g}wUqjvBA0pIFS&rdDWN@FwUM
zRPj&Fo{e1i#hsynQVW?p?!syk%aW4feg&j;l{cu+ZpGXm1L;y&zwkK75_&Rt)c^K+
zt&^!~Drf&_OJ|QIKT!v1)Ua+JBh%bnW9?SzX}&WaTpI4^_Vu1E0?3=+^H*AijAK9v
z#16A4`j#<}H(xy%?|^`~Gbc6QjWneMvnxB>Ir>(KW{0=RFo%9-{l_SbR2ZUze-wLr
z-$Tv*`|tk7o7<>PQs1_`b#qMFQC@pEU1+<}CF!$6fufG5mD0<Y9j*&fSU}=FNZMjY
z1~SLfeMm$X?_oO-xri=lMbx8&O*vB<0+BM;%}US|OPd;c2O+=Q=pBL(@sr2tP`rI#
z$ONB3b4b-0-tHWfPh>tS+o+k`I_SiU$Ja=Opr8luQaZgBvMeI)qDHQx;!9*8LaER&
zlgtP_ACyXHnZqdh*Y7{T_TKX2@jAuy2ufzSI6=ro6w3oE?AhG|6VJ$FLI0@o;Ufc(
z9~d}%`p3s=z7Iyx?PS%b&1)%;W)p&nyaIF0Jl3fX7`xVG((-^>;?S1cqmLv>;lQM)
z?tCf%lbV3+&1CK61>_RCoT;iW={spiq>+3_4syVgu!~=8?9l|;Iw5*(Cfllh$ba~0
z)f2NL2Qya<0}+i_x0W&ie^ZB?KS;K>7F7C5r>|*Fpk6~?{Q3C(7x!=8y!k!fv@5B<
zSVx6vS=q82|38%D{YX`)nzOzAY=n)nlh9{t^$Lzqt;75B+tiL+*zz688|JnB=FOY8
zP}AS+K7QaHA>}S)H*BK5RM(+cSZ8+wX%*#yA;7BySpA+_%6=431VW9mqtAc<HHpKM
z+dtUz9~?vP)!BerH=+^7sylk+36Nf!bhK838bKOJ>f#q1vi`b6K=!L3bt(PnUfw-{
zoP)KHUX#Ci9aBPr-Kg7Ztlm`Ue4M_j5l481-*Peh67|x*<bxp2A_<pRPq3!rQTh)k
zf_$m78!SIBXR)~g7(^#qJMHu29O_{4<kGWmGaowSh}2SV$&hRLP(4@g<Nc4{eQ(*H
zzTJI%FXXnODXf&~fH={(LZxMv*bG9lYy=%)Cs!@59EE>YDPk`uj_|;!%aJEQYM-v3
zMhQ{Zn!-0|wD)AxN$0i>)}yOhDt$=3z2XM3SETio{<&ANE<RhdlA*{zq#xZ$SaR3w
zS)}HSwpdAnA<clup@1{~RR9EynfOrL6`qUgkjTQPJMD2>k;W)*xf=eKA;@nl4c*kw
z$zX$BSlQf#8pxY3DLBR^6U_-00nrp1y@S2}d<Jb&TFI5$dCT&XZ<DOYo^8g*G$zok
zG8&QkxxW13{{DN0X9fA&-*{oUEQbs%{MA^Uf^(s`U!M48V$ahV<gd=Hzg#Pp?m2!Q
zj}HYOC?dzwSI~ILPE4JV(K3#QW2I5LJ^&o8JzeW^mLNo~rAv)7@+h%r*{s{JIso|v
zhb)ZKN_RFScE6dgd5Bbk!%@{r%(qRR_rc?pJkdpn)YDa1NTtztDjrex`W!-TmdWb<
z;r{;q_tkeZx9FoWVKRkg-GBV}=FK0do?5m)D#?27ID{zU4cqI7*{tpmfMN*YQ1`^!
z4Cbg5yE>*f8ui5LPyEwY_xEpqu>F+1GU2^RCEMWp$*OO-(6lNJDcgNRckgB`-qB|T
z5HblbQsb4Pwg-E$w@fKh>*P5?8X2kS`<_Z4H}T#b_^uvCZ?O+KyY;B{AzlB%eoo3*
zbny$0mKrC&Mf}}NpWn&a2CWvXs)JlW1?Al?dsDE|IsAGh^y=Ee)YBys4f{)haz-|a
zcd1@B-2HSA;;jG4Xhsbn`Xr9VXxNm1YWnv--rv7h^uo8S36ymo`hB7~LtrHH86U#n
zx?f<%UfJ3nc%5L1vm{5VRq^yc!Y$qY>WllgpX?-yz-e7W`}Lt|nOQK-u<1ywt%VIX
zAxZ8i=Z%kFHykg!nx%Q8&-wfrutgQ%#5n0ZK}mk!4~xOGLW+`3wtUsfOF*wpK<a&@
z1Rr7)q}OSgbRp%U_BI;Q@X(!91d(()TP2XXOjq@2=m*$Gy=TFb{uRVb>T6eQhR>fT
zZ#^B%Y@hKaN<J2FgTnAGo!j;gZyN@p=YH(@wg~I{w?F>3Rz85+MqaXaqCrlL<ey-Y
z5EaL1r5w2xG~}=jI*=N+J@$`ODd!@PTDfJ<_5Q0j|6p$gQu{bwqG>bFx6C1lVRF#l
z5w3@o`;fxQ9K?MEIml-uA<AlWp%hyCaPUOd3%m-5qqUixq@_4mW&j{bHty*?dLV%%
zb=*sd0U0mkucY?NM|o_txK;MD44-=$>*Di<d=|8TM9O3}7;@Lbjz$Jr014H_xaz?y
zmR?EmzGfPWt698UAwK^3&U+IumQ7AJ7<@7M(H{XP-v0P;TOHK#G@hCaL453LvcCVX
zj}KbT_V(^V6$n_C{V7gdAWm?}C=C-fyd~>U*3U4xhsUwnEL4opuxI@6&5z$(R<aZa
zg55k`g^U0#!T8S(Cj%fpT0fZ2U7w?x(9->!X{<6DpDpHlD7J!yJoki7oSb0{KTHrn
zhNZNya}>GLn~Sg(JC%t=OIJb~19{v^!~X$UcdE(Nl`ek4A@zMrH#SMDCU@1AR%=ON
zRXQitS*llp2aoILy<Sg$%?wr@%BAW~S9uT07UdbQy04}<QNeh|cVARGQ@YZRQtYx~
z2x415y#3<W@3obiFubT<SOG&2pD~i^z2K^jOWU@5D&2z9>z~r)@!Mm{H6Y7}Z{Ggk
zTc7IYBB~5h-=3#qoSVzi85gcxnBQ(pd!g0Gt2{I#|7wA41==N2X#1gT%jb6x4ov9#
z?uja(feH9wM$m}0SAX17<!#H;wKWv0`bTrk*FYnwP*60Ml56r^{9>auPJXDLqO}vL
z3v9jCzD3^PRLxwxoZfo^LS9kNq>1h2Hm8>dvJmZR=`@V~MgYi{&C9SI{v5><8MyrL
zkH3NupfOLN4XOsOacqX}!hsDXzl9wbTD{AI=@w-KLVwxxq}7d2(7gZZ{;g$&5xfX-
z6u5cj+U8=-CAvmJK7W<C3_w!SdhqA_h4Dea3x$av9gb(414@RgwtJ$F4K>2VPW-vr
zdwLY4rJ>k@7O4W-E}!@A4y32RAf0NosmFH+@=K3{upysG(vGCvvmr5JDbrfj(}9NQ
zk069TC8kKOC>ixc@E)qqxFYG;)r%>j>rtVAXO`@@@1<9vN?g@I>~H___pjblx`Gjl
zalIHiqq*sZBhH8(y%}0JXEg`w!6_gmc4}`cEW;1q+<%YuBhlDNr(n0IENpu?a10<y
zyk^XPJAvoLq2;YfSwEJ3PSQxR!$369T`iOK+!M{FAv++a7VotoAV^~D6&s%*BMnZp
z`mm&S%bt{Y*e{Mya3z$a?>_hP)y3zHy)$56$fUlpC!bx9O6XM`q}`FFD39`3`V({L
zeRZ=~lN+z>bW4TC>}_A?`8UC>s>t=qvpFp5KYai8OPSSB97y8`@;`t1=2tqj@mfjh
zXu|VcaXf#%a;p0Iqi5v<>MaBTbr0K`ocy*a-9G#U=0H|X>}9^60fMBqZ<M98NEomT
zdG3ssK`}LLD_-rIQ{gjDgCKJiawM<tYQe%Y?eJtjLiW4#eb1rvpcvM^wvco+%RsO<
zh~BzevpgWAQ?Yh*@bOCzS+}59e|1-X(V7A|IE7wg$9}<_?n4OeHEN;z7XT;#C08-;
zdp?Bs#3d$Cm%j%w-*~Oeh&s3J?|*oE|Lfn$FS7D2%Y;h0{llL=e*8&yHqb(q<o$|r
z(1knA46b9M9m=T*Yr^_HDk*jbpW*b)4m*eeCvm(9c^w{L&mEQe2oh`dO5+Gd)<(wA
z&~%gO;I)4%PY0jkxPJG;p@`Crd4__@(q#ZLp}i;P&>Mj|IZe>q(n?J4WhLY(LQzGp
z2adZUNEiFj^z_Pnqy-)=5rjuQfUVhdrPcE%7|5e6)@*|F0Qt?+SX8IgG~nke&I%er
zP9180BD96i2*`K$zn9>sRAzJEGUrfW&p&?r?*|>au-Inb9arwPG)*#Z^+4<Q@)*t9
zB?!Vmz_MfKELGy10YyAoLcPYaHe*GP+-Vx=V-FcfHMFj%MaU)H^P3LtpBTLJ_*Qc~
ztr)wueX<rW*mL>GkRB?4JgS-3g^#<vR+uIoU9*$k;~gZ0B1m&f2Oq!Ws5xwNLkm1w
zsjS{UDUoaFcaP3mzUPtJvGfK**nfLTtQ1EKk|Re9E(+dVT7KRc1AvfgiL8t_2}}!q
z@lC@(N+V*V&Pqbq-%tPcw+B+LGhCPpr=mYJkB9L}xDl35sCDtdP!U6bqbxWF<sFzf
zUl}RdT-hOe*)mU!0RtuW2K|*&y||Nc{IIjx&j~@GCRB<k{hPimvJ1~JLGB>~89h+~
z*-K>I)syJ5nqpH*m&)mTYXuK9B|P+lE`EWr&sBNrREt%})waDNdOexm>$SOubjCg+
zAcu<R+7x?+uAyFcL~QkQEb6WvSL+YW*{1&OoBO5<OCM)hnD7b+h}%B=uj8Phl<iNT
zeh+Y=m1;iP6=Uv22uda|9uLTsS;_94!?vC#mOsSV6BcH?*462!qNGC~CJD`<Ce~#l
z?g2{gpLY&@KPp?8t2$jhiqXnDbqEAPixWSL-~yvEYV4Ig_8MO9_VNnS5c-~u311w<
zcM7OBcd*e#74isr4{WS8rFZy;{BN0o$h5cK%(P*o!H$N2JQ^g7=1>Su{EPLoj}2Tg
zKXZBZTJ_-%`JXMuK)!n4z!3p4cgsQuvCO5`cbp9rz$=R+%*m{$#dtE~dun=2i5Pv=
z-O;HPUWoB7v;5V=1Utt3Le-$|Wsp)h?V5o&6x$e>D9AyvAO5@$gc}_5ChVKN2Ju33
za{BWd^Tc0}Ckh~UPu?ae6SdP>t*nHUmf&+BO3U@3gOV=lpwJ&gh{RB(wCH}~O6tO@
z7|4q!uTXQ}=OAT~z|`9%4sfTh2d6pI{d~hP88ZCvkH0ouSh$b3_!x-ok8qp;q_8Y|
z^+C)H!n~mBXzMjpKM*}$Mi6*f>zoZT6o*4QTaBHS2`MWxQ21(0gb86I{xsrNyon#L
zwa;6pIuJOquiX;aayKaQ<L#%aP(60Q2E8ZdK;-`2x`@74INxi_ebj%|WVRux*?~qE
z?P!Dwh&F&CS+g_QZ|mD<Aa@c4sr#}H?|ZnA$$?391-7PPIQq@2E(fpqVmFKesD)*}
z{aby@?48J7K^n_6O4vO!3SwDF;Z%iSpg&thNX;LY&Krdcg!~hwVtGWNZO>;oJ_t4>
zPFZpUS#S%&O;i_F3ViFX7nHZJIGhpqwr^%sLJ4t(0Xe-mW`qDBhb+<MD^tp6^`wir
znMjxVW119JHDxH$TTlaOuNqx+aVO3WMbkKd-0hRpUVG1Sw+|L~ck*WEiO`==GI3n&
z5L#YIKKmCHTQM^D!#|tbQd<gimr!`Q+MM*|-Y?-*ab!6^^3HCyUc$g&Ot4wPvU1TD
ztCXV<2}m-m@0p|5t-DkzFPEz=)>J#2Iml-$-QKVni*X#yab8l)dK60P`+tm--addl
zN+vhu^Sb|KuPH_<j@;cn+C}0ZVLOG@#V<ajd?#h_0XqyKZq@LMJ83`C-nz(V;-0{J
zTgbiPA&+VxTtjXVos(YwrH7M=%5=~yIjDP>{Moj_w-&oXNd%U*VKy4{HEB^6O}v=L
zdU1JG<3FF{*9`#%h*qKKJ1|PLb77CcUV8{P%;!echE?Vv2zaG1siSc1nQN`r<xF+1
zGOJ4I4cV)hGd<0Lte^hb|8wlLue0`MPHK6nlFj=~F?Z6%E~l@0?G>U+VRi9jP|iS_
z8(QpDKE0$F!b*azRh(<JVhQ%q$SLjxfi6#bvA(^W$<H{>%-?A%UN+c$koX(u9;Pdk
z0}CJnz>H;uUO@WLCZRM-prR|a8R7Fw7TAQJ*=udMNs>%-T4IrWgxcoi2lm%;Zdpk(
zb*e7nAWM9PdM=oPbCKX{^~(`wwsPZ#D?HPU14~xqup;tP4{@gU9}B0t!uFC_vJO_Y
z$7`n0<*zDgvbSk$wfDmyVOw9di!N$}pr9VN-^D8r8A&HydlW<}&+Tu2?j#U7oW;V#
zMcQSs&I#;+_CM`p1_7FUvEcy$nWE>oGlhbP??t7U18J?wick%FVX4OY#92nK(KK|u
zNT&nzx!Q3_ceYuH(h$1Ec3Sn~0nR&CAXOO~Zm&=bNnI0WRsR*vu`L*T^|?pNQ4di1
zu|Hp^;@Wzyj@}YJZPe@<r6Rd_zK0V0TUsfZbkW6r^m>eca0b%M6Si=qHF7Rh->Tu&
z$0hVTIfX@e6V_ubEYGs7jq`IWnf`0U$h2(#AAfm}`pQ7~DvKhwHkVLG)7bUh+@ZC>
zs+6<ZQtpZVg1icL;hrIerI*UcG*hQ)vWok)Ny`Y6Z95GMG2s2{VH<A)QbLIT@;p|K
zP0iVBHu{|(RU+%ya{3^)-@)-cSVwPNiW2*f8)908^!87s<pCb7bSbPZ<Y;X>polKI
zELv0Pk7eAYF08#8U6Zsr*x7r~)K&$ZKD+ptb^iZr1Rc+9%Xk0zw}w_=#oSK&jM(|^
z5;W8&MIL0L9>UQA3k-S<IRZkksrRY1I?58u_lKwdmWZ<p7f|3L8|ao`Sb~kiioyp6
z7Y^Cth=t=6h%hapP+3Y|HkwWYl;L^>y|t?Z^jU+4CHBa@e0Re&&0$&Z({vd#ni2H9
z<iK6SME1sorR`&@EsNJcXs3YH#S=lb!Jux_>$PZyJh$3(WK~<58Y>P8E4Jz&h#qYY
zq6{%zf4T_JUff{B>-EjAPW`YB%u;}~ZR2;CCZE_%X}|B;^WZ@%iQ&3g?ApnwtR~MZ
zImf0TOe@{lCs!<|Fs;xnPH%N^CWV*4lqhDXAX~|wLvg0QW&e<=3NPk6feVxA_Pb5X
zbVRvAEyTg(nK?hvtLZZax3D~pg+y`ahtXaF>)<umXlGZY%e&SU-IK5V*5!XEy0Ek^
zh1JD=R2vH3#@m`beXMTK7C@*oSM4ImlNf@rzbte6iVFcmq0a2)n(!yYcKaVU9Bd&Y
zL+!(dC9pL5DQW5$8tmgO%U`YIS;*%A0Du5VL_t&;fTR)8io(O8!p+jD3bRU83z7N8
zR_Jv+)jK;$?D+<YwI{~IXi{W2ZN5V75<3(X8z;)_@4x?H_prsJ)=XHryYWmsQW0Ip
zLIU%Go?a}oW&a`sga@SgI170RI|svg!T^L166%LAquK1W;G#9xRbTKu`I>KMu|UJ2
z*IqQb=%NZ_AR>d+Y7B3&+*Y=<fec9+>+Udm2siWwNUGqej0>f()U}hjqn}M7W&687
zeDjB&Zua!hs=I;puv{e;Oit*istXh%$a!n;G&Lb<LqMz*cK()~BRb&YX{|9U9Wb;a
z2Y>Rz3)X{YdqsN2B;i1f@-=&9_D(FMAi}j(i{|#*AAkJu?>}Kq%URC3kV&x?4^&sX
zHKwza?S=M)<INdXO|KM;BOY!*<gAeUkv#hh(cJ&zm{x<jhd9WiHmshMwUTNfQrcm^
z1M3b`SXA0ucF{$v+q(xPkVh%bdj3Oh>uV2!G{mEQ_U=_hDhSzM2aJ#{Eb=77IZ=3E
zD82Z(bZUP2<@>L{`1-?bo_tH4sSniySav-IAW$7<%gvTS2npg4)?vTUR*64hxKeOc
zEZ+@8R$WY^Zxtwov=u|Jxc!7>qBFOrtLf~RH@N?Hd44Sjk$_nBW+AnI`2NQ?Z|=YT
z5B>rh{?io^ub*0OHsS>lZe?`-5d%T{aP)KR!Xid6P1jGnvu$NS_S|Rh<-Wfn^njGf
zp8H2@v$r>oUQ>>}Eu*{$-2MOU{Rw~LMzSx6rmGCQY(oIrGLT6UBq&gAEHwB7LF$yG
zxo>9Py?xHSX}izqTRqFq-~Wreh{yzxShz{lQWC;0k;IY!0-5p8SToQp+yf0nq)jkt
zAG)UU>X{&V7P{t2*E?vlW`a&ZS&g@C1examAgjma5#A@1H|M#p#1;STr;qU8Z%@<s
z#potf-sXE;D=Ktpvs^H1wkDU-<ZgNM-!d0AUPtJ=7SW%x$|Q1GAK#KpG9;_t5mJbJ
zx_;0s-jr+7ZwNp{TDs!h|Moxr_7UiVT#z>?q^h(UDG0-y`pLGu+sBljbaAoRhZSOZ
zV!AI1Uxd+gSHD%cp3c5R9oGvtxA%r&>{=9E`_38$gQoV;3c0MLLkT7D2Alyo2I^87
zV}T~DR;2<>uWi;m(B0@|s_PEu(2ZD^I8SO01#^s{sE;egdpjZf`oex4lguw)eg(m(
z7g;|iS=VIj$=A1+m-c6nvL)}(8%?Wk2$9*&YPAM^!6f^?;3@Ei0A{AG^4(jOc-LIt
zjfB6wc*qUY;$rusL~0mbUaB!S|My1%kZ<MnR$(ZErAD;sFXb*qSLaADz4ifBCpWLq
z2{QM|t~ZHycHF97z|Qyv`|dw(=J%KFR6-nvmzu#!vtlvL=G+^JRT-~p_lN-sNDvG@
z^nrRvPB5IAWwwl<>RY>ywN#LX>alb7qm+-13SuQ84<B32UDo0AZ(oTM<jc?h1sceY
zPg7A=VnSHNAQ1n=QpQCkWI=(LXE@LIwy{68QDR<D2$Fz#y(8DKt*z?8<w=g|KPOr4
zJ`kZn3|`~nS3;XB1b_ZJX&?$eFi`~dhQ;jS0&j6XIZJdN()FG9OiPxXN^T;HUoLh>
zCj{i00*>tJO~&$iersOVizc*2U)!EsVux<Nst2|b2t5&5K^5db&_FH1zGKd)hv*oh
zc|_`xInB5Z-Nss*S^In-y~TKe;z?zOc`!|}Ryg;rUWWz}eEIbgXdoZHd7}0aE+cY9
z13d5s^Gw%6T`U<ne_rEiu|XiKD<<}cN@U!t+9eODc00OWua~ojrep-PWG&}uzARf<
z{rlhk>%TsgidsP7cwW9mEy-~%mihSrBu~+If0TXmS*t={UZtE2d&S<4Oa63c=Nq$b
zN3j)L)?Sd716}ubR9;Ix8@*-1GV}q@s>vj-5I4ZbKn-fdSjZKR>x|U$kXi+4)L5*`
zn=}iwwUDKygLEJyC{TxgWR~##8sw(;YUY@K`To<>nXo7<HI#YPt|vX_^}a1x^CH(C
z#}^0`5<s{|$s&|+E{pJ<SoHN0HHPci><{O`h1Qo;cNw6q^unzE{eS!oVYUn|PA~xZ
zDhNz0V{-q`1!xW4S=JfDdX9o8udrUHT?Q{7=>Nf&Jvln}&PC~H-|0hdpowP8s?!A9
zBfP|su39qCKuuCkkVYYsW)4UvTU9q=>78;nRdsmV5VG|i>jJ?+wBVu`y^@NI!Cya-
zbNGp7v-jf&5M)gci-k*gIIi`A+adymZate_jF23Y!mzx=HqHA#W-43oUTPtyY7+rj
zz_9q?Lm)(kVddMATG%i6^MCve6p+9FE@huJN^sc{rA-BhC!9yybF2%p#bWfQuQ&c2
zB<nC7R<wfZPv6cut!IZBxtiwHzK_NvP}e^6N=EuL($I90K@%CMq)JZ>W=>topbFZp
zRS<oKq9uZqdhm`(kEVb0M`2ywuf*i~v9>2Hl(ByJst@NTG-3Vx`_uS90+Y(POVC|W
zZUxmWQG^-aFr&SnA%0w3T#T`1;h(d6nLwxtPgUiXPLj?lHDO=I`W{-5u_nEm-H)sp
zu7n=^KmQ$L4Spw6+vT*tr^+frlexlLi)UFMeVc{iVaq8#ImsHu>EkT8RCtn74uiH8
zt5IsGQLwJz%WOpESHoY+215!ot!1ErTD3Nr1B1E|dSSF@A&pL_mqutfJ(_xQ2_BbK
zLEbivR^DXs*g|)Irh+FAiV=DW`tmaX$ahcW0=cIu?o{^tK9RApNwwVIWf97PAz0QG
zAY_~4T7s;-WmFwOw=KG1<L>Sb!6i6s+}&M6aCdi?jRkj?1PKz{9Rh4Lfgr)%-5&YQ
zIq$x4$NP8hpRUo>-K(m)x~o>rT5B#1{g+N=y}$l#yc1Zl^hAx8Rie3P`SFPe2%&o`
zD{<x?Zo)vDyS;UQC;)W+Q4yaMS7=o;k`8H0>9ru}^<u=r1I!|AhWqAEi;2hb4I#GQ
z_r5FH*hCy*KQe$xHc!-=`vz@_MSU!^+@>Z4BMjEAu**_lane4c$0kkFe!J2xubzL(
zhH)AdUUp%VSTi`++r4al!H!ei6z6P2rAK78eQimjhgpCx1GW?*dd3k(QdfZ`)=0o%
z?&-quh#ly+mDLCX%fx^~Glj1xT|heSb_$-<q2K4XQ6{HJ1E;i4oFvdUvT&cjz23b&
z-XFZ(lcr~jo+`O6dV935qgLy^t-l?e1--o%BpGI7yolTQ;(3k#vXT1rz?-Czgwiau
zEDUQ!+#zFTKyAiiB-tud|K+1P|6DT=j;OM<H%m*+*TdHKk4w`-EMA}5FKs&sodtz3
zY5uzjBL#V*_F2oTQJOjc@-B;ULdNxqiV8dh*OMbwi1oWVGz)iwn!hUFp&ne5F(HN2
z(9hc&v9<B|&ZBz7*(LE)>p~DWOQ3PrPN|XMc`_?xQq;yr#8Ag5y5m83m@JOR@agvL
z`K&-B;NGZZul7*OJEk7tDd_3y4M4in5hSeK{ktaGFI9)D%Nj%2<MD@IY6%jBB<>iB
zzH<?M-V*F-Q!g`%WSq@bm&^$}+%`d_So+pv?o^XFtgpW9$>og5hj@;|$r49rrwL?;
z5;YA`RGbW*&ma0{9vcc12Baf$709he_|feJLq!GYrfc)2uLzUf@i@es>1Z=f{~~#u
zDUdOw{~2plN2;Ne)1@6RG?IC*>5(d!BJ^o)C87{wSQzrm_I7hX-Ov1cPTJ!7b;(Y9
z3ghAR#R+C8=_^v$MEQ1WlHHcgC?&b<rSlb00zEE`%FU#r5wcCZWI(hnQ52bm4R<Z-
z*PdE@bvUAE1biA4?ibCwFm6R%eH87bl?H_XwD>gw<Km6!vFqeGxIb)7@y8hz>!K9F
z&$l$vUXv&=fH5q2m<BGxGk=c{_~$_8A3r7ZF)T}G%zd~vsf_-NTkif;6k+c<t~P4S
znB*+lhCy)&m`QvVZB6^l7m58j=ncXDQ9JwmjKxrIvV(O+qGK*d{`vlTG}<~1^6Znl
zU!ncs)lEDddNJuTWE2{`bPXN}#LZI5s$bD3oeng&{>UU;+3GN5yD_{WM_wthJIUea
zznd*yY)92Ds2q1bQ*F^~D)p-_o{V%muq#m}$>8O&Th_<>O1{{etqgm6?(WSuw!Ew?
zs%D&|QJX4z28c^7We5KnW%t3)IM-XZ&{-O}>^8fGOt(VSmMw^Hw;`mZ?}Zbaio67l
zs#EmL47uT;j#Kg`FcDWD>q#6Ie_ET7jR!0Pjj$Wy&09w|C|<#$N75z3qNNVUJD#PF
zu`e(CVNPfI!#wcv$Q)ZS?vE3kS%W%(rXQT|-h8GZOfb2AUDbD09>J<Fu<C*{M<Q(#
zZWXH(8G_m{P@5b?{7ug{VeqpKKL?glWo4V|MV{|7=&iG{fIjI0!HoC08V+8FlqI4Z
zCev)=p&B2*FdFOWR(X9q(jg?%uVe=wRgvc{IGT${H+8XXz&W*8t37_XWJ!10Wh#sJ
zQ4AVnS<)MoxM)>Ln|pgI@%GH~HoKVCAsqILv1v;B*~)tj>i~?P^p&kMrYJVET@<F2
z7CucNqRe*5YF{R>E{v_z)>naN5+yny=kez@_tb-z(HGObHc6^Q>`qHJC(q@H6w~#p
zD_=cqT@QkOJYkg71|4x~iPLv0+;FN;%sI`3?|l8>U{8A=wCXUnp(#H4OVN&@qFWW}
zzT`Kz3*mK6GCDY8wAmo=_5R?jXM){mZqT(W&|gs9W+6IlEhs|-Y(nOdvlPdWCsc^_
z!iDiIrJo#@0urVy{nxg-oW0aDf?K-glyga#^0(?|C9ekzZ=M;E6e8IfJ=St9<cgx(
zkFL5a0<uXarL`931j1J4&EXX-#zR%%l!8Op5mWif>(9?n++dReabR1#oBXw^HoBp$
z_Wc!6^=WIN>-llJt34oCvE@!vEr9L@%taNAvQtd^A<?uuX193?l}U-S?rfqi`1{*^
zh9*CQFysmQihNVLN0qzx?b2%oB=Yi-OvrN;k)do-0nK?M{<<&kyyH6SK{*smL1SGS
z!ObK+4=!G4hp0;A$h7<^w(m^|k%wGGVSt*h(S;S7wLO~+-C4*>Nl#|&dJZEJQ^s$W
zX23VWnC?z{R7%E5U8g|--tDfZj-hSjS}z|asYlDR156%e@opz6vqTgu73&^$jBO|@
zIdU%o702Zy5%~8(!#pM4-NlmWJpIdTZ}$Me<ur0G@2XSf@cF3AYYgM{_kLul$32rC
zAnx|k2<ueyU(JsD8_bA;tNr8%0?k-QyK!m#=unJ5tA<JT!qq7}@ZKvCYd2-+6rAAF
zNRvtS>jYBzc5O@r4FP>xtjCbj>zflSt_7_8a-Vkp?@n}71wGlCTPF2sV^K~8($vtO
z;@rrp<|jTF&flthtxm5cXe3Ht*3Z3Vy6cC2=czUvy+t={x}Ee2|59rq-gdh5Mi@)%
z6^iaGVQ27i)S*(){k8{N&3<=;Q`6R=yNu`<*d!k@`nDeA@7sw^s@EcNMO_dB%{(=&
z@rFq`Tnz%xvh1<mfD4IY5^N<r^kogED=kAJF~d;p3Pm`Hu#u-4w0FETcU-RJb+Zp*
z7rGiX2D&6u6-Y&IQRocS(-&*_y3~*NdqQSbJF_MG*?NNB4(6iH3QE7kd>6;o{*>Z^
zXSh8Vw1`4Y@7G?gCj`1^F7T}`cW`FR5EiY#mrVBYNyFb3L7aOo?;S1SA!L37h`g|N
zaox4@TT>7qU}gqWRPslxJ(BM$KAxH+S^n~E6qZmLrZ3zGgd*DB#XM9il)CUVN)r1T
zqFK^G3OzS@Rec3dT!u?5Uh*n91L8RdkO6+F*8EI;Tvvr@r;+=6_;<6V5g7o}P#qV4
z+C^E84b-o`QAeM2emT+8{qEV?F*1a9LXp7?;{B9)dSZlN{dZnrAqDY+mkd`71%8g|
z_9u5JU+pu-_45cJ=noe?#z~G;lXtziX?efu3PfIR;;w@?T`8~&jHy_Ec0;8xOTYCy
zhp&@WjVoPEJ$tl+teOtTN;EX%<>3#Yk|(Tg3r{<aCqQSK%r<m{-A!Pk{ROoN>reB-
zm6+&`+*XVpp=Mv3k3-SkKkaGBx)}M#LcWIqenu+0{0g%RU4;ii#4Qa`|2rCG4E<Gc
zO~jRb?mLIC-IOeuuLZnZb8Wqo=!T8^DktvPd6ai|GM}AtGh*Evxt9vX6VBv_p#cx)
zFFmYdzA?&IWAb{tp{6G>+>ckxYo*?sU1TRsVs!5oGg;CGyG34+MkV_;9~#Rr!DSHx
z^R9*c$;uwJA#k>;Mw|_<&ih$X3$4C*>Q5`zj=xa&oGfJ9Xda6$g7p!qDNU3cnheV}
zKj?qwzQ24){VHpXPo}k^B`PzAA`Ed&s08q}C^wjndg7T<GB4*MoVEAK^zT2Vx{gju
zS#7eFFW$f`r6aM5U1bKm9Sn$CnW%EPVzJ(rW@e1fj^dBGzpB81WwPr-6}&F@u0)SH
z+>hSq8T6ANpz-Z$B5~byjQNtf>u2<mvWR+VhQ(lfAgP%2k;ELw?^s8N-f9Ub0}RMg
zke2Y>gasfRg{9Hz{$f*nj$xcU{imPt<Ly9&3c1L0psiV4iR|zC@p-5#0jwXZ6jI_v
zUKUU5;%Rbs;}m@I5Ss~e+65s^C}pNdZ@6ruy2~-F1bax7#p^|q$~)h_;GYSUxcQ1P
z|MLEGZ4zWw^>2@&WH$XsEj2qXA;Z&3C0Z~}c9)qj<&E;Ht%)5UQS4U493~+WmkDsO
z^B+I3(7DZs!2MQ8Ao%ddyjp9|URSLdOV77?+VQQ6c}i!b5IzA>?>t={If<*8?}+)v
zM6GbQC-CL`YC0$=o6p$QRgzYJja9s%9bUC?yuG*n7Xi$LRq0|(UV=6+J`U-hjgo4w
zi{rV=Hu5$)Rv!<q4`zQ&)&m}&&I%o}L%zcdS>mpLaq$i+FY+UN-rAy9lnl!4QyRV#
z7CY`OIS9-a_5J#xWL&)G7$CFax^P{{TaBy5k;$WtLfHW%E$o)Jah3S0IuGCUcgWxd
z$7|@!R$w%QkJ&+Wqq4#_U_`EMhbs1)NwW9-RxA3u)#{&~d~qP+N8O-SCKCP}<#0vG
z)Iz_YE~tlGmGqdS*McEm$wR{xr`I8W+0JX~F_u`-w}Zmg5^xpzdf?;ri|DIVh#4T>
ztdT?yKkdkyf4l)S;Y1K|^KvGWp>ROooKoy|N!6{Qbj1TbYN2Dt%gyFH4Wk^_zEmx}
zKL=W@*Emu}@0v8%u}8W7S(W4atwW&tRoi#dT~PZ2nF9J1yKmLFn5cAhKZhvH?hAQh
zZW0;E?f2%likIb2F4MAU<}chx2r(vVyO>n@;aS&0@H7k=yg&41i!34b-R%Yf0T3>P
zK<|*z(pe8oHZ|*S+rZ}|KNv6@0!C2z>eV8?Y^9%LKPq7KY<;u(;BLp39-ZcIJXelz
zV-|g(16IT=^#Ht<v&GlryUDF__jPS)XW{uHS!M}*Aga+IL7_!qAVeuw>u$D_NWj?o
zfntiiHgc>vj{IE<40llp5%^9B8bya6HftC&QNcN*<rgE<gL1~7(te9c7IeJfn%Y7V
z2(fruHJ@5pRtt4)B9VhfG?%p_dV4NT)3zN6?K?=2{K2*!`1X<%l=)+O!=93ACf5o-
zMSC`=uwZ*hg<SOIHR}3NbT~%rqew+h`3tgoZp5a~yBf;o7v^n16q7$$_F|dN*j^Oj
z{=vN26&apLw#14<YB9dPIu*5<z4qIjzi1?h!+?5t^P}@kN0|KRN1wq)hziIg@ad_w
zM<`~=6X&TN-LfT5Q9B#^BRd;NDyw#n;)BiGV>aE|T{X%gvVuw{wj$@7p|;7xE&1Dh
zUhJ%enVA#E$P*0iws~M4ZYDxZR`~i`=)@PHpRpc#tYJKUTKc2*q&x4>=b?Pf&<b>N
z`S;GOOM``e$hav_yzZZBoZ1(U!VrOv)9<@a4G?Utqsq(oO0$&J!;5JmjgC1&RWEu~
zsz&-~F@H`n<bSHYt}_XGdf8hq5LZq3Mo)=e^E)_G+@~T69VXL&ow0>|PA10guK-1m
zCdTDR*F&Ryamp1kChItEUEtdhxq7k5y}58UY-8aRtkCWs62RGtit7-D>yzm1Zxc%>
z-@PW9l8Vw_Crkl@w(63f5()!}wW%>`2*VaolhqurJ)ci8rUg~m2)la5+hnU24-e}c
zX&0~zJNV_lo)Q~s@8FOFDB)ka`dmeN0+hHW*m|Cw-tJ%D?nX3LXRV<CjYR33=hIEf
zNXa-d=8f&;)h&rk9<r<$F_dgmw6zzl%JfIcp^YFd9S$9;E|*YOqgtQjI;Tyj*NcO#
zDDpQCA67qN!p7XF#bY7CKW}dCTYrRpH?JpbIcV`NMA?vr4e6^w6bbDePh#Uj)&y_T
z+GgG0o3rGwCEor1DrZ|#L*eg1)oMY@3CfhRKVOhx@J<TZf>z&Nr%633$nbM_nB6dy
zTdG&%d~)JM4P<I1H7D6H#9rmh?6>9G-%94iPtkqS@-stC4_`(WDh*@CHDeNj%729m
z2|{&EKKQ%)`3XK2tOq@wue=-6!B<9_;-=%b?ru&kPb3=|78pN$6>DFcEeYX{tV|?a
z064;!5~gc6s;HxIgG(K4xW7j08!Z;bke`t0QX;HG(TvcC3YjvffBp3<Zef2v(YARw
z=4$8o7v4|ta2@3~-|=~5gO3<n)7-gmcW9t!T42#c6VazJUzbdl@I9xzM(;O#NJ{S0
z!nQQOo9gJa74=H~+w{trXqA-Hv~=m#YESHewCVad*3)i=jE6x<j?8GbbjTvN%3Z$Q
z0j1(y=;GRqIvxs$Q<a>@(2C`r{o0ilbx!NMfc5}n+!G4H<CdN%-lX0$>I$dXid;5r
z<t|gJ(Q_ssbSL#xA*f!^X34qD#Cy&UhCMbqU2bn*HpQhDC+b?0ZIiD(5z@g=n3}7O
z+~y_CZ?djqo+f{p=qS_r_Ea%a2M?ixhyx^yL-2~BQOW1zs(qK9WL40u(g|zS^c$2>
z7T+{;A_27_Xc`U|nnhb$Jjw&s%SuPamGE%4E2efgz&GT4Mek%hSCz$>CAAhRgzd?<
z&Tg;)dBzk%cOl361E)Tl0FU8feo&m@$Im}dHUlJ(eNbI$-&RX?AS;`d;}an^i6!pB
zH4<Ohy@2d6P}}5%mAPF2Vb<CGPFbmXxJ@cJWi5|QC{%`4^Lk`4qN_G5D9t~nT1mF3
z?7o-r@aF`TN!&LQ$j~}L0&jLuoh&ycA*2Ga;Mf=U!ziMJUHrEGLpwQsY086K!LX^U
z&zlL<pEf4jE>e6t4%A*N+y&sPK_b6n6)_+|qwW}zVEhHK<7vCtKQB~JZ*hoqKigTq
z5o@^o@Nlzw0WL8MopE-iAgJeA;Pv~O_d|~{iJwxc5E6XiPfeVP^(ZXXQf^3$ve`lP
zbhbQ?MVT+MN(lY(MIY{(=h?AV<-%bw>ugq>l^iF`<IuU-<L;EafXDgUQ}WNO??jEc
zlC)UnD+WQrwi7yTM!NC@RW{w7-PaY=p(G7}6Aj3!iHU5V!<U1AyQQO*U-s^^48eGr
zLC=pSZ%=Q}^sq^J29Sv|ps^u*o8}eDL8*X|$0FX-YF!`!Q7N|@QjJsDf|!ETStU8p
z6J?%CY16v2gtvmm7t2gy%6g~tjKjR@cae$^QTnIt1rWkM)E!gYnIdl!Q=C~JNnlG?
zH)#TijMGzKN9Lk{3Sp$wEzx&<-h0~5YrC%PX$>PG5MVCb-O>{NTPJ}UX)2Q*E&Cf3
zQuKQmj$_+T&XVExZZ3n|q<X1u+eBkK0uFwEC<LtcQ+t1=)wh`6F_I1g$bmQN12<|;
zHZ~nf7>qA8&E%!0)xw%f?m?Hc3@p@19|B#ZQ*4tBYwk!Wn<BK8lK-YN?3H|}<1X^B
zA_`B7<mNepgK;r--#z&;r&cIg2ID`HtguqNWr7}YzuOU{3TQ;35`03AxVvB~C&c*(
zVmnBhi?{tmTk9!iOv>Ao%iM+ZMGgI=g|tRf#xtuPj!0HbLc-zU=k?mWyh!yfr>~)@
z!JR3OI{{?M>p^JPD_j4ssz2$RLh~@<xce0eq5aaEox72+Ua%c{BJ)J{g8n;;f!Y^V
zj`>J7Z;!Mu*|E3g&(7ak5;eL=+W;sB($#o)5u$Tz8!IYr#D~hZ^5;k>$|_Q21NNS-
zlf9?rrzh+B+R^!Q3n&S*Q9%ll^?!2Ud|T%&e%C4%E0wi+7B8LhvAo6}=*!Byc<Yiq
z0^zAY;q%o|?N)Y{siS&7lj?nFRWn-Z?763BqU5TuCBD!Yx@Gt*;qa{px9ru~SREeG
z3cqpGpW<jm^^c<Aj3u3d8D?Z=hIhx?<AqlY$z9NBf3_2znB{7)o2#UD+oG~X?E>HI
zwfZ3?djg}y2l}pLibd2NQfrF5$1vt>wA;v?rUcA{Y`R)_!SNeVzSI3&=VD*gF>-XM
zFz>ZDrtGcjA1x3^`=Yfw$5RPPgSyp+sXrlHt4Jm@&eti*#lhU1@JFU{9p#F$QJ+(G
zaLOo=@s&^x&n?n*-0JzRbQH^vX}I=ucl5qu|Ix$F<H0O##Mu|)kRB+Wkp<KsXImG&
z07FrllDLs8tzaD#HHq|UQ0HuFN<6hN80qsz5R0RQn(AcWlQCS;Odip<k$WmTN#F>-
z*87f0vG{~myUR68^`x_9unA_dUGzSyAIWC+QODhv;Dw?=W%W|k_+)+BKB*bQ6&A(3
z&I!uZ%%~Uy3!`0^3qYWf+Pft`wK{$v347(3L9_kImR&YS<WpG|BackU8$VoNtRh=w
z46l+Cv!)PokXzsQ$Tfq$=Q2?^qGiRNBRX$`{SyUa+g#gdGcLDlT5;sLNM^UY38$QP
zfMg0Et57+7QKl?HmN$_pkv1J8yP)Trj;|-DjexWN<H1i{#2Y!IJd9Q5=!Hvv+t;aY
z{siy+;i<&#I~Pj?6?B7A?jCt<DkFibCIZG@0`dc4WvAI-JW+4H$DAOEa|=UHiDQXX
zTMFrEkNe;rpb1;9@t*K_&|+%}ZvPH%n$|?lUR4m@Q38&Z#U2WCmg)?D{J2@NsdlD4
z1fdIUrtZoowjJmmdEo$zgNO+KpiXgX24n%IbhV1)k|avkV_y4VGuKE07{5<XR{zlA
z*I6>0+9}uhG(IOQjr%s+-2qqvr&tO2;&8kF(EuL_1}7=(AoDB3GFoVOqJV_W>VN)%
zw0w-$ZCACvpEaP=2cphXbdf2y6(uWGW+>NUgR|il1Ilm`+Q}9{pNpB;RIz(F_qNeB
za^`c=5%)c6LuY*vB;k-et!-k<QU|NBsYnTtUeG88!I8Bk`E%CHa?3XX+-XT`;&j<(
z61?^{8e<`F0$;9W<9F{OAuIO__yI%i4v&qlfkH+cLte6Cg`AnqrE=r^ZC>1pMVa(6
z3+z4z2B$s<>GI30Lv>94ng~>G6rVpMTKc_&S841vaL_xTN|J{qRO@C76r*mG7geY7
z@d0GXV^X|tGLZAu?md4VpyOW#QTB`vT+|39@)ChN_}Pf7r>m0cST)EOX&0=I(hhmg
z@<&woUn@@pysk+T;6>_9_FU~m>j=Id-G4VUIjKh9KmX>NA^rvlV2gSfdLp|cIV*9@
zYi)HqG05<G%y7F)(pYi&voL#d_2+JG)3?Ti+t{t6E=}~NuSNiQNgx3X9lT^wa8>>0
zdJ|Uz+*UJe8o6D1{AI3{bN1Bo{kG%R&Cj(%&#v#<0d*>m=S0ZYq#oFYXJro3<b}Hi
zwxdk5k1o#_GOg=w`xiYc4xWj70nba`H}^-#Jj-6+GtL5#=`Z5W95*S?N<5HX>LH~2
z!q4-;7tv4r9#0J?yl8?UqEl$Uey_nbyf}fcw7EK;{u2409&h?qINasUJwoi>zP1SK
z1~zto^peYHZR=VI5Qsk%)?5$7kxvV&;lj85*u9s2ml$F+;^t!hw6`DkM9?9TEpquN
zOx3d2=CdVW7-Ug#+3I-7{dy{r-}+lPVKXY6Np$YkVr6}zN#dE`-#-D)!Shtyj?&vs
zzLNJ(P!=BDE$PTpP+Z;VUCH*Ig24=&ueiXl^%ErWPe%7Es4gn9n|%fZMCJZJJzW2m
z6XJIfMh+xQ7qx1dt2krT!gfCBP+9rBGbJ@~s99$#^RZgAx2?5j-XrPvw?D-7T*XeX
zq{<InZjS;Zbs5*qh167iIrQUjKmo~*oRBrS+B|{sv!$J<O+(#kxo1rGGrPhNIA8pE
zCO?RVMR`|Vfp;g}bLptufdLS-U(Xs`ntLTH+HA61@b;u&bT@jI;CBRwRuX#mS)B!7
z%-*RA1nd45Y%9m-{YJEB{$U+mEBhE0-2M;(N3?GQ#vm`qw*~OGQ7us`2hf-p@3yP>
zI;lLX=Jt@Nz!6y&zEi4zjF&tLuGjA8MCOmS=HK7hbtyMs^r-zbb!`P(^#9Gfo&>ya
zGyi*|21R>N;66T)e`nXbvgcwzLhJV?5bZ<F&wyUXyDNgod)|(sT#26)y52^50w3>L
zPMshoLB~+2Lbrh6__m?pOm$P5BHk#}oO!pT4u?1s4h7gOGP&FQfe{(wFEJ#q0U|Md
z(|9ZTS2X7z2~vrHUPfP>_j+Tfq3ADT1-ro^ZT3hk+*RP&zW?;FEGp_Y{_VjQ?>V~a
zwodZ__ES|`4?JiYT^JBLLIwZ}n$^Sdva7M+QZyT$#;ALfQe>=5rjNOfKturi+T+vS
zeI&-YuD>ROCXe_dnDQru8_adYnSbfuGh^;@&|msIe2<<N)RlJl!JrAZ`R^5A*x68s
z5?mI*QM{D{M^*M<!3^ndx~$CPyDf;Vn{OqK9l<spF3z@pD01q&+%{zaS#c~ce(9PB
zQLhcnBRb6JVnMob=Lo2lw27arD5cq6(*CvMh!Pd_s_yu7B6ELrGExv^8YG3ftpmco
ze`R5ykAHb&d0M>R*&10#*=kJ+rW>v!=XiOTdyldE?oog)6Oa;gu*@24t(t<&`hDIA
z5AieX)h83(+hubXBD`9^(A^mFj9=#>Tv(WYxGX4(k(bHJ-7wByX&UE9G!rK$oJGi>
zU1@Bn7Tv>9Ra1Ph!<6RS5vdwvfipqg?3a+x8>7}otG-V=!eI=kb9`>0ik46lg9N8!
z-Fw%<7FP((q?2_jndcjSHwVqI1(43X21AA7ttLyk==@1p#ef^m?57^*XWOCqh?-Di
zsO@I~cf;Stp`k>+Q0h@K7rygFqJkb(n2`}z345p6%|+1ZD4%)C0qJw>f1v4Ktj!73
z!r9L(`*}C`G2LkH{D?^3zqd7@4dC)b<v6P6c`)9j8y?~QU_>SI0%%QqT;T+w=ZG&@
zPU;~%&Nu^b5j>rfK5fF^Zu;HEnZ3tLx;lU#4lF7OTu5XwI8`!TvFyLvG;wUmir9eS
zw0k!zXY54TduRA+(l9a!=YQ>hW4`bi{wBrB={Z4P1+c-Frn(uN+_f2WpjM<dBNS4E
z0-Z<C)Wh00l4APw>mr}RMj&8QD{(cL$R<5&Zu^X1;hL(#6ojyy-bYH2IK$-k!XrfU
zMeB5KNB@$eLxRD`cru3ug~+t^qYGmk$LQ8a=$^v_(}s1Gz>=Y;P@mhJk2a5Pj-g;e
z@k&GIPcBcVlH4aFCwIiN%#OD}p>9h@yYx>D&{J_4eUU~X>)W%Uif4wkjtP-VW)CUL
zuXor)^sbHH10)ecp*zW*-f;`O|F>Q65GCF9u;GxmQp6*_+o`1E5fzjhF#55<J-Iv1
zKLZQYC$y%N_2udNH{OEL@Eh#+({!hv0boy`MbIIS*#YM+-nQxi0<Uw_G(S2pYF#&G
zLAZ!Ae>4mA&AC0d+<xG5vZ)3c+YgJlW)?$y7&3AdDf^2-+;5Ej%V=}%9x%tzL#|A<
z;)WcYW?7x}`%m3R{hh?z^pU@%I-%08sPL3QrBsT&cQ`#Jy%Jx)RdHMPv%opOTMg%O
zV|r^+vEujZI+y6yeBbfJxc47)_0Gl!=Mqs;R@p_^7#`9c9D`DgAn$&LCqiK3!637W
z;>O6!su~y>g;Y6%BHWVY+_p<~2kyQ)F99g}-2k5q&6I>ZlDZPm-lq$vf*)`cqR{rw
zvXS&Vz=tm{w}^=kWbc$QXHYn4*rWiM!kxO~y|ZQBGW2cuTTHWEKk@7{+~s3<a3<Sk
z0m?OHN!+xBN$_}~AkCwShv^!5?=dMOf=0^*7ygL~+~lIz?<t>SR}4RkjBIk`B}^{}
zy!m!vHb$_0#L1<B%>q2YMUn&i2)Go%DDYyT(O?)uNFfan<q8ev?mtU@r#NijE`{0%
zQ5x`H+e5&igpPKL;=0S!=hB#0EJcPxw}OL4h<>&aQ^6A_PM#M+v-xxm7)@0gn!<em
zf#xuGi?DS71*4Op>#_XBp)B?@QDC`VIT-K-K~G1D0d;UyvTk{I`$)Gm{QKPC1!{)7
z{KF<%U+{VfeA*<20T;Y`{#+xc0z!!pEYjhq-WeG8RMu0vsd&IihYTmn0RZzI%!2LY
zObirB-Jm6z2nsmWv74u(K#RcPE|RY%P!=m-oka5wSP1AAIZl`$zP~VGzj~Ijf>-Bd
zFoGwIMA{jl24Mi3Pf(?!Qu`%+@FjU)h+#08#E=ig4>!H6twI4<+wZLWiNP?=2#>?0
zBPFsx%v@p=CBw<o&lvUfv_?W`cCB9VDsZM7z))Q>(Lz};kLrb`9#EE9+~r>K5g)Ku
zw_$1mllUVPo`NSKE)vc)F5kV|G(>j`6?g}aYWY5_uq*&BE!qy~t3sYv(2wzNS7esY
z@q;5x0$(2_fS}jMtLXv^i$E40a8OA};0whY84Ng6!^oL+CbGM96{!F_xV{0xl1)Fq
zPEyU9_(sTJA_kPJeC@z4?g2PUKp`*?vCrN0M>qomqv)7D!U;@@?3;`@m{e)BiAKH8
zJT!K0@IRVLBr3<ue|M<iHk<Vd23kpOl77qIESaRAVSoM|&eQ4;oXPDD0;+v3M2tgA
zY*QgZ5ScQ(w<IHqgE{k42O_LbVJp-A`S3n8P?%>&Wii_I8LZ-SqD!t`U}nR#1`m6x
zQk~wQI@<yDQTNGgq;-?-R=Vo`OJB%`57i$uS(f?K|Cs)w^$0S(g1<efFbQOa+BSIa
z{~j6ohYE!fv;N0-@6^NP0kcj$hCCz+7h!$VVi*ih9hK}S8&s+<>KMOhxIy78qx%}s
zv+qnh_HitxVK{#0UU77_5iE|N!rzEl^@dd;2v5>nX8ci{*bb+S1{_0m-Ljj?bBG3C
z#}IbX*Tv8#6#8ib`k4S#O1hC9?5d7W?!yVt7(VQ|Mp^aSUgi@h`NyW*r$iw4Nw)JN
zb^A29{;xcugOkw8hS*$eJ~*2<ig-RkAo9_7>VpVcenR9{j224HPA?Sfe9SwIkN<{2
z4M^TT9H5VO$NhOY5GG-JgnagWtlNliEq?14(Ii3;n1!P0{#3w?{l)zqr4VR|?LYh)
zp~a75oic^NE6py}gLiwW8f)5*iZPUV26u_f4Nh>T3JJYSMA3AE!C2YlWsm9}J}X1F
zq*Tm2C~=5mv%pk|@EAY@3AvM#C_0RAciFY`8n6aMIG!u|aLmNyC&T?M-s=6t$`2Vp
z$lFhcYsBn>22&0Uq+{n%*N=v6+5ot<&Eep;QX`!C1@YW2bNQZ}P7^KkcWDESF4cjX
z)JGJ-G|uW&DvBHk%kb$tXkR~TG{irsAG$)qwa$~NKcbnKUKMw)|Lg6%lwHZU!N8&*
zkSNzyYXOJxoy<7!;iROG9du`KJ8*{u5>X{Mb2`Q!7q%4j7e|$hxG*L<Tt2&nj;1`#
zq%4V4r&Q0JQHj8hH65n^MVS>98>eYZw+htTi=C#jfc2-x)<&c#it1-WjUYz2?~WX6
zp~nFAr}cYNW3H<1n$yvVamBZ0EIOOmHL@A?k<z1$8WlL<!1Q|cid}~+3k@BAiGPYQ
zh`g|pS8<U-Gu?_qCF#I8uWFeHqYurGd=F#dot-A<IQp~}<d&+*<WUO^rj<z5@Mgdk
zMykQ)3RfjhOX88<Q$AuhuA1<n?BUrMyZG9+|Bw_u^51{D4H3d2!TlNa!?ak`JygK<
zaRoYnY5mRAA1L!Y82AN1g^eg0VE24}HIlSWe7vp->~ojkI~4ReM&FOtp{o@ExPS@;
zUE8$KzuvLZ&6F8LA_hjuYm}v``(#x_&}&i^W$hv--hSclDfjt)*5{Jdx@*ybh<$HB
zwrLT$i6d4+fjX!hVdk@0L_{mHXk6rvLXE^PtC}Um;DP-8IWdDI?gMx@w?<MNa|%aw
z!wWg-g`{^KjD<)Wi~vaW`2npoUTCqM%7NduS^A4qR8^`}d!I-IJdm}|!*xIc4JPmq
zM-g+D_|b_X!%nA$w#o!yl;+p<9#mi3`lq;y94y;*7La|v`PA=b->}xawcFrO7j9--
z6>tVNKR|vT|3lU|geQC{*s$}zfA=j8&?j6M$v&r{Y`ya<%Q+uy%=o9Xu9We1mY$Sw
zgMmwVJ5}fCT5SPLzNiYnl_B4HtVjPX47{YB2tZ_G85wQ=78Lb#kMD)MEBo%!I*>zA
zJnJnDkpi|k?s)$FjmRmqy;`)+#%~*sx7a;iB6ed~eIE($_%&{plMMw_BaI)L0;JbD
zZaSFaaWAS#yOdr!YFoaEF2}6beB`gIt8v)-yCE#}_=I_PupqP<D+b$;)A{JuKE)r%
zvp-qvn@DB_cdh6eRjX6ChM32cC#5M;aCElUVwG?iflz(;Z*|i}k0s!8p{Z%?_`cjr
zgu?hi>GVt3gE!c@8;GI&N|xvPXVI&B>!}SS-NQ=?3WveS=}w6&Mx^NUF-N38AmRy5
zJEK`tW^w+`<j1(4RF-WIkp1)gZ^iH~`~Tj-Dff1Pd2@=i^KK@uqWSJv<Q(J|b%%Zz
zH25+Hx8}BCvGUeFy$6p@@;JTH{q}NlhxTq6YohZOgb;Kc8u{mB;fH`KY|S0(!`jwu
zOHgH((Nolu=;^DV>y_e3(9K>e+}cdg+TM$3(@WjU^T<UMPq~?)VAmejb9B$i7JBRZ
z6BgeDR^K+C&O~n;PI@A)qF(3P-sIE#%kF}p-;(SLde&Z_%%3;ezSkae{n}l-91sQ%
z)(gl)-S?)Vp}v$V09D$r%Y81($xlPL&;N7E9c-Hs83-xkol50>aYio<p*JG(hR{;x
zdz4Mrh5m0>eCIq@;UP0B?f)Kj%BCM+uKq8P@O?m=4Y`cShPi)&`eN3~#Ms^c<*YTC
zdQ+fYzTfS8+<6e?M}Znzq!4Dh4`KKGFCqH*C~Teog#1r^{#){7<Nu#zGmQU8h0Fh+
z<Ur}lQa17sk`uUzURqS(ZnOVh|Ht=o-9>%o(C<L+Z7KV&CjCo%=Y;-~>pQ20{lDK%
zXzZQwzvTX>?%XQI65+v9-zPG<;q%t6<2OUDi5|!7O8&bX-?^7<-1qp!JHra=5@E(r
zD#oO!LI;rERMvk<&h8in&up0)-a^^`r(V8KG0D;Hs0CtJkr937%KGxL$f~&UEY!(U
z%L#`0c4T2lTNjMt$x~KY=Z1XO0=R8gkfcSa5mU@^-b3tsyNUGM^vy18TJi91xdL%X
z53WL~-dQupKGyr|&C~=97kq%hkKW<xt;|$pHY*gu0ajOY*?2!J%e6QSg&poqn~ikW
z<V|eE#8w100Ty{H-FrXgRz{;kSIkI6|DI_}-e2WryPel=!in?=fmj<IQM{w9jTq}|
zc)q@PTn66;v_WhYQ%*VhLL6q%@jI>_Za75ekEE2+innOPu6-vN-8*}`a=ozec|S-5
z#S=);ANrVC>DU5#ru$Px0AmdWtEzPy=33Cv^ifF>qnL2KuKWW8mef~f-x+^kmo5){
znT!+`3OJBCf<_R*j~yi`u+$L2@Ae3!?V;t9roy>Bw?_hzEW3-5!dgcHpv9NOY(99?
z{OYH71tDUzzU!|v;q+l3-eI?|IzS4gJ^(LqeFF&$GNpfcK7&|gxQe$rx@341db+0K
z-+STyD7RlE_mswcD<Z@yB>Lax%34Q!YS;YZyNI4tKx`fl5Z;$gAt*qD<92nqTa<;@
zuo40VnM_EQYp!Is%V8p^Bb95@2wI@adXvLvdX;EXIBgsNb8jK^y}Av>s#h!CN;J3f
z(0n^<cxF4D;xvf(A}azO$%Ql~cW1TLrTh{ypQrb2qr71cpS|N_3z86OD0Z==Br!+|
zoHu*Z><h?Y2auz=qmiQ%Ze8S$4o4H@pNm1(ATC05g>64K`L>AyWg<7)>To~^#{e7`
z3`;|A6!;MIb!dMGkBE&t;O}Pyo<>A->YpGtG$(`JmEEh1z<QaB(yDZ^w`fyWM1fM`
zK45>2y9OpKD?-FnGpuNx%hgJ`vgjuD1Z)*Rf=sJH*U>z_9Dfp^_^b1pMO09QFM(9d
z;xm=?aVgauqA_x&9SmE*!1OdWRWCF=oEo4#5;*sb;>(DtO5eeg__+8gEenr9X3WU>
z84_JFFS|>U>fh*^jKG!_)51OI69bV91anx5`aC*J6et=COa?~8>FT-i8QftQ6uy;0
z3B2?AP!ldm6s)?@Y(_&g5inv3Wv)>OS<CR5cZd!&MJEe^={MozFwkfoBRPDfEF`u6
z=z27qww0sb%nzm(29JoB-L^E8Gw=Z34@E_wAJVw7PO!Fy+9jNbEe}MG-$7=T)$jat
z7|c`*3yNZ-Upj9;qYVZl9*H|U40dY$H3G~Iqj8|Xi!*=-uQpq6AiU2g^T-s2d{EE`
zvN4!4Vl|4oSRij`eOYlXM`#Qv`fv(^vkjB+VfMdt^(!qVWI+b~Siu7@jIz_8D1$3G
zpqF*BO|dQrd#R(QI|WdiFuP65q|FL-jRr2n?d1wL0OR-BP544+Sr}pdj8K-7!YxvF
zqq`o^2>aN~G}zh{{b_<_(-xEC^spdCF&Gu7sR41k6bpKU4F@OVp_M=w6@kz`B)-<V
za9_V(PDw>gEsKZHr859X|27aO%5~I95+;n49t$^kkm|AhYo^R)>5eFl|Iqfa2Du;~
z5SAupFvlyc;k6eUr%76^u#iWlFj|YQ776r4suqZF{fz>Xmz#H>$YVg_s*D_^iU&dU
zuxig1Fq%pK9(tID3kn)rZMuT9Tg(f=mI467?$6nRg&p}FeI6uq$f@BzH0Q!#!W!E!
zuZt5rXwBeDOC&oIzVj*M{M^R@^OLprApJN%8;p1_n-2|E6bUw)Lh(OR=nFt^S&d%0
zXdzebtO?<xV6PIKXr&*ZAYg;Cd`1J5lG;N7IEyI@`n+SDsro*UkLuHicUJpXRBVoQ
zH*hhIpdrftG#LrMIPif?0mT4CDvcWFkom2c4qEr(X>&^S?_;AfiQ$^M{PAC19pQ4P
zOdk8T2Rs0h0ol=k1~<nsKjhQfV>q!3prvJnbSlcIhGl8JXC@F)NK{pGF&^P;DRLEc
zhtezt7?U`dENaWmOG6m+fF#>PSx_{=4gRS@U+B-PpRcv=D<e&igF=4u#)hM$$*K<I
zVpwV16T?dl*G$kt8YEicmo8g8^z#M}6XE(#aIceGUT#C<Efi6^&*~I_F}vtO4K?Wr
z@-;l3?rQwAazMRv8z$q3A*;OL;(JN#?Cu5&o)I)>YUw++%7c|9UgrFKdP%%G7?z*&
zQ{(XB7qC8z(lo&{%9%fW*-5J+7d4}oFj8kfnxzB!BQ8T^0Wp%fMV6+J@CcQLO`Nq@
zO91>v5Hu9GnQ1s1dKeN&D1NGqikAGX4oVVX3?p~oQci#$4RkEWAVSWCg9)n5pBV!d
zLi{)31mYibarokx25l2s<Y3|qSI2aBxxqvT&rgO>(U|=MVbGr+yw`9=&sOrE@-q_1
z(}UXd7yRXgFlS%%vSj_T=1`|g!QWlJh9JbM^YHnG439V7Y+L@w+IzSt`5lcW6(=S5
z+bKt2j7t%Kg`f=VFD;a)3X$~BiW&KHV8Kwad9-0SNEy;nYB9>T)tpqStcq6AFko|x
z!^`I>gqy>UKYQYKo%}tuP6#(pfB3{tyP4zsQ}CN(K86jKhs`0Ql5Q@bG=4XYj=AYD
zxH3zfyOPKyP0!^5QoC<ULBxItfWFHv#11<klJ#JX%qZ*s(wA#TxEgCA6>WDJVw%wh
zcCsc-?4bP$L`1bre<ye$&VM&k|0#v><1a#zcs=!K2_Fo_Ni?;NVt8Cw@16!eR0ual
zpv-1FAE!dW=;v?lDmYb821sHeR<UcYKW`x@>#ZnOi6tZ4RW=mgi9cjU8TcoEBfO^j
za4lKxvTmA<9<Fd)y8ma7(~MsYiaC=uiRqKGDsapbO7?pJOd69%93Yfz8s~g|w%<D<
zlVxyXNNpSQFiNU)*MH<zy2o_*I{e!T>RsdomG$Jdxo?66LK)QUD&rmLD=yvxyWxl8
zJL{Yfu0Azxg`)%?GCt!gp1bUNTL7Z{d-z1jekP<i*$0qwIp+>CPL4%ve}55fX&q%k
zq?e*@x{afzC_Y^7S21HMIn=?q0E&j*N&vo+`ZlBTpyhisM}Rn8ZS&NoAnC}TNW_}l
z+I|rOD>E{wFXARE#Gf&hfh3|zI()!LejBn4MT&TH$9kU5*uryh@)oHhp;&2VG>K`h
zOyUUaO!75po8|b#138Q^##HFUwgg_2oO(KJ7;Tj_5inK`)pH~!EF=v({ImZ`H^ho{
zgK<&_g)4Wr__7{qt)d8CmHlp&+i<|0Av@$9VM^U6${*AjaqME3)An{2?z-OGHf#vO
ziEzkwhejSotI<OBR?Yqd{Wif+`x$^SKs?6Adj9B%Reqnc*=7Fa&;c(pb5Nh=LozEH
zXGos8y8llwlr!@QcPuw45FR>H@$YS$SE^KHmRaC-rms#KF4fJcZoTYWX^e)EnV!I`
z1uMLyP5)mD{%{8Lzn>V$E6^&3zEQxgZro{2heYLi-_KmY44Xc2A7k>->-PWTZ*-&X
zd>EpU^n|WJpKP%?M&R)rgh&HDneZ${WbY$gMEp1sg+l3Q#R+`Sf<^|z5r^jmDu1_4
znZ}S3MH8;#NZXZvlQLsL-gvCMeP8N}vnreERuwhx)KNr#l>u^WyJg|k^?Pq(*7>v2
zQb5ayDPK?T=$(V+5G;e<{WYRHK}U2I47FwM#bKbX%{46=Z5mIjAuS-Ng^Du~7EFQK
zMil$8px=Nbj9HI3V`c?a{wyp=&m4v@euu}uX9BndcO5JTW3i$^$Gnsif=61917mz8
z><%9?5RpWLu)0~^%UBLy$q|w>L_g#orI}SvCr%h?4&f_JQ0{g(P!WdLn@Q3(_Drv*
zvMP6|cd-Q}#b-h3EW=Hrv3NH&a7YyCD$aPDLQUIS{oHAw=A)3-HZke1(URcv*c>y9
zjOB#&fpo6q=fXeizRwuBiR?_M+l2lU8sLfUJ$%+Md^^3utUsIk5mC+OpEsWFk6T<w
z9}|=NuB6FaN5CWfKV2+|A~JOp)4FU>oke+aaj-#{)%4K~ZRjsGjBg$Mnq`Q{<<UCH
zilnSO82sVITjZycX-P}$AU9%~`>9YxU8w8G59s8-Kfx95Bj7M}TtgHW=%Hm%h*_Gk
z-z|d$MJ@VJqxipu0);JP_ATJya<Nhh)AlqjLZ!Q8z|deST*^xua~<Nn`+Iz)_pQlb
z=ecdFN`DF#RG0y8UJtTpa9f8QPg6WiE9kJZ6TkFGk{1Yr?q2NX=(yvUfyAA*f36pC
zsqLm&pnmFxrxRtl&0NQWk(;xZ8Ot=2r${9eo5vK-3+F$cv;czsT>Hq<#V$x|XsV3>
zfWDkb%#4X|EyFg_ZxoM`VpUE~w;;8vVqgEXrnFM9%%en5#o&y$15Skx7eBaKuB2zl
z+t+H8kw<97DGecr^M^C|nSS#<F)N3d0jf3DXfxh{`#XtHdV;@L)<JIu)#v6vXo*rg
zVV{r=(*#m2;n<lx;u%A2qv(azbnp4U22ik*SSjv=%t!vFFPk(IF+~`ym;9Og**Uc`
zh%q~&GGJ4w@6@53E(W_*052pZ{as^|TF7bfK3dA(rpmE*v9kGFP;R<!{iy{4vIc=<
zywcEN9(xpwi!&xVe~wt$ZZ{a&QY8AqMNQ3CYuW3D+9bvt;+EkK<1-3eZU5{@FyABj
zQ6k;50=ICxj3{oLNJ?p`-(W8|)CkLFJ?{s@2;i7pNr+jD@U@5^kD5bK+xI)++*ICG
zSSBe+CyEKTCfy?*XJQJVm_hkFq)UtCx^G`com^iMqB#vqQPuB_eE6KgLSTfW24hzi
zBB|LpG{+5|>?8bv!MX!0>ylF+J&{7DlQwXyrKW2KoffV1aG|DKg+utUyPlAVQ*GO)
z%4`D^l|b!Z6#^57nH0PMlPgc;Yyz7Icj}Xz@$HvAru5X^j0XWc_U2y-T}aqCJ(A@Q
zkcfmG9aJ=U1-zJ|NAOGF+uCj0u)OO8){jZZXNydBe6_<E0}Kq;J@*vf&Fo(c&{vGH
z%?dH3bMc8%CJUc&iV*94kw_3`n?F$m2J0535OcT%(@%{lsr*8FPIFQz50Au|S5bC9
zSoXa<_$Xw7WN)lQs5nAGz9za_nk^xS%r;bTeXRKzUX!C~iz8?%S8y3oIER8Q4`?A|
zT0FJOjSBUZW8@p{w$tIqFPe2k)wcMcarQNY66s+0SS7w@2FoR%25U#}Lw^!Z2nY)r
z?U$SVFD+Ap$P&{$UX=;nkkl|^89}FKI>8f^<sVD)F@Th@1}+)6LM8F3M&Ki(GJ1+X
zEO!;m@Qoyq>O?{pkt}+!se2zPdIBi@859>0<~q3Et_xwz)hKn#f)7<EC_T=Vl#fpr
zG>sJSMSV2bi`a5Qq$`M%*Xng6++KY*HEu|YNy{_V8;7}zuRoXj8X~*LKV4`2v+pH5
ztT=u*0TVxy$|Wz(kd7=gR(yzk5Qd&{1Q?ww^E=b89tKrX?n4+iI(jxI1{xwrvB-YO
z@+_)tDVrNCa6gPhT)yt;ZB>u)5iRrs%ISz9I`gMcNN_%mWcg%s#tOk$%4GgZ^Z+$E
z8II?#J-?MBmdPiSt)JvRP}cYv>^?2Oq`!>SYea>^#&oYr-E--Ngpp{bL8C4KN~1}w
zbHVTyCyFNRMbxkqppq9MH9BVRu=%_TrQJ$5VjK+so426PqdHv~9Oux%xut!uwpqQV
zEd}PY`v$!dp6p+#eHe>ysvmA}@kM&FKVXJ?x1w4bd8g7v{7B_~Rda&@pT9gQVyl0k
zE(zOkBfwY<R^mV*&lTL4*r#PMNnOC=0pEx#m&{n;FwJ-Bfj9Bf<KZ4)_2c(k_spq(
z#ds2%R)nZ<32%$qC**nXr#7-XSU(dz_f}}^0L_+ca4p4%Nt+B!$ZtbTQE<~+#+)6M
z7lV2=WVE)1`pMG-%K2y2zVa}(r<T`SNUmS+EcIE78V*<Sl`>cVDEh(FD~(Q{k*`Qx
zw*O&zruqVogr(YW(iU4A4HZ{67>rg#l$!SRw~)^>7%@}>N{YFhVefk1YcM>S`t(;9
zd#<=t<fN2YCIx;xj%BEgf*Wq)lYIh*2E=gZi4OS-7D!dfrD3iFeUN~k8BPrQ<L57=
z0FL2Rm#X=3Xc~^YvPY#M94=q=tO#RVjV9|BxkCZ1HzH)0Ve{A$l8VVxo3u>G?uIKd
zYnx@Hl({P%H)=Ql=01)h#xvSZ=p(A>mnL%qAp&j;Y9Lf>z$~m}8xpW2iT-4i`?pdV
zdz*i%uBq4qh_%XcKUF1ZcpRQnj~MF?D_&cUP1l(+$h90Ws18W^nMn+{@RQiv5kLIJ
zD#8ZIdS_%!v!22ol|GLNbx>w`3@@@_9llsTs~61c0s_QY(M>g4{1QB*yv7PAsty=S
zLqz5Qhm$>Od*Wtl=$UIif#k&jW?KjwGbtkA*gWk1If~!N6lgn0{QE#TXZz6xiNCzV
zP?+yg#U3IDV;xMF$#&-nY^eixyJr*n51}x6wV1aOKTQuLh`F54*i}+|XwReK=p)R&
z4jGLN=XL#N^2N=hjLHx8*Vqa7Q!jeWUNPs5riqRzt)z)SG$x;al!z9;RgMC-QSAe0
z87bgYSAVt?`ll|`TKOMJd9E>-OA`J=K`JE|oZxuj<lXTR!Mkq^kFi;C+~J5#^B{G9
zuv{Q&Keh~V^va9^$^oiW{Y3u^;DWHc+h*HlpJ$5akFSW>Bq3TTqSobK-6#3TV2z)`
z$6#rJ<Zs()!B!Z2lo3%1BZm%xpZ#pQ=^`iXQ<S<4#uMduCuNK6zccWFKXm#5z%+<z
z79|!gizm{0p|+#YXmA(S)T_z;>|bVOMb0hj^i=4kILdp*__f$G7J6AV*@E;rg_Kr*
zseNhlhG*?uvU`j<Gm-Dif(E<b{q61464b-o*|J8fvq>@XVJA!~XB@(PpCqp1)iU3;
zRVykVua>V^hz{Z_s?17yO$3tVV*4p^3q_xOnbhf&KlO{F4o*@%%#4S_k|5Dv-P(+z
zQg>QSFr=yJ#;;lr{;bM)I0~by)g}1aAkixBqxIz;X@XH5_7K<YQq>e-eXK(qS8@ef
zLkT!R|126(al61KW@9;qg0IfM7@;lHjbvX_(AjyY2;(N4+Q)sqY&|T&=u&Z0Zgx@1
z8gO#C4YlorPI6xUG`95Gzo!CCQI}8Oa8~v(OIQ3(((r*4X4w6&&)Dqjc@$u~Y3=%u
zo`?-p*Hj=xtAvir=l71he!%$RcVNQ}uFIh(73hJxOo#aJfLr@gul@nBT{iih1B3%&
zM2qdGkQ_3Y|G~BY19N{h76!us-Vxe=`DVxe!HnOrTublGf6#Xslx7F_^*e_94wpN%
z7yK7!{l8${{}%oqDEmEk<Nx96Eu-S-g09hl!QEX33GRUa!3Kxm5ZooWyEC}M;1=9n
zf(Ogs5Zv7@xF$d#m*;)IweENCzv&;dy4R`hQ+4*<wTt!ifAH|PKXlvF+LIs{k|Bxz
z51{^kP-i&sCTX`#`4aGdkm>(Lqu*d?8<DRS(XoN6E#0e)d$+27<wlqL&uf0`xWa;0
z{)s)klILOv_Z>BaYr+Mi2%Ed3K9B$YoFh*Oq5pfhOR4YtNA2>e+(XHzLbd+tcK7dF
zTW=(zQ><RdPNnZ@<&nsO^{USXFm$`4bl1($>hd1@YM<s@EF;yQr{{uH=%{^C<Mu@U
z$w~oocfJ2+epLDRaQyH)F1JmZ{drw7%M;DFckIWU1x)!z!{sBDTM%}xL+<HQ_wPn4
z9O06e41`4UKR)yKSXcYi=l_sfFAuhY8*d3-{&fs*jh>$>de4b!UZ?*bhQY}fM;MA^
ztoy&zz=lc$@#g=9$N#t7{}B(AW)EQBInKZTLrU~7pZvF^|9_t1f9Z;OD_9ZYZifMp
zQ9!+DsYdBKr&yJehpOpIZgs!ZONO?UYoWBxhgD5&->)9N4Gvy5|3$=d?SD9dH*~);
zkx^pI18=v~`{>}Ggu}ta^b_8f`Bx(`QBM7XrvwJbe1qnz$ZdbO*Z-F|_=Si=1N$|M
zK>Tp8ntgO-7!_vd(z1FS0XZxZzL9C*qax-uP90zJLnHq1zP~*)#@5F%XAkc1LwG>X
zIstl}a!ggM6%g_@XVZOt0BAG)|Gr@Xt3qRc2hG$PPBu1Z2M%_IQ3ypt<Y5LJLuXhI
zoWkmSH$r0EX9$64eK^W*pbeis+g}UZPpk`>4#cCpIJjTGWO;dcWi_yEQIiv$-K~%%
zA~s}BG^~Wn5qUXZOD9JSd+fo1|8H&uSm9Yo4IW7*Xhf{Ut}_*EN92Pdy6v3KPsizd
z%WaR9<mBi98`F|vu+Vo`;|PWB4&brd;RzAfG?BF!P3gSGEIkh+{VsViLO3vCO$w4?
z{}ZhFOQ85dNHK;iD%AivQBoP#b-WG^#F>Lv774o!aitp#6U?iEY^B}8YQYQ_)(5ld
zn71!^{;HgOWJ<RIW3}>b|E>HV2ZS>IKi}Qk&*uKOvdfqmPV`pe1A|SkB{%AQWl{v#
zqvZ4Ur!S@yWwaBjZjCbDQWYlsXvqy>IHkcq?f)1y5UfpXkEDX%DOMUHK&4eS|3=Rj
z_hxGAGAS3krKJikT{BJ}*-ZO%7}m079tL=6AP-Rb!;@-VL(2~~FjdCCa-HtTx8)<0
z|4wn6x&7T{lt*#Q$m#WON>cVA#Y;uvE~fznEEnN~Nn`&eZ8{ujtM%Ve8+51){>&bX
zL~D2&yh<$?r@NP`ECbj<ATqTavLK^dooBpu%W7D)A`dJd|8*es9TxkWYU#JW*z5cQ
zHf66}uRvEm<B)hBZ&4Y!npZ&ExDdHdFOD_ERLj5Wt=06+7g;0YyYu7jp1+<LD%pzu
z+s}fY|0-V!1N@D91uBDJ`5Y?V8H}rjT@kNA%CEn#om?vNG3Lp2K%_eGD0;Pc>4gPt
zD=|8LgFFRYRQaVyyMeD?1C&R?zI=H+VyoVi`_PgZjfSdCh9Ye+qn+>2H06^%mf|WL
z4Uo!xjEc0&cTnu?ZqM%_tKCzTq%a3P+|aMiSrEEy%u7BEcz9S&U6*gV-p6N<jcuOt
zhacvhvOY5%vFBZh=1~;;=EfT}_l{0KNxoP#J$LsK))q@5d-F^uNJ$8mr}F$w*eEp}
zGr(xe9XKY!-5skyYW+)Wpup%GOuY{jr|u9%3==~q{mJK55imY>%j{O_B<;a;6Fb5|
z*|`4~5TdjhZ<Kv7CD$g9!hv-YcKWXwZZZciG=nxXR=ufh9&Qu*ec{^Iuk*BqU3GQI
zDPY4ZAn@n?g0#t;X<k=#AkWPs?n~H~E@wdTl-$Ek<NIk*>L{r4UFkYeLBUkJ!#+i^
zYfjbs3^F+uTnS`o1Q^<=(|9PgRrO{%wY)>mciiDxBsLkg@NsRYXj00DF>JCrg1wE;
z+*!)&<A^lkYbVo%di}NhUGBzm(Mz3F;J?7YyZb@4rFv}pYpG@*o;!TexVQ6;709y>
zIph|vRmx8Dhb!|jyE#l8XcIsECL0OAb{$_tlnC3>K!f8501+QcsgPE1^kD3<i-%_r
zYiD@R_wyP3L341qjNhhw&F^Gx8=NVU<!HMP<tX6YZ(grG$<E#LyN_oOy}MY#5?Z<+
z?~VSJ!RW>LvYMCs_k&6{ph*H9=0~?bs`$*Fpo}hOem}_mt;q0lTYl$nDRq0~y7j+T
zBYdKGZe@m=u%;hseqc-lsUCc9|FMgU3nDKyK2-(API#PY0}c)%=K;g2W|Z$&=(5>s
z9++X@Wn!Ykme;K~ES+aJ%z_!2@ri;yGsr4%c}x7HTAkNc0PO#}cG_C()#qHF!zr?p
zu+3>mJ&1Bss=NGPy_8-S%1~v<P?w(d%VlZl2LoQ?5dP)`<D^1wt5x~h2bGA%e)~yA
zKW}(i+fZu$FBGauMn35xTE@FrkY!z_qO{hX7PzQ}d*o%0=}BQ6Qh7TC7tXqPuJQ&}
zPG|MfaU)I1G(1$FW%e($d#~PR$TD0RF%gD9lp_*QO}i7Ha*+%@i%1CY()xbT&>gkl
z-}Ro#_e@p6vC|@}79-W+!w2|J`bHVBfZ^+|jX*?1p$Gnk?c>u^<a+~SLxCE!qlUtK
z5F$|JqdO{3d~B|;X*8p1he~%>fF)U5n>%0tkJYYqUWv9I3!KnF-MEH4OMsXynO40e
zR37x?--L($9Urm%!^M4euN9XmW+<Q>NG%pP9eAO8*k<!#7Pr(KZ&pcxy<^i$cx&Y~
z?<G6iCH<72e~~U5`$dX<`qzmVx!=|oHRNARWGZ@!ayO`e!FByVSN!ObTVe5*99>^J
zEr{}EVYKMboS5%6<lv!&h-Lh|aU%*aMqfY5WvCL}4xz<YxtXv7=SV6EAqjJ}Aod!n
ze9K|84StRFmVbSZWRtu({$KF}064z30BGXYXE8rOnAfJpZEnk!i9#TM?{&9Gk)Y7D
zbilurZpQ?psx@Yhs-Y8+-!1c*)4QVzz0Jg+(L&q9b-0D!$71P}cG_a5(LuS~hl%(A
zsQ1NBBK&26Q3_UkZfg?VJ`4mLeS@62229XWsnRr2om+hFbt#;Mzv+-S_UYAXqrn##
z40&Yn>YaWgAVH_~!W9|vxwy#&c8oBr9UE+|C+j7)74(WluRbh#@pAe2sEm?F2H0Ps
zR6KV1bcQ$E`NWK+UYd7t6L2Y%;pM)F^sBi)!RM0lI<I=kj-YRAP&uz_E|9jFDTT<a
zOFPdwm+}0>KA9Yb5!RuKIEa~9mH0<w=o$_J6@l(^e%Q_cBr^;1;O(%tMywhtzO8B0
zBDy6?sYTd3h@u9si{1jR64ChwQ=9%ewV4pFNZUQg>kBgCXSaRryNcgpC`gDP>gN23
z?v{V%*ip?b@-LAe)`&ZcRMDL`WL7?E14GI#cfmoGin+C2*h>97Pm5SX&J!PIaMLe6
zTWfDExJ;SzN>-<a9H)he_A0T#@R>X1)9)Ob@3xaFf(wEW4xD^3jq5&5#*85m3`moa
zvJGImUEctB;+gW@wIZN65JfsvDvOZs5}bcZCW<n;Ps>YMO}xuP0ZKamwEms_4n7{L
zD%+`AY8ccvnRSkGdGR7g^*u8Ua6ozaNQkkpSTUJeg1tnB(l7M8Ifs$+W!4BnQ0&FE
z(|r@xImW>NaE_a0k^z~X4AB=)@xjSe0Og`Qf4p*Sg5z{M!#T$@kf8#Ur1rwW<X-c8
zlMBEG|G^?|^R>J51nb6Q>B}eiN{7pT*#P>h{s)6Dk%J4xA1AWE_+$G}XThTBVm{Q6
zd5K)Fo@1`rVh}I(aR`_bba!^Tw$+g^%LVIwSsE6(tGs`_-V1s;-@4z9YZ8e^WzXxn
zTMJT69Gx2yI^jk*W;?&bf9$kl=t9KTnn<DQVZzke(^w`IdIqQQVsn;E0VpTl1E9FO
z5%LUd!eNR!{NDCKRC0O^Qx>q8w_ty;u*tDzsOj(p^re%EQd1`J;!9E;l?EQ%5u!(c
z96X;ty{QQE%Ej2{Fo-w5oK|`OPO|NuiYZoM<t{Tlz-Os$%Y|8`&t1`<kzr2KLV=fC
zzhSasFH61JE@2)%DaojRPtO?xL?XN(dV5u^EpsXZ`oIN{gK$tRXF$4sy_#6#1pX!>
z4qbr?okv#E&ewn@(;>tDurHCsSJn98Em=ZZv^Cm$Quz`=I%w@%F714^cHYUfT=WnU
zT3C~bwo%{Vo21HVb@Q1JJ4EWwWdEeQf1wqlX}uG?Tqr8CS<Y%9uAW@Vc3SawBy{%8
z%I6^R<JAw`0mhukOiybkf3C0hwtWAd33=b}-KS(LpK~j3{$fOayBdp5@!8FX;lo33
z+z3i>2e|}wk2{!cLGK_9HrY>m%2aa6F?a7fNvpUv-}%Y&B=ahbfcfsFJ|b<$T99yx
z(lFMBC0GOH^6_7!srUWov$^kV^x=AiJ3Ed_J|kd@EbPShundR-Y)qy5zXwzAwIfmr
z4L;?aPizQ<He{>9$el}b7O4s#5VWG_r^i72#ktInDbXpUiB6Wpx$EXXwZwLg?t_<~
z?Yx$m&2{}P^rwbXR?Ru`JAb6`JJk7rx*Y(5Y$WiTbA!`A^V(SWDaf#0AK$@^)x`Z_
zz<l`NuE`_1;5m_6(p<J5)j3K!&P;dPdbCLWx}2++*v(KAfp9b<Y?6RP=D2=3b<F;0
z7I(U{XI9Om+4Jea3#(Q?0431>FO%MMv#d_*6Kb74&PwECLK>;MF>%an9L?xeXqR<9
zE~VqW&d2WIJ4*!0QT$<*@C+`k<I4GXYEMZ5g>2W4w1n?1;q#kLZ$(}^yl1(uF0O+y
znyZNx6}A?#j#1V;>yc;=+1l;y|Mgr?(*y6cpu{e6r~*tvX3f!u;ig>7vfKE#f|xP!
z8UXd}%RGJW0U?|>F*qZ3iDyQR3rkTajFu6zMD14?|6uPl{FmR%AQ1+(9;cxGZ(DJM
z0vJU3qWAD}lKr?s4r}LuyZu6)$%V{*d?^0aW#qO@rj(g*DvW3L?wzaiIk?T=@_BQ9
zC-*rU3@u^;R;<OIEDf}AX<00-=cYy<{1bx)@I@hv24_2?;IjZ5kOL;~RX@`ZO(117
zY6XgT;XaVI55+TXju$9RPiB>bj?Xb=HZJeSk-Z?sY>=p=C0e$svrbYjp!|2JSwrSl
z{zu~^3fObKv(swrlZ%L~u))vPbtFEdNwf`;k6yx9U(hrFiRqt_J=gc20VM=4>frLv
zml*tUKy!qx@<xXBj$^r(o>|Sb+Db$OO&rDY+{4#|`04|rr6h@Py#TWze(K(r6F<wp
z_jI6}@~t>y(I0aGw=dXY{;H9l?uBpa=Wg+yuYP+><{W8004C-xuBL6P%=CIyWpuNP
z&sNDuJP)v`1{+?~FWV_k@$Sl)QgCu_Hot5wd+x4qHS5dkUw+W%ZpGZikgi7to_`#h
z-qN2x6v#thiU0V<hMIda%u4sA)5PIghBzjR4^x+plr-Zm^G*;Ixc}kkg)*=KpqPp}
z>6xKN%3bSW>BKhKU&m|MSn?DhjJLd<kRv7^vqWzcVO-IU#)VnxU4%T0flUlZrkeeF
z?W#UDN(38s2!=E4p5g;G5c*hEPX{5OA(zF1Kz`7^^^>wFtV=lAu~nN#5{BSFbj&R2
zm~@5ZDc4uSP)<_R$wt%w$#1UGmh9=_Q8RTy*h_`)iOi4hzt%anL#Xq|fkG>sZ{gQK
zM=z-|XUCB!I7i{4PXo*@;B;QM#iRBR{a*X*{B)n(^Aev<rahym)BAce$0;_)|A6`Y
zS`PqiHDRBvQHzmoHRT6=+4BFL(fjx6yu1umL0`Vj0)9(urq2tZ!NiS?wv#t2ltYEO
zB-gyDgDz;%DJ^=HD-_VA)jiUbxwF;yi$B*z2D5}9eNYFXl23lNk(`0<m;|B|=+63K
z-Q9b@zNaw}Ki$u*qG(Ft*9Lz@a9^?E6IWV?IOf1t@-wtNY}{R}Y4h6Peco?$L}9_u
zw-${kbXj;ZQtS0k+r}5<G8bZSDiW-pga=bFe`3Cj93oyxNdc-@^@DAVv(LAIE0Q6-
zr~vuFn*?fj=;E^%4yU8|vLDIIww*Lg3T3V+sb=&mhpzh|0fb&a;-aL;Q8xLPv{eNH
zBa*v0O6Z_u<;KypUS_%*OKI@*hZ@PRku?72WFKt-(PhzH+j?;UjTln4gM}wN$kj|g
z$C~o5NDV82LPiPr0D21J1{1`oRFo$-!qbrMMRs3!ryR9p2PT^WaCPp(D^bmHCd>oy
z7*4fAEQRuLi``p@bQ2vg)q@<q|D8JU+2ZfRN%>n);w@pj6MoAxDy#VM27TkM%(^<=
zQu$fgc{?mV<=dd{ss{rAWSU&PeiT)A@3#hE#GBnj9bYMfs0>VOGZZ7704^jd_F(~l
zU4N69b_AU@jB{I4E}?;;mW7TmcsU51`D~nGb-dW5j%_@8@jRGd9=81c4~B!jb4+v^
zn2JJtb}A*OB@?J(us^DGZJ~c_LC^End$wTNFt|h#^Uyqx49Zn97d(3yRur(=_YbV(
z<HXF&R_O#ZEwwuAaN<8z$rX<%v~>QaEyGf*8rqLh!Z8^^PTmo>W9H;wAMb2o6H@xr
zFJKEw4cG8q?o6BAzTvkt(E{%3!OIb3mgyECB_pgFy%;UHt;~?*(g(xgk4mSmYGpcL
z)&zn9W`$dbD#&oehNSUsr{$vCK%0FTl$w`4bRgyH;v2!!170JdIGdH@WiMWmEL!Pa
z?Vu*ZYEfpt-mCvb8b}9tJbCN>FkbOGTT%gls6_*wc7|2NUbNn%9#vO13^f2jp>l1j
zqe^1SrrYf)wtMv!chAb;c@5loaQiRm$=r;xRj2c~Z>r2}OLmQ)&iNR4Az@Q5sf1jW
z)Gqo0=J`U!T&v#QuqKB~u~a#0dvOg$fXl@!@4*<28G#zv4=NI_^gdE8J#wFNQgWwR
zT~ttt-RDsam72=9RN-*nm#lrc34EiHHoN&}lLC;6)(F11FzzH1V%}Y7)$*JQlG&SC
z*^pVn{+YwcFWWrJv+xm|aZ$huD+vX!YH`k7PTN$9Vb51qnLqLX35~zu7c3UK-QJW`
zy@Xup5{_@|iQ)|D>?x4uZ4Y1byZ6(~Z%aY6UT5-Le5AiQbV;od4|M?tO8`&}&EpIr
zqcxkM+#J}>MN8^m1GDx%0V@@CT9Bq?An7jEI~q1rWeeTA0Ta#IC^Ns82<2HYOAs!o
zc>$(deJQVRO?Cj==<B_5>TEK(SYC!>;gk2K+@+yLW?Rnh1vO-hA%>^8H}4lM*VD^_
z`=lU-S7k`99&ekqsAMaZmD)!hE-5s?fLnOuSik!~p&NZTGCov3HJ^jc?@PJYJ79eg
zpEYP5Di%Z0e4Yvzu(!hlfP(uBtkhLifsHehr*sem-XXb1XL`4(z7%y<$u|q!Jo_yE
z13*<FKdeJtz2t%EtHtAqD9+<;SCC+Mu!!_{`Ck!#Y(F6xD~;=4!Asi#09OziD{_FD
zxG0qLJ)5js(bP%tU9iba(D6zJ6ON1nb<_ip4~l9{AP(h}^F+u~QPa^YNJGFm5thar
z5W@)%CzHc^*~9|h%D=exOrqQK_OraG16{6&z*<s!if|*$%6GOsDlj1rM$>lqd&wuT
z1Ohajzi9Ysz^^5>?70{j|G^^sss}g*t(grr5<!3<KEIYb%^=^*wNbAazxm7hzuE8o
zk*p2oWpnZ?wp&d{L%b;oF3@C%Vi-f-Er`OPRRX#&q1m-+<pMv#-O)yLqhJ=H)(0)U
zYzq%40Ccyc1%iX?vK_@k3AJ|W;lNGs2qyzA{nD9t=;LLmcJ&Wb1jG?Luy+R8-P6U~
zk3dFUj`cqFpY8rz7DG)&&+ve-A7DwpG}oeGT)o~;0C81al8B%{>Ji#qx(^|R<ajEU
z)f9c70V)j1jI=8@i{!k}0CxgNO*Lj_@i8*jIGHpL1@k0~%ZtR)e8?!ul%OUG=6?J0
z#0M!caT=`G+5t+uAraz;nEj(n>0Zf;)2iG*MG`JOH>iZR!I>cSVao%bE5Y(>k%m34
zDnJ?MAi_Ymk@w#TAf!rib9v1N*&5c_nbO|y@C}x;g=+FQZ30tP00}Ot>qB-!G953@
zCJ@w;iB(V8-=O+Tf*eek79GZZO1MRLkO+(l+^w~Io;+wlt%f&3NXZZS!)goKdPNwE
zx(fzD3Q$i|h{6{JIt^b+IMJ%(6mora6F4WC-UeH2s|3{m!fwE>&0a%QaCgBZ=A1t%
z?y|mQRlk%C<@JT}8Ew@*I_xT<WoimID~!{6!GRrl(p`HxF_)6yp&G7KdIh#Mv`J=E
zCeYGCU*0F0%v+yiC6QThX5#~szD23<JMFAr3oY36*G=(d!3`jv5T=@YUp0^l&nW(6
zG-I3DOIB$JaqCbD{$B~;oANY-0}_UWhlR0}T@T+%m_!(-rcLeS;1{gCjUd&KGDAR5
z#m+co|C1KeVs6tnj_mbQ<s!I=KDpoNjMKo0s&)vbGz=dAQY3h{2nYR)OvPpDF({)D
za*1=%xnmPq7`<dGp?$%>bj_3&tTkh>>33quAvYJ9pjG`5?Nob@?)gFXkJaBehML~L
z>e8my7lvty0<^{zi8rBjM$e=|1|n+@>@GP(xQjlyk+;XT6z}o|_qcEzlM`XJ`CmuF
zJb0z8Tx0S-b-_c0rblLBDZ-6OjO2iYQc#}GPD}os4A;fMTRA%-1tYhi^wLQh$J7_K
zs!3no<Xa5^n8<tq)l`y(<cCfp<K@2D_f=Is1P|C4!H+B}XTY!q*zh#~IFW|oJ=qaJ
z$bji0I!JaNHcPn?fM=kA*eOUcaZb4v`C6&lPv&qV)Bi&C_>_qU?$MZf4W?2#4E8r^
zzZo6wCF_Mm+?<wQ2L3tGzyvw0{zx%Dkiw-F*uJ?SJyKh+_dEMG@7X_sV2Y~oO7AlJ
z^ZP+UR5-3*+fIcXmC4(on?={lTRrYFvjM^ghmqR2E6=MgEbp)%4Zi>fR;F`_Lvp2)
zS+wTm0pIGROav)}!??^A47|DO3MCl?w5(THSXCrx5}00`Wh5}^PvM~Tt@QV|Uy9IY
z7~A~VRYcNj0uHNtoVU6iK3s-her!YAd%0lr4$1Ga+b?MA399;_NgC6_8bqv;fS0c2
zX>D{KHT(IV;to=C`od6C?|CL1!}zSEGaPXp(bRqs*9-mSA?k{)qx<|3=@MS<(ShvR
z`R6hpw`(>}|M(ecw*CsO)v;OgvLb!kq~c?tar(fHSxkLeUJDV?QgA^qgWm=*W}<uV
z@L###vO;SO346Bt#8sGj+=JL+L4VpaSip~*Gl5;Q@FRA`vcy>HQz`Y<XJ3;Ti$+tl
zhQVSw*@?cZD>{*Yfq1D*n+~h9tnzhPoQ)(AQRitFhMK4Ef`r`Gv?C<bV76e#TX*Sk
zAv1YQ1sMYYi#=bPrx@fPw~Me}#CKin+vKrcR}ZF7J1_54Sg4~fkWVIFj*DW`%WoQ7
zFE+?Ud3KLk3&ZlYI{go0Bjy?=QrZfFzv@kP_osBv`2PHTn83HGIgQ?oW5ozj3>W%l
zU?>pzAL7_a=kgWb@E_p@00QzXBeyI*G9OaFM1ZqUB0MmTMB)LA{NUO=gjahp!l^_5
zmuuSgOK$VEELiG0<z~l)GW}c^6Skge)m*YSZRE9r8nl%?DLym&u!!T%ceXp0u{-=8
z%rSSflB3+?`k}~8hA>npm{EpOMDQMA$hM4$h*GpTDiDA(500ZJOj_&tR>LA;V`bX;
zflC6bnR*zzf0W%ZH;PwC<HOG+3;MiHwI%$MY@a?pJ?w$PD)co~p`sr}$_fF|VdIbf
zqUJf|e!N6&08pOYGt5-n+gw1cT|KrM1X+(MHTA0pf_pZz4oKnlo!M)YTf;dHy|%-#
z7;@>zryGU3J~dCBWHvsT54=)lG{3a{n?k+1ZVPhSG@mo*@7**(k9Wr1UwteA7vb90
zMo;CHCh7+k)_a{bd(R$g#J{ec^`KNDr#CxfHOz*G<TP3#-#RO28DeM~&{B^iH?hWF
zv*~yekt=>e&VFYw48uV9II#M0l2FfMfY*8V$fJP7JeCUnF8s95H4PO#0EDk-H>Tx0
z5WW&f;G)Q0L%u>d%r+?%)$+d0tZZy{6&K9eS<i|YrqoDwWCHU&tIa<(aFJrKIn+Cr
z6$F1QGNdl?n3Q%>)JjaMf|Hu)_vI`BrfPlaDWq;edtUsd-0?+r_)qrJ=%XBW`D;g8
z=I(O=&<FHEu9J@;FuZ~{&h3Nb%B3MQAbO__2Jy%u%c|5w&W+BjQH4BN55eF$T1+O_
zWhz^&O7GzbST&1k^zbQDmK5vM%a*+2@dvnD8a_5-VpCqT9E1JE*kiu^_>$*b>f)&6
zViaNGC#^s9v*<i);=oodKmU3$e>%FSJXKzMdFk~&uYq;*u8@Cf389T@bB)W&BhE7W
zsjyfUyUCiNsi!2Rb)`Di#2)}fV!k*tf%zTCn-|S!Dsh%|IE&8|^a~q2ig$*OGqE8+
zZ4jQvye~Rcv-cQajIDHt>IUSj27>`go8-Sc=-SJu4E*5v&qucQfj<niG3vS{mL4<_
za!YgrWhu;Izoze(W^%AF;PnWsVyY3~2FOyW9pi8UgKe6TQr|ViP`%_2skD>XT)r*(
zdOu)RNXe-J&*7-eT42oQdA$|C8;&YFd5*eqp#!`mvDjGCLh<J#LiC1%wc@nTO<HyX
zl{~wtAOJ;(1KWZftSs<rSRmPwjXlmQXOql+og5=pGl@ltCR8n1Frud0GM;gFSC{$&
z*0l^D;H`RPGp6AU*#sq8H&#SCMAo&ueDqCOwp-&M9yHYq#<fuDsbp2u>5_=QQk`91
zae6U0ilMVL)pWZl3)|X(I~ltu+cL|rxD+h!xiET9L@axLz7(o=K~Wo>EBr`CIh0u1
z+F*au7>a6#3^73O$N7Tz52DX3^M#ojB|T!j;QRU|A`Y^YdwMnX$=A_Td#yUv^mC@>
zCn>3L=!MAz1&iWa2MmOrIEv*)Z4wS-j7pg)Exn>XC^$bZEI87Q1|G-(KtrR$vPB!V
z_BPV~iL`PQ?%-@~kT~%#Ioa4UF&Nx!8+iOk(3-O|n41)6%J0Hnz2piU)>}~qaPus=
z?#>T0(Ji?cq<$x5UsbS%jxp6#S~YZ7XBZmAIZ^tBoW@<hjb}iwImIQx(57IO`th}q
zFmATo=(<h*MuyJ4$Vth)$jV!mo(xmGrLt_ZR9J%UwG7T8h&~!l&#Y>9F)EZ6)223;
z6*s~rhEU06qnv#Gw<RF#P3rEu@5fx?6=P%cMDwI)y<F^Vvry$vY$&9o-}Od%w%{*5
z-P3Kt*E?pVb*t%I5`gL5Jh@D_QBSK(_vD$n;913tWN9a6cE1tsn-eKiot$4O)Zk@u
zEIMG)PipM2Q~dcbCczEI>`rb<a(TpS_>5SK{*_8@M@Yz&RH3QGbab5?QLfb1v3uKb
z4<%lDm>w^%mVTg6Hx*Yw(zxZP#!k|EdM@A`c&*F^X@C4vuMt47j3}KWnlBuj_`F|q
z>UXTo<!xo2_-L&?DPO$O>PhE2b<l0>2WZ3vaG{JdFpHj>!1_|W#=~CdH=B@Pi46|s
z)44rA@yV#_JKvHi2{?h*v}G*vEPu}{w8&jnu6Oy;=G$K3v0z~UKV^y*Cbmc&RuB5r
z1M2vXO))@}?=K{k&2ma7F-joFnEh?Ac*uATdjB#S+ZVcfUe_XXg3W~irs4(*fyFf>
z9HriEv-0_^U|{WXB}W2poRJW$>j9!ECfCxOP{+`WJza(Gd2IoJ{-`O>duqUc$<^4Z
z`Pz#O;QpY-WZiu`B=OA$Rz~lP2f%4Ao9p4<1L7J|%k^R`O=z(vtqXrWE$lWNESa%K
zHq3_3F3OYP%*PskZ?yb<`D;H0)rt1>DXD}+<DWmUrGZL;GOtUP;f(P*kPoV@#JGf8
z%WSPpAks;cPM_k#?xtD~N_4n?_eId@Y;7lB008enKB?nXyXKPk&G3~=i!7#61KXft
zW(+H@nVr!5@py@`E4010oOI9R_at%>_og=2sGzBC-it79fH3agRDr^ZE#@=5XXP8>
zbN1@uC7ni_*|t$-!6SnI5H|tHRs9mLi!J3$wxyuc+f#g=>^4=)mOF8VnknQ$0JGOW
zeuu4n@Za-|`m8^jV;&#`9~HsvtC)^})7|p)d2`Y7*GNqQ>M5kdlKoKbH)B^AB?+!G
zORCpUxIIvG^_!Qcgmm1?A=&0|%E8}M*Px!Y?<;HM_Vb8P7g$1xk`~oJXMoN1z6b-#
zIpcqMrJe{pu%ti5DEAmV`g~#ISzdJPB8v0Q#L#lW(+K>X*${{uP!-X0XmS~F;fr$g
z>2u#40Gb|NI}hefCPP_T`g#7HcZ)oHfhe87ocKcbK_MH=I}lLa{zKB1k^%tL;Dxpt
zS9Gs`PGPhn|5Oe?(rCd15cf?*YWkkJ3wELc_vqmhq2JtD0Fuze-|l^FS44;C0;Bzd
zvDb%U@Z-G@m!+uvGD*_lSGj?REF1`Zf~k)IyxcL;&oL7>GtvmkwD|Bw+&Cxr_6RF-
zof2K|pKbBmNSvqo-f;E;-<CfqQufC+dRHOfgq0=X+M|G71@6e&`joP~m9ds4<KTM;
zo%Ph<MhLRW4UINsKB{=K_xo9hk!FaMGbOS&uPtZE@gr#xPDt&OL|;uCB`5F~_MLO{
z2+B#ctGwhU$1&Uw;5KsN5d{&^P$nnD@_tFrk3k(u8(zLZSc_*l(#IXOYkHIl%i{fu
zaOd4rljEfB_>HrR`NDN>y6rl`srh!+zWm2AZ{9qsaGc1oYlicQP|_~TwKIBO{JWeo
zQ*jlu>dtBlm|ppfth7#${Q4}s0#y~0Je3~}ArJqK{H_oJ&i+GHm^MOaEu=@QEfie{
z7pqpJBdxsymNk%_zzCqB%C#gBW#B&yc->gx-fum;yg&;#VA-iWo}~I^YnnFkEgN~_
z!&S)ef>7dgl|2KqdtbNbH1gaM2I$BF_67ueePmu~Fnd3W2VEFlof?k9B|juUA8s@h
zi{PKy>(lL1nFj*|YD`jwQH1x>E{7xF#R44&dMF{83Zb$4ldfF!G;*^8kOx<yXZeQG
z2schbmt@BG&9S(U0?AG89W*#Vl+(`_rG|s9F6Jqc$8ejP2B|v%YVzo^;5hUxV=|jH
zyIDnA`;Rlfh2oY9O%agL8tmaWR)=Y2(1n!wnMP^7NTpxV!peX^S_9+Bu6TGTQ~Xg1
zfs~e!GK9U+T@fDYmt=&DMQ*(2iD$H%6~5Q-XRLKNGizVsyPI`eCSw|25?ignn5qOZ
zouB<FJJJb#>$fPa`PfjBmgEkmGg@hUExaubM)%FJs>wGtju9>@I1I3paLDR|ej6RB
za!B})t8;YAU6<j)PCHJrC+ThXv#F=)vOWHHts}i$Y#(>QaIM2fDu*`Z2#nY+?~Bsd
z<h9a+Pw;Y<h|;AtRy%i|-(id8t%<dMBNHY`S!HUE;BBM~_t5hAToGZ?D3NJo_+o-_
zIo+ZvI1LRwIJqykHE&Yxy7cgZv7r=qio|;7QR1nVjlVX@9N3u*o5(G>#~ZG1-zjGz
z<_`z_p2<ZIC}E;`>a8d->4*#s#xw|pgO=o~BKQvqEi6Vsut$9rM{@K60BN^Q3C#z9
z%$H5!Pz30fkNOD+$T+_Eje$#<MRw4;LXeA8b%-dl(X80L3?);{2DO~wH_Pm70TP&5
z)s8o2j8oF)60wY!SapIc0~D!Kd$b5rnfn+AdVpQra2na2bO|SAx>d)f(!M5~_n&bW
z$slt0L`CQY;04jiuDQ-dL@kP<zl*pn<iF}d0XU|0Te<d)D42iAB)<tHJNqCG2%5BM
zP#yLKoL@3NFGV}$-0$1cVd)>Z0ykh^qS_i@tHex|0o2s#&54*wOu$dpGTs#csq6+0
z`Q&x)%rpD#6y&Q+ERIP8wvh&m)`_&<Z~#Jpe1vN0%+VMZNmQk6?q(>DX&M>IPJAoU
ze3JQ_663ra8E!-=+jQY}!Vnvh>LmC6SPLLQZGMKT{RKMnfWUfgPJI#3^G}jYPJ}fh
z;e;KD3rH~_F78=yHCC8P0!0sDl><Lg3wbB(CF5`Ksr`+!0$rKoGnCcY&ste0yNa(0
zaXXTBfOK4&f}(NsLQ()}coD2L*Y;s8i2*i|60Vf6uuQDM=ZBNB_D;C=E1C5qOnNJt
zdcZ(zBc=A;AH8hSh~dNFntoio2Wx8&W@)}+J;FxNXneB0dIgU+k^^$I^fyCe{$2%_
zUMYN{QO)Vz>j$SXc;6ubH0C(*)^YO%j-<5mK1OnScQegmg(om=c3u#N3H9s1LFtJB
z9*mABV%Fz*kx3I{bwwpx6xz}NWvno*8TAJ_(QpDRu30J~cCwfHxVx6%HQV@1Im|Wc
z{QOYBht1{)!we&w_zi6!oT!UWg~qg4A;EEKR|L&<pXUqhHxAzM^XHH6T^kP;rwmO(
zkzFBAmIuhUV8>ZI3W^gR1VH6k>(3bQHz`ahGWSuP17BFL10-z1)a<Z!zP{2M#&Z&i
z8cWIYWj4J@^gDY0ymP5`|23{$^3S!8D6A-qCG0qm0xggXw+%>O0FEDrxn__)yF;C9
zhPenb5iHJ}r2v4U+OMwiN)LMV?vev9Y0O-xq|fTK=t^=n%WfP}S2~jUTOfz3@jF9k
zb$uhLc=E*rW{KvHxa)A*5v+AL8l9{ZRMg>`0ckX|2_Lr*ujR-apUqK$x;=6RDaqnR
z(09HgX$EPL{-C>wE1or%B8gv|aqP3pt{><<8x7&J6fp@?|0RT?x2ymzqscxrhmluU
z($c3*5d3jV>7V(7cp5h)#p6n$mgm*+Ex*~-9P3Xw3w0E^i~m{knb^%3?j%>EeRAsk
zUMepR?5!iClQ9IauLt*6vCiHWo^6)+kddq{8VAEbEqC;j%$@~-exkTv(z+rGCW1oE
zIQjm>0Te4fxBJBc<Z1Ax^Lg`Rl5s?o%;lzH{a(xLN`AH5$$Px}Y?%D66%J$`9Afz^
zmY3!WpUbkwj0w!_O$5220ddvRMTCE%9OUXPUkN&MhTaw_K7sW$+3ta};DHu=+-M9w
zc*o9Js>8X4G_t73XN^8gUQY*h0SD>wFf&P@hrO$7W2ja!z~Ym3gIONT{WBFBZ!{)0
zPTb<HPB2pPDEgb{4@IrX`k6JTRygg@7xXNtb;`uHh3*6ustdJ{ySDxul4seI0jl9f
zt1gIkkpyzj7%D!nYoK})lo}y|5C-I#JuwS`BP6&>Nea^BX$l4N;Nw8}cinK{{f=X)
zj3XBhqxSbG4-nnNO9V|zqe78yKIjM_J6}A1sn3jEe7e7#XDiyIxEctEa_iXR4WVjI
zP1Eg4Qe<*^xzUN$6y&8yW(}z@ln*{WUGw01%)Aet4_6kT2NQgvTl91`odc<1y&H1>
z>c$F;&gICGcUs6e_~!2^s5tC1KHie;MLdMlivHS(uwM;T)4`;cvmVgR`(cqy>n3Oh
ztfUC;9}OGi!wmBWAw7akjEHBN;;j`W$m8@odEZ_G{7;AgUL55yM6biyHh>;NppjwU
zMF=mB&xfB)8gcS@Zak2;)2>Q^48pe!LKrkp86L3v4SIWnwYqXU!RGa!1cp~YN80qq
z+2U%Ef85yiY<nehi2#BD&CC8ikb5A0F<BUI0lzYK+4^TzG#S{WEh!y<#|uYa)OvKI
zO<KgFU-NfVy-}Pd&KC1~a8ldQkK=R&#Y-&fbCmIJbF1|~sFJx=P};0)q}@V2NH!3O
zqL1OA)O!8{qhz?+;HDfV!YZg*3y0&=o`(D%ge6Q&i^*|lbCU-u2ruO7kCN8zqm4TQ
ze)_*Ibic1@>p*#hVF1b{9CW$=UIqso$F2O2hmCqF(?C@_8)P~}Gm+tj368UtFh^p<
z)W}Xma7>PQr6?XwCRyYa_<$|N0-Ak>vlxKsJ@-(StT)ZNI|_t2sT!)0p}?a^n`W_K
zTM!UDZY<~&+_SpIsrwHPvE-W*q!SCsrw;_$z{m>!CKA7nDT}}P35>279_Q=>nej;}
zg_Io36ADeozf)khpi!?X%n))iU;$9>`dGJmv);r|n?Fi=fS9t)u6m3I!8PIWx^7re
z?~gBiEFd=lZCx8r!3Me$pl*1??u-z;1WUdcShfj)R)wr-BX1*zoJf+{1D>UZa+n4S
zsc+7KI5a99sc2Th2~G$Cbn}eg(b?&=y@rL5=L~3lU2Z{wXa9*wUfghZE8}i7o1@=o
ztm8T1d+Q^dFJ$j#o;VFKEsNK$;Dy#+8LY{oLga$gbfTw=8<q`uvrP#WCu&8)PY&TP
z49N~@#Zb8BNqJ+xcMu+ZdXwLRG&8M;lx4ZOT;7%a7n{0<T1cNcU2(&%TGtZhJiq4y
zoLmTyR*XXYS3MTh4VgSkBl2zzl{GA6(hy>n2((QaBF3t!7z3Q8Ut&M0Iz($)?2{~_
zP+IgiD_dBo(5(z^0|mLU2ego^mT=66xu$I|R%Ey+Ly;uvVpQQr(#@%&Y;<r<(d_fH
z*&22f4oQ^FI!fabF#9RZi;XC_+)m~3i5P#&Sdt=zAliZo)(L`5mAF8}3RyTl>9}#s
z*!1K-3OV#zFw9e3egaLEm7~K@?VCREK}=$zI)Q`@YZ?aCd~2J==%*3swM2F>ESyEe
zk7fN_dgORuTP2!YBAX~d;#4^jHuWszn~rSPsbJ&TXk|KJhQXDY55udwYf{2+DRzks
z%xsQ804W>cBjub&vGgZFdHz0pJ*2d*VGaZTXf+-8Jm`@rlS4O((c3=mMulY!;@#2t
zCV&ptof$J6sn2ynMEkkRaa+EwpXUpZdys@RvT{&C{sJ6C0yiy1`_qgR0J?u~F+}(d
zPtS)5x+ay4U4pSwc>^xEx1RjuNQQby`ngn5(VKE}NYLi&D&QsT9sV%sK_p*J{byhy
zA0GCMq>|1V7Vu0J_?A(545aK80w{zqJn+ABR5%ll)rSB|#)`TFvvq3Vz{|`n4cUaX
zdV!%ED|=P@w3mWP7ga@mJ}rt1E;bKcACubxNM!k@Gtj3_!)p_A9jH~*ox43*CQNE;
z*;Pf%n8VDEzlQhb<v!d>`JS*t9Z@uK_0;NkAa+^%L>luUk?oOWa@*xJT8tsOZUmO^
zhb$pSE9VMgg)$404L0<%AwCoi%Z>vS$y;kU30L#Dm_+vt4*#5Z7!$Z2vHQJkvco*r
zB#?f5{|JG;Ypnp3;C$NBf2$uAKb;)Kh{>}ps(wjJ5<hgNl2aL6bu`?V<gVRSFJi5G
zp&d8>LUbDSTkE}0-Nqv`jmbaKqFU!W(c+;ZA{DBU)4N~6jG~MaPqnMhZd6o1Q_h!!
z5A}q1L;!d->Y=3C@7)scAGnWCkj80+8pIFqm&(HNrngLdV?2^%Q9wR@T7SNrX3j-s
zD2j;9NN#^T-gCB_G<df%gUmzI?Sc4I{87ScM)FfuoI)*Tx0Y_%S!*x}xv~^l6t8JK
zp90%VDx*$X!Y|4{x6B{0%TELn_;-I0Iz1#WQ_I6Y1tE1_|G5ccAfMNlb5F^ghGFHG
zxp6hR>WYrp6WXl2n9g4_c<@3u&0@Y=*ed|E5zDfXz2Ggz@o&*X4gcsFR&CP8Je_ov
z^YxfN!=VU%M*Guk3wm+yL%x}&sH!&xuH?$et;pLjBP_NH_{t@fzF&pzG&CdFfGWx%
zVN##PPbswfxCKiGZr!GRf5h>4w7}ySoWt0TUiU0PciaHj^IOWH#~`_Ve=KC)e6yOA
zxm<YxEQ}F;Y~odYcM|}`bf+CzxFE<vDP|<|inL5;-5I`h@pbo^`f$G(EYzcSd=a`A
z`Vdm3XS`$TDc1AZJXx9fd$0U%i8@0zLA@)}1Dfe(C_+5F^JY*wmcG)N_3Igj?4Xd?
z+PO>ZpS0H6$4l?X>*s=U_=WnchohlY8LJ%tfZsx1O8hefX;)wosk>7<sgDKIRq3O4
zv@D-L{99k4!%UjN!JYcg%*G$KLiM9UJcA{R@`kVucpSymc8MHZQ3j`h>F#sa3$q~i
ziLVOAYkv#Re*;E*6kQ_A9mZ#mkGAu<C#~yXo4c#SK)E@OMvVrq)L<%?I##Ba#WI#}
z^(Xs|nJ~}!+k@4h36Hh=YMZyA&*)xbtk#Ola}JxRn1I>Rx1QU|i<8X3LI>5ad`czd
zXyB?UWdLZ2#|;q>24e+)lcUX5A5QEF1-kgI;8*}O=7izbhvYUYXtEJ{o+?&q*lQ2}
zUTu&2KqIzV2(hXheMt$iIPWRGSYS%04<<q3EQ2`}qBo^XJ3GQ25zuJJV}UXLGRXC_
zsfs!to}x2y3kEGbNoFh!{o~n{)-YQ8avg-R?Z{Y8m#6#|eHs?@ln)*RSsT5k0rUyi
z!B<8}wJH~OX$6JU?mNXxRfBxo9G(Rd_<^g+x5_DoimNYv!`DI|hx{;qJ7zWXtd`<T
z%H~GPB;x0WBc^ehqrWK*v@#fKraC@i0m5k2-U=H`R1lS3{j4?uD06)HqUa+d<6w;$
zJXD~&py{joKtV7QPqVM58fjC0g!!CAS0?D2jL!E2r!($|97G#}HEoVG{&+?LU879p
zJp;u)SwLmeZM6N))VUeL21Cww<^}1&?8^3DBpd^G5v7AcOzlj|0^4t91u`DxnxxBL
z_S7sqdrxDzPAb5Wa3#qThLi>G`hCa&-fo|I{ZbA;R{m?QRV5Q{@c<ba_xgoK;+9cM
zdfwq*FL?eLhVE`+F<=yoy^TW&8!V$D3i@h7K;$?@yVjNaEs4o8!El6YQ{GZg!2BKN
zJ|1YO_q`5{5iUeggbhHJg#WVHIfPOHf&$D?*nmp1Y|<LQ9VasIgG_R!$J1`I@pdyH
zc9o`>E7UXQf{RT-YV^)7I4zTRhe9>j_Oqf{oZoO9R~p3lage_>h)!L<;y7o*f$i6r
z1w@RBjn62?s5n*@6Q8IsFzuRiywCNU%|4F{?H-CtdDC-_qQD@s`YBBs$x%R2TP@9T
zRVc%4b*ra<-cyjfN8&^D>I>ga1)Lb>`wYiPmdi>D*h*1DkEME7br6<iw`5DhbUC^5
zAx5>cx7VpU(DVlbA+F+<(>GO%x;Plxg@j(b)Dsv0{yA02AE-%6E1%8q`O@T<8f=;g
zuX0REMNW&%dBAM_gQ>?$3vw)TAbWF=CFwlCRfAAjGqa$nf0i{(Q4A<uP*q`4c~f??
z{bW#?NXtNCSF=Wtwxos_^WGNF*GJO=uTh2qt_a5AgSK?Ghas=T)Nvb)l>tKC0o=5T
z&N(x*>>8U`7zBS+*=y1>50wNrz6pP<U$UNc$DLRl%)vZEN@QUzCgyfG-LeU86Fq&%
zZZCV@)E7;AV@C9Z{+e5hsUQJ-+7y>ncG>Mf&sOOX6|+A0l|oW1kT?nq&;>Vew(v_0
zu*c%dL%rmIQe!&~T$C`e2jK~C|5(1fuBIkc{cN}e(5P@0+W1Qa6Z9D#iL<8$fS{M9
zSzA$7V(nfDGM4xGgx(%4<JtQ<FPrY>^oObQ=|=)!jVeVGozDCFpplzK@uQJ81~L2m
z>itT`KdQg0b}-*W1>?3QAgOCbgzJUubPf`ZOAUUvQKvXO3e^!>YgX#`qQR9~Y4H3P
zwFRE+c(+kxi5OVXEV%WT@0%Ws16_H)iUXL{@JH)=yL*zh;42~N1W!XU(HBp##jea~
zPt#8>0@x)g&gH&O#%nHh_?zh(%?UL@kN4fxxd&#yl%^s*qjPt+TJ~wWwfHFaJ$DT4
zrjlOvNuyZ6qmxC9jQP#!ZAu$wCA=khd8+^XD^SN1yv_<1REzE#&v|XAf@KoFs9?k)
zyH;k5_a;%H+pJq0#B(mtc6g7ZcLY{MMBM5k4pRKU7X^&K;k`*5o@{|!SSS%4&8DPo
zq=Qn@2}~I}3lgOV$|cwc-Sg5+@3EFX6A|*^{Oa5n<32Wk$050sNy}CF`~<GBtcnjm
zs!H|}SU(COvY&+u3vrLH`e3J|mNlqx5Zs`YwxPmMqwH8MFoZly`0evf6^*Ay8u&e7
z<FfHUjWycwlV7LKpCz{7-U9}BDCJCtsm9N?&jcL^(aUaeo<SmjxrdX_ir&{Np6a{y
z_+aHR=4A0w#@yLCe9woJVjtSe;z$m<(;Wa_9UF3)O}aE|?ij%LacRlTYGPVD{N6rq
z*-j9q<Ol;9$N{)#e|iqOpv+z{0wL~lUFMhw_^55;jTx%+3(2&VU9&M^=`?!MZX8@_
zr$~kiYW7No5CE70TYK_~Zk(s#xJpUEczoAU!0x9gvN&FP(H2pU!&Y2@o7JryX?ST)
z1Hd1iwU}!Y4@@E2?aVYBBwqXZWrHZTBj6mF52E;J*<-)~{4DzSv7LO;1psbtfst<_
zV1iTW^oYk-74sYVdBSDV&=HjTST3qvJ7`w%6ZOEwe2dj%pN-XkHU%2|&~^`^`ke%?
zHR0BLVUf{=6diJ~auM<=)q+MoD!A(TSRuw21VLyTauURH2iVM|QIIv)ePrh@r1+7J
z0OeM092%}QU)mY<Yj(IO=f?#7g}S-RmnvfDPJBKLe)EBLOZ!K53q~RPDJ1Sg%8@2*
zn9PHbi{~b1K_yoitm^sdYj}cHT=Nr%+OO27M}|VKG%!$Q8-?p@il}+`$JEzN5}^JA
z{^M06mrWXSvYfd5%1hR9G%N9N4YK-6)|w8%k_MkAJ}cK*1sd{*Gq>ids>X<;YO|zd
z#~^$a>~zH$8d)vLZf}k?>(?)_{qC^C%w|I{?fPDI%Nb~%Zu1Ggd~jYt{&EVVAEtT7
zM%Tc7f&@qZZRgd0ri4sl^`W7MAnDgXO3LEgTj-xgM*sd%>9G0^$SZ`<YlXt-w1mxq
zd#Lt{+E+mJWRm;$8>yHd{N{hdHp-~Yxak!U^`hLP)5xyU-U%A)e$#-DI+Z^~Pos%!
z?dt4-q-#iVuW2gJAO*WBm8-tR`tLTuh)RRIA(`?+I?q;pn#YhbT^s79<neEAt?Fd;
zfc2ZEJNuStuV8cZtoPE9_K3{~yUx{#KXO+n2m=e?w@MS)O|bXr6l0OtMQneJq;+Xz
zyN{MixWcm|f=F5Xu*9lro&z<Gz%^px$C%Ql-4Ch*WA4|fiUMa+^`-V0MO)vL5J7ve
z-$!s2*zL#EbqE4RkAe0j*`Kj=;mpY=uXN9xLNa4{Gv9fohXU{js5n%001%6UaA$a^
zEe)<CVmS32Uc`ZjK+dP)Z7R20e+->q;uaSdW?s{Gc3af_-S+@VAkWj+JBI@cVwF`u
zvhuD&`&HR3#*3l6y&4&mE+$EY15xciWd2~?Pm4{KV@PoT;Omz8e)@=|&!FgC%Pz|0
zkn(^M)+h5gJKDa75sko*7M-<bQbxLOupW=<oAXQ!-r=vb)0S-|6Ru;-onJCyqix9C
zKjA$k+zQUYA-qpnG~0qXI7GUv)hvDWA75vvPFV~4orIWBm|TR$-9lX2P&Qa!<QiPt
z!gO{3tGKiurxQZ4Sk-)N=OMHmz{qUKia0T~gy&F9Bf6@&%Xsq|<nXq}fh_+e)AX0{
zQCRhr>~MThTSyt$G>Hvf2L6{F?{3PXUo4h)k~X`Bxp&%yah~wr>mhROw4jc!Pv;@(
zr;=+O*yqbE2`KUx)J@n6iV@6#_LmU=BcDH&mLY{GkivhYUuP8SZecG(8DZW|?93IC
zB>soOJ{yg7JLynUO(Jp<ucWWPm*IJ)oY&m{GJ1?_UeT;Bpt#fEQ_i0iuZilsv5=Mx
zs&RdkcjSu0@Z#G4QQ)!QZ_K`Wa+MiYlj=zF_05-Xuj$F4gaU*0rrgD#xAG@*au4z>
zxT1u5y+vAPxywD){>?R6)8Jz=<9$Gbr(+7QshWDK0bRquLd5@5*I9(M)rMO;5VW{E
z1a}G)FVNr;+`R;s0>!1cyB3POyF0W5cXuo9Qd}y3zW+LtGdQD+-VFAY?7g4$taUE}
zF`IVU>#0^GKJB&Cp?}3juQ~OI_XL}v2Q9H?c7sMIT?2M9twzau2x#BzKTz{u8yM(2
zX_fsR?+|J~u>ak4#_HjL+2Qc-sxI6B=kav+)k*4~!q|#n#t&82QkFjp@4jim^_#5l
zAnw4J<y}<AAGDPng%ue>m?b=u?R(9CIcPeXe+ZAB64`=mnj4SS%ud^NM2^~Zh+1^L
z{|(=i(y7_n;B1ENxELuIhw8QqwGKjbg`I*T!i7^gs|*^7DZo0s1*0ieAN2D%id%YE
zYoWz+fs_Sropc#d@f?_+Fi5fuQWiRi&0k{6H<V1cQ;He2^Caj?Vpn3`;5Rm>vs-54
z1rAhl7DH+!vzgqbX)1}zN5^2~EWISn{>klX@HBzEU|IRR>YC^(Gc){lI_jWk5yp~z
zyzb_wyV;F|%h>TvQrj_wJyT^SwB!fTruTt{tNlvU!E5p2H(VgCJZfS&4LCo5tSGT7
za19^4cq0WDhubsOafiMnZV?1_tJ3H}fG1Oh<d>G{poiqWu{~JxZ<b`p*Z1x8ZlC+l
z4L-yeTeD<+=5qKEfNaIPOOi!QQ!Mo#FP}b#57#9O_;p|coTSc1PL{X_qfyPs``j=i
zRMM3`W1NqIk2*Twn!}`Jb1Kig(vD32ViJcgqAG$uENss9E4=73Q4d?jc@Hr*%H_+*
ze!fdZX-&ETwnRJyda}0Tz%NZ?f{hCPS%u8PI;A)Ne#hVF)<H@jHUIpO9h|*$#ys8v
z)q7HttG!}e4po^rx}h8DK>6Ua@Y;tOr=E{`t^P}ovy%?+7zz<P2{3ALBhbYa;v8Vi
zM&@O0g;x>6SdT*ZzRm+Bt9(cL5x$eUe+7T;G3SxZhcK?N0+M17XdGZ`|2f#-147#p
zY^mzQpN&YVw8yr-m@aH-if+96{*&7eviS^J49S3agUB*+5J@~Zfo{J03<$usohYv3
zyRSq^Br<`FDzVflEXYJ=bUj%4LD!LMutD?_d`f=Y2<*FNc{c0$#0Mz;0Ge37cshLQ
z1Ay8OYdXhG0*}X0S5t?|c?t#_P*4@9r#lc6MX=C*B%CJGs!O~}nLenS7CPEg#IudJ
zd<MM4;*ag|q;AydU_04>Ada)@8pJ6GcH`p;zEZ$~jDQTy1r*#s7JWT_!@C2*`#XXh
zX5Y7}28%?e8>Q2Xr1*g=NK~mPFn(sAk{~Tl4`o&vc%ebtnhGMWi9KjfBSD>f1RDVT
z7Eh}gba3F#{Gvp8Bu(QBiio5s2)gD9T=B^MYH)56ox3&iJqrZ@WnO~Op(4xw4TX8R
z%BC@pZ2lxr(GRjfb*Avhr+5}Nti-a(phLuxUW*d|AkfxiJAwj9@h%}xR9Veo-w_jE
za=|A*Vi5m+I+2sNYRHGb&gMSKesy9WElJ7O<Anwc2IGT|M;Hy~lW|IF)rYF%tM)+*
zm2(&0WIJ5uu=2umb#|N(;r8br-4uQx_c*FgJ&QW;%4~|s*-|u8agdxykIoqy<G5|D
znJ$i*Cs!X#noOA6DtZ$NQE*RyqhAlImr>2&YZ`?iak#v$abBs#LIqwb(JQ!D@w5ZU
zAN!M48T#3fUYWwy<lyccj};Fo6V^HciG^DY>P$hm(g+H`J|M99529rxq42C`KT(qT
zCkgb=JtMcK{e*&mK!(P2KP-@_^#k4ZN`*X-c{F7OHBk)^B#sN!x3wS$oMFU8l$A(&
zJ7ms@PIU_&n`6!r8pSuqEZ+;iDTE8ER&#nlTnFPM@tk5s1zU!2x6p%G0DhC9k;Oa^
z;G9y@!kN<`z}ce@8xwJlts)FvuyRPK&u{$QY{{jbJ>iap)L@+?ds}i;p|;$hxBjpw
zX$BL@A)Bv9N;Hi1H!vsE;VP;>P5caK!Dw0n%kNud*uLnQzI*j0dt!;AYB1mO3}mj+
zXV@IZl7;%U?mhUekOV14vkfe6u~ZL~yOtVt1{)K9XDZZUQ3sBsnq|^#PGL^;cXA(l
zYM_vDf60w}rfjC@TIo#rjN*{kGM4!<>emL0d~MZNgaMyAzk32zNb6EvbO6;wilWhI
zF=yc0&UFV3SGp@nIO#&%_?T*?uvCTuo_Vq0pzm;=OtkvGD#T20J|6@0ehFA{8v6;c
zKU$0QZ8sfrgHZv@i`T>vP(qhX_g;&Mqpv9mn)rPn2CIL=M+1mwNmn4qI}z*)@{p`x
z3Xae%#mi?d;K(Sq2T{Hg4`%h9wmvO9mX5GO^xRkg`&4VX-w|D{1{kmspo8X68;cD}
zGLXj*4_OwPK6bcs1(0%cT+ZClSaVZ@&A#PbgFep<Sv-;ldc}$2W-~cKe^?l%T4#pt
z(A7#}I*w--8ih8uDjj^`&Od2b0DrcVGa)80-H@S)M4u1h@gZ*}U%2ph3C5A`O28E9
zFTn<V?*ED^84)Le%~C4=K~}8D4JwJ~dAQ$RXloqYY2c4KI@<3R_kOYz9YaO3hPnTS
zK^c%_!sIoC(JrBM!HZNgB~eu{H@E85XAa5WQ`Vz8BK>qdbYXkTCsKN%tKuDX`}Y(S
z<I{Ta4~sk!ie$(KH710t4=zKa7x;7RMq@eL9W=&&U94H!JQ9N$^P@rL%dI3knsqGO
z#A(35`oH&JJ28gV)X;;;POZr?xJ_C4%H4izo2_xta6h^&;qv^G|545N8UhOKdY}1)
zXA|i2Y2kftm`MK1nrnG{F&p9wt*GrQ*kGz*!nwBpf$)zqVB`qj496aX!vjrPVBv{2
zNs_91ttDhy;rlouFlMSB?%~9WT^L)RXzwD%NR=tmgMklUu1vhX(Z1jRNmWYhdk%}+
zx~hTEi=8FkX^YIBp|=HwJ_;D|><rpNdl2nzElA&^`hf_!>JgD|Q0}VnhP)@~8-`qs
zI)*B|Pm%M24pX=XD5N;a?5$(rI0Qm6CmA{nSv*d|n+_Jq=mA+kpVT|ZX}dZk=;DkN
z_1&yfsAZgmM56;!$b#jQv3`9kXhCj~;7*xL&l!QOEcR5&J}t#-XTFXlU;^}+eDvcN
z8;|oKv3&!vb&si7mC8P!bac2_!C}l-r5JJH5_-WAy`*2r+2Ji0>*;JpLfTB>SPf|e
zihA{6zN*yEEfz}Xc^u=aZrP&!rp}cIAm|IK9H|6(XVJaOpk;SbW^zG>>B==+2&J#`
z#aopkCqLU+7?8%9{yO&%808(0)`>mXSt~GWvVo1cj%SBo+wAGr7pKlqaGXNd|89>(
z#V27d@7nDThyt*XEG_h%C5UbCS;KxU6>Q>zSyK2yh9h$+!B5cnf!X$JQou>o%flyt
ziv??n|DO80lr9hMW9yT&njF0!Ee|g|#U>(^|2*#E?)}b%((GToubzF&9A0}e>s4-o
zx-oWN`@QhMvQV?12I8dnR!O)F1jJn7oCF_D=nFow%#I1Hv!)2r6lIMe=dhK{ZB-ad
zQ*DZ7R1UZH+Ve3|Ym7<5>8YNyAqxn;+InUcL0<9E770shnf}h`AmV4Fo}(r3lQ|!5
z1dX>TP7Vqvfum{-iufT>eg*%=_&|bWuI4I}M%qv)`U?LP>wLDaY^UDlV~nTDRw|X=
zuIyPNRecMbVFrO#khX-NUo8c+FNcP8{eiHO>4=Y*er?tzJW?()WDkC}8~LTlVKQ9J
z&BnbxlpA`zo+ua)<HMBZKRW9fp9KJyYV>daD1!bOD|Hh=0eiu}B>=;Dl*ux&Gd7v!
z+l1athDh@cP#xeh_^Ep}hWVrVU$~QcDCkK55e+#`JM}OYR&-5{nUhpt=2(ec&DJni
zh1*zo%9kqh`9dkwM!CCKp5j6TPqD?2m_tM2f-Fovrb?@BO+-iAFiEEp#a?>ziY?XM
zh(>W2%x~hbd0i_$Ltk1&6Cp~QIW_y~dsUVjLTL=(K>Lxbd(Csk&HJ;vKQi}!A}%tn
zc%WU(!)<8xv8*tv@d4<wGrKJaA6%%5209r^dglM;jK9@4`4P3)95*ob8ohqR5DUbv
zAsxAUy=1y)B}VxRM37eB5PV1_dm=ofEiaCXgbQD9j<ImqdlzZQ9+@!~)x&KF%Z`~c
zs@Nd2@3v;67_Ur&Z6A^2@GN&0;&lzmS2PHVg0Vj>81V~hYZ+HXSGMY{@Srd;ZOujB
zTVsfFP)B1#jL68nadvpsJNMC<kXt4l(9yAHlmv9J>?Rprtcuc^C{vzDFLzURzgDo)
z8?l?TkMF1r&bna9y-3KOix%R!F5>7Lz4PTyuzT+yQUl*zZYvGUn#;pY{RAkv^;F`x
z8}arMFe4vna<pe~^|Bp|SD2HDyNsrln?-(-5diH(3FdY#QPQ(SS8w!b86y+L1&6)~
z6cB*QBV57J>JYsVOVlMHC+Z3fCQIr_Lp#v90KR&5Pd!0S+M^+WYo!pATq+Y|^B}Ik
ztXPt<1f88FsZ?9tJ$as;=gT3L1+35m%eja*ZeHzTp{f<1$OmhQE<lt3`x)%hU+@Ah
z{9-x|Yu06+fd%t_jK(I&(a9tWoRnJYO;5Y13Sz<9R(9Xw%I*H>I(eyd_c)gF2ikpe
z%hZyCSRBl#N!za<$eKvfq<bQbV@$liVWsOjyixp#$!el6TldCI9w33mKnc$_u;m<Q
zSZ6Igr78D763rqI_OWVE8&!cxy&1yYPa-y$wtE%838ZmBqR&5#sO0%|`&~?+(UpaE
zJV8Y^%62Ph#kKR@c!;<y*DuoAXz&P&w&A#4jr6{B-C0Nc7s+-Na~O|(p<s#E_u84T
z2)n9Fj8(Gy@$rrT_QpyaTD!YbO}8}#`Z%jh)jpXkMihW;l9}-zS2PZxdRawekPX5x
zx9*9<khCK1TomqKP3BIq&~uhJvqTL?!ti$NEk5OU94!KsN_uFZyqMJTey^S9xv-F(
z?yb!iO!ARsNi!$k?;N2H2wV#i=JMKY*SxQ=*fGf>FVK=vjyAt8Re`P+XG)RrZkyop
zTNyy%n1kF{a>NU5VF<iu#6d<9(C1Ujl)9HC`+H?z)t`y7jj5A5z3SVCE4=NSpXNrO
z?%N(zgSF0xa4OCbHMPO6vKYsv8tb{%)EaGo%ZTnnHevDb*Yq!l8r78<-0AmQ&a5d#
zQQvL<OUYUU3E#!li4OCy!Y^@2pfuM}T5Y-nu@uL7g|3+c$pA(uB*}W;ERRuAm5vV3
zQQ&dKOC|{>M_c68wq%>I)z4|H?PGgH+ABKMximxkpobCDHpnw<z*wROZ!=j0{FT|O
z#h;N#e-rD4^X4Kt$*$wpkl7v6&LPp}jI?mpZGFqb=mWIbt0r=(OqN&Z)%gSD!dX?_
znf)T8t+PWde9@ahw@Vv?B`@It1HM<acGqp^b=4M|z0fVB(YJN?2JticH*dgUJD{it
zi^2d-H&ZJGZx(w4!>L(;>D1}S{qB%lf01hxfW>Bchuso68Xcq<S!W#Pe4mPIaj5t8
zNTV8R1O@6FXdCc17o{(NExfV}kP8JdpY-tI!`JbRF8W5Cx}r&!O&@BS#zHD8XJ{K$
z#iFC}2Mf6gN5A6B_A5F$oaVdG-<QA=W58U77SS$O>#zw-rO2x;u*sMCwExZFgS4}p
zJ{`gUaa7NccJdT8UFWuuYxQ~c<ygFyrTq5hYJlHkxqxSq-;cq1QDERXKNRb3Nm=jJ
zVVy@?O=jCGO-1h3T^muW-NWc7Y&`rOy5I^y#X@CBs-C{FtF|o&Nh&E8MsECyFkV_T
zOV@4jt}feaQ+;(tfqb1X44FKEM>d8Gr9qh|(!rI!ss(?Py!s%w!69z&!aV&)0t&7}
zV=oj7VPoUF>Ewt}F9oGR`wR@N=3<Jq`>OXPsN^K&N@&shBf;)*c0`Gh-$;7ih_?gE
z@24<kZI%h7B69)K0B3(Ji#!}@%8aP3_Nu_DnWtf;Kx&nQWw4eiJOv1+p12fx<}Th#
zQ)^PAl|Z$kK*#+*TE14P@dy&-DJW-@8cb>%0}Ez)DC6FvbVW%TC||W=1{5_Gv}sYx
z9R_`pZkM2u*S2k`T#9C}uP>Fn2$H2SC;m_z#1|%-_9N%{+TL7=qrY!Za3u7=P&SbL
zV9;ZSJ36<?iyT$fcH8cZ=R&#0?IAwEypFZ{X7oI`D}GY(Hp8=8|GqaG{ndKifE%kv
za>7}0ScY6fHu0oP3%aJ)SH|cW*3Qo4-#8HAc&N5&mzm?)7#quTp7~9;TwvN|#Yi`X
zoy4MM_j&F_JF|AGjiJ%(aLRwKR;~Lk)Jdo#(u(opb?rPmsptra*7uQ6<Z1GqGl~WW
zVhwahRR6y9=1PstyN;2zTr>FsAqA<3X%adaZR9E%%}{107`o{IzB1C1wZv85PV2Tv
zJYS+!^zxq9jW|8}!~B;yaPI4$k3G>Wy+D8ldB9g+m8ISfR^nWU2ZX(G_8)|G+mp56
zN+_vrNMj)jr`~B_yW7<b9jPFa_v@F0x*~$^u7Ay?FLP%`+foMEy33YLA<Q{8J(Zuz
zl@28OHOb?ZG1woED^z*Eu_zA*rN(FMxXfef;UA{i8WG+mK~nu2ugA6=n>mUkmCpFz
ztvnexJh-fT*i$6PG!aRSg#B%;-yTmeS>7G-Z^QwwA;_OF^kSzR+X+j2H~l)~s!^*s
z-Bzb=pTJKOnV~_g^=yOE`G%xGL15jx<L@xt9Tl_Gtua0OINk|wWRlpgREHF<_)A5S
z1$QL0cN0H-+Nsfp_pXC~ktQ@*N*b{bo>}Bx|7Th5@dkL$%Hsz-KM73rg@!=89oB|y
zV6YP5Y&|;=_LANNl#Psn)l>z>Rwjp!#>pJw+1u80;q$`*()z8m%s~A(A|pPk@?o$!
zu~6<UJehy-n3~azzXx$MM?NO*=l?2y#UX-RF18USpnL+<*MfMfnM^0QHOB5&`lW>L
zg$M{zP1}iy;kbSq@~uoG;g}MXJ4vs9h|dXKy6^uPPquMPx!g2(ZVJHlRe{1j6qz6y
zzk`mV0e-}F7-Z|DRe<wLxaYtJ&{TbWCa6U!Zz-Ell080;Vr?Ya)9!VH2k|<?NPv_u
zA2Y=Rh+Ihz^+fso>>%DC;kIa$CLA&+<X%38X#=AD?LjpM*3f^5I54V}t<64;vaGjL
zuKcU-|0oAkeSxI${h`ds>3*4?)vx?WRrjUHxWyAy)!<LD2^2mlj;0&EMQ2R^cHC7z
zCDj61`$?exvg3mvp1!O(^aPc#YriBfrm3NrqR5gsQecLNokI{th`!5y-_#=F+RUw!
zqq)YoXM~y)X}_^rc+$WfK7<QASbzfjjbJ(%N&}f9uCK#RmND4hS%fR{)lt^>@b!m8
z-pn$gS<FOtmIv9`_iwi*^#8fH_r_I)mr(wG-uipfKTG6<3N}&q{fEIDL{lDCqDjd>
zfCHs3I9V3@39riP48m$|9l4ie2>i4n6vHsXSK_%|KLGiYzdf;NGF%j%smOnl#<7Y(
zym>{g)ly*v`}_H-(kxi%Kwst!qnc#NSZ_<>MVTG{XDqPG?=B+Uv=DEx7>zU;y+ohJ
zLT?wM@wk_9qooRuOYj?!MPofh`qdvm<AMc7&-=YU1239_-i;rDePsq|<G*!SRqSXb
zoofICa{#2<N-OLz5=Fp|NnSF+K-5ZNmyeOjDe_h=yJpElBvav^EhTpB%lC^9c8{4-
zx7SDZtfmxg0~LxIhHoq);c>zBB`^v=_$%rhwhO=MKu~7ib2u?7BbG(%*^;b0ZQgn}
zBJTUcC;kf&5(6)oHze~Bb?ws4iZ9`EFh6I2pJP{fL_|k#N#!ofr_{JmnykC$h9z}m
z6#=AeqFQiD8H>ha3ghBWtcX5H8<ne6xwqNX7E~u<;I%?oy!UkhtWt!PEJX=gNJO}6
z0{iB$_NC#1AF-~g5n`Z8<(C2C6}q$qL+z68q|*|Y6Zy&kH_kpnU9wUoHsbh}62GcF
z-0jRbu|Q^DxSO5vS1ErYw4|dJy~;_!&_N^KSvM%e5&JGEy#d~kbVw+y$tBbRYUy{8
zIG#SSulrW;;a?%%{o+HE;5h7YrOj<odV2<&e(6{Aqmlpj`cDrj-b6!?R)2bFAVFr!
z2wI&l$W@&<p9vswV4;u?#`szlOVfN^HKRk}IptO03(B|&Dxb8YJ=N1v*GW5kUl1~l
z4XU{ZKO|5Y1NBeE6TiZ9h;SxpFsh{xp2if|$+C8?l)R)fO4VzqyTLISz77krvB*Cf
z)({x9>_^q0VjkPOCO%!h0p;?&j=nYrT`~Vkbh-S9fklq?UL;9PL3><La~(vWLlnkO
zENcA=w!OkC2iT!AJ5v}K?qlfY(Hjv%%%a-qYSHXL=E#8~E+~(E%YI*pY>!`vktb2Z
z+-Fed$Ow=hH=ju{IOR;p9JHdZK=)?RX=9p?9#I|ACKW+KW_H4gK(aFIt~csuBd`-r
zE3&XKp7DB0W?3ksCH4&CV#Uyh=cP=!68k@9{)591+$0aYk218#_{-mfA-@O)%U+J)
z{w+mdfpG(MSn5kF1yi)3k!9hw41Lv9Rc4eVCovyfoLhQhqp<x$V@q2{2N@HPC0id@
zYh6s1>tFHvuH(W?TIx}VZ0MEDWW1ZS$nq>mlnl<YSQt*}_Xhovj-+aFv(@1de{A%@
zp@;9;dAvbBt9a7_!6z$yN_U@1Z@^$6-s%W<b_FjK{RehBeuQCvBpd|UpuMcR=^jFv
zuY%^(<m=eKJLvtftEQ0&71R8^b=szX<Alc8brRzZWoeYt7_hGy81hEV@TJx{+8ZR?
zY6=+ODxU8Egd3me%i3qi(<v-fn9K%q+iIYER&NoQd9#YVfxa1t4N8C<FZsZJ8R$E}
z%*>*ED{jFsZn(SA5ss|2pk+ZnAQ-+`)YIT$y#<%cz%5#_6^)Hw(a+xbj>~jXn@@rY
z8}=KJ4O1XgU`qFFt;EXZ8!&)ON$*ubbRd-fFsg^)paG(n`?Ccwk{?tr1(?Ik6$2d_
zT9)xaH0DP)?W%g194Yv`$}DG<I5!Z0J%<e{*E*h@_hTb1Da@)Hs?km5nAWAl<=EyC
zRM9XyT%DTx>2C3`*Ejg1*qi+!00uENA~X^N;j7MSoT4LQ%(`R|l{@%VhZl}<{(Rk7
zGsd)AFC_0xrpA%U>roU`ZpmUP$ft^0>?Qk?d0#+IU?A!}Mq*Z9rCDVshT4J<dL?+)
zgP}oH@_UsSgkJVLS#lp_vp4@ARUotD!ZmaEB@98DILnwu=$KYr&;2jEHjE~<@3Os~
zsIrJL5Gl*Wc!^~9M^Z5DPn>H0`+COVPpkv@Z}cM^wWj5c6ep*C>h!?s*>xqn!L%|7
zw58fL{dV_1Ex*Tesj!r;<g{ER{&85{szT?RDSD2x&+A^bB1rdA&H978nBZag+EXwH
zhx`o?U>O$IITdtDg#ovZ_N(5_+JqIB5bh`Xbo{=ki+A)U?|e5-)rMg4athf0DIsSA
z${Cd-=1P68<RAnGg>e}2`GK0u96J&WCU%o3g?Qhvd)YL=z@o)t@snlnfWPBx=f?+u
z3ilRi%Lx^xc8hwNAL{IQ(?^S093(Ngx|k0gh3V7dy6QO_@P~(zn_t|IrRtnV#dBj3
zDb}Cf)<<|l4Y@jA*48!AZncX?dUego#)`8Icyd=E22Bn;>2Q+sgA$+Ku4*gy+3n1~
zk8o5Gp2{C?yQz3s6j08%Kkdw8JVQg0M>Xud-ZPg=21nkZ83k*r1c3LRS{LKWh8I7<
zG1v~N6uCciiSSCI_PG~J-#bf0OdjY=$K@B@cnTnX^J5XGLdn~WUc#cJZu~{k?R=uq
zSYX$tax5-ay3Nw2px=<HDmzn!o9;lilm(+^zpcohbk513Mrlr{qdzoc(W~Vi$y1tJ
zyXm<%e|^llFN^LkK&QDm)P#0=d?|C7Z?B~?E+U5O#wW)^9BmvW3jXsHJ&97X2aXUI
zXMd3W7l01Z)!~lTK?8M+3J_=s86O!mSCMnl@mDJVd4}G(l1)LdEbKCf50iK6{-YRJ
z>l^lTMmdwdCq^Sp=0Y<gJWZ;(jtq>qX@p16Uju+~OBvT(EiI-=+FUwKto^;Cs4ilC
z3_-Wrm|{sHv-}qpEMU)As)Eq6r>1;^f_JO|9MvHZiu4e7^>GEj6t;k696B%5VKJ&v
z88&I}b=ZhmzD}8r*|iY%+pI+-T)QzEAZ>+dbavjwrk-JUiU6?vb7O{@Hy9*}yG7LW
z@?9r5?DBC72d8tiqJZdlEht{Md!A#vNNi#Gw5EQg=Op)aa}}OOuHXL>dhohG3TL$8
zs(=s?6SW;+jhaY_7?k-zO0>qT<_p!;oTe($&9GT`aoCb)CpyMDV8<cUhLY@P`hMUu
zfh^e~$?hN8!1mm+6ILfpdS_{B`GD<=TOJ)Mw4LvS){CXpkP!07GQLFn>TM8&zZ;E;
z6e(&1IR6NT295KUTh`39*spuinua~Dw$_ciV<$fe)Us_Sq3~|4c@)l#rcYjFG#{ic
ziB*c7p3ow<)?<PO@~R77wEi&kzvW`o;^#|L+6?PEfk**Y7e`f)6Kk_C(H=LiXT|e9
z(%RPSqn|uNx)H;fO!%>nUK}roy{~facJ|<2EI&02Fp8QbDkOtJ9O78(Tbfn>iQk%f
z$CoRR)~F<#PT$?62u?|WcPNtgDR86aCBI#rl5GDP1pC5-8sqt7LZj+MAR0o}Odk*d
zVWP$2<kRd9t3q=uC8J`bE)4>~#i>(CgcH5AmV!4~<}F<81_y0)rf;QD5f~CJz3d=g
zd3C1PQ|Ddn&uds%#-*0euyu5%uHRtrazM^<`P_*MigLu0@i9e~D64uMs;E-^c*e2%
zOI@n49>}yGQ#xi<It1wEEaU_Ng>Z+eFn)$7Rhq;|k$hjfnsZxR;#`9^rH*V}VeY(8
zH814MM+)YJ34-L_pN{z7h?jG6MDWjAQjdre=uA~F7-|p^BZK1Gu}6|k)$!ky)3U~2
z{T;+}?gJqvI@pkD{Yv7)m1}RrLQ0f1_?x0ZxkYZH+^Be>V+&##Q7;{*&kSRwK>{^z
z2<o&fEd?9PXf~TBJ*a2aGsO`Z=H+1{peY<H&~mCXExsvv4wPb)YT&XfKP_C6+!$++
z{R+c!Da^9`qeWN!5Z)?kxk>N%mf~zZ7{x`b@f@$!b|7rnuSKj}1QMPcFZvk(a#vnr
zn;JVtl&`NUi`uh;{-PQSoC*D$z*$ux-(1wZb_$k@TwZ_tAweaxc$RXM+4Y^Qd9g$G
z0--?p|35V@b6?(+13|!Y>M?1#$$kP})MO>SFv>zlbkH|nrp*HxCyfxG%MLapHc`b#
zX+@)9O9~5^$So|TOJQpOiAz7T{!mF`jh7KrM4xPBvl0T3e!AR<`z#XcL0-8Hn77NI
z(y#;Bz!S&sq?Vk#$n2_i{0>O<dO<{3_F*E}o!=`B3Yrnl3b`b6Q~jNiVzbBGLMt(d
z$oPwRgPoAlqkSSOr^x4oC&7GOCrxk1@|^GO8YdbFmyNK%r$SY8sJwL#gI&!V^x4OL
zlCOb6;<U}to{av(By%1$=e&ORS@q=0_NQ;V=tgaZ9dktuN&Li`w^47z`@OW~X8i>`
ziU1OtZU@pI8!!^1o4x{&Jd9v(;q-_1Dt8v2-g~6Mq+QL(Kb<0T44txj2w|{PY$@#c
zx)k=GynEzmLBYn|8o<A>5!~Syo@K83sUew3E6<?P1DPRP1GosisoG;&eW|!E&qwr$
zu22I^%v;La>-!S$<C+shTd;DiVk8NvO-JY<;0C3!XtNVK|BSZ_i!bN0TdR!m3CmMi
zrQr@5m`gBE<;1D^!leHg%d6DQ(53%#5^pRrRm(x?w_V-1{ckLYOzB;a4WRK|lmdJ=
z_Ztmh`;7mB<gUpr7^jo-RDM}X4qBt2_%Y+0-Zs6RT0htQ>*4!N%upz?YHp`>ucXGO
zD!6V~-zj>M6=Vm{$nO`Ptc6aA!lcxJ1qPf{fJj%|?5O_q4D@stri!DK7P>xe6G7!B
zPQl{qq1gW4`uGt)nUWi#DTnqk-X}x5G0Xa&kcOD<FPE%mz`evGAX0qa9_(-8xNIS(
zrq1uR*%uC*8#S~^wEgizjE#Y|ORA}@qC<RVxmPV(_3-+*e5&!r76YD9I{=*7spEio
zE;8G1?5A`-2}B>Yot;BxL)iGcNk0O~lWP*uu2FS^<-Y`4Mr<k>7a(XEqlz!jA$dP$
zV}HdB>oh$MK8?{g{uqndpsUxbn|pr73~YGpp&p@&OLLu0i5{>tAZ=nX3QA9Fk&J8P
zs!VZ`(>B&JoWNSILfCJu&8xH-DB*ky*_`ziMQM&&6v4AZz%W!gf^!a|ltpPGatj1>
zJxlFD{DIZCH-@^vhJG=n6?0hhn(M!%*j`JL-7g3wU2O;`Vk+KLqz~=O5C`*RXE7+$
zApqUUC`#^2VLk7!neP0$bXiI1F8~Ig1kr{klmBoI-%w!h$!*SO3!T13nJmANIqBzY
zf&V{B4UDzau6U~mH?)8yTvcqWsay|@r8XK<=X?NK{d6Al%n}&8*1Sv{c_xa>Bs*Ys
zw^{^H_}{yY3G>Sfn)Ak$!HT<VRVeyZ?p$>1?!|?2fZy9%KCydcQG2%c7l~ZxT%y}4
z@@S%~qmzP=4%}yIXb17`<(=$zmtd7-EI?zPG(6$51D}b|qs+69>%zN%$QZ#Q`xjqR
z22BXkn(U{x-NBz7T)$%&FYEab5h-_j29~JKd2&~J+wFDwxRPt}U6pj2bjooHeI98V
z?Cr*9i)8MSAbK7BvNt*z<j;%y#T3qt2pd448R<&5j_zUNFnCjmy>sA09TAT#V%FTV
zAU0HIU~p??Z`_klLV8-r#`yu$>1R@D=v{ifPdDd5+jJqG^T2!29nY&#GxNR9x5a_y
zglQ|P#8*koa1M~48)l$y%O?Uj>8tt8ZB`k4lYzNRxnD?-W+*)5O~b`E=u2bToP9`D
z*2y$aAtGh1P;PL4+<x_?s8cbg=z|?3>F)P_m$$~&ngV}Mr&`O=`QFst>to)+-`umE
zf2iIr$3Z5Se{r^lM=yT)=XMVx6~GB80)dzXk*JCpffm>A`^(>#)iHQ4hc7%>L~hY{
z`ostfe97kMGCnY#_M2~P-4nNSh>lV6uP{=~InGRG=KQka7%>4=7{u|VW?k{P6fgYK
z^O&J<+3w!9BPP1@zV0#jF~IS!E}IKefW7ERgN@rimrCb)`zxLR;ee-(>04cMm|;AO
ze2MQ^WVQ=MfjMDrGo+R=q^q?sUTd3mI!jsGrg<D`Y47N`FOlk!yrCbDMx{}UTC=X4
zwUes<nKJCfb)i#FuJB@G%jNFcIB)YdljL%<PVBYs0cSH{GUYRks+Bk4gYnhi)xU|~
zWdW?$(wFPw@SYPtQST;|ySfJn>d{a?CJs>lqMVxNFGh!%WwQb~$cpj%D#Nv6{;Tu&
zFPjsySeply>-_O|l4|qW>OkVZ9;?*3+-<)=4(+FCdB*Dr*_49Q_8BHVk2H?0-*8?p
zKiZ^RY-N<JI}!MBJ_ZQ<#aM-ih<fL}oB4Cs%Abe;jz_?4saBSIy4{2s#x>-q&FdgM
zU>&42+hQIKDV~X;+Gln6I~vaY3Qy0+V$YEgYrU8ZS{GM5&#?+~%9(tOS@U<Armrny
z>$^B%&eCM~=eixRO(2&3@7}u#DC&I#pM~3ipngTy=EI*70I1^{sc=teL@8Mnf7^1K
z8>1hFo?Dkp(R1(47Hh?qeae(GW_J(%Xvq1`DBTlPk>A%-%2#V9Ti>xA{Qh+wxj%om
z{@3@A&>rye=_d4QH_9vQF~H=nJr?z>>Xu*>{Swgo9kl!7MTlrJ`WHBy$s+F0`ECE-
z_illOzv1u<)lb_rh7QE{H~VJiny)zBS4CI<_?rXhR82Pje2{q^zS$R>&w}r;O<^Km
z<%Mu5KCS!RiKCAD!*4duMSotm;pCXZ>BEp%1>-??2slMq&|tJbwNfNG32}m|H7&;D
z=^652?t~%!I;h+Ae+rH4Zjp>5OnzC#C}}7#eewO74`0nB%(jy5ko!WoFeEd6^D|Yr
z^a|n><39NIhEhy3wTcnvor&eLE$1p9ejdOdr{BRJo|wiqzPX<TfKY9JDttpxZh<)D
zG7t=B=rUezQAU|Zk38O|z;)g*(oHTB(ILs;M#6$yHhcG0Bq>9n{x_me6;BuKT>Sj(
z>_2t1ot<E4_M^{vtGaR_=x3n+GEwmAEW7vW1ca#OMjz_sWy0~*26`i_K@lHfh5bpb
z+TQxj%cUfFNpe-jK@wy2qgT0YU@r2!ofUnR^nAJhP5Y%-Ny)Wvl+lA6v}Qa{>$iu=
z2bgw+%>p2KsJ(PAKd4*5CvTSM)ixa-#W05<I{%cW-i^2*Y_HFjH)mF8TImSMXlZfJ
zJ{hkW_F*I2%Mc#6{4~5P@`DI{-bMKiy>>Z==yNC$hi!pj4l~XOFezDZ+?j_#3L!El
zlCX~z{FSaNBQ*?qV^)PXMzM_pDuDis{)*4M@uF?5dpbTKxKAs{dYfFgi0UFudi7fR
zKTToSfojF|G0~_+CCX%6CJtuNmHo=zN)MD(v$+XNp4YgiX|{{>NVtNQ&F7x(1Jt=A
z@PRC4AFFmYGz{Y&*=#^5iP$5^H=D?Hd=MEAm^4{8Pm<F}6A3fW4DE<hvmq^7OS9F2
zOj%Lp9J3<GV@7Xe!P`ZG3zVe@b-tn0R70o;mIg9vd`mxxRvC3*wZ}nvCvAG1XqVpl
zEz8aG;b*I^R5u?)l%U{$j!|~zykZwZ)Kzx6+5d+VYEucKHI#G)004|`GJ0+nP&Z2v
za~Dha2Y{EGSAdg;o0I3A77vdI51$B+5IZ-w2sbxu)0zK&9dK~6u(k63zYjD8jz+-`
O02E|Yq-!Njga03lliF$k

diff --git a/docs/marca/alternativas.png b/docs/marca/alternativas.png
deleted file mode 100644
index 9b36c1cb89a78b899b6f477229e7efeb9b663885..0000000000000000000000000000000000000000
GIT binary patch
literal 0
HcmV?d00001

literal 78240
zcmd3N^;29;^Dha(g9Wz`LU4D7C&7XTcXxMKJPGc>9fG^d0=qzP%i<DjahAnl(Zw$B
z&-Wkro;p>hrsq^ocTaau^~`6Yzp2XOVpC$HprGI?e3j8aK|uqcpuF+IM17$=m?ez8
zeBRi8R{4yA(wK<zV2<|E{$Tl4Lj?uJpAiM+dl(7|@`dz$9|gsm8wKUS3<X6r69t9L
zEw@u${H4S7o3fVd)6>)Q$>#HF|MULhbD8b)Z{z2V$md#*=btRkx!TYElrR`<czC$H
zyc`GwMn*>3+S>a1`etNgJkJB4H^-mH%bxo)pL>2iPt`p)1w11Tn3$Ld2?<}=3knL#
z%ggKP>MkxWJ_pl1#|S;A%3GBk{`b;{;iaG=i*bOBi-SiZzU&2lkrG8g=Cc-H`6w^?
zXHh4qEK4b|^-y6d#pZL*xs4g-FYbzY?Vy1A8yDXU-ZzRuVlTsFqrY(aKmC0FnFzTq
z&v}vYnG^}LxtVo-Q8XmF%bXkoV1j~jYw462hRV)`^1HvqY1o5$@yclNDrn^ajz0fO
zP^69I7h{r5#}CBpF-4<<vuZiQ8n|NI<72uQ?*O79fo|JC3dw}bJ(ryXf%R*70-MB7
zmlCfwo`>)J7q1?#9=hp8+YV*jX9#9PhSalnJ6y@6d<(;AZv9r<*i`qWilg|)adOws
z%>Lzbimd^tMew)neo2jAq&)hgACOTx75h3`06;;<O2saH(}1avCdPeJ0y7loV24w;
z)vn=c3jCkRa&#R^l6aNBd-tEm>^%_La??-tbYLuhEI6fe!FP3iFjq*oiv;{0ecJ5f
z@O;Lt6SxUj1r#(7=sX^;WK0FkCPL{^o|sk#>ldkBN9b%=k5V_fs?iQK7tduULA9^P
zTY|Xqoptv(Q}1sKd(K)w<JP)6h-JJo?IX0uJe7Y&r@Kx>WA(1lE+}XCgzwQ!kH|<E
zTJp?({2>g;x+7{^RQR~{r5Qe?$MzF7{rDC!iRwS$q(0>f=^%5L%=3xVpQdlqlyaN&
z%MQ?*7(f#&2KML7c-&;WiBogBcKf3|aa?XL9%y4|?;x7Sqh`Jy`x`S(jFxct)c&4I
z$BPel>8vq!r`$#0(=K{s6a?s_)<+K4?D4FLr3Nhj=K@I79XxLXj_+AkPYA5!Mf<+j
zTbwmF@uAR;W*0=shlxIE7@LX}9otUx?lRm~B?SFhpJY<C8nP#C*EGCrYimwTEamWH
z{Hwq!0qnY6jm6|DnCIOs?RrdU+oh6H%{dIJKP)KNePWE+gj8H2jNy^e#iB;t=xR%`
z-CBN$^4l>#UWSpmkl-_sWQNaiX|xN+(EBB>ogZ+NO?+9O+}<?~o;4;wtz6liG@_Hb
zp(<q(H})|Fp%Lm_vsI0)=^}E$+H!Xv9-oJck#nxcuk7pey@e|#fQ6CM@zW$mKJ$Hy
z<OQdo7dx@IG@Z^J4~Ax^cX6-&x@+C_Mkk$hxz;tD?AwN$jo;sgZ<md~t%sq_${Pfo
z*sI>4PJi9j(-{u~uAXv1=$pw>YZD?x{oU%KNNMAXx8h(lL9^rxuOf5CfBwhky^N$u
zC;JYYvR<#$Ee4ybXO_|Yb4f3Qx7=K1dFlJ`yLG!XXH<*F=1n;Blzcd5{rTZcV@#`A
zBj1r-!GGJ*VdB73?abYFsdFc>X|<p&W87PprpiI%xoTFMF4F(;5VY{FZUiF9@^N5u
z_?jMU%qceW(}8#2$%t?lZ9}94y*hBVSGxLlK6Cy%;m$lI`5EN23FvBIteEVIROEU3
zB52b4@sE!UqBrWvA@EieZ5$>L>kjUX`*OZ&;_I@0b8N=>tkUPR4!YXSXWsQun)Jx~
z)^(_(3)Vb-TLy+ey>E8Cde(hSO@S+Sp#^Qvzt)a??$=y=LAeeBxRZ4D{eDGQzB`E5
zXP+)k=M2@R9qe-7B(PC#2rE?ndE=xZ4V`80S+ns1`+$&NE9Ip7*39V_^PP!G^K{9|
zbvB~6f4D27;)dr8o%}brHisV=pZi-3C?b5*dE(oCinfGnoJlu5WI#LLAyvI;ZnUx?
z-Z(1F<_~tvYdWz@&m>3?o<k5F>e{`%{X`A!jPYMC14t#n47qL{#i3bJZ~sWiGLu1p
zLnq6l7Cf}EO%HV$YJ7eiPd=-$8Ep=EZ(+$IKC?ab%^sF~`+f)i47G^+9C)d>!YB;+
z_P1tu(pGX+-LJvWj%ZXhUZyt2iLL|aD!OIPZedCnV%kpTH1@HMGcS;G<yc+i?sr=&
z^wtw}*we9XzBY;cx@rC4(ITuTPuS_~bEl@*?G3>1(@TOSv%i=+w8wpIqubc)Xu7Q#
zvz=M?iJx~>DgQXkS9pxX&!jh8n}qE*1Kl1iO|YpAMf&)FP?3gH<Mm)igVKnTd#db2
zEX;+VA1!f=x%%-0Dhf4rl#Un7^zUvG#oKjX9HKkH=r{YqOzj{~53C|@RDWMV|D*v9
zs;Lqr+L{yGoE|$Gwl<w%6o-mwQ+yA>vOkzI?9uqVe7z;BM%DRVy;Yn`G@2x+YIf)q
z_-S)h*u5)m$xNQ67-ExCx?6jyI+($cDC{NWDKL7LwRp7A1vo*HYQ_7Ngrr8!R7j#x
zRRXIPm9WIt@e@66mL9h7a#kMyOQG}c!1YR8Q^)e2V!B#6zB_SF9+VEucCx1^0Ck7J
zhTpsh0!NvM<zq$y)ak*~8+m=6sMY&%<;>tb>hi}RyR^tm$CgUco;xShY9&W<e+RK<
z8W5pAo!2)^wO<(%5G*CmPGuf^QJ#t+)vuq0b&sXp|5f(TxYUwaACQ?`%GaNMvBaHG
z{(RzR-$18@<9dHD)uKWkbF_!>>EED4QTvEX(#@yBeDua8mwqGDqQICK>f%-_)G61(
zHL)!hrwxCno;s;R;aOZ}ysb}AHY?(?`JZ!)A#$rjgq_%|Vbo!_TU0Wx-bA{4Oz!Ia
zb~ZLsEfz=MJXfAnKu=%umadYTzK*Cwkwc7u_JOy@X_-?$$##`6=K1S0@q%qvs9|Jv
zo({lLzbcIdGgAwYBC{%9+88;cmF;mJOGff=9D}9=t3Xp({f(0t<{X{3G3d#6qV?L|
z2W4K=e-Y!Nv!2pA6@qj|fJGlyFqd%W)74Z`zAeZ?q-7sRjfGADi`gy%p05CGE7Lcp
z=jRjK_qAtbO~Ap=tV&OvzlXIFnoICV$u7n^?Xx=&_P90+lK3UflgorXC#4?_476mp
za&y*wKeo5FNO~2y_B)tv7JBD2aXyybS?AqH9<?Ap<vo1UiBwDHZcDRqqnh7z>k>%(
zu5(YTXN>v%hL>0Fw6=9wL}}^M>NjFF9$^PxF0x`W{mWiTxXS^DwuHsN$`{EQ2Lc^L
z8Nn7L2Vr&LIjOcvFl~QAt}8&PNgjO&pJFcd5>?7EV?*vt$~ne6R{vc?T)Or6gnyXq
zhaDF$hvXp>R~vB7yWQ>Ip`ety#>WZaXL-G5nw2pm=28PlyMb%zop%x#M2Xd1Iilx$
zbr@*xo$JDx0ziaIHJ+P!y?Aydcj2CzU#cqbks+jZ<oLG1t!ob;r{^I&swT3;f^x$p
zC2p~|I^N6a5w|`J#@ZIMd;A|}Q2wkChK8Q%-<S70ps8kC&$DHI82Y%%xm3uLS9>u?
zy7J!$296FHgKIp1J?DH%&MjOfj`P5&b6N>jW>kU3P&9_xm0aNu+Rvh+8RWG}{#S;!
z-XE}JT@1I>eq_B`fas77T5d06bA7}`2}I3MyOtHa1lF@nG2o93H6WK7EXt+!O=@Xe
z%R$P0G>gvnPik|RO7kMPeM^>f$Z19A>w^v!(eY2!c7J|6n9fAh<#4S?I5Fq|8fo0v
zCYP`Lo$)`2AmRSbN;1qK;kC2(I>=Y2;boRXEsFn*JoSpE2RnNybE$fyJW?AdSO}%d
z&%VotQpA5u3E|nid!Uhh>SQ<3Pu31$$=CWP6ZP3mX*pb*o^#W@e7W~$#3f6S0zI^?
z+EJZ3|G3nXPm$F8x94{yd+24Gcg_rTiXb<a|FlmPmG*W+juagP?`Thrxw&nH8DVJ4
z`}#KzuC?em(bk~|auvPQ`z8akP9aRlE*w~~EBGjdbt*Kin5n#h?uS*$ExPOFx)fSa
zoa<^asA5eO(oKVUBzVE@S=01YnyJ<1bQS7(6VAptxf?LTZhw~<(*aDO591swEx7mQ
z=qY1AUa}kGtk}XdpAEZFt$6kQj{G3#H7mH~Cd<)C4M(scZ?}a_;Z4SqnOMHOeEpr5
zdZ+ou>^xCHi}*99^RhOl-|QjW#nmQ<AnbSFN_?xVJygaTBDa9((228?9+}zM5}eua
zu5YD-9?g65wU?dOft`|~>OE%a+lcT$AO5t~+RhUDIKA%mSbLj8?4rGV-H}=$hI0C+
z1g*&ed0g1dVqrd%DSz@BX{-F!nFIW4-C&#b8~&SJi#8(i>0OXwzS`QSFaWVjYbS6-
zljqb*csz`!9eL%|O^3RSEiz-(bnW%!sJQjSC8YQYW)r2~(v*$i{QEx>syoT#-MS`A
zA#z(~LxUhu>q4A&#Tz03AuUC|t=7yke|DjKopO(?GXqKv3cW~5r@h3=vpuhQvNqq_
zOR`hi-u&#gg<Y&U-b`Pt*E&qCZS;S2Mn2N@S2zBh{+WJh-_^zxpj$RJ{VlFQQb?Me
zhS9LIh6Xvq<m+m6w@M=R&WCxvk26<V`})a|H;Mc^875qJavRk~86dqp3W4A7{I(H{
zF}`+~JTJ3Cl`I&OD>2XZiRX)MCVuNmZ(;0^LEx}o`nRmI#7Iwk{nsn{XV#gRU`~6d
zfI2x)0f@)K{bSaylZ}T|iTlrnT9u&?QX8cx_gDwf^lvMBkz2=W+rnK^D3def#!rc<
z!L>g>T~sFGQhLq~01P)7y4FSGnGeaxZv)(ohWaiz$L$^Sm4+5N#}b1jHAH*Qu?PIJ
zZ}6T=ZnKhG!V?64vzOeqDUclB6-Wr#j-xN87Mq$MMwNOF8HA4iz1TxQDWRdl-*n?!
z^-8d8nV~LT6qb$~kKcxsEU{!X`4Zt(8CI{zHbetgtOWQA(VHqs_{tsYn7fgnXp5ng
zM;n2w4?66g>G8`$(VCG)+ng@+Bv4@p7)nQZZkU5<D}eJ=rb%Ljp#JRJ@kLCI>78TW
z3R{@C&QRGxCf(_t5SzA!%IZl^H?h2^GKM?VruJ%==o=?+04F`lYQKhcEn@5o<<~Q6
z<WFXB;XVKkV!^>ff6n+CO0@_U6RJ}$x65svj{^<*)y*Ra-)v@(QYO+%rM?e#2KL)i
zyS{jT@;pB2J8lcf(CsD9#ntv4t+ye0+22CJIU&wI;^8-IZLwtdHe@}Yz%K!Y9orrX
zoW<mtOf2VBT-E;!`fX8BNVd)3N}wsz6ZpSTDFphcdhYxwyJChc9aSQsYB;rxVD%M5
zhM0-2dt7TR9_1#DEy~Io`<^(zN;7lrAGLd|;l{hZ4l35h%sw}Vf4jevt>mbJyAEj=
z>sBG$$A{b!!ajM#P@PHbBy5y?MyH{<in5`(q3pR8jV$NzMMs)?o#BrkFKT0-<&)6s
z=hpy_MqvsLKVm=in;yTzzfA4@hH0JPYot?1*wc4D6P3IdTXwc!8Jtwpzg3}_>swNG
zv^w47DU_Qi$CTBt&~IvVr6?QN%25<Zc;J+3J7{AKSkblC*U|PS1KNlAf;wnNKs!N=
zRsDD0<SDt^(4ndl?WBAvrS{hG^B16+2+pB#8rOvZk~Qer__`7y4p@Lgq~_R?Z%Mg?
zlQX@^R+lfO2EJwp|L^c)r6ZnPHo3LZPpM!nDf~|wa0btTI%e?NI0AMudf0kIY9oZs
zVtRG7uA$ysL8V0W`ei9$tt%Z>(}efEk{_3(*tNCIJ{0zdZWK7fZ5e&LL(8c>iv;Cf
zT>t`zm>uF9_KAVdvL$q6;X)y>q(hP3rho2+=jq;TF=eM}^TiF;b((vF@_kC29}LgL
z>_1XX0}T0;Y@+;BqOV|ht&Xm&KigFe=4pF75qe*=$NEv|Wz*Eus9bHxzmNkyf${rq
zozwu1EwnGea6Bb$BIp_KP&LSeIjsMl@Q`7`h%e9OHCi5jQi^N2v!sOSrLXy*1T;%S
zXU^Dj^m9&!W$UoB)n8n&@cBd1vh0iv8n3w#_kVh^j_HZ65kfTfQQITHe6btn`eWa6
zPu)19+3=!v?a7seWWR4-2>BR;JThmW8nVtEWiBs+o&aGpC?!BlOE$*<*JPx;v9yLt
zp*XHm{wh7N-|lX{h}48}at?cCC+86KwBl*{%&%_>Sf^;Kb9VlOWyW8L>fKNl3m*#p
zwnHzQ!qhoB;2OQ{{AKd)40pDvjK+0tLEJRxq<{O5;<i^lA930=0mPY)oskT>iR`UP
z^Rwz>bMj9Duc5IYP`AEAEd06O9DQ3dOmSg=OL50#%QwSr5*Wvr$%8MWsjOeoYePvr
z?X+HseyD3H)b9}dm?$(<n<oe07!-SG6Lo<?uvHOrSItSMsgmn~(bpV)@5)*OuH;VN
z%nZ&MTwDX4JJ}}J*pY_VX%K0i99`uV2lTd`=Ag--#v0;$e(^Z3`KfTbVV4?E!P;wt
z7$(=P;Icp1iBUFxK-|6Xx9Z=&+hJYW1Zw+P1{qh?)1U75pXtEn%lpm*Jwc?hY+&i(
zm0D=NtaLmB$8V)}{4*<+jIY~8Mmq+8(lp9}IAf$~DlC7I_{ZPSXwTu%xelt<nuNUe
zt2EsPAmmTF7NGx!1*OMk8i%btb+yj*a8saFb?ZETU#xWq3P37;b*N4H=_^z$wy%za
z<v5-&YcQ_<Q(}jDgL$sGQOQhRF<N0ns#43`DjCGxA6R$|R8bgXnpj(!yQl`y$oPQ>
z+c+N#<`Z-~k0#3~D@wgEPd=G;ca4sv)$_7bSLO3KnJv+xKogdRd}zw=7T>`Q<T$|g
zJz*=kN67F`m5!<A?2t=HdRmTM(`d<I?fmeVf1jbRYvBEzC(ahrUoV2~S9u5S+BH^v
zR4)A>MHMt3UhR1<h-hEa;Cg&$rgyJnMjAfcAP42U?it7_f)msmusGdeG^lP0I36AN
z5mz}Woa6INr<Vf9v;mOYtV);8nQ0?X2Pz-Cf(OFjp0SeNTqSnV(-Cb2ra1M1jm`IZ
zeDa}gru`gI``A^YP5nbKGny@btGd1~87N>HLEn#?d`w|2O}>z#jlxxPj|LGq;I3^O
z9Pz~7>@v+?S9qAL<iL_a+UOd#c#2iefqCi)TR{6E5XN19O&4Wm`PH#8HSL3xDSk3@
z?}zvsotQDCu#uF%Ye;IBw3e8HpaGvR-nbgdnM+s)Q8@Pxj*!{SE`trEx~1m(56;wF
zDUGTCP*v9!&ugASI#UX&%3`caukcMqv<dG|^-Xqtp0KBPVmCvo!dGPhT|RZRnh2&k
zIToz->v9nzsc>Ljak0_Be_>CBqZJ2s7&_$W8<4kqs^B0}G}>fJ$Y1YI!Ge%%xYb{K
zpQV;OMVxe?n?>P&NP|!lU4g_Bmht$r<;UU+<JF%9V)`K`wah7UESzF=BOgNOYNT-s
zVk{Njz4NccEjQG?Q`Vrj1reqhCdCbvf~vSfUVj%#sSLY$Szg)$<)+;Tswb$UJYrxS
zKA%<eYr#&$wJ9qV+Hh#LlY73Ph)MPM`N9}W^@nL}*S)V{8MdN&>iH7xC(=vfa{q8D
zajn@>R@)b(O-mI4eu_WUqxnAh+nWN1b(d1PQ+7i0lpd!zXBeeqM_N0=&R(C{9Q{~j
zT$5Voi!G{5;-em@x<`hZbaI3dccMry*f$U~ju<auYbd<6z=CY(aRxM#K)Xw@@xz%W
zgCwtQld)t8d}_}wsDFyyo_!-lU-4W4lMF8n#8=O{7?Ld~rCqLt1m$tf%F-WtHDgr0
z)Sf1N73HlGP`=ooD}C-eKiSsZ@}_M3XaoyN)uA5}R|?t9r|N&t1~_hmm-B_N3&x>N
zVZH>?8<jnrQogry9p07%Igd_5En(EA*Paqgdd5jfXiQ@sD;zOPv}P+2%fok!G`^Ou
zDW*>yl9ffPE?w>Ss6>k>04^8tUNIYWemKtES-cr}^RA3DJMgOmWI~xO*6?2JSBJp^
zc%Dp>q@Wi60RKohM~P`JC~#}FT;1&YeAL)g81q7K*KwjsdM!?lPnJxgf?j9QqMaq-
zoX-D<Feg%@?G?%-eT^7hGuSm#c3Sy06+{$al@!5vABV1yXY-LK$$;zFhUBKTQ$av)
zrH;{oeJv^c^VW3#&jkg=CQciRQA&PkZ)#8BaEVQ8iF-Mf9xeH;A1F3ar9|B1Ap0w*
zGOMHJXN*I&@2<U9A!?0i^(h|%&f=dUKH5S5Y~j6axIt3H1jC0D^q@*GIbp<?THL~!
zLD{YfT*P&3;UZnAHjY#Sn;N4QUn+2^JYDEC7-up!z%y0DB<yv(GGoqEt!U(REN-BB
zAqkV&CC2u(W~i;RxO5Wd!avU%saM^ou$vK1clA6=cVrPk4QYn{fH%`S(z$q~v{Sty
zRMgp#`mc3;!tm*>C~=3icb`)I$^=MY(jT$7>JsOoZJ8r(bl0y8waKY7pcAJE_vE4t
zp4lC{-`5DdLrSOwXNg9p+Y8rkl4HMY+FW0GI-J$S+lF1>*zFOssR*HPnLW=81|W}l
zdkXhY|D3%mRJgC-;VS5h2{%G{W%}N}LTM5pgL&b<WG*Sun+O^(RRh22PRbL4o8yFJ
zsT}ilSTN2AuDCq!Ty>!O*JS1e{CJAE=o9#;4DhyGu5nnta}VT?w&<G!ny8z)gyUZ!
zo#nhw4~2pAL*e;HpJBu|Uk1peDTUBCX#VBH#L`dO>uk`wU2|HdSntHF#$d?5{-kv<
z494RpjP6>IZWuO=NvwfQle^u$WITr6&aoULoX$9fdb(IsMI{kT7S=Z0hmIDKRFLzq
zv1Em+DNH8yMuaL4bkG$PU%0s%-FVh58C#?ewf$F`XqBFvEJPP&066@JZ=UKi=7=vy
z7L_t*TGVwF9HYhEK_wWCl?aA=PWmdjcy>BAK)lW|Sm^S)7qmFY4iGU(KMKdB5|9}L
zXK6JfZHHEE##o5abqN&BZ$Yi%7x7r5x`J;<)OHRnlY2M{z&knFhjy}`p;#4)Wc-5W
z$v2`jR*l$g66$&%bFHY5v<xL*OzapXK0a!^n`fvx`Gw#iVdR=|9;HIN`@#5Cebaej
za4^P!N8~^V^VID`hA{{(kh^@2H}FgTgOy{2p9-GLM7at74;!|G&MJ{S@TkL<4Zn<d
z!12WtA5(g4QyN318=YFdA)yob0JbFUtorM|U|q>;h?VK*Niq0a>&`mbWxFt|iqmty
z_C?(@?Q+r(I}|W2D>%Gd{ZQeFIq(SxSFdF=TA2>yEV?9NjQCrJO}997ZV)KVy7rKW
z{B>ozgP(HHs3OFa(_~2~q$1ni3Ty?>c#6cI8ElEUf=|pzrJ-!Azrfa{;S$M;!O|Mp
z*=&eeRXHZ|6vtZKk|?Tr>Jodg==SlwG+mL{q7Hj7<n?fj?{1$Vppootn?cCQH;n}K
zuyGUpMTbn`DeazA<D=g>UaQuEPNhtMRR6AU@uO*FZO3<ErVp4XAHqdUs^Su0_jRX@
zJwc1J{EJOAY|Mf0c|M$;wX+4R&|-3F8w}sPw)tg9SBr7-&s1yG{!jAbe*-HF7<3q0
zFqebIZ^J9O)lUhAuW+2ehJb!`)-0hI<cs(8)#0$d4Fi5%V@|$7gffp-_{^*St9u<!
zRtgc1@%cBYxMS5Vs4}o;HK5tY)^YiVNK`b&b2v-L^JL9EMpWYuS#XGQsYjmA^2yxN
z%0zdYHFdpwc+<rIwE5w9_y^PViIU{n_Fy6kiiRDqyMlwI_%7#bforxT$$vnf!Mtq}
zyYP$(ipFNv;lo=aiL4Zc1R=Y0-m_K{qaOw1#IvJOEQ0GC;LmDil|5GseN^>h8Z??R
zJm;0YZbNRHOA7f)H*Vm+#f`b54If^r8FeD%TCx_*RO_JGtbH%lV^3n{Frgx-LGsZS
z=40*$zw1?2iJheHqD4r38oTtR)Uyb(3)A{lX=$3FHMYsVDjB0xSK5EC>a=CUd{H;i
z*1sGA1Vq^_N!QlH<xPC-bqgGv{~P=jQ!1^+$F5wKKuj8b<y6b9PyJ)aw^nq>aptpV
zQ|saYpkEcB|Mo|2guHMkIhT}f&isE=U&4d}o6oZ8qf7e^fmv3^GFywPhM(BWxO0OX
zMQp0Z7+Jun=v{|jy0_%~gmOuy=K~Qk#%dBdCucDJg<m2aTgI&8O?x7cHOwy9WUce*
zft@rTe;JjG{1wCs@A$*5ze`%isJEWV0DsiQf&A6IvR}RRov<XoH0lPG8IK7gnEm%g
zLyyG5&CNeRw!*rvF=gy7=iHVbMlD}kppaRpBm3Nc>!i(;;u$anVWT3)%~H|BrX$Q?
zm;CuZUvRrT&ueRdk(3WV*5a3l&2?Faxy+h4gOc#Wf!sK{-k<RfgU{HPp7u@BnY<-k
zbJ5JR2OQ3Gvd)gw)pE!>9*l)Jh#6)aL+x!eVflGqf!cs+d3`|<jDYM{Wd*t_CjVN-
z0xbDf6iXZ4$3r&lD)?63dp#V>g_1=?lydf-_B}<+ElbJr==>8N<6R=&%2+7k&Qfwt
z7Wc21j~+AZU2|Udi7<H|(7JJ_Ppy)wnOIH)5~nO3ffzlx{BoSu$};9tGZ7Z*BB;Ee
z1l3jaJt@+-w!19of!cmGuIUU{iB_duoiXDd0QGGKj;l-hVk!Djz&KncaW`Xre^=ux
z&J<UVTR3XS&S^NXPfKg8zI@3itX%diYm;~cpB=F?_EonFjxRg}ZlMHUj&)GL`WuQ}
zQ!Nz2ACD2A!+fPeO5Q{M<kjhxE>9hlOKVp?x_KAR)3?leyAo^;#+jo)!?ZETlY_-|
zC)kE0{~FI!aydnxO}t&<v8KWgMsvw+3X5dUh%%*~7R?xa=<fqc7@)~dqsPj5&KJ_K
zdGn2SY=^_@I!<Ke4YVIM1VFRh;s?tIV`eu7YWO!vO|xI+?58LkG9c!@<cGXLIber5
zhmcN_c*~A%EEE)xrCbQf;BA^d@xb}Jpj7PBmVCq)_&am2Rc0YX6lU(fr9{tlP92%v
zpyA?ocSczWQ&<C@@=KkbzQao{UR5bW<=s>h;|zUD)xYa?yV%I)`elh16npa9w*Dr}
z%4$7otglTJN7I&%lQnJ<n7pVeQ4Nwf4l*Z|&BTz|DbVZtPNJA$gEYu5$oUMd9U!$;
zLS6?2ju%jc<ovk|^Xw7c?^rT+O>T+@K~D4}Oa1(hT~-K&p7^_;%|UL1(mgC?WzL+s
z#WG=J--QUvV#9z`-T~&v8LQY@v&4*8c4#JQNK$p<dhS@}EzPBT?C@Ki^FGwUzq4c$
zT~YOjC2kkB<1uu|+u|Lis!_5NtSeO0I><L2gGIr`W|taVUQ`s~H%cVHb1)b2#9t0E
ze;eOUFWHjh)-P;dW<8YK7=PU;Hyc%x*Fd|g+;s|fN1I_L11I3x?tDYt$Ix^Rv3K)~
zTLFP1ILHWCZJAWnw)+>o$wh=oi0b_-6lvw~zoIo|@pBiF>v`A8eEvhE5$@Uko>YTb
zFfL|H#$FC(F2HD=T-Ni>%ZdA1#QpePN6=kr%VDH@JKWdXwN!l77ZjbHxZ((yEpU2`
zV)nhB8z`&G;*kkEdtk>-e0a`M-uU>nYv~(Gk}6E(>MeFr7ne2jtY=8U$-B+@I@(E6
zt52$Jfz%VQW}j?sNCq6(daSZy@{Q=-ci^`H>=^h>e!tDf8yPlx-s5-qu~M@h<I75Y
z_YWOppL6#)0(Gw1_!G_5Y1S&)Fx7UR|2MloJx;<Z6TXN`#r`Di0|YQ^F48$8*ARG<
zh1W)58I4lu%ZL3IG7p6IC>tDlwV8~To49G)PLpG)tsXorQg3SAFK3-It*E+p%B$;-
zXM;Pe`KtO+Q2=;Xt60do3rNOd5lToh;uX(plwkbF4x%oW{!8b(2CCf*PAu#lqhA>4
ze@^L=(J08(AALUJ%ap7OC%=K>zqp2JC>5K1nC>7>GxMJUj7bHQU>wLs*58Y!=q}Ba
z=#cFX6fc+{p9d^s>weqELSVOK|HW&RKMtw(omv*2or6|gBkOtJUl2k)gs$vB8j-b+
z1@BBw%UAGGP(rA5#M!E6m0mxdjJ|+U&hDAn#~U&6?wg-{ANlU;nQMytN>_#m+vICr
z{htQg{C~ok5pLq2KCi(7YJ=88yhD&r&zFz)a753|?d`)e{Ls()xnM~$IASO9=mIzL
zwzt0r@kYw?IppDO&)&n!A4gchyRZ<NpJ(06EkF~4izi=Gq;u`sT{P)a_Wkqh&1vMs
zv*XG0L+{z$bHpPIFBR+<Fr+bj-)*`_y9)%K&g0yj9Nxq4Z)RZyjwAK<>zy{wK@SWC
z&$}x<<f?wzi}XP~@jca#A-aywAsdLqh1dU|2LG1{iW7_XFxaF26Wj*{<&RWfhxkJ3
zum6FXP*)RQg9=<AU#KUM@E07~pOmmj%S7qhSq_64J1&Kqp2ETxoZ4q8yxRvjDMV97
z;a&M&GDn8fn<vUIeQLm0-xoXH%NqrEs(2E+e~D7D^-*GD3GQrMSG^4hX$y36F}<IZ
zw&$mvlGmp>$tiFleW{n?!WVDhf{;JnLJCEJLl45i#63ldI+V8E_Sv%PdT%2iCYxfU
z9E)*6F4n}cZ14z>?%AYAyfIMg2V|rMpnDZRvG`}d^OE|>P~mdK=CBV)qF|Eh;u-hO
z5@c+X$7Su;-Wt%HHwuMu<O%_P<Qx%oouNMRGS0smc6VAS<W|U8Y~fa<{5e{?mdWge
zblS!iQ<@vFKf#!29+Tz&W#SvOsf9BdKHf7@M#6MpKG0Y0Ykr}XK&xgXm%3Z${5Xv<
zib2=_iSCtkx~C&*Ow2KPZ_9nX(vjlqGc@qDYyRvl#>S9}86wc?TYAa~gEJBgG8zOe
z&n*V%7<1kNr>qN@AF0&rNE42cex$PJVU&P6;|j^Vjs|$@1=?Sd$)#SN@NNI4Fg+|>
zW6#@$hLP|9ebJ!JU{mxwJ4Jn(r`x20$)?8_><^9mQ_&r++G72^_WBwz>t!Py)sZ)y
z5qFU|0g2dr&*f~;moxt(Z57dVAO9;o56u24c?cBReHrR*)X-zDRa`NAt;}_U_(oBM
zDxPWQ`uoo_tA?g}@Nkwg+gY<+62aWRne8`47RtGaXrE?;`MP!sT=?{uwXfhWkS$%K
z!tVkmpz7gZouMXrXpA~NwMV&bZX)1Dm)NYCNK!Ub=Ij`*xZ_h8rNKIbGfM`yZtfp$
z|9qoe{>gvck(cm@Bp?LpQvYHRvLva5^}u&*dUkXHReOrYdUWrZ^SB-SocEfPpMuq`
zvP9gE!j<vPNZNXy`ced?m#XIZ_;$^qNQzWkj(Xq|FYmE}AZnVEr$rQ2ej-Vn^^sCp
zXUZ^3B!2wkLGye3HE70F0Bu3fDv|i9lmhd!IQV?_+b!Im!Yr9Z2;5aHTc>dY;1Z9q
z^b;=n%21V6>ui}lJjVSUUgy#AI(`g!CF?)XuH-7W?NAK9X=+94l<Qxv)<5vhP(lqm
z4~EWJc1(PcW|6@;6ONPm?<K<}p-mCK$Na31=T~<-y9ZNiA;fTuy?A@v3D4zzEfvAC
z9X#TG&0L`)8MW)Bwtp+|jaqBfBo`7Up2nsmYt|m&z3lF%|1j<lzsn0cc8GlzOQ45?
zMa@%YZ)gHPg`iEw*M&E^vz7gf6zTQDD`qYIycHaGWjWnw_uqHw>Z*icM^`WBBxepd
z3FT4!BRp-qtNZrxbqLFh-NNS8wxIa*p>xzjqb?0P>egzyqa4#z7Mowry^U|fsefY}
zM+etwWYOaLIm<CNypN1N6`hzq)g}@^pk%8P+vzmbO6d$RS8-A5sy@hiKjIQ0N^S<K
zlX!CPIsP)6Gr#8@6jmtxe5HWcFuY9;qU?tHKD2h-sOr&Y5x-62(eb_lA^elK-S`xc
zr>g7PIX`FzlwQAar<PUEF6*dfaU-La4c_$DD})(ZDrDzPWsyVQ3}1Cw-@V;o9r3oR
zZl;v<3QtZgxdC@JOBH)tx2`xzA6r)E`OJ6E(MA@#Pl*+XP!}#6`QFPq*ri&_-X2*C
z1R9+#%5EuLmw{+?sGukNrkDZ`#ZK0=aUDA&B;phs)>iZaziw>@k6xR{x)1d26cLyE
zi3<<P0Qeallu+NgI}JC=Gc0GZ&Nk}+0?LaLfVKcng;iNV+3w!0MB3Sq_#Xm>{DP9U
zZBSdY=oEo!oM{@9bF)r#*>o#He<gTol`R`D07PIcks28!)@m^)Ek>OdZHDjgt-4A4
z#CN#=xCI226EP-ASo&S0ue00ONj+YV@b(pRHtjS*ZHx#>Ra?S%4AN7><5mwR-*p&$
zJ(Pdh^2IjblcI%;xv-$^7>)nm5f7;ktkw>(F*4%MBhmJ8rL+~0A$;<43PRj<uiein
z!ipa++Ru%0BD@Ro1POz2an0}i>{To}DCR%`S&j^OTW;Ng?vd)qZS4bJS~>4e@3q%W
zU4<-ur(IjnPcrf;Hu+W_ngYk~q={1g<$o=<>v7Dydq`}exvGj2qBK!yuC(INre<|f
zr!Lhew%*>bXBJca)STD1(*_`ZL+a&AUH(fSnhG$Cg)}#Z{_#HknGWTFiAL|m;4tat
z+pxfIQlvaM8>Ky^V(g<50J(1&{k{)$9}{%o;*1wA68>ZKix5}e-xSmmu=K?dGA1SM
z;vq?^3@5k;-0~}Ke@INHWb&rw-+7fdyzff~f0XKWDTiR>to|pCSiC9;-zmpmGPgb#
z$~#i&UxeW<-TQZiWjEaLWmN0R(<tCRa~CJftQ7P@=Q2r>mW0o{*eCc{!8;g}SJ9mc
zm;4#WTr^@t$h)V8-=V@k8L<e+^u>ue5+{U|W^=E{bkpoH8I4_KI`2D9lWbL#gP0$C
zz1P0`K0x-aE5d-VD28)Vq4ze;gHC;B*?t2+!{$j`5?Emwg(=-Jr?14z);?^K<%(zQ
zK=1f^Aov~CUB$@r3#@RFt1B3x8TG-`g$UtytMJLVg)JWAQq8aHFtSSY$aitpZ|^`&
zTg0nt@jm~g_OuSzEK@5q&b9bE3ERITV>S}~$yl|^Ez{lqF-qcZpkfg33S@gV2JW>~
z;TFn#Q&D{xG)ZfqZOCc*Zki{YPSp0Sy8?8vGq2uGhgVZ>Gp8Eir_c{(X8m~4a&9r+
zI?L|LnH!-O=x$iG-cNdYQpF_JC2_gZf$&$4SexoeauG_yr{f%J6H~!cTdM;dv@fMh
zJVV=!UHrY*390T{EsIR@4y~wsqWa}4@j_h~C7Xffsk%}e?6J}!_%u#_IU0vq<E6T7
z(}@v)4pUQ*80iYKoKVVYz2Q2MZ*kKmR7ZVFJ;;0)J8GRq*WsHo+xW#fh1h&dY%d_F
zc62pnZ0MrjY)<JWAMEDHDHb2`v59|_*Jrb+R4{;yDiHyIK<|_NY!})ECk_Wk+E79F
z|ANk*raLr6OumMQQQeeS8j0TZ^x}}M_HYhFLGgwJ#0$cfEHgq2iNT3-CqsGs3eLGC
z@1M6tu@S0d3Ck05t)si|B|+nB&Er9LWUrrGI0N_M-EY%t`s7CS&Z$C}F<9o)GAk!a
z8nr%^Swro{<%%jzIy#POGZids6g{VlfLQ4(CIH2JMrk@Lx((q{v>&;fo@Krn9~G$l
z={EQ?a#w>F5yh6mIoDHh=wW@uAXUgRzlL&kZ=BcP-$ZopTh^r(3fzc%cuj&NQe)MF
zyp+%)nw^b>ti%<sv)D{$j5yhXJte+!Wu$)r)ika>JC5A^C_9*Xg&5(pf6`P8akC?U
z6fS*pe-sP|kH5XWtd_BKIWh(XXLP)qQHl3V>G`F$;CAO620INv5qkyyB9^|L$TU49
z<4dZo`}PgV0oJMT+%MmiQg<$$zn<(Leb_Gok{LG>Ucb3Rkh!4M9WEv8!nSeLM#HOh
zxDN2?<t(SEcYMFvxM!XUfyHy(?253hZC|rR{|PdxTfDdSOi$zfuvK!<p=o@u>fx6X
zmn&eHUhIh-_x7}kZhLxT)u~j=qr+6q=tL^kG=%Z6@{x|nBnMA7v-NBSu8>WdqC0Xk
ze{_AG{b~ODp_8)7W-)weof*82ohbO#0&Ph{;M+ny1(}T(rL=<lLX$h+yU0hV5hP7k
ze4R~iti$bmM<cJR()N;|zc%1nDtVsz{T2HKSx6*PU7bJC#HzRALXPsZ_kG&73g08E
z`ID?ZE7N>Fnmx@hAhL1aJL0Bg;Y`)!q=41+QRs7x?2aa(_wCNrcQ5{|?Rd(~c+Kl9
zNL22gx3+Vqv~tg{oweKrMz0Fk?;Q0(#`Wl*Sgz=swR9ILHc9LtR=rLww-j3L2_o{c
zE$m9Gj*RHx`rQIFDNA`oNlbQ+cEd=&P@<LYiHeTE;i$K0-5xYV)T(JGZaT;xa<&j{
zI6S!=A46{<*73(UF+w$#Ee>oe!WX=vFSqTcB?}0!w51ml$riiOvj)hQd4I+{xd2>v
zJS$)y1X_HolHsLE$(|RT`}JbgGA$E(41Sxsj4cL*{clNSr!%`Qj>9>c3T0Wp1vM>%
zq3Nqiyj(Ydt{eRpzUCOpc^|k9R^-X`JuTE5Z<#}eo?^ry84gcw333nFW*sKE{(dI`
z{g|gaM8j~P8TgItDV$(9#hV&x0myL)B6`#Au=c^pwJ3u-`bfrWzk7ZCroU(pWRJtV
zBV>{m0c5%!vU77LX9d*of~7$ZdKLiq?#auGo)Iv()54<+C}ymoA}r2He%{Ae=cL^9
zwh#O9G}q3?TF<!Fh^O?=J8rS~G_wq5h$(Q11z#4tq(yyoMasD`b>mtTF{o+7O<K)z
zaT4%Xv2pk_^9`stsZ~7Wv9FR7kI|;&WX=S2K29ESh!nw3&P5NneE>K|M~iMZRN00d
zOS$AN+>j<7#Ctfy$E+@CgNW>o%G4H?Ad0$|=l#K@QTJz~d`43Th4nn(7p~T6PQ)4a
z|2UTJOhd6;Nq5B!2zWxqY3dh6O>)BjMRBM)IDXzu!)=*A6|FrJ^;VVqf{TspEUWOY
zTaCxjSe`8{{ON7OjToqGG4eHbVdR*9Jt%EU)6=3?)}p_9rYhks*9?pBwf{!t8OTxm
zpSO62*&cO<4n~&S2^wexKQeuD;G}kQjYEV25fdZ%R7Q)<eA<s2vGyoZd&*byjL-ur
z4|vb-J{1!~ju@&6=;BHF`=}QCs2YK{Lgj6wS^$an+wuGOvQ!Qq<jvN#?p-~>>En8o
z?m_842oYpspNS+k*w!wsY=yrvMCoi`7e59v<xl=+qC@OSjg>A0SI)4!#?L`&`b!eP
zSE*d4guuy;6bUuEY6~K;IX*ijXh?lqp&4xlnavkHnw?Ius7y&4M%=$tQ1ef}Dbdv<
z6<YmU_bwvo9e2n4u@5<KXiM$biKbP#9K|_ljFb*Gq{krKvvEkneIcD#%=#RDckFbS
z8REw;8?(o9E>{-wf$={w>)=(V9()?uL{S$dPkgu(Rm85j=yVL~rb_xX<q``{)?T_p
zbmQiTL3$57;%%y%#w5l^303=jDySVhxR{vWISnRX@A27tErxK}z!zSyc>Gxs)rXtO
z_}R$6t=bET^vNU=&t4M5COOiP)qjx{<SkpQTFrT58jkI%<!IX{_u+uNUhQddv;oqC
zcO~>aB=)C){MJt@Bgx>+#%M%H&KbHp1S#OR$h|KO8=qJxVHs!|!!QXk1kD;V9lWg{
z_RfD4AzUXfdo6=g@D_2I#+}bTAly=2Y}FVHW~8MxzkN9KIQDZ08I?PXx9o}dxM+-=
z*mex~CJsSL_-+frX~R2+kg5h@=E6knoyrAgfYo}933K%kMN?gM^OwnQp86(jWD8|v
z&(y)Gm%VQ-I!jIrC@z-NJZ#_S%W*V*&ovE8J!n>;kDE572ip{b)}8z?lAEleU&=VG
zmaa7(<VsAXRi1_WV6Cq3wMr=zpJ`Z@OI8jIz2hBJ%Pv4G)S3CI_i|;M{9LJLzH?>5
zRuC@+2a{+)l}Wp_wxQlK(w^>JA7<w#DPOU=f5O;>2^ynS0%H^jG5j@}6H|Jg9nb7@
z=b}8c^f;M+7Bt3r*H?N4kejM2`D`jo%?C9Rx!ucq=NI&HAuAi%ldR;tyI0)^@lfW^
z-FD>$atGPw(%J_~nIGIt#0ti(l4;HvD7LVssc;<zPqUrpfWO`OTb*mGkLj(3&J+^_
zvW*`55Ym^f5${g|e8Un$r=wAC5<v$hxYSl6S*B-n%A|rrjs^I~C(><pOLhxORcP9B
z+Eco9q2Bs0a&n>-@byyH(;$}Yi~x@%6h=6JI66nEZEw*md7yRk(vjd$b@=644|`rs
z6q-qWNzp)lqlX708|2bjo;y~ZYI8SbSR*)7IFEViO11aEyiVlg%s<lC-i>T{yO6&B
z{)<h7-a#4o1po2J$B!DOGIn^0DL(3w#pv%_4g9+wnfurpLCKv~#k}Q1*~7NN+0P9#
zP3exDH|wPt!{a5bgeFYz-Se1)Mc6Ex9lDIwbnS9YM4Xdq>%(dGe@U@@IU(zQ=se5T
zwpH@U8v5UT$+t+pP?S*h<GOaek>jw<udI8J$Q7f@i@qlgB~TJ&2tzfFms99`91i{D
z#QXPkg7dNdz~%P~g9Juaqo{)FeO5;YXR7@TuPac44jZK%cS5Ln<!3*SZLc)s=#Nc-
z1r_QQ+#6{9Qo!!+Q~w;_V*44g#Z`Y8pt8*6bMV)M@wddVlJ`=16ZK3_<wS%Q+P<I;
zU-6bJp-DA~F{$%yTWZth)bdAH=a}6Az0dU~4ZTTD<9H_v#+Sh=W1|%p-<H?Yrn%#m
zZBo9B7*3xg;fByWzWQ%eg<4W-28N+L=;G^L{hk*=1}$$bHSIOCiEeZx`cIhh{<D5g
z;o5xk&@qF*lrnm?4#_GNCDa@1k0aNOX+$9Raam0~$J_EOe$HVB0jpM_!$E-kpQ$P)
zV!o7|J*~bVgA4`*?0eUka~t=>qbvF`3U-@qj^#?7e#S<+M1+Yh_y)2)t*-M5Ql&}h
zKlrD7cuWqbvk^TzeOI{683R}C-*91c-U0HWTyxoEXCFA-6PwK3cXrnsDnEF}ODcXX
zgIleN)Kp4&s{ty@NUOqVt2jG(|0ug+2r~5DJ-x4{%kvX|D}VM8cLlNM)w#x*F`o8#
zT4py~QNx*XoQSZIzAkfoYUtt`6C=b^O<-WuYM`9E!ZeV;ZTA8D80N(dPx~hbRccP^
z)kfI-Tdg_9OeBBiNLZ{xTf8|85nt!avl2Gw8BtsKfzIXF2~nRsw@xOS+6n)+*HaVx
z`oA)jN(gg$l8rq-t4qrAVbIyeNXktHe!q8Pbm1mVSnTj!M=?yE9TYcEVA}uHD1P!*
zR2;}Z`uk9F&HeNz7XBK+_-DMbDw=V~(l30&_`{f&J7C1Xpw(S%_x|aK0&VRCQuc*O
z*3UFXC&sAQ%3C+N!j63{`Y=FF(=Yd-`{pikE?+e-L%~Z@{{fa6*H&rvCbB1OYr0uE
zS1L5so^p@<4>%4<jV?bi;@tpFt4$22@B{({NIUq-mQoo%ZB&OlozT{C{QcYJP$sVS
z;BMwq4Jo5srQkfAdipUKqc$e=yfK8jpt@1u+g~`QE7Pw?lk9&}ktRaE(n(#6rXK*x
zrQ<~?pzwf<f*7We|F)8p(6!oCqI&Jago0=JmtF<Qj*wCei-y<00kEW%LkIbyHy%kg
z*=fz6dQ?mFjB_jhdE0fkH~q46{@YTYRw>ZqJl7V`;@*?hUq<ZHz4Pv0BP^e`2-7%z
z+jDyCNpIG&lU?5ypkzEED=e_}xKU*gtSv81*|7$_-2M{hzLa~`qUD<g@2KV^dl>if
zWO}(m1oQn{M1I>X8?jhdTBnoqSLq(Pro>2e<oxF&xbJ9_Wv%sRpo??MHM9CreZjaO
z^ILvz&;FCm-U9x9T;v+MyG5A&{Zdn;eC~ifznEVsS+2msJmKj+&ZcGM=Ho%KE9i^W
zRbNlQ#TdYYR~^#7^E1VmKI(f0@P{chFo@HzVC^^7kgj%#KV<i32xX79VfDBRK=-L?
z<oC&9(Q344ap3}yT5N0?*MuqIioPT1)d&ll(t;95aW}<FTC9MiTDT}d%qDhH-u>YI
zMD&<ufSVCS^f>^xW_r8ipgRhP%kr><i5gEg9UDC|8)_5@1ND~d9@|>iR`JrWt_K6W
z{5f9>fwhd|r44Cd%N6#c&+5h#^CKtuzRiRY@(PX*Q`QUP7wVMvYgaQBuwlFC79MMT
z2>>Wg-g+OD=M~67{co%MgyNQrU{4jZ@1CZa8TlH<u{7wI#|VrG=KjT_-i5|RJ_Y7c
z_oer1SktH}Sjwmda2s=)h=3PPAJj0W?%6)!l77R3SP(G5ddl2BXMTFmu%%*4gwMK6
zsW#DL;7wdsLqgK4)NC}-L8{eX5nFjW(dkZ3z2^w6rrdSc+A0);0MXPplgZbfo`&vr
z$I+g7{WAU-Vt&l+d6Y?4<}IrXC5j*QG^WfaKrNFHc{%tLk<p^W7-^ZuA>+3<0nLc}
z=FOXD!YiEc4LxQ)y|?9Boa-sQ8<v0mrJjD@ti*Y>yT4>+y{@Pl$p*kX&Fj!~0ZjVW
z`n+tS2yGwwlQSeiR_1@8ha7;$J3<yn0%$KEy^8_<bsa`$T=bc%Z3fa09L>x&^4r6g
z)muBVP7aR*u1DUeGDgjMulU4Nz&?POlVcA1<QV3dW_G37RS)NJ1KP)vShy8leKY&Q
zss<I*+9QXN1%$VF5p(wmddBf?Mry1m6&(p9(?ljRnmO=G+uR>(C;x3w=EfgTBC0yP
z>z2UM@zN(9_<_l3-LqDprbrLk^XQd=n4Js=O%(0(hs!B1*1$|sY}`c^zaD!j3wN)`
zGW}aWX(GDxj@gYTEG-H_wrLaZD67SbVC$2^t-==dvoQq;Oq>~~e$5<y-4;g}b)(EC
zyE%sdf~&)6VF<WSNAU5>J@4`37N<s!!owgvD*$baPH3T&B8OA8VBo?s;Pydur0jX(
zZKZbSlV8Q#N6%+(=*-bt@VM>F2gOGO0%5k_*}dWfT!H5-_884=qOl(7jpo>@V~XHr
zm29LtB{E1~y38umT^`<KNG7IAn-^ZZt@+O;f2iB|%n!ZnuH-1DiCk8b1veJ)r!%(x
zMvLnW<={Xa%-unZk<6aY2ta{|)*dn!%2}$uNwpKLOha=}dS55d?UQ)Te<gJS(`3m@
zJS%mwuun}4b<qN9cG<`YbF#YUFM-(Wf%qrJQhV<O9sid(WSW?zC1SU_Y?}gXJbqLe
zDtQSxvq3Rk8VSUX-1*JxYL#7hw^w~@zpznra6_1ia6a}aH`{qAyX$XAw@2qi-8Vjn
zY7_vxH9ZB!r(?XgOUHQ)GU{hdCg$N=F4J~`E`#;BXh!t~G2QnWbctkIptX3t)#^48
zdqeBM4V|$Y&QlQ1`4!o5=tGG9oY~+@=AaPD-{@*)_9sCvT7p0rP~~I-DMdE7tq9YM
z>Y2WrU-EinT{isC6#n6gF<4}B$M17GMRWk<?54UZB5gA76CR}=_E`NBT=sPW-X1r4
z_W9q6m;d(!DrglGXjm}qPkYGG+@OnKas-9^qt|l2PsYmXA2a4yZE}XSmnbmK2zj$$
z#CaQuwXFaZjV(gd!(aD1a^=dU4|fe_4lR@1!%Jo@o7d21lZ%;e^1qsVo027%fq&}M
zP7r!eY=1L|V^<<F*~L)mw!@yI>Lwnnim9nf1m-6`Y!Tw_zyB8JB{4SZr-9NV3S9M5
zef0D-+|d&1`+vN><x^W<`0ic9ixn$g!7VrxcZwI+Kyh~q{w-d#xCD3ipuydp03kro
z;_grmzvn#XA2=^g-ee|wCRuZ@wX^TJ*7dp8DrAN{HmIYM1<S0-AjOF7<A&dfP3&4n
z)X9rorr#d>^Z}Mv;}g%(1Zny1`=u@NO@RwC8nHAJ<3V^MbGZ7V-*+a;k!En-seaha
z`m;rj%dA3ZxT09$V37$;j`TC+#kO-v7E_TeF6XLK^2CIQ+U*jv!H=T_gbWlc?{wm%
z$o-R^tfcP}jgD~6QrisJyB@=WoBkd+(1iM~*?S494qK?{GGYa%ltejwl>P<g)|nf<
zwk^!7^tmZ>MRaKsPAVo)3Gv>(uOD;$ni3O5WRHvpwj7U6x5n(r=%iv=W*d*yw9(*m
zkTx4n6(U`80}vVJudu3d<R<{1RI4iUN2`-5B}J1b$G+)1xBTq$#5!rys`MKyydIpN
zsZw5guvER|cKt^@`UTrfZpOjHZYT0um5e(2t>^DOtd`@V#|+(nt8Ot_(V36i`hJsC
zBt<gsV4PSAT&zs(5}#lRQmicgjv%YA*Snj4>sd1Nb10<uv8R-<as^698F1UA?;KYg
z&)<?7G5g%>0~a4a)mdq-*N{h-*BlBRC$s%<U~IA|M(OEt2P_e<w!|?9Qf*&H>Rg_D
z!n3y1(*#^ATFQJa7`XGT$}zszYbz}8TgGN<mE5F+KTbf>=Fw#4&$PC^7lV3@el;;`
zI_pZT=ZApZP!^&xbsavU8MbC5<-1TWxWP3ZgiKQYxnT|5W!H#{?P6LCnNnCrIb4b!
zsSNbZTIp)ALF{p7STMzAGwOPh)@HYFdNu)h+r)@a84er-9~|qxfNp<K!ukJVN&nH+
zqH<*LEQeihtD0ze!T5cJX~E_PX}fGBbG0FXOa&Hdr8J_;QjGT50oG}!%Z)pKU_&>}
zr{QR&DW#AhHpPVB`{`_VlUS|2cjL$*+lEftw8vc|8t9S^h!)Tu<`6s_o1&QY*K#BD
z+hizH@JA_P^y_I`yPT2*L*=Zb4%s0_QgEa6Kb2ubmqXYj2;awFp4rDSDI$l+5Ri^h
z%MRH-`20|J#VCkfeC+#J&iJkutb3=Q-U<AHD!zBzdT!y(llkPNCe4F$^Q4A?z)Zfn
zfO?lvwkaE~R;-95VKhFv{E|tEm&@J05G~m(oJf8ahiV*wShM{;FSP>P*K1DyQj4r5
zJ=&{@(}iJyd%s;eNk6@P`gW_-BbY82hfCaE0A*zV&^SG~qOXQKbIfRkY<c2qmcqbf
zOtjW{-EMIXw+!Xmk)5dIgPGg*);Y7+YYEw+I!Y6dF34?8Z&YZ(&UVA)sz%%1^}~}R
zZDIZ;sqC8Czxn)z0Egu~(Bjg)`V^IreJWAU`}5CC9*M2rm$Zz)s6%;7*}iov<~MV5
zVaG0xsY11{Mhm;&($#3l|32lE)kiZWA5`GYL84vTWReV{z-H|xul!~hw~)v$AE{#O
zzk5fU<*yNL5~0n+3;gaT$8@~Rf-tn!R)5l~De_swT0)gx?U+ql{*+AVPszA92{s^a
zK}L@swnsX;;UFe0h`Vx9w02pgq`Zj~O8dXT&dx50%ct$U>x$JpH8ZZW8-`y0dVC?d
z<USS%1=nS{lNXm%5tQQYr;&L>@&+em8mU(5j+JdA8!t3gBOuN9IxSVFWuqu>VqSDF
z*L4v5Bj9fPox>66z`R$uBU1B$W7Zazgg4BzM}Mjl>o_YQdXsW8^OWWVfZN3y6TDct
zVf}cyH~(XZyOSW-!;aPAr15&p41WKq6!FoJN&_d5Pn1M3?0Bq#V^9FazrLmKlsH;R
zTk*+MB}O1~X>84hRIRZ|+0UG7QA7{zmM1Bbhjf(TDx|bos7D_>;p8rxeFR#cxvLFe
z5`hDcuUgC+0^Zl7mj<VI;B8**1+3iv_{=M;pU-t|pVAMC6d2G4y^cHzwX>^Q|6;4B
z=hys)a%Og)J-9UF81P~B$7L&p(f7k6Lw|)72=*J0E@$@k93c0HPRy2=^K^SF%Yk+o
zw54A|aA(tnF_Nl1fme&Nh3hjhy|w&3UN5<vH<|wv74wD2M6gBcp)(TlJXKsVJ2nWr
zMX=Ft@Fp2RJ^`EOI+eME@ri#TTyK2u^)eI0s<*m|eOCA;E1l<n$Nge#OG4b>UjvTT
zEIGqAPQH`&?*`9+-~kXY)?8q!BJ^I}z9mM5*>$!8b<+K|>e9(!+JYxFdXqK`<IsrE
z=2UhydB;z_2+zlnKW)|~lpLU=-<&domnwnVu2AxU#6|-ap7s^1<!Ap2mtf?~q*fR8
z=eeSXGsW<J+ov*WIc@h%Ig(4A7P}BU4-{XX=s9249KBzu_H-DS6zM}wg(|e#z@3m3
zV~S%E$enqRjR5Y);BwawY``2OzDNuEY0oGMK>aZ-_U5L+ucF2|-F$iqrE~DyTPZ+r
zf_Mw{rY!zW?-MAK4b^y(_KYnKIP(=LXJBx4zL6QH8j;B@!W(NT!Qwm{#h_r8>n>>R
zVDh0{jp_^48^Gg<F0J=}ItvFJ{(@%JT*54|>cnpKMhxvN;XX+b072dUxtm&G;x#<q
zq$m?UACilGw=J>*Ac2mwp>;je1pRdQP=018sy}BX(_vQ1!(l>h+wR`oTFdi!rpvwt
z-nt*MRY7alNK*ZkREbo26vK{QC-visBOnr|?`49^%Ap`1Jo-2@eU4qF^UJ(+$_w#<
zE;W_c9F&4Jk0wX%Lw}VRd8_hEb_y}P$g;UYT9W}sqkohfa>Cd_!0ZDp%AZe*D^<JI
zuKWgnUqT~p3wVwcT0B7=K;9H}hWV>&7izTkm41ML+D%9iq!BO#7{t<b%%Z(U+k2eS
ztDZ_m@a0;66;WN3LsM@`Y$x*>=G>r5+=>XKZBv`Y@NGnQR*bBvHZb9L2!<(JGSUA4
zZkLhK#F@=-;_98U){Vt=9C10vaHsW!g&cXaY=2hT<oE9IQ0~o1?1g=gzAQTM6HQDo
zRoWjWD9h=!cquBQ@!*7x%?#erwFiP)p7;lQ)cG8>NWN-d1e&r)0R+?tKFDO1Fo<u*
zw(c`Md+F&?6=~}@pC8UyB68xg7ma?1<urNwECw{!;`<eGSe*0=2&L1i$25_r9$27+
z0iEj@4x7dsN;Ys@gW7o_%p2oEf9|l&csR9Xng6znwxqINzo8=+ZC^RQKkQ!a)^MIh
znnMkC{&D{pb^ao@q|;UH;$0z!P9z%6re$tDhTV*Pfm1cuSh09CqrH8!S4JJ0M&M^{
z#zEje^3cWB6akO)^p)%L`k#T42pUS1cUJq$&C;Q-%Us}_>d&E-|Ft*b#$>AkTEj%*
znAEy7c!oB^)8`m|&t$l*xK6si9puK6aa?N1Q8#O&RN=AbQ`xTPSU_NQ;*Sb}TYj_5
zbSb9|&Ya2axO4qW9U4%nt`br<Ydq2Wl`@<ywO1~_ZcG$*&dHryJn)*V&BePpV!{{H
zFj}tZ?S4CV0&6ow++^d1ywmpEHV68O931BJKrMe;xZuS12Y^B{?FCsH+mGDtg01(K
zyANGTU3oi3c4z+Ue$HZ#*ViWkOyvFS0GRKCC)+Gl8KK=iil(J4qYdH(-J?3}pEfTr
zttbM&R~-F$_KkF_-?Njb|B=C3RmqYhQ|DKd@oM**hfc-sm^xeIe9t>Y+A(Mc`*Qja
zdFLcn?3wt8FALbihtyfz)lp(}JZVQ1C!@!gb&j11hkU*uHxh+f_b;S^F08yU+6*5K
zE$3lfad2q5*!Jf)a0DYXt7YCSkIuD2V&)e)5eNf!^Q7PB-piqR9{v>ioxY|AIu3vv
zdD4H)4!pTiUQ3iMfM$c!lMgJj@E92CL*_!o_C->sRIlK^YSVm&pD`sl9lKrAkS;s3
z!wUB?F_xo*YksQ0dIspPUC8OV;@kT^Iblcd(Po8>q$<t6mkN4y-|AR1Lp!!nveaC^
zE~hhmE%q)XaZSD*Qhh^2AhJ(e{%|=(rf#*9!@P7Zw0jU5V_^??(rX_$H822qf*%rh
zW>DBhf{caw{_CmYfohhhSh2yuIv3{*&Zm(8lE?Z~OfSd)$|%|B!^|g;zWXS%1#?cM
zEB(M5DSOuX#)+TTQhk!piDmbVnU`&Wj|w~~d&VhD_z&e&;)m8^a4@kdN0WJ`JO%ws
zupse@JBY;uS|G!BCjqPuB$l=Pirvi|s@>SQHFO#p9b2h<e;NEPUvoU#<u%_iN3T77
zN8To)L6)DXxI4-G#?YMzMTC3#DKU3@2Grm~Fvw!PzVV_gu>7kyy_Uec3`;rZOF!|U
zFsmQL-%<YF(=GHlS^mcjl{z2s(Dz5XLL?-fG?<6R6yTICN0&eD{**@lM%A+8kS@tu
z&H=^NYQPj<oC)q1&k&(6t^5Qll2%}rCd;pdc;sFjbYw(nAYzncx-FZ3mL0d?phot)
z?qD`XCeh-wjpq1|8%!hX2$O4|Mq8v<|GR8wVnA>J;kg%46bTCe_speN(6V97qez=&
zFT+zkC<M=Z;dY)sGocAzfp~7~o?KSkxDxXF^0#E~+qg7kLG%5Kr~8@0azQQ(+*{(+
z?|hco)RnJ_e_N&j_KqDE@kM_i$zU5M94ckg)Hi!Q7#ciYPU}z>Uhlja{r$|Nl`#g(
zwx1U6pub?Jb?x3lW{RY+K_nql5nEGATYLT|nm-##;pJ+ei`~h=o`kt!iwmBC(k?SQ
zn$??ulNl-=a0V>}y&_qDDo=mp0z|Q@0ny0`n5<t3_>$IQ#U_MlVUvX-mw>z5Un)i7
zHKPw4v?RP^o4FhP{zWgI{|W&+T(qA{0+hlMn#Ed?meQ_dMYb$6ag}J<_H9nmySPs!
zC&76_)FXeYK9v?KmmF^n<LA08XZ-nLJk^f-@SD`RVxc$ie`Z!o=reTRJS;m~I*#wd
zdP{xJkeVT7He1)%vqhHd&&BoBt*{I&V}o4ptv8sS9?ANN1K;8hUA5VqzwPf`wm`G`
z@w+l34(iF?rTgDkJ`8q$N*T*y9VfPQ-uG%bS?snYSeV!pX?Ol|PLp=fuSS$ApDjWk
zEBAK5vk`ed^%wRucfG5!&l5!UTKMC<fAxuSG5kCK<c)5p4}-!})tVz1-Y2wv?83(m
z6_cmK*mU{Z#)JT>wHt`Ho4ip<%tY|!?V%KSQY~@jP9FSg)cKJS;oSGW8e(UxAY)bR
z>XI~|s(e&zoxbeqopiDII!@8@zSg|4E?ss8DY&2`!Z@kYKR~!@aCXBVQJ*N3Xyw%o
zQyY@_-IpZz#h|W1lbGK;NNKqtr>+%=I^LtV*$+S?PF|eYx6l<1$A7w?YRu(LKj!Uh
zMO}LM`PcGjQxdCqx#`xWyK|)P#Y659ps4f+tG|=gQky(?hj<xZZgMx}N#SEzxU$Fl
zr;{e-XP|^=v#8sQry>~gdsUUKbd&F(^VN~+e=HZq+Vew`1wHu^lu9i)A_eBhulwLU
z`K?}L1ha-ZD6F>k8>y4WpA#VY2A)d==z57O=qd@ag$V=ine@Zxi<TzlLANx9uqn|A
zIDzKG=O*iEe~qv@&XJ4j%}e|VqW0XBhhYGTq^;P%PfFwN+q!Dsg2Zi0lFCB);fN_6
z1*ZC`o{SFtA<=fZOt<adFiC&5H`g2IbCDPb+T(BX_54$ZJy)3_#<Gl;zY|&ye{+3Z
zwQf8AlRfH<GInqtF0qd>SXa!=7c<Kptyo;+ccVE?ORQd`cF1#A!F^9md3irqBs*5(
z!6|3d!oa@G{TbXUo^hOusRD-|f8i-dYJhSDw37bu2V_hbMcO>XkNQoG3R{&ZpqhQ(
zRi;r0zFE>G)Ns|!l|7knB>A5aUTW(r_~j|qngejrOIo)zDxg9z765mq_Q4SQ_;|dT
z$1paTH9E+TTRWYDk}nh0TMX%*gp9WOJt^eL4O?J&z~-5DtP^R;<!WL={32UYS$NJG
z#>+>ucs)bUv{?4u(K<0Ks4BYwp(MDbVG1lW2tU`MDtq!T26`-CH;i>Tq>uWEdH#Ce
zzk*Q&wbP(a8YKNVxkShG4h0JZig^%M&tiy_P7l{)*KaX-r5G>sa(^V_&$Chht{%0^
z)w$`7_ncivWC;b#Uz3j3x-Ow+o({Ap56=wcF^tR#(fT7IA8+Q|JLP6kt&nMh;`rZl
z(n0w>LIh_8Z~QuE-U^=~mxltW%}c38%Hh|o)gCa$d0bjtg8VNpsx0E#18`zAI!n+&
zY{+)2?QF_3reID$F2obrlZX8ENzPF2dwFih0<B75R#1VK0L=_h1)0DI)NtF-`${(%
zTtt2Q51c%XaX>%e8x<;YSW>Z*o-jPYN_b96<G^pdN^X#^42!gz#W7ejntq$Qe$9v*
z;x7_2kgL&;k2Cj}<d%E6m#^NRSN>5n89>KUQ|hKFOdYDa=k1Q=m{R?4%uBy*>~*3k
z&J`7Z_;gi^0G_msG98St!BRU7PGdR0&mLLwZn;G=BK>TLLliO%ln;#CE8e<!lVICk
zQ@zrNdJB-#mN6Y?6Olh)?~}R;H}LAXXspGz>9r?wNX4=T7oecHpC?<(xytI)qLp<x
z>%EuklD1tn)eHMfcfFi@VBBeqksoRDDq=s=e~sCZc<D%<z*mK<Gx_cK+nhn4^F~h$
z2h_@fpA?hJ78ejB1~8mWN0l^eFzDmL(Ozq36`PBs`o1#Oi$0parCyf~fSVjK9tdpi
zVeP%<kpfc)OqksmMPY7Wv?mQRu^5(f=4tW8eB~QoHNz(_QJc{bGaEN(2AetmC77OL
zu}*X6HJaQdHSa!+w1<r@^;@SG%BB0n-E@SoNp8=*W72FDF#0tS(LCeL?Mf!o*peNa
zt>QWDNKa+NUe=3r68ih#5^a|y@}6ypo6fhQtXj<o-{|imZ^}bRtC?6JPhpwwZ|bFn
z#)*%jXGzM|zYK_j{D^EmkGnO$a!h}hd@wm7olL<N6aHtK<y&^iNt<?y*;gZ$Mq%))
zOxg|w%WV9w07SAJGvD8sEw-5va_RKY^n}4U%g$*RVA7qI%oRv6IyBSjD%53l=tKXq
zpKsCwN%BZbN~p64g@nB;`^dwxSru57%JIgfJjADW3ZTMz(DC@9&&wODzHCV)JeT|T
zGgX+J`nSuq?GfxtwM~f=Lish5Ok8Or@2jT1%vdkmMsoj<sLUx>1gR*YWrgYZ!6JgZ
zq?_sjE9I3UUyrU@mY3Gv^JA(Q)^PT;+!zk7&ij#`GsK2H6*RqUc+{Qy3y)`P^wdpX
z!jebsUcTn=^67|i>AfVY5b);yD&+Jq1bFOl?eh9oJ+<LFkiPU&8&x*b(xTw(y9)XX
z4FpSoQK#?sL@BSG3Vp`!_e{|n=K?1Y(tj$2e475MO<*>aQ;UdNYV7;_{>@IQ))j82
zq?Wp6s}@ddx<`r##uw47P+zBze0_JbsVd6SZ1CzIVL`Ut%$=1Zzs3N`dQy_VZ|6QV
zO3rjz`BCb<8G7c|@w&g~8%Jk<<Y@3$&y`!ZE}rfpJ}%V=O)yO-dm~~yR~cqTpBShE
zp4|U?#(hm>cm%<$;gRw=Wbld%eSVF}i+*e1o{9VwAEgxKPd9V%0d{WXcBeOhbZgZd
zoJ6^v%E1r52qb(l3VwNx03Pp@M)AMuKnY`uy(UKR?D^^n6y6jAtVxY2z(p6K=&vaC
znSEW(M2!z6?OiQ?L+z$RmAsnS_Gh&Rqdoj-ZSFn0**t+efLCi+%<w0i{+hiRk<GI3
zPGWe#WXS9=eL4Ys^@|Kl*3dV0XM0!jeC>)1ea4+=Af(|W>w5lRavu?HbpnXm^=Ed7
z-?FIpJy*eZ_{{R^F>*`Ju<!SC@n(jovKUD=^QxNg3xBhK91#Dr^{>+c#KVjme($fp
zK>q4g$?ymGecTJ?IdFf&M*8Yh5WT%`*wqT}1-Rlc&_gTkLVuyC9yy>e?V1;0rzVuU
zyIJJr163Dvz{{I1^!*v|1&hfCi6UMu-wv`r$LE>7a8}Q+Nndi0{~y1)))a4NvAeFG
z%dUe}+OM<?maEPBmF~ih1EBwz4a;<b9<=Z5VHXJ4bMeVZQ|5CqU@MGmv&sIs>5RV0
zkp|j%lyWT$rw1HAH#ufktoRR~CC~!sBCowS9<gHUt?H$<&y^mYV<rbZUoHpSfRCSj
zssOs}k=Gpw&%*HM>+2_8wDVb<-QvmTogH6z@2=z0Kk0v$Fu!e_(Z+v!-_iab*W>@@
z=T58f^+XXbtL1hOeZ|*-V3seSHR*pQwA(qMFMG8wDgk{2>(y-#|Fi8l2ZCR2!^tKg
z&@N62IrH^jlATI1eEZq&_qx%hZ~MXh|Hn^N^fj;yx(EFS>OoQcAqenq?N&khNNFbg
z+!v8@i|l*YOYX=%vLJV;dXO}yAjLJsJwtgWnAol@dW<aKb9)2W4wQUO-;1=Ri>tnM
zq$qIl^@yA9D|ALE#dltG=Y0`ER0*~}*?Am(ZeI`R0zUpY@o(k9;&=<#v>||%Z7MsS
z)Y(6GRNLu@0za7Z_gC<JO4)sMvt9FCDxN)N!v}_*UCoZaU6<}Dd(IVk#9r1|jHaM9
zTpgN7%rtjalekW{azg%V0dGCHPA0KfpKa*}cdr!=^&R-{4LHBqY(4!BJ4&!$lvwHZ
z%)=F(%@#%E>5g?>+eGg2wI<T+C7z<XI|@x22{#de0yr~l=2hN9PQ5daM@+Coj^b@&
z*9b%SpMU9SfK+`DM5v#I);y%3<yVtKPOiCY5l=TpOt+RTF`_eA<9$quqd1R33i<pI
zdmn{A%h#`5ye-zb8%ICNIRjZ6qg5U&A8pS0+*+Rp-f>Zi#>P`^an=br(Xr(^y@8F+
zh8uWh%xPztXPqoZx^Sfb7s06nBhlN$Uj2&uo12O|b;V=NUp`a?_Vm<RNwtlvqF7(f
zVl(o5`thN}l;?du3vO#i+bS>h=)}1*oYF!wh4Exgl^6DuLochRwr5nV+ahvw*`0;!
zjR6~9iP@bsZ+b3BaS-~;@JSdczIIYoe6cq5`&|IBT-XHYgp_9O-)rX`)|5Ac_ClX(
zo293yyn0U3wJ2l0KhgMcF8*9L<aWl;Wfu{h-cwwpr+OUMVD~KEhPhi(F*i<y8;YcD
zTM&2(pC4-8AUE?4jM^S@pPHkxCZuXbEPa{qJI13>?HzCSoAHvw`HzZlRF4urkgZ-5
zXrJC{m_PlIp)LX-O0ENdBY3yU4t24^NA_WSL3Vns(pSLv4;Eey1S^G9>{f$G&{7%h
zUl@5NX@UXq__>)AO`=WxKnl@xL?NAK<WF*|AKP|18%IY_U*!1OwcD9N)2ZGb?4T>`
z+Rd!~6YmuI+EWqX+G)|u7@B(Zruf=Q`Hn`?As)G32L@WH+1gHYV{U9GSyMYlz`#AU
zZI*yq<TOC)o@0K^&51ty=^D46Ih8PI${j3OH^$y}WT{fX94u}cnaMx=#hz#34Uwr?
zw7p~Kd2+)2OmU31D5u7mt-8jIOopUS?#^H&l?3wX!iDm{nB+BfCvmyM*EAPcX+v2%
zzkP|{0wC6Z7YUQVX9>du88T&ut^P!KJnMLF$M(+V`>j6*UoxwAY)@G<9v+Bl0Nmd%
z3_t2knb1vzz~zU6bsNEM%xf|ER_?*DOD*m!=CpP#k2{_y$`W$!lya*KP$bx@FTK9F
z9zQGg;a`zxkqAvwe~e1sBDVR(W?5av0K1Uy&Ku!|Y$N80H7*k58}Q1P#chQAQsv2t
z`H>~w<H;X?m(>qjJS3hF*%{kW+|;HtQwZe!vby45hiQgl%K_(|%J!(FFY>_RHk;V2
z%WL-<rvoevh@O!8n7N?AO*44d1O4PCQUZtiiVn7!kl2=WBUpMdI6!&H3UAClg#dTk
zLTX!PTV-Xz`~O;O_|9gkKRP@#VQf=JdHS+cSZ;@Xx+wHmUPRE88(DLaak>XZ=B+X@
zJ<{j{zZcQxIqz>D;py+pZ?*6T?_Ase)e}0~@;7ZH3Wed{Y^jw0+hm()Z}=v2=#EW{
zDoB4abfx~KZQ#jU@MyXCqK@$0H;HBwSi-n`)VJ?njNm|(*NnSa-pTh*Qw<fZ>en|<
zhOp5I>xL1ykDE|g`zlT?<&dG>U^`n(7Ej=FPZD5U67^ZVVDi3+-%$25YhX}?pN&<z
zG;*;j^)0)GVfXP48!RG^D}P@AwMczVUssEhz>1x6kP63jUNwS$6d0D;%kHS;8PL{a
z9gj|7@BfJn*2>(J(M6Q_<GYd5kqpK55vvr}@zsfUqF1B&3<IcMwNw44o>FqC0Jfv+
zZM;|OxzjgWy`}f|<5-TY8M(xvaIQ?U>1`QqGz{DxwCP2A(cml{MxV0K?H?e|XdNmK
zdYeMeaV(jDXD8RncK3Q8*7Mlj-K3*ZzF%SDJ<Hc_!lxed#J+|`<X+glu}3>@_+0b<
zk{R>X_5Z|JXjD@-W$(^ey~YO=Uj!|Iil;CQQew=px4MSG$T9~phEqD6xkic2^AAfF
z6tY>~lCxI^Jx)%5{JeuEMk9}dO<E+LNJ)}S??;7<9TC;;93SZqq>OecLSB8cG4nEN
zTfY*22&p8<?MzYd0IX#1me0mDHtf8PgM@1Gt#2kD`0+IT=6g*lo!$%H#>&6sBv1!N
zC%!N6Td9H}EN`+-IfSN$Dob|G4*{*N0Ik-1Yh2(!Ukj_)7cg3_u}Y$Vo1(G>MJuuc
z-qK>H>oHkq)A<QGR6}w7LL|YJx&yxBIMJm{sO@l{;(m>uYA+<;iWu2MA%2z#4t!iB
zc(_(H{M!;ev|~R|J*&6>I}RdN9x{kKOQTsV!tb@ST`Se+szS&zYTc(iEm=%wz@4W$
z5XC7debc9EsYPhLy9)m1Rkrfhd8!(FUe8aRx}izmACF5L<xkT*e=!8wm~T*QN{~ZT
zVN)8AxzEa*=~hO)2`^h{yjH)RS~B+Rkt4bobdZ$m@Q=W7KvvdPh8i^Q-5Rh~+$&Q+
z1s&55*tV%t^mP@kb$vhW!7LmGD%%`Aw+pjJn))uf)<(4GppJ5&;R6xxfb_)KrH0Z{
zi;j{2t%YsbZ@H6KdfzLRT<47ynXSwQRlXF8!PC|((C7))&}JR_m6Nn>2jrf_!q0b%
zd)M$RQkC8bjV-LUjt5C2cYTC0r7QY9(!<0G$fPc|2Rk);H9`l0guLz3z4rMn?WMrn
zKR?;y+Q>w1Imk<A(sDxRRS${U9AXkA@nO8;z|se_(r$Fe2MZNV_VwO%xv`Y{cMo8Y
z<peM^m}9zYR`TsLXFS8I&kP8-=T@ccPp81`9T?wiXq%-DAG4ju)awQBG96GXOXmZ5
z$4UP<65Tfb@eoYfC2ug<Wlng#5-g<uC4if@=TJFLC8Nh~;-mqW_^#CZwP8O#7IS9j
zQZ2ogv**WPhtXf(Ar60<7tTe}!^u5FKxLP*L*@|T;j)EluoXmecI-L<zgAsv&f`aG
z_=Rfng1aq|PjTWnbIN0avrrU4Jm2Vx)l?(!wrMFQ6c%-3_G03EgBtj#I6sLkNMf<$
zz=z!nN!Qy6nYD?iey{uP>SKV$6o#Ri9QNBu{9V~T0+AK#;@?U%#@}i!hF6KQ_|?7M
zIXoF)_<8DS^v_}R&kz_}P6=O;&erPV;07@@hvnL03o0!QiLe1HevVvOL+m)>0=PLr
z#0fT<=Tb>PMBG{yJm;*BMNxOMO5ILUxc^22?zBe;Wit@gRg{n|KvG+B5w5n_e5#(Z
zwi1HqPRpkxxX*vIauENj2R!9eOSW>utX37c$9*xJyj|Oyj6E&>K(p-BCsomvEczp2
zsYVR3bMM%R@qxii4?T&Q`mKlURB@ibrfQS@eD;95&eLzayzGPol;B)QnQHeB7F=MN
ze^c8q?tUeaKZHMFaP$^pPXf*g|Fc3D!}LB~ku()AiTt0Ja{JG$v&`Ay5JE1WX`Cv0
z;<bI5aDfZbmNKvEqHz@xK^7{eC6?2pe+4^p=}!5-I;95fS~T1kEfO^6mJe*D4gIsd
zX~{HnI~L;KNGw~O*w2?o8Ht?z(&4P5%ZZexs?Pgc-jGxTE={0vwEqJdaU5kbFkD`|
zOax{+O-n?XOJu(OWEbqeeN*)`8(p!jz{__bcBqQ=Ya|Ez!J<l@86i-Gv{h!A6@+8m
z*By|gZ!+^RS)r9}TwRSH9<wNDQDcHzdN5UaNZx^z+S)zK_uquHmb49U&FTXX{~|?{
z$-9@b`q%3?apd#yM{>i*2Xx%;W0Y%0>A$`Prfw~L{VyP#T!oPjXH75?I?AqJ0BmP}
zTgg0Sfw6crrB+l?wyC3A+2*#X>bY|EP)FXDORSj4R<DOpS|GUueq46Ih}aYB4SZFN
z7p1#ZtKZRwcc30ObXBEtyK)p#&kQ->-VSY3tb-&FP82T$3N4)wn6NNN@k$Sgu3ly<
zHBH29F#HsqJqcg37aNq7U@gMw9otM@!1}&t6*b;ErJSjq7I(Cfs+C{@CMds{eKEN!
zXLPn3)U)GJk2z9$cYGXDbSXb@Z_4{noMm(44IVS=_eP~}2(3G?EuvPMljCkX61L|7
zQg}^&IMf1PFhd4+;$JzYT-7?9VZ8JZ&H|$9pD#O>ulyR|SDa)T%l$=_jLhGFaQ1@{
z6BT5k=AorJPHP;*Q}gyAduGo@)pIyQ@1r6cG>}uBmZ#;k?v=ru)bX3v1YoSb<<%O>
z6a3C6_y%`M4k*&;9CsDgZqVkMFHVn4W70BkB+#z_uT5&Q8Z^<j#gV6bZ75m1{AJuo
z<%oaO)&F3{4sYPu^TYJH`brqfUasJGtp(A<6Y+b{!02V;d8`$1Aexx7TCXAeJ|AzD
zGF#!qya@RmKbSyOK&~s9V~na7x}1+`3(I!h;CW09FIy5=^?pkSB_lA5q&rftR7&74
zt{bDM-kiy!^ZH2eEG2q;h>PwR$zI1>4fL@1O^a)yuejij_=fmg#PLG)HGtO$6lSk{
z;+4&soHl)DNIYJzhU5ndw=$n4+pUUdZ*c^QK{;9;@hk-AUxY-t|E6X;9kLEsJ(pYj
zL2?;&MHC-5-~Np7oJ`pto;7M!-J$P&ClR&nXN&PDiUB_f)DM_4-G~t?OLpg1zO4hj
zxF?PWnM%Z!huO9?M@!!ZY+-}j@m+Vx#X<VPGjA@Om0<_ba9IyFoqjR&w6d)_j}j`c
z_yOVC_h>ImvdCHmkSI4wS1<|}={Z(z>|-T~o=<T+x_kqTFulDlQ*U%@3E8%|Fc7)1
zH~f|qp5T<U@0niLYphRhY2P2WOVn2AV?&uG)FT?S<ezX(V}g&uRPmA_yKvTM1mPV}
z=$H$UyW;uMqad>3@fEstKuSDL&b{?h0z@7h2U!A`9bb>ETX+DL=8h5-X@ek=(RQOp
z4~p=M{;#u`n+}N+?^8m0R$6Fl1G`ttCEyZnTHema)n9WkPd%C(5%RK?*A!V1$2RVd
zkjAlcPhu`I4X)Mw54;h@J?-;P5U;og-h>Ko&U#sp-Or@o-<D%N)3?S%RgJImdFOJj
zLYiEmhfj%E)uygU9&1>2&RTW&!w$`Vrwiz8?p5^;7Rmr0*p1JX$5CFTMt)hZ{@jJV
zeKyk%?WuutZ|2--aSi$iiy*YX0ACZY)nh$kRzWj9TKDZ=p|r18d;DBzYOrJXC-<xH
zSag7!$1Dq0KbE$=iwb*AR~;sIXb%PY4Vx*>!`TJ`_qtr&LV1<n6lFPc;c<CD4GA{w
zDIMiI6t;Xc=VD-mc{8ri7GYiYZP?G2s4EW#4uq8!Z@qb(UVARU^T)g5N-6@&5i!a7
zGIr*kDTAcFn}InK@WR^f9bn09rCaS#9S&Qu;AT7=j!O2$OQtvQy&>yK(N*QcDbLKA
zyBBY!zLTHrOHXgfkuU!F5pvAb$FTzO!eFk)R8G0xnk>@rSQ<SrWqGDLBroCk1u?mA
zk2r{}A4a^Hv{{GWj}NxHLsdVt%%$_M3>0$bX<-4P&jy?yJ^5GJBS@J$i<$9c7K)Ve
z_lnw$AvBQ>@<)XBf7H!EM_H_PR2kxc5wQ!8NFk5i>cz|CM4=xuA!Zk}U_N(0!lj;#
zN>x^>>3(Z1vP-%iA1{B#^WKZ9lP}2(n(ySmW_;4}y&XiIHVFD}(6wv_PgnG)iprO#
zK?-_M+6;g=PVrutppI<0^-bO>Z%j%+Ys)6<qNf5nkCg7lGf~e0odGC?Rq)|G5ZA~*
zqNWB2h%7PrzF_k;HkkY7v8yqH-HNqfL;&2b>2W~Sw%OKG?q)pP6G;-C=w+W{eAOea
z=V)gCo4A45bp);7TZJ&>S7Ymk6y|`;6*duvHcLTxbyP)W|ND(FD2kFay)@ybxBd^L
zj64aMzX0z0ueP>1OC};u_b5_8;d@QG7(SKOiqM)RG1DG}aTUP8Xmr$gFwAkQ34=%K
zwPsv)#{i0FE-y5gzQ7y<IP$E+sx&yMRlz_Cxi6*At?xfd+vD;x`i`0-0=qPEobJbb
ztEuu11UVi_Rs?ZL*Hg`wiRrG!U7vFhrU0Ve?J&dj9v}}FPg!g_HLW!hN(NtbMA%^I
z@+}n(p7znRNytF`^2J!ou>RIV^MX^h+`C6_7CrL%kAS0nUR~_6ZU}FAcfR1+56M17
zr6W+<DQD-SlHRopRLe8PtLv)dqVtd^4=%~$*+Z)R2SX@#!{IPpDx745ZK*CAOEj*V
zS!d4opGFLr%_v=$M-8^^TLES=0GMAicl@ZS!6L56YKGt+B#clV$$n!TmB=wRZx%zx
z7Nw;9Yr>*4;PN^e${W{QqeRbDJUjdXk^RTSjKxDJgv!td`fBkz;GWEq(d3t<0fGh5
z)dBNCTxM$m=~!kuJpM*7;?MmgN&7P@me2TdOxSzwEfoV0A2F}1Y2+uPsul!+xgv>G
zI1DF=6WI=3_w4mR?YS>C;xj%DUh!zmMGvWS{}q~~9s=<rw*q<RomlMTzP@j0)eG3K
z^mr2@6st`TlA@GTvsl1$j~2^)NdZvLc$qd`7gf;3N%Lss<7Hk!kthIAp=3=~=q&Ru
z^Szruf|bIjDrOZ)djC~vQk$i55>dmzMrD=js88;-zkd6MPhD$8umv0sQ8cIVQ3)E_
zPl<-xt#|_55<Mr|Iufivg%JB?FLO*mABVTt+apfm#fy`&mT--_tJ#8QB^zL2uEG6N
z1Ngl`u2xX0GH+^&%vF-ZPxbL_0``*A`>QcX`1XgVOWKK-O!tn@g%t_Z923@)tq2W+
z21P6$fk8WEzcDdF4*mLbsB30J@Yc%VI+bzC^y!!%N1F#zlk@o&shyz0d9D2kC)rNj
zHO-%@$72-4Eyx(OM>m(3NVcFgr+L?MbC6I*y$W}(Erz{nRubjz!aE-iw_-#spFkE)
z2c=HDRMM=`-u4PLk#|n)y@M9a=6l+$+MojN_I-y^W4O?Aagnhp*~;UdZN}FFtP=vG
zMbcJ9t+T}oZvsoNV=u#>_~TsTJy+*Kl#y3I{{=B8ACE|g+WV}Qs+b9d*YjX5qmX4`
z`g^KS%*z3<X2bZORxS`-9u+;@z5bYv$%Tzc(E}1~Vv?6qV}ISaMT}Bi=c5m*wN7TW
zN(KN4opk8sZuKvL^=wn8P^-qEi0?=s`g6GYs9udmodtJ+KRsz;$e|`Z)`1?j^WRf4
zYy*8AGy%5M&26^3|C0=FIq-*WkEXGW$YNPLjUndV_H@cca#OOUNUEeyr<yjVqF-x)
zkq4MP6Qea;WzocFWs6q!5kWAR;P`?CCUUzE+8T$Kntf~6fY+f8V#CFH)xZ8K=zUxi
zJ-Qd@ZR=R*mSdRsia~2P`VH~4*fiQw?d!HuwVe>bN|A3bRCdaiUwZ$S(==VZl;(cZ
zLT*-pa8$zk$s1ZUu;TE8WY{`{uiy%#>!Dll^zX~JmkfDU?e&+miR`=t>d%!Lr)^R$
zM?DRdzY4tTOqY(N-oxwKSQ;i`P)%0&?Rmo!5{IgiCWy>G{<IjM&MSVyev~g2*JC?;
z#CB&Ur%W&6LRM@GmTVL4_-gy}Vj}9n6^Z)f1*0c39A33=4D{|dX<r)9NlU@==M|6I
zzw1ZU?~Nohtof6J!NDJW<#)q^>BvBmDDz3JRi<X|HeZNI#iOLh4o7R!+WE1$m@9_A
zZb7L(2QrQ+s@LWwrTrV&KGpwjhCb%MFGG}R>0iHr7e8Cc>`Sy2Pg$&rOs?$SvqC^*
z+;eSeB7(hbBH8<NA6Mg?{JGQgww0C&W~;9Hm@N_R(jeRv%iU<V&>KOL2$W~~G2X@l
z{_)PNv>YDyP?`5qaqIoPD}gwBJ}sHLZ;@98gLQCuqfFLa^A9bA7za@p?A^F^^J-g{
zS*TkbQd#5`H64{2BfUG))p2S108OdL)5(vk#~VSb(&l$L?WNR<<^E~F&*v_lt5xwe
z4=)e5xp9$?;ANm`DDFPJxQ@SvEWgM|-Q!~`%ZF|yTH<i_p{$3i5T<2G-^vyI$ND)}
z`XSidejPc~Gb{J#VRxfkYKAjx<nvX0uHgGSCcP<E9X1QgTFsTT4jpCAFHC<clI_gB
zz*A>4Qt}z_QE1LLuFY{uiWwVC&7HA+Jb6zj+XsVpWoZnhohBKqgjxpWRl64(|5>N>
zw)umO=Q7=No^}?#>CUh2X6h)Z5w7>TpYsuA9Vhv!NE#8;{9WKS^xIyimQEG?jD8|$
zsmicLuk>YfM13KM58;${tY>cp!s~G}F-)%ixZPXC9W-`HGS`C-KV(8}C(AW3%i31S
zh@p#_uBcR9d#le((`3Z3&-{B$VAajWu%qWX>m7&pAxVm)<81rFq<Aw1?fCt9tM#%8
z!%So^_#eOW>5n4X00Z0vpDG>0miea>AQSOp><cPK7>K@mA}D!q09_r`{QyyBnL-sP
z7V=9V5gbW!(V^(YKn?7rFG2ZNcHEdrSI_dXjdNE%xOSjOJpVmJcapUfNmOO0BT;p_
zQ~X?6)?JHFS>P|g8o%1O*nKZ%-NfV+una4;4`Xxek>QJR9ePXMWaBZ|KWu(vYI+p>
z?R1heRj@lBXIS4-weP&T1J=UsnmPk!#<k#E=JF2fP$TT^LtiFnf?YQ7D2?uLv*gF6
zd40AmoKZK5;!g@1ZMQK~uQ`7UY_wQb$Z~Rqa*i6ekq{pJP{l#>^Au*(gk-kYa3)1D
z>?@T7tV(N7_UQFT_&>YLe2WdMOQZ++O&nVJl5KBTPac`REj9c3S+`={zMg@slmh2a
zU*h~o%#(g1a}*Mm750xWHBfQ$V@M}wlDI(i*NMmflugkOPV(w==5)R$joAFra%`yO
zfSwlz<F!qo$;K@s=3MPZIrpGg5oxS?j}o7t*TTqrp=4A_pPB8aJzl~#PLd77V^P6g
zc)_VdNPP-<|L4M1TZ-cs?T(zcv(%N5qpH<z^4!%E{{||YjA0EP|Am6+mUzL?+ALHX
zE(Yen@3&m!FTnGjh5obqws@oCPB1po&u6i5e8jzXg|KD%m{yeb@)GQ7i76CvLxwf$
zWoF&cA>9X>_9Gv}t&B#GQ~fM$V-ruMZMhG^r%cXhY4sYI*S)EpY0Qo@trb5%<FP5;
za$z+n+d^$LXRPZY>4TzUiOoWzhIP^^-JRriLAk?M>h8JG7tQ2--sEGEB*U5E-VKcS
zmRP&!M#GxU2aW#3){uTx$oPRSSPNSczxU4nx2-%GNmT@;{XTwq*+pjH0~YN<l@bK#
z)#lUc^9Vf_@ln<HlYbb=^>t|ca3mOeV#QxKOwFm?&hEml-iG$yXK}DR?=9N)@A-Zj
zZoQH$Y|9(-ubJ^9%jC><#*-C0xu)Keiyp`6n+`>1t|Y5;du(=+m9u62z5;@RzU4Ty
zO&semF13C0iD>4yTJ`*(jS|?RWTRIzb8p61j6=_V#jM4vePTArySNvTO!}jb^2T7g
z_1X?Rx?5R}7ov<KGSA&cK8zn-Re2IovPq1|$L7)MO78^Q`r$6+2K;nWsJXx}{+ih1
ztc}7@Ghc%*UZk0`Nq^z*yb&D2YU2ZgIKj0#@W-}puTQjXjm9-xesQQX+N)gHSGUne
zoF-rHR~^~4TouyZ4|?lDe>FCXT)Q^g(pUP^`x{vSo1W`$V${cmV_RfA4_c+Cp~&dB
zFrS&ahmMmL`_ci+S;6H4z2*RsJ*_qc^0n`yuEL$=;*T38R(wX{&jQZB+9zb$;ll*B
z#lH3v5xzBpNPlqspQa~=fEOFDYroVs;<)2^xk1z2urvowC?=~}m%`qu59)M&x`Yt=
zWk$<<UgKMdknz_*7}bj+jf=o`N;V3PiNiqc5XE54Z=l=~*8EJ0TDuDgs!sdA8_n_L
zW-TFjk)XY|9uDuV+)3g+9qW7GiGn(!RRM7{A2q@db<Sn8w1;`4<%uWqgRkJFL)9yF
zMNc{>yFC9sBZ-Lh^1FdEqe?FXTjsaBJr&K=`jl&pIS2`ITx(7sn}7D=^{fVKA}4h3
zzcJsg7O(%jstw%hm(3styL1M-V|Mv4m8gTr9v_g&Gp{_<ySAaIZhV<D{%KZJYw+8v
z-ZNo6>T)N)^ixuAmd#a9+b2i~TCF{6!>|SM(~@n&?74l)acSD?O8=^mmd*R3&4>10
z-74zTBVB*>5@UYPFXR{}2lWi;IBomZ3o0}(=Uw77xnt6=7IIHXe>Jr8cCE3L{TS&k
zV5LlM*w!w&pSb=KSS25JGxd&ChO9^h%aN<$y07`4ZmN(t{cTm&^@0@H0@(gZw?8@a
zUt!Q=WX+;PZkiO`UclVhvdB|xKp^Ek5Z&%ea}ja69#VHp^w@-D5{XdDEBX8cMkNaA
zogVY!t)hBYk&Geu2yprTIWG^_P3yZ_pH@N9e<w<dyH#`Ab^?=?o$L-E0r<13-L#M@
z@pblN>C4hn#3;h8Stk~dpInjB$2BrV17#DhA}%)Xcc0D{Q&yAEN|Tot5TB5FXJzw;
z81!X%JjH`=QfxVd8!J+_VF7r^f)|8KRnU+L>buOy+@r0%!7OwiHtESDeEu9rIYEds
zXjs2L*-G$8hol_O90K=X%cW>vZ?IqrrV%D~8-(03buCE=Nf>Cx6D4}lS`o6$*NPce
zZl(?W=jN&@FS%%-%kBE#9h&sVQmP`zadIoo=P2vB;L~IkdbHrpZl29n8E>$)Y5nf1
z2r4Z(_<L`KcDtg1_vRIcE{I2Ky#>XyQA2(hmh^2|fNm<7%&OuO`&~J&HhNL98Oh)U
zaILs)23HXo5oQ{P^<{$Pa=opSaSjh#-Lu_ru8GRY$G(IY%ndab&Fuz@8kXU-d7zC#
zmcI<F&hoW6+*a7L5xTEb?9or)`4|t1-BDOk8P`v;skq1My~3S=Ag=a4I&#%K_l23y
z4jIw*c}EjrjlqC^rj6GQJcNU-29i9MNupE)4)<80Hz*VUGp79#N&v0XU<~YBUlL9y
zrSsIQio`BWRp<G~69c2Pd6AEd^doyRlC%Bq7HPS*)gX~}vR6w>5zWez=Yj5@(b(pr
z`!6k)HTp0K_N%#|kO{#EG-=bF`Gg<)7t*dc2z6=Z+vWWML!0Mj{<6Z#EWc~TFSh!D
zFI^TU?KIWH(vUciBTtW)MfRZWhR+&xduL;2YeMmTh9)~y#e^8bb2JFb6c|vLPeirB
zO85pOTRSp={<2u$F!cUN2fcLC^5m~4HoW)z`}_rI|AOMX&OfS}oRl+~&&ntpv^wX0
zi<+}pC@MT_0#4cxyT_^nYKVcM*1OO=smv&jCcH2r`iKIEm1Z!^&P@FbX+`zJ<}EcV
z7c{HvT6ZWArO>yMhi!zQM_-r{i8#-NsC-$5t2ghN^N-Cn3fEXlv1Z4nDH`Op^<r9H
z<*XVgQM;TG<WcpUibU>tQ$?@Ecj_*`*8DzrlU{+kVTt&!A0$j>gI7<6xpwBaPi>_o
zS-EuR<lx6IYfA}mZgW_F%=-}}WdcmY_Gc^{1IK6k|L3XuM!M|K(enar9}o{FmacY_
zO!Vp)C6VVtGvb|Pp@5m93K5ZKDYu!Y2eI75_HV3XINDNzwf<Ug*_BZ3zZ@`V@Z6_~
z`b*b3bYCG|4KJCi>UeW65%s8Xv)5}(-N6B=#R9Whp|?9E!S$Ovw;t0`_RF|(G9tA8
zL?X(=u^E^cDynj}Me}b>?0?7M>yBrTus8~R7Bvpo>8opCWrChZl@;-=rfD!=P>fE<
zGOH=79Ry?slPikQ?wOE8U<Yc3Hi-ZU2@_<&Lw{^3?%fKyHHkl&)CTV>+`ps<*&y46
zD3O)B!w4J*cr~Nps7jkaiO1*25X(AKr8YacBgl-SLEyVnTH+yYUYk0(Q)CRqs_4iX
z3)E038t>O>mWUiHn#;F6*qk2d0~uBlnkM+|?-^4s>qGth!l8jWcw)eopwvX-pKl!V
zz`K6)^7oDjedXS_Tdtu^kg){FqRalS(jKwKfqcucLwRq;={a^5ql}M*r0I5%{@S@O
z4qBun1<f)!RXR=0^5^WLooGJ|?temV7eZ+jLP~PHl+Hp*tc`YEr~kYvI<-NSg=Gp}
z0!&9rf2BJK&006YTMn`Hr(um3{1<kE6Hi@NPuyj3r4Cz=mqU^cbZ*sog?^6ge|L=e
zcGX9!u7agnMNK_Uy2^_U%IkLHm~Ngb=tgG>h%IlJ^qYk@mzSwfDR&C@|E4{2@IJV=
zQ?WeqJ*j?#1K@Zc)K`KnT4bmv2sjMOvI?&`&`ASMxqOwR;{h!Hxu{V;p!Q-d{OM-~
zc@s->=aL8?=?ej1ns-CXgd=8!=+JOXYYORF3DD-)N#!p?Ks}YBkgl-6<OIu>yk)g_
z`rN-oEflNqyD);3W4E5%Su!VG{E>d|im}L7ul{=_Cnc@{w9ND#CP%jGqf0OX4E(an
zJjHmX`7_L?k+VN}cs5;MB27hmE~+?#LsnZh5doz@M$O6USXJ6lZ{3yyDJE1eCLvzr
zpt(!r*JL*|1=6w1?-q$S!@7h!!G@Qx0t4SS0>N~ey&xH|;%F^G$TB%)6!5^M^uklg
z)EQNODlj}tSdvX|`Vs)ve=6)PF{a%4L279EkM0cqt(MoV>qPle0A_LoWVZUowrMCx
zE%$hmUSm4xQyK2O0c6%tldI0&4pc2%drs)NdZ}u`PQ4(QJc2IwJ@L-@%e8mj(|r9B
z#d<bPg!b8%9^u5xkc2Ed9#d<55A?vRNgNw<IBJEa+)#xB`I6))%OLYe82=^)X({K|
zT&?+G)Is@P6^;YE=)z`kDIhJzyOdt(u?o%54`sV;aH+>AxR*qIQ_~q|&p<mCEHq`W
zAk@C!{GQk5X-^<?P7JF{ly?isb%w;v#&HM=!1vU%97Mfsk>{w=19*pejvw+Hu~{AK
zz0Mw}D<T`Ho6D2n0*1(Lzx0GkSQcM;jtff8Q7zSr-~Y8C<1SP+Pp3BReQ<6u@Gd_u
zN$9_)awC#j1i;gLfviG)dr9JzO~xAckZfhBm*TrrYxYzI!D)nZ>a}kcW{#cpWucHQ
za_iDu#PlS|q+^}BN8_VmqyT;Ct4SrAKMAz8HfEjL?_I{%fuFPI|5THWrHe-D;%W`A
zzAtGTldSwPfXdS7Fty>s%Y!P1bdDYF)$P#BP)ZKkZQw%CY7CZ9BZYyyNQfoR{L|jW
znXwQY;Xn1I6>v2-xss?r@0p?CVBMR!brc)>`=E8o7WNYTE4tKtP}{eKQA22ibik7H
zc6|D$en+ml;XSND8)UXR5`9{5Pgc1PpHycELXlno+3GWfc*LXb-=2p1(kX6?Z^ch*
zmG%m-`6*A)3SwT7ey?sDwML%=tApBcy>D$~eFU{gHd~Ibwa7Mf`UjPhBq{3R0O{^@
zDqgogLciaxnA@DG%;JVTId@9FcB^@>Ue@aTg~(7mQJX;4kd6BIL-{Ei)q|rRAd;a5
zZ<oCOK~XxD=2F)`*j8YKKS;(DZR>Zv&}znHupIQROL}Nj=YJ9RmThq~f!1!GkdOod
zgg|f!?k<B25IlHrAA;-PuEE{igS$Hn65IxN8Dwy0a6jyQe!+V_ocC*W_0`=~-B*{a
zb+0Hu?E(c|(_3g7kBAu&MiF%1aVcYbmlb#{F>)jS@$kxZRY<dJ{nB0N$uRFD*UDZz
z-0r2>9B`+z8(k*inwmh^c9suKl$s{pnqsR*#@TqaAC-h5b`&ybqdfa4HT3CEEu@+Z
zLM6Qqeqsdx<6Vj?oJWKIu|qS`O4q4D)doM}0wZYbaUhF7kupc)f3hFTg7TSu9v4=}
z`!S5qx9U{3jmPeh6rmF6MBj|WTkh(t#k?g{tIa?m@ug*%Ra0h88It)GQA@mVMcRR`
z#iLDe{QF3rg^BRpGcn`#UoD=7qcf~J+Rbv?Z39{!*wyTKNLmE_bnhvVRvz{V&%ISq
zL&RO7kmlh$m6x~8T?-`jr(Y9gM0Yv(h4y{juGEP{V7vn1*{_<-t+%UG2X3g@bkkkV
zUS7tq7__RZhX>QlbhW21Ajj=E9PJ@L3C}4Vw+iPC>*riYIFO(7;~R=_)zG#}-GVbg
zws7(=FY(h(?F~dpb9o|l>gu%LWqXjiC42RftB4t(VGJ?KJ-r{*nVCNq_92WP%l1_{
zTNl0mIh4nY(4^(+jY)!s39B~g6MI41v<&A;)a>05&+ZlRe^Y1u`L*9B<TwtGZ5Pb%
zRnAhW{yRKg39pvZoyJH$tNv^Lkmv2eCV}>hDRC(8NH4pV^waw3`Cb#-ZL_qyQv9-h
z!&t)`=8y*)DNBpi&zff#?XG=dMx_|zGPNd#l80t~qwDLF{n(`8oV_>ASXj4@LNnNQ
zfE^3IN4=h#ZRLkQHcG-dwF7m=js;ZFxm8#&mTf%*bpuD?J<cB4yn+{y2aMWX@cgm)
z-jamgSI-U-p==FDq(}dNgBGk&&oM|l3O`$-+EBTSPp9E~x5xr1NT;ntXDOwPwFz!2
zKVe5CM3q-*Quc5<5Tp3Fjz9U896%SFnvd4#hPCX+cDye#-+vnd#8<X}EMrC8*QLD&
z?S&{(p6y-mLkr_OgfD{UH@@&=`Tuso)eN0F**M6{i`Y<JqF~6Y={C)}vr^M4`1vco
zL+)=VC7%a%LiJ<KrjgewRF+0}sboRQ*u^(lATik#_cza|3|xfSf3eTySc^%i@67TS
z)+P>Ymy{bSzz?*%{wEaZe#RK3nZgFnLj}LfeHyTEu#lK^OigXtXXaJ4*gfbQ&mNHH
zZ#vX)Yh~Qrq%KSHxG<4Ge%h9D37iKqY%VnT&1jR{!w#Z-Z<d)*e}keQXtsBIT)iAC
z^ryKy%bAyT8y*Ln=8g%oi!QuVe>*rDMmw^zhBK7z{|<?KFI6<0B!C(1G_8_(dQe!!
z^bgi^IrPnQq*l5xU2+RVm37LbC)hho;UlgB40*IV0Od27YzIbVPo+92#=QU68f@%3
zUFKe~(eqpj?7J>czS)&M9WZrsU3NFFzq6`cy0UGlnCdxJWr>8to7YyW4$~YS7&}=_
z@nktNNMj=c0P3ADO9;zXrLzrt%ZZqL)8IE7_D|Q|txvB-P5N^C%*nI+RKDIrC_}FW
z^S?CS6+L%SJa+lehl#jm+jIe}p6_71DF0t1*Z&vKS${8*@scel^yY>8-2Q7{C+=yz
ziBQJNeC7*AJgv_y|Br{4$!nJTVRHvUMxlYS`JjuJ!V8+RwU?+v(TB<B7nz5Lay!Ty
z#_zGu4*%vl-_?^Izj*JEV^;OQt$A5%e{sn^Ex7jT>C1UCdvPKD3a9_S_^kg2mwvnm
z_<#Kj9&Fi@6W`I*vInkfY31X1qVhOzkOm$pl5xi}`xSMhHg?Qqm(pW)OtLJseezo@
zZ}B>+pZF3a^By1hSRjC=ha66l0gA=_zo(Vy(fd#m3DsDrJd1!+laSZ)oArz;7u_{I
zTyJfd)CMgmI@j-~QqB^KjE>K0sz|nlMmEpYvB9eToc<CjcbH)+C;xtNi&R3Jjq=)s
zaS>^0Eh9$o(^VsAh}-Z9<;qaTEmKIW*@Gw;Z}x;+W$mFBnsnA1`1VX7W8``nfizX7
zX^pe%JB#}xm(R|uzr=u)V~EQIDkTe$#um$Z@>=Wv#oz~gmDT>b2k}ewCmXzmOZ2Bc
zAnG<Bo$%;2-SlkUDYOkQtc^iem+`#78L_alGCq3R(<1ToV}&J)?&)?$mm=`TPsl=2
z%~(PsZ9*RQ^sSkNj=I*t&wIvFxwa9`o92sQ7ua^};zwQzfUJ;8TLXm-Mfouy6=R#)
z7Ab7V7phNH#tNj`{B9Z!F;Mv#Q42u@3Oy}3^Se17dHtjD5$@%3^D8h*eXHj)$=fsX
zjjjix=NL>@q&Aw?1m>d{01F*sl?*m7$gYtymBPzmkgVDxS4Oc{V)I;k%*p|->aF)3
zf{|FR3L7_;Tmad$`F`RGIrILBjj&TBmDo3Ii{2clh2m&lL9ZHFKJa(k0MNTo1cS2;
zpD;4&KeDI32lr7Xgx37b!ZxX0xzel?Ddd|}PH|>#1Gb0*Qlrw+T)7rK9j1-t@DW^b
zt0&nv?;o<Ol&C0ARFWa($sXIjChxCYftZPUjf<QcJ0R(62286rLVd=MZaS>=2w>pp
zc1h{lTK~7BlLj5<1lGug?`%Du8|pN-%H5X8SjoFXr$5;nA?KbBujxi)X+rl6>a+D{
zS*H&Qsh(_&TDLI}PgJMG$PQ-ZnZR_qmeni&(%Fw(e@I2Agg85PWedOEYI4$1SKQxr
zhqHqla(iV%;SIPZ+@k@q@e3nyRCgb+0s@bBr!mo5)U;$>JrqF>YEJDu?zxeA%7_9R
z6|c-_s8f{+%a}yl5U9h9Q1$3QFt0HB$(R0M#iak~!Zp6>-f^~U|IN8&r`?+@iF>D(
zcJCFELM+$C{Lr%ZWyj&+Z>eSM(KZ9jI3`Q2G@Hp3OhVvBPFl7eZX5~;JfXLJBmPr!
z>p6LfSit#}E&PpH8r8jKQXxAbdA<0}E7uv{;IhYce)p*!jz}`^nZKmHi_p(-p3juo
zHvH|L#V&3MSIS1vW}-JXV)rfHrU~=sb*}Pa<W;bIRci7+X9{EX?7cdG9FqoZa$R@2
z#L#g4@2KsaY3eMC{CO)8Wf}<u6b5`vnA-+)OTbqOeSo)@#@e-Y{P;H!2K3{<BI;GY
z#+o>vtewE7tyTe1)v#0^(&VQVvlVzTAl=jQ7up-HDfF#n13h$N!!VBVn}kh5$<X;B
zgUlK602=0%9dW7F|8N~PBjCpNyto!WL+Er#IhlaYub%G$tO00iC}Cx)8^s1w^I2F6
zq%H?}iudOnbr%}dC=bDGQRU&4<X=A3fzm~8$gjzY%Li*AvIvRfmEXmI0LB8|umhx~
zI13^in|^I5VhjELsWR!Xma(cLP%owbzpl1emqD0=RWM=uAlix!6{Hs<to?GSbE>9#
z(0bd#bFbbR(z4BDF$_8DKM$k)B%xSDa@%-Xmd#*CX+&$3PrSd!>6A}(!g%y{BXT=0
z%7Ph%iv0kB{N%`!)F3h!+A(`|Sen3Eo6Y==Onxe|u|Bt7p6`(h7h)_Na6AR&OrseP
z8odX*sJ6leYOpK!(j_?Fq>v@NB2nW^;3MA*&Cm@&Kwp_;iW5Fe%XO;HjMGj@1$C`M
zoFxkA&CId$vEg7~2(Ws@5_FYESv|F}8hPkJt}~o*Fm)@}aROk9o=K9J-Yw}yk{Osy
zU<=(C;f%O<ogw>Oaz?OBs0f3?%_4*p<B_~BtvHda+J1Au2LoKn@SX@QSXYnq&(zCQ
zo4)*MB75TN==)gA-YnrRE7l~{Wg$z-5vs;8Ng>YZR!oKh2`oT8;-wma^XNIbm9ieu
zZV^h_&6w4T4os}*^Vy_{S<&bpfvK%CjP{pydu7WLqQ!M-0IQKM^n{uZ2~ksX3bwUy
zp3EEPjKUc-(d@N|g_F3xm~XAxQ3l^;^DG+0BXA$TObIS(NBoiIZ(U-s8<h#X1Ap(r
zx;gH~qEOf7WHa>GsNZP$gk5u5$>>~&0$Nzzrg}s`xW8a3HlUAgq}tnW9EG*XZoXDY
z&8$pqDl#Xn)w_6hZ-)uBo%=j{V0`<kuB!!xN7XR0RD9}?x&V_tZaG%=7JnREd52=?
zQm~Iwm%h4avLto>-0r1=Cz&+*i=-8QnpPRv`=hzS36sQ+B`lhqxy=*iokFfCB?g;Z
z6uUg2f4f8ta#5vgyv3anVOZBlE-gyZJ2`dvzcIT~VxOWP`=zw>KwHgM>-dT;r7ygb
zN8ZD%i(N7$AQy$$yOhh}PuOjSyww5OO&riMCMVq&pvninsqs1tY$bIVK&Nv!jIKfd
z2%ySw4*l42h92}e%`vEqQdy$ll)R`fosL=yNJ2vm*^>Il{Gv!OA1~a~jV+6hEEMP{
zvGdxL27iSBE#!S}PwI0LKkBHtoMs|PuS>!F1_nE3SW;+Fl9WxXOlr90c7wtU=I84}
zU#bYTmBp$J<I`ss%1BvenjA3Y^SbpFZ~^<f>r-#UdUGehlrxomv(E34R!w!UwN--*
zvX@x}Z+c>m;awN{qT<L$fj9SeF-veo#gZKhYobf7+q5J0yvE6+_<G~XaK(fs?=LIN
z!{;10_}1KQjdNFI%T{?j{U185499PbFjC_7tu=MkRz=>xLMZ><WO0I|B9d=cdn-Ji
z>Iq2-7%{^4tusu(fz{Nk6a6y5H9=j&7UznKGk(R^JKqXru7)kqO7R=FO*j9=>l<@x
zlC?o1Qs%V2OCjYA8bY_`Q+Bx5LLck0y<|aG1{|TaV~$Pn^kH+F7);l#R<(vD2jLuO
zd@C%vj6V>uw4vQumdZn4p@N$K@JoM3*WRxL5+wIo-h66Jj4b+GwbX~_l6Np2pqucQ
zXwEV>-HUlymRn0vtv`<!>MMwLeU$T0+iL=I<Gs*8^8pN=dOu}|tv}oqHPzpB*YaJ<
zdzXh0%1n?*6qc)3WG|k!Qn+NEpwu>E1UL_)t{_v}CZ`-)!tV(KeyTDn2gXX1{r)m7
zG1K5fZu#2{P8r@nTN7Y_Zuiusi0m;hKr=SLd{uUX3P5kG%(9L&C|q*xGzG<@l*UwD
zt@p>G+7K76lgnq6lYAX3^3sTUxN@=;*;hThBl6_%-;t077k-Sv(-LTv(9%6_H4C?M
z&5dJub82|m;xi7ER#lnhb~9h$!Q>d3$~tO^T(d;#L-M*hKyO!Jlmn2*Fbk$*;1rc)
zrbh-|rkqK19P>09*1cdcmTBl>DX}^4nah_Yu5OE4d;Rz54k;%6H5PIMxah^1sYln~
zk!`#9!#!)BCbRsyYk%vQ5Sgns_1;~@?VZ?<Hi2cI{i}gMG#orKpC-YnK!~lNUTOHV
z6Cq9TJSpU<Bp=z)h2P1FJN@F?uo|DEtQ{(!?$DNMkSksQu7pbvDqwqkSZ}{PR425t
zf1CGHG(%$M17Cwl-<8j0gZ?-B6Kr#9O*sCC8e|1{9W!On{AKFq+$M-dKBfJ<^$5*;
zxbGIB<WA?kx^sev<2lU2&<VdN*CU%MQV95ti8b8&1wm+0uNMXXVNsv~Ho`Wi#juJK
z=a>-ZKN!U(463p8kd$@ptRM4JsvO9?Rwa%c=1GRfB5h#b_g0DBy2_7oa`abtPo!91
zd}p&Ld*LCF!J&G)zP$JmzG|cWV2T$<sp~^6CSM_IUM73;Q=m@GszPI_=Gy#(0s0nC
z3q;<w`d2ff4fx<&$wGFyxK`6!AkYk<jZAavbbdhqCuMglPH_l@CFlKe=Q+t<pdO+Q
zRMT?_f%d_lYE*|l<fS#0nz)vImEmXAb2FS`%=bNwA_W@OOr7K@Bz-B(472`}Ub5|$
z!mJ*rHmyc-(6k4Pl^oASI)m$=14Z{Pyx<W3b)&K%@#CFlmI!vu`afk<SUJ>(O{6Gi
z4JlEB-#|WA6-|{|*b~Mho1+S;Sx#(=Gz=j(cHfeBxyx|uYy@<2gHLx-y~lg7piTlf
zL3^WMmm`;%PbAUhB@PWA2)Tpehv{Y~J~;Fmm)ry<NIggqO5f{OWky!z)o-rO`}H%f
zTH$SiKcAT%PrIp(h`RZVzd?4zjK|OOTTTeUVI@-w^A<qSa%YXQx)+h|#1~$bV_aa5
zSR_nlxFrr)zR*5AH?85^pl7xK>?(~MjEI)W_8&OXspD9l-BGLME_M@Evg!g*S9r$2
z%5@>{rtJ4K14q~F+=R(Vbt$sLS*@8_NWG*FCc9}5Fsk}OPuT#B=_2P*RH6My8V8c)
zic&?DinDnH8v8+ZoXkBKBax&DBQ}y6LFq9PEW;%dayyfZOI98;1<Lbg=bzGWYx0ts
zdjBj{<=k0a*oa}XXBu}C&YW}I`*D2%k$+#S<Jo-q0H|S-qGw^igipUgQj`k3;q3eK
zBi?InxqE((a(N+)bKDYC*QZLg3f!??7=!bSm20762~X<vNC9Q8jo1#8-bvAqe6|+p
z(Oerekvgf7l)W)1Iy^PA=Ap0uTiN32nqf@$c4ol)%llc3g7Ou-_<=HRl#dyerpK~t
z37<^`#N1R~{ojTSiBzMLBS5S??;I(kiB&zMyQm_3E@AXzTzfa;Zp*l5YwQV^cN>uc
z(J7k=s-jSz*8R>5a`_|gX0ofFRoSZI`7WzWM5;`yxw|qHQo+mf?0o0Yp@!llMa3;R
zBlOPiSRSXq9Ghc&fqQ4)Z&x6<_Y~D8p-uB^s#ARCk9cn}i@R|+>?}=zL@aQY<GMmr
z55T1nXh#qsh(G-Md0)fY16~o`<E4%O>TFuNJlN7GDi+SV@bz;QUkYD8ED#q=lPw4T
za||e3wX*ni<PE$GY<gTdCI!}j6?ASv{C{y4Ps#F;LnLrR&iJT_E6qjGfZ^<41C#kV
z4`!wSUZl?h3rH+@W`*GMSWbkRwYggUo>(1BlJKFTBAdo~!-7+LuE{I%m8T0xP%nCy
zZk>eK`amFaz_{gcPv3L3$pLjN2fhw0>qW7LushrYU29TMC9}?=h^cE_6YV_KU2J(S
zse`Aj??B&9h)hf}8;*DS>pq`~QI0REezjUfX#C*SV!x2BKb?+2-)WFbBROqlUSuSy
z^pKUkbsJa(xLIE0tiJTpSN_JQ{s!6v6yxyByhbV_-|J!kllQHdAdpUNnG62@{+D^4
zo}Wlexg#_E`EZ%El7ox7-qOa-B}N`bm<>6k_k5|6P^knZ(7u^%zo=T5NhoZybt_+T
zd`V;QRxanrAf-u|Cdl<@9WzqXyyFNf&IRpTu4+EGQBqv<>?%^!#~J@dkbmePY52eA
z!{6HeQSI#UGDN3zGmUz1FOk*_GDgX5TY0^u)TH^?K@irYt8CNLiupeF&A-p6eE%XP
zlTOR8id?E*(~<w6*vOl5D$1>c8qv6Hm6y>gx!9!cMb4Pvm!16x4$xnQVMv!gb1YqW
z-?kW+`sgX)iYwy}G1oj=yXmg{PSi<{IqvB(Gh~(u42kDUrgI*fPv`6?fTG=yeaGMP
zYz@_#f+5Q)L))5O=_@-d@idAtQ=I%8qN@CtiByy-wA7!I^$-IS``*PxNYklcS=+@!
zy%pzSzk*9!RUYPHTLH6lFqMK7Yf^wKt_=?C(*K-CFrs$Kr3u`$vh3U79Uc(0Ci+w8
zsXkaz6ipv%3XD7tY#pMV`SIcmt0%a%`Dc&6_QX2WQu|Iv0(D!ho!5Nd)fH;o*JEg(
z(5!AxW@0^m844?`zm}&o`D6;Q^|MXsu0>jQ*JGFL%0_>W3mV$y9s0uq^#W8&`HYw<
zIBbX-7s$aJ{LOit*MX^9wkqc>W`jfP-DM7<ZHd;xbzN7nEVF1#`7-Z@q<y_=MLy?J
z+5n11z#N^6sjoj%`;H1z9lTLx!`dYlKa9VU)KAi`_!xkhsARNQv*VkNF^lTw?Cufw
z?Q><BpenN67Dew-Z0Q15O`+-u+OjX~PF!;}MTwYV-wbO_-PmLh1rBp&`e`_z3+}PU
z?;mx96qa>4*4&~i%9CM^w}Yu$2<lShom6p>Q_Y(_jyu_yK?ie>_VS8C5)bE^XMHxs
zkL@}!?Yap0ha6z(R#Z}mXGVXw<rh?0kEhy?3@ll{Jx?l=59j4=P!mWo^awY;o<j2B
z`Y!FdgC-wDI~GGQyr-&r34}V)g<Y|@6JUIxCAKKJk~0Y)`}xbiNJ|*jFO|*nD2H{0
zLL4zKk7deTiDQ@1&$3DWO3BVf+qfa7`KQx(NXtA1J|PMN-%~e<JLS_!3(gXGS)ve+
zjy%Ey2C;Rvnh#MWn?{m`&R@YykcakKlVbVgOvrH%K@$}TZ@zMbG3MN%N?vd3KsYzy
zxgy5pD#OQ97Jq8?TNPXIwH<RkbN>kPn(}>n^geqtXFuUX$50)?vtGBQMC6&o8o$w=
z9gQV_yr_hokY<%G3Ct4oX;mbI^;dzMZd#EEvgal<+L6ir8QZ4pr$z18S@!DpX|+P~
zg<)h@K{SU@{zBzr-IoAP>e;dkd^dVG$(Q>AM~DkKWcGxQG01_JM1ho3<@>TJ$724q
zu!mOTVn{U(>`>q27X8s~@3&0<hxxbEg_&^Ue-hdx@P-%l9Ap;j^Nt%a$V`)=+^670
z3<fhW(;2t__-97DV~~MMNj&!|ts&Ld%|SHJsa2N#fkaFpQ!*;fZtY(B4X(s8>q2K)
z$@u_A@jiO&h7rA|m27P;rR>jo2|%&77W%*&cTQ>DPP7m6A($|$DwK_<U-f-^O|&Xj
z{nL1YiD(#y=greJ0XND25UxWsEBV6ONfL`x;el!Rb-kd_v*)T>f-sGBVl0)!TTcQt
zeYtI%i94)KDA#gm7x?R+!;jq~ICW?B-wn3C49WGa*m7#v>F!T7f2Rh<cWwwD%ye6p
z9tzVQ9`>vCs<bSt<V@Ds;1+({vLwW%KU|yxHD?fbl{Ujyz3Jl36$aXC_^pc1!q^O3
zk!_omzu_p?@7eMOFGs@A9|RK8y{yJt?H#KzVaFTAzIuV0s4Pq^$3~YAQ#_#HLP13q
z#&56}RT3L!6r1NvQ^a8(_^2dKo0D>agAIIQSr@;LtXPz**yZgnPBKw!Z85z~O+__c
zm~>J=#jqA*qK0Z?Mm?-J{DXDzs)gdY?i=srD`+;m0-aMVzrAc=o_PSjFyZFcF7`^|
zh4uKrDjf0Ae950Rs!?CF^~3B|u=HYzq^5u~DtFoNKyqPj>ZqasOe^>u1U<VYY2ur{
zRkrs=37qPM)m)xGy#*)o!Zq(@c9e_Z<UCUzRza#R99NdDeQld&rT)+e3*~{yw*uph
z5j$EZZf;`9^PzP=?gd5?MI_ozZ9*2cuY^&YuE82Chxnhi8L+Nx_z~u;`5dr5BZust
zKNLsQp<-86<M#qju8R3RLA|`$Q8{*yknT1^Nv<fAk&>|n*4}fTD-+H&Vd5-qiw&-*
z(~39mK~%DF325fO1`a327&F5N;%&TtR;WC(%vcQGcRys&mD>Ah@p<7WB}#Jbl?v9F
z@{8+p>m{kNS*jD<AOFy_n5@^GQ*9z&%dD^H&>G5J@fM9JC=Q(0?=EWwp4S@?u5cFo
z`$E=Q;S8}m5IoPg{o--7EzG`Dn3el?ezvcaBGaC%p?}M@2)<*x65g#{<1ZZ^ujni-
z&PD&!sN1sGEOiAmR%1hRgLH<tclB9Va5Z0zDs|p9YERY14873yTF(0&K3oZPu<7<x
zdQ7>+(Gw5a$__Dfb1yC8Nv)j})-3|b0OXy2yHl}Yzl)tRW41x}$TCKAwfMzIidHo|
z<`f8Eq43uY6mnIE_?eMxsmDVqOd$Hb7f+<dD#hCTC(Zuz%B3K)qhr^0Ql|=S#Sk^y
zg^7P`;)_mNvPxOj`g`uP%SSm2Rze%oGVSK?QR1K2_vZhYRMg>PGM=xNT*Sz-M46Km
zmosj?l#tlOOPc^t9??H3t<Q`zkd(xR#g8Txf*t1!ms48eS(CNR0@onP+GC>>{({Ph
z{@SmG)?laFpmC9gFr>KPC{8^x`}o1bt9*95#YQq12O1GGo+dH!RM}C(scZRn&k5d7
z2#gSKAgEM8_jq@SWG6h(Rblwvu>Nz;Mlrcg%VJ2_u0e)|KF2%4E|%O({(pghyE#p4
zxi2%(s(dsujdD=t8sB4_9eGf`lu??28xi7X20Cu>ZscSf|7kG}zC-7MDHbOD$A+O{
zdXfU}1sTxTA@692E$CtpjtCqiX~<Ej{NT9V-L^`MLI2-!>}u8Qo$G`(c+l_Lz~a&8
z+4}Hb#G>EF14bTAwsSIyaWo|htJ?I3INx|DS)T;JJzp5Z8d<W+9LJLODyj3;&R5xk
zfh;TJzb~e58M*jS7qd!e^D<C(+7`9_uASt6evu`Dh8k!ueQZT&+2|<p&N5%E+ztiO
ziRiMni`nes;p`tJTPfCta*;6W@Bx-<Rkq_-Lo}@S_tKpC>RA-4JSG{8`I7Cm22R|+
zXyvUO!IrIl5~p@}5@Cd#`K<-48FM%;qQP7;p<7<(thTBSZAJ!$>AIS>9okwvg(i~6
z?0t_m2zSoKY!&AfIPDOOtvChYzu^3p&Z%b5@DA$_YSqNIUkVKr7z2BY!a--$&PyZ1
ze@D~_t~Ph2(fH3pvC@}8=B(qrf|lF+wm|T~A6BNXZl4>flrkmDK7R)e!#7x8ZT_A_
z=%xOaF5a-|ic(lp+V?js6r-860rj;u>Ee^`%%Ng-QRn5pw13N_>XrIXVK{1Kxtxik
z5zX5Th3d5`*Q<1Qgv=~(Z?2gs4g40?i--@k6l>0bN&=yo>>I}?GHkOe>PZHuHrW-Y
zVASae#t)*JymrdLK0WdD!osN0(QxO^Hj*nejJDdPEu+KC8s$0Zl;TwiL1Y|j?ya)W
zmy^#b!XI8g&XaeMM>wzkf;Fd(6x2LXBaV3bU@NQ0AVDptQC?b&`6s8rix|1a0;;k0
zq4$K84*yz1@lHdmcBQ=ByuZ=~>$U&+ph9$_DMzzjFr~wCeSg<$Xef(?e^<sb=RmVG
zf|fV=^GrDV<GIB$MRwtjc}z91IOU^r*_fj*2SHSGBGAIKBN<R|CQZ$*4%W#@$0wtU
zS5AUMgU*7?cF!(Ts*v7wWgD=%Y(AJO<^xaHrXGI^GP7WUb|RNGkO(`%MDzs!?nG7I
zRUt(|568ZHCQ=!aEr+$gd-&fj3*O`;?T8)Vql3J-p7fphhx`**9_HCoEF>wqKu5^s
z-}?^7L(gQ0%suwn5UxrXPxIe!L@Vf3TQtRnUDDwLaE;i`bXCU6rTO+H22r#o-#u@V
z$Z@4kB?0bITMLf%na)aoXi!G8f)Ew}L=rpu#v3(N+I4z9x`K!7p$tz!p)6Jmsrl<w
z()VzbGF=xxI<`sq=z_Z)<xn-JHG$IiOk?{?nBKp&6=s?eHxZ64epJ7TNkG<vFcOe=
z#v-q-tLo3K3OO(MvD6JEQ~+Qb<`U@*Y7;I){2)3I8%z90UP4-ql1g6ON+G#etx>~@
z<2-%M8IlvGZ<YRw<7N4lbJ+hC*fjP;JoW^Y*6mn~;c)5E-s#tO`^WNcM=?k&7qZ3~
z-VINhFe0EmjF2h3LbU2fl5@066NlR@;^}A&WQDPm73XD$V>S*%D33eAsG7RbwiQ0b
z3(%-Q|AG=5_5Wsh8{OHxv`j9(gaAolDi!StZPnWww#+nz<Yth3@SwCHt%Vn+w#8@M
zVao22!a+J3)_OvM4^Qq(V>W8XRYe6@e|naR>b{@rFABc#1elj^rJE==0|U(2_G9Vd
z%d_5|b^wGF@1&5HbHWvFL0&O2ORFK)T9jDBBlCY<M=pQU;Uq)-6uf^~VVhB>Cve;L
zs#&$pG@=SyWNpT_jsdRY0La<cja4Fs7K(L9ho!+}9NCD7+Bz%uMW>#}D)#8cE%a;d
z_>;cm(gi&=lR$xmI-?Q)-ZdAj|1^9F70v`+<>RVDDagYKQtWl*Ns3v0U+PFaclbL7
zWUP#i+d2{_6#qFI{EZ;a6xZww_5&2HBkR`0Leu$&Jwl+rze8|HFVoXwZwO2)A@kB4
zg<&~|I^ZTNc7Kr^(ytq<r%_J!{zOT%h2{=eM1sj+?tCCZ;<YhMw#VLhekc^P4lM3z
z8qKYCom2Z)UcorXj|1!XaCpG28S~82blmuo4np#oFYvb&L@Qs?)o~3NV7j<Tyxf{s
zIeUi^SmkUcjZaKN2+6|b{sz+jHMV6K+)?C31N3&EYJewXuAJlTC&`)o+A>Lu>qa$J
zt(~XFsr=j0F_232=VpYP(Ej&){dSGfJ2xK|*p1ra)3veZ{5l5XN!OcB8+=D!zeDMN
z@Z>m>%b%{xo_g_-g$1K;JQRgdNnEwE<{MKju;q5I4vx2|W4Gfqmu?a}B2o%*JrVxo
zIitDZe3I~9{dxO6p0pG+%(_Xj8-CP&bEh2G1y_bn;YNSndu_GPl9->fh8tD4CqXUr
zq^3!qD*+rP>Nq5gd;NsO@`3za3Rusg-ImwH)-#DCcVn8^I$%-j-&Ce}C{=%BNk})w
zxzy$X!{+@-HUN~7xqv2vM)`UrH{xgcOE8w0Qeh*R!rxyD)>?6)f;2&QCQ*jdxjc%e
zwwI<4>4C|7v-S>x$;!)CS`Ac)(w`&W>cC|=H>;&lBNFSS_~HWR(BZ`Hhgk{nh>}p8
z^`blLjVEz&D57Ju(7&c}%YzzSl2O9a9xVYF#9nZM2%*U)!=zM`cUm|)p_!lgo`WU4
zkX5U#d-m7-89Xi&9hkfy{FB(c(7X9(KihAP>UiNmhsLB>HP5Cq&>lVC64-v>#UDdH
zkkL|hBXU`sj`ZI9Z`%h|rGH5@4+k81CZzw<SMVaVRD~CvCYD=y#<h!3UV5GJqBWIP
zR=;BpXg3@B)5$w-FX#<ZhtqKq%9^t-U+U~<Pxp7z4mxX&o@;qRXFY+J4Sz}_UeRvp
zL{(fN`-O1I;8QcJ{;lE(l{+J^jbot?6x^YIP~tOV(&YoWk52KmU)Q6Yg(S$j{R^*~
z1YUGZ2F>5Qyar5<BbCtrJ$p>_kLq1`aN@^0%UZbdNuQmjou{MD76N2!hTr+dun_&5
z58TUzTo#NJm9lU7zyHtL;l0D+k4$H6-XDz{JD%)6-g>{8hReMFlFC_98%GMxZH*f5
zJjZ!DiGh`if;i+V&QPvNJw_<jK&|L+6lY?dkKZ3}$U5@`cjCmnFvh<;h7+CIo`_L<
z?H{{>&6JrTPJH;Y1uF!OLdDE?R-902&*eOQB_a9+2={VLN@zqzNJf_`y-lxQ;S#^}
z59yj^Oi?E_!f&9F_z0$2u6cKdEO3^bsn5;5_w2dj6#6vVM58oZGc#3HS{>Jb{qgSC
zJ3?uaH(7*tTFr}ps?qGe$KI&xyN}LkUh<11vwZKCx=MagL}jsq;M}y#JRpQZAnu+*
zjSNq|DD1pCv_w(+)v7)(8S4OEkjM90PD}>Uj%ze?S?lG*q+kNR4dMrJ?mtONc^Z@@
znGc@lZ1x_|1iZdKsoRVp1_};$x!8qUXKdgu7rD{AjhOrVnyK?Rg%I7XIMr!J9ND2j
z^{{|%Hm=JTT8S8sZYwZBY73HI=yH)kznCER`^EW7gS*$>Q>6)8XB=|#(HIt*^R07@
zjSug;AIhqA#;KD0u6zUv6GkWJNU!?Or!<6rBh<mx$thWBSv#&Br}rJ^?w5wDXFcz=
znEGelJX{)QTU~_*03w3OWwakYm?-k-qz+~#U{pFO2W|hi9s>139a`4Z<(jmFZP)0o
zDa8L>KaFH+8;^eMm5v=@y(`Xw;s~l0i7eNX<;{KTW5r_Ls`>Du+wH+7VxH{nvyyea
zU7rrAt8{mLnMm-rTuQd4W!NQgx*O$b%vv&0Q^d9A&NpcJyvzS;>d<-6)yNuBnNi{g
zMb5??^Mb-rz;IVOIbbcX4)|}$S&+)8IplUefS})j1{iwg-NP8>M;DJjz<DS$<!>FR
zp0p){YqP%nWwTdG6Q+^j4Bo;-o{#?8cGlN|yNPK)!28TSP<GBcYQEV#>=eGw`WB5m
zg1|H_58Fu1V&M{YRntOzRaQ>f41!%ET+>%>y5|;n1?aD)5}(9ZjVjd<l%10+dIA~B
zGpMUpLT!tC!wYZ&mzB&|`RjDn@EBSu-Nr`rVFX^)@rA<2hMGWA%X<1xc6|mB$sJa&
zUJiRa61DF>%2enA-v4XoXxe`!AFz!2%p$i8#`0(*Yijy{E6U6R3}bNXWK#H!%Boy~
z_Eqp=<f_~=1<+63)Mx#}sAU~%H7LxON;9sXQT9?G-^!NJFuCZ~m}8@X@^wEDvYK^f
zB8Af@{9LKmv+oL2jjpMiE#u!GS~Ix;7rrm!JI<l44K^Nb<0XkwZOK&bbFXV}j3V~X
z(ODdgS{?TKcOyKFv63q<`msg4!K-t~;(OyPnnuKYQ4Vt2?1Wj-HXoy}uQ3-VxePkI
zA-HVX&%D@|r2kpG`*48Wfgx4o@mUiaQ@JpKiJz{8(4Wg2IbX%Kqz@WD({$YEEQ(eo
zh||WcJs9%jaV8FkXDoESTs|ouAlRxKQ7(#qUtf~<LuRo5dF6Qn!FhcF;9{nXss|Dd
zjORQOFVyRomSOR8Y@^&+2$x2-ItE$Lpz$S;!r>&t2hFMItkcj^s&urL>VdvcrfOfj
z(-+@OZ4>9GoJNdDrpR5B#RX)a*S94?F6S(+IR>R_^<&j#uUL|9lHL)P+m+_`Cfv%3
zvf*1XC!|i&|0+Z4IAzMumZ#q7?9>jaYFKQbg~GWCY7#tYA^*w22SqLfj#npSs}*v^
z`@c_(T*VciB+zZ$Y0N5imcB9>-cV0j;ob8Br4wE9kNbU7;E~(_eAf*Vq_IakVcZ`Q
zB&RQL4_R<vI=R)gOEKpF#?BoMWBac{$zf&6G+cw@mXq~CI)*5Rg=#>hxeS`zNi)$e
zL;ZVGoD@+_gFhwvMy5jMni|}ew9MM`_&3iu!zob{IOb8N>&-zyk2{xv^JExlw6nl)
z$23F&XI4`1);6P@$JNAcD0IJF*$EQPUnlah{~XSVFH(^LgGDz<>mqg}L_hZ)B+V~(
zICQp8@#gihmq`l|DUfDsxlUrJs(Qhynp#ibcfb`!pc!ehz^d$8Q#zPBf)CKD>c+v^
zeBHUu;tZL~SPFyi^L%ABMhRB*3o^-M3+xMzAIu|3o?DA#Z2dj<W3_q7y^(OhGpg^$
z8e(uHt}8T{W6R87iGQU%l`{u>dtFQaYp6?pG!6h?%q6T>ZYl-HylLlfF&o)-mf`=f
zdv1|Xu`iJ5R10>Uj{GEAQU~HE6jDC8NJ^q$V94WxH32bwE!|nh_(P};sT5}p_t`=|
z5jra7)-^9?fv@QntqcTTMbnUSIy@aDA?e0fEZAw5xIWd@S-huhg(js)jf=b?8o_iE
z4{EMse$snA`vr_g9y?8IQ6Eoeq*v>@0y&&XKQSdxNk?3S$THWE*9b}KJNf50t1oKN
zx`>ED3QdRhS#aB&@^FYg1aF`xl9Q8C_e=t>L{C8O7@8lxr0!H-&v=u(S^!}iS|KjL
zd-`!ayFeVZ4QkvL{WZgKWun~eu}6aYKerbuP*FehBW_I~+;4HQTh%DSd^&e?N~&iD
z4a<u{;M7QGqkQb-3QXQgqFUY&v@F()wSRCR^_X;LMd#ES$VIkQ2u9xeM<Ipj;MW^{
z-%aRN18IN`6ItRh;SZ^`T2)XJho%i~3$PWn6+|hon$M3|c(f1@f;wxIVSG!!s?5uS
z+u_$ZK8FpbjqY`1{P)ctMY+Lu#GQI?vM9rFCm6J^VbjXSD2#~}k<?s$xyJUz@%hFO
za*OnaAM7<LYHdzKLO>c)ym9jDZFZd9G3{LXaxE%t5>d^o`6&^mq$ozM&~*3qWCSp=
z3E(u(@?M1nzhr{N|9XTb005i<Jp`6E@s)&|H8r-Wx4D}S$sZiX&sidozS~|Upf@eg
z4sboY&RMeZNh@Br)z=)ry>Cuo`0!sBV3T=LHx{r9GFC}_%g35T2g}lG1<L0p@F~-0
zTTM#a%$Qa&aJjnuAR(;;*p9!3M#2+JFd*>jsSnZ{CZYE4QJ6wFl(mM)Y`+2y0P_k3
z`msD=y(JW=it>8}-V?O@56b&m$l9%O*Gsbq*_k{0`I`X~xwW!`2$3#TGDv+uYs@W9
z(iD`$*ck7_l}(gd((S}`Ju!of^xHED*}x5_;>?83D_CfcW5q}4IfXb-KS6OenEK5w
z!A%2ZI9EiZgTMn+25gdj@%&#<cY2|@$_t!0*|Y{v^q>SjlO_j?>(}(;faVo<9(ZtS
zxbVs!#y0Zk5)<%ZJQe+I6Z>Z!ynk}*+mF{#49?nHN**{c($U`7R-N;pfm3*jbTtsr
zTZk9G<j7e&n;FbuRhX~^A%Xjc<Ko^xF!eSpnb?+d#yu_oR;99JXjnh<2AH)AbXPqO
zuIrsE0~~)bj%r?IP>#QSg}DRf5O!RZkkjU0e8+&_-DN-m-Bh{z%EJk1A%F1fmZc<;
zsCd5bj*mb{>6qidDJPNLGAX}m;*Xhg3!MPjwb)&+>O}%S^DK?#+<UF|#h5Tb<`b9E
z>^DMEIm2eOOK#r`VSKAyMoHXC1vZOVYO$SAj==!3q8j0`#Zk7+NC$@M2l3$$Y#E1l
zgG@s(12@gjRMCm%5YFVWX(i1ci(LLZ`>$gNW)2z~n}kZ{jbHW-+ELVrinzm|jI`_@
z?I(9Vzvc&XCWh>8bg9fPj>)E_|8bs%EGHf8=K+b-Y`BeHBQrJrynUpF1vI0pbso*|
z`dDH$vzHkB-EqvqP6Y2Hq&h_E;@IKYBu%fg=mvFT9D5&v#pOl6evn5*eMVoZju9lC
zsl_wSVev@$W|ig8i5Xkk-qP?aoI@xAROK#kvA@dZ2>+760gENNwmx$1hQqlXa+ehq
zr^+E&B$+?5qcC2H$^S48niZBQYKOWo4CwM3Xds3{kFP6<GvR5zQw#k=TYnXGZZ<R#
zB3l#aO^hEiX)p<W80vHNzREAUj8nWYjb&}4PuCSkCs9?dpzk_zjsI0I()~sdTI=Yg
z)zin5pzgHMU*h<F*q=IKpF>+QxWvZ2z(;ae8`h_RP@5%aUje^Pa`k8S;hXZLxYJyJ
z-rP#mYP|PSzuS3*OH^}tpolAp)`9ZlAh6g^W>)X*GThno4yZ60f=@6GiD)SxzAs7i
zzd2(U@~((x)0;!d`T1lFqCeWemeqVojmkvPHqNz@=G(R0i#|N>hp4-zYSLsD${#i9
z^LT<cWlQH&nle+)+idG5xs-h>46V=}iR2$M&N`fM0(BYU4bFzrnMdK=b$>MX;vL6y
z8?CFXdKTbP|6Z4c+-evR>75&h+qd0r?3f>_RpJ>QDaVG|aa^2KqLKww)y5l^NnQHS
zTU8^KiFdB4JM3f*V-<vrpA7#77;b;-Yl~~zQDnKPv#%pFerk3-X!_K3=y)hkskEW0
zP~p1E7)HJ!406gmqgyJ~8%04b;dASXYT-kpZj#IAqO`%+%|oetuS`zTkHRm@@EUp;
zQj=6tA7s?9UC`J189otNsoKi(n=5`_+M%{1q*`A6V_O~UWxWqNVH_TawRQ355V;a&
z^>OtWl8LT|bQbx}LS}@rhz8;X_TFVgX$)#f2jcRerwj9TsI&=@*;?Ie9HEV2$$nha
z{<>RSo8D)XzoZ<X$rzf}k9Dj|O0YPcft<(8X-IVQ!S1)E^=+tx=1tmj%9@3a-#Kvb
z=NIUelZfK!2zUBN{^@}}IgS{)SM{KBVRPtrNXdb&f!kV&QqnXX_8eB}zn_F3WIpWM
zbEKw7d{IIp+A-3=3c6v!l}cPip~>S2q?hP|e-H@IDp`IIvkR@B6UyUm#~^F40;Nfp
z7SHpZY7iUiuSa(v!f>w2aa8Pv!UEGH<ww&TG}@fszp)V!(B#?ZF<ty=)5Zidb2E==
zqRrBk9JL`&FJJNJtytq^ac&kCQXyy%H#4{qP`+Hi4(oQ8?p01YV*3d^5zlRV8@s5i
z8zfw>de#<vH)5(xEAQ~iixAh+syZ>W2?xawmnQBB6W48+1bNnxIimDkN7QhgaipBT
z<6R{u+^^|+n9KcWF1>KCQ%ul?hOW$lH!7A5b^P`C7toqCWlnLqOY5;L-Es7;<Z9&@
z5kJ|T)V)X0o)9zZBy+L8_)v6E&62A3<B&6BXS!Be{D)J~SCIZfIr-a`iiPr!Ra=5g
zgS!11LFc6b<W^Mg5KlE%nx-?@{8zrFe{OT2w2HezMHr0^>B#Aoms%vv*wQyz*axRe
zg`Ic&@N;%G4%o$G3OC?D?XPQEI%oP(tJ#`Tqx1Of=TdCH_-g9(TRzn-L`PoEF2Z#$
zDG9HOd-?d%y^f{NL{yL@{0R7F&6mrucIc;C`)k4soDroo1vc%`2A-ivkxo+GocQ7(
zJc4jnD0|_YysY2-Br>F1$lz(=EWse$Q8aHyG7fptG5ff$67qib8-uF1*aCI!l}IHG
zLHF$~yIJT!XiqJ)v8@FvF`AJ4W}T3Zaim7#g%{e1f)J9qT|5AbzMS_vv8<|p{rJut
zk&OvrlDB6G<#<?DgE(d>$i`!LkO4-b;ud`1Po0-a2Bh~0ztCXu?lx6*UjF%_lWc_D
z%&FM(ZY~}wfKWsdd(GwI&8=lk`Hk$5D?RHW&Ey5ylsI-@U76-jku?*dqUW~cj%Co*
zlq(UM6s1$z1vpe%j|SZxmK<&WH?z&KWNk-o|3vX1nFey`94><Pe_$~Azg#urj8y2^
z#%67L;N=ACh2qghh?M6!`+KF-=6uTXi_QNYD;w|`*L;TEyj-u5M!iHmy{zmig#Y(H
z(I54%$wx*TmNGX_(*vhA$>p$@)6VCjr|#2+VxOHSz4M2j^Ul*-maOOfn@*;H^D0T#
z=c~h)<-27cAD-uN64L+wAHFmAc;9<%wQ*@c0r2k4Ss9y8>whm;f|c%WR;-t+;EQRd
zw{ITRtn?hLIzRff68ivlb)AUxk1Cg^6`DT3IeW0RXZg8F8SdRmW<$P`rLZjIIR>o+
z(z7`WdC9zS&D`bdcgyIFGJNl8!_U;+JRxgoQngvca{Xxzmd$uR2qk+bw2Dw)%tG(?
zw_K&)_nJJkx#_p_QxXyse7THY&-|{1#;MJKFui6duBEg~IAcl8-V(=No|~zW9kFZA
z?tlr|`h=VzADtKpt==XtoS^3}5xdMAyAxP*K7G?%IUyM^k3d{#JXZ{ROxGV2Ex)GZ
z1RAHR{mb|{-pQ+2_&y7N41bmlGdYQJN61}jt2Y!*Y2krK>7DU7b<%YIoUav=zEt`U
zPxZJ%8TvFme+As_`FTpO=-P99_h^^&vj${ckD!<t8_xu+km8<cl9cHQOyI<|)onNZ
zb&2jCo@k_M@xXg?i_03`J+t@H&`}-W7KdGV>UMWPF*h|uYd#j(e@(p2j32w-`;v(C
zeEA%Jc)+Ua6mr|-av9L9TVrYE+K{JqX|3*ae!vXUj=UfHg&hk$cg2XTdqsR6^wJoH
zp2RumJdFG5N&K|NXc2$B4zbaR9vCTXCA!pGaXn+sSW$qBeez<s&{=l28opKFk8b}*
z=5MllkCt0P#~TMPkpm6)WaT_eHyH*bJ}j<04I$mN+x6cBe_{c&pV)JuJuNtROMQH#
z-onEB_VkZ6ifS^#8TH9hPu`4jv61hHxoLU7_xY6>-KG{qIfV~P9%4oXsB|_Dc;8N;
zIduiBjKVi;shWyfgnB&c8Ah@@-kq__?`<gwr+!J_DD3$n?9sI}jj2jy5zk*zWhEg1
zGcv7;YKIUm*Xy+lNzsFftMiUoEd5JT9gA+&X{)~bY^(CyG!;o|CP_Y-&G^oq;eZNi
z`D4Ram9lH71W$49bxEvQ(K|V7jywfrJU*9MV@Rw&J0p0Meh%8}OVv#<5|K?Ul1##t
zFcmi<GdW*((s{1Ui*Jff2lt-Eh6qoi`$l~pdTW#4xf3HMq|F(;MVp1I+xVX&fOVv$
zhTxvD0>z5hpLF-Cr~tq@WaQXd^ok+zMmkFgvCILmp#6ENUj_zrA`o3DI>MB>JUPUN
z8YcVwN?1kscD9=GjaU5qCeDP|j6C=?zT6x#?8f~X?G4Kj15eb*H#9!m&jFhfTS2a<
zV+uqr2g=LGPp&rWEBnmjL?4C5mi$pqYX~P$-rtxcNJtHAeoigopv+ZD9FV42VnQ+1
z$Zpc1*ni0G(5C0!yh<7nEol{?VDe7LMqU&KMC3hhy`j40N<r_trU1xIQx1EsG1X68
zn+8&i)rRbG+8MIh*&J)cu7ZD{pV;%KPt?Ch)X@+t<=&Z^%lh|};Eba41*TomKuOz#
zxZ8vl%Wi_HmKsR-!jb|o_I7|c7t?fR+U*zd^-XPyr}C@VwO+}+PJ)WeiQZmE(TO!{
z$01$<;9*VU67<<T`m!*T*vZIw;yK4&ZMlbrse1jUU9FSr0`KzShm&w%J#*3ID*kF#
zPY$0q!PcahwZhfabn<_o{E)oS%c;R|oe_I0WrtdEw$WD=?lR}%mpIl-ie51}{%i91
zaI|BCBDJ^?t=|r*QF|fNj@AEak48sxh4`Mj$j1^_vr|^H&jKF|L%Y+beMWaCYIGUB
zTZP<azqVRc3S<xcN<=AWBMd%l1QK2L97EbO8ltNP3}baGDx1(|!F&-jM2x^0m}|j(
zM*`bpW<W5ax+S4^VND_Zf@x;V!@vZ$mms2NyB=-P5Uqgj`GbbJm<Asx;UVgfCvefx
z6WU$>Y<Vh;josHkTM+V{pVnd_@a3gnsyiv*&mS$Bae-4gmj;oKbOISGvo-FS!$*Z)
z-MF9hXUU8FSckTHWkkyD=P5Zp?ilH6YH1$CehIZ{aN$10>eTo8V#6kn*fo+i6w`7T
z7}s(O-dla}_KC0l&9xvB<)n*Qw9F1JJ;_~m3w9qr&|EwoZyO8DXC^d`*pp1QMBe+6
zY?`yN_4kBJcA{r9>pU-%5qCYB;&;n$>So3v;%UZ_F8ZT)r_C}f3ij@<qXE8)J?H-s
zhtaMtoQ9|mmj$?DG5j6CmS-(6&Fr#9D_<M=ajH#9khP9Rv)<r#{X`~-3;hhSX}84u
zd@6y<Yx=qWzw4*gEb2u1B_FTjo5|zKISXtMD+MvFE(Z6gHqDJ1R@HglA(y`Z$B^W!
z0LWdXN#K4d7;vnFFL_*Eq6&_2n&A4oDugi&U!b_5PNA|ZVOt<>xeJH<mKX^J5Z%+%
zu)RB$BEi+3^<R+j!gdT+2mviyR^Ww3S8;5@6k^Z$=Ys_k?<>S*osq`NAx1n!Y_!W!
zxDgmHg~1cQO<9?>xN44V_WvaJ+)t)_$Km?y(#A?8vy=`y&39qiI3OH_V1*K#l2=r~
z#WGZLS`}7P8!5^h2rEF}W;<uY-fEybkpH$|tB#VpPf_XLHNuG4zW>xNO^%`cJ%E7r
zX(M#BGiU`w9|zR+?Sg&}!EIiNQKqyMorARqLgVwA{Ak9eXY|FIVHRVyq3QA|8Q)z0
z`Teb*g2pAk_5Cm(UHP?YTvWR7ct=ocJeEi~{(Gq544xa{?6~V!?fdqX(u=plpJxv^
z)%QOK;u<z}`M7kbM<e+Nzyq}pl6G_dyYVI*o75Fp$pd&;R#=I%{|QhdaPh`H?5$Se
zjX3<~bz4eN0{$UypGeltl}rS`u|w*}<N0J0Rb6s;^69@sZ;wDHVaz#$!<&n%oMqo~
zAD%vvmQzih%j%sHaZ(_2a+9pzOYP&((}J7BhdyUJ&*{`tfgr8vFYK7dJI@{TCzhj(
zkqnVvPu=#Vu5`Oi4abG#AZ0ceF5xH8c7Z~CcZEtdp--Bkv6GCwfpTs?f~lhFO-Bsh
zoO@%9J=MKb__CXv+^ao*y;0&UA9#1ZBmDrl8#eVm9bxHr_{&-G{{Ue?p1&}27;7`j
z>v%bK@a8|^z7dV@DVg5;nWp0p&ao_ZmhTeH!u8&^KJ*@PHZpjWa4mown>TCcH<MuY
z16E_#ai?#*EQ6w-dy;t@srNiE1x=4ICPZ6f<c%WZe1Ao$wpUWRm{*<U@v+UJapF}C
z-E*Aw5ErJ=;`;Q0?a_{TY}8X}7-2Js=`SKeXU))u88YSD)aZZ?FDIFt?%RHqfOX(Y
zlf1XuvxybtdM3eAj!A%R>3}hay3LOniCy)J!9g{);F2Q}vmA!b#s=J?lZi=5ek#~E
z?Us>)q_B`Fk~XsZOq}_1)9Po|r(sZ=*%r7@CPIB{4Zn64ia{f{<G4j)m*XmFrd^Du
z?QQvhAc5;tjy4#1`)HX6v&>-wmyn_l!=*^E7-He5Ilo#p658~P17SC#4v)r_ovg~=
zNb9Jpqe?w1Xrvj>*RhI!$ntYh``!g#5h<g{u6=YEYg$HSe<}MJhvVexJanCT>ipW6
zjeiPAkQm0By_%-wIF6SrGiNq*;w8Nf#HYp0_nt8?v_%dwqS=aMAl|WijS#2jGQ=yP
z#m;A!xLz#o&s$Dz=r!g^+mVY^ESt+U>hDeK)4X6aQ+l@jCpRVBLLbwCx)r5=^2Qg_
zm(SHN%k`#S;lp=iykY8X|HYQg89tZ$-EMc&7ZMERle#uKULgcSB;B%5GF8*tGxf`@
zx)}rO>HPPkRWHr`RQ!9PT*X(rud%LeE#B=ThbQp8Dpj+O8(;77ybE{HW6km$^j;^E
z3qLWJ0N#R;eo$W@vx6CUO9_P{CIuc6YP-Ztlm~9$SY40-6M5CjEz752Q^Ol$_Zp#Q
zx5*S}iE4C6FQhYaVNc;$Gv{X+$A#|}SrfoE6a1Aew0Yw7$<ifwzCO)i-JKHSdj6!G
z?{E|Stt8zkC4c!C-;wR*jm(~r=yANV7O;?0Welpz*qtv2y{hhE)TUE3pUa)5F562J
z4Tt|n{;05`dz>ElA5nA(cMVG|A|@SuVeSjVdu?c6_2FbNl^uA}<iAGvnyMBZ>n2BR
zreatvR%+zEhmWeN@0X*YQ)xbR<9PhK<@(!wp?^&$(Z0?9bUHd-o;tc*!ZQ@@{T5ut
zzmxavG|VDh1`@-XczKS$w~ifno`?6qaZJd?>Qodnl;3h_MrmLmUOB4<xy@WjWTRe4
z7vusiBKczjmeHc*ewNiRf8Y8v5;b<(=NwVK@%$VRN4f1~y61(n@xJ9*EYsjwg6Zvh
z-=pKBG7f0B$J*3D>Pc-P%5F<7yo9U`<9@(G@pg&S<MBwCraD#kulCaF>H3_XYVCSA
zs_GEkzmB(S#gHH0jbg(Fzqx=QdbN$?JeqIq(>@yA;l!Y>R+@$d^6jGG)lunF>QrCA
zwe~HLJVo`l4IZpDU>3gbd%j;drBj-=NwSQ)xLQU!H$N7wyKNxeVl)AwSnZru-KBhn
ziA(F>;y*E6;Y+t~Z}og7%Or2GHmYHAecH9?+<a8A&PO$vvf;Zo-G%cRAzPPn&F%LG
zkCBGHwE9%v8~@X-zA1amcqDcf)hpfhx~ARl+Wn{@ydmF*ds>=|Q270H)_2d(Z=xyA
zVR$}YiB)bOSe*+g+v?KN)%OI1Jq*I&=e1D{HCY|)u3pe>zd!HKx3luTXk@@NZnEFT
z8*MzLXlhtwdccw{&$Fb+b5ae45(vW+eq#X0TLUbUt|hV^J&AW;@gJ(r#+gv5m=vw2
zDsQdDn}uKMFC?IMtxszk=x&uhF`m?>AcqU4<({gyD*ZGG*4VedIEw2y2a7<;h}u~>
zqtG}agp{-17X=eF;bT#yhWlMLYAm4->cOC8XVDeyZVS%5G79h#R*XsE$b6O-Q1}Ei
zJ{M#2I7Yis6`6a{4ne&i)kCeT2aNjn=H>lEkh&P&XysLce3`0igHo~d49dVVmB6xm
z*Rn{j1^QLC8G49Y!W|7PYP_Zl3`Z_3@s^zlH+Pekwrmn7m3O=JAl;0mxfE|&pT@Y`
z#|2XZ%Dm#0SUH9V*Y+5<c#VUN{q$A+KXlam7%Av>SMCw9rtWX*t^HW;?+eTF>aAVC
zxP`mh9&f49^^TQY7+$(yfzF^hEi(<Cgb<d8{d+ZIC3qpRgA3l;Zy%>^jS;E~L!BS(
z^4xD&&+nBmM4EQ{BAqC}*zkEspNDU60AdDDg<O)xMV64gvTs?XSvF1E&C+UJ<xJjM
zD{(U}cuLB4HhodfEy`fMi2ZiJgqRr2EDaQkQt#Fsck(QhOI#oK)%9t#c^_m(eQn;X
zk+-?Gn9W)q!tu7!ZtkoRyle`?<JN7Gs~z3WYdh^0HjbW_3Aos*^Yf^L>U1FWWvfTE
zzhLc*z7%4*_}cG#!VI4dV({UWdqPk>uQ6KnxwUv=j@PfrC0PUg$lHp;r#5F@#{!px
zkv)w4O(DJP=<*PQ!^&?rU<2ePp?6-vQcSeKdyf@eo_R%35LQu0l$Gr}CGp!g8g*c%
zB<uJ$Xin@9kBHZ24sVVthBr~C`I3gU3aWP<8&jL<H7Q$Ox(S}OBCv|CkL%}8#(c6q
z%`K3szVzV6Ff&WMF+G&KY`=Uc-GrDaCAS3ZQ$Oky@4d+&s4w9_06aNiHr|uyhG&~-
z%(-e6X<CF3<!p4r0{Rw3jH3HGJ;OLdZRmu|kn;LI78L4k&(quz<A(&sc|Vk(AnSF}
z)F;+nQh3)e?vWZIL=C(9FpAJ6ib62)ejZ5vOZmjoyVRhVc>ZV`8=FDi#(>(2Wj0k0
zONEO}VokhVL7SvCQx2S72-hTZ)FoK7JN042mdX<^pzM=V;wdwdI-9jVxTQe{{O#DA
zs;T=gt&iQ@OFQA%eM-D-;90;v5c?6!bPHVDT=l_WjkQf%O9J|rt}ZZlebuxQZ+#tS
zR7Cqj)C9?*P`S~zyM(Mq)4Op*B!gHD2krJf@iKE<5EVQo!uocenb30Rk*ty<et;3#
zd(g(>cegWkUvyD+n01?e&CPxQ@J*065B$WHkfYeP8`##kpF-xArpe@m5#AC$NzA6d
z4Md3JjF=*0*3v7+lM&+0IYVu4YOr#=cTY)q1FPd6!aJD2@-ptsqcbuzPLiU)Tl*{}
zUCV|@SkK=0)Ou}wx~EI?G-(3pW@FldRvWVy>gDPT@!}hfi;UbpZ5r2aMDmr^6(MQO
z=mP$mzw|}h-7^Z$m*{dnjy}PM3iHX=&;fpGxWOk@lPC(w{+wqcI$%HVq0reJ@#2Sr
zs_G;!jzqZiIm-H7=EI(`73;)wQju{;z1>GQi-&rd_{8By&Mt~Bl2kU;z>NDf>?20~
z-~pe8)D-m54%THVW@+W7O=6<@8aJj=T8iKuPkM@Ix6!nPrDz!yGbjihWeoAgefC+I
zq%o<&m<4?yAFOvt_HgDTy<19Vc}+5pw${l=-?Kc;hveNPr==B_h49X;k6@NrvOc^U
z(5E(%*_vU#<jx%VXx-bS#S*>oJj?K7XZV%GJ~8dC%GXn7xk_Ef0_w;+Mw&0|vD)p%
zL1>3|lFkafR;Gn%WSI^;WfS89V}>0f-eqQwM@`y4)K#t52i-Uw^nrBMh>W|F-HMF5
zuOw@k;7}d#BVs5pQAa!ZI4r8s@+c8aE*?5@ptAxlwQq&=3H!!eZIbBEGtoFitB{^)
zmi9m{K~tri9v!s2ixujK7=<xtWidu9_w9%+ER-#mL_hVCFTl)JG>$fRYO1bjS&ms`
zH2xOzE+ZHdFLMZS+1@JU_onsfTxIQioQAsRW+E}V4;k0udkJyk*=6dG3nU)5%gBm?
zBypJD+NMd&X6wPH@yv!Z5g{uiSB=$!oJ97!i?E&MH+(mVrB)aL|Bqp@erq`DY8IjM
zIYg=v5o3tK6|SjNgEk+!9VN9I#BmN^=ktCS=^@E<t~j%{jz=dZhVzjn-Y>LQgvw{5
zdy)t0qkVY!waw)IIY`4-KKksl#o*Bqv6L>Bl1W_H!&f<Pxt5ShW5-NLyP8qdfgrkQ
z2VF+nC0&h45;%sHZDRMv1VXm>6=F8%FFR6&c*pM*b{d#M!WWUcR%0PunKS#Q_2H))
zx8WXhx>4fn^t$&(zO_O@L1AZ!xFVV7Af>6GzS^!Go~EF$-St+Z@;2fpcz2}2GYSQ9
z*d}^4ohcCER6)9qtZsLeEn3-KXOwTYM@Ut}M}&l1BU1NF*&oSFs-s1@kSp$VRd~2O
z4DGCZH8zH4rrEEP*eFRPUUXBjFt3cu4eSly21%)>cZTtf;iXy1HyJC&2U&_}X-Lz~
zVc!?EAr{$wq*$i$2)lS~XaYGcYwEp_tcBc4`f`YA<IpdY)Q_1B_sH7XnviWTD0>5i
z*F;dgQVIMG>(eq~$Jk9?$ZXEAgm}wg3Idv^N$Gn-ft<MTOZ+um=T2k6Fp0qtL%nv$
zFKYheKEh+=hJ~{1+$KbUT%T<7jwdmTcvP&9Z)n_&BDzXiW8Lj|+4re-N0nMWWF^V^
zNshF8GwGdnSNcUd9ByQc#p>urtjyf<NE9z)4+ne;_9OS2{`LB(Gl<hvC=pORJ%_1s
zlRKSw%?a@e*#|;26YaE?H8zTz{zpSq@sA!!G01!N@s!fG;)K+{8O*1p7}VgA=4>Xi
zO%g(j0>yTHKcMVJ_{Vt<`EFSsfh#-7JV(6tjN-M0Ck`<d7bY@os%tGv@x4xN6C=YW
zk&jLjSmsw_K_db9kMZ)4aHmyC8Uu0n3Dh?tUd|e!w`y}Qnr886y9g;aL<>Y-lu)~C
z%|4zGTsU=$NVNQ60!K%roOd+h>xTAMO}#Z2{UT+^mfYcev^*bio&#25l<fH7?#|<+
zsONPJTC*;drbQ=UU1ARvcI7+=^mSnRLO4X(l1w&_SRn>_^RSAwGE%Q0HU|RjYbJJo
zV<IaY+a34}wKIQbbFwY#(-UuVa@IUhX6q(M{D$3q50ANaE;$Lav&~{S+Z6s@kEyt+
z4L!dkb)J@ghFd9kC4!HrS%LaQ=`2`*Z`>e*p#q<#hPNv-4aEI5f&SthPhRoe-NRk9
zavTohn2#DvxxWD+Us?at(R|6MnYsJ)9JkrrQjW|!PAD6S$fk!9>cC);j3qH~JQaNT
zp4duaD<g&ntnGrHSBJh5?cey*9$RKknl0EZOPQAKy1|A*v~OLXKH|6yR&Lg4&fR6s
z5N{vT(9OgrJ$_6p#`}q~d$d_r;JWtq`<|%6wc5U`5V{h*_KV9roe?cESvA7;coJ>A
zhCoqA68Od|QiA@ZPA}uTsL#kC)g?N4i_W*`8qL>SRK;=dm+=^(>j95(?xwQaMNt$k
z*Yw7yG%wU*_#I%)R@H~~E+)gL6&A*zRM1d`+sjaeGeNZCP`DP$uA~uh>X->@CvM&`
z3lHU_1O%~O^t?N`nA)v7xnk_uq|<tm$5?N>o=<I^F9wi_>$8P;c~e8nmvh8B=G~rn
zdk<O{DTl{#3)l7?#Z3xVF$3Sv(xR|miJW7lBg31QO+$^$WsA>6A(7s#$pG`7F4WcK
zc~a#|wf7azhvOTLBYXKu3lAYel~E&Q7pdB#I%;1}q-HIQL!5U<Ey9{tF)FN6_mO(7
z9!K^3wc`0ykCq3B_qX8E#JlK+EuZ^!D94qwv!^G~dN>8EJ`;M@DA1qJpb&^R?s%JT
ztDckvY5GIlWfsG`%;3o|&$tXoQ#P|Dr=onfPh!*h2vsH82gMxm%BoOw2J%9@ar}mF
zJ6V8~zEjc525n|bZ@fqe>Nx&(xqLtuyvu73e~{KgygdBkFLXKywgzeh7!r^5UI?Rl
ze<8vfwI`@c>Wf#xIOG9x*oV~M(ROZM)W?{EK3bl~i@&=!0FiwZ{t%Y*2gNLsq$r8Y
zHzR5)XdnIo@c}1U_rWB>igwQ?#zCKc+llldW2DK}rhh*TbYA@%-2{u6XZd|@{Pd)P
zP=Lo!0SOFKB)W~ypfFkXh+FC<MQyorY|l5{PVzCoJ%-hrA&6tnR{WR}p=DX++LVDM
zaLD@bAqUUbM@)HWsMGgmjvr@3_u(A5aNoqXZIxz1+e?__#@}$?(rPeU3=O0Z;z4wZ
ztq>5$ste;mk_oW`5kVY@J>n35FAZao0dI;{QA@=6eBLiqs6xYKYBISgp-$IjkH^{4
z9fCaB^sT<fPr)R78;}4^O1$&~A0tY<r9ixC-+L-)h}WS%kRuu&aoN;#ivK9{eiLjW
zTKR8%^6VUwG~01=mUv_O%Mb%j6MiU85aSWrANWMzBJj%Q9iI;h8!{Q%Rzn_nHL#N<
zTmRSAN9Z`T;51p~;9^Gc2FXZS_x#>py{lMBKhb`kztNJ-kPJg*+x!c(CIN3ESV6qu
z<KD6vt@+D$8fN_ewEx?v{{?OFJNT#Dm@mrYmz#cFJ`IX~oP+-8FTanfR{}f{Azp(g
z-k(oW<B6B3v7AU*R`GhCXW<t}{gL(?K)v9Ecw5DbDc5fmFUi|qT8Z`l38A7G!PBiY
zNil2dnGaf-+5|-6<#PsjOGGBilEoVwyL6I(MmiwwnK^J-)({ZAqE`fKQ?x$5KH{y$
z?JCWb3L{O21mexRyU&FC&YKgG_ult7Irg!UUvzeJ-tgse;@uA&fp0qA$m_ffw?B@!
zpdaIuVuPGLq&*mow4|ooqk37J0@{yLH;*HF{!LY1NhRHnR!3-B^fMseH@8u%l!2|1
zI5RT*`0t39ewE1!Ugv)36>r)qUWbZ=hP>lNJH!7kB<z<zJBJW&B1ZL7ni#PZN1d!C
zA`!9@8g7b7`a_wySyKX?yQ<wE+GY*lu^p5bvG?27N13P`JQHAx#!(HuVCdg!t0<E<
zY^z9C)i{5Ov8`dNt{c<gW4Vp@Jovka+4*qbqOZCl<-`&^)TLpGm(W8W8dqt}A&AsZ
zIH=We-Ho7r*j8DG!~__rk5{~5lHM5GEIMxmt9U(1yz~{;)X)-dM!ty6Cz;q6SsO2A
z>bNJ~V$sg<{|hgT#r`(MvvYFdFQU{k)Q@Q%Z*14wBu)!Hb&Vz7iFU_<?^u{i@$Yby
z^V*qBlcX(_PKeje^EuP$&#aHqmR=C!A!hboellt@)LT&cQR0GH9mxH9c9CW8HKK`<
zcPsBAYOUZ&ag!1ANV+jZ+_bs^Vv{W>De(^Bx7EEP-tcCq_xrjD4Eg)jy=pK2b=B1S
zD^;s*^no#DK>0Cr&NZcH;5c?UQv?09#SQT~?Kzx{7ypUKx4#(!h<6^661UH6rj$Q(
zLDLoVE#8@rxnz=f<;`pyR4N_`0?5a?0K?c#SQWWqK=|jQHr@^ELtx8F2hS+paf$b&
zY%LRrDJ@Tbq$O}{yiD)C)3Z>?{Jv3#wJ`;(?p-eF_Dq16O7bW!oR_Y7_e@NrBVA3U
zF%1wH(u{T5c85GdF1JH%XiKNjfDxy(yAkoNg_q;8KD@BZ<Mfi31oWH0M>PapmL*HP
zz2fydQ$xy|8sa!Ei94iG&G90W+;4;BQoJ)Dbpi#6+e$K~p+xd5<uo7!;0aXG7#zKU
z9%z#W-tol}uXHb-*`;D9HXhx~r-`>UnUb<&wo;G>^Y2<80;Y=40Evx)b|m(_T=E?1
z1w;Q{OXej~%F=y1@nXu<c{V$4vSsdx_lT>LQ!STtY`6g)0o}OFHJZNMbbuQ*GHa~4
z^h*6Xbu$Ul1@oq;RkiYd2J1^ByQ?oc&haJZT10|^tD23~Un#^tf$pnW_BIFla@>8n
z{Z?^gwEuTYsY&Bpv*{0*c=N<2u};*vmi<ZR8X|SANoniP8-JQusgkLu_*BvP<RDSf
zHS&y@1DLKkNl~yTnoL-h%+e4Sj^!jI2|4k`j;NmLeJYm|5^k7aeZ0E<;iuQ9IZcAx
z4(uRs-J-~gBEte9NoG20dflq^SN5B9Yf~{@*Y~{-I4^EOjV4`PAJ}lFv1BTv?DWT`
z&oN0DM!X?`G$WpEp+h;Ww@zr({ifeZ*$3sQA6K^P?rp^ejY7~#IIwzF)#FNAF^7mg
zGcJP#<?$O7Z|4^8ZM;s}IM+tRn+_HIIa7m&zqFWk-65Rp=PlQ(5hN`>$|)2%EuCcz
zl;|hUlSW-s1U7xp+Z3|2^P&-gN|-8Q1*Z<5wGK;iA7v!4DzhEgOk21~)2hN&%DD7W
ze^p<xZ&;sZjU<Y99lUm^J{=GfZ%%^SEYl1;&+|V(ynCTE!lNb~71l+RpQ%7pnc@$Z
z`dMvoDTrx-ugj=K+LMmG^f}R!T0~<aYAsau)&73cRz5}g#ZYTHP90+6y{YwmrO84V
zlxzkrgU_&5wJqVm?*$@#Rx`%NYp0EKE%Az$czyCkqu+y~JxPdah+WJFPD9?wpG=@I
zlO7+Ry+?_KiTBT9^T|cC)J{@1JJ{>@#Wdur^UxC)S;3t-Eq2>$n>i`n5IeqP3cbYk
z>2Ke2@iB>2JZawh1MAbAwgmIU+}g+c$h3r}`4!|d5qL%6Es3sJiTzPpiGS4|9i4Oo
zZ|@mXgStr}VzH~=R<>zxY#M{&rIR>nnAfV^@pNBF|NX@cYW_YF&)wmsR`<2>z$|Vw
zxR|-G%J>CkcY7OeXKJv5M)3|&4fIowUnu%GG112B5Y^QuVf;b(1MzyFz7|bFV_U9!
zi8-(6@Uoh8fm#0O4C!PrXQ&Wk^9J^3Y!l~!<>RrXm1~8}*}x^GWt=?CK1#gn*GHJ_
zB<ViwAm84XkcXWY_%%N$vg`xItAtlW%4lM{@)_)Dl<JX@ruX}nEX+MIsvb@Yp!aib
zm{o|+h$3QY*cq!Utqtr*%^O!@+BNovQ~gRDZ)1XCGM($D0mjdw^QjU0tPoBn#_<My
zkZ2!H*4TKHk~HdSRI~TfH?#$1!r-m3niAxcSQvp8;D_Dp8BQ9PT<0{hqxRZ2ZBp{a
z@A<Ld8$33Wagu5B*bUqS^RCn%DiANp7&m<<$v(S8>(_^%e9Ec|khru015=}d-Z)um
z4`oSKeByqi^Hiu-bzjC?=Z1J0Uc9PXT9gwj!|t>KRaaU<WnLo8hUpk-p<b^oEqvj}
zp}Jp1dbJ`SWQ;2vj9DJlSe@AMewgEMvL-B72q(kDYxS8xLO5AW2-o?;inm~ixA^eI
znt}<8K*Pi`@3s%J!WQc*bPgwz*mvzV{s6O85p(MB3Gt@nahjA9-m-zt8<xhTggiU<
zXU#E7%mQy-A9~q0@GfyN65>U|eS2gr@WajZ<|eT9X>`_(^(3_|YI=F2%)+S7N;6h^
zwI~SfT~7-@9bXmc_1hBSoncEdl|8AAb316WQEig)4WTd&8D9N580y^ZpeHfQs<=GI
zI@+>4Zw8k#+-9y#Bv5p;O2sizyr@Z_i1C-jwL0?td$1A?9}X#Nw$Y3e-c6rWvkh{~
zn+R%9kd1$~2Q}<@9&=_xM>9RzX}Cl-v6HtO_UStf5lVFfzYvOXn5AO}u8*%=6nVTT
z+u^<IL-CSZt-HhaS06W>MY{(U`Aj>dD-tg<EhlivjTiXFlX$Dk@k`R3eZb*4^<Ga#
z&6PN-)x(yYShCUAPP1rA9yIv~wQ=f9uf(tS7^Xn^Ho9oXil02%?{1f?c0V3fRjnim
zBdDE!XEh-ff#`g#gy;ygKi@9VRXdV_>SwKz40=<{^4#_4=Tn9|3qxZjaGKVLzN}V5
zM*qVob6QS?v{xm<ix6*~+E!oT?9YKVC?AOT6PCOIW#c$vc*0Ac@QOti*b?^A9r*>A
z9^9d-LhiEDZ-_UWWt)78cWE4N!EhkaorRBCrt1u3yG15cEstYTCz5nw+t`e3!}?IX
z!_<(*Cgu2)Hf`%|!o-hh;|HJZwX5m`ULNxoOcIwA%d`}s-o-M^MGicoXA7yGRF%tb
zsOwE}uNp55C!{V_)O%VDy?5b7&6z#95uQ{v%&zU!_qVHR2puOY+6ID{M27o23*(U6
zIEKe6YHhM8jE<vmbaJ)xSJPBTg6b6MT(O4ZJG+Q)g~>VBTHVmpY7nZEky;JZl}^4F
zWf#9=5*sgm$NIa@HM=ETzjLv@+$VPqP7^r7VV+n_n-H&H#O#Cp3AYwQu2o{PF;CCJ
z$$CL21qmPa7~(B4<0PbDms{c=-NbYKLMAkGhnhZ$O`Gra>(k&Z#G5udiIl4DUh#U!
zvf_d;v7=aKkY}#z$sT5z*L0O%`}sl2yv}?kdX1ARI_NeL@9}i1>eEwHI})LFVcW6Y
zN$l=WAnmb7;YB9}#;$w(qoyAtO_e=dj2(5Ssht2NrUs4aadA<?ovxB9!DsY!j;cd+
zRVDQzPIYu6!^=DRoG9^f_<Ysv=iuw{S{ZSZ`LcSvS(n#lCmH!@Aupk3KcaYp6#ZT2
zTHNt%$G{&g@?&$3BT7)|yhg(NS^Pk>c&B{t4I`eQWN-(?fybP>$nrUv;q9f=rRR;v
zH6xs~fa&55foJR2r$P37I!oZ1C0$aykw`}6dNL}67Z^2)Rk?j3`Z~=*pLfDnrvuL{
zwZ18w?08xNW3OEFDy&&@Ck=rxg&s$wSd;jNC1l>ja1fKlPN$ZW4h;v_gw(6&<LF~+
z@E7M;BRHIXfr%I3CL-~EwBD>cvbnlXh$Zk{GmV9eU$1|g)>-JASr&H2=)>|kM_}Te
z5>$C(O=6j5rLIhx+TovFpMJ7w`aGs=7MYun624a2Bv>=|y*4u=NtQI|>=7EqET7Dm
zF~q#YbCRxY%89+7o}*Hca(h(AW6j!cNgZ~Tuf4c{C0RW5`qr2%B9eIb!Z?+XY;hJ#
z732K@5bw{U&7Hts703CGEDE2G$W6(vc77}A6{eHs0;ddd2!tB@1Y0LDxv&B`D+vFd
zs$BoFh|FDQb+3l?>(ej8Gi&w|z9c&d`_=nSJbPXD&+sC0r-0cUS4>tsZy)tdnO^hu
zT`E2wH)W^QyYv3YrFg7lN6Gy~;r?qG_0OW#!oBd2+MP~90ZwgWy?MYpG2~8ILv+Ij
zE!A$C2+b1w^vMjf(jD#hhwnA5hukranFJiuNrhS>^3#OEe>G4b%U#>|S6X`4ug|ay
zslR2K1Mq`_aD4FED5Q9X?YpbCP5WokZcg%I;;jW{*+jfgA{sE%=zO_VhyDI~HQ1-&
ztHf&<*V|RwFEn;c11s@RyYjRO#QQ73<W7`KSlQ=N1WLU7<~Qumh{cP`Lfk|%c3Hxr
z?x1)rZt61AK$eTlJ5f&VWq(zY``+5vhV|>yfO76jkBY3zTytI-g(CL7RVEe<opn-C
zaXPwTE@xIdUHHxP{j@2?wmwZxKyBzzyXuA>qO*eP-JUON_8J}sjZ`#yS@E6>O+Alp
zYbQRJKHW(i@Dxn$M9GkF@v#fqNgVL@+UyCjl$n{(%s>WA%ous2==@QZV{^nS*?T8R
z>IeZ_6Sjs|i8s&vCc^5o>(hYVlASCuHgrWaM>JhFi)X)h-${{Mq*urCo38f}B6?Gw
zWWKpd;PvTt=WGr2HsY;LC;8=@hy=`OkCRc8juoiZkZ|T}ba~K7tBI$^j%TQ702@!M
zU;1emaRt`u)8cGwz=t5@P7DFPAIqY!lFa3H#7X?5aJ)&9Qxbmv%h*Cl<U-#T$Wi#O
zyQFkXmgLlZ#L}vKTij05-=HJ2tZ=p&%Ga+?147oZvqbY23Np(q9qHpf0@`feNS4*z
z5eApmd3%PtN<#W0ta>Ly0A|v&)KgfiJhN;HRF$*tU2Qt8J?@WMRn?GWr5!Y$x>_T}
z{YfP=Dd*P5A-%axSbpMaltNdHP->6a8>byVvHBPEy8OQ*PbToWEQ%!a1u6N2SS*JS
zFK=sLa(n}}w1G=Xl@FkKZ6lPWlk?0g-xtqjyv-th;kmVXeHxGzpcO7>NHNZnG>$zx
zPGqGW`W~KEx)q7PEo<bgMxnC5AoXP2RlTYu%5Nqz_i_p!0_ANY-f32Q-0u|$7Or=s
z$^p`LLLls-$~sb19D}bcjmGlsbfCiV6pD%*i1&x#h(dS3$Fe9APjmr2Ar{+oMsZw>
zJ%KhK?%yuW!XBh%DIp@7*Ff|$vn!WBX7XlK$?iRuh`~53++cka!|UtQps5(#-0%2_
zk;Hl7xs+MUz{e{TkB^Fp#f41YYL-)Grg6s$niR3`+SY3|Dxx-v^?cNi=l$(2*}G5M
zC2yy*SgU+fhQJi5)w)I`s9xPJq)gZi?Zx2_&3q+7^&m0Z*0p+#cCz|uQDbUh$7%1Z
zl5jE>xmpzN(UXUrTHVAmfp~uwUEc{AK9)t12t9m~XI+_HiJP7ItO+gL-I%RYE>UH+
z9gIbtlr>y0Aq_=(_RgIo&k0@i)=|7nm~Jua$Upm*vVo0OuTO)bnP7WL2bXO85gXgp
z&L|(3iOk)yeLL~vEJ^+D0g(8f*JM-lXW;wJy}&BvH;$h^D{ma#PlwjkemiQHC{iD~
zV04(yiHJnEy}pfjrwj!RtLpc=al?!yvyWcyI%)c|@17TjP(M(6L2t9xE3D(Mx2bBC
z=f*^~s}E$H-d9-NYPC8Jb07m&^+CIxztF@u%IFP|cps0`&zIx<f5S~?@Tn|{B;&0H
z*)xtW%#j-?aU2tsRAre0E8~eXGaqFXWNAt404~o@a$7@*_vCpRJ1yO~<<LwXGqC5(
zgnn3xM<!x#A>Os?Gu&w|h}byxnmL*lDIP}TI2EQQwY3O~n&iFx#<i0;jx)P`!z_o8
z39Ouh8Mhh!rQkISg7u~r?Ns$aPGN`{<QzsvHn?}Xn@@BS<e;%BH4B~Qpx2c)IfH#z
z=?8oR?R2kar5CHZakz&w3iGTSA9@tEcHZcy8>dQZ!^#eOWb^~o>hU%cjj%^IUB5?{
zu`T>CULGLcAB7o@Yz!&$*N3twl0s~>I8Q8Qp%jwcbF1wVZ}bjZy;dX_-^)qou#)x?
zV_a{Z{L)@-k){?cIr{;jU{ZV1Z8=xYFHYgRUWTRcrg~j#*QW&~UUy_Za7st99V;*$
z(y<Z~ujP{Z64}^fkeB@;m}ce|Bu1ir%6Wu>6a0$bKA_}}9MkuFH;;2~%kxG#6OI`Q
zZSAAu*PiS6JE>x$(@hksTLM+T>S^CteY)3}(k>H16DxKDt8T5eO<%MNq2T-Jq+VMh
zl*bW-sutaAL%nv4if%PY8E%<Uy-*51RHwQ-LO#x3y<as0OJP|V;zJdQmYCm1yy(M?
zd$xTSKLk&ZxPk!wOcn)7eP2+p^Ie&p+({=RRO9hGZpp}3;X;WY_)d;lifTh=2vL)#
z4Pz$3db;y<B{uT%JP*9i=2|Kr_yDh7pB4@ACgSR3o$(>Tgy;uW;0Bgul_smI+tTYn
z{|h%256kX8kR-=MoVZz#``vwi=1X!`>*Lq?*b^*L5bL#?RI%D=CwjLwWeBK~`3n!d
z-hJI4(@oZqc8|KoKg2?SiP$hMeObuGHdVAcYSqbTC!$}`&CoUNUhh_p!@{U<VyMXP
zBVOgx#QP2X)0d*;c{U!(<$N-6*i3!V_dZW7c08YtC3Z9~OU7`(@7nVM?}8N{-?>Ye
zH((-lrKQl3=fy)fSwgDu2EJ>3w7dK2^=aWXPZoY@l7cj5$2==*UC)?!X=}Bi&oU<3
zEKd7%ckvUbKzU$&Ts5GZV54L;=wzhA@pR^0SdVSQdzp;lsx-B(cQb>c;~kTm)>%fd
z3cp?M(Qb8c1-g-{@O`nhvl8yq@OXQvM_Oe>;uGbC(LMz8e?+{3;Kg6>jDMy0#8u0t
zw%35-39)4Px_Ht!XKIo2{v-Tgv3<o>@Rpo}sKv@a>GJKoMa%7W#ETR^vwaJ1-#^&<
zXZ8BDkS$W~Pkx$%v5hw#?h3i=UcyC6>M4cqS?JS!p#*R(e<zb74x}bIOOy4c)U5M#
z^eo=0KWXB&udAWxt&UZ=ansJ#?z~o`?vEsrxqIGV;x+EOTYcL-3tgCjUg_MO9exM#
zI=)XVSElPxZ#W@d$EOWt>AOVT*!X?h_k2v67Cx-&#p>HGwRxFAGlJ*1zKPFehC}4F
z!0fN`n}}D;oybST`;jaPNs#D#%&_OKF8wmFsGtC|%q%SYJGAqXB(*tAM1<76X5n3U
z){}Q&`ibl2n7ti0_|$K5_4;(n)JWWcuIc?w9`24W!<t*jL%H8A;Ey$y`*D`!We~W*
zXQfF8GMOu9be)us62jb)nib8|>CwX{42oG>H@fLQqP?bHuj-=;!{`#NdJ3rc!O<H|
zqT5b4c9_$(^CjBauSaq_ul{o004i}y!jPnqAthcL>jb-1zE(@T4u0z6{aWdjiq(3G
zEwVLp@%Pntkct0Bq;pq092tuKM_vo?F_zg3|BGzA9LuJZc=ItAza92kVsY0ejurjM
zyt66J5a#iqD2cT)AQv8VqI42w>}5nkciikJz8_@iC$~kb*QbTt9y9rLaJk56>T67y
z&!(IBaoSaR#~<`0F%u_EtnVRR0z!1Wvum<KnIze53-PMjH1R&S8C3Ur5Z*UM(>3i<
zpN?M(F3iuOR;#{%?&ZAG>z%5tZdc3zNd)}n!QKbcqaP;AZ~wsGDWYtZR@YME#ms3n
z|0W#T{DJA!BY*hKsiu!dD(P@Y7>*o6;RL@)@!A5(62k)5^pcSA2eK%5Vu^X4lp!0s
zJS?Q(Vi-_J_suND#cw(p`JLk%WMk2!yXZ1uuIed%?zvu^e)5;NdVN~B%tZSwLNRwZ
z3woQZox5OeJSmkpE)#dz6X1Q&7P245mpc8|7M`je)1?xg#|59+_BwY(Gmg={+G6rx
zD@N4H&Zu^Vx~<w;1D<&6))eydz#C7uRBS@9gi0|}QbpTJ(~fwt<n{0#i@s_%A5coJ
z_!P(UUEe3fi~8Z5b~v*m-Vz_;xxa{bk!V&(Jdt=mlSLuf;})~OpJWL1Ur4-628Eyl
z@k6%E+`MtmljeGitw9>ZQKoU64!y_RGzr|#ws&8<KK(isBnGgf+%D;E(lTiAikJS$
z%2_YXha+4iO@r9}cmrx4dx89_!$t1amqdYWA>O?@ZRFLSnppRGT@7gtq&ZL&t#0p5
z#yLEUp+x5Sd^&{(O@E<R&whM2)%MZe3d?I)l+b0bcpHZ7iI@E4juo%fDqeza1L}0c
z5ygur@gmP^#`-nHJI<Z(NA5O^;PopBkZg&)x#P=pUCD$b%Mi7^)253;?;rB@$=tYc
z@{@L@OxT0m9!k>4k}f363ev>Ml10w0?^>T8HtmzvozhNu+PRjqmh&VPObz(copx~#
z31<Ez#gD7(dm9Q0G<dygdMFF%lI*27#Y=I-E0jsAp4%?&DpOPV9AUyV9>#*pin!hT
ztLvu-(`H!J#tU^E!}03;2I4hKM2NRD%A(H3+gAH9@z17blhAXbig_EaO>MjQG(?L3
zQFTiagz#{z$(Rr?dC&CS-(%x7*~qc9BVM1&qWDZmS+<f`td;$2OeL}0Kxu1(nc|z|
z>C#;fYsAv#S$PCfDXg(|ByLRF$Xl^reDXK5c6~Y^hg2o*L~1biFd-<pWo--#oM9=;
zyV65`LWtM%+>a{#5x#ipd+ZN4{dko)n9gHn*%qi;F~oZj27KN<Gty3{W0S0QtwMbM
zuF|&j+&rsQXDlWaEKZNeh+bjJ>n|l<*YjzPx=W)G+NcJ<i)z3>y8*TFdh|65ztxJ?
z(s%qWs=;$xlBL60<nK1p!E9_2j_U@_FH*eTh<8bfush=2_h(VG#KLZLXRqO{tL}|i
zH}#yXUuOQ~lD^W#;W}g&Kj>-MGtn%DiTbf^$C;NF9~FLU*QcMUm3na>)zF3lPn(MP
zjYM-%mUx|^ZGD{kW?UpiR($7&7ajR@s|wYM7DW;}Z!76IOYf#j8Z%{epGr=|wExwr
z+pRM0r{fmWY&48>)Gz3y8r9+WLL6@!;>>y=>+Pfc0+ipo@p|vvld-mq@m?|+<K2?C
zO9NxR_Ol5IYx_55Hr9E0ug!P?SyFeI&CI39=cmCa;w<x>Bq?I&qrz|P`t-2UU@%j(
z(Him0(d-o(!shHs1M|m4X5~rhXWtsddlW3U>P|cFluBZ2XiLCw$8Wjfp5@(<x%a8H
zmZ?Nz)Y|T(tJQ8xa0Ox>HnpLgs!G*fh~n+q39-ww#RBqs@Ry0#OP-?R<l@bjPF51j
zbK>P25NBqbn7-4oBTu|!^N|hG7H`M{)W0e9*>}W?7sT~Fl#rM-so}e1<lrk0tF`OX
z17!|lu+FD%shKYSv>GYio_OOladL+yy2;zeF=wIoJ*CBnhR5}=BinGv=KV5emThi(
zRuhi0ho7p%o_MR%RlB2#@TSx!wrA9{giz6=ALn>cNtK*Ro;&h2KTd}>RD<0=Y_Wj+
z9$0^uc&+EWJK)Xx%a&F$W-mSK!Shm~W=tYPH^fB|v#%7y(wVfjBB3BJsjFoT(O`&_
zTpT7Mxzn;YMR;l9`ps}M{wb59=SS<6Fue9A7q3qbGjWD<TE$yT9*wxCRXifzvP<NM
z<J8HCt1Xe+n!RK&pXG0JJB}h6G`xKeZ#Pv^9J1wTgYk!LGGZd84Z1##4X)?q>%Mme
z9#2N3Vfp-!%j7Rz?d>HyNpADkwI8Pn4|{`frj)?zs^?==P4}~Jr^VV){x<RcVdQIw
z_szkZM3u!}N1pLWX^rNZ7B<J8d6K)OC)AQ<{)w5Qh_klUnZ*+?txn54O8nGgWTM1*
zgo3W~q@TuC+yr~ch%nEIQKrP?YgtM9f`Ml3`t&FhXNX$Po4cAJLa!Kfbz6UpHFDc#
z`^3R>3B1506Ok2UcjA}`5aK4W-KFCEDUi6+zo;iw+aE7SiF0jF#2hKW^=NeBR^r{)
z^F1r8`2rA^TUQhkb9B`-laS?_83rkxv&ZCnK36Awq*bG@b{w@jo$Igj6jN$-wIgNG
z@PDB?lQKd#1W~smptm?(+8FRj*kc3l9NwBmLBkA+GEW#{nT_-)(yZWEHp{5x(sUfl
zvV*`Y9oNnMzFiLSuH{+J5xl8^s8T;?I#duY9^M{HUeh%@;`I}gjGaoO3@|&<=<gtL
z=q`V=HFWj*^tXa_HY48MDGlFUC$R_OEyhQCy^*C%d^c}e1&tpkWs=j`WquwM>B5lX
z=MW7I_3iQ45#O3DiGm)yyQ^*4+C_E&8N$;zfnvwKG}l5CMX2R%O?x2y98ECX@kFYr
zE77G24Wh6|qWIXk!;J8>GotVzzn|NQ_I*1ajVrCHHkn&TW>xLg`Y{mi3+Whu?GSP&
zp7QTovna|&GPa@qjq7}tSTZ6uIdPk?wAPS?o0R?5Id(|z1T>t^s%1>PIqRG+Qr{X5
z8S6Dvn5{LGq;C0G^h$N4-T1M5Vnb=zs#La_XjZRJf1;B*!<}S}rC?fk<D-XV@y5jK
z+MRXX@e<6vwtOPQsDrPK=h;lPP|VkxA1R`NRaXs67MglfRmtZ4K#jVQUR6D_Z1NsO
zhjCQHjt?tSXG*}UoqeR<>(RYBS5m^fHF8|T0+e3uaYjOo-TS%A2-zEISY0R$kFL9K
zVv9rl(Z(xW&_u1?2UW~!Qz)m>fp~um!BQhb+Wz^@GKfyIclLe8X*Nqy9$`|!s?hEA
z-L53JoehZxnUV!c)_wc=?2AlsF!8dyo#sq4^>{2)@y)k%W_o#$Hg#-8YO#{kD;0Zq
zK=_KkF<_fE@4@TiEnS};W$JV{n_#wV_<!bTd$>UR%V2LmNIJ>uW1*jT)Mn#}qZDau
zE9GDcic8CXJ@jD|@_)JMr`!F6MXhx2P8n_&8iS2@6Y*Y8V!d!u)PS$_J7aFpqpoNK
zx*sklq{;~M{5aha&5>xKDR*H=RqZ5i80x#zjZ(jOS*)(rPzi6$9Y+`WQ-R#nUD0lg
zcAr!3fKS1kU|Fm0eJN_-_>CcDmPZvGXQZ9|s$$yXqZR^*Fm=+vNqU;fa;uL#;DaI(
z$1Zcu0Gp*AV+S5tRm`O5DBa5wH)$>-7<ut)u@f-vsvL{oV&nQ0&HDID*QY<xNv(l+
z+r*G*_IKFFSsSy<`ceJVLhZWPsh4FmlT9@8<|$@m+hpC7=IdD&XE6oXxYT%Gt!h;*
ztrbJqr^0%VajtFh9)&_IaI07a`8_3i5x!{G<=xODy)pR;Ua_5is>28kt#}St{0ft;
z_3p`2Ur&*Kr`0NjV^DR%7ufImCxwobaKf;Cr>CPEb8nk^FautMKOMbbO}zEa_>GK~
zszF}XFvK%rG4W%7(PpHfBc{hu?*}Fm!d3h@PA7=hb?hu*tJK<DD6eOYr;9pUgO_HB
z9poeBhaXq58yCYYbEE{DU6RfEm`m5E2eR^VxLMa~8U;@tZsq<cF@@z!2dnmWxFC(=
z-10|KALS&XBw-93wt}*kgJ8}g`#qw|$vE$@kbFqJ`-G+<r0g4q++#EGYNtvx@?v$W
zpfm4to2r{opL$!v@l@+KT2`Gm@`ew+jw+SWsaX9UM$-tpvOm$u(2pTuPM%c1s#B#I
zq)AXG#J`ktJ@G`qPlE>*%xxD6x;!sbegJHRIfz<b*_NZ86x@67Ldzu771L%<%?WBO
zr~H767V{G<F7ue@lqBv2XJT4j8F$1hls<4QH{-YNahePrAI4Ud0w3MXGO?2^YoY}>
z<rfr5YCFEe@>jV%tf3{qz+1LH1Kgakt0Yz;wGH$@LC!?|wm&lOmsqx2oz%~=q<Ijq
zQs2Y_ctOBKg}A2jdRE`pXunT3$v0FT&v=h4tFovy1h=Pqa(%noo`e_(mu@nYk-*3G
zT{aE%v};4R9=C^K9Oy|LVO~`IbPKhx=S%%d*^j~+E~l%~O5&)hjp|Mpgq8Yd!@x7s
zcEb~Dhm=Vp2w9LD@xl$uv$3!*;1x{fPMDKch@`J>@CGDlW3;5i^33<H5F&D2wyuDm
z(XYSI%qC8TLSwe+VFB8{Ar$-aiag^h|KJ0dXn;bvx|yfFf8WoED=BZJ-LRgd&Vg4j
z?Rxw?Cm~iFA6D)9prz~6!%wVXnR2UD|C1=0?(SLhcw(O?_?}HO>z+7Cnz@2o(eh&a
zYUT`NpBH%?o11UE!I*cCn8DP2R4LIz9<6XWHAdYps&y&%Nty8(YD|-&k)vfZLG+%m
z4sDolU`=FTo!x3#&8SF;1@a?9hewiBd{i&P9o|)=(!@?`cRY>O+G1Ss8CRA3gNf6<
z9Pz7a&G7C~tt-3&^87aP03b$PI=4GLDcrI=fR`|3O`yb!SQ*Ue;rC@x#4PdBS}wC9
z$t1x}3F9Jj6WP|gNQ1r}j$`^mvg}|0NQqyr$cltBHIO8Vf+>eCjvZhww%RIPMUf|Y
z&Jz%sSrYhzuucLJ20#MQzGZy|_#RU;-d8+{F`9*y4tE`oi5HV@skAlDyu{Dq=I8#2
zLmg^`&Dbk^*P%A4;1%NCSE8Yzx{?;@_33!7s!Cch;nor_m8&YD$a+hvF6kg7R+#LH
zl6~zYWgIS;5_L?Z{WR1r>sVJ+LqE`zg^C%Tm?`c<q?~@)snwnYqVY>W&S`_cj+I*1
zO%aHmROtZsi0K@Bxkbd7pvZ$2jx6zN<OWsX-S0;}89zqel|?mByf2G_B;69?qw0*R
z)VXvg%ORa-Vun5~DFuZ)Z2$l;BS}O-RPnla&`!a*q{2%_yj&-pB+cVOw3+%T)8i}=
zJCm1$2D?7zn5&W|*?_XD8F+DwRWO_3kz|ffLn^k0f+THpfwyRV*!##7rmQ=n3_cTr
z?WW9KyCdSozn^>v#>1@JJX@MWEG+Z!jb{O~6UlNjX-Y<I{%9!5?okWd`Ulx{8xPXz
z{8Y)k@#F}?IgR4g1f97Y_mi#&{95&Ncb+Vg-l^g}Nn+^x%wyde(Nid^BCJv?(#4YL
zL$4d5MiqP{2vw3H{56bo(&#NUX6x`+SCx*h$w+WR+tIqe6O|#1#>U$aZzIEhVUyv1
z9kz^e(+T2b@vbZiqDzyWc&TA@j?|roc$rR)fwb}qF-dl^I9Hq?>kOlOO@cH|FwgQ`
z!^)H`)HSNxi7AKVMRcd9MPuc4%z%;)>Ez4WkzLCq-0gT9b>GVMVc^Hg5GsO)AV1I4
z^RZd`O>2;0-*<_v!R=Ni!;crr!ntYrF{y%<q%qr+DJd<BT1Z~u-Lw9vgiU=@qpW`D
zmq|Xox00?=ywsGrN%8JZr=6I)HVh=@bTp{-W7Wm3>8HCAMJ;0zmTkB?L>Kizgnac-
z*+H&nM7I35QFkDsymwuVGJIm))C<y3cqGNvPu0n|G6osrjCOlcO?aY!8o4F%R+GU-
zhW!-{DE?nS*(9@4I*aGuegg;*=H!W6G~eeZTWOM4=D6|Dwj8TdsRG2T(Xn%a>Duef
zn>_KRgm?uy%4wQ$FL{N5v6gmBuO*;FQk0zw4)8r%xxl9;i!Bc;vOdM~^%-E|UlF5W
z1NskZM%!de$xI3HmT_9(Cr*1nA!+}?z7Pj4?RG`O_{@zl%wM`biYs`u<f2_C6M@y1
zS!hfF%@EKxNxHp$x`~$`Nb&12vOc%y6zla=?a;BSNh9fI!Pzl1?Mhf(I}owTdAq{L
z>82bzj+QBHb|!}?BF2teO`b|S$&Kr+aKE(AgTG!C@=wA|wi55VvM8*MNeW_erQhqh
zk!^gu<>W)saO}&|Qt?>5AI&cPqCZOH3y-Fi2~%SER1k?Jk-X)yj+?P>=Z=Exe0#b3
zmFvU6OVChGs4yw<&dtLQhJD01s)5FXAjMwP{v(S6-!B!j@L!4eM%Ag3H{UrLM2=4B
zSaJ^en-FhxIBb@5`20xBnPZ4-f4+y3CPOFVh8n*6s!p1+zv`#wcvSZrF;UzMnTR(?
zm|0XU80S<Q7xjXaojM(wtG7%Wk*5+B<Oc=ty)Z|_I+$^(j+_?6N%9`Ukl8T_(NH8p
zH=eBl<5+mt?B;{<vdHBMFvpwVP7`}d;3l2Hk}Eq){)<!bR^l`ttOc1kof1EEyz)5#
zC7GKSZi#~YmEAVCJ~3UNg~QpYl@EamjpCgvU7mZWH#W5A@$2H@WpV81Pn<Y+bI&Qw
ze5-k-0bw<ns3frr=v<v1Q!!#kmUxNctTuL7AoU!li5IKW=xh97FzULlLXGHFESaMt
zI-H*2QD0Rx+M|mh52!`8uBrR$({WC<s;S!k>ug-n++8(^d>7IP6cexhfEqd94ZgJx
z?_{Hv#5|F`^-jra6JjBBK#0Y6NbmI7tu$7EPLMMx4vAdGxoOgJEO~|mSs(q%7T9Tt
zrVt3i>AXt~^P<tvMPgfaJWoFfX}m)MaP61!{2XR|QnEh9Ld9G9nKE>ZNX?QEZ$5Lb
zADco#wGc3jk~k{@)0@BVl*E~l-0c^etArCf`OD>TBbm0-brNb)@jz)!4ahiE>NZmY
z9_StkSLf`nk$M{imNiVOMpTVQCsn_lZ%?!;k)0K>?%t-Rc|I9>bUPdK;}C<bjurDR
znk&+dh{QcBjSsR`PI_Jc?K<dx5R+lL1O+)_9P_~Z^DT+PLD~j6<s|zzNHcHNZ%4|)
zS|}UnGn<H!!i3&cyNMG-VryG|X1S&1rIEKPXY7@d=Iw-f@)Ego^pm*R(zvf#xZU~`
z?fMkSGP^~IADx}48jE_92H4K|<pR9$CHFLmU2#a7Qc})7a&q^TBA6XUd;ESYeLU?@
zRMn@)B)jOXZGjN4iUr<5J!~Uh{iF(IBKV7<I{HG_G4odY?t0`djJ+}|R`sZUTBYVj
zYUtc#eJUAf>Ri#D4$Z14jj7?jKk0|V{pm@7x59f$yv5TaUIj-iB^HyxJh50Qe%~MH
zGoFZ%!UE5CyF*;x>xtJE8B#(=4#Uba!zjJFOLq)%*7aj7-QN=U(XS8XeN|K(!LvRI
z!6CQ@w*+^$1PBg6g1fuR;u3t31b2cv1h)l(ySr<E#g@f`?SJz>_deW*`}}*j^D<{@
zy1Tlk=A7>8uJ0??zic{ruXNQgV_L9~vUvClMTtViKhLZ-a>{5iYq2}~r@@h9;h@~5
z)-0Up1pT7Lma#&9tJdS0_6^Q~BX}SexIH+*LNI%tBShV&fx7_r*N$Lm2I;P}6l)`z
zVr|XWgi%1Q(C6~UsCMZss9=R_Mde!PBmIqkIs79y1H{3^gfU40992SEj)`*z`ma0b
zfT8b=IyMv@o3nf^MO8ulgSI!g808Wv-S3J5$Lf5{>m9*gqnPN%#p0)jH5e<t;_>b9
zg-%~#kiv>w4VG(lNd`}nl5U_HQ!&JNwc4BvoIF5A(Q(;=jEx*+TxWgRE|*RNyS;b~
zjus=BrhmCFg8*+>Ma8Mz#`07O|I%7)G|vx@^oYBqIH$)Wi}$^v(iw4>ao0QhKE(Lo
zt_Jz(mWmU#q@ic66kq-1Uy4_2*BxG(#ZyHJ-CN$OYrk=E2K=^WIz%X%C{hn)zks%Y
zvvsUv`LIF>-XISSJ%(qAfVP0npvvbf3PSSnNmR-9NR)J)7zcj!3A^T(XMTyS3W?xi
z*DO}GBDDP4#SX^y0o0UO>+q>e$5*_E<_hSK0l47j2ZHAZR;8a8mkv?<PG{^Ra}7!d
zgY?~~no3*VnVqH9{6vjvY@U^0vCSg~jN_0XN``5Lo2_T%yD|wHHV%qEzubOh(+qis
z&k=*_j9yi-hcDvjpA~I4z3>NLWU8r8aGmG}yG*e_M|hM)T39JFH+9Hv5Gs$VdgWJ;
zQLtr2+El$1_;AAZc`1O|;)DF@=SxeU11#QMjBNRP&!;y&j6Q@7%JFe4qsRR(yV2@P
zE0l_h)v7Bs3D5ok$ltlg`q*Y?(ZQidC)5;GtlS~%MCNj>liu=)#Iz@=x6LRGw_oUl
zl*22!Iw)BT#l};~J1UvTFgr>+o{kC12M60DeLcIN?j%=Y!Z>7mJZzK^!prpE7jJz{
zuxW5dy=S;_#K8>nHiqo|=lLhcP}*PTLfPiCdSZsQQ^2{AsN2$q8t|Ad`9<yT@x4ZR
zPYQW^PbN9TmTaa}IHR)bKzGrw#@2~6o26`r*wz(Zs;7BIk!L&6p++L{)H*ki{ui=f
zm&7qs>^L#oTL!I7%juc~M+xIR%G(Qv9&a-u`S$l~%h#D$y^WI1N+OdK2ZM0DV!A2w
znuVrj9&=j=F(kTjk5ANATT|?yY_}{&Q%THEk5YX`btbL(2cQ!D186!q40O(6u@~Q-
zzKJeDc>XC2N?QJ4>3v=|cV77CBZgjc<mlI>bl1rlQ~$*V)8oD9vg>CG35)^`r7mM+
z90&|M9S3i$aPn8<`)|Cc$qe$Y#k1NIIWa^OW&vwI*B50WItJ0)w7Lv*`wnutbr)8n
zGm;$SzG$XSI#lN`&;|yl<6b|Y%JsTKJb;1Z5w~SS&{3mg^sHm3UA!_)4~xrk9IxC<
z!nXfJ#=|}8t9_9)dGwMX^Jq@aH&OO#-1MVag_#30>)9T+`iJqre$TaB4V!G@CkJXN
zv2glerGfsAwY+&bA&1d2<R`~BHOB4f^%ve7QciXqlb_5!=#yLVLn&lC&9DR?c+r@+
zzB=IfeA4dKJki^%oYk5hq`19)XkA;hrrr$e_m~zjBH2D@S4JN&+hx%0DZaYYV59}H
zlx`fCofunp3P;%7(LWsf^W4tpuE@?aK9<!UR`&xx$?Qx}UhaA2#F-G6H#xntjn2LD
z_km`GYLQr#hUiKd$Yi%%1jj3<<S7W{ovW3F?mkQO@~KV3t+S>~A)#|5N-IWWwUR&1
z&7sOA((<>H&2&cH^zD-K$ImI^`u@}}AMd10XwwX-{Ai$f0y<YV3QxS)iG;Hon!BR%
z^#DKj{jZYyz=YNGO1<M)-*+kxDt?-WYs9maOwx7OABagc19CChKu!!sG7k66`&9uR
zZQ(QzO%7gf2|<)m^A4>!s@i9-`yac*z&IlBZ8efa=qH*C41yx1FFTC5g1#7iS#!-q
zcYS_^MW5BYlWACJP?K{oRjb<U5pX0Xz|PsNxW|&36QepAy3U;Txu!GfSC^gX{B=q8
z_~mTE9T}u@W&&`U8ygv={uL)$XCYay)0mxumvC>xO0m%raAr66G->n7gAt9gXl9M>
zX_n5sHne;v2+fYVh=S-H(+!^AU*t5vLp2j=V~PHL+{#BAn58MM&a80!CB1>bS&>`4
z)!cL7m)pXO_QlMbj}`}SZ_5AboYlf-u?*?6z@aOvpiOM?hY@v7I~`eocc2#Up3jO?
z`<3jGbOqjgdxeu{4WCJd_l)FGiS6plm%HvHz}g?0g^`*gi}}n~{f{stTNWwQ*}?hx
zC)PwUV$l@Kbn!A4m3?i2I*idu^<4%>J`^5^$fKXrt5F-J-prd3oBl}E^C@hyT|@ou
z7ZD|_4tGd5H~WwAUPW%&3Vhp|Z&v7Jv68WGME>Y)#T^swisk9P<OyA*&7KnQ9<%T^
z>Meu-U_+?&v;t%EDrd#~Mwpe2saypbCAnvDMqjJ?Cm5sB`ppNVx_&=qQaBpqk+9r-
zJuw$RUmA0h<x1K2Iar<gS^KR1LldR&c%)g%a7iyfxU7+M1>JrB#mPiL?ZnU1uR2JG
z&PQNT=rIlzy9n^bvlb#ty$RzH?f8`}D7WPKNp`cKPe}r+h}_y3+E89`?ltORspFM{
zU7OHm7vOK#U$-8Mx|C89;rymt;-U=O`0i09uKgY7H)Z6?n`4)fY(M>^ZxQi!QS9k@
zUbSE8S~(L!@{FnkXhH9sVtlI-wErnPYUby}@75tqZM-mHxhUDZ1ddGj^;!%ECPW7H
zJOEC5n^%4C?QbFUMnz$F8)r3Qly<T%p36<+Tyk~ahDblitw9JKH@tE`E3Wef)Yb?q
z_ouZ>c<|`ML)b=lY7^igV1Zq4Z;)0yV33gP-+u1Y4w1I)^^Dd1PP(^fCM$jwn;_(R
z@wJMewl>`-kVD>}t4pQWxiJNVU#)XSW##M6Ame_=8g8dS5bzDsT=rHtfy(_~=VkxC
z9Qgh>()$wFnD{TmtCwq~_u~^z;zO{3eqclaYG&xU0jD!XcqU~;mIU#gw|_x=%f)A5
z<(KPEom91sC<rjraREMeKdJ|Q$u0bahc|0WL*r@9_K#@S#e@rnOFS)vJ;&z;3rf~E
z3jpm--69!SqIWf7@*WZn0ZRf5(E2KR-%VZ(dUw4JAY7xv2VHBg2fr&s*p$lZ^OCvC
ziuek-&F5IF_!M8K(HQi-m_Icd<;naW+*-}`OH)Zf;vVS-)*Jn$Qq6T^R>0c4L1Dt4
zqpfy##F77!F<qp0TN}>E_Wj`n_9mVQVqiYAlut>zSMGrX#mWU);N5B8qivW1#*cOl
z&AqfJ?u$>a5Vp_?2-%o!1AQrB++Ck<T<uu7?))tEc@Ys1?gh3VyY+crTv0p6R2Bkd
z`|1Ou*O3qqB)%EjApcFnAxn5zu7l8h65y10jezjGG~`%JT^<?w2jCOH`;Y2VbV$3n
zf<{<YvIG8bVQ7Qdjv6BSk1Vwd|B**<{$G**=w-q%t*W{m^i~I!hg1dI`gG}9)NK|e
zVCcH0)D`ps=@hJjp*a1~o}yZWu}LZAm9a{Q8v@o_)=#cjipV$p_E7eV|Moq=PM=Jl
zgS=jX+@G}#Z^#KCEjzM#l?Xa8D&#8IlsOc#UCKrgw8f8f75TUC3C7;#^AZ%$_8%Si
ze?<9(n4s)k-wtI?kS`^?0~ZoKZNg1u!M<>2*=_QlIV9^rzWo2>Q;4KYZ&9x2c;Nq3
zaL~Kg5VM14FsWF`-#L8v>)<69p*WYnV4;b=zhE@D;J5wsP=6)tI@`)5^F>t^-Wq~Y
z-x+<+S*bN2+J5_@>eT-iePgCGx`B(L*VzJn(f{e8WhRAcNr+XVrOObdNr?Sx3xLb?
zA<$RLE!j1*<G&?xDxhxe<QAnl`WLYLKYe4<mY_$BKC&u$hF||R6mC0GC>gvdT)oYS
z{}Kt)l0uCn03YY3gkkA>mg%ZVNZgAm<o+Gj6EPx%_22{7%ez>LM=7cTH#K`u_sq?+
z>Xa>#m*<_Xw07Yv6;tO6_`@p%=if%3K~xWRv}3nGk|b>+Ci&HToym@^Oc6EVkhDEu
z;>g<uPnb$C_o`tdV##Vn4av7e#>G4lNT6?l+iBlePEi9np~&-*b~_b9aFd|FEQvF?
zRdZt$dg{<3#%|i}!5|glb)h0GttFX<?Zzsv<F!6@b@ftGe*DHd*IB#5sdzi6Lj+ES
zUL<u0EYZSmkO-F$6GPahSWf8rnNTb6)_BzkS5@7quT(YSq63lC)?k;oLpexZ`dU9~
zvOhU%N|oP|gSXy4`TmJ@a@Jef=Jk=+yq~$~C*!`ifBds{s<e2{y=Y#x!q3<Bv$|ZV
zVGx*r=(bl2L^J*9-9{YK9LfO3y}&PgiB-s|Z)$T|@f392^uQCvs?T19+vTVHfGyNt
zysYu`_YEh{<vJNY2C~~atuE)<$BR{+UTgj?z^3b~%M8SChddvOczhx*#J!^M2>s%7
z)z}9DdOi-G$JPNcKS5S`7xJIaiEM|Y48>Zn?0qKxE(w98y%);vtvhQHS;A&ad&ViL
z0k2@_pU(Y$b{`fR`a)lm(E)ZjSuC=iBBpV#+=YMWnx@86+?zN5`C663k$w7eQu$!v
zc9qhvsN0e83RssA8yOaV&8c~FShetdw|CDsioRU}zxivNZ#>gu;S6O%HNTbq+nKWq
zLAG8FOpiAR{ANS`;T3mBhW0c+iU&j&(%WK_Gl|JHq-4j<zagQ=Fzn|M0GYBl2jfkY
zhS>e8CZ;T+GgW{iuO%NTh<>`cEhLEi>H02Bm0ACN=YePW@Iu=|rx%j4xGdhwa7=b`
zvX)qQ^t&5m@&V!3+q46WVyewAX;u9NPG}Q2V^uKebJ_^+NWq%aZP82j?hY!)vu7lC
zIXG1&Q5{cLVJt?s$&?+T^GNP*hv`nsDtpya@ZChJv5L$cDsY6sB1Y&JBh9PTQ1gt2
zbP`k#9k+;@X3YTI{`Rki975+I*xbQhFp8fCQpQ%cpSz~4I-DnPS6B}2$Iidkf~>u^
z_HIwknB=WymT*!PL*@d#S;<%|=S;=?eLtyq57%7Z5ko#7US&NI0c`|4pOBC!F%H5^
zA-UL^YbTRxfV0<|%A89`KvvrDvo#Q}ce;0neZy!*oqy}pkZOspcGdyIH;-^}j(Q5s
zj>lrp9=3uhB7-+!(5L(3P3Ls4sf0ihT)odz$I6dd98}wLHf)~hF6Ng=AM|%8lu`j;
zZ6Je@-MFH{Wo9p~v%9d>=7EO-=w*v~^Uid8qxGWXbwh4A_ZOGXbAf1Ukqlg7nAZZd
zQ0u_X<<e42qHpwl4QJ+L!&`mhL&z4lKX77=&5<Cz8FIho7<HSvT6*13`xotRYFrPZ
zcC1rB78Y9><!r%3OV#*a9y97|GRaBs03K4ETSEA^zei@K{1ad0A<i`9T6@JTF>qbA
z5&s&`7~0Q@lt-Xi_Lsr)$D3(P2Pi9nyudpf7P~&_ElHu@6{gnsY0fTTG9c;uKe_gv
zR$=vY{H(5i@U(acgVBp2<vD?2^@sPag27@OoFdP5?fZYXQ7p%j-&4LNRYECzhrQUe
z_=DBn)+9q%hadk{%OfVZ{*t2~vv{*GfcVX_dPd-H(PfRLALNgq@mpq_aiMa94Vk=C
zpZG#-F<ClMxF@!8yD_lZQ8Q2eaIAXYnezA5TJS2wVI9Z0oOkdQ64y95onCJQ0y?@T
zKQOzT@Y9eILBJItHMLPRMQZpfp#d@z808-5Kj7tEuk1$pN_@}eJJY>+S+|6oh-;A;
za1>TeGlIDJi*=lTOmwOF2#Dyd@9usgmp5|=%Dqdn<T1rj(eb3x0ms}iKk3gcoLI^l
zOF#RV;R%j`hA0N&tjz-~)N<;fX7R}~fm@7DJ*}57`lb&luCY#W3oNHoe~U*vgC{uG
zAj+ixaLYt~Ezjpw5{)v6)`bsHyb{OgB_|Y{mwv=$M!Ixx_ltJF2-dvD7wEOl$NIMg
z4aNG_CQxYwlVLbAc_)1mW0ChQ*|KMm!iwpdz=Sma$^qMm(gEAL`Yd0gOHRJ~mz+=w
z>C@Kvpa|YvChU5aGv_o6?R6<_NE+B9>%y(gC1U5HtU7<%K4@1&!xy3Zl}101<iNu>
z(NUE-df3sJM>eKqVffoFTQEQbvjbX+G=a29!QCS~hICm1aI#BoDyBrvs=j}FqQ|nj
zM1q?wkBp%;A>H`>IP&P}G@A=Kk>EbQ32}OQIjVHSPB{H>nDQ?9bDKJ~J#Z7tv3zk$
zcsmVF)PSZTMa#w44=T^s0BMq?RYjAy4?>uX#)|K+dC!mxR#fDcbBUit*uMQae@!Np
zZSCwx<Q#N4Og(X+?_rmf@rzGjxjw@M*X&{Nm{bZ-`_ou=rGoj0SqJHSuGe?Ur#p8t
zxDecwy6XGa6CnuGip6HPt~}pbW!KrAEXlNR&UfIX2@dk7+Z2r3cmwOtr7WF<YgZ4!
z*qh_Se%5s|qrPO9nr8!JtqYj5AB^`8tgfgSg?LtbLbz5}{Q?-ZbJ0|9N<v+q#bGp{
zo@T)XUK&iDXFYEEo;edl_7Vrr#TApgWw)!~Elje^<X<r@G)CdrOe_Q;0Kb7s)DmRw
z>;W_@Dj1{%-}!svy^CUl>6LixUxgpukr%A=pd_n<UeiUQD~eOvf+DMDuMKA}0M797
zURBOWtI}mE*+}PiLg4b`n`F`kMlAM`(>9zxH4XeQ(_fKK^_RB6OCdIby5@8^4xmnV
zcyb35&y$u{X;tpk8X!z45y+%jPV@-EXv71CuDC@!2l|P}F1;IgA$s;}zL>;>F#97#
z&_hr8S_BN_$79TO8aaNXs!)pM%4Y&5lQP2SoDA~D<4D|JC&;f>AF_B-Z!$v54st9*
zot75H$T(JT<`GOmuy^BV<Qyjy81I`d;VcvG$~z9A`+?9v;*7Zuz$d5O8|2+*hiYgD
z`(ZrU6}!3Z`+I?1($@`hTyEZV7Zg>9z0OlVlpHRuN1T+olj!}plh)oZYZ-#qspty_
zySY-nmPp_i4?%?z`Ycpd(&$s#W{E`5P~a)N>w~cI)v#FIh0*F(|9*4M;^T{o5hyIY
zp0NS&&cV+5^%*h6;Urey!#Bs(Yz&xVafd;;W-1U`pZnAGVj)Zdj;iRQ;5Yb+jCDrN
z+4A(CdyiKuT<Uw+sau=a-BtsbS(y@POR}vlTek*s>w9ppW-MTos|hga*GNr-%RX7$
ztiZjmVPz5Hw1*AFluCzi<M!Y=Lwhi=1~3mCMh4OgkRhpko#I0s{=LxOJMQ6bLf22s
z%QEyxG#MsbkT{-?bm6+y(U>G=vu{$$M^T|K+4Fx&c0Q0tfsU5VUBd>8>~SvcLVO3-
zisi0jmI^uWC`-(|Y2D+dnM(oXTA#<kjJUSl8G!1rzD$B|DI`a>R$>;ce5SU;2d$s<
zPPuevl1kIcL!rU0)i>hZfa_5|t9tSk^4LF65MnoaQX<X~9#2Fgmz~(nd&&CorXg1!
zz~`Wo>8;BxDOu3{<0+HoYGa-8J(akc-hQ46xys^#o#aFoB@LL?o<Gf%YDlrkSv1=z
zu_uTJdLRl7{1yHnsXK>^Wy@9@BDk#l_@u<pWV>rJpcR0c2e)|o2M;1>h@PW5^eK*q
z6u9}vR5!^L9>I7*%P)(URLyl3o1{6SYt2kbiO!<(`U%TpvWd|t+2Ni3z*-bf<(QOv
z+p)#<A)HRbPZQ^6lCNqxF<v}70&r%m4DveEx>}>k^?u%n0c-xEoQ>hePmR!Z6eoNC
zVeuIc8TcCFVo@?Z6pYE7vq&50rC4c2`(f?ZFL^l*((vTEALX}oQP{GK`p@EY#zVK;
zzJ{VJUub3ZJt?<Ue?IC7>8`%1^ICc9q{L#Zq4>#OORmiqwErHzQYInL4n;#sl9VQD
zZaJUV>E*KiyY5hnA*b_g-Dqj&f(N(Sw~fKI&c=7K`Pmd^?6(v9&$?aDtbz7#R0g<B
zfD%Oh5O1(~c%FQyb-i0aEgiaky4o}kzj2n5nZF^o(Qr<_?2docE8|Y>&TxA%i==Qy
zxT}NUWNqdm4DMKeZX{B*PvR;{&FISw+*Zonj{z$}DTST;EZ{S7#@lgg%T4?=ro|;|
zTJWjHS+e^Loavp4EsRAj76GIGy|ZKB=LnD(0GQ%M{h+Mthw$5Z@Vm&4Ak|dCk>Qui
zpU6pE5$)qU-`vND<eX-idr>5+YGx%lbx;Lqb0ADV_IH!RG8|$T$+f2!@{Z^8CF6c7
zGgQ-GmojHtpICF5hFUuUttiYko7qSaE`U3C4)$0xSew>0d`&*iJqOAJVW`56LhoI;
zW*xYX(^Y%kH;*^B053jbxj)m_n~YyPDH-Xka2blzjGfGf)VqAM9*htRy5|WWN2zjT
zcAMMcc*BSABGlN1|3MW*HCjM|*~pDFx-=mFx?yYnu7OKdQ^2$VC+4SfTTXs^=#sLF
z4JI#*H$%%!L<aBoWt3dNV`(Vaw0s0p!Mx5u5xlR8qY$40KV*ap?4NQd^_Ft2_rn9o
z5s4tMQsU}QK?WLZb-%_h=GGd)*&GH1<8#*ENxp1y;iGdM=8Lnag1$-_{Sv+zbTjXB
zq)0-aU~OK%@PrN^1a~9Tc<=V<65uhPnW|o`lyzS4q<o-k0bBJeU?ok37x6F-yD`Dr
zdCiq<|FN?s#5mlAbr3Qz`!~DpBj<{E11g3qi9UKI7djO)e7Jo38vn2;F}Xo8Gy3lA
zm86Q_45ZQN*=Iq2IMCK`62%l&nv&LA#x_IEf@~Pm@4_^B0_3S7lAzF!UUDOxt?!yi
z&A;Jj(I79L#~ZvJG%7P?oW2&<!%G*z;n1{0cryQ$B=1iRG?POjKO12p(@@9c>dq++
zxpR(dRb-X#+eEL&xI7PCd8?7A%7tB}<-oKnN<7hTAey8m_pL4}hEZSUtp)jqC{ka&
zp_mbz(~u)KoNCfg-7t;A4w1IqQ1D$pMhY1MjBGdFY7Q3~_>(yN0|PZC{RbeAiG%HX
zp#V{CepCXX^=L5vW}St+Fpwh`(pn>7Ab37f3M6i@9weEdw>h_*QR?^V#PB}PPi7+I
zFMEZ5pF!$BtILFX-m~VpnAuX%dEFaoCX-*GNZ5ecIULa?5gdf+#Qp8=u7D&;o6}Qa
zRFdfYe*64M+N3d*N|_hEF-)gD=Zlfm?{g_m9sLMa>d7nu(5_ObG7m0h$-*qHP^W~_
zg(FsZE3XRBvq@QpGmJSgA=Q!`s(`XvW;lJwmQx6vS@Z?4Do~t9dpiP^5VpM$85#h7
zyBCt6_308EQu3AnT2QW)zDH`rCtUT&za(s?g1&)Z?48EH^$syF=#*DxFhP@L!CV3m
zBpnU!_H68g=(?Y!zvpe}HS?2S?=p2NX`xbk#|geW-rgpva-j{Xtp5GJ;HWIhQ`Uv}
z+QZ<p$;80I1yVE%>UPUr!FwU(<6uEwx5rP&IRW!038!IPgz;4ef1d1{sd)?sJTmAb
z1_n=zA{zMj18e#qb=d@<`V0#e>&pSi<q4tKCSCk{hFb5hzN7~!5#upG9IXHN*D@Y9
z65FLy{4%o&4W?3*diUT?op~CB@DB&ZIMu*qe)+6KB-5>Go%3jrMYXuU0$zJ5-qcul
ziqR3_;L)f{{)Fceff)pav`|H6Xh<L(<P*e#easm7C6X9KVknsSsVW7_1k_Ly>(UZC
zp~<F3(RClMs}^t{IZ2wTaS*p?Yij<Ox^9HOOwweY!h%)tAsiLzS{J-oSe~Qe$%5-F
zl2#_U-YY}uW9lQr(J9e=u3DRI_ffpYP}U!sM_?+7D$)`X;C;(Pm_QBLNzA}?7*kmE
zjk;SD|MCs<*WHm!uw1OXp}&8ayX+Fii7wuCCRxGAi@abLBx!e{M)swkA835sj;Pc4
zi6gM@))r_wb|XBa_t1Qjs4@PNG~eZ4u54kI=t#PECp$|94c(*8>L9aoX;}~$XYb-*
z<krXf+g5x7<Z_AJ)y~@EY=JT9WN}VMNXiRZ@d!q-HagL4787<ljmgd#sXyeP66@f{
z%5T9zJwVGyewXfT;m|sc12$EPdAOcY)wgv!iX#5kyDw{>%BiQ+ls={0=QXRo*yrvi
z0}#panZ)Nc6{dP&d|Pf9c?Bj1GU;l#rY0OD5m#9|N|%{&u!eD~dt>Q;{Sy!T;P=eT
z>bra918jf{7N2g1><KfzOLZwbpT62uLd%lz^Rx62S_H75nY@?91N0~nDI>W4!6icB
zxju?c%OgMb`5xdY(9|G1r&OWH&E7atsCwLf1F6A)FO=w&5+Zu=&Azhc;W4Q-Pf*c&
zY2?Q&U4CGB<8_DfGU&69otG^W(F5ZEyD0Fe^Dyq1R$9V0zaU(E%Vr49T-@Ry5nut+
zX0EAjA=6e%{Sr{lKYU~UF0{>WCYQd$;f$`9ZZp&;Zc<>+icIMX_*#hw9U?}YVp)~I
z1&&S&Y7<zw6mPkDGee<`3trlvc~~9&-tLhZ9E4PS(q<|3-$*QO3uikQe-6$p?X$sz
zPa}kRyMUU6nas$)J7lj;lhU9x=Ws|&RMTNewak*DIJ1x6?paq|6=CCc_n?;j%!I79
z-@4-kxZS4WXK%#nIi7?bzL1vNXts)p0q5?Yj0>kGHkz*#Q1lrKVvt{HEynF)u1}kN
zPH9wQVx~Q|Mr7@YqUz6Xmy=+LS7Uqh%#{EU4Mb%0buDOfzoOoYPW3Ls(UV)MwO)1b
zXEvxh-{}+MF2$kBJ>G7BGe=Cku!zrSD(W56TgtRuLapi1vSUX|T#c71HugDJuI&T9
z1PNA3o4kQao*gp5qpWw26lmy)Tn>tRu@0r3{Z;`0{M@GK`<M??t1*+qV#2$IOJ!IW
zvXa8RX1jd)g{-Cuk#$hK5j)>z^~5d+dlSTqe{&XtAZgjF+<Kxnl7>5b1=SkGlW{Ks
zpp5j)IAA}>y=(c}PXxbT<eRAQl4hk@Moctb)@K?W24UKFk=VRXY_Y?%Ta8B>I&Wc_
zt+a?I4e1wEY`JJHJzFML)JFuh+sSKrD!ff***J>}jwbY%$|^-e(WE1`?W^-V)pSNt
zjE_to3rJDPGnGkRr<65AJk_w$!#5C441n*f+|;mAPwpFAlS#Mta<n!SBIw{wSL`z|
z%Dc)Dj%T6|zt7Pnpn&>LjADma)X_Ir>~x0Awl@llgt0!Q|9oM$9as;?eS?p`ZQpEN
z2ryKn?KRFtGmdpQG3ub(<T?w-SHNqcZA)t?OT;Y~CR`*MiC+|8l=N^VqB;Sg-)Ftw
z%3ZmMbEo2QNc;njWcVBRPZ|H@XI5K%Cl>lGHpNC34==QpB%riFa^blZ){5gTwpagH
zmsLVPTU``Ep}TPwns#i}YSq24Mjs$6D1*N7U^d|37whL8PFw!(NRmf0TDzxF-X~{>
zFKRkL>45TW<?uucv+(-s4P62Q0@jyEi1}>HA2E7=wasRJW1kt`aZosGFpD1zYa#jW
zh=Rgnm%LTIfw%j>FcE=h-Y4QXeygq{UR~dVO0z0_xdJcis-{GvVUD85+|ORv2$Fy2
zVwMybf5Zm{=D8Np8GX`J(Myg=)AwOao6nH*JsZK_?BZ4&3JB5qp7Z96df-Vdcl;hY
ztE7|CW_Zpl236QKDV*~V{;bgtqOtds?r?8&fApSpQU&2CBi~zpXJWbNGJ^B*=d})v
zE>7$#6Xdb-%p_Qr+Ok7x=6)0UT~)nZC;Yu4!?-g_=FP|<il9^P$Cg;ZN1#}Awq#qf
z(ce}o5+YAE^f%cuq@<F#4_76$lN8~8Fa1>Hhk|i{K9P(fC~QPu-J@i9=2rH=04VJ=
zamsxvP+@54av)adJi-RzOj@ii!Ee&5WtrgoqzF>C?Z~SmSr_i(%oE8M&zM}&w{2lE
zLWQr3=p^fgo58HFh9H+Lk3e2}Bs3oq+`z<1nU=c8$Lb%Lr_4>4{(Te9dGc9&uH9l<
zMEu|LH%ASYw3r(3Zhb;1wWyrE%WsZO$7<sd5uWhg*kfY7fs7W|G>oTy`9Zg1&1<{k
zI2~EqY1w-~yS3_P?dHcjd#PxwzbqNy%j1sAp*!4Eq0_tBDH&L$szHvZOr`)|S)#i4
zR+z|VJ58uTv+Cc!TitN|5ixG5!lrvBgKSuzen%7@pQ(bIC0a&q?Ir=%&N)4rd8Qyg
zEdlp29tiV`x3$mJ0#(q7fqM*+$^rs%B*;&67fc@2d=zIF&G&JD{0LS{<+T(h^|lY9
zT{X9R?@o&^pTu}RMtTn$IQ5^67pv83&BZ&q?i%2KuKS>@96_EA-}rt@Khle(;A13n
zx2ccAG5<ZVIXsk=WlJ-~^mTK(c%2#J<Z;GnrJYR5h0M?X4%g{1a7Yl6sZO<==p#Dh
z!Ec{^080rJ9E9QkmYv)*nZ&8RD*+B+^uFPo?uBRY3ePD4KbnDaO-j4_I7h$XKn}Qf
zAJ<e-+%|sqW87O)*D)4}K?~4S0^!!LSCSI$4)L~i>3#HDAH%H%o3#-<c25|j%{|nR
zBm9Phv3eKK=w6=hXF00}jtp{!P=$0T<#r?9C6tXlZ&}qG(O2@kLU{VPj348b3D5^I
z0cqn>jA^Whdz8;08LaJrC3$-)o7K;?+rI4|ExCVphX4|F_ioQT4$jh`k=N{K=#RPL
z%10Wxj~gruUV)UWT0_(b7h~HhBO4)r(zgI$(^XtJRhMa9*Vy#Mhiq7Ven>jm?`ed4
zrr;7J=Q$%~*5NUn3w^xEjos2T6QptPmKK;7i3COZ1>W?-;3(W#3zL|rj3df{=f+ND
zjp;Vud1gZ3S4Y?$GM$`e2A{KoA(OA={+)y^7Az}(oFOv*j<;agI_{vg=?VeAVPgTG
ze}}Q&g^mB>%!IUHL6@O_rX>`gx^HD7#Tq5<;{rJTRr$Yn!3d_Y^I$<JRTA4wP{h3M
zeW6*TAyBAl0t{H%b>y!DOHig*gb|NJTDD-aC0${FC4(nK;C%_yI9K;!SFkp>`)JVQ
zS;Fh3fc!CX2?h&<IX^r#eMzNk-HBS-eA&MTUzvBwD0T|Iu7a_6-#wthE+1f95Li;4
z#O0<w8%17o(bM&P-k`BDl@6?1?8P~6OEm%ef3ZU#0_>Hr$b|wL#+E(22!n@=j)#S*
zho!K&n<e~)z|G0c&&I{c#>Jz_#U;$eBg`kr!pSMj$yuam(fmIuI67O{TKW9%6&8rr
R|DA^-$jhim*L*Sw{eK^U95?^~

diff --git a/docs/marca/hoja.png b/docs/marca/hoja.png
index 77491bed98e6b1e8241c6a0144b61cf7a60a520e..be5a6031998f3e9921a08e9b747ee5506f2f257f 100644
GIT binary patch
literal 51786
zcmcG#Wn5HU^eBv?QX(KFAfO;!(hW+30wN_MAl(c-Lo3}##}G<N%aFqipmZZOFvQRu
zLwDTcbKl?n-w*HC%Lm}>v-etSuik6z6Y)+%nV6845C;c`SXD*gJr2%&2o4VJIzBEi
zqHS*F3;elf{aXDs4o+1Z(Us|a;Q5)k%6oMj9B)<}oG-yRI2XXsmvtN*kC!+&o1bxT
zB+_tjsGTz#wWNR-k?-E>DBj%Mkdcw?X)pr=R}0hU@Smr}Nhi=C5n6H^cIq#DGzX4q
z#|e;&_PV1`+dX~0LUFnYrDtqZkFU4aBKT?6-#ot@>s5b7DbGN06!6)T`^mn!^ap0D
zT50+oIffJ=+ODpyu&^){6%|oY(TRzPw6ruZ7`(Q&#>U2GZEamtRHU!3UteF}{E9*3
zNwge51fIL9x+2~tAu-X@$5U$Y{lErrR25$9K&E!G!dh$C>ni#x2xb!{u0{o`+3r4g
znR(gL#H{u1T}|0p(-7tm?5E55+RuQS${7v-`+xcKg`@}~@7i}VOLwrnb_Zt<Cz~gi
z)EJ)+$0XJ|ianURmFRbBTQT|=?Mk>1vUhh+5mFbvyGFQh9|tKKN7_3bhu_09U9Cvb
zN`w>c8n7UpGXs-0RCtcW`NAHSgzdSR|DWff<ahXd!GJWndos>Q4aMpmhN!dvOwW3Q
zgx#!N_k#d39LNA9IJr`KjziD?=ly^17w*r0y;`krxtzuN-%ig-iBg}&cVYw1+PX>R
z0&@3m_BEIME@yLY@PUc5XNM;KHI-9w0p~m9g06T*R|`csj%fdzjW81#RY<^9Urr0U
zG~jUeIY3Y9nrKT-Q<dz^jjbmZoqKj|5<uK{a%gh6gX!OInt^5UL<U^Va(@N2NYC#2
zq1<qOhaK+lRZ;J1&N;OlkPRl!n)pX1?-V7LV}QwA5wc2>tS!>$O}{~HoZm%<_3hA$
zrMc{cEJ2>(MXYQW09qDf0=eZI7Vy861@>P#h)t-RiEBYzZ(fQky9fuUZ1u>V_SsA9
z0N^;nxkT4aNsV!gp)F-i?g3tMp-xp&)+1-5AJP7eEI-zWusIVW=YqgK^sU;&yaNY(
z64qm{JenNv956b)a7#(eN1{&sSSQUpfGC^Jc2M@GYty5XJ+@ZsB!-rkm$s@aDLX>K
zGux3@D<?wFkT^48ASm<vtvAG>&A{xeZwQ!l?id2TtZ<k!0I1buYUA~8fKJ$;2e_86
zYK-beXOIAvHxC6bo)^Kr82xVVoVkn86Q}c?7jIKG1<QdXXkXmQxNj5zl)8>c^r83W
zr%8TyB_2E7%moR0B#>R?WWui3^4neeJQJv_YD28kktEI6IKC1sJwAsFQeJ0IIj(Ld
z%3wTfB#f>u%PBj+v$?Sun>vI4_AK7~(z!MUdV1Nly7_eB+TIv_<E>!_5Tr~fnEJBU
z^~Gz*9mvbuUZ2C8<H=7Q!Hz97jWi?Q&%I7V@(cjg6@Q;bV{<?Z@MbH1!?xRhSaXqr
z{OA(keDy~SC$xrE>sw8E&o)5e=f7ISHA{JVV6>C==HQl>r#rUNA0gGaSA!Auko5t8
zkRD^Tm8!!~O|4d0fJzc98xmc=l<Cz*(sYjFE0u0;pKh90<P!PVDz-dJxG}}BPCMx(
z0@rnLeM%lAgTtulsd-eDI02xHwzbc2W32=PQ`PFD@dEqb>mfEG5b7vGloGRjya5;(
zk^#$s^oqC4aoD#SS_lPf)7yfiLfZ2|M`7=Z3Rd0^Nn#vF9b}J#<VRyy=t2{(1?wGT
zGZQ}jx2tW>mp(^;)&6cfGu$mbomA%o$ZlCn*~#qq>(=K95Lx-reb9{fKiXv~&o{Gj
zgB7iY{iR)Z3M!YjX=T^^r9^~rUQwk_f02c79JvLH3YIP8dprjg$5L3uR#=|e0Lmow
ztsm#Is}Z947*po)cgS^L<^x2KttPYP@r5~71}8@o)%;0TMofE6#T0X3Av-iA(XjB&
z2|XC!%2=((BVj*Li#O+wBa_XYcseYJ#F8N?v-$<RhNc#z>m7hK#-HRpYn}nR-<441
zJRhXLBn?Vkc$j#)Rz1?oGp+hDt@_=XYU#cl<c?TYG+aFnvvnY}Fz|uqAXE5x&NC#<
zQkM0O2LT{kcM+4JFzl{>#-5WVos1*+G>i!A=>{2TmIX|2_jf(9bz2Jq;xc$yNchUK
z4ZU|Lj?k1+gw%IV4AL3|?cH@I@vpuJU5&}f>9e)_;M-DyY{@P{#8G3gHx1s_%~>^V
zF99kq_n^t(BNGw~+Q<cZ&-j|ezV~ttn^)8nwda4@mF(kIxC@ZlfVWY9besJdn{B&K
z)xp<8;Bebh4;EAquXkYETmZ|mrv5#f_VRxK7~?5Z)myZ=evo^6@NUEFj7i^}%yLvV
zC$a~B%S|sR7@*7ApPazytWUdtwhvB)?dFrcZe*X<WNQRRg;jP*?sus;x8)3>$LIk~
zxIRCT+;Db&eB3oB{l-(18l&ZXOVi+ed#TBW5cT$C1MCyV>VG;L*Fxen2J#OmN&U~I
zoDYC*j{*X&_Pb<n=5qWmqxprqHd-YQu1Rh$H(FY5uI6%XPKU6dmMJ2FN{1H#x6`t>
ztJC#!SLgLDvTkqxnV$Y4Ln{OXz$Y;k$^>l!JUEk(GE|s|@cD;Sd7+7J$e#fRhh*Mk
zS?K=?FsI4gm){KQ{)<yMq$_Bq{~e-MfDk1I0W8E<{88x~c@rtz(&yjE9UQG}wwx|Y
zsegfGn2it%%BFq#2<O9E!__PVMNAE7Ots>XLF=WVaP3kY38s=3=i7im?zzf;amg=X
zud(12LrV?;&a<e0C{G<0j#EAd9^55;^%Kv_OlkLfR6idbVnvN$PTmO(Jl&oLbp<%J
zV9s0V9Bv<gaB*Y`_+G34;V5i9Sj}j%Y)N<aH5xD%JfnwH*XK8sA)+4|*WxsNVK@-+
z&3CGsYb(oN{=i?8v;NKGL1-GrftM>y^=>Y_TQ8w|u0w_(iZ7`_QG55Pu51m&-#D>Z
zSuR);Vaa(g=doEWSKgPxnpBvUkksj!G=?vgxLI#h-7bYmTpKw@23ngd_io&>69bwv
z_ijXxPcxA?ADEQpN8bXj?XO@$hX8@gRcj>+QkJj!;BZG@S|4Ifg`IP1V!&aPNBDl7
zwq99r(ArK>b<bf!%5qm9w3QNISw7@mn+$oE0kr4hUXLdVxWQPJaD{rOD=!IKFXuiO
z-(1?Y(rtTR<(HS<fxOQBQGWg3oJUncp(`#E%Zvn9=Km?!jdV(7OO8~t=OOX+>W<G<
z<phzPSgF?i&usEn5p@3r-0@k3!{HpL8sI0A+i%+i-43`Tr?KmEnFlv#fm|!EAdGk6
z#yL;&E;3$7U^FunT`FF%K4oPa%I)Tvh9{&=zC2$xpkSLB0ojf0RnA?nc>0_IvE7Gc
z+hFB-ukEyJm*+ze(fV#?qsm@phJ-FzqI~e$;J?Mik!LMBPB*7^t&(b3tdfSaAbY?*
zR--3@<)?)3ot2z0U}auO&e&Ifqh^+%(rm$~MIFVrDf2T16hK7MCS7x5V;#&=+>f??
z7DAvdDg0uf5+1O=b&K0dwEIYXi=YX}0MO;$T+F6iB0gC;zwHUJvZH8m52_Bq?5`9p
z69y8(Lamizf=d^b%DX(_@1jcI@jXWv!(ETm;^akdlxcr21w@Vn`#dTbhVDO^*7TV3
zV=6726MTyyKYmyCqHQQsG2XC_{CLkg-Kk_i+>NS(oZ;(>fDwa>(e#O<tpPFH8}KqF
zkmdNeqyR;Z(bC;GV=S%@xiC;qpr7edg%n|B;&rXp1PT3e87d@-hlIQU_046t`IV9*
zXswm$sx3}~4{xHmtsWdH-jY5$J^}e%w=lx%Kll7BThT3lE=<6O_~dQAZ?}*v`)S!!
z-zS<3vw<M75J3)EJ#W%XQ*_CGI@l_JPjHLjk22$`5Cxok&w|5l``j(rjo%`7q_$H@
z2CY}Ch02P(82GW$J5cY$-b9&?&k@a;oOAJyyk))SJt{S=n9|oOWQCjNF1E?^QUute
zS-i)D<!P1Xd%*@2XuEn<vDn_V?8F7smaI0U4Nl(Tduk*$c5*uL*f`fs(Wzx5=k_4g
zsBhc%@;XN(kfT-dyiHT~`WqOeK5%;+(DDjG{_wpHbSwF+)n`1Vq7D*rRigEHAm2Rq
zBzWR-_b@F&6aEXAk@22u2JIkijGbxATn%+d7ddJvYar{)pKQzr!yPHOTkQ37vW>B@
z@7C{h_O_g{$^$$xbQy=Bj^mr|(>AKS4jH2-39et%A6nGa+n*rEr1z&(ff)L2TO|_>
zU}shUgRpNG22$Myfh=w7tyOC4Kd|IZ#r7BwsPkMyf8Th4(#?80W$)%<R+AJ%F;Ti>
zDY3v)K_6dXDBZxCFBb4R3M})xJ;iFiEh_7AV^en6`R`{2o*tUee_B%A?koddWUQVX
zU2Jb+*JvoH;BRT7DU!sEZob}+qZ6E^ij$mWMz&m?wm1vFu+3^g0m2<|y6Q4O#*EDK
zu_B|smH2ZYNpcijQl1PRN^=uejLP)_CZ0gWyQ*>J2md^1Tg~p&l2_toT`*h=ov)Jg
zq3bJZ>Tj%9&iPuYVChSky;nC;M{~<BgUL-=yj%%R9c0Xwf%*35F{f#cv?|syxB5&O
z|FbMrqT?BYN}@e1w)yh(DD`FmNEc2dOET&UU0OYHo4nKxIqJ){=aoEDL338PjC5<d
z<Ac`oZ}_LGFH$5I3MOETw^|hs=+%{YP1GT&4@~F`$*=#gVx7jLE}pfUaU-J2BK%W&
zpoVpB`Fm>}77L7b7sjt#N4O)QAa-5!kEu#GLkma&E(7?UxM#>D#N}Fo%j2(Ux*O=Y
zl6Z|cSX7;(Yl1g>FLpNPVCvijX)?5EWamJB=pzH6>M$)Q_BX(kOYE;)5@20-+esq$
zOkP7`6jh3w#YKge^8QSpBHkKng%fj4SHiT29|%Mp8_34Ry@HJDbmnIT>uW@<XU3(b
znhbT(8PM``B1y6pffQ5eB2{Za+LkX8NMv(^<NerfXp9;cG7Tu|F`A>uiNY9!B~{1G
zdbritEU|UEzNyAvgU+V$f<|Yjw-<(68}dKwDl*uR*Jm9si7SYEU);QJr6Vve(5hcE
z2kbmI*uu+*)<Zu>Fp8<(p@`koVlG0~_jHyqW$vHL>zr0yg*X17nWLvS{X|~M3gWhJ
zR)=|Jd#c-njmI1xRZ*z9vMo3&neG%4P~@q8^5<EIQPrSl1bMFmb`kuNs(7xwi$D|o
z54bhHsl!}E%itQ^P9t5>WohS=5Vi~IVkvmK8JIq*qHJ#%xmc1cz4G>atoyS@KbbLF
zwK;7-8&p=LnNOZ~e=JmRVpB^E`sYzaF#*M*JprgJ(Wt8_n<PuoC6u(Ytb}zJIJ8AE
zvH1h1QMUE@$|`_Ur}jFK7Fp)}?K%XFErvvN$=_W8MKCg@N6v&Q+vYIueOa-E)~<5R
zc9<I{e8v(i`XD*9{GyB8n4{6?rRABu0dm;1AbaHJ{j+XZ&UeJ{!tbvm>s$ey-2a5}
zJ!lv}aUCYBAlfWt&KEhoYnAUMI~A?%2RaUb1wJiUts8+DRl|&$k61X4A5W7S3)~bX
z7Ses)>s((htC9KiqNqZNXp$Ub%y)I>LDhq%R7tk}oY_Vo(O|!P72U+{I@)OTVDwU>
zUCf-SLtV7m&A_&Z>Ut7tv74AR0(FVw>hxBk6M>l>G+KW$87?ywy-!;>#Dympnh|^Z
z?QtvJYu?`9R(*1)ylhv|hSj@XL6*<Ep#9xpyhL!p*v+qi$)^6vN-r>=HaZqtX7xZk
zyb<QAjwQF!nsMc860;SEfzd-1`M1(Dsg`Z{#J0xatma$DrlH^ZxhA~9#&MKjnyZk%
z$$pXzaSEj_YXPU?{R2pK<<+H(tTu0-qo&ox)%)yjiH)=Kv(V~k>wi$CtICjjq09pf
z$Bii{FBcTKZKeHaRcDo>poZG&n^ve<^RcF%>EfdLchXhUCu)bo_}F;>u7jkAwb@aF
z0fi_L)+y|0r<&bWyV2mj{%KaYa8CVDZo`7!#en3gGCxUp;jzvbib9&Jd-&7f#jW9G
z{<OP>+Ji6AKdx9vpo%V~_zX`F>2Wwabzj`b8+Gs9B1FyE`u_u<%?z&u@-Y`{KJXyk
zD-Fmb?}?Y&o$&IlDFJ*wv2_1{wF^^#Wt14)VKq@80a0I9BECAtURHY^az`$K1#B>0
z&gNjzCElkHXVI;E%kkrm@at+Yi3A!9x-+@>?XQ#_RfjjPh+(umaeFzig;BT`?ycJk
zQ2k)8m_J+4N0vVnbxmN~$k=D2Z9W>A@r`3bfo-hPAn>dqPMuiIt3P>wWPW}P`^1Fz
ziSG`41NeWAv1b|p^=PhpeAUld5Tn)ivLVizuo7W2hlnFJcIKQtnWnAgW~Au$h2CR$
zC}SH}1o2DTyTN{V5a6A#S0RFpn|sgMp?54T88B}y)_}hgWTo|DoF^*iwUTHC65cbz
z`W3ON@peWmYH{6fCY;hMJ>t8e=5+NTo=iyFuy!0lv1A5fOWhz}IdS&b6_fu(at)X*
z61Dg_#HoV+_FEXi7yX4$4j4(gA{qXMMl6=wZ5r_N#WPG_WUXnDeclL1zQ`a-HEVF_
zHv{69=pLfq%pahV&jU=(&z}R_Cj0HZ)W{{fCf1z8iL`fP%NI0VSqqRchO7<vSln(7
zWdxD@=5ztAdORj2yZo~k4yefb+*J6$>P=1k_P^LicLZ|WZReXSC&H>%v&YVMcpWm3
zVemj4_kRl-5E<yUS=;;VDgzqu`W9uDBocC(@-M+d08gtL><dPR3Nr#xi+|MtUsZKo
z%7`eSz|pkOHBRbiuse^xT-$57Di<LdUo9PsEy^^kTRNzh05AG@wcCBe5(8qHZ4c@0
zJgM~GPI-?b6~8mzJI<_;Q3&sJIX6t!O#ru-5@JirZsZyE<5o@+bJj1r2(d7)I0CGB
zebU`|FZV-Hfmi9zwnFEwt+k%&wH(9A)%1EcpLbbn0X2zV7uPiz$b%PUl}paPR2}g?
z4GzfJoAH~xQ;BMJoCdZzl=8Qvy^2ah=UW4cuyK%I(kB|zEmqY2e+ew7Ki#E<1wNK9
zjsoMAe<oZTa2&R?dH2=R#tT<Fs7u=};*vWuZ?T?V1!IX^kKcr|-a_*CZhm}NnL9`e
zsAO~l!rfQHCp0-RSd;5+o&p>Qm7yD3lBc6b1D4*OM$^Mhq60M(F@?M-J$7@aQglK;
zvYSKA5Y$eclhAodNw`36>7&^l>~1$nrcH3ZJTc5D2?pD{Mf!x9Sgn708&c0Iw}Ou?
zXf7m&<n9#;>ssrme>+=K8jRajbXl7w{#{hP(WY~PH!HC@xR5F-JoHOkL*D4lgqYaB
zNYj-Mas$Fxcizn}kFh@n6sJwoK+y);=f@S~>_(g=8D_$e*gVkv!m=CmaSQK1Zl)dG
zZ?l>}2e9-8AmE{cEx?geDtkvvSNNo+2|@$67a`%8^ECfH!#!Pk%<x}QCEr`$gl)fF
zHU&m*{?-0StPO#3l16Dq{#D2+5R_ETyH_m*Lry3E1q=H3%>fRqm4WU7Q&QW&2m<4P
zBa^j!V3^oka^tN8x~y18RSxDepCeeY?%7Ltn(<F}nOp05etOF}ce;cDmVaoBySHx<
ztVZVbDRcllvDe4kn#zwU+P;2hc>UM41IV4e`?Oebx0MF}b7}HE|9i#8^0wrUBd(%q
zzahmk67H|r<isDX2(d~!%D!^{q_U2&`Xy(&NO@z@`BfRfvag4`w_!o!ss^cM9mKd$
zbr_Ei%z))+uEe8opQit#>Kc|>iw&MKH4|Jf6RV@{xZV}QVH`r$gl9dS=@$*VP8Ubt
z$oyh6+ATQk!=QX?h*z`1aI4vO!9_qd(P>5z+;jaFGixC37gKr-c)?1f;jwG~q|vsh
z7uGZH&KX2xO=Ek-pB1}Xmf2il|Ki5HZ70)bWwxZg>R`bC1aS7#F%RZP;ifTIie+Q3
zS!leZ0wp$EG2UmPDL0j@_*d#IfXpKYfaEkezWUX>2n{83^{4Wz*M?JLxV)#`*gOwO
z0C~kN6qfgC&)8FS3_8qMu7o%JBL<;;D6p!qZH?uQl$^B!L<Fke{*=9Jd|9{M-)W?D
zegYgGn|3t@3_}xk9=RC9z*HSsPJ%c&kD9`EF^*(gegbYqZ?~hH`<k|8div5OUA|-i
z)M)<!N}yq<x|54C&n*$KZ^Gck8;=wpv{7WLFxae~*mu_c08<nQ@FxRV?>0eK_NY0o
z7XC(QR|K5CTaq?Yy89kUx2BOVc%%8RQnY#mCnpD^qs%lP>^6KH;%$NKDxTsSzXUJd
zo2%%m02IE|3`ZtSe(Nc3c=I_pU9pNyAN(mtfPo-^^!H5EE*WwZ@Y37BX}X2;!Ms~~
zSANB$Mj)qWgJ=)E08;*yXZvF}qdI!t1?j3G_{7W)uy|AqjsJO2Yh$or+0yMRpsvLw
zdDIr%zME$38)rZvc@(>BGR}={HuvU74>t`ptv+g+<_9m%A=H<pf$cj-0XsYC&zj^z
zu2m-fQihyDBpR>JXBYB%nk<@UcG4xQOdzNIxnj4E02SXRh!T*i>*DYY8!nI5iQ#Fq
zb{N9PG8FB_0-h_iUk{P#$M)2!yh~b(R8p>Yu%!*)EdrGy49&r2NICmU>3fbKa?zW(
z=z+@c87`~R*;V5mQ9>-Rx@hh*AW=VUlbD2I>9tJRpamI@QCzbu*(j#dNVr+5D7e*Z
z(e)O-mg$>#x_wFXyQ><sx<$4i9RN76)=LLR?VqdNsz4>sh}N!r!cQ=|8pxpi0)WkV
zRveq<JFKBZt)a;Do|HLHqgrt$B%0x1X3NrUb`VGty?;x`%SJ6OPyd7Jwi`_2H3bh}
zMpv_+SbAFPZc|`pO1hhj3sF0n+zxUSH}%*upwhrLXABVBwB^M}jsb8jtH;gKy><u&
zgSg^p?q~VHrHTPIw^C!8N>8l-$GAIte|`y#zy=ez(!0hUkL?4s5ic(m$x6Gx#8X~q
z^OUE$$G3m0F8$a1E{9$qeNgUa3_#KDd>d08zkXQvaHT_W(1`!}8zIk2(YMSsi1_Y9
z)Uq+pn+;E_q-ikt^ns&SHM>R=9B`+I)CHCc<g8?DmSmKf*R_gUm5%}-r(H+EgHATL
z%9H|kgj~;y+wrv>4518P{`MG@2=Lm1Vn3V(|D04Zdu?(@X5ItG#v9FW#$BFr!N|Ny
zvqEN~R`6#B=Y#2j>(3a0Dyv&h)D6jUds@7Y=u=5Ast&&q!P=@hv7wTfnJCNknTnoP
zTJk3+hr8qf=fZ8P()*~pd;5Q9D;HcAq=8C{UxJ`D!(Qa_(NovT<mX7tOvFq)%p{Hw
zgaS_2ARe5YLEtpC4fip*S{yT=n2w;|=fEbb#C@1B)f0xNPNl$cH*G^s5x7NGfNo+3
z0oYH`;MQ!P`LQO`k6aFHo-ZQJDiypf+J)DQ?F?68D9_BEW@*tw=bUH*inUn-Kz6h7
z1R>Tc4Cv&v%#`DS{MdG4$<rRPQC~?0iBmNwXT9VLhvihB1*4@Fpg65zj-4Thpxc*a
zLaq(uPQHzN+OV$PikOXDF}BrS@!XbNaBf9_7eg$3s5)##slI5k*&m>vvLO*7leL+E
zC)Se-Lxno?V&&<WLAyQiK0kQkp#xdnZZOFmDJJA}HTz&=B_KIv2UL%Zv>7jB_&4=m
z$$y`3xGQmqyPmA7Snh_@DL4hN8!R|}_iX=!5%C)Ow?N`@O+&?r95ZUA<?y09U^lqk
z<4*UF(R!5dVAEh|=T45~^Ycr9PVuP4{At49MQwt2zcV#-2TLQ2G%|&w%$U>7i^UeC
zSIN*BF$q3d9ubl+!E%dC<Tw87N97T1Ycsk)SHSO5LoD;~NQM2Q%M=hEUo6VCKH^=M
zXExZ+fX(!ky_snStX_8Va3XbIy$*T%uO2RmXO+$IiS6e5Ubaw_*|>;oBSV~9^HY!T
zGAI(RZ=l<dL!yVE#F&69a(2&X05u<|d9%`cZuJ<$>Nn}JBeB+>`(a>dcrpSS0`{X)
z+||{i<h9>b2$r3(;RgW{Un%^jO+oG!&o*xndHP~3m!-5WLe@NV8(p`x%9YOGh3jJy
zt}C~d`rGR@*;}kE^DQ>ua%lYOUxz8m?XQCmC(v8kwSb-4w0yOeCBgZEx933S$F|^i
z@BgcT|NoS^|EFh595Y@0^*nxwBrE5C3gb>z8|PwLga6Z~{XOq1@qZP?|4+wPIbtQf
z&fN+9A3U5_No-piKMvjgPgge6CR`@^|LW)d>)rzP#@A(f>=T&?Gy`yOOu|7!ga0r4
z)i}s!zzu;fVRwNJ^cOtb|9&4jXyW}p#R&kPciGF3l>~OUSMVhGNp=>1@J#J*E_(*&
z2~p7t?BiuEDmN+F{3$Rc4o(9XB~AEMK*Hm$#&1dSCiZ&nG#q<hDeu#5r2hcfihj$S
z*;iY0d^RqHi)%<xK((TFAmY*qOT@$ZGCDv0ZnVxiH%&_b6-=m~ZnD0}^gbS;tDW*t
zC?WJm<tUn&-f^m#du=TmW;<BY**7@K(83v1`cNIJAyYH}Foyg|?Jvs?+UT<`H!gpo
zti|_5eKJ?D+(gl|@Nstqxck#L9XoyFqaRu7-yc<aq_J&0COhWo!NvK#;l7n%A1o?X
z;1VdRk1-|$+29}UBV@#$b+VV4UA5G)R&$A1DxK&AmN&+d{-I3zt6@^*eh~5`vB>%A
zE)K)1*k6<dmA@>U>;?k}g6oO7&0+EHWZfur6dyUR7@;RLcA|JQ=_MVE@SnQ^g8NqB
zP=NJ0Mr<wAuD^#Aj76A^jFv>RH<9M@NN|SrTfwIv+r=COzr<GOW!m#cu$izX0POL3
zXRQidyL7n1w%OBYF^`IV6l?lsB7@yY<=N?e*2ZRrV#T_-ibj@e+pKz}m4BV4R|ncg
zyK=L<%9;1Lo{(E=ok-{59`DTleL$Rv%(|)Amm<0tX_fqWU{1JcY7_d^onCb%c7kk!
zegM_{^p;~9_CubhT9kf;pi<W$K`q;z?jNV5f2L%CP``3H6h~|P=Ej(V1o6Be?n_4D
z_NwNifAsR(_#2!gq|INJ8ZKAZOee(b+;z;~?cMfz05W)69(=g|sOz7oeLh>szg)E~
zd6HcI!<^3-a|a|(d^8ImON-ZtPHvCUvwo7lLhKyz=0Ov`t8|}!_x!AuThaFMF7+R4
z>sS-d{pG&Q<vTd@412M)uP621Xz!P~U5>iR>3lp>6U|Xq`y{*RBzrH^l3d#7{>ZPw
z{n_X4WbUhhjA}!TySaC_SmHJw<9sQ4Z80=U=RqiM>Q^KBhy3->;y5*F)3w@Wg*&6D
zuCqAbEAGB|dLGwdLDmZG>R;}pLK@&E`;S4QltiiNz~!5nJG>X(&k~tVdhXnuze;5r
z?rgT`?=}M`2Sf{q8{RR6mGwyloyu($GF!lEQ^}Lhlb(YTGA~E?VpF9a8sq$~PG9Uz
z2%NMnb=A@KSwDi(7;G6{7rCE3DyRXMDsToGoy>E)*0~4018ZS3c;jwx<`@3$`H>i&
zTn_CPSfom_#-oKMD2dR|l`HE}-YzVC*SnhU!f1=>?TLN$l}qEg`v6C^|07oOCbppp
zXPn=u*0ejCo`2GXA*o>*?_kXnS~Vjq&u{CW<U^l62sA#K?`)rh8SE)t0jI9&z-tyC
zsUXqOp*uJ@r)_XhU(z2#!`ZBwdP4t1Gp-h`s^<3vhBAj#hdm;*qBX)^E|)8D{WJ?g
zu7O3@VgE!d`K!cXlx*RJD0PwL#c{OioV;$v(uE?$-g5LTO<%1@&FXzlg@+iF<bm_S
z{MKLow+whBZ5}I%z4IPHx`}5J;8OlnJlnlSVNmKDKlM$9b<+of-LXPMiRHTyu)ea?
zh^3w&K6zQ_I{t5IGOpgjcOpfPO%@6p&}=oFM+c7_x6nD<^iGD|mX9AyO=f|o?Ap5D
zQ8#t+jQ5@i-;FOfZ`~To!cPqF+zFz7?bVY}TSOKFi~CACB3$kzPnUs6TtX}~9u)VG
zC+7X25c&N3z6FhW!&72oQ6*}E2O4}8T<={OSxK{2BzuZQjaR40T$K*yqrOk@a2UW?
z3LUHJlNm0W>Bd;UdX~O&E%GxKj|kBG;Qb6*<7h7WLFYF1)~AkMZgcVkFV_f6a?pqk
z`-6g=4{g%OPiwbqpCSZpKY^Q!#D7aAx4o21u~*+UkR>={TDSjzeiJCXwUXs~&*(_h
z!;(x8(#LUrR3RJPT6!Aa?Wl#wcwj^JHuE#%u#Wu9?$LYQ7w415j#=j^hjwYHxw{WI
z$QMjK$cWV|r*$l3u#L;HFL~%=n<+SEV`pQ$dE<-_Fu@>|&3n%sH#3_fcx1ZmGp1rg
zYlU2`J7>W0h*zP|jAEOIUxwzFV`>IFYr5WFn`@JDK_>QqhKn5GpD~z-Sy|@zw&uwh
zOz!6lr@An%akcS-4udzwxAk70%p`-saZNe_Jw^7*yVafplvDwKR+fxJQlrBZSH6EJ
zDhrFTAM5ioXv+=nvDi=`qcpZ;83+MCSznc#sF^NB`f>|$bxm*x{aOPvw<g!N^W5<<
z5_jgmtJtYFHKkB=nw&~vRITf|P%ANvco~qAkr$IxO{%Tl#07nNSgV<&KET~5>G^T&
zP^W*zrzx|H+qUV38=)*V;;QK(u!E8rpSL;)OfD-n-S;QdodqFTc3ljl-fBbM`p!!1
zlyXjo8+-mKRfe4acaIE{|IWNmvsL*N*Zi=L;YY99H_7bkzFc>X-N>4?TCf2$X5VR9
zw_}oU7#$x$h@TW_mC}B{L?_)+zmJBrv7n(E@r%)_FQei2i+<vABU^(tH9lfvQz8~C
zeN_slw-rUiSP`F3GpkNCzR+z`n~XQ4eWdCPox4S(MnVC{Xnf67P&$8oZpxSRS2e%5
z;74p{LsyNH>oG<vHG?v%waezW+l|RyVa<Vh7skIjNMl@xF6hjJOR2e&QQaM%F1w!&
zQ|O*CoFK5F-DgSxJH;VR1WU;t!bV3`0*XVceO;{B=v~>q1*BBO3AXhs8>$fcq2>F>
zH*tnR6R3WsN3L2Q`DNVX6L-3I9Zsm!_fX~KBRz()kD_Peo{vgZ^|#Uc?Sz+qA7dFD
zC5J#3)!s<I1J#g5{0Kqr7!_F?6ffl;9r_O8e&Zc3zkiibTACuT%Z^wqJ?BDw5&#by
z6(wCqof{oXaQYs{5={r!jB*H-ZU?UJ9E-7dyp$S$kthJs2CH#7l)G(9@$@y|WBN6i
zGf7e-*QPRJ1~7}M<9e!TE~E@&Cm!H~dFk$?GMzN9U$`DL>58U|b#Sb<2j14_1S_r)
z%|h$%Rg_*sTnays7RD&m+;{TdOh-eEMavWm6Ga8&x<Yl71r5G+u-wb5acnG1w)gds
zJ;VGh;jTXN``GxM1ICTEsH+%mJK+hKmu6eN`e|RPMx_p_5aCjxG1P$_uhOK}V8lP$
zMb&R#{5{?j9O<3j;^_%G{alp%J~VFh6MM=~__Za9XUt095YL27IkESBcr&SRIr$Gt
zuU1JT&5v%{A9wm)=udAv-oAi|a=J>=`X)Vs8}~KHBIfMje7r9oA``g0z)2$4AD~S!
zBm|r3ryMKvnx+nAaaQ<kOLlsly1GfOm52L-fA<HM9q&BFgj|a;+SS0wH3MyONgT}f
z)BhM3%(OhLu&wRuM!amYH*d+^PG6V!s2j4I4{^*>Gk*Gp0ZHWJ8yUh+Mela{dvSBu
z=%JB?6M5^rA+3-3g{N;ZUaS7JUvp&?uM$`5+yG~P=aGLfVuW|(+wk}Dr0JNM0Rp_z
zC-ys@_@y@~57%eNd+^9vA3r=&z#}x^TN(@H+*FG0K_3imBZ*e{4F@p|XRZ9r&;Lx?
z+?HxKc}&zd8}Vl7$g2`L9>M4tE~DPOCKIoAiI_kx30Iy$5bh76Fj&voZ&DCyu^s)3
z_&i0yDYrbu38Fu}o+!zut6@WQHfx#>mD^|NB#3^PEeQDYthN1pH&uV^VE*O4ZnYkv
z_yIHSOXU!{DDn-r2ZS$$6-{#;8+yM#nWK}l+*R6`Wq$q@xZP-zpFvTO$hYNmbl{Y>
z+mc%FypblTS#?3*a$Rzrcl>W{Ui{2hM8q?{b>+`XSyh&&HO+Pt*w(ZS{!2%bq$MM<
z#u3v}zw3xSGV75#S1mWEkNzl)7LEFP$Bn0>vFk!gL6Csa?{B8M3Lg?=K{zIs7H;-k
z-BIAowAI&R&fES15e#OU_Nbp4n$sx19zGZ~-3OgM(+n@7oreum0qU%>Ggp6T?_T=U
z6lZu#`YW%om~z#5@K~tCvu9XQ)JAcJ2tw5F++FI~+8ugd5ok*NygqivbLhj?l^U0%
zxXt2&XXDrn#BfQ(9Y>S;m7g4$y<D|AJcmrT`dzhe!%9QZ%N~DQlgpB;1yGz4(ZP?)
zVp6i$0%d94s0m-w^-iXppI0Zv!OfWLW~>rv>NOehu`pL=hD)U#t`~d?r=pLh78#&t
z>zW_I*U;x6j>Ox!kcn@UstYz}77+S?hi@oZbW`3cCdb~|u3}e5-tY^;GtadygItpn
zvlIGZ0{6UsStH0bDT2VNseuv3k76R;tHEK}O}~!Q7o<7*rEI*YLeF<pEb%;0e}APc
zn?zXs(uv2lG~k57l3GRozIV@TC?{X~Xi*_bjhSDhxp*uRQC!|x%9?%&i=GL=eHaq^
zD>6)>K`#+1uwh*;_&8-rpBxCV7OyA2F39d^eCNk=&kNDNxAdaCBJ2AOR{h|^^;PvS
zudIknpZZU3*H@M`A@4=3+eM&F#4%bTubUW?c1wP;XbmuyJO2dDIdQcn<q}x8MDTM|
z*$7?j7|Qpd1R>XA#=2TxLju}wsiNWaQ#le|O2<AGxVAKJFvObj=ay5)RUGCLWFJP!
ze_UrI9!eGH9dnLV3n7T?I-k)y8Be^H)mD#pjYxY)yGC+qF9O<5&^>s;xsqYA+9NN^
z6cc`vFZu;qdChKq8VHfy@RLcCg0P8cjc!=)!b2;38aRs#ITk!NQQnDq$*)TI<C;IR
zD^A|Q7(~8KF%wz)AhfTFOxzGullw-TGWg17kp3O1rS)cUNeJ}I8q6$^U2J1)7XMnz
z(LI+lN5fhxXhJyFv{Kk%-t{5koswoFkus@O1av*l>Ge~@Q9N%8v0MH$jBB<r##2bh
zB49V%o4NM`osASRw@p>CSCG}#>l3_0Jgj1W<)jlD>QIajT&NZ3&Db!|uJkSTY-r?O
zl?$eyZxU34qNxnkv=>9;L8#Ejn;momxS{eswk>~3&Aa<E@S5n2(;YPFG;5x~xb+Gr
zG`I{q`u`ReKa2OV?)lsPQqx|IzKO^}GGs<gXXsN7zGAgzUX;X`bimen0%M3QQbc)&
zpg+X>Rfhw5w!~g-gY5%Pl&YpeUXZ1j8JF6vXkj23Zjq9}xu>Mpo^g%2Xf3@@SaYNk
zj|}y(BC3kH*L#z?g!%(o{@Su?UgNuiS<xRKIEA0)WwT=fO-5QQSv7%<F{7{3M2I(R
zIxz3!>toI;C$9<)w%rg1I}g!7w6&0MsI}lYtbk@yJgJS~<3dy4O9(Do6sf)CoC|gA
ztATdG>@zL?Vsh=2ulthSVU@andIf!cV2>X!&7fk-bR`L@m^_v$Evi4Jz300}X4s^>
z9y5D)sr}ym0}Y-;q=(S98UvEXTP~N;sCfl_sxU$n9X%aeutm)|t2=zjV_>KHIpWu~
zeB+eTUQBhnT@A0j>(dI=CrCFaO22gL2LDadvp9p4E=6)JuxjP5yDWN0&9&m|K$1<$
z=IYQ0K8$XV$wn~a+bbo}&P*7#^|_kmFWCCu44%}YUIC#_cy#`{T9}<UZ98(&Ls@df
z6<*-8$G*8{U}swUAx`7(`0LjdCv~J%UL-*$CgGop#k?+82pJu}A^Tr3syF8=cfI&S
zwA5m381-mf<U>f;+X0t(h?}6K<iyZ89gKZ8rhNl%7QNKBeL1@xoSNYs7W{bgT7U?S
zKc<%CLu`Effd9C%KGUwr^|fqbaqY`2mML!O#pYY~n#9(h4G(o6BA5*Ru+o4R@V%eA
zJfCR$WY#A<UOCthQ>#_F*K5#Fs``*s3<Otrs(o_!(a)pzV~oUix}84aOZ|d<)`>qX
zdWl_BhB;w#HBKMgvpFI5{3Da&KYg^1dyxmudWt9I8S2?$AMj0HT(omh1&<Uy#H1hK
z+0}v-<ts-`yc<hvs`R%!_>2gQS^LIZ1w^#-SfmyFUB7y8lhs%G<xzf}O|D(jA2bpR
zbW+c-@tYhr7Vr~h4@%G=d!%ab#Uye)__m4{8WT?<efT4m@<V}9%4;E|f`<pr#TUuT
z_h+9%?tsGQQZY{+@tZCl5>VWjo0_1SYadi5-L0MZYGW?gbhpbqpaD#qwnO9M{B`fl
zD=o(H9$)Jqj;3+r=7B!Br+*;t<Er`TTOrH6M%-0~{m&Vl+{md^tzl~+=hqJvjNNTJ
zjl_Z<i9H)Gl8-fxcp0E$@O{-bPvUmg`_3xvKpj&-mQm431dLr-g)vH&CZEL2;eOyM
zQuqNV5h`T`^J6l`?llg>Hj^E$@ysi9N6T<7%ZlH*&<i~E^CtlgX;m!jBZki(aOg&u
zSc&7~nw+Xer1R%4t|M3Oa9*yE(sduL@Q)LUdvUeNx7yNH)3e{D8TeQ)Et=%uMV(SS
z7tVl;>?-W}evhni+Yn9tOMG`6UK;y=VGdQyvr?fkP3DrEoyG9xhwkHP!P^dj*T~Us
z4(wE^kN5SmVq&5c<c%-XNyg)IXchhHP!Y%jzW2V6*jW0Fe0c`LMBB7nPj0GeyW+j-
z5Zs^%QBk=n1WS?wApt4ResD#~iH1Rn(RT6y`P&`%LaeE&mMUq`yMC&zht`%@VaOp9
z#TDYW21T?QcxCCmOr4A+*-3#KP3vbPBDoI1z2s&c2h1!a=!0@8kD>nS<UPHrZ2}gg
z<L5op1-+~NnrQrapPBN(JkNek<8eGsF2lE#Mf_|AcxvtFP}8QvR>A#C&I{HD{u4`d
zA1+~X^&|u#VTyfB1cV4pHP)7@@8wvN<!fh-zEI^<k-U?9`>8Aa`@_{P(zcIKZ)`5S
zRR3|&^DpRgAF?7mpm*33Y(8eEW?*(Q{UOdxRj*f1k{UEhvC=yRw+vopPmNCC1h>(%
zhH2(GqQ7?@E7&-t>a!r#Q#G1RJ^T;m=?OZM1w0R{xB4JO#MScoO2YbH<+fg-V?Pbn
z7o;6toWl}SIDWC<>OM&j$A5^4+5L?)Zi?Ye39?W%Y1FUeb`dQMY4EjWxRR7RYn3Cm
z5bAO#2~_`(^5AUT1Ck`9#HXLn4)gf=UP8J-R>h<&V$xxi(B4OG+PlkBas<r)N-;cs
zqi)R%ckOQDrIZ3=VOAi3sD04o#ifnj)Mz8uy8D!Sxc8yO%;fin#sNFi?TWZ2{K-{i
z7HKE<hfYA}DC2t9aA{ugO^R%CTBHCtD0{LL%x$857hLk4d+r-a>t}sz+oVd;C{k!^
zR@cr1buGs(@ABNW%Txf;$HbdR5Trhq^_&jeSy`d2KS?_<;To1#q|Ixb*k)H2=Q&$D
zGLFh5%`NtlM;LASJx2eD3R{cGmArW}7+){Q@@e$R3r#PC;5o^vcWtaUJf+sQFYLfB
zjJ-3i(b_{eI?nIMpy@>E)`S-ulJw@X*6zKHd|&hYjzx(#Y_XqHPv>i46ldGK(R-_1
zOR9U*6;I7rL>h>jv#40>tJK3<s=OLM?_~eANa^o`m0iCW_zIuaaj<oAD$~XAaks_{
zNZ*S&nytsS@;AUfA1bF$Rh9bh%=Yluia6bguclefre!HTjk6lJbAe9wjmBiDu<{-w
zvl!nj`4ki_UwY5c4l!z&hNM!z*GoPYVGnU^jnjj`Deb8wH<R~jEu}&JFL8O;1c!+x
z#)t&E=L%?jax-i|B|j#ahA!u~zyRB8x!+IQ21~9ufI!BD870LZq0;fRuT7*~qJ^h?
z_;*m2u9dxd_3@nFp_KHEtR+8YBuvq@gAGJoPdcd}akn{?wW1`U9&J`n9dt+S)@}T3
zoa;H*qm-vT%!h(JQ};^b?(aW{;?wc)lR78qBmm`k=%O^mr(hq=n&SAQ^yON~jqzLJ
zG*FLpsJ@~7%4l+mdO9=Imdn$GciLHUnHQ0{P3$O+z8PITsgSoGoQnJ%=J$5KfOrsi
zIpCd?gK$?%wX(i%leLo>m2nZdn*7MRA5VSjFKtXi%I`2{42;_-qxS}jHwR#;!?SJz
zyRH12xjzi;!_QRoCoI0kcKU{b&-U)_98_UZ6TBq6pL)ibshLAWU)=r?({E$X)&)1!
zZ6X#&?1)7eb%D<l-eWVhAf>2}ZKGP1LAMv>^hM@*M?|V&Q-T|;ZxsBBI_<mc#TBXJ
zWfngxiq?664D6t<DllW#<-N;vkpxR09g9s_?}q3J8I9rC>Sf%6Ul(pu6Ve0^yKjtf
z`-B!=8`ww4JE*jM2r7Bfi7?#6LM49UG_St=HjTew<TWN^*Z5uqiqSqVspHUtlJ-an
zredNI&ff|fbR-)ilV{d$z8bw5Hr~9NXw+sVE{c`*=N??7oY*R8R68YWF-8|O8*k0$
zu^|T+S3Zfe1?Cw)XsK+uU_UDb$D^=%8uwu-x@Zba=lwoiP#yh4*5{~Yw0O2>;o_Av
zokr4)li`ioXU?K=E4FE>GIiQz49m$3XbzkB*S^4slTarLYOt)&7d-9G^hDPl1;ch}
zzO1&xL9YjY5T`OnQ`7V}5aAW03#Ojy7!5}%6Y|mRe7nkn<`xVKzxf@wb!WkYif@AU
zDx-C4W21yb-M%3E&YLHv%y-Jlg}fkih58}GT7niXRmb%RMvw1FRh7EQm+syYsV{5a
z2SL7?7F~92(cK8ZRTW$uY2hQ|-i{kfr!z5Dmq?UNp|M8VW=XzxKy3z9@k@BxUP@q(
zpBH=iCxw03z&@8sYSVX~2u%78!a2>4bDZLMb+d4&&&beyw!-Nz^=kMY73euKajIN~
z=ucx=%xCVpnP`vw<iR7deVo5Zdns>s3#U(NQXW-ab-^>#$b@UpeyymBpmmjtg271~
zKTa0%gB^qj+$HR}37@xpH~YJ3+7@qJ-Gh=w+C8rOKBMqFS)xmt(t(9g+(vp#$tGro
zHT_;={N4kTzWrFJq+tGTKgtO5l&2IN{7NdLu*Lm}LLc*r-TVRnObx_ja(w=xZl%$-
zP67!Ew48}jmQIg)Gyqmqzz?y3Hq(SeZ1aY=S->ElJC*t~<S!K<+eNT-Xdz?y47WCm
zc!mdkPJRuTPndF29$L5gY$=>-72`hcD)Et<Q7(zca;X&5Kl4m<_zeF3NPYUzcxP5|
z(TuFPyK)`7vU`0-V2xybYRATBDrcGOJ*xK*!@Rr<o`vxsdp-`N2CRLGlfYtNi(~t#
zM-c($iw4sRJDSpVC7NeQ#2zzW^n`rerdi6KhPr0$FRvBC)l8jq7-GRt9YL09|0+MX
zs)0%b^i_;*_^*4_0Oxvch`mw)J+DW}3yUA)mK}VQjCIVoNIBVwspYcirkAu4WkHDA
zSjk!IhJ=gw-MFD=D|UY!8ff1_&~FGUqi#PEdFRq4Sn3t=Ml+lRi4<Fd*#nm>^iM*C
zPl_14Kdrk3*B^PG>VAkc>o<}=0qRwZx3ucqyk>fP2CzzvsO~{4JD(tho!SM0g3o@U
zWvc8PRF*?XL8qdo+yU_`|A(&+`@9spUme|c22ka>>ngYz2~t*;RPAiq^!u?WbC_fD
zOYF_EI`^Iawr98UP9Nm#-=03?^?yX59~8Ygd$ONlKwim?%zl;cVd+PxEvthGomyz?
z9+^Jdi-i-=n4L=0_dH~MVQJb)Fuub30jpkn2+jU+>Q)~>5D{Z*;sX79=<<T$v4=uF
z&Bkb*eu3z&0A~L9onw~L2jHvM*=8c}SMn)A)aB)+ryc5PF*GH4V<A{6gqM%|%1d6n
zg`5%{?ds&`<MSjV268+S*SCc0=$-QR72&b|`+2}Hn+6LXw&d<LI&xHUJ-}v!A0>X~
z>nJZO1$_n`f3f8COKzo&WU{q8r*fD+lBR!9EpbPfmYny<W1qD#c_qFF$FR+-Dy37;
z9d5VB%Y)H!N4a*-sxpE2-SjzJZQJQb-RpN->7Qlmcc;V%mFWhxOqgYP3L8(8Y6#C}
z_x-dRK+|~){&eD)C|s1EJrdU+Lc=!9Rq#PP2f4Hq0NX}mjC*v&L@=c+x@AgZ8c8$D
z1mMq#dZT)e)N6@9&s8$QJCdvxCEEKkzWZ+5YmY?xiOVFHXNw!_zO0<`va~O)px7Gi
zXy2qMe)Q@{*lNq?V11lPS8)_+P`{~HVihlZ{wQSt;VfhHOb6zixoVRNzYjIxHi;=)
zPfI{sbMSr6N>*R0FWe&T+$ukDRgQi8y`i~z&-D;l>)<HXPQ+rKKOVn5=F2bU^U7~2
zrZSp@JVt9eoYN~1Lu%8oW5BdpV5`vk&Y|p}=8&p$#|SkPT3zUAA=aqmTwQYKjbb%8
z&pM*no06uQi>}e~PIBD~$JKk=3o2+lH|n1d9c}|r?LSuDI`s~-HCDX?OsghNVbdFu
zMF>!bN6D()inBqR+$GwTjbg*%^L}&F-qh~VuPMn)Z?{|+AJZsFvFIMci75DxLczq%
z@_F$?cTrFEfuy@yYy+Ose@-}YsV5hyk6XFDPwlL!ycT5K{A%!#T<Z6!-}W=Jq`YAS
z?>Z^0#CARn*g1)|^D>~{fJ$!ZO-jl`ec7To=6a39QdcJRRO|E-1r6SIyBffn3$Opi
zIx2HWT~2`i2*e9k4xgLiX<0q#G0<k&@mQqe31F{Rrx7{bJ`SF!*(o#GqW3O8p{TOR
zc>-K0va2zWT;KOPe|cQ5ln5<?QF54+`O+s>brXtk`w!Rcz2yxb$olCd&~^Ot=+%xy
z9dQ<w2Xq2H7$($b4rc!Nr{Je39xU_Ev}Ny49lI4~o}O51-R`C=)NX6B!qV}D)Pg#{
zJLQ^r#BtN6B8V+9Y`P$#AtA*QUDNT(%FSYPeP7NohGh-hw^W}?B3uE7xb}C;bL2)X
z<HJ7~_^EOy2vQpd=w?m)?tK1t{7-o?cpTwax{WJSPBywKC7F1DT8i?v-26)C<onIR
zc++Ci-@NgwTtBg~WV7g0TNI<3`B9e9mQ$H)#d@7a-});yqv8Pwexed#ovSx~0$Q18
zXQs_b8SRMpD{Xe5FmJ&gV&JFF>ywFHFhVgwL(u!Z+h1sAey%)$eIwGJr13ixJMzN6
z^6-63lgL%RMZ?Y6Q%)(+der>>Lz_p9-gqQ5#&}9grZsPWn))N;`aWY~Md*Yf)qBpU
zj~`7P_s4p|KaYmSh|sq3<PL$Q#O>6BHTq`L&dQ-*pep0T@7~e`gor>^3h$YguA!7b
z)~?S3-U+rUcz8>0)R>~?-2uID+~zT_u-I>!_t+<d7q}STjH%@JtF*BFYV?4&_;4Hi
zv>bS~?b<%l^G0843-~_pIF8*%dSiAvopX~*zwq_vQ+@79_irBNsf9Ge%bpZ-lTQ;h
z@TsiyH5fscg+E5k80CNIj7m*6WzO^D*()(4{eC<;#ASC7s;DQG7}sXDP&|8+S;S-P
zH%8<^5uI1}X@_1zQ(f5L-pTON33NskPADOA{GPLTWZtlgFtW8QAuTeTxx}QX9c;CS
zTAk@Qs5<aVgmay^*Bz!cCJS<nLueC*?Z>@~<c<|mqu{E_T3m1D9;HW4PQwnREvXw>
z4Xdn=7wEX&IR<H|qv|44;wIh?d24B-bH`%V>ENEBNUU(xPWqGF@d}1mgD6VEmQP>I
z$KB`uAhbr-uaes%Ap?-DWz90+4#sw9MQNORsK0)NhG0{9z|V)tC|*PH`>2`hnhr@v
z(j%rPXxnx*^ZA|6O9TA%cH5DK52hk*7rqEh^>NNoO2eo|jRdB6JfPH_mewDInLHr&
zQpn@h^3Ae8GG%vc_c;5CBZlO19cm0>2X2ortp*fn2)bgGK%~=A8P!zngV@AEEJEgG
za>4u3ucZ<vq52+eHr3k&KM~I&?JsyU6-ZSKOM5nXH<eOe!f~p61=61w&chgU%3}8-
z>w+83$?2ouD*c=CrjH~h1}Vj(hT^|-sHD*p>*;3n<)$K@z?$P}1Lmgg|1aXcvMG+|
z3zz(o0KuIAK?1?ug9n1U6FkV`i_78=B)Bgw!4_E-m#{4E?(XjH5a9B!`x$QCc`+|~
zrn}Efb<b3tM^0=2fkj5Pbz;){Z1h0yiXy^rs;~wfbP#OtSJp2^V@iOdPWzFvx`sox
zN*Xum)IM`KU*j!Y&Sq$#EYJy^a)_|8e)V?@@&vDIx}n|;ir{ohBj2KJ?{ajo3yt^P
z1bZY)UW7E(6V5B`#XX_21>L1Mi>2L7bG}H3+jy@R1nX(4Y*oJb88kDMmBAWO#GG_E
z<~Yw4+I*{i0OUA#KRQ^Hj}|JmDv-9sT&t&NLS<A4T__of(Y0InS)kOXC3Ltnf(Ak_
z_Urzr@2LwZYNHh8*WUT!cA>7GFkpndJgXQR5qZ9vQ0IDteb9IjMEN$CU<mULgQr?n
zPMI+(__m*X5GAY5bbWo=NQ+ROWPxXCXQc5-cDcF{pUq!cCskMGtE~DVB(kc`tzVI_
zs%m$srs{USp^8nqPFQZPyM8P0O=QH4>+FHQnm52WSdw)|)nO$>V=PZEqkDcRWzv4c
z9R(g*HNPBjGQ?P=HQqI&)Bq=Ip$wGETL1CEeoWp!;L4rwaQ}e3{_Vpzd0vNaAs-7;
z^$yq86RB}Qip%NdumlcX_#iZ5(9O30u6v1XZ+LMzN<B0EQMCSwq}h`(L0#@0O*oC-
zrt(K`V2yFvyx~>u+v0kSv~8xi^J%569~jHFzt1W&bFa;^cv-fixL}g)b&`F<Gteri
zu%@BmWSe68R2%Q-f@CO?Brzt=b(l~-C%tS+<rOo_4mGOb&DltwtL9-c0^RaYk%{g1
z8Mn~l!89Oa>fY`^MuczOw01-v26fS%$t+!QG%$#NY#-c6J8e~04A{9eCq=N{6qf1g
zt<c$0e}!<0|LAH;vVkok_D%-ei8Ht$Hi}6W(8yy2#zjwp-)sWC1FSgQ##J&}0o9xq
zE80!f-^oU^mf^rtTh3cT7WX9rrdoC<{wM`N*;V)5{9I3eohf9#`h?y_UcDYr;KYo6
zd3^Qm>#X{}ktB&*oSky{#i0F|k&D5=gQj9GMZ39~f+n_o_<lwUY|<#}&qN&ud+eIV
zeULWY$Hhf9`^unijeK#!JDx*-#n97z3k7V9QR*J^d5kAEeMi;^bGbNy0QFUuKSMKu
zr`-xMqmkCRy2%Xz-}6Up4w5k3>5}alFQRG}!6Fii-M7?Wk;y}gw83FTme9q{QfCjE
zX&p<tfA+(xMJa$(f~+D1YCAdkok!b!z4>9-e#)=0g(gR_k}+?u(jCKEHv7TJWl!%d
zw?&P}#D$v0ZAhO{u_K2Jf7robCC0CE*`CGqUcgBzKk5n!x91;yPIdi8^>QB$OC~c4
zjNO7-m+}V$ua>rDCA2|-BfIgrxJp@WLS=a|%b7?zn&a)W6#0&zh-fjaw}l}1)QvkB
z9ervXslKl1voR=5x88^qEDWjJo=3gF_Z5h!%~{j_>OLP?9g)<`<6-jhkk)ARR+FDd
z<8O#{`Ig=4k55_96HxsGGW+fD)7r#yXM24J4`}K!$|Bqgj2U!G!&v*Fj*C~J<!HGW
z_2~%5UNXQt1uoBgmq5tU0I$vdDZ*S+?>alnbcGSdmR9W~>K<vo?#OFmVRC+V@K1@)
zBKDZ_oXRAATThew8qX`;zJ}{jxnx9pP+I1=p52aKTVW!?xgM3@*zm11kqD`AQBX*s
zHK^gI+=+HGjuDYvRA+5yUvO)rEw%nloCO5|(MZ(gspcBnfaAp@VS3G8?P=PbdL)+*
zxgCct*j}g5aHejsn2i^G8eOn5x7Mwv6x|%S+>(3^oHUee5wQNRRq}#h)0$zyoz0pp
zY&Md3=Q`r55@N@=J#BBB(y)%BRkJi$J+aM@FzJO(ev4?n(2<gFwveqcZRF1@WL+1B
zX}K02`3^2XTH@|T6y4FbV#pd|2b8#(o7aUFk5A18S?>R9Y!N8h>)f%M`S;FapkmT*
zagpFFU3%2QdFV#hVHqoua_~V)NO`J*`BB7d{L{PQY&1UDja`p${cNIKhGrfCfL(`v
z_4eXs;qog6GfH0qTc-~gR;I*ot1vM~XfvWQdv5cR?TC)A2a&fxA=$T4_vlpoYNE?d
zW1R8C9?XzYUcS?kS?B3Qdw9TB2p8~JmquU-ooh~wAfiM(vVRrAk0u9>#Z^;Jb8xx&
zPgYc`*PKT8u|V`3?@s-`D3+U^C_O}fZul2{Rir1P+tF+hZNN%zd*fg*zc8L^w_sD8
zv7B`$5gi-8B^|ZIayK!$Oe=WxgM|7d<&Gevg=G=`rE@MstQvo}W3)6g_cGu7k?IM%
z#CeZt)N__sZJ7`_uC9$gF(xIqak8de8Cq?_@>r?u?n^wdY#68rxv!0SIJas3xRsCZ
zd*n08lg-Mn`}Ie}d`=THQO4%`tS}&PnZsE`CiypC%E#qhqaaHvhbn?}8fp2G$GsEr
zgYANg?vGkgg}T#&%RMrmt(g6&eq_p8_EGP3<WCNx>-WeeX@iP>R2Sa$g~)vbvio|J
zV3o-8pPmjf{=wDnS&H6jvLj8kqdZV|eXP<@Yse2a$|F=Fw&a*c$;EWw_x{|qb)pOx
z3K1KfW#3L=!~J@MZ9~hXwCvN^_xp7HnldoEa{gzo!`Y4^;d!$S^W^t@k2l$&qvmmj
zm6;_wxK|0`lOSZWXmUYPg!$zVQ>GQ|LKVJH9J~mHUP`@@;BJ9{9}?WS)|vN*Pk4aR
zAQLD$rf}Qw?SZZe_lU^6YBO2B%J3lD?pr7!&F{W%H6k8R^w~o;eNG#D-g?K9nds4-
zn!3`X@2loZBuq`1-ODpUt|Vj**9Ot*X_s*AaNgf#yn5AgLvK}naI<vm{97zB)S2Ar
z4rWO}^-}c`t<lZVJ$C=ppCnf6UbOIT6yT$Ka5H!F!+d9h9EhUL@2P^en{BB?K)7x=
zN#2muLkwVuyxOoaDA!_sOHDlUmj^gy1#Sfjc`(cMyWK_D`=~5*9wxXBs!5W#O?Q<o
z=<y*jdjyp_Te#X6<!SEFYI`$Yr3B6%ir}62j310(AV?R6glgP~?ak7^&FqXuF7knn
zmrW+|)LO)u;q{p*qI<X>_-sp)ZP7x2t9D$5l;J5?U{Z>e(E|SV0+f@APY&qWQT0}(
zpIw-X<wXth!xi`Eo*ZgsnG~s}#z+(%C=Y*Ox(T%4quVMf>uDdhznk9yCznDfl)6Hf
z$G&_C#T~q(EzI8$yqVU)_*-h;gz$52hK?Tr8CgHF?$=WmsiU8xi66Ecd4LV~0$XV)
z&VZSu)tSxvyY#e}Mo=e!wV}mM%)aV6B&JNezRuv@F1*Qp^Q<sKWp@oN=r)K%3BJA-
zQ|MfmmUm@peK77^IB(k%l^|4`UpTmM479C}V;(ENFDYR$Su{@GWS5YcWRu=N5!5?f
zF0^PA`rZ?6e<*VBllnhvyYRk&!Jh3({YDpLMu$Z|D*<cW#KvG-{()l<%d)5CUjv=Z
zIV<s*ZrIsLYW}es-@!G_65gHHXH;$(h>b)FOT~fvcXug{Q=dPF8Hx%H%Nvlp@3tHu
zF#-Yd<3DHMfz>_R8!N3d@>B9$H{T#mfp);xZX3ovDfW4M0S%RR`VqRc#L=JmcUUeK
zz`kBEJ<gSAFk#@G6~^UKmN#M&UX|wo%YdB>tyH`4nmw+>go=o6*=V#U{cgzA?&UmO
z=VHx$d-;8~U*54nPb-+v^dCDfbnG&aj;1)o2rOTIGsoWW8!{Q_VPuFej4ryeu#?)(
zjF~xK9?xm5zg}B+vW0B?^jQO{@wgsiLE5Ntva_r>6GjKDJkLX@R#CH5`_8pqe(SN?
zB>{-}5!au8aqWE&%Kk;mWVml^eXCnq>)oU?zDK+7>ylEmn;Se_n)VH`^HWv2CR?GC
z8tMyTY+rj)og&)k<-`5VC84n7p#6-MM87_^;Hg<Ykeu1&|6hTd(|cNSxKSAlBvBAj
zvvWf6h*F`t>NI8ecM|@ehHFQ5m5@riwghP{Y~UD!Snbd=%J8d(iy6w=xbrc|F-n7d
zKU_wlvOeAg>9B7seYUS{?Md@5X|<TEjbY`36a}Wb=D)eKC9CtZDt~_+flY&x-IXX^
zy9Od`yzA|?Wzd_L)es;=S(F^}PW%+X*3kBunO@*M^Q;8vRnmF7#^L)hkwgn3!FW6)
z?T9?P2R*jPBg&lWu-?tIkA&%Qnhn3;29#)g|2edu6BjZr)c>{K+J7(qS*B)>M$olj
zz<O<^$<niTsR-C>>t)73c0*e)j0josk}w=9`(~72;Wy1>+7Xk!D33W!yF1?XR!Aod
z0+eZ=o|oHNeE-*Ef;3E(D46iHg|`34uZR`53{pqrL-O0;6l*lX(@B)S+aqYV;z>N!
zal>33s%%6&jtN$dp^X}UzaXeH&tQ&CjO;(K@mQ>-w6<VPj~y7tv~xqa2s$!~8PKG4
zQA`2+$cGE`Ht?vlIKf5jF0wNv?^Gw{?Lh}LrL0Jx#?ipssRz$>4ZTDD;?4N7gMF1h
zVZAAusp!%O<ByItU}og!vE|PKS@3N4Tmn;}pUpPl-Hvz2yEjlfJPwdJ2DQzKczs(?
zu}(84=cc1N2VS$OPX=Z^k-NH52KJ7k*}A>fNZ-syMuT#bvtOvZp$6?V>$YUcl1m6g
z<&1@C6chZv9e8%>_}4le?Ugnpw_cCN9oyY%-v*#?o6zJ=88cd&wIh7P;Rk8b%;eaY
zo)u~`>bl`j;Znn->60LVMcLGQl8b@wH?`Pi8Z~&Q#9`xq=-*K&0nKpqIAb|~6hqZ2
z>tmG~KT?y9EDQ^Ly<oBKMoR#km2QV>W;*uN+mY7Ir|SXt-Xg2Ekq7t_3uD^PwvZ#+
zxVfxw^P|m3ey7N@kE}kPp$~BFaZ;V~qyf15N%vU%AR?O_YfD5ib>!(=qpc*>>+uM;
ziiigHq~zQ7ZwGEs(7~MFS$f(PhN(CA`PG9>kFHv}wmu-W4Q>!&<}iZOK8>fSogU1P
zHd5D9L%2b|h2PGQBJu{XF_>NJ7l#0_S8DjVBDbey(|+1%;$R^VX2CX^W$jSXV8FPs
zNaZBaLFm8)aEOgdJ^e9ks_$c)j@!;ri;M))LL47<itsU$tEfVH0`}`qh-yTZw^h^7
z#Pt>Jpn?nNjV8AHP=Ds;9%pl4%MK5{8*{_1g~ZUYO=<KNohACKRV4`dxn+O-&v)P}
zrziJkVa7AF&e-wb{fKouZqvjNlKoOjW>f@O<}S?1m~aQQ5mONg|KMSeak|@cC7{G`
z|0*lt!e|K#(JS--GYoJwv!w|)TH5&bLx5g-8soKgM5i44?%NabBk1ar+VWexafYh`
zCMhXn=&RT~)gM&FD0BJT;Xm1{7MPHbhSqDqE<WMgdhHQ(xj(BF*q4#MbA)OcmX>d%
z46JVUKFyK7b^r4=S~9=?`h?5@x)I3<l9FnoGgTS{_{=Z8HMCXvK5sfhinK=fnVS~<
zQw1GTZejQuQvM*o{B2mIUVXd<P^l>u)o4zNhB$#)XJ|YJv0ZZ57rz4vf9UEPqByM!
zn4L!#LPBcWEdCYaE#`5a?l||^<jmcf20{&=&i07Yl+g~+$rK=tDuF7_&0xESRkUdk
z*cZySCqKrfCq9shUmyj{(ip5kj9A=^ie<~UhE~QGz(EFNq1&og_QRhNlE>5-A0fc+
zi-Pq5mHMS+$B*^VUvt7o+#jhQ;ja^S;ka+;bEc?ryKB#!=kk)7G;Pa~+iaG8OdxAY
ziMDEjpchr2vysp)-Ov^$@q9_9n4S;)O^kGAqgj*7`gvzE1jwPAk}51-7!S8Tlb;gx
z<e|;aBk-LxV8T1v;bvWE3IHpK_4yWTG9Cu-sx?2huptFt2aN(?Q49<k8sr1$;l}w>
z$PPPYOT~3Ur1OCJv2wDV%hA$eMRc_rQ=UIfU{;mFNDn*wY8|e(NC7gcyy)WkEV227
ziaoqv2+9&Dew|Mt#@<lis;Rm94reIXB~rm%WulmryjP|XdP>!a@y$~4&93aP5)5+D
zp-sz>f2Jh=ecK{6D`DjT^UM^A_1k5Qby)z$`IDx6bACu9jD8w}Ssg-b<OS_MJf#Bm
zKhcerTOuJ<vNRmTAJWv~{(b`vG?z*{sIHN~m`6U98d1j|X{G8K!yQN`B!t-&XQ0g;
z_j6o%I-vpDQU531IQ*7p%a~-SXsEx<%&I~DsJ13O$ThnLPOi@mFu2K&saMi*_-cYu
zci9E9Ge#94^qidH-8*L5c!T}A)*bWW{{wauvqsh{$7aR<a$<6ag;I&UuWgzFHqpY<
z;fzi7rF%Pc_TtoL$-05pRBw<fB)aAR0Hz~(0;Q~#^it-z5D%g6D5dc7TS-sM+L6h<
z59(p0J8Vd6ZmHd_;AmO0M8qC@wCsSn)`fyO=7rl$D2TjL|L{<i^XTp^5{O)oPEj$)
zN^Uulj}`cx^ZBo7_Kvp)rMw14CQaz;I?y`{<Rfo&HEdcq+|7e;VOcffd=GDKdW{3M
zg3sb}aZq;FU=YCD9r^#U>?~XUReQ3Q`zoGBT5JEmXW_-k*S7y32ZG-J@i^!CB1P=!
z=2hkQs(|yseZJ{E#qbZl`VXn??cI|HMXSHN{cFUV_pj~$J)bVtxV%F`q8u@9$v983
z+(kt~63tlkYglU-9l?L?&LhSaa@%XU`{A`cEv)@<*~8z@z5KO*(7l2pXnp%t;`ex7
z@oGJCIN$i+>kixLO+D-Ae-+_*Y%Y4JtxGZdZv#a8i>z*tdp#fNy~^KEE?#eWK93jp
z6Y?=n3`2<h>RvM#!~7ff`?jXbrq@d+fh1NDc|Vsg9&@d^2_Od<YS9H0`!B7!NklfI
zi?TbQMGP>3IGBZ`R7eM}L|>bT!k4-mUeP#`Se|6%8<(xUlls{c2Widk9~~W{RbYD}
zGqF4$ILhPu-MTrhM{hrj>N2sPf$i`Yhf!9wY2eSN^pYW&{t`pTgDwQFJ`_WFDP!4>
zRU1o7W-DSECDBV<EnoqKHpBDG>Z7Q!lnRo}e!04bM@&WkpwOxAf%Zxkg3IVl+>z7B
z)9}->+=rA=0+H8*lLHZAE2KRN48VtKSsYYkPUD1m+Ph+wUqb}03Ct@TYG3g8ZY)c+
zduz=~h2v7%pCEr&JVWwcz1+elwJDe2??@L4*ahS043&2XW2&}H0A>d;n``meZO++W
z2k;Zp1xU?zK6F&1z777!fNDwy4iNJKg!bE@6qU*i`Kd)7?X?{0i-M@0&Gf%ohP+}d
zK!j{G8K%pNrW?hz3z+Dy>EIS^cA@aIz?gg8Co_u~e~$wtYBA*tCVAhaA5F;&f(s7j
zzm1TP=+7G(&sHjlytM2ly?cdd&A$AN(Z<_B-(w&ve55JIk$9OL^1Ap!qjB8*0bf6p
ziD=#sqE95EdwZqbKA-QD77wE$q+6)QkhjNI)buX7(4H8W{z-i)L6Br&p4)<iq`Wa2
zIQ+QDiq2~uCb!=|$<h4m>zE}C&9yw2H|8KOJ8gHHx17*q@Hh8m(754{hiKG=3(7ey
z_e@28I0hR+Nkj)7%?47HbQ4PtKpM&UiuDgRBV81x<;0w&wF4=PV^()E&J|3s+$12N
zt)}t~Qo|)bJLJfi|M;nso1lyA@Z2@v{p`3H$h1t$$yoy<Fc?)p@C#w6=9VMmh;Xpq
z>?cdVbsH?5QK$bSY@Y+t#EJ7&fJFY-c&`S-$@m&F_QA+aPojv(0<w|!nq?Y`aBLOb
zVIBKnT?eg=+L3FUMQTg?ck|*m)oIhf)-5!aO8oPPHf6$Wo)5T5f@r~I_~!@54YYrL
zpN3_PmJ+wuS4@cs)95_ONXrAW3!@7#KV>SV9LUbb_D>wQEi7bpT4|B2H%kWLM5w3L
zmK`msH=!v)9_D!ge)ONWF22x@J5#Ckd>*<ShYv;%559&`#*@--?%rb;d#r~o^A@S-
z^4OtOz$}l$5CN|xR{ESC8Z%=uIhCa`_xbA(S=xr)8`4|IEczS7-Hvkup>)O&fmWK$
zVT^u5)mi9HS;;4>l_}bywDG1cYd7Xz9DUv++NR^k;@ax{L8GvG$Tq|N@SQjJ9-_wG
z9#~C%^r(U<lNR%M5%nVF(mu~66cr8A(4RGPUx4&XVImn3JlUl9ffC~kjY-f*k<TyM
z+Aaj|dd6H$R7ZYZHCJSh)(WSVR8O6k2<pxFiuIQ%b<FasbaDgwJl_Q4u?ZR`e#~%A
zX5EHR6kPt&1Ut!&apB#p-+xQO?|R2oz^b95|F~VTtnH43#Ewq>IB7K7^68q-%i!yR
zrZQ(!Pt8Etirg|7x4w>Y<`8qsQjv8hBh6IVI<w;|eVK!uGE6GFQ=^-U;TRCu2Ho=1
zsP#i>&9RJJTyJ(xPA?Z8<rL*brOqPJrOqGWwDldbP0e~Z(YQcD+8wL@xy20dA4YM3
z=qy=9W6~uiP;UpIENn(=Z=07|X62Mfb-|{cR@ds}l4{l>M35^czI%So#k9?cQ4YBs
zs`+DPtDUNM5EN%&+300LIjN;h8r+`@sLElUd7Njg`hkq(@SWZlZNy&)ea!8LLw+P}
z>d5Tstuz_w{32mU@xQbRBiVqy^pYkpqorR8I(EgWb?TAb_|}(2D3PSzq43w$kx*^?
zpsZ9GqMu{hUS#zIUD^v*uw9TGKdOd)LuMYZh8w4-S-=*6gk*$D|BlhuRN8g%-pRmL
z2`KS#>oiL<LNy5z7fRk<$fkjwKNenARCHs78{PR+;6tf|yjTfIGS|2jweUO`FfYKN
zKL2p?_9V&4<_pB#s#`HD^I%)Aa6bP+j|ZvE2~{gDk!?4ag)pdqpd0&w^q27~uw07z
zqV_Iyd!Lc{{2K(qF{c=mvi&s~wmQc~@!3s>g~-h@Z=TI|HQ3|M{>aA01!4-yCEEY@
zwcV%=U^snJtc%q4Szct1+P*cR<2oB3nVpz>IZGI#XIsn%Dhy$C^Jp=M2@4yg<4G&&
zCpt=zN!<V2UzNFT#R2hFgNL;KQ1mE@WMfs-h#qn=Q#shTF0(v?Ogp2|GSAxS7OkJ1
z{rc^w6%|U<Y}8Ai80G)b^3T7oEw6UwIqeh=x|8(#7l4)z^yVK7S$5%v1UX*F6+9$b
zsB{0ACUH{caJ@4}k`URl9}(Gmo-V`nFmY(p5NubUP%$Yltz>0u`v+52S{uLh8jl_0
zKXpZ|#tACLgl4`^`%w=GTeB=ky^P5nwn@oWxrMLfM9~wMvyB545>+R(?v0eg2vbt+
z$t>dx{KZDPL|0ZqYiI2fj=@k@NSUK2g%R|)<+sPdn8V`yOxVf%RI(ewmWZT$R}1G^
zb6~&qCVixPX|_dNa9Gl0e{q)tVNScMoLz&A{pN4ltJPj1qx98nGvP|R&kHAr`$@%f
zRoiP6uN<ODU}Mx>X3V_m&8HVW<YK{AYg4^kY@lP{@E@lg3l<;1#;Lh|esz-8ZsR$x
z!H?U-!}FuA0?fLBX^NLxYolo8St1x%@xX?9o{C}QSM{jE!k3(Sa!!R^y{IyzzP<8l
zKlM&oG3%^;+Uh<2rrXDyQ|N<9tz-eUm{1cvUKtapBW~d8rpI4LT-)Y+5rQeyx@3cy
zMr})c7<qa35GtiG+toqnJa5ir>!%`JRP$ZV@dpM`hM-+@%~P_1O?4;!EKcFM&}{vj
zFL4YO*11pkjDv|f^ZPoJ>+-o(q@@sQf)#l<G3oXat)3OS?RovhDK_aP<_yN3Lu<CT
z_a?G~CFW3d-Ay(xIvI^lGxuqiqT+p=QMotoS&}mHDu(IhrmpA6{aOMr;gC)`^d)*A
zWgFtx2v;FNz(%wR6H<n?^dD)gw3IaN(~0n*aM3z6II7)liBn)ZI)!9aEod7=%G;sv
z*X`bDuCBJzE~m}TSHk)7efPm46hnL31Ol$>jFND9Qqa)UZt7I?qA(0MNU{+K`!zG2
zt5_%PF~3DfB@S>TO=QiLlCQnKP^)~X6M(Yug<6jN(zChOWKAGVINF<P!C;AJ-yY0e
zNQF@gb*0JUO9X>=;P2^qT9M3gop@!7ei5x~2*#aLvNmiiKu^Vj=NG*%D|0nqcQ~5)
z^n_71`b~e-gyI!!C06yA+2&5GO=qd2e`4zPCmqJpTcRr%hvZ&k8m$o9CLPBq+p)?-
z2>KSNx<q?_*5R1V!0SibhoElgmF+-v;0hZ;0C>joyJ)b>JAYMwEW}sN$c8$~d9eGY
z*g~&&Gv9{GM!#T<qrBPl$qb3Yjo|rtul0Uf_Fttw*J3CaNNT(^kRR}XY$-jwtlneA
zDP4+LQkhU)$@04nMr@9JAX)89e$FPEXXyf8{<?@3<_#)Tl6OOvr)_x)G#%u=ixAYS
zimC%I*KjY`BvGqb*SFuN{w70+GKGn^FeRQPjQ4CmY}PsS_$PJiN4KWr;H&K1WYq5L
z!rqV-#?!$s4h`6o{`(m2LMl*`x*H^$-*;6zzG!~Ino}@5wS;E8dM<4N)%&7<rIbH=
zEMH)QDc^JC4$dc%*1@djYN<_EsIg41w^iV6_Cj6iKc+SVEbcM-Ep3+>ed5t3<puMp
zOu`|r*`{8#;12zLM=tBjs1Ah+fY@_>u*Y8`Ie%7r#S^VRH{ef8=Hp}yq<_=-g(31^
zM7bbB2ni((m#2RrIZmj`<sWF53pYHe)xL1mRacdBgc=iuxqP?bN{?vI7ED1z-b9je
z?zH~!0u>36pL8yz39~Nzi6IHiCH<Pio=H|VpzYd8#mrg-FSlNJCyZEgVqsmuy_Sxm
z?7jVFAjFEezSiT-!BgQ2A;C<P@|=vj`B_U%)RsQCrshrhn>tl%oSk(iPzmL#iBFOv
z(uW;(24<xX!JtjT;X8(Q9(d{RYdofeGo^bCtxZ!H#a8RH#VjV5i%M$Hhk75DOms;X
z*3k)>@3Nw-eVvv1s;j2h!Q9h|e7p&i8Hb6{X4~OW;3?vK#Zs6{PS|sd!}LZAmX>r2
zR*2M<lB)EL{+>3FWDAsJ+`6$f)VY*)Xy#z0?g@|PXS+P{nqoI#i3TNJO*GOJW`tbh
zGCKmkv=}V@uBP^KqNoD&JL}^&l@bMHgkh9}7jilLjvfxdB#|kG=qqVX^&Y)0Ked~Z
zsbxFxN%PN=wUQLZ59Ty$Haxd&mBb2!I@SLy`i}eXX$%q-HgF=MaEx>$-KU4Er2aC7
z%JcCj)2^$heQ4Es+Sb}NGxgoDPRw<59vtz5k#jMzE!l|lZ<d#8J%-VfA<*ML5Wwnf
z3%eH$DxUs?=on<_Y#g5(Ii7@{VJf$b1aC-#$LVw?72MYO>~vnF(H+(^6F6sT!dr^!
zmUtV+dwGN``DO(Ts3(5UB;q|d(wp!iYmKxpZU518k3hI<9cJ9Gf1gZ+r$cvYKQ^{}
z^HR<pyH=~P0YLS6;MZL@OhU&p!=WhbDqS1LQ(e5Y2(G-@)J8oIG3snPJ`dAhpIQoL
zGU!OJOjr^1mp7C(HuV(7RM)?!mxi$W&T5b=H6em#fJf-@)q?01W~(|GVwp|I`=fqL
zGOsVYe%!=YAwgpa@Ryp#%*(X8r3N`&n42#TG(o<$eeeMDRqai52Yo<t^ryyW2#d5S
zF7(%FB31m`Dbtlm+kN7=KD0=-+S10xZ?Pd$XK0z(*w5FdL1q0xzR0zi`$WRBG@1o5
zcSug{gWvj!b6;Y#DxW4*S#y<}BKD0EbIGzTPUga4&119UR<)ctHjy#Y?#0vK8K5VQ
zU?TYt5pwJozCelJyt3=$+sRfsL3}}jDq-}86Vx74qeUW^Kv$n0ECI}&jpm#QVJ0^L
zg=npwHP%}Twk$^AQt~r}xh8tWDd8A$#hyKhN?pt+m6_UAbL-zlkO8or#Xgz0@A9~+
zHNRu){ExcQrDOW5tu`{;3@(GxVopZH=BR-_qE4@>Oh<!xB@--ABt!1|a17wIEH=~{
z0&;v2rrm&xWnw|WE+|p$LPIRGrH3}v?)*uY)hsE<wnf1RObj3VzHK0>fK`x3xr0w}
z)6vtYStL62XOQSb59}TB=uJAYvtwlj*!RzOnI+?%wX9Q1l>-xP>yVL=qpwIO3Z?^&
zfZzrOHo;6q|5=}J!X$==vy_=qxm^X((uQd*^_Am~UUtJQ_v*~!tWpS8hLS83HDn4U
ziG%D9^h1nWgb~^-v3uZ&+h^H7y3n$#bgX46kW)8diM|N^ar%OkCvte%cxN4X%hdsf
z?QP*tutz2jh<=otGBk7_C~4?JGOJ)Vw(o~00W7>fY{bnXSIkC=rLB@x1_n0}5ChM-
z0Pkl{DOGxOR!_~!MV+-s3BA36&h}B3s$Le)s-e4c<A7RHuZ3C>psolGmjOr%*H;nN
zsa6=+D>r+mK%Q(T<>4j~U+B~*UyHG!PloTsYh9&XAVC_RiBZc=&mYz|e|3TPwXz7`
zRUcoM(XffiYesGoe1n;I$PUWF)ep4jQ<X2ZK|?(JESH750qQ4ys9O7Em+o=aBDWc)
zDJ|r2zr7nXBG6ncsN(Afv8DN!IX;wQjOLBo{}3%bF5Ga|D`&^_LeriNRoIlLmuQ!d
z*EWI`#w)rBPBDM{z*0MykExtOXEr%RRL7d8$S33Zluqjx(zjy~?@*p%ky`IhLr8B1
zm~y8z&5s6K|4!#~Rg#TAS@si`Ai4g&*uyk@StLtB$^6&fAB7aDVrXdX)f(nBUPrZg
zdHmQuYJAttUJF#h2@liV@`e%P9tLKF+xf1-wzSC!BHNGAj}vZM4$NgkIcW?<!X>Mt
zwxb%fTG+fA|CUMxr_7huQL*!_#7$3mOS{<B@#S7<DJz%{ICal|EgVDfTy#{9?F0sr
zAqB8nnC)(xD((g}#4-<mG<B%Rrru$HDJ3H1NG_~nnq{M)bjI^#-aFVZHz<4so}UBX
zPXfI~;&uRE;G~6D24U_lN<86~Clm8T_S*#O>$zp)nl-%&CdeP~&piO0T|8FFb98dG
zPd>8c8rh-iE;F|%YlLa74R$4V=C@LAOWNcDRSDI4m6aN+O-3!GiTLK-YcLu(vxh1b
z?{b_NEu)nAh*VM0o5$uud5_DYl6FIusYVu3yc7O3<t2?4y172tN6o{z16-hBT)Ix3
z4GwhfK-3H+j|@@I3U>?Dw3i^(sP@jvYWDbqRQbE{PvxGDkXqB8<R-fGB$Rp1E+cIw
z2IjPFZ8cHhD=BV1r=#?>(eA?^XZqTBMNX0I-J;Uv_7RTLfiQbQfQUhTBKS^$uW#7>
zpJH(i^{_ZiR;{gmW$ew7k4_ZSor)*R6}gGYSUX*BIz?N!nx)`E%v`4T4N^>Hs?fO1
zf43gJKvWVg(wua`QmMJdV+rC@D^iH%)<k1KWtEK5oiLx9F$DCvc!|0QEe8D18AZg7
z7*OOf6BBI^qd0P>vw%uC?|U-HD!y49=5r`7F57#Aly;yQu_PJY098OstV){h)jsq{
z0r@P7jeHx!OG1&RJf??s*zdvlKYF@_2mt&yorx9A4MTZWgYcpx?M6~@^|aFM^h4mT
zOq!F(Ae6+e9`V3vz3R&2kGnQTqB=4werjIdbzvjPhhmFd(RG+n*#h+9lKjVN^Z*#N
zTE%1r^X(L#(?=sAjaWARv{MA#j^yn{WLpR^Xv)4B&-tB4sqMkQy@(a5M%0vRYihLR
zs@AL6jf|G|@p0qJkB&du;=sx5?_l@wQWDhfGKWXG^rDO5>S6bY#(JxTAALp|wRSEB
zi5Z5RJyBpS!$}Z*5D#QRlGBw8JVVUe<aUUQ)W#Iwh_B?zAL>gt#z1P;Dteijx3_c^
zURumtbzuC3YX}OIA9pu*fb=+zrxxYHJ~q8u=$-nsl>C>y)R`ynF%<0EOh0e4gN`G`
z%}$<Z_$Z6>34i&(4ks}H!`tlDx`B`RnaI!@$e6Bl8g|ipG(Y(ksWQc)@f~Kg^5+%)
z$UJtzdP1|GC1^9sblUyU=x$w*l;8w;T&N}lG|2wl?E`^aZ^FH?lQOcp$74d)Z&_|4
zbW*asnl7}SjLe^U%6(%%-Dk5xOiwUhvX?grIZ_*D7acl!1I>w3VuPJvvJe$NL2V`^
zN-JfUA#nPbRtLun;w;lSg_@Y*^D|+&;#&O5&Uk{&!ofpnsuHl3Kp)^veSM5lk`Ox|
z*o@vLA_o)NGf~<wtYPS(@O7sOzCtoD=WrpD%E~H%|9o;Dn8Srj3k;FaVn!Y?P(EId
z+ll1KQ<o40o1MHvy8U7{eEy+&v%}kK>&eQ1LJ!N7U7w5{G?rJcqK}f9m`e?uAUQL2
zaWQ5QLh_-=$T+%Nvdxdq+i&QNqrhPOO2qt{Vh*y8Jz23G)m_0p+D0Dt^!2Q(e?>7!
z!hActbCfI_sj!`RUO^{x)ziu4yuS*&O+9oQNCE8MZB{=dd~(IVJwxT0Get%^16aAE
zpBnzc7JSG42B`(DKYFIr8s*~sZU*90O~I>oUZ|gxL1G?8!)tQ?6P<{MsS*hLNa{7&
z|1B~5)!bU?8C0Q5@H+2#*-%!TSdoA8D9dYAy*r<Qg6h&ry{c#K*Zg<$SgoA?z^cwp
z?Ps*to-wL+s1A+JZBQ8Wb<oqch<51j(V1k{&Qily@F$~m4sT`p{e;QIYx>@3fmc_{
z<%@PmLo=`M>##Our$V{rZd&P_k^dnfxvOJJaw)z{zHs_$Zoc%ZM6Mpw|KjcV|Aa&!
zwQ;^aITH5!4)g>AhksA=R4>NNFR?8vto!1icA<-d^tWwHI4ku3T_dg8{$Hm+7wDPj
zqSg0@is6-i&3c}3FSi3Pk(F7;gEb275)b@_8;A?ariq%vmlB_E>p5z{laoG@pY0Vl
z-%@}BCJiuiv^nX|52h~;?!T+Gb1K7^Z@p~RHlMhbR6tbLquY(wu}%I3$Svh(8=jt=
zqW7V~2)i7EG|Kij>moiX6;S^bv8P0eUQ4mbQRSB>?!U>)^ul2F#E!SzPSJioVD)V6
zdLHB1jrYc>8OEpBV<=~eR0!it+Z~U!%Qjy>3Y?XO-Lwj9qh<D?#pQoG184PTqCyR_
zlmw5Z>&Z;t-NaH*W?yo*M*21Zez}$?!8A{!oA`sS)WzA@^zK1o^V0z+58Um(zSfT3
zTz~zl&wlZq`2}d51uWHIQ6aF`$FVt$NYCblhXuUxaEvP3-ENHI`mfJobx{I5cCxu=
zPp<ZaAH)A0?E8yQ=x^T29oOW%@-l9t;GX5(kMk;T(fpZ<^K^EDPR7h4|I>MkDscAC
zFgEMvV%v+eyhLoJ)oOGjGhOK7pFeQD8~^dcQA=dQs=M&lHNKYOvyE;~HRWc`zk?N>
z^egCgr_bB>UA+%ZKEn%5Cl3$VjHj{}1%-ed?ElsHI%{DHq|U(#zGXf`?7nzf5Z;v{
zCOW}GgN+@J@=|`=!f(!OeiE<!zF>*GW%Vfb%dtap!~*>}eQSW(b~aNn=gaMXbl_l^
zd)g(WedQZ+OK$tF%w^Wws}ppaU-RH7*_)m9-tq1FBuEvM^CU~-dqypMpj|mwh#TpU
zVM+YL?4tMSR0Q&wV!3)d_{t%D+?C@g<EB&;`fu0vP4IJ|By$tOfGu;Rg`gAAiFR`L
zjs78s&&3egpG$o-_7AaGRz1OfLZ&`@?8Z@-iaW3H%X?oxETah98J*L<-vnj_M>4R3
z&<JCeOpN@P>u1h~UR5M?zja1NRub~k!2}ccj_K_`ST5fTupSO39*THU6q?hpJdIoX
zzGt&wln0_*2-tXHmF@S@zQ4x$G{wIvu?{Qz=Jg+ay7IeT8OBQ&RrGy53NcqB8mgXF
zsQZ9KL=odD@8e(@<>}ktTc@Amj5t(xfM^@%eZCo^YpohhJz?^$g3@#pW@o^?mK(``
zn{_`%-%zrz>}wQh6mwY(Q*xT6KwYV^tU2DSzpohCBr8E-U0<yzU75;hO;(=#*Iuj4
zxK`khzb%NGKLijN;sxU?qZY#0!|X&*vea%l)8x(@2N!wcN2DMwul3K~)VzCjTTR57
zE<MsJ_ZK6VX`TdcXq~7Ob_P8`&kHN54VQ0dnFl<H`rzG*`o{m|u7?;_A5)WSb5+Uq
zZYG%=HlTE5bl<-GTUB|vKNNcfB1PM59TU)!l&sjC)iEd7j%^ki67}mcVm{IdC4|bC
z5js1U&74f+U(fR?jhfO~&5vNraH0eah%Yz5-1kEF9c|GU?f#-qVFJlWRZxZk&X{J5
z3;h4x3U&IwoF8SL^xZVkUM7^Rrm$&>7@e1r0%FIs<qHM+Ze<nyjE|{K(%0mDxOhXz
zj1Om>RoPwI1W06;V{{#n9kxTaqC$iu%g2a*%59tv<E~hW-K!|SJj|X7KR;{_VB4EK
z?SS(Q7pA-1@1QXg^*Opx>LyuQ0-i**D{j&_GGJP+u~~d0%g%DkIB93q5w;F`|C;`O
z^K&?^#Pd<9-<u2L>A`<zQzeHfh*myf;NXVw^QB>%zn=heb4}#Cz?P8RDI?Ew_=E5P
zDLEVGIzSJ*<k@y=xD+0@(iCvHVjt}GK@6oPsA3AO;%Vh0V%jy6d%=MR)H*l$h*ut(
zQhu3s5;O34^hqQDWi{SX80q(fuvosEQps^yV(QsLzIk?G3Hb-X2%RWug}dUWY>jqI
zFHC)bKl$+r?C9cJKa|{&9e5k^3=Q7R%kRDc-<L^Zo#Ax|Z5AFJ{5~c6ccxDA?zH#l
zO|>*l^ruotnbWrH*|0neTBoi>@=5J--hgu#=?6N8<CII_wZ{3?Tpvpg!3wg$nJ9hM
z?fS|fzL*YZ^;^525!&gfgKivq&-1>5N~f3E?^KO|yO>aGil7OhI`vMsDMPm9HgTT7
znnY`DB1N=LMG;u3AT(`AWO$^qyk<fmauyNq4U&rVp!aD0fE#q%bo%^sL>+W%@_1fL
zJ^#gzCh<hOoiXTWMZsGK4pK1o@Q4A`Ie|}Ld-~9M<*n4EMmF-UxZ};Y!5;0v9%ay)
z3g`OMe)u+sUo;QrmbIL)BCMSmJdy(tzn<08L1~mwE;(Lis?~yxCihAsl0CnykKZ7X
z#qD6MnAo2!@R?QFFF+Ihb4CoQ7tX^wyy;$|Kb($^j!dIFy3W@u<}9itI+H;brO;+{
z*S7=tG<Mek4=8w~nQTdAgR=fy=D)jVg&px1H|gSc&$-*_a8}&>UI(an9l+WrJ*=6=
z-HMe9ZH7$dJ1<5{3FFjHvXazm+@a3TOPQhNblPM(GuCCqzihar|GO^VJwdnqVH}$N
zqZ8p(rB+Yu+w~a%{dZxQlp*1198K)Ywc1jaX03b3!zT!UD4&ho*_AxQ>yay_m&aBB
zChyWilE?%;5*fe#*=%ELTK1}=i!NK3&qd=N(NB3V_I>Z}KbMCd9<{!CI-5pjTR9gO
zh^iw^3EimU6AcXow{yzJ{#IzrY|#%39ZL3(WBYlpGF$L&{J^!T?+0NmYP989gheA$
znzE(UiVleKZf#i{Bz91Duc8QgS*2kPfJl5fohody?kw0<=aSQ2J2+IOZ7wJrH<X9%
z?4OoAczrB>UgigD9Omc*Psxe!&<|UF`)IOFShDRdI%55K@(^!7jx*~Hqn>_9$1@9s
zJE1{8<aR!!$>ZTA>cgoR<&SUo?(uy!OS6N4i2y*-TUOoCPyCA`kqr$|%~pBPN458c
z9k(+b)oDIa@+_f}5yNAsX}K%^@L||=%+ZanB{UYat&b+cSnzg>3vcq7k_G+Nd`g<)
z-}?!W9Mm(;o&@xZgD4lb62Nw(fQ+K=Pp&H#f*TrlK9r}x+l|N6v+P<y^Ztco_qXvF
zn=T6b&c~v_0~U{&gCN5H%ur`0!rt&Kh(Zn9)rvC4;qd~bFGXCuaw_`6n-XNA*w5xb
z?yePu1c4Oefh+3Yre)Bcsp&t-N(HQwGS|xB4(Ew`+6Tx^)x(*Ga}rqE6eT2)Ows+y
zm#pS{(a}-&(pq2eVqdwSGc(2J94|%0{HN7FFJe4OllBdydN3%{9apmiT(BH{G9LRR
zcfy~6B>nQf!<%OC+lsLR<|e?#tbHnoJa~L@*Z=uPqyzEDV_HqSep)HrzKEd}Pdzui
z#xk{P3pTf+oR{^fpryipf<wvP$A@)x*Ja8nlapLK+N%+$;e;#BfXk}L<=ZNXZTDfK
zrRam&%fjCcQ2^<FJ6hk0r4il?t%IqZb9*0AXJ^gBPr;M?>KSHpnaZ&LD5b}nD~?3R
zW196RD(DdGvpRQvoQNA2tFw~<CxMoR!$pG-nyDM|95Ocb|2zqYwDQc;lUw06Z(jJk
zl|C9Kekw9)9=fwieJm=yEKY&)5XKG<p<S%&4hZTW3i0&4Z}gE%-JJ4v3(BaXxK@MS
z7Q$;?=lVwCb!!9-0(BxOsjaOKXT1ETJ(nfU^=xeNM|?TluyzbdPQ#1uI9!kaB)ACx
zOGr01({ej3&zu(=(O-kC=w01KK3$D9h9c}HJ)IAd>~<)|<Tq?<eFBRbQY0(NGJkE7
z3Ao&Co6BQ8r8Z=-T(lGak3(S?imBp2l1YBTnD~|+0sW8BXvj4SJ?+6*N{P28WLBHB
z*{<5-A(;SAV*o&J4!_n6U%C6aH;6s?$rSHUa!QY?$zZg$3TO$-i=<6d23O-qG`uq(
zVC3EZbiV4J6ii`8hY+&ang`!jUcLCGpX`K%ucqW+?XLf6(0#WkqzOkWxfDTNkTRD%
zmS7-;uVgV=>o?v1TgkAPq04kulS$krBw;AD<)yL6Gpqo9q8K*q9H?fMJ|+h^?@0)l
z4YHCHo@<vZQ<hjyNs^cFlrzB~PBPAYxQi<D@rLG7?=>iuG?LV>{u*8y0L$%}XE3lC
z91v&>KQAH>@^^`Ou1qK?-E+SXXq<^*74kU%hVG<Ez3u#-di>skJs8Uh;=h$Yedii4
zC&OgV_mF0PzMIRLgjbiSmGSkp$me$aO+R;4$}e5pdpJM_Gk~2)K$N0e$F(nXU#lkB
zd_$c}my2#OCgJZZnWNvn@Cm(h2KlcGvIFi}^)#ORGJjy1OC7VB#$>{WR#6MqI6F2{
z8)nv`;eu|XsmynxEGj&O6>b^_`ww2CJv%aNdi9nMA9eCXJrd(0ZSWv6iiby<UFxiF
z{#itdi!T1S`f3cKH2RD3<*rku^}wW#(jK9zV&*4djXw~L)l`0YEVsIYo~*^ImX-Kl
zdc(LkI@}saxKbS&!!=o8l+dCKI9RmO#H<^by6WJ+#PGrzn9-joJYEcp>9<EtG%T|B
zks6#pbr_dM8Trd)-D~GI0Q-q;z2j5~jMHduY?^EHB1w^7l%kpP6cV|DOe~4>q-V)n
z$jso8*Bi{i%LWZ%EVim&<@4oGW6c^HYW=>_Gb}sR?9+d87zYdHEjAUZTnfU5yvP-U
z`*#7+y4EK&2=*^=x74f%cC|Z8fN9zZ`>MZxr=*ETb0IVi3qf&=NPnf281los-~S5S
z{+Y%IL#p$hJoaM|Pe@d()gNf+o8kvEuBhq7>sbttAoBf&`M1!_Ug%B!q^*eU)WQ=(
zj+S_d)vUEdG=nmOq@ZdOhvHal`w09dlo+T@8g}cc81E-7L5|s)xksrJ;shD<De?+C
z_jEu1whAuhaOk(&)KqT=i78EzI<u0fXlnTH0%nEnHzT(12nJ|{hw|r1t<SKG;`E^+
z@bcsk`QKYbmpw~T!A6VIXLuX_OnPNKY<E`=#Z?>1C+)*|3Z)0!!s~_7A!R%~J4{pD
zE{KuGn`{;~4Pr43aD)nPe0TGsUxIE%FgqeKboaz}@5l>il!o3{UO^&JMm;~_lwZc8
zl#;1ESQ$%&o?S5EDx#<^#zHB=x~wHEgi;jdxE;Gsv-+rXNVWJ{?L@&nCa;<~OEdqo
zV73tNo3aYqeKVDqK)G8^V^rRFWQSL1K8P!@$dgg?KA^}nc0Vebw<46j=Tg*sy{YEQ
zeqG4zcB6&gt~h(wEx#rYuDAVv!pA0)LO(ac4GdDI3<V@6?xd?y)%*4_?JXj{mZYs%
zKN4QYWL&Yb|CQ&%F|cO;@XqLzR@+#xHArlzhW6;ph*trY!7nfg=VZqGwW}SooXA;W
z;*NC)OIe#sU^VMkJT$8)-_o6n&1b+{!8FUA?lV>*+ZIr3&?W0y7{>v{l}aj4e=yH}
zn@eO=9CjNrwLIYVIrswOP`9s)?r`5H``-0G@8DZs<}>)iuGxO+D|3dINtjYHjYSa3
zyMvp;zR!SyC=h3wgvNmxC(11bu=4MbD|oS?x{lq{oy^7C$Wwf9z5UcI;y=%LZ_k^l
z;^RLVD)^vIPwADf9R1p7;>pU8`<B-n?EKNE!P~9LsYtr4k6MP>j#JBO_NNG@*}R}P
zesFdp)j#xs6*ZM72CThb|D=(SWLxAU#Wfk@zi$ZGx=Jo@)Z^@H9XxgRI3SB9E3U-4
zr;P+<VLL$ODnXP=%#Zz(D`nvgvx1~YE+VVj2N`aI{T?1Z4+7|RE&Z?Wal=;=^56=|
zjM4cY8AmQl@JjgAv|SUO8s-Kguh%O(DY+j|9-?t6s8gC9hCI$2C`ygm{6_3G-x;d0
zVa*bl%M3u`pZ?i+k}uEa-i#VW<YT#8C!I|sZP|XGl0n%_5S%_HDJU|j@>8aLLVf1h
zIhfFT7Rf3y3uTkLHB!S;F>gI<0g_#Q$-CYTrYckk^0W@Ucan}L<9<@Snc8maWpVw9
zW<6KMA23Le^|B#3<HG!7GnReBYnnOLPZ45V5TaY+Yg>EsaXFjS;OFsJ-w;0y*yK~0
zhV-ng0X?Ne-2|4BUsj!V=P;?QgCAiqqIJ2fz9L_j+09|#J5AGlGYs926L&mvszS;q
zS*BqFH$M4@Ivti2OMZUfo%DR}?r{=%_p7zjl;BoC?|e)%mad)=;lbRk|KV$XBIWVB
z%((q*T~n%}3m=5<*<f*zUZx-~>#s}qfi!-~gAMH8M}1QgnGj;H<+UtV{(Q*0@o4l0
z@w-B!+l<i5s!VbUl7{hP1y<YM854mzfka1~6wdUKQO!PH{dy7A8mICLy=lO`s@(6#
zZZb@$OyUX;t2(_W89%7obl?Mhfwe{CZSW|mM$eTnie?PStL@t~rwv_)!C1FEVwx(b
z4tu5p-&1v?%6!eHuLCix`#gb>*&W9LOM3Udy-pczNc)}FRng>cCq8dC2*nFlN(MfK
z;0pk)vht?J(x9qCL^rWLW8Dg;UODT}L8wJbYD`UMN_}aG^lInfyw8-#S>k3$!L+!~
zU{wS?rdTd6g)|8)nc8>;uyzYhBysIdai-!LFAmXWpv*znt1&8j{BFaz6)9L!aOS>}
zpYLTvr*cf4Req8Ns?mze5&zSA-vJeNfO(ClT0U`bH7^Gx(><Pf99UaT6BqjUO`%UD
z7IME#J5^lDeMj-x^xDF+XA{Eg&Y)FAzNeN?RC~|QJ6`uC=+fQ%V3As5xO-tG@p?<s
zMsNrnZO#uf>%@KXBi=e;&Zu}6;#0{VX0HD+nMlg&c}WnjpAY^>Gup+G;@y2}i$ygb
zo*C|wI6O7{OHS96I);z>Ag(F55ey4(P$OT8b7eA!n?YZsc4qWIE(6ZPZ$x&th0e~;
zoTAtPm0<KGlM}s>k_71kC>?n%CU*5CLu<U=HW*k|-+@j725g)s$MpU=A8$K<kYTs;
z{V=*lXt6V+9&ajcm7!?(AO*1_Yb)}YKRzVCJhPaa*Y-f+5<vrwv!MhU&{R+1E>mc-
z9au*gQs}KxU1O|(F_hp<bYJ%E+xadn^FB=<SBu;T@X2=7f}TR$OJr12W%&gRW(UI;
zO3Zzw$*kt@Gz2`QLGM2m(6?0grZMoQDKGNeM@raP>?l<AZje*%%oqn4iDF1H2Uq^?
zQ$b$`4Af4Z#t5v>Z!6<@a|!Rx#}~d3eGQ2atL+dZ1px}X2ErC%HzWi%q;MpCf|I4o
zneA`&=QtD%AVjnOhq$*4YU>T(2B{%M+M)#t6ev)N6))aGp*Tf@B@{230tJE>rv-|;
z6(|k~7BpC};zdG=1$Rksht2Q*?w5CFclN{1&ORT`MCLqx&U4*%-3dtjA-&06pcIoB
zJt9lBPCVmHd4WNAnYxllw<z1djsv>u)6f^D!Cy)*W{g96=|eC~FYBthzQ*)sj5P<Z
zm3XHJJxhuA7ZDe>7`srj++DgE6Yt}y{GBg5NzMhVdn&Xk16uj^C@=438JV=*!OXR?
z@*P@IDwqYUV_fjsp~M)s1{*^hPWe)@o-wvKN#!TS8So+GnFVT-7IJW$_sbq;|AnP{
zkL=GEOqZrP{T4$yNVWkiajF$nO#>-v_c+%QDav@_Qa06}F!GDgXAO_`26bA*8UiMq
z$Cc|Cs=2$I_7kR>-+eeXTLnFxoZU^|;E;zrzId@j1Z=7tGuXjiNA=if{@aG6)~Kpf
zc~BY6*LaL%pg`%?)GmT`#x3=wtt8ARU8aR@RzY7mW2%1SIQp!UV#UvKQh;DDoYmVX
zZNOp3_J`j>SOF9zPl}q2K`@F0E7B)rDE#RI#NgrSNe_9#BtvTcZ^$L7>QP;d)zeHb
zaV+GAzw(CjYr}x!8`NK`!qlM{aV{jE{#yKTk-*UX0B(fRYMH%mo8#OE(^4DQ!#V0w
za>fQnsFKN`19?AZ<A>1tF@vTtNUDO#AIFq&e4^ek=d1==GX3?SD#faF9A<ZM<GD~?
zoC&=H)1U;u8FEZUMKUM9ogV2RRQT+^CM25rKC)~QHz5~7i#;ns?JR_(ltsU+IVJ(;
zz*ay98_Q+S$V)rb)f~dprYY%U_5!#oJi>33p8!Ks$~Mn3$59+*vuTlLlKIWq?)}LA
zU*D~cRj1;<1eBR&XtNDJj@Bw$wOmi{mph8$JIAXEb*6e5?q$IQee}d{R%4;H+L;+|
zznEIO9x6N+o=cXv=91O3)Q$IMb@tYNNkbpw=C?VL%6C8vQWg_CfDfR)Y-YuH+U%Fw
zHY8i_T*PIPU|%z|>ybp8qF#Q0Xz{H$4Pr36qPAjRz~I>}v_Xa5OwaMgke1l*+;L$s
z+vQKZc5Yj~Xa}%_nvK0{)YplHBcO*vS7o-Nl~BU=6}a_S<3f2Aqfbin5I)%T{7|rV
zJUd-u;)lEL9r!v&>CpJ3WR0rZ&xHh{12nTy?s6hF_>Y$n;qZ}Z4<HHdX_bSU+#T#K
z3jw4CK4c39*4kMB$)i0)qvW+W{?NP2Uur@LdHmsi+s;nHvx%?`*kJ3~*H6w=Lc-yI
z86;DEXTSSV)19QKQ8p{L@MEjOrGBgJ-^%5Kz&>Jq`Dw^Jnu308sHyt<2N{GZBSQ64
z<Izi8@)&o=hJCAPMfOZ%(v)RIk6~Mq>4PjjGM#O6uUT2kY8j`}_4Eu46WLEgRrNZ@
zGr~UKhoqy}d_ccF7p+Xa=0fJT8AJmawg-(7dfO9cuF1jPKCVD=nC^Gyr8fPi{u@G6
zNpXcXtLR4R#6qE@X(N{m;3wIL7b%zdHVa;dLmJlh8XoXP0DpW7nR|t83}?JM>yr>Y
zPTG`-QT^bGs1M|zB-`D!kCt&jmcf{(wDe_7#xXJ)&@mgA*wR|IbRYAY!#{uY4OSgT
z$`5-l!aTfro;Mm=OJ=0WdxKkAivG#!{CV^n&h^t%MDOa0kQX2X9Q9`^yT?VsO*Be%
z=#@3sGX~RUX8hSd`%4!ava94U*Sc7R{@(2lh;jT};UaZc;3~@Ri)$ytB(3#YB3nku
z`6<uL-KnJhpy)qdGMqdb-Ee$%855XW=06jAw4tFh(#MJ47&1iLSQ>9L!y55v^)BYr
zZz@vJ{j98dUyWz^ZjWlDT9(({vms2Oj1}}$U+jsQJ6%1vze+)M$i``Fo^^UBT09vY
zJT<PdyKMl5marT!8|>)1Huj=EQkAqg-wlOBN=Eavf123b?Y2SkBwCGIxQafjhp?Dv
zjL&{ofq)su#3K0yFQ%IG_7ydwisFF$H|0P6C;|EQ#Tx8R?i-~mwx(p=;yvCPNq-&3
zSENUI3d6zw*uLh9O&QDb`A$2aGiSmA`>W-f?GGj=OLDuz)QQNq-|1xa4SSP-L6Sv9
zwb^V-$^l6(bp45|{yf?$9eV7Ad0Ju4gG(U~9CVr|+yV|%=O^dZ%!A-U02CXbtmnkd
zE3NQT49+9k_dT5~=-lIvczz1c7^BZ$QZ8MA=*;xu7v~Rv<YnqeVZK$!4DUk=J)V=W
z-tge!8^I09!wqLZP};|!79}GgU0ny={i-6_BR)~a2mpv-k{+n<C1C37URLk~91oK8
z{QWhdQr6<wsE#fHkUp&5*HBU$ZTP_4!NP2AFRy&pY0`hCn#I0)Y&Vv?((K8A0@vy;
z0JhAw{;$Wp)4d!pU9tXy`Q_!n7Y$$81Q}>pdKx2r&wgFf<fyh)+UwF4BSg<#W=^W}
z=p~2@kxiomchC#Y7re}|E4yfRaZ5e0p7pbo0+^^m&K}u-xaWFPv9*wHmS4*ES(%o^
z$XsH^w~Wp|a^njI96scjCga3H%qv>@Xo05Idu<vOhfW4h*vfW4TH1R!%rI0e&F_5{
zIb%;l4Ssh^EJ3M;=KK-$TD|+~>-KB77=uPC(mXG69a|CXjBVF}=;8^O@pc)GpXlN+
zZ!g<m2k-Hja}w~k`UB-nykDMqW(7%ibnD7V8u+u|!_3Lg%~!Qw6&e(&UM+jL-IBQu
zh&7X(7HCed>^IL8tGmakZ@QEP5=oJ4GmUk^tODHJnA3?wt;tg+KwWmlP3hu7ykGlp
zKk=u44KdWnZ&v-6&|LrZF9*93q(bxOdx~XU={a0?SP_gl(SN6~rF>ev^%N%J5#&dp
zq@#-!IC--vxoUXwqE*i~j<vwJ`4~@70hkX&v%8mrV|GFG+2YQ=z{VIsA2eRiz_7;P
zTfye^j>0VMIHlrMuU`LC&4kR~LIvo8rH+uB4&U`Tr0SG{FZwGgkA-k7&iP{}Ua|*$
z>f8PnYR(@~BOb63|0rShpA!EIHS|Hp*8+W$tk=7CPl@^V<RxlEdI>%2aj(MFj1t{}
zk3up?)-i~bR|k(>G)r@x5boUZ;c>0zG6R&DJ^d`i$cOE5Xoslv&Wj?l8Ai6Y9CD~#
zPNqa4FCiLKcl%anghnDAe0b6$zEWjUoN=b@gr>LM3uDTI_S-W#PVRhN*}zY2C>`pi
zE?;IN?QEK_<Gbw{{9uL8ZzfO7I;T~TbZUr6Dh^I}_Lyay@o>tiP9Y0g>oGw4S0P9Q
zEZo@g8tleq@7X|?l10|RDO;{Rf~Ee-i(F5OaiV2P(rYBR9(+%+UDSDznK|(oq@l|0
z5t>lKW!|c+$?+hMdvMFrdvh)nm%MielB?({=3b*AXGp|*Qr7sJj3n~s$UoMiR+I$e
zRbpL5PA;|SjI)n0oz*K-sF6|iO<j1;YRC0rsp_RN*jTJv(iP$Gxvg)ELQ8_R%)GF2
z8q`)UFsW}}2KiSmvWllbkm1yVOz!=25_}}jMMRWRS2Sys8oQ?x?H6i{=Z)I^c{orS
z4~U1AHkK5Kvl-wePEpZ<0qgCn&Iaiy!tkm;)GiXX@GW9kvFWo4ulA5gaoe139<!=1
zM)<_Xt_2hYt~(nAp6ih-FS`r37?)t|=Xc9Xu*Q$KJ64Wn7(K(%`5tGYkTM+cG|Cpi
zlbRlBrA~Id$2A5Oj=kdM709H+>K{kBCLAlk*DmVKG*?+v-iKs^DX*~^Vm`NS&9X3o
z{a63Ky_Y1iDmc%@kXKAl^hA0T7gf~z{1k+&4*-Nr?9k7pI^PM5+q26}#U_0fN*f)J
zG}b9`R_K<R)<+e)xVx96J{@FMJ?vEla(}c0|FzhS!=<0EX7;*HF_2{)y~jc6Z_C!4
zrT4G>m2SNP(l2>IUJCMyq6X=pU4;HfY_0z~EzH;cm<R63dUP0>sUclD*}BjREx};;
z8QiUzJ)CW89*W|u47ltj>SFb202tL6ewP-tr9{!5^p2?7a;GPS!Zbz%jvw<igXiT0
z9g@y3-%+ACAx*&QI^n)}>8$iRuIyGS@1Ub<w@M5;%LaDr{nzn8I<mDW<V(OG9jC#8
zdss5di(hID=M3X>LAuGkX=vB8k1nU0^y>ucfoOO<6|;BquP@xHhrjqImBlNjkUll%
z552>?$*y{=I>n>TiyLaKcj`h1K$DvgZ`wlumu~%!A<thgU$V?daMwj+Lk)=qTu$d_
zF4ogEcON`1%O~!&(cY-{jA&`8gYE7JS1_){yrZu{u-97Mt7s1Vc`MiI>&F_Br2@00
zY7j~{G`S2sK=s>L@}%i}H+bjkP{D`IJ=FsAm6EGmJeSR}bq*AisFb;^8&$2RCT0qK
z9a{&!s7e)GoSpwQJV$SF@+Bc@ApJQm@r_Kb<X=EZX1T~7AUz-^X*t+-n0+RYjCC2#
zb=W1=UP$}rEn?kyDw0mAghz-<rP;0q@K8?GmP6}!(tPf$;Y`2PP055A#{R%_A+h4Q
zY)zOANMG{Mv4AgZ)uNuF)QU%v42&UJVi}kV4$x-0GR_Fddt8u-mh>SyrY^4|W#22v
z@?}N!Gn>1=(yd5~+rD+xCb}fuO#cP*rri*biLtDfxUmVqp!5pg@yxN!%hTV2GQ0oL
z+vM>w@;uNB0Hza~<DJ&1?PP5R#W*E1E3mWbjy@mV>4VOnCk+p`o_JgieO%jHKvkoZ
z4t?Vmmq@{my${`##1H4EKq2TgZ}wUT=$6;Q3ZC#uU%VAJDX=r{r|sfBCj-eIa#T(e
zFm3&y4ic?$jIgWo|94H-tlNCG(U$hJXm`>oO3}34W|;T8dP6GnAFDz_YilB^UUh=t
z`rhCO&azha7q-)`m6-)8q}QiHCVEoYmVmvasN=eu)}h00_@L`jVjge}!$dummzPWA
ze8JG4l%E%&!7|4eXhre)^LR}k6%}`#*T+6bQlom}2jsfKDQ3djEuEA<RIQ<$;axY*
z?a{7hdG<~Bh`~SjeVNJ>U+l&$Iu)qML|+MQuwJ!yE%85b(uanhaji{yG8L5_a3zv6
z_9gzUX}#-N=izmB@lP=!sgrN+B=56g18cL~<B2jao$Kn7l0;oGm(BQpkVv6ySScq;
zq&)Ep*S>S=$UB2L7KEHQ!v_iT0?*)oVWUxLgN44$+>=!$BTA*=m8!E&`(ZpSb4BRv
z7uZUa?d*ABUxs@4*bdF^WyBTUnZ%E=a9i3rnKwN3^c41W)`0h)(w;IpRI4(5z^?W0
zJ$c7fIN0JHmZr#YTv<5n6}w!qUAsTFNhHBxPSk`_&11)>P6htR26?%!v#7bO$2~We
zyp?pswN8){O-cHMw5{xooll#IdcN?3(y&oQ4bSg8vq3ZBBYe{N0Q%OD40mt8iik42
zwO-*@pYB57DIDEj9ySF!pvW+;lOlT~i2=w@o*UC*e>T6Nqo%yJ=j#6wt+_>S_Ct1d
zw?*%+<;}<JurH5#zx39It`-*J#MCP_YHHN1Rr!>99pq5c?|af6l#uE?aCxIqTcc*b
z*N^Ea3}1OF{+1}Vj`}yfhVc6eAlrOfoDuKEBRjV7j)`yJ&tJrWT&7f5*KeNpKX=Hp
zmlcE_4Z1149khgMm|)Jq)qraLlie*$55~Ogq(wMNm>sa!I}=fpG795BxQ%%_KB*RY
zk9Rmdt(;(U+JD+x{Ww>l_Sh8R+C8)tpB*Qa@>sKnS(M6elCeWTB%NE(SWSnff8k#w
z<q?F#1?e!{kFc^m_+#t;Vd_CdPx?VbhY#?Xumjuq>j~?rUa4gRn^$9fs*yh&N~&wb
z4ea%wly@6yH2((J^AlxBtpGLIv!})kSh8Bv2Y~@@FGm)DqS{5BlYFGvp8tIIUz4}J
zgJ=ycmx&sal2%7Tgz-M3v5_`5TGRRVV8C@FOT`~Gj`;uFRN1hvBtNRwhz6CYCsjpy
zSP~k~4{;4n6SWK_=Qs*a@C}^?Ci}aq+8(@i@Kl<L>Dm!I_k*+UX0vKUm=0FQypgq+
zI}M@GXj>v>881hluFYQFpAmf&<{jTr_ry}6{!e#0WoaL8b)TDUqd`MniqZ35e0%AO
zd-RC1lk1hpd?_`GAK@m5_04U+B=0HGU5grz&DOFySJav5<u~P=BHf0-3Qn6krsQ`Y
zo#w}6bj33C3W<xZkU`Gie72mzRjdBV9RgM~nbS6>nTIXEUE?Mg^471U8SmH1SHJL&
z0ZnZ~0i8|K5Yb?I1pQ>=74gIDqOJnK<J9ocb<4PL60^JYw}ZL_Y4_PFO`)d$^ZJ1p
zUxP$q*9guE2lXzMX@;~kK$~4hR=<xdI##?{_QtN-|KZ<{)~BN1fm$M)-Dnm0WXKy6
zP8w!wJAL^D$d}73`d3z_p->3A`d(U|pq2uFQs@2@)5J4VDQS0oo}PX$Jxf6ARKkwX
z(kH<v1uL{HTk1V9z&1GbzOmExPmir1%fWquCD1a1M`L<IQsR6{RSmxk_^Rg~Yw0vy
z4b?I^_pvSSCy5$|Yek(N>1=hIj*OkE|MZp~EYMi1Sz@-vwHlk9y}+nJz?_HtO7g!y
ze|@;$S~AjEz#($DN<$}<CaB2KPtK#2SZ=+0$4=SCe&?d5nwa<Xsu?-0AY;O=(XfY{
zto74R10>&fcgH`7i8HVm>U1TWm`xH{`n6e~4+I~)+C|QM_V{UGRasi+`Pjqn!rmTd
zdMApF@iuAm+siVsOwW`b&<vA0o^erydk_ZW8Q$%1d`98b)@N_lm%sD%(haKT{402)
zKNmlXf%xQNYGF}UN78lI;y=+E&V{KA=II)`({`V>MOql1^%#FoTpOFz?o6&^b35&Q
z<{A0ts4r1SY9NT&U!y$rAWAl&=59Qp0BdP8*e0)7Myi;OKzr<GS1`hw&@|sftSo%U
zIjlJpT%9slw%^T*k*0LJYq68AC@8x!h0i5=uX3(n*jka5Hcgdf2DEa2QdsH4q(%Ak
ztr3&i_1mcHi_btAuCL#L{Re}MRGM`{KWbddjcPQ(OnEuRaQk(`mOcLCQGF5A0j&*R
zxX0>i3AMk^XlIMKk-OZd%kVzC7*>Ru(Bv~Yn}a<g-k2}mOAO8qX$QB40ahCYcA6%C
zbt_w~m^8Q_`MsYyln|G4&Rr*S8x8&Wf()Yyb}E(6YcxL2b3n{3|C#PIA@ABLL-;>s
zJ={&n>V@Rr2hX~<f+q#QroyKd$E=xdu;)GCx!6W)?D8+ue@sun>uW^V=%UM+(I8dm
zFBKXYwb|X_>Fj+K2m5!9g}eH2B@@&G(k8`BqTf&{9Z#nbPC8l@mY$2v*8wgTPLJh$
z%y&IeFhDIN$25iKQnO20>e0_+g>0^{>`aLW|A#?qZ!%)&E(RXYD+GHA9?q+pA{X@8
z?TkH=AO=p5B#%1c$BV!jUPXU@!|vun^DWh?qQ7J)eJpL~rKHvr&qHiN-}K;!&wFe_
z<PVvyQG)Dut}I+lZzdGk-<uB3R@_@Jrn`Lh;Af4trrr3-jb7$9FO!=gyJv-_Sk3So
zFVUHWW984+g}Cg0?7mrRHqmR<3C(2NVvk7G0{WT{;?pE!zW$v=LPbF&%wEjJAf5?2
zb=oxCtfyv%gbLA(Ahyz;M>h7U@D)W*M-BKocr3s?@-&L!UqJMPR7ZTUGtsQ+%v5PO
zVtLQl$LuFURVvqB(Y|w7aU<wh<OMm%46Zxloz5<9lO55|Tu0-uNE-q9)!~Du!An^V
z4Lz0k?Hy<>Ilag%8^}}x_RGFFlewG<@VIDJcG^IPDppa_eV;atQv6!dnzGZS!k7g0
z95!|{Y?%rd&VX9q*KO^U@sj6fMX<8%%PKGO0sN(;7>U(xzs_=QO5?_cX)AM^KD2$k
zIXMiyXg*>ex6A38^ml>FIFA41@UAbKJ<bLtbBU2Y#>B47;&YDme>llIOP8J@@b<X4
zlb2hYE6OA(^w>f?mSX*}!}t71*=uRlat5}&JK$M$P!SNV;`WcjGKGB3^y_+*0%AhO
z%MingxU<<vb<n4EbGDQ8OKUyLEUdo3NNm}AUr=Z;<D{7Uc|9No==t|>O6(c=Nu|?=
z-~*K?o3p-47embX)WG27@nNXvI`D;xQ&JmefN7TE{_vwQ$sChv+vlYPI5F?h56m;)
zUsABFIk2TjcBPzdGYiIfrds{Y4r|9o*_yL(kzm91d~y;e-533QYypHUu94V24gD96
z`B-ed($Pe%a!zY&`QtY~q&B0OSVk4Q6#7!d6Y?g*;gOy1M{KD0e>*Je>_@$`mKNbI
z$3Z9mR&6zF6_|P6Rt6u<l4S26DxAf~98i(^z1eKxl7v;*?%Qj1zTH^*TqQfyOQo1w
zMCs#$!b>P$|2DtTcY^#|VCpIC3>w0CJK>z2?j4Bswd`uSi6Zj8{T*nkHrSlstU0`4
zkiLXwXWjrKsZ34PN0RHYpYy|-m0#$Xg2{(?*uvK(g}$QHzh@mxO1=TalnYKjaN{rB
z<=vb%&n?T>ZDaritbf;)I5#@`$^v7n8J;XBK2EG47BJ|IJTzDJ6}Z|>Z@F`i&*cTB
zsKNxNdICMqQ+y;v{^Xv#L92VM@%Tx8DxsF6KCsFAb8zRzr1`~14#d$^QeC&&{N-Wj
zDUJA>{$>o`-F}|1+O>Voz@TAf`EYDxwKrCOprbV>+pFy2T;GalRA;8>&^j^1G$dEQ
zX30@6ojE&0!)4i3T=LwkXm<C)+$pv08E*T)wqkBy#b+k`4L4$wa;~IY3nuSk^loSY
zNQD7UjV!vO(Oic|#)PC7n~e+&ZPQuFXt7p)Jl{Q3MWCtg`{V8IG$z&Stm3jG^J7QP
zZKc&xEXZzU{rU{=&Z#jmUfF~V@jeTOv&(*=eE^ClYDcVPhA{Ft(19IEtX4lO_l{NO
zj#7{c1{A|70IuvGv5rq-;ub<Cj@jbgt^GiAQB=rmNcfcW;tdE5(Eo`V@KbwEcF-zU
z)RtjFN0#XF6p891gtxu7GFk%-yDvE8o7iiQa@zD7Aj&S3AU2K%m34gGLN2S{{$QkV
z=7_{{=fia5Wt3{7c62%5_GmBv96%^tT^)6UnHk}N{=?Zk8r}3wI}m@j)9#z5DB-?D
zIm6wkYm)2qImd8=yG>6)gK@t5<9h^|YiZ^zb$*n$Q0f7mx{bqI5>HcFZhK;myfkn>
zIk9eNHS%xc>=+x#-*IKQlAeZZ_%_=5=lZ%mxS2}V6y;*#GtnNd3#AAbgAA2znBzeJ
z;aqdZd<D7|0$!l$T1!8>67}*RmzKJ|@9Zu#12=PgC8KIe6|MV>rg12hPX*{Gu<nkk
zC69!zzGmW_BR!}@S-Y01iFci_-fcd6v-n_v-0<Q~X}5jUiVmRTz6EIuS-yGG+^=Gn
z=24Ng-&-beLgu7mshzLJ#8lMKLemRZ)zu2!k#%lH(yy^tegxJxL;D86e*#SSY}+*8
z)m6~$#fTkG_~8z0&gy?zf?#^eu3xjo@bZviycg7C>KC{vf9j9K03jXs8f|>tb|gpm
zd-D$^g*{Xh**(?@RLc+llm%HU(InRPebn_cG<YG|9Bbq7p{{p-himiAhtSh<$~N#&
z3$U@xUcZeEB%*-&S`~q(%RKS(WleA5?W(CeEl3eOtOu>I#w<C=VFf<z%jO4xHVbEy
zQvk2}2CTNGHf{gbyN)6MChxvoCVbJH`2APK`fiDTQfWq&g}}e12O)F_LV<DvflPQt
z^-HB|4XL};@^#E0(Gjv2KEdnH#Sc@;^FhhteQO!Xw`FMOs8d*iuo~_LzR!Diaj3Wl
zk?xPXZr`2nR6|dy+3p1&Tv21H@}Q$J^@p6$Ft`4zpW-)jZWOXi(itBhREvJnMMk$~
z*|wfeW+!4Tjy<i!S``7rSndU;y8?eY#iD$&GUav;qy$J7@l;eq_x|Tv^9rGb{WANf
z;#{uc3f&!E|MHe@DgAUi1Jfoxbju~zRtf1)JLnT&B9K5{?qS;jV9318tyz|5TL3ou
zwmFf7Rsc_}ccydKuLieQQL&wy(|R8Ux-kj<oHKd|S+RKz^S_O~&8&e=eZVAg86pV2
zc`nQ`hJ7O<#-3Z&m?d7O;0KQL^E#bYywO@ATa+1{!N<bnL{sB=5;GF`uWBh<y3ajJ
zbKL|Y35EJhX4~pV@V)v*#E0qC>$}$Rs*{(KN;(AiG+VDMes&&Ky#*mIt`%-Znr|?*
zuN&};W{=jQLr)W=*k0bQAMTxEg%59wby})$ts>YPJ%4x1)(sFZWy88EkUl5m{zvx?
z?T0Y{f!mtx?WuLS%ZpP@?9f5L+|?5NK<ZB9sro0|XZMZ?Wpfs|12S<-s~0-bmmXN<
z+bN?5EPo~y9z>p+FI@YBG1oUOJ~wia;*=QJ&4P6Pm08R1$V#sJ`ISaD=qI}WcD4JU
zCI`Uc>~(w)yncZ1*4*Lk3(TLT2Y41SGvzKS{8Wn)2%iDH<}-8pn$gIa)!Rk-)|l=~
zk7Eh~f|%u1Q*tw4jakdpIqAuKk*}xL?N02C_%iCC&9gWC!^p2U>6if$Je`=YBprS>
z|34`U4%)MSY7X%PcwnLsJjtArv^=!6IdE2I)_`cFg$N%pMi@eeBqe~nehebU?-4xV
z8!LYG@!KvGcb9;f?Em~Tjlt)?@9iq>OaI&N=RY6d?;^-VvUbmLBiiKgoN=G-LJ9w;
zrdc+`ywLbJ{B7Tec>h=BI|eg6_+Ah=-=!7!uQ#8bBOc><{elB=|K0hB5J`%EJ+0FB
zmlYp>cm=iQl8fDjyUWojTDCURMoCLGXZ%m^5R#qx@~gc{eu@23B(R&t(Rr0HTU!Vz
zF}}`kfTCx+|FpHv&-P1Ylj+PLMLE&9)+-+J|HgycQsyq`A7+Z4xnYB%BLxr#>jqPe
zs57AGkJnxvKgGZO*A0lv*>V5x;mH&=E*XmJV`DF5nLiXYvem5Q=WF*IAvNsWGb4rU
zmjPgVY?`RIj;a)1<fK%g_DH9k)r?P9%^?%{sGm#%*QONKtj(Z%j4WCf_^b|{gYVKB
zXw_|gTjVwTNN&yvGrazahS&sg`4`izzaLqyVt70uMeb|o@enK?&}8<A7|Xw?FY~nL
z#I(ibZgHkoQsZC!$TvBy(qwcm4t8IjyeEHWsuV|4Kp*fLSXpHvRzm{avvvEG3Z?dm
z(6u)_OK}?Lme@a>mUZPI7I^)6k?#k;7G(R;V+>CSdX!rJ;rq6MCH=cEQ4#e(hY(nP
zml0xbz-@8)@Iz7_z`May<TD9(Z8oL&dujc<6{R5SAAf&5>YiYT<%u!9HC>D@z(?QE
zI`1T^)s^M?cqEH|>uy$qNO`p-b(<WA?xvY3qGN(kHBC<goF7tIzbt{#u9AP|l&C>6
z`fdt>G)&VH^KBB<r}kk`pj`Gu5~sP}duvnjJqN!!H2{T*@?rYRb0>G>)uicvnftOQ
zLNv#6GKRc%Me6YC21L>xkx`zY_<?#s7(xK5o2TH#=gw$JVecOG$lNlCj7|&ESpI^o
zjT;tv@sXD=G3aNSgOiRfAKA6O4{OhnUYtrvz+ILB*+r(^$R$(`{{6<k*rL22Ckp~a
zKy{%etWEEzbs!&Tij}Hz^MwqHw*SUhh?MHiQ=M~VMa^g|CINT~C{E`7_B}$ui_c%~
z9KSv~XxxhQmky#|bT{L%Pg;X-q|soE>F=D(gDwXeKAOJ?RcUigV_*TUYdskQIY$c8
zRrv1A1geq%><wuxIsUyb<6%_luCV@|zW>X4Vl^J%TZ;|P)s7CP0U1nKa_Fa&e(rl~
zZGEg})@fLx;O8{NT}qo;8v4`oz`irdT|p|UKJVF<1wi0Ff<6s7)A*%&ZAt=j7uk$o
z?)@+|fCBq!Sd6FfRJ-Xzg8+Rq70dEWtG6Dfq?dp1(+aqKfFMl_@7P=44c-kL7%l4e
zNnd%9jbRofhk9N68boou?5x!3adJbAiTkg0Cpjz@91N6JzLRLNqf?S-O*ZIk+=3g)
z!4BZc^>A8kwv1nsYiDetEn@C}Bid2VTN(@?D6f?2<4oe{7NVp>8M+H^)Yl0;(&a|F
z4#d}R^rJMQ-tVMfntBLKw|Cb)5VuE#8F(o?hWgbsM>qM(Z`Av@X<IPmsJE-pN%xtd
zVfSwmz`e8si#C10vVCPFO~1ajol}W-uE|%=5K7P~yybE8*R_z3_<^%0jd1C^te0Db
zl89p~<^g9TP|Z34`y@AxNUJN=(p&>I#ue7?FN11MTW`fklpu_`?3fDNs}jUVK~OWx
zR}B;(C6fx|CzF+U08od&Ha?hTHr$FENU3*ecVR;g;8P;y;bXI8RUw;6YKweFdTE%b
zTEW%j7Q;K6Q8<Grng=|vJoL#weip3aKq+-mDZ|ike`>xpKwrmk_K8kr!%HHaq@J^#
zr_B#Jp;7t<kP<i1FB1J?vaRH!56h%G=(Ifbd**QWwfj_I<r`5h6?}eD{r}R>h;|E^
zSZ<8bLx!(bnVA)v*^{LEAA+$qbmaL*Jald?&)&MB6N+LhX_XXV<<Vv98<8h>Wt076
zK_?ef=;sKZVFOywsB+5_KaRzoCB6!r{W^iDko@e^l;qmtZZ$NXb?0N+#tRAWtG3TA
z>?^ksO<}vox+(lsNGWpYzTHB_QT9jL`>7gtB!=U(j}J^`K41(Hr8|M$WufuK{Z&vx
z_c;s|#z1fF+x|gT|JV1B&^idbr`dSH7(z!2#vjbVf{RvZE{NTVJL!)Ikj((droQ)=
zinOBWnXPFlRx&?Cb+cKzr9=wo0d$FICEr3;g{$3_%mAoi@5Bz%ms(^xGVN>ZE^9qO
zw2vQ=up?e&I>u(b)`GY@-Ye4EbXHSZc@6CTo_g0clX>84qNV83{`7nOB(mY&veq#q
z4@{4EzIVHgZtIuFltiNK8x}Boka29Gh%dq{eC7TR{|hg?W%f9~&jOjz((B{Qki&tX
z6I~dItY&U%9oHteHV^frMg1z$dO9=t2PkLsJL%RsA^~OY8==%u8_&M%rn1S4Q6&-3
zRxo`}4Q<=a3(vw4QoW3d0h}{Dv=cWJ<xgA|f0`5PoT#Sa{<llIG?&>_@16hysIfRK
z@I;lHq%F~sYWxyemdDUk*f`<$VGH>)na^2GZX%REAp;dOVMl}ds~nu;9$|mxcwh_d
zyCWV{OxPVxBA}nHcPvy1*V+4<XJbGtVEzmy@Qo-Gz$d55$%1_j%>$i5Q0TcAX3iHO
zR3Hg!h;i`*u|UdV)v6(x7Q{g!N?*q|1YJFG@W%ZBA8nc%`tE_j*Mm~{O^deZgh(r{
zUzNdHKRUJKGyGq<Eq$*~(thI>wJ|k_?{huH5~PjHCN9(5_(k{!+P=*}Pw?Z(*jyNZ
z7)y(QtffCg`N<d~o_h+&^EtN>o_#8GXKCE~-AAOP^!hdDZr~@QKL$7FJ7oXujmetr
zpXzhFwr{7UiZDCI8B33sP;?1*N34xEXL&>TeU!)Z);r`kc2~)j&<8J09xiI=&;h{E
zJ*rPj!|Wtid!#>S<sRVH{`9S`aqrjPRAp$Bo!B-j50}-i2x<&50S7deYeMnZ!vh~J
z{C|f%2&A9>2O|Ejfyw{VpJvK6_1XWyopzT``~QPy*1lmtcr-=u<zD6ghN=dWrS9M{
z7XjD3$o~y{J$o|yKk%qkvi{$$Px@m#BK!|Z{eM+j2_E31_rw2Jtor|wGY%cK@D#iM
ze-xbR-?AWn{|zW%we<H*GbH==zU89-uZ}*`Ta?y%Da(a}vbzg<Bbe%Y3ThkvNkepm
zvR;l~O=xw1ZT8V`nr{6>Q7u{>PT*$DV6(xCfPs~VqaGNvmBB3Lw)(NPFz;TZWs@c<
zvD@&$*M8UCq**I?=Bu!3L8-jxStWw@1f1FQx1QF6<AdLm<0_scuKS_&q?(+%uUfeD
z9SiwY)s93T`dO?p0WZU=)AT3;(}&VXV2x*?TK#S11OoYiIFRmnBo{#a7%=o>hQF0J
zvvsn@a!%javwWa>9x@#2*+da3g6HclimioYaf%KkNSCy{;f}=~zd-1JnR6DJ@m&N~
zL841P@PR6%UL<qOPaZ~?AWR|ieD{605v$gs0VON5cw#lIdbAP5?3q$r<Gcafe996z
z0|_U6DL^0~KeoiTuCpL`-{KeiZQ8eNIKyWJneRzh`&1J|E6$#3gsv{_iQ#?8CF;V4
z_xP%<ajS@jlR)ygD~^O34fO01xhZ+FP_bZm73A_?=r}DHLgR9W0C8U>vfj`OsNiOx
z4!f}0PmfW8%jCZqM}6Aq`dwy@VXMTkl_1ZMCcQd2I3ZPEQJ$-bnh^9&rse*$akL3S
z;RvY`nest^oB$%m9f|g_Ww+gAiIUik7V|<5_@efT<iz+eZ=a1r!_sEIZ`3Cjm%SV0
z7e6d<G(-$s4VBp<MV@H0U`?Yn_y$Q$KGc+(6#ed=8Kw|ea3omZP&PtXao%S|j#KRc
zJKRKTTkTWE_tUh=*CO;6kLRl0zCZkKgqZYpw0mAaA&~!q4Ix=G6YKz@fhvir7ZX0;
zvj5U6d1nn%rMBoEK11eChbPmBt%kJF1sG<p8daX?1F*HW`;*y1so0s#iT0&kVpi0d
z+!B++Z_cIVf+YP<THG?0LPAeJ!|cYjCI2;8l_J%w4SH4<(xKJ*fO{;ew}$IgAH6E4
zzD$a2UR$II)vbL*wg`OaL{U_`W6-3Fa7h_c$fk-6!NSyUUJ&?=w1vD_Li=>Y12#Dy
zq!h&LQpu$Y^)|@C#9a5J0IaQPw40e{D7|j0ZW{Dh^j?N>n5@ks=LUu&vofTQOY0p!
zn@?{{5CTqFfRf8GEi+eGl8O=H_^9zPg95+5@t?CV;TqYio?lU?*?nt_$gc4|$3=a>
z_XdWIuS<yzBjisQn@<_;ho|b4$k4d`UV;Q)RWvaa#&0JE4;V@>u7cX%AGMwxue!78
z(85k-P7lcb*P=4^eD6wlqIHJ>n{@JExEc4_$hGPXh|+XMLU|P}2<Ysl|Drp5W&T^4
z+Y)J_F68usYPz3Mn;gHs0zk;IGQtXZafE8fGH%-N<8JY$)=k!>#jdEQX<QNzNT(!r
zZ<82xg@}0P4^H{pk(Z8G2=)2qznNLm_xjPy;CO+r`7GkkUq5vZ>BR~QWb>*$PFUWe
zujHT(q~T<QsLQ^X@WVgKnbn!q|Gj|`FG(T+ZEXdH;;bm6>~=!rHi_$UpH(Za6ys?M
zq2nwkvD3Y!DA@t&&iCm(?1;a<Xuwsg^`jO@VA$@6hp^iME~L-@$g*H1<PvH)ur(8O
z6zi&Eq7{5E@Ni;M{KsJ^I>SqS%}A7TCCY@4XXu4U%0E$d#n+nOB9by)MNO}-oSGP-
zQo0{aX_z2DlK9FR7ziN3l(aDa6vm3ExD72WRakb~CaI}R%hsyZ@h)z^-=UBfGnLl!
z7RD9V+y$lgMSItMj?#z(+|<&b9%nY$?R%G!MAChG#A&{7ub=01)EnuCE|4(svUp7V
zEG=pbS@Yi05Fx^cs1P{ysEl@hVs5gsO_`aHJp`vg{Sxufg*0-7cveFE&|hAa;?Je_
zvbah}bcvcSr`0-UxdSaC2bvszVV31V3{H!(uk6W$cWcOgcc8H8T7vBU-bn0g77dgy
z!5F+TdQH|~x1V13tIf&~;m7@+JN;ZHq?@#zF}4x{{~9|?mHDkNv%;^cnP0!b&El8F
zz@I@;O4AF;xH?G2>zRwZ#LGT`Na4$lVd}_+O53zZO?uFZKz3#kB!d<#EcyU{U1I)E
zK);8dtvJ<qUtrdPNNei-yMSpPBBgx_7VMdV{THX?-LcQUsw(+N2QKj!g>FulkX6%J
znngau592c*rkfNbNUU>7V^#rwu!7&tE{VcmsH6zS+Dgh%DfV5V?XhMvd$W0u28JFt
zU0Q*bi$3Ffb1wlYe|Bf7#Uzsr`CMjDuLsPeCA1**ydWuTn%SrQySULVKG3ek<6KX%
zZ&Ty{j$B9X|1?${z5A(<>xJj9%5l0Vh{O3GDiB(>($Jhg(9pYShxYPEB6wgadIcOe
zd*#;fI4y2ub2_+<(xp-|?bsN<9#xKvglGbY(-JLgd@zy34*4*>@1Nd%<o2_!mYnyl
zG9alCTlwclp<<@wYtJkaoPv2Y?jxnT&y5#jBpD}*$hHS@PJm!w$&Qd&ObU?~ofEyt
zy}(rCmRW8@C4LUImuSHb8Ui-QqW&N(qT^!bEhH=WO$4DPw3pEskwuxtYP~-hh?BgR
z#rajldA~{D&ccO}anUO7iZA|9?r;D<ar$-t0_D-2^#7@HzR__w?<b!OOpXVA>p;v;
zGM1D0l^A@woByWqSc@f7p9l3>hZg)2;rtE!!<CfeeP71Z+6tf05M&PZ>7ZT>q7W^5
zAYn#4*F}S^f~-dtD*UI1!4ExSKURn}I)YmB+x6j(1=uT*A8tT$)!2S%d~AEbo19J#
zgX{ua)3f)~cKB1$`-T(hvIsofmyE6mx{T-epMeVJ(PCe40T28{r}G{W&)qjTtNlu@
z|0P--pips}fwu|0v)4JKkB1VDOjU|(rO1NnvfI2|n|%?qJ_RyRLcA&zL9ZQ|(m>}+
z{2uw?QL}zDN?P$HVp=QLNrCQt5<TkUHj4vx1D}7DWKhTW+Sg0o%Ebi0n@P?H4YR(X
z?K{tL;{#=o<Li0q*j8)6(&(S?!=Oy3`{AX_%ifrgVMk8w$a*(q2UY3H;FQ?MrjHQ#
zbCJa{QM{N0A5LpyG#1Jn+{Q-!VoC)H*R>Xy$omP7LS%l{PbN{%Rq)Yh*3~h?x-k(l
zE(qs<x*vKs%yN%GxF?2-yS|H}&Jv)8bzqwrxEl6pVks-ReLt#?-iAbpmRM_JS=2#o
z?0INJS>S!TI&N>qL9WieTBIgnQ{zS69v}q03x8q;#rweUAJA#-N&1221D6=An1s;;
zuix{54y#3`FX9U4UvjOAHr{WKd;%}O*j&{}jXil^3U6;>lMftcYd^XKN3S_XqBVG%
z3;94>DewFpi!udZ^mL#ZbdG>-T`Mz~Y3Jwru|6+kbL%}tdS!MS=$(ZHj4Q?%Vxm(V
zvn<8h?4^_YW7OccHqZV8qbhtGmaa2!rTf@J^@Uo(+CXDR{`ln(^vp);U=0Ir{POO_
zWY@8^1_UT6oZvaI1Y7}UXSNwAc*i~SbXq=K$T)pKD{yB2J_OMEI#?)RMM0ojRrcfs
z{BC<0egIIn_!%f%@i~WZpl&Je^g^=+Aec%FJm4WTVqeMo!eqr$_UTg-TGyNHtMy|N
zYW#!1|3+W867Tl2B-+hru!mPC{$>nwHq?vCAuJ>de#FX&&}+HP#?dYx4sGwrn34+)
z^q+!233Yi~2<I0roL^L*JRtooWd`YNVa}8K_<4~gawpyh1mFWnCBKn!aQNaB*Y?>p
zgEUvFK%|WUMj_UGzx@dn#+x6(%kTh~*9F3zTa|A2*EuXs2?riZE^9g+0LimC%6=+4
zU)K!o%?{P@BMcflYbMdl(JKP!nE_ip{GA=JjQ_N=XOdQp3{9WWSBl?T7UI5LDXT3#
zSZr#TN^AF`v$rjZJ6~6WL`%NOf&fe$J&gEjq*%zJ8W@P3yg47bui7Mk=q`-$%>J);
z89+@m|Ft@D=|TIGCm7X7P%k8poVYm0;adxV2HWC7^*?Hl>##eEY3*@;9vtK|NT(3(
zQ<^$rWqE6)Vz`>a$b)_#L)9&8otha+Uk8k?h}C=MOf($xxW#lw78BwYc|*~%*R41T
z^q+DR9mh!!5mmoM&#$};fA{$zUeJh<^dP^cIv<n-yMo}TDZh|P>n1z$ieX=}|BUe6
zPi1p9LDXC+CJ5V?UfgGt`Z$5fEoxxE+Z$v<igBd`AI%`EGbjARVX58C&&pMM6GDZ=
z=^E_L`nu_NDj{6s8H3f+=Z*F$Q&~Q4>_|14v}N6Ul2uOon%oIiu1Kj*mP8K^OO9(&
z;4M<TAlxE;Uu}3H19AOr81{7Di=Yh8dV@r5s)MDBnuPd4zmftOs|))NdYvoppVyS9
zM~Yx*NVDer3lH~wfqC{cG$1=lE<&`;c_fFeNl|2qdjHb#z2{5FZFCkFf{|7rYmXam
zrsAmT5Y>2z=yYY9h@`B7lr5Br*~_bDO3VzmxduoTg{B55;-}*wY}~`W>o@!4fFOkH
zsl@h`S^Rm^o6)0s{YOlPyH*0;Gf<-Q=KJ`j02dZb@bz?@D?O8`@G(lmuGYN!eQ14F
ztAC3BQ-V7gNQc{<{L59u^CtuLI1t$L?ThR|MO_Vcuv?&8YmmP`?Y=BJMDP6)FrOm+
zW1Asg=}u*K)%@LK*qYJ7VF4wpegQ4|HQi#0ksgj0>v+*(G&0X7A^UVr)Ye%0MIj>T
zv_QRw1?WaP|5Q&Hqggubb;`$qnA6h`DLf}YkVw!9aFf2uIX}gTJ{7gB&5gJDV)n%E
z?aNNt;ZBLPl)&d8#GQt|RCWFkXO3PvF`lZf+s<5+w8&qt=bg!H(p9fL)sr%tM;j|+
zEUt<DY)K^{)=?{9i)`(2$D!r?bwL}r=jM5Y`Fg;VXPqJ=0!D{)n4w*x2*~)vNZ{)l
z0+?!90W!NbQ3rn+{q_-^SELyvS`PuXqkhly9YZXU4kLgM0(o?`k3GyE1}>W?3q)?Y
z2=uJ1scjExR`03^1#AjWm5Y`8dz<wuT#drd{YZcU=E->UEZ57Cu0?<euEiyL$7LEY
z>8i#-ViaB1?AOE^YHb{5LlWP(d0g1@BYe+$U`7bvrmzwjxtE`yii^(#GUO#xw%N=A
zL40fLL(vyrZ``)ccxFek%Q<ZWFx8Oj=Z)unqnkq}rJvmE3UD4Zo%zk&_izWlL-9G>
zU8y6hAt~0Z>-Li-Rc>SYzcEG*?Ots45zLj8BJ|x3v{)U;wH-xG`Se_${JlAl@Swdq
zWWBnrO1z2(C7RS`<$6Ltg>PdNUfeCUt4BTIJGPWXw=cu2La_E<1H>)am{PQ@vk~0D
z$n<8QF;x<Z_EMo6y|*JN=aUkHmNZ6<;u9P6wWc%%I`2-rN*@1MDNn<bTuQC^y(W9-
zc>pjBA2k183rgHu%UJ<V@fvvT@XCse5)*-8EG;NtJIB~Ga!n?$kBt`Q<(?HOX)ph(
zYv)e{t}c)QlERL$?HyY>_S`3bA3jvb-As){(RBJs#G&RX!G+3CY6$zjW{;nLy;<s`
zNtksqMq~%|@L}407OE3zF=`yiDR_Y+qaemJwWUy)r8Jzypwx&MMyJY<{T?ww!QpRy
zfSHunjC?q$E+moTF4k4v{BI#$y1q(nzi!_nex@)NW`nLi=dny$7BW7`@?31}p7Ajg
z62M+_;Pt|P2r=2a(9EO#e#+Xy2<sI>yp~A#Ia9%0|Ep}@Ux^d~D8EI^<ZUJ+hOMfI
zFIYVJ;s1-$F7c(lfG+J;{_yn2lc6OZ<FlD^MM_OjE3V$kaoq%Zse<BRJn2dm6B)Nv
zs%BzttCFyS&xS##8&<Yf8BCVW_3MP1fcQwYDLrby6GxRIFh=jH8+ezXe9Rr_=hPFh
zE(O_V64=&x`UlQg<`YyP(8iA#oauChF_Qx%X=~X})azKwO}r_eVD`KvqGVG}2Fj#$
zAzntcKr}V-R?}%wnkMJu5=PoiS9IV>;(>E$m1(37)3~E*<`0AfTWwm?CEToVPu*Fp
z06)fT&H^YglbPG|G(g-Irxe3CfuFRPx{sFux{aL|pJA>wYEs<SStDhw4b`eyNN9q*
zs`+zA#5WpUIG1E@zpBn<JbLNXN`Q|+qy-|V#kc$DfoSm4!;h)UsDP}KzI&@QRyu1n
zu_;fl96Xn%4}WY%4>D>~`+ahkx)!v3CF2m8S3x?Jn{8W{^g*=xQ|POwERXnnZ&lox
zE*x?v0@RKCHwJsQ4jvv{UZ{qY&|D_*MO4&};wG&{)_-z{<$Pvs<5$mZu70Vf5v^|+
zC0-(yvJa~-UpMO5z1B_22RoQiN2{w8c^vbYA^l?Fyq*pYC3Fku?W2GUJuLKfLWIw$
zI1tv_F|UML#jU*-gH-l+&tAqVPN72e<<0?shh9H6AnQ>E9AsagGF+0wVEWdz>aCqa
zaQc9q6^G$cdv#<pqUo3Hc7K?**5JM#Gd86DQ|CuUa>@f?rkbgrDXGvoT8lvkf#Oz+
zd2%5Azw-Q>sL~E=2?no1gn>^*xVDi%_TXmMHYs+%Ub?C7!M5TDNi)bfJXQs*BQmp}
zsFdU*t#~5=QuH^A*M>C$*t98rixoDhCd^Ru{#(;GO-|KyPb%S#rFYsgpOD~ZgjYQT
za;_c|`m`v^%migzay7A*XBuEmk)qO}X6F|Z9Xw!(;&5|>m!)QJ_%D<wJ9g}g_1xc`
zqo#W}_c&yk*$|!ts`OX1ZyTJdE@^B5BzveJo-IGL_z+FAS5c$oo}Bfh8?_i68`Qq)
zGoT@-Z$~LGs0O7h3tq0kNv7aZ6EDll`LNRfjxTWaZ~w-9sRqfQs7aMvD2IlW_Iu&&
zMuutGrK#eTH*>|k)!eZ~QJW5)fu}`-e+<p{@&dsocKmSv2fLqQzcYZrpZ2%LcoZ_t
z;?X7(HQa9mX?6hh<<I73p0wgL=^Be?ShbjDc-$|CI@_bmaz!5n4%WO9CU{PFe!x96
zE@0-TFJM_PVc@WhLY&E8cN-sCI?Ri5kXd5&-D_x!A-m19+}DgsOdA7{9u)R0u+~p@
z{4mM{JT6XY5;Q^-FyADoOpT~QY|(qrLZ^nPuyPN@H(?GMe_nqnvs!Ko9xI%zhpc~h
zGpTGX?#!+=;7iN9c-zxeYxPPr#r?OtA)YzSbb64-drj1gbdj7FQ%cu=XdY=NylEz&
zGg7#K((BkVGm$tvh$$i8V;kp~f_$;o6krf<5KCoK=DBVX)FB}tj=dN)TaAREfM&-J
z?aK=PKD4gQt=u>40l`aOhMFgG=)heTnc${b#wBPy;It{`0c2{R*t2aiJSH3>iz#!R
z!;kB{e6F|y9(|yak6<eOGW&(W@>O}aiPX$kpQ+Q*_TYowAa~1-5WR(^S6ADc#?R5J
zYO#qvNmoZjPe7&o#>J6@pj~ZDA#15OYKdkwmE4P64_c^haBWDR)Pl^*4i2J|q`TIW
z0G&J8i<Mna=ZPjO&$szJy($hfAO*uMd1(ng@q)Cud*sqS67rw&Vvxp&7RiX-5P*s)
zcn<EqV7~$FGMytvF7Sff-YHJ;{ye=$8gZnVe$#rx8<PW^A%Si26oueJ!TV*u0#m8N
zjh5^)`>3Oi0N@6Gr~PTU==H!R)6$yo>dKUtpSPE4*J#1JVa=vWSvbvt6Igw*EhX*j
zoSeIDZDe24yqI)H!Q4W6t*;vDEr@a5KK2$5tQQ_9RZo;ZF);gnux)3Jw~<vWoKU-_
zH8LdrYxu0i!L*h0u2EyxWYY){9PrNX+||YR@hAt(b}no0aA!IJmt6Xq5h-;JL4AJ_
z5BXU6{NeE7e*dGfl9?f2#B|heVPHD4n?d_8Zbk(H{F#Z1ci1j{?SX$fi5`GSQ+5<3
zQ>28e*ZWxvT4g`v@UX;s9PDe-!k*wQN_YN+N7`>Nydt_P7?tt|9=+dUC(UQDA3FvP
zF7eT?`@KXUK1*;rB_f}9?qqd4@S7#h{XGsIB3?}*{#mc0H%QhQqtZB{{#eKu+yRFR
z>rc5du{@MPf`vpier<HW&MwJgcu0kMZ9NIBOx6r5`NV;8dGNmBYB-<4>Pe5Tsa|jm
z1o)k}?D|vWmSo!B3sX@y4ZkIH7?pX5=OCtl@?h;Vk+N<VR2*hYNsSmgh3O};Tb}Bz
z{wXHRWtXuLSDQaPnD$_zvFzv_ch?JU^$INOP!!dB?RV$TyVKN+CF9C>4p85L)yT$(
zWhNTsYx*h(k68alDq`4=0VY#ZXQRuYUjhOGFOAm^r~!f-AIEf9uz3tt$QEW=x16%E
zo_$Sp_Qi#}cA^z00zhSJlGL3_l;(s1xj%DwQ6rQqC}C1*bCv!??v=-n<%-brx1?Tv
zRFm5zFuo_)Zqy@z6LLj&=qs0es8Aw$%otJX+=RdKC)8{YZFvztbS~925QitR2Pc@g
z&*-hv`LE76Mx%HcL{n{92;C10C($v>|HnY<bT%zGx^D5&d5f<<ycpTs-<Eg^xWeb+
zmEA4V=PsK%XG5&!{l<lA&fPor180FYpMPZA|4!?~<ZinYOOFe1()yN3VEd-V5`3WY
z)3`&`dyDrK*2c(RKmK)o>EGGG4M%~qWBku<&I2x^0)cm@|FdU`RM?&{|NjlhRV{Ii
zC`m~yNwrEYN(E93Mg~S^x`qb2hQ=X=hE_)ARwky}1_o9J1~cssPe##@o1c=IR*74~
Si==Asgqx?UpUXO@geCwrQeIX7

literal 52346
zcmcG#^<Pw7)Hghc0!m9tN+aDhgwl;5ozgjU46V|wf^<nrH$%rz(%mq0#|+)@j@Ny^
z&*%9E9)38(*|YZEYpuQNeAk(XkE(LmugG2j003+Sd1(y*-~|`}Kpnt9MUK2dhkihQ
zJh%R!g8ZzC!@M_rfxLffF0Y{i0QfKh0AGRufLr9ymt6qBg9`xI{|o?#Bm)2>&go6+
zqR21OKPqd=JU%`?o$TP_<3D=8L5@9sd-t?E`_z^E)D-?SRxU(~4-zH_lO}vhkbA21
zdTRgvRA5!9O}yhs`V>IJMTMWFMD!Rb$V7(sxYVu2_WCJJ)Bio;oDIoSw&By-Ak>(6
zz?8VJuP;12TwX#*US3{MP;hp3HaR)j%gbwLXNQT2$=cewu&_`^M+X9dKy8={Ed?54
zK-;mZjakus6LBL*p3vPDRAkWiUtwe75Q#3hw;)9VC`f<M1TP%5MwsP_K+5dRf&SGL
zIz2^sKQ%v3dhMk9uRJYtNMgU1ckc!DLY|BUJKw%EMT;*gDw@YauK54#kK^Y}6}j_z
zb|BzdPuE(0#myj{rteV<0Kn;}k|Bg*uDw|8b8)~AK}dp8u3ab$q-k34i~#`@eZ=Ym
zr`E6Fub`M6ahr2LfuU_XR%7+?+jH&cfDV*o4LslZvaaaGj1Vs`9M<LkT{6I7;$h-y
z38y$2xyXByCTYiKs6_uZ0sKWSjs7+h#eeh&d@2kRb2(f=1*`%n3{?8YkQ1`w<K6!M
z5ot9^a9nih-Tz_pTn+;ch`Rl^Ge>&KLE5*)l8t&Zi3zaR(?{n(FLCIi2|0C^qvK<<
zx6e{s(0W5V8h|5hv91B6bFfHP@M0;5118~g-3ZEr_x&0tQy#xsDoB#K(I3vY$3V)z
z+30ht)tr?TYjves*3@nyu-^zW4p1|aTX9?b@VU+aGF!*AdGGU2Rcy%>9)e4^^4jp)
zpVzmgK*-K)JU)!lVQRXpJa#dn47PFq3eez=<+X2jvBNz4hR#n`qGM6E0+a^%gbzDu
zA<v9HyP{dgMlMCVlnie?Ft05v%)4Cg^m7axH3B;gO^d4NjdBN|0t`hC>eC$kgV9v}
zgpGoBF8yYpcL()lnFbh~fWje_J0q_eUu>xqRUGPt(WABW5Xgq*W<kvtSmtWi(=#Ls
zA}YCy%Lk-?E$qN69*&bY-glXc7ER5^#kQ@!l*q%m>}r`jo~IJ6H)Y}WTXxS_+;#|o
z+!ec<=pi?d%Ly~86?ac-NIpt^JZZdJVstyZ6oV9XSN8e-wQz(<nFInjG7cgfPZj31
zo~L|%I&yQQv#z2v0B7A!)jhsIibuFdgt!S<l~u_L5yOJ*DZ|=!1VZr2u?U#<&-uNZ
z{a&ND-6Mt6c{m<IRinz3eFeYGSX|8$_CZJ5XqqILBns3%Kvh_DRH;M#C92Rm{o$+B
zKmk51DPZT4M+M|R3L<-VC|r@BME4SDp<nk>)bb0z@)J$Un_A1GZf#(Ncuk)X<?Uc%
z2a|k}nz-u~Ev+zp&2YbbwWK`n8rq|IE(Wm;hByVUjD_<&JfgQ=0}MqWt;fwhzc<Jj
z@nLrX)&g3FQb<;$y(I2tE`?=0kV<2e0hVbNs)u=;s^$b!)`YMYqzEouEn#VhD1&_q
zIhrypUiW<96bF!~!6~#`p|VWouNkJ|%4~yeQpfB5QvePg>|JpX;u+Vw*21$2+=Wsq
zk=dg!M?^hJ$&5cC@J0`Ly9&@l4)`T<H`O>8N5{p7H2#R!nfZvzJP0BZ>k8ONf#Y+6
z(f}TrU4NK|0{`|kH>X`?ll)T>B<>0eeb#3rOGu6y4p^hqELF(C{g2pZB`M4ZMV=Fc
z>h{ZHdwnb2Mo2HM8FHm--8gqQ!U+G5>Cvn<2yFJh{n{?XAo%@b{G(smcIrzo63<8U
zYh{Gq01D++?oKPqQl-IVZPh%=pH+}*R0zJB{b2u3CU&t&9ZDh2&F5$~o$UcT^#^kc
zrx?&h!P4KnoEGiqaMOx^su_(gLmvrl%O&LT5%Fdk2!<iO5g(SR3X352mN=Y7Up?Kk
zJf-lNuCvXnH1Vk(J~$?#GzQ;U_NP33Lp*biJdd;&a!~HFfEutr)Lan?7dD=c4x2?X
z8zT)jev*z3{<Y>r6*AzA8}G%dWrQ>o+BKtdF7HAfFii_USp}C9{(H759eH5V2{GXe
zi%|$10cBr{&~!#7dZew0y>(QZY;6|@#}~ZrI=1bKFFOu!j)DNyWA}cDEZsOGsFC?<
zw54m_dG|-%d@%HGVa*}g&f*9uXXE|oG`$<s+ZMoK*d?$Qero)QCxuME-Qbs(<g!=`
z!c!E#IkOOXu(5+$gJMl$-;Pz8TgnES-?UWUDZGT+`C2BzZlqb8rNAh2Bxhce>{kI`
zi7p3?wL0T=m7Pl`NnfvQgzDxC-3RXJQ|m&qeRS##K|lxYs%#)Sl>m9(XT=YE9Bl%_
z8ulB(5ThNm&kgSdH<YGa(oIkRNu$3QnQm{Hw~rm{*6NP=I<ZIFnacCvjVi1WQDuw`
zYo3x<97yq7dD^v)XOAwbEOeM!P~A>uydO#$d?X%K_br7A5X6_KG3%l2O(`6yC`hkE
zX=n<#T`JdJyqLV;?wxubUt-n?zuVb~8(!bI*$Noot}}mC@o}!N@IXT6>}LAtXfnav
z4k>@Y>pQ$&|H-SR+rhnrL+#zFKwQ8VRA&c#v0?-jc8w7A-4y^J1fV2?<aUujfeGeM
zRLGpWI!EiH2yG@A?dr&hd+-GSD84MyBZSagkYPG2_Bif;saA`HziMBJLCm9=gGm6{
zTdPpuSBn4Zel8Lyn}iI8&hv}8NmrFn-wTgJYGOdg5Ju41F4CM^SvK9t$`bf`_*>Zv
zJw>Vf_z3{-)neImtlzen(|gvksW~giuzbI$3N!=&#QKQGdGTOD)pta{G`Py*9uA(Z
z)>cx!ybH&k58`-?^K(45d<nk_>b^SOQsHbFICVk@0N!r&2WY{=vETgh_D}C@Gi(ct
zgaTm_CG-!CK$$hIGZ^Jb(u<CM{6C7XDJmEy2hILy<7H+eVz*^Le+Tzo!VTGv!8fuf
zLc%$^tzS2GZB$Z>iS2h@Q>uWKu=lwfb)?#Kr*#hf#KhLh*!iBUXHNkQ6zNR~!Ocm+
zKl`=D_eAHVUc%3boy=e6wxi-4@2t#S_{;>8s2T%=$mkF@jPR)(Qo)jNU+N{^^aiAb
zlr^VWeG)Iobgw$NxX&dH^Ckp1|J=q-rzl~UdR~ERTNCLnX(UmMfC;9#N_bELO+Ic3
zSBlJxzWNd`1ssFJjgOfbXQV-2LLuhAm9`}02w=EIi{b_E4E}D7kZ9^%T+1uzpgMoE
zXd)K^YM3(;!whxg#9bJWo@=(|KUud`2FbfL-{A^wBvh*xYt0TVDrX0va{v9<=G$*R
zr;ci``l@S#?!fJ^2oqk@#{E=KW_iVW%a9k~@r}wD1OA~hX^^h>PbOn137l>?XHFe#
zPfEc^Fq*UL>o}>HW7=u)z!qt~ZI@i5&~>nUv|Ms<5Yf{-<9&7E@u#rtsPJ{q*s{o1
z%T*yU{vukkFpR<s8D#yyIK52r$-W>%hPz)T!(?UYUhr$$+V-rOokZ1y2kvGxwXBiB
zSSU5c-iurJi0DqO6LkvLc$OS)X2%6RLZoDhA4*3v{(zUU-W3iKiuXEobQ6Il@&qcD
z+=e6q1h*HSabfh8GRdXLaOc0RpF8Y4&R3&t$u$B54i9@Lzn?9PvP=HXw2-HuV%)ef
z*9;v@w#Vdqe!|1yB<a-{ttiKNB9zw?7>;6i-*>9pV0~Owq}n5XFQ(<tEUmB7Za$Qg
z{1JB}(Jtq)hWV1E#hjbG<wcM(3?~*rzy%GyvK`=|X}P1*<tUm`gc|%Q{&XL<Tc#CY
zl<L)Zt^3lc?&!6xhbPrW9@A8pHq%7{qZ2Yss^aKefsRsKiF@ct_^aI(VGrCR1=MOH
zN4m#?+jd}bH_(T8NxfERaYjG%V8rT84Y&yLlheuq!mtwdZ^>sx*zo2$hdQ}r8SV^<
z87R-8e&U*uwK|0cm>ef!VJQNlFAtZlVP+(Nx!P?$kEc<J_lgU$&+osRI9P~%z`lP=
zoAWzl^R^nHpP$2{Bc&`Y#4Mp-lUEzWx>i<i^w#dZz2T_2bFd!aWdCoGSh8s`CW4WF
zHXyY%9nDf(5f!rUy_+uMqPtdSTf+FaBCz?9!U8^$l_?S$KF#X=bnmwUU#QLu^uEDf
z<NwZ?G{R=c0n!5}O-<wzJ1Gl<<V!bqbK}cHSwYRBcIzAbhaFw$UzH0&%k|4wDpv{(
zqH>U)R1jL%NZ=Kd4cm!-ZLH%fgVT9ub~4}AH)qd!d-Dcr-(kX0lR}yIgSI80Hh~Q`
z!Sd)0HHg=PRBa)Ul7H$-9a@NCpB(<jc6^bkiWS`5KvfRhv*CZ$2j&~ox);_2FPHAr
z<*z&jA?hm)Pa(=QEi*iI5eJDl<vr5rf!RF<)Sq3`tX4bKd|9|laj_PLb(Z_B)RAEi
zS=)(wt(T=hehWvLS*$KRPtp_}@(PRwqM}BZQ&CqeTzzaFwp}7T>U(&+{!-E@PkUb{
z30}^RCw{_+5@h4QMxLTrUNM;41_RzXo0BY$X>xEhl7=>GQNw(jxhUPVh`}(40k^PM
zKMasjVmKS1o+%ep_wFfpkST8W)CimXpHrmw+y3-DSWu7A^aS_pM4t+Og_@~F^`S4`
zcA}3$<eN7wy91vAT}yn~e@-|7?QJ3;Tg$LOS{)R~Newr>@u@m6Z@KrtiHt=wl{(~4
z4&a~H&emC)+y(RnNTfnD^OFoQDr(NF*Rv+3-{<!K_1ztP4cn&pCLK@kFvbYy)0lJc
zDDICCpJt0h7Hlzu0z0Zp2d+74d{JgQnESfF5XYo%jwiqLp?rufBJx^la82^&+Z{V_
z1MNXf2}AIVd8yu*q$xlRS{}iJnz0)X-o#FB%Ml-Uu0#>~gvjdj%<e^K%nnnFN=&Pu
zgXoJjOXA;B7hZxAA50Ne^Vz%M$n?a9-Z=P*|L>W8soI^3I!f?t^r-TJBDlXcT=N=C
z2j95?^9SAPuZbbpA{7!oo&^*U!6N>hp<qloHudR5DexrQ=!H$H9$~Yw+9eowj@L1%
z?;5ciUOBdmW1TW(N^2)}-~!sy8_o$&Id8t43|UWbo2FkIj>PunZ%9mHJc)a4tit0g
zcW^0s_}><8)*|{|7kvL6WGtDyjDF2=cTg{UQ8+56a1#y|KJqE?1V`h>#)ki~&zatw
z=2xj#ScuInf4N_|P?g0&T#~S)2=0>9owR!<WBS@xLJ92gGnWL`h4jB7kFpY(U6_p2
zgOKS=P1`3t*z4sc0-v=EEA~iAPHXeTf$Ki7Ew8oZSFyq$#3V`KW+lIj>PpWg7PsPz
zPN8*_a>hTc9rzsk0-B^J=BgFsQ$*d^ne+IDZdUb$ztTSHK}&r5an6lLgGO?aB{4j-
zwf<1gzY&OnzP&<5;a4<MWx$ghwJ7m^w#eo3g6$LWTW$_HxpR>(x{H>VKLl8t?R0HP
z(YO3LUXayO$YsJU(eQAgC0#V3pqn`Q7HRiSmIH{<YH(ebV#<aMdxun}FJ#Cghf-ve
zQqFf!jr*V1V<)wSO1y7A?q2MQ@?0ByH<L4WWH%7!<tf}J-b?8N+6(k~A^dt+CH!Q;
z$}(zuoR(6qxKs)pv0c#ZUPIF&qQS$;{waR*d4MU35;SeRJ5GX0VI=!~u~fMX_g5So
zGT|&UVwsgD#<9*>nxj-R;vQ9!npY7j#gHo(uh-40qJhS7_J_@m+akXW#>`G5SA^Jq
zY*m&#!yfMQZUpUo{d8~ci)V~Y|1QWt3G)r14_QPfKmOm6ypY<+11l37{l8ybG||&#
zs+zHI97^3ju2HtGKi@Ld?P5%psT!<HSkF5e*yG~hX}PrG(JQtw{(MxXy7bnl4;vYh
z>8q`1&$D+M^f;I#Igb_%{c4NI3Qy|?P5-2Lb?6ZSOIF9~Rk@;aoV1YtT7B;Xy5H3G
zhv>XkGI`}hdPcg_295)A7Tn65x_XN(32k2}YYxZJzbd<(kmwwWv7UGynfyTN8s~2T
zO&eU~2<wa;?kbb1s(FRuDX%p1Bwyh=8oAw?P(IAqM!isNT*IuLs`d$^;vO8gsXm0C
z)89w+?6@_V<?j!ozK16oNF`W|Knu0wPjEPTnoL#6aV%-`yf;#@k)Czp5}|^i9VEks
zir#h>^d$(yteh!lArvI~LEqyUyYln5jFMx^rnAIfRIAq#mpiT04_Us^<^1x@lo^NQ
z7|9?&;7L#8D6{)tnpE&&FMEW!VKC~>x|vFXb_Ow{rYM1gyYF1xi)_q{F?Yq2-^l5I
zzUETlH6#7QU^JHOTC@Pvj6Cc|MHV+E2g_HBV<icSTj3`Ad@iz<>c3tdYx`tkHPr*$
zx%a1UKh`jNPIahr{6OZ;^D^to{UY(%<`2UbhaypC=OGUMairIzYLu#(QE{JMRWS1n
zcFSRKCMVS1IZnG|zu#VV_p(4JR2!7}m&~g?GwJ0o&+50Qm>~D3F`$NrnP?1jYa*q@
zkquS5NGoXMZB|(Q`!<&{$>hLb*bxfkN{Fu6V2iAptrF9?cW3;j>H$Krv3AE<=n9^?
za2j=mGK!c3Eysq1|4x<iIv-2-Wa|;eY)2oCmGADNiuIxh;d>_2`hG_SE{xS{Z>o$M
zW_@((yP4{!En#;gwPOvltmmIk%{=u+2W#=%-Y7!PL2gWcuh>nfkqLkUO75PpczPk<
zceNG_0UbZTY1=wz4<muyZY<j~hPRXoUju3<_J`?#wf=$O$iv(<SqxX%xvgy;`j<~L
zSgeuHY{MDgBRu0HWbEgNb<wGM1bd}HeH;3}11K`;zfWs4EWjFZxueX`AMB&l_X%M}
z|D{e!tkL>Lf_y~1H?1eKVB4n^pn^ADl;Ae!5d!4$w2T$kKy~+wsRi@B;2V2?w(AT?
z6R>R?nO%$@^><VgemAu*Ue1{k_xy>P!_!;7oene7c=d&Df~CZ<UF>oYIp>#F^9ofV
zOG}v>({YpXx{)%Bd$#fhjO$S~f&PznV_ZB~bHJ{74f3Q%c=USqwc(h!S5CsTXORE>
zzcf})9h5X+=SvlK!U#{cpYsFT&sK<M=n(=Ae_du5oi101IdwjEamtmL+%bFG2G^zO
zZXk_E3^KkyOQkp?1@0ToA$57l|6~2uQj^m`iv(~kR3^w&_r~7SWVw6k4te71v)uBT
zmkr|?RUXJkt$(+A*KG#ival*8ljw%v)V^k8Fn83m`{zyDstF6z7tmHXV(`bpEWcMy
zEmY*&rCi0oeC`gNk-}?6Qa}ec{IExoX=<1g7_r;Gk%jP=nfRL?U;?spl|Cu09qFf=
zt*j+AiTLK>9;aeV%Yo%a3yysq>0(C8J(v{N9u}<&yL4LsUm}}uYiO+VAJ*K9hBCW2
z`xH!egktDaD`S5Am&=6q4h+3=lzYcg223~g3GZ4LkRVXTUYk--<>daN+w~TbAX=FP
z`$pB?fAhb3K=oE+HUmuK>%kb~5S(yvc6)qfhw8lN-dA)<024#1Dc^7Tq$fWuA7}t?
z_^;4UIDR}RZOcOFKYc!V=Iq?WpHFcPA0e(;(Id=Fs91a${{*g6D^w+MLq5gEbt(n9
zH_yHx6O1yeAR+&vR48{_cIw~Sw|Hrc<bKyN4k?|45-w-|pa0g5MqKFHlocXkkpXMe
z9=oGwl1{VuoaQ`PxOo;a$PJw}Z>gxg@}1ky{m)L319aGM!TE|sI&Mee9`Oo(K$2>f
ze33@`E%T^&yl&iBtN3`fvDz9X|NrJKt*nrl0dNSM3fT4@j3PweI+L->-g1{N!)<u!
zQwCHgyZ8Tz8lCd*>_P`&1!@;tOW`Bgyj4s{Bms4tpWW;&9m&~|ly6UyOL@c*93QE5
zVll(ZrUDr(X~C!*x?+bw9kMS<)_q#;X@{emluHTyZid)d$f&v5*|azqO$l|5_i`d3
zLt<NQ$K4+<txs_r2R6BhyZ%KS*XC|pWi@kVy*Py_{ZKUu*kTCU>cl)vA0(o6IEQrM
zyO=Z)ZiY<Np#kFK_yO-{f$vU8gb3X%Obdkb$1CAC_Iww?XM|g^Q>T;++|fp=sS$}`
zIg@(oH!XFyS*c?=^cwq7Ng*A9-79<hBAI|Y{WtPy$vp*$z4aEPfGkaFn9&5xIdlD5
zzrim#TiVeDa!J~e5EI2SYw9aF?5D2ROta{FIyBjp3wF=sO);BMur<{`a42j1fW^Hk
z>wEPFm0f->vnT%<$lQlW$o!-wtJJ_P=kwYu9HbyAU}VS(C>{QwGPk&7Y5kG+Hc><#
z+&q&(sv;4eq;%HiL;5Ak>a>x7$X74QOdj<zxy*VDX`~^U!JR;7;-1GQ(l3}+nwebz
zhYUHN|9zk3`jK9KMG{+f%M=^-HNyL9wg+Iyfoi5<UTE>f*Nqw}560gwy6fSYivaRv
zO0K+V$PkLpEZrd8&Xtsc{iFPaMd(n@To(h{>iQcluW$J;skvIg|4oAfmaX@efk{>+
zHvVSQ(v40jsOROr%P%_@=ji^!!)Tm_x<b6dzhC4BZb^w!?jbI55aZ|U)$L0jLm3}~
zpFj;xW*uyidlg(rbnSa3GowZEYHhnS+|<1!&^Ijlh<lB4osjBZt?=Vv%kl40#N8Sc
z_?fupT!$2CKOY_S>aTCI5jA@ojXpYJ%&F|8<4cc}<B)Ec-PKt0z6+9;J+hyZ3y?HY
zSyZ9ikL-acO9Yup@B`_(n*!k%>{S(WARo3`?ap;q^eyGUBT5Z{i;EYl>qUzWM*%_H
zP#_W{Xd}X{sq4dVddl22_-s-|PONyz1y!tnM0QT*a8cb_x!#dCoDWYiI*r<)`y|cN
zF;jSIBHi47@IX_TY#!*m{Bm1hw}!1i+9cj<eGs#w2blw(lY5gTOS|st5q6OQD_PM5
z>Ya4X*_}AiIC0fUnOi3G3CjqC8QWTrP`T8ZcN_t%2x*Wd?l#X)gw~G8Uo1l!0-AvC
z%P$#Qq-w4ngL*JKs7RZRpJTcXBO$>Pw#edDfw=RJb=IBz^BrA2;?1|jvugWjL&3Xv
zFzu{>(K_aW)+XfIL9-d3%>=+}X|}wK=f$p-fk9%yXcF|d-uAbNGfI1C6~InL0B*8{
z@*XlYO++DipL9Exwj_!ng4rS&Dt1ML!*th<1jXkewZ@89B7A2zeL}c0qk4q##)imN
z!Pm~0iODYoMB_H|kTF10h)c*+c7x!R@EIEQoISG0g5F{*cW_rLg3)^=b;YdJmAyeI
z4erYJ%(bMShN3B&R_D5rzW0gxAZD%Cy8^arpo^Qah-G3E^CA><Yh)R*&Gt&guPZo-
z_)ApZ8^5Pm5}1Ou`eC7n=O#vl{FqeFZQ`^PI7}soc^tz@?Y2~gdoBOP>V)kzrqA5_
z`?)niL_!U76D#?~Cn}a7uf_bf{G%q6(j2T}KdMDh1J}o>YM2X}tC7jUd?sVHFILFi
zCRrPE`BzLt4(UJo9I0F4X?8a$seTL~2Hf8(>OW$UAUXoJ{_lKgV5=JMCOyK8BMJgR
zwk0NW<+Ee(ZX1I~@zUz|%5ORWi0mPe=;JzO#^y@o7E(K^c-`So$y=+1X)@z_)1)yg
z3gG4}Gk>Lps7}@#XfFobU`GTVZ={RVYo{9%h9nrBy>c+cfjzQ3Qg$m8j{~lbN#|AG
zKMu*}_(3k}_3f=yHg;TC<$et_-ZY>CEUQq+rQer4NJndd?XJbAC=xO*GQcqLdR{q$
z(;w4LYk68Itxo?vD7dlZFjIzm+5@SnH{xF3D$@|E0#P}+scXnhX`i}<Ox$OYPO;@~
zvxI0Q2sR3y-A9s-TO!FLdWCHB{|3{P7-=i>N11WfVXRT^;E#t045G&P585U*m>#HN
zcoM>NkOBGAYIG9{>&{;CM?U*%Jwgxlw7l1A=Ts?Ug}F+1#FHE@K{Llicr>P{lh>~Q
zxmpH3@2Fz8(!Kmzh7GZdJ(2m@3C7N#ZkT-YY>U&oBQ*G5#}zFw&`Mp|RUH|tf2Ow1
z@lhu&z=IK?pgu@~z%W~+b_{9S*NJ&8@M1jS6??wcTJQe$iV<c*-z#KI6wUi{YUJoN
zaBuE4qisNmY&1x3y(vZMQR0mO^fBaW4c^6^`NW;sNBM-P{EB#n=z3#Yk3D1xYzUuO
zN8-xsSi+ZZ6o50}lCi{>tsdS;`LCx60I=Vw&;9F-B9Y{8BN5PlFgPI+J&q@Wp_mEV
z1tK*ekz^jV`wjyxo%#~lFg@Qu;@z*HzKRt8gN7q%QD4E|y{Yf@r2M}}VBM~YvHt^y
zBd4dlg2VD|{-;MPR3DxhgP{7W{(pL{(xb9q-0uGaxBqX`_b@xqH&q7<xu>B}-)l7t
zP9$!Q?90Qw1OK0OrI8B@$+01?=r5p{$Sc}^*X_AXod1_w{#!c$ttg(sl(?xX4d}Ql
z)CQ94bNoaYtnf29!aBruT}1UG-~Jrv8Q{yy$|JsrGDbZs%dZ3!G68fzH6xW=(b*`1
zzW%snYXG1UGk~x+Q5F2gCDGH)iBQEMLe|r&4nJ(n7|@aOv(R=|-^k)aNjX~VhIc@-
z$lU`rvK`z-e{2_@v=vaX9t-D20RTcoj}nX|*G0B@zCl07ZdBH#GKX9F6LD2{iGxn7
z^TOuSb^@O7y#S=++0NMNzslg%Z++=~1z8vHK7-~}n)?c{^xxL^4>S!_x3ZlFt<F6l
z-y|UNBx?|>6BPJk*nK!zn@>i&6frw{igif!h<hpIybz@rB`3Mg*mrCN0DSLX&Kw|T
z9C9w*vrhHU%TiZWHXGd+dq(oYQDTdoZEr?0H_y+ayYJWnNgJ*KRO9KRd9_uiP)S0s
z=@P#X)!cQ(HM7QRdt9l?>Izh=>2?Xftygp&clIG3K4W>pp6f)MJ_D#?w|_J#9Ba%2
zX|l3T500$sQck{V)KAOBn!~w|S%DnAbv~3dUL><b_gsDco4mfkZ==#dlebbZ=hAEB
za>J?$RQNT1!E-bm0|1zl@XWU@*CA-sD0yx6CM*)=4T5q=N_XhkeUL>`qf$;X%&0Kw
z?6(hDw?}-7AL(4Z0d5LHst;oAy;<`R{v@mzWgSYC^kHz`Wjh1_cu(Ni+AB?;D_ZK#
z!NJe*u2A11vNails5FUD(k4ZaHd99NOL<a(KN(S!?2GOPgEt*6do74o*TgUl7Y7Cz
z*4B01CTpP@qBxnKX3x+7tI~f;4XxT1LPmNtH)&tfeSGu%+1f@KuBi;o6+1#OAZ9X~
z_id?=Za6>DDYKX1AnT%ZtY-wnA<M7kEiXq?j2bfY3U!wyrE?U(=TZ3^{5+kLFUje~
z>C#I9wW2p~X<9C5O1V6vlKfBK@%Y*{Z;j&T>}iu@PBuCubjcVIJ0GVx2Myp(5E=`S
z0|15ZiNs4tb1Ya=$V0sus!k!(OM({{%N#Joa<D9AaxO#D*?S8~FcDLAmX&t0P-9=l
z%W3@kFLT88m!zMN^KstuXKM>eKMcjuH)}l>lig_q|M;6lz{|}6yG|0hI9nRob7<Vz
zvt!8nJxVvdiB@QwU&d$vEcXsU0jvtmQ9;1`@k94^get!}>}qIpLT-Ol3Ezf^6VDEx
z9bfs&VK})x>JiHLt*Vg039uDopyaothNyt_=dsQw``dE^WQ<M~!8+mtG#~2yKILdh
z%&Me2*6?!cuRTBR8ZPdrWeNBV*0=Ges5%gNpq&RG6^23LR9b_+)lXFK+01v{gZeGv
zipFlCS#M4-rIFLHCG*%mhM#SLV8FD$<vSY|m-jP(vq<=S<H8bJbwGc7AhJo2_rn{I
zm_I0)ak0t}lwMNg9Jt%kX{gsa&`J@p;9yYawT!3D0a)$++cTG{x{=V`dWtjA&C?dq
zN0jh#_?aL9V+9G;wD{Wkbnmh&wX7i#>$ATtdb?TykyHmZ06<5lOR!7Pc!PY(x3|JX
zENd|#2Raz+RnfWhc+FVU6N>b4AOaQN?#DGYkMz<b<OCsswWr!Y31oPzcLoeAoXc<h
znnZ&tI6X<ze~7x~&vCis=DErkiKm!2d;p^W3Zr#nBzJ5-qW|4=!2VELY+y;=_omJ{
zS15Lv0b&;Qn?IwFCP6xprnceS_j%&t9P))N)le2gW%H!l$YYjrG+S-Q#=@~Rp>5kC
zKaL+kN#Eo>+>&3Ap)M7PVsEB*^I3NvAzc{{|B1}Lv}=s5#cZnV{6w20LP)826}`~g
zkTY1g3^<`Jo%j>+#?{bv<A*9TlFv!l4svN*_WEE`equ9L$gW|F+6Q`zE&P6qrJGU4
z#u6{d5S&G)A$V^5@C<2k=q8MEg3($kV&*`FRF<9;;b}S6^SpTr$&4@oMVpclv*}<;
zO!OLqMcYa*<eOoaY8{klDjSt#oCHy*T9SXBUu!=u4|$}9;1U~Ws_6iQ3aUawY&lrG
z<b0BlF7+g2xRJW?@mKxn_a&imzasG0_>Vf!4gncMu!q}TaFou7GGoe;yV4HXUjV?F
zPx=<|_gafs4yW#It6ilMYs+azYRhEDp1Eg1@gHS+3Ub$p%i@=rIs(W>I6%m#p_iW_
z5`EH2L1b{R*w%$#xqt+g+D?mXUNkZ;bM)YrIGZ*x3<T*P%Ft%atb&nm(9HqY%i8v^
ziHdr|8Qp-Ngy`K%4)`Y0PH6A-5(<8&39DAnn>tty>L&g9t=}<x!N#6H$GBcYnU|6#
zq#8%xf#eZmPTE9`x4ySdfJQ%Mmhra?KX3f=bnh5VAwzI}DZeA`gLy2rpyT#TRT;;U
z#sk5lXc3mFv=H*-Q4^)cr-z2OZaN3#(Zok{&iSS5Ii|rA2~!2iO^$Kr-*KEYYoyP3
z67NwyiZkthl8`4m$2to`0WhJMl+A)jlgyg9v?Ls#WId0272I52stE#h?6W-8HZ1e4
zv9IL1MjQw1@%m-{m{2v>pa7Z)wmJ`&D8rP&t=r6m5O%2xHP*}Y_xek%TB;t<MY`HV
zpbhyk?xG_ET+$aN``f(K?PbS{@4==%$9lTD&fjL!rw8S#b}^fb-szEUzI%DEHSYbf
zWUL~R?I>Ww+T32Hy{5vXSH-3&dBxOzW*+OvEl}|pz{=F2(FOO7u<dnsT@&Ke27Pdt
zlIfGCK)o50+X1pG5H}l4*=;=YP|9*(ypMLD*J7Ed6X1>szU!t<ZObp3$3_-y=|H|L
zGw?RNLNrE2Wh2LPazfE6X1va7s7zpK@aPAG(OesBcVAwaerBbL(UwpEqyCY8xA;;B
zO`U8m<YbLr;XAr&zyjv=%?CUp5OzG*XvSL!l9KP|E{b<^$A{)VUcPsboSYoqplaU9
zb@b0_zFVkP-7J~U771wwLBodT!!xbjjoS@*E3a*+YHSvRb;g~v!2Gz_5cp{?z}Z2<
zLvl|$d{0hLDV-iu?GW9PB=Q&7rL`);fLU%k{cr=yd8cdV$#yHmch0?RUO~6jJA%b@
zpd4mrcvNP*LGz2PPrg|RbSZ5t7=d02><`vSqwTYtmBY7WJpD=mHQ+y-I>vXtm2Qj=
zV?3kdcmO^0vf_NrLbIJQWBnC_t>(C_v(V=vM?Fh2U@1ETn=tt?qTE#O*Kqa=H>LO8
z4T)Q!3V5$v1*EMEljlxtbslTszMPsI;oCmxj!Yha+OsB|22)?I1}jXK|CRAs(QVD#
zw@p~MQ^Ka4pWZJoi}6r9u#yiF_cxsD7&s_qE%{y~=eawy%9WwO>SDibR}z*aZqGOR
zypg6Yeb98*DfVUKCFq;=fjZd`bVg(1o1x>qtuFm)OJxwBJ657DrJx(Iuv1Pu)7uy(
zmxHe65O=t4w7fT~{gd5S{>5ForNp1O<>EN+V7rq28?j^G<$jr)%8{it23ia2g8C_3
z59?8Z34hi#qAdD&K@Hg%v;pct)I-~yYo0ZgDV{wd`iIYhZI+vVQOqkRFF)X1^g6f1
zUcqb>jMX=ePqN*K=f=m<gpW#0g6Yq1Il_L)eV|eGorHDzmySf+O(yWYI*biX5-Xc$
zTKQxxfEef*SocADL4|H0YX7>=<=aH!CX-Q<PRXSfjA8EwRigs!YX+?0R|;{F2Enr)
zQ?Z<BA7wvCds2X3+EZ3be#76K2dGpI{La>1%&C2`PQ?o7ElOJ4tIVVQ3VhG<SM0|H
zR*7=@I%okl%g$FF=bde{D8+XAjlMEt23*62cm{M5<+_?l!JeBJ)R_I~U-F<~(O&-t
zcp2QR!^7p)hwG48Wc4}i7Q-pK20XaUDAR+Y{fM#=aY!Fk_5t$wuy*OoJwxfi3pQHr
zgs+0i2lt}=rKT~%KJ&KaTRjTv$NdI6=Po?TKI|2{=3#*a`Oj@v=|6z(*_o7%JzGM%
zd-_9$qm6tIhI;oV-JCcs-XE0LMU5IK_m@C{6S+$Mf3MZqyfmB|5O%(?FDuHbz_xi(
z(urO>xghh~=K!A5c&vseQBHwDOMck6DdjkI8}J<a$Mf{2hedsP)uoNzY(XchBT&va
z5bnXo96RiD$c&Kc_D>?G7R$qs4=lb8pPIbVTKm*gH$16lQd~NdO+U3a`f-(IM0)!>
z&Cq6*y7of%pnB_Cm)=KA=C)CLIsE=2l-SCC7lWtI6eC9G)F@pnK2x-b{q-PYq6tK|
zS5>YcK6NDFel5Qib2Go~`Tg9<-c<N9`Em=rl-n0<AAQKDf;q`ESWV-fF8mc7+^CM{
zYZhTJ`pYcflVeS4mWhCbaEujk#yr!Uq`OseG&kHKh<9q{N%haZWzS_gQ;d5gk6A{I
zDdW)kZ?)$EumuzJhmh${qKPy~6S8umGyu{M$4OG;3bxwbj!D>rOhfsk`6~9+WXB-t
zU?p#g$uXet=wPo^xelpM=Hdk!JcLbLi4$>NP~?iHyi^mg+LIR{?QNFCmv-TzQ=>o~
zCC^#mDN{{v>ix3BV{&+ubEV}N=V%B@>~&W+;3gaLD?)jz?nv{FEDo#KT7lN}S5n25
zDWlJahv^gMimx%Q3nH<voWx{&bk8?66fuTseWl|79VehbSy`;V7BjJToVku1r^idl
z&U(Y2ok+NUm`X3j2&7ahGG=Yr?kpdX6nLs`*Ndq3nbTSkE0*(H@y_@;MnwvG^7OIM
z#6w=WdAKLB{KhILXY@QKS)Qqg3;KI+d1yf;#%@X!rM+Om<ElYABpk?&U;R#%<1<rI
z64TDk_>k%mN`^3A0Ha4P-%Js=1QQSWH%K9ck#Y;mw(jHCN;&`eYLvJak5bc_>bl}A
ztqWe>yDXeC3e#oyL&lZ7vF;V#slHWwuX9TMR%g+h@&SFGaQ4|IjVwBGw{kx0Aey3!
z&C5OIdRHbOZH!|yNB(gs7bR+Q<QAuw>BjU_r;yK^GTG!}awV_o!^QEdssLNJ@<BFZ
zHPLoOvG9or?0(s_>ocWYqN7)ZTbn)}+n*asep?w%)C*?WyAuu6HW<E9viKC~wy8A|
z+R%9Igjem|rq|A7`M0SbVL9LLvF0&Vh+f9!HrHWGkvWw>>FlWqF;UjW8<M&Sh-N1n
zO;H~;edv1^QSZoANLIdT**h`FMe-xNedfkYSDYhC@fS^LvQ-%es_aJPjOGff@j|Pg
zc6x5*<WX;MaW5Y%fREQn`0IVBp+}L9X7Pc!I^fEY<JY?3tt`zWoBQvAl@@Uq1;63`
zcm5h>bp!-b92$iLzKK9biU^75y0hPDNvR?M;T?@b1$o+5`wUICgepuP+vj7j8D_o(
z%Zqn(77yOu?p1p=xRknWpV`_Nwg!Hu<rwbjDNjaX_?CJKDtM+^HPD^+$kL#vUM))E
z-{EKgHAD%0G0%gPS;Ch@IbQZS*DR=Li;J|ZXDpTzbK9^9*3dTziUM`%e4`AQ^ED$m
z`J4C6i%|V;>K&KX^3e(p>63>9ur=e#?dgmq`Rw=pFfn;qne7j)kv_xtnfh&jB=pfI
zxn~gd<?D*uGI~4ix*AslI;yR%a~$s54TqKkLR@F>vSF*9p1~-u?RTP`<KNvH<z-Wk
zD)YuRGyhP0=Qj!3w6n1*qz1-X$x-@;=)5BO-YeN~@J*ZntW}(rw8fI=Y3OUd{`*_5
zzNw3Lxc1L}x=*oFeG{mP`x`97p069GxU;QZsSR+rE*Pi|#4dRK2o@ao+%DZ8a)D3W
z`%516Fe5u(n6huXA~}SCj=y+#c?OnPZdE935K3MTUzX~ZZ7KwG!ZF$VlLanV6G);Z
z1KKrL(p_oYGCwVy#@Z&;n)WMLbQ6(`85Bt2__R&krr7`CWKpRLehxqwO#vbmy(vHf
z#1UWBt?)TxWPbPRZTFO~qbNTXva|}&eLJr@pr7{sWy)AZKARxOJPLWZkzptii!Kup
zUID>}*py{0B^1RLP8af71LRyvf1R$&NmH?k&Pi*M_2_N=GP||9rSzuceBi(yo5Xa=
zCV}atK0m$t+BV7^LK@wf=-9p;rJE^inyFNh*}ae3qVLV+*Z>bFr**#ZpDHI6<E0Uq
z=+OK`_)HMn4ga!)vF|4_9s<Z?sW<;tsiL06d)ze7l>w4-r2Q;sZzFGa!w$W==S1--
zZoi$8p<bf>k5{c2s@_(<S1~K~0np9x+xZfMv0b}(>{gy*PL`7u6Nk4b?@H8Eq9{J^
z-1=#LyQR!$$OC^!=-3ONU&{SaVZE3?bZ`O}uS;XO!$_k$PKvV<IQ|M;&~0hy6B&Dd
zNJyPl<V#6*JN%M3mOpophAI$cE+wVwMq4BkX{TwIFsyvgPzgtmtr$0CQD#`KJSUhE
z(Kt3g8m#A(j0!nYu#`_U=Fj*l>nT=9LG7yVv+zrmqpC^7Ej=ztmVap9>HWyi1@`Ey
zsItS4Djm=BYlUgf5Eb&e)}mTgr@fC#=jx#{Q5m}A;T*k-`YU{wNkl}3918iCJ}Xvv
z9A|~FoND@6#_4$9&Z6LMwwB-UtCp@U<vE{486SCO%(vRShXXr7dTG@yPUhgJsy0@w
zq2C1S`#i*+SKKS6dKo(US@PT)XJ6}5_pd$AQkmI!4Mc<+c`wXW=}-?2UF+ecR?D*D
zdY9eq7&qV8MM_nZ<g1f+mR$UjDw2L5eeqml7gI;ux>{c6E{q>#G2N-|ah@|+_i=8N
z)=Ns9h8YbLSJ-X;FpIcLeq=EK{hB+vsVBBLni2lpM7c>`CGz6*t<42rLr?)WUZ7$=
zT9eSdvA?0%;%2#XLTJ8Lcq#EHga1TZUY@~)Vrrc?nP&%6mFtP})xP85JP$Cf<mPLB
zO5eju3c0VWpyFZO4y)T=8|n3fK%0PVAjq=>-n(rZkcr93Nvdo&gv#)7wocpYXWoYk
zk6$xNy;oP*-_~#p+GO+@Ml4psnZD98HogwF;xb;!9Asqqj^-jKsSHKob86A>D}5KD
zMwCdhE0{!pfz8?CqFrW=pQ2h`CHk{v6PA|};m^d@<XcdMx`<j|#BVY?3f<m1X$9$B
zG->FHbVp@M`*^S$H=gE!h&`81JESyGNk1fe*rnK6{t*Z&#X8Mkr2jTj>G0@S!>v@S
z=!hTxi)KW&@khF%x$E$1JkV!cz%|n>^w-Xw3DEbv%Df>ipQ7paksukBVB*t6M*8F0
zOfGL9KK=nurY#lsQH02Dhp80V16P$|uHcA;d4K{;MgCX-h)YrEHoo^3cSDG~wu3RA
z(%=+_;p;+KRoZvaV~dbumordD98(c2UIk)uB(B{SZ-hN@LOb`BadlX<M{p;`Fh|SB
zQcy2eD<LH3%TL5;-js=@g888#3jTB2*!)YMQ1Qd@zF&FQF{eE*8_UhS_q1i*_L;2x
za(Bm5=pxeJ#+n<Y=6HIX^Y56vwlG%YNm5Xw@!Fko?88ww9BQD><a`*anqWu<>|OG*
zUuZ-DKK3a;dlw7&xjDecTC;y0OQbkiE2~zM(DJjO-*UR+=gcD`ny($h&+WrRqdG2R
z#T_GNu~5Qqb0?p^S7t)?^y-ivCw~<Sq&3iAr~2hD0|~sAz$BN;V*@{8MPnoWom$sh
z7RvkcC0Tm-%fk+`_GI;5`{Q&P^!L=8%*I_##m9^vJ>#|Xmh3ff0Q*&#n=)Q~VPc9!
z&s45F7~s`8iW~QrLpa4#kRYA!MV*)|VRNYwFMO|DrX97w#mu}s+PitS=8_*`T7()c
zb(qG*i}d;3`NME%`*82jtXMPl-eeI4d<Uv05OH27dOY0)%JQ*P=7P^Z33xnf`b?pn
z1(;j~8|iCPkEs)?+$65FPso!&xM^+MPdWwlE(RP)za?(F{Y}d!xztDX8Y(B#=w#1`
z%iNo4y3_TM`52-z(4^2L=2{$@hPL)l-x#cD-DD&aL+|QfJx4+4X&7hw+4Mf}5q|d6
z{Kgpk`3|P~I5+3kdctWBV5X;y__D{|Ag)M79+FfPDf*mV64O;llMmMRvtaJc@fXEp
z3+#jf-|^_6Du&2~qv;={*)r-c(^g8Hw7jU5%oB<|t?TX$RkwEd#M&d{&u-Jxr&0)j
z>~z-KOmy@Em+K=$oYhZ|g-5uj7_}jIe-t``-%uZ~_|0Yr%mon1o4>tXta#Iz=Lb?U
z`6%;igJS*r9Z?S7`pn`k#CQIuz@df~dwYbEirL_&Imsw50!l^~y%I6j{9wLmZ80vw
zgUO<8kUI8-8-9WPIo)P`12elMf!2mQfiKx#iaKUex|V>MJ;@mDs2;16YrY2L&*&yI
zCX(dj191wv5*TI1u=;e`5`zUfoIcAf@D6SY8y3}nLD`)C^P^LZ&6{i!IA<$>d`aC=
z7R#ihpiV2ppAGU+;D$vmi0{7VVVd1_ey51m@+`w|U5jJ5?x=G%OX94=fEKho;Mx3E
zv>Y80QEJNL$pV|6%_=E5DDr)I|M`CZa?*D;Z|UuQ{A&cWK}(ee)jOU9OrrWT-R2Ma
zG!R~ZlyI7IO=E6e=ASqQDfa*!>e0<{iFdR4gg}-$4V&6VElIF}*<CZxP1Jiu#@i9O
z^z>cD6^N#w<Vx!#YkKG6;$paL{8uGQh!?lv3;)2sk{{9~4z7CkU3$o_qwaTFZA_F<
zQFgy35Gn=UDGbo2N1bLCmwf0)r((*a<&y;WwJqz^yj4C?3w_zsH0(F%Sd>3ii*Z{m
zatCH4?^!RhQhMiS34!9Rf!^@P7bGY@K0ETt_fCGgX$tTOG~Cr?uZPE#^laP>XKjCl
zI24w2f>?$^P%e+}4-V>WRyqAqsaL2WQAazIM^lvO&j%R-#ppvZ({?j`mBj5d{qiK>
z3|%{Y4L#JNVq)G3;{AlOKMB-X!%pA7A$g+{!2c^`R-@pmTcLCWO4uBmVg8Q3Ff2-^
zvEQAn3vzgwS?1G$-ER!M1v6S#<Gn7CZ}JoPaAp|&Fm|fxa=Ej9w0SvtG`V3`$Mq@T
z%Kqe0^V6K#<;5d8coNoeI;b_?A<;aG#;0otri=P(cSAR<6oNe+_Y<Kn2`2Z=Ae){r
z@wv*SXWM#y-&-DuU;(@2WS)#bOR^|_gQ9s(H7yf==!?f7WD^<G2qzabjr>L9Da)0c
zkCZvI#}6WcA^Ss8h2X{}BMC8%+v>#O0b$+`E5PF29Sp7`{&s&KANX>IS_9?f*Gh2L
z)=zm(eC)V@=!7^VGxO{0mD8xISdY**2k8CzY*mR}I;e<E16aaCs0IF?<x8j!6>E#$
zH1Pw@uPB`&{g|51<lfC*36#_QC0Z_pwj(n|#G!=@!6_}8Eh3NB`VXoFeV=6Vq9hO{
zbF)Xovlqj~kn%EOH8p6iZ<l~)&j~Ex!ZtFXqGT~mVpebwhRvp5)7!DQiLu7sJ&D`k
zVn6(Ii$_OdWMXULN9?;`K}9n3bkf*{<~lpw`N)(lAawTa(c;h|^mxZgzF^K{^Rwy&
zAy-*|K~c8t$;;|W9FQ1EJ!Oba-8J%8cg1lrOvdcl2|wRJjQ8b3QWHr)H^Ls6PF~i>
zQP9jo&gS5w$=e^Pt!@FIefj1u?k_LxX7XDhCV}PcRyt&E7q>pTs5&yJG_3@5hS(>r
z!e>eJDjv0lO*N81s9U-8EzoH^nS3|N`GZ<K&h*<Jjh=_BhR&hw!2Wr+Vdx_B$3u~c
z?&^^8{TVU@<-B~UXC-Q(Rl=t%#uaaARg@P^9C`Ye+2Y!sNGTB-CL-~niC6eAM>kl7
z$XQ2c(ZLa({m;|uYw72wsjQR)(-jgT%jsn+D_O5<nxrtDsG?fS%hP(#ChObjr1=mJ
z1UO*|^D5w?6JIEl)mZ4__ruZ!>5jBI`1#LtK+o<5C{h_zDpq}D+D1Y}`Pn&&xl5g1
z>vM8rIiqlyoRptE)IQF@xO5zajJzf{?&b8Kyba;gb2}9liW7DsW0TpKVg#|+GM>)f
zJAvbtJ~!V_Eq^Nluz%G{$~C@qEJE?~f7rRby}T`;daTrUfWT)LJ$!koNEWB>F7|6~
zhG%cLT~6$6P$6{N+^BSe_)vpJvOj29<%mcURW<T-`n-ujg+(`)8ttp94`7e}E@YGB
z*$>PaY@ZS*7QZ2VDUMf*NjSt~gKu4T6H8KRF1}{q&zStds^Ax^$cZy@1L#`DTenpg
z=WK6fljYLeqts;B7qOQVD!RCqmWXX_iio(y89v;cUF>*@AwU7m`VU?`Pq!DEq;(-+
ziE>CtFU)YIg*8V<e=2Sf<O>{Ft2w%pyxYp^eEfb?thCpOr%ddWKp+*QWM>P@_+9dq
zQwQ&$<~pL%uxSW_;Md%C$m?$gy)kwPK@{)Z*R%}`Vms=<OKeO|WsBo_pEoVcM9UlC
zc_*engRG(L?QZ<sM;MA@g0A(-K@B45x^;5G!V2C%5jTmUiY%DKN)}aM*{s@P51yrg
z7)*3oJVN4Ws3Hn-S2osiHQkI6(7=H6l80zRXL0apmVHr){Pq2Xhk@=^kOQnQjUVd6
zBwY<=*8{&ZB6iZnDbFZJoObed9WiPCipcFEz?mSiTM;bHE09oM9@s2DxFj|{F1a{w
zoA_hNFDV1wI~HM*9#0jgLq6<13piAG(?s5Og!H0Lqfp1G9g3M&b3$w#KZ?x9O?t|m
zjJ?=Vbzs8c6{x80JZrRYaWM^QX4ERNEb1|^u)lZvP@=Jam6~?_V9RQSZ&G$MBS4eh
zem3D=zA6!dfZglxeGevYuW)h{A#VUTJxa^NgQwVG7U78M2G}H#v7;CR(ltYcwHQdF
zPP?O|%6{0UGk*REZ9}<V3QOAy4Wcasy^$a18{I0l{kg|sEp?LaY`<W~YX5b*eak;R
zMXt-?=yhzUR=2XThn}~JYErQ@ETupBK87yYZ3P-R)arlV(#Sw(9ypVwCJ2X%B|yM&
z?V#D#o>VP{?$)1E6%xUVCF|{mF(K{}DVM1$#=}loGY4rN6=-ed?jS`haTqk=h`XWJ
zN+lhsVtiL5g5K2B(@54|vgZ@>J+G;GQ8(=a_ATrNs<XdOR1|iqDC~<hIPKXAmP;gP
zs7j+(Bz~o}tGQKnI|t5bstbytb3t3v%Av+mBih@Pj^%~pjc+aG8??4alv%VNdK8wI
zwObv`P*Tkrddnz3i=X1;(Uk4Jp1t$Ddkj!{p^?xlJKI)HJs-68;G!jpsrd#(<gfpP
z&>PBr5mfR!3sDWoK`NDMZQoX=b4{?63z1JQf<zz3U@*omRci0;?SN4O6RhX^%A46?
zhXWNGK7GL??puAu-%t`{qNmLgc$z|VW{KUNmj~ppDI?>Avun}RWLbtV_t~h{a8~ne
zOKajUmB<x+_U)R*G_Q*<(-m?*sQVn;s=bMzBL4K+_Mle_!|c4?Ay;3bJC_5BLnM}G
zmI#0DRuDr%5@*R9<}UYNjgfS%>f>ES*)a>Nt;MhaM;HTz2UsGtDSTb1_Gw>Yb!`@D
zlbJ)j3{gK3sKL|1Csg-5iZNFYOnQw34=dY4YI-za<I{5A3kS<qQ`n6Q$8mCXXeT5N
zTZYP1M+7p`Yn5{`h8NorFaaVrk6h*3R(+6;$BU94vHQkby1n(gLRD{_D4sS*wW@U>
z8E+uu;NXH}{z%CoHIV;OzjdX}M1f=R#<Py-SEW$6gx!)<d%tTo=fgU9`cEh?q46+g
z;ijy!N9wkZBSlyfP}HtOF*i(%ob_2Y)=ai$P+G8KVu-5aPCdKmpWh9DwkmETDgWt-
z?5dv!24Z45XED|RMNa2A^DzFf|Btw{42q)*`aK~84I}}AOYq?C5E3lGoyFZ{H#m!i
z1PKt_J-D;DE)v{Humu(tcbCQG?o;pk@qWE^=fl+2R85`Pb9$!hboc+)K<rAP;)yR5
zB*%~WLtA4NSQ}AKmr8_eV9e99vyZW|g42d=#!vwBo`rAEi1xr74Pd{vUyii!Rh}Ef
zW9B264PLhJ$RvnCa$L`W|HDy|MLiK^qpn&?M7xQX*n}spmBJeN1^s%Exx*!P`rYPF
zr6K7)4b<2A%!@Y;e%RjTDM(Jq?|g+64Wsq?z6a^Uv);oh#daskhAzpo`;OU}R8e#$
zw3k#Wo;v(qP4I!M8PA834Qj)YT<eHUk*65U%@4X3hBiktN}Kp&2D6(9dPzE7s%i-w
z2o`W-)?Uc(s?~ujQ(-crjCfvt*!aMjwQwnb6fx-jgI!p>1?C|xv}}T(Ycl^E2hSpn
zI)UxfOt`7>`BZOV0-LR|Ou!pqh8$4Ibbhl~K`yTrE#S~opgsSgQq~8g$UKq#S8A1l
z#p^c@f}Kw9qQ}9oKd~}tupH9B_#J=bG`TlZQquUT>;k#((@t*zy)I0L!UWu#*z5Gh
z-Yz<yjKkoHqm-<yPZCM^&`+(QtQzqf1%-WvK)llE+6&<#9OArK2S@__Mw6*A@tJBE
zYvk_a()O4DJ_UFj6EeK%VfP}i4_L6h+N0rADIL|mF9w$S>{j6Y0^Pr(Uo)}oE_H3<
zqJ}P=Hj-;mSYZY@EuoG3&pF!&V5|CkX6Y@j`^YObxJQ}|K#&4dkhsI1<+lWcfC{?8
zCYiHML8M4lg3c1b1@gNFW?v6^O>N-LzL&y?2aXSr7Lo&eGt0v?(mm)gv|pV_Qp*#-
zABhXeJo#sLnhi7<3|<ZpEVhW*Z3@@?uDG;;&nGvK((rOua#hSik)1X4PDX~2^DSbq
zoILgD8}g6q{1WxRUh{7bA05B!(wK%Y1%VtTWc6;dDB%uFjSJ7f@_6x|sF?2`hWga_
z%8^}%{Z{G9%?g2A(o09t-;tpE);J}|=szKar794ja~QK;?q}t!+Hqi+O%-h+<|D7b
zYvqW(e3wGm9fB+hjUw(?&CCo=RJb6R%S2?~`COdSq%oig!IHb@u<_m(ye@sokoy*M
zX6tru7O=Wyim~bW`E9Ftw-#R3;B-KO8h^R7fQr#Mk?^diXOH<h*6<Y1RMBs3wef4e
zjL71-4++u%uD&Vh5rwiJ1QR_T_1g!ZZUvHbqAC@RZvh_bjqcj@`p}r}x4u)3ka%R7
ztG)ZC8P?QC!DKS_j<$`SZUTMpU#(7klTywk5UB27g+Fq+r6K*zdT|3nNlL$kU62~A
z>^d@P14Zkb)-0IMlVF5c4RxzEmW6H%00s)ot*tUOU)?0Y>7O(C)H}U;)h8c~Na3Fj
z=2K#Q6<J0~z371v$n0uKbPKJjvJ`iE6GN51GnE@_57wDmccm#E+%qFe_h_80ch`^2
zk1-Jrkw?JgA&%AI6&=67gP$-x!(yC;*W~k!1hXvIz(HAfr8)_IZwTAjWHs#iObSOB
zOo3qcGRH~9qje+&IZew6VI19QM->xEJXPzNn(i^lrjsTsJAR6lC9RUAwr`2O_;3tg
zJn83y{0w30!b1MEV~c=UKvv7=Ri^YoLB|FkHVh5%%1edGhC^s&wW1OGR&Dv}xq+@-
zANZuXBN?{CTXMc`Q1|U*ta#&x`~mtL`RQf0y=;(wifC}X;_mQrW2q>UeF&*8X3lN4
zk)CfASMkQX-j_THC%AwgrjQ_^_`)A96%sDrfzEt7ns}``EQTZGqca~aYm-xa9uwVk
zc6BBgBI*_!LdqQQaMva9dikgBfq(9X;g&)Oz9-V0vj$@c3U{wYgs$%Cf_5r#reU4v
zCirEDgM&0h<NkhY?!&wzH==8xOx>HJ>*%MsYnEVthl8H%nsej5{5S!_tAoK=gClv>
z#E55&aYD%_0C#NA!Gh1KH9h5BG$`^<&!4TP?U|(o*Kr!rkAIGjEM4e!v{*0mNH*~a
zrGECt_br6*Gaxrc1tSzle2EcPt~3U@I@4<c`jNGfUe*@^U(RP8?!J8ZVXAhHyiF04
z0v8%$UGMrE!pk{}*SERNPpf!-VtNjcC>aa&{S{tH?T*uT&_z0A1rNWE)3zX%>wCg;
z{Ay)6#Z_r$u?E(7a59=-iyFpsDgS!%(G)0{2V8fs`F`-6z`=jfW>-tpqf&o^Ycqb6
zKYZ}%rf$~cH_Jejt6NkzZHLq<ll=&wx0Vrvv=&K2{DwXptlO7-PSE+H`r|4C{uHnT
z1(X{)A<H3wOBLC(h6)*m{JSPYRj+%01uebNuMyy0Z23pO@!|Pe??w5aMhUjyCQU@q
zd19wqjFZ!L?bf}<KPo?^l1PJq^DP$M#rxT4G3KayXDHUfZF64YaN+*U508u<%Q(%}
z?27XZS=%FSR;#p_Oxc*E9}dGtW*$-s-ecTnNzmCt8-@6s4jVNXOcRJbm6wX*HZ>)k
zREev~k|5eWNUuK?Y~5wFQ44;4G5M+GwF%@UEUDs8Kc{n5IVp~Cl}h%=Pl{v{x8EOF
zGYYL5R`ID31U-K1!O2`hHvP9EM=l8W?g)VV#QQ!W8oxz_zeVedgNR&yudpvnab1Rc
zYfLTO^?r&|ETi0K^4$A6g>CS)lbd@b+)sLxiWw7-f_56)%8Eiv`l4sb-(H(Uz1^cY
zWJ~V*!yv62k{nOJsGQEK5f~oj^Io2^yTO6&9bbp!RLE|U#7l(tIh?1d_k6J4Xo#lB
z8fz~H(~dreL!(L&EQBn^_9CqBTR!8RqRDFMTyf3QmE{VTyKUxyV4doL4Fl6mHvr75
z{$=nH(@sWKp=6frSiLa=FoaOB0%(h>Wag<#zoke6frP5FH$%`P1fKKqX8FMqq=y}t
zX@qC`Rg+vRs?dMok|s`I$$48&g?r_z{ZuMXmZ33fh=FrHoE<Et>+Vk{1kP{q9+Bv1
z^gS|HRhHzoc{>1_ZY-G+)%v@)W>g(FBc<XY$zp-qIs0(arTE($E~Zc?$+!Ur*F_)9
zt|M&tFt2~1c!c#|mxt~yC0Xgivn;_c7DF`Jrj~BGWO1P4=qX`Ibe7frf`6PtG|yCc
z$3~{RKe?IKjx`?U@yhUhz8HGP$f#x2Zr8*)vSb1AG!~e^e7vVqLXfw{bs82}onB>P
zJQq?`m3Vh4?4qKVb(oH{g&)Q<`R;nP#z%JmXWLU7=!TuBc@xU7GoMw9Tlg59Uyc}5
z2v9%_1Ga0$Q^j>90jeXviASP192f^S0`+Z4<Z<Gd{xpYK`NGDhs-&=*sVR~RlcRP=
zgSh@yF0?oSBie5DLZknjV*O@F$uDE}Ej%GCrF6U@^T{-tolg_jGK@Ks>H)$uS1NDh
z9(6^C1BL=t4DGFdHq`siC~3;!83IZZXREJ6%=ma-tUUr1RpF8Elg1~-)~jB0eE&t;
zrWrup_o;L&?Z`%E>a_7Cc@4c_WBKvy<hDaX2uj!82FOsYcqXWG*Z-=wuT7c*%BYee
z*G`#O!Y{1QmcHGZ?hd^pMi_J$CfE#tJ;xyTI+|bR$JlIpG!|P>;k}fQ*Mdzxz(STD
z+;Zh_tY5F^JY_(7uM-jP3Q3aap%$Y2;?ac{wI;TCbJ7CP0EcbQ(EMHZ2*S5m?BAW@
zRbl&^7YCb8D_}`w{|Z7M{Zq2Z+20ZwFJ*jd5<Td64%cwX;c(tY2-aD_V$yun$u#@Z
zuloC79*b?oM|U|CXNghgy+b)2yCnH*WlUx|4MAyoP8nB~CZ?JJ=-Im_-shu3YwDB>
zW=8+$kGAcmDZla6+}yp>b$c(i)qg?09aEv2tPh}t8Ild+j3$0Hxly+asnN3)5jdjv
zBe&RX{vat8Z767bv``IKx#Hpn*C@~hG!1X?>zMz~$d0jdTF2i^(Qf0&B>g{8*(CGk
zQs4v(|1^qt>(6NGYzL07&=Jbi&tEi|B5PeYx70t;zUR@EPpwVvzW~1s)@8A;j1eE_
z9n0fL*4>Eh0T*iVK}c-D601?*f6OW35^G04>x|Q2nwu2&*wUH+XSVslt&_rveyx=8
z0h4ZaLLrHUL!`FgYYnIwA=LyuZlXYlu$txsl!HtE+Z-K9!B_}DUqmv&wY_)r=eZ$Y
z`9S-Y8kojK$h!(&i^ZyPETFo1(GUk78bmK1uza_tOg!PN;6@AckvOpp&jhGkhW@nu
z1Rs9qwB`k`RjKLgUp0d5?~E>$7MA}jhZ|uZds@@1x0Vg(1-*ExtSWSAIE*UYd$QrI
z@WlbmbeaBKdy$|HU9_<hP-K9XIu~wTsV@%=Thn+WoSEX^xh4#6MYL;z#Y6L<G`cp)
zahgB6oK9P<IWkOyoaY^!04k6PpYwo}3;;((THJ^6d#=@};pq>qW0O-suilGQ>h$*(
zBI3HUv#8#hu*_{!^fWNh=q_OYfOx2ABIR_tm3ogo?=C(!dQpC#n+ShbX3}&ZKuU59
z@hS+$NQg}aWhzW->xt*IXp9)Ag^?@B_0(OK=^N+kO}>nI324B>%!O}_DYhtUosTyC
zrH^+|A9MISdgP>>Gvx89?JQyrPs~~mHW2jz0{X&+UwDkaWa$$p(Pmk?ROlzqyt!kL
ze&nG;+$z#`B5cRMvZ!nMmD6(@sY^HyA1H2tB3hX#4%$Db#S@t?)oOLJJV$%}MTu9*
zW(=D%gR$Eo^5RU%rB-GJy8hWW_Y0>I3A0kc{R*Z`1$=OHxb<vNVxA-F;V+ppvsDx$
zI|!t*$X-h)IAV6713`nve8vFYOr8%HDG7Rci!9Qx06L5qv$8~=1v;1@8f<bLs{%R~
zDzsR)kC5x@Gk%<;<t}I!ZuAmJ4ee7ay#`XukDxPG-g>K|rv8K3t0&iP;t}v%?ARba
z=bMQP;^Yi?8Kz6l!Hz;21O3F9yus1f_i>k7iAE>^KxSf;x22SfJ8`ks-jTM+5@6{K
z6y2rUw-fnyf0+=uE5nEL#kT0uB&6wYr)eZXICPcbW-fV8ci6C_T^DfpuYXptTfDO!
zY#W4AzTgAO%e;~{1%1$;4Kv*{v54+x=%4M9-5}5yuqvXpP-yFm6(!EdBeYf})SN$o
za*0=(c7J2USE{trpJ0C9Tiv5#=1WbIn{<(*lCl>Oq4T4qJ*MreEdD1lFL%pKxCub*
zoJIPJ_|)<-dd2w+w;Y%@V;u7h)7_kq_-ak9_tPTV56@6J&S2$0MWL(pwz5Ovh4#jn
zh%OTVe(xMbYUrX1Aw8}S9wcmOU`^k{f^>^liJZu`N+{yprIGa3B@V;;U}2V0;Mris
zWZ!=CGP3?lJkP%oCTHb?mqY6Nwt}VSP!SEoSS)A%#qhtEa~^yE_*ck5?<jsAqk_8&
zPzf<LGZbQNTlBA2)OBz2VjCu%te~Q3lD&TkTelqfo230yjBebFiM<MY9CGC~liJRE
zP*@=q*u(DU*9#To!3V2DUHXTVpStH6Cci~#*@MyqeoA&`$|jXMtXP|;zcTgatXHs;
zrAdpb{}P4!w@C!B?a>D$+qk@bOPeo2^x-YH%ThsrMWamUs<QuLeq_r+XwdET86it0
zr)wf=&&IAg4$Cr1P0(m|7eei5OO90hGxvQO;(K1r;^%HOZmmN+l>Qme38uBxC5MD2
z4Y~A(gl^iRd2vH%Y8EL{e|A%h3_3Bl<6f#Wgmq-@cPiI0Hs(v{&JORsEiYuMe?C%o
zKR?*O*QY<UuW>mZIb~8n{hD1&Ildn3Dzv*ULbdFaA?k@rsc?HDG3$L?Id#NDca>2t
zHu0t|)mRc0fE|D9;;#u4@~vR!Zem$B{9#4gaN8_&1R_RI>X$)Oe1}47zMcYC*Ip2r
zi-+j9Dk<tZ45urv57yuXy}yWu5@^jY(czifZ3CgcnxviYgVUm?+HF5KI^X%cVZWW*
zC1)}JwmJ5bKPE<_wSOjN5btHe?krzc9)EkyNc0}qz-eT$`FQW$^pxV;hIADUlMTbL
zD)+r+XYjc&&T)R;5%cQOuo~8fs;i$kJ!Wi915NARSiCO>zp0IQw^MIKOSyH&Di=po
z8keyJ!(Oc~x#4Z}-GSBR(GI-K6x^Tft{c;cXfm(6lcea=M14;qVcAa9pr^L{rK&3C
zrns6kYZ?gHs1ypS6pHySPEP}{S<Tvii4e-lcGLy2=txz9m<&BTgbtAI><t>fD(Om|
zDTf@+1#BI>!?pTasb(=?M>3#aYp6&va7FEv&eToFuH;GFgSeKXZ9{Fr(qoHf<0V+>
zN8IY78#oBrS$$gbr3V^+go`E6&3-U!=gzir$$}*UvOd!VH*r>WLrbHbqr>4d(%hxx
zUiNRV4BMY9P92ettVxIoMl3V54x%xrAC|_TCHGO%sDx|6G=XR96t&cF+eHBjaBZ~K
zeUj9fLHz3Um-35(j?niLgyLiHc5D+DR|S9?mZ#P6#pA!<2JWs6dXTp+mHNrU5*T#Q
z7#r4^v?9)KNB1Q*&ok!{6IZ;DzPq0sJ7)BQ7yJXu=HHkama1Wt;%TN-a^gd3bY>cS
zV`i^e`=oyT5ob7m^4zmTrv$L)bKggI`(#lKU4PK9<?A5!*Q%76*(_u1S?%9lZxfXp
zPm%Wq6g4pIVKzEBO6ho1MEO?EE=+egt6`#rYRsvAs{gUMJ)vnk32&;bd@~ct&w%@d
z_ILr9vSF8latM=Y58cJS`9EO|VrLDyv(MrW%>%mDXA24dO|aG)zJ#;ArM8evlM&tP
zg=Rpz9^&lEc^~}~+RJw=3%;p<qb#~DM9|{%g!mC0ANd@KaIKS~5hh*Ft%71!2#)?-
zn6SgoLj#vK-9`qrg}Y`xPV9TZoQHq6P7R`77p->zhHwBS@+6>=-9?VF*~jReFnMak
z#{{B%ZMuXP<3%-uyNqL=9NbsMb>2g`|E4^*5-et_W*dI-MTF~f=Jte*(HQDlbe3BC
zt?X#RB?JX-A9fpaQ=cmL+MES_HDsT|0UVfSXxmmFv$YJb{sOs`Y;UamdHihyX1`+q
zr)x@D)|_5*nbCYZY4#RK^u23&6p&>VsLPyymAx|e$oKeCvESpr6}wVy3JucxivKMq
zOv?Fn_r~=0@?)z8R(|3i;nRijcI@LVo{$zWRfWr_GpFt++Go1Uj!UivfV`le%+FV_
zYL^Q(#ocs>`VPy48V=;g$48hF+9(WcUQR$Bf07dmPBne#^7KHK9J!TqSI;R4b-~wq
zn+qR1KB_-QlZp$^e_gcYukmWbfEC3(<yIg9cazh&wK=?+U6Thb?W)t7Wk_*W!O9)L
zxIge#ZCoDeTX!2UC4{4!*n>~ePZ-if!q$5ixu$>f@?j~*3G{7P!<$b$Rn)wTKX-uO
z?HGZLrfS0HY{Ak}W}XeVZVv(w19<Y02KF(@e@YNZ8d4R|LEFYlb>>Gt1(NL5XpVK|
zCz>WCxosKMV_IO`Q@AEF#NXI>X&h44zP0q$ON0>(C7HU{-^qJbKpc4n<5*DUu$zsu
z&fHzTYvg6nW0^D3Z1Nv=iXqzH#e0VKZT)x5twDIA=-Ec7;8L&ihAB0kLhUahM?&|@
z90O>-$)+nJyEW6%p<Lq1Ae;;hExPXz5<=5>5_}MDmfpOUz|cs2-o4XBot2zBE<RPl
z4!HId-0rKdTHvDklgj%NO+?{kIEli^?A@3S(!-ph?uM}Y%Ml@BKogu(GF&!%ms3N1
z2-JV1vcpI1gnp6tpncQYn8*wH?BQYN(`$POVsKAFdKJMORt$RXhR3Eo8IViv&A<M7
zEB`0(V%}1)!6)as%8@#&z}c_L8+nc3gsWtITf|mcfk#q5-M5%5FD~x%CZ(Vf7`$^P
zD&?0heSUO~|Is`W3YdR#{>>Bt#4N)8l2<h7dbVj|o;jEp&@?r+a`gl%WaySpJSm?k
zUm5&s-y5Qqea>r1hW0hDzH<L}HJ8^DA=mV{S!HpbCp!nC6(ECT_1k4LdN2rNTN8yH
zHRyGY`09+b)BPev`&vdustftl<Jl=oxICU31Ruyil_k_VzYPaaS2H6`+oco;en@S#
ze+ZcuC&iZ~<3?N2PNUQmnKiStH>Kx20s#Irq0&k4&#WJn)4t@+)pABwRkA&6cZTm9
zWR7#Aq`oWDyW37?e3wkjZN?r+z8>f9Z9YayhQ#Z)!xwT<Y=N@y^i;fTLfgmkCIys`
zYGAEw;+nz~XwfnEVe%AmgnA^8(@sOts~=8AN~?C25x0X0OZ6Y#HNq)P20W2^3tcFA
zao6tI47HYSp`KBN!k0gHfLE*SK5Wyj%=<ZOg>T6NmfP4&Ck*P!>)KO=!EK26gZ6Wv
zDN18W6;rI5(PUui+`uF*HFj6QIDb()tjnHpdpUDx8PLgW1BL~R@*#lXls=OCmna!!
z*J<i<J=?J-6MjhLj`GS)nOe)33T%>bQ*i!cGT~k#;!r22-7bMf2{7mr`k%Q>^`~+c
z6W6n_3Is6=b*4obcLPjr9wMu<ZV<bU@08w1c^>xh9Y9UBRu6}nP%_!iTf>=L+q!8f
zZJfpGi=(%CP_eD}vk&7>egVMcz=r+Zy>pkl4*z35Z>eRN^^4=CoWhe2C@2G3@pw+<
z?6SHcnp<N#{nqx>fr}C63&0G|{Mh!M|4d;C>>LR>Y7ge$c$f$*?}H!-@G;Q7$?ygS
z`e|++p4PQgFRb7DC<S|kDPx~2t}TOLt#%<ZciU4_V}Zi^R}&Lb06<PtPV1NDnRTBB
zcQ?25i^rSC&o2wx1K&uU`J`Z?qf~#XPx{M#T&XVl&=m+oaHw+&7P7H4I@_krm|V%>
zUT0$#_+d#1{p+?cY^=TGWmPZ|b{HZ1Tk_8gN&!gP0n8cXnY}!fr;I_0bm}{i!s?dt
ztXk~b<LP|?od^ihLNvwJq=E)w$mH?h(e7ikcrf=7bt8|dX`u4j<%drH#Uly!Uux-d
zA0)YSNAHa@o`X6g+UItbeN%o{L4eDEFVkpf&F>J~=NU7ewr-jm&mMi!wLmh4*Rb3D
ztw<lr#;hs&SpWd0XO4Q46rdBGzz-0wz!(-*@9=BHsBKQ<z=X~~1c_Tb!mEAH=&PNO
zZ|iOA12psm9gQpOYX08y&i4Cmvy=AWgF~Z_>4X%ht-$r}+P$IUa2)vP?tyG*mkXsr
z>)Nd5s+gF#AqKxzEIxGb5NF8uUQz_}=S)2Md4#dW+Jzz+|67}>Z=)mr>1uDv<j^Tl
zsN7}!PD0-U4}O-XSO1CE37R&a)Cd{cm^JXrYusYs6yB05&rxzz#&_IzL{Ua#q>(5D
z?X5c{%E(!s4W;tWEC$2-ZXG@OYXD}$|1DNu&0{ac0ZLh?UPbfNMgE^KeRKbOjuVA<
z&*|snF!^t0u~GB;|MU=H`2V7d|G)pI6$w<))$P4s>!X;bILb|hoirHp(9pG`<_Il2
zfRhclH2_3?pNz!LuR^+65>ecM%Ml+9OaB9sXJ}p4ZtZqo{SSmtKjrEiaF72-Sg*9@
znY(&9SBcWt<JnXaA&@nOs5Swlqq?WO)la~fB{q~nn(2x~dbu3v8dC_v00TgDv=ysV
zM-Q(cb%a6-0+{o+5arco*Rlp@UQ@67MQgAO6jYw)CD0aAR0pFt!jBSr!B;LRg!%8i
zI7cEa*~cv=RHz0N9wc+*1nRQp&LRvrC!&@rN~VTh75q8Bfo(f97(0_jB0cXq9*?(*
zlAU&LVdLCy<d_^=;xqE%rNTs|(7HB^_Jh6dUq-y=#;BHW`Qx$B>%|iF>wdZ+op>g6
zx1$a8xb0(j-2V1v`Lc*``7oOMO+maVQZb-%S`iIxyC+H2dmtKP9-No(F*IWjDX3-)
z6H)*bS5g()lVq@a99-sm?L*-iS0QnSf(@=9l{Y@}FxkrZeVQaRwDIr>)*kO4Bsd(2
z!tU<UDTMpe|B^}PgO-`v115EglSDafK-pVMlZfs^&wt&QyIT=gCsA7~a4G&JhN_PC
z{CFfjJu{k!a1}+5WBET}*P~Wl@of1QKhE&{gOVwO!M=sjq)jmLFnQ;wb)K&_`8Nhq
zRV0;8pl#DlEWXA|<o4x+^Cp$IX(c2_pb&`nC)xeh;Q?VhbnS-n7C)qraG#V<8SgI^
zLSXoNVb|t2QL{|1i5sh7rN6+lRZyVK$@}X9ITOIC%~q4JGZ5|UwJ)@VRZ2qgE&5G|
zv1DbAo}Uc){_pVA4ucAkm<T2BfQLDaA+4NQl;HTMp&S?>-X}Tlxf0rYguG~kP$te6
zJN>wwHbYgO8I#0&Oq0)p;~9Y(zdFX}a0Ia80!z$d#HY&lizjC89PS<;FZ5Fj4BOE_
z5dC9a^!A4W84K;$jC@OX!X~F4lH@a6jUh;1nF$W3ukQ~uEVS`xsdyrnwmXp)+IiKL
zoiTN8mLBsoraqCmQPOf&R)gej{eYKLEJM-*|HNth0!a!~V;z!&>3lIFW+;>3wZpUH
zk!uOPE|Vrb&gbw+m%H+MAynB8unGjsdD#tLywv8ZzF;(ZT_+_hthSFFQxR2ftirfS
zcJ9oY=rCZ@r;A}h+a5%=)@SMF5Fxr3&(pUicSz#^gg3D|9VX1sveluD3Cm>>>Av+@
zY+hz)jiY!Hl9F^d-KK`hFuDJerX56vQe;GCm6^cT1Ar{JMGnCf*JkZ<qi0}-&Lnv=
zp5y1;OQTi5-lH7r)oE$2X>VktGeiQXB0kAz$f3B}5v}V@TA;Ctm~6t-wXp+)kos4e
z3|$GB#EIFbHUajk#9WEVFkB;YsmrKzWSG89)}F3-bNL^~8OH=t7C+!LgtS#-+^Ea-
z)Fj1LW_;(;5!r0hE@WC+@<#dbvGvg?wiA%!<gk)Yk#@2lIyU>*V5}6KJyZ5RilAST
z4c?Ta$W+d^a=d@rej!+axVo-GwFDvZqnGOzo(s3NuA)}(F<NsQ(G#0PqGyOOpl5A&
zQEjfAqhYObe>LJJNO-UA>`+!OXXxJNH4g>EjE+>#eQ<7yQRBc27Iz7`5e;0ZLM+c?
zBprITc@xhslf=lfd(_}swT)*~+ayT{v4M@+A#qaVXzFV<CzxQev7t<XdWVHU6vOt9
z5?(tq!i;Vhck6vvm-B7p)Tm1dmUJ-pob;VXkR7lsrHP7zy>cEorkLJYZ6j34`2BqU
z%F%{;!nVm#!JD)f_B;HyiG;}vpU2r@eL9OX(-U3hOSF&G^M;+}PEqvcR=D7i%2tDg
zK3ey%B8BvjAbm10M}`9te6(BTIw<`0i9A^_Y3O0A()TW1SuZ>{ubL!`SWzO~2+VPa
z-2u9>vOU+$`>LCr^n+V}pY#cKTbIH~HDNb{gJj(^C1*k_QZ)7MsEJk?Apu-S?9O1_
zTE+Bg$s6K>R?b#&x7|k<=aetb5yz(_0$WfpaE>?5x&2+Z1MccW;s6v^CiTW@|4qZO
z)32yAriyt(5>@8J)Zm*BI{yf2k2>7EFd<g{2j!@}j{+5>2$DGL^-jLkTl>ce2BQ_O
z%fYm}Fu{*{$>VO035m*-WFPOoIfJeclYdL23WrDPwNibCs7j3a4`u9AyvO^H*0zSC
z#B)<^<(v+yr3Yky+t|{Jh@$|+;$xaH+q``Q9?BI|XA$~d#gmQp?avB{tEh33nkdbO
z=vC^RQF0$l@c~f^=4A&Jb5|OSn%9>FAc{J#HH1G$7S!SL#n#%=tjV2z-pw$94G>Wb
z=M)YAIEqe;HOxKk*YVn17Pz6vF5_>RT~3dfG@R6=Xe%kk2yIwju~>HRW5<Aq#W0x!
zU(Z@nye}=gFxtug_8E)iAtEP9>{jnR)4!#LTYR_EfLVfTEy|Y}{49sCLwq;NX^THV
zh}75-Ml$)D8zx#aS}<L!Og~x3H+zFIOSX_Ooafr!v;~sM*2+Jw%Zg9<NI}M*iDsJU
zB=GA7D<z+c-LN?=$mOQOTW7!{!A-z|T01^o>ew;My9)UQhdSCVl;c(Kej;Ogw(?6q
znfNNd&WHq*?Rgrune4@WLq?peb()iTys)e&_PlH*$UD!PQrf(U?Tf16X%gXfS5lg)
z`nmC~EUH5IrvN`McFo$586Cl<x*>_3q5W1m_OUp*QF$TQ%59!zU-cUcjf(tgnIh&0
zaOYQpeCP!-kUfftL+88T?>|iDf*~oal`0{#tKIuk4_sl@lRb~KrtIO3_0Y27S|z5{
zsB5a)QOj3of#0aJ_a*Vcm8>;Rktu55A8&>fe|Qwuh&>r{)H@6Xr#uMS0x^VmeK`YJ
zPVHi0jxtPWnY=!$Orh~AO|~Ovk!!kKAC$N7C7&hQ<4$qJ6nTyF8FLm+tiRRi9x2w;
zs~WMMq&*S%vb*X*jz3dWy(dwc^#IvC<fZ|sk1+LOG{zm>Ycy(r`RJ=M$0V#0uWTxS
zj{glItsHW~8~`<17~NOb`@Fb@|C64!t%WFW<IVmPVhQ~!yR4suc6OLp@NGAxt4gB;
zFN}`jZ;>{r4wk;g?%NVUnwQ{^Tab=I$73bb=-cg|oeOF?uhIk%0<qqv-&C*;7Ac~M
zSaRri`>&Z`D{WVy=4!2*GQRVw{p-<cHD?H`^spWMQY-5&kL8p`W>wU@y$d~46xBPZ
z>LxVljio*DmK=fo-=mMKS<W{V%LZ0|)}<ZWYjKDe(+~DS54AW?P7CU?Y;Bb0)N#<Z
zfAz01t=rQPnMkd1EvL0zq)x5UmyBg(b^B(ebWG_9en=xfuogh*D%;s%Lj*)QDgH9<
zX`MK{B51S0!VB~yug~0tc5`Y+^06n7Z51*LO$GZ`HiP}fQu-EkNsbcCg?bG@I2kCT
z%lwA}sx}ha{Op*v&?lu0T({N*cE0pJJBd}A#E2noM6?=cj=KxzjcBzVz(f1WM;EBy
zLDTyC9M2Qzaps)GJsi|hok~o7nUeiun*!SR+aVl22bZ_$cV0|O)(N31-SFz*P8w9a
zHzlm_4I(zsJw;XhUWOAP?Xf-*&O(GU(t@tW157P@Za~cD!${l0ApUx<yW9pV--1FE
zh3x{)?qTLWw{EBr9DousgWV^0@T62~^Sqk|&WM`uKGZpJf(nDM@l~vP%=ZnmueXdZ
ziPTry+x-nXNwv>msZ66yUOMPqqFVBTu^BalCT(*h|6)cMIUZR<VB8&7T+G?ZbKhF9
zFL6D&1b$PL7{pKGGQZ+5bv?VyWeaPl;l1QAdm1uu(n_Dt?GUgT5lc-viLk@XuQA=-
zoQh}z7k=VuMfY`^XB1Lc3#ZL1`fHvx(#(t}=damh>ZOeux6TQhJ80+Q=|6o`j#Z5n
z3O>zo5_OI0)nXtdF=v84_shmC;r`?=bQAyfpjOyVd`R2+*M7pZgT*}GpC1O}*_t1T
zQ%NNWWM!BxhVN`WwOEhEP2;v}&L|SAmJfY<ILmD);InIQsz}+M>|+RVL1h@<-1;YR
zKsRd!ejLip-f5b&sMWn)E$mIuxhyi46F!iLq|d)Bt>t_jJ)?Nc$D$e1w5n7B#x*dI
z&!A;zx-R|XEh+R3KxE=icu{Vu76Vs1%F2ptm@WS$Qh3<vJPuZOO&6XugWy1_tw9d(
z?ZYIruj2w(FbkniQP?0T$1g#LQ|6EzOj1HM=CQ2UU@sJP8K~v$%!{zumar{IVhk$&
z;%Kbr7=X>q+f?BcV8ow>&t(E6g?Wfh*@XO-ZZ@uy+P0v>q5EDK)oMJ05{BAa>6~n9
z{DYY;7JoG~%sG6}EwgG!fA&?uZq3`+0Y<nwhP$7F18J+zyO3TRV)UI#k@be@6Ki{0
zzulZ4Xiq2fsd6|g+njc9vP+$x`4|G5D&8C#Tss!hA5bB%9@+03SokM?yVv>l84f_2
zJZD3)F{;8mka5)*)_GqBX=%(uzuN}*-=!Gg<PCLM=i;y^l^81p3v)awm!9-1trC3j
zavJH1u6tk7sv}8k9lG*;E`0h0=VnlQ361$dy=acoTjbuOy-%nKGVvt}Qj{@ORM2@p
z^Az4j!nSFhu1An3IU91Nc*-;_fe$M~#S4Hl!@ZtwfHvx0XyX)7Cwy(m*xcbe)`6N!
z?LWQwV0_h<qoDw;wlB0s>Ra!Wbdcq^8t$-t<;iT#AFYiIiR*e1GH%0D41pu9lq@a!
z(;y0$m)&7q2Wo6kLHjJ2{Lu7Uc1GVTSgS$hnf&DXjDdcirXdcRZ8UQ<j6?(flZjIS
z31lL;DNwaMfvMrw!Pb{t3uaMeB7e?+x;HbQN?)6B@4T_qFc>#^C@av`-S0NkK8O_R
zquw{fHa*~`3pOoFPd0BwV#DG43qF6&v~k{;H~Pd21NP0UfP4Jx^(cGU+F@2#2QzgW
z4x;>xFn8xA7hU$KNQ;^1JDt4JmAQoJNeFy)W?JaT;l!cQQ=8Qla?<$Chrz+H^h8k!
zE2RUAu>GBG$IdUqDiW+J3+MSvf#d<Gvg5hltBY1JAPJzD{m7I|sLMI$AUImo)v-UY
zgC^qWt`*wu>W;F}Qx93D6!~+T&FP49=4yjEYZAG%WnRxs7p}6rsti#AW1ZT1;h}fg
zJ%u7wY0#hy9?(aKV(GaqJG8dXh=4A+PDCQ?#TzfquP$vR_vqcGC*wlN7K&Oa!c(D1
z1n|!;?t(l*%Lu5JWT!4cDhRT?oDm%!UztmYHcp<^mywk3Sa{MuLLTMtn*q3bGms#s
z%PuYfm@~p`37&+pmFM-ao3By$j=m>pY_x>C>(mF#3UhwuhQ`<58l7l~tH`XL*lpI-
zg8S%+nv_+QRtwyQ1tOma-}rZuY#pY9o?6=<-16Vd!Pg=w!E>tJdZ?BCMW>+J6%32C
zou2t<Ir{xPhNT>TPdxheilFYj-;Di7>^%e3spJGNtn?ucd<&a1p^cX1FSH)>v+WIq
zD{Ygrd{ruAb%>jvaVjP>i##dyiSnWn4rhXdLraM9;4?Np$JcXUYlV?i_Gf6B_#I_+
zCOw<thz*sD?u=>Szg>uL+!(ZXaU-_;*L&uYw9jg0o!=R?qED2C64;N**#0|Tct4-+
z?Z(8yP3-`85I9Z04Ul`rKJ-etu1q+F6~GJ}Pq@CdF2g|kD#VDtTB){9VO%foy&eh|
zvE<TEIi_kJonI*vN4g998brcCB1DAcjcZ?H&Y?OXUNr`lE#*O@Ci#SA8Cvpu5pS9f
zpd^9v*K1+>C`gEt5C9z&q1$s~f!b&v@8}bMG7{E)D8ivm2AWBgorwke85q8$Hx?Rd
za)Y~MM)UHhITqdFgZNKfPCAv;LbVcUMN}PC2d_eK@-j_3bqy*Du&RC<dLl-d^>Gh;
z9+BI(TU!QvR*+Ju{6(%8XPS|uL@+cFTZ&WT1(o&RtAw?=djbQ4gLz$j%sJ6HaVddP
zTjw0Tx$cWm&Qa&dpP!B4&VQv$?4}$}-y4`Q2{(ey@O`#Kut5U_g3Ny*A#Xjne~OZJ
z&#U7)y&b<R<mh8=jQom_5?sPW%cPEKAxdNRI-FaTDRyz6b)UJ_j<gTvR*8@GktoGa
z=<->S8_^E?(y8e?eW7EO<d*wbqVUVs&yvuD&q&^l&#qX=D6mQoBbDMt+|ee`h`;Vi
zYw3PJf%<6#Wlt*-cB5He1g1v%tK>edGg-ktZV3&vcX!WT*tW2f!w53;%=@O<;iF8e
zX$8D%1Vm#t$kb}wOK0XN0fG(5J&z`%m)8pw;i&k!#6B4e*kL;5Uz5G>$hQ6-#Tm{N
zA8R2JTWyeMMtA*E@SUpXZHT=V(IKPfJ-P8s{JwEK@3!=AGBQJJ-(p>zEd2R+dbd)9
z`g0HejuOLZWu1S6K;~v+`;ev!?!^xz7B}EZ@q<0jfF6ea)X7>LC$*?rUF)KYiLJ{?
zeGT2S07+CngEhT{D3=+>68`;_Ge*dXO~in}*bf`c+)NHv-Tw24dIF6dUG(xCecLk$
zqMD|R+5@JjG!O@EH0^$o@&NN@`z#xXH7~Fc-gl`B3D?ZzqBUc9Zgu|I*ri+w05@$t
zG_?|{X(2@GBLADHXR#<YR=KWOT^O>IjuHP|E>3DnZ-Ozl3(!}uZc-Lj1yWqK^d^ht
zG3%U1i~<?QbMYfzrm>9z5k-u^-ERv3^TH30yV;|@$iav1^MMfEft<$M!w`gt|D%CZ
zCyyoBH@806PSkcQK9fOord*s@NMA--k!3+7=J`AoCKFnBAwR1$Z0d_;W@`KyimbLT
zY+Rq4W8Y4sQNoUJHI$~@6FO#ib=lfFe>o+aOld3L30`#AK%UxEE<LJ3-?snvf-{CP
zMv2L%LG5Gp!YgqLod1s0oA++%mqJZSa4iqwULeL={${;vyf13mn{cX33=Jx0?U4Mm
zabN2C+6h3<ed`q9U+0~9HQ6gTR_xZUo9NNt9~k&#w2ZjFs)C!yCmI_|y^V;{#z!rT
zCuqK*e=KiMiyqoQ$Jx`-+o{2?aM(K*UiV#?&ds$Ge&&hJK8p?6{n&9P=LA-8xDq_r
zZfbI@?YQ&wU{HH(H-XUDKK%MuJZVlBy4Sc5hp?A=?~PyU00FjG6Ij})w_kLTu3OxO
zL@ry*W%(O6J;Z}smPQ1e?QI=_XlA!(7^qqQv<muU<Rg&z2UX#4I7TbjFm`|2In#Q)
zYAw)1<iRR2!_RFbl?+^=RFMz8L3%u)VudX7VzOSJQ4fANy<eVEDs*URFgFt7M>+`?
z&l}?vaZ{O#QyX1k^>GilYdE9@sz;amk3|Fm@ckcJ(-RKc{`)F%u9<g>Tabht-YG0Q
z^#yHHB%mN$G?$(p7;*eOVBc&EW1M%lyq#H{rbt8v<ADB>U%Tn@&OIhd>*81`6{P)r
z+6py+pNglsW~9O<^4^cm)E`s&Wv8b&#f)+-Fz<5Erlx;L$7k(~g3lkKsX)1cn?}nW
zMf$66JU#zwZ7IQ9DQ-@QwG=v$_cKo)BqNyq<t~E4%P1iLtHb6;vNZg$RUaSr7eX#g
zfhMBW{ij>pk27L0hdRKR@ebR=wZrB?5}%*%;o9?Oh(s02_=i>~dy_W!?d}Mahw$Zx
z(5@B8wpC?0%T1#*L|%?c9GYODtr(%;YIa13Q%4OnNjGnNv}@7SZPi#%lxeg{BnmDV
zAjXMm6#?4<P585-TE~fyY_$-%#6VElrI&p*3rRElfl{uVxM*nC^Rk=?AtRYDIJ?FF
z_d-1x)cv}G)0tcul>i`9o~ADsU;;XJd`U$?eR&cKw7lyYC3*fE19P(DNS3wyPzl|f
z1QpVL+0%3gy_bTMJpGk&JBu-Wi~(v~zR8HKK@Ix<=lIow3c5?yN_ak3eT{vb_JdXs
zZ5!)9*e}7$|2<!=1@WVQ)3QuFp}EtQe|R65cNXK%8Z%kq#vQm!mG=-<>#eqJKvm3C
z?DmNEE&n+H#gU{+#UnByOGag9Y?r(5rjkyIbDpg0_GkJamcr4qPi>~ncy-<?E2IQy
zbI%zHH^WfrPqa(|%vH(8ke{~`lo%Y;q!&-6Zp4vS#ZMfn?fz)r9{AL~V>ro6o|;j7
zB&Xh*5h;)8B`II7KvA>h{I9V>NlD6<r`Z;?H1Td?Pi_wTyFntM>#n>HrZ~qn8Ns&`
z8J3jmKa_U3PAZPhrjDO}0Kmgd#Ca5`{6!b4jRBe&ReqGie@{V0_TRaluf53|)a^SQ
zeJE3ZN;OW4_La))^n1=Y)2r;9=cJ2ITSfm7HvhYqJB%pc>^Yj%J7@}iFWEPu4exF|
z1rhVFE<UbX)E--7%kc2yPSb#hzB|i6bCzd5w7)hq1I1Dpp(#F5s#q5%iT8gI66;gh
z)w`%`U0w6{(-TFxwl92;7$}hR*M*NF+_753Cij24Y80ed@SWgl2?8F{6G#FBUox>z
z4seavTc0$1Jr59Q32qUn{)?wSjfI<R1tU1)j+^fwOKx?G5LkBnLeKN*4tAb2pYwb-
z!Ed|GiTl(nsxsGX_g!}W{U*%z>w`x>d*1Qs29WJaQFCpw6uuzgMtiG}x?Lx9An}hj
zZ8I)My#M=BbK9Bpg;ra`<>Jv-@rzO$VO2!}wKCox-%ilg<LdEfHB6*nVtz6f3G&RQ
zU-uYI=Jb6tYQ_>_uNDd#Oa&`5A<0>9QO!<8W@Fw84^4Y3tb8`!Bi;RlsJ<Wm?StT`
zecsu2$#a;9(2xALKb|L1J#h?h3E)KB^x8x%jpq?vP7O|pJ|)=o&QCU7)!%{b#r9(n
z5}f{(H9llIa?Wxtn#AN|KEd+M)Y;L}$n$Bd^ZvpaNqAe+>PwLuN;{UwtG~8h1qg|o
zNbg*#;$?ne_imn_d4ocFIU0Mh)RKlYduOS7jw8QHpEK+N+K9IJrE2l_j*AOYo0->W
zGz?>eymS89Hj^@=SA{B>MZj07fTf!ykkIw`W-i#+%Y|*dUiQ~x8?Uia{EK76fA+dC
ze*H5(RewD|oVQZ5fM09s!@rk}fZluQwulcqoHaUp>kbNhdI-6q0xF{!klhk_G62_X
zawT@;D^x6Ehd;eE@_t^3!4)$ds9s_j3qW7U{TcrEMw!N)A$yJSr{;V{=DdA6ILNw=
zxi`qJik8On2x|w613|4vuozG+r+N~biSb6u(4bL2*G6_CujIO?s+^-K+N}^H3{1K+
zXh{5iJn}ur1DD72IdZ;V!G%LqtTs~WUVr0GbF*)`Zd#QiOp;~8ArD*VIDp)v$@tre
zwDourQJZVj)>mQ2USV(jnxV$$kuA^e6(=RQ++Cl!Y)o|-coh|nks<F}6Me(g)`p~+
z*OLZB3egYsFpn|h;nAw=O$~J?s$S<DzD~QQ>v5nxqA6k?^puz?(aC;}ldN8AQ`z{F
zGnLxmd5!cb|BIsqAuWLoRUGgaE`>uL97n{4$eKyCo?%p{t!<CO)2v#93#r*@HkQ)i
zXP(5GEa5egFmXkl)w4ytW>a?4PqT}%98-yDBkAU1ZT^@%UP`iiHZW^C!Wkoc7Q)a<
zdCx;t+p`Nv@GsNrv?ZO_2)EVx0KMXw^oK6vLhwVR-k=?my|g#`b3wW_F{LCBlWXzV
zi`Q;$;&y&L7)i9$b=1!G5~}nbEB2|`S%FWl5kxB+ItS|b5~b0vCt;~kB;)C9>;*ap
zD$ow0B_{0#p4zNl4|tC=k%@1Q5q|3Lv(A=3l(jVt27=E=m)hN*6pW{)M6poc9|OWR
zpAbOlJ!X>Vu*^i6O2-K?<C%7|#DR5?*k~U-(^h%pEClFg`t@LNrU2*Vk`{`U{*8po
zKT5wVe)$~;xY3<~*CU`RcZ(&y&mI;%G}XmM_`_Qwv-@(x!Bgr%sajhN^_dePBB;dh
za~~-MaEuj}$aj<tkz5=nl2;TK(+xE|w|4%jCL<&5rW2d87`3WrZs()@E#Y}L9@no@
zjC44v>r5$N_h>YR619acicqM)KXVTGd@5AfdSpzJ9a@(D>^49-pk4*#`k8N+$x^)W
zPAi1*&v|EXA=tTNN&Y((HFM^L$jdfndZ8wHy<HAD2OEvCkN#2~@(<NTxEIUI5Fb{&
zV<v=zjL6lwR0FDv$u~5fyns7d#+4l&j|WNwB(T~9Fj~B#uS7Zp?>jQ&<+)OqBgHP%
zZm}l$GbJo(qqhSLpZ!%On?dZ}cve-H@hFmj-l|aQq%kl!o6CD!>B&gvr@uS@Bnfz=
z7$R5A9s#pIvpGqnQY}gOV1BYt#vqLi$-&dPd>A%EA~7q%r&lUB6=;Kt>9oD5N{(0b
zjG!mkkgZJ62sip?ZvVwhm0gL@pP#7(rWj?xjAP)sFdPVH%$PzjQkOTRah@&ZHG<z<
zt=pF*-09NW=3@`o!<fyeF@3CVFqf#GKFk@04RKbov~N5JKMdWpv^&Tt<3d=!g_9&Y
zi2tp|^vxYW35q#Q(B$JBKR4;QORpH}D^lYfL^j7^vS{jt4>mA(FiRLV6zfx){}#(`
zm(6BUmS_u5^Ou5zt-Nr(?Y<)lpqE;un!wM9{yl?OnAb~A&~y0>y%<ng(jg%3-nUWx
zG!Tra$PW6Y)7`@~*#)eUF_mCQ?yk0(p=u)y3YsECB&-}AkDPa=bb1W{2Q)-s13e|4
zT2YaEtZq}28yD0{-o9xXWsI1Sd7-7sA+T-NwBpJJtySbcfemO@y5)kG^6dOh=iE)C
zMF)pl*V`94S-ZT|6!T(z{cvvE<D;sQ-K#|ku@`fY?Gp1<++M;>6RcV{J*Ahk${(`J
zmf?rH#5?ymom*y}S!v{Z$?AtIgX32%8$4taxxrWUz%_FT4n`W2n59f(k?oPMdUlJ+
zS$mDOW+-^B*rz?)hNP8@d_#NV_gRe#rQHh+7HcG{4Me3XgbZ2u*SQC2M0MV3CqA74
z+{D>;?8i9S_&YcrTepI%9#&WAFwJHBI@OkP);!v2<+Z{h8dJ`G=aRB_wp{CTM<q6F
zCsT+xA|eFQ23TXgrDLGw5qqLx35)I@4)@4!Gux7nXc=f|ii--epR|E`oWDOr`oV{E
zG%B!i`#gRK*P@<hzRP&&tEyuz(FeCJdF9;oR)Nm}j)E(8AHBt|+w8su9tZ_J$OsB)
zI*lvWxl(vlWA23-{FR>49Wzw<H@Oy-7y2W4*J<S}i77RF#M4PuO!j88NG4|yC{jX)
zzItdjMT{7$fn!{%<)y}BG?91pv6}2SmfwlE>LdG>^2ayn?0$W9duzc4ZLxcs^D)l8
zd?<!SB{YSN=rsaG%ZwZm2D|uvEz5o%A`pKb+s6OA&@{ILk)~Zzyuq(@$8oC^0!yT4
z8FcVXc4Jwz5w!hkKJh!;*POQ7cd%p8%XmU;)gRGr^mPqG`_?M%*FtcU&FQcUe!O@y
z$ek2_{jKn}roA*HH=d~&ui}(Q2|c?eMjUmvxu$@sw;C4}806&MeTS<02(q`k!A~Zs
zI3D2&@);$Ilb24ri!+42F-8AEMFL1)^i|2$RDF<-pxSfzx$y#SziM?8UX~68p{8-L
z+m}YOS;~F8^RMec@+IgAEU>+Ld~Dg&sCt7-TdFve=cp6`xJl)%%+`x94~nVPVFr<H
zc1S6|DYeenYhu^1DdcX=+*<wVz-8aMP)&<eSVFIi3W{l>Za>LJGDb|T2b}Z16T9W9
zo_{mkSa8&C{jWn-O->!M!~>q<uzK$1@3x^Hl!bMBI9$+FrqWV^IW(k7iwzPt0QA_T
z*T%frbsOEGPiX8Q$+`!XwajVZG=plrslj;E!VIk`b$zV-IpT~~^S^cnjh5d(Z}n84
zCPuinamKVH(E*`pE<z>g3EKrP=j_SfK}i?!Y&tx;??5Sp>mqfwakO&$XAY^wjA7a_
zE=O5DQjLpig>x}}@lt(F&hgD`8QMR_#(e$#eG$Zd93&GNF~{3sVPU>H)+6e>uq@SB
z?K2JSPi!~W*Ttn)@8kMCmD9v^y0<J1KTHH?j9<UY^wTM&zob65c!oQ+^blG+hqPWs
zN1m&S8y<c}T=_~lR-QbLR?VKFx`qdSCM9iC<p;6f<WM&*akkkPWXvy!<(nNB{o9B4
zd|vktx<9_lo$MQ{T2BH63NI*rpplQ{R)Um^S?B9p`c(*gS5SRXBT(cBPe+FLk?C<S
z%3ERd07b;1+K4!xbl)5%;Kh%gHow_Lft_nSX<tQ%*ebO+;f77AD0WV<sC_Kc2h+Ji
zg$$z<7Gjog=ghBiTOS)5y@mUp{GWdNTbk9-T}^YMA~k>cTbUC(kB(>`E0sMeyqRRe
z1<Cu2qsWrEX4jte+r++s3lmR;6@IGvotx@heG#J)DGb7etSgBZsSI2I58^jo)$@eM
zT*Zr<5Dkid_$4f$^sdEx@*|5oPK_$HGq{G*$9Q3<(Ai`BtkG&-KVH8L+Jp$?Fqo5&
zip3as8r%-s`U3)ilDVF_`rjD>m@KmsoN%xUK~z!y3_5nh=z~=3H;UePo$H3BkpA)1
zjPI1FZDX!#`Db*@H%MvYt-K}VJA4IAhn7=RQ?~8UV8X<j6AoE?*kcG#wZd&W7`AZ`
zjX$y25JZFvgVaH_KIg!dIGdntbwu7fch8-+?c=e$q_GD_`;+8^XUmGc|CTehJGs*}
zg)>sZ!k#5n2r*QcsMV>qR`MDsDG9HnjqKt&yCj}-U2Rxyeo&)Kf4|(vF|S{zZ@+H;
zv7l4&|M2#fU2Q&J*eES66etCX7A-BV#VK06xI2X6PH=)3FHnjGcXxLJv}kd6NQyfo
zxCKsr|8veKc-DIIDsM9Do_){Ep6q?e<KaTZzE^XK!{;m}()SSG$2rIxaLX9O(X7Py
zrGLlz!g+A<3;1-;lHYt*Aj^>9Vdhe?63bT10&Kni^71inY~f4j^?i_)aDcZyo7f|9
z`rShhgGHiV1W>u}0$A@~pfv*+vO7mk7u2yhfD{Ahz|aWUTnPnZ>@-NK<<72>P5-j!
zm@ZYvc2HUpM$G_Eyj=kHZDo7FnBAG^cG!y!muEd4K)Yd9cdwuSI-F85x2kzl^BjIE
zdw#AprIyo8Ujv=b;&(Wu7xzt7cwLd`IJRZ@;NLO|EE@aYAg{N*&pU5HkJo2LdmB4B
zIz-~sdZ&-XFktq6++xT&^R<Q(DZhgY@d@-KN0{YZK%R~6P}ath1iPVrTY*XSB;j&>
zYB)hOM@C&4FrCkLr%eB?6hV=W6eGm+vewgM?%_pXZ~b<Se028fS3rS!LYD?#NEt<k
z%ASP*&n#mvU04`PC$gjHvLGjhm+;z}Qb;8o^H)Kv-kHdVd=zJsor!@<c@b60+%~u>
zi@3kUcK1Wf&xMw0J{3tEF#t5+DWEm5HE^nfyqrziFZ5{hHlx+qBowE|#}@?h4hR4-
z8Dm%uRR}aA+g2Y}+U=_>Ze-5>9@sQ<n+v`P{%Zah;e7!2d%ba(gj>r+6JO%Lk%mNj
zS0+05igRdC4H&{&f6^L{I1ASN@)kiz044O|UK3Ao>Kp6EI!{1k(8(8G%=h_>;q+>y
zXZBT*xxL%kA>FaR*8n&$u6PuRK>Pg-8zp|REBZ0UXf{tPnY9Jk<jw5PZsFHkcj>&P
zDe?pPF1^Y^PFm3}`$5hi&Uo`{A<pZ`Gb_}o@4K~ESXH01I-d8i<e@r#BK^#ab0g9S
z^vhMc*~nBWZrJ2S=dZ^2YbR=o7j-gkjWs$-hK}%;J$csAWB+<u-}(3$H*7j@TqCJJ
z6RfW>5*n|zbjVvbSzT~MDl~-ey}#vg1@)DD^xX2QdI;VRKil9@_-SC#qC{rd74B*o
zBFMbe_;WWVGWfok)9yz!=fiI+bCG6;47q@7P)uP_22hOj#^X;?+-qg1s7OknQ})vA
z?^pwio)Al<)lQ9wtIpAch&b%*YHX)X2a7B1^l@5YKqhYyrLqO8v);d(A7SICWT<i0
zcjw6PP?~=^Eu8%G#4Tl(dbgbuQf$;<AQhimB6~V3^3VAJZCz9uWRW(>#d&G%ZMr|s
z^7L#?tfDW${60_7sYTi=Ck@k4BuASCnoA`d6`Zs)ksgiIvq_?e^>*vL{{{$`<P{ea
z1L$onh*F>t?(80pT<_e&&|4ISDtYpXU=~if96CV`3*LmO&5xFMNMr3Yb(^QuYoZO|
zzX!YI_Ati3U}tjU&BfU@{G|X3cojvCsikvu$-XUTj53CU4aKbJ_nLK7m4g~9AmgiS
z!tR!7PlBP0Bt>T_Eog{MK@nKXFVJFM$zxGm=b%8}wi#NE>~}c&YjA)%`LEA3Lfkcl
zP_E4^3DJh739q`uM8rRp993Liv0<H>otLYIJ*Y2^wAZcy4aTC26S|)sf4znFSSTN0
zRNGVHv397v^EM2(P5Z?77Ts~qFvL;rymWi4&u!Xf$JUeS!0W>C$N50LQ(?Nkd(zL(
z;tOGuq_0kCZ64nkTltmO1i7&NRH}=?`=M>8|EfUQ%O<_h7C${KzGPVEm_Nmr?Ix%U
zh0a>6qY*rAzi-zk20n&8`V)P)QD=s-;xw<7`aT83H+Ly$+_$Jr-T5_+jf?=Z-UmV;
zkgjP3u{|z3`T`?q6$F1gU+BVWQ-c*zFokrr)Po$DWJhJ55i){<GC8xSn_0be;fACe
zx6;{)4zy+7V-xLS)4ZvG8JUeqyF|OJSJ5qVo>ZPqv?5$>SJ>M}s*VP1+LnnXcG+!4
zz0Z%Uw|jC(DeU6KM$7?bp!#(nQs)8Bt0&#xJjAB{<k7b}p9+PxVqAR}t`OeP7`1=~
zJEn=WJk0!5O-NTwb<2}1+tNao+#~GX#b0A}nvP?z#~KjP0-_yx!5{yje2q>UQc|mc
za@-~^*V<`ykq+g&CJQ%~ALqUrHza+vW9tkS$FbCP7w}4;7P`>c`}W!H3Q<+9G-w2g
zu@R|1FV`4`ty<p~@11l<+zarVsO_DUUs$bn%U>PAfYr-{M(-znVKC9`FI!y?nkMwg
zQ-?O(9_KvsA&Y?e?e!7AEhxPy9ZzubXvIgiYU%d&r3`u~_!I(<uz17{(Z}Zw&3Kry
zk;;x{u7TTTlLM#e0!BSmM|X7J(`Q27K}?x6-bmZRc&)<zbm+&Iz0NSe7TED$n?=FI
z-sIb1d~%!af;g7H=hpx86m^`jle#n#(VU<z2%vs5`KiRir+V}0^yx7W52+YU$mtc{
z@)<s}DwyC&8|=YsR1Wv#KJwCQ5%LP_08#mi*6R<m19slO3L6x71FE%|;H?oMZ)yIV
z!K}P4>qU9CaUUB+Dx|=@k)Y0vY6XD%qvx{FfK7jDb$9GRzP{g_LJUqe?;}XOdIq(!
z!=DdgV}i)p7=ea^-1pry-TW{lE<&&_li*O>D($6sZ<=#`kFN%vjp+{|LgK$M6U&Yt
z*tJ<-tF8OTT{D@JhjOjX;I~||x)#~d_RRd&q<Vu7*s#?j8op6)5rQo)8mxWothvQF
zk#Q%ZvAwURLfm_sYAm#z;yKb6d=0lv-4$YoJr<jXAfr3pzZ4CkxP6g6ncEGQ-2#jb
zQ_O<3dYdYE**`a7wJ8;C4;K0fU;Vw2vTd{saL>d~L1>N7mWkN>sx>4o{KJg^mu5cv
z0jKS}c0N`+6t)qMzM~oo86=x7HBkwPx#u+SRee5`JtWQ--)4PIcc6ks()PPSq>G!;
z@$(N^D$EQYstNajbSq+fP5Ocxnu>FmE6=Bg2l(kWY;dRO=Hd(vzaRTH+x6Q2eX9&o
zG&joi8h)nqcxrxrdVJeqGq|?0Vw}@^?-Ett<aHG=T@G*7)`i~5GeZEDA1&)?$<)2$
zP-qQpT4q?d;<goLrmj*8?=Y`=uco7|E6YpMl&HA6#i(1#`b^G_ZQR=4hPxxID8mZX
zc<aE_kRo0^fpi2rzt+5(BEQzaqmRGN(Z;Tojowg;PF%koZGi}Gj7ir5i5C3odVBj8
z7G8u!k2N_AA<B?3b$en>s`0$42^oBV1kmCFuQ~B1o>F~_DQD@bvt^ck#qLI^KO5DA
ze{Aw0L$X7sQ&Rtua1sDID9x+|csi;mdJdB@h&tQA=vPDTq$cw0d>6QCu-Asdqy6q+
z*_VhYmUZGX9Y0~UuA^(--2E5i+~lRoh@?)xezKFTm<WnlnVllB9|Jdxa*3UeTHgFv
zrwtMyWw6rNY0vChsw*0gz<KoQGd!H$w4;H;m6d2NED?W_i}WTh>9mJ7Y|*|swbg$;
z8{5}HZS3g$kWKAs$!=G9t0ED>3mTs<%YjSXgx|{kKV+Q=ldS)PbBbeiX&FBByZzZ{
zO<FH<+L+NNV=Y<aulC31w<FNqOT*RcrhBA5@Vs+a%E@895$ueoN$XggRT9=o-mLmo
z$!h2Fc>UJWG<@Q2@u5Oz<zdpNg1&wFJH*cQ6o&K<uvPU`T0tOP**Zv5_1+KxI_g17
zoz#T%*lC?fF0gO!MvWg+?m&v>3+&=7m`96O=;|3M!ZKgeO0tH2Q?@!3C*HW~d{n5=
zFF<^c2-5rvwA|C-N*;9m`r@SYCxm7dzw$G2s^sitm~!g-H|x6D(+(e36FD)c_^?g~
zd*J;^tDQ*y{bb<{ubW3Jm)AgJj<}8vPe(|@BfrYQ<?-XGTu!*3p9pZEW*qyf@4aqs
zr76Odiv4uQndJ5eXJ|utSiH?@aEm%e5`-t`2t6Wd%U+b^Dn|^BeiO&-Pha2O35O3O
ziqO-g7Yr{hHTj=g)=ax79ZYxt*2&L4)*2+~PmRE4*;kwqU069MCS6g|MIBT<E1#a5
z;DVJ#4oAAhTy^=kZ%xw5gR|0>UY_|s!L6D=U%O5Lk6rWKPxp}hmAKvA6fDdYjtFxh
zAq;&;L*?9tvUU7eB_{`Dbc4N%mge?Zq|^362v==~H%9Gu6#Q@EXWv4Sbj18aCc7##
z303uBHMhOjclZuDY0Zdglwjy8TOw&rOFtLj>DP)gXGy|~>tjQ`W^9r4qf^nue{&Iq
zCB=M9rEvbjP@Vd6ZSKpl%e$*p69o2H2jOGNbU6}v{kZ=4SR(?fuKghZ;|w$m=K3pn
zc}>Gt(P|@yry5f0JJAbs-VuX68>6v82=PUG=^xk}on23hSPJla@qJQe$j?a5U~uE3
z{K;baS+{F#q;S)ysc?Ii_{&+ma6NjS6QX?SPig9aO7?Oa%Cudgl**XG(Czi-cI(-X
zss)@V%@wzmW?vEZQ_=^dZa_nE`l8>aCFk+PwFqKNT;D$x4(%3sVl9O>@2h)VPq_P5
zCD5ANe>^#dSxAgWbm^Q9T76^?7Z->4CBEpVv1l6a*52x^_j?e@@So|9+`Y-!>4QFs
zT{{f!n5%Uw{Y_Kchmw7OsGEjGmWG!q@!*fV8L&wf8lA3cBaiA8NnWs|>FJn=X5Hbn
zh^+idNMzu9XriHt?hS?)(zigqfP0r0$$UvhQ=3*v+$2Ki?P7rXn2ASe!~MFlpb!Pl
z3PixrKt4e;4X&+e`=6|0K6~&Td+355(_nOa)`HYR!qejJ;xh7F{B7qYqNe7bzc>W0
z7t_D8a=w!xlPd}Y^i5M<TmCz@GEFx@T%~a2&yr>O`ga8GZSSz}>OOrDKV^=7#MhN_
zAsu#s^g%R2Qw;iwB#LGE@QXZ=8k%PO(q7Y=Oocc)V_AQtlN?vrq5>A$i8Ku_@j)9|
zIUV56qLGD@x7rH@5(fc4k|9A_8Q|v|laM_Z@34d0p^HCEz+^gdv%1UJ;dk&9=mYNQ
zcOj+AJiJF@5gQb=Q8nbp)A2~g?fq%D<ij4}*8TS5<73QU_+Yor{>lTAbzVW6iYV+%
zOtS^sWO{=4=4u$v!B67nX-hs8r;KpdimpLG+k$wUihc%1IxPv%j_{b+1!4q>jKbF}
zRr^I}er@F<o{}<~7f9Mc3|x3~t(+NOkykIU#?o$zf-t(<KIbEo7?&Nt9DifSVB4Fb
zc23mT_>*5;Ljlem0>5)Wt6_k2=_~{S0b=}5q2t&uOCOqwLY??yJ`zva>G=g}Bk+5j
z_|~__r(DnF8WQC3+k*Eud?)C{t}eT@y7;%(AQ1AH%@pfp39kncJ>aAN?KPr~nfGx!
zEsCBL;FDbwHXab@$2NRwGUA21{A>POGyx7fO&U%h-RpW#uYO^qowHR>&Oe_~jdIjt
z3PHasGX`C^Dx3=zwh?9%=`<gT_;fHs+{><9+vRthKP%1j=@vF|RH`VG879Bx%%GV=
z4*QS-O-WO-a!T7N_X+<@3O|MzI&_EGUgsT65kZCJ-=&WTbk8}o0<D(j!M`R5N?Fn#
zBhK^FD<&rJdTOgxyby><HGL$utb<qcYwIRpUiql65ksei4hv_}!zDve#8a!T>}cVM
zPid1EkMbk-Cn~8>0q3--ZI&KIfNtb35?2MCeU|ProEl}Tm#<*bppEKq>>=m{9RbvX
z<RvjcZn>u+wnE78RZ$gL)++dSVNrY;q{vhYbU0-(>XH>9Pi9p;m_Fco&aV@4-BjQ;
zy33*j?ZD%B!+AzcGuOdu|Cm9C7ejj7(Qa0!y$mC{JO*me`$jU@lQs2-8^UV|G(Bnd
z9<aR!TZU(9ZI`=vfp2Kae0?>qQS}~3yxR^(N_V%tEW5lW+cF}fB}B~c<WWqq3R<yy
z|DKJ4MkSYB_|xAxwXQ{t=oS(cS$AIW3DQ7I3X#Q0Qo-Cigwaa=YjFlT`X5r%2K$BF
z1J!Q$OS6xRZ@{>&-TjxZHs>w9_k>zK7(W?)ZDrvvebLNcX{~fO5^8$cV~hhPV6xwk
zGd4VZ9FD$60Y&-5dogoD3=Q%33eqzwYAl`~aKy&$wseEz<jsb1M1Y*z_#e}n?pfYg
zA-Y*_z0c}ONh$@t*;4ay=hM#FUFWl!;2?^s<NNU_4TK$0xuB?-pAAr5poF2oX}Pw+
z?zS0?K0YvLKk@oVFgh56OiL%QvWCfwno=KGs9_=g9hO!on%85vlCDlF>EXN&sU3m^
zU9kO_PW}wVixCWmtuC5f?effhy{uhGZ_qKWlLT}kZ@aMRHJe%2YnK%~BZO`Beg5qR
zhSA<VykA`a&h4eYZGT9q6uE|Y$06x6`dfqsuGD>8RzjO7)f`a2^oYxkwmiQ&&Y=5w
zA0XzNxX_2C_uHJz3c=8joM!KOCu#d!#(R*#sPfk*H^&F?RCTt>68nNQujX3Sh?YsT
z71s4Zu5@YBnsrs^wCmL&v+G-yit2U>0yEV{<^z0>Ja&q_EJ?+a3ekh~8=crNpNi@^
z`=TL*_B6ZuogxnUBAHt*k5(4dF_n-|@vl1RcKchw5iFUxI+usNgCirNPiISa{!eE{
zL<NNlw;a}rURb~p_!>{(^HpuU?>?(b$m{cSWPA@OD9DrqC}PhrgxC&!y~U#*-QKTA
z`IA{Vcevc`AeE66743W?fFWS1)9GxwTdD$^?#jN|(+CBCtrN3D2sKsBZh-xWida*X
zrk(qjylyuuQjS^XuK)zk$|F6B{JeFDWfZal7*RmD!(rBkT;Rag_$c?%hl<PFqMJtb
z5|~)@1<@ECK@FZ)&4Kr-wkBukNa5?DPs0a09Y1A1VaPhLs77C)*|Za1k<U1PO*|(W
zTcLKGKH?tTpbsuD4rAkw^LXshh@m2AHAGQ%R=Y73aoT)O=Oi(-GO1XiDSAfOCRWF(
zBC1*Rmov&{v6};=FRSsFna?pU%6TWTIl<;bW>=uj?9<x!8`Tk885ehK4$wdc^D^0O
zxv>?e{WYSX?rF4@!@=He(wHbnz=LHXX?pL4B^Ubq!v4!L2dR}-W|N&9ZEydo3zc2t
zfKFiPdZ&=h%?dY$m|yqWTBPir#r0#g&`OFOm(bYiCX(UJa~6MUJoGSuQbx%Vw_3gC
z^TNj5AHU}@7k<RZiK|VCMM&?t%rZbaDrF?@Rk5PR4$M?8`AMXV;wLt#`>3-Ob@2~U
zN<}6OYP3M~w(Kji7+(nm6oUgWE?Wv;!;YwT$HO(8_g<-L5{_KooObtM6Ya34k>)DS
zeOrd=3~}JEZ84xM5GM6HzUm#{eQxXF)1bOxnGoP;KWzDv2uGgY=DFLExnJMk-%3a~
zb?N}|e8=CuU@%RskTAY0xp?@jo)o?n@Wzt!MH47x6-S-C{pfMbfiLdBq6~%LZAx9B
z%BIRb;C&zJ5mrFk_|8}`^Jl|nk!ht9k%$os0dJ2nI)y(iMOE9I;W-%#6S-ZwvOfU|
z``f3BeQyevXuA2VNT-rweQDWQWfopPH)P1t=fgG!+i)+Opy@XyvKuSChANvItoF9x
z1FE!{r8UK3hl4u3>rVLXGBMUS+g#s3?1~E=vrVA02heg%G)YeirR}`b$r+dWXk+Ru
z119}h=i6Tb-igI<j7wbJ+7?i*x}rdo`3jIDJ^3o|#f`yw5r=V2GmV$E#nEU-X(wxn
zTS%L+mCK=SiBjN*fE`zG)8f~5`34`pSZ2i)UV)h<NMe^(BHvaavweC`1^xRA7l#dd
zdMbUs{;kJL!z@Lm)piBGGc!`@eDQ;H#TD9tdH(r7f-<p(ZIkp6%+r;`w$#g|db^wX
z%87QoVz;SRz*%SXtx<Y=IfvcJ>ew1Co@SHKA2pW?K9|;ixwGbUC{Ik)V4Pam=kS>Q
zzJZPTQ(3QXh-Kuda?}G@b_@5pBC9>eu5%0K(rxjZ@ad_JDScSY(=x6yS95V=MHJ2b
z_0_{e&D;6Y9j3+JbGhxPn@_S~+8j{P7u+;aiEY<-XlwxVCJ)9R@cEB;vJ?5a`m~l(
zbN1<z68k9Iah4jX-^x&hGetfR9Lm9cGV}t>g)#S<brh0zGcYCl=X=k!Nf(1{l$${G
zi<W75o8=;4SDN9Km!^PCbKgQs%RQ<)H1w9Egbq@Btnt3DM{h{)hl3cQHEY^IuEz#6
zB|BVut&sRtq&8&@xc}ZPew(GDJAG9YhBF~OGNgU*TDA8v?H|^ZAt-Qq=EvlZ(`hGi
zxka*F*K~6W3-y0yiE@Jzf5!oRRn9I<m%*Q`zb1KDg*mk1nz2+(lPuI+DHLrir4#v_
zkTCp!cfGUhfBQ?5OG@wSk;zrCD*J%7M|k=oheKbo!a$EjqEhYs<OnqSmEB}?K8RRt
zS(|x3<MNKB&%4O}p@MFP!c9>;lo4crD&`ZW*dsW+ZghCOJ}hiiQwihr*+MRNm37(W
zhba)ROwzU35VsE896?POGIN#CJFJ22!Yx@eX`{dwNw-JaRzv+I13dgHzVsM+(F{=W
z^U!u6N;=$n#m9<3pYPD8xA{~8q=?6>ObVIe%x9*o4Hwxo3vPJ0tRQ#s<-}OH*kGrx
z`qX^U#aD{UE7(ru-PY4V5u;YGm6%|4#D>k169r#x@LtP)t$@1hHgIh&N2bnEsjoDj
z;4vr7(Zz6irP}aU3<_%30(o-B1>>yKjkSx}S6_k4&acjT8lpvKdCTjDd!q&>`R#qm
zSkl~sNwinz8a}O2XbnYNj_V@g;;7KfT)r7>t&N-pR*@V>>-F{6jCJizPtbr1SXUy^
z*XQ0I5HZ>~xDS9&Zu$=)>{!4fI_1Hz6uDp4Q((?EXpws<d%lx?3-ix-7p9-ma$Cx$
zub3q-)mqKeTdXi5nYg`qPA(hJ6mTva&y6jCTDSgBESWEjY|C0MiU=&5nCFh$+B)5J
zAOr%t=UY7;|D15E*w?mS{wrxLch^^#WDTCVVbGLn9qb`1Gy;3qeSXLB`c=&@J^KT`
zu$DnK?6pMkivs;>kW%8PErz@WovogZ&ns?#mYweNj8S(@5v5_p&;`eU{oVR?l?M3q
zL^i+q@|SIPnTx90LAxRIml_sFtcr~C&}5VDrvA<~f1Bo-A7@>}FozRg3O|1~ZhH2#
z@o#~s7fA}!-S@4iHL_h!JNr9z;h6H7HPkEQv)%5qP+d7qvq+bUG)WOB5}5>)*Jwg;
zzl-Uz-Bq;yqJ(AXK#*!Lp@V8o$3TPx;8o3n*0qTJe^6{5<y9Ulr^!}t{RG(r>#NNw
zL&7$uHNwDP9gxZEmD77&ZZu}cMcKo?f3_pa4J6XTkugjfQB)OIn?3dh%|CEzxY|A%
zL3Rho)~VLJ^i>WnmRg>e=J)lT4wGzV*`oRo*0%ZSzv?*1*{llu>KDWKV|H;Hk0UiS
zHK4g_zBRYGuQrVAKMn@fG?h@fZS}#@83N9~K6OOIN)q})UUVbPtyV(j{~-fFkCVVa
zbMUI|3+IQLZEcl}(!@rV?U=`{6Z?HGlPB$$!_E7O_RMpHzqh`&5t48w#3?i3-Os+$
zgOI<LC--ol$e)Z0-Dj)n4`{>aR3bmi-YPn~lW?rVhBY6rX5y@26{Iat`kb@rQqYrx
zHW%OI@&S8KN%NvB#&%?wMh=l98=Flj*YQ?hq^@C$-#G$#3Ohev8G)THU+ud3>fcJ8
zD)^jt#>t-Xaw4?PT#$%sJNGkWw_Saxh+ItzJl%}{MBl5*C#DK_f$(RN@|)0>$Q46R
z>&;}7kpx}^dj)%zh}Y+HN*V%9YkmVEJ_TvVt$>#8W4eaFhcsxU5d^GI&Y$Pda3s>7
zIg2I(bHC}f8bACrJN;{cdz)F6SoSHbJOL1v;15~tE;E1V#_@P+_9O;qn-QHx4y0PZ
zfc)VCe)IxMr@Oo5kX=~2k5c`TE=Ziepa7It6=9hQSMm2yIk#Jp3iTRgi(+%}*~R*B
zW^gTOk(X#$W>UNtb7#fxS#P6uW4L$jK!EPu`E*|_#2N^DTD$NROCBCk+D&N(d#hU8
zbnbD}JW{F2!!%7FjT1!;wy9^H5^k?Ed=D?zZ;P<wDlGjMwLxJc=p4{>O1aQ)2>!3(
zdnctyCuteC{&<S+wltfgF`JTIIKH#{hPF1&JL%5mv8f%J7kj7o9m-EK-9H+gpq2fy
zJkn2B_g;vr?kTD(11)ZE{KF8+j`>O*6hW$o>+A}SWQeVpQ>kRNTd$VV?KhxK<n((X
zNO;H-+7cwL1RAp{L};`<Z5H_(6XgLZV#eQlfO8w?Vc~?r=+?{hwl*qgTw7i@K2LWw
zPr~rED5V!2_t&}|PCYB<odKd@`3aG3l5fQ<IDt~vHxyk%pADIhkr})+g|sNoq%Kj&
z!$&653Dmc>Zjlt&NH!jS<*kcsk8e6>M+AD0AtPmRhq;w{E8rdTd^DRwoo0&8Q)yJ+
zaQJ<}rmYUPcf$#0U&<r>5J5E3#A6U*P<%;*^2ue{Upeb9CZD)3)i3lrIc=f!xoQzS
zQ;xcs+_EFZp_i{<8bUSA>8vyCWJY3v`&1jK;=ZaSlzi`bkKsrDzZLeB?i5`lGPKs{
z+!@M^3JC&*<5XoCJYKyRo!BFeebV29z+~!*-f_AmmGqje=JU0-%C`ch?1~c3LJg2?
zod&^wF!30;f?uE_182tAHLa@A<37VS>TIqeAPZgKkrRHMBeSk=9!%@mD=L|l*<u<U
z(CK(0M^*!ze~}&D;(HjD8l!#b`r+(uI>U$#cd7ySlpb8BO58a4KCPyPb?uFImD0bQ
zx`T<fS`qPeV^62Wmp~^H0MP0Yg{~j5s2P<Cq~wHM!!k~HfkWZi^O8CaD*`7Qe7x6H
zTr0hCio41s6&l*)(O&d&vhZnwS!X-4z`%w-a+&YYCwc|FKJfd}-mpa}?$;Ck(+iOf
z)6%GWV6-jcPLujI{*R<)sOe5!Knu6zvOLYP(>s0upRY$L*_aT9N}RE0=8qCylehYi
zUNR7Kj4b;;V*&h^NwirFqZ>c(#Np-FeaNlw)A@#sT~Iy*7}F`PgYu%Qu-lFp!mQFC
zcdfg<VdQ<3IY(}6b|koX{$O4`(g+mTeQo@j?9&nddehJUQ2{bZdKy<B5|vj1aU6fW
z<bc31Fnhx9Ubv^TyOhir56!{v@}C|H(u;cde`4DSmUKMzEw?MWsZ4H&nw>U}X1zC&
z8vx3U<_iwJ5u_^tr2}#Dz?`mHe;Q=*S=ZP0>Z90AC~&51884uR+LxRQ*RW-G2a2T+
z)*Sz0WuEj|G#ealacl%7)<r*9S;qMI;f_;#AGdbbXAXa0Ia1h3N6uF<KiwanG;yS{
z#z?~WJT7zcZ^vE=kmEoaK<lT-aKuS|@xAVb+l<evnou4JR>(&Uaug07@OE*`L>_8^
zB%Ffat!~UEUzWSj^3vToX%a&3B&ld9JVH<IftuT=t^Lv4j4a8W0@PumSf~4$|Iju_
zOxfK?8kHEbRe8sr=?y+y`YGO(hwlz2GY1yz@`QVg)O9{0C%4~J;{_tYx`N9h0zD}(
zz?S4Aa;{immm{`|^>xnnnz!lijVc>1&^}z>aG85|vFh}hQ!B@;OC_nkH@(S`?9vL6
z@)fXYa@1FCt+pGiW}@7<)G2}~)s4+{j`GKbrHZ?VeF42hKomje$y5VXGS5_SmIf84
z3z(zPIi-6juM|+?u8?kTG48pH+*b6jFMwc2BtUbZ_~vniZIs^c1LlruCLTUO;;^02
zvN&C5ovMlCr6AX%KU22;=e#l2ETg(|qB!iGodSDYg{2_%5szE=>2Z!8x8`QP{|ZDD
zXRyK6I0x1EU8>7~b6`4%dMqzweI2rG;>2=qrQ{WMy<6A?vHKa$2LCS1JOtC2NeQH~
zYs<b{s73V~l6PyF--HC#Omv^lc^nf10>ojRh?gNs=GG2zz?bWyZ$Adq)Pg<(c62N*
zo*E8-6K<UcINOTN`;68Og8uBMBVMAT-w-{RjfIgN+YHqEwOp8l4tu#NMbgQ0mk0sX
z{%=fM;0aOwx!!EzjPs!ZocEA_pE4`?D{wo2zkWFC899OhDa)<AhnsfijvV)CcOUH5
z+dXj7B0}CpFOjitBm@dE4y?ByK?LKQRcRr<;$XskRyg6L%0K`22Hv`)fMZaaWLlM}
zlwU*C+58*OjA0LPR7mf|C1Sxd=RvIVA4Rt&i1TKZGaIMP^IjyzYH67$CVK4P7BK9s
zsX$4(kzC|I;!=02tY4k^y0cj~!U;M>D{9`TS5osXlhT<FEf)^Vv)0U!{9}wq!(MZP
zw;i-Cr$1#vF6<(#$G8EUmS}G`$p63*UUap|(NCE&^A>8k+57D9A?*P^v*6saS3LV$
zfT7><&x`BnH?BgIG9UF@`;h3y8jcO#I$Z$Q=$oKz3s~uSl!<uiknd4;2i=vwNoF!U
zn>el#XFJajL`(xT{PahZE2+&|;!K+f-4>UkLvTxi+y9Bb3+7NLE#$Y~GM0V+QvBx8
z{c3K40GfEeq%@bCC|uXDYd-Z%d)ha-Q1>l#pb2yjVt%dlm_qdNp`}2~I}FQM5;}H`
z&bjf6KJ1g6%mdr_M)=KV6mmKx63B<VF<ARYoa|yqvf8m55jaivdZ-yZy|%}?<Oko(
zZi3ZxJxy^hF0SO$SK?-p;{(z({dBU;GR7lZI(3<|JiSdwKHb;qJF>jvhr{95n-V`N
zdE@izRh5OF5K4~w9WjshV>n~s0fPg`xR1L(1;y7pd1>2g&)a^?c+V}TN`|HZ*N=VG
z^=hBG48yLE|M+xNJk(92Q3xbGar{i`xohSMcv2?zM<~xT^lY5mTeq9E=z};n-Uz*%
zjGt-95vx-0zqi(r;*vUYY`E29gJ!SvTHC|KW}~NU{4A}yA<cM~NLG4(sd_kMHAkX6
zeEjgr+$s6I0VI6OwQz!O^u_v@P?)bdFOXPFws!~$2oIakNgIn?f4J*hY-C1V_3}L;
z>e;2ANI8L`8hq~8{V$E+gi^4AK?6&&h3nC_3mhB2KTjkhN>I_nG#nrv`Y!t`LeEQC
z*%f{mdwV<c(YnrN$Azw6;s=wH1CrAslYFete!9lF{W!m0K)UvbPH&r{YC3&sT>!vq
z^swv8Y{lc9OV~~Uz31`$y6;T!NJa#AMCj$ib;eCdeCE+lL5g+J>%r@`mM2VCm~;1|
zCS|i19$r5+5Ex>85C!JR>CQ1cT8fQ;!6sm`a=o&BnBp*Td@s0siCt?c?CAyL3=2eb
zxV!Z6#TQgF@_5sv$c>ZFvctFaiHsg%_H1Je*_mIF5y%;M3Om^=U18PdYG8PL%BG1r
zO`BrR4=IBi)Pg2{G}M8f31S2B`u0}+1O_JoG=Fuyy5$Q0Y$NROzy*1emsY`<y0+8H
z=g6$Q#@&0;1mCmq=ho<<q~AGCPTcda?#`}yxMOj{y(zl71t{z^DT=#A10Ax{+?I?M
z&sPjrxXJ$g$2R)(YaylMer)jt78~aB`O2aAXX&c0h2GN^%(rUu$v)FQ0sh8*UqG=V
zUrG*TUY)iHr%!Yu#gimKur9e+o2kzZG+y&N_qRn=sk>w6QunTQVekOFm?}Z~fQ{3q
z52&a42*3N*c>)iAQjS;v<UBog1==Gf#9-YXum5!>LBq|xFv)tl!n~H+)*B`6gW@sk
zAMR?U3Qrhu^c+%S^D2@S=AS|Gsjh3#DYzk>;kYGZ|E_5MJq)vaLp=YKAn*aSi5IBP
z_UO;Xphtd_{ZJzXVl)uKRC*Cg%1h>JO)cDXpGUl1^#HR02t?!AM~(6eH=`d#Hp4cz
zaZcOBVX9Tgj^^Ff*c8xAjp$Ow{aDDQ?{m_iI;xVZm3O`LnIYjLqyRJ(a7rGQ=kL6w
zloKh?v()5g*9Ye>r~%HuD8GR2pWdjRS8ePz(om+u7_%0`gJDl%H&Z01wt$43nSk#S
zbtrH;><JL&r8b!PjWZvK>F}rSu)B2`Z}pK-WGT@$p_o<^`?Rhg(v$tgF=mJJ2{IP;
z^z3%38UyW(cMAum6J`p||4+{QuKBVU-v1n>a`<5L3*i?64}LSw#J&E{3tvg&)32rV
zK#|=?bD8^C=*z+CCpov1tU&VP2-H64cP7t&-u@YV{rKKoXpUyBt%c^h@$XZU!FR7}
z(%ibW7*`+71&$XlbL<Q`4n$O{B`~)t!%&34aRL-&glVwZ^_Q`DE1BmVGl~Hx=m@VA
zWQy2#Du8GIw#y`R3t;c6yviZiJ0RSu=fGwIIOG5FU!m*>fPdUW@~mis@UDEtt|@j`
zSMYxQ*@k#!t19C4UXYx&U4KFW0FE<CAGiN;j=yMpdVd^Jf#O6KfBU|7{T8Yj_yY|s
zJmmfk^n2qa+IMufcRju*u_taoaY5YiOE358V`$I_O5PMr@FR-xjpqC<APSy+KQcPh
z82I_DL$Qp8GAz2IF$xY?U21YWDG~O*k6oi3tfnbJfiK!%SB4MrdXU}65#j4A^je%7
zB;GFFe?bm-iyHEG?Czw_eO}o0DokNApcZEr`egGY{r^4&4?5Z>l-MDf$^qq<SQOdw
z|Mtg7WW2u5)-Rspo#*-clz@VhcSJPoh?lGaB^}ZiHI+B1@<mpP#DNUMfA@mA8ohpd
zHLOn72rzG$gts>|&ib$+!m|42xjnP~f)YIEuyt7!XS%FBbTSL4t-3wiBOy~!ou7b4
zq!Mc2w?6aJXN3%y(|i{F-r9qL7T1DPMzUzX<Kut^VYS{PIB)N8J1(;n{8-j4?MB@P
ztL@@1eg={xy)>xjmz{=2ky!HWkM)zbH&kK)NBQNzX9B{x#vs1q8C`2_r1gS|fW1Rw
zs0wD2zYKHaqAss~0BAl;0N>Gt504b>xB4doh-4x!gGKJ&7`k3C{7#`Q;q?d!FdD9L
zxWEQc9GT~nZ@#3v=%MKMAVvv5)d<)-nuN)kSU0?hP8liiF@B*G|FI?D0R>LLEn3?g
zut!Np3X-uyTRC37Z8Hl~XJ%LatpKu)+WRV7S7_~{+pEE0bZGZ&xI)ia(zG%y+(6WU
zMs-Q=^!YxP>4>PQgNcmt?rlNE%0?C4%r}Hpd+-<uFqf4a&Dr56NezB%t9P8;_`sYo
zJ5~*Sg{Oui@EkEr!U=Y0=r?RoH*Uh88Twm7v}XrQvT^3KS+=hH6<E~-I_w$o(FP)R
zmV;wRfQ9V;4W>j=<33^cD<M?sonu1i0$AISJBnV^zLmW251$oyxJQRnLFUBlSm&3g
zGkZ00O6lNN)mK>+c}rsE9uJ5D)R1<g)M!4@0`uT+&7j2P6OvVw7QzdLXx+D1G4`L5
zFX$2!;xMx5KI$%YTWg`O6pU?XD?!_(%l6n%4x8b>J`_D~DPNv{1#IviIB4ZECIxi%
zD^k7kSXT!7n-_g6=wDeB&3cBWf|l6Nx_0AzURpWL8BmdO-DrWpsNd29Pk!|o5HI1E
zT28?#J(Aj<c$LFiTbPuvRvOJ{Zn^9#lUEvUc-^%_8B-l@bx%Gg!+iZg*!80*G^!pL
zTDp?vXK+MGXlc?sbyiWGC@fno#gcCHWgg%0FDBZ*$y7Fgt)P*)WH|V@>qy-!wLEBh
zEM6;)p<DvY&f!q)UU+1Ol55^Ph=2cC++!m@^gGw;!BE`(kwlrx@W1pr{}|0wtUm=9
zr5dm0-g-cHuSVftM$2QmE|R$PArji|EG_70&K9Wn8#3#gi74>*4j+#kpk$Zs6I6!H
zSfgvdjEcPvv@ycf_~dN4s^Ii$>|5@`7yLeLc8ShbgH3lasMS47IaTY_=frjiVt{<i
z#|ob>wlqInVe*^=sQ52a%R6GAQBt4+hr4OBG2|fs3?)F3%&u7W%_=sz=8T-C1^^lv
z!&tY(FtS`7?){qHFpE{AJ=AE-`RjdI=KS2GO-^&Wo{&dXKPynF9P|5CJ4nM6FlUk2
zf2bwIA&Qcyl^e7`C`cA_(WXI@b{yu3iq71O(ky}+^_!QsCZ5weOjCFmg9>~`jLJIG
z^L(?8zT#n-FhY#QptASmC11oCG*oTb0p8|nO$C~uB7{O>zoB;>Eo%7?VMM1uy8)|C
zlF4%3;NL7gtXQs0Ll%M2Eq?dOS8+K69)!&gEBV{o#XARVfb~zcW(zlfnixBqMpeVc
zqyD`{P|?IP=Ej$3QWR4;(ySI#=Jx))oWfW}!%#kiI4E&ehaa`Z4{Jg4To}6ODep~J
zHT1Dq^V0T*XEUF(FH>jI$<1^{9r&JD##>{0p>{gOj@@@uN=q|E4MokU#l<(3laRzg
z&!b5qIMn@5TL*@}-h|qo$6r|lT+||0m2`{im0e5iP=~|<RLs$%e$i8g@AX?~>stUy
zOg!`5f75GF$w#^lcm$<3bkSi%{aymA+sP;Ip{?Vh#`!QJO5@<B8B@!*%%}N_Yhs6c
z+fHqHVSh7*j+W94@y3PEU78O?Cl};<joR{kvs`I$Wv#Jp`ZE?m(JbJ&xw7uql+p-O
z=NJmNGFOsFc4|yMca%b%a;g$^{14xmm#$zM_v^*|O>i)u5Ib}<+MLrVW-|;m!T-go
zebLr~v;t)+{60GCgEPs3tjUoGg$06RtU6rHk)K$eaeA*p%SzevMu|(RS-Q*xL$|j+
zqC!FkGF}>9>qF#j0C@{XJa@JtV*@aNn-QMG!GyzR`L8kuf%isGA!(3fK}FuYLy9d#
zUfzSGCUx~&>i8THw7tJ$)EDPeqkPf<F#uUK?ZJsA{mvr=MAWZ%S@F`QHE*ptS)3j!
zdI#Pq_Z-5vs*s@qM{l8Op9idl!Q=*p;&^<Cl37l=QdRzU2ZbE_XNaBYuB>Vdtp7#a
zCpx8_%xq4$;@?>><Y1>7D-)&9g8hYorgTVUpoH^NMcQ!0&|EGy=L&1Nfwq)9DMQbg
zbUo*>kA;R5p9>`YYOW%Y@threXK`COE11HAWLX+&1vDE%xKX)V<y~h#EANbjWPNS0
z8n-`IRE31#58?tn5`gYJwpi$(<oi;iG>nDk+hiHhhWSZad9Q#T{6;q(`&2?~faUL{
zJil};STg1`Ph}NWHl-^grbdH?Ru-HPC>?P@(hJmK|4Da#bjKwPjxkde)z3=VS6%5f
zz_*|kEx;thaO%wWDUz6rWFtr&6|AUAUX*C)KGuI?Um3^tT8x2C*fpHj8U-{&T>rgb
z%e)p)|IY~NDe1_}HCUIcR7IB-$LCda!w>uV75#=Rs-^mF%I1iuXI)yh%3*&{xkqu+
z;gdc@X{-meXXl1;BH`uaBiY)Q#7ufdTqs#;4l>l-Km5r&;MZ9Xwr3SCH8mtj#FB}*
z#|G-xTGxZL*NJ;UZTYsB=lTkgh0U@8F_Lzr44FzZT|ORBu?sec`Op;3Y!PXY>3>UR
zj~&p?wQG{GIrO1D<bXkqFS+yAIrmS+r&%N1i*BSJr02`RVeZmKRVJ=-x3eZ_?dpoJ
zJW*VL9ne`36nzl)hwp!H+aS6notk#+zDgou?IF${5Xl0WRVCO06O9_6<oDsp<&<B2
zGmLS;x%@@iPAPQKly&YhA4}3^)na0GXS!rP&UU*<IDr_b>5&;R2A_RQEE3GS4mvf^
z=^^2}NY<%Wl);p?M-)p6`f0x*&x&V^nl7uxV4*f;vA2K`Gd*ACR$T5S8>G;VY2>x$
z;ps;t!!JF_<8hB!)m}6vvaP*iVp(|2I5U871<lBf8Yw!!TDJKDP<53L|9UcpdlVO_
zElw*nIFfkub=B+<I?T>i)14JP8lT#u;HA$8T@{5Ca7EqtUYtEYr*eUK7Rgn2of?J;
za4Q$YW#dPgaVVqiJ1v!BEvmU{-IUxx&so*JM~CA8bFqQmIT5pWw8bX0jL_-S=l}X_
z^tI|B-sbZEcrk^va9UX<i3M4nbAWA}colu-`Q6ynbZG2yxY_7)lMJA2nyiqyj)1Y8
zX@bEOhny}UdC<y?q)!y@2b2&;@K=RhlptDN)tR}A>J76tQ$;N?RTUT%+^DCcf2p2m
z8=u}_TDdyWWWlS2{#J(FqRz1iv>o<Kd1=U|p-3Ah+1aJ%Sl@eCmIle{F$DfMI%3(4
zk1py#)fBZ2{)FWc09<>wif*L>E~G2}iZwH%|1QgGs!Xb53U*m)sy(ayig_lksC~t4
znZX7*+cnq@s<-g%oqNw|S^R5i=zx!>QSr%98C*DE>ko;!vaLu=xpwqIg^<|;2MCDU
ziD7&jN^108Xx(EtL*^}@;>KT2!iTyVV-1(Xmor6nh-HpG?}=r_?gK?fl>4<(0^z6y
zQh;8vgoRij-TrXdjtHvdn=~uvs3le4zkIMIy?0!VaTVn4QM*Hq_B;!Y;j!+~q>jcI
zb%FsLHFMPWR2FS#aGoA%Rin^%XsQlZU^i-jvm~rJIIWG%a6pXO<_d(2aWAjtRP#)?
zJuMhDyZY1Z(O$XtP|O?S266QtV&!-I;d9ALXOu6#ZQfA?W51PkDS_+s=uko17mHvH
zPX3?NHaD9>KDn6-sk2o!)j`#iJ-L<d59attI*$GhQjEk<)<cBz$$y6x5CC%CRLl1$
zibV)(yM1vdsj(<cM<G7nZg3v0r(34kW0U=}D>b678tK>_+nL`S;zi{ru*2c6gTHg1
z5{Y4`aG#w}v8vIzTC3FUkfZ*J(ej3+Jl$EYkENvRS1?A6*K1gv9sK-*(t*=)sKCnH
zVr#Y!8zHH&Q&D6!9~hp}(A)-(x?}jD9{D3APs^)Nv+sYW`0{~;wfi7T@9-YE&O3}R
zxx`TJKT&LuEvIO&((SlCwu+r^V2<p{vlqI%27yI2;W^ToL9FuNhc-{8-*@WEQg(JM
zEehtj3!QD`>mGDz(dC#nVY7n%S|M5u`XF=Lh&MEx_eA71(E}SEMVdkIU`3ga5QpsA
z50I^z^B)W|20BMjTm_LTEdAqRCVAt3eP~7=gLuw-S}LLK@b-GyDRH*tRi)|Tv^ry+
zs<cuMKK#T*{5duIoN6I&z8sF|l<N*eI}>uQcLO}~9UjahE6^$%8BOCs4{76{`p2AK
zSNXwGGoOzZt0z<WAfpe~W2=tU!bWYd4j$#rJLc0xzjocyC{h~NxTP@fu#$YcZ8@hs
z=%>LaZQyB40R3uff+YItk<C_Y9Bn+H!P-Q^d05kEC!6p2QwP**ciskxc$PcKfD-;w
zBx0n}?#-Lh(`j?}ji%xivo{^r`3UsT4I%qp@l#&kA&modeP;O>=cN<2Kw32YmiY4e
zP&r}P=*(w$i@fsZSG$O6>(zt%+D`w=gUY`<#ze!8=UY~P2?)>j(!cukGSO_x&lPI5
zJ26D397`#o?OUJ;3g5k|In^I$6HWPz;W^W;vKROCxookoPa16cZat`Kbfn#q8RK91
z_$LlzFTETIznBw42RTb=`u%Xh$MOZnmT2=jR-J5bI&2-7dTYvi`P;~041UL)k1Z2=
zRM&p9n+1erw@x0xK_?cP-sZ_?QEp|#xa->!B)Ufd)ZOxEb{7PIjEAmcx7+xIL>ub{
zgK0FwDZb-8@VB`z-4{mM?Z?fpfLbVI;^0bqF?XBd968aTRF!e&S&VQQsV-hu^$4RI
z^}7{ov1#pgjT8I+xo?U-M&kN&O|<D+$@cZ2?av&`p3j}BQ^Qi|hvbL-MO-;E<q|U6
zE$K;GwRqO{Hir5pHJWV8sLS1go3Vhs8`{Co4-5*&5gU9qnCKoPK=S|qGI*|l{%sqZ
z^8L>_M9m?O=s^!F=8!ErR5sUy>H3Q%XlD6jm!}33?Og+0!Im~UW2#}Cp1p8jBSw3_
zUg?@`fk1wXJVehZn5AH`^<qN99KkX}X=h+@JIoPp(6y|U1)sO<b_rLn{9Iau`e$_m
zL?x_YE-M!g7F2RHDEqqaUC?hR-hX~0|6Fa54WjYE-Q!(7VTqG|<jWPA`#F(1?h#9*
z5{k;fekj+Gpf%?%VU8%ChL)4)H+T8xshGQ0ho?vBD{E_%^ldBXr(f|26+^{6qFcCP
z^?aD-Y7}!jj1GEI$=5Hznj(p><j@XM!@PDnL<+q~`gR*GVrTHt`4p4Y&^PPt>v=k8
zA(8p$mAj!<?uL-F18~$HsL6IXKl}?=zR0*7KJGA7*yMhq+95PvzFjccsA`g>J!G7M
zx^Yh4d8~6d4EerKcOZeLab|6J-*lnfVDYj;A)XoG29C6?F%<2z5D}Jg7d2JX^2|4Y
zBvU9<#Y_K;JFFD0s>q8Qi!0gS6Jhj!wE6pB@ZU5l8a9-4gdMd)*dX2>92n6pi#c8f
zAE?8ubVJ;us4?bIB5A={LMoH_^6DpoDghdarun?DLY^rPqYuif9=!fPE6x1-8QGTr
zxa<dhD0$NO=d!rCr8jalCnlwdNQQjX*D!H4u4egb9a2idTcC)vNw114K8D?oS?(SE
z`d}E1bNg;Vao^77I`XuBHGPvkrOvf&4_F|C9MFD_)|gOiTl+dX@KDiJ2Hk1C_|xLZ
zZztoe5hK42c>8pV)FqRNP=91GzxedAo=1zKDsN8)hjl^TV7Pumk~ubTi#?GScT*3l
zldPN7l^DZB_B|)2dsg3bs=ixvi6~s<88>OS12Le;z?%PuLf{?ql6t7F?l4!Ffa&0{
zzcOcbcOn(;Z@dyBK>e%MltkiL<TM~=k>$9#rLo+y59wgrrtbX}A<sldfU(lV7Rw51
zV`x84($Qcplz{vk3gi)pVPD8WY<LF|bu5lFZz033Ze<V_I0S|;<Aez=<`10LO`s(d
zK+mW>&RdTto=K-=lE#zH)-y>@hfJ?eK!cyZibeG=z|_M`-AaF$1^&p*nQp?Oq0Vy~
zS06UFl+*A{|H8yb%<OC48&LuuJ06bGccOBh4lV;ngpLHC`RYyn=@)KBS+&WickR&{
zveYb1G!b6&=zJwJyr@q|#LhZ+(BF-=rx>FCcxL|hLjWRbMs?3NS(ll!I%)+b`tpA>
zU%-x9DQyKpB-zbVegMe{g51x4Zyb;kV<#n0Jrsdu%RU)IekxQ+kML96Vv9yq<P&@a
zjl%m=Wcc)5fOpxtB&YY4Ule%@OW6R!_c-fKt0E`}wDu7==OZgy6w|fGuz!^xZY7)N
zFvEB~uc~Oj75fDv%lln|gr~UrgbfIeWfmVf1yTBzOn_FVo{B14q^7WT*n-)ZQi?o+
zmMzC{D{ezI;^7_9#COT%k7eKo=~qRIG7n(|g3UI>pUn*vE>}N9QDJz~o)hd#PF#JQ
zlB&yyI^#u-s%9E@3s!l&`TSJr{rCo$#NL@kq#ON6_P0MeY9^L&o`<@uz~-yq<l&p&
z6Jf7_2GDc>Eo;|yl7fT@9pMMu&)v7foIliV6eErS9{^#5Cr7L%$zekz;Eo6`g3uqU
zEnC%NGC?}S(K!TF3D>(ltVTUD+Go3IMpyMjt>3kNvqOp;g6sY?eHUnDi%#`Sc0lm4
zS~JeW9d0Z#os#Pq=hzxQ?9k-~l8j*uH?RpQ5tZLGkLY?1Miq*&vKHmAP-tCn)>)0r
z@PZfitUWi}OX5t#n_DIxe^{<pVdurL;L%T%9Sr{VhhW_k#PJW3eMA5DN*dIA#=v>n
z{7oPFb2fGttYBA1k;77z@o8z)NauNcVJXO$-K0UW6n^IWnf;QJ(>>R(iXmO))Yt&R
zNUB;`yWCw5G8cM~<1PJ^*uQJWS#;D$MB$3j7iY|pz2*0Au`Nq30lu?+l2^o=?C>EU
zoV2T(Np?wNp_AJsuemF@)cx>9C`_UFhDWddBrhysnT@mbfyPN)YLvz#2p@1)Rxcs%
zhGgRqrMckU*I%*po@*^F&RL3_!Q<)<D0EW*;)p&;2f($$CS~KhSIw+*j2|tT{2&i<
zYK@-_Jb$9pC5e6n;FmbKuukj3&PWP}ztX4JqqpftuNgVL!C9yG`Bv1N1Ft*HeGARM
z_?`@))Uxx?B3Jg-&+UH>8QxG#tZxmeK(f*Rrz9t=#Q=|=+3fRg8XagMo``l}#b)>%
z8DUkKpcsC05vZ=@r9r-{i&-Bo^@ya3?;pUOR&f5AlC@EMUryoJGxi1>dKBthT?<$J
zr6UQD$hUt#4o5wk;gmK<5R$Umw7h3c3+ZYNAlX0Z(V6&vRvT}!;nT;cCx3LWE&OsJ
zD7pC2Z*hAz%T<kAw*RQFKM<kA(7=^1^jr1l{Jflt;Xf_`S42*a-cuO%PGn=X-sINp
zQ!EtsOj^CrWKm97Ri#Jj$1Wyso2d1B_RB;}nEvj0z^^w`Of^%vCvO%Bn*8BdOoev0
zeumk!usACxqpGAbwcmPKV(Vig_b~pRES6=t=t76tyy~sp>s_XA-7WQIQ<CDIQ01qe
zvT7BT+*^*G-W^@ym-;dL-2N8cbxRLD+UlgbO0f~xJ(pO~KmC5j(OU5d)>^CPY?#_V
zz1!u=mWq|Et2y#3!*4IWJ>~w?Lqf?%j~Crwl$8np7Ou3*W8s~<ns(PuiHYeK&z5Kj
z|N2o#KK*7=bZ})Pi@l*L*SgckPhVX#p)z#(s)CIM+hj_!Rrjns8s#!y!1!5cYU~Pa
z|I6o3b*fKWQRde6;nKIy%a313KFRO$>0{WT)4)#m97cv(O<wc!T%SyM((N|p#TLa!
z&5V7q_~|mQ5a*5I(_ZVuo$po(7rmDu>9+0oVv!=DwD`!RH5K~0+$p?;O7>yjo*&BI
z-8gsBN9m+LAJ0e55q|Bf86C05@@IXwoAm~_jhrHu_CcLl9cx-luSKeDIpDPIZN{^m
zfm0?5f1YEb-W*n@b1VDek9Mt93oTf0um6{_u5E*r@_pV<d!#x(O+T#_w%%sjoSk8H
ztD;<{-1h3~($(A3dJ1@G#EvC4w<J}w?7i*oeL7MrbaldV&ewBhl<{?Et;ky3`XSp}
zJ;0){@X?d3i}KEuA4S5OJF-3`{$jeo{_B`bl=td@13|^gN>WFAZ+1M^6<P7)^7Wq;
zo&~uQz#TtbA94hxUa@Xcop#Km?|Rg+&Vov@-_K9|Q(C3ieOlnsC9kLRYtKI_+_UIS
zR>|p&YZiSn+R`QNzxSY={iZF|l``3ZJ408`nUfnaHzFdZEZ0)2%rhzcsl~mbRa=CP
zN0;>ni$<Bnap_OvJ^Ja!r=CpBMZc4(EFWDFK4i_kXVo5`Dc9emzdUky)$VStJDZBr
zB=_f>?LInNbh75*rya`w4X5nqJ$ltaMlMxGA2_vif%~}BmU5ev_hpMxcU3D|KTbLY
zy#Mb4OLNQhxjx#;w`D^<%bj4h_BZ$rym+vnEppH0iF%Kdz2oGfz2A$h$)l_>LzHeA
z5#TWL0Y~7ZFvEdH2x+-(Iq+mp4B&7cc+*-s_vu?zvG;+JswJ)wB`Jv|saDBFsX&Us
z$iT=<*U&)M&^W}<(8|!n%FtZfz`)ADz+@`p9TW|@`6-!cmAEyyp4gcHvfk6x&t;uc
GLK6VpR9XuF

diff --git a/docs/marca/logotipo-2l.svg b/docs/marca/logotipo-2l.svg
index da92b77..06c5f76 100644
--- a/docs/marca/logotipo-2l.svg
+++ b/docs/marca/logotipo-2l.svg
@@ -1 +1 @@
-<svg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 631 398" width="631" height="398"><g transform="translate(-3.0,-25.6)"><path fill="#111111" d="m 117.6,42.6 q 1.6,1.4 1,2.4 -0.4,0.6 -0.6,0 -0.2,-0.4 -1.8,-1.2 -1.4,-0.8 -1.6,-0.6 l 0.8,0.6 q 1.8,1.4 1.8,2.2 -0.4,0.2 0.2,1 l 0.4,0.4 q -0.4,-0.2 -1,0.2 l -0.2,0.2 q 0.2,-0.4 -0.2,-0.8 -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.6 V 48 L 115,47.4 q -0.8,-1 -2.6,-1.6 -1.6,-0.6 -2,-0.2 -0.2,0.2 0.8,0.6 1,0.4 1.2,0.4 0.2,0 1.2,0.8 0.4,0.6 0.6,0.6 -0.4,-0.2 -0.4,0.2 0,0.6 1,0.4 0.4,0 0.2,1 -0.2,0.6 -0.4,0.6 -0.6,-0.2 -1,-0.2 0.2,0.2 0,0.2 0,0 -0.2,0 -0.4,-0.4 -0.2,-0.6 0.2,-0.4 -0.4,-0.4 -0.4,-0.2 -0.8,0 -0.4,0.2 0.2,0.8 0.6,0.6 0.2,1.6 -0.4,0.8 0.4,1.6 1,0.6 1,1.2 0,0.4 -1,-0.2 -0.8,-0.8 -1.2,-0.6 -0.2,0.2 -0.2,0 0,-0.4 -0.6,-0.6 -0.4,-0.2 -0.4,0 0.2,0.2 0.4,0.4 0.4,0.8 0.6,1.2 0.4,0.2 0.4,0.6 0.2,0.2 0.2,0.4 0.2,0.2 0.2,0.6 0,0.2 1,1.2 0.6,0.6 0.4,0.8 -0.8,-0.2 -0.8,0.2 0,0.2 1,0.2 1.4,-0.2 2.2,1.6 0.6,0.8 0,1.4 -0.4,0.4 -0.8,0 -0.4,-0.6 0,-0.8 0.6,0.2 0.6,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -1.6,-0.8 -2.4,-1.6 0,0.8 1.4,1.4 1.4,1.6 0,1 -2.4,-1.4 -1.6,-1.6 -3.4,-2.4 l -1.8,-0.6 1,1 q 1.2,1 1.4,1 0.2,0 0.8,0.6 0.8,0.6 1.8,1.4 l 0.4,0.6 Q 112,62 112,62.4 q 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -1.2,-0.4 -1.2,-1 -1.6,-1 -0.4,0 -0.2,-0.2 0.2,-0.4 0.6,-0.2 V 61 q -0.2,-0.4 -0.6,0 -0.2,0.2 -1.4,-0.2 l -1,-0.6 1,0.8 q 1,1 1,1.4 0.2,1.6 1,1.6 0.6,0 0.6,0.8 l 0.2,1 -1,-1 q -1.2,-1.2 -4.6,-3 -3.4,-1.8 -4.2,-1.6 -0.4,0 -3.6,-1.4 -3,-1.4 -3.4,-1.4 -0.2,0 -7.4,-2 -17,-4.8 -16.4,-3.2 0.4,0.6 -3.8,11.4 -0.8,2.4 -1.4,4.2 -0.6,1.6 -0.8,2 -0.2,0.2 -0.6,1.6 -0.8,2.6 -2.8,9.2 -2.8,9 -5.8,25.6 -0.8,5.4 -1,5.6 -0.2,0 -0.2,1.4 0.2,1.2 -0.8,1.8 -0.8,0.6 -0.8,2 0,1.2 0.4,1.6 v -1.2 q -0.2,-1.8 0.4,-2 0.6,-0.2 0.6,0.4 0,0.8 -0.6,6.2 -0.8,5.6 -1,8.6 -0.2,2.8 -0.6,2.6 v 0.4 q 0.2,0.6 0,5.2 -0.4,4 -0.8,4 -0.4,-0.4 -0.4,-1 l -0.4,-0.2 Q 50,142 50,144 q 0.2,1.8 0.4,1.8 0.4,0 0.4,-1.4 0,-0.8 0,-0.6 0.4,0.8 0.4,2.4 l -0.2,1 -0.2,-0.4 -0.2,0.2 0.2,1 q 0.4,-0.2 0.4,0.2 0,0.2 -0.4,0.4 -0.2,0.2 0,2.6 v 1.8 q -0.2,-0.4 -0.6,-3.6 L 50,146.2 v 3.4 q 0,3.4 -0.2,3.2 l -0.6,8 q 0,1 0,2.4 0,5 -0.4,5.2 -0.4,0 -0.4,0.4 0,0.4 0.4,0.2 0.2,-0.2 0.2,1.4 0,1.4 -0.2,3.4 0,1.8 -0.2,2.6 v 0.8 L 49,178 q 0.2,1 -0.4,1.2 -0.6,0 0,0.6 0.6,0.6 0,0.8 -0.6,0.2 -0.8,0.2 0,0 0.2,-0.6 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,-1.6 l 0.4,-1.4 q 0.4,0.2 0.4,-0.2 0,-0.6 -0.6,-0.4 h -0.4 q 0.2,-1.2 -0.6,-11 -0.2,-1.8 -0.6,-2 v 0.2 q 0.2,0.6 -0.6,0.8 -0.6,0.2 -1,1.2 -0.2,0.8 -0.2,8.6 0,7.8 -0.2,7.4 -0.2,-0.2 -0.2,0 -0.2,0.2 -0.2,0.4 -0.2,13.8 -0.4,14 Q 43,196 43,195 q 0,-1 0,-2.6 0,-1.4 0,-3.4 l -0.2,-4.8 q -0.2,2.2 -0.4,2.6 l -0.2,-0.6 0.2,-0.8 -0.6,0.8 q -0.6,0.8 -0.2,1.4 0.4,0.4 0,0.8 -0.4,0.4 -0.4,3.6 v 3 L 41,192 q -0.2,-3 -0.6,-3.2 l -0.2,0.6 q 0.2,1.2 0,3.4 0,2.2 0,4.4 0,2.2 -0.2,2 -0.2,-0.2 -0.4,-2.2 0,-2 -0.2,-2.2 0,0 0,-1.2 -0.2,-4.2 -0.8,-5.2 -0.4,-0.6 -0.4,-2 0,-1.4 -0.2,-3 l -0.4,-1.8 -0.2,2 q 0,0.8 0,-0.2 -0.2,-0.8 -0.2,-3.2 0,-5.2 -0.4,-6 -0.4,-1 -0.4,-2 v -1 q -0.2,0.2 -0.2,1.6 0,1.4 0,2.8 0.2,1.6 -0.2,2.2 -0.2,0.6 0,0.8 0.4,0.2 0.4,2.4 0,2 -0.4,2.4 -0.4,0.6 0,1 0.6,0.2 0.2,0.4 -0.4,0.2 -0.4,0.6 0,0.2 0.2,0 l 0.4,2.4 q -0.2,1 -0.2,1.2 -0.4,0.4 -0.2,0 0,-0.2 0,-0.6 0,-1 -0.2,-1 l -0.4,-7.2 q 0,-1.4 0,-3.2 l -0.2,-10.8 -0.2,23.4 -0.2,-14.4 -0.4,-12 -0.2,2.4 -0.4,-6.6 v 3.6 q 0,3.8 0.2,3.8 0.4,0 0.4,2.6 l -0.2,2 q -0.2,-0.8 -0.6,-0.8 -0.2,0 -0.2,11.6 0.2,11.4 -0.2,11.2 H 33 q 0.4,0.2 0,1.2 -0.2,1.2 0,2.6 0.2,1.2 0.4,0 0,-0.2 0,-1 l 0.2,-2.4 v 2.4 q 0.2,2.6 -0.2,2.6 -0.4,0 -0.4,1.4 l -0.2,-0.2 q -0.2,-0.8 -0.2,-2.2 -0.2,-3.8 -0.4,-4.6 Q 32,192 31.8,177 q 0,-0.2 0,-0.4 L 31.4,162 q 0,0.2 0,0.8 v 0.2 l -0.2,1.2 q -0.2,-0.4 -0.2,-3.4 0,-2.4 0,-5 0.2,-2.6 0.2,-4.2 0.2,-1.6 0.4,-1.4 0.2,0 0,4.8 0,1.2 0,2.4 0,1 0,1.6 0.2,0.6 0.2,0.4 0.2,0 0.2,-6.6 l 0.2,-5.4 q -0.2,1.2 -0.6,1.6 -0.4,0.4 0,-4.4 0.2,-1.2 0.2,-2.4 0.2,-1.6 0.4,-4.2 0.2,-2.4 0.4,-3.6 0.2,-0.4 0.2,-0.6 0.2,-0.4 0.2,0.2 0,0.2 0,1 l 0.2,1.6 0.2,-2.2 q 0.2,-2.2 0.2,-2.4 l -0.2,0.4 q 0,0.6 -0.4,0.6 -0.2,0 -0.2,-0.2 0,-0.2 0,-0.8 0,-0.6 0,-1.4 0.2,-1 0.4,-2.2 0.2,-1 0.4,-8.6 0.2,-7.6 0.4,-9.6 0.6,-9.8 1.6,-17.4 3.4,-23.8 9.8,-40.2 1.4,-3.4 1.2,-3.6 -0.2,-0.2 -4.4,0 -4.2,0 -5.6,0.2 -4.2,0.6 -6.2,0 0.2,-0.2 0.6,-0.2 0.6,0 2.4,-0.2 1.8,-0.2 3.2,-0.4 1.2,-0.2 1.6,-0.4 0.6,-0.2 6,-0.4 1,-0.2 0.8,-0.4 -0.4,-0.4 -2,-0.2 -1.4,0.2 -4.2,0.4 -2.6,0.2 -2.4,0.4 0,0.2 -0.6,0.4 -0.4,0 -1.4,0 -0.8,0 -1.8,0 -4,0 -3.8,-0.2 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,0.2 0,0.4 -3.6,1 Q 23,49 23,48.6 23,48 23.8,47.8 l 0.4,0.2 1,0.2 q 0.8,-0.2 1.2,-0.6 0.2,-0.4 3,-0.4 2.8,-0.2 3,-0.4 0.4,-0.2 1.2,-0.4 h -2.8 q -3.4,0.2 -8.8,0.4 -5.2,0 -7.6,0.4 Q 12,47.4 12,47 q 0,-0.4 1.2,-0.6 l 0.8,0.2 q -0.2,0.2 0,0.2 0.4,0 1.4,-0.2 1,-0.4 2.4,-0.6 1.4,-0.2 2.6,-0.6 l 1.2,-0.2 h -1 L 20.4,44.8 14.8,45 q -1.8,0.2 -2.4,0.4 -0.8,0.2 0,-0.4 0.6,-0.6 1.8,-0.6 1.2,0 1.4,0 0.2,0 2,-0.4 1.8,-0.2 1.8,-0.6 0,-0.6 -0.6,-0.6 -0.2,0 -0.2,0.2 -0.2,0 -0.2,0 l -0.6,0.4 q -0.6,0 -2.4,0.2 L 14,43.4 q 0.2,-0.4 1,-0.2 0.6,0 1.4,-0.4 0.8,-0.4 1.4,-0.4 0.6,0 0.4,-0.4 -0.4,-0.4 -1,0 -0.6,0.2 -1.6,0.2 -1.2,0 -2,0 -0.8,0 -0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 1,-0.4 0.4,-0.8 0.2,-0.8 -0.4,0 -0.6,0.4 -0.2,0.4 -0.6,0 -0.6,-0.4 -0.8,0 -0.4,0.4 -0.6,0.2 -0.2,-0.4 -1.2,0.2 -1,0.4 -1.2,0.4 -0.2,-0.2 -0.2,-0.8 0,-1 0.8,-0.8 0.6,0.2 0.6,-0.2 0,-0.6 -1,-0.2 -0.6,0.2 -1.2,0.4 -0.6,0 -1,0 -0.4,0 -0.4,-0.2 0,-0.2 -0.6,0 Q 6,40 5.8,39.6 5.6,39.4 5.6,39.4 q 0,0 0.2,0 0.4,0.4 0.4,-0.2 0,-0.6 1,-0.4 Q 8,39 8,38.6 8,38.2 8.6,38.4 9,38.6 9.2,38.2 9.4,37.8 9.8,38 q 0.2,0.2 0.4,0.2 0.2,-0.2 0,-0.4 0,-0.4 1.8,-0.8 l 1.6,-0.4 -1.8,0.2 Q 9.8,37 9.6,37.4 H 9.4 q 0,-0.2 -0.6,0.2 -1,0.8 -1,0 0,-0.2 0.2,-0.4 0.4,-0.6 0.8,-0.4 0.2,0.2 4.8,-1.4 1.8,-0.6 2.2,-0.4 0.4,0.2 0.4,-0.2 0,-0.4 0.4,0 l -0.2,-0.6 q -0.8,-0.6 -1.2,-0.2 -0.4,0.2 -1.4,0.4 -1.2,0 -2,0.4 -0.6,-0.2 -0.6,-0.2 0.2,-0.4 0,-0.4 -0.4,0 -0.4,0.4 -0.2,0.2 -2.6,0.6 Q 5.6,35.6 5.4,35.4 5,35 5.6,34.8 5.8,34.8 6,34.8 6.8,34.6 7.4,34.4 8,34 8.6,34 q 0.6,0 1.4,-0.2 5.4,-1.4 6.2,-1.2 0.8,0 0.8,-0.4 0,-0.6 5.4,-2 l 1.8,-0.4 -2.4,0.2 q -2.6,0.2 -3.4,0.2 -0.8,0 -0.8,0.4 0,0.2 -1.6,0 -1.6,-0.2 -1.6,0.2 0,0.2 -0.6,0.2 -0.8,0 -1.4,0.2 -0.6,0.2 -0.6,0 0,-0.6 2.4,-1 2.4,-0.6 4.4,-0.6 1.8,-0.2 1.8,-0.4 0,-0.4 0.6,-0.6 0.6,-0.4 1,-0.2 0.2,0.2 -0.2,0.2 -0.4,0 -0.4,0.4 0,0 0.2,0 0.4,0 1,0 0.6,0 1.2,-0.2 2.6,-0.4 4.8,-0.6 2.4,-0.2 2.6,-0.6 0.2,-0.4 -0.8,-0.2 -0.8,0.2 -1,0 L 30.2,27 q 2.4,-0.2 5.2,-0.6 1.6,-0.2 1.8,0.4 0.2,0.4 0.4,0 0.6,-1 2,0 0.6,0.4 1.2,0.2 0.6,-0.2 0.6,-0.6 -0.2,-0.4 3,-0.4 3.4,-0.2 3.4,0 0,0.2 0.2,0.2 0.4,0 0.8,0 0.4,-0.2 0.6,-0.4 h 0.4 q -0.4,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.4 1,-0.4 0.6,0 0.8,0.2 0.2,0 0,0.4 0,0.2 0.2,0.2 0,0 0.4,-0.2 0.4,0 0.4,0 l 2.2,0.4 q 0.4,0 0.8,0 l 2.8,-0.4 Q 58.8,26 59,26 q 0.2,0 0.6,0.2 1,0.2 3.4,0.4 2.6,0 3.8,0.4 1.4,0.2 2.4,0.4 l 0.2,0.2 0.4,0.2 q 3.2,-0.6 7.6,0 1.8,0.2 4.6,0.6 3,0.4 3.4,0.6 0.6,0.2 1.4,0.2 2.6,0.2 10.6,2.8 11,3.8 12.4,5 2,2 2.8,2 0.6,0 1.2,0.6 0.8,0.4 0,0 -1,-0.4 -1,0 0,0.2 1.4,1 1.6,0.8 2,0.8 0.2,0 -0.8,-0.8 l -0.8,-0.6 1,0.4 q 0.8,0.4 0.8,0.6 0,0.2 1.2,1.6 z M 11.2,40.4 q 0.2,0 0.4,-0.4 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 0,0.4 0.2,0.4 z m 7.6,1.6 q 0.4,0 0.8,-0.2 l 0.2,-0.4 q -0.4,0 -0.8,0.4 z m 2,1.4 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 L 20,43 q 0.6,0.4 0.8,0.4 z m 0.6,-1.6 q 0.4,0 0.4,0 -0.2,-0.4 -0.6,-0.4 z M 24,30.4 q 0,0 0.2,0.4 l 0.6,-0.2 Q 24.4,30.4 24,30.4 Z M 23.4,45 q 0,0.2 0.4,0.2 L 24.2,45 q -0.4,-0.2 -0.8,0 z m 0.6,1.4 q 0.8,0 0.8,-0.2 -0.6,0 -1.4,0 -0.4,0.2 0,0.2 0.2,0 0.6,0 z M 26.4,31 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,-0.6 q 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 0.2,0.2 0.6,0.2 z m 5.2,-3.2 q -0.2,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.2 -0.4,-0.2 -0.2,-0.2 -0.4,0 z m 1.8,0 q -0.4,0.4 0.4,0.4 0.8,0 0.4,-0.4 -0.4,-0.4 -0.8,0 z m 2.6,0 q 0.2,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m -3.8,118.4 q 0,0 0.6,-6.8 v -2.2 l -0.4,2.4 q -0.6,5.2 -0.2,6.6 z m 1,-14.6 q 0,0 0.2,0.4 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0.2,38.8 q 0.4,0 0.4,-0.2 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.4 0,0.2 0.2,0.2 z m 0.8,-16 q 0,-1.4 0,-3 -0.2,0.8 -0.2,1.6 v 1.6 z m 0.4,-33 q 0,0 0.2,0.4 0.2,-0.4 0,-1 -0.2,0.4 -0.2,0.6 z m 0.2,37.8 q 0.2,-1.2 0,-2.2 0,0.4 -0.2,1 l 0.2,1.4 z M 47.2,29 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 0,23 q 0.2,0 0.4,-0.2 0.2,-0.4 -0.2,-0.4 -0.2,0 -0.2,0.4 0,0.2 0,0.2 z M 42.6,27 q 0.8,0 2.6,-0.2 2,-0.2 2.2,-0.4 H 46 q -1.4,0.2 -3,0.2 z M 46,54.6 q 0,0 0.2,0 0.6,-0.6 0.6,-1.2 0,-0.6 -0.2,0 -0.2,0.6 -0.6,1.2 z m -10.4,91 q 0.2,-0.6 0,-1 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.6 z m 0.4,7.2 q 0.2,-0.4 0,-1 0,-0.4 -0.2,-0.2 0,0.2 0,0.6 0.2,0.4 0.2,0.6 z m 1.2,15 q 0.2,0 0.2,-2.6 0.2,-2.6 -0.2,-2.8 -0.4,-0.2 -0.4,2 0,3.4 0.4,3.4 z m 0.2,-40.6 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.8,50.6 q 0.2,-0.2 0,-2 l -0.2,-1.6 -0.2,2 z M 38,173.2 q 0,0 0,0.4 0.2,-0.4 0,-0.8 0,0.2 0,0.4 z M 37.6,91 q 0,0 0.8,-6.2 l -0.2,0.4 q -0.6,1.4 -1.8,10.2 -1,8.8 -1,13.2 -0.2,3.6 0,2.8 0.2,-1 1,-8.8 0.4,-6 1.2,-11.6 z m 3.2,95 q 0,0 -0.2,-1.6 v 0.4 q -0.2,0.6 -0.4,1.6 0,0.8 0,1.4 0.2,0.6 0.4,0.6 0.2,0 0.2,-2.4 z m -0.2,-3.4 q 0.2,2 0.2,0.2 0.2,-0.8 0,-2 0,-2.2 0,-2.2 0,0 -0.2,1.2 -0.2,1.8 0,2.8 z m 0.2,-97.2 q 0.2,-0.4 0,-0.8 0,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z M 41,83.6 q 0.4,-0.2 0.2,-0.8 L 40.8,83 Z M 39.4,81 q 1,-5.2 3.8,-16.4 0.6,-2 1.6,-5 1,-3.2 0.8,-3.4 L 45,57.4 q -0.4,1.4 -0.6,1.6 -0.2,0.4 -1.6,5.8 -0.4,1 -1.4,4.6 -0.6,2 -0.6,2.8 -0.2,1 -0.8,3.4 -0.4,2.2 -0.8,4.2 -0.4,2 -0.6,3.4 -0.2,1.2 0,1.2 0.2,0 0.8,-3.4 z m 2.2,103.8 q 0,0.4 0.2,0.4 0.4,0 0.2,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 0,0.6 z m 0,-2.4 q 0,0 0.2,0.4 0.2,-0.2 0,-0.6 z m 0.6,-3.6 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-2.4 q 0.2,-0.4 0,-0.8 Q 42,175.8 42,176 Z M 46,158.8 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z M 43.8,71.6 q 0.6,-2.2 2.2,-8.2 1.8,-6 1.6,-6.2 l -0.4,1 q -0.4,1 -1.8,5.8 -1.4,4.6 -2.2,8.6 -0.8,4 -1.4,6 -0.8,3.4 -0.4,3.2 0.2,0 0.4,-1 0.4,-2.4 1.4,-6.2 0,-0.2 0,-0.6 0.2,-0.6 0.4,-1.2 0.2,-0.8 0.2,-1.2 z m 4,73.4 q 0,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.6 0.2,0.6 z M 57.4,27 q 0,0 0.2,0.2 L 58,27 q -0.2,-0.2 -0.6,0 z m -2,0.2 Q 55.4,27 54.6,27 54,27 54,27.4 q 0,0.2 0.6,0 0.8,-0.2 0.8,-0.2 z m -1.2,65.2 q 0.2,-0.2 0,-0.6 L 54,92 Z m -0.6,2.4 q -0.2,0.4 -0.2,0.4 0,0.4 0.2,0.6 0.2,-0.6 0,-1 z M 49,53.8 q -0.2,0 -0.6,0.8 -0.2,0.6 0,0.6 0.4,0 0.6,-0.6 0.2,-0.8 0,-0.8 z m -1,87.6 q 0,0 0.4,0.4 0.2,-0.6 -0.2,-0.8 -0.4,-0.4 -0.2,0.4 z m 0,-4 q 0.2,1 0.4,0.6 0.4,-0.6 0.4,-0.8 0,-0.4 -0.4,-0.2 0,0.2 -0.2,0 0,-0.2 0,-0.4 L 48,136.2 q -0.2,0.2 0,1.2 z m 1,-10.6 q 0.2,-1 0.2,-1.8 0.2,-0.8 0.2,-1.2 0,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.8 0,0.6 -0.4,4.4 -0.2,2 -0.4,3.4 0,1.4 0,2.4 0,0.8 0,1.2 0,0.4 0.2,0.4 0.2,0 0.2,-0.4 0.2,-6.8 0.6,-8.6 z m 0.6,-6.4 q 0.8,-8.2 1.4,-7.6 l 0.2,-0.2 q 0,-0.2 -0.2,-0.4 -0.2,-1.2 0.6,-5.6 L 52,102 q 0,0.2 0,0.6 -0.4,1.2 -0.6,2.4 -1,6.2 -1.8,12.2 -0.4,4.4 -0.6,5 0,0.6 0.2,0.6 0.2,0 0.4,-2.4 z m 1.8,10 q 0.2,-0.8 0,-1.8 v 0.2 q 0,0.4 0,0.6 v 1.2 z m -0.2,11.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-8 q 0,-1.4 0.4,-1.4 0.4,0 0.2,-0.8 0,-0.8 -0.2,-0.2 l -0.4,0.2 q 0,-0.4 -0.2,-0.2 -0.2,0.2 -0.2,1.6 0.2,1.4 -0.2,1.8 -0.2,0.4 -0.2,2.8 0.2,2.2 0.4,2.2 0.4,0 0.2,-2.4 -0.2,-2.4 0.2,-2.2 z m 0.6,-8.4 q 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,1.2 z m 1,-4.2 q 0,0 -0.4,-1.4 0,-0.4 0,-0.4 -0.2,1 -0.4,1 -0.2,0 0,1.6 0.2,0.8 0.2,0.6 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.2 z m -0.4,-21.2 q 0,0 0.2,0.4 0,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-72.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,70.8 q 0,0 0.4,-0.2 0.2,-1 0.2,-1.8 L 53,97 q -0.4,0.8 -0.4,1.8 z m 1.8,9.8 q 0,0 0,-1 l -0.2,-0.8 q -0.2,0.8 -0.8,4 -0.4,3 -0.4,3.4 l 0.2,-0.2 q 0.4,-0.4 0.6,-0.4 v -0.2 q 0,-0.6 0,-1.6 0,-1.2 0.2,-2.2 0.2,-1.2 0.4,-1 z M 56,99 q 0,-1.8 -0.2,-1.6 0,0.2 -0.8,4 -0.6,3.6 -0.6,4 l 1,-3.6 v -0.2 l 0.2,-1 z m 0,-72 q -0.4,0 0,0.4 0.4,0.4 0.2,0.6 v 0.2 Q 56.6,28 56.6,27.6 56.6,27 56,27 Z m 0.4,68.6 q 0.2,-0.4 0.4,-1.8 0.2,-1.4 0,-0.6 z M 57,91.8 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.6 -0.2,-0.6 0,0 -0.2,0.6 z m 0.6,-1.4 q 0.2,-0.2 0,-0.6 L 57.4,90 Z m 0,-62.8 q 0,0 0.2,0.4 0.4,0 0.4,0 Q 58,27.6 57.6,27.6 Z M 58,88.8 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.4,-2.4 q -0.2,0.8 0,0.4 0.4,-0.4 0.4,-0.8 z M 60,83.2 q 0,0 0,-0.2 -0.4,0 -0.2,-0.8 L 59.6,82 q -0.4,0.6 -0.6,1.8 -0.2,1 -0.2,1 0.2,0 0.4,-0.4 0.4,-1 0.8,-1.2 z m -0.2,-2.6 q 0,0 0.2,0.6 0.2,-0.2 0,-0.8 z M 59.2,28.2 q 0,0.2 0.6,0.2 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0 -0.6,0.2 z M 61,77.6 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.2,-1.8 q 0,0.8 0.2,0.2 0.4,-0.8 0.4,-1 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.2,1 z m 1.4,-3 q 0,0 -0.2,-0.4 -0.8,1.4 -0.2,1.4 0.2,-0.2 0.4,-1 z m 0.8,-2.6 0.2,-0.8 -0.4,0.8 -0.6,1.4 0.2,-0.2 q 0.4,-0.4 0.6,-1.2 z m 1.4,-4 0.2,-1 -0.6,1 Q 64,67 64,67.6 q 0,0.4 0.2,0 0.4,-0.6 0.6,-1.4 z m 1,-4 Q 65.6,62.8 66,62.4 66.4,62 66.2,61.8 66,61.6 65.8,62.2 Z M 66,54.6 q 0.4,-0.2 0.4,-0.8 0,-0.6 -0.4,0 -0.4,0.8 0,0.8 z M 67,52 q 0,0 0,-0.8 0,0.2 -0.2,0.8 -0.2,0.4 -0.4,0.8 0,0.2 0,0.2 0.2,0 0.6,-1 z m 0.8,-24 q 0,0 -0.2,0.4 -0.2,0.2 0,0.2 0.4,0 0.4,-0.2 Q 68,28 67.8,28 Z M 68,57.2 q 0.4,-0.6 0.4,-0.8 H 68 q -0.2,0.6 -0.2,1 z M 70.6,29 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 l 0.2,0.2 q 0.6,0.4 0.8,0.4 z m 7.2,1.4 q 0.6,-0.2 0.6,-0.2 -0.4,-0.2 -1,0 0,0.2 0.4,0.2 z m -1.2,-1 q 2.6,0.2 2.8,0.2 0.4,-0.4 -5,-0.8 h -1.8 q 0.4,0.2 0.6,0.4 0.2,0 0,0.4 0,0.2 0.2,0.4 0.4,0 1,0 h 1.4 l -1.2,-0.2 q -2.2,-0.4 -0.4,-0.6 1,0 2.4,0.2 z m 3.2,1.4 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,-0.2 z m 0.2,-1 q 0,0 2.4,0.2 0,-0.2 -1.4,-0.4 -1,0 -1,0.2 z m 3.6,0.6 q 0.2,0 0.4,0 0.2,-0.2 0,-0.4 -0.2,-0.2 -0.6,0 -1.2,0.4 0.2,0.4 z m 2.6,0.2 q 0.4,0 0.6,-0.2 -0.6,0 -1,0 0.4,0.2 0.4,0.2 z M 88,31 q 0.4,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m 2.2,0.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 2,0.6 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z m 20.6,10.4 q 0,0 0.2,0.4 0.6,0.2 1,0.2 l -0.2,-0.2 q -0.6,-0.4 -1,-0.4 z m -5,-5.8 q 0,0 -1.2,-0.2 l 0.2,0.2 q 0.6,0.4 1.2,0.2 z m -3,-1 q 0,-0.4 -0.8,-0.4 -0.8,0 -0.2,0.4 0.8,0.2 1,0.2 z m -2.2,-1 q -0.8,-0.4 -1.4,-0.2 0.4,0.6 2,0.8 z m -2.8,-1 q 0,0 -2.8,-0.6 0.2,0.2 1.4,0.8 1.4,0.4 2,0.4 0.2,0 0,-0.2 -0.2,-0.2 -0.6,-0.4 z m -1,23.8 q 0,0 -0.6,-0.4 -0.8,-0.4 -2,-0.6 L 95,56 l 1,0.6 q 1.2,0.8 2.8,0.8 z M 98,35.2 q 0,0 1.6,0.2 Q 99.4,35.2 98.4,35 98,35.2 98,35.2 Z m 6.4,25 q 0,0 0.4,-0.2 -0.2,-0.2 -2.8,-1.2 -2.4,-1.2 -2.6,-1.2 z m 1.2,0.6 q 1,1.2 1,0.6 0,-0.4 -0.8,-0.8 z m 3,1 q -0.2,0 -0.8,-0.4 -0.6,-0.4 -0.8,0 0,0.2 0,0.2 0,0 0.2,-0.2 0.4,-0.2 0.4,0.2 0,0.4 0.6,0.4 z m -0.8,-9 q -0.8,-0.4 -1.2,-0.4 -0.2,0 0.6,0.4 1.2,0.6 1,0.6 0,-0.2 -0.4,-0.6 z m -0.6,3.2 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z M 110,43.4 q 0.8,0.2 0.8,-0.2 -0.2,-0.4 -0.8,-0.2 -0.4,0.2 0,0.4 z m -4.8,-6 q 0,0 5.6,1.6 l -0.2,-0.2 q -0.8,-0.6 -1.6,-0.6 -0.8,0 -0.8,-0.2 0,-0.2 -0.8,-0.2 -0.6,-0.2 -0.8,-0.4 Q 106.4,37 106,37 l -2.4,-0.8 -0.8,-0.2 q -1,0 -2,-0.2 z M 114,46 q 1.2,0.6 1.2,0.4 0,-0.2 -1.2,-0.8 z m 2.2,0.2 q 0.4,0 -0.2,-0.6 -0.6,-0.8 -2.6,-1.6 -1.8,-1 -2,-0.8 l 0.4,0.2 -0.2,0.4 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 0.2,0.2 1.8,1.2 1.6,0.8 1.8,0.8 z m 0,-3.2 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 1.2,0.8 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 z"/><path fill="#111111" d="m 171.19992,118.8 q 0,0 0.2,0.4 -0.4,-0.2 -0.6,0.2 -0.2,0.2 -2,0.8 -3,1 -2.8,1.4 0.4,0 1.2,-0.2 0.8,-0.4 0.8,0 0,1 -5.8,3 -1.2,0.4 -1.2,0.8 0,0.2 -0.6,0.2 -0.4,-0.2 -1.8,0.4 -1.2,0.6 -1.2,0.8 0,1.4 2.4,11.4 1.2,5.2 3.4,12 0.8,2.6 0.8,3 l -0.6,-1 q -0.6,-1.4 -1.2,-2.2 -0.6,-1 -0.4,-1.2 h -0.6 -0.6 q 0.2,-0.4 -0.6,-2 l -0.8,-1.4 q 0,0.4 0.6,3 0.8,2.6 1.2,3 0.2,0.6 0.2,1.2 0,0.2 -0.4,-0.6 -0.4,-0.6 -1.4,-2.6 -1,-1.8 -1.2,-1.6 0,0 1,3 1,3 0.8,3.2 l -0.4,-0.8 q -0.4,-1 -0.8,-1.6 -0.2,-0.4 -0.2,-0.2 0,0.8 0.8,3.6 0.6,1.6 0.4,1.8 l -0.2,-0.2 q 0,-0.4 -0.4,-0.2 -0.4,0.2 0,0.6 0.4,0.2 0.4,1.6 l 0.4,1.2 q 0.2,-0.2 0.2,0.2 0,0.2 -0.4,0.6 -0.2,0.2 0,0.6 0.4,0.4 0.4,0.8 0,0.2 0.4,0.4 0.4,0 -0.2,-0.8 -0.6,-1 -0.2,-1 0.4,0 0.6,1 0.4,0.8 0.4,1 0,0.2 -0.4,0.2 -0.6,0 -0.4,0.4 0.2,0.2 0,0.2 0,0 -0.2,-0.2 -0.2,-0.2 -0.4,0.2 0,0.4 0.4,1 h 0.4 l 0.2,-0.2 q 0.2,0.2 -0.2,1 -0.2,0.6 -0.6,0 0,-0.4 -0.2,-0.8 -0.8,-1.6 -1,-1.6 -0.4,0 0.8,3.4 0.4,1 0.6,1.6 0.2,0.4 0.2,0.8 0.2,0.2 0,0.4 0,0 0,0 -0.6,0 -3.4,-7.4 -0.4,-0.8 -0.8,-1.6 -0.2,-0.8 -0.4,-1.2 -0.2,-0.4 -0.2,-0.4 -0.2,0 1,3.6 1.2,3.6 1,3.8 l -0.2,-0.2 q 0,-0.4 -0.4,-0.4 -0.4,0 -0.6,-0.4 -0.2,-0.4 -0.8,0 -0.4,0.4 0.2,0.4 0.6,0 0.6,0.4 0.4,0.6 1.4,1 l 0.6,1.2 -0.2,-0.2 -0.4,-0.2 -0.2,-0.2 q -0.4,-0.4 -0.8,0 v 0.4 q 0.4,0 0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.2 0.6,0 0.4,0 0,0.8 -0.4,0.8 -0.8,0.8 -0.4,-0.2 0,-0.8 0,-0.4 -0.4,-0.6 -0.2,0 -0.2,0.2 0,0 0.2,1 0.4,1.2 1.2,2.8 0.8,1.4 0.4,1.4 -0.8,0 -4.2,-8.2 l -1.8,-3.6 q -0.2,0.4 0,0.6 0.4,0.2 0.2,0.8 l 0.2,0.2 q 0.4,-0.2 0.4,0.8 0.2,1.2 0.2,1.6 0,0.6 0.4,1 0.6,0.2 0.2,0.6 -0.2,0.2 0.2,0.4 0.4,0 0.4,1 0.2,0.8 0.2,0.8 0.2,0 0.2,0.8 0.2,0.6 -0.2,0 -0.4,-0.6 -0.8,-0.4 v -0.2 q 0.4,-1 -0.4,-1.2 -0.2,0 -0.6,-0.2 -0.2,-0.4 -0.4,-1 0,-0.6 0.2,-1 0.2,-0.6 -0.6,-0.8 -0.8,-0.4 -0.8,-1.8 0,-1.4 -0.2,-0.8 -0.2,0.6 -1,-0.8 -0.6,-1.6 -0.4,-1.8 h -0.4 q -0.4,0.2 -0.2,-0.6 0,-0.4 0,-0.6 -0.4,0.2 -0.4,-0.2 l -0.2,-0.2 q -0.2,0.2 0.4,2.8 0.8,2.4 1.2,2.8 0.2,0.2 0.2,0.8 0.2,0.4 0.2,0.8 0,0.2 -0.2,0.4 -0.2,0 -0.4,-0.6 -2.4,-6 -3.8,-10.6 -0.8,-3.4 -2.2,-10 -1.2,-6.6 -1.2,-7.6 l -0.2,-0.6 -0.2,-0.4 q 0.2,-1.4 -0.8,-2.6 -0.4,0.6 -0.4,0 0,-0.2 -0.2,-0.4 0,-0.2 -0.2,-0.2 -0.4,0.2 -1.4,0.4 -1,0.2 -0.8,0.8 h -0.2 q -0.6,-0.6 -2.2,-0.2 -5.8,1.2 -12.2,1.8 -2.2,0.2 -9.6,0.4 -7.4,0.2 -7.6,0.4 -0.6,0.6 -1.8,4.8 -0.2,0.2 -0.6,1.4 -2.4,6.2 -4.999999,15.8 -1.4,5 -1.8,6.2 -1.6,4.6 -2.2,11 l -0.6,2 -0.6,1.6 -0.4,1.2 q 0,0 0,-0.6 -0.2,-1 0,-1.2 0.4,-0.4 0.8,-6 l 0.2,-0.6 q 0.2,0.2 0.2,-2 0,-2.2 0.2,-2.2 0.4,0 0,-1 -0.2,-1.2 0.2,-1 0.4,0.2 0.4,0 0.2,-0.4 -0.4,-1.2 -0.6,-0.6 -0.8,-0.4 -0.2,0 0,0.8 -0.2,0.4 -0.2,0.4 -0.4,-0.4 -0.6,-0.2 0,0 0,0.8 0,1 0.4,0.4 l 0.2,-0.2 q 0,0.6 -0.4,0.8 -0.2,0 -0.4,-0.4 -0.4,-1.2 -0.6,-0.4 -0.2,0.4 0,1 v 0.8 q -0.6,-0.6 -1.8,1.8 l -0.4,0.2 q 0.2,-0.8 0.4,-1.8 0.2,-1 0.4,-1.2 l -0.4,-0.2 q -0.4,0.2 -0.4,-0.2 0,-0.4 0,-1 0.4,-1.4 0.6,-1.6 0.2,-0.2 0.2,-1.4 0.2,-1.4 0.4,-1.6 0.6,-0.4 -0.2,-1.6 l -0.2,-0.2 q 0.2,0.6 -0.4,2 -0.4,1.2 -0.4,1.6 0,1.6 -0.6,2.4 -0.4,0.6 -0.4,0.2 0,-0.4 0,-1.2 0.2,-1.8 0.6,-3 0.4,-1.4 0,-2 l -0.2,0.4 q 0.2,1 -0.2,1 -0.4,0 -0.4,0.6 0,0.6 -0.4,0.8 -0.2,0.2 -0.4,1.6 -0.2,1.4 -0.4,1.4 -0.4,0 -0.4,1 0,3.4 -0.8,3.4 -0.2,0 0,-1.8 0.2,-2.2 0.2,-3.2 l 0.2,-1 q 0.2,0.2 0.2,-1.6 l 0.2,-1.8 -0.6,1.8 q -0.4,1.8 -1,5 -0.2,1.4 -0.4,2.2 -0.2,0.8 -0.2,1.4 -0.2,0.4 -0.2,0.4 -0.2,0 -0.2,0 -0.2,-0.2 0.8,-6 1,-5.8 1.2,-7 l 0.2,-1.2 -0.6,1.4 q -0.6,1.4 -1,3.2 -0.6,1.8 -0.8,1.8 -0.4,0 -0.2,-0.6 2.6,-8.8 2.4,-9.6 l 0.2,-0.4 q 0.2,0.2 0.4,-0.6 0,-0.2 0.2,-0.4 0.2,-1.4 0.4,-2 1.4,-3 2.2,-9.2 0.8,-5.2 0.4,-5.2 -0.4,0 -1.8,-0.4 -1.4,-0.4 -2.6,-0.6 -1.2,-0.4 -1,-0.6 0,0 2.2,0.4 3,0.4 3.6,-0.2 0.2,0 0.2,0 0,-0.2 -0.2,-0.2 -0.4,0.2 -1.4,-0.2 -1,-0.4 -1.6,-0.4 -0.4,0 -0.2,-0.4 0.2,-0.2 0,-0.4 -0.4,-0.2 -0.8,-0.2 l -1.2,-0.4 h 1 1 l -0.8,-0.4 q -0.8,-0.4 -1.4,-0.4 -0.4,0 -0.4,0 -0.2,0 0,-0.2 0.2,-0.4 0.6,-0.2 v -0.4 q -0.2,-0.4 0.4,-0.2 0.4,0.2 0.4,-0.2 0,-0.4 -0.6,-0.4 -0.6,-0.2 0.6,-0.8 l 1.2,-0.6 -1.8,0.2 q -2.2,0.2 -2.2,-0.4 -0.2,-0.2 1.2,-0.4 2,-0.4 0.6,-0.8 -0.2,0 -0.8,0 l 0.2,-0.2 q 0.6,-0.4 0.6,-0.4 -0.4,-0.4 0.2,-0.4 0.2,0 0.6,0.2 l 1.2,-0.2 q -0.2,-0.4 -1,-0.4 -0.6,0 -0.6,0 0,-0.2 0.4,-0.4 0.6,-0.2 -0.2,-0.2 -0.2,0 -0.6,0 -1.4,0.2 -1.6,0 l 0.6,-0.6 q 0.8,-0.2 0.4,-0.4 -0.4,-0.2 -1,0.2 -0.6,0 -0.6,0 0.2,-0.4 1.4,-0.6 1.2,-0.4 1.6,-0.2 0.4,0.2 1.8,0 1.2,-0.2 1.2,-0.2 0.2,-0.2 -0.2,-0.6 -0.6,-0.4 0.2,-0.2 0.6,0 2.4,0.4 h 0.8 l -0.8,-0.4 q -0.8,-0.4 -1.2,-0.2 -0.2,0 -0.4,-0.4 0,0 0.2,-0.2 0.4,-0.2 0.8,-0.4 l 0.2,-0.4 q -0.8,0 -1.4,-0.4 -0.6,-0.2 0.2,-0.2 0.4,0 1,0 2,0.2 2,-0.2 0,-0.6 -1,-0.6 -1.2,0 -0.8,-0.2 0.6,-0.4 1.6,-0.4 1.2,0 1.2,-0.4 0,-0.4 0.4,-0.2 0.4,0.2 0.6,-0.4 0.4,-0.8 0.8,-2.8 2.6,-9 3.999999,-12.2 0.4,-0.6 1.2,-3.2 1,-2.6 1.2,-3.2 0.4,-0.8 0.6,-1.6 l 0.2,-1 -0.6,1 q -0.4,0.8 -2,5.4 l -2.199999,5.2 v -0.4 q 0,-1.8 1.599999,-4.8 0.4,-0.6 0.6,-1.8 0.2,-1.2 0.6,-1.6 0.6,-0.6 0.6,-0.8 -0.2,-0.2 0.6,-2.2 1,-2.2 1.4,-2.6 0.4,-0.4 0.4,-0.8 0,-0.6 0.4,-1.4 0.6,-0.8 0.4,-1.2 -0.2,-0.2 -0.2,-0.2 0.2,0 0.4,0 0.4,0.2 0.4,0 0,-0.6 0.8,-2.2 0.6,-1.4 0.6,-1.6 0,-0.4 0.2,-0.2 0.2,0 0.2,0 0.2,0 0.2,-0.2 0,-0.6 0.2,-1.2 0.2,-0.8 0.6,-0.8 0.2,0 0,-0.4 -0.2,-0.4 0.2,-0.6 0.4,-0.4 0.4,-1 l 0.2,-0.6 q 0.2,0 0.8,-1.4 0.8,-1.4 1.4,-3.2 0.8,-1.8 0.8,-2.2 0,-1 0.4,-1 0,0 0.6,-1 0.6,-1 0.6,-1.2 0,-0.4 0.4,-0.8 0.4,-0.4 0,-0.4 -0.2,0 0.2,-0.4 0.4,-0.6 1.8,-3 l 5.4,-10 v 0.4 l -0.4,1.4 q 0.2,-0.2 0.4,-0.6 0.8,-1.2 0.6,-1.8 l 0.2,-0.2 q 0.2,0.6 1,-0.8 1.4,-2.8 2.4,-2.8 0.4,0 0.8,-0.8 0.4,-1 0.8,-1.2 0.4,0 0.4,0.2 -0.2,0.2 -0.4,0.4 -0.4,0.8 -0.8,1.2 -0.4,0.2 -0.4,0.8 0,0.4 -0.6,1.2 -0.4,0.6 -0.4,0.8 0.2,0 0.6,0 0.6,-0.2 1.2,-0.8 0.6,-0.6 0.6,-1 0,-0.4 -0.6,0.4 -0.4,0.6 -0.4,0.2 0,-0.4 1.2,-1.8 1.2,-1.6 1.6,-1.8 0.4,-0.2 0.2,0.4 l -0.2,0.6 q -0.2,-0.2 -0.6,0.2 -0.4,0.2 -0.8,0.8 -0.2,0.4 -0.2,0.8 l 0.4,0.8 q 0.2,0 0.4,-1.2 0.2,-0.4 0.4,-0.6 0.2,-0.4 0.4,-0.2 0.4,0 0.8,-0.8 0.4,-0.8 0.6,-0.2 0.2,0.4 0.2,-0.2 0,-0.2 0.6,-1 0.8,-1 1.6,-1.6 0.8,-0.6 1,-0.4 0.2,0.4 0.2,0 0,-0.4 0.4,-0.2 0.4,0.2 0,0.6 -0.2,0.4 -0.6,0.4 -0.4,-0.2 -0.4,0.2 0,0 0,0.2 0,0 0.2,0 1,0 1.4,0.8 0.2,1.2 0.4,1.8 0,0.2 0.2,0 0.4,-0.2 0.4,0.6 0.2,0.6 0,4.6 -0.2,1 0.2,1.2 0.2,0.2 0.4,-0.4 0.2,-0.2 -0.2,-0.2 -0.4,0 0.2,-1.2 0.6,-1.2 0.4,-1.4 0.2,-3.6 1,-3.6 0.2,0.2 0.4,4 0.2,3.6 0.4,4 0.4,0.4 0,0.8 -0.4,0.4 0,0.4 0.4,0 0.2,0.6 -0.2,0.4 0,0.6 l 0.8,-1.4 0.6,-1.6 0.2,6 q 0,6 0,7 l 1,3.4 q 0.2,0 0.2,2.4 0.2,2.4 0.4,2.8 0.4,0.4 0.4,1.8 0.2,1.2 0.6,2.2 0.6,2.6 0.2,2.6 -0.8,0 -0.6,-1.8 0.2,-0.2 -0.2,-0.2 -0.2,0 -0.4,-1.2 0,-1.2 -0.2,-1.4 -0.2,-0.2 0,2.6 0.4,2.6 0.4,3.6 -0.2,4 0.6,4 0.6,0 1,1.8 0.4,1.6 0.6,1.6 0.4,0 0.2,-0.8 0,-0.2 -0.2,-0.8 -0.2,-0.8 -0.2,-1 0,-0.6 0,-0.8 0.2,-0.4 0.8,0.6 0,0.2 0.2,0.4 0.2,1.2 0,1.4 0,0 0.2,0.6 1.2,2 1.6,6.8 0.2,1 0.6,2.8 0.2,0.6 0.2,1 0.2,0.4 0.2,0.8 0.2,0.2 0.2,0.2 0,0 0.2,0.4 1.8,6.4 1.8,7.8 0,1 2.6,0.4 1.8,-0.4 3.6,-0.8 2,-0.4 4.4,-1.2 2.6,-0.8 3.2,-0.4 0.6,0.4 1.4,0.6 l 0.2,0.2 q -0.6,0 -0.6,0.4 0,0.4 -0.4,0.2 -0.2,-0.2 -0.2,0.2 0,0.4 -0.6,0.2 -0.2,-0.2 -0.4,0 0,0 0,0 0.2,0.6 -1.6,1.2 l -0.6,0.2 0.6,0.4 v 0.2 q -0.6,0.2 -0.8,0.8 -0.2,0.4 -0.6,0 -0.2,-0.6 -0.4,0 -0.2,0.4 -0.6,0.2 -0.2,-0.2 -2.4,0.6 -2,0.6 -2,1 0,0.8 1,-0.2 0.4,-0.4 0.4,0.4 v 0.6 l 2,-0.6 q 6,-2 6,-1.6 0,0.2 -1.6,0.6 -1.4,0.4 -2.2,0.8 -0.6,0.4 -1.2,0.4 -0.2,0 -0.4,0.2 0,0 0,0 0.2,0.4 1,0.2 0.6,-0.2 1.6,-0.2 1,-0.2 1.8,0 1,0 1,0 0,0.4 -1.2,0.8 v 0.4 l 0.6,0.2 q -0.2,0.2 -1.4,0.6 -1.2,0.2 -1.4,0.4 l 2.2,-0.2 q 0.6,-0.2 1.6,-0.4 4.4,-1.2 5.4,-0.2 z m -8,-8 q -0.6,0.2 -0.8,0.4 l 1.6,-0.4 q 0.6,-0.2 0.6,-0.4 -0.4,0 -1.4,0.4 z M 95.399921,164 q -0.2,-0.4 0.2,-1.6 0.4,-1.2 0.4,-1.4 l -0.8,1.4 q -0.6,1.6 -0.2,2 0.4,0.2 0.4,0.2 0.2,0 0,-0.6 z m 4,-52 q 0.4,-0.4 0.4,-0.8 l -0.4,0.2 q -0.2,0.4 -0.2,0.8 z m 1.199999,-3.4 q 0.6,-1.2 0.4,-1.6 l -0.4,0.8 q -0.4,1 -0.4,1.4 0,0.4 0.2,-0.2 0.2,-0.2 0.2,-0.4 z m 4.6,-18.8 q 0,0.2 0.4,0.2 0.4,0 0.4,-0.2 0,-0.4 -0.4,-0.4 -0.4,0 -0.4,0.4 z m 0.8,-1.2 q 0,0.6 0.6,-0.6 0.4,-0.6 0.4,-0.8 0,-0.4 -0.6,0.4 -0.4,0.6 -0.4,1 z m 27,-41 q 0,-0.4 -0.2,-0.4 -0.2,0 -0.4,1 0.2,0.4 0.4,0.4 0.2,-0.6 0.2,-1 z m -1,0.6 q -0.2,-0.2 -0.2,0 0,0 0,0.4 0,0.6 0.2,0.6 0.2,-0.4 0,-1 z m -0.2,53.4 q -0.2,0.2 0,1.4 l 0.4,1 q 0.2,-0.2 0,-1.4 z m -0.2,-1.2 q 0,0 -0.2,0.2 l 0.2,0.4 q 0.2,-0.2 0,-0.6 z m -2,-47.6 q 0,-0.6 -0.4,-0.6 -0.2,0 -0.2,0.6 0,0.6 0.2,0.6 0.4,0 0.4,-0.6 z m -2.6,34.6 v 2.2 l 0.2,1.6 V 91 q 0.4,-0.6 0.2,-2 z m -1.8,7.6 q 0,-0.8 -0.4,-0.8 -0.2,0 0,0.8 0.2,0.6 0.2,0.6 0.2,0 0.2,-0.6 z m -2.8,-0.6 q 0,0 -0.2,0.2 l 0.2,0.6 q 0.2,-0.2 0,-0.8 z m -4.4,7.6 q -0.4,0.6 -0.4,1.2 0,0.4 0.2,-0.2 0.4,-0.6 0.4,-1 z m -1,5.2 q -0.4,1.6 -0.8,2 -0.2,0.2 -0.2,0.6 0,0.8 0.8,-0.8 0.2,-0.2 0.4,-0.4 0.4,-1 0.2,-1.6 h 0.4 0.4 q -0.2,-0.4 0.8,-1.2 1,-0.8 0.6,-1 -0.2,-0.4 0.4,-1.6 0.6,-1.2 0.8,-3.6 l 0.2,-2.4 -1.2,3 q -1.4,3 -1.4,3.8 0,0.8 -0.4,0.8 -0.4,0 -0.2,0.4 0.2,0.4 -0.2,0.4 -0.2,0 -0.6,1.6 z m 1.4,2 q 0,0 -0.2,-0.2 -0.6,0.4 -0.6,0.8 l 0.2,0.2 q 0,-0.2 0.6,-0.8 z m -2.6,4.6 q -0.2,0 -0.4,0.4 -0.2,0.2 0.2,0.2 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.4 z m 3,21.8 q 0.6,0 0.6,0 -0.4,-0.2 -1,-0.2 -0.2,0.2 -0.2,0.2 0.2,0 0.6,0 z m 12.2,-18.4 q 2.2,-0.4 2.4,-0.6 0.4,-0.4 -0.2,-1.6 -0.4,-1.4 -0.2,-1.8 0.2,-0.4 -0.4,-2.2 -0.6,-1.8 -0.6,-2.2 0.4,-1.6 0,-1.6 -0.2,0 -1.6,-4.6 -1.2,-4.8 -2,-8.4 l -0.6,-3 -0.4,1.4 -0.4,2 0.2,-0.2 q 0.2,-0.4 0.4,0.2 0.2,0.6 0.4,1.6 0.6,2.6 1,4 v 1 q -0.4,-0.2 -0.4,0.2 0,0.2 0.6,0.4 0.6,0.2 0.4,0.8 -0.2,0.4 0,0.8 0.4,0.2 0.2,0.4 -0.2,0.4 -0.2,0.8 0.2,0.4 0.4,0.8 0.2,0.4 0.4,0.4 v 0.4 l 0.2,0.4 q 0.4,-0.4 0.4,-0.2 0,0.2 -0.2,0.6 0,0.8 0.2,0.8 0.2,-0.2 0.2,0 0,0 0,0.2 -0.2,0.6 0,0.6 0.4,0 0.4,0.6 0,0.6 0.2,1.4 l 0.2,1 -0.4,-1 q -1,-1.4 -3.2,-8.4 -2.2,-7 -2.2,-8.2 0,-0.2 -0.2,-0.2 -0.2,0 -0.4,1 0,1 -0.4,3.2 l -0.6,1.8 q 0,-0.2 -0.2,-0.6 l -0.2,0.2 q 0,1 -0.4,1.2 -0.2,0.2 -0.4,-0.4 l -0.2,0.4 q 0.2,0.8 -0.4,1.4 -0.4,0.4 -0.4,0.8 0,0.4 -0.8,1 -0.6,0.4 -0.4,0.8 0.2,0.2 -0.2,1.4 -0.4,0.4 -0.6,0.6 0,-1.2 -1,-0.4 -0.2,0.2 -0.4,0.6 l 0.2,0.2 q 0.6,-0.6 0.4,-0.2 0,0.4 -0.8,2 -0.4,0.8 -0.8,1.4 -0.2,0.4 -0.4,0.2 -0.2,0 -0.4,0.4 l 0.2,0.4 q 0.2,-0.2 0.2,0 0,0.2 -0.4,0.8 -0.2,0.6 -1.4,3.4 -0.4,0.8 -0.8,1.4 -0.2,0.6 -0.6,1 -0.2,0.2 -0.2,0.2 -0.2,-0.2 -0.6,0.2 0,0.2 0,0.4 0,0 0.2,-0.2 0.4,-0.2 0.2,0.4 0,0.6 0.2,0.8 0.2,0 1.6,-0.2 l 2,-0.2 0.6,-0.2 q 0.6,0 0.6,0.4 0,0.2 0.4,-0.2 0.6,-0.4 1.2,-0.2 0.6,0.2 1.2,-0.2 0.8,-0.4 2,-0.4 1.2,0 1.4,-0.2 0.4,-0.2 1,-0.2 0.6,0 4.8,-0.8 z m 2.6,-5.8 q 0.2,0.4 0.4,0.4 0.2,0 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.4,0 -0.2,0.4 z m 1.6,22.6 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 4,-72.4 q 0,0 0.4,1.8 0.2,-0.2 0,-2 z m 0.6,3.4 q 0.2,-0.4 0,-0.8 l -0.2,0.2 z m 1.4,6.6 q -0.2,0.2 0,0.2 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m 5.2,23.2 q -0.2,-0.2 -0.2,0 0,0 0,0.4 l 0.2,0.4 q 0.2,-0.4 0,-0.8 z m -1,3.6 q 0,0 -0.2,0.2 0.2,0.6 0.8,3.2 0.6,2.4 0.8,2.2 0.2,-0.2 -0.4,-2.6 -0.6,-2.6 -1,-3 z m 1.2,49.2 q 0.4,-0.2 0.2,-0.6 l -0.2,0.2 z m -1.8,-50.6 q 0.4,0 0.4,-0.4 0,-0.4 -0.4,-0.4 -0.4,0 -0.4,0.4 0,0.4 0.4,0.4 z m -1.4,39.2 q 0.2,0.6 0.4,0.6 0.2,0 0,-0.8 l -0.4,-0.4 q 0,0 0,0.6 z m 1.2,-43.8 q 0,0 -0.4,-1.4 -0.2,0 -0.2,0.4 0.2,2.4 0.6,2.4 0.2,0 0,-1.4 z m 2,61.2 q 0.6,1.4 0.6,2.2 0,0.6 0.6,0.6 0.2,0.2 0.2,0 0.2,-0.4 -0.2,-1.6 -1.6,-2.8 -2.2,-8 -0.2,-1.6 -0.4,-2.4 l -1,-4.4 q -0.2,0.8 0.2,3 0.6,2.2 0.4,3 -0.2,0.8 0.2,0.8 0.4,0 0.2,0.4 -0.2,0.2 0.2,1.6 0.4,1.2 0.4,2.2 0.2,1 0.8,2.6 z m 1.6,4.8 q 0.2,0 0.2,-0.6 l -0.2,-0.6 -0.2,1.2 z m 2,3.2 q 0,0.2 0.4,0.2 0.4,0 0.4,0 0,-0.2 -0.4,-0.4 -0.4,-0.2 -0.4,0.2 z m 3,6.2 q 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.2,0.2 0.2,0.6 0.4,0.4 z m 3.4,-4.4 q -0.4,-0.6 -0.8,0 0,0.4 0.4,0.4 0.4,0 0.4,0 0.2,-0.2 0,-0.4 z m 4.8,-49.4 q 0.6,0 0.4,-0.2 -0.2,-0.4 -0.8,0 -0.6,0.2 -2.4,0.6 -1.8,0.4 -2,0.8 -0.2,0.2 2,-0.4 2.4,-0.8 2.8,-0.8 z m -2.8,-2 q 0,0 2.2,-0.2 l 0.2,-0.2 q 0.6,-0.2 0,-0.2 -0.2,0 -0.6,0.2 -1.4,0.2 -1.8,0.4 z m -4.4,1.4 0.6,-0.2 h -0.6 q -0.6,-0.2 -1.2,0.2 v 0.4 q 0.6,0 1.2,-0.4 z m 1,-0.6 q 0,0 1.6,0 1,-0.2 1,-0.4 0,-0.2 -0.6,0 -0.6,0 -1.2,0.2 -0.6,0.2 -0.8,0.2 z m 5.8,32.8 q -0.6,-1.4 -1,-1.6 v 0.8 q 1,2.8 1.6,3 0,-0.6 -0.6,-2.2 z m -3.4,-14.2 q -0.4,0.2 -0.2,-0.6 0,-0.2 0,-0.4 0.2,-1.2 -0.2,-1.6 -0.4,-0.6 -0.2,-0.8 0.2,-0.4 0,-1 -0.2,-0.6 -0.6,-0.6 -0.4,0 -0.2,1.2 0.2,1.2 0.4,2.2 0.6,4.4 2.4,8.2 0.2,-0.2 -0.8,-3.2 -0.8,-3 -0.4,-3.2 0,-0.2 0,-0.2 0,0 -0.2,0 z m -0.2,-13 q 0.2,0 0.4,0 0.4,0 0.8,-0.2 0.6,-0.2 1,-0.4 h -0.4 q -0.8,0.2 -1.4,0.2 -0.4,0 -0.4,0.4 z m 3,5.6 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.4,-4.6 q 0,0 2.2,-0.8 -0.2,0 -0.8,0.2 -3.6,0.8 -3.6,1 0,0.2 2.2,-0.4 z m 2.4,3.6 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 1,-0.4 q 0.4,0 0.8,-0.2 0.6,-0.4 0.4,-0.4 -0.2,-0.2 -1,0.4 -0.6,0.4 -0.2,0.2 z"/><path fill="#111111" d="m 250.39986,185 q -0.2,0.4 0.4,0.4 0.6,-0.2 0.6,0.4 0.2,0.6 0,0.6 -0.6,0 -2,-1 -1.2,-1 -1.2,-1.2 0,-0.4 -0.6,0 -0.4,0.4 -0.8,0 -0.4,-0.6 -1.2,-0.8 -0.8,-0.2 -0.8,-0.4 0,-0.4 -0.4,-0.2 -0.2,0.2 -1.8,-1 -1.4,-1.2 -2.8,-2 l -1.4,-0.6 1,0.8 q 1,0.8 2.4,1.8 1.6,0.8 1.2,1.2 -0.4,0.2 -0.6,-0.2 0,-0.2 -1.2,-0.8 -1,-0.6 -1.2,-0.6 -0.2,0 -1.2,-1 -1,-1 -1.4,-1 -0.4,0 -0.6,-0.4 -0.2,-0.6 -0.6,-0.6 -0.4,0 -1.4,-0.8 -1,-0.2 -1,0 0.2,0.4 0,0.4 0,0 -0.4,-0.4 -0.6,-0.8 -0.8,-0.8 -0.4,0 -1.2,-0.8 -0.8,-0.8 -1,-1.2 0,-0.6 -0.2,-0.8 v 0.4 q 0.2,0.6 0,0.6 l -0.8,-1 q -0.2,-0.6 -0.2,-0.6 0.2,0.6 -0.2,0.6 -0.4,0 -1.4,-1.2 -3.4,-3.6 -4.6,-3.8 0.4,0.8 3.8,4 3.4,3 4.6,3.8 1,0.8 0.8,1 0,0.2 0,0.2 0,0 0.2,0 0.6,0 0.4,0.8 0,0.8 0.2,0.4 0.4,-0.4 1.4,0.6 1.2,1 1.2,1.6 0,0.4 0.2,0.6 l 0.2,-0.4 q -0.2,-0.2 -0.2,-0.2 0.2,-0.2 0.6,0 1.8,1.2 1.8,1.8 0,0.2 0.4,0.2 0.4,0 1.8,1 1.6,0.8 1.8,1.2 l -0.8,0.2 q -0.8,0.2 -0.8,0 0,-0.4 0.4,-0.4 V 185 q -0.8,-0.4 -0.8,0 0.2,0.2 -0.4,0.4 -0.2,0.2 -0.4,0.2 0,-0.2 0,-0.4 0,-0.4 -0.6,-0.4 -0.4,-0.2 0,0.2 v 0.2 q -0.4,-0.2 -0.4,-0.6 0,-0.4 -0.6,-0.6 -0.4,-0.2 0,0.2 0,0.4 0,0.4 0,0 -0.2,-0.2 -0.4,-0.2 -0.2,-0.4 0.2,-0.4 -0.6,-0.8 -0.6,-0.2 -0.6,-0.2 0,0 0.4,0.4 0.4,0.6 0,0.4 -0.2,0 -0.8,-0.4 -1,-0.6 -1.4,-1.4 -0.2,-0.8 -0.4,-0.8 -0.2,0 0,0.6 0.2,0.4 0,0.4 0,0 -0.8,-0.4 -1,-0.6 -2,-1.6 l -0.8,-0.8 v 0.8 q 0.2,1 0.4,1.2 1.2,0.6 1.6,1 0.4,0.4 0.2,0.6 l 0.6,0.2 q 1,0 1,0.6 l 0.2,0.4 q 0.2,-0.2 0.6,0.2 0.4,0.4 1,0 h 0.4 q -0.2,0.4 0.2,1.2 l 0.2,0.8 -1.2,-0.8 q -4.8,-2.8 -7.6,-5 -1,-1 -2.2,-2 -1.4,-1 -2.6,-2 -6.6,-6.2 -7,-6.2 0,0.2 -0.2,0.2 0,-0.2 0,-0.4 0.2,-0.2 -1,-1.2 -1.2,-1.2 -1.2,-1.6 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.4,-0.4 -0.2,-0.8 -0.8,-0.8 -0.4,0 -1.2,-1 -0.6,-1.2 -1.2,-1.4 -0.4,-0.2 -0.4,-0.6 0,-0.4 -1.6,-2 -1.6,-1.6 -1.6,-1.8 0.2,-0.2 -0.6,-1 -0.4,-0.4 -1.6,-2 -0.8,-1 -1.8,-2.4 -0.8,-1.6 -1.4,-2.2 -0.6,-0.6 -1.2,-1.6 -0.4,-1 -0.6,-1 -1,-1 -4.2,-7.2 -1.6,-2.4 -1.8,-2.4 0,1 -0.6,2.2 -0.6,1.2 -0.6,2.2 0,0.6 -0.2,0.6 l -0.4,-0.8 -0.4,0.2 q -0.2,0.8 0,1 0.4,0.2 0.4,1 0.2,0.8 -0.2,1 -0.2,0.2 -0.2,1.4 0,2 -1.2,1 -0.6,-0.4 -1,0.2 -0.2,0.4 0,0.6 0.4,0.2 1,0.2 0.4,-0.2 0.4,0 0.2,0 0.2,0.8 0,1 -0.4,1 -0.2,0 0,0.6 0.2,0.4 -0.2,0.4 -0.4,0 -0.6,-0.4 l -0.2,0.4 q -0.2,0.8 0.2,0.8 0.4,0 0.4,0.2 0.2,0.2 0,0.6 -0.2,0.2 -0.4,0.8 -0.4,0.8 -0.4,1.4 0.2,0.4 -0.2,0.4 -0.2,0 0,0.6 0.2,0.6 -0.2,1 -0.4,0.2 -0.4,1.2 0,0.8 -0.8,2.2 -0.6,1.4 -0.6,2.2 0,0.6 -0.2,0.8 -0.2,0.2 -0.4,1.2 -0.2,0.8 -0.6,1 -0.2,0.2 -0.8,2.4 -0.6,2.2 -1.6,2.6 -0.8,0.4 -0.6,0.8 0.2,0.4 0.4,0.2 0.4,-0.2 0.2,0.4 -0.2,0.4 -0.6,1.6 -0.8,1.8 -1.4,3.4 0,0.4 -0.2,0.8 -0.2,0.4 -0.4,0.6 0,0.2 0,0.2 l -0.8,1.2 q -0.2,1 0,1.6 l -0.2,0.2 q -0.2,-0.4 -0.4,0.2 -0.2,0.4 -0.4,1.2 -0.6,2 -1,2.4 -0.2,0.4 -1,2.4 -1.4,4 -2.6,4.6 -0.8,0.4 -0.8,-0.2 0,-0.4 0.4,-0.6 0.6,-0.2 0.4,-0.6 -0.2,-0.2 0,-0.8 0.4,-0.4 1,-1.8 l 0.6,-1.2 0.2,-0.8 q 0,-0.6 0.2,-1.8 0.2,-1.4 -0.2,-0.8 -0.2,0.6 -1,2.8 -2,5.2 -2.8,5.2 -0.4,0 -0.6,-0.6 0,-0.6 0,-0.6 l 0.2,-0.4 q -0.2,-0.4 -0.6,-0.2 -0.4,0.2 -0.6,-0.2 0,-0.4 0.6,-2.2 0.8,-2 0.6,-2.2 l -0.2,0.2 q 0,0.6 -0.4,1.2 -0.4,0.4 -0.8,1.2 -0.4,0.6 -1,0.6 -0.4,0 -0.4,0.8 0,1 -0.4,1 -0.2,0 -0.6,0.8 -0.2,1 -0.4,1 -0.6,0 0.2,-1.6 0.4,-1.6 0,-1.6 v -0.2 q 0.2,-0.8 0.2,-1.6 0.2,-1 0.4,-1.4 0.4,-0.4 0.2,-1 -0.2,-0.8 0.2,-1.6 0.6,-1 0.2,-1.6 l -0.2,0.2 q 0.2,0.8 -0.2,0.6 -0.2,-0.2 -0.4,0 0,0.2 -0.2,0.6 -0.2,0.8 -0.4,0.8 -0.2,0 -0.6,0.8 -0.2,0.6 -0.2,0 0,-0.2 0,-0.8 l 0.2,-2.6 0.2,0.2 q 0.4,0.6 0.4,0 0,-0.6 0.2,-1.2 0.2,-0.6 -0.2,0 -0.4,0.4 -0.4,-0.2 0,-0.6 0.4,-1 0.6,-0.4 0.4,-1.6 0,-0.8 0.2,-0.8 l 0.2,-2 q 0,-2.4 0.2,-2.4 0.4,0 0.2,-0.6 -0.2,-0.8 0,-0.8 0.4,0 0.4,-1 0,-1.2 0.8,-5.4 0.8,-4.2 1.2,-7.4 0.6,-3.2 0.8,-3.6 0.4,-0.4 0.2,-0.8 -0.4,-0.6 1.2,-10.6 l 0.4,-4.4 q -0.2,0.6 -1.2,6.8 -1,6 -1,6.6 0,0.2 -0.2,0 l -0.2,0.4 q 0.2,0.4 -0.2,0.8 -0.4,0.2 -0.4,0.6 l 0.4,-0.2 q 0.4,-0.6 0.4,0.2 0,0.8 -0.2,1 -0.2,0.2 -0.4,1.8 -0.2,1.6 -0.4,2 -0.2,0.4 -0.2,1.4 -0.2,2.2 -1,4.8 -0.6,1.4 -1,3.8 -0.2,1.2 -0.6,3 -0.2,1.6 -0.6,2.8 -0.2,1.2 -0.4,1.2 0,-0.2 0.6,-4 0.8,-4 0.6,-4.6 l -0.4,-1.8 0.8,-2 q 0,-0.2 0,-0.4 0.4,-2.8 0.6,-4.4 0.4,-1.8 0.4,-2.8 l -0.2,-0.2 q -0.4,0.6 -0.2,-0.2 0,-0.2 0,-0.8 0.8,-7.6 1.6,-12.2 0.6,-3.6 0.6,-6.6 0.2,-2 0.2,-2.2 0.2,-0.4 0.2,-6.4 0.2,-6.2 -0.6,-6.8 -0.6,-0.6 0,-0.6 0.6,0 0.2,-0.4 -0.4,-0.6 -0.2,-0.8 0.4,-0.2 0,-0.2 -0.4,0 -0.6,0.4 0,0.4 -1,0.2 -0.6,-0.2 0,-0.6 0.2,0 0.8,-0.4 1.6,-0.6 1.6,-1 0.2,-0.6 -0.2,-0.6 -0.2,0 -0.6,0.2 -0.4,0.4 -1.8,0.8 -3.2,0.8 -3.4,-1.4 -0.2,-0.8 1.2,-1.6 1.2,-0.6 1.2,-0.8 0.2,-0.4 -0.4,-0.8 -0.4,-0.6 -1.4,-0.4 -0.2,0 -0.4,-0.2 l 0.2,-0.2 0.2,-0.4 q 0.6,-0.4 1.2,-0.2 h 0.2 q -0.4,-0.2 0.8,-1.2 0.8,-0.6 1,-0.8 l -1,0.2 q -0.8,0.2 -0.8,-0.2 0,-0.6 2,-1.6 2.2,-1 2.6,-1.4 0.2,-0.2 0.2,-10.2 0,-10 -0.2,-14 -0.4,-5.8 -0.6,-17.8 -0.2,-7.6 -0.4,-7.8 -0.2,-0.4 -0.4,-2.2 0,-2 0.2,-2.8 0.2,-0.8 0.4,0.2 0,0.4 0.2,2 0.2,4.2 0.4,8.4 l 0.2,2.2 0.2,-1.8 0.2,-1 q 0,0 0.2,0.4 0.2,-0.2 0.2,-1 V 59 q -0.2,0.2 -0.4,1.2 l -0.2,0.8 q 0,0 0,-1.4 l 0.2,-1.6 0.2,-0.8 q 0,-0.8 0,-2.2 -0.2,-1 -0.2,-1 0,0 -0.2,0.4 l -0.2,-2.4 v -2.2 l -0.2,0.2 q -0.2,1 -0.2,0 0,-0.2 0,-1 0,-2 0.4,-1.8 v -0.8 q -0.2,-1 -0.2,-4.2 V 40 q 0,0.2 0,1 0.2,1 0.4,1.6 0.2,0.6 0.2,1 0.2,0.4 0.2,0.4 0.2,0 0.4,0 0.2,-0.2 0,-1.2 -0.2,-1.2 0.2,-2 0.2,-0.8 0.4,-0.2 0,0.2 0,0.8 0,1.6 0.4,3 l 0.6,1.4 v -1.6 q 0,-1.6 0,-2.4 0.2,-0.8 -0.2,-0.8 -0.2,0 -0.2,-0.8 0.2,-0.8 -0.2,-0.8 -0.2,0 0,-1.4 0.2,-1.6 0.6,-1.4 0.4,0 0,-0.8 -0.2,-0.8 -0.2,-0.8 0,-2.4 0.6,-2.4 0.6,0 0.6,0.4 l 0.4,-0.2 0.2,-0.2 1.4,3.4 q 0,-0.4 0.4,-0.2 0.4,0.2 0.4,-0.4 -0.2,-0.2 -0.2,-0.4 l 0.2,-1 q 0.2,0.2 0.2,0.2 0,-0.2 -0.2,-1.2 l 0.2,-0.4 q 0.4,0.8 0.4,1.2 0,0.4 0.4,0.4 0.4,0 0.4,0.8 l 0.2,0.8 q 0.4,-0.2 0,-1.8 -0.2,-1.6 -0.6,-2 -0.4,-0.6 -0.2,-0.8 0.2,-0.2 0.6,0.8 0.6,0.8 1.4,0.6 0.6,-0.2 0.8,0.2 0.4,0.4 1,1.6 0.4,1 0.6,1.4 0.2,0.2 0.2,0 0,-0.4 -0.6,-2 -0.4,-1.4 -0.2,-1.6 1,-1 2,1 0.4,1.2 0.8,2.2 l 0.4,1 v -1.2 l 0.4,-0.2 h 0.4 q 0,-1.8 0.6,-0.2 0.2,0.4 0.2,0.8 0.4,1.4 0.8,1.6 0.4,0.2 0.4,-0.4 0,-0.6 -0.6,-0.8 -0.4,-0.2 -0.4,-0.4 0,-0.4 0.4,-0.2 0.2,0.2 0.2,-0.2 0,-0.2 0,-0.4 -0.2,-1 -0.2,-1 0.4,0 0.8,1.2 0.4,1.2 0.4,1.8 0,0.8 0.4,0.8 0.4,0 0.2,0.6 0,0.4 0.2,1.2 0.4,0.8 0.4,1.4 0.2,0.4 0.4,1 1.6,4.2 2,8 0.2,0.8 0.4,1.4 0.8,2.4 2.4,11.2 0.6,4.2 0.6,6.8 0.2,2.6 0.4,3 0.2,0.4 0,1.8 0,1.2 0.2,2.2 0.4,1 0,2 -0.2,1 0,1 0.2,0 0.2,7 0,7 0.2,7 0.2,0 2.2,-1.2 2,-1.2 2.4,-1.6 0.4,-0.4 2.8,-2 13.8,-10.6 22,-23 0.6,-1 1,-1 0.4,0 1.2,-1.2 3.6,-5.2 5.4,-9 0.8,-1.4 1.2,-1.2 0.2,0.2 0,0.6 -0.2,0.8 -0.4,1.6 0,0.8 -0.4,1.6 -0.2,0.4 -0.2,0.6 0,0 0.4,0 0.6,-0.4 0.2,0.2 -0.4,0.6 0,0.6 0.6,0 0.6,-0.2 0,-0.4 0.4,-0.2 0.2,0 0.2,0 0.2,0 0,-0.2 -0.2,-0.4 0.6,-2 1,-1.8 1.2,-1.8 0.2,0 0,0.8 -0.2,0.6 0,0.6 0.4,0 0.2,1 0,0.8 -0.4,2.2 -0.2,1.4 -0.6,2.2 -0.8,1.8 -0.6,2.2 0,0 -0.2,0.2 0,0 -0.2,0 0,0 -0.2,0.2 -0.2,0 -0.2,0.4 -0.2,0.6 0.2,0.2 0.6,-0.4 0.6,0 0,0.2 -0.6,0.8 -0.6,0.6 -0.8,0.2 l -0.2,0.2 q 0.4,0.4 -1.2,3.4 -0.4,0.8 -0.8,1.6 -0.2,0.6 -0.4,1 0,0.2 0,0.2 0.2,0 1,-1.2 0.8,-1.2 0.8,-1.6 0,-0.2 0.8,-0.6 l 0.2,-0.2 q -0.4,0 0.2,-0.8 1,-1.2 0.4,-1.2 -0.4,0.2 -0.4,0 0.2,-0.2 1,-1.2 1.2,-1.2 1.2,-1.6 0,-0.4 0.6,-1.6 0.6,-1.4 0.2,-2 V 59 q 0.4,0.4 0.8,-0.4 l 0.4,-0.4 q 0,0.4 0.4,0.2 0.2,-0.2 0.2,0.2 0.2,0.4 -0.2,1.2 -0.2,0.6 -0.4,0.4 l -0.2,0.2 q 0.2,0.6 0.8,-0.2 0.2,-0.4 0.2,-0.4 l -0.2,1 q -0.2,1 0,1 0.2,-0.2 1.2,-2.2 1.2,-2.2 1,-1.2 -0.2,1 -0.4,1.4 -0.8,0.8 0.2,0.8 0.4,0 0.4,-0.6 0,-0.8 0.6,-1.4 0.6,-0.4 0.6,-0.2 0,0.2 -0.2,0.8 -0.2,1.2 0,1.2 0.4,0 0.2,-0.2 0,-0.4 0.2,-1 0.4,-0.4 0.4,0.2 0,1.8 -0.8,4 -0.6,1.8 -0.8,2.2 0,0.4 -0.4,1 -0.4,0.4 -0.2,1 0.2,0.8 -2.4,8.2 -1.2,2.8 -1.2,3.2 -0.4,1 -0.8,0.6 -0.2,-0.4 -0.2,-0.2 0,0.2 0.2,0.6 0,1 -2,4.6 -1.8,3.4 -2.6,4.6 -0.8,1 -0.6,1.4 0.2,0.2 -0.2,0.2 -0.4,0 -0.4,0.6 0,0.6 -0.4,0.2 l -0.2,0.2 q 0.2,0.4 -0.8,1.6 -1,1 -1,1.2 0,0.2 -4.4,4.4 -4.2,4.2 -4.2,4.6 0,0.2 1.8,-1.6 1.8,-1.8 2.2,-1.8 0.4,-0.2 3.2,-3.2 5.2,-5.6 8.6,-12.6 1.4,-2.6 1.8,-2.8 0.4,0 0.4,0.4 0.4,0.8 -2.2,5.2 -0.6,1.2 -0.6,1.6 0,0.4 -0.8,1.2 -0.8,0.8 -0.8,1.2 0.2,0.4 -0.6,0.6 -0.6,0.2 -0.6,0.8 0,0.6 -0.4,1 -0.4,0.2 -1,1 -1.6,2.6 -8,8 -6.4,5.4 -11.2,8.4 -3.2,2 -3.4,2 -0.6,0.6 7,17.6 7.8,16.8 24.6,34.6 3.6,3.8 4.6,5 l 1,1.2 -1.2,-1 q -1.4,-1 -2,-1.6 -0.4,-0.8 -0.6,-0.6 -0.2,0.2 4.4,5 l 2,2.4 q -2.6,-2.2 -8.4,-8 l -4.4,-4.2 q 0.6,0.8 4.4,5 4,4 3.8,4.6 0,0.4 0.4,0 l 0.4,-0.4 q 0,0.4 0.2,0.8 0.2,0.8 2.8,3.4 2.6,2.4 2.4,2.6 0,0 -3.8,-3.4 -3.8,-3.4 -4,-3.2 0,0 3.2,3.2 l 1.8,2 -0.4,-0.2 q -2.2,-1.8 -2.2,-1.2 0.2,0 0.4,0.4 h -0.2 q -0.2,-0.2 -0.4,-0.4 -1.2,-1 -1,-1.2 0.2,-0.4 -0.4,-0.8 -0.4,-0.4 -0.4,0.2 0,0.4 -1.6,-1.2 l -1.4,-1 q 0.4,0.6 3.8,4 3,3 2.6,2.8 -0.4,-0.4 -0.4,-0.2 0,0.4 1.4,1.6 1.6,1.2 1.8,1.6 l -1.2,-0.6 q -1.4,-1.2 -2.4,-1.6 l -0.8,-0.4 0.8,0.8 q 0.8,0.8 0.8,1.2 0,0.4 1.6,1.6 1.8,1 1.6,1.6 z m -4.6,-8.8 q 0,0 -0.6,-0.4 -0.6,-0.6 -0.2,0 0.8,1 0.8,0.4 z m -5.4,-113.6 q 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 0,0.4 0.2,0.4 0.2,0 0.4,-0.4 z m -0.4,9 q 0,0 -0.6,1.4 0.2,-0.2 0.6,-0.8 0.6,-1 0.6,-1.4 z m -2.2,4.2 q 0,0 0,0.2 0.2,0 0.6,-0.8 1,-1.6 0.8,-1.8 -0.2,0 -0.4,0.4 -0.2,0.2 -0.6,0.8 -0.2,0.6 -0.4,1.2 z m -2.2,5.2 q -0.8,1.2 -0.6,1.2 0.4,0 0.8,-1 0.4,-1 1,-1.6 1.4,-1.4 0.6,-1.4 -0.4,0 -0.8,0.8 -0.4,0.8 -1,2 z m -0.8,-22.2 q -0.6,0.6 -0.6,0.8 0,1 0.6,-0.4 z m -0.4,2 q 0,-0.2 -0.4,-0.2 -0.2,-0.2 -0.4,0 0,0.2 0,0.2 0.2,0 0.4,0 0.4,0 0.4,0 z m -0.8,5 q -0.6,1.2 -0.4,0.8 1,-1 1.4,-2 0.6,-0.8 0.4,-0.8 -0.2,0 -1.4,2 z m -1,3 q 0,0 -0.2,0.6 0.4,-0.2 0.8,-0.8 0,-0.4 0.2,-0.6 l -0.4,0.2 q -0.2,0.2 -0.4,0.6 z m -0.2,16.4 -0.8,1 q -1,1 -1,1.4 0,0.8 0.6,-0.2 0.2,-0.2 0.4,-0.8 z m -1.4,-19 q -0.6,0.4 -0.6,0.6 0,0.4 0.6,-0.6 z m -3.4,25.6 q -2.2,2.6 -1.6,2.6 0.2,0 1.8,-2.2 l 1.6,-2.2 z m -4.6,3 q 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,0.4 0,0.2 0.2,0.2 0.2,0 0.4,-0.2 z m 2,1.6 q 0,0 -4.6,4.8 0.2,-0.2 0.8,-0.6 1.8,-1.4 2.6,-2.2 0.8,-1 1.2,-1 0.4,0 1.2,-1.2 1,-1.4 2.6,-3.2 1.6,-1.8 1.4,-2 -0.2,-0.2 0.8,-1.4 0.8,-0.6 2,-2.6 1.4,-2.2 1.4,-2.6 l -0.6,0.8 q -0.8,1 -1.2,1.4 -3.2,4.2 -3.2,4.6 0.2,0.4 -4.4,5.2 z m -4.6,8 q 0.6,-0.6 0,-0.2 -0.6,0.4 -0.6,0.6 0,0.4 0.6,-0.4 z m -1.4,-2 q 0,0 -0.2,0.2 v 0.6 q 0.2,-0.2 0.2,-0.8 z m -1.6,1.2 q 0.4,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.8,-0.6 z m -48.2,51 q 0,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.6 0.2,0.6 z m 0.4,-3.8 q 0.2,-0.6 0.2,-1.6 v -0.8 l -0.2,0.8 q -0.4,1 -0.4,1.6 v 0.6 z m 2.6,-83.8 q 0,0 -0.2,0 0,0.4 0,0.6 l 0.2,1.2 v -0.2 q 0.2,-0.8 0,-1.6 z m -0.2,3.8 q 0,2.6 0.4,2.4 0.2,0 0,-2 -0.2,-1.4 -0.4,-1.2 0,0 0,0.8 z m 0.6,6.6 q 0.2,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.6 0.2,0.6 z m 0.2,-9 q 0,0.4 0,0.4 0,0.4 0,0.6 0.2,-0.6 0,-1 z m 0,3.2 q 0.2,-0.6 0,-1.2 0,0.2 0,0.6 0,0.6 0,0.6 z m -6,113.6 q 0.4,-0.2 0.2,-0.8 -0.6,-1.2 -0.6,0.2 0,0.4 0,0.6 0.2,0 0.4,0 z m 1.8,-10 q -0.2,0.6 0.2,0.2 0.6,-0.4 0.4,-0.6 -0.2,-0.2 -0.6,0.4 z m 1.8,-5 q 0,0 -0.2,-0.4 -0.2,0.2 -0.2,0.6 v 0.4 q 0.2,0 0.4,-0.6 z m 0,-1.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 1.2,-5.8 q 0,0 -0.2,0.2 v 0.6 q 0.2,-0.2 0.2,-0.8 z m -0.6,1.6 q 0,0 0.2,0.6 0.2,-0.4 0,-0.8 z m 0,20.2 q 0.4,0.4 0.4,0.4 0.2,0 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.4,0 -0.2,0.4 z m 1,6.4 q 0.4,-0.4 0.4,-0.8 l -0.4,0.2 q -0.4,0.6 -0.4,0.8 z m 1.2,-115 q 0,0 0,0.2 -0.2,0.2 -0.2,0.6 0.2,0.8 0.2,0.8 0.2,-0.8 0,-1.6 z m 0,56.2 q -0.2,0.6 0.2,0.2 0.4,-0.4 0.2,-0.6 -0.2,-0.2 -0.4,0.4 z m 0.4,-31.4 q 0.2,-0.4 0,-1 0,-0.2 -0.2,0 0,0 0,0.4 0,0.6 0.2,0.6 z m 0,-3.8 q 0.2,-0.6 0,-1.2 -0.2,0 -0.2,0.6 0.2,0.4 0.2,0.6 z m -0.2,-11.2 q 0,0.6 0.2,0.6 0.2,-0.4 0,-1 0,-0.2 -0.2,0 0,0 0,0.4 z m 0.2,-2.2 q 0.2,-0.6 0,-1.2 -0.2,0 -0.2,0.6 0.2,0.4 0.2,0.6 z m 0.8,-37.8 q 0,0 0,1.6 l 0.2,2 v -1.6 q 0.2,-1.8 -0.2,-2 z m 0.2,38.8 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 1.4,-48.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.2,33.2 q 0.4,-0.2 0.2,-0.6 l -0.2,0.2 z m 13.8,-11.6 q 0,0 -0.2,0.2 l 0.2,0.4 q 0.2,-0.2 0,-0.6 z m 0.4,85.8 q 0,-0.8 -0.4,-0.8 -0.2,0 -0.2,1 l 0.2,0.8 q 0.2,-0.2 0.4,-1 z m -1,-104.4 q 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 0.2,0.6 0.2,0.6 0.2,0 0.2,-0.6 z m -2.6,113.6 q 0,0.8 -0.8,3.6 -0.6,2.6 -0.6,3.2 l 1.4,-5 q 1.2,-4.8 1.2,-5 z m -2.4,-114.2 q 0,0 -0.4,0.2 0.2,1 0.4,1 0.2,0 0.2,-0.2 0,-0.4 -0.2,-1 z m -0.6,-1.8 q 0,0 -0.2,0.4 l 0.2,0.4 q 0.2,-0.2 0,-0.8 z m 0,128.6 q 0,0 -0.2,0.2 l 0.2,0.4 q 0.2,-0.2 0,-0.6 z m -2.4,10.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.8,-140.8 q 0.2,-0.2 -0.4,-1.2 l -0.6,-0.6 z m 0.4,0.6 q -0.4,-0.2 -0.4,0.2 0,0.4 0.4,0.4 0.4,0 0.4,-0.2 0,-0.2 -0.4,-0.4 z m 1.4,132.8 q 0,-0.4 0.4,-0.6 0.4,-0.4 0,-0.6 -0.2,0 -0.4,0.2 0,0.2 -0.2,0.8 -0.2,0.4 -0.4,1 -0.2,0.6 -0.4,1.2 0,0.4 0,0.8 0,0.6 -0.4,0.6 -0.4,0 -0.2,0.4 0.4,0.6 0.8,-0.8 0.2,-0.4 0.4,-0.8 0.6,-1.8 0.4,-2.2 z m 0.6,-2.2 q 0.4,-0.8 0.4,-1.2 h -0.4 q -0.2,0.8 -0.2,1.2 z m 1.6,-3.8 q 0.2,0 0.2,0 0.2,0 -0.2,-0.6 -0.4,-1 -0.6,-0.6 -0.2,0.4 -0.4,-0.2 0,0.2 0,0.8 l -0.2,1.2 v 0.6 q 0.2,0.6 0.4,0.2 0.2,-0.4 0.2,-1 0.2,-0.6 0.6,-0.4 z m 0.4,-3 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.2,-1.8 q 0,0.4 0.2,0.2 0.4,-0.2 0.4,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.6 z m 0.8,-0.8 q 0,0 0.2,-0.2 -0.4,-0.6 -0.2,-0.8 0.2,-0.2 -0.2,-0.2 -0.6,0 -0.2,0.8 0,0.2 0.4,0.4 z m 0.4,-2.6 q 0.4,-0.8 0.2,-1 -0.2,-0.4 -0.6,0.4 -0.2,0.4 -0.2,1 0,0.2 0.2,0.4 z m 0.4,-1.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.2,-5.2 q 0.2,-0.4 0,-1 0,0.4 0,0.6 0,0.2 0,0.4 z m 0.2,-3.6 q -0.4,0.2 0,0.4 0.6,0.2 0.6,0.4 0,0 0,-0.4 0,-0.6 -0.6,-0.4 z m 0.6,4.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 1.4,-2 q 0,-0.2 -1,-0.8 l -0.8,-0.2 q 0,0 0.2,0.4 0.8,0.8 1.6,0.6 z m 0,-3.8 q 0.2,-0.2 0,-0.8 l -0.2,0.4 z m 0.2,0.4 q -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 -0.2,0 -0.4,0.4 z m 22.6,-16 q -0.4,0.2 -0.4,0.6 0,1 0.4,-0.2 z m -1,-2.8 q -0.2,0.2 0,0.8 0.2,0.4 0.4,0.4 0.2,0 0,-0.6 z m -0.6,-1 q 0.2,-0.6 -0.2,-0.8 -0.2,-0.4 0,0.4 z m 1.8,36.6 q -2.4,-3 -2.6,-2.8 0,0.4 0.6,1.2 0.8,0.8 2.6,3 2,2 2,2 0.2,-0.2 -0.6,-1 -0.8,-0.8 -2,-2.4 z m -3,-3.8 q 0,-0.2 -0.4,-0.4 -0.4,-0.2 -0.4,0.2 0,0.2 0.4,0.2 0.4,0 0.4,0 z m 1.4,-63.8 q 0.4,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.8,-0.6 z m -3,15.6 q -0.8,0.8 -0.8,1 0.4,0 1.8,-1.4 1,-0.8 0.6,-0.8 -0.2,0 -1.6,1.2 z m 0.4,9.2 q 0.2,0 -0.2,-0.6 l -0.4,-0.2 q 0.2,0.8 0.6,0.8 z m -5,30.6 q -0.6,-0.8 -0.8,-0.8 -0.2,0 0.4,1 z m -1.6,-2.2 q 0,0 -1.4,-2 0,0.2 0.8,1.6 1,1.4 1,1.4 0.2,0 -0.4,-1 z m -2.8,-4.2 q -0.4,-0.4 -0.2,0.2 0.2,0 0.4,0.4 l 1,1 q 0,0 -0.2,-0.4 -0.4,-0.6 -1,-1.2 z m 1,4.2 q 0.4,0 0.4,-0.2 0,-0.2 -0.4,-0.4 -0.4,-0.2 -0.4,0.2 0,0.4 0.4,0.4 z m -1,-2.4 q -0.4,-0.6 -0.8,-0.6 -0.6,0 0.2,0.8 0.8,0.6 0.8,0.4 0,-0.2 -0.2,-0.6 z m -2.2,-5.8 q -0.2,-0.4 -0.4,-0.8 -0.2,-0.6 -0.4,-0.8 -0.2,-0.4 -0.4,-0.6 0,-0.2 0,-0.2 -0.2,0.2 0.4,1.6 0.8,1.4 1,1.4 0,0 0,-0.2 0,-0.2 -0.2,-0.4 z m -1.4,-1 q 0,0 -2.2,-4 0,0.2 0.2,1 0.2,0.8 1.2,3 1,2 2,3.8 1.2,1.8 1.4,1.8 0.2,-0.2 -0.4,-0.8 -0.4,-0.8 -0.2,-0.8 v -0.2 q -0.4,-0.2 -2,-3.8 z m -2.2,-58.6 q 0,0 0.2,0.4 0.2,-0.4 0.4,-0.6 0.4,-0.2 -0.2,-0.4 -0.4,-0.2 -0.4,0.6 z m 0.4,1.4 q -1.2,0.4 -0.2,0.4 0.4,0 0.6,-0.2 z m -2.2,-19.6 q -0.4,-0.2 -0.4,0.2 0,0.2 0.4,0.2 0.4,0 0.4,0 0,-0.2 -0.4,-0.4 z m 0,2.6 q 0,0.4 0.2,0.2 0.4,-0.2 0.4,-0.6 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.2,0.6 z m 0.4,26 q 0.4,0.4 0.4,0.4 0.2,0 0.4,-0.4 0.2,-0.4 -0.4,-0.4 -0.6,0 -0.4,0.4 z m 1.2,-16.8 q 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 z m 8.8,81.8 q 0.4,0.2 0.6,0.2 0.2,-0.2 -0.2,-0.4 -0.4,-0.4 -0.6,-1 0,-0.8 -1,-1.6 -0.8,-0.8 -1.2,-1.8 -0.2,-1 -0.6,-1 -0.2,0 -0.2,-0.4 0,-0.6 -0.4,-0.6 -0.8,-0.4 -4.2,-7.6 -1,-2 -1.4,-2 -0.4,0 2,4.4 1.4,2.6 1.6,3.4 0.4,0.8 0.6,0.8 0.4,0 0.4,0.4 0,0.2 1.6,2.8 1.6,2.6 2.2,3.2 0.4,0.4 0.4,0.8 0,0.2 0.4,0.4 z m 1.4,2 q 0,0 0.8,0.2 0,0 -0.8,-1 -0.4,-0.2 -0.6,-0.4 -0.2,0 0.6,1.2 z m 2.6,3.2 q 0.6,-0.6 0.2,-1.2 -0.4,-0.6 -0.6,-0.2 -0.2,0.4 -0.4,-0.4 -0.2,-0.8 -0.6,-0.8 -0.6,0.4 0.8,1.8 0.6,0.4 0.4,0.8 z m 1,1.2 q 0.2,0.4 0.2,0.4 0,0 0.2,-0.4 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.2,0.6 z m 1.2,1.6 q 0.6,0.4 0.8,0.2 0.2,-0.2 -0.2,-0.8 -0.4,-0.6 -0.8,-0.6 -1,0 0.2,1.2 z m -3.4,-8.8 q 0,0 2.4,3.6 2.6,3.4 3.4,4.2 0.4,0.4 2.8,3 l 0.2,0.4 0.2,0.2 0.2,0.2 0.2,0.2 3.4,3.6 v -0.2 q 0,-0.2 -1.2,-1.6 -6.4,-7 -12.6,-16 -0.8,-1 -1.4,-1.8 -0.6,-0.8 -1,-1.2 -0.2,-0.6 -0.4,-0.4 -0.2,0.2 0.8,2 1.2,1.6 2.2,2.6 1,1 0.8,1.2 z m 20,21.4 q 0,0 -2.6,-2.2 l 0.2,0.2 q 2,2.2 2.2,2.4 0.4,0.2 0.2,0.6 -0.2,0.2 -0.2,0.2 0.2,0 0.4,0 0.4,-0.2 2.4,1.4 l 1.8,1.6 q -0.2,-0.4 -4.4,-4.2 z m 0.2,3.2 q -2.2,-2.2 -2.6,-2.2 -0.2,0 -6.2,-6.2 -6,-6.2 -5.8,-5.4 0,0.6 0.6,1.4 0.8,0.6 1.2,0.6 0.4,0 0.2,0.2 -0.2,0.2 5.4,5.8 5.6,5.6 5.6,6 0.2,0.4 0.6,0.4 0.2,0 0.8,0.6 0.6,0.4 1,1 0.6,0.4 0.6,0.6 l 0.4,0.2 q 0.6,0 1.2,0.6 1.2,1.2 1,0.6 0,-0.4 -0.4,-1 -0.6,-1 -1,-1 -0.2,0 -2.6,-2.2 z m -0.6,-28.2 q 0.2,0.2 0.4,0 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.4 0.2,0.6 z m 8,17.2 q 1,1.2 1,0.8 0,-0.2 -0.8,-1 l -1,-0.8 z m 1.6,-3.8 q 0.6,1 0.8,0.8 0.2,-0.2 -0.6,-1 l -0.8,-0.8 z m 6.4,7.8 q 0,-0.4 -0.4,-0.4 -0.4,0 -0.2,0.4 0.2,0.4 0.4,0.4 0.2,0 0.2,-0.4 z m 3.6,10 q 0.2,0.6 0.4,0.4 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.2,0.2 z"/><path fill="#111111" d="m 322.99994,62 q 0,0.2 0.4,0.8 0.4,0.4 -0.2,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 l -0.2,0.2 q -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.2 l -1.6,0.2 -1.4,0.2 q 0.4,0.2 0.2,0.6 -0.2,0.2 0.2,0.2 0.4,0 0.4,0.4 0,0.4 -1,0.2 -4.8,-1.2 -5.4,-0.4 l 1,0.2 q 1.2,0 1.4,0.4 0.2,0.2 1.4,0.6 l 0.2,0.2 q -1,0.2 -1.2,-0.2 -0.8,-0.8 -3,-0.4 -0.6,0.2 -0.6,0.4 0.2,0.2 1.2,0.2 1.2,-0.2 1.2,0.2 0,0.2 2.8,0.4 4.2,0.4 4,1.2 -0.4,0.4 -0.8,-0.2 l -0.2,-0.2 q 0,0.4 -2.2,0.4 -3.8,0 -3.2,0.2 0.2,0 0.8,0.2 0.8,0.2 -0.2,0.2 -0.8,0 -2.4,0 -4,0.2 -5.4,0.4 -3.6,1 -11,2 -2.4,0.4 -10.2,2.6 -7.8,2.2 -8.4,2.8 -0.2,0.2 0.6,5.8 1.4,10.6 1.4,21.2 0,3.4 0.4,3.4 4.2,-1.6 9.2,-2.4 1,-0.2 1,0.2 0,0.2 0.8,0.2 0.8,0 0.2,-0.4 -0.6,-0.2 -0.6,-0.2 0,0 0.6,0 0.8,0 0.8,0.4 l 0.2,-0.2 q 0.2,-0.6 6.8,-0.4 6.6,0 7.8,0.8 1.4,0.6 1.6,1 0.2,0.4 -0.2,0.4 -0.2,-0.2 -0.4,-0.2 -0.8,-0.2 -2.6,-0.4 -1.2,0.2 -1.2,0.4 0.4,0.6 1.4,0.4 1,-0.2 3,0.4 2,0.4 2,0.8 0.2,0.4 -0.4,0.6 -0.6,0 -2.6,0 -3.2,0.2 -5.2,0.4 -1.8,0.2 -0.2,0.2 0.8,0 2.2,0 4,-0.2 5,0.4 1,0.4 1,0.8 0,0.2 0.8,0.4 0.8,0 0.8,1 0,1 -0.8,1.2 -1.2,0.2 -1.4,0.4 0,0.2 0.4,0.6 0.6,0.4 1.2,0.2 v 0.2 q -0.4,0.6 -2.4,0.8 -0.8,0.2 -0.6,0.4 0.4,0.2 -0.2,0.2 -0.2,0 -0.6,0 -1.4,-0.2 -1.4,0.2 0,0.2 -0.4,0 -0.2,-0.2 -0.4,0.2 h 2.6 q 1.2,0 2,-0.2 0.6,-0.2 0.6,0 0.2,0 -0.2,0.2 -0.4,0.6 -1.6,0.6 l -4,1 h 0.2 q 0.6,0 3.8,-0.4 h 0.2 0.2 l 0.2,-0.2 4,-0.4 q -0.6,0.4 -1.8,0.6 -1,0 -1.4,0.4 -0.2,0.4 -1.6,0.4 -1.4,0 -1.4,0.4 0,0.4 0.8,0.2 l 5,-0.4 q -0.6,0.2 -0.6,0.8 0,0.4 -1.4,0.8 -1.6,0.6 -0.2,1 1.6,0 -0.8,0.8 -2,0.8 -6.2,1.8 -22.2,5.6 -25.2,7.4 -0.8,0.4 -0.8,1.2 0,0.6 -0.2,1.4 -0.2,1 -0.8,5.4 -0.4,4.6 -1.4,9.8 -1,5 -1,5.4 0,0.2 0.6,-0.2 0.6,-0.4 2,-0.6 1.6,-0.2 2.6,-0.6 1.2,-0.6 1.6,-0.4 0.4,0.2 2.8,-0.2 2.6,-0.4 3,-0.8 h 0.2 q -0.2,0.4 3.2,0.4 3.6,0 4.2,0.2 0.6,0.2 2.6,0.6 4.2,1.2 6.2,2.2 1.2,0.6 3.6,1 1.6,0.8 1.6,1.4 -0.2,0.4 -1.8,-0.2 -1.6,-0.6 -1.8,-0.4 -0.2,0.2 2.4,1 l 2.8,0.6 q -0.2,0 -0.6,-0.2 -1.2,-0.6 -0.4,-0.8 1.6,-0.6 6.6,3.6 2.6,2.4 2.2,2.6 0,0 -1,-0.8 -1,-0.8 -1.4,-0.6 -0.2,0 0.6,0.8 0.8,0.6 0.4,1.2 -0.6,0.6 0,0.8 0.2,0 0.6,-0.2 0.4,-0.4 1.6,0.8 l 0.8,1 q -0.6,-0.4 -1.2,0 -0.4,0.2 0.6,0.8 l 0.8,0.2 q 0,-0.2 0,-0.4 0.2,-0.2 1,0.6 1.2,1.6 0,2.4 -0.2,0.4 -0.4,0.8 0,0.4 0,0.8 0,0.2 0.2,0.2 0.4,0 0.4,0.8 0.2,0.6 -0.2,1 -0.4,0.2 -1.4,0 -1,-0.2 -1.6,0 -0.6,0 -1.2,-0.4 -0.4,-0.4 -0.4,0 0,0.2 -1,0.2 l -0.2,0.2 q 0.8,0.2 1.6,0.2 0.6,0.2 0,0.4 -0.2,0 -0.8,0 -1.4,0.4 -2,0.2 -0.4,-0.2 -0.4,0.2 0,0.2 1.2,0.6 1.2,0.2 0.2,0.4 -0.8,0 -0.2,0.4 1,0.6 -1.8,0.8 -1.4,0 -1.4,0.4 0,0.4 -0.4,0.4 -0.8,0 -4.6,-0.2 -10.6,-1.2 -24.4,1.4 -6.6,1.2 -10.2,2.4 -2.8,1.2 -3.6,1.8 -0.8,0.4 -1,1.2 -0.2,1.2 -1.6,4.8 -1.2,3.6 -1.6,4 l 0.2,-1.4 q 1.2,-4 1,-4.4 l -0.6,0.8 q -0.6,1.2 -0.6,0.4 0,-2 -0.8,0.4 -0.2,0.4 -0.4,0.8 l -1,2.2 q 0,-0.2 0,-0.6 0,-1 -0.4,-1.8 l 0.2,-0.6 0.2,-0.8 q 0,-1 -0.4,-1 -0.6,0 -3.4,2.6 -1,0.8 -1.2,0.6 -0.2,-0.2 -0.4,0.2 l -0.2,-0.2 q 0,-0.2 0.2,-0.4 0.2,-1.2 0,-1.2 -0.4,0 -1.6,1.4 -1,1.2 -1.2,1.6 -0.2,-0.4 -0.2,-0.8 -0.2,-1.6 0,-2 0.2,-0.2 0.6,-2.2 0.4,-2.2 0.4,-2.8 0,-0.4 -0.8,0 -0.8,0.4 0.2,-0.4 1.2,-0.8 1,-1 -0.2,-0.2 -1.8,1 -1.4,1 -1.4,1.2 l -1.6,2.2 q 0,-0.2 0.6,-1.4 0.2,-0.6 0,-0.6 -0.6,0.6 -0.8,0.4 0,-0.2 0.4,-0.8 l 0.2,-0.4 q -0.4,0.2 -0.4,0 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.6,-0.4 -0.6,-1.2 -1,0 v 0.2 q 0.6,-0.2 0.6,0.4 0,0.4 -0.6,1 -1.8,1.2 -1.8,0.6 0.2,-0.6 0.6,-0.6 h 0.2 q -0.4,-0.2 0.2,-0.8 h -0.2 q -0.2,0.2 -0.4,0.4 -1.2,1 -1.4,0.8 -0.2,-0.4 1.6,-2.2 1.6,-1.8 0.6,-1.8 -0.2,0 0,0.4 0,0.2 -0.2,0.2 0,0 -0.2,0 -0.2,-0.2 0.2,-1.2 0.6,-1 1,-1 0.4,0 0.2,-0.6 -0.2,-0.6 0,-0.8 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.6 0.4,-0.6 0.6,0 0.6,-0.4 0,-0.6 1.2,-1.6 1.2,-1 1,-1 -0.4,0 -2.4,1.6 -2.2,1.6 -3.2,2.2 -0.8,0.6 -0.8,0.8 0.2,0.2 -0.6,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.4,-0.6 0.8,-0.8 0.2,-0.2 0.2,-0.6 0,-0.4 -0.6,0 v -0.2 q 0.8,-0.8 1,-0.6 0.2,0.2 2,-1.6 1.2,-1 1.6,-1.4 l -1.4,0.8 q -1,0.8 -1.2,0.8 -0.2,-0.2 1.8,-2.2 l 1.4,-1.6 q -0.8,0.4 -3.4,3 -3.2,3.2 -3.4,2.6 -0.4,-0.8 0.4,-2 0.8,-1.2 4.2,-5 l 0.8,-1 q 0,0 -0.4,0.4 -2.8,2.6 -4.8,5.2 -1.4,1.8 -1.4,1.2 0.2,-0.4 0.8,-1.6 1,-1.6 4.4,-5 3.6,-3.6 6.8,-5.8 3.4,-2.6 3.6,-3 0.2,-0.6 1.4,-11.6 1.2,-11 1,-11.2 0,0 -1.8,1.2 -1.8,1 -2,0.8 0,0 0.2,-0.2 0.2,-0.4 0.6,-0.6 0.6,-0.4 1.2,-0.8 l 1.8,-1.8 q -0.2,0 -1.2,0.8 -1,0.6 -1.4,0.4 -0.4,-0.2 -0.4,0.4 0,0.2 0,0.4 0,0 -0.2,0 -0.4,-0.2 -1.8,0.6 l -1.2,0.6 q 0.2,0 0.6,-0.6 0.8,-0.8 2.4,-1.8 1.6,-1.2 1.6,-1.8 0,-0.6 0,-0.6 0.2,-0.2 0.4,-0.2 0.6,0 0.6,-0.2 0.2,-0.2 0,-0.4 -0.2,-0.2 -1.4,0.2 -1,0.4 -1,0.8 l 0.4,-0.2 q 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 -0.8,0.2 -0.6,-0.2 -3.4,2 -2.6,2 -3.2,2 -0.4,0 1.6,-2.2 2.8,-2.6 2,-2.6 -0.2,0 -0.4,0.2 l 0.6,-1.2 q 0.6,-0.6 0.4,-0.6 -0.2,0 -2,1.6 -3,2.2 -4.2,3.6 -1,1.2 -1.4,1.2 -0.2,0 0.2,-0.4 0.4,-0.4 0.4,-0.6 0,-0.4 -0.6,0.4 -0.6,0.8 -0.6,0.2 0,-0.6 0.4,-1 v -0.2 q -0.4,0.2 -0.4,0 -0.2,-0.2 0.8,-1.2 0.8,-1 0.8,-1.2 0,-0.2 0.8,-1.2 1,-1 0.4,-1 l -0.4,0.2 -0.6,0.6 q -1,0.6 -1.2,0.4 -0.2,-0.4 1.8,-3 1,-1.2 1,-1.6 0,-0.4 1.8,-2.4 l 1,-1.4 q -0.2,0.2 -0.6,0.6 -2.2,1.6 -7.2,7 l -1,1 q 0,0 0.4,-0.6 0.6,-1.2 2,-2.8 1.4,-1.6 2,-2.8 l 0.6,-1.2 -2.2,2 1,-1.4 q 1,-1.4 3.2,-3.6 2.4,-2.2 2.2,-2.4 l 0.2,-0.2 q 0.2,0.2 2.6,-1.6 2.4,-2 2.2,-2.2 0,-0.4 1.4,-1.4 1.6,-1 1.8,-1 l -1.4,1.2 -1.4,1.2 q 0.4,0 1.8,-1.2 l 1.6,-1 -0.2,-13 q -0.4,-17.8 -0.8,-20 l -0.4,-1 q 0,0.4 -0.4,0.4 -1.4,-0.2 -1.4,0.6 0,0.4 -0.4,0.4 -0.4,0 -0.8,0.6 -0.2,0.6 -0.4,0.2 -0.8,-1.2 -1.8,-0.4 -0.4,0.4 -0.4,0 0,-0.6 0.6,-1.6 v -0.4 q -1,0.8 -1,0.6 0,-0.2 0.4,-0.8 0.8,-0.8 0.4,-1 0,0 -0.6,0.4 -0.2,0.2 -0.2,0 0,-0.2 0,-0.4 0,-1 1.8,-2.6 2,-1.8 1.6,-1.8 -0.4,0 -1,0.6 -0.4,0.4 -1.4,1.2 -0.2,0.2 -0.2,0.2 0,-0.2 1.2,-1.4 1.8,-2 1.6,-2 -0.2,0 -2,1.6 -1.8,1.6 -2.2,2.2 -0.6,0.8 -0.6,0.6 0,-0.2 0,-0.6 -0.2,-0.8 -1.4,0.4 -0.2,0 -0.6,0.4 l -1,0.8 q 0.2,-0.2 1.4,-1.4 2,-1.8 2.2,-1.6 0.4,0 0.4,-0.4 0,-0.4 1.2,-1.6 1.2,-1.4 1,-1.4 -0.4,-0.2 -2.4,1.6 -4.2,4 -4.2,2.8 0.2,-0.4 0.4,-0.6 0.2,-0.6 0.2,-0.6 0,-0.2 -0.6,0.2 -0.4,0.4 -0.4,0.4 0,0 0.2,-0.4 0.2,-0.6 0.2,-0.8 h 0.2 q 0.4,0.2 1,-0.6 l 0.6,-0.8 -0.8,0.6 q -0.8,0.8 -0.8,0.6 0,-0.4 2.2,-2.4 2.2,-2.2 0.6,-1 -1.4,1.2 -2.6,2 -1.2,0.8 -1.4,1.4 l -0.4,-0.4 q 0,-0.8 2.6,-3.8 2.8,-3.2 5.4,-5.2 l 2,-1.8 -0.2,-1.6 q -0.2,-1.8 -0.8,-4.4 -0.4,-2.4 -0.6,-3.2 -0.2,-0.8 -0.6,-2.6 -0.4,-1.8 -0.6,-2.4 0,-0.8 -0.2,-1.2 -0.2,-0.6 -0.6,-3.2 -0.8,-3 -0.2,-2.8 0,0 0.4,0.4 0.2,0.6 0.6,0.4 v 1.2 q 0,0.2 -0.2,0.4 -0.2,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 v -1 q 0,-1.2 0.2,-1.6 0.4,-0.6 0,-1 -0.2,-0.4 -0.4,0.4 l -0.2,-0.2 q 0.2,-0.6 0.8,-0.4 0.8,0 0.8,-1 -0.2,-0.4 -0.4,-0.4 l -0.2,0.2 q 0,-1.2 0.6,-1.4 l 0.2,-2 q 0.2,-2 0.4,-2 0.2,0 0.2,0 0.2,-0.2 0.2,-0.2 -0.2,-0.4 0,-0.6 0.2,0 0.2,0.2 0.2,0.2 0.2,0.6 0.2,0.2 0.4,0.6 0.4,1.6 0.6,2.2 l 0.2,-0.2 q -0.2,-0.6 -0.2,-0.6 0.2,-0.2 0.6,0 0.4,0.2 0.6,1 l 0.2,-0.2 q 0,-0.8 0.6,-1.2 0.6,-0.4 0,-2.8 -0.4,-2.6 -0.2,-2.4 0.4,0 1.2,3.4 0.8,3.2 1.4,4 0.4,0.8 0.4,0.4 0,-0.4 -0.2,-1.8 -0.2,-2.2 -0.6,-3 -0.2,-0.8 -0.2,-1.4 0,-0.8 0.4,0.4 0.4,1 0.8,2.6 0.4,2.4 1.2,3.8 l 0.8,1.6 -0.4,-1.4 q -0.2,-1.4 -0.2,-2.2 0,-1 -0.2,-1 -0.2,0 -0.2,-0.6 0,-0.8 0.2,-0.8 0.4,0 0.4,0.8 0.2,0.8 0.2,1.4 -0.4,0.6 0.2,1.2 0.6,0.4 0.4,0.8 -0.2,0.2 -0.2,0.2 0.2,0 0.4,0 0,-0.2 0.2,0 0.2,0.2 0.4,0.8 0.2,0.4 0.4,1 l 0.6,1.6 q 0.2,-2 -1.2,-5.2 -0.2,-0.6 0.4,-0.4 h 0.4 q -0.2,-0.4 0.2,-0.4 0.6,0 1.2,1.8 l 0.8,2 q 0,-1 -1,-4.2 -0.4,-1.2 -0.4,-1.2 0,-0.2 0.6,-0.2 0.8,0 1.6,2.8 1.6,6.4 2.4,13.4 0.4,2.2 0.8,2.4 0.4,0.2 2.6,-0.8 2.4,-1 2.4,-1.2 0,-0.4 0.4,-0.4 0.2,0 5,-1.4 4.8,-1.6 6.4,-2.2 0.6,-0.2 1.2,-0.2 0.4,0 3.4,-0.2 6.2,-0.4 13.4,-0.6 4.8,-0.2 5.4,0.4 0.6,0.6 0,0.6 -0.2,0 -0.8,0 -1.4,0 -1.4,-0.2 0,-0.2 -3.8,0 -3.8,0 -4.2,0.6 -0.4,0.2 -0.4,0.4 0.2,0 0.8,-0.2 0.6,-0.2 2.6,-0.2 2.2,-0.2 2.6,0 0.4,0.2 3.8,0.4 3.4,0 3.6,0.2 l -0.6,0.2 q -0.6,0 -1,0.4 -0.2,0.2 -1.2,0.2 -1,0 -2.8,0 h -1.8 l 2,0.6 q 1.8,0.4 2.4,0.8 0.6,0.2 2,0.2 l 1.2,0.2 q -0.2,0.2 -2.4,0.4 -2,0 -3,0.2 -0.8,0.2 -0.4,0.2 0.2,0 1,0.2 1.6,0 1.8,0.6 0.4,0.4 1,0 1.4,-1.2 3,0.4 0.4,0.4 0.8,0.4 l -0.2,-0.4 q -0.4,-0.2 -0.4,-0.2 0.2,-0.2 0.8,0 l 0.8,-0.2 q -0.2,-0.2 0,-0.2 0.4,-0.2 1,0.2 0.6,0.2 0,0.6 -0.4,0.2 0.2,0.4 0.2,0.2 0.2,0.8 0,0.4 -0.4,1 -0.4,0.4 -0.8,0.4 -0.4,0 -0.4,0.4 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -0.8,0.4 -0.8,0 -0.4,0.4 0.4,0.4 0.2,0.6 -0.2,0.2 -0.8,0 -0.4,-0.2 -0.4,0 0,0.2 1.6,0.8 1.8,0.4 1.6,0.8 z m -66.2,-11.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.4,-4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m -4.2,28.6 q 0.2,0 0.8,-0.6 0.6,-0.8 0.4,-0.8 -0.2,0 -0.8,0.8 -0.6,0.6 -0.4,0.6 z m 0.8,3 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m 3.2,-4.2 q 0,0 0.4,-0.2 0.6,-0.2 0.6,-0.4 0,-0.4 -0.6,0 -0.4,0.4 -0.4,0.6 z m 0,9.8 q 0,0.2 0.2,0.2 0.4,0 0.6,-0.2 0,-0.2 0,-0.2 0,-0.2 -0.2,-0.2 -0.6,0 -0.6,0.4 z m -2.2,51.4 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m -9,41 q 0.6,-1 0.4,-1 0,0 -0.8,1 -0.8,1 -0.4,1 0.2,-0.2 0.8,-1 z m 3.8,-3.8 q 0.2,-0.6 -0.2,-0.2 -0.4,0.4 -1,1 l -1.2,1.2 1.2,-0.8 q 1,-0.8 1.2,-1.2 z m 6.8,-5.6 q 0.4,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.8,-0.6 z m 0,3.6 q 0.8,-0.4 0.4,-0.6 -0.2,-0.4 -1.8,1 -1.6,1.4 -3.2,2.4 -1.4,1 -1.4,1.2 0,0.4 3.2,-1.8 2.4,-1.8 2.8,-2.2 z m 1.8,17.8 q 0.6,-1.2 0.4,-1.2 -0.2,-0.2 -0.6,0.2 -0.4,0.2 -0.6,0.8 -0.2,0.6 -0.2,1 0,0.4 0.2,0.4 0.2,0 0.8,-1.2 z m 2.2,-2.2 q 0.2,0.4 0.4,0 0.2,-0.6 -0.4,-0.4 -1.4,0.2 -1.4,1.6 0.2,0.8 0.6,-0.4 0.6,-1.2 0.8,-0.8 z m 2,4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.6,-148.8 q 0.2,-0.4 -0.2,-0.6 -0.4,-0.2 -0.4,0.4 0,1 0.6,0.2 z m 0.2,3.4 q 0,0.2 0.2,0.2 0.4,0 0.4,-0.4 0,-0.6 -0.4,-0.4 -0.2,0.2 -0.2,0.6 z m 0.8,5 q 0.2,-0.2 0.2,-0.6 l -0.4,0.2 z m 1.4,137 q 0.4,0.2 0.4,0 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.2 0.2,0.6 z m 0.4,-1.4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m 2.8,-141.2 q 0,0 -0.2,-0.8 l -0.4,-0.4 z m 0.4,136.8 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.4,-0.4 -0.2,-0.2 -0.6,0.2 z m 1,-133.6 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 50,123.4 q -0.2,-0.4 -0.6,-0.4 -0.4,0 0.2,0.6 0.4,0.6 0.6,0.2 0,0 -0.2,-0.4 z m -1.2,-5 q 0.2,-0.2 -0.6,-0.6 -0.6,-0.6 -0.8,-0.4 0,0.2 0.6,0.8 0.6,0.4 0.8,0.2 z m -2.6,-0.4 q 0,0 0,0.2 0.8,0.2 0.8,0 -0.2,-0.4 -0.8,-0.2 z m -1.8,-1.8 q 0.2,0 -0.2,-0.4 -0.2,0 -0.4,-0.2 -1.2,-0.6 -1.6,0 0.4,-0.2 1,0.2 0.6,0.4 1.2,0.4 z m -0.8,-1.4 q 2.2,1.2 2.2,1 0,-0.2 -1.6,-1.2 -1.4,-1 -2.2,-1.2 l -0.6,-0.2 q 0.2,0.4 2.2,1.6 z m -1.6,-3.2 q -0.2,-0.2 -1.2,0 -0.8,0.2 0,0.4 0.6,0.2 0.6,0 -0.2,-0.2 0.2,-0.2 z m -3.6,17.8 q 0,0 0.2,0.2 l 0.6,-0.2 q -0.2,-0.2 -0.8,0 z m -3.6,-20.4 q 0,-0.2 -1.6,-0.6 -1.6,-0.6 -1.8,-0.4 l 1.4,0.8 q 2,0.6 2,0.2 z m -5.4,-2.2 q -0.2,0 -0.4,0.4 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 z m -0.8,0.2 q 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 0,0 0.4,0 0.6,0 0.6,-0.2 z m -4.6,-0.8 q -0.2,0.2 0.2,0.2 0.2,0 0.4,-0.2 l 0.4,-0.2 q -0.6,-0.2 -1,0.2 z m -6.6,-0.6 q -0.4,0 -0.2,0.2 0.2,0 0.6,0 0.4,0 0.6,-0.2 -0.4,-0.2 -1,0 z m -10.2,-18.8 q 0.2,-0.4 0,-1.2 -0.2,-0.2 -0.2,0 0,0.2 0,0.6 0,0.4 0.2,0.6 z m 28.4,-15.2 q -0.2,0.2 0,0.2 0.2,0 0.6,0 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m 4.8,-6.8 q 0.2,0.2 0.6,0.2 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m -0.8,-4.6 h -1 l 1,0.4 q 0.8,0.2 0.8,0.2 l 0.2,-0.2 q 0,-0.4 -1,-0.4 z m -27,-0.6 q 0,0 0.4,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.8,0 z m 7.6,-55 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 3,-0.8 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 1.6,0 q 0.2,0 0.4,-0.2 l -0.2,-0.2 q -1.2,0.4 -0.2,0.4 z m 4.4,-0.6 q 0,0 0.6,0 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -0.6,0.4 z m 3.8,-0.4 q 0,0 -0.2,-0.4 -0.8,0 -0.8,0.4 0,0.8 1,0 z m 8.6,14 q 0,0 0.4,-0.2 -0.4,0 -0.8,0 0.2,0.2 0.4,0.2 z m 0.4,-11 q 0.8,0.2 1.8,0.2 1.2,0 1.2,-0.2 0,-0.2 -2.2,-0.2 l -1.4,0.2 q 0.2,0 0.6,0 z m 2,10.8 q 0,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0,0.2 0.4,0.2 z m 3.4,0.8 q 0,0.2 0.2,0.2 0.2,0 0.2,-0.4 0,-0.6 -1.2,-0.6 -1.2,-0.2 -1.2,0 0,0.4 1.6,0.4 0.4,0 0.4,0.4 z"/><path fill="#111111" d="m 478.40017,42.6 q 1.6,1.4 1,2.4 -0.4,0.6 -0.6,0 -0.2,-0.4 -1.8,-1.2 -1.4,-0.8 -1.6,-0.6 l 0.8,0.6 q 1.8,1.4 1.8,2.2 -0.4,0.2 0.2,1 l 0.4,0.4 q -0.4,-0.2 -1,0.2 l -0.2,0.2 q 0.2,-0.4 -0.2,-0.8 -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.6 V 48 l -0.8,-0.6 q -0.8,-1 -2.6,-1.6 -1.6,-0.6 -2,-0.2 -0.2,0.2 0.8,0.6 1,0.4 1.2,0.4 0.2,0 1.2,0.8 0.4,0.6 0.6,0.6 -0.4,-0.2 -0.4,0.2 0,0.6 1,0.4 0.4,0 0.2,1 -0.2,0.6 -0.4,0.6 -0.6,-0.2 -1,-0.2 0.2,0.2 0,0.2 0,0 -0.2,0 -0.4,-0.4 -0.2,-0.6 0.2,-0.4 -0.4,-0.4 -0.4,-0.2 -0.8,0 -0.4,0.2 0.2,0.8 0.6,0.6 0.2,1.6 -0.4,0.8 0.4,1.6 1,0.6 1,1.2 0,0.4 -1,-0.2 -0.8,-0.8 -1.2,-0.6 -0.2,0.2 -0.2,0 0,-0.4 -0.6,-0.6 -0.4,-0.2 -0.4,0 0.2,0.2 0.4,0.4 0.4,0.8 0.6,1.2 0.4,0.2 0.4,0.6 0.2,0.2 0.2,0.4 0.2,0.2 0.2,0.6 0,0.2 1,1.2 0.6,0.6 0.4,0.8 -0.8,-0.2 -0.8,0.2 0,0.2 1,0.2 1.4,-0.2 2.2,1.6 0.6,0.8 0,1.4 -0.4,0.4 -0.8,0 -0.4,-0.6 0,-0.8 0.6,0.2 0.6,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -1.6,-0.8 -2.4,-1.6 0,0.8 1.4,1.4 1.4,1.6 0,1 -2.4,-1.4 -1.6,-1.6 -3.4,-2.4 l -1.8,-0.6 1,1 q 1.2,1 1.4,1 0.2,0 0.8,0.6 0.8,0.6 1.8,1.4 l 0.4,0.6 q -0.6,-0.2 -0.6,0.2 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -1.2,-0.4 -1.2,-1 -1.6,-1 -0.4,0 -0.2,-0.2 0.2,-0.4 0.6,-0.2 V 61 q -0.2,-0.4 -0.6,0 -0.2,0.2 -1.4,-0.2 l -1,-0.6 1,0.8 q 1,1 1,1.4 0.2,1.6 1,1.6 0.6,0 0.6,0.8 l 0.2,1 -1,-1 q -1.2,-1.2 -4.6,-3 -3.4,-1.8 -4.2,-1.6 -0.4,0 -3.6,-1.4 -3,-1.4 -3.4,-1.4 -0.2,0 -7.4,-2 -17,-4.8 -16.4,-3.2 0.4,0.6 -3.8,11.4 -0.8,2.4 -1.4,4.2 -0.6,1.6 -0.8,2 -0.2,0.2 -0.6,1.6 -0.8,2.6 -2.8,9.2 -2.8,9 -5.8,25.6 -0.8,5.4 -1,5.6 -0.2,0 -0.2,1.4 0.2,1.2 -0.8,1.8 -0.8,0.6 -0.8,2 0,1.2 0.4,1.6 v -1.2 q -0.2,-1.8 0.4,-2 0.6,-0.2 0.6,0.4 0,0.8 -0.6,6.2 -0.8,5.6 -1,8.6 -0.2,2.8 -0.6,2.6 v 0.4 q 0.2,0.6 0,5.2 -0.4,4 -0.8,4 -0.4,-0.4 -0.4,-1 l -0.4,-0.2 q -0.2,0.4 -0.2,2.4 0.2,1.8 0.4,1.8 0.4,0 0.4,-1.4 0,-0.8 0,-0.6 0.4,0.8 0.4,2.4 l -0.2,1 -0.2,-0.4 -0.2,0.2 0.2,1 q 0.4,-0.2 0.4,0.2 0,0.2 -0.4,0.4 -0.2,0.2 0,2.6 v 1.8 q -0.2,-0.4 -0.6,-3.6 l -0.2,-3.2 v 3.4 q 0,3.4 -0.2,3.2 l -0.6,8 q 0,1 0,2.4 0,5 -0.4,5.2 -0.4,0 -0.4,0.4 0,0.4 0.4,0.2 0.2,-0.2 0.2,1.4 0,1.4 -0.2,3.4 0,1.8 -0.2,2.6 v 0.8 l 0.4,0.8 q 0.2,1 -0.4,1.2 -0.6,0 0,0.6 0.6,0.6 0,0.8 -0.6,0.2 -0.8,0.2 0,0 0.2,-0.6 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,-1.6 l 0.4,-1.4 q 0.4,0.2 0.4,-0.2 0,-0.6 -0.6,-0.4 h -0.4 q 0.2,-1.2 -0.6,-11 -0.2,-1.8 -0.6,-2 v 0.2 q 0.2,0.6 -0.6,0.8 -0.6,0.2 -1,1.2 -0.2,0.8 -0.2,8.6 0,7.8 -0.2,7.4 -0.2,-0.2 -0.2,0 -0.2,0.2 -0.2,0.4 -0.2,13.8 -0.4,14 -0.2,0.2 -0.2,-0.8 0,-1 0,-2.6 0,-1.4 0,-3.4 l -0.2,-4.8 q -0.2,2.2 -0.4,2.6 l -0.2,-0.6 0.2,-0.8 -0.6,0.8 q -0.6,0.8 -0.2,1.4 0.4,0.4 0,0.8 -0.4,0.4 -0.4,3.6 v 3 l -0.2,-3 q -0.2,-3 -0.6,-3.2 l -0.2,0.6 q 0.2,1.2 0,3.4 0,2.2 0,4.4 0,2.2 -0.2,2 -0.2,-0.2 -0.4,-2.2 0,-2 -0.2,-2.2 0,0 0,-1.2 -0.2,-4.2 -0.8,-5.2 -0.4,-0.6 -0.4,-2 0,-1.4 -0.2,-3 l -0.4,-1.8 -0.2,2 q 0,0.8 0,-0.2 -0.2,-0.8 -0.2,-3.2 0,-5.2 -0.4,-6 -0.4,-1 -0.4,-2 v -1 q -0.2,0.2 -0.2,1.6 0,1.4 0,2.8 0.2,1.6 -0.2,2.2 -0.2,0.6 0,0.8 0.4,0.2 0.4,2.4 0,2 -0.4,2.4 -0.4,0.6 0,1 0.6,0.2 0.2,0.4 -0.4,0.2 -0.4,0.6 0,0.2 0.2,0 l 0.4,2.4 q -0.2,1 -0.2,1.2 -0.4,0.4 -0.2,0 0,-0.2 0,-0.6 0,-1 -0.2,-1 l -0.4,-7.2 q 0,-1.4 0,-3.2 l -0.2,-10.8 -0.2,23.4 -0.2,-14.4 -0.4,-12 -0.2,2.4 -0.4,-6.6 v 3.6 q 0,3.8 0.2,3.8 0.4,0 0.4,2.6 l -0.2,2 q -0.2,-0.8 -0.6,-0.8 -0.2,0 -0.2,11.6 0.2,11.4 -0.2,11.2 h -0.2 q 0.4,0.2 0,1.2 -0.2,1.2 0,2.6 0.2,1.2 0.4,0 0,-0.2 0,-1 l 0.2,-2.4 v 2.4 q 0.2,2.6 -0.2,2.6 -0.4,0 -0.4,1.4 l -0.2,-0.2 q -0.2,-0.8 -0.2,-2.2 -0.2,-3.8 -0.4,-4.6 -0.2,-0.8 -0.4,-15.8 0,-0.2 0,-0.4 l -0.4,-14.6 q 0,0.2 0,0.8 v 0.2 l -0.2,1.2 q -0.2,-0.4 -0.2,-3.4 0,-2.4 0,-5 0.2,-2.6 0.2,-4.2 0.2,-1.6 0.4,-1.4 0.2,0 0,4.8 0,1.2 0,2.4 0,1 0,1.6 0.2,0.6 0.2,0.4 0.2,0 0.2,-6.6 l 0.2,-5.4 q -0.2,1.2 -0.6,1.6 -0.4,0.4 0,-4.4 0.2,-1.2 0.2,-2.4 0.2,-1.6 0.4,-4.2 0.2,-2.4 0.4,-3.6 0.2,-0.4 0.2,-0.6 0.2,-0.4 0.2,0.2 0,0.2 0,1 l 0.2,1.6 0.2,-2.2 q 0.2,-2.2 0.2,-2.4 l -0.2,0.4 q 0,0.6 -0.4,0.6 -0.2,0 -0.2,-0.2 0,-0.2 0,-0.8 0,-0.6 0,-1.4 0.2,-1 0.4,-2.2 0.2,-1 0.4,-8.6 0.2,-7.6 0.4,-9.6 0.6,-9.8 1.6,-17.4 3.4,-23.8 9.8,-40.2 1.4,-3.4 1.2,-3.6 -0.2,-0.2 -4.4,0 -4.2,0 -5.6,0.2 -4.2,0.6 -6.2,0 0.2,-0.2 0.6,-0.2 0.6,0 2.4,-0.2 1.8,-0.2 3.2,-0.4 1.2,-0.2 1.6,-0.4 0.6,-0.2 6,-0.4 1,-0.2 0.8,-0.4 -0.4,-0.4 -2,-0.2 -1.4,0.2 -4.2,0.4 -2.6,0.2 -2.4,0.4 0,0.2 -0.6,0.4 -0.4,0 -1.4,0 -0.8,0 -1.8,0 -4,0 -3.8,-0.2 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,0.2 0,0.4 -3.6,1 -1.6,0.2 -1.6,-0.2 0,-0.6 0.8,-0.8 l 0.4,0.2 1,0.2 q 0.8,-0.2 1.2,-0.6 0.2,-0.4 3,-0.4 2.8,-0.2 3,-0.4 0.4,-0.2 1.2,-0.4 h -2.8 q -3.4,0.2 -8.8,0.4 -5.2,0 -7.6,0.4 -2.4,0.2 -2.4,-0.2 0,-0.4 1.2,-0.6 l 0.8,0.2 q -0.2,0.2 0,0.2 0.4,0 1.4,-0.2 1,-0.4 2.4,-0.6 1.4,-0.2 2.6,-0.6 l 1.2,-0.2 h -1 l -0.2,-0.4 -5.6,0.2 q -1.8,0.2 -2.4,0.4 -0.8,0.2 0,-0.4 0.6,-0.6 1.8,-0.6 1.2,0 1.4,0 0.2,0 2,-0.4 1.8,-0.2 1.8,-0.6 0,-0.6 -0.6,-0.6 -0.2,0 -0.2,0.2 -0.2,0 -0.2,0 l -0.6,0.4 q -0.6,0 -2.4,0.2 l -1.4,-0.2 q 0.2,-0.4 1,-0.2 0.6,0 1.4,-0.4 0.8,-0.4 1.4,-0.4 0.6,0 0.4,-0.4 -0.4,-0.4 -1,0 -0.6,0.2 -1.6,0.2 -1.2,0 -2,0 -0.8,0 -0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 1,-0.4 0.4,-0.8 0.2,-0.8 -0.4,0 -0.6,0.4 -0.2,0.4 -0.6,0 -0.6,-0.4 -0.8,0 -0.4,0.4 -0.6,0.2 -0.2,-0.4 -1.2,0.2 -1,0.4 -1.2,0.4 -0.2,-0.2 -0.2,-0.8 0,-1 0.8,-0.8 0.6,0.2 0.6,-0.2 0,-0.6 -1,-0.2 -0.6,0.2 -1.2,0.4 -0.6,0 -1,0 -0.4,0 -0.4,-0.2 0,-0.2 -0.6,0 -0.6,0 -0.8,-0.4 -0.2,-0.2 -0.2,-0.2 0,0 0.2,0 0.4,0.4 0.4,-0.2 0,-0.6 1,-0.4 0.8,0.2 0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 0.6,-0.2 0.2,-0.4 0.6,-0.2 0.2,0.2 0.4,0.2 0.2,-0.2 0,-0.4 0,-0.4 1.8,-0.8 l 1.6,-0.4 -1.8,0.2 q -2,0.2 -2.2,0.6 h -0.2 q 0,-0.2 -0.6,0.2 -1,0.8 -1,0 0,-0.2 0.2,-0.4 0.4,-0.6 0.8,-0.4 0.2,0.2 4.8,-1.4 1.8,-0.6 2.2,-0.4 0.4,0.2 0.4,-0.2 0,-0.4 0.4,0 l -0.2,-0.6 q -0.8,-0.6 -1.2,-0.2 -0.4,0.2 -1.4,0.4 -1.2,0 -2,0.4 -0.6,-0.2 -0.6,-0.2 0.2,-0.4 0,-0.4 -0.4,0 -0.4,0.4 -0.2,0.2 -2.6,0.6 -2.6,0.4 -2.8,0.2 -0.4,-0.4 0.2,-0.6 0.2,0 0.4,0 0.8,-0.2 1.4,-0.4 0.6,-0.4 1.2,-0.4 0.6,0 1.4,-0.2 5.4,-1.4 6.2,-1.2 0.8,0 0.8,-0.4 0,-0.6 5.4,-2 l 1.8,-0.4 -2.4,0.2 q -2.6,0.2 -3.4,0.2 -0.8,0 -0.8,0.4 0,0.2 -1.6,0 -1.6,-0.2 -1.6,0.2 0,0.2 -0.6,0.2 -0.8,0 -1.4,0.2 -0.6,0.2 -0.6,0 0,-0.6 2.4,-1 2.4,-0.6 4.4,-0.6 1.8,-0.2 1.8,-0.4 0,-0.4 0.6,-0.6 0.6,-0.4 1,-0.2 0.2,0.2 -0.2,0.2 -0.4,0 -0.4,0.4 0,0 0.2,0 0.4,0 1,0 0.6,0 1.2,-0.2 2.6,-0.4 4.8,-0.6 2.4,-0.2 2.6,-0.6 0.2,-0.4 -0.8,-0.2 -0.8,0.2 -1,0 l 0.8,-0.4 q 2.4,-0.2 5.2,-0.6 1.6,-0.2 1.8,0.4 0.2,0.4 0.4,0 0.6,-1 2,0 0.6,0.4 1.2,0.2 0.6,-0.2 0.6,-0.6 -0.2,-0.4 3,-0.4 3.4,-0.2 3.4,0 0,0.2 0.2,0.2 0.4,0 0.8,0 0.4,-0.2 0.6,-0.4 h 0.4 q -0.4,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.4 1,-0.4 0.6,0 0.8,0.2 0.2,0 0,0.4 0,0.2 0.2,0.2 0,0 0.4,-0.2 0.4,0 0.4,0 l 2.2,0.4 q 0.4,0 0.8,0 l 2.8,-0.4 q -0.4,-0.2 -0.2,-0.2 0.2,0 0.6,0.2 1,0.2 3.4,0.4 2.6,0 3.8,0.4 1.4,0.2 2.4,0.4 l 0.2,0.2 0.4,0.2 q 3.2,-0.6 7.6,0 1.8,0.2 4.6,0.6 3,0.4 3.4,0.6 0.6,0.2 1.4,0.2 2.6,0.2 10.6,2.8 11,3.8 12.4,5 2,2 2.8,2 0.6,0 1.2,0.6 0.8,0.4 0,0 -1,-0.4 -1,0 0,0.2 1.4,1 1.6,0.8 2,0.8 0.2,0 -0.8,-0.8 l -0.8,-0.6 1,0.4 q 0.8,0.4 0.8,0.6 0,0.2 1.2,1.6 z m -106.4,-2.2 q 0.2,0 0.4,-0.4 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 0,0.4 0.2,0.4 z m 7.6,1.6 q 0.4,0 0.8,-0.2 l 0.2,-0.4 q -0.4,0 -0.8,0.4 z m 2,1.4 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 l 0.2,0.2 q 0.6,0.4 0.8,0.4 z m 0.6,-1.6 q 0.4,0 0.4,0 -0.2,-0.4 -0.6,-0.4 z m 2.6,-11.4 q 0,0 0.2,0.4 l 0.6,-0.2 q -0.4,-0.2 -0.8,-0.2 z m -0.6,14.6 q 0,0.2 0.4,0.2 l 0.4,-0.2 q -0.4,-0.2 -0.8,0 z m 0.6,1.4 q 0.8,0 0.8,-0.2 -0.6,0 -1.4,0 -0.4,0.2 0,0.2 0.2,0 0.6,0 z m 2.4,-15.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,-0.6 q 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 0.2,0.2 0.6,0.2 z m 5.2,-3.2 q -0.2,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.2 -0.4,-0.2 -0.2,-0.2 -0.4,0 z m 1.8,0 q -0.4,0.4 0.4,0.4 0.8,0 0.4,-0.4 -0.4,-0.4 -0.8,0 z m 2.6,0 q 0.2,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m -3.8,118.4 q 0,0 0.6,-6.8 v -2.2 l -0.4,2.4 q -0.6,5.2 -0.2,6.6 z m 1,-14.6 q 0,0 0.2,0.4 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0.2,38.8 q 0.4,0 0.4,-0.2 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.4 0,0.2 0.2,0.2 z m 0.8,-16 q 0,-1.4 0,-3 -0.2,0.8 -0.2,1.6 v 1.6 z m 0.4,-33 q 0,0 0.2,0.4 0.2,-0.4 0,-1 -0.2,0.4 -0.2,0.6 z m 0.2,37.8 q 0.2,-1.2 0,-2.2 0,0.4 -0.2,1 l 0.2,1.4 z m 12.2,-129.6 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 0,23 q 0.2,0 0.4,-0.2 0.2,-0.4 -0.2,-0.4 -0.2,0 -0.2,0.4 0,0.2 0,0.2 z m -4.6,-25 q 0.8,0 2.6,-0.2 2,-0.2 2.2,-0.4 h -1.4 q -1.4,0.2 -3,0.2 z m 3.4,27.6 q 0,0 0.2,0 0.6,-0.6 0.6,-1.2 0,-0.6 -0.2,0 -0.2,0.6 -0.6,1.2 z m -10.4,91 q 0.2,-0.6 0,-1 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.6 z m 0.4,7.2 q 0.2,-0.4 0,-1 0,-0.4 -0.2,-0.2 0,0.2 0,0.6 0.2,0.4 0.2,0.6 z m 1.2,15 q 0.2,0 0.2,-2.6 0.2,-2.6 -0.2,-2.8 -0.4,-0.2 -0.4,2 0,3.4 0.4,3.4 z m 0.2,-40.6 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.8,50.6 q 0.2,-0.2 0,-2 l -0.2,-1.6 -0.2,2 z m -0.2,-4.6 q 0,0 0,0.4 0.2,-0.4 0,-0.8 0,0.2 0,0.4 z m -0.4,-82.2 q 0,0 0.8,-6.2 l -0.2,0.4 q -0.6,1.4 -1.8,10.2 -1,8.8 -1,13.2 -0.2,3.6 0,2.8 0.2,-1 1,-8.8 0.4,-6 1.2,-11.6 z m 3.2,95 q 0,0 -0.2,-1.6 v 0.4 q -0.2,0.6 -0.4,1.6 0,0.8 0,1.4 0.2,0.6 0.4,0.6 0.2,0 0.2,-2.4 z m -0.2,-3.4 q 0.2,2 0.2,0.2 0.2,-0.8 0,-2 0,-2.2 0,-2.2 0,0 -0.2,1.2 -0.2,1.8 0,2.8 z m 0.2,-97.2 q 0.2,-0.4 0,-0.8 0,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.2,-1.8 q 0.4,-0.2 0.2,-0.8 l -0.4,0.2 z m -1.6,-2.6 q 1,-5.2 3.8,-16.4 0.6,-2 1.6,-5 1,-3.2 0.8,-3.4 l -0.6,1.2 q -0.4,1.4 -0.6,1.6 -0.2,0.4 -1.6,5.8 -0.4,1 -1.4,4.6 -0.6,2 -0.6,2.8 -0.2,1 -0.8,3.4 -0.4,2.2 -0.8,4.2 -0.4,2 -0.6,3.4 -0.2,1.2 0,1.2 0.2,0 0.8,-3.4 z m 2.2,103.8 q 0,0.4 0.2,0.4 0.4,0 0.2,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 0,0.6 z m 0,-2.4 q 0,0 0.2,0.4 0.2,-0.2 0,-0.6 z m 0.6,-3.6 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-2.4 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 3.8,-17.6 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m -2.2,-87.2 q 0.6,-2.2 2.2,-8.2 1.8,-6 1.6,-6.2 l -0.4,1 q -0.4,1 -1.8,5.8 -1.4,4.6 -2.2,8.6 -0.8,4 -1.4,6 -0.8,3.4 -0.4,3.2 0.2,0 0.4,-1 0.4,-2.4 1.4,-6.2 0,-0.2 0,-0.6 0.2,-0.6 0.4,-1.2 0.2,-0.8 0.2,-1.2 z m 4,73.4 q 0,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.6 0.2,0.6 z m 9.6,-118 q 0,0 0.2,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.6,0 z m -2,0.2 q 0,-0.2 -0.8,-0.2 -0.6,0 -0.6,0.4 0,0.2 0.6,0 0.8,-0.2 0.8,-0.2 z m -1.2,65.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m -0.6,2.4 q -0.2,0.4 -0.2,0.4 0,0.4 0.2,0.6 0.2,-0.6 0,-1 z m -4.6,-41 q -0.2,0 -0.6,0.8 -0.2,0.6 0,0.6 0.4,0 0.6,-0.6 0.2,-0.8 0,-0.8 z m -1,87.6 q 0,0 0.4,0.4 0.2,-0.6 -0.2,-0.8 -0.4,-0.4 -0.2,0.4 z m 0,-4 q 0.2,1 0.4,0.6 0.4,-0.6 0.4,-0.8 0,-0.4 -0.4,-0.2 0,0.2 -0.2,0 0,-0.2 0,-0.4 l -0.2,-0.4 q -0.2,0.2 0,1.2 z m 1,-10.6 q 0.2,-1 0.2,-1.8 0.2,-0.8 0.2,-1.2 0,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.8 0,0.6 -0.4,4.4 -0.2,2 -0.4,3.4 0,1.4 0,2.4 0,0.8 0,1.2 0,0.4 0.2,0.4 0.2,0 0.2,-0.4 0.2,-6.8 0.6,-8.6 z m 0.6,-6.4 q 0.8,-8.2 1.4,-7.6 l 0.2,-0.2 q 0,-0.2 -0.2,-0.4 -0.2,-1.2 0.6,-5.6 l 0.4,-4.6 q 0,0.2 0,0.6 -0.4,1.2 -0.6,2.4 -1,6.2 -1.8,12.2 -0.4,4.4 -0.6,5 0,0.6 0.2,0.6 0.2,0 0.4,-2.4 z m 1.8,10 q 0.2,-0.8 0,-1.8 v 0.2 q 0,0.4 0,0.6 v 1.2 z m -0.2,11.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-8 q 0,-1.4 0.4,-1.4 0.4,0 0.2,-0.8 0,-0.8 -0.2,-0.2 l -0.4,0.2 q 0,-0.4 -0.2,-0.2 -0.2,0.2 -0.2,1.6 0.2,1.4 -0.2,1.8 -0.2,0.4 -0.2,2.8 0.2,2.2 0.4,2.2 0.4,0 0.2,-2.4 -0.2,-2.4 0.2,-2.2 z m 0.6,-8.4 q 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,1.2 z m 1,-4.2 q 0,0 -0.4,-1.4 0,-0.4 0,-0.4 -0.2,1 -0.4,1 -0.2,0 0,1.6 0.2,0.8 0.2,0.6 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.2 z m -0.4,-21.2 q 0,0 0.2,0.4 0,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-72.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,70.8 q 0,0 0.4,-0.2 0.2,-1 0.2,-1.8 l -0.2,0.2 q -0.4,0.8 -0.4,1.8 z m 1.8,9.8 q 0,0 0,-1 l -0.2,-0.8 q -0.2,0.8 -0.8,4 -0.4,3 -0.4,3.4 l 0.2,-0.2 q 0.4,-0.4 0.6,-0.4 v -0.2 q 0,-0.6 0,-1.6 0,-1.2 0.2,-2.2 0.2,-1.2 0.4,-1 z m 1.6,-9.6 q 0,-1.8 -0.2,-1.6 0,0.2 -0.8,4 -0.6,3.6 -0.6,4 l 1,-3.6 v -0.2 l 0.2,-1 z m 0,-72 q -0.4,0 0,0.4 0.4,0.4 0.2,0.6 v 0.2 q 0.4,-0.2 0.4,-0.6 0,-0.6 -0.6,-0.6 z m 0.4,68.6 q 0.2,-0.4 0.4,-1.8 0.2,-1.4 0,-0.6 z m 0.6,-3.8 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.6 -0.2,-0.6 0,0 -0.2,0.6 z m 0.6,-1.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-62.8 q 0,0 0.2,0.4 0.4,0 0.4,0 -0.2,-0.4 -0.6,-0.4 z m 0.4,61.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.4,-2.4 q -0.2,0.8 0,0.4 0.4,-0.4 0.4,-0.8 z m 1.6,-3.2 q 0,0 0,-0.2 -0.4,0 -0.2,-0.8 l -0.2,-0.2 q -0.4,0.6 -0.6,1.8 -0.2,1 -0.2,1 0.2,0 0.4,-0.4 0.4,-1 0.8,-1.2 z m -0.2,-2.6 q 0,0 0.2,0.6 0.2,-0.2 0,-0.8 z m -0.6,-52.4 q 0,0.2 0.6,0.2 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0 -0.6,0.2 z m 1.8,49.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.2,-1.8 q 0,0.8 0.2,0.2 0.4,-0.8 0.4,-1 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.2,1 z m 1.4,-3 q 0,0 -0.2,-0.4 -0.8,1.4 -0.2,1.4 0.2,-0.2 0.4,-1 z m 0.8,-2.6 0.2,-0.8 -0.4,0.8 -0.6,1.4 0.2,-0.2 q 0.4,-0.4 0.6,-1.2 z m 1.4,-4 0.2,-1 -0.6,1 q -0.4,0.8 -0.4,1.4 0,0.4 0.2,0 0.4,-0.6 0.6,-1.4 z m 1,-4 q -0.2,0.6 0.2,0.2 0.4,-0.4 0.2,-0.6 -0.2,-0.2 -0.4,0.4 z m 0.2,-7.6 q 0.4,-0.2 0.4,-0.8 0,-0.6 -0.4,0 -0.4,0.8 0,0.8 z m 1,-2.6 q 0,0 0,-0.8 0,0.2 -0.2,0.8 -0.2,0.4 -0.4,0.8 0,0.2 0,0.2 0.2,0 0.6,-1 z m 0.8,-24 q 0,0 -0.2,0.4 -0.2,0.2 0,0.2 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.4 z m 0.2,29.2 q 0.4,-0.6 0.4,-0.8 h -0.4 q -0.2,0.6 -0.2,1 z m 2.6,-28.2 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 l 0.2,0.2 q 0.6,0.4 0.8,0.4 z m 7.2,1.4 q 0.6,-0.2 0.6,-0.2 -0.4,-0.2 -1,0 0,0.2 0.4,0.2 z m -1.2,-1 q 2.6,0.2 2.8,0.2 0.4,-0.4 -5,-0.8 h -1.8 q 0.4,0.2 0.6,0.4 0.2,0 0,0.4 0,0.2 0.2,0.4 0.4,0 1,0 h 1.4 l -1.2,-0.2 q -2.2,-0.4 -0.4,-0.6 1,0 2.4,0.2 z m 3.2,1.4 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,-0.2 z m 0.2,-1 q 0,0 2.4,0.2 0,-0.2 -1.4,-0.4 -1,0 -1,0.2 z m 3.6,0.6 q 0.2,0 0.4,0 0.2,-0.2 0,-0.4 -0.2,-0.2 -0.6,0 -1.2,0.4 0.2,0.4 z m 2.6,0.2 q 0.4,0 0.6,-0.2 -0.6,0 -1,0 0.4,0.2 0.4,0.2 z m 1.8,0.4 q 0.4,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m 2.2,0.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 2,0.6 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z m 20.6,10.4 q 0,0 0.2,0.4 0.6,0.2 1,0.2 l -0.2,-0.2 q -0.6,-0.4 -1,-0.4 z m -5,-5.8 q 0,0 -1.2,-0.2 l 0.2,0.2 q 0.6,0.4 1.2,0.2 z m -3,-1 q 0,-0.4 -0.8,-0.4 -0.8,0 -0.2,0.4 0.8,0.2 1,0.2 z m -2.2,-1 q -0.8,-0.4 -1.4,-0.2 0.4,0.6 2,0.8 z m -2.8,-1 q 0,0 -2.8,-0.6 0.2,0.2 1.4,0.8 1.4,0.4 2,0.4 0.2,0 0,-0.2 -0.2,-0.2 -0.6,-0.4 z m -1,23.8 q 0,0 -0.6,-0.4 -0.8,-0.4 -2,-0.6 l -1.2,-0.4 1,0.6 q 1.2,0.8 2.8,0.8 z m -0.8,-22.2 q 0,0 1.6,0.2 -0.2,-0.2 -1.2,-0.4 -0.4,0.2 -0.4,0.2 z m 6.4,25 q 0,0 0.4,-0.2 -0.2,-0.2 -2.8,-1.2 -2.4,-1.2 -2.6,-1.2 z m 1.2,0.6 q 1,1.2 1,0.6 0,-0.4 -0.8,-0.8 z m 3,1 q -0.2,0 -0.8,-0.4 -0.6,-0.4 -0.8,0 0,0.2 0,0.2 0,0 0.2,-0.2 0.4,-0.2 0.4,0.2 0,0.4 0.6,0.4 z m -0.8,-9 q -0.8,-0.4 -1.2,-0.4 -0.2,0 0.6,0.4 1.2,0.6 1,0.6 0,-0.2 -0.4,-0.6 z m -0.6,3.2 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z m 2.8,-12.6 q 0.8,0.2 0.8,-0.2 -0.2,-0.4 -0.8,-0.2 -0.4,0.2 0,0.4 z m -4.8,-6 q 0,0 5.6,1.6 l -0.2,-0.2 q -0.8,-0.6 -1.6,-0.6 -0.8,0 -0.8,-0.2 0,-0.2 -0.8,-0.2 -0.6,-0.2 -0.8,-0.4 -0.2,-0.4 -0.6,-0.4 l -2.4,-0.8 -0.8,-0.2 q -1,0 -2,-0.2 z m 8.8,8.6 q 1.2,0.6 1.2,0.4 0,-0.2 -1.2,-0.8 z m 2.2,0.2 q 0.4,0 -0.2,-0.6 -0.6,-0.8 -2.6,-1.6 -1.8,-1 -2,-0.8 l 0.4,0.2 -0.2,0.4 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 0.2,0.2 1.8,1.2 1.6,0.8 1.8,0.8 z m 0,-3.2 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 1.2,0.8 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 z"/><path fill="#111111" d="m 536.20016,93.6 q -0.4,1.8 -0.6,2.2 -0.2,0.4 0.6,0.4 0.4,0 0.8,0 1.8,0 2.4,0.4 0.8,0.4 0.8,0 0,-0.4 0.8,-0.4 0.8,0 0,0.4 v 0.2 q 0.8,0 0.4,0.8 -0.2,0.4 -0.6,0.4 -0.6,0 -0.8,0.4 0,0.4 0.6,0.4 0.4,0 1.8,0 l 2.4,-0.2 1.6,2.8 -0.8,0.2 v 0.4 q 0.4,0 0.4,0.2 0,0 -0.4,0.4 v 0.4 q 0.8,-0.2 1.2,0.4 0.2,0.4 0,0.6 -0.4,0.2 -0.2,0.4 0,0.2 -0.4,0.4 -0.4,0.2 -1,0.6 -0.6,0.2 -1,0.4 -0.4,0.2 -0.4,0.4 0.2,0.2 0,0.2 0,0 -0.4,0 -0.4,0 -0.4,0.4 0,0.4 0.8,0.6 1,0 1.8,-0.2 0.8,-0.4 1.2,-0.2 0.4,0.4 -0.4,1 -0.4,0.2 -0.6,0.2 -0.6,0 0,0.4 l -0.4,0.2 q -0.6,-0.2 -1.2,0.4 -0.6,0.4 -1.2,0.2 l -0.2,0.2 q 0.2,0.4 -7.4,2.6 -2,0.6 -2,0.8 0.2,0 5,-1.4 4.8,-1.4 5.8,-1.8 l -0.2,0.4 q -0.8,0.8 -1.4,0.8 -0.4,0 -0.4,0.4 0,0.2 -0.6,0.4 -8.2,2.6 -8.4,3 -0.2,0.2 -0.2,10.2 0,2.8 0,5.2 0,2.2 -0.2,3.6 0,1.2 0,1.2 -0.4,-0.6 -0.6,-14 l -0.2,-5 -0.4,1 v -1 q -0.2,-0.6 -0.4,-0.8 -0.4,0.2 -0.4,1.4 0.2,1 0.2,7.8 l -0.4,5 v -0.2 14.8 q 0.2,2.4 -0.2,2.4 -0.2,0 -0.2,-1.6 l -0.2,-1.4 q -0.2,0.2 -0.2,3.6 0.2,3.2 0,4.2 l -0.2,-0.4 q -0.2,-1 -0.2,-2 0,-1 -0.2,-4.4 0,-3.4 -0.4,-4.2 l -0.2,3.2 q 0.2,4 -0.2,4 -0.2,0 -0.2,0.4 0,0.2 0.4,0 l 0.2,0.8 -0.2,0.2 q -0.4,-0.4 -0.2,0.2 0,0.2 0,0.6 l 0.2,8.2 -0.4,-1 q 0,0.6 -0.2,0.8 -0.2,0.2 -0.4,-0.4 -0.2,-0.4 -0.2,-1 l -0.2,-1.4 v 1.4 q 0,1.6 0.4,2 0.6,0.4 0.6,2.4 -0.2,2.8 -0.8,2.8 -0.4,-0.4 0,-0.4 0.4,-0.2 0.4,-1.4 l -0.2,-0.2 q -0.2,0.6 -0.4,0 0,-0.4 -0.2,-1.2 0,-2 -0.4,-2 -0.4,-0.2 -0.4,-0.6 0,-0.4 0.2,0 l 0.2,-1.8 q -0.2,-0.8 -0.6,-1 l 0.2,7.4 q 0,0.8 0,1.2 0.2,1.6 0.2,1.6 0,0 -0.4,-1 l -0.6,-1.4 q -0.2,0.2 -0.2,0.6 0.2,0.6 0.2,1.6 0.2,0.8 0.2,1.6 0,0.6 -0.2,0.6 -0.4,0 -0.4,-1 v -1 l -0.2,1 q -0.2,0.8 0,1.6 0.2,0.6 0,1 0,0.4 0,1.6 0,1 -0.2,1 -0.2,0 -0.4,-1 -0.6,-8.4 -1.4,-8.8 -0.4,-0.4 -0.6,-2.4 0,-2.2 -0.2,-3.2 l 0.2,7.2 q 0.4,3.4 0,3.6 -0.2,0 -0.4,-0.2 0,-0.4 -0.2,-1 0,-0.6 0,-1.2 -0.2,-2.6 -0.8,-3 l 0.2,-0.4 q 0.2,0.2 0.2,-0.4 0,-0.4 0,-1.6 -0.2,-2.4 -0.2,-3.8 l -0.4,-1.2 q -0.4,0.2 -0.2,1.4 0.2,1 0.4,3.2 0,1.8 -0.2,1.8 -0.4,-0.4 -0.6,-0.2 0,0 0,0.4 0.2,0.8 -0.2,0.8 -0.4,-0.2 -0.4,-1 -0.2,-0.8 -0.2,-0.8 0.2,-0.2 0.6,-0.2 0.6,0.2 0.2,-0.2 -0.4,-0.4 -0.2,-1 h -0.2 q -0.4,0.4 -0.6,-0.2 0,-0.8 -0.2,-3.8 -0.2,-4.6 -0.6,-6.2 -0.2,-1.8 -0.6,-4.4 l -0.2,-2.6 q -0.2,0.4 0,3.4 0,3.8 -0.4,3.8 -0.2,0 -0.2,0.4 0,0.4 0.4,0.2 0.4,-0.2 0.4,0.4 0,0.4 -0.4,0.2 -0.8,-0.2 -0.4,3 0.2,2 0.6,2.2 0.4,0.4 0.4,0.4 0,0 -0.6,0 -0.6,0 -0.8,-0.2 -0.4,-0.6 -0.6,-10 l -0.2,-1.8 h -0.2 l -0.2,0.2 q 0,-0.4 0.2,-0.6 0.4,-0.2 0.2,-0.4 -0.2,-0.4 -0.2,-5.4 0,-5 -0.2,-5 -0.2,0 -0.2,-1.2 0,-1.2 0,-2.6 0.2,-1.4 0.2,-2 -0.4,0.2 -0.4,-0.2 0,-0.2 0,-1 0.2,-5.4 -0.4,-4.8 -0.4,0.4 0,9.4 0,4 -0.4,4 -0.2,0 -0.2,-1.8 -0.2,-11.6 -0.8,-11.6 v -0.2 q 1,-0.6 -10.4,0.2 -3.8,0.4 -8.2,0.6 -5.4,0.2 -7,0.4 -2.6,0 -3.2,0 -0.6,0.2 -0.8,1.2 -0.2,1 -0.6,6.2 -0.4,4.8 -0.6,5.4 0,0.6 -0.2,4.4 -0.2,3.6 -0.6,6.6 l -0.2,2 q 0,-1.6 0.4,-9.6 l 0.6,-13.2 q -0.2,0.6 -0.4,0.6 0,0 0,-0.6 0,-0.8 0.4,-1 0.6,-0.2 0.6,-0.8 0,-0.8 -0.6,-0.4 h -0.2 q 0.2,-0.4 -0.2,-0.4 -0.6,0 -0.6,2.4 0,1.2 0,1.6 0,0.6 -0.4,1.2 -0.4,0.4 -0.2,1 0.4,0.6 0,3 -0.4,2.4 -0.2,3 0.2,0.6 -0.4,1 -0.6,0.6 0,1 0.4,0 0.2,0.8 -0.2,0.6 -0.4,0 l -0.4,-0.2 q 0,0.6 0.4,1 0.4,0.2 0.4,0.6 l -0.4,-0.2 q -0.4,-0.6 -0.4,0 0,0.6 0.4,0.6 0.4,0 0.4,0.6 0,0.6 -0.4,0.2 -0.4,-0.4 -0.6,1.4 0,1.6 0.4,1.6 l -0.2,0.4 q -0.4,0.2 -0.4,1.2 0.2,1.4 0.2,4.6 0,3.2 -0.2,6.4 0,3.2 0,3.2 -0.2,-0.2 -0.4,-2.2 l -0.4,-2.2 q -0.2,0.2 -0.2,0.6 l -0.2,-0.2 q 0,-0.2 0,-0.6 -0.2,-1.4 0.2,-1.8 0.6,-0.4 0,-0.4 -0.6,0 -0.8,0.4 0,0.4 0,2.4 -0.2,1.8 -0.2,3 -0.2,1 0,1 0.4,0 0,0.6 -0.4,0.4 0,0.4 0.4,0 0,0.6 -0.2,0.4 -0.2,2.4 0,0.6 0,1.2 0,0.4 0,0.8 0,0.2 0,0.2 -0.8,-0.2 -1,0.4 -0.2,0.4 -0.2,2.4 l -0.2,2.2 -0.2,-0.2 -0.2,1.8 q 0,0.4 0,0.8 0.2,3.2 0,4.8 l -0.2,1.8 -0.2,-2 q 0,-1.4 -0.4,-1.4 -0.2,0.4 -0.2,0.2 0,-0.2 0,-0.6 -0.2,-0.6 -0.4,-0.6 -0.2,0.4 -0.2,1.8 0.2,1.2 -0.4,1.6 -0.4,-0.2 -0.4,-0.8 0,-1.2 -0.4,-1.2 -0.4,0 -0.4,-0.6 0.2,-0.6 0,-1.4 l -0.2,2.6 q -0.2,3.6 -0.6,3.4 -0.2,-0.4 -0.2,-2 0,-1.6 -0.6,-4.2 -0.6,-2.6 -0.8,-3.8 -0.2,-0.4 -0.4,-0.6 -0.2,-0.2 -0.2,0 v -0.6 q 0,-0.6 0,-0.6 -0.6,0.2 -0.8,1 0,0.6 -0.2,-0.2 -0.2,-0.2 -0.2,-1 -0.2,-2.2 -0.4,-2.2 -0.2,-0.2 0,1.4 0,1.8 -0.4,2.4 -0.2,0.6 0.4,0.8 0.6,0.2 0.6,0.6 0,0.2 -0.4,0 -0.4,-0.2 -0.4,2.6 0.2,2.8 0,3 l -0.4,-1.8 q 0,-2.8 -0.4,-3.2 v 2.4 q 0.2,2.2 -0.2,2.2 -0.2,-0.2 -0.4,-1.2 -0.2,-0.6 -0.2,-0.2 0,0.2 0,0.8 l -0.2,1.2 -0.2,-1.2 q -0.4,-1.4 -0.6,-4.6 -0.2,-3.2 -0.6,-3.4 0,0 0,1 0,1 0,2.6 0,1.4 0,3 0.2,1.6 0.2,3 0,1.4 0.2,1.8 0,0.8 -0.4,0.8 -0.2,0 -0.2,-0.8 0,-0.8 -0.2,-7.6 -0.4,-6.8 -0.6,-16.2 -0.2,-9.6 -0.4,-11.2 -0.2,-1.2 -0.2,-5.2 0,-4.2 0,-7.6 0,-3.6 0,-3.6 0.2,0 0.2,-1.6 0.2,-1.8 0,-3.6 0,-1.8 -0.2,-2.4 -0.2,-0.6 -0.2,-0.2 0,0.2 -0.2,1 -0.2,1.2 -0.6,1.2 -0.2,0 -0.2,-1.6 0,-0.8 -0.4,-1 -0.2,-0.4 -1.6,-0.8 l -1.6,-0.6 -0.4,-0.4 q -0.2,0 -0.4,-0.2 -1.4,-0.4 -1.8,-0.8 -0.4,-0.4 0.4,-0.6 0.6,0 2.4,0.2 3.6,-0.2 3.6,-0.6 l -0.2,-0.4 q 0.4,0 0.2,-0.8 0,-0.8 -2.6,-1 l -2.4,-0.4 3.2,-0.4 h -1.8 q -1.8,0 -1.8,-0.2 0,-0.4 4.4,-0.4 1.2,0 1.2,-0.6 0.2,-0.6 -1,-1 l -1.2,-0.8 q 0.2,-0.2 1.2,0.4 l 1.4,0.2 -0.4,-0.2 q -0.6,-0.6 0,-0.6 0.8,0 0.2,-0.6 -0.2,-0.4 -0.8,-0.4 l 0.4,-0.4 q 0.8,0 0.8,-0.2 l -1,-0.4 q -1,0 -1,-0.4 0,-0.4 1.4,-0.4 1,0 1.2,-0.2 0.2,-0.4 0,-1.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,-0.2 0,-0.4 -0.6,-0.2 l -0.4,-0.2 q 0.2,-0.2 -0.6,-0.4 -0.6,-0.2 -0.4,-0.6 l -0.2,-0.2 q -0.6,0.2 -1.2,-0.2 -0.8,-0.4 -0.4,-0.6 0.4,-0.2 0.8,0 0.2,0 1.2,0.2 1,0 2.2,0.4 1.2,0.2 1.2,-0.6 0,-0.8 1.4,-0.6 0.8,0.2 1,0.2 0.2,-0.2 0,-1 -0.2,-1 0,-1 0.4,0 0.4,-0.6 0,-2 0.6,-3 0.2,-0.4 -0.2,-0.8 -0.2,-0.6 0.2,-0.2 0.6,0.2 0.4,-0.4 -0.2,-0.6 0,-1 0.4,-0.8 0.4,-2.2 0,-0.8 0.4,-1 0.6,-0.2 0.6,-0.6 -0.4,-1.4 0.4,-2.4 v -0.6 q 0,-0.8 0.2,-1 0.4,-0.4 0.4,-1 0,-0.6 0.4,-0.6 0.4,0 0.4,-1.2 l 0.4,-0.8 V 81 q -0.2,-0.6 2.2,-6.6 1,-2.4 2.8,-6.8 1.8,-4 1.6,-4.4 h 0.4 l 0.2,-0.2 -0.6,-1 -0.6,1 q -0.6,0.8 -0.8,1.4 -0.2,0.6 -0.6,0.6 -0.4,0 0,-0.4 0.6,-0.6 0.2,-0.6 -0.2,0 0.4,-1 0.8,-1 0.8,-1.4 0,-0.6 0.6,0.2 0.8,0.6 0.8,0.2 0,-0.6 0.8,-1.6 0.4,-0.2 0.4,0 l 0.2,-0.2 q 0.2,-0.2 0.4,-0.6 0.6,-1.2 0.4,-1.4 0,-0.4 0.2,-0.6 0.4,-0.2 0.6,0.4 0.4,0.6 0.6,0.2 0.2,-0.4 -0.2,-0.4 -0.2,0 -0.2,-1 l 0.4,-0.6 0.2,-0.4 q 0,-0.6 0.6,-1.6 0.6,-1 0.8,-1 0.4,0 0.2,-0.2 -0.2,-0.4 0.2,-0.6 0.6,-0.2 0.4,-0.6 0,-0.2 0,-0.2 0,0 0.2,0 0.4,-0.2 0.4,-0.6 l 0.4,-0.6 q 0.2,0.2 0.4,-0.2 v 0.4 q -0.2,0.4 -0.2,0.8 0,0.4 -0.6,0.6 -0.4,0.2 -0.4,0.6 0,0.2 0.6,0.4 h 0.4 q -0.2,-0.2 0,-0.4 0.4,-0.2 0.8,-0.2 0.4,-0.2 0.6,0 0.2,0 0.4,-0.4 0.4,-0.4 0.8,-1 1.2,-1.8 1.8,-1 0.4,0.4 0.4,0.2 0,-0.4 -0.6,-0.8 -0.4,-0.6 0.2,-1.2 0.6,-0.8 1,-0.6 0.6,0.2 0.4,-0.2 -0.2,-0.6 0.4,-0.4 0.8,0.4 0.4,1.4 -0.2,0 -0.6,1 h -0.2 V 49 q 0,0 -0.4,0.6 -1.2,1.8 -0.2,2 0.2,0 0.6,0 0.8,-0.4 1,0.2 0.2,0.6 0.6,0.4 0.4,-0.2 0.4,0 0,0.2 -0.2,0.4 -0.4,0.8 0.2,0.2 0.8,-0.6 1.2,-0.2 l 0.2,0.4 q -0.2,0 -1.2,1.6 -1,1.6 -1,2 0,0.6 0.8,-0.6 0.2,-0.4 0.4,-0.8 0.2,-0.8 1.4,-2.2 1.4,-1.4 1.8,-1.4 0.8,0 0.4,0.6 -0.2,0.2 -0.8,0.8 -2,2.2 -1.8,3.4 0.2,0 1.6,-1.4 1.6,-1.6 2,-1.2 0.8,1 -0.2,2.6 -0.4,0.8 -0.6,1.6 l -0.4,1 0.8,-1 q 0.4,-0.4 0,0.6 -0.2,0.4 -0.6,1.6 -1.4,3 -1.4,3.2 l 0.6,-0.8 q 0.4,-1 1.2,-1.6 0.4,-0.4 0.4,-0.4 0.2,0 -0.2,0.6 -0.2,0.8 -1.6,3.4 -1.2,2.4 -1.2,2.6 0,0 0.6,0 0.8,-0.2 1.4,-1.8 0.8,-1.8 1.2,-1.8 0.4,0 -0.2,1 -0.6,1 -1.4,3 -0.6,2 -1.2,3.4 -0.8,2 -4.2,12.4 -3.2,10.2 -3.8,12.8 -1.6,6.4 -1.6,7.6 0.4,0 2.8,0 2.6,-0.2 6.2,-0.4 3.6,-0.2 5.6,-0.4 2.8,-0.2 8,-1.2 5.2,-1 5.4,-1.2 0.2,-0.2 0.8,-4.4 1.2,-10.4 4.2,-20 2,-6.4 4.4,-11.2 0.6,-1.2 0.6,-1.4 0,-0.4 0.6,-1.2 l 0.2,-0.8 -0.2,-0.2 q 0.2,-0.6 0.6,-0.4 0.2,0.2 0.4,-0.2 0.2,-0.6 0.2,-1.2 0.2,-0.8 0.2,-1.2 -0.2,-0.6 0.2,-0.6 0.4,0 0.2,0.4 -0.2,0.2 -0.2,0.2 0.2,0 0.4,0 0.4,-0.2 1.8,-2.8 1.6,-2.8 2.4,-3.8 l 1,-1.2 -0.6,1.4 -0.4,1.2 0.2,-0.2 q 0.6,-0.4 0.8,-0.2 v -0.6 l 0.2,-0.4 q 0.2,0.6 0.4,0.2 0.4,-0.4 0.6,-0.4 0.2,0.2 0.6,-0.4 0.6,-0.6 1.6,-2.4 0.6,-1 1,-1 0.6,0 0.4,-0.4 -0.2,-0.6 0.4,-0.4 0.8,0.2 0.4,1 -0.2,0.6 -0.2,1 0.2,0.8 -0.8,1 v 0.4 q 0.2,0.8 -0.4,1 -0.6,0.2 -0.6,0.6 0,0.2 0.4,0 l 0.2,0.2 q -0.2,0.4 -0.4,1.2 0,0.6 -0.2,1 0,0.4 -0.6,0.2 -0.4,-0.4 0,0.2 0.4,0.4 -0.2,0.8 l 0.2,0.2 q 0.6,-0.4 0.8,-0.2 l 0.2,-0.2 q -0.4,-0.4 0.2,-1.4 0.8,-1 1.4,-1 0.4,0 0.4,-0.4 0,-0.4 0.4,-0.4 0.4,0 1.6,-1 1,-0.6 1,-0.2 -0.2,0.6 0.2,0.8 0.4,0.2 -0.2,0.6 -0.6,0.2 -0.8,1 -0.4,0.4 -0.4,0.4 0.2,0 0.8,-0.2 2,-1.2 2.2,0 0.2,0.4 -0.4,1 -0.4,0.6 -0.6,1 h 0.2 q 0.4,-0.6 1,-0.6 v 0.2 q -0.8,0.2 -1.2,1.8 -0.2,0.4 0.2,0.4 0.8,0 1.6,-1.8 0.4,-1.2 0.8,-1.4 0.6,-0.2 0.6,-1 0,-0.4 0.6,-1.4 0.8,-1 1.4,-1 0.4,0 0.4,0.6 0,0.6 0.2,0.4 0.4,-0.2 0.4,0 0.2,0.2 -0.2,0.6 -0.4,0.4 -1.4,2.8 -0.8,2.2 -0.8,2.4 0.2,0 0.2,-0.2 0.2,-0.2 0.4,-0.6 0.4,-0.4 0.6,-1 1,-1.8 1,-1.8 0.2,0 0,0.6 0,0.4 -0.4,1.2 -0.2,0.6 -0.6,1.4 -0.4,1.2 -1,2.4 -0.6,1.2 -0.4,1.2 0.4,0 1.4,-2.2 1,-2.2 1.2,-2.2 0.4,0 -0.4,1.4 -0.6,1.2 -0.6,1.8 l 0.8,-1 q 0.6,-1.2 1,-1.2 0.4,0 -1,3.2 -1.4,2.8 -2,4.4 -0.4,1.4 -2.4,7 -5.2,15 -6.6,21.6 z m 3,-36.4 q 0,0 0,0.4 0.4,-0.2 1,-1.4 0.6,-1.4 1.2,-1.8 0.6,-0.6 0.6,-0.8 0,-0.4 -0.8,0.4 -0.6,0.8 -0.6,0.6 0,-0.4 -0.8,0.6 -0.6,0.8 -0.4,1.2 0.2,0.4 -0.2,0.8 z m -2.6,29.6 q 0,0 0.2,0.2 0.4,-0.4 0.2,-0.6 -0.2,-0.2 -0.4,0.4 z m -44,-13 q 0.2,0.4 -0.2,0.4 -0.2,0 0,0.6 0.2,0.4 1,-1.4 0.2,-0.6 0.6,-1.4 1.2,-3.2 1.2,-3.4 0.2,-0.4 0.6,-1 h -0.4 q -0.6,0.6 -0.6,0.2 l -0.6,1 h 0.4 q 0.2,-0.6 0.2,0 0,0.4 -0.4,1 -0.2,0.4 -0.2,0 0,-0.6 -0.4,0 -0.2,0.4 0,1 0.2,0.6 -0.2,0.6 -0.4,0 -0.4,0.6 0.2,0.4 -0.4,0.8 -0.4,0.4 -0.2,1 z m -4.4,12.8 q 0.2,0.4 0.2,0.4 0.2,-0.2 0.2,-0.8 l -0.4,-0.4 q -0.2,0.4 0,0.8 z m 2.6,-6.8 q 0,0.8 0.4,-0.4 0.6,-1.2 0.6,-1.4 0,-0.4 -0.6,0.2 -0.4,0.6 -0.4,1.6 z m 0.2,-24.4 q 0,0 -1,2.6 0.2,-0.4 1.4,-2.4 l 0.8,-1.8 q -0.4,0.2 -1.2,1.6 z m -1.8,-0.6 q 1,-1.6 0.8,-1.6 -0.2,0 -1.2,1.6 -0.8,1.4 -0.8,1.8 0,0.4 0.6,-0.6 0.2,-0.4 0.6,-1.2 z m -25.6,73.6 q -0.2,0.2 -0.2,0.4 0,0.4 0.2,0.4 0,-0.4 0,-0.8 z m 0,4.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-11.8 q 0,0 0.2,0.4 0.2,-0.2 0,-0.6 z m 0.2,44 q 0.2,-0.8 0,-1.6 v 0.2 0.6 q 0,0.8 0,0.8 z m -0.2,-60.4 q 0.4,0.4 0.8,0.2 0,-0.4 -0.6,-0.6 -0.4,-0.2 -0.2,0.4 z m 0.6,-3.6 q 0.2,0.2 0.2,0.2 0.2,0 0.2,-0.2 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 z m 0.8,68.6 q 0,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.4 z m 1.2,-2 q 0.2,-0.4 0,-0.8 -0.2,0 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.2,-2.4 q 0.2,-1.2 -0.2,-1.6 -0.4,-0.6 -0.4,-0.2 0,0.2 0.2,1.4 l 0.2,1.6 z m 2.2,-12.6 q 0.2,-0.4 0,-1 -0.2,0.2 -0.2,0.6 0.2,0.2 0.2,0.4 z m 0,-2.6 q 0.2,-0.2 0,-0.8 l -0.2,0.4 z m 1.4,18.8 q 0.2,0.6 0.2,1.4 0,0.8 0.2,0.8 0.2,0 0,-1.4 0,-1.6 -0.4,-1.6 -0.2,0 0,0.8 z m 0.8,4.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 1.6,-5.8 q 0.2,-0.6 0,-1.2 0,0.2 0,0.6 0,0.4 0,0.6 z m 0.4,-22.8 q -0.2,0.6 0.2,0.2 0.4,-0.4 0.2,-0.6 -0.2,-0.2 -0.4,0.4 z m 2.8,14 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0,0.2 0.2,0.4 z m 0,-2.2 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 3.2,-95.2 q -0.4,0.2 -0.4,0.4 0,1 0.4,-0.2 z m -0.2,64.6 q 0.2,-0.6 0,-1.4 -0.2,0.2 -0.2,0.6 0.2,0.8 0.2,0.8 z m -0.8,20.6 q 0.2,0.2 0.2,-0.2 0,-0.4 -0.4,-0.4 -0.4,-0.2 0,-1 0.6,-1 0.2,-2 -0.2,-0.8 -0.2,-1.8 0,-1.2 0.2,-1.6 0.2,-0.4 0,-3.6 0,-3.4 -0.2,-3.6 l -0.2,1.8 q 0,2 -0.2,2.6 -0.2,0.4 0.2,0.8 0.4,0.2 0,0.6 -0.4,0.4 -0.4,5.8 l 0.2,4 z m 0.2,-14.2 q 0,0.2 0.2,0.2 0.2,0 0.2,-2.4 l -0.4,-1.6 q -0.2,0.8 0,2.2 0,0.2 0,0.6 0,0.4 0,0.6 0,0.2 0,0.4 z m 0,-5.2 q 0,0.2 0.4,0.2 0.4,0 0.4,0 0,-0.2 -0.4,-0.4 -0.4,-0.2 -0.4,0.2 z m 1,-5.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 2,-62.8 q 0,0 -0.2,-0.2 -0.4,0.2 -0.4,0.4 0,1 0.6,-0.2 z m 2.8,-5.4 q 0,0 0,-0.2 -0.6,0.4 -0.6,0.2 0,-0.4 -0.6,0.4 -0.4,0.6 -0.4,1 l 0.4,-0.4 q 0.4,-0.6 0.6,-0.4 0.2,0.2 0.6,-0.6 z m 1,47.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 3.4,17.8 q 0,0 1.2,0 v -0.2 q -1,0 -2.2,0 -0.4,0.2 0,0.2 0.2,0 1,0 z m 4,0 q 0,0 0.4,0 -0.4,-0.2 -0.8,0 0.2,0 0.4,0 z m 22.4,-20 q 0.2,0.2 0.6,0 0.4,-0.4 0.2,-0.6 -0.2,-0.4 -0.6,0 -0.4,0.2 -0.2,0.6 z m 1.8,-11.2 q -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 0.2,-0.4 0,-0.8 z m -0.8,5.8 q 0.4,0.2 0.4,0.2 0,0 0,-0.8 0,-1 -0.2,-1 -0.2,0 -0.4,0.6 0,0.6 0.2,1 z m 0.8,-4.4 q -0.2,0 -0.4,0.4 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 z m 0.4,57.6 q 0.2,-0.6 0,-1 -0.2,0.4 -0.2,0.4 0,0.4 0.2,0.6 z m 0,-2.8 q 0.2,-1.6 0,-3 -0.2,0.8 -0.2,1.4 l 0.2,1.8 z m -0.2,-48.4 q 0.2,-0.2 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.4 0,0.2 0,0.4 0.2,0 0.4,0 z m 0.2,-8.6 q 0.2,0.2 0.4,0 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.4 0.2,0.6 z m 3,57.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.4,7 q 0.2,0.6 0.2,0.6 0.2,0 0.2,-2 l -0.2,-1.4 q -0.4,0.8 -0.4,1.6 0.2,0.6 0.2,1.2 z m 2,-80.8 q 0,-0.2 0,-0.4 0,-0.4 -0.2,0.2 -0.2,0.2 -0.2,0.6 l -1,1 v 0.4 q 0.2,0.4 0.4,0.4 0.4,-0.2 0.4,-0.8 0,-0.4 0.2,-0.4 0.4,0 0.4,-1 z m 1.8,-4.4 q 0.8,-2.6 1.2,-3 0.4,-0.4 0.6,-1.2 l -0.2,-0.6 q -0.2,0.2 -1.6,3.6 -1.4,3.2 -1.6,3.8 0,0.8 0.2,0.6 0.2,-0.4 1.4,-3.2 z m 0.4,98 q 0,0.4 0.2,0.4 0.4,0 0.4,-0.6 0,-0.2 -0.2,-0.4 0,-0.2 -0.2,0 -0.2,0 -0.2,0.6 z m 0.2,-4 q 0.2,-0.4 0.4,0.2 0.4,0.4 0.4,-0.4 0,-0.2 -0.2,-0.4 -0.4,-0.2 -0.6,0.6 z m 0.8,1.2 q -0.2,0.6 0,0.6 0.4,0 0.4,-0.6 0,-0.6 -0.2,-0.6 0,0 -0.2,0.6 z m 0.8,-101.4 q 0.4,0.6 0.6,0.4 0.2,-0.2 -0.4,-0.6 -0.4,-0.4 -0.2,0.2 z m 1.6,98.4 q -0.2,0.2 -0.2,0.4 0,0.4 0.2,0.4 0.2,-0.4 0,-0.8 z m 0.8,-20.6 q 0.2,-0.8 0,-2.4 -0.2,-1.2 -0.2,-1.2 l -0.2,1.8 z m 0.4,-82.6 q 0,0 -0.2,-0.2 -0.2,0.2 -0.2,0.4 0,1.2 0.4,-0.2 z m 1.2,63.4 q -0.2,0.2 -0.2,0.4 l 0.2,0.4 q 0.2,-0.4 0,-0.8 z m -0.2,23.8 q 0.4,-0.4 0.2,-1 l -0.4,0.4 z m 0.2,-17.2 q 0.4,-1.6 0,-2 l -0.2,1.4 v 2.2 z m 4.8,-30.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0,0.4 0.2,0.4 z m 10.6,8.4 q 0,0 0.2,0.2 l 0.6,-0.2 q -0.2,-0.2 -0.8,0 z m -3.4,0.8 q 0,0 2.4,-0.4 0.6,-0.2 -0.6,0 -1.2,0.2 -1.8,0.4 z m -6.8,-12.6 q 0,0 0.2,0.6 0.2,-0.2 0,-0.8 z"/><path fill="#111111" d="m 618.20031,62 q 0,0.2 0.4,0.8 0.4,0.4 -0.2,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 l -0.2,0.2 q -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.2 l -1.6,0.2 -1.4,0.2 q 0.4,0.2 0.2,0.6 -0.2,0.2 0.2,0.2 0.4,0 0.4,0.4 0,0.4 -1,0.2 -4.8,-1.2 -5.4,-0.4 l 1,0.2 q 1.2,0 1.4,0.4 0.2,0.2 1.4,0.6 l 0.2,0.2 q -1,0.2 -1.2,-0.2 -0.8,-0.8 -3,-0.4 -0.6,0.2 -0.6,0.4 0.2,0.2 1.2,0.2 1.2,-0.2 1.2,0.2 0,0.2 2.8,0.4 4.2,0.4 4,1.2 -0.4,0.4 -0.8,-0.2 l -0.2,-0.2 q 0,0.4 -2.2,0.4 -3.8,0 -3.2,0.2 0.2,0 0.8,0.2 0.8,0.2 -0.2,0.2 -0.8,0 -2.4,0 -4,0.2 -5.4,0.4 -3.6,1 -11,2 -2.4,0.4 -10.2,2.6 -7.8,2.2 -8.4,2.8 -0.2,0.2 0.6,5.8 1.4,10.6 1.4,21.2 0,3.4 0.4,3.4 4.2,-1.6 9.2,-2.4 1,-0.2 1,0.2 0,0.2 0.8,0.2 0.8,0 0.2,-0.4 -0.6,-0.2 -0.6,-0.2 0,0 0.6,0 0.8,0 0.8,0.4 l 0.2,-0.2 q 0.2,-0.6 6.8,-0.4 6.6,0 7.8,0.8 1.4,0.6 1.6,1 0.2,0.4 -0.2,0.4 -0.2,-0.2 -0.4,-0.2 -0.8,-0.2 -2.6,-0.4 -1.2,0.2 -1.2,0.4 0.4,0.6 1.4,0.4 1,-0.2 3,0.4 2,0.4 2,0.8 0.2,0.4 -0.4,0.6 -0.6,0 -2.6,0 -3.2,0.2 -5.2,0.4 -1.8,0.2 -0.2,0.2 0.8,0 2.2,0 4,-0.2 5,0.4 1,0.4 1,0.8 0,0.2 0.8,0.4 0.8,0 0.8,1 0,1 -0.8,1.2 -1.2,0.2 -1.4,0.4 0,0.2 0.4,0.6 0.6,0.4 1.2,0.2 v 0.2 q -0.4,0.6 -2.4,0.8 -0.8,0.2 -0.6,0.4 0.4,0.2 -0.2,0.2 -0.2,0 -0.6,0 -1.4,-0.2 -1.4,0.2 0,0.2 -0.4,0 -0.2,-0.2 -0.4,0.2 h 2.6 q 1.2,0 2,-0.2 0.6,-0.2 0.6,0 0.2,0 -0.2,0.2 -0.4,0.6 -1.6,0.6 l -4,1 h 0.2 q 0.6,0 3.8,-0.4 h 0.2 0.2 l 0.2,-0.2 4,-0.4 q -0.6,0.4 -1.8,0.6 -1,0 -1.4,0.4 -0.2,0.4 -1.6,0.4 -1.4,0 -1.4,0.4 0,0.4 0.8,0.2 l 5,-0.4 q -0.6,0.2 -0.6,0.8 0,0.4 -1.4,0.8 -1.6,0.6 -0.2,1 1.6,0 -0.8,0.8 -2,0.8 -6.2,1.8 -22.2,5.6 -25.2,7.4 -0.8,0.4 -0.8,1.2 0,0.6 -0.2,1.4 -0.2,1 -0.8,5.4 -0.4,4.6 -1.4,9.8 -1,5 -1,5.4 0,0.2 0.6,-0.2 0.6,-0.4 2,-0.6 1.6,-0.2 2.6,-0.6 1.2,-0.6 1.6,-0.4 0.4,0.2 2.8,-0.2 2.6,-0.4 3,-0.8 h 0.2 q -0.2,0.4 3.2,0.4 3.6,0 4.2,0.2 0.6,0.2 2.6,0.6 4.2,1.2 6.2,2.2 1.2,0.6 3.6,1 1.6,0.8 1.6,1.4 -0.2,0.4 -1.8,-0.2 -1.6,-0.6 -1.8,-0.4 -0.2,0.2 2.4,1 l 2.8,0.6 q -0.2,0 -0.6,-0.2 -1.2,-0.6 -0.4,-0.8 1.6,-0.6 6.6,3.6 2.6,2.4 2.2,2.6 0,0 -1,-0.8 -1,-0.8 -1.4,-0.6 -0.2,0 0.6,0.8 0.8,0.6 0.4,1.2 -0.6,0.6 0,0.8 0.2,0 0.6,-0.2 0.4,-0.4 1.6,0.8 l 0.8,1 q -0.6,-0.4 -1.2,0 -0.4,0.2 0.6,0.8 l 0.8,0.2 q 0,-0.2 0,-0.4 0.2,-0.2 1,0.6 1.2,1.6 0,2.4 -0.2,0.4 -0.4,0.8 0,0.4 0,0.8 0,0.2 0.2,0.2 0.4,0 0.4,0.8 0.2,0.6 -0.2,1 -0.4,0.2 -1.4,0 -1,-0.2 -1.6,0 -0.6,0 -1.2,-0.4 -0.4,-0.4 -0.4,0 0,0.2 -1,0.2 l -0.2,0.2 q 0.8,0.2 1.6,0.2 0.6,0.2 0,0.4 -0.2,0 -0.8,0 -1.4,0.4 -2,0.2 -0.4,-0.2 -0.4,0.2 0,0.2 1.2,0.6 1.2,0.2 0.2,0.4 -0.8,0 -0.2,0.4 1,0.6 -1.8,0.8 -1.4,0 -1.4,0.4 0,0.4 -0.4,0.4 -0.8,0 -4.6,-0.2 -10.6,-1.2 -24.4,1.4 -6.6,1.2 -10.2,2.4 -2.8,1.2 -3.6,1.8 -0.8,0.4 -1,1.2 -0.2,1.2 -1.6,4.8 -1.2,3.6 -1.6,4 l 0.2,-1.4 q 1.2,-4 1,-4.4 l -0.6,0.8 q -0.6,1.2 -0.6,0.4 0,-2 -0.8,0.4 -0.2,0.4 -0.4,0.8 l -1,2.2 q 0,-0.2 0,-0.6 0,-1 -0.4,-1.8 l 0.2,-0.6 0.2,-0.8 q 0,-1 -0.4,-1 -0.6,0 -3.4,2.6 -1,0.8 -1.2,0.6 -0.2,-0.2 -0.4,0.2 l -0.2,-0.2 q 0,-0.2 0.2,-0.4 0.2,-1.2 0,-1.2 -0.4,0 -1.6,1.4 -1,1.2 -1.2,1.6 -0.2,-0.4 -0.2,-0.8 -0.2,-1.6 0,-2 0.2,-0.2 0.6,-2.2 0.4,-2.2 0.4,-2.8 0,-0.4 -0.8,0 -0.8,0.4 0.2,-0.4 1.2,-0.8 1,-1 -0.2,-0.2 -1.8,1 -1.4,1 -1.4,1.2 l -1.6,2.2 q 0,-0.2 0.6,-1.4 0.2,-0.6 0,-0.6 -0.6,0.6 -0.8,0.4 0,-0.2 0.4,-0.8 l 0.2,-0.4 q -0.4,0.2 -0.4,0 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.6,-0.4 -0.6,-1.2 -1,0 v 0.2 q 0.6,-0.2 0.6,0.4 0,0.4 -0.6,1 -1.8,1.2 -1.8,0.6 0.2,-0.6 0.6,-0.6 h 0.2 q -0.4,-0.2 0.2,-0.8 h -0.2 q -0.2,0.2 -0.4,0.4 -1.2,1 -1.4,0.8 -0.2,-0.4 1.6,-2.2 1.6,-1.8 0.6,-1.8 -0.2,0 0,0.4 0,0.2 -0.2,0.2 0,0 -0.2,0 -0.2,-0.2 0.2,-1.2 0.6,-1 1,-1 0.4,0 0.2,-0.6 -0.2,-0.6 0,-0.8 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.6 0.4,-0.6 0.6,0 0.6,-0.4 0,-0.6 1.2,-1.6 1.2,-1 1,-1 -0.4,0 -2.4,1.6 -2.2,1.6 -3.2,2.2 -0.8,0.6 -0.8,0.8 0.2,0.2 -0.6,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.4,-0.6 0.8,-0.8 0.2,-0.2 0.2,-0.6 0,-0.4 -0.6,0 v -0.2 q 0.8,-0.8 1,-0.6 0.2,0.2 2,-1.6 1.2,-1 1.6,-1.4 l -1.4,0.8 q -1,0.8 -1.2,0.8 -0.2,-0.2 1.8,-2.2 l 1.4,-1.6 q -0.8,0.4 -3.4,3 -3.2,3.2 -3.4,2.6 -0.4,-0.8 0.4,-2 0.8,-1.2 4.2,-5 l 0.8,-1 q 0,0 -0.4,0.4 -2.8,2.6 -4.8,5.2 -1.4,1.8 -1.4,1.2 0.2,-0.4 0.8,-1.6 1,-1.6 4.4,-5 3.6,-3.6 6.8,-5.8 3.4,-2.6 3.6,-3 0.2,-0.6 1.4,-11.6 1.2,-11 1,-11.2 0,0 -1.8,1.2 -1.8,1 -2,0.8 0,0 0.2,-0.2 0.2,-0.4 0.6,-0.6 0.6,-0.4 1.2,-0.8 l 1.8,-1.8 q -0.2,0 -1.2,0.8 -1,0.6 -1.4,0.4 -0.4,-0.2 -0.4,0.4 0,0.2 0,0.4 0,0 -0.2,0 -0.4,-0.2 -1.8,0.6 l -1.2,0.6 q 0.2,0 0.6,-0.6 0.8,-0.8 2.4,-1.8 1.6,-1.2 1.6,-1.8 0,-0.6 0,-0.6 0.2,-0.2 0.4,-0.2 0.6,0 0.6,-0.2 0.2,-0.2 0,-0.4 -0.2,-0.2 -1.4,0.2 -1,0.4 -1,0.8 l 0.4,-0.2 q 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 -0.8,0.2 -0.6,-0.2 -3.4,2 -2.6,2 -3.2,2 -0.4,0 1.6,-2.2 2.8,-2.6 2,-2.6 -0.2,0 -0.4,0.2 l 0.6,-1.2 q 0.6,-0.6 0.4,-0.6 -0.2,0 -2,1.6 -3,2.2 -4.2,3.6 -1,1.2 -1.4,1.2 -0.2,0 0.2,-0.4 0.4,-0.4 0.4,-0.6 0,-0.4 -0.6,0.4 -0.6,0.8 -0.6,0.2 0,-0.6 0.4,-1 v -0.2 q -0.4,0.2 -0.4,0 -0.2,-0.2 0.8,-1.2 0.8,-1 0.8,-1.2 0,-0.2 0.8,-1.2 1,-1 0.4,-1 l -0.4,0.2 -0.6,0.6 q -1,0.6 -1.2,0.4 -0.2,-0.4 1.8,-3 1,-1.2 1,-1.6 0,-0.4 1.8,-2.4 l 1,-1.4 q -0.2,0.2 -0.6,0.6 -2.2,1.6 -7.2,7 l -1,1 q 0,0 0.4,-0.6 0.6,-1.2 2,-2.8 1.4,-1.6 2,-2.8 l 0.6,-1.2 -2.2,2 1,-1.4 q 1,-1.4 3.2,-3.6 2.4,-2.2 2.2,-2.4 l 0.2,-0.2 q 0.2,0.2 2.6,-1.6 2.4,-2 2.2,-2.2 0,-0.4 1.4,-1.4 1.6,-1 1.8,-1 l -1.4,1.2 -1.4,1.2 q 0.4,0 1.8,-1.2 l 1.6,-1 -0.2,-13 q -0.4,-17.8 -0.8,-20 l -0.4,-1 q 0,0.4 -0.4,0.4 -1.4,-0.2 -1.4,0.6 0,0.4 -0.4,0.4 -0.4,0 -0.8,0.6 -0.2,0.6 -0.4,0.2 -0.8,-1.2 -1.8,-0.4 -0.4,0.4 -0.4,0 0,-0.6 0.6,-1.6 v -0.4 q -1,0.8 -1,0.6 0,-0.2 0.4,-0.8 0.8,-0.8 0.4,-1 0,0 -0.6,0.4 -0.2,0.2 -0.2,0 0,-0.2 0,-0.4 0,-1 1.8,-2.6 2,-1.8 1.6,-1.8 -0.4,0 -1,0.6 -0.4,0.4 -1.4,1.2 -0.2,0.2 -0.2,0.2 0,-0.2 1.2,-1.4 1.8,-2 1.6,-2 -0.2,0 -2,1.6 -1.8,1.6 -2.2,2.2 -0.6,0.8 -0.6,0.6 0,-0.2 0,-0.6 -0.2,-0.8 -1.4,0.4 -0.2,0 -0.6,0.4 l -1,0.8 q 0.2,-0.2 1.4,-1.4 2,-1.8 2.2,-1.6 0.4,0 0.4,-0.4 0,-0.4 1.2,-1.6 1.2,-1.4 1,-1.4 -0.4,-0.2 -2.4,1.6 -4.2,4 -4.2,2.8 0.2,-0.4 0.4,-0.6 0.2,-0.6 0.2,-0.6 0,-0.2 -0.6,0.2 -0.4,0.4 -0.4,0.4 0,0 0.2,-0.4 0.2,-0.6 0.2,-0.8 h 0.2 q 0.4,0.2 1,-0.6 l 0.6,-0.8 -0.8,0.6 q -0.8,0.8 -0.8,0.6 0,-0.4 2.2,-2.4 2.2,-2.2 0.6,-1 -1.4,1.2 -2.6,2 -1.2,0.8 -1.4,1.4 l -0.4,-0.4 q 0,-0.8 2.6,-3.8 2.8,-3.2 5.4,-5.2 l 2,-1.8 -0.2,-1.6 q -0.2,-1.8 -0.8,-4.4 -0.4,-2.4 -0.6,-3.2 -0.2,-0.8 -0.6,-2.6 -0.4,-1.8 -0.6,-2.4 0,-0.8 -0.2,-1.2 -0.2,-0.6 -0.6,-3.2 -0.8,-3 -0.2,-2.8 0,0 0.4,0.4 0.2,0.6 0.6,0.4 v 1.2 q 0,0.2 -0.2,0.4 -0.2,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 v -1 q 0,-1.2 0.2,-1.6 0.4,-0.6 0,-1 -0.2,-0.4 -0.4,0.4 l -0.2,-0.2 q 0.2,-0.6 0.8,-0.4 0.8,0 0.8,-1 -0.2,-0.4 -0.4,-0.4 l -0.2,0.2 q 0,-1.2 0.6,-1.4 l 0.2,-2 q 0.2,-2 0.4,-2 0.2,0 0.2,0 0.2,-0.2 0.2,-0.2 -0.2,-0.4 0,-0.6 0.2,0 0.2,0.2 0.2,0.2 0.2,0.6 0.2,0.2 0.4,0.6 0.4,1.6 0.6,2.2 l 0.2,-0.2 q -0.2,-0.6 -0.2,-0.6 0.2,-0.2 0.6,0 0.4,0.2 0.6,1 l 0.2,-0.2 q 0,-0.8 0.6,-1.2 0.6,-0.4 0,-2.8 -0.4,-2.6 -0.2,-2.4 0.4,0 1.2,3.4 0.8,3.2 1.4,4 0.4,0.8 0.4,0.4 0,-0.4 -0.2,-1.8 -0.2,-2.2 -0.6,-3 -0.2,-0.8 -0.2,-1.4 0,-0.8 0.4,0.4 0.4,1 0.8,2.6 0.4,2.4 1.2,3.8 l 0.8,1.6 -0.4,-1.4 q -0.2,-1.4 -0.2,-2.2 0,-1 -0.2,-1 -0.2,0 -0.2,-0.6 0,-0.8 0.2,-0.8 0.4,0 0.4,0.8 0.2,0.8 0.2,1.4 -0.4,0.6 0.2,1.2 0.6,0.4 0.4,0.8 -0.2,0.2 -0.2,0.2 0.2,0 0.4,0 0,-0.2 0.2,0 0.2,0.2 0.4,0.8 0.2,0.4 0.4,1 l 0.6,1.6 q 0.2,-2 -1.2,-5.2 -0.2,-0.6 0.4,-0.4 h 0.4 q -0.2,-0.4 0.2,-0.4 0.6,0 1.2,1.8 l 0.8,2 q 0,-1 -1,-4.2 -0.4,-1.2 -0.4,-1.2 0,-0.2 0.6,-0.2 0.8,0 1.6,2.8 1.6,6.4 2.4,13.4 0.4,2.2 0.8,2.4 0.4,0.2 2.6,-0.8 2.4,-1 2.4,-1.2 0,-0.4 0.4,-0.4 0.2,0 5,-1.4 4.8,-1.6 6.4,-2.2 0.6,-0.2 1.2,-0.2 0.4,0 3.4,-0.2 6.2,-0.4 13.4,-0.6 4.8,-0.2 5.4,0.4 0.6,0.6 0,0.6 -0.2,0 -0.8,0 -1.4,0 -1.4,-0.2 0,-0.2 -3.8,0 -3.8,0 -4.2,0.6 -0.4,0.2 -0.4,0.4 0.2,0 0.8,-0.2 0.6,-0.2 2.6,-0.2 2.2,-0.2 2.6,0 0.4,0.2 3.8,0.4 3.4,0 3.6,0.2 l -0.6,0.2 q -0.6,0 -1,0.4 -0.2,0.2 -1.2,0.2 -1,0 -2.8,0 h -1.8 l 2,0.6 q 1.8,0.4 2.4,0.8 0.6,0.2 2,0.2 l 1.2,0.2 q -0.2,0.2 -2.4,0.4 -2,0 -3,0.2 -0.8,0.2 -0.4,0.2 0.2,0 1,0.2 1.6,0 1.8,0.6 0.4,0.4 1,0 1.4,-1.2 3,0.4 0.4,0.4 0.8,0.4 l -0.2,-0.4 q -0.4,-0.2 -0.4,-0.2 0.2,-0.2 0.8,0 l 0.8,-0.2 q -0.2,-0.2 0,-0.2 0.4,-0.2 1,0.2 0.6,0.2 0,0.6 -0.4,0.2 0.2,0.4 0.2,0.2 0.2,0.8 0,0.4 -0.4,1 -0.4,0.4 -0.8,0.4 -0.4,0 -0.4,0.4 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -0.8,0.4 -0.8,0 -0.4,0.4 0.4,0.4 0.2,0.6 -0.2,0.2 -0.8,0 -0.4,-0.2 -0.4,0 0,0.2 1.6,0.8 1.8,0.4 1.6,0.8 z m -66.2,-11.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.4,-4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m -4.2,28.6 q 0.2,0 0.8,-0.6 0.6,-0.8 0.4,-0.8 -0.2,0 -0.8,0.8 -0.6,0.6 -0.4,0.6 z m 0.8,3 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m 3.2,-4.2 q 0,0 0.4,-0.2 0.6,-0.2 0.6,-0.4 0,-0.4 -0.6,0 -0.4,0.4 -0.4,0.6 z m 0,9.8 q 0,0.2 0.2,0.2 0.4,0 0.6,-0.2 0,-0.2 0,-0.2 0,-0.2 -0.2,-0.2 -0.6,0 -0.6,0.4 z m -2.2,51.4 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m -9,41 q 0.6,-1 0.4,-1 0,0 -0.8,1 -0.8,1 -0.4,1 0.2,-0.2 0.8,-1 z m 3.8,-3.8 q 0.2,-0.6 -0.2,-0.2 -0.4,0.4 -1,1 l -1.2,1.2 1.2,-0.8 q 1,-0.8 1.2,-1.2 z m 6.8,-5.6 q 0.4,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.8,-0.6 z m 0,3.6 q 0.8,-0.4 0.4,-0.6 -0.2,-0.4 -1.8,1 -1.6,1.4 -3.2,2.4 -1.4,1 -1.4,1.2 0,0.4 3.2,-1.8 2.4,-1.8 2.8,-2.2 z m 1.8,17.8 q 0.6,-1.2 0.4,-1.2 -0.2,-0.2 -0.6,0.2 -0.4,0.2 -0.6,0.8 -0.2,0.6 -0.2,1 0,0.4 0.2,0.4 0.2,0 0.8,-1.2 z m 2.2,-2.2 q 0.2,0.4 0.4,0 0.2,-0.6 -0.4,-0.4 -1.4,0.2 -1.4,1.6 0.2,0.8 0.6,-0.4 0.6,-1.2 0.8,-0.8 z m 2,4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.6,-148.8 q 0.2,-0.4 -0.2,-0.6 -0.4,-0.2 -0.4,0.4 0,1 0.6,0.2 z m 0.2,3.4 q 0,0.2 0.2,0.2 0.4,0 0.4,-0.4 0,-0.6 -0.4,-0.4 -0.2,0.2 -0.2,0.6 z m 0.8,5 q 0.2,-0.2 0.2,-0.6 l -0.4,0.2 z m 1.4,137 q 0.4,0.2 0.4,0 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.2 0.2,0.6 z m 0.4,-1.4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m 2.8,-141.2 q 0,0 -0.2,-0.8 l -0.4,-0.4 z m 0.4,136.8 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.4,-0.4 -0.2,-0.2 -0.6,0.2 z m 1,-133.6 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 50,123.4 q -0.2,-0.4 -0.6,-0.4 -0.4,0 0.2,0.6 0.4,0.6 0.6,0.2 0,0 -0.2,-0.4 z m -1.2,-5 q 0.2,-0.2 -0.6,-0.6 -0.6,-0.6 -0.8,-0.4 0,0.2 0.6,0.8 0.6,0.4 0.8,0.2 z m -2.6,-0.4 q 0,0 0,0.2 0.8,0.2 0.8,0 -0.2,-0.4 -0.8,-0.2 z m -1.8,-1.8 q 0.2,0 -0.2,-0.4 -0.2,0 -0.4,-0.2 -1.2,-0.6 -1.6,0 0.4,-0.2 1,0.2 0.6,0.4 1.2,0.4 z m -0.8,-1.4 q 2.2,1.2 2.2,1 0,-0.2 -1.6,-1.2 -1.4,-1 -2.2,-1.2 l -0.6,-0.2 q 0.2,0.4 2.2,1.6 z m -1.6,-3.2 q -0.2,-0.2 -1.2,0 -0.8,0.2 0,0.4 0.6,0.2 0.6,0 -0.2,-0.2 0.2,-0.2 z m -3.6,17.8 q 0,0 0.2,0.2 l 0.6,-0.2 q -0.2,-0.2 -0.8,0 z m -3.6,-20.4 q 0,-0.2 -1.6,-0.6 -1.6,-0.6 -1.8,-0.4 l 1.4,0.8 q 2,0.6 2,0.2 z m -5.4,-2.2 q -0.2,0 -0.4,0.4 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 z m -0.8,0.2 q 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 0,0 0.4,0 0.6,0 0.6,-0.2 z m -4.6,-0.8 q -0.2,0.2 0.2,0.2 0.2,0 0.4,-0.2 l 0.4,-0.2 q -0.6,-0.2 -1,0.2 z m -6.6,-0.6 q -0.4,0 -0.2,0.2 0.2,0 0.6,0 0.4,0 0.6,-0.2 -0.4,-0.2 -1,0 z m -10.2,-18.8 q 0.2,-0.4 0,-1.2 -0.2,-0.2 -0.2,0 0,0.2 0,0.6 0,0.4 0.2,0.6 z m 28.4,-15.2 q -0.2,0.2 0,0.2 0.2,0 0.6,0 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m 4.8,-6.8 q 0.2,0.2 0.6,0.2 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m -0.8,-4.6 h -1 l 1,0.4 q 0.8,0.2 0.8,0.2 l 0.2,-0.2 q 0,-0.4 -1,-0.4 z m -27,-0.6 q 0,0 0.4,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.8,0 z m 7.6,-55 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 3,-0.8 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 1.6,0 q 0.2,0 0.4,-0.2 l -0.2,-0.2 q -1.2,0.4 -0.2,0.4 z m 4.4,-0.6 q 0,0 0.6,0 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -0.6,0.4 z m 3.8,-0.4 q 0,0 -0.2,-0.4 -0.8,0 -0.8,0.4 0,0.8 1,0 z m 8.6,14 q 0,0 0.4,-0.2 -0.4,0 -0.8,0 0.2,0.2 0.4,0.2 z m 0.4,-11 q 0.8,0.2 1.8,0.2 1.2,0 1.2,-0.2 0,-0.2 -2.2,-0.2 l -1.4,0.2 q 0.2,0 0.6,0 z m 2,10.8 q 0,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0,0.2 0.4,0.2 z m 3.4,0.8 q 0,0.2 0.2,0.2 0.2,0 0.2,-0.4 0,-0.6 -1.2,-0.6 -1.2,-0.2 -1.2,0 0,0.4 1.6,0.4 0.4,0 0.4,0.4 z"/><path fill="#111111" d="m 125,225.5 q 0,0.5 0.25,0.25 0.5,-0.25 0.75,0.25 0.25,0.5 -0.25,0.75 -0.5,0.25 -0.5,-0.25 H 125 q -0.5,0.75 -1.25,0.5 -0.5,-0.25 -0.5,0.25 0,0.25 -0.75,0.25 -0.75,-0.25 -1.75,0 L 121,228 q 1,0.25 0.5,0.25 -0.25,0 -1,0 -1.25,0 -1.25,-0.25 0.75,-0.5 0,-0.5 -0.5,0 -1,1 -0.5,0.75 -2.5,1.25 -2,0.5 -2.25,0.75 h 2.5 q 1,-0.25 2,-0.75 2.5,-0.5 3.75,-0.5 1.75,0 0,0.5 -0.5,0 -1.25,0 -1.5,0.25 -1.25,1 0.25,0.5 -0.75,0.25 -0.5,0.25 -0.75,0.25 0.25,0.5 1,0.5 0.75,-0.25 1.25,0.25 0.75,0.5 -0.25,0.75 -0.75,0.25 -1.75,0 -1,-0.25 -4.5,1.25 -3.25,1.25 -3,1.5 0.25,0.25 1.75,-0.5 2.25,-1 2.75,-1.25 1.25,-0.5 1.5,-0.5 0.25,-0.25 0.25,0.25 0,0.25 -3.25,1.5 -3,1.25 -3.75,1.75 -0.25,0.5 -0.25,0.5 0.25,0 1,-0.25 1,-0.5 5,-2 6.25,-2 5.75,-1 -0.25,0.5 0.25,0.5 0.5,0 0.5,-0.75 0,-0.75 0.5,-0.75 0.75,0 0.75,1 0,0.75 -1.75,1.25 -1.5,0.25 -3.5,1 -1.75,0.75 -1.75,0.5 0,0 -0.25,0.25 -0.25,0 -1,0.25 -0.5,0.25 -1.25,0.5 -2.25,1.25 -2.5,1.5 0,0.25 1.75,-0.25 1.5,-0.75 3.75,-1 1.5,-0.25 -0.5,0.75 -1,0.25 -2.5,0.75 -5,1.75 -7,3 -2,1 -4,2 -8.5,4.5 -14.75,13.5 -7.75,10.5 -6,18.5 0.5,2.5 0.25,3 v 0.25 l 1.5,2.25 q 1.75,3.5 1.5,4.25 v 0.25 q 0.5,-0.75 1.75,1.25 1.25,1.75 5,7 3.75,5 3.5,5.5 -0.25,0 -0.25,0.25 0.25,0 0.5,-0.25 0.25,0 1,1 1,1 4.5,5.5 1.5,2 2.5,3 3.75,4.25 3.5,5.5 v 0.25 q 0.25,-0.5 0.75,0.25 l 0.5,1.25 q -0.25,0 -0.5,-0.25 l -0.25,0.5 q 0.75,0.75 0.75,0.5 0.5,-1.25 1.5,0.75 0.75,1.25 0.25,2 -0.25,0.5 0,0.75 0.5,0.25 0.75,-0.25 0.25,-0.5 0.5,0.25 0.5,0.5 0,0.75 -0.25,0 -0.25,0.75 0,0.75 0.25,0.25 0.5,-0.75 1,0.25 0.75,0.75 0.5,1.5 -0.25,0.75 0.5,0.75 1,0 1.75,3.75 0.25,0.75 1,3 3,7.75 3,16.5 v 7 l -2,4 q -1.75,4 -1.5,4.5 0.25,0.25 -0.25,0.5 -0.25,0 -2.25,4.25 -2,4 -2,4.75 0,0.5 -1,1.5 -1,1 -0.75,1.5 0,0.25 -0.25,0.5 0,0 -0.25,0 -0.75,0 -0.75,-0.75 0,-1 -1,-0.25 -0.75,0.5 -1.75,2 -1.25,2.5 -1.25,1.25 0.25,-0.5 0.5,-1.5 2.25,-4 2,-4 -0.25,0 -1.75,2.5 -1.25,2.25 -1.5,2.25 0,0 0.25,-0.75 0.5,-1 0,-1 -0.25,0 -0.25,0.25 0,0.25 -0.75,1.25 h -0.25 q 0.25,-0.75 -0.5,-0.25 -0.25,0.25 -0.75,0.75 -7.25,6.75 -23,10.5 -4.75,0.75 -4.75,0.5 L 72,389.5 q -1,0 -1,0.25 1,0.25 1.5,0.25 0.25,-0.25 0.25,0 0.25,0 0,0.25 -0.25,0.5 -4.75,0.25 -1.25,0 -2.25,0 -1,0 -1.5,0 -0.5,-0.25 -0.5,-0.25 Q 64,390 67,390 h 2.75 v -0.25 q -0.25,-0.5 -1,-0.25 -0.5,-0.25 -0.75,-0.25 L 66.5,389 H 65 65.25 q 0.5,-0.5 0,-0.5 -0.25,0 -0.75,0 h -1 l -1,-0.5 q -1,0 -1.5,-0.25 -0.75,0 -1.5,0 -0.25,0 -0.5,0 0,-0.25 0,-0.5 L 58.25,387 58,386.75 q 0.5,-0.25 0,-0.25 -0.25,-0.25 -1,-0.25 -1.5,0 -2.5,-0.25 l -0.5,0.25 q 0.75,0.5 0.25,0.5 Q 53.75,387 51.75,386 50,385.5 50,385.75 q 0,0 -0.75,-0.75 -1.75,-1.5 -2.5,-0.75 -0.25,0.25 -0.25,0.5 0,0 0.5,-0.25 l 0.5,0.25 q -0.25,0.25 0,0.25 0.5,0 1.25,0.75 l -4.25,-2 q -0.5,-0.25 -0.75,-0.5 -2,-1.5 -5.75,-3.75 -8,-5.25 -11,-9.5 l -1,-1.5 1,1 q 1,0.75 1.25,0.75 0.25,0 0,0.5 0,0.25 0.5,0.25 0.5,0 3,2.75 2.75,2.75 3.25,2.75 0.5,0 1.25,0.75 L 34.5,375.5 q -2.75,-2.75 -5.25,-5.5 l -2.5,-2.25 q 0.25,0.25 0,0.5 0,0 -0.5,0 -0.75,-0.25 -0.75,-1 0,-0.25 -0.25,-0.5 0,-0.25 -0.25,-0.25 -0.5,0 -1,-0.5 -0.5,-0.75 0,-0.75 0.5,0 0.5,0.5 0,0.5 0.25,0.25 0.25,-0.25 -5,-8.25 Q 10.25,343.5 9.5,339.25 7.5,336 6.25,333 3.5,326.75 3.5,324.25 q 0,-1 -0.25,-2 l -0.25,-1 0.5,1 q 1,2 1,0.5 0.25,-0.5 0,-1 -0.5,-1.25 0,-1.25 0.75,0.25 1,-0.75 0.25,-1 -0.25,-2.25 -0.5,-1.75 -0.25,-2 0,-0.25 0,-3.25 0,-6 0.75,-6.25 0.25,0 0.5,0.25 0,0.25 0,0.5 v 0.75 Q 7,307.25 7,304 q -0.25,-1 1.25,-1.75 1.5,-1.25 1.75,-1 0.5,0 0.25,1.75 -0.25,1.75 0.5,1.75 0.25,0 0.25,0.25 0.25,0 0.25,0.25 L 12,305 q 0.75,-0.5 0.75,-0.25 0.25,0 0.25,0.5 -0.25,0.75 0.25,1 0.5,0 0.5,0.5 h 0.5 Q 14.5,306.25 14,306 q -0.5,-0.5 -0.5,-0.75 0.25,-0.5 0.5,0 0.5,0.25 0.5,-0.5 0.25,-0.75 0.5,-2.5 0.5,-2 0.25,-2.75 0,-0.75 0.25,-1 0.25,-0.25 1,-0.25 0.75,0.25 0.5,0.5 -1.25,2.25 -0.5,2 v 0.75 q -0.5,0.75 0,1 0.75,0 1.5,-1 1,-1.75 1.25,-1 0.25,0.5 -0.5,1.5 -0.5,1 -0.5,2 0,0.5 0,0.5 0.25,0 0.75,-0.5 0.75,-0.75 1,-0.5 0.25,0.25 0.5,0 0.25,-0.5 -0.25,-0.75 h 0.25 q 0.75,0 0.5,0.75 -0.25,0.5 0.75,0.5 1,0 0.75,0.25 0,0.25 0,0.5 0.25,0 0.5,-0.25 0.5,0 0.25,-0.5 -0.25,-0.75 0.5,-0.75 0.75,-0.25 0.75,0.75 0.25,1.5 0.75,1.75 0.5,0.25 1,-0.5 -0.25,-0.5 0.25,-0.5 1.25,-1.5 1.75,-0.75 0,0.5 0.75,0.25 h 0.25 q -0.75,-1.5 -0.5,-1.5 0.75,0.25 3,3.75 2.25,3.25 4.5,6.25 2.25,3 3.25,4.75 1.25,1.75 2.25,3 1,1 3.75,4.75 4,5 6.5,8 0.75,0.25 2.5,1.5 2.25,1.5 3.5,2.25 1.25,0.5 0.5,0.75 V 338 q 1,-0.25 2.25,0.5 1.25,0.75 1.25,1 0.25,0.25 1.75,0.75 1.5,0.25 1.75,0.75 0.25,0.25 2.75,1.25 2.5,1 4,2 1.75,0.75 2.25,0.75 0.75,-0.25 0.75,0.25 0,0.25 0.5,0.25 0.25,0 0.25,0 0.25,0 0.25,0.25 -0.25,0.5 0.5,0.25 0.5,-0.25 0.75,-0.25 0.25,0 0.25,0.5 -0.25,0.75 0.25,0.25 0.75,-0.5 2.25,0.25 1.75,0.75 2,0.5 0.25,-0.5 0.25,0 0.25,0.5 1.75,0.75 1.5,0.25 1.5,0.75 -0.25,0.5 -1.25,0.25 -0.75,-0.25 -0.5,0 0,0.25 0.75,0.75 1.75,1 2.25,0.25 0.25,-0.5 -0.25,-0.5 -0.25,0 -0.25,0 0,0 0,0.25 0,0.25 -0.25,0.25 0,0 -0.25,0 -1.25,-0.25 0.5,-1.25 0.5,-0.25 1.5,0 1,-3 0.75,-6.5 Q 88.25,336 84.25,330 80,323.5 70.25,314 66,310 66,310 q 0,-0.25 -3.25,-3.75 -11,-10.75 -15,-21 -1.5,-4 -2.75,-9.25 -1.5,-7.25 0,-14 0.75,-4.75 3.75,-11 3.25,-6.5 5.25,-7.75 0.5,-0.25 0.5,-0.75 0,-0.75 4.25,-4.75 4.5,-4 8,-6.25 9,-6 10.75,-6 0.5,0 0.5,-0.25 0.25,-0.5 5,-2.5 5,-2 7.75,-2.75 9,-2.5 14.5,-3 3,-0.25 3.25,-0.25 0.25,-0.25 2.75,-0.25 l 1.75,0.25 h -0.25 q -4,0.5 1,1.25 1.25,0 3,0.25 0.5,0 0.5,0.75 0,0.5 -0.75,0.5 -0.5,0 -0.5,-0.5 0,-0.5 -0.5,-0.5 -0.5,0 -0.25,0.5 0.25,0.5 -0.25,0.5 -0.25,0 -0.5,-0.5 -0.25,-0.25 -1,-0.25 -0.75,-0.25 -1.25,-0.25 -0.5,0 -0.75,0 0,0.75 2.25,0.5 0.5,0 0.5,0.5 0,0.25 1.75,0.25 1.75,0 2.5,-0.25 0.75,-0.5 0.75,0 0,0.25 1.75,0.25 l 1.25,0.25 q -0.5,0.25 -5,0.75 l -4.5,0.25 h 4.75 q 4.75,-0.25 5.75,0.25 0.75,0 0,0.25 -0.5,0 -1.5,0 -2.25,0 -2.5,0.5 -0.25,0.5 -0.75,0.25 -0.25,-0.5 -1.75,-0.25 l -1.5,0.25 3,0.25 -1.75,0.25 q -1.75,0.25 -2,0 0,-0.25 -0.75,0 -0.5,0.25 -0.5,0.5 0,0.25 3.25,0.25 6.5,0.25 7,0.75 l -1.25,0.25 -1,0.25 q 0.25,0.5 1.75,0.5 1.5,0 1.75,-0.5 0.5,-0.25 1.25,0 l -0.25,0.25 q -0.75,0 -0.75,0.5 z m -79.75,40 q 0.25,-0.5 0,-1.25 0,0.5 0,0.75 0,0.25 0,0.5 z m 0.5,-2.75 q 0.25,-0.75 0,-1.5 -0.25,0.25 -0.25,0.75 0.25,0.5 0.25,0.75 z m 3.5,6 q 0.25,-0.5 0,-1 -0.25,0.5 -0.25,0.5 z m 2.5,10.25 q 0.25,0.5 0.25,0.5 0.25,0 0,-0.75 -0.25,-0.5 -0.5,-0.25 0,0 0.25,0.5 z m 2,3.5 q 0.5,0.25 0.75,0.25 0.25,-0.25 -0.25,-0.5 -0.5,-0.25 -0.5,-0.75 0,-0.75 -0.5,-0.75 -0.75,0.25 0.5,1.75 z M 64,246.5 q 1.25,-1.75 1,-1.5 -0.25,0 -1.5,1.5 -1.25,1.75 -1,1.75 Q 63,248 64,246.5 Z m -6,44 q 0,-0.25 -0.75,-0.75 -0.75,-0.5 -0.25,0.25 1,1 1,0.5 z m -0.75,-30.25 q 0,0 0,0.75 0.25,-0.25 0.25,-1 z m 5,37 q 0,0 -4.75,-5 0.25,0.75 2.75,3.5 1.25,1.5 1.75,2.25 0.75,0.75 1,1.25 0.5,0.5 0.5,0.5 0.25,-0.25 0.5,-0.25 0,-0.25 -1.75,-2.25 z M 59,254.75 q 0.25,0.25 -0.5,2 l 0.25,0.5 q 1,-2 0.5,-2.25 z M 61.5,250 q 0,0 -1.25,2 -1,1.75 -0.75,2.25 0.25,0.5 0.5,-0.5 0.5,-1 1.25,-2.5 0.5,-1.25 0.25,-1.25 z m 1,0.5 q -0.25,-0.25 -0.5,0.5 -0.25,0.75 0.25,0.25 0.5,-0.5 0.25,-0.75 z m 0.5,-1 q 0,1.25 0.75,-0.25 l -0.25,-0.5 Q 63,249 63,249.5 Z m -4.5,2.25 q -1,2 -1,2 0.25,-0.25 2,-2.25 0.5,-0.75 0.5,-1.25 0,-0.75 0.25,-0.75 0.5,-0.25 1.75,-2 0.75,-1.25 0.25,-1 -0.75,0.5 -0.75,1 0,0.5 -1,1 -0.75,0.5 -2,3.25 z M 57,256.5 q -0.5,1.5 -1,1.5 -0.25,0 -0.25,1.25 0,0.75 0,0.75 0.25,0 0.5,-0.5 0.75,-0.75 1.25,-2.25 0.5,-1.75 0.25,-2 z m -1.25,-1.75 q 0,-0.5 -0.5,-0.5 -0.25,0 0,0.5 0.25,0.25 0.25,0.25 0.25,0 0.25,-0.25 z m -1,12.5 q 0.25,0.25 0.5,0.25 -0.25,-0.75 0.75,-5 v -0.25 q 0,0 -0.5,0.75 -1.5,2.5 -0.75,4.25 z m 0.75,9.5 q 0,0 0.25,0.5 0.25,-0.25 0,-0.75 z M 57,297 q 0.75,0.75 1.25,1.25 0.5,0.5 0.5,0.25 0.25,0 -1.5,-1.75 l -1.5,-1.5 z m 2.75,3 q 0.75,1 1.25,0.75 0,0 -1,-1 z m 2.25,2.25 q 0.25,-0.5 -0.25,-0.75 -0.25,-0.25 -0.25,0.5 0,1.25 0.5,0.25 z m 1.5,2 q 1.75,2.25 1.75,1.25 0,0 -1.25,-1.25 L 62.5,303 Z m 1,-3.75 q 0,0.5 0.25,0.5 0.5,0 0.5,-0.25 0,-0.25 -0.5,-0.5 Q 64.5,300 64.5,300.5 Z m -0.25,-12.25 q 1,1 1,0.5 0,-0.25 -0.75,-0.75 -0.75,-0.5 -0.25,0.25 z m 1.5,14 q 0.5,0.5 0.5,0.5 0.25,0 0,-0.5 -0.25,-0.75 -0.75,-0.75 -0.25,0 0.25,0.75 z m 2.25,-46 q 0.5,-1 0.5,-1.5 0,-0.5 -1,0.5 -0.5,0.75 -2,3.75 -1.25,2.75 -1.5,3.5 0,1 -0.25,5 l -0.25,4 1,-3.5 q 0.75,-3.75 1,-4.5 0.25,-2.25 2.5,-7.25 z m 1,-14 q 1,-0.75 0.5,-1 -0.25,-0.25 -1.25,0.75 -0.5,0.5 -0.5,0.75 z M 6.25,324 q 0.75,2.5 1,2.5 0.25,0 -0.25,-1.75 -0.5,-1.75 -0.75,-3 -0.25,-1.5 -1,-1 Q 4.5,321 5,321.5 q 0.25,0.5 0.25,0.25 z m 2,-1.25 q 0,0 0.5,-0.25 0,-1 -0.5,-1.5 -0.25,-0.25 -0.5,0.25 0,0.75 0.5,1.5 z m 5,20.75 q 0,0.25 0.25,0.5 0.25,0 0.25,0 0,0 -0.25,-0.25 0,-0.25 -0.25,-0.25 z m 1.25,-4 q 0.5,0.25 -0.75,-2.75 -0.75,-1.25 -1,-2.5 -2,-2.75 -2.25,-2.5 0,0 0.25,1.25 0.5,1 1,2.25 0.75,1 1,1 0.5,0 0.25,0.75 0,0.75 0.25,1 0.25,0 1.25,1.5 z m 1.75,-0.25 q 0,0 -0.25,-0.5 v -0.25 q 0,0 -1,-1.25 0.75,2 1.25,2 z m 1.25,-36 q 0.5,-0.5 0.25,-0.25 0,0 -0.75,0.25 -1.25,0.5 -0.75,0.75 0.25,0.25 0,0.75 0.25,0.25 0.25,0.25 0,0 0.75,1 0,-0.25 0,-0.5 Q 17.5,304 17,304 q -0.25,-0.25 0.5,-0.75 z m 3,37.25 h 0.25 z m 8.25,-28 q 0,-0.5 1,0 -0.25,-0.25 -0.5,-0.75 -0.75,-0.75 -0.5,-1.25 0,0 -0.25,0 0,-0.25 -0.5,-0.25 -0.75,-0.25 -1,-0.75 l -0.25,-0.25 q 0,0.25 0,1 0,0 0.5,0.5 0.25,0 0.25,0 0.75,-0.25 0.75,0 0,0.25 -0.25,0.75 0.75,1.25 0.75,1 z m 0.25,0.75 q 0,0 0.25,0 0.25,-0.25 0.25,-0.25 -0.5,-0.5 -0.75,-0.25 0,0 0.25,0.5 z m 1,1.25 v 0.25 q 0,-0.5 0,-0.75 l -0.5,-0.25 h -0.25 q 0.5,0.5 0.75,0.75 z m 0.5,-6 q 0.5,0 0.5,-0.25 0.25,-0.25 0.5,-0.25 -0.75,-1.25 -1.25,-2 -0.25,0.5 -0.5,0.75 0,0.25 0,0.5 0,0.25 0.25,0.25 0.25,0 0.25,0 0.25,0 0,0.25 0,0 0,0.25 0,0 0,0.25 0.25,0.25 0.25,0.25 z m 19.25,25.25 q 0,0 -0.25,0 0,0.25 0.25,0.5 0.25,0.25 0.25,0.25 0.75,-0.5 -0.25,-0.75 z M 33.25,314 q 0.25,0 0.25,0 0,-0.25 -0.5,-1 -0.25,0.25 -0.25,0.5 0,0 0,0 0.25,0.25 0.5,0.5 z m 5.75,9.75 q 0,0 0,0 0,-0.25 -0.25,-0.25 -0.5,0.25 -0.75,-0.5 l -0.25,-0.25 V 323 q 0,0.25 0.75,1.25 0.25,-0.25 0.5,-0.5 z m 5,58 q 2,1.25 2,0.75 0,-0.25 -3.5,-2 -3.5,-1.75 -3.25,-1.25 0.25,0.25 1.5,1 1.25,0.5 1.5,0.5 0.25,0 1.75,1 z m -2.5,-51.5 q 0.25,0.25 0.25,0.25 0.25,0 0.75,-0.25 -0.25,-0.25 -0.25,-0.5 -0.5,0.25 -0.75,0.5 z m 1,-0.75 q 0,0 0.5,0.5 v -0.25 q 0.75,-0.25 0.75,-0.5 0,0 -0.25,0 0,-0.25 0,-0.25 -0.5,0.25 -1,0.5 z m 3.25,-0.25 q 1.25,0.25 2.25,1 -10.75,-14 -16,-21.5 0,1 0.5,2.75 5.25,7.25 12,16 0.25,0.25 0.75,0.25 0.75,0.25 0.25,0.75 0,0 -0.25,0.25 0.25,0 0.5,0.5 z m 6.5,55.75 q 0,0 0.5,-0.25 -0.25,-0.25 -2.5,-1 L 48.5,383.5 q 1.5,1.5 3.75,1.5 z m 12.25,1 q 0,0 0.75,-0.25 -0.25,-0.25 -1,0 z m 1.25,-43.75 q 0,0 -0.25,0 0,-0.25 -0.5,-0.25 -1,0 -0.5,0.25 0.75,0.75 1.25,0 z m 2.5,44 q 0.75,0 0.75,-0.25 -0.75,0 -1.5,0 0.25,0.25 0.75,0.25 z M 118.5,350 q 0,-0.5 -0.5,-0.25 -0.5,0.25 -0.25,0.5 0.75,1 0.75,-0.25 z m -0.5,1.25 q -0.75,0 -0.75,0.75 l 0.25,0.25 q 0.25,-0.5 0.75,-0.75 z m -6.25,17 q -1.5,0.5 -0.25,0.5 0.5,0 0.75,-0.5 z m -8.5,5.75 q 0,0 -0.25,0.75 -0.25,0.5 0,0.5 0.5,0 0.5,-0.5 0,-0.75 -0.25,-0.75 z M 80.5,385.75 q 0,0 -3.25,0.75 h 1.25 q 1.75,-0.5 2,-0.75 z m -6.5,-40 q -1.25,-0.25 -1.5,0 l 1.5,1 q 1.5,0.5 1.5,0 0,-0.5 -1.5,-1 z m 5.5,41.75 q 6,-1.25 5.75,-2 -0.5,-0.25 -1,0.25 h -0.5 q 0,-0.25 -1.25,0.25 -1.25,0.5 -5,1.25 L 74.75,388 q 0.75,0.25 4.75,-0.5 z m 6.25,-3.75 q 0,0 0,0.5 0.25,0 1,-0.5 L 87,383.5 q -0.5,0 -1.25,0.25 z m 11.75,-3.5 q -0.75,0.75 0.25,0.25 1,-0.75 0.75,-1 -0.25,-0.25 -1,0.75 z m 3,-2.5 q -0.25,0 -1,0.75 -0.5,0.5 0,0.5 0.5,0 1,-0.5 0.5,-0.75 0,-0.75 z m -2,-30 q 0,0 -0.25,0.25 l 0.25,0.5 q 0.25,-0.25 0,-0.75 z m -6.75,-51 q 0,0 0.75,1.25 0.75,1 1.75,2.75 1.25,1.5 2.25,2.5 1.25,1.25 1,1 0,-0.25 -1.25,-2 -1.75,-2.25 -1.5,-2.75 0,-0.25 0,-0.25 0,0 -0.25,0.25 -0.5,0.25 -1.25,-0.75 -0.5,-1 -0.25,-1.25 l -0.25,-0.25 q -0.5,0.25 -0.5,0 0,-0.5 -0.5,-0.5 z M 93,334 q 0,-0.75 -0.25,0 0,0.25 0,0.75 0.25,0.75 0.25,0.75 0.25,-0.5 0,-1.5 z m -0.75,-2.25 q 0,0.5 0.5,0.5 0.5,0 0.25,-0.5 -0.25,-0.75 -0.5,-0.75 -0.25,0 -0.25,0.75 z M 90.5,295 l -1,-0.75 0.75,1 q 1.25,1.25 1.25,0.75 0,0 -1,-1 z M 89,383.75 q 0,0 -1.5,0.25 -1.5,0.75 -1.5,1.25 1.25,0.75 6.5,-2 l 3.25,-2 q -0.5,0 -2.75,1.25 -4.25,2.25 -4,1.25 z M 111.75,223 q 0,0.25 -1,0 -0.75,-0.25 -2.25,0.25 -1.25,0.25 0.25,0.25 0.25,0 1,0 2.75,-0.25 3,-0.25 0.25,-0.25 -0.5,-0.5 -0.5,-0.25 -0.5,0.25 z m -12.5,-3.5 q -5,0.75 -5,1.75 0.25,0.25 0.5,0 0.25,-0.5 4.75,-1.25 4.75,-0.75 8.25,-1 l 2.5,-0.5 H 110 q -1.5,0 -2.25,0 -0.75,0 -1,-0.25 -0.25,-0.5 -1,0.25 -0.5,0.5 -2.5,0.5 -2,-0.25 -2,0 0,0.25 -2,0.5 z m 7,0.75 Q 107,220 107,220 q -0.5,-0.25 -1.25,0 -0.25,0 -0.25,0.25 0.25,0 0.75,0 z m -4.75,0.5 q 0,0 2.5,-0.25 h 0.25 l -1,-0.25 q -1.5,0 -1.75,0.5 z m 1.75,2.75 q 0.75,0 0.75,0 -0.5,-0.25 -1.25,0 -0.25,0 -0.25,0 0.25,0 0.75,0 z m -1.75,0.5 q 0.25,0 0.25,-0.25 0,-0.5 -0.5,-0.5 -0.5,0 -0.25,0.5 0.25,0.25 0.5,0.25 z m -7.25,0.75 q 0,0 0.5,0.25 l 0.5,-0.25 q -0.25,-0.25 -1,0 z M 93,221.5 q -0.25,-0.5 -0.75,-0.25 -0.25,0 -0.25,0.5 0,0.5 0.5,0.25 0.75,-0.25 0.5,-0.5 z m -3,4.5 q 0,0 0.25,0.25 L 91,226 q -0.25,-0.25 -1,0 z m -3.75,18.75 q -0.25,0 -0.5,0.75 -0.25,0.75 0.25,0.25 0.5,-0.5 1,0 0.5,0.25 3,-1.75 6,-4.75 7.5,-4.75 0.75,0 0.75,-0.5 0,-1.25 -4,1.25 -2.5,1.5 -3,2 -0.25,0.25 -0.75,0 -0.25,-0.25 -0.25,-0.25 0,0 0,0.25 0.25,0.5 -1,2 -1.25,1.25 -1.75,1.25 -0.5,-0.25 0.75,-1.5 1.5,-1.25 1,-1.25 -0.25,0 -1.5,1.25 -1,1 -1.5,1 z m -4,-7.25 q 0.25,-0.5 -0.5,-0.5 -0.5,0 -0.5,0.5 0,0.25 0.25,0.25 0.5,0 0.75,-0.25 z m -1,12.25 q -0.5,0 -1.5,1.5 -0.75,1.25 -0.75,1.25 0.25,0 1.5,-1.25 1.25,-1.5 0.75,-1.5 z M 77,240.5 q 0,0 1,-0.25 1,-0.5 1,-0.75 -0.25,-0.75 -2,1 z m 1.75,34 q 0.25,-0.5 0,-1.25 0,0.5 0,0.75 z m -2,-15.25 q 1.5,-2.5 1,-2.5 -0.25,0 -1.5,2.25 -1,2.25 -1,2.75 z m -0.5,-13.75 q 0.25,-0.5 0,-0.5 -0.5,0.25 -0.75,0.75 -0.25,0.5 -0.25,0.75 0.25,0 1,-1 z m -0.5,-4.25 q -0.5,0.5 -0.5,0.75 0,0 0.5,-0.25 0.75,-0.25 0.75,-0.5 0,-0.5 -0.75,0 z m 0.75,-14 q 0,-0.25 -1,0.25 -0.75,0.5 -0.75,0.75 0,0.25 0.75,-0.25 1,-0.5 1,-0.75 z m -4.75,18.25 q 1.25,-0.75 1.5,-1.25 0.25,-0.75 1,-1.25 l 0.5,-0.5 q -0.75,0 -2.5,1.75 -0.75,1.25 -0.5,1.25 z m 3.75,32 q 0.25,-0.5 0,-1.25 -0.25,-0.5 -0.25,-0.25 0,0.25 0,0.75 0,0.5 0.25,0.75 z m -0.25,-13.25 q -0.75,2 -0.75,2 0.25,0.25 1.5,-2.75 l 0.5,-2.25 q -0.5,0.5 -1.25,3 z m 1.5,53.5 Q 77,318 77.25,318 77.5,317.75 77,317.25 q -0.5,-0.5 -0.5,0 0,0.25 0.25,0.5 z M 78,314 q 0.5,0.75 1,0.5 0,-0.25 -0.75,-0.75 -0.25,-0.25 -0.5,-0.25 0,0 0.25,0.5 z m 1.5,6.75 q 0,0 0.25,-0.25 -0.5,-0.75 -0.75,-0.5 -0.25,0.25 0.5,0.75 z m 5,-61 q 0,0.5 0.5,0.25 0.5,-0.25 0.5,-0.75 0,-0.5 -0.5,-0.25 -0.5,0.25 -0.5,0.75 z m 2.5,-10.5 q 0,0 3,-3.25 -0.5,0.5 -1.75,1.75 Q 86,249.5 86,249 q 0,-0.25 0.5,-1 0.75,-0.75 0.5,-0.5 0,0 -1,0.5 -1.25,1 -2.25,2.25 l -1,1 1,-0.75 Q 85,249.75 85,250 q 0,0.5 -0.75,1.5 -0.75,0.75 -1,0.75 -0.25,-0.25 -2,2 -1.75,2.25 -1.75,3 0,0.5 1.25,-1.25 0.5,-1 1.25,-1.75 0.75,-1.5 1.25,-1.5 0.5,0 3.75,-3.5 z M 92.5,243 q -0.25,0.5 0.25,0.5 0.5,0 0.5,-0.5 0,-0.5 -0.25,-0.5 -0.25,0 -0.5,0.5 z m 1.75,-0.75 q 1,-0.5 1.25,-1 0.25,-0.5 -0.75,0 -0.75,0.5 -1,1 -0.25,0.5 0.5,0 z m 4,-2.5 q -2,1.25 -2,1.5 0,0.25 0.75,0 1,-0.5 2,-1 1,-0.75 1.25,-1 0.25,-0.75 0,-0.75 0,-0.25 -2,1.25 z m 1.5,-2.5 q -1.75,1 -0.75,1 0.5,0 1,-0.75 z m 0.25,6.25 q 0,0 0.5,-0.5 -0.5,0 -1,0.5 -0.5,0.25 0.5,0 z m -2.25,-7.25 q -0.25,0.25 0.25,0.25 1.25,0 2.75,-0.75 1,-0.5 2,-0.25 h 0.5 q -0.75,-0.25 -0.5,-0.75 0.5,-0.5 -0.25,-0.25 -0.5,0.25 -1.75,0.75 -1.5,1 -2,0.75 -0.25,-0.25 -1,0.25 z m 4.5,1.75 q 1.25,-0.75 1.5,-1.25 0.25,-0.5 1,-0.5 0.75,-0.25 1.75,-0.75 l 0.25,-0.5 q -1,0.5 -1.75,0.5 -0.5,0 -1.25,0.5 -0.5,0.5 -1.25,0.75 -0.75,0.25 -1.25,1 -0.25,0.75 -0.25,1 0,0 1.25,-0.75 z m 3.25,-0.75 q 0,0.25 1,-0.5 1.25,-0.75 1.25,-0.75 0,-0.25 -1.25,0.25 -1,0.5 -1,1 z m 3.5,-0.75 q 0.5,0 0.75,-0.25 l -0.5,-0.25 q -1.5,0.5 -0.25,0.5 z m 0.25,-1.75 q -0.5,0.5 0.25,0.25 1,-0.25 0.75,-0.5 -0.25,-0.25 -1,0.25 z m 2.25,-2 q 0,0 -0.75,-0.25 -1,0 -2.75,0.75 l -1.25,0.5 h 1 q 1.25,0 1.25,-0.25 0,-0.5 1,-0.5 1.25,0 1.5,-0.25 z m 1.5,0.75 q 0,0 0.25,-0.25 -0.5,0 -1.25,0.25 l -0.25,0.5 q 0.5,0 1.25,-0.5 z m 5.5,-1 q 0,0 0.25,0.25 l 0.5,-0.25 q -0.25,-0.25 -0.75,0 z m -2.5,-1.25 q -0.5,0.25 0,0.75 0.5,0.25 1,0.25 V 232 q -0.75,-0.25 -0.5,-0.5 z m -0.5,1 q -1,-0.5 -1,0 0.25,0.5 1,0.5 0.75,0 0,-0.5 z m 0.25,-7 q -1.5,0.5 -0.25,0.5 0.25,0 0.75,-0.25 z m 0.5,3.75 q 1.5,-0.75 1.5,-1 -0.5,-0.5 -1.75,0.25 -1,0.75 -1.5,0.25 l -0.25,0.25 q 0.5,0.5 0,0.5 h 0.5 q 0.5,0 1.5,-0.25 z m 0.75,-3.75 q 0.25,0.5 1.5,0.5 1.25,-0.25 1.25,-0.75 0,-0.5 -0.75,-0.25 -0.5,0.25 -1.5,0.25 z"/><path fill="#111111" d="m 241.74979,215.75 q 2,1.75 1.25,3 -0.5,0.75 -0.75,0 -0.25,-0.5 -2.25,-1.5 -1.75,-1 -2,-0.75 l 1,0.75 q 2.25,1.75 2.25,2.75 -0.5,0.25 0.25,1.25 l 0.5,0.5 q -0.5,-0.25 -1.25,0.25 l -0.25,0.25 q 0.25,-0.5 -0.25,-1 -0.25,-0.5 -0.75,-0.5 -0.25,0 0,0.75 v 1 l -1,-0.75 q -1,-1.25 -3.25,-2 -2,-0.75 -2.5,-0.25 -0.25,0.25 1,0.75 1.25,0.5 1.5,0.5 0.25,0 1.5,1 0.5,0.75 0.75,0.75 -0.5,-0.25 -0.5,0.25 0,0.75 1.25,0.5 0.5,0 0.25,1.25 -0.25,0.75 -0.5,0.75 -0.75,-0.25 -1.25,-0.25 0.25,0.25 0,0.25 0,0 -0.25,0 -0.5,-0.5 -0.25,-0.75 0.25,-0.5 -0.5,-0.5 -0.5,-0.25 -1,0 -0.5,0.25 0.25,1 0.75,0.75 0.25,2 -0.5,1 0.5,2 1.25,0.75 1.25,1.5 0,0.5 -1.25,-0.25 -1,-1 -1.5,-0.75 -0.25,0.25 -0.25,0 0,-0.5 -0.75,-0.75 -0.5,-0.25 -0.5,0 0.25,0.25 0.5,0.5 0.5,1 0.75,1.5 0.5,0.25 0.5,0.75 0.25,0.25 0.25,0.5 0.25,0.25 0.25,0.75 0,0.25 1.25,1.5 0.75,0.75 0.5,1 -1,-0.25 -1,0.25 0,0.25 1.25,0.25 1.75,-0.25 2.75,2 0.75,1 0,1.75 -0.5,0.5 -1,0 -0.5,-0.75 0,-1 0.75,0.25 0.75,-0.25 0,-0.5 -1,-0.25 -0.75,0.25 -2,-1 -3,-2 0,1 1.75,1.75 1.75,2 0,1.25 -3,-1.75 -2,-2 -4.25,-3 l -2.25,-0.75 1.25,1.25 q 1.5,1.25 1.75,1.25 0.25,0 1,0.75 1,0.75 2.25,1.75 l 0.5,0.75 q -0.75,-0.25 -0.75,0.25 0,0.25 0.5,0.25 0.5,0 0.5,0.5 0,0.5 -1.5,-0.5 -1.5,-1.25 -2,-1.25 -0.5,0 -0.25,-0.25 0.25,-0.5 0.75,-0.25 v -0.25 q -0.25,-0.5 -0.75,0 -0.25,0.25 -1.75,-0.25 l -1.25,-0.75 1.25,1 q 1.25,1.25 1.25,1.75 0.25,2 1.25,2 0.75,0 0.75,1 l 0.25,1.25 -1.25,-1.25 q -1.5,-1.5 -5.75,-3.75 -4.25,-2.25 -5.25,-2 -0.5,0 -4.5,-1.75 -3.75,-1.75 -4.25,-1.75 -0.25,0 -9.25,-2.5 -21.25,-6 -20.5,-4 0.5,0.75 -4.75,14.25 -1,3 -1.75,5.25 -0.75,2 -1,2.5 -0.25,0.25 -0.75,2 -1,3.25 -3.5,11.5 -3.5,11.25 -7.25,32 -1,6.75 -1.25,7 -0.25,0 -0.25,1.75 0.25,1.5 -1,2.25 -1,0.75 -1,2.5 0,1.5 0.5,2 v -1.5 q -0.25,-2.25 0.5,-2.5 0.75,-0.25 0.75,0.5 0,1 -0.75,7.75 -1,7 -1.25,10.75 -0.25,3.5 -0.75,3.25 v 0.5 q 0.25,0.75 0,6.5 -0.5,5 -1,5 -0.5,-0.5 -0.5,-1.25 l -0.5,-0.25 q -0.25,0.5 -0.25,3 0.25,2.25 0.5,2.25 0.5,0 0.5,-1.75 0,-1 0,-0.75 0.5,1 0.5,3 l -0.25,1.25 -0.25,-0.5 -0.25,0.25 0.25,1.25 q 0.5,-0.25 0.5,0.25 0,0.25 -0.5,0.5 -0.25,0.25 0,3.25 v 2.25 q -0.25,-0.5 -0.75,-4.5 l -0.25,-4 v 4.25 q 0,4.25 -0.25,4 l -0.75,10 q 0,1.25 0,3 0,6.25 -0.5,6.5 -0.5,0 -0.5,0.5 0,0.5 0.5,0.25 0.25,-0.25 0.25,1.75 0,1.75 -0.25,4.25 0,2.25 -0.25,3.25 v 1 l 0.5,1 q 0.25,1.25 -0.5,1.5 -0.75,0 0,0.75 0.75,0.75 0,1 -0.75,0.25 -1,0.25 0,0 0.25,-0.75 0.25,-0.5 -0.25,-0.5 -0.5,0 -0.5,-2 l 0.5,-1.75 q 0.5,0.25 0.5,-0.25 0,-0.75 -0.75,-0.5 h -0.5 q 0.25,-1.5 -0.75,-13.75 -0.25,-2.25 -0.75,-2.5 v 0.25 q 0.25,0.75 -0.75,1 -0.75,0.25 -1.25,1.5 -0.25,1 -0.25,10.75 0,9.75 -0.25,9.25 -0.25,-0.25 -0.25,0 -0.25,0.25 -0.25,0.5 -0.25,17.25 -0.5,17.5 -0.25,0.25 -0.25,-1 0,-1.25 0,-3.25 0,-1.75 0,-4.25 l -0.25,-6 q -0.25,2.75 -0.5,3.25 l -0.25,-0.75 0.25,-1 -0.75,1 q -0.75,1 -0.25,1.75 0.5,0.5 0,1 -0.5,0.5 -0.5,4.5 v 3.75 l -0.25,-3.75 q -0.25,-3.75 -0.75,-4 l -0.25,0.75 q 0.25,1.5 0,4.25 0,2.75 0,5.5 0,2.75 -0.25,2.5 -0.25,-0.25 -0.5,-2.75 0,-2.5 -0.25,-2.75 0,0 0,-1.5 -0.25,-5.25 -1,-6.5 -0.5,-0.75 -0.5,-2.5 0,-1.75 -0.25,-3.75 l -0.5,-2.25 -0.25,2.5 q 0,1 0,-0.25 -0.25,-1 -0.25,-4 0,-6.5 -0.5,-7.5 -0.5,-1.25 -0.5,-2.5 v -1.25 q -0.25,0.25 -0.25,2 0,1.75 0,3.5 0.25,2 -0.25,2.75 -0.25,0.75 0,1 0.5,0.25 0.5,3 0,2.5 -0.5,3 -0.5,0.75 0,1.25 0.75,0.25 0.25,0.5 -0.5,0.25 -0.5,0.75 0,0.25 0.25,0 l 0.5,3 q -0.25,1.25 -0.25,1.5 -0.5,0.5 -0.25,0 0,-0.25 0,-0.75 0,-1.25 -0.25,-1.25 l -0.5,-9 q 0,-1.75 0,-4 l -0.25,-13.5 -0.25,29.25 -0.25,-18 -0.5,-15 -0.25,3 -0.5,-8.25 v 4.5 q 0,4.75 0.25,4.75 0.5,0 0.5,3.25 l -0.25,2.5 q -0.25,-1 -0.75,-1 -0.25,0 -0.25,14.5 0.25,14.25 -0.25,14 h -0.25 q 0.5,0.25 0,1.5 -0.25,1.5 0,3.25 0.25,1.5 0.5,0 0,-0.25 0,-1.25 l 0.25,-3 v 3 q 0.25,3.25 -0.25,3.25 -0.5,0 -0.5,1.75 l -0.25,-0.25 q -0.25,-1 -0.25,-2.75 -0.25,-4.75 -0.5,-5.75 -0.25,-1 -0.5,-19.75 0,-0.25 0,-0.5 l -0.5,-18.25 q 0,0.25 0,1 v 0.25 l -0.25,1.5 q -0.25,-0.5 -0.25,-4.25 0,-3 0,-6.25 0.25,-3.25 0.25,-5.25 0.25,-2 0.5,-1.75 0.25,0 0,6 0,1.5 0,3 0,1.25 0,2 0.25,0.75 0.25,0.5 0.25,0 0.25,-8.25 l 0.25,-6.75 q -0.25,1.5 -0.75,2 -0.5,0.5 0,-5.5 0.25,-1.5 0.25,-3 0.25,-2 0.5,-5.25 0.25,-3 0.5,-4.5 0.25,-0.5 0.25,-0.75 0.25,-0.5 0.25,0.25 0,0.25 0,1.25 l 0.25,2 0.25,-2.75 q 0.25,-2.75 0.25,-3 l -0.25,0.5 q 0,0.75 -0.5,0.75 -0.25,0 -0.25,-0.25 0,-0.25 0,-1 0,-0.75 0,-1.75 0.25,-1.25 0.5,-2.75 0.25,-1.25 0.5,-10.75 0.25,-9.5 0.5,-12 0.75,-12.25 2,-21.75 4.25,-29.75 12.25,-50.25 1.75,-4.25 1.5,-4.5 -0.25,-0.25 -5.5,0 -5.25,0 -7,0.25 -5.25,0.75 -7.75,0 0.25,-0.25 0.75,-0.25 0.75,0 3,-0.25 2.25,-0.25 4,-0.5 1.5,-0.25 2,-0.5 0.75,-0.25 7.5,-0.5 1.25,-0.25 1,-0.5 -0.5,-0.5 -2.5,-0.25 -1.75,0.25 -5.25,0.5 -3.25,0.25 -3,0.5 0,0.25 -0.75,0.5 -0.5,0 -1.75,0 -1,0 -2.25,0 -5,0 -4.75,-0.25 0.25,-0.5 -0.25,-0.5 -0.5,0 -0.5,0.25 0,0.5 -4.5,1.25 -2,0.25 -2,-0.25 0,-0.75 1,-1 l 0.5,0.25 1.25,0.25 q 1,-0.25 1.5,-0.75 0.25,-0.5 3.75,-0.5 3.5,-0.25 3.75,-0.5 0.5,-0.25 1.5,-0.5 h -3.5 q -4.25,0.25 -11,0.5 -6.5,0 -9.5,0.5 -3,0.25 -3,-0.25 0,-0.5 1.5,-0.75 l 1,0.25 q -0.25,0.25 0,0.25 0.5,0 1.75,-0.25 1.25,-0.5 3,-0.75 1.75,-0.25 3.25,-0.75 l 1.5,-0.25 h -1.25 l -0.25,-0.5 -7,0.25 q -2.25,0.25 -3,0.5 -1,0.25 0,-0.5 0.75,-0.75 2.25,-0.75 1.5,0 1.75,0 0.25,0 2.5,-0.5 2.25,-0.25 2.25,-0.75 0,-0.75 -0.75,-0.75 -0.25,0 -0.25,0.25 -0.25,0 -0.25,0 l -0.75,0.5 q -0.75,0 -3,0.25 l -1.75,-0.25 q 0.25,-0.5 1.25,-0.25 0.75,0 1.75,-0.5 1,-0.5 1.75,-0.5 0.75,0 0.5,-0.5 -0.5,-0.5 -1.25,0 -0.75,0.25 -2,0.25 -1.5,0 -2.5,0 -1,0 -1,-0.25 0,-0.5 0.75,-0.25 0.5,0.25 1.25,-0.5 0.5,-1 0.25,-1 -0.5,0 -0.75,0.5 -0.25,0.5 -0.75,0 -0.75,-0.5 -1,0 -0.5,0.5 -0.75,0.25 -0.25,-0.5 -1.5,0.25 -1.25,0.5 -1.5,0.5 -0.25,-0.25 -0.25,-1 0,-1.25 1,-1 0.75,0.25 0.75,-0.25 0,-0.75 -1.25,-0.25 -0.75,0.25 -1.5,0.5 -0.75,0 -1.25,0 -0.5,0 -0.5,-0.25 0,-0.25 -0.75,0 -0.75,0 -1,-0.5 -0.25,-0.25 -0.25,-0.25 0,0 0.25,0 0.5,0.5 0.5,-0.25 0,-0.75 1.25,-0.5 1,0.25 1,-0.25 0,-0.5 0.75,-0.25 0.5,0.25 0.75,-0.25 0.25,-0.5 0.75,-0.25 0.25,0.25 0.5,0.25 0.25,-0.25 0,-0.5 0,-0.5 2.25,-1 l 2,-0.5 -2.25,0.25 q -2.5,0.25 -2.75,0.75 h -0.25 q 0,-0.25 -0.75,0.25 -1.25,1 -1.25,0 0,-0.25 0.25,-0.5 0.5,-0.75 1,-0.5 0.25,0.25 6,-1.75 2.25,-0.75 2.75,-0.5 0.5,0.25 0.5,-0.25 0,-0.5 0.5,0 l -0.25,-0.75 q -1,-0.75 -1.5,-0.25 -0.5,0.25 -1.75,0.5 -1.5,0 -2.5,0.5 -0.75,-0.25 -0.75,-0.25 0.25,-0.5 0,-0.5 -0.5,0 -0.5,0.5 -0.25,0.25 -3.25,0.75 -3.25,0.5 -3.5,0.25 -0.5,-0.5 0.25,-0.75 0.25,0 0.5,0 1,-0.25 1.75,-0.5 0.75,-0.5 1.5,-0.5 0.75,0 1.75,-0.25 6.75,-1.75 7.75,-1.5 1,0 1,-0.5 0,-0.75 6.75,-2.5 l 2.25,-0.5 -3,0.25 q -3.25,0.25 -4.25,0.25 -1,0 -1,0.5 0,0.25 -2,0 -2,-0.25 -2,0.25 0,0.25 -0.75,0.25 -1,0 -1.75,0.25 -0.75,0.25 -0.75,0 0,-0.75 3,-1.25 3,-0.75 5.5,-0.75 2.25,-0.25 2.25,-0.5 0,-0.5 0.75,-0.75 0.75,-0.5 1.25,-0.25 0.25,0.25 -0.25,0.25 -0.5,0 -0.5,0.5 0,0 0.25,0 0.5,0 1.25,0 0.75,0 1.5,-0.25 3.25,-0.5 6,-0.75 3,-0.25 3.25,-0.75 0.25,-0.5 -1,-0.25 -1,0.25 -1.25,0 l 1,-0.5 q 3,-0.25 6.5,-0.75 2,-0.25 2.25,0.5 0.25,0.5 0.5,0 0.75,-1.25 2.5,0 0.75,0.5 1.5,0.25 0.75,-0.25 0.75,-0.75 -0.25,-0.5 3.75,-0.5 4.25,-0.25 4.25,0 0,0.25 0.25,0.25 0.5,0 1,0 0.5,-0.25 0.75,-0.5 h 0.5 q -0.5,0.5 0.25,0.5 0.75,0 0.75,-0.25 0,-0.5 1.25,-0.5 0.75,0 1,0.25 0.25,0 0,0.5 0,0.25 0.25,0.25 0,0 0.5,-0.25 0.5,0 0.5,0 l 2.75,0.5 q 0.5,0 1,0 l 3.5,-0.5 q -0.5,-0.25 -0.25,-0.25 0.25,0 0.75,0.25 1.25,0.25 4.25,0.5 3.25,0 4.75,0.5 1.75,0.25 3,0.5 l 0.25,0.25 0.5,0.25 q 4,-0.75 9.5,0 2.25,0.25 5.75,0.75 3.75,0.5 4.25,0.75 0.75,0.25 1.75,0.25 3.25,0.25 13.25,3.5 13.75,4.75 15.5,6.25 2.5,2.5 3.5,2.5 0.75,0 1.5,0.75 1,0.5 0,0 -1.25,-0.5 -1.25,0 0,0.25 1.75,1.25 2,1 2.5,1 0.25,0 -1,-1 l -1,-0.75 1.25,0.5 q 1,0.5 1,0.75 0,0.25 1.5,2 z m -133,-2.75 q 0.25,0 0.5,-0.5 0.25,-0.75 -0.25,-0.75 -0.5,0 -0.5,0.75 0,0.5 0.25,0.5 z m 9.5,2 q 0.5,0 1,-0.25 l 0.25,-0.5 q -0.5,0 -1,0.5 z m 2.5,1.75 q 0,0 -0.25,-0.5 -0.5,-0.25 -1,-0.25 l 0.25,0.25 q 0.75,0.5 1,0.5 z m 0.75,-2 q 0.5,0 0.5,0 -0.25,-0.5 -0.75,-0.5 z m 3.25,-14.25 q 0,0 0.25,0.5 l 0.75,-0.25 q -0.5,-0.25 -1,-0.25 z m -0.75,18.25 q 0,0.25 0.5,0.25 l 0.5,-0.25 q -0.5,-0.25 -1,0 z m 0.75,1.75 q 1,0 1,-0.25 -0.75,0 -1.75,0 -0.5,0.25 0,0.25 0.25,0 0.75,0 z m 3,-19.25 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 0.25,-0.75 q 0.25,-0.25 0.5,-0.25 -0.5,-0.25 -1.25,0 0.25,0.25 0.75,0.25 z m 6.5,-4 q -0.25,0.5 0.25,0.5 0.75,0 0.75,-0.25 0,-0.25 -0.5,-0.25 -0.25,-0.25 -0.5,0 z m 2.25,0 q -0.5,0.5 0.5,0.5 1,0 0.5,-0.5 -0.5,-0.5 -1,0 z m 3.25,0 q 0.25,0 0.5,-0.25 -0.5,-0.25 -1,0 0.25,0.25 0.5,0.25 z m -4.75,148 q 0,0 0.75,-8.5 v -2.75 l -0.5,3 q -0.75,6.5 -0.25,8.25 z m 1.25,-18.25 q 0,0 0.25,0.5 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 z m 0.25,48.5 q 0.5,0 0.5,-0.25 0,-0.5 -0.5,-0.5 -0.25,0 -0.25,0.5 0,0.25 0.25,0.25 z m 1,-20 q 0,-1.75 0,-3.75 -0.25,1 -0.25,2 v 2 z m 0.5,-41.25 q 0,0 0.25,0.5 0.25,-0.5 0,-1.25 -0.25,0.5 -0.25,0.75 z m 0.25,47.25 q 0.25,-1.5 0,-2.75 0,0.5 -0.25,1.25 l 0.25,1.75 z m 15.25,-162 q 0,0 0.75,-0.25 -0.25,-0.25 -1,0 z m 0,28.75 q 0.25,0 0.5,-0.25 0.25,-0.5 -0.25,-0.5 -0.25,0 -0.25,0.5 0,0.25 0,0.25 z m -5.75,-31.25 q 1,0 3.25,-0.25 2.5,-0.25 2.75,-0.5 h -1.75 q -1.75,0.25 -3.75,0.25 z m 4.25,34.5 q 0,0 0.25,0 0.75,-0.75 0.75,-1.5 0,-0.75 -0.25,0 -0.25,0.75 -0.75,1.5 z m -13,113.75 q 0.25,-0.75 0,-1.25 -0.25,0.25 -0.25,0.5 0.25,0.5 0.25,0.75 z m 0.5,9 q 0.25,-0.5 0,-1.25 0,-0.5 -0.25,-0.25 0,0.25 0,0.75 0.25,0.5 0.25,0.75 z m 1.5,18.75 q 0.25,0 0.25,-3.25 0.25,-3.25 -0.25,-3.5 -0.5,-0.25 -0.5,2.5 0,4.25 0.5,4.25 z m 0.25,-50.75 q 0.25,-0.25 0,-1 l -0.25,0.25 z m 1,63.25 q 0.25,-0.25 0,-2.5 l -0.25,-2 -0.25,2.5 z m -0.25,-5.75 q 0,0 0,0.5 0.25,-0.5 0,-1 0,0.25 0,0.5 z m -0.5,-102.75 q 0,0 1,-7.75 l -0.25,0.5 q -0.75,1.75 -2.25,12.75 -1.25,11 -1.25,16.5 -0.25,4.5 0,3.5 0.25,-1.25 1.25,-11 0.5,-7.5 1.5,-14.5 z m 4,118.75 q 0,0 -0.25,-2 v 0.5 q -0.25,0.75 -0.5,2 0,1 0,1.75 0.25,0.75 0.5,0.75 0.25,0 0.25,-3 z m -0.25,-4.25 q 0.25,2.5 0.25,0.25 0.25,-1 0,-2.5 0,-2.75 0,-2.75 0,0 -0.25,1.5 -0.25,2.25 0,3.5 z m 0.25,-121.5 q 0.25,-0.5 0,-1 0,0.25 -0.25,0.5 0.25,0.5 0.25,0.5 z m 0.25,-2.25 q 0.5,-0.25 0.25,-1 l -0.5,0.25 z m -2,-3.25 q 1.25,-6.5 4.75,-20.5 0.75,-2.5 2,-6.25 1.25,-4 1,-4.25 l -0.75,1.5 q -0.5,1.75 -0.75,2 -0.25,0.5 -2,7.25 -0.5,1.25 -1.75,5.75 -0.75,2.5 -0.75,3.5 -0.25,1.25 -1,4.25 -0.5,2.75 -1,5.25 -0.5,2.5 -0.75,4.25 -0.25,1.5 0,1.5 0.25,0 1,-4.25 z m 2.75,129.75 q 0,0.5 0.25,0.5 0.5,0 0.25,-0.5 -0.25,-0.75 -0.5,-0.75 0,0 0,0.75 z m 0,-3 q 0,0 0.25,0.5 0.25,-0.25 0,-0.75 z m 0.75,-4.5 q 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 z m 0,-3 q 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 z m 4.75,-22 q 0.25,-0.25 0,-1 l -0.25,0.25 z m -2.75,-109 q 0.75,-2.75 2.75,-10.25 2.25,-7.5 2,-7.75 l -0.5,1.25 q -0.5,1.25 -2.25,7.25 -1.75,5.75 -2.75,10.75 -1,5 -1.75,7.5 -1,4.25 -0.5,4 0.25,0 0.5,-1.25 0.5,-3 1.75,-7.75 0,-0.25 0,-0.75 0.25,-0.75 0.5,-1.5 0.25,-1 0.25,-1.5 z m 5,91.75 q 0,-0.75 0,-1.5 -0.25,0.25 -0.25,0.75 0,0.75 0.25,0.75 z m 12,-147.5 q 0,0 0.25,0.25 l 0.5,-0.25 q -0.25,-0.25 -0.75,0 z m -2.5,0.25 q 0,-0.25 -1,-0.25 -0.75,0 -0.75,0.5 0,0.25 0.75,0 1,-0.25 1,-0.25 z m -1.5,81.5 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m -0.75,3 q -0.25,0.5 -0.25,0.5 0,0.5 0.25,0.75 0.25,-0.75 0,-1.25 z m -5.75,-51.25 q -0.25,0 -0.75,1 -0.25,0.75 0,0.75 0.5,0 0.75,-0.75 0.25,-1 0,-1 z m -1.25,109.5 q 0,0 0.5,0.5 0.25,-0.75 -0.25,-1 -0.5,-0.5 -0.25,0.5 z m 0,-5 q 0.25,1.25 0.5,0.75 0.5,-0.75 0.5,-1 0,-0.5 -0.5,-0.25 0,0.25 -0.25,0 0,-0.25 0,-0.5 l -0.25,-0.5 q -0.25,0.25 0,1.5 z m 1.25,-13.25 q 0.25,-1.25 0.25,-2.25 0.25,-1 0.25,-1.5 0,-0.75 -0.25,-0.75 -0.5,0 -0.5,1 0,0.75 -0.5,5.5 -0.25,2.5 -0.5,4.25 0,1.75 0,3 0,1 0,1.5 0,0.5 0.25,0.5 0.25,0 0.25,-0.5 0.25,-8.5 0.75,-10.75 z m 0.75,-8 q 1,-10.25 1.75,-9.5 l 0.25,-0.25 q 0,-0.25 -0.25,-0.5 -0.25,-1.5 0.75,-7 l 0.5,-5.75 q 0,0.25 0,0.75 -0.5,1.5 -0.75,3 -1.25,7.75 -2.25,15.25 -0.5,5.5 -0.75,6.25 0,0.75 0.25,0.75 0.25,0 0.5,-3 z m 2.25,12.5 q 0.25,-1 0,-2.25 v 0.25 q 0,0.5 0,0.75 v 1.5 z m -0.25,14.75 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0,-10 q 0,-1.75 0.5,-1.75 0.5,0 0.25,-1 0,-1 -0.25,-0.25 l -0.5,0.25 q 0,-0.5 -0.25,-0.25 -0.25,0.25 -0.25,2 0.25,1.75 -0.25,2.25 -0.25,0.5 -0.25,3.5 0.25,2.75 0.5,2.75 0.5,0 0.25,-3 -0.25,-3 0.25,-2.75 z m 0.75,-10.5 q 0.25,-1.25 0.5,-1.25 0.5,0 0.5,-0.25 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.5,1.5 z m 1.25,-5.25 q 0,0 -0.5,-1.75 0,-0.5 0,-0.5 -0.25,1.25 -0.5,1.25 -0.25,0 0,2 0.25,1 0.25,0.75 0.25,-1.25 0.5,-1.25 0.5,0 0.5,-0.25 0,-0.5 -0.25,-0.25 z m -0.5,-26.5 q 0,0 0.25,0.5 0,-0.5 0,-1 -0.25,0.25 -0.25,0.5 z m 0,-90.5 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 0.25,88.5 q 0,0 0.5,-0.25 0.25,-1.25 0.25,-2.25 l -0.25,0.25 q -0.5,1 -0.5,2.25 z m 2.25,12.25 q 0,0 0,-1.25 l -0.25,-1 q -0.25,1 -1,5 -0.5,3.75 -0.5,4.25 l 0.25,-0.25 q 0.5,-0.5 0.75,-0.5 v -0.25 q 0,-0.75 0,-2 0,-1.5 0.25,-2.75 0.25,-1.5 0.5,-1.25 z m 2,-12 q 0,-2.25 -0.25,-2 0,0.25 -1,5 -0.75,4.5 -0.75,5 l 1.25,-4.5 v -0.25 l 0.25,-1.25 z m 0,-90 q -0.5,0 0,0.5 0.5,0.5 0.25,0.75 v 0.25 q 0.5,-0.25 0.5,-0.75 0,-0.75 -0.75,-0.75 z m 0.5,85.75 q 0.25,-0.5 0.5,-2.25 0.25,-1.75 0,-0.75 z m 0.75,-4.75 q -0.25,0.5 0,0.5 0.5,0 0.5,-0.5 0,-0.75 -0.25,-0.75 0,0 -0.25,0.75 z m 0.75,-1.75 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0,-78.5 q 0,0 0.25,0.5 0.5,0 0.5,0 -0.25,-0.5 -0.75,-0.5 z m 0.5,76.5 q 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 0.25,0.5 0.25,0.5 z m 0.5,-3 q -0.25,1 0,0.5 0.5,-0.5 0.5,-1 z m 2,-4 q 0,0 0,-0.25 -0.5,0 -0.25,-1 l -0.25,-0.25 q -0.5,0.75 -0.75,2.25 -0.25,1.25 -0.25,1.25 0.25,0 0.5,-0.5 0.5,-1.25 1,-1.5 z m -0.25,-3.25 q 0,0 0.25,0.75 0.25,-0.25 0,-1 z m -0.75,-65.5 q 0,0.25 0.75,0.25 1,0 1,-0.25 0,-0.5 -1,-0.25 -0.75,0 -0.75,0.25 z m 2.25,61.75 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0.25,-2.25 q 0,1 0.25,0.25 0.5,-1 0.5,-1.25 0,-0.5 -0.5,-0.25 -0.25,0.25 -0.25,1.25 z m 1.75,-3.75 q 0,0 -0.25,-0.5 -1,1.75 -0.25,1.75 0.25,-0.25 0.5,-1.25 z m 1,-3.25 0.25,-1 -0.5,1 -0.75,1.75 0.25,-0.25 q 0.5,-0.5 0.75,-1.5 z m 1.75,-5 0.25,-1.25 -0.75,1.25 q -0.5,1 -0.5,1.75 0,0.5 0.25,0 0.5,-0.75 0.75,-1.75 z m 1.25,-5 q -0.25,0.75 0.25,0.25 0.5,-0.5 0.25,-0.75 -0.25,-0.25 -0.5,0.5 z m 0.25,-9.5 q 0.5,-0.25 0.5,-1 0,-0.75 -0.5,0 -0.5,1 0,1 z m 1.25,-3.25 q 0,0 0,-1 0,0.25 -0.25,1 -0.25,0.5 -0.5,1 0,0.25 0,0.25 0.25,0 0.75,-1.25 z m 1,-30 q 0,0 -0.25,0.5 -0.25,0.25 0,0.25 0.5,0 0.5,-0.25 0,-0.5 -0.25,-0.5 z m 0.25,36.5 q 0.5,-0.75 0.5,-1 h -0.5 q -0.25,0.75 -0.25,1.25 z m 3.25,-35.25 q 0,0 -0.25,-0.5 -0.5,-0.25 -1,-0.25 l 0.25,0.25 q 0.75,0.5 1,0.5 z m 9,1.75 q 0.75,-0.25 0.75,-0.25 -0.5,-0.25 -1.25,0 0,0.25 0.5,0.25 z m -1.5,-1.25 q 3.25,0.25 3.5,0.25 0.5,-0.5 -6.25,-1 h -2.25 q 0.5,0.25 0.75,0.5 0.25,0 0,0.5 0,0.25 0.25,0.5 0.5,0 1.25,0 h 1.75 l -1.5,-0.25 q -2.75,-0.5 -0.5,-0.75 1.25,0 3,0.25 z m 4,1.75 q 0,0 0.75,-0.25 -0.25,-0.25 -1,-0.25 z m 0.25,-1.25 q 0,0 3,0.25 0,-0.25 -1.75,-0.5 -1.25,0 -1.25,0.25 z m 4.5,0.75 q 0.25,0 0.5,0 0.25,-0.25 0,-0.5 -0.25,-0.25 -0.75,0 -1.5,0.5 0.25,0.5 z m 3.25,0.25 q 0.5,0 0.75,-0.25 -0.75,0 -1.25,0 0.5,0.25 0.5,0.25 z m 2.25,0.5 q 0.5,0 0.5,-0.25 -0.5,-0.25 -1,0 0.25,0.25 0.5,0.25 z m 2.75,0.5 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 2.5,0.75 q 0,0.25 0.5,0.25 0.75,0 0.75,-0.5 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.5,0.5 z m 25.75,13 q 0,0 0.25,0.5 0.75,0.25 1.25,0.25 l -0.25,-0.25 q -0.75,-0.5 -1.25,-0.5 z m -6.25,-7.25 q 0,0 -1.5,-0.25 l 0.25,0.25 q 0.75,0.5 1.5,0.25 z m -3.75,-1.25 q 0,-0.5 -1,-0.5 -1,0 -0.25,0.5 1,0.25 1.25,0.25 z m -2.75,-1.25 q -1,-0.5 -1.75,-0.25 0.5,0.75 2.5,1 z m -3.5,-1.25 q 0,0 -3.5,-0.75 0.25,0.25 1.75,1 1.75,0.5 2.5,0.5 0.25,0 0,-0.25 -0.25,-0.25 -0.75,-0.5 z m -1.25,29.75 q 0,0 -0.75,-0.5 -1,-0.5 -2.5,-0.75 l -1.5,-0.5 1.25,0.75 q 1.5,1 3.5,1 z m -1,-27.75 q 0,0 2,0.25 -0.25,-0.25 -1.5,-0.5 -0.5,0.25 -0.5,0.25 z m 8,31.25 q 0,0 0.5,-0.25 -0.25,-0.25 -3.5,-1.5 -3,-1.5 -3.25,-1.5 z m 1.5,0.75 q 1.25,1.5 1.25,0.75 0,-0.5 -1,-1 z m 3.75,1.25 q -0.25,0 -1,-0.5 -0.75,-0.5 -1,0 0,0.25 0,0.25 0,0 0.25,-0.25 0.5,-0.25 0.5,0.25 0,0.5 0.75,0.5 z m -1,-11.25 q -1,-0.5 -1.5,-0.5 -0.25,0 0.75,0.5 1.5,0.75 1.25,0.75 0,-0.25 -0.5,-0.75 z m -0.75,4 q 0,0.25 0.5,0.25 0.75,0 0.75,-0.5 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.5,0.5 z m 3.5,-15.75 q 1,0.25 1,-0.25 -0.25,-0.5 -1,-0.25 -0.5,0.25 0,0.5 z m -6,-7.5 q 0,0 7,2 l -0.25,-0.25 q -1,-0.75 -2,-0.75 -1,0 -1,-0.25 0,-0.25 -1,-0.25 -0.75,-0.25 -1,-0.5 -0.25,-0.5 -0.75,-0.5 l -3,-1 -1,-0.25 q -1.25,0 -2.5,-0.25 z m 11,10.75 q 1.5,0.75 1.5,0.5 0,-0.25 -1.5,-1 z m 2.75,0.25 q 0.5,0 -0.25,-0.75 -0.75,-1 -3.25,-2 -2.25,-1.25 -2.5,-1 l 0.5,0.25 -0.25,0.5 q -0.5,0.5 0.25,0.25 0.75,-0.25 1,0.25 0.25,0.25 2.25,1.5 2,1 2.25,1 z m 0,-4 q 0,0 0.75,-0.25 -0.25,-0.25 -1,0 z m 1.5,1 q 0.25,0.5 0.25,0.5 0.25,0 0.25,-0.5 0,-0.5 -0.5,-0.5 -0.25,0 0,0.5 z"/><path fill="#111111" d="m 333.74976,410.75 q 0.75,0 0.5,0.5 -0.5,0.5 -1.25,0.5 -0.75,0.25 -2.75,-3.25 -2,-3.25 -2.5,-3.5 h -0.25 q 0,0.25 0.5,1 0.25,0.75 -0.25,0.75 -0.25,0 -0.25,-0.5 0,-0.25 -0.75,-0.25 -0.75,0 -0.25,-0.5 0.5,-0.25 0.25,-0.5 -0.25,0 -0.75,0 -0.25,0 0,-0.25 0.25,-0.5 -0.25,-1.25 l -0.5,-0.25 q 0,0.25 -0.5,-0.25 l 0.5,1.75 q 1.25,2 1.25,2 l 0.25,0.75 -0.25,0.75 v 1.25 q 0,0.25 0.25,0.5 0.5,0.25 0,0.25 -1,0 -0.5,1 0.25,0.5 0.5,0.5 0.75,0.25 0.5,0.75 l 0.25,0.25 q 0.75,-0.25 1,0.5 l -0.25,0.25 q -0.25,-0.25 -0.25,0 0,0.5 0.5,1 0.5,0.5 -0.25,0.5 -0.25,0 -0.5,-0.25 -0.25,0 -0.25,0 0.25,-1.25 -2.75,-4.5 -1,-1.25 -0.75,-1.5 h -0.25 q -0.5,0.25 0.5,2 1,2 0.75,2.25 -0.25,0.25 0.25,0.25 0.5,0 0.75,1.25 0.25,1.5 0.5,1.5 0.25,0 1.5,2.5 1.5,2.75 1.75,4 0.25,0.75 0,1 -0.25,0.25 -0.75,-0.5 -0.5,-0.5 -0.5,-1.5 0.25,-1 0,-0.75 -0.75,0 -1.5,-0.75 -0.5,-0.5 -1.75,-2.5 -1.75,-3.25 -2.25,-3.25 -0.25,0 0,0.5 l -0.25,0.25 q -0.25,-0.25 -0.75,-1 0,-0.5 0,-0.5 0.75,0.75 0.75,0.25 0,-0.25 -1,-1.25 l -0.5,-0.5 q 0.25,0.5 -0.25,0.25 -0.5,-0.25 -0.25,-1 0,-0.25 0,-0.5 0,0 -0.25,0 -0.25,0.25 -2.5,-3.5 -2,-3.75 -2.75,-4.75 -0.75,-0.75 -0.5,-1 0.25,-0.25 -0.75,-1 -0.75,-0.5 -0.75,-1 0,-0.75 -0.75,-1.25 -0.75,-0.75 -1.75,-2.75 -0.5,-0.75 -1,-1.25 -0.25,-0.5 -0.5,-0.5 h -0.25 q 0.25,-0.25 -0.25,-1.5 -0.5,-1.25 -0.75,-1.25 -0.25,0 0.25,1 v 0.5 q -0.5,-0.25 -2.25,-2.5 l -1.75,-1.75 -1.5,-1.75 q -1.5,-2 -2,-1.75 -0.5,0.25 -1.5,-0.75 -0.75,-1.25 -1.25,-2.25 -0.25,-0.5 -0.25,-0.5 0.25,0 0.5,0 0.5,0.5 0.25,0 -0.25,-0.5 -0.5,-0.25 -0.25,0 -1.25,-0.75 l -1,-0.5 q 0.5,0.5 0,0.75 -0.25,0.25 -1.75,-1.5 -1.5,-2 -2.25,-2.75 -0.75,-0.75 -0.75,-1 0,-0.5 -0.5,-0.5 -0.25,0 -1.5,-1.75 l -1,-1.25 q 0,0.75 3.75,5.5 1,1.25 1,1.5 -0.25,0 -1,-0.25 -0.25,-0.25 -0.5,-0.5 -0.25,-0.25 -0.25,-0.25 0.25,-0.75 -3,-3.75 -1,-1 -0.75,-1 0.25,0 -0.5,-0.75 -0.75,-1 -1.75,-2.25 -1,-1.5 -2,-2.25 -0.75,-1 -1.5,-2 -0.5,-1.25 -1.25,-2 -6.75,-8.25 -10.75,-12.5 -3,-3.25 -5.75,-6.25 -2.25,-2.75 -6.75,-7.25 l -4.25,-4.5 V 339 q -0.25,5.75 -1,5.5 l -0.25,0.5 q 0,0.25 0,0.5 0.25,0.25 0.5,0.25 0.5,-0.25 0.5,2 0,1 0,2.75 l -0.25,3.75 q -0.25,-2 -0.75,-2 -0.25,0 0,2 0,1 0,1.5 0.25,0.25 0.5,0.25 0.5,-0.25 0.5,2.5 0,2.75 0.75,7 0.5,4.75 0.25,4.75 -0.75,0 -0.5,-1 0.25,-1 -0.25,-1 -0.25,0 -0.5,-2.25 0,-0.25 -0.25,-0.25 0,-0.25 -0.25,-0.25 -0.25,0.25 -0.5,-0.25 -0.25,-1 0.25,-1.5 0.5,-0.5 0.25,-1.5 l -0.25,0.25 -0.5,-0.5 q 0,-1.75 0,-2.25 0,-0.25 -0.25,-0.25 0,-0.25 -0.25,0 v -0.25 q 0.5,-0.75 -0.25,-1 -0.5,-0.25 -0.5,-1.25 l -0.5,0.25 0.25,0.75 v 2 1.25 l 0.25,-0.25 q 0.25,-1 0.5,-0.25 0,0.5 0,1.25 0.5,2 0,2.5 -0.5,1 0.25,3 0.5,1 -0.25,2 l -0.25,0.25 q 0.25,-0.75 0,-1.75 -0.25,-1 -0.75,-1 -0.25,0 -0.25,1 0,1 -0.25,1 -0.5,0.25 -1,-2.25 l -0.5,-1.5 v 0.25 q -0.25,1.75 -1.5,0.25 -0.5,-0.75 -0.25,-0.75 0,0 -0.25,-1.25 0,-1.25 -0.5,-2.5 -0.25,-1.5 -0.5,-1.5 l 0.5,2.75 q 0.5,1.5 0,2 -0.5,0.5 -0.25,-0.25 0.25,-0.75 -0.5,-1.25 -0.75,-0.75 -0.75,-3 l -0.5,-1.75 q -0.25,0.25 -0.25,1 h -0.25 q -0.25,-0.5 -0.75,-0.25 -0.25,0.25 0,0.75 0.75,1 1.25,8.5 0,2 0.25,4 V 374 q -0.25,-0.25 -1.25,-3.25 -0.75,-3.25 -0.75,-4 0.25,-0.75 -0.25,-0.75 -0.5,0 -0.25,-0.5 0.25,-0.75 -0.25,-1.25 -0.25,-0.5 -0.75,-4 l -0.75,-2 v 0.25 q 0,1.5 -0.25,2 -0.25,0.5 0,0.5 0.5,0 0.5,2 0,2.75 0.75,5.25 0.25,1.25 -0.25,1.25 -0.5,0 -0.25,-0.5 0.25,-0.75 -0.25,-0.75 -0.25,-0.25 -1,-4 -0.5,-3.75 -0.5,-5.75 l -0.25,-1.25 -0.5,-1.25 q -1,-5.75 -1.5,-7 -0.25,-0.75 -0.5,0.25 -0.25,0.5 -0.5,-0.25 0,-0.5 0,-1 l -0.25,-1.25 q 0,0 -0.25,0.5 0,0.25 0,0.25 -0.25,0.5 -0.25,-0.25 0.25,-0.25 0.25,-0.75 0.25,-1.75 0.25,-2.5 v -1 l 0.25,1 q 0.25,0.75 0.5,0 0,-0.25 0,-0.75 0,-1.5 -0.25,-1.5 0,0 -0.75,1.5 l -0.75,1.25 V 343 q 0,-1.25 -0.5,-1.75 -0.5,-0.5 0.25,-0.25 0.75,0.25 0.75,-0.25 0,-0.5 -0.5,-0.5 -0.5,0 -0.5,-1 0.5,-4.5 -0.25,-4.5 -0.5,0 -0.25,1 h -0.5 q -0.5,-1.25 -0.25,-1.75 0.25,-0.75 -0.75,-0.25 -1,0.25 -1,-0.75 0,-1.25 -0.5,-1.5 -0.25,-0.25 0.25,-0.75 v -0.25 q -0.5,0 -0.25,-1 0.25,-0.5 0,-0.5 0,-0.25 -0.5,0 -2.5,1 -5.75,0.75 0.5,-0.5 0,-0.5 -0.75,0 -1.25,0.5 -1,0.75 -0.75,-0.5 0,-0.25 0,-0.75 0.25,-1 1.75,-1.5 1.5,-0.5 1.5,-0.75 0,-0.5 0.25,-0.25 0.5,0 2.5,-1.25 2,-1 1.75,-1 0,-0.25 -2.5,1 -4.25,2 -7.5,1.5 l -1.5,-0.25 2.5,-1 q 2.5,-0.75 2.75,0 h 0.5 q 0,-0.5 -0.75,-1 l -0.25,-0.5 q 0.5,0 1.75,-1 1.25,-1 2.75,-1.75 1.5,-1 0.5,-1 -0.75,0.25 -0.75,-0.25 0,-0.5 1.25,-1 1,-0.5 1,-0.75 0,-0.25 -0.75,-0.25 -0.5,0 -1.25,0.25 -0.5,0 -0.75,0.25 -0.25,0.5 -0.75,0.5 -0.25,0 0,-0.5 0.25,-0.5 -0.75,-0.25 -0.75,0.25 -3.25,1.25 -3.5,1.5 -4,1.5 l 0.25,-0.25 q 0.25,-0.25 0.5,-0.25 1.5,-0.5 4.25,-1.75 2.5,-1.25 4.5,-2.25 2,-1.25 2,-1.25 -0.25,-0.25 -1.25,0.25 -2,0.5 -2.75,-0.5 0.5,-0.25 2,-0.75 2.75,-1 2.25,-3.5 -0.25,-1 -1.75,-0.75 h -0.75 q 0.5,-0.25 0.5,-0.5 0,-0.5 -0.5,-0.25 -0.25,0.25 -0.25,0 0,-0.5 1.5,-1.25 1.5,-0.75 1.5,-1.75 0,-12 6.25,-48.75 1.75,-10.25 3.75,-20.25 3.25,-13.75 5.5,-18.25 l 0.75,-1.5 q 1,-2.25 0.75,-2.75 0,-0.25 0,-0.25 0,-0.25 0.25,-0.25 0.25,0 0.25,0 0.25,-0.25 0.5,-0.75 l -0.5,-0.25 -0.25,0.25 q 0,-1 0.75,-1.25 0,0.5 0.5,-0.5 0.25,-0.5 0.25,-0.75 0,-0.25 -0.25,0 l -0.25,-0.5 q 0.25,-0.5 0.5,-0.5 0.25,0.25 0.5,-0.25 0.25,-0.5 0.5,-1 0.5,-0.75 0.75,-1.75 1.5,-3.25 1.75,-4 0.5,-1 0.25,-1.5 -0.25,-0.75 0.25,-1.5 l 0.25,0.5 h 0.25 q 0.25,-0.25 0.5,-1.25 1,-2 1,-2.5 -0.25,-0.25 -0.25,-0.25 0.25,-0.25 0.5,-0.25 0.25,0.25 0.5,-0.25 0.25,-0.5 0.25,-1.25 0.25,-0.75 0.25,-1 l 0.25,-0.5 q 0,0.25 0.25,0 0.25,-0.5 0.25,-1 0.25,-1.25 1,-1.75 0.75,-0.5 2,-2.75 2,-2.75 3.75,-3.5 l 1,-0.25 -1,1 q -2.5,3 -2.5,5.25 0,1 1.25,-1.25 2.5,-4.25 4.25,-4.25 0.75,0 0.75,0.25 0.25,0.25 -0.25,0.75 -0.5,0.25 -0.5,-0.25 0,-0.5 -0.5,-0.25 -0.5,0.25 -0.25,1 0.25,0.75 -0.75,2.25 -0.75,1.5 -0.75,2 0,0.5 0.5,-0.25 0.25,-0.25 0.25,-0.5 1,-1.75 2.5,-3 h 0.5 q -0.5,0.5 -1.5,1.75 -0.75,1.25 0,1.75 h 0.25 q -0.25,-0.25 1.5,-2 1.75,-2 2.5,-2 0.5,0 0.25,-0.5 h 0.25 q 0.5,0.5 -0.25,1.25 -0.5,0.75 -1.25,2 l -0.75,1.25 0.75,-0.75 q 1,-0.75 1,-0.25 0,0.5 -0.5,2.5 l -0.25,2 q 0.25,-0.25 0.25,-1 0,-0.75 0.75,-1.5 h 0.5 q -0.25,0.75 -0.75,2 -0.75,2.5 -0.5,2.75 l 1,-1.75 q 0.5,-2 0.75,-2 0.5,0 0.5,-0.75 0,-1.5 1,-0.25 0.5,0.5 0,1.5 -0.5,1 -0.5,1.75 0,0.75 -0.5,0.75 -0.5,0 -0.25,0.75 0.25,0.5 0,1.25 -0.25,0.75 -1.25,4.75 -0.75,3.75 -0.75,4.75 0,1 -0.5,1 -0.25,0 0,1 0.25,0.75 0.75,0.25 h 0.25 q 0,0.75 -0.5,1.25 -0.25,0.5 -0.5,0.25 -0.5,-0.25 -0.75,0 0,0.25 0.5,1 0.75,0.5 0.25,1.5 -0.25,0.75 -0.25,1.5 0.25,0.75 -0.25,1.25 -1,1 0.5,1 1,0 3.75,-0.5 4.25,-0.75 8.5,-1 4.5,-0.25 5,-0.25 0.5,-0.25 0.75,0.25 0.25,0.25 0.5,0 0.5,-0.25 0.75,0.25 0.25,0.5 -2.75,0.5 h -2.75 l 2.75,0.5 q 2.75,0.25 3.75,0 1.25,-0.25 0.25,-0.5 l -0.25,-0.5 q 0.75,0 0.25,-0.5 -0.5,-0.25 0.25,-0.25 0.25,-0.25 0.5,-0.25 1.5,0 1.5,0.5 -0.25,0.5 0,0.75 0.5,0.25 0.5,0 0,-0.5 1.5,-1 1.5,-0.25 6,1.25 4.75,1.25 5.5,2 1.25,1.25 1.25,0.75 0,0 -0.5,-0.5 -0.25,-0.5 0.5,-0.25 4.75,0.75 9.75,4.25 1.25,0.75 2.25,1.25 0.75,0.5 0.5,0.25 -0.75,-1.25 -4.75,-3.75 -5.5,-3.25 -10.5,-4.25 -3,-0.75 -5.75,-1.5 l -7,-1.25 0.5,0.25 0.25,0.5 q -1,0 -1.25,-0.25 l -1.75,-0.25 q 0.25,0.5 -3.5,0.5 -2.5,-0.25 -2.5,-0.25 0,0 1.5,-0.25 l 2.25,-0.25 -2,-0.25 q -1,0 0.25,0 1,-0.25 2.75,-0.25 17.5,-0.25 29.25,7.75 2.25,1.5 5.25,4.75 3,3.25 4.5,5.5 1.5,2.5 2,5.75 0.75,3 1.25,5 l 0.75,1.5 q 0,-0.25 0,-0.75 0.25,-0.5 0.25,0.25 0.25,0.5 0.25,2 0,7 -2.5,12.5 -2.25,5.5 -8.5,13.5 -4,5 -4,5.5 0,0.75 -6,7.25 -2.75,3 -10.25,9.25 -7.5,6 -12.5,9.5 -1.5,1 -2,1.5 -0.25,0.5 -1.25,0.75 -1,0.25 -1,0.75 0,0.5 -0.5,0.5 -1,0 -4,2.5 -1,0.75 -1.75,1.25 -0.5,0 -2.5,1.5 -2,1.25 -2,1.25 0,0.25 0.5,1 0.5,0.5 2.75,3.25 2.25,2.5 3,3.25 0.25,0.5 1.75,2 1.5,2 3.5,4.5 2.25,2.75 4,5 1.75,2.25 2,2.5 0.5,0 0.5,0.5 0,0.25 0.75,1.25 3.75,4 6.75,8.25 3.25,4 3,4.5 -0.25,0.25 0.25,0.5 0.5,0 2,2 1.5,1.75 1.5,2.25 0,0.25 0.5,0.75 0.5,0.25 0.5,0.75 0,0.25 5,8.25 5.25,8 6,9.75 1,1.75 1.25,2 0.25,0 2,3.25 l 2,3 q 0,-0.25 0,-0.75 h 0.25 q 0.5,1 0.5,2 0.25,1 0.75,1.5 0.75,0.5 0.75,1 0,0.5 1.75,3.75 1.75,3 3,6 1.5,2.75 1.75,3 0.25,0 0.5,0.75 0.5,0.75 0.75,1.5 0.25,0.75 0.25,0.75 v 0.25 q 0.5,0.25 1,1.25 0.5,0.75 0.25,0.75 0,0 -0.5,-0.25 -0.75,-0.5 -1.5,-2 -0.5,-1.5 -0.75,-1.5 -0.25,0 -0.5,-0.75 l -0.5,-0.75 q -0.25,0.25 0.75,2.5 1,2 1.5,2.5 0.5,0.5 0.5,0.75 0.25,1.75 1.25,3.25 1.25,2 -0.5,2 -0.75,0 -0.75,0.75 0,0.75 0.75,1.75 0.75,1 1.25,1 z M 227.99976,314 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 2,-9.75 q 0.5,0 0.5,-3 0,-3.25 -0.25,-3 -0.25,0.25 -0.5,1.75 0,1.5 0,3 0,1.25 0.25,1.25 z m 0,1.25 q 0,0 0.25,0.5 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 z m 0.25,24.75 q 0,0 0.25,0.25 l 0.75,-0.25 q -0.25,-0.25 -1,0 z m 1,2.75 q 0,0 0.25,-0.25 -0.5,-0.25 -0.75,-0.75 l -0.25,0.25 q 0,0.75 0.75,0.75 z m 0.5,-41.75 q 0.25,0 0.25,0 0.5,0 -0.5,-0.75 -0.5,-0.25 -0.5,0 0,0 0,0.75 l 0.25,0.5 q 0,-0.75 0.5,-0.5 z m 1,12.5 q 0,0 0.25,0.5 0,-0.5 0,-1 -0.25,0.5 -0.25,0.5 z m 0.25,6.5 q 0,-0.75 0,-1.5 -0.25,0.25 -0.25,0.75 0,0.5 0.25,0.75 z m 0.25,-13.75 q 0.25,-0.25 0,-1 l -0.25,0.25 z m 0.25,37.5 q 0,0.25 0.25,1.25 l 0.5,1 q 0,-0.25 -0.25,-1.25 z m 0,-1.75 q 0.25,0.25 0.25,0.5 0.25,-0.5 0,-1.25 -0.25,0.5 -0.25,0.75 z m 0.75,7.25 q 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 0,0.5 0.25,0.5 z m -1.5,-59 q 1.5,-9.75 1.5,-11 0,-0.5 -0.25,-0.75 -0.25,0.75 -1.5,9.75 -1.25,9 -1.25,10 0,2.75 0.5,-0.25 0,-0.5 0.25,-1.25 0.25,-2.25 0.75,-6.5 z m 1.75,-12.75 q 0.25,-0.25 0,-1 l -0.25,0.25 z m 0.5,79 q 0.25,-0.5 0,-1 -0.25,0.5 -0.25,0.5 0.25,0.5 0.25,0.5 z m 2.25,-94.5 q 0,0 -0.25,0.25 l 0.25,0.5 q 0.25,-0.25 0,-0.75 z m -0.5,3 q 0,0 -0.25,0.25 l 0.25,0.5 q 0.25,-0.25 0,-0.75 z m 0.5,99.5 q 0,1 0.25,1.5 v -2.5 q -0.25,-2.5 -0.25,-3.25 0.25,-4 -1,-4.25 -0.5,0.25 0.5,5.75 0,1 0.5,2.75 z m 1.25,-109.75 q 0.25,-0.25 0,-1 l -0.25,0.25 z m 0.25,-2.25 q 0.25,-0.25 0.25,-0.75 l -0.25,0.25 z m 1.75,110.25 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0.5,3.75 q 0.25,-0.5 0,-1 0,0.25 -0.25,0.5 0.25,0.25 0.25,0.5 z m 1.5,0.25 q 0,0 0,-0.5 -0.5,0.25 -0.5,0.75 l 0.25,0.5 q 0.25,0 0.25,-0.75 z m 0.75,-133.5 q 0.25,-0.25 0,-1 l -0.25,0.25 z m 1,135 q 0.25,-0.25 0,-1.75 l -0.5,-1.75 v 2 z m 2.75,5.75 q 0.25,-0.25 -0.25,-1 -0.25,-0.75 0,-1.25 0,0 -0.25,0 0,-0.25 -0.25,-0.25 -0.25,0 -0.25,1 0,0.25 0,0.5 0.25,0.25 0.25,0.25 0.25,-0.25 0.25,0 0.25,0 0.25,0.25 z m 3,-1.75 q 0,0 -0.25,0.25 l 0.25,0.75 q 0.25,-0.5 0,-1 z m 0,-30.75 q 0,0 0.5,6.25 0.25,-0.25 0.25,-3.5 0,-3.25 -0.25,-3.25 -0.25,0 -0.5,0.5 z m -0.75,3.5 q 0,-0.5 -0.5,-0.25 -0.25,0.25 0,0.5 0.5,1.25 0.5,-0.25 z m -0.5,-1 q 0.25,-0.25 0,-1 l -0.25,0.5 z m 0,-2.75 q 0,-1 -0.5,-1 -0.25,0 0,0.75 0.25,0.5 0.25,1 0,0.25 0.25,0.25 0.25,0 0,-1 z m -0.25,34.25 q 0,0 0.25,0 0.25,-0.75 -0.25,-1.75 l -0.5,-1.25 0.25,1.25 q 0.25,1 0.25,1.75 z m 0.75,-16 q 0.5,3 0.75,3 0.25,-0.25 -0.25,-3.5 -0.5,-3.5 -1,-4 l -0.25,0.5 q 0.25,0.75 0.75,4 z m 1,-1.25 q 0,0 0.25,-0.5 0,-0.25 0,-0.5 0.5,-1.75 -0.25,-4.5 -0.5,-2.75 -0.75,-4.5 0,-2 -0.5,-1.75 -0.25,0 -0.25,0.5 0.75,3.5 1.5,11.25 z m 0.75,9.25 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0.75,-16.5 q 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 0.25,0.5 0.25,0.5 z m 0.75,-47.5 q 0.25,-0.75 0,-1.25 0,0.5 0,0.5 z m 0.75,-6.75 q 0.25,-0.5 0.25,-1 l -0.25,0.25 q -0.5,0.5 -0.5,1 z m 28.25,-5.75 q 0,0.25 0.5,0 0.5,-0.25 0.5,-0.5 0,-0.5 -0.5,-0.25 -0.5,0.25 -0.5,0.75 z m 3.25,-1 q 0.25,-0.5 -0.25,-0.75 0,0 -0.25,0.25 0,0 0,0.25 0,1 0.5,0.25 z m 2,-5.5 q 0.25,0 0.75,-0.75 0.75,-0.75 0,-0.25 -1.25,1 -0.75,1 z m 1.75,2.5 q 0.25,0 0.5,-0.5 0.25,-0.5 -0.25,-0.5 -0.25,0 -0.25,0.5 0,0.5 0,0.5 z m 0.75,-4.25 q 0.5,0 2,-1.25 1.5,-1.25 0.5,-1.25 l -0.5,0.25 q 0,0.25 -0.75,1 -0.5,0.5 -1.25,0.75 z m 7.25,-5.5 q 0.5,-0.25 1,-1.5 0.5,-1.25 0.25,-1.75 -0.25,-0.5 -0.5,0.75 -0.25,1 -1,1.25 -0.75,0.25 -2,2 l -0.75,1.5 q 0.75,0 1.5,-1.25 1,-1.5 1.25,-1.5 0.25,0 0,0.5 0,0.25 0,0.25 0,0 0.25,-0.25 z m 0.5,-5.25 q 0,0 0,0.75 0.5,-0.25 0.25,-1 z m 2.75,-9 q 0.5,1 0.5,0.75 0.25,-0.25 0,-1 -0.25,-0.75 -0.75,-0.75 -0.25,0 0.25,1 z m 20.25,-25.25 q 0.5,0.5 0.5,-0.25 0,-0.75 -0.5,-0.75 -0.25,0 -0.25,0.5 0,0.25 0.25,0.5 z m 9,19 q -0.75,1.75 -1,2.75 -0.25,1 -1.25,3.25 -1,2 -0.75,2.25 0.25,0.25 0.5,0 0.5,-0.5 0.25,-0.75 -0.25,-0.5 0.5,-1.5 l 0.5,0.5 q -0.25,0.75 -0.75,2 -0.5,1 -1,1.75 -0.5,0.75 -0.5,0.5 -0.25,-0.25 0.25,-0.75 0.5,-0.75 0.25,-1 -0.5,-0.5 -0.75,0.5 0,0.25 0,0.5 -0.5,3.25 -1.5,4.25 -0.5,0.75 -1.25,2.25 l -0.75,1.5 1,-1 q 0.75,-1.25 2.5,-4 3.5,-6 4,-11.75 l 0.25,-3 z m -1.75,1 q 0,0 -0.25,0.25 l 0.25,0.5 q 0.25,-0.25 0,-0.75 z m 0,2 q -0.25,-0.75 -0.5,-0.75 -0.25,0 -0.25,0.75 0,0.5 0.5,0.5 0.5,0 0.25,-0.5 z m -1.75,-13.25 q -0.25,0 -0.25,-0.5 0,-0.5 -1.75,-2.5 l -1.5,-1.75 1,2 q 1,2.25 1.25,3.75 0.5,0.75 0.75,0.75 0.25,-0.5 0.25,0.25 0,0.75 0.25,0.75 0.5,0 0.5,-1.25 0,-1.5 -0.5,-1.5 z m -3.75,-7.5 -1,-0.75 0.75,1 q 1.25,1.25 1.25,0.75 0,-0.25 -1,-1 z m -1.5,-4.75 q -0.75,-0.5 -1,-0.25 -0.25,0.25 0.5,0.5 z m -13.75,-5.5 q -0.5,-0.25 -0.5,0 0.75,1 4.75,3 1.25,0.5 1.75,1 0.75,0.25 0.5,0.75 V 224 q 0.25,-0.25 1.25,0.75 1.25,1 1.75,0.75 0.5,-0.25 0.5,0 0.25,0 0.25,0.25 -0.25,0.5 0.25,0.75 0.5,0 1,0 0.5,0 0.25,0.5 -0.25,0.25 -0.25,0.5 0.25,0 0.25,-0.25 0.5,-0.25 0,-1 -0.5,-1 -1.5,-1.5 -1,-0.75 -2.25,-1.75 -1.75,-1.75 -8,-4 z m -0.75,65.25 q -1.5,1.25 -1.5,1.5 0,0.25 1.5,-1.25 l 1.25,-1.5 z m -6.5,-67.25 q 0,0 -0.75,0 0.5,0.25 3,1.5 h 0.25 l 0.5,0.25 2.5,0.75 q 0,-0.25 -2.25,-1.25 -2,-1 -3.25,-1.25 z m -0.25,42.25 q 0.25,-0.5 0,-0.5 0,0.25 -0.75,0.5 -1.75,1.75 -0.25,1.75 0.75,0 0.75,-0.5 0,-0.5 0.25,-1.25 z m -1.5,-17.5 q 0,0 -0.25,0.25 0.5,0.5 1,0.25 0,-0.25 -0.75,-0.5 z m -1.5,-25 q -0.5,0 -1.25,0.25 l -0.25,0.5 q 0.5,0 1.25,-0.5 z m -2,-0.25 q 0,0 0.25,0.25 l 0.5,-0.25 q -0.25,-0.25 -0.75,0 z m -2,22 q 0,0 -0.5,0 0.5,0.5 1.25,0.25 0,0 -0.75,-0.25 z m -1.5,-21.75 q 0,-0.5 -0.5,-0.5 -0.25,0 0,0.5 0.25,0.25 0.25,0.25 0.25,0 0.25,-0.25 z m -0.5,20.75 q -1,-0.75 -1.5,-0.5 -0.25,0 0.75,0.5 1.25,0.75 1.25,0.5 0,0 -0.5,-0.5 z m 0,3 q 0,-0.25 -1.25,-0.75 -1.25,-0.75 -1.5,-0.75 l 1.25,0.75 q 1.5,1 1.5,0.75 z m -1.75,-6.75 q 0,0 -1.5,-0.25 l 0.25,0.25 q 0.75,0.5 1.5,0.5 z m -3.5,4.75 q 0,0 -0.25,0 0,-0.25 -0.25,-0.25 -1,0 -2.25,-0.75 -4,-1.5 -4,-0.5 0,0.75 1,0.5 1.25,-0.25 3,0.5 2.5,1.25 2.75,0.5 z m -6.75,-6.75 q 0,0 0.25,0.25 h 0.5 q -0.25,-0.5 -0.75,-0.25 z m 1.5,-13.75 q 0,0 -3.5,0.5 0.5,0.25 3.75,0.25 3.25,-0.25 3.5,-0.5 0.25,-0.25 -3.75,-0.25 z m -4,17.25 q 0,0 -1.25,0 l -1.5,0.5 q 0.25,0.25 1.25,0 1.25,-0.25 1.5,-0.5 z m -7,-17.5 q -1,0.25 -1.25,1.25 -0.25,0.75 0,1 0.25,0 1,0 l 1,-0.25 -1.25,0.5 q -1,0.25 -1,0.75 0,0.25 1,0 1.25,-0.25 2.25,-0.5 1.25,-0.5 1.25,-0.75 0.25,-0.25 2,-0.25 h 1.5 l -0.25,-0.5 q -0.5,-0.5 -2.5,-0.5 h -1.5 0.25 q 0.75,-0.5 2,-0.5 l 0.25,-0.5 q -1.25,-0.5 -4.75,0.25 z m 2.5,12.5 q -0.25,-0.5 0.5,-0.25 1,0.25 1.25,0 l -2,-0.25 q -2.5,0 -2.5,0.75 0,0.25 1.5,0.25 1.5,0 1.25,-0.5 z m 1,5 q 0,0 -1,0 -1,0 -1.25,0.25 h 2 z m -5,-22.75 q -0.5,0.75 -0.25,1.25 0.5,0 0.75,-0.75 0.5,-0.75 0.25,-1.5 -0.25,-1 -0.5,0 0,0.75 -0.25,1 z m -0.25,17 q -1,0 -1.25,0.5 -0.25,0.5 0.25,0.5 0.5,0 1.25,-0.5 z m 0.75,1.5 q 0,0 -0.75,-0.25 -1,0.25 -1,0.25 z m -2.25,2 q -1,0 -1,1 0,0.75 3,0.75 3,-0.25 2.75,-0.5 0,-0.5 -1.25,-0.5 -1,0 -1.25,-0.25 -0.25,-0.5 -1,0 -0.25,0.25 -0.5,0.25 0,0 0.25,-0.5 0.25,-0.75 -0.25,-1 -0.25,0 -0.25,0 0,0 0,0.25 0.25,0.25 0,0.5 0,0 -0.5,0 z m -4,17.5 q 0.25,-0.25 -0.25,-0.75 -0.5,-0.75 -0.25,0.25 0.25,0.75 0.5,0.5 z m -1.5,8.5 q -0.5,0.25 -0.25,0.75 0.5,1.5 0.5,-0.25 0,-0.25 -0.25,-0.5 0,-0.25 0,0 z m 0,2.5 q 0,-0.75 -0.5,-0.25 -0.5,0.25 -0.5,0.75 0,0.25 0.5,0.25 0.5,0 0.5,-0.75 z m -0.75,4 q 0.25,-0.25 -0.25,-0.75 -0.5,-0.75 -0.25,0.25 0.5,0.75 0.5,0.5 z m -1.25,9 q 0,0 -0.25,0.25 l 0.25,0.75 q 0.25,-0.5 0,-1 z m -0.25,2.25 q -0.5,0.75 -0.5,2 0,1 0.25,1 0,0 0.5,-2 0,-1 -0.25,-1 z m -0.75,7.25 q -1,0 -1,5.5 0,1.25 0.5,0.25 0,-0.75 0.25,-1.75 0,-1.5 0.25,-2.75 0.5,-1.25 0,-1.25 z m -1.25,7.75 q 0,1 0,1 0.25,0 5.5,-3 13.75,-7.25 13.75,-8 0,-0.5 0.25,0 0.25,0.25 1.75,-0.75 1.75,-1 2.25,-1.75 0.75,-1.25 1.5,-1.25 0.25,0 0,0.5 -0.25,0.5 0.5,0 1,-0.5 0.75,-0.75 -0.25,-0.25 0,-0.5 0.5,-0.5 1,-0.5 0.5,-0.25 0.75,0 0.5,0 0.25,-0.5 -0.25,-0.75 0.5,-0.5 1,0.25 1.5,-0.25 l -0.25,-0.25 q -1,0.25 -1,0.25 0,-0.25 3.25,-2.75 6,-4.5 7.5,-8 2,-4 2.5,-8 0.5,-4.25 -0.75,-6 -1.5,-2.75 -4.75,-4.25 -1.25,-0.75 -1.25,-1 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.75,-0.25 -0.25,-0.75 -1,-0.5 -0.75,0.25 -1.25,-0.25 l 0.5,-0.25 -2,-1.25 q -2.75,-1.25 -4,-1.25 l -1.25,-0.5 q 0,0 -1.5,-0.5 -1.5,-0.75 -4.25,-1.25 -2.5,-0.75 -5.25,-1.25 -4.75,-0.75 -5.75,-0.25 -1,0.5 -1,1.25 0,0.75 0.25,0 0.5,-0.5 0.5,0 0,0.25 -0.25,0.75 -0.25,1.75 -1.25,9.25 -1,7.5 -1.75,12.25 -0.5,4.75 -1,8.5 -0.5,3.75 -0.75,5 0,1 -0.5,3.5 -0.25,3.25 -0.5,3 -0.25,0 -0.5,-0.5 -0.25,-0.5 -0.25,0 0,0 0,0.75 0,1 0.25,0.75 0.25,-0.25 0.5,0.5 0,1.25 -0.5,5.5 -0.5,3.25 -1,3 -0.25,0 -0.5,0.25 0,0 0,0.25 z m 13.25,-0.5 q 0,-0.5 1.25,-1.25 1.5,-0.75 1.25,-1.5 0,-0.75 0.5,-1.5 0.25,-0.25 0.25,0 0,0 0,0.5 -0.25,1.25 0,1.25 0.25,0 1,-0.5 0.75,-0.5 0.5,-0.75 0,0 0.25,-0.25 0.5,-0.5 1,-0.75 1.5,-0.75 3.25,-2.25 2,-1.5 2.25,-1.25 l 0.25,-0.25 q -0.25,-0.75 -1.25,-0.5 -0.75,0 -1.25,0.5 -0.5,0.5 0,0.25 l 0.25,0.25 q -0.25,0.5 -0.75,0.25 -0.5,-0.25 -2.5,1 -5.25,3 -8.25,4.5 -2.75,1.5 -4.75,2.75 -1.75,1 -2.25,1.5 -0.25,0.25 -0.25,0.5 0,0.25 -0.25,0 -0.25,-0.25 -1.75,0.5 -1.25,0.5 -1.25,1 0,0.25 0,0.5 0,0 -0.25,0.75 0,0.75 0,1.5 0,0.75 0,0.75 0.25,0 1,-0.5 1,-0.5 0.75,-0.75 l 0.5,-0.5 q 0.25,0.25 0.5,0.25 0.25,-0.25 0.25,-0.5 -0.25,-0.5 0.5,-0.75 h 0.25 q 0,0.25 0,0.5 0.25,0 0.5,0 0.75,0 0.5,-0.75 l 0.25,-0.25 q 0.25,0.25 0.75,-0.5 0.75,-0.5 3.25,-2 2.75,-1.5 3.25,-1.5 0.5,0 0.5,-0.25 z m 18,79.25 q 0.75,1.25 0.75,0.5 0,0 -0.75,-0.5 -0.75,-0.75 0,0 z m 13,12.75 q 0.75,1.25 1,1 0.25,-0.25 -0.75,-1 l -1,-1 z m 5.75,5.25 q 0,0 1.75,1.5 l -0.25,-0.5 q -0.25,-0.5 -2.25,-3 -1.75,-2.75 -1.5,-3 -0.5,0.25 -1,-0.5 v 0.25 q 0.25,0.75 1,1.5 1,1.25 1,1.75 0,0.5 1.25,2 z m 13.5,7 q 0.5,0.75 0.75,0.5 0.25,-0.25 -0.5,-0.75 -0.5,-0.75 -0.25,0.25 z m 9,24.5 q 0,-0.25 -0.5,-0.5 -0.5,-0.25 -0.5,0.25 0,0.5 0.5,0.5 0.5,0 0.5,-0.25 z m -2.25,-13 q 0.25,-0.25 -0.5,-0.75 -0.5,-0.5 -0.25,0.25 0.5,0.75 0.75,0.5 z m -1.5,-2.75 q 0,0 0,-0.25 -0.25,-0.5 -1,0 -0.5,0.5 -0.5,0.5 0,0.25 0.5,-0.25 0.75,-0.5 1,0 z m 0.25,-15.25 q -0.25,0.25 0.25,1 0.75,0.5 0.75,0.5 0.25,0 -0.25,-0.75 -0.5,-1 -0.75,-0.75 z m 2.25,2.75 q 0.25,-0.25 0.25,-0.25 0,0 -0.25,0 -0.5,0.5 -0.5,0 0,-0.5 -0.5,-0.5 -0.5,0 -0.25,0.5 0.5,1.5 1.25,0.25 z m 0.75,8.25 q 0,0.5 0.25,0.5 0.5,0 0.5,-0.25 0,-0.25 -0.5,-0.5 -0.25,-0.25 -0.25,0.25 z m 1.75,3 q 0.25,0 0.25,-0.75 -0.5,-0.5 -1.25,-1 0,0.5 0.5,0.5 0.25,0 0.25,0 0.25,0.25 0.25,0.25 -0.25,1 0,1 z"/><path fill="#111111" d="m 422.24963,240 q 0,0.25 0.5,1 0.5,0.5 -0.25,1.25 -0.75,0.5 -0.75,0.5 0,0 0.25,-0.75 0.25,-0.75 -0.25,-0.75 -0.5,0 -0.5,0.75 l -0.25,0.25 q -0.25,-0.5 -0.75,-0.5 -0.25,0 0,0.25 l -2,0.25 -1.75,0.25 q 0.5,0.25 0.25,0.75 -0.25,0.25 0.25,0.25 0.5,0 0.5,0.5 0,0.5 -1.25,0.25 -6,-1.5 -6.75,-0.5 l 1.25,0.25 q 1.5,0 1.75,0.5 0.25,0.25 1.75,0.75 l 0.25,0.25 q -1.25,0.25 -1.5,-0.25 -1,-1 -3.75,-0.5 -0.75,0.25 -0.75,0.5 0.25,0.25 1.5,0.25 1.5,-0.25 1.5,0.25 0,0.25 3.5,0.5 5.25,0.5 5,1.5 -0.5,0.5 -1,-0.25 l -0.25,-0.25 q 0,0.5 -2.75,0.5 -4.75,0 -4,0.25 0.25,0 1,0.25 1,0.25 -0.25,0.25 -1,0 -3,0 -5,0.25 -6.75,0.5 -4.5,1.25 -13.75,2.5 -3,0.5 -12.75,3.25 -9.75,2.75 -10.5,3.5 -0.25,0.25 0.75,7.25 1.75,13.25 1.75,26.5 0,4.25 0.5,4.25 5.25,-2 11.5,-3 1.25,-0.25 1.25,0.25 0,0.25 1,0.25 1,0 0.25,-0.5 -0.75,-0.25 -0.75,-0.25 0,0 0.75,0 1,0 1,0.5 l 0.25,-0.25 q 0.25,-0.75 8.5,-0.5 8.25,0 9.75,1 1.75,0.75 2,1.25 0.25,0.5 -0.25,0.5 -0.25,-0.25 -0.5,-0.25 -1,-0.25 -3.25,-0.5 -1.5,0.25 -1.5,0.5 0.5,0.75 1.75,0.5 1.25,-0.25 3.75,0.5 2.5,0.5 2.5,1 0.25,0.5 -0.5,0.75 -0.75,0 -3.25,0 -4,0.25 -6.5,0.5 -2.25,0.25 -0.25,0.25 1,0 2.75,0 5,-0.25 6.25,0.5 1.25,0.5 1.25,1 0,0.25 1,0.5 1,0 1,1.25 0,1.25 -1,1.5 -1.5,0.25 -1.75,0.5 0,0.25 0.5,0.75 0.75,0.5 1.5,0.25 v 0.25 q -0.5,0.75 -3,1 -1,0.25 -0.75,0.5 0.5,0.25 -0.25,0.25 -0.25,0 -0.75,0 -1.75,-0.25 -1.75,0.25 0,0.25 -0.5,0 -0.25,-0.25 -0.5,0.25 h 3.25 q 1.5,0 2.5,-0.25 0.75,-0.25 0.75,0 0.25,0 -0.25,0.25 -0.5,0.75 -2,0.75 l -5,1.25 h 0.25 q 0.75,0 4.75,-0.5 h 0.25 0.25 l 0.25,-0.25 5,-0.5 q -0.75,0.5 -2.25,0.75 -1.25,0 -1.75,0.5 -0.25,0.5 -2,0.5 -1.75,0 -1.75,0.5 0,0.5 1,0.25 l 6.25,-0.5 q -0.75,0.25 -0.75,1 0,0.5 -1.75,1 -2,0.75 -0.25,1.25 2,0 -1,1 -2.5,1 -7.75,2.25 -27.75,7 -31.5,9.25 -1,0.5 -1,1.5 0,0.75 -0.25,1.75 -0.25,1.25 -1,6.75 -0.5,5.75 -1.75,12.25 -1.25,6.25 -1.25,6.75 0,0.25 0.75,-0.25 0.75,-0.5 2.5,-0.75 2,-0.25 3.25,-0.75 1.5,-0.75 2,-0.5 0.5,0.25 3.5,-0.25 3.25,-0.5 3.75,-1 h 0.25 q -0.25,0.5 4,0.5 4.5,0 5.25,0.25 0.75,0.25 3.25,0.75 5.25,1.5 7.75,2.75 1.5,0.75 4.5,1.25 2,1 2,1.75 -0.25,0.5 -2.25,-0.25 -2,-0.75 -2.25,-0.5 -0.25,0.25 3,1.25 l 3.5,0.75 q -0.25,0 -0.75,-0.25 -1.5,-0.75 -0.5,-1 2,-0.75 8.25,4.5 3.25,3 2.75,3.25 0,0 -1.25,-1 -1.25,-1 -1.75,-0.75 -0.25,0 0.75,1 1,0.75 0.5,1.5 -0.75,0.75 0,1 0.25,0 0.75,-0.25 0.5,-0.5 2,1 l 1,1.25 q -0.75,-0.5 -1.5,0 -0.5,0.25 0.75,1 l 1,0.25 q 0,-0.25 0,-0.5 0.25,-0.25 1.25,0.75 1.5,2 0,3 -0.25,0.5 -0.5,1 0,0.5 0,1 0,0.25 0.25,0.25 0.5,0 0.5,1 0.25,0.75 -0.25,1.25 -0.5,0.25 -1.75,0 -1.25,-0.25 -2,0 -0.75,0 -1.5,-0.5 -0.5,-0.5 -0.5,0 0,0.25 -1.25,0.25 l -0.25,0.25 q 1,0.25 2,0.25 0.75,0.25 0,0.5 -0.25,0 -1,0 -1.75,0.5 -2.5,0.25 -0.5,-0.25 -0.5,0.25 0,0.25 1.5,0.75 1.5,0.25 0.25,0.5 -1,0 -0.25,0.5 1.25,0.75 -2.25,1 -1.75,0 -1.75,0.5 0,0.5 -0.5,0.5 -1,0 -5.75,-0.25 -13.25,-1.5 -30.5,1.75 -8.25,1.5 -12.75,3 -3.5,1.5 -4.5,2.25 -1,0.5 -1.25,1.5 -0.25,1.5 -2,6 -1.5,4.5 -2,5 l 0.25,-1.75 q 1.5,-5 1.25,-5.5 l -0.75,1 q -0.75,1.5 -0.75,0.5 0,-2.5 -1,0.5 -0.25,0.5 -0.5,1 l -1.25,2.75 q 0,-0.25 0,-0.75 0,-1.25 -0.5,-2.25 l 0.25,-0.75 0.25,-1 q 0,-1.25 -0.5,-1.25 -0.75,0 -4.25,3.25 -1.25,1 -1.5,0.75 -0.25,-0.25 -0.5,0.25 l -0.25,-0.25 q 0,-0.25 0.25,-0.5 0.25,-1.5 0,-1.5 -0.5,0 -2,1.75 -1.25,1.5 -1.5,2 -0.25,-0.5 -0.25,-1 -0.25,-2 0,-2.5 0.25,-0.25 0.75,-2.75 0.5,-2.75 0.5,-3.5 0,-0.5 -1,0 -1,0.5 0.25,-0.5 1.5,-1 1.25,-1.25 -0.25,-0.25 -2.25,1.25 -1.75,1.25 -1.75,1.5 l -2,2.75 q 0,-0.25 0.75,-1.75 0.25,-0.75 0,-0.75 -0.75,0.75 -1,0.5 0,-0.25 0.5,-1 l 0.25,-0.5 q -0.5,0.25 -0.5,0 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.75,-0.5 -0.75,-1.5 -1.25,0 v 0.25 q 0.75,-0.25 0.75,0.5 0,0.5 -0.75,1.25 -2.25,1.5 -2.25,0.75 0.25,-0.75 0.75,-0.75 h 0.25 q -0.5,-0.25 0.25,-1 h -0.25 q -0.25,0.25 -0.5,0.5 -1.5,1.25 -1.75,1 -0.25,-0.5 2,-2.75 2,-2.25 0.75,-2.25 -0.25,0 0,0.5 0,0.25 -0.25,0.25 0,0 -0.25,0 -0.25,-0.25 0.25,-1.5 0.75,-1.25 1.25,-1.25 0.5,0 0.25,-0.75 -0.25,-0.75 0,-1 0.25,0 0.25,0 0.25,0 0,0.25 -0.25,0.5 0.25,0.5 0.5,0 0.5,-0.5 0,-0.75 0.5,-0.75 0.75,0 0.75,-0.5 0,-0.75 1.5,-2 1.5,-1.25 1.25,-1.25 -0.5,0 -3,2 -2.75,2 -4,2.75 -1,0.75 -1,1 0.25,0.25 -0.75,1.25 -0.75,0.5 -0.75,0.5 0,0 0.25,-0.75 0.5,-0.75 1,-1 0.25,-0.25 0.25,-0.75 0,-0.5 -0.75,0 v -0.25 q 1,-1 1.25,-0.75 0.25,0.25 2.5,-2 1.5,-1.25 2,-1.75 l -1.75,1 q -1.25,1 -1.5,1 -0.25,-0.25 2.25,-2.75 l 1.75,-2 q -1,0.5 -4.25,3.75 -4,4 -4.25,3.25 -0.5,-1 0.5,-2.5 1,-1.5 5.25,-6.25 l 1,-1.25 q 0,0 -0.5,0.5 -3.5,3.25 -6,6.5 -1.75,2.25 -1.75,1.5 0.25,-0.5 1,-2 1.25,-2 5.5,-6.25 4.5,-4.5 8.5,-7.25 4.25,-3.25 4.5,-3.75 0.25,-0.75 1.75,-14.5 1.5,-13.75 1.25,-14 0,0 -2.25,1.5 -2.25,1.25 -2.5,1 0,0 0.25,-0.25 0.25,-0.5 0.75,-0.75 0.75,-0.5 1.5,-1 l 2.25,-2.25 q -0.25,0 -1.5,1 -1.25,0.75 -1.75,0.5 -0.5,-0.25 -0.5,0.5 0,0.25 0,0.5 0,0 -0.25,0 -0.5,-0.25 -2.25,0.75 l -1.5,0.75 q 0.25,0 0.75,-0.75 1,-1 3,-2.25 2,-1.5 2,-2.25 0,-0.75 0,-0.75 0.25,-0.25 0.5,-0.25 0.75,0 0.75,-0.25 0.25,-0.25 0,-0.5 -0.25,-0.25 -1.75,0.25 -1.25,0.5 -1.25,1 l 0.5,-0.25 q 0.25,0 0.25,0 0.25,0 0,0.25 -0.25,0.5 -1,0.25 -0.75,-0.25 -4.25,2.5 -3.25,2.5 -4,2.5 -0.5,0 2,-2.75 3.5,-3.25 2.5,-3.25 -0.25,0 -0.5,0.25 l 0.75,-1.5 q 0.75,-0.75 0.5,-0.75 -0.25,0 -2.5,2 -3.75,2.75 -5.25,4.5 -1.25,1.5 -1.75,1.5 -0.25,0 0.25,-0.5 0.5,-0.5 0.5,-0.75 0,-0.5 -0.75,0.5 -0.75,1 -0.75,0.25 0,-0.75 0.5,-1.25 V 336 q -0.5,0.25 -0.5,0 -0.25,-0.25 1,-1.5 1,-1.25 1,-1.5 0,-0.25 1,-1.5 1.25,-1.25 0.5,-1.25 l -0.5,0.25 -0.75,0.75 q -1.25,0.75 -1.5,0.5 -0.25,-0.5 2.25,-3.75 1.25,-1.5 1.25,-2 0,-0.5 2.25,-3 l 1.25,-1.75 q -0.25,0.25 -0.75,0.75 -2.75,2 -9,8.75 l -1.25,1.25 q 0,0 0.5,-0.75 0.75,-1.5 2.5,-3.5 1.75,-2 2.5,-3.5 l 0.75,-1.5 -2.75,2.5 1.25,-1.75 q 1.25,-1.75 4,-4.5 3,-2.75 2.75,-3 l 0.25,-0.25 q 0.25,0.25 3.25,-2 3,-2.5 2.75,-2.75 0,-0.5 1.75,-1.75 2,-1.25 2.25,-1.25 l -1.75,1.5 -1.75,1.5 q 0.5,0 2.25,-1.5 l 2,-1.25 -0.25,-16.25 q -0.5,-22.25 -1,-25 l -0.5,-1.25 q 0,0.5 -0.5,0.5 -1.75,-0.25 -1.75,0.75 0,0.5 -0.5,0.5 -0.5,0 -1,0.75 -0.25,0.75 -0.5,0.25 -1,-1.5 -2.25,-0.5 -0.5,0.5 -0.5,0 0,-0.75 0.75,-2 v -0.5 q -1.25,1 -1.25,0.75 0,-0.25 0.5,-1 1,-1 0.5,-1.25 0,0 -0.75,0.5 -0.25,0.25 -0.25,0 0,-0.25 0,-0.5 0,-1.25 2.25,-3.25 2.5,-2.25 2,-2.25 -0.5,0 -1.25,0.75 -0.5,0.5 -1.75,1.5 -0.25,0.25 -0.25,0.25 0,-0.25 1.5,-1.75 2.25,-2.5 2,-2.5 -0.25,0 -2.5,2 -2.25,2 -2.75,2.75 -0.75,1 -0.75,0.75 0,-0.25 0,-0.75 -0.25,-1 -1.75,0.5 -0.25,0 -0.75,0.5 l -1.25,1 q 0.25,-0.25 1.75,-1.75 2.5,-2.25 2.75,-2 0.5,0 0.5,-0.5 0,-0.5 1.5,-2 1.5,-1.75 1.25,-1.75 -0.5,-0.25 -3,2 -5.25,5 -5.25,3.5 0.25,-0.5 0.5,-0.75 0.25,-0.75 0.25,-0.75 0,-0.25 -0.75,0.25 -0.5,0.5 -0.5,0.5 0,0 0.25,-0.5 0.25,-0.75 0.25,-1 h 0.25 q 0.5,0.25 1.25,-0.75 l 0.75,-1 -1,0.75 q -1,1 -1,0.75 0,-0.5 2.75,-3 2.75,-2.75 0.75,-1.25 -1.75,1.5 -3.25,2.5 -1.5,1 -1.75,1.75 l -0.5,-0.5 q 0,-1 3.25,-4.75 3.5,-4 6.75,-6.5 l 2.5,-2.25 -0.25,-2 q -0.25,-2.25 -1,-5.5 -0.5,-3 -0.75,-4 -0.25,-1 -0.75,-3.25 -0.5,-2.25 -0.75,-3 0,-1 -0.25,-1.5 -0.25,-0.75 -0.75,-4 -1,-3.75 -0.25,-3.5 0,0 0.5,0.5 0.25,0.75 0.75,0.5 v 1.5 q 0,0.25 -0.25,0.5 -0.25,0.5 0.25,0.25 0.75,-0.25 1,0.25 V 220 q 0,-1.5 0.25,-2 0.5,-0.75 0,-1.25 -0.25,-0.5 -0.5,0.5 l -0.25,-0.25 q 0.25,-0.75 1,-0.5 1,0 1,-1.25 -0.25,-0.5 -0.5,-0.5 l -0.25,0.25 q 0,-1.5 0.75,-1.75 l 0.25,-2.5 q 0.25,-2.5 0.5,-2.5 0.25,0 0.25,0 0.25,-0.25 0.25,-0.25 -0.25,-0.5 0,-0.75 0.25,0 0.25,0.25 0.25,0.25 0.25,0.75 0.25,0.25 0.5,0.75 0.5,2 0.75,2.75 l 0.25,-0.25 q -0.25,-0.75 -0.25,-0.75 0.25,-0.25 0.75,0 0.5,0.25 0.75,1.25 l 0.25,-0.25 q 0,-1 0.75,-1.5 0.75,-0.5 0,-3.5 -0.5,-3.25 -0.25,-3 0.5,0 1.5,4.25 1,4 1.75,5 0.5,1 0.5,0.5 0,-0.5 -0.25,-2.25 -0.25,-2.75 -0.75,-3.75 -0.25,-1 -0.25,-1.75 0,-1 0.5,0.5 0.5,1.25 1,3.25 0.5,3 1.5,4.75 l 1,2 -0.5,-1.75 q -0.25,-1.75 -0.25,-2.75 0,-1.25 -0.25,-1.25 -0.25,0 -0.25,-0.75 0,-1 0.25,-1 0.5,0 0.5,1 0.25,1 0.25,1.75 -0.5,0.75 0.25,1.5 0.75,0.5 0.5,1 -0.25,0.25 -0.25,0.25 0.25,0 0.5,0 0,-0.25 0.25,0 0.25,0.25 0.5,1 0.25,0.5 0.5,1.25 l 0.75,2 q 0.25,-2.5 -1.5,-6.5 -0.25,-0.75 0.5,-0.5 h 0.5 q -0.25,-0.5 0.25,-0.5 0.75,0 1.5,2.25 l 1,2.5 q 0,-1.25 -1.25,-5.25 -0.5,-1.5 -0.5,-1.5 0,-0.25 0.75,-0.25 1,0 2,3.5 2,8 3,16.75 0.5,2.75 1,3 0.5,0.25 3.25,-1 3,-1.25 3,-1.5 0,-0.5 0.5,-0.5 0.25,0 6.25,-1.75 6,-2 8,-2.75 0.75,-0.25 1.5,-0.25 0.5,0 4.25,-0.25 7.75,-0.5 16.75,-0.75 6,-0.25 6.75,0.5 0.75,0.75 0,0.75 -0.25,0 -1,0 -1.75,0 -1.75,-0.25 0,-0.25 -4.75,0 -4.75,0 -5.25,0.75 -0.5,0.25 -0.5,0.5 0.25,0 1,-0.25 0.75,-0.25 3.25,-0.25 2.75,-0.25 3.25,0 0.5,0.25 4.75,0.5 4.25,0 4.5,0.25 l -0.75,0.25 q -0.75,0 -1.25,0.5 -0.25,0.25 -1.5,0.25 -1.25,0 -3.5,0 h -2.25 l 2.5,0.75 q 2.25,0.5 3,1 0.75,0.25 2.5,0.25 l 1.5,0.25 q -0.25,0.25 -3,0.5 -2.5,0 -3.75,0.25 -1,0.25 -0.5,0.25 0.25,0 1.25,0.25 2,0 2.25,0.75 0.5,0.5 1.25,0 1.75,-1.5 3.75,0.5 0.5,0.5 1,0.5 l -0.25,-0.5 q -0.5,-0.25 -0.5,-0.25 0.25,-0.25 1,0 l 1,-0.25 q -0.25,-0.25 0,-0.25 0.5,-0.25 1.25,0.25 0.75,0.25 0,0.75 -0.5,0.25 0.25,0.5 0.25,0.25 0.25,1 0,0.5 -0.5,1.25 -0.5,0.5 -1,0.5 -0.5,0 -0.5,0.5 0,0.25 0.5,0.25 0.5,0 0.5,0.5 0,0.5 -1,0.5 -1,0 -0.5,0.5 0.5,0.5 0.25,0.75 -0.25,0.25 -1,0 -0.5,-0.25 -0.5,0 0,0.25 2,1 2.25,0.5 2,1 z m -82.75,-14.25 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0.5,-5 q 0.25,0.5 0.25,0.5 0.25,0 0.25,-0.5 0,-0.75 -0.5,-0.75 -0.25,0 0,0.75 z m -5.25,35.75 q 0.25,0 1,-0.75 0.75,-1 0.5,-1 -0.25,0 -1,1 -0.75,0.75 -0.5,0.75 z m 1,3.75 q -0.25,0.5 0,0.5 0.5,0 0.5,-0.5 0,-0.5 -0.25,-0.5 0,0 -0.25,0.5 z m 4,-5.25 q 0,0 0.5,-0.25 0.75,-0.25 0.75,-0.5 0,-0.5 -0.75,0 -0.5,0.5 -0.5,0.75 z m 0,12.25 q 0,0.25 0.25,0.25 0.5,0 0.75,-0.25 0,-0.25 0,-0.25 0,-0.25 -0.25,-0.25 -0.75,0 -0.75,0.5 z m -2.75,64.25 q -0.25,0.5 0,0.5 0.5,0 0.5,-0.5 0,-0.5 -0.25,-0.5 0,0 -0.25,0.5 z m -11.25,51.25 q 0.75,-1.25 0.5,-1.25 0,0 -1,1.25 -1,1.25 -0.5,1.25 0.25,-0.25 1,-1.25 z m 4.75,-4.75 q 0.25,-0.75 -0.25,-0.25 -0.5,0.5 -1.25,1.25 l -1.5,1.5 1.5,-1 q 1.25,-1 1.5,-1.5 z m 8.5,-7 q 0.5,-0.75 -0.25,0 -0.75,0.5 -0.75,0.75 0,0.5 1,-0.75 z m 0,4.5 q 1,-0.5 0.5,-0.75 -0.25,-0.5 -2.25,1.25 -2,1.75 -4,3 -1.75,1.25 -1.75,1.5 0,0.5 4,-2.25 3,-2.25 3.5,-2.75 z m 2.25,22.25 q 0.75,-1.5 0.5,-1.5 -0.25,-0.25 -0.75,0.25 -0.5,0.25 -0.75,1 -0.25,0.75 -0.25,1.25 0,0.5 0.25,0.5 0.25,0 1,-1.5 z m 2.75,-2.75 q 0.25,0.5 0.5,0 0.25,-0.75 -0.5,-0.5 -1.75,0.25 -1.75,2 0.25,1 0.75,-0.5 0.75,-1.5 1,-1 z m 2.5,5 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0.75,-186 q 0.25,-0.5 -0.25,-0.75 -0.5,-0.25 -0.5,0.5 0,1.25 0.75,0.25 z m 0.25,4.25 q 0,0.25 0.25,0.25 0.5,0 0.5,-0.5 0,-0.75 -0.5,-0.5 -0.25,0.25 -0.25,0.75 z m 1,6.25 q 0.25,-0.25 0.25,-0.75 l -0.5,0.25 z m 1.75,171.25 q 0.5,0.25 0.5,0 0.25,-0.25 -0.25,-0.75 -0.5,-0.5 -0.5,0 0,0.25 0.25,0.75 z m 0.5,-1.75 q 0.25,0.5 0.25,0.5 0.25,0 0.25,-0.5 0,-0.75 -0.5,-0.75 -0.25,0 0,0.75 z m 3.5,-176.5 q 0,0 -0.25,-1 l -0.5,-0.5 z m 0.5,171 q -0.5,0.5 0.25,0.25 0.75,-0.25 0.5,-0.5 -0.25,-0.25 -0.75,0.25 z m 1.25,-167 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 62.5,154.25 q -0.25,-0.5 -0.75,-0.5 -0.5,0 0.25,0.75 0.5,0.75 0.75,0.25 0,0 -0.25,-0.5 z m -1.5,-6.25 q 0.25,-0.25 -0.75,-0.75 -0.75,-0.75 -1,-0.5 0,0.25 0.75,1 0.75,0.5 1,0.25 z m -3.25,-0.5 q 0,0 0,0.25 1,0.25 1,0 -0.25,-0.5 -1,-0.25 z m -2.25,-2.25 q 0.25,0 -0.25,-0.5 -0.25,0 -0.5,-0.25 -1.5,-0.75 -2,0 0.5,-0.25 1.25,0.25 0.75,0.5 1.5,0.5 z m -1,-1.75 q 2.75,1.5 2.75,1.25 0,-0.25 -2,-1.5 -1.75,-1.25 -2.75,-1.5 l -0.75,-0.25 q 0.25,0.5 2.75,2 z m -2,-4 q -0.25,-0.25 -1.5,0 -1,0.25 0,0.5 0.75,0.25 0.75,0 -0.25,-0.25 0.25,-0.25 z m -4.5,22.25 q 0,0 0.25,0.25 l 0.75,-0.25 q -0.25,-0.25 -1,0 z m -4.5,-25.5 q 0,-0.25 -2,-0.75 -2,-0.75 -2.25,-0.5 l 1.75,1 q 2.5,0.75 2.5,0.25 z m -6.75,-2.75 q -0.25,0 -0.5,0.5 -0.25,0.5 0.25,0.5 0.5,0 0.5,-0.5 0,-0.5 -0.25,-0.5 z m -1,0.25 q 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.5,0.5 0,0 0.5,0 0.75,0 0.75,-0.25 z m -5.75,-1 q -0.25,0.25 0.25,0.25 0.25,0 0.5,-0.25 l 0.5,-0.25 q -0.75,-0.25 -1.25,0.25 z m -8.25,-0.75 q -0.5,0 -0.25,0.25 0.25,0 0.75,0 0.5,0 0.75,-0.25 -0.5,-0.25 -1.25,0 z m -12.75,-23.5 q 0.25,-0.5 0,-1.5 -0.25,-0.25 -0.25,0 0,0.25 0,0.75 0,0.5 0.25,0.75 z m 35.5,-19 q -0.25,0.25 0,0.25 0.25,0 0.75,0 0.25,-0.25 0.5,-0.25 -0.5,-0.25 -1.25,0 z m 6,-8.5 q 0.25,0.25 0.75,0.25 0.25,-0.25 0.5,-0.25 -0.5,-0.25 -1.25,0 z m -1,-5.75 h -1.25 l 1.25,0.5 q 1,0.25 1,0.25 l 0.25,-0.25 q 0,-0.5 -1.25,-0.5 z m -33.75,-0.75 q 0,0 0.5,0.25 l 0.5,-0.25 q -0.25,-0.25 -1,0 z m 9.5,-68.75 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 3.75,-1 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 2,0 q 0.25,0 0.5,-0.25 l -0.25,-0.25 q -1.5,0.5 -0.25,0.5 z m 5.5,-0.75 q 0,0 0.75,0 1,0 1,-0.25 0,-0.5 -1,-0.25 -0.75,0.25 -0.75,0.5 z m 4.75,-0.5 q 0,0 -0.25,-0.5 -1,0 -1,0.5 0,1 1.25,0 z m 10.75,17.5 q 0,0 0.5,-0.25 -0.5,0 -1,0 0.25,0.25 0.5,0.25 z m 0.5,-13.75 q 1,0.25 2.25,0.25 1.5,0 1.5,-0.25 0,-0.25 -2.75,-0.25 l -1.75,0.25 q 0.25,0 0.75,0 z m 2.5,13.5 q 0,0 0.5,-0.25 -0.5,-0.25 -1,0 0,0.25 0.5,0.25 z m 4.25,1 q 0,0.25 0.25,0.25 0.25,0 0.25,-0.5 0,-0.75 -1.5,-0.75 -1.5,-0.25 -1.5,0 0,0.5 2,0.5 0.5,0 0.5,0.5 z"/><path fill="#111111" d="m 514.74985,240 q 0,0.25 0.5,1 0.5,0.5 -0.25,1.25 -0.75,0.5 -0.75,0.5 0,0 0.25,-0.75 0.25,-0.75 -0.25,-0.75 -0.5,0 -0.5,0.75 l -0.25,0.25 q -0.25,-0.5 -0.75,-0.5 -0.25,0 0,0.25 l -2,0.25 -1.75,0.25 q 0.5,0.25 0.25,0.75 -0.25,0.25 0.25,0.25 0.5,0 0.5,0.5 0,0.5 -1.25,0.25 -6,-1.5 -6.75,-0.5 l 1.25,0.25 q 1.5,0 1.75,0.5 0.25,0.25 1.75,0.75 l 0.25,0.25 q -1.25,0.25 -1.5,-0.25 -1,-1 -3.75,-0.5 -0.75,0.25 -0.75,0.5 0.25,0.25 1.5,0.25 1.5,-0.25 1.5,0.25 0,0.25 3.5,0.5 5.25,0.5 5,1.5 -0.5,0.5 -1,-0.25 l -0.25,-0.25 q 0,0.5 -2.75,0.5 -4.75,0 -4,0.25 0.25,0 1,0.25 1,0.25 -0.25,0.25 -1,0 -3,0 -5,0.25 -6.75,0.5 -4.5,1.25 -13.75,2.5 -3,0.5 -12.75,3.25 -9.75,2.75 -10.5,3.5 -0.25,0.25 0.75,7.25 1.75,13.25 1.75,26.5 0,4.25 0.5,4.25 5.25,-2 11.5,-3 1.25,-0.25 1.25,0.25 0,0.25 1,0.25 1,0 0.25,-0.5 -0.75,-0.25 -0.75,-0.25 0,0 0.75,0 1,0 1,0.5 l 0.25,-0.25 q 0.25,-0.75 8.5,-0.5 8.25,0 9.75,1 1.75,0.75 2,1.25 0.25,0.5 -0.25,0.5 -0.25,-0.25 -0.5,-0.25 -1,-0.25 -3.25,-0.5 -1.5,0.25 -1.5,0.5 0.5,0.75 1.75,0.5 1.25,-0.25 3.75,0.5 2.5,0.5 2.5,1 0.25,0.5 -0.5,0.75 -0.75,0 -3.25,0 -4,0.25 -6.5,0.5 -2.25,0.25 -0.25,0.25 1,0 2.75,0 5,-0.25 6.25,0.5 1.25,0.5 1.25,1 0,0.25 1,0.5 1,0 1,1.25 0,1.25 -1,1.5 -1.5,0.25 -1.75,0.5 0,0.25 0.5,0.75 0.75,0.5 1.5,0.25 v 0.25 q -0.5,0.75 -3,1 -1,0.25 -0.75,0.5 0.5,0.25 -0.25,0.25 -0.25,0 -0.75,0 -1.75,-0.25 -1.75,0.25 0,0.25 -0.5,0 -0.25,-0.25 -0.5,0.25 h 3.25 q 1.5,0 2.5,-0.25 0.75,-0.25 0.75,0 0.25,0 -0.25,0.25 -0.5,0.75 -2,0.75 l -5,1.25 h 0.25 q 0.75,0 4.75,-0.5 h 0.25 0.25 l 0.25,-0.25 5,-0.5 q -0.75,0.5 -2.25,0.75 -1.25,0 -1.75,0.5 -0.25,0.5 -2,0.5 -1.75,0 -1.75,0.5 0,0.5 1,0.25 l 6.25,-0.5 q -0.75,0.25 -0.75,1 0,0.5 -1.75,1 -2,0.75 -0.25,1.25 2,0 -1,1 -2.5,1 -7.75,2.25 -27.75,7 -31.5,9.25 -1,0.5 -1,1.5 0,0.75 -0.25,1.75 -0.25,1.25 -1,6.75 -0.5,5.75 -1.75,12.25 -1.25,6.25 -1.25,6.75 0,0.25 0.75,-0.25 0.75,-0.5 2.5,-0.75 2,-0.25 3.25,-0.75 1.5,-0.75 2,-0.5 0.5,0.25 3.5,-0.25 3.25,-0.5 3.75,-1 h 0.25 q -0.25,0.5 4,0.5 4.5,0 5.25,0.25 0.75,0.25 3.25,0.75 5.25,1.5 7.75,2.75 1.5,0.75 4.5,1.25 2,1 2,1.75 -0.25,0.5 -2.25,-0.25 -2,-0.75 -2.25,-0.5 -0.25,0.25 3,1.25 l 3.5,0.75 q -0.25,0 -0.75,-0.25 -1.5,-0.75 -0.5,-1 2,-0.75 8.25,4.5 3.25,3 2.75,3.25 0,0 -1.25,-1 -1.25,-1 -1.75,-0.75 -0.25,0 0.75,1 1,0.75 0.5,1.5 -0.75,0.75 0,1 0.25,0 0.75,-0.25 0.5,-0.5 2,1 l 1,1.25 q -0.75,-0.5 -1.5,0 -0.5,0.25 0.75,1 l 1,0.25 q 0,-0.25 0,-0.5 0.25,-0.25 1.25,0.75 1.5,2 0,3 -0.25,0.5 -0.5,1 0,0.5 0,1 0,0.25 0.25,0.25 0.5,0 0.5,1 0.25,0.75 -0.25,1.25 -0.5,0.25 -1.75,0 -1.25,-0.25 -2,0 -0.75,0 -1.5,-0.5 -0.5,-0.5 -0.5,0 0,0.25 -1.25,0.25 l -0.25,0.25 q 1,0.25 2,0.25 0.75,0.25 0,0.5 -0.25,0 -1,0 -1.75,0.5 -2.5,0.25 -0.5,-0.25 -0.5,0.25 0,0.25 1.5,0.75 1.5,0.25 0.25,0.5 -1,0 -0.25,0.5 1.25,0.75 -2.25,1 -1.75,0 -1.75,0.5 0,0.5 -0.5,0.5 -1,0 -5.75,-0.25 -13.25,-1.5 -30.5,1.75 -8.25,1.5 -12.75,3 -3.5,1.5 -4.5,2.25 -1,0.5 -1.25,1.5 -0.25,1.5 -2,6 -1.5,4.5 -2,5 l 0.25,-1.75 q 1.5,-5 1.25,-5.5 l -0.75,1 q -0.75,1.5 -0.75,0.5 0,-2.5 -1,0.5 -0.25,0.5 -0.5,1 l -1.25,2.75 q 0,-0.25 0,-0.75 0,-1.25 -0.5,-2.25 l 0.25,-0.75 0.25,-1 q 0,-1.25 -0.5,-1.25 -0.75,0 -4.25,3.25 -1.25,1 -1.5,0.75 -0.25,-0.25 -0.5,0.25 l -0.25,-0.25 q 0,-0.25 0.25,-0.5 0.25,-1.5 0,-1.5 -0.5,0 -2,1.75 -1.25,1.5 -1.5,2 -0.25,-0.5 -0.25,-1 -0.25,-2 0,-2.5 0.25,-0.25 0.75,-2.75 0.5,-2.75 0.5,-3.5 0,-0.5 -1,0 -1,0.5 0.25,-0.5 1.5,-1 1.25,-1.25 -0.25,-0.25 -2.25,1.25 -1.75,1.25 -1.75,1.5 l -2,2.75 q 0,-0.25 0.75,-1.75 0.25,-0.75 0,-0.75 -0.75,0.75 -1,0.5 0,-0.25 0.5,-1 l 0.25,-0.5 q -0.5,0.25 -0.5,0 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.75,-0.5 -0.75,-1.5 -1.25,0 v 0.25 q 0.75,-0.25 0.75,0.5 0,0.5 -0.75,1.25 -2.25,1.5 -2.25,0.75 0.25,-0.75 0.75,-0.75 h 0.25 q -0.5,-0.25 0.25,-1 h -0.25 q -0.25,0.25 -0.5,0.5 -1.5,1.25 -1.75,1 -0.25,-0.5 2,-2.75 2,-2.25 0.75,-2.25 -0.25,0 0,0.5 0,0.25 -0.25,0.25 0,0 -0.25,0 -0.25,-0.25 0.25,-1.5 0.75,-1.25 1.25,-1.25 0.5,0 0.25,-0.75 -0.25,-0.75 0,-1 0.25,0 0.25,0 0.25,0 0,0.25 -0.25,0.5 0.25,0.5 0.5,0 0.5,-0.5 0,-0.75 0.5,-0.75 0.75,0 0.75,-0.5 0,-0.75 1.5,-2 1.5,-1.25 1.25,-1.25 -0.5,0 -3,2 -2.75,2 -4,2.75 -1,0.75 -1,1 0.25,0.25 -0.75,1.25 -0.75,0.5 -0.75,0.5 0,0 0.25,-0.75 0.5,-0.75 1,-1 0.25,-0.25 0.25,-0.75 0,-0.5 -0.75,0 v -0.25 q 1,-1 1.25,-0.75 0.25,0.25 2.5,-2 1.5,-1.25 2,-1.75 l -1.75,1 q -1.25,1 -1.5,1 -0.25,-0.25 2.25,-2.75 l 1.75,-2 q -1,0.5 -4.25,3.75 -4,4 -4.25,3.25 -0.5,-1 0.5,-2.5 1,-1.5 5.25,-6.25 l 1,-1.25 q 0,0 -0.5,0.5 -3.5,3.25 -6,6.5 -1.75,2.25 -1.75,1.5 0.25,-0.5 1,-2 1.25,-2 5.5,-6.25 4.5,-4.5 8.5,-7.25 4.25,-3.25 4.5,-3.75 0.25,-0.75 1.75,-14.5 1.5,-13.75 1.25,-14 0,0 -2.25,1.5 -2.25,1.25 -2.5,1 0,0 0.25,-0.25 0.25,-0.5 0.75,-0.75 0.75,-0.5 1.5,-1 l 2.25,-2.25 q -0.25,0 -1.5,1 -1.25,0.75 -1.75,0.5 -0.5,-0.25 -0.5,0.5 0,0.25 0,0.5 0,0 -0.25,0 -0.5,-0.25 -2.25,0.75 l -1.5,0.75 q 0.25,0 0.75,-0.75 1,-1 3,-2.25 2,-1.5 2,-2.25 0,-0.75 0,-0.75 0.25,-0.25 0.5,-0.25 0.75,0 0.75,-0.25 0.25,-0.25 0,-0.5 -0.25,-0.25 -1.75,0.25 -1.25,0.5 -1.25,1 l 0.5,-0.25 q 0.25,0 0.25,0 0.25,0 0,0.25 -0.25,0.5 -1,0.25 -0.75,-0.25 -4.25,2.5 -3.25,2.5 -4,2.5 -0.5,0 2,-2.75 3.5,-3.25 2.5,-3.25 -0.25,0 -0.5,0.25 l 0.75,-1.5 q 0.75,-0.75 0.5,-0.75 -0.25,0 -2.5,2 -3.75,2.75 -5.25,4.5 -1.25,1.5 -1.75,1.5 -0.25,0 0.25,-0.5 0.5,-0.5 0.5,-0.75 0,-0.5 -0.75,0.5 -0.75,1 -0.75,0.25 0,-0.75 0.5,-1.25 V 336 q -0.5,0.25 -0.5,0 -0.25,-0.25 1,-1.5 1,-1.25 1,-1.5 0,-0.25 1,-1.5 1.25,-1.25 0.5,-1.25 l -0.5,0.25 -0.75,0.75 q -1.25,0.75 -1.5,0.5 -0.25,-0.5 2.25,-3.75 1.25,-1.5 1.25,-2 0,-0.5 2.25,-3 l 1.25,-1.75 q -0.25,0.25 -0.75,0.75 -2.75,2 -9,8.75 l -1.25,1.25 q 0,0 0.5,-0.75 0.75,-1.5 2.5,-3.5 1.75,-2 2.5,-3.5 l 0.75,-1.5 -2.75,2.5 1.25,-1.75 q 1.25,-1.75 4,-4.5 3,-2.75 2.75,-3 l 0.25,-0.25 q 0.25,0.25 3.25,-2 3,-2.5 2.75,-2.75 0,-0.5 1.75,-1.75 2,-1.25 2.25,-1.25 l -1.75,1.5 -1.75,1.5 q 0.5,0 2.25,-1.5 l 2,-1.25 -0.25,-16.25 q -0.5,-22.25 -1,-25 l -0.5,-1.25 q 0,0.5 -0.5,0.5 -1.75,-0.25 -1.75,0.75 0,0.5 -0.5,0.5 -0.5,0 -1,0.75 -0.25,0.75 -0.5,0.25 -1,-1.5 -2.25,-0.5 -0.5,0.5 -0.5,0 0,-0.75 0.75,-2 v -0.5 q -1.25,1 -1.25,0.75 0,-0.25 0.5,-1 1,-1 0.5,-1.25 0,0 -0.75,0.5 -0.25,0.25 -0.25,0 0,-0.25 0,-0.5 0,-1.25 2.25,-3.25 2.5,-2.25 2,-2.25 -0.5,0 -1.25,0.75 -0.5,0.5 -1.75,1.5 -0.25,0.25 -0.25,0.25 0,-0.25 1.5,-1.75 2.25,-2.5 2,-2.5 -0.25,0 -2.5,2 -2.25,2 -2.75,2.75 -0.75,1 -0.75,0.75 0,-0.25 0,-0.75 -0.25,-1 -1.75,0.5 -0.25,0 -0.75,0.5 l -1.25,1 q 0.25,-0.25 1.75,-1.75 2.5,-2.25 2.75,-2 0.5,0 0.5,-0.5 0,-0.5 1.5,-2 1.5,-1.75 1.25,-1.75 -0.5,-0.25 -3,2 -5.25,5 -5.25,3.5 0.25,-0.5 0.5,-0.75 0.25,-0.75 0.25,-0.75 0,-0.25 -0.75,0.25 -0.5,0.5 -0.5,0.5 0,0 0.25,-0.5 0.25,-0.75 0.25,-1 h 0.25 q 0.5,0.25 1.25,-0.75 l 0.75,-1 -1,0.75 q -1,1 -1,0.75 0,-0.5 2.75,-3 2.75,-2.75 0.75,-1.25 -1.75,1.5 -3.25,2.5 -1.5,1 -1.75,1.75 l -0.5,-0.5 q 0,-1 3.25,-4.75 3.5,-4 6.75,-6.5 l 2.5,-2.25 -0.25,-2 q -0.25,-2.25 -1,-5.5 -0.5,-3 -0.75,-4 -0.25,-1 -0.75,-3.25 -0.5,-2.25 -0.75,-3 0,-1 -0.25,-1.5 -0.25,-0.75 -0.75,-4 -1,-3.75 -0.25,-3.5 0,0 0.5,0.5 0.25,0.75 0.75,0.5 v 1.5 q 0,0.25 -0.25,0.5 -0.25,0.5 0.25,0.25 0.75,-0.25 1,0.25 V 220 q 0,-1.5 0.25,-2 0.5,-0.75 0,-1.25 -0.25,-0.5 -0.5,0.5 l -0.25,-0.25 q 0.25,-0.75 1,-0.5 1,0 1,-1.25 -0.25,-0.5 -0.5,-0.5 l -0.25,0.25 q 0,-1.5 0.75,-1.75 l 0.25,-2.5 q 0.25,-2.5 0.5,-2.5 0.25,0 0.25,0 0.25,-0.25 0.25,-0.25 -0.25,-0.5 0,-0.75 0.25,0 0.25,0.25 0.25,0.25 0.25,0.75 0.25,0.25 0.5,0.75 0.5,2 0.75,2.75 l 0.25,-0.25 q -0.25,-0.75 -0.25,-0.75 0.25,-0.25 0.75,0 0.5,0.25 0.75,1.25 l 0.25,-0.25 q 0,-1 0.75,-1.5 0.75,-0.5 0,-3.5 -0.5,-3.25 -0.25,-3 0.5,0 1.5,4.25 1,4 1.75,5 0.5,1 0.5,0.5 0,-0.5 -0.25,-2.25 -0.25,-2.75 -0.75,-3.75 -0.25,-1 -0.25,-1.75 0,-1 0.5,0.5 0.5,1.25 1,3.25 0.5,3 1.5,4.75 l 1,2 -0.5,-1.75 q -0.25,-1.75 -0.25,-2.75 0,-1.25 -0.25,-1.25 -0.25,0 -0.25,-0.75 0,-1 0.25,-1 0.5,0 0.5,1 0.25,1 0.25,1.75 -0.5,0.75 0.25,1.5 0.75,0.5 0.5,1 -0.25,0.25 -0.25,0.25 0.25,0 0.5,0 0,-0.25 0.25,0 0.25,0.25 0.5,1 0.25,0.5 0.5,1.25 l 0.75,2 q 0.25,-2.5 -1.5,-6.5 -0.25,-0.75 0.5,-0.5 h 0.5 q -0.25,-0.5 0.25,-0.5 0.75,0 1.5,2.25 l 1,2.5 q 0,-1.25 -1.25,-5.25 -0.5,-1.5 -0.5,-1.5 0,-0.25 0.75,-0.25 1,0 2,3.5 2,8 3,16.75 0.5,2.75 1,3 0.5,0.25 3.25,-1 3,-1.25 3,-1.5 0,-0.5 0.5,-0.5 0.25,0 6.25,-1.75 6,-2 8,-2.75 0.75,-0.25 1.5,-0.25 0.5,0 4.25,-0.25 7.75,-0.5 16.75,-0.75 6,-0.25 6.75,0.5 0.75,0.75 0,0.75 -0.25,0 -1,0 -1.75,0 -1.75,-0.25 0,-0.25 -4.75,0 -4.75,0 -5.25,0.75 -0.5,0.25 -0.5,0.5 0.25,0 1,-0.25 0.75,-0.25 3.25,-0.25 2.75,-0.25 3.25,0 0.5,0.25 4.75,0.5 4.25,0 4.5,0.25 l -0.75,0.25 q -0.75,0 -1.25,0.5 -0.25,0.25 -1.5,0.25 -1.25,0 -3.5,0 h -2.25 l 2.5,0.75 q 2.25,0.5 3,1 0.75,0.25 2.5,0.25 l 1.5,0.25 q -0.25,0.25 -3,0.5 -2.5,0 -3.75,0.25 -1,0.25 -0.5,0.25 0.25,0 1.25,0.25 2,0 2.25,0.75 0.5,0.5 1.25,0 1.75,-1.5 3.75,0.5 0.5,0.5 1,0.5 l -0.25,-0.5 q -0.5,-0.25 -0.5,-0.25 0.25,-0.25 1,0 l 1,-0.25 q -0.25,-0.25 0,-0.25 0.5,-0.25 1.25,0.25 0.75,0.25 0,0.75 -0.5,0.25 0.25,0.5 0.25,0.25 0.25,1 0,0.5 -0.5,1.25 -0.5,0.5 -1,0.5 -0.5,0 -0.5,0.5 0,0.25 0.5,0.25 0.5,0 0.5,0.5 0,0.5 -1,0.5 -1,0 -0.5,0.5 0.5,0.5 0.25,0.75 -0.25,0.25 -1,0 -0.5,-0.25 -0.5,0 0,0.25 2,1 2.25,0.5 2,1 z m -82.75,-14.25 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0.5,-5 q 0.25,0.5 0.25,0.5 0.25,0 0.25,-0.5 0,-0.75 -0.5,-0.75 -0.25,0 0,0.75 z m -5.25,35.75 q 0.25,0 1,-0.75 0.75,-1 0.5,-1 -0.25,0 -1,1 -0.75,0.75 -0.5,0.75 z m 1,3.75 q -0.25,0.5 0,0.5 0.5,0 0.5,-0.5 0,-0.5 -0.25,-0.5 0,0 -0.25,0.5 z m 4,-5.25 q 0,0 0.5,-0.25 0.75,-0.25 0.75,-0.5 0,-0.5 -0.75,0 -0.5,0.5 -0.5,0.75 z m 0,12.25 q 0,0.25 0.25,0.25 0.5,0 0.75,-0.25 0,-0.25 0,-0.25 0,-0.25 -0.25,-0.25 -0.75,0 -0.75,0.5 z m -2.75,64.25 q -0.25,0.5 0,0.5 0.5,0 0.5,-0.5 0,-0.5 -0.25,-0.5 0,0 -0.25,0.5 z m -11.25,51.25 q 0.75,-1.25 0.5,-1.25 0,0 -1,1.25 -1,1.25 -0.5,1.25 0.25,-0.25 1,-1.25 z m 4.75,-4.75 q 0.25,-0.75 -0.25,-0.25 -0.5,0.5 -1.25,1.25 l -1.5,1.5 1.5,-1 q 1.25,-1 1.5,-1.5 z m 8.5,-7 q 0.5,-0.75 -0.25,0 -0.75,0.5 -0.75,0.75 0,0.5 1,-0.75 z m 0,4.5 q 1,-0.5 0.5,-0.75 -0.25,-0.5 -2.25,1.25 -2,1.75 -4,3 -1.75,1.25 -1.75,1.5 0,0.5 4,-2.25 3,-2.25 3.5,-2.75 z m 2.25,22.25 q 0.75,-1.5 0.5,-1.5 -0.25,-0.25 -0.75,0.25 -0.5,0.25 -0.75,1 -0.25,0.75 -0.25,1.25 0,0.5 0.25,0.5 0.25,0 1,-1.5 z m 2.75,-2.75 q 0.25,0.5 0.5,0 0.25,-0.75 -0.5,-0.5 -1.75,0.25 -1.75,2 0.25,1 0.75,-0.5 0.75,-1.5 1,-1 z m 2.5,5 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0.75,-186 q 0.25,-0.5 -0.25,-0.75 -0.5,-0.25 -0.5,0.5 0,1.25 0.75,0.25 z m 0.25,4.25 q 0,0.25 0.25,0.25 0.5,0 0.5,-0.5 0,-0.75 -0.5,-0.5 -0.25,0.25 -0.25,0.75 z m 1,6.25 q 0.25,-0.25 0.25,-0.75 l -0.5,0.25 z m 1.75,171.25 q 0.5,0.25 0.5,0 0.25,-0.25 -0.25,-0.75 -0.5,-0.5 -0.5,0 0,0.25 0.25,0.75 z m 0.5,-1.75 q 0.25,0.5 0.25,0.5 0.25,0 0.25,-0.5 0,-0.75 -0.5,-0.75 -0.25,0 0,0.75 z m 3.5,-176.5 q 0,0 -0.25,-1 l -0.5,-0.5 z m 0.5,171 q -0.5,0.5 0.25,0.25 0.75,-0.25 0.5,-0.5 -0.25,-0.25 -0.75,0.25 z m 1.25,-167 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 62.5,154.25 q -0.25,-0.5 -0.75,-0.5 -0.5,0 0.25,0.75 0.5,0.75 0.75,0.25 0,0 -0.25,-0.5 z m -1.5,-6.25 q 0.25,-0.25 -0.75,-0.75 -0.75,-0.75 -1,-0.5 0,0.25 0.75,1 0.75,0.5 1,0.25 z m -3.25,-0.5 q 0,0 0,0.25 1,0.25 1,0 -0.25,-0.5 -1,-0.25 z m -2.25,-2.25 q 0.25,0 -0.25,-0.5 -0.25,0 -0.5,-0.25 -1.5,-0.75 -2,0 0.5,-0.25 1.25,0.25 0.75,0.5 1.5,0.5 z m -1,-1.75 q 2.75,1.5 2.75,1.25 0,-0.25 -2,-1.5 -1.75,-1.25 -2.75,-1.5 l -0.75,-0.25 q 0.25,0.5 2.75,2 z m -2,-4 q -0.25,-0.25 -1.5,0 -1,0.25 0,0.5 0.75,0.25 0.75,0 -0.25,-0.25 0.25,-0.25 z m -4.5,22.25 q 0,0 0.25,0.25 l 0.75,-0.25 q -0.25,-0.25 -1,0 z m -4.5,-25.5 q 0,-0.25 -2,-0.75 -2,-0.75 -2.25,-0.5 l 1.75,1 q 2.5,0.75 2.5,0.25 z m -6.75,-2.75 q -0.25,0 -0.5,0.5 -0.25,0.5 0.25,0.5 0.5,0 0.5,-0.5 0,-0.5 -0.25,-0.5 z m -1,0.25 q 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.5,0.5 0,0 0.5,0 0.75,0 0.75,-0.25 z m -5.75,-1 q -0.25,0.25 0.25,0.25 0.25,0 0.5,-0.25 l 0.5,-0.25 q -0.75,-0.25 -1.25,0.25 z m -8.25,-0.75 q -0.5,0 -0.25,0.25 0.25,0 0.75,0 0.5,0 0.75,-0.25 -0.5,-0.25 -1.25,0 z m -12.75,-23.5 q 0.25,-0.5 0,-1.5 -0.25,-0.25 -0.25,0 0,0.25 0,0.75 0,0.5 0.25,0.75 z m 35.5,-19 q -0.25,0.25 0,0.25 0.25,0 0.75,0 0.25,-0.25 0.5,-0.25 -0.5,-0.25 -1.25,0 z m 6,-8.5 q 0.25,0.25 0.75,0.25 0.25,-0.25 0.5,-0.25 -0.5,-0.25 -1.25,0 z m -1,-5.75 h -1.25 l 1.25,0.5 q 1,0.25 1,0.25 l 0.25,-0.25 q 0,-0.5 -1.25,-0.5 z m -33.75,-0.75 q 0,0 0.5,0.25 l 0.5,-0.25 q -0.25,-0.25 -1,0 z m 9.5,-68.75 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 3.75,-1 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 2,0 q 0.25,0 0.5,-0.25 l -0.25,-0.25 q -1.5,0.5 -0.25,0.5 z m 5.5,-0.75 q 0,0 0.75,0 1,0 1,-0.25 0,-0.5 -1,-0.25 -0.75,0.25 -0.75,0.5 z m 4.75,-0.5 q 0,0 -0.25,-0.5 -1,0 -1,0.5 0,1 1.25,0 z m 10.75,17.5 q 0,0 0.5,-0.25 -0.5,0 -1,0 0.25,0.25 0.5,0.25 z m 0.5,-13.75 q 1,0.25 2.25,0.25 1.5,0 1.5,-0.25 0,-0.25 -2.75,-0.25 l -1.75,0.25 q 0.25,0 0.75,0 z m 2.5,13.5 q 0,0 0.5,-0.25 -0.5,-0.25 -1,0 0,0.25 0.5,0.25 z m 4.25,1 q 0,0.25 0.25,0.25 0.25,0 0.25,-0.5 0,-0.75 -1.5,-0.75 -1.5,-0.25 -1.5,0 0,0.5 2,0.5 0.5,0 0.5,0.5 z"/><path fill="#111111" d="m 632.75006,215.75 q 2,1.75 1.25,3 -0.5,0.75 -0.75,0 -0.25,-0.5 -2.25,-1.5 -1.75,-1 -2,-0.75 l 1,0.75 q 2.25,1.75 2.25,2.75 -0.5,0.25 0.25,1.25 l 0.5,0.5 q -0.5,-0.25 -1.25,0.25 l -0.25,0.25 q 0.25,-0.5 -0.25,-1 -0.25,-0.5 -0.75,-0.5 -0.25,0 0,0.75 v 1 l -1,-0.75 q -1,-1.25 -3.25,-2 -2,-0.75 -2.5,-0.25 -0.25,0.25 1,0.75 1.25,0.5 1.5,0.5 0.25,0 1.5,1 0.5,0.75 0.75,0.75 -0.5,-0.25 -0.5,0.25 0,0.75 1.25,0.5 0.5,0 0.25,1.25 -0.25,0.75 -0.5,0.75 -0.75,-0.25 -1.25,-0.25 0.25,0.25 0,0.25 0,0 -0.25,0 -0.5,-0.5 -0.25,-0.75 0.25,-0.5 -0.5,-0.5 -0.5,-0.25 -1,0 -0.5,0.25 0.25,1 0.75,0.75 0.25,2 -0.5,1 0.5,2 1.25,0.75 1.25,1.5 0,0.5 -1.25,-0.25 -1,-1 -1.5,-0.75 -0.25,0.25 -0.25,0 0,-0.5 -0.75,-0.75 -0.5,-0.25 -0.5,0 0.25,0.25 0.5,0.5 0.5,1 0.75,1.5 0.5,0.25 0.5,0.75 0.25,0.25 0.25,0.5 0.25,0.25 0.25,0.75 0,0.25 1.25,1.5 0.75,0.75 0.5,1 -1,-0.25 -1,0.25 0,0.25 1.25,0.25 1.75,-0.25 2.75,2 0.75,1 0,1.75 -0.5,0.5 -1,0 -0.5,-0.75 0,-1 0.75,0.25 0.75,-0.25 0,-0.5 -1,-0.25 -0.75,0.25 -2,-1 -3,-2 0,1 1.75,1.75 1.75,2 0,1.25 -3,-1.75 -2,-2 -4.25,-3 l -2.25,-0.75 1.25,1.25 q 1.5,1.25 1.75,1.25 0.25,0 1,0.75 1,0.75 2.25,1.75 l 0.5,0.75 q -0.75,-0.25 -0.75,0.25 0,0.25 0.5,0.25 0.5,0 0.5,0.5 0,0.5 -1.5,-0.5 -1.5,-1.25 -2,-1.25 -0.5,0 -0.25,-0.25 0.25,-0.5 0.75,-0.25 v -0.25 q -0.25,-0.5 -0.75,0 -0.25,0.25 -1.75,-0.25 l -1.25,-0.75 1.25,1 q 1.25,1.25 1.25,1.75 0.25,2 1.25,2 0.75,0 0.75,1 l 0.25,1.25 -1.25,-1.25 q -1.5,-1.5 -5.75,-3.75 -4.25,-2.25 -5.25,-2 -0.5,0 -4.5,-1.75 -3.75,-1.75 -4.25,-1.75 -0.25,0 -9.25,-2.5 -21.25,-6 -20.5,-4 0.5,0.75 -4.75,14.25 -1,3 -1.75,5.25 -0.75,2 -1,2.5 -0.25,0.25 -0.75,2 -1,3.25 -3.5,11.5 -3.5,11.25 -7.25,32 -1,6.75 -1.25,7 -0.25,0 -0.25,1.75 0.25,1.5 -1,2.25 -1,0.75 -1,2.5 0,1.5 0.5,2 v -1.5 q -0.25,-2.25 0.5,-2.5 0.75,-0.25 0.75,0.5 0,1 -0.75,7.75 -1,7 -1.25,10.75 -0.25,3.5 -0.75,3.25 v 0.5 q 0.25,0.75 0,6.5 -0.5,5 -1,5 -0.5,-0.5 -0.5,-1.25 l -0.5,-0.25 q -0.25,0.5 -0.25,3 0.25,2.25 0.5,2.25 0.5,0 0.5,-1.75 0,-1 0,-0.75 0.5,1 0.5,3 l -0.25,1.25 -0.25,-0.5 -0.25,0.25 0.25,1.25 q 0.5,-0.25 0.5,0.25 0,0.25 -0.5,0.5 -0.25,0.25 0,3.25 v 2.25 q -0.25,-0.5 -0.75,-4.5 l -0.25,-4 v 4.25 q 0,4.25 -0.25,4 l -0.75,10 q 0,1.25 0,3 0,6.25 -0.5,6.5 -0.5,0 -0.5,0.5 0,0.5 0.5,0.25 0.25,-0.25 0.25,1.75 0,1.75 -0.25,4.25 0,2.25 -0.25,3.25 v 1 l 0.5,1 q 0.25,1.25 -0.5,1.5 -0.75,0 0,0.75 0.75,0.75 0,1 -0.75,0.25 -1,0.25 0,0 0.25,-0.75 0.25,-0.5 -0.25,-0.5 -0.5,0 -0.5,-2 l 0.5,-1.75 q 0.5,0.25 0.5,-0.25 0,-0.75 -0.75,-0.5 h -0.5 q 0.25,-1.5 -0.75,-13.75 -0.25,-2.25 -0.75,-2.5 v 0.25 q 0.25,0.75 -0.75,1 -0.75,0.25 -1.25,1.5 -0.25,1 -0.25,10.75 0,9.75 -0.25,9.25 -0.25,-0.25 -0.25,0 -0.25,0.25 -0.25,0.5 -0.25,17.25 -0.5,17.5 -0.25,0.25 -0.25,-1 0,-1.25 0,-3.25 0,-1.75 0,-4.25 l -0.25,-6 q -0.25,2.75 -0.5,3.25 l -0.25,-0.75 0.25,-1 -0.75,1 q -0.75,1 -0.25,1.75 0.5,0.5 0,1 -0.5,0.5 -0.5,4.5 v 3.75 l -0.25,-3.75 q -0.25,-3.75 -0.75,-4 l -0.25,0.75 q 0.25,1.5 0,4.25 0,2.75 0,5.5 0,2.75 -0.25,2.5 -0.25,-0.25 -0.5,-2.75 0,-2.5 -0.25,-2.75 0,0 0,-1.5 -0.25,-5.25 -1,-6.5 -0.5,-0.75 -0.5,-2.5 0,-1.75 -0.25,-3.75 l -0.5,-2.25 -0.25,2.5 q 0,1 0,-0.25 -0.25,-1 -0.25,-4 0,-6.5 -0.5,-7.5 -0.5,-1.25 -0.5,-2.5 v -1.25 q -0.25,0.25 -0.25,2 0,1.75 0,3.5 0.25,2 -0.25,2.75 -0.25,0.75 0,1 0.5,0.25 0.5,3 0,2.5 -0.5,3 -0.5,0.75 0,1.25 0.75,0.25 0.25,0.5 -0.5,0.25 -0.5,0.75 0,0.25 0.25,0 l 0.5,3 q -0.25,1.25 -0.25,1.5 -0.5,0.5 -0.25,0 0,-0.25 0,-0.75 0,-1.25 -0.25,-1.25 l -0.5,-9 q 0,-1.75 0,-4 l -0.25,-13.5 -0.25,29.25 -0.25,-18 -0.5,-15 -0.25,3 -0.5,-8.25 v 4.5 q 0,4.75 0.25,4.75 0.5,0 0.5,3.25 l -0.25,2.5 q -0.25,-1 -0.75,-1 -0.25,0 -0.25,14.5 0.25,14.25 -0.25,14 h -0.25 q 0.5,0.25 0,1.5 -0.25,1.5 0,3.25 0.25,1.5 0.5,0 0,-0.25 0,-1.25 l 0.25,-3 v 3 q 0.25,3.25 -0.25,3.25 -0.5,0 -0.5,1.75 l -0.25,-0.25 q -0.25,-1 -0.25,-2.75 -0.25,-4.75 -0.5,-5.75 -0.25,-1 -0.5,-19.75 0,-0.25 0,-0.5 l -0.5,-18.25 q 0,0.25 0,1 v 0.25 l -0.25,1.5 q -0.25,-0.5 -0.25,-4.25 0,-3 0,-6.25 0.25,-3.25 0.25,-5.25 0.25,-2 0.5,-1.75 0.25,0 0,6 0,1.5 0,3 0,1.25 0,2 0.25,0.75 0.25,0.5 0.25,0 0.25,-8.25 l 0.25,-6.75 q -0.25,1.5 -0.75,2 -0.5,0.5 0,-5.5 0.25,-1.5 0.25,-3 0.25,-2 0.5,-5.25 0.25,-3 0.5,-4.5 0.25,-0.5 0.25,-0.75 0.25,-0.5 0.25,0.25 0,0.25 0,1.25 l 0.25,2 0.25,-2.75 q 0.25,-2.75 0.25,-3 l -0.25,0.5 q 0,0.75 -0.5,0.75 -0.25,0 -0.25,-0.25 0,-0.25 0,-1 0,-0.75 0,-1.75 0.25,-1.25 0.5,-2.75 0.25,-1.25 0.5,-10.75 0.25,-9.5 0.5,-12 0.75,-12.25 2,-21.75 4.25,-29.75 12.25,-50.25 1.75,-4.25 1.5,-4.5 -0.25,-0.25 -5.5,0 -5.25,0 -7,0.25 -5.25,0.75 -7.75,0 0.25,-0.25 0.75,-0.25 0.75,0 3,-0.25 2.25,-0.25 4,-0.5 1.5,-0.25 2,-0.5 0.75,-0.25 7.5,-0.5 1.25,-0.25 1,-0.5 -0.5,-0.5 -2.5,-0.25 -1.75,0.25 -5.25,0.5 -3.25,0.25 -3,0.5 0,0.25 -0.75,0.5 -0.5,0 -1.75,0 -1,0 -2.25,0 -5,0 -4.75,-0.25 0.25,-0.5 -0.25,-0.5 -0.5,0 -0.5,0.25 0,0.5 -4.5,1.25 -2,0.25 -2,-0.25 0,-0.75 1,-1 l 0.5,0.25 1.25,0.25 q 1,-0.25 1.5,-0.75 0.25,-0.5 3.75,-0.5 3.5,-0.25 3.75,-0.5 0.5,-0.25 1.5,-0.5 h -3.5 q -4.25,0.25 -11,0.5 -6.5,0 -9.5,0.5 -3,0.25 -3,-0.25 0,-0.5 1.5,-0.75 l 1,0.25 q -0.25,0.25 0,0.25 0.5,0 1.75,-0.25 1.25,-0.5 3,-0.75 1.75,-0.25 3.25,-0.75 l 1.5,-0.25 h -1.25 l -0.25,-0.5 -7,0.25 q -2.25,0.25 -3,0.5 -1,0.25 0,-0.5 0.75,-0.75 2.25,-0.75 1.5,0 1.75,0 0.25,0 2.5,-0.5 2.25,-0.25 2.25,-0.75 0,-0.75 -0.75,-0.75 -0.25,0 -0.25,0.25 -0.25,0 -0.25,0 l -0.75,0.5 q -0.75,0 -3,0.25 l -1.75,-0.25 q 0.25,-0.5 1.25,-0.25 0.75,0 1.75,-0.5 1,-0.5 1.75,-0.5 0.75,0 0.5,-0.5 -0.5,-0.5 -1.25,0 -0.75,0.25 -2,0.25 -1.5,0 -2.5,0 -1,0 -1,-0.25 0,-0.5 0.75,-0.25 0.5,0.25 1.25,-0.5 0.5,-1 0.25,-1 -0.5,0 -0.75,0.5 -0.25,0.5 -0.75,0 -0.75,-0.5 -1,0 -0.5,0.5 -0.75,0.25 -0.25,-0.5 -1.5,0.25 -1.25,0.5 -1.5,0.5 -0.25,-0.25 -0.25,-1 0,-1.25 1,-1 0.75,0.25 0.75,-0.25 0,-0.75 -1.25,-0.25 -0.75,0.25 -1.5,0.5 -0.75,0 -1.25,0 -0.5,0 -0.5,-0.25 0,-0.25 -0.75,0 -0.75,0 -1,-0.5 -0.25,-0.25 -0.25,-0.25 0,0 0.25,0 0.5,0.5 0.5,-0.25 0,-0.75 1.25,-0.5 1,0.25 1,-0.25 0,-0.5 0.75,-0.25 0.5,0.25 0.75,-0.25 0.25,-0.5 0.75,-0.25 0.25,0.25 0.5,0.25 0.25,-0.25 0,-0.5 0,-0.5 2.25,-1 l 2,-0.5 -2.25,0.25 q -2.5,0.25 -2.75,0.75 h -0.25 q 0,-0.25 -0.75,0.25 -1.25,1 -1.25,0 0,-0.25 0.25,-0.5 0.5,-0.75 1,-0.5 0.25,0.25 6,-1.75 2.25,-0.75 2.75,-0.5 0.5,0.25 0.5,-0.25 0,-0.5 0.5,0 l -0.25,-0.75 q -1,-0.75 -1.5,-0.25 -0.5,0.25 -1.75,0.5 -1.5,0 -2.5,0.5 -0.75,-0.25 -0.75,-0.25 0.25,-0.5 0,-0.5 -0.5,0 -0.5,0.5 -0.25,0.25 -3.25,0.75 -3.25,0.5 -3.5,0.25 -0.5,-0.5 0.25,-0.75 0.25,0 0.5,0 1,-0.25 1.75,-0.5 0.75,-0.5 1.5,-0.5 0.75,0 1.75,-0.25 6.75,-1.75 7.75,-1.5 1,0 1,-0.5 0,-0.75 6.75,-2.5 l 2.25,-0.5 -3,0.25 q -3.25,0.25 -4.25,0.25 -1,0 -1,0.5 0,0.25 -2,0 -2,-0.25 -2,0.25 0,0.25 -0.75,0.25 -1,0 -1.75,0.25 -0.75,0.25 -0.75,0 0,-0.75 3,-1.25 3,-0.75 5.5,-0.75 2.25,-0.25 2.25,-0.5 0,-0.5 0.75,-0.75 0.75,-0.5 1.25,-0.25 0.25,0.25 -0.25,0.25 -0.5,0 -0.5,0.5 0,0 0.25,0 0.5,0 1.25,0 0.75,0 1.5,-0.25 3.25,-0.5 6,-0.75 3,-0.25 3.25,-0.75 0.25,-0.5 -1,-0.25 -1,0.25 -1.25,0 l 1,-0.5 q 3,-0.25 6.5,-0.75 2,-0.25 2.25,0.5 0.25,0.5 0.5,0 0.75,-1.25 2.5,0 0.75,0.5 1.5,0.25 0.75,-0.25 0.75,-0.75 -0.25,-0.5 3.75,-0.5 4.25,-0.25 4.25,0 0,0.25 0.25,0.25 0.5,0 1,0 0.5,-0.25 0.75,-0.5 h 0.5 q -0.5,0.5 0.25,0.5 0.75,0 0.75,-0.25 0,-0.5 1.25,-0.5 0.75,0 1,0.25 0.25,0 0,0.5 0,0.25 0.25,0.25 0,0 0.5,-0.25 0.5,0 0.5,0 l 2.75,0.5 q 0.5,0 1,0 l 3.5,-0.5 q -0.5,-0.25 -0.25,-0.25 0.25,0 0.75,0.25 1.25,0.25 4.25,0.5 3.25,0 4.75,0.5 1.75,0.25 3,0.5 l 0.25,0.25 0.5,0.25 q 4,-0.75 9.5,0 2.25,0.25 5.75,0.75 3.75,0.5 4.25,0.75 0.75,0.25 1.75,0.25 3.25,0.25 13.25,3.5 13.75,4.75 15.5,6.25 2.5,2.5 3.5,2.5 0.75,0 1.5,0.75 1,0.5 0,0 -1.25,-0.5 -1.25,0 0,0.25 1.75,1.25 2,1 2.5,1 0.25,0 -1,-1 l -1,-0.75 1.25,0.5 q 1,0.5 1,0.75 0,0.25 1.5,2 z m -133,-2.75 q 0.25,0 0.5,-0.5 0.25,-0.75 -0.25,-0.75 -0.5,0 -0.5,0.75 0,0.5 0.25,0.5 z m 9.5,2 q 0.5,0 1,-0.25 l 0.25,-0.5 q -0.5,0 -1,0.5 z m 2.5,1.75 q 0,0 -0.25,-0.5 -0.5,-0.25 -1,-0.25 l 0.25,0.25 q 0.75,0.5 1,0.5 z m 0.75,-2 q 0.5,0 0.5,0 -0.25,-0.5 -0.75,-0.5 z m 3.25,-14.25 q 0,0 0.25,0.5 l 0.75,-0.25 q -0.5,-0.25 -1,-0.25 z m -0.75,18.25 q 0,0.25 0.5,0.25 l 0.5,-0.25 q -0.5,-0.25 -1,0 z m 0.75,1.75 q 1,0 1,-0.25 -0.75,0 -1.75,0 -0.5,0.25 0,0.25 0.25,0 0.75,0 z m 3,-19.25 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 0.25,-0.75 q 0.25,-0.25 0.5,-0.25 -0.5,-0.25 -1.25,0 0.25,0.25 0.75,0.25 z m 6.5,-4 q -0.25,0.5 0.25,0.5 0.75,0 0.75,-0.25 0,-0.25 -0.5,-0.25 -0.25,-0.25 -0.5,0 z m 2.25,0 q -0.5,0.5 0.5,0.5 1,0 0.5,-0.5 -0.5,-0.5 -1,0 z m 3.25,0 q 0.25,0 0.5,-0.25 -0.5,-0.25 -1,0 0.25,0.25 0.5,0.25 z m -4.75,148 q 0,0 0.75,-8.5 v -2.75 l -0.5,3 q -0.75,6.5 -0.25,8.25 z m 1.25,-18.25 q 0,0 0.25,0.5 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 z m 0.25,48.5 q 0.5,0 0.5,-0.25 0,-0.5 -0.5,-0.5 -0.25,0 -0.25,0.5 0,0.25 0.25,0.25 z m 1,-20 q 0,-1.75 0,-3.75 -0.25,1 -0.25,2 v 2 z m 0.5,-41.25 q 0,0 0.25,0.5 0.25,-0.5 0,-1.25 -0.25,0.5 -0.25,0.75 z m 0.25,47.25 q 0.25,-1.5 0,-2.75 0,0.5 -0.25,1.25 l 0.25,1.75 z m 15.25,-162 q 0,0 0.75,-0.25 -0.25,-0.25 -1,0 z m 0,28.75 q 0.25,0 0.5,-0.25 0.25,-0.5 -0.25,-0.5 -0.25,0 -0.25,0.5 0,0.25 0,0.25 z m -5.75,-31.25 q 1,0 3.25,-0.25 2.5,-0.25 2.75,-0.5 h -1.75 q -1.75,0.25 -3.75,0.25 z m 4.25,34.5 q 0,0 0.25,0 0.75,-0.75 0.75,-1.5 0,-0.75 -0.25,0 -0.25,0.75 -0.75,1.5 z m -13,113.75 q 0.25,-0.75 0,-1.25 -0.25,0.25 -0.25,0.5 0.25,0.5 0.25,0.75 z m 0.5,9 q 0.25,-0.5 0,-1.25 0,-0.5 -0.25,-0.25 0,0.25 0,0.75 0.25,0.5 0.25,0.75 z m 1.5,18.75 q 0.25,0 0.25,-3.25 0.25,-3.25 -0.25,-3.5 -0.5,-0.25 -0.5,2.5 0,4.25 0.5,4.25 z m 0.25,-50.75 q 0.25,-0.25 0,-1 l -0.25,0.25 z m 1,63.25 q 0.25,-0.25 0,-2.5 l -0.25,-2 -0.25,2.5 z m -0.25,-5.75 q 0,0 0,0.5 0.25,-0.5 0,-1 0,0.25 0,0.5 z m -0.5,-102.75 q 0,0 1,-7.75 l -0.25,0.5 q -0.75,1.75 -2.25,12.75 -1.25,11 -1.25,16.5 -0.25,4.5 0,3.5 0.25,-1.25 1.25,-11 0.5,-7.5 1.5,-14.5 z m 4,118.75 q 0,0 -0.25,-2 v 0.5 q -0.25,0.75 -0.5,2 0,1 0,1.75 0.25,0.75 0.5,0.75 0.25,0 0.25,-3 z m -0.25,-4.25 q 0.25,2.5 0.25,0.25 0.25,-1 0,-2.5 0,-2.75 0,-2.75 0,0 -0.25,1.5 -0.25,2.25 0,3.5 z m 0.25,-121.5 q 0.25,-0.5 0,-1 0,0.25 -0.25,0.5 0.25,0.5 0.25,0.5 z m 0.25,-2.25 q 0.5,-0.25 0.25,-1 l -0.5,0.25 z m -2,-3.25 q 1.25,-6.5 4.75,-20.5 0.75,-2.5 2,-6.25 1.25,-4 1,-4.25 l -0.75,1.5 q -0.5,1.75 -0.75,2 -0.25,0.5 -2,7.25 -0.5,1.25 -1.75,5.75 -0.75,2.5 -0.75,3.5 -0.25,1.25 -1,4.25 -0.5,2.75 -1,5.25 -0.5,2.5 -0.75,4.25 -0.25,1.5 0,1.5 0.25,0 1,-4.25 z m 2.75,129.75 q 0,0.5 0.25,0.5 0.5,0 0.25,-0.5 -0.25,-0.75 -0.5,-0.75 0,0 0,0.75 z m 0,-3 q 0,0 0.25,0.5 0.25,-0.25 0,-0.75 z m 0.75,-4.5 q 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 z m 0,-3 q 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 z m 4.75,-22 q 0.25,-0.25 0,-1 l -0.25,0.25 z m -2.75,-109 q 0.75,-2.75 2.75,-10.25 2.25,-7.5 2,-7.75 l -0.5,1.25 q -0.5,1.25 -2.25,7.25 -1.75,5.75 -2.75,10.75 -1,5 -1.75,7.5 -1,4.25 -0.5,4 0.25,0 0.5,-1.25 0.5,-3 1.75,-7.75 0,-0.25 0,-0.75 0.25,-0.75 0.5,-1.5 0.25,-1 0.25,-1.5 z m 5,91.75 q 0,-0.75 0,-1.5 -0.25,0.25 -0.25,0.75 0,0.75 0.25,0.75 z m 12,-147.5 q 0,0 0.25,0.25 l 0.5,-0.25 q -0.25,-0.25 -0.75,0 z m -2.5,0.25 q 0,-0.25 -1,-0.25 -0.75,0 -0.75,0.5 0,0.25 0.75,0 1,-0.25 1,-0.25 z m -1.5,81.5 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m -0.75,3 q -0.25,0.5 -0.25,0.5 0,0.5 0.25,0.75 0.25,-0.75 0,-1.25 z m -5.75,-51.25 q -0.25,0 -0.75,1 -0.25,0.75 0,0.75 0.5,0 0.75,-0.75 0.25,-1 0,-1 z m -1.25,109.5 q 0,0 0.5,0.5 0.25,-0.75 -0.25,-1 -0.5,-0.5 -0.25,0.5 z m 0,-5 q 0.25,1.25 0.5,0.75 0.5,-0.75 0.5,-1 0,-0.5 -0.5,-0.25 0,0.25 -0.25,0 0,-0.25 0,-0.5 l -0.25,-0.5 q -0.25,0.25 0,1.5 z m 1.25,-13.25 q 0.25,-1.25 0.25,-2.25 0.25,-1 0.25,-1.5 0,-0.75 -0.25,-0.75 -0.5,0 -0.5,1 0,0.75 -0.5,5.5 -0.25,2.5 -0.5,4.25 0,1.75 0,3 0,1 0,1.5 0,0.5 0.25,0.5 0.25,0 0.25,-0.5 0.25,-8.5 0.75,-10.75 z m 0.75,-8 q 1,-10.25 1.75,-9.5 l 0.25,-0.25 q 0,-0.25 -0.25,-0.5 -0.25,-1.5 0.75,-7 l 0.5,-5.75 q 0,0.25 0,0.75 -0.5,1.5 -0.75,3 -1.25,7.75 -2.25,15.25 -0.5,5.5 -0.75,6.25 0,0.75 0.25,0.75 0.25,0 0.5,-3 z m 2.25,12.5 q 0.25,-1 0,-2.25 v 0.25 q 0,0.5 0,0.75 v 1.5 z m -0.25,14.75 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0,-10 q 0,-1.75 0.5,-1.75 0.5,0 0.25,-1 0,-1 -0.25,-0.25 l -0.5,0.25 q 0,-0.5 -0.25,-0.25 -0.25,0.25 -0.25,2 0.25,1.75 -0.25,2.25 -0.25,0.5 -0.25,3.5 0.25,2.75 0.5,2.75 0.5,0 0.25,-3 -0.25,-3 0.25,-2.75 z m 0.75,-10.5 q 0.25,-1.25 0.5,-1.25 0.5,0 0.5,-0.25 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.5,1.5 z m 1.25,-5.25 q 0,0 -0.5,-1.75 0,-0.5 0,-0.5 -0.25,1.25 -0.5,1.25 -0.25,0 0,2 0.25,1 0.25,0.75 0.25,-1.25 0.5,-1.25 0.5,0 0.5,-0.25 0,-0.5 -0.25,-0.25 z m -0.5,-26.5 q 0,0 0.25,0.5 0,-0.5 0,-1 -0.25,0.25 -0.25,0.5 z m 0,-90.5 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 0.25,88.5 q 0,0 0.5,-0.25 0.25,-1.25 0.25,-2.25 l -0.25,0.25 q -0.5,1 -0.5,2.25 z m 2.25,12.25 q 0,0 0,-1.25 l -0.25,-1 q -0.25,1 -1,5 -0.5,3.75 -0.5,4.25 l 0.25,-0.25 q 0.5,-0.5 0.75,-0.5 v -0.25 q 0,-0.75 0,-2 0,-1.5 0.25,-2.75 0.25,-1.5 0.5,-1.25 z m 2,-12 q 0,-2.25 -0.25,-2 0,0.25 -1,5 -0.75,4.5 -0.75,5 l 1.25,-4.5 v -0.25 l 0.25,-1.25 z m 0,-90 q -0.5,0 0,0.5 0.5,0.5 0.25,0.75 v 0.25 q 0.5,-0.25 0.5,-0.75 0,-0.75 -0.75,-0.75 z m 0.5,85.75 q 0.25,-0.5 0.5,-2.25 0.25,-1.75 0,-0.75 z m 0.75,-4.75 q -0.25,0.5 0,0.5 0.5,0 0.5,-0.5 0,-0.75 -0.25,-0.75 0,0 -0.25,0.75 z m 0.75,-1.75 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0,-78.5 q 0,0 0.25,0.5 0.5,0 0.5,0 -0.25,-0.5 -0.75,-0.5 z m 0.5,76.5 q 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 0.25,0.5 0.25,0.5 z m 0.5,-3 q -0.25,1 0,0.5 0.5,-0.5 0.5,-1 z m 2,-4 q 0,0 0,-0.25 -0.5,0 -0.25,-1 l -0.25,-0.25 q -0.5,0.75 -0.75,2.25 -0.25,1.25 -0.25,1.25 0.25,0 0.5,-0.5 0.5,-1.25 1,-1.5 z m -0.25,-3.25 q 0,0 0.25,0.75 0.25,-0.25 0,-1 z m -0.75,-65.5 q 0,0.25 0.75,0.25 1,0 1,-0.25 0,-0.5 -1,-0.25 -0.75,0 -0.75,0.25 z m 2.25,61.75 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0.25,-2.25 q 0,1 0.25,0.25 0.5,-1 0.5,-1.25 0,-0.5 -0.5,-0.25 -0.25,0.25 -0.25,1.25 z m 1.75,-3.75 q 0,0 -0.25,-0.5 -1,1.75 -0.25,1.75 0.25,-0.25 0.5,-1.25 z m 1,-3.25 0.25,-1 -0.5,1 -0.75,1.75 0.25,-0.25 q 0.5,-0.5 0.75,-1.5 z m 1.75,-5 0.25,-1.25 -0.75,1.25 q -0.5,1 -0.5,1.75 0,0.5 0.25,0 0.5,-0.75 0.75,-1.75 z m 1.25,-5 q -0.25,0.75 0.25,0.25 0.5,-0.5 0.25,-0.75 -0.25,-0.25 -0.5,0.5 z m 0.25,-9.5 q 0.5,-0.25 0.5,-1 0,-0.75 -0.5,0 -0.5,1 0,1 z m 1.25,-3.25 q 0,0 0,-1 0,0.25 -0.25,1 -0.25,0.5 -0.5,1 0,0.25 0,0.25 0.25,0 0.75,-1.25 z m 1,-30 q 0,0 -0.25,0.5 -0.25,0.25 0,0.25 0.5,0 0.5,-0.25 0,-0.5 -0.25,-0.5 z m 0.25,36.5 q 0.5,-0.75 0.5,-1 h -0.5 q -0.25,0.75 -0.25,1.25 z m 3.25,-35.25 q 0,0 -0.25,-0.5 -0.5,-0.25 -1,-0.25 l 0.25,0.25 q 0.75,0.5 1,0.5 z m 9,1.75 q 0.75,-0.25 0.75,-0.25 -0.5,-0.25 -1.25,0 0,0.25 0.5,0.25 z m -1.5,-1.25 q 3.25,0.25 3.5,0.25 0.5,-0.5 -6.25,-1 h -2.25 q 0.5,0.25 0.75,0.5 0.25,0 0,0.5 0,0.25 0.25,0.5 0.5,0 1.25,0 h 1.75 l -1.5,-0.25 q -2.75,-0.5 -0.5,-0.75 1.25,0 3,0.25 z m 4,1.75 q 0,0 0.75,-0.25 -0.25,-0.25 -1,-0.25 z m 0.25,-1.25 q 0,0 3,0.25 0,-0.25 -1.75,-0.5 -1.25,0 -1.25,0.25 z m 4.5,0.75 q 0.25,0 0.5,0 0.25,-0.25 0,-0.5 -0.25,-0.25 -0.75,0 -1.5,0.5 0.25,0.5 z m 3.25,0.25 q 0.5,0 0.75,-0.25 -0.75,0 -1.25,0 0.5,0.25 0.5,0.25 z m 2.25,0.5 q 0.5,0 0.5,-0.25 -0.5,-0.25 -1,0 0.25,0.25 0.5,0.25 z m 2.75,0.5 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 2.5,0.75 q 0,0.25 0.5,0.25 0.75,0 0.75,-0.5 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.5,0.5 z m 25.75,13 q 0,0 0.25,0.5 0.75,0.25 1.25,0.25 l -0.25,-0.25 q -0.75,-0.5 -1.25,-0.5 z m -6.25,-7.25 q 0,0 -1.5,-0.25 l 0.25,0.25 q 0.75,0.5 1.5,0.25 z m -3.75,-1.25 q 0,-0.5 -1,-0.5 -1,0 -0.25,0.5 1,0.25 1.25,0.25 z m -2.75,-1.25 q -1,-0.5 -1.75,-0.25 0.5,0.75 2.5,1 z m -3.5,-1.25 q 0,0 -3.5,-0.75 0.25,0.25 1.75,1 1.75,0.5 2.5,0.5 0.25,0 0,-0.25 -0.25,-0.25 -0.75,-0.5 z m -1.25,29.75 q 0,0 -0.75,-0.5 -1,-0.5 -2.5,-0.75 l -1.5,-0.5 1.25,0.75 q 1.5,1 3.5,1 z m -1,-27.75 q 0,0 2,0.25 -0.25,-0.25 -1.5,-0.5 -0.5,0.25 -0.5,0.25 z m 8,31.25 q 0,0 0.5,-0.25 -0.25,-0.25 -3.5,-1.5 -3,-1.5 -3.25,-1.5 z m 1.5,0.75 q 1.25,1.5 1.25,0.75 0,-0.5 -1,-1 z m 3.75,1.25 q -0.25,0 -1,-0.5 -0.75,-0.5 -1,0 0,0.25 0,0.25 0,0 0.25,-0.25 0.5,-0.25 0.5,0.25 0,0.5 0.75,0.5 z m -1,-11.25 q -1,-0.5 -1.5,-0.5 -0.25,0 0.75,0.5 1.5,0.75 1.25,0.75 0,-0.25 -0.5,-0.75 z m -0.75,4 q 0,0.25 0.5,0.25 0.75,0 0.75,-0.5 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.5,0.5 z m 3.5,-15.75 q 1,0.25 1,-0.25 -0.25,-0.5 -1,-0.25 -0.5,0.25 0,0.5 z m -6,-7.5 q 0,0 7,2 l -0.25,-0.25 q -1,-0.75 -2,-0.75 -1,0 -1,-0.25 0,-0.25 -1,-0.25 -0.75,-0.25 -1,-0.5 -0.25,-0.5 -0.75,-0.5 l -3,-1 -1,-0.25 q -1.25,0 -2.5,-0.25 z m 11,10.75 q 1.5,0.75 1.5,0.5 0,-0.25 -1.5,-1 z m 2.75,0.25 q 0.5,0 -0.25,-0.75 -0.75,-1 -3.25,-2 -2.25,-1.25 -2.5,-1 l 0.5,0.25 -0.25,0.5 q -0.5,0.5 0.25,0.25 0.75,-0.25 1,0.25 0.25,0.25 2.25,1.5 2,1 2.25,1 z m 0,-4 q 0,0 0.75,-0.25 -0.25,-0.25 -1,0 z m 1.5,1 q 0.25,0.5 0.25,0.5 0.25,0 0.25,-0.5 0,-0.5 -0.5,-0.5 -0.25,0 0,0.5 z"/></g></svg>
+<svg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 1047 447" width="1047" height="447"><g transform="translate(-13.28,-22.0)" fill="#111"><path d="m 44,224.4 c 0.8,0 2.2,-4.6 2.6,-4.6 0.2,0 0.4,-0.4 0.4,-1 l -0.4,-3 c 0,-0.4 0,-0.6 0.2,-0.6 l 0.8,0.4 -0.2,-0.4 c 0,-1.6 1,-1.8 1.4,-1.8 0.6,0 0.8,0.2 0.8,1.4 0.4,-0.4 0.6,-0.8 1,-0.8 1,0 2.6,3.2 3,3.2 0,-0.6 0.2,-1 0.4,-1 0.2,0 0.4,0.2 0.4,0.6 l -0.2,1.2 c 0,0.8 0.2,1 0.4,1 0.8,0 1.2,-2.2 2,-2.2 l 0.2,0.2 -0.8,1.8 c 0.6,0 1.8,-0.6 1.8,-1.6 l -0.2,-0.8 H 58 c 0.2,0 0.6,-1 0.6,-2 0,-1 -0.2,-1.8 -0.4,-1.8 -0.8,0 -0.4,1.6 -0.8,1.6 -1.2,-1.2 -0.6,-0.6 -1.4,-1.8 h -0.2 l 0.2,1.4 c 0,0.4 0,0.4 -0.4,0.4 h -1.2 c -0.8,0 -0.8,0.2 -1.2,0.6 l 0.2,-1.4 c 0,-0.4 0,-0.6 -0.4,-0.6 l -0.6,0.2 c -1.4,0 -1.6,-0.6 -2.6,-0.6 -0.4,0 -0.6,-0.4 -0.6,-1 0,-0.4 0.8,-0.4 0.8,-1.2 0,-0.8 1.8,-3.6 1.8,-5.2 0,-1 -1.2,-1.6 -1.2,-2.2 0,-0.2 0,-0.4 0.2,-0.4 l 0.8,0.8 c 0.4,0 0.2,-0.6 0.6,-0.6 H 53 c 0.4,0 0.4,-0.2 0.4,-0.4 0,-0.4 -0.2,-0.6 -0.6,-1.2 0,-0.8 1.4,-2.4 1.4,-3.6 0,-2 1,-1.4 1,-3.2 0,-1.2 0.2,-1.4 0.6,-1.4 l 1,0.2 c 0,-1.4 0.2,-2.2 0.8,-2.2 l 0.2,0.4 c 0,1.6 -1.6,4.2 -1.6,6 0,1.4 -1.4,5.4 -1.4,6.8 0,0.6 0,1 -0.4,1 L 52,203.8 c 0.4,1.4 1.2,0.6 1.2,2.8 0,2 -0.6,4 -0.6,5.2 0,0.2 0,0.2 0.2,0.2 h 0.8 c 0.4,0 0.6,0.2 0.6,0.4 0,0.6 0.2,0.8 0.4,0.8 0.8,0 0.8,-2.4 2,-2.4 l 3.4,0.4 c 1.4,0 1.4,-0.4 1.4,-1.4 0,-0.6 0.8,-0.6 0.8,-1.6 0,-0.2 0,-0.2 0.2,-0.2 h 0.2 c 0.4,0 0.6,0 0.6,-0.2 l -0.4,-1.2 0.2,-0.2 0.8,0.4 0.2,-0.4 c 0,-0.2 -0.2,-0.6 -0.6,-0.8 -0.4,0 -0.8,-1.2 -1,-3.2 0.8,0.8 0.6,0.4 1.2,1.4 l -0.2,-0.6 0.2,-0.2 h 0.8 c 0.8,0 1,-5.4 1.8,-5.4 0.2,0 0.2,0.2 0.2,0.6 0,0.2 0,0.4 0.2,0.4 0.8,-1.2 0.4,-0.4 0.8,-1.8 0,-1 -0.4,-1.8 -0.8,-1.8 l -0.6,0.8 -0.2,-0.2 c 1,-3.8 1.2,-5 2.6,-5 l 0.2,0.2 c 0.6,0 0.6,-4.6 1.6,-5.2 l 0.2,0.2 -0.2,1.6 c 0,0.4 0,0.6 0.2,0.6 0.4,0 1,-2.6 1.6,-4.4 -0.4,0 -1.2,1.6 -1.6,1.6 0,-0.4 0,-0.6 -0.4,-0.6 l -1,0.2 c -0.2,0 -0.2,0 -0.2,-0.2 0,-0.4 1.6,-3.4 1.6,-4.6 0,-1.4 0.8,-2.6 1.2,-2.6 0.2,0 0.2,0.4 0.2,1 0,1.6 -0.2,1.8 -0.6,3.2 l 0.2,0.2 0.4,-0.2 c 0.6,0 1.2,1.6 1.2,2.8 0,2 -1,1.6 -1,2.8 0,4.6 -2.2,5.4 -2.2,8.6 1.4,0 15.8,-40.4 19.4,-47.2 3.8,-8.6 4,-10 7.6,-16.8 2,-4 3,-8.2 4.6,-9.8 0.4,-0.6 0.6,-1.4 0.6,-1.8 v -0.8 c 0,-0.6 1.2,-0.6 2.8,-4.2 1.4,-2.8 1.6,-3.6 1.6,-4.2 -0.4,0 -0.8,0.8 -2,2.2 0.6,-2.2 0.8,-3 1.8,-3 l 1,0.2 c 0.2,0 0.4,-0.2 0.4,-0.4 0,-3.8 7.6,-13 7.6,-16.6 0,-1.4 1.2,-0.8 1.2,-1.8 l 0.2,-0.4 c -1.4,0 -2,2.4 -2.6,2.4 -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.6,-0.6 1.2,-1.2 -0.6,-0.4 -1.2,-0.6 -1.2,-1.2 0,-0.2 0,-0.2 0.2,-0.2 l 1.4,0.8 0.2,-0.2 -0.2,-1.4 c 0,-1.8 2.4,-4.8 2.4,-5.6 0,-1.2 1.2,-1.2 2.2,-4.4 1.4,-3.6 2.6,-6 2.6,-6.8 0.2,-1 0.4,-1 9.8,-2.4 6.8,-1 20.6,-2.6 45.8,-5 5.6,-0.4 10.4,-1.2 10.4,-1.4 0.2,-0.2 0.8,-0.2 1.4,-0.2 l 0.6,0.2 c 0.2,0 0.2,0 0.2,-0.2 0,-0.4 0,-0.6 -3.4,-0.6 l -17.6,0.6 c -4.6,0 -5.8,-0.4 -6,-1 0,-0.6 0.2,-1 0.8,-1 0.6,0 0.6,1 1.2,1 l 1,-0.2 c 0.6,0 0.4,0.8 1,0.8 0.4,0 0.6,-0.4 0.6,-1.2 0,-1 0.4,-1 4,-1 8.8,0 12.6,-0.6 14.4,-1.4 -0.8,-0.8 -1.4,-1 -2.6,-1 -1,0 -0.8,0.8 -1.4,0.8 -1,-0.2 -0.6,0 -1.2,-0.8 0,-0.6 7.2,-0.6 7.6,-1.6 0.4,-0.8 2.4,-0.8 2.4,-1.2 0,-0.2 0.2,-0.4 0.4,-0.4 l 1.4,0.2 c 0.2,0 0.4,0 0.4,-0.2 -0.4,-0.8 -0.6,-1.4 -1.6,-1.4 -1,0 -1,-1.8 -3.8,-1.8 -1,0 -1.8,-0.2 -1.8,-0.2 0.4,-0.4 1,-0.6 1,-1.2 0,-1 2.2,-1.2 6.2,-2.4 0,-0.6 -2.4,-0.4 -2.4,-0.8 0,-0.4 -0.2,-0.8 -1,-0.8 -0.6,0 -0.6,0.4 -1,0.8 -0.4,-0.2 -0.6,-0.2 -0.6,-0.6 0.4,-0.8 0.8,-0.6 0.8,-1.4 0,-0.6 -0.4,-1.4 -1,-1.4 l -0.8,0.2 c -0.8,-0.4 -1.2,-0.4 -1.2,-1 0,-0.8 1.2,-1.6 3.4,-2 1.2,-0.2 1.8,-0.2 1.8,-0.6 -0.6,-1 -1.4,-1.4 -1.4,-2 0,-0.4 -10.6,-2 -17.4,-2.6 -9.2,-0.6 -23.2,-1 -35.2,-1 -7.2,0 -13.6,0.2 -18.2,0.4 -36.4,2.4 -45.4,4.4 -63.6,7.8 -8.6,1.8 -8,3.2 -8.4,10.4 0,3.2 2.8,2 2.8,3.4 0,1.8 1,2.6 3.8,2.6 l 4.8,-0.4 c 1,0 1.4,0.2 1.4,0.4 0,0.4 -0.4,0.6 -0.8,0.6 -2.4,0 -3,0.6 -3,1.4 0,0.6 -1.2,0.8 -1.2,1.6 l -0.2,0.2 -1.2,-0.2 c -0.2,0 -0.4,0 -0.4,0.2 0.4,1.4 0.6,2 1,2 0.4,0 0.4,-1 1,-1 0.8,0 1.4,1.6 1.4,3.6 0,1 2.2,1 2.2,1.4 0,0.4 0.8,0.6 1.8,0.6 l 3.2,0.2 c 2.2,0 10.4,-0.6 11.2,-1 0.4,-0.4 8.4,-0.6 11.8,-1.8 l 2.6,-0.4 0.4,0.2 C 89.2,68.4 88.8,69 88,69 h -1 c -2.4,0 -6.8,1.6 -8.6,1.6 -1.2,0 -1,0.8 -2.6,0.8 L 72,71.8 c -2.6,0 -1.8,-0.6 -3.4,-0.6 -2.4,0 -6.6,1.4 -6.6,2.4 0.4,0.4 0.8,0.4 0.8,0.8 -1.6,0 -1.8,0.4 -2.2,2 0,0.4 0.2,0.6 0.4,0.6 h 0.4 l 0.2,0.4 -0.2,1 c 0,1.2 1.4,1 4.4,1.2 4.8,0 14.6,-1 18,-2 h 0.4 c 0.2,0 0.4,0 0.4,0.2 -0.6,2.6 -5,10.8 -5.8,14.2 0,0.4 -1.2,3.2 -2.6,6.4 -3.2,7 -11.4,28.4 -11.4,32.8 0,1 -1.4,2.8 -1.4,4.4 0,1.8 -1.8,2 -1.8,4.2 0,2 -1.6,4.2 -1.6,5 0,0.6 -0.4,1.8 -0.8,2.8 -3.6,11.2 -5.4,16.4 -6,19.6 -0.6,4 -1.4,2.8 -1.4,3.4 0,2.2 -8.6,31.4 -8.6,33.8 0,0.4 -1.2,5 -1.2,7.8 0,2.2 -1.2,3.4 -1.2,6.4 0,4 2.8,4.6 2.8,5.2 0,0.4 0.2,0.6 0.4,0.6 z m 4.6,-15.2 c -0.2,0 -0.2,-0.4 -0.2,-0.8 0,-0.4 0,-0.6 0.2,-0.6 l 0.2,0.2 c 0,0.4 0,1 -0.2,1.2 z M 62,207.4 c -0.4,0 -0.8,-0.6 -0.8,-1.2 l 0.2,-0.4 c 0.8,0.6 0.4,0.4 0.8,1.2 z m 1,-5.8 c -0.2,0 -0.2,0 -0.2,-0.4 0,-0.4 0.4,-0.8 0.6,-1 h 0.4 c -0.2,1 -0.6,1.4 -0.8,1.4 z m -4.6,-11 c -0.2,0 -0.6,-0.4 -0.6,-1.2 0,-0.8 0.2,-1 0.8,-1.4 0.2,0 0.2,0.4 0.2,1.2 0,1 -0.2,1.4 -0.4,1.4 z m 0.8,-3.4 c -0.2,0 -0.4,-0.4 -0.4,-1.2 0,-1.4 1.2,-3.8 1.8,-3.8 l 0.2,0.6 c -0.6,2.8 -1,4.4 -1.6,4.4 z m 14,-4.6 c -0.2,0 -0.6,-0.6 -0.6,-1 l -0.2,-3 c 0,-3 0.8,-2 0.8,-2.6 v -0.2 c 0,-0.2 0.4,-0.6 1,-0.6 l 0.2,0.2 -0.4,1.4 c 0,0.8 1.4,0.4 1.4,1 l -0.4,1.6 -1.6,-0.2 c -0.4,0 -0.6,0.2 -0.6,0.8 v 0.8 c 0.6,-0.6 0.6,-0.8 1,-0.8 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -0.8,0.2 -0.8,0.8 l 0.2,0.4 c 0,0.6 0,1 -0.4,1 z m -12.4,-3.2 -0.2,-0.2 c 0,-0.4 1,-2.2 1.6,-2.2 l 0.2,0.4 c 0,0.4 -0.2,1 -0.8,1.4 z m 14.6,-2.6 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0,-0.8 1,-3.2 1.4,-3.2 0.2,0 0.4,-0.2 0.4,-0.4 l -0.4,-1.2 c 0.8,0.2 1,0.4 1,1.4 0,1.4 -1.4,1.8 -1.4,2.4 l 0.2,0.8 c 0,0.4 -0.2,0.6 -0.6,0.6 z M 62.8,176 c -0.4,0 -0.6,-0.4 -0.6,-1.4 0,-1 1,-1.2 1,-1.6 l -0.6,-1.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 0.6,0.2 0.8,0.2 0.8,2 0,1.4 -0.6,3 -1.2,3 z m 10.8,-3 -0.2,-0.2 c 0.2,-2 0.8,-3.4 0.8,-3.4 h 0.2 c 0.4,0 1.6,0.6 1.6,1 0,0.2 -0.2,0.4 -0.4,0.4 h -0.2 c -0.2,0 -0.8,0.4 -1.2,1.2 z m 3.8,-2 c -0.4,0 -0.6,-0.4 -0.6,-0.6 0,-0.2 0.2,-0.4 0.4,-0.4 0.6,0.2 0.4,0.2 0.8,0.6 0,0.2 -0.4,0.4 -0.6,0.4 z m -13.2,-0.8 c -0.4,0 -0.8,-0.2 -0.8,-0.6 0,-0.2 0.2,-0.4 0.6,-0.4 0.6,0.4 0.6,0 0.8,0.6 0,0.2 -0.2,0.4 -0.6,0.4 z m 11.8,-1 c -0.8,0 -1.2,-0.2 -1.2,-0.8 0,-0.6 0.6,-1.6 0.6,-2.4 v -0.6 c 0,-0.2 0.2,-0.4 0.4,-0.6 2.2,-2.2 5.6,-19.4 9,-20.4 l -0.2,0.6 c 0.4,0.8 0.2,0.4 0.8,1.2 l -0.2,0.2 -0.8,-0.2 c -1,0 -1,1 -1.2,3.2 l 0.2,1.4 c 0,0.2 -0.2,0.4 -0.4,0.4 -0.8,0 -1.6,1.6 -1.6,3 l 0.4,1.2 -0.2,0.2 h -0.4 c -0.8,0 -2,5 -2.8,5.4 -1.8,3.8 -1,2 -1.8,6.8 0,0.8 -0.2,1.4 -0.6,1.4 z M 65,168 c -0.2,0 -0.2,-0.2 -0.2,-0.4 l 0.4,-1.6 0.2,-0.2 c 0.4,0.2 0.6,0.2 0.6,1 0,0.6 -0.4,1.2 -1,1.2 z m 13.6,0 c -0.2,0 -0.4,-0.2 -0.4,-0.4 l 0.4,-2 c 0,-0.2 0.2,-0.4 0.6,-0.4 l 0.4,0.2 -0.8,1.8 0.2,0.6 z m -11.8,-3 c -1.2,-0.4 -1.6,-0.8 -1.6,-1 h 0.6 c 0.6,0 1.2,0.2 1.2,0.6 0,0.2 0,0.4 -0.2,0.4 z m -0.2,-2.2 c -0.2,0 -0.2,-0.2 -0.2,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.2,0 0.2,0.2 0,0.8 -0.2,1 -0.6,1 z M 81,161.4 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0.2,-0.8 0.2,-1.6 0.6,-1.6 0.2,0 0.2,0.2 0.2,0.6 0,0.6 -0.2,1.2 -0.4,1.4 z m -12.6,-1 c -0.6,0 -0.8,-0.4 -0.8,-1 0,-0.4 0,-0.8 0.4,-1 0.2,0 0.6,0.4 0.8,1.4 0,0.4 -0.2,0.6 -0.4,0.6 z m 2,-6 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-0.6 0.2,-0.8 0.4,-0.8 0.4,0 0.6,0.2 0.6,0.4 0,0.4 -0.2,0.8 -0.6,1 z m 2.4,-5 c -0.4,0 -0.6,-0.4 -0.6,-0.8 0,-0.6 0,-1 0.2,-1 0,0 0.4,0.6 0.6,1.4 0,0.2 0,0.4 -0.2,0.4 z m 2,-3.4 c -0.2,0 -0.4,-0.4 -0.4,-0.6 0,-0.4 0.4,-0.6 0.6,-0.6 0.2,0 0.4,0.2 0.4,0.4 v 0.2 z m 10.8,-5.4 v -0.2 c 0,-0.6 0.4,-1.2 1.4,-2.4 0.2,0 0.2,0.2 0.2,0.6 0,0.4 -0.4,1.2 -0.8,1.6 z m 2.2,-4.6 c -0.4,0 -0.4,0 -0.4,-0.2 0,-0.4 0.4,-0.8 1.4,-1.8 0.2,0 0.2,0 0.2,0.2 -0.4,1 -0.6,1.8 -1.2,1.8 z m 2.4,-4.8 H 90 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.6 0.4,-0.8 1,-1.2 l 0.2,0.4 c 0,0.4 -0.4,0.8 -0.6,1 z M 91,129 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0,-1.8 1,-2.6 2.2,-4 -0.4,1.6 -0.6,2.8 -1.4,4 z m 18.4,-26 -0.2,-0.4 c 0.6,-1.4 1,-2.6 1.4,-2.6 0.2,0 0.4,0.2 0.4,0.4 0,0.6 -1.2,2.6 -1.6,2.6 z m 1.8,-3.6 c 0.2,-0.8 0.4,-1.4 0.8,-1.4 h 0.2 c 0,0.2 0,0.6 -0.4,1 z m 1.6,-4 c -0.4,0 -0.6,-0.4 -0.6,-0.8 0,-0.4 0.2,-0.6 0.4,-0.6 0.6,0 0.8,0.4 0.8,0.8 0,0.4 -0.2,0.6 -0.6,0.6 z M 64,78 c -1,0 -1.8,-0.2 -1.8,-0.6 0,-0.2 0.2,-0.2 0.6,-0.2 h 0.8 c 1,0 0.6,-0.8 1.2,-0.8 0.6,0 1,0.4 1,0.8 0,0.4 -0.8,0.8 -1.8,0.8 z m 7.2,-0.4 c -1.2,0 -2.2,0 -2.2,-0.2 v -0.2 c 0,-0.6 -2.6,-0.2 -2.6,-1 0,-0.2 0.2,-0.2 0.4,-0.2 l 1,0.2 c 0.2,0 0.2,0 0.2,-0.2 l -0.4,-0.8 c 1.4,0.6 0.8,1.2 7.6,1.2 3.6,0 5.4,0 5.4,0.4 L 79,77.2 c -1.8,0.2 -5.4,0.4 -7.8,0.4 z M 129,68.2 c -0.6,0 -1,-0.2 -1,-0.4 l 1.8,-0.6 c 0.2,0 0.4,0.2 0.4,0.4 0,0.2 -0.4,0.6 -1.2,0.6 z m 3.4,-0.8 -0.2,-0.2 c 0.8,-0.6 2,-0.8 3.4,-0.8 h 0.4 v 0.2 l -2.2,0.6 z m 10,-1 -1.6,-0.2 c 1.4,-0.6 1.8,-0.8 2.8,-0.8 h 0.8 c 0.6,0 0.4,-0.2 0.6,-0.6 l 0.6,0.4 c 0,0.4 -1,1.2 -3.2,1.2 z m 7.4,-0.6 c -0.6,0 -0.8,-0.2 -0.8,-0.4 l 0.2,-0.4 c 0,-0.2 -0.4,-0.4 -1,-0.4 h -1.4 c 4.2,-1.2 2.4,-2.2 5.8,-2.2 -2,0.4 -3,0.8 -3,1 0.4,0 0.6,0.2 0.6,0.4 v 0.6 c 0,0.4 0.2,0.4 0.8,0.4 2,0 2.8,-0.2 2.8,-0.6 l -0.6,-1.4 c 0,-0.4 0.6,-0.6 2.2,-0.6 1.4,0 1.4,0.2 1.8,0.4 1.8,-0.6 2.6,-0.8 4.2,-0.8 0.8,0 1.4,0 1.4,0.4 0,0.8 -1.6,0.8 -3.8,1.4 0,0.4 0.8,0.4 2.4,1 -2.6,0 -2.8,-1 -4.2,-1 l -1.8,0.4 c -0.4,0 -1,1.2 -4,1.6 z M 125,64.4 c -0.8,0 -1.2,-0.2 -1.2,-0.6 0,-1.6 2.8,-1.8 10.2,-2 0,0.4 -1.6,1.4 -2.4,1.4 L 131,63 c -0.8,0 -0.6,0.4 -1.4,1 -0.4,0 -0.4,-0.8 -0.8,-0.8 -0.8,0 -2.8,1.2 -3.8,1.2 z m 11.6,0.2 c -0.6,0 -0.8,0 -0.8,-0.4 1.8,-4 1.8,-3 8,-3.6 h 1 c -1.2,0.8 -1.6,1.2 -4,1.2 -1,0 -1.4,0 -1.4,0.2 0.4,0.6 0.6,0.6 0.6,0.8 -0.6,0 -1,0 -1,0.2 l 0.8,0.8 c 0,0.2 -0.4,0.2 -1,0.4 z m 8.4,-1.2 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.4,-0.2 h 0.2 c 0.4,0 0.6,0 0.8,0.2 z m 2.2,-2.4 c -0.8,0 -1.4,0 -1.4,-0.2 1,-0.6 2.2,-0.8 4.2,-0.8 1.4,0 2,0 2,0.2 -1.6,0.8 -2.8,0.8 -4.8,0.8 z m 8.8,-0.4 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0.2,-0.6 0.4,-0.8 1.2,-0.8 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.6,0.8 -1.2,0.8 z m 7.4,-0.4 c -2,0 -4.2,-0.4 -4.2,-0.6 3.8,-0.2 4.6,-0.2 6.6,-0.6 0.8,0.4 0.6,0 0.8,0.6 0,0.2 -0.2,0.4 -0.4,0.4 z m 9,0.2 c -0.2,0 -0.8,-0.4 -2,-1.4 0,-0.2 0.2,-0.2 0.6,-0.2 0.6,0 1,0.4 1.2,0.8 z m -4,-0.4 c -0.4,0 -0.6,-0.4 -0.8,-1 l 0.4,-0.2 c 0.4,0 0.6,0.2 0.6,0.6 0,0.4 -0.2,0.6 -0.2,0.6 z m 6.6,-0.4 -1.2,-0.2 -0.4,-0.4 c 0,-0.2 0.2,-0.2 1,-0.2 3.2,-0.2 1.6,0 5,-0.4 0.2,0 0.2,0 0.2,0.2 l -0.2,0.2 c -1.6,0.6 -3.2,0.8 -4.4,0.8 z m -12.6,-8.4 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.4,-0.2 h 0.2 c 0.4,0 0.6,0 0.8,0.2 z M 54.6,223.6 c 1.2,-1.8 1.6,-3.2 1.6,-3.2 L 56,220.2 c -0.4,0 -0.6,0.6 -1,1.8 z m -1.4,-2 c 0.8,0 1.4,-0.6 1.6,-1.4 L 54.4,220 c -1.6,0.2 -2.6,0.4 -2.6,1 0,0.2 0.4,0.4 1,0.6 z m -2.6,-0.8 c 0.4,0 0.6,-0.2 0.6,-0.4 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.2,0 -0.6,0.2 -0.6,0.6 0,0.2 0.4,0.4 0.6,0.4 z M 66,207.2 c 0.4,0 0.6,-1 1.6,-2.8 l -0.2,-0.2 c -1,1 -1.6,1.6 -1.6,2.8 0,0.2 0,0.2 0.2,0.2 z M 117,90 c 0.4,0 0.8,0 0.8,-0.2 v -0.2 c 0,-1 3.6,-7.4 3.6,-8.4 l -0.2,-0.6 c 0.8,-1.6 1.4,-2 2.8,-5.2 0,-0.2 -0.2,-0.2 -0.4,-0.2 h -1.2 l 0.4,0.4 c 0,1 -3,4.6 -3,6.2 0,1.4 -2.2,5 -3,5 h -0.4 l 0.2,0.8 -0.4,2 c 0,0.4 0.2,0.4 0.8,0.4 z m 6.6,-15.6 c 0.4,0 0.8,-0.2 0.8,-0.6 -0.2,-0.2 -0.6,-0.6 -0.8,-0.6 -0.6,0 -0.8,0.4 -0.8,0.8 0,0.2 0.4,0.4 0.8,0.4 z"/><path d="m 214.20007,253.2 c 1.2,-0.2 1.6,0.2 1.6,-2 l -0.2,-3 c 0,-1.2 2.6,-0.6 2.6,-1.2 0,-1.4 0.2,-1.2 1.2,-3.6 0,-0.6 -0.8,-0.8 -0.8,-1.6 0,-1.2 0.6,-2 1.6,-2 -0.6,-0.6 -0.8,-0.6 -0.8,-1.8 0.2,-3.4 2.2,-2.4 2.2,-3.2 -0.4,-1.2 -0.2,-0.6 -0.4,-2 0,-2.2 0.8,-6.2 1.4,-6.2 0.2,0 0.4,-0.8 0.4,-1.4 0,-1.2 0.4,-1.4 1.2,-1.4 0.6,0 1,0.2 1,0.8 0,1.2 0.6,0.8 0.6,2.2 0,0.8 -0.2,1.2 -0.8,1.2 -0.6,0 -0.8,0.2 -0.8,2.2 0,2.6 0.8,1 1,2.6 0,1 -1.4,0.4 -1.4,1.2 v 0.8 c 0,0.4 -0.2,0.2 -0.8,0.4 0,0.4 3.2,1.8 4,1.8 l -0.4,-3.8 c 0,-1.6 2,-1.4 2,-2 l -0.4,-0.8 c 0,-0.2 0.4,-0.2 1.2,-0.2 1,0 1.8,0.2 1.8,0.6 0,0.2 0.2,0.4 0.6,0.4 0.2,0 0.4,0 0.4,-0.2 -0.4,-1.2 -1.2,-2.4 -1.2,-3.6 0,-1 0.6,-0.6 1,-3 0.2,-1.2 0.4,-1.6 0.6,-1.6 0.4,0 0.4,0.4 0.8,1.2 0.4,-1.4 0.6,-2.2 1.2,-2.2 0.2,0 0.2,0.2 0.2,0.6 v 1 c 0,0.4 0.2,0.8 0.4,0.8 1.2,0 1.6,-4 2,-4.8 0,-0.8 -1.2,-2.4 -1.2,-3.2 0,-0.6 0.4,-0.8 1.4,-1.6 l 0.2,0.2 c -0.6,1.4 -0.8,1.4 -0.8,2.2 0,0 0,0.2 0.2,0.2 0.8,0 0.4,-1.4 1,-1.4 h 0.4 l 0.2,-0.2 c -0.4,-1 -0.6,-1.4 -0.6,-2 0,-0.6 0.6,-0.6 0.6,-1 -0.2,-1 -0.4,-1.4 -0.8,-1.4 -0.6,0 -0.6,-0.8 -1,-0.8 -0.6,0.6 -0.6,0.8 -0.8,0.8 v -1 c 0,-0.8 0.2,-1.2 0.8,-1.2 0.4,0 1,0.4 2.2,1 0.6,0 0.6,-1.6 1.2,-3.6 0.6,0 0.8,-3.8 1.2,-4.2 0.2,0 0.4,-0.4 0.4,-0.8 l -0.2,-1.2 0.2,-0.2 c 0.6,0 0.4,0 0.6,0.2 0.2,0 0.4,-0.4 0.4,-1 0,-2.6 0,-2.8 -1,-3.8 0,-0.2 2,0.2 2,-1 0,-2.8 0.4,-6 1.2,-6 h 0.4 c 0,-1.6 0.2,-2.2 2.8,-9.8 -1.2,1.4 -1.4,2 -1.8,2 0,-0.8 1.8,-4 1.8,-5.2 0,-0.8 -0.6,-0.8 -0.6,-1 0,-0.8 1.4,-0.6 1.4,-1 -1,-1.4 -1.4,-1.8 -1.4,-2.8 0,-1 2.8,-0.2 2.8,-1.8 v -1.2 c 0,-0.8 0,-1.2 0.4,-1.2 1.2,0 0.8,-4.4 1.6,-5 l 0.2,-0.4 c 0,-0.2 -1,-0.2 -1,-1 0,-0.2 0.2,-0.4 0.4,-0.4 0.8,0 1,0 1.4,-0.8 0.2,-4.4 0.2,-5.2 0.8,-6 1.6,-3 0.8,-1.6 2,-4.8 0,-0.2 0,-0.2 -0.2,-0.2 h -1 c 0.4,-0.4 0.6,-0.6 0.6,-1.2 0,-1 -0.8,-1.2 -0.8,-2 0,-0.8 1,-2.6 1,-3.8 v -1.2 c 0.4,0.4 0.4,0.6 0.8,0.6 h 0.4 c 0.2,0 0.2,0 0.2,0.2 l -0.6,3 c 0,0.4 -0.2,0.6 -0.6,0.6 0,0.2 0.2,0.6 0.8,1 0.6,0.6 1,1 1,1.4 -1,2 -1.8,4.4 -1.8,6.4 0,1.4 0.2,1 0.4,1.6 0,1 -1.6,3.6 -1.6,4.6 0.2,0.2 0.4,0 0.4,0.8 l -0.2,1.4 0.2,0.2 c 1.2,-1.4 0.6,-2.4 3,-9.2 0.6,-1.6 1,-3 1,-3.6 l -0.6,-0.4 c 0,-0.6 1,-0.4 1,-1 l -0.4,-1.2 c 0.6,0 1.2,-1 2.2,-4.2 1.6,-5.2 -0.2,-4.2 4.8,-5 3,-0.4 3.4,-0.6 3.6,-2.2 0.4,-1.6 1.6,-2.4 1.6,-2.6 0,-0.2 -0.2,-0.4 -0.8,-0.4 h -1 c -0.2,0 -0.4,0 -0.4,-0.2 0.6,-1 0.8,-1.8 1.6,-1.8 0.2,0 0.4,-0.2 0.4,-0.6 0,-0.4 1,-2.6 2.4,-6.2 l -1,-0.2 -3.8,0.2 c -1.2,0 -1.4,-0.2 -1.4,-0.6 5.8,-19 2.8,-8.6 8.2,-27.8 l 1.2,-4.6 -0.2,-0.4 c 6.6,-19.6 3.2,-14.4 5.6,-24.6 0,-0.6 -0.8,-0.4 -0.8,-0.6 0.4,-0.8 0.6,-1.4 0.6,-3.4 0,-1.2 0,-2.4 -0.4,-2.4 -0.4,0 -0.6,1.2 -0.8,2.6 -0.6,7.2 -0.8,8.6 -2.4,14 0,-1.2 1.2,-7.4 1.2,-11 0,-2.4 -0.2,-2.2 -0.4,-3.8 0.2,-0.8 0.6,-0.8 0.6,-1.4 -0.4,-1.2 -1.2,-2.2 -1.2,-3.4 0,-1.2 0.6,-0.8 0.6,-1.8 0,-1.4 -1.2,-2.6 -1.2,-4.2 l 0.2,-1.4 c 0,-0.2 -0.2,-0.4 -0.4,-0.4 -0.6,0 -2.6,3.4 -3,3.4 l -0.2,-0.2 c 0,-1 2.6,-4.4 2.6,-5 0,-0.8 -1,-1.2 -3,-2 l -0.2,0.2 c -0.4,-0.2 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.2,-0.6 0.6,-1.4 -1.2,1 -0.6,0.4 -2,1.2 -0.2,0 -0.2,0 -0.2,-0.2 0,-0.6 1.2,-1.2 1.2,-2.2 0,-0.2 -0.2,-0.4 -0.4,-0.4 h -0.4 l -0.2,0.2 c 0.6,-1.6 1.4,-2.4 1.4,-4 0,-0.8 -0.4,-1.4 -0.8,-1.4 l -1.2,0.4 c -0.8,0 -0.4,-3.6 -1.4,-3.6 -1,0.4 -1.4,0.8 -2,0.8 -0.4,0 -0.4,-0.2 -0.4,-0.4 0,-0.6 0,-0.8 0.4,-0.8 0.6,0.4 0.8,0.8 1,0.8 l -0.4,-1.4 c 0.4,-0.6 1,-0.6 1,-1.6 v -0.2 c -0.6,0 -1.4,1.2 -3.2,3 0,-0.8 -0.8,-0.4 -0.8,-1.4 l 0.2,-0.4 c -0.4,-0.8 -0.4,-0.4 -0.4,-1.2 0,-1.2 0.2,-1.6 1,-2.8 0,-0.2 -0.2,-0.2 -0.2,-0.2 -0.6,0 -2.6,1.4 -3.2,1.4 h -0.2 c 0,-0.6 1.8,-2.6 1.8,-3.6 0,-0.4 -0.2,-0.6 -0.4,-0.6 l -0.6,0.2 -0.2,-0.2 0.2,-0.8 c 0,-0.4 0,-0.6 -0.2,-0.6 -0.6,0 -1.8,1.8 -2.6,1.8 -0.2,0 -0.4,-0.2 -0.4,-0.4 l 0.2,-0.6 c -4.2,3.8 -8.2,4.2 -16,15.2 -4.2,5.8 -7.4,10.8 -8.2,12 -0.2,0 -2,2.6 -4,5.4 -15,21.6 -29.2,42.4 -30.8,45.8 -1.2,2.4 -1.8,1.6 -1.8,2.2 0,0.6 -5.4,8.2 -12.4,20.2 -5.2,8.8 -7,7 -7,7.6 0,0.8 -0.6,-0.2 -3.2,2 -0.8,0.8 -2.4,1.8 -3.2,2 -1.4,0.6 -1.4,1 -1.4,4.4 0,5 2,4.4 2,5.4 0,0.6 -0.6,1.2 -1.8,3 -5.2,9 -6.8,13 -8.6,15.2 -6,11 -7.6,14.4 -11.2,20.6 -1.2,2.2 -1.6,3.2 -1.6,4.2 0,1.6 0.8,4.8 1.4,4.8 0.8,-0.2 0.4,0 1,-0.6 0.8,0 0.8,2.8 1.2,2.8 0.4,0 1.2,-1.8 2.4,-2.8 0.6,0.6 0.8,1.2 1.4,1.2 0.8,0 2,-1.2 2,-2.4 l -0.4,-1.2 c 0,-0.4 0.4,-0.6 1.2,-0.6 h 0.8 c 0.2,0 0.2,-0.2 0.2,-0.4 0,-0.4 -1,-0.6 -1,-2.2 0,-0.8 0.2,-1.6 0.6,-1.6 l 2.4,0.8 c 0.4,0 0.6,-0.4 0.8,-0.8 0.6,-1.4 2,-3.4 2.4,-3.4 0,1.8 -4.6,7.4 -4.6,8.6 l 0.2,0.2 1,-0.4 -0.2,0.4 c 0,0.6 0.4,0.8 1.4,1.6 l -2,-0.6 c -0.8,0 -1,0.6 -1.4,1.4 v 0.2 c 2,1.6 3.2,2.2 4,2.2 0.8,-0.2 1.2,-0.2 1.2,-1.2 v -0.8 c 0,-0.2 0,-0.2 0.4,-0.2 1.4,0 2,0 2,1 0,0.6 0.2,0.8 0.4,0.8 0.6,0 0.8,-0.2 0.8,-0.6 l -0.8,-1.4 c 0,-0.6 1.8,-1.6 4.6,-5.8 3,-4.8 4.8,-6.2 5.2,-6.2 -1.2,3.2 -3,3.8 -3,4.8 0,0.8 -1.6,1.6 -2.4,3.2 -0.6,1 -0.8,1.8 -0.8,2 1.4,-1 0.6,-0.4 2,-1.2 h 0.6 l -0.2,-0.8 c 0,-1 2,-1.6 2,-1.8 h -0.2 c 0,-0.4 0.6,-0.6 1.2,-1.6 l -0.6,0.4 c 0,-1 0.2,-1.6 1.2,-1.6 0.8,0 2.6,-2.6 2.6,-3.8 0,-0.8 0.6,-1.6 1.4,-2.6 h 0.2 l -0.4,1.6 c 0.6,0 8.8,-11.2 8.8,-13.4 v -0.4 l 0.4,0.2 c 0.6,0 1.4,-1.2 1.4,-2.4 2.2,-3.8 1,-2 3.6,-5.4 l -0.2,1 h 0.2 c 1,-1.2 1.6,-1.6 1.6,-2.8 0,-1 1.8,-1.8 1.8,-2.8 V 153 c 0,-0.4 1.6,-1 1.6,-2 0,-1 0.8,-2 1.6,-2 l 0.6,0.2 -0.4,-0.8 c 0,-0.4 0.8,-0.4 0.8,-0.6 l -0.2,-0.8 0.4,0.2 1,-0.2 c 0,-0.6 0,-0.6 -0.8,-0.8 0.2,-0.6 0.4,-0.8 1,-0.8 l 1,0.2 c 0.4,-0.4 0.4,-0.6 1.6,-0.6 0.6,0 1,0 1,0.2 -0.8,1.6 -1.6,2.8 -2,2.8 -1,0.8 -4.8,7.4 -4.8,8.4 0,0.4 -1.4,0 -1.4,1.2 0,0.6 -0.4,1 -0.6,1 -1,0 -0.6,1.6 -1.4,1.6 -0.2,0 -0.2,0 -0.2,0.2 0.6,0.8 0.2,0.4 1,1 0.2,0 0.4,0 0.4,-0.2 0.4,-1 1.8,-3.2 6.8,-10 6,-8.6 7.6,-7 7.6,-7.4 0,-0.4 2,-0.6 4.4,-0.6 h 2 c 2,0 2.2,0.2 2.2,0.4 v 0.2 c 0.8,0 4,-1.4 9,-2 -2.4,8.8 -4.8,21 -10,49.6 -3,17.4 -7.6,37.6 -7.6,41.4 0,1.8 1.4,1.2 1.4,2 0,0.8 -0.2,1.2 -0.8,1.2 l -1,-0.4 c -0.6,0 -0.8,1.2 -1,3.2 l 0.4,1.6 -0.4,-0.2 c -0.6,0 -0.8,0.6 -0.8,1.4 0,0.4 0,0.8 0.2,1 l 0.4,0.8 -0.2,2 c 0,1.8 0.4,1.2 0.8,2 -0.6,1.6 -1,2.2 -1,4 0,1.4 0,1.8 0.4,1.8 z m 3.2,-20.2 c -0.4,0 -0.6,-0.8 -0.6,-1.8 0,-1.2 0.2,-1.8 0.8,-1.8 0.8,0 1,0.4 1,0.8 0,0.8 -1,1.4 -1,2 v 0.4 c 0,0.2 0,0.4 -0.2,0.4 z m 8.8,-7.8 c -0.2,0 0,-2.2 -1.4,-2.2 -0.6,0 -1,0 -1,-0.2 1,-1.6 1.8,-2.8 2.4,-2.8 l 0.2,0.2 -0.2,0.8 c 0.6,0.6 0.8,0.6 1.2,2.2 -0.4,0.6 -0.6,0.4 -1,1.4 z m -2.4,-4 -0.2,-0.4 c 0,-0.6 0.4,-1 1,-1 0.2,0 0.2,0 0.2,0.2 0,0.4 -0.2,0.8 -0.6,1 z m 11.4,-0.2 h -0.2 c -0.2,0 -0.2,-0.2 -0.2,-0.4 0.4,-1.6 -0.2,-1 0.8,-2 0.2,0 0.2,0.2 0.2,0.8 0,0.6 -0.2,1.4 -0.6,1.6 z m -7.6,-0.8 c -1,-0.6 -1.8,-1.2 -1.8,-2.2 0,-2.6 0.8,-6.2 1.4,-6.6 0.2,-0.2 0.4,-0.6 0.4,-1 l -0.2,-1 c 0,-0.4 0.8,-0.2 0.8,-0.8 l -0.2,-1.6 c 0,-0.6 0.2,-1 0.6,-1.2 1,-0.8 1,-3.4 1.2,-3.4 0.2,0.6 0.4,0.8 0.8,0.8 0.4,0 0.6,-0.4 0.6,-1.4 0,-0.8 0,-1.2 -0.4,-1.2 l -1.2,1 c 1,-3 1.4,-4 2.2,-4.8 0.2,-0.2 0.4,-0.4 0.4,-0.6 l -0.2,-0.8 c 0,-0.6 0.8,-0.6 1,-1.4 v -2.4 c 0,-3 1.2,-2.6 1.6,-4.8 l -0.2,-0.2 c -0.6,0.6 -0.2,0.4 -1,0.6 0,-0.6 1.4,-3.4 2,-3.4 0.4,0 0.6,0.2 0.6,0.8 -1.4,7.8 -0.6,4.2 -3,11.4 0,1.4 -0.2,1.8 -0.4,1.8 h -1 l -0.2,0.4 c 0,0.8 1.6,0.4 1.6,1.8 0,0.8 -0.4,1.6 -0.6,1.6 -0.8,0 -0.4,3.4 -1.2,3.8 l -0.4,0.4 0.2,0.8 c 0,1.2 -1.6,5.4 -1.6,7.2 v 0.4 c 0,0.6 0,1 -0.4,1 l -1.4,-0.2 c -0.2,0 -0.4,0 -0.4,0.2 0.6,1.4 1,2.2 1,3.8 -0.2,0.8 -0.2,1.2 -0.6,1.2 z m 1.2,-8.8 c 0.4,0 0.6,-0.2 0.6,-0.6 0,-0.2 -0.2,-0.6 -0.6,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.4,0.6 0.6,0.6 z m 4.8,9.4 c -0.4,0 -0.6,-0.6 -0.6,-1.2 0,-0.6 0.4,-0.8 0.6,-0.8 0.2,0 0.4,0.4 0.4,1 0,0.6 -0.2,1 -0.4,1 z m 0.6,-3.2 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.6 0.4,-1 0.8,-1 0.6,0 0.8,0.4 0.8,0.8 -0.2,0.6 -0.6,0.8 -1,0.8 z m 5.2,-13.8 c 0.2,-0.8 0.6,-1.4 0.8,-1.4 0.2,0 0.2,0 0.2,0.2 l -0.4,0.8 z m -0.6,-1.8 v -0.2 c 0,-0.4 0.8,-1.8 1,-1.8 -0.4,1.4 -0.4,2 -1,2 z m -72.6,-13.2 c -0.8,0 -0.8,-0.4 -1,-1 0.2,-0.8 0.4,-1.2 1.2,-1.2 0.4,0 1,0.4 1,1 0,0.8 -0.4,1.2 -1.2,1.2 z m 77.2,0 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.4,0 0.6,0.2 0.6,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m -6.8,-7.6 c -0.4,0 -0.6,-0.8 -0.6,-1.8 0,-1.2 0.2,-2.4 1,-2.8 l -0.4,1 c 0.4,0.4 0.8,0.6 0.8,1.8 0,1.2 -0.4,1.8 -0.8,1.8 z m 9.4,-2.4 c -0.2,0 -0.2,-0.4 -0.2,-0.8 0,-0.4 0,-0.6 0.2,-0.6 l 0.2,0.2 c 0,0.4 0,1 -0.2,1.2 z m -6.8,-3.8 c -0.4,0 -2.4,-1.8 -2.4,-2.4 0,-0.6 0.8,-1.6 1.2,-1.6 0.6,0 0.6,0.2 0.6,0.6 l -0.2,1.2 z m -3.8,-6.6 c -0.2,0 -0.2,-0.2 -0.2,-0.6 0,-0.2 0.4,-0.6 0.6,-0.8 h 0.4 c -0.2,1 -0.6,1.4 -0.8,1.4 z m 6,0 c -0.4,0 -0.4,-1.4 -0.6,-1.4 h -0.2 c -0.4,0 -1,-0.6 -1.6,-1.8 l 0.2,-0.2 c 1,0 2.4,1.6 2.4,2.6 0,0.4 0,0.8 -0.2,0.8 z m 2.6,-18.6 v -0.2 c 0,-0.6 0.2,-1.2 1,-2 0.2,0 0.2,0 0.2,0.2 0,0.4 -0.4,1 -0.6,1.4 z m 13.4,-6 -0.2,-0.2 v -0.4 c 0,-0.8 0.4,-1.2 1,-2 0.2,0 0.2,0.2 0.2,0.6 0,1 -0.6,2 -1,2 z m 7.8,-10.8 -0.2,-0.2 c 0.2,-0.8 0.4,-1.2 0.8,-1.2 0.2,0 0.2,0 0.2,0.2 l -0.4,0.8 z m -42.6,-7.6 c -0.6,0 -1,-0.2 -1,-0.4 0,-0.8 -0.6,-0.6 -0.6,-1.2 v -0.4 h 1.8 V 123 c 0,-0.4 -0.6,-0.2 -0.6,-0.8 0.2,-0.6 0.4,-0.6 1,-0.6 1,0 0.2,-1.2 1,-1.2 1,0 0.6,-2.6 1.4,-2.6 h 0.2 c 0.2,0 0.4,-0.2 0.4,-0.6 0,-1.6 1.4,-3.2 2,-3.2 0.2,0.4 0,0.6 0.4,0.6 1,0 5.2,-7.8 6.4,-7.8 0.2,0 0.2,0.2 0.2,0.6 -0.4,1.2 -1.4,1 -1.4,1.8 0,0.6 0,1 -0.4,1 -0.8,0 -1.2,2.2 -2,2.6 l -0.4,0.8 0.2,0.8 -0.6,-0.2 c -0.4,0 -0.6,0.2 -0.6,0.6 0,2 -0.2,3 -0.4,3 -0.6,0 -3,2.2 -3,2.6 0,0.8 -0.6,1.8 -1.2,1.8 l -0.4,-0.2 v 0.2 c -0.4,2 0,3.2 -2.4,3.2 z m 6.8,-0.6 h -2.8 c 10,-15 15.8,-22.8 16.2,-22.8 l -5.4,22.2 c -3.2,0.4 -4.4,0.6 -8,0.6 z m -25,-1.6 c -0.2,0 -0.2,-0.4 -0.2,-0.6 l 0.2,-1 -0.8,0.2 -0.2,-0.4 c 0,-0.4 0.4,-0.6 0.8,-0.6 0.4,0 0.8,0.6 0.8,1.2 0,0.6 -0.2,1.2 -0.6,1.2 z m 3.2,-4.8 c -0.6,-0.6 -0.4,-0.4 -0.8,-1.2 0,-0.2 0.2,-0.4 0.4,-0.4 0.4,0 0.6,0.4 0.6,0.8 0,0.6 0,0.8 -0.2,0.8 z m 44.2,-1.8 c -0.2,0 -0.2,-0.4 -0.2,-0.8 0,-0.4 0,-0.6 0.2,-0.6 l 0.2,0.2 c 0,0.4 0,1 -0.2,1.2 z m -42,-1.4 h -0.2 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0,-0.6 0.2,-1 0.6,-1 0.2,0 0.4,0.2 0.4,0.6 z m 0.8,-2 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-0.6 0.8,-1.4 2,-2 v 0.2 c -0.6,1.6 -1,2.4 -1.6,2.4 z m 57.6,-2.2 c -0.2,0 -0.2,-0.2 -0.2,-0.6 v -0.8 c 0,-0.4 0,-0.6 0.6,-1.6 0.8,0.6 0.4,0.4 0.8,1.2 -0.2,1 -0.4,1.8 -1.2,1.8 z m -54.4,-3 c -0.4,0 -0.6,0 -0.6,-0.2 0.6,-0.4 1.2,-0.8 1.8,-1.8 0.2,-0.8 0.8,-1.4 1.4,-1.4 0.6,0 0.8,0.2 0.8,0.6 0,0.8 -2.6,2.8 -3.4,2.8 z m 22,-2.6 -0.2,-0.2 c 0.6,-1.6 1.2,-2.2 3.4,-3.8 -1.2,1.4 -1.8,2.2 -1.8,2.8 v 0.4 c 0,0.4 -0.4,0.6 -0.8,0.6 z m -19,-1.4 c 0.8,-1.8 1.6,-2.8 2,-2.8 0.2,0 0.2,0 0.2,0.2 0,0.4 -0.6,1.2 -1.2,1.8 z m 16.4,0 v -0.2 c 0,-0.4 0.6,-1 1.8,-2.2 v 0.2 c -0.6,1.2 -1,2.2 -1.8,2.2 z m -14,-3.6 c 0.6,-1.8 1,-2.6 2,-2.6 0.4,0 0.6,0.2 0.6,0.8 l -0.2,0.4 h -0.4 c -0.2,0 -0.8,0.4 -1.2,0.8 z m 2.6,-4.8 c 1.2,-2.4 2,-3.6 3,-3.6 0.2,0 0.2,0.2 0.2,0.4 -0.2,1.2 -2.4,3.2 -3.2,3.2 z m 17.2,-1.2 c -0.2,0 -0.2,0 -0.2,-0.2 0,-0.8 0.6,-1 1.6,-1.6 v 0.2 c 0,0.2 -0.4,0.8 -0.8,1.2 z m -12.6,-3.2 c 1.2,-2 2,-1.8 2.4,-3 l -0.4,-1 c 0.8,0.6 0.4,0 1,1 0,0.8 -2.6,3 -3,3 z m 16.8,-3.8 v -0.2 c 0,-2 3.2,-3.6 4,-6 0.2,-0.6 0.6,-1 0.8,-1 0.2,0 0.2,0.2 0.2,0.4 0,0.8 -1.2,3 -2,3.4 -0.2,0 -0.2,0.2 -0.2,0.4 0,0.4 0.2,0.6 0.8,1.4 l -0.4,0.2 c -0.6,0 -0.6,-0.6 -1,-1 -0.4,0 -1.6,2.4 -2.2,2.4 z m 33,-1.2 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0,-0.6 0.2,-1 0.2,-1 l 0.2,0.2 V 86 Z m -45,-1.4 c -0.4,0 -0.6,-0.4 -0.6,-0.8 0,-0.8 1.2,-2.2 2,-2.2 -0.4,1.2 -1,1.4 -1,2.2 v 0.2 c 0,0.4 0,0.6 -0.4,0.6 z m 46.2,-4.2 c -0.2,0 -0.2,-0.4 -0.2,-0.8 0,-0.4 0,-0.6 0.2,-0.6 l 0.2,0.8 z m 0.6,-2.4 h -0.2 v -1.4 l 0.4,1 z m -40.4,-2.2 c -0.4,0 -0.6,0 -0.6,-0.2 0.8,-1 0.4,-0.8 1.4,-1.4 l 0.2,0.2 c -0.2,0.8 -0.6,1.4 -1,1.4 z m 2.4,-4 c -0.4,0 -0.4,-0.4 -0.4,-0.8 l 0.6,-1 c 0.2,0 0.2,0.4 0.2,1 0,0.4 -0.2,0.8 -0.4,0.8 z m 36.4,-19.8 c -0.2,0 -0.2,-0.2 -0.2,-0.4 0,-0.4 0.2,-0.8 0.6,-0.8 0.2,0 0.2,0.4 0.2,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m -2.6,-5.2 c -0.2,0 -0.2,-0.4 -0.2,-1.2 -0.2,0 -0.8,1.2 -1.2,1.2 l -0.4,-2.8 c 0.6,0.6 0.6,1 1,1 l 1.6,-0.8 c 0.4,0 0.6,0.4 0.6,0.8 0,0.4 -0.2,0.8 -0.6,1.2 z m -62,204.6 c 0.2,0 0.2,-0.4 0.2,-0.6 0,-0.4 -0.2,-0.6 -0.6,-0.6 l -0.4,0.2 c 0.2,0.6 0.4,1 0.8,1 z m 16.2,-14.6 c 0.2,0 0.2,-0.6 0.6,-1.8 l -0.2,-0.2 c -0.4,0 -0.6,0.4 -0.6,1.2 0,0.6 0,0.8 0.2,0.8 z m 5,-4.6 c 0.2,0 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 -0.4,0.2 -0.6,0.8 0,0.2 0.2,0.4 0.4,0.4 z m 0.6,-2.4 0.4,-0.2 c 0,-0.4 -0.2,-0.6 -0.8,-0.8 l -0.2,0.4 c 0,0.4 0.2,0.6 0.6,0.6 z m 0,-1.8 c 0.4,0 1.6,-1.8 1.6,-2.8 0,-0.2 0,-0.4 -0.4,-0.4 h -0.4 v 0.6 c 0,1.2 -0.8,0.8 -0.8,2 z m -10,-1 c 0.4,0 0.6,-0.4 0.6,-1 0,-0.4 0,-0.8 -0.2,-0.8 -0.4,0 -0.6,0.6 -0.6,1.2 0,0.4 0,0.6 0.2,0.6 z m 9.4,-0.6 c 0.2,0 0.6,-0.4 0.6,-0.6 0,-0.6 -0.4,-1 -0.8,-1 -0.2,0 -0.4,0.2 -0.4,0.6 0,0.6 0.2,1 0.6,1 z m 12.6,-29.4 0.4,-0.8 c -0.2,-0.8 -0.4,-1.2 -0.6,-1.2 -0.2,0 -0.2,0.4 -0.2,1.2 l 0.2,0.8 z m 3.6,-14.4 c 0.4,0 1.2,-1.2 1.2,-2.2 l -0.2,-0.2 c -0.2,0 -0.8,1.4 -1,2.2 z m 1.2,-3.6 c 0.6,-0.4 1.6,-4 1.8,-5.4 0,-0.4 0,-0.6 -0.2,-0.6 -0.2,0 -1.8,4.4 -1.8,5.8 0,0.2 0,0.2 0.2,0.2 z m -57.6,-6.8 c 3.2,-4.2 7.6,-9.8 7.6,-10.6 0,-0.2 -0.4,-0.4 -0.8,-0.4 -0.8,0.4 -3.6,6 -4.4,6 -0.2,0 -0.4,0 -0.4,0.2 z m 60.6,-4 c 0.6,-0.8 1,-1.4 1,-2.2 v -0.6 c -0.2,0 -1.2,1.4 -1.2,2.2 0,0.4 0,0.6 0.2,0.6 z m 1.2,-3.6 c 0.2,0 0.4,-0.8 1,-2.4 l -0.2,-0.2 c -0.8,0.4 -1,0.4 -1,1.8 z m -47.6,-15.6 c 0.2,0 0.4,-0.2 0.4,-0.8 0,-0.4 -0.2,-0.6 -0.4,-0.6 -0.4,0 -0.6,0.2 -0.6,0.6 0.2,0.6 0.4,0.8 0.6,0.8 z m 11.2,-1.6 c 1,0 1.8,-0.2 1.8,-0.4 -0.4,-0.4 -1.4,-0.4 -2.2,-0.4 -1,0 -1.4,0 -1.4,0.4 0,0.2 0.8,0.4 1.8,0.4 z m 7.8,-1.4 c 1,0 1.8,-0.4 2,-0.6 0,-0.2 0,-0.2 -0.2,-0.2 -1.8,0.4 -2.6,0.4 -3,0.8 z m 44.4,-9.8 c 1.4,-0.4 3.4,0 3.4,-2.4 0,-0.8 -0.2,-0.8 -0.8,-1 -0.6,0.4 -0.6,0.8 -1,0.8 h -0.8 c -0.4,0 -0.6,0 -0.6,0.2 0,0.8 -0.2,1.4 -0.4,2.2 z m 3.8,-5.2 c 0.4,-0.2 0.6,-0.4 0.6,-0.6 0,-0.2 -0.2,-0.6 -0.4,-0.6 -0.2,0 -0.6,0.4 -0.8,0.6 0,0.4 0.2,0.6 0.6,0.6 z m -1,-2.6 c 0.6,0 0.8,-0.6 1.6,-2.2 0,-0.2 -0.2,-0.4 -0.6,-0.4 -0.6,0 -0.2,1.4 -1,1.4 h -0.4 l -0.2,0.2 z m 6.2,-78 c 0.4,0 1.2,-0.8 1.2,-1.4 l -0.4,-0.2 c -0.4,0 -1,1 -1,1.4 0,0 0,0.2 0.2,0.2 z"/><path d="m 285.00015,215.8 v -1.2 l -0.2,-0.8 c -0.6,0.6 -0.2,0.2 -0.6,1.2 v 0.4 z m -10.6,-1.2 c 0.6,-0.2 1.2,-0.6 1.2,-0.8 v -0.2 c 0,-1 0.8,-1 0.8,-2.6 v -0.6 c 0,-1 -0.2,-1.6 -0.2,-2 0,-0.4 0.2,-0.8 0.2,-0.8 l 0.8,0.2 c 0.2,0 0.4,-0.2 0.4,-0.4 v -2.8 c 0,-0.6 0.2,-1 0.6,-1.2 0.6,0 1,0.2 1.2,0.6 l -1.2,1.8 0.2,0.2 c 1,0 1.8,-2 1.8,-3.8 v -0.6 c 0,-0.4 0,-0.6 -0.2,-0.6 -0.6,0 -0.8,0.8 -1.8,1.6 -0.2,0 -0.2,0 -0.2,-0.2 v -0.2 c 0,-0.4 0.6,-0.8 0.6,-1.8 l -0.4,-0.8 c 0,-0.4 0.4,-0.6 1,-0.8 l 1,0.2 c 0.8,0 2,-1.8 2,-2.8 V 196 c 0,-0.4 -0.4,-0.8 -1,-0.8 -0.2,0.2 -0.4,0.4 -0.4,0.6 v 1.2 c 0,0.6 0,1.2 -0.6,1.2 -0.6,-0.4 -0.6,-0.2 -0.8,-0.8 v -0.2 c 0,-0.4 0.6,-0.8 0.6,-1 V 196 c 0,-1.2 1.6,-4 1.6,-5.2 v -0.2 c 0,-0.8 0.2,-1.2 0.6,-1.2 0.2,0 0.2,0.2 0.2,0.4 l -0.6,4 c 0.4,-0.2 0.8,-0.6 1.8,-1.8 l 0.2,0.2 v 2.2 c 0,1.2 1.6,1.4 1.6,2.4 l 0.2,0.2 h -0.2 c -1,-0.2 -1.4,-0.8 -2,-0.8 h -0.2 c -0.2,0 -0.2,0.4 -0.2,0.8 v 0.4 c 0,0.6 0,1.2 -0.6,1.6 -0.2,0 -0.2,0.2 -0.2,0.4 v 0.4 c 0,1 2.2,1 2.2,1.6 -0.6,2 -1,2.4 -1,3.4 0.2,1 0.8,1.8 1,2.2 -0.2,0.8 -0.4,1.4 -0.4,3.8 0.2,1.6 0.6,1.6 2.2,2.2 l -0.4,-1 c 0,-0.2 0,-0.2 0.2,-0.2 h 1 c 0.2,0 0.4,0 0.4,-0.2 l -0.4,-1.2 v -0.2 c 0,-1 1.4,-1.2 1.6,-3.2 0.2,-2 1.6,-3.2 1.6,-4.4 v -0.2 c 0,-0.4 0.2,-1 0.4,-1 l 0.6,0.2 0.2,-0.4 c 0,-0.4 -0.6,-0.6 -0.8,-1.4 0,-1 0.6,-1.4 1.8,-2.8 l -0.8,2.6 c 0.8,-1.4 1.2,-2.2 1.2,-3.2 v -0.2 c 0,-1.4 1.8,-2.6 1.8,-4.2 v -0.2 c 0,-0.8 -1,-1.2 -1,-2 l 0.6,-1.6 c 0.4,0 1.4,1.6 1.8,1.6 0.6,0 1.2,-1 1.2,-1.2 l -0.8,0.6 c -0.2,0 -0.6,0 -0.6,-0.2 l -0.6,-1.8 c 0,-1.8 1,-3.4 1,-3.8 v -0.2 c 0,-0.2 0.2,-0.4 0.6,-0.6 0.4,0 0.6,0.4 0.6,0.8 l 0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 h 0.8 c 0.4,0 0.8,-0.2 1.2,-0.2 0.4,0 0.8,0.2 0.8,0.6 0,0.8 -0.6,3.2 -1.6,3.4 h -0.8 v 0.2 c 0,2.6 -4.4,14.2 -4.4,16 4.6,-10.8 5.4,-13.4 14.6,-31.8 l 3.8,-0.4 c 2.2,-0.2 4,-0.8 4.6,-1.2 0.2,-0.4 0.4,-0.6 0.6,-0.6 0.6,0 1.8,1.2 6,1.6 0,0.2 -1.6,0.8 -1.6,1 4,-0.4 4.4,-1.2 6.2,-1.4 2.2,0 3.2,0.2 3.2,0.4 l -0.4,0.6 0.8,0.2 1.4,-0.4 h 0.8 c 1.8,0 2.2,0.4 4,0.4 h 1 l 8,-1.2 h 1.2 c 0.8,0 1.2,0 1.2,0.2 0,0.2 -0.4,0.6 -0.8,0.8 0,0.2 0.6,0.2 1.4,0.2 h 1.2 c 3.4,-0.2 2.8,-0.8 6.4,-1.2 3,-0.2 5.8,-0.4 10.6,-0.6 3.2,-0.2 2.2,-0.6 3,-1.2 l 1.4,0.8 c 0.4,0 0.4,-0.4 1,-1 0.4,0.4 0.4,1 2,1 0.4,0 1,-0.2 1.8,-0.2 l 16.4,0.2 c 3.2,-0.2 3,-1.2 3.2,-1.2 h 0.2 c 2.4,0 19.8,-8.2 19.8,-8.2 2.4,-0.6 3.6,-1.2 3.6,-1.8 v -0.2 c 0,-0.2 -0.2,-0.4 -0.6,-0.4 h -0.6 c -0.2,0 -0.2,0 -0.2,-0.2 v -0.4 c 0,-0.4 0.2,-0.4 1.4,-0.6 l 1.8,-0.2 c 1.6,0 1.6,-1.6 2.2,-1.6 l 0.6,0.2 c 0,-0.8 -0.6,-0.8 -2,-0.8 -1.2,0.2 -2.2,0.4 -3,1 1.8,-3.4 2.8,-5 3.4,-5 l -0.2,2.2 0.2,0.4 c 0.6,-0.2 3,-2.6 3,-3.6 0,-0.8 -5.6,-0.2 -6.2,-1.2 -0.2,-0.2 -0.4,-0.2 -1,-0.2 -0.8,0 -0.4,0 -1,0.2 -0.4,0 -0.2,-0.6 -0.6,-0.6 h -0.2 c -1,0.6 -0.6,0.4 -1.8,0.8 -0.6,0 -0.6,-0.8 -2.4,-1.2 h -1.4 c 0,-0.2 -7.6,-0.2 -9.4,-0.8 -0.6,-0.4 -1.8,-0.4 -4.8,-0.4 h -8.6 c -24.6,0.2 -39.6,0.6 -47.6,0.6 -4.6,0 -7,-0.2 -7.6,-0.4 v -0.2 c 1.4,-0.4 7,-4.8 7.4,-4.8 0.8,0 6.2,-4.2 6.2,-4.8 0,-0.2 0.8,-0.8 1.8,-1.2 3.4,-2.6 3.4,-5 4.8,-5.2 0.2,0.2 0,0.2 0.6,0.2 l -0.6,-0.8 c 0,-0.2 0.2,-0.4 0.4,-0.6 h 0.8 c 0.4,0 3,-3 3.6,-3.2 l 0.6,0.2 c 0.4,-1.2 0.8,-0.8 4.2,-4.2 0.6,-1.2 2,-2.2 2.6,-2.2 1,0 2,-1 2,-2.4 v -0.8 l 0.2,-0.2 c 0.6,0.4 0.6,0.6 1.2,0.6 0.6,-0.2 1.2,-0.8 2.6,-2.4 2.8,-3 5,-5 6.2,-5.4 1.4,-0.2 6.2,-5.6 6.2,-6.8 V 102 c 0,-0.2 0,-0.2 0.2,-0.2 1.4,0 0.4,-0.6 2.2,-0.8 l 0.6,0.2 -0.2,-0.6 c 0,-0.8 1,-1.6 1.8,-1.8 0.6,0.2 0.4,0 0.8,0.4 l -0.2,-2 1,0.6 c 0.8,0 5,-4.8 5,-5.2 l -0.6,0.4 0.2,-1 h -0.6 c 0,-1 3.6,-3.8 3.6,-4.2 0,-0.2 0.4,-0.8 1,-1 h 0.4 c -1.4,1.8 -2,3 -2,3.6 0.2,0.2 0.2,0.4 0.2,0.4 h 0.6 c 0.8,0 0.2,-1.4 1.6,-2.6 0.4,-0.4 0.6,-0.8 0.6,-1 V 87 c 0,-1 0,-0.8 0.8,-1 0,-1.2 0.6,-2 1.6,-2.2 l 0.8,0.2 c 0,-1.2 0.4,-3 1.2,-3.2 1.2,1.2 0.6,0.8 1.8,1.6 l -0.2,-1 V 81 c 0,-0.6 0.4,-0.8 0.4,-1.2 v -0.6 c 0.6,-1.2 0.2,-0.6 1,-1.4 0.6,0 0.4,0.6 1.2,1.4 0.6,0 0.6,-1.2 1,-3.4 v -0.2 c 1.8,-0.2 4.6,-2.2 4.6,-3.8 v -0.2 l -0.2,-0.8 0.2,-0.2 1.6,1.8 c 0.2,-0.2 -0.4,-1.6 2,-3 3,-1.6 1.4,-3.6 3,-4.2 1,-0.2 1.4,-1 1.4,-1.8 0,-0.2 0,-0.2 -0.2,-0.2 l -1.2,0.6 v -0.4 c 2,-2 2,-2.4 2.4,-2.4 0.4,-0.2 0.6,-0.4 0.6,-0.6 0,-0.6 -0.6,-1 -1.6,-2.2 0,-0.2 0,-0.2 0.2,-0.2 l 3.2,-1 -1,-0.8 c 0,-0.6 3.4,-2.8 3.4,-3.4 -0.4,-0.2 -0.6,-0.2 -0.6,-0.6 v -0.8 c 0,-0.2 0,-0.2 -0.2,-0.2 -3,1 -4.2,3 -5,3.2 l -0.4,-0.4 0.2,-1.4 c -1.4,0.8 -2.2,1.4 -3,1.4 -0.2,0 -0.2,0 -0.2,-0.2 0.4,-0.4 0.6,-0.4 0.6,-0.8 l -0.2,-1 c 0,-0.4 0,-0.6 0.4,-0.6 h 0.4 c 0,-0.2 -0.2,-0.2 -0.8,-0.8 0,-0.4 1,-1 3.6,-2.8 -1.6,0.2 -0.8,0.2 -2.4,0.8 2,-3.8 3,-3.6 3,-4 0,-0.6 -2,-0.4 -2,-0.8 l 1.6,-1.8 -1.8,0.2 -0.4,0.2 c -0.2,0 -0.2,-0.2 -0.2,-0.2 l 0.2,-0.8 c 0,-0.2 -0.4,-0.4 -0.8,-0.4 h -0.6 c -1,0 -1.8,1.2 -4.6,2.6 v -0.8 h -0.6 c -1,0 -3.2,0.8 -5,2.2 -2,1.2 -4,4.2 -4,6 0,1.8 -16.2,16.8 -42.6,41.6 -6,5 -21,18.8 -35.4,32.4 1.8,-6.2 21.8,-44.4 23,-47.6 0.2,-0.6 0.6,-1.8 1.2,-2.8 3.4,-6.4 6.8,-14.2 6.8,-15.2 h -0.8 c -0.2,0 -0.2,0 -0.2,-0.2 l 0.2,-1.2 c -0.6,0 -1.2,1.4 -2,4.2 l 0.2,0.2 1.4,-1.8 c -0.6,1.4 -1,2.2 -1.4,2.2 -1,0.2 -3.2,5.4 -4.2,6 -0.4,0.2 -0.6,0.4 -0.6,0.8 l 0.2,1 c -1.8,-1.2 -1,-0.6 -2.6,-2.2 l 1.6,0.2 0.2,-0.2 -0.4,-0.8 v -0.2 l 0.6,0.2 c 0.2,0 0.4,-0.2 0.4,-0.8 v -1.6 c 0,-0.4 3,-1.8 3,-2.6 l -0.8,-0.8 c 0,-0.2 0,-0.2 0.2,-0.2 h 0.2 c 0.4,0 0.8,0.4 1.2,0.8 l -0.4,-1.2 V 61 c 0,-1.8 4.4,-6 4.4,-8 v -0.2 l -0.2,-1.4 c -0.4,0.4 -0.6,1 -1.2,1 -0.6,0 -1,-0.4 -1.2,-1 0,-1 1.8,-3.2 1.8,-4 -0.4,0 -0.4,-0.2 -0.4,-0.4 l 0.4,-1.8 -0.4,-0.8 c 1.2,0 2.8,-2.6 2.8,-4.8 v -0.4 c 0,-0.4 -0.2,-0.6 -0.4,-0.6 h -0.4 c -0.2,0 -0.4,0.2 -0.4,0.4 l 0.2,0.6 c 0,0 0,0.2 -0.2,0.2 h -1.2 c -1.4,0 -3,2.2 -3.4,2.2 0,-1.4 0.4,-2 0.4,-3.2 V 38 c 0,-0.6 -0.2,-1 -0.6,-1 -0.6,0.4 -0.8,1 -2.2,1.4 h -0.4 c 0,-0.4 2.8,-3 3.2,-3 0.2,-0.2 0.2,-0.8 0.2,-1.4 0,-0.6 0,-0.8 -0.4,-0.8 l -1.2,0.6 c -0.4,0 -0.6,-0.4 -0.8,-1.2 v -0.4 c 0,-1.6 1.2,-3 1.2,-3.6 -0.6,-0.4 -0.4,-0.2 -1,-0.4 -2.8,0.2 -2.8,3.6 -7.6,7.6 1.4,-2.2 2,-3.4 2,-4.2 0,-0.2 0,-0.4 -0.4,-0.4 -0.4,0 -2.4,2.4 -4,3.4 -2,0.6 -3.2,3.8 -5.2,6.4 l -5,8.2 c -0.2,0.2 -0.4,1 -0.4,1.6 v 0.8 c 0,3.4 -6.4,12.8 -6.4,13.4 0,1.4 -12.2,19.6 -12.2,21.6 0,1.2 -3.2,4 -3.2,5 v 0.8 c 0,1.2 -0.6,1.4 -2.4,3.8 -2.2,4.4 -3.6,6.6 -3.8,8 -2.2,2.6 -3.4,6.8 -6.2,12.2 -1.2,1 -0.4,2 -1.6,3.4 -0.8,1.4 -2,4.4 -6.4,13.6 -1,2.4 -0.8,5.4 -1.2,5.4 -1,0.2 -3,4 -3.6,6.6 -0.4,3.4 -10.4,25.6 -10.4,29.8 v 0.2 c 0,1 -1,1.6 -1,3 v 0.4 c 0,0.6 0,1.4 -0.2,1.6 -1.4,0.8 -4.2,14 -4.2,22.4 0,1 0.2,2 0.2,2.8 0.6,7.2 2.8,5.6 2.8,6 -0.6,1 -0.6,1.4 -0.6,2 0,0.8 0.4,1 1.4,1 z m 12,-6.4 -0.2,0.2 -0.4,-1 c 0,-0.4 0,-0.6 0.2,-0.6 l 0.4,0.8 z m 2.4,-3.8 c -0.6,0 -1.2,-0.4 -1.2,-0.8 0,-0.4 0,-0.8 0.8,-0.8 -0.2,0.2 -0.2,0 -0.2,0.4 0,0.8 0.4,0.8 1,1 0,0 0,0.2 -0.4,0.2 z m -4.4,-13.2 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-1 0.2,-1.6 0.6,-1.6 0.4,0 0.4,0.2 0.6,0.6 -0.2,1 -0.6,1.4 -0.8,1.6 z m 1,-4 c -0.2,0 -0.2,-0.2 -0.2,-0.6 v -1.2 c 0,-0.2 0.2,-0.4 0.6,-1 0.2,0 0.4,0.2 0.6,1 0,0.4 0,1 -0.4,1.2 z m 14.6,-3.8 c -0.4,0 -0.2,-0.4 -0.6,-0.8 l -0.6,0.2 -0.2,-0.8 c 0.2,-0.4 0.4,-0.6 0.6,-0.6 l 0.6,0.4 c 1,-0.2 2.2,-4.2 2.2,-5.6 v -0.4 c -0.2,0 -0.8,2 -1.4,2 -0.6,0 -1,-0.6 -1.4,-2.2 v -0.2 c 1,1.2 0.4,0.6 1.6,1.6 0.2,-0.2 0.2,-1.4 1,-1.4 h 0.4 c 0.6,-0.2 2.2,-3.6 2.2,-4.8 v -0.4 c 0.8,-0.8 0.4,-0.6 1.4,-0.8 0.4,0 0.6,0 0.6,0.2 l -0.4,1.8 -1.2,-0.2 0.4,1.2 h -0.8 l 0.2,1.2 c 0,0.4 -0.6,0.2 -0.6,1 l 0.2,0.6 v 0.2 c 0,1.6 -3.2,7.6 -4.2,7.8 z m -13,-0.6 -0.2,-2.6 v -0.8 c 0,-2.2 0.8,-4.2 3.6,-9.4 0.4,-0.6 0.6,-1.4 0.6,-1.8 l -0.2,-0.6 c 0,-0.6 1.2,-1.8 2,-4.2 0.4,-0.8 0.8,-1.4 1,-1.4 l 0.4,0.4 v 0.4 c 0,2.6 -2.4,3.8 -2.8,4.6 0,0.4 0.8,0.2 0.8,1 v 0.2 c 0,1.6 -1.6,3.6 -1.6,4 0,0.8 -2.2,4 -2.2,5 v 0.8 c 0,1.2 -1,4.4 -1.4,4.4 z m 12.8,-2.8 h -0.2 c -0.2,0 -0.4,-0.2 -0.8,-0.6 l 0.6,0.2 c 0.6,-0.2 0.6,-0.6 1,-1.2 v 1 c 0,0.4 -0.2,0.6 -0.6,0.6 z m 1.6,-7.2 c -0.2,0 -0.2,0 -0.2,-0.2 v -0.2 c 0,-1 1.4,-3 1.4,-4.2 V 168 c 0,-1.4 0.2,-2.2 0.6,-2.4 0.2,0 0.4,0.4 0.4,1 v 0.2 c 0,1.8 -1.8,6 -2.2,6 z m 5.8,-4.6 -0.8,-1.2 1,0.2 V 167 l -0.4,-1.2 c 0,-0.4 0.2,-0.2 0.6,-0.8 l -0.2,-0.6 c 0,-0.2 0.2,-0.2 0.4,-0.2 h 0.2 c 0.2,0 0.6,0.2 0.6,0.4 0,0.6 -0.4,1.6 -0.6,2.4 z m 44,3.4 c -0.4,0 -0.6,0 -0.8,-0.2 l 0.4,-0.2 h 0.2 c 0.6,0 0.8,0 1,0.2 z m -12.6,0 c -1,0 -1.4,0 -1.4,-0.2 l 0.2,-0.2 2.2,-0.2 0.2,0.2 c 0,0.2 -0.6,0.2 -1.2,0.4 z m -33,-5.6 -0.4,-0.2 c 0,-0.8 0.6,-1.6 2,-3.2 z m 114,-11.8 c -0.6,0 -1,-0.2 -1,-0.6 0,-0.4 0.4,-0.6 0.8,-0.8 0.6,0 1,0.2 1,0.6 0,0.4 -0.2,0.6 -0.8,0.8 z m -3.4,-0.6 v -0.2 c 0.6,-1.8 1,-2.6 1.4,-2.6 l 0.2,0.2 c 0,0.2 -1.2,2.6 -1.6,2.6 z m -116.4,-4.4 -0.2,-0.2 c 0.2,-3 0.2,-1.4 0.8,-4.4 l -1.2,0.4 c 0.4,-1 0.6,-1.6 1.8,-1.6 0.6,0 1,0.4 1,1.2 v 0.2 c 0,1 -1.6,1.6 -1.8,3.4 z m 4.4,-11.6 c 0,0 -0.2,-0.2 -0.2,-0.8 0,-0.6 0.6,-1.6 1,-1.6 0.4,0 0.4,0 0.4,0.2 0,0.4 -0.2,0.8 -0.6,1.4 z m 44.8,-5.6 c 0,-0.4 0.6,-0.8 1.4,-1.4 l 1,-0.8 v 0.2 c -0.2,0.6 -2,2 -2.4,2 z m -32,2 -0.4,-0.2 c 1.6,-3 3.6,-6 4.2,-9 0.4,-2 1,-3 1.6,-3 0.8,0.2 0.6,0 1,0.8 0,0.6 -1.4,2.2 -1.4,2.8 v 0.8 c 0,0.6 -1.2,2.4 -1.2,3 v 0.2 c 0,0.6 0.6,0.6 1.6,0.8 -1.2,0.2 -2.2,0.4 -3.8,2.6 -0.8,0.8 -1.4,1.2 -1.6,1.2 z m -11,0 c -0.2,0 -0.2,-0.2 -0.2,-1 0,-0.8 0.4,-1.2 0.6,-1.2 h 0.2 c 0.4,0 0.4,0.2 0.6,0.6 0,0.4 -0.2,0.8 -0.6,1.2 z m 46.4,-4.8 h -0.2 c 1.8,-1.6 0.8,-1.2 2.8,-2 -0.2,0.6 -2,2 -2.6,2 z m -7,-2.2 c 0,-0.2 0.2,-0.8 0.8,-1.4 0.6,-0.6 1,-1.4 1.2,-1.4 0,0 -1.6,2.8 -2,2.8 z m 4,-2.4 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.8 0,-0.4 0.6,-1 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.4,0.6 -0.6,0.6 z m 2.8,-2.4 h -0.4 c -0.2,0 -0.2,0 -0.4,-0.2 0.4,-1.2 0.6,-1.8 1,-1.8 0.6,0.8 0.4,0.4 0.6,1.4 v 0.2 c 0,0.2 -0.4,0.4 -0.8,0.4 z m -27.2,2.2 c -1.2,-0.4 -0.6,0 -1.6,-0.8 0,0 0.4,-0.2 1,-0.2 0.6,0 1,0 1,0.4 0,0.4 -0.2,0.6 -0.4,0.6 z m -13,0.2 c -0.2,0 -0.2,-0.2 -0.4,-0.4 0.2,-0.6 0.4,-1 0.8,-1 0.2,0 0.2,0.2 0.2,0.6 0,0.6 -0.2,0.8 -0.6,0.8 z m 52,-5 v -0.4 c 0,-0.2 0.6,-0.8 1.4,-1.6 l -0.2,0.8 z m -36.4,2.6 c -0.2,0 -0.2,0 -0.2,-0.2 0,-0.4 0.2,-1 0.8,-2 0.2,0 0.4,0.2 0.4,0.6 0,0.4 -0.2,1.2 -0.6,1.4 z m -16.2,1 h -0.2 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-0.6 0,-1.2 0.6,-1.2 0.2,0 0.6,0.4 0.6,0.6 0,0.4 -0.4,0.8 -0.6,1.2 z m 12.6,-1.2 -0.4,-0.2 c -0.4,-0.2 -0.6,-0.4 -0.6,-0.8 v -0.2 c 0,-1.6 3.4,-7.2 3.4,-8 v -0.2 c 0,-0.8 1.8,-3.8 2.8,-3.8 0.6,0.2 0.4,0 1,0.6 0,0.6 -2,0.8 -2,1.8 l 0.6,1.6 c 0,0.4 -0.2,0.6 -0.4,0.6 h -0.4 c -1,0 -1.4,3.8 -2.6,4 -0.2,0.2 -0.4,0.6 -0.4,1.2 l 0.2,1 v 0.4 c 0,0.8 -0.6,1.8 -1.2,2 z m 40.8,-8.6 c -0.2,0 -0.4,-0.4 -0.4,-0.6 0,-0.4 0.4,-0.6 0.6,-0.8 0.2,0 0.4,0.2 0.4,0.4 v 0.2 z m -50.4,3 -0.2,0.2 c -0.4,0 -1.2,-1 -1.2,-1.8 0,-0.2 0.2,-0.4 0.4,-0.4 0.6,0 1,0.6 1.4,1.6 0,0.2 0,0.4 -0.4,0.4 z m 1.6,-4.6 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0.2,-0.6 0.6,-0.8 0.6,-0.8 h 0.2 c 0.2,0 0.2,0.2 0.4,0.6 0,0.2 -0.4,0.6 -0.6,0.6 z m 64.8,-6.2 c -0.2,0 -0.4,-0.2 -0.6,-0.6 v -0.2 c 0,-0.2 0.2,-0.4 0.4,-0.6 h 0.2 c 0.2,0 0.2,0.2 0.4,0.4 0,0.6 -0.2,1 -0.4,1 z m -50.4,2.2 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-1 1.6,-5.4 2.6,-6.4 1.2,-1 0.6,-2.2 2,-3.6 0.6,-0.6 1,-1.4 1,-1.6 v -0.2 c 0,-0.4 0.4,-1.2 0.8,-1.8 0.4,-0.8 0.6,-1.8 0.6,-2.2 l -0.2,-0.4 c 0,-0.6 1.4,-0.8 2,-2 0.2,-0.8 0.8,-1.4 1,-1.6 l 0.4,0.2 c 0.6,-0.2 0.2,-3.2 1,-3.2 0.4,-0.2 0.6,-0.6 0.6,-1.4 0,-0.4 -0.2,-1 -0.2,-1.8 1.8,1.2 2.6,1.6 2.6,2.6 0,1 -0.4,1.6 -0.8,1.6 v -0.2 c -0.4,0 -2.6,2.8 -2.6,3.6 l 0.2,0.2 c 0,0.6 -2,1.4 -2,2.2 v 0.2 c 0,0.8 -1,0.8 -1,1.6 v 0.2 c 0,0.8 -1,1.4 -2,2.2 0,0.4 1,0.2 1,0.8 0,0.6 -0.2,1.4 -0.8,1.8 -0.8,0 -0.6,2 -2.2,4 -0.4,0.6 -0.8,1.4 -0.8,1.6 v 0.4 c -1,2.6 -1.6,3.8 -2.6,3.8 z m -9.6,-1.8 h -0.6 c -0.6,0 -1,-0.4 -1,-1 0.4,-0.8 0,-0.6 0.8,-1 0.6,0 1.4,0.4 1.6,1 0,0.2 -0.4,0.8 -0.8,1 z m 66,-7.2 v -0.2 c 0,-0.4 0.6,-0.8 1.6,-1.8 -0.8,1.4 -1.2,2 -1.6,2 z m -15.6,0.2 h -0.2 c 0,0 -0.2,0 -0.2,-0.2 0.2,-1 0.6,-1.6 1.2,-1.8 0.6,0 0.8,0 0.8,0.2 -0.6,1.2 -1.2,1.8 -1.6,1.8 z m 21,-2.8 c -0.4,0 -0.8,-0.4 -0.8,-1.2 v -0.2 l 1.2,1 z m -18.4,0.8 c -0.2,0 -0.2,-0.2 -0.2,-0.4 v -0.2 c 0,-0.8 1.2,-1.6 2,-1.8 l 0.6,0.2 c 0.6,-1.4 0.6,-2.2 1.4,-2.4 0.4,0 0.6,0.4 0.8,1 0,1 -4,2.4 -4.4,3.2 z m 20.2,-2.4 h -0.6 c -0.6,0 -0.4,-0.4 -0.8,-1 0,-0.4 0.2,-0.6 0.4,-0.6 0.6,0 1,0.2 1.6,1.2 0,0 -0.2,0.2 -0.6,0.4 z m -13.4,-2.4 h -1 l -0.2,-0.4 c 0,-1.4 4.2,-6 6,-6.2 0.8,0.4 0.4,0.2 0.8,1 v 0.2 c 0,0.4 -0.4,0.6 -0.8,0.6 -1.8,0.2 -4.6,2 -4.6,3.6 v 0.2 z m 13.2,-3.4 c -0.2,0 -0.4,0 -0.4,-0.2 0.2,-0.6 0.4,-1 0.6,-1 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m -6.6,-2.6 c -0.4,0 -0.4,-0.2 -0.4,-1 0.4,-1.4 1.8,-1 1.8,-2 l -0.2,-0.4 c 0,-1.2 0.4,-1.4 2,-1.6 1.2,0 1.8,0 1.8,0.4 0,0.8 -4.4,4.6 -5,4.6 z m 7.4,-6.2 h -0.4 c -0.6,0 -0.8,-0.4 -1,-1 v -0.2 c 0,-0.8 1.2,-1.8 2.6,-2.2 0.4,0 0.8,-0.2 0.8,-0.4 v -1 l 0.6,0.2 c 0.4,-0.2 0.2,-1.2 0.4,-1.2 1,0.6 0.6,0.2 1,1.2 0,1.2 -3.2,2.6 -3.2,3.6 0,0.6 -0.4,1 -0.8,1 z m -47.8,1.6 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.2,0 0.4,0.2 -0.2,0.8 -0.4,1 -0.8,1.2 z m 53.8,-6.8 c -0.8,-0.2 -1.2,-0.4 -1.4,-1 0,-1.2 2.8,-4 4.6,-4.2 0.4,0 0.6,0 0.6,0.2 -0.2,1 -1.2,0.6 -1.2,1.4 v 0.2 l 0.4,1.4 c 0,0 0,0.2 -0.2,0.2 l -1.6,-0.8 c -0.6,0 -0.6,2.6 -1.2,2.6 z m -54.2,4.8 c -0.4,0 -0.6,-0.6 -1.6,-1.6 l -0.8,1.6 -0.2,-0.4 c 0,-0.8 2,-2.6 2,-3.6 l -0.2,-0.2 c 0,-0.4 1.8,-0.2 1.8,-1.2 V 74 c 0,-1 1.2,-1.8 3.6,-3 h 0.2 c 0,1.2 -3.4,5 -4.2,5.2 h -0.4 c -0.2,0 -0.4,0.2 -0.4,0.4 0.2,0.6 0.6,1 1,1.6 z m 3.6,-3.4 h -0.2 c -0.2,0 -0.4,0 -0.4,-0.2 0.2,-0.6 0.4,-0.8 0.6,-0.8 h 0.2 c 0.8,0 1,-0.6 1.8,-1.6 -0.6,1.6 -1,2.6 -2,2.6 z m 55.6,-7.2 c 1,-1.8 1.6,-3 2.4,-3 l 0.4,0.2 c 0,0.8 -2.4,2.8 -2.8,2.8 z m -66.4,5 h -0.2 c 0,-0.4 0.8,-1 1.6,-2 l -0.4,1 z m -2.6,-2.6 c 0,-1.2 0,-2 1,-2 l 0.2,0.2 c -0.6,1.2 -1,1.8 -1.2,1.8 z m 5.8,-2.6 h -0.2 l 1.8,-2 c -0.8,1.2 -1.2,2 -1.6,2 z m 8.6,-2 c -0.2,0 -0.2,-0.2 -0.2,-0.6 0,-0.2 0.2,-0.6 0.6,-0.8 l 0.4,0.4 c -0.2,0.6 -0.4,1 -0.8,1 z m 4.8,-1 c 0,0 -0.2,-0.2 -0.2,-0.8 0,-0.2 0.2,-0.6 0.6,-0.8 h 0.2 c 0,1 -0.2,1.6 -0.6,1.6 z m -1.2,-19.8 0.6,-1.6 c 0.2,0 0.2,0 0.2,0.2 l -0.4,0.8 z m -3.2,-0.4 c -0.2,0 -0.4,-0.2 -0.6,-0.6 0,-0.4 0.4,-1 0.8,-1 0.4,0 0.4,0 0.4,0.2 l 0.2,0.4 c 0,1 -0.4,1 -0.8,1 z m 6.2,-2.6 h -0.2 c 0.6,-2 1,-2.8 1.6,-2.8 0.2,0 0.4,0.2 0.4,0.6 V 41 c 0,0.6 -0.4,1 -1,1.6 z m -5.4,-1.2 c 0,-0.4 0.8,-1.2 1.8,-2 l 1.2,-1 c -0.6,1.4 -2.4,2.8 -3,3 z m -2.6,-0.4 c 0,0 0.4,-0.4 0.8,-1 0.8,-1 1,-1.6 1.2,-1.6 0.2,0 0.2,0.2 0.2,0.6 0,0.2 -0.4,0.8 -1,1.4 z m -67.6,169.2 c 0.6,-0.2 1.2,-1 1.2,-1.8 l -0.2,-1.2 c -0.2,0 -0.2,0.6 -0.8,1.4 -0.6,0 -2.2,-1.8 -3.2,-1.8 h -0.2 c -0.2,0 -0.4,0.2 -0.4,0.6 0,0.4 3.2,1.4 3.2,2.2 0,0.4 0.2,0.6 0.4,0.6 z m -0.4,-5.4 c 0.8,-0.2 1,-1.2 1.2,-2.8 l -0.2,-0.2 c -1,0.8 -1.6,1.6 -1.6,2.2 0.2,0.6 0.4,0.8 0.6,0.8 z m 15,-17.8 c 0.4,-1.2 0.4,-0.6 0.4,-2 0,-0.6 -0.2,-0.8 -0.6,-0.8 -0.4,0 -0.4,0.2 -0.6,1 z m 77,-13.4 c 0.6,0 1,-0.2 1,-0.4 -0.2,-0.2 -1.6,-0.8 -2,-0.8 -0.2,0 -0.4,0.2 -0.4,0.6 0,0.2 0.8,0.6 1.4,0.6 z m -11,0 c 1,-0.2 1.6,-0.4 1.8,-0.6 h -0.4 c -0.8,0 -2.2,0 -3.8,0.2 l -3.2,0.4 z m 59.8,-13.2 c 0.4,0 0.6,-0.6 0.6,-0.8 0,-0.4 -0.4,-0.6 -0.4,-0.6 -0.2,0 -0.4,0.4 -0.6,1 z m -69.2,13.8 0.2,-0.6 c 0,-0.4 -2,-0.8 -4.2,-0.8 -0.8,0 -1.6,0.2 -2.2,0.2 -1,0 -1.4,0.2 -1.4,0.2 0,0.4 2.8,0.6 7.6,0.8 z m -12.2,-0.4 c 0.6,0 0.8,-0.2 0.8,-0.4 -0.2,-0.4 -1.2,-0.6 -2.4,-0.6 h -1 c -0.4,0 -0.8,0.2 -0.8,0.2 l 2.4,0.8 z m 2.4,0 c 0.4,0 0.6,0 0.6,-0.4 -0.4,-0.6 -0.8,-0.8 -1,-0.8 -0.4,0 -0.6,0.4 -0.6,0.8 0,0.2 0.2,0.4 0.6,0.4 z m -8.6,0.2 c 0.2,0 0.2,0 0.2,-0.2 l -0.2,-0.4 c 0,-0.2 -0.4,-0.6 -1,-0.6 -0.4,0.2 -0.6,0.2 -0.6,0.4 z m 1.4,0 c 0.4,-0.2 0.6,-0.4 0.6,-0.4 0,-0.2 -0.4,-0.4 -1,-0.6 l -0.2,0.4 c 0,0.4 0.4,0.6 0.6,0.6 z m -5.4,-0.2 1,-0.4 -0.2,-0.2 h -0.4 l -0.8,0.2 -0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m 15.2,-2 c 0.6,-0.2 0.8,-0.2 0.8,-0.4 l -0.2,-0.2 -1.4,0.2 -0.2,0.2 c 0,0 0.4,0.2 1,0.2 z m -7.4,-26.2 c 0.8,0 1.4,-0.2 1.4,-0.4 l -0.2,-0.2 c 0.4,-1 0.2,-0.6 0.6,-1.6 l -3,2.4 z m 3.2,-1.6 c 1,-0.6 1.6,-0.6 1.6,-1.4 l -0.2,-0.8 0.6,0.2 c 1.2,-0.2 11.2,-7.6 11.8,-9 0,-0.2 -0.6,-0.6 -2,-0.6 -0.4,0 -0.6,0.2 -0.6,0.2 0,0.4 -1.2,1.8 -3,3.2 -2,1.4 -3.2,2.6 -3.2,3.2 l 0.2,0.2 -0.4,0.4 h -0.8 c -0.6,0 -0.8,0.2 -0.8,0.4 l 0.4,0.6 c 0,0.2 -0.2,0.2 -0.2,0.2 l -0.8,-0.2 c -1.6,0.2 -2.6,1.8 -2.8,3.2 0,0.2 0,0.2 0.2,0.2 z m 32.6,-27 1.6,-2 c -1.2,0.8 -1.8,1.4 -1.8,1.8 0,0.2 0,0.2 0.2,0.2 z m 11.2,-10.4 c 0.8,-0.6 0.8,-0.2 1,-1 l -0.4,-0.2 c -0.4,0 -0.6,0.4 -1,1 z m 7.4,-7.2 c 2.4,-1.4 3.4,-2.4 3.4,-2.8 h -0.2 c -0.2,0 -1,0.6 -1.6,1.2 z m 6.6,-6 c 0.2,0 2.2,-1.8 2.2,-2.6 -0.2,-0.4 0,-0.4 -0.4,-0.4 -0.6,0.2 -1.6,0.8 -2,3 z m -2.8,-2 c 0.6,-0.2 1,-0.6 1,-0.8 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.4,0 -0.8,0.4 -1,1 0,0.2 0.2,0.4 0.6,0.4 z m 8.8,-3 v -0.4 c 0,-0.6 -0.8,-1.2 -1.8,-1.2 -0.4,0 -1,0.6 -1.2,1 l 0.2,0.4 1,-0.4 c 1,0 1.2,0.6 1.4,0.6 z m 0.8,-2.2 c 1.2,0 1.8,-1 3,-2.6 -2.2,1.2 -3.2,1.6 -3.2,2.2 v 0.2 z m 3.6,-3.8 c 0.6,0 1.2,-0.4 1.2,-0.6 V 82 c 0,-0.2 0.2,-0.4 0.6,-0.4 1.2,-0.2 10,-8.8 13.2,-14.2 l -0.4,0.2 c -0.6,0 -0.2,-2 -1.6,-2 h -0.2 c -0.8,0 -1.2,0.4 -1.2,0.8 0,0.6 1.8,0.8 1.8,1.6 0,1.4 -3.8,4 -3.8,5 0,0.4 -1.2,0.2 -3.2,3 -2.2,2.8 -5.4,4.2 -5.4,5 0,1.2 -1.8,0.8 -1.8,1.4 0,0.4 0.4,0.4 0.8,0.4 z m 11.2,-30.2 c 0.6,0 1.4,-0.8 2.8,-3 l -0.2,-0.2 c -1,0.2 -2.8,2.6 -2.8,3.2 z m -60.8,4.6 c 0.4,-0.2 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.2,-0.6 -0.4,0 -0.6,0.4 -0.8,1 z m -0.8,-6.6 c 0.8,-0.2 1.6,-2 1.6,-2.8 v -0.4 c -0.6,0 -2.2,2.2 -2.2,2.6 0.2,0.4 0.4,0.6 0.6,0.6 z"/><path d="m 414.60007,214.6 c 3.6,0 13,-2.4 34,-8 0.8,-0.4 3,-1 5,-1.4 25.6,-7 23.2,-5.8 23.8,-6.8 l 0.2,-0.4 c 0,-0.2 0,-0.2 -0.4,-0.2 -0.8,0 -3.4,1.2 -5.2,1.2 -1.2,0 -2.2,-0.6 -2.4,-1.8 0,-1.6 3.8,-2.4 5.6,-2.4 0.6,0 1,0.2 1,0.6 -0.2,1.2 -2.6,1.4 -2.6,1.8 0.2,0.2 0.4,0.4 0.8,0.4 3.2,-0.6 3.8,-1 3.8,-1.4 0,-2.4 0.4,-2.6 4.6,-3.4 l 0.6,0.2 c 0,0.2 -1,0.8 -1,1.4 0.2,0.8 0,0.4 0.6,0.8 0.6,0 1.2,-2.6 1.4,-2.6 v 1 l 0.4,1 c 0.4,-0.8 0.2,-1.4 0.8,-1.4 l 2.2,0.4 0.2,-0.2 c -0.8,-0.8 -0.6,-0.4 -1,-1.2 0,-1 3.2,-0.4 3.6,-1.4 0.2,-0.4 0.4,-0.6 0.8,-0.6 0.6,0 0.4,2.4 1.2,2.4 0.2,0 0.2,-0.4 0.2,-0.6 v -1.2 c 0,-0.2 0,-0.4 0.2,-0.4 1.4,0.8 2,1.6 2.8,1.6 l 0.2,-0.2 -0.6,-0.8 c 0,-0.6 1.4,-2 5,-2.4 1.2,-0.8 5.4,-0.8 6.2,-1.2 1.4,-0.8 3,-0.4 6.6,-1.4 l 0.4,-0.2 c 0.2,0 0.2,0.2 0.2,0.6 0,1.2 -2.6,0.8 -3.4,1.6 l -0.6,0.4 c 1.6,0 4.8,-0.4 4.8,-1.8 l -0.2,-1 c 0,-0.4 0.4,-0.6 1.6,-0.6 h 2.8 c 0.4,0 0.6,0 0.6,-0.2 l -0.4,-0.8 0.2,-0.2 1.4,0.2 c 1,0 0.6,-1 1.2,-1 l 2.2,-0.2 0.4,-0.4 -0.8,-0.2 -4.4,0.4 -0.4,-0.2 c 3,-1.2 3,-1.4 6,-2 4.4,-0.2 8.8,-2 10.4,-3.4 l -0.2,0.6 c 0,0.2 0.2,0.4 0.4,0.4 1.2,0 4.2,-3.4 5.2,-3.4 0.2,0 0.4,0 0.4,-0.2 0,-0.2 -0.2,-0.2 -0.2,-0.4 l -1,-0.2 c -2,0 -5.4,0.6 -6.4,1 -0.4,0 -0.6,-1 -1.4,-1 -2.6,0.6 -2,2 -3.2,2 -0.6,0 -0.8,-0.6 -0.8,-1.2 v -0.2 c 0,-1 0.8,-1.6 2.4,-1.6 0.6,0 1,-0.2 1,-0.4 V 172 c 1.6,0 2,0.6 2.4,1.8 0.4,-1.4 0.2,-1.8 2.6,-3.8 2.6,-1.6 2.6,-2 2.8,-2.2 l 1,0.2 c 0.4,0 0.6,-0.2 0.6,-0.4 0,-0.8 -1.8,-1.2 -3.2,-1.2 -1.6,0 -1.8,0.4 -2.4,1 -0.2,0 -0.2,-0.2 -0.2,-0.6 v -0.2 c 0,-1 2.4,-1.4 2.4,-2 -0.2,-0.2 -0.6,-0.2 -1.2,-0.2 -1,0 -2.8,0.2 -4.6,0.6 h -0.8 c 0,-0.6 1,-1 2.4,-1.8 -2.2,0 -3.6,0 -3.6,0.4 0,0.6 -3.6,2.4 -4.6,2.4 -0.4,-0.2 -0.4,0 -0.4,-0.4 0,-0.6 2.2,-0.4 3.6,-1.8 l -0.8,-0.2 c -8.4,0.4 -9.8,1 -11.6,1.4 -16.6,2.4 -17.6,2.4 -41,6 -1.4,0.4 -4.2,0.8 -6.2,1.2 l -17.8,3.6 -2.4,0.2 c 0,-0.2 5.6,-9.2 12,-19.8 l 12.2,-19.8 c 15.8,-2.8 23,-4 23,-4.6 -0.4,-0.4 -0.6,-0.4 -0.6,-1.4 0,-1.4 0.2,-2 0.6,-2 l 1,0.4 c 0.6,0 0.8,-0.6 2,-1.6 0.4,0 0.4,0.6 1,0.6 1,0 2.4,-1 3.8,-1 l 3,0.4 c 0.4,0 0.8,0 1,-0.4 0.6,-0.6 1.6,-0.8 3.4,-0.8 3.2,0 2.6,-0.6 3.4,-0.6 l 1.4,0.2 c 0.6,0 0.8,0 0.8,-0.2 0,-0.6 2.6,-0.8 8.4,-0.8 2.6,0 1.8,-1.2 3.4,-1.2 0.8,0 1.4,-0.2 1.4,-0.4 0,-0.2 -1,-0.4 -2.2,-0.4 -3.2,0.2 -12.8,1.4 -13.2,1.6 l -1.4,-0.2 -0.6,-0.2 c 0,-0.4 26.8,-2.8 30.2,-3.6 5,-1 7.8,-0.6 7.8,-1.2 l -0.8,-1.2 c 0,-0.2 0,-0.2 0.2,-0.2 2.6,-0.2 4.4,-0.4 4.6,-0.8 0,-0.4 -3,-0.8 -4.8,-0.8 l -1.2,0.2 c -0.4,0 -0.4,-0.8 -0.6,-0.8 -0.4,0.4 -0.2,0.6 -1,0.6 -2.8,-0.4 -4.2,-0.4 -4.2,-1.2 l 0.8,-1.2 -1.2,0.4 c 0.4,-0.6 0.6,-0.8 1.6,-0.8 l 1.4,0.2 c 1,0 0.8,-1 1.4,-1 1.4,0 6,-2.2 6,-3 -0.2,-0.8 -1,-1 -1.6,-1 -2.6,0 -4.8,-0.2 -4.8,-0.4 0.6,-0.2 0.8,-0.4 0.8,-0.6 0,-0.8 -4.4,-0.8 -4.4,-1.2 0,-0.4 4.8,-1 4.8,-1.6 0,0 -0.4,-0.2 -1.2,-0.2 -2,-0.2 -6.2,-0.2 -11.4,-0.2 -12.2,0 -29,0.4 -29.6,0.8 -0.4,0.4 -5.6,0.6 -13,1 1.4,-1.6 2.2,-2.4 2.2,-3.2 0,-0.2 -0.2,-0.2 -0.4,-0.2 l -1.4,0.6 c -0.2,0 -0.2,0 -0.2,-0.4 0,-0.4 0.2,-0.8 0.4,-0.8 h 0.8 c 1,0 1.4,-0.2 1.4,-0.8 l -0.2,-0.4 c 0,-0.2 0,-0.2 0.2,-0.2 h 0.6 c 0.8,0 0.6,-1.6 1.4,-2 0.8,-0.4 0.6,-1.6 1.6,-2.4 0.8,-0.8 0.6,-2.6 1.8,-4 1.4,-1.2 5.4,-7.4 5.4,-8.4 0,-0.8 0,1.6 5.6,-10.4 4.4,-8.8 4.4,-8.8 4.4,-9.6 0,-0.2 0.8,-0.6 1.6,-0.6 22.2,-2.8 36.2,-3.4 36.2,-4.4 0,-0.2 -0.6,-0.2 -1.8,-0.2 -7.6,0.2 -3.4,0.4 -10.4,0.4 -9.6,0.6 -9.6,0.8 -23,2 -1.8,0 -3,0.4 -3.6,0.6 -0.2,0 -0.4,-0.4 -0.4,-0.8 0,-2.2 0.4,-2.4 8.4,-2.6 4.2,0 3.6,-1 4.8,-1 l 3,0.2 c 1,0 1.6,0 1.6,-0.2 0,-0.4 1.2,-0.4 2.6,-0.4 4.8,0 4.6,-0.8 7.4,-0.8 2.2,0 1.8,0.2 2.4,0.4 1,-0.4 1,-0.8 2.4,-0.8 2.6,0 5.6,-0.2 5.6,-1.2 0,-0.4 0,-0.2 -0.4,-0.4 -0.6,0 -0.8,0 -2.2,-0.6 0,0 1,-0.2 2.6,-0.2 1.8,0 2.8,0.2 2.8,0.2 -1.8,0.8 -1.6,1.2 -2,2.2 l 0.4,0.2 c 1,-0.2 1.2,-0.6 3.4,-0.6 2.6,0 4.4,-0.2 4.4,-0.8 0,-0.4 -0.6,-1 -1.4,-1 l -0.8,0.2 c -0.6,0 -1.2,0 -1.4,-0.4 0,-0.4 2.6,-0.6 8.8,-0.8 5,0 10,0 10.8,-0.2 l 3.4,-0.2 c 1,0 1.4,0 1.4,-0.4 l -1,-1.4 c 0,-0.6 -2.4,-2.8 -3.8,-2.8 -1,0 -1,0.4 -1.8,0.8 -0.4,0 -0.6,-0.6 -0.8,-1.6 0,-1 0.6,-1.6 1.6,-1.6 l 1.6,0.4 c 1,0 0.8,-1 1.8,-1 0.8,0 1,0 1,0.2 l -1.4,1.4 c 3.4,-0.4 4.6,-0.8 4.6,-1.2 0,-0.4 -1.2,-1.2 -1.2,-1.6 0,-1 0.6,-1 0.6,-1.6 0,-0.4 -0.6,-0.8 -1.6,-0.8 h -1 c -0.6,0 -0.4,-1 -1.6,-1 l -3.6,0.8 c -0.4,0 -0.4,-0.2 -0.4,-0.6 -0.2,-1.4 -0.2,-1.2 -1,-1.6 l 0.4,-0.2 c 2,0.4 1,0.4 3,0.6 2.2,0 2.8,-0.6 5.4,-1.6 0,-0.2 0,-0.2 -0.2,-0.2 l -5.4,0.8 -0.2,-0.2 c 2.6,-0.6 4,-0.8 4,-1 0,-0.6 -2.2,-0.4 -8,-1.2 -13.6,-2 -18,-2.2 -34.2,-2.2 -15.8,0 -26.4,0.4 -29.4,0.4 -1,0 -1.6,0 -1.6,-0.2 0,-1.2 -1.6,-2.4 -2.2,-2.4 l 0.2,1 c 0,0.4 0,0.6 -0.4,0.6 l -1.2,-0.8 -0.4,0.4 c -0.6,-0.4 -0.6,-0.8 -1.4,-0.8 -2.4,0 -5.8,2.4 -6.2,3 l -0.6,-0.2 c -0.2,0 -0.4,0 -0.4,0.2 0,1.2 -10.6,2 -21.2,3.8 -5.2,1.2 -9.2,1.2 -9.2,1.6 0,0.2 -0.2,0.2 -0.6,0.2 -2,0 -5.4,3 -5.4,5.4 1.2,4.8 3.6,4.2 3.6,5.2 0.4,0.8 1.4,1.2 2.2,1.2 0.6,0 0.6,-0.8 1,-0.8 0.4,0.4 0.4,0.8 1,0.8 1.2,-0.4 1.8,-0.8 3.8,-0.8 0.4,0 0.6,0 0.6,0.2 -0.6,1.2 -0.8,1.6 -1.2,1.6 -0.4,0 -0.6,-0.4 -1.8,-0.4 -3,0.2 -3,0.4 -3,2.6 0,1.4 0.4,1.6 1.6,2.4 0.2,0 0.2,-0.2 0.2,-0.6 V 56 c 0.2,0 0.8,0.8 0.8,1.4 0,0.4 -0.6,0.8 -0.6,1 v 0.2 c 0,0.6 2.2,2 2.8,2 0.4,0 1,1.6 3,1.6 1.4,0 1.8,0 2,0.6 V 63 c 0,0.2 0,0.4 0.2,0.4 l 1.6,-0.8 0.4,0.2 c -2,1 -1.6,3.2 -5.2,3.2 -1.4,0 -2.2,0.2 -2.2,0.4 0,0.4 1.4,0.6 4,0.8 0,0.6 -7,11.6 -12.8,21.8 l -7.2,13.8 c -5.4,10.4 -1.8,7.4 -13.4,10 -11,2.2 -11.8,3 -13.6,3.4 -3.6,0.4 -8.4,2.8 -9.4,4.6 -0.4,0.8 -0.6,1.8 -0.6,2.6 v 0.8 c 0,2.4 2,4 2.4,5.2 0.2,0.4 1.2,1 2,1 2.4,0.4 2.8,4 3.8,4 0.8,0 -0.6,2 3.8,2.4 2,0 3.4,0.2 3.4,0.4 0,0.2 -2.8,0 -2.8,1 0,0.4 0.2,0.4 1,0.4 l 6.4,-0.4 c -1,2.4 -1.4,3.8 -3.4,3.8 -0.8,0 -1.6,0.4 -1.6,0.6 0,0.2 0.4,0.4 0.8,0.4 h 1.4 c 0.6,0 0.8,0 0.8,0.2 v 0.2 c 0,0.4 -0.4,0.8 -1,1.4 l 0.8,-0.2 c 0,0.4 -2,2.8 -6.6,12.8 -7.6,17.2 -5,11 -6.4,14 -1.4,3.8 -5.6,12.2 -6.2,13.2 -0.8,1 -3.4,2.2 -9.6,4.2 -7.2,2.4 -9.2,4.4 -9.2,8.2 0.2,2 1,3.6 2.2,3.6 0.4,0 0.6,0.2 0.8,0.6 0.6,1.2 0.6,1.8 1.2,1.8 1.2,-1 1.4,-1.4 2.6,-1.4 2.4,0 3.2,6.2 5,7.2 0.8,0.4 1.2,0.8 1.2,1 v 0.4 c 1,0 1.8,-0.2 1.8,-0.6 V 209 c 1.8,0.4 1.2,1.6 2.4,1.6 1.8,0 4.4,-1.8 4.4,-2.2 0,-0.4 -1.8,-0.2 -1.8,-0.4 0,-0.4 0.8,-0.6 2.2,-0.8 h 1.4 c -0.6,0.4 -1,1 -1,1.4 0.2,0.4 0.6,0.8 1,0.8 l 2.8,0.6 0.4,-0.2 -0.2,-0.6 c 0,-0.6 1.2,-0.2 1.2,-0.8 v -0.2 c 0,-0.6 2.6,-1.2 8,-1.4 0.6,0 1,0 1,0.2 -0.4,0.2 -0.6,0.6 -0.6,1.2 l 0.4,1 -1.8,-0.8 -1.4,0.8 c 0,0.2 0.2,0.2 0.6,0.2 0,0.4 -3,1.6 -4.6,1.6 -2,0 -4.6,1.4 -7.2,1.4 -3,0 -2.8,1 -4.2,1 -0.6,0 -1,0.2 -1,0.6 0,0.4 0,0.6 1.2,0.6 z m 19.8,-5.8 c -0.4,0 -0.6,0 -0.6,-0.2 l 1,-0.4 0.4,0.2 0.2,0.2 z m 5.6,-1.4 -0.2,-0.2 0.6,-1 c 0,-0.4 -1.6,-0.4 -1.6,-0.8 v -0.2 c 0,-0.2 0.2,-0.4 0.6,-0.4 0.8,0 0.8,1.2 2.4,1.2 l 1.8,-0.2 c 0.2,0 0.4,0 0.4,0.2 -0.2,0.2 -1.2,0.6 -2.6,1 z m -18.4,-0.4 c -0.4,0 -0.8,0 -0.8,-0.2 l 0.8,-0.6 c 0.4,0 0.8,0 0.8,0.4 v 0.2 c 0,0 -0.4,0.2 -0.8,0.2 z m 1.8,-0.6 c 0,-0.2 2.2,-1 3,-1 l 0.6,0.2 c -0.2,0.4 -0.8,0.6 -2.4,0.6 z m 14,0 c -0.6,0 -1,-0.2 -1,-0.8 0,-0.2 0.2,-0.4 0.4,-0.4 0.8,0 1.4,0.2 1.4,0.8 0,0.2 -0.4,0.4 -0.8,0.4 z m 8,-0.6 c -1.6,0 -1,-0.8 -2,-1.2 -0.2,-0.2 -0.4,-0.4 -0.4,-0.6 0,-0.6 0,-0.4 0.4,-0.8 l 0.8,0.2 c 0.8,0 1.6,-1.6 3.4,-1.8 1,0 1.2,2.4 2.2,2.4 0.4,0 0.6,-0.2 0.6,-1 0,-0.2 0,-0.2 -0.2,-0.2 l -1.2,0.2 c 1,-1.2 1,-1.2 2.8,-1.2 l -0.6,-1 0.2,-0.2 1.8,0.4 0.2,-0.2 v -0.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 1.2,0.2 0.8,0 2,0.6 l 0.2,-0.2 -0.2,-0.6 c 0,-0.2 0.2,-0.4 0.6,-0.4 1.6,0 2.8,0.8 3.8,2 V 201 l -0.4,-2 c 0,-0.4 0.2,-0.6 0.6,-0.6 0.6,0 1,0.2 1,0.6 0.2,0 0.8,-0.4 1.4,-1 0.8,-0.6 1.2,-1 1.6,-1 1,0.4 0.6,0.2 1.6,0.4 0.6,0 1.2,-0.6 1.8,-0.6 0.6,0 1,0.4 1.2,1.8 v 0.2 c 0,1.2 -3,1.8 -10.8,3.6 -0.4,0 -0.6,-0.2 -0.6,-0.4 l 0.2,-0.8 c -0.6,-0.8 0,-0.6 -0.8,-1 l 0.2,0.6 c 0,0.6 -0.8,0.8 -2,1.6 0.8,0 1.2,0 1.2,0.2 0,0.8 -8.8,3.2 -11.2,3.2 z m 3.4,-1.2 -0.8,-0.4 c -0.6,0.2 -0.4,0 -1,0.4 z m 14.6,-4.2 c 1,0 5,-1 5,-1.6 -1,-1 -0.4,-0.4 -1.8,-1 l -0.2,0.2 0.2,0.4 c 0,0.6 -3.4,1.4 -3.6,2 z m -35,5 c -0.4,0 -0.6,0 -0.6,-0.2 0.8,-0.6 1.4,-1 2,-1 h 0.6 c 0,0.2 -1.2,1.2 -2,1.2 z m 3.4,-1.2 h -0.2 c 0,-0.4 2,-1 5.8,-2 h 0.2 c -0.2,0.6 -4.8,2 -5.8,2 z m -24.4,-1.2 c -0.2,0 -0.6,-0.2 -0.8,-1.2 l 0.2,-0.4 c 0.2,0 0.4,0.4 0.8,1.4 0,0.2 0,0.2 -0.2,0.2 z m 32,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.8,-0.4 0.6,0.2 v 0.2 z m 2,-1 h -0.4 c 0.4,-0.6 5,-1.8 5.8,-1.8 0.2,0 0.2,0.2 0.2,0.4 0,1.2 -4.8,1.4 -5.6,1.4 z m 6.6,-1.8 c 0.6,-0.6 4.8,-2 6.2,-2 l 0.4,0.2 c 0,0.2 -1.6,0.8 -3.6,1.4 z m 8.4,-2 c 0.6,-0.8 0.2,-0.4 1,-0.8 0.4,0 0.2,0 0.4,0.2 l -0.6,0.4 z m 2.4,-0.4 -0.2,-0.2 c 0.4,-0.4 0.8,-0.8 2.4,-1.2 2,-0.4 2.2,-1 3,-1.2 1,0.2 1.2,0.4 1.2,0.8 -0.2,0.4 0,0.4 -0.6,0.6 l -0.2,-0.2 c -2.2,0.2 -3.6,0.4 -5,1.2 z m 10.8,-3 h -1.6 c 2,-0.4 2.8,-1 3.6,-1 h 0.6 c 0,0.4 -1,1 -2.6,1 z m 4.2,-0.8 c 0,-0.8 3.6,-2 5.4,-2 0.8,0 1.2,0 1.2,0.2 0,0.2 -4,0.8 -5.2,1.6 z m 7.8,-2 -0.2,-0.2 c 0,-0.2 3.6,-1.4 5,-1.4 h 0.2 l -1.6,0.8 z m 6.4,-1.8 -0.2,-0.2 c 2.8,-1.2 1.4,-1.2 4.6,-1.6 l 2.2,0.4 c -2,0.8 -3.4,1.2 -5.4,1.2 z m 7,-1.8 c 3,-1 4.2,-1.8 5.6,-1.8 10.2,-2 14.8,-3.2 16.6,-3.2 h 0.2 c -2.4,1.2 -1.2,0.6 -4,1.4 -1.2,0 -14.2,3.4 -16.4,3.4 z m -19.2,-2.8 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.2 0.4,-0.6 1.4,-0.8 v 0.4 c -0.2,0.4 -0.6,0.6 -1,0.6 z m 18.4,-3.4 c 0,0 -0.2,-0.2 -0.2,-0.4 0.2,-0.6 0.4,-0.8 1,-0.8 0.2,0 0.4,0 0.4,0.2 -0.2,0.6 -0.4,1 -1.2,1 z m 2.8,-1 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.4 0.8,-0.8 2,-1 l 0.4,0.2 -1.2,0.8 z m 6.6,-1.4 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.6,0.2 0.6,0.6 0,0.4 -0.4,0.6 -0.6,0.6 z m -75,-0.6 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.6 0.6,-0.6 0.2,0 0.6,0.4 0.6,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m 78.2,0 c -0.6,0 -0.8,-0.2 -0.8,-0.4 0.2,-0.4 0.2,-0.4 0.6,-0.4 0.4,0 1,0.2 1,0.6 z m 3.6,-0.6 c -0.2,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.6 0.6,-0.6 0.4,0 0.6,0.4 0.6,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m -66.2,-0.8 c -0.2,0 -0.6,-0.2 -0.6,-0.4 0,-0.8 1.4,-1.2 1.4,-2 l -0.2,-0.4 c 0,-0.6 0.8,-0.4 0.8,-1.4 0,-0.4 0.2,-0.6 0.6,-0.6 h 0.2 c 1,0 0.6,-0.6 0.8,-1.6 h 0.4 c 0.4,0 1,-1.4 1,-2.2 V 168 c 0,-0.6 1.4,-0.2 1.4,-1.6 V 166 c 0,-1.8 2.6,-3.4 2.6,-4 l -0.2,-0.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 h 0.2 c 0.8,0 1.8,-3.8 2.2,-3.8 l 0.4,-0.2 -0.4,-0.6 c 0,-0.2 0.2,-0.4 0.6,-0.4 h 0.2 c 0.2,0 0.6,-0.2 0.6,-0.6 0,-1.2 0.6,-2.6 1.2,-2.6 h 0.4 V 152 c 0,-1 2.2,-2.2 2.2,-3.2 l -0.2,-0.6 c 0,-0.2 0.2,-0.2 0.4,-0.2 h 0.2 c 0.2,0 0.4,-0.2 0.4,-0.6 l -0.2,-0.4 c 0,-0.4 0.2,-0.6 0.4,-0.6 h 0.2 c 0.8,0 2.4,-2.6 2.4,-3.6 l -0.2,-0.2 c 0,-0.2 0.2,-0.4 0.4,-0.4 l 0.6,0.2 c 0.8,0 1.2,-0.2 1.2,-1 v -0.6 c 0,-0.2 0.4,-0.4 0.8,-0.4 0.2,0 0.4,0 0.4,0.4 -1.2,3 -2.2,4.6 -2.6,4.6 -0.2,0 -0.2,-0.2 -0.2,-0.4 0,-0.4 1,-1 1,-1.8 v -0.4 c -0.4,0 -0.8,0.8 -1.2,2.4 l 0.2,0.6 c 0,1.2 -7.4,12.4 -7.4,13.4 0,0.4 -2.6,3.8 -2.6,4.6 0,1.2 -1.4,1.6 -3.8,6 -1.6,3 -3.2,5.6 -3.6,6.2 -0.8,0.6 -2.2,1.2 -3,1.2 z m 71.6,-0.4 c -0.8,-0.2 -1.4,-0.4 -1.4,-0.6 0,-0.4 0.2,-0.4 0.6,-0.4 0.6,0 1,0.2 1.6,0.8 0,0.2 -0.2,0.2 -0.8,0.2 z m 1.8,-0.4 h -0.2 c 0,-0.4 0.4,-0.6 1,-0.8 l 2.6,-1 0.2,0.4 c -0.8,0.6 -3,1.4 -3.6,1.4 z m -86.6,-1.4 c -0.2,0 -0.4,-0.2 -0.6,-0.8 0,-0.4 0,-0.6 0.4,-0.6 0.4,0 0.4,0.2 0.6,0.6 0,0.6 -0.2,0.8 -0.4,0.8 z m 3.2,-4.6 c -0.6,0 -1.2,-0.6 -1.2,-1 0.2,-0.4 0,-0.4 0.6,-0.4 0.4,0 0.8,0.4 0.8,1 0,0.2 0,0.4 -0.2,0.4 z m -0.2,-2.8 c 1.2,-2.8 2.6,-4.4 2.8,-5.6 l 1,0.2 c 0.2,0 0.4,0 0.4,-0.4 l -0.2,-0.8 c 0,-0.6 0.2,-0.8 1,-0.8 0.6,0 1,0 1,0.2 0,0.8 -3.4,4.2 -3.4,5.4 0.2,0.6 0.4,0.6 0.4,1 0,0.4 -0.2,0.4 -1,0.4 -0.8,0 -0.4,-0.2 -0.8,-0.6 l -0.6,0.4 z m 93.8,-1.4 c 0,-0.4 1,-1 2.4,-1.2 l -1.2,0.8 z m -87.8,-6.6 c -0.4,-1.4 -0.8,-1.4 -0.8,-2.6 0,-1.2 0.2,-1.4 1.4,-2 0,0 0.2,0 0.2,0.2 0,0.6 -1.2,1 -1.2,2.4 0,0.2 0,0.2 0.2,0.2 2.8,-3.4 2,-5.4 3.2,-5.4 l 0.4,0.2 c 0,0.8 -0.4,3.6 -2.4,5.6 z m 4.6,-7.8 c -0.2,0 -0.4,-0.2 -0.4,-0.8 0,-2.2 0,-3 0.6,-3 1,0.4 1.4,0.6 1.4,1.6 v 0.4 c 0,0.6 -0.2,1 -0.4,1.2 z m 2.4,-4.2 c -0.4,0 -0.6,-0.4 -0.8,-1 0,-0.8 0.8,-1.8 1.2,-1.8 0.2,0 0.2,0.2 0.2,1 0,1.2 -0.2,1.8 -0.6,1.8 z m 13.8,-2.8 c -0.2,0 -0.2,0 -0.2,-0.2 1,-1 0.4,-0.8 1.6,-1.4 -0.6,1.2 -1.2,1.6 -1.4,1.6 z m -11.8,-0.8 c -0.6,0 -1,0 -1,-0.6 0.4,-1.2 0.6,-1.8 1,-1.8 0.8,1 0.4,0.4 0.8,1.6 0,0.4 -0.4,0.8 -0.8,0.8 z m 14.6,-3.2 c -1,-0.4 -1.2,-0.4 -1.2,-1.4 0.2,-0.6 0.4,-0.8 0.6,-0.8 0.4,0 0.6,0.2 0.6,0.6 z m -13.8,-1.2 -0.4,-0.2 c 0.2,-0.6 0.6,-0.8 1,-0.8 0.2,0 0.4,0 0.4,0.2 -0.2,0.6 -0.4,0.8 -1,0.8 z m 18.8,-0.2 c -0.4,0 -0.6,-0.2 -0.6,-1 0,-0.6 0.2,-1 0.4,-1 0.2,0 0.4,0.4 0.6,0.8 0,0.4 -0.2,1 -0.4,1.2 z m -31.4,-2.6 c -0.6,0 -1,-0.2 -1,-0.6 0,-0.4 0.4,-0.6 1,-0.6 0.4,0 0.8,0.2 0.8,0.6 0,0.4 -0.4,0.6 -0.8,0.6 z m 16.4,-0.2 h -0.2 l -0.2,-0.8 v -0.6 l 0.4,1 z m 17.2,-1.8 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0.2,-0.6 0.4,-1 0.8,-1 l 0.6,0.4 c 0,0.2 -0.2,0.6 -0.6,1 z m 3.4,0.2 c -0.4,0 -0.6,0 -0.6,-0.2 1.6,-0.8 2.4,-0.8 3.2,-0.8 h 0.4 c -1,0.8 -2,1 -3,1 z m 7.6,-1.4 c -0.4,0 -1,0 -1,-0.4 0,-0.2 -0.6,-0.2 -1.6,-0.2 l -2.8,0.2 c -1,0 -1.4,-0.2 -1.4,-0.6 0,-0.6 3.8,-2.6 6,-2.6 l 0.4,0.2 v 0.4 h 0.2 c 0.8,0 2.4,-1 4.6,-1 2.8,-0.4 3.6,-0.8 5.8,-1.2 1.2,0 2.4,0.6 2.4,1.2 -0.6,1.8 -1,2 -1.8,2.4 -6.2,1 -9.4,1.2 -10.8,1.6 z m 1.6,-1 c 0.4,0 0.8,0 0.8,-0.2 l -0.6,-0.2 c -0.6,0.2 -0.4,0 -0.8,0.4 z m 4.2,-0.6 c 1.2,-0.4 1.6,-0.4 1.8,-0.8 l -0.4,-0.2 c -0.8,0 -1.6,0.2 -2.2,1 z m -63.2,-0.8 h -0.2 l -0.2,-0.2 0.4,-1.6 0.4,-0.2 c 0.2,0 0.4,0.4 0.4,0.8 0,0.6 -0.2,1 -0.8,1.2 z m 54.2,-2.2 0.4,-0.4 2.6,-0.6 c 0.2,0 0.2,0 0.2,0.2 -0.2,0.2 -1,0.4 -2,0.6 z m 5.2,-1 c -0.4,0 -0.8,0 -1,-0.2 l 2.6,-0.4 c 0.4,0 0.6,0 0.6,0.2 -0.2,0.2 -1.4,0.4 -2.2,0.4 z m 4.2,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 2.4,-1 15.2,-2.6 17.4,-2.6 0.2,0 0.4,0 0.4,0.2 0,0.6 -9.2,1.2 -13,2.2 z m 19.6,-2.4 c -0.6,0 -1.2,0 -1.4,-0.6 0,-0.4 1.2,-0.8 2.4,-0.8 1.2,0 1.4,0.2 1.8,0.8 0,0.2 -2,0.2 -2.8,0.6 z m -1.8,-5.8 h -0.6 c 1.4,-0.6 1.4,-0.8 2,-1.4 0,0.6 -0.4,1.4 -1.4,1.4 z m -2.4,-1.2 c 0.6,-0.8 0.4,-0.4 1.2,-0.8 0.2,0 0.2,0 0.2,0.2 z m 6.6,-0.4 c -0.4,0 -0.8,-0.2 -0.8,-0.4 0.2,-0.4 0.4,-0.8 1.2,-0.8 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.4,0.6 -0.8,0.6 z m 5.8,-0.2 c -0.6,-0.4 -0.6,0 -0.8,-0.8 0,-0.2 0.4,-0.6 0.8,-0.6 0.8,0.4 0.6,0 1.2,0.6 0,0.2 -0.2,0.4 -0.6,0.6 z m -3,-1 c -0.4,0 -0.8,0 -1,-0.2 0,-0.4 0.6,-0.6 1.4,-0.6 0.2,0 0.4,0 0.4,0.2 0,0.4 -0.2,0.6 -0.8,0.6 z m 11.2,-0.6 -0.2,0.4 c -0.2,0 -0.4,-0.2 -0.4,-0.6 l 0.2,-0.6 z m 2,0.6 c -0.4,0 -0.6,0 -0.6,-0.2 0.6,-0.6 0.6,-1 1.6,-1 0.6,0 0.8,0 1,0.4 l -0.6,0.4 z m 6.4,-0.6 c -0.4,0 -0.8,-0.4 -1.2,-1.4 l 0.4,-0.2 c 0.6,0.2 1,0.8 1.2,1.4 0,0.2 -0.2,0.2 -0.4,0.2 z m 2.8,0 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.4 0.4,-0.4 0.4,0 0.6,0.2 0.6,0.4 v 0.2 c 0,0.2 -0.2,0.4 -0.4,0.4 z m 3.8,-0.6 c -1,0 -1.6,-0.2 -1.6,-0.4 0.4,-0.4 0.8,-0.6 2,-0.6 1,0 2,0.2 2,0.6 0,0.2 -1,0.4 -2.4,0.4 z m -46.2,-14 c -0.4,0 -1,-0.6 -1,-1.2 l 0.2,-0.4 c 1,0.6 1,1 1.2,1.4 z m 1.4,-2.2 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0,-0.6 0,-0.4 0.6,-0.8 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.4,0.6 -0.6,0.6 z m 3.6,-7.2 c -0.2,0 -0.2,0 -0.2,-0.2 0.2,-1.2 0.6,-1.6 1.4,-1.6 h 0.6 c 0.2,0 0.2,0 0.2,-0.2 l -0.2,-0.8 c 0,-0.4 1,-0.2 1,-1.2 0,-1 1.4,-1.8 1.4,-2.2 l -0.4,-0.6 v -0.2 c 0,-0.4 1,-0.8 2.6,-1.8 0,0.2 -1.6,1.8 -1.6,2.8 V 86 c 0,1.6 -3.6,5.8 -4.8,5.8 z m 7.6,-10.8 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0,-0.6 0.2,-1.2 1.2,-2 0.2,0 0.2,0.4 0.4,0.6 -0.2,1.2 -0.6,1.8 -1,1.8 z m -29.6,-19.8 c -0.6,0 -1,-0.2 -1,-0.4 0,-0.2 0.8,-0.6 1.8,-0.6 0.8,0 1.2,0.2 1.2,0.4 -0.4,0.6 -1.2,0.6 -2,0.6 z m 43.8,-4 c -0.2,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.4 0.6,-0.4 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.4,0.6 -0.4,0.6 z m 3.2,-1.2 c -0.8,0 -1.4,0 -1.4,-0.2 l 0.4,-0.2 1,-0.2 1,0.2 0.2,0.2 c 0,0 -0.6,0.2 -1.2,0.2 z m 7.2,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.2,-0.2 h 0.4 c 0.4,0 0.6,0 0.8,0.2 z m 5,-0.6 c -0.6,0 -1,-0.2 -1,-0.2 v -0.2 h 1.4 l 0.4,0.2 c 0,0.2 -0.4,0.2 -0.8,0.2 z m 8,-0.2 c -1.2,0 -1.4,-0.2 -2,-0.6 0,-0.2 0.6,-0.2 1.8,-0.2 1.4,0 2.4,0 2.4,0.2 -0.4,0.4 -1.4,0.6 -2.2,0.6 z m 4,-0.4 c -0.6,0 -0.8,-0.2 -1,-0.6 0,-0.2 0.4,-0.4 0.6,-0.4 0.6,0 1,0.2 1,0.6 0,0.2 -0.4,0.4 -0.6,0.4 z m -73.8,-1 c -0.4,0 -0.6,-0.4 -0.6,-0.6 0,-0.4 0.4,-0.6 1,-0.6 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.4,0.8 -0.8,0.8 z m 76.6,-6 c -0.8,-0.4 -0.4,-0.2 -0.8,-1 V 46 c 0,-0.2 0.8,-0.4 1.8,-0.4 0.8,0 1.2,0 1.2,0.2 l -2,1 z m 15,-0.4 c 0,-0.6 2.6,-1.2 3.6,-1.2 l 0.6,0.2 -1.8,0.8 z m -5.8,-0.6 -0.6,-0.2 1,-0.4 0.4,0.2 0.2,0.2 z m -154.8,160.6 c 0.4,-0.2 0.6,-0.2 0.6,-1 0,-0.6 -0.6,-1.6 -1.2,-1.6 -0.4,0 -0.8,0.4 -0.8,1 0.2,0.8 1,1.6 1.4,1.6 z m 77.2,-9.4 c 6.8,-1.4 8.2,-1.2 13.6,-4 -2.4,0.4 -1.2,0.2 -3.4,0.4 -2.2,0 -4,1.4 -10.6,3.4 z m 15.6,-3.8 c 0.8,0 1,-0.2 1.2,-0.8 -0.2,-0.6 0,-0.4 -0.6,-0.6 -0.6,0 -1.6,0.6 -1.6,1 0.2,0.2 0.6,0.4 1,0.4 z m 3.8,-1.2 c 2.4,-0.4 3.2,-0.8 3.8,-1.4 h -0.4 c -0.8,0 -2.8,0.4 -3.6,1.2 0,0.2 0,0.2 0.2,0.2 z m 5.4,-1 c 0.4,0 0.4,-0.2 0.6,-1 0,-0.2 -0.2,-0.2 -0.2,-0.2 -0.4,0 -0.6,0.2 -0.6,0.6 0,0.4 0,0.6 0.2,0.6 z m -3.2,-1.2 c 0.8,0 2.6,-0.8 2.6,-1 h -0.4 c -1,0 -2.6,0.6 -2.6,1 z m 8.6,-0.4 c 0.6,-0.2 1,-0.2 1,-0.4 -0.6,-0.2 -0.4,-0.2 -1,-0.2 -0.6,0 -1,0.2 -1.2,0.4 v 0.2 z m 3.6,-0.8 c 0.4,0 0.6,-0.2 1,-0.8 l -0.6,-0.2 c -0.2,0 -0.6,0.2 -0.6,0.4 0,0.4 0.2,0.6 0.2,0.6 z m 11.2,-6.6 c 1.4,0 3,-0.4 3.8,-1.8 0,-0.2 -0.2,-0.2 -0.6,-0.2 -1,0 -1.2,1.2 -2.8,1.2 -0.6,0 -1,0.2 -1,0.4 v 0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m -26.8,-50.8 c 1.6,0 2.4,-0.4 3,-1 0,-0.2 -0.2,-0.2 -1,-0.2 -1.4,0 -3.2,0.8 -3.2,1 z m 7.2,-1.4 c 1.8,0 2,-0.4 3.2,-0.8 -2.4,0 -1.4,0 -3.8,0.4 l -1.4,0.4 z m -7.2,-0.4 c 0.4,0 1,-0.2 1.2,-0.8 h -0.6 c -0.6,0.2 -1,0.4 -1,0.6 0,0.2 0.2,0.2 0.4,0.2 z m 20.2,-1.2 c 0.8,0 1.2,-0.2 1.2,-0.2 v -0.2 h -1.8 l -0.4,0.2 c 0,0.2 0.4,0.2 1,0.2 z m 3.2,-0.6 c 0.4,0 0.8,-0.2 0.8,-0.2 l -0.2,-0.2 h -1.4 l -0.2,0.2 c 0.2,0.2 0.4,0.2 1,0.2 z m 4.8,-0.6 c 0.6,0 1,0 1,-0.2 -0.4,-0.2 -1,-0.2 -1.4,-0.2 l -0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m 5,-0.4 c 0.2,0 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 -0.4,0.2 -0.6,0.8 0,0.2 0.2,0.4 0.4,0.4 z m -0.4,-3.2 c 1,0 1.8,-0.2 1.8,-0.8 0,-0.4 -0.6,-0.8 -2,-0.8 -1.2,0 -2,0.4 -2,0.8 0,0.2 0.2,0.4 0.6,0.6 z m 3.4,-1 c 3,-0.4 4.8,-0.6 4.8,-0.8 0,-0.2 -0.8,-0.4 -2.4,-0.4 -2,0 -2.8,0.4 -3,1 z m 6,-0.6 c 0.4,0 0.6,0 0.6,-0.2 0,-0.2 -0.2,-0.4 -0.8,-0.6 -0.2,0 -0.4,0 -0.4,0.2 0,0.4 0.4,0.6 0.6,0.6 z m 2,-0.6 c 0.4,0 0.8,0 0.8,-0.2 -0.2,-0.2 -0.6,-0.2 -1.2,-0.2 l -0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m 4.2,-13.8 c 0.4,0 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.4,0 -0.6,0.2 -0.6,0.6 0,0.2 0.4,0.6 0.6,0.6 z m 10.2,-49 c 1.4,0 2.2,0 2.2,-0.2 l -2.6,-0.2 -2.4,0.2 c 0,0 1,0.2 2.8,0.2 z m 7,-0.6 c 1,0 1.6,0 1.6,-0.2 l -1.6,-0.2 -1.6,0.2 c 0,0 0.6,0.2 1.6,0.2 z m 1.2,-2.8 0.2,-0.8 c 0,-0.2 -0.2,-0.2 -0.8,-0.2 h -2 c -0.8,0 -1.4,-0.2 -1.6,-0.6 0,-0.4 1,-0.4 3.2,-0.4 6.6,0 10.4,0.2 10.4,0.6 0.2,0 -1.2,0.2 -4,0.2 -4.6,0 -4.6,0.6 -5.4,1.2 z m 17.6,-5.2 c 1,0 1.4,0 1.4,-0.2 -1,-0.8 -1.8,-0.8 -2.4,-0.8 -0.6,0 -0.8,0 -0.8,0.4 0,0.4 0.8,0.6 1.8,0.6 z m -7.2,-3.4 c 0.4,0 0.6,0 0.6,-0.2 0,-0.2 -0.4,-0.4 -1.4,-0.8 v 0.4 c 0.2,0.2 0.6,0.6 0.8,0.6 z"/><path d="m 637.40021,224.4 c 0.8,0 2.2,-4.6 2.6,-4.6 0.2,0 0.4,-0.4 0.4,-1 l -0.4,-3 c 0,-0.4 0,-0.6 0.2,-0.6 l 0.8,0.4 -0.2,-0.4 c 0,-1.6 1,-1.8 1.4,-1.8 0.6,0 0.8,0.2 0.8,1.4 0.4,-0.4 0.6,-0.8 1,-0.8 1,0 2.6,3.2 3,3.2 0,-0.6 0.2,-1 0.4,-1 0.2,0 0.4,0.2 0.4,0.6 l -0.2,1.2 c 0,0.8 0.2,1 0.4,1 0.8,0 1.2,-2.2 2,-2.2 l 0.2,0.2 -0.8,1.8 c 0.6,0 1.8,-0.6 1.8,-1.6 l -0.2,-0.8 h 0.4 c 0.2,0 0.6,-1 0.6,-2 0,-1 -0.2,-1.8 -0.4,-1.8 -0.8,0 -0.4,1.6 -0.8,1.6 -1.2,-1.2 -0.6,-0.6 -1.4,-1.8 h -0.2 l 0.2,1.4 c 0,0.4 0,0.4 -0.4,0.4 h -1.2 c -0.8,0 -0.8,0.2 -1.2,0.6 l 0.2,-1.4 c 0,-0.4 0,-0.6 -0.4,-0.6 l -0.6,0.2 c -1.4,0 -1.6,-0.6 -2.6,-0.6 -0.4,0 -0.6,-0.4 -0.6,-1 0,-0.4 0.8,-0.4 0.8,-1.2 0,-0.8 1.8,-3.6 1.8,-5.2 0,-1 -1.2,-1.6 -1.2,-2.2 0,-0.2 0,-0.4 0.2,-0.4 l 0.8,0.8 c 0.4,0 0.2,-0.6 0.6,-0.6 h 0.8 c 0.4,0 0.4,-0.2 0.4,-0.4 0,-0.4 -0.2,-0.6 -0.6,-1.2 0,-0.8 1.4,-2.4 1.4,-3.6 0,-2 1,-1.4 1,-3.2 0,-1.2 0.2,-1.4 0.6,-1.4 l 1,0.2 c 0,-1.4 0.2,-2.2 0.8,-2.2 l 0.2,0.4 c 0,1.6 -1.6,4.2 -1.6,6 0,1.4 -1.4,5.4 -1.4,6.8 0,0.6 0,1 -0.4,1 l -2.4,-1.2 c 0.4,1.4 1.2,0.6 1.2,2.8 0,2 -0.6,4 -0.6,5.2 0,0.2 0,0.2 0.2,0.2 h 0.8 c 0.4,0 0.6,0.2 0.6,0.4 0,0.6 0.2,0.8 0.4,0.8 0.8,0 0.8,-2.4 2,-2.4 l 3.4,0.4 c 1.4,0 1.4,-0.4 1.4,-1.4 0,-0.6 0.8,-0.6 0.8,-1.6 0,-0.2 0,-0.2 0.2,-0.2 h 0.2 c 0.4,0 0.6,0 0.6,-0.2 l -0.4,-1.2 0.2,-0.2 0.8,0.4 0.2,-0.4 c 0,-0.2 -0.2,-0.6 -0.6,-0.8 -0.4,0 -0.8,-1.2 -1,-3.2 0.8,0.8 0.6,0.4 1.2,1.4 l -0.2,-0.6 0.2,-0.2 h 0.8 c 0.8,0 1,-5.4 1.8,-5.4 0.2,0 0.2,0.2 0.2,0.6 0,0.2 0,0.4 0.2,0.4 0.8,-1.2 0.4,-0.4 0.8,-1.8 0,-1 -0.4,-1.8 -0.8,-1.8 l -0.6,0.8 -0.2,-0.2 c 1,-3.8 1.2,-5 2.6,-5 l 0.2,0.2 c 0.6,0 0.6,-4.6 1.6,-5.2 l 0.2,0.2 -0.2,1.6 c 0,0.4 0,0.6 0.2,0.6 0.4,0 1,-2.6 1.6,-4.4 -0.4,0 -1.2,1.6 -1.6,1.6 0,-0.4 0,-0.6 -0.4,-0.6 l -1,0.2 c -0.2,0 -0.2,0 -0.2,-0.2 0,-0.4 1.6,-3.4 1.6,-4.6 0,-1.4 0.8,-2.6 1.2,-2.6 0.2,0 0.2,0.4 0.2,1 0,1.6 -0.2,1.8 -0.6,3.2 l 0.2,0.2 0.4,-0.2 c 0.6,0 1.2,1.6 1.2,2.8 0,2 -1,1.6 -1,2.8 0,4.6 -2.2,5.4 -2.2,8.6 1.4,0 15.8,-40.4 19.4,-47.2 3.8,-8.6 4,-10 7.6,-16.8 2,-4 3,-8.2 4.6,-9.8 0.4,-0.6 0.6,-1.4 0.6,-1.8 v -0.8 c 0,-0.6 1.2,-0.6 2.8,-4.2 1.4,-2.8 1.6,-3.6 1.6,-4.2 -0.4,0 -0.8,0.8 -2,2.2 0.6,-2.2 0.8,-3 1.8,-3 l 1,0.2 c 0.2,0 0.4,-0.2 0.4,-0.4 0,-3.8 7.6,-13 7.6,-16.6 0,-1.4 1.2,-0.8 1.2,-1.8 l 0.2,-0.4 c -1.4,0 -2,2.4 -2.6,2.4 -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.6,-0.6 1.2,-1.2 -0.6,-0.4 -1.2,-0.6 -1.2,-1.2 0,-0.2 0,-0.2 0.2,-0.2 l 1.4,0.8 0.2,-0.2 -0.2,-1.4 c 0,-1.8 2.4,-4.8 2.4,-5.6 0,-1.2 1.2,-1.2 2.2,-4.4 1.4,-3.6 2.6,-6 2.6,-6.8 0.2,-1 0.4,-1 9.8,-2.4 6.8,-1 20.6,-2.6 45.8,-5 5.6,-0.4 10.4,-1.2 10.4,-1.4 0.2,-0.2 0.8,-0.2 1.4,-0.2 l 0.6,0.2 c 0.2,0 0.2,0 0.2,-0.2 0,-0.4 0,-0.6 -3.4,-0.6 l -17.6,0.6 c -4.6,0 -5.8,-0.4 -6,-1 0,-0.6 0.2,-1 0.8,-1 0.6,0 0.6,1 1.2,1 l 1,-0.2 c 0.6,0 0.4,0.8 1,0.8 0.4,0 0.6,-0.4 0.6,-1.2 0,-1 0.4,-1 4,-1 8.8,0 12.6,-0.6 14.4,-1.4 -0.8,-0.8 -1.4,-1 -2.6,-1 -1,0 -0.8,0.8 -1.4,0.8 -1,-0.2 -0.6,0 -1.2,-0.8 0,-0.6 7.2,-0.6 7.6,-1.6 0.4,-0.8 2.4,-0.8 2.4,-1.2 0,-0.2 0.2,-0.4 0.4,-0.4 l 1.4,0.2 c 0.2,0 0.4,0 0.4,-0.2 -0.4,-0.8 -0.6,-1.4 -1.6,-1.4 -1,0 -1,-1.8 -3.8,-1.8 -1,0 -1.8,-0.2 -1.8,-0.2 0.4,-0.4 1,-0.6 1,-1.2 0,-1 2.2,-1.2 6.2,-2.4 0,-0.6 -2.4,-0.4 -2.4,-0.8 0,-0.4 -0.2,-0.8 -1,-0.8 -0.6,0 -0.6,0.4 -1,0.8 -0.4,-0.2 -0.6,-0.2 -0.6,-0.6 0.4,-0.8 0.8,-0.6 0.8,-1.4 0,-0.6 -0.4,-1.4 -1,-1.4 l -0.8,0.2 c -0.8,-0.4 -1.2,-0.4 -1.2,-1 0,-0.8 1.2,-1.6 3.4,-2 1.2,-0.2 1.8,-0.2 1.8,-0.6 -0.6,-1 -1.4,-1.4 -1.4,-2 0,-0.4 -10.6,-2 -17.4,-2.6 -9.2,-0.6 -23.2,-1 -35.2,-1 -7.2,0 -13.6,0.2 -18.2,0.4 -36.4,2.4 -45.4,4.4 -63.6,7.8 -8.6,1.8 -8,3.2 -8.4,10.4 0,3.2 2.8,2 2.8,3.4 0,1.8 1,2.6 3.8,2.6 l 4.8,-0.4 c 1,0 1.4,0.2 1.4,0.4 0,0.4 -0.4,0.6 -0.8,0.6 -2.4,0 -3,0.6 -3,1.4 0,0.6 -1.2,0.8 -1.2,1.6 l -0.2,0.2 -1.2,-0.2 c -0.2,0 -0.4,0 -0.4,0.2 0.4,1.4 0.6,2 1,2 0.4,0 0.4,-1 1,-1 0.8,0 1.4,1.6 1.4,3.6 0,1 2.2,1 2.2,1.4 0,0.4 0.8,0.6 1.8,0.6 l 3.2,0.2 c 2.2,0 10.4,-0.6 11.2,-1 0.4,-0.4 8.4,-0.6 11.8,-1.8 l 2.6,-0.4 0.4,0.2 c -0.6,0.8 -1,1.4 -1.8,1.4 h -1 c -2.4,0 -6.8,1.6 -8.6,1.6 -1.2,0 -1,0.8 -2.6,0.8 l -3.8,0.4 c -2.6,0 -1.8,-0.6 -3.4,-0.6 -2.4,0 -6.6,1.4 -6.6,2.4 0.4,0.4 0.8,0.4 0.8,0.8 -1.6,0 -1.8,0.4 -2.2,2 0,0.4 0.2,0.6 0.4,0.6 h 0.4 l 0.2,0.4 -0.2,1 c 0,1.2 1.4,1 4.4,1.2 4.8,0 14.6,-1 18,-2 h 0.4 c 0.2,0 0.4,0 0.4,0.2 -0.6,2.6 -5,10.8 -5.8,14.2 0,0.4 -1.2,3.2 -2.6,6.4 -3.2,7 -11.4,28.4 -11.4,32.8 0,1 -1.4,2.8 -1.4,4.4 0,1.8 -1.8,2 -1.8,4.2 0,2 -1.6,4.2 -1.6,5 0,0.6 -0.4,1.8 -0.8,2.8 -3.6,11.2 -5.4,16.4 -6,19.6 -0.6,4 -1.4,2.8 -1.4,3.4 0,2.2 -8.6,31.4 -8.6,33.8 0,0.4 -1.2,5 -1.2,7.8 0,2.2 -1.2,3.4 -1.2,6.4 0,4 2.8,4.6 2.8,5.2 0,0.4 0.2,0.6 0.4,0.6 z m 4.6,-15.2 c -0.2,0 -0.2,-0.4 -0.2,-0.8 0,-0.4 0,-0.6 0.2,-0.6 l 0.2,0.2 c 0,0.4 0,1 -0.2,1.2 z m 13.4,-1.8 c -0.4,0 -0.8,-0.6 -0.8,-1.2 l 0.2,-0.4 c 0.8,0.6 0.4,0.4 0.8,1.2 z m 1,-5.8 c -0.2,0 -0.2,0 -0.2,-0.4 0,-0.4 0.4,-0.8 0.6,-1 h 0.4 c -0.2,1 -0.6,1.4 -0.8,1.4 z m -4.6,-11 c -0.2,0 -0.6,-0.4 -0.6,-1.2 0,-0.8 0.2,-1 0.8,-1.4 0.2,0 0.2,0.4 0.2,1.2 0,1 -0.2,1.4 -0.4,1.4 z m 0.8,-3.4 c -0.2,0 -0.4,-0.4 -0.4,-1.2 0,-1.4 1.2,-3.8 1.8,-3.8 l 0.2,0.6 c -0.6,2.8 -1,4.4 -1.6,4.4 z m 14,-4.6 c -0.2,0 -0.6,-0.6 -0.6,-1 l -0.2,-3 c 0,-3 0.8,-2 0.8,-2.6 v -0.2 c 0,-0.2 0.4,-0.6 1,-0.6 l 0.2,0.2 -0.4,1.4 c 0,0.8 1.4,0.4 1.4,1 l -0.4,1.6 -1.6,-0.2 c -0.4,0 -0.6,0.2 -0.6,0.8 v 0.8 c 0.6,-0.6 0.6,-0.8 1,-0.8 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -0.8,0.2 -0.8,0.8 l 0.2,0.4 c 0,0.6 0,1 -0.4,1 z m -12.4,-3.2 -0.2,-0.2 c 0,-0.4 1,-2.2 1.6,-2.2 l 0.2,0.4 c 0,0.4 -0.2,1 -0.8,1.4 z m 14.6,-2.6 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0,-0.8 1,-3.2 1.4,-3.2 0.2,0 0.4,-0.2 0.4,-0.4 l -0.4,-1.2 c 0.8,0.2 1,0.4 1,1.4 0,1.4 -1.4,1.8 -1.4,2.4 l 0.2,0.8 c 0,0.4 -0.2,0.6 -0.6,0.6 z m -12.6,-0.8 c -0.4,0 -0.6,-0.4 -0.6,-1.4 0,-1 1,-1.2 1,-1.6 l -0.6,-1.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 0.6,0.2 0.8,0.2 0.8,2 0,1.4 -0.6,3 -1.2,3 z m 10.8,-3 -0.2,-0.2 c 0.2,-2 0.8,-3.4 0.8,-3.4 h 0.2 c 0.4,0 1.6,0.6 1.6,1 0,0.2 -0.2,0.4 -0.4,0.4 h -0.2 c -0.2,0 -0.8,0.4 -1.2,1.2 z m 3.8,-2 c -0.4,0 -0.6,-0.4 -0.6,-0.6 0,-0.2 0.2,-0.4 0.4,-0.4 0.6,0.2 0.4,0.2 0.8,0.6 0,0.2 -0.4,0.4 -0.6,0.4 z m -13.2,-0.8 c -0.4,0 -0.8,-0.2 -0.8,-0.6 0,-0.2 0.2,-0.4 0.6,-0.4 0.6,0.4 0.6,0 0.8,0.6 0,0.2 -0.2,0.4 -0.6,0.4 z m 11.8,-1 c -0.8,0 -1.2,-0.2 -1.2,-0.8 0,-0.6 0.6,-1.6 0.6,-2.4 v -0.6 c 0,-0.2 0.2,-0.4 0.4,-0.6 2.2,-2.2 5.6,-19.4 9,-20.4 l -0.2,0.6 c 0.4,0.8 0.2,0.4 0.8,1.2 l -0.2,0.2 -0.8,-0.2 c -1,0 -1,1 -1.2,3.2 l 0.2,1.4 c 0,0.2 -0.2,0.4 -0.4,0.4 -0.8,0 -1.6,1.6 -1.6,3 l 0.4,1.2 -0.2,0.2 h -0.4 c -0.8,0 -2,5 -2.8,5.4 -1.8,3.8 -1,2 -1.8,6.8 0,0.8 -0.2,1.4 -0.6,1.4 z m -11,-1.2 c -0.2,0 -0.2,-0.2 -0.2,-0.4 l 0.4,-1.6 0.2,-0.2 c 0.4,0.2 0.6,0.2 0.6,1 0,0.6 -0.4,1.2 -1,1.2 z m 13.6,0 c -0.2,0 -0.4,-0.2 -0.4,-0.4 l 0.4,-2 c 0,-0.2 0.2,-0.4 0.6,-0.4 l 0.4,0.2 -0.8,1.8 0.2,0.6 z m -11.8,-3 c -1.2,-0.4 -1.6,-0.8 -1.6,-1 h 0.6 c 0.6,0 1.2,0.2 1.2,0.6 0,0.2 0,0.4 -0.2,0.4 z m -0.2,-2.2 c -0.2,0 -0.2,-0.2 -0.2,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.2,0 0.2,0.2 0,0.8 -0.2,1 -0.6,1 z m 14.4,-1.4 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0.2,-0.8 0.2,-1.6 0.6,-1.6 0.2,0 0.2,0.2 0.2,0.6 0,0.6 -0.2,1.2 -0.4,1.4 z m -12.6,-1 c -0.6,0 -0.8,-0.4 -0.8,-1 0,-0.4 0,-0.8 0.4,-1 0.2,0 0.6,0.4 0.8,1.4 0,0.4 -0.2,0.6 -0.4,0.6 z m 2,-6 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-0.6 0.2,-0.8 0.4,-0.8 0.4,0 0.6,0.2 0.6,0.4 0,0.4 -0.2,0.8 -0.6,1 z m 2.4,-5 c -0.4,0 -0.6,-0.4 -0.6,-0.8 0,-0.6 0,-1 0.2,-1 0,0 0.4,0.6 0.6,1.4 0,0.2 0,0.4 -0.2,0.4 z m 2,-3.4 c -0.2,0 -0.4,-0.4 -0.4,-0.6 0,-0.4 0.4,-0.6 0.6,-0.6 0.2,0 0.4,0.2 0.4,0.4 v 0.2 z m 10.8,-5.4 v -0.2 c 0,-0.6 0.4,-1.2 1.4,-2.4 0.2,0 0.2,0.2 0.2,0.6 0,0.4 -0.4,1.2 -0.8,1.6 z m 2.2,-4.6 c -0.4,0 -0.4,0 -0.4,-0.2 0,-0.4 0.4,-0.8 1.4,-1.8 0.2,0 0.2,0 0.2,0.2 -0.4,1 -0.6,1.8 -1.2,1.8 z m 2.4,-4.8 h -0.2 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.6 0.4,-0.8 1,-1.2 l 0.2,0.4 c 0,0.4 -0.4,0.8 -0.6,1 z m 0.8,-2.2 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0,-1.8 1,-2.6 2.2,-4 -0.4,1.6 -0.6,2.8 -1.4,4 z m 18.4,-26 -0.2,-0.4 c 0.6,-1.4 1,-2.6 1.4,-2.6 0.2,0 0.4,0.2 0.4,0.4 0,0.6 -1.2,2.6 -1.6,2.6 z m 1.8,-3.6 c 0.2,-0.8 0.4,-1.4 0.8,-1.4 h 0.2 c 0,0.2 0,0.6 -0.4,1 z m 1.6,-4 c -0.4,0 -0.6,-0.4 -0.6,-0.8 0,-0.4 0.2,-0.6 0.4,-0.6 0.6,0 0.8,0.4 0.8,0.8 0,0.4 -0.2,0.6 -0.6,0.6 z m -48.8,-17.4 c -1,0 -1.8,-0.2 -1.8,-0.6 0,-0.2 0.2,-0.2 0.6,-0.2 h 0.8 c 1,0 0.6,-0.8 1.2,-0.8 0.6,0 1,0.4 1,0.8 0,0.4 -0.8,0.8 -1.8,0.8 z m 7.2,-0.4 c -1.2,0 -2.2,0 -2.2,-0.2 v -0.2 c 0,-0.6 -2.6,-0.2 -2.6,-1 0,-0.2 0.2,-0.2 0.4,-0.2 l 1,0.2 c 0.2,0 0.2,0 0.2,-0.2 l -0.4,-0.8 c 1.4,0.6 0.8,1.2 7.6,1.2 3.6,0 5.4,0 5.4,0.4 l -1.6,0.4 c -1.8,0.2 -5.4,0.4 -7.8,0.4 z m 57.8,-9.4 c -0.6,0 -1,-0.2 -1,-0.4 l 1.8,-0.6 c 0.2,0 0.4,0.2 0.4,0.4 0,0.2 -0.4,0.6 -1.2,0.6 z m 3.4,-0.8 -0.2,-0.2 c 0.8,-0.6 2,-0.8 3.4,-0.8 h 0.4 v 0.2 l -2.2,0.6 z m 10,-1 -1.6,-0.2 c 1.4,-0.6 1.8,-0.8 2.8,-0.8 h 0.8 c 0.6,0 0.4,-0.2 0.6,-0.6 l 0.6,0.4 c 0,0.4 -1,1.2 -3.2,1.2 z m 7.4,-0.6 c -0.6,0 -0.8,-0.2 -0.8,-0.4 l 0.2,-0.4 c 0,-0.2 -0.4,-0.4 -1,-0.4 h -1.4 c 4.2,-1.2 2.4,-2.2 5.8,-2.2 -2,0.4 -3,0.8 -3,1 0.4,0 0.6,0.2 0.6,0.4 v 0.6 c 0,0.4 0.2,0.4 0.8,0.4 2,0 2.8,-0.2 2.8,-0.6 l -0.6,-1.4 c 0,-0.4 0.6,-0.6 2.2,-0.6 1.4,0 1.4,0.2 1.8,0.4 1.8,-0.6 2.6,-0.8 4.2,-0.8 0.8,0 1.4,0 1.4,0.4 0,0.8 -1.6,0.8 -3.8,1.4 0,0.4 0.8,0.4 2.4,1 -2.6,0 -2.8,-1 -4.2,-1 l -1.8,0.4 c -0.4,0 -1,1.2 -4,1.6 z m -24.8,-1.4 c -0.8,0 -1.2,-0.2 -1.2,-0.6 0,-1.6 2.8,-1.8 10.2,-2 0,0.4 -1.6,1.4 -2.4,1.4 l -0.6,-0.2 c -0.8,0 -0.6,0.4 -1.4,1 -0.4,0 -0.4,-0.8 -0.8,-0.8 -0.8,0 -2.8,1.2 -3.8,1.2 z m 11.6,0.2 c -0.6,0 -0.8,0 -0.8,-0.4 1.8,-4 1.8,-3 8,-3.6 h 1 c -1.2,0.8 -1.6,1.2 -4,1.2 -1,0 -1.4,0 -1.4,0.2 0.4,0.6 0.6,0.6 0.6,0.8 -0.6,0 -1,0 -1,0.2 l 0.8,0.8 c 0,0.2 -0.4,0.2 -1,0.4 z m 8.4,-1.2 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.4,-0.2 h 0.2 c 0.4,0 0.6,0 0.8,0.2 z m 2.2,-2.4 c -0.8,0 -1.4,0 -1.4,-0.2 1,-0.6 2.2,-0.8 4.2,-0.8 1.4,0 2,0 2,0.2 -1.6,0.8 -2.8,0.8 -4.8,0.8 z m 8.8,-0.4 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0.2,-0.6 0.4,-0.8 1.2,-0.8 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.6,0.8 -1.2,0.8 z m 7.4,-0.4 c -2,0 -4.2,-0.4 -4.2,-0.6 3.8,-0.2 4.6,-0.2 6.6,-0.6 0.8,0.4 0.6,0 0.8,0.6 0,0.2 -0.2,0.4 -0.4,0.4 z m 9,0.2 c -0.2,0 -0.8,-0.4 -2,-1.4 0,-0.2 0.2,-0.2 0.6,-0.2 0.6,0 1,0.4 1.2,0.8 z m -4,-0.4 c -0.4,0 -0.6,-0.4 -0.8,-1 l 0.4,-0.2 c 0.4,0 0.6,0.2 0.6,0.6 0,0.4 -0.2,0.6 -0.2,0.6 z m 6.6,-0.4 -1.2,-0.2 -0.4,-0.4 c 0,-0.2 0.2,-0.2 1,-0.2 3.2,-0.2 1.6,0 5,-0.4 0.2,0 0.2,0 0.2,0.2 l -0.2,0.2 c -1.6,0.6 -3.2,0.8 -4.4,0.8 z m -12.6,-8.4 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.4,-0.2 h 0.2 c 0.4,0 0.6,0 0.8,0.2 z m -107.8,172.4 c 1.2,-1.8 1.6,-3.2 1.6,-3.2 l -0.2,-0.2 c -0.4,0 -0.6,0.6 -1,1.8 z m -1.4,-2 c 0.8,0 1.4,-0.6 1.6,-1.4 l -0.4,-0.2 c -1.6,0.2 -2.6,0.4 -2.6,1 0,0.2 0.4,0.4 1,0.6 z m -2.6,-0.8 c 0.4,0 0.6,-0.2 0.6,-0.4 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.2,0 -0.6,0.2 -0.6,0.6 0,0.2 0.4,0.4 0.6,0.4 z m 15.4,-13.6 c 0.4,0 0.6,-1 1.6,-2.8 l -0.2,-0.2 c -1,1 -1.6,1.6 -1.6,2.8 0,0.2 0,0.2 0.2,0.2 z m 51,-117.2 c 0.4,0 0.8,0 0.8,-0.2 v -0.2 c 0,-1 3.6,-7.4 3.6,-8.4 l -0.2,-0.6 c 0.8,-1.6 1.4,-2 2.8,-5.2 0,-0.2 -0.2,-0.2 -0.4,-0.2 h -1.2 l 0.4,0.4 c 0,1 -3,4.6 -3,6.2 0,1.4 -2.2,5 -3,5 h -0.4 l 0.2,0.8 -0.4,2 c 0,0.4 0.2,0.4 0.8,0.4 z m 6.6,-15.6 c 0.4,0 0.8,-0.2 0.8,-0.6 -0.2,-0.2 -0.6,-0.6 -0.8,-0.6 -0.6,0 -0.8,0.4 -0.8,0.8 0,0.2 0.4,0.4 0.8,0.4 z"/><path d="m 810.60029,232.6 c 2,0 0.6,-3.6 2.6,-4.8 1.4,-0.8 1.2,-2.8 2,-2.8 0.2,0 0.4,-0.2 0.4,-0.6 l -0.2,-1.6 c 0,-1.4 1.4,-3 1.4,-4.2 0,-0.4 0.2,-0.6 0.8,-0.6 1.4,0 2,0 2,0.6 l -0.8,3.6 c 0,0.6 0.2,0.8 0.8,0.8 h 0.6 c 0.6,0 1,0.6 1,1.8 0,2.2 -0.4,3 -1,6.6 0.4,0 1.6,-2.8 1.6,-3.8 l -0.2,-0.8 c 1.2,0.4 1,2.2 1.4,2.2 0.8,0 1.8,-5.4 2.8,-5.4 0.4,-0.2 0.6,-0.4 0.6,-0.6 0,-0.6 0.2,-2 2.4,-6 l -0.2,2.4 c 0,0.2 0,0.2 0.2,0.2 0.8,-0.8 1,-1.6 1.8,-1.6 0.6,0 1,-0.8 1,-1.6 V 216 c -0.2,-1 0,-0.6 -0.4,-1.2 0.8,0 2,-0.8 2,-2.8 l -0.2,-0.8 0.8,0.4 c 0.2,0 0.2,0 0.2,-0.2 l -0.2,-1.2 c 1.2,0 2.6,-2.6 3,-8 l 0.2,-0.2 0.8,0.4 -0.2,-1.4 c 0,-0.8 0.2,-1.2 0.6,-1.2 l 1.2,0.6 c 0,-2 10.8,-28.6 11.8,-28.6 h 0.2 c 0.2,0 0.2,0 0.2,-0.2 l -0.2,-1 0.8,0.2 -0.2,-1.4 c 0,-2.6 1.4,-4.6 2.6,-4.6 l -0.4,-1.2 c 0.6,0 1,0.2 1,1.2 0,1.4 -2,2.2 -2,3 0,0.6 -0.8,0.2 -0.8,1.2 l 0.2,1.2 c 0,1.4 -0.4,3.2 -1,3.2 h -0.4 l -0.2,0.2 0.2,1 c 0,0.2 0,0.2 -0.2,0.2 l -0.4,-0.2 -0.2,0.2 0.4,1.6 -0.2,0.2 -1,-0.4 0.2,0.8 c -7.6,19.2 -8.6,21.4 -9.2,21.4 l -0.2,0.2 0.8,1.4 c -0.6,0.2 -1,0.4 -1.6,2.2 -0.2,1.2 -0.8,3.2 -1.4,4.6 -3.2,6.6 -5,11.6 -5,12.2 0.6,0 6,-11.2 21,-46.8 10.6,-25.6 5.6,-14 17,-39 1.2,-2.2 2.4,-4.2 2.6,-4.2 0.4,0 0.6,-0.2 0.6,-0.6 l -0.2,-0.4 -0.6,0.2 V 128 c 0,-2 2.6,-1.6 2.6,-2 -0.8,-1 -1.2,-1.2 -1.2,-2 0,-0.8 1.8,-2 1.8,-3.4 0,-1 1.8,-3 1.8,-3.8 l -0.8,-1.4 c 0,-0.6 0.8,-1.4 1.6,-1.4 0.8,0 1.8,-2.4 1.8,-4 v -1.2 c 0,-0.4 0.2,-0.6 0.4,-0.6 1.2,0 4,-4.8 4,-6.2 0,-0.6 0,-0.4 -0.4,-0.6 -0.4,0 -1,0.4 -1,1 0,0.2 0.2,0.2 0.4,0.2 l 0.6,-0.2 c 0,0.6 -0.2,0.8 -0.6,0.8 -0.8,-0.4 -1.2,-0.4 -1.2,-1 0,-0.6 0.6,-1.4 2.4,-3 2.2,-2.4 4.6,-6.4 4.6,-7.8 0,-0.6 0.2,-1.2 0.4,-1.4 1.8,-2.6 2.8,-3.6 2.8,-5 0,-0.2 -0.2,-0.4 -0.4,-0.4 -0.4,0 -0.6,0.2 -1.4,0.6 -0.2,0 -0.2,0 -0.2,-0.4 0,-1 0,-1.4 0.6,-1.4 l 2,0.6 c 0.2,0 0.2,-1.4 0.6,-1.4 0.2,0 0.4,-0.2 0.4,-0.4 0,-1 1.6,-3.6 1.6,-4.8 V 77 c 0,-0.4 0.2,-1 0.6,-1.4 1.2,-1.2 4.2,-9.4 4.2,-10.8 0,-0.4 -0.4,0 -0.4,-1 l 0.2,-2.4 c -2.4,5.8 -3.2,8.8 -3.6,8.8 0,-0.8 0.2,-1.8 1,-3.6 1.4,-4.4 2.2,-8.8 2.2,-11 0,-0.8 0,-1.2 0.4,-1.2 0.2,0 0.6,0 0.6,-0.4 0,-0.2 -0.2,-0.4 -0.6,-0.4 l -1.6,0.2 c -0.6,0 -0.8,-0.2 -0.8,-0.6 0,-1 2.6,-3 2.6,-3.6 v -0.2 l -0.8,0.4 -0.2,-0.2 0.4,-1.4 c 0,-0.2 -0.2,-0.2 -0.4,-0.2 l -1,0.2 c 1,-1 1.6,-1.2 1.6,-1.6 -1,0 -1.4,0 -1.4,-0.4 0.2,-0.4 0.4,-0.6 0.6,-0.6 h 0.2 c 0.2,0 0.4,-0.6 0.4,-1.2 v -1.2 c -0.6,0.6 -1.2,1 -2.2,1 -1.2,0 -1.4,-0.4 -1.8,-1.4 0,-1 0.6,-1.4 1.6,-3 -2.2,1.8 -3.2,2.6 -4,2.6 l -0.2,-0.2 c 1,-1.2 1.4,-1.6 1.4,-2.2 l -0.2,-0.4 c -0.6,0 -0.8,0.4 -1.8,1 l -0.2,-0.2 c 0,-0.4 1.8,-2.2 1.8,-2.8 -0.4,-0.4 -0.2,-0.2 -0.4,-0.6 0,-0.6 0.2,-0.6 0.6,-1.4 -0.6,-0.8 -0.4,-0.4 -0.6,-1.2 l 0.4,-3 c 0,-0.4 0,-0.4 -0.4,-0.4 -1,0 -1.8,0.4 -2.8,0.4 -0.8,0 -7,4.2 -8.2,4.2 -2.4,0 -3.8,4.2 -12.2,21.8 0,0.8 -4.4,8.4 -4.4,9.6 0,0.4 -0.4,1.2 -1,1.6 -1,0.8 -3,5.4 -3,6.6 0,0.6 -1.2,0.4 -2.2,4 -1,3.6 -4.8,9.6 -4.8,10.8 -1.4,2.8 -2.4,4 -3,6 -3.2,7.8 -4,8.6 -10,22.8 -3.6,0.6 -7.8,0.8 -29.2,0.8 -6.4,0 -11.6,0 -11.6,-0.2 0,-1 16.4,-31.8 16.4,-33.2 0,-1 2.4,-3 2.4,-4 0,-0.4 -1.4,-0.4 -1.4,-1 0.6,-1.2 1.2,-1.6 2,-1.6 0.6,0 4,-6.2 4,-7.6 v -0.2 c 0,-0.4 0.8,-1.6 1.6,-2.8 2,-3 3.8,-8 3.8,-9.6 l -0.6,-1 c 0.4,-0.6 0.6,-0.8 0.6,-1.8 0,-1.6 -1.6,-4 -2,-4 -0.2,0.4 -0.2,0.8 -0.8,0.8 l -0.6,-0.2 -1.4,0.8 -0.2,-0.2 c 2.8,-6.4 2.2,-5.4 3.2,-8.8 0,-0.6 -0.2,-0.8 -0.6,-1.2 l -0.2,0.2 0.4,1.8 h -0.2 c -0.6,-0.8 -0.8,-1.4 -1.2,-1.4 h -0.4 l -0.2,-0.6 0.2,-2.2 c 0,-0.4 0,-0.6 -0.2,-0.6 -2,1 -2.8,3.4 -3.4,3.4 -0.8,-0.4 -1.2,-0.6 -1.2,-1.2 l 0.6,-1 -0.2,-0.4 c -0.6,0 -1,0.4 -1.6,1 l 1,-2.4 c 0,-0.2 -0.2,-0.2 -0.2,-0.2 -1.2,0.6 -0.8,0.2 -1.6,1 0.8,-1.4 0.4,-4.6 1.2,-6 h -0.8 l -0.4,0.2 c -0.2,0 -0.4,-0.2 -0.4,-0.4 l 0.4,-2.2 c 0,-0.6 -0.2,-0.6 -0.6,-0.6 -1.8,0.2 -5.2,2.6 -5.2,3.8 v 0.4 c -0.6,-0.6 -0.8,-1 -1.4,-1 l -7.6,5.2 -6.4,4.4 -11.4,23.8 -24,53.8 c -0.8,0 -1.8,1.4 -2.8,1.4 -0.8,0 -2.8,2 -3.8,2 -0.4,0 -1.2,0.2 -2.2,0.6 -0.8,0.6 -1,1.6 -1,2.6 0,1.2 1.6,1 1.6,1.4 -1.2,1 -2,1 -2,2.2 0,1.6 1.2,2.6 3.4,4.6 l -24.4,71.4 c 0,1.4 2.2,3.2 3.6,3.2 1,0 2.2,-3 2.2,-5 0,-0.8 0.2,-1.4 0.6,-1.4 0.2,0 0.4,0.4 0.4,1.2 l -0.4,3.6 c 0,0.6 0.2,0.8 0.4,0.8 0.4,0 0.8,-0.6 0.8,-1.8 0,-1.4 0.4,-1.2 1,-1.6 V 207 c 0,-0.6 0.2,-1.2 0.6,-1.2 l 0.2,0.2 c 0.2,0 0.2,-0.2 0.2,-0.6 l -0.4,-1.8 c 0,-0.6 0.4,-0.8 1.4,-0.8 0.8,0 1.8,0.4 2.4,0.8 0.8,0.8 1.8,1 2,2 0,0.8 -0.2,1.2 -0.6,1.2 -0.4,-0.8 -0.6,-1 -1,-1 v 0.4 c -0.2,0 -0.4,-0.2 -1,-0.8 -0.4,0.8 -0.4,0.4 -0.4,1.2 0,0.4 0,0.6 0.2,0.6 0.4,0 0.2,1.2 1,1.2 l 0.4,-0.2 c 0.4,0 0.4,0.4 0.4,1.2 v 1.2 c 0,0.2 0,0.2 0.2,0.2 0.4,0 0.6,-1.2 1.4,-2.6 0,1.8 0.6,3.8 1,3.8 0.2,0 0.2,-0.8 0.6,-0.8 1.4,0 4.2,-3.6 4.2,-6.6 v -0.2 c 0,-1.8 1,-1.2 1,-2.4 0,-1.6 1,-2 1,-2.4 0,-1 0.8,-1.4 2.6,-1.4 1.2,0 1,1 2,1 0.4,0 0.6,-0.2 0.6,-0.6 l -0.2,-0.4 c 0,-0.8 0.8,-1.8 1.4,-1.8 0.4,0 0.8,-0.2 0.8,-0.6 l -0.2,-0.4 -0.6,0.2 V 195 l 0.4,-0.6 c 0.2,0 0.2,0.4 0.8,0.8 0.2,0 0,-1.6 1.2,-3.2 0.6,-0.8 0.8,-1.2 0.8,-1.6 0,-0.8 -0.4,-0.6 -0.8,-1.6 l 0.8,0.2 c 0.6,0 1.2,-0.8 1.2,-1.8 -0.4,-0.8 -0.8,-1 -0.8,-1.2 l 0.8,0.2 c 1.2,0 2,-3 2.4,-3 0,0.6 -2,5.4 -5.2,12.4 -3.4,7.6 -6.4,14.8 -6.4,17.6 0,0.2 0,0.2 0.2,0.2 0.6,-0.2 4.8,-9.4 7.8,-16.4 4.8,-11.8 23.6,-51.6 24.6,-51.6 5,-0.4 5.2,0 8.4,-3.2 -1.8,1.4 -2.4,2.2 -3.2,2.2 -0.6,-0.4 -1,-0.8 -2,-0.8 h -1.4 c -0.8,0 -1.2,0 -1.2,-0.4 0.4,-1 1,-0.6 3,-1 -1.4,-0.4 -2.2,-0.4 -2.2,-1 0.4,-1 0.2,-0.6 0.8,-1 0.4,0 0.4,0.4 1.2,0.8 l 1.2,-0.2 c 1,0 1.2,0.2 1.6,1 v -1.2 c 0,-0.2 0.2,-0.4 0.4,-0.4 l 1.4,0.8 1,-0.4 0.2,0.2 -0.4,0.8 0.2,0.2 c 1,0 1.2,-1.8 2,-1.8 l 0.4,0.2 -0.8,1.2 c 0,0.4 0.4,0.6 0.8,0.6 0.8,0 1,-1.8 1.6,-1.8 1,0.4 1,0.6 2,0.6 1,0 1,-0.2 2.2,-0.6 l -0.2,0.8 c 1,-0.8 2,-1.2 2.6,-1.2 h 0.4 c 0.6,0 1,-0.2 2,-0.8 l -0.4,0.8 c 0,0.4 1.6,0.4 1.6,1 v 0.4 c 0.2,0 0.2,-0.8 1.2,-0.8 l 1,0.2 -0.4,-1 0.2,-0.2 c 0.4,0 0.8,0.6 1.8,1.2 0,0 0.2,-0.2 0.2,-0.4 0,-0.2 -0.2,-0.6 -0.2,-1 0,-0.4 0.2,-0.8 0.6,-0.8 0.8,0 1.6,0.4 3.4,0.8 1,0 1.6,-1.2 2.2,-1.2 0.8,0.4 4,0.6 4.2,1 0,0.4 0,0.2 0.4,0.4 1.4,0 1.2,-2.2 2.4,-2.2 0.2,0 0.4,0.2 0.4,0.4 l -0.2,0.6 c 1,0 1.4,-0.8 3.6,-0.8 0.6,0 0.8,0 0.8,0.2 l -0.2,0.8 0.8,1.2 c 0,0.6 -2,2.4 -2.4,4 -0.4,1.8 -1.8,3.6 -1.8,4.4 0,1.8 -3.2,7.8 -7.4,20.8 -2,6.6 -11,27.8 -11,28.8 0,0.6 0.2,0.6 0.6,1.2 0,0.6 -1.8,1.2 -3.6,10 l -2.2,10.4 c -0.4,1.6 -0.6,4.2 -0.6,6.4 0.2,4.4 0.4,5.2 1.2,5.6 0.2,0 0.4,-0.4 0.4,-1 v -0.6 c 0,-0.2 0.2,-0.4 0.6,-0.4 0.2,0 0.4,0.2 0.4,0.6 l -0.4,2.2 c 0,0.6 0.4,0.6 1,0.6 z m -59,-25.2 c 0,0 -0.2,-0.2 -0.2,-0.6 0,-0.2 0.2,-0.6 0.6,-0.6 l 0.2,0.2 c -0.2,0.6 -0.4,1 -0.6,1 z m -12.4,-3 c 0,0 -0.2,-0.2 -0.2,-0.8 0,-1.2 0.4,-1.6 1,-1.6 0.2,0 0.2,0.2 0.2,0.4 0,0.4 -0.2,1 -0.6,1.6 z m 5,-2.2 c -0.4,0 -0.4,-1.6 -1,-3 0,-0.2 0,-0.2 0.2,-0.2 l 1.4,0.2 c 0.4,0 0.4,0 0.4,-0.2 l -0.2,-1.8 c 0,-1 0.4,-1.6 1,-1.6 h 1 l -0.8,-1.4 c 0,-0.8 0.4,-1.4 1.2,-2.8 l -0.2,-0.4 c 0.4,-1 1,-1 1,-2.8 0,-1.6 1.6,-3.2 1.6,-5 v -0.4 c 0,-0.4 0.2,-0.6 0.4,-0.6 l 0.6,0.2 V 182 l -0.2,-1 c 0,-2.2 0.8,-2.2 0.8,-3.2 0,-1 0.6,-1.4 1.6,-1.6 v 0.2 c -0.6,0.6 -0.8,1 -0.8,1.8 v 1.2 c 0,1.8 -2,5.4 -2,6.2 v 0.6 c 0,1.2 -1.8,4.4 -1.8,6.8 v 0.8 c 0,1.8 -0.8,1.6 -1.6,4.4 -0.4,2 -0.8,3 -1.2,3 l -0.6,-0.6 c -0.2,0 0,1.6 -0.8,1.6 z m 75.4,15.2 c -1.2,0 -2,-0.4 -2,-0.8 l 0.4,-0.6 c 0.4,0 0.4,0.2 0.8,0.6 v -0.2 l -0.2,-2.4 c 0,-0.2 0,-0.4 0.2,-0.4 l 1,0.4 c 0.2,0 0.4,-0.2 0.4,-0.4 l -0.4,-1.4 c 0,-0.8 0.8,-1 0.8,-2.6 0,-1.6 1.8,-5 1.8,-5.8 v -0.2 c 0,-0.4 0.4,-0.6 1,-0.6 0.8,0 1.2,0.4 1.2,1.2 v 0.4 c 0,1.2 -0.6,0.8 -1,1 l 0.2,0.4 c 0,0.6 -1.4,0.2 -1.4,1.2 l 0.2,1.4 c 0,1.2 -1.2,2 -1.2,2.8 v 0.8 c 0,1.8 -1.6,5.2 -1.8,5.2 z m -59.6,-19.4 c 0,-0.2 0.2,-1.2 0.8,-2.2 l 0.2,-2.8 c 0,-0.6 0.8,-0.2 0.8,-1.4 l -0.2,-1.8 c 0,-0.6 0.2,-1 0.4,-1 0.2,0 0.2,0.2 0.4,0.8 l -0.2,1 c 0.4,0 0.8,-0.8 1.8,-2.4 v 0.2 c -1.6,5 -3.4,9.6 -4,9.6 z m 2.6,-9.8 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-1 0.4,-4 1.4,-4 0.2,0 0.6,0.2 0.6,0.8 v 0.2 c 0,1.2 0.2,1.6 0.6,2.4 l -0.8,-0.2 c -0.4,0 -1,1.4 -1.4,1.4 z m 72.2,16.2 c -0.2,0 -0.4,-0.4 -0.6,-1.4 0.6,0.8 0.2,0.4 0.8,1.2 z m -11.2,-2.8 c -0.2,0 -0.2,0 -0.2,-0.2 0.8,-1.8 1.4,-2.2 1.8,-2.2 0,0.4 -0.4,1.2 -1,1.8 z m -59.4,-19.2 c -0.2,0 -0.4,0 -0.4,-0.4 l 0.4,-1.6 c 0,-0.2 0.4,-0.2 0.8,-0.2 0.6,0 1,0.2 1,0.6 0,0.4 -1.2,1.6 -1.8,1.6 z m 5.4,0 0.8,-1.4 h 0.2 v 0.2 l -0.6,0.8 z m 56.4,17.4 c -0.4,0 -0.6,-0.8 -1,-2.8 7.6,-19.8 8.2,-20.6 9.8,-21.8 l -0.2,0.6 c 0.6,0.4 1,0.4 1,0.8 0,1 -1.6,0.6 -10.2,21 0,0.4 1.4,0.2 1.4,0.6 l -0.4,1.2 z m -59.4,-21 c 0,0 -0.2,0 -0.2,-0.4 0,-0.2 0.4,-0.6 0.6,-0.8 h 0.4 c -0.4,0.8 -0.4,1.2 -0.8,1.2 z m 5.2,-1 v -0.2 c 0,-0.6 1.6,-3.8 2,-3.8 0,0.4 -0.4,1 -0.6,1.8 -0.8,1.6 -1.2,2.2 -1.4,2.2 z m -2.4,-1.4 c -1.2,0 -1.8,0 -1.8,-0.8 0,-0.4 0,-0.4 0.2,-0.4 1,0.2 1.6,0.8 1.6,1.2 z m -15.8,-1 -0.2,-0.2 c 0,-1.2 2.2,-7.4 3.4,-7.4 l 0.2,0.4 -0.6,2.2 c 0,0.2 0,0.2 -0.2,0.2 l -0.6,-0.2 -0.2,0.2 c 0.2,0.2 0.2,0.4 0.2,0.4 v 0.6 c 0,1.2 -1.2,3.8 -2,3.8 z m 82,-1.2 V 174 c 0.2,-2.4 0.6,-4 0.8,-4 0.4,0 0.8,0.8 0.8,1.6 v 0.4 c 0,0.8 -0.4,1.4 -0.8,1.8 z m -61.6,-1.2 v -0.2 c 0,-0.4 0.8,-2 1,-2 v 1.2 c 0,0.2 -0.2,0.6 -0.4,0.8 z m -5.2,-0.4 c -0.2,0 -0.6,-0.2 -0.6,-0.6 l 0.2,-0.4 c 0.6,0.2 1,0.4 1,0.8 0,0 -0.2,0.2 -0.6,0.2 z m 79,0 c 0,0 0,-0.2 -0.2,-0.8 0,-0.8 0.4,-1 1.2,-1.4 v 0.2 c 0,0.4 -0.2,1 -0.4,1.4 z m -77.8,-1.4 c -0.6,-0.4 -1,0 -1,-0.8 0,-0.8 2,-4.6 2,-5.4 0,-1.2 0.4,-1.2 0.8,-2 l -0.2,-0.6 c 0,-0.4 1,-0.8 1.4,-2.2 1.6,-3 0.6,-1.8 2.6,-4.4 l 0.2,1.6 c 0,0.8 0,1.4 -0.2,1.4 h -0.2 c -0.8,0 -2.2,2.2 -2.2,3.2 l 0.2,0.8 c 0,1.4 -2.2,4.2 -2.6,6.2 -0.2,1.6 -0.4,2.2 -0.8,2.2 z m 68,-1.6 c 0,0 -0.2,-0.4 -0.2,-1.2 0,-0.4 0.2,-0.8 0.4,-0.8 h 0.2 c 0.2,0.2 0.4,0.4 0.4,0.8 -0.2,0.8 -0.6,1.2 -0.8,1.2 z m -61.6,-1.6 c 0,-0.4 1.6,-4.4 2.2,-5 l 0.4,-0.2 c 0,0.8 -2.2,5.2 -2.6,5.2 z m -19.8,-1.4 c 0.4,-3.6 1.8,-4.4 1.8,-5.6 0.4,-2 1.4,-2 1.6,-3.4 0.2,-0.6 0.6,-1.2 1,-1.2 0.2,0 0.4,0.2 0.4,0.4 0,0.8 -2,2.8 -2,5 v 0.2 c 0,1 -0.4,1.6 -0.6,1.6 h -0.2 c -0.2,0 -0.2,0.2 -0.2,0.4 v 0.2 c 0,1 -1.4,2.4 -1.8,2.4 z m 82.4,0.2 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.8 1.4,-4.4 2,-4.4 0.2,0 0.4,0.2 0.4,0.4 0,0.8 -1.4,2.6 -1.4,3.6 0,0.6 -0.2,1 -0.4,1 z m -60,-4.6 6.2,-14 c 0.2,-0.6 0.6,-1 0.8,-1 0,1.2 -6.6,15 -7,15 z m 76.6,-0.6 -0.6,-0.2 c 1,-0.4 0.6,-0.2 1,-1 l -0.2,-1.2 c 0.8,0.6 0.4,0.4 0.8,1.2 -0.2,0.6 -0.2,1.2 -1,1.2 z m -3.2,-0.6 0.6,-2 c 0,-0.6 -0.6,-0.6 -0.6,-1.2 0,-1 1.6,-3.2 2.8,-3.2 0.2,0 0.2,0 0.2,0.2 -1.4,2 -1.2,3.8 -2.4,5.4 z m -10.6,-1.4 c -0.2,0 -0.6,-0.4 -0.6,-1.2 0.4,-1.4 0.4,-2 1,-2 0.4,0 0.6,0.2 0.6,1 0,0.4 -0.2,1.4 -0.6,1.8 z m -79.4,-4 c -0.2,0 -1.2,-0.6 -1.2,-1.6 l 0.4,-1.6 -0.2,-0.2 c 0,-0.2 0.6,-0.6 1.8,-1 0.4,0 0.8,0.4 0.8,0.8 0,0.6 -0.2,0.8 -0.8,1.2 -0.2,0 0,-0.6 -0.4,-0.6 -0.6,0 -0.8,0.6 -0.8,1.4 0,0.6 0.2,0.8 0.4,0.8 l 0.6,-0.2 0.2,0.2 c -0.4,0.6 -0.6,0.8 -0.8,0.8 z m 14.6,-0.4 c -0.2,0 -0.2,-0.2 -0.2,-0.4 0.2,-0.6 0.6,-0.8 0.6,-0.8 0.2,0 0.4,0.2 0.4,0.6 0,0.2 -0.4,0.6 -0.8,0.6 z m 67.4,-1.4 c -0.4,0 -0.6,-0.4 -0.6,-0.8 v -0.2 c 0,-1 1.6,-2.2 1.6,-3 v -0.2 c 0,-0.8 0.8,-1.4 1.6,-2.4 -0.6,2.4 -0.2,1.2 -1.4,3.6 -0.6,0.4 -0.4,3 -1.2,3 z m -67,-1 c -0.4,0 -0.6,0 -0.6,-0.4 0.2,-0.6 0.4,-1.2 1,-1.2 0.2,0 0.6,0.2 0.6,0.8 0,0.2 -0.4,0.6 -1,0.8 z m 78.4,-1.2 c -0.4,0 -0.8,-0.2 -0.8,-0.4 l 0.2,-0.2 0.6,-0.2 c 0.4,0 1,0.2 1,0.6 0,0.2 -0.4,0.2 -1,0.2 z m -91.8,-1 c -0.4,0 -0.6,-0.2 -0.8,-0.6 0.6,-1.8 1,-2.8 1.6,-2.8 0.4,0 0.6,0.4 1.2,1 0,0.4 -1.2,0.6 -1.2,1.4 v 0.2 c 0,0.6 -0.4,0.8 -0.8,0.8 z m 92.8,-0.2 c -0.6,-0.4 -0.4,-0.2 -0.6,-0.8 0,-0.8 0.4,-1.2 1.4,-1.8 v 0.2 c -0.2,1.4 -0.4,2.4 -0.8,2.4 z m -77.2,-0.8 h -0.4 c -0.2,0 -0.4,0 -0.4,-0.4 0,-0.8 1.2,-4.2 1.8,-4.2 0.8,0.8 0.6,0.4 0.8,1.4 0,0.8 -1.4,1.6 -1.4,2 l 0.2,0.6 c 0,0.2 -0.2,0.4 -0.6,0.6 z m -13.6,-2.6 c -0.2,0 -0.6,-0.6 -0.6,-1.4 0,-0.8 0.2,-1.4 0.4,-1.4 0.8,0 1.2,0.4 1.2,1 -0.2,1.2 -0.6,1.8 -1,1.8 z m 91.6,0 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0,-0.8 2,-2.4 2.8,-5 0.6,-2.2 1.8,-3.8 2.4,-3.8 h 0.2 v 0.2 c -1.2,2.2 -2,3 -2,4.2 v 0.2 c 0,2 -2.2,4.6 -3,4.6 z m -89.6,-4.2 c -0.2,0 -1.4,-0.4 -1.4,-0.8 0,-0.2 0.2,-0.4 0.6,-0.4 0.2,0 0.4,0.2 0.6,0.4 z m 82.4,-2.8 c -0.2,0 -0.6,-0.4 -0.8,-1.2 l 0.2,-0.2 c 0.2,0 0.4,0.4 0.6,1.2 z m -43.2,-0.6 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0.2,-0.6 0.2,-0.2 0.6,-0.6 0.2,0 0.4,0.2 0.6,0.4 0,0.4 -0.4,0.6 -0.6,0.6 z m 41,-0.8 h -0.2 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.6 0.4,-1 1,-1 0.2,0 0.2,0 0.2,0.2 0,0.4 -0.2,0.8 -0.6,1 z m 14.2,-2.6 c -0.2,0 -0.2,-0.2 -0.2,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.4,0 0.4,0.2 -0.2,0.8 -0.4,1 -0.8,1 z m 2,-3.2 h -0.2 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-0.6 0.4,-1.2 0.8,-1.2 0.2,0 0.4,0.2 0.4,0.6 0,0.4 -0.2,1 -0.6,1.2 z m -63.8,-13.6 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0,-1.2 1.6,-3.2 1.8,-3.2 l 0.2,0.2 c 0,0.6 -1.2,3.4 -1.6,3.4 z m -22,-1 c 1.4,-2 1.8,-3.6 2.2,-3.6 0.2,0 0.4,0.2 0.4,0.4 l 0.2,0.2 c 0,0.2 -0.6,1 -1.2,1.6 z m 20.2,-0.2 c 0.4,-1.8 1,-3 1.4,-3 0.2,0 0.2,0.2 0.2,0.2 0,0.8 -1.4,2.8 -1.6,2.8 z m -17.4,-4.2 c 0.6,-2 1.2,-2.8 1.8,-2.8 0.2,0 0.2,0.2 0.2,0.8 0,0.4 -0.6,1 -1.2,1.4 z m 20.2,-1.2 c -0.2,0 -0.2,0 -0.2,-0.4 0,-0.4 0.2,-1 0.6,-1 0.2,0 0.2,0 0.2,0.2 -0.2,1 -0.4,1.2 -0.6,1.2 z m -17.6,-3 v -0.2 c 0,-0.6 3.2,-7.2 3.8,-7.2 0.2,0 0.2,0.2 0.2,0.4 v 0.2 c 0,1.2 -3.6,6.8 -4,6.8 z m 24.6,-7.4 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.4 1.6,-2.8 2,-2.8 l 0.2,0.4 c -0.6,1.6 -0.8,2.6 -1.8,2.6 z m -16.6,-7 -0.2,-0.4 c 0.4,-1.2 0,-0.6 1,-1.8 v 0.6 c 0,0.6 0,1.2 -0.4,1.4 z m 97.8,-6.2 v -0.4 c 0,-0.8 0.6,-1.6 1.6,-2.6 -0.8,2.2 -1.4,3 -1.6,3 z m -72.2,-3 c -0.4,0 -0.6,-0.2 -0.8,-0.8 0.2,-0.8 0.6,-1.4 1,-1.4 0.4,0 0.8,0.6 0.8,1.2 0,0.2 0,0.4 -0.2,0.6 z m 2.4,-6.4 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.6 0.4,-0.6 0.4,0 0.6,0.4 0.6,0.6 0,0.4 -0.2,0.6 -0.4,0.6 z m 73.8,0 c 0,0 -0.2,-0.2 -0.2,-0.6 0,-0.2 0.4,-0.6 0.6,-0.8 h 0.4 c -0.2,1 -0.4,1.4 -0.8,1.4 z m -79,-1.8 c 0.8,-1.8 1.6,-2.8 1.6,-4 0,-0.6 0,-1 0.2,-1 l 0.4,0.2 c 0.2,0.2 0.2,0.4 0.2,0.8 0,1 -2,4 -2.4,4 z m 80,-0.4 v -0.2 c 0,-1 1.8,-5.2 2.2,-5.2 l 0.2,0.2 c 0,1.2 -2.2,5.2 -2.4,5.2 z m -76.2,-6.2 h -0.2 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-0.4 0.2,-0.8 0.6,-0.8 0.2,0 0.6,0.2 0.6,0.6 0,0.2 -0.4,0.6 -0.6,0.8 z m 1.4,-2.6 c -0.2,0 -0.4,-0.4 -0.4,-0.8 0,-0.6 0.4,-1 0.6,-1 0.2,0 0.4,0.2 0.4,0.4 z m 0.6,-2.4 V 66 c 0.4,-1.4 1,-2 1,-3 l -0.2,-0.8 c 0.6,0.4 0.8,0.4 0.8,1 0,1 -1,3 -1.6,3 z m -11.2,-4 c 0,0 -0.2,-0.2 -0.2,-0.6 v -0.2 c 0,-0.2 0.2,-0.4 0.4,-0.4 l 0.4,0.2 c -0.2,0.6 -0.4,1 -0.6,1 z m 16.8,-5.4 c -0.6,-0.4 -0.4,-0.2 -0.8,-0.8 l 1,0.4 V 55 c 0,-0.6 0.6,-0.8 1.4,-1.2 0.2,0 0.4,0.2 0.4,0.8 0,1 -1.2,2.2 -2,2.2 z m -7.8,-11 h -0.6 c -0.4,0 -0.6,0 -0.6,-0.2 0.6,-1.6 1.2,-2.4 1.8,-2.4 0.2,0 0.2,0 0.2,0.2 l -0.2,1 0.4,1 c 0,0.2 -0.4,0.4 -1,0.4 z m 0.4,185.2 c 0.6,0 0.6,-0.6 0.8,-1.6 -0.2,-0.6 -0.4,-1.2 -1,-1.2 -0.6,0 -0.8,0.4 -0.8,1 0,0.4 0.2,1 0.6,1.4 z m 1.2,-3.6 c 0.4,0 0.4,-0.6 0.6,-2 l -0.2,-0.2 h -0.6 c -0.8,0 -1,-1.2 -1.4,-1.2 -0.6,0.4 -0.8,0.4 -0.8,1.2 0,0.8 0.4,1.4 0.8,1.4 l 0.6,-0.2 z m -62,-20.8 c 0.4,0 0.6,-0.2 0.6,-0.2 l -0.2,-0.6 c 0,-0.6 0.6,-0.6 0.6,-1.2 v -0.2 c -0.2,-1 0,-0.6 -0.8,-1.6 l 0.2,1.2 c 0,0.6 -0.2,1.2 -0.6,1.4 -0.4,0.2 -0.6,0.6 -0.6,0.8 0,0.2 0.4,0.4 0.8,0.4 z m 74.2,15 c 0.8,-0.8 0.4,-0.4 0.8,-1.2 0,-0.2 0,-0.2 -0.2,-0.2 -0.4,0 -0.6,0.4 -0.8,1.2 z m -72.6,-19.4 c 0.6,0 1,-0.2 1.2,-0.8 -0.6,0 -0.4,0 -1,0.2 -0.2,0 -0.2,-0.2 -0.2,-0.4 l 0.2,-0.8 c 0,-0.4 -0.2,-0.4 -0.8,-0.4 -0.4,0 -0.6,0 -0.6,0.2 l 0.4,0.2 0.2,0.6 v 0.6 c 0,0.4 0.2,0.6 0.6,0.6 z m 40.2,-57.2 c 0.8,0 2,0 3.6,-0.2 0.4,0 0.4,-0.4 0.4,-0.6 0,-0.6 -0.2,-1 -0.4,-1 -0.8,0.4 -1.2,0.8 -3.2,0.8 l -1,-0.2 c -0.8,0 -1.2,0.4 -1.2,0.6 0.2,0.4 0.2,0.6 1.8,0.6 z m 7,-0.4 c 2.6,-0.4 4,0.2 4,-1 0,-0.4 -0.2,-0.4 -0.8,-0.4 h -0.8 c -0.4,0 -0.2,-1.4 -1.4,-1.4 h -0.6 c 0,0.2 0.4,0.4 1,1 0,0.2 -1.6,0 -1.6,0.8 0,0.2 -0.2,0.2 -0.6,0.2 l -1,-0.2 v 0.4 c 0.2,0.4 0.8,0.6 1.8,0.6 z m 7.2,-0.6 c 1.2,-0.2 2,-0.4 2,-0.8 -0.2,-0.2 -0.8,-0.4 -1.4,-0.4 h -0.6 c -0.8,0 -1,-0.4 -1.4,-0.6 -0.4,0 -0.4,0.4 -0.4,1.2 0,0.6 0.4,0.6 1.8,0.6 z m 3.8,0.2 c 0.4,0 0.6,-0.4 0.8,-1 l -0.4,-0.2 c -0.4,0 -0.6,0.2 -0.6,0.6 z m 3.4,-0.6 c 0.4,0 0.8,-1 1.2,-1 l 1,0.2 c -0.4,-0.6 -0.2,-0.4 -0.8,-0.8 -1,0.6 -0.6,0.4 -1.6,0.6 l -0.4,-0.2 v 0.4 c 0,0.4 0.2,0.8 0.6,0.8 z m 4,-0.6 c 0.6,0 1.2,-0.4 1.2,-0.6 0,-0.4 -0.4,-0.6 -1,-0.6 -0.4,0 -1,0.2 -1.2,0.8 0,0.2 0.4,0.4 1,0.4 z m 4.6,-91.4 c 0.4,-0.2 1,-0.6 1.2,-1.2 0,-0.2 -0.2,-0.4 -0.4,-0.4 -0.6,0 -1,0.4 -1.6,1.4 0,0.2 0.2,0.2 0.8,0.2 z m 68.8,-8 c 0.4,0 0.8,-0.2 0.8,-0.4 0,-0.2 -0.4,-0.4 -1.2,-0.4 -0.6,0 -0.8,0.2 -0.8,0.4 0.2,0.2 0.8,0.4 1.2,0.4 z"/><path d="m 889.40015,214.6 c 3.6,0 13,-2.4 34,-8 0.8,-0.4 3,-1 5,-1.4 25.6,-7 23.2,-5.8 23.8,-6.8 l 0.2,-0.4 c 0,-0.2 0,-0.2 -0.4,-0.2 -0.8,0 -3.4,1.2 -5.2,1.2 -1.2,0 -2.2,-0.6 -2.4,-1.8 0,-1.6 3.8,-2.4 5.6,-2.4 0.6,0 1,0.2 1,0.6 -0.2,1.2 -2.6,1.4 -2.6,1.8 0.2,0.2 0.4,0.4 0.8,0.4 3.2,-0.6 3.8,-1 3.8,-1.4 0,-2.4 0.4,-2.6 4.6,-3.4 l 0.6,0.2 c 0,0.2 -1,0.8 -1,1.4 0.2,0.8 0,0.4 0.6,0.8 0.6,0 1.2,-2.6 1.4,-2.6 v 1 l 0.4,1 c 0.4,-0.8 0.2,-1.4 0.8,-1.4 l 2.2,0.4 0.2,-0.2 c -0.8,-0.8 -0.6,-0.4 -1,-1.2 0,-1 3.2,-0.4 3.6,-1.4 0.2,-0.4 0.4,-0.6 0.8,-0.6 0.6,0 0.4,2.4 1.2,2.4 0.2,0 0.2,-0.4 0.2,-0.6 v -1.2 c 0,-0.2 0,-0.4 0.2,-0.4 1.4,0.8 2,1.6 2.8,1.6 l 0.2,-0.2 -0.6,-0.8 c 0,-0.6 1.4,-2 5,-2.4 1.2,-0.8 5.4,-0.8 6.2,-1.2 1.4,-0.8 3,-0.4 6.6,-1.4 l 0.4,-0.2 c 0.2,0 0.2,0.2 0.2,0.6 0,1.2 -2.6,0.8 -3.4,1.6 l -0.6,0.4 c 1.6,0 4.8,-0.4 4.8,-1.8 l -0.2,-1 c 0,-0.4 0.4,-0.6 1.6,-0.6 h 2.8 c 0.4,0 0.6,0 0.6,-0.2 l -0.4,-0.8 0.2,-0.2 1.4,0.2 c 1,0 0.6,-1 1.2,-1 l 2.2,-0.2 0.4,-0.4 -0.8,-0.2 -4.4,0.4 -0.4,-0.2 c 3,-1.2 3,-1.4 6,-2 4.39995,-0.2 8.79995,-2 10.39995,-3.4 l -0.2,0.6 c 0,0.2 0.2,0.4 0.4,0.4 1.2,0 4.2,-3.4 5.2,-3.4 0.2,0 0.4,0 0.4,-0.2 0,-0.2 -0.2,-0.2 -0.2,-0.4 l -1,-0.2 c -2,0 -5.4,0.6 -6.4,1 -0.4,0 -0.6,-1 -1.4,-1 -2.6,0.6 -2,2 -3.2,2 -0.6,0 -0.8,-0.6 -0.8,-1.2 v -0.2 c 0,-1 0.8,-1.6 2.4,-1.6 0.6,0 1,-0.2 1,-0.4 V 172 c 1.6,0 2,0.6 2.4,1.8 0.4,-1.4 0.2,-1.8 2.6,-3.8 2.6,-1.6 2.6,-2 2.8,-2.2 l 1,0.2 c 0.4,0 0.6,-0.2 0.6,-0.4 0,-0.8 -1.8,-1.2 -3.2,-1.2 -1.6,0 -1.8,0.4 -2.4,1 -0.2,0 -0.2,-0.2 -0.2,-0.6 v -0.2 c 0,-1 2.4,-1.4 2.4,-2 -0.2,-0.2 -0.6,-0.2 -1.2,-0.2 -1,0 -2.8,0.2 -4.6,0.6 h -0.8 c 0,-0.6 1,-1 2.4,-1.8 -2.2,0 -3.6,0 -3.6,0.4 0,0.6 -3.6,2.4 -4.59995,2.4 -0.4,-0.2 -0.4,0 -0.4,-0.4 0,-0.6 2.19995,-0.4 3.59995,-1.8 l -0.8,-0.2 c -8.39995,0.4 -9.79995,1 -11.59995,1.4 -16.6,2.4 -17.6,2.4 -41,6 -1.4,0.4 -4.2,0.8 -6.2,1.2 l -17.8,3.6 -2.4,0.2 c 0,-0.2 5.6,-9.2 12,-19.8 l 12.2,-19.8 c 15.8,-2.8 23,-4 23,-4.6 -0.4,-0.4 -0.6,-0.4 -0.6,-1.4 0,-1.4 0.2,-2 0.6,-2 l 1,0.4 c 0.6,0 0.8,-0.6 2,-1.6 0.4,0 0.4,0.6 1,0.6 1,0 2.4,-1 3.8,-1 l 3,0.4 c 0.4,0 0.8,0 1,-0.4 0.6,-0.6 1.6,-0.8 3.4,-0.8 3.2,0 2.6,-0.6 3.4,-0.6 l 1.4,0.2 c 0.6,0 0.8,0 0.8,-0.2 0,-0.6 2.6,-0.8 8.4,-0.8 2.59995,0 1.79995,-1.2 3.39995,-1.2 0.8,0 1.4,-0.2 1.4,-0.4 0,-0.2 -1,-0.4 -2.2,-0.4 -3.19995,0.2 -12.79995,1.4 -13.19995,1.6 l -1.4,-0.2 -0.6,-0.2 c 0,-0.4 26.79995,-2.8 30.19995,-3.6 5,-1 7.8,-0.6 7.8,-1.2 l -0.8,-1.2 c 0,-0.2 0,-0.2 0.2,-0.2 2.6,-0.2 4.4,-0.4 4.6,-0.8 0,-0.4 -3,-0.8 -4.8,-0.8 l -1.2,0.2 c -0.4,0 -0.4,-0.8 -0.6,-0.8 -0.4,0.4 -0.2,0.6 -1,0.6 -2.8,-0.4 -4.2,-0.4 -4.2,-1.2 l 0.8,-1.2 -1.2,0.4 c 0.4,-0.6 0.6,-0.8 1.6,-0.8 l 1.4,0.2 c 1,0 0.8,-1 1.4,-1 1.4,0 6,-2.2 6,-3 -0.2,-0.8 -1,-1 -1.6,-1 -2.6,0 -4.8,-0.2 -4.8,-0.4 0.6,-0.2 0.8,-0.4 0.8,-0.6 0,-0.8 -4.4,-0.8 -4.4,-1.2 0,-0.4 4.8,-1 4.8,-1.6 0,0 -0.4,-0.2 -1.2,-0.2 -2,-0.2 -6.2,-0.2 -11.4,-0.2 -12.19995,0 -28.99995,0.4 -29.59995,0.8 -0.4,0.4 -5.6,0.6 -13,1 1.4,-1.6 2.2,-2.4 2.2,-3.2 0,-0.2 -0.2,-0.2 -0.4,-0.2 l -1.4,0.6 c -0.2,0 -0.2,0 -0.2,-0.4 0,-0.4 0.2,-0.8 0.4,-0.8 h 0.8 c 1,0 1.4,-0.2 1.4,-0.8 l -0.2,-0.4 c 0,-0.2 0,-0.2 0.2,-0.2 h 0.6 c 0.8,0 0.6,-1.6 1.4,-2 0.8,-0.4 0.6,-1.6 1.6,-2.4 0.8,-0.8 0.6,-2.6 1.8,-4 1.4,-1.2 5.4,-7.4 5.4,-8.4 0,-0.8 0,1.6 5.6,-10.4 4.4,-8.8 4.4,-8.8 4.4,-9.6 0,-0.2 0.8,-0.6 1.6,-0.6 22.19995,-2.8 36.19995,-3.4 36.19995,-4.4 0,-0.2 -0.6,-0.2 -1.8,-0.2 -7.6,0.2 -3.4,0.4 -10.4,0.4 -9.6,0.6 -9.6,0.8 -22.99995,2 -1.8,0 -3,0.4 -3.6,0.6 -0.2,0 -0.4,-0.4 -0.4,-0.8 0,-2.2 0.4,-2.4 8.4,-2.6 4.19995,0 3.59995,-1 4.79995,-1 l 3,0.2 c 1,0 1.6,0 1.6,-0.2 0,-0.4 1.2,-0.4 2.6,-0.4 4.8,0 4.6,-0.8 7.4,-0.8 2.2,0 1.8,0.2 2.4,0.4 1,-0.4 1,-0.8 2.4,-0.8 2.6,0 5.6,-0.2 5.6,-1.2 0,-0.4 0,-0.2 -0.4,-0.4 -0.6,0 -0.8,0 -2.2,-0.6 0,0 1,-0.2 2.6,-0.2 1.8,0 2.8,0.2 2.8,0.2 -1.8,0.8 -1.6,1.2 -2,2.2 l 0.4,0.2 c 1,-0.2 1.2,-0.6 3.4,-0.6 2.6,0 4.4,-0.2 4.4,-0.8 0,-0.4 -0.6,-1 -1.4,-1 l -0.8,0.2 c -0.6,0 -1.2,0 -1.4,-0.4 0,-0.4 2.6,-0.6 8.8,-0.8 5,0 10,0 10.8,-0.2 l 3.4,-0.2 c 1,0 1.4,0 1.4,-0.4 l -1,-1.4 c 0,-0.6 -2.4,-2.8 -3.8,-2.8 -1,0 -1,0.4 -1.8,0.8 -0.4,0 -0.6,-0.6 -0.8,-1.6 0,-1 0.6,-1.6 1.6,-1.6 l 1.6,0.4 c 1,0 0.8,-1 1.8,-1 0.8,0 1,0 1,0.2 l -1.4,1.4 c 3.4,-0.4 4.6,-0.8 4.6,-1.2 0,-0.4 -1.2,-1.2 -1.2,-1.6 0,-1 0.6,-1 0.6,-1.6 0,-0.4 -0.6,-0.8 -1.6,-0.8 h -1 c -0.6,0 -0.4,-1 -1.6,-1 l -3.6,0.8 c -0.4,0 -0.4,-0.2 -0.4,-0.6 -0.2,-1.4 -0.2,-1.2 -1,-1.6 l 0.4,-0.2 c 2,0.4 1,0.4 3,0.6 2.2,0 2.8,-0.6 5.4,-1.6 0,-0.2 0,-0.2 -0.2,-0.2 l -5.4,0.8 -0.2,-0.2 c 2.6,-0.6 4,-0.8 4,-1 0,-0.6 -2.2,-0.4 -8,-1.2 -13.6,-2 -18,-2.2 -34.2,-2.2 -15.79995,0 -26.39995,0.4 -29.39995,0.4 -1,0 -1.6,0 -1.6,-0.2 0,-1.2 -1.6,-2.4 -2.2,-2.4 l 0.2,1 c 0,0.4 0,0.6 -0.4,0.6 l -1.2,-0.8 -0.4,0.4 c -0.6,-0.4 -0.6,-0.8 -1.4,-0.8 -2.4,0 -5.8,2.4 -6.2,3 l -0.6,-0.2 c -0.2,0 -0.4,0 -0.4,0.2 0,1.2 -10.6,2 -21.2,3.8 -5.2,1.2 -9.2,1.2 -9.2,1.6 0,0.2 -0.2,0.2 -0.6,0.2 -2,0 -5.4,3 -5.4,5.4 1.2,4.8 3.6,4.2 3.6,5.2 0.4,0.8 1.4,1.2 2.2,1.2 0.6,0 0.6,-0.8 1,-0.8 0.4,0.4 0.4,0.8 1,0.8 1.2,-0.4 1.8,-0.8 3.8,-0.8 0.4,0 0.6,0 0.6,0.2 -0.6,1.2 -0.8,1.6 -1.2,1.6 -0.4,0 -0.6,-0.4 -1.8,-0.4 -3,0.2 -3,0.4 -3,2.6 0,1.4 0.4,1.6 1.6,2.4 0.2,0 0.2,-0.2 0.2,-0.6 V 56 c 0.2,0 0.8,0.8 0.8,1.4 0,0.4 -0.6,0.8 -0.6,1 v 0.2 c 0,0.6 2.2,2 2.8,2 0.4,0 1,1.6 3,1.6 1.4,0 1.8,0 2,0.6 V 63 c 0,0.2 0,0.4 0.2,0.4 l 1.6,-0.8 0.4,0.2 c -2,1 -1.6,3.2 -5.2,3.2 -1.4,0 -2.2,0.2 -2.2,0.4 0,0.4 1.4,0.6 4,0.8 0,0.6 -7,11.6 -12.8,21.8 l -7.2,13.8 c -5.4,10.4 -1.8,7.4 -13.4,10 -11,2.2 -11.8,3 -13.6,3.4 -3.6,0.4 -8.4,2.8 -9.4,4.6 -0.4,0.8 -0.6,1.8 -0.6,2.6 v 0.8 c 0,2.4 2,4 2.4,5.2 0.2,0.4 1.2,1 2,1 2.4,0.4 2.8,4 3.8,4 0.8,0 -0.6,2 3.8,2.4 2,0 3.4,0.2 3.4,0.4 0,0.2 -2.8,0 -2.8,1 0,0.4 0.2,0.4 1,0.4 l 6.4,-0.4 c -1,2.4 -1.4,3.8 -3.4,3.8 -0.8,0 -1.6,0.4 -1.6,0.6 0,0.2 0.4,0.4 0.8,0.4 h 1.4 c 0.6,0 0.8,0 0.8,0.2 v 0.2 c 0,0.4 -0.4,0.8 -1,1.4 l 0.8,-0.2 c 0,0.4 -2,2.8 -6.6,12.8 -7.6,17.2 -5,11 -6.4,14 -1.4,3.8 -5.6,12.2 -6.2,13.2 -0.8,1 -3.4,2.2 -9.6,4.2 -7.2,2.4 -9.2,4.4 -9.2,8.2 0.2,2 1,3.6 2.2,3.6 0.4,0 0.6,0.2 0.8,0.6 0.6,1.2 0.6,1.8 1.2,1.8 1.2,-1 1.4,-1.4 2.6,-1.4 2.4,0 3.2,6.2 5,7.2 0.8,0.4 1.2,0.8 1.2,1 v 0.4 c 1,0 1.8,-0.2 1.8,-0.6 V 209 c 1.8,0.4 1.2,1.6 2.4,1.6 1.8,0 4.4,-1.8 4.4,-2.2 0,-0.4 -1.8,-0.2 -1.8,-0.4 0,-0.4 0.8,-0.6 2.2,-0.8 h 1.4 c -0.6,0.4 -1,1 -1,1.4 0.2,0.4 0.6,0.8 1,0.8 l 2.8,0.6 0.4,-0.2 -0.2,-0.6 c 0,-0.6 1.2,-0.2 1.2,-0.8 v -0.2 c 0,-0.6 2.6,-1.2 8,-1.4 0.6,0 1,0 1,0.2 -0.4,0.2 -0.6,0.6 -0.6,1.2 l 0.4,1 -1.8,-0.8 -1.4,0.8 c 0,0.2 0.2,0.2 0.6,0.2 0,0.4 -3,1.6 -4.6,1.6 -2,0 -4.6,1.4 -7.2,1.4 -3,0 -2.8,1 -4.2,1 -0.6,0 -1,0.2 -1,0.6 0,0.4 0,0.6 1.2,0.6 z m 19.8,-5.8 c -0.4,0 -0.6,0 -0.6,-0.2 l 1,-0.4 0.4,0.2 0.2,0.2 z m 5.6,-1.4 -0.2,-0.2 0.6,-1 c 0,-0.4 -1.6,-0.4 -1.6,-0.8 v -0.2 c 0,-0.2 0.2,-0.4 0.6,-0.4 0.8,0 0.8,1.2 2.4,1.2 l 1.8,-0.2 c 0.2,0 0.4,0 0.4,0.2 -0.2,0.2 -1.2,0.6 -2.6,1 z m -18.4,-0.4 c -0.4,0 -0.8,0 -0.8,-0.2 l 0.8,-0.6 c 0.4,0 0.8,0 0.8,0.4 v 0.2 c 0,0 -0.4,0.2 -0.8,0.2 z m 1.8,-0.6 c 0,-0.2 2.2,-1 3,-1 l 0.6,0.2 c -0.2,0.4 -0.8,0.6 -2.4,0.6 z m 14,0 c -0.6,0 -1,-0.2 -1,-0.8 0,-0.2 0.2,-0.4 0.4,-0.4 0.8,0 1.4,0.2 1.4,0.8 0,0.2 -0.4,0.4 -0.8,0.4 z m 8,-0.6 c -1.6,0 -1,-0.8 -2,-1.2 -0.2,-0.2 -0.4,-0.4 -0.4,-0.6 0,-0.6 0,-0.4 0.4,-0.8 l 0.8,0.2 c 0.8,0 1.6,-1.6 3.4,-1.8 1,0 1.2,2.4 2.2,2.4 0.4,0 0.6,-0.2 0.6,-1 0,-0.2 0,-0.2 -0.2,-0.2 l -1.2,0.2 c 1,-1.2 1,-1.2 2.8,-1.2 l -0.6,-1 0.2,-0.2 1.8,0.4 0.2,-0.2 v -0.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 1.2,0.2 0.8,0 2,0.6 l 0.2,-0.2 -0.2,-0.6 c 0,-0.2 0.2,-0.4 0.6,-0.4 1.6,0 2.8,0.8 3.8,2 V 201 l -0.4,-2 c 0,-0.4 0.2,-0.6 0.6,-0.6 0.6,0 1,0.2 1,0.6 0.2,0 0.8,-0.4 1.4,-1 0.8,-0.6 1.2,-1 1.6,-1 1,0.4 0.6,0.2 1.6,0.4 0.6,0 1.2,-0.6 1.8,-0.6 0.6,0 1,0.4 1.2,1.8 v 0.2 c 0,1.2 -3,1.8 -10.8,3.6 -0.4,0 -0.6,-0.2 -0.6,-0.4 l 0.2,-0.8 c -0.6,-0.8 0,-0.6 -0.8,-1 l 0.2,0.6 c 0,0.6 -0.8,0.8 -2,1.6 0.8,0 1.2,0 1.2,0.2 0,0.8 -8.8,3.2 -11.2,3.2 z m 3.4,-1.2 -0.8,-0.4 c -0.6,0.2 -0.4,0 -1,0.4 z m 14.6,-4.2 c 1,0 5,-1 5,-1.6 -1,-1 -0.4,-0.4 -1.8,-1 l -0.2,0.2 0.2,0.4 c 0,0.6 -3.4,1.4 -3.6,2 z m -35,5 c -0.4,0 -0.6,0 -0.6,-0.2 0.8,-0.6 1.4,-1 2,-1 h 0.6 c 0,0.2 -1.2,1.2 -2,1.2 z m 3.4,-1.2 h -0.2 c 0,-0.4 2,-1 5.8,-2 h 0.2 c -0.2,0.6 -4.8,2 -5.8,2 z m -24.4,-1.2 c -0.2,0 -0.6,-0.2 -0.8,-1.2 l 0.2,-0.4 c 0.2,0 0.4,0.4 0.8,1.4 0,0.2 0,0.2 -0.2,0.2 z m 32,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.8,-0.4 0.6,0.2 v 0.2 z m 2,-1 h -0.4 c 0.4,-0.6 5,-1.8 5.8,-1.8 0.2,0 0.2,0.2 0.2,0.4 0,1.2 -4.8,1.4 -5.6,1.4 z m 6.6,-1.8 c 0.6,-0.6 4.8,-2 6.2,-2 l 0.4,0.2 c 0,0.2 -1.6,0.8 -3.6,1.4 z m 8.4,-2 c 0.6,-0.8 0.2,-0.4 1,-0.8 0.4,0 0.2,0 0.4,0.2 l -0.6,0.4 z m 2.4,-0.4 -0.2,-0.2 c 0.4,-0.4 0.8,-0.8 2.4,-1.2 2,-0.4 2.2,-1 3,-1.2 1,0.2 1.2,0.4 1.2,0.8 -0.2,0.4 0,0.4 -0.6,0.6 l -0.2,-0.2 c -2.2,0.2 -3.6,0.4 -5,1.2 z m 10.8,-3 h -1.6 c 2,-0.4 2.8,-1 3.6,-1 h 0.6 c 0,0.4 -1,1 -2.6,1 z m 4.2,-0.8 c 0,-0.8 3.6,-2 5.4,-2 0.8,0 1.2,0 1.2,0.2 0,0.2 -4,0.8 -5.2,1.6 z m 7.8,-2 -0.2,-0.2 c 0,-0.2 3.6,-1.4 5,-1.4 h 0.2 l -1.6,0.8 z m 6.4,-1.8 -0.2,-0.2 c 2.8,-1.2 1.4,-1.2 4.6,-1.6 l 2.2,0.4 c -2,0.8 -3.4,1.2 -5.4,1.2 z m 7,-1.8 c 3,-1 4.2,-1.8 5.6,-1.8 10.2,-2 14.8,-3.2 16.6,-3.2 h 0.2 c -2.4,1.2 -1.2,0.6 -4,1.4 -1.2,0 -14.2,3.4 -16.4,3.4 z m -19.2,-2.8 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.2 0.4,-0.6 1.4,-0.8 v 0.4 c -0.2,0.4 -0.6,0.6 -1,0.6 z m 18.4,-3.4 c 0,0 -0.2,-0.2 -0.2,-0.4 0.2,-0.6 0.4,-0.8 1,-0.8 0.2,0 0.4,0 0.4,0.2 -0.2,0.6 -0.4,1 -1.2,1 z m 2.8,-1 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.4 0.8,-0.8 2,-1 l 0.4,0.2 -1.2,0.8 z m 6.6,-1.4 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.6,0.2 0.6,0.6 0,0.4 -0.4,0.6 -0.6,0.6 z m -75,-0.6 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.6 0.6,-0.6 0.2,0 0.6,0.4 0.6,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m 78.2,0 c -0.6,0 -0.8,-0.2 -0.8,-0.4 0.2,-0.4 0.2,-0.4 0.6,-0.4 0.4,0 1,0.2 1,0.6 z m 3.6,-0.6 c -0.2,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.6 0.6,-0.6 0.4,0 0.6,0.4 0.6,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m -66.2,-0.8 c -0.2,0 -0.6,-0.2 -0.6,-0.4 0,-0.8 1.4,-1.2 1.4,-2 l -0.2,-0.4 c 0,-0.6 0.8,-0.4 0.8,-1.4 0,-0.4 0.2,-0.6 0.6,-0.6 h 0.2 c 1,0 0.6,-0.6 0.8,-1.6 h 0.4 c 0.4,0 1,-1.4 1,-2.2 V 168 c 0,-0.6 1.4,-0.2 1.4,-1.6 V 166 c 0,-1.8 2.6,-3.4 2.6,-4 l -0.2,-0.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 h 0.2 c 0.8,0 1.8,-3.8 2.2,-3.8 l 0.4,-0.2 -0.4,-0.6 c 0,-0.2 0.2,-0.4 0.6,-0.4 h 0.2 c 0.2,0 0.6,-0.2 0.6,-0.6 0,-1.2 0.6,-2.6 1.2,-2.6 h 0.4 V 152 c 0,-1 2.2,-2.2 2.2,-3.2 l -0.2,-0.6 c 0,-0.2 0.2,-0.2 0.4,-0.2 h 0.2 c 0.2,0 0.4,-0.2 0.4,-0.6 l -0.2,-0.4 c 0,-0.4 0.2,-0.6 0.4,-0.6 h 0.2 c 0.8,0 2.4,-2.6 2.4,-3.6 l -0.2,-0.2 c 0,-0.2 0.2,-0.4 0.4,-0.4 l 0.6,0.2 c 0.8,0 1.2,-0.2 1.2,-1 v -0.6 c 0,-0.2 0.4,-0.4 0.8,-0.4 0.2,0 0.4,0 0.4,0.4 -1.2,3 -2.2,4.6 -2.6,4.6 -0.2,0 -0.2,-0.2 -0.2,-0.4 0,-0.4 1,-1 1,-1.8 v -0.4 c -0.4,0 -0.8,0.8 -1.2,2.4 l 0.2,0.6 c 0,1.2 -7.4,12.4 -7.4,13.4 0,0.4 -2.6,3.8 -2.6,4.6 0,1.2 -1.4,1.6 -3.8,6 -1.6,3 -3.2,5.6 -3.6,6.2 -0.8,0.6 -2.2,1.2 -3,1.2 z m 71.6,-0.4 c -0.8,-0.2 -1.4,-0.4 -1.4,-0.6 0,-0.4 0.2,-0.4 0.6,-0.4 0.6,0 1,0.2 1.6,0.8 0,0.2 -0.2,0.2 -0.8,0.2 z m 1.8,-0.4 h -0.2 c 0,-0.4 0.4,-0.6 1,-0.8 l 2.6,-1 0.2,0.4 c -0.8,0.6 -3,1.4 -3.6,1.4 z m -86.6,-1.4 c -0.2,0 -0.4,-0.2 -0.6,-0.8 0,-0.4 0,-0.6 0.4,-0.6 0.4,0 0.4,0.2 0.6,0.6 0,0.6 -0.2,0.8 -0.4,0.8 z m 3.2,-4.6 c -0.6,0 -1.2,-0.6 -1.2,-1 0.2,-0.4 0,-0.4 0.6,-0.4 0.4,0 0.8,0.4 0.8,1 0,0.2 0,0.4 -0.2,0.4 z m -0.2,-2.8 c 1.2,-2.8 2.6,-4.4 2.8,-5.6 l 1,0.2 c 0.2,0 0.4,0 0.4,-0.4 l -0.2,-0.8 c 0,-0.6 0.2,-0.8 1,-0.8 0.6,0 1,0 1,0.2 0,0.8 -3.4,4.2 -3.4,5.4 0.2,0.6 0.4,0.6 0.4,1 0,0.4 -0.2,0.4 -1,0.4 -0.8,0 -0.4,-0.2 -0.8,-0.6 l -0.6,0.4 z m 93.79995,-1.4 c 0,-0.4 1,-1 2.4,-1.2 l -1.2,0.8 z m -87.79995,-6.6 c -0.4,-1.4 -0.8,-1.4 -0.8,-2.6 0,-1.2 0.2,-1.4 1.4,-2 0,0 0.2,0 0.2,0.2 0,0.6 -1.2,1 -1.2,2.4 0,0.2 0,0.2 0.2,0.2 2.8,-3.4 2,-5.4 3.2,-5.4 l 0.4,0.2 c 0,0.8 -0.4,3.6 -2.4,5.6 z m 4.6,-7.8 c -0.2,0 -0.4,-0.2 -0.4,-0.8 0,-2.2 0,-3 0.6,-3 1,0.4 1.4,0.6 1.4,1.6 v 0.4 c 0,0.6 -0.2,1 -0.4,1.2 z m 2.4,-4.2 c -0.4,0 -0.6,-0.4 -0.8,-1 0,-0.8 0.8,-1.8 1.2,-1.8 0.2,0 0.2,0.2 0.2,1 0,1.2 -0.2,1.8 -0.6,1.8 z m 13.8,-2.8 c -0.2,0 -0.2,0 -0.2,-0.2 1,-1 0.4,-0.8 1.6,-1.4 -0.6,1.2 -1.2,1.6 -1.4,1.6 z m -11.8,-0.8 c -0.6,0 -1,0 -1,-0.6 0.4,-1.2 0.6,-1.8 1,-1.8 0.8,1 0.4,0.4 0.8,1.6 0,0.4 -0.4,0.8 -0.8,0.8 z m 14.6,-3.2 c -1,-0.4 -1.2,-0.4 -1.2,-1.4 0.2,-0.6 0.4,-0.8 0.6,-0.8 0.4,0 0.6,0.2 0.6,0.6 z m -13.8,-1.2 -0.4,-0.2 c 0.2,-0.6 0.6,-0.8 1,-0.8 0.2,0 0.4,0 0.4,0.2 -0.2,0.6 -0.4,0.8 -1,0.8 z m 18.8,-0.2 c -0.4,0 -0.6,-0.2 -0.6,-1 0,-0.6 0.2,-1 0.4,-1 0.2,0 0.4,0.4 0.6,0.8 0,0.4 -0.2,1 -0.4,1.2 z m -31.4,-2.6 c -0.6,0 -1,-0.2 -1,-0.6 0,-0.4 0.4,-0.6 1,-0.6 0.4,0 0.8,0.2 0.8,0.6 0,0.4 -0.4,0.6 -0.8,0.6 z m 16.4,-0.2 h -0.2 l -0.2,-0.8 v -0.6 l 0.4,1 z m 17.2,-1.8 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0.2,-0.6 0.4,-1 0.8,-1 l 0.6,0.4 c 0,0.2 -0.2,0.6 -0.6,1 z m 3.4,0.2 c -0.4,0 -0.6,0 -0.6,-0.2 1.6,-0.8 2.4,-0.8 3.2,-0.8 h 0.4 c -1,0.8 -2,1 -3,1 z m 7.6,-1.4 c -0.4,0 -1,0 -1,-0.4 0,-0.2 -0.6,-0.2 -1.6,-0.2 l -2.8,0.2 c -1,0 -1.4,-0.2 -1.4,-0.6 0,-0.6 3.8,-2.6 6,-2.6 l 0.4,0.2 v 0.4 h 0.2 c 0.8,0 2.4,-1 4.6,-1 2.8,-0.4 3.6,-0.8 5.8,-1.2 1.2,0 2.4,0.6 2.4,1.2 -0.6,1.8 -1,2 -1.8,2.4 -6.2,1 -9.4,1.2 -10.8,1.6 z m 1.6,-1 c 0.4,0 0.8,0 0.8,-0.2 l -0.6,-0.2 c -0.6,0.2 -0.4,0 -0.8,0.4 z m 4.2,-0.6 c 1.2,-0.4 1.6,-0.4 1.8,-0.8 l -0.4,-0.2 c -0.8,0 -1.6,0.2 -2.2,1 z m -63.2,-0.8 h -0.2 l -0.2,-0.2 0.4,-1.6 0.4,-0.2 c 0.2,0 0.4,0.4 0.4,0.8 0,0.6 -0.2,1 -0.8,1.2 z m 54.2,-2.2 0.4,-0.4 2.6,-0.6 c 0.2,0 0.2,0 0.2,0.2 -0.2,0.2 -1,0.4 -2,0.6 z m 5.2,-1 c -0.4,0 -0.8,0 -1,-0.2 l 2.6,-0.4 c 0.4,0 0.6,0 0.6,0.2 -0.2,0.2 -1.4,0.4 -2.2,0.4 z m 4.2,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 2.4,-1 15.2,-2.6 17.4,-2.6 0.2,0 0.4,0 0.4,0.2 0,0.6 -9.2,1.2 -13,2.2 z m 19.6,-2.4 c -0.6,0 -1.2,0 -1.4,-0.6 0,-0.4 1.2,-0.8 2.4,-0.8 1.2,0 1.4,0.2 1.8,0.8 0,0.2 -2,0.2 -2.8,0.6 z m -1.8,-5.8 h -0.6 c 1.4,-0.6 1.4,-0.8 2,-1.4 0,0.6 -0.4,1.4 -1.4,1.4 z m -2.4,-1.2 c 0.6,-0.8 0.4,-0.4 1.2,-0.8 0.2,0 0.2,0 0.2,0.2 z m 6.6,-0.4 c -0.4,0 -0.8,-0.2 -0.8,-0.4 0.2,-0.4 0.4,-0.8 1.2,-0.8 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.4,0.6 -0.8,0.6 z m 5.8,-0.2 c -0.6,-0.4 -0.6,0 -0.8,-0.8 0,-0.2 0.4,-0.6 0.8,-0.6 0.8,0.4 0.6,0 1.2,0.6 0,0.2 -0.2,0.4 -0.6,0.6 z m -3,-1 c -0.4,0 -0.8,0 -1,-0.2 0,-0.4 0.6,-0.6 1.4,-0.6 0.2,0 0.4,0 0.4,0.2 0,0.4 -0.2,0.6 -0.8,0.6 z m 11.2,-0.6 -0.2,0.4 c -0.2,0 -0.4,-0.2 -0.4,-0.6 l 0.2,-0.6 z m 1.99995,0.6 c -0.4,0 -0.6,0 -0.6,-0.2 0.6,-0.6 0.6,-1 1.6,-1 0.6,0 0.8,0 1,0.4 l -0.6,0.4 z m 6.4,-0.6 c -0.4,0 -0.8,-0.4 -1.2,-1.4 l 0.4,-0.2 c 0.6,0.2 1,0.8 1.2,1.4 0,0.2 -0.2,0.2 -0.4,0.2 z m 2.8,0 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.4 0.4,-0.4 0.4,0 0.6,0.2 0.6,0.4 v 0.2 c 0,0.2 -0.2,0.4 -0.4,0.4 z m 3.8,-0.6 c -1,0 -1.6,-0.2 -1.6,-0.4 0.4,-0.4 0.8,-0.6 2,-0.6 1,0 2,0.2 2,0.6 0,0.2 -1,0.4 -2.4,0.4 z m -46.19995,-14 c -0.4,0 -1,-0.6 -1,-1.2 l 0.2,-0.4 c 1,0.6 1,1 1.2,1.4 z m 1.4,-2.2 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0,-0.6 0,-0.4 0.6,-0.8 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.4,0.6 -0.6,0.6 z m 3.6,-7.2 c -0.2,0 -0.2,0 -0.2,-0.2 0.2,-1.2 0.6,-1.6 1.4,-1.6 h 0.6 c 0.2,0 0.2,0 0.2,-0.2 l -0.2,-0.8 c 0,-0.4 1,-0.2 1,-1.2 0,-1 1.4,-1.8 1.4,-2.2 l -0.4,-0.6 v -0.2 c 0,-0.4 1,-0.8 2.6,-1.8 0,0.2 -1.6,1.8 -1.6,2.8 V 86 c 0,1.6 -3.6,5.8 -4.8,5.8 z m 7.6,-10.8 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0,-0.6 0.2,-1.2 1.2,-2 0.2,0 0.2,0.4 0.4,0.6 -0.2,1.2 -0.6,1.8 -1,1.8 z m -29.6,-19.8 c -0.6,0 -1,-0.2 -1,-0.4 0,-0.2 0.8,-0.6 1.8,-0.6 0.8,0 1.2,0.2 1.2,0.4 -0.4,0.6 -1.2,0.6 -2,0.6 z m 43.8,-4 c -0.2,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.4 0.6,-0.4 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.4,0.6 -0.4,0.6 z m 3.2,-1.2 c -0.8,0 -1.4,0 -1.4,-0.2 l 0.4,-0.2 1,-0.2 1,0.2 0.2,0.2 c 0,0 -0.6,0.2 -1.2,0.2 z m 7.19995,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.2,-0.2 h 0.4 c 0.4,0 0.6,0 0.8,0.2 z m 5,-0.6 c -0.6,0 -1,-0.2 -1,-0.2 v -0.2 h 1.4 l 0.4,0.2 c 0,0.2 -0.4,0.2 -0.8,0.2 z m 8,-0.2 c -1.2,0 -1.4,-0.2 -2,-0.6 0,-0.2 0.6,-0.2 1.8,-0.2 1.4,0 2.4,0 2.4,0.2 -0.4,0.4 -1.4,0.6 -2.2,0.6 z m 4,-0.4 c -0.6,0 -0.8,-0.2 -1,-0.6 0,-0.2 0.4,-0.4 0.6,-0.4 0.6,0 1,0.2 1,0.6 0,0.2 -0.4,0.4 -0.6,0.4 z m -73.79995,-1 c -0.4,0 -0.6,-0.4 -0.6,-0.6 0,-0.4 0.4,-0.6 1,-0.6 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.4,0.8 -0.8,0.8 z m 76.59995,-6 c -0.8,-0.4 -0.4,-0.2 -0.8,-1 V 46 c 0,-0.2 0.8,-0.4 1.8,-0.4 0.8,0 1.2,0 1.2,0.2 l -2,1 z m 15,-0.4 c 0,-0.6 2.6,-1.2 3.6,-1.2 l 0.6,0.2 -1.8,0.8 z m -5.8,-0.6 -0.6,-0.2 1,-0.4 0.4,0.2 0.2,0.2 z M 879.00015,206.8 c 0.4,-0.2 0.6,-0.2 0.6,-1 0,-0.6 -0.6,-1.6 -1.2,-1.6 -0.4,0 -0.8,0.4 -0.8,1 0.2,0.8 1,1.6 1.4,1.6 z m 77.2,-9.4 c 6.8,-1.4 8.2,-1.2 13.6,-4 -2.4,0.4 -1.2,0.2 -3.4,0.4 -2.2,0 -4,1.4 -10.6,3.4 z m 15.6,-3.8 c 0.8,0 1,-0.2 1.2,-0.8 -0.2,-0.6 0,-0.4 -0.6,-0.6 -0.6,0 -1.6,0.6 -1.6,1 0.2,0.2 0.6,0.4 1,0.4 z m 3.8,-1.2 c 2.4,-0.4 3.2,-0.8 3.8,-1.4 h -0.4 c -0.8,0 -2.8,0.4 -3.6,1.2 0,0.2 0,0.2 0.2,0.2 z m 5.4,-1 c 0.4,0 0.4,-0.2 0.6,-1 0,-0.2 -0.2,-0.2 -0.2,-0.2 -0.4,0 -0.6,0.2 -0.6,0.6 0,0.4 0,0.6 0.2,0.6 z m -3.2,-1.2 c 0.8,0 2.6,-0.8 2.6,-1 h -0.4 c -1,0 -2.6,0.6 -2.6,1 z m 8.6,-0.4 c 0.6,-0.2 1,-0.2 1,-0.4 -0.6,-0.2 -0.4,-0.2 -1,-0.2 -0.6,0 -1,0.2 -1.2,0.4 v 0.2 z m 3.6,-0.8 c 0.4,0 0.6,-0.2 1,-0.8 l -0.6,-0.2 c -0.2,0 -0.6,0.2 -0.6,0.4 0,0.4 0.2,0.6 0.2,0.6 z m 11.19995,-6.6 c 1.4,0 3,-0.4 3.8,-1.8 0,-0.2 -0.2,-0.2 -0.6,-0.2 -1,0 -1.2,1.2 -2.8,1.2 -0.6,0 -1,0.2 -1,0.4 v 0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m -26.79995,-50.8 c 1.6,0 2.4,-0.4 3,-1 0,-0.2 -0.2,-0.2 -1,-0.2 -1.4,0 -3.2,0.8 -3.2,1 z m 7.2,-1.4 c 1.8,0 2,-0.4 3.2,-0.8 -2.4,0 -1.4,0 -3.8,0.4 l -1.4,0.4 z m -7.2,-0.4 c 0.4,0 1,-0.2 1.2,-0.8 h -0.6 c -0.6,0.2 -1,0.4 -1,0.6 0,0.2 0.2,0.2 0.4,0.2 z m 20.2,-1.2 c 0.8,0 1.2,-0.2 1.2,-0.2 v -0.2 h -1.8 l -0.4,0.2 c 0,0.2 0.4,0.2 1,0.2 z m 3.2,-0.6 c 0.4,0 0.8,-0.2 0.8,-0.2 l -0.2,-0.2 h -1.4 l -0.2,0.2 c 0.2,0.2 0.4,0.2 1,0.2 z m 4.79995,-0.6 c 0.6,0 1,0 1,-0.2 -0.4,-0.2 -1,-0.2 -1.4,-0.2 l -0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m 5,-0.4 c 0.2,0 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 -0.4,0.2 -0.6,0.8 0,0.2 0.2,0.4 0.4,0.4 z m -0.4,-3.2 c 1,0 1.8,-0.2 1.8,-0.8 0,-0.4 -0.6,-0.8 -2,-0.8 -1.2,0 -2,0.4 -2,0.8 0,0.2 0.2,0.4 0.6,0.6 z m 3.4,-1 c 3,-0.4 4.8,-0.6 4.8,-0.8 0,-0.2 -0.8,-0.4 -2.4,-0.4 -2,0 -2.8,0.4 -3,1 z m 6,-0.6 c 0.4,0 0.6,0 0.6,-0.2 0,-0.2 -0.2,-0.4 -0.8,-0.6 -0.2,0 -0.4,0 -0.4,0.2 0,0.4 0.4,0.6 0.6,0.6 z m 2,-0.6 c 0.4,0 0.8,0 0.8,-0.2 -0.2,-0.2 -0.6,-0.2 -1.2,-0.2 l -0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m 4.2,-13.8 c 0.4,0 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.4,0 -0.6,0.2 -0.6,0.6 0,0.2 0.4,0.6 0.6,0.6 z m 10.2,-49 c 1.4,0 2.2,0 2.2,-0.2 l -2.6,-0.2 -2.4,0.2 c 0,0 1,0.2 2.8,0.2 z m 7,-0.6 c 1,0 1.6,0 1.6,-0.2 l -1.6,-0.2 -1.6,0.2 c 0,0 0.6,0.2 1.6,0.2 z m 1.2,-2.8 0.2,-0.8 c 0,-0.2 -0.2,-0.2 -0.8,-0.2 h -2 c -0.8,0 -1.4,-0.2 -1.6,-0.6 0,-0.4 1,-0.4 3.2,-0.4 6.6,0 10.4,0.2 10.4,0.6 0.2,0 -1.2,0.2 -4,0.2 -4.6,0 -4.6,0.6 -5.4,1.2 z m 17.6,-5.2 c 1,0 1.4,0 1.4,-0.2 -1,-0.8 -1.8,-0.8 -2.4,-0.8 -0.6,0 -0.8,0 -0.8,0.4 0,0.4 0.8,0.6 1.8,0.6 z m -7.2,-3.4 c 0.4,0 0.6,0 0.6,-0.2 0,-0.2 -0.4,-0.4 -1.4,-0.8 v 0.4 c 0.2,0.2 0.6,0.6 0.8,0.6 z"/><path d="m 53.12,468.96 c 1.68,-0.72 2.4,-1.2 2.4,-1.68 h -0.24 c -0.24,0 -0.72,0.24 -1.2,0.72 z m -1.68,-0.48 c 0.72,0 1.44,-0.72 1.68,-1.92 -1.2,0.72 -1.92,1.2 -1.92,1.68 0,0.24 0,0.24 0.24,0.24 z M 58.16,468 c 0.72,0 1.68,-1.44 3.6,-1.44 l 1.92,0.24 c 1.44,0 1.44,-1.2 2.88,-1.2 2.16,0 16.08,-4.8 18.24,-6.24 1.2,-0.96 1.68,-1.92 1.68,-2.4 l -0.24,-0.48 c 0,-0.48 1.2,-0.48 1.2,-1.44 0,-0.48 0.24,-0.72 0.48,-0.72 0.96,0 0.48,0 1.44,0.48 -1.2,0.96 -1.92,1.68 -1.92,2.16 0,0.24 0.24,0.48 0.48,0.48 0.96,0 2.4,-1.2 4.8,-3.36 L 92.24,456 c 1.68,-0.96 2.4,-2.16 6.72,-3.84 4.56,-1.92 6.72,-4.32 8.64,-5.28 6.48,-2.64 18.72,-13.68 21.36,-16.32 5.52,-5.04 4.08,-4.08 11.28,-12 3.6,-3.84 8.64,-10.8 8.64,-11.76 0,-1.68 0,-0.72 0.96,-2.4 l -0.96,0.48 c -0.24,0 -0.24,0 -0.24,-0.24 0,-0.48 0.72,-0.96 2.16,-2.16 0,-0.24 -0.48,-0.24 -1.2,-0.24 -1.44,0 -1.68,0.72 -1.68,1.92 -0.24,0 -0.72,-0.72 -1.68,-1.68 -0.24,0 -0.24,0.24 -0.48,0.96 -0.48,0 -0.24,0 -0.48,-0.48 0.72,-1.2 1.44,-1.44 1.92,-5.04 l 1.44,-5.52 c -1.2,1.2 -1.44,1.68 -2.16,1.68 h -0.24 L 146,393.36 c 0,-1.44 0.72,-3.84 1.2,-3.84 h 0.48 c 0.72,-1.68 0.72,-2.16 0.72,-2.64 0,-0.72 0,-1.2 0.48,-3.12 -1.44,1.68 -2.16,2.88 -2.64,2.88 L 146,386.4 c 0,-1.44 0.96,-1.2 0.96,-1.92 l -0.24,-0.72 c 0,-0.96 0.72,-1.2 1.2,-2.4 -0.48,-0.96 0,-0.72 -1.2,-1.2 l 0.24,0.96 c 0,0.72 -0.72,1.2 -1.44,1.2 -0.96,0 -1.92,-1.44 -1.92,-3.6 0,-0.24 -0.48,-0.48 -0.96,-0.48 l -1.44,0.24 c -0.24,0 -0.48,-0.24 -0.48,-0.72 l 0.24,-2.16 c 0,-0.72 0,-0.96 -0.48,-0.96 -0.72,0.24 -1.44,0.72 -1.44,1.44 0,0.24 0,0.24 -0.24,0.24 h -0.24 v -0.24 c 0,-1.2 0.48,-1.68 1.44,-3.6 h -0.72 c -0.96,0 -0.96,-3.12 -1.92,-3.6 l -0.48,-0.96 c 0,-0.48 -1.44,-5.76 -6.72,-9.12 -3.12,-1.92 -2.4,-3.84 -5.28,-3.84 -0.72,0 -1.2,-0.48 -1.2,-0.72 0,-1.92 -15.84,-5.76 -34.56,-5.76 -9.12,0 -18.24,0.72 -34.56,1.44 -1.92,0 -2.88,-0.24 -2.88,-0.48 0,-0.48 4.8,-7.2 6.24,-9.12 4.8,-6.96 7.2,-9.84 19.68,-22.32 3.84,-3.84 6.72,-6.96 6.72,-7.44 l -1.2,0.24 c -0.96,0 -1.44,-0.48 -1.44,-1.44 0,-0.96 0,-1.68 0.48,-1.68 l 4.32,2.64 c 0.72,-1.44 1.2,-1.92 1.2,-2.4 l -0.24,-0.24 -2.16,0.72 c -1.2,0 -1.68,-0.96 -1.68,-2.4 0,-2.4 0.72,-3.6 1.2,-3.6 0,0 0.24,0.24 0.24,0.96 0,1.2 -0.48,1.44 -0.96,1.44 0,0.24 1.2,0.96 1.92,0.96 0.72,0 1.2,-0.24 1.2,-0.96 l -0.96,-2.64 c 0,-0.24 0.24,-0.24 0.72,-0.24 0.72,0 0.48,0.96 1.2,0.96 0.96,0 4.08,-1.92 4.08,-2.64 H 92 c -2.16,0.96 -0.96,0.48 -2.88,1.92 1.44,-1.68 2.16,-2.64 2.88,-2.64 1.68,0 7.2,-3.6 7.2,-4.56 l -1.44,0.48 c 1.2,-1.68 4.56,-1.92 5.52,-2.88 2.16,-2.16 2.88,-1.44 4.32,-2.88 2.16,-1.68 4.8,-1.44 4.8,-2.64 0,-1.44 5.76,-3.6 6.72,-4.56 0.24,-0.24 0.48,-0.48 0.72,-0.48 h 0.72 c 0.72,0 0.48,-1.44 1.92,-1.68 3.36,-1.68 8.4,-4.8 10.56,-6.48 0.24,0 0.24,0.48 0.48,0.48 0.72,0 2.4,-2.16 4.08,-2.16 1.68,-0.48 3.84,-2.16 5.76,-2.64 1.44,-0.48 1.68,-0.96 2.16,-1.44 l 1.44,0.24 c 0.24,0 0.24,0 0.24,-0.24 l -0.48,-0.96 c 1.2,0.72 1.68,1.44 2.16,1.44 0.96,-0.96 -0.96,-1.44 5.04,-3.84 0,0.72 0.72,1.44 1.68,1.44 l 0.72,-0.24 c 0,0 -1.2,-0.24 -1.2,-0.48 0,-0.24 0.96,-0.72 2.4,-0.96 h 1.44 c -1.2,1.68 -1.68,2.4 -3.36,2.4 -2.16,0 -2.4,0 -2.4,1.44 0,0.24 0,0.24 0.24,0.24 l 3.84,-0.72 c 0.72,0 0.96,0.24 0.96,0.48 -0.72,1.44 -1.68,1.68 -3.36,4.32 -4.56,7.44 -22.08,26.4 -25.92,29.76 -6.72,5.76 -6,8.64 -6.72,9.84 l -0.48,0.72 c 0,1.2 2.64,4.32 3.84,4.32 0.96,0 1.44,-1.44 2.88,-1.44 1.44,0 2.4,-2.88 4.32,-2.88 0.48,0 0.96,0.24 0.96,0.48 0,0.72 1.2,1.68 1.2,2.88 0,0.72 1.68,1.44 1.68,2.4 0,0.96 -2.64,0.72 -2.64,2.16 0,0.24 0.24,0.48 0.48,0.48 1.44,0 6.24,-3.36 6.96,-3.36 0.48,0 2.16,-2.16 3.84,-2.16 0.96,0 1.44,-0.48 1.44,-1.92 v -1.44 c 0.72,0.96 0.96,1.68 1.92,1.68 0.72,0 1.2,-0.48 1.2,-1.2 l -0.24,-0.96 0.96,0.24 c 0.72,-1.2 4.56,-7.2 6.48,-7.2 l 0.96,0.24 c 0.24,0 0.24,0 0.24,-0.24 0,-1.2 0,-1.92 3.84,-5.28 h 0.24 c -0.48,0.72 -0.24,0.48 -0.48,1.2 l 0.24,0.24 1.2,-0.48 -0.24,1.44 c 0.72,-0.24 0.72,-0.24 0.72,-0.48 v -0.48 c 0,-1.2 0.24,-1.68 1.68,-1.68 0.24,0 0.24,0 0.24,0.24 0,1.68 -14.16,15.6 -14.16,16.56 v 0.24 c 1.44,-0.96 2.64,-1.68 3.84,-2.88 2.16,-1.92 18.48,-18.24 20.64,-20.64 6.24,-6.72 8.64,-12.96 8.64,-15.6 -0.48,0 -1.68,2.88 -4.32,7.44 0,-1.2 2.16,-5.28 2.16,-6 0.96,-4.08 1.68,-5.52 1.68,-7.68 0,-0.72 0,-0.96 -0.48,-0.96 h -0.48 c 0.72,-1.92 1.44,-3.6 1.44,-6.96 0,-4.32 -2.64,-3.84 -2.64,-5.28 0,-0.72 -1.92,0.24 -1.92,-1.92 0,-0.24 -0.24,-0.48 -0.48,-0.48 l -0.72,0.24 -0.24,-0.24 c 0.24,-0.48 0.48,-0.72 0.96,-0.72 h 0.48 c 0.24,0 0.48,-1.2 0.48,-3.12 0,-4.56 -3.36,-8.88 -6.24,-8.88 -1.2,0 -1.44,0.24 -2.4,0.96 l 0.24,-0.72 c 0,-0.48 -0.24,-0.72 -0.96,-0.96 -0.72,0.72 -0.72,1.2 -1.68,1.2 l -0.48,-0.24 0.24,-0.72 c 0,-0.24 -0.24,-0.48 -0.48,-0.48 -1.2,0 -3.84,1.68 -4.56,1.68 -0.48,0 -0.24,-1.44 -0.48,-1.44 -0.24,0.24 -0.48,0.72 -5.04,0.72 -2.64,0 -6.48,0.48 -8.64,1.2 -14.16,4.32 -9.36,1.68 -30.96,11.52 -3.12,1.2 -6.24,2.88 -6.96,3.12 -4.08,2.4 -11.04,5.76 -15.84,8.64 -1.2,1.2 -10.08,5.28 -12.48,7.68 -0.48,0.72 -1.92,1.68 -3.12,2.16 -2.88,1.68 -7.68,5.52 -7.68,6.72 v 0.24 c -1.2,0.24 -2.4,0.24 -3.84,1.2 -4.8,2.4 -14.16,10.08 -27.12,23.04 -2.64,2.16 -13.2,13.44 -13.2,13.92 0,0.24 -0.72,1.2 -1.68,1.92 -7.92,11.04 -12.96,18.24 -12.96,24.72 0,1.68 -0.96,0.72 -0.96,3.6 0.24,6.48 3.36,11.28 10.32,14.88 2.64,1.2 4.08,3.6 5.28,3.6 h 1.2 c 0,0.48 0,0.24 -0.24,0.48 0,1.92 3.6,3.36 6.24,3.36 v 0.48 c 0,0.24 0.48,0.72 1.2,0.72 0.24,0 0.24,-0.24 0.72,-0.72 0.48,0 3.6,3.12 5.04,3.12 0.48,0 0.72,0.24 0.72,0.48 0,0.72 0.48,0 4.56,1.44 1.44,0.24 14.16,0.48 28.56,0.48 34.08,0 38.88,0.72 38.88,3.36 0,0.48 -0.24,1.44 -1.2,3.12 -3.12,5.52 -12.24,13.44 -19.92,19.68 -0.48,0.48 -1.2,0.72 -1.44,0.72 -0.96,0.48 -8.16,5.76 -10.56,7.2 -0.96,0.72 -2.4,1.44 -2.88,1.92 -15.36,8.88 -38.88,22.32 -42,22.32 -1.92,0 -6.48,1.92 -10.32,4.08 -1.2,0.96 -2.16,1.44 -2.4,1.44 -0.96,0 -2.88,3.36 -5.28,3.84 -1.92,0.48 -3.12,1.92 -3.12,3.36 0,1.2 0.96,2.64 0.96,3.84 0,0.48 0.48,1.44 1.2,2.16 2.88,2.16 7.68,4.08 9.84,4.08 0.96,0 0.96,-0.96 1.92,-0.96 0.96,0 2.4,0.72 2.4,1.68 0,0.48 0,0.72 0.24,0.72 l 1.2,-2.64 c 3.84,2.16 4.32,3.36 10.32,3.36 3.6,0 5.04,0.48 6.24,0.48 1.44,0 1.44,-0.48 2.88,-1.2 l 8.16,-2.4 0.48,0.24 2.16,-0.72 c 0.48,0 0.48,0.24 0.48,0.72 0.24,0 1.44,-2.64 2.4,-2.64 0.48,0 0.72,0.24 0.72,0.48 L 68,460.08 h 0.24 c 6.48,-2.4 10.8,-3.36 10.8,-4.32 0,-0.24 0.24,-0.48 0.72,-0.48 0.48,0 0.48,0.24 0.48,0.48 0,0.72 -1.2,2.64 -2.64,2.64 -1.44,0 -2.4,1.68 -3.84,1.68 -0.48,0 -0.72,0.24 -0.72,0.72 v 0.96 c 0,0.24 -0.24,0.48 -0.48,0.48 -0.72,0 -0.96,-0.24 -0.96,-0.48 l 0.24,-1.2 c -0.48,0 -3.84,2.4 -3.84,3.36 l -0.48,0.24 -0.96,-0.24 c -1.92,0 -2.4,0.72 -6.48,2.16 -1.44,0.24 -1.92,0.72 -2.16,1.68 0,0.24 0,0.24 0.24,0.24 z m -24.72,-6.48 c -0.48,0 -0.48,-0.48 -0.96,-1.2 l 0.48,-0.24 c 0.48,0 0.72,0.48 0.72,0.72 0,0.48 -0.24,0.72 -0.24,0.72 z m 43.68,-1.44 c -0.48,0 -0.72,0 -0.72,-0.24 l 0.24,-0.24 h 1.44 v 0.24 z m 6,-3.6 C 81.68,456 81.2,455.76 81.2,455.28 h 0.24 c 0.48,0 1.2,0.24 1.44,0.72 z m 0.24,-1.44 -0.48,-0.24 c 0,-0.72 1.68,-1.68 4.08,-2.64 h 0.24 c -1.2,1.92 -2.88,2.88 -3.84,2.88 z m 6.24,-1.2 c -0.48,0 -0.72,0 -0.72,-0.24 0.96,-1.2 1.2,-1.68 2.16,-1.68 0.24,0 0.48,0.24 0.48,0.48 -0.24,0.96 -0.48,1.44 -1.92,1.44 z m 7.68,-2.16 c -0.24,0 0,-0.96 -0.48,-0.96 h -0.72 l -0.72,-0.24 c 0,-0.48 1.2,-1.44 3.12,-2.4 -0.72,1.2 -1.2,1.44 -1.2,1.92 0,0.24 0,0.24 0.24,0.24 l 1.44,-0.48 c -0.72,1.44 -1.2,1.92 -1.68,1.92 z m -4.8,-1.2 -0.24,-0.72 c 0,-0.48 0.24,-0.72 0.72,-0.72 l 0.48,0.24 c -0.24,0.72 -0.48,1.2 -0.96,1.2 z m 12,-2.88 c -0.48,0 -0.72,-0.24 -0.72,-0.96 0,-0.24 0.24,-0.48 0.72,-0.48 0.48,0 0.72,0.24 0.72,0.48 0,0.72 -0.72,0.96 -0.72,0.96 z m 1.92,-2.16 c -0.48,0 -0.72,-0.24 -0.72,-0.48 0,-0.96 4.08,-2.16 4.08,-2.88 0,-0.72 3.6,-1.92 5.04,-1.92 h 0.24 c 0,1.2 -5.28,1.92 -5.28,3.6 0,0.48 -0.24,0.72 -0.48,0.72 h -0.72 c -0.96,0.48 -0.72,0.96 -2.16,0.96 z m -10.8,-2.4 c 0,-0.48 1.2,-0.96 2.64,-1.44 h 0.24 c 0,0.24 -0.72,0.72 -1.44,1.2 z m 5.28,-2.4 c -0.48,0 -0.24,0 -0.48,-0.24 0,-0.72 2.64,-1.2 4.32,-2.88 1.2,-0.96 2.16,-1.44 2.64,-1.44 0.24,0 0.24,0 0.24,0.24 0,0.96 -2.4,1.2 -4.32,3.12 -0.72,0.72 -1.68,1.2 -2.4,1.2 z M 117.2,438 c 0,-0.48 1.2,-1.44 2.64,-2.16 l 2.4,-1.2 c 0,0.48 -4.32,3.36 -5.04,3.36 z m -8.4,-2.16 -0.24,-0.24 c 0,-0.72 2.4,-3.12 4.8,-3.6 0,0.24 -0.48,0.72 -1.68,1.68 z m 6,-5.04 c -0.24,0 -0.24,-0.24 -0.24,-0.48 0,-0.72 0.72,-1.2 1.92,-1.44 -0.72,1.44 -1.2,1.92 -1.68,1.92 z m 3.12,-2.16 v -0.24 c 0,-0.72 4.56,-4.32 5.52,-4.8 l -0.24,-0.24 c 0,-0.96 2.4,-1.2 2.4,-2.64 0,-0.96 2.16,-0.72 2.16,-1.92 0,-1.44 1.68,-3.12 3.12,-3.36 0.48,0 0.72,0.24 0.72,0.96 0,1.44 -2.88,2.4 -3.36,4.32 -0.48,1.68 -9.36,7.92 -10.32,7.92 z M 75.2,379.68 c -0.96,-0.48 -1.68,-0.48 -1.68,-1.68 0,-0.72 0.48,-1.44 1.44,-1.44 0.24,0 0.24,0.24 0.24,0.48 V 378 c 0,0.72 0.48,0.72 0.96,0.96 z M 62,378.48 c -0.72,-0.24 -1.44,-0.48 -1.44,-0.72 l 0.72,-0.24 c 0.96,0 2.4,0.48 2.4,0.72 0,0.24 -0.72,0.24 -1.68,0.24 z m 18.48,0 c -0.96,0 -1.44,-0.24 -1.44,-0.72 0,-0.24 0.24,-0.48 0.72,-0.48 h 0.48 c 0.48,0 0.24,-1.2 2.16,-1.2 1.2,0 1.68,0 1.68,0.24 -1.2,1.68 -1.92,2.16 -3.6,2.16 z M 54.8,333.84 c 0,0 -0.24,0 -0.24,-0.48 0,-1.44 6.48,-7.44 7.44,-8.16 v -0.48 c 0,-1.2 3.12,-4.32 4.08,-4.32 h 0.48 c 0.24,0 0.48,-0.24 0.48,-0.48 0,-1.44 7.68,-8.4 8.88,-8.4 h 0.24 v 0.72 c 0,1.44 -0.72,-0.96 -4.8,4.56 -2.88,4.32 -5.28,6.72 -6.72,6.72 -0.96,0 -0.72,2.4 -2.64,3.36 -1.2,0.72 -2.4,1.44 -2.64,1.92 -2.4,3.36 -3.36,5.04 -4.56,5.04 z m 8.88,-6.72 c 0,-0.72 5.04,-5.52 5.76,-5.52 0,0.24 -1.2,1.68 -2.64,3.12 -1.44,1.44 -2.64,2.4 -3.12,2.4 z m 7.68,-6.72 h -0.24 c -0.24,0 -0.48,0 -0.48,-0.24 0,-0.72 0.24,-0.96 0.96,-1.2 0.24,0 0.48,0 0.48,0.24 0,0.48 -0.48,0.96 -0.72,1.2 z m 1.68,-1.68 c -0.24,0 -0.24,-0.48 -0.24,-0.72 0,-0.48 0.24,-0.72 0.72,-0.72 0.24,0 0.24,0 0.24,0.24 0,0.72 -0.24,1.2 -0.72,1.2 z M 138.56,318 c -0.48,0 -0.72,-0.24 -0.72,-0.48 0.24,-0.72 0.48,-0.96 1.2,-0.96 0.24,0 0.48,0.24 0.48,0.72 0,0.24 -0.48,0.72 -0.96,0.72 z m -64.08,-1.68 c -0.72,-0.48 -0.72,0 -0.72,-0.72 0,-0.72 0.96,-1.44 1.68,-1.44 h 0.48 c 0.72,0 2.4,-1.2 2.4,-1.92 l -0.24,-0.48 -0.72,0.24 c -0.24,0 -0.72,-0.24 -0.72,-0.96 0,-1.2 3.36,-4.8 4.08,-4.8 0.24,0 0.24,0 0.24,0.24 0,0.72 -2.4,3.12 -2.4,3.6 2.4,0 2.4,0 3.12,1.92 0,0.72 -0.48,1.44 -1.2,1.44 l -0.96,-0.24 c -1.92,0 -4.08,3.12 -5.04,3.12 z m 66.72,-0.72 -0.24,-0.48 c 0,-0.72 0.72,-1.2 1.92,-1.2 0.72,0 1.2,0 1.2,0.24 l -1.2,0.72 -0.48,-0.24 c -0.24,0 -0.72,0.24 -0.96,0.72 z m -1.92,-3.36 c -0.48,0 -0.72,-0.48 -1.44,-1.68 0,-0.48 0.24,-0.72 0.96,-0.96 0.48,0.24 0.72,0.48 0.72,1.2 z m -76.8,-3.36 c -0.24,0 -0.24,0 -0.24,-0.24 0,-0.48 0.96,-0.96 2.16,-1.92 z m 3.6,-2.88 -0.24,-0.24 c 0.24,-0.96 0.48,-1.68 1.44,-1.68 h 0.24 l -0.48,0.96 z M 86,305.28 85.52,305.04 c 0.24,-0.72 0.72,-0.96 0.72,-0.96 0.24,0 0.48,0.24 0.48,0.72 0,0.24 -0.48,0.48 -0.72,0.48 z m 56.4,0 -0.48,-0.24 c 0.48,-0.72 0.72,-0.96 0.96,-0.96 0,0 0.24,0.24 0.24,0.72 0,0.24 -0.24,0.48 -0.72,0.48 z m 3.12,-2.4 -0.24,-0.24 c 0,-0.72 2.88,-2.64 3.6,-2.64 h 0.24 c 0,0 -2.88,2.88 -3.6,2.88 z m -73.92,-2.4 -0.48,-0.24 0.72,-0.96 c 3.84,-3.84 6.72,-6 7.68,-6 H 80 c 0.72,0 0.48,-1.68 3.6,-3.12 l 0.24,0.24 c -1.68,3.12 -2.88,3.12 -7.44,6.72 -0.72,0.48 -2.4,-0.48 -2.4,1.68 0,0.48 -0.48,0.96 -0.96,1.2 z m 22.32,-4.32 c -0.24,0 -0.48,-0.24 -0.48,-0.48 0,-0.48 0,-0.24 0.48,-0.48 0.48,0 1.2,0.24 1.2,0.72 0,0 -0.48,0.24 -1.2,0.24 z m -8.16,-6.24 c -0.24,0 -0.72,-0.24 -0.72,-0.96 0,-1.2 5.04,-3.84 5.04,-4.8 0,-1.68 2.88,-0.96 3.84,-2.4 0.48,-0.48 0.96,-0.72 1.2,-0.72 h 0.24 c 0,0.96 -4.32,5.76 -5.28,5.76 -0.24,0 -1.2,0.48 -2.16,1.44 -0.96,1.2 -1.68,1.68 -2.16,1.68 z m 59.76,-23.52 c 0,-0.24 0.24,-0.72 0.96,-1.2 0.96,-0.48 2.16,-0.96 2.64,-0.96 0,0.24 -0.48,0.48 -1.2,0.96 -0.96,0.72 -1.92,1.2 -2.4,1.2 z m 35.04,-0.72 h -0.24 c 0,-0.48 2.64,-2.88 3.6,-2.88 0,0.24 -0.24,0.96 -0.96,1.44 -1.2,0.96 -2.16,1.44 -2.4,1.44 z m 0.48,-4.32 c -0.48,0 -0.96,-1.2 -0.96,-1.92 0.24,-0.48 0,-0.48 0.72,-0.72 0.96,0.72 0.48,0.24 1.2,1.2 0,0.24 -0.96,0.24 -0.96,0.72 l 0.24,0.48 z m -132,205.68 c 0.24,0 0.72,-0.24 0.72,-0.72 0,-0.24 -0.48,-0.72 -0.72,-0.72 -0.48,0 -0.72,0.48 -0.72,0.72 0,0.48 0.24,0.72 0.72,0.72 z m 99.36,-69.6 c 1.2,0 1.92,-2.16 3.12,-5.28 h -0.24 c -2.16,1.68 -1.68,2.88 -3.12,5.04 0,0.24 0,0.24 0.24,0.24 z m 3.6,-85.2 c 0.96,0 1.2,-0.24 1.44,-0.96 l -0.48,-0.24 c -0.48,0 -0.96,0.24 -1.2,0.96 0,0 0,0.24 0.24,0.24 z m 3.36,-3.6 c 0.96,-0.72 0.48,-0.48 1.68,-0.72 h 0.48 c 0.48,-0.72 0.48,-0.24 0.48,-1.2 0,-0.24 0,-0.24 -0.48,-0.24 -1.44,0.24 -1.92,0.96 -2.4,2.16 z M 90.8,305.28 c 0.24,0 1.2,-0.72 1.92,-1.44 1.68,-1.44 1.44,-0.24 2.4,-2.16 l -0.48,-0.24 c -0.72,0 -3.84,3.12 -3.84,3.84 z m 5.52,-4.08 c 1.92,-1.2 3.36,-1.92 3.36,-2.64 0,-0.24 0,-0.24 -0.24,-0.24 -0.48,0 -1.44,0.72 -2.16,1.68 z m 5.28,-3.84 c 0.72,0 3.12,-2.4 3.6,-2.4 0.96,0 1.44,-0.72 2.16,-2.16 -0.96,0 -6,3.84 -6,4.32 z m 6.24,-4.32 c 2.64,-1.68 4.32,-2.64 4.32,-3.6 h -0.24 c -0.24,0 -1.2,0.72 -2.16,1.68 z m 8.64,-5.76 c 0.72,0 1.2,-0.24 1.2,-1.2 0,-0.24 0,-0.24 -0.24,-0.24 -0.72,0 -1.2,0.24 -1.2,0.96 0,0.24 0,0.48 0.24,0.48 z m 14.4,-8.4 c 0.48,0 3.6,-2.16 3.6,-2.64 L 134.24,276 c -0.96,0 -3.6,2.4 -3.6,2.88 z m 4.8,-2.88 c 0.96,0 2.4,-1.68 2.4,-1.92 -1.68,0.72 -2.64,1.2 -2.64,1.68 0,0.24 0.24,0.24 0.24,0.24 z m 4.56,-1.92 c 1.2,0 1.68,-0.48 1.68,-0.72 0,-0.48 -0.48,-0.48 -1.44,-0.48 -0.72,0 -0.96,0.24 -1.2,0.72 0,0.24 0.48,0.48 0.96,0.48 z m 3.6,-1.92 c 1.2,0 2.4,-0.48 3.12,-2.16 0,-0.24 0,-0.24 -0.48,-0.24 -1.68,0.24 -2.88,0.96 -3.12,2.16 0,0.24 0.24,0.24 0.48,0.24 z m 5.76,-1.68 c 1.2,-0.24 1.44,-0.72 1.44,-0.96 0,-0.24 0,-0.24 -0.24,-0.24 -0.96,0.48 -0.48,0 -1.44,0.96 z"/><path d="m 187.9998,467.28 c 0.96,0 2.64,-5.52 3.12,-5.52 0.24,0 0.48,-0.48 0.48,-1.2 l -0.48,-3.6 c 0,-0.48 0,-0.72 0.24,-0.72 l 0.96,0.48 -0.24,-0.48 c 0,-1.92 1.2,-2.16 1.68,-2.16 0.72,0 0.96,0.24 0.96,1.68 0.48,-0.48 0.72,-0.96 1.2,-0.96 1.2,0 3.12,3.84 3.6,3.84 0,-0.72 0.24,-1.2 0.48,-1.2 0.24,0 0.48,0.24 0.48,0.72 l -0.24,1.44 c 0,0.96 0.24,1.2 0.48,1.2 0.96,0 1.44,-2.64 2.4,-2.64 l 0.24,0.24 -0.96,2.16 c 0.72,0 2.16,-0.72 2.16,-1.92 l -0.24,-0.96 h 0.48 c 0.24,0 0.72,-1.2 0.72,-2.4 0,-1.2 -0.24,-2.16 -0.48,-2.16 -0.96,0 -0.48,1.92 -0.96,1.92 -1.44,-1.44 -0.72,-0.72 -1.68,-2.16 h -0.24 l 0.24,1.68 c 0,0.48 0,0.48 -0.48,0.48 h -1.44 c -0.96,0 -0.96,0.24 -1.44,0.72 l 0.24,-1.68 c 0,-0.48 0,-0.72 -0.48,-0.72 l -0.72,0.24 c -1.68,0 -1.92,-0.72 -3.12,-0.72 -0.48,0 -0.72,-0.48 -0.72,-1.2 0,-0.48 0.96,-0.48 0.96,-1.44 0,-0.96 2.16,-4.32 2.16,-6.24 0,-1.2 -1.44,-1.92 -1.44,-2.64 0,-0.24 0,-0.48 0.24,-0.48 l 0.96,0.96 c 0.48,0 0.24,-0.72 0.72,-0.72 h 0.96 c 0.48,0 0.48,-0.24 0.48,-0.48 0,-0.48 -0.24,-0.72 -0.72,-1.44 0,-0.96 1.68,-2.88 1.68,-4.32 0,-2.4 1.2,-1.68 1.2,-3.84 0,-1.44 0.24,-1.68 0.72,-1.68 l 1.2,0.24 c 0,-1.68 0.24,-2.64 0.96,-2.64 l 0.24,0.48 c 0,1.92 -1.92,5.04 -1.92,7.2 0,1.68 -1.68,6.48 -1.68,8.16 0,0.72 0,1.2 -0.48,1.2 l -2.88,-1.44 c 0.48,1.68 1.44,0.72 1.44,3.36 0,2.4 -0.72,4.8 -0.72,6.24 0,0.24 0,0.24 0.24,0.24 h 0.96 c 0.48,0 0.72,0.24 0.72,0.48 0,0.72 0.24,0.96 0.48,0.96 0.96,0 0.96,-2.88 2.4,-2.88 l 4.08,0.48 c 1.68,0 1.68,-0.48 1.68,-1.68 0,-0.72 0.96,-0.72 0.96,-1.92 0,-0.24 0,-0.24 0.24,-0.24 h 0.24 c 0.48,0 0.72,0 0.72,-0.24 l -0.48,-1.44 0.24,-0.24 0.96,0.48 0.24,-0.48 c 0,-0.24 -0.24,-0.72 -0.72,-0.96 -0.48,0 -0.96,-1.44 -1.2,-3.84 0.96,0.96 0.72,0.48 1.44,1.68 l -0.24,-0.72 0.24,-0.24 h 0.96 c 0.96,0 1.2,-6.48 2.16,-6.48 0.24,0 0.24,0.24 0.24,0.72 0,0.24 0,0.48 0.24,0.48 0.96,-1.44 0.48,-0.48 0.96,-2.16 0,-1.2 -0.48,-2.16 -0.96,-2.16 l -0.72,0.96 -0.24,-0.24 c 1.2,-4.56 1.44,-6 3.12,-6 l 0.24,0.24 c 0.72,0 0.72,-5.52 1.92,-6.24 l 0.24,0.24 -0.24,1.92 c 0,0.48 0,0.72 0.24,0.72 0.48,0 1.2,-3.12 1.92,-5.28 -0.48,0 -1.44,1.92 -1.92,1.92 0,-0.48 0,-0.72 -0.48,-0.72 l -1.2,0.24 c -0.24,0 -0.24,0 -0.24,-0.24 0,-0.48 1.92,-4.08 1.92,-5.52 0,-1.68 0.96,-3.12 1.44,-3.12 0.24,0 0.24,0.48 0.24,1.2 0,1.92 -0.24,2.16 -0.72,3.84 l 0.24,0.24 0.48,-0.24 c 0.72,0 1.44,1.92 1.44,3.36 0,2.4 -1.2,1.92 -1.2,3.36 0,5.52 -2.64,6.48 -2.64,10.32 1.68,0 18.96,-48.48 23.28,-56.64 4.56,-10.32 4.8,-12 9.12,-20.16 2.4,-4.8 3.6,-9.84 5.52,-11.76 0.48,-0.72 0.72,-1.68 0.72,-2.16 v -0.96 c 0,-0.72 1.44,-0.72 3.36,-5.04 1.68,-3.36 1.92,-4.32 1.92,-5.04 -0.48,0 -0.96,0.96 -2.4,2.64 0.72,-2.64 0.96,-3.6 2.16,-3.6 l 1.2,0.24 c 0.24,0 0.48,-0.24 0.48,-0.48 0,-4.56 9.12,-15.6 9.12,-19.92 0,-1.68 1.44,-0.96 1.44,-2.16 l 0.24,-0.48 c -1.68,0 -2.4,2.88 -3.12,2.88 -0.48,0 -0.72,-0.24 -0.72,-0.72 0,-0.48 0.72,-0.72 1.44,-1.44 -0.72,-0.48 -1.44,-0.72 -1.44,-1.44 0,-0.24 0,-0.24 0.24,-0.24 l 1.68,0.96 0.24,-0.24 -0.24,-1.68 c 0,-2.16 2.88,-5.76 2.88,-6.72 0,-1.44 1.44,-1.44 2.64,-5.28 1.68,-4.32 3.12,-7.2 3.12,-8.16 0.24,-1.2 0.48,-1.2 11.76,-2.88 8.16,-1.2 24.72,-3.12 54.96,-6 6.72,-0.48 12.48,-1.44 12.48,-1.68 0.24,-0.24 0.96,-0.24 1.68,-0.24 l 0.72,0.24 c 0.24,0 0.24,0 0.24,-0.24 0,-0.48 0,-0.72 -4.08,-0.72 l -21.12,0.72 c -5.52,0 -6.96,-0.48 -7.2,-1.2 0,-0.72 0.24,-1.2 0.96,-1.2 0.72,0 0.72,1.2 1.44,1.2 l 1.2,-0.24 c 0.72,0 0.48,0.96 1.2,0.96 0.48,0 0.72,-0.48 0.72,-1.44 0,-1.2 0.48,-1.2 4.8,-1.2 10.56,0 15.12,-0.72 17.28,-1.68 -0.96,-0.96 -1.68,-1.2 -3.12,-1.2 -1.2,0 -0.96,0.96 -1.68,0.96 -1.2,-0.24 -0.72,0 -1.44,-0.96 0,-0.72 8.64,-0.72 9.12,-1.92 0.48,-0.96 2.88,-0.96 2.88,-1.44 0,-0.24 0.24,-0.48 0.48,-0.48 l 1.68,0.24 c 0.24,0 0.48,0 0.48,-0.24 -0.48,-0.96 -0.72,-1.68 -1.92,-1.68 -1.2,0 -1.2,-2.16 -4.56,-2.16 -1.2,0 -2.16,-0.24 -2.16,-0.24 0.48,-0.48 1.2,-0.72 1.2,-1.44 0,-1.2 2.64,-1.44 7.44,-2.88 0,-0.72 -2.88,-0.48 -2.88,-0.96 0,-0.48 -0.24,-0.96 -1.2,-0.96 -0.72,0 -0.72,0.48 -1.2,0.96 -0.48,-0.24 -0.72,-0.24 -0.72,-0.72 0.48,-0.96 0.96,-0.72 0.96,-1.68 0,-0.72 -0.48,-1.68 -1.2,-1.68 l -0.96,0.24 c -0.96,-0.48 -1.44,-0.48 -1.44,-1.2 0,-0.96 1.44,-1.92 4.08,-2.4 1.44,-0.24 2.16,-0.24 2.16,-0.72 -0.72,-1.2 -1.68,-1.68 -1.68,-2.4 0,-0.48 -12.72,-2.4 -20.88,-3.12 -11.04,-0.72 -27.84,-1.2 -42.24,-1.2 -8.64,0 -16.32,0.24 -21.84,0.48 -43.68,2.88 -54.48,5.28 -76.32,9.36 -10.32,2.16 -9.6,3.84 -10.08,12.48 0,3.84 3.36,2.4 3.36,4.08 0,2.16 1.2,3.12 4.56,3.12 l 5.76,-0.48 c 1.2,0 1.68,0.24 1.68,0.48 0,0.48 -0.48,0.72 -0.96,0.72 -2.88,0 -3.6,0.72 -3.6,1.68 0,0.72 -1.44,0.96 -1.44,1.92 l -0.24,0.24 -1.44,-0.24 c -0.24,0 -0.48,0 -0.48,0.24 0.48,1.68 0.72,2.4 1.2,2.4 0.48,0 0.48,-1.2 1.2,-1.2 0.96,0 1.68,1.92 1.68,4.32 0,1.2 2.64,1.2 2.64,1.68 0,0.48 0.96,0.72 2.16,0.72 l 3.84,0.24 c 2.64,0 12.48,-0.72 13.44,-1.2 0.48,-0.48 10.08,-0.72 14.16,-2.16 l 3.12,-0.48 0.48,0.24 c -0.72,0.96 -1.2,1.68 -2.16,1.68 h -1.2 c -2.88,0 -8.16,1.92 -10.32,1.92 -1.44,0 -1.2,0.96 -3.12,0.96 l -4.56,0.48 c -3.12,0 -2.16,-0.72 -4.08,-0.72 -2.88,0 -7.92,1.68 -7.92,2.88 0.48,0.48 0.96,0.48 0.96,0.96 -1.92,0 -2.16,0.48 -2.64,2.4 0,0.48 0.24,0.72 0.48,0.72 h 0.48 l 0.24,0.48 -0.24,1.2 c 0,1.44 1.68,1.2 5.28,1.44 5.76,0 17.52,-1.2 21.6,-2.4 h 0.48 c 0.24,0 0.48,0 0.48,0.24 -0.72,3.12 -6,12.96 -6.96,17.04 0,0.48 -1.44,3.84 -3.12,7.68 -3.84,8.4 -13.68,34.08 -13.68,39.36 0,1.2 -1.68,3.36 -1.68,5.28 0,2.16 -2.16,2.4 -2.16,5.04 0,2.4 -1.92,5.04 -1.92,6 0,0.72 -0.48,2.16 -0.96,3.36 -4.32,13.44 -6.48,19.68 -7.2,23.52 -0.72,4.8 -1.68,3.36 -1.68,4.08 0,2.64 -10.32,37.68 -10.32,40.56 0,0.48 -1.44,6 -1.44,9.36 0,2.64 -1.44,4.08 -1.44,7.68 0,4.8 3.36,5.52 3.36,6.24 0,0.48 0.24,0.72 0.48,0.72 z m 5.52,-18.24 c -0.24,0 -0.24,-0.48 -0.24,-0.96 0,-0.48 0,-0.72 0.24,-0.72 l 0.24,0.24 c 0,0.48 0,1.2 -0.24,1.44 z m 16.08,-2.16 c -0.48,0 -0.96,-0.72 -0.96,-1.44 l 0.24,-0.48 c 0.96,0.72 0.48,0.48 0.96,1.44 z m 1.2,-6.96 c -0.24,0 -0.24,0 -0.24,-0.48 0,-0.48 0.48,-0.96 0.72,-1.2 h 0.48 c -0.24,1.2 -0.72,1.68 -0.96,1.68 z m -5.52,-13.2 c -0.24,0 -0.72,-0.48 -0.72,-1.44 0,-0.96 0.24,-1.2 0.96,-1.68 0.24,0 0.24,0.48 0.24,1.44 0,1.2 -0.24,1.68 -0.48,1.68 z m 0.96,-4.08 c -0.24,0 -0.48,-0.48 -0.48,-1.44 0,-1.68 1.44,-4.56 2.16,-4.56 l 0.24,0.72 c -0.72,3.36 -1.2,5.28 -1.92,5.28 z m 16.8,-5.52 c -0.24,0 -0.72,-0.72 -0.72,-1.2 l -0.24,-3.6 c 0,-3.6 0.96,-2.4 0.96,-3.12 v -0.24 c 0,-0.24 0.48,-0.72 1.2,-0.72 l 0.24,0.24 -0.48,1.68 c 0,0.96 1.68,0.48 1.68,1.2 l -0.48,1.92 -1.92,-0.24 c -0.48,0 -0.72,0.24 -0.72,0.96 v 0.96 c 0.72,-0.72 0.72,-0.96 1.2,-0.96 0.48,0.24 0.48,0 0.48,0.48 0,0.48 -0.96,0.24 -0.96,0.96 l 0.24,0.48 c 0,0.72 0,1.2 -0.48,1.2 z m -14.88,-3.84 -0.24,-0.24 c 0,-0.48 1.2,-2.64 1.92,-2.64 l 0.24,0.48 c 0,0.48 -0.24,1.2 -0.96,1.68 z m 17.52,-3.12 c -0.48,0 -0.72,-0.24 -0.72,-0.48 0,-0.96 1.2,-3.84 1.68,-3.84 0.24,0 0.48,-0.24 0.48,-0.48 l -0.48,-1.44 c 0.96,0.24 1.2,0.48 1.2,1.68 0,1.68 -1.68,2.16 -1.68,2.88 l 0.24,0.96 c 0,0.48 -0.24,0.72 -0.72,0.72 z m -15.12,-0.96 c -0.48,0 -0.72,-0.48 -0.72,-1.68 0,-1.2 1.2,-1.44 1.2,-1.92 l -0.72,-1.68 c 0,-0.48 0.24,-0.72 0.72,-0.72 0.72,0.24 0.96,0.24 0.96,2.4 0,1.68 -0.72,3.6 -1.44,3.6 z m 12.96,-3.6 -0.24,-0.24 c 0.24,-2.4 0.96,-4.08 0.96,-4.08 h 0.24 c 0.48,0 1.92,0.72 1.92,1.2 0,0.24 -0.24,0.48 -0.48,0.48 h -0.24 c -0.24,0 -0.96,0.48 -1.44,1.44 z m 4.56,-2.4 c -0.48,0 -0.72,-0.48 -0.72,-0.72 0,-0.24 0.24,-0.48 0.48,-0.48 0.72,0.24 0.48,0.24 0.96,0.72 0,0.24 -0.48,0.48 -0.72,0.48 z m -15.84,-0.96 c -0.48,0 -0.96,-0.24 -0.96,-0.72 0,-0.24 0.24,-0.48 0.72,-0.48 0.72,0.48 0.72,0 0.96,0.72 0,0.24 -0.24,0.48 -0.72,0.48 z m 14.16,-1.2 c -0.96,0 -1.44,-0.24 -1.44,-0.96 0,-0.72 0.72,-1.92 0.72,-2.88 v -0.72 c 0,-0.24 0.24,-0.48 0.48,-0.72 2.64,-2.64 6.72,-23.28 10.8,-24.48 l -0.24,0.72 c 0.48,0.96 0.24,0.48 0.96,1.44 l -0.24,0.24 -0.96,-0.24 c -1.2,0 -1.2,1.2 -1.44,3.84 l 0.24,1.68 c 0,0.24 -0.24,0.48 -0.48,0.48 -0.96,0 -1.92,1.92 -1.92,3.6 l 0.48,1.44 -0.24,0.24 h -0.48 c -0.96,0 -2.4,6 -3.36,6.48 -2.16,4.56 -1.2,2.4 -2.16,8.16 0,0.96 -0.24,1.68 -0.72,1.68 z m -13.2,-1.44 c -0.24,0 -0.24,-0.24 -0.24,-0.48 l 0.48,-1.92 0.24,-0.24 c 0.48,0.24 0.72,0.24 0.72,1.2 0,0.72 -0.48,1.44 -1.2,1.44 z m 16.32,0 c -0.24,0 -0.48,-0.24 -0.48,-0.48 l 0.48,-2.4 c 0,-0.24 0.24,-0.48 0.72,-0.48 l 0.48,0.24 -0.96,2.16 0.24,0.72 z m -14.16,-3.6 c -1.44,-0.48 -1.92,-0.96 -1.92,-1.2 h 0.72 c 0.72,0 1.44,0.24 1.44,0.72 0,0.24 0,0.48 -0.24,0.48 z m -0.24,-2.64 c -0.24,0 -0.24,-0.24 -0.24,-0.72 0,-0.48 0.24,-0.72 0.72,-0.72 0.24,0 0.24,0 0.24,0.24 0,0.96 -0.24,1.2 -0.72,1.2 z m 17.28,-1.68 c -0.24,0 -0.48,-0.24 -0.48,-0.48 0.24,-0.96 0.24,-1.92 0.72,-1.92 0.24,0 0.24,0.24 0.24,0.72 0,0.72 -0.24,1.44 -0.48,1.68 z m -15.12,-1.2 c -0.72,0 -0.96,-0.48 -0.96,-1.2 0,-0.48 0,-0.96 0.48,-1.2 0.24,0 0.72,0.48 0.96,1.68 0,0.48 -0.24,0.72 -0.48,0.72 z m 2.4,-7.2 c -0.24,0 -0.48,-0.24 -0.48,-0.72 0,-0.72 0.24,-0.96 0.48,-0.96 0.48,0 0.72,0.24 0.72,0.48 0,0.48 -0.24,0.96 -0.72,1.2 z m 2.88,-6 c -0.48,0 -0.72,-0.48 -0.72,-0.96 0,-0.72 0,-1.2 0.24,-1.2 0,0 0.48,0.72 0.72,1.68 0,0.24 0,0.48 -0.24,0.48 z m 2.4,-4.08 c -0.24,0 -0.48,-0.48 -0.48,-0.72 0,-0.48 0.48,-0.72 0.72,-0.72 0.24,0 0.48,0.24 0.48,0.48 v 0.24 z m 12.96,-6.48 v -0.24 c 0,-0.72 0.48,-1.44 1.68,-2.88 0.24,0 0.24,0.24 0.24,0.72 0,0.48 -0.48,1.44 -0.96,1.92 z m 2.64,-5.52 c -0.48,0 -0.48,0 -0.48,-0.24 0,-0.48 0.48,-0.96 1.68,-2.16 0.24,0 0.24,0 0.24,0.24 -0.48,1.2 -0.72,2.16 -1.44,2.16 z m 2.88,-5.76 h -0.24 c -0.24,0 -0.48,0 -0.48,-0.24 0,-0.72 0.48,-0.96 1.2,-1.44 l 0.24,0.48 c 0,0.48 -0.48,0.96 -0.72,1.2 z m 0.96,-2.64 c -0.24,0 -0.24,-0.24 -0.24,-0.96 0,-2.16 1.2,-3.12 2.64,-4.8 -0.48,1.92 -0.72,3.36 -1.68,4.8 z m 22.08,-31.2 -0.24,-0.48 c 0.72,-1.68 1.2,-3.12 1.68,-3.12 0.24,0 0.48,0.24 0.48,0.48 0,0.72 -1.44,3.12 -1.92,3.12 z m 2.16,-4.32 c 0.24,-0.96 0.48,-1.68 0.96,-1.68 h 0.24 c 0,0.24 0,0.72 -0.48,1.2 z m 1.92,-4.8 c -0.48,0 -0.72,-0.48 -0.72,-0.96 0,-0.48 0.24,-0.72 0.48,-0.72 0.72,0 0.96,0.48 0.96,0.96 0,0.48 -0.24,0.72 -0.72,0.72 z m -58.56,-20.88 c -1.2,0 -2.16,-0.24 -2.16,-0.72 0,-0.24 0.24,-0.24 0.72,-0.24 h 0.96 c 1.2,0 0.72,-0.96 1.44,-0.96 0.72,0 1.2,0.48 1.2,0.96 0,0.48 -0.96,0.96 -2.16,0.96 z m 8.64,-0.48 c -1.44,0 -2.64,0 -2.64,-0.24 v -0.24 c 0,-0.72 -3.12,-0.24 -3.12,-1.2 0,-0.24 0.24,-0.24 0.48,-0.24 l 1.2,0.24 c 0.24,0 0.24,0 0.24,-0.24 l -0.48,-0.96 c 1.68,0.72 0.96,1.44 9.12,1.44 4.32,0 6.48,0 6.48,0.48 l -1.92,0.48 c -2.16,0.24 -6.48,0.48 -9.36,0.48 z m 69.36,-11.28 c -0.72,0 -1.2,-0.24 -1.2,-0.48 l 2.16,-0.72 c 0.24,0 0.48,0.24 0.48,0.48 0,0.24 -0.48,0.72 -1.44,0.72 z m 4.08,-0.96 -0.24,-0.24 c 0.96,-0.72 2.4,-0.96 4.08,-0.96 h 0.48 v 0.24 l -2.64,0.72 z m 12,-1.2 -1.92,-0.24 c 1.68,-0.72 2.16,-0.96 3.36,-0.96 h 0.96 c 0.72,0 0.48,-0.24 0.72,-0.72 l 0.72,0.48 c 0,0.48 -1.2,1.44 -3.84,1.44 z m 8.88,-0.72 c -0.72,0 -0.96,-0.24 -0.96,-0.48 l 0.24,-0.48 c 0,-0.24 -0.48,-0.48 -1.2,-0.48 h -1.68 c 5.04,-1.44 2.88,-2.64 6.96,-2.64 -2.4,0.48 -3.6,0.96 -3.6,1.2 0.48,0 0.72,0.24 0.72,0.48 v 0.72 c 0,0.48 0.24,0.48 0.96,0.48 2.4,0 3.36,-0.24 3.36,-0.72 l -0.72,-1.68 c 0,-0.48 0.72,-0.72 2.64,-0.72 1.68,0 1.68,0.24 2.16,0.48 2.16,-0.72 3.12,-0.96 5.04,-0.96 0.96,0 1.68,0 1.68,0.48 0,0.96 -1.92,0.96 -4.56,1.68 0,0.48 0.96,0.48 2.88,1.2 -3.12,0 -3.36,-1.2 -5.04,-1.2 l -2.16,0.48 c -0.48,0 -1.2,1.44 -4.8,1.92 z m -29.76,-1.68 c -0.96,0 -1.44,-0.24 -1.44,-0.72 0,-1.92 3.36,-2.16 12.24,-2.4 0,0.48 -1.92,1.68 -2.88,1.68 l -0.72,-0.24 c -0.96,0 -0.72,0.48 -1.68,1.2 -0.48,0 -0.48,-0.96 -0.96,-0.96 -0.96,0 -3.36,1.44 -4.56,1.44 z m 13.92,0.24 c -0.72,0 -0.96,0 -0.96,-0.48 2.16,-4.8 2.16,-3.6 9.6,-4.32 h 1.2 c -1.44,0.96 -1.92,1.44 -4.8,1.44 -1.2,0 -1.68,0 -1.68,0.24 0.48,0.72 0.72,0.72 0.72,0.96 -0.72,0 -1.2,0 -1.2,0.24 l 0.96,0.96 c 0,0.24 -0.48,0.24 -1.2,0.48 z m 10.08,-1.44 c -0.48,0 -0.72,0 -0.72,-0.24 l 0.48,-0.24 h 0.24 c 0.48,0 0.72,0 0.96,0.24 z m 2.64,-2.88 c -0.96,0 -1.68,0 -1.68,-0.24 1.2,-0.72 2.64,-0.96 5.04,-0.96 1.68,0 2.4,0 2.4,0.24 -1.92,0.96 -3.36,0.96 -5.76,0.96 z m 10.56,-0.48 c -0.24,0 -0.48,-0.24 -0.48,-0.48 0.24,-0.72 0.48,-0.96 1.44,-0.96 0.24,0 0.48,0.24 0.48,0.48 0,0.48 -0.72,0.96 -1.44,0.96 z m 8.88,-0.48 c -2.4,0 -5.04,-0.48 -5.04,-0.72 4.56,-0.24 5.52,-0.24 7.92,-0.72 0.96,0.48 0.72,0 0.96,0.72 0,0.24 -0.24,0.48 -0.48,0.48 z m 10.8,0.24 c -0.24,0 -0.96,-0.48 -2.4,-1.68 0,-0.24 0.24,-0.24 0.72,-0.24 0.72,0 1.2,0.48 1.44,0.96 z m -4.8,-0.48 c -0.48,0 -0.72,-0.48 -0.96,-1.2 l 0.48,-0.24 c 0.48,0 0.72,0.24 0.72,0.72 0,0.48 -0.24,0.72 -0.24,0.72 z m 7.92,-0.48 -1.44,-0.24 -0.48,-0.48 c 0,-0.24 0.24,-0.24 1.2,-0.24 3.84,-0.24 1.92,0 6,-0.48 0.24,0 0.24,0 0.24,0.24 l -0.24,0.24 c -1.92,0.72 -3.84,0.96 -5.28,0.96 z m -15.12,-10.08 c -0.48,0 -0.72,0 -0.72,-0.24 l 0.48,-0.24 h 0.24 c 0.48,0 0.72,0 0.96,0.24 z m -129.36,206.88 c 1.44,-2.16 1.92,-3.84 1.92,-3.84 l -0.24,-0.24 c -0.48,0 -0.72,0.72 -1.2,2.16 z m -1.68,-2.4 c 0.96,0 1.68,-0.72 1.92,-1.68 l -0.48,-0.24 c -1.92,0.24 -3.12,0.48 -3.12,1.2 0,0.24 0.48,0.48 1.2,0.72 z m -3.12,-0.96 c 0.48,0 0.72,-0.24 0.72,-0.48 0,-0.48 -0.24,-0.72 -0.72,-0.72 -0.24,0 -0.72,0.24 -0.72,0.72 0,0.24 0.48,0.48 0.72,0.48 z m 18.48,-16.32 c 0.48,0 0.72,-1.2 1.92,-3.36 l -0.24,-0.24 c -1.2,1.2 -1.92,1.92 -1.92,3.36 0,0.24 0,0.24 0.24,0.24 z m 61.2,-140.64 c 0.48,0 0.96,0 0.96,-0.24 v -0.24 c 0,-1.2 4.32,-8.88 4.32,-10.08 l -0.24,-0.72 c 0.96,-1.92 1.68,-2.4 3.36,-6.24 0,-0.24 -0.24,-0.24 -0.48,-0.24 h -1.44 l 0.48,0.48 c 0,1.2 -3.6,5.52 -3.6,7.44 0,1.68 -2.64,6 -3.6,6 h -0.48 l 0.24,0.96 -0.48,2.4 c 0,0.48 0.24,0.48 0.96,0.48 z m 7.92,-18.72 c 0.48,0 0.96,-0.24 0.96,-0.72 -0.24,-0.24 -0.72,-0.72 -0.96,-0.72 -0.72,0 -0.96,0.48 -0.96,0.96 0,0.24 0.48,0.48 0.96,0.48 z"/><path d="m 304.15988,461.28 -0.96,-0.48 c -2.16,-1.44 -3.36,-5.52 -3.36,-8.88 0,-3.84 2.4,-6.24 2.4,-7.2 l -0.48,-1.2 c 0,-1.2 0.96,-3.84 4.08,-13.68 6.96,-19.68 8.88,-22.32 8.88,-23.76 0,-0.96 1.92,-2.4 1.92,-4.08 0,-3.6 4.08,-8.64 4.08,-10.32 0,-0.24 0,-0.48 -0.24,-0.48 l -1.44,0.24 c -2.64,0 -6.48,-3.36 -6.48,-6.96 0,-1.92 1.68,-4.32 1.68,-5.28 0.48,-2.88 15.12,-3.6 15.12,-6.96 0,-2.4 23.04,-49.92 24.24,-50.64 0.72,-0.48 0.24,-2.4 3.12,-7.68 2.88,-4.08 2.4,-5.76 3.36,-6.24 0.72,-1.44 1.92,-3.84 5.04,-9.12 3.12,-6.24 3.12,-6.48 4.32,-6.96 l -0.24,-0.96 c 0,-1.2 1.2,-3.12 2.88,-4.8 0.72,-0.72 1.44,-1.68 1.44,-2.16 v -0.24 c 0,-1.68 4.56,-6.72 4.56,-7.92 0,-0.96 2.4,-3.36 2.4,-4.32 v -0.48 c -1.44,0.72 -1.92,1.2 -3.12,1.2 h -1.2 c -1.2,0 -0.96,0.96 -1.44,0.96 h -0.96 c -1.68,0 -5.04,1.2 -5.04,1.92 v 0.24 c 0,1.2 -0.72,1.2 -2.4,1.44 l 0.48,-1.2 c -0.72,0.24 -0.96,0.48 -0.96,0.96 v 0.48 c 0,0.72 -2.88,1.92 -4.56,1.92 -0.96,0 -3.12,-2.16 -4.32,-2.16 h -1.2 c -0.24,0 -0.48,0 -0.48,-0.24 l 0.24,-1.68 c 0,-0.48 -0.24,-0.72 -1.2,-0.72 -1.92,0 -1.44,-0.72 -1.68,-1.2 h -0.48 l -0.24,-0.24 c 0.24,-1.2 0.48,-1.92 0.72,-1.92 1.2,0.96 1.44,1.92 1.92,1.92 0.24,0 0.72,-0.48 0.72,-1.2 0,-1.44 -2.88,-4.32 -3.36,-4.32 l -0.24,0.24 0.24,1.2 c 0,0.96 -2.16,0.96 -3.12,1.68 -1.2,0 -5.04,-3.84 -5.28,-6.48 0,-3.6 4.8,-9.12 10.08,-10.56 7.2,-3.12 21.12,-8.88 44.64,-14.4 4.08,-0.96 7.68,-0.72 10.32,-1.68 8.88,-2.16 29.76,-4.32 44.16,-4.32 11.04,0 24.24,0.96 25.68,1.92 0.48,0.48 4.8,0.96 9.12,2.64 1.92,0.96 3.84,1.92 4.56,1.92 2.4,0 11.76,5.52 11.76,6.96 v 0.24 h 0.96 c 0.96,0 1.44,2.64 2.88,3.6 2.16,1.44 4.56,8.16 4.56,11.04 0,1.44 -0.48,1.2 -0.72,2.16 0.48,2.16 1.44,3.6 1.44,5.28 0,1.2 -0.96,0.96 -0.96,2.16 v 0.48 c 0,0.96 -0.48,1.44 -1.44,2.64 0.48,0 1.2,-0.48 2.88,-1.2 0.24,0 0.24,0.48 0.24,1.2 0,1.68 -0.48,2.64 -0.72,3.36 0,0.96 1.92,2.64 2.88,2.64 h 0.72 c -1.44,1.44 -2.4,1.92 -2.4,2.4 0.48,0.48 1.2,0.24 1.2,0.96 0,0.24 0,0.24 -0.24,0.24 h -0.72 c -0.72,0 -1.2,1.92 -1.2,5.28 -0.96,6 -3.36,7.2 -4.32,9.84 -0.72,2.64 -4.8,6.48 -5.76,6.48 v 0.48 l -0.96,1.92 c 0,0 1.2,-0.96 2.64,-2.64 4.32,-4.32 7.44,-10.08 8.16,-10.08 0.24,0.72 0.24,0.24 0.24,1.2 0,0.96 -0.96,1.2 -0.96,1.44 v 0.24 c 0,1.2 -5.28,7.2 -10.08,11.76 -5.52,5.04 -13.2,11.28 -13.92,11.28 -0.24,0 -1.68,0.96 -2.88,2.16 -11.28,9.36 -31.44,21.84 -40.56,27.6 -9.12,6.24 -7.2,4.08 -9.12,5.52 -3.12,2.4 -22.8,13.92 -34.32,20.16 -5.04,2.88 -9.12,5.04 -9.12,5.28 1.2,0 15.12,2.4 28.32,4.8 17.04,3.12 8.64,1.2 24,4.56 1.68,0.72 3.6,1.2 4.32,1.2 2.4,0 7.92,2.64 7.92,3.84 0,0.24 0.24,0.48 0.48,0.48 h 0.96 c 0.24,0 0.24,0 0.24,0.48 v 1.92 c 0.96,-0.72 1.44,-0.96 2.4,-0.96 0.96,0 1.92,0.48 1.92,0.96 l -0.96,1.44 c 0,0.48 0.48,0.48 1.68,0.48 2.4,0 1.68,0.48 2.16,2.16 h 0.48 c 1.44,0 3.36,3.6 3.6,6.48 0,2.4 -0.24,2.88 -1.44,3.12 -0.72,0 -1.44,0.48 -1.44,0.96 0,0.48 0.24,0.72 0.48,0.72 0.72,0 4.08,2.88 4.08,3.6 0,0.24 -0.24,0.48 -0.48,0.48 l -1.68,-0.24 c -1.44,0 -3.6,0.96 -3.6,1.68 0.24,0.72 0,0.24 0.72,0.72 0.48,0 1.2,-0.48 1.2,-1.2 l -0.24,-0.48 0.24,-0.24 c 0.72,0.72 0.96,0.72 0.96,1.44 0,0.48 -1.92,1.44 -1.92,2.16 l 1.2,1.2 c 0,0.48 -1.68,1.68 -1.68,2.16 0,0.24 0.48,0.24 1.2,0.24 h 0.24 c 0.24,0 0.48,0.48 0.48,0.96 0,0.48 -0.24,0.72 -0.72,0.72 -2.64,-0.72 -1.2,-0.24 -3.84,-0.72 -0.48,0 -1.2,-0.72 -1.44,-1.2 -0.72,-1.92 -1.2,-1.44 -2.4,-1.68 -0.48,0 -4.8,-0.72 -4.8,-1.92 l 0.48,-0.96 c -1.2,0.24 -0.96,0.72 -1.92,0.72 -1.44,-0.48 -1.92,-0.96 -1.92,-1.44 0,-0.24 0.24,-0.48 1.2,-0.48 0.48,0 0.72,0 0.72,0.24 0,0.48 0,0.48 0.24,0.48 0.24,0 0.72,-0.96 0.72,-1.92 0,-0.48 0,-0.96 -0.24,-0.96 l -2.16,-0.96 c -0.48,0 -0.96,1.2 -1.44,1.2 -0.24,0 -0.48,-0.24 -0.48,-0.48 l 0.24,-0.96 c 0,-0.48 -0.24,-0.72 -0.72,-0.72 -2.16,0 -1.2,-1.2 -2.4,-1.2 -1.44,0 -5.04,-2.4 -7.2,-2.4 -2.16,0 -1.92,-1.44 -3.84,-1.44 h -1.92 c -3.36,0 -3.6,-1.44 -7.2,-1.68 -4.56,-0.72 -5.52,-1.44 -7.44,-1.92 -1.44,0 -1.44,0.24 -2.4,0.96 l 0.48,-0.96 c 0,-0.24 -0.24,-0.24 -0.48,-0.24 l -2.4,0.24 c -0.96,-0.48 -0.72,-0.96 -3.6,-1.2 -1.2,0 -1.2,0.48 -1.2,1.44 -0.48,-1.2 -2.16,-0.72 -2.88,-1.92 0,-0.24 -0.48,-0.24 -0.96,-0.24 -3.12,0 -7.2,1.92 -10.08,2.16 -2.88,0 -8.16,-0.72 -8.64,-1.2 0,-0.72 0.96,-1.44 2.88,-1.68 l -0.24,0.72 0.96,0.72 c 0.48,-0.72 0.24,-0.96 0.48,-0.96 l 1.68,0.96 c 0.48,0 0.24,-0.24 0.48,-0.96 l 1.92,-0.24 0.48,-0.48 c 0,-0.24 -0.24,-0.24 -0.96,-0.24 l -7.44,-0.72 c -0.96,0 -1.44,0 -1.44,0.24 0,0.24 0.72,0.48 1.92,0.96 l -0.96,0.24 c -1.2,0 0.48,1.2 -4.8,1.2 -5.04,0 -9.6,-1.2 -20.64,-1.2 -5.52,0 -11.28,0.24 -11.76,0.72 -1.44,0.48 -8.64,15.84 -8.64,15.84 v -0.24 c 0,-1.44 0.96,-2.64 2.64,-6.48 0,-0.96 1.92,-2.64 1.92,-4.32 0,-0.96 2.16,-2.64 2.16,-4.08 0,-0.72 -0.72,-1.44 -1.68,-1.44 l -2.16,0.24 c -0.24,0 -0.48,0.24 -0.48,0.48 0,0.72 0,0.96 0.48,0.96 h 0.48 c 0.24,0 0.24,0.24 0.24,0.72 -0.48,1.2 -1.68,0.96 -1.68,1.68 v 0.72 c 0,0.72 -0.24,1.2 -0.48,1.2 l -0.72,-0.24 c -0.24,0 -0.24,0 -0.24,0.24 l 0.24,1.44 c 0,1.44 -2.88,3.36 -2.88,4.56 v 0.72 c 0,0.96 -1.2,1.68 -1.2,2.4 v 0.48 c 0,0.48 -0.72,0.24 -0.72,0.72 v 0.48 c 0,2.4 -2.4,6.48 -3.6,6.48 l 0.24,0.72 c 0,0.96 -2.16,2.88 -2.16,3.84 l 0.24,0.96 c 0,0.96 -0.72,2.16 -1.2,2.16 l -0.72,-0.24 0.24,1.44 c 0,0.72 -0.48,1.68 -0.96,1.68 l -0.48,-0.24 h -0.24 l 0.24,1.68 -0.96,-0.24 0.24,0.72 c 0,1.2 -1.68,1.92 -5.04,10.56 -0.48,0.96 -1.2,1.68 -1.68,1.68 h -0.96 c -2.88,0 -3.36,3.6 -4.56,3.6 -0.48,0 -0.72,-0.48 -0.72,-1.2 l 0.24,-0.72 c 0.24,0 0.24,0.24 0.96,0.72 0.48,0 0.96,-0.96 1.2,-2.88 0,-0.24 0,-0.48 -0.24,-0.48 l -1.2,0.24 c -0.96,0 -0.72,-1.68 -1.2,-1.68 h -0.48 c -0.48,0 -0.96,-0.96 -0.96,-1.68 0.24,-0.96 0,-0.72 0.48,-1.2 0.72,0 0.96,0.72 1.68,1.68 0.48,0 0.72,-0.48 0.96,-1.68 l -0.72,0.24 c -0.48,0 -1.44,-1.2 -1.44,-1.92 0,-0.72 0.24,-0.96 0.72,-0.96 h 0.24 c 0.24,0 0.24,0 0.24,-0.48 0,-0.72 -0.24,-2.16 -0.72,-4.08 0,-0.24 0.24,-0.48 0.48,-0.48 h 0.96 c 0.48,0 0.72,-0.48 0.72,-2.16 0,-2.88 1.44,-3.12 1.44,-4.32 0,-0.96 -0.48,-1.68 -1.44,-1.68 -0.72,0 -1.68,1.2 -1.68,2.4 v 1.44 c 0,0.48 -0.24,0.96 -0.48,1.2 -1.44,0.48 -1.2,2.88 -1.68,3.36 l -0.48,0.96 v 0.96 c 0,0.48 -0.96,0.24 -0.96,1.2 l 0.48,2.16 c -1.2,0.24 -1.2,-0.24 -1.68,0.96 0.72,0.48 1.2,0.24 1.2,0.72 0,0.96 -0.72,1.44 -2.64,1.92 -0.96,0 -0.72,-0.48 -1.2,-0.72 -0.24,0 -0.24,0.48 -0.24,1.44 0,1.44 0.72,1.44 1.2,2.64 l -0.72,1.92 c -0.24,0 -0.48,-0.48 -1.2,-1.2 l 0.24,0.96 c 0,1.2 -1.44,3.36 -2.16,3.36 h -0.24 c -0.24,0 -0.24,0.96 -0.24,2.16 v 0.96 c 0,0.96 -0.24,1.44 -0.48,1.44 z m -1.44,-3.84 c 0.48,-0.24 0.72,-0.72 0.72,-0.96 0,-0.48 -0.24,-0.72 -0.72,-0.72 -0.24,0 -0.72,0.48 -0.72,0.96 0,0.48 0.24,0.72 0.48,0.72 z m 18.72,-6.72 0.48,-0.24 0.48,-0.96 c 0,-0.72 -0.24,-1.2 -0.48,-1.2 -0.96,0.96 -0.48,0.48 -0.96,1.92 0,0.24 0,0.48 0.48,0.48 z m -2.88,-1.2 c 0.96,0 1.68,-0.96 2.16,-2.64 0,-0.96 -0.48,-1.68 -1.44,-1.68 -0.24,0 -0.24,0.24 -0.24,0.72 l 0.24,1.68 c 0,0.96 -1.2,0.48 -1.2,1.2 0,0.48 0.24,0.72 0.48,0.72 z m 8.16,-10.08 c 0.72,0 0.96,-1.2 0.96,-2.88 0,-0.48 0,-0.72 -0.24,-0.72 -0.48,0 -0.72,0.48 -0.72,1.2 v 1.44 c 0,0.96 -0.24,0.72 -0.48,0.96 z m -8.16,-9.12 c 0.72,0 3.36,-5.04 3.36,-6.24 0,-0.72 -0.48,-0.96 -0.96,-1.68 0.72,0 1.2,0 1.2,-1.2 0,-0.48 -0.24,-0.96 -0.48,-0.96 -0.96,0 -2.16,2.4 -2.16,4.56 0,1.68 -1.68,2.64 -1.68,4.08 0,0.96 0.24,1.44 0.72,1.44 z m 11.52,-0.48 0.72,-0.48 c 0.72,-0.48 1.2,-1.68 1.2,-2.4 0,-0.72 -0.24,-0.96 -0.24,-0.96 -0.48,0 -1.2,1.44 -1.68,3.84 z m 133.2,-6.24 c 1.2,0 1.92,-0.48 1.92,-0.96 0,-0.72 -0.48,-0.96 -0.96,-0.96 h -0.24 c -0.72,0 -0.24,-1.92 -1.2,-1.92 l -2.64,-0.72 c -0.48,0 -0.48,0.48 -0.48,1.44 0,1.92 1.92,3.12 3.6,3.12 z m -140.4,-3.12 1.44,-2.4 c 1.2,-2.16 1.68,-3.84 1.92,-5.52 0,-0.48 -0.24,-0.72 -0.48,-0.72 l -0.48,0.24 0.24,0.96 -0.24,0.24 -0.96,-0.24 c -1.2,0 -0.96,1.92 -1.44,7.44 z m 142.8,-3.12 c 1.2,0 3.12,-2.16 3.12,-2.64 h -0.24 c -0.48,0 -3.12,2.16 -3.12,2.64 z m -138.24,-6.96 0.24,-0.72 c 0.72,-1.92 2.16,-1.44 2.16,-2.64 0,-0.72 0,-1.2 -0.96,-1.2 -0.72,0 -1.92,1.2 -1.92,2.16 0.24,1.68 0.24,2.4 0.48,2.4 z m 56.64,-5.52 c 0.72,0 1.2,-0.72 1.44,-1.92 0,-0.72 -0.48,-0.96 -1.44,-0.96 -5.04,-0.24 -15.36,-1.2 -29.04,-1.2 l -3.36,0.24 c 0.48,0.48 8.16,1.2 9.6,1.68 l -0.48,-0.96 0.48,-0.48 0.96,0.48 c 0.24,0.24 2.64,0.48 5.52,0.48 5.52,0 5.76,0.48 6.72,1.2 l -0.48,-0.96 c 0,-0.24 0.24,-0.48 0.48,-0.48 0.96,0 0.24,1.2 2.64,1.2 l 6,-0.48 c 1.44,0 1.92,0.24 1.92,0.72 0,0.24 -0.24,0.48 -0.48,0.48 l -0.72,-0.24 -0.24,0.48 c 0,0.48 0.24,0.72 0.48,0.72 z m 15.12,0 c 0.96,0 1.92,-0.24 1.92,-0.48 0,-0.24 -0.96,-0.48 -1.92,-0.48 -0.96,0 -1.68,0.24 -1.68,0.48 0,0.24 0.72,0.48 1.68,0.48 z m -68.88,-0.96 c 0.72,0 1.44,-0.48 1.68,-1.2 v -0.48 l -0.96,0.24 c -0.96,-0.48 -0.48,-0.24 -1.44,-0.96 -0.24,0 -0.24,0.48 -0.24,1.2 0,0.72 0.48,1.2 0.96,1.2 z m 18.72,-2.64 c 0.48,0 0.96,0 0.96,-0.24 -0.24,-0.24 -0.96,-0.24 -1.44,-0.24 l -0.24,0.24 c 0,0.24 0.24,0.24 0.72,0.24 z m 38.88,-20.88 c 1.2,0 3.84,-1.2 8.16,-3.6 5.28,-2.88 7.2,-3.6 7.68,-4.32 l -0.24,-0.24 c -0.96,0 -2.16,0.96 -3.84,1.68 l -1.44,-0.24 0.24,0.72 c 0,0.48 -0.48,0.48 -1.2,0.48 h -1.2 c -0.72,0 -0.48,0.48 -0.96,1.2 l -0.96,-0.48 0.24,0.96 c 0,0.24 -0.24,0.48 -0.48,0.48 l -3.12,0.48 c -0.24,0 -0.48,0.24 -0.48,0.48 v 0.72 c 0,0.24 0,0.24 -0.24,0.24 h -1.44 c -0.96,0 -1.44,0.24 -1.44,0.72 0,0.48 0.24,0.72 0.72,0.72 z m 17.04,-8.64 1.68,-0.72 c 1.2,-0.48 1.68,-1.2 1.68,-1.44 -0.24,-0.72 -0.24,-0.48 -0.72,-0.72 -1.2,0 -2.64,1.2 -2.88,2.64 0,0.24 0,0.24 0.24,0.24 z m 0.96,-1.2 0.48,-0.72 0.96,-0.48 c 0.24,0 0.24,0 0.24,0.24 0,0.48 -0.48,0.72 -1.68,0.96 z m 5.04,-2.4 c 0.96,0 2.64,-0.72 2.64,-1.2 l -0.72,-0.24 -3.36,0.48 c 0,0.48 0.24,0.72 1.44,0.96 z m 3.6,-1.92 c 0.96,0 4.8,-2.4 5.76,-2.4 0.96,0 5.04,-2.64 5.76,-3.6 0.24,-0.24 0.96,-0.72 1.92,-0.96 1.68,-0.48 6.72,-6.24 8.64,-6.24 0.48,0 0.72,-0.24 0.72,-0.72 0,-0.96 3.12,-2.16 4.32,-3.36 2.4,-2.4 17.52,-11.28 17.52,-12.72 h 0.48 c 2.64,0 10.32,-9.6 14.16,-9.6 0.48,0 2.16,-0.96 2.16,-1.68 l -0.72,-1.2 c 0,-0.96 0.96,-1.2 3.12,-1.92 l 0.48,0.24 -0.96,1.92 c 0.96,0 6,-3.6 6,-4.56 l -0.24,-0.72 c 0,-0.48 0.24,-0.72 0.72,-0.96 l 0.24,0.24 -0.48,0.96 c 1.44,-0.48 2.64,-1.2 2.64,-1.68 l -0.24,-0.24 -0.72,0.24 c -0.72,0 -0.96,-1.92 -1.44,-1.92 -0.48,0 -0.72,0.24 -1.68,1.2 -1.92,1.92 -6.48,3.36 -6.48,4.32 0,1.68 -5.04,3.12 -5.04,4.32 0,0 -0.24,0.24 -0.72,0.24 -1.68,0 -2.16,2.16 -2.88,2.16 -1.92,0 -5.52,3.12 -5.52,4.56 l -0.96,-0.24 c -0.48,0 -1.44,0.48 -1.92,0.96 -1.44,1.44 -10.56,6.24 -12.48,8.4 l -0.48,-0.24 c -0.24,0 -0.48,0.24 -0.48,0.72 0,0.72 -1.44,0.96 -1.44,1.2 0.72,0.48 0.48,0.72 1.68,0.72 2.4,0 3.36,-1.44 3.36,-2.88 0.72,0.24 1.2,0.72 1.2,1.2 0,0.96 -3.84,2.4 -5.28,2.4 -0.72,0 -1.2,0.24 -2.16,0.96 l 0.24,-1.2 c 0,-0.24 0,-0.24 -0.48,-0.24 -1.2,0 -2.16,0.72 -2.4,1.44 -0.48,0.96 -2.4,0.72 -3.6,2.88 h 0.48 c 0,0 0.24,0 0.24,0.48 v 0.72 h 0.72 c 0.48,-0.24 0.72,-0.48 0.72,-0.96 V 348 c 0,-0.24 1.44,-0.24 1.44,-0.72 l -0.24,-0.72 0.48,-0.24 c 1.44,0.72 0.72,0.24 2.16,1.2 0,0.24 -0.24,0.24 -0.48,0.24 -1.44,0 -4.56,3.12 -5.28,3.12 -0.72,0 -1.44,-2.64 -2.16,-2.64 -0.24,0 -0.48,0.24 -0.48,0.72 0,0.96 -4.32,2.64 -4.32,3.12 0.72,1.2 0.24,0.48 1.68,1.2 0.72,0 0.24,-1.92 1.44,-2.4 0.48,0 0.96,0.24 0.96,0.72 l -0.24,0.48 h -0.48 c -0.24,0 -0.48,0.24 -0.48,0.48 0,0.96 -4.8,3.84 -6,3.84 l -0.72,-0.24 0.24,0.96 c 0,0.48 -0.48,0.72 -0.96,0.72 -0.96,0 -1.44,-0.48 -2.88,-0.72 l 1.2,0.96 c 0,1.2 -9.6,6.72 -9.6,7.68 z m 37.92,-25.68 c -0.48,0 -0.96,-0.24 -1.2,-1.2 0,-0.48 1.2,-0.72 4.32,-1.92 0.24,0 0.48,0.24 0.48,0.48 -0.72,0.96 -1.2,1.68 -1.68,1.68 l -0.96,-0.96 c 0,1.44 0,1.92 -0.96,1.92 z m 8.16,-5.52 c 0,-0.72 5.52,-5.52 6.96,-5.52 0.24,0 0.24,0 0.24,0.24 V 330 c 0,0.72 -6.24,5.04 -7.2,5.04 z m -113.76,30.72 1.92,-0.24 c 1.2,0 2.16,-0.24 2.16,-0.48 0,-0.48 -1.2,-0.96 -1.2,-1.44 0,-0.72 1.44,-2.88 1.44,-3.84 v -0.24 h -0.24 c -0.96,0 -2.16,2.16 -4.08,6.24 z m 71.52,-4.8 c 0.48,0 0.72,-0.24 0.72,-0.24 0,-0.48 -0.48,-0.48 -1.2,-0.96 l -0.24,0.48 c 0,0.48 0.48,0.72 0.72,0.72 z m -66.24,-2.64 0.48,-0.24 c 0.48,-0.48 0.96,-1.44 0.96,-2.16 0,-0.96 -0.24,-1.2 -0.48,-1.2 -0.48,0 -0.96,0.96 -1.2,3.12 z m 13.44,-0.24 0.48,-0.72 c 0.48,-0.48 0.72,-1.2 0.72,-1.68 v -0.24 c -0.96,0.96 -1.2,1.44 -1.2,2.4 z m 5.04,-1.92 c 0.48,0 0.96,-0.72 1.68,-1.92 l -0.48,-0.24 c -0.72,0 -0.96,0.96 -1.2,2.16 z m 28.56,0 c 0.24,0 0.48,-0.24 0.48,-0.48 l -1.68,-0.72 v 0.48 z m 4.32,-1.2 1.2,-0.72 c 0.72,-0.48 1.2,-1.44 1.2,-1.68 0,-0.48 0,-0.24 -0.48,-0.48 -0.72,0 -2.16,1.68 -2.16,2.4 0,0.24 0,0.48 0.24,0.48 z m -4.56,-0.48 0.96,-0.24 c 0.48,-0.24 0.72,-0.48 0.72,-0.72 h -0.24 c -0.96,0.48 -0.48,0 -1.44,0.96 z m -22.8,-1.68 c 2.16,0 19.92,-10.8 21.84,-10.8 0.48,0 0.72,0 0.72,-0.24 v -0.24 c 0,-0.72 7.2,-3.84 12.48,-7.68 l 14.88,-9.6 c 2.88,-1.68 29.28,-19.2 36.48,-24.24 11.52,-7.68 26.88,-21.36 29.52,-25.92 1.44,-2.4 2.16,-3.84 2.16,-4.8 0,-0.72 -0.72,-1.2 -1.68,-1.44 -8.88,-3.6 -20.16,-5.28 -35.52,-5.52 -7.44,0 -10.8,-0.24 -10.8,-0.72 0,-0.24 0.96,-0.48 2.64,-0.72 3.36,-0.48 3.36,-1.2 5.04,-1.44 h 0.24 c 0.24,0 0.24,0 0.24,-0.24 -0.24,-0.72 -0.96,-1.2 -1.92,-1.2 -0.96,0 0.48,1.2 -3.36,1.2 -2.88,0 -1.92,-1.68 -2.64,-1.68 -2.16,0.48 -1.2,0.24 -3.36,0.48 l -0.24,-0.24 0.24,0.72 c 0,0.72 -0.72,1.2 -1.68,1.2 -1.44,0 -1.68,-1.44 -3.36,-1.44 l -10.56,1.2 c -3.84,0.48 -3.84,1.68 -4.08,1.68 0,-0.72 -0.24,-1.2 -0.72,-1.2 -0.24,0 -0.48,0.24 -0.48,0.72 l 0.24,1.92 c -0.96,-1.2 -1.44,-1.92 -2.16,-1.92 l -0.24,0.24 0.48,0.96 c -0.96,-0.48 -1.2,-0.72 -1.92,-0.72 -0.72,0 -0.96,0.24 -2.16,1.44 0.96,0 1.44,0 1.44,0.48 -0.72,1.44 -0.96,2.64 -1.68,2.64 h -0.24 c 0,1.68 -1.44,3.6 -2.16,3.6 -0.24,0 -0.24,-0.24 -0.24,-0.48 0,-0.72 0.72,-1.44 1.2,-2.16 -1.92,0.96 -2.88,1.92 -2.88,2.88 V 270 l -0.24,0.24 c -0.72,0 -6.24,10.56 -6.24,12 0,1.2 -2.64,0.96 -2.64,1.68 0,0.48 0.24,0.96 1.44,1.2 0.96,0 2.88,-1.68 2.88,-2.4 l -1.2,-1.92 1.44,0.24 c 0.72,0 1.2,-0.24 1.2,-0.48 0,-0.48 -0.48,-0.48 -0.96,-0.96 0,-0.24 2.88,0 2.88,-0.72 v -0.48 c 0,-0.48 0.96,-0.48 0.96,-0.72 l -0.48,-0.24 c -2.4,0.48 -1.44,0 -3.36,1.2 0,-0.24 2.16,-2.64 3.36,-2.64 h 0.24 c 0.96,0 5.28,-6.48 6.24,-9.6 0.72,-2.16 3.12,-2.4 9.84,-2.88 l 0.48,0.24 c -0.96,0.96 -2.16,0.96 -4.08,0.96 h -1.2 c -0.72,0 -1.2,0.24 -1.2,0.48 0,1.44 -1.92,4.08 -2.4,4.08 h -0.48 c -0.24,0 -0.24,0.48 -0.24,1.2 0,1.44 -2.88,7.68 -10.56,21.84 -4.56,9.12 -5.52,11.04 -6.96,11.76 v 0.48 c 0,0.72 -0.72,2.64 -1.68,4.56 l -8.64,15.84 c -2.16,3.84 -14.16,26.4 -14.4,27.84 z m 36.24,-78.48 -0.24,-0.24 v -0.48 c 0.48,-1.92 0.72,-2.88 1.2,-2.88 0.24,0 0.24,0 0.24,0.24 -0.24,1.44 -0.96,3.36 -1.2,3.36 z m 18,-10.32 0.24,-0.48 c 0.96,-0.96 2.16,-1.2 4.32,-1.68 -2.4,1.44 -3.6,2.16 -4.56,2.16 z m 6.24,-1.2 c -0.48,0 -0.96,0 -1.2,-0.24 0,-0.48 0.96,-0.72 3.12,-0.96 0.48,0 0.72,0.24 0.72,0.48 0,0.48 -1.44,0.72 -2.64,0.72 z m -81.36,89.52 c 0.24,0 0.96,-1.44 2.64,-5.52 -1.92,1.2 -3.12,2.4 -3.12,4.32 0,0.96 0,1.2 0.48,1.2 z m 52.8,-0.48 c 0.72,0 1.2,-0.24 1.2,-0.48 -0.24,-0.72 -0.48,-1.2 -1.2,-1.2 -0.72,0 -1.2,0.48 -1.2,1.2 0,0.24 0.48,0.48 1.2,0.48 z m -34.8,-0.96 c 0.24,-0.24 0.48,-0.72 0.48,-1.2 0,-0.24 0,-0.24 -0.24,-0.24 -0.72,0.24 -0.96,0.72 -0.96,1.2 0,0.24 0.24,0.24 0.48,0.24 z m -3.84,-1.2 c 0.96,0 3.36,-3.36 3.36,-4.32 0,-0.96 -0.48,-1.2 -1.68,-1.68 v 0.96 c 0,1.44 -0.72,3.84 -1.44,3.84 -0.48,0 -0.72,0.24 -0.72,0.72 0,0.24 0.24,0.48 0.48,0.48 z m 41.52,0 c 1.92,0 3.36,-1.68 3.36,-2.16 0,-0.24 -0.24,-0.48 -0.48,-0.48 -0.48,0 -1.2,0.24 -1.68,0.96 -0.96,0.72 -1.68,0.72 -2.4,1.44 0,0.24 0.48,0.24 1.2,0.24 z m 4.8,-2.4 c 0.72,0 1.2,-0.48 2.4,-1.44 0.24,0 0.24,0.24 0.48,0.48 0.96,-0.72 1.2,-1.68 1.92,-1.68 1.44,0 5.04,-2.16 5.04,-2.88 -0.48,-0.96 -1.2,-0.96 -1.92,-0.96 -1.2,0 -0.48,1.68 -1.68,1.68 l -1.44,-0.24 c -0.96,0 -0.48,1.68 -1.2,1.68 h -0.96 c -0.48,0 -0.72,0 -0.72,0.24 0,0.96 -2.64,0.72 -2.64,2.16 0.24,0.96 0,0.72 0.72,0.96 z m -57.12,-1.68 c 0.48,0 1.68,-2.64 4.8,-8.64 l -0.24,-0.24 c -1.2,0 -4.56,5.76 -4.56,8.16 z m 14.88,-2.88 c 0.48,0 2.16,-1.68 2.16,-2.88 0,-0.72 -0.48,-0.96 -1.68,-1.92 -0.48,0 -0.24,2.64 -0.72,4.56 0,0.24 0,0.24 0.24,0.24 z m 54.48,-1.68 c 0.72,-0.24 0,-1.44 1.68,-1.44 h 1.2 c 0.72,0 0.96,-0.24 0.96,-0.96 0,-0.72 -0.48,-1.44 -0.72,-1.44 -0.48,0 -0.72,0.24 -0.72,0.72 0,0.96 -3.6,1.44 -3.6,2.4 0,0.48 0.24,0.72 0.72,0.72 z m -52.56,-3.12 c 0.72,0 1.92,-2.16 4.32,-7.2 0,-0.48 0.48,-0.72 0.96,-0.72 h 0.24 c 0.24,0 0.24,-0.24 0.24,-0.72 -0.24,-0.72 -0.72,-1.2 -1.2,-1.2 -0.24,0 -0.24,0.24 -0.24,0.48 v 0.72 c 0,0.24 -0.24,0.48 -0.48,0.72 -0.96,0.48 -4.08,6.24 -4.08,7.44 0,0.24 0,0.48 0.24,0.48 z m 58.08,-1.44 c 0.48,0 2.16,-0.72 2.16,-1.2 -1.92,0.48 -2.4,0.72 -2.4,1.2 z m 4.32,-2.16 c 0.72,0 1.44,-0.48 2.88,-1.68 l -0.24,-0.24 -2.64,0.72 c -0.24,0 -0.48,0.24 -0.48,0.72 0,0.48 0.24,0.48 0.48,0.48 z m 4.56,-2.64 c 0.96,0 1.2,-0.48 1.92,-1.44 0,-0.24 -0.24,-0.24 -0.48,-0.24 -1.68,0.72 -0.72,0.24 -2.4,1.44 0,0.24 0.48,0.24 0.96,0.24 z m 27.84,-2.4 1.2,-0.24 1.92,-1.68 v -0.48 c -2.16,0.96 -2.64,1.44 -3.12,2.4 z m -89.04,-2.16 c 0.48,0 1.68,-1.68 3.12,-5.04 2.64,-5.28 3.36,-6 4.56,-8.4 l -0.24,-0.24 c 0,-0.24 1.44,-1.92 1.92,-2.64 v -0.24 c -0.96,0 -4.08,3.36 -5.04,7.2 V 318 c 0,0 -1.92,2.16 -1.92,2.88 0,0.96 -1.68,2.16 -1.68,2.88 v 0.48 c 0,0.96 -1.2,0.96 -1.2,1.92 0,0.72 0.24,0.96 0.48,0.96 z m 4.08,0.24 c 0.24,0 0.48,-0.24 0.72,-0.96 v -0.72 c -0.72,0.24 -0.96,0.48 -0.96,1.2 0,0.48 0,0.48 0.24,0.48 z m 67.92,-3.36 c 0.48,0 0.96,-0.24 1.2,-0.72 v -0.48 c -1.2,0.24 -1.68,0.72 -1.68,0.96 0,0.24 0,0.24 0.48,0.24 z m -83.28,-1.44 c 0.24,0 0.72,-0.48 0.96,-1.68 h -0.48 c -0.48,0.24 -0.72,0.72 -0.72,0.96 0,0.48 0,0.72 0.24,0.72 z m 3.36,-4.56 c 0.24,-0.24 0.48,-0.72 0.48,-1.44 0,-0.48 -0.24,-0.96 -0.48,-0.96 -0.48,0 -0.72,0.72 -0.72,1.44 0,0.48 0.24,0.96 0.48,0.96 z m 115.2,-6.24 1.2,-0.24 c 0.72,-0.24 0.96,-0.24 0.96,-0.48 l -0.24,-0.24 c -0.72,0 -1.44,0.24 -1.92,0.96 z m -98.4,-2.4 c 0.48,0 1.2,-0.48 1.44,-0.96 0.48,-1.44 2.16,-0.96 2.16,-1.68 v -0.48 c 0,-0.72 0.72,-0.48 0.72,-0.96 v -0.96 c 0,-0.96 0.72,-0.48 0.72,-1.2 v -1.2 c 0,-1.2 1.44,-1.44 1.44,-1.92 v -0.48 c 0,-0.72 1.92,-1.44 2.4,-5.04 0,-0.48 3.12,-2.88 3.12,-3.84 v -0.48 c 0,-0.48 0.72,-0.72 0.72,-1.2 0,-0.24 -0.24,-0.48 -0.96,-0.72 -0.72,0 -1.44,1.2 -2.64,3.6 -0.48,1.44 -3.12,4.8 -3.12,5.76 0,1.2 -6.24,10.8 -6.24,11.52 0,0.24 0.24,0.24 0.24,0.24 z m 12.96,-21.6 c 0.48,0 0.72,-0.24 0.72,-0.72 0,-0.48 -0.24,-0.72 -0.72,-0.72 -0.24,0 -0.48,0.24 -0.48,0.72 0,0.48 0.24,0.72 0.48,0.72 z m -8.64,-12 c 0.24,0 0.48,-0.24 0.72,-0.96 v -0.72 c -0.72,0.24 -0.96,0.48 -0.96,1.2 0,0.48 0,0.48 0.24,0.48 z m -22.32,-3.36 c 0.24,0 0.48,-0.24 0.48,-0.72 0,-0.24 -0.48,-0.72 -0.72,-0.72 -0.24,0 -0.48,0.24 -0.48,0.48 0.24,0.72 0.72,0.96 0.72,0.96 z m 1.2,-1.44 0.72,-0.24 0.96,-0.72 c 0,-0.24 0,-0.24 -0.24,-0.24 -0.96,0.48 -0.72,0 -1.44,0.96 z m 108.72,-7.92 0.96,-0.24 c 0.72,-0.48 2.4,-0.48 3.6,-0.48 l 0.96,0.24 0.24,-0.24 c -3.36,-1.44 -6.24,-2.16 -9.84,-2.16 -0.96,0 -1.68,0.24 -1.92,0.48 0,0.72 3.6,0.72 3.6,1.2 l -0.24,0.48 0.24,0.24 2.4,-0.48 c 0.24,0 0.48,0 0.48,0.24 z m -18.48,-2.4 c 0.72,0 1.44,-0.48 1.44,-0.48 -0.48,-0.48 -1.92,-0.72 -4.08,-0.96 l -0.24,0.24 c 0.72,0.72 1.2,1.2 2.16,1.2 z m -6,0 c 1.2,0 2.16,-0.48 2.16,-0.72 0,-0.48 -0.96,-0.72 -2.16,-0.72 -1.2,0 -2.16,0.24 -2.16,0.72 0,0.24 0.96,0.72 2.16,0.72 z m 12.96,-0.24 c 0,-0.24 -1.68,-1.2 -3.12,-1.2 -0.72,0 -1.2,0 -1.2,0.24 0,0.24 1.2,0.72 2.88,0.96 z m 4.08,0 -0.96,-0.48 -1.44,0.24 c 0,0.24 0.24,0.24 0.96,0.24 z m -55.44,-1.44 12.24,-1.92 c 0.72,0 0.96,0.24 0.96,0.48 l -0.24,0.72 c 2.88,-1.92 9.36,-2.16 9.36,-2.16 -0.24,-0.24 -1.2,-0.48 -2.64,-0.48 -4.32,0 -9.6,0.96 -19.92,2.4 -0.24,0 -0.48,0.24 -0.48,0.48 0,0.24 0.24,0.48 0.72,0.48 z m 30.48,-1.2 c 0.72,0 1.2,-0.72 1.44,-2.16 -0.24,-0.96 -0.24,-1.2 -1.68,-1.2 -0.48,0 -0.96,0 -0.96,0.48 0,0.96 1.92,0.48 1.92,0.96 l -0.96,1.68 z m -2.64,-1.44 0.48,-0.72 c 0,-0.24 -0.96,-0.48 -2.64,-0.48 h -2.88 z m 7.68,-0.72 c 0.48,0 0.72,-0.24 0.72,-0.72 0,-0.24 0,-0.48 -0.24,-0.48 -0.48,0 -0.72,0.24 -0.72,0.72 0,0.24 0,0.48 0.24,0.48 z m -31.68,-4.8 c 0.48,0 0.72,-0.48 1.2,-1.44 0,-0.24 -0.24,-0.24 -0.72,-0.24 -0.48,0 -0.96,0.24 -0.96,0.48 z m -109.92,208.08 h -0.24 c -0.72,-0.96 -0.48,-0.48 -0.72,-1.68 0.72,0.72 0.48,0.48 0.96,1.44 z m 4.08,-0.48 0.24,-1.92 c 0.48,-1.2 1.2,-2.16 1.68,-2.16 0.24,0 0.24,0 0.24,0.24 -0.72,1.2 -0.48,0.48 -0.72,1.92 0,0.48 -0.24,1.2 -1.44,1.92 z m -1.92,-0.48 c -0.24,0 -0.48,-0.48 -0.48,-0.72 0,-0.48 0.24,-0.72 0.48,-0.72 0.48,0 0.72,0.24 0.72,0.72 0,0.24 -0.24,0.72 -0.72,0.72 z m -2.16,-3.12 c -0.48,0 -1.2,-0.48 -1.2,-1.44 v -0.24 c 0.48,0 0.72,0.48 1.2,1.44 z m 112.08,-43.2 h -2.64 l 1.44,-0.48 0.96,0.24 z m -5.76,-0.48 -1.92,-0.72 c -0.72,-0.24 -0.96,-0.24 -0.96,-0.48 l 1.2,-0.24 c 1.44,0 1.92,0.48 2.16,1.2 z m -4.8,-1.44 -1.2,-0.24 c -0.96,0 -1.92,-0.24 -1.92,-0.48 0,-0.48 0.24,-0.48 0.48,-0.48 0.72,0 1.44,0.24 2.88,0.96 z m -5.52,-0.72 c -0.96,0 -7.44,-1.2 -7.92,-1.68 0,-0.24 0,-0.24 0.24,-0.24 l 2.16,0.24 c 1.92,0 2.16,-0.48 3.6,-0.96 l -0.24,0.96 c 0,0.24 0.48,0.48 0.72,0.48 0.96,0 1.44,0.48 1.68,0.96 z m 104.88,-116.4 -0.24,-0.48 c 0.24,-1.68 0.48,-2.88 0.96,-2.88 0.24,0 0.24,0.24 0.24,0.96 0,1.44 -0.24,2.4 -0.96,2.4 z m 1.92,-4.8 c -0.72,0 -1.2,-0.24 -1.2,-0.72 0,-0.24 0.24,-0.24 0.72,-0.24 0.72,0 1.44,0.24 1.44,0.72 z m -152.88,-4.8 c -0.48,0 -0.72,0 -0.72,-0.24 1.2,-1.2 1.68,-1.44 2.16,-1.44 0.24,0 0.24,0 0.24,0.24 -0.24,0.72 -0.48,1.44 -1.68,1.44 z m 3.36,-1.68 0.48,-0.48 1.2,-0.48 c 0,0.24 -0.72,0.72 -1.68,0.96 z m 2.64,-1.2 0.24,-0.72 c 0.24,-0.96 5.28,-3.12 6.96,-3.12 h 0.24 c 0,0.24 -0.96,0.72 -2.16,1.2 -2.16,0.72 -2.64,1.44 -2.64,2.4 -0.24,-0.48 -0.48,-0.72 -0.72,-0.72 -0.72,0 -0.72,0.48 -1.92,0.96 z"/><path d="m 498.07968,455.52 c 4.32,0 15.6,-2.88 40.8,-9.6 0.96,-0.48 3.6,-1.2 6,-1.68 30.72,-8.4 27.84,-6.96 28.56,-8.16 l 0.24,-0.48 c 0,-0.24 0,-0.24 -0.48,-0.24 -0.96,0 -4.08,1.44 -6.24,1.44 -1.44,0 -2.64,-0.72 -2.88,-2.16 0,-1.92 4.56,-2.88 6.72,-2.88 0.72,0 1.2,0.24 1.2,0.72 -0.24,1.44 -3.12,1.68 -3.12,2.16 0.24,0.24 0.48,0.48 0.96,0.48 3.84,-0.72 4.56,-1.2 4.56,-1.68 0,-2.88 0.48,-3.12 5.52,-4.08 l 0.72,0.24 c 0,0.24 -1.2,0.96 -1.2,1.68 0.24,0.96 0,0.48 0.72,0.96 0.72,0 1.44,-3.12 1.68,-3.12 v 1.2 l 0.48,1.2 c 0.48,-0.96 0.24,-1.68 0.96,-1.68 l 2.64,0.48 0.24,-0.24 c -0.96,-0.96 -0.72,-0.48 -1.2,-1.44 0,-1.2 3.84,-0.48 4.32,-1.68 0.24,-0.48 0.48,-0.72 0.96,-0.72 0.72,0 0.48,2.88 1.44,2.88 0.24,0 0.24,-0.48 0.24,-0.72 v -1.44 c 0,-0.24 0,-0.48 0.24,-0.48 1.68,0.96 2.4,1.92 3.36,1.92 l 0.24,-0.24 -0.72,-0.96 c 0,-0.72 1.68,-2.4 6,-2.88 1.44,-0.96 6.48,-0.96 7.44,-1.44 1.68,-0.96 3.6,-0.48 7.92,-1.68 l 0.48,-0.24 c 0.24,0 0.24,0.24 0.24,0.72 0,1.44 -3.12,0.96 -4.08,1.92 l -0.72,0.48 c 1.92,0 5.76,-0.48 5.76,-2.16 l -0.24,-1.2 c 0,-0.48 0.48,-0.72 1.92,-0.72 h 3.36 c 0.48,0 0.72,0 0.72,-0.24 l -0.48,-0.96 0.24,-0.24 1.68,0.24 c 1.2,0 0.72,-1.2 1.44,-1.2 l 2.64,-0.24 0.48,-0.48 -0.96,-0.24 -5.28,0.48 -0.48,-0.24 c 3.6,-1.44 3.6,-1.68 7.2,-2.4 5.28,-0.24 10.56,-2.4 12.48,-4.08 l -0.24,0.72 c 0,0.24 0.24,0.48 0.48,0.48 1.44,0 5.04,-4.08 6.24,-4.08 0.24,0 0.48,0 0.48,-0.24 0,-0.24 -0.24,-0.24 -0.24,-0.48 l -1.2,-0.24 c -2.4,0 -6.48,0.72 -7.68,1.2 -0.48,0 -0.72,-1.2 -1.68,-1.2 -3.12,0.72 -2.4,2.4 -3.84,2.4 -0.72,0 -0.96,-0.72 -0.96,-1.44 v -0.24 c 0,-1.2 0.96,-1.92 2.88,-1.92 0.72,0 1.2,-0.24 1.2,-0.48 v -0.48 c 1.92,0 2.4,0.72 2.88,2.16 0.48,-1.68 0.24,-2.16 3.12,-4.56 3.12,-1.92 3.12,-2.4 3.36,-2.64 l 1.2,0.24 c 0.48,0 0.72,-0.24 0.72,-0.48 0,-0.96 -2.16,-1.44 -3.84,-1.44 -1.92,0 -2.16,0.48 -2.88,1.2 -0.24,0 -0.24,-0.24 -0.24,-0.72 v -0.24 c 0,-1.2 2.88,-1.68 2.88,-2.4 -0.24,-0.24 -0.72,-0.24 -1.44,-0.24 -1.2,0 -3.36,0.24 -5.52,0.72 h -0.96 c 0,-0.72 1.2,-1.2 2.88,-2.16 -2.64,0 -4.32,0 -4.32,0.48 0,0.72 -4.32,2.88 -5.52,2.88 -0.48,-0.24 -0.48,0 -0.48,-0.48 0,-0.72 2.64,-0.48 4.32,-2.16 l -0.96,-0.24 c -10.08,0.48 -11.76,1.2 -13.92,1.68 -19.92,2.88 -21.12,2.88 -49.2,7.2 -1.68,0.48 -5.04,0.96 -7.44,1.44 l -21.36,4.32 -2.88,0.24 c 0,-0.24 6.72,-11.04 14.4,-23.76 l 14.64,-23.76 c 18.96,-3.36 27.6,-4.8 27.6,-5.52 -0.48,-0.48 -0.72,-0.48 -0.72,-1.68 0,-1.68 0.24,-2.4 0.72,-2.4 l 1.2,0.48 c 0.72,0 0.96,-0.72 2.4,-1.92 0.48,0 0.48,0.72 1.2,0.72 1.2,0 2.88,-1.2 4.56,-1.2 l 3.6,0.48 c 0.48,0 0.96,0 1.2,-0.48 0.72,-0.72 1.92,-0.96 4.08,-0.96 3.84,0 3.12,-0.72 4.08,-0.72 l 1.68,0.24 c 0.72,0 0.96,0 0.96,-0.24 0,-0.72 3.12,-0.96 10.08,-0.96 3.12,0 2.16,-1.44 4.08,-1.44 0.96,0 1.68,-0.24 1.68,-0.48 0,-0.24 -1.2,-0.48 -2.64,-0.48 -3.84,0.24 -15.36,1.68 -15.84,1.92 l -1.68,-0.24 -0.72,-0.24 c 0,-0.48 32.16,-3.36 36.24,-4.32 6,-1.2 9.36,-0.72 9.36,-1.44 l -0.96,-1.44 c 0,-0.24 0,-0.24 0.24,-0.24 3.12,-0.24 5.28,-0.48 5.52,-0.96 0,-0.48 -3.6,-0.96 -5.76,-0.96 l -1.44,0.24 c -0.48,0 -0.48,-0.96 -0.72,-0.96 -0.48,0.48 -0.24,0.72 -1.2,0.72 -3.36,-0.48 -5.04,-0.48 -5.04,-1.44 l 0.96,-1.44 -1.44,0.48 c 0.48,-0.72 0.72,-0.96 1.92,-0.96 l 1.68,0.24 c 1.2,0 0.96,-1.2 1.68,-1.2 1.68,0 7.2,-2.64 7.2,-3.6 -0.24,-0.96 -1.2,-1.2 -1.92,-1.2 -3.12,0 -5.76,-0.24 -5.76,-0.48 0.72,-0.24 0.96,-0.48 0.96,-0.72 0,-0.96 -5.28,-0.96 -5.28,-1.44 0,-0.48 5.76,-1.2 5.76,-1.92 0,0 -0.48,-0.24 -1.44,-0.24 -2.4,-0.24 -7.44,-0.24 -13.68,-0.24 -14.64,0 -34.8,0.48 -35.52,0.96 -0.48,0.48 -6.72,0.72 -15.6,1.2 1.68,-1.92 2.64,-2.88 2.64,-3.84 0,-0.24 -0.24,-0.24 -0.48,-0.24 l -1.68,0.72 c -0.24,0 -0.24,0 -0.24,-0.48 0,-0.48 0.24,-0.96 0.48,-0.96 h 0.96 c 1.2,0 1.68,-0.24 1.68,-0.96 l -0.24,-0.48 c 0,-0.24 0,-0.24 0.24,-0.24 h 0.72 c 0.96,0 0.72,-1.92 1.68,-2.4 0.96,-0.48 0.72,-1.92 1.92,-2.88 0.96,-0.96 0.72,-3.12 2.16,-4.8 1.68,-1.44 6.48,-8.88 6.48,-10.08 0,-0.96 0,1.92 6.72,-12.48 5.28,-10.56 5.28,-10.56 5.28,-11.52 0,-0.24 0.96,-0.72 1.92,-0.72 26.64,-3.36 43.44,-4.08 43.44,-5.28 0,-0.24 -0.72,-0.24 -2.16,-0.24 -9.12,0.24 -4.08,0.48 -12.48,0.48 -11.52,0.72 -11.52,0.96 -27.6,2.4 -2.16,0 -3.6,0.48 -4.32,0.72 -0.24,0 -0.48,-0.48 -0.48,-0.96 0,-2.64 0.48,-2.88 10.08,-3.12 5.04,0 4.32,-1.2 5.76,-1.2 l 3.6,0.24 c 1.2,0 1.92,0 1.92,-0.24 0,-0.48 1.44,-0.48 3.12,-0.48 5.76,0 5.52,-0.96 8.88,-0.96 2.64,0 2.16,0.24 2.88,0.48 1.2,-0.48 1.2,-0.96 2.88,-0.96 3.12,0 6.72,-0.24 6.72,-1.44 0,-0.48 0,-0.24 -0.48,-0.48 -0.72,0 -0.96,0 -2.64,-0.72 0,0 1.2,-0.24 3.12,-0.24 2.16,0 3.36,0.24 3.36,0.24 -2.16,0.96 -1.92,1.44 -2.4,2.64 l 0.48,0.24 c 1.2,-0.24 1.44,-0.72 4.08,-0.72 3.12,0 5.28,-0.24 5.28,-0.96 0,-0.48 -0.72,-1.2 -1.68,-1.2 l -0.96,0.24 c -0.72,0 -1.44,0 -1.68,-0.48 0,-0.48 3.12,-0.72 10.56,-0.96 6,0 12,0 12.96,-0.24 l 4.08,-0.24 c 1.2,0 1.68,0 1.68,-0.48 l -1.2,-1.68 c 0,-0.72 -2.88,-3.36 -4.56,-3.36 -1.2,0 -1.2,0.48 -2.16,0.96 -0.48,0 -0.72,-0.72 -0.96,-1.92 0,-1.2 0.72,-1.92 1.92,-1.92 l 1.92,0.48 c 1.2,0 0.96,-1.2 2.16,-1.2 0.96,0 1.2,0 1.2,0.24 l -1.68,1.68 c 4.08,-0.48 5.52,-0.96 5.52,-1.44 0,-0.48 -1.44,-1.44 -1.44,-1.92 0,-1.2 0.72,-1.2 0.72,-1.92 0,-0.48 -0.72,-0.96 -1.92,-0.96 h -1.2 c -0.72,0 -0.48,-1.2 -1.92,-1.2 l -4.32,0.96 c -0.48,0 -0.48,-0.24 -0.48,-0.72 -0.24,-1.68 -0.24,-1.44 -1.2,-1.92 l 0.48,-0.24 c 2.4,0.48 1.2,0.48 3.6,0.72 2.64,0 3.36,-0.72 6.48,-1.92 0,-0.24 0,-0.24 -0.24,-0.24 l -6.48,0.96 -0.24,-0.24 c 3.12,-0.72 4.8,-0.96 4.8,-1.2 0,-0.72 -2.64,-0.48 -9.6,-1.44 -16.32,-2.4 -21.6,-2.64 -41.04,-2.64 -18.96,0 -31.68,0.48 -35.28,0.48 -1.2,0 -1.92,0 -1.92,-0.24 0,-1.44 -1.92,-2.88 -2.64,-2.88 l 0.24,1.2 c 0,0.48 0,0.72 -0.48,0.72 l -1.44,-0.96 -0.48,0.48 c -0.72,-0.48 -0.72,-0.96 -1.68,-0.96 -2.88,0 -6.96,2.88 -7.44,3.6 l -0.72,-0.24 c -0.24,0 -0.48,0 -0.48,0.24 0,1.44 -12.72,2.4 -25.44,4.56 -6.24,1.44 -11.04,1.44 -11.04,1.92 0,0.24 -0.24,0.24 -0.72,0.24 -2.4,0 -6.48,3.6 -6.48,6.48 1.44,5.76 4.32,5.04 4.32,6.24 0.48,0.96 1.68,1.44 2.64,1.44 0.72,0 0.72,-0.96 1.2,-0.96 0.48,0.48 0.48,0.96 1.2,0.96 1.44,-0.48 2.16,-0.96 4.56,-0.96 0.48,0 0.72,0 0.72,0.24 -0.72,1.44 -0.96,1.92 -1.44,1.92 -0.48,0 -0.72,-0.48 -2.16,-0.48 -3.6,0.24 -3.6,0.48 -3.6,3.12 0,1.68 0.48,1.92 1.92,2.88 0.24,0 0.24,-0.24 0.24,-0.72 v -0.96 c 0.24,0 0.96,0.96 0.96,1.68 0,0.48 -0.72,0.96 -0.72,1.2 v 0.24 c 0,0.72 2.64,2.4 3.36,2.4 0.48,0 1.2,1.92 3.6,1.92 1.68,0 2.16,0 2.4,0.72 v 0.24 c 0,0.24 0,0.48 0.24,0.48 l 1.92,-0.96 0.48,0.24 c -2.4,1.2 -1.92,3.84 -6.24,3.84 -1.68,0 -2.64,0.24 -2.64,0.48 0,0.48 1.68,0.72 4.8,0.96 0,0.72 -8.4,13.92 -15.36,26.16 l -8.64,16.56 c -6.48,12.48 -2.16,8.88 -16.08,12 -13.2,2.64 -14.16,3.6 -16.32,4.08 -4.32,0.48 -10.08,3.36 -11.28,5.52 -0.48,0.96 -0.72,2.16 -0.72,3.12 v 0.96 c 0,2.88 2.4,4.8 2.88,6.24 0.24,0.48 1.44,1.2 2.4,1.2 2.88,0.48 3.36,4.8 4.56,4.8 0.96,0 -0.72,2.4 4.56,2.88 2.4,0 4.08,0.24 4.08,0.48 0,0.24 -3.36,0 -3.36,1.2 0,0.48 0.24,0.48 1.2,0.48 l 7.68,-0.48 c -1.2,2.88 -1.68,4.56 -4.08,4.56 -0.96,0 -1.92,0.48 -1.92,0.72 0,0.24 0.48,0.48 0.96,0.48 h 1.68 c 0.72,0 0.96,0 0.96,0.24 v 0.24 c 0,0.48 -0.48,0.96 -1.2,1.68 l 0.96,-0.24 c 0,0.48 -2.4,3.36 -7.92,15.36 -9.12,20.64 -6,13.2 -7.68,16.8 -1.68,4.56 -6.72,14.64 -7.44,15.84 -0.96,1.2 -4.08,2.64 -11.52,5.04 -8.64,2.88 -11.04,5.28 -11.04,9.84 0.24,2.4 1.2,4.32 2.64,4.32 0.48,0 0.72,0.24 0.96,0.72 0.72,1.44 0.72,2.16 1.44,2.16 1.44,-1.2 1.68,-1.68 3.12,-1.68 2.88,0 3.84,7.44 6,8.64 0.96,0.48 1.44,0.96 1.44,1.2 v 0.48 c 1.2,0 2.16,-0.24 2.16,-0.72 v -0.72 c 2.16,0.48 1.44,1.92 2.88,1.92 2.16,0 5.28,-2.16 5.28,-2.64 0,-0.48 -2.16,-0.24 -2.16,-0.48 0,-0.48 0.96,-0.72 2.64,-0.96 h 1.68 c -0.72,0.48 -1.2,1.2 -1.2,1.68 0.24,0.48 0.72,0.96 1.2,0.96 l 3.36,0.72 0.48,-0.24 -0.24,-0.72 c 0,-0.72 1.44,-0.24 1.44,-0.96 v -0.24 c 0,-0.72 3.12,-1.44 9.6,-1.68 0.72,0 1.2,0 1.2,0.24 -0.48,0.24 -0.72,0.72 -0.72,1.44 l 0.48,1.2 -2.16,-0.96 -1.68,0.96 c 0,0.24 0.24,0.24 0.72,0.24 0,0.48 -3.6,1.92 -5.52,1.92 -2.4,0 -5.52,1.68 -8.64,1.68 -3.6,0 -3.36,1.2 -5.04,1.2 -0.72,0 -1.2,0.24 -1.2,0.72 0,0.48 0,0.72 1.44,0.72 z m 23.76,-6.96 c -0.48,0 -0.72,0 -0.72,-0.24 l 1.2,-0.48 0.48,0.24 0.24,0.24 z m 6.72,-1.68 -0.24,-0.24 0.72,-1.2 c 0,-0.48 -1.92,-0.48 -1.92,-0.96 v -0.24 c 0,-0.24 0.24,-0.48 0.72,-0.48 0.96,0 0.96,1.44 2.88,1.44 l 2.16,-0.24 c 0.24,0 0.48,0 0.48,0.24 -0.24,0.24 -1.44,0.72 -3.12,1.2 z m -22.08,-0.48 c -0.48,0 -0.96,0 -0.96,-0.24 l 0.96,-0.72 c 0.48,0 0.96,0 0.96,0.48 v 0.24 c 0,0 -0.48,0.24 -0.96,0.24 z m 2.16,-0.72 c 0,-0.24 2.64,-1.2 3.6,-1.2 l 0.72,0.24 c -0.24,0.48 -0.96,0.72 -2.88,0.72 z m 16.8,0 c -0.72,0 -1.2,-0.24 -1.2,-0.96 0,-0.24 0.24,-0.48 0.48,-0.48 0.96,0 1.68,0.24 1.68,0.96 0,0.24 -0.48,0.48 -0.96,0.48 z m 9.6,-0.72 c -1.92,0 -1.2,-0.96 -2.4,-1.44 -0.24,-0.24 -0.48,-0.48 -0.48,-0.72 0,-0.72 0,-0.48 0.48,-0.96 l 0.96,0.24 c 0.96,0 1.92,-1.92 4.08,-2.16 1.2,0 1.44,2.88 2.64,2.88 0.48,0 0.72,-0.24 0.72,-1.2 0,-0.24 0,-0.24 -0.24,-0.24 l -1.44,0.24 c 1.2,-1.44 1.2,-1.44 3.36,-1.44 l -0.72,-1.2 0.24,-0.24 2.16,0.48 0.24,-0.24 v -0.48 c 0,-0.48 0.24,-0.72 0.72,-0.72 1.44,0.24 0.96,0 2.4,0.72 l 0.24,-0.24 -0.24,-0.72 c 0,-0.24 0.24,-0.48 0.72,-0.48 1.92,0 3.36,0.96 4.56,2.4 v -0.24 l -0.48,-2.4 c 0,-0.48 0.24,-0.72 0.72,-0.72 0.72,0 1.2,0.24 1.2,0.72 0.24,0 0.96,-0.48 1.68,-1.2 0.96,-0.72 1.44,-1.2 1.92,-1.2 1.2,0.48 0.72,0.24 1.92,0.48 0.72,0 1.44,-0.72 2.16,-0.72 0.72,0 1.2,0.48 1.44,2.16 v 0.24 c 0,1.44 -3.6,2.16 -12.96,4.32 -0.48,0 -0.72,-0.24 -0.72,-0.48 l 0.24,-0.96 c -0.72,-0.96 0,-0.72 -0.96,-1.2 l 0.24,0.72 c 0,0.72 -0.96,0.96 -2.4,1.92 0.96,0 1.44,0 1.44,0.24 0,0.96 -10.56,3.84 -13.44,3.84 z m 4.08,-1.44 -0.96,-0.48 c -0.72,0.24 -0.48,0 -1.2,0.48 z m 17.52,-5.04 c 1.2,0 6,-1.2 6,-1.92 -1.2,-1.2 -0.48,-0.48 -2.16,-1.2 l -0.24,0.24 0.24,0.48 c 0,0.72 -4.08,1.68 -4.32,2.4 z m -42,6 c -0.48,0 -0.72,0 -0.72,-0.24 0.96,-0.72 1.68,-1.2 2.4,-1.2 h 0.72 c 0,0.24 -1.44,1.44 -2.4,1.44 z m 4.08,-1.44 h -0.24 c 0,-0.48 2.4,-1.2 6.96,-2.4 h 0.24 c -0.24,0.72 -5.76,2.4 -6.96,2.4 z m -29.28,-1.44 c -0.24,0 -0.72,-0.24 -0.96,-1.44 l 0.24,-0.48 c 0.24,0 0.48,0.48 0.96,1.68 0,0.24 0,0.24 -0.24,0.24 z m 38.4,-0.72 c -0.48,0 -0.72,0 -0.72,-0.24 l 0.96,-0.48 0.72,0.24 v 0.24 z m 2.4,-1.2 h -0.48 c 0.48,-0.72 6,-2.16 6.96,-2.16 0.24,0 0.24,0.24 0.24,0.48 0,1.44 -5.76,1.68 -6.72,1.68 z m 7.92,-2.16 c 0.72,-0.72 5.76,-2.4 7.44,-2.4 l 0.48,0.24 c 0,0.24 -1.92,0.96 -4.32,1.68 z m 10.08,-2.4 c 0.72,-0.96 0.24,-0.48 1.2,-0.96 0.48,0 0.24,0 0.48,0.24 l -0.72,0.48 z m 2.88,-0.48 -0.24,-0.24 c 0.48,-0.48 0.96,-0.96 2.88,-1.44 2.4,-0.48 2.64,-1.2 3.6,-1.44 1.2,0.24 1.44,0.48 1.44,0.96 -0.24,0.48 0,0.48 -0.72,0.72 l -0.24,-0.24 c -2.64,0.24 -4.32,0.48 -6,1.44 z m 12.96,-3.6 h -1.92 c 2.4,-0.48 3.36,-1.2 4.32,-1.2 h 0.72 c 0,0.48 -1.2,1.2 -3.12,1.2 z m 5.04,-0.96 c 0,-0.96 4.32,-2.4 6.48,-2.4 0.96,0 1.44,0 1.44,0.24 0,0.24 -4.8,0.96 -6.24,1.92 z m 9.36,-2.4 -0.24,-0.24 c 0,-0.24 4.32,-1.68 6,-1.68 h 0.24 l -1.92,0.96 z m 7.68,-2.16 -0.24,-0.24 c 3.36,-1.44 1.68,-1.44 5.52,-1.92 l 2.64,0.48 c -2.4,0.96 -4.08,1.44 -6.48,1.44 z m 8.4,-2.16 c 3.6,-1.2 5.04,-2.16 6.72,-2.16 12.24,-2.4 17.76,-3.84 19.92,-3.84 h 0.24 c -2.88,1.44 -1.44,0.72 -4.8,1.68 -1.44,0 -17.04,4.08 -19.68,4.08 z m -23.04,-3.36 c -0.24,0 -0.48,0 -0.48,-0.24 0,-0.24 0.48,-0.72 1.68,-0.96 v 0.48 c -0.24,0.48 -0.72,0.72 -1.2,0.72 z m 22.08,-4.08 c 0,0 -0.24,-0.24 -0.24,-0.48 0.24,-0.72 0.48,-0.96 1.2,-0.96 0.24,0 0.48,0 0.48,0.24 -0.24,0.72 -0.48,1.2 -1.44,1.2 z m 3.36,-1.2 c -0.24,0 -0.48,0 -0.48,-0.24 0,-0.48 0.96,-0.96 2.4,-1.2 l 0.48,0.24 -1.44,0.96 z m 7.92,-1.68 c -0.48,0 -0.72,-0.24 -0.72,-0.72 0,-0.48 0.24,-0.72 0.72,-0.72 0.24,0 0.72,0.24 0.72,0.72 0,0.48 -0.48,0.72 -0.72,0.72 z m -90,-0.72 c -0.48,0 -0.72,-0.24 -0.72,-0.72 0,-0.24 0.24,-0.72 0.72,-0.72 0.24,0 0.72,0.48 0.72,0.72 0,0.48 -0.24,0.72 -0.72,0.72 z m 93.84,0 c -0.72,0 -0.96,-0.24 -0.96,-0.48 0.24,-0.48 0.24,-0.48 0.72,-0.48 0.48,0 1.2,0.24 1.2,0.72 z m 4.32,-0.72 c -0.24,0 -0.72,-0.24 -0.72,-0.72 0,-0.24 0.24,-0.72 0.72,-0.72 0.48,0 0.72,0.48 0.72,0.72 0,0.48 -0.24,0.72 -0.72,0.72 z m -79.44,-0.96 c -0.24,0 -0.72,-0.24 -0.72,-0.48 0,-0.96 1.68,-1.44 1.68,-2.4 l -0.24,-0.48 c 0,-0.72 0.96,-0.48 0.96,-1.68 0,-0.48 0.24,-0.72 0.72,-0.72 h 0.24 c 1.2,0 0.72,-0.72 0.96,-1.92 h 0.48 c 0.48,0 1.2,-1.68 1.2,-2.64 v -0.72 c 0,-0.72 1.68,-0.24 1.68,-1.92 v -0.48 c 0,-2.16 3.12,-4.08 3.12,-4.8 l -0.24,-0.48 c 0,-0.48 0.24,-0.72 0.72,-0.72 h 0.24 c 0.96,0 2.16,-4.56 2.64,-4.56 l 0.48,-0.24 -0.48,-0.72 c 0,-0.24 0.24,-0.48 0.72,-0.48 h 0.24 c 0.24,0 0.72,-0.24 0.72,-0.72 0,-1.44 0.72,-3.12 1.44,-3.12 h 0.48 v -0.96 c 0,-1.2 2.64,-2.64 2.64,-3.84 l -0.24,-0.72 c 0,-0.24 0.24,-0.24 0.48,-0.24 h 0.24 c 0.24,0 0.48,-0.24 0.48,-0.72 l -0.24,-0.48 c 0,-0.48 0.24,-0.72 0.48,-0.72 h 0.24 c 0.96,0 2.88,-3.12 2.88,-4.32 l -0.24,-0.24 c 0,-0.24 0.24,-0.48 0.48,-0.48 l 0.72,0.24 c 0.96,0 1.44,-0.24 1.44,-1.2 v -0.72 c 0,-0.24 0.48,-0.48 0.96,-0.48 0.24,0 0.48,0 0.48,0.48 -1.44,3.6 -2.64,5.52 -3.12,5.52 -0.24,0 -0.24,-0.24 -0.24,-0.48 0,-0.48 1.2,-1.2 1.2,-2.16 v -0.48 c -0.48,0 -0.96,0.96 -1.44,2.88 l 0.24,0.72 c 0,1.44 -8.88,14.88 -8.88,16.08 0,0.48 -3.12,4.56 -3.12,5.52 0,1.44 -1.68,1.92 -4.56,7.2 -1.92,3.6 -3.84,6.72 -4.32,7.44 -0.96,0.72 -2.64,1.44 -3.6,1.44 z m 85.92,-0.48 c -0.96,-0.24 -1.68,-0.48 -1.68,-0.72 0,-0.48 0.24,-0.48 0.72,-0.48 0.72,0 1.2,0.24 1.92,0.96 0,0.24 -0.24,0.24 -0.96,0.24 z m 2.16,-0.48 h -0.24 c 0,-0.48 0.48,-0.72 1.2,-0.96 l 3.12,-1.2 0.24,0.48 c -0.96,0.72 -3.6,1.68 -4.32,1.68 z m -103.92,-1.68 c -0.24,0 -0.48,-0.24 -0.72,-0.96 0,-0.48 0,-0.72 0.48,-0.72 0.48,0 0.48,0.24 0.72,0.72 0,0.72 -0.24,0.96 -0.48,0.96 z m 3.84,-5.52 c -0.72,0 -1.44,-0.72 -1.44,-1.2 0.24,-0.48 0,-0.48 0.72,-0.48 0.48,0 0.96,0.48 0.96,1.2 0,0.24 0,0.48 -0.24,0.48 z m -0.24,-3.36 c 1.44,-3.36 3.12,-5.28 3.36,-6.72 l 1.2,0.24 c 0.24,0 0.48,0 0.48,-0.48 l -0.24,-0.96 c 0,-0.72 0.24,-0.96 1.2,-0.96 0.72,0 1.2,0 1.2,0.24 0,0.96 -4.08,5.04 -4.08,6.48 0.24,0.72 0.48,0.72 0.48,1.2 0,0.48 -0.24,0.48 -1.2,0.48 -0.96,0 -0.48,-0.24 -0.96,-0.72 l -0.72,0.48 z m 112.56,-1.68 c 0,-0.48 1.2,-1.2 2.88,-1.44 l -1.44,0.96 z m -105.36,-7.92 c -0.48,-1.68 -0.96,-1.68 -0.96,-3.12 0,-1.44 0.24,-1.68 1.68,-2.4 0,0 0.24,0 0.24,0.24 0,0.72 -1.44,1.2 -1.44,2.88 0,0.24 0,0.24 0.24,0.24 3.36,-4.08 2.4,-6.48 3.84,-6.48 l 0.48,0.24 c 0,0.96 -0.48,4.32 -2.88,6.72 z m 5.52,-9.36 c -0.24,0 -0.48,-0.24 -0.48,-0.96 0,-2.64 0,-3.6 0.72,-3.6 1.2,0.48 1.68,0.72 1.68,1.92 V 378 c 0,0.72 -0.24,1.2 -0.48,1.44 z m 2.88,-5.04 c -0.48,0 -0.72,-0.48 -0.96,-1.2 0,-0.96 0.96,-2.16 1.44,-2.16 0.24,0 0.24,0.24 0.24,1.2 0,1.44 -0.24,2.16 -0.72,2.16 z m 16.56,-3.36 c -0.24,0 -0.24,0 -0.24,-0.24 1.2,-1.2 0.48,-0.96 1.92,-1.68 -0.72,1.44 -1.44,1.92 -1.68,1.92 z m -14.16,-0.96 c -0.72,0 -1.2,0 -1.2,-0.72 0.48,-1.44 0.72,-2.16 1.2,-2.16 0.96,1.2 0.48,0.48 0.96,1.92 0,0.48 -0.48,0.96 -0.96,0.96 z m 17.52,-3.84 c -1.2,-0.48 -1.44,-0.48 -1.44,-1.68 0.24,-0.72 0.48,-0.96 0.72,-0.96 0.48,0 0.72,0.24 0.72,0.72 z m -16.56,-1.44 -0.48,-0.24 c 0.24,-0.72 0.72,-0.96 1.2,-0.96 0.24,0 0.48,0 0.48,0.24 -0.24,0.72 -0.48,0.96 -1.2,0.96 z m 22.56,-0.24 c -0.48,0 -0.72,-0.24 -0.72,-1.2 0,-0.72 0.24,-1.2 0.48,-1.2 0.24,0 0.48,0.48 0.72,0.96 0,0.48 -0.24,1.2 -0.48,1.44 z m -37.68,-3.12 c -0.72,0 -1.2,-0.24 -1.2,-0.72 0,-0.48 0.48,-0.72 1.2,-0.72 0.48,0 0.96,0.24 0.96,0.72 0,0.48 -0.48,0.72 -0.96,0.72 z m 19.68,-0.24 h -0.24 l -0.24,-0.96 v -0.72 l 0.48,1.2 z m 20.64,-2.16 c -0.24,0 -0.24,-0.24 -0.24,-0.96 0.24,-0.72 0.48,-1.2 0.96,-1.2 l 0.72,0.48 c 0,0.24 -0.24,0.72 -0.72,1.2 z m 4.08,0.24 c -0.48,0 -0.72,0 -0.72,-0.24 1.92,-0.96 2.88,-0.96 3.84,-0.96 h 0.48 c -1.2,0.96 -2.4,1.2 -3.6,1.2 z m 9.12,-1.68 c -0.48,0 -1.2,0 -1.2,-0.48 0,-0.24 -0.72,-0.24 -1.92,-0.24 l -3.36,0.24 c -1.2,0 -1.68,-0.24 -1.68,-0.72 0,-0.72 4.56,-3.12 7.2,-3.12 l 0.48,0.24 v 0.48 h 0.24 c 0.96,0 2.88,-1.2 5.52,-1.2 3.36,-0.48 4.32,-0.96 6.96,-1.44 1.44,0 2.88,0.72 2.88,1.44 -0.72,2.16 -1.2,2.4 -2.16,2.88 -7.44,1.2 -11.28,1.44 -12.96,1.92 z m 1.92,-1.2 c 0.48,0 0.96,0 0.96,-0.24 l -0.72,-0.24 c -0.72,0.24 -0.48,0 -0.96,0.48 z m 5.04,-0.72 c 1.44,-0.48 1.92,-0.48 2.16,-0.96 l -0.48,-0.24 c -0.96,0 -1.92,0.24 -2.64,1.2 z m -75.84,-0.96 h -0.24 l -0.24,-0.24 0.48,-1.92 0.48,-0.24 c 0.24,0 0.48,0.48 0.48,0.96 0,0.72 -0.24,1.2 -0.96,1.44 z m 65.04,-2.64 0.48,-0.48 3.12,-0.72 c 0.24,0 0.24,0 0.24,0.24 -0.24,0.24 -1.2,0.48 -2.4,0.72 z m 6.24,-1.2 c -0.48,0 -0.96,0 -1.2,-0.24 l 3.12,-0.48 c 0.48,0 0.72,0 0.72,0.24 -0.24,0.24 -1.68,0.48 -2.64,0.48 z m 5.04,-0.72 c -0.48,0 -0.72,0 -0.72,-0.24 2.88,-1.2 18.24,-3.12 20.88,-3.12 0.24,0 0.48,0 0.48,0.24 0,0.72 -11.04,1.44 -15.6,2.64 z m 23.52,-2.88 c -0.72,0 -1.44,0 -1.68,-0.72 0,-0.48 1.44,-0.96 2.88,-0.96 1.44,0 1.68,0.24 2.16,0.96 0,0.24 -2.4,0.24 -3.36,0.72 z m -2.16,-6.96 h -0.72 c 1.68,-0.72 1.68,-0.96 2.4,-1.68 0,0.72 -0.48,1.68 -1.68,1.68 z m -2.88,-1.44 c 0.72,-0.96 0.48,-0.48 1.44,-0.96 0.24,0 0.24,0 0.24,0.24 z m 7.92,-0.48 c -0.48,0 -0.96,-0.24 -0.96,-0.48 0.24,-0.48 0.48,-0.96 1.44,-0.96 0.24,0 0.48,0.48 0.48,0.72 0,0.48 -0.48,0.72 -0.96,0.72 z m 6.96,-0.24 c -0.72,-0.48 -0.72,0 -0.96,-0.96 0,-0.24 0.48,-0.72 0.96,-0.72 0.96,0.48 0.72,0 1.44,0.72 0,0.24 -0.24,0.48 -0.72,0.72 z m -3.6,-1.2 c -0.48,0 -0.96,0 -1.2,-0.24 0,-0.48 0.72,-0.72 1.68,-0.72 0.24,0 0.48,0 0.48,0.24 0,0.48 -0.24,0.72 -0.96,0.72 z m 13.44,-0.72 -0.24,0.48 c -0.24,0 -0.48,-0.24 -0.48,-0.72 l 0.24,-0.72 z m 2.4,0.72 c -0.48,0 -0.72,0 -0.72,-0.24 0.72,-0.72 0.72,-1.2 1.92,-1.2 0.72,0 0.96,0 1.2,0.48 l -0.72,0.48 z m 7.68,-0.72 c -0.48,0 -0.96,-0.48 -1.44,-1.68 l 0.48,-0.24 c 0.72,0.24 1.2,0.96 1.44,1.68 0,0.24 -0.24,0.24 -0.48,0.24 z m 3.36,0 c -0.48,0 -0.72,-0.24 -0.72,-0.72 0,-0.24 0.24,-0.48 0.48,-0.48 0.48,0 0.72,0.24 0.72,0.48 v 0.24 c 0,0.24 -0.24,0.48 -0.48,0.48 z m 4.56,-0.72 c -1.2,0 -1.92,-0.24 -1.92,-0.48 0.48,-0.48 0.96,-0.72 2.4,-0.72 1.2,0 2.4,0.24 2.4,0.72 0,0.24 -1.2,0.48 -2.88,0.48 z m -55.44,-16.8 c -0.48,0 -1.2,-0.72 -1.2,-1.44 l 0.24,-0.48 c 1.2,0.72 1.2,1.2 1.44,1.68 z m 1.68,-2.64 c -0.24,0 -0.48,-0.24 -0.48,-0.48 0,-0.72 0,-0.48 0.72,-0.96 0.24,0 0.48,0.48 0.48,0.72 0,0.48 -0.48,0.72 -0.72,0.72 z m 4.32,-8.64 c -0.24,0 -0.24,0 -0.24,-0.24 0.24,-1.44 0.72,-1.92 1.68,-1.92 h 0.72 c 0.24,0 0.24,0 0.24,-0.24 l -0.24,-0.96 c 0,-0.48 1.2,-0.24 1.2,-1.44 0,-1.2 1.68,-2.16 1.68,-2.64 l -0.48,-0.72 v -0.24 c 0,-0.48 1.2,-0.96 3.12,-2.16 0,0.24 -1.92,2.16 -1.92,3.36 v 0.24 c 0,1.92 -4.32,6.96 -5.76,6.96 z m 9.12,-12.96 c -0.48,0 -0.72,-0.24 -0.72,-0.48 0,-0.72 0.24,-1.44 1.44,-2.4 0.24,0 0.24,0.48 0.48,0.72 -0.24,1.44 -0.72,2.16 -1.2,2.16 z m -35.52,-23.76 c -0.72,0 -1.2,-0.24 -1.2,-0.48 0,-0.24 0.96,-0.72 2.16,-0.72 0.96,0 1.44,0.24 1.44,0.48 -0.48,0.72 -1.44,0.72 -2.4,0.72 z m 52.56,-4.8 c -0.24,0 -0.72,-0.24 -0.72,-0.72 0,-0.24 0.24,-0.48 0.72,-0.48 0.24,0 0.48,0.24 0.48,0.48 0,0.48 -0.48,0.72 -0.48,0.72 z m 3.84,-1.44 c -0.96,0 -1.68,0 -1.68,-0.24 l 0.48,-0.24 1.2,-0.24 1.2,0.24 0.24,0.24 c 0,0 -0.72,0.24 -1.44,0.24 z m 8.64,-0.72 c -0.48,0 -0.72,0 -0.72,-0.24 l 0.24,-0.24 h 0.48 c 0.48,0 0.72,0 0.96,0.24 z m 6,-0.72 c -0.72,0 -1.2,-0.24 -1.2,-0.24 v -0.24 h 1.68 l 0.48,0.24 c 0,0.24 -0.48,0.24 -0.96,0.24 z m 9.6,-0.24 c -1.44,0 -1.68,-0.24 -2.4,-0.72 0,-0.24 0.72,-0.24 2.16,-0.24 1.68,0 2.88,0 2.88,0.24 -0.48,0.48 -1.68,0.72 -2.64,0.72 z m 4.8,-0.48 c -0.72,0 -0.96,-0.24 -1.2,-0.72 0,-0.24 0.48,-0.48 0.72,-0.48 0.72,0 1.2,0.24 1.2,0.72 0,0.24 -0.48,0.48 -0.72,0.48 z m -88.56,-1.2 c -0.48,0 -0.72,-0.48 -0.72,-0.72 0,-0.48 0.48,-0.72 1.2,-0.72 0.24,0 0.48,0.24 0.48,0.48 0,0.48 -0.48,0.96 -0.96,0.96 z m 91.92,-7.2 c -0.96,-0.48 -0.48,-0.24 -0.96,-1.2 v -0.24 c 0,-0.24 0.96,-0.48 2.16,-0.48 0.96,0 1.44,0 1.44,0.24 l -2.4,1.2 z m 18,-0.48 c 0,-0.72 3.12,-1.44 4.32,-1.44 l 0.72,0.24 -2.16,0.96 z m -6.96,-0.72 -0.72,-0.24 1.2,-0.48 0.48,0.24 0.24,0.24 z m -185.76,192.72 c 0.48,-0.24 0.72,-0.24 0.72,-1.2 0,-0.72 -0.72,-1.92 -1.44,-1.92 -0.48,0 -0.96,0.48 -0.96,1.2 0.24,0.96 1.2,1.92 1.68,1.92 z m 92.64,-11.28 c 8.16,-1.68 9.84,-1.44 16.32,-4.8 -2.88,0.48 -1.44,0.24 -4.08,0.48 -2.64,0 -4.8,1.68 -12.72,4.08 z m 18.72,-4.56 c 0.96,0 1.2,-0.24 1.44,-0.96 -0.24,-0.72 0,-0.48 -0.72,-0.72 -0.72,0 -1.92,0.72 -1.92,1.2 0.24,0.24 0.72,0.48 1.2,0.48 z m 4.56,-1.44 c 2.88,-0.48 3.84,-0.96 4.56,-1.68 h -0.48 c -0.96,0 -3.36,0.48 -4.32,1.44 0,0.24 0,0.24 0.24,0.24 z m 6.48,-1.2 c 0.48,0 0.48,-0.24 0.72,-1.2 0,-0.24 -0.24,-0.24 -0.24,-0.24 -0.48,0 -0.72,0.24 -0.72,0.72 0,0.48 0,0.72 0.24,0.72 z m -3.84,-1.44 c 0.96,0 3.12,-0.96 3.12,-1.2 h -0.48 c -1.2,0 -3.12,0.72 -3.12,1.2 z m 10.32,-0.48 c 0.72,-0.24 1.2,-0.24 1.2,-0.48 -0.72,-0.24 -0.48,-0.24 -1.2,-0.24 -0.72,0 -1.2,0.24 -1.44,0.48 v 0.24 z m 4.32,-0.96 c 0.48,0 0.72,-0.24 1.2,-0.96 l -0.72,-0.24 c -0.24,0 -0.72,0.24 -0.72,0.48 0,0.48 0.24,0.72 0.24,0.72 z m 13.44,-7.92 c 1.68,0 3.6,-0.48 4.56,-2.16 0,-0.24 -0.24,-0.24 -0.72,-0.24 -1.2,0 -1.44,1.44 -3.36,1.44 -0.72,0 -1.2,0.24 -1.2,0.48 v 0.24 c 0,0.24 0.24,0.24 0.72,0.24 z m -32.16,-60.96 c 1.92,0 2.88,-0.48 3.6,-1.2 0,-0.24 -0.24,-0.24 -1.2,-0.24 -1.68,0 -3.84,0.96 -3.84,1.2 z m 8.64,-1.68 c 2.16,0 2.4,-0.48 3.84,-0.96 -2.88,0 -1.68,0 -4.56,0.48 l -1.68,0.48 z m -8.64,-0.48 c 0.48,0 1.2,-0.24 1.44,-0.96 h -0.72 c -0.72,0.24 -1.2,0.48 -1.2,0.72 0,0.24 0.24,0.24 0.48,0.24 z m 24.24,-1.44 c 0.96,0 1.44,-0.24 1.44,-0.24 v -0.24 h -2.16 l -0.48,0.24 c 0,0.24 0.48,0.24 1.2,0.24 z m 3.84,-0.72 c 0.48,0 0.96,-0.24 0.96,-0.24 l -0.24,-0.24 h -1.68 l -0.24,0.24 c 0.24,0.24 0.48,0.24 1.2,0.24 z m 5.76,-0.72 c 0.72,0 1.2,0 1.2,-0.24 -0.48,-0.24 -1.2,-0.24 -1.68,-0.24 l -0.24,0.24 c 0,0.24 0.24,0.24 0.72,0.24 z m 6,-0.48 c 0.24,0 0.72,-0.48 0.72,-0.72 0,-0.48 -0.24,-0.72 -0.48,-0.72 0,0 -0.48,0.24 -0.72,0.96 0,0.24 0.24,0.48 0.48,0.48 z m -0.48,-3.84 c 1.2,0 2.16,-0.24 2.16,-0.96 0,-0.48 -0.72,-0.96 -2.4,-0.96 -1.44,0 -2.4,0.48 -2.4,0.96 0,0.24 0.24,0.48 0.72,0.72 z m 4.08,-1.2 c 3.6,-0.48 5.76,-0.72 5.76,-0.96 0,-0.24 -0.96,-0.48 -2.88,-0.48 -2.4,0 -3.36,0.48 -3.6,1.2 z m 7.2,-0.72 c 0.48,0 0.72,0 0.72,-0.24 0,-0.24 -0.24,-0.48 -0.96,-0.72 -0.24,0 -0.48,0 -0.48,0.24 0,0.48 0.48,0.72 0.72,0.72 z m 2.4,-0.72 c 0.48,0 0.96,0 0.96,-0.24 -0.24,-0.24 -0.72,-0.24 -1.44,-0.24 l -0.24,0.24 c 0,0.24 0.24,0.24 0.72,0.24 z m 5.04,-16.56 c 0.48,0 0.72,-0.48 0.72,-0.72 0,-0.48 -0.24,-0.72 -0.72,-0.72 -0.48,0 -0.72,0.24 -0.72,0.72 0,0.24 0.48,0.72 0.72,0.72 z m 12.24,-58.8 c 1.68,0 2.64,0 2.64,-0.24 l -3.12,-0.24 -2.88,0.24 c 0,0 1.2,0.24 3.36,0.24 z m 8.4,-0.72 c 1.2,0 1.92,0 1.92,-0.24 l -1.92,-0.24 -1.92,0.24 c 0,0 0.72,0.24 1.92,0.24 z m 1.44,-3.36 0.24,-0.96 c 0,-0.24 -0.24,-0.24 -0.96,-0.24 h -2.4 c -0.96,0 -1.68,-0.24 -1.92,-0.72 0,-0.48 1.2,-0.48 3.84,-0.48 7.92,0 12.48,0.24 12.48,0.72 0.24,0 -1.44,0.24 -4.8,0.24 -5.52,0 -5.52,0.72 -6.48,1.44 z m 21.12,-6.24 c 1.2,0 1.68,0 1.68,-0.24 -1.2,-0.96 -2.16,-0.96 -2.88,-0.96 -0.72,0 -0.96,0 -0.96,0.48 0,0.48 0.96,0.72 2.16,0.72 z m -8.64,-4.08 c 0.48,0 0.72,0 0.72,-0.24 0,-0.24 -0.48,-0.48 -1.68,-0.96 v 0.48 c 0.24,0.24 0.72,0.72 0.96,0.72 z"/><path d="m 676.15979,455.52 c 4.32,0 15.6,-2.88 40.8,-9.6 0.96,-0.48 3.6,-1.2 6,-1.68 30.72,-8.4 27.84,-6.96 28.56,-8.16 l 0.24,-0.48 c 0,-0.24 0,-0.24 -0.48,-0.24 -0.96,0 -4.08,1.44 -6.24,1.44 -1.44,0 -2.64,-0.72 -2.88,-2.16 0,-1.92 4.56,-2.88 6.72,-2.88 0.72,0 1.2,0.24 1.2,0.72 -0.24,1.44 -3.12,1.68 -3.12,2.16 0.24,0.24 0.48,0.48 0.96,0.48 3.84,-0.72 4.56,-1.2 4.56,-1.68 0,-2.88 0.48,-3.12 5.52,-4.08 l 0.72,0.24 c 0,0.24 -1.2,0.96 -1.2,1.68 0.24,0.96 0,0.48 0.72,0.96 0.72,0 1.44,-3.12 1.68,-3.12 v 1.2 l 0.48,1.2 c 0.48,-0.96 0.24,-1.68 0.96,-1.68 l 2.64,0.48 0.24,-0.24 c -0.96,-0.96 -0.72,-0.48 -1.2,-1.44 0,-1.2 3.84,-0.48 4.32,-1.68 0.24,-0.48 0.48,-0.72 0.96,-0.72 0.72,0 0.48,2.88 1.44,2.88 0.24,0 0.24,-0.48 0.24,-0.72 v -1.44 c 0,-0.24 0,-0.48 0.24,-0.48 1.68,0.96 2.4,1.92 3.36,1.92 l 0.24,-0.24 -0.72,-0.96 c 0,-0.72 1.68,-2.4 6,-2.88 1.44,-0.96 6.48,-0.96 7.44,-1.44 1.68,-0.96 3.6,-0.48 7.92,-1.68 l 0.48,-0.24 c 0.24,0 0.24,0.24 0.24,0.72 0,1.44 -3.12,0.96 -4.08,1.92 l -0.72,0.48 c 1.92,0 5.76,-0.48 5.76,-2.16 l -0.24,-1.2 c 0,-0.48 0.48,-0.72 1.92,-0.72 h 3.36 c 0.48,0 0.72,0 0.72,-0.24 l -0.48,-0.96 0.24,-0.24 1.68,0.24 c 1.2,0 0.72,-1.2 1.44,-1.2 l 2.64,-0.24 0.48,-0.48 -0.96,-0.24 -5.28,0.48 -0.48,-0.24 c 3.6,-1.44 3.6,-1.68 7.2,-2.4 5.28,-0.24 10.56,-2.4 12.48,-4.08 l -0.24,0.72 c 0,0.24 0.24,0.48 0.48,0.48 1.44,0 5.04,-4.08 6.24,-4.08 0.24,0 0.48,0 0.48,-0.24 0,-0.24 -0.24,-0.24 -0.24,-0.48 l -1.2,-0.24 c -2.4,0 -6.48,0.72 -7.68,1.2 -0.48,0 -0.72,-1.2 -1.68,-1.2 -3.12,0.72 -2.4,2.4 -3.84,2.4 -0.72,0 -0.96,-0.72 -0.96,-1.44 v -0.24 c 0,-1.2 0.96,-1.92 2.88,-1.92 0.72,0 1.2,-0.24 1.2,-0.48 v -0.48 c 1.92,0 2.4,0.72 2.88,2.16 0.48,-1.68 0.24,-2.16 3.12,-4.56 3.12,-1.92 3.12,-2.4 3.36,-2.64 l 1.2,0.24 c 0.48,0 0.72,-0.24 0.72,-0.48 0,-0.96 -2.16,-1.44 -3.84,-1.44 -1.92,0 -2.16,0.48 -2.88,1.2 -0.24,0 -0.24,-0.24 -0.24,-0.72 v -0.24 c 0,-1.2 2.88,-1.68 2.88,-2.4 -0.24,-0.24 -0.72,-0.24 -1.44,-0.24 -1.2,0 -3.36,0.24 -5.52,0.72 h -0.96 c 0,-0.72 1.2,-1.2 2.88,-2.16 -2.64,0 -4.32,0 -4.32,0.48 0,0.72 -4.32,2.88 -5.52,2.88 -0.48,-0.24 -0.48,0 -0.48,-0.48 0,-0.72 2.64,-0.48 4.32,-2.16 l -0.96,-0.24 c -10.08,0.48 -11.76,1.2 -13.92,1.68 -19.92,2.88 -21.12,2.88 -49.2,7.2 -1.68,0.48 -5.04,0.96 -7.44,1.44 l -21.36,4.32 -2.88,0.24 c 0,-0.24 6.72,-11.04 14.4,-23.76 l 14.64,-23.76 c 18.96,-3.36 27.6,-4.8 27.6,-5.52 -0.48,-0.48 -0.72,-0.48 -0.72,-1.68 0,-1.68 0.24,-2.4 0.72,-2.4 l 1.2,0.48 c 0.72,0 0.96,-0.72 2.4,-1.92 0.48,0 0.48,0.72 1.2,0.72 1.2,0 2.88,-1.2 4.56,-1.2 l 3.6,0.48 c 0.48,0 0.96,0 1.2,-0.48 0.72,-0.72 1.92,-0.96 4.08,-0.96 3.84,0 3.12,-0.72 4.08,-0.72 l 1.68,0.24 c 0.72,0 0.96,0 0.96,-0.24 0,-0.72 3.12,-0.96 10.08,-0.96 3.12,0 2.16,-1.44 4.08,-1.44 0.96,0 1.68,-0.24 1.68,-0.48 0,-0.24 -1.2,-0.48 -2.64,-0.48 -3.84,0.24 -15.36,1.68 -15.84,1.92 l -1.68,-0.24 -0.72,-0.24 c 0,-0.48 32.16,-3.36 36.24,-4.32 6,-1.2 9.36,-0.72 9.36,-1.44 l -0.96,-1.44 c 0,-0.24 0,-0.24 0.24,-0.24 3.12,-0.24 5.28,-0.48 5.52,-0.96 0,-0.48 -3.6,-0.96 -5.76,-0.96 l -1.44,0.24 c -0.48,0 -0.48,-0.96 -0.72,-0.96 -0.48,0.48 -0.24,0.72 -1.2,0.72 -3.36,-0.48 -5.04,-0.48 -5.04,-1.44 l 0.96,-1.44 -1.44,0.48 c 0.48,-0.72 0.72,-0.96 1.92,-0.96 l 1.68,0.24 c 1.2,0 0.96,-1.2 1.68,-1.2 1.68,0 7.2,-2.64 7.2,-3.6 -0.24,-0.96 -1.2,-1.2 -1.92,-1.2 -3.12,0 -5.76,-0.24 -5.76,-0.48 0.72,-0.24 0.96,-0.48 0.96,-0.72 0,-0.96 -5.28,-0.96 -5.28,-1.44 0,-0.48 5.76,-1.2 5.76,-1.92 0,0 -0.48,-0.24 -1.44,-0.24 -2.4,-0.24 -7.44,-0.24 -13.68,-0.24 -14.64,0 -34.8,0.48 -35.52,0.96 -0.48,0.48 -6.72,0.72 -15.6,1.2 1.68,-1.92 2.64,-2.88 2.64,-3.84 0,-0.24 -0.24,-0.24 -0.48,-0.24 l -1.68,0.72 c -0.24,0 -0.24,0 -0.24,-0.48 0,-0.48 0.24,-0.96 0.48,-0.96 h 0.96 c 1.2,0 1.68,-0.24 1.68,-0.96 l -0.24,-0.48 c 0,-0.24 0,-0.24 0.24,-0.24 h 0.72 c 0.96,0 0.72,-1.92 1.68,-2.4 0.96,-0.48 0.72,-1.92 1.92,-2.88 0.96,-0.96 0.72,-3.12 2.16,-4.8 1.68,-1.44 6.48,-8.88 6.48,-10.08 0,-0.96 0,1.92 6.72,-12.48 5.28,-10.56 5.28,-10.56 5.28,-11.52 0,-0.24 0.96,-0.72 1.92,-0.72 26.64,-3.36 43.44,-4.08 43.44,-5.28 0,-0.24 -0.72,-0.24 -2.16,-0.24 -9.12,0.24 -4.08,0.48 -12.48,0.48 -11.52,0.72 -11.52,0.96 -27.6,2.4 -2.16,0 -3.6,0.48 -4.32,0.72 -0.24,0 -0.48,-0.48 -0.48,-0.96 0,-2.64 0.48,-2.88 10.08,-3.12 5.04,0 4.32,-1.2 5.76,-1.2 l 3.6,0.24 c 1.2,0 1.92,0 1.92,-0.24 0,-0.48 1.44,-0.48 3.12,-0.48 5.76,0 5.52,-0.96 8.88,-0.96 2.64,0 2.16,0.24 2.88,0.48 1.2,-0.48 1.2,-0.96 2.88,-0.96 3.12,0 6.72,-0.24 6.72,-1.44 0,-0.48 0,-0.24 -0.48,-0.48 -0.72,0 -0.96,0 -2.64,-0.72 0,0 1.2,-0.24 3.12,-0.24 2.16,0 3.36,0.24 3.36,0.24 -2.16,0.96 -1.92,1.44 -2.4,2.64 l 0.48,0.24 c 1.2,-0.24 1.44,-0.72 4.08,-0.72 3.12,0 5.28,-0.24 5.28,-0.96 0,-0.48 -0.72,-1.2 -1.68,-1.2 l -0.96,0.24 c -0.72,0 -1.44,0 -1.68,-0.48 0,-0.48 3.12,-0.72 10.56,-0.96 6,0 12,0 12.96,-0.24 l 4.08,-0.24 c 1.2,0 1.68,0 1.68,-0.48 l -1.2,-1.68 c 0,-0.72 -2.88,-3.36 -4.56,-3.36 -1.2,0 -1.2,0.48 -2.16,0.96 -0.48,0 -0.72,-0.72 -0.96,-1.92 0,-1.2 0.72,-1.92 1.92,-1.92 l 1.92,0.48 c 1.2,0 0.96,-1.2 2.16,-1.2 0.96,0 1.2,0 1.2,0.24 l -1.68,1.68 c 4.08,-0.48 5.52,-0.96 5.52,-1.44 0,-0.48 -1.44,-1.44 -1.44,-1.92 0,-1.2 0.72,-1.2 0.72,-1.92 0,-0.48 -0.72,-0.96 -1.92,-0.96 h -1.2 c -0.72,0 -0.48,-1.2 -1.92,-1.2 l -4.32,0.96 c -0.48,0 -0.48,-0.24 -0.48,-0.72 -0.24,-1.68 -0.24,-1.44 -1.2,-1.92 l 0.48,-0.24 c 2.4,0.48 1.2,0.48 3.6,0.72 2.64,0 3.36,-0.72 6.48,-1.92 0,-0.24 0,-0.24 -0.24,-0.24 l -6.48,0.96 -0.24,-0.24 c 3.12,-0.72 4.8,-0.96 4.8,-1.2 0,-0.72 -2.64,-0.48 -9.6,-1.44 -16.32,-2.4 -21.6,-2.64 -41.04,-2.64 -18.96,0 -31.68,0.48 -35.28,0.48 -1.2,0 -1.92,0 -1.92,-0.24 0,-1.44 -1.92,-2.88 -2.64,-2.88 l 0.24,1.2 c 0,0.48 0,0.72 -0.48,0.72 l -1.44,-0.96 -0.48,0.48 c -0.72,-0.48 -0.72,-0.96 -1.68,-0.96 -2.88,0 -6.96,2.88 -7.44,3.6 l -0.72,-0.24 c -0.24,0 -0.48,0 -0.48,0.24 0,1.44 -12.72,2.4 -25.44,4.56 -6.24,1.44 -11.04,1.44 -11.04,1.92 0,0.24 -0.24,0.24 -0.72,0.24 -2.4,0 -6.48,3.6 -6.48,6.48 1.44,5.76 4.32,5.04 4.32,6.24 0.48,0.96 1.68,1.44 2.64,1.44 0.72,0 0.72,-0.96 1.2,-0.96 0.48,0.48 0.48,0.96 1.2,0.96 1.44,-0.48 2.16,-0.96 4.56,-0.96 0.48,0 0.72,0 0.72,0.24 -0.72,1.44 -0.96,1.92 -1.44,1.92 -0.48,0 -0.72,-0.48 -2.16,-0.48 -3.6,0.24 -3.6,0.48 -3.6,3.12 0,1.68 0.48,1.92 1.92,2.88 0.24,0 0.24,-0.24 0.24,-0.72 v -0.96 c 0.24,0 0.96,0.96 0.96,1.68 0,0.48 -0.72,0.96 -0.72,1.2 v 0.24 c 0,0.72 2.64,2.4 3.36,2.4 0.48,0 1.2,1.92 3.6,1.92 1.68,0 2.16,0 2.4,0.72 v 0.24 c 0,0.24 0,0.48 0.24,0.48 l 1.92,-0.96 0.48,0.24 c -2.4,1.2 -1.92,3.84 -6.24,3.84 -1.68,0 -2.64,0.24 -2.64,0.48 0,0.48 1.68,0.72 4.8,0.96 0,0.72 -8.4,13.92 -15.36,26.16 l -8.64,16.56 c -6.48,12.48 -2.16,8.88 -16.08,12 -13.2,2.64 -14.16,3.6 -16.32,4.08 -4.32,0.48 -10.08,3.36 -11.28,5.52 -0.48,0.96 -0.72,2.16 -0.72,3.12 v 0.96 c 0,2.88 2.4,4.8 2.88,6.24 0.24,0.48 1.44,1.2 2.4,1.2 2.88,0.48 3.36,4.8 4.56,4.8 0.96,0 -0.72,2.4 4.56,2.88 2.4,0 4.08,0.24 4.08,0.48 0,0.24 -3.36,0 -3.36,1.2 0,0.48 0.24,0.48 1.2,0.48 l 7.68,-0.48 c -1.2,2.88 -1.68,4.56 -4.08,4.56 -0.96,0 -1.92,0.48 -1.92,0.72 0,0.24 0.48,0.48 0.96,0.48 h 1.68 c 0.72,0 0.96,0 0.96,0.24 v 0.24 c 0,0.48 -0.48,0.96 -1.2,1.68 l 0.96,-0.24 c 0,0.48 -2.4,3.36 -7.92,15.36 -9.12,20.64 -6,13.2 -7.68,16.8 -1.68,4.56 -6.72,14.64 -7.44,15.84 -0.96,1.2 -4.08,2.64 -11.52,5.04 -8.64,2.88 -11.04,5.28 -11.04,9.84 0.24,2.4 1.2,4.32 2.64,4.32 0.48,0 0.72,0.24 0.96,0.72 0.72,1.44 0.72,2.16 1.44,2.16 1.44,-1.2 1.68,-1.68 3.12,-1.68 2.88,0 3.84,7.44 6,8.64 0.96,0.48 1.44,0.96 1.44,1.2 v 0.48 c 1.2,0 2.16,-0.24 2.16,-0.72 v -0.72 c 2.16,0.48 1.44,1.92 2.88,1.92 2.16,0 5.28,-2.16 5.28,-2.64 0,-0.48 -2.16,-0.24 -2.16,-0.48 0,-0.48 0.96,-0.72 2.64,-0.96 h 1.68 c -0.72,0.48 -1.2,1.2 -1.2,1.68 0.24,0.48 0.72,0.96 1.2,0.96 l 3.36,0.72 0.48,-0.24 -0.24,-0.72 c 0,-0.72 1.44,-0.24 1.44,-0.96 v -0.24 c 0,-0.72 3.12,-1.44 9.6,-1.68 0.72,0 1.2,0 1.2,0.24 -0.48,0.24 -0.72,0.72 -0.72,1.44 l 0.48,1.2 -2.16,-0.96 -1.68,0.96 c 0,0.24 0.24,0.24 0.72,0.24 0,0.48 -3.6,1.92 -5.52,1.92 -2.4,0 -5.52,1.68 -8.64,1.68 -3.6,0 -3.36,1.2 -5.04,1.2 -0.72,0 -1.2,0.24 -1.2,0.72 0,0.48 0,0.72 1.44,0.72 z m 23.76,-6.96 c -0.48,0 -0.72,0 -0.72,-0.24 l 1.2,-0.48 0.48,0.24 0.24,0.24 z m 6.72,-1.68 -0.24,-0.24 0.72,-1.2 c 0,-0.48 -1.92,-0.48 -1.92,-0.96 v -0.24 c 0,-0.24 0.24,-0.48 0.72,-0.48 0.96,0 0.96,1.44 2.88,1.44 l 2.16,-0.24 c 0.24,0 0.48,0 0.48,0.24 -0.24,0.24 -1.44,0.72 -3.12,1.2 z m -22.08,-0.48 c -0.48,0 -0.96,0 -0.96,-0.24 l 0.96,-0.72 c 0.48,0 0.96,0 0.96,0.48 v 0.24 c 0,0 -0.48,0.24 -0.96,0.24 z m 2.16,-0.72 c 0,-0.24 2.64,-1.2 3.6,-1.2 l 0.72,0.24 c -0.24,0.48 -0.96,0.72 -2.88,0.72 z m 16.8,0 c -0.72,0 -1.2,-0.24 -1.2,-0.96 0,-0.24 0.24,-0.48 0.48,-0.48 0.96,0 1.68,0.24 1.68,0.96 0,0.24 -0.48,0.48 -0.96,0.48 z m 9.6,-0.72 c -1.92,0 -1.2,-0.96 -2.4,-1.44 -0.24,-0.24 -0.48,-0.48 -0.48,-0.72 0,-0.72 0,-0.48 0.48,-0.96 l 0.96,0.24 c 0.96,0 1.92,-1.92 4.08,-2.16 1.2,0 1.44,2.88 2.64,2.88 0.48,0 0.72,-0.24 0.72,-1.2 0,-0.24 0,-0.24 -0.24,-0.24 l -1.44,0.24 c 1.2,-1.44 1.2,-1.44 3.36,-1.44 l -0.72,-1.2 0.24,-0.24 2.16,0.48 0.24,-0.24 v -0.48 c 0,-0.48 0.24,-0.72 0.72,-0.72 1.44,0.24 0.96,0 2.4,0.72 l 0.24,-0.24 -0.24,-0.72 c 0,-0.24 0.24,-0.48 0.72,-0.48 1.92,0 3.36,0.96 4.56,2.4 v -0.24 l -0.48,-2.4 c 0,-0.48 0.24,-0.72 0.72,-0.72 0.72,0 1.2,0.24 1.2,0.72 0.24,0 0.96,-0.48 1.68,-1.2 0.96,-0.72 1.44,-1.2 1.92,-1.2 1.2,0.48 0.72,0.24 1.92,0.48 0.72,0 1.44,-0.72 2.16,-0.72 0.72,0 1.2,0.48 1.44,2.16 v 0.24 c 0,1.44 -3.6,2.16 -12.96,4.32 -0.48,0 -0.72,-0.24 -0.72,-0.48 l 0.24,-0.96 c -0.72,-0.96 0,-0.72 -0.96,-1.2 l 0.24,0.72 c 0,0.72 -0.96,0.96 -2.4,1.92 0.96,0 1.44,0 1.44,0.24 0,0.96 -10.56,3.84 -13.44,3.84 z m 4.08,-1.44 -0.96,-0.48 c -0.72,0.24 -0.48,0 -1.2,0.48 z m 17.52,-5.04 c 1.2,0 6,-1.2 6,-1.92 -1.2,-1.2 -0.48,-0.48 -2.16,-1.2 l -0.24,0.24 0.24,0.48 c 0,0.72 -4.08,1.68 -4.32,2.4 z m -42,6 c -0.48,0 -0.72,0 -0.72,-0.24 0.96,-0.72 1.68,-1.2 2.4,-1.2 h 0.72 c 0,0.24 -1.44,1.44 -2.4,1.44 z m 4.08,-1.44 h -0.24 c 0,-0.48 2.4,-1.2 6.96,-2.4 h 0.24 c -0.24,0.72 -5.76,2.4 -6.96,2.4 z m -29.28,-1.44 c -0.24,0 -0.72,-0.24 -0.96,-1.44 l 0.24,-0.48 c 0.24,0 0.48,0.48 0.96,1.68 0,0.24 0,0.24 -0.24,0.24 z m 38.4,-0.72 c -0.48,0 -0.72,0 -0.72,-0.24 l 0.96,-0.48 0.72,0.24 v 0.24 z m 2.4,-1.2 h -0.48 c 0.48,-0.72 6,-2.16 6.96,-2.16 0.24,0 0.24,0.24 0.24,0.48 0,1.44 -5.76,1.68 -6.72,1.68 z m 7.92,-2.16 c 0.72,-0.72 5.76,-2.4 7.44,-2.4 l 0.48,0.24 c 0,0.24 -1.92,0.96 -4.32,1.68 z m 10.08,-2.4 c 0.72,-0.96 0.24,-0.48 1.2,-0.96 0.48,0 0.24,0 0.48,0.24 l -0.72,0.48 z m 2.88,-0.48 -0.24,-0.24 c 0.48,-0.48 0.96,-0.96 2.88,-1.44 2.4,-0.48 2.64,-1.2 3.6,-1.44 1.2,0.24 1.44,0.48 1.44,0.96 -0.24,0.48 0,0.48 -0.72,0.72 l -0.24,-0.24 c -2.64,0.24 -4.32,0.48 -6,1.44 z m 12.96,-3.6 h -1.92 c 2.4,-0.48 3.36,-1.2 4.32,-1.2 h 0.72 c 0,0.48 -1.2,1.2 -3.12,1.2 z m 5.04,-0.96 c 0,-0.96 4.32,-2.4 6.48,-2.4 0.96,0 1.44,0 1.44,0.24 0,0.24 -4.8,0.96 -6.24,1.92 z m 9.36,-2.4 -0.24,-0.24 c 0,-0.24 4.32,-1.68 6,-1.68 h 0.24 l -1.92,0.96 z m 7.68,-2.16 -0.24,-0.24 c 3.36,-1.44 1.68,-1.44 5.52,-1.92 l 2.64,0.48 c -2.4,0.96 -4.08,1.44 -6.48,1.44 z m 8.4,-2.16 c 3.6,-1.2 5.04,-2.16 6.72,-2.16 12.24,-2.4 17.76,-3.84 19.92,-3.84 h 0.24 c -2.88,1.44 -1.44,0.72 -4.8,1.68 -1.44,0 -17.04,4.08 -19.68,4.08 z m -23.04,-3.36 c -0.24,0 -0.48,0 -0.48,-0.24 0,-0.24 0.48,-0.72 1.68,-0.96 v 0.48 c -0.24,0.48 -0.72,0.72 -1.2,0.72 z m 22.08,-4.08 c 0,0 -0.24,-0.24 -0.24,-0.48 0.24,-0.72 0.48,-0.96 1.2,-0.96 0.24,0 0.48,0 0.48,0.24 -0.24,0.72 -0.48,1.2 -1.44,1.2 z m 3.36,-1.2 c -0.24,0 -0.48,0 -0.48,-0.24 0,-0.48 0.96,-0.96 2.4,-1.2 l 0.48,0.24 -1.44,0.96 z m 7.92,-1.68 c -0.48,0 -0.72,-0.24 -0.72,-0.72 0,-0.48 0.24,-0.72 0.72,-0.72 0.24,0 0.72,0.24 0.72,0.72 0,0.48 -0.48,0.72 -0.72,0.72 z m -90,-0.72 c -0.48,0 -0.72,-0.24 -0.72,-0.72 0,-0.24 0.24,-0.72 0.72,-0.72 0.24,0 0.72,0.48 0.72,0.72 0,0.48 -0.24,0.72 -0.72,0.72 z m 93.84,0 c -0.72,0 -0.96,-0.24 -0.96,-0.48 0.24,-0.48 0.24,-0.48 0.72,-0.48 0.48,0 1.2,0.24 1.2,0.72 z m 4.32,-0.72 c -0.24,0 -0.72,-0.24 -0.72,-0.72 0,-0.24 0.24,-0.72 0.72,-0.72 0.48,0 0.72,0.48 0.72,0.72 0,0.48 -0.24,0.72 -0.72,0.72 z m -79.44,-0.96 c -0.24,0 -0.72,-0.24 -0.72,-0.48 0,-0.96 1.68,-1.44 1.68,-2.4 l -0.24,-0.48 c 0,-0.72 0.96,-0.48 0.96,-1.68 0,-0.48 0.24,-0.72 0.72,-0.72 h 0.24 c 1.2,0 0.72,-0.72 0.96,-1.92 h 0.48 c 0.48,0 1.2,-1.68 1.2,-2.64 v -0.72 c 0,-0.72 1.68,-0.24 1.68,-1.92 v -0.48 c 0,-2.16 3.12,-4.08 3.12,-4.8 l -0.24,-0.48 c 0,-0.48 0.24,-0.72 0.72,-0.72 h 0.24 c 0.96,0 2.16,-4.56 2.64,-4.56 l 0.48,-0.24 -0.48,-0.72 c 0,-0.24 0.24,-0.48 0.72,-0.48 h 0.24 c 0.24,0 0.72,-0.24 0.72,-0.72 0,-1.44 0.72,-3.12 1.44,-3.12 h 0.48 v -0.96 c 0,-1.2 2.64,-2.64 2.64,-3.84 l -0.24,-0.72 c 0,-0.24 0.24,-0.24 0.48,-0.24 h 0.24 c 0.24,0 0.48,-0.24 0.48,-0.72 l -0.24,-0.48 c 0,-0.48 0.24,-0.72 0.48,-0.72 h 0.24 c 0.96,0 2.88,-3.12 2.88,-4.32 l -0.24,-0.24 c 0,-0.24 0.24,-0.48 0.48,-0.48 l 0.72,0.24 c 0.96,0 1.44,-0.24 1.44,-1.2 v -0.72 c 0,-0.24 0.48,-0.48 0.96,-0.48 0.24,0 0.48,0 0.48,0.48 -1.44,3.6 -2.64,5.52 -3.12,5.52 -0.24,0 -0.24,-0.24 -0.24,-0.48 0,-0.48 1.2,-1.2 1.2,-2.16 v -0.48 c -0.48,0 -0.96,0.96 -1.44,2.88 l 0.24,0.72 c 0,1.44 -8.88,14.88 -8.88,16.08 0,0.48 -3.12,4.56 -3.12,5.52 0,1.44 -1.68,1.92 -4.56,7.2 -1.92,3.6 -3.84,6.72 -4.32,7.44 -0.96,0.72 -2.64,1.44 -3.6,1.44 z m 85.92,-0.48 c -0.96,-0.24 -1.68,-0.48 -1.68,-0.72 0,-0.48 0.24,-0.48 0.72,-0.48 0.72,0 1.2,0.24 1.92,0.96 0,0.24 -0.24,0.24 -0.96,0.24 z m 2.16,-0.48 h -0.24 c 0,-0.48 0.48,-0.72 1.2,-0.96 l 3.12,-1.2 0.24,0.48 c -0.96,0.72 -3.6,1.68 -4.32,1.68 z m -103.92,-1.68 c -0.24,0 -0.48,-0.24 -0.72,-0.96 0,-0.48 0,-0.72 0.48,-0.72 0.48,0 0.48,0.24 0.72,0.72 0,0.72 -0.24,0.96 -0.48,0.96 z m 3.84,-5.52 c -0.72,0 -1.44,-0.72 -1.44,-1.2 0.24,-0.48 0,-0.48 0.72,-0.48 0.48,0 0.96,0.48 0.96,1.2 0,0.24 0,0.48 -0.24,0.48 z m -0.24,-3.36 c 1.44,-3.36 3.12,-5.28 3.36,-6.72 l 1.2,0.24 c 0.24,0 0.48,0 0.48,-0.48 l -0.24,-0.96 c 0,-0.72 0.24,-0.96 1.2,-0.96 0.72,0 1.2,0 1.2,0.24 0,0.96 -4.08,5.04 -4.08,6.48 0.24,0.72 0.48,0.72 0.48,1.2 0,0.48 -0.24,0.48 -1.2,0.48 -0.96,0 -0.48,-0.24 -0.96,-0.72 l -0.72,0.48 z m 112.56,-1.68 c 0,-0.48 1.2,-1.2 2.88,-1.44 l -1.44,0.96 z m -105.36,-7.92 c -0.48,-1.68 -0.96,-1.68 -0.96,-3.12 0,-1.44 0.24,-1.68 1.68,-2.4 0,0 0.24,0 0.24,0.24 0,0.72 -1.44,1.2 -1.44,2.88 0,0.24 0,0.24 0.24,0.24 3.36,-4.08 2.4,-6.48 3.84,-6.48 l 0.48,0.24 c 0,0.96 -0.48,4.32 -2.88,6.72 z m 5.52,-9.36 c -0.24,0 -0.48,-0.24 -0.48,-0.96 0,-2.64 0,-3.6 0.72,-3.6 1.2,0.48 1.68,0.72 1.68,1.92 V 378 c 0,0.72 -0.24,1.2 -0.48,1.44 z m 2.88,-5.04 c -0.48,0 -0.72,-0.48 -0.96,-1.2 0,-0.96 0.96,-2.16 1.44,-2.16 0.24,0 0.24,0.24 0.24,1.2 0,1.44 -0.24,2.16 -0.72,2.16 z m 16.56,-3.36 c -0.24,0 -0.24,0 -0.24,-0.24 1.2,-1.2 0.48,-0.96 1.92,-1.68 -0.72,1.44 -1.44,1.92 -1.68,1.92 z m -14.16,-0.96 c -0.72,0 -1.2,0 -1.2,-0.72 0.48,-1.44 0.72,-2.16 1.2,-2.16 0.96,1.2 0.48,0.48 0.96,1.92 0,0.48 -0.48,0.96 -0.96,0.96 z m 17.52,-3.84 c -1.2,-0.48 -1.44,-0.48 -1.44,-1.68 0.24,-0.72 0.48,-0.96 0.72,-0.96 0.48,0 0.72,0.24 0.72,0.72 z m -16.56,-1.44 -0.48,-0.24 c 0.24,-0.72 0.72,-0.96 1.2,-0.96 0.24,0 0.48,0 0.48,0.24 -0.24,0.72 -0.48,0.96 -1.2,0.96 z m 22.56,-0.24 c -0.48,0 -0.72,-0.24 -0.72,-1.2 0,-0.72 0.24,-1.2 0.48,-1.2 0.24,0 0.48,0.48 0.72,0.96 0,0.48 -0.24,1.2 -0.48,1.44 z m -37.68,-3.12 c -0.72,0 -1.2,-0.24 -1.2,-0.72 0,-0.48 0.48,-0.72 1.2,-0.72 0.48,0 0.96,0.24 0.96,0.72 0,0.48 -0.48,0.72 -0.96,0.72 z m 19.68,-0.24 h -0.24 l -0.24,-0.96 v -0.72 l 0.48,1.2 z m 20.64,-2.16 c -0.24,0 -0.24,-0.24 -0.24,-0.96 0.24,-0.72 0.48,-1.2 0.96,-1.2 l 0.72,0.48 c 0,0.24 -0.24,0.72 -0.72,1.2 z m 4.08,0.24 c -0.48,0 -0.72,0 -0.72,-0.24 1.92,-0.96 2.88,-0.96 3.84,-0.96 h 0.48 c -1.2,0.96 -2.4,1.2 -3.6,1.2 z m 9.12,-1.68 c -0.48,0 -1.2,0 -1.2,-0.48 0,-0.24 -0.72,-0.24 -1.92,-0.24 l -3.36,0.24 c -1.2,0 -1.68,-0.24 -1.68,-0.72 0,-0.72 4.56,-3.12 7.2,-3.12 l 0.48,0.24 v 0.48 h 0.24 c 0.96,0 2.88,-1.2 5.52,-1.2 3.36,-0.48 4.32,-0.96 6.96,-1.44 1.44,0 2.88,0.72 2.88,1.44 -0.72,2.16 -1.2,2.4 -2.16,2.88 -7.44,1.2 -11.28,1.44 -12.96,1.92 z m 1.92,-1.2 c 0.48,0 0.96,0 0.96,-0.24 l -0.72,-0.24 c -0.72,0.24 -0.48,0 -0.96,0.48 z m 5.04,-0.72 c 1.44,-0.48 1.92,-0.48 2.16,-0.96 l -0.48,-0.24 c -0.96,0 -1.92,0.24 -2.64,1.2 z m -75.84,-0.96 h -0.24 l -0.24,-0.24 0.48,-1.92 0.48,-0.24 c 0.24,0 0.48,0.48 0.48,0.96 0,0.72 -0.24,1.2 -0.96,1.44 z m 65.04,-2.64 0.48,-0.48 3.12,-0.72 c 0.24,0 0.24,0 0.24,0.24 -0.24,0.24 -1.2,0.48 -2.4,0.72 z m 6.24,-1.2 c -0.48,0 -0.96,0 -1.2,-0.24 l 3.12,-0.48 c 0.48,0 0.72,0 0.72,0.24 -0.24,0.24 -1.68,0.48 -2.64,0.48 z m 5.04,-0.72 c -0.48,0 -0.72,0 -0.72,-0.24 2.88,-1.2 18.24,-3.12 20.88,-3.12 0.24,0 0.48,0 0.48,0.24 0,0.72 -11.04,1.44 -15.6,2.64 z m 23.52,-2.88 c -0.72,0 -1.44,0 -1.68,-0.72 0,-0.48 1.44,-0.96 2.88,-0.96 1.44,0 1.68,0.24 2.16,0.96 0,0.24 -2.4,0.24 -3.36,0.72 z m -2.16,-6.96 h -0.72 c 1.68,-0.72 1.68,-0.96 2.4,-1.68 0,0.72 -0.48,1.68 -1.68,1.68 z m -2.88,-1.44 c 0.72,-0.96 0.48,-0.48 1.44,-0.96 0.24,0 0.24,0 0.24,0.24 z m 7.92,-0.48 c -0.48,0 -0.96,-0.24 -0.96,-0.48 0.24,-0.48 0.48,-0.96 1.44,-0.96 0.24,0 0.48,0.48 0.48,0.72 0,0.48 -0.48,0.72 -0.96,0.72 z m 6.96,-0.24 c -0.72,-0.48 -0.72,0 -0.96,-0.96 0,-0.24 0.48,-0.72 0.96,-0.72 0.96,0.48 0.72,0 1.44,0.72 0,0.24 -0.24,0.48 -0.72,0.72 z m -3.6,-1.2 c -0.48,0 -0.96,0 -1.2,-0.24 0,-0.48 0.72,-0.72 1.68,-0.72 0.24,0 0.48,0 0.48,0.24 0,0.48 -0.24,0.72 -0.96,0.72 z m 13.44,-0.72 -0.24,0.48 c -0.24,0 -0.48,-0.24 -0.48,-0.72 l 0.24,-0.72 z m 2.4,0.72 c -0.48,0 -0.72,0 -0.72,-0.24 0.72,-0.72 0.72,-1.2 1.92,-1.2 0.72,0 0.96,0 1.2,0.48 l -0.72,0.48 z m 7.68,-0.72 c -0.48,0 -0.96,-0.48 -1.44,-1.68 l 0.48,-0.24 c 0.72,0.24 1.2,0.96 1.44,1.68 0,0.24 -0.24,0.24 -0.48,0.24 z m 3.36,0 c -0.48,0 -0.72,-0.24 -0.72,-0.72 0,-0.24 0.24,-0.48 0.48,-0.48 0.48,0 0.72,0.24 0.72,0.48 v 0.24 c 0,0.24 -0.24,0.48 -0.48,0.48 z m 4.56,-0.72 c -1.2,0 -1.92,-0.24 -1.92,-0.48 0.48,-0.48 0.96,-0.72 2.4,-0.72 1.2,0 2.4,0.24 2.4,0.72 0,0.24 -1.2,0.48 -2.88,0.48 z m -55.44,-16.8 c -0.48,0 -1.2,-0.72 -1.2,-1.44 l 0.24,-0.48 c 1.2,0.72 1.2,1.2 1.44,1.68 z m 1.68,-2.64 c -0.24,0 -0.48,-0.24 -0.48,-0.48 0,-0.72 0,-0.48 0.72,-0.96 0.24,0 0.48,0.48 0.48,0.72 0,0.48 -0.48,0.72 -0.72,0.72 z m 4.32,-8.64 c -0.24,0 -0.24,0 -0.24,-0.24 0.24,-1.44 0.72,-1.92 1.68,-1.92 h 0.72 c 0.24,0 0.24,0 0.24,-0.24 l -0.24,-0.96 c 0,-0.48 1.2,-0.24 1.2,-1.44 0,-1.2 1.68,-2.16 1.68,-2.64 l -0.48,-0.72 v -0.24 c 0,-0.48 1.2,-0.96 3.12,-2.16 0,0.24 -1.92,2.16 -1.92,3.36 v 0.24 c 0,1.92 -4.32,6.96 -5.76,6.96 z m 9.12,-12.96 c -0.48,0 -0.72,-0.24 -0.72,-0.48 0,-0.72 0.24,-1.44 1.44,-2.4 0.24,0 0.24,0.48 0.48,0.72 -0.24,1.44 -0.72,2.16 -1.2,2.16 z m -35.52,-23.76 c -0.72,0 -1.2,-0.24 -1.2,-0.48 0,-0.24 0.96,-0.72 2.16,-0.72 0.96,0 1.44,0.24 1.44,0.48 -0.48,0.72 -1.44,0.72 -2.4,0.72 z m 52.56,-4.8 c -0.24,0 -0.72,-0.24 -0.72,-0.72 0,-0.24 0.24,-0.48 0.72,-0.48 0.24,0 0.48,0.24 0.48,0.48 0,0.48 -0.48,0.72 -0.48,0.72 z m 3.84,-1.44 c -0.96,0 -1.68,0 -1.68,-0.24 l 0.48,-0.24 1.2,-0.24 1.2,0.24 0.24,0.24 c 0,0 -0.72,0.24 -1.44,0.24 z m 8.64,-0.72 c -0.48,0 -0.72,0 -0.72,-0.24 l 0.24,-0.24 h 0.48 c 0.48,0 0.72,0 0.96,0.24 z m 6,-0.72 c -0.72,0 -1.2,-0.24 -1.2,-0.24 v -0.24 h 1.68 l 0.48,0.24 c 0,0.24 -0.48,0.24 -0.96,0.24 z m 9.6,-0.24 c -1.44,0 -1.68,-0.24 -2.4,-0.72 0,-0.24 0.72,-0.24 2.16,-0.24 1.68,0 2.88,0 2.88,0.24 -0.48,0.48 -1.68,0.72 -2.64,0.72 z m 4.8,-0.48 c -0.72,0 -0.96,-0.24 -1.2,-0.72 0,-0.24 0.48,-0.48 0.72,-0.48 0.72,0 1.2,0.24 1.2,0.72 0,0.24 -0.48,0.48 -0.72,0.48 z m -88.56,-1.2 c -0.48,0 -0.72,-0.48 -0.72,-0.72 0,-0.48 0.48,-0.72 1.2,-0.72 0.24,0 0.48,0.24 0.48,0.48 0,0.48 -0.48,0.96 -0.96,0.96 z m 91.92,-7.2 c -0.96,-0.48 -0.48,-0.24 -0.96,-1.2 v -0.24 c 0,-0.24 0.96,-0.48 2.16,-0.48 0.96,0 1.44,0 1.44,0.24 l -2.4,1.2 z m 18,-0.48 c 0,-0.72 3.12,-1.44 4.32,-1.44 l 0.72,0.24 -2.16,0.96 z m -6.96,-0.72 -0.72,-0.24 1.2,-0.48 0.48,0.24 0.24,0.24 z m -185.76,192.72 c 0.48,-0.24 0.72,-0.24 0.72,-1.2 0,-0.72 -0.72,-1.92 -1.44,-1.92 -0.48,0 -0.96,0.48 -0.96,1.2 0.24,0.96 1.2,1.92 1.68,1.92 z m 92.64,-11.28 c 8.16,-1.68 9.84,-1.44 16.32,-4.8 -2.88,0.48 -1.44,0.24 -4.08,0.48 -2.64,0 -4.8,1.68 -12.72,4.08 z m 18.72,-4.56 c 0.96,0 1.2,-0.24 1.44,-0.96 -0.24,-0.72 0,-0.48 -0.72,-0.72 -0.72,0 -1.92,0.72 -1.92,1.2 0.24,0.24 0.72,0.48 1.2,0.48 z m 4.56,-1.44 c 2.88,-0.48 3.84,-0.96 4.56,-1.68 h -0.48 c -0.96,0 -3.36,0.48 -4.32,1.44 0,0.24 0,0.24 0.24,0.24 z m 6.48,-1.2 c 0.48,0 0.48,-0.24 0.72,-1.2 0,-0.24 -0.24,-0.24 -0.24,-0.24 -0.48,0 -0.72,0.24 -0.72,0.72 0,0.48 0,0.72 0.24,0.72 z m -3.84,-1.44 c 0.96,0 3.12,-0.96 3.12,-1.2 h -0.48 c -1.2,0 -3.12,0.72 -3.12,1.2 z m 10.32,-0.48 c 0.72,-0.24 1.2,-0.24 1.2,-0.48 -0.72,-0.24 -0.48,-0.24 -1.2,-0.24 -0.72,0 -1.2,0.24 -1.44,0.48 v 0.24 z m 4.32,-0.96 c 0.48,0 0.72,-0.24 1.2,-0.96 l -0.72,-0.24 c -0.24,0 -0.72,0.24 -0.72,0.48 0,0.48 0.24,0.72 0.24,0.72 z m 13.44,-7.92 c 1.68,0 3.6,-0.48 4.56,-2.16 0,-0.24 -0.24,-0.24 -0.72,-0.24 -1.2,0 -1.44,1.44 -3.36,1.44 -0.72,0 -1.2,0.24 -1.2,0.48 v 0.24 c 0,0.24 0.24,0.24 0.72,0.24 z m -32.16,-60.96 c 1.92,0 2.88,-0.48 3.6,-1.2 0,-0.24 -0.24,-0.24 -1.2,-0.24 -1.68,0 -3.84,0.96 -3.84,1.2 z m 8.64,-1.68 c 2.16,0 2.4,-0.48 3.84,-0.96 -2.88,0 -1.68,0 -4.56,0.48 l -1.68,0.48 z m -8.64,-0.48 c 0.48,0 1.2,-0.24 1.44,-0.96 h -0.72 c -0.72,0.24 -1.2,0.48 -1.2,0.72 0,0.24 0.24,0.24 0.48,0.24 z m 24.24,-1.44 c 0.96,0 1.44,-0.24 1.44,-0.24 v -0.24 h -2.16 l -0.48,0.24 c 0,0.24 0.48,0.24 1.2,0.24 z m 3.84,-0.72 c 0.48,0 0.96,-0.24 0.96,-0.24 l -0.24,-0.24 h -1.68 l -0.24,0.24 c 0.24,0.24 0.48,0.24 1.2,0.24 z m 5.76,-0.72 c 0.72,0 1.2,0 1.2,-0.24 -0.48,-0.24 -1.2,-0.24 -1.68,-0.24 l -0.24,0.24 c 0,0.24 0.24,0.24 0.72,0.24 z m 6,-0.48 c 0.24,0 0.72,-0.48 0.72,-0.72 0,-0.48 -0.24,-0.72 -0.48,-0.72 0,0 -0.48,0.24 -0.72,0.96 0,0.24 0.24,0.48 0.48,0.48 z m -0.48,-3.84 c 1.2,0 2.16,-0.24 2.16,-0.96 0,-0.48 -0.72,-0.96 -2.4,-0.96 -1.44,0 -2.4,0.48 -2.4,0.96 0,0.24 0.24,0.48 0.72,0.72 z m 4.08,-1.2 c 3.6,-0.48 5.76,-0.72 5.76,-0.96 0,-0.24 -0.96,-0.48 -2.88,-0.48 -2.4,0 -3.36,0.48 -3.6,1.2 z m 7.2,-0.72 c 0.48,0 0.72,0 0.72,-0.24 0,-0.24 -0.24,-0.48 -0.96,-0.72 -0.24,0 -0.48,0 -0.48,0.24 0,0.48 0.48,0.72 0.72,0.72 z m 2.4,-0.72 c 0.48,0 0.96,0 0.96,-0.24 -0.24,-0.24 -0.72,-0.24 -1.44,-0.24 l -0.24,0.24 c 0,0.24 0.24,0.24 0.72,0.24 z m 5.04,-16.56 c 0.48,0 0.72,-0.48 0.72,-0.72 0,-0.48 -0.24,-0.72 -0.72,-0.72 -0.48,0 -0.72,0.24 -0.72,0.72 0,0.24 0.48,0.72 0.72,0.72 z m 12.24,-58.8 c 1.68,0 2.64,0 2.64,-0.24 l -3.12,-0.24 -2.88,0.24 c 0,0 1.2,0.24 3.36,0.24 z m 8.4,-0.72 c 1.2,0 1.92,0 1.92,-0.24 l -1.92,-0.24 -1.92,0.24 c 0,0 0.72,0.24 1.92,0.24 z m 1.44,-3.36 0.24,-0.96 c 0,-0.24 -0.24,-0.24 -0.96,-0.24 h -2.4 c -0.96,0 -1.68,-0.24 -1.92,-0.72 0,-0.48 1.2,-0.48 3.84,-0.48 7.92,0 12.48,0.24 12.48,0.72 0.24,0 -1.44,0.24 -4.8,0.24 -5.52,0 -5.52,0.72 -6.48,1.44 z m 21.12,-6.24 c 1.2,0 1.68,0 1.68,-0.24 -1.2,-0.96 -2.16,-0.96 -2.88,-0.96 -0.72,0 -0.96,0 -0.96,0.48 0,0.48 0.96,0.72 2.16,0.72 z m -8.64,-4.08 c 0.48,0 0.72,0 0.72,-0.24 0,-0.24 -0.48,-0.48 -1.68,-0.96 v 0.48 c 0.24,0.24 0.72,0.72 0.96,0.72 z"/><path d="m 871.03999,467.28 c 0.96,0 2.64,-5.52 3.12,-5.52 0.24,0 0.48,-0.48 0.48,-1.2 l -0.48,-3.6 c 0,-0.48 0,-0.72 0.24,-0.72 l 0.96,0.48 -0.24,-0.48 c 0,-1.92 1.2,-2.16 1.68,-2.16 0.72,0 0.96,0.24 0.96,1.68 0.48,-0.48 0.72,-0.96 1.2,-0.96 1.2,0 3.12,3.84 3.6,3.84 0,-0.72 0.24,-1.2 0.48,-1.2 0.24,0 0.48,0.24 0.48,0.72 l -0.24,1.44 c 0,0.96 0.24,1.2 0.48,1.2 0.96,0 1.44,-2.64 2.4,-2.64 l 0.24,0.24 -0.96,2.16 c 0.72,0 2.16,-0.72 2.16,-1.92 l -0.24,-0.96 h 0.48 c 0.24,0 0.72,-1.2 0.72,-2.4 0,-1.2 -0.24,-2.16 -0.48,-2.16 -0.96,0 -0.48,1.92 -0.96,1.92 -1.44,-1.44 -0.72,-0.72 -1.68,-2.16 h -0.24 l 0.24,1.68 c 0,0.48 0,0.48 -0.48,0.48 h -1.44 c -0.96,0 -0.96,0.24 -1.44,0.72 l 0.24,-1.68 c 0,-0.48 0,-0.72 -0.48,-0.72 l -0.72,0.24 c -1.68,0 -1.92,-0.72 -3.12,-0.72 -0.48,0 -0.72,-0.48 -0.72,-1.2 0,-0.48 0.96,-0.48 0.96,-1.44 0,-0.96 2.16,-4.32 2.16,-6.24 0,-1.2 -1.44,-1.92 -1.44,-2.64 0,-0.24 0,-0.48 0.24,-0.48 l 0.96,0.96 c 0.48,0 0.24,-0.72 0.72,-0.72 h 0.96 c 0.48,0 0.48,-0.24 0.48,-0.48 0,-0.48 -0.24,-0.72 -0.72,-1.44 0,-0.96 1.68,-2.88 1.68,-4.32 0,-2.4 1.2,-1.68 1.2,-3.84 0,-1.44 0.24,-1.68 0.72,-1.68 l 1.2,0.24 c 0,-1.68 0.24,-2.64 0.96,-2.64 l 0.24,0.48 c 0,1.92 -1.92,5.04 -1.92,7.2 0,1.68 -1.68,6.48 -1.68,8.16 0,0.72 0,1.2 -0.48,1.2 l -2.88,-1.44 c 0.48,1.68 1.44,0.72 1.44,3.36 0,2.4 -0.72,4.8 -0.72,6.24 0,0.24 0,0.24 0.24,0.24 h 0.96 c 0.48,0 0.72,0.24 0.72,0.48 0,0.72 0.24,0.96 0.48,0.96 0.96,0 0.96,-2.88 2.4,-2.88 l 4.08,0.48 c 1.68,0 1.68,-0.48 1.68,-1.68 0,-0.72 0.96,-0.72 0.96,-1.92 0,-0.24 0,-0.24 0.24,-0.24 h 0.24 c 0.48,0 0.72,0 0.72,-0.24 l -0.48,-1.44 0.24,-0.24 0.96,0.48 0.24,-0.48 c 0,-0.24 -0.24,-0.72 -0.72,-0.96 -0.48,0 -0.96,-1.44 -1.2,-3.84 0.96,0.96 0.72,0.48 1.44,1.68 l -0.24,-0.72 0.24,-0.24 h 0.96 c 0.96,0 1.2,-6.48 2.16,-6.48 0.24,0 0.24,0.24 0.24,0.72 0,0.24 0,0.48 0.24,0.48 0.96,-1.44 0.48,-0.48 0.96,-2.16 0,-1.2 -0.48,-2.16 -0.96,-2.16 l -0.72,0.96 -0.24,-0.24 c 1.2,-4.56 1.44,-6 3.12,-6 l 0.24,0.24 c 0.72,0 0.72,-5.52 1.92,-6.24 l 0.24,0.24 -0.24,1.92 c 0,0.48 0,0.72 0.24,0.72 0.48,0 1.2,-3.12 1.92,-5.28 -0.48,0 -1.44,1.92 -1.92,1.92 0,-0.48 0,-0.72 -0.48,-0.72 l -1.2,0.24 c -0.24,0 -0.24,0 -0.24,-0.24 0,-0.48 1.92,-4.08 1.92,-5.52 0,-1.68 0.96,-3.12 1.44,-3.12 0.24,0 0.24,0.48 0.24,1.2 0,1.92 -0.24,2.16 -0.72,3.84 l 0.24,0.24 0.48,-0.24 c 0.72,0 1.44,1.92 1.44,3.36 0,2.4 -1.2,1.92 -1.2,3.36 0,5.52 -2.64,6.48 -2.64,10.32 1.68,0 18.96,-48.48 23.28,-56.64 4.56,-10.32 4.8,-12 9.12,-20.16 2.4,-4.8 3.6,-9.84 5.52,-11.76 0.48,-0.72 0.72,-1.68 0.72,-2.16 v -0.96 c 0,-0.72 1.44,-0.72 3.36,-5.04 1.68,-3.36 1.92,-4.32 1.92,-5.04 -0.48,0 -0.96,0.96 -2.4,2.64 0.72,-2.64 0.96,-3.6 2.16,-3.6 l 1.2,0.24 c 0.24,0 0.48,-0.24 0.48,-0.48 0,-4.56 9.12,-15.6 9.12,-19.92 0,-1.68 1.44,-0.96 1.44,-2.16 l 0.24,-0.48 c -1.68,0 -2.4,2.88 -3.12,2.88 -0.48,0 -0.72,-0.24 -0.72,-0.72 0,-0.48 0.72,-0.72 1.44,-1.44 -0.72,-0.48 -1.44,-0.72 -1.44,-1.44 0,-0.24 0,-0.24 0.24,-0.24 l 1.68,0.96 0.24,-0.24 -0.24,-1.68 c 0,-2.16 2.88,-5.76 2.88,-6.72 0,-1.44 1.44,-1.44 2.64,-5.28 1.68,-4.32 3.12,-7.2 3.12,-8.16 0.24,-1.2 0.48,-1.2 11.76,-2.88 8.16,-1.2 24.72001,-3.12 54.96001,-6 6.72,-0.48 12.48,-1.44 12.48,-1.68 0.24,-0.24 0.96,-0.24 1.68,-0.24 l 0.72,0.24 c 0.24,0 0.24,0 0.24,-0.24 0,-0.48 0,-0.72 -4.08,-0.72 l -21.12,0.72 c -5.52,0 -6.96,-0.48 -7.2,-1.2 0,-0.72 0.24,-1.2 0.96,-1.2 0.72,0 0.72,1.2 1.44,1.2 l 1.2,-0.24 c 0.72,0 0.48,0.96 1.2,0.96 0.48,0 0.72,-0.48 0.72,-1.44 0,-1.2 0.48,-1.2 4.8,-1.2 10.56,0 15.12,-0.72 17.28,-1.68 -0.96,-0.96 -1.68,-1.2 -3.12,-1.2 -1.2,0 -0.96,0.96 -1.68,0.96 -1.2,-0.24 -0.72,0 -1.44,-0.96 0,-0.72 8.64,-0.72 9.12,-1.92 0.48,-0.96 2.88,-0.96 2.88,-1.44 0,-0.24 0.24,-0.48 0.48,-0.48 l 1.68,0.24 c 0.24,0 0.48,0 0.48,-0.24 -0.48,-0.96 -0.72,-1.68 -1.92,-1.68 -1.2,0 -1.2,-2.16 -4.56,-2.16 -1.2,0 -2.16,-0.24 -2.16,-0.24 0.48,-0.48 1.2,-0.72 1.2,-1.44 0,-1.2 2.64,-1.44 7.44,-2.88 0,-0.72 -2.88,-0.48 -2.88,-0.96 0,-0.48 -0.24,-0.96 -1.2,-0.96 -0.72,0 -0.72,0.48 -1.2,0.96 -0.48,-0.24 -0.72,-0.24 -0.72,-0.72 0.48,-0.96 0.96,-0.72 0.96,-1.68 0,-0.72 -0.48,-1.68 -1.2,-1.68 l -0.96,0.24 c -0.96,-0.48 -1.44,-0.48 -1.44,-1.2 0,-0.96 1.44,-1.92 4.08,-2.4 1.44,-0.24 2.16,-0.24 2.16,-0.72 -0.72,-1.2 -1.68,-1.68 -1.68,-2.4 0,-0.48 -12.72,-2.4 -20.88,-3.12 -11.04,-0.72 -27.84001,-1.2 -42.24001,-1.2 -8.64,0 -16.32,0.24 -21.84,0.48 -43.68,2.88 -54.48,5.28 -76.32,9.36 -10.32,2.16 -9.6,3.84 -10.08,12.48 0,3.84 3.36,2.4 3.36,4.08 0,2.16 1.2,3.12 4.56,3.12 l 5.76,-0.48 c 1.2,0 1.68,0.24 1.68,0.48 0,0.48 -0.48,0.72 -0.96,0.72 -2.88,0 -3.6,0.72 -3.6,1.68 0,0.72 -1.44,0.96 -1.44,1.92 l -0.24,0.24 -1.44,-0.24 c -0.24,0 -0.48,0 -0.48,0.24 0.48,1.68 0.72,2.4 1.2,2.4 0.48,0 0.48,-1.2 1.2,-1.2 0.96,0 1.68,1.92 1.68,4.32 0,1.2 2.64,1.2 2.64,1.68 0,0.48 0.96,0.72 2.16,0.72 l 3.84,0.24 c 2.64,0 12.48,-0.72 13.44,-1.2 0.48,-0.48 10.08,-0.72 14.16,-2.16 l 3.12,-0.48 0.48,0.24 c -0.72,0.96 -1.2,1.68 -2.16,1.68 h -1.2 c -2.88,0 -8.16,1.92 -10.32,1.92 -1.44,0 -1.2,0.96 -3.12,0.96 l -4.56,0.48 c -3.12,0 -2.16,-0.72 -4.08,-0.72 -2.88,0 -7.92,1.68 -7.92,2.88 0.48,0.48 0.96,0.48 0.96,0.96 -1.92,0 -2.16,0.48 -2.64,2.4 0,0.48 0.24,0.72 0.48,0.72 h 0.48 l 0.24,0.48 -0.24,1.2 c 0,1.44 1.68,1.2 5.28,1.44 5.76,0 17.52,-1.2 21.6,-2.4 h 0.48 c 0.24,0 0.48,0 0.48,0.24 -0.72,3.12 -6,12.96 -6.96,17.04 0,0.48 -1.44,3.84 -3.12,7.68 -3.84,8.4 -13.68,34.08 -13.68,39.36 0,1.2 -1.68,3.36 -1.68,5.28 0,2.16 -2.16,2.4 -2.16,5.04 0,2.4 -1.92,5.04 -1.92,6 0,0.72 -0.48,2.16 -0.96,3.36 -4.32,13.44 -6.48,19.68 -7.2,23.52 -0.72,4.8 -1.68,3.36 -1.68,4.08 0,2.64 -10.32,37.68 -10.32,40.56 0,0.48 -1.44,6 -1.44,9.36 0,2.64 -1.44,4.08 -1.44,7.68 0,4.8 3.36,5.52 3.36,6.24 0,0.48 0.24,0.72 0.48,0.72 z m 5.52,-18.24 c -0.24,0 -0.24,-0.48 -0.24,-0.96 0,-0.48 0,-0.72 0.24,-0.72 l 0.24,0.24 c 0,0.48 0,1.2 -0.24,1.44 z m 16.08,-2.16 c -0.48,0 -0.96,-0.72 -0.96,-1.44 l 0.24,-0.48 c 0.96,0.72 0.48,0.48 0.96,1.44 z m 1.2,-6.96 c -0.24,0 -0.24,0 -0.24,-0.48 0,-0.48 0.48,-0.96 0.72,-1.2 h 0.48 c -0.24,1.2 -0.72,1.68 -0.96,1.68 z m -5.52,-13.2 c -0.24,0 -0.72,-0.48 -0.72,-1.44 0,-0.96 0.24,-1.2 0.96,-1.68 0.24,0 0.24,0.48 0.24,1.44 0,1.2 -0.24,1.68 -0.48,1.68 z m 0.96,-4.08 c -0.24,0 -0.48,-0.48 -0.48,-1.44 0,-1.68 1.44,-4.56 2.16,-4.56 l 0.24,0.72 c -0.72,3.36 -1.2,5.28 -1.92,5.28 z m 16.8,-5.52 c -0.24,0 -0.72,-0.72 -0.72,-1.2 l -0.24,-3.6 c 0,-3.6 0.96,-2.4 0.96,-3.12 v -0.24 c 0,-0.24 0.48,-0.72 1.2,-0.72 l 0.24,0.24 -0.48,1.68 c 0,0.96 1.68,0.48 1.68,1.2 l -0.48,1.92 -1.92,-0.24 c -0.48,0 -0.72,0.24 -0.72,0.96 v 0.96 c 0.72,-0.72 0.72,-0.96 1.2,-0.96 0.48,0.24 0.48,0 0.48,0.48 0,0.48 -0.96,0.24 -0.96,0.96 l 0.24,0.48 c 0,0.72 0,1.2 -0.48,1.2 z m -14.88,-3.84 -0.24,-0.24 c 0,-0.48 1.2,-2.64 1.92,-2.64 l 0.24,0.48 c 0,0.48 -0.24,1.2 -0.96,1.68 z m 17.52,-3.12 c -0.48,0 -0.72,-0.24 -0.72,-0.48 0,-0.96 1.2,-3.84 1.68,-3.84 0.24,0 0.48,-0.24 0.48,-0.48 l -0.48,-1.44 c 0.96,0.24 1.2,0.48 1.2,1.68 0,1.68 -1.68,2.16 -1.68,2.88 l 0.24,0.96 c 0,0.48 -0.24,0.72 -0.72,0.72 z m -15.12,-0.96 c -0.48,0 -0.72,-0.48 -0.72,-1.68 0,-1.2 1.2,-1.44 1.2,-1.92 l -0.72,-1.68 c 0,-0.48 0.24,-0.72 0.72,-0.72 0.72,0.24 0.96,0.24 0.96,2.4 0,1.68 -0.72,3.6 -1.44,3.6 z m 12.96,-3.6 -0.24,-0.24 c 0.24,-2.4 0.96,-4.08 0.96,-4.08 h 0.24 c 0.48,0 1.92,0.72 1.92,1.2 0,0.24 -0.24,0.48 -0.48,0.48 h -0.24 c -0.24,0 -0.96,0.48 -1.44,1.44 z m 4.56,-2.4 c -0.48,0 -0.72,-0.48 -0.72,-0.72 0,-0.24 0.24,-0.48 0.48,-0.48 0.72,0.24 0.48,0.24 0.96,0.72 0,0.24 -0.48,0.48 -0.72,0.48 z m -15.84,-0.96 c -0.48,0 -0.96,-0.24 -0.96,-0.72 0,-0.24 0.24,-0.48 0.72,-0.48 0.72,0.48 0.72,0 0.96,0.72 0,0.24 -0.24,0.48 -0.72,0.48 z m 14.16,-1.2 c -0.96,0 -1.44,-0.24 -1.44,-0.96 0,-0.72 0.72,-1.92 0.72,-2.88 v -0.72 c 0,-0.24 0.24,-0.48 0.48,-0.72 2.64,-2.64 6.72,-23.28 10.8,-24.48 l -0.24,0.72 c 0.48,0.96 0.24,0.48 0.96,1.44 l -0.24,0.24 -0.96,-0.24 c -1.2,0 -1.2,1.2 -1.44,3.84 l 0.24,1.68 c 0,0.24 -0.24,0.48 -0.48,0.48 -0.96,0 -1.92,1.92 -1.92,3.6 l 0.48,1.44 -0.24,0.24 h -0.48 c -0.96,0 -2.4,6 -3.36,6.48 -2.16,4.56 -1.2,2.4 -2.16,8.16 0,0.96 -0.24,1.68 -0.72,1.68 z m -13.2,-1.44 c -0.24,0 -0.24,-0.24 -0.24,-0.48 l 0.48,-1.92 0.24,-0.24 c 0.48,0.24 0.72,0.24 0.72,1.2 0,0.72 -0.48,1.44 -1.2,1.44 z m 16.32,0 c -0.24,0 -0.48,-0.24 -0.48,-0.48 l 0.48,-2.4 c 0,-0.24 0.24,-0.48 0.72,-0.48 l 0.48,0.24 -0.96,2.16 0.24,0.72 z m -14.16,-3.6 c -1.44,-0.48 -1.92,-0.96 -1.92,-1.2 h 0.72 c 0.72,0 1.44,0.24 1.44,0.72 0,0.24 0,0.48 -0.24,0.48 z m -0.24,-2.64 c -0.24,0 -0.24,-0.24 -0.24,-0.72 0,-0.48 0.24,-0.72 0.72,-0.72 0.24,0 0.24,0 0.24,0.24 0,0.96 -0.24,1.2 -0.72,1.2 z m 17.28,-1.68 c -0.24,0 -0.48,-0.24 -0.48,-0.48 0.24,-0.96 0.24,-1.92 0.72,-1.92 0.24,0 0.24,0.24 0.24,0.72 0,0.72 -0.24,1.44 -0.48,1.68 z m -15.12,-1.2 c -0.72,0 -0.96,-0.48 -0.96,-1.2 0,-0.48 0,-0.96 0.48,-1.2 0.24,0 0.72,0.48 0.96,1.68 0,0.48 -0.24,0.72 -0.48,0.72 z m 2.4,-7.2 c -0.24,0 -0.48,-0.24 -0.48,-0.72 0,-0.72 0.24,-0.96 0.48,-0.96 0.48,0 0.72,0.24 0.72,0.48 0,0.48 -0.24,0.96 -0.72,1.2 z m 2.88,-6 c -0.48,0 -0.72,-0.48 -0.72,-0.96 0,-0.72 0,-1.2 0.24,-1.2 0,0 0.48,0.72 0.72,1.68 0,0.24 0,0.48 -0.24,0.48 z m 2.4,-4.08 c -0.24,0 -0.48,-0.48 -0.48,-0.72 0,-0.48 0.48,-0.72 0.72,-0.72 0.24,0 0.48,0.24 0.48,0.48 v 0.24 z m 12.96,-6.48 v -0.24 c 0,-0.72 0.48,-1.44 1.68,-2.88 0.24,0 0.24,0.24 0.24,0.72 0,0.48 -0.48,1.44 -0.96,1.92 z m 2.64,-5.52 c -0.48,0 -0.48,0 -0.48,-0.24 0,-0.48 0.48,-0.96 1.68,-2.16 0.24,0 0.24,0 0.24,0.24 -0.48,1.2 -0.72,2.16 -1.44,2.16 z m 2.88,-5.76 h -0.24 c -0.24,0 -0.48,0 -0.48,-0.24 0,-0.72 0.48,-0.96 1.2,-1.44 l 0.24,0.48 c 0,0.48 -0.48,0.96 -0.72,1.2 z m 0.96,-2.64 c -0.24,0 -0.24,-0.24 -0.24,-0.96 0,-2.16 1.2,-3.12 2.64,-4.8 -0.48,1.92 -0.72,3.36 -1.68,4.8 z m 22.08,-31.2 -0.24,-0.48 c 0.72,-1.68 1.2,-3.12 1.68,-3.12 0.24,0 0.48,0.24 0.48,0.48 0,0.72 -1.44,3.12 -1.92,3.12 z m 2.16,-4.32 c 0.24,-0.96 0.48,-1.68 0.96,-1.68 h 0.24 c 0,0.24 0,0.72 -0.48,1.2 z m 1.92,-4.8 c -0.48,0 -0.72,-0.48 -0.72,-0.96 0,-0.48 0.24,-0.72 0.48,-0.72 0.72,0 0.96,0.48 0.96,0.96 0,0.48 -0.24,0.72 -0.72,0.72 z m -58.56,-20.88 c -1.2,0 -2.16,-0.24 -2.16,-0.72 0,-0.24 0.24,-0.24 0.72,-0.24 h 0.96 c 1.2,0 0.72,-0.96 1.44,-0.96 0.72,0 1.2,0.48 1.2,0.96 0,0.48 -0.96,0.96 -2.16,0.96 z m 8.64,-0.48 c -1.44,0 -2.64,0 -2.64,-0.24 v -0.24 c 0,-0.72 -3.12,-0.24 -3.12,-1.2 0,-0.24 0.24,-0.24 0.48,-0.24 l 1.2,0.24 c 0.24,0 0.24,0 0.24,-0.24 l -0.48,-0.96 c 1.68,0.72 0.96,1.44 9.12,1.44 4.32,0 6.48,0 6.48,0.48 l -1.92,0.48 c -2.16,0.24 -6.48,0.48 -9.36,0.48 z m 69.36,-11.28 c -0.72,0 -1.2,-0.24 -1.2,-0.48 l 2.16,-0.72 c 0.24,0 0.48,0.24 0.48,0.48 0,0.24 -0.48,0.72 -1.44,0.72 z m 4.08,-0.96 -0.24,-0.24 c 0.96,-0.72 2.4,-0.96 4.08,-0.96 h 0.48 v 0.24 l -2.64,0.72 z m 12,-1.2 -1.92,-0.24 c 1.68,-0.72 2.16,-0.96 3.36,-0.96 h 0.96 c 0.72,0 0.48,-0.24 0.72,-0.72 l 0.72,0.48 c 0,0.48 -1.2,1.44 -3.84,1.44 z m 8.88,-0.72 c -0.72,0 -0.96,-0.24 -0.96,-0.48 l 0.24,-0.48 c 0,-0.24 -0.48,-0.48 -1.2,-0.48 h -1.68 c 5.04,-1.44 2.88,-2.64 6.96001,-2.64 -2.40001,0.48 -3.60001,0.96 -3.60001,1.2 0.48,0 0.72,0.24 0.72,0.48 v 0.72 c 0,0.48 0.24,0.48 0.96,0.48 2.40001,0 3.36001,-0.24 3.36001,-0.72 l -0.72,-1.68 c 0,-0.48 0.72,-0.72 2.64,-0.72 1.68,0 1.68,0.24 2.16,0.48 2.16,-0.72 3.12,-0.96 5.04,-0.96 0.96,0 1.68,0 1.68,0.48 0,0.96 -1.92,0.96 -4.56,1.68 0,0.48 0.96,0.48 2.88,1.2 -3.12,0 -3.36,-1.2 -5.04,-1.2 l -2.16,0.48 c -0.48,0 -1.2,1.44 -4.80001,1.92 z m -29.76,-1.68 c -0.96,0 -1.44,-0.24 -1.44,-0.72 0,-1.92 3.36,-2.16 12.24,-2.4 0,0.48 -1.92,1.68 -2.88,1.68 l -0.72,-0.24 c -0.96,0 -0.72,0.48 -1.68,1.2 -0.48,0 -0.48,-0.96 -0.96,-0.96 -0.96,0 -3.36,1.44 -4.56,1.44 z m 13.92,0.24 c -0.72,0 -0.96,0 -0.96,-0.48 2.16,-4.8 2.16,-3.6 9.6,-4.32 h 1.2 c -1.44,0.96 -1.92,1.44 -4.8,1.44 -1.2,0 -1.68,0 -1.68,0.24 0.48,0.72 0.72,0.72 0.72,0.96 -0.72,0 -1.2,0 -1.2,0.24 l 0.96,0.96 c 0,0.24 -0.48,0.24 -1.2,0.48 z m 10.08,-1.44 c -0.48,0 -0.72,0 -0.72,-0.24 l 0.48,-0.24 h 0.24 c 0.48,0 0.72,0 0.96,0.24 z m 2.64,-2.88 c -0.96,0 -1.68,0 -1.68,-0.24 1.2,-0.72 2.64,-0.96 5.04,-0.96 1.68,0 2.40001,0 2.40001,0.24 -1.92001,0.96 -3.36001,0.96 -5.76001,0.96 z m 10.56001,-0.48 c -0.24,0 -0.48,-0.24 -0.48,-0.48 0.24,-0.72 0.48,-0.96 1.44,-0.96 0.24,0 0.48,0.24 0.48,0.48 0,0.48 -0.72,0.96 -1.44,0.96 z m 8.88,-0.48 c -2.4,0 -5.04,-0.48 -5.04,-0.72 4.56,-0.24 5.52,-0.24 7.92,-0.72 0.96,0.48 0.72,0 0.96,0.72 0,0.24 -0.24,0.48 -0.48,0.48 z m 10.8,0.24 c -0.24,0 -0.96,-0.48 -2.4,-1.68 0,-0.24 0.24,-0.24 0.72,-0.24 0.72,0 1.2,0.48 1.44,0.96 z m -4.8,-0.48 c -0.48,0 -0.72,-0.48 -0.96,-1.2 l 0.48,-0.24 c 0.48,0 0.72,0.24 0.72,0.72 0,0.48 -0.24,0.72 -0.24,0.72 z m 7.92,-0.48 -1.44,-0.24 -0.48,-0.48 c 0,-0.24 0.24,-0.24 1.2,-0.24 3.84,-0.24 1.92,0 6,-0.48 0.24,0 0.24,0 0.24,0.24 l -0.24,0.24 c -1.92,0.72 -3.84,0.96 -5.28,0.96 z m -15.12,-10.08 c -0.48,0 -0.72,0 -0.72,-0.24 l 0.48,-0.24 h 0.24 c 0.48,0 0.72,0 0.96,0.24 z M 883.75999,466.32 c 1.44,-2.16 1.92,-3.84 1.92,-3.84 l -0.24,-0.24 c -0.48,0 -0.72,0.72 -1.2,2.16 z m -1.68,-2.4 c 0.96,0 1.68,-0.72 1.92,-1.68 l -0.48,-0.24 c -1.92,0.24 -3.12,0.48 -3.12,1.2 0,0.24 0.48,0.48 1.2,0.72 z m -3.12,-0.96 c 0.48,0 0.72,-0.24 0.72,-0.48 0,-0.48 -0.24,-0.72 -0.72,-0.72 -0.24,0 -0.72,0.24 -0.72,0.72 0,0.24 0.48,0.48 0.72,0.48 z m 18.48,-16.32 c 0.48,0 0.72,-1.2 1.92,-3.36 l -0.24,-0.24 c -1.2,1.2 -1.92,1.92 -1.92,3.36 0,0.24 0,0.24 0.24,0.24 z m 61.2,-140.64 c 0.48,0 0.96,0 0.96,-0.24 v -0.24 c 0,-1.2 4.32,-8.88 4.32,-10.08 l -0.24,-0.72 c 0.96,-1.92 1.68,-2.4 3.36,-6.24 0,-0.24 -0.24,-0.24 -0.48,-0.24 h -1.44 l 0.48,0.48 c 0,1.2 -3.6,5.52 -3.6,7.44 0,1.68 -2.64,6 -3.6,6 h -0.48 l 0.24,0.96 -0.48,2.4 c 0,0.48 0.24,0.48 0.96,0.48 z m 7.92,-18.72 c 0.48,0 0.96,-0.24 0.96,-0.72 -0.24,-0.24 -0.72,-0.72 -0.96,-0.72 -0.72,0 -0.96,0.48 -0.96,0.96 0,0.24 0.48,0.48 0.96,0.48 z"/></g></svg>
diff --git a/docs/marca/logotipo-naranja-2l.svg b/docs/marca/logotipo-naranja-2l.svg
deleted file mode 100644
index 3b4e7da..0000000
--- a/docs/marca/logotipo-naranja-2l.svg
+++ /dev/null
@@ -1 +0,0 @@
-<svg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 631 398" width="631" height="398"><g transform="translate(-3.0,-25.6)"><path fill="#111111" d="m 117.6,42.6 q 1.6,1.4 1,2.4 -0.4,0.6 -0.6,0 -0.2,-0.4 -1.8,-1.2 -1.4,-0.8 -1.6,-0.6 l 0.8,0.6 q 1.8,1.4 1.8,2.2 -0.4,0.2 0.2,1 l 0.4,0.4 q -0.4,-0.2 -1,0.2 l -0.2,0.2 q 0.2,-0.4 -0.2,-0.8 -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.6 V 48 L 115,47.4 q -0.8,-1 -2.6,-1.6 -1.6,-0.6 -2,-0.2 -0.2,0.2 0.8,0.6 1,0.4 1.2,0.4 0.2,0 1.2,0.8 0.4,0.6 0.6,0.6 -0.4,-0.2 -0.4,0.2 0,0.6 1,0.4 0.4,0 0.2,1 -0.2,0.6 -0.4,0.6 -0.6,-0.2 -1,-0.2 0.2,0.2 0,0.2 0,0 -0.2,0 -0.4,-0.4 -0.2,-0.6 0.2,-0.4 -0.4,-0.4 -0.4,-0.2 -0.8,0 -0.4,0.2 0.2,0.8 0.6,0.6 0.2,1.6 -0.4,0.8 0.4,1.6 1,0.6 1,1.2 0,0.4 -1,-0.2 -0.8,-0.8 -1.2,-0.6 -0.2,0.2 -0.2,0 0,-0.4 -0.6,-0.6 -0.4,-0.2 -0.4,0 0.2,0.2 0.4,0.4 0.4,0.8 0.6,1.2 0.4,0.2 0.4,0.6 0.2,0.2 0.2,0.4 0.2,0.2 0.2,0.6 0,0.2 1,1.2 0.6,0.6 0.4,0.8 -0.8,-0.2 -0.8,0.2 0,0.2 1,0.2 1.4,-0.2 2.2,1.6 0.6,0.8 0,1.4 -0.4,0.4 -0.8,0 -0.4,-0.6 0,-0.8 0.6,0.2 0.6,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -1.6,-0.8 -2.4,-1.6 0,0.8 1.4,1.4 1.4,1.6 0,1 -2.4,-1.4 -1.6,-1.6 -3.4,-2.4 l -1.8,-0.6 1,1 q 1.2,1 1.4,1 0.2,0 0.8,0.6 0.8,0.6 1.8,1.4 l 0.4,0.6 Q 112,62 112,62.4 q 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -1.2,-0.4 -1.2,-1 -1.6,-1 -0.4,0 -0.2,-0.2 0.2,-0.4 0.6,-0.2 V 61 q -0.2,-0.4 -0.6,0 -0.2,0.2 -1.4,-0.2 l -1,-0.6 1,0.8 q 1,1 1,1.4 0.2,1.6 1,1.6 0.6,0 0.6,0.8 l 0.2,1 -1,-1 q -1.2,-1.2 -4.6,-3 -3.4,-1.8 -4.2,-1.6 -0.4,0 -3.6,-1.4 -3,-1.4 -3.4,-1.4 -0.2,0 -7.4,-2 -17,-4.8 -16.4,-3.2 0.4,0.6 -3.8,11.4 -0.8,2.4 -1.4,4.2 -0.6,1.6 -0.8,2 -0.2,0.2 -0.6,1.6 -0.8,2.6 -2.8,9.2 -2.8,9 -5.8,25.6 -0.8,5.4 -1,5.6 -0.2,0 -0.2,1.4 0.2,1.2 -0.8,1.8 -0.8,0.6 -0.8,2 0,1.2 0.4,1.6 v -1.2 q -0.2,-1.8 0.4,-2 0.6,-0.2 0.6,0.4 0,0.8 -0.6,6.2 -0.8,5.6 -1,8.6 -0.2,2.8 -0.6,2.6 v 0.4 q 0.2,0.6 0,5.2 -0.4,4 -0.8,4 -0.4,-0.4 -0.4,-1 l -0.4,-0.2 Q 50,142 50,144 q 0.2,1.8 0.4,1.8 0.4,0 0.4,-1.4 0,-0.8 0,-0.6 0.4,0.8 0.4,2.4 l -0.2,1 -0.2,-0.4 -0.2,0.2 0.2,1 q 0.4,-0.2 0.4,0.2 0,0.2 -0.4,0.4 -0.2,0.2 0,2.6 v 1.8 q -0.2,-0.4 -0.6,-3.6 L 50,146.2 v 3.4 q 0,3.4 -0.2,3.2 l -0.6,8 q 0,1 0,2.4 0,5 -0.4,5.2 -0.4,0 -0.4,0.4 0,0.4 0.4,0.2 0.2,-0.2 0.2,1.4 0,1.4 -0.2,3.4 0,1.8 -0.2,2.6 v 0.8 L 49,178 q 0.2,1 -0.4,1.2 -0.6,0 0,0.6 0.6,0.6 0,0.8 -0.6,0.2 -0.8,0.2 0,0 0.2,-0.6 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,-1.6 l 0.4,-1.4 q 0.4,0.2 0.4,-0.2 0,-0.6 -0.6,-0.4 h -0.4 q 0.2,-1.2 -0.6,-11 -0.2,-1.8 -0.6,-2 v 0.2 q 0.2,0.6 -0.6,0.8 -0.6,0.2 -1,1.2 -0.2,0.8 -0.2,8.6 0,7.8 -0.2,7.4 -0.2,-0.2 -0.2,0 -0.2,0.2 -0.2,0.4 -0.2,13.8 -0.4,14 Q 43,196 43,195 q 0,-1 0,-2.6 0,-1.4 0,-3.4 l -0.2,-4.8 q -0.2,2.2 -0.4,2.6 l -0.2,-0.6 0.2,-0.8 -0.6,0.8 q -0.6,0.8 -0.2,1.4 0.4,0.4 0,0.8 -0.4,0.4 -0.4,3.6 v 3 L 41,192 q -0.2,-3 -0.6,-3.2 l -0.2,0.6 q 0.2,1.2 0,3.4 0,2.2 0,4.4 0,2.2 -0.2,2 -0.2,-0.2 -0.4,-2.2 0,-2 -0.2,-2.2 0,0 0,-1.2 -0.2,-4.2 -0.8,-5.2 -0.4,-0.6 -0.4,-2 0,-1.4 -0.2,-3 l -0.4,-1.8 -0.2,2 q 0,0.8 0,-0.2 -0.2,-0.8 -0.2,-3.2 0,-5.2 -0.4,-6 -0.4,-1 -0.4,-2 v -1 q -0.2,0.2 -0.2,1.6 0,1.4 0,2.8 0.2,1.6 -0.2,2.2 -0.2,0.6 0,0.8 0.4,0.2 0.4,2.4 0,2 -0.4,2.4 -0.4,0.6 0,1 0.6,0.2 0.2,0.4 -0.4,0.2 -0.4,0.6 0,0.2 0.2,0 l 0.4,2.4 q -0.2,1 -0.2,1.2 -0.4,0.4 -0.2,0 0,-0.2 0,-0.6 0,-1 -0.2,-1 l -0.4,-7.2 q 0,-1.4 0,-3.2 l -0.2,-10.8 -0.2,23.4 -0.2,-14.4 -0.4,-12 -0.2,2.4 -0.4,-6.6 v 3.6 q 0,3.8 0.2,3.8 0.4,0 0.4,2.6 l -0.2,2 q -0.2,-0.8 -0.6,-0.8 -0.2,0 -0.2,11.6 0.2,11.4 -0.2,11.2 H 33 q 0.4,0.2 0,1.2 -0.2,1.2 0,2.6 0.2,1.2 0.4,0 0,-0.2 0,-1 l 0.2,-2.4 v 2.4 q 0.2,2.6 -0.2,2.6 -0.4,0 -0.4,1.4 l -0.2,-0.2 q -0.2,-0.8 -0.2,-2.2 -0.2,-3.8 -0.4,-4.6 Q 32,192 31.8,177 q 0,-0.2 0,-0.4 L 31.4,162 q 0,0.2 0,0.8 v 0.2 l -0.2,1.2 q -0.2,-0.4 -0.2,-3.4 0,-2.4 0,-5 0.2,-2.6 0.2,-4.2 0.2,-1.6 0.4,-1.4 0.2,0 0,4.8 0,1.2 0,2.4 0,1 0,1.6 0.2,0.6 0.2,0.4 0.2,0 0.2,-6.6 l 0.2,-5.4 q -0.2,1.2 -0.6,1.6 -0.4,0.4 0,-4.4 0.2,-1.2 0.2,-2.4 0.2,-1.6 0.4,-4.2 0.2,-2.4 0.4,-3.6 0.2,-0.4 0.2,-0.6 0.2,-0.4 0.2,0.2 0,0.2 0,1 l 0.2,1.6 0.2,-2.2 q 0.2,-2.2 0.2,-2.4 l -0.2,0.4 q 0,0.6 -0.4,0.6 -0.2,0 -0.2,-0.2 0,-0.2 0,-0.8 0,-0.6 0,-1.4 0.2,-1 0.4,-2.2 0.2,-1 0.4,-8.6 0.2,-7.6 0.4,-9.6 0.6,-9.8 1.6,-17.4 3.4,-23.8 9.8,-40.2 1.4,-3.4 1.2,-3.6 -0.2,-0.2 -4.4,0 -4.2,0 -5.6,0.2 -4.2,0.6 -6.2,0 0.2,-0.2 0.6,-0.2 0.6,0 2.4,-0.2 1.8,-0.2 3.2,-0.4 1.2,-0.2 1.6,-0.4 0.6,-0.2 6,-0.4 1,-0.2 0.8,-0.4 -0.4,-0.4 -2,-0.2 -1.4,0.2 -4.2,0.4 -2.6,0.2 -2.4,0.4 0,0.2 -0.6,0.4 -0.4,0 -1.4,0 -0.8,0 -1.8,0 -4,0 -3.8,-0.2 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,0.2 0,0.4 -3.6,1 Q 23,49 23,48.6 23,48 23.8,47.8 l 0.4,0.2 1,0.2 q 0.8,-0.2 1.2,-0.6 0.2,-0.4 3,-0.4 2.8,-0.2 3,-0.4 0.4,-0.2 1.2,-0.4 h -2.8 q -3.4,0.2 -8.8,0.4 -5.2,0 -7.6,0.4 Q 12,47.4 12,47 q 0,-0.4 1.2,-0.6 l 0.8,0.2 q -0.2,0.2 0,0.2 0.4,0 1.4,-0.2 1,-0.4 2.4,-0.6 1.4,-0.2 2.6,-0.6 l 1.2,-0.2 h -1 L 20.4,44.8 14.8,45 q -1.8,0.2 -2.4,0.4 -0.8,0.2 0,-0.4 0.6,-0.6 1.8,-0.6 1.2,0 1.4,0 0.2,0 2,-0.4 1.8,-0.2 1.8,-0.6 0,-0.6 -0.6,-0.6 -0.2,0 -0.2,0.2 -0.2,0 -0.2,0 l -0.6,0.4 q -0.6,0 -2.4,0.2 L 14,43.4 q 0.2,-0.4 1,-0.2 0.6,0 1.4,-0.4 0.8,-0.4 1.4,-0.4 0.6,0 0.4,-0.4 -0.4,-0.4 -1,0 -0.6,0.2 -1.6,0.2 -1.2,0 -2,0 -0.8,0 -0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 1,-0.4 0.4,-0.8 0.2,-0.8 -0.4,0 -0.6,0.4 -0.2,0.4 -0.6,0 -0.6,-0.4 -0.8,0 -0.4,0.4 -0.6,0.2 -0.2,-0.4 -1.2,0.2 -1,0.4 -1.2,0.4 -0.2,-0.2 -0.2,-0.8 0,-1 0.8,-0.8 0.6,0.2 0.6,-0.2 0,-0.6 -1,-0.2 -0.6,0.2 -1.2,0.4 -0.6,0 -1,0 -0.4,0 -0.4,-0.2 0,-0.2 -0.6,0 Q 6,40 5.8,39.6 5.6,39.4 5.6,39.4 q 0,0 0.2,0 0.4,0.4 0.4,-0.2 0,-0.6 1,-0.4 Q 8,39 8,38.6 8,38.2 8.6,38.4 9,38.6 9.2,38.2 9.4,37.8 9.8,38 q 0.2,0.2 0.4,0.2 0.2,-0.2 0,-0.4 0,-0.4 1.8,-0.8 l 1.6,-0.4 -1.8,0.2 Q 9.8,37 9.6,37.4 H 9.4 q 0,-0.2 -0.6,0.2 -1,0.8 -1,0 0,-0.2 0.2,-0.4 0.4,-0.6 0.8,-0.4 0.2,0.2 4.8,-1.4 1.8,-0.6 2.2,-0.4 0.4,0.2 0.4,-0.2 0,-0.4 0.4,0 l -0.2,-0.6 q -0.8,-0.6 -1.2,-0.2 -0.4,0.2 -1.4,0.4 -1.2,0 -2,0.4 -0.6,-0.2 -0.6,-0.2 0.2,-0.4 0,-0.4 -0.4,0 -0.4,0.4 -0.2,0.2 -2.6,0.6 Q 5.6,35.6 5.4,35.4 5,35 5.6,34.8 5.8,34.8 6,34.8 6.8,34.6 7.4,34.4 8,34 8.6,34 q 0.6,0 1.4,-0.2 5.4,-1.4 6.2,-1.2 0.8,0 0.8,-0.4 0,-0.6 5.4,-2 l 1.8,-0.4 -2.4,0.2 q -2.6,0.2 -3.4,0.2 -0.8,0 -0.8,0.4 0,0.2 -1.6,0 -1.6,-0.2 -1.6,0.2 0,0.2 -0.6,0.2 -0.8,0 -1.4,0.2 -0.6,0.2 -0.6,0 0,-0.6 2.4,-1 2.4,-0.6 4.4,-0.6 1.8,-0.2 1.8,-0.4 0,-0.4 0.6,-0.6 0.6,-0.4 1,-0.2 0.2,0.2 -0.2,0.2 -0.4,0 -0.4,0.4 0,0 0.2,0 0.4,0 1,0 0.6,0 1.2,-0.2 2.6,-0.4 4.8,-0.6 2.4,-0.2 2.6,-0.6 0.2,-0.4 -0.8,-0.2 -0.8,0.2 -1,0 L 30.2,27 q 2.4,-0.2 5.2,-0.6 1.6,-0.2 1.8,0.4 0.2,0.4 0.4,0 0.6,-1 2,0 0.6,0.4 1.2,0.2 0.6,-0.2 0.6,-0.6 -0.2,-0.4 3,-0.4 3.4,-0.2 3.4,0 0,0.2 0.2,0.2 0.4,0 0.8,0 0.4,-0.2 0.6,-0.4 h 0.4 q -0.4,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.4 1,-0.4 0.6,0 0.8,0.2 0.2,0 0,0.4 0,0.2 0.2,0.2 0,0 0.4,-0.2 0.4,0 0.4,0 l 2.2,0.4 q 0.4,0 0.8,0 l 2.8,-0.4 Q 58.8,26 59,26 q 0.2,0 0.6,0.2 1,0.2 3.4,0.4 2.6,0 3.8,0.4 1.4,0.2 2.4,0.4 l 0.2,0.2 0.4,0.2 q 3.2,-0.6 7.6,0 1.8,0.2 4.6,0.6 3,0.4 3.4,0.6 0.6,0.2 1.4,0.2 2.6,0.2 10.6,2.8 11,3.8 12.4,5 2,2 2.8,2 0.6,0 1.2,0.6 0.8,0.4 0,0 -1,-0.4 -1,0 0,0.2 1.4,1 1.6,0.8 2,0.8 0.2,0 -0.8,-0.8 l -0.8,-0.6 1,0.4 q 0.8,0.4 0.8,0.6 0,0.2 1.2,1.6 z M 11.2,40.4 q 0.2,0 0.4,-0.4 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 0,0.4 0.2,0.4 z m 7.6,1.6 q 0.4,0 0.8,-0.2 l 0.2,-0.4 q -0.4,0 -0.8,0.4 z m 2,1.4 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 L 20,43 q 0.6,0.4 0.8,0.4 z m 0.6,-1.6 q 0.4,0 0.4,0 -0.2,-0.4 -0.6,-0.4 z M 24,30.4 q 0,0 0.2,0.4 l 0.6,-0.2 Q 24.4,30.4 24,30.4 Z M 23.4,45 q 0,0.2 0.4,0.2 L 24.2,45 q -0.4,-0.2 -0.8,0 z m 0.6,1.4 q 0.8,0 0.8,-0.2 -0.6,0 -1.4,0 -0.4,0.2 0,0.2 0.2,0 0.6,0 z M 26.4,31 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,-0.6 q 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 0.2,0.2 0.6,0.2 z m 5.2,-3.2 q -0.2,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.2 -0.4,-0.2 -0.2,-0.2 -0.4,0 z m 1.8,0 q -0.4,0.4 0.4,0.4 0.8,0 0.4,-0.4 -0.4,-0.4 -0.8,0 z m 2.6,0 q 0.2,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m -3.8,118.4 q 0,0 0.6,-6.8 v -2.2 l -0.4,2.4 q -0.6,5.2 -0.2,6.6 z m 1,-14.6 q 0,0 0.2,0.4 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0.2,38.8 q 0.4,0 0.4,-0.2 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.4 0,0.2 0.2,0.2 z m 0.8,-16 q 0,-1.4 0,-3 -0.2,0.8 -0.2,1.6 v 1.6 z m 0.4,-33 q 0,0 0.2,0.4 0.2,-0.4 0,-1 -0.2,0.4 -0.2,0.6 z m 0.2,37.8 q 0.2,-1.2 0,-2.2 0,0.4 -0.2,1 l 0.2,1.4 z M 47.2,29 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 0,23 q 0.2,0 0.4,-0.2 0.2,-0.4 -0.2,-0.4 -0.2,0 -0.2,0.4 0,0.2 0,0.2 z M 42.6,27 q 0.8,0 2.6,-0.2 2,-0.2 2.2,-0.4 H 46 q -1.4,0.2 -3,0.2 z M 46,54.6 q 0,0 0.2,0 0.6,-0.6 0.6,-1.2 0,-0.6 -0.2,0 -0.2,0.6 -0.6,1.2 z m -10.4,91 q 0.2,-0.6 0,-1 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.6 z m 0.4,7.2 q 0.2,-0.4 0,-1 0,-0.4 -0.2,-0.2 0,0.2 0,0.6 0.2,0.4 0.2,0.6 z m 1.2,15 q 0.2,0 0.2,-2.6 0.2,-2.6 -0.2,-2.8 -0.4,-0.2 -0.4,2 0,3.4 0.4,3.4 z m 0.2,-40.6 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.8,50.6 q 0.2,-0.2 0,-2 l -0.2,-1.6 -0.2,2 z M 38,173.2 q 0,0 0,0.4 0.2,-0.4 0,-0.8 0,0.2 0,0.4 z M 37.6,91 q 0,0 0.8,-6.2 l -0.2,0.4 q -0.6,1.4 -1.8,10.2 -1,8.8 -1,13.2 -0.2,3.6 0,2.8 0.2,-1 1,-8.8 0.4,-6 1.2,-11.6 z m 3.2,95 q 0,0 -0.2,-1.6 v 0.4 q -0.2,0.6 -0.4,1.6 0,0.8 0,1.4 0.2,0.6 0.4,0.6 0.2,0 0.2,-2.4 z m -0.2,-3.4 q 0.2,2 0.2,0.2 0.2,-0.8 0,-2 0,-2.2 0,-2.2 0,0 -0.2,1.2 -0.2,1.8 0,2.8 z m 0.2,-97.2 q 0.2,-0.4 0,-0.8 0,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z M 41,83.6 q 0.4,-0.2 0.2,-0.8 L 40.8,83 Z M 39.4,81 q 1,-5.2 3.8,-16.4 0.6,-2 1.6,-5 1,-3.2 0.8,-3.4 L 45,57.4 q -0.4,1.4 -0.6,1.6 -0.2,0.4 -1.6,5.8 -0.4,1 -1.4,4.6 -0.6,2 -0.6,2.8 -0.2,1 -0.8,3.4 -0.4,2.2 -0.8,4.2 -0.4,2 -0.6,3.4 -0.2,1.2 0,1.2 0.2,0 0.8,-3.4 z m 2.2,103.8 q 0,0.4 0.2,0.4 0.4,0 0.2,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 0,0.6 z m 0,-2.4 q 0,0 0.2,0.4 0.2,-0.2 0,-0.6 z m 0.6,-3.6 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-2.4 q 0.2,-0.4 0,-0.8 Q 42,175.8 42,176 Z M 46,158.8 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z M 43.8,71.6 q 0.6,-2.2 2.2,-8.2 1.8,-6 1.6,-6.2 l -0.4,1 q -0.4,1 -1.8,5.8 -1.4,4.6 -2.2,8.6 -0.8,4 -1.4,6 -0.8,3.4 -0.4,3.2 0.2,0 0.4,-1 0.4,-2.4 1.4,-6.2 0,-0.2 0,-0.6 0.2,-0.6 0.4,-1.2 0.2,-0.8 0.2,-1.2 z m 4,73.4 q 0,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.6 0.2,0.6 z M 57.4,27 q 0,0 0.2,0.2 L 58,27 q -0.2,-0.2 -0.6,0 z m -2,0.2 Q 55.4,27 54.6,27 54,27 54,27.4 q 0,0.2 0.6,0 0.8,-0.2 0.8,-0.2 z m -1.2,65.2 q 0.2,-0.2 0,-0.6 L 54,92 Z m -0.6,2.4 q -0.2,0.4 -0.2,0.4 0,0.4 0.2,0.6 0.2,-0.6 0,-1 z M 49,53.8 q -0.2,0 -0.6,0.8 -0.2,0.6 0,0.6 0.4,0 0.6,-0.6 0.2,-0.8 0,-0.8 z m -1,87.6 q 0,0 0.4,0.4 0.2,-0.6 -0.2,-0.8 -0.4,-0.4 -0.2,0.4 z m 0,-4 q 0.2,1 0.4,0.6 0.4,-0.6 0.4,-0.8 0,-0.4 -0.4,-0.2 0,0.2 -0.2,0 0,-0.2 0,-0.4 L 48,136.2 q -0.2,0.2 0,1.2 z m 1,-10.6 q 0.2,-1 0.2,-1.8 0.2,-0.8 0.2,-1.2 0,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.8 0,0.6 -0.4,4.4 -0.2,2 -0.4,3.4 0,1.4 0,2.4 0,0.8 0,1.2 0,0.4 0.2,0.4 0.2,0 0.2,-0.4 0.2,-6.8 0.6,-8.6 z m 0.6,-6.4 q 0.8,-8.2 1.4,-7.6 l 0.2,-0.2 q 0,-0.2 -0.2,-0.4 -0.2,-1.2 0.6,-5.6 L 52,102 q 0,0.2 0,0.6 -0.4,1.2 -0.6,2.4 -1,6.2 -1.8,12.2 -0.4,4.4 -0.6,5 0,0.6 0.2,0.6 0.2,0 0.4,-2.4 z m 1.8,10 q 0.2,-0.8 0,-1.8 v 0.2 q 0,0.4 0,0.6 v 1.2 z m -0.2,11.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-8 q 0,-1.4 0.4,-1.4 0.4,0 0.2,-0.8 0,-0.8 -0.2,-0.2 l -0.4,0.2 q 0,-0.4 -0.2,-0.2 -0.2,0.2 -0.2,1.6 0.2,1.4 -0.2,1.8 -0.2,0.4 -0.2,2.8 0.2,2.2 0.4,2.2 0.4,0 0.2,-2.4 -0.2,-2.4 0.2,-2.2 z m 0.6,-8.4 q 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,1.2 z m 1,-4.2 q 0,0 -0.4,-1.4 0,-0.4 0,-0.4 -0.2,1 -0.4,1 -0.2,0 0,1.6 0.2,0.8 0.2,0.6 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.2 z m -0.4,-21.2 q 0,0 0.2,0.4 0,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-72.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,70.8 q 0,0 0.4,-0.2 0.2,-1 0.2,-1.8 L 53,97 q -0.4,0.8 -0.4,1.8 z m 1.8,9.8 q 0,0 0,-1 l -0.2,-0.8 q -0.2,0.8 -0.8,4 -0.4,3 -0.4,3.4 l 0.2,-0.2 q 0.4,-0.4 0.6,-0.4 v -0.2 q 0,-0.6 0,-1.6 0,-1.2 0.2,-2.2 0.2,-1.2 0.4,-1 z M 56,99 q 0,-1.8 -0.2,-1.6 0,0.2 -0.8,4 -0.6,3.6 -0.6,4 l 1,-3.6 v -0.2 l 0.2,-1 z m 0,-72 q -0.4,0 0,0.4 0.4,0.4 0.2,0.6 v 0.2 Q 56.6,28 56.6,27.6 56.6,27 56,27 Z m 0.4,68.6 q 0.2,-0.4 0.4,-1.8 0.2,-1.4 0,-0.6 z M 57,91.8 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.6 -0.2,-0.6 0,0 -0.2,0.6 z m 0.6,-1.4 q 0.2,-0.2 0,-0.6 L 57.4,90 Z m 0,-62.8 q 0,0 0.2,0.4 0.4,0 0.4,0 Q 58,27.6 57.6,27.6 Z M 58,88.8 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.4,-2.4 q -0.2,0.8 0,0.4 0.4,-0.4 0.4,-0.8 z M 60,83.2 q 0,0 0,-0.2 -0.4,0 -0.2,-0.8 L 59.6,82 q -0.4,0.6 -0.6,1.8 -0.2,1 -0.2,1 0.2,0 0.4,-0.4 0.4,-1 0.8,-1.2 z m -0.2,-2.6 q 0,0 0.2,0.6 0.2,-0.2 0,-0.8 z M 59.2,28.2 q 0,0.2 0.6,0.2 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0 -0.6,0.2 z M 61,77.6 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.2,-1.8 q 0,0.8 0.2,0.2 0.4,-0.8 0.4,-1 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.2,1 z m 1.4,-3 q 0,0 -0.2,-0.4 -0.8,1.4 -0.2,1.4 0.2,-0.2 0.4,-1 z m 0.8,-2.6 0.2,-0.8 -0.4,0.8 -0.6,1.4 0.2,-0.2 q 0.4,-0.4 0.6,-1.2 z m 1.4,-4 0.2,-1 -0.6,1 Q 64,67 64,67.6 q 0,0.4 0.2,0 0.4,-0.6 0.6,-1.4 z m 1,-4 Q 65.6,62.8 66,62.4 66.4,62 66.2,61.8 66,61.6 65.8,62.2 Z M 66,54.6 q 0.4,-0.2 0.4,-0.8 0,-0.6 -0.4,0 -0.4,0.8 0,0.8 z M 67,52 q 0,0 0,-0.8 0,0.2 -0.2,0.8 -0.2,0.4 -0.4,0.8 0,0.2 0,0.2 0.2,0 0.6,-1 z m 0.8,-24 q 0,0 -0.2,0.4 -0.2,0.2 0,0.2 0.4,0 0.4,-0.2 Q 68,28 67.8,28 Z M 68,57.2 q 0.4,-0.6 0.4,-0.8 H 68 q -0.2,0.6 -0.2,1 z M 70.6,29 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 l 0.2,0.2 q 0.6,0.4 0.8,0.4 z m 7.2,1.4 q 0.6,-0.2 0.6,-0.2 -0.4,-0.2 -1,0 0,0.2 0.4,0.2 z m -1.2,-1 q 2.6,0.2 2.8,0.2 0.4,-0.4 -5,-0.8 h -1.8 q 0.4,0.2 0.6,0.4 0.2,0 0,0.4 0,0.2 0.2,0.4 0.4,0 1,0 h 1.4 l -1.2,-0.2 q -2.2,-0.4 -0.4,-0.6 1,0 2.4,0.2 z m 3.2,1.4 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,-0.2 z m 0.2,-1 q 0,0 2.4,0.2 0,-0.2 -1.4,-0.4 -1,0 -1,0.2 z m 3.6,0.6 q 0.2,0 0.4,0 0.2,-0.2 0,-0.4 -0.2,-0.2 -0.6,0 -1.2,0.4 0.2,0.4 z m 2.6,0.2 q 0.4,0 0.6,-0.2 -0.6,0 -1,0 0.4,0.2 0.4,0.2 z M 88,31 q 0.4,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m 2.2,0.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 2,0.6 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z m 20.6,10.4 q 0,0 0.2,0.4 0.6,0.2 1,0.2 l -0.2,-0.2 q -0.6,-0.4 -1,-0.4 z m -5,-5.8 q 0,0 -1.2,-0.2 l 0.2,0.2 q 0.6,0.4 1.2,0.2 z m -3,-1 q 0,-0.4 -0.8,-0.4 -0.8,0 -0.2,0.4 0.8,0.2 1,0.2 z m -2.2,-1 q -0.8,-0.4 -1.4,-0.2 0.4,0.6 2,0.8 z m -2.8,-1 q 0,0 -2.8,-0.6 0.2,0.2 1.4,0.8 1.4,0.4 2,0.4 0.2,0 0,-0.2 -0.2,-0.2 -0.6,-0.4 z m -1,23.8 q 0,0 -0.6,-0.4 -0.8,-0.4 -2,-0.6 L 95,56 l 1,0.6 q 1.2,0.8 2.8,0.8 z M 98,35.2 q 0,0 1.6,0.2 Q 99.4,35.2 98.4,35 98,35.2 98,35.2 Z m 6.4,25 q 0,0 0.4,-0.2 -0.2,-0.2 -2.8,-1.2 -2.4,-1.2 -2.6,-1.2 z m 1.2,0.6 q 1,1.2 1,0.6 0,-0.4 -0.8,-0.8 z m 3,1 q -0.2,0 -0.8,-0.4 -0.6,-0.4 -0.8,0 0,0.2 0,0.2 0,0 0.2,-0.2 0.4,-0.2 0.4,0.2 0,0.4 0.6,0.4 z m -0.8,-9 q -0.8,-0.4 -1.2,-0.4 -0.2,0 0.6,0.4 1.2,0.6 1,0.6 0,-0.2 -0.4,-0.6 z m -0.6,3.2 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z M 110,43.4 q 0.8,0.2 0.8,-0.2 -0.2,-0.4 -0.8,-0.2 -0.4,0.2 0,0.4 z m -4.8,-6 q 0,0 5.6,1.6 l -0.2,-0.2 q -0.8,-0.6 -1.6,-0.6 -0.8,0 -0.8,-0.2 0,-0.2 -0.8,-0.2 -0.6,-0.2 -0.8,-0.4 Q 106.4,37 106,37 l -2.4,-0.8 -0.8,-0.2 q -1,0 -2,-0.2 z M 114,46 q 1.2,0.6 1.2,0.4 0,-0.2 -1.2,-0.8 z m 2.2,0.2 q 0.4,0 -0.2,-0.6 -0.6,-0.8 -2.6,-1.6 -1.8,-1 -2,-0.8 l 0.4,0.2 -0.2,0.4 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 0.2,0.2 1.8,1.2 1.6,0.8 1.8,0.8 z m 0,-3.2 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 1.2,0.8 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 z"/><path fill="#111111" d="m 171.19992,118.8 q 0,0 0.2,0.4 -0.4,-0.2 -0.6,0.2 -0.2,0.2 -2,0.8 -3,1 -2.8,1.4 0.4,0 1.2,-0.2 0.8,-0.4 0.8,0 0,1 -5.8,3 -1.2,0.4 -1.2,0.8 0,0.2 -0.6,0.2 -0.4,-0.2 -1.8,0.4 -1.2,0.6 -1.2,0.8 0,1.4 2.4,11.4 1.2,5.2 3.4,12 0.8,2.6 0.8,3 l -0.6,-1 q -0.6,-1.4 -1.2,-2.2 -0.6,-1 -0.4,-1.2 h -0.6 -0.6 q 0.2,-0.4 -0.6,-2 l -0.8,-1.4 q 0,0.4 0.6,3 0.8,2.6 1.2,3 0.2,0.6 0.2,1.2 0,0.2 -0.4,-0.6 -0.4,-0.6 -1.4,-2.6 -1,-1.8 -1.2,-1.6 0,0 1,3 1,3 0.8,3.2 l -0.4,-0.8 q -0.4,-1 -0.8,-1.6 -0.2,-0.4 -0.2,-0.2 0,0.8 0.8,3.6 0.6,1.6 0.4,1.8 l -0.2,-0.2 q 0,-0.4 -0.4,-0.2 -0.4,0.2 0,0.6 0.4,0.2 0.4,1.6 l 0.4,1.2 q 0.2,-0.2 0.2,0.2 0,0.2 -0.4,0.6 -0.2,0.2 0,0.6 0.4,0.4 0.4,0.8 0,0.2 0.4,0.4 0.4,0 -0.2,-0.8 -0.6,-1 -0.2,-1 0.4,0 0.6,1 0.4,0.8 0.4,1 0,0.2 -0.4,0.2 -0.6,0 -0.4,0.4 0.2,0.2 0,0.2 0,0 -0.2,-0.2 -0.2,-0.2 -0.4,0.2 0,0.4 0.4,1 h 0.4 l 0.2,-0.2 q 0.2,0.2 -0.2,1 -0.2,0.6 -0.6,0 0,-0.4 -0.2,-0.8 -0.8,-1.6 -1,-1.6 -0.4,0 0.8,3.4 0.4,1 0.6,1.6 0.2,0.4 0.2,0.8 0.2,0.2 0,0.4 0,0 0,0 -0.6,0 -3.4,-7.4 -0.4,-0.8 -0.8,-1.6 -0.2,-0.8 -0.4,-1.2 -0.2,-0.4 -0.2,-0.4 -0.2,0 1,3.6 1.2,3.6 1,3.8 l -0.2,-0.2 q 0,-0.4 -0.4,-0.4 -0.4,0 -0.6,-0.4 -0.2,-0.4 -0.8,0 -0.4,0.4 0.2,0.4 0.6,0 0.6,0.4 0.4,0.6 1.4,1 l 0.6,1.2 -0.2,-0.2 -0.4,-0.2 -0.2,-0.2 q -0.4,-0.4 -0.8,0 v 0.4 q 0.4,0 0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.2 0.6,0 0.4,0 0,0.8 -0.4,0.8 -0.8,0.8 -0.4,-0.2 0,-0.8 0,-0.4 -0.4,-0.6 -0.2,0 -0.2,0.2 0,0 0.2,1 0.4,1.2 1.2,2.8 0.8,1.4 0.4,1.4 -0.8,0 -4.2,-8.2 l -1.8,-3.6 q -0.2,0.4 0,0.6 0.4,0.2 0.2,0.8 l 0.2,0.2 q 0.4,-0.2 0.4,0.8 0.2,1.2 0.2,1.6 0,0.6 0.4,1 0.6,0.2 0.2,0.6 -0.2,0.2 0.2,0.4 0.4,0 0.4,1 0.2,0.8 0.2,0.8 0.2,0 0.2,0.8 0.2,0.6 -0.2,0 -0.4,-0.6 -0.8,-0.4 v -0.2 q 0.4,-1 -0.4,-1.2 -0.2,0 -0.6,-0.2 -0.2,-0.4 -0.4,-1 0,-0.6 0.2,-1 0.2,-0.6 -0.6,-0.8 -0.8,-0.4 -0.8,-1.8 0,-1.4 -0.2,-0.8 -0.2,0.6 -1,-0.8 -0.6,-1.6 -0.4,-1.8 h -0.4 q -0.4,0.2 -0.2,-0.6 0,-0.4 0,-0.6 -0.4,0.2 -0.4,-0.2 l -0.2,-0.2 q -0.2,0.2 0.4,2.8 0.8,2.4 1.2,2.8 0.2,0.2 0.2,0.8 0.2,0.4 0.2,0.8 0,0.2 -0.2,0.4 -0.2,0 -0.4,-0.6 -2.4,-6 -3.8,-10.6 -0.8,-3.4 -2.2,-10 -1.2,-6.6 -1.2,-7.6 l -0.2,-0.6 -0.2,-0.4 q 0.2,-1.4 -0.8,-2.6 -0.4,0.6 -0.4,0 0,-0.2 -0.2,-0.4 0,-0.2 -0.2,-0.2 -0.4,0.2 -1.4,0.4 -1,0.2 -0.8,0.8 h -0.2 q -0.6,-0.6 -2.2,-0.2 -5.8,1.2 -12.2,1.8 -2.2,0.2 -9.6,0.4 -7.4,0.2 -7.6,0.4 -0.6,0.6 -1.8,4.8 -0.2,0.2 -0.6,1.4 -2.4,6.2 -4.999999,15.8 -1.4,5 -1.8,6.2 -1.6,4.6 -2.2,11 l -0.6,2 -0.6,1.6 -0.4,1.2 q 0,0 0,-0.6 -0.2,-1 0,-1.2 0.4,-0.4 0.8,-6 l 0.2,-0.6 q 0.2,0.2 0.2,-2 0,-2.2 0.2,-2.2 0.4,0 0,-1 -0.2,-1.2 0.2,-1 0.4,0.2 0.4,0 0.2,-0.4 -0.4,-1.2 -0.6,-0.6 -0.8,-0.4 -0.2,0 0,0.8 -0.2,0.4 -0.2,0.4 -0.4,-0.4 -0.6,-0.2 0,0 0,0.8 0,1 0.4,0.4 l 0.2,-0.2 q 0,0.6 -0.4,0.8 -0.2,0 -0.4,-0.4 -0.4,-1.2 -0.6,-0.4 -0.2,0.4 0,1 v 0.8 q -0.6,-0.6 -1.8,1.8 l -0.4,0.2 q 0.2,-0.8 0.4,-1.8 0.2,-1 0.4,-1.2 l -0.4,-0.2 q -0.4,0.2 -0.4,-0.2 0,-0.4 0,-1 0.4,-1.4 0.6,-1.6 0.2,-0.2 0.2,-1.4 0.2,-1.4 0.4,-1.6 0.6,-0.4 -0.2,-1.6 l -0.2,-0.2 q 0.2,0.6 -0.4,2 -0.4,1.2 -0.4,1.6 0,1.6 -0.6,2.4 -0.4,0.6 -0.4,0.2 0,-0.4 0,-1.2 0.2,-1.8 0.6,-3 0.4,-1.4 0,-2 l -0.2,0.4 q 0.2,1 -0.2,1 -0.4,0 -0.4,0.6 0,0.6 -0.4,0.8 -0.2,0.2 -0.4,1.6 -0.2,1.4 -0.4,1.4 -0.4,0 -0.4,1 0,3.4 -0.8,3.4 -0.2,0 0,-1.8 0.2,-2.2 0.2,-3.2 l 0.2,-1 q 0.2,0.2 0.2,-1.6 l 0.2,-1.8 -0.6,1.8 q -0.4,1.8 -1,5 -0.2,1.4 -0.4,2.2 -0.2,0.8 -0.2,1.4 -0.2,0.4 -0.2,0.4 -0.2,0 -0.2,0 -0.2,-0.2 0.8,-6 1,-5.8 1.2,-7 l 0.2,-1.2 -0.6,1.4 q -0.6,1.4 -1,3.2 -0.6,1.8 -0.8,1.8 -0.4,0 -0.2,-0.6 2.6,-8.8 2.4,-9.6 l 0.2,-0.4 q 0.2,0.2 0.4,-0.6 0,-0.2 0.2,-0.4 0.2,-1.4 0.4,-2 1.4,-3 2.2,-9.2 0.8,-5.2 0.4,-5.2 -0.4,0 -1.8,-0.4 -1.4,-0.4 -2.6,-0.6 -1.2,-0.4 -1,-0.6 0,0 2.2,0.4 3,0.4 3.6,-0.2 0.2,0 0.2,0 0,-0.2 -0.2,-0.2 -0.4,0.2 -1.4,-0.2 -1,-0.4 -1.6,-0.4 -0.4,0 -0.2,-0.4 0.2,-0.2 0,-0.4 -0.4,-0.2 -0.8,-0.2 l -1.2,-0.4 h 1 1 l -0.8,-0.4 q -0.8,-0.4 -1.4,-0.4 -0.4,0 -0.4,0 -0.2,0 0,-0.2 0.2,-0.4 0.6,-0.2 v -0.4 q -0.2,-0.4 0.4,-0.2 0.4,0.2 0.4,-0.2 0,-0.4 -0.6,-0.4 -0.6,-0.2 0.6,-0.8 l 1.2,-0.6 -1.8,0.2 q -2.2,0.2 -2.2,-0.4 -0.2,-0.2 1.2,-0.4 2,-0.4 0.6,-0.8 -0.2,0 -0.8,0 l 0.2,-0.2 q 0.6,-0.4 0.6,-0.4 -0.4,-0.4 0.2,-0.4 0.2,0 0.6,0.2 l 1.2,-0.2 q -0.2,-0.4 -1,-0.4 -0.6,0 -0.6,0 0,-0.2 0.4,-0.4 0.6,-0.2 -0.2,-0.2 -0.2,0 -0.6,0 -1.4,0.2 -1.6,0 l 0.6,-0.6 q 0.8,-0.2 0.4,-0.4 -0.4,-0.2 -1,0.2 -0.6,0 -0.6,0 0.2,-0.4 1.4,-0.6 1.2,-0.4 1.6,-0.2 0.4,0.2 1.8,0 1.2,-0.2 1.2,-0.2 0.2,-0.2 -0.2,-0.6 -0.6,-0.4 0.2,-0.2 0.6,0 2.4,0.4 h 0.8 l -0.8,-0.4 q -0.8,-0.4 -1.2,-0.2 -0.2,0 -0.4,-0.4 0,0 0.2,-0.2 0.4,-0.2 0.8,-0.4 l 0.2,-0.4 q -0.8,0 -1.4,-0.4 -0.6,-0.2 0.2,-0.2 0.4,0 1,0 2,0.2 2,-0.2 0,-0.6 -1,-0.6 -1.2,0 -0.8,-0.2 0.6,-0.4 1.6,-0.4 1.2,0 1.2,-0.4 0,-0.4 0.4,-0.2 0.4,0.2 0.6,-0.4 0.4,-0.8 0.8,-2.8 2.6,-9 3.999999,-12.2 0.4,-0.6 1.2,-3.2 1,-2.6 1.2,-3.2 0.4,-0.8 0.6,-1.6 l 0.2,-1 -0.6,1 q -0.4,0.8 -2,5.4 l -2.199999,5.2 v -0.4 q 0,-1.8 1.599999,-4.8 0.4,-0.6 0.6,-1.8 0.2,-1.2 0.6,-1.6 0.6,-0.6 0.6,-0.8 -0.2,-0.2 0.6,-2.2 1,-2.2 1.4,-2.6 0.4,-0.4 0.4,-0.8 0,-0.6 0.4,-1.4 0.6,-0.8 0.4,-1.2 -0.2,-0.2 -0.2,-0.2 0.2,0 0.4,0 0.4,0.2 0.4,0 0,-0.6 0.8,-2.2 0.6,-1.4 0.6,-1.6 0,-0.4 0.2,-0.2 0.2,0 0.2,0 0.2,0 0.2,-0.2 0,-0.6 0.2,-1.2 0.2,-0.8 0.6,-0.8 0.2,0 0,-0.4 -0.2,-0.4 0.2,-0.6 0.4,-0.4 0.4,-1 l 0.2,-0.6 q 0.2,0 0.8,-1.4 0.8,-1.4 1.4,-3.2 0.8,-1.8 0.8,-2.2 0,-1 0.4,-1 0,0 0.6,-1 0.6,-1 0.6,-1.2 0,-0.4 0.4,-0.8 0.4,-0.4 0,-0.4 -0.2,0 0.2,-0.4 0.4,-0.6 1.8,-3 l 5.4,-10 v 0.4 l -0.4,1.4 q 0.2,-0.2 0.4,-0.6 0.8,-1.2 0.6,-1.8 l 0.2,-0.2 q 0.2,0.6 1,-0.8 1.4,-2.8 2.4,-2.8 0.4,0 0.8,-0.8 0.4,-1 0.8,-1.2 0.4,0 0.4,0.2 -0.2,0.2 -0.4,0.4 -0.4,0.8 -0.8,1.2 -0.4,0.2 -0.4,0.8 0,0.4 -0.6,1.2 -0.4,0.6 -0.4,0.8 0.2,0 0.6,0 0.6,-0.2 1.2,-0.8 0.6,-0.6 0.6,-1 0,-0.4 -0.6,0.4 -0.4,0.6 -0.4,0.2 0,-0.4 1.2,-1.8 1.2,-1.6 1.6,-1.8 0.4,-0.2 0.2,0.4 l -0.2,0.6 q -0.2,-0.2 -0.6,0.2 -0.4,0.2 -0.8,0.8 -0.2,0.4 -0.2,0.8 l 0.4,0.8 q 0.2,0 0.4,-1.2 0.2,-0.4 0.4,-0.6 0.2,-0.4 0.4,-0.2 0.4,0 0.8,-0.8 0.4,-0.8 0.6,-0.2 0.2,0.4 0.2,-0.2 0,-0.2 0.6,-1 0.8,-1 1.6,-1.6 0.8,-0.6 1,-0.4 0.2,0.4 0.2,0 0,-0.4 0.4,-0.2 0.4,0.2 0,0.6 -0.2,0.4 -0.6,0.4 -0.4,-0.2 -0.4,0.2 0,0 0,0.2 0,0 0.2,0 1,0 1.4,0.8 0.2,1.2 0.4,1.8 0,0.2 0.2,0 0.4,-0.2 0.4,0.6 0.2,0.6 0,4.6 -0.2,1 0.2,1.2 0.2,0.2 0.4,-0.4 0.2,-0.2 -0.2,-0.2 -0.4,0 0.2,-1.2 0.6,-1.2 0.4,-1.4 0.2,-3.6 1,-3.6 0.2,0.2 0.4,4 0.2,3.6 0.4,4 0.4,0.4 0,0.8 -0.4,0.4 0,0.4 0.4,0 0.2,0.6 -0.2,0.4 0,0.6 l 0.8,-1.4 0.6,-1.6 0.2,6 q 0,6 0,7 l 1,3.4 q 0.2,0 0.2,2.4 0.2,2.4 0.4,2.8 0.4,0.4 0.4,1.8 0.2,1.2 0.6,2.2 0.6,2.6 0.2,2.6 -0.8,0 -0.6,-1.8 0.2,-0.2 -0.2,-0.2 -0.2,0 -0.4,-1.2 0,-1.2 -0.2,-1.4 -0.2,-0.2 0,2.6 0.4,2.6 0.4,3.6 -0.2,4 0.6,4 0.6,0 1,1.8 0.4,1.6 0.6,1.6 0.4,0 0.2,-0.8 0,-0.2 -0.2,-0.8 -0.2,-0.8 -0.2,-1 0,-0.6 0,-0.8 0.2,-0.4 0.8,0.6 0,0.2 0.2,0.4 0.2,1.2 0,1.4 0,0 0.2,0.6 1.2,2 1.6,6.8 0.2,1 0.6,2.8 0.2,0.6 0.2,1 0.2,0.4 0.2,0.8 0.2,0.2 0.2,0.2 0,0 0.2,0.4 1.8,6.4 1.8,7.8 0,1 2.6,0.4 1.8,-0.4 3.6,-0.8 2,-0.4 4.4,-1.2 2.6,-0.8 3.2,-0.4 0.6,0.4 1.4,0.6 l 0.2,0.2 q -0.6,0 -0.6,0.4 0,0.4 -0.4,0.2 -0.2,-0.2 -0.2,0.2 0,0.4 -0.6,0.2 -0.2,-0.2 -0.4,0 0,0 0,0 0.2,0.6 -1.6,1.2 l -0.6,0.2 0.6,0.4 v 0.2 q -0.6,0.2 -0.8,0.8 -0.2,0.4 -0.6,0 -0.2,-0.6 -0.4,0 -0.2,0.4 -0.6,0.2 -0.2,-0.2 -2.4,0.6 -2,0.6 -2,1 0,0.8 1,-0.2 0.4,-0.4 0.4,0.4 v 0.6 l 2,-0.6 q 6,-2 6,-1.6 0,0.2 -1.6,0.6 -1.4,0.4 -2.2,0.8 -0.6,0.4 -1.2,0.4 -0.2,0 -0.4,0.2 0,0 0,0 0.2,0.4 1,0.2 0.6,-0.2 1.6,-0.2 1,-0.2 1.8,0 1,0 1,0 0,0.4 -1.2,0.8 v 0.4 l 0.6,0.2 q -0.2,0.2 -1.4,0.6 -1.2,0.2 -1.4,0.4 l 2.2,-0.2 q 0.6,-0.2 1.6,-0.4 4.4,-1.2 5.4,-0.2 z m -8,-8 q -0.6,0.2 -0.8,0.4 l 1.6,-0.4 q 0.6,-0.2 0.6,-0.4 -0.4,0 -1.4,0.4 z M 95.399921,164 q -0.2,-0.4 0.2,-1.6 0.4,-1.2 0.4,-1.4 l -0.8,1.4 q -0.6,1.6 -0.2,2 0.4,0.2 0.4,0.2 0.2,0 0,-0.6 z m 4,-52 q 0.4,-0.4 0.4,-0.8 l -0.4,0.2 q -0.2,0.4 -0.2,0.8 z m 1.199999,-3.4 q 0.6,-1.2 0.4,-1.6 l -0.4,0.8 q -0.4,1 -0.4,1.4 0,0.4 0.2,-0.2 0.2,-0.2 0.2,-0.4 z m 4.6,-18.8 q 0,0.2 0.4,0.2 0.4,0 0.4,-0.2 0,-0.4 -0.4,-0.4 -0.4,0 -0.4,0.4 z m 0.8,-1.2 q 0,0.6 0.6,-0.6 0.4,-0.6 0.4,-0.8 0,-0.4 -0.6,0.4 -0.4,0.6 -0.4,1 z m 27,-41 q 0,-0.4 -0.2,-0.4 -0.2,0 -0.4,1 0.2,0.4 0.4,0.4 0.2,-0.6 0.2,-1 z m -1,0.6 q -0.2,-0.2 -0.2,0 0,0 0,0.4 0,0.6 0.2,0.6 0.2,-0.4 0,-1 z m -0.2,53.4 q -0.2,0.2 0,1.4 l 0.4,1 q 0.2,-0.2 0,-1.4 z m -0.2,-1.2 q 0,0 -0.2,0.2 l 0.2,0.4 q 0.2,-0.2 0,-0.6 z m -2,-47.6 q 0,-0.6 -0.4,-0.6 -0.2,0 -0.2,0.6 0,0.6 0.2,0.6 0.4,0 0.4,-0.6 z m -2.6,34.6 v 2.2 l 0.2,1.6 V 91 q 0.4,-0.6 0.2,-2 z m -1.8,7.6 q 0,-0.8 -0.4,-0.8 -0.2,0 0,0.8 0.2,0.6 0.2,0.6 0.2,0 0.2,-0.6 z m -2.8,-0.6 q 0,0 -0.2,0.2 l 0.2,0.6 q 0.2,-0.2 0,-0.8 z m -4.4,7.6 q -0.4,0.6 -0.4,1.2 0,0.4 0.2,-0.2 0.4,-0.6 0.4,-1 z m -1,5.2 q -0.4,1.6 -0.8,2 -0.2,0.2 -0.2,0.6 0,0.8 0.8,-0.8 0.2,-0.2 0.4,-0.4 0.4,-1 0.2,-1.6 h 0.4 0.4 q -0.2,-0.4 0.8,-1.2 1,-0.8 0.6,-1 -0.2,-0.4 0.4,-1.6 0.6,-1.2 0.8,-3.6 l 0.2,-2.4 -1.2,3 q -1.4,3 -1.4,3.8 0,0.8 -0.4,0.8 -0.4,0 -0.2,0.4 0.2,0.4 -0.2,0.4 -0.2,0 -0.6,1.6 z m 1.4,2 q 0,0 -0.2,-0.2 -0.6,0.4 -0.6,0.8 l 0.2,0.2 q 0,-0.2 0.6,-0.8 z m -2.6,4.6 q -0.2,0 -0.4,0.4 -0.2,0.2 0.2,0.2 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.4 z m 3,21.8 q 0.6,0 0.6,0 -0.4,-0.2 -1,-0.2 -0.2,0.2 -0.2,0.2 0.2,0 0.6,0 z m 12.2,-18.4 q 2.2,-0.4 2.4,-0.6 0.4,-0.4 -0.2,-1.6 -0.4,-1.4 -0.2,-1.8 0.2,-0.4 -0.4,-2.2 -0.6,-1.8 -0.6,-2.2 0.4,-1.6 0,-1.6 -0.2,0 -1.6,-4.6 -1.2,-4.8 -2,-8.4 l -0.6,-3 -0.4,1.4 -0.4,2 0.2,-0.2 q 0.2,-0.4 0.4,0.2 0.2,0.6 0.4,1.6 0.6,2.6 1,4 v 1 q -0.4,-0.2 -0.4,0.2 0,0.2 0.6,0.4 0.6,0.2 0.4,0.8 -0.2,0.4 0,0.8 0.4,0.2 0.2,0.4 -0.2,0.4 -0.2,0.8 0.2,0.4 0.4,0.8 0.2,0.4 0.4,0.4 v 0.4 l 0.2,0.4 q 0.4,-0.4 0.4,-0.2 0,0.2 -0.2,0.6 0,0.8 0.2,0.8 0.2,-0.2 0.2,0 0,0 0,0.2 -0.2,0.6 0,0.6 0.4,0 0.4,0.6 0,0.6 0.2,1.4 l 0.2,1 -0.4,-1 q -1,-1.4 -3.2,-8.4 -2.2,-7 -2.2,-8.2 0,-0.2 -0.2,-0.2 -0.2,0 -0.4,1 0,1 -0.4,3.2 l -0.6,1.8 q 0,-0.2 -0.2,-0.6 l -0.2,0.2 q 0,1 -0.4,1.2 -0.2,0.2 -0.4,-0.4 l -0.2,0.4 q 0.2,0.8 -0.4,1.4 -0.4,0.4 -0.4,0.8 0,0.4 -0.8,1 -0.6,0.4 -0.4,0.8 0.2,0.2 -0.2,1.4 -0.4,0.4 -0.6,0.6 0,-1.2 -1,-0.4 -0.2,0.2 -0.4,0.6 l 0.2,0.2 q 0.6,-0.6 0.4,-0.2 0,0.4 -0.8,2 -0.4,0.8 -0.8,1.4 -0.2,0.4 -0.4,0.2 -0.2,0 -0.4,0.4 l 0.2,0.4 q 0.2,-0.2 0.2,0 0,0.2 -0.4,0.8 -0.2,0.6 -1.4,3.4 -0.4,0.8 -0.8,1.4 -0.2,0.6 -0.6,1 -0.2,0.2 -0.2,0.2 -0.2,-0.2 -0.6,0.2 0,0.2 0,0.4 0,0 0.2,-0.2 0.4,-0.2 0.2,0.4 0,0.6 0.2,0.8 0.2,0 1.6,-0.2 l 2,-0.2 0.6,-0.2 q 0.6,0 0.6,0.4 0,0.2 0.4,-0.2 0.6,-0.4 1.2,-0.2 0.6,0.2 1.2,-0.2 0.8,-0.4 2,-0.4 1.2,0 1.4,-0.2 0.4,-0.2 1,-0.2 0.6,0 4.8,-0.8 z m 2.6,-5.8 q 0.2,0.4 0.4,0.4 0.2,0 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.4,0 -0.2,0.4 z m 1.6,22.6 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 4,-72.4 q 0,0 0.4,1.8 0.2,-0.2 0,-2 z m 0.6,3.4 q 0.2,-0.4 0,-0.8 l -0.2,0.2 z m 1.4,6.6 q -0.2,0.2 0,0.2 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m 5.2,23.2 q -0.2,-0.2 -0.2,0 0,0 0,0.4 l 0.2,0.4 q 0.2,-0.4 0,-0.8 z m -1,3.6 q 0,0 -0.2,0.2 0.2,0.6 0.8,3.2 0.6,2.4 0.8,2.2 0.2,-0.2 -0.4,-2.6 -0.6,-2.6 -1,-3 z m 1.2,49.2 q 0.4,-0.2 0.2,-0.6 l -0.2,0.2 z m -1.8,-50.6 q 0.4,0 0.4,-0.4 0,-0.4 -0.4,-0.4 -0.4,0 -0.4,0.4 0,0.4 0.4,0.4 z m -1.4,39.2 q 0.2,0.6 0.4,0.6 0.2,0 0,-0.8 l -0.4,-0.4 q 0,0 0,0.6 z m 1.2,-43.8 q 0,0 -0.4,-1.4 -0.2,0 -0.2,0.4 0.2,2.4 0.6,2.4 0.2,0 0,-1.4 z m 2,61.2 q 0.6,1.4 0.6,2.2 0,0.6 0.6,0.6 0.2,0.2 0.2,0 0.2,-0.4 -0.2,-1.6 -1.6,-2.8 -2.2,-8 -0.2,-1.6 -0.4,-2.4 l -1,-4.4 q -0.2,0.8 0.2,3 0.6,2.2 0.4,3 -0.2,0.8 0.2,0.8 0.4,0 0.2,0.4 -0.2,0.2 0.2,1.6 0.4,1.2 0.4,2.2 0.2,1 0.8,2.6 z m 1.6,4.8 q 0.2,0 0.2,-0.6 l -0.2,-0.6 -0.2,1.2 z m 2,3.2 q 0,0.2 0.4,0.2 0.4,0 0.4,0 0,-0.2 -0.4,-0.4 -0.4,-0.2 -0.4,0.2 z m 3,6.2 q 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.2,0.2 0.2,0.6 0.4,0.4 z m 3.4,-4.4 q -0.4,-0.6 -0.8,0 0,0.4 0.4,0.4 0.4,0 0.4,0 0.2,-0.2 0,-0.4 z m 4.8,-49.4 q 0.6,0 0.4,-0.2 -0.2,-0.4 -0.8,0 -0.6,0.2 -2.4,0.6 -1.8,0.4 -2,0.8 -0.2,0.2 2,-0.4 2.4,-0.8 2.8,-0.8 z m -2.8,-2 q 0,0 2.2,-0.2 l 0.2,-0.2 q 0.6,-0.2 0,-0.2 -0.2,0 -0.6,0.2 -1.4,0.2 -1.8,0.4 z m -4.4,1.4 0.6,-0.2 h -0.6 q -0.6,-0.2 -1.2,0.2 v 0.4 q 0.6,0 1.2,-0.4 z m 1,-0.6 q 0,0 1.6,0 1,-0.2 1,-0.4 0,-0.2 -0.6,0 -0.6,0 -1.2,0.2 -0.6,0.2 -0.8,0.2 z m 5.8,32.8 q -0.6,-1.4 -1,-1.6 v 0.8 q 1,2.8 1.6,3 0,-0.6 -0.6,-2.2 z m -3.4,-14.2 q -0.4,0.2 -0.2,-0.6 0,-0.2 0,-0.4 0.2,-1.2 -0.2,-1.6 -0.4,-0.6 -0.2,-0.8 0.2,-0.4 0,-1 -0.2,-0.6 -0.6,-0.6 -0.4,0 -0.2,1.2 0.2,1.2 0.4,2.2 0.6,4.4 2.4,8.2 0.2,-0.2 -0.8,-3.2 -0.8,-3 -0.4,-3.2 0,-0.2 0,-0.2 0,0 -0.2,0 z m -0.2,-13 q 0.2,0 0.4,0 0.4,0 0.8,-0.2 0.6,-0.2 1,-0.4 h -0.4 q -0.8,0.2 -1.4,0.2 -0.4,0 -0.4,0.4 z m 3,5.6 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.4,-4.6 q 0,0 2.2,-0.8 -0.2,0 -0.8,0.2 -3.6,0.8 -3.6,1 0,0.2 2.2,-0.4 z m 2.4,3.6 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 1,-0.4 q 0.4,0 0.8,-0.2 0.6,-0.4 0.4,-0.4 -0.2,-0.2 -1,0.4 -0.6,0.4 -0.2,0.2 z"/><path fill="#111111" d="m 250.39986,185 q -0.2,0.4 0.4,0.4 0.6,-0.2 0.6,0.4 0.2,0.6 0,0.6 -0.6,0 -2,-1 -1.2,-1 -1.2,-1.2 0,-0.4 -0.6,0 -0.4,0.4 -0.8,0 -0.4,-0.6 -1.2,-0.8 -0.8,-0.2 -0.8,-0.4 0,-0.4 -0.4,-0.2 -0.2,0.2 -1.8,-1 -1.4,-1.2 -2.8,-2 l -1.4,-0.6 1,0.8 q 1,0.8 2.4,1.8 1.6,0.8 1.2,1.2 -0.4,0.2 -0.6,-0.2 0,-0.2 -1.2,-0.8 -1,-0.6 -1.2,-0.6 -0.2,0 -1.2,-1 -1,-1 -1.4,-1 -0.4,0 -0.6,-0.4 -0.2,-0.6 -0.6,-0.6 -0.4,0 -1.4,-0.8 -1,-0.2 -1,0 0.2,0.4 0,0.4 0,0 -0.4,-0.4 -0.6,-0.8 -0.8,-0.8 -0.4,0 -1.2,-0.8 -0.8,-0.8 -1,-1.2 0,-0.6 -0.2,-0.8 v 0.4 q 0.2,0.6 0,0.6 l -0.8,-1 q -0.2,-0.6 -0.2,-0.6 0.2,0.6 -0.2,0.6 -0.4,0 -1.4,-1.2 -3.4,-3.6 -4.6,-3.8 0.4,0.8 3.8,4 3.4,3 4.6,3.8 1,0.8 0.8,1 0,0.2 0,0.2 0,0 0.2,0 0.6,0 0.4,0.8 0,0.8 0.2,0.4 0.4,-0.4 1.4,0.6 1.2,1 1.2,1.6 0,0.4 0.2,0.6 l 0.2,-0.4 q -0.2,-0.2 -0.2,-0.2 0.2,-0.2 0.6,0 1.8,1.2 1.8,1.8 0,0.2 0.4,0.2 0.4,0 1.8,1 1.6,0.8 1.8,1.2 l -0.8,0.2 q -0.8,0.2 -0.8,0 0,-0.4 0.4,-0.4 V 185 q -0.8,-0.4 -0.8,0 0.2,0.2 -0.4,0.4 -0.2,0.2 -0.4,0.2 0,-0.2 0,-0.4 0,-0.4 -0.6,-0.4 -0.4,-0.2 0,0.2 v 0.2 q -0.4,-0.2 -0.4,-0.6 0,-0.4 -0.6,-0.6 -0.4,-0.2 0,0.2 0,0.4 0,0.4 0,0 -0.2,-0.2 -0.4,-0.2 -0.2,-0.4 0.2,-0.4 -0.6,-0.8 -0.6,-0.2 -0.6,-0.2 0,0 0.4,0.4 0.4,0.6 0,0.4 -0.2,0 -0.8,-0.4 -1,-0.6 -1.4,-1.4 -0.2,-0.8 -0.4,-0.8 -0.2,0 0,0.6 0.2,0.4 0,0.4 0,0 -0.8,-0.4 -1,-0.6 -2,-1.6 l -0.8,-0.8 v 0.8 q 0.2,1 0.4,1.2 1.2,0.6 1.6,1 0.4,0.4 0.2,0.6 l 0.6,0.2 q 1,0 1,0.6 l 0.2,0.4 q 0.2,-0.2 0.6,0.2 0.4,0.4 1,0 h 0.4 q -0.2,0.4 0.2,1.2 l 0.2,0.8 -1.2,-0.8 q -4.8,-2.8 -7.6,-5 -1,-1 -2.2,-2 -1.4,-1 -2.6,-2 -6.6,-6.2 -7,-6.2 0,0.2 -0.2,0.2 0,-0.2 0,-0.4 0.2,-0.2 -1,-1.2 -1.2,-1.2 -1.2,-1.6 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.4,-0.4 -0.2,-0.8 -0.8,-0.8 -0.4,0 -1.2,-1 -0.6,-1.2 -1.2,-1.4 -0.4,-0.2 -0.4,-0.6 0,-0.4 -1.6,-2 -1.6,-1.6 -1.6,-1.8 0.2,-0.2 -0.6,-1 -0.4,-0.4 -1.6,-2 -0.8,-1 -1.8,-2.4 -0.8,-1.6 -1.4,-2.2 -0.6,-0.6 -1.2,-1.6 -0.4,-1 -0.6,-1 -1,-1 -4.2,-7.2 -1.6,-2.4 -1.8,-2.4 0,1 -0.6,2.2 -0.6,1.2 -0.6,2.2 0,0.6 -0.2,0.6 l -0.4,-0.8 -0.4,0.2 q -0.2,0.8 0,1 0.4,0.2 0.4,1 0.2,0.8 -0.2,1 -0.2,0.2 -0.2,1.4 0,2 -1.2,1 -0.6,-0.4 -1,0.2 -0.2,0.4 0,0.6 0.4,0.2 1,0.2 0.4,-0.2 0.4,0 0.2,0 0.2,0.8 0,1 -0.4,1 -0.2,0 0,0.6 0.2,0.4 -0.2,0.4 -0.4,0 -0.6,-0.4 l -0.2,0.4 q -0.2,0.8 0.2,0.8 0.4,0 0.4,0.2 0.2,0.2 0,0.6 -0.2,0.2 -0.4,0.8 -0.4,0.8 -0.4,1.4 0.2,0.4 -0.2,0.4 -0.2,0 0,0.6 0.2,0.6 -0.2,1 -0.4,0.2 -0.4,1.2 0,0.8 -0.8,2.2 -0.6,1.4 -0.6,2.2 0,0.6 -0.2,0.8 -0.2,0.2 -0.4,1.2 -0.2,0.8 -0.6,1 -0.2,0.2 -0.8,2.4 -0.6,2.2 -1.6,2.6 -0.8,0.4 -0.6,0.8 0.2,0.4 0.4,0.2 0.4,-0.2 0.2,0.4 -0.2,0.4 -0.6,1.6 -0.8,1.8 -1.4,3.4 0,0.4 -0.2,0.8 -0.2,0.4 -0.4,0.6 0,0.2 0,0.2 l -0.8,1.2 q -0.2,1 0,1.6 l -0.2,0.2 q -0.2,-0.4 -0.4,0.2 -0.2,0.4 -0.4,1.2 -0.6,2 -1,2.4 -0.2,0.4 -1,2.4 -1.4,4 -2.6,4.6 -0.8,0.4 -0.8,-0.2 0,-0.4 0.4,-0.6 0.6,-0.2 0.4,-0.6 -0.2,-0.2 0,-0.8 0.4,-0.4 1,-1.8 l 0.6,-1.2 0.2,-0.8 q 0,-0.6 0.2,-1.8 0.2,-1.4 -0.2,-0.8 -0.2,0.6 -1,2.8 -2,5.2 -2.8,5.2 -0.4,0 -0.6,-0.6 0,-0.6 0,-0.6 l 0.2,-0.4 q -0.2,-0.4 -0.6,-0.2 -0.4,0.2 -0.6,-0.2 0,-0.4 0.6,-2.2 0.8,-2 0.6,-2.2 l -0.2,0.2 q 0,0.6 -0.4,1.2 -0.4,0.4 -0.8,1.2 -0.4,0.6 -1,0.6 -0.4,0 -0.4,0.8 0,1 -0.4,1 -0.2,0 -0.6,0.8 -0.2,1 -0.4,1 -0.6,0 0.2,-1.6 0.4,-1.6 0,-1.6 v -0.2 q 0.2,-0.8 0.2,-1.6 0.2,-1 0.4,-1.4 0.4,-0.4 0.2,-1 -0.2,-0.8 0.2,-1.6 0.6,-1 0.2,-1.6 l -0.2,0.2 q 0.2,0.8 -0.2,0.6 -0.2,-0.2 -0.4,0 0,0.2 -0.2,0.6 -0.2,0.8 -0.4,0.8 -0.2,0 -0.6,0.8 -0.2,0.6 -0.2,0 0,-0.2 0,-0.8 l 0.2,-2.6 0.2,0.2 q 0.4,0.6 0.4,0 0,-0.6 0.2,-1.2 0.2,-0.6 -0.2,0 -0.4,0.4 -0.4,-0.2 0,-0.6 0.4,-1 0.6,-0.4 0.4,-1.6 0,-0.8 0.2,-0.8 l 0.2,-2 q 0,-2.4 0.2,-2.4 0.4,0 0.2,-0.6 -0.2,-0.8 0,-0.8 0.4,0 0.4,-1 0,-1.2 0.8,-5.4 0.8,-4.2 1.2,-7.4 0.6,-3.2 0.8,-3.6 0.4,-0.4 0.2,-0.8 -0.4,-0.6 1.2,-10.6 l 0.4,-4.4 q -0.2,0.6 -1.2,6.8 -1,6 -1,6.6 0,0.2 -0.2,0 l -0.2,0.4 q 0.2,0.4 -0.2,0.8 -0.4,0.2 -0.4,0.6 l 0.4,-0.2 q 0.4,-0.6 0.4,0.2 0,0.8 -0.2,1 -0.2,0.2 -0.4,1.8 -0.2,1.6 -0.4,2 -0.2,0.4 -0.2,1.4 -0.2,2.2 -1,4.8 -0.6,1.4 -1,3.8 -0.2,1.2 -0.6,3 -0.2,1.6 -0.6,2.8 -0.2,1.2 -0.4,1.2 0,-0.2 0.6,-4 0.8,-4 0.6,-4.6 l -0.4,-1.8 0.8,-2 q 0,-0.2 0,-0.4 0.4,-2.8 0.6,-4.4 0.4,-1.8 0.4,-2.8 l -0.2,-0.2 q -0.4,0.6 -0.2,-0.2 0,-0.2 0,-0.8 0.8,-7.6 1.6,-12.2 0.6,-3.6 0.6,-6.6 0.2,-2 0.2,-2.2 0.2,-0.4 0.2,-6.4 0.2,-6.2 -0.6,-6.8 -0.6,-0.6 0,-0.6 0.6,0 0.2,-0.4 -0.4,-0.6 -0.2,-0.8 0.4,-0.2 0,-0.2 -0.4,0 -0.6,0.4 0,0.4 -1,0.2 -0.6,-0.2 0,-0.6 0.2,0 0.8,-0.4 1.6,-0.6 1.6,-1 0.2,-0.6 -0.2,-0.6 -0.2,0 -0.6,0.2 -0.4,0.4 -1.8,0.8 -3.2,0.8 -3.4,-1.4 -0.2,-0.8 1.2,-1.6 1.2,-0.6 1.2,-0.8 0.2,-0.4 -0.4,-0.8 -0.4,-0.6 -1.4,-0.4 -0.2,0 -0.4,-0.2 l 0.2,-0.2 0.2,-0.4 q 0.6,-0.4 1.2,-0.2 h 0.2 q -0.4,-0.2 0.8,-1.2 0.8,-0.6 1,-0.8 l -1,0.2 q -0.8,0.2 -0.8,-0.2 0,-0.6 2,-1.6 2.2,-1 2.6,-1.4 0.2,-0.2 0.2,-10.2 0,-10 -0.2,-14 -0.4,-5.8 -0.6,-17.8 -0.2,-7.6 -0.4,-7.8 -0.2,-0.4 -0.4,-2.2 0,-2 0.2,-2.8 0.2,-0.8 0.4,0.2 0,0.4 0.2,2 0.2,4.2 0.4,8.4 l 0.2,2.2 0.2,-1.8 0.2,-1 q 0,0 0.2,0.4 0.2,-0.2 0.2,-1 V 59 q -0.2,0.2 -0.4,1.2 l -0.2,0.8 q 0,0 0,-1.4 l 0.2,-1.6 0.2,-0.8 q 0,-0.8 0,-2.2 -0.2,-1 -0.2,-1 0,0 -0.2,0.4 l -0.2,-2.4 v -2.2 l -0.2,0.2 q -0.2,1 -0.2,0 0,-0.2 0,-1 0,-2 0.4,-1.8 v -0.8 q -0.2,-1 -0.2,-4.2 V 40 q 0,0.2 0,1 0.2,1 0.4,1.6 0.2,0.6 0.2,1 0.2,0.4 0.2,0.4 0.2,0 0.4,0 0.2,-0.2 0,-1.2 -0.2,-1.2 0.2,-2 0.2,-0.8 0.4,-0.2 0,0.2 0,0.8 0,1.6 0.4,3 l 0.6,1.4 v -1.6 q 0,-1.6 0,-2.4 0.2,-0.8 -0.2,-0.8 -0.2,0 -0.2,-0.8 0.2,-0.8 -0.2,-0.8 -0.2,0 0,-1.4 0.2,-1.6 0.6,-1.4 0.4,0 0,-0.8 -0.2,-0.8 -0.2,-0.8 0,-2.4 0.6,-2.4 0.6,0 0.6,0.4 l 0.4,-0.2 0.2,-0.2 1.4,3.4 q 0,-0.4 0.4,-0.2 0.4,0.2 0.4,-0.4 -0.2,-0.2 -0.2,-0.4 l 0.2,-1 q 0.2,0.2 0.2,0.2 0,-0.2 -0.2,-1.2 l 0.2,-0.4 q 0.4,0.8 0.4,1.2 0,0.4 0.4,0.4 0.4,0 0.4,0.8 l 0.2,0.8 q 0.4,-0.2 0,-1.8 -0.2,-1.6 -0.6,-2 -0.4,-0.6 -0.2,-0.8 0.2,-0.2 0.6,0.8 0.6,0.8 1.4,0.6 0.6,-0.2 0.8,0.2 0.4,0.4 1,1.6 0.4,1 0.6,1.4 0.2,0.2 0.2,0 0,-0.4 -0.6,-2 -0.4,-1.4 -0.2,-1.6 1,-1 2,1 0.4,1.2 0.8,2.2 l 0.4,1 v -1.2 l 0.4,-0.2 h 0.4 q 0,-1.8 0.6,-0.2 0.2,0.4 0.2,0.8 0.4,1.4 0.8,1.6 0.4,0.2 0.4,-0.4 0,-0.6 -0.6,-0.8 -0.4,-0.2 -0.4,-0.4 0,-0.4 0.4,-0.2 0.2,0.2 0.2,-0.2 0,-0.2 0,-0.4 -0.2,-1 -0.2,-1 0.4,0 0.8,1.2 0.4,1.2 0.4,1.8 0,0.8 0.4,0.8 0.4,0 0.2,0.6 0,0.4 0.2,1.2 0.4,0.8 0.4,1.4 0.2,0.4 0.4,1 1.6,4.2 2,8 0.2,0.8 0.4,1.4 0.8,2.4 2.4,11.2 0.6,4.2 0.6,6.8 0.2,2.6 0.4,3 0.2,0.4 0,1.8 0,1.2 0.2,2.2 0.4,1 0,2 -0.2,1 0,1 0.2,0 0.2,7 0,7 0.2,7 0.2,0 2.2,-1.2 2,-1.2 2.4,-1.6 0.4,-0.4 2.8,-2 13.8,-10.6 22,-23 0.6,-1 1,-1 0.4,0 1.2,-1.2 3.6,-5.2 5.4,-9 0.8,-1.4 1.2,-1.2 0.2,0.2 0,0.6 -0.2,0.8 -0.4,1.6 0,0.8 -0.4,1.6 -0.2,0.4 -0.2,0.6 0,0 0.4,0 0.6,-0.4 0.2,0.2 -0.4,0.6 0,0.6 0.6,0 0.6,-0.2 0,-0.4 0.4,-0.2 0.2,0 0.2,0 0.2,0 0,-0.2 -0.2,-0.4 0.6,-2 1,-1.8 1.2,-1.8 0.2,0 0,0.8 -0.2,0.6 0,0.6 0.4,0 0.2,1 0,0.8 -0.4,2.2 -0.2,1.4 -0.6,2.2 -0.8,1.8 -0.6,2.2 0,0 -0.2,0.2 0,0 -0.2,0 0,0 -0.2,0.2 -0.2,0 -0.2,0.4 -0.2,0.6 0.2,0.2 0.6,-0.4 0.6,0 0,0.2 -0.6,0.8 -0.6,0.6 -0.8,0.2 l -0.2,0.2 q 0.4,0.4 -1.2,3.4 -0.4,0.8 -0.8,1.6 -0.2,0.6 -0.4,1 0,0.2 0,0.2 0.2,0 1,-1.2 0.8,-1.2 0.8,-1.6 0,-0.2 0.8,-0.6 l 0.2,-0.2 q -0.4,0 0.2,-0.8 1,-1.2 0.4,-1.2 -0.4,0.2 -0.4,0 0.2,-0.2 1,-1.2 1.2,-1.2 1.2,-1.6 0,-0.4 0.6,-1.6 0.6,-1.4 0.2,-2 V 59 q 0.4,0.4 0.8,-0.4 l 0.4,-0.4 q 0,0.4 0.4,0.2 0.2,-0.2 0.2,0.2 0.2,0.4 -0.2,1.2 -0.2,0.6 -0.4,0.4 l -0.2,0.2 q 0.2,0.6 0.8,-0.2 0.2,-0.4 0.2,-0.4 l -0.2,1 q -0.2,1 0,1 0.2,-0.2 1.2,-2.2 1.2,-2.2 1,-1.2 -0.2,1 -0.4,1.4 -0.8,0.8 0.2,0.8 0.4,0 0.4,-0.6 0,-0.8 0.6,-1.4 0.6,-0.4 0.6,-0.2 0,0.2 -0.2,0.8 -0.2,1.2 0,1.2 0.4,0 0.2,-0.2 0,-0.4 0.2,-1 0.4,-0.4 0.4,0.2 0,1.8 -0.8,4 -0.6,1.8 -0.8,2.2 0,0.4 -0.4,1 -0.4,0.4 -0.2,1 0.2,0.8 -2.4,8.2 -1.2,2.8 -1.2,3.2 -0.4,1 -0.8,0.6 -0.2,-0.4 -0.2,-0.2 0,0.2 0.2,0.6 0,1 -2,4.6 -1.8,3.4 -2.6,4.6 -0.8,1 -0.6,1.4 0.2,0.2 -0.2,0.2 -0.4,0 -0.4,0.6 0,0.6 -0.4,0.2 l -0.2,0.2 q 0.2,0.4 -0.8,1.6 -1,1 -1,1.2 0,0.2 -4.4,4.4 -4.2,4.2 -4.2,4.6 0,0.2 1.8,-1.6 1.8,-1.8 2.2,-1.8 0.4,-0.2 3.2,-3.2 5.2,-5.6 8.6,-12.6 1.4,-2.6 1.8,-2.8 0.4,0 0.4,0.4 0.4,0.8 -2.2,5.2 -0.6,1.2 -0.6,1.6 0,0.4 -0.8,1.2 -0.8,0.8 -0.8,1.2 0.2,0.4 -0.6,0.6 -0.6,0.2 -0.6,0.8 0,0.6 -0.4,1 -0.4,0.2 -1,1 -1.6,2.6 -8,8 -6.4,5.4 -11.2,8.4 -3.2,2 -3.4,2 -0.6,0.6 7,17.6 7.8,16.8 24.6,34.6 3.6,3.8 4.6,5 l 1,1.2 -1.2,-1 q -1.4,-1 -2,-1.6 -0.4,-0.8 -0.6,-0.6 -0.2,0.2 4.4,5 l 2,2.4 q -2.6,-2.2 -8.4,-8 l -4.4,-4.2 q 0.6,0.8 4.4,5 4,4 3.8,4.6 0,0.4 0.4,0 l 0.4,-0.4 q 0,0.4 0.2,0.8 0.2,0.8 2.8,3.4 2.6,2.4 2.4,2.6 0,0 -3.8,-3.4 -3.8,-3.4 -4,-3.2 0,0 3.2,3.2 l 1.8,2 -0.4,-0.2 q -2.2,-1.8 -2.2,-1.2 0.2,0 0.4,0.4 h -0.2 q -0.2,-0.2 -0.4,-0.4 -1.2,-1 -1,-1.2 0.2,-0.4 -0.4,-0.8 -0.4,-0.4 -0.4,0.2 0,0.4 -1.6,-1.2 l -1.4,-1 q 0.4,0.6 3.8,4 3,3 2.6,2.8 -0.4,-0.4 -0.4,-0.2 0,0.4 1.4,1.6 1.6,1.2 1.8,1.6 l -1.2,-0.6 q -1.4,-1.2 -2.4,-1.6 l -0.8,-0.4 0.8,0.8 q 0.8,0.8 0.8,1.2 0,0.4 1.6,1.6 1.8,1 1.6,1.6 z m -4.6,-8.8 q 0,0 -0.6,-0.4 -0.6,-0.6 -0.2,0 0.8,1 0.8,0.4 z m -5.4,-113.6 q 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 0,0.4 0.2,0.4 0.2,0 0.4,-0.4 z m -0.4,9 q 0,0 -0.6,1.4 0.2,-0.2 0.6,-0.8 0.6,-1 0.6,-1.4 z m -2.2,4.2 q 0,0 0,0.2 0.2,0 0.6,-0.8 1,-1.6 0.8,-1.8 -0.2,0 -0.4,0.4 -0.2,0.2 -0.6,0.8 -0.2,0.6 -0.4,1.2 z m -2.2,5.2 q -0.8,1.2 -0.6,1.2 0.4,0 0.8,-1 0.4,-1 1,-1.6 1.4,-1.4 0.6,-1.4 -0.4,0 -0.8,0.8 -0.4,0.8 -1,2 z m -0.8,-22.2 q -0.6,0.6 -0.6,0.8 0,1 0.6,-0.4 z m -0.4,2 q 0,-0.2 -0.4,-0.2 -0.2,-0.2 -0.4,0 0,0.2 0,0.2 0.2,0 0.4,0 0.4,0 0.4,0 z m -0.8,5 q -0.6,1.2 -0.4,0.8 1,-1 1.4,-2 0.6,-0.8 0.4,-0.8 -0.2,0 -1.4,2 z m -1,3 q 0,0 -0.2,0.6 0.4,-0.2 0.8,-0.8 0,-0.4 0.2,-0.6 l -0.4,0.2 q -0.2,0.2 -0.4,0.6 z m -0.2,16.4 -0.8,1 q -1,1 -1,1.4 0,0.8 0.6,-0.2 0.2,-0.2 0.4,-0.8 z m -1.4,-19 q -0.6,0.4 -0.6,0.6 0,0.4 0.6,-0.6 z m -3.4,25.6 q -2.2,2.6 -1.6,2.6 0.2,0 1.8,-2.2 l 1.6,-2.2 z m -4.6,3 q 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,0.4 0,0.2 0.2,0.2 0.2,0 0.4,-0.2 z m 2,1.6 q 0,0 -4.6,4.8 0.2,-0.2 0.8,-0.6 1.8,-1.4 2.6,-2.2 0.8,-1 1.2,-1 0.4,0 1.2,-1.2 1,-1.4 2.6,-3.2 1.6,-1.8 1.4,-2 -0.2,-0.2 0.8,-1.4 0.8,-0.6 2,-2.6 1.4,-2.2 1.4,-2.6 l -0.6,0.8 q -0.8,1 -1.2,1.4 -3.2,4.2 -3.2,4.6 0.2,0.4 -4.4,5.2 z m -4.6,8 q 0.6,-0.6 0,-0.2 -0.6,0.4 -0.6,0.6 0,0.4 0.6,-0.4 z m -1.4,-2 q 0,0 -0.2,0.2 v 0.6 q 0.2,-0.2 0.2,-0.8 z m -1.6,1.2 q 0.4,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.8,-0.6 z m -48.2,51 q 0,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.6 0.2,0.6 z m 0.4,-3.8 q 0.2,-0.6 0.2,-1.6 v -0.8 l -0.2,0.8 q -0.4,1 -0.4,1.6 v 0.6 z m 2.6,-83.8 q 0,0 -0.2,0 0,0.4 0,0.6 l 0.2,1.2 v -0.2 q 0.2,-0.8 0,-1.6 z m -0.2,3.8 q 0,2.6 0.4,2.4 0.2,0 0,-2 -0.2,-1.4 -0.4,-1.2 0,0 0,0.8 z m 0.6,6.6 q 0.2,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.6 0.2,0.6 z m 0.2,-9 q 0,0.4 0,0.4 0,0.4 0,0.6 0.2,-0.6 0,-1 z m 0,3.2 q 0.2,-0.6 0,-1.2 0,0.2 0,0.6 0,0.6 0,0.6 z m -6,113.6 q 0.4,-0.2 0.2,-0.8 -0.6,-1.2 -0.6,0.2 0,0.4 0,0.6 0.2,0 0.4,0 z m 1.8,-10 q -0.2,0.6 0.2,0.2 0.6,-0.4 0.4,-0.6 -0.2,-0.2 -0.6,0.4 z m 1.8,-5 q 0,0 -0.2,-0.4 -0.2,0.2 -0.2,0.6 v 0.4 q 0.2,0 0.4,-0.6 z m 0,-1.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 1.2,-5.8 q 0,0 -0.2,0.2 v 0.6 q 0.2,-0.2 0.2,-0.8 z m -0.6,1.6 q 0,0 0.2,0.6 0.2,-0.4 0,-0.8 z m 0,20.2 q 0.4,0.4 0.4,0.4 0.2,0 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.4,0 -0.2,0.4 z m 1,6.4 q 0.4,-0.4 0.4,-0.8 l -0.4,0.2 q -0.4,0.6 -0.4,0.8 z m 1.2,-115 q 0,0 0,0.2 -0.2,0.2 -0.2,0.6 0.2,0.8 0.2,0.8 0.2,-0.8 0,-1.6 z m 0,56.2 q -0.2,0.6 0.2,0.2 0.4,-0.4 0.2,-0.6 -0.2,-0.2 -0.4,0.4 z m 0.4,-31.4 q 0.2,-0.4 0,-1 0,-0.2 -0.2,0 0,0 0,0.4 0,0.6 0.2,0.6 z m 0,-3.8 q 0.2,-0.6 0,-1.2 -0.2,0 -0.2,0.6 0.2,0.4 0.2,0.6 z m -0.2,-11.2 q 0,0.6 0.2,0.6 0.2,-0.4 0,-1 0,-0.2 -0.2,0 0,0 0,0.4 z m 0.2,-2.2 q 0.2,-0.6 0,-1.2 -0.2,0 -0.2,0.6 0.2,0.4 0.2,0.6 z m 0.8,-37.8 q 0,0 0,1.6 l 0.2,2 v -1.6 q 0.2,-1.8 -0.2,-2 z m 0.2,38.8 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 1.4,-48.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.2,33.2 q 0.4,-0.2 0.2,-0.6 l -0.2,0.2 z m 13.8,-11.6 q 0,0 -0.2,0.2 l 0.2,0.4 q 0.2,-0.2 0,-0.6 z m 0.4,85.8 q 0,-0.8 -0.4,-0.8 -0.2,0 -0.2,1 l 0.2,0.8 q 0.2,-0.2 0.4,-1 z m -1,-104.4 q 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 0.2,0.6 0.2,0.6 0.2,0 0.2,-0.6 z m -2.6,113.6 q 0,0.8 -0.8,3.6 -0.6,2.6 -0.6,3.2 l 1.4,-5 q 1.2,-4.8 1.2,-5 z m -2.4,-114.2 q 0,0 -0.4,0.2 0.2,1 0.4,1 0.2,0 0.2,-0.2 0,-0.4 -0.2,-1 z m -0.6,-1.8 q 0,0 -0.2,0.4 l 0.2,0.4 q 0.2,-0.2 0,-0.8 z m 0,128.6 q 0,0 -0.2,0.2 l 0.2,0.4 q 0.2,-0.2 0,-0.6 z m -2.4,10.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.8,-140.8 q 0.2,-0.2 -0.4,-1.2 l -0.6,-0.6 z m 0.4,0.6 q -0.4,-0.2 -0.4,0.2 0,0.4 0.4,0.4 0.4,0 0.4,-0.2 0,-0.2 -0.4,-0.4 z m 1.4,132.8 q 0,-0.4 0.4,-0.6 0.4,-0.4 0,-0.6 -0.2,0 -0.4,0.2 0,0.2 -0.2,0.8 -0.2,0.4 -0.4,1 -0.2,0.6 -0.4,1.2 0,0.4 0,0.8 0,0.6 -0.4,0.6 -0.4,0 -0.2,0.4 0.4,0.6 0.8,-0.8 0.2,-0.4 0.4,-0.8 0.6,-1.8 0.4,-2.2 z m 0.6,-2.2 q 0.4,-0.8 0.4,-1.2 h -0.4 q -0.2,0.8 -0.2,1.2 z m 1.6,-3.8 q 0.2,0 0.2,0 0.2,0 -0.2,-0.6 -0.4,-1 -0.6,-0.6 -0.2,0.4 -0.4,-0.2 0,0.2 0,0.8 l -0.2,1.2 v 0.6 q 0.2,0.6 0.4,0.2 0.2,-0.4 0.2,-1 0.2,-0.6 0.6,-0.4 z m 0.4,-3 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.2,-1.8 q 0,0.4 0.2,0.2 0.4,-0.2 0.4,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.6 z m 0.8,-0.8 q 0,0 0.2,-0.2 -0.4,-0.6 -0.2,-0.8 0.2,-0.2 -0.2,-0.2 -0.6,0 -0.2,0.8 0,0.2 0.4,0.4 z m 0.4,-2.6 q 0.4,-0.8 0.2,-1 -0.2,-0.4 -0.6,0.4 -0.2,0.4 -0.2,1 0,0.2 0.2,0.4 z m 0.4,-1.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.2,-5.2 q 0.2,-0.4 0,-1 0,0.4 0,0.6 0,0.2 0,0.4 z m 0.2,-3.6 q -0.4,0.2 0,0.4 0.6,0.2 0.6,0.4 0,0 0,-0.4 0,-0.6 -0.6,-0.4 z m 0.6,4.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 1.4,-2 q 0,-0.2 -1,-0.8 l -0.8,-0.2 q 0,0 0.2,0.4 0.8,0.8 1.6,0.6 z m 0,-3.8 q 0.2,-0.2 0,-0.8 l -0.2,0.4 z m 0.2,0.4 q -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 -0.2,0 -0.4,0.4 z m 22.6,-16 q -0.4,0.2 -0.4,0.6 0,1 0.4,-0.2 z m -1,-2.8 q -0.2,0.2 0,0.8 0.2,0.4 0.4,0.4 0.2,0 0,-0.6 z m -0.6,-1 q 0.2,-0.6 -0.2,-0.8 -0.2,-0.4 0,0.4 z m 1.8,36.6 q -2.4,-3 -2.6,-2.8 0,0.4 0.6,1.2 0.8,0.8 2.6,3 2,2 2,2 0.2,-0.2 -0.6,-1 -0.8,-0.8 -2,-2.4 z m -3,-3.8 q 0,-0.2 -0.4,-0.4 -0.4,-0.2 -0.4,0.2 0,0.2 0.4,0.2 0.4,0 0.4,0 z m 1.4,-63.8 q 0.4,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.8,-0.6 z m -3,15.6 q -0.8,0.8 -0.8,1 0.4,0 1.8,-1.4 1,-0.8 0.6,-0.8 -0.2,0 -1.6,1.2 z m 0.4,9.2 q 0.2,0 -0.2,-0.6 l -0.4,-0.2 q 0.2,0.8 0.6,0.8 z m -5,30.6 q -0.6,-0.8 -0.8,-0.8 -0.2,0 0.4,1 z m -1.6,-2.2 q 0,0 -1.4,-2 0,0.2 0.8,1.6 1,1.4 1,1.4 0.2,0 -0.4,-1 z m -2.8,-4.2 q -0.4,-0.4 -0.2,0.2 0.2,0 0.4,0.4 l 1,1 q 0,0 -0.2,-0.4 -0.4,-0.6 -1,-1.2 z m 1,4.2 q 0.4,0 0.4,-0.2 0,-0.2 -0.4,-0.4 -0.4,-0.2 -0.4,0.2 0,0.4 0.4,0.4 z m -1,-2.4 q -0.4,-0.6 -0.8,-0.6 -0.6,0 0.2,0.8 0.8,0.6 0.8,0.4 0,-0.2 -0.2,-0.6 z m -2.2,-5.8 q -0.2,-0.4 -0.4,-0.8 -0.2,-0.6 -0.4,-0.8 -0.2,-0.4 -0.4,-0.6 0,-0.2 0,-0.2 -0.2,0.2 0.4,1.6 0.8,1.4 1,1.4 0,0 0,-0.2 0,-0.2 -0.2,-0.4 z m -1.4,-1 q 0,0 -2.2,-4 0,0.2 0.2,1 0.2,0.8 1.2,3 1,2 2,3.8 1.2,1.8 1.4,1.8 0.2,-0.2 -0.4,-0.8 -0.4,-0.8 -0.2,-0.8 v -0.2 q -0.4,-0.2 -2,-3.8 z m -2.2,-58.6 q 0,0 0.2,0.4 0.2,-0.4 0.4,-0.6 0.4,-0.2 -0.2,-0.4 -0.4,-0.2 -0.4,0.6 z m 0.4,1.4 q -1.2,0.4 -0.2,0.4 0.4,0 0.6,-0.2 z m -2.2,-19.6 q -0.4,-0.2 -0.4,0.2 0,0.2 0.4,0.2 0.4,0 0.4,0 0,-0.2 -0.4,-0.4 z m 0,2.6 q 0,0.4 0.2,0.2 0.4,-0.2 0.4,-0.6 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.2,0.6 z m 0.4,26 q 0.4,0.4 0.4,0.4 0.2,0 0.4,-0.4 0.2,-0.4 -0.4,-0.4 -0.6,0 -0.4,0.4 z m 1.2,-16.8 q 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 z m 8.8,81.8 q 0.4,0.2 0.6,0.2 0.2,-0.2 -0.2,-0.4 -0.4,-0.4 -0.6,-1 0,-0.8 -1,-1.6 -0.8,-0.8 -1.2,-1.8 -0.2,-1 -0.6,-1 -0.2,0 -0.2,-0.4 0,-0.6 -0.4,-0.6 -0.8,-0.4 -4.2,-7.6 -1,-2 -1.4,-2 -0.4,0 2,4.4 1.4,2.6 1.6,3.4 0.4,0.8 0.6,0.8 0.4,0 0.4,0.4 0,0.2 1.6,2.8 1.6,2.6 2.2,3.2 0.4,0.4 0.4,0.8 0,0.2 0.4,0.4 z m 1.4,2 q 0,0 0.8,0.2 0,0 -0.8,-1 -0.4,-0.2 -0.6,-0.4 -0.2,0 0.6,1.2 z m 2.6,3.2 q 0.6,-0.6 0.2,-1.2 -0.4,-0.6 -0.6,-0.2 -0.2,0.4 -0.4,-0.4 -0.2,-0.8 -0.6,-0.8 -0.6,0.4 0.8,1.8 0.6,0.4 0.4,0.8 z m 1,1.2 q 0.2,0.4 0.2,0.4 0,0 0.2,-0.4 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.2,0.6 z m 1.2,1.6 q 0.6,0.4 0.8,0.2 0.2,-0.2 -0.2,-0.8 -0.4,-0.6 -0.8,-0.6 -1,0 0.2,1.2 z m -3.4,-8.8 q 0,0 2.4,3.6 2.6,3.4 3.4,4.2 0.4,0.4 2.8,3 l 0.2,0.4 0.2,0.2 0.2,0.2 0.2,0.2 3.4,3.6 v -0.2 q 0,-0.2 -1.2,-1.6 -6.4,-7 -12.6,-16 -0.8,-1 -1.4,-1.8 -0.6,-0.8 -1,-1.2 -0.2,-0.6 -0.4,-0.4 -0.2,0.2 0.8,2 1.2,1.6 2.2,2.6 1,1 0.8,1.2 z m 20,21.4 q 0,0 -2.6,-2.2 l 0.2,0.2 q 2,2.2 2.2,2.4 0.4,0.2 0.2,0.6 -0.2,0.2 -0.2,0.2 0.2,0 0.4,0 0.4,-0.2 2.4,1.4 l 1.8,1.6 q -0.2,-0.4 -4.4,-4.2 z m 0.2,3.2 q -2.2,-2.2 -2.6,-2.2 -0.2,0 -6.2,-6.2 -6,-6.2 -5.8,-5.4 0,0.6 0.6,1.4 0.8,0.6 1.2,0.6 0.4,0 0.2,0.2 -0.2,0.2 5.4,5.8 5.6,5.6 5.6,6 0.2,0.4 0.6,0.4 0.2,0 0.8,0.6 0.6,0.4 1,1 0.6,0.4 0.6,0.6 l 0.4,0.2 q 0.6,0 1.2,0.6 1.2,1.2 1,0.6 0,-0.4 -0.4,-1 -0.6,-1 -1,-1 -0.2,0 -2.6,-2.2 z m -0.6,-28.2 q 0.2,0.2 0.4,0 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.4 0.2,0.6 z m 8,17.2 q 1,1.2 1,0.8 0,-0.2 -0.8,-1 l -1,-0.8 z m 1.6,-3.8 q 0.6,1 0.8,0.8 0.2,-0.2 -0.6,-1 l -0.8,-0.8 z m 6.4,7.8 q 0,-0.4 -0.4,-0.4 -0.4,0 -0.2,0.4 0.2,0.4 0.4,0.4 0.2,0 0.2,-0.4 z m 3.6,10 q 0.2,0.6 0.4,0.4 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.2,0.2 z"/><path fill="#111111" d="m 322.99994,62 q 0,0.2 0.4,0.8 0.4,0.4 -0.2,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 l -0.2,0.2 q -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.2 l -1.6,0.2 -1.4,0.2 q 0.4,0.2 0.2,0.6 -0.2,0.2 0.2,0.2 0.4,0 0.4,0.4 0,0.4 -1,0.2 -4.8,-1.2 -5.4,-0.4 l 1,0.2 q 1.2,0 1.4,0.4 0.2,0.2 1.4,0.6 l 0.2,0.2 q -1,0.2 -1.2,-0.2 -0.8,-0.8 -3,-0.4 -0.6,0.2 -0.6,0.4 0.2,0.2 1.2,0.2 1.2,-0.2 1.2,0.2 0,0.2 2.8,0.4 4.2,0.4 4,1.2 -0.4,0.4 -0.8,-0.2 l -0.2,-0.2 q 0,0.4 -2.2,0.4 -3.8,0 -3.2,0.2 0.2,0 0.8,0.2 0.8,0.2 -0.2,0.2 -0.8,0 -2.4,0 -4,0.2 -5.4,0.4 -3.6,1 -11,2 -2.4,0.4 -10.2,2.6 -7.8,2.2 -8.4,2.8 -0.2,0.2 0.6,5.8 1.4,10.6 1.4,21.2 0,3.4 0.4,3.4 4.2,-1.6 9.2,-2.4 1,-0.2 1,0.2 0,0.2 0.8,0.2 0.8,0 0.2,-0.4 -0.6,-0.2 -0.6,-0.2 0,0 0.6,0 0.8,0 0.8,0.4 l 0.2,-0.2 q 0.2,-0.6 6.8,-0.4 6.6,0 7.8,0.8 1.4,0.6 1.6,1 0.2,0.4 -0.2,0.4 -0.2,-0.2 -0.4,-0.2 -0.8,-0.2 -2.6,-0.4 -1.2,0.2 -1.2,0.4 0.4,0.6 1.4,0.4 1,-0.2 3,0.4 2,0.4 2,0.8 0.2,0.4 -0.4,0.6 -0.6,0 -2.6,0 -3.2,0.2 -5.2,0.4 -1.8,0.2 -0.2,0.2 0.8,0 2.2,0 4,-0.2 5,0.4 1,0.4 1,0.8 0,0.2 0.8,0.4 0.8,0 0.8,1 0,1 -0.8,1.2 -1.2,0.2 -1.4,0.4 0,0.2 0.4,0.6 0.6,0.4 1.2,0.2 v 0.2 q -0.4,0.6 -2.4,0.8 -0.8,0.2 -0.6,0.4 0.4,0.2 -0.2,0.2 -0.2,0 -0.6,0 -1.4,-0.2 -1.4,0.2 0,0.2 -0.4,0 -0.2,-0.2 -0.4,0.2 h 2.6 q 1.2,0 2,-0.2 0.6,-0.2 0.6,0 0.2,0 -0.2,0.2 -0.4,0.6 -1.6,0.6 l -4,1 h 0.2 q 0.6,0 3.8,-0.4 h 0.2 0.2 l 0.2,-0.2 4,-0.4 q -0.6,0.4 -1.8,0.6 -1,0 -1.4,0.4 -0.2,0.4 -1.6,0.4 -1.4,0 -1.4,0.4 0,0.4 0.8,0.2 l 5,-0.4 q -0.6,0.2 -0.6,0.8 0,0.4 -1.4,0.8 -1.6,0.6 -0.2,1 1.6,0 -0.8,0.8 -2,0.8 -6.2,1.8 -22.2,5.6 -25.2,7.4 -0.8,0.4 -0.8,1.2 0,0.6 -0.2,1.4 -0.2,1 -0.8,5.4 -0.4,4.6 -1.4,9.8 -1,5 -1,5.4 0,0.2 0.6,-0.2 0.6,-0.4 2,-0.6 1.6,-0.2 2.6,-0.6 1.2,-0.6 1.6,-0.4 0.4,0.2 2.8,-0.2 2.6,-0.4 3,-0.8 h 0.2 q -0.2,0.4 3.2,0.4 3.6,0 4.2,0.2 0.6,0.2 2.6,0.6 4.2,1.2 6.2,2.2 1.2,0.6 3.6,1 1.6,0.8 1.6,1.4 -0.2,0.4 -1.8,-0.2 -1.6,-0.6 -1.8,-0.4 -0.2,0.2 2.4,1 l 2.8,0.6 q -0.2,0 -0.6,-0.2 -1.2,-0.6 -0.4,-0.8 1.6,-0.6 6.6,3.6 2.6,2.4 2.2,2.6 0,0 -1,-0.8 -1,-0.8 -1.4,-0.6 -0.2,0 0.6,0.8 0.8,0.6 0.4,1.2 -0.6,0.6 0,0.8 0.2,0 0.6,-0.2 0.4,-0.4 1.6,0.8 l 0.8,1 q -0.6,-0.4 -1.2,0 -0.4,0.2 0.6,0.8 l 0.8,0.2 q 0,-0.2 0,-0.4 0.2,-0.2 1,0.6 1.2,1.6 0,2.4 -0.2,0.4 -0.4,0.8 0,0.4 0,0.8 0,0.2 0.2,0.2 0.4,0 0.4,0.8 0.2,0.6 -0.2,1 -0.4,0.2 -1.4,0 -1,-0.2 -1.6,0 -0.6,0 -1.2,-0.4 -0.4,-0.4 -0.4,0 0,0.2 -1,0.2 l -0.2,0.2 q 0.8,0.2 1.6,0.2 0.6,0.2 0,0.4 -0.2,0 -0.8,0 -1.4,0.4 -2,0.2 -0.4,-0.2 -0.4,0.2 0,0.2 1.2,0.6 1.2,0.2 0.2,0.4 -0.8,0 -0.2,0.4 1,0.6 -1.8,0.8 -1.4,0 -1.4,0.4 0,0.4 -0.4,0.4 -0.8,0 -4.6,-0.2 -10.6,-1.2 -24.4,1.4 -6.6,1.2 -10.2,2.4 -2.8,1.2 -3.6,1.8 -0.8,0.4 -1,1.2 -0.2,1.2 -1.6,4.8 -1.2,3.6 -1.6,4 l 0.2,-1.4 q 1.2,-4 1,-4.4 l -0.6,0.8 q -0.6,1.2 -0.6,0.4 0,-2 -0.8,0.4 -0.2,0.4 -0.4,0.8 l -1,2.2 q 0,-0.2 0,-0.6 0,-1 -0.4,-1.8 l 0.2,-0.6 0.2,-0.8 q 0,-1 -0.4,-1 -0.6,0 -3.4,2.6 -1,0.8 -1.2,0.6 -0.2,-0.2 -0.4,0.2 l -0.2,-0.2 q 0,-0.2 0.2,-0.4 0.2,-1.2 0,-1.2 -0.4,0 -1.6,1.4 -1,1.2 -1.2,1.6 -0.2,-0.4 -0.2,-0.8 -0.2,-1.6 0,-2 0.2,-0.2 0.6,-2.2 0.4,-2.2 0.4,-2.8 0,-0.4 -0.8,0 -0.8,0.4 0.2,-0.4 1.2,-0.8 1,-1 -0.2,-0.2 -1.8,1 -1.4,1 -1.4,1.2 l -1.6,2.2 q 0,-0.2 0.6,-1.4 0.2,-0.6 0,-0.6 -0.6,0.6 -0.8,0.4 0,-0.2 0.4,-0.8 l 0.2,-0.4 q -0.4,0.2 -0.4,0 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.6,-0.4 -0.6,-1.2 -1,0 v 0.2 q 0.6,-0.2 0.6,0.4 0,0.4 -0.6,1 -1.8,1.2 -1.8,0.6 0.2,-0.6 0.6,-0.6 h 0.2 q -0.4,-0.2 0.2,-0.8 h -0.2 q -0.2,0.2 -0.4,0.4 -1.2,1 -1.4,0.8 -0.2,-0.4 1.6,-2.2 1.6,-1.8 0.6,-1.8 -0.2,0 0,0.4 0,0.2 -0.2,0.2 0,0 -0.2,0 -0.2,-0.2 0.2,-1.2 0.6,-1 1,-1 0.4,0 0.2,-0.6 -0.2,-0.6 0,-0.8 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.6 0.4,-0.6 0.6,0 0.6,-0.4 0,-0.6 1.2,-1.6 1.2,-1 1,-1 -0.4,0 -2.4,1.6 -2.2,1.6 -3.2,2.2 -0.8,0.6 -0.8,0.8 0.2,0.2 -0.6,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.4,-0.6 0.8,-0.8 0.2,-0.2 0.2,-0.6 0,-0.4 -0.6,0 v -0.2 q 0.8,-0.8 1,-0.6 0.2,0.2 2,-1.6 1.2,-1 1.6,-1.4 l -1.4,0.8 q -1,0.8 -1.2,0.8 -0.2,-0.2 1.8,-2.2 l 1.4,-1.6 q -0.8,0.4 -3.4,3 -3.2,3.2 -3.4,2.6 -0.4,-0.8 0.4,-2 0.8,-1.2 4.2,-5 l 0.8,-1 q 0,0 -0.4,0.4 -2.8,2.6 -4.8,5.2 -1.4,1.8 -1.4,1.2 0.2,-0.4 0.8,-1.6 1,-1.6 4.4,-5 3.6,-3.6 6.8,-5.8 3.4,-2.6 3.6,-3 0.2,-0.6 1.4,-11.6 1.2,-11 1,-11.2 0,0 -1.8,1.2 -1.8,1 -2,0.8 0,0 0.2,-0.2 0.2,-0.4 0.6,-0.6 0.6,-0.4 1.2,-0.8 l 1.8,-1.8 q -0.2,0 -1.2,0.8 -1,0.6 -1.4,0.4 -0.4,-0.2 -0.4,0.4 0,0.2 0,0.4 0,0 -0.2,0 -0.4,-0.2 -1.8,0.6 l -1.2,0.6 q 0.2,0 0.6,-0.6 0.8,-0.8 2.4,-1.8 1.6,-1.2 1.6,-1.8 0,-0.6 0,-0.6 0.2,-0.2 0.4,-0.2 0.6,0 0.6,-0.2 0.2,-0.2 0,-0.4 -0.2,-0.2 -1.4,0.2 -1,0.4 -1,0.8 l 0.4,-0.2 q 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 -0.8,0.2 -0.6,-0.2 -3.4,2 -2.6,2 -3.2,2 -0.4,0 1.6,-2.2 2.8,-2.6 2,-2.6 -0.2,0 -0.4,0.2 l 0.6,-1.2 q 0.6,-0.6 0.4,-0.6 -0.2,0 -2,1.6 -3,2.2 -4.2,3.6 -1,1.2 -1.4,1.2 -0.2,0 0.2,-0.4 0.4,-0.4 0.4,-0.6 0,-0.4 -0.6,0.4 -0.6,0.8 -0.6,0.2 0,-0.6 0.4,-1 v -0.2 q -0.4,0.2 -0.4,0 -0.2,-0.2 0.8,-1.2 0.8,-1 0.8,-1.2 0,-0.2 0.8,-1.2 1,-1 0.4,-1 l -0.4,0.2 -0.6,0.6 q -1,0.6 -1.2,0.4 -0.2,-0.4 1.8,-3 1,-1.2 1,-1.6 0,-0.4 1.8,-2.4 l 1,-1.4 q -0.2,0.2 -0.6,0.6 -2.2,1.6 -7.2,7 l -1,1 q 0,0 0.4,-0.6 0.6,-1.2 2,-2.8 1.4,-1.6 2,-2.8 l 0.6,-1.2 -2.2,2 1,-1.4 q 1,-1.4 3.2,-3.6 2.4,-2.2 2.2,-2.4 l 0.2,-0.2 q 0.2,0.2 2.6,-1.6 2.4,-2 2.2,-2.2 0,-0.4 1.4,-1.4 1.6,-1 1.8,-1 l -1.4,1.2 -1.4,1.2 q 0.4,0 1.8,-1.2 l 1.6,-1 -0.2,-13 q -0.4,-17.8 -0.8,-20 l -0.4,-1 q 0,0.4 -0.4,0.4 -1.4,-0.2 -1.4,0.6 0,0.4 -0.4,0.4 -0.4,0 -0.8,0.6 -0.2,0.6 -0.4,0.2 -0.8,-1.2 -1.8,-0.4 -0.4,0.4 -0.4,0 0,-0.6 0.6,-1.6 v -0.4 q -1,0.8 -1,0.6 0,-0.2 0.4,-0.8 0.8,-0.8 0.4,-1 0,0 -0.6,0.4 -0.2,0.2 -0.2,0 0,-0.2 0,-0.4 0,-1 1.8,-2.6 2,-1.8 1.6,-1.8 -0.4,0 -1,0.6 -0.4,0.4 -1.4,1.2 -0.2,0.2 -0.2,0.2 0,-0.2 1.2,-1.4 1.8,-2 1.6,-2 -0.2,0 -2,1.6 -1.8,1.6 -2.2,2.2 -0.6,0.8 -0.6,0.6 0,-0.2 0,-0.6 -0.2,-0.8 -1.4,0.4 -0.2,0 -0.6,0.4 l -1,0.8 q 0.2,-0.2 1.4,-1.4 2,-1.8 2.2,-1.6 0.4,0 0.4,-0.4 0,-0.4 1.2,-1.6 1.2,-1.4 1,-1.4 -0.4,-0.2 -2.4,1.6 -4.2,4 -4.2,2.8 0.2,-0.4 0.4,-0.6 0.2,-0.6 0.2,-0.6 0,-0.2 -0.6,0.2 -0.4,0.4 -0.4,0.4 0,0 0.2,-0.4 0.2,-0.6 0.2,-0.8 h 0.2 q 0.4,0.2 1,-0.6 l 0.6,-0.8 -0.8,0.6 q -0.8,0.8 -0.8,0.6 0,-0.4 2.2,-2.4 2.2,-2.2 0.6,-1 -1.4,1.2 -2.6,2 -1.2,0.8 -1.4,1.4 l -0.4,-0.4 q 0,-0.8 2.6,-3.8 2.8,-3.2 5.4,-5.2 l 2,-1.8 -0.2,-1.6 q -0.2,-1.8 -0.8,-4.4 -0.4,-2.4 -0.6,-3.2 -0.2,-0.8 -0.6,-2.6 -0.4,-1.8 -0.6,-2.4 0,-0.8 -0.2,-1.2 -0.2,-0.6 -0.6,-3.2 -0.8,-3 -0.2,-2.8 0,0 0.4,0.4 0.2,0.6 0.6,0.4 v 1.2 q 0,0.2 -0.2,0.4 -0.2,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 v -1 q 0,-1.2 0.2,-1.6 0.4,-0.6 0,-1 -0.2,-0.4 -0.4,0.4 l -0.2,-0.2 q 0.2,-0.6 0.8,-0.4 0.8,0 0.8,-1 -0.2,-0.4 -0.4,-0.4 l -0.2,0.2 q 0,-1.2 0.6,-1.4 l 0.2,-2 q 0.2,-2 0.4,-2 0.2,0 0.2,0 0.2,-0.2 0.2,-0.2 -0.2,-0.4 0,-0.6 0.2,0 0.2,0.2 0.2,0.2 0.2,0.6 0.2,0.2 0.4,0.6 0.4,1.6 0.6,2.2 l 0.2,-0.2 q -0.2,-0.6 -0.2,-0.6 0.2,-0.2 0.6,0 0.4,0.2 0.6,1 l 0.2,-0.2 q 0,-0.8 0.6,-1.2 0.6,-0.4 0,-2.8 -0.4,-2.6 -0.2,-2.4 0.4,0 1.2,3.4 0.8,3.2 1.4,4 0.4,0.8 0.4,0.4 0,-0.4 -0.2,-1.8 -0.2,-2.2 -0.6,-3 -0.2,-0.8 -0.2,-1.4 0,-0.8 0.4,0.4 0.4,1 0.8,2.6 0.4,2.4 1.2,3.8 l 0.8,1.6 -0.4,-1.4 q -0.2,-1.4 -0.2,-2.2 0,-1 -0.2,-1 -0.2,0 -0.2,-0.6 0,-0.8 0.2,-0.8 0.4,0 0.4,0.8 0.2,0.8 0.2,1.4 -0.4,0.6 0.2,1.2 0.6,0.4 0.4,0.8 -0.2,0.2 -0.2,0.2 0.2,0 0.4,0 0,-0.2 0.2,0 0.2,0.2 0.4,0.8 0.2,0.4 0.4,1 l 0.6,1.6 q 0.2,-2 -1.2,-5.2 -0.2,-0.6 0.4,-0.4 h 0.4 q -0.2,-0.4 0.2,-0.4 0.6,0 1.2,1.8 l 0.8,2 q 0,-1 -1,-4.2 -0.4,-1.2 -0.4,-1.2 0,-0.2 0.6,-0.2 0.8,0 1.6,2.8 1.6,6.4 2.4,13.4 0.4,2.2 0.8,2.4 0.4,0.2 2.6,-0.8 2.4,-1 2.4,-1.2 0,-0.4 0.4,-0.4 0.2,0 5,-1.4 4.8,-1.6 6.4,-2.2 0.6,-0.2 1.2,-0.2 0.4,0 3.4,-0.2 6.2,-0.4 13.4,-0.6 4.8,-0.2 5.4,0.4 0.6,0.6 0,0.6 -0.2,0 -0.8,0 -1.4,0 -1.4,-0.2 0,-0.2 -3.8,0 -3.8,0 -4.2,0.6 -0.4,0.2 -0.4,0.4 0.2,0 0.8,-0.2 0.6,-0.2 2.6,-0.2 2.2,-0.2 2.6,0 0.4,0.2 3.8,0.4 3.4,0 3.6,0.2 l -0.6,0.2 q -0.6,0 -1,0.4 -0.2,0.2 -1.2,0.2 -1,0 -2.8,0 h -1.8 l 2,0.6 q 1.8,0.4 2.4,0.8 0.6,0.2 2,0.2 l 1.2,0.2 q -0.2,0.2 -2.4,0.4 -2,0 -3,0.2 -0.8,0.2 -0.4,0.2 0.2,0 1,0.2 1.6,0 1.8,0.6 0.4,0.4 1,0 1.4,-1.2 3,0.4 0.4,0.4 0.8,0.4 l -0.2,-0.4 q -0.4,-0.2 -0.4,-0.2 0.2,-0.2 0.8,0 l 0.8,-0.2 q -0.2,-0.2 0,-0.2 0.4,-0.2 1,0.2 0.6,0.2 0,0.6 -0.4,0.2 0.2,0.4 0.2,0.2 0.2,0.8 0,0.4 -0.4,1 -0.4,0.4 -0.8,0.4 -0.4,0 -0.4,0.4 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -0.8,0.4 -0.8,0 -0.4,0.4 0.4,0.4 0.2,0.6 -0.2,0.2 -0.8,0 -0.4,-0.2 -0.4,0 0,0.2 1.6,0.8 1.8,0.4 1.6,0.8 z m -66.2,-11.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.4,-4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m -4.2,28.6 q 0.2,0 0.8,-0.6 0.6,-0.8 0.4,-0.8 -0.2,0 -0.8,0.8 -0.6,0.6 -0.4,0.6 z m 0.8,3 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m 3.2,-4.2 q 0,0 0.4,-0.2 0.6,-0.2 0.6,-0.4 0,-0.4 -0.6,0 -0.4,0.4 -0.4,0.6 z m 0,9.8 q 0,0.2 0.2,0.2 0.4,0 0.6,-0.2 0,-0.2 0,-0.2 0,-0.2 -0.2,-0.2 -0.6,0 -0.6,0.4 z m -2.2,51.4 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m -9,41 q 0.6,-1 0.4,-1 0,0 -0.8,1 -0.8,1 -0.4,1 0.2,-0.2 0.8,-1 z m 3.8,-3.8 q 0.2,-0.6 -0.2,-0.2 -0.4,0.4 -1,1 l -1.2,1.2 1.2,-0.8 q 1,-0.8 1.2,-1.2 z m 6.8,-5.6 q 0.4,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.8,-0.6 z m 0,3.6 q 0.8,-0.4 0.4,-0.6 -0.2,-0.4 -1.8,1 -1.6,1.4 -3.2,2.4 -1.4,1 -1.4,1.2 0,0.4 3.2,-1.8 2.4,-1.8 2.8,-2.2 z m 1.8,17.8 q 0.6,-1.2 0.4,-1.2 -0.2,-0.2 -0.6,0.2 -0.4,0.2 -0.6,0.8 -0.2,0.6 -0.2,1 0,0.4 0.2,0.4 0.2,0 0.8,-1.2 z m 2.2,-2.2 q 0.2,0.4 0.4,0 0.2,-0.6 -0.4,-0.4 -1.4,0.2 -1.4,1.6 0.2,0.8 0.6,-0.4 0.6,-1.2 0.8,-0.8 z m 2,4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.6,-148.8 q 0.2,-0.4 -0.2,-0.6 -0.4,-0.2 -0.4,0.4 0,1 0.6,0.2 z m 0.2,3.4 q 0,0.2 0.2,0.2 0.4,0 0.4,-0.4 0,-0.6 -0.4,-0.4 -0.2,0.2 -0.2,0.6 z m 0.8,5 q 0.2,-0.2 0.2,-0.6 l -0.4,0.2 z m 1.4,137 q 0.4,0.2 0.4,0 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.2 0.2,0.6 z m 0.4,-1.4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m 2.8,-141.2 q 0,0 -0.2,-0.8 l -0.4,-0.4 z m 0.4,136.8 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.4,-0.4 -0.2,-0.2 -0.6,0.2 z m 1,-133.6 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 50,123.4 q -0.2,-0.4 -0.6,-0.4 -0.4,0 0.2,0.6 0.4,0.6 0.6,0.2 0,0 -0.2,-0.4 z m -1.2,-5 q 0.2,-0.2 -0.6,-0.6 -0.6,-0.6 -0.8,-0.4 0,0.2 0.6,0.8 0.6,0.4 0.8,0.2 z m -2.6,-0.4 q 0,0 0,0.2 0.8,0.2 0.8,0 -0.2,-0.4 -0.8,-0.2 z m -1.8,-1.8 q 0.2,0 -0.2,-0.4 -0.2,0 -0.4,-0.2 -1.2,-0.6 -1.6,0 0.4,-0.2 1,0.2 0.6,0.4 1.2,0.4 z m -0.8,-1.4 q 2.2,1.2 2.2,1 0,-0.2 -1.6,-1.2 -1.4,-1 -2.2,-1.2 l -0.6,-0.2 q 0.2,0.4 2.2,1.6 z m -1.6,-3.2 q -0.2,-0.2 -1.2,0 -0.8,0.2 0,0.4 0.6,0.2 0.6,0 -0.2,-0.2 0.2,-0.2 z m -3.6,17.8 q 0,0 0.2,0.2 l 0.6,-0.2 q -0.2,-0.2 -0.8,0 z m -3.6,-20.4 q 0,-0.2 -1.6,-0.6 -1.6,-0.6 -1.8,-0.4 l 1.4,0.8 q 2,0.6 2,0.2 z m -5.4,-2.2 q -0.2,0 -0.4,0.4 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 z m -0.8,0.2 q 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 0,0 0.4,0 0.6,0 0.6,-0.2 z m -4.6,-0.8 q -0.2,0.2 0.2,0.2 0.2,0 0.4,-0.2 l 0.4,-0.2 q -0.6,-0.2 -1,0.2 z m -6.6,-0.6 q -0.4,0 -0.2,0.2 0.2,0 0.6,0 0.4,0 0.6,-0.2 -0.4,-0.2 -1,0 z m -10.2,-18.8 q 0.2,-0.4 0,-1.2 -0.2,-0.2 -0.2,0 0,0.2 0,0.6 0,0.4 0.2,0.6 z m 28.4,-15.2 q -0.2,0.2 0,0.2 0.2,0 0.6,0 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m 4.8,-6.8 q 0.2,0.2 0.6,0.2 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m -0.8,-4.6 h -1 l 1,0.4 q 0.8,0.2 0.8,0.2 l 0.2,-0.2 q 0,-0.4 -1,-0.4 z m -27,-0.6 q 0,0 0.4,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.8,0 z m 7.6,-55 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 3,-0.8 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 1.6,0 q 0.2,0 0.4,-0.2 l -0.2,-0.2 q -1.2,0.4 -0.2,0.4 z m 4.4,-0.6 q 0,0 0.6,0 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -0.6,0.4 z m 3.8,-0.4 q 0,0 -0.2,-0.4 -0.8,0 -0.8,0.4 0,0.8 1,0 z m 8.6,14 q 0,0 0.4,-0.2 -0.4,0 -0.8,0 0.2,0.2 0.4,0.2 z m 0.4,-11 q 0.8,0.2 1.8,0.2 1.2,0 1.2,-0.2 0,-0.2 -2.2,-0.2 l -1.4,0.2 q 0.2,0 0.6,0 z m 2,10.8 q 0,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0,0.2 0.4,0.2 z m 3.4,0.8 q 0,0.2 0.2,0.2 0.2,0 0.2,-0.4 0,-0.6 -1.2,-0.6 -1.2,-0.2 -1.2,0 0,0.4 1.6,0.4 0.4,0 0.4,0.4 z"/><path fill="#111111" d="m 478.40017,42.6 q 1.6,1.4 1,2.4 -0.4,0.6 -0.6,0 -0.2,-0.4 -1.8,-1.2 -1.4,-0.8 -1.6,-0.6 l 0.8,0.6 q 1.8,1.4 1.8,2.2 -0.4,0.2 0.2,1 l 0.4,0.4 q -0.4,-0.2 -1,0.2 l -0.2,0.2 q 0.2,-0.4 -0.2,-0.8 -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.6 V 48 l -0.8,-0.6 q -0.8,-1 -2.6,-1.6 -1.6,-0.6 -2,-0.2 -0.2,0.2 0.8,0.6 1,0.4 1.2,0.4 0.2,0 1.2,0.8 0.4,0.6 0.6,0.6 -0.4,-0.2 -0.4,0.2 0,0.6 1,0.4 0.4,0 0.2,1 -0.2,0.6 -0.4,0.6 -0.6,-0.2 -1,-0.2 0.2,0.2 0,0.2 0,0 -0.2,0 -0.4,-0.4 -0.2,-0.6 0.2,-0.4 -0.4,-0.4 -0.4,-0.2 -0.8,0 -0.4,0.2 0.2,0.8 0.6,0.6 0.2,1.6 -0.4,0.8 0.4,1.6 1,0.6 1,1.2 0,0.4 -1,-0.2 -0.8,-0.8 -1.2,-0.6 -0.2,0.2 -0.2,0 0,-0.4 -0.6,-0.6 -0.4,-0.2 -0.4,0 0.2,0.2 0.4,0.4 0.4,0.8 0.6,1.2 0.4,0.2 0.4,0.6 0.2,0.2 0.2,0.4 0.2,0.2 0.2,0.6 0,0.2 1,1.2 0.6,0.6 0.4,0.8 -0.8,-0.2 -0.8,0.2 0,0.2 1,0.2 1.4,-0.2 2.2,1.6 0.6,0.8 0,1.4 -0.4,0.4 -0.8,0 -0.4,-0.6 0,-0.8 0.6,0.2 0.6,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -1.6,-0.8 -2.4,-1.6 0,0.8 1.4,1.4 1.4,1.6 0,1 -2.4,-1.4 -1.6,-1.6 -3.4,-2.4 l -1.8,-0.6 1,1 q 1.2,1 1.4,1 0.2,0 0.8,0.6 0.8,0.6 1.8,1.4 l 0.4,0.6 q -0.6,-0.2 -0.6,0.2 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -1.2,-0.4 -1.2,-1 -1.6,-1 -0.4,0 -0.2,-0.2 0.2,-0.4 0.6,-0.2 V 61 q -0.2,-0.4 -0.6,0 -0.2,0.2 -1.4,-0.2 l -1,-0.6 1,0.8 q 1,1 1,1.4 0.2,1.6 1,1.6 0.6,0 0.6,0.8 l 0.2,1 -1,-1 q -1.2,-1.2 -4.6,-3 -3.4,-1.8 -4.2,-1.6 -0.4,0 -3.6,-1.4 -3,-1.4 -3.4,-1.4 -0.2,0 -7.4,-2 -17,-4.8 -16.4,-3.2 0.4,0.6 -3.8,11.4 -0.8,2.4 -1.4,4.2 -0.6,1.6 -0.8,2 -0.2,0.2 -0.6,1.6 -0.8,2.6 -2.8,9.2 -2.8,9 -5.8,25.6 -0.8,5.4 -1,5.6 -0.2,0 -0.2,1.4 0.2,1.2 -0.8,1.8 -0.8,0.6 -0.8,2 0,1.2 0.4,1.6 v -1.2 q -0.2,-1.8 0.4,-2 0.6,-0.2 0.6,0.4 0,0.8 -0.6,6.2 -0.8,5.6 -1,8.6 -0.2,2.8 -0.6,2.6 v 0.4 q 0.2,0.6 0,5.2 -0.4,4 -0.8,4 -0.4,-0.4 -0.4,-1 l -0.4,-0.2 q -0.2,0.4 -0.2,2.4 0.2,1.8 0.4,1.8 0.4,0 0.4,-1.4 0,-0.8 0,-0.6 0.4,0.8 0.4,2.4 l -0.2,1 -0.2,-0.4 -0.2,0.2 0.2,1 q 0.4,-0.2 0.4,0.2 0,0.2 -0.4,0.4 -0.2,0.2 0,2.6 v 1.8 q -0.2,-0.4 -0.6,-3.6 l -0.2,-3.2 v 3.4 q 0,3.4 -0.2,3.2 l -0.6,8 q 0,1 0,2.4 0,5 -0.4,5.2 -0.4,0 -0.4,0.4 0,0.4 0.4,0.2 0.2,-0.2 0.2,1.4 0,1.4 -0.2,3.4 0,1.8 -0.2,2.6 v 0.8 l 0.4,0.8 q 0.2,1 -0.4,1.2 -0.6,0 0,0.6 0.6,0.6 0,0.8 -0.6,0.2 -0.8,0.2 0,0 0.2,-0.6 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,-1.6 l 0.4,-1.4 q 0.4,0.2 0.4,-0.2 0,-0.6 -0.6,-0.4 h -0.4 q 0.2,-1.2 -0.6,-11 -0.2,-1.8 -0.6,-2 v 0.2 q 0.2,0.6 -0.6,0.8 -0.6,0.2 -1,1.2 -0.2,0.8 -0.2,8.6 0,7.8 -0.2,7.4 -0.2,-0.2 -0.2,0 -0.2,0.2 -0.2,0.4 -0.2,13.8 -0.4,14 -0.2,0.2 -0.2,-0.8 0,-1 0,-2.6 0,-1.4 0,-3.4 l -0.2,-4.8 q -0.2,2.2 -0.4,2.6 l -0.2,-0.6 0.2,-0.8 -0.6,0.8 q -0.6,0.8 -0.2,1.4 0.4,0.4 0,0.8 -0.4,0.4 -0.4,3.6 v 3 l -0.2,-3 q -0.2,-3 -0.6,-3.2 l -0.2,0.6 q 0.2,1.2 0,3.4 0,2.2 0,4.4 0,2.2 -0.2,2 -0.2,-0.2 -0.4,-2.2 0,-2 -0.2,-2.2 0,0 0,-1.2 -0.2,-4.2 -0.8,-5.2 -0.4,-0.6 -0.4,-2 0,-1.4 -0.2,-3 l -0.4,-1.8 -0.2,2 q 0,0.8 0,-0.2 -0.2,-0.8 -0.2,-3.2 0,-5.2 -0.4,-6 -0.4,-1 -0.4,-2 v -1 q -0.2,0.2 -0.2,1.6 0,1.4 0,2.8 0.2,1.6 -0.2,2.2 -0.2,0.6 0,0.8 0.4,0.2 0.4,2.4 0,2 -0.4,2.4 -0.4,0.6 0,1 0.6,0.2 0.2,0.4 -0.4,0.2 -0.4,0.6 0,0.2 0.2,0 l 0.4,2.4 q -0.2,1 -0.2,1.2 -0.4,0.4 -0.2,0 0,-0.2 0,-0.6 0,-1 -0.2,-1 l -0.4,-7.2 q 0,-1.4 0,-3.2 l -0.2,-10.8 -0.2,23.4 -0.2,-14.4 -0.4,-12 -0.2,2.4 -0.4,-6.6 v 3.6 q 0,3.8 0.2,3.8 0.4,0 0.4,2.6 l -0.2,2 q -0.2,-0.8 -0.6,-0.8 -0.2,0 -0.2,11.6 0.2,11.4 -0.2,11.2 h -0.2 q 0.4,0.2 0,1.2 -0.2,1.2 0,2.6 0.2,1.2 0.4,0 0,-0.2 0,-1 l 0.2,-2.4 v 2.4 q 0.2,2.6 -0.2,2.6 -0.4,0 -0.4,1.4 l -0.2,-0.2 q -0.2,-0.8 -0.2,-2.2 -0.2,-3.8 -0.4,-4.6 -0.2,-0.8 -0.4,-15.8 0,-0.2 0,-0.4 l -0.4,-14.6 q 0,0.2 0,0.8 v 0.2 l -0.2,1.2 q -0.2,-0.4 -0.2,-3.4 0,-2.4 0,-5 0.2,-2.6 0.2,-4.2 0.2,-1.6 0.4,-1.4 0.2,0 0,4.8 0,1.2 0,2.4 0,1 0,1.6 0.2,0.6 0.2,0.4 0.2,0 0.2,-6.6 l 0.2,-5.4 q -0.2,1.2 -0.6,1.6 -0.4,0.4 0,-4.4 0.2,-1.2 0.2,-2.4 0.2,-1.6 0.4,-4.2 0.2,-2.4 0.4,-3.6 0.2,-0.4 0.2,-0.6 0.2,-0.4 0.2,0.2 0,0.2 0,1 l 0.2,1.6 0.2,-2.2 q 0.2,-2.2 0.2,-2.4 l -0.2,0.4 q 0,0.6 -0.4,0.6 -0.2,0 -0.2,-0.2 0,-0.2 0,-0.8 0,-0.6 0,-1.4 0.2,-1 0.4,-2.2 0.2,-1 0.4,-8.6 0.2,-7.6 0.4,-9.6 0.6,-9.8 1.6,-17.4 3.4,-23.8 9.8,-40.2 1.4,-3.4 1.2,-3.6 -0.2,-0.2 -4.4,0 -4.2,0 -5.6,0.2 -4.2,0.6 -6.2,0 0.2,-0.2 0.6,-0.2 0.6,0 2.4,-0.2 1.8,-0.2 3.2,-0.4 1.2,-0.2 1.6,-0.4 0.6,-0.2 6,-0.4 1,-0.2 0.8,-0.4 -0.4,-0.4 -2,-0.2 -1.4,0.2 -4.2,0.4 -2.6,0.2 -2.4,0.4 0,0.2 -0.6,0.4 -0.4,0 -1.4,0 -0.8,0 -1.8,0 -4,0 -3.8,-0.2 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,0.2 0,0.4 -3.6,1 -1.6,0.2 -1.6,-0.2 0,-0.6 0.8,-0.8 l 0.4,0.2 1,0.2 q 0.8,-0.2 1.2,-0.6 0.2,-0.4 3,-0.4 2.8,-0.2 3,-0.4 0.4,-0.2 1.2,-0.4 h -2.8 q -3.4,0.2 -8.8,0.4 -5.2,0 -7.6,0.4 -2.4,0.2 -2.4,-0.2 0,-0.4 1.2,-0.6 l 0.8,0.2 q -0.2,0.2 0,0.2 0.4,0 1.4,-0.2 1,-0.4 2.4,-0.6 1.4,-0.2 2.6,-0.6 l 1.2,-0.2 h -1 l -0.2,-0.4 -5.6,0.2 q -1.8,0.2 -2.4,0.4 -0.8,0.2 0,-0.4 0.6,-0.6 1.8,-0.6 1.2,0 1.4,0 0.2,0 2,-0.4 1.8,-0.2 1.8,-0.6 0,-0.6 -0.6,-0.6 -0.2,0 -0.2,0.2 -0.2,0 -0.2,0 l -0.6,0.4 q -0.6,0 -2.4,0.2 l -1.4,-0.2 q 0.2,-0.4 1,-0.2 0.6,0 1.4,-0.4 0.8,-0.4 1.4,-0.4 0.6,0 0.4,-0.4 -0.4,-0.4 -1,0 -0.6,0.2 -1.6,0.2 -1.2,0 -2,0 -0.8,0 -0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 1,-0.4 0.4,-0.8 0.2,-0.8 -0.4,0 -0.6,0.4 -0.2,0.4 -0.6,0 -0.6,-0.4 -0.8,0 -0.4,0.4 -0.6,0.2 -0.2,-0.4 -1.2,0.2 -1,0.4 -1.2,0.4 -0.2,-0.2 -0.2,-0.8 0,-1 0.8,-0.8 0.6,0.2 0.6,-0.2 0,-0.6 -1,-0.2 -0.6,0.2 -1.2,0.4 -0.6,0 -1,0 -0.4,0 -0.4,-0.2 0,-0.2 -0.6,0 -0.6,0 -0.8,-0.4 -0.2,-0.2 -0.2,-0.2 0,0 0.2,0 0.4,0.4 0.4,-0.2 0,-0.6 1,-0.4 0.8,0.2 0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 0.6,-0.2 0.2,-0.4 0.6,-0.2 0.2,0.2 0.4,0.2 0.2,-0.2 0,-0.4 0,-0.4 1.8,-0.8 l 1.6,-0.4 -1.8,0.2 q -2,0.2 -2.2,0.6 h -0.2 q 0,-0.2 -0.6,0.2 -1,0.8 -1,0 0,-0.2 0.2,-0.4 0.4,-0.6 0.8,-0.4 0.2,0.2 4.8,-1.4 1.8,-0.6 2.2,-0.4 0.4,0.2 0.4,-0.2 0,-0.4 0.4,0 l -0.2,-0.6 q -0.8,-0.6 -1.2,-0.2 -0.4,0.2 -1.4,0.4 -1.2,0 -2,0.4 -0.6,-0.2 -0.6,-0.2 0.2,-0.4 0,-0.4 -0.4,0 -0.4,0.4 -0.2,0.2 -2.6,0.6 -2.6,0.4 -2.8,0.2 -0.4,-0.4 0.2,-0.6 0.2,0 0.4,0 0.8,-0.2 1.4,-0.4 0.6,-0.4 1.2,-0.4 0.6,0 1.4,-0.2 5.4,-1.4 6.2,-1.2 0.8,0 0.8,-0.4 0,-0.6 5.4,-2 l 1.8,-0.4 -2.4,0.2 q -2.6,0.2 -3.4,0.2 -0.8,0 -0.8,0.4 0,0.2 -1.6,0 -1.6,-0.2 -1.6,0.2 0,0.2 -0.6,0.2 -0.8,0 -1.4,0.2 -0.6,0.2 -0.6,0 0,-0.6 2.4,-1 2.4,-0.6 4.4,-0.6 1.8,-0.2 1.8,-0.4 0,-0.4 0.6,-0.6 0.6,-0.4 1,-0.2 0.2,0.2 -0.2,0.2 -0.4,0 -0.4,0.4 0,0 0.2,0 0.4,0 1,0 0.6,0 1.2,-0.2 2.6,-0.4 4.8,-0.6 2.4,-0.2 2.6,-0.6 0.2,-0.4 -0.8,-0.2 -0.8,0.2 -1,0 l 0.8,-0.4 q 2.4,-0.2 5.2,-0.6 1.6,-0.2 1.8,0.4 0.2,0.4 0.4,0 0.6,-1 2,0 0.6,0.4 1.2,0.2 0.6,-0.2 0.6,-0.6 -0.2,-0.4 3,-0.4 3.4,-0.2 3.4,0 0,0.2 0.2,0.2 0.4,0 0.8,0 0.4,-0.2 0.6,-0.4 h 0.4 q -0.4,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.4 1,-0.4 0.6,0 0.8,0.2 0.2,0 0,0.4 0,0.2 0.2,0.2 0,0 0.4,-0.2 0.4,0 0.4,0 l 2.2,0.4 q 0.4,0 0.8,0 l 2.8,-0.4 q -0.4,-0.2 -0.2,-0.2 0.2,0 0.6,0.2 1,0.2 3.4,0.4 2.6,0 3.8,0.4 1.4,0.2 2.4,0.4 l 0.2,0.2 0.4,0.2 q 3.2,-0.6 7.6,0 1.8,0.2 4.6,0.6 3,0.4 3.4,0.6 0.6,0.2 1.4,0.2 2.6,0.2 10.6,2.8 11,3.8 12.4,5 2,2 2.8,2 0.6,0 1.2,0.6 0.8,0.4 0,0 -1,-0.4 -1,0 0,0.2 1.4,1 1.6,0.8 2,0.8 0.2,0 -0.8,-0.8 l -0.8,-0.6 1,0.4 q 0.8,0.4 0.8,0.6 0,0.2 1.2,1.6 z m -106.4,-2.2 q 0.2,0 0.4,-0.4 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 0,0.4 0.2,0.4 z m 7.6,1.6 q 0.4,0 0.8,-0.2 l 0.2,-0.4 q -0.4,0 -0.8,0.4 z m 2,1.4 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 l 0.2,0.2 q 0.6,0.4 0.8,0.4 z m 0.6,-1.6 q 0.4,0 0.4,0 -0.2,-0.4 -0.6,-0.4 z m 2.6,-11.4 q 0,0 0.2,0.4 l 0.6,-0.2 q -0.4,-0.2 -0.8,-0.2 z m -0.6,14.6 q 0,0.2 0.4,0.2 l 0.4,-0.2 q -0.4,-0.2 -0.8,0 z m 0.6,1.4 q 0.8,0 0.8,-0.2 -0.6,0 -1.4,0 -0.4,0.2 0,0.2 0.2,0 0.6,0 z m 2.4,-15.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,-0.6 q 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 0.2,0.2 0.6,0.2 z m 5.2,-3.2 q -0.2,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.2 -0.4,-0.2 -0.2,-0.2 -0.4,0 z m 1.8,0 q -0.4,0.4 0.4,0.4 0.8,0 0.4,-0.4 -0.4,-0.4 -0.8,0 z m 2.6,0 q 0.2,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m -3.8,118.4 q 0,0 0.6,-6.8 v -2.2 l -0.4,2.4 q -0.6,5.2 -0.2,6.6 z m 1,-14.6 q 0,0 0.2,0.4 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0.2,38.8 q 0.4,0 0.4,-0.2 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.4 0,0.2 0.2,0.2 z m 0.8,-16 q 0,-1.4 0,-3 -0.2,0.8 -0.2,1.6 v 1.6 z m 0.4,-33 q 0,0 0.2,0.4 0.2,-0.4 0,-1 -0.2,0.4 -0.2,0.6 z m 0.2,37.8 q 0.2,-1.2 0,-2.2 0,0.4 -0.2,1 l 0.2,1.4 z m 12.2,-129.6 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 0,23 q 0.2,0 0.4,-0.2 0.2,-0.4 -0.2,-0.4 -0.2,0 -0.2,0.4 0,0.2 0,0.2 z m -4.6,-25 q 0.8,0 2.6,-0.2 2,-0.2 2.2,-0.4 h -1.4 q -1.4,0.2 -3,0.2 z m 3.4,27.6 q 0,0 0.2,0 0.6,-0.6 0.6,-1.2 0,-0.6 -0.2,0 -0.2,0.6 -0.6,1.2 z m -10.4,91 q 0.2,-0.6 0,-1 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.6 z m 0.4,7.2 q 0.2,-0.4 0,-1 0,-0.4 -0.2,-0.2 0,0.2 0,0.6 0.2,0.4 0.2,0.6 z m 1.2,15 q 0.2,0 0.2,-2.6 0.2,-2.6 -0.2,-2.8 -0.4,-0.2 -0.4,2 0,3.4 0.4,3.4 z m 0.2,-40.6 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.8,50.6 q 0.2,-0.2 0,-2 l -0.2,-1.6 -0.2,2 z m -0.2,-4.6 q 0,0 0,0.4 0.2,-0.4 0,-0.8 0,0.2 0,0.4 z m -0.4,-82.2 q 0,0 0.8,-6.2 l -0.2,0.4 q -0.6,1.4 -1.8,10.2 -1,8.8 -1,13.2 -0.2,3.6 0,2.8 0.2,-1 1,-8.8 0.4,-6 1.2,-11.6 z m 3.2,95 q 0,0 -0.2,-1.6 v 0.4 q -0.2,0.6 -0.4,1.6 0,0.8 0,1.4 0.2,0.6 0.4,0.6 0.2,0 0.2,-2.4 z m -0.2,-3.4 q 0.2,2 0.2,0.2 0.2,-0.8 0,-2 0,-2.2 0,-2.2 0,0 -0.2,1.2 -0.2,1.8 0,2.8 z m 0.2,-97.2 q 0.2,-0.4 0,-0.8 0,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.2,-1.8 q 0.4,-0.2 0.2,-0.8 l -0.4,0.2 z m -1.6,-2.6 q 1,-5.2 3.8,-16.4 0.6,-2 1.6,-5 1,-3.2 0.8,-3.4 l -0.6,1.2 q -0.4,1.4 -0.6,1.6 -0.2,0.4 -1.6,5.8 -0.4,1 -1.4,4.6 -0.6,2 -0.6,2.8 -0.2,1 -0.8,3.4 -0.4,2.2 -0.8,4.2 -0.4,2 -0.6,3.4 -0.2,1.2 0,1.2 0.2,0 0.8,-3.4 z m 2.2,103.8 q 0,0.4 0.2,0.4 0.4,0 0.2,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 0,0.6 z m 0,-2.4 q 0,0 0.2,0.4 0.2,-0.2 0,-0.6 z m 0.6,-3.6 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-2.4 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 3.8,-17.6 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m -2.2,-87.2 q 0.6,-2.2 2.2,-8.2 1.8,-6 1.6,-6.2 l -0.4,1 q -0.4,1 -1.8,5.8 -1.4,4.6 -2.2,8.6 -0.8,4 -1.4,6 -0.8,3.4 -0.4,3.2 0.2,0 0.4,-1 0.4,-2.4 1.4,-6.2 0,-0.2 0,-0.6 0.2,-0.6 0.4,-1.2 0.2,-0.8 0.2,-1.2 z m 4,73.4 q 0,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.6 0.2,0.6 z m 9.6,-118 q 0,0 0.2,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.6,0 z m -2,0.2 q 0,-0.2 -0.8,-0.2 -0.6,0 -0.6,0.4 0,0.2 0.6,0 0.8,-0.2 0.8,-0.2 z m -1.2,65.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m -0.6,2.4 q -0.2,0.4 -0.2,0.4 0,0.4 0.2,0.6 0.2,-0.6 0,-1 z m -4.6,-41 q -0.2,0 -0.6,0.8 -0.2,0.6 0,0.6 0.4,0 0.6,-0.6 0.2,-0.8 0,-0.8 z m -1,87.6 q 0,0 0.4,0.4 0.2,-0.6 -0.2,-0.8 -0.4,-0.4 -0.2,0.4 z m 0,-4 q 0.2,1 0.4,0.6 0.4,-0.6 0.4,-0.8 0,-0.4 -0.4,-0.2 0,0.2 -0.2,0 0,-0.2 0,-0.4 l -0.2,-0.4 q -0.2,0.2 0,1.2 z m 1,-10.6 q 0.2,-1 0.2,-1.8 0.2,-0.8 0.2,-1.2 0,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.8 0,0.6 -0.4,4.4 -0.2,2 -0.4,3.4 0,1.4 0,2.4 0,0.8 0,1.2 0,0.4 0.2,0.4 0.2,0 0.2,-0.4 0.2,-6.8 0.6,-8.6 z m 0.6,-6.4 q 0.8,-8.2 1.4,-7.6 l 0.2,-0.2 q 0,-0.2 -0.2,-0.4 -0.2,-1.2 0.6,-5.6 l 0.4,-4.6 q 0,0.2 0,0.6 -0.4,1.2 -0.6,2.4 -1,6.2 -1.8,12.2 -0.4,4.4 -0.6,5 0,0.6 0.2,0.6 0.2,0 0.4,-2.4 z m 1.8,10 q 0.2,-0.8 0,-1.8 v 0.2 q 0,0.4 0,0.6 v 1.2 z m -0.2,11.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-8 q 0,-1.4 0.4,-1.4 0.4,0 0.2,-0.8 0,-0.8 -0.2,-0.2 l -0.4,0.2 q 0,-0.4 -0.2,-0.2 -0.2,0.2 -0.2,1.6 0.2,1.4 -0.2,1.8 -0.2,0.4 -0.2,2.8 0.2,2.2 0.4,2.2 0.4,0 0.2,-2.4 -0.2,-2.4 0.2,-2.2 z m 0.6,-8.4 q 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,1.2 z m 1,-4.2 q 0,0 -0.4,-1.4 0,-0.4 0,-0.4 -0.2,1 -0.4,1 -0.2,0 0,1.6 0.2,0.8 0.2,0.6 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.2 z m -0.4,-21.2 q 0,0 0.2,0.4 0,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-72.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,70.8 q 0,0 0.4,-0.2 0.2,-1 0.2,-1.8 l -0.2,0.2 q -0.4,0.8 -0.4,1.8 z m 1.8,9.8 q 0,0 0,-1 l -0.2,-0.8 q -0.2,0.8 -0.8,4 -0.4,3 -0.4,3.4 l 0.2,-0.2 q 0.4,-0.4 0.6,-0.4 v -0.2 q 0,-0.6 0,-1.6 0,-1.2 0.2,-2.2 0.2,-1.2 0.4,-1 z m 1.6,-9.6 q 0,-1.8 -0.2,-1.6 0,0.2 -0.8,4 -0.6,3.6 -0.6,4 l 1,-3.6 v -0.2 l 0.2,-1 z m 0,-72 q -0.4,0 0,0.4 0.4,0.4 0.2,0.6 v 0.2 q 0.4,-0.2 0.4,-0.6 0,-0.6 -0.6,-0.6 z m 0.4,68.6 q 0.2,-0.4 0.4,-1.8 0.2,-1.4 0,-0.6 z m 0.6,-3.8 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.6 -0.2,-0.6 0,0 -0.2,0.6 z m 0.6,-1.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-62.8 q 0,0 0.2,0.4 0.4,0 0.4,0 -0.2,-0.4 -0.6,-0.4 z m 0.4,61.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.4,-2.4 q -0.2,0.8 0,0.4 0.4,-0.4 0.4,-0.8 z m 1.6,-3.2 q 0,0 0,-0.2 -0.4,0 -0.2,-0.8 l -0.2,-0.2 q -0.4,0.6 -0.6,1.8 -0.2,1 -0.2,1 0.2,0 0.4,-0.4 0.4,-1 0.8,-1.2 z m -0.2,-2.6 q 0,0 0.2,0.6 0.2,-0.2 0,-0.8 z m -0.6,-52.4 q 0,0.2 0.6,0.2 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0 -0.6,0.2 z m 1.8,49.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.2,-1.8 q 0,0.8 0.2,0.2 0.4,-0.8 0.4,-1 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.2,1 z m 1.4,-3 q 0,0 -0.2,-0.4 -0.8,1.4 -0.2,1.4 0.2,-0.2 0.4,-1 z m 0.8,-2.6 0.2,-0.8 -0.4,0.8 -0.6,1.4 0.2,-0.2 q 0.4,-0.4 0.6,-1.2 z m 1.4,-4 0.2,-1 -0.6,1 q -0.4,0.8 -0.4,1.4 0,0.4 0.2,0 0.4,-0.6 0.6,-1.4 z m 1,-4 q -0.2,0.6 0.2,0.2 0.4,-0.4 0.2,-0.6 -0.2,-0.2 -0.4,0.4 z m 0.2,-7.6 q 0.4,-0.2 0.4,-0.8 0,-0.6 -0.4,0 -0.4,0.8 0,0.8 z m 1,-2.6 q 0,0 0,-0.8 0,0.2 -0.2,0.8 -0.2,0.4 -0.4,0.8 0,0.2 0,0.2 0.2,0 0.6,-1 z m 0.8,-24 q 0,0 -0.2,0.4 -0.2,0.2 0,0.2 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.4 z m 0.2,29.2 q 0.4,-0.6 0.4,-0.8 h -0.4 q -0.2,0.6 -0.2,1 z m 2.6,-28.2 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 l 0.2,0.2 q 0.6,0.4 0.8,0.4 z m 7.2,1.4 q 0.6,-0.2 0.6,-0.2 -0.4,-0.2 -1,0 0,0.2 0.4,0.2 z m -1.2,-1 q 2.6,0.2 2.8,0.2 0.4,-0.4 -5,-0.8 h -1.8 q 0.4,0.2 0.6,0.4 0.2,0 0,0.4 0,0.2 0.2,0.4 0.4,0 1,0 h 1.4 l -1.2,-0.2 q -2.2,-0.4 -0.4,-0.6 1,0 2.4,0.2 z m 3.2,1.4 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,-0.2 z m 0.2,-1 q 0,0 2.4,0.2 0,-0.2 -1.4,-0.4 -1,0 -1,0.2 z m 3.6,0.6 q 0.2,0 0.4,0 0.2,-0.2 0,-0.4 -0.2,-0.2 -0.6,0 -1.2,0.4 0.2,0.4 z m 2.6,0.2 q 0.4,0 0.6,-0.2 -0.6,0 -1,0 0.4,0.2 0.4,0.2 z m 1.8,0.4 q 0.4,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m 2.2,0.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 2,0.6 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z m 20.6,10.4 q 0,0 0.2,0.4 0.6,0.2 1,0.2 l -0.2,-0.2 q -0.6,-0.4 -1,-0.4 z m -5,-5.8 q 0,0 -1.2,-0.2 l 0.2,0.2 q 0.6,0.4 1.2,0.2 z m -3,-1 q 0,-0.4 -0.8,-0.4 -0.8,0 -0.2,0.4 0.8,0.2 1,0.2 z m -2.2,-1 q -0.8,-0.4 -1.4,-0.2 0.4,0.6 2,0.8 z m -2.8,-1 q 0,0 -2.8,-0.6 0.2,0.2 1.4,0.8 1.4,0.4 2,0.4 0.2,0 0,-0.2 -0.2,-0.2 -0.6,-0.4 z m -1,23.8 q 0,0 -0.6,-0.4 -0.8,-0.4 -2,-0.6 l -1.2,-0.4 1,0.6 q 1.2,0.8 2.8,0.8 z m -0.8,-22.2 q 0,0 1.6,0.2 -0.2,-0.2 -1.2,-0.4 -0.4,0.2 -0.4,0.2 z m 6.4,25 q 0,0 0.4,-0.2 -0.2,-0.2 -2.8,-1.2 -2.4,-1.2 -2.6,-1.2 z m 1.2,0.6 q 1,1.2 1,0.6 0,-0.4 -0.8,-0.8 z m 3,1 q -0.2,0 -0.8,-0.4 -0.6,-0.4 -0.8,0 0,0.2 0,0.2 0,0 0.2,-0.2 0.4,-0.2 0.4,0.2 0,0.4 0.6,0.4 z m -0.8,-9 q -0.8,-0.4 -1.2,-0.4 -0.2,0 0.6,0.4 1.2,0.6 1,0.6 0,-0.2 -0.4,-0.6 z m -0.6,3.2 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z m 2.8,-12.6 q 0.8,0.2 0.8,-0.2 -0.2,-0.4 -0.8,-0.2 -0.4,0.2 0,0.4 z m -4.8,-6 q 0,0 5.6,1.6 l -0.2,-0.2 q -0.8,-0.6 -1.6,-0.6 -0.8,0 -0.8,-0.2 0,-0.2 -0.8,-0.2 -0.6,-0.2 -0.8,-0.4 -0.2,-0.4 -0.6,-0.4 l -2.4,-0.8 -0.8,-0.2 q -1,0 -2,-0.2 z m 8.8,8.6 q 1.2,0.6 1.2,0.4 0,-0.2 -1.2,-0.8 z m 2.2,0.2 q 0.4,0 -0.2,-0.6 -0.6,-0.8 -2.6,-1.6 -1.8,-1 -2,-0.8 l 0.4,0.2 -0.2,0.4 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 0.2,0.2 1.8,1.2 1.6,0.8 1.8,0.8 z m 0,-3.2 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 1.2,0.8 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 z"/><path fill="#111111" d="m 536.20016,93.6 q -0.4,1.8 -0.6,2.2 -0.2,0.4 0.6,0.4 0.4,0 0.8,0 1.8,0 2.4,0.4 0.8,0.4 0.8,0 0,-0.4 0.8,-0.4 0.8,0 0,0.4 v 0.2 q 0.8,0 0.4,0.8 -0.2,0.4 -0.6,0.4 -0.6,0 -0.8,0.4 0,0.4 0.6,0.4 0.4,0 1.8,0 l 2.4,-0.2 1.6,2.8 -0.8,0.2 v 0.4 q 0.4,0 0.4,0.2 0,0 -0.4,0.4 v 0.4 q 0.8,-0.2 1.2,0.4 0.2,0.4 0,0.6 -0.4,0.2 -0.2,0.4 0,0.2 -0.4,0.4 -0.4,0.2 -1,0.6 -0.6,0.2 -1,0.4 -0.4,0.2 -0.4,0.4 0.2,0.2 0,0.2 0,0 -0.4,0 -0.4,0 -0.4,0.4 0,0.4 0.8,0.6 1,0 1.8,-0.2 0.8,-0.4 1.2,-0.2 0.4,0.4 -0.4,1 -0.4,0.2 -0.6,0.2 -0.6,0 0,0.4 l -0.4,0.2 q -0.6,-0.2 -1.2,0.4 -0.6,0.4 -1.2,0.2 l -0.2,0.2 q 0.2,0.4 -7.4,2.6 -2,0.6 -2,0.8 0.2,0 5,-1.4 4.8,-1.4 5.8,-1.8 l -0.2,0.4 q -0.8,0.8 -1.4,0.8 -0.4,0 -0.4,0.4 0,0.2 -0.6,0.4 -8.2,2.6 -8.4,3 -0.2,0.2 -0.2,10.2 0,2.8 0,5.2 0,2.2 -0.2,3.6 0,1.2 0,1.2 -0.4,-0.6 -0.6,-14 l -0.2,-5 -0.4,1 v -1 q -0.2,-0.6 -0.4,-0.8 -0.4,0.2 -0.4,1.4 0.2,1 0.2,7.8 l -0.4,5 v -0.2 14.8 q 0.2,2.4 -0.2,2.4 -0.2,0 -0.2,-1.6 l -0.2,-1.4 q -0.2,0.2 -0.2,3.6 0.2,3.2 0,4.2 l -0.2,-0.4 q -0.2,-1 -0.2,-2 0,-1 -0.2,-4.4 0,-3.4 -0.4,-4.2 l -0.2,3.2 q 0.2,4 -0.2,4 -0.2,0 -0.2,0.4 0,0.2 0.4,0 l 0.2,0.8 -0.2,0.2 q -0.4,-0.4 -0.2,0.2 0,0.2 0,0.6 l 0.2,8.2 -0.4,-1 q 0,0.6 -0.2,0.8 -0.2,0.2 -0.4,-0.4 -0.2,-0.4 -0.2,-1 l -0.2,-1.4 v 1.4 q 0,1.6 0.4,2 0.6,0.4 0.6,2.4 -0.2,2.8 -0.8,2.8 -0.4,-0.4 0,-0.4 0.4,-0.2 0.4,-1.4 l -0.2,-0.2 q -0.2,0.6 -0.4,0 0,-0.4 -0.2,-1.2 0,-2 -0.4,-2 -0.4,-0.2 -0.4,-0.6 0,-0.4 0.2,0 l 0.2,-1.8 q -0.2,-0.8 -0.6,-1 l 0.2,7.4 q 0,0.8 0,1.2 0.2,1.6 0.2,1.6 0,0 -0.4,-1 l -0.6,-1.4 q -0.2,0.2 -0.2,0.6 0.2,0.6 0.2,1.6 0.2,0.8 0.2,1.6 0,0.6 -0.2,0.6 -0.4,0 -0.4,-1 v -1 l -0.2,1 q -0.2,0.8 0,1.6 0.2,0.6 0,1 0,0.4 0,1.6 0,1 -0.2,1 -0.2,0 -0.4,-1 -0.6,-8.4 -1.4,-8.8 -0.4,-0.4 -0.6,-2.4 0,-2.2 -0.2,-3.2 l 0.2,7.2 q 0.4,3.4 0,3.6 -0.2,0 -0.4,-0.2 0,-0.4 -0.2,-1 0,-0.6 0,-1.2 -0.2,-2.6 -0.8,-3 l 0.2,-0.4 q 0.2,0.2 0.2,-0.4 0,-0.4 0,-1.6 -0.2,-2.4 -0.2,-3.8 l -0.4,-1.2 q -0.4,0.2 -0.2,1.4 0.2,1 0.4,3.2 0,1.8 -0.2,1.8 -0.4,-0.4 -0.6,-0.2 0,0 0,0.4 0.2,0.8 -0.2,0.8 -0.4,-0.2 -0.4,-1 -0.2,-0.8 -0.2,-0.8 0.2,-0.2 0.6,-0.2 0.6,0.2 0.2,-0.2 -0.4,-0.4 -0.2,-1 h -0.2 q -0.4,0.4 -0.6,-0.2 0,-0.8 -0.2,-3.8 -0.2,-4.6 -0.6,-6.2 -0.2,-1.8 -0.6,-4.4 l -0.2,-2.6 q -0.2,0.4 0,3.4 0,3.8 -0.4,3.8 -0.2,0 -0.2,0.4 0,0.4 0.4,0.2 0.4,-0.2 0.4,0.4 0,0.4 -0.4,0.2 -0.8,-0.2 -0.4,3 0.2,2 0.6,2.2 0.4,0.4 0.4,0.4 0,0 -0.6,0 -0.6,0 -0.8,-0.2 -0.4,-0.6 -0.6,-10 l -0.2,-1.8 h -0.2 l -0.2,0.2 q 0,-0.4 0.2,-0.6 0.4,-0.2 0.2,-0.4 -0.2,-0.4 -0.2,-5.4 0,-5 -0.2,-5 -0.2,0 -0.2,-1.2 0,-1.2 0,-2.6 0.2,-1.4 0.2,-2 -0.4,0.2 -0.4,-0.2 0,-0.2 0,-1 0.2,-5.4 -0.4,-4.8 -0.4,0.4 0,9.4 0,4 -0.4,4 -0.2,0 -0.2,-1.8 -0.2,-11.6 -0.8,-11.6 v -0.2 q 1,-0.6 -10.4,0.2 -3.8,0.4 -8.2,0.6 -5.4,0.2 -7,0.4 -2.6,0 -3.2,0 -0.6,0.2 -0.8,1.2 -0.2,1 -0.6,6.2 -0.4,4.8 -0.6,5.4 0,0.6 -0.2,4.4 -0.2,3.6 -0.6,6.6 l -0.2,2 q 0,-1.6 0.4,-9.6 l 0.6,-13.2 q -0.2,0.6 -0.4,0.6 0,0 0,-0.6 0,-0.8 0.4,-1 0.6,-0.2 0.6,-0.8 0,-0.8 -0.6,-0.4 h -0.2 q 0.2,-0.4 -0.2,-0.4 -0.6,0 -0.6,2.4 0,1.2 0,1.6 0,0.6 -0.4,1.2 -0.4,0.4 -0.2,1 0.4,0.6 0,3 -0.4,2.4 -0.2,3 0.2,0.6 -0.4,1 -0.6,0.6 0,1 0.4,0 0.2,0.8 -0.2,0.6 -0.4,0 l -0.4,-0.2 q 0,0.6 0.4,1 0.4,0.2 0.4,0.6 l -0.4,-0.2 q -0.4,-0.6 -0.4,0 0,0.6 0.4,0.6 0.4,0 0.4,0.6 0,0.6 -0.4,0.2 -0.4,-0.4 -0.6,1.4 0,1.6 0.4,1.6 l -0.2,0.4 q -0.4,0.2 -0.4,1.2 0.2,1.4 0.2,4.6 0,3.2 -0.2,6.4 0,3.2 0,3.2 -0.2,-0.2 -0.4,-2.2 l -0.4,-2.2 q -0.2,0.2 -0.2,0.6 l -0.2,-0.2 q 0,-0.2 0,-0.6 -0.2,-1.4 0.2,-1.8 0.6,-0.4 0,-0.4 -0.6,0 -0.8,0.4 0,0.4 0,2.4 -0.2,1.8 -0.2,3 -0.2,1 0,1 0.4,0 0,0.6 -0.4,0.4 0,0.4 0.4,0 0,0.6 -0.2,0.4 -0.2,2.4 0,0.6 0,1.2 0,0.4 0,0.8 0,0.2 0,0.2 -0.8,-0.2 -1,0.4 -0.2,0.4 -0.2,2.4 l -0.2,2.2 -0.2,-0.2 -0.2,1.8 q 0,0.4 0,0.8 0.2,3.2 0,4.8 l -0.2,1.8 -0.2,-2 q 0,-1.4 -0.4,-1.4 -0.2,0.4 -0.2,0.2 0,-0.2 0,-0.6 -0.2,-0.6 -0.4,-0.6 -0.2,0.4 -0.2,1.8 0.2,1.2 -0.4,1.6 -0.4,-0.2 -0.4,-0.8 0,-1.2 -0.4,-1.2 -0.4,0 -0.4,-0.6 0.2,-0.6 0,-1.4 l -0.2,2.6 q -0.2,3.6 -0.6,3.4 -0.2,-0.4 -0.2,-2 0,-1.6 -0.6,-4.2 -0.6,-2.6 -0.8,-3.8 -0.2,-0.4 -0.4,-0.6 -0.2,-0.2 -0.2,0 v -0.6 q 0,-0.6 0,-0.6 -0.6,0.2 -0.8,1 0,0.6 -0.2,-0.2 -0.2,-0.2 -0.2,-1 -0.2,-2.2 -0.4,-2.2 -0.2,-0.2 0,1.4 0,1.8 -0.4,2.4 -0.2,0.6 0.4,0.8 0.6,0.2 0.6,0.6 0,0.2 -0.4,0 -0.4,-0.2 -0.4,2.6 0.2,2.8 0,3 l -0.4,-1.8 q 0,-2.8 -0.4,-3.2 v 2.4 q 0.2,2.2 -0.2,2.2 -0.2,-0.2 -0.4,-1.2 -0.2,-0.6 -0.2,-0.2 0,0.2 0,0.8 l -0.2,1.2 -0.2,-1.2 q -0.4,-1.4 -0.6,-4.6 -0.2,-3.2 -0.6,-3.4 0,0 0,1 0,1 0,2.6 0,1.4 0,3 0.2,1.6 0.2,3 0,1.4 0.2,1.8 0,0.8 -0.4,0.8 -0.2,0 -0.2,-0.8 0,-0.8 -0.2,-7.6 -0.4,-6.8 -0.6,-16.2 -0.2,-9.6 -0.4,-11.2 -0.2,-1.2 -0.2,-5.2 0,-4.2 0,-7.6 0,-3.6 0,-3.6 0.2,0 0.2,-1.6 0.2,-1.8 0,-3.6 0,-1.8 -0.2,-2.4 -0.2,-0.6 -0.2,-0.2 0,0.2 -0.2,1 -0.2,1.2 -0.6,1.2 -0.2,0 -0.2,-1.6 0,-0.8 -0.4,-1 -0.2,-0.4 -1.6,-0.8 l -1.6,-0.6 -0.4,-0.4 q -0.2,0 -0.4,-0.2 -1.4,-0.4 -1.8,-0.8 -0.4,-0.4 0.4,-0.6 0.6,0 2.4,0.2 3.6,-0.2 3.6,-0.6 l -0.2,-0.4 q 0.4,0 0.2,-0.8 0,-0.8 -2.6,-1 l -2.4,-0.4 3.2,-0.4 h -1.8 q -1.8,0 -1.8,-0.2 0,-0.4 4.4,-0.4 1.2,0 1.2,-0.6 0.2,-0.6 -1,-1 l -1.2,-0.8 q 0.2,-0.2 1.2,0.4 l 1.4,0.2 -0.4,-0.2 q -0.6,-0.6 0,-0.6 0.8,0 0.2,-0.6 -0.2,-0.4 -0.8,-0.4 l 0.4,-0.4 q 0.8,0 0.8,-0.2 l -1,-0.4 q -1,0 -1,-0.4 0,-0.4 1.4,-0.4 1,0 1.2,-0.2 0.2,-0.4 0,-1.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,-0.2 0,-0.4 -0.6,-0.2 l -0.4,-0.2 q 0.2,-0.2 -0.6,-0.4 -0.6,-0.2 -0.4,-0.6 l -0.2,-0.2 q -0.6,0.2 -1.2,-0.2 -0.8,-0.4 -0.4,-0.6 0.4,-0.2 0.8,0 0.2,0 1.2,0.2 1,0 2.2,0.4 1.2,0.2 1.2,-0.6 0,-0.8 1.4,-0.6 0.8,0.2 1,0.2 0.2,-0.2 0,-1 -0.2,-1 0,-1 0.4,0 0.4,-0.6 0,-2 0.6,-3 0.2,-0.4 -0.2,-0.8 -0.2,-0.6 0.2,-0.2 0.6,0.2 0.4,-0.4 -0.2,-0.6 0,-1 0.4,-0.8 0.4,-2.2 0,-0.8 0.4,-1 0.6,-0.2 0.6,-0.6 -0.4,-1.4 0.4,-2.4 v -0.6 q 0,-0.8 0.2,-1 0.4,-0.4 0.4,-1 0,-0.6 0.4,-0.6 0.4,0 0.4,-1.2 l 0.4,-0.8 V 81 q -0.2,-0.6 2.2,-6.6 1,-2.4 2.8,-6.8 1.8,-4 1.6,-4.4 h 0.4 l 0.2,-0.2 -0.6,-1 -0.6,1 q -0.6,0.8 -0.8,1.4 -0.2,0.6 -0.6,0.6 -0.4,0 0,-0.4 0.6,-0.6 0.2,-0.6 -0.2,0 0.4,-1 0.8,-1 0.8,-1.4 0,-0.6 0.6,0.2 0.8,0.6 0.8,0.2 0,-0.6 0.8,-1.6 0.4,-0.2 0.4,0 l 0.2,-0.2 q 0.2,-0.2 0.4,-0.6 0.6,-1.2 0.4,-1.4 0,-0.4 0.2,-0.6 0.4,-0.2 0.6,0.4 0.4,0.6 0.6,0.2 0.2,-0.4 -0.2,-0.4 -0.2,0 -0.2,-1 l 0.4,-0.6 0.2,-0.4 q 0,-0.6 0.6,-1.6 0.6,-1 0.8,-1 0.4,0 0.2,-0.2 -0.2,-0.4 0.2,-0.6 0.6,-0.2 0.4,-0.6 0,-0.2 0,-0.2 0,0 0.2,0 0.4,-0.2 0.4,-0.6 l 0.4,-0.6 q 0.2,0.2 0.4,-0.2 v 0.4 q -0.2,0.4 -0.2,0.8 0,0.4 -0.6,0.6 -0.4,0.2 -0.4,0.6 0,0.2 0.6,0.4 h 0.4 q -0.2,-0.2 0,-0.4 0.4,-0.2 0.8,-0.2 0.4,-0.2 0.6,0 0.2,0 0.4,-0.4 0.4,-0.4 0.8,-1 1.2,-1.8 1.8,-1 0.4,0.4 0.4,0.2 0,-0.4 -0.6,-0.8 -0.4,-0.6 0.2,-1.2 0.6,-0.8 1,-0.6 0.6,0.2 0.4,-0.2 -0.2,-0.6 0.4,-0.4 0.8,0.4 0.4,1.4 -0.2,0 -0.6,1 h -0.2 V 49 q 0,0 -0.4,0.6 -1.2,1.8 -0.2,2 0.2,0 0.6,0 0.8,-0.4 1,0.2 0.2,0.6 0.6,0.4 0.4,-0.2 0.4,0 0,0.2 -0.2,0.4 -0.4,0.8 0.2,0.2 0.8,-0.6 1.2,-0.2 l 0.2,0.4 q -0.2,0 -1.2,1.6 -1,1.6 -1,2 0,0.6 0.8,-0.6 0.2,-0.4 0.4,-0.8 0.2,-0.8 1.4,-2.2 1.4,-1.4 1.8,-1.4 0.8,0 0.4,0.6 -0.2,0.2 -0.8,0.8 -2,2.2 -1.8,3.4 0.2,0 1.6,-1.4 1.6,-1.6 2,-1.2 0.8,1 -0.2,2.6 -0.4,0.8 -0.6,1.6 l -0.4,1 0.8,-1 q 0.4,-0.4 0,0.6 -0.2,0.4 -0.6,1.6 -1.4,3 -1.4,3.2 l 0.6,-0.8 q 0.4,-1 1.2,-1.6 0.4,-0.4 0.4,-0.4 0.2,0 -0.2,0.6 -0.2,0.8 -1.6,3.4 -1.2,2.4 -1.2,2.6 0,0 0.6,0 0.8,-0.2 1.4,-1.8 0.8,-1.8 1.2,-1.8 0.4,0 -0.2,1 -0.6,1 -1.4,3 -0.6,2 -1.2,3.4 -0.8,2 -4.2,12.4 -3.2,10.2 -3.8,12.8 -1.6,6.4 -1.6,7.6 0.4,0 2.8,0 2.6,-0.2 6.2,-0.4 3.6,-0.2 5.6,-0.4 2.8,-0.2 8,-1.2 5.2,-1 5.4,-1.2 0.2,-0.2 0.8,-4.4 1.2,-10.4 4.2,-20 2,-6.4 4.4,-11.2 0.6,-1.2 0.6,-1.4 0,-0.4 0.6,-1.2 l 0.2,-0.8 -0.2,-0.2 q 0.2,-0.6 0.6,-0.4 0.2,0.2 0.4,-0.2 0.2,-0.6 0.2,-1.2 0.2,-0.8 0.2,-1.2 -0.2,-0.6 0.2,-0.6 0.4,0 0.2,0.4 -0.2,0.2 -0.2,0.2 0.2,0 0.4,0 0.4,-0.2 1.8,-2.8 1.6,-2.8 2.4,-3.8 l 1,-1.2 -0.6,1.4 -0.4,1.2 0.2,-0.2 q 0.6,-0.4 0.8,-0.2 v -0.6 l 0.2,-0.4 q 0.2,0.6 0.4,0.2 0.4,-0.4 0.6,-0.4 0.2,0.2 0.6,-0.4 0.6,-0.6 1.6,-2.4 0.6,-1 1,-1 0.6,0 0.4,-0.4 -0.2,-0.6 0.4,-0.4 0.8,0.2 0.4,1 -0.2,0.6 -0.2,1 0.2,0.8 -0.8,1 v 0.4 q 0.2,0.8 -0.4,1 -0.6,0.2 -0.6,0.6 0,0.2 0.4,0 l 0.2,0.2 q -0.2,0.4 -0.4,1.2 0,0.6 -0.2,1 0,0.4 -0.6,0.2 -0.4,-0.4 0,0.2 0.4,0.4 -0.2,0.8 l 0.2,0.2 q 0.6,-0.4 0.8,-0.2 l 0.2,-0.2 q -0.4,-0.4 0.2,-1.4 0.8,-1 1.4,-1 0.4,0 0.4,-0.4 0,-0.4 0.4,-0.4 0.4,0 1.6,-1 1,-0.6 1,-0.2 -0.2,0.6 0.2,0.8 0.4,0.2 -0.2,0.6 -0.6,0.2 -0.8,1 -0.4,0.4 -0.4,0.4 0.2,0 0.8,-0.2 2,-1.2 2.2,0 0.2,0.4 -0.4,1 -0.4,0.6 -0.6,1 h 0.2 q 0.4,-0.6 1,-0.6 v 0.2 q -0.8,0.2 -1.2,1.8 -0.2,0.4 0.2,0.4 0.8,0 1.6,-1.8 0.4,-1.2 0.8,-1.4 0.6,-0.2 0.6,-1 0,-0.4 0.6,-1.4 0.8,-1 1.4,-1 0.4,0 0.4,0.6 0,0.6 0.2,0.4 0.4,-0.2 0.4,0 0.2,0.2 -0.2,0.6 -0.4,0.4 -1.4,2.8 -0.8,2.2 -0.8,2.4 0.2,0 0.2,-0.2 0.2,-0.2 0.4,-0.6 0.4,-0.4 0.6,-1 1,-1.8 1,-1.8 0.2,0 0,0.6 0,0.4 -0.4,1.2 -0.2,0.6 -0.6,1.4 -0.4,1.2 -1,2.4 -0.6,1.2 -0.4,1.2 0.4,0 1.4,-2.2 1,-2.2 1.2,-2.2 0.4,0 -0.4,1.4 -0.6,1.2 -0.6,1.8 l 0.8,-1 q 0.6,-1.2 1,-1.2 0.4,0 -1,3.2 -1.4,2.8 -2,4.4 -0.4,1.4 -2.4,7 -5.2,15 -6.6,21.6 z m 3,-36.4 q 0,0 0,0.4 0.4,-0.2 1,-1.4 0.6,-1.4 1.2,-1.8 0.6,-0.6 0.6,-0.8 0,-0.4 -0.8,0.4 -0.6,0.8 -0.6,0.6 0,-0.4 -0.8,0.6 -0.6,0.8 -0.4,1.2 0.2,0.4 -0.2,0.8 z m -2.6,29.6 q 0,0 0.2,0.2 0.4,-0.4 0.2,-0.6 -0.2,-0.2 -0.4,0.4 z m -44,-13 q 0.2,0.4 -0.2,0.4 -0.2,0 0,0.6 0.2,0.4 1,-1.4 0.2,-0.6 0.6,-1.4 1.2,-3.2 1.2,-3.4 0.2,-0.4 0.6,-1 h -0.4 q -0.6,0.6 -0.6,0.2 l -0.6,1 h 0.4 q 0.2,-0.6 0.2,0 0,0.4 -0.4,1 -0.2,0.4 -0.2,0 0,-0.6 -0.4,0 -0.2,0.4 0,1 0.2,0.6 -0.2,0.6 -0.4,0 -0.4,0.6 0.2,0.4 -0.4,0.8 -0.4,0.4 -0.2,1 z m -4.4,12.8 q 0.2,0.4 0.2,0.4 0.2,-0.2 0.2,-0.8 l -0.4,-0.4 q -0.2,0.4 0,0.8 z m 2.6,-6.8 q 0,0.8 0.4,-0.4 0.6,-1.2 0.6,-1.4 0,-0.4 -0.6,0.2 -0.4,0.6 -0.4,1.6 z m 0.2,-24.4 q 0,0 -1,2.6 0.2,-0.4 1.4,-2.4 l 0.8,-1.8 q -0.4,0.2 -1.2,1.6 z m -1.8,-0.6 q 1,-1.6 0.8,-1.6 -0.2,0 -1.2,1.6 -0.8,1.4 -0.8,1.8 0,0.4 0.6,-0.6 0.2,-0.4 0.6,-1.2 z m -25.6,73.6 q -0.2,0.2 -0.2,0.4 0,0.4 0.2,0.4 0,-0.4 0,-0.8 z m 0,4.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-11.8 q 0,0 0.2,0.4 0.2,-0.2 0,-0.6 z m 0.2,44 q 0.2,-0.8 0,-1.6 v 0.2 0.6 q 0,0.8 0,0.8 z m -0.2,-60.4 q 0.4,0.4 0.8,0.2 0,-0.4 -0.6,-0.6 -0.4,-0.2 -0.2,0.4 z m 0.6,-3.6 q 0.2,0.2 0.2,0.2 0.2,0 0.2,-0.2 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 z m 0.8,68.6 q 0,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.4 z m 1.2,-2 q 0.2,-0.4 0,-0.8 -0.2,0 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.2,-2.4 q 0.2,-1.2 -0.2,-1.6 -0.4,-0.6 -0.4,-0.2 0,0.2 0.2,1.4 l 0.2,1.6 z m 2.2,-12.6 q 0.2,-0.4 0,-1 -0.2,0.2 -0.2,0.6 0.2,0.2 0.2,0.4 z m 0,-2.6 q 0.2,-0.2 0,-0.8 l -0.2,0.4 z m 1.4,18.8 q 0.2,0.6 0.2,1.4 0,0.8 0.2,0.8 0.2,0 0,-1.4 0,-1.6 -0.4,-1.6 -0.2,0 0,0.8 z m 0.8,4.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 1.6,-5.8 q 0.2,-0.6 0,-1.2 0,0.2 0,0.6 0,0.4 0,0.6 z m 0.4,-22.8 q -0.2,0.6 0.2,0.2 0.4,-0.4 0.2,-0.6 -0.2,-0.2 -0.4,0.4 z m 2.8,14 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0,0.2 0.2,0.4 z m 0,-2.2 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 3.2,-95.2 q -0.4,0.2 -0.4,0.4 0,1 0.4,-0.2 z m -0.2,64.6 q 0.2,-0.6 0,-1.4 -0.2,0.2 -0.2,0.6 0.2,0.8 0.2,0.8 z m -0.8,20.6 q 0.2,0.2 0.2,-0.2 0,-0.4 -0.4,-0.4 -0.4,-0.2 0,-1 0.6,-1 0.2,-2 -0.2,-0.8 -0.2,-1.8 0,-1.2 0.2,-1.6 0.2,-0.4 0,-3.6 0,-3.4 -0.2,-3.6 l -0.2,1.8 q 0,2 -0.2,2.6 -0.2,0.4 0.2,0.8 0.4,0.2 0,0.6 -0.4,0.4 -0.4,5.8 l 0.2,4 z m 0.2,-14.2 q 0,0.2 0.2,0.2 0.2,0 0.2,-2.4 l -0.4,-1.6 q -0.2,0.8 0,2.2 0,0.2 0,0.6 0,0.4 0,0.6 0,0.2 0,0.4 z m 0,-5.2 q 0,0.2 0.4,0.2 0.4,0 0.4,0 0,-0.2 -0.4,-0.4 -0.4,-0.2 -0.4,0.2 z m 1,-5.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 2,-62.8 q 0,0 -0.2,-0.2 -0.4,0.2 -0.4,0.4 0,1 0.6,-0.2 z m 2.8,-5.4 q 0,0 0,-0.2 -0.6,0.4 -0.6,0.2 0,-0.4 -0.6,0.4 -0.4,0.6 -0.4,1 l 0.4,-0.4 q 0.4,-0.6 0.6,-0.4 0.2,0.2 0.6,-0.6 z m 1,47.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 3.4,17.8 q 0,0 1.2,0 v -0.2 q -1,0 -2.2,0 -0.4,0.2 0,0.2 0.2,0 1,0 z m 4,0 q 0,0 0.4,0 -0.4,-0.2 -0.8,0 0.2,0 0.4,0 z m 22.4,-20 q 0.2,0.2 0.6,0 0.4,-0.4 0.2,-0.6 -0.2,-0.4 -0.6,0 -0.4,0.2 -0.2,0.6 z m 1.8,-11.2 q -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 0.2,-0.4 0,-0.8 z m -0.8,5.8 q 0.4,0.2 0.4,0.2 0,0 0,-0.8 0,-1 -0.2,-1 -0.2,0 -0.4,0.6 0,0.6 0.2,1 z m 0.8,-4.4 q -0.2,0 -0.4,0.4 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 z m 0.4,57.6 q 0.2,-0.6 0,-1 -0.2,0.4 -0.2,0.4 0,0.4 0.2,0.6 z m 0,-2.8 q 0.2,-1.6 0,-3 -0.2,0.8 -0.2,1.4 l 0.2,1.8 z m -0.2,-48.4 q 0.2,-0.2 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.4 0,0.2 0,0.4 0.2,0 0.4,0 z m 0.2,-8.6 q 0.2,0.2 0.4,0 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.4 0.2,0.6 z m 3,57.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.4,7 q 0.2,0.6 0.2,0.6 0.2,0 0.2,-2 l -0.2,-1.4 q -0.4,0.8 -0.4,1.6 0.2,0.6 0.2,1.2 z m 2,-80.8 q 0,-0.2 0,-0.4 0,-0.4 -0.2,0.2 -0.2,0.2 -0.2,0.6 l -1,1 v 0.4 q 0.2,0.4 0.4,0.4 0.4,-0.2 0.4,-0.8 0,-0.4 0.2,-0.4 0.4,0 0.4,-1 z m 1.8,-4.4 q 0.8,-2.6 1.2,-3 0.4,-0.4 0.6,-1.2 l -0.2,-0.6 q -0.2,0.2 -1.6,3.6 -1.4,3.2 -1.6,3.8 0,0.8 0.2,0.6 0.2,-0.4 1.4,-3.2 z m 0.4,98 q 0,0.4 0.2,0.4 0.4,0 0.4,-0.6 0,-0.2 -0.2,-0.4 0,-0.2 -0.2,0 -0.2,0 -0.2,0.6 z m 0.2,-4 q 0.2,-0.4 0.4,0.2 0.4,0.4 0.4,-0.4 0,-0.2 -0.2,-0.4 -0.4,-0.2 -0.6,0.6 z m 0.8,1.2 q -0.2,0.6 0,0.6 0.4,0 0.4,-0.6 0,-0.6 -0.2,-0.6 0,0 -0.2,0.6 z m 0.8,-101.4 q 0.4,0.6 0.6,0.4 0.2,-0.2 -0.4,-0.6 -0.4,-0.4 -0.2,0.2 z m 1.6,98.4 q -0.2,0.2 -0.2,0.4 0,0.4 0.2,0.4 0.2,-0.4 0,-0.8 z m 0.8,-20.6 q 0.2,-0.8 0,-2.4 -0.2,-1.2 -0.2,-1.2 l -0.2,1.8 z m 0.4,-82.6 q 0,0 -0.2,-0.2 -0.2,0.2 -0.2,0.4 0,1.2 0.4,-0.2 z m 1.2,63.4 q -0.2,0.2 -0.2,0.4 l 0.2,0.4 q 0.2,-0.4 0,-0.8 z m -0.2,23.8 q 0.4,-0.4 0.2,-1 l -0.4,0.4 z m 0.2,-17.2 q 0.4,-1.6 0,-2 l -0.2,1.4 v 2.2 z m 4.8,-30.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0,0.4 0.2,0.4 z m 10.6,8.4 q 0,0 0.2,0.2 l 0.6,-0.2 q -0.2,-0.2 -0.8,0 z m -3.4,0.8 q 0,0 2.4,-0.4 0.6,-0.2 -0.6,0 -1.2,0.2 -1.8,0.4 z m -6.8,-12.6 q 0,0 0.2,0.6 0.2,-0.2 0,-0.8 z"/><path fill="#111111" d="m 618.20031,62 q 0,0.2 0.4,0.8 0.4,0.4 -0.2,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 l -0.2,0.2 q -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.2 l -1.6,0.2 -1.4,0.2 q 0.4,0.2 0.2,0.6 -0.2,0.2 0.2,0.2 0.4,0 0.4,0.4 0,0.4 -1,0.2 -4.8,-1.2 -5.4,-0.4 l 1,0.2 q 1.2,0 1.4,0.4 0.2,0.2 1.4,0.6 l 0.2,0.2 q -1,0.2 -1.2,-0.2 -0.8,-0.8 -3,-0.4 -0.6,0.2 -0.6,0.4 0.2,0.2 1.2,0.2 1.2,-0.2 1.2,0.2 0,0.2 2.8,0.4 4.2,0.4 4,1.2 -0.4,0.4 -0.8,-0.2 l -0.2,-0.2 q 0,0.4 -2.2,0.4 -3.8,0 -3.2,0.2 0.2,0 0.8,0.2 0.8,0.2 -0.2,0.2 -0.8,0 -2.4,0 -4,0.2 -5.4,0.4 -3.6,1 -11,2 -2.4,0.4 -10.2,2.6 -7.8,2.2 -8.4,2.8 -0.2,0.2 0.6,5.8 1.4,10.6 1.4,21.2 0,3.4 0.4,3.4 4.2,-1.6 9.2,-2.4 1,-0.2 1,0.2 0,0.2 0.8,0.2 0.8,0 0.2,-0.4 -0.6,-0.2 -0.6,-0.2 0,0 0.6,0 0.8,0 0.8,0.4 l 0.2,-0.2 q 0.2,-0.6 6.8,-0.4 6.6,0 7.8,0.8 1.4,0.6 1.6,1 0.2,0.4 -0.2,0.4 -0.2,-0.2 -0.4,-0.2 -0.8,-0.2 -2.6,-0.4 -1.2,0.2 -1.2,0.4 0.4,0.6 1.4,0.4 1,-0.2 3,0.4 2,0.4 2,0.8 0.2,0.4 -0.4,0.6 -0.6,0 -2.6,0 -3.2,0.2 -5.2,0.4 -1.8,0.2 -0.2,0.2 0.8,0 2.2,0 4,-0.2 5,0.4 1,0.4 1,0.8 0,0.2 0.8,0.4 0.8,0 0.8,1 0,1 -0.8,1.2 -1.2,0.2 -1.4,0.4 0,0.2 0.4,0.6 0.6,0.4 1.2,0.2 v 0.2 q -0.4,0.6 -2.4,0.8 -0.8,0.2 -0.6,0.4 0.4,0.2 -0.2,0.2 -0.2,0 -0.6,0 -1.4,-0.2 -1.4,0.2 0,0.2 -0.4,0 -0.2,-0.2 -0.4,0.2 h 2.6 q 1.2,0 2,-0.2 0.6,-0.2 0.6,0 0.2,0 -0.2,0.2 -0.4,0.6 -1.6,0.6 l -4,1 h 0.2 q 0.6,0 3.8,-0.4 h 0.2 0.2 l 0.2,-0.2 4,-0.4 q -0.6,0.4 -1.8,0.6 -1,0 -1.4,0.4 -0.2,0.4 -1.6,0.4 -1.4,0 -1.4,0.4 0,0.4 0.8,0.2 l 5,-0.4 q -0.6,0.2 -0.6,0.8 0,0.4 -1.4,0.8 -1.6,0.6 -0.2,1 1.6,0 -0.8,0.8 -2,0.8 -6.2,1.8 -22.2,5.6 -25.2,7.4 -0.8,0.4 -0.8,1.2 0,0.6 -0.2,1.4 -0.2,1 -0.8,5.4 -0.4,4.6 -1.4,9.8 -1,5 -1,5.4 0,0.2 0.6,-0.2 0.6,-0.4 2,-0.6 1.6,-0.2 2.6,-0.6 1.2,-0.6 1.6,-0.4 0.4,0.2 2.8,-0.2 2.6,-0.4 3,-0.8 h 0.2 q -0.2,0.4 3.2,0.4 3.6,0 4.2,0.2 0.6,0.2 2.6,0.6 4.2,1.2 6.2,2.2 1.2,0.6 3.6,1 1.6,0.8 1.6,1.4 -0.2,0.4 -1.8,-0.2 -1.6,-0.6 -1.8,-0.4 -0.2,0.2 2.4,1 l 2.8,0.6 q -0.2,0 -0.6,-0.2 -1.2,-0.6 -0.4,-0.8 1.6,-0.6 6.6,3.6 2.6,2.4 2.2,2.6 0,0 -1,-0.8 -1,-0.8 -1.4,-0.6 -0.2,0 0.6,0.8 0.8,0.6 0.4,1.2 -0.6,0.6 0,0.8 0.2,0 0.6,-0.2 0.4,-0.4 1.6,0.8 l 0.8,1 q -0.6,-0.4 -1.2,0 -0.4,0.2 0.6,0.8 l 0.8,0.2 q 0,-0.2 0,-0.4 0.2,-0.2 1,0.6 1.2,1.6 0,2.4 -0.2,0.4 -0.4,0.8 0,0.4 0,0.8 0,0.2 0.2,0.2 0.4,0 0.4,0.8 0.2,0.6 -0.2,1 -0.4,0.2 -1.4,0 -1,-0.2 -1.6,0 -0.6,0 -1.2,-0.4 -0.4,-0.4 -0.4,0 0,0.2 -1,0.2 l -0.2,0.2 q 0.8,0.2 1.6,0.2 0.6,0.2 0,0.4 -0.2,0 -0.8,0 -1.4,0.4 -2,0.2 -0.4,-0.2 -0.4,0.2 0,0.2 1.2,0.6 1.2,0.2 0.2,0.4 -0.8,0 -0.2,0.4 1,0.6 -1.8,0.8 -1.4,0 -1.4,0.4 0,0.4 -0.4,0.4 -0.8,0 -4.6,-0.2 -10.6,-1.2 -24.4,1.4 -6.6,1.2 -10.2,2.4 -2.8,1.2 -3.6,1.8 -0.8,0.4 -1,1.2 -0.2,1.2 -1.6,4.8 -1.2,3.6 -1.6,4 l 0.2,-1.4 q 1.2,-4 1,-4.4 l -0.6,0.8 q -0.6,1.2 -0.6,0.4 0,-2 -0.8,0.4 -0.2,0.4 -0.4,0.8 l -1,2.2 q 0,-0.2 0,-0.6 0,-1 -0.4,-1.8 l 0.2,-0.6 0.2,-0.8 q 0,-1 -0.4,-1 -0.6,0 -3.4,2.6 -1,0.8 -1.2,0.6 -0.2,-0.2 -0.4,0.2 l -0.2,-0.2 q 0,-0.2 0.2,-0.4 0.2,-1.2 0,-1.2 -0.4,0 -1.6,1.4 -1,1.2 -1.2,1.6 -0.2,-0.4 -0.2,-0.8 -0.2,-1.6 0,-2 0.2,-0.2 0.6,-2.2 0.4,-2.2 0.4,-2.8 0,-0.4 -0.8,0 -0.8,0.4 0.2,-0.4 1.2,-0.8 1,-1 -0.2,-0.2 -1.8,1 -1.4,1 -1.4,1.2 l -1.6,2.2 q 0,-0.2 0.6,-1.4 0.2,-0.6 0,-0.6 -0.6,0.6 -0.8,0.4 0,-0.2 0.4,-0.8 l 0.2,-0.4 q -0.4,0.2 -0.4,0 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.6,-0.4 -0.6,-1.2 -1,0 v 0.2 q 0.6,-0.2 0.6,0.4 0,0.4 -0.6,1 -1.8,1.2 -1.8,0.6 0.2,-0.6 0.6,-0.6 h 0.2 q -0.4,-0.2 0.2,-0.8 h -0.2 q -0.2,0.2 -0.4,0.4 -1.2,1 -1.4,0.8 -0.2,-0.4 1.6,-2.2 1.6,-1.8 0.6,-1.8 -0.2,0 0,0.4 0,0.2 -0.2,0.2 0,0 -0.2,0 -0.2,-0.2 0.2,-1.2 0.6,-1 1,-1 0.4,0 0.2,-0.6 -0.2,-0.6 0,-0.8 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.6 0.4,-0.6 0.6,0 0.6,-0.4 0,-0.6 1.2,-1.6 1.2,-1 1,-1 -0.4,0 -2.4,1.6 -2.2,1.6 -3.2,2.2 -0.8,0.6 -0.8,0.8 0.2,0.2 -0.6,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.4,-0.6 0.8,-0.8 0.2,-0.2 0.2,-0.6 0,-0.4 -0.6,0 v -0.2 q 0.8,-0.8 1,-0.6 0.2,0.2 2,-1.6 1.2,-1 1.6,-1.4 l -1.4,0.8 q -1,0.8 -1.2,0.8 -0.2,-0.2 1.8,-2.2 l 1.4,-1.6 q -0.8,0.4 -3.4,3 -3.2,3.2 -3.4,2.6 -0.4,-0.8 0.4,-2 0.8,-1.2 4.2,-5 l 0.8,-1 q 0,0 -0.4,0.4 -2.8,2.6 -4.8,5.2 -1.4,1.8 -1.4,1.2 0.2,-0.4 0.8,-1.6 1,-1.6 4.4,-5 3.6,-3.6 6.8,-5.8 3.4,-2.6 3.6,-3 0.2,-0.6 1.4,-11.6 1.2,-11 1,-11.2 0,0 -1.8,1.2 -1.8,1 -2,0.8 0,0 0.2,-0.2 0.2,-0.4 0.6,-0.6 0.6,-0.4 1.2,-0.8 l 1.8,-1.8 q -0.2,0 -1.2,0.8 -1,0.6 -1.4,0.4 -0.4,-0.2 -0.4,0.4 0,0.2 0,0.4 0,0 -0.2,0 -0.4,-0.2 -1.8,0.6 l -1.2,0.6 q 0.2,0 0.6,-0.6 0.8,-0.8 2.4,-1.8 1.6,-1.2 1.6,-1.8 0,-0.6 0,-0.6 0.2,-0.2 0.4,-0.2 0.6,0 0.6,-0.2 0.2,-0.2 0,-0.4 -0.2,-0.2 -1.4,0.2 -1,0.4 -1,0.8 l 0.4,-0.2 q 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 -0.8,0.2 -0.6,-0.2 -3.4,2 -2.6,2 -3.2,2 -0.4,0 1.6,-2.2 2.8,-2.6 2,-2.6 -0.2,0 -0.4,0.2 l 0.6,-1.2 q 0.6,-0.6 0.4,-0.6 -0.2,0 -2,1.6 -3,2.2 -4.2,3.6 -1,1.2 -1.4,1.2 -0.2,0 0.2,-0.4 0.4,-0.4 0.4,-0.6 0,-0.4 -0.6,0.4 -0.6,0.8 -0.6,0.2 0,-0.6 0.4,-1 v -0.2 q -0.4,0.2 -0.4,0 -0.2,-0.2 0.8,-1.2 0.8,-1 0.8,-1.2 0,-0.2 0.8,-1.2 1,-1 0.4,-1 l -0.4,0.2 -0.6,0.6 q -1,0.6 -1.2,0.4 -0.2,-0.4 1.8,-3 1,-1.2 1,-1.6 0,-0.4 1.8,-2.4 l 1,-1.4 q -0.2,0.2 -0.6,0.6 -2.2,1.6 -7.2,7 l -1,1 q 0,0 0.4,-0.6 0.6,-1.2 2,-2.8 1.4,-1.6 2,-2.8 l 0.6,-1.2 -2.2,2 1,-1.4 q 1,-1.4 3.2,-3.6 2.4,-2.2 2.2,-2.4 l 0.2,-0.2 q 0.2,0.2 2.6,-1.6 2.4,-2 2.2,-2.2 0,-0.4 1.4,-1.4 1.6,-1 1.8,-1 l -1.4,1.2 -1.4,1.2 q 0.4,0 1.8,-1.2 l 1.6,-1 -0.2,-13 q -0.4,-17.8 -0.8,-20 l -0.4,-1 q 0,0.4 -0.4,0.4 -1.4,-0.2 -1.4,0.6 0,0.4 -0.4,0.4 -0.4,0 -0.8,0.6 -0.2,0.6 -0.4,0.2 -0.8,-1.2 -1.8,-0.4 -0.4,0.4 -0.4,0 0,-0.6 0.6,-1.6 v -0.4 q -1,0.8 -1,0.6 0,-0.2 0.4,-0.8 0.8,-0.8 0.4,-1 0,0 -0.6,0.4 -0.2,0.2 -0.2,0 0,-0.2 0,-0.4 0,-1 1.8,-2.6 2,-1.8 1.6,-1.8 -0.4,0 -1,0.6 -0.4,0.4 -1.4,1.2 -0.2,0.2 -0.2,0.2 0,-0.2 1.2,-1.4 1.8,-2 1.6,-2 -0.2,0 -2,1.6 -1.8,1.6 -2.2,2.2 -0.6,0.8 -0.6,0.6 0,-0.2 0,-0.6 -0.2,-0.8 -1.4,0.4 -0.2,0 -0.6,0.4 l -1,0.8 q 0.2,-0.2 1.4,-1.4 2,-1.8 2.2,-1.6 0.4,0 0.4,-0.4 0,-0.4 1.2,-1.6 1.2,-1.4 1,-1.4 -0.4,-0.2 -2.4,1.6 -4.2,4 -4.2,2.8 0.2,-0.4 0.4,-0.6 0.2,-0.6 0.2,-0.6 0,-0.2 -0.6,0.2 -0.4,0.4 -0.4,0.4 0,0 0.2,-0.4 0.2,-0.6 0.2,-0.8 h 0.2 q 0.4,0.2 1,-0.6 l 0.6,-0.8 -0.8,0.6 q -0.8,0.8 -0.8,0.6 0,-0.4 2.2,-2.4 2.2,-2.2 0.6,-1 -1.4,1.2 -2.6,2 -1.2,0.8 -1.4,1.4 l -0.4,-0.4 q 0,-0.8 2.6,-3.8 2.8,-3.2 5.4,-5.2 l 2,-1.8 -0.2,-1.6 q -0.2,-1.8 -0.8,-4.4 -0.4,-2.4 -0.6,-3.2 -0.2,-0.8 -0.6,-2.6 -0.4,-1.8 -0.6,-2.4 0,-0.8 -0.2,-1.2 -0.2,-0.6 -0.6,-3.2 -0.8,-3 -0.2,-2.8 0,0 0.4,0.4 0.2,0.6 0.6,0.4 v 1.2 q 0,0.2 -0.2,0.4 -0.2,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 v -1 q 0,-1.2 0.2,-1.6 0.4,-0.6 0,-1 -0.2,-0.4 -0.4,0.4 l -0.2,-0.2 q 0.2,-0.6 0.8,-0.4 0.8,0 0.8,-1 -0.2,-0.4 -0.4,-0.4 l -0.2,0.2 q 0,-1.2 0.6,-1.4 l 0.2,-2 q 0.2,-2 0.4,-2 0.2,0 0.2,0 0.2,-0.2 0.2,-0.2 -0.2,-0.4 0,-0.6 0.2,0 0.2,0.2 0.2,0.2 0.2,0.6 0.2,0.2 0.4,0.6 0.4,1.6 0.6,2.2 l 0.2,-0.2 q -0.2,-0.6 -0.2,-0.6 0.2,-0.2 0.6,0 0.4,0.2 0.6,1 l 0.2,-0.2 q 0,-0.8 0.6,-1.2 0.6,-0.4 0,-2.8 -0.4,-2.6 -0.2,-2.4 0.4,0 1.2,3.4 0.8,3.2 1.4,4 0.4,0.8 0.4,0.4 0,-0.4 -0.2,-1.8 -0.2,-2.2 -0.6,-3 -0.2,-0.8 -0.2,-1.4 0,-0.8 0.4,0.4 0.4,1 0.8,2.6 0.4,2.4 1.2,3.8 l 0.8,1.6 -0.4,-1.4 q -0.2,-1.4 -0.2,-2.2 0,-1 -0.2,-1 -0.2,0 -0.2,-0.6 0,-0.8 0.2,-0.8 0.4,0 0.4,0.8 0.2,0.8 0.2,1.4 -0.4,0.6 0.2,1.2 0.6,0.4 0.4,0.8 -0.2,0.2 -0.2,0.2 0.2,0 0.4,0 0,-0.2 0.2,0 0.2,0.2 0.4,0.8 0.2,0.4 0.4,1 l 0.6,1.6 q 0.2,-2 -1.2,-5.2 -0.2,-0.6 0.4,-0.4 h 0.4 q -0.2,-0.4 0.2,-0.4 0.6,0 1.2,1.8 l 0.8,2 q 0,-1 -1,-4.2 -0.4,-1.2 -0.4,-1.2 0,-0.2 0.6,-0.2 0.8,0 1.6,2.8 1.6,6.4 2.4,13.4 0.4,2.2 0.8,2.4 0.4,0.2 2.6,-0.8 2.4,-1 2.4,-1.2 0,-0.4 0.4,-0.4 0.2,0 5,-1.4 4.8,-1.6 6.4,-2.2 0.6,-0.2 1.2,-0.2 0.4,0 3.4,-0.2 6.2,-0.4 13.4,-0.6 4.8,-0.2 5.4,0.4 0.6,0.6 0,0.6 -0.2,0 -0.8,0 -1.4,0 -1.4,-0.2 0,-0.2 -3.8,0 -3.8,0 -4.2,0.6 -0.4,0.2 -0.4,0.4 0.2,0 0.8,-0.2 0.6,-0.2 2.6,-0.2 2.2,-0.2 2.6,0 0.4,0.2 3.8,0.4 3.4,0 3.6,0.2 l -0.6,0.2 q -0.6,0 -1,0.4 -0.2,0.2 -1.2,0.2 -1,0 -2.8,0 h -1.8 l 2,0.6 q 1.8,0.4 2.4,0.8 0.6,0.2 2,0.2 l 1.2,0.2 q -0.2,0.2 -2.4,0.4 -2,0 -3,0.2 -0.8,0.2 -0.4,0.2 0.2,0 1,0.2 1.6,0 1.8,0.6 0.4,0.4 1,0 1.4,-1.2 3,0.4 0.4,0.4 0.8,0.4 l -0.2,-0.4 q -0.4,-0.2 -0.4,-0.2 0.2,-0.2 0.8,0 l 0.8,-0.2 q -0.2,-0.2 0,-0.2 0.4,-0.2 1,0.2 0.6,0.2 0,0.6 -0.4,0.2 0.2,0.4 0.2,0.2 0.2,0.8 0,0.4 -0.4,1 -0.4,0.4 -0.8,0.4 -0.4,0 -0.4,0.4 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -0.8,0.4 -0.8,0 -0.4,0.4 0.4,0.4 0.2,0.6 -0.2,0.2 -0.8,0 -0.4,-0.2 -0.4,0 0,0.2 1.6,0.8 1.8,0.4 1.6,0.8 z m -66.2,-11.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.4,-4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m -4.2,28.6 q 0.2,0 0.8,-0.6 0.6,-0.8 0.4,-0.8 -0.2,0 -0.8,0.8 -0.6,0.6 -0.4,0.6 z m 0.8,3 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m 3.2,-4.2 q 0,0 0.4,-0.2 0.6,-0.2 0.6,-0.4 0,-0.4 -0.6,0 -0.4,0.4 -0.4,0.6 z m 0,9.8 q 0,0.2 0.2,0.2 0.4,0 0.6,-0.2 0,-0.2 0,-0.2 0,-0.2 -0.2,-0.2 -0.6,0 -0.6,0.4 z m -2.2,51.4 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m -9,41 q 0.6,-1 0.4,-1 0,0 -0.8,1 -0.8,1 -0.4,1 0.2,-0.2 0.8,-1 z m 3.8,-3.8 q 0.2,-0.6 -0.2,-0.2 -0.4,0.4 -1,1 l -1.2,1.2 1.2,-0.8 q 1,-0.8 1.2,-1.2 z m 6.8,-5.6 q 0.4,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.8,-0.6 z m 0,3.6 q 0.8,-0.4 0.4,-0.6 -0.2,-0.4 -1.8,1 -1.6,1.4 -3.2,2.4 -1.4,1 -1.4,1.2 0,0.4 3.2,-1.8 2.4,-1.8 2.8,-2.2 z m 1.8,17.8 q 0.6,-1.2 0.4,-1.2 -0.2,-0.2 -0.6,0.2 -0.4,0.2 -0.6,0.8 -0.2,0.6 -0.2,1 0,0.4 0.2,0.4 0.2,0 0.8,-1.2 z m 2.2,-2.2 q 0.2,0.4 0.4,0 0.2,-0.6 -0.4,-0.4 -1.4,0.2 -1.4,1.6 0.2,0.8 0.6,-0.4 0.6,-1.2 0.8,-0.8 z m 2,4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.6,-148.8 q 0.2,-0.4 -0.2,-0.6 -0.4,-0.2 -0.4,0.4 0,1 0.6,0.2 z m 0.2,3.4 q 0,0.2 0.2,0.2 0.4,0 0.4,-0.4 0,-0.6 -0.4,-0.4 -0.2,0.2 -0.2,0.6 z m 0.8,5 q 0.2,-0.2 0.2,-0.6 l -0.4,0.2 z m 1.4,137 q 0.4,0.2 0.4,0 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.2 0.2,0.6 z m 0.4,-1.4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m 2.8,-141.2 q 0,0 -0.2,-0.8 l -0.4,-0.4 z m 0.4,136.8 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.4,-0.4 -0.2,-0.2 -0.6,0.2 z m 1,-133.6 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 50,123.4 q -0.2,-0.4 -0.6,-0.4 -0.4,0 0.2,0.6 0.4,0.6 0.6,0.2 0,0 -0.2,-0.4 z m -1.2,-5 q 0.2,-0.2 -0.6,-0.6 -0.6,-0.6 -0.8,-0.4 0,0.2 0.6,0.8 0.6,0.4 0.8,0.2 z m -2.6,-0.4 q 0,0 0,0.2 0.8,0.2 0.8,0 -0.2,-0.4 -0.8,-0.2 z m -1.8,-1.8 q 0.2,0 -0.2,-0.4 -0.2,0 -0.4,-0.2 -1.2,-0.6 -1.6,0 0.4,-0.2 1,0.2 0.6,0.4 1.2,0.4 z m -0.8,-1.4 q 2.2,1.2 2.2,1 0,-0.2 -1.6,-1.2 -1.4,-1 -2.2,-1.2 l -0.6,-0.2 q 0.2,0.4 2.2,1.6 z m -1.6,-3.2 q -0.2,-0.2 -1.2,0 -0.8,0.2 0,0.4 0.6,0.2 0.6,0 -0.2,-0.2 0.2,-0.2 z m -3.6,17.8 q 0,0 0.2,0.2 l 0.6,-0.2 q -0.2,-0.2 -0.8,0 z m -3.6,-20.4 q 0,-0.2 -1.6,-0.6 -1.6,-0.6 -1.8,-0.4 l 1.4,0.8 q 2,0.6 2,0.2 z m -5.4,-2.2 q -0.2,0 -0.4,0.4 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 z m -0.8,0.2 q 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 0,0 0.4,0 0.6,0 0.6,-0.2 z m -4.6,-0.8 q -0.2,0.2 0.2,0.2 0.2,0 0.4,-0.2 l 0.4,-0.2 q -0.6,-0.2 -1,0.2 z m -6.6,-0.6 q -0.4,0 -0.2,0.2 0.2,0 0.6,0 0.4,0 0.6,-0.2 -0.4,-0.2 -1,0 z m -10.2,-18.8 q 0.2,-0.4 0,-1.2 -0.2,-0.2 -0.2,0 0,0.2 0,0.6 0,0.4 0.2,0.6 z m 28.4,-15.2 q -0.2,0.2 0,0.2 0.2,0 0.6,0 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m 4.8,-6.8 q 0.2,0.2 0.6,0.2 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m -0.8,-4.6 h -1 l 1,0.4 q 0.8,0.2 0.8,0.2 l 0.2,-0.2 q 0,-0.4 -1,-0.4 z m -27,-0.6 q 0,0 0.4,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.8,0 z m 7.6,-55 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 3,-0.8 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 1.6,0 q 0.2,0 0.4,-0.2 l -0.2,-0.2 q -1.2,0.4 -0.2,0.4 z m 4.4,-0.6 q 0,0 0.6,0 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -0.6,0.4 z m 3.8,-0.4 q 0,0 -0.2,-0.4 -0.8,0 -0.8,0.4 0,0.8 1,0 z m 8.6,14 q 0,0 0.4,-0.2 -0.4,0 -0.8,0 0.2,0.2 0.4,0.2 z m 0.4,-11 q 0.8,0.2 1.8,0.2 1.2,0 1.2,-0.2 0,-0.2 -2.2,-0.2 l -1.4,0.2 q 0.2,0 0.6,0 z m 2,10.8 q 0,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0,0.2 0.4,0.2 z m 3.4,0.8 q 0,0.2 0.2,0.2 0.2,0 0.2,-0.4 0,-0.6 -1.2,-0.6 -1.2,-0.2 -1.2,0 0,0.4 1.6,0.4 0.4,0 0.4,0.4 z"/><path fill="#ff7a1a" d="m 125,225.5 q 0,0.5 0.25,0.25 0.5,-0.25 0.75,0.25 0.25,0.5 -0.25,0.75 -0.5,0.25 -0.5,-0.25 H 125 q -0.5,0.75 -1.25,0.5 -0.5,-0.25 -0.5,0.25 0,0.25 -0.75,0.25 -0.75,-0.25 -1.75,0 L 121,228 q 1,0.25 0.5,0.25 -0.25,0 -1,0 -1.25,0 -1.25,-0.25 0.75,-0.5 0,-0.5 -0.5,0 -1,1 -0.5,0.75 -2.5,1.25 -2,0.5 -2.25,0.75 h 2.5 q 1,-0.25 2,-0.75 2.5,-0.5 3.75,-0.5 1.75,0 0,0.5 -0.5,0 -1.25,0 -1.5,0.25 -1.25,1 0.25,0.5 -0.75,0.25 -0.5,0.25 -0.75,0.25 0.25,0.5 1,0.5 0.75,-0.25 1.25,0.25 0.75,0.5 -0.25,0.75 -0.75,0.25 -1.75,0 -1,-0.25 -4.5,1.25 -3.25,1.25 -3,1.5 0.25,0.25 1.75,-0.5 2.25,-1 2.75,-1.25 1.25,-0.5 1.5,-0.5 0.25,-0.25 0.25,0.25 0,0.25 -3.25,1.5 -3,1.25 -3.75,1.75 -0.25,0.5 -0.25,0.5 0.25,0 1,-0.25 1,-0.5 5,-2 6.25,-2 5.75,-1 -0.25,0.5 0.25,0.5 0.5,0 0.5,-0.75 0,-0.75 0.5,-0.75 0.75,0 0.75,1 0,0.75 -1.75,1.25 -1.5,0.25 -3.5,1 -1.75,0.75 -1.75,0.5 0,0 -0.25,0.25 -0.25,0 -1,0.25 -0.5,0.25 -1.25,0.5 -2.25,1.25 -2.5,1.5 0,0.25 1.75,-0.25 1.5,-0.75 3.75,-1 1.5,-0.25 -0.5,0.75 -1,0.25 -2.5,0.75 -5,1.75 -7,3 -2,1 -4,2 -8.5,4.5 -14.75,13.5 -7.75,10.5 -6,18.5 0.5,2.5 0.25,3 v 0.25 l 1.5,2.25 q 1.75,3.5 1.5,4.25 v 0.25 q 0.5,-0.75 1.75,1.25 1.25,1.75 5,7 3.75,5 3.5,5.5 -0.25,0 -0.25,0.25 0.25,0 0.5,-0.25 0.25,0 1,1 1,1 4.5,5.5 1.5,2 2.5,3 3.75,4.25 3.5,5.5 v 0.25 q 0.25,-0.5 0.75,0.25 l 0.5,1.25 q -0.25,0 -0.5,-0.25 l -0.25,0.5 q 0.75,0.75 0.75,0.5 0.5,-1.25 1.5,0.75 0.75,1.25 0.25,2 -0.25,0.5 0,0.75 0.5,0.25 0.75,-0.25 0.25,-0.5 0.5,0.25 0.5,0.5 0,0.75 -0.25,0 -0.25,0.75 0,0.75 0.25,0.25 0.5,-0.75 1,0.25 0.75,0.75 0.5,1.5 -0.25,0.75 0.5,0.75 1,0 1.75,3.75 0.25,0.75 1,3 3,7.75 3,16.5 v 7 l -2,4 q -1.75,4 -1.5,4.5 0.25,0.25 -0.25,0.5 -0.25,0 -2.25,4.25 -2,4 -2,4.75 0,0.5 -1,1.5 -1,1 -0.75,1.5 0,0.25 -0.25,0.5 0,0 -0.25,0 -0.75,0 -0.75,-0.75 0,-1 -1,-0.25 -0.75,0.5 -1.75,2 -1.25,2.5 -1.25,1.25 0.25,-0.5 0.5,-1.5 2.25,-4 2,-4 -0.25,0 -1.75,2.5 -1.25,2.25 -1.5,2.25 0,0 0.25,-0.75 0.5,-1 0,-1 -0.25,0 -0.25,0.25 0,0.25 -0.75,1.25 h -0.25 q 0.25,-0.75 -0.5,-0.25 -0.25,0.25 -0.75,0.75 -7.25,6.75 -23,10.5 -4.75,0.75 -4.75,0.5 L 72,389.5 q -1,0 -1,0.25 1,0.25 1.5,0.25 0.25,-0.25 0.25,0 0.25,0 0,0.25 -0.25,0.5 -4.75,0.25 -1.25,0 -2.25,0 -1,0 -1.5,0 -0.5,-0.25 -0.5,-0.25 Q 64,390 67,390 h 2.75 v -0.25 q -0.25,-0.5 -1,-0.25 -0.5,-0.25 -0.75,-0.25 L 66.5,389 H 65 65.25 q 0.5,-0.5 0,-0.5 -0.25,0 -0.75,0 h -1 l -1,-0.5 q -1,0 -1.5,-0.25 -0.75,0 -1.5,0 -0.25,0 -0.5,0 0,-0.25 0,-0.5 L 58.25,387 58,386.75 q 0.5,-0.25 0,-0.25 -0.25,-0.25 -1,-0.25 -1.5,0 -2.5,-0.25 l -0.5,0.25 q 0.75,0.5 0.25,0.5 Q 53.75,387 51.75,386 50,385.5 50,385.75 q 0,0 -0.75,-0.75 -1.75,-1.5 -2.5,-0.75 -0.25,0.25 -0.25,0.5 0,0 0.5,-0.25 l 0.5,0.25 q -0.25,0.25 0,0.25 0.5,0 1.25,0.75 l -4.25,-2 q -0.5,-0.25 -0.75,-0.5 -2,-1.5 -5.75,-3.75 -8,-5.25 -11,-9.5 l -1,-1.5 1,1 q 1,0.75 1.25,0.75 0.25,0 0,0.5 0,0.25 0.5,0.25 0.5,0 3,2.75 2.75,2.75 3.25,2.75 0.5,0 1.25,0.75 L 34.5,375.5 q -2.75,-2.75 -5.25,-5.5 l -2.5,-2.25 q 0.25,0.25 0,0.5 0,0 -0.5,0 -0.75,-0.25 -0.75,-1 0,-0.25 -0.25,-0.5 0,-0.25 -0.25,-0.25 -0.5,0 -1,-0.5 -0.5,-0.75 0,-0.75 0.5,0 0.5,0.5 0,0.5 0.25,0.25 0.25,-0.25 -5,-8.25 Q 10.25,343.5 9.5,339.25 7.5,336 6.25,333 3.5,326.75 3.5,324.25 q 0,-1 -0.25,-2 l -0.25,-1 0.5,1 q 1,2 1,0.5 0.25,-0.5 0,-1 -0.5,-1.25 0,-1.25 0.75,0.25 1,-0.75 0.25,-1 -0.25,-2.25 -0.5,-1.75 -0.25,-2 0,-0.25 0,-3.25 0,-6 0.75,-6.25 0.25,0 0.5,0.25 0,0.25 0,0.5 v 0.75 Q 7,307.25 7,304 q -0.25,-1 1.25,-1.75 1.5,-1.25 1.75,-1 0.5,0 0.25,1.75 -0.25,1.75 0.5,1.75 0.25,0 0.25,0.25 0.25,0 0.25,0.25 L 12,305 q 0.75,-0.5 0.75,-0.25 0.25,0 0.25,0.5 -0.25,0.75 0.25,1 0.5,0 0.5,0.5 h 0.5 Q 14.5,306.25 14,306 q -0.5,-0.5 -0.5,-0.75 0.25,-0.5 0.5,0 0.5,0.25 0.5,-0.5 0.25,-0.75 0.5,-2.5 0.5,-2 0.25,-2.75 0,-0.75 0.25,-1 0.25,-0.25 1,-0.25 0.75,0.25 0.5,0.5 -1.25,2.25 -0.5,2 v 0.75 q -0.5,0.75 0,1 0.75,0 1.5,-1 1,-1.75 1.25,-1 0.25,0.5 -0.5,1.5 -0.5,1 -0.5,2 0,0.5 0,0.5 0.25,0 0.75,-0.5 0.75,-0.75 1,-0.5 0.25,0.25 0.5,0 0.25,-0.5 -0.25,-0.75 h 0.25 q 0.75,0 0.5,0.75 -0.25,0.5 0.75,0.5 1,0 0.75,0.25 0,0.25 0,0.5 0.25,0 0.5,-0.25 0.5,0 0.25,-0.5 -0.25,-0.75 0.5,-0.75 0.75,-0.25 0.75,0.75 0.25,1.5 0.75,1.75 0.5,0.25 1,-0.5 -0.25,-0.5 0.25,-0.5 1.25,-1.5 1.75,-0.75 0,0.5 0.75,0.25 h 0.25 q -0.75,-1.5 -0.5,-1.5 0.75,0.25 3,3.75 2.25,3.25 4.5,6.25 2.25,3 3.25,4.75 1.25,1.75 2.25,3 1,1 3.75,4.75 4,5 6.5,8 0.75,0.25 2.5,1.5 2.25,1.5 3.5,2.25 1.25,0.5 0.5,0.75 V 338 q 1,-0.25 2.25,0.5 1.25,0.75 1.25,1 0.25,0.25 1.75,0.75 1.5,0.25 1.75,0.75 0.25,0.25 2.75,1.25 2.5,1 4,2 1.75,0.75 2.25,0.75 0.75,-0.25 0.75,0.25 0,0.25 0.5,0.25 0.25,0 0.25,0 0.25,0 0.25,0.25 -0.25,0.5 0.5,0.25 0.5,-0.25 0.75,-0.25 0.25,0 0.25,0.5 -0.25,0.75 0.25,0.25 0.75,-0.5 2.25,0.25 1.75,0.75 2,0.5 0.25,-0.5 0.25,0 0.25,0.5 1.75,0.75 1.5,0.25 1.5,0.75 -0.25,0.5 -1.25,0.25 -0.75,-0.25 -0.5,0 0,0.25 0.75,0.75 1.75,1 2.25,0.25 0.25,-0.5 -0.25,-0.5 -0.25,0 -0.25,0 0,0 0,0.25 0,0.25 -0.25,0.25 0,0 -0.25,0 -1.25,-0.25 0.5,-1.25 0.5,-0.25 1.5,0 1,-3 0.75,-6.5 Q 88.25,336 84.25,330 80,323.5 70.25,314 66,310 66,310 q 0,-0.25 -3.25,-3.75 -11,-10.75 -15,-21 -1.5,-4 -2.75,-9.25 -1.5,-7.25 0,-14 0.75,-4.75 3.75,-11 3.25,-6.5 5.25,-7.75 0.5,-0.25 0.5,-0.75 0,-0.75 4.25,-4.75 4.5,-4 8,-6.25 9,-6 10.75,-6 0.5,0 0.5,-0.25 0.25,-0.5 5,-2.5 5,-2 7.75,-2.75 9,-2.5 14.5,-3 3,-0.25 3.25,-0.25 0.25,-0.25 2.75,-0.25 l 1.75,0.25 h -0.25 q -4,0.5 1,1.25 1.25,0 3,0.25 0.5,0 0.5,0.75 0,0.5 -0.75,0.5 -0.5,0 -0.5,-0.5 0,-0.5 -0.5,-0.5 -0.5,0 -0.25,0.5 0.25,0.5 -0.25,0.5 -0.25,0 -0.5,-0.5 -0.25,-0.25 -1,-0.25 -0.75,-0.25 -1.25,-0.25 -0.5,0 -0.75,0 0,0.75 2.25,0.5 0.5,0 0.5,0.5 0,0.25 1.75,0.25 1.75,0 2.5,-0.25 0.75,-0.5 0.75,0 0,0.25 1.75,0.25 l 1.25,0.25 q -0.5,0.25 -5,0.75 l -4.5,0.25 h 4.75 q 4.75,-0.25 5.75,0.25 0.75,0 0,0.25 -0.5,0 -1.5,0 -2.25,0 -2.5,0.5 -0.25,0.5 -0.75,0.25 -0.25,-0.5 -1.75,-0.25 l -1.5,0.25 3,0.25 -1.75,0.25 q -1.75,0.25 -2,0 0,-0.25 -0.75,0 -0.5,0.25 -0.5,0.5 0,0.25 3.25,0.25 6.5,0.25 7,0.75 l -1.25,0.25 -1,0.25 q 0.25,0.5 1.75,0.5 1.5,0 1.75,-0.5 0.5,-0.25 1.25,0 l -0.25,0.25 q -0.75,0 -0.75,0.5 z m -79.75,40 q 0.25,-0.5 0,-1.25 0,0.5 0,0.75 0,0.25 0,0.5 z m 0.5,-2.75 q 0.25,-0.75 0,-1.5 -0.25,0.25 -0.25,0.75 0.25,0.5 0.25,0.75 z m 3.5,6 q 0.25,-0.5 0,-1 -0.25,0.5 -0.25,0.5 z m 2.5,10.25 q 0.25,0.5 0.25,0.5 0.25,0 0,-0.75 -0.25,-0.5 -0.5,-0.25 0,0 0.25,0.5 z m 2,3.5 q 0.5,0.25 0.75,0.25 0.25,-0.25 -0.25,-0.5 -0.5,-0.25 -0.5,-0.75 0,-0.75 -0.5,-0.75 -0.75,0.25 0.5,1.75 z M 64,246.5 q 1.25,-1.75 1,-1.5 -0.25,0 -1.5,1.5 -1.25,1.75 -1,1.75 Q 63,248 64,246.5 Z m -6,44 q 0,-0.25 -0.75,-0.75 -0.75,-0.5 -0.25,0.25 1,1 1,0.5 z m -0.75,-30.25 q 0,0 0,0.75 0.25,-0.25 0.25,-1 z m 5,37 q 0,0 -4.75,-5 0.25,0.75 2.75,3.5 1.25,1.5 1.75,2.25 0.75,0.75 1,1.25 0.5,0.5 0.5,0.5 0.25,-0.25 0.5,-0.25 0,-0.25 -1.75,-2.25 z M 59,254.75 q 0.25,0.25 -0.5,2 l 0.25,0.5 q 1,-2 0.5,-2.25 z M 61.5,250 q 0,0 -1.25,2 -1,1.75 -0.75,2.25 0.25,0.5 0.5,-0.5 0.5,-1 1.25,-2.5 0.5,-1.25 0.25,-1.25 z m 1,0.5 q -0.25,-0.25 -0.5,0.5 -0.25,0.75 0.25,0.25 0.5,-0.5 0.25,-0.75 z m 0.5,-1 q 0,1.25 0.75,-0.25 l -0.25,-0.5 Q 63,249 63,249.5 Z m -4.5,2.25 q -1,2 -1,2 0.25,-0.25 2,-2.25 0.5,-0.75 0.5,-1.25 0,-0.75 0.25,-0.75 0.5,-0.25 1.75,-2 0.75,-1.25 0.25,-1 -0.75,0.5 -0.75,1 0,0.5 -1,1 -0.75,0.5 -2,3.25 z M 57,256.5 q -0.5,1.5 -1,1.5 -0.25,0 -0.25,1.25 0,0.75 0,0.75 0.25,0 0.5,-0.5 0.75,-0.75 1.25,-2.25 0.5,-1.75 0.25,-2 z m -1.25,-1.75 q 0,-0.5 -0.5,-0.5 -0.25,0 0,0.5 0.25,0.25 0.25,0.25 0.25,0 0.25,-0.25 z m -1,12.5 q 0.25,0.25 0.5,0.25 -0.25,-0.75 0.75,-5 v -0.25 q 0,0 -0.5,0.75 -1.5,2.5 -0.75,4.25 z m 0.75,9.5 q 0,0 0.25,0.5 0.25,-0.25 0,-0.75 z M 57,297 q 0.75,0.75 1.25,1.25 0.5,0.5 0.5,0.25 0.25,0 -1.5,-1.75 l -1.5,-1.5 z m 2.75,3 q 0.75,1 1.25,0.75 0,0 -1,-1 z m 2.25,2.25 q 0.25,-0.5 -0.25,-0.75 -0.25,-0.25 -0.25,0.5 0,1.25 0.5,0.25 z m 1.5,2 q 1.75,2.25 1.75,1.25 0,0 -1.25,-1.25 L 62.5,303 Z m 1,-3.75 q 0,0.5 0.25,0.5 0.5,0 0.5,-0.25 0,-0.25 -0.5,-0.5 Q 64.5,300 64.5,300.5 Z m -0.25,-12.25 q 1,1 1,0.5 0,-0.25 -0.75,-0.75 -0.75,-0.5 -0.25,0.25 z m 1.5,14 q 0.5,0.5 0.5,0.5 0.25,0 0,-0.5 -0.25,-0.75 -0.75,-0.75 -0.25,0 0.25,0.75 z m 2.25,-46 q 0.5,-1 0.5,-1.5 0,-0.5 -1,0.5 -0.5,0.75 -2,3.75 -1.25,2.75 -1.5,3.5 0,1 -0.25,5 l -0.25,4 1,-3.5 q 0.75,-3.75 1,-4.5 0.25,-2.25 2.5,-7.25 z m 1,-14 q 1,-0.75 0.5,-1 -0.25,-0.25 -1.25,0.75 -0.5,0.5 -0.5,0.75 z M 6.25,324 q 0.75,2.5 1,2.5 0.25,0 -0.25,-1.75 -0.5,-1.75 -0.75,-3 -0.25,-1.5 -1,-1 Q 4.5,321 5,321.5 q 0.25,0.5 0.25,0.25 z m 2,-1.25 q 0,0 0.5,-0.25 0,-1 -0.5,-1.5 -0.25,-0.25 -0.5,0.25 0,0.75 0.5,1.5 z m 5,20.75 q 0,0.25 0.25,0.5 0.25,0 0.25,0 0,0 -0.25,-0.25 0,-0.25 -0.25,-0.25 z m 1.25,-4 q 0.5,0.25 -0.75,-2.75 -0.75,-1.25 -1,-2.5 -2,-2.75 -2.25,-2.5 0,0 0.25,1.25 0.5,1 1,2.25 0.75,1 1,1 0.5,0 0.25,0.75 0,0.75 0.25,1 0.25,0 1.25,1.5 z m 1.75,-0.25 q 0,0 -0.25,-0.5 v -0.25 q 0,0 -1,-1.25 0.75,2 1.25,2 z m 1.25,-36 q 0.5,-0.5 0.25,-0.25 0,0 -0.75,0.25 -1.25,0.5 -0.75,0.75 0.25,0.25 0,0.75 0.25,0.25 0.25,0.25 0,0 0.75,1 0,-0.25 0,-0.5 Q 17.5,304 17,304 q -0.25,-0.25 0.5,-0.75 z m 3,37.25 h 0.25 z m 8.25,-28 q 0,-0.5 1,0 -0.25,-0.25 -0.5,-0.75 -0.75,-0.75 -0.5,-1.25 0,0 -0.25,0 0,-0.25 -0.5,-0.25 -0.75,-0.25 -1,-0.75 l -0.25,-0.25 q 0,0.25 0,1 0,0 0.5,0.5 0.25,0 0.25,0 0.75,-0.25 0.75,0 0,0.25 -0.25,0.75 0.75,1.25 0.75,1 z m 0.25,0.75 q 0,0 0.25,0 0.25,-0.25 0.25,-0.25 -0.5,-0.5 -0.75,-0.25 0,0 0.25,0.5 z m 1,1.25 v 0.25 q 0,-0.5 0,-0.75 l -0.5,-0.25 h -0.25 q 0.5,0.5 0.75,0.75 z m 0.5,-6 q 0.5,0 0.5,-0.25 0.25,-0.25 0.5,-0.25 -0.75,-1.25 -1.25,-2 -0.25,0.5 -0.5,0.75 0,0.25 0,0.5 0,0.25 0.25,0.25 0.25,0 0.25,0 0.25,0 0,0.25 0,0 0,0.25 0,0 0,0.25 0.25,0.25 0.25,0.25 z m 19.25,25.25 q 0,0 -0.25,0 0,0.25 0.25,0.5 0.25,0.25 0.25,0.25 0.75,-0.5 -0.25,-0.75 z M 33.25,314 q 0.25,0 0.25,0 0,-0.25 -0.5,-1 -0.25,0.25 -0.25,0.5 0,0 0,0 0.25,0.25 0.5,0.5 z m 5.75,9.75 q 0,0 0,0 0,-0.25 -0.25,-0.25 -0.5,0.25 -0.75,-0.5 l -0.25,-0.25 V 323 q 0,0.25 0.75,1.25 0.25,-0.25 0.5,-0.5 z m 5,58 q 2,1.25 2,0.75 0,-0.25 -3.5,-2 -3.5,-1.75 -3.25,-1.25 0.25,0.25 1.5,1 1.25,0.5 1.5,0.5 0.25,0 1.75,1 z m -2.5,-51.5 q 0.25,0.25 0.25,0.25 0.25,0 0.75,-0.25 -0.25,-0.25 -0.25,-0.5 -0.5,0.25 -0.75,0.5 z m 1,-0.75 q 0,0 0.5,0.5 v -0.25 q 0.75,-0.25 0.75,-0.5 0,0 -0.25,0 0,-0.25 0,-0.25 -0.5,0.25 -1,0.5 z m 3.25,-0.25 q 1.25,0.25 2.25,1 -10.75,-14 -16,-21.5 0,1 0.5,2.75 5.25,7.25 12,16 0.25,0.25 0.75,0.25 0.75,0.25 0.25,0.75 0,0 -0.25,0.25 0.25,0 0.5,0.5 z m 6.5,55.75 q 0,0 0.5,-0.25 -0.25,-0.25 -2.5,-1 L 48.5,383.5 q 1.5,1.5 3.75,1.5 z m 12.25,1 q 0,0 0.75,-0.25 -0.25,-0.25 -1,0 z m 1.25,-43.75 q 0,0 -0.25,0 0,-0.25 -0.5,-0.25 -1,0 -0.5,0.25 0.75,0.75 1.25,0 z m 2.5,44 q 0.75,0 0.75,-0.25 -0.75,0 -1.5,0 0.25,0.25 0.75,0.25 z M 118.5,350 q 0,-0.5 -0.5,-0.25 -0.5,0.25 -0.25,0.5 0.75,1 0.75,-0.25 z m -0.5,1.25 q -0.75,0 -0.75,0.75 l 0.25,0.25 q 0.25,-0.5 0.75,-0.75 z m -6.25,17 q -1.5,0.5 -0.25,0.5 0.5,0 0.75,-0.5 z m -8.5,5.75 q 0,0 -0.25,0.75 -0.25,0.5 0,0.5 0.5,0 0.5,-0.5 0,-0.75 -0.25,-0.75 z M 80.5,385.75 q 0,0 -3.25,0.75 h 1.25 q 1.75,-0.5 2,-0.75 z m -6.5,-40 q -1.25,-0.25 -1.5,0 l 1.5,1 q 1.5,0.5 1.5,0 0,-0.5 -1.5,-1 z m 5.5,41.75 q 6,-1.25 5.75,-2 -0.5,-0.25 -1,0.25 h -0.5 q 0,-0.25 -1.25,0.25 -1.25,0.5 -5,1.25 L 74.75,388 q 0.75,0.25 4.75,-0.5 z m 6.25,-3.75 q 0,0 0,0.5 0.25,0 1,-0.5 L 87,383.5 q -0.5,0 -1.25,0.25 z m 11.75,-3.5 q -0.75,0.75 0.25,0.25 1,-0.75 0.75,-1 -0.25,-0.25 -1,0.75 z m 3,-2.5 q -0.25,0 -1,0.75 -0.5,0.5 0,0.5 0.5,0 1,-0.5 0.5,-0.75 0,-0.75 z m -2,-30 q 0,0 -0.25,0.25 l 0.25,0.5 q 0.25,-0.25 0,-0.75 z m -6.75,-51 q 0,0 0.75,1.25 0.75,1 1.75,2.75 1.25,1.5 2.25,2.5 1.25,1.25 1,1 0,-0.25 -1.25,-2 -1.75,-2.25 -1.5,-2.75 0,-0.25 0,-0.25 0,0 -0.25,0.25 -0.5,0.25 -1.25,-0.75 -0.5,-1 -0.25,-1.25 l -0.25,-0.25 q -0.5,0.25 -0.5,0 0,-0.5 -0.5,-0.5 z M 93,334 q 0,-0.75 -0.25,0 0,0.25 0,0.75 0.25,0.75 0.25,0.75 0.25,-0.5 0,-1.5 z m -0.75,-2.25 q 0,0.5 0.5,0.5 0.5,0 0.25,-0.5 -0.25,-0.75 -0.5,-0.75 -0.25,0 -0.25,0.75 z M 90.5,295 l -1,-0.75 0.75,1 q 1.25,1.25 1.25,0.75 0,0 -1,-1 z M 89,383.75 q 0,0 -1.5,0.25 -1.5,0.75 -1.5,1.25 1.25,0.75 6.5,-2 l 3.25,-2 q -0.5,0 -2.75,1.25 -4.25,2.25 -4,1.25 z M 111.75,223 q 0,0.25 -1,0 -0.75,-0.25 -2.25,0.25 -1.25,0.25 0.25,0.25 0.25,0 1,0 2.75,-0.25 3,-0.25 0.25,-0.25 -0.5,-0.5 -0.5,-0.25 -0.5,0.25 z m -12.5,-3.5 q -5,0.75 -5,1.75 0.25,0.25 0.5,0 0.25,-0.5 4.75,-1.25 4.75,-0.75 8.25,-1 l 2.5,-0.5 H 110 q -1.5,0 -2.25,0 -0.75,0 -1,-0.25 -0.25,-0.5 -1,0.25 -0.5,0.5 -2.5,0.5 -2,-0.25 -2,0 0,0.25 -2,0.5 z m 7,0.75 Q 107,220 107,220 q -0.5,-0.25 -1.25,0 -0.25,0 -0.25,0.25 0.25,0 0.75,0 z m -4.75,0.5 q 0,0 2.5,-0.25 h 0.25 l -1,-0.25 q -1.5,0 -1.75,0.5 z m 1.75,2.75 q 0.75,0 0.75,0 -0.5,-0.25 -1.25,0 -0.25,0 -0.25,0 0.25,0 0.75,0 z m -1.75,0.5 q 0.25,0 0.25,-0.25 0,-0.5 -0.5,-0.5 -0.5,0 -0.25,0.5 0.25,0.25 0.5,0.25 z m -7.25,0.75 q 0,0 0.5,0.25 l 0.5,-0.25 q -0.25,-0.25 -1,0 z M 93,221.5 q -0.25,-0.5 -0.75,-0.25 -0.25,0 -0.25,0.5 0,0.5 0.5,0.25 0.75,-0.25 0.5,-0.5 z m -3,4.5 q 0,0 0.25,0.25 L 91,226 q -0.25,-0.25 -1,0 z m -3.75,18.75 q -0.25,0 -0.5,0.75 -0.25,0.75 0.25,0.25 0.5,-0.5 1,0 0.5,0.25 3,-1.75 6,-4.75 7.5,-4.75 0.75,0 0.75,-0.5 0,-1.25 -4,1.25 -2.5,1.5 -3,2 -0.25,0.25 -0.75,0 -0.25,-0.25 -0.25,-0.25 0,0 0,0.25 0.25,0.5 -1,2 -1.25,1.25 -1.75,1.25 -0.5,-0.25 0.75,-1.5 1.5,-1.25 1,-1.25 -0.25,0 -1.5,1.25 -1,1 -1.5,1 z m -4,-7.25 q 0.25,-0.5 -0.5,-0.5 -0.5,0 -0.5,0.5 0,0.25 0.25,0.25 0.5,0 0.75,-0.25 z m -1,12.25 q -0.5,0 -1.5,1.5 -0.75,1.25 -0.75,1.25 0.25,0 1.5,-1.25 1.25,-1.5 0.75,-1.5 z M 77,240.5 q 0,0 1,-0.25 1,-0.5 1,-0.75 -0.25,-0.75 -2,1 z m 1.75,34 q 0.25,-0.5 0,-1.25 0,0.5 0,0.75 z m -2,-15.25 q 1.5,-2.5 1,-2.5 -0.25,0 -1.5,2.25 -1,2.25 -1,2.75 z m -0.5,-13.75 q 0.25,-0.5 0,-0.5 -0.5,0.25 -0.75,0.75 -0.25,0.5 -0.25,0.75 0.25,0 1,-1 z m -0.5,-4.25 q -0.5,0.5 -0.5,0.75 0,0 0.5,-0.25 0.75,-0.25 0.75,-0.5 0,-0.5 -0.75,0 z m 0.75,-14 q 0,-0.25 -1,0.25 -0.75,0.5 -0.75,0.75 0,0.25 0.75,-0.25 1,-0.5 1,-0.75 z m -4.75,18.25 q 1.25,-0.75 1.5,-1.25 0.25,-0.75 1,-1.25 l 0.5,-0.5 q -0.75,0 -2.5,1.75 -0.75,1.25 -0.5,1.25 z m 3.75,32 q 0.25,-0.5 0,-1.25 -0.25,-0.5 -0.25,-0.25 0,0.25 0,0.75 0,0.5 0.25,0.75 z m -0.25,-13.25 q -0.75,2 -0.75,2 0.25,0.25 1.5,-2.75 l 0.5,-2.25 q -0.5,0.5 -1.25,3 z m 1.5,53.5 Q 77,318 77.25,318 77.5,317.75 77,317.25 q -0.5,-0.5 -0.5,0 0,0.25 0.25,0.5 z M 78,314 q 0.5,0.75 1,0.5 0,-0.25 -0.75,-0.75 -0.25,-0.25 -0.5,-0.25 0,0 0.25,0.5 z m 1.5,6.75 q 0,0 0.25,-0.25 -0.5,-0.75 -0.75,-0.5 -0.25,0.25 0.5,0.75 z m 5,-61 q 0,0.5 0.5,0.25 0.5,-0.25 0.5,-0.75 0,-0.5 -0.5,-0.25 -0.5,0.25 -0.5,0.75 z m 2.5,-10.5 q 0,0 3,-3.25 -0.5,0.5 -1.75,1.75 Q 86,249.5 86,249 q 0,-0.25 0.5,-1 0.75,-0.75 0.5,-0.5 0,0 -1,0.5 -1.25,1 -2.25,2.25 l -1,1 1,-0.75 Q 85,249.75 85,250 q 0,0.5 -0.75,1.5 -0.75,0.75 -1,0.75 -0.25,-0.25 -2,2 -1.75,2.25 -1.75,3 0,0.5 1.25,-1.25 0.5,-1 1.25,-1.75 0.75,-1.5 1.25,-1.5 0.5,0 3.75,-3.5 z M 92.5,243 q -0.25,0.5 0.25,0.5 0.5,0 0.5,-0.5 0,-0.5 -0.25,-0.5 -0.25,0 -0.5,0.5 z m 1.75,-0.75 q 1,-0.5 1.25,-1 0.25,-0.5 -0.75,0 -0.75,0.5 -1,1 -0.25,0.5 0.5,0 z m 4,-2.5 q -2,1.25 -2,1.5 0,0.25 0.75,0 1,-0.5 2,-1 1,-0.75 1.25,-1 0.25,-0.75 0,-0.75 0,-0.25 -2,1.25 z m 1.5,-2.5 q -1.75,1 -0.75,1 0.5,0 1,-0.75 z m 0.25,6.25 q 0,0 0.5,-0.5 -0.5,0 -1,0.5 -0.5,0.25 0.5,0 z m -2.25,-7.25 q -0.25,0.25 0.25,0.25 1.25,0 2.75,-0.75 1,-0.5 2,-0.25 h 0.5 q -0.75,-0.25 -0.5,-0.75 0.5,-0.5 -0.25,-0.25 -0.5,0.25 -1.75,0.75 -1.5,1 -2,0.75 -0.25,-0.25 -1,0.25 z m 4.5,1.75 q 1.25,-0.75 1.5,-1.25 0.25,-0.5 1,-0.5 0.75,-0.25 1.75,-0.75 l 0.25,-0.5 q -1,0.5 -1.75,0.5 -0.5,0 -1.25,0.5 -0.5,0.5 -1.25,0.75 -0.75,0.25 -1.25,1 -0.25,0.75 -0.25,1 0,0 1.25,-0.75 z m 3.25,-0.75 q 0,0.25 1,-0.5 1.25,-0.75 1.25,-0.75 0,-0.25 -1.25,0.25 -1,0.5 -1,1 z m 3.5,-0.75 q 0.5,0 0.75,-0.25 l -0.5,-0.25 q -1.5,0.5 -0.25,0.5 z m 0.25,-1.75 q -0.5,0.5 0.25,0.25 1,-0.25 0.75,-0.5 -0.25,-0.25 -1,0.25 z m 2.25,-2 q 0,0 -0.75,-0.25 -1,0 -2.75,0.75 l -1.25,0.5 h 1 q 1.25,0 1.25,-0.25 0,-0.5 1,-0.5 1.25,0 1.5,-0.25 z m 1.5,0.75 q 0,0 0.25,-0.25 -0.5,0 -1.25,0.25 l -0.25,0.5 q 0.5,0 1.25,-0.5 z m 5.5,-1 q 0,0 0.25,0.25 l 0.5,-0.25 q -0.25,-0.25 -0.75,0 z m -2.5,-1.25 q -0.5,0.25 0,0.75 0.5,0.25 1,0.25 V 232 q -0.75,-0.25 -0.5,-0.5 z m -0.5,1 q -1,-0.5 -1,0 0.25,0.5 1,0.5 0.75,0 0,-0.5 z m 0.25,-7 q -1.5,0.5 -0.25,0.5 0.25,0 0.75,-0.25 z m 0.5,3.75 q 1.5,-0.75 1.5,-1 -0.5,-0.5 -1.75,0.25 -1,0.75 -1.5,0.25 l -0.25,0.25 q 0.5,0.5 0,0.5 h 0.5 q 0.5,0 1.5,-0.25 z m 0.75,-3.75 q 0.25,0.5 1.5,0.5 1.25,-0.25 1.25,-0.75 0,-0.5 -0.75,-0.25 -0.5,0.25 -1.5,0.25 z"/><path fill="#ff7a1a" d="m 241.74979,215.75 q 2,1.75 1.25,3 -0.5,0.75 -0.75,0 -0.25,-0.5 -2.25,-1.5 -1.75,-1 -2,-0.75 l 1,0.75 q 2.25,1.75 2.25,2.75 -0.5,0.25 0.25,1.25 l 0.5,0.5 q -0.5,-0.25 -1.25,0.25 l -0.25,0.25 q 0.25,-0.5 -0.25,-1 -0.25,-0.5 -0.75,-0.5 -0.25,0 0,0.75 v 1 l -1,-0.75 q -1,-1.25 -3.25,-2 -2,-0.75 -2.5,-0.25 -0.25,0.25 1,0.75 1.25,0.5 1.5,0.5 0.25,0 1.5,1 0.5,0.75 0.75,0.75 -0.5,-0.25 -0.5,0.25 0,0.75 1.25,0.5 0.5,0 0.25,1.25 -0.25,0.75 -0.5,0.75 -0.75,-0.25 -1.25,-0.25 0.25,0.25 0,0.25 0,0 -0.25,0 -0.5,-0.5 -0.25,-0.75 0.25,-0.5 -0.5,-0.5 -0.5,-0.25 -1,0 -0.5,0.25 0.25,1 0.75,0.75 0.25,2 -0.5,1 0.5,2 1.25,0.75 1.25,1.5 0,0.5 -1.25,-0.25 -1,-1 -1.5,-0.75 -0.25,0.25 -0.25,0 0,-0.5 -0.75,-0.75 -0.5,-0.25 -0.5,0 0.25,0.25 0.5,0.5 0.5,1 0.75,1.5 0.5,0.25 0.5,0.75 0.25,0.25 0.25,0.5 0.25,0.25 0.25,0.75 0,0.25 1.25,1.5 0.75,0.75 0.5,1 -1,-0.25 -1,0.25 0,0.25 1.25,0.25 1.75,-0.25 2.75,2 0.75,1 0,1.75 -0.5,0.5 -1,0 -0.5,-0.75 0,-1 0.75,0.25 0.75,-0.25 0,-0.5 -1,-0.25 -0.75,0.25 -2,-1 -3,-2 0,1 1.75,1.75 1.75,2 0,1.25 -3,-1.75 -2,-2 -4.25,-3 l -2.25,-0.75 1.25,1.25 q 1.5,1.25 1.75,1.25 0.25,0 1,0.75 1,0.75 2.25,1.75 l 0.5,0.75 q -0.75,-0.25 -0.75,0.25 0,0.25 0.5,0.25 0.5,0 0.5,0.5 0,0.5 -1.5,-0.5 -1.5,-1.25 -2,-1.25 -0.5,0 -0.25,-0.25 0.25,-0.5 0.75,-0.25 v -0.25 q -0.25,-0.5 -0.75,0 -0.25,0.25 -1.75,-0.25 l -1.25,-0.75 1.25,1 q 1.25,1.25 1.25,1.75 0.25,2 1.25,2 0.75,0 0.75,1 l 0.25,1.25 -1.25,-1.25 q -1.5,-1.5 -5.75,-3.75 -4.25,-2.25 -5.25,-2 -0.5,0 -4.5,-1.75 -3.75,-1.75 -4.25,-1.75 -0.25,0 -9.25,-2.5 -21.25,-6 -20.5,-4 0.5,0.75 -4.75,14.25 -1,3 -1.75,5.25 -0.75,2 -1,2.5 -0.25,0.25 -0.75,2 -1,3.25 -3.5,11.5 -3.5,11.25 -7.25,32 -1,6.75 -1.25,7 -0.25,0 -0.25,1.75 0.25,1.5 -1,2.25 -1,0.75 -1,2.5 0,1.5 0.5,2 v -1.5 q -0.25,-2.25 0.5,-2.5 0.75,-0.25 0.75,0.5 0,1 -0.75,7.75 -1,7 -1.25,10.75 -0.25,3.5 -0.75,3.25 v 0.5 q 0.25,0.75 0,6.5 -0.5,5 -1,5 -0.5,-0.5 -0.5,-1.25 l -0.5,-0.25 q -0.25,0.5 -0.25,3 0.25,2.25 0.5,2.25 0.5,0 0.5,-1.75 0,-1 0,-0.75 0.5,1 0.5,3 l -0.25,1.25 -0.25,-0.5 -0.25,0.25 0.25,1.25 q 0.5,-0.25 0.5,0.25 0,0.25 -0.5,0.5 -0.25,0.25 0,3.25 v 2.25 q -0.25,-0.5 -0.75,-4.5 l -0.25,-4 v 4.25 q 0,4.25 -0.25,4 l -0.75,10 q 0,1.25 0,3 0,6.25 -0.5,6.5 -0.5,0 -0.5,0.5 0,0.5 0.5,0.25 0.25,-0.25 0.25,1.75 0,1.75 -0.25,4.25 0,2.25 -0.25,3.25 v 1 l 0.5,1 q 0.25,1.25 -0.5,1.5 -0.75,0 0,0.75 0.75,0.75 0,1 -0.75,0.25 -1,0.25 0,0 0.25,-0.75 0.25,-0.5 -0.25,-0.5 -0.5,0 -0.5,-2 l 0.5,-1.75 q 0.5,0.25 0.5,-0.25 0,-0.75 -0.75,-0.5 h -0.5 q 0.25,-1.5 -0.75,-13.75 -0.25,-2.25 -0.75,-2.5 v 0.25 q 0.25,0.75 -0.75,1 -0.75,0.25 -1.25,1.5 -0.25,1 -0.25,10.75 0,9.75 -0.25,9.25 -0.25,-0.25 -0.25,0 -0.25,0.25 -0.25,0.5 -0.25,17.25 -0.5,17.5 -0.25,0.25 -0.25,-1 0,-1.25 0,-3.25 0,-1.75 0,-4.25 l -0.25,-6 q -0.25,2.75 -0.5,3.25 l -0.25,-0.75 0.25,-1 -0.75,1 q -0.75,1 -0.25,1.75 0.5,0.5 0,1 -0.5,0.5 -0.5,4.5 v 3.75 l -0.25,-3.75 q -0.25,-3.75 -0.75,-4 l -0.25,0.75 q 0.25,1.5 0,4.25 0,2.75 0,5.5 0,2.75 -0.25,2.5 -0.25,-0.25 -0.5,-2.75 0,-2.5 -0.25,-2.75 0,0 0,-1.5 -0.25,-5.25 -1,-6.5 -0.5,-0.75 -0.5,-2.5 0,-1.75 -0.25,-3.75 l -0.5,-2.25 -0.25,2.5 q 0,1 0,-0.25 -0.25,-1 -0.25,-4 0,-6.5 -0.5,-7.5 -0.5,-1.25 -0.5,-2.5 v -1.25 q -0.25,0.25 -0.25,2 0,1.75 0,3.5 0.25,2 -0.25,2.75 -0.25,0.75 0,1 0.5,0.25 0.5,3 0,2.5 -0.5,3 -0.5,0.75 0,1.25 0.75,0.25 0.25,0.5 -0.5,0.25 -0.5,0.75 0,0.25 0.25,0 l 0.5,3 q -0.25,1.25 -0.25,1.5 -0.5,0.5 -0.25,0 0,-0.25 0,-0.75 0,-1.25 -0.25,-1.25 l -0.5,-9 q 0,-1.75 0,-4 l -0.25,-13.5 -0.25,29.25 -0.25,-18 -0.5,-15 -0.25,3 -0.5,-8.25 v 4.5 q 0,4.75 0.25,4.75 0.5,0 0.5,3.25 l -0.25,2.5 q -0.25,-1 -0.75,-1 -0.25,0 -0.25,14.5 0.25,14.25 -0.25,14 h -0.25 q 0.5,0.25 0,1.5 -0.25,1.5 0,3.25 0.25,1.5 0.5,0 0,-0.25 0,-1.25 l 0.25,-3 v 3 q 0.25,3.25 -0.25,3.25 -0.5,0 -0.5,1.75 l -0.25,-0.25 q -0.25,-1 -0.25,-2.75 -0.25,-4.75 -0.5,-5.75 -0.25,-1 -0.5,-19.75 0,-0.25 0,-0.5 l -0.5,-18.25 q 0,0.25 0,1 v 0.25 l -0.25,1.5 q -0.25,-0.5 -0.25,-4.25 0,-3 0,-6.25 0.25,-3.25 0.25,-5.25 0.25,-2 0.5,-1.75 0.25,0 0,6 0,1.5 0,3 0,1.25 0,2 0.25,0.75 0.25,0.5 0.25,0 0.25,-8.25 l 0.25,-6.75 q -0.25,1.5 -0.75,2 -0.5,0.5 0,-5.5 0.25,-1.5 0.25,-3 0.25,-2 0.5,-5.25 0.25,-3 0.5,-4.5 0.25,-0.5 0.25,-0.75 0.25,-0.5 0.25,0.25 0,0.25 0,1.25 l 0.25,2 0.25,-2.75 q 0.25,-2.75 0.25,-3 l -0.25,0.5 q 0,0.75 -0.5,0.75 -0.25,0 -0.25,-0.25 0,-0.25 0,-1 0,-0.75 0,-1.75 0.25,-1.25 0.5,-2.75 0.25,-1.25 0.5,-10.75 0.25,-9.5 0.5,-12 0.75,-12.25 2,-21.75 4.25,-29.75 12.25,-50.25 1.75,-4.25 1.5,-4.5 -0.25,-0.25 -5.5,0 -5.25,0 -7,0.25 -5.25,0.75 -7.75,0 0.25,-0.25 0.75,-0.25 0.75,0 3,-0.25 2.25,-0.25 4,-0.5 1.5,-0.25 2,-0.5 0.75,-0.25 7.5,-0.5 1.25,-0.25 1,-0.5 -0.5,-0.5 -2.5,-0.25 -1.75,0.25 -5.25,0.5 -3.25,0.25 -3,0.5 0,0.25 -0.75,0.5 -0.5,0 -1.75,0 -1,0 -2.25,0 -5,0 -4.75,-0.25 0.25,-0.5 -0.25,-0.5 -0.5,0 -0.5,0.25 0,0.5 -4.5,1.25 -2,0.25 -2,-0.25 0,-0.75 1,-1 l 0.5,0.25 1.25,0.25 q 1,-0.25 1.5,-0.75 0.25,-0.5 3.75,-0.5 3.5,-0.25 3.75,-0.5 0.5,-0.25 1.5,-0.5 h -3.5 q -4.25,0.25 -11,0.5 -6.5,0 -9.5,0.5 -3,0.25 -3,-0.25 0,-0.5 1.5,-0.75 l 1,0.25 q -0.25,0.25 0,0.25 0.5,0 1.75,-0.25 1.25,-0.5 3,-0.75 1.75,-0.25 3.25,-0.75 l 1.5,-0.25 h -1.25 l -0.25,-0.5 -7,0.25 q -2.25,0.25 -3,0.5 -1,0.25 0,-0.5 0.75,-0.75 2.25,-0.75 1.5,0 1.75,0 0.25,0 2.5,-0.5 2.25,-0.25 2.25,-0.75 0,-0.75 -0.75,-0.75 -0.25,0 -0.25,0.25 -0.25,0 -0.25,0 l -0.75,0.5 q -0.75,0 -3,0.25 l -1.75,-0.25 q 0.25,-0.5 1.25,-0.25 0.75,0 1.75,-0.5 1,-0.5 1.75,-0.5 0.75,0 0.5,-0.5 -0.5,-0.5 -1.25,0 -0.75,0.25 -2,0.25 -1.5,0 -2.5,0 -1,0 -1,-0.25 0,-0.5 0.75,-0.25 0.5,0.25 1.25,-0.5 0.5,-1 0.25,-1 -0.5,0 -0.75,0.5 -0.25,0.5 -0.75,0 -0.75,-0.5 -1,0 -0.5,0.5 -0.75,0.25 -0.25,-0.5 -1.5,0.25 -1.25,0.5 -1.5,0.5 -0.25,-0.25 -0.25,-1 0,-1.25 1,-1 0.75,0.25 0.75,-0.25 0,-0.75 -1.25,-0.25 -0.75,0.25 -1.5,0.5 -0.75,0 -1.25,0 -0.5,0 -0.5,-0.25 0,-0.25 -0.75,0 -0.75,0 -1,-0.5 -0.25,-0.25 -0.25,-0.25 0,0 0.25,0 0.5,0.5 0.5,-0.25 0,-0.75 1.25,-0.5 1,0.25 1,-0.25 0,-0.5 0.75,-0.25 0.5,0.25 0.75,-0.25 0.25,-0.5 0.75,-0.25 0.25,0.25 0.5,0.25 0.25,-0.25 0,-0.5 0,-0.5 2.25,-1 l 2,-0.5 -2.25,0.25 q -2.5,0.25 -2.75,0.75 h -0.25 q 0,-0.25 -0.75,0.25 -1.25,1 -1.25,0 0,-0.25 0.25,-0.5 0.5,-0.75 1,-0.5 0.25,0.25 6,-1.75 2.25,-0.75 2.75,-0.5 0.5,0.25 0.5,-0.25 0,-0.5 0.5,0 l -0.25,-0.75 q -1,-0.75 -1.5,-0.25 -0.5,0.25 -1.75,0.5 -1.5,0 -2.5,0.5 -0.75,-0.25 -0.75,-0.25 0.25,-0.5 0,-0.5 -0.5,0 -0.5,0.5 -0.25,0.25 -3.25,0.75 -3.25,0.5 -3.5,0.25 -0.5,-0.5 0.25,-0.75 0.25,0 0.5,0 1,-0.25 1.75,-0.5 0.75,-0.5 1.5,-0.5 0.75,0 1.75,-0.25 6.75,-1.75 7.75,-1.5 1,0 1,-0.5 0,-0.75 6.75,-2.5 l 2.25,-0.5 -3,0.25 q -3.25,0.25 -4.25,0.25 -1,0 -1,0.5 0,0.25 -2,0 -2,-0.25 -2,0.25 0,0.25 -0.75,0.25 -1,0 -1.75,0.25 -0.75,0.25 -0.75,0 0,-0.75 3,-1.25 3,-0.75 5.5,-0.75 2.25,-0.25 2.25,-0.5 0,-0.5 0.75,-0.75 0.75,-0.5 1.25,-0.25 0.25,0.25 -0.25,0.25 -0.5,0 -0.5,0.5 0,0 0.25,0 0.5,0 1.25,0 0.75,0 1.5,-0.25 3.25,-0.5 6,-0.75 3,-0.25 3.25,-0.75 0.25,-0.5 -1,-0.25 -1,0.25 -1.25,0 l 1,-0.5 q 3,-0.25 6.5,-0.75 2,-0.25 2.25,0.5 0.25,0.5 0.5,0 0.75,-1.25 2.5,0 0.75,0.5 1.5,0.25 0.75,-0.25 0.75,-0.75 -0.25,-0.5 3.75,-0.5 4.25,-0.25 4.25,0 0,0.25 0.25,0.25 0.5,0 1,0 0.5,-0.25 0.75,-0.5 h 0.5 q -0.5,0.5 0.25,0.5 0.75,0 0.75,-0.25 0,-0.5 1.25,-0.5 0.75,0 1,0.25 0.25,0 0,0.5 0,0.25 0.25,0.25 0,0 0.5,-0.25 0.5,0 0.5,0 l 2.75,0.5 q 0.5,0 1,0 l 3.5,-0.5 q -0.5,-0.25 -0.25,-0.25 0.25,0 0.75,0.25 1.25,0.25 4.25,0.5 3.25,0 4.75,0.5 1.75,0.25 3,0.5 l 0.25,0.25 0.5,0.25 q 4,-0.75 9.5,0 2.25,0.25 5.75,0.75 3.75,0.5 4.25,0.75 0.75,0.25 1.75,0.25 3.25,0.25 13.25,3.5 13.75,4.75 15.5,6.25 2.5,2.5 3.5,2.5 0.75,0 1.5,0.75 1,0.5 0,0 -1.25,-0.5 -1.25,0 0,0.25 1.75,1.25 2,1 2.5,1 0.25,0 -1,-1 l -1,-0.75 1.25,0.5 q 1,0.5 1,0.75 0,0.25 1.5,2 z m -133,-2.75 q 0.25,0 0.5,-0.5 0.25,-0.75 -0.25,-0.75 -0.5,0 -0.5,0.75 0,0.5 0.25,0.5 z m 9.5,2 q 0.5,0 1,-0.25 l 0.25,-0.5 q -0.5,0 -1,0.5 z m 2.5,1.75 q 0,0 -0.25,-0.5 -0.5,-0.25 -1,-0.25 l 0.25,0.25 q 0.75,0.5 1,0.5 z m 0.75,-2 q 0.5,0 0.5,0 -0.25,-0.5 -0.75,-0.5 z m 3.25,-14.25 q 0,0 0.25,0.5 l 0.75,-0.25 q -0.5,-0.25 -1,-0.25 z m -0.75,18.25 q 0,0.25 0.5,0.25 l 0.5,-0.25 q -0.5,-0.25 -1,0 z m 0.75,1.75 q 1,0 1,-0.25 -0.75,0 -1.75,0 -0.5,0.25 0,0.25 0.25,0 0.75,0 z m 3,-19.25 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 0.25,-0.75 q 0.25,-0.25 0.5,-0.25 -0.5,-0.25 -1.25,0 0.25,0.25 0.75,0.25 z m 6.5,-4 q -0.25,0.5 0.25,0.5 0.75,0 0.75,-0.25 0,-0.25 -0.5,-0.25 -0.25,-0.25 -0.5,0 z m 2.25,0 q -0.5,0.5 0.5,0.5 1,0 0.5,-0.5 -0.5,-0.5 -1,0 z m 3.25,0 q 0.25,0 0.5,-0.25 -0.5,-0.25 -1,0 0.25,0.25 0.5,0.25 z m -4.75,148 q 0,0 0.75,-8.5 v -2.75 l -0.5,3 q -0.75,6.5 -0.25,8.25 z m 1.25,-18.25 q 0,0 0.25,0.5 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 z m 0.25,48.5 q 0.5,0 0.5,-0.25 0,-0.5 -0.5,-0.5 -0.25,0 -0.25,0.5 0,0.25 0.25,0.25 z m 1,-20 q 0,-1.75 0,-3.75 -0.25,1 -0.25,2 v 2 z m 0.5,-41.25 q 0,0 0.25,0.5 0.25,-0.5 0,-1.25 -0.25,0.5 -0.25,0.75 z m 0.25,47.25 q 0.25,-1.5 0,-2.75 0,0.5 -0.25,1.25 l 0.25,1.75 z m 15.25,-162 q 0,0 0.75,-0.25 -0.25,-0.25 -1,0 z m 0,28.75 q 0.25,0 0.5,-0.25 0.25,-0.5 -0.25,-0.5 -0.25,0 -0.25,0.5 0,0.25 0,0.25 z m -5.75,-31.25 q 1,0 3.25,-0.25 2.5,-0.25 2.75,-0.5 h -1.75 q -1.75,0.25 -3.75,0.25 z m 4.25,34.5 q 0,0 0.25,0 0.75,-0.75 0.75,-1.5 0,-0.75 -0.25,0 -0.25,0.75 -0.75,1.5 z m -13,113.75 q 0.25,-0.75 0,-1.25 -0.25,0.25 -0.25,0.5 0.25,0.5 0.25,0.75 z m 0.5,9 q 0.25,-0.5 0,-1.25 0,-0.5 -0.25,-0.25 0,0.25 0,0.75 0.25,0.5 0.25,0.75 z m 1.5,18.75 q 0.25,0 0.25,-3.25 0.25,-3.25 -0.25,-3.5 -0.5,-0.25 -0.5,2.5 0,4.25 0.5,4.25 z m 0.25,-50.75 q 0.25,-0.25 0,-1 l -0.25,0.25 z m 1,63.25 q 0.25,-0.25 0,-2.5 l -0.25,-2 -0.25,2.5 z m -0.25,-5.75 q 0,0 0,0.5 0.25,-0.5 0,-1 0,0.25 0,0.5 z m -0.5,-102.75 q 0,0 1,-7.75 l -0.25,0.5 q -0.75,1.75 -2.25,12.75 -1.25,11 -1.25,16.5 -0.25,4.5 0,3.5 0.25,-1.25 1.25,-11 0.5,-7.5 1.5,-14.5 z m 4,118.75 q 0,0 -0.25,-2 v 0.5 q -0.25,0.75 -0.5,2 0,1 0,1.75 0.25,0.75 0.5,0.75 0.25,0 0.25,-3 z m -0.25,-4.25 q 0.25,2.5 0.25,0.25 0.25,-1 0,-2.5 0,-2.75 0,-2.75 0,0 -0.25,1.5 -0.25,2.25 0,3.5 z m 0.25,-121.5 q 0.25,-0.5 0,-1 0,0.25 -0.25,0.5 0.25,0.5 0.25,0.5 z m 0.25,-2.25 q 0.5,-0.25 0.25,-1 l -0.5,0.25 z m -2,-3.25 q 1.25,-6.5 4.75,-20.5 0.75,-2.5 2,-6.25 1.25,-4 1,-4.25 l -0.75,1.5 q -0.5,1.75 -0.75,2 -0.25,0.5 -2,7.25 -0.5,1.25 -1.75,5.75 -0.75,2.5 -0.75,3.5 -0.25,1.25 -1,4.25 -0.5,2.75 -1,5.25 -0.5,2.5 -0.75,4.25 -0.25,1.5 0,1.5 0.25,0 1,-4.25 z m 2.75,129.75 q 0,0.5 0.25,0.5 0.5,0 0.25,-0.5 -0.25,-0.75 -0.5,-0.75 0,0 0,0.75 z m 0,-3 q 0,0 0.25,0.5 0.25,-0.25 0,-0.75 z m 0.75,-4.5 q 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 z m 0,-3 q 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 z m 4.75,-22 q 0.25,-0.25 0,-1 l -0.25,0.25 z m -2.75,-109 q 0.75,-2.75 2.75,-10.25 2.25,-7.5 2,-7.75 l -0.5,1.25 q -0.5,1.25 -2.25,7.25 -1.75,5.75 -2.75,10.75 -1,5 -1.75,7.5 -1,4.25 -0.5,4 0.25,0 0.5,-1.25 0.5,-3 1.75,-7.75 0,-0.25 0,-0.75 0.25,-0.75 0.5,-1.5 0.25,-1 0.25,-1.5 z m 5,91.75 q 0,-0.75 0,-1.5 -0.25,0.25 -0.25,0.75 0,0.75 0.25,0.75 z m 12,-147.5 q 0,0 0.25,0.25 l 0.5,-0.25 q -0.25,-0.25 -0.75,0 z m -2.5,0.25 q 0,-0.25 -1,-0.25 -0.75,0 -0.75,0.5 0,0.25 0.75,0 1,-0.25 1,-0.25 z m -1.5,81.5 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m -0.75,3 q -0.25,0.5 -0.25,0.5 0,0.5 0.25,0.75 0.25,-0.75 0,-1.25 z m -5.75,-51.25 q -0.25,0 -0.75,1 -0.25,0.75 0,0.75 0.5,0 0.75,-0.75 0.25,-1 0,-1 z m -1.25,109.5 q 0,0 0.5,0.5 0.25,-0.75 -0.25,-1 -0.5,-0.5 -0.25,0.5 z m 0,-5 q 0.25,1.25 0.5,0.75 0.5,-0.75 0.5,-1 0,-0.5 -0.5,-0.25 0,0.25 -0.25,0 0,-0.25 0,-0.5 l -0.25,-0.5 q -0.25,0.25 0,1.5 z m 1.25,-13.25 q 0.25,-1.25 0.25,-2.25 0.25,-1 0.25,-1.5 0,-0.75 -0.25,-0.75 -0.5,0 -0.5,1 0,0.75 -0.5,5.5 -0.25,2.5 -0.5,4.25 0,1.75 0,3 0,1 0,1.5 0,0.5 0.25,0.5 0.25,0 0.25,-0.5 0.25,-8.5 0.75,-10.75 z m 0.75,-8 q 1,-10.25 1.75,-9.5 l 0.25,-0.25 q 0,-0.25 -0.25,-0.5 -0.25,-1.5 0.75,-7 l 0.5,-5.75 q 0,0.25 0,0.75 -0.5,1.5 -0.75,3 -1.25,7.75 -2.25,15.25 -0.5,5.5 -0.75,6.25 0,0.75 0.25,0.75 0.25,0 0.5,-3 z m 2.25,12.5 q 0.25,-1 0,-2.25 v 0.25 q 0,0.5 0,0.75 v 1.5 z m -0.25,14.75 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0,-10 q 0,-1.75 0.5,-1.75 0.5,0 0.25,-1 0,-1 -0.25,-0.25 l -0.5,0.25 q 0,-0.5 -0.25,-0.25 -0.25,0.25 -0.25,2 0.25,1.75 -0.25,2.25 -0.25,0.5 -0.25,3.5 0.25,2.75 0.5,2.75 0.5,0 0.25,-3 -0.25,-3 0.25,-2.75 z m 0.75,-10.5 q 0.25,-1.25 0.5,-1.25 0.5,0 0.5,-0.25 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.5,1.5 z m 1.25,-5.25 q 0,0 -0.5,-1.75 0,-0.5 0,-0.5 -0.25,1.25 -0.5,1.25 -0.25,0 0,2 0.25,1 0.25,0.75 0.25,-1.25 0.5,-1.25 0.5,0 0.5,-0.25 0,-0.5 -0.25,-0.25 z m -0.5,-26.5 q 0,0 0.25,0.5 0,-0.5 0,-1 -0.25,0.25 -0.25,0.5 z m 0,-90.5 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 0.25,88.5 q 0,0 0.5,-0.25 0.25,-1.25 0.25,-2.25 l -0.25,0.25 q -0.5,1 -0.5,2.25 z m 2.25,12.25 q 0,0 0,-1.25 l -0.25,-1 q -0.25,1 -1,5 -0.5,3.75 -0.5,4.25 l 0.25,-0.25 q 0.5,-0.5 0.75,-0.5 v -0.25 q 0,-0.75 0,-2 0,-1.5 0.25,-2.75 0.25,-1.5 0.5,-1.25 z m 2,-12 q 0,-2.25 -0.25,-2 0,0.25 -1,5 -0.75,4.5 -0.75,5 l 1.25,-4.5 v -0.25 l 0.25,-1.25 z m 0,-90 q -0.5,0 0,0.5 0.5,0.5 0.25,0.75 v 0.25 q 0.5,-0.25 0.5,-0.75 0,-0.75 -0.75,-0.75 z m 0.5,85.75 q 0.25,-0.5 0.5,-2.25 0.25,-1.75 0,-0.75 z m 0.75,-4.75 q -0.25,0.5 0,0.5 0.5,0 0.5,-0.5 0,-0.75 -0.25,-0.75 0,0 -0.25,0.75 z m 0.75,-1.75 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0,-78.5 q 0,0 0.25,0.5 0.5,0 0.5,0 -0.25,-0.5 -0.75,-0.5 z m 0.5,76.5 q 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 0.25,0.5 0.25,0.5 z m 0.5,-3 q -0.25,1 0,0.5 0.5,-0.5 0.5,-1 z m 2,-4 q 0,0 0,-0.25 -0.5,0 -0.25,-1 l -0.25,-0.25 q -0.5,0.75 -0.75,2.25 -0.25,1.25 -0.25,1.25 0.25,0 0.5,-0.5 0.5,-1.25 1,-1.5 z m -0.25,-3.25 q 0,0 0.25,0.75 0.25,-0.25 0,-1 z m -0.75,-65.5 q 0,0.25 0.75,0.25 1,0 1,-0.25 0,-0.5 -1,-0.25 -0.75,0 -0.75,0.25 z m 2.25,61.75 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0.25,-2.25 q 0,1 0.25,0.25 0.5,-1 0.5,-1.25 0,-0.5 -0.5,-0.25 -0.25,0.25 -0.25,1.25 z m 1.75,-3.75 q 0,0 -0.25,-0.5 -1,1.75 -0.25,1.75 0.25,-0.25 0.5,-1.25 z m 1,-3.25 0.25,-1 -0.5,1 -0.75,1.75 0.25,-0.25 q 0.5,-0.5 0.75,-1.5 z m 1.75,-5 0.25,-1.25 -0.75,1.25 q -0.5,1 -0.5,1.75 0,0.5 0.25,0 0.5,-0.75 0.75,-1.75 z m 1.25,-5 q -0.25,0.75 0.25,0.25 0.5,-0.5 0.25,-0.75 -0.25,-0.25 -0.5,0.5 z m 0.25,-9.5 q 0.5,-0.25 0.5,-1 0,-0.75 -0.5,0 -0.5,1 0,1 z m 1.25,-3.25 q 0,0 0,-1 0,0.25 -0.25,1 -0.25,0.5 -0.5,1 0,0.25 0,0.25 0.25,0 0.75,-1.25 z m 1,-30 q 0,0 -0.25,0.5 -0.25,0.25 0,0.25 0.5,0 0.5,-0.25 0,-0.5 -0.25,-0.5 z m 0.25,36.5 q 0.5,-0.75 0.5,-1 h -0.5 q -0.25,0.75 -0.25,1.25 z m 3.25,-35.25 q 0,0 -0.25,-0.5 -0.5,-0.25 -1,-0.25 l 0.25,0.25 q 0.75,0.5 1,0.5 z m 9,1.75 q 0.75,-0.25 0.75,-0.25 -0.5,-0.25 -1.25,0 0,0.25 0.5,0.25 z m -1.5,-1.25 q 3.25,0.25 3.5,0.25 0.5,-0.5 -6.25,-1 h -2.25 q 0.5,0.25 0.75,0.5 0.25,0 0,0.5 0,0.25 0.25,0.5 0.5,0 1.25,0 h 1.75 l -1.5,-0.25 q -2.75,-0.5 -0.5,-0.75 1.25,0 3,0.25 z m 4,1.75 q 0,0 0.75,-0.25 -0.25,-0.25 -1,-0.25 z m 0.25,-1.25 q 0,0 3,0.25 0,-0.25 -1.75,-0.5 -1.25,0 -1.25,0.25 z m 4.5,0.75 q 0.25,0 0.5,0 0.25,-0.25 0,-0.5 -0.25,-0.25 -0.75,0 -1.5,0.5 0.25,0.5 z m 3.25,0.25 q 0.5,0 0.75,-0.25 -0.75,0 -1.25,0 0.5,0.25 0.5,0.25 z m 2.25,0.5 q 0.5,0 0.5,-0.25 -0.5,-0.25 -1,0 0.25,0.25 0.5,0.25 z m 2.75,0.5 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 2.5,0.75 q 0,0.25 0.5,0.25 0.75,0 0.75,-0.5 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.5,0.5 z m 25.75,13 q 0,0 0.25,0.5 0.75,0.25 1.25,0.25 l -0.25,-0.25 q -0.75,-0.5 -1.25,-0.5 z m -6.25,-7.25 q 0,0 -1.5,-0.25 l 0.25,0.25 q 0.75,0.5 1.5,0.25 z m -3.75,-1.25 q 0,-0.5 -1,-0.5 -1,0 -0.25,0.5 1,0.25 1.25,0.25 z m -2.75,-1.25 q -1,-0.5 -1.75,-0.25 0.5,0.75 2.5,1 z m -3.5,-1.25 q 0,0 -3.5,-0.75 0.25,0.25 1.75,1 1.75,0.5 2.5,0.5 0.25,0 0,-0.25 -0.25,-0.25 -0.75,-0.5 z m -1.25,29.75 q 0,0 -0.75,-0.5 -1,-0.5 -2.5,-0.75 l -1.5,-0.5 1.25,0.75 q 1.5,1 3.5,1 z m -1,-27.75 q 0,0 2,0.25 -0.25,-0.25 -1.5,-0.5 -0.5,0.25 -0.5,0.25 z m 8,31.25 q 0,0 0.5,-0.25 -0.25,-0.25 -3.5,-1.5 -3,-1.5 -3.25,-1.5 z m 1.5,0.75 q 1.25,1.5 1.25,0.75 0,-0.5 -1,-1 z m 3.75,1.25 q -0.25,0 -1,-0.5 -0.75,-0.5 -1,0 0,0.25 0,0.25 0,0 0.25,-0.25 0.5,-0.25 0.5,0.25 0,0.5 0.75,0.5 z m -1,-11.25 q -1,-0.5 -1.5,-0.5 -0.25,0 0.75,0.5 1.5,0.75 1.25,0.75 0,-0.25 -0.5,-0.75 z m -0.75,4 q 0,0.25 0.5,0.25 0.75,0 0.75,-0.5 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.5,0.5 z m 3.5,-15.75 q 1,0.25 1,-0.25 -0.25,-0.5 -1,-0.25 -0.5,0.25 0,0.5 z m -6,-7.5 q 0,0 7,2 l -0.25,-0.25 q -1,-0.75 -2,-0.75 -1,0 -1,-0.25 0,-0.25 -1,-0.25 -0.75,-0.25 -1,-0.5 -0.25,-0.5 -0.75,-0.5 l -3,-1 -1,-0.25 q -1.25,0 -2.5,-0.25 z m 11,10.75 q 1.5,0.75 1.5,0.5 0,-0.25 -1.5,-1 z m 2.75,0.25 q 0.5,0 -0.25,-0.75 -0.75,-1 -3.25,-2 -2.25,-1.25 -2.5,-1 l 0.5,0.25 -0.25,0.5 q -0.5,0.5 0.25,0.25 0.75,-0.25 1,0.25 0.25,0.25 2.25,1.5 2,1 2.25,1 z m 0,-4 q 0,0 0.75,-0.25 -0.25,-0.25 -1,0 z m 1.5,1 q 0.25,0.5 0.25,0.5 0.25,0 0.25,-0.5 0,-0.5 -0.5,-0.5 -0.25,0 0,0.5 z"/><path fill="#ff7a1a" d="m 333.74976,410.75 q 0.75,0 0.5,0.5 -0.5,0.5 -1.25,0.5 -0.75,0.25 -2.75,-3.25 -2,-3.25 -2.5,-3.5 h -0.25 q 0,0.25 0.5,1 0.25,0.75 -0.25,0.75 -0.25,0 -0.25,-0.5 0,-0.25 -0.75,-0.25 -0.75,0 -0.25,-0.5 0.5,-0.25 0.25,-0.5 -0.25,0 -0.75,0 -0.25,0 0,-0.25 0.25,-0.5 -0.25,-1.25 l -0.5,-0.25 q 0,0.25 -0.5,-0.25 l 0.5,1.75 q 1.25,2 1.25,2 l 0.25,0.75 -0.25,0.75 v 1.25 q 0,0.25 0.25,0.5 0.5,0.25 0,0.25 -1,0 -0.5,1 0.25,0.5 0.5,0.5 0.75,0.25 0.5,0.75 l 0.25,0.25 q 0.75,-0.25 1,0.5 l -0.25,0.25 q -0.25,-0.25 -0.25,0 0,0.5 0.5,1 0.5,0.5 -0.25,0.5 -0.25,0 -0.5,-0.25 -0.25,0 -0.25,0 0.25,-1.25 -2.75,-4.5 -1,-1.25 -0.75,-1.5 h -0.25 q -0.5,0.25 0.5,2 1,2 0.75,2.25 -0.25,0.25 0.25,0.25 0.5,0 0.75,1.25 0.25,1.5 0.5,1.5 0.25,0 1.5,2.5 1.5,2.75 1.75,4 0.25,0.75 0,1 -0.25,0.25 -0.75,-0.5 -0.5,-0.5 -0.5,-1.5 0.25,-1 0,-0.75 -0.75,0 -1.5,-0.75 -0.5,-0.5 -1.75,-2.5 -1.75,-3.25 -2.25,-3.25 -0.25,0 0,0.5 l -0.25,0.25 q -0.25,-0.25 -0.75,-1 0,-0.5 0,-0.5 0.75,0.75 0.75,0.25 0,-0.25 -1,-1.25 l -0.5,-0.5 q 0.25,0.5 -0.25,0.25 -0.5,-0.25 -0.25,-1 0,-0.25 0,-0.5 0,0 -0.25,0 -0.25,0.25 -2.5,-3.5 -2,-3.75 -2.75,-4.75 -0.75,-0.75 -0.5,-1 0.25,-0.25 -0.75,-1 -0.75,-0.5 -0.75,-1 0,-0.75 -0.75,-1.25 -0.75,-0.75 -1.75,-2.75 -0.5,-0.75 -1,-1.25 -0.25,-0.5 -0.5,-0.5 h -0.25 q 0.25,-0.25 -0.25,-1.5 -0.5,-1.25 -0.75,-1.25 -0.25,0 0.25,1 v 0.5 q -0.5,-0.25 -2.25,-2.5 l -1.75,-1.75 -1.5,-1.75 q -1.5,-2 -2,-1.75 -0.5,0.25 -1.5,-0.75 -0.75,-1.25 -1.25,-2.25 -0.25,-0.5 -0.25,-0.5 0.25,0 0.5,0 0.5,0.5 0.25,0 -0.25,-0.5 -0.5,-0.25 -0.25,0 -1.25,-0.75 l -1,-0.5 q 0.5,0.5 0,0.75 -0.25,0.25 -1.75,-1.5 -1.5,-2 -2.25,-2.75 -0.75,-0.75 -0.75,-1 0,-0.5 -0.5,-0.5 -0.25,0 -1.5,-1.75 l -1,-1.25 q 0,0.75 3.75,5.5 1,1.25 1,1.5 -0.25,0 -1,-0.25 -0.25,-0.25 -0.5,-0.5 -0.25,-0.25 -0.25,-0.25 0.25,-0.75 -3,-3.75 -1,-1 -0.75,-1 0.25,0 -0.5,-0.75 -0.75,-1 -1.75,-2.25 -1,-1.5 -2,-2.25 -0.75,-1 -1.5,-2 -0.5,-1.25 -1.25,-2 -6.75,-8.25 -10.75,-12.5 -3,-3.25 -5.75,-6.25 -2.25,-2.75 -6.75,-7.25 l -4.25,-4.5 V 339 q -0.25,5.75 -1,5.5 l -0.25,0.5 q 0,0.25 0,0.5 0.25,0.25 0.5,0.25 0.5,-0.25 0.5,2 0,1 0,2.75 l -0.25,3.75 q -0.25,-2 -0.75,-2 -0.25,0 0,2 0,1 0,1.5 0.25,0.25 0.5,0.25 0.5,-0.25 0.5,2.5 0,2.75 0.75,7 0.5,4.75 0.25,4.75 -0.75,0 -0.5,-1 0.25,-1 -0.25,-1 -0.25,0 -0.5,-2.25 0,-0.25 -0.25,-0.25 0,-0.25 -0.25,-0.25 -0.25,0.25 -0.5,-0.25 -0.25,-1 0.25,-1.5 0.5,-0.5 0.25,-1.5 l -0.25,0.25 -0.5,-0.5 q 0,-1.75 0,-2.25 0,-0.25 -0.25,-0.25 0,-0.25 -0.25,0 v -0.25 q 0.5,-0.75 -0.25,-1 -0.5,-0.25 -0.5,-1.25 l -0.5,0.25 0.25,0.75 v 2 1.25 l 0.25,-0.25 q 0.25,-1 0.5,-0.25 0,0.5 0,1.25 0.5,2 0,2.5 -0.5,1 0.25,3 0.5,1 -0.25,2 l -0.25,0.25 q 0.25,-0.75 0,-1.75 -0.25,-1 -0.75,-1 -0.25,0 -0.25,1 0,1 -0.25,1 -0.5,0.25 -1,-2.25 l -0.5,-1.5 v 0.25 q -0.25,1.75 -1.5,0.25 -0.5,-0.75 -0.25,-0.75 0,0 -0.25,-1.25 0,-1.25 -0.5,-2.5 -0.25,-1.5 -0.5,-1.5 l 0.5,2.75 q 0.5,1.5 0,2 -0.5,0.5 -0.25,-0.25 0.25,-0.75 -0.5,-1.25 -0.75,-0.75 -0.75,-3 l -0.5,-1.75 q -0.25,0.25 -0.25,1 h -0.25 q -0.25,-0.5 -0.75,-0.25 -0.25,0.25 0,0.75 0.75,1 1.25,8.5 0,2 0.25,4 V 374 q -0.25,-0.25 -1.25,-3.25 -0.75,-3.25 -0.75,-4 0.25,-0.75 -0.25,-0.75 -0.5,0 -0.25,-0.5 0.25,-0.75 -0.25,-1.25 -0.25,-0.5 -0.75,-4 l -0.75,-2 v 0.25 q 0,1.5 -0.25,2 -0.25,0.5 0,0.5 0.5,0 0.5,2 0,2.75 0.75,5.25 0.25,1.25 -0.25,1.25 -0.5,0 -0.25,-0.5 0.25,-0.75 -0.25,-0.75 -0.25,-0.25 -1,-4 -0.5,-3.75 -0.5,-5.75 l -0.25,-1.25 -0.5,-1.25 q -1,-5.75 -1.5,-7 -0.25,-0.75 -0.5,0.25 -0.25,0.5 -0.5,-0.25 0,-0.5 0,-1 l -0.25,-1.25 q 0,0 -0.25,0.5 0,0.25 0,0.25 -0.25,0.5 -0.25,-0.25 0.25,-0.25 0.25,-0.75 0.25,-1.75 0.25,-2.5 v -1 l 0.25,1 q 0.25,0.75 0.5,0 0,-0.25 0,-0.75 0,-1.5 -0.25,-1.5 0,0 -0.75,1.5 l -0.75,1.25 V 343 q 0,-1.25 -0.5,-1.75 -0.5,-0.5 0.25,-0.25 0.75,0.25 0.75,-0.25 0,-0.5 -0.5,-0.5 -0.5,0 -0.5,-1 0.5,-4.5 -0.25,-4.5 -0.5,0 -0.25,1 h -0.5 q -0.5,-1.25 -0.25,-1.75 0.25,-0.75 -0.75,-0.25 -1,0.25 -1,-0.75 0,-1.25 -0.5,-1.5 -0.25,-0.25 0.25,-0.75 v -0.25 q -0.5,0 -0.25,-1 0.25,-0.5 0,-0.5 0,-0.25 -0.5,0 -2.5,1 -5.75,0.75 0.5,-0.5 0,-0.5 -0.75,0 -1.25,0.5 -1,0.75 -0.75,-0.5 0,-0.25 0,-0.75 0.25,-1 1.75,-1.5 1.5,-0.5 1.5,-0.75 0,-0.5 0.25,-0.25 0.5,0 2.5,-1.25 2,-1 1.75,-1 0,-0.25 -2.5,1 -4.25,2 -7.5,1.5 l -1.5,-0.25 2.5,-1 q 2.5,-0.75 2.75,0 h 0.5 q 0,-0.5 -0.75,-1 l -0.25,-0.5 q 0.5,0 1.75,-1 1.25,-1 2.75,-1.75 1.5,-1 0.5,-1 -0.75,0.25 -0.75,-0.25 0,-0.5 1.25,-1 1,-0.5 1,-0.75 0,-0.25 -0.75,-0.25 -0.5,0 -1.25,0.25 -0.5,0 -0.75,0.25 -0.25,0.5 -0.75,0.5 -0.25,0 0,-0.5 0.25,-0.5 -0.75,-0.25 -0.75,0.25 -3.25,1.25 -3.5,1.5 -4,1.5 l 0.25,-0.25 q 0.25,-0.25 0.5,-0.25 1.5,-0.5 4.25,-1.75 2.5,-1.25 4.5,-2.25 2,-1.25 2,-1.25 -0.25,-0.25 -1.25,0.25 -2,0.5 -2.75,-0.5 0.5,-0.25 2,-0.75 2.75,-1 2.25,-3.5 -0.25,-1 -1.75,-0.75 h -0.75 q 0.5,-0.25 0.5,-0.5 0,-0.5 -0.5,-0.25 -0.25,0.25 -0.25,0 0,-0.5 1.5,-1.25 1.5,-0.75 1.5,-1.75 0,-12 6.25,-48.75 1.75,-10.25 3.75,-20.25 3.25,-13.75 5.5,-18.25 l 0.75,-1.5 q 1,-2.25 0.75,-2.75 0,-0.25 0,-0.25 0,-0.25 0.25,-0.25 0.25,0 0.25,0 0.25,-0.25 0.5,-0.75 l -0.5,-0.25 -0.25,0.25 q 0,-1 0.75,-1.25 0,0.5 0.5,-0.5 0.25,-0.5 0.25,-0.75 0,-0.25 -0.25,0 l -0.25,-0.5 q 0.25,-0.5 0.5,-0.5 0.25,0.25 0.5,-0.25 0.25,-0.5 0.5,-1 0.5,-0.75 0.75,-1.75 1.5,-3.25 1.75,-4 0.5,-1 0.25,-1.5 -0.25,-0.75 0.25,-1.5 l 0.25,0.5 h 0.25 q 0.25,-0.25 0.5,-1.25 1,-2 1,-2.5 -0.25,-0.25 -0.25,-0.25 0.25,-0.25 0.5,-0.25 0.25,0.25 0.5,-0.25 0.25,-0.5 0.25,-1.25 0.25,-0.75 0.25,-1 l 0.25,-0.5 q 0,0.25 0.25,0 0.25,-0.5 0.25,-1 0.25,-1.25 1,-1.75 0.75,-0.5 2,-2.75 2,-2.75 3.75,-3.5 l 1,-0.25 -1,1 q -2.5,3 -2.5,5.25 0,1 1.25,-1.25 2.5,-4.25 4.25,-4.25 0.75,0 0.75,0.25 0.25,0.25 -0.25,0.75 -0.5,0.25 -0.5,-0.25 0,-0.5 -0.5,-0.25 -0.5,0.25 -0.25,1 0.25,0.75 -0.75,2.25 -0.75,1.5 -0.75,2 0,0.5 0.5,-0.25 0.25,-0.25 0.25,-0.5 1,-1.75 2.5,-3 h 0.5 q -0.5,0.5 -1.5,1.75 -0.75,1.25 0,1.75 h 0.25 q -0.25,-0.25 1.5,-2 1.75,-2 2.5,-2 0.5,0 0.25,-0.5 h 0.25 q 0.5,0.5 -0.25,1.25 -0.5,0.75 -1.25,2 l -0.75,1.25 0.75,-0.75 q 1,-0.75 1,-0.25 0,0.5 -0.5,2.5 l -0.25,2 q 0.25,-0.25 0.25,-1 0,-0.75 0.75,-1.5 h 0.5 q -0.25,0.75 -0.75,2 -0.75,2.5 -0.5,2.75 l 1,-1.75 q 0.5,-2 0.75,-2 0.5,0 0.5,-0.75 0,-1.5 1,-0.25 0.5,0.5 0,1.5 -0.5,1 -0.5,1.75 0,0.75 -0.5,0.75 -0.5,0 -0.25,0.75 0.25,0.5 0,1.25 -0.25,0.75 -1.25,4.75 -0.75,3.75 -0.75,4.75 0,1 -0.5,1 -0.25,0 0,1 0.25,0.75 0.75,0.25 h 0.25 q 0,0.75 -0.5,1.25 -0.25,0.5 -0.5,0.25 -0.5,-0.25 -0.75,0 0,0.25 0.5,1 0.75,0.5 0.25,1.5 -0.25,0.75 -0.25,1.5 0.25,0.75 -0.25,1.25 -1,1 0.5,1 1,0 3.75,-0.5 4.25,-0.75 8.5,-1 4.5,-0.25 5,-0.25 0.5,-0.25 0.75,0.25 0.25,0.25 0.5,0 0.5,-0.25 0.75,0.25 0.25,0.5 -2.75,0.5 h -2.75 l 2.75,0.5 q 2.75,0.25 3.75,0 1.25,-0.25 0.25,-0.5 l -0.25,-0.5 q 0.75,0 0.25,-0.5 -0.5,-0.25 0.25,-0.25 0.25,-0.25 0.5,-0.25 1.5,0 1.5,0.5 -0.25,0.5 0,0.75 0.5,0.25 0.5,0 0,-0.5 1.5,-1 1.5,-0.25 6,1.25 4.75,1.25 5.5,2 1.25,1.25 1.25,0.75 0,0 -0.5,-0.5 -0.25,-0.5 0.5,-0.25 4.75,0.75 9.75,4.25 1.25,0.75 2.25,1.25 0.75,0.5 0.5,0.25 -0.75,-1.25 -4.75,-3.75 -5.5,-3.25 -10.5,-4.25 -3,-0.75 -5.75,-1.5 l -7,-1.25 0.5,0.25 0.25,0.5 q -1,0 -1.25,-0.25 l -1.75,-0.25 q 0.25,0.5 -3.5,0.5 -2.5,-0.25 -2.5,-0.25 0,0 1.5,-0.25 l 2.25,-0.25 -2,-0.25 q -1,0 0.25,0 1,-0.25 2.75,-0.25 17.5,-0.25 29.25,7.75 2.25,1.5 5.25,4.75 3,3.25 4.5,5.5 1.5,2.5 2,5.75 0.75,3 1.25,5 l 0.75,1.5 q 0,-0.25 0,-0.75 0.25,-0.5 0.25,0.25 0.25,0.5 0.25,2 0,7 -2.5,12.5 -2.25,5.5 -8.5,13.5 -4,5 -4,5.5 0,0.75 -6,7.25 -2.75,3 -10.25,9.25 -7.5,6 -12.5,9.5 -1.5,1 -2,1.5 -0.25,0.5 -1.25,0.75 -1,0.25 -1,0.75 0,0.5 -0.5,0.5 -1,0 -4,2.5 -1,0.75 -1.75,1.25 -0.5,0 -2.5,1.5 -2,1.25 -2,1.25 0,0.25 0.5,1 0.5,0.5 2.75,3.25 2.25,2.5 3,3.25 0.25,0.5 1.75,2 1.5,2 3.5,4.5 2.25,2.75 4,5 1.75,2.25 2,2.5 0.5,0 0.5,0.5 0,0.25 0.75,1.25 3.75,4 6.75,8.25 3.25,4 3,4.5 -0.25,0.25 0.25,0.5 0.5,0 2,2 1.5,1.75 1.5,2.25 0,0.25 0.5,0.75 0.5,0.25 0.5,0.75 0,0.25 5,8.25 5.25,8 6,9.75 1,1.75 1.25,2 0.25,0 2,3.25 l 2,3 q 0,-0.25 0,-0.75 h 0.25 q 0.5,1 0.5,2 0.25,1 0.75,1.5 0.75,0.5 0.75,1 0,0.5 1.75,3.75 1.75,3 3,6 1.5,2.75 1.75,3 0.25,0 0.5,0.75 0.5,0.75 0.75,1.5 0.25,0.75 0.25,0.75 v 0.25 q 0.5,0.25 1,1.25 0.5,0.75 0.25,0.75 0,0 -0.5,-0.25 -0.75,-0.5 -1.5,-2 -0.5,-1.5 -0.75,-1.5 -0.25,0 -0.5,-0.75 l -0.5,-0.75 q -0.25,0.25 0.75,2.5 1,2 1.5,2.5 0.5,0.5 0.5,0.75 0.25,1.75 1.25,3.25 1.25,2 -0.5,2 -0.75,0 -0.75,0.75 0,0.75 0.75,1.75 0.75,1 1.25,1 z M 227.99976,314 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 2,-9.75 q 0.5,0 0.5,-3 0,-3.25 -0.25,-3 -0.25,0.25 -0.5,1.75 0,1.5 0,3 0,1.25 0.25,1.25 z m 0,1.25 q 0,0 0.25,0.5 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 z m 0.25,24.75 q 0,0 0.25,0.25 l 0.75,-0.25 q -0.25,-0.25 -1,0 z m 1,2.75 q 0,0 0.25,-0.25 -0.5,-0.25 -0.75,-0.75 l -0.25,0.25 q 0,0.75 0.75,0.75 z m 0.5,-41.75 q 0.25,0 0.25,0 0.5,0 -0.5,-0.75 -0.5,-0.25 -0.5,0 0,0 0,0.75 l 0.25,0.5 q 0,-0.75 0.5,-0.5 z m 1,12.5 q 0,0 0.25,0.5 0,-0.5 0,-1 -0.25,0.5 -0.25,0.5 z m 0.25,6.5 q 0,-0.75 0,-1.5 -0.25,0.25 -0.25,0.75 0,0.5 0.25,0.75 z m 0.25,-13.75 q 0.25,-0.25 0,-1 l -0.25,0.25 z m 0.25,37.5 q 0,0.25 0.25,1.25 l 0.5,1 q 0,-0.25 -0.25,-1.25 z m 0,-1.75 q 0.25,0.25 0.25,0.5 0.25,-0.5 0,-1.25 -0.25,0.5 -0.25,0.75 z m 0.75,7.25 q 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 0,0.5 0.25,0.5 z m -1.5,-59 q 1.5,-9.75 1.5,-11 0,-0.5 -0.25,-0.75 -0.25,0.75 -1.5,9.75 -1.25,9 -1.25,10 0,2.75 0.5,-0.25 0,-0.5 0.25,-1.25 0.25,-2.25 0.75,-6.5 z m 1.75,-12.75 q 0.25,-0.25 0,-1 l -0.25,0.25 z m 0.5,79 q 0.25,-0.5 0,-1 -0.25,0.5 -0.25,0.5 0.25,0.5 0.25,0.5 z m 2.25,-94.5 q 0,0 -0.25,0.25 l 0.25,0.5 q 0.25,-0.25 0,-0.75 z m -0.5,3 q 0,0 -0.25,0.25 l 0.25,0.5 q 0.25,-0.25 0,-0.75 z m 0.5,99.5 q 0,1 0.25,1.5 v -2.5 q -0.25,-2.5 -0.25,-3.25 0.25,-4 -1,-4.25 -0.5,0.25 0.5,5.75 0,1 0.5,2.75 z m 1.25,-109.75 q 0.25,-0.25 0,-1 l -0.25,0.25 z m 0.25,-2.25 q 0.25,-0.25 0.25,-0.75 l -0.25,0.25 z m 1.75,110.25 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0.5,3.75 q 0.25,-0.5 0,-1 0,0.25 -0.25,0.5 0.25,0.25 0.25,0.5 z m 1.5,0.25 q 0,0 0,-0.5 -0.5,0.25 -0.5,0.75 l 0.25,0.5 q 0.25,0 0.25,-0.75 z m 0.75,-133.5 q 0.25,-0.25 0,-1 l -0.25,0.25 z m 1,135 q 0.25,-0.25 0,-1.75 l -0.5,-1.75 v 2 z m 2.75,5.75 q 0.25,-0.25 -0.25,-1 -0.25,-0.75 0,-1.25 0,0 -0.25,0 0,-0.25 -0.25,-0.25 -0.25,0 -0.25,1 0,0.25 0,0.5 0.25,0.25 0.25,0.25 0.25,-0.25 0.25,0 0.25,0 0.25,0.25 z m 3,-1.75 q 0,0 -0.25,0.25 l 0.25,0.75 q 0.25,-0.5 0,-1 z m 0,-30.75 q 0,0 0.5,6.25 0.25,-0.25 0.25,-3.5 0,-3.25 -0.25,-3.25 -0.25,0 -0.5,0.5 z m -0.75,3.5 q 0,-0.5 -0.5,-0.25 -0.25,0.25 0,0.5 0.5,1.25 0.5,-0.25 z m -0.5,-1 q 0.25,-0.25 0,-1 l -0.25,0.5 z m 0,-2.75 q 0,-1 -0.5,-1 -0.25,0 0,0.75 0.25,0.5 0.25,1 0,0.25 0.25,0.25 0.25,0 0,-1 z m -0.25,34.25 q 0,0 0.25,0 0.25,-0.75 -0.25,-1.75 l -0.5,-1.25 0.25,1.25 q 0.25,1 0.25,1.75 z m 0.75,-16 q 0.5,3 0.75,3 0.25,-0.25 -0.25,-3.5 -0.5,-3.5 -1,-4 l -0.25,0.5 q 0.25,0.75 0.75,4 z m 1,-1.25 q 0,0 0.25,-0.5 0,-0.25 0,-0.5 0.5,-1.75 -0.25,-4.5 -0.5,-2.75 -0.75,-4.5 0,-2 -0.5,-1.75 -0.25,0 -0.25,0.5 0.75,3.5 1.5,11.25 z m 0.75,9.25 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0.75,-16.5 q 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 0.25,0.5 0.25,0.5 z m 0.75,-47.5 q 0.25,-0.75 0,-1.25 0,0.5 0,0.5 z m 0.75,-6.75 q 0.25,-0.5 0.25,-1 l -0.25,0.25 q -0.5,0.5 -0.5,1 z m 28.25,-5.75 q 0,0.25 0.5,0 0.5,-0.25 0.5,-0.5 0,-0.5 -0.5,-0.25 -0.5,0.25 -0.5,0.75 z m 3.25,-1 q 0.25,-0.5 -0.25,-0.75 0,0 -0.25,0.25 0,0 0,0.25 0,1 0.5,0.25 z m 2,-5.5 q 0.25,0 0.75,-0.75 0.75,-0.75 0,-0.25 -1.25,1 -0.75,1 z m 1.75,2.5 q 0.25,0 0.5,-0.5 0.25,-0.5 -0.25,-0.5 -0.25,0 -0.25,0.5 0,0.5 0,0.5 z m 0.75,-4.25 q 0.5,0 2,-1.25 1.5,-1.25 0.5,-1.25 l -0.5,0.25 q 0,0.25 -0.75,1 -0.5,0.5 -1.25,0.75 z m 7.25,-5.5 q 0.5,-0.25 1,-1.5 0.5,-1.25 0.25,-1.75 -0.25,-0.5 -0.5,0.75 -0.25,1 -1,1.25 -0.75,0.25 -2,2 l -0.75,1.5 q 0.75,0 1.5,-1.25 1,-1.5 1.25,-1.5 0.25,0 0,0.5 0,0.25 0,0.25 0,0 0.25,-0.25 z m 0.5,-5.25 q 0,0 0,0.75 0.5,-0.25 0.25,-1 z m 2.75,-9 q 0.5,1 0.5,0.75 0.25,-0.25 0,-1 -0.25,-0.75 -0.75,-0.75 -0.25,0 0.25,1 z m 20.25,-25.25 q 0.5,0.5 0.5,-0.25 0,-0.75 -0.5,-0.75 -0.25,0 -0.25,0.5 0,0.25 0.25,0.5 z m 9,19 q -0.75,1.75 -1,2.75 -0.25,1 -1.25,3.25 -1,2 -0.75,2.25 0.25,0.25 0.5,0 0.5,-0.5 0.25,-0.75 -0.25,-0.5 0.5,-1.5 l 0.5,0.5 q -0.25,0.75 -0.75,2 -0.5,1 -1,1.75 -0.5,0.75 -0.5,0.5 -0.25,-0.25 0.25,-0.75 0.5,-0.75 0.25,-1 -0.5,-0.5 -0.75,0.5 0,0.25 0,0.5 -0.5,3.25 -1.5,4.25 -0.5,0.75 -1.25,2.25 l -0.75,1.5 1,-1 q 0.75,-1.25 2.5,-4 3.5,-6 4,-11.75 l 0.25,-3 z m -1.75,1 q 0,0 -0.25,0.25 l 0.25,0.5 q 0.25,-0.25 0,-0.75 z m 0,2 q -0.25,-0.75 -0.5,-0.75 -0.25,0 -0.25,0.75 0,0.5 0.5,0.5 0.5,0 0.25,-0.5 z m -1.75,-13.25 q -0.25,0 -0.25,-0.5 0,-0.5 -1.75,-2.5 l -1.5,-1.75 1,2 q 1,2.25 1.25,3.75 0.5,0.75 0.75,0.75 0.25,-0.5 0.25,0.25 0,0.75 0.25,0.75 0.5,0 0.5,-1.25 0,-1.5 -0.5,-1.5 z m -3.75,-7.5 -1,-0.75 0.75,1 q 1.25,1.25 1.25,0.75 0,-0.25 -1,-1 z m -1.5,-4.75 q -0.75,-0.5 -1,-0.25 -0.25,0.25 0.5,0.5 z m -13.75,-5.5 q -0.5,-0.25 -0.5,0 0.75,1 4.75,3 1.25,0.5 1.75,1 0.75,0.25 0.5,0.75 V 224 q 0.25,-0.25 1.25,0.75 1.25,1 1.75,0.75 0.5,-0.25 0.5,0 0.25,0 0.25,0.25 -0.25,0.5 0.25,0.75 0.5,0 1,0 0.5,0 0.25,0.5 -0.25,0.25 -0.25,0.5 0.25,0 0.25,-0.25 0.5,-0.25 0,-1 -0.5,-1 -1.5,-1.5 -1,-0.75 -2.25,-1.75 -1.75,-1.75 -8,-4 z m -0.75,65.25 q -1.5,1.25 -1.5,1.5 0,0.25 1.5,-1.25 l 1.25,-1.5 z m -6.5,-67.25 q 0,0 -0.75,0 0.5,0.25 3,1.5 h 0.25 l 0.5,0.25 2.5,0.75 q 0,-0.25 -2.25,-1.25 -2,-1 -3.25,-1.25 z m -0.25,42.25 q 0.25,-0.5 0,-0.5 0,0.25 -0.75,0.5 -1.75,1.75 -0.25,1.75 0.75,0 0.75,-0.5 0,-0.5 0.25,-1.25 z m -1.5,-17.5 q 0,0 -0.25,0.25 0.5,0.5 1,0.25 0,-0.25 -0.75,-0.5 z m -1.5,-25 q -0.5,0 -1.25,0.25 l -0.25,0.5 q 0.5,0 1.25,-0.5 z m -2,-0.25 q 0,0 0.25,0.25 l 0.5,-0.25 q -0.25,-0.25 -0.75,0 z m -2,22 q 0,0 -0.5,0 0.5,0.5 1.25,0.25 0,0 -0.75,-0.25 z m -1.5,-21.75 q 0,-0.5 -0.5,-0.5 -0.25,0 0,0.5 0.25,0.25 0.25,0.25 0.25,0 0.25,-0.25 z m -0.5,20.75 q -1,-0.75 -1.5,-0.5 -0.25,0 0.75,0.5 1.25,0.75 1.25,0.5 0,0 -0.5,-0.5 z m 0,3 q 0,-0.25 -1.25,-0.75 -1.25,-0.75 -1.5,-0.75 l 1.25,0.75 q 1.5,1 1.5,0.75 z m -1.75,-6.75 q 0,0 -1.5,-0.25 l 0.25,0.25 q 0.75,0.5 1.5,0.5 z m -3.5,4.75 q 0,0 -0.25,0 0,-0.25 -0.25,-0.25 -1,0 -2.25,-0.75 -4,-1.5 -4,-0.5 0,0.75 1,0.5 1.25,-0.25 3,0.5 2.5,1.25 2.75,0.5 z m -6.75,-6.75 q 0,0 0.25,0.25 h 0.5 q -0.25,-0.5 -0.75,-0.25 z m 1.5,-13.75 q 0,0 -3.5,0.5 0.5,0.25 3.75,0.25 3.25,-0.25 3.5,-0.5 0.25,-0.25 -3.75,-0.25 z m -4,17.25 q 0,0 -1.25,0 l -1.5,0.5 q 0.25,0.25 1.25,0 1.25,-0.25 1.5,-0.5 z m -7,-17.5 q -1,0.25 -1.25,1.25 -0.25,0.75 0,1 0.25,0 1,0 l 1,-0.25 -1.25,0.5 q -1,0.25 -1,0.75 0,0.25 1,0 1.25,-0.25 2.25,-0.5 1.25,-0.5 1.25,-0.75 0.25,-0.25 2,-0.25 h 1.5 l -0.25,-0.5 q -0.5,-0.5 -2.5,-0.5 h -1.5 0.25 q 0.75,-0.5 2,-0.5 l 0.25,-0.5 q -1.25,-0.5 -4.75,0.25 z m 2.5,12.5 q -0.25,-0.5 0.5,-0.25 1,0.25 1.25,0 l -2,-0.25 q -2.5,0 -2.5,0.75 0,0.25 1.5,0.25 1.5,0 1.25,-0.5 z m 1,5 q 0,0 -1,0 -1,0 -1.25,0.25 h 2 z m -5,-22.75 q -0.5,0.75 -0.25,1.25 0.5,0 0.75,-0.75 0.5,-0.75 0.25,-1.5 -0.25,-1 -0.5,0 0,0.75 -0.25,1 z m -0.25,17 q -1,0 -1.25,0.5 -0.25,0.5 0.25,0.5 0.5,0 1.25,-0.5 z m 0.75,1.5 q 0,0 -0.75,-0.25 -1,0.25 -1,0.25 z m -2.25,2 q -1,0 -1,1 0,0.75 3,0.75 3,-0.25 2.75,-0.5 0,-0.5 -1.25,-0.5 -1,0 -1.25,-0.25 -0.25,-0.5 -1,0 -0.25,0.25 -0.5,0.25 0,0 0.25,-0.5 0.25,-0.75 -0.25,-1 -0.25,0 -0.25,0 0,0 0,0.25 0.25,0.25 0,0.5 0,0 -0.5,0 z m -4,17.5 q 0.25,-0.25 -0.25,-0.75 -0.5,-0.75 -0.25,0.25 0.25,0.75 0.5,0.5 z m -1.5,8.5 q -0.5,0.25 -0.25,0.75 0.5,1.5 0.5,-0.25 0,-0.25 -0.25,-0.5 0,-0.25 0,0 z m 0,2.5 q 0,-0.75 -0.5,-0.25 -0.5,0.25 -0.5,0.75 0,0.25 0.5,0.25 0.5,0 0.5,-0.75 z m -0.75,4 q 0.25,-0.25 -0.25,-0.75 -0.5,-0.75 -0.25,0.25 0.5,0.75 0.5,0.5 z m -1.25,9 q 0,0 -0.25,0.25 l 0.25,0.75 q 0.25,-0.5 0,-1 z m -0.25,2.25 q -0.5,0.75 -0.5,2 0,1 0.25,1 0,0 0.5,-2 0,-1 -0.25,-1 z m -0.75,7.25 q -1,0 -1,5.5 0,1.25 0.5,0.25 0,-0.75 0.25,-1.75 0,-1.5 0.25,-2.75 0.5,-1.25 0,-1.25 z m -1.25,7.75 q 0,1 0,1 0.25,0 5.5,-3 13.75,-7.25 13.75,-8 0,-0.5 0.25,0 0.25,0.25 1.75,-0.75 1.75,-1 2.25,-1.75 0.75,-1.25 1.5,-1.25 0.25,0 0,0.5 -0.25,0.5 0.5,0 1,-0.5 0.75,-0.75 -0.25,-0.25 0,-0.5 0.5,-0.5 1,-0.5 0.5,-0.25 0.75,0 0.5,0 0.25,-0.5 -0.25,-0.75 0.5,-0.5 1,0.25 1.5,-0.25 l -0.25,-0.25 q -1,0.25 -1,0.25 0,-0.25 3.25,-2.75 6,-4.5 7.5,-8 2,-4 2.5,-8 0.5,-4.25 -0.75,-6 -1.5,-2.75 -4.75,-4.25 -1.25,-0.75 -1.25,-1 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.75,-0.25 -0.25,-0.75 -1,-0.5 -0.75,0.25 -1.25,-0.25 l 0.5,-0.25 -2,-1.25 q -2.75,-1.25 -4,-1.25 l -1.25,-0.5 q 0,0 -1.5,-0.5 -1.5,-0.75 -4.25,-1.25 -2.5,-0.75 -5.25,-1.25 -4.75,-0.75 -5.75,-0.25 -1,0.5 -1,1.25 0,0.75 0.25,0 0.5,-0.5 0.5,0 0,0.25 -0.25,0.75 -0.25,1.75 -1.25,9.25 -1,7.5 -1.75,12.25 -0.5,4.75 -1,8.5 -0.5,3.75 -0.75,5 0,1 -0.5,3.5 -0.25,3.25 -0.5,3 -0.25,0 -0.5,-0.5 -0.25,-0.5 -0.25,0 0,0 0,0.75 0,1 0.25,0.75 0.25,-0.25 0.5,0.5 0,1.25 -0.5,5.5 -0.5,3.25 -1,3 -0.25,0 -0.5,0.25 0,0 0,0.25 z m 13.25,-0.5 q 0,-0.5 1.25,-1.25 1.5,-0.75 1.25,-1.5 0,-0.75 0.5,-1.5 0.25,-0.25 0.25,0 0,0 0,0.5 -0.25,1.25 0,1.25 0.25,0 1,-0.5 0.75,-0.5 0.5,-0.75 0,0 0.25,-0.25 0.5,-0.5 1,-0.75 1.5,-0.75 3.25,-2.25 2,-1.5 2.25,-1.25 l 0.25,-0.25 q -0.25,-0.75 -1.25,-0.5 -0.75,0 -1.25,0.5 -0.5,0.5 0,0.25 l 0.25,0.25 q -0.25,0.5 -0.75,0.25 -0.5,-0.25 -2.5,1 -5.25,3 -8.25,4.5 -2.75,1.5 -4.75,2.75 -1.75,1 -2.25,1.5 -0.25,0.25 -0.25,0.5 0,0.25 -0.25,0 -0.25,-0.25 -1.75,0.5 -1.25,0.5 -1.25,1 0,0.25 0,0.5 0,0 -0.25,0.75 0,0.75 0,1.5 0,0.75 0,0.75 0.25,0 1,-0.5 1,-0.5 0.75,-0.75 l 0.5,-0.5 q 0.25,0.25 0.5,0.25 0.25,-0.25 0.25,-0.5 -0.25,-0.5 0.5,-0.75 h 0.25 q 0,0.25 0,0.5 0.25,0 0.5,0 0.75,0 0.5,-0.75 l 0.25,-0.25 q 0.25,0.25 0.75,-0.5 0.75,-0.5 3.25,-2 2.75,-1.5 3.25,-1.5 0.5,0 0.5,-0.25 z m 18,79.25 q 0.75,1.25 0.75,0.5 0,0 -0.75,-0.5 -0.75,-0.75 0,0 z m 13,12.75 q 0.75,1.25 1,1 0.25,-0.25 -0.75,-1 l -1,-1 z m 5.75,5.25 q 0,0 1.75,1.5 l -0.25,-0.5 q -0.25,-0.5 -2.25,-3 -1.75,-2.75 -1.5,-3 -0.5,0.25 -1,-0.5 v 0.25 q 0.25,0.75 1,1.5 1,1.25 1,1.75 0,0.5 1.25,2 z m 13.5,7 q 0.5,0.75 0.75,0.5 0.25,-0.25 -0.5,-0.75 -0.5,-0.75 -0.25,0.25 z m 9,24.5 q 0,-0.25 -0.5,-0.5 -0.5,-0.25 -0.5,0.25 0,0.5 0.5,0.5 0.5,0 0.5,-0.25 z m -2.25,-13 q 0.25,-0.25 -0.5,-0.75 -0.5,-0.5 -0.25,0.25 0.5,0.75 0.75,0.5 z m -1.5,-2.75 q 0,0 0,-0.25 -0.25,-0.5 -1,0 -0.5,0.5 -0.5,0.5 0,0.25 0.5,-0.25 0.75,-0.5 1,0 z m 0.25,-15.25 q -0.25,0.25 0.25,1 0.75,0.5 0.75,0.5 0.25,0 -0.25,-0.75 -0.5,-1 -0.75,-0.75 z m 2.25,2.75 q 0.25,-0.25 0.25,-0.25 0,0 -0.25,0 -0.5,0.5 -0.5,0 0,-0.5 -0.5,-0.5 -0.5,0 -0.25,0.5 0.5,1.5 1.25,0.25 z m 0.75,8.25 q 0,0.5 0.25,0.5 0.5,0 0.5,-0.25 0,-0.25 -0.5,-0.5 -0.25,-0.25 -0.25,0.25 z m 1.75,3 q 0.25,0 0.25,-0.75 -0.5,-0.5 -1.25,-1 0,0.5 0.5,0.5 0.25,0 0.25,0 0.25,0.25 0.25,0.25 -0.25,1 0,1 z"/><path fill="#ff7a1a" d="m 422.24963,240 q 0,0.25 0.5,1 0.5,0.5 -0.25,1.25 -0.75,0.5 -0.75,0.5 0,0 0.25,-0.75 0.25,-0.75 -0.25,-0.75 -0.5,0 -0.5,0.75 l -0.25,0.25 q -0.25,-0.5 -0.75,-0.5 -0.25,0 0,0.25 l -2,0.25 -1.75,0.25 q 0.5,0.25 0.25,0.75 -0.25,0.25 0.25,0.25 0.5,0 0.5,0.5 0,0.5 -1.25,0.25 -6,-1.5 -6.75,-0.5 l 1.25,0.25 q 1.5,0 1.75,0.5 0.25,0.25 1.75,0.75 l 0.25,0.25 q -1.25,0.25 -1.5,-0.25 -1,-1 -3.75,-0.5 -0.75,0.25 -0.75,0.5 0.25,0.25 1.5,0.25 1.5,-0.25 1.5,0.25 0,0.25 3.5,0.5 5.25,0.5 5,1.5 -0.5,0.5 -1,-0.25 l -0.25,-0.25 q 0,0.5 -2.75,0.5 -4.75,0 -4,0.25 0.25,0 1,0.25 1,0.25 -0.25,0.25 -1,0 -3,0 -5,0.25 -6.75,0.5 -4.5,1.25 -13.75,2.5 -3,0.5 -12.75,3.25 -9.75,2.75 -10.5,3.5 -0.25,0.25 0.75,7.25 1.75,13.25 1.75,26.5 0,4.25 0.5,4.25 5.25,-2 11.5,-3 1.25,-0.25 1.25,0.25 0,0.25 1,0.25 1,0 0.25,-0.5 -0.75,-0.25 -0.75,-0.25 0,0 0.75,0 1,0 1,0.5 l 0.25,-0.25 q 0.25,-0.75 8.5,-0.5 8.25,0 9.75,1 1.75,0.75 2,1.25 0.25,0.5 -0.25,0.5 -0.25,-0.25 -0.5,-0.25 -1,-0.25 -3.25,-0.5 -1.5,0.25 -1.5,0.5 0.5,0.75 1.75,0.5 1.25,-0.25 3.75,0.5 2.5,0.5 2.5,1 0.25,0.5 -0.5,0.75 -0.75,0 -3.25,0 -4,0.25 -6.5,0.5 -2.25,0.25 -0.25,0.25 1,0 2.75,0 5,-0.25 6.25,0.5 1.25,0.5 1.25,1 0,0.25 1,0.5 1,0 1,1.25 0,1.25 -1,1.5 -1.5,0.25 -1.75,0.5 0,0.25 0.5,0.75 0.75,0.5 1.5,0.25 v 0.25 q -0.5,0.75 -3,1 -1,0.25 -0.75,0.5 0.5,0.25 -0.25,0.25 -0.25,0 -0.75,0 -1.75,-0.25 -1.75,0.25 0,0.25 -0.5,0 -0.25,-0.25 -0.5,0.25 h 3.25 q 1.5,0 2.5,-0.25 0.75,-0.25 0.75,0 0.25,0 -0.25,0.25 -0.5,0.75 -2,0.75 l -5,1.25 h 0.25 q 0.75,0 4.75,-0.5 h 0.25 0.25 l 0.25,-0.25 5,-0.5 q -0.75,0.5 -2.25,0.75 -1.25,0 -1.75,0.5 -0.25,0.5 -2,0.5 -1.75,0 -1.75,0.5 0,0.5 1,0.25 l 6.25,-0.5 q -0.75,0.25 -0.75,1 0,0.5 -1.75,1 -2,0.75 -0.25,1.25 2,0 -1,1 -2.5,1 -7.75,2.25 -27.75,7 -31.5,9.25 -1,0.5 -1,1.5 0,0.75 -0.25,1.75 -0.25,1.25 -1,6.75 -0.5,5.75 -1.75,12.25 -1.25,6.25 -1.25,6.75 0,0.25 0.75,-0.25 0.75,-0.5 2.5,-0.75 2,-0.25 3.25,-0.75 1.5,-0.75 2,-0.5 0.5,0.25 3.5,-0.25 3.25,-0.5 3.75,-1 h 0.25 q -0.25,0.5 4,0.5 4.5,0 5.25,0.25 0.75,0.25 3.25,0.75 5.25,1.5 7.75,2.75 1.5,0.75 4.5,1.25 2,1 2,1.75 -0.25,0.5 -2.25,-0.25 -2,-0.75 -2.25,-0.5 -0.25,0.25 3,1.25 l 3.5,0.75 q -0.25,0 -0.75,-0.25 -1.5,-0.75 -0.5,-1 2,-0.75 8.25,4.5 3.25,3 2.75,3.25 0,0 -1.25,-1 -1.25,-1 -1.75,-0.75 -0.25,0 0.75,1 1,0.75 0.5,1.5 -0.75,0.75 0,1 0.25,0 0.75,-0.25 0.5,-0.5 2,1 l 1,1.25 q -0.75,-0.5 -1.5,0 -0.5,0.25 0.75,1 l 1,0.25 q 0,-0.25 0,-0.5 0.25,-0.25 1.25,0.75 1.5,2 0,3 -0.25,0.5 -0.5,1 0,0.5 0,1 0,0.25 0.25,0.25 0.5,0 0.5,1 0.25,0.75 -0.25,1.25 -0.5,0.25 -1.75,0 -1.25,-0.25 -2,0 -0.75,0 -1.5,-0.5 -0.5,-0.5 -0.5,0 0,0.25 -1.25,0.25 l -0.25,0.25 q 1,0.25 2,0.25 0.75,0.25 0,0.5 -0.25,0 -1,0 -1.75,0.5 -2.5,0.25 -0.5,-0.25 -0.5,0.25 0,0.25 1.5,0.75 1.5,0.25 0.25,0.5 -1,0 -0.25,0.5 1.25,0.75 -2.25,1 -1.75,0 -1.75,0.5 0,0.5 -0.5,0.5 -1,0 -5.75,-0.25 -13.25,-1.5 -30.5,1.75 -8.25,1.5 -12.75,3 -3.5,1.5 -4.5,2.25 -1,0.5 -1.25,1.5 -0.25,1.5 -2,6 -1.5,4.5 -2,5 l 0.25,-1.75 q 1.5,-5 1.25,-5.5 l -0.75,1 q -0.75,1.5 -0.75,0.5 0,-2.5 -1,0.5 -0.25,0.5 -0.5,1 l -1.25,2.75 q 0,-0.25 0,-0.75 0,-1.25 -0.5,-2.25 l 0.25,-0.75 0.25,-1 q 0,-1.25 -0.5,-1.25 -0.75,0 -4.25,3.25 -1.25,1 -1.5,0.75 -0.25,-0.25 -0.5,0.25 l -0.25,-0.25 q 0,-0.25 0.25,-0.5 0.25,-1.5 0,-1.5 -0.5,0 -2,1.75 -1.25,1.5 -1.5,2 -0.25,-0.5 -0.25,-1 -0.25,-2 0,-2.5 0.25,-0.25 0.75,-2.75 0.5,-2.75 0.5,-3.5 0,-0.5 -1,0 -1,0.5 0.25,-0.5 1.5,-1 1.25,-1.25 -0.25,-0.25 -2.25,1.25 -1.75,1.25 -1.75,1.5 l -2,2.75 q 0,-0.25 0.75,-1.75 0.25,-0.75 0,-0.75 -0.75,0.75 -1,0.5 0,-0.25 0.5,-1 l 0.25,-0.5 q -0.5,0.25 -0.5,0 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.75,-0.5 -0.75,-1.5 -1.25,0 v 0.25 q 0.75,-0.25 0.75,0.5 0,0.5 -0.75,1.25 -2.25,1.5 -2.25,0.75 0.25,-0.75 0.75,-0.75 h 0.25 q -0.5,-0.25 0.25,-1 h -0.25 q -0.25,0.25 -0.5,0.5 -1.5,1.25 -1.75,1 -0.25,-0.5 2,-2.75 2,-2.25 0.75,-2.25 -0.25,0 0,0.5 0,0.25 -0.25,0.25 0,0 -0.25,0 -0.25,-0.25 0.25,-1.5 0.75,-1.25 1.25,-1.25 0.5,0 0.25,-0.75 -0.25,-0.75 0,-1 0.25,0 0.25,0 0.25,0 0,0.25 -0.25,0.5 0.25,0.5 0.5,0 0.5,-0.5 0,-0.75 0.5,-0.75 0.75,0 0.75,-0.5 0,-0.75 1.5,-2 1.5,-1.25 1.25,-1.25 -0.5,0 -3,2 -2.75,2 -4,2.75 -1,0.75 -1,1 0.25,0.25 -0.75,1.25 -0.75,0.5 -0.75,0.5 0,0 0.25,-0.75 0.5,-0.75 1,-1 0.25,-0.25 0.25,-0.75 0,-0.5 -0.75,0 v -0.25 q 1,-1 1.25,-0.75 0.25,0.25 2.5,-2 1.5,-1.25 2,-1.75 l -1.75,1 q -1.25,1 -1.5,1 -0.25,-0.25 2.25,-2.75 l 1.75,-2 q -1,0.5 -4.25,3.75 -4,4 -4.25,3.25 -0.5,-1 0.5,-2.5 1,-1.5 5.25,-6.25 l 1,-1.25 q 0,0 -0.5,0.5 -3.5,3.25 -6,6.5 -1.75,2.25 -1.75,1.5 0.25,-0.5 1,-2 1.25,-2 5.5,-6.25 4.5,-4.5 8.5,-7.25 4.25,-3.25 4.5,-3.75 0.25,-0.75 1.75,-14.5 1.5,-13.75 1.25,-14 0,0 -2.25,1.5 -2.25,1.25 -2.5,1 0,0 0.25,-0.25 0.25,-0.5 0.75,-0.75 0.75,-0.5 1.5,-1 l 2.25,-2.25 q -0.25,0 -1.5,1 -1.25,0.75 -1.75,0.5 -0.5,-0.25 -0.5,0.5 0,0.25 0,0.5 0,0 -0.25,0 -0.5,-0.25 -2.25,0.75 l -1.5,0.75 q 0.25,0 0.75,-0.75 1,-1 3,-2.25 2,-1.5 2,-2.25 0,-0.75 0,-0.75 0.25,-0.25 0.5,-0.25 0.75,0 0.75,-0.25 0.25,-0.25 0,-0.5 -0.25,-0.25 -1.75,0.25 -1.25,0.5 -1.25,1 l 0.5,-0.25 q 0.25,0 0.25,0 0.25,0 0,0.25 -0.25,0.5 -1,0.25 -0.75,-0.25 -4.25,2.5 -3.25,2.5 -4,2.5 -0.5,0 2,-2.75 3.5,-3.25 2.5,-3.25 -0.25,0 -0.5,0.25 l 0.75,-1.5 q 0.75,-0.75 0.5,-0.75 -0.25,0 -2.5,2 -3.75,2.75 -5.25,4.5 -1.25,1.5 -1.75,1.5 -0.25,0 0.25,-0.5 0.5,-0.5 0.5,-0.75 0,-0.5 -0.75,0.5 -0.75,1 -0.75,0.25 0,-0.75 0.5,-1.25 V 336 q -0.5,0.25 -0.5,0 -0.25,-0.25 1,-1.5 1,-1.25 1,-1.5 0,-0.25 1,-1.5 1.25,-1.25 0.5,-1.25 l -0.5,0.25 -0.75,0.75 q -1.25,0.75 -1.5,0.5 -0.25,-0.5 2.25,-3.75 1.25,-1.5 1.25,-2 0,-0.5 2.25,-3 l 1.25,-1.75 q -0.25,0.25 -0.75,0.75 -2.75,2 -9,8.75 l -1.25,1.25 q 0,0 0.5,-0.75 0.75,-1.5 2.5,-3.5 1.75,-2 2.5,-3.5 l 0.75,-1.5 -2.75,2.5 1.25,-1.75 q 1.25,-1.75 4,-4.5 3,-2.75 2.75,-3 l 0.25,-0.25 q 0.25,0.25 3.25,-2 3,-2.5 2.75,-2.75 0,-0.5 1.75,-1.75 2,-1.25 2.25,-1.25 l -1.75,1.5 -1.75,1.5 q 0.5,0 2.25,-1.5 l 2,-1.25 -0.25,-16.25 q -0.5,-22.25 -1,-25 l -0.5,-1.25 q 0,0.5 -0.5,0.5 -1.75,-0.25 -1.75,0.75 0,0.5 -0.5,0.5 -0.5,0 -1,0.75 -0.25,0.75 -0.5,0.25 -1,-1.5 -2.25,-0.5 -0.5,0.5 -0.5,0 0,-0.75 0.75,-2 v -0.5 q -1.25,1 -1.25,0.75 0,-0.25 0.5,-1 1,-1 0.5,-1.25 0,0 -0.75,0.5 -0.25,0.25 -0.25,0 0,-0.25 0,-0.5 0,-1.25 2.25,-3.25 2.5,-2.25 2,-2.25 -0.5,0 -1.25,0.75 -0.5,0.5 -1.75,1.5 -0.25,0.25 -0.25,0.25 0,-0.25 1.5,-1.75 2.25,-2.5 2,-2.5 -0.25,0 -2.5,2 -2.25,2 -2.75,2.75 -0.75,1 -0.75,0.75 0,-0.25 0,-0.75 -0.25,-1 -1.75,0.5 -0.25,0 -0.75,0.5 l -1.25,1 q 0.25,-0.25 1.75,-1.75 2.5,-2.25 2.75,-2 0.5,0 0.5,-0.5 0,-0.5 1.5,-2 1.5,-1.75 1.25,-1.75 -0.5,-0.25 -3,2 -5.25,5 -5.25,3.5 0.25,-0.5 0.5,-0.75 0.25,-0.75 0.25,-0.75 0,-0.25 -0.75,0.25 -0.5,0.5 -0.5,0.5 0,0 0.25,-0.5 0.25,-0.75 0.25,-1 h 0.25 q 0.5,0.25 1.25,-0.75 l 0.75,-1 -1,0.75 q -1,1 -1,0.75 0,-0.5 2.75,-3 2.75,-2.75 0.75,-1.25 -1.75,1.5 -3.25,2.5 -1.5,1 -1.75,1.75 l -0.5,-0.5 q 0,-1 3.25,-4.75 3.5,-4 6.75,-6.5 l 2.5,-2.25 -0.25,-2 q -0.25,-2.25 -1,-5.5 -0.5,-3 -0.75,-4 -0.25,-1 -0.75,-3.25 -0.5,-2.25 -0.75,-3 0,-1 -0.25,-1.5 -0.25,-0.75 -0.75,-4 -1,-3.75 -0.25,-3.5 0,0 0.5,0.5 0.25,0.75 0.75,0.5 v 1.5 q 0,0.25 -0.25,0.5 -0.25,0.5 0.25,0.25 0.75,-0.25 1,0.25 V 220 q 0,-1.5 0.25,-2 0.5,-0.75 0,-1.25 -0.25,-0.5 -0.5,0.5 l -0.25,-0.25 q 0.25,-0.75 1,-0.5 1,0 1,-1.25 -0.25,-0.5 -0.5,-0.5 l -0.25,0.25 q 0,-1.5 0.75,-1.75 l 0.25,-2.5 q 0.25,-2.5 0.5,-2.5 0.25,0 0.25,0 0.25,-0.25 0.25,-0.25 -0.25,-0.5 0,-0.75 0.25,0 0.25,0.25 0.25,0.25 0.25,0.75 0.25,0.25 0.5,0.75 0.5,2 0.75,2.75 l 0.25,-0.25 q -0.25,-0.75 -0.25,-0.75 0.25,-0.25 0.75,0 0.5,0.25 0.75,1.25 l 0.25,-0.25 q 0,-1 0.75,-1.5 0.75,-0.5 0,-3.5 -0.5,-3.25 -0.25,-3 0.5,0 1.5,4.25 1,4 1.75,5 0.5,1 0.5,0.5 0,-0.5 -0.25,-2.25 -0.25,-2.75 -0.75,-3.75 -0.25,-1 -0.25,-1.75 0,-1 0.5,0.5 0.5,1.25 1,3.25 0.5,3 1.5,4.75 l 1,2 -0.5,-1.75 q -0.25,-1.75 -0.25,-2.75 0,-1.25 -0.25,-1.25 -0.25,0 -0.25,-0.75 0,-1 0.25,-1 0.5,0 0.5,1 0.25,1 0.25,1.75 -0.5,0.75 0.25,1.5 0.75,0.5 0.5,1 -0.25,0.25 -0.25,0.25 0.25,0 0.5,0 0,-0.25 0.25,0 0.25,0.25 0.5,1 0.25,0.5 0.5,1.25 l 0.75,2 q 0.25,-2.5 -1.5,-6.5 -0.25,-0.75 0.5,-0.5 h 0.5 q -0.25,-0.5 0.25,-0.5 0.75,0 1.5,2.25 l 1,2.5 q 0,-1.25 -1.25,-5.25 -0.5,-1.5 -0.5,-1.5 0,-0.25 0.75,-0.25 1,0 2,3.5 2,8 3,16.75 0.5,2.75 1,3 0.5,0.25 3.25,-1 3,-1.25 3,-1.5 0,-0.5 0.5,-0.5 0.25,0 6.25,-1.75 6,-2 8,-2.75 0.75,-0.25 1.5,-0.25 0.5,0 4.25,-0.25 7.75,-0.5 16.75,-0.75 6,-0.25 6.75,0.5 0.75,0.75 0,0.75 -0.25,0 -1,0 -1.75,0 -1.75,-0.25 0,-0.25 -4.75,0 -4.75,0 -5.25,0.75 -0.5,0.25 -0.5,0.5 0.25,0 1,-0.25 0.75,-0.25 3.25,-0.25 2.75,-0.25 3.25,0 0.5,0.25 4.75,0.5 4.25,0 4.5,0.25 l -0.75,0.25 q -0.75,0 -1.25,0.5 -0.25,0.25 -1.5,0.25 -1.25,0 -3.5,0 h -2.25 l 2.5,0.75 q 2.25,0.5 3,1 0.75,0.25 2.5,0.25 l 1.5,0.25 q -0.25,0.25 -3,0.5 -2.5,0 -3.75,0.25 -1,0.25 -0.5,0.25 0.25,0 1.25,0.25 2,0 2.25,0.75 0.5,0.5 1.25,0 1.75,-1.5 3.75,0.5 0.5,0.5 1,0.5 l -0.25,-0.5 q -0.5,-0.25 -0.5,-0.25 0.25,-0.25 1,0 l 1,-0.25 q -0.25,-0.25 0,-0.25 0.5,-0.25 1.25,0.25 0.75,0.25 0,0.75 -0.5,0.25 0.25,0.5 0.25,0.25 0.25,1 0,0.5 -0.5,1.25 -0.5,0.5 -1,0.5 -0.5,0 -0.5,0.5 0,0.25 0.5,0.25 0.5,0 0.5,0.5 0,0.5 -1,0.5 -1,0 -0.5,0.5 0.5,0.5 0.25,0.75 -0.25,0.25 -1,0 -0.5,-0.25 -0.5,0 0,0.25 2,1 2.25,0.5 2,1 z m -82.75,-14.25 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0.5,-5 q 0.25,0.5 0.25,0.5 0.25,0 0.25,-0.5 0,-0.75 -0.5,-0.75 -0.25,0 0,0.75 z m -5.25,35.75 q 0.25,0 1,-0.75 0.75,-1 0.5,-1 -0.25,0 -1,1 -0.75,0.75 -0.5,0.75 z m 1,3.75 q -0.25,0.5 0,0.5 0.5,0 0.5,-0.5 0,-0.5 -0.25,-0.5 0,0 -0.25,0.5 z m 4,-5.25 q 0,0 0.5,-0.25 0.75,-0.25 0.75,-0.5 0,-0.5 -0.75,0 -0.5,0.5 -0.5,0.75 z m 0,12.25 q 0,0.25 0.25,0.25 0.5,0 0.75,-0.25 0,-0.25 0,-0.25 0,-0.25 -0.25,-0.25 -0.75,0 -0.75,0.5 z m -2.75,64.25 q -0.25,0.5 0,0.5 0.5,0 0.5,-0.5 0,-0.5 -0.25,-0.5 0,0 -0.25,0.5 z m -11.25,51.25 q 0.75,-1.25 0.5,-1.25 0,0 -1,1.25 -1,1.25 -0.5,1.25 0.25,-0.25 1,-1.25 z m 4.75,-4.75 q 0.25,-0.75 -0.25,-0.25 -0.5,0.5 -1.25,1.25 l -1.5,1.5 1.5,-1 q 1.25,-1 1.5,-1.5 z m 8.5,-7 q 0.5,-0.75 -0.25,0 -0.75,0.5 -0.75,0.75 0,0.5 1,-0.75 z m 0,4.5 q 1,-0.5 0.5,-0.75 -0.25,-0.5 -2.25,1.25 -2,1.75 -4,3 -1.75,1.25 -1.75,1.5 0,0.5 4,-2.25 3,-2.25 3.5,-2.75 z m 2.25,22.25 q 0.75,-1.5 0.5,-1.5 -0.25,-0.25 -0.75,0.25 -0.5,0.25 -0.75,1 -0.25,0.75 -0.25,1.25 0,0.5 0.25,0.5 0.25,0 1,-1.5 z m 2.75,-2.75 q 0.25,0.5 0.5,0 0.25,-0.75 -0.5,-0.5 -1.75,0.25 -1.75,2 0.25,1 0.75,-0.5 0.75,-1.5 1,-1 z m 2.5,5 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0.75,-186 q 0.25,-0.5 -0.25,-0.75 -0.5,-0.25 -0.5,0.5 0,1.25 0.75,0.25 z m 0.25,4.25 q 0,0.25 0.25,0.25 0.5,0 0.5,-0.5 0,-0.75 -0.5,-0.5 -0.25,0.25 -0.25,0.75 z m 1,6.25 q 0.25,-0.25 0.25,-0.75 l -0.5,0.25 z m 1.75,171.25 q 0.5,0.25 0.5,0 0.25,-0.25 -0.25,-0.75 -0.5,-0.5 -0.5,0 0,0.25 0.25,0.75 z m 0.5,-1.75 q 0.25,0.5 0.25,0.5 0.25,0 0.25,-0.5 0,-0.75 -0.5,-0.75 -0.25,0 0,0.75 z m 3.5,-176.5 q 0,0 -0.25,-1 l -0.5,-0.5 z m 0.5,171 q -0.5,0.5 0.25,0.25 0.75,-0.25 0.5,-0.5 -0.25,-0.25 -0.75,0.25 z m 1.25,-167 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 62.5,154.25 q -0.25,-0.5 -0.75,-0.5 -0.5,0 0.25,0.75 0.5,0.75 0.75,0.25 0,0 -0.25,-0.5 z m -1.5,-6.25 q 0.25,-0.25 -0.75,-0.75 -0.75,-0.75 -1,-0.5 0,0.25 0.75,1 0.75,0.5 1,0.25 z m -3.25,-0.5 q 0,0 0,0.25 1,0.25 1,0 -0.25,-0.5 -1,-0.25 z m -2.25,-2.25 q 0.25,0 -0.25,-0.5 -0.25,0 -0.5,-0.25 -1.5,-0.75 -2,0 0.5,-0.25 1.25,0.25 0.75,0.5 1.5,0.5 z m -1,-1.75 q 2.75,1.5 2.75,1.25 0,-0.25 -2,-1.5 -1.75,-1.25 -2.75,-1.5 l -0.75,-0.25 q 0.25,0.5 2.75,2 z m -2,-4 q -0.25,-0.25 -1.5,0 -1,0.25 0,0.5 0.75,0.25 0.75,0 -0.25,-0.25 0.25,-0.25 z m -4.5,22.25 q 0,0 0.25,0.25 l 0.75,-0.25 q -0.25,-0.25 -1,0 z m -4.5,-25.5 q 0,-0.25 -2,-0.75 -2,-0.75 -2.25,-0.5 l 1.75,1 q 2.5,0.75 2.5,0.25 z m -6.75,-2.75 q -0.25,0 -0.5,0.5 -0.25,0.5 0.25,0.5 0.5,0 0.5,-0.5 0,-0.5 -0.25,-0.5 z m -1,0.25 q 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.5,0.5 0,0 0.5,0 0.75,0 0.75,-0.25 z m -5.75,-1 q -0.25,0.25 0.25,0.25 0.25,0 0.5,-0.25 l 0.5,-0.25 q -0.75,-0.25 -1.25,0.25 z m -8.25,-0.75 q -0.5,0 -0.25,0.25 0.25,0 0.75,0 0.5,0 0.75,-0.25 -0.5,-0.25 -1.25,0 z m -12.75,-23.5 q 0.25,-0.5 0,-1.5 -0.25,-0.25 -0.25,0 0,0.25 0,0.75 0,0.5 0.25,0.75 z m 35.5,-19 q -0.25,0.25 0,0.25 0.25,0 0.75,0 0.25,-0.25 0.5,-0.25 -0.5,-0.25 -1.25,0 z m 6,-8.5 q 0.25,0.25 0.75,0.25 0.25,-0.25 0.5,-0.25 -0.5,-0.25 -1.25,0 z m -1,-5.75 h -1.25 l 1.25,0.5 q 1,0.25 1,0.25 l 0.25,-0.25 q 0,-0.5 -1.25,-0.5 z m -33.75,-0.75 q 0,0 0.5,0.25 l 0.5,-0.25 q -0.25,-0.25 -1,0 z m 9.5,-68.75 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 3.75,-1 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 2,0 q 0.25,0 0.5,-0.25 l -0.25,-0.25 q -1.5,0.5 -0.25,0.5 z m 5.5,-0.75 q 0,0 0.75,0 1,0 1,-0.25 0,-0.5 -1,-0.25 -0.75,0.25 -0.75,0.5 z m 4.75,-0.5 q 0,0 -0.25,-0.5 -1,0 -1,0.5 0,1 1.25,0 z m 10.75,17.5 q 0,0 0.5,-0.25 -0.5,0 -1,0 0.25,0.25 0.5,0.25 z m 0.5,-13.75 q 1,0.25 2.25,0.25 1.5,0 1.5,-0.25 0,-0.25 -2.75,-0.25 l -1.75,0.25 q 0.25,0 0.75,0 z m 2.5,13.5 q 0,0 0.5,-0.25 -0.5,-0.25 -1,0 0,0.25 0.5,0.25 z m 4.25,1 q 0,0.25 0.25,0.25 0.25,0 0.25,-0.5 0,-0.75 -1.5,-0.75 -1.5,-0.25 -1.5,0 0,0.5 2,0.5 0.5,0 0.5,0.5 z"/><path fill="#ff7a1a" d="m 514.74985,240 q 0,0.25 0.5,1 0.5,0.5 -0.25,1.25 -0.75,0.5 -0.75,0.5 0,0 0.25,-0.75 0.25,-0.75 -0.25,-0.75 -0.5,0 -0.5,0.75 l -0.25,0.25 q -0.25,-0.5 -0.75,-0.5 -0.25,0 0,0.25 l -2,0.25 -1.75,0.25 q 0.5,0.25 0.25,0.75 -0.25,0.25 0.25,0.25 0.5,0 0.5,0.5 0,0.5 -1.25,0.25 -6,-1.5 -6.75,-0.5 l 1.25,0.25 q 1.5,0 1.75,0.5 0.25,0.25 1.75,0.75 l 0.25,0.25 q -1.25,0.25 -1.5,-0.25 -1,-1 -3.75,-0.5 -0.75,0.25 -0.75,0.5 0.25,0.25 1.5,0.25 1.5,-0.25 1.5,0.25 0,0.25 3.5,0.5 5.25,0.5 5,1.5 -0.5,0.5 -1,-0.25 l -0.25,-0.25 q 0,0.5 -2.75,0.5 -4.75,0 -4,0.25 0.25,0 1,0.25 1,0.25 -0.25,0.25 -1,0 -3,0 -5,0.25 -6.75,0.5 -4.5,1.25 -13.75,2.5 -3,0.5 -12.75,3.25 -9.75,2.75 -10.5,3.5 -0.25,0.25 0.75,7.25 1.75,13.25 1.75,26.5 0,4.25 0.5,4.25 5.25,-2 11.5,-3 1.25,-0.25 1.25,0.25 0,0.25 1,0.25 1,0 0.25,-0.5 -0.75,-0.25 -0.75,-0.25 0,0 0.75,0 1,0 1,0.5 l 0.25,-0.25 q 0.25,-0.75 8.5,-0.5 8.25,0 9.75,1 1.75,0.75 2,1.25 0.25,0.5 -0.25,0.5 -0.25,-0.25 -0.5,-0.25 -1,-0.25 -3.25,-0.5 -1.5,0.25 -1.5,0.5 0.5,0.75 1.75,0.5 1.25,-0.25 3.75,0.5 2.5,0.5 2.5,1 0.25,0.5 -0.5,0.75 -0.75,0 -3.25,0 -4,0.25 -6.5,0.5 -2.25,0.25 -0.25,0.25 1,0 2.75,0 5,-0.25 6.25,0.5 1.25,0.5 1.25,1 0,0.25 1,0.5 1,0 1,1.25 0,1.25 -1,1.5 -1.5,0.25 -1.75,0.5 0,0.25 0.5,0.75 0.75,0.5 1.5,0.25 v 0.25 q -0.5,0.75 -3,1 -1,0.25 -0.75,0.5 0.5,0.25 -0.25,0.25 -0.25,0 -0.75,0 -1.75,-0.25 -1.75,0.25 0,0.25 -0.5,0 -0.25,-0.25 -0.5,0.25 h 3.25 q 1.5,0 2.5,-0.25 0.75,-0.25 0.75,0 0.25,0 -0.25,0.25 -0.5,0.75 -2,0.75 l -5,1.25 h 0.25 q 0.75,0 4.75,-0.5 h 0.25 0.25 l 0.25,-0.25 5,-0.5 q -0.75,0.5 -2.25,0.75 -1.25,0 -1.75,0.5 -0.25,0.5 -2,0.5 -1.75,0 -1.75,0.5 0,0.5 1,0.25 l 6.25,-0.5 q -0.75,0.25 -0.75,1 0,0.5 -1.75,1 -2,0.75 -0.25,1.25 2,0 -1,1 -2.5,1 -7.75,2.25 -27.75,7 -31.5,9.25 -1,0.5 -1,1.5 0,0.75 -0.25,1.75 -0.25,1.25 -1,6.75 -0.5,5.75 -1.75,12.25 -1.25,6.25 -1.25,6.75 0,0.25 0.75,-0.25 0.75,-0.5 2.5,-0.75 2,-0.25 3.25,-0.75 1.5,-0.75 2,-0.5 0.5,0.25 3.5,-0.25 3.25,-0.5 3.75,-1 h 0.25 q -0.25,0.5 4,0.5 4.5,0 5.25,0.25 0.75,0.25 3.25,0.75 5.25,1.5 7.75,2.75 1.5,0.75 4.5,1.25 2,1 2,1.75 -0.25,0.5 -2.25,-0.25 -2,-0.75 -2.25,-0.5 -0.25,0.25 3,1.25 l 3.5,0.75 q -0.25,0 -0.75,-0.25 -1.5,-0.75 -0.5,-1 2,-0.75 8.25,4.5 3.25,3 2.75,3.25 0,0 -1.25,-1 -1.25,-1 -1.75,-0.75 -0.25,0 0.75,1 1,0.75 0.5,1.5 -0.75,0.75 0,1 0.25,0 0.75,-0.25 0.5,-0.5 2,1 l 1,1.25 q -0.75,-0.5 -1.5,0 -0.5,0.25 0.75,1 l 1,0.25 q 0,-0.25 0,-0.5 0.25,-0.25 1.25,0.75 1.5,2 0,3 -0.25,0.5 -0.5,1 0,0.5 0,1 0,0.25 0.25,0.25 0.5,0 0.5,1 0.25,0.75 -0.25,1.25 -0.5,0.25 -1.75,0 -1.25,-0.25 -2,0 -0.75,0 -1.5,-0.5 -0.5,-0.5 -0.5,0 0,0.25 -1.25,0.25 l -0.25,0.25 q 1,0.25 2,0.25 0.75,0.25 0,0.5 -0.25,0 -1,0 -1.75,0.5 -2.5,0.25 -0.5,-0.25 -0.5,0.25 0,0.25 1.5,0.75 1.5,0.25 0.25,0.5 -1,0 -0.25,0.5 1.25,0.75 -2.25,1 -1.75,0 -1.75,0.5 0,0.5 -0.5,0.5 -1,0 -5.75,-0.25 -13.25,-1.5 -30.5,1.75 -8.25,1.5 -12.75,3 -3.5,1.5 -4.5,2.25 -1,0.5 -1.25,1.5 -0.25,1.5 -2,6 -1.5,4.5 -2,5 l 0.25,-1.75 q 1.5,-5 1.25,-5.5 l -0.75,1 q -0.75,1.5 -0.75,0.5 0,-2.5 -1,0.5 -0.25,0.5 -0.5,1 l -1.25,2.75 q 0,-0.25 0,-0.75 0,-1.25 -0.5,-2.25 l 0.25,-0.75 0.25,-1 q 0,-1.25 -0.5,-1.25 -0.75,0 -4.25,3.25 -1.25,1 -1.5,0.75 -0.25,-0.25 -0.5,0.25 l -0.25,-0.25 q 0,-0.25 0.25,-0.5 0.25,-1.5 0,-1.5 -0.5,0 -2,1.75 -1.25,1.5 -1.5,2 -0.25,-0.5 -0.25,-1 -0.25,-2 0,-2.5 0.25,-0.25 0.75,-2.75 0.5,-2.75 0.5,-3.5 0,-0.5 -1,0 -1,0.5 0.25,-0.5 1.5,-1 1.25,-1.25 -0.25,-0.25 -2.25,1.25 -1.75,1.25 -1.75,1.5 l -2,2.75 q 0,-0.25 0.75,-1.75 0.25,-0.75 0,-0.75 -0.75,0.75 -1,0.5 0,-0.25 0.5,-1 l 0.25,-0.5 q -0.5,0.25 -0.5,0 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.75,-0.5 -0.75,-1.5 -1.25,0 v 0.25 q 0.75,-0.25 0.75,0.5 0,0.5 -0.75,1.25 -2.25,1.5 -2.25,0.75 0.25,-0.75 0.75,-0.75 h 0.25 q -0.5,-0.25 0.25,-1 h -0.25 q -0.25,0.25 -0.5,0.5 -1.5,1.25 -1.75,1 -0.25,-0.5 2,-2.75 2,-2.25 0.75,-2.25 -0.25,0 0,0.5 0,0.25 -0.25,0.25 0,0 -0.25,0 -0.25,-0.25 0.25,-1.5 0.75,-1.25 1.25,-1.25 0.5,0 0.25,-0.75 -0.25,-0.75 0,-1 0.25,0 0.25,0 0.25,0 0,0.25 -0.25,0.5 0.25,0.5 0.5,0 0.5,-0.5 0,-0.75 0.5,-0.75 0.75,0 0.75,-0.5 0,-0.75 1.5,-2 1.5,-1.25 1.25,-1.25 -0.5,0 -3,2 -2.75,2 -4,2.75 -1,0.75 -1,1 0.25,0.25 -0.75,1.25 -0.75,0.5 -0.75,0.5 0,0 0.25,-0.75 0.5,-0.75 1,-1 0.25,-0.25 0.25,-0.75 0,-0.5 -0.75,0 v -0.25 q 1,-1 1.25,-0.75 0.25,0.25 2.5,-2 1.5,-1.25 2,-1.75 l -1.75,1 q -1.25,1 -1.5,1 -0.25,-0.25 2.25,-2.75 l 1.75,-2 q -1,0.5 -4.25,3.75 -4,4 -4.25,3.25 -0.5,-1 0.5,-2.5 1,-1.5 5.25,-6.25 l 1,-1.25 q 0,0 -0.5,0.5 -3.5,3.25 -6,6.5 -1.75,2.25 -1.75,1.5 0.25,-0.5 1,-2 1.25,-2 5.5,-6.25 4.5,-4.5 8.5,-7.25 4.25,-3.25 4.5,-3.75 0.25,-0.75 1.75,-14.5 1.5,-13.75 1.25,-14 0,0 -2.25,1.5 -2.25,1.25 -2.5,1 0,0 0.25,-0.25 0.25,-0.5 0.75,-0.75 0.75,-0.5 1.5,-1 l 2.25,-2.25 q -0.25,0 -1.5,1 -1.25,0.75 -1.75,0.5 -0.5,-0.25 -0.5,0.5 0,0.25 0,0.5 0,0 -0.25,0 -0.5,-0.25 -2.25,0.75 l -1.5,0.75 q 0.25,0 0.75,-0.75 1,-1 3,-2.25 2,-1.5 2,-2.25 0,-0.75 0,-0.75 0.25,-0.25 0.5,-0.25 0.75,0 0.75,-0.25 0.25,-0.25 0,-0.5 -0.25,-0.25 -1.75,0.25 -1.25,0.5 -1.25,1 l 0.5,-0.25 q 0.25,0 0.25,0 0.25,0 0,0.25 -0.25,0.5 -1,0.25 -0.75,-0.25 -4.25,2.5 -3.25,2.5 -4,2.5 -0.5,0 2,-2.75 3.5,-3.25 2.5,-3.25 -0.25,0 -0.5,0.25 l 0.75,-1.5 q 0.75,-0.75 0.5,-0.75 -0.25,0 -2.5,2 -3.75,2.75 -5.25,4.5 -1.25,1.5 -1.75,1.5 -0.25,0 0.25,-0.5 0.5,-0.5 0.5,-0.75 0,-0.5 -0.75,0.5 -0.75,1 -0.75,0.25 0,-0.75 0.5,-1.25 V 336 q -0.5,0.25 -0.5,0 -0.25,-0.25 1,-1.5 1,-1.25 1,-1.5 0,-0.25 1,-1.5 1.25,-1.25 0.5,-1.25 l -0.5,0.25 -0.75,0.75 q -1.25,0.75 -1.5,0.5 -0.25,-0.5 2.25,-3.75 1.25,-1.5 1.25,-2 0,-0.5 2.25,-3 l 1.25,-1.75 q -0.25,0.25 -0.75,0.75 -2.75,2 -9,8.75 l -1.25,1.25 q 0,0 0.5,-0.75 0.75,-1.5 2.5,-3.5 1.75,-2 2.5,-3.5 l 0.75,-1.5 -2.75,2.5 1.25,-1.75 q 1.25,-1.75 4,-4.5 3,-2.75 2.75,-3 l 0.25,-0.25 q 0.25,0.25 3.25,-2 3,-2.5 2.75,-2.75 0,-0.5 1.75,-1.75 2,-1.25 2.25,-1.25 l -1.75,1.5 -1.75,1.5 q 0.5,0 2.25,-1.5 l 2,-1.25 -0.25,-16.25 q -0.5,-22.25 -1,-25 l -0.5,-1.25 q 0,0.5 -0.5,0.5 -1.75,-0.25 -1.75,0.75 0,0.5 -0.5,0.5 -0.5,0 -1,0.75 -0.25,0.75 -0.5,0.25 -1,-1.5 -2.25,-0.5 -0.5,0.5 -0.5,0 0,-0.75 0.75,-2 v -0.5 q -1.25,1 -1.25,0.75 0,-0.25 0.5,-1 1,-1 0.5,-1.25 0,0 -0.75,0.5 -0.25,0.25 -0.25,0 0,-0.25 0,-0.5 0,-1.25 2.25,-3.25 2.5,-2.25 2,-2.25 -0.5,0 -1.25,0.75 -0.5,0.5 -1.75,1.5 -0.25,0.25 -0.25,0.25 0,-0.25 1.5,-1.75 2.25,-2.5 2,-2.5 -0.25,0 -2.5,2 -2.25,2 -2.75,2.75 -0.75,1 -0.75,0.75 0,-0.25 0,-0.75 -0.25,-1 -1.75,0.5 -0.25,0 -0.75,0.5 l -1.25,1 q 0.25,-0.25 1.75,-1.75 2.5,-2.25 2.75,-2 0.5,0 0.5,-0.5 0,-0.5 1.5,-2 1.5,-1.75 1.25,-1.75 -0.5,-0.25 -3,2 -5.25,5 -5.25,3.5 0.25,-0.5 0.5,-0.75 0.25,-0.75 0.25,-0.75 0,-0.25 -0.75,0.25 -0.5,0.5 -0.5,0.5 0,0 0.25,-0.5 0.25,-0.75 0.25,-1 h 0.25 q 0.5,0.25 1.25,-0.75 l 0.75,-1 -1,0.75 q -1,1 -1,0.75 0,-0.5 2.75,-3 2.75,-2.75 0.75,-1.25 -1.75,1.5 -3.25,2.5 -1.5,1 -1.75,1.75 l -0.5,-0.5 q 0,-1 3.25,-4.75 3.5,-4 6.75,-6.5 l 2.5,-2.25 -0.25,-2 q -0.25,-2.25 -1,-5.5 -0.5,-3 -0.75,-4 -0.25,-1 -0.75,-3.25 -0.5,-2.25 -0.75,-3 0,-1 -0.25,-1.5 -0.25,-0.75 -0.75,-4 -1,-3.75 -0.25,-3.5 0,0 0.5,0.5 0.25,0.75 0.75,0.5 v 1.5 q 0,0.25 -0.25,0.5 -0.25,0.5 0.25,0.25 0.75,-0.25 1,0.25 V 220 q 0,-1.5 0.25,-2 0.5,-0.75 0,-1.25 -0.25,-0.5 -0.5,0.5 l -0.25,-0.25 q 0.25,-0.75 1,-0.5 1,0 1,-1.25 -0.25,-0.5 -0.5,-0.5 l -0.25,0.25 q 0,-1.5 0.75,-1.75 l 0.25,-2.5 q 0.25,-2.5 0.5,-2.5 0.25,0 0.25,0 0.25,-0.25 0.25,-0.25 -0.25,-0.5 0,-0.75 0.25,0 0.25,0.25 0.25,0.25 0.25,0.75 0.25,0.25 0.5,0.75 0.5,2 0.75,2.75 l 0.25,-0.25 q -0.25,-0.75 -0.25,-0.75 0.25,-0.25 0.75,0 0.5,0.25 0.75,1.25 l 0.25,-0.25 q 0,-1 0.75,-1.5 0.75,-0.5 0,-3.5 -0.5,-3.25 -0.25,-3 0.5,0 1.5,4.25 1,4 1.75,5 0.5,1 0.5,0.5 0,-0.5 -0.25,-2.25 -0.25,-2.75 -0.75,-3.75 -0.25,-1 -0.25,-1.75 0,-1 0.5,0.5 0.5,1.25 1,3.25 0.5,3 1.5,4.75 l 1,2 -0.5,-1.75 q -0.25,-1.75 -0.25,-2.75 0,-1.25 -0.25,-1.25 -0.25,0 -0.25,-0.75 0,-1 0.25,-1 0.5,0 0.5,1 0.25,1 0.25,1.75 -0.5,0.75 0.25,1.5 0.75,0.5 0.5,1 -0.25,0.25 -0.25,0.25 0.25,0 0.5,0 0,-0.25 0.25,0 0.25,0.25 0.5,1 0.25,0.5 0.5,1.25 l 0.75,2 q 0.25,-2.5 -1.5,-6.5 -0.25,-0.75 0.5,-0.5 h 0.5 q -0.25,-0.5 0.25,-0.5 0.75,0 1.5,2.25 l 1,2.5 q 0,-1.25 -1.25,-5.25 -0.5,-1.5 -0.5,-1.5 0,-0.25 0.75,-0.25 1,0 2,3.5 2,8 3,16.75 0.5,2.75 1,3 0.5,0.25 3.25,-1 3,-1.25 3,-1.5 0,-0.5 0.5,-0.5 0.25,0 6.25,-1.75 6,-2 8,-2.75 0.75,-0.25 1.5,-0.25 0.5,0 4.25,-0.25 7.75,-0.5 16.75,-0.75 6,-0.25 6.75,0.5 0.75,0.75 0,0.75 -0.25,0 -1,0 -1.75,0 -1.75,-0.25 0,-0.25 -4.75,0 -4.75,0 -5.25,0.75 -0.5,0.25 -0.5,0.5 0.25,0 1,-0.25 0.75,-0.25 3.25,-0.25 2.75,-0.25 3.25,0 0.5,0.25 4.75,0.5 4.25,0 4.5,0.25 l -0.75,0.25 q -0.75,0 -1.25,0.5 -0.25,0.25 -1.5,0.25 -1.25,0 -3.5,0 h -2.25 l 2.5,0.75 q 2.25,0.5 3,1 0.75,0.25 2.5,0.25 l 1.5,0.25 q -0.25,0.25 -3,0.5 -2.5,0 -3.75,0.25 -1,0.25 -0.5,0.25 0.25,0 1.25,0.25 2,0 2.25,0.75 0.5,0.5 1.25,0 1.75,-1.5 3.75,0.5 0.5,0.5 1,0.5 l -0.25,-0.5 q -0.5,-0.25 -0.5,-0.25 0.25,-0.25 1,0 l 1,-0.25 q -0.25,-0.25 0,-0.25 0.5,-0.25 1.25,0.25 0.75,0.25 0,0.75 -0.5,0.25 0.25,0.5 0.25,0.25 0.25,1 0,0.5 -0.5,1.25 -0.5,0.5 -1,0.5 -0.5,0 -0.5,0.5 0,0.25 0.5,0.25 0.5,0 0.5,0.5 0,0.5 -1,0.5 -1,0 -0.5,0.5 0.5,0.5 0.25,0.75 -0.25,0.25 -1,0 -0.5,-0.25 -0.5,0 0,0.25 2,1 2.25,0.5 2,1 z m -82.75,-14.25 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0.5,-5 q 0.25,0.5 0.25,0.5 0.25,0 0.25,-0.5 0,-0.75 -0.5,-0.75 -0.25,0 0,0.75 z m -5.25,35.75 q 0.25,0 1,-0.75 0.75,-1 0.5,-1 -0.25,0 -1,1 -0.75,0.75 -0.5,0.75 z m 1,3.75 q -0.25,0.5 0,0.5 0.5,0 0.5,-0.5 0,-0.5 -0.25,-0.5 0,0 -0.25,0.5 z m 4,-5.25 q 0,0 0.5,-0.25 0.75,-0.25 0.75,-0.5 0,-0.5 -0.75,0 -0.5,0.5 -0.5,0.75 z m 0,12.25 q 0,0.25 0.25,0.25 0.5,0 0.75,-0.25 0,-0.25 0,-0.25 0,-0.25 -0.25,-0.25 -0.75,0 -0.75,0.5 z m -2.75,64.25 q -0.25,0.5 0,0.5 0.5,0 0.5,-0.5 0,-0.5 -0.25,-0.5 0,0 -0.25,0.5 z m -11.25,51.25 q 0.75,-1.25 0.5,-1.25 0,0 -1,1.25 -1,1.25 -0.5,1.25 0.25,-0.25 1,-1.25 z m 4.75,-4.75 q 0.25,-0.75 -0.25,-0.25 -0.5,0.5 -1.25,1.25 l -1.5,1.5 1.5,-1 q 1.25,-1 1.5,-1.5 z m 8.5,-7 q 0.5,-0.75 -0.25,0 -0.75,0.5 -0.75,0.75 0,0.5 1,-0.75 z m 0,4.5 q 1,-0.5 0.5,-0.75 -0.25,-0.5 -2.25,1.25 -2,1.75 -4,3 -1.75,1.25 -1.75,1.5 0,0.5 4,-2.25 3,-2.25 3.5,-2.75 z m 2.25,22.25 q 0.75,-1.5 0.5,-1.5 -0.25,-0.25 -0.75,0.25 -0.5,0.25 -0.75,1 -0.25,0.75 -0.25,1.25 0,0.5 0.25,0.5 0.25,0 1,-1.5 z m 2.75,-2.75 q 0.25,0.5 0.5,0 0.25,-0.75 -0.5,-0.5 -1.75,0.25 -1.75,2 0.25,1 0.75,-0.5 0.75,-1.5 1,-1 z m 2.5,5 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0.75,-186 q 0.25,-0.5 -0.25,-0.75 -0.5,-0.25 -0.5,0.5 0,1.25 0.75,0.25 z m 0.25,4.25 q 0,0.25 0.25,0.25 0.5,0 0.5,-0.5 0,-0.75 -0.5,-0.5 -0.25,0.25 -0.25,0.75 z m 1,6.25 q 0.25,-0.25 0.25,-0.75 l -0.5,0.25 z m 1.75,171.25 q 0.5,0.25 0.5,0 0.25,-0.25 -0.25,-0.75 -0.5,-0.5 -0.5,0 0,0.25 0.25,0.75 z m 0.5,-1.75 q 0.25,0.5 0.25,0.5 0.25,0 0.25,-0.5 0,-0.75 -0.5,-0.75 -0.25,0 0,0.75 z m 3.5,-176.5 q 0,0 -0.25,-1 l -0.5,-0.5 z m 0.5,171 q -0.5,0.5 0.25,0.25 0.75,-0.25 0.5,-0.5 -0.25,-0.25 -0.75,0.25 z m 1.25,-167 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 62.5,154.25 q -0.25,-0.5 -0.75,-0.5 -0.5,0 0.25,0.75 0.5,0.75 0.75,0.25 0,0 -0.25,-0.5 z m -1.5,-6.25 q 0.25,-0.25 -0.75,-0.75 -0.75,-0.75 -1,-0.5 0,0.25 0.75,1 0.75,0.5 1,0.25 z m -3.25,-0.5 q 0,0 0,0.25 1,0.25 1,0 -0.25,-0.5 -1,-0.25 z m -2.25,-2.25 q 0.25,0 -0.25,-0.5 -0.25,0 -0.5,-0.25 -1.5,-0.75 -2,0 0.5,-0.25 1.25,0.25 0.75,0.5 1.5,0.5 z m -1,-1.75 q 2.75,1.5 2.75,1.25 0,-0.25 -2,-1.5 -1.75,-1.25 -2.75,-1.5 l -0.75,-0.25 q 0.25,0.5 2.75,2 z m -2,-4 q -0.25,-0.25 -1.5,0 -1,0.25 0,0.5 0.75,0.25 0.75,0 -0.25,-0.25 0.25,-0.25 z m -4.5,22.25 q 0,0 0.25,0.25 l 0.75,-0.25 q -0.25,-0.25 -1,0 z m -4.5,-25.5 q 0,-0.25 -2,-0.75 -2,-0.75 -2.25,-0.5 l 1.75,1 q 2.5,0.75 2.5,0.25 z m -6.75,-2.75 q -0.25,0 -0.5,0.5 -0.25,0.5 0.25,0.5 0.5,0 0.5,-0.5 0,-0.5 -0.25,-0.5 z m -1,0.25 q 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.5,0.5 0,0 0.5,0 0.75,0 0.75,-0.25 z m -5.75,-1 q -0.25,0.25 0.25,0.25 0.25,0 0.5,-0.25 l 0.5,-0.25 q -0.75,-0.25 -1.25,0.25 z m -8.25,-0.75 q -0.5,0 -0.25,0.25 0.25,0 0.75,0 0.5,0 0.75,-0.25 -0.5,-0.25 -1.25,0 z m -12.75,-23.5 q 0.25,-0.5 0,-1.5 -0.25,-0.25 -0.25,0 0,0.25 0,0.75 0,0.5 0.25,0.75 z m 35.5,-19 q -0.25,0.25 0,0.25 0.25,0 0.75,0 0.25,-0.25 0.5,-0.25 -0.5,-0.25 -1.25,0 z m 6,-8.5 q 0.25,0.25 0.75,0.25 0.25,-0.25 0.5,-0.25 -0.5,-0.25 -1.25,0 z m -1,-5.75 h -1.25 l 1.25,0.5 q 1,0.25 1,0.25 l 0.25,-0.25 q 0,-0.5 -1.25,-0.5 z m -33.75,-0.75 q 0,0 0.5,0.25 l 0.5,-0.25 q -0.25,-0.25 -1,0 z m 9.5,-68.75 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 3.75,-1 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 2,0 q 0.25,0 0.5,-0.25 l -0.25,-0.25 q -1.5,0.5 -0.25,0.5 z m 5.5,-0.75 q 0,0 0.75,0 1,0 1,-0.25 0,-0.5 -1,-0.25 -0.75,0.25 -0.75,0.5 z m 4.75,-0.5 q 0,0 -0.25,-0.5 -1,0 -1,0.5 0,1 1.25,0 z m 10.75,17.5 q 0,0 0.5,-0.25 -0.5,0 -1,0 0.25,0.25 0.5,0.25 z m 0.5,-13.75 q 1,0.25 2.25,0.25 1.5,0 1.5,-0.25 0,-0.25 -2.75,-0.25 l -1.75,0.25 q 0.25,0 0.75,0 z m 2.5,13.5 q 0,0 0.5,-0.25 -0.5,-0.25 -1,0 0,0.25 0.5,0.25 z m 4.25,1 q 0,0.25 0.25,0.25 0.25,0 0.25,-0.5 0,-0.75 -1.5,-0.75 -1.5,-0.25 -1.5,0 0,0.5 2,0.5 0.5,0 0.5,0.5 z"/><path fill="#ff7a1a" d="m 632.75006,215.75 q 2,1.75 1.25,3 -0.5,0.75 -0.75,0 -0.25,-0.5 -2.25,-1.5 -1.75,-1 -2,-0.75 l 1,0.75 q 2.25,1.75 2.25,2.75 -0.5,0.25 0.25,1.25 l 0.5,0.5 q -0.5,-0.25 -1.25,0.25 l -0.25,0.25 q 0.25,-0.5 -0.25,-1 -0.25,-0.5 -0.75,-0.5 -0.25,0 0,0.75 v 1 l -1,-0.75 q -1,-1.25 -3.25,-2 -2,-0.75 -2.5,-0.25 -0.25,0.25 1,0.75 1.25,0.5 1.5,0.5 0.25,0 1.5,1 0.5,0.75 0.75,0.75 -0.5,-0.25 -0.5,0.25 0,0.75 1.25,0.5 0.5,0 0.25,1.25 -0.25,0.75 -0.5,0.75 -0.75,-0.25 -1.25,-0.25 0.25,0.25 0,0.25 0,0 -0.25,0 -0.5,-0.5 -0.25,-0.75 0.25,-0.5 -0.5,-0.5 -0.5,-0.25 -1,0 -0.5,0.25 0.25,1 0.75,0.75 0.25,2 -0.5,1 0.5,2 1.25,0.75 1.25,1.5 0,0.5 -1.25,-0.25 -1,-1 -1.5,-0.75 -0.25,0.25 -0.25,0 0,-0.5 -0.75,-0.75 -0.5,-0.25 -0.5,0 0.25,0.25 0.5,0.5 0.5,1 0.75,1.5 0.5,0.25 0.5,0.75 0.25,0.25 0.25,0.5 0.25,0.25 0.25,0.75 0,0.25 1.25,1.5 0.75,0.75 0.5,1 -1,-0.25 -1,0.25 0,0.25 1.25,0.25 1.75,-0.25 2.75,2 0.75,1 0,1.75 -0.5,0.5 -1,0 -0.5,-0.75 0,-1 0.75,0.25 0.75,-0.25 0,-0.5 -1,-0.25 -0.75,0.25 -2,-1 -3,-2 0,1 1.75,1.75 1.75,2 0,1.25 -3,-1.75 -2,-2 -4.25,-3 l -2.25,-0.75 1.25,1.25 q 1.5,1.25 1.75,1.25 0.25,0 1,0.75 1,0.75 2.25,1.75 l 0.5,0.75 q -0.75,-0.25 -0.75,0.25 0,0.25 0.5,0.25 0.5,0 0.5,0.5 0,0.5 -1.5,-0.5 -1.5,-1.25 -2,-1.25 -0.5,0 -0.25,-0.25 0.25,-0.5 0.75,-0.25 v -0.25 q -0.25,-0.5 -0.75,0 -0.25,0.25 -1.75,-0.25 l -1.25,-0.75 1.25,1 q 1.25,1.25 1.25,1.75 0.25,2 1.25,2 0.75,0 0.75,1 l 0.25,1.25 -1.25,-1.25 q -1.5,-1.5 -5.75,-3.75 -4.25,-2.25 -5.25,-2 -0.5,0 -4.5,-1.75 -3.75,-1.75 -4.25,-1.75 -0.25,0 -9.25,-2.5 -21.25,-6 -20.5,-4 0.5,0.75 -4.75,14.25 -1,3 -1.75,5.25 -0.75,2 -1,2.5 -0.25,0.25 -0.75,2 -1,3.25 -3.5,11.5 -3.5,11.25 -7.25,32 -1,6.75 -1.25,7 -0.25,0 -0.25,1.75 0.25,1.5 -1,2.25 -1,0.75 -1,2.5 0,1.5 0.5,2 v -1.5 q -0.25,-2.25 0.5,-2.5 0.75,-0.25 0.75,0.5 0,1 -0.75,7.75 -1,7 -1.25,10.75 -0.25,3.5 -0.75,3.25 v 0.5 q 0.25,0.75 0,6.5 -0.5,5 -1,5 -0.5,-0.5 -0.5,-1.25 l -0.5,-0.25 q -0.25,0.5 -0.25,3 0.25,2.25 0.5,2.25 0.5,0 0.5,-1.75 0,-1 0,-0.75 0.5,1 0.5,3 l -0.25,1.25 -0.25,-0.5 -0.25,0.25 0.25,1.25 q 0.5,-0.25 0.5,0.25 0,0.25 -0.5,0.5 -0.25,0.25 0,3.25 v 2.25 q -0.25,-0.5 -0.75,-4.5 l -0.25,-4 v 4.25 q 0,4.25 -0.25,4 l -0.75,10 q 0,1.25 0,3 0,6.25 -0.5,6.5 -0.5,0 -0.5,0.5 0,0.5 0.5,0.25 0.25,-0.25 0.25,1.75 0,1.75 -0.25,4.25 0,2.25 -0.25,3.25 v 1 l 0.5,1 q 0.25,1.25 -0.5,1.5 -0.75,0 0,0.75 0.75,0.75 0,1 -0.75,0.25 -1,0.25 0,0 0.25,-0.75 0.25,-0.5 -0.25,-0.5 -0.5,0 -0.5,-2 l 0.5,-1.75 q 0.5,0.25 0.5,-0.25 0,-0.75 -0.75,-0.5 h -0.5 q 0.25,-1.5 -0.75,-13.75 -0.25,-2.25 -0.75,-2.5 v 0.25 q 0.25,0.75 -0.75,1 -0.75,0.25 -1.25,1.5 -0.25,1 -0.25,10.75 0,9.75 -0.25,9.25 -0.25,-0.25 -0.25,0 -0.25,0.25 -0.25,0.5 -0.25,17.25 -0.5,17.5 -0.25,0.25 -0.25,-1 0,-1.25 0,-3.25 0,-1.75 0,-4.25 l -0.25,-6 q -0.25,2.75 -0.5,3.25 l -0.25,-0.75 0.25,-1 -0.75,1 q -0.75,1 -0.25,1.75 0.5,0.5 0,1 -0.5,0.5 -0.5,4.5 v 3.75 l -0.25,-3.75 q -0.25,-3.75 -0.75,-4 l -0.25,0.75 q 0.25,1.5 0,4.25 0,2.75 0,5.5 0,2.75 -0.25,2.5 -0.25,-0.25 -0.5,-2.75 0,-2.5 -0.25,-2.75 0,0 0,-1.5 -0.25,-5.25 -1,-6.5 -0.5,-0.75 -0.5,-2.5 0,-1.75 -0.25,-3.75 l -0.5,-2.25 -0.25,2.5 q 0,1 0,-0.25 -0.25,-1 -0.25,-4 0,-6.5 -0.5,-7.5 -0.5,-1.25 -0.5,-2.5 v -1.25 q -0.25,0.25 -0.25,2 0,1.75 0,3.5 0.25,2 -0.25,2.75 -0.25,0.75 0,1 0.5,0.25 0.5,3 0,2.5 -0.5,3 -0.5,0.75 0,1.25 0.75,0.25 0.25,0.5 -0.5,0.25 -0.5,0.75 0,0.25 0.25,0 l 0.5,3 q -0.25,1.25 -0.25,1.5 -0.5,0.5 -0.25,0 0,-0.25 0,-0.75 0,-1.25 -0.25,-1.25 l -0.5,-9 q 0,-1.75 0,-4 l -0.25,-13.5 -0.25,29.25 -0.25,-18 -0.5,-15 -0.25,3 -0.5,-8.25 v 4.5 q 0,4.75 0.25,4.75 0.5,0 0.5,3.25 l -0.25,2.5 q -0.25,-1 -0.75,-1 -0.25,0 -0.25,14.5 0.25,14.25 -0.25,14 h -0.25 q 0.5,0.25 0,1.5 -0.25,1.5 0,3.25 0.25,1.5 0.5,0 0,-0.25 0,-1.25 l 0.25,-3 v 3 q 0.25,3.25 -0.25,3.25 -0.5,0 -0.5,1.75 l -0.25,-0.25 q -0.25,-1 -0.25,-2.75 -0.25,-4.75 -0.5,-5.75 -0.25,-1 -0.5,-19.75 0,-0.25 0,-0.5 l -0.5,-18.25 q 0,0.25 0,1 v 0.25 l -0.25,1.5 q -0.25,-0.5 -0.25,-4.25 0,-3 0,-6.25 0.25,-3.25 0.25,-5.25 0.25,-2 0.5,-1.75 0.25,0 0,6 0,1.5 0,3 0,1.25 0,2 0.25,0.75 0.25,0.5 0.25,0 0.25,-8.25 l 0.25,-6.75 q -0.25,1.5 -0.75,2 -0.5,0.5 0,-5.5 0.25,-1.5 0.25,-3 0.25,-2 0.5,-5.25 0.25,-3 0.5,-4.5 0.25,-0.5 0.25,-0.75 0.25,-0.5 0.25,0.25 0,0.25 0,1.25 l 0.25,2 0.25,-2.75 q 0.25,-2.75 0.25,-3 l -0.25,0.5 q 0,0.75 -0.5,0.75 -0.25,0 -0.25,-0.25 0,-0.25 0,-1 0,-0.75 0,-1.75 0.25,-1.25 0.5,-2.75 0.25,-1.25 0.5,-10.75 0.25,-9.5 0.5,-12 0.75,-12.25 2,-21.75 4.25,-29.75 12.25,-50.25 1.75,-4.25 1.5,-4.5 -0.25,-0.25 -5.5,0 -5.25,0 -7,0.25 -5.25,0.75 -7.75,0 0.25,-0.25 0.75,-0.25 0.75,0 3,-0.25 2.25,-0.25 4,-0.5 1.5,-0.25 2,-0.5 0.75,-0.25 7.5,-0.5 1.25,-0.25 1,-0.5 -0.5,-0.5 -2.5,-0.25 -1.75,0.25 -5.25,0.5 -3.25,0.25 -3,0.5 0,0.25 -0.75,0.5 -0.5,0 -1.75,0 -1,0 -2.25,0 -5,0 -4.75,-0.25 0.25,-0.5 -0.25,-0.5 -0.5,0 -0.5,0.25 0,0.5 -4.5,1.25 -2,0.25 -2,-0.25 0,-0.75 1,-1 l 0.5,0.25 1.25,0.25 q 1,-0.25 1.5,-0.75 0.25,-0.5 3.75,-0.5 3.5,-0.25 3.75,-0.5 0.5,-0.25 1.5,-0.5 h -3.5 q -4.25,0.25 -11,0.5 -6.5,0 -9.5,0.5 -3,0.25 -3,-0.25 0,-0.5 1.5,-0.75 l 1,0.25 q -0.25,0.25 0,0.25 0.5,0 1.75,-0.25 1.25,-0.5 3,-0.75 1.75,-0.25 3.25,-0.75 l 1.5,-0.25 h -1.25 l -0.25,-0.5 -7,0.25 q -2.25,0.25 -3,0.5 -1,0.25 0,-0.5 0.75,-0.75 2.25,-0.75 1.5,0 1.75,0 0.25,0 2.5,-0.5 2.25,-0.25 2.25,-0.75 0,-0.75 -0.75,-0.75 -0.25,0 -0.25,0.25 -0.25,0 -0.25,0 l -0.75,0.5 q -0.75,0 -3,0.25 l -1.75,-0.25 q 0.25,-0.5 1.25,-0.25 0.75,0 1.75,-0.5 1,-0.5 1.75,-0.5 0.75,0 0.5,-0.5 -0.5,-0.5 -1.25,0 -0.75,0.25 -2,0.25 -1.5,0 -2.5,0 -1,0 -1,-0.25 0,-0.5 0.75,-0.25 0.5,0.25 1.25,-0.5 0.5,-1 0.25,-1 -0.5,0 -0.75,0.5 -0.25,0.5 -0.75,0 -0.75,-0.5 -1,0 -0.5,0.5 -0.75,0.25 -0.25,-0.5 -1.5,0.25 -1.25,0.5 -1.5,0.5 -0.25,-0.25 -0.25,-1 0,-1.25 1,-1 0.75,0.25 0.75,-0.25 0,-0.75 -1.25,-0.25 -0.75,0.25 -1.5,0.5 -0.75,0 -1.25,0 -0.5,0 -0.5,-0.25 0,-0.25 -0.75,0 -0.75,0 -1,-0.5 -0.25,-0.25 -0.25,-0.25 0,0 0.25,0 0.5,0.5 0.5,-0.25 0,-0.75 1.25,-0.5 1,0.25 1,-0.25 0,-0.5 0.75,-0.25 0.5,0.25 0.75,-0.25 0.25,-0.5 0.75,-0.25 0.25,0.25 0.5,0.25 0.25,-0.25 0,-0.5 0,-0.5 2.25,-1 l 2,-0.5 -2.25,0.25 q -2.5,0.25 -2.75,0.75 h -0.25 q 0,-0.25 -0.75,0.25 -1.25,1 -1.25,0 0,-0.25 0.25,-0.5 0.5,-0.75 1,-0.5 0.25,0.25 6,-1.75 2.25,-0.75 2.75,-0.5 0.5,0.25 0.5,-0.25 0,-0.5 0.5,0 l -0.25,-0.75 q -1,-0.75 -1.5,-0.25 -0.5,0.25 -1.75,0.5 -1.5,0 -2.5,0.5 -0.75,-0.25 -0.75,-0.25 0.25,-0.5 0,-0.5 -0.5,0 -0.5,0.5 -0.25,0.25 -3.25,0.75 -3.25,0.5 -3.5,0.25 -0.5,-0.5 0.25,-0.75 0.25,0 0.5,0 1,-0.25 1.75,-0.5 0.75,-0.5 1.5,-0.5 0.75,0 1.75,-0.25 6.75,-1.75 7.75,-1.5 1,0 1,-0.5 0,-0.75 6.75,-2.5 l 2.25,-0.5 -3,0.25 q -3.25,0.25 -4.25,0.25 -1,0 -1,0.5 0,0.25 -2,0 -2,-0.25 -2,0.25 0,0.25 -0.75,0.25 -1,0 -1.75,0.25 -0.75,0.25 -0.75,0 0,-0.75 3,-1.25 3,-0.75 5.5,-0.75 2.25,-0.25 2.25,-0.5 0,-0.5 0.75,-0.75 0.75,-0.5 1.25,-0.25 0.25,0.25 -0.25,0.25 -0.5,0 -0.5,0.5 0,0 0.25,0 0.5,0 1.25,0 0.75,0 1.5,-0.25 3.25,-0.5 6,-0.75 3,-0.25 3.25,-0.75 0.25,-0.5 -1,-0.25 -1,0.25 -1.25,0 l 1,-0.5 q 3,-0.25 6.5,-0.75 2,-0.25 2.25,0.5 0.25,0.5 0.5,0 0.75,-1.25 2.5,0 0.75,0.5 1.5,0.25 0.75,-0.25 0.75,-0.75 -0.25,-0.5 3.75,-0.5 4.25,-0.25 4.25,0 0,0.25 0.25,0.25 0.5,0 1,0 0.5,-0.25 0.75,-0.5 h 0.5 q -0.5,0.5 0.25,0.5 0.75,0 0.75,-0.25 0,-0.5 1.25,-0.5 0.75,0 1,0.25 0.25,0 0,0.5 0,0.25 0.25,0.25 0,0 0.5,-0.25 0.5,0 0.5,0 l 2.75,0.5 q 0.5,0 1,0 l 3.5,-0.5 q -0.5,-0.25 -0.25,-0.25 0.25,0 0.75,0.25 1.25,0.25 4.25,0.5 3.25,0 4.75,0.5 1.75,0.25 3,0.5 l 0.25,0.25 0.5,0.25 q 4,-0.75 9.5,0 2.25,0.25 5.75,0.75 3.75,0.5 4.25,0.75 0.75,0.25 1.75,0.25 3.25,0.25 13.25,3.5 13.75,4.75 15.5,6.25 2.5,2.5 3.5,2.5 0.75,0 1.5,0.75 1,0.5 0,0 -1.25,-0.5 -1.25,0 0,0.25 1.75,1.25 2,1 2.5,1 0.25,0 -1,-1 l -1,-0.75 1.25,0.5 q 1,0.5 1,0.75 0,0.25 1.5,2 z m -133,-2.75 q 0.25,0 0.5,-0.5 0.25,-0.75 -0.25,-0.75 -0.5,0 -0.5,0.75 0,0.5 0.25,0.5 z m 9.5,2 q 0.5,0 1,-0.25 l 0.25,-0.5 q -0.5,0 -1,0.5 z m 2.5,1.75 q 0,0 -0.25,-0.5 -0.5,-0.25 -1,-0.25 l 0.25,0.25 q 0.75,0.5 1,0.5 z m 0.75,-2 q 0.5,0 0.5,0 -0.25,-0.5 -0.75,-0.5 z m 3.25,-14.25 q 0,0 0.25,0.5 l 0.75,-0.25 q -0.5,-0.25 -1,-0.25 z m -0.75,18.25 q 0,0.25 0.5,0.25 l 0.5,-0.25 q -0.5,-0.25 -1,0 z m 0.75,1.75 q 1,0 1,-0.25 -0.75,0 -1.75,0 -0.5,0.25 0,0.25 0.25,0 0.75,0 z m 3,-19.25 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 0.25,-0.75 q 0.25,-0.25 0.5,-0.25 -0.5,-0.25 -1.25,0 0.25,0.25 0.75,0.25 z m 6.5,-4 q -0.25,0.5 0.25,0.5 0.75,0 0.75,-0.25 0,-0.25 -0.5,-0.25 -0.25,-0.25 -0.5,0 z m 2.25,0 q -0.5,0.5 0.5,0.5 1,0 0.5,-0.5 -0.5,-0.5 -1,0 z m 3.25,0 q 0.25,0 0.5,-0.25 -0.5,-0.25 -1,0 0.25,0.25 0.5,0.25 z m -4.75,148 q 0,0 0.75,-8.5 v -2.75 l -0.5,3 q -0.75,6.5 -0.25,8.25 z m 1.25,-18.25 q 0,0 0.25,0.5 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 z m 0.25,48.5 q 0.5,0 0.5,-0.25 0,-0.5 -0.5,-0.5 -0.25,0 -0.25,0.5 0,0.25 0.25,0.25 z m 1,-20 q 0,-1.75 0,-3.75 -0.25,1 -0.25,2 v 2 z m 0.5,-41.25 q 0,0 0.25,0.5 0.25,-0.5 0,-1.25 -0.25,0.5 -0.25,0.75 z m 0.25,47.25 q 0.25,-1.5 0,-2.75 0,0.5 -0.25,1.25 l 0.25,1.75 z m 15.25,-162 q 0,0 0.75,-0.25 -0.25,-0.25 -1,0 z m 0,28.75 q 0.25,0 0.5,-0.25 0.25,-0.5 -0.25,-0.5 -0.25,0 -0.25,0.5 0,0.25 0,0.25 z m -5.75,-31.25 q 1,0 3.25,-0.25 2.5,-0.25 2.75,-0.5 h -1.75 q -1.75,0.25 -3.75,0.25 z m 4.25,34.5 q 0,0 0.25,0 0.75,-0.75 0.75,-1.5 0,-0.75 -0.25,0 -0.25,0.75 -0.75,1.5 z m -13,113.75 q 0.25,-0.75 0,-1.25 -0.25,0.25 -0.25,0.5 0.25,0.5 0.25,0.75 z m 0.5,9 q 0.25,-0.5 0,-1.25 0,-0.5 -0.25,-0.25 0,0.25 0,0.75 0.25,0.5 0.25,0.75 z m 1.5,18.75 q 0.25,0 0.25,-3.25 0.25,-3.25 -0.25,-3.5 -0.5,-0.25 -0.5,2.5 0,4.25 0.5,4.25 z m 0.25,-50.75 q 0.25,-0.25 0,-1 l -0.25,0.25 z m 1,63.25 q 0.25,-0.25 0,-2.5 l -0.25,-2 -0.25,2.5 z m -0.25,-5.75 q 0,0 0,0.5 0.25,-0.5 0,-1 0,0.25 0,0.5 z m -0.5,-102.75 q 0,0 1,-7.75 l -0.25,0.5 q -0.75,1.75 -2.25,12.75 -1.25,11 -1.25,16.5 -0.25,4.5 0,3.5 0.25,-1.25 1.25,-11 0.5,-7.5 1.5,-14.5 z m 4,118.75 q 0,0 -0.25,-2 v 0.5 q -0.25,0.75 -0.5,2 0,1 0,1.75 0.25,0.75 0.5,0.75 0.25,0 0.25,-3 z m -0.25,-4.25 q 0.25,2.5 0.25,0.25 0.25,-1 0,-2.5 0,-2.75 0,-2.75 0,0 -0.25,1.5 -0.25,2.25 0,3.5 z m 0.25,-121.5 q 0.25,-0.5 0,-1 0,0.25 -0.25,0.5 0.25,0.5 0.25,0.5 z m 0.25,-2.25 q 0.5,-0.25 0.25,-1 l -0.5,0.25 z m -2,-3.25 q 1.25,-6.5 4.75,-20.5 0.75,-2.5 2,-6.25 1.25,-4 1,-4.25 l -0.75,1.5 q -0.5,1.75 -0.75,2 -0.25,0.5 -2,7.25 -0.5,1.25 -1.75,5.75 -0.75,2.5 -0.75,3.5 -0.25,1.25 -1,4.25 -0.5,2.75 -1,5.25 -0.5,2.5 -0.75,4.25 -0.25,1.5 0,1.5 0.25,0 1,-4.25 z m 2.75,129.75 q 0,0.5 0.25,0.5 0.5,0 0.25,-0.5 -0.25,-0.75 -0.5,-0.75 0,0 0,0.75 z m 0,-3 q 0,0 0.25,0.5 0.25,-0.25 0,-0.75 z m 0.75,-4.5 q 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 z m 0,-3 q 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 z m 4.75,-22 q 0.25,-0.25 0,-1 l -0.25,0.25 z m -2.75,-109 q 0.75,-2.75 2.75,-10.25 2.25,-7.5 2,-7.75 l -0.5,1.25 q -0.5,1.25 -2.25,7.25 -1.75,5.75 -2.75,10.75 -1,5 -1.75,7.5 -1,4.25 -0.5,4 0.25,0 0.5,-1.25 0.5,-3 1.75,-7.75 0,-0.25 0,-0.75 0.25,-0.75 0.5,-1.5 0.25,-1 0.25,-1.5 z m 5,91.75 q 0,-0.75 0,-1.5 -0.25,0.25 -0.25,0.75 0,0.75 0.25,0.75 z m 12,-147.5 q 0,0 0.25,0.25 l 0.5,-0.25 q -0.25,-0.25 -0.75,0 z m -2.5,0.25 q 0,-0.25 -1,-0.25 -0.75,0 -0.75,0.5 0,0.25 0.75,0 1,-0.25 1,-0.25 z m -1.5,81.5 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m -0.75,3 q -0.25,0.5 -0.25,0.5 0,0.5 0.25,0.75 0.25,-0.75 0,-1.25 z m -5.75,-51.25 q -0.25,0 -0.75,1 -0.25,0.75 0,0.75 0.5,0 0.75,-0.75 0.25,-1 0,-1 z m -1.25,109.5 q 0,0 0.5,0.5 0.25,-0.75 -0.25,-1 -0.5,-0.5 -0.25,0.5 z m 0,-5 q 0.25,1.25 0.5,0.75 0.5,-0.75 0.5,-1 0,-0.5 -0.5,-0.25 0,0.25 -0.25,0 0,-0.25 0,-0.5 l -0.25,-0.5 q -0.25,0.25 0,1.5 z m 1.25,-13.25 q 0.25,-1.25 0.25,-2.25 0.25,-1 0.25,-1.5 0,-0.75 -0.25,-0.75 -0.5,0 -0.5,1 0,0.75 -0.5,5.5 -0.25,2.5 -0.5,4.25 0,1.75 0,3 0,1 0,1.5 0,0.5 0.25,0.5 0.25,0 0.25,-0.5 0.25,-8.5 0.75,-10.75 z m 0.75,-8 q 1,-10.25 1.75,-9.5 l 0.25,-0.25 q 0,-0.25 -0.25,-0.5 -0.25,-1.5 0.75,-7 l 0.5,-5.75 q 0,0.25 0,0.75 -0.5,1.5 -0.75,3 -1.25,7.75 -2.25,15.25 -0.5,5.5 -0.75,6.25 0,0.75 0.25,0.75 0.25,0 0.5,-3 z m 2.25,12.5 q 0.25,-1 0,-2.25 v 0.25 q 0,0.5 0,0.75 v 1.5 z m -0.25,14.75 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0,-10 q 0,-1.75 0.5,-1.75 0.5,0 0.25,-1 0,-1 -0.25,-0.25 l -0.5,0.25 q 0,-0.5 -0.25,-0.25 -0.25,0.25 -0.25,2 0.25,1.75 -0.25,2.25 -0.25,0.5 -0.25,3.5 0.25,2.75 0.5,2.75 0.5,0 0.25,-3 -0.25,-3 0.25,-2.75 z m 0.75,-10.5 q 0.25,-1.25 0.5,-1.25 0.5,0 0.5,-0.25 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.5,1.5 z m 1.25,-5.25 q 0,0 -0.5,-1.75 0,-0.5 0,-0.5 -0.25,1.25 -0.5,1.25 -0.25,0 0,2 0.25,1 0.25,0.75 0.25,-1.25 0.5,-1.25 0.5,0 0.5,-0.25 0,-0.5 -0.25,-0.25 z m -0.5,-26.5 q 0,0 0.25,0.5 0,-0.5 0,-1 -0.25,0.25 -0.25,0.5 z m 0,-90.5 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 0.25,88.5 q 0,0 0.5,-0.25 0.25,-1.25 0.25,-2.25 l -0.25,0.25 q -0.5,1 -0.5,2.25 z m 2.25,12.25 q 0,0 0,-1.25 l -0.25,-1 q -0.25,1 -1,5 -0.5,3.75 -0.5,4.25 l 0.25,-0.25 q 0.5,-0.5 0.75,-0.5 v -0.25 q 0,-0.75 0,-2 0,-1.5 0.25,-2.75 0.25,-1.5 0.5,-1.25 z m 2,-12 q 0,-2.25 -0.25,-2 0,0.25 -1,5 -0.75,4.5 -0.75,5 l 1.25,-4.5 v -0.25 l 0.25,-1.25 z m 0,-90 q -0.5,0 0,0.5 0.5,0.5 0.25,0.75 v 0.25 q 0.5,-0.25 0.5,-0.75 0,-0.75 -0.75,-0.75 z m 0.5,85.75 q 0.25,-0.5 0.5,-2.25 0.25,-1.75 0,-0.75 z m 0.75,-4.75 q -0.25,0.5 0,0.5 0.5,0 0.5,-0.5 0,-0.75 -0.25,-0.75 0,0 -0.25,0.75 z m 0.75,-1.75 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0,-78.5 q 0,0 0.25,0.5 0.5,0 0.5,0 -0.25,-0.5 -0.75,-0.5 z m 0.5,76.5 q 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 0.25,0.5 0.25,0.5 z m 0.5,-3 q -0.25,1 0,0.5 0.5,-0.5 0.5,-1 z m 2,-4 q 0,0 0,-0.25 -0.5,0 -0.25,-1 l -0.25,-0.25 q -0.5,0.75 -0.75,2.25 -0.25,1.25 -0.25,1.25 0.25,0 0.5,-0.5 0.5,-1.25 1,-1.5 z m -0.25,-3.25 q 0,0 0.25,0.75 0.25,-0.25 0,-1 z m -0.75,-65.5 q 0,0.25 0.75,0.25 1,0 1,-0.25 0,-0.5 -1,-0.25 -0.75,0 -0.75,0.25 z m 2.25,61.75 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0.25,-2.25 q 0,1 0.25,0.25 0.5,-1 0.5,-1.25 0,-0.5 -0.5,-0.25 -0.25,0.25 -0.25,1.25 z m 1.75,-3.75 q 0,0 -0.25,-0.5 -1,1.75 -0.25,1.75 0.25,-0.25 0.5,-1.25 z m 1,-3.25 0.25,-1 -0.5,1 -0.75,1.75 0.25,-0.25 q 0.5,-0.5 0.75,-1.5 z m 1.75,-5 0.25,-1.25 -0.75,1.25 q -0.5,1 -0.5,1.75 0,0.5 0.25,0 0.5,-0.75 0.75,-1.75 z m 1.25,-5 q -0.25,0.75 0.25,0.25 0.5,-0.5 0.25,-0.75 -0.25,-0.25 -0.5,0.5 z m 0.25,-9.5 q 0.5,-0.25 0.5,-1 0,-0.75 -0.5,0 -0.5,1 0,1 z m 1.25,-3.25 q 0,0 0,-1 0,0.25 -0.25,1 -0.25,0.5 -0.5,1 0,0.25 0,0.25 0.25,0 0.75,-1.25 z m 1,-30 q 0,0 -0.25,0.5 -0.25,0.25 0,0.25 0.5,0 0.5,-0.25 0,-0.5 -0.25,-0.5 z m 0.25,36.5 q 0.5,-0.75 0.5,-1 h -0.5 q -0.25,0.75 -0.25,1.25 z m 3.25,-35.25 q 0,0 -0.25,-0.5 -0.5,-0.25 -1,-0.25 l 0.25,0.25 q 0.75,0.5 1,0.5 z m 9,1.75 q 0.75,-0.25 0.75,-0.25 -0.5,-0.25 -1.25,0 0,0.25 0.5,0.25 z m -1.5,-1.25 q 3.25,0.25 3.5,0.25 0.5,-0.5 -6.25,-1 h -2.25 q 0.5,0.25 0.75,0.5 0.25,0 0,0.5 0,0.25 0.25,0.5 0.5,0 1.25,0 h 1.75 l -1.5,-0.25 q -2.75,-0.5 -0.5,-0.75 1.25,0 3,0.25 z m 4,1.75 q 0,0 0.75,-0.25 -0.25,-0.25 -1,-0.25 z m 0.25,-1.25 q 0,0 3,0.25 0,-0.25 -1.75,-0.5 -1.25,0 -1.25,0.25 z m 4.5,0.75 q 0.25,0 0.5,0 0.25,-0.25 0,-0.5 -0.25,-0.25 -0.75,0 -1.5,0.5 0.25,0.5 z m 3.25,0.25 q 0.5,0 0.75,-0.25 -0.75,0 -1.25,0 0.5,0.25 0.5,0.25 z m 2.25,0.5 q 0.5,0 0.5,-0.25 -0.5,-0.25 -1,0 0.25,0.25 0.5,0.25 z m 2.75,0.5 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 2.5,0.75 q 0,0.25 0.5,0.25 0.75,0 0.75,-0.5 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.5,0.5 z m 25.75,13 q 0,0 0.25,0.5 0.75,0.25 1.25,0.25 l -0.25,-0.25 q -0.75,-0.5 -1.25,-0.5 z m -6.25,-7.25 q 0,0 -1.5,-0.25 l 0.25,0.25 q 0.75,0.5 1.5,0.25 z m -3.75,-1.25 q 0,-0.5 -1,-0.5 -1,0 -0.25,0.5 1,0.25 1.25,0.25 z m -2.75,-1.25 q -1,-0.5 -1.75,-0.25 0.5,0.75 2.5,1 z m -3.5,-1.25 q 0,0 -3.5,-0.75 0.25,0.25 1.75,1 1.75,0.5 2.5,0.5 0.25,0 0,-0.25 -0.25,-0.25 -0.75,-0.5 z m -1.25,29.75 q 0,0 -0.75,-0.5 -1,-0.5 -2.5,-0.75 l -1.5,-0.5 1.25,0.75 q 1.5,1 3.5,1 z m -1,-27.75 q 0,0 2,0.25 -0.25,-0.25 -1.5,-0.5 -0.5,0.25 -0.5,0.25 z m 8,31.25 q 0,0 0.5,-0.25 -0.25,-0.25 -3.5,-1.5 -3,-1.5 -3.25,-1.5 z m 1.5,0.75 q 1.25,1.5 1.25,0.75 0,-0.5 -1,-1 z m 3.75,1.25 q -0.25,0 -1,-0.5 -0.75,-0.5 -1,0 0,0.25 0,0.25 0,0 0.25,-0.25 0.5,-0.25 0.5,0.25 0,0.5 0.75,0.5 z m -1,-11.25 q -1,-0.5 -1.5,-0.5 -0.25,0 0.75,0.5 1.5,0.75 1.25,0.75 0,-0.25 -0.5,-0.75 z m -0.75,4 q 0,0.25 0.5,0.25 0.75,0 0.75,-0.5 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.5,0.5 z m 3.5,-15.75 q 1,0.25 1,-0.25 -0.25,-0.5 -1,-0.25 -0.5,0.25 0,0.5 z m -6,-7.5 q 0,0 7,2 l -0.25,-0.25 q -1,-0.75 -2,-0.75 -1,0 -1,-0.25 0,-0.25 -1,-0.25 -0.75,-0.25 -1,-0.5 -0.25,-0.5 -0.75,-0.5 l -3,-1 -1,-0.25 q -1.25,0 -2.5,-0.25 z m 11,10.75 q 1.5,0.75 1.5,0.5 0,-0.25 -1.5,-1 z m 2.75,0.25 q 0.5,0 -0.25,-0.75 -0.75,-1 -3.25,-2 -2.25,-1.25 -2.5,-1 l 0.5,0.25 -0.25,0.5 q -0.5,0.5 0.25,0.25 0.75,-0.25 1,0.25 0.25,0.25 2.25,1.5 2,1 2.25,1 z m 0,-4 q 0,0 0.75,-0.25 -0.25,-0.25 -1,0 z m 1.5,1 q 0.25,0.5 0.25,0.5 0.25,0 0.25,-0.5 0,-0.5 -0.5,-0.5 -0.25,0 0,0.5 z"/></g></svg>
diff --git a/docs/marca/logotipo-naranja.svg b/docs/marca/logotipo-naranja.svg
deleted file mode 100644
index 1f2ffe9..0000000
--- a/docs/marca/logotipo-naranja.svg
+++ /dev/null
@@ -1 +0,0 @@
-<svg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 1170 192" width="1170" height="192"><g transform="translate(4.76,-26.8)"><path fill="#111111" d="m 107.6,52.6 q 1.6,1.4 1,2.4 -0.4,0.6 -0.6,0 -0.2,-0.4 -1.8,-1.2 -1.4,-0.8 -1.6,-0.6 l 0.8,0.6 q 1.8,1.4 1.8,2.2 -0.4,0.2 0.2,1 l 0.4,0.4 q -0.4,-0.2 -1,0.2 l -0.2,0.2 q 0.2,-0.4 -0.2,-0.8 -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.6 V 58 L 105,57.4 q -0.8,-1 -2.6,-1.6 -1.6,-0.6 -2,-0.2 -0.2,0.2 0.8,0.6 1,0.4 1.2,0.4 0.2,0 1.2,0.8 0.4,0.6 0.6,0.6 -0.4,-0.2 -0.4,0.2 0,0.6 1,0.4 0.4,0 0.2,1 -0.2,0.6 -0.4,0.6 -0.6,-0.2 -1,-0.2 0.2,0.2 0,0.2 0,0 -0.2,0 -0.4,-0.4 -0.2,-0.6 0.2,-0.4 -0.4,-0.4 -0.4,-0.2 -0.8,0 -0.4,0.2 0.2,0.8 0.6,0.6 0.2,1.6 -0.4,0.8 0.4,1.6 1,0.6 1,1.2 0,0.4 -1,-0.2 -0.8,-0.8 -1.2,-0.6 -0.2,0.2 -0.2,0 0,-0.4 -0.6,-0.6 -0.4,-0.2 -0.4,0 0.2,0.2 0.4,0.4 0.4,0.8 0.6,1.2 0.4,0.2 0.4,0.6 0.2,0.2 0.2,0.4 0.2,0.2 0.2,0.6 0,0.2 1,1.2 0.6,0.6 0.4,0.8 -0.8,-0.2 -0.8,0.2 0,0.2 1,0.2 1.4,-0.2 2.2,1.6 0.6,0.8 0,1.4 -0.4,0.4 -0.8,0 -0.4,-0.6 0,-0.8 0.6,0.2 0.6,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -1.6,-0.8 -2.4,-1.6 0,0.8 1.4,1.4 1.4,1.6 0,1 -2.4,-1.4 Q 100.8,69 99,68.2 l -1.8,-0.6 1,1 q 1.2,1 1.4,1 0.2,0 0.8,0.6 0.8,0.6 1.8,1.4 l 0.4,0.6 Q 102,72 102,72.4 q 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -1.2,-0.4 -1.2,-1 -1.6,-1 -0.4,0 -0.2,-0.2 0.2,-0.4 0.6,-0.2 V 71 q -0.2,-0.4 -0.6,0 -0.2,0.2 -1.4,-0.2 l -1,-0.6 1,0.8 q 1,1 1,1.4 0.2,1.6 1,1.6 0.6,0 0.6,0.8 l 0.2,1 -1,-1 q -1.2,-1.2 -4.6,-3 -3.4,-1.8 -4.2,-1.6 -0.4,0 -3.6,-1.4 -3,-1.4 -3.4,-1.4 -0.2,0 -7.4,-2 -17,-4.8 -16.4,-3.2 0.4,0.6 -3.8,11.4 -0.8,2.4 -1.4,4.2 -0.6,1.6 -0.8,2 -0.2,0.2 -0.6,1.6 -0.8,2.6 -2.8,9.2 -2.8,9 -5.8,25.6 -0.8,5.4 -1,5.6 -0.2,0 -0.2,1.4 0.2,1.2 -0.8,1.8 -0.8,0.6 -0.8,2 0,1.2 0.4,1.6 v -1.2 q -0.2,-1.8 0.4,-2 0.6,-0.2 0.6,0.4 0,0.8 -0.6,6.2 -0.8,5.6 -1,8.6 -0.2,2.8 -0.6,2.6 v 0.4 q 0.2,0.6 0,5.2 -0.4,4 -0.8,4 -0.4,-0.4 -0.4,-1 l -0.4,-0.2 Q 40,152 40,154 q 0.2,1.8 0.4,1.8 0.4,0 0.4,-1.4 0,-0.8 0,-0.6 0.4,0.8 0.4,2.4 l -0.2,1 -0.2,-0.4 -0.2,0.2 0.2,1 q 0.4,-0.2 0.4,0.2 0,0.2 -0.4,0.4 -0.2,0.2 0,2.6 v 1.8 q -0.2,-0.4 -0.6,-3.6 L 40,156.2 v 3.4 q 0,3.4 -0.2,3.2 l -0.6,8 q 0,1 0,2.4 0,5 -0.4,5.2 -0.4,0 -0.4,0.4 0,0.4 0.4,0.2 0.2,-0.2 0.2,1.4 0,1.4 -0.2,3.4 0,1.8 -0.2,2.6 v 0.8 L 39,188 q 0.2,1 -0.4,1.2 -0.6,0 0,0.6 0.6,0.6 0,0.8 -0.6,0.2 -0.8,0.2 0,0 0.2,-0.6 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,-1.6 l 0.4,-1.4 q 0.4,0.2 0.4,-0.2 0,-0.6 -0.6,-0.4 h -0.4 q 0.2,-1.2 -0.6,-11 -0.2,-1.8 -0.6,-2 v 0.2 q 0.2,0.6 -0.6,0.8 -0.6,0.2 -1,1.2 -0.2,0.8 -0.2,8.6 0,7.8 -0.2,7.4 -0.2,-0.2 -0.2,0 -0.2,0.2 -0.2,0.4 -0.2,13.8 -0.4,14 Q 33,206 33,205 q 0,-1 0,-2.6 0,-1.4 0,-3.4 l -0.2,-4.8 q -0.2,2.2 -0.4,2.6 l -0.2,-0.6 0.2,-0.8 -0.6,0.8 q -0.6,0.8 -0.2,1.4 0.4,0.4 0,0.8 -0.4,0.4 -0.4,3.6 v 3 L 31,202 q -0.2,-3 -0.6,-3.2 l -0.2,0.6 q 0.2,1.2 0,3.4 0,2.2 0,4.4 0,2.2 -0.2,2 -0.2,-0.2 -0.4,-2.2 0,-2 -0.2,-2.2 0,0 0,-1.2 -0.2,-4.2 -0.8,-5.2 -0.4,-0.6 -0.4,-2 0,-1.4 -0.2,-3 l -0.4,-1.8 -0.2,2 q 0,0.8 0,-0.2 -0.2,-0.8 -0.2,-3.2 0,-5.2 -0.4,-6 -0.4,-1 -0.4,-2 v -1 q -0.2,0.2 -0.2,1.6 0,1.4 0,2.8 0.2,1.6 -0.2,2.2 -0.2,0.6 0,0.8 0.4,0.2 0.4,2.4 0,2 -0.4,2.4 -0.4,0.6 0,1 0.6,0.2 0.2,0.4 -0.4,0.2 -0.4,0.6 0,0.2 0.2,0 l 0.4,2.4 q -0.2,1 -0.2,1.2 -0.4,0.4 -0.2,0 0,-0.2 0,-0.6 0,-1 -0.2,-1 l -0.4,-7.2 q 0,-1.4 0,-3.2 l -0.2,-10.8 -0.2,23.4 -0.2,-14.4 -0.4,-12 -0.2,2.4 -0.4,-6.6 v 3.6 q 0,3.8 0.2,3.8 0.4,0 0.4,2.6 l -0.2,2 q -0.2,-0.8 -0.6,-0.8 -0.2,0 -0.2,11.6 0.2,11.4 -0.2,11.2 H 23 q 0.4,0.2 0,1.2 -0.2,1.2 0,2.6 0.2,1.2 0.4,0 0,-0.2 0,-1 l 0.2,-2.4 v 2.4 q 0.2,2.6 -0.2,2.6 -0.4,0 -0.4,1.4 l -0.2,-0.2 q -0.2,-0.8 -0.2,-2.2 -0.2,-3.8 -0.4,-4.6 Q 22,202 21.8,187 q 0,-0.2 0,-0.4 L 21.4,172 q 0,0.2 0,0.8 v 0.2 l -0.2,1.2 q -0.2,-0.4 -0.2,-3.4 0,-2.4 0,-5 0.2,-2.6 0.2,-4.2 0.2,-1.6 0.4,-1.4 0.2,0 0,4.8 0,1.2 0,2.4 0,1 0,1.6 0.2,0.6 0.2,0.4 0.2,0 0.2,-6.6 l 0.2,-5.4 q -0.2,1.2 -0.6,1.6 -0.4,0.4 0,-4.4 0.2,-1.2 0.2,-2.4 0.2,-1.6 0.4,-4.2 0.2,-2.4 0.4,-3.6 0.2,-0.4 0.2,-0.6 0.2,-0.4 0.2,0.2 0,0.2 0,1 l 0.2,1.6 0.2,-2.2 q 0.2,-2.2 0.2,-2.4 l -0.2,0.4 q 0,0.6 -0.4,0.6 -0.2,0 -0.2,-0.2 0,-0.2 0,-0.8 0,-0.6 0,-1.4 0.2,-1 0.4,-2.2 0.2,-1 0.4,-8.6 0.2,-7.6 0.4,-9.6 0.6,-9.8 1.6,-17.4 3.4,-23.8 9.8,-40.2 1.4,-3.4 1.2,-3.6 -0.2,-0.2 -4.4,0 -4.2,0 -5.6,0.2 -4.2,0.6 -6.2,0 0.2,-0.2 0.6,-0.2 0.6,0 2.4,-0.2 1.8,-0.2 3.2,-0.4 1.2,-0.2 1.6,-0.4 0.6,-0.2 6,-0.4 1,-0.2 0.8,-0.4 -0.4,-0.4 -2,-0.2 -1.4,0.2 -4.2,0.4 -2.6,0.2 -2.4,0.4 0,0.2 -0.6,0.4 -0.4,0 -1.4,0 -0.8,0 -1.8,0 -4,0 -3.8,-0.2 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,0.2 0,0.4 -3.6,1 Q 13,59 13,58.6 13,58 13.8,57.8 l 0.4,0.2 1,0.2 q 0.8,-0.2 1.2,-0.6 0.2,-0.4 3,-0.4 2.8,-0.2 3,-0.4 0.4,-0.2 1.2,-0.4 H 20.8 Q 17.4,56.6 12,56.8 6.8,56.8 4.4,57.2 2,57.4 2,57 2,56.6 3.2,56.4 L 4,56.6 q -0.2,0.2 0,0.2 0.4,0 1.4,-0.2 1,-0.4 2.4,-0.6 1.4,-0.2 2.6,-0.6 l 1.2,-0.2 h -1 L 10.4,54.8 4.8,55 Q 3,55.2 2.4,55.4 1.6,55.6 2.4,55 3,54.4 4.2,54.4 q 1.2,0 1.4,0 0.2,0 2,-0.4 1.8,-0.2 1.8,-0.6 0,-0.6 -0.6,-0.6 -0.2,0 -0.2,0.2 -0.2,0 -0.2,0 l -0.6,0.4 q -0.6,0 -2.4,0.2 L 4,53.4 q 0.2,-0.4 1,-0.2 0.6,0 1.4,-0.4 0.8,-0.4 1.4,-0.4 0.6,0 0.4,-0.4 -0.4,-0.4 -1,0 -0.6,0.2 -1.6,0.2 -1.2,0 -2,0 -0.8,0 -0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 1,-0.4 Q 4.8,50.6 4.6,50.6 4.2,50.6 4,51 3.8,51.4 3.4,51 2.8,50.6 2.6,51 2.2,51.4 2,51.2 1.8,50.8 0.8,51.4 q -1,0.4 -1.2,0.4 -0.2,-0.2 -0.2,-0.8 0,-1 0.8,-0.8 0.6,0.2 0.6,-0.2 0,-0.6 -1,-0.2 -0.6,0.2 -1.2,0.4 -0.6,0 -1,0 -0.4,0 -0.4,-0.2 0,-0.2 -0.6,0 -0.6,0 -0.8,-0.4 -0.2,-0.2 -0.2,-0.2 0,0 0.2,0 0.4,0.4 0.4,-0.2 0,-0.6 1,-0.4 0.8,0.2 0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 0.6,-0.2 0.2,-0.4 0.6,-0.2 0.2,0.2 0.4,0.2 0.2,-0.2 0,-0.4 0,-0.4 1.8,-0.8 l 1.6,-0.4 -1.8,0.2 q -2,0.2 -2.2,0.6 h -0.2 q 0,-0.2 -0.6,0.2 -1,0.8 -1,0 0,-0.2 0.2,-0.4 0.4,-0.6 0.8,-0.4 0.2,0.2 4.8,-1.4 1.8,-0.6 2.2,-0.4 0.4,0.2 0.4,-0.2 0,-0.4 0.4,0 L 6.4,44.2 Q 5.6,43.6 5.2,44 q -0.4,0.2 -1.4,0.4 -1.2,0 -2,0.4 -0.6,-0.2 -0.6,-0.2 0.2,-0.4 0,-0.4 -0.4,0 -0.4,0.4 -0.2,0.2 -2.6,0.6 -2.6,0.4 -2.8,0.2 -0.4,-0.4 0.2,-0.6 0.2,0 0.4,0 0.8,-0.2 1.4,-0.4 Q -2,44 -1.4,44 -0.8,44 0,43.8 5.4,42.4 6.2,42.6 7,42.6 7,42.2 q 0,-0.6 5.4,-2 l 1.8,-0.4 -2.4,0.2 q -2.6,0.2 -3.4,0.2 -0.8,0 -0.8,0.4 0,0.2 -1.6,0 -1.6,-0.2 -1.6,0.2 0,0.2 -0.6,0.2 -0.8,0 -1.4,0.2 -0.6,0.2 -0.6,0 0,-0.6 2.4,-1 2.4,-0.6 4.4,-0.6 1.8,-0.2 1.8,-0.4 0,-0.4 0.6,-0.6 0.6,-0.4 1,-0.2 0.2,0.2 -0.2,0.2 -0.4,0 -0.4,0.4 0,0 0.2,0 0.4,0 1,0 0.6,0 1.2,-0.2 2.6,-0.4 4.8,-0.6 2.4,-0.2 2.6,-0.6 0.2,-0.4 -0.8,-0.2 -0.8,0.2 -1,0 L 20.2,37 q 2.4,-0.2 5.2,-0.6 1.6,-0.2 1.8,0.4 0.2,0.4 0.4,0 0.6,-1 2,0 0.6,0.4 1.2,0.2 0.6,-0.2 0.6,-0.6 -0.2,-0.4 3,-0.4 3.4,-0.2 3.4,0 0,0.2 0.2,0.2 0.4,0 0.8,0 0.4,-0.2 0.6,-0.4 h 0.4 q -0.4,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.4 1,-0.4 0.6,0 0.8,0.2 0.2,0 0,0.4 0,0.2 0.2,0.2 0,0 0.4,-0.2 0.4,0 0.4,0 l 2.2,0.4 q 0.4,0 0.8,0 l 2.8,-0.4 Q 48.8,36 49,36 q 0.2,0 0.6,0.2 1,0.2 3.4,0.4 2.6,0 3.8,0.4 1.4,0.2 2.4,0.4 l 0.2,0.2 0.4,0.2 q 3.2,-0.6 7.6,0 1.8,0.2 4.6,0.6 3,0.4 3.4,0.6 0.6,0.2 1.4,0.2 2.6,0.2 10.6,2.8 11,3.8 12.4,5 2,2 2.8,2 0.6,0 1.2,0.6 0.8,0.4 0,0 -1,-0.4 -1,0 0,0.2 1.4,1 1.6,0.8 2,0.8 0.2,0 -0.8,-0.8 l -0.8,-0.6 1,0.4 q 0.8,0.4 0.8,0.6 0,0.2 1.2,1.6 z M 1.2,50.4 Q 1.4,50.4 1.6,50 1.8,49.4 1.4,49.4 1,49.4 1,50 1,50.4 1.2,50.4 Z M 8.8,52 q 0.4,0 0.8,-0.2 l 0.2,-0.4 q -0.4,0 -0.8,0.4 z m 2,1.4 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 L 10,53 q 0.6,0.4 0.8,0.4 z m 0.6,-1.6 q 0.4,0 0.4,0 -0.2,-0.4 -0.6,-0.4 z M 14,40.4 q 0,0 0.2,0.4 l 0.6,-0.2 Q 14.4,40.4 14,40.4 Z M 13.4,55 q 0,0.2 0.4,0.2 L 14.2,55 q -0.4,-0.2 -0.8,0 z m 0.6,1.4 q 0.8,0 0.8,-0.2 -0.6,0 -1.4,0 -0.4,0.2 0,0.2 0.2,0 0.6,0 z M 16.4,41 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,-0.6 q 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 0.2,0.2 0.6,0.2 z m 5.2,-3.2 q -0.2,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.2 -0.4,-0.2 -0.2,-0.2 -0.4,0 z m 1.8,0 q -0.4,0.4 0.4,0.4 0.8,0 0.4,-0.4 -0.4,-0.4 -0.8,0 z m 2.6,0 q 0.2,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m -3.8,118.4 q 0,0 0.6,-6.8 v -2.2 l -0.4,2.4 q -0.6,5.2 -0.2,6.6 z m 1,-14.6 q 0,0 0.2,0.4 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0.2,38.8 q 0.4,0 0.4,-0.2 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.4 0,0.2 0.2,0.2 z m 0.8,-16 q 0,-1.4 0,-3 -0.2,0.8 -0.2,1.6 v 1.6 z m 0.4,-33 q 0,0 0.2,0.4 0.2,-0.4 0,-1 -0.2,0.4 -0.2,0.6 z m 0.2,37.8 q 0.2,-1.2 0,-2.2 0,0.4 -0.2,1 l 0.2,1.4 z M 37.2,39 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 0,23 q 0.2,0 0.4,-0.2 0.2,-0.4 -0.2,-0.4 -0.2,0 -0.2,0.4 0,0.2 0,0.2 z M 32.6,37 q 0.8,0 2.6,-0.2 2,-0.2 2.2,-0.4 H 36 q -1.4,0.2 -3,0.2 z M 36,64.6 q 0,0 0.2,0 0.6,-0.6 0.6,-1.2 0,-0.6 -0.2,0 -0.2,0.6 -0.6,1.2 z m -10.4,91 q 0.2,-0.6 0,-1 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.6 z m 0.4,7.2 q 0.2,-0.4 0,-1 0,-0.4 -0.2,-0.2 0,0.2 0,0.6 0.2,0.4 0.2,0.6 z m 1.2,15 q 0.2,0 0.2,-2.6 0.2,-2.6 -0.2,-2.8 -0.4,-0.2 -0.4,2 0,3.4 0.4,3.4 z m 0.2,-40.6 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.8,50.6 q 0.2,-0.2 0,-2 l -0.2,-1.6 -0.2,2 z M 28,183.2 q 0,0 0,0.4 0.2,-0.4 0,-0.8 0,0.2 0,0.4 z M 27.6,101 q 0,0 0.8,-6.2 l -0.2,0.4 q -0.6,1.4 -1.8,10.2 -1,8.8 -1,13.2 -0.2,3.6 0,2.8 0.2,-1 1,-8.8 0.4,-6 1.2,-11.6 z m 3.2,95 q 0,0 -0.2,-1.6 v 0.4 q -0.2,0.6 -0.4,1.6 0,0.8 0,1.4 0.2,0.6 0.4,0.6 0.2,0 0.2,-2.4 z m -0.2,-3.4 q 0.2,2 0.2,0.2 0.2,-0.8 0,-2 0,-2.2 0,-2.2 0,0 -0.2,1.2 -0.2,1.8 0,2.8 z m 0.2,-97.2 q 0.2,-0.4 0,-0.8 0,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z M 31,93.6 q 0.4,-0.2 0.2,-0.8 L 30.8,93 Z M 29.4,91 q 1,-5.2 3.8,-16.4 0.6,-2 1.6,-5 1,-3.2 0.8,-3.4 L 35,67.4 q -0.4,1.4 -0.6,1.6 -0.2,0.4 -1.6,5.8 -0.4,1 -1.4,4.6 -0.6,2 -0.6,2.8 -0.2,1 -0.8,3.4 -0.4,2.2 -0.8,4.2 -0.4,2 -0.6,3.4 -0.2,1.2 0,1.2 0.2,0 0.8,-3.4 z m 2.2,103.8 q 0,0.4 0.2,0.4 0.4,0 0.2,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 0,0.6 z m 0,-2.4 q 0,0 0.2,0.4 0.2,-0.2 0,-0.6 z m 0.6,-3.6 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-2.4 q 0.2,-0.4 0,-0.8 Q 32,185.8 32,186 Z M 36,168.8 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z M 33.8,81.6 q 0.6,-2.2 2.2,-8.2 1.8,-6 1.6,-6.2 l -0.4,1 q -0.4,1 -1.8,5.8 -1.4,4.6 -2.2,8.6 -0.8,4 -1.4,6 -0.8,3.4 -0.4,3.2 0.2,0 0.4,-1 0.4,-2.4 1.4,-6.2 0,-0.2 0,-0.6 0.2,-0.6 0.4,-1.2 0.2,-0.8 0.2,-1.2 z m 4,73.4 q 0,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.6 0.2,0.6 z M 47.4,37 q 0,0 0.2,0.2 L 48,37 q -0.2,-0.2 -0.6,0 z m -2,0.2 Q 45.4,37 44.6,37 44,37 44,37.4 q 0,0.2 0.6,0 0.8,-0.2 0.8,-0.2 z m -1.2,65.2 q 0.2,-0.2 0,-0.6 L 44,102 Z m -0.6,2.4 q -0.2,0.4 -0.2,0.4 0,0.4 0.2,0.6 0.2,-0.6 0,-1 z M 39,63.8 q -0.2,0 -0.6,0.8 -0.2,0.6 0,0.6 0.4,0 0.6,-0.6 0.2,-0.8 0,-0.8 z m -1,87.6 q 0,0 0.4,0.4 0.2,-0.6 -0.2,-0.8 -0.4,-0.4 -0.2,0.4 z m 0,-4 q 0.2,1 0.4,0.6 0.4,-0.6 0.4,-0.8 0,-0.4 -0.4,-0.2 0,0.2 -0.2,0 0,-0.2 0,-0.4 L 38,146.2 q -0.2,0.2 0,1.2 z m 1,-10.6 q 0.2,-1 0.2,-1.8 0.2,-0.8 0.2,-1.2 0,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.8 0,0.6 -0.4,4.4 -0.2,2 -0.4,3.4 0,1.4 0,2.4 0,0.8 0,1.2 0,0.4 0.2,0.4 0.2,0 0.2,-0.4 0.2,-6.8 0.6,-8.6 z m 0.6,-6.4 q 0.8,-8.2 1.4,-7.6 l 0.2,-0.2 q 0,-0.2 -0.2,-0.4 -0.2,-1.2 0.6,-5.6 L 42,112 q 0,0.2 0,0.6 -0.4,1.2 -0.6,2.4 -1,6.2 -1.8,12.2 -0.4,4.4 -0.6,5 0,0.6 0.2,0.6 0.2,0 0.4,-2.4 z m 1.8,10 q 0.2,-0.8 0,-1.8 v 0.2 q 0,0.4 0,0.6 v 1.2 z m -0.2,11.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-8 q 0,-1.4 0.4,-1.4 0.4,0 0.2,-0.8 0,-0.8 -0.2,-0.2 l -0.4,0.2 q 0,-0.4 -0.2,-0.2 -0.2,0.2 -0.2,1.6 0.2,1.4 -0.2,1.8 -0.2,0.4 -0.2,2.8 0.2,2.2 0.4,2.2 0.4,0 0.2,-2.4 -0.2,-2.4 0.2,-2.2 z m 0.6,-8.4 q 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,1.2 z m 1,-4.2 q 0,0 -0.4,-1.4 0,-0.4 0,-0.4 -0.2,1 -0.4,1 -0.2,0 0,1.6 0.2,0.8 0.2,0.6 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.2 z m -0.4,-21.2 q 0,0 0.2,0.4 0,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-72.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,70.8 q 0,0 0.4,-0.2 0.2,-1 0.2,-1.8 L 43,107 q -0.4,0.8 -0.4,1.8 z m 1.8,9.8 q 0,0 0,-1 l -0.2,-0.8 q -0.2,0.8 -0.8,4 -0.4,3 -0.4,3.4 l 0.2,-0.2 q 0.4,-0.4 0.6,-0.4 v -0.2 q 0,-0.6 0,-1.6 0,-1.2 0.2,-2.2 0.2,-1.2 0.4,-1 z M 46,109 q 0,-1.8 -0.2,-1.6 0,0.2 -0.8,4 -0.6,3.6 -0.6,4 l 1,-3.6 v -0.2 l 0.2,-1 z m 0,-72 q -0.4,0 0,0.4 0.4,0.4 0.2,0.6 v 0.2 Q 46.6,38 46.6,37.6 46.6,37 46,37 Z m 0.4,68.6 q 0.2,-0.4 0.4,-1.8 0.2,-1.4 0,-0.6 z m 0.6,-3.8 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.6 -0.2,-0.6 0,0 -0.2,0.6 z m 0.6,-1.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-62.8 q 0,0 0.2,0.4 0.4,0 0.4,0 Q 48,37.6 47.6,37.6 Z M 48,98.8 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.4,-2.4 q -0.2,0.8 0,0.4 0.4,-0.4 0.4,-0.8 z M 50,93.2 q 0,0 0,-0.2 -0.4,0 -0.2,-0.8 L 49.6,92 q -0.4,0.6 -0.6,1.8 -0.2,1 -0.2,1 0.2,0 0.4,-0.4 0.4,-1 0.8,-1.2 z m -0.2,-2.6 q 0,0 0.2,0.6 0.2,-0.2 0,-0.8 z M 49.2,38.2 q 0,0.2 0.6,0.2 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0 -0.6,0.2 z M 51,87.6 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.2,-1.8 q 0,0.8 0.2,0.2 0.4,-0.8 0.4,-1 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.2,1 z m 1.4,-3 q 0,0 -0.2,-0.4 -0.8,1.4 -0.2,1.4 0.2,-0.2 0.4,-1 z m 0.8,-2.6 0.2,-0.8 -0.4,0.8 -0.6,1.4 0.2,-0.2 q 0.4,-0.4 0.6,-1.2 z m 1.4,-4 0.2,-1 -0.6,1 Q 54,77 54,77.6 q 0,0.4 0.2,0 0.4,-0.6 0.6,-1.4 z m 1,-4 Q 55.6,72.8 56,72.4 56.4,72 56.2,71.8 56,71.6 55.8,72.2 Z M 56,64.6 q 0.4,-0.2 0.4,-0.8 0,-0.6 -0.4,0 -0.4,0.8 0,0.8 z M 57,62 q 0,0 0,-0.8 0,0.2 -0.2,0.8 -0.2,0.4 -0.4,0.8 0,0.2 0,0.2 0.2,0 0.6,-1 z m 0.8,-24 q 0,0 -0.2,0.4 -0.2,0.2 0,0.2 0.4,0 0.4,-0.2 Q 58,38 57.8,38 Z M 58,67.2 q 0.4,-0.6 0.4,-0.8 H 58 q -0.2,0.6 -0.2,1 z M 60.6,39 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 l 0.2,0.2 q 0.6,0.4 0.8,0.4 z m 7.2,1.4 q 0.6,-0.2 0.6,-0.2 -0.4,-0.2 -1,0 0,0.2 0.4,0.2 z m -1.2,-1 q 2.6,0.2 2.8,0.2 0.4,-0.4 -5,-0.8 h -1.8 q 0.4,0.2 0.6,0.4 0.2,0 0,0.4 0,0.2 0.2,0.4 0.4,0 1,0 h 1.4 l -1.2,-0.2 q -2.2,-0.4 -0.4,-0.6 1,0 2.4,0.2 z m 3.2,1.4 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,-0.2 z m 0.2,-1 q 0,0 2.4,0.2 0,-0.2 -1.4,-0.4 -1,0 -1,0.2 z m 3.6,0.6 q 0.2,0 0.4,0 0.2,-0.2 0,-0.4 -0.2,-0.2 -0.6,0 -1.2,0.4 0.2,0.4 z m 2.6,0.2 q 0.4,0 0.6,-0.2 -0.6,0 -1,0 0.4,0.2 0.4,0.2 z M 78,41 q 0.4,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m 2.2,0.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 2,0.6 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z m 20.6,10.4 q 0,0 0.2,0.4 0.6,0.2 1,0.2 l -0.2,-0.2 q -0.6,-0.4 -1,-0.4 z m -5,-5.8 q 0,0 -1.2,-0.2 l 0.2,0.2 q 0.6,0.4 1.2,0.2 z m -3,-1 q 0,-0.4 -0.8,-0.4 -0.8,0 -0.2,0.4 0.8,0.2 1,0.2 z m -2.2,-1 q -0.8,-0.4 -1.4,-0.2 0.4,0.6 2,0.8 z m -2.8,-1 q 0,0 -2.8,-0.6 0.2,0.2 1.4,0.8 1.4,0.4 2,0.4 0.2,0 0,-0.2 -0.2,-0.2 -0.6,-0.4 z m -1,23.8 q 0,0 -0.6,-0.4 -0.8,-0.4 -2,-0.6 L 85,66 l 1,0.6 q 1.2,0.8 2.8,0.8 z M 88,45.2 q 0,0 1.6,0.2 Q 89.4,45.2 88.4,45 88,45.2 88,45.2 Z m 6.4,25 q 0,0 0.4,-0.2 -0.2,-0.2 -2.8,-1.2 -2.4,-1.2 -2.6,-1.2 z m 1.2,0.6 q 1,1.2 1,0.6 0,-0.4 -0.8,-0.8 z m 3,1 q -0.2,0 -0.8,-0.4 -0.6,-0.4 -0.8,0 0,0.2 0,0.2 0,0 0.2,-0.2 0.4,-0.2 0.4,0.2 0,0.4 0.6,0.4 z m -0.8,-9 q -0.8,-0.4 -1.2,-0.4 -0.2,0 0.6,0.4 1.2,0.6 1,0.6 0,-0.2 -0.4,-0.6 z M 97.2,66 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z M 100,53.4 q 0.8,0.2 0.8,-0.2 -0.2,-0.4 -0.8,-0.2 -0.4,0.2 0,0.4 z m -4.8,-6 q 0,0 5.6,1.6 l -0.2,-0.2 Q 99.8,48.2 99,48.2 98.2,48.2 98.2,48 98.2,47.8 97.4,47.8 96.8,47.6 96.6,47.4 96.4,47 96,47 L 93.6,46.2 92.8,46 q -1,0 -2,-0.2 z M 104,56 q 1.2,0.6 1.2,0.4 0,-0.2 -1.2,-0.8 z m 2.2,0.2 q 0.4,0 -0.2,-0.6 -0.6,-0.8 -2.6,-1.6 -1.8,-1 -2,-0.8 l 0.4,0.2 -0.2,0.4 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 0.2,0.2 1.8,1.2 1.6,0.8 1.8,0.8 z m 0,-3.2 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 1.2,0.8 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 z"/><path fill="#111111" d="m 161.19992,128.8 q 0,0 0.2,0.4 -0.4,-0.2 -0.6,0.2 -0.2,0.2 -2,0.8 -3,1 -2.8,1.4 0.4,0 1.2,-0.2 0.8,-0.4 0.8,0 0,1 -5.8,3 -1.2,0.4 -1.2,0.8 0,0.2 -0.6,0.2 -0.4,-0.2 -1.8,0.4 -1.2,0.6 -1.2,0.8 0,1.4 2.4,11.4 1.2,5.2 3.4,12 0.8,2.6 0.8,3 l -0.6,-1 q -0.6,-1.4 -1.2,-2.2 -0.6,-1 -0.4,-1.2 h -0.6 -0.6 q 0.2,-0.4 -0.6,-2 l -0.8,-1.4 q 0,0.4 0.6,3 0.8,2.6 1.2,3 0.2,0.6 0.2,1.2 0,0.2 -0.4,-0.6 -0.4,-0.6 -1.4,-2.6 -1,-1.8 -1.2,-1.6 0,0 1,3 1,3 0.8,3.2 l -0.4,-0.8 q -0.4,-1 -0.8,-1.6 -0.2,-0.4 -0.2,-0.2 0,0.8 0.8,3.6 0.6,1.6 0.4,1.8 l -0.2,-0.2 q 0,-0.4 -0.4,-0.2 -0.4,0.2 0,0.6 0.4,0.2 0.4,1.6 l 0.4,1.2 q 0.2,-0.2 0.2,0.2 0,0.2 -0.4,0.6 -0.2,0.2 0,0.6 0.4,0.4 0.4,0.8 0,0.2 0.4,0.4 0.4,0 -0.2,-0.8 -0.6,-1 -0.2,-1 0.4,0 0.6,1 0.4,0.8 0.4,1 0,0.2 -0.4,0.2 -0.6,0 -0.4,0.4 0.2,0.2 0,0.2 0,0 -0.2,-0.2 -0.2,-0.2 -0.4,0.2 0,0.4 0.4,1 h 0.4 l 0.2,-0.2 q 0.2,0.2 -0.2,1 -0.2,0.6 -0.6,0 0,-0.4 -0.2,-0.8 -0.8,-1.6 -1,-1.6 -0.4,0 0.8,3.4 0.4,1 0.6,1.6 0.2,0.4 0.2,0.8 0.2,0.2 0,0.4 0,0 0,0 -0.6,0 -3.4,-7.4 -0.4,-0.8 -0.8,-1.6 -0.2,-0.8 -0.4,-1.2 -0.2,-0.4 -0.2,-0.4 -0.2,0 1,3.6 1.2,3.6 1,3.8 l -0.2,-0.2 q 0,-0.4 -0.4,-0.4 -0.4,0 -0.6,-0.4 -0.2,-0.4 -0.8,0 -0.4,0.4 0.2,0.4 0.6,0 0.6,0.4 0.4,0.6 1.4,1 l 0.6,1.2 -0.2,-0.2 -0.4,-0.2 -0.2,-0.2 q -0.4,-0.4 -0.8,0 v 0.4 q 0.4,0 0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.2 0.6,0 0.4,0 0,0.8 -0.4,0.8 -0.8,0.8 -0.4,-0.2 0,-0.8 0,-0.4 -0.4,-0.6 -0.2,0 -0.2,0.2 0,0 0.2,1 0.4,1.2 1.2,2.8 0.8,1.4 0.4,1.4 -0.8,0 -4.2,-8.2 l -1.8,-3.6 q -0.2,0.4 0,0.6 0.4,0.2 0.2,0.8 l 0.2,0.2 q 0.4,-0.2 0.4,0.8 0.2,1.2 0.2,1.6 0,0.6 0.4,1 0.6,0.2 0.2,0.6 -0.2,0.2 0.2,0.4 0.4,0 0.4,1 0.2,0.8 0.2,0.8 0.2,0 0.2,0.8 0.2,0.6 -0.2,0 -0.4,-0.6 -0.8,-0.4 v -0.2 q 0.4,-1 -0.4,-1.2 -0.2,0 -0.6,-0.2 -0.2,-0.4 -0.4,-1 0,-0.6 0.2,-1 0.2,-0.6 -0.6,-0.8 -0.8,-0.4 -0.8,-1.8 0,-1.4 -0.2,-0.8 -0.2,0.6 -1,-0.8 -0.6,-1.6 -0.4,-1.8 h -0.4 q -0.4,0.2 -0.2,-0.6 0,-0.4 0,-0.6 -0.4,0.2 -0.4,-0.2 l -0.2,-0.2 q -0.2,0.2 0.4,2.8 0.8,2.4 1.2,2.8 0.2,0.2 0.2,0.8 0.2,0.4 0.2,0.8 0,0.2 -0.2,0.4 -0.2,0 -0.4,-0.6 -2.4,-6 -3.8,-10.6 -0.8,-3.4 -2.2,-10 -1.2,-6.6 -1.2,-7.6 l -0.2,-0.6 -0.2,-0.4 q 0.2,-1.4 -0.8,-2.6 -0.4,0.6 -0.4,0 0,-0.2 -0.2,-0.4 0,-0.2 -0.2,-0.2 -0.4,0.2 -1.4,0.4 -1,0.2 -0.8,0.8 h -0.2 q -0.6,-0.6 -2.2,-0.2 -5.8,1.2 -12.2,1.8 -2.2,0.2 -9.6,0.4 -7.399999,0.2 -7.599999,0.4 -0.6,0.6 -1.8,4.8 -0.2,0.2 -0.6,1.4 -2.4,6.2 -5,15.8 -1.4,5 -1.8,6.2 -1.6,4.6 -2.2,11 l -0.6,2 -0.6,1.6 -0.4,1.2 q 0,0 0,-0.6 -0.2,-1 0,-1.2 0.4,-0.4 0.8,-6 l 0.2,-0.6 q 0.2,0.2 0.2,-2 0,-2.2 0.2,-2.2 0.4,0 0,-1 -0.2,-1.2 0.2,-1 0.4,0.2 0.4,0 0.2,-0.4 -0.4,-1.2 -0.6,-0.6 -0.8,-0.4 -0.2,0 0,0.8 -0.2,0.4 -0.2,0.4 -0.4,-0.4 -0.6,-0.2 0,0 0,0.8 0,1 0.4,0.4 l 0.2,-0.2 q 0,0.6 -0.4,0.8 -0.2,0 -0.4,-0.4 -0.4,-1.2 -0.6,-0.4 -0.2,0.4 0,1 v 0.8 q -0.6,-0.6 -1.8,1.8 l -0.4,0.2 q 0.2,-0.8 0.4,-1.8 0.2,-1 0.4,-1.2 l -0.4,-0.2 q -0.4,0.2 -0.4,-0.2 0,-0.4 0,-1 0.4,-1.4 0.6,-1.6 0.2,-0.2 0.2,-1.4 0.2,-1.4 0.4,-1.6 0.6,-0.4 -0.2,-1.6 l -0.2,-0.2 q 0.2,0.6 -0.4,2 -0.4,1.2 -0.4,1.6 0,1.6 -0.6,2.4 -0.4,0.6 -0.4,0.2 0,-0.4 0,-1.2 0.2,-1.8 0.6,-3 0.4,-1.4 0,-2 l -0.2,0.4 q 0.2,1 -0.2,1 -0.4,0 -0.4,0.6 0,0.6 -0.4,0.8 -0.2,0.2 -0.4,1.6 -0.2,1.4 -0.4,1.4 -0.4,0 -0.4,1 0,3.4 -0.8,3.4 -0.2,0 0,-1.8 0.2,-2.2 0.2,-3.2 l 0.2,-1 q 0.2,0.2 0.2,-1.6 l 0.2,-1.8 -0.6,1.8 q -0.4,1.8 -1,5 -0.2,1.4 -0.4,2.2 -0.2,0.8 -0.2,1.4 -0.2,0.4 -0.2,0.4 -0.2,0 -0.2,0 -0.2,-0.2 0.8,-6 1,-5.8 1.2,-7 l 0.2,-1.2 -0.6,1.4 q -0.6,1.4 -1,3.2 -0.6,1.8 -0.8,1.8 -0.4,0 -0.2,-0.6 2.6,-8.8 2.4,-9.6 l 0.2,-0.4 q 0.2,0.2 0.4,-0.6 0,-0.2 0.2,-0.4 0.2,-1.4 0.4,-2 1.4,-3 2.2,-9.2 0.8,-5.2 0.4,-5.2 -0.4,0 -1.8,-0.4 -1.4,-0.4 -2.6,-0.6 -1.2,-0.4 -1,-0.6 0,0 2.2,0.4 3,0.4 3.6,-0.2 0.2,0 0.2,0 0,-0.2 -0.2,-0.2 -0.4,0.2 -1.4,-0.2 -1,-0.4 -1.6,-0.4 -0.4,0 -0.2,-0.4 0.2,-0.2 0,-0.4 -0.4,-0.2 -0.8,-0.2 l -1.2,-0.4 h 1 1 l -0.8,-0.4 q -0.8,-0.4 -1.4,-0.4 -0.4,0 -0.4,0 -0.2,0 0,-0.2 0.2,-0.4 0.6,-0.2 v -0.4 q -0.2,-0.4 0.4,-0.2 0.4,0.2 0.4,-0.2 0,-0.4 -0.6,-0.4 -0.6,-0.2 0.6,-0.8 l 1.2,-0.6 -1.8,0.2 q -2.2,0.2 -2.2,-0.4 -0.2,-0.2 1.2,-0.4 2,-0.4 0.6,-0.8 -0.2,0 -0.8,0 l 0.2,-0.2 q 0.6,-0.4 0.6,-0.4 -0.4,-0.4 0.2,-0.4 0.2,0 0.6,0.2 l 1.2,-0.2 q -0.2,-0.4 -1,-0.4 -0.6,0 -0.6,0 0,-0.2 0.4,-0.4 0.6,-0.2 -0.2,-0.2 -0.2,0 -0.6,0 -1.4,0.2 -1.6,0 l 0.6,-0.6 q 0.8,-0.2 0.4,-0.4 -0.4,-0.2 -1,0.2 -0.6,0 -0.6,0 0.2,-0.4 1.4,-0.6 1.2,-0.4 1.6,-0.2 0.4,0.2 1.8,0 1.2,-0.2 1.2,-0.2 0.2,-0.2 -0.2,-0.6 -0.6,-0.4 0.2,-0.2 0.6,0 2.4,0.4 h 0.8 l -0.8,-0.4 q -0.8,-0.4 -1.2,-0.2 -0.2,0 -0.4,-0.4 0,0 0.2,-0.2 0.4,-0.2 0.8,-0.4 l 0.2,-0.4 q -0.8,0 -1.4,-0.4 -0.6,-0.2 0.2,-0.2 0.4,0 1,0 2,0.2 2,-0.2 0,-0.6 -1,-0.6 -1.2,0 -0.8,-0.2 0.6,-0.4 1.6,-0.4 1.2,0 1.2,-0.4 0,-0.4 0.4,-0.2 0.4,0.2 0.6,-0.4 0.4,-0.8 0.8,-2.8 2.6,-9 4,-12.2 0.4,-0.6 1.2,-3.2 1,-2.6 1.2,-3.2 0.4,-0.8 0.6,-1.6 l 0.2,-1 -0.6,1 q -0.4,0.8 -2,5.4 l -2.2,5.2 v -0.4 q 0,-1.8 1.6,-4.8 0.4,-0.6 0.6,-1.8 0.2,-1.2 0.6,-1.6 0.6,-0.6 0.6,-0.8 -0.2,-0.2 0.6,-2.2 1,-2.2 1.4,-2.6 0.4,-0.4 0.4,-0.8 0,-0.6 0.4,-1.4 0.6,-0.8 0.4,-1.2 -0.2,-0.2 -0.2,-0.2 0.2,0 0.4,0 0.4,0.2 0.4,0 0,-0.6 0.8,-2.2 0.6,-1.4 0.6,-1.6 0,-0.4 0.2,-0.2 0.2,0 0.2,0 0.2,0 0.2,-0.2 0,-0.6 0.2,-1.2 0.2,-0.8 0.6,-0.8 0.2,0 0,-0.4 -0.2,-0.4 0.2,-0.6 0.4,-0.4 0.4,-1 l 0.2,-0.6 q 0.2,0 0.799999,-1.4 0.8,-1.4 1.4,-3.2 0.8,-1.8 0.8,-2.2 0,-1 0.4,-1 0,0 0.6,-1 0.6,-1 0.6,-1.2 0,-0.4 0.4,-0.8 0.4,-0.4 0,-0.4 -0.2,0 0.2,-0.4 0.4,-0.6 1.8,-3 l 5.4,-10 v 0.4 l -0.4,1.4 q 0.2,-0.2 0.4,-0.6 0.8,-1.2 0.6,-1.8 l 0.2,-0.2 q 0.2,0.6 1,-0.8 1.4,-2.8 2.4,-2.8 0.4,0 0.8,-0.8 0.4,-1 0.8,-1.2 0.4,0 0.4,0.2 -0.2,0.2 -0.4,0.4 -0.4,0.8 -0.8,1.2 -0.4,0.2 -0.4,0.8 0,0.4 -0.6,1.2 -0.4,0.6 -0.4,0.8 0.2,0 0.6,0 0.6,-0.2 1.2,-0.8 0.6,-0.6 0.6,-1 0,-0.4 -0.6,0.4 -0.4,0.6 -0.4,0.2 0,-0.4 1.2,-1.8 1.2,-1.6 1.6,-1.8 0.4,-0.2 0.2,0.4 l -0.2,0.6 q -0.2,-0.2 -0.6,0.2 -0.4,0.2 -0.8,0.8 -0.2,0.4 -0.2,0.8 l 0.4,0.8 q 0.2,0 0.4,-1.2 0.2,-0.4 0.4,-0.6 0.2,-0.4 0.4,-0.2 0.4,0 0.8,-0.8 0.4,-0.8 0.6,-0.2 0.2,0.4 0.2,-0.2 0,-0.2 0.6,-1 0.8,-1 1.6,-1.6 0.8,-0.6 1,-0.4 0.2,0.4 0.2,0 0,-0.4 0.4,-0.2 0.4,0.2 0,0.6 -0.2,0.4 -0.6,0.4 -0.4,-0.2 -0.4,0.2 0,0 0,0.2 0,0 0.2,0 1,0 1.4,0.8 0.2,1.2 0.4,1.8 0,0.2 0.2,0 0.4,-0.2 0.4,0.6 0.2,0.6 0,4.6 -0.2,1 0.2,1.2 0.2,0.2 0.4,-0.4 0.2,-0.2 -0.2,-0.2 -0.4,0 0.2,-1.2 0.6,-1.2 0.4,-1.4 0.2,-3.6 1,-3.6 0.2,0.2 0.4,4 0.2,3.6 0.4,4 0.4,0.4 0,0.8 -0.4,0.4 0,0.4 0.4,0 0.2,0.6 -0.2,0.4 0,0.6 l 0.8,-1.4 0.6,-1.6 0.2,6 q 0,6 0,7 l 1,3.4 q 0.2,0 0.2,2.4 0.2,2.4 0.4,2.8 0.4,0.4 0.4,1.8 0.2,1.2 0.6,2.2 0.6,2.6 0.2,2.6 -0.8,0 -0.6,-1.8 0.2,-0.2 -0.2,-0.2 -0.2,0 -0.4,-1.2 0,-1.2 -0.2,-1.4 -0.2,-0.2 0,2.6 0.4,2.6 0.4,3.6 -0.2,4 0.6,4 0.6,0 1,1.8 0.4,1.6 0.6,1.6 0.4,0 0.2,-0.8 0,-0.2 -0.2,-0.8 -0.2,-0.8 -0.2,-1 0,-0.6 0,-0.8 0.2,-0.4 0.8,0.6 0,0.2 0.2,0.4 0.2,1.2 0,1.4 0,0 0.2,0.6 1.2,2 1.6,6.8 0.2,1 0.6,2.8 0.2,0.6 0.2,1 0.2,0.4 0.2,0.8 0.2,0.2 0.2,0.2 0,0 0.2,0.4 1.8,6.4 1.8,7.8 0,1 2.6,0.4 1.8,-0.4 3.6,-0.8 2,-0.4 4.4,-1.2 2.6,-0.8 3.2,-0.4 0.6,0.4 1.4,0.6 l 0.2,0.2 q -0.6,0 -0.6,0.4 0,0.4 -0.4,0.2 -0.2,-0.2 -0.2,0.2 0,0.4 -0.6,0.2 -0.2,-0.2 -0.4,0 0,0 0,0 0.2,0.6 -1.6,1.2 l -0.6,0.2 0.6,0.4 v 0.2 q -0.6,0.2 -0.8,0.8 -0.2,0.4 -0.6,0 -0.2,-0.6 -0.4,0 -0.2,0.4 -0.6,0.2 -0.2,-0.2 -2.4,0.6 -2,0.6 -2,1 0,0.8 1,-0.2 0.4,-0.4 0.4,0.4 v 0.6 l 2,-0.6 q 6,-2 6,-1.6 0,0.2 -1.6,0.6 -1.4,0.4 -2.2,0.8 -0.6,0.4 -1.2,0.4 -0.2,0 -0.4,0.2 0,0 0,0 0.2,0.4 1,0.2 0.6,-0.2 1.6,-0.2 1,-0.2 1.8,0 1,0 1,0 0,0.4 -1.2,0.8 v 0.4 l 0.6,0.2 q -0.2,0.2 -1.4,0.6 -1.2,0.2 -1.4,0.4 l 2.2,-0.2 q 0.6,-0.2 1.6,-0.4 4.4,-1.2 5.4,-0.2 z m -8,-8 q -0.6,0.2 -0.8,0.4 l 1.6,-0.4 q 0.6,-0.2 0.6,-0.4 -0.4,0 -1.4,0.4 z M 85.399921,174 q -0.2,-0.4 0.2,-1.6 0.4,-1.2 0.4,-1.4 l -0.8,1.4 q -0.6,1.6 -0.2,2 0.4,0.2 0.4,0.2 0.2,0 0,-0.6 z m 4,-52 q 0.4,-0.4 0.4,-0.8 l -0.4,0.2 q -0.2,0.4 -0.2,0.8 z m 1.2,-3.4 q 0.6,-1.2 0.4,-1.6 l -0.4,0.8 q -0.4,1 -0.4,1.4 0,0.4 0.2,-0.2 0.2,-0.2 0.2,-0.4 z m 4.6,-18.8 q 0,0.2 0.4,0.2 0.4,0 0.4,-0.2 0,-0.4 -0.4,-0.4 -0.4,0 -0.4,0.4 z m 0.8,-1.2 q 0,0.6 0.6,-0.6 0.4,-0.6 0.4,-0.8 0,-0.4 -0.6,0.4 -0.4,0.6 -0.4,1 z m 26.999999,-41 q 0,-0.4 -0.2,-0.4 -0.2,0 -0.4,1 0.2,0.4 0.4,0.4 0.2,-0.6 0.2,-1 z m -1,0.6 q -0.2,-0.2 -0.2,0 0,0 0,0.4 0,0.6 0.2,0.6 0.2,-0.4 0,-1 z m -0.2,53.4 q -0.2,0.2 0,1.4 l 0.4,1 q 0.2,-0.2 0,-1.4 z m -0.2,-1.2 q 0,0 -0.2,0.2 l 0.2,0.4 q 0.2,-0.2 0,-0.6 z m -2,-47.6 q 0,-0.6 -0.4,-0.6 -0.2,0 -0.2,0.6 0,0.6 0.2,0.6 0.4,0 0.4,-0.6 z m -2.6,34.6 v 2.2 l 0.2,1.6 V 101 q 0.4,-0.6 0.2,-2 z m -1.8,7.6 q 0,-0.8 -0.4,-0.8 -0.2,0 0,0.8 0.2,0.6 0.2,0.6 0.2,0 0.2,-0.6 z m -2.8,-0.6 q 0,0 -0.2,0.2 l 0.2,0.6 q 0.2,-0.2 0,-0.8 z m -4.4,7.6 q -0.4,0.6 -0.4,1.2 0,0.4 0.2,-0.2 0.4,-0.6 0.4,-1 z m -1,5.2 q -0.4,1.6 -0.8,2 -0.2,0.2 -0.2,0.6 0,0.8 0.8,-0.8 0.2,-0.2 0.4,-0.4 0.4,-1 0.2,-1.6 h 0.4 0.4 q -0.2,-0.4 0.8,-1.2 1,-0.8 0.6,-1 -0.2,-0.4 0.4,-1.6 0.6,-1.2 0.8,-3.6 l 0.2,-2.4 -1.2,3 q -1.4,3 -1.4,3.8 0,0.8 -0.4,0.8 -0.4,0 -0.2,0.4 0.2,0.4 -0.2,0.4 -0.2,0 -0.6,1.6 z m 1.4,2 q 0,0 -0.2,-0.2 -0.6,0.4 -0.6,0.8 l 0.2,0.2 q 0,-0.2 0.6,-0.8 z m -2.6,4.6 q -0.2,0 -0.4,0.4 -0.2,0.2 0.2,0.2 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.4 z m 3,21.8 q 0.6,0 0.6,0 -0.4,-0.2 -1,-0.2 -0.2,0.2 -0.2,0.2 0.2,0 0.6,0 z m 12.2,-18.4 q 2.2,-0.4 2.4,-0.6 0.4,-0.4 -0.2,-1.6 -0.4,-1.4 -0.2,-1.8 0.2,-0.4 -0.4,-2.2 -0.6,-1.8 -0.6,-2.2 0.4,-1.6 0,-1.6 -0.2,0 -1.6,-4.6 -1.2,-4.8 -2,-8.4 l -0.6,-3 -0.4,1.4 -0.4,2 0.2,-0.2 q 0.2,-0.4 0.4,0.2 0.2,0.6 0.4,1.6 0.6,2.6 1,4 v 1 q -0.4,-0.2 -0.4,0.2 0,0.2 0.6,0.4 0.6,0.2 0.4,0.8 -0.2,0.4 0,0.8 0.4,0.2 0.2,0.4 -0.2,0.4 -0.2,0.8 0.2,0.4 0.4,0.8 0.2,0.4 0.4,0.4 v 0.4 l 0.2,0.4 q 0.4,-0.4 0.4,-0.2 0,0.2 -0.2,0.6 0,0.8 0.2,0.8 0.2,-0.2 0.2,0 0,0 0,0.2 -0.2,0.6 0,0.6 0.4,0 0.4,0.6 0,0.6 0.2,1.4 l 0.2,1 -0.4,-1 q -1,-1.4 -3.2,-8.4 -2.2,-7 -2.2,-8.2 0,-0.2 -0.2,-0.2 -0.2,0 -0.4,1 0,1 -0.4,3.2 l -0.6,1.8 q 0,-0.2 -0.2,-0.6 l -0.2,0.2 q 0,1 -0.4,1.2 -0.2,0.2 -0.4,-0.4 l -0.2,0.4 q 0.2,0.8 -0.4,1.4 -0.4,0.4 -0.4,0.8 0,0.4 -0.8,1 -0.6,0.4 -0.4,0.8 0.2,0.2 -0.2,1.4 -0.4,0.4 -0.6,0.6 0,-1.2 -1,-0.4 -0.2,0.2 -0.4,0.6 l 0.2,0.2 q 0.6,-0.6 0.4,-0.2 0,0.4 -0.8,2 -0.4,0.8 -0.8,1.4 -0.2,0.4 -0.4,0.2 -0.2,0 -0.4,0.4 l 0.2,0.4 q 0.2,-0.2 0.2,0 0,0.2 -0.4,0.8 -0.2,0.6 -1.4,3.4 -0.4,0.8 -0.8,1.4 -0.2,0.6 -0.6,1 -0.2,0.2 -0.2,0.2 -0.2,-0.2 -0.6,0.2 0,0.2 0,0.4 0,0 0.2,-0.2 0.4,-0.2 0.2,0.4 0,0.6 0.2,0.8 0.2,0 1.6,-0.2 l 2,-0.2 0.6,-0.2 q 0.6,0 0.6,0.4 0,0.2 0.4,-0.2 0.6,-0.4 1.2,-0.2 0.6,0.2 1.2,-0.2 0.8,-0.4 2,-0.4 1.2,0 1.4,-0.2 0.4,-0.2 1,-0.2 0.6,0 4.8,-0.8 z m 2.6,-5.8 q 0.2,0.4 0.4,0.4 0.2,0 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.4,0 -0.2,0.4 z m 1.6,22.6 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 4,-72.4 q 0,0 0.4,1.8 0.2,-0.2 0,-2 z m 0.6,3.4 q 0.2,-0.4 0,-0.8 l -0.2,0.2 z m 1.4,6.6 q -0.2,0.2 0,0.2 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m 5.2,23.2 q -0.2,-0.2 -0.2,0 0,0 0,0.4 l 0.2,0.4 q 0.2,-0.4 0,-0.8 z m -1,3.6 q 0,0 -0.2,0.2 0.2,0.6 0.8,3.2 0.6,2.4 0.8,2.2 0.2,-0.2 -0.4,-2.6 -0.6,-2.6 -1,-3 z m 1.2,49.2 q 0.4,-0.2 0.2,-0.6 l -0.2,0.2 z m -1.8,-50.6 q 0.4,0 0.4,-0.4 0,-0.4 -0.4,-0.4 -0.4,0 -0.4,0.4 0,0.4 0.4,0.4 z m -1.4,39.2 q 0.2,0.6 0.4,0.6 0.2,0 0,-0.8 l -0.4,-0.4 q 0,0 0,0.6 z m 1.2,-43.8 q 0,0 -0.4,-1.4 -0.2,0 -0.2,0.4 0.2,2.4 0.6,2.4 0.2,0 0,-1.4 z m 2,61.2 q 0.6,1.4 0.6,2.2 0,0.6 0.6,0.6 0.2,0.2 0.2,0 0.2,-0.4 -0.2,-1.6 -1.6,-2.8 -2.2,-8 -0.2,-1.6 -0.4,-2.4 l -1,-4.4 q -0.2,0.8 0.2,3 0.6,2.2 0.4,3 -0.2,0.8 0.2,0.8 0.4,0 0.2,0.4 -0.2,0.2 0.2,1.6 0.4,1.2 0.4,2.2 0.2,1 0.8,2.6 z m 1.6,4.8 q 0.2,0 0.2,-0.6 l -0.2,-0.6 -0.2,1.2 z m 2,3.2 q 0,0.2 0.4,0.2 0.4,0 0.4,0 0,-0.2 -0.4,-0.4 -0.4,-0.2 -0.4,0.2 z m 3,6.2 q 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.2,0.2 0.2,0.6 0.4,0.4 z m 3.4,-4.4 q -0.4,-0.6 -0.8,0 0,0.4 0.4,0.4 0.4,0 0.4,0 0.2,-0.2 0,-0.4 z m 4.8,-49.4 q 0.6,0 0.4,-0.2 -0.2,-0.4 -0.8,0 -0.6,0.2 -2.4,0.6 -1.8,0.4 -2,0.8 -0.2,0.2 2,-0.4 2.4,-0.8 2.8,-0.8 z m -2.8,-2 q 0,0 2.2,-0.2 l 0.2,-0.2 q 0.6,-0.2 0,-0.2 -0.2,0 -0.6,0.2 -1.4,0.2 -1.8,0.4 z m -4.4,1.4 0.6,-0.2 h -0.6 q -0.6,-0.2 -1.2,0.2 v 0.4 q 0.6,0 1.2,-0.4 z m 1,-0.6 q 0,0 1.6,0 1,-0.2 1,-0.4 0,-0.2 -0.6,0 -0.6,0 -1.2,0.2 -0.6,0.2 -0.8,0.2 z m 5.8,32.8 q -0.6,-1.4 -1,-1.6 v 0.8 q 1,2.8 1.6,3 0,-0.6 -0.6,-2.2 z m -3.4,-14.2 q -0.4,0.2 -0.2,-0.6 0,-0.2 0,-0.4 0.2,-1.2 -0.2,-1.6 -0.4,-0.6 -0.2,-0.8 0.2,-0.4 0,-1 -0.2,-0.6 -0.6,-0.6 -0.4,0 -0.2,1.2 0.2,1.2 0.4,2.2 0.6,4.4 2.4,8.2 0.2,-0.2 -0.8,-3.2 -0.8,-3 -0.4,-3.2 0,-0.2 0,-0.2 0,0 -0.2,0 z m -0.2,-13 q 0.2,0 0.4,0 0.4,0 0.8,-0.2 0.6,-0.2 1,-0.4 h -0.4 q -0.8,0.2 -1.4,0.2 -0.4,0 -0.4,0.4 z m 3,5.6 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.4,-4.6 q 0,0 2.2,-0.8 -0.2,0 -0.8,0.2 -3.6,0.8 -3.6,1 0,0.2 2.2,-0.4 z m 2.4,3.6 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 1,-0.4 q 0.4,0 0.8,-0.2 0.6,-0.4 0.4,-0.4 -0.2,-0.2 -1,0.4 -0.6,0.4 -0.2,0.2 z"/><path fill="#111111" d="m 240.39986,195 q -0.2,0.4 0.4,0.4 0.6,-0.2 0.6,0.4 0.2,0.6 0,0.6 -0.6,0 -2,-1 -1.2,-1 -1.2,-1.2 0,-0.4 -0.6,0 -0.4,0.4 -0.8,0 -0.4,-0.6 -1.2,-0.8 -0.8,-0.2 -0.8,-0.4 0,-0.4 -0.4,-0.2 -0.2,0.2 -1.8,-1 -1.4,-1.2 -2.8,-2 l -1.4,-0.6 1,0.8 q 1,0.8 2.4,1.8 1.6,0.8 1.2,1.2 -0.4,0.2 -0.6,-0.2 0,-0.2 -1.2,-0.8 -1,-0.6 -1.2,-0.6 -0.2,0 -1.2,-1 -1,-1 -1.4,-1 -0.4,0 -0.6,-0.4 -0.2,-0.6 -0.6,-0.6 -0.4,0 -1.4,-0.8 -1,-0.2 -1,0 0.2,0.4 0,0.4 0,0 -0.4,-0.4 -0.6,-0.8 -0.8,-0.8 -0.4,0 -1.2,-0.8 -0.8,-0.8 -1,-1.2 0,-0.6 -0.2,-0.8 v 0.4 q 0.2,0.6 0,0.6 l -0.8,-1 q -0.2,-0.6 -0.2,-0.6 0.2,0.6 -0.2,0.6 -0.4,0 -1.4,-1.2 -3.4,-3.6 -4.6,-3.8 0.4,0.8 3.8,4 3.4,3 4.6,3.8 1,0.8 0.8,1 0,0.2 0,0.2 0,0 0.2,0 0.6,0 0.4,0.8 0,0.8 0.2,0.4 0.4,-0.4 1.4,0.6 1.2,1 1.2,1.6 0,0.4 0.2,0.6 l 0.2,-0.4 q -0.2,-0.2 -0.2,-0.2 0.2,-0.2 0.6,0 1.8,1.2 1.8,1.8 0,0.2 0.4,0.2 0.4,0 1.8,1 1.6,0.8 1.8,1.2 l -0.8,0.2 q -0.8,0.2 -0.8,0 0,-0.4 0.4,-0.4 V 195 q -0.8,-0.4 -0.8,0 0.2,0.2 -0.4,0.4 -0.2,0.2 -0.4,0.2 0,-0.2 0,-0.4 0,-0.4 -0.6,-0.4 -0.4,-0.2 0,0.2 v 0.2 q -0.4,-0.2 -0.4,-0.6 0,-0.4 -0.6,-0.6 -0.4,-0.2 0,0.2 0,0.4 0,0.4 0,0 -0.2,-0.2 -0.4,-0.2 -0.2,-0.4 0.2,-0.4 -0.6,-0.8 -0.6,-0.2 -0.6,-0.2 0,0 0.4,0.4 0.4,0.6 0,0.4 -0.2,0 -0.8,-0.4 -1,-0.6 -1.4,-1.4 -0.2,-0.8 -0.4,-0.8 -0.2,0 0,0.6 0.2,0.4 0,0.4 0,0 -0.8,-0.4 -1,-0.6 -2,-1.6 l -0.8,-0.8 v 0.8 q 0.2,1 0.4,1.2 1.2,0.6 1.6,1 0.4,0.4 0.2,0.6 l 0.6,0.2 q 1,0 1,0.6 l 0.2,0.4 q 0.2,-0.2 0.6,0.2 0.4,0.4 1,0 h 0.4 q -0.2,0.4 0.2,1.2 l 0.2,0.8 -1.2,-0.8 q -4.8,-2.8 -7.6,-5 -1,-1 -2.2,-2 -1.4,-1 -2.6,-2 -6.6,-6.2 -7,-6.2 0,0.2 -0.2,0.2 0,-0.2 0,-0.4 0.2,-0.2 -1,-1.2 -1.2,-1.2 -1.2,-1.6 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.4,-0.4 -0.2,-0.8 -0.8,-0.8 -0.4,0 -1.2,-1 -0.6,-1.2 -1.2,-1.4 -0.4,-0.2 -0.4,-0.6 0,-0.4 -1.6,-2 -1.6,-1.6 -1.6,-1.8 0.2,-0.2 -0.6,-1 -0.4,-0.4 -1.6,-2 -0.8,-1 -1.8,-2.4 -0.8,-1.6 -1.4,-2.2 -0.6,-0.6 -1.2,-1.6 -0.4,-1 -0.6,-1 -1,-1 -4.2,-7.2 -1.6,-2.4 -1.8,-2.4 0,1 -0.6,2.2 -0.6,1.2 -0.6,2.2 0,0.6 -0.2,0.6 l -0.4,-0.8 -0.4,0.2 q -0.2,0.8 0,1 0.4,0.2 0.4,1 0.2,0.8 -0.2,1 -0.2,0.2 -0.2,1.4 0,2 -1.2,1 -0.6,-0.4 -1,0.2 -0.2,0.4 0,0.6 0.4,0.2 1,0.2 0.4,-0.2 0.4,0 0.2,0 0.2,0.8 0,1 -0.4,1 -0.2,0 0,0.6 0.2,0.4 -0.2,0.4 -0.4,0 -0.6,-0.4 l -0.2,0.4 q -0.2,0.8 0.2,0.8 0.4,0 0.4,0.2 0.2,0.2 0,0.6 -0.2,0.2 -0.4,0.8 -0.4,0.8 -0.4,1.4 0.2,0.4 -0.2,0.4 -0.2,0 0,0.6 0.2,0.6 -0.2,1 -0.4,0.2 -0.4,1.2 0,0.8 -0.8,2.2 -0.6,1.4 -0.6,2.2 0,0.6 -0.2,0.8 -0.2,0.2 -0.4,1.2 -0.2,0.8 -0.6,1 -0.2,0.2 -0.8,2.4 -0.6,2.2 -1.6,2.6 -0.8,0.4 -0.6,0.8 0.2,0.4 0.4,0.2 0.4,-0.2 0.2,0.4 -0.2,0.4 -0.6,1.6 -0.8,1.8 -1.4,3.4 0,0.4 -0.2,0.8 -0.2,0.4 -0.4,0.6 0,0.2 0,0.2 l -0.8,1.2 q -0.2,1 0,1.6 l -0.2,0.2 q -0.2,-0.4 -0.4,0.2 -0.2,0.4 -0.4,1.2 -0.6,2 -1,2.4 -0.2,0.4 -1,2.4 -1.4,4 -2.6,4.6 -0.8,0.4 -0.8,-0.2 0,-0.4 0.4,-0.6 0.6,-0.2 0.4,-0.6 -0.2,-0.2 0,-0.8 0.4,-0.4 1,-1.8 l 0.6,-1.2 0.2,-0.8 q 0,-0.6 0.2,-1.8 0.2,-1.4 -0.2,-0.8 -0.2,0.6 -1,2.8 -2,5.2 -2.8,5.2 -0.4,0 -0.6,-0.6 0,-0.6 0,-0.6 l 0.2,-0.4 q -0.2,-0.4 -0.6,-0.2 -0.4,0.2 -0.6,-0.2 0,-0.4 0.6,-2.2 0.8,-2 0.6,-2.2 l -0.2,0.2 q 0,0.6 -0.4,1.2 -0.4,0.4 -0.8,1.2 -0.4,0.6 -1,0.6 -0.4,0 -0.4,0.8 0,1 -0.4,1 -0.2,0 -0.6,0.8 -0.2,1 -0.4,1 -0.6,0 0.2,-1.6 0.4,-1.6 0,-1.6 v -0.2 q 0.2,-0.8 0.2,-1.6 0.2,-1 0.4,-1.4 0.4,-0.4 0.2,-1 -0.2,-0.8 0.2,-1.6 0.6,-1 0.2,-1.6 l -0.2,0.2 q 0.2,0.8 -0.2,0.6 -0.2,-0.2 -0.4,0 0,0.2 -0.2,0.6 -0.2,0.8 -0.4,0.8 -0.2,0 -0.6,0.8 -0.2,0.6 -0.2,0 0,-0.2 0,-0.8 l 0.2,-2.6 0.2,0.2 q 0.4,0.6 0.4,0 0,-0.6 0.2,-1.2 0.2,-0.6 -0.2,0 -0.4,0.4 -0.4,-0.2 0,-0.6 0.4,-1 0.6,-0.4 0.4,-1.6 0,-0.8 0.2,-0.8 l 0.2,-2 q 0,-2.4 0.2,-2.4 0.4,0 0.2,-0.6 -0.2,-0.8 0,-0.8 0.4,0 0.4,-1 0,-1.2 0.8,-5.4 0.8,-4.2 1.2,-7.4 0.6,-3.2 0.8,-3.6 0.4,-0.4 0.2,-0.8 -0.4,-0.6 1.2,-10.6 l 0.4,-4.4 q -0.2,0.6 -1.2,6.8 -1,6 -1,6.6 0,0.2 -0.2,0 l -0.2,0.4 q 0.2,0.4 -0.2,0.8 -0.4,0.2 -0.4,0.6 l 0.4,-0.2 q 0.4,-0.6 0.4,0.2 0,0.8 -0.2,1 -0.2,0.2 -0.4,1.8 -0.2,1.6 -0.4,2 -0.2,0.4 -0.2,1.4 -0.2,2.2 -1,4.8 -0.6,1.4 -1,3.8 -0.2,1.2 -0.6,3 -0.2,1.6 -0.6,2.8 -0.2,1.2 -0.4,1.2 0,-0.2 0.6,-4 0.8,-4 0.6,-4.6 l -0.4,-1.8 0.8,-2 q 0,-0.2 0,-0.4 0.4,-2.8 0.6,-4.4 0.4,-1.8 0.4,-2.8 l -0.2,-0.2 q -0.4,0.6 -0.2,-0.2 0,-0.2 0,-0.8 0.8,-7.6 1.6,-12.2 0.6,-3.6 0.6,-6.6 0.2,-2 0.2,-2.2 0.2,-0.4 0.2,-6.4 0.2,-6.2 -0.6,-6.8 -0.6,-0.6 0,-0.6 0.6,0 0.2,-0.4 -0.4,-0.6 -0.2,-0.8 0.4,-0.2 0,-0.2 -0.4,0 -0.6,0.4 0,0.4 -1,0.2 -0.6,-0.2 0,-0.6 0.2,0 0.8,-0.4 1.6,-0.6 1.6,-1 0.2,-0.6 -0.2,-0.6 -0.2,0 -0.6,0.2 -0.4,0.4 -1.8,0.8 -3.2,0.8 -3.4,-1.4 -0.2,-0.8 1.2,-1.6 1.2,-0.6 1.2,-0.8 0.2,-0.4 -0.4,-0.8 -0.4,-0.6 -1.4,-0.4 -0.2,0 -0.4,-0.2 l 0.2,-0.2 0.2,-0.4 q 0.6,-0.4 1.2,-0.2 h 0.2 q -0.4,-0.2 0.8,-1.2 0.8,-0.6 1,-0.8 l -1,0.2 q -0.8,0.2 -0.8,-0.2 0,-0.6 2,-1.6 2.2,-1 2.6,-1.4 0.2,-0.2 0.2,-10.2 0,-10 -0.2,-14 -0.4,-5.8 -0.6,-17.8 -0.2,-7.6 -0.4,-7.8 -0.2,-0.4 -0.4,-2.2 0,-2 0.2,-2.8 0.2,-0.8 0.4,0.2 0,0.4 0.2,2 0.2,4.2 0.4,8.4 l 0.2,2.2 0.2,-1.8 0.2,-1 q 0,0 0.2,0.4 0.2,-0.2 0.2,-1 V 69 q -0.2,0.2 -0.4,1.2 l -0.2,0.8 q 0,0 0,-1.4 l 0.2,-1.6 0.2,-0.8 q 0,-0.8 0,-2.2 -0.2,-1 -0.2,-1 0,0 -0.2,0.4 l -0.2,-2.4 v -2.2 l -0.2,0.2 q -0.2,1 -0.2,0 0,-0.2 0,-1 0,-2 0.4,-1.8 v -0.8 q -0.2,-1 -0.2,-4.2 V 50 q 0,0.2 0,1 0.2,1 0.4,1.6 0.2,0.6 0.2,1 0.2,0.4 0.2,0.4 0.2,0 0.4,0 0.2,-0.2 0,-1.2 -0.2,-1.2 0.2,-2 0.2,-0.8 0.4,-0.2 0,0.2 0,0.8 0,1.6 0.4,3 l 0.6,1.4 v -1.6 q 0,-1.6 0,-2.4 0.2,-0.8 -0.2,-0.8 -0.2,0 -0.2,-0.8 0.2,-0.8 -0.2,-0.8 -0.2,0 0,-1.4 0.2,-1.6 0.6,-1.4 0.4,0 0,-0.8 -0.2,-0.8 -0.2,-0.8 0,-2.4 0.6,-2.4 0.6,0 0.6,0.4 l 0.4,-0.2 0.2,-0.2 1.4,3.4 q 0,-0.4 0.4,-0.2 0.4,0.2 0.4,-0.4 -0.2,-0.2 -0.2,-0.4 l 0.2,-1 q 0.2,0.2 0.2,0.2 0,-0.2 -0.2,-1.2 l 0.2,-0.4 q 0.4,0.8 0.4,1.2 0,0.4 0.4,0.4 0.4,0 0.4,0.8 l 0.2,0.8 q 0.4,-0.2 0,-1.8 -0.2,-1.6 -0.6,-2 -0.4,-0.6 -0.2,-0.8 0.2,-0.2 0.6,0.8 0.6,0.8 1.4,0.6 0.6,-0.2 0.8,0.2 0.4,0.4 1,1.6 0.4,1 0.6,1.4 0.2,0.2 0.2,0 0,-0.4 -0.6,-2 -0.4,-1.4 -0.2,-1.6 1,-1 2,1 0.4,1.2 0.8,2.2 l 0.4,1 v -1.2 l 0.4,-0.2 h 0.4 q 0,-1.8 0.6,-0.2 0.2,0.4 0.2,0.8 0.4,1.4 0.8,1.6 0.4,0.2 0.4,-0.4 0,-0.6 -0.6,-0.8 -0.4,-0.2 -0.4,-0.4 0,-0.4 0.4,-0.2 0.2,0.2 0.2,-0.2 0,-0.2 0,-0.4 -0.2,-1 -0.2,-1 0.4,0 0.8,1.2 0.4,1.2 0.4,1.8 0,0.8 0.4,0.8 0.4,0 0.2,0.6 0,0.4 0.2,1.2 0.4,0.8 0.4,1.4 0.2,0.4 0.4,1 1.6,4.2 2,8 0.2,0.8 0.4,1.4 0.8,2.4 2.4,11.2 0.6,4.2 0.6,6.8 0.2,2.6 0.4,3 0.2,0.4 0,1.8 0,1.2 0.2,2.2 0.4,1 0,2 -0.2,1 0,1 0.2,0 0.2,7 0,7 0.2,7 0.2,0 2.2,-1.2 2,-1.2 2.4,-1.6 0.4,-0.4 2.8,-2 13.8,-10.6 22,-23 0.6,-1 1,-1 0.4,0 1.2,-1.2 3.6,-5.2 5.4,-9 0.8,-1.4 1.2,-1.2 0.2,0.2 0,0.6 -0.2,0.8 -0.4,1.6 0,0.8 -0.4,1.6 -0.2,0.4 -0.2,0.6 0,0 0.4,0 0.6,-0.4 0.2,0.2 -0.4,0.6 0,0.6 0.6,0 0.6,-0.2 0,-0.4 0.4,-0.2 0.2,0 0.2,0 0.2,0 0,-0.2 -0.2,-0.4 0.6,-2 1,-1.8 1.2,-1.8 0.2,0 0,0.8 -0.2,0.6 0,0.6 0.4,0 0.2,1 0,0.8 -0.4,2.2 -0.2,1.4 -0.6,2.2 -0.8,1.8 -0.6,2.2 0,0 -0.2,0.2 0,0 -0.2,0 0,0 -0.2,0.2 -0.2,0 -0.2,0.4 -0.2,0.6 0.2,0.2 0.6,-0.4 0.6,0 0,0.2 -0.6,0.8 -0.6,0.6 -0.8,0.2 l -0.2,0.2 q 0.4,0.4 -1.2,3.4 -0.4,0.8 -0.8,1.6 -0.2,0.6 -0.4,1 0,0.2 0,0.2 0.2,0 1,-1.2 0.8,-1.2 0.8,-1.6 0,-0.2 0.8,-0.6 l 0.2,-0.2 q -0.4,0 0.2,-0.8 1,-1.2 0.4,-1.2 -0.4,0.2 -0.4,0 0.2,-0.2 1,-1.2 1.2,-1.2 1.2,-1.6 0,-0.4 0.6,-1.6 0.6,-1.4 0.2,-2 V 69 q 0.4,0.4 0.8,-0.4 l 0.4,-0.4 q 0,0.4 0.4,0.2 0.2,-0.2 0.2,0.2 0.2,0.4 -0.2,1.2 -0.2,0.6 -0.4,0.4 l -0.2,0.2 q 0.2,0.6 0.8,-0.2 0.2,-0.4 0.2,-0.4 l -0.2,1 q -0.2,1 0,1 0.2,-0.2 1.2,-2.2 1.2,-2.2 1,-1.2 -0.2,1 -0.4,1.4 -0.8,0.8 0.2,0.8 0.4,0 0.4,-0.6 0,-0.8 0.6,-1.4 0.6,-0.4 0.6,-0.2 0,0.2 -0.2,0.8 -0.2,1.2 0,1.2 0.4,0 0.2,-0.2 0,-0.4 0.2,-1 0.4,-0.4 0.4,0.2 0,1.8 -0.8,4 -0.6,1.8 -0.8,2.2 0,0.4 -0.4,1 -0.4,0.4 -0.2,1 0.2,0.8 -2.4,8.2 -1.2,2.8 -1.2,3.2 -0.4,1 -0.8,0.6 -0.2,-0.4 -0.2,-0.2 0,0.2 0.2,0.6 0,1 -2,4.6 -1.8,3.4 -2.6,4.6 -0.8,1 -0.6,1.4 0.2,0.2 -0.2,0.2 -0.4,0 -0.4,0.6 0,0.6 -0.4,0.2 l -0.2,0.2 q 0.2,0.4 -0.8,1.6 -1,1 -1,1.2 0,0.2 -4.4,4.4 -4.2,4.2 -4.2,4.6 0,0.2 1.8,-1.6 1.8,-1.8 2.2,-1.8 0.4,-0.2 3.2,-3.2 5.2,-5.6 8.6,-12.6 1.4,-2.6 1.8,-2.8 0.4,0 0.4,0.4 0.4,0.8 -2.2,5.2 -0.6,1.2 -0.6,1.6 0,0.4 -0.8,1.2 -0.8,0.8 -0.8,1.2 0.2,0.4 -0.6,0.6 -0.6,0.2 -0.6,0.8 0,0.6 -0.4,1 -0.4,0.2 -1,1 -1.6,2.6 -8,8 -6.4,5.4 -11.2,8.4 -3.2,2 -3.4,2 -0.6,0.6 7,17.6 7.8,16.8 24.6,34.6 3.6,3.8 4.6,5 l 1,1.2 -1.2,-1 q -1.4,-1 -2,-1.6 -0.4,-0.8 -0.6,-0.6 -0.2,0.2 4.4,5 l 2,2.4 q -2.6,-2.2 -8.4,-8 l -4.4,-4.2 q 0.6,0.8 4.4,5 4,4 3.8,4.6 0,0.4 0.4,0 l 0.4,-0.4 q 0,0.4 0.2,0.8 0.2,0.8 2.8,3.4 2.6,2.4 2.4,2.6 0,0 -3.8,-3.4 -3.8,-3.4 -4,-3.2 0,0 3.2,3.2 l 1.8,2 -0.4,-0.2 q -2.2,-1.8 -2.2,-1.2 0.2,0 0.4,0.4 h -0.2 q -0.2,-0.2 -0.4,-0.4 -1.2,-1 -1,-1.2 0.2,-0.4 -0.4,-0.8 -0.4,-0.4 -0.4,0.2 0,0.4 -1.6,-1.2 l -1.4,-1 q 0.4,0.6 3.8,4 3,3 2.6,2.8 -0.4,-0.4 -0.4,-0.2 0,0.4 1.4,1.6 1.6,1.2 1.8,1.6 l -1.2,-0.6 q -1.4,-1.2 -2.4,-1.6 l -0.8,-0.4 0.8,0.8 q 0.8,0.8 0.8,1.2 0,0.4 1.6,1.6 1.8,1 1.6,1.6 z m -4.6,-8.8 q 0,0 -0.6,-0.4 -0.6,-0.6 -0.2,0 0.8,1 0.8,0.4 z m -5.4,-113.6 q 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 0,0.4 0.2,0.4 0.2,0 0.4,-0.4 z m -0.4,9 q 0,0 -0.6,1.4 0.2,-0.2 0.6,-0.8 0.6,-1 0.6,-1.4 z m -2.2,4.2 q 0,0 0,0.2 0.2,0 0.6,-0.8 1,-1.6 0.8,-1.8 -0.2,0 -0.4,0.4 -0.2,0.2 -0.6,0.8 -0.2,0.6 -0.4,1.2 z m -2.2,5.2 q -0.8,1.2 -0.6,1.2 0.4,0 0.8,-1 0.4,-1 1,-1.6 1.4,-1.4 0.6,-1.4 -0.4,0 -0.8,0.8 -0.4,0.8 -1,2 z m -0.8,-22.2 q -0.6,0.6 -0.6,0.8 0,1 0.6,-0.4 z m -0.4,2 q 0,-0.2 -0.4,-0.2 -0.2,-0.2 -0.4,0 0,0.2 0,0.2 0.2,0 0.4,0 0.4,0 0.4,0 z m -0.8,5 q -0.6,1.2 -0.4,0.8 1,-1 1.4,-2 0.6,-0.8 0.4,-0.8 -0.2,0 -1.4,2 z m -1,3 q 0,0 -0.2,0.6 0.4,-0.2 0.8,-0.8 0,-0.4 0.2,-0.6 l -0.4,0.2 q -0.2,0.2 -0.4,0.6 z m -0.2,16.4 -0.8,1 q -1,1 -1,1.4 0,0.8 0.6,-0.2 0.2,-0.2 0.4,-0.8 z m -1.4,-19 q -0.6,0.4 -0.6,0.6 0,0.4 0.6,-0.6 z m -3.4,25.6 q -2.2,2.6 -1.6,2.6 0.2,0 1.8,-2.2 l 1.6,-2.2 z m -4.6,3 q 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,0.4 0,0.2 0.2,0.2 0.2,0 0.4,-0.2 z m 2,1.6 q 0,0 -4.6,4.8 0.2,-0.2 0.8,-0.6 1.8,-1.4 2.6,-2.2 0.8,-1 1.2,-1 0.4,0 1.2,-1.2 1,-1.4 2.6,-3.2 1.6,-1.8 1.4,-2 -0.2,-0.2 0.8,-1.4 0.8,-0.6 2,-2.6 1.4,-2.2 1.4,-2.6 l -0.6,0.8 q -0.8,1 -1.2,1.4 -3.2,4.2 -3.2,4.6 0.2,0.4 -4.4,5.2 z m -4.6,8 q 0.6,-0.6 0,-0.2 -0.6,0.4 -0.6,0.6 0,0.4 0.6,-0.4 z m -1.4,-2 q 0,0 -0.2,0.2 v 0.6 q 0.2,-0.2 0.2,-0.8 z m -1.6,1.2 q 0.4,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.8,-0.6 z m -48.2,51 q 0,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.6 0.2,0.6 z m 0.4,-3.8 q 0.2,-0.6 0.2,-1.6 v -0.8 l -0.2,0.8 q -0.4,1 -0.4,1.6 v 0.6 z m 2.6,-83.8 q 0,0 -0.2,0 0,0.4 0,0.6 l 0.2,1.2 v -0.2 q 0.2,-0.8 0,-1.6 z m -0.2,3.8 q 0,2.6 0.4,2.4 0.2,0 0,-2 -0.2,-1.4 -0.4,-1.2 0,0 0,0.8 z m 0.6,6.6 q 0.2,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.6 0.2,0.6 z m 0.2,-9 q 0,0.4 0,0.4 0,0.4 0,0.6 0.2,-0.6 0,-1 z m 0,3.2 q 0.2,-0.6 0,-1.2 0,0.2 0,0.6 0,0.6 0,0.6 z m -6,113.6 q 0.4,-0.2 0.2,-0.8 -0.6,-1.2 -0.6,0.2 0,0.4 0,0.6 0.2,0 0.4,0 z m 1.8,-10 q -0.2,0.6 0.2,0.2 0.6,-0.4 0.4,-0.6 -0.2,-0.2 -0.6,0.4 z m 1.8,-5 q 0,0 -0.2,-0.4 -0.2,0.2 -0.2,0.6 v 0.4 q 0.2,0 0.4,-0.6 z m 0,-1.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 1.2,-5.8 q 0,0 -0.2,0.2 v 0.6 q 0.2,-0.2 0.2,-0.8 z m -0.6,1.6 q 0,0 0.2,0.6 0.2,-0.4 0,-0.8 z m 0,20.2 q 0.4,0.4 0.4,0.4 0.2,0 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.4,0 -0.2,0.4 z m 1,6.4 q 0.4,-0.4 0.4,-0.8 l -0.4,0.2 q -0.4,0.6 -0.4,0.8 z m 1.2,-115 q 0,0 0,0.2 -0.2,0.2 -0.2,0.6 0.2,0.8 0.2,0.8 0.2,-0.8 0,-1.6 z m 0,56.2 q -0.2,0.6 0.2,0.2 0.4,-0.4 0.2,-0.6 -0.2,-0.2 -0.4,0.4 z m 0.4,-31.4 q 0.2,-0.4 0,-1 0,-0.2 -0.2,0 0,0 0,0.4 0,0.6 0.2,0.6 z m 0,-3.8 q 0.2,-0.6 0,-1.2 -0.2,0 -0.2,0.6 0.2,0.4 0.2,0.6 z m -0.2,-11.2 q 0,0.6 0.2,0.6 0.2,-0.4 0,-1 0,-0.2 -0.2,0 0,0 0,0.4 z m 0.2,-2.2 q 0.2,-0.6 0,-1.2 -0.2,0 -0.2,0.6 0.2,0.4 0.2,0.6 z m 0.8,-37.8 q 0,0 0,1.6 l 0.2,2 v -1.6 q 0.2,-1.8 -0.2,-2 z m 0.2,38.8 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 1.4,-48.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.2,33.2 q 0.4,-0.2 0.2,-0.6 l -0.2,0.2 z m 13.8,-11.6 q 0,0 -0.2,0.2 l 0.2,0.4 q 0.2,-0.2 0,-0.6 z m 0.4,85.8 q 0,-0.8 -0.4,-0.8 -0.2,0 -0.2,1 l 0.2,0.8 q 0.2,-0.2 0.4,-1 z m -1,-104.4 q 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 0.2,0.6 0.2,0.6 0.2,0 0.2,-0.6 z m -2.6,113.6 q 0,0.8 -0.8,3.6 -0.6,2.6 -0.6,3.2 l 1.4,-5 q 1.2,-4.8 1.2,-5 z m -2.4,-114.2 q 0,0 -0.4,0.2 0.2,1 0.4,1 0.2,0 0.2,-0.2 0,-0.4 -0.2,-1 z m -0.6,-1.8 q 0,0 -0.2,0.4 l 0.2,0.4 q 0.2,-0.2 0,-0.8 z m 0,128.6 q 0,0 -0.2,0.2 l 0.2,0.4 q 0.2,-0.2 0,-0.6 z m -2.4,10.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.8,-140.8 q 0.2,-0.2 -0.4,-1.2 l -0.6,-0.6 z m 0.4,0.6 q -0.4,-0.2 -0.4,0.2 0,0.4 0.4,0.4 0.4,0 0.4,-0.2 0,-0.2 -0.4,-0.4 z m 1.4,132.8 q 0,-0.4 0.4,-0.6 0.4,-0.4 0,-0.6 -0.2,0 -0.4,0.2 0,0.2 -0.2,0.8 -0.2,0.4 -0.4,1 -0.2,0.6 -0.4,1.2 0,0.4 0,0.8 0,0.6 -0.4,0.6 -0.4,0 -0.2,0.4 0.4,0.6 0.8,-0.8 0.2,-0.4 0.4,-0.8 0.6,-1.8 0.4,-2.2 z m 0.6,-2.2 q 0.4,-0.8 0.4,-1.2 h -0.4 q -0.2,0.8 -0.2,1.2 z m 1.6,-3.8 q 0.2,0 0.2,0 0.2,0 -0.2,-0.6 -0.4,-1 -0.6,-0.6 -0.2,0.4 -0.4,-0.2 0,0.2 0,0.8 l -0.2,1.2 v 0.6 q 0.2,0.6 0.4,0.2 0.2,-0.4 0.2,-1 0.2,-0.6 0.6,-0.4 z m 0.4,-3 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.2,-1.8 q 0,0.4 0.2,0.2 0.4,-0.2 0.4,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.6 z m 0.8,-0.8 q 0,0 0.2,-0.2 -0.4,-0.6 -0.2,-0.8 0.2,-0.2 -0.2,-0.2 -0.6,0 -0.2,0.8 0,0.2 0.4,0.4 z m 0.4,-2.6 q 0.4,-0.8 0.2,-1 -0.2,-0.4 -0.6,0.4 -0.2,0.4 -0.2,1 0,0.2 0.2,0.4 z m 0.4,-1.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.2,-5.2 q 0.2,-0.4 0,-1 0,0.4 0,0.6 0,0.2 0,0.4 z m 0.2,-3.6 q -0.4,0.2 0,0.4 0.6,0.2 0.6,0.4 0,0 0,-0.4 0,-0.6 -0.6,-0.4 z m 0.6,4.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 1.4,-2 q 0,-0.2 -1,-0.8 l -0.8,-0.2 q 0,0 0.2,0.4 0.8,0.8 1.6,0.6 z m 0,-3.8 q 0.2,-0.2 0,-0.8 l -0.2,0.4 z m 0.2,0.4 q -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 -0.2,0 -0.4,0.4 z m 22.6,-16 q -0.4,0.2 -0.4,0.6 0,1 0.4,-0.2 z m -1,-2.8 q -0.2,0.2 0,0.8 0.2,0.4 0.4,0.4 0.2,0 0,-0.6 z m -0.6,-1 q 0.2,-0.6 -0.2,-0.8 -0.2,-0.4 0,0.4 z m 1.8,36.6 q -2.4,-3 -2.6,-2.8 0,0.4 0.6,1.2 0.8,0.8 2.6,3 2,2 2,2 0.2,-0.2 -0.6,-1 -0.8,-0.8 -2,-2.4 z m -3,-3.8 q 0,-0.2 -0.4,-0.4 -0.4,-0.2 -0.4,0.2 0,0.2 0.4,0.2 0.4,0 0.4,0 z m 1.4,-63.8 q 0.4,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.8,-0.6 z m -3,15.6 q -0.8,0.8 -0.8,1 0.4,0 1.8,-1.4 1,-0.8 0.6,-0.8 -0.2,0 -1.6,1.2 z m 0.4,9.2 q 0.2,0 -0.2,-0.6 l -0.4,-0.2 q 0.2,0.8 0.6,0.8 z m -5,30.6 q -0.6,-0.8 -0.8,-0.8 -0.2,0 0.4,1 z m -1.6,-2.2 q 0,0 -1.4,-2 0,0.2 0.8,1.6 1,1.4 1,1.4 0.2,0 -0.4,-1 z m -2.8,-4.2 q -0.4,-0.4 -0.2,0.2 0.2,0 0.4,0.4 l 1,1 q 0,0 -0.2,-0.4 -0.4,-0.6 -1,-1.2 z m 1,4.2 q 0.4,0 0.4,-0.2 0,-0.2 -0.4,-0.4 -0.4,-0.2 -0.4,0.2 0,0.4 0.4,0.4 z m -1,-2.4 q -0.4,-0.6 -0.8,-0.6 -0.6,0 0.2,0.8 0.8,0.6 0.8,0.4 0,-0.2 -0.2,-0.6 z m -2.2,-5.8 q -0.2,-0.4 -0.4,-0.8 -0.2,-0.6 -0.4,-0.8 -0.2,-0.4 -0.4,-0.6 0,-0.2 0,-0.2 -0.2,0.2 0.4,1.6 0.8,1.4 1,1.4 0,0 0,-0.2 0,-0.2 -0.2,-0.4 z m -1.4,-1 q 0,0 -2.2,-4 0,0.2 0.2,1 0.2,0.8 1.2,3 1,2 2,3.8 1.2,1.8 1.4,1.8 0.2,-0.2 -0.4,-0.8 -0.4,-0.8 -0.2,-0.8 v -0.2 q -0.4,-0.2 -2,-3.8 z m -2.2,-58.6 q 0,0 0.2,0.4 0.2,-0.4 0.4,-0.6 0.4,-0.2 -0.2,-0.4 -0.4,-0.2 -0.4,0.6 z m 0.4,1.4 q -1.2,0.4 -0.2,0.4 0.4,0 0.6,-0.2 z m -2.2,-19.6 q -0.4,-0.2 -0.4,0.2 0,0.2 0.4,0.2 0.4,0 0.4,0 0,-0.2 -0.4,-0.4 z m 0,2.6 q 0,0.4 0.2,0.2 0.4,-0.2 0.4,-0.6 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.2,0.6 z m 0.4,26 q 0.4,0.4 0.4,0.4 0.2,0 0.4,-0.4 0.2,-0.4 -0.4,-0.4 -0.6,0 -0.4,0.4 z m 1.2,-16.8 q 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 z m 8.8,81.8 q 0.4,0.2 0.6,0.2 0.2,-0.2 -0.2,-0.4 -0.4,-0.4 -0.6,-1 0,-0.8 -1,-1.6 -0.8,-0.8 -1.2,-1.8 -0.2,-1 -0.6,-1 -0.2,0 -0.2,-0.4 0,-0.6 -0.4,-0.6 -0.8,-0.4 -4.2,-7.6 -1,-2 -1.4,-2 -0.4,0 2,4.4 1.4,2.6 1.6,3.4 0.4,0.8 0.6,0.8 0.4,0 0.4,0.4 0,0.2 1.6,2.8 1.6,2.6 2.2,3.2 0.4,0.4 0.4,0.8 0,0.2 0.4,0.4 z m 1.4,2 q 0,0 0.8,0.2 0,0 -0.8,-1 -0.4,-0.2 -0.6,-0.4 -0.2,0 0.6,1.2 z m 2.6,3.2 q 0.6,-0.6 0.2,-1.2 -0.4,-0.6 -0.6,-0.2 -0.2,0.4 -0.4,-0.4 -0.2,-0.8 -0.6,-0.8 -0.6,0.4 0.8,1.8 0.6,0.4 0.4,0.8 z m 1,1.2 q 0.2,0.4 0.2,0.4 0,0 0.2,-0.4 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.2,0.6 z m 1.2,1.6 q 0.6,0.4 0.8,0.2 0.2,-0.2 -0.2,-0.8 -0.4,-0.6 -0.8,-0.6 -1,0 0.2,1.2 z m -3.4,-8.8 q 0,0 2.4,3.6 2.6,3.4 3.4,4.2 0.4,0.4 2.8,3 l 0.2,0.4 0.2,0.2 0.2,0.2 0.2,0.2 3.4,3.6 v -0.2 q 0,-0.2 -1.2,-1.6 -6.4,-7 -12.6,-16 -0.8,-1 -1.4,-1.8 -0.6,-0.8 -1,-1.2 -0.2,-0.6 -0.4,-0.4 -0.2,0.2 0.8,2 1.2,1.6 2.2,2.6 1,1 0.8,1.2 z m 20,21.4 q 0,0 -2.6,-2.2 l 0.2,0.2 q 2,2.2 2.2,2.4 0.4,0.2 0.2,0.6 -0.2,0.2 -0.2,0.2 0.2,0 0.4,0 0.4,-0.2 2.4,1.4 l 1.8,1.6 q -0.2,-0.4 -4.4,-4.2 z m 0.2,3.2 q -2.2,-2.2 -2.6,-2.2 -0.2,0 -6.2,-6.2 -6,-6.2 -5.8,-5.4 0,0.6 0.6,1.4 0.8,0.6 1.2,0.6 0.4,0 0.2,0.2 -0.2,0.2 5.4,5.8 5.6,5.6 5.6,6 0.2,0.4 0.6,0.4 0.2,0 0.8,0.6 0.6,0.4 1,1 0.6,0.4 0.6,0.6 l 0.4,0.2 q 0.6,0 1.2,0.6 1.2,1.2 1,0.6 0,-0.4 -0.4,-1 -0.6,-1 -1,-1 -0.2,0 -2.6,-2.2 z m -0.6,-28.2 q 0.2,0.2 0.4,0 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.4 0.2,0.6 z m 8,17.2 q 1,1.2 1,0.8 0,-0.2 -0.8,-1 l -1,-0.8 z m 1.6,-3.8 q 0.6,1 0.8,0.8 0.2,-0.2 -0.6,-1 l -0.8,-0.8 z m 6.4,7.8 q 0,-0.4 -0.4,-0.4 -0.4,0 -0.2,0.4 0.2,0.4 0.4,0.4 0.2,0 0.2,-0.4 z m 3.6,10 q 0.2,0.6 0.4,0.4 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.2,0.2 z"/><path fill="#111111" d="m 312.99994,72 q 0,0.2 0.4,0.8 0.4,0.4 -0.2,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 l -0.2,0.2 q -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.2 l -1.6,0.2 -1.4,0.2 q 0.4,0.2 0.2,0.6 -0.2,0.2 0.2,0.2 0.4,0 0.4,0.4 0,0.4 -1,0.2 -4.8,-1.2 -5.4,-0.4 l 1,0.2 q 1.2,0 1.4,0.4 0.2,0.2 1.4,0.6 l 0.2,0.2 q -1,0.2 -1.2,-0.2 -0.8,-0.8 -3,-0.4 -0.6,0.2 -0.6,0.4 0.2,0.2 1.2,0.2 1.2,-0.2 1.2,0.2 0,0.2 2.8,0.4 4.2,0.4 4,1.2 -0.4,0.4 -0.8,-0.2 l -0.2,-0.2 q 0,0.4 -2.2,0.4 -3.8,0 -3.2,0.2 0.2,0 0.8,0.2 0.8,0.2 -0.2,0.2 -0.8,0 -2.4,0 -4,0.2 -5.4,0.4 -3.6,1 -11,2 -2.4,0.4 -10.2,2.6 -7.8,2.2 -8.4,2.8 -0.2,0.2 0.6,5.8 1.4,10.6 1.4,21.2 0,3.4 0.4,3.4 4.2,-1.6 9.2,-2.4 1,-0.2 1,0.2 0,0.2 0.8,0.2 0.8,0 0.2,-0.4 -0.6,-0.2 -0.6,-0.2 0,0 0.6,0 0.8,0 0.8,0.4 l 0.2,-0.2 q 0.2,-0.6 6.8,-0.4 6.6,0 7.8,0.8 1.4,0.6 1.6,1 0.2,0.4 -0.2,0.4 -0.2,-0.2 -0.4,-0.2 -0.8,-0.2 -2.6,-0.4 -1.2,0.2 -1.2,0.4 0.4,0.6 1.4,0.4 1,-0.2 3,0.4 2,0.4 2,0.8 0.2,0.4 -0.4,0.6 -0.6,0 -2.6,0 -3.2,0.2 -5.2,0.4 -1.8,0.2 -0.2,0.2 0.8,0 2.2,0 4,-0.2 5,0.4 1,0.4 1,0.8 0,0.2 0.8,0.4 0.8,0 0.8,1 0,1 -0.8,1.2 -1.2,0.2 -1.4,0.4 0,0.2 0.4,0.6 0.6,0.4 1.2,0.2 v 0.2 q -0.4,0.6 -2.4,0.8 -0.8,0.2 -0.6,0.4 0.4,0.2 -0.2,0.2 -0.2,0 -0.6,0 -1.4,-0.2 -1.4,0.2 0,0.2 -0.4,0 -0.2,-0.2 -0.4,0.2 h 2.6 q 1.2,0 2,-0.2 0.6,-0.2 0.6,0 0.2,0 -0.2,0.2 -0.4,0.6 -1.6,0.6 l -4,1 h 0.2 q 0.6,0 3.8,-0.4 h 0.2 0.2 l 0.2,-0.2 4,-0.4 q -0.6,0.4 -1.8,0.6 -1,0 -1.4,0.4 -0.2,0.4 -1.6,0.4 -1.4,0 -1.4,0.4 0,0.4 0.8,0.2 l 5,-0.4 q -0.6,0.2 -0.6,0.8 0,0.4 -1.4,0.8 -1.6,0.6 -0.2,1 1.6,0 -0.8,0.8 -2,0.8 -6.2,1.8 -22.2,5.6 -25.2,7.4 -0.8,0.4 -0.8,1.2 0,0.6 -0.2,1.4 -0.2,1 -0.8,5.4 -0.4,4.6 -1.4,9.8 -1,5 -1,5.4 0,0.2 0.6,-0.2 0.6,-0.4 2,-0.6 1.6,-0.2 2.6,-0.6 1.2,-0.6 1.6,-0.4 0.4,0.2 2.8,-0.2 2.6,-0.4 3,-0.8 h 0.2 q -0.2,0.4 3.2,0.4 3.6,0 4.2,0.2 0.6,0.2 2.6,0.6 4.2,1.2 6.2,2.2 1.2,0.6 3.6,1 1.6,0.8 1.6,1.4 -0.2,0.4 -1.8,-0.2 -1.6,-0.6 -1.8,-0.4 -0.2,0.2 2.4,1 l 2.8,0.6 q -0.2,0 -0.6,-0.2 -1.2,-0.6 -0.4,-0.8 1.6,-0.6 6.6,3.6 2.6,2.4 2.2,2.6 0,0 -1,-0.8 -1,-0.8 -1.4,-0.6 -0.2,0 0.6,0.8 0.8,0.6 0.4,1.2 -0.6,0.6 0,0.8 0.2,0 0.6,-0.2 0.4,-0.4 1.6,0.8 l 0.8,1 q -0.6,-0.4 -1.2,0 -0.4,0.2 0.6,0.8 l 0.8,0.2 q 0,-0.2 0,-0.4 0.2,-0.2 1,0.6 1.2,1.6 0,2.4 -0.2,0.4 -0.4,0.8 0,0.4 0,0.8 0,0.2 0.2,0.2 0.4,0 0.4,0.8 0.2,0.6 -0.2,1 -0.4,0.2 -1.4,0 -1,-0.2 -1.6,0 -0.6,0 -1.2,-0.4 -0.4,-0.4 -0.4,0 0,0.2 -1,0.2 l -0.2,0.2 q 0.8,0.2 1.6,0.2 0.6,0.2 0,0.4 -0.2,0 -0.8,0 -1.4,0.4 -2,0.2 -0.4,-0.2 -0.4,0.2 0,0.2 1.2,0.6 1.2,0.2 0.2,0.4 -0.8,0 -0.2,0.4 1,0.6 -1.8,0.8 -1.4,0 -1.4,0.4 0,0.4 -0.4,0.4 -0.8,0 -4.6,-0.2 -10.6,-1.2 -24.4,1.4 -6.6,1.2 -10.2,2.4 -2.8,1.2 -3.6,1.8 -0.8,0.4 -1,1.2 -0.2,1.2 -1.6,4.8 -1.2,3.6 -1.6,4 l 0.2,-1.4 q 1.2,-4 1,-4.4 l -0.6,0.8 q -0.6,1.2 -0.6,0.4 0,-2 -0.8,0.4 -0.2,0.4 -0.4,0.8 l -1,2.2 q 0,-0.2 0,-0.6 0,-1 -0.4,-1.8 l 0.2,-0.6 0.2,-0.8 q 0,-1 -0.4,-1 -0.6,0 -3.4,2.6 -1,0.8 -1.2,0.6 -0.2,-0.2 -0.4,0.2 l -0.2,-0.2 q 0,-0.2 0.2,-0.4 0.2,-1.2 0,-1.2 -0.4,0 -1.6,1.4 -1,1.2 -1.2,1.6 -0.2,-0.4 -0.2,-0.8 -0.2,-1.6 0,-2 0.2,-0.2 0.6,-2.2 0.4,-2.2 0.4,-2.8 0,-0.4 -0.8,0 -0.8,0.4 0.2,-0.4 1.2,-0.8 1,-1 -0.2,-0.2 -1.8,1 -1.4,1 -1.4,1.2 l -1.6,2.2 q 0,-0.2 0.6,-1.4 0.2,-0.6 0,-0.6 -0.6,0.6 -0.8,0.4 0,-0.2 0.4,-0.8 l 0.2,-0.4 q -0.4,0.2 -0.4,0 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.6,-0.4 -0.6,-1.2 -1,0 v 0.2 q 0.6,-0.2 0.6,0.4 0,0.4 -0.6,1 -1.8,1.2 -1.8,0.6 0.2,-0.6 0.6,-0.6 h 0.2 q -0.4,-0.2 0.2,-0.8 h -0.2 q -0.2,0.2 -0.4,0.4 -1.2,1 -1.4,0.8 -0.2,-0.4 1.6,-2.2 1.6,-1.8 0.6,-1.8 -0.2,0 0,0.4 0,0.2 -0.2,0.2 0,0 -0.2,0 -0.2,-0.2 0.2,-1.2 0.6,-1 1,-1 0.4,0 0.2,-0.6 -0.2,-0.6 0,-0.8 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.6 0.4,-0.6 0.6,0 0.6,-0.4 0,-0.6 1.2,-1.6 1.2,-1 1,-1 -0.4,0 -2.4,1.6 -2.2,1.6 -3.2,2.2 -0.8,0.6 -0.8,0.8 0.2,0.2 -0.6,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.4,-0.6 0.8,-0.8 0.2,-0.2 0.2,-0.6 0,-0.4 -0.6,0 v -0.2 q 0.8,-0.8 1,-0.6 0.2,0.2 2,-1.6 1.2,-1 1.6,-1.4 l -1.4,0.8 q -1,0.8 -1.2,0.8 -0.2,-0.2 1.8,-2.2 l 1.4,-1.6 q -0.8,0.4 -3.4,3 -3.2,3.2 -3.4,2.6 -0.4,-0.8 0.4,-2 0.8,-1.2 4.2,-5 l 0.8,-1 q 0,0 -0.4,0.4 -2.8,2.6 -4.8,5.2 -1.4,1.8 -1.4,1.2 0.2,-0.4 0.8,-1.6 1,-1.6 4.4,-5 3.6,-3.6 6.8,-5.8 3.4,-2.6 3.6,-3 0.2,-0.6 1.4,-11.6 1.2,-11 1,-11.2 0,0 -1.8,1.2 -1.8,1 -2,0.8 0,0 0.2,-0.2 0.2,-0.4 0.6,-0.6 0.6,-0.4 1.2,-0.8 l 1.8,-1.8 q -0.2,0 -1.2,0.8 -1,0.6 -1.4,0.4 -0.4,-0.2 -0.4,0.4 0,0.2 0,0.4 0,0 -0.2,0 -0.4,-0.2 -1.8,0.6 l -1.2,0.6 q 0.2,0 0.6,-0.6 0.8,-0.8 2.4,-1.8 1.6,-1.2 1.6,-1.8 0,-0.6 0,-0.6 0.2,-0.2 0.4,-0.2 0.6,0 0.6,-0.2 0.2,-0.2 0,-0.4 -0.2,-0.2 -1.4,0.2 -1,0.4 -1,0.8 l 0.4,-0.2 q 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 -0.8,0.2 -0.6,-0.2 -3.4,2 -2.6,2 -3.2,2 -0.4,0 1.6,-2.2 2.8,-2.6 2,-2.6 -0.2,0 -0.4,0.2 l 0.6,-1.2 q 0.6,-0.6 0.4,-0.6 -0.2,0 -2,1.6 -3,2.2 -4.2,3.6 -1,1.2 -1.4,1.2 -0.2,0 0.2,-0.4 0.4,-0.4 0.4,-0.6 0,-0.4 -0.6,0.4 -0.6,0.8 -0.6,0.2 0,-0.6 0.4,-1 v -0.2 q -0.4,0.2 -0.4,0 -0.2,-0.2 0.8,-1.2 0.8,-1 0.8,-1.2 0,-0.2 0.8,-1.2 1,-1 0.4,-1 l -0.4,0.2 -0.6,0.6 q -1,0.6 -1.2,0.4 -0.2,-0.4 1.8,-3 1,-1.2 1,-1.6 0,-0.4 1.8,-2.4 l 1,-1.4 q -0.2,0.2 -0.6,0.6 -2.2,1.6 -7.2,7 l -1,1 q 0,0 0.4,-0.6 0.6,-1.2 2,-2.8 1.4,-1.6 2,-2.8 l 0.6,-1.2 -2.2,2 1,-1.4 q 1,-1.4 3.2,-3.6 2.4,-2.2 2.2,-2.4 l 0.2,-0.2 q 0.2,0.2 2.6,-1.6 2.4,-2 2.2,-2.2 0,-0.4 1.4,-1.4 1.6,-1 1.8,-1 l -1.4,1.2 -1.4,1.2 q 0.4,0 1.8,-1.2 l 1.6,-1 -0.2,-13 q -0.4,-17.8 -0.8,-20 l -0.4,-1 q 0,0.4 -0.4,0.4 -1.4,-0.2 -1.4,0.6 0,0.4 -0.4,0.4 -0.4,0 -0.8,0.6 -0.2,0.6 -0.4,0.2 -0.8,-1.2 -1.8,-0.4 -0.4,0.4 -0.4,0 0,-0.6 0.6,-1.6 v -0.4 q -1,0.8 -1,0.6 0,-0.2 0.4,-0.8 0.8,-0.8 0.4,-1 0,0 -0.6,0.4 -0.2,0.2 -0.2,0 0,-0.2 0,-0.4 0,-1 1.8,-2.6 2,-1.8 1.6,-1.8 -0.4,0 -1,0.6 -0.4,0.4 -1.4,1.2 -0.2,0.2 -0.2,0.2 0,-0.2 1.2,-1.4 1.8,-2 1.6,-2 -0.2,0 -2,1.6 -1.8,1.6 -2.2,2.2 -0.6,0.8 -0.6,0.6 0,-0.2 0,-0.6 -0.2,-0.8 -1.4,0.4 -0.2,0 -0.6,0.4 l -1,0.8 q 0.2,-0.2 1.4,-1.4 2,-1.8 2.2,-1.6 0.4,0 0.4,-0.4 0,-0.4 1.2,-1.6 1.2,-1.4 1,-1.4 -0.4,-0.2 -2.4,1.6 -4.2,4 -4.2,2.8 0.2,-0.4 0.4,-0.6 0.2,-0.6 0.2,-0.6 0,-0.2 -0.6,0.2 -0.4,0.4 -0.4,0.4 0,0 0.2,-0.4 0.2,-0.6 0.2,-0.8 h 0.2 q 0.4,0.2 1,-0.6 l 0.6,-0.8 -0.8,0.6 q -0.8,0.8 -0.8,0.6 0,-0.4 2.2,-2.4 2.2,-2.2 0.6,-1 -1.4,1.2 -2.6,2 -1.2,0.8 -1.4,1.4 l -0.4,-0.4 q 0,-0.8 2.6,-3.8 2.8,-3.2 5.4,-5.2 l 2,-1.8 -0.2,-1.6 q -0.2,-1.8 -0.8,-4.4 -0.4,-2.4 -0.6,-3.2 -0.2,-0.8 -0.6,-2.6 -0.4,-1.8 -0.6,-2.4 0,-0.8 -0.2,-1.2 -0.2,-0.6 -0.6,-3.2 -0.8,-3 -0.2,-2.8 0,0 0.4,0.4 0.2,0.6 0.6,0.4 v 1.2 q 0,0.2 -0.2,0.4 -0.2,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 v -1 q 0,-1.2 0.2,-1.6 0.4,-0.6 0,-1 -0.2,-0.4 -0.4,0.4 l -0.2,-0.2 q 0.2,-0.6 0.8,-0.4 0.8,0 0.8,-1 -0.2,-0.4 -0.4,-0.4 l -0.2,0.2 q 0,-1.2 0.6,-1.4 l 0.2,-2 q 0.2,-2 0.4,-2 0.2,0 0.2,0 0.2,-0.2 0.2,-0.2 -0.2,-0.4 0,-0.6 0.2,0 0.2,0.2 0.2,0.2 0.2,0.6 0.2,0.2 0.4,0.6 0.4,1.6 0.6,2.2 l 0.2,-0.2 q -0.2,-0.6 -0.2,-0.6 0.2,-0.2 0.6,0 0.4,0.2 0.6,1 l 0.2,-0.2 q 0,-0.8 0.6,-1.2 0.6,-0.4 0,-2.8 -0.4,-2.6 -0.2,-2.4 0.4,0 1.2,3.4 0.8,3.2 1.4,4 0.4,0.8 0.4,0.4 0,-0.4 -0.2,-1.8 -0.2,-2.2 -0.6,-3 -0.2,-0.8 -0.2,-1.4 0,-0.8 0.4,0.4 0.4,1 0.8,2.6 0.4,2.4 1.2,3.8 l 0.8,1.6 -0.4,-1.4 q -0.2,-1.4 -0.2,-2.2 0,-1 -0.2,-1 -0.2,0 -0.2,-0.6 0,-0.8 0.2,-0.8 0.4,0 0.4,0.8 0.2,0.8 0.2,1.4 -0.4,0.6 0.2,1.2 0.6,0.4 0.4,0.8 -0.2,0.2 -0.2,0.2 0.2,0 0.4,0 0,-0.2 0.2,0 0.2,0.2 0.4,0.8 0.2,0.4 0.4,1 l 0.6,1.6 q 0.2,-2 -1.2,-5.2 -0.2,-0.6 0.4,-0.4 h 0.4 q -0.2,-0.4 0.2,-0.4 0.6,0 1.2,1.8 l 0.8,2 q 0,-1 -1,-4.2 -0.4,-1.2 -0.4,-1.2 0,-0.2 0.6,-0.2 0.8,0 1.6,2.8 1.6,6.4 2.4,13.4 0.4,2.2 0.8,2.4 0.4,0.2 2.6,-0.8 2.4,-1 2.4,-1.2 0,-0.4 0.4,-0.4 0.2,0 5,-1.4 4.8,-1.6 6.4,-2.2 0.6,-0.2 1.2,-0.2 0.4,0 3.4,-0.2 6.2,-0.4 13.4,-0.6 4.8,-0.2 5.4,0.4 0.6,0.6 0,0.6 -0.2,0 -0.8,0 -1.4,0 -1.4,-0.2 0,-0.2 -3.8,0 -3.8,0 -4.2,0.6 -0.4,0.2 -0.4,0.4 0.2,0 0.8,-0.2 0.6,-0.2 2.6,-0.2 2.2,-0.2 2.6,0 0.4,0.2 3.8,0.4 3.4,0 3.6,0.2 l -0.6,0.2 q -0.6,0 -1,0.4 -0.2,0.2 -1.2,0.2 -1,0 -2.8,0 h -1.8 l 2,0.6 q 1.8,0.4 2.4,0.8 0.6,0.2 2,0.2 l 1.2,0.2 q -0.2,0.2 -2.4,0.4 -2,0 -3,0.2 -0.8,0.2 -0.4,0.2 0.2,0 1,0.2 1.6,0 1.8,0.6 0.4,0.4 1,0 1.4,-1.2 3,0.4 0.4,0.4 0.8,0.4 l -0.2,-0.4 q -0.4,-0.2 -0.4,-0.2 0.2,-0.2 0.8,0 l 0.8,-0.2 q -0.2,-0.2 0,-0.2 0.4,-0.2 1,0.2 0.6,0.2 0,0.6 -0.4,0.2 0.2,0.4 0.2,0.2 0.2,0.8 0,0.4 -0.4,1 -0.4,0.4 -0.8,0.4 -0.4,0 -0.4,0.4 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -0.8,0.4 -0.8,0 -0.4,0.4 0.4,0.4 0.2,0.6 -0.2,0.2 -0.8,0 -0.4,-0.2 -0.4,0 0,0.2 1.6,0.8 1.8,0.4 1.6,0.8 z m -66.2,-11.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.4,-4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m -4.2,28.6 q 0.2,0 0.8,-0.6 0.6,-0.8 0.4,-0.8 -0.2,0 -0.8,0.8 -0.6,0.6 -0.4,0.6 z m 0.8,3 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m 3.2,-4.2 q 0,0 0.4,-0.2 0.6,-0.2 0.6,-0.4 0,-0.4 -0.6,0 -0.4,0.4 -0.4,0.6 z m 0,9.8 q 0,0.2 0.2,0.2 0.4,0 0.6,-0.2 0,-0.2 0,-0.2 0,-0.2 -0.2,-0.2 -0.6,0 -0.6,0.4 z m -2.2,51.4 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m -9,41 q 0.6,-1 0.4,-1 0,0 -0.8,1 -0.8,1 -0.4,1 0.2,-0.2 0.8,-1 z m 3.8,-3.8 q 0.2,-0.6 -0.2,-0.2 -0.4,0.4 -1,1 l -1.2,1.2 1.2,-0.8 q 1,-0.8 1.2,-1.2 z m 6.8,-5.6 q 0.4,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.8,-0.6 z m 0,3.6 q 0.8,-0.4 0.4,-0.6 -0.2,-0.4 -1.8,1 -1.6,1.4 -3.2,2.4 -1.4,1 -1.4,1.2 0,0.4 3.2,-1.8 2.4,-1.8 2.8,-2.2 z m 1.8,17.8 q 0.6,-1.2 0.4,-1.2 -0.2,-0.2 -0.6,0.2 -0.4,0.2 -0.6,0.8 -0.2,0.6 -0.2,1 0,0.4 0.2,0.4 0.2,0 0.8,-1.2 z m 2.2,-2.2 q 0.2,0.4 0.4,0 0.2,-0.6 -0.4,-0.4 -1.4,0.2 -1.4,1.6 0.2,0.8 0.6,-0.4 0.6,-1.2 0.8,-0.8 z m 2,4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.6,-148.8 q 0.2,-0.4 -0.2,-0.6 -0.4,-0.2 -0.4,0.4 0,1 0.6,0.2 z m 0.2,3.4 q 0,0.2 0.2,0.2 0.4,0 0.4,-0.4 0,-0.6 -0.4,-0.4 -0.2,0.2 -0.2,0.6 z m 0.8,5 q 0.2,-0.2 0.2,-0.6 l -0.4,0.2 z m 1.4,137 q 0.4,0.2 0.4,0 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.2 0.2,0.6 z m 0.4,-1.4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m 2.8,-141.2 q 0,0 -0.2,-0.8 l -0.4,-0.4 z m 0.4,136.8 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.4,-0.4 -0.2,-0.2 -0.6,0.2 z m 1,-133.6 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 50,123.4 q -0.2,-0.4 -0.6,-0.4 -0.4,0 0.2,0.6 0.4,0.6 0.6,0.2 0,0 -0.2,-0.4 z m -1.2,-5 q 0.2,-0.2 -0.6,-0.6 -0.6,-0.6 -0.8,-0.4 0,0.2 0.6,0.8 0.6,0.4 0.8,0.2 z m -2.6,-0.4 q 0,0 0,0.2 0.8,0.2 0.8,0 -0.2,-0.4 -0.8,-0.2 z m -1.8,-1.8 q 0.2,0 -0.2,-0.4 -0.2,0 -0.4,-0.2 -1.2,-0.6 -1.6,0 0.4,-0.2 1,0.2 0.6,0.4 1.2,0.4 z m -0.8,-1.4 q 2.2,1.2 2.2,1 0,-0.2 -1.6,-1.2 -1.4,-1 -2.2,-1.2 l -0.6,-0.2 q 0.2,0.4 2.2,1.6 z m -1.6,-3.2 q -0.2,-0.2 -1.2,0 -0.8,0.2 0,0.4 0.6,0.2 0.6,0 -0.2,-0.2 0.2,-0.2 z m -3.6,17.8 q 0,0 0.2,0.2 l 0.6,-0.2 q -0.2,-0.2 -0.8,0 z m -3.6,-20.4 q 0,-0.2 -1.6,-0.6 -1.6,-0.6 -1.8,-0.4 l 1.4,0.8 q 2,0.6 2,0.2 z m -5.4,-2.2 q -0.2,0 -0.4,0.4 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 z m -0.8,0.2 q 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 0,0 0.4,0 0.6,0 0.6,-0.2 z m -4.6,-0.8 q -0.2,0.2 0.2,0.2 0.2,0 0.4,-0.2 l 0.4,-0.2 q -0.6,-0.2 -1,0.2 z m -6.6,-0.6 q -0.4,0 -0.2,0.2 0.2,0 0.6,0 0.4,0 0.6,-0.2 -0.4,-0.2 -1,0 z m -10.2,-18.8 q 0.2,-0.4 0,-1.2 -0.2,-0.2 -0.2,0 0,0.2 0,0.6 0,0.4 0.2,0.6 z m 28.4,-15.2 q -0.2,0.2 0,0.2 0.2,0 0.6,0 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m 4.8,-6.8 q 0.2,0.2 0.6,0.2 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m -0.8,-4.6 h -1 l 1,0.4 q 0.8,0.2 0.8,0.2 l 0.2,-0.2 q 0,-0.4 -1,-0.4 z m -27,-0.6 q 0,0 0.4,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.8,0 z m 7.6,-55 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 3,-0.8 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 1.6,0 q 0.2,0 0.4,-0.2 l -0.2,-0.2 q -1.2,0.4 -0.2,0.4 z m 4.4,-0.6 q 0,0 0.6,0 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -0.6,0.4 z m 3.8,-0.4 q 0,0 -0.2,-0.4 -0.8,0 -0.8,0.4 0,0.8 1,0 z m 8.6,14 q 0,0 0.4,-0.2 -0.4,0 -0.8,0 0.2,0.2 0.4,0.2 z m 0.4,-11 q 0.8,0.2 1.8,0.2 1.2,0 1.2,-0.2 0,-0.2 -2.2,-0.2 l -1.4,0.2 q 0.2,0 0.6,0 z m 2,10.8 q 0,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0,0.2 0.4,0.2 z m 3.4,0.8 q 0,0.2 0.2,0.2 0.2,0 0.2,-0.4 0,-0.6 -1.2,-0.6 -1.2,-0.2 -1.2,0 0,0.4 1.6,0.4 0.4,0 0.4,0.4 z"/><path fill="#111111" d="m 468.40017,52.6 q 1.6,1.4 1,2.4 -0.4,0.6 -0.6,0 -0.2,-0.4 -1.8,-1.2 -1.4,-0.8 -1.6,-0.6 l 0.8,0.6 q 1.8,1.4 1.8,2.2 -0.4,0.2 0.2,1 l 0.4,0.4 q -0.4,-0.2 -1,0.2 l -0.2,0.2 q 0.2,-0.4 -0.2,-0.8 -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.6 V 58 l -0.8,-0.6 q -0.8,-1 -2.6,-1.6 -1.6,-0.6 -2,-0.2 -0.2,0.2 0.8,0.6 1,0.4 1.2,0.4 0.2,0 1.2,0.8 0.4,0.6 0.6,0.6 -0.4,-0.2 -0.4,0.2 0,0.6 1,0.4 0.4,0 0.2,1 -0.2,0.6 -0.4,0.6 -0.6,-0.2 -1,-0.2 0.2,0.2 0,0.2 0,0 -0.2,0 -0.4,-0.4 -0.2,-0.6 0.2,-0.4 -0.4,-0.4 -0.4,-0.2 -0.8,0 -0.4,0.2 0.2,0.8 0.6,0.6 0.2,1.6 -0.4,0.8 0.4,1.6 1,0.6 1,1.2 0,0.4 -1,-0.2 -0.8,-0.8 -1.2,-0.6 -0.2,0.2 -0.2,0 0,-0.4 -0.6,-0.6 -0.4,-0.2 -0.4,0 0.2,0.2 0.4,0.4 0.4,0.8 0.6,1.2 0.4,0.2 0.4,0.6 0.2,0.2 0.2,0.4 0.2,0.2 0.2,0.6 0,0.2 1,1.2 0.6,0.6 0.4,0.8 -0.8,-0.2 -0.8,0.2 0,0.2 1,0.2 1.4,-0.2 2.2,1.6 0.6,0.8 0,1.4 -0.4,0.4 -0.8,0 -0.4,-0.6 0,-0.8 0.6,0.2 0.6,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -1.6,-0.8 -2.4,-1.6 0,0.8 1.4,1.4 1.4,1.6 0,1 -2.4,-1.4 -1.6,-1.6 -3.4,-2.4 l -1.8,-0.6 1,1 q 1.2,1 1.4,1 0.2,0 0.8,0.6 0.8,0.6 1.8,1.4 l 0.4,0.6 q -0.6,-0.2 -0.6,0.2 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -1.2,-0.4 -1.2,-1 -1.6,-1 -0.4,0 -0.2,-0.2 0.2,-0.4 0.6,-0.2 V 71 q -0.2,-0.4 -0.6,0 -0.2,0.2 -1.4,-0.2 l -1,-0.6 1,0.8 q 1,1 1,1.4 0.2,1.6 1,1.6 0.6,0 0.6,0.8 l 0.2,1 -1,-1 q -1.2,-1.2 -4.6,-3 -3.4,-1.8 -4.2,-1.6 -0.4,0 -3.6,-1.4 -3,-1.4 -3.4,-1.4 -0.2,0 -7.4,-2 -17,-4.8 -16.4,-3.2 0.4,0.6 -3.8,11.4 -0.8,2.4 -1.4,4.2 -0.6,1.6 -0.8,2 -0.2,0.2 -0.6,1.6 -0.8,2.6 -2.8,9.2 -2.8,9 -5.8,25.6 -0.8,5.4 -1,5.6 -0.2,0 -0.2,1.4 0.2,1.2 -0.8,1.8 -0.8,0.6 -0.8,2 0,1.2 0.4,1.6 v -1.2 q -0.2,-1.8 0.4,-2 0.6,-0.2 0.6,0.4 0,0.8 -0.6,6.2 -0.8,5.6 -1,8.6 -0.2,2.8 -0.6,2.6 v 0.4 q 0.2,0.6 0,5.2 -0.4,4 -0.8,4 -0.4,-0.4 -0.4,-1 l -0.4,-0.2 q -0.2,0.4 -0.2,2.4 0.2,1.8 0.4,1.8 0.4,0 0.4,-1.4 0,-0.8 0,-0.6 0.4,0.8 0.4,2.4 l -0.2,1 -0.2,-0.4 -0.2,0.2 0.2,1 q 0.4,-0.2 0.4,0.2 0,0.2 -0.4,0.4 -0.2,0.2 0,2.6 v 1.8 q -0.2,-0.4 -0.6,-3.6 l -0.2,-3.2 v 3.4 q 0,3.4 -0.2,3.2 l -0.6,8 q 0,1 0,2.4 0,5 -0.4,5.2 -0.4,0 -0.4,0.4 0,0.4 0.4,0.2 0.2,-0.2 0.2,1.4 0,1.4 -0.2,3.4 0,1.8 -0.2,2.6 v 0.8 l 0.4,0.8 q 0.2,1 -0.4,1.2 -0.6,0 0,0.6 0.6,0.6 0,0.8 -0.6,0.2 -0.8,0.2 0,0 0.2,-0.6 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,-1.6 l 0.4,-1.4 q 0.4,0.2 0.4,-0.2 0,-0.6 -0.6,-0.4 h -0.4 q 0.2,-1.2 -0.6,-11 -0.2,-1.8 -0.6,-2 v 0.2 q 0.2,0.6 -0.6,0.8 -0.6,0.2 -1,1.2 -0.2,0.8 -0.2,8.6 0,7.8 -0.2,7.4 -0.2,-0.2 -0.2,0 -0.2,0.2 -0.2,0.4 -0.2,13.8 -0.4,14 -0.2,0.2 -0.2,-0.8 0,-1 0,-2.6 0,-1.4 0,-3.4 l -0.2,-4.8 q -0.2,2.2 -0.4,2.6 l -0.2,-0.6 0.2,-0.8 -0.6,0.8 q -0.6,0.8 -0.2,1.4 0.4,0.4 0,0.8 -0.4,0.4 -0.4,3.6 v 3 l -0.2,-3 q -0.2,-3 -0.6,-3.2 l -0.2,0.6 q 0.2,1.2 0,3.4 0,2.2 0,4.4 0,2.2 -0.2,2 -0.2,-0.2 -0.4,-2.2 0,-2 -0.2,-2.2 0,0 0,-1.2 -0.2,-4.2 -0.8,-5.2 -0.4,-0.6 -0.4,-2 0,-1.4 -0.2,-3 l -0.4,-1.8 -0.2,2 q 0,0.8 0,-0.2 -0.2,-0.8 -0.2,-3.2 0,-5.2 -0.4,-6 -0.4,-1 -0.4,-2 v -1 q -0.2,0.2 -0.2,1.6 0,1.4 0,2.8 0.2,1.6 -0.2,2.2 -0.2,0.6 0,0.8 0.4,0.2 0.4,2.4 0,2 -0.4,2.4 -0.4,0.6 0,1 0.6,0.2 0.2,0.4 -0.4,0.2 -0.4,0.6 0,0.2 0.2,0 l 0.4,2.4 q -0.2,1 -0.2,1.2 -0.4,0.4 -0.2,0 0,-0.2 0,-0.6 0,-1 -0.2,-1 l -0.4,-7.2 q 0,-1.4 0,-3.2 l -0.2,-10.8 -0.2,23.4 -0.2,-14.4 -0.4,-12 -0.2,2.4 -0.4,-6.6 v 3.6 q 0,3.8 0.2,3.8 0.4,0 0.4,2.6 l -0.2,2 q -0.2,-0.8 -0.6,-0.8 -0.2,0 -0.2,11.6 0.2,11.4 -0.2,11.2 h -0.2 q 0.4,0.2 0,1.2 -0.2,1.2 0,2.6 0.2,1.2 0.4,0 0,-0.2 0,-1 l 0.2,-2.4 v 2.4 q 0.2,2.6 -0.2,2.6 -0.4,0 -0.4,1.4 l -0.2,-0.2 q -0.2,-0.8 -0.2,-2.2 -0.2,-3.8 -0.4,-4.6 -0.2,-0.8 -0.4,-15.8 0,-0.2 0,-0.4 l -0.4,-14.6 q 0,0.2 0,0.8 v 0.2 l -0.2,1.2 q -0.2,-0.4 -0.2,-3.4 0,-2.4 0,-5 0.2,-2.6 0.2,-4.2 0.2,-1.6 0.4,-1.4 0.2,0 0,4.8 0,1.2 0,2.4 0,1 0,1.6 0.2,0.6 0.2,0.4 0.2,0 0.2,-6.6 l 0.2,-5.4 q -0.2,1.2 -0.6,1.6 -0.4,0.4 0,-4.4 0.2,-1.2 0.2,-2.4 0.2,-1.6 0.4,-4.2 0.2,-2.4 0.4,-3.6 0.2,-0.4 0.2,-0.6 0.2,-0.4 0.2,0.2 0,0.2 0,1 l 0.2,1.6 0.2,-2.2 q 0.2,-2.2 0.2,-2.4 l -0.2,0.4 q 0,0.6 -0.4,0.6 -0.2,0 -0.2,-0.2 0,-0.2 0,-0.8 0,-0.6 0,-1.4 0.2,-1 0.4,-2.2 0.2,-1 0.4,-8.6 0.2,-7.6 0.4,-9.6 0.6,-9.8 1.6,-17.4 3.4,-23.8 9.8,-40.2 1.4,-3.4 1.2,-3.6 -0.2,-0.2 -4.4,0 -4.2,0 -5.6,0.2 -4.2,0.6 -6.2,0 0.2,-0.2 0.6,-0.2 0.6,0 2.4,-0.2 1.8,-0.2 3.2,-0.4 1.2,-0.2 1.6,-0.4 0.6,-0.2 6,-0.4 1,-0.2 0.8,-0.4 -0.4,-0.4 -2,-0.2 -1.4,0.2 -4.2,0.4 -2.6,0.2 -2.4,0.4 0,0.2 -0.6,0.4 -0.4,0 -1.4,0 -0.8,0 -1.8,0 -4,0 -3.8,-0.2 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,0.2 0,0.4 -3.6,1 -1.6,0.2 -1.6,-0.2 0,-0.6 0.8,-0.8 l 0.4,0.2 1,0.2 q 0.8,-0.2 1.2,-0.6 0.2,-0.4 3,-0.4 2.8,-0.2 3,-0.4 0.4,-0.2 1.2,-0.4 h -2.8 q -3.4,0.2 -8.8,0.4 -5.2,0 -7.6,0.4 -2.4,0.2 -2.4,-0.2 0,-0.4 1.2,-0.6 l 0.8,0.2 q -0.2,0.2 0,0.2 0.4,0 1.4,-0.2 1,-0.4 2.4,-0.6 1.4,-0.2 2.6,-0.6 l 1.2,-0.2 h -1 l -0.2,-0.4 -5.6,0.2 q -1.8,0.2 -2.4,0.4 -0.8,0.2 0,-0.4 0.6,-0.6 1.8,-0.6 1.2,0 1.4,0 0.2,0 2,-0.4 1.8,-0.2 1.8,-0.6 0,-0.6 -0.6,-0.6 -0.2,0 -0.2,0.2 -0.2,0 -0.2,0 l -0.6,0.4 q -0.6,0 -2.4,0.2 l -1.4,-0.2 q 0.2,-0.4 1,-0.2 0.6,0 1.4,-0.4 0.8,-0.4 1.4,-0.4 0.6,0 0.4,-0.4 -0.4,-0.4 -1,0 -0.6,0.2 -1.6,0.2 -1.2,0 -2,0 -0.8,0 -0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 1,-0.4 0.4,-0.8 0.2,-0.8 -0.4,0 -0.6,0.4 -0.2,0.4 -0.6,0 -0.6,-0.4 -0.8,0 -0.4,0.4 -0.6,0.2 -0.2,-0.4 -1.2,0.2 -1,0.4 -1.2,0.4 -0.2,-0.2 -0.2,-0.8 0,-1 0.8,-0.8 0.6,0.2 0.6,-0.2 0,-0.6 -1,-0.2 -0.6,0.2 -1.2,0.4 -0.6,0 -1,0 -0.4,0 -0.4,-0.2 0,-0.2 -0.6,0 -0.6,0 -0.8,-0.4 -0.2,-0.2 -0.2,-0.2 0,0 0.2,0 0.4,0.4 0.4,-0.2 0,-0.6 1,-0.4 0.8,0.2 0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 0.6,-0.2 0.2,-0.4 0.6,-0.2 0.2,0.2 0.4,0.2 0.2,-0.2 0,-0.4 0,-0.4 1.8,-0.8 l 1.6,-0.4 -1.8,0.2 q -2,0.2 -2.2,0.6 h -0.2 q 0,-0.2 -0.6,0.2 -1,0.8 -1,0 0,-0.2 0.2,-0.4 0.4,-0.6 0.8,-0.4 0.2,0.2 4.8,-1.4 1.8,-0.6 2.2,-0.4 0.4,0.2 0.4,-0.2 0,-0.4 0.4,0 l -0.2,-0.6 q -0.8,-0.6 -1.2,-0.2 -0.4,0.2 -1.4,0.4 -1.2,0 -2,0.4 -0.6,-0.2 -0.6,-0.2 0.2,-0.4 0,-0.4 -0.4,0 -0.4,0.4 -0.2,0.2 -2.6,0.6 -2.6,0.4 -2.8,0.2 -0.4,-0.4 0.2,-0.6 0.2,0 0.4,0 0.8,-0.2 1.4,-0.4 0.6,-0.4 1.2,-0.4 0.6,0 1.4,-0.2 5.4,-1.4 6.2,-1.2 0.8,0 0.8,-0.4 0,-0.6 5.4,-2 l 1.8,-0.4 -2.4,0.2 q -2.6,0.2 -3.4,0.2 -0.8,0 -0.8,0.4 0,0.2 -1.6,0 -1.6,-0.2 -1.6,0.2 0,0.2 -0.6,0.2 -0.8,0 -1.4,0.2 -0.6,0.2 -0.6,0 0,-0.6 2.4,-1 2.4,-0.6 4.4,-0.6 1.8,-0.2 1.8,-0.4 0,-0.4 0.6,-0.6 0.6,-0.4 1,-0.2 0.2,0.2 -0.2,0.2 -0.4,0 -0.4,0.4 0,0 0.2,0 0.4,0 1,0 0.6,0 1.2,-0.2 2.6,-0.4 4.8,-0.6 2.4,-0.2 2.6,-0.6 0.2,-0.4 -0.8,-0.2 -0.8,0.2 -1,0 l 0.8,-0.4 q 2.4,-0.2 5.2,-0.6 1.6,-0.2 1.8,0.4 0.2,0.4 0.4,0 0.6,-1 2,0 0.6,0.4 1.2,0.2 0.6,-0.2 0.6,-0.6 -0.2,-0.4 3,-0.4 3.4,-0.2 3.4,0 0,0.2 0.2,0.2 0.4,0 0.8,0 0.4,-0.2 0.6,-0.4 h 0.4 q -0.4,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.4 1,-0.4 0.6,0 0.8,0.2 0.2,0 0,0.4 0,0.2 0.2,0.2 0,0 0.4,-0.2 0.4,0 0.4,0 l 2.2,0.4 q 0.4,0 0.8,0 l 2.8,-0.4 q -0.4,-0.2 -0.2,-0.2 0.2,0 0.6,0.2 1,0.2 3.4,0.4 2.6,0 3.8,0.4 1.4,0.2 2.4,0.4 l 0.2,0.2 0.4,0.2 q 3.2,-0.6 7.6,0 1.8,0.2 4.6,0.6 3,0.4 3.4,0.6 0.6,0.2 1.4,0.2 2.6,0.2 10.6,2.8 11,3.8 12.4,5 2,2 2.8,2 0.6,0 1.2,0.6 0.8,0.4 0,0 -1,-0.4 -1,0 0,0.2 1.4,1 1.6,0.8 2,0.8 0.2,0 -0.8,-0.8 l -0.8,-0.6 1,0.4 q 0.8,0.4 0.8,0.6 0,0.2 1.2,1.6 z m -106.4,-2.2 q 0.2,0 0.4,-0.4 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 0,0.4 0.2,0.4 z m 7.6,1.6 q 0.4,0 0.8,-0.2 l 0.2,-0.4 q -0.4,0 -0.8,0.4 z m 2,1.4 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 l 0.2,0.2 q 0.6,0.4 0.8,0.4 z m 0.6,-1.6 q 0.4,0 0.4,0 -0.2,-0.4 -0.6,-0.4 z m 2.6,-11.4 q 0,0 0.2,0.4 l 0.6,-0.2 q -0.4,-0.2 -0.8,-0.2 z m -0.6,14.6 q 0,0.2 0.4,0.2 l 0.4,-0.2 q -0.4,-0.2 -0.8,0 z m 0.6,1.4 q 0.8,0 0.8,-0.2 -0.6,0 -1.4,0 -0.4,0.2 0,0.2 0.2,0 0.6,0 z m 2.4,-15.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,-0.6 q 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 0.2,0.2 0.6,0.2 z m 5.2,-3.2 q -0.2,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.2 -0.4,-0.2 -0.2,-0.2 -0.4,0 z m 1.8,0 q -0.4,0.4 0.4,0.4 0.8,0 0.4,-0.4 -0.4,-0.4 -0.8,0 z m 2.6,0 q 0.2,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m -3.8,118.4 q 0,0 0.6,-6.8 v -2.2 l -0.4,2.4 q -0.6,5.2 -0.2,6.6 z m 1,-14.6 q 0,0 0.2,0.4 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0.2,38.8 q 0.4,0 0.4,-0.2 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.4 0,0.2 0.2,0.2 z m 0.8,-16 q 0,-1.4 0,-3 -0.2,0.8 -0.2,1.6 v 1.6 z m 0.4,-33 q 0,0 0.2,0.4 0.2,-0.4 0,-1 -0.2,0.4 -0.2,0.6 z m 0.2,37.8 q 0.2,-1.2 0,-2.2 0,0.4 -0.2,1 l 0.2,1.4 z m 12.2,-129.6 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 0,23 q 0.2,0 0.4,-0.2 0.2,-0.4 -0.2,-0.4 -0.2,0 -0.2,0.4 0,0.2 0,0.2 z m -4.6,-25 q 0.8,0 2.6,-0.2 2,-0.2 2.2,-0.4 h -1.4 q -1.4,0.2 -3,0.2 z m 3.4,27.6 q 0,0 0.2,0 0.6,-0.6 0.6,-1.2 0,-0.6 -0.2,0 -0.2,0.6 -0.6,1.2 z m -10.4,91 q 0.2,-0.6 0,-1 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.6 z m 0.4,7.2 q 0.2,-0.4 0,-1 0,-0.4 -0.2,-0.2 0,0.2 0,0.6 0.2,0.4 0.2,0.6 z m 1.2,15 q 0.2,0 0.2,-2.6 0.2,-2.6 -0.2,-2.8 -0.4,-0.2 -0.4,2 0,3.4 0.4,3.4 z m 0.2,-40.6 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.8,50.6 q 0.2,-0.2 0,-2 l -0.2,-1.6 -0.2,2 z m -0.2,-4.6 q 0,0 0,0.4 0.2,-0.4 0,-0.8 0,0.2 0,0.4 z m -0.4,-82.2 q 0,0 0.8,-6.2 l -0.2,0.4 q -0.6,1.4 -1.8,10.2 -1,8.8 -1,13.2 -0.2,3.6 0,2.8 0.2,-1 1,-8.8 0.4,-6 1.2,-11.6 z m 3.2,95 q 0,0 -0.2,-1.6 v 0.4 q -0.2,0.6 -0.4,1.6 0,0.8 0,1.4 0.2,0.6 0.4,0.6 0.2,0 0.2,-2.4 z m -0.2,-3.4 q 0.2,2 0.2,0.2 0.2,-0.8 0,-2 0,-2.2 0,-2.2 0,0 -0.2,1.2 -0.2,1.8 0,2.8 z m 0.2,-97.2 q 0.2,-0.4 0,-0.8 0,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.2,-1.8 q 0.4,-0.2 0.2,-0.8 l -0.4,0.2 z m -1.6,-2.6 q 1,-5.2 3.8,-16.4 0.6,-2 1.6,-5 1,-3.2 0.8,-3.4 l -0.6,1.2 q -0.4,1.4 -0.6,1.6 -0.2,0.4 -1.6,5.8 -0.4,1 -1.4,4.6 -0.6,2 -0.6,2.8 -0.2,1 -0.8,3.4 -0.4,2.2 -0.8,4.2 -0.4,2 -0.6,3.4 -0.2,1.2 0,1.2 0.2,0 0.8,-3.4 z m 2.2,103.8 q 0,0.4 0.2,0.4 0.4,0 0.2,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 0,0.6 z m 0,-2.4 q 0,0 0.2,0.4 0.2,-0.2 0,-0.6 z m 0.6,-3.6 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-2.4 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 3.8,-17.6 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m -2.2,-87.2 q 0.6,-2.2 2.2,-8.2 1.8,-6 1.6,-6.2 l -0.4,1 q -0.4,1 -1.8,5.8 -1.4,4.6 -2.2,8.6 -0.8,4 -1.4,6 -0.8,3.4 -0.4,3.2 0.2,0 0.4,-1 0.4,-2.4 1.4,-6.2 0,-0.2 0,-0.6 0.2,-0.6 0.4,-1.2 0.2,-0.8 0.2,-1.2 z m 4,73.4 q 0,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.6 0.2,0.6 z m 9.6,-118 q 0,0 0.2,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.6,0 z m -2,0.2 q 0,-0.2 -0.8,-0.2 -0.6,0 -0.6,0.4 0,0.2 0.6,0 0.8,-0.2 0.8,-0.2 z m -1.2,65.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m -0.6,2.4 q -0.2,0.4 -0.2,0.4 0,0.4 0.2,0.6 0.2,-0.6 0,-1 z m -4.6,-41 q -0.2,0 -0.6,0.8 -0.2,0.6 0,0.6 0.4,0 0.6,-0.6 0.2,-0.8 0,-0.8 z m -1,87.6 q 0,0 0.4,0.4 0.2,-0.6 -0.2,-0.8 -0.4,-0.4 -0.2,0.4 z m 0,-4 q 0.2,1 0.4,0.6 0.4,-0.6 0.4,-0.8 0,-0.4 -0.4,-0.2 0,0.2 -0.2,0 0,-0.2 0,-0.4 l -0.2,-0.4 q -0.2,0.2 0,1.2 z m 1,-10.6 q 0.2,-1 0.2,-1.8 0.2,-0.8 0.2,-1.2 0,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.8 0,0.6 -0.4,4.4 -0.2,2 -0.4,3.4 0,1.4 0,2.4 0,0.8 0,1.2 0,0.4 0.2,0.4 0.2,0 0.2,-0.4 0.2,-6.8 0.6,-8.6 z m 0.6,-6.4 q 0.8,-8.2 1.4,-7.6 l 0.2,-0.2 q 0,-0.2 -0.2,-0.4 -0.2,-1.2 0.6,-5.6 l 0.4,-4.6 q 0,0.2 0,0.6 -0.4,1.2 -0.6,2.4 -1,6.2 -1.8,12.2 -0.4,4.4 -0.6,5 0,0.6 0.2,0.6 0.2,0 0.4,-2.4 z m 1.8,10 q 0.2,-0.8 0,-1.8 v 0.2 q 0,0.4 0,0.6 v 1.2 z m -0.2,11.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-8 q 0,-1.4 0.4,-1.4 0.4,0 0.2,-0.8 0,-0.8 -0.2,-0.2 l -0.4,0.2 q 0,-0.4 -0.2,-0.2 -0.2,0.2 -0.2,1.6 0.2,1.4 -0.2,1.8 -0.2,0.4 -0.2,2.8 0.2,2.2 0.4,2.2 0.4,0 0.2,-2.4 -0.2,-2.4 0.2,-2.2 z m 0.6,-8.4 q 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,1.2 z m 1,-4.2 q 0,0 -0.4,-1.4 0,-0.4 0,-0.4 -0.2,1 -0.4,1 -0.2,0 0,1.6 0.2,0.8 0.2,0.6 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.2 z m -0.4,-21.2 q 0,0 0.2,0.4 0,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-72.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,70.8 q 0,0 0.4,-0.2 0.2,-1 0.2,-1.8 l -0.2,0.2 q -0.4,0.8 -0.4,1.8 z m 1.8,9.8 q 0,0 0,-1 l -0.2,-0.8 q -0.2,0.8 -0.8,4 -0.4,3 -0.4,3.4 l 0.2,-0.2 q 0.4,-0.4 0.6,-0.4 v -0.2 q 0,-0.6 0,-1.6 0,-1.2 0.2,-2.2 0.2,-1.2 0.4,-1 z m 1.6,-9.6 q 0,-1.8 -0.2,-1.6 0,0.2 -0.8,4 -0.6,3.6 -0.6,4 l 1,-3.6 v -0.2 l 0.2,-1 z m 0,-72 q -0.4,0 0,0.4 0.4,0.4 0.2,0.6 v 0.2 q 0.4,-0.2 0.4,-0.6 0,-0.6 -0.6,-0.6 z m 0.4,68.6 q 0.2,-0.4 0.4,-1.8 0.2,-1.4 0,-0.6 z m 0.6,-3.8 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.6 -0.2,-0.6 0,0 -0.2,0.6 z m 0.6,-1.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-62.8 q 0,0 0.2,0.4 0.4,0 0.4,0 -0.2,-0.4 -0.6,-0.4 z m 0.4,61.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.4,-2.4 q -0.2,0.8 0,0.4 0.4,-0.4 0.4,-0.8 z m 1.6,-3.2 q 0,0 0,-0.2 -0.4,0 -0.2,-0.8 l -0.2,-0.2 q -0.4,0.6 -0.6,1.8 -0.2,1 -0.2,1 0.2,0 0.4,-0.4 0.4,-1 0.8,-1.2 z m -0.2,-2.6 q 0,0 0.2,0.6 0.2,-0.2 0,-0.8 z m -0.6,-52.4 q 0,0.2 0.6,0.2 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0 -0.6,0.2 z m 1.8,49.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.2,-1.8 q 0,0.8 0.2,0.2 0.4,-0.8 0.4,-1 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.2,1 z m 1.4,-3 q 0,0 -0.2,-0.4 -0.8,1.4 -0.2,1.4 0.2,-0.2 0.4,-1 z m 0.8,-2.6 0.2,-0.8 -0.4,0.8 -0.6,1.4 0.2,-0.2 q 0.4,-0.4 0.6,-1.2 z m 1.4,-4 0.2,-1 -0.6,1 q -0.4,0.8 -0.4,1.4 0,0.4 0.2,0 0.4,-0.6 0.6,-1.4 z m 1,-4 q -0.2,0.6 0.2,0.2 0.4,-0.4 0.2,-0.6 -0.2,-0.2 -0.4,0.4 z m 0.2,-7.6 q 0.4,-0.2 0.4,-0.8 0,-0.6 -0.4,0 -0.4,0.8 0,0.8 z m 1,-2.6 q 0,0 0,-0.8 0,0.2 -0.2,0.8 -0.2,0.4 -0.4,0.8 0,0.2 0,0.2 0.2,0 0.6,-1 z m 0.8,-24 q 0,0 -0.2,0.4 -0.2,0.2 0,0.2 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.4 z m 0.2,29.2 q 0.4,-0.6 0.4,-0.8 h -0.4 q -0.2,0.6 -0.2,1 z m 2.6,-28.2 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 l 0.2,0.2 q 0.6,0.4 0.8,0.4 z m 7.2,1.4 q 0.6,-0.2 0.6,-0.2 -0.4,-0.2 -1,0 0,0.2 0.4,0.2 z m -1.2,-1 q 2.6,0.2 2.8,0.2 0.4,-0.4 -5,-0.8 h -1.8 q 0.4,0.2 0.6,0.4 0.2,0 0,0.4 0,0.2 0.2,0.4 0.4,0 1,0 h 1.4 l -1.2,-0.2 q -2.2,-0.4 -0.4,-0.6 1,0 2.4,0.2 z m 3.2,1.4 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,-0.2 z m 0.2,-1 q 0,0 2.4,0.2 0,-0.2 -1.4,-0.4 -1,0 -1,0.2 z m 3.6,0.6 q 0.2,0 0.4,0 0.2,-0.2 0,-0.4 -0.2,-0.2 -0.6,0 -1.2,0.4 0.2,0.4 z m 2.6,0.2 q 0.4,0 0.6,-0.2 -0.6,0 -1,0 0.4,0.2 0.4,0.2 z m 1.8,0.4 q 0.4,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m 2.2,0.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 2,0.6 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z m 20.6,10.4 q 0,0 0.2,0.4 0.6,0.2 1,0.2 l -0.2,-0.2 q -0.6,-0.4 -1,-0.4 z m -5,-5.8 q 0,0 -1.2,-0.2 l 0.2,0.2 q 0.6,0.4 1.2,0.2 z m -3,-1 q 0,-0.4 -0.8,-0.4 -0.8,0 -0.2,0.4 0.8,0.2 1,0.2 z m -2.2,-1 q -0.8,-0.4 -1.4,-0.2 0.4,0.6 2,0.8 z m -2.8,-1 q 0,0 -2.8,-0.6 0.2,0.2 1.4,0.8 1.4,0.4 2,0.4 0.2,0 0,-0.2 -0.2,-0.2 -0.6,-0.4 z m -1,23.8 q 0,0 -0.6,-0.4 -0.8,-0.4 -2,-0.6 l -1.2,-0.4 1,0.6 q 1.2,0.8 2.8,0.8 z m -0.8,-22.2 q 0,0 1.6,0.2 -0.2,-0.2 -1.2,-0.4 -0.4,0.2 -0.4,0.2 z m 6.4,25 q 0,0 0.4,-0.2 -0.2,-0.2 -2.8,-1.2 -2.4,-1.2 -2.6,-1.2 z m 1.2,0.6 q 1,1.2 1,0.6 0,-0.4 -0.8,-0.8 z m 3,1 q -0.2,0 -0.8,-0.4 -0.6,-0.4 -0.8,0 0,0.2 0,0.2 0,0 0.2,-0.2 0.4,-0.2 0.4,0.2 0,0.4 0.6,0.4 z m -0.8,-9 q -0.8,-0.4 -1.2,-0.4 -0.2,0 0.6,0.4 1.2,0.6 1,0.6 0,-0.2 -0.4,-0.6 z m -0.6,3.2 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z m 2.8,-12.6 q 0.8,0.2 0.8,-0.2 -0.2,-0.4 -0.8,-0.2 -0.4,0.2 0,0.4 z m -4.8,-6 q 0,0 5.6,1.6 l -0.2,-0.2 q -0.8,-0.6 -1.6,-0.6 -0.8,0 -0.8,-0.2 0,-0.2 -0.8,-0.2 -0.6,-0.2 -0.8,-0.4 -0.2,-0.4 -0.6,-0.4 l -2.4,-0.8 -0.8,-0.2 q -1,0 -2,-0.2 z m 8.8,8.6 q 1.2,0.6 1.2,0.4 0,-0.2 -1.2,-0.8 z m 2.2,0.2 q 0.4,0 -0.2,-0.6 -0.6,-0.8 -2.6,-1.6 -1.8,-1 -2,-0.8 l 0.4,0.2 -0.2,0.4 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 0.2,0.2 1.8,1.2 1.6,0.8 1.8,0.8 z m 0,-3.2 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 1.2,0.8 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 z"/><path fill="#111111" d="m 526.20016,103.6 q -0.4,1.8 -0.6,2.2 -0.2,0.4 0.6,0.4 0.4,0 0.8,0 1.8,0 2.4,0.4 0.8,0.4 0.8,0 0,-0.4 0.8,-0.4 0.8,0 0,0.4 v 0.2 q 0.8,0 0.4,0.8 -0.2,0.4 -0.6,0.4 -0.6,0 -0.8,0.4 0,0.4 0.6,0.4 0.4,0 1.8,0 l 2.4,-0.2 1.6,2.8 -0.8,0.2 v 0.4 q 0.4,0 0.4,0.2 0,0 -0.4,0.4 v 0.4 q 0.8,-0.2 1.2,0.4 0.2,0.4 0,0.6 -0.4,0.2 -0.2,0.4 0,0.2 -0.4,0.4 -0.4,0.2 -1,0.6 -0.6,0.2 -1,0.4 -0.4,0.2 -0.4,0.4 0.2,0.2 0,0.2 0,0 -0.4,0 -0.4,0 -0.4,0.4 0,0.4 0.8,0.6 1,0 1.8,-0.2 0.8,-0.4 1.2,-0.2 0.4,0.4 -0.4,1 -0.4,0.2 -0.6,0.2 -0.6,0 0,0.4 l -0.4,0.2 q -0.6,-0.2 -1.2,0.4 -0.6,0.4 -1.2,0.2 l -0.2,0.2 q 0.2,0.4 -7.4,2.6 -2,0.6 -2,0.8 0.2,0 5,-1.4 4.8,-1.4 5.8,-1.8 l -0.2,0.4 q -0.8,0.8 -1.4,0.8 -0.4,0 -0.4,0.4 0,0.2 -0.6,0.4 -8.2,2.6 -8.4,3 -0.2,0.2 -0.2,10.2 0,2.8 0,5.2 0,2.2 -0.2,3.6 0,1.2 0,1.2 -0.4,-0.6 -0.6,-14 l -0.2,-5 -0.4,1 v -1 q -0.2,-0.6 -0.4,-0.8 -0.4,0.2 -0.4,1.4 0.2,1 0.2,7.8 l -0.4,5 v -0.2 14.8 q 0.2,2.4 -0.2,2.4 -0.2,0 -0.2,-1.6 l -0.2,-1.4 q -0.2,0.2 -0.2,3.6 0.2,3.2 0,4.2 l -0.2,-0.4 q -0.2,-1 -0.2,-2 0,-1 -0.2,-4.4 0,-3.4 -0.4,-4.2 l -0.2,3.2 q 0.2,4 -0.2,4 -0.2,0 -0.2,0.4 0,0.2 0.4,0 l 0.2,0.8 -0.2,0.2 q -0.4,-0.4 -0.2,0.2 0,0.2 0,0.6 l 0.2,8.2 -0.4,-1 q 0,0.6 -0.2,0.8 -0.2,0.2 -0.4,-0.4 -0.2,-0.4 -0.2,-1 l -0.2,-1.4 v 1.4 q 0,1.6 0.4,2 0.6,0.4 0.6,2.4 -0.2,2.8 -0.8,2.8 -0.4,-0.4 0,-0.4 0.4,-0.2 0.4,-1.4 l -0.2,-0.2 q -0.2,0.6 -0.4,0 0,-0.4 -0.2,-1.2 0,-2 -0.4,-2 -0.4,-0.2 -0.4,-0.6 0,-0.4 0.2,0 l 0.2,-1.8 q -0.2,-0.8 -0.6,-1 l 0.2,7.4 q 0,0.8 0,1.2 0.2,1.6 0.2,1.6 0,0 -0.4,-1 l -0.6,-1.4 q -0.2,0.2 -0.2,0.6 0.2,0.6 0.2,1.6 0.2,0.8 0.2,1.6 0,0.6 -0.2,0.6 -0.4,0 -0.4,-1 v -1 l -0.2,1 q -0.2,0.8 0,1.6 0.2,0.6 0,1 0,0.4 0,1.6 0,1 -0.2,1 -0.2,0 -0.4,-1 -0.6,-8.4 -1.4,-8.8 -0.4,-0.4 -0.6,-2.4 0,-2.2 -0.2,-3.2 l 0.2,7.2 q 0.4,3.4 0,3.6 -0.2,0 -0.4,-0.2 0,-0.4 -0.2,-1 0,-0.6 0,-1.2 -0.2,-2.6 -0.8,-3 l 0.2,-0.4 q 0.2,0.2 0.2,-0.4 0,-0.4 0,-1.6 -0.2,-2.4 -0.2,-3.8 l -0.4,-1.2 q -0.4,0.2 -0.2,1.4 0.2,1 0.4,3.2 0,1.8 -0.2,1.8 -0.4,-0.4 -0.6,-0.2 0,0 0,0.4 0.2,0.8 -0.2,0.8 -0.4,-0.2 -0.4,-1 -0.2,-0.8 -0.2,-0.8 0.2,-0.2 0.6,-0.2 0.6,0.2 0.2,-0.2 -0.4,-0.4 -0.2,-1 h -0.2 q -0.4,0.4 -0.6,-0.2 0,-0.8 -0.2,-3.8 -0.2,-4.6 -0.6,-6.2 -0.2,-1.8 -0.6,-4.4 l -0.2,-2.6 q -0.2,0.4 0,3.4 0,3.8 -0.4,3.8 -0.2,0 -0.2,0.4 0,0.4 0.4,0.2 0.4,-0.2 0.4,0.4 0,0.4 -0.4,0.2 -0.8,-0.2 -0.4,3 0.2,2 0.6,2.2 0.4,0.4 0.4,0.4 0,0 -0.6,0 -0.6,0 -0.8,-0.2 -0.4,-0.6 -0.6,-10 l -0.2,-1.8 h -0.2 l -0.2,0.2 q 0,-0.4 0.2,-0.6 0.4,-0.2 0.2,-0.4 -0.2,-0.4 -0.2,-5.4 0,-5 -0.2,-5 -0.2,0 -0.2,-1.2 0,-1.2 0,-2.6 0.2,-1.4 0.2,-2 -0.4,0.2 -0.4,-0.2 0,-0.2 0,-1 0.2,-5.4 -0.4,-4.8 -0.4,0.4 0,9.4 0,4 -0.4,4 -0.2,0 -0.2,-1.8 -0.2,-11.6 -0.8,-11.6 v -0.2 q 1,-0.6 -10.4,0.2 -3.8,0.4 -8.2,0.6 -5.4,0.2 -7,0.4 -2.6,0 -3.2,0 -0.6,0.2 -0.8,1.2 -0.2,1 -0.6,6.2 -0.4,4.8 -0.6,5.4 0,0.6 -0.2,4.4 -0.2,3.6 -0.6,6.6 l -0.2,2 q 0,-1.6 0.4,-9.6 l 0.6,-13.2 q -0.2,0.6 -0.4,0.6 0,0 0,-0.6 0,-0.8 0.4,-1 0.6,-0.2 0.6,-0.8 0,-0.8 -0.6,-0.4 h -0.2 q 0.2,-0.4 -0.2,-0.4 -0.6,0 -0.6,2.4 0,1.2 0,1.6 0,0.6 -0.4,1.2 -0.4,0.4 -0.2,1 0.4,0.6 0,3 -0.4,2.4 -0.2,3 0.2,0.6 -0.4,1 -0.6,0.6 0,1 0.4,0 0.2,0.8 -0.2,0.6 -0.4,0 l -0.4,-0.2 q 0,0.6 0.4,1 0.4,0.2 0.4,0.6 l -0.4,-0.2 q -0.4,-0.6 -0.4,0 0,0.6 0.4,0.6 0.4,0 0.4,0.6 0,0.6 -0.4,0.2 -0.4,-0.4 -0.6,1.4 0,1.6 0.4,1.6 l -0.2,0.4 q -0.4,0.2 -0.4,1.2 0.2,1.4 0.2,4.6 0,3.2 -0.2,6.4 0,3.2 0,3.2 -0.2,-0.2 -0.4,-2.2 l -0.4,-2.2 q -0.2,0.2 -0.2,0.6 l -0.2,-0.2 q 0,-0.2 0,-0.6 -0.2,-1.4 0.2,-1.8 0.6,-0.4 0,-0.4 -0.6,0 -0.8,0.4 0,0.4 0,2.4 -0.2,1.8 -0.2,3 -0.2,1 0,1 0.4,0 0,0.6 -0.4,0.4 0,0.4 0.4,0 0,0.6 -0.2,0.4 -0.2,2.4 0,0.6 0,1.2 0,0.4 0,0.8 0,0.2 0,0.2 -0.8,-0.2 -1,0.4 -0.2,0.4 -0.2,2.4 l -0.2,2.2 -0.2,-0.2 -0.2,1.8 q 0,0.4 0,0.8 0.2,3.2 0,4.8 l -0.2,1.8 -0.2,-2 q 0,-1.4 -0.4,-1.4 -0.2,0.4 -0.2,0.2 0,-0.2 0,-0.6 -0.2,-0.6 -0.4,-0.6 -0.2,0.4 -0.2,1.8 0.2,1.2 -0.4,1.6 -0.4,-0.2 -0.4,-0.8 0,-1.2 -0.4,-1.2 -0.4,0 -0.4,-0.6 0.2,-0.6 0,-1.4 l -0.2,2.6 q -0.2,3.6 -0.6,3.4 -0.2,-0.4 -0.2,-2 0,-1.6 -0.6,-4.2 -0.6,-2.6 -0.8,-3.8 -0.2,-0.4 -0.4,-0.6 -0.2,-0.2 -0.2,0 v -0.6 q 0,-0.6 0,-0.6 -0.6,0.2 -0.8,1 0,0.6 -0.2,-0.2 -0.2,-0.2 -0.2,-1 -0.2,-2.2 -0.4,-2.2 -0.2,-0.2 0,1.4 0,1.8 -0.4,2.4 -0.2,0.6 0.4,0.8 0.6,0.2 0.6,0.6 0,0.2 -0.4,0 -0.4,-0.2 -0.4,2.6 0.2,2.8 0,3 l -0.4,-1.8 q 0,-2.8 -0.4,-3.2 v 2.4 q 0.2,2.2 -0.2,2.2 -0.2,-0.2 -0.4,-1.2 -0.2,-0.6 -0.2,-0.2 0,0.2 0,0.8 l -0.2,1.2 -0.2,-1.2 q -0.4,-1.4 -0.6,-4.6 -0.2,-3.2 -0.6,-3.4 0,0 0,1 0,1 0,2.6 0,1.4 0,3 0.2,1.6 0.2,3 0,1.4 0.2,1.8 0,0.8 -0.4,0.8 -0.2,0 -0.2,-0.8 0,-0.8 -0.2,-7.6 -0.4,-6.8 -0.6,-16.2 -0.2,-9.6 -0.4,-11.2 -0.2,-1.2 -0.2,-5.2 0,-4.2 0,-7.6 0,-3.6 0,-3.6 0.2,0 0.2,-1.6 0.2,-1.8 0,-3.6 0,-1.8 -0.2,-2.4 -0.2,-0.6 -0.2,-0.2 0,0.2 -0.2,1 -0.2,1.2 -0.6,1.2 -0.2,0 -0.2,-1.6 0,-0.8 -0.4,-1 -0.2,-0.4 -1.6,-0.8 l -1.6,-0.6 -0.4,-0.4 q -0.2,0 -0.4,-0.2 -1.4,-0.4 -1.8,-0.8 -0.4,-0.4 0.4,-0.6 0.6,0 2.4,0.2 3.6,-0.2 3.6,-0.6 l -0.2,-0.4 q 0.4,0 0.2,-0.8 0,-0.8 -2.6,-1 l -2.4,-0.4 3.2,-0.4 h -1.8 q -1.8,0 -1.8,-0.2 0,-0.4 4.4,-0.4 1.2,0 1.2,-0.6 0.2,-0.6 -1,-1 l -1.2,-0.8 q 0.2,-0.2 1.2,0.4 l 1.4,0.2 -0.4,-0.2 q -0.6,-0.6 0,-0.6 0.8,0 0.2,-0.6 -0.2,-0.4 -0.8,-0.4 l 0.4,-0.4 q 0.8,0 0.8,-0.2 l -1,-0.4 q -1,0 -1,-0.4 0,-0.4 1.4,-0.4 1,0 1.2,-0.2 0.2,-0.4 0,-1.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,-0.2 0,-0.4 -0.6,-0.2 l -0.4,-0.2 q 0.2,-0.2 -0.6,-0.4 -0.6,-0.2 -0.4,-0.6 l -0.2,-0.2 q -0.6,0.2 -1.2,-0.2 -0.8,-0.4 -0.4,-0.6 0.4,-0.2 0.8,0 0.2,0 1.2,0.2 1,0 2.2,0.4 1.2,0.2 1.2,-0.6 0,-0.8 1.4,-0.6 0.8,0.2 1,0.2 0.2,-0.2 0,-1 -0.2,-1 0,-1 0.4,0 0.4,-0.6 0,-2 0.6,-3 0.2,-0.4 -0.2,-0.8 -0.2,-0.6 0.2,-0.2 0.6,0.2 0.4,-0.4 -0.2,-0.6 0,-1 0.4,-0.8 0.4,-2.2 0,-0.8 0.4,-1 0.6,-0.2 0.6,-0.6 -0.4,-1.4 0.4,-2.4 v -0.6 q 0,-0.8 0.2,-1 0.4,-0.4 0.4,-1 0,-0.6 0.4,-0.6 0.4,0 0.4,-1.2 l 0.4,-0.8 V 91 q -0.2,-0.6 2.2,-6.6 1,-2.4 2.8,-6.8 1.8,-4 1.6,-4.4 h 0.4 l 0.2,-0.2 -0.6,-1 -0.6,1 q -0.6,0.8 -0.8,1.4 -0.2,0.6 -0.6,0.6 -0.4,0 0,-0.4 0.6,-0.6 0.2,-0.6 -0.2,0 0.4,-1 0.8,-1 0.8,-1.4 0,-0.6 0.6,0.2 0.8,0.6 0.8,0.2 0,-0.6 0.8,-1.6 0.4,-0.2 0.4,0 l 0.2,-0.2 q 0.2,-0.2 0.4,-0.6 0.6,-1.2 0.4,-1.4 0,-0.4 0.2,-0.6 0.4,-0.2 0.6,0.4 0.4,0.6 0.6,0.2 0.2,-0.4 -0.2,-0.4 -0.2,0 -0.2,-1 l 0.4,-0.6 0.2,-0.4 q 0,-0.6 0.6,-1.6 0.6,-1 0.8,-1 0.4,0 0.2,-0.2 -0.2,-0.4 0.2,-0.6 0.6,-0.2 0.4,-0.6 0,-0.2 0,-0.2 0,0 0.2,0 0.4,-0.2 0.4,-0.6 l 0.4,-0.6 q 0.2,0.2 0.4,-0.2 v 0.4 q -0.2,0.4 -0.2,0.8 0,0.4 -0.6,0.6 -0.4,0.2 -0.4,0.6 0,0.2 0.6,0.4 h 0.4 q -0.2,-0.2 0,-0.4 0.4,-0.2 0.8,-0.2 0.4,-0.2 0.6,0 0.2,0 0.4,-0.4 0.4,-0.4 0.8,-1 1.2,-1.8 1.8,-1 0.4,0.4 0.4,0.2 0,-0.4 -0.6,-0.8 -0.4,-0.6 0.2,-1.2 0.6,-0.8 1,-0.6 0.6,0.2 0.4,-0.2 -0.2,-0.6 0.4,-0.4 0.8,0.4 0.4,1.4 -0.2,0 -0.6,1 h -0.2 V 59 q 0,0 -0.4,0.6 -1.2,1.8 -0.2,2 0.2,0 0.6,0 0.8,-0.4 1,0.2 0.2,0.6 0.6,0.4 0.4,-0.2 0.4,0 0,0.2 -0.2,0.4 -0.4,0.8 0.2,0.2 0.8,-0.6 1.2,-0.2 l 0.2,0.4 q -0.2,0 -1.2,1.6 -1,1.6 -1,2 0,0.6 0.8,-0.6 0.2,-0.4 0.4,-0.8 0.2,-0.8 1.4,-2.2 1.4,-1.4 1.8,-1.4 0.8,0 0.4,0.6 -0.2,0.2 -0.8,0.8 -2,2.2 -1.8,3.4 0.2,0 1.6,-1.4 1.6,-1.6 2,-1.2 0.8,1 -0.2,2.6 -0.4,0.8 -0.6,1.6 l -0.4,1 0.8,-1 q 0.4,-0.4 0,0.6 -0.2,0.4 -0.6,1.6 -1.4,3 -1.4,3.2 l 0.6,-0.8 q 0.4,-1 1.2,-1.6 0.4,-0.4 0.4,-0.4 0.2,0 -0.2,0.6 -0.2,0.8 -1.6,3.4 -1.2,2.4 -1.2,2.6 0,0 0.6,0 0.8,-0.2 1.4,-1.8 0.8,-1.8 1.2,-1.8 0.4,0 -0.2,1 -0.6,1 -1.4,3 -0.6,2 -1.2,3.4 -0.8,2 -4.2,12.4 -3.2,10.2 -3.8,12.8 -1.6,6.4 -1.6,7.6 0.4,0 2.8,0 2.6,-0.2 6.2,-0.4 3.6,-0.2 5.6,-0.4 2.8,-0.2 8,-1.2 5.2,-1 5.4,-1.2 0.2,-0.2 0.8,-4.4 1.2,-10.4 4.2,-20 2,-6.4 4.4,-11.2 0.6,-1.2 0.6,-1.4 0,-0.4 0.6,-1.2 l 0.2,-0.8 -0.2,-0.2 q 0.2,-0.6 0.6,-0.4 0.2,0.2 0.4,-0.2 0.2,-0.6 0.2,-1.2 0.2,-0.8 0.2,-1.2 -0.2,-0.6 0.2,-0.6 0.4,0 0.2,0.4 -0.2,0.2 -0.2,0.2 0.2,0 0.4,0 0.4,-0.2 1.8,-2.8 1.6,-2.8 2.4,-3.8 l 1,-1.2 -0.6,1.4 -0.4,1.2 0.2,-0.2 q 0.6,-0.4 0.8,-0.2 v -0.6 l 0.2,-0.4 q 0.2,0.6 0.4,0.2 0.4,-0.4 0.6,-0.4 0.2,0.2 0.6,-0.4 0.6,-0.6 1.6,-2.4 0.6,-1 1,-1 0.6,0 0.4,-0.4 -0.2,-0.6 0.4,-0.4 0.8,0.2 0.4,1 -0.2,0.6 -0.2,1 0.2,0.8 -0.8,1 v 0.4 q 0.2,0.8 -0.4,1 -0.6,0.2 -0.6,0.6 0,0.2 0.4,0 l 0.2,0.2 q -0.2,0.4 -0.4,1.2 0,0.6 -0.2,1 0,0.4 -0.6,0.2 -0.4,-0.4 0,0.2 0.4,0.4 -0.2,0.8 l 0.2,0.2 q 0.6,-0.4 0.8,-0.2 l 0.2,-0.2 q -0.4,-0.4 0.2,-1.4 0.8,-1 1.4,-1 0.4,0 0.4,-0.4 0,-0.4 0.4,-0.4 0.4,0 1.6,-1 1,-0.6 1,-0.2 -0.2,0.6 0.2,0.8 0.4,0.2 -0.2,0.6 -0.6,0.2 -0.8,1 -0.4,0.4 -0.4,0.4 0.2,0 0.8,-0.2 2,-1.2 2.2,0 0.2,0.4 -0.4,1 -0.4,0.6 -0.6,1 h 0.2 q 0.4,-0.6 1,-0.6 v 0.2 q -0.8,0.2 -1.2,1.8 -0.2,0.4 0.2,0.4 0.8,0 1.6,-1.8 0.4,-1.2 0.8,-1.4 0.6,-0.2 0.6,-1 0,-0.4 0.6,-1.4 0.8,-1 1.4,-1 0.4,0 0.4,0.6 0,0.6 0.2,0.4 0.4,-0.2 0.4,0 0.2,0.2 -0.2,0.6 -0.4,0.4 -1.4,2.8 -0.8,2.2 -0.8,2.4 0.2,0 0.2,-0.2 0.2,-0.2 0.4,-0.6 0.4,-0.4 0.6,-1 1,-1.8 1,-1.8 0.2,0 0,0.6 0,0.4 -0.4,1.2 -0.2,0.6 -0.6,1.4 -0.4,1.2 -1,2.4 -0.6,1.2 -0.4,1.2 0.4,0 1.4,-2.2 1,-2.2 1.2,-2.2 0.4,0 -0.4,1.4 -0.6,1.2 -0.6,1.8 l 0.8,-1 q 0.6,-1.2 1,-1.2 0.4,0 -1,3.2 -1.4,2.8 -2,4.4 -0.4,1.4 -2.4,7 -5.2,15 -6.6,21.6 z m 3,-36.4 q 0,0 0,0.4 0.4,-0.2 1,-1.4 0.6,-1.4 1.2,-1.8 0.6,-0.6 0.6,-0.8 0,-0.4 -0.8,0.4 -0.6,0.8 -0.6,0.6 0,-0.4 -0.8,0.6 -0.6,0.8 -0.4,1.2 0.2,0.4 -0.2,0.8 z m -2.6,29.6 q 0,0 0.2,0.2 0.4,-0.4 0.2,-0.6 -0.2,-0.2 -0.4,0.4 z m -44,-13 q 0.2,0.4 -0.2,0.4 -0.2,0 0,0.6 0.2,0.4 1,-1.4 0.2,-0.6 0.6,-1.4 1.2,-3.2 1.2,-3.4 0.2,-0.4 0.6,-1 h -0.4 q -0.6,0.6 -0.6,0.2 l -0.6,1 h 0.4 q 0.2,-0.6 0.2,0 0,0.4 -0.4,1 -0.2,0.4 -0.2,0 0,-0.6 -0.4,0 -0.2,0.4 0,1 0.2,0.6 -0.2,0.6 -0.4,0 -0.4,0.6 0.2,0.4 -0.4,0.8 -0.4,0.4 -0.2,1 z m -4.4,12.8 q 0.2,0.4 0.2,0.4 0.2,-0.2 0.2,-0.8 l -0.4,-0.4 q -0.2,0.4 0,0.8 z m 2.6,-6.8 q 0,0.8 0.4,-0.4 0.6,-1.2 0.6,-1.4 0,-0.4 -0.6,0.2 -0.4,0.6 -0.4,1.6 z m 0.2,-24.4 q 0,0 -1,2.6 0.2,-0.4 1.4,-2.4 l 0.8,-1.8 q -0.4,0.2 -1.2,1.6 z m -1.8,-0.6 q 1,-1.6 0.8,-1.6 -0.2,0 -1.2,1.6 -0.8,1.4 -0.8,1.8 0,0.4 0.6,-0.6 0.2,-0.4 0.6,-1.2 z m -25.6,73.6 q -0.2,0.2 -0.2,0.4 0,0.4 0.2,0.4 0,-0.4 0,-0.8 z m 0,4.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-11.8 q 0,0 0.2,0.4 0.2,-0.2 0,-0.6 z m 0.2,44 q 0.2,-0.8 0,-1.6 v 0.2 0.6 q 0,0.8 0,0.8 z m -0.2,-60.4 q 0.4,0.4 0.8,0.2 0,-0.4 -0.6,-0.6 -0.4,-0.2 -0.2,0.4 z m 0.6,-3.6 q 0.2,0.2 0.2,0.2 0.2,0 0.2,-0.2 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 z m 0.8,68.6 q 0,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.4 z m 1.2,-2 q 0.2,-0.4 0,-0.8 -0.2,0 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.2,-2.4 q 0.2,-1.2 -0.2,-1.6 -0.4,-0.6 -0.4,-0.2 0,0.2 0.2,1.4 l 0.2,1.6 z m 2.2,-12.6 q 0.2,-0.4 0,-1 -0.2,0.2 -0.2,0.6 0.2,0.2 0.2,0.4 z m 0,-2.6 q 0.2,-0.2 0,-0.8 l -0.2,0.4 z m 1.4,18.8 q 0.2,0.6 0.2,1.4 0,0.8 0.2,0.8 0.2,0 0,-1.4 0,-1.6 -0.4,-1.6 -0.2,0 0,0.8 z m 0.8,4.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 1.6,-5.8 q 0.2,-0.6 0,-1.2 0,0.2 0,0.6 0,0.4 0,0.6 z m 0.4,-22.8 q -0.2,0.6 0.2,0.2 0.4,-0.4 0.2,-0.6 -0.2,-0.2 -0.4,0.4 z m 2.8,14 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0,0.2 0.2,0.4 z m 0,-2.2 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 3.2,-95.2 q -0.4,0.2 -0.4,0.4 0,1 0.4,-0.2 z m -0.2,64.6 q 0.2,-0.6 0,-1.4 -0.2,0.2 -0.2,0.6 0.2,0.8 0.2,0.8 z m -0.8,20.6 q 0.2,0.2 0.2,-0.2 0,-0.4 -0.4,-0.4 -0.4,-0.2 0,-1 0.6,-1 0.2,-2 -0.2,-0.8 -0.2,-1.8 0,-1.2 0.2,-1.6 0.2,-0.4 0,-3.6 0,-3.4 -0.2,-3.6 l -0.2,1.8 q 0,2 -0.2,2.6 -0.2,0.4 0.2,0.8 0.4,0.2 0,0.6 -0.4,0.4 -0.4,5.8 l 0.2,4 z m 0.2,-14.2 q 0,0.2 0.2,0.2 0.2,0 0.2,-2.4 l -0.4,-1.6 q -0.2,0.8 0,2.2 0,0.2 0,0.6 0,0.4 0,0.6 0,0.2 0,0.4 z m 0,-5.2 q 0,0.2 0.4,0.2 0.4,0 0.4,0 0,-0.2 -0.4,-0.4 -0.4,-0.2 -0.4,0.2 z m 1,-5.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 2,-62.8 q 0,0 -0.2,-0.2 -0.4,0.2 -0.4,0.4 0,1 0.6,-0.2 z m 2.8,-5.4 q 0,0 0,-0.2 -0.6,0.4 -0.6,0.2 0,-0.4 -0.6,0.4 -0.4,0.6 -0.4,1 l 0.4,-0.4 q 0.4,-0.6 0.6,-0.4 0.2,0.2 0.6,-0.6 z m 1,47.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 3.4,17.8 q 0,0 1.2,0 v -0.2 q -1,0 -2.2,0 -0.4,0.2 0,0.2 0.2,0 1,0 z m 4,0 q 0,0 0.4,0 -0.4,-0.2 -0.8,0 0.2,0 0.4,0 z m 22.4,-20 q 0.2,0.2 0.6,0 0.4,-0.4 0.2,-0.6 -0.2,-0.4 -0.6,0 -0.4,0.2 -0.2,0.6 z m 1.8,-11.2 q -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 0.2,-0.4 0,-0.8 z m -0.8,5.8 q 0.4,0.2 0.4,0.2 0,0 0,-0.8 0,-1 -0.2,-1 -0.2,0 -0.4,0.6 0,0.6 0.2,1 z m 0.8,-4.4 q -0.2,0 -0.4,0.4 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 z m 0.4,57.6 q 0.2,-0.6 0,-1 -0.2,0.4 -0.2,0.4 0,0.4 0.2,0.6 z m 0,-2.8 q 0.2,-1.6 0,-3 -0.2,0.8 -0.2,1.4 l 0.2,1.8 z m -0.2,-48.4 q 0.2,-0.2 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.4 0,0.2 0,0.4 0.2,0 0.4,0 z m 0.2,-8.6 q 0.2,0.2 0.4,0 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.4 0.2,0.6 z m 3,57.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.4,7 q 0.2,0.6 0.2,0.6 0.2,0 0.2,-2 l -0.2,-1.4 q -0.4,0.8 -0.4,1.6 0.2,0.6 0.2,1.2 z m 2,-80.8 q 0,-0.2 0,-0.4 0,-0.4 -0.2,0.2 -0.2,0.2 -0.2,0.6 l -1,1 v 0.4 q 0.2,0.4 0.4,0.4 0.4,-0.2 0.4,-0.8 0,-0.4 0.2,-0.4 0.4,0 0.4,-1 z m 1.8,-4.4 q 0.8,-2.6 1.2,-3 0.4,-0.4 0.6,-1.2 l -0.2,-0.6 q -0.2,0.2 -1.6,3.6 -1.4,3.2 -1.6,3.8 0,0.8 0.2,0.6 0.2,-0.4 1.4,-3.2 z m 0.4,98 q 0,0.4 0.2,0.4 0.4,0 0.4,-0.6 0,-0.2 -0.2,-0.4 0,-0.2 -0.2,0 -0.2,0 -0.2,0.6 z m 0.2,-4 q 0.2,-0.4 0.4,0.2 0.4,0.4 0.4,-0.4 0,-0.2 -0.2,-0.4 -0.4,-0.2 -0.6,0.6 z m 0.8,1.2 q -0.2,0.6 0,0.6 0.4,0 0.4,-0.6 0,-0.6 -0.2,-0.6 0,0 -0.2,0.6 z m 0.8,-101.4 q 0.4,0.6 0.6,0.4 0.2,-0.2 -0.4,-0.6 -0.4,-0.4 -0.2,0.2 z m 1.6,98.4 q -0.2,0.2 -0.2,0.4 0,0.4 0.2,0.4 0.2,-0.4 0,-0.8 z m 0.8,-20.6 q 0.2,-0.8 0,-2.4 -0.2,-1.2 -0.2,-1.2 l -0.2,1.8 z m 0.4,-82.6 q 0,0 -0.2,-0.2 -0.2,0.2 -0.2,0.4 0,1.2 0.4,-0.2 z m 1.2,63.4 q -0.2,0.2 -0.2,0.4 l 0.2,0.4 q 0.2,-0.4 0,-0.8 z m -0.2,23.8 q 0.4,-0.4 0.2,-1 l -0.4,0.4 z m 0.2,-17.2 q 0.4,-1.6 0,-2 l -0.2,1.4 v 2.2 z m 4.8,-30.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0,0.4 0.2,0.4 z m 10.6,8.4 q 0,0 0.2,0.2 l 0.6,-0.2 q -0.2,-0.2 -0.8,0 z m -3.4,0.8 q 0,0 2.4,-0.4 0.6,-0.2 -0.6,0 -1.2,0.2 -1.8,0.4 z m -6.8,-12.6 q 0,0 0.2,0.6 0.2,-0.2 0,-0.8 z"/><path fill="#111111" d="m 608.20031,72 q 0,0.2 0.4,0.8 0.4,0.4 -0.2,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 l -0.2,0.2 q -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.2 l -1.6,0.2 -1.4,0.2 q 0.4,0.2 0.2,0.6 -0.2,0.2 0.2,0.2 0.4,0 0.4,0.4 0,0.4 -1,0.2 -4.8,-1.2 -5.4,-0.4 l 1,0.2 q 1.2,0 1.4,0.4 0.2,0.2 1.4,0.6 l 0.2,0.2 q -1,0.2 -1.2,-0.2 -0.8,-0.8 -3,-0.4 -0.6,0.2 -0.6,0.4 0.2,0.2 1.2,0.2 1.2,-0.2 1.2,0.2 0,0.2 2.8,0.4 4.2,0.4 4,1.2 -0.4,0.4 -0.8,-0.2 l -0.2,-0.2 q 0,0.4 -2.2,0.4 -3.8,0 -3.2,0.2 0.2,0 0.8,0.2 0.8,0.2 -0.2,0.2 -0.8,0 -2.4,0 -4,0.2 -5.4,0.4 -3.6,1 -11,2 -2.4,0.4 -10.2,2.6 -7.8,2.2 -8.4,2.8 -0.2,0.2 0.6,5.8 1.4,10.6 1.4,21.2 0,3.4 0.4,3.4 4.2,-1.6 9.2,-2.4 1,-0.2 1,0.2 0,0.2 0.8,0.2 0.8,0 0.2,-0.4 -0.6,-0.2 -0.6,-0.2 0,0 0.6,0 0.8,0 0.8,0.4 l 0.2,-0.2 q 0.2,-0.6 6.8,-0.4 6.6,0 7.8,0.8 1.4,0.6 1.6,1 0.2,0.4 -0.2,0.4 -0.2,-0.2 -0.4,-0.2 -0.8,-0.2 -2.6,-0.4 -1.2,0.2 -1.2,0.4 0.4,0.6 1.4,0.4 1,-0.2 3,0.4 2,0.4 2,0.8 0.2,0.4 -0.4,0.6 -0.6,0 -2.6,0 -3.2,0.2 -5.2,0.4 -1.8,0.2 -0.2,0.2 0.8,0 2.2,0 4,-0.2 5,0.4 1,0.4 1,0.8 0,0.2 0.8,0.4 0.8,0 0.8,1 0,1 -0.8,1.2 -1.2,0.2 -1.4,0.4 0,0.2 0.4,0.6 0.6,0.4 1.2,0.2 v 0.2 q -0.4,0.6 -2.4,0.8 -0.8,0.2 -0.6,0.4 0.4,0.2 -0.2,0.2 -0.2,0 -0.6,0 -1.4,-0.2 -1.4,0.2 0,0.2 -0.4,0 -0.2,-0.2 -0.4,0.2 h 2.6 q 1.2,0 2,-0.2 0.6,-0.2 0.6,0 0.2,0 -0.2,0.2 -0.4,0.6 -1.6,0.6 l -4,1 h 0.2 q 0.6,0 3.8,-0.4 h 0.2 0.2 l 0.2,-0.2 4,-0.4 q -0.6,0.4 -1.8,0.6 -1,0 -1.4,0.4 -0.2,0.4 -1.6,0.4 -1.4,0 -1.4,0.4 0,0.4 0.8,0.2 l 5,-0.4 q -0.6,0.2 -0.6,0.8 0,0.4 -1.4,0.8 -1.6,0.6 -0.2,1 1.6,0 -0.8,0.8 -2,0.8 -6.2,1.8 -22.2,5.6 -25.2,7.4 -0.8,0.4 -0.8,1.2 0,0.6 -0.2,1.4 -0.2,1 -0.8,5.4 -0.4,4.6 -1.4,9.8 -1,5 -1,5.4 0,0.2 0.6,-0.2 0.6,-0.4 2,-0.6 1.6,-0.2 2.6,-0.6 1.2,-0.6 1.6,-0.4 0.4,0.2 2.8,-0.2 2.6,-0.4 3,-0.8 h 0.2 q -0.2,0.4 3.2,0.4 3.6,0 4.2,0.2 0.6,0.2 2.6,0.6 4.2,1.2 6.2,2.2 1.2,0.6 3.6,1 1.6,0.8 1.6,1.4 -0.2,0.4 -1.8,-0.2 -1.6,-0.6 -1.8,-0.4 -0.2,0.2 2.4,1 l 2.8,0.6 q -0.2,0 -0.6,-0.2 -1.2,-0.6 -0.4,-0.8 1.6,-0.6 6.6,3.6 2.6,2.4 2.2,2.6 0,0 -1,-0.8 -1,-0.8 -1.4,-0.6 -0.2,0 0.6,0.8 0.8,0.6 0.4,1.2 -0.6,0.6 0,0.8 0.2,0 0.6,-0.2 0.4,-0.4 1.6,0.8 l 0.8,1 q -0.6,-0.4 -1.2,0 -0.4,0.2 0.6,0.8 l 0.8,0.2 q 0,-0.2 0,-0.4 0.2,-0.2 1,0.6 1.2,1.6 0,2.4 -0.2,0.4 -0.4,0.8 0,0.4 0,0.8 0,0.2 0.2,0.2 0.4,0 0.4,0.8 0.2,0.6 -0.2,1 -0.4,0.2 -1.4,0 -1,-0.2 -1.6,0 -0.6,0 -1.2,-0.4 -0.4,-0.4 -0.4,0 0,0.2 -1,0.2 l -0.2,0.2 q 0.8,0.2 1.6,0.2 0.6,0.2 0,0.4 -0.2,0 -0.8,0 -1.4,0.4 -2,0.2 -0.4,-0.2 -0.4,0.2 0,0.2 1.2,0.6 1.2,0.2 0.2,0.4 -0.8,0 -0.2,0.4 1,0.6 -1.8,0.8 -1.4,0 -1.4,0.4 0,0.4 -0.4,0.4 -0.8,0 -4.6,-0.2 -10.6,-1.2 -24.4,1.4 -6.6,1.2 -10.2,2.4 -2.8,1.2 -3.6,1.8 -0.8,0.4 -1,1.2 -0.2,1.2 -1.6,4.8 -1.2,3.6 -1.6,4 l 0.2,-1.4 q 1.2,-4 1,-4.4 l -0.6,0.8 q -0.6,1.2 -0.6,0.4 0,-2 -0.8,0.4 -0.2,0.4 -0.4,0.8 l -1,2.2 q 0,-0.2 0,-0.6 0,-1 -0.4,-1.8 l 0.2,-0.6 0.2,-0.8 q 0,-1 -0.4,-1 -0.6,0 -3.4,2.6 -1,0.8 -1.2,0.6 -0.2,-0.2 -0.4,0.2 l -0.2,-0.2 q 0,-0.2 0.2,-0.4 0.2,-1.2 0,-1.2 -0.4,0 -1.6,1.4 -1,1.2 -1.2,1.6 -0.2,-0.4 -0.2,-0.8 -0.2,-1.6 0,-2 0.2,-0.2 0.6,-2.2 0.4,-2.2 0.4,-2.8 0,-0.4 -0.8,0 -0.8,0.4 0.2,-0.4 1.2,-0.8 1,-1 -0.2,-0.2 -1.8,1 -1.4,1 -1.4,1.2 l -1.6,2.2 q 0,-0.2 0.6,-1.4 0.2,-0.6 0,-0.6 -0.6,0.6 -0.8,0.4 0,-0.2 0.4,-0.8 l 0.2,-0.4 q -0.4,0.2 -0.4,0 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.6,-0.4 -0.6,-1.2 -1,0 v 0.2 q 0.6,-0.2 0.6,0.4 0,0.4 -0.6,1 -1.8,1.2 -1.8,0.6 0.2,-0.6 0.6,-0.6 h 0.2 q -0.4,-0.2 0.2,-0.8 h -0.2 q -0.2,0.2 -0.4,0.4 -1.2,1 -1.4,0.8 -0.2,-0.4 1.6,-2.2 1.6,-1.8 0.6,-1.8 -0.2,0 0,0.4 0,0.2 -0.2,0.2 0,0 -0.2,0 -0.2,-0.2 0.2,-1.2 0.6,-1 1,-1 0.4,0 0.2,-0.6 -0.2,-0.6 0,-0.8 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.6 0.4,-0.6 0.6,0 0.6,-0.4 0,-0.6 1.2,-1.6 1.2,-1 1,-1 -0.4,0 -2.4,1.6 -2.2,1.6 -3.2,2.2 -0.8,0.6 -0.8,0.8 0.2,0.2 -0.6,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.4,-0.6 0.8,-0.8 0.2,-0.2 0.2,-0.6 0,-0.4 -0.6,0 v -0.2 q 0.8,-0.8 1,-0.6 0.2,0.2 2,-1.6 1.2,-1 1.6,-1.4 l -1.4,0.8 q -1,0.8 -1.2,0.8 -0.2,-0.2 1.8,-2.2 l 1.4,-1.6 q -0.8,0.4 -3.4,3 -3.2,3.2 -3.4,2.6 -0.4,-0.8 0.4,-2 0.8,-1.2 4.2,-5 l 0.8,-1 q 0,0 -0.4,0.4 -2.8,2.6 -4.8,5.2 -1.4,1.8 -1.4,1.2 0.2,-0.4 0.8,-1.6 1,-1.6 4.4,-5 3.6,-3.6 6.8,-5.8 3.4,-2.6 3.6,-3 0.2,-0.6 1.4,-11.6 1.2,-11 1,-11.2 0,0 -1.8,1.2 -1.8,1 -2,0.8 0,0 0.2,-0.2 0.2,-0.4 0.6,-0.6 0.6,-0.4 1.2,-0.8 l 1.8,-1.8 q -0.2,0 -1.2,0.8 -1,0.6 -1.4,0.4 -0.4,-0.2 -0.4,0.4 0,0.2 0,0.4 0,0 -0.2,0 -0.4,-0.2 -1.8,0.6 l -1.2,0.6 q 0.2,0 0.6,-0.6 0.8,-0.8 2.4,-1.8 1.6,-1.2 1.6,-1.8 0,-0.6 0,-0.6 0.2,-0.2 0.4,-0.2 0.6,0 0.6,-0.2 0.2,-0.2 0,-0.4 -0.2,-0.2 -1.4,0.2 -1,0.4 -1,0.8 l 0.4,-0.2 q 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 -0.8,0.2 -0.6,-0.2 -3.4,2 -2.6,2 -3.2,2 -0.4,0 1.6,-2.2 2.8,-2.6 2,-2.6 -0.2,0 -0.4,0.2 l 0.6,-1.2 q 0.6,-0.6 0.4,-0.6 -0.2,0 -2,1.6 -3,2.2 -4.2,3.6 -1,1.2 -1.4,1.2 -0.2,0 0.2,-0.4 0.4,-0.4 0.4,-0.6 0,-0.4 -0.6,0.4 -0.6,0.8 -0.6,0.2 0,-0.6 0.4,-1 v -0.2 q -0.4,0.2 -0.4,0 -0.2,-0.2 0.8,-1.2 0.8,-1 0.8,-1.2 0,-0.2 0.8,-1.2 1,-1 0.4,-1 l -0.4,0.2 -0.6,0.6 q -1,0.6 -1.2,0.4 -0.2,-0.4 1.8,-3 1,-1.2 1,-1.6 0,-0.4 1.8,-2.4 l 1,-1.4 q -0.2,0.2 -0.6,0.6 -2.2,1.6 -7.2,7 l -1,1 q 0,0 0.4,-0.6 0.6,-1.2 2,-2.8 1.4,-1.6 2,-2.8 l 0.6,-1.2 -2.2,2 1,-1.4 q 1,-1.4 3.2,-3.6 2.4,-2.2 2.2,-2.4 l 0.2,-0.2 q 0.2,0.2 2.6,-1.6 2.4,-2 2.2,-2.2 0,-0.4 1.4,-1.4 1.6,-1 1.8,-1 l -1.4,1.2 -1.4,1.2 q 0.4,0 1.8,-1.2 l 1.6,-1 -0.2,-13 q -0.4,-17.8 -0.8,-20 l -0.4,-1 q 0,0.4 -0.4,0.4 -1.4,-0.2 -1.4,0.6 0,0.4 -0.4,0.4 -0.4,0 -0.8,0.6 -0.2,0.6 -0.4,0.2 -0.8,-1.2 -1.8,-0.4 -0.4,0.4 -0.4,0 0,-0.6 0.6,-1.6 v -0.4 q -1,0.8 -1,0.6 0,-0.2 0.4,-0.8 0.8,-0.8 0.4,-1 0,0 -0.6,0.4 -0.2,0.2 -0.2,0 0,-0.2 0,-0.4 0,-1 1.8,-2.6 2,-1.8 1.6,-1.8 -0.4,0 -1,0.6 -0.4,0.4 -1.4,1.2 -0.2,0.2 -0.2,0.2 0,-0.2 1.2,-1.4 1.8,-2 1.6,-2 -0.2,0 -2,1.6 -1.8,1.6 -2.2,2.2 -0.6,0.8 -0.6,0.6 0,-0.2 0,-0.6 -0.2,-0.8 -1.4,0.4 -0.2,0 -0.6,0.4 l -1,0.8 q 0.2,-0.2 1.4,-1.4 2,-1.8 2.2,-1.6 0.4,0 0.4,-0.4 0,-0.4 1.2,-1.6 1.2,-1.4 1,-1.4 -0.4,-0.2 -2.4,1.6 -4.2,4 -4.2,2.8 0.2,-0.4 0.4,-0.6 0.2,-0.6 0.2,-0.6 0,-0.2 -0.6,0.2 -0.4,0.4 -0.4,0.4 0,0 0.2,-0.4 0.2,-0.6 0.2,-0.8 h 0.2 q 0.4,0.2 1,-0.6 l 0.6,-0.8 -0.8,0.6 q -0.8,0.8 -0.8,0.6 0,-0.4 2.2,-2.4 2.2,-2.2 0.6,-1 -1.4,1.2 -2.6,2 -1.2,0.8 -1.4,1.4 l -0.4,-0.4 q 0,-0.8 2.6,-3.8 2.8,-3.2 5.4,-5.2 l 2,-1.8 -0.2,-1.6 q -0.2,-1.8 -0.8,-4.4 -0.4,-2.4 -0.6,-3.2 -0.2,-0.8 -0.6,-2.6 -0.4,-1.8 -0.6,-2.4 0,-0.8 -0.2,-1.2 -0.2,-0.6 -0.6,-3.2 -0.8,-3 -0.2,-2.8 0,0 0.4,0.4 0.2,0.6 0.6,0.4 v 1.2 q 0,0.2 -0.2,0.4 -0.2,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 v -1 q 0,-1.2 0.2,-1.6 0.4,-0.6 0,-1 -0.2,-0.4 -0.4,0.4 l -0.2,-0.2 q 0.2,-0.6 0.8,-0.4 0.8,0 0.8,-1 -0.2,-0.4 -0.4,-0.4 l -0.2,0.2 q 0,-1.2 0.6,-1.4 l 0.2,-2 q 0.2,-2 0.4,-2 0.2,0 0.2,0 0.2,-0.2 0.2,-0.2 -0.2,-0.4 0,-0.6 0.2,0 0.2,0.2 0.2,0.2 0.2,0.6 0.2,0.2 0.4,0.6 0.4,1.6 0.6,2.2 l 0.2,-0.2 q -0.2,-0.6 -0.2,-0.6 0.2,-0.2 0.6,0 0.4,0.2 0.6,1 l 0.2,-0.2 q 0,-0.8 0.6,-1.2 0.6,-0.4 0,-2.8 -0.4,-2.6 -0.2,-2.4 0.4,0 1.2,3.4 0.8,3.2 1.4,4 0.4,0.8 0.4,0.4 0,-0.4 -0.2,-1.8 -0.2,-2.2 -0.6,-3 -0.2,-0.8 -0.2,-1.4 0,-0.8 0.4,0.4 0.4,1 0.8,2.6 0.4,2.4 1.2,3.8 l 0.8,1.6 -0.4,-1.4 q -0.2,-1.4 -0.2,-2.2 0,-1 -0.2,-1 -0.2,0 -0.2,-0.6 0,-0.8 0.2,-0.8 0.4,0 0.4,0.8 0.2,0.8 0.2,1.4 -0.4,0.6 0.2,1.2 0.6,0.4 0.4,0.8 -0.2,0.2 -0.2,0.2 0.2,0 0.4,0 0,-0.2 0.2,0 0.2,0.2 0.4,0.8 0.2,0.4 0.4,1 l 0.6,1.6 q 0.2,-2 -1.2,-5.2 -0.2,-0.6 0.4,-0.4 h 0.4 q -0.2,-0.4 0.2,-0.4 0.6,0 1.2,1.8 l 0.8,2 q 0,-1 -1,-4.2 -0.4,-1.2 -0.4,-1.2 0,-0.2 0.6,-0.2 0.8,0 1.6,2.8 1.6,6.4 2.4,13.4 0.4,2.2 0.8,2.4 0.4,0.2 2.6,-0.8 2.4,-1 2.4,-1.2 0,-0.4 0.4,-0.4 0.2,0 5,-1.4 4.8,-1.6 6.4,-2.2 0.6,-0.2 1.2,-0.2 0.4,0 3.4,-0.2 6.2,-0.4 13.4,-0.6 4.8,-0.2 5.4,0.4 0.6,0.6 0,0.6 -0.2,0 -0.8,0 -1.4,0 -1.4,-0.2 0,-0.2 -3.8,0 -3.8,0 -4.2,0.6 -0.4,0.2 -0.4,0.4 0.2,0 0.8,-0.2 0.6,-0.2 2.6,-0.2 2.2,-0.2 2.6,0 0.4,0.2 3.8,0.4 3.4,0 3.6,0.2 l -0.6,0.2 q -0.6,0 -1,0.4 -0.2,0.2 -1.2,0.2 -1,0 -2.8,0 h -1.8 l 2,0.6 q 1.8,0.4 2.4,0.8 0.6,0.2 2,0.2 l 1.2,0.2 q -0.2,0.2 -2.4,0.4 -2,0 -3,0.2 -0.8,0.2 -0.4,0.2 0.2,0 1,0.2 1.6,0 1.8,0.6 0.4,0.4 1,0 1.4,-1.2 3,0.4 0.4,0.4 0.8,0.4 l -0.2,-0.4 q -0.4,-0.2 -0.4,-0.2 0.2,-0.2 0.8,0 l 0.8,-0.2 q -0.2,-0.2 0,-0.2 0.4,-0.2 1,0.2 0.6,0.2 0,0.6 -0.4,0.2 0.2,0.4 0.2,0.2 0.2,0.8 0,0.4 -0.4,1 -0.4,0.4 -0.8,0.4 -0.4,0 -0.4,0.4 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -0.8,0.4 -0.8,0 -0.4,0.4 0.4,0.4 0.2,0.6 -0.2,0.2 -0.8,0 -0.4,-0.2 -0.4,0 0,0.2 1.6,0.8 1.8,0.4 1.6,0.8 z m -66.2,-11.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.4,-4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m -4.2,28.6 q 0.2,0 0.8,-0.6 0.6,-0.8 0.4,-0.8 -0.2,0 -0.8,0.8 -0.6,0.6 -0.4,0.6 z m 0.8,3 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m 3.2,-4.2 q 0,0 0.4,-0.2 0.6,-0.2 0.6,-0.4 0,-0.4 -0.6,0 -0.4,0.4 -0.4,0.6 z m 0,9.8 q 0,0.2 0.2,0.2 0.4,0 0.6,-0.2 0,-0.2 0,-0.2 0,-0.2 -0.2,-0.2 -0.6,0 -0.6,0.4 z m -2.2,51.4 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m -9,41 q 0.6,-1 0.4,-1 0,0 -0.8,1 -0.8,1 -0.4,1 0.2,-0.2 0.8,-1 z m 3.8,-3.8 q 0.2,-0.6 -0.2,-0.2 -0.4,0.4 -1,1 l -1.2,1.2 1.2,-0.8 q 1,-0.8 1.2,-1.2 z m 6.8,-5.6 q 0.4,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.8,-0.6 z m 0,3.6 q 0.8,-0.4 0.4,-0.6 -0.2,-0.4 -1.8,1 -1.6,1.4 -3.2,2.4 -1.4,1 -1.4,1.2 0,0.4 3.2,-1.8 2.4,-1.8 2.8,-2.2 z m 1.8,17.8 q 0.6,-1.2 0.4,-1.2 -0.2,-0.2 -0.6,0.2 -0.4,0.2 -0.6,0.8 -0.2,0.6 -0.2,1 0,0.4 0.2,0.4 0.2,0 0.8,-1.2 z m 2.2,-2.2 q 0.2,0.4 0.4,0 0.2,-0.6 -0.4,-0.4 -1.4,0.2 -1.4,1.6 0.2,0.8 0.6,-0.4 0.6,-1.2 0.8,-0.8 z m 2,4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.6,-148.8 q 0.2,-0.4 -0.2,-0.6 -0.4,-0.2 -0.4,0.4 0,1 0.6,0.2 z m 0.2,3.4 q 0,0.2 0.2,0.2 0.4,0 0.4,-0.4 0,-0.6 -0.4,-0.4 -0.2,0.2 -0.2,0.6 z m 0.8,5 q 0.2,-0.2 0.2,-0.6 l -0.4,0.2 z m 1.4,137 q 0.4,0.2 0.4,0 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.2 0.2,0.6 z m 0.4,-1.4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m 2.8,-141.2 q 0,0 -0.2,-0.8 l -0.4,-0.4 z m 0.4,136.8 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.4,-0.4 -0.2,-0.2 -0.6,0.2 z m 1,-133.6 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 50,123.4 q -0.2,-0.4 -0.6,-0.4 -0.4,0 0.2,0.6 0.4,0.6 0.6,0.2 0,0 -0.2,-0.4 z m -1.2,-5 q 0.2,-0.2 -0.6,-0.6 -0.6,-0.6 -0.8,-0.4 0,0.2 0.6,0.8 0.6,0.4 0.8,0.2 z m -2.6,-0.4 q 0,0 0,0.2 0.8,0.2 0.8,0 -0.2,-0.4 -0.8,-0.2 z m -1.8,-1.8 q 0.2,0 -0.2,-0.4 -0.2,0 -0.4,-0.2 -1.2,-0.6 -1.6,0 0.4,-0.2 1,0.2 0.6,0.4 1.2,0.4 z m -0.8,-1.4 q 2.2,1.2 2.2,1 0,-0.2 -1.6,-1.2 -1.4,-1 -2.2,-1.2 l -0.6,-0.2 q 0.2,0.4 2.2,1.6 z m -1.6,-3.2 q -0.2,-0.2 -1.2,0 -0.8,0.2 0,0.4 0.6,0.2 0.6,0 -0.2,-0.2 0.2,-0.2 z m -3.6,17.8 q 0,0 0.2,0.2 l 0.6,-0.2 q -0.2,-0.2 -0.8,0 z m -3.6,-20.4 q 0,-0.2 -1.6,-0.6 -1.6,-0.6 -1.8,-0.4 l 1.4,0.8 q 2,0.6 2,0.2 z m -5.4,-2.2 q -0.2,0 -0.4,0.4 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 z m -0.8,0.2 q 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 0,0 0.4,0 0.6,0 0.6,-0.2 z m -4.6,-0.8 q -0.2,0.2 0.2,0.2 0.2,0 0.4,-0.2 l 0.4,-0.2 q -0.6,-0.2 -1,0.2 z m -6.6,-0.6 q -0.4,0 -0.2,0.2 0.2,0 0.6,0 0.4,0 0.6,-0.2 -0.4,-0.2 -1,0 z m -10.2,-18.8 q 0.2,-0.4 0,-1.2 -0.2,-0.2 -0.2,0 0,0.2 0,0.6 0,0.4 0.2,0.6 z m 28.4,-15.2 q -0.2,0.2 0,0.2 0.2,0 0.6,0 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m 4.8,-6.8 q 0.2,0.2 0.6,0.2 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m -0.8,-4.6 h -1 l 1,0.4 q 0.8,0.2 0.8,0.2 l 0.2,-0.2 q 0,-0.4 -1,-0.4 z m -27,-0.6 q 0,0 0.4,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.8,0 z m 7.6,-55 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 3,-0.8 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 1.6,0 q 0.2,0 0.4,-0.2 l -0.2,-0.2 q -1.2,0.4 -0.2,0.4 z m 4.4,-0.6 q 0,0 0.6,0 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -0.6,0.4 z m 3.8,-0.4 q 0,0 -0.2,-0.4 -0.8,0 -0.8,0.4 0,0.8 1,0 z m 8.6,14 q 0,0 0.4,-0.2 -0.4,0 -0.8,0 0.2,0.2 0.4,0.2 z m 0.4,-11 q 0.8,0.2 1.8,0.2 1.2,0 1.2,-0.2 0,-0.2 -2.2,-0.2 l -1.4,0.2 q 0.2,0 0.6,0 z m 2,10.8 q 0,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0,0.2 0.4,0.2 z m 3.4,0.8 q 0,0.2 0.2,0.2 0.2,0 0.2,-0.4 0,-0.6 -1.2,-0.6 -1.2,-0.2 -1.2,0 0,0.4 1.6,0.4 0.4,0 0.4,0.4 z"/><path fill="#ff7a1a" d="m 758.00049,60.4 q 0,0.4 0.2,0.2 0.4,-0.2 0.6,0.2 0.2,0.4 -0.2,0.6 -0.4,0.2 -0.4,-0.2 h -0.2 q -0.4,0.6 -1,0.4 -0.4,-0.2 -0.4,0.2 0,0.2 -0.6,0.2 -0.6,-0.2 -1.4,0 l 0.2,0.4 q 0.8,0.2 0.4,0.2 -0.2,0 -0.8,0 -1,0 -1,-0.2 0.6,-0.4 0,-0.4 -0.4,0 -0.8,0.8 -0.4,0.6 -2,1 -1.6,0.4 -1.8,0.6 h 2 q 0.8,-0.2 1.6,-0.6 2,-0.4 3,-0.4 1.4,0 0,0.4 -0.4,0 -1,0 -1.2,0.2 -1,0.8 0.2,0.4 -0.6,0.2 -0.4,0.2 -0.6,0.2 0.2,0.4 0.8,0.4 0.6,-0.2 1,0.2 0.6,0.4 -0.2,0.6 -0.6,0.2 -1.4,0 -0.8,-0.2 -3.6,1 -2.6,1 -2.4,1.2 0.2,0.2 1.4,-0.4 1.8,-0.8 2.2,-1 1,-0.4 1.2,-0.4 0.2,-0.2 0.2,0.2 0,0.2 -2.6,1.2 -2.4,1 -3,1.4 -0.2,0.4 -0.2,0.4 0.2,0 0.8,-0.2 0.8,-0.4 4,-1.6 5,-1.6 4.6,-0.8 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.6 0,-0.6 0.4,-0.6 0.6,0 0.6,0.8 0,0.6 -1.4,1 -1.2,0.2 -2.8,0.8 -1.4,0.6 -1.4,0.4 0,0 -0.2,0.2 -0.2,0 -0.8,0.2 -0.4,0.2 -1,0.4 -1.8,1 -2,1.2 0,0.2 1.4,-0.2 1.2,-0.6 3,-0.8 1.2,-0.2 -0.4,0.6 -0.8,0.2 -2,0.6 -4,1.4 -5.6,2.4 -1.6,0.8 -3.2,1.6 -6.8,3.6 -11.8,10.8 -6.2,8.4 -4.8,14.8 0.4,2 0.2,2.4 v 0.2 l 1.2,1.8 q 1.4,2.8 1.2,3.4 v 0.2 q 0.4,-0.6 1.4,1 1,1.4 4,5.6 3,4 2.8,4.4 -0.2,0 -0.2,0.2 0.2,0 0.4,-0.2 0.2,0 0.8,0.8 0.8,0.8 3.6,4.4 1.2,1.6 2,2.4 3,3.4 2.8,4.4 v 0.2 q 0.2,-0.4 0.6,0.2 l 0.4,1 q -0.2,0 -0.4,-0.2 l -0.2,0.4 q 0.6,0.6 0.6,0.4 0.4,-1 1.2,0.6 0.6,1 0.2,1.6 -0.2,0.4 0,0.6 0.4,0.2 0.6,-0.2 0.2,-0.4 0.4,0.2 0.4,0.4 0,0.6 -0.2,0 -0.2,0.6 0,0.6 0.2,0.2 0.4,-0.6 0.8,0.2 0.6,0.6 0.4,1.2 -0.2,0.6 0.4,0.6 0.8,0 1.4,3 0.2,0.6 0.8,2.4 2.4,6.2 2.4,13.2 v 5.6 l -1.6,3.2 q -1.4,3.2 -1.2,3.6 0.2,0.2 -0.2,0.4 -0.2,0 -1.8,3.4 -1.6,3.2 -1.6,3.8 0,0.4 -0.8,1.2 -0.8,0.8 -0.6,1.2 0,0.2 -0.2,0.4 0,0 -0.2,0 -0.6,0 -0.6,-0.6 0,-0.8 -0.8,-0.2 -0.6,0.4 -1.4,1.6 -1,2 -1,1 0.2,-0.4 0.4,-1.2 1.8,-3.2 1.6,-3.2 -0.2,0 -1.4,2 -1,1.8 -1.2,1.8 0,0 0.2,-0.6 0.4,-0.8 0,-0.8 -0.2,0 -0.2,0.2 0,0.2 -0.6,1 h -0.2 q 0.2,-0.6 -0.4,-0.2 -0.2,0.2 -0.6,0.6 -5.8,5.4 -18.4,8.4 -3.8,0.6 -3.8,0.4 l -1.2,-0.4 q -0.8,0 -0.8,0.2 0.8,0.2 1.2,0.2 0.2,-0.2 0.2,0 0.2,0 0,0.2 -0.2,0.4 -3.8,0.2 -1,0 -1.8,0 -0.8,0 -1.2,0 -0.4,-0.2 -0.4,-0.2 0.2,-0.2 2.6,-0.2 h 2.2 v -0.2 q -0.2,-0.4 -0.8,-0.2 -0.4,-0.2 -0.6,-0.2 l -1.2,-0.2 h -1.2 0.2 q 0.4,-0.4 0,-0.4 -0.2,0 -0.6,0 h -0.8 l -0.8,-0.4 q -0.8,0 -1.2,-0.2 -0.6,0 -1.2,0 -0.2,0 -0.4,0 0,-0.2 0,-0.4 l -0.6,-0.2 -0.2,-0.2 q 0.4,-0.2 0,-0.2 -0.2,-0.2 -0.8,-0.2 -1.2,0 -2,-0.2 l -0.4,0.2 q 0.6,0.4 0.2,0.4 -0.4,0.2 -2,-0.6 -1.4,-0.4 -1.4,-0.2 0,0 -0.6,-0.6 -1.4,-1.2 -2,-0.6 -0.2,0.2 -0.2,0.4 0,0 0.4,-0.2 l 0.4,0.2 q -0.2,0.2 0,0.2 0.4,0 1,0.6 l -3.4,-1.6 q -0.4,-0.2 -0.6,-0.4 -1.6,-1.2 -4.6,-3 -6.4,-4.2 -8.8,-7.6 l -0.8,-1.2 0.8,0.8 q 0.8,0.6 1,0.6 0.2,0 0,0.4 0,0.2 0.4,0.2 0.4,0 2.4,2.2 2.2,2.2 2.6,2.2 0.4,0 1,0.6 l -1.4,-1.4 q -2.2,-2.2 -4.2,-4.4 l -2,-1.8 q 0.2,0.2 0,0.4 0,0 -0.4,0 -0.6,-0.2 -0.6,-0.8 0,-0.2 -0.2,-0.4 0,-0.2 -0.2,-0.2 -0.4,0 -0.8,-0.4 -0.4,-0.6 0,-0.6 0.4,0 0.4,0.4 0,0.4 0.2,0.2 0.2,-0.2 -4,-6.6 -7.6,-11.4 -8.2,-14.8 -1.6,-2.6 -2.6,-5 -2.2,-5 -2.2,-7 0,-0.8 -0.2,-1.6 l -0.2,-0.8 0.4,0.8 q 0.8,1.6 0.8,0.4 0.2,-0.4 0,-0.8 -0.4,-1 0,-1 0.6,0.2 0.8,-0.6 0.2,-0.8 -0.2,-1.8 -0.4,-1.4 -0.2,-1.6 0,-0.2 0,-2.6 0,-4.8 0.6,-5 0.2,0 0.4,0.2 0,0.2 0,0.4 v 0.6 q 0.6,-0.2 0.6,-2.8 -0.2,-0.8 1,-1.4 1.2,-1 1.4,-0.8 0.4,0 0.2,1.4 -0.2,1.4 0.4,1.4 0.2,0 0.2,0.2 0.2,0 0.2,0.2 l 0.6,-0.2 q 0.6,-0.4 0.6,-0.2 0.2,0 0.2,0.4 -0.2,0.6 0.2,0.8 0.4,0 0.4,0.4 h 0.4 q 0.2,-0.4 -0.2,-0.6 -0.4,-0.4 -0.4,-0.6 0.2,-0.4 0.4,0 0.4,0.2 0.4,-0.4 0.2,-0.6 0.4,-2 0.4,-1.6 0.2,-2.2 0,-0.6 0.2,-0.8 0.2,-0.2 0.8,-0.2 0.6,0.2 0.4,0.4 -1,1.8 -0.4,1.6 v 0.6 q -0.4,0.6 0,0.8 0.6,0 1.2,-0.8 0.8,-1.4 1,-0.8 0.2,0.4 -0.4,1.2 -0.4,0.8 -0.4,1.6 0,0.4 0,0.4 0.2,0 0.6,-0.4 0.6,-0.6 0.8,-0.4 0.2,0.2 0.4,0 0.2,-0.4 -0.2,-0.6 h 0.2 q 0.6,0 0.4,0.6 -0.2,0.4 0.6,0.4 0.8,0 0.6,0.2 0,0.2 0,0.4 0.2,0 0.4,-0.2 0.4,0 0.2,-0.4 -0.2,-0.6 0.4,-0.6 0.6,-0.2 0.6,0.6 0.2,1.2 0.6,1.4 0.4,0.2 0.8,-0.4 -0.2,-0.4 0.2,-0.4 1,-1.2 1.4,-0.6 0,0.4 0.6,0.2 h 0.2 q -0.6,-1.2 -0.4,-1.2 0.6,0.2 2.4,3 1.8,2.6 3.6,5 1.8,2.4 2.6,3.8 1,1.4 1.8,2.4 0.8,0.8 3,3.8 3.2,4 5.2,6.4 0.6,0.2 2,1.2 1.8,1.2 2.8,1.8 1,0.4 0.4,0.6 v 0.2 q 0.8,-0.2 1.8,0.4 1,0.6 1,0.8 0.2,0.2 1.4,0.6 1.2,0.2 1.4,0.6 0.2,0.2 2.2,1 2,0.8 3.2,1.6 1.4,0.6 1.8,0.6 0.6,-0.2 0.6,0.2 0,0.2 0.4,0.2 0.2,0 0.2,0 0.2,0 0.2,0.2 -0.2,0.4 0.4,0.2 0.4,-0.2 0.6,-0.2 0.2,0 0.2,0.4 -0.2,0.6 0.2,0.2 0.6,-0.4 1.8,0.2 1.4,0.6 1.6,0.4 0.2,-0.4 0.2,0 0.2,0.4 1.4,0.6 1.2,0.2 1.2,0.6 -0.2,0.4 -1,0.2 -0.6,-0.2 -0.4,0 0,0.2 0.6,0.6 1.4,0.8 1.8,0.2 0.2,-0.4 -0.2,-0.4 -0.2,0 -0.2,0 0,0 0,0.2 0,0.2 -0.2,0.2 0,0 -0.2,0 -1,-0.2 0.4,-1 0.4,-0.2 1.2,0 0.8,-2.4 0.6,-5.2 -0.4,-5 -3.6,-9.8 -3.4,-5.2 -11.2,-12.8 -3.4,-3.2 -3.4,-3.2 0,-0.2 -2.6,-3 -8.8,-8.6 -12,-16.8 -1.2,-3.2 -2.2,-7.4 -1.2,-5.8 0,-11.2 0.6,-3.8 3,-8.8 2.6,-5.2 4.2,-6.2 0.4,-0.2 0.4,-0.6 0,-0.6 3.4,-3.8 3.6,-3.2 6.4,-5 7.2,-4.8 8.6,-4.8 0.4,0 0.4,-0.2 0.2,-0.4 4,-2 4,-1.6 6.2,-2.2 7.2,-2 11.6,-2.4 2.4,-0.2 2.6,-0.2 0.2,-0.2 2.2,-0.2 l 1.4,0.2 h -0.2 q -3.2,0.4 0.8,1 1,0 2.4,0.2 0.4,0 0.4,0.6 0,0.4 -0.6,0.4 -0.4,0 -0.4,-0.4 0,-0.4 -0.4,-0.4 -0.4,0 -0.2,0.4 0.2,0.4 -0.2,0.4 -0.2,0 -0.4,-0.4 -0.2,-0.2 -0.8,-0.2 -0.6,-0.2 -1,-0.2 -0.4,0 -0.6,0 0,0.6 1.8,0.4 0.4,0 0.4,0.4 0,0.2 1.4,0.2 1.4,0 2,-0.2 0.6,-0.4 0.6,0 0,0.2 1.4,0.2 l 1,0.2 q -0.4,0.2 -4,0.6 l -3.6,0.2 h 3.8 q 3.8,-0.2 4.6,0.2 0.6,0 0,0.2 -0.4,0 -1.2,0 -1.8,0 -2,0.4 -0.2,0.4 -0.6,0.2 -0.2,-0.4 -1.4,-0.2 l -1.2,0.2 2.4,0.2 -1.4,0.2 q -1.4,0.2 -1.6,0 0,-0.2 -0.6,0 -0.4,0.2 -0.4,0.4 0,0.2 2.6,0.2 5.2,0.2 5.6,0.6 l -1,0.2 -0.8,0.2 q 0.2,0.4 1.4,0.4 1.2,0 1.4,-0.4 0.4,-0.2 1,0 l -0.2,0.2 q -0.6,0 -0.6,0.4 z m -63.8,32 q 0.2,-0.4 0,-1 0,0.4 0,0.6 0,0.2 0,0.4 z m 0.4,-2.2 q 0.2,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0.2,0.4 0.2,0.6 z m 2.8,4.8 q 0.2,-0.4 0,-0.8 -0.2,0.4 -0.2,0.4 z m 2,8.2 q 0.2,0.4 0.2,0.4 0.2,0 0,-0.6 -0.2,-0.4 -0.4,-0.2 0,0 0.2,0.4 z m 1.6,2.8 q 0.4,0.2 0.6,0.2 0.2,-0.2 -0.2,-0.4 -0.4,-0.2 -0.4,-0.6 0,-0.6 -0.4,-0.6 -0.6,0.2 0.4,1.4 z m 8.2,-28.8 q 1,-1.4 0.8,-1.2 -0.2,0 -1.2,1.2 -1,1.4 -0.8,1.4 0.4,-0.2 1.2,-1.4 z m -4.8,35.2 q 0,-0.2 -0.6,-0.6 -0.6,-0.4 -0.2,0.2 0.8,0.8 0.8,0.4 z m -0.6,-24.2 q 0,0 0,0.6 0.2,-0.2 0.2,-0.8 z m 4,29.6 q 0,0 -3.8,-4 0.2,0.6 2.2,2.8 1,1.2 1.4,1.8 0.6,0.6 0.8,1 0.4,0.4 0.4,0.4 0.2,-0.2 0.4,-0.2 0,-0.2 -1.4,-1.8 z m -2.6,-34 q 0.2,0.2 -0.4,1.6 l 0.2,0.4 q 0.8,-1.6 0.4,-1.8 z m 2,-3.8 q 0,0 -1,1.6 -0.8,1.4 -0.6,1.8 0.2,0.4 0.4,-0.4 0.4,-0.8 1,-2 0.4,-1 0.2,-1 z m 0.8,0.4 q -0.2,-0.2 -0.4,0.4 -0.2,0.6 0.2,0.2 0.4,-0.4 0.2,-0.6 z m 0.4,-0.8 q 0,1 0.6,-0.2 l -0.2,-0.4 q -0.4,0.2 -0.4,0.6 z m -3.6,1.8 q -0.8,1.6 -0.8,1.6 0.2,-0.2 1.6,-1.8 0.4,-0.6 0.4,-1 0,-0.6 0.2,-0.6 0.4,-0.2 1.4,-1.6 0.6,-1 0.2,-0.8 -0.6,0.4 -0.6,0.8 0,0.4 -0.8,0.8 -0.6,0.4 -1.6,2.6 z m -1.2,3.8 q -0.4,1.2 -0.8,1.2 -0.2,0 -0.2,1 0,0.6 0,0.6 0.2,0 0.4,-0.4 0.6,-0.6 1,-1.8 0.4,-1.4 0.2,-1.6 z m -1,-1.4 q 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 0.2,0.2 0.2,0.2 0.2,0 0.2,-0.2 z m -0.8,10 q 0.2,0.2 0.4,0.2 -0.2,-0.6 0.6,-4 v -0.2 q 0,0 -0.4,0.6 -1.2,2 -0.6,3.4 z m 0.6,7.6 q 0,0 0.2,0.4 0.2,-0.2 0,-0.6 z m 1.2,16.2 q 0.6,0.6 1,1 0.4,0.4 0.4,0.2 0.2,0 -1.2,-1.4 l -1.2,-1.2 z m 2.2,2.4 q 0.6,0.8 1,0.6 0,0 -0.8,-0.8 z m 1.8,1.8 q 0.2,-0.4 -0.2,-0.6 -0.2,-0.2 -0.2,0.4 0,1 0.4,0.2 z m 1.2,1.6 q 1.4,1.8 1.4,1 0,0 -1,-1 l -1.2,-1 z m 0.8,-3 q 0,0.4 0.2,0.4 0.4,0 0.4,-0.2 0,-0.2 -0.4,-0.4 -0.2,-0.2 -0.2,0.2 z m -0.2,-9.8 q 0.8,0.8 0.8,0.4 0,-0.2 -0.6,-0.6 -0.6,-0.4 -0.2,0.2 z m 1.2,11.2 q 0.4,0.4 0.4,0.4 0.2,0 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.2,0 0.2,0.6 z m 1.8,-36.8 q 0.4,-0.8 0.4,-1.2 0,-0.4 -0.8,0.4 -0.4,0.6 -1.6,3 -1,2.2 -1.2,2.8 0,0.8 -0.2,4 l -0.2,3.2 0.8,-2.8 q 0.6,-3 0.8,-3.6 0.2,-1.8 2,-5.8 z m 0.8,-11.2 q 0.8,-0.6 0.4,-0.8 -0.2,-0.2 -1,0.6 -0.4,0.4 -0.4,0.6 z m -50.2,65.4 q 0.6,2 0.8,2 0.2,0 -0.2,-1.4 -0.4,-1.4 -0.6,-2.4 -0.2,-1.2 -0.8,-0.8 -0.6,0.2 -0.2,0.6 0.2,0.4 0.2,0.2 z m 1.6,-1 q 0,0 0.4,-0.2 0,-0.8 -0.4,-1.2 -0.2,-0.2 -0.4,0.2 0,0.6 0.4,1.2 z m 4,16.6 q 0,0.2 0.2,0.4 0.2,0 0.2,0 0,0 -0.2,-0.2 0,-0.2 -0.2,-0.2 z m 1,-3.2 q 0.4,0.2 -0.6,-2.2 -0.6,-1 -0.8,-2 -1.6,-2.2 -1.8,-2 0,0 0.2,1 0.4,0.8 0.8,1.8 0.6,0.8 0.8,0.8 0.4,0 0.2,0.6 0,0.6 0.2,0.8 0.2,0 1,1.2 z m 1.4,-0.2 q 0,0 -0.2,-0.4 v -0.2 q 0,0 -0.8,-1 0.6,1.6 1,1.6 z m 1,-28.8 q 0.4,-0.4 0.2,-0.2 0,0 -0.6,0.2 -1,0.4 -0.6,0.6 0.2,0.2 0,0.6 0.2,0.2 0.2,0.2 0,0 0.6,0.8 0,-0.2 0,-0.4 0.2,-1.2 -0.2,-1.2 -0.2,-0.2 0.4,-0.6 z m 2.4,29.8 h 0.2 z m 6.6,-22.4 q 0,-0.4 0.8,0 -0.2,-0.2 -0.4,-0.6 -0.6,-0.6 -0.4,-1 0,0 -0.2,0 0,-0.2 -0.4,-0.2 -0.6,-0.2 -0.8,-0.6 l -0.2,-0.2 q 0,0.2 0,0.8 0,0 0.4,0.4 0.2,0 0.2,0 0.6,-0.2 0.6,0 0,0.2 -0.2,0.6 0.6,1 0.6,0.8 z m 0.2,0.6 q 0,0 0.2,0 0.2,-0.2 0.2,-0.2 -0.4,-0.4 -0.6,-0.2 0,0 0.2,0.4 z m 0.8,1 v 0.2 q 0,-0.4 0,-0.6 l -0.4,-0.2 h -0.2 q 0.4,0.4 0.6,0.6 z m 0.4,-4.8 q 0.4,0 0.4,-0.2 0.2,-0.2 0.4,-0.2 -0.6,-1 -1,-1.6 -0.2,0.4 -0.4,0.6 0,0.2 0,0.4 0,0.2 0.2,0.2 0.2,0 0.2,0 0.2,0 0,0.2 0,0 0,0.2 0,0 0,0.2 0.2,0.2 0.2,0.2 z m 15.4,20.2 q 0,0 -0.2,0 0,0.2 0.2,0.4 0.2,0.2 0.2,0.2 0.6,-0.4 -0.2,-0.6 z m -13.2,-15.8 q 0.2,0 0.2,0 0,-0.2 -0.4,-0.8 -0.2,0.2 -0.2,0.4 0,0 0,0 0.2,0.2 0.4,0.4 z m 4.6,7.8 q 0,0 0,0 0,-0.2 -0.2,-0.2 -0.4,0.2 -0.6,-0.4 l -0.2,-0.2 v 0.2 q 0,0.2 0.6,1 0.2,-0.2 0.4,-0.4 z m 4,46.4 q 1.6,1 1.6,0.6 0,-0.2 -2.8,-1.6 -2.8,-1.4 -2.6,-1 0.2,0.2 1.2,0.8 1,0.4 1.2,0.4 0.2,0 1.4,0.8 z m -2,-41.2 q 0.2,0.2 0.2,0.2 0.2,0 0.6,-0.2 -0.2,-0.2 -0.2,-0.4 -0.4,0.2 -0.6,0.4 z m 0.8,-0.6 q 0,0 0.4,0.4 v -0.2 q 0.6,-0.2 0.6,-0.4 0,0 -0.2,0 0,-0.2 0,-0.2 -0.4,0.2 -0.8,0.4 z m 2.6,-0.2 q 1,0.2 1.8,0.8 -8.6,-11.2 -12.8,-17.2 0,0.8 0.4,2.2 4.2,5.8 9.6,12.8 0.2,0.2 0.6,0.2 0.6,0.2 0.2,0.6 0,0 -0.2,0.2 0.2,0 0.4,0.4 z m 5.2,44.6 q 0,0 0.4,-0.2 -0.2,-0.2 -2,-0.8 l -1.4,-0.2 q 1.2,1.2 3,1.2 z m 9.8,0.8 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 1,-35 q 0,0 -0.2,0 0,-0.2 -0.4,-0.2 -0.8,0 -0.4,0.2 0.6,0.6 1,0 z m 2,35.2 q 0.6,0 0.6,-0.2 -0.6,0 -1.2,0 0.2,0.2 0.6,0.2 z m 40.2,-29 q 0,-0.4 -0.4,-0.2 -0.4,0.2 -0.2,0.4 0.6,0.8 0.6,-0.2 z m -0.4,1 q -0.6,0 -0.6,0.6 l 0.2,0.2 q 0.2,-0.4 0.6,-0.6 z m -5,13.6 q -1.2,0.4 -0.2,0.4 0.4,0 0.6,-0.4 z m -6.8,4.6 q 0,0 -0.2,0.6 -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.6 -0.2,-0.6 z m -18.2,9.4 q 0,0 -2.6,0.6 h 1 q 1.4,-0.4 1.6,-0.6 z m -5.2,-32 q -1,-0.2 -1.2,0 l 1.2,0.8 q 1.2,0.4 1.2,0 0,-0.4 -1.2,-0.8 z m 4.4,33.4 q 4.8,-1 4.6,-1.6 -0.4,-0.2 -0.8,0.2 h -0.4 q 0,-0.2 -1,0.2 -1,0.4 -4,1 l -2.2,0.6 q 0.6,0.2 3.8,-0.4 z m 5,-3 q 0,0 0,0.4 0.2,0 0.8,-0.4 l 0.2,-0.2 q -0.4,0 -1,0.2 z m 9.4,-2.8 q -0.6,0.6 0.2,0.2 0.8,-0.6 0.6,-0.8 -0.2,-0.2 -0.8,0.6 z m 2.4,-2 q -0.2,0 -0.8,0.6 -0.4,0.4 0,0.4 0.4,0 0.8,-0.4 0.4,-0.6 0,-0.6 z m -1.6,-24 q 0,0 -0.2,0.2 l 0.2,0.4 q 0.2,-0.2 0,-0.6 z m -5.4,-40.8 q 0,0 0.6,1 0.6,0.8 1.4,2.2 1,1.2 1.8,2 1,1 0.8,0.8 0,-0.2 -1,-1.6 -1.4,-1.8 -1.2,-2.2 0,-0.2 0,-0.2 0,0 -0.2,0.2 -0.4,0.2 -1,-0.6 -0.4,-0.8 -0.2,-1 l -0.2,-0.2 q -0.4,0.2 -0.4,0 0,-0.4 -0.4,-0.4 z m 1,29.8 q 0,-0.6 -0.2,0 0,0.2 0,0.6 0.2,0.6 0.2,0.6 0.2,-0.4 0,-1.2 z m -0.6,-1.8 q 0,0.4 0.4,0.4 0.4,0 0.2,-0.4 -0.2,-0.6 -0.4,-0.6 -0.2,0 -0.2,0.6 z m -1.4,-29.4 -0.8,-0.6 0.6,0.8 q 1,1 1,0.6 0,0 -0.8,-0.8 z m -1.2,71 q 0,0 -1.2,0.2 -1.2,0.6 -1.2,1 1,0.6 5.2,-1.6 l 2.6,-1.6 q -0.4,0 -2.2,1 -3.4,1.8 -3.2,1 z m 18.2,-128.6 q 0,0.2 -0.8,0 -0.6,-0.2 -1.8,0.2 -1,0.2 0.2,0.2 0.2,0 0.8,0 2.2,-0.2 2.4,-0.2 0.2,-0.2 -0.4,-0.4 -0.4,-0.2 -0.4,0.2 z m -10,-2.8 q -4,0.6 -4,1.4 0.2,0.2 0.4,0 0.2,-0.4 3.8,-1 3.8,-0.6 6.6,-0.8 l 2,-0.4 h -0.2 q -1.2,0 -1.8,0 -0.6,0 -0.8,-0.2 -0.2,-0.4 -0.8,0.2 -0.4,0.4 -2,0.4 -1.6,-0.2 -1.6,0 0,0.2 -1.6,0.4 z m 5.6,0.6 q 0.6,-0.2 0.6,-0.2 -0.4,-0.2 -1,0 -0.2,0 -0.2,0.2 0.2,0 0.6,0 z m -3.8,0.4 q 0,0 2,-0.2 h 0.2 l -0.8,-0.2 q -1.2,0 -1.4,0.4 z m 1.4,2.2 q 0.6,0 0.6,0 -0.4,-0.2 -1,0 -0.2,0 -0.2,0 0.2,0 0.6,0 z m -1.4,0.4 q 0.2,0 0.2,-0.2 0,-0.4 -0.4,-0.4 -0.4,0 -0.2,0.4 0.2,0.2 0.4,0.2 z m -5.8,0.6 q 0,0 0.4,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.8,0 z m -1,-2.6 q -0.2,-0.4 -0.6,-0.2 -0.2,0 -0.2,0.4 0,0.4 0.4,0.2 0.6,-0.2 0.4,-0.4 z m -2.4,3.6 q 0,0 0.2,0.2 l 0.6,-0.2 q -0.2,-0.2 -0.8,0 z m -3,15 q -0.2,0 -0.4,0.6 -0.2,0.6 0.2,0.2 0.4,-0.4 0.8,0 0.4,0.2 2.4,-1.4 4.8,-3.8 6,-3.8 0.6,0 0.6,-0.4 0,-1 -3.2,1 -2,1.2 -2.4,1.6 -0.2,0.2 -0.6,0 -0.2,-0.2 -0.2,-0.2 0,0 0,0.2 0.2,0.4 -0.8,1.6 -1,1 -1.4,1 -0.4,-0.2 0.6,-1.2 1.2,-1 0.8,-1 -0.2,0 -1.2,1 -0.8,0.8 -1.2,0.8 z m -3.2,-5.8 q 0.2,-0.4 -0.4,-0.4 -0.4,0 -0.4,0.4 0,0.2 0.2,0.2 0.4,0 0.6,-0.2 z m -0.8,9.8 q -0.4,0 -1.2,1.2 -0.6,1 -0.6,1 0.2,0 1.2,-1 1,-1.2 0.6,-1.2 z m -3.4,-7.4 q 0,0 0.8,-0.2 0.8,-0.4 0.8,-0.6 -0.2,-0.6 -1.6,0.8 z m 1.4,27.2 q 0.2,-0.4 0,-1 0,0.4 0,0.6 z m -1.6,-12.2 q 1.2,-2 0.8,-2 -0.2,0 -1.2,1.8 -0.8,1.8 -0.8,2.2 z m -0.4,-11 q 0.2,-0.4 0,-0.4 -0.4,0.2 -0.6,0.6 -0.2,0.4 -0.2,0.6 0.2,0 0.8,-0.8 z m -0.4,-3.4 q -0.4,0.4 -0.4,0.6 0,0 0.4,-0.2 0.6,-0.2 0.6,-0.4 0,-0.4 -0.6,0 z m 0.6,-11.2 q 0,-0.2 -0.8,0.2 -0.6,0.4 -0.6,0.6 0,0.2 0.6,-0.2 0.8,-0.4 0.8,-0.6 z m -3.8,14.6 q 1,-0.6 1.2,-1 0.2,-0.6 0.8,-1 l 0.4,-0.4 q -0.6,0 -2,1.4 -0.6,1 -0.4,1 z m 3,25.6 q 0.2,-0.4 0,-1 -0.2,-0.4 -0.2,-0.2 0,0.2 0,0.6 0,0.4 0.2,0.6 z m -0.2,-10.6 q -0.6,1.6 -0.6,1.6 0.2,0.2 1.2,-2.2 l 0.4,-1.8 q -0.4,0.4 -1,2.4 z m 1.2,42.8 q 0.2,0.2 0.4,0.2 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.2 0.2,0.4 z m 1,-3 q 0.4,0.6 0.8,0.4 0,-0.2 -0.6,-0.6 -0.2,-0.2 -0.4,-0.2 0,0 0.2,0.4 z m 1.2,5.4 q 0,0 0.2,-0.2 -0.4,-0.6 -0.6,-0.4 -0.2,0.2 0.4,0.6 z m 4,-48.8 q 0,0.4 0.4,0.2 0.4,-0.2 0.4,-0.6 0,-0.4 -0.4,-0.2 -0.4,0.2 -0.4,0.6 z m 2,-8.4 q 0,0 2.4,-2.6 -0.4,0.4 -1.4,1.4 -1.8,1.4 -1.8,1 0,-0.2 0.4,-0.8 0.6,-0.6 0.4,-0.4 0,0 -0.8,0.4 -1,0.8 -1.8,1.8 l -0.8,0.8 0.8,-0.6 q 1,-0.6 1,-0.4 0,0.4 -0.6,1.2 -0.6,0.6 -0.8,0.6 -0.2,-0.2 -1.6,1.6 -1.4,1.8 -1.4,2.4 0,0.4 1,-1 0.4,-0.8 1,-1.4 0.6,-1.2 1,-1.2 0.4,0 3,-2.8 z m 4.4,-5 q -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 -0.2,0 -0.4,0.4 z m 1.4,-0.6 q 0.8,-0.4 1,-0.8 0.2,-0.4 -0.6,0 -0.6,0.4 -0.8,0.8 -0.2,0.4 0.4,0 z m 3.2,-2 q -1.6,1 -1.6,1.2 0,0.2 0.6,0 0.8,-0.4 1.6,-0.8 0.8,-0.6 1,-0.8 0.2,-0.6 0,-0.6 0,-0.2 -1.6,1 z m 1.2,-2 q -1.4,0.8 -0.6,0.8 0.4,0 0.8,-0.6 z m 0.2,5 q 0,0 0.4,-0.4 -0.4,0 -0.8,0.4 -0.4,0.2 0.4,0 z m -1.8,-5.8 q -0.2,0.2 0.2,0.2 1,0 2.2,-0.6 0.8,-0.4 1.6,-0.2 h 0.4 q -0.6,-0.2 -0.4,-0.6 0.4,-0.4 -0.2,-0.2 -0.4,0.2 -1.4,0.6 -1.2,0.8 -1.6,0.6 -0.2,-0.2 -0.8,0.2 z m 3.6,1.4 q 1,-0.6 1.2,-1 0.2,-0.4 0.8,-0.4 0.6,-0.2 1.4,-0.6 l 0.2,-0.4 q -0.8,0.4 -1.4,0.4 -0.4,0 -1,0.4 -0.4,0.4 -1,0.6 -0.6,0.2 -1,0.8 -0.2,0.6 -0.2,0.8 0,0 1,-0.6 z m 2.6,-0.6 q 0,0.2 0.8,-0.4 1,-0.6 1,-0.6 0,-0.2 -1,0.2 -0.8,0.4 -0.8,0.8 z m 2.8,-0.6 q 0.4,0 0.6,-0.2 l -0.4,-0.2 q -1.2,0.4 -0.2,0.4 z m 0.2,-1.4 q -0.4,0.4 0.2,0.2 0.8,-0.2 0.6,-0.4 -0.2,-0.2 -0.8,0.2 z m 1.8,-1.6 q 0,0 -0.6,-0.2 -0.8,0 -2.2,0.6 l -1,0.4 h 0.8 q 1,0 1,-0.2 0,-0.4 0.8,-0.4 1,0 1.2,-0.2 z m 1.2,0.6 q 0,0 0.2,-0.2 -0.4,0 -1,0.2 l -0.2,0.4 q 0.4,0 1,-0.4 z m 4.4,-0.8 q 0,0 0.2,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.6,0 z m -2,-1 q -0.4,0.2 0,0.6 0.4,0.2 0.8,0.2 v -0.2 q -0.6,-0.2 -0.4,-0.4 z m -0.4,0.8 q -0.8,-0.4 -0.8,0 0.2,0.4 0.8,0.4 0.6,0 0,-0.4 z m 0.2,-5.6 q -1.2,0.4 -0.2,0.4 0.2,0 0.6,-0.2 z m 0.4,3 q 1.2,-0.6 1.2,-0.8 -0.4,-0.4 -1.4,0.2 -0.8,0.6 -1.2,0.2 l -0.2,0.2 q 0.4,0.4 0,0.4 h 0.4 q 0.4,0 1.2,-0.2 z m 0.6,-3 q 0.2,0.4 1.2,0.4 1,-0.2 1,-0.6 0,-0.4 -0.6,-0.2 -0.4,0.2 -1.2,0.2 z"/><path fill="#ff7a1a" d="m 851.40035,52.6 q 1.6,1.4 1,2.4 -0.4,0.6 -0.6,0 -0.2,-0.4 -1.8,-1.2 -1.4,-0.8 -1.6,-0.6 l 0.8,0.6 q 1.8,1.4 1.8,2.2 -0.4,0.2 0.2,1 l 0.4,0.4 q -0.4,-0.2 -1,0.2 l -0.2,0.2 q 0.2,-0.4 -0.2,-0.8 -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.6 V 58 l -0.8,-0.6 q -0.8,-1 -2.6,-1.6 -1.6,-0.6 -2,-0.2 -0.2,0.2 0.8,0.6 1,0.4 1.2,0.4 0.2,0 1.2,0.8 0.4,0.6 0.6,0.6 -0.4,-0.2 -0.4,0.2 0,0.6 1,0.4 0.4,0 0.2,1 -0.2,0.6 -0.4,0.6 -0.6,-0.2 -1,-0.2 0.2,0.2 0,0.2 0,0 -0.2,0 -0.4,-0.4 -0.2,-0.6 0.2,-0.4 -0.4,-0.4 -0.4,-0.2 -0.8,0 -0.4,0.2 0.2,0.8 0.6,0.6 0.2,1.6 -0.4,0.8 0.4,1.6 1,0.6 1,1.2 0,0.4 -1,-0.2 -0.8,-0.8 -1.2,-0.6 -0.2,0.2 -0.2,0 0,-0.4 -0.6,-0.6 -0.4,-0.2 -0.4,0 0.2,0.2 0.4,0.4 0.4,0.8 0.6,1.2 0.4,0.2 0.4,0.6 0.2,0.2 0.2,0.4 0.2,0.2 0.2,0.6 0,0.2 1,1.2 0.6,0.6 0.4,0.8 -0.8,-0.2 -0.8,0.2 0,0.2 1,0.2 1.4,-0.2 2.2,1.6 0.6,0.8 0,1.4 -0.4,0.4 -0.8,0 -0.4,-0.6 0,-0.8 0.6,0.2 0.6,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -1.6,-0.8 -2.4,-1.6 0,0.8 1.4,1.4 1.4,1.6 0,1 -2.4,-1.4 -1.6,-1.6 -3.4,-2.4 l -1.8,-0.6 1,1 q 1.2,1 1.4,1 0.2,0 0.8,0.6 0.8,0.6 1.8,1.4 l 0.4,0.6 q -0.6,-0.2 -0.6,0.2 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -1.2,-0.4 -1.2,-1 -1.6,-1 -0.4,0 -0.2,-0.2 0.2,-0.4 0.6,-0.2 V 71 q -0.2,-0.4 -0.6,0 -0.2,0.2 -1.4,-0.2 l -1,-0.6 1,0.8 q 1,1 1,1.4 0.2,1.6 1,1.6 0.6,0 0.6,0.8 l 0.2,1 -1,-1 q -1.2,-1.2 -4.6,-3 -3.4,-1.8 -4.2,-1.6 -0.4,0 -3.6,-1.4 -3,-1.4 -3.4,-1.4 -0.2,0 -7.4,-2 -17,-4.8 -16.4,-3.2 0.4,0.6 -3.8,11.4 -0.8,2.4 -1.4,4.2 -0.6,1.6 -0.8,2 -0.2,0.2 -0.6,1.6 -0.8,2.6 -2.8,9.2 -2.8,9 -5.8,25.6 -0.8,5.4 -1,5.6 -0.2,0 -0.2,1.4 0.2,1.2 -0.8,1.8 -0.8,0.6 -0.8,2 0,1.2 0.4,1.6 v -1.2 q -0.2,-1.8 0.4,-2 0.6,-0.2 0.6,0.4 0,0.8 -0.6,6.2 -0.8,5.6 -1,8.6 -0.2,2.8 -0.6,2.6 v 0.4 q 0.2,0.6 0,5.2 -0.4,4 -0.8,4 -0.4,-0.4 -0.4,-1 l -0.4,-0.2 q -0.2,0.4 -0.2,2.4 0.2,1.8 0.4,1.8 0.4,0 0.4,-1.4 0,-0.8 0,-0.6 0.4,0.8 0.4,2.4 l -0.2,1 -0.2,-0.4 -0.2,0.2 0.2,1 q 0.4,-0.2 0.4,0.2 0,0.2 -0.4,0.4 -0.2,0.2 0,2.6 v 1.8 q -0.2,-0.4 -0.6,-3.6 l -0.2,-3.2 v 3.4 q 0,3.4 -0.2,3.2 l -0.6,8 q 0,1 0,2.4 0,5 -0.4,5.2 -0.4,0 -0.4,0.4 0,0.4 0.4,0.2 0.2,-0.2 0.2,1.4 0,1.4 -0.2,3.4 0,1.8 -0.2,2.6 v 0.8 l 0.4,0.8 q 0.2,1 -0.4,1.2 -0.6,0 0,0.6 0.6,0.6 0,0.8 -0.6,0.2 -0.8,0.2 0,0 0.2,-0.6 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,-1.6 l 0.4,-1.4 q 0.4,0.2 0.4,-0.2 0,-0.6 -0.6,-0.4 h -0.4 q 0.2,-1.2 -0.6,-11 -0.2,-1.8 -0.6,-2 v 0.2 q 0.2,0.6 -0.6,0.8 -0.6,0.2 -1,1.2 -0.2,0.8 -0.2,8.6 0,7.8 -0.2,7.4 -0.2,-0.2 -0.2,0 -0.2,0.2 -0.2,0.4 -0.2,13.8 -0.4,14 -0.2,0.2 -0.2,-0.8 0,-1 0,-2.6 0,-1.4 0,-3.4 l -0.2,-4.8 q -0.2,2.2 -0.4,2.6 l -0.2,-0.6 0.2,-0.8 -0.6,0.8 q -0.6,0.8 -0.2,1.4 0.4,0.4 0,0.8 -0.4,0.4 -0.4,3.6 v 3 l -0.2,-3 q -0.2,-3 -0.6,-3.2 l -0.2,0.6 q 0.2,1.2 0,3.4 0,2.2 0,4.4 0,2.2 -0.2,2 -0.2,-0.2 -0.4,-2.2 0,-2 -0.2,-2.2 0,0 0,-1.2 -0.2,-4.2 -0.8,-5.2 -0.4,-0.6 -0.4,-2 0,-1.4 -0.2,-3 l -0.4,-1.8 -0.2,2 q 0,0.8 0,-0.2 -0.2,-0.8 -0.2,-3.2 0,-5.2 -0.4,-6 -0.4,-1 -0.4,-2 v -1 q -0.2,0.2 -0.2,1.6 0,1.4 0,2.8 0.2,1.6 -0.2,2.2 -0.2,0.6 0,0.8 0.4,0.2 0.4,2.4 0,2 -0.4,2.4 -0.4,0.6 0,1 0.6,0.2 0.2,0.4 -0.4,0.2 -0.4,0.6 0,0.2 0.2,0 l 0.4,2.4 q -0.2,1 -0.2,1.2 -0.4,0.4 -0.2,0 0,-0.2 0,-0.6 0,-1 -0.2,-1 l -0.4,-7.2 q 0,-1.4 0,-3.2 l -0.2,-10.8 -0.2,23.4 -0.2,-14.4 -0.4,-12 -0.2,2.4 -0.4,-6.6 v 3.6 q 0,3.8 0.2,3.8 0.4,0 0.4,2.6 l -0.2,2 q -0.2,-0.8 -0.6,-0.8 -0.2,0 -0.2,11.6 0.2,11.4 -0.2,11.2 h -0.2 q 0.4,0.2 0,1.2 -0.2,1.2 0,2.6 0.2,1.2 0.4,0 0,-0.2 0,-1 l 0.2,-2.4 v 2.4 q 0.2,2.6 -0.2,2.6 -0.4,0 -0.4,1.4 l -0.2,-0.2 q -0.2,-0.8 -0.2,-2.2 -0.2,-3.8 -0.4,-4.6 -0.2,-0.8 -0.4,-15.8 0,-0.2 0,-0.4 l -0.4,-14.6 q 0,0.2 0,0.8 v 0.2 l -0.2,1.2 q -0.2,-0.4 -0.2,-3.4 0,-2.4 0,-5 0.2,-2.6 0.2,-4.2 0.2,-1.6 0.4,-1.4 0.2,0 0,4.8 0,1.2 0,2.4 0,1 0,1.6 0.2,0.6 0.2,0.4 0.2,0 0.2,-6.6 l 0.2,-5.4 q -0.2,1.2 -0.6,1.6 -0.4,0.4 0,-4.4 0.2,-1.2 0.2,-2.4 0.2,-1.6 0.4,-4.2 0.2,-2.4 0.4,-3.6 0.2,-0.4 0.2,-0.6 0.2,-0.4 0.2,0.2 0,0.2 0,1 l 0.2,1.6 0.2,-2.2 q 0.2,-2.2 0.2,-2.4 l -0.2,0.4 q 0,0.6 -0.4,0.6 -0.2,0 -0.2,-0.2 0,-0.2 0,-0.8 0,-0.6 0,-1.4 0.2,-1 0.4,-2.2 0.2,-1 0.4,-8.6 0.2,-7.6 0.4,-9.6 0.6,-9.8 1.6,-17.4 3.4,-23.8 9.8,-40.2 1.4,-3.4 1.2,-3.6 -0.2,-0.2 -4.4,0 -4.2,0 -5.6,0.2 -4.2,0.6 -6.2,0 0.2,-0.2 0.6,-0.2 0.6,0 2.4,-0.2 1.8,-0.2 3.2,-0.4 1.2,-0.2 1.6,-0.4 0.6,-0.2 6,-0.4 1,-0.2 0.8,-0.4 -0.4,-0.4 -2,-0.2 -1.4,0.2 -4.2,0.4 -2.6,0.2 -2.4,0.4 0,0.2 -0.6,0.4 -0.4,0 -1.4,0 -0.8,0 -1.8,0 -4,0 -3.8,-0.2 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,0.2 0,0.4 -3.6,1 -1.6,0.2 -1.6,-0.2 0,-0.6 0.8,-0.8 l 0.4,0.2 1,0.2 q 0.8,-0.2 1.2,-0.6 0.2,-0.4 3,-0.4 2.8,-0.2 3,-0.4 0.4,-0.2 1.2,-0.4 h -2.8 q -3.4,0.2 -8.8,0.4 -5.2,0 -7.6,0.4 -2.4,0.2 -2.4,-0.2 0,-0.4 1.2,-0.6 l 0.8,0.2 q -0.2,0.2 0,0.2 0.4,0 1.4,-0.2 1,-0.4 2.4,-0.6 1.4,-0.2 2.6,-0.6 l 1.2,-0.2 h -1 l -0.2,-0.4 -5.6,0.2 q -1.8,0.2 -2.4,0.4 -0.8,0.2 0,-0.4 0.6,-0.6 1.8,-0.6 1.2,0 1.4,0 0.2,0 2,-0.4 1.8,-0.2 1.8,-0.6 0,-0.6 -0.6,-0.6 -0.2,0 -0.2,0.2 -0.2,0 -0.2,0 l -0.6,0.4 q -0.6,0 -2.4,0.2 l -1.4,-0.2 q 0.2,-0.4 1,-0.2 0.6,0 1.4,-0.4 0.8,-0.4 1.4,-0.4 0.6,0 0.4,-0.4 -0.4,-0.4 -1,0 -0.6,0.2 -1.6,0.2 -1.2,0 -2,0 -0.8,0 -0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 1,-0.4 0.4,-0.8 0.2,-0.8 -0.4,0 -0.6,0.4 -0.2,0.4 -0.6,0 -0.6,-0.4 -0.8,0 -0.4,0.4 -0.6,0.2 -0.2,-0.4 -1.2,0.2 -1,0.4 -1.2,0.4 -0.2,-0.2 -0.2,-0.8 0,-1 0.8,-0.8 0.6,0.2 0.6,-0.2 0,-0.6 -1,-0.2 -0.6,0.2 -1.2,0.4 -0.6,0 -1,0 -0.4,0 -0.4,-0.2 0,-0.2 -0.6,0 -0.6,0 -0.8,-0.4 -0.2,-0.2 -0.2,-0.2 0,0 0.2,0 0.4,0.4 0.4,-0.2 0,-0.6 1,-0.4 0.8,0.2 0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 0.6,-0.2 0.2,-0.4 0.6,-0.2 0.2,0.2 0.4,0.2 0.2,-0.2 0,-0.4 0,-0.4 1.8,-0.8 l 1.6,-0.4 -1.8,0.2 q -2,0.2 -2.2,0.6 h -0.2 q 0,-0.2 -0.6,0.2 -1,0.8 -1,0 0,-0.2 0.2,-0.4 0.4,-0.6 0.8,-0.4 0.2,0.2 4.8,-1.4 1.8,-0.6 2.2,-0.4 0.4,0.2 0.4,-0.2 0,-0.4 0.4,0 l -0.2,-0.6 q -0.8,-0.6 -1.2,-0.2 -0.4,0.2 -1.4,0.4 -1.2,0 -2,0.4 -0.6,-0.2 -0.6,-0.2 0.2,-0.4 0,-0.4 -0.4,0 -0.4,0.4 -0.2,0.2 -2.6,0.6 -2.6,0.4 -2.8,0.2 -0.4,-0.4 0.2,-0.6 0.2,0 0.4,0 0.8,-0.2 1.4,-0.4 0.6,-0.4 1.2,-0.4 0.6,0 1.4,-0.2 5.4,-1.4 6.2,-1.2 0.8,0 0.8,-0.4 0,-0.6 5.4,-2 l 1.8,-0.4 -2.4,0.2 q -2.6,0.2 -3.4,0.2 -0.8,0 -0.8,0.4 0,0.2 -1.6,0 -1.6,-0.2 -1.6,0.2 0,0.2 -0.6,0.2 -0.8,0 -1.4,0.2 -0.6,0.2 -0.6,0 0,-0.6 2.4,-1 2.4,-0.6 4.4,-0.6 1.8,-0.2 1.8,-0.4 0,-0.4 0.6,-0.6 0.6,-0.4 1,-0.2 0.2,0.2 -0.2,0.2 -0.4,0 -0.4,0.4 0,0 0.2,0 0.4,0 1,0 0.6,0 1.2,-0.2 2.6,-0.4 4.8,-0.6 2.4,-0.2 2.6,-0.6 0.2,-0.4 -0.8,-0.2 -0.8,0.2 -1,0 l 0.8,-0.4 q 2.4,-0.2 5.2,-0.6 1.6,-0.2 1.8,0.4 0.2,0.4 0.4,0 0.6,-1 2,0 0.6,0.4 1.2,0.2 0.6,-0.2 0.6,-0.6 -0.2,-0.4 3,-0.4 3.4,-0.2 3.4,0 0,0.2 0.2,0.2 0.4,0 0.8,0 0.4,-0.2 0.6,-0.4 h 0.4 q -0.4,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.4 1,-0.4 0.6,0 0.8,0.2 0.2,0 0,0.4 0,0.2 0.2,0.2 0,0 0.4,-0.2 0.4,0 0.4,0 l 2.2,0.4 q 0.4,0 0.8,0 l 2.8,-0.4 q -0.4,-0.2 -0.2,-0.2 0.2,0 0.6,0.2 1,0.2 3.4,0.4 2.6,0 3.8,0.4 1.4,0.2 2.4,0.4 l 0.2,0.2 0.4,0.2 q 3.2,-0.6 7.6,0 1.8,0.2 4.6,0.6 3,0.4 3.4,0.6 0.6,0.2 1.4,0.2 2.6,0.2 10.6,2.8 11,3.8 12.4,5 2,2 2.8,2 0.6,0 1.2,0.6 0.8,0.4 0,0 -1,-0.4 -1,0 0,0.2 1.4,1 1.6,0.8 2,0.8 0.2,0 -0.8,-0.8 l -0.8,-0.6 1,0.4 q 0.8,0.4 0.8,0.6 0,0.2 1.2,1.6 z m -106.4,-2.2 q 0.2,0 0.4,-0.4 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 0,0.4 0.2,0.4 z m 7.6,1.6 q 0.4,0 0.8,-0.2 l 0.2,-0.4 q -0.4,0 -0.8,0.4 z m 2,1.4 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 l 0.2,0.2 q 0.6,0.4 0.8,0.4 z m 0.6,-1.6 q 0.4,0 0.4,0 -0.2,-0.4 -0.6,-0.4 z m 2.6,-11.4 q 0,0 0.2,0.4 l 0.6,-0.2 q -0.4,-0.2 -0.8,-0.2 z m -0.6,14.6 q 0,0.2 0.4,0.2 l 0.4,-0.2 q -0.4,-0.2 -0.8,0 z m 0.6,1.4 q 0.8,0 0.8,-0.2 -0.6,0 -1.4,0 -0.4,0.2 0,0.2 0.2,0 0.6,0 z m 2.4,-15.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,-0.6 q 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 0.2,0.2 0.6,0.2 z m 5.2,-3.2 q -0.2,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.2 -0.4,-0.2 -0.2,-0.2 -0.4,0 z m 1.8,0 q -0.4,0.4 0.4,0.4 0.8,0 0.4,-0.4 -0.4,-0.4 -0.8,0 z m 2.6,0 q 0.2,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m -3.8,118.4 q 0,0 0.6,-6.8 v -2.2 l -0.4,2.4 q -0.6,5.2 -0.2,6.6 z m 1,-14.6 q 0,0 0.2,0.4 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0.2,38.8 q 0.4,0 0.4,-0.2 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.4 0,0.2 0.2,0.2 z m 0.8,-16 q 0,-1.4 0,-3 -0.2,0.8 -0.2,1.6 v 1.6 z m 0.4,-33 q 0,0 0.2,0.4 0.2,-0.4 0,-1 -0.2,0.4 -0.2,0.6 z m 0.2,37.8 q 0.2,-1.2 0,-2.2 0,0.4 -0.2,1 l 0.2,1.4 z m 12.2,-129.6 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 0,23 q 0.2,0 0.4,-0.2 0.2,-0.4 -0.2,-0.4 -0.2,0 -0.2,0.4 0,0.2 0,0.2 z m -4.6,-25 q 0.8,0 2.6,-0.2 2,-0.2 2.2,-0.4 h -1.4 q -1.4,0.2 -3,0.2 z m 3.4,27.6 q 0,0 0.2,0 0.6,-0.6 0.6,-1.2 0,-0.6 -0.2,0 -0.2,0.6 -0.6,1.2 z m -10.4,91 q 0.2,-0.6 0,-1 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.6 z m 0.4,7.2 q 0.2,-0.4 0,-1 0,-0.4 -0.2,-0.2 0,0.2 0,0.6 0.2,0.4 0.2,0.6 z m 1.2,15 q 0.2,0 0.2,-2.6 0.2,-2.6 -0.2,-2.8 -0.4,-0.2 -0.4,2 0,3.4 0.4,3.4 z m 0.2,-40.6 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.8,50.6 q 0.2,-0.2 0,-2 l -0.2,-1.6 -0.2,2 z m -0.2,-4.6 q 0,0 0,0.4 0.2,-0.4 0,-0.8 0,0.2 0,0.4 z m -0.4,-82.2 q 0,0 0.8,-6.2 l -0.2,0.4 q -0.6,1.4 -1.8,10.2 -1,8.8 -1,13.2 -0.2,3.6 0,2.8 0.2,-1 1,-8.8 0.4,-6 1.2,-11.6 z m 3.2,95 q 0,0 -0.2,-1.6 v 0.4 q -0.2,0.6 -0.4,1.6 0,0.8 0,1.4 0.2,0.6 0.4,0.6 0.2,0 0.2,-2.4 z m -0.2,-3.4 q 0.2,2 0.2,0.2 0.2,-0.8 0,-2 0,-2.2 0,-2.2 0,0 -0.2,1.2 -0.2,1.8 0,2.8 z m 0.2,-97.2 q 0.2,-0.4 0,-0.8 0,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.2,-1.8 q 0.4,-0.2 0.2,-0.8 l -0.4,0.2 z m -1.6,-2.6 q 1,-5.2 3.8,-16.4 0.6,-2 1.6,-5 1,-3.2 0.8,-3.4 l -0.6,1.2 q -0.4,1.4 -0.6,1.6 -0.2,0.4 -1.6,5.8 -0.4,1 -1.4,4.6 -0.6,2 -0.6,2.8 -0.2,1 -0.8,3.4 -0.4,2.2 -0.8,4.2 -0.4,2 -0.6,3.4 -0.2,1.2 0,1.2 0.2,0 0.8,-3.4 z m 2.2,103.8 q 0,0.4 0.2,0.4 0.4,0 0.2,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 0,0.6 z m 0,-2.4 q 0,0 0.2,0.4 0.2,-0.2 0,-0.6 z m 0.6,-3.6 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-2.4 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 3.8,-17.6 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m -2.2,-87.2 q 0.6,-2.2 2.2,-8.2 1.8,-6 1.6,-6.2 l -0.4,1 q -0.4,1 -1.8,5.8 -1.4,4.6 -2.2,8.6 -0.8,4 -1.4,6 -0.8,3.4 -0.4,3.2 0.2,0 0.4,-1 0.4,-2.4 1.4,-6.2 0,-0.2 0,-0.6 0.2,-0.6 0.4,-1.2 0.2,-0.8 0.2,-1.2 z m 4,73.4 q 0,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.6 0.2,0.6 z m 9.6,-118 q 0,0 0.2,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.6,0 z m -2,0.2 q 0,-0.2 -0.8,-0.2 -0.6,0 -0.6,0.4 0,0.2 0.6,0 0.8,-0.2 0.8,-0.2 z m -1.2,65.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m -0.6,2.4 q -0.2,0.4 -0.2,0.4 0,0.4 0.2,0.6 0.2,-0.6 0,-1 z m -4.6,-41 q -0.2,0 -0.6,0.8 -0.2,0.6 0,0.6 0.4,0 0.6,-0.6 0.2,-0.8 0,-0.8 z m -1,87.6 q 0,0 0.4,0.4 0.2,-0.6 -0.2,-0.8 -0.4,-0.4 -0.2,0.4 z m 0,-4 q 0.2,1 0.4,0.6 0.4,-0.6 0.4,-0.8 0,-0.4 -0.4,-0.2 0,0.2 -0.2,0 0,-0.2 0,-0.4 l -0.2,-0.4 q -0.2,0.2 0,1.2 z m 1,-10.6 q 0.2,-1 0.2,-1.8 0.2,-0.8 0.2,-1.2 0,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.8 0,0.6 -0.4,4.4 -0.2,2 -0.4,3.4 0,1.4 0,2.4 0,0.8 0,1.2 0,0.4 0.2,0.4 0.2,0 0.2,-0.4 0.2,-6.8 0.6,-8.6 z m 0.6,-6.4 q 0.8,-8.2 1.4,-7.6 l 0.2,-0.2 q 0,-0.2 -0.2,-0.4 -0.2,-1.2 0.6,-5.6 l 0.4,-4.6 q 0,0.2 0,0.6 -0.4,1.2 -0.6,2.4 -1,6.2 -1.8,12.2 -0.4,4.4 -0.6,5 0,0.6 0.2,0.6 0.2,0 0.4,-2.4 z m 1.8,10 q 0.2,-0.8 0,-1.8 v 0.2 q 0,0.4 0,0.6 v 1.2 z m -0.2,11.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-8 q 0,-1.4 0.4,-1.4 0.4,0 0.2,-0.8 0,-0.8 -0.2,-0.2 l -0.4,0.2 q 0,-0.4 -0.2,-0.2 -0.2,0.2 -0.2,1.6 0.2,1.4 -0.2,1.8 -0.2,0.4 -0.2,2.8 0.2,2.2 0.4,2.2 0.4,0 0.2,-2.4 -0.2,-2.4 0.2,-2.2 z m 0.6,-8.4 q 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,1.2 z m 1,-4.2 q 0,0 -0.4,-1.4 0,-0.4 0,-0.4 -0.2,1 -0.4,1 -0.2,0 0,1.6 0.2,0.8 0.2,0.6 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.2 z m -0.4,-21.2 q 0,0 0.2,0.4 0,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-72.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,70.8 q 0,0 0.4,-0.2 0.2,-1 0.2,-1.8 l -0.2,0.2 q -0.4,0.8 -0.4,1.8 z m 1.8,9.8 q 0,0 0,-1 l -0.2,-0.8 q -0.2,0.8 -0.8,4 -0.4,3 -0.4,3.4 l 0.2,-0.2 q 0.4,-0.4 0.6,-0.4 v -0.2 q 0,-0.6 0,-1.6 0,-1.2 0.2,-2.2 0.2,-1.2 0.4,-1 z m 1.6,-9.6 q 0,-1.8 -0.2,-1.6 0,0.2 -0.8,4 -0.6,3.6 -0.6,4 l 1,-3.6 v -0.2 l 0.2,-1 z m 0,-72 q -0.4,0 0,0.4 0.4,0.4 0.2,0.6 v 0.2 q 0.4,-0.2 0.4,-0.6 0,-0.6 -0.6,-0.6 z m 0.4,68.6 q 0.2,-0.4 0.4,-1.8 0.2,-1.4 0,-0.6 z m 0.6,-3.8 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.6 -0.2,-0.6 0,0 -0.2,0.6 z m 0.6,-1.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-62.8 q 0,0 0.2,0.4 0.4,0 0.4,0 -0.2,-0.4 -0.6,-0.4 z m 0.4,61.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.4,-2.4 q -0.2,0.8 0,0.4 0.4,-0.4 0.4,-0.8 z m 1.6,-3.2 q 0,0 0,-0.2 -0.4,0 -0.2,-0.8 l -0.2,-0.2 q -0.4,0.6 -0.6,1.8 -0.2,1 -0.2,1 0.2,0 0.4,-0.4 0.4,-1 0.8,-1.2 z m -0.2,-2.6 q 0,0 0.2,0.6 0.2,-0.2 0,-0.8 z m -0.6,-52.4 q 0,0.2 0.6,0.2 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0 -0.6,0.2 z m 1.8,49.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.2,-1.8 q 0,0.8 0.2,0.2 0.4,-0.8 0.4,-1 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.2,1 z m 1.4,-3 q 0,0 -0.2,-0.4 -0.8,1.4 -0.2,1.4 0.2,-0.2 0.4,-1 z m 0.8,-2.6 0.2,-0.8 -0.4,0.8 -0.6,1.4 0.2,-0.2 q 0.4,-0.4 0.6,-1.2 z m 1.4,-4 0.2,-1 -0.6,1 q -0.4,0.8 -0.4,1.4 0,0.4 0.2,0 0.4,-0.6 0.6,-1.4 z m 1,-4 q -0.2,0.6 0.2,0.2 0.4,-0.4 0.2,-0.6 -0.2,-0.2 -0.4,0.4 z m 0.2,-7.6 q 0.4,-0.2 0.4,-0.8 0,-0.6 -0.4,0 -0.4,0.8 0,0.8 z m 1,-2.6 q 0,0 0,-0.8 0,0.2 -0.2,0.8 -0.2,0.4 -0.4,0.8 0,0.2 0,0.2 0.2,0 0.6,-1 z m 0.8,-24 q 0,0 -0.2,0.4 -0.2,0.2 0,0.2 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.4 z m 0.2,29.2 q 0.4,-0.6 0.4,-0.8 h -0.4 q -0.2,0.6 -0.2,1 z m 2.6,-28.2 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 l 0.2,0.2 q 0.6,0.4 0.8,0.4 z m 7.2,1.4 q 0.6,-0.2 0.6,-0.2 -0.4,-0.2 -1,0 0,0.2 0.4,0.2 z m -1.2,-1 q 2.6,0.2 2.8,0.2 0.4,-0.4 -5,-0.8 h -1.8 q 0.4,0.2 0.6,0.4 0.2,0 0,0.4 0,0.2 0.2,0.4 0.4,0 1,0 h 1.4 l -1.2,-0.2 q -2.2,-0.4 -0.4,-0.6 1,0 2.4,0.2 z m 3.2,1.4 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,-0.2 z m 0.2,-1 q 0,0 2.4,0.2 0,-0.2 -1.4,-0.4 -1,0 -1,0.2 z m 3.6,0.6 q 0.2,0 0.4,0 0.2,-0.2 0,-0.4 -0.2,-0.2 -0.6,0 -1.2,0.4 0.2,0.4 z m 2.6,0.2 q 0.4,0 0.6,-0.2 -0.6,0 -1,0 0.4,0.2 0.4,0.2 z m 1.8,0.4 q 0.4,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m 2.2,0.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 2,0.6 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z m 20.6,10.4 q 0,0 0.2,0.4 0.6,0.2 1,0.2 l -0.2,-0.2 q -0.6,-0.4 -1,-0.4 z m -5,-5.8 q 0,0 -1.2,-0.2 l 0.2,0.2 q 0.6,0.4 1.2,0.2 z m -3,-1 q 0,-0.4 -0.8,-0.4 -0.8,0 -0.2,0.4 0.8,0.2 1,0.2 z m -2.2,-1 q -0.8,-0.4 -1.4,-0.2 0.4,0.6 2,0.8 z m -2.8,-1 q 0,0 -2.8,-0.6 0.2,0.2 1.4,0.8 1.4,0.4 2,0.4 0.2,0 0,-0.2 -0.2,-0.2 -0.6,-0.4 z m -1,23.8 q 0,0 -0.6,-0.4 -0.8,-0.4 -2,-0.6 l -1.2,-0.4 1,0.6 q 1.2,0.8 2.8,0.8 z m -0.8,-22.2 q 0,0 1.6,0.2 -0.2,-0.2 -1.2,-0.4 -0.4,0.2 -0.4,0.2 z m 6.4,25 q 0,0 0.4,-0.2 -0.2,-0.2 -2.8,-1.2 -2.4,-1.2 -2.6,-1.2 z m 1.2,0.6 q 1,1.2 1,0.6 0,-0.4 -0.8,-0.8 z m 3,1 q -0.2,0 -0.8,-0.4 -0.6,-0.4 -0.8,0 0,0.2 0,0.2 0,0 0.2,-0.2 0.4,-0.2 0.4,0.2 0,0.4 0.6,0.4 z m -0.8,-9 q -0.8,-0.4 -1.2,-0.4 -0.2,0 0.6,0.4 1.2,0.6 1,0.6 0,-0.2 -0.4,-0.6 z m -0.6,3.2 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z m 2.8,-12.6 q 0.8,0.2 0.8,-0.2 -0.2,-0.4 -0.8,-0.2 -0.4,0.2 0,0.4 z m -4.8,-6 q 0,0 5.6,1.6 l -0.2,-0.2 q -0.8,-0.6 -1.6,-0.6 -0.8,0 -0.8,-0.2 0,-0.2 -0.8,-0.2 -0.6,-0.2 -0.8,-0.4 -0.2,-0.4 -0.6,-0.4 l -2.4,-0.8 -0.8,-0.2 q -1,0 -2,-0.2 z m 8.8,8.6 q 1.2,0.6 1.2,0.4 0,-0.2 -1.2,-0.8 z m 2.2,0.2 q 0.4,0 -0.2,-0.6 -0.6,-0.8 -2.6,-1.6 -1.8,-1 -2,-0.8 l 0.4,0.2 -0.2,0.4 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 0.2,0.2 1.8,1.2 1.6,0.8 1.8,0.8 z m 0,-3.2 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 1.2,0.8 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 z"/><path fill="#ff7a1a" d="m 925.00032,208.6 q 0.6,0 0.4,0.4 -0.4,0.4 -1,0.4 -0.6,0.2 -2.2,-2.6 -1.6,-2.6 -2,-2.8 h -0.2 q 0,0.2 0.4,0.8 0.2,0.6 -0.2,0.6 -0.2,0 -0.2,-0.4 0,-0.2 -0.6,-0.2 -0.6,0 -0.2,-0.4 0.4,-0.2 0.2,-0.4 -0.2,0 -0.6,0 -0.2,0 0,-0.2 0.2,-0.4 -0.2,-1 l -0.4,-0.2 q 0,0.2 -0.4,-0.2 l 0.4,1.4 q 1,1.6 1,1.6 l 0.2,0.6 -0.2,0.6 v 1 q 0,0.2 0.2,0.4 0.4,0.2 0,0.2 -0.8,0 -0.4,0.8 0.2,0.4 0.4,0.4 0.6,0.2 0.4,0.6 l 0.2,0.2 q 0.6,-0.2 0.8,0.4 l -0.2,0.2 q -0.2,-0.2 -0.2,0 0,0.4 0.4,0.8 0.4,0.4 -0.2,0.4 -0.2,0 -0.4,-0.2 -0.2,0 -0.2,0 0.2,-1 -2.2,-3.6 -0.8,-1 -0.6,-1.2 h -0.2 q -0.4,0.2 0.4,1.6 0.8,1.6 0.6,1.8 -0.2,0.2 0.2,0.2 0.4,0 0.6,1 0.2,1.2 0.4,1.2 0.2,0 1.2,2 1.2,2.2 1.4,3.2 0.2,0.6 0,0.8 -0.2,0.2 -0.6,-0.4 -0.4,-0.4 -0.4,-1.2 0.2,-0.8 0,-0.6 -0.6,0 -1.2,-0.6 -0.4,-0.4 -1.4,-2 -1.4,-2.6 -1.8,-2.6 -0.2,0 0,0.4 l -0.2,0.2 q -0.2,-0.2 -0.6,-0.8 0,-0.4 0,-0.4 0.6,0.6 0.6,0.2 0,-0.2 -0.8,-1 l -0.4,-0.4 q 0.2,0.4 -0.2,0.2 -0.4,-0.2 -0.2,-0.8 0,-0.2 0,-0.4 0,0 -0.2,0 -0.2,0.2 -2,-2.8 -1.6,-3 -2.2,-3.8 -0.6,-0.6 -0.4,-0.8 0.2,-0.2 -0.6,-0.8 -0.6,-0.4 -0.6,-0.8 0,-0.6 -0.6,-1 -0.6,-0.6 -1.4,-2.2 -0.4,-0.6 -0.8,-1 -0.2,-0.4 -0.4,-0.4 h -0.2 q 0.2,-0.2 -0.2,-1.2 -0.4,-1 -0.6,-1 -0.2,0 0.2,0.8 v 0.4 q -0.4,-0.2 -1.8,-2 l -1.4,-1.4 -1.2,-1.4 q -1.2,-1.6 -1.6,-1.4 -0.4,0.2 -1.2,-0.6 -0.6,-1 -1,-1.8 -0.2,-0.4 -0.2,-0.4 0.2,0 0.4,0 0.4,0.4 0.2,0 -0.2,-0.4 -0.4,-0.2 -0.2,0 -1,-0.6 l -0.8,-0.4 q 0.4,0.4 0,0.6 -0.2,0.2 -1.4,-1.2 -1.2,-1.6 -1.8,-2.2 -0.6,-0.6 -0.6,-0.8 0,-0.4 -0.4,-0.4 -0.2,0 -1.2,-1.4 l -0.8,-1 q 0,0.6 3,4.4 0.8,1 0.8,1.2 -0.2,0 -0.8,-0.2 -0.2,-0.2 -0.4,-0.4 -0.2,-0.2 -0.2,-0.2 0.2,-0.6 -2.4,-3 -0.8,-0.8 -0.6,-0.8 0.2,0 -0.4,-0.6 -0.6,-0.8 -1.4,-1.8 -0.8,-1.2 -1.6,-1.8 -0.6,-0.8 -1.2,-1.6 -0.4,-1 -1,-1.6 -5.4,-6.6 -8.6,-10 -2.4,-2.6 -4.6,-5 -1.8,-2.2 -5.4,-5.8 l -3.4,-3.6 v 4.6 q -0.2,4.6 -0.8,4.4 l -0.2,0.4 q 0,0.2 0,0.4 0.2,0.2 0.4,0.2 0.4,-0.2 0.4,1.6 0,0.8 0,2.2 l -0.2,3 q -0.2,-1.6 -0.6,-1.6 -0.2,0 0,1.6 0,0.8 0,1.2 0.2,0.2 0.4,0.2 0.4,-0.2 0.4,2 0,2.2 0.6,5.6 0.4,3.8 0.2,3.8 -0.6,0 -0.4,-0.8 0.2,-0.8 -0.2,-0.8 -0.2,0 -0.4,-1.8 0,-0.2 -0.2,-0.2 0,-0.2 -0.2,-0.2 -0.2,0.2 -0.4,-0.2 -0.2,-0.8 0.2,-1.2 0.4,-0.4 0.2,-1.2 l -0.2,0.2 -0.4,-0.4 q 0,-1.4 0,-1.8 0,-0.2 -0.2,-0.2 0,-0.2 -0.2,0 v -0.2 q 0.4,-0.6 -0.2,-0.8 -0.4,-0.2 -0.4,-1 l -0.4,0.2 0.2,0.6 v 1.6 1 l 0.2,-0.2 q 0.2,-0.8 0.4,-0.2 0,0.4 0,1 0.4,1.6 0,2 -0.4,0.8 0.2,2.4 0.4,0.8 -0.2,1.6 l -0.2,0.2 q 0.2,-0.6 0,-1.4 -0.2,-0.8 -0.6,-0.8 -0.2,0 -0.2,0.8 0,0.8 -0.2,0.8 -0.4,0.2 -0.8,-1.8 l -0.4,-1.2 v 0.2 q -0.2,1.4 -1.2,0.2 -0.4,-0.6 -0.2,-0.6 0,0 -0.2,-1 0,-1 -0.4,-2 -0.2,-1.2 -0.4,-1.2 l 0.4,2.2 q 0.4,1.2 0,1.6 -0.4,0.4 -0.2,-0.2 0.2,-0.6 -0.4,-1 -0.6,-0.6 -0.6,-2.4 l -0.4,-1.4 q -0.2,0.2 -0.2,0.8 h -0.2 q -0.2,-0.4 -0.6,-0.2 -0.2,0.2 0,0.6 0.6,0.8 1,6.8 0,1.6 0.2,3.2 v 1.4 q -0.2,-0.2 -1,-2.6 -0.6,-2.6 -0.6,-3.2 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.2,-0.4 0.2,-0.6 -0.2,-1 -0.2,-0.4 -0.6,-3.2 l -0.6,-1.6 v 0.2 q 0,1.2 -0.2,1.6 -0.2,0.4 0,0.4 0.4,0 0.4,1.6 0,2.2 0.6,4.2 0.2,1 -0.2,1 -0.4,0 -0.2,-0.4 0.2,-0.6 -0.2,-0.6 -0.2,-0.2 -0.8,-3.2 -0.4,-3 -0.4,-4.6 l -0.2,-1 -0.4,-1 q -0.8,-4.6 -1.2,-5.6 -0.2,-0.6 -0.4,0.2 -0.2,0.4 -0.4,-0.2 0,-0.4 0,-0.8 l -0.2,-1 q 0,0 -0.2,0.4 0,0.2 0,0.2 -0.2,0.4 -0.2,-0.2 0.2,-0.2 0.2,-0.6 0.2,-1.4 0.2,-2 v -0.8 l 0.2,0.8 q 0.2,0.6 0.4,0 0,-0.2 0,-0.6 0,-1.2 -0.2,-1.2 0,0 -0.6,1.2 l -0.6,1 v -1.2 q 0,-1 -0.4,-1.4 -0.4,-0.4 0.2,-0.2 0.6,0.2 0.6,-0.2 0,-0.4 -0.4,-0.4 -0.4,0 -0.4,-0.8 0.4,-3.6 -0.2,-3.6 -0.4,0 -0.2,0.8 h -0.4 q -0.4,-1 -0.2,-1.4 0.2,-0.6 -0.6,-0.2 -0.8,0.2 -0.8,-0.6 0,-1 -0.4,-1.2 -0.2,-0.2 0.2,-0.6 v -0.2 q -0.4,0 -0.2,-0.8 0.2,-0.4 0,-0.4 0,-0.2 -0.4,0 -2,0.8 -4.6,0.6 0.4,-0.4 0,-0.4 -0.6,0 -1,0.4 -0.8,0.6 -0.6,-0.4 0,-0.2 0,-0.6 0.2,-0.8 1.4,-1.2 1.2,-0.4 1.2,-0.6 0,-0.4 0.2,-0.2 0.4,0 2,-1 1.6,-0.8 1.4,-0.8 0,-0.2 -2,0.8 -3.4,1.6 -6,1.2 l -1.2,-0.2 2,-0.8 q 2,-0.6 2.2,0 h 0.4 q 0,-0.4 -0.6,-0.8 l -0.2,-0.4 q 0.4,0 1.4,-0.8 1,-0.8 2.2,-1.4 1.2,-0.8 0.4,-0.8 -0.6,0.2 -0.6,-0.2 0,-0.4 1,-0.8 0.8,-0.4 0.8,-0.6 0,-0.2 -0.6,-0.2 -0.4,0 -1,0.2 -0.4,0 -0.6,0.2 -0.2,0.4 -0.6,0.4 -0.2,0 0,-0.4 0.2,-0.4 -0.6,-0.2 -0.6,0.2 -2.6,1 -2.8,1.2 -3.2,1.2 l 0.2,-0.2 q 0.2,-0.2 0.4,-0.2 1.2,-0.4 3.4,-1.4 2,-1 3.6,-1.8 1.6,-1 1.6,-1 -0.2,-0.2 -1,0.2 -1.6,0.4 -2.2,-0.4 0.4,-0.2 1.6,-0.6 2.2,-0.8 1.8,-2.8 -0.2,-0.8 -1.4,-0.6 h -0.6 q 0.4,-0.2 0.4,-0.4 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.2,0 0,-0.4 1.2,-1 1.2,-0.6 1.2,-1.4 0,-9.6 5,-39 1.4,-8.2 3,-16.2 2.6,-11 4.4,-14.6 l 0.6,-1.2 q 0.8,-1.8 0.6,-2.2 0,-0.2 0,-0.2 0,-0.2 0.2,-0.2 0.2,0 0.2,0 0.2,-0.2 0.4,-0.6 l -0.4,-0.2 -0.2,0.2 q 0,-0.8 0.6,-1 0,0.4 0.4,-0.4 0.2,-0.4 0.2,-0.6 0,-0.2 -0.2,0 l -0.2,-0.4 q 0.2,-0.4 0.4,-0.4 0.2,0.2 0.4,-0.2 0.2,-0.4 0.4,-0.8 0.4,-0.6 0.6,-1.4 1.2,-2.6 1.4,-3.2 0.4,-0.8 0.2,-1.2 -0.2,-0.6 0.2,-1.2 l 0.2,0.4 h 0.2 q 0.2,-0.2 0.4,-1 0.8,-1.6 0.8,-2 -0.2,-0.2 -0.2,-0.2 0.2,-0.2 0.4,-0.2 0.2,0.2 0.4,-0.2 0.2,-0.4 0.2,-1 0.2,-0.6 0.2,-0.8 l 0.2,-0.4 q 0,0.2 0.2,0 0.2,-0.4 0.2,-0.8 0.2,-1 0.8,-1.4 0.6,-0.4 1.6,-2.2 1.6,-2.2 3,-2.8 l 0.8,-0.2 -0.8,0.8 q -2,2.4 -2,4.2 0,0.8 1,-1 2,-3.4 3.4,-3.4 0.6,0 0.6,0.2 0.2,0.2 -0.2,0.6 -0.4,0.2 -0.4,-0.2 0,-0.4 -0.4,-0.2 -0.4,0.2 -0.2,0.8 0.2,0.6 -0.6,1.8 -0.6,1.2 -0.6,1.6 0,0.4 0.4,-0.2 0.2,-0.2 0.2,-0.4 0.8,-1.4 2,-2.4 h 0.4 q -0.4,0.4 -1.2,1.4 -0.6,1 0,1.4 h 0.2 q -0.2,-0.2 1.2,-1.6 1.4,-1.6 2,-1.6 0.4,0 0.2,-0.4 h 0.2 q 0.4,0.4 -0.2,1 -0.4,0.6 -1,1.6 l -0.6,1 0.6,-0.6 q 0.8,-0.6 0.8,-0.2 0,0.4 -0.4,2 l -0.2,1.6 q 0.2,-0.2 0.2,-0.8 0,-0.6 0.6,-1.2 h 0.4 q -0.2,0.6 -0.6,1.6 -0.6,2 -0.4,2.2 l 0.8,-1.4 q 0.4,-1.6 0.6,-1.6 0.4,0 0.4,-0.6 0,-1.2 0.8,-0.2 0.4,0.4 0,1.2 -0.4,0.8 -0.4,1.4 0,0.6 -0.4,0.6 -0.4,0 -0.2,0.6 0.2,0.4 0,1 -0.2,0.6 -1,3.8 -0.6,3 -0.6,3.8 0,0.8 -0.4,0.8 -0.2,0 0,0.8 0.2,0.6 0.6,0.2 h 0.2 q 0,0.6 -0.4,1 -0.2,0.4 -0.4,0.2 -0.4,-0.2 -0.6,0 0,0.2 0.4,0.8 0.6,0.4 0.2,1.2 -0.2,0.6 -0.2,1.2 0.2,0.6 -0.2,1 -0.8,0.8 0.4,0.8 0.8,0 3,-0.4 3.4,-0.6 6.8,-0.8 3.6,-0.2 4,-0.2 0.4,-0.2 0.6,0.2 0.2,0.2 0.4,0 0.4,-0.2 0.6,0.2 0.2,0.4 -2.2,0.4 h -2.2 l 2.2,0.4 q 2.2,0.2 3,0 1,-0.2 0.2,-0.4 l -0.2,-0.4 q 0.6,0 0.2,-0.4 -0.4,-0.2 0.2,-0.2 0.2,-0.2 0.4,-0.2 1.2,0 1.2,0.4 -0.2,0.4 0,0.6 0.4,0.2 0.4,0 0,-0.4 1.2,-0.8 1.2,-0.2 4.8,1 3.8,1 4.4,1.6 1,1 1,0.6 0,0 -0.4,-0.4 -0.2,-0.4 0.4,-0.2 3.8,0.6 7.8,3.4 1,0.6 1.8,1 0.6,0.4 0.4,0.2 -0.6,-1 -3.8,-3 -4.4,-2.6 -8.4,-3.4 -2.4,-0.6 -4.6,-1.2 l -5.6,-1 0.4,0.2 0.2,0.4 q -0.8,0 -1,-0.2 l -1.4,-0.2 q 0.2,0.4 -2.8,0.4 -2,-0.2 -2,-0.2 0,0 1.2,-0.2 l 1.8,-0.2 -1.6,-0.2 q -0.8,0 0.2,0 0.8,-0.2 2.2,-0.2 14,-0.2 23.4,6.2 1.8,1.2 4.2,3.8 2.4,2.6 3.6,4.4 1.2,2 1.6,4.6 0.6,2.4 1,4 l 0.6,1.2 q 0,-0.2 0,-0.6 0.2,-0.4 0.2,0.2 0.2,0.4 0.2,1.6 0,5.6 -2,10 -1.8,4.4 -6.8,10.8 -3.2,4 -3.2,4.4 0,0.6 -4.8,5.8 -2.2,2.4 -8.2,7.4 -6,4.8 -10,7.6 -1.2,0.8 -1.6,1.2 -0.2,0.4 -1,0.6 -0.8,0.2 -0.8,0.6 0,0.4 -0.4,0.4 -0.8,0 -3.2,2 -0.8,0.6 -1.4,1 -0.4,0 -2,1.2 -1.6,1 -1.6,1 0,0.2 0.4,0.8 0.4,0.4 2.2,2.6 1.8,2 2.4,2.6 0.2,0.4 1.4,1.6 1.2,1.6 2.8,3.6 1.8,2.2 3.2,4 1.4,1.8 1.6,2 0.4,0 0.4,0.4 0,0.2 0.6,1 3,3.2 5.4,6.6 2.6,3.2 2.4,3.6 -0.2,0.2 0.2,0.4 0.4,0 1.6,1.6 1.2,1.4 1.2,1.8 0,0.2 0.4,0.6 0.4,0.2 0.4,0.6 0,0.2 4,6.6 4.2,6.4 4.8,7.8 0.8,1.4 1,1.6 0.2,0 1.6,2.6 l 1.6,2.4 q 0,-0.2 0,-0.6 h 0.2 q 0.4,0.8 0.4,1.6 0.2,0.8 0.6,1.2 0.6,0.4 0.6,0.8 0,0.4 1.4,3 1.4,2.4 2.4,4.8 1.2,2.2 1.4,2.4 0.2,0 0.4,0.6 0.4,0.6 0.6,1.2 0.2,0.6 0.2,0.6 v 0.2 q 0.4,0.2 0.8,1 0.4,0.6 0.2,0.6 0,0 -0.4,-0.2 -0.6,-0.4 -1.2,-1.6 -0.4,-1.2 -0.6,-1.2 -0.2,0 -0.4,-0.6 l -0.4,-0.6 q -0.2,0.2 0.6,2 0.8,1.6 1.2,2 0.4,0.4 0.4,0.6 0.2,1.4 1,2.6 1,1.6 -0.4,1.6 -0.6,0 -0.6,0.6 0,0.6 0.6,1.4 0.6,0.8 1,0.8 z m -84.6,-77.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 1.6,-7.8 q 0.4,0 0.4,-2.4 0,-2.6 -0.2,-2.4 -0.2,0.2 -0.4,1.4 0,1.2 0,2.4 0,1 0.2,1 z m 0,1 q 0,0 0.2,0.4 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0.2,19.8 q 0,0 0.2,0.2 l 0.6,-0.2 q -0.2,-0.2 -0.8,0 z m 0.8,2.2 q 0,0 0.2,-0.2 -0.4,-0.2 -0.6,-0.6 l -0.2,0.2 q 0,0.6 0.6,0.6 z m 0.4,-33.4 q 0.2,0 0.2,0 0.4,0 -0.4,-0.6 -0.4,-0.2 -0.4,0 0,0 0,0.6 l 0.2,0.4 q 0,-0.6 0.4,-0.4 z m 0.8,10 q 0,0 0.2,0.4 0,-0.4 0,-0.8 -0.2,0.4 -0.2,0.4 z m 0.2,5.2 q 0,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.4 0.2,0.6 z m 0.2,-11 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.2,30 q 0,0.2 0.2,1 l 0.4,0.8 q 0,-0.2 -0.2,-1 z m 0,-1.4 q 0.2,0.2 0.2,0.4 0.2,-0.4 0,-1 -0.2,0.4 -0.2,0.6 z m 0.6,5.8 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0,0.4 0.2,0.4 z m -1.2,-47.2 q 1.2,-7.8 1.2,-8.8 0,-0.4 -0.2,-0.6 -0.2,0.6 -1.2,7.8 -1,7.2 -1,8 0,2.2 0.4,-0.2 0,-0.4 0.2,-1 0.2,-1.8 0.6,-5.2 z m 1.4,-10.2 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.4,63.2 q 0.2,-0.4 0,-0.8 -0.2,0.4 -0.2,0.4 0.2,0.4 0.2,0.4 z m 1.8,-75.6 q 0,0 -0.2,0.2 l 0.2,0.4 q 0.2,-0.2 0,-0.6 z m -0.4,2.4 q 0,0 -0.2,0.2 l 0.2,0.4 q 0.2,-0.2 0,-0.6 z m 0.4,79.6 q 0,0.8 0.2,1.2 v -2 q -0.2,-2 -0.2,-2.6 0.2,-3.2 -0.8,-3.4 -0.4,0.2 0.4,4.6 0,0.8 0.4,2.2 z m 1,-87.8 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.2,-1.8 q 0.2,-0.2 0.2,-0.6 l -0.2,0.2 z m 1.4,88.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.4,3 q 0.2,-0.4 0,-0.8 0,0.2 -0.2,0.4 0.2,0.2 0.2,0.4 z m 1.2,0.2 q 0,0 0,-0.4 -0.4,0.2 -0.4,0.6 l 0.2,0.4 q 0.2,0 0.2,-0.6 z m 0.6,-106.8 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.8,108 q 0.2,-0.2 0,-1.4 l -0.4,-1.4 v 1.6 z m 2.2,4.6 q 0.2,-0.2 -0.2,-0.8 -0.2,-0.6 0,-1 0,0 -0.2,0 0,-0.2 -0.2,-0.2 -0.2,0 -0.2,0.8 0,0.2 0,0.4 0.2,0.2 0.2,0.2 0.2,-0.2 0.2,0 0.2,0 0.2,0.2 z m 2.4,-1.4 q 0,0 -0.2,0.2 l 0.2,0.6 q 0.2,-0.4 0,-0.8 z m 0,-24.6 q 0,0 0.4,5 0.2,-0.2 0.2,-2.8 0,-2.6 -0.2,-2.6 -0.2,0 -0.4,0.4 z m -0.6,2.8 q 0,-0.4 -0.4,-0.2 -0.2,0.2 0,0.4 0.4,1 0.4,-0.2 z m -0.4,-0.8 q 0.2,-0.2 0,-0.8 l -0.2,0.4 z m 0,-2.2 q 0,-0.8 -0.4,-0.8 -0.2,0 0,0.6 0.2,0.4 0.2,0.8 0,0.2 0.2,0.2 0.2,0 0,-0.8 z m -0.2,27.4 q 0,0 0.2,0 0.2,-0.6 -0.2,-1.4 l -0.4,-1 0.2,1 q 0.2,0.8 0.2,1.4 z m 0.6,-12.8 q 0.4,2.4 0.6,2.4 0.2,-0.2 -0.2,-2.8 -0.4,-2.8 -0.8,-3.2 l -0.2,0.4 q 0.2,0.6 0.6,3.2 z m 0.8,-1 q 0,0 0.2,-0.4 0,-0.2 0,-0.4 0.4,-1.4 -0.2,-3.6 -0.4,-2.2 -0.6,-3.6 0,-1.6 -0.4,-1.4 -0.2,0 -0.2,0.4 0.6,2.8 1.2,9 z m 0.6,7.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.6,-13.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.6,-38 q 0.2,-0.6 0,-1 0,0.4 0,0.4 z m 0.6,-5.4 q 0.2,-0.4 0.2,-0.8 l -0.2,0.2 q -0.4,0.4 -0.4,0.8 z m 22.6,-4.6 q 0,0.2 0.4,0 0.4,-0.2 0.4,-0.4 0,-0.4 -0.4,-0.2 -0.4,0.2 -0.4,0.6 z m 2.6,-0.8 q 0.2,-0.4 -0.2,-0.6 0,0 -0.2,0.2 0,0 0,0.2 0,0.8 0.4,0.2 z m 1.6,-4.4 q 0.2,0 0.6,-0.6 0.6,-0.6 0,-0.2 -1,0.8 -0.6,0.8 z m 1.4,2 q 0.2,0 0.4,-0.4 0.2,-0.4 -0.2,-0.4 -0.2,0 -0.2,0.4 0,0.4 0,0.4 z m 0.6,-3.4 q 0.4,0 1.6,-1 1.2,-1 0.4,-1 l -0.4,0.2 q 0,0.2 -0.6,0.8 -0.4,0.4 -1,0.6 z m 5.8,-4.4 q 0.4,-0.2 0.8,-1.2 0.4,-1 0.2,-1.4 -0.2,-0.4 -0.4,0.6 -0.2,0.8 -0.8,1 -0.6,0.2 -1.6,1.6 l -0.6,1.2 q 0.6,0 1.2,-1 0.8,-1.2 1,-1.2 0.2,0 0,0.4 0,0.2 0,0.2 0,0 0.2,-0.2 z m 0.4,-4.2 q 0,0 0,0.6 0.4,-0.2 0.2,-0.8 z m 2.2,-7.2 q 0.4,0.8 0.4,0.6 0.2,-0.2 0,-0.8 -0.2,-0.6 -0.6,-0.6 -0.2,0 0.2,0.8 z m 16.2,-20.2 q 0.4,0.4 0.4,-0.2 0,-0.6 -0.4,-0.6 -0.2,0 -0.2,0.4 0,0.2 0.2,0.4 z m 7.2,15.2 q -0.6,1.4 -0.8,2.2 -0.2,0.8 -1,2.6 -0.8,1.6 -0.6,1.8 0.2,0.2 0.4,0 0.4,-0.4 0.2,-0.6 -0.2,-0.4 0.4,-1.2 l 0.4,0.4 q -0.2,0.6 -0.6,1.6 -0.4,0.8 -0.8,1.4 -0.4,0.6 -0.4,0.4 -0.2,-0.2 0.2,-0.6 0.4,-0.6 0.2,-0.8 -0.4,-0.4 -0.6,0.4 0,0.2 0,0.4 -0.4,2.6 -1.2,3.4 -0.4,0.6 -1,1.8 l -0.6,1.2 0.8,-0.8 q 0.6,-1 2,-3.2 2.8,-4.8 3.2,-9.4 l 0.2,-2.4 z m -1.4,0.8 q 0,0 -0.2,0.2 l 0.2,0.4 q 0.2,-0.2 0,-0.6 z m 0,1.6 q -0.2,-0.6 -0.4,-0.6 -0.2,0 -0.2,0.6 0,0.4 0.4,0.4 0.4,0 0.2,-0.4 z m -1.4,-10.6 q -0.2,0 -0.2,-0.4 0,-0.4 -1.4,-2 l -1.2,-1.4 0.8,1.6 q 0.8,1.8 1,3 0.4,0.6 0.6,0.6 0.2,-0.4 0.2,0.2 0,0.6 0.2,0.6 0.4,0 0.4,-1 0,-1.2 -0.4,-1.2 z m -3,-6 -0.8,-0.6 0.6,0.8 q 1,1 1,0.6 0,-0.2 -0.8,-0.8 z m -1.2,-3.8 q -0.6,-0.4 -0.8,-0.2 -0.2,0.2 0.4,0.4 z m -11,-4.4 q -0.4,-0.2 -0.4,0 0.6,0.8 3.8,2.4 1,0.4 1.4,0.8 0.6,0.2 0.4,0.6 v 0.2 q 0.2,-0.2 1,0.6 1,0.8 1.4,0.6 0.4,-0.2 0.4,0 0.2,0 0.2,0.2 -0.2,0.4 0.2,0.6 0.4,0 0.8,0 0.4,0 0.2,0.4 -0.2,0.2 -0.2,0.4 0.2,0 0.2,-0.2 0.4,-0.2 0,-0.8 -0.4,-0.8 -1.2,-1.2 -0.8,-0.6 -1.8,-1.4 -1.4,-1.4 -6.4,-3.2 z m -0.6,52.2 q -1.2,1 -1.2,1.2 0,0.2 1.2,-1 l 1,-1.2 z m -5.2,-53.8 q 0,0 -0.6,0 0.4,0.2 2.4,1.2 h 0.2 l 0.4,0.2 2,0.6 q 0,-0.2 -1.8,-1 -1.6,-0.8 -2.6,-1 z m -0.2,33.8 q 0.2,-0.4 0,-0.4 0,0.2 -0.6,0.4 -1.4,1.4 -0.2,1.4 0.6,0 0.6,-0.4 0,-0.4 0.2,-1 z m -1.2,-14 q 0,0 -0.2,0.2 0.4,0.4 0.8,0.2 0,-0.2 -0.6,-0.4 z m -1.2,-20 q -0.4,0 -1,0.2 l -0.2,0.4 q 0.4,0 1,-0.4 z m -1.6,-0.2 q 0,0 0.2,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.6,0 z m -1.6,17.6 q 0,0 -0.4,0 0.4,0.4 1,0.2 0,0 -0.6,-0.2 z m -1.2,-17.4 q 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 0.2,0.2 0.2,0.2 0.2,0 0.2,-0.2 z m -0.4,16.6 q -0.8,-0.6 -1.2,-0.4 -0.2,0 0.6,0.4 1,0.6 1,0.4 0,0 -0.4,-0.4 z m 0,2.4 q 0,-0.2 -1,-0.6 -1,-0.6 -1.2,-0.6 l 1,0.6 q 1.2,0.8 1.2,0.6 z m -1.4,-5.4 q 0,0 -1.2,-0.2 l 0.2,0.2 q 0.6,0.4 1.2,0.4 z m -2.8,3.8 q 0,0 -0.2,0 0,-0.2 -0.2,-0.2 -0.8,0 -1.8,-0.6 -3.2,-1.2 -3.2,-0.4 0,0.6 0.8,0.4 1,-0.2 2.4,0.4 2,1 2.2,0.4 z m -5.4,-5.4 q 0,0 0.2,0.2 h 0.4 q -0.2,-0.4 -0.6,-0.2 z m 1.2,-11 q 0,0 -2.8,0.4 0.4,0.2 3,0.2 2.6,-0.2 2.8,-0.4 0.2,-0.2 -3,-0.2 z m -3.2,13.8 q 0,0 -1,0 l -1.2,0.4 q 0.2,0.2 1,0 1,-0.2 1.2,-0.4 z m -5.6,-14 q -0.8,0.2 -1,1 -0.2,0.6 0,0.8 0.2,0 0.8,0 l 0.8,-0.2 -1,0.4 q -0.8,0.2 -0.8,0.6 0,0.2 0.8,0 1,-0.2 1.8,-0.4 1,-0.4 1,-0.6 0.2,-0.2 1.6,-0.2 h 1.2 l -0.2,-0.4 q -0.4,-0.4 -2,-0.4 h -1.2 0.2 q 0.6,-0.4 1.6,-0.4 l 0.2,-0.4 q -1,-0.4 -3.8,0.2 z m 2,10 q -0.2,-0.4 0.4,-0.2 0.8,0.2 1,0 l -1.6,-0.2 q -2,0 -2,0.6 0,0.2 1.2,0.2 1.2,0 1,-0.4 z m 0.8,4 q 0,0 -0.8,0 -0.8,0 -1,0.2 h 1.6 z m -4,-18.2 q -0.4,0.6 -0.2,1 0.4,0 0.6,-0.6 0.4,-0.6 0.2,-1.2 -0.2,-0.8 -0.4,0 0,0.6 -0.2,0.8 z m -0.2,13.6 q -0.8,0 -1,0.4 -0.2,0.4 0.2,0.4 0.4,0 1,-0.4 z m 0.6,1.2 q 0,0 -0.6,-0.2 -0.8,0.2 -0.8,0.2 z m -1.8,1.6 q -0.8,0 -0.8,0.8 0,0.6 2.4,0.6 2.4,-0.2 2.2,-0.4 0,-0.4 -1,-0.4 -0.8,0 -1,-0.2 -0.2,-0.4 -0.8,0 -0.2,0.2 -0.4,0.2 0,0 0.2,-0.4 0.2,-0.6 -0.2,-0.8 -0.2,0 -0.2,0 0,0 0,0.2 0.2,0.2 0,0.4 0,0 -0.4,0 z m -3.2,14 q 0.2,-0.2 -0.2,-0.6 -0.4,-0.6 -0.2,0.2 0.2,0.6 0.4,0.4 z m -1.2,6.8 q -0.4,0.2 -0.2,0.6 0.4,1.2 0.4,-0.2 0,-0.2 -0.2,-0.4 0,-0.2 0,0 z m 0,2 q 0,-0.6 -0.4,-0.2 -0.4,0.2 -0.4,0.6 0,0.2 0.4,0.2 0.4,0 0.4,-0.6 z m -0.6,3.2 q 0.2,-0.2 -0.2,-0.6 -0.4,-0.6 -0.2,0.2 0.4,0.6 0.4,0.4 z m -1,7.2 q 0,0 -0.2,0.2 l 0.2,0.6 q 0.2,-0.4 0,-0.8 z m -0.2,1.8 q -0.4,0.6 -0.4,1.6 0,0.8 0.2,0.8 0,0 0.4,-1.6 0,-0.8 -0.2,-0.8 z m -0.6,5.8 q -0.8,0 -0.8,4.4 0,1 0.4,0.2 0,-0.6 0.2,-1.4 0,-1.2 0.2,-2.2 0.4,-1 0,-1 z m -1,6.2 q 0,0.8 0,0.8 0.2,0 4.4,-2.4 11,-5.8 11,-6.4 0,-0.4 0.2,0 0.2,0.2 1.4,-0.6 1.4,-0.8 1.8,-1.4 0.6,-1 1.2,-1 0.2,0 0,0.4 -0.2,0.4 0.4,0 0.8,-0.4 0.6,-0.6 -0.2,-0.2 0,-0.4 0.4,-0.4 0.8,-0.4 0.4,-0.2 0.6,0 0.4,0 0.2,-0.4 -0.2,-0.6 0.4,-0.4 0.8,0.2 1.2,-0.2 l -0.2,-0.2 q -0.8,0.2 -0.8,0.2 0,-0.2 2.6,-2.2 4.8,-3.6 6,-6.4 1.6,-3.2 2,-6.4 0.4,-3.4 -0.6,-4.8 -1.2,-2.2 -3.8,-3.4 -1,-0.6 -1,-0.8 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.6,-0.2 -0.2,-0.6 -0.8,-0.4 -0.6,0.2 -1,-0.2 l 0.4,-0.2 -1.6,-1 q -2.2,-1 -3.2,-1 l -1,-0.4 q 0,0 -1.2,-0.4 -1.2,-0.6 -3.4,-1 -2,-0.6 -4.2,-1 -3.8,-0.6 -4.6,-0.2 -0.8,0.4 -0.8,1 0,0.6 0.2,0 0.4,-0.4 0.4,0 0,0.2 -0.2,0.6 -0.2,1.4 -1,7.4 -0.8,6 -1.4,9.8 -0.4,3.8 -0.8,6.8 -0.4,3 -0.6,4 0,0.8 -0.4,2.8 -0.2,2.6 -0.4,2.4 -0.2,0 -0.4,-0.4 -0.2,-0.4 -0.2,0 0,0 0,0.6 0,0.8 0.2,0.6 0.2,-0.2 0.4,0.4 0,1 -0.4,4.4 -0.4,2.6 -0.8,2.4 -0.2,0 -0.4,0.2 0,0 0,0.2 z m 10.6,-0.4 q 0,-0.4 1,-1 1.2,-0.6 1,-1.2 0,-0.6 0.4,-1.2 0.2,-0.2 0.2,0 0,0 0,0.4 -0.2,1 0,1 0.2,0 0.8,-0.4 0.6,-0.4 0.4,-0.6 0,0 0.2,-0.2 0.4,-0.4 0.8,-0.6 1.2,-0.6 2.6,-1.8 1.6,-1.2 1.8,-1 l 0.2,-0.2 q -0.2,-0.6 -1,-0.4 -0.6,0 -1,0.4 -0.4,0.4 0,0.2 l 0.2,0.2 q -0.2,0.4 -0.6,0.2 -0.4,-0.2 -2,0.8 -4.2,2.4 -6.6,3.6 -2.2,1.2 -3.8,2.2 -1.4,0.8 -1.8,1.2 -0.2,0.2 -0.2,0.4 0,0.2 -0.2,0 -0.2,-0.2 -1.4,0.4 -1,0.4 -1,0.8 0,0.2 0,0.4 0,0 -0.2,0.6 0,0.6 0,1.2 0,0.6 0,0.6 0.2,0 0.8,-0.4 0.8,-0.4 0.6,-0.6 l 0.4,-0.4 q 0.2,0.2 0.4,0.2 0.2,-0.2 0.2,-0.4 -0.2,-0.4 0.4,-0.6 h 0.2 q 0,0.2 0,0.4 0.2,0 0.4,0 0.6,0 0.4,-0.6 l 0.2,-0.2 q 0.2,0.2 0.6,-0.4 0.6,-0.4 2.6,-1.6 2.2,-1.2 2.6,-1.2 0.4,0 0.4,-0.2 z m 14.4,63.4 q 0.6,1 0.6,0.4 0,0 -0.6,-0.4 -0.6,-0.6 0,0 z m 10.4,10.2 q 0.6,1 0.8,0.8 0.2,-0.2 -0.6,-0.8 l -0.8,-0.8 z m 4.6,4.2 q 0,0 1.4,1.2 l -0.2,-0.4 q -0.2,-0.4 -1.8,-2.4 -1.4,-2.2 -1.2,-2.4 -0.4,0.2 -0.8,-0.4 v 0.2 q 0.2,0.6 0.8,1.2 0.8,1 0.8,1.4 0,0.4 1,1.6 z m 10.8,5.6 q 0.4,0.6 0.6,0.4 0.2,-0.2 -0.4,-0.6 -0.4,-0.6 -0.2,0.2 z m 7.2,19.6 q 0,-0.2 -0.4,-0.4 -0.4,-0.2 -0.4,0.2 0,0.4 0.4,0.4 0.4,0 0.4,-0.2 z m -1.8,-10.4 q 0.2,-0.2 -0.4,-0.6 -0.4,-0.4 -0.2,0.2 0.4,0.6 0.6,0.4 z m -1.2,-2.2 q 0,0 0,-0.2 -0.2,-0.4 -0.8,0 -0.4,0.4 -0.4,0.4 0,0.2 0.4,-0.2 0.6,-0.4 0.8,0 z m 0.2,-12.2 q -0.2,0.2 0.2,0.8 0.6,0.4 0.6,0.4 0.2,0 -0.2,-0.6 -0.4,-0.8 -0.6,-0.6 z m 1.8,2.2 q 0.2,-0.2 0.2,-0.2 0,0 -0.2,0 -0.4,0.4 -0.4,0 0,-0.4 -0.4,-0.4 -0.4,0 -0.2,0.4 0.4,1.2 1,0.2 z m 0.6,6.6 q 0,0.4 0.2,0.4 0.4,0 0.4,-0.2 0,-0.2 -0.4,-0.4 -0.2,-0.2 -0.2,0.2 z m 1.4,2.4 q 0.2,0 0.2,-0.6 -0.4,-0.4 -1,-0.8 0,0.4 0.4,0.4 0.2,0 0.2,0 0.2,0.2 0.2,0.2 -0.2,0.8 0,0.8 z"/><path fill="#ff7a1a" d="m 995.80022,72 q 0,0.2 0.4,0.8 0.4,0.4 -0.2,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 l -0.2,0.2 q -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.2 l -1.6,0.2 -1.4,0.2 q 0.4,0.2 0.2,0.6 -0.2,0.2 0.2,0.2 0.4,0 0.4,0.4 0,0.4 -1,0.2 -4.8,-1.2 -5.4,-0.4 l 1,0.2 q 1.2,0 1.4,0.4 0.2,0.2 1.4,0.6 l 0.2,0.2 q -1,0.2 -1.2,-0.2 -0.8,-0.8 -3,-0.4 -0.6,0.2 -0.6,0.4 0.2,0.2 1.2,0.2 1.2,-0.2 1.2,0.2 0,0.2 2.8,0.4 4.2,0.4 4,1.2 -0.4,0.4 -0.8,-0.2 l -0.2,-0.2 q 0,0.4 -2.2,0.4 -3.8,0 -3.2,0.2 0.2,0 0.8,0.2 0.8,0.2 -0.2,0.2 -0.8,0 -2.4,0 -4,0.2 -5.4,0.4 -3.6,1 -11,2 -2.4,0.4 -10.2,2.6 -7.8,2.2 -8.4,2.8 -0.2,0.2 0.6,5.8 1.4,10.6 1.4,21.2 0,3.4 0.4,3.4 4.2,-1.6 9.2,-2.4 1,-0.2 1,0.2 0,0.2 0.8,0.2 0.8,0 0.2,-0.4 -0.6,-0.2 -0.6,-0.2 0,0 0.6,0 0.8,0 0.8,0.4 l 0.2,-0.2 q 0.2,-0.6 6.8,-0.4 6.6,0 7.8,0.8 1.4,0.6 1.6,1 0.2,0.4 -0.2,0.4 -0.2,-0.2 -0.4,-0.2 -0.8,-0.2 -2.6,-0.4 -1.2,0.2 -1.2,0.4 0.4,0.6 1.4,0.4 1,-0.2 3,0.4 2,0.4 2,0.8 0.2,0.4 -0.4,0.6 -0.6,0 -2.6,0 -3.2,0.2 -5.2,0.4 -1.8,0.2 -0.2,0.2 0.8,0 2.2,0 4,-0.2 5,0.4 1,0.4 1,0.8 0,0.2 0.8,0.4 0.8,0 0.8,1 0,1 -0.8,1.2 -1.2,0.2 -1.4,0.4 0,0.2 0.4,0.6 0.6,0.4 1.2,0.2 v 0.2 q -0.4,0.6 -2.4,0.8 -0.8,0.2 -0.6,0.4 0.4,0.2 -0.2,0.2 -0.2,0 -0.6,0 -1.4,-0.2 -1.4,0.2 0,0.2 -0.4,0 -0.2,-0.2 -0.4,0.2 h 2.6 q 1.2,0 2,-0.2 0.6,-0.2 0.6,0 0.2,0 -0.2,0.2 -0.4,0.6 -1.6,0.6 l -4,1 h 0.2 q 0.6,0 3.8,-0.4 h 0.2 0.2 l 0.2,-0.2 4,-0.4 q -0.6,0.4 -1.8,0.6 -1,0 -1.4,0.4 -0.2,0.4 -1.6,0.4 -1.4,0 -1.4,0.4 0,0.4 0.8,0.2 l 5,-0.4 q -0.6,0.2 -0.6,0.8 0,0.4 -1.4,0.8 -1.6,0.6 -0.2,1 1.6,0 -0.8,0.8 -2,0.8 -6.2,1.8 -22.2,5.6 -25.2,7.4 -0.8,0.4 -0.8,1.2 0,0.6 -0.2,1.4 -0.2,1 -0.8,5.4 -0.4,4.6 -1.4,9.8 -1,5 -1,5.4 0,0.2 0.6,-0.2 0.6,-0.4 2,-0.6 1.6,-0.2 2.6,-0.6 1.2,-0.6 1.6,-0.4 0.4,0.2 2.8,-0.2 2.6,-0.4 3,-0.8 h 0.2 q -0.2,0.4 3.2,0.4 3.6,0 4.2,0.2 0.6,0.2 2.6,0.6 4.2,1.2 6.2,2.2 1.2,0.6 3.6,1 1.6,0.8 1.6,1.4 -0.2,0.4 -1.8,-0.2 -1.6,-0.6 -1.8,-0.4 -0.2,0.2 2.4,1 l 2.8,0.6 q -0.2,0 -0.6,-0.2 -1.2,-0.6 -0.4,-0.8 1.6,-0.6 6.6,3.6 2.6,2.4 2.2,2.6 0,0 -1,-0.8 -1,-0.8 -1.4,-0.6 -0.2,0 0.6,0.8 0.8,0.6 0.4,1.2 -0.6,0.6 0,0.8 0.2,0 0.6,-0.2 0.4,-0.4 1.6,0.8 l 0.8,1 q -0.6,-0.4 -1.2,0 -0.4,0.2 0.6,0.8 l 0.8,0.2 q 0,-0.2 0,-0.4 0.2,-0.2 1,0.6 1.2,1.6 0,2.4 -0.2,0.4 -0.4,0.8 0,0.4 0,0.8 0,0.2 0.2,0.2 0.4,0 0.4,0.8 0.2,0.6 -0.2,1 -0.4,0.2 -1.4,0 -1,-0.2 -1.6,0 -0.6,0 -1.2,-0.4 -0.4,-0.4 -0.4,0 0,0.2 -1,0.2 l -0.2,0.2 q 0.8,0.2 1.6,0.2 0.6,0.2 0,0.4 -0.2,0 -0.8,0 -1.4,0.4 -2,0.2 -0.4,-0.2 -0.4,0.2 0,0.2 1.2,0.6 1.2,0.2 0.2,0.4 -0.8,0 -0.2,0.4 1,0.6 -1.8,0.8 -1.4,0 -1.4,0.4 0,0.4 -0.4,0.4 -0.8,0 -4.6,-0.2 -10.6,-1.2 -24.4,1.4 -6.6,1.2 -10.2,2.4 -2.8,1.2 -3.6,1.8 -0.8,0.4 -1,1.2 -0.2,1.2 -1.6,4.8 -1.2,3.6 -1.6,4 l 0.2,-1.4 q 1.2,-4 1,-4.4 l -0.6,0.8 q -0.6,1.2 -0.6,0.4 0,-2 -0.8,0.4 -0.2,0.4 -0.4,0.8 l -1,2.2 q 0,-0.2 0,-0.6 0,-1 -0.4,-1.8 l 0.2,-0.6 0.2,-0.8 q 0,-1 -0.4,-1 -0.6,0 -3.4,2.6 -1,0.8 -1.2,0.6 -0.2,-0.2 -0.4,0.2 l -0.2,-0.2 q 0,-0.2 0.2,-0.4 0.2,-1.2 0,-1.2 -0.4,0 -1.6,1.4 -1,1.2 -1.2,1.6 -0.2,-0.4 -0.2,-0.8 -0.2,-1.6 0,-2 0.2,-0.2 0.6,-2.2 0.4,-2.2 0.4,-2.8 0,-0.4 -0.8,0 -0.8,0.4 0.2,-0.4 1.2,-0.8 1,-1 -0.2,-0.2 -1.8,1 -1.4,1 -1.4,1.2 l -1.6,2.2 q 0,-0.2 0.6,-1.4 0.2,-0.6 0,-0.6 -0.6,0.6 -0.8,0.4 0,-0.2 0.4,-0.8 l 0.2,-0.4 q -0.4,0.2 -0.4,0 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.6,-0.4 -0.6,-1.2 -1,0 v 0.2 q 0.6,-0.2 0.6,0.4 0,0.4 -0.6,1 -1.8,1.2 -1.8,0.6 0.2,-0.6 0.6,-0.6 h 0.2 q -0.4,-0.2 0.2,-0.8 h -0.2 q -0.2,0.2 -0.4,0.4 -1.2,1 -1.4,0.8 -0.2,-0.4 1.6,-2.2 1.6,-1.8 0.6,-1.8 -0.2,0 0,0.4 0,0.2 -0.2,0.2 0,0 -0.2,0 -0.2,-0.2 0.2,-1.2 0.6,-1 1,-1 0.4,0 0.2,-0.6 -0.2,-0.6 0,-0.8 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.6 0.4,-0.6 0.6,0 0.6,-0.4 0,-0.6 1.2,-1.6 1.2,-1 1,-1 -0.4,0 -2.4,1.6 -2.2,1.6 -3.2,2.2 -0.8,0.6 -0.8,0.8 0.2,0.2 -0.6,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.4,-0.6 0.8,-0.8 0.2,-0.2 0.2,-0.6 0,-0.4 -0.6,0 v -0.2 q 0.8,-0.8 1,-0.6 0.2,0.2 2,-1.6 1.2,-1 1.6,-1.4 l -1.4,0.8 q -1,0.8 -1.2,0.8 -0.2,-0.2 1.8,-2.2 l 1.4,-1.6 q -0.8,0.4 -3.4,3 -3.2,3.2 -3.4,2.6 -0.4,-0.8 0.4,-2 0.8,-1.2 4.2,-5 l 0.8,-1 q 0,0 -0.4,0.4 -2.8,2.6 -4.8,5.2 -1.4,1.8 -1.4,1.2 0.2,-0.4 0.8,-1.6 1,-1.6 4.4,-5 3.6,-3.6 6.8,-5.8 3.4,-2.6 3.6,-3 0.2,-0.6 1.4,-11.6 1.2,-11 1,-11.2 0,0 -1.8,1.2 -1.8,1 -2,0.8 0,0 0.2,-0.2 0.2,-0.4 0.6,-0.6 0.6,-0.4 1.2,-0.8 l 1.8,-1.8 q -0.2,0 -1.2,0.8 -1,0.6 -1.4,0.4 -0.4,-0.2 -0.4,0.4 0,0.2 0,0.4 0,0 -0.2,0 -0.4,-0.2 -1.8,0.6 l -1.2,0.6 q 0.2,0 0.6,-0.6 0.8,-0.8 2.4,-1.8 1.6,-1.2 1.6,-1.8 0,-0.6 0,-0.6 0.2,-0.2 0.4,-0.2 0.6,0 0.6,-0.2 0.2,-0.2 0,-0.4 -0.2,-0.2 -1.4,0.2 -1,0.4 -1,0.8 l 0.4,-0.2 q 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 -0.8,0.2 -0.6,-0.2 -3.4,2 -2.6,2 -3.2,2 -0.4,0 1.6,-2.2 2.8,-2.6 2,-2.6 -0.2,0 -0.4,0.2 l 0.6,-1.2 q 0.6,-0.6 0.4,-0.6 -0.2,0 -2,1.6 -3,2.2 -4.2,3.6 -1,1.2 -1.4,1.2 -0.2,0 0.2,-0.4 0.4,-0.4 0.4,-0.6 0,-0.4 -0.6,0.4 -0.6,0.8 -0.6,0.2 0,-0.6 0.4,-1 v -0.2 q -0.4,0.2 -0.4,0 -0.2,-0.2 0.8,-1.2 0.8,-1 0.8,-1.2 0,-0.2 0.8,-1.2 1,-1 0.4,-1 l -0.4,0.2 -0.6,0.6 q -1,0.6 -1.2,0.4 -0.2,-0.4 1.8,-3 1,-1.2 1,-1.6 0,-0.4 1.8,-2.4 l 1,-1.4 q -0.2,0.2 -0.6,0.6 -2.2,1.6 -7.2,7 l -1,1 q 0,0 0.4,-0.6 0.6,-1.2 2,-2.8 1.4,-1.6 2,-2.8 l 0.6,-1.2 -2.2,2 1,-1.4 q 1,-1.4 3.2,-3.6 2.4,-2.2 2.2,-2.4 l 0.2,-0.2 q 0.2,0.2 2.6,-1.6 2.4,-2 2.2,-2.2 0,-0.4 1.4,-1.4 1.6,-1 1.8,-1 l -1.4,1.2 -1.4,1.2 q 0.4,0 1.8,-1.2 l 1.6,-1 -0.2,-13 q -0.4,-17.8 -0.8,-20 l -0.4,-1 q 0,0.4 -0.4,0.4 -1.4,-0.2 -1.4,0.6 0,0.4 -0.4,0.4 -0.4,0 -0.8,0.6 -0.2,0.6 -0.4,0.2 -0.8,-1.2 -1.8,-0.4 -0.4,0.4 -0.4,0 0,-0.6 0.6,-1.6 v -0.4 q -1,0.8 -1,0.6 0,-0.2 0.4,-0.8 0.8,-0.8 0.4,-1 0,0 -0.6,0.4 -0.2,0.2 -0.2,0 0,-0.2 0,-0.4 0,-1 1.8,-2.6 2,-1.8 1.6,-1.8 -0.4,0 -1,0.6 -0.4,0.4 -1.4,1.2 -0.2,0.2 -0.2,0.2 0,-0.2 1.2,-1.4 1.8,-2 1.6,-2 -0.2,0 -2,1.6 -1.8,1.6 -2.2,2.2 -0.6,0.8 -0.6,0.6 0,-0.2 0,-0.6 -0.2,-0.8 -1.4,0.4 -0.2,0 -0.6,0.4 l -1,0.8 q 0.2,-0.2 1.4,-1.4 2,-1.8 2.2,-1.6 0.4,0 0.4,-0.4 0,-0.4 1.2,-1.6 1.2,-1.4 1,-1.4 -0.4,-0.2 -2.4,1.6 -4.2,4 -4.2,2.8 0.2,-0.4 0.4,-0.6 0.2,-0.6 0.2,-0.6 0,-0.2 -0.6,0.2 -0.4,0.4 -0.4,0.4 0,0 0.2,-0.4 0.2,-0.6 0.2,-0.8 h 0.2 q 0.4,0.2 1,-0.6 l 0.6,-0.8 -0.8,0.6 q -0.8,0.8 -0.8,0.6 0,-0.4 2.2,-2.4 2.2,-2.2 0.6,-1 -1.4,1.2 -2.6,2 -1.2,0.8 -1.4,1.4 l -0.4,-0.4 q 0,-0.8 2.6,-3.8 2.8,-3.2 5.4,-5.2 l 2,-1.8 -0.2,-1.6 q -0.2,-1.8 -0.8,-4.4 -0.4,-2.4 -0.6,-3.2 -0.2,-0.8 -0.6,-2.6 -0.4,-1.8 -0.6,-2.4 0,-0.8 -0.2,-1.2 -0.2,-0.6 -0.6,-3.2 -0.8,-3 -0.2,-2.8 0,0 0.4,0.4 0.2,0.6 0.6,0.4 v 1.2 q 0,0.2 -0.2,0.4 -0.2,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 v -1 q 0,-1.2 0.2,-1.6 0.4,-0.6 0,-1 -0.2,-0.4 -0.4,0.4 l -0.2,-0.2 q 0.2,-0.6 0.8,-0.4 0.8,0 0.8,-1 -0.2,-0.4 -0.4,-0.4 l -0.2,0.2 q 0,-1.2 0.6,-1.4 l 0.2,-2 q 0.2,-2 0.4,-2 0.2,0 0.2,0 0.2,-0.2 0.2,-0.2 -0.2,-0.4 0,-0.6 0.2,0 0.2,0.2 0.2,0.2 0.2,0.6 0.2,0.2 0.4,0.6 0.4,1.6 0.6,2.2 l 0.2,-0.2 q -0.2,-0.6 -0.2,-0.6 0.2,-0.2 0.6,0 0.4,0.2 0.6,1 l 0.2,-0.2 q 0,-0.8 0.6,-1.2 0.6,-0.4 0,-2.8 -0.4,-2.6 -0.2,-2.4 0.4,0 1.2,3.4 0.8,3.2 1.4,4 0.4,0.8 0.4,0.4 0,-0.4 -0.2,-1.8 -0.2,-2.2 -0.6,-3 -0.2,-0.8 -0.2,-1.4 0,-0.8 0.4,0.4 0.4,1 0.8,2.6 0.4,2.4 1.2,3.8 l 0.8,1.6 -0.4,-1.4 q -0.2,-1.4 -0.2,-2.2 0,-1 -0.2,-1 -0.2,0 -0.2,-0.6 0,-0.8 0.2,-0.8 0.4,0 0.4,0.8 0.2,0.8 0.2,1.4 -0.4,0.6 0.2,1.2 0.6,0.4 0.4,0.8 -0.2,0.2 -0.2,0.2 0.2,0 0.4,0 0,-0.2 0.2,0 0.2,0.2 0.4,0.8 0.2,0.4 0.4,1 l 0.6,1.6 q 0.2,-2 -1.2,-5.2 -0.2,-0.6 0.4,-0.4 h 0.4 q -0.2,-0.4 0.2,-0.4 0.6,0 1.2,1.8 l 0.8,2 q 0,-1 -1,-4.2 -0.4,-1.2 -0.4,-1.2 0,-0.2 0.6,-0.2 0.8,0 1.6,2.8 1.6,6.4 2.4,13.4 0.4,2.2 0.8,2.4 0.4,0.2 2.6,-0.8 2.4,-1 2.4,-1.2 0,-0.4 0.4,-0.4 0.2,0 5,-1.4 4.8,-1.6 6.4,-2.2 0.6,-0.2 1.2,-0.2 0.4,0 3.4,-0.2 6.2,-0.4 13.4,-0.6 4.8,-0.2 5.4,0.4 0.6,0.6 0,0.6 -0.2,0 -0.8,0 -1.4,0 -1.4,-0.2 0,-0.2 -3.8,0 -3.8,0 -4.2,0.6 -0.4,0.2 -0.4,0.4 0.2,0 0.8,-0.2 0.6,-0.2 2.6,-0.2 2.2,-0.2 2.6,0 0.4,0.2 3.8,0.4 3.4,0 3.6,0.2 l -0.6,0.2 q -0.6,0 -1,0.4 -0.2,0.2 -1.2,0.2 -1,0 -2.8,0 h -1.8 l 2,0.6 q 1.8,0.4 2.4,0.8 0.6,0.2 2,0.2 l 1.2,0.2 q -0.2,0.2 -2.4,0.4 -2,0 -3,0.2 -0.8,0.2 -0.4,0.2 0.2,0 1,0.2 1.6,0 1.8,0.6 0.4,0.4 1,0 1.4,-1.2 3,0.4 0.4,0.4 0.8,0.4 l -0.2,-0.4 q -0.4,-0.2 -0.4,-0.2 0.2,-0.2 0.8,0 l 0.8,-0.2 q -0.2,-0.2 0,-0.2 0.4,-0.2 1,0.2 0.6,0.2 0,0.6 -0.4,0.2 0.2,0.4 0.2,0.2 0.2,0.8 0,0.4 -0.4,1 -0.4,0.4 -0.8,0.4 -0.4,0 -0.4,0.4 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -0.8,0.4 -0.8,0 -0.4,0.4 0.4,0.4 0.2,0.6 -0.2,0.2 -0.8,0 -0.4,-0.2 -0.4,0 0,0.2 1.6,0.8 1.8,0.4 1.6,0.8 z m -66.2,-11.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.4,-4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m -4.2,28.6 q 0.2,0 0.8,-0.6 0.6,-0.8 0.4,-0.8 -0.2,0 -0.8,0.8 -0.6,0.6 -0.4,0.6 z m 0.8,3 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m 3.2,-4.2 q 0,0 0.4,-0.2 0.6,-0.2 0.6,-0.4 0,-0.4 -0.6,0 -0.4,0.4 -0.4,0.6 z m 0,9.8 q 0,0.2 0.2,0.2 0.4,0 0.6,-0.2 0,-0.2 0,-0.2 0,-0.2 -0.2,-0.2 -0.6,0 -0.6,0.4 z m -2.2,51.4 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m -9,41 q 0.6,-1 0.4,-1 0,0 -0.8,1 -0.8,1 -0.4,1 0.2,-0.2 0.8,-1 z m 3.8,-3.8 q 0.2,-0.6 -0.2,-0.2 -0.4,0.4 -1,1 l -1.2,1.2 1.2,-0.8 q 1,-0.8 1.2,-1.2 z m 6.8,-5.6 q 0.4,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.8,-0.6 z m 0,3.6 q 0.8,-0.4 0.4,-0.6 -0.2,-0.4 -1.8,1 -1.6,1.4 -3.2,2.4 -1.4,1 -1.4,1.2 0,0.4 3.2,-1.8 2.4,-1.8 2.8,-2.2 z m 1.8,17.8 q 0.6,-1.2 0.4,-1.2 -0.2,-0.2 -0.6,0.2 -0.4,0.2 -0.6,0.8 -0.2,0.6 -0.2,1 0,0.4 0.2,0.4 0.2,0 0.8,-1.2 z m 2.2,-2.2 q 0.2,0.4 0.4,0 0.2,-0.6 -0.4,-0.4 -1.4,0.2 -1.4,1.6 0.2,0.8 0.6,-0.4 0.6,-1.2 0.8,-0.8 z m 2,4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.6,-148.8 q 0.2,-0.4 -0.2,-0.6 -0.4,-0.2 -0.4,0.4 0,1 0.6,0.2 z m 0.2,3.4 q 0,0.2 0.2,0.2 0.4,0 0.4,-0.4 0,-0.6 -0.4,-0.4 -0.2,0.2 -0.2,0.6 z m 0.8,5 q 0.2,-0.2 0.2,-0.6 l -0.4,0.2 z m 1.4,137 q 0.4,0.2 0.4,0 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.2 0.2,0.6 z m 0.4,-1.4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m 2.8,-141.2 q 0,0 -0.2,-0.8 l -0.4,-0.4 z m 0.4,136.8 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.4,-0.4 -0.2,-0.2 -0.6,0.2 z m 1,-133.6 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 50,123.4 q -0.2,-0.4 -0.6,-0.4 -0.4,0 0.2,0.6 0.4,0.6 0.6,0.2 0,0 -0.2,-0.4 z m -1.2,-5 q 0.2,-0.2 -0.6,-0.6 -0.6,-0.6 -0.8,-0.4 0,0.2 0.6,0.8 0.6,0.4 0.8,0.2 z m -2.6,-0.4 q 0,0 0,0.2 0.8,0.2 0.8,0 -0.2,-0.4 -0.8,-0.2 z m -1.8,-1.8 q 0.2,0 -0.2,-0.4 -0.2,0 -0.4,-0.2 -1.2,-0.6 -1.6,0 0.4,-0.2 1,0.2 0.6,0.4 1.2,0.4 z m -0.8,-1.4 q 2.2,1.2 2.2,1 0,-0.2 -1.6,-1.2 -1.4,-1 -2.2,-1.2 l -0.6,-0.2 q 0.2,0.4 2.2,1.6 z m -1.6,-3.2 q -0.2,-0.2 -1.2,0 -0.8,0.2 0,0.4 0.6,0.2 0.6,0 -0.2,-0.2 0.2,-0.2 z m -3.6,17.8 q 0,0 0.2,0.2 l 0.6,-0.2 q -0.2,-0.2 -0.8,0 z m -3.6,-20.4 q 0,-0.2 -1.6,-0.6 -1.6,-0.6 -1.8,-0.4 l 1.4,0.8 q 2,0.6 2,0.2 z m -5.4,-2.2 q -0.2,0 -0.4,0.4 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 z m -0.8,0.2 q 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 0,0 0.4,0 0.6,0 0.6,-0.2 z m -4.6,-0.8 q -0.2,0.2 0.2,0.2 0.2,0 0.4,-0.2 l 0.4,-0.2 q -0.6,-0.2 -1,0.2 z m -6.6,-0.6 q -0.4,0 -0.2,0.2 0.2,0 0.6,0 0.4,0 0.6,-0.2 -0.4,-0.2 -1,0 z m -10.2,-18.8 q 0.2,-0.4 0,-1.2 -0.2,-0.2 -0.2,0 0,0.2 0,0.6 0,0.4 0.2,0.6 z m 28.4,-15.2 q -0.2,0.2 0,0.2 0.2,0 0.6,0 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m 4.8,-6.8 q 0.2,0.2 0.6,0.2 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m -0.8,-4.6 h -1 l 1,0.4 q 0.8,0.2 0.8,0.2 l 0.2,-0.2 q 0,-0.4 -1,-0.4 z m -27,-0.6 q 0,0 0.4,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.8,0 z m 7.6,-55 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 3,-0.8 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 1.6,0 q 0.2,0 0.4,-0.2 l -0.2,-0.2 q -1.2,0.4 -0.2,0.4 z m 4.4,-0.6 q 0,0 0.6,0 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -0.6,0.4 z m 3.8,-0.4 q 0,0 -0.2,-0.4 -0.8,0 -0.8,0.4 0,0.8 1,0 z m 8.6,14 q 0,0 0.4,-0.2 -0.4,0 -0.8,0 0.2,0.2 0.4,0.2 z m 0.4,-11 q 0.8,0.2 1.8,0.2 1.2,0 1.2,-0.2 0,-0.2 -2.2,-0.2 l -1.4,0.2 q 0.2,0 0.6,0 z m 2,10.8 q 0,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0,0.2 0.4,0.2 z m 3.4,0.8 q 0,0.2 0.2,0.2 0.2,0 0.2,-0.4 0,-0.6 -1.2,-0.6 -1.2,-0.2 -1.2,0 0,0.4 1.6,0.4 0.4,0 0.4,0.4 z"/><path fill="#ff7a1a" d="m 1069.8004,72 q 0,0.2 0.4,0.8 0.4,0.4 -0.2,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 l -0.2,0.2 q -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.2 l -1.6,0.2 -1.4,0.2 q 0.4,0.2 0.2,0.6 -0.2,0.2 0.2,0.2 0.4,0 0.4,0.4 0,0.4 -1,0.2 -4.8,-1.2 -5.4,-0.4 l 1,0.2 q 1.2,0 1.4,0.4 0.2,0.2 1.4,0.6 l 0.2,0.2 q -1,0.2 -1.2,-0.2 -0.8,-0.8 -3,-0.4 -0.6,0.2 -0.6,0.4 0.2,0.2 1.2,0.2 1.2,-0.2 1.2,0.2 0,0.2 2.8,0.4 4.2,0.4 4,1.2 -0.4,0.4 -0.8,-0.2 l -0.2,-0.2 q 0,0.4 -2.2,0.4 -3.8,0 -3.2,0.2 0.2,0 0.8,0.2 0.8,0.2 -0.2,0.2 -0.8,0 -2.4,0 -4,0.2 -5.4,0.4 -3.6,1 -11,2 -2.4,0.4 -10.2,2.6 -7.8,2.2 -8.4,2.8 -0.2,0.2 0.6,5.8 1.4,10.6 1.4,21.2 0,3.4 0.4,3.4 4.2,-1.6 9.2,-2.4 1,-0.2 1,0.2 0,0.2 0.8,0.2 0.8,0 0.2,-0.4 -0.6,-0.2 -0.6,-0.2 0,0 0.6,0 0.8,0 0.8,0.4 l 0.2,-0.2 q 0.2,-0.6 6.8,-0.4 6.6,0 7.8,0.8 1.4,0.6 1.6,1 0.2,0.4 -0.2,0.4 -0.2,-0.2 -0.4,-0.2 -0.8,-0.2 -2.6,-0.4 -1.2,0.2 -1.2,0.4 0.4,0.6 1.4,0.4 1,-0.2 3,0.4 2,0.4 2,0.8 0.2,0.4 -0.4,0.6 -0.6,0 -2.6,0 -3.2,0.2 -5.2,0.4 -1.8,0.2 -0.2,0.2 0.8,0 2.2,0 4,-0.2 5,0.4 1,0.4 1,0.8 0,0.2 0.8,0.4 0.8,0 0.8,1 0,1 -0.8,1.2 -1.2,0.2 -1.4,0.4 0,0.2 0.4,0.6 0.6,0.4 1.2,0.2 v 0.2 q -0.4,0.6 -2.4,0.8 -0.8,0.2 -0.6,0.4 0.4,0.2 -0.2,0.2 -0.2,0 -0.6,0 -1.4,-0.2 -1.4,0.2 0,0.2 -0.4,0 -0.2,-0.2 -0.4,0.2 h 2.6 q 1.2,0 2,-0.2 0.6,-0.2 0.6,0 0.2,0 -0.2,0.2 -0.4,0.6 -1.6,0.6 l -4,1 h 0.2 q 0.6,0 3.8,-0.4 h 0.2 0.2 l 0.2,-0.2 4,-0.4 q -0.6,0.4 -1.8,0.6 -1,0 -1.4,0.4 -0.2,0.4 -1.6,0.4 -1.4,0 -1.4,0.4 0,0.4 0.8,0.2 l 5,-0.4 q -0.6,0.2 -0.6,0.8 0,0.4 -1.4,0.8 -1.6,0.6 -0.2,1 1.6,0 -0.8,0.8 -2,0.8 -6.2,1.8 -22.2,5.6 -25.2,7.4 -0.8,0.4 -0.8,1.2 0,0.6 -0.2,1.4 -0.2,1 -0.8,5.4 -0.4,4.6 -1.4,9.8 -1,5 -1,5.4 0,0.2 0.6,-0.2 0.6,-0.4 2,-0.6 1.6,-0.2 2.6,-0.6 1.2,-0.6 1.6,-0.4 0.4,0.2 2.8,-0.2 2.6,-0.4 3,-0.8 h 0.2 q -0.2,0.4 3.2,0.4 3.6,0 4.2,0.2 0.6,0.2 2.6,0.6 4.2,1.2 6.2,2.2 1.2,0.6 3.6,1 1.6,0.8 1.6,1.4 -0.2,0.4 -1.8,-0.2 -1.6,-0.6 -1.8,-0.4 -0.2,0.2 2.4,1 l 2.8,0.6 q -0.2,0 -0.6,-0.2 -1.2,-0.6 -0.4,-0.8 1.6,-0.6 6.6,3.6 2.6,2.4 2.2,2.6 0,0 -1,-0.8 -1,-0.8 -1.4,-0.6 -0.2,0 0.6,0.8 0.8,0.6 0.4,1.2 -0.6,0.6 0,0.8 0.2,0 0.6,-0.2 0.4,-0.4 1.6,0.8 l 0.8,1 q -0.6,-0.4 -1.2,0 -0.4,0.2 0.6,0.8 l 0.8,0.2 q 0,-0.2 0,-0.4 0.2,-0.2 1,0.6 1.2,1.6 0,2.4 -0.2,0.4 -0.4,0.8 0,0.4 0,0.8 0,0.2 0.2,0.2 0.4,0 0.4,0.8 0.2,0.6 -0.2,1 -0.4,0.2 -1.4,0 -1,-0.2 -1.6,0 -0.6,0 -1.2,-0.4 -0.4,-0.4 -0.4,0 0,0.2 -1,0.2 l -0.2,0.2 q 0.8,0.2 1.6,0.2 0.6,0.2 0,0.4 -0.2,0 -0.8,0 -1.4,0.4 -2,0.2 -0.4,-0.2 -0.4,0.2 0,0.2 1.2,0.6 1.2,0.2 0.2,0.4 -0.8,0 -0.2,0.4 1,0.6 -1.8,0.8 -1.4,0 -1.4,0.4 0,0.4 -0.4,0.4 -0.8,0 -4.6,-0.2 -10.6,-1.2 -24.4,1.4 -6.6,1.2 -10.2,2.4 -2.8,1.2 -3.6,1.8 -0.8,0.4 -1,1.2 -0.2,1.2 -1.6,4.8 -1.2,3.6 -1.6,4 l 0.2,-1.4 q 1.2,-4 1,-4.4 l -0.6,0.8 q -0.6,1.2 -0.6,0.4 0,-2 -0.8,0.4 -0.2,0.4 -0.4,0.8 l -1,2.2 q 0,-0.2 0,-0.6 0,-1 -0.4,-1.8 l 0.2,-0.6 0.2,-0.8 q 0,-1 -0.4,-1 -0.6,0 -3.4,2.6 -1,0.8 -1.2,0.6 -0.2,-0.2 -0.4,0.2 l -0.2,-0.2 q 0,-0.2 0.2,-0.4 0.2,-1.2 0,-1.2 -0.4,0 -1.6,1.4 -1,1.2 -1.2,1.6 -0.2,-0.4 -0.2,-0.8 -0.2,-1.6 0,-2 0.2,-0.2 0.6,-2.2 0.4,-2.2 0.4,-2.8 0,-0.4 -0.8,0 -0.8,0.4 0.2,-0.4 1.2,-0.8 1,-1 -0.2,-0.2 -1.8,1 -1.4,1 -1.4,1.2 l -1.6,2.2 q 0,-0.2 0.6,-1.4 0.2,-0.6 0,-0.6 -0.6,0.6 -0.8,0.4 0,-0.2 0.4,-0.8 l 0.2,-0.4 q -0.4,0.2 -0.4,0 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.6,-0.4 -0.6,-1.2 -1,0 v 0.2 q 0.6,-0.2 0.6,0.4 0,0.4 -0.6,1 -1.8,1.2 -1.8,0.6 0.2,-0.6 0.6,-0.6 h 0.2 q -0.4,-0.2 0.2,-0.8 h -0.2 q -0.2,0.2 -0.4,0.4 -1.2,1 -1.4,0.8 -0.2,-0.4 1.6,-2.2 1.6,-1.8 0.6,-1.8 -0.2,0 0,0.4 0,0.2 -0.2,0.2 0,0 -0.2,0 -0.2,-0.2 0.2,-1.2 0.6,-1 1,-1 0.4,0 0.2,-0.6 -0.2,-0.6 0,-0.8 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.6 0.4,-0.6 0.6,0 0.6,-0.4 0,-0.6 1.2,-1.6 1.2,-1 1,-1 -0.4,0 -2.4,1.6 -2.2,1.6 -3.2,2.2 -0.8,0.6 -0.8,0.8 0.2,0.2 -0.6,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.4,-0.6 0.8,-0.8 0.2,-0.2 0.2,-0.6 0,-0.4 -0.6,0 v -0.2 q 0.8,-0.8 1,-0.6 0.2,0.2 2,-1.6 1.2,-1 1.6,-1.4 l -1.4,0.8 q -1,0.8 -1.2,0.8 -0.2,-0.2 1.8,-2.2 l 1.4,-1.6 q -0.8,0.4 -3.4,3 -3.2,3.2 -3.4,2.6 -0.4,-0.8 0.4,-2 0.8,-1.2 4.2,-5 l 0.8,-1 q 0,0 -0.4,0.4 -2.8,2.6 -4.8,5.2 -1.4,1.8 -1.4,1.2 0.2,-0.4 0.8,-1.6 1,-1.6 4.4,-5 3.6,-3.6 6.8,-5.8 3.4,-2.6 3.6,-3 0.2,-0.6 1.4,-11.6 1.2,-11 1,-11.2 0,0 -1.8,1.2 -1.8,1 -2,0.8 0,0 0.2,-0.2 0.2,-0.4 0.6,-0.6 0.6,-0.4 1.2,-0.8 l 1.8,-1.8 q -0.2,0 -1.2,0.8 -1,0.6 -1.4,0.4 -0.4,-0.2 -0.4,0.4 0,0.2 0,0.4 0,0 -0.2,0 -0.4,-0.2 -1.8,0.6 l -1.2,0.6 q 0.2,0 0.6,-0.6 0.8,-0.8 2.4,-1.8 1.6,-1.2 1.6,-1.8 0,-0.6 0,-0.6 0.2,-0.2 0.4,-0.2 0.6,0 0.6,-0.2 0.2,-0.2 0,-0.4 -0.2,-0.2 -1.4,0.2 -1,0.4 -1,0.8 l 0.4,-0.2 q 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 -0.8,0.2 -0.6,-0.2 -3.4,2 -2.6,2 -3.2,2 -0.4,0 1.6,-2.2 2.8,-2.6 2,-2.6 -0.2,0 -0.4,0.2 l 0.6,-1.2 q 0.6,-0.6 0.4,-0.6 -0.2,0 -2,1.6 -3,2.2 -4.2,3.6 -1,1.2 -1.4,1.2 -0.2,0 0.2,-0.4 0.4,-0.4 0.4,-0.6 0,-0.4 -0.6,0.4 -0.6,0.8 -0.6,0.2 0,-0.6 0.4,-1 v -0.2 q -0.4,0.2 -0.4,0 -0.2,-0.2 0.8,-1.2 0.8,-1 0.8,-1.2 0,-0.2 0.8,-1.2 1,-1 0.4,-1 l -0.4,0.2 -0.6,0.6 q -1,0.6 -1.2,0.4 -0.2,-0.4 1.8,-3 1,-1.2 1,-1.6 0,-0.4 1.8,-2.4 l 1,-1.4 q -0.2,0.2 -0.6,0.6 -2.2,1.6 -7.2,7 l -1,1 q 0,0 0.4,-0.6 0.6,-1.2 2,-2.8 1.4,-1.6 2,-2.8 l 0.6,-1.2 -2.2,2 1,-1.4 q 1,-1.4 3.2,-3.6 2.4,-2.2 2.2,-2.4 l 0.2,-0.2 q 0.2,0.2 2.6,-1.6 2.4,-2 2.2,-2.2 0,-0.4 1.4,-1.4 1.6,-1 1.8,-1 l -1.4,1.2 -1.4,1.2 q 0.4,0 1.8,-1.2 l 1.6,-1 -0.2,-13 q -0.4,-17.8 -0.8,-20 l -0.4,-1 q 0,0.4 -0.4,0.4 -1.4,-0.2 -1.4,0.6 0,0.4 -0.4,0.4 -0.4,0 -0.8,0.6 -0.2,0.6 -0.4,0.2 -0.8,-1.2 -1.8,-0.4 -0.4,0.4 -0.4,0 0,-0.6 0.6,-1.6 v -0.4 q -1,0.8 -1,0.6 0,-0.2 0.4,-0.8 0.8,-0.8 0.4,-1 0,0 -0.6,0.4 -0.2,0.2 -0.2,0 0,-0.2 0,-0.4 0,-1 1.8,-2.6 2,-1.8 1.6,-1.8 -0.4,0 -1,0.6 -0.4,0.4 -1.4,1.2 -0.2,0.2 -0.2,0.2 0,-0.2 1.2,-1.4 1.8,-2 1.6,-2 -0.2,0 -2,1.6 -1.8,1.6 -2.2,2.2 -0.6,0.8 -0.6,0.6 0,-0.2 0,-0.6 -0.2,-0.8 -1.4,0.4 -0.2,0 -0.6,0.4 l -1,0.8 q 0.2,-0.2 1.4,-1.4 2,-1.8 2.2,-1.6 0.4,0 0.4,-0.4 0,-0.4 1.2,-1.6 1.2,-1.4 1,-1.4 -0.4,-0.2 -2.4,1.6 -4.2,4 -4.2,2.8 0.2,-0.4 0.4,-0.6 0.2,-0.6 0.2,-0.6 0,-0.2 -0.6,0.2 -0.4,0.4 -0.4,0.4 0,0 0.2,-0.4 0.2,-0.6 0.2,-0.8 h 0.2 q 0.4,0.2 1,-0.6 l 0.6,-0.8 -0.8,0.6 q -0.8,0.8 -0.8,0.6 0,-0.4 2.2,-2.4 2.2,-2.2 0.6,-1 -1.4,1.2 -2.6,2 -1.2,0.8 -1.4,1.4 l -0.4,-0.4 q 0,-0.8 2.6,-3.8 2.8,-3.2 5.4,-5.2 l 2,-1.8 -0.2,-1.6 q -0.2,-1.8 -0.8,-4.4 -0.4,-2.4 -0.6,-3.2 -0.2,-0.8 -0.6,-2.6 -0.4,-1.8 -0.6,-2.4 0,-0.8 -0.2,-1.2 -0.2,-0.6 -0.6,-3.2 -0.8,-3 -0.2,-2.8 0,0 0.4,0.4 0.2,0.6 0.6,0.4 v 1.2 q 0,0.2 -0.2,0.4 -0.2,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 v -1 q 0,-1.2 0.2,-1.6 0.4,-0.6 0,-1 -0.2,-0.4 -0.4,0.4 l -0.2,-0.2 q 0.2,-0.6 0.8,-0.4 0.8,0 0.8,-1 -0.2,-0.4 -0.4,-0.4 l -0.2,0.2 q 0,-1.2 0.6,-1.4 l 0.2,-2 q 0.2,-2 0.4,-2 0.2,0 0.2,0 0.2,-0.2 0.2,-0.2 -0.2,-0.4 0,-0.6 0.2,0 0.2,0.2 0.2,0.2 0.2,0.6 0.2,0.2 0.4,0.6 0.4,1.6 0.6,2.2 l 0.2,-0.2 q -0.2,-0.6 -0.2,-0.6 0.2,-0.2 0.6,0 0.4,0.2 0.6,1 l 0.2,-0.2 q 0,-0.8 0.6,-1.2 0.6,-0.4 0,-2.8 -0.4,-2.6 -0.2,-2.4 0.4,0 1.2,3.4 0.8,3.2 1.4,4 0.4,0.8 0.4,0.4 0,-0.4 -0.2,-1.8 -0.2,-2.2 -0.6,-3 -0.2,-0.8 -0.2,-1.4 0,-0.8 0.4,0.4 0.4,1 0.8,2.6 0.4,2.4 1.2,3.8 l 0.8,1.6 -0.4,-1.4 q -0.2,-1.4 -0.2,-2.2 0,-1 -0.2,-1 -0.2,0 -0.2,-0.6 0,-0.8 0.2,-0.8 0.4,0 0.4,0.8 0.2,0.8 0.2,1.4 -0.4,0.6 0.2,1.2 0.6,0.4 0.4,0.8 -0.2,0.2 -0.2,0.2 0.2,0 0.4,0 0,-0.2 0.2,0 0.2,0.2 0.4,0.8 0.2,0.4 0.4,1 l 0.6,1.6 q 0.2,-2 -1.2,-5.2 -0.2,-0.6 0.4,-0.4 h 0.4 q -0.2,-0.4 0.2,-0.4 0.6,0 1.2,1.8 l 0.8,2 q 0,-1 -1,-4.2 -0.4,-1.2 -0.4,-1.2 0,-0.2 0.6,-0.2 0.8,0 1.6,2.8 1.6,6.4 2.4,13.4 0.4,2.2 0.8,2.4 0.4,0.2 2.6,-0.8 2.4,-1 2.4,-1.2 0,-0.4 0.4,-0.4 0.2,0 5,-1.4 4.8,-1.6 6.4,-2.2 0.6,-0.2 1.2,-0.2 0.4,0 3.4,-0.2 6.2,-0.4 13.4,-0.6 4.8,-0.2 5.4,0.4 0.6,0.6 0,0.6 -0.2,0 -0.8,0 -1.4,0 -1.4,-0.2 0,-0.2 -3.8,0 -3.8,0 -4.2,0.6 -0.4,0.2 -0.4,0.4 0.2,0 0.8,-0.2 0.6,-0.2 2.6,-0.2 2.2,-0.2 2.6,0 0.4,0.2 3.8,0.4 3.4,0 3.6,0.2 l -0.6,0.2 q -0.6,0 -1,0.4 -0.2,0.2 -1.2,0.2 -1,0 -2.8,0 h -1.8 l 2,0.6 q 1.8,0.4 2.4,0.8 0.6,0.2 2,0.2 l 1.2,0.2 q -0.2,0.2 -2.4,0.4 -2,0 -3,0.2 -0.8,0.2 -0.4,0.2 0.2,0 1,0.2 1.6,0 1.8,0.6 0.4,0.4 1,0 1.4,-1.2 3,0.4 0.4,0.4 0.8,0.4 l -0.2,-0.4 q -0.4,-0.2 -0.4,-0.2 0.2,-0.2 0.8,0 l 0.8,-0.2 q -0.2,-0.2 0,-0.2 0.4,-0.2 1,0.2 0.6,0.2 0,0.6 -0.4,0.2 0.2,0.4 0.2,0.2 0.2,0.8 0,0.4 -0.4,1 -0.4,0.4 -0.8,0.4 -0.4,0 -0.4,0.4 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -0.8,0.4 -0.8,0 -0.4,0.4 0.4,0.4 0.2,0.6 -0.2,0.2 -0.8,0 -0.4,-0.2 -0.4,0 0,0.2 1.6,0.8 1.8,0.4 1.6,0.8 z m -66.2,-11.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.4,-4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m -4.2,28.6 q 0.2,0 0.8,-0.6 0.6,-0.8 0.4,-0.8 -0.2,0 -0.8,0.8 -0.6,0.6 -0.4,0.6 z m 0.8,3 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m 3.2,-4.2 q 0,0 0.4,-0.2 0.6,-0.2 0.6,-0.4 0,-0.4 -0.6,0 -0.4,0.4 -0.4,0.6 z m 0,9.8 q 0,0.2 0.2,0.2 0.4,0 0.6,-0.2 0,-0.2 0,-0.2 0,-0.2 -0.2,-0.2 -0.6,0 -0.6,0.4 z m -2.2,51.4 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m -9,41 q 0.6,-1 0.4,-1 0,0 -0.8,1 -0.8,1 -0.4,1 0.2,-0.2 0.8,-1 z m 3.8,-3.8 q 0.2,-0.6 -0.2,-0.2 -0.4,0.4 -1,1 l -1.2,1.2 1.2,-0.8 q 1,-0.8 1.2,-1.2 z m 6.8,-5.6 q 0.4,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.8,-0.6 z m 0,3.6 q 0.8,-0.4 0.4,-0.6 -0.2,-0.4 -1.8,1 -1.6,1.4 -3.2,2.4 -1.4,1 -1.4,1.2 0,0.4 3.2,-1.8 2.4,-1.8 2.8,-2.2 z m 1.8,17.8 q 0.6,-1.2 0.4,-1.2 -0.2,-0.2 -0.6,0.2 -0.4,0.2 -0.6,0.8 -0.2,0.6 -0.2,1 0,0.4 0.2,0.4 0.2,0 0.8,-1.2 z m 2.2,-2.2 q 0.2,0.4 0.4,0 0.2,-0.6 -0.4,-0.4 -1.4,0.2 -1.4,1.6 0.2,0.8 0.6,-0.4 0.6,-1.2 0.8,-0.8 z m 2,4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.6,-148.8 q 0.2,-0.4 -0.2,-0.6 -0.4,-0.2 -0.4,0.4 0,1 0.6,0.2 z m 0.2,3.4 q 0,0.2 0.2,0.2 0.4,0 0.4,-0.4 0,-0.6 -0.4,-0.4 -0.2,0.2 -0.2,0.6 z m 0.8,5 q 0.2,-0.2 0.2,-0.6 l -0.4,0.2 z m 1.4,137 q 0.4,0.2 0.4,0 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.2 0.2,0.6 z m 0.4,-1.4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m 2.8,-141.2 q 0,0 -0.2,-0.8 l -0.4,-0.4 z m 0.4,136.8 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.4,-0.4 -0.2,-0.2 -0.6,0.2 z m 1,-133.6 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 50,123.4 q -0.2,-0.4 -0.6,-0.4 -0.4,0 0.2,0.6 0.4,0.6 0.6,0.2 0,0 -0.2,-0.4 z m -1.2,-5 q 0.2,-0.2 -0.6,-0.6 -0.6,-0.6 -0.8,-0.4 0,0.2 0.6,0.8 0.6,0.4 0.8,0.2 z m -2.6,-0.4 q 0,0 0,0.2 0.8,0.2 0.8,0 -0.2,-0.4 -0.8,-0.2 z m -1.8,-1.8 q 0.2,0 -0.2,-0.4 -0.2,0 -0.4,-0.2 -1.2,-0.6 -1.6,0 0.4,-0.2 1,0.2 0.6,0.4 1.2,0.4 z m -0.8,-1.4 q 2.2,1.2 2.2,1 0,-0.2 -1.6,-1.2 -1.4,-1 -2.2,-1.2 l -0.6,-0.2 q 0.2,0.4 2.2,1.6 z m -1.6,-3.2 q -0.2,-0.2 -1.2,0 -0.8,0.2 0,0.4 0.6,0.2 0.6,0 -0.2,-0.2 0.2,-0.2 z m -3.6,17.8 q 0,0 0.2,0.2 l 0.6,-0.2 q -0.2,-0.2 -0.8,0 z m -3.6,-20.4 q 0,-0.2 -1.6,-0.6 -1.6,-0.6 -1.8,-0.4 l 1.4,0.8 q 2,0.6 2,0.2 z m -5.4,-2.2 q -0.2,0 -0.4,0.4 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 z m -0.8,0.2 q 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 0,0 0.4,0 0.6,0 0.6,-0.2 z m -4.6,-0.8 q -0.2,0.2 0.2,0.2 0.2,0 0.4,-0.2 l 0.4,-0.2 q -0.6,-0.2 -1,0.2 z m -6.6,-0.6 q -0.4,0 -0.2,0.2 0.2,0 0.6,0 0.4,0 0.6,-0.2 -0.4,-0.2 -1,0 z m -10.2,-18.8 q 0.2,-0.4 0,-1.2 -0.2,-0.2 -0.2,0 0,0.2 0,0.6 0,0.4 0.2,0.6 z m 28.4,-15.2 q -0.2,0.2 0,0.2 0.2,0 0.6,0 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m 4.8,-6.8 q 0.2,0.2 0.6,0.2 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m -0.8,-4.6 h -1 l 1,0.4 q 0.8,0.2 0.8,0.2 l 0.2,-0.2 q 0,-0.4 -1,-0.4 z m -27,-0.6 q 0,0 0.4,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.8,0 z m 7.6,-55 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 3,-0.8 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 1.6,0 q 0.2,0 0.4,-0.2 l -0.2,-0.2 q -1.2,0.4 -0.2,0.4 z m 4.4,-0.6 q 0,0 0.6,0 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -0.6,0.4 z m 3.8,-0.4 q 0,0 -0.2,-0.4 -0.8,0 -0.8,0.4 0,0.8 1,0 z m 8.6,14 q 0,0 0.4,-0.2 -0.4,0 -0.8,0 0.2,0.2 0.4,0.2 z m 0.4,-11 q 0.8,0.2 1.8,0.2 1.2,0 1.2,-0.2 0,-0.2 -2.2,-0.2 l -1.4,0.2 q 0.2,0 0.6,0 z m 2,10.8 q 0,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0,0.2 0.4,0.2 z m 3.4,0.8 q 0,0.2 0.2,0.2 0.2,0 0.2,-0.4 0,-0.6 -1.2,-0.6 -1.2,-0.2 -1.2,0 0,0.4 1.6,0.4 0.4,0 0.4,0.4 z"/><path fill="#ff7a1a" d="m 1164.2006,52.6 q 1.6,1.4 1,2.4 -0.4,0.6 -0.6,0 -0.2,-0.4 -1.8,-1.2 -1.4,-0.8 -1.6,-0.6 l 0.8,0.6 q 1.8,1.4 1.8,2.2 -0.4,0.2 0.2,1 l 0.4,0.4 q -0.4,-0.2 -1,0.2 l -0.2,0.2 q 0.2,-0.4 -0.2,-0.8 -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.6 V 58 l -0.8,-0.6 q -0.8,-1 -2.6,-1.6 -1.6,-0.6 -2,-0.2 -0.2,0.2 0.8,0.6 1,0.4 1.2,0.4 0.2,0 1.2,0.8 0.4,0.6 0.6,0.6 -0.4,-0.2 -0.4,0.2 0,0.6 1,0.4 0.4,0 0.2,1 -0.2,0.6 -0.4,0.6 -0.6,-0.2 -1,-0.2 0.2,0.2 0,0.2 0,0 -0.2,0 -0.4,-0.4 -0.2,-0.6 0.2,-0.4 -0.4,-0.4 -0.4,-0.2 -0.8,0 -0.4,0.2 0.2,0.8 0.6,0.6 0.2,1.6 -0.4,0.8 0.4,1.6 1,0.6 1,1.2 0,0.4 -1,-0.2 -0.8,-0.8 -1.2,-0.6 -0.2,0.2 -0.2,0 0,-0.4 -0.6,-0.6 -0.4,-0.2 -0.4,0 0.2,0.2 0.4,0.4 0.4,0.8 0.6,1.2 0.4,0.2 0.4,0.6 0.2,0.2 0.2,0.4 0.2,0.2 0.2,0.6 0,0.2 1,1.2 0.6,0.6 0.4,0.8 -0.8,-0.2 -0.8,0.2 0,0.2 1,0.2 1.4,-0.2 2.2,1.6 0.6,0.8 0,1.4 -0.4,0.4 -0.8,0 -0.4,-0.6 0,-0.8 0.6,0.2 0.6,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -1.6,-0.8 -2.4,-1.6 0,0.8 1.4,1.4 1.4,1.6 0,1 -2.4,-1.4 -1.6,-1.6 -3.4,-2.4 l -1.8,-0.6 1,1 q 1.2,1 1.4,1 0.2,0 0.8,0.6 0.8,0.6 1.8,1.4 l 0.4,0.6 q -0.6,-0.2 -0.6,0.2 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -1.2,-0.4 -1.2,-1 -1.6,-1 -0.4,0 -0.2,-0.2 0.2,-0.4 0.6,-0.2 V 71 q -0.2,-0.4 -0.6,0 -0.2,0.2 -1.4,-0.2 l -1,-0.6 1,0.8 q 1,1 1,1.4 0.2,1.6 1,1.6 0.6,0 0.6,0.8 l 0.2,1 -1,-1 q -1.2,-1.2 -4.6,-3 -3.4,-1.8 -4.2,-1.6 -0.4,0 -3.6,-1.4 -3,-1.4 -3.4,-1.4 -0.2,0 -7.4,-2 -17,-4.8 -16.4,-3.2 0.4,0.6 -3.8,11.4 -0.8,2.4 -1.4,4.2 -0.6,1.6 -0.8,2 -0.2,0.2 -0.6,1.6 -0.8,2.6 -2.8,9.2 -2.8,9 -5.8,25.6 -0.8,5.4 -1,5.6 -0.2,0 -0.2,1.4 0.2,1.2 -0.8,1.8 -0.8,0.6 -0.8,2 0,1.2 0.4,1.6 v -1.2 q -0.2,-1.8 0.4,-2 0.6,-0.2 0.6,0.4 0,0.8 -0.6,6.2 -0.8,5.6 -1,8.6 -0.2,2.8 -0.6,2.6 v 0.4 q 0.2,0.6 0,5.2 -0.4,4 -0.8,4 -0.4,-0.4 -0.4,-1 l -0.4,-0.2 q -0.2,0.4 -0.2,2.4 0.2,1.8 0.4,1.8 0.4,0 0.4,-1.4 0,-0.8 0,-0.6 0.4,0.8 0.4,2.4 l -0.2,1 -0.2,-0.4 -0.2,0.2 0.2,1 q 0.4,-0.2 0.4,0.2 0,0.2 -0.4,0.4 -0.2,0.2 0,2.6 v 1.8 q -0.2,-0.4 -0.6,-3.6 l -0.2,-3.2 v 3.4 q 0,3.4 -0.2,3.2 l -0.6,8 q 0,1 0,2.4 0,5 -0.4,5.2 -0.4,0 -0.4,0.4 0,0.4 0.4,0.2 0.2,-0.2 0.2,1.4 0,1.4 -0.2,3.4 0,1.8 -0.2,2.6 v 0.8 l 0.4,0.8 q 0.2,1 -0.4,1.2 -0.6,0 0,0.6 0.6,0.6 0,0.8 -0.6,0.2 -0.8,0.2 0,0 0.2,-0.6 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,-1.6 l 0.4,-1.4 q 0.4,0.2 0.4,-0.2 0,-0.6 -0.6,-0.4 h -0.4 q 0.2,-1.2 -0.6,-11 -0.2,-1.8 -0.6,-2 v 0.2 q 0.2,0.6 -0.6,0.8 -0.6,0.2 -1,1.2 -0.2,0.8 -0.2,8.6 0,7.8 -0.2,7.4 -0.2,-0.2 -0.2,0 -0.2,0.2 -0.2,0.4 -0.2,13.8 -0.4,14 -0.2,0.2 -0.2,-0.8 0,-1 0,-2.6 0,-1.4 0,-3.4 l -0.2,-4.8 q -0.2,2.2 -0.4,2.6 l -0.2,-0.6 0.2,-0.8 -0.6,0.8 q -0.6,0.8 -0.2,1.4 0.4,0.4 0,0.8 -0.4,0.4 -0.4,3.6 v 3 l -0.2,-3 q -0.2,-3 -0.6,-3.2 l -0.2,0.6 q 0.2,1.2 0,3.4 0,2.2 0,4.4 0,2.2 -0.2,2 -0.2,-0.2 -0.4,-2.2 0,-2 -0.2,-2.2 0,0 0,-1.2 -0.2,-4.2 -0.8,-5.2 -0.4,-0.6 -0.4,-2 0,-1.4 -0.2,-3 l -0.4,-1.8 -0.2,2 q 0,0.8 0,-0.2 -0.2,-0.8 -0.2,-3.2 0,-5.2 -0.4,-6 -0.4,-1 -0.4,-2 v -1 q -0.2,0.2 -0.2,1.6 0,1.4 0,2.8 0.2,1.6 -0.2,2.2 -0.2,0.6 0,0.8 0.4,0.2 0.4,2.4 0,2 -0.4,2.4 -0.4,0.6 0,1 0.6,0.2 0.2,0.4 -0.4,0.2 -0.4,0.6 0,0.2 0.2,0 l 0.4,2.4 q -0.2,1 -0.2,1.2 -0.4,0.4 -0.2,0 0,-0.2 0,-0.6 0,-1 -0.2,-1 l -0.4,-7.2 q 0,-1.4 0,-3.2 l -0.2,-10.8 -0.2,23.4 -0.2,-14.4 -0.4,-12 -0.2,2.4 -0.4,-6.6 v 3.6 q 0,3.8 0.2,3.8 0.4,0 0.4,2.6 l -0.2,2 q -0.2,-0.8 -0.6,-0.8 -0.2,0 -0.2,11.6 0.2,11.4 -0.2,11.2 h -0.2 q 0.4,0.2 0,1.2 -0.2,1.2 0,2.6 0.2,1.2 0.4,0 0,-0.2 0,-1 l 0.2,-2.4 v 2.4 q 0.2,2.6 -0.2,2.6 -0.4,0 -0.4,1.4 l -0.2,-0.2 q -0.2,-0.8 -0.2,-2.2 -0.2,-3.8 -0.4,-4.6 -0.2,-0.8 -0.4,-15.8 0,-0.2 0,-0.4 l -0.4,-14.6 q 0,0.2 0,0.8 v 0.2 l -0.2,1.2 q -0.2,-0.4 -0.2,-3.4 0,-2.4 0,-5 0.2,-2.6 0.2,-4.2 0.2,-1.6 0.4,-1.4 0.2,0 0,4.8 0,1.2 0,2.4 0,1 0,1.6 0.2,0.6 0.2,0.4 0.2,0 0.2,-6.6 l 0.2,-5.4 q -0.2,1.2 -0.6,1.6 -0.4,0.4 0,-4.4 0.2,-1.2 0.2,-2.4 0.2,-1.6 0.4,-4.2 0.2,-2.4 0.4,-3.6 0.2,-0.4 0.2,-0.6 0.2,-0.4 0.2,0.2 0,0.2 0,1 l 0.2,1.6 0.2,-2.2 q 0.2,-2.2 0.2,-2.4 l -0.2,0.4 q 0,0.6 -0.4,0.6 -0.2,0 -0.2,-0.2 0,-0.2 0,-0.8 0,-0.6 0,-1.4 0.2,-1 0.4,-2.2 0.2,-1 0.4,-8.6 0.2,-7.6 0.4,-9.6 0.6,-9.8 1.6,-17.4 3.4,-23.8 9.8,-40.2 1.4,-3.4 1.2,-3.6 -0.2,-0.2 -4.4,0 -4.2,0 -5.6,0.2 -4.2,0.6 -6.2,0 0.2,-0.2 0.6,-0.2 0.6,0 2.4,-0.2 1.8,-0.2 3.2,-0.4 1.2,-0.2 1.6,-0.4 0.6,-0.2 6,-0.4 1,-0.2 0.8,-0.4 -0.4,-0.4 -2,-0.2 -1.4,0.2 -4.2,0.4 -2.6,0.2 -2.4,0.4 0,0.2 -0.6,0.4 -0.4,0 -1.4,0 -0.8,0 -1.8,0 -4,0 -3.8,-0.2 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,0.2 0,0.4 -3.6,1 -1.6,0.2 -1.6,-0.2 0,-0.6 0.8,-0.8 l 0.4,0.2 1,0.2 q 0.8,-0.2 1.2,-0.6 0.2,-0.4 3,-0.4 2.8,-0.2 3,-0.4 0.4,-0.2 1.2,-0.4 h -2.8 q -3.4,0.2 -8.8,0.4 -5.2,0 -7.6,0.4 -2.4,0.2 -2.4,-0.2 0,-0.4 1.2,-0.6 l 0.8,0.2 q -0.2,0.2 0,0.2 0.4,0 1.4,-0.2 1,-0.4 2.4,-0.6 1.4,-0.2 2.6,-0.6 l 1.2,-0.2 h -1 l -0.2,-0.4 -5.6,0.2 q -1.8,0.2 -2.4,0.4 -0.8,0.2 0,-0.4 0.6,-0.6 1.8,-0.6 1.2,0 1.4,0 0.2,0 2,-0.4 1.8,-0.2 1.8,-0.6 0,-0.6 -0.6,-0.6 -0.2,0 -0.2,0.2 -0.2,0 -0.2,0 l -0.6,0.4 q -0.6,0 -2.4,0.2 l -1.4,-0.2 q 0.2,-0.4 1,-0.2 0.6,0 1.4,-0.4 0.8,-0.4 1.4,-0.4 0.6,0 0.4,-0.4 -0.4,-0.4 -1,0 -0.6,0.2 -1.6,0.2 -1.2,0 -2,0 -0.8,0 -0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 1,-0.4 0.4,-0.8 0.2,-0.8 -0.4,0 -0.6,0.4 -0.2,0.4 -0.6,0 -0.6,-0.4 -0.8,0 -0.4,0.4 -0.6,0.2 -0.2,-0.4 -1.2,0.2 -1,0.4 -1.2,0.4 -0.2,-0.2 -0.2,-0.8 0,-1 0.8,-0.8 0.6,0.2 0.6,-0.2 0,-0.6 -1,-0.2 -0.6,0.2 -1.2,0.4 -0.6,0 -1,0 -0.4,0 -0.4,-0.2 0,-0.2 -0.6,0 -0.6,0 -0.8,-0.4 -0.2,-0.2 -0.2,-0.2 0,0 0.2,0 0.4,0.4 0.4,-0.2 0,-0.6 1,-0.4 0.8,0.2 0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 0.6,-0.2 0.2,-0.4 0.6,-0.2 0.2,0.2 0.4,0.2 0.2,-0.2 0,-0.4 0,-0.4 1.8,-0.8 l 1.6,-0.4 -1.8,0.2 q -2,0.2 -2.2,0.6 h -0.2 q 0,-0.2 -0.6,0.2 -1,0.8 -1,0 0,-0.2 0.2,-0.4 0.4,-0.6 0.8,-0.4 0.2,0.2 4.8,-1.4 1.8,-0.6 2.2,-0.4 0.4,0.2 0.4,-0.2 0,-0.4 0.4,0 l -0.2,-0.6 q -0.8,-0.6 -1.2,-0.2 -0.4,0.2 -1.4,0.4 -1.2,0 -2,0.4 -0.6,-0.2 -0.6,-0.2 0.2,-0.4 0,-0.4 -0.4,0 -0.4,0.4 -0.2,0.2 -2.6,0.6 -2.6,0.4 -2.8,0.2 -0.4,-0.4 0.2,-0.6 0.2,0 0.4,0 0.8,-0.2 1.4,-0.4 0.6,-0.4 1.2,-0.4 0.6,0 1.4,-0.2 5.4,-1.4 6.2,-1.2 0.8,0 0.8,-0.4 0,-0.6 5.4,-2 l 1.8,-0.4 -2.4,0.2 q -2.6,0.2 -3.4,0.2 -0.8,0 -0.8,0.4 0,0.2 -1.6,0 -1.6,-0.2 -1.6,0.2 0,0.2 -0.6,0.2 -0.8,0 -1.4,0.2 -0.6,0.2 -0.6,0 0,-0.6 2.4,-1 2.4,-0.6 4.4,-0.6 1.8,-0.2 1.8,-0.4 0,-0.4 0.6,-0.6 0.6,-0.4 1,-0.2 0.2,0.2 -0.2,0.2 -0.4,0 -0.4,0.4 0,0 0.2,0 0.4,0 1,0 0.6,0 1.2,-0.2 2.6,-0.4 4.8,-0.6 2.4,-0.2 2.6,-0.6 0.2,-0.4 -0.8,-0.2 -0.8,0.2 -1,0 l 0.8,-0.4 q 2.4,-0.2 5.2,-0.6 1.6,-0.2 1.8,0.4 0.2,0.4 0.4,0 0.6,-1 2,0 0.6,0.4 1.2,0.2 0.6,-0.2 0.6,-0.6 -0.2,-0.4 3,-0.4 3.4,-0.2 3.4,0 0,0.2 0.2,0.2 0.4,0 0.8,0 0.4,-0.2 0.6,-0.4 h 0.4 q -0.4,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.4 1,-0.4 0.6,0 0.8,0.2 0.2,0 0,0.4 0,0.2 0.2,0.2 0,0 0.4,-0.2 0.4,0 0.4,0 l 2.2,0.4 q 0.4,0 0.8,0 l 2.8,-0.4 q -0.4,-0.2 -0.2,-0.2 0.2,0 0.6,0.2 1,0.2 3.4,0.4 2.6,0 3.8,0.4 1.4,0.2 2.4,0.4 l 0.2,0.2 0.4,0.2 q 3.2,-0.6 7.6,0 1.8,0.2 4.6,0.6 3,0.4 3.4,0.6 0.6,0.2 1.4,0.2 2.6,0.2 10.6,2.8 11,3.8 12.4,5 2,2 2.8,2 0.6,0 1.2,0.6 0.8,0.4 0,0 -1,-0.4 -1,0 0,0.2 1.4,1 1.6,0.8 2,0.8 0.2,0 -0.8,-0.8 l -0.8,-0.6 1,0.4 q 0.8,0.4 0.8,0.6 0,0.2 1.2,1.6 z m -106.4,-2.2 q 0.2,0 0.4,-0.4 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 0,0.4 0.2,0.4 z m 7.6,1.6 q 0.4,0 0.8,-0.2 l 0.2,-0.4 q -0.4,0 -0.8,0.4 z m 2,1.4 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 l 0.2,0.2 q 0.6,0.4 0.8,0.4 z m 0.6,-1.6 q 0.4,0 0.4,0 -0.2,-0.4 -0.6,-0.4 z m 2.6,-11.4 q 0,0 0.2,0.4 l 0.6,-0.2 q -0.4,-0.2 -0.8,-0.2 z m -0.6,14.6 q 0,0.2 0.4,0.2 l 0.4,-0.2 q -0.4,-0.2 -0.8,0 z m 0.6,1.4 q 0.8,0 0.8,-0.2 -0.6,0 -1.4,0 -0.4,0.2 0,0.2 0.2,0 0.6,0 z m 2.4,-15.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,-0.6 q 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 0.2,0.2 0.6,0.2 z m 5.2,-3.2 q -0.2,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.2 -0.4,-0.2 -0.2,-0.2 -0.4,0 z m 1.8,0 q -0.4,0.4 0.4,0.4 0.8,0 0.4,-0.4 -0.4,-0.4 -0.8,0 z m 2.6,0 q 0.2,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m -3.8,118.4 q 0,0 0.6,-6.8 v -2.2 l -0.4,2.4 q -0.6,5.2 -0.2,6.6 z m 1,-14.6 q 0,0 0.2,0.4 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0.2,38.8 q 0.4,0 0.4,-0.2 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.4 0,0.2 0.2,0.2 z m 0.8,-16 q 0,-1.4 0,-3 -0.2,0.8 -0.2,1.6 v 1.6 z m 0.4,-33 q 0,0 0.2,0.4 0.2,-0.4 0,-1 -0.2,0.4 -0.2,0.6 z m 0.2,37.8 q 0.2,-1.2 0,-2.2 0,0.4 -0.2,1 l 0.2,1.4 z m 12.2,-129.6 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 0,23 q 0.2,0 0.4,-0.2 0.2,-0.4 -0.2,-0.4 -0.2,0 -0.2,0.4 0,0.2 0,0.2 z m -4.6,-25 q 0.8,0 2.6,-0.2 2,-0.2 2.2,-0.4 h -1.4 q -1.4,0.2 -3,0.2 z m 3.4,27.6 q 0,0 0.2,0 0.6,-0.6 0.6,-1.2 0,-0.6 -0.2,0 -0.2,0.6 -0.6,1.2 z m -10.4,91 q 0.2,-0.6 0,-1 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.6 z m 0.4,7.2 q 0.2,-0.4 0,-1 0,-0.4 -0.2,-0.2 0,0.2 0,0.6 0.2,0.4 0.2,0.6 z m 1.2,15 q 0.2,0 0.2,-2.6 0.2,-2.6 -0.2,-2.8 -0.4,-0.2 -0.4,2 0,3.4 0.4,3.4 z m 0.2,-40.6 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.8,50.6 q 0.2,-0.2 0,-2 l -0.2,-1.6 -0.2,2 z m -0.2,-4.6 q 0,0 0,0.4 0.2,-0.4 0,-0.8 0,0.2 0,0.4 z m -0.4,-82.2 q 0,0 0.8,-6.2 l -0.2,0.4 q -0.6,1.4 -1.8,10.2 -1,8.8 -1,13.2 -0.2,3.6 0,2.8 0.2,-1 1,-8.8 0.4,-6 1.2,-11.6 z m 3.2,95 q 0,0 -0.2,-1.6 v 0.4 q -0.2,0.6 -0.4,1.6 0,0.8 0,1.4 0.2,0.6 0.4,0.6 0.2,0 0.2,-2.4 z m -0.2,-3.4 q 0.2,2 0.2,0.2 0.2,-0.8 0,-2 0,-2.2 0,-2.2 0,0 -0.2,1.2 -0.2,1.8 0,2.8 z m 0.2,-97.2 q 0.2,-0.4 0,-0.8 0,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.2,-1.8 q 0.4,-0.2 0.2,-0.8 l -0.4,0.2 z m -1.6,-2.6 q 1,-5.2 3.8,-16.4 0.6,-2 1.6,-5 1,-3.2 0.8,-3.4 l -0.6,1.2 q -0.4,1.4 -0.6,1.6 -0.2,0.4 -1.6,5.8 -0.4,1 -1.4,4.6 -0.6,2 -0.6,2.8 -0.2,1 -0.8,3.4 -0.4,2.2 -0.8,4.2 -0.4,2 -0.6,3.4 -0.2,1.2 0,1.2 0.2,0 0.8,-3.4 z m 2.2,103.8 q 0,0.4 0.2,0.4 0.4,0 0.2,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 0,0.6 z m 0,-2.4 q 0,0 0.2,0.4 0.2,-0.2 0,-0.6 z m 0.6,-3.6 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-2.4 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 3.8,-17.6 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m -2.2,-87.2 q 0.6,-2.2 2.2,-8.2 1.8,-6 1.6,-6.2 l -0.4,1 q -0.4,1 -1.8,5.8 -1.4,4.6 -2.2,8.6 -0.8,4 -1.4,6 -0.8,3.4 -0.4,3.2 0.2,0 0.4,-1 0.4,-2.4 1.4,-6.2 0,-0.2 0,-0.6 0.2,-0.6 0.4,-1.2 0.2,-0.8 0.2,-1.2 z m 4,73.4 q 0,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.6 0.2,0.6 z m 9.6,-118 q 0,0 0.2,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.6,0 z m -2,0.2 q 0,-0.2 -0.8,-0.2 -0.6,0 -0.6,0.4 0,0.2 0.6,0 0.8,-0.2 0.8,-0.2 z m -1.2,65.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m -0.6,2.4 q -0.2,0.4 -0.2,0.4 0,0.4 0.2,0.6 0.2,-0.6 0,-1 z m -4.6,-41 q -0.2,0 -0.6,0.8 -0.2,0.6 0,0.6 0.4,0 0.6,-0.6 0.2,-0.8 0,-0.8 z m -1,87.6 q 0,0 0.4,0.4 0.2,-0.6 -0.2,-0.8 -0.4,-0.4 -0.2,0.4 z m 0,-4 q 0.2,1 0.4,0.6 0.4,-0.6 0.4,-0.8 0,-0.4 -0.4,-0.2 0,0.2 -0.2,0 0,-0.2 0,-0.4 l -0.2,-0.4 q -0.2,0.2 0,1.2 z m 1,-10.6 q 0.2,-1 0.2,-1.8 0.2,-0.8 0.2,-1.2 0,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.8 0,0.6 -0.4,4.4 -0.2,2 -0.4,3.4 0,1.4 0,2.4 0,0.8 0,1.2 0,0.4 0.2,0.4 0.2,0 0.2,-0.4 0.2,-6.8 0.6,-8.6 z m 0.6,-6.4 q 0.8,-8.2 1.4,-7.6 l 0.2,-0.2 q 0,-0.2 -0.2,-0.4 -0.2,-1.2 0.6,-5.6 l 0.4,-4.6 q 0,0.2 0,0.6 -0.4,1.2 -0.6,2.4 -1,6.2 -1.8,12.2 -0.4,4.4 -0.6,5 0,0.6 0.2,0.6 0.2,0 0.4,-2.4 z m 1.8,10 q 0.2,-0.8 0,-1.8 v 0.2 q 0,0.4 0,0.6 v 1.2 z m -0.2,11.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-8 q 0,-1.4 0.4,-1.4 0.4,0 0.2,-0.8 0,-0.8 -0.2,-0.2 l -0.4,0.2 q 0,-0.4 -0.2,-0.2 -0.2,0.2 -0.2,1.6 0.2,1.4 -0.2,1.8 -0.2,0.4 -0.2,2.8 0.2,2.2 0.4,2.2 0.4,0 0.2,-2.4 -0.2,-2.4 0.2,-2.2 z m 0.6,-8.4 q 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,1.2 z m 1,-4.2 q 0,0 -0.4,-1.4 0,-0.4 0,-0.4 -0.2,1 -0.4,1 -0.2,0 0,1.6 0.2,0.8 0.2,0.6 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.2 z m -0.4,-21.2 q 0,0 0.2,0.4 0,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-72.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,70.8 q 0,0 0.4,-0.2 0.2,-1 0.2,-1.8 l -0.2,0.2 q -0.4,0.8 -0.4,1.8 z m 1.8,9.8 q 0,0 0,-1 l -0.2,-0.8 q -0.2,0.8 -0.8,4 -0.4,3 -0.4,3.4 l 0.2,-0.2 q 0.4,-0.4 0.6,-0.4 v -0.2 q 0,-0.6 0,-1.6 0,-1.2 0.2,-2.2 0.2,-1.2 0.4,-1 z m 1.6,-9.6 q 0,-1.8 -0.2,-1.6 0,0.2 -0.8,4 -0.6,3.6 -0.6,4 l 1,-3.6 v -0.2 l 0.2,-1 z m 0,-72 q -0.4,0 0,0.4 0.4,0.4 0.2,0.6 v 0.2 q 0.4,-0.2 0.4,-0.6 0,-0.6 -0.6,-0.6 z m 0.4,68.6 q 0.2,-0.4 0.4,-1.8 0.2,-1.4 0,-0.6 z m 0.6,-3.8 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.6 -0.2,-0.6 0,0 -0.2,0.6 z m 0.6,-1.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-62.8 q 0,0 0.2,0.4 0.4,0 0.4,0 -0.2,-0.4 -0.6,-0.4 z m 0.4,61.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.4,-2.4 q -0.2,0.8 0,0.4 0.4,-0.4 0.4,-0.8 z m 1.6,-3.2 q 0,0 0,-0.2 -0.4,0 -0.2,-0.8 l -0.2,-0.2 q -0.4,0.6 -0.6,1.8 -0.2,1 -0.2,1 0.2,0 0.4,-0.4 0.4,-1 0.8,-1.2 z m -0.2,-2.6 q 0,0 0.2,0.6 0.2,-0.2 0,-0.8 z m -0.6,-52.4 q 0,0.2 0.6,0.2 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0 -0.6,0.2 z m 1.8,49.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.2,-1.8 q 0,0.8 0.2,0.2 0.4,-0.8 0.4,-1 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.2,1 z m 1.4,-3 q 0,0 -0.2,-0.4 -0.8,1.4 -0.2,1.4 0.2,-0.2 0.4,-1 z m 0.8,-2.6 0.2,-0.8 -0.4,0.8 -0.6,1.4 0.2,-0.2 q 0.4,-0.4 0.6,-1.2 z m 1.4,-4 0.2,-1 -0.6,1 q -0.4,0.8 -0.4,1.4 0,0.4 0.2,0 0.4,-0.6 0.6,-1.4 z m 1,-4 q -0.2,0.6 0.2,0.2 0.4,-0.4 0.2,-0.6 -0.2,-0.2 -0.4,0.4 z m 0.2,-7.6 q 0.4,-0.2 0.4,-0.8 0,-0.6 -0.4,0 -0.4,0.8 0,0.8 z m 1,-2.6 q 0,0 0,-0.8 0,0.2 -0.2,0.8 -0.2,0.4 -0.4,0.8 0,0.2 0,0.2 0.2,0 0.6,-1 z m 0.8,-24 q 0,0 -0.2,0.4 -0.2,0.2 0,0.2 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.4 z m 0.2,29.2 q 0.4,-0.6 0.4,-0.8 h -0.4 q -0.2,0.6 -0.2,1 z m 2.6,-28.2 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 l 0.2,0.2 q 0.6,0.4 0.8,0.4 z m 7.2,1.4 q 0.6,-0.2 0.6,-0.2 -0.4,-0.2 -1,0 0,0.2 0.4,0.2 z m -1.2,-1 q 2.6,0.2 2.8,0.2 0.4,-0.4 -5,-0.8 h -1.8 q 0.4,0.2 0.6,0.4 0.2,0 0,0.4 0,0.2 0.2,0.4 0.4,0 1,0 h 1.4 l -1.2,-0.2 q -2.2,-0.4 -0.4,-0.6 1,0 2.4,0.2 z m 3.2,1.4 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,-0.2 z m 0.2,-1 q 0,0 2.4,0.2 0,-0.2 -1.4,-0.4 -1,0 -1,0.2 z m 3.6,0.6 q 0.2,0 0.4,0 0.2,-0.2 0,-0.4 -0.2,-0.2 -0.6,0 -1.2,0.4 0.2,0.4 z m 2.6,0.2 q 0.4,0 0.6,-0.2 -0.6,0 -1,0 0.4,0.2 0.4,0.2 z m 1.8,0.4 q 0.4,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m 2.2,0.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 2,0.6 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z m 20.6,10.4 q 0,0 0.2,0.4 0.6,0.2 1,0.2 l -0.2,-0.2 q -0.6,-0.4 -1,-0.4 z m -5,-5.8 q 0,0 -1.2,-0.2 l 0.2,0.2 q 0.6,0.4 1.2,0.2 z m -3,-1 q 0,-0.4 -0.8,-0.4 -0.8,0 -0.2,0.4 0.8,0.2 1,0.2 z m -2.2,-1 q -0.8,-0.4 -1.4,-0.2 0.4,0.6 2,0.8 z m -2.8,-1 q 0,0 -2.8,-0.6 0.2,0.2 1.4,0.8 1.4,0.4 2,0.4 0.2,0 0,-0.2 -0.2,-0.2 -0.6,-0.4 z m -1,23.8 q 0,0 -0.6,-0.4 -0.8,-0.4 -2,-0.6 l -1.2,-0.4 1,0.6 q 1.2,0.8 2.8,0.8 z m -0.8,-22.2 q 0,0 1.6,0.2 -0.2,-0.2 -1.2,-0.4 -0.4,0.2 -0.4,0.2 z m 6.4,25 q 0,0 0.4,-0.2 -0.2,-0.2 -2.8,-1.2 -2.4,-1.2 -2.6,-1.2 z m 1.2,0.6 q 1,1.2 1,0.6 0,-0.4 -0.8,-0.8 z m 3,1 q -0.2,0 -0.8,-0.4 -0.6,-0.4 -0.8,0 0,0.2 0,0.2 0,0 0.2,-0.2 0.4,-0.2 0.4,0.2 0,0.4 0.6,0.4 z m -0.8,-9 q -0.8,-0.4 -1.2,-0.4 -0.2,0 0.6,0.4 1.2,0.6 1,0.6 0,-0.2 -0.4,-0.6 z m -0.6,3.2 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z m 2.8,-12.6 q 0.8,0.2 0.8,-0.2 -0.2,-0.4 -0.8,-0.2 -0.4,0.2 0,0.4 z m -4.8,-6 q 0,0 5.6,1.6 l -0.2,-0.2 q -0.8,-0.6 -1.6,-0.6 -0.8,0 -0.8,-0.2 0,-0.2 -0.8,-0.2 -0.6,-0.2 -0.8,-0.4 -0.2,-0.4 -0.6,-0.4 l -2.4,-0.8 -0.8,-0.2 q -1,0 -2,-0.2 z m 8.8,8.6 q 1.2,0.6 1.2,0.4 0,-0.2 -1.2,-0.8 z m 2.2,0.2 q 0.4,0 -0.2,-0.6 -0.6,-0.8 -2.6,-1.6 -1.8,-1 -2,-0.8 l 0.4,0.2 -0.2,0.4 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 0.2,0.2 1.8,1.2 1.6,0.8 1.8,0.8 z m 0,-3.2 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 1.2,0.8 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 z"/></g></svg>
diff --git a/docs/marca/logotipo-negativo-2l.svg b/docs/marca/logotipo-negativo-2l.svg
index 584ccb3..5422b33 100644
--- a/docs/marca/logotipo-negativo-2l.svg
+++ b/docs/marca/logotipo-negativo-2l.svg
@@ -1 +1 @@
-<svg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 631 398" width="631" height="398"><g transform="translate(-3.0,-25.6)"><path fill="#ffffff" d="m 117.6,42.6 q 1.6,1.4 1,2.4 -0.4,0.6 -0.6,0 -0.2,-0.4 -1.8,-1.2 -1.4,-0.8 -1.6,-0.6 l 0.8,0.6 q 1.8,1.4 1.8,2.2 -0.4,0.2 0.2,1 l 0.4,0.4 q -0.4,-0.2 -1,0.2 l -0.2,0.2 q 0.2,-0.4 -0.2,-0.8 -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.6 V 48 L 115,47.4 q -0.8,-1 -2.6,-1.6 -1.6,-0.6 -2,-0.2 -0.2,0.2 0.8,0.6 1,0.4 1.2,0.4 0.2,0 1.2,0.8 0.4,0.6 0.6,0.6 -0.4,-0.2 -0.4,0.2 0,0.6 1,0.4 0.4,0 0.2,1 -0.2,0.6 -0.4,0.6 -0.6,-0.2 -1,-0.2 0.2,0.2 0,0.2 0,0 -0.2,0 -0.4,-0.4 -0.2,-0.6 0.2,-0.4 -0.4,-0.4 -0.4,-0.2 -0.8,0 -0.4,0.2 0.2,0.8 0.6,0.6 0.2,1.6 -0.4,0.8 0.4,1.6 1,0.6 1,1.2 0,0.4 -1,-0.2 -0.8,-0.8 -1.2,-0.6 -0.2,0.2 -0.2,0 0,-0.4 -0.6,-0.6 -0.4,-0.2 -0.4,0 0.2,0.2 0.4,0.4 0.4,0.8 0.6,1.2 0.4,0.2 0.4,0.6 0.2,0.2 0.2,0.4 0.2,0.2 0.2,0.6 0,0.2 1,1.2 0.6,0.6 0.4,0.8 -0.8,-0.2 -0.8,0.2 0,0.2 1,0.2 1.4,-0.2 2.2,1.6 0.6,0.8 0,1.4 -0.4,0.4 -0.8,0 -0.4,-0.6 0,-0.8 0.6,0.2 0.6,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -1.6,-0.8 -2.4,-1.6 0,0.8 1.4,1.4 1.4,1.6 0,1 -2.4,-1.4 -1.6,-1.6 -3.4,-2.4 l -1.8,-0.6 1,1 q 1.2,1 1.4,1 0.2,0 0.8,0.6 0.8,0.6 1.8,1.4 l 0.4,0.6 Q 112,62 112,62.4 q 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -1.2,-0.4 -1.2,-1 -1.6,-1 -0.4,0 -0.2,-0.2 0.2,-0.4 0.6,-0.2 V 61 q -0.2,-0.4 -0.6,0 -0.2,0.2 -1.4,-0.2 l -1,-0.6 1,0.8 q 1,1 1,1.4 0.2,1.6 1,1.6 0.6,0 0.6,0.8 l 0.2,1 -1,-1 q -1.2,-1.2 -4.6,-3 -3.4,-1.8 -4.2,-1.6 -0.4,0 -3.6,-1.4 -3,-1.4 -3.4,-1.4 -0.2,0 -7.4,-2 -17,-4.8 -16.4,-3.2 0.4,0.6 -3.8,11.4 -0.8,2.4 -1.4,4.2 -0.6,1.6 -0.8,2 -0.2,0.2 -0.6,1.6 -0.8,2.6 -2.8,9.2 -2.8,9 -5.8,25.6 -0.8,5.4 -1,5.6 -0.2,0 -0.2,1.4 0.2,1.2 -0.8,1.8 -0.8,0.6 -0.8,2 0,1.2 0.4,1.6 v -1.2 q -0.2,-1.8 0.4,-2 0.6,-0.2 0.6,0.4 0,0.8 -0.6,6.2 -0.8,5.6 -1,8.6 -0.2,2.8 -0.6,2.6 v 0.4 q 0.2,0.6 0,5.2 -0.4,4 -0.8,4 -0.4,-0.4 -0.4,-1 l -0.4,-0.2 Q 50,142 50,144 q 0.2,1.8 0.4,1.8 0.4,0 0.4,-1.4 0,-0.8 0,-0.6 0.4,0.8 0.4,2.4 l -0.2,1 -0.2,-0.4 -0.2,0.2 0.2,1 q 0.4,-0.2 0.4,0.2 0,0.2 -0.4,0.4 -0.2,0.2 0,2.6 v 1.8 q -0.2,-0.4 -0.6,-3.6 L 50,146.2 v 3.4 q 0,3.4 -0.2,3.2 l -0.6,8 q 0,1 0,2.4 0,5 -0.4,5.2 -0.4,0 -0.4,0.4 0,0.4 0.4,0.2 0.2,-0.2 0.2,1.4 0,1.4 -0.2,3.4 0,1.8 -0.2,2.6 v 0.8 L 49,178 q 0.2,1 -0.4,1.2 -0.6,0 0,0.6 0.6,0.6 0,0.8 -0.6,0.2 -0.8,0.2 0,0 0.2,-0.6 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,-1.6 l 0.4,-1.4 q 0.4,0.2 0.4,-0.2 0,-0.6 -0.6,-0.4 h -0.4 q 0.2,-1.2 -0.6,-11 -0.2,-1.8 -0.6,-2 v 0.2 q 0.2,0.6 -0.6,0.8 -0.6,0.2 -1,1.2 -0.2,0.8 -0.2,8.6 0,7.8 -0.2,7.4 -0.2,-0.2 -0.2,0 -0.2,0.2 -0.2,0.4 -0.2,13.8 -0.4,14 Q 43,196 43,195 q 0,-1 0,-2.6 0,-1.4 0,-3.4 l -0.2,-4.8 q -0.2,2.2 -0.4,2.6 l -0.2,-0.6 0.2,-0.8 -0.6,0.8 q -0.6,0.8 -0.2,1.4 0.4,0.4 0,0.8 -0.4,0.4 -0.4,3.6 v 3 L 41,192 q -0.2,-3 -0.6,-3.2 l -0.2,0.6 q 0.2,1.2 0,3.4 0,2.2 0,4.4 0,2.2 -0.2,2 -0.2,-0.2 -0.4,-2.2 0,-2 -0.2,-2.2 0,0 0,-1.2 -0.2,-4.2 -0.8,-5.2 -0.4,-0.6 -0.4,-2 0,-1.4 -0.2,-3 l -0.4,-1.8 -0.2,2 q 0,0.8 0,-0.2 -0.2,-0.8 -0.2,-3.2 0,-5.2 -0.4,-6 -0.4,-1 -0.4,-2 v -1 q -0.2,0.2 -0.2,1.6 0,1.4 0,2.8 0.2,1.6 -0.2,2.2 -0.2,0.6 0,0.8 0.4,0.2 0.4,2.4 0,2 -0.4,2.4 -0.4,0.6 0,1 0.6,0.2 0.2,0.4 -0.4,0.2 -0.4,0.6 0,0.2 0.2,0 l 0.4,2.4 q -0.2,1 -0.2,1.2 -0.4,0.4 -0.2,0 0,-0.2 0,-0.6 0,-1 -0.2,-1 l -0.4,-7.2 q 0,-1.4 0,-3.2 l -0.2,-10.8 -0.2,23.4 -0.2,-14.4 -0.4,-12 -0.2,2.4 -0.4,-6.6 v 3.6 q 0,3.8 0.2,3.8 0.4,0 0.4,2.6 l -0.2,2 q -0.2,-0.8 -0.6,-0.8 -0.2,0 -0.2,11.6 0.2,11.4 -0.2,11.2 H 33 q 0.4,0.2 0,1.2 -0.2,1.2 0,2.6 0.2,1.2 0.4,0 0,-0.2 0,-1 l 0.2,-2.4 v 2.4 q 0.2,2.6 -0.2,2.6 -0.4,0 -0.4,1.4 l -0.2,-0.2 q -0.2,-0.8 -0.2,-2.2 -0.2,-3.8 -0.4,-4.6 Q 32,192 31.8,177 q 0,-0.2 0,-0.4 L 31.4,162 q 0,0.2 0,0.8 v 0.2 l -0.2,1.2 q -0.2,-0.4 -0.2,-3.4 0,-2.4 0,-5 0.2,-2.6 0.2,-4.2 0.2,-1.6 0.4,-1.4 0.2,0 0,4.8 0,1.2 0,2.4 0,1 0,1.6 0.2,0.6 0.2,0.4 0.2,0 0.2,-6.6 l 0.2,-5.4 q -0.2,1.2 -0.6,1.6 -0.4,0.4 0,-4.4 0.2,-1.2 0.2,-2.4 0.2,-1.6 0.4,-4.2 0.2,-2.4 0.4,-3.6 0.2,-0.4 0.2,-0.6 0.2,-0.4 0.2,0.2 0,0.2 0,1 l 0.2,1.6 0.2,-2.2 q 0.2,-2.2 0.2,-2.4 l -0.2,0.4 q 0,0.6 -0.4,0.6 -0.2,0 -0.2,-0.2 0,-0.2 0,-0.8 0,-0.6 0,-1.4 0.2,-1 0.4,-2.2 0.2,-1 0.4,-8.6 0.2,-7.6 0.4,-9.6 0.6,-9.8 1.6,-17.4 3.4,-23.8 9.8,-40.2 1.4,-3.4 1.2,-3.6 -0.2,-0.2 -4.4,0 -4.2,0 -5.6,0.2 -4.2,0.6 -6.2,0 0.2,-0.2 0.6,-0.2 0.6,0 2.4,-0.2 1.8,-0.2 3.2,-0.4 1.2,-0.2 1.6,-0.4 0.6,-0.2 6,-0.4 1,-0.2 0.8,-0.4 -0.4,-0.4 -2,-0.2 -1.4,0.2 -4.2,0.4 -2.6,0.2 -2.4,0.4 0,0.2 -0.6,0.4 -0.4,0 -1.4,0 -0.8,0 -1.8,0 -4,0 -3.8,-0.2 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,0.2 0,0.4 -3.6,1 Q 23,49 23,48.6 23,48 23.8,47.8 l 0.4,0.2 1,0.2 q 0.8,-0.2 1.2,-0.6 0.2,-0.4 3,-0.4 2.8,-0.2 3,-0.4 0.4,-0.2 1.2,-0.4 h -2.8 q -3.4,0.2 -8.8,0.4 -5.2,0 -7.6,0.4 Q 12,47.4 12,47 q 0,-0.4 1.2,-0.6 l 0.8,0.2 q -0.2,0.2 0,0.2 0.4,0 1.4,-0.2 1,-0.4 2.4,-0.6 1.4,-0.2 2.6,-0.6 l 1.2,-0.2 h -1 L 20.4,44.8 14.8,45 q -1.8,0.2 -2.4,0.4 -0.8,0.2 0,-0.4 0.6,-0.6 1.8,-0.6 1.2,0 1.4,0 0.2,0 2,-0.4 1.8,-0.2 1.8,-0.6 0,-0.6 -0.6,-0.6 -0.2,0 -0.2,0.2 -0.2,0 -0.2,0 l -0.6,0.4 q -0.6,0 -2.4,0.2 L 14,43.4 q 0.2,-0.4 1,-0.2 0.6,0 1.4,-0.4 0.8,-0.4 1.4,-0.4 0.6,0 0.4,-0.4 -0.4,-0.4 -1,0 -0.6,0.2 -1.6,0.2 -1.2,0 -2,0 -0.8,0 -0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 1,-0.4 0.4,-0.8 0.2,-0.8 -0.4,0 -0.6,0.4 -0.2,0.4 -0.6,0 -0.6,-0.4 -0.8,0 -0.4,0.4 -0.6,0.2 -0.2,-0.4 -1.2,0.2 -1,0.4 -1.2,0.4 -0.2,-0.2 -0.2,-0.8 0,-1 0.8,-0.8 0.6,0.2 0.6,-0.2 0,-0.6 -1,-0.2 -0.6,0.2 -1.2,0.4 -0.6,0 -1,0 -0.4,0 -0.4,-0.2 0,-0.2 -0.6,0 Q 6,40 5.8,39.6 5.6,39.4 5.6,39.4 q 0,0 0.2,0 0.4,0.4 0.4,-0.2 0,-0.6 1,-0.4 Q 8,39 8,38.6 8,38.2 8.6,38.4 9,38.6 9.2,38.2 9.4,37.8 9.8,38 q 0.2,0.2 0.4,0.2 0.2,-0.2 0,-0.4 0,-0.4 1.8,-0.8 l 1.6,-0.4 -1.8,0.2 Q 9.8,37 9.6,37.4 H 9.4 q 0,-0.2 -0.6,0.2 -1,0.8 -1,0 0,-0.2 0.2,-0.4 0.4,-0.6 0.8,-0.4 0.2,0.2 4.8,-1.4 1.8,-0.6 2.2,-0.4 0.4,0.2 0.4,-0.2 0,-0.4 0.4,0 l -0.2,-0.6 q -0.8,-0.6 -1.2,-0.2 -0.4,0.2 -1.4,0.4 -1.2,0 -2,0.4 -0.6,-0.2 -0.6,-0.2 0.2,-0.4 0,-0.4 -0.4,0 -0.4,0.4 -0.2,0.2 -2.6,0.6 Q 5.6,35.6 5.4,35.4 5,35 5.6,34.8 5.8,34.8 6,34.8 6.8,34.6 7.4,34.4 8,34 8.6,34 q 0.6,0 1.4,-0.2 5.4,-1.4 6.2,-1.2 0.8,0 0.8,-0.4 0,-0.6 5.4,-2 l 1.8,-0.4 -2.4,0.2 q -2.6,0.2 -3.4,0.2 -0.8,0 -0.8,0.4 0,0.2 -1.6,0 -1.6,-0.2 -1.6,0.2 0,0.2 -0.6,0.2 -0.8,0 -1.4,0.2 -0.6,0.2 -0.6,0 0,-0.6 2.4,-1 2.4,-0.6 4.4,-0.6 1.8,-0.2 1.8,-0.4 0,-0.4 0.6,-0.6 0.6,-0.4 1,-0.2 0.2,0.2 -0.2,0.2 -0.4,0 -0.4,0.4 0,0 0.2,0 0.4,0 1,0 0.6,0 1.2,-0.2 2.6,-0.4 4.8,-0.6 2.4,-0.2 2.6,-0.6 0.2,-0.4 -0.8,-0.2 -0.8,0.2 -1,0 L 30.2,27 q 2.4,-0.2 5.2,-0.6 1.6,-0.2 1.8,0.4 0.2,0.4 0.4,0 0.6,-1 2,0 0.6,0.4 1.2,0.2 0.6,-0.2 0.6,-0.6 -0.2,-0.4 3,-0.4 3.4,-0.2 3.4,0 0,0.2 0.2,0.2 0.4,0 0.8,0 0.4,-0.2 0.6,-0.4 h 0.4 q -0.4,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.4 1,-0.4 0.6,0 0.8,0.2 0.2,0 0,0.4 0,0.2 0.2,0.2 0,0 0.4,-0.2 0.4,0 0.4,0 l 2.2,0.4 q 0.4,0 0.8,0 l 2.8,-0.4 Q 58.8,26 59,26 q 0.2,0 0.6,0.2 1,0.2 3.4,0.4 2.6,0 3.8,0.4 1.4,0.2 2.4,0.4 l 0.2,0.2 0.4,0.2 q 3.2,-0.6 7.6,0 1.8,0.2 4.6,0.6 3,0.4 3.4,0.6 0.6,0.2 1.4,0.2 2.6,0.2 10.6,2.8 11,3.8 12.4,5 2,2 2.8,2 0.6,0 1.2,0.6 0.8,0.4 0,0 -1,-0.4 -1,0 0,0.2 1.4,1 1.6,0.8 2,0.8 0.2,0 -0.8,-0.8 l -0.8,-0.6 1,0.4 q 0.8,0.4 0.8,0.6 0,0.2 1.2,1.6 z M 11.2,40.4 q 0.2,0 0.4,-0.4 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 0,0.4 0.2,0.4 z m 7.6,1.6 q 0.4,0 0.8,-0.2 l 0.2,-0.4 q -0.4,0 -0.8,0.4 z m 2,1.4 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 L 20,43 q 0.6,0.4 0.8,0.4 z m 0.6,-1.6 q 0.4,0 0.4,0 -0.2,-0.4 -0.6,-0.4 z M 24,30.4 q 0,0 0.2,0.4 l 0.6,-0.2 Q 24.4,30.4 24,30.4 Z M 23.4,45 q 0,0.2 0.4,0.2 L 24.2,45 q -0.4,-0.2 -0.8,0 z m 0.6,1.4 q 0.8,0 0.8,-0.2 -0.6,0 -1.4,0 -0.4,0.2 0,0.2 0.2,0 0.6,0 z M 26.4,31 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,-0.6 q 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 0.2,0.2 0.6,0.2 z m 5.2,-3.2 q -0.2,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.2 -0.4,-0.2 -0.2,-0.2 -0.4,0 z m 1.8,0 q -0.4,0.4 0.4,0.4 0.8,0 0.4,-0.4 -0.4,-0.4 -0.8,0 z m 2.6,0 q 0.2,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m -3.8,118.4 q 0,0 0.6,-6.8 v -2.2 l -0.4,2.4 q -0.6,5.2 -0.2,6.6 z m 1,-14.6 q 0,0 0.2,0.4 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0.2,38.8 q 0.4,0 0.4,-0.2 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.4 0,0.2 0.2,0.2 z m 0.8,-16 q 0,-1.4 0,-3 -0.2,0.8 -0.2,1.6 v 1.6 z m 0.4,-33 q 0,0 0.2,0.4 0.2,-0.4 0,-1 -0.2,0.4 -0.2,0.6 z m 0.2,37.8 q 0.2,-1.2 0,-2.2 0,0.4 -0.2,1 l 0.2,1.4 z M 47.2,29 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 0,23 q 0.2,0 0.4,-0.2 0.2,-0.4 -0.2,-0.4 -0.2,0 -0.2,0.4 0,0.2 0,0.2 z M 42.6,27 q 0.8,0 2.6,-0.2 2,-0.2 2.2,-0.4 H 46 q -1.4,0.2 -3,0.2 z M 46,54.6 q 0,0 0.2,0 0.6,-0.6 0.6,-1.2 0,-0.6 -0.2,0 -0.2,0.6 -0.6,1.2 z m -10.4,91 q 0.2,-0.6 0,-1 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.6 z m 0.4,7.2 q 0.2,-0.4 0,-1 0,-0.4 -0.2,-0.2 0,0.2 0,0.6 0.2,0.4 0.2,0.6 z m 1.2,15 q 0.2,0 0.2,-2.6 0.2,-2.6 -0.2,-2.8 -0.4,-0.2 -0.4,2 0,3.4 0.4,3.4 z m 0.2,-40.6 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.8,50.6 q 0.2,-0.2 0,-2 l -0.2,-1.6 -0.2,2 z M 38,173.2 q 0,0 0,0.4 0.2,-0.4 0,-0.8 0,0.2 0,0.4 z M 37.6,91 q 0,0 0.8,-6.2 l -0.2,0.4 q -0.6,1.4 -1.8,10.2 -1,8.8 -1,13.2 -0.2,3.6 0,2.8 0.2,-1 1,-8.8 0.4,-6 1.2,-11.6 z m 3.2,95 q 0,0 -0.2,-1.6 v 0.4 q -0.2,0.6 -0.4,1.6 0,0.8 0,1.4 0.2,0.6 0.4,0.6 0.2,0 0.2,-2.4 z m -0.2,-3.4 q 0.2,2 0.2,0.2 0.2,-0.8 0,-2 0,-2.2 0,-2.2 0,0 -0.2,1.2 -0.2,1.8 0,2.8 z m 0.2,-97.2 q 0.2,-0.4 0,-0.8 0,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z M 41,83.6 q 0.4,-0.2 0.2,-0.8 L 40.8,83 Z M 39.4,81 q 1,-5.2 3.8,-16.4 0.6,-2 1.6,-5 1,-3.2 0.8,-3.4 L 45,57.4 q -0.4,1.4 -0.6,1.6 -0.2,0.4 -1.6,5.8 -0.4,1 -1.4,4.6 -0.6,2 -0.6,2.8 -0.2,1 -0.8,3.4 -0.4,2.2 -0.8,4.2 -0.4,2 -0.6,3.4 -0.2,1.2 0,1.2 0.2,0 0.8,-3.4 z m 2.2,103.8 q 0,0.4 0.2,0.4 0.4,0 0.2,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 0,0.6 z m 0,-2.4 q 0,0 0.2,0.4 0.2,-0.2 0,-0.6 z m 0.6,-3.6 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-2.4 q 0.2,-0.4 0,-0.8 Q 42,175.8 42,176 Z M 46,158.8 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z M 43.8,71.6 q 0.6,-2.2 2.2,-8.2 1.8,-6 1.6,-6.2 l -0.4,1 q -0.4,1 -1.8,5.8 -1.4,4.6 -2.2,8.6 -0.8,4 -1.4,6 -0.8,3.4 -0.4,3.2 0.2,0 0.4,-1 0.4,-2.4 1.4,-6.2 0,-0.2 0,-0.6 0.2,-0.6 0.4,-1.2 0.2,-0.8 0.2,-1.2 z m 4,73.4 q 0,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.6 0.2,0.6 z M 57.4,27 q 0,0 0.2,0.2 L 58,27 q -0.2,-0.2 -0.6,0 z m -2,0.2 Q 55.4,27 54.6,27 54,27 54,27.4 q 0,0.2 0.6,0 0.8,-0.2 0.8,-0.2 z m -1.2,65.2 q 0.2,-0.2 0,-0.6 L 54,92 Z m -0.6,2.4 q -0.2,0.4 -0.2,0.4 0,0.4 0.2,0.6 0.2,-0.6 0,-1 z M 49,53.8 q -0.2,0 -0.6,0.8 -0.2,0.6 0,0.6 0.4,0 0.6,-0.6 0.2,-0.8 0,-0.8 z m -1,87.6 q 0,0 0.4,0.4 0.2,-0.6 -0.2,-0.8 -0.4,-0.4 -0.2,0.4 z m 0,-4 q 0.2,1 0.4,0.6 0.4,-0.6 0.4,-0.8 0,-0.4 -0.4,-0.2 0,0.2 -0.2,0 0,-0.2 0,-0.4 L 48,136.2 q -0.2,0.2 0,1.2 z m 1,-10.6 q 0.2,-1 0.2,-1.8 0.2,-0.8 0.2,-1.2 0,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.8 0,0.6 -0.4,4.4 -0.2,2 -0.4,3.4 0,1.4 0,2.4 0,0.8 0,1.2 0,0.4 0.2,0.4 0.2,0 0.2,-0.4 0.2,-6.8 0.6,-8.6 z m 0.6,-6.4 q 0.8,-8.2 1.4,-7.6 l 0.2,-0.2 q 0,-0.2 -0.2,-0.4 -0.2,-1.2 0.6,-5.6 L 52,102 q 0,0.2 0,0.6 -0.4,1.2 -0.6,2.4 -1,6.2 -1.8,12.2 -0.4,4.4 -0.6,5 0,0.6 0.2,0.6 0.2,0 0.4,-2.4 z m 1.8,10 q 0.2,-0.8 0,-1.8 v 0.2 q 0,0.4 0,0.6 v 1.2 z m -0.2,11.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-8 q 0,-1.4 0.4,-1.4 0.4,0 0.2,-0.8 0,-0.8 -0.2,-0.2 l -0.4,0.2 q 0,-0.4 -0.2,-0.2 -0.2,0.2 -0.2,1.6 0.2,1.4 -0.2,1.8 -0.2,0.4 -0.2,2.8 0.2,2.2 0.4,2.2 0.4,0 0.2,-2.4 -0.2,-2.4 0.2,-2.2 z m 0.6,-8.4 q 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,1.2 z m 1,-4.2 q 0,0 -0.4,-1.4 0,-0.4 0,-0.4 -0.2,1 -0.4,1 -0.2,0 0,1.6 0.2,0.8 0.2,0.6 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.2 z m -0.4,-21.2 q 0,0 0.2,0.4 0,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-72.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,70.8 q 0,0 0.4,-0.2 0.2,-1 0.2,-1.8 L 53,97 q -0.4,0.8 -0.4,1.8 z m 1.8,9.8 q 0,0 0,-1 l -0.2,-0.8 q -0.2,0.8 -0.8,4 -0.4,3 -0.4,3.4 l 0.2,-0.2 q 0.4,-0.4 0.6,-0.4 v -0.2 q 0,-0.6 0,-1.6 0,-1.2 0.2,-2.2 0.2,-1.2 0.4,-1 z M 56,99 q 0,-1.8 -0.2,-1.6 0,0.2 -0.8,4 -0.6,3.6 -0.6,4 l 1,-3.6 v -0.2 l 0.2,-1 z m 0,-72 q -0.4,0 0,0.4 0.4,0.4 0.2,0.6 v 0.2 Q 56.6,28 56.6,27.6 56.6,27 56,27 Z m 0.4,68.6 q 0.2,-0.4 0.4,-1.8 0.2,-1.4 0,-0.6 z M 57,91.8 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.6 -0.2,-0.6 0,0 -0.2,0.6 z m 0.6,-1.4 q 0.2,-0.2 0,-0.6 L 57.4,90 Z m 0,-62.8 q 0,0 0.2,0.4 0.4,0 0.4,0 Q 58,27.6 57.6,27.6 Z M 58,88.8 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.4,-2.4 q -0.2,0.8 0,0.4 0.4,-0.4 0.4,-0.8 z M 60,83.2 q 0,0 0,-0.2 -0.4,0 -0.2,-0.8 L 59.6,82 q -0.4,0.6 -0.6,1.8 -0.2,1 -0.2,1 0.2,0 0.4,-0.4 0.4,-1 0.8,-1.2 z m -0.2,-2.6 q 0,0 0.2,0.6 0.2,-0.2 0,-0.8 z M 59.2,28.2 q 0,0.2 0.6,0.2 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0 -0.6,0.2 z M 61,77.6 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.2,-1.8 q 0,0.8 0.2,0.2 0.4,-0.8 0.4,-1 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.2,1 z m 1.4,-3 q 0,0 -0.2,-0.4 -0.8,1.4 -0.2,1.4 0.2,-0.2 0.4,-1 z m 0.8,-2.6 0.2,-0.8 -0.4,0.8 -0.6,1.4 0.2,-0.2 q 0.4,-0.4 0.6,-1.2 z m 1.4,-4 0.2,-1 -0.6,1 Q 64,67 64,67.6 q 0,0.4 0.2,0 0.4,-0.6 0.6,-1.4 z m 1,-4 Q 65.6,62.8 66,62.4 66.4,62 66.2,61.8 66,61.6 65.8,62.2 Z M 66,54.6 q 0.4,-0.2 0.4,-0.8 0,-0.6 -0.4,0 -0.4,0.8 0,0.8 z M 67,52 q 0,0 0,-0.8 0,0.2 -0.2,0.8 -0.2,0.4 -0.4,0.8 0,0.2 0,0.2 0.2,0 0.6,-1 z m 0.8,-24 q 0,0 -0.2,0.4 -0.2,0.2 0,0.2 0.4,0 0.4,-0.2 Q 68,28 67.8,28 Z M 68,57.2 q 0.4,-0.6 0.4,-0.8 H 68 q -0.2,0.6 -0.2,1 z M 70.6,29 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 l 0.2,0.2 q 0.6,0.4 0.8,0.4 z m 7.2,1.4 q 0.6,-0.2 0.6,-0.2 -0.4,-0.2 -1,0 0,0.2 0.4,0.2 z m -1.2,-1 q 2.6,0.2 2.8,0.2 0.4,-0.4 -5,-0.8 h -1.8 q 0.4,0.2 0.6,0.4 0.2,0 0,0.4 0,0.2 0.2,0.4 0.4,0 1,0 h 1.4 l -1.2,-0.2 q -2.2,-0.4 -0.4,-0.6 1,0 2.4,0.2 z m 3.2,1.4 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,-0.2 z m 0.2,-1 q 0,0 2.4,0.2 0,-0.2 -1.4,-0.4 -1,0 -1,0.2 z m 3.6,0.6 q 0.2,0 0.4,0 0.2,-0.2 0,-0.4 -0.2,-0.2 -0.6,0 -1.2,0.4 0.2,0.4 z m 2.6,0.2 q 0.4,0 0.6,-0.2 -0.6,0 -1,0 0.4,0.2 0.4,0.2 z M 88,31 q 0.4,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m 2.2,0.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 2,0.6 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z m 20.6,10.4 q 0,0 0.2,0.4 0.6,0.2 1,0.2 l -0.2,-0.2 q -0.6,-0.4 -1,-0.4 z m -5,-5.8 q 0,0 -1.2,-0.2 l 0.2,0.2 q 0.6,0.4 1.2,0.2 z m -3,-1 q 0,-0.4 -0.8,-0.4 -0.8,0 -0.2,0.4 0.8,0.2 1,0.2 z m -2.2,-1 q -0.8,-0.4 -1.4,-0.2 0.4,0.6 2,0.8 z m -2.8,-1 q 0,0 -2.8,-0.6 0.2,0.2 1.4,0.8 1.4,0.4 2,0.4 0.2,0 0,-0.2 -0.2,-0.2 -0.6,-0.4 z m -1,23.8 q 0,0 -0.6,-0.4 -0.8,-0.4 -2,-0.6 L 95,56 l 1,0.6 q 1.2,0.8 2.8,0.8 z M 98,35.2 q 0,0 1.6,0.2 Q 99.4,35.2 98.4,35 98,35.2 98,35.2 Z m 6.4,25 q 0,0 0.4,-0.2 -0.2,-0.2 -2.8,-1.2 -2.4,-1.2 -2.6,-1.2 z m 1.2,0.6 q 1,1.2 1,0.6 0,-0.4 -0.8,-0.8 z m 3,1 q -0.2,0 -0.8,-0.4 -0.6,-0.4 -0.8,0 0,0.2 0,0.2 0,0 0.2,-0.2 0.4,-0.2 0.4,0.2 0,0.4 0.6,0.4 z m -0.8,-9 q -0.8,-0.4 -1.2,-0.4 -0.2,0 0.6,0.4 1.2,0.6 1,0.6 0,-0.2 -0.4,-0.6 z m -0.6,3.2 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z M 110,43.4 q 0.8,0.2 0.8,-0.2 -0.2,-0.4 -0.8,-0.2 -0.4,0.2 0,0.4 z m -4.8,-6 q 0,0 5.6,1.6 l -0.2,-0.2 q -0.8,-0.6 -1.6,-0.6 -0.8,0 -0.8,-0.2 0,-0.2 -0.8,-0.2 -0.6,-0.2 -0.8,-0.4 Q 106.4,37 106,37 l -2.4,-0.8 -0.8,-0.2 q -1,0 -2,-0.2 z M 114,46 q 1.2,0.6 1.2,0.4 0,-0.2 -1.2,-0.8 z m 2.2,0.2 q 0.4,0 -0.2,-0.6 -0.6,-0.8 -2.6,-1.6 -1.8,-1 -2,-0.8 l 0.4,0.2 -0.2,0.4 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 0.2,0.2 1.8,1.2 1.6,0.8 1.8,0.8 z m 0,-3.2 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 1.2,0.8 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 z"/><path fill="#ffffff" d="m 171.19992,118.8 q 0,0 0.2,0.4 -0.4,-0.2 -0.6,0.2 -0.2,0.2 -2,0.8 -3,1 -2.8,1.4 0.4,0 1.2,-0.2 0.8,-0.4 0.8,0 0,1 -5.8,3 -1.2,0.4 -1.2,0.8 0,0.2 -0.6,0.2 -0.4,-0.2 -1.8,0.4 -1.2,0.6 -1.2,0.8 0,1.4 2.4,11.4 1.2,5.2 3.4,12 0.8,2.6 0.8,3 l -0.6,-1 q -0.6,-1.4 -1.2,-2.2 -0.6,-1 -0.4,-1.2 h -0.6 -0.6 q 0.2,-0.4 -0.6,-2 l -0.8,-1.4 q 0,0.4 0.6,3 0.8,2.6 1.2,3 0.2,0.6 0.2,1.2 0,0.2 -0.4,-0.6 -0.4,-0.6 -1.4,-2.6 -1,-1.8 -1.2,-1.6 0,0 1,3 1,3 0.8,3.2 l -0.4,-0.8 q -0.4,-1 -0.8,-1.6 -0.2,-0.4 -0.2,-0.2 0,0.8 0.8,3.6 0.6,1.6 0.4,1.8 l -0.2,-0.2 q 0,-0.4 -0.4,-0.2 -0.4,0.2 0,0.6 0.4,0.2 0.4,1.6 l 0.4,1.2 q 0.2,-0.2 0.2,0.2 0,0.2 -0.4,0.6 -0.2,0.2 0,0.6 0.4,0.4 0.4,0.8 0,0.2 0.4,0.4 0.4,0 -0.2,-0.8 -0.6,-1 -0.2,-1 0.4,0 0.6,1 0.4,0.8 0.4,1 0,0.2 -0.4,0.2 -0.6,0 -0.4,0.4 0.2,0.2 0,0.2 0,0 -0.2,-0.2 -0.2,-0.2 -0.4,0.2 0,0.4 0.4,1 h 0.4 l 0.2,-0.2 q 0.2,0.2 -0.2,1 -0.2,0.6 -0.6,0 0,-0.4 -0.2,-0.8 -0.8,-1.6 -1,-1.6 -0.4,0 0.8,3.4 0.4,1 0.6,1.6 0.2,0.4 0.2,0.8 0.2,0.2 0,0.4 0,0 0,0 -0.6,0 -3.4,-7.4 -0.4,-0.8 -0.8,-1.6 -0.2,-0.8 -0.4,-1.2 -0.2,-0.4 -0.2,-0.4 -0.2,0 1,3.6 1.2,3.6 1,3.8 l -0.2,-0.2 q 0,-0.4 -0.4,-0.4 -0.4,0 -0.6,-0.4 -0.2,-0.4 -0.8,0 -0.4,0.4 0.2,0.4 0.6,0 0.6,0.4 0.4,0.6 1.4,1 l 0.6,1.2 -0.2,-0.2 -0.4,-0.2 -0.2,-0.2 q -0.4,-0.4 -0.8,0 v 0.4 q 0.4,0 0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.2 0.6,0 0.4,0 0,0.8 -0.4,0.8 -0.8,0.8 -0.4,-0.2 0,-0.8 0,-0.4 -0.4,-0.6 -0.2,0 -0.2,0.2 0,0 0.2,1 0.4,1.2 1.2,2.8 0.8,1.4 0.4,1.4 -0.8,0 -4.2,-8.2 l -1.8,-3.6 q -0.2,0.4 0,0.6 0.4,0.2 0.2,0.8 l 0.2,0.2 q 0.4,-0.2 0.4,0.8 0.2,1.2 0.2,1.6 0,0.6 0.4,1 0.6,0.2 0.2,0.6 -0.2,0.2 0.2,0.4 0.4,0 0.4,1 0.2,0.8 0.2,0.8 0.2,0 0.2,0.8 0.2,0.6 -0.2,0 -0.4,-0.6 -0.8,-0.4 v -0.2 q 0.4,-1 -0.4,-1.2 -0.2,0 -0.6,-0.2 -0.2,-0.4 -0.4,-1 0,-0.6 0.2,-1 0.2,-0.6 -0.6,-0.8 -0.8,-0.4 -0.8,-1.8 0,-1.4 -0.2,-0.8 -0.2,0.6 -1,-0.8 -0.6,-1.6 -0.4,-1.8 h -0.4 q -0.4,0.2 -0.2,-0.6 0,-0.4 0,-0.6 -0.4,0.2 -0.4,-0.2 l -0.2,-0.2 q -0.2,0.2 0.4,2.8 0.8,2.4 1.2,2.8 0.2,0.2 0.2,0.8 0.2,0.4 0.2,0.8 0,0.2 -0.2,0.4 -0.2,0 -0.4,-0.6 -2.4,-6 -3.8,-10.6 -0.8,-3.4 -2.2,-10 -1.2,-6.6 -1.2,-7.6 l -0.2,-0.6 -0.2,-0.4 q 0.2,-1.4 -0.8,-2.6 -0.4,0.6 -0.4,0 0,-0.2 -0.2,-0.4 0,-0.2 -0.2,-0.2 -0.4,0.2 -1.4,0.4 -1,0.2 -0.8,0.8 h -0.2 q -0.6,-0.6 -2.2,-0.2 -5.8,1.2 -12.2,1.8 -2.2,0.2 -9.6,0.4 -7.4,0.2 -7.6,0.4 -0.6,0.6 -1.8,4.8 -0.2,0.2 -0.6,1.4 -2.4,6.2 -4.999999,15.8 -1.4,5 -1.8,6.2 -1.6,4.6 -2.2,11 l -0.6,2 -0.6,1.6 -0.4,1.2 q 0,0 0,-0.6 -0.2,-1 0,-1.2 0.4,-0.4 0.8,-6 l 0.2,-0.6 q 0.2,0.2 0.2,-2 0,-2.2 0.2,-2.2 0.4,0 0,-1 -0.2,-1.2 0.2,-1 0.4,0.2 0.4,0 0.2,-0.4 -0.4,-1.2 -0.6,-0.6 -0.8,-0.4 -0.2,0 0,0.8 -0.2,0.4 -0.2,0.4 -0.4,-0.4 -0.6,-0.2 0,0 0,0.8 0,1 0.4,0.4 l 0.2,-0.2 q 0,0.6 -0.4,0.8 -0.2,0 -0.4,-0.4 -0.4,-1.2 -0.6,-0.4 -0.2,0.4 0,1 v 0.8 q -0.6,-0.6 -1.8,1.8 l -0.4,0.2 q 0.2,-0.8 0.4,-1.8 0.2,-1 0.4,-1.2 l -0.4,-0.2 q -0.4,0.2 -0.4,-0.2 0,-0.4 0,-1 0.4,-1.4 0.6,-1.6 0.2,-0.2 0.2,-1.4 0.2,-1.4 0.4,-1.6 0.6,-0.4 -0.2,-1.6 l -0.2,-0.2 q 0.2,0.6 -0.4,2 -0.4,1.2 -0.4,1.6 0,1.6 -0.6,2.4 -0.4,0.6 -0.4,0.2 0,-0.4 0,-1.2 0.2,-1.8 0.6,-3 0.4,-1.4 0,-2 l -0.2,0.4 q 0.2,1 -0.2,1 -0.4,0 -0.4,0.6 0,0.6 -0.4,0.8 -0.2,0.2 -0.4,1.6 -0.2,1.4 -0.4,1.4 -0.4,0 -0.4,1 0,3.4 -0.8,3.4 -0.2,0 0,-1.8 0.2,-2.2 0.2,-3.2 l 0.2,-1 q 0.2,0.2 0.2,-1.6 l 0.2,-1.8 -0.6,1.8 q -0.4,1.8 -1,5 -0.2,1.4 -0.4,2.2 -0.2,0.8 -0.2,1.4 -0.2,0.4 -0.2,0.4 -0.2,0 -0.2,0 -0.2,-0.2 0.8,-6 1,-5.8 1.2,-7 l 0.2,-1.2 -0.6,1.4 q -0.6,1.4 -1,3.2 -0.6,1.8 -0.8,1.8 -0.4,0 -0.2,-0.6 2.6,-8.8 2.4,-9.6 l 0.2,-0.4 q 0.2,0.2 0.4,-0.6 0,-0.2 0.2,-0.4 0.2,-1.4 0.4,-2 1.4,-3 2.2,-9.2 0.8,-5.2 0.4,-5.2 -0.4,0 -1.8,-0.4 -1.4,-0.4 -2.6,-0.6 -1.2,-0.4 -1,-0.6 0,0 2.2,0.4 3,0.4 3.6,-0.2 0.2,0 0.2,0 0,-0.2 -0.2,-0.2 -0.4,0.2 -1.4,-0.2 -1,-0.4 -1.6,-0.4 -0.4,0 -0.2,-0.4 0.2,-0.2 0,-0.4 -0.4,-0.2 -0.8,-0.2 l -1.2,-0.4 h 1 1 l -0.8,-0.4 q -0.8,-0.4 -1.4,-0.4 -0.4,0 -0.4,0 -0.2,0 0,-0.2 0.2,-0.4 0.6,-0.2 v -0.4 q -0.2,-0.4 0.4,-0.2 0.4,0.2 0.4,-0.2 0,-0.4 -0.6,-0.4 -0.6,-0.2 0.6,-0.8 l 1.2,-0.6 -1.8,0.2 q -2.2,0.2 -2.2,-0.4 -0.2,-0.2 1.2,-0.4 2,-0.4 0.6,-0.8 -0.2,0 -0.8,0 l 0.2,-0.2 q 0.6,-0.4 0.6,-0.4 -0.4,-0.4 0.2,-0.4 0.2,0 0.6,0.2 l 1.2,-0.2 q -0.2,-0.4 -1,-0.4 -0.6,0 -0.6,0 0,-0.2 0.4,-0.4 0.6,-0.2 -0.2,-0.2 -0.2,0 -0.6,0 -1.4,0.2 -1.6,0 l 0.6,-0.6 q 0.8,-0.2 0.4,-0.4 -0.4,-0.2 -1,0.2 -0.6,0 -0.6,0 0.2,-0.4 1.4,-0.6 1.2,-0.4 1.6,-0.2 0.4,0.2 1.8,0 1.2,-0.2 1.2,-0.2 0.2,-0.2 -0.2,-0.6 -0.6,-0.4 0.2,-0.2 0.6,0 2.4,0.4 h 0.8 l -0.8,-0.4 q -0.8,-0.4 -1.2,-0.2 -0.2,0 -0.4,-0.4 0,0 0.2,-0.2 0.4,-0.2 0.8,-0.4 l 0.2,-0.4 q -0.8,0 -1.4,-0.4 -0.6,-0.2 0.2,-0.2 0.4,0 1,0 2,0.2 2,-0.2 0,-0.6 -1,-0.6 -1.2,0 -0.8,-0.2 0.6,-0.4 1.6,-0.4 1.2,0 1.2,-0.4 0,-0.4 0.4,-0.2 0.4,0.2 0.6,-0.4 0.4,-0.8 0.8,-2.8 2.6,-9 3.999999,-12.2 0.4,-0.6 1.2,-3.2 1,-2.6 1.2,-3.2 0.4,-0.8 0.6,-1.6 l 0.2,-1 -0.6,1 q -0.4,0.8 -2,5.4 l -2.199999,5.2 v -0.4 q 0,-1.8 1.599999,-4.8 0.4,-0.6 0.6,-1.8 0.2,-1.2 0.6,-1.6 0.6,-0.6 0.6,-0.8 -0.2,-0.2 0.6,-2.2 1,-2.2 1.4,-2.6 0.4,-0.4 0.4,-0.8 0,-0.6 0.4,-1.4 0.6,-0.8 0.4,-1.2 -0.2,-0.2 -0.2,-0.2 0.2,0 0.4,0 0.4,0.2 0.4,0 0,-0.6 0.8,-2.2 0.6,-1.4 0.6,-1.6 0,-0.4 0.2,-0.2 0.2,0 0.2,0 0.2,0 0.2,-0.2 0,-0.6 0.2,-1.2 0.2,-0.8 0.6,-0.8 0.2,0 0,-0.4 -0.2,-0.4 0.2,-0.6 0.4,-0.4 0.4,-1 l 0.2,-0.6 q 0.2,0 0.8,-1.4 0.8,-1.4 1.4,-3.2 0.8,-1.8 0.8,-2.2 0,-1 0.4,-1 0,0 0.6,-1 0.6,-1 0.6,-1.2 0,-0.4 0.4,-0.8 0.4,-0.4 0,-0.4 -0.2,0 0.2,-0.4 0.4,-0.6 1.8,-3 l 5.4,-10 v 0.4 l -0.4,1.4 q 0.2,-0.2 0.4,-0.6 0.8,-1.2 0.6,-1.8 l 0.2,-0.2 q 0.2,0.6 1,-0.8 1.4,-2.8 2.4,-2.8 0.4,0 0.8,-0.8 0.4,-1 0.8,-1.2 0.4,0 0.4,0.2 -0.2,0.2 -0.4,0.4 -0.4,0.8 -0.8,1.2 -0.4,0.2 -0.4,0.8 0,0.4 -0.6,1.2 -0.4,0.6 -0.4,0.8 0.2,0 0.6,0 0.6,-0.2 1.2,-0.8 0.6,-0.6 0.6,-1 0,-0.4 -0.6,0.4 -0.4,0.6 -0.4,0.2 0,-0.4 1.2,-1.8 1.2,-1.6 1.6,-1.8 0.4,-0.2 0.2,0.4 l -0.2,0.6 q -0.2,-0.2 -0.6,0.2 -0.4,0.2 -0.8,0.8 -0.2,0.4 -0.2,0.8 l 0.4,0.8 q 0.2,0 0.4,-1.2 0.2,-0.4 0.4,-0.6 0.2,-0.4 0.4,-0.2 0.4,0 0.8,-0.8 0.4,-0.8 0.6,-0.2 0.2,0.4 0.2,-0.2 0,-0.2 0.6,-1 0.8,-1 1.6,-1.6 0.8,-0.6 1,-0.4 0.2,0.4 0.2,0 0,-0.4 0.4,-0.2 0.4,0.2 0,0.6 -0.2,0.4 -0.6,0.4 -0.4,-0.2 -0.4,0.2 0,0 0,0.2 0,0 0.2,0 1,0 1.4,0.8 0.2,1.2 0.4,1.8 0,0.2 0.2,0 0.4,-0.2 0.4,0.6 0.2,0.6 0,4.6 -0.2,1 0.2,1.2 0.2,0.2 0.4,-0.4 0.2,-0.2 -0.2,-0.2 -0.4,0 0.2,-1.2 0.6,-1.2 0.4,-1.4 0.2,-3.6 1,-3.6 0.2,0.2 0.4,4 0.2,3.6 0.4,4 0.4,0.4 0,0.8 -0.4,0.4 0,0.4 0.4,0 0.2,0.6 -0.2,0.4 0,0.6 l 0.8,-1.4 0.6,-1.6 0.2,6 q 0,6 0,7 l 1,3.4 q 0.2,0 0.2,2.4 0.2,2.4 0.4,2.8 0.4,0.4 0.4,1.8 0.2,1.2 0.6,2.2 0.6,2.6 0.2,2.6 -0.8,0 -0.6,-1.8 0.2,-0.2 -0.2,-0.2 -0.2,0 -0.4,-1.2 0,-1.2 -0.2,-1.4 -0.2,-0.2 0,2.6 0.4,2.6 0.4,3.6 -0.2,4 0.6,4 0.6,0 1,1.8 0.4,1.6 0.6,1.6 0.4,0 0.2,-0.8 0,-0.2 -0.2,-0.8 -0.2,-0.8 -0.2,-1 0,-0.6 0,-0.8 0.2,-0.4 0.8,0.6 0,0.2 0.2,0.4 0.2,1.2 0,1.4 0,0 0.2,0.6 1.2,2 1.6,6.8 0.2,1 0.6,2.8 0.2,0.6 0.2,1 0.2,0.4 0.2,0.8 0.2,0.2 0.2,0.2 0,0 0.2,0.4 1.8,6.4 1.8,7.8 0,1 2.6,0.4 1.8,-0.4 3.6,-0.8 2,-0.4 4.4,-1.2 2.6,-0.8 3.2,-0.4 0.6,0.4 1.4,0.6 l 0.2,0.2 q -0.6,0 -0.6,0.4 0,0.4 -0.4,0.2 -0.2,-0.2 -0.2,0.2 0,0.4 -0.6,0.2 -0.2,-0.2 -0.4,0 0,0 0,0 0.2,0.6 -1.6,1.2 l -0.6,0.2 0.6,0.4 v 0.2 q -0.6,0.2 -0.8,0.8 -0.2,0.4 -0.6,0 -0.2,-0.6 -0.4,0 -0.2,0.4 -0.6,0.2 -0.2,-0.2 -2.4,0.6 -2,0.6 -2,1 0,0.8 1,-0.2 0.4,-0.4 0.4,0.4 v 0.6 l 2,-0.6 q 6,-2 6,-1.6 0,0.2 -1.6,0.6 -1.4,0.4 -2.2,0.8 -0.6,0.4 -1.2,0.4 -0.2,0 -0.4,0.2 0,0 0,0 0.2,0.4 1,0.2 0.6,-0.2 1.6,-0.2 1,-0.2 1.8,0 1,0 1,0 0,0.4 -1.2,0.8 v 0.4 l 0.6,0.2 q -0.2,0.2 -1.4,0.6 -1.2,0.2 -1.4,0.4 l 2.2,-0.2 q 0.6,-0.2 1.6,-0.4 4.4,-1.2 5.4,-0.2 z m -8,-8 q -0.6,0.2 -0.8,0.4 l 1.6,-0.4 q 0.6,-0.2 0.6,-0.4 -0.4,0 -1.4,0.4 z M 95.399921,164 q -0.2,-0.4 0.2,-1.6 0.4,-1.2 0.4,-1.4 l -0.8,1.4 q -0.6,1.6 -0.2,2 0.4,0.2 0.4,0.2 0.2,0 0,-0.6 z m 4,-52 q 0.4,-0.4 0.4,-0.8 l -0.4,0.2 q -0.2,0.4 -0.2,0.8 z m 1.199999,-3.4 q 0.6,-1.2 0.4,-1.6 l -0.4,0.8 q -0.4,1 -0.4,1.4 0,0.4 0.2,-0.2 0.2,-0.2 0.2,-0.4 z m 4.6,-18.8 q 0,0.2 0.4,0.2 0.4,0 0.4,-0.2 0,-0.4 -0.4,-0.4 -0.4,0 -0.4,0.4 z m 0.8,-1.2 q 0,0.6 0.6,-0.6 0.4,-0.6 0.4,-0.8 0,-0.4 -0.6,0.4 -0.4,0.6 -0.4,1 z m 27,-41 q 0,-0.4 -0.2,-0.4 -0.2,0 -0.4,1 0.2,0.4 0.4,0.4 0.2,-0.6 0.2,-1 z m -1,0.6 q -0.2,-0.2 -0.2,0 0,0 0,0.4 0,0.6 0.2,0.6 0.2,-0.4 0,-1 z m -0.2,53.4 q -0.2,0.2 0,1.4 l 0.4,1 q 0.2,-0.2 0,-1.4 z m -0.2,-1.2 q 0,0 -0.2,0.2 l 0.2,0.4 q 0.2,-0.2 0,-0.6 z m -2,-47.6 q 0,-0.6 -0.4,-0.6 -0.2,0 -0.2,0.6 0,0.6 0.2,0.6 0.4,0 0.4,-0.6 z m -2.6,34.6 v 2.2 l 0.2,1.6 V 91 q 0.4,-0.6 0.2,-2 z m -1.8,7.6 q 0,-0.8 -0.4,-0.8 -0.2,0 0,0.8 0.2,0.6 0.2,0.6 0.2,0 0.2,-0.6 z m -2.8,-0.6 q 0,0 -0.2,0.2 l 0.2,0.6 q 0.2,-0.2 0,-0.8 z m -4.4,7.6 q -0.4,0.6 -0.4,1.2 0,0.4 0.2,-0.2 0.4,-0.6 0.4,-1 z m -1,5.2 q -0.4,1.6 -0.8,2 -0.2,0.2 -0.2,0.6 0,0.8 0.8,-0.8 0.2,-0.2 0.4,-0.4 0.4,-1 0.2,-1.6 h 0.4 0.4 q -0.2,-0.4 0.8,-1.2 1,-0.8 0.6,-1 -0.2,-0.4 0.4,-1.6 0.6,-1.2 0.8,-3.6 l 0.2,-2.4 -1.2,3 q -1.4,3 -1.4,3.8 0,0.8 -0.4,0.8 -0.4,0 -0.2,0.4 0.2,0.4 -0.2,0.4 -0.2,0 -0.6,1.6 z m 1.4,2 q 0,0 -0.2,-0.2 -0.6,0.4 -0.6,0.8 l 0.2,0.2 q 0,-0.2 0.6,-0.8 z m -2.6,4.6 q -0.2,0 -0.4,0.4 -0.2,0.2 0.2,0.2 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.4 z m 3,21.8 q 0.6,0 0.6,0 -0.4,-0.2 -1,-0.2 -0.2,0.2 -0.2,0.2 0.2,0 0.6,0 z m 12.2,-18.4 q 2.2,-0.4 2.4,-0.6 0.4,-0.4 -0.2,-1.6 -0.4,-1.4 -0.2,-1.8 0.2,-0.4 -0.4,-2.2 -0.6,-1.8 -0.6,-2.2 0.4,-1.6 0,-1.6 -0.2,0 -1.6,-4.6 -1.2,-4.8 -2,-8.4 l -0.6,-3 -0.4,1.4 -0.4,2 0.2,-0.2 q 0.2,-0.4 0.4,0.2 0.2,0.6 0.4,1.6 0.6,2.6 1,4 v 1 q -0.4,-0.2 -0.4,0.2 0,0.2 0.6,0.4 0.6,0.2 0.4,0.8 -0.2,0.4 0,0.8 0.4,0.2 0.2,0.4 -0.2,0.4 -0.2,0.8 0.2,0.4 0.4,0.8 0.2,0.4 0.4,0.4 v 0.4 l 0.2,0.4 q 0.4,-0.4 0.4,-0.2 0,0.2 -0.2,0.6 0,0.8 0.2,0.8 0.2,-0.2 0.2,0 0,0 0,0.2 -0.2,0.6 0,0.6 0.4,0 0.4,0.6 0,0.6 0.2,1.4 l 0.2,1 -0.4,-1 q -1,-1.4 -3.2,-8.4 -2.2,-7 -2.2,-8.2 0,-0.2 -0.2,-0.2 -0.2,0 -0.4,1 0,1 -0.4,3.2 l -0.6,1.8 q 0,-0.2 -0.2,-0.6 l -0.2,0.2 q 0,1 -0.4,1.2 -0.2,0.2 -0.4,-0.4 l -0.2,0.4 q 0.2,0.8 -0.4,1.4 -0.4,0.4 -0.4,0.8 0,0.4 -0.8,1 -0.6,0.4 -0.4,0.8 0.2,0.2 -0.2,1.4 -0.4,0.4 -0.6,0.6 0,-1.2 -1,-0.4 -0.2,0.2 -0.4,0.6 l 0.2,0.2 q 0.6,-0.6 0.4,-0.2 0,0.4 -0.8,2 -0.4,0.8 -0.8,1.4 -0.2,0.4 -0.4,0.2 -0.2,0 -0.4,0.4 l 0.2,0.4 q 0.2,-0.2 0.2,0 0,0.2 -0.4,0.8 -0.2,0.6 -1.4,3.4 -0.4,0.8 -0.8,1.4 -0.2,0.6 -0.6,1 -0.2,0.2 -0.2,0.2 -0.2,-0.2 -0.6,0.2 0,0.2 0,0.4 0,0 0.2,-0.2 0.4,-0.2 0.2,0.4 0,0.6 0.2,0.8 0.2,0 1.6,-0.2 l 2,-0.2 0.6,-0.2 q 0.6,0 0.6,0.4 0,0.2 0.4,-0.2 0.6,-0.4 1.2,-0.2 0.6,0.2 1.2,-0.2 0.8,-0.4 2,-0.4 1.2,0 1.4,-0.2 0.4,-0.2 1,-0.2 0.6,0 4.8,-0.8 z m 2.6,-5.8 q 0.2,0.4 0.4,0.4 0.2,0 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.4,0 -0.2,0.4 z m 1.6,22.6 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 4,-72.4 q 0,0 0.4,1.8 0.2,-0.2 0,-2 z m 0.6,3.4 q 0.2,-0.4 0,-0.8 l -0.2,0.2 z m 1.4,6.6 q -0.2,0.2 0,0.2 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m 5.2,23.2 q -0.2,-0.2 -0.2,0 0,0 0,0.4 l 0.2,0.4 q 0.2,-0.4 0,-0.8 z m -1,3.6 q 0,0 -0.2,0.2 0.2,0.6 0.8,3.2 0.6,2.4 0.8,2.2 0.2,-0.2 -0.4,-2.6 -0.6,-2.6 -1,-3 z m 1.2,49.2 q 0.4,-0.2 0.2,-0.6 l -0.2,0.2 z m -1.8,-50.6 q 0.4,0 0.4,-0.4 0,-0.4 -0.4,-0.4 -0.4,0 -0.4,0.4 0,0.4 0.4,0.4 z m -1.4,39.2 q 0.2,0.6 0.4,0.6 0.2,0 0,-0.8 l -0.4,-0.4 q 0,0 0,0.6 z m 1.2,-43.8 q 0,0 -0.4,-1.4 -0.2,0 -0.2,0.4 0.2,2.4 0.6,2.4 0.2,0 0,-1.4 z m 2,61.2 q 0.6,1.4 0.6,2.2 0,0.6 0.6,0.6 0.2,0.2 0.2,0 0.2,-0.4 -0.2,-1.6 -1.6,-2.8 -2.2,-8 -0.2,-1.6 -0.4,-2.4 l -1,-4.4 q -0.2,0.8 0.2,3 0.6,2.2 0.4,3 -0.2,0.8 0.2,0.8 0.4,0 0.2,0.4 -0.2,0.2 0.2,1.6 0.4,1.2 0.4,2.2 0.2,1 0.8,2.6 z m 1.6,4.8 q 0.2,0 0.2,-0.6 l -0.2,-0.6 -0.2,1.2 z m 2,3.2 q 0,0.2 0.4,0.2 0.4,0 0.4,0 0,-0.2 -0.4,-0.4 -0.4,-0.2 -0.4,0.2 z m 3,6.2 q 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.2,0.2 0.2,0.6 0.4,0.4 z m 3.4,-4.4 q -0.4,-0.6 -0.8,0 0,0.4 0.4,0.4 0.4,0 0.4,0 0.2,-0.2 0,-0.4 z m 4.8,-49.4 q 0.6,0 0.4,-0.2 -0.2,-0.4 -0.8,0 -0.6,0.2 -2.4,0.6 -1.8,0.4 -2,0.8 -0.2,0.2 2,-0.4 2.4,-0.8 2.8,-0.8 z m -2.8,-2 q 0,0 2.2,-0.2 l 0.2,-0.2 q 0.6,-0.2 0,-0.2 -0.2,0 -0.6,0.2 -1.4,0.2 -1.8,0.4 z m -4.4,1.4 0.6,-0.2 h -0.6 q -0.6,-0.2 -1.2,0.2 v 0.4 q 0.6,0 1.2,-0.4 z m 1,-0.6 q 0,0 1.6,0 1,-0.2 1,-0.4 0,-0.2 -0.6,0 -0.6,0 -1.2,0.2 -0.6,0.2 -0.8,0.2 z m 5.8,32.8 q -0.6,-1.4 -1,-1.6 v 0.8 q 1,2.8 1.6,3 0,-0.6 -0.6,-2.2 z m -3.4,-14.2 q -0.4,0.2 -0.2,-0.6 0,-0.2 0,-0.4 0.2,-1.2 -0.2,-1.6 -0.4,-0.6 -0.2,-0.8 0.2,-0.4 0,-1 -0.2,-0.6 -0.6,-0.6 -0.4,0 -0.2,1.2 0.2,1.2 0.4,2.2 0.6,4.4 2.4,8.2 0.2,-0.2 -0.8,-3.2 -0.8,-3 -0.4,-3.2 0,-0.2 0,-0.2 0,0 -0.2,0 z m -0.2,-13 q 0.2,0 0.4,0 0.4,0 0.8,-0.2 0.6,-0.2 1,-0.4 h -0.4 q -0.8,0.2 -1.4,0.2 -0.4,0 -0.4,0.4 z m 3,5.6 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.4,-4.6 q 0,0 2.2,-0.8 -0.2,0 -0.8,0.2 -3.6,0.8 -3.6,1 0,0.2 2.2,-0.4 z m 2.4,3.6 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 1,-0.4 q 0.4,0 0.8,-0.2 0.6,-0.4 0.4,-0.4 -0.2,-0.2 -1,0.4 -0.6,0.4 -0.2,0.2 z"/><path fill="#ffffff" d="m 250.39986,185 q -0.2,0.4 0.4,0.4 0.6,-0.2 0.6,0.4 0.2,0.6 0,0.6 -0.6,0 -2,-1 -1.2,-1 -1.2,-1.2 0,-0.4 -0.6,0 -0.4,0.4 -0.8,0 -0.4,-0.6 -1.2,-0.8 -0.8,-0.2 -0.8,-0.4 0,-0.4 -0.4,-0.2 -0.2,0.2 -1.8,-1 -1.4,-1.2 -2.8,-2 l -1.4,-0.6 1,0.8 q 1,0.8 2.4,1.8 1.6,0.8 1.2,1.2 -0.4,0.2 -0.6,-0.2 0,-0.2 -1.2,-0.8 -1,-0.6 -1.2,-0.6 -0.2,0 -1.2,-1 -1,-1 -1.4,-1 -0.4,0 -0.6,-0.4 -0.2,-0.6 -0.6,-0.6 -0.4,0 -1.4,-0.8 -1,-0.2 -1,0 0.2,0.4 0,0.4 0,0 -0.4,-0.4 -0.6,-0.8 -0.8,-0.8 -0.4,0 -1.2,-0.8 -0.8,-0.8 -1,-1.2 0,-0.6 -0.2,-0.8 v 0.4 q 0.2,0.6 0,0.6 l -0.8,-1 q -0.2,-0.6 -0.2,-0.6 0.2,0.6 -0.2,0.6 -0.4,0 -1.4,-1.2 -3.4,-3.6 -4.6,-3.8 0.4,0.8 3.8,4 3.4,3 4.6,3.8 1,0.8 0.8,1 0,0.2 0,0.2 0,0 0.2,0 0.6,0 0.4,0.8 0,0.8 0.2,0.4 0.4,-0.4 1.4,0.6 1.2,1 1.2,1.6 0,0.4 0.2,0.6 l 0.2,-0.4 q -0.2,-0.2 -0.2,-0.2 0.2,-0.2 0.6,0 1.8,1.2 1.8,1.8 0,0.2 0.4,0.2 0.4,0 1.8,1 1.6,0.8 1.8,1.2 l -0.8,0.2 q -0.8,0.2 -0.8,0 0,-0.4 0.4,-0.4 V 185 q -0.8,-0.4 -0.8,0 0.2,0.2 -0.4,0.4 -0.2,0.2 -0.4,0.2 0,-0.2 0,-0.4 0,-0.4 -0.6,-0.4 -0.4,-0.2 0,0.2 v 0.2 q -0.4,-0.2 -0.4,-0.6 0,-0.4 -0.6,-0.6 -0.4,-0.2 0,0.2 0,0.4 0,0.4 0,0 -0.2,-0.2 -0.4,-0.2 -0.2,-0.4 0.2,-0.4 -0.6,-0.8 -0.6,-0.2 -0.6,-0.2 0,0 0.4,0.4 0.4,0.6 0,0.4 -0.2,0 -0.8,-0.4 -1,-0.6 -1.4,-1.4 -0.2,-0.8 -0.4,-0.8 -0.2,0 0,0.6 0.2,0.4 0,0.4 0,0 -0.8,-0.4 -1,-0.6 -2,-1.6 l -0.8,-0.8 v 0.8 q 0.2,1 0.4,1.2 1.2,0.6 1.6,1 0.4,0.4 0.2,0.6 l 0.6,0.2 q 1,0 1,0.6 l 0.2,0.4 q 0.2,-0.2 0.6,0.2 0.4,0.4 1,0 h 0.4 q -0.2,0.4 0.2,1.2 l 0.2,0.8 -1.2,-0.8 q -4.8,-2.8 -7.6,-5 -1,-1 -2.2,-2 -1.4,-1 -2.6,-2 -6.6,-6.2 -7,-6.2 0,0.2 -0.2,0.2 0,-0.2 0,-0.4 0.2,-0.2 -1,-1.2 -1.2,-1.2 -1.2,-1.6 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.4,-0.4 -0.2,-0.8 -0.8,-0.8 -0.4,0 -1.2,-1 -0.6,-1.2 -1.2,-1.4 -0.4,-0.2 -0.4,-0.6 0,-0.4 -1.6,-2 -1.6,-1.6 -1.6,-1.8 0.2,-0.2 -0.6,-1 -0.4,-0.4 -1.6,-2 -0.8,-1 -1.8,-2.4 -0.8,-1.6 -1.4,-2.2 -0.6,-0.6 -1.2,-1.6 -0.4,-1 -0.6,-1 -1,-1 -4.2,-7.2 -1.6,-2.4 -1.8,-2.4 0,1 -0.6,2.2 -0.6,1.2 -0.6,2.2 0,0.6 -0.2,0.6 l -0.4,-0.8 -0.4,0.2 q -0.2,0.8 0,1 0.4,0.2 0.4,1 0.2,0.8 -0.2,1 -0.2,0.2 -0.2,1.4 0,2 -1.2,1 -0.6,-0.4 -1,0.2 -0.2,0.4 0,0.6 0.4,0.2 1,0.2 0.4,-0.2 0.4,0 0.2,0 0.2,0.8 0,1 -0.4,1 -0.2,0 0,0.6 0.2,0.4 -0.2,0.4 -0.4,0 -0.6,-0.4 l -0.2,0.4 q -0.2,0.8 0.2,0.8 0.4,0 0.4,0.2 0.2,0.2 0,0.6 -0.2,0.2 -0.4,0.8 -0.4,0.8 -0.4,1.4 0.2,0.4 -0.2,0.4 -0.2,0 0,0.6 0.2,0.6 -0.2,1 -0.4,0.2 -0.4,1.2 0,0.8 -0.8,2.2 -0.6,1.4 -0.6,2.2 0,0.6 -0.2,0.8 -0.2,0.2 -0.4,1.2 -0.2,0.8 -0.6,1 -0.2,0.2 -0.8,2.4 -0.6,2.2 -1.6,2.6 -0.8,0.4 -0.6,0.8 0.2,0.4 0.4,0.2 0.4,-0.2 0.2,0.4 -0.2,0.4 -0.6,1.6 -0.8,1.8 -1.4,3.4 0,0.4 -0.2,0.8 -0.2,0.4 -0.4,0.6 0,0.2 0,0.2 l -0.8,1.2 q -0.2,1 0,1.6 l -0.2,0.2 q -0.2,-0.4 -0.4,0.2 -0.2,0.4 -0.4,1.2 -0.6,2 -1,2.4 -0.2,0.4 -1,2.4 -1.4,4 -2.6,4.6 -0.8,0.4 -0.8,-0.2 0,-0.4 0.4,-0.6 0.6,-0.2 0.4,-0.6 -0.2,-0.2 0,-0.8 0.4,-0.4 1,-1.8 l 0.6,-1.2 0.2,-0.8 q 0,-0.6 0.2,-1.8 0.2,-1.4 -0.2,-0.8 -0.2,0.6 -1,2.8 -2,5.2 -2.8,5.2 -0.4,0 -0.6,-0.6 0,-0.6 0,-0.6 l 0.2,-0.4 q -0.2,-0.4 -0.6,-0.2 -0.4,0.2 -0.6,-0.2 0,-0.4 0.6,-2.2 0.8,-2 0.6,-2.2 l -0.2,0.2 q 0,0.6 -0.4,1.2 -0.4,0.4 -0.8,1.2 -0.4,0.6 -1,0.6 -0.4,0 -0.4,0.8 0,1 -0.4,1 -0.2,0 -0.6,0.8 -0.2,1 -0.4,1 -0.6,0 0.2,-1.6 0.4,-1.6 0,-1.6 v -0.2 q 0.2,-0.8 0.2,-1.6 0.2,-1 0.4,-1.4 0.4,-0.4 0.2,-1 -0.2,-0.8 0.2,-1.6 0.6,-1 0.2,-1.6 l -0.2,0.2 q 0.2,0.8 -0.2,0.6 -0.2,-0.2 -0.4,0 0,0.2 -0.2,0.6 -0.2,0.8 -0.4,0.8 -0.2,0 -0.6,0.8 -0.2,0.6 -0.2,0 0,-0.2 0,-0.8 l 0.2,-2.6 0.2,0.2 q 0.4,0.6 0.4,0 0,-0.6 0.2,-1.2 0.2,-0.6 -0.2,0 -0.4,0.4 -0.4,-0.2 0,-0.6 0.4,-1 0.6,-0.4 0.4,-1.6 0,-0.8 0.2,-0.8 l 0.2,-2 q 0,-2.4 0.2,-2.4 0.4,0 0.2,-0.6 -0.2,-0.8 0,-0.8 0.4,0 0.4,-1 0,-1.2 0.8,-5.4 0.8,-4.2 1.2,-7.4 0.6,-3.2 0.8,-3.6 0.4,-0.4 0.2,-0.8 -0.4,-0.6 1.2,-10.6 l 0.4,-4.4 q -0.2,0.6 -1.2,6.8 -1,6 -1,6.6 0,0.2 -0.2,0 l -0.2,0.4 q 0.2,0.4 -0.2,0.8 -0.4,0.2 -0.4,0.6 l 0.4,-0.2 q 0.4,-0.6 0.4,0.2 0,0.8 -0.2,1 -0.2,0.2 -0.4,1.8 -0.2,1.6 -0.4,2 -0.2,0.4 -0.2,1.4 -0.2,2.2 -1,4.8 -0.6,1.4 -1,3.8 -0.2,1.2 -0.6,3 -0.2,1.6 -0.6,2.8 -0.2,1.2 -0.4,1.2 0,-0.2 0.6,-4 0.8,-4 0.6,-4.6 l -0.4,-1.8 0.8,-2 q 0,-0.2 0,-0.4 0.4,-2.8 0.6,-4.4 0.4,-1.8 0.4,-2.8 l -0.2,-0.2 q -0.4,0.6 -0.2,-0.2 0,-0.2 0,-0.8 0.8,-7.6 1.6,-12.2 0.6,-3.6 0.6,-6.6 0.2,-2 0.2,-2.2 0.2,-0.4 0.2,-6.4 0.2,-6.2 -0.6,-6.8 -0.6,-0.6 0,-0.6 0.6,0 0.2,-0.4 -0.4,-0.6 -0.2,-0.8 0.4,-0.2 0,-0.2 -0.4,0 -0.6,0.4 0,0.4 -1,0.2 -0.6,-0.2 0,-0.6 0.2,0 0.8,-0.4 1.6,-0.6 1.6,-1 0.2,-0.6 -0.2,-0.6 -0.2,0 -0.6,0.2 -0.4,0.4 -1.8,0.8 -3.2,0.8 -3.4,-1.4 -0.2,-0.8 1.2,-1.6 1.2,-0.6 1.2,-0.8 0.2,-0.4 -0.4,-0.8 -0.4,-0.6 -1.4,-0.4 -0.2,0 -0.4,-0.2 l 0.2,-0.2 0.2,-0.4 q 0.6,-0.4 1.2,-0.2 h 0.2 q -0.4,-0.2 0.8,-1.2 0.8,-0.6 1,-0.8 l -1,0.2 q -0.8,0.2 -0.8,-0.2 0,-0.6 2,-1.6 2.2,-1 2.6,-1.4 0.2,-0.2 0.2,-10.2 0,-10 -0.2,-14 -0.4,-5.8 -0.6,-17.8 -0.2,-7.6 -0.4,-7.8 -0.2,-0.4 -0.4,-2.2 0,-2 0.2,-2.8 0.2,-0.8 0.4,0.2 0,0.4 0.2,2 0.2,4.2 0.4,8.4 l 0.2,2.2 0.2,-1.8 0.2,-1 q 0,0 0.2,0.4 0.2,-0.2 0.2,-1 V 59 q -0.2,0.2 -0.4,1.2 l -0.2,0.8 q 0,0 0,-1.4 l 0.2,-1.6 0.2,-0.8 q 0,-0.8 0,-2.2 -0.2,-1 -0.2,-1 0,0 -0.2,0.4 l -0.2,-2.4 v -2.2 l -0.2,0.2 q -0.2,1 -0.2,0 0,-0.2 0,-1 0,-2 0.4,-1.8 v -0.8 q -0.2,-1 -0.2,-4.2 V 40 q 0,0.2 0,1 0.2,1 0.4,1.6 0.2,0.6 0.2,1 0.2,0.4 0.2,0.4 0.2,0 0.4,0 0.2,-0.2 0,-1.2 -0.2,-1.2 0.2,-2 0.2,-0.8 0.4,-0.2 0,0.2 0,0.8 0,1.6 0.4,3 l 0.6,1.4 v -1.6 q 0,-1.6 0,-2.4 0.2,-0.8 -0.2,-0.8 -0.2,0 -0.2,-0.8 0.2,-0.8 -0.2,-0.8 -0.2,0 0,-1.4 0.2,-1.6 0.6,-1.4 0.4,0 0,-0.8 -0.2,-0.8 -0.2,-0.8 0,-2.4 0.6,-2.4 0.6,0 0.6,0.4 l 0.4,-0.2 0.2,-0.2 1.4,3.4 q 0,-0.4 0.4,-0.2 0.4,0.2 0.4,-0.4 -0.2,-0.2 -0.2,-0.4 l 0.2,-1 q 0.2,0.2 0.2,0.2 0,-0.2 -0.2,-1.2 l 0.2,-0.4 q 0.4,0.8 0.4,1.2 0,0.4 0.4,0.4 0.4,0 0.4,0.8 l 0.2,0.8 q 0.4,-0.2 0,-1.8 -0.2,-1.6 -0.6,-2 -0.4,-0.6 -0.2,-0.8 0.2,-0.2 0.6,0.8 0.6,0.8 1.4,0.6 0.6,-0.2 0.8,0.2 0.4,0.4 1,1.6 0.4,1 0.6,1.4 0.2,0.2 0.2,0 0,-0.4 -0.6,-2 -0.4,-1.4 -0.2,-1.6 1,-1 2,1 0.4,1.2 0.8,2.2 l 0.4,1 v -1.2 l 0.4,-0.2 h 0.4 q 0,-1.8 0.6,-0.2 0.2,0.4 0.2,0.8 0.4,1.4 0.8,1.6 0.4,0.2 0.4,-0.4 0,-0.6 -0.6,-0.8 -0.4,-0.2 -0.4,-0.4 0,-0.4 0.4,-0.2 0.2,0.2 0.2,-0.2 0,-0.2 0,-0.4 -0.2,-1 -0.2,-1 0.4,0 0.8,1.2 0.4,1.2 0.4,1.8 0,0.8 0.4,0.8 0.4,0 0.2,0.6 0,0.4 0.2,1.2 0.4,0.8 0.4,1.4 0.2,0.4 0.4,1 1.6,4.2 2,8 0.2,0.8 0.4,1.4 0.8,2.4 2.4,11.2 0.6,4.2 0.6,6.8 0.2,2.6 0.4,3 0.2,0.4 0,1.8 0,1.2 0.2,2.2 0.4,1 0,2 -0.2,1 0,1 0.2,0 0.2,7 0,7 0.2,7 0.2,0 2.2,-1.2 2,-1.2 2.4,-1.6 0.4,-0.4 2.8,-2 13.8,-10.6 22,-23 0.6,-1 1,-1 0.4,0 1.2,-1.2 3.6,-5.2 5.4,-9 0.8,-1.4 1.2,-1.2 0.2,0.2 0,0.6 -0.2,0.8 -0.4,1.6 0,0.8 -0.4,1.6 -0.2,0.4 -0.2,0.6 0,0 0.4,0 0.6,-0.4 0.2,0.2 -0.4,0.6 0,0.6 0.6,0 0.6,-0.2 0,-0.4 0.4,-0.2 0.2,0 0.2,0 0.2,0 0,-0.2 -0.2,-0.4 0.6,-2 1,-1.8 1.2,-1.8 0.2,0 0,0.8 -0.2,0.6 0,0.6 0.4,0 0.2,1 0,0.8 -0.4,2.2 -0.2,1.4 -0.6,2.2 -0.8,1.8 -0.6,2.2 0,0 -0.2,0.2 0,0 -0.2,0 0,0 -0.2,0.2 -0.2,0 -0.2,0.4 -0.2,0.6 0.2,0.2 0.6,-0.4 0.6,0 0,0.2 -0.6,0.8 -0.6,0.6 -0.8,0.2 l -0.2,0.2 q 0.4,0.4 -1.2,3.4 -0.4,0.8 -0.8,1.6 -0.2,0.6 -0.4,1 0,0.2 0,0.2 0.2,0 1,-1.2 0.8,-1.2 0.8,-1.6 0,-0.2 0.8,-0.6 l 0.2,-0.2 q -0.4,0 0.2,-0.8 1,-1.2 0.4,-1.2 -0.4,0.2 -0.4,0 0.2,-0.2 1,-1.2 1.2,-1.2 1.2,-1.6 0,-0.4 0.6,-1.6 0.6,-1.4 0.2,-2 V 59 q 0.4,0.4 0.8,-0.4 l 0.4,-0.4 q 0,0.4 0.4,0.2 0.2,-0.2 0.2,0.2 0.2,0.4 -0.2,1.2 -0.2,0.6 -0.4,0.4 l -0.2,0.2 q 0.2,0.6 0.8,-0.2 0.2,-0.4 0.2,-0.4 l -0.2,1 q -0.2,1 0,1 0.2,-0.2 1.2,-2.2 1.2,-2.2 1,-1.2 -0.2,1 -0.4,1.4 -0.8,0.8 0.2,0.8 0.4,0 0.4,-0.6 0,-0.8 0.6,-1.4 0.6,-0.4 0.6,-0.2 0,0.2 -0.2,0.8 -0.2,1.2 0,1.2 0.4,0 0.2,-0.2 0,-0.4 0.2,-1 0.4,-0.4 0.4,0.2 0,1.8 -0.8,4 -0.6,1.8 -0.8,2.2 0,0.4 -0.4,1 -0.4,0.4 -0.2,1 0.2,0.8 -2.4,8.2 -1.2,2.8 -1.2,3.2 -0.4,1 -0.8,0.6 -0.2,-0.4 -0.2,-0.2 0,0.2 0.2,0.6 0,1 -2,4.6 -1.8,3.4 -2.6,4.6 -0.8,1 -0.6,1.4 0.2,0.2 -0.2,0.2 -0.4,0 -0.4,0.6 0,0.6 -0.4,0.2 l -0.2,0.2 q 0.2,0.4 -0.8,1.6 -1,1 -1,1.2 0,0.2 -4.4,4.4 -4.2,4.2 -4.2,4.6 0,0.2 1.8,-1.6 1.8,-1.8 2.2,-1.8 0.4,-0.2 3.2,-3.2 5.2,-5.6 8.6,-12.6 1.4,-2.6 1.8,-2.8 0.4,0 0.4,0.4 0.4,0.8 -2.2,5.2 -0.6,1.2 -0.6,1.6 0,0.4 -0.8,1.2 -0.8,0.8 -0.8,1.2 0.2,0.4 -0.6,0.6 -0.6,0.2 -0.6,0.8 0,0.6 -0.4,1 -0.4,0.2 -1,1 -1.6,2.6 -8,8 -6.4,5.4 -11.2,8.4 -3.2,2 -3.4,2 -0.6,0.6 7,17.6 7.8,16.8 24.6,34.6 3.6,3.8 4.6,5 l 1,1.2 -1.2,-1 q -1.4,-1 -2,-1.6 -0.4,-0.8 -0.6,-0.6 -0.2,0.2 4.4,5 l 2,2.4 q -2.6,-2.2 -8.4,-8 l -4.4,-4.2 q 0.6,0.8 4.4,5 4,4 3.8,4.6 0,0.4 0.4,0 l 0.4,-0.4 q 0,0.4 0.2,0.8 0.2,0.8 2.8,3.4 2.6,2.4 2.4,2.6 0,0 -3.8,-3.4 -3.8,-3.4 -4,-3.2 0,0 3.2,3.2 l 1.8,2 -0.4,-0.2 q -2.2,-1.8 -2.2,-1.2 0.2,0 0.4,0.4 h -0.2 q -0.2,-0.2 -0.4,-0.4 -1.2,-1 -1,-1.2 0.2,-0.4 -0.4,-0.8 -0.4,-0.4 -0.4,0.2 0,0.4 -1.6,-1.2 l -1.4,-1 q 0.4,0.6 3.8,4 3,3 2.6,2.8 -0.4,-0.4 -0.4,-0.2 0,0.4 1.4,1.6 1.6,1.2 1.8,1.6 l -1.2,-0.6 q -1.4,-1.2 -2.4,-1.6 l -0.8,-0.4 0.8,0.8 q 0.8,0.8 0.8,1.2 0,0.4 1.6,1.6 1.8,1 1.6,1.6 z m -4.6,-8.8 q 0,0 -0.6,-0.4 -0.6,-0.6 -0.2,0 0.8,1 0.8,0.4 z m -5.4,-113.6 q 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 0,0.4 0.2,0.4 0.2,0 0.4,-0.4 z m -0.4,9 q 0,0 -0.6,1.4 0.2,-0.2 0.6,-0.8 0.6,-1 0.6,-1.4 z m -2.2,4.2 q 0,0 0,0.2 0.2,0 0.6,-0.8 1,-1.6 0.8,-1.8 -0.2,0 -0.4,0.4 -0.2,0.2 -0.6,0.8 -0.2,0.6 -0.4,1.2 z m -2.2,5.2 q -0.8,1.2 -0.6,1.2 0.4,0 0.8,-1 0.4,-1 1,-1.6 1.4,-1.4 0.6,-1.4 -0.4,0 -0.8,0.8 -0.4,0.8 -1,2 z m -0.8,-22.2 q -0.6,0.6 -0.6,0.8 0,1 0.6,-0.4 z m -0.4,2 q 0,-0.2 -0.4,-0.2 -0.2,-0.2 -0.4,0 0,0.2 0,0.2 0.2,0 0.4,0 0.4,0 0.4,0 z m -0.8,5 q -0.6,1.2 -0.4,0.8 1,-1 1.4,-2 0.6,-0.8 0.4,-0.8 -0.2,0 -1.4,2 z m -1,3 q 0,0 -0.2,0.6 0.4,-0.2 0.8,-0.8 0,-0.4 0.2,-0.6 l -0.4,0.2 q -0.2,0.2 -0.4,0.6 z m -0.2,16.4 -0.8,1 q -1,1 -1,1.4 0,0.8 0.6,-0.2 0.2,-0.2 0.4,-0.8 z m -1.4,-19 q -0.6,0.4 -0.6,0.6 0,0.4 0.6,-0.6 z m -3.4,25.6 q -2.2,2.6 -1.6,2.6 0.2,0 1.8,-2.2 l 1.6,-2.2 z m -4.6,3 q 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,0.4 0,0.2 0.2,0.2 0.2,0 0.4,-0.2 z m 2,1.6 q 0,0 -4.6,4.8 0.2,-0.2 0.8,-0.6 1.8,-1.4 2.6,-2.2 0.8,-1 1.2,-1 0.4,0 1.2,-1.2 1,-1.4 2.6,-3.2 1.6,-1.8 1.4,-2 -0.2,-0.2 0.8,-1.4 0.8,-0.6 2,-2.6 1.4,-2.2 1.4,-2.6 l -0.6,0.8 q -0.8,1 -1.2,1.4 -3.2,4.2 -3.2,4.6 0.2,0.4 -4.4,5.2 z m -4.6,8 q 0.6,-0.6 0,-0.2 -0.6,0.4 -0.6,0.6 0,0.4 0.6,-0.4 z m -1.4,-2 q 0,0 -0.2,0.2 v 0.6 q 0.2,-0.2 0.2,-0.8 z m -1.6,1.2 q 0.4,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.8,-0.6 z m -48.2,51 q 0,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.6 0.2,0.6 z m 0.4,-3.8 q 0.2,-0.6 0.2,-1.6 v -0.8 l -0.2,0.8 q -0.4,1 -0.4,1.6 v 0.6 z m 2.6,-83.8 q 0,0 -0.2,0 0,0.4 0,0.6 l 0.2,1.2 v -0.2 q 0.2,-0.8 0,-1.6 z m -0.2,3.8 q 0,2.6 0.4,2.4 0.2,0 0,-2 -0.2,-1.4 -0.4,-1.2 0,0 0,0.8 z m 0.6,6.6 q 0.2,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.6 0.2,0.6 z m 0.2,-9 q 0,0.4 0,0.4 0,0.4 0,0.6 0.2,-0.6 0,-1 z m 0,3.2 q 0.2,-0.6 0,-1.2 0,0.2 0,0.6 0,0.6 0,0.6 z m -6,113.6 q 0.4,-0.2 0.2,-0.8 -0.6,-1.2 -0.6,0.2 0,0.4 0,0.6 0.2,0 0.4,0 z m 1.8,-10 q -0.2,0.6 0.2,0.2 0.6,-0.4 0.4,-0.6 -0.2,-0.2 -0.6,0.4 z m 1.8,-5 q 0,0 -0.2,-0.4 -0.2,0.2 -0.2,0.6 v 0.4 q 0.2,0 0.4,-0.6 z m 0,-1.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 1.2,-5.8 q 0,0 -0.2,0.2 v 0.6 q 0.2,-0.2 0.2,-0.8 z m -0.6,1.6 q 0,0 0.2,0.6 0.2,-0.4 0,-0.8 z m 0,20.2 q 0.4,0.4 0.4,0.4 0.2,0 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.4,0 -0.2,0.4 z m 1,6.4 q 0.4,-0.4 0.4,-0.8 l -0.4,0.2 q -0.4,0.6 -0.4,0.8 z m 1.2,-115 q 0,0 0,0.2 -0.2,0.2 -0.2,0.6 0.2,0.8 0.2,0.8 0.2,-0.8 0,-1.6 z m 0,56.2 q -0.2,0.6 0.2,0.2 0.4,-0.4 0.2,-0.6 -0.2,-0.2 -0.4,0.4 z m 0.4,-31.4 q 0.2,-0.4 0,-1 0,-0.2 -0.2,0 0,0 0,0.4 0,0.6 0.2,0.6 z m 0,-3.8 q 0.2,-0.6 0,-1.2 -0.2,0 -0.2,0.6 0.2,0.4 0.2,0.6 z m -0.2,-11.2 q 0,0.6 0.2,0.6 0.2,-0.4 0,-1 0,-0.2 -0.2,0 0,0 0,0.4 z m 0.2,-2.2 q 0.2,-0.6 0,-1.2 -0.2,0 -0.2,0.6 0.2,0.4 0.2,0.6 z m 0.8,-37.8 q 0,0 0,1.6 l 0.2,2 v -1.6 q 0.2,-1.8 -0.2,-2 z m 0.2,38.8 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 1.4,-48.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.2,33.2 q 0.4,-0.2 0.2,-0.6 l -0.2,0.2 z m 13.8,-11.6 q 0,0 -0.2,0.2 l 0.2,0.4 q 0.2,-0.2 0,-0.6 z m 0.4,85.8 q 0,-0.8 -0.4,-0.8 -0.2,0 -0.2,1 l 0.2,0.8 q 0.2,-0.2 0.4,-1 z m -1,-104.4 q 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 0.2,0.6 0.2,0.6 0.2,0 0.2,-0.6 z m -2.6,113.6 q 0,0.8 -0.8,3.6 -0.6,2.6 -0.6,3.2 l 1.4,-5 q 1.2,-4.8 1.2,-5 z m -2.4,-114.2 q 0,0 -0.4,0.2 0.2,1 0.4,1 0.2,0 0.2,-0.2 0,-0.4 -0.2,-1 z m -0.6,-1.8 q 0,0 -0.2,0.4 l 0.2,0.4 q 0.2,-0.2 0,-0.8 z m 0,128.6 q 0,0 -0.2,0.2 l 0.2,0.4 q 0.2,-0.2 0,-0.6 z m -2.4,10.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.8,-140.8 q 0.2,-0.2 -0.4,-1.2 l -0.6,-0.6 z m 0.4,0.6 q -0.4,-0.2 -0.4,0.2 0,0.4 0.4,0.4 0.4,0 0.4,-0.2 0,-0.2 -0.4,-0.4 z m 1.4,132.8 q 0,-0.4 0.4,-0.6 0.4,-0.4 0,-0.6 -0.2,0 -0.4,0.2 0,0.2 -0.2,0.8 -0.2,0.4 -0.4,1 -0.2,0.6 -0.4,1.2 0,0.4 0,0.8 0,0.6 -0.4,0.6 -0.4,0 -0.2,0.4 0.4,0.6 0.8,-0.8 0.2,-0.4 0.4,-0.8 0.6,-1.8 0.4,-2.2 z m 0.6,-2.2 q 0.4,-0.8 0.4,-1.2 h -0.4 q -0.2,0.8 -0.2,1.2 z m 1.6,-3.8 q 0.2,0 0.2,0 0.2,0 -0.2,-0.6 -0.4,-1 -0.6,-0.6 -0.2,0.4 -0.4,-0.2 0,0.2 0,0.8 l -0.2,1.2 v 0.6 q 0.2,0.6 0.4,0.2 0.2,-0.4 0.2,-1 0.2,-0.6 0.6,-0.4 z m 0.4,-3 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.2,-1.8 q 0,0.4 0.2,0.2 0.4,-0.2 0.4,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.6 z m 0.8,-0.8 q 0,0 0.2,-0.2 -0.4,-0.6 -0.2,-0.8 0.2,-0.2 -0.2,-0.2 -0.6,0 -0.2,0.8 0,0.2 0.4,0.4 z m 0.4,-2.6 q 0.4,-0.8 0.2,-1 -0.2,-0.4 -0.6,0.4 -0.2,0.4 -0.2,1 0,0.2 0.2,0.4 z m 0.4,-1.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.2,-5.2 q 0.2,-0.4 0,-1 0,0.4 0,0.6 0,0.2 0,0.4 z m 0.2,-3.6 q -0.4,0.2 0,0.4 0.6,0.2 0.6,0.4 0,0 0,-0.4 0,-0.6 -0.6,-0.4 z m 0.6,4.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 1.4,-2 q 0,-0.2 -1,-0.8 l -0.8,-0.2 q 0,0 0.2,0.4 0.8,0.8 1.6,0.6 z m 0,-3.8 q 0.2,-0.2 0,-0.8 l -0.2,0.4 z m 0.2,0.4 q -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 -0.2,0 -0.4,0.4 z m 22.6,-16 q -0.4,0.2 -0.4,0.6 0,1 0.4,-0.2 z m -1,-2.8 q -0.2,0.2 0,0.8 0.2,0.4 0.4,0.4 0.2,0 0,-0.6 z m -0.6,-1 q 0.2,-0.6 -0.2,-0.8 -0.2,-0.4 0,0.4 z m 1.8,36.6 q -2.4,-3 -2.6,-2.8 0,0.4 0.6,1.2 0.8,0.8 2.6,3 2,2 2,2 0.2,-0.2 -0.6,-1 -0.8,-0.8 -2,-2.4 z m -3,-3.8 q 0,-0.2 -0.4,-0.4 -0.4,-0.2 -0.4,0.2 0,0.2 0.4,0.2 0.4,0 0.4,0 z m 1.4,-63.8 q 0.4,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.8,-0.6 z m -3,15.6 q -0.8,0.8 -0.8,1 0.4,0 1.8,-1.4 1,-0.8 0.6,-0.8 -0.2,0 -1.6,1.2 z m 0.4,9.2 q 0.2,0 -0.2,-0.6 l -0.4,-0.2 q 0.2,0.8 0.6,0.8 z m -5,30.6 q -0.6,-0.8 -0.8,-0.8 -0.2,0 0.4,1 z m -1.6,-2.2 q 0,0 -1.4,-2 0,0.2 0.8,1.6 1,1.4 1,1.4 0.2,0 -0.4,-1 z m -2.8,-4.2 q -0.4,-0.4 -0.2,0.2 0.2,0 0.4,0.4 l 1,1 q 0,0 -0.2,-0.4 -0.4,-0.6 -1,-1.2 z m 1,4.2 q 0.4,0 0.4,-0.2 0,-0.2 -0.4,-0.4 -0.4,-0.2 -0.4,0.2 0,0.4 0.4,0.4 z m -1,-2.4 q -0.4,-0.6 -0.8,-0.6 -0.6,0 0.2,0.8 0.8,0.6 0.8,0.4 0,-0.2 -0.2,-0.6 z m -2.2,-5.8 q -0.2,-0.4 -0.4,-0.8 -0.2,-0.6 -0.4,-0.8 -0.2,-0.4 -0.4,-0.6 0,-0.2 0,-0.2 -0.2,0.2 0.4,1.6 0.8,1.4 1,1.4 0,0 0,-0.2 0,-0.2 -0.2,-0.4 z m -1.4,-1 q 0,0 -2.2,-4 0,0.2 0.2,1 0.2,0.8 1.2,3 1,2 2,3.8 1.2,1.8 1.4,1.8 0.2,-0.2 -0.4,-0.8 -0.4,-0.8 -0.2,-0.8 v -0.2 q -0.4,-0.2 -2,-3.8 z m -2.2,-58.6 q 0,0 0.2,0.4 0.2,-0.4 0.4,-0.6 0.4,-0.2 -0.2,-0.4 -0.4,-0.2 -0.4,0.6 z m 0.4,1.4 q -1.2,0.4 -0.2,0.4 0.4,0 0.6,-0.2 z m -2.2,-19.6 q -0.4,-0.2 -0.4,0.2 0,0.2 0.4,0.2 0.4,0 0.4,0 0,-0.2 -0.4,-0.4 z m 0,2.6 q 0,0.4 0.2,0.2 0.4,-0.2 0.4,-0.6 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.2,0.6 z m 0.4,26 q 0.4,0.4 0.4,0.4 0.2,0 0.4,-0.4 0.2,-0.4 -0.4,-0.4 -0.6,0 -0.4,0.4 z m 1.2,-16.8 q 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 z m 8.8,81.8 q 0.4,0.2 0.6,0.2 0.2,-0.2 -0.2,-0.4 -0.4,-0.4 -0.6,-1 0,-0.8 -1,-1.6 -0.8,-0.8 -1.2,-1.8 -0.2,-1 -0.6,-1 -0.2,0 -0.2,-0.4 0,-0.6 -0.4,-0.6 -0.8,-0.4 -4.2,-7.6 -1,-2 -1.4,-2 -0.4,0 2,4.4 1.4,2.6 1.6,3.4 0.4,0.8 0.6,0.8 0.4,0 0.4,0.4 0,0.2 1.6,2.8 1.6,2.6 2.2,3.2 0.4,0.4 0.4,0.8 0,0.2 0.4,0.4 z m 1.4,2 q 0,0 0.8,0.2 0,0 -0.8,-1 -0.4,-0.2 -0.6,-0.4 -0.2,0 0.6,1.2 z m 2.6,3.2 q 0.6,-0.6 0.2,-1.2 -0.4,-0.6 -0.6,-0.2 -0.2,0.4 -0.4,-0.4 -0.2,-0.8 -0.6,-0.8 -0.6,0.4 0.8,1.8 0.6,0.4 0.4,0.8 z m 1,1.2 q 0.2,0.4 0.2,0.4 0,0 0.2,-0.4 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.2,0.6 z m 1.2,1.6 q 0.6,0.4 0.8,0.2 0.2,-0.2 -0.2,-0.8 -0.4,-0.6 -0.8,-0.6 -1,0 0.2,1.2 z m -3.4,-8.8 q 0,0 2.4,3.6 2.6,3.4 3.4,4.2 0.4,0.4 2.8,3 l 0.2,0.4 0.2,0.2 0.2,0.2 0.2,0.2 3.4,3.6 v -0.2 q 0,-0.2 -1.2,-1.6 -6.4,-7 -12.6,-16 -0.8,-1 -1.4,-1.8 -0.6,-0.8 -1,-1.2 -0.2,-0.6 -0.4,-0.4 -0.2,0.2 0.8,2 1.2,1.6 2.2,2.6 1,1 0.8,1.2 z m 20,21.4 q 0,0 -2.6,-2.2 l 0.2,0.2 q 2,2.2 2.2,2.4 0.4,0.2 0.2,0.6 -0.2,0.2 -0.2,0.2 0.2,0 0.4,0 0.4,-0.2 2.4,1.4 l 1.8,1.6 q -0.2,-0.4 -4.4,-4.2 z m 0.2,3.2 q -2.2,-2.2 -2.6,-2.2 -0.2,0 -6.2,-6.2 -6,-6.2 -5.8,-5.4 0,0.6 0.6,1.4 0.8,0.6 1.2,0.6 0.4,0 0.2,0.2 -0.2,0.2 5.4,5.8 5.6,5.6 5.6,6 0.2,0.4 0.6,0.4 0.2,0 0.8,0.6 0.6,0.4 1,1 0.6,0.4 0.6,0.6 l 0.4,0.2 q 0.6,0 1.2,0.6 1.2,1.2 1,0.6 0,-0.4 -0.4,-1 -0.6,-1 -1,-1 -0.2,0 -2.6,-2.2 z m -0.6,-28.2 q 0.2,0.2 0.4,0 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.4 0.2,0.6 z m 8,17.2 q 1,1.2 1,0.8 0,-0.2 -0.8,-1 l -1,-0.8 z m 1.6,-3.8 q 0.6,1 0.8,0.8 0.2,-0.2 -0.6,-1 l -0.8,-0.8 z m 6.4,7.8 q 0,-0.4 -0.4,-0.4 -0.4,0 -0.2,0.4 0.2,0.4 0.4,0.4 0.2,0 0.2,-0.4 z m 3.6,10 q 0.2,0.6 0.4,0.4 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.2,0.2 z"/><path fill="#ffffff" d="m 322.99994,62 q 0,0.2 0.4,0.8 0.4,0.4 -0.2,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 l -0.2,0.2 q -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.2 l -1.6,0.2 -1.4,0.2 q 0.4,0.2 0.2,0.6 -0.2,0.2 0.2,0.2 0.4,0 0.4,0.4 0,0.4 -1,0.2 -4.8,-1.2 -5.4,-0.4 l 1,0.2 q 1.2,0 1.4,0.4 0.2,0.2 1.4,0.6 l 0.2,0.2 q -1,0.2 -1.2,-0.2 -0.8,-0.8 -3,-0.4 -0.6,0.2 -0.6,0.4 0.2,0.2 1.2,0.2 1.2,-0.2 1.2,0.2 0,0.2 2.8,0.4 4.2,0.4 4,1.2 -0.4,0.4 -0.8,-0.2 l -0.2,-0.2 q 0,0.4 -2.2,0.4 -3.8,0 -3.2,0.2 0.2,0 0.8,0.2 0.8,0.2 -0.2,0.2 -0.8,0 -2.4,0 -4,0.2 -5.4,0.4 -3.6,1 -11,2 -2.4,0.4 -10.2,2.6 -7.8,2.2 -8.4,2.8 -0.2,0.2 0.6,5.8 1.4,10.6 1.4,21.2 0,3.4 0.4,3.4 4.2,-1.6 9.2,-2.4 1,-0.2 1,0.2 0,0.2 0.8,0.2 0.8,0 0.2,-0.4 -0.6,-0.2 -0.6,-0.2 0,0 0.6,0 0.8,0 0.8,0.4 l 0.2,-0.2 q 0.2,-0.6 6.8,-0.4 6.6,0 7.8,0.8 1.4,0.6 1.6,1 0.2,0.4 -0.2,0.4 -0.2,-0.2 -0.4,-0.2 -0.8,-0.2 -2.6,-0.4 -1.2,0.2 -1.2,0.4 0.4,0.6 1.4,0.4 1,-0.2 3,0.4 2,0.4 2,0.8 0.2,0.4 -0.4,0.6 -0.6,0 -2.6,0 -3.2,0.2 -5.2,0.4 -1.8,0.2 -0.2,0.2 0.8,0 2.2,0 4,-0.2 5,0.4 1,0.4 1,0.8 0,0.2 0.8,0.4 0.8,0 0.8,1 0,1 -0.8,1.2 -1.2,0.2 -1.4,0.4 0,0.2 0.4,0.6 0.6,0.4 1.2,0.2 v 0.2 q -0.4,0.6 -2.4,0.8 -0.8,0.2 -0.6,0.4 0.4,0.2 -0.2,0.2 -0.2,0 -0.6,0 -1.4,-0.2 -1.4,0.2 0,0.2 -0.4,0 -0.2,-0.2 -0.4,0.2 h 2.6 q 1.2,0 2,-0.2 0.6,-0.2 0.6,0 0.2,0 -0.2,0.2 -0.4,0.6 -1.6,0.6 l -4,1 h 0.2 q 0.6,0 3.8,-0.4 h 0.2 0.2 l 0.2,-0.2 4,-0.4 q -0.6,0.4 -1.8,0.6 -1,0 -1.4,0.4 -0.2,0.4 -1.6,0.4 -1.4,0 -1.4,0.4 0,0.4 0.8,0.2 l 5,-0.4 q -0.6,0.2 -0.6,0.8 0,0.4 -1.4,0.8 -1.6,0.6 -0.2,1 1.6,0 -0.8,0.8 -2,0.8 -6.2,1.8 -22.2,5.6 -25.2,7.4 -0.8,0.4 -0.8,1.2 0,0.6 -0.2,1.4 -0.2,1 -0.8,5.4 -0.4,4.6 -1.4,9.8 -1,5 -1,5.4 0,0.2 0.6,-0.2 0.6,-0.4 2,-0.6 1.6,-0.2 2.6,-0.6 1.2,-0.6 1.6,-0.4 0.4,0.2 2.8,-0.2 2.6,-0.4 3,-0.8 h 0.2 q -0.2,0.4 3.2,0.4 3.6,0 4.2,0.2 0.6,0.2 2.6,0.6 4.2,1.2 6.2,2.2 1.2,0.6 3.6,1 1.6,0.8 1.6,1.4 -0.2,0.4 -1.8,-0.2 -1.6,-0.6 -1.8,-0.4 -0.2,0.2 2.4,1 l 2.8,0.6 q -0.2,0 -0.6,-0.2 -1.2,-0.6 -0.4,-0.8 1.6,-0.6 6.6,3.6 2.6,2.4 2.2,2.6 0,0 -1,-0.8 -1,-0.8 -1.4,-0.6 -0.2,0 0.6,0.8 0.8,0.6 0.4,1.2 -0.6,0.6 0,0.8 0.2,0 0.6,-0.2 0.4,-0.4 1.6,0.8 l 0.8,1 q -0.6,-0.4 -1.2,0 -0.4,0.2 0.6,0.8 l 0.8,0.2 q 0,-0.2 0,-0.4 0.2,-0.2 1,0.6 1.2,1.6 0,2.4 -0.2,0.4 -0.4,0.8 0,0.4 0,0.8 0,0.2 0.2,0.2 0.4,0 0.4,0.8 0.2,0.6 -0.2,1 -0.4,0.2 -1.4,0 -1,-0.2 -1.6,0 -0.6,0 -1.2,-0.4 -0.4,-0.4 -0.4,0 0,0.2 -1,0.2 l -0.2,0.2 q 0.8,0.2 1.6,0.2 0.6,0.2 0,0.4 -0.2,0 -0.8,0 -1.4,0.4 -2,0.2 -0.4,-0.2 -0.4,0.2 0,0.2 1.2,0.6 1.2,0.2 0.2,0.4 -0.8,0 -0.2,0.4 1,0.6 -1.8,0.8 -1.4,0 -1.4,0.4 0,0.4 -0.4,0.4 -0.8,0 -4.6,-0.2 -10.6,-1.2 -24.4,1.4 -6.6,1.2 -10.2,2.4 -2.8,1.2 -3.6,1.8 -0.8,0.4 -1,1.2 -0.2,1.2 -1.6,4.8 -1.2,3.6 -1.6,4 l 0.2,-1.4 q 1.2,-4 1,-4.4 l -0.6,0.8 q -0.6,1.2 -0.6,0.4 0,-2 -0.8,0.4 -0.2,0.4 -0.4,0.8 l -1,2.2 q 0,-0.2 0,-0.6 0,-1 -0.4,-1.8 l 0.2,-0.6 0.2,-0.8 q 0,-1 -0.4,-1 -0.6,0 -3.4,2.6 -1,0.8 -1.2,0.6 -0.2,-0.2 -0.4,0.2 l -0.2,-0.2 q 0,-0.2 0.2,-0.4 0.2,-1.2 0,-1.2 -0.4,0 -1.6,1.4 -1,1.2 -1.2,1.6 -0.2,-0.4 -0.2,-0.8 -0.2,-1.6 0,-2 0.2,-0.2 0.6,-2.2 0.4,-2.2 0.4,-2.8 0,-0.4 -0.8,0 -0.8,0.4 0.2,-0.4 1.2,-0.8 1,-1 -0.2,-0.2 -1.8,1 -1.4,1 -1.4,1.2 l -1.6,2.2 q 0,-0.2 0.6,-1.4 0.2,-0.6 0,-0.6 -0.6,0.6 -0.8,0.4 0,-0.2 0.4,-0.8 l 0.2,-0.4 q -0.4,0.2 -0.4,0 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.6,-0.4 -0.6,-1.2 -1,0 v 0.2 q 0.6,-0.2 0.6,0.4 0,0.4 -0.6,1 -1.8,1.2 -1.8,0.6 0.2,-0.6 0.6,-0.6 h 0.2 q -0.4,-0.2 0.2,-0.8 h -0.2 q -0.2,0.2 -0.4,0.4 -1.2,1 -1.4,0.8 -0.2,-0.4 1.6,-2.2 1.6,-1.8 0.6,-1.8 -0.2,0 0,0.4 0,0.2 -0.2,0.2 0,0 -0.2,0 -0.2,-0.2 0.2,-1.2 0.6,-1 1,-1 0.4,0 0.2,-0.6 -0.2,-0.6 0,-0.8 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.6 0.4,-0.6 0.6,0 0.6,-0.4 0,-0.6 1.2,-1.6 1.2,-1 1,-1 -0.4,0 -2.4,1.6 -2.2,1.6 -3.2,2.2 -0.8,0.6 -0.8,0.8 0.2,0.2 -0.6,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.4,-0.6 0.8,-0.8 0.2,-0.2 0.2,-0.6 0,-0.4 -0.6,0 v -0.2 q 0.8,-0.8 1,-0.6 0.2,0.2 2,-1.6 1.2,-1 1.6,-1.4 l -1.4,0.8 q -1,0.8 -1.2,0.8 -0.2,-0.2 1.8,-2.2 l 1.4,-1.6 q -0.8,0.4 -3.4,3 -3.2,3.2 -3.4,2.6 -0.4,-0.8 0.4,-2 0.8,-1.2 4.2,-5 l 0.8,-1 q 0,0 -0.4,0.4 -2.8,2.6 -4.8,5.2 -1.4,1.8 -1.4,1.2 0.2,-0.4 0.8,-1.6 1,-1.6 4.4,-5 3.6,-3.6 6.8,-5.8 3.4,-2.6 3.6,-3 0.2,-0.6 1.4,-11.6 1.2,-11 1,-11.2 0,0 -1.8,1.2 -1.8,1 -2,0.8 0,0 0.2,-0.2 0.2,-0.4 0.6,-0.6 0.6,-0.4 1.2,-0.8 l 1.8,-1.8 q -0.2,0 -1.2,0.8 -1,0.6 -1.4,0.4 -0.4,-0.2 -0.4,0.4 0,0.2 0,0.4 0,0 -0.2,0 -0.4,-0.2 -1.8,0.6 l -1.2,0.6 q 0.2,0 0.6,-0.6 0.8,-0.8 2.4,-1.8 1.6,-1.2 1.6,-1.8 0,-0.6 0,-0.6 0.2,-0.2 0.4,-0.2 0.6,0 0.6,-0.2 0.2,-0.2 0,-0.4 -0.2,-0.2 -1.4,0.2 -1,0.4 -1,0.8 l 0.4,-0.2 q 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 -0.8,0.2 -0.6,-0.2 -3.4,2 -2.6,2 -3.2,2 -0.4,0 1.6,-2.2 2.8,-2.6 2,-2.6 -0.2,0 -0.4,0.2 l 0.6,-1.2 q 0.6,-0.6 0.4,-0.6 -0.2,0 -2,1.6 -3,2.2 -4.2,3.6 -1,1.2 -1.4,1.2 -0.2,0 0.2,-0.4 0.4,-0.4 0.4,-0.6 0,-0.4 -0.6,0.4 -0.6,0.8 -0.6,0.2 0,-0.6 0.4,-1 v -0.2 q -0.4,0.2 -0.4,0 -0.2,-0.2 0.8,-1.2 0.8,-1 0.8,-1.2 0,-0.2 0.8,-1.2 1,-1 0.4,-1 l -0.4,0.2 -0.6,0.6 q -1,0.6 -1.2,0.4 -0.2,-0.4 1.8,-3 1,-1.2 1,-1.6 0,-0.4 1.8,-2.4 l 1,-1.4 q -0.2,0.2 -0.6,0.6 -2.2,1.6 -7.2,7 l -1,1 q 0,0 0.4,-0.6 0.6,-1.2 2,-2.8 1.4,-1.6 2,-2.8 l 0.6,-1.2 -2.2,2 1,-1.4 q 1,-1.4 3.2,-3.6 2.4,-2.2 2.2,-2.4 l 0.2,-0.2 q 0.2,0.2 2.6,-1.6 2.4,-2 2.2,-2.2 0,-0.4 1.4,-1.4 1.6,-1 1.8,-1 l -1.4,1.2 -1.4,1.2 q 0.4,0 1.8,-1.2 l 1.6,-1 -0.2,-13 q -0.4,-17.8 -0.8,-20 l -0.4,-1 q 0,0.4 -0.4,0.4 -1.4,-0.2 -1.4,0.6 0,0.4 -0.4,0.4 -0.4,0 -0.8,0.6 -0.2,0.6 -0.4,0.2 -0.8,-1.2 -1.8,-0.4 -0.4,0.4 -0.4,0 0,-0.6 0.6,-1.6 v -0.4 q -1,0.8 -1,0.6 0,-0.2 0.4,-0.8 0.8,-0.8 0.4,-1 0,0 -0.6,0.4 -0.2,0.2 -0.2,0 0,-0.2 0,-0.4 0,-1 1.8,-2.6 2,-1.8 1.6,-1.8 -0.4,0 -1,0.6 -0.4,0.4 -1.4,1.2 -0.2,0.2 -0.2,0.2 0,-0.2 1.2,-1.4 1.8,-2 1.6,-2 -0.2,0 -2,1.6 -1.8,1.6 -2.2,2.2 -0.6,0.8 -0.6,0.6 0,-0.2 0,-0.6 -0.2,-0.8 -1.4,0.4 -0.2,0 -0.6,0.4 l -1,0.8 q 0.2,-0.2 1.4,-1.4 2,-1.8 2.2,-1.6 0.4,0 0.4,-0.4 0,-0.4 1.2,-1.6 1.2,-1.4 1,-1.4 -0.4,-0.2 -2.4,1.6 -4.2,4 -4.2,2.8 0.2,-0.4 0.4,-0.6 0.2,-0.6 0.2,-0.6 0,-0.2 -0.6,0.2 -0.4,0.4 -0.4,0.4 0,0 0.2,-0.4 0.2,-0.6 0.2,-0.8 h 0.2 q 0.4,0.2 1,-0.6 l 0.6,-0.8 -0.8,0.6 q -0.8,0.8 -0.8,0.6 0,-0.4 2.2,-2.4 2.2,-2.2 0.6,-1 -1.4,1.2 -2.6,2 -1.2,0.8 -1.4,1.4 l -0.4,-0.4 q 0,-0.8 2.6,-3.8 2.8,-3.2 5.4,-5.2 l 2,-1.8 -0.2,-1.6 q -0.2,-1.8 -0.8,-4.4 -0.4,-2.4 -0.6,-3.2 -0.2,-0.8 -0.6,-2.6 -0.4,-1.8 -0.6,-2.4 0,-0.8 -0.2,-1.2 -0.2,-0.6 -0.6,-3.2 -0.8,-3 -0.2,-2.8 0,0 0.4,0.4 0.2,0.6 0.6,0.4 v 1.2 q 0,0.2 -0.2,0.4 -0.2,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 v -1 q 0,-1.2 0.2,-1.6 0.4,-0.6 0,-1 -0.2,-0.4 -0.4,0.4 l -0.2,-0.2 q 0.2,-0.6 0.8,-0.4 0.8,0 0.8,-1 -0.2,-0.4 -0.4,-0.4 l -0.2,0.2 q 0,-1.2 0.6,-1.4 l 0.2,-2 q 0.2,-2 0.4,-2 0.2,0 0.2,0 0.2,-0.2 0.2,-0.2 -0.2,-0.4 0,-0.6 0.2,0 0.2,0.2 0.2,0.2 0.2,0.6 0.2,0.2 0.4,0.6 0.4,1.6 0.6,2.2 l 0.2,-0.2 q -0.2,-0.6 -0.2,-0.6 0.2,-0.2 0.6,0 0.4,0.2 0.6,1 l 0.2,-0.2 q 0,-0.8 0.6,-1.2 0.6,-0.4 0,-2.8 -0.4,-2.6 -0.2,-2.4 0.4,0 1.2,3.4 0.8,3.2 1.4,4 0.4,0.8 0.4,0.4 0,-0.4 -0.2,-1.8 -0.2,-2.2 -0.6,-3 -0.2,-0.8 -0.2,-1.4 0,-0.8 0.4,0.4 0.4,1 0.8,2.6 0.4,2.4 1.2,3.8 l 0.8,1.6 -0.4,-1.4 q -0.2,-1.4 -0.2,-2.2 0,-1 -0.2,-1 -0.2,0 -0.2,-0.6 0,-0.8 0.2,-0.8 0.4,0 0.4,0.8 0.2,0.8 0.2,1.4 -0.4,0.6 0.2,1.2 0.6,0.4 0.4,0.8 -0.2,0.2 -0.2,0.2 0.2,0 0.4,0 0,-0.2 0.2,0 0.2,0.2 0.4,0.8 0.2,0.4 0.4,1 l 0.6,1.6 q 0.2,-2 -1.2,-5.2 -0.2,-0.6 0.4,-0.4 h 0.4 q -0.2,-0.4 0.2,-0.4 0.6,0 1.2,1.8 l 0.8,2 q 0,-1 -1,-4.2 -0.4,-1.2 -0.4,-1.2 0,-0.2 0.6,-0.2 0.8,0 1.6,2.8 1.6,6.4 2.4,13.4 0.4,2.2 0.8,2.4 0.4,0.2 2.6,-0.8 2.4,-1 2.4,-1.2 0,-0.4 0.4,-0.4 0.2,0 5,-1.4 4.8,-1.6 6.4,-2.2 0.6,-0.2 1.2,-0.2 0.4,0 3.4,-0.2 6.2,-0.4 13.4,-0.6 4.8,-0.2 5.4,0.4 0.6,0.6 0,0.6 -0.2,0 -0.8,0 -1.4,0 -1.4,-0.2 0,-0.2 -3.8,0 -3.8,0 -4.2,0.6 -0.4,0.2 -0.4,0.4 0.2,0 0.8,-0.2 0.6,-0.2 2.6,-0.2 2.2,-0.2 2.6,0 0.4,0.2 3.8,0.4 3.4,0 3.6,0.2 l -0.6,0.2 q -0.6,0 -1,0.4 -0.2,0.2 -1.2,0.2 -1,0 -2.8,0 h -1.8 l 2,0.6 q 1.8,0.4 2.4,0.8 0.6,0.2 2,0.2 l 1.2,0.2 q -0.2,0.2 -2.4,0.4 -2,0 -3,0.2 -0.8,0.2 -0.4,0.2 0.2,0 1,0.2 1.6,0 1.8,0.6 0.4,0.4 1,0 1.4,-1.2 3,0.4 0.4,0.4 0.8,0.4 l -0.2,-0.4 q -0.4,-0.2 -0.4,-0.2 0.2,-0.2 0.8,0 l 0.8,-0.2 q -0.2,-0.2 0,-0.2 0.4,-0.2 1,0.2 0.6,0.2 0,0.6 -0.4,0.2 0.2,0.4 0.2,0.2 0.2,0.8 0,0.4 -0.4,1 -0.4,0.4 -0.8,0.4 -0.4,0 -0.4,0.4 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -0.8,0.4 -0.8,0 -0.4,0.4 0.4,0.4 0.2,0.6 -0.2,0.2 -0.8,0 -0.4,-0.2 -0.4,0 0,0.2 1.6,0.8 1.8,0.4 1.6,0.8 z m -66.2,-11.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.4,-4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m -4.2,28.6 q 0.2,0 0.8,-0.6 0.6,-0.8 0.4,-0.8 -0.2,0 -0.8,0.8 -0.6,0.6 -0.4,0.6 z m 0.8,3 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m 3.2,-4.2 q 0,0 0.4,-0.2 0.6,-0.2 0.6,-0.4 0,-0.4 -0.6,0 -0.4,0.4 -0.4,0.6 z m 0,9.8 q 0,0.2 0.2,0.2 0.4,0 0.6,-0.2 0,-0.2 0,-0.2 0,-0.2 -0.2,-0.2 -0.6,0 -0.6,0.4 z m -2.2,51.4 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m -9,41 q 0.6,-1 0.4,-1 0,0 -0.8,1 -0.8,1 -0.4,1 0.2,-0.2 0.8,-1 z m 3.8,-3.8 q 0.2,-0.6 -0.2,-0.2 -0.4,0.4 -1,1 l -1.2,1.2 1.2,-0.8 q 1,-0.8 1.2,-1.2 z m 6.8,-5.6 q 0.4,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.8,-0.6 z m 0,3.6 q 0.8,-0.4 0.4,-0.6 -0.2,-0.4 -1.8,1 -1.6,1.4 -3.2,2.4 -1.4,1 -1.4,1.2 0,0.4 3.2,-1.8 2.4,-1.8 2.8,-2.2 z m 1.8,17.8 q 0.6,-1.2 0.4,-1.2 -0.2,-0.2 -0.6,0.2 -0.4,0.2 -0.6,0.8 -0.2,0.6 -0.2,1 0,0.4 0.2,0.4 0.2,0 0.8,-1.2 z m 2.2,-2.2 q 0.2,0.4 0.4,0 0.2,-0.6 -0.4,-0.4 -1.4,0.2 -1.4,1.6 0.2,0.8 0.6,-0.4 0.6,-1.2 0.8,-0.8 z m 2,4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.6,-148.8 q 0.2,-0.4 -0.2,-0.6 -0.4,-0.2 -0.4,0.4 0,1 0.6,0.2 z m 0.2,3.4 q 0,0.2 0.2,0.2 0.4,0 0.4,-0.4 0,-0.6 -0.4,-0.4 -0.2,0.2 -0.2,0.6 z m 0.8,5 q 0.2,-0.2 0.2,-0.6 l -0.4,0.2 z m 1.4,137 q 0.4,0.2 0.4,0 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.2 0.2,0.6 z m 0.4,-1.4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m 2.8,-141.2 q 0,0 -0.2,-0.8 l -0.4,-0.4 z m 0.4,136.8 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.4,-0.4 -0.2,-0.2 -0.6,0.2 z m 1,-133.6 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 50,123.4 q -0.2,-0.4 -0.6,-0.4 -0.4,0 0.2,0.6 0.4,0.6 0.6,0.2 0,0 -0.2,-0.4 z m -1.2,-5 q 0.2,-0.2 -0.6,-0.6 -0.6,-0.6 -0.8,-0.4 0,0.2 0.6,0.8 0.6,0.4 0.8,0.2 z m -2.6,-0.4 q 0,0 0,0.2 0.8,0.2 0.8,0 -0.2,-0.4 -0.8,-0.2 z m -1.8,-1.8 q 0.2,0 -0.2,-0.4 -0.2,0 -0.4,-0.2 -1.2,-0.6 -1.6,0 0.4,-0.2 1,0.2 0.6,0.4 1.2,0.4 z m -0.8,-1.4 q 2.2,1.2 2.2,1 0,-0.2 -1.6,-1.2 -1.4,-1 -2.2,-1.2 l -0.6,-0.2 q 0.2,0.4 2.2,1.6 z m -1.6,-3.2 q -0.2,-0.2 -1.2,0 -0.8,0.2 0,0.4 0.6,0.2 0.6,0 -0.2,-0.2 0.2,-0.2 z m -3.6,17.8 q 0,0 0.2,0.2 l 0.6,-0.2 q -0.2,-0.2 -0.8,0 z m -3.6,-20.4 q 0,-0.2 -1.6,-0.6 -1.6,-0.6 -1.8,-0.4 l 1.4,0.8 q 2,0.6 2,0.2 z m -5.4,-2.2 q -0.2,0 -0.4,0.4 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 z m -0.8,0.2 q 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 0,0 0.4,0 0.6,0 0.6,-0.2 z m -4.6,-0.8 q -0.2,0.2 0.2,0.2 0.2,0 0.4,-0.2 l 0.4,-0.2 q -0.6,-0.2 -1,0.2 z m -6.6,-0.6 q -0.4,0 -0.2,0.2 0.2,0 0.6,0 0.4,0 0.6,-0.2 -0.4,-0.2 -1,0 z m -10.2,-18.8 q 0.2,-0.4 0,-1.2 -0.2,-0.2 -0.2,0 0,0.2 0,0.6 0,0.4 0.2,0.6 z m 28.4,-15.2 q -0.2,0.2 0,0.2 0.2,0 0.6,0 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m 4.8,-6.8 q 0.2,0.2 0.6,0.2 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m -0.8,-4.6 h -1 l 1,0.4 q 0.8,0.2 0.8,0.2 l 0.2,-0.2 q 0,-0.4 -1,-0.4 z m -27,-0.6 q 0,0 0.4,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.8,0 z m 7.6,-55 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 3,-0.8 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 1.6,0 q 0.2,0 0.4,-0.2 l -0.2,-0.2 q -1.2,0.4 -0.2,0.4 z m 4.4,-0.6 q 0,0 0.6,0 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -0.6,0.4 z m 3.8,-0.4 q 0,0 -0.2,-0.4 -0.8,0 -0.8,0.4 0,0.8 1,0 z m 8.6,14 q 0,0 0.4,-0.2 -0.4,0 -0.8,0 0.2,0.2 0.4,0.2 z m 0.4,-11 q 0.8,0.2 1.8,0.2 1.2,0 1.2,-0.2 0,-0.2 -2.2,-0.2 l -1.4,0.2 q 0.2,0 0.6,0 z m 2,10.8 q 0,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0,0.2 0.4,0.2 z m 3.4,0.8 q 0,0.2 0.2,0.2 0.2,0 0.2,-0.4 0,-0.6 -1.2,-0.6 -1.2,-0.2 -1.2,0 0,0.4 1.6,0.4 0.4,0 0.4,0.4 z"/><path fill="#ffffff" d="m 478.40017,42.6 q 1.6,1.4 1,2.4 -0.4,0.6 -0.6,0 -0.2,-0.4 -1.8,-1.2 -1.4,-0.8 -1.6,-0.6 l 0.8,0.6 q 1.8,1.4 1.8,2.2 -0.4,0.2 0.2,1 l 0.4,0.4 q -0.4,-0.2 -1,0.2 l -0.2,0.2 q 0.2,-0.4 -0.2,-0.8 -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.6 V 48 l -0.8,-0.6 q -0.8,-1 -2.6,-1.6 -1.6,-0.6 -2,-0.2 -0.2,0.2 0.8,0.6 1,0.4 1.2,0.4 0.2,0 1.2,0.8 0.4,0.6 0.6,0.6 -0.4,-0.2 -0.4,0.2 0,0.6 1,0.4 0.4,0 0.2,1 -0.2,0.6 -0.4,0.6 -0.6,-0.2 -1,-0.2 0.2,0.2 0,0.2 0,0 -0.2,0 -0.4,-0.4 -0.2,-0.6 0.2,-0.4 -0.4,-0.4 -0.4,-0.2 -0.8,0 -0.4,0.2 0.2,0.8 0.6,0.6 0.2,1.6 -0.4,0.8 0.4,1.6 1,0.6 1,1.2 0,0.4 -1,-0.2 -0.8,-0.8 -1.2,-0.6 -0.2,0.2 -0.2,0 0,-0.4 -0.6,-0.6 -0.4,-0.2 -0.4,0 0.2,0.2 0.4,0.4 0.4,0.8 0.6,1.2 0.4,0.2 0.4,0.6 0.2,0.2 0.2,0.4 0.2,0.2 0.2,0.6 0,0.2 1,1.2 0.6,0.6 0.4,0.8 -0.8,-0.2 -0.8,0.2 0,0.2 1,0.2 1.4,-0.2 2.2,1.6 0.6,0.8 0,1.4 -0.4,0.4 -0.8,0 -0.4,-0.6 0,-0.8 0.6,0.2 0.6,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -1.6,-0.8 -2.4,-1.6 0,0.8 1.4,1.4 1.4,1.6 0,1 -2.4,-1.4 -1.6,-1.6 -3.4,-2.4 l -1.8,-0.6 1,1 q 1.2,1 1.4,1 0.2,0 0.8,0.6 0.8,0.6 1.8,1.4 l 0.4,0.6 q -0.6,-0.2 -0.6,0.2 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -1.2,-0.4 -1.2,-1 -1.6,-1 -0.4,0 -0.2,-0.2 0.2,-0.4 0.6,-0.2 V 61 q -0.2,-0.4 -0.6,0 -0.2,0.2 -1.4,-0.2 l -1,-0.6 1,0.8 q 1,1 1,1.4 0.2,1.6 1,1.6 0.6,0 0.6,0.8 l 0.2,1 -1,-1 q -1.2,-1.2 -4.6,-3 -3.4,-1.8 -4.2,-1.6 -0.4,0 -3.6,-1.4 -3,-1.4 -3.4,-1.4 -0.2,0 -7.4,-2 -17,-4.8 -16.4,-3.2 0.4,0.6 -3.8,11.4 -0.8,2.4 -1.4,4.2 -0.6,1.6 -0.8,2 -0.2,0.2 -0.6,1.6 -0.8,2.6 -2.8,9.2 -2.8,9 -5.8,25.6 -0.8,5.4 -1,5.6 -0.2,0 -0.2,1.4 0.2,1.2 -0.8,1.8 -0.8,0.6 -0.8,2 0,1.2 0.4,1.6 v -1.2 q -0.2,-1.8 0.4,-2 0.6,-0.2 0.6,0.4 0,0.8 -0.6,6.2 -0.8,5.6 -1,8.6 -0.2,2.8 -0.6,2.6 v 0.4 q 0.2,0.6 0,5.2 -0.4,4 -0.8,4 -0.4,-0.4 -0.4,-1 l -0.4,-0.2 q -0.2,0.4 -0.2,2.4 0.2,1.8 0.4,1.8 0.4,0 0.4,-1.4 0,-0.8 0,-0.6 0.4,0.8 0.4,2.4 l -0.2,1 -0.2,-0.4 -0.2,0.2 0.2,1 q 0.4,-0.2 0.4,0.2 0,0.2 -0.4,0.4 -0.2,0.2 0,2.6 v 1.8 q -0.2,-0.4 -0.6,-3.6 l -0.2,-3.2 v 3.4 q 0,3.4 -0.2,3.2 l -0.6,8 q 0,1 0,2.4 0,5 -0.4,5.2 -0.4,0 -0.4,0.4 0,0.4 0.4,0.2 0.2,-0.2 0.2,1.4 0,1.4 -0.2,3.4 0,1.8 -0.2,2.6 v 0.8 l 0.4,0.8 q 0.2,1 -0.4,1.2 -0.6,0 0,0.6 0.6,0.6 0,0.8 -0.6,0.2 -0.8,0.2 0,0 0.2,-0.6 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,-1.6 l 0.4,-1.4 q 0.4,0.2 0.4,-0.2 0,-0.6 -0.6,-0.4 h -0.4 q 0.2,-1.2 -0.6,-11 -0.2,-1.8 -0.6,-2 v 0.2 q 0.2,0.6 -0.6,0.8 -0.6,0.2 -1,1.2 -0.2,0.8 -0.2,8.6 0,7.8 -0.2,7.4 -0.2,-0.2 -0.2,0 -0.2,0.2 -0.2,0.4 -0.2,13.8 -0.4,14 -0.2,0.2 -0.2,-0.8 0,-1 0,-2.6 0,-1.4 0,-3.4 l -0.2,-4.8 q -0.2,2.2 -0.4,2.6 l -0.2,-0.6 0.2,-0.8 -0.6,0.8 q -0.6,0.8 -0.2,1.4 0.4,0.4 0,0.8 -0.4,0.4 -0.4,3.6 v 3 l -0.2,-3 q -0.2,-3 -0.6,-3.2 l -0.2,0.6 q 0.2,1.2 0,3.4 0,2.2 0,4.4 0,2.2 -0.2,2 -0.2,-0.2 -0.4,-2.2 0,-2 -0.2,-2.2 0,0 0,-1.2 -0.2,-4.2 -0.8,-5.2 -0.4,-0.6 -0.4,-2 0,-1.4 -0.2,-3 l -0.4,-1.8 -0.2,2 q 0,0.8 0,-0.2 -0.2,-0.8 -0.2,-3.2 0,-5.2 -0.4,-6 -0.4,-1 -0.4,-2 v -1 q -0.2,0.2 -0.2,1.6 0,1.4 0,2.8 0.2,1.6 -0.2,2.2 -0.2,0.6 0,0.8 0.4,0.2 0.4,2.4 0,2 -0.4,2.4 -0.4,0.6 0,1 0.6,0.2 0.2,0.4 -0.4,0.2 -0.4,0.6 0,0.2 0.2,0 l 0.4,2.4 q -0.2,1 -0.2,1.2 -0.4,0.4 -0.2,0 0,-0.2 0,-0.6 0,-1 -0.2,-1 l -0.4,-7.2 q 0,-1.4 0,-3.2 l -0.2,-10.8 -0.2,23.4 -0.2,-14.4 -0.4,-12 -0.2,2.4 -0.4,-6.6 v 3.6 q 0,3.8 0.2,3.8 0.4,0 0.4,2.6 l -0.2,2 q -0.2,-0.8 -0.6,-0.8 -0.2,0 -0.2,11.6 0.2,11.4 -0.2,11.2 h -0.2 q 0.4,0.2 0,1.2 -0.2,1.2 0,2.6 0.2,1.2 0.4,0 0,-0.2 0,-1 l 0.2,-2.4 v 2.4 q 0.2,2.6 -0.2,2.6 -0.4,0 -0.4,1.4 l -0.2,-0.2 q -0.2,-0.8 -0.2,-2.2 -0.2,-3.8 -0.4,-4.6 -0.2,-0.8 -0.4,-15.8 0,-0.2 0,-0.4 l -0.4,-14.6 q 0,0.2 0,0.8 v 0.2 l -0.2,1.2 q -0.2,-0.4 -0.2,-3.4 0,-2.4 0,-5 0.2,-2.6 0.2,-4.2 0.2,-1.6 0.4,-1.4 0.2,0 0,4.8 0,1.2 0,2.4 0,1 0,1.6 0.2,0.6 0.2,0.4 0.2,0 0.2,-6.6 l 0.2,-5.4 q -0.2,1.2 -0.6,1.6 -0.4,0.4 0,-4.4 0.2,-1.2 0.2,-2.4 0.2,-1.6 0.4,-4.2 0.2,-2.4 0.4,-3.6 0.2,-0.4 0.2,-0.6 0.2,-0.4 0.2,0.2 0,0.2 0,1 l 0.2,1.6 0.2,-2.2 q 0.2,-2.2 0.2,-2.4 l -0.2,0.4 q 0,0.6 -0.4,0.6 -0.2,0 -0.2,-0.2 0,-0.2 0,-0.8 0,-0.6 0,-1.4 0.2,-1 0.4,-2.2 0.2,-1 0.4,-8.6 0.2,-7.6 0.4,-9.6 0.6,-9.8 1.6,-17.4 3.4,-23.8 9.8,-40.2 1.4,-3.4 1.2,-3.6 -0.2,-0.2 -4.4,0 -4.2,0 -5.6,0.2 -4.2,0.6 -6.2,0 0.2,-0.2 0.6,-0.2 0.6,0 2.4,-0.2 1.8,-0.2 3.2,-0.4 1.2,-0.2 1.6,-0.4 0.6,-0.2 6,-0.4 1,-0.2 0.8,-0.4 -0.4,-0.4 -2,-0.2 -1.4,0.2 -4.2,0.4 -2.6,0.2 -2.4,0.4 0,0.2 -0.6,0.4 -0.4,0 -1.4,0 -0.8,0 -1.8,0 -4,0 -3.8,-0.2 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,0.2 0,0.4 -3.6,1 -1.6,0.2 -1.6,-0.2 0,-0.6 0.8,-0.8 l 0.4,0.2 1,0.2 q 0.8,-0.2 1.2,-0.6 0.2,-0.4 3,-0.4 2.8,-0.2 3,-0.4 0.4,-0.2 1.2,-0.4 h -2.8 q -3.4,0.2 -8.8,0.4 -5.2,0 -7.6,0.4 -2.4,0.2 -2.4,-0.2 0,-0.4 1.2,-0.6 l 0.8,0.2 q -0.2,0.2 0,0.2 0.4,0 1.4,-0.2 1,-0.4 2.4,-0.6 1.4,-0.2 2.6,-0.6 l 1.2,-0.2 h -1 l -0.2,-0.4 -5.6,0.2 q -1.8,0.2 -2.4,0.4 -0.8,0.2 0,-0.4 0.6,-0.6 1.8,-0.6 1.2,0 1.4,0 0.2,0 2,-0.4 1.8,-0.2 1.8,-0.6 0,-0.6 -0.6,-0.6 -0.2,0 -0.2,0.2 -0.2,0 -0.2,0 l -0.6,0.4 q -0.6,0 -2.4,0.2 l -1.4,-0.2 q 0.2,-0.4 1,-0.2 0.6,0 1.4,-0.4 0.8,-0.4 1.4,-0.4 0.6,0 0.4,-0.4 -0.4,-0.4 -1,0 -0.6,0.2 -1.6,0.2 -1.2,0 -2,0 -0.8,0 -0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 1,-0.4 0.4,-0.8 0.2,-0.8 -0.4,0 -0.6,0.4 -0.2,0.4 -0.6,0 -0.6,-0.4 -0.8,0 -0.4,0.4 -0.6,0.2 -0.2,-0.4 -1.2,0.2 -1,0.4 -1.2,0.4 -0.2,-0.2 -0.2,-0.8 0,-1 0.8,-0.8 0.6,0.2 0.6,-0.2 0,-0.6 -1,-0.2 -0.6,0.2 -1.2,0.4 -0.6,0 -1,0 -0.4,0 -0.4,-0.2 0,-0.2 -0.6,0 -0.6,0 -0.8,-0.4 -0.2,-0.2 -0.2,-0.2 0,0 0.2,0 0.4,0.4 0.4,-0.2 0,-0.6 1,-0.4 0.8,0.2 0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 0.6,-0.2 0.2,-0.4 0.6,-0.2 0.2,0.2 0.4,0.2 0.2,-0.2 0,-0.4 0,-0.4 1.8,-0.8 l 1.6,-0.4 -1.8,0.2 q -2,0.2 -2.2,0.6 h -0.2 q 0,-0.2 -0.6,0.2 -1,0.8 -1,0 0,-0.2 0.2,-0.4 0.4,-0.6 0.8,-0.4 0.2,0.2 4.8,-1.4 1.8,-0.6 2.2,-0.4 0.4,0.2 0.4,-0.2 0,-0.4 0.4,0 l -0.2,-0.6 q -0.8,-0.6 -1.2,-0.2 -0.4,0.2 -1.4,0.4 -1.2,0 -2,0.4 -0.6,-0.2 -0.6,-0.2 0.2,-0.4 0,-0.4 -0.4,0 -0.4,0.4 -0.2,0.2 -2.6,0.6 -2.6,0.4 -2.8,0.2 -0.4,-0.4 0.2,-0.6 0.2,0 0.4,0 0.8,-0.2 1.4,-0.4 0.6,-0.4 1.2,-0.4 0.6,0 1.4,-0.2 5.4,-1.4 6.2,-1.2 0.8,0 0.8,-0.4 0,-0.6 5.4,-2 l 1.8,-0.4 -2.4,0.2 q -2.6,0.2 -3.4,0.2 -0.8,0 -0.8,0.4 0,0.2 -1.6,0 -1.6,-0.2 -1.6,0.2 0,0.2 -0.6,0.2 -0.8,0 -1.4,0.2 -0.6,0.2 -0.6,0 0,-0.6 2.4,-1 2.4,-0.6 4.4,-0.6 1.8,-0.2 1.8,-0.4 0,-0.4 0.6,-0.6 0.6,-0.4 1,-0.2 0.2,0.2 -0.2,0.2 -0.4,0 -0.4,0.4 0,0 0.2,0 0.4,0 1,0 0.6,0 1.2,-0.2 2.6,-0.4 4.8,-0.6 2.4,-0.2 2.6,-0.6 0.2,-0.4 -0.8,-0.2 -0.8,0.2 -1,0 l 0.8,-0.4 q 2.4,-0.2 5.2,-0.6 1.6,-0.2 1.8,0.4 0.2,0.4 0.4,0 0.6,-1 2,0 0.6,0.4 1.2,0.2 0.6,-0.2 0.6,-0.6 -0.2,-0.4 3,-0.4 3.4,-0.2 3.4,0 0,0.2 0.2,0.2 0.4,0 0.8,0 0.4,-0.2 0.6,-0.4 h 0.4 q -0.4,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.4 1,-0.4 0.6,0 0.8,0.2 0.2,0 0,0.4 0,0.2 0.2,0.2 0,0 0.4,-0.2 0.4,0 0.4,0 l 2.2,0.4 q 0.4,0 0.8,0 l 2.8,-0.4 q -0.4,-0.2 -0.2,-0.2 0.2,0 0.6,0.2 1,0.2 3.4,0.4 2.6,0 3.8,0.4 1.4,0.2 2.4,0.4 l 0.2,0.2 0.4,0.2 q 3.2,-0.6 7.6,0 1.8,0.2 4.6,0.6 3,0.4 3.4,0.6 0.6,0.2 1.4,0.2 2.6,0.2 10.6,2.8 11,3.8 12.4,5 2,2 2.8,2 0.6,0 1.2,0.6 0.8,0.4 0,0 -1,-0.4 -1,0 0,0.2 1.4,1 1.6,0.8 2,0.8 0.2,0 -0.8,-0.8 l -0.8,-0.6 1,0.4 q 0.8,0.4 0.8,0.6 0,0.2 1.2,1.6 z m -106.4,-2.2 q 0.2,0 0.4,-0.4 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 0,0.4 0.2,0.4 z m 7.6,1.6 q 0.4,0 0.8,-0.2 l 0.2,-0.4 q -0.4,0 -0.8,0.4 z m 2,1.4 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 l 0.2,0.2 q 0.6,0.4 0.8,0.4 z m 0.6,-1.6 q 0.4,0 0.4,0 -0.2,-0.4 -0.6,-0.4 z m 2.6,-11.4 q 0,0 0.2,0.4 l 0.6,-0.2 q -0.4,-0.2 -0.8,-0.2 z m -0.6,14.6 q 0,0.2 0.4,0.2 l 0.4,-0.2 q -0.4,-0.2 -0.8,0 z m 0.6,1.4 q 0.8,0 0.8,-0.2 -0.6,0 -1.4,0 -0.4,0.2 0,0.2 0.2,0 0.6,0 z m 2.4,-15.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,-0.6 q 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 0.2,0.2 0.6,0.2 z m 5.2,-3.2 q -0.2,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.2 -0.4,-0.2 -0.2,-0.2 -0.4,0 z m 1.8,0 q -0.4,0.4 0.4,0.4 0.8,0 0.4,-0.4 -0.4,-0.4 -0.8,0 z m 2.6,0 q 0.2,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m -3.8,118.4 q 0,0 0.6,-6.8 v -2.2 l -0.4,2.4 q -0.6,5.2 -0.2,6.6 z m 1,-14.6 q 0,0 0.2,0.4 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0.2,38.8 q 0.4,0 0.4,-0.2 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.4 0,0.2 0.2,0.2 z m 0.8,-16 q 0,-1.4 0,-3 -0.2,0.8 -0.2,1.6 v 1.6 z m 0.4,-33 q 0,0 0.2,0.4 0.2,-0.4 0,-1 -0.2,0.4 -0.2,0.6 z m 0.2,37.8 q 0.2,-1.2 0,-2.2 0,0.4 -0.2,1 l 0.2,1.4 z m 12.2,-129.6 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 0,23 q 0.2,0 0.4,-0.2 0.2,-0.4 -0.2,-0.4 -0.2,0 -0.2,0.4 0,0.2 0,0.2 z m -4.6,-25 q 0.8,0 2.6,-0.2 2,-0.2 2.2,-0.4 h -1.4 q -1.4,0.2 -3,0.2 z m 3.4,27.6 q 0,0 0.2,0 0.6,-0.6 0.6,-1.2 0,-0.6 -0.2,0 -0.2,0.6 -0.6,1.2 z m -10.4,91 q 0.2,-0.6 0,-1 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.6 z m 0.4,7.2 q 0.2,-0.4 0,-1 0,-0.4 -0.2,-0.2 0,0.2 0,0.6 0.2,0.4 0.2,0.6 z m 1.2,15 q 0.2,0 0.2,-2.6 0.2,-2.6 -0.2,-2.8 -0.4,-0.2 -0.4,2 0,3.4 0.4,3.4 z m 0.2,-40.6 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.8,50.6 q 0.2,-0.2 0,-2 l -0.2,-1.6 -0.2,2 z m -0.2,-4.6 q 0,0 0,0.4 0.2,-0.4 0,-0.8 0,0.2 0,0.4 z m -0.4,-82.2 q 0,0 0.8,-6.2 l -0.2,0.4 q -0.6,1.4 -1.8,10.2 -1,8.8 -1,13.2 -0.2,3.6 0,2.8 0.2,-1 1,-8.8 0.4,-6 1.2,-11.6 z m 3.2,95 q 0,0 -0.2,-1.6 v 0.4 q -0.2,0.6 -0.4,1.6 0,0.8 0,1.4 0.2,0.6 0.4,0.6 0.2,0 0.2,-2.4 z m -0.2,-3.4 q 0.2,2 0.2,0.2 0.2,-0.8 0,-2 0,-2.2 0,-2.2 0,0 -0.2,1.2 -0.2,1.8 0,2.8 z m 0.2,-97.2 q 0.2,-0.4 0,-0.8 0,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.2,-1.8 q 0.4,-0.2 0.2,-0.8 l -0.4,0.2 z m -1.6,-2.6 q 1,-5.2 3.8,-16.4 0.6,-2 1.6,-5 1,-3.2 0.8,-3.4 l -0.6,1.2 q -0.4,1.4 -0.6,1.6 -0.2,0.4 -1.6,5.8 -0.4,1 -1.4,4.6 -0.6,2 -0.6,2.8 -0.2,1 -0.8,3.4 -0.4,2.2 -0.8,4.2 -0.4,2 -0.6,3.4 -0.2,1.2 0,1.2 0.2,0 0.8,-3.4 z m 2.2,103.8 q 0,0.4 0.2,0.4 0.4,0 0.2,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 0,0.6 z m 0,-2.4 q 0,0 0.2,0.4 0.2,-0.2 0,-0.6 z m 0.6,-3.6 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-2.4 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 3.8,-17.6 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m -2.2,-87.2 q 0.6,-2.2 2.2,-8.2 1.8,-6 1.6,-6.2 l -0.4,1 q -0.4,1 -1.8,5.8 -1.4,4.6 -2.2,8.6 -0.8,4 -1.4,6 -0.8,3.4 -0.4,3.2 0.2,0 0.4,-1 0.4,-2.4 1.4,-6.2 0,-0.2 0,-0.6 0.2,-0.6 0.4,-1.2 0.2,-0.8 0.2,-1.2 z m 4,73.4 q 0,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.6 0.2,0.6 z m 9.6,-118 q 0,0 0.2,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.6,0 z m -2,0.2 q 0,-0.2 -0.8,-0.2 -0.6,0 -0.6,0.4 0,0.2 0.6,0 0.8,-0.2 0.8,-0.2 z m -1.2,65.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m -0.6,2.4 q -0.2,0.4 -0.2,0.4 0,0.4 0.2,0.6 0.2,-0.6 0,-1 z m -4.6,-41 q -0.2,0 -0.6,0.8 -0.2,0.6 0,0.6 0.4,0 0.6,-0.6 0.2,-0.8 0,-0.8 z m -1,87.6 q 0,0 0.4,0.4 0.2,-0.6 -0.2,-0.8 -0.4,-0.4 -0.2,0.4 z m 0,-4 q 0.2,1 0.4,0.6 0.4,-0.6 0.4,-0.8 0,-0.4 -0.4,-0.2 0,0.2 -0.2,0 0,-0.2 0,-0.4 l -0.2,-0.4 q -0.2,0.2 0,1.2 z m 1,-10.6 q 0.2,-1 0.2,-1.8 0.2,-0.8 0.2,-1.2 0,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.8 0,0.6 -0.4,4.4 -0.2,2 -0.4,3.4 0,1.4 0,2.4 0,0.8 0,1.2 0,0.4 0.2,0.4 0.2,0 0.2,-0.4 0.2,-6.8 0.6,-8.6 z m 0.6,-6.4 q 0.8,-8.2 1.4,-7.6 l 0.2,-0.2 q 0,-0.2 -0.2,-0.4 -0.2,-1.2 0.6,-5.6 l 0.4,-4.6 q 0,0.2 0,0.6 -0.4,1.2 -0.6,2.4 -1,6.2 -1.8,12.2 -0.4,4.4 -0.6,5 0,0.6 0.2,0.6 0.2,0 0.4,-2.4 z m 1.8,10 q 0.2,-0.8 0,-1.8 v 0.2 q 0,0.4 0,0.6 v 1.2 z m -0.2,11.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-8 q 0,-1.4 0.4,-1.4 0.4,0 0.2,-0.8 0,-0.8 -0.2,-0.2 l -0.4,0.2 q 0,-0.4 -0.2,-0.2 -0.2,0.2 -0.2,1.6 0.2,1.4 -0.2,1.8 -0.2,0.4 -0.2,2.8 0.2,2.2 0.4,2.2 0.4,0 0.2,-2.4 -0.2,-2.4 0.2,-2.2 z m 0.6,-8.4 q 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,1.2 z m 1,-4.2 q 0,0 -0.4,-1.4 0,-0.4 0,-0.4 -0.2,1 -0.4,1 -0.2,0 0,1.6 0.2,0.8 0.2,0.6 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.2 z m -0.4,-21.2 q 0,0 0.2,0.4 0,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-72.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,70.8 q 0,0 0.4,-0.2 0.2,-1 0.2,-1.8 l -0.2,0.2 q -0.4,0.8 -0.4,1.8 z m 1.8,9.8 q 0,0 0,-1 l -0.2,-0.8 q -0.2,0.8 -0.8,4 -0.4,3 -0.4,3.4 l 0.2,-0.2 q 0.4,-0.4 0.6,-0.4 v -0.2 q 0,-0.6 0,-1.6 0,-1.2 0.2,-2.2 0.2,-1.2 0.4,-1 z m 1.6,-9.6 q 0,-1.8 -0.2,-1.6 0,0.2 -0.8,4 -0.6,3.6 -0.6,4 l 1,-3.6 v -0.2 l 0.2,-1 z m 0,-72 q -0.4,0 0,0.4 0.4,0.4 0.2,0.6 v 0.2 q 0.4,-0.2 0.4,-0.6 0,-0.6 -0.6,-0.6 z m 0.4,68.6 q 0.2,-0.4 0.4,-1.8 0.2,-1.4 0,-0.6 z m 0.6,-3.8 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.6 -0.2,-0.6 0,0 -0.2,0.6 z m 0.6,-1.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-62.8 q 0,0 0.2,0.4 0.4,0 0.4,0 -0.2,-0.4 -0.6,-0.4 z m 0.4,61.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.4,-2.4 q -0.2,0.8 0,0.4 0.4,-0.4 0.4,-0.8 z m 1.6,-3.2 q 0,0 0,-0.2 -0.4,0 -0.2,-0.8 l -0.2,-0.2 q -0.4,0.6 -0.6,1.8 -0.2,1 -0.2,1 0.2,0 0.4,-0.4 0.4,-1 0.8,-1.2 z m -0.2,-2.6 q 0,0 0.2,0.6 0.2,-0.2 0,-0.8 z m -0.6,-52.4 q 0,0.2 0.6,0.2 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0 -0.6,0.2 z m 1.8,49.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.2,-1.8 q 0,0.8 0.2,0.2 0.4,-0.8 0.4,-1 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.2,1 z m 1.4,-3 q 0,0 -0.2,-0.4 -0.8,1.4 -0.2,1.4 0.2,-0.2 0.4,-1 z m 0.8,-2.6 0.2,-0.8 -0.4,0.8 -0.6,1.4 0.2,-0.2 q 0.4,-0.4 0.6,-1.2 z m 1.4,-4 0.2,-1 -0.6,1 q -0.4,0.8 -0.4,1.4 0,0.4 0.2,0 0.4,-0.6 0.6,-1.4 z m 1,-4 q -0.2,0.6 0.2,0.2 0.4,-0.4 0.2,-0.6 -0.2,-0.2 -0.4,0.4 z m 0.2,-7.6 q 0.4,-0.2 0.4,-0.8 0,-0.6 -0.4,0 -0.4,0.8 0,0.8 z m 1,-2.6 q 0,0 0,-0.8 0,0.2 -0.2,0.8 -0.2,0.4 -0.4,0.8 0,0.2 0,0.2 0.2,0 0.6,-1 z m 0.8,-24 q 0,0 -0.2,0.4 -0.2,0.2 0,0.2 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.4 z m 0.2,29.2 q 0.4,-0.6 0.4,-0.8 h -0.4 q -0.2,0.6 -0.2,1 z m 2.6,-28.2 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 l 0.2,0.2 q 0.6,0.4 0.8,0.4 z m 7.2,1.4 q 0.6,-0.2 0.6,-0.2 -0.4,-0.2 -1,0 0,0.2 0.4,0.2 z m -1.2,-1 q 2.6,0.2 2.8,0.2 0.4,-0.4 -5,-0.8 h -1.8 q 0.4,0.2 0.6,0.4 0.2,0 0,0.4 0,0.2 0.2,0.4 0.4,0 1,0 h 1.4 l -1.2,-0.2 q -2.2,-0.4 -0.4,-0.6 1,0 2.4,0.2 z m 3.2,1.4 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,-0.2 z m 0.2,-1 q 0,0 2.4,0.2 0,-0.2 -1.4,-0.4 -1,0 -1,0.2 z m 3.6,0.6 q 0.2,0 0.4,0 0.2,-0.2 0,-0.4 -0.2,-0.2 -0.6,0 -1.2,0.4 0.2,0.4 z m 2.6,0.2 q 0.4,0 0.6,-0.2 -0.6,0 -1,0 0.4,0.2 0.4,0.2 z m 1.8,0.4 q 0.4,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m 2.2,0.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 2,0.6 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z m 20.6,10.4 q 0,0 0.2,0.4 0.6,0.2 1,0.2 l -0.2,-0.2 q -0.6,-0.4 -1,-0.4 z m -5,-5.8 q 0,0 -1.2,-0.2 l 0.2,0.2 q 0.6,0.4 1.2,0.2 z m -3,-1 q 0,-0.4 -0.8,-0.4 -0.8,0 -0.2,0.4 0.8,0.2 1,0.2 z m -2.2,-1 q -0.8,-0.4 -1.4,-0.2 0.4,0.6 2,0.8 z m -2.8,-1 q 0,0 -2.8,-0.6 0.2,0.2 1.4,0.8 1.4,0.4 2,0.4 0.2,0 0,-0.2 -0.2,-0.2 -0.6,-0.4 z m -1,23.8 q 0,0 -0.6,-0.4 -0.8,-0.4 -2,-0.6 l -1.2,-0.4 1,0.6 q 1.2,0.8 2.8,0.8 z m -0.8,-22.2 q 0,0 1.6,0.2 -0.2,-0.2 -1.2,-0.4 -0.4,0.2 -0.4,0.2 z m 6.4,25 q 0,0 0.4,-0.2 -0.2,-0.2 -2.8,-1.2 -2.4,-1.2 -2.6,-1.2 z m 1.2,0.6 q 1,1.2 1,0.6 0,-0.4 -0.8,-0.8 z m 3,1 q -0.2,0 -0.8,-0.4 -0.6,-0.4 -0.8,0 0,0.2 0,0.2 0,0 0.2,-0.2 0.4,-0.2 0.4,0.2 0,0.4 0.6,0.4 z m -0.8,-9 q -0.8,-0.4 -1.2,-0.4 -0.2,0 0.6,0.4 1.2,0.6 1,0.6 0,-0.2 -0.4,-0.6 z m -0.6,3.2 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z m 2.8,-12.6 q 0.8,0.2 0.8,-0.2 -0.2,-0.4 -0.8,-0.2 -0.4,0.2 0,0.4 z m -4.8,-6 q 0,0 5.6,1.6 l -0.2,-0.2 q -0.8,-0.6 -1.6,-0.6 -0.8,0 -0.8,-0.2 0,-0.2 -0.8,-0.2 -0.6,-0.2 -0.8,-0.4 -0.2,-0.4 -0.6,-0.4 l -2.4,-0.8 -0.8,-0.2 q -1,0 -2,-0.2 z m 8.8,8.6 q 1.2,0.6 1.2,0.4 0,-0.2 -1.2,-0.8 z m 2.2,0.2 q 0.4,0 -0.2,-0.6 -0.6,-0.8 -2.6,-1.6 -1.8,-1 -2,-0.8 l 0.4,0.2 -0.2,0.4 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 0.2,0.2 1.8,1.2 1.6,0.8 1.8,0.8 z m 0,-3.2 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 1.2,0.8 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 z"/><path fill="#ffffff" d="m 536.20016,93.6 q -0.4,1.8 -0.6,2.2 -0.2,0.4 0.6,0.4 0.4,0 0.8,0 1.8,0 2.4,0.4 0.8,0.4 0.8,0 0,-0.4 0.8,-0.4 0.8,0 0,0.4 v 0.2 q 0.8,0 0.4,0.8 -0.2,0.4 -0.6,0.4 -0.6,0 -0.8,0.4 0,0.4 0.6,0.4 0.4,0 1.8,0 l 2.4,-0.2 1.6,2.8 -0.8,0.2 v 0.4 q 0.4,0 0.4,0.2 0,0 -0.4,0.4 v 0.4 q 0.8,-0.2 1.2,0.4 0.2,0.4 0,0.6 -0.4,0.2 -0.2,0.4 0,0.2 -0.4,0.4 -0.4,0.2 -1,0.6 -0.6,0.2 -1,0.4 -0.4,0.2 -0.4,0.4 0.2,0.2 0,0.2 0,0 -0.4,0 -0.4,0 -0.4,0.4 0,0.4 0.8,0.6 1,0 1.8,-0.2 0.8,-0.4 1.2,-0.2 0.4,0.4 -0.4,1 -0.4,0.2 -0.6,0.2 -0.6,0 0,0.4 l -0.4,0.2 q -0.6,-0.2 -1.2,0.4 -0.6,0.4 -1.2,0.2 l -0.2,0.2 q 0.2,0.4 -7.4,2.6 -2,0.6 -2,0.8 0.2,0 5,-1.4 4.8,-1.4 5.8,-1.8 l -0.2,0.4 q -0.8,0.8 -1.4,0.8 -0.4,0 -0.4,0.4 0,0.2 -0.6,0.4 -8.2,2.6 -8.4,3 -0.2,0.2 -0.2,10.2 0,2.8 0,5.2 0,2.2 -0.2,3.6 0,1.2 0,1.2 -0.4,-0.6 -0.6,-14 l -0.2,-5 -0.4,1 v -1 q -0.2,-0.6 -0.4,-0.8 -0.4,0.2 -0.4,1.4 0.2,1 0.2,7.8 l -0.4,5 v -0.2 14.8 q 0.2,2.4 -0.2,2.4 -0.2,0 -0.2,-1.6 l -0.2,-1.4 q -0.2,0.2 -0.2,3.6 0.2,3.2 0,4.2 l -0.2,-0.4 q -0.2,-1 -0.2,-2 0,-1 -0.2,-4.4 0,-3.4 -0.4,-4.2 l -0.2,3.2 q 0.2,4 -0.2,4 -0.2,0 -0.2,0.4 0,0.2 0.4,0 l 0.2,0.8 -0.2,0.2 q -0.4,-0.4 -0.2,0.2 0,0.2 0,0.6 l 0.2,8.2 -0.4,-1 q 0,0.6 -0.2,0.8 -0.2,0.2 -0.4,-0.4 -0.2,-0.4 -0.2,-1 l -0.2,-1.4 v 1.4 q 0,1.6 0.4,2 0.6,0.4 0.6,2.4 -0.2,2.8 -0.8,2.8 -0.4,-0.4 0,-0.4 0.4,-0.2 0.4,-1.4 l -0.2,-0.2 q -0.2,0.6 -0.4,0 0,-0.4 -0.2,-1.2 0,-2 -0.4,-2 -0.4,-0.2 -0.4,-0.6 0,-0.4 0.2,0 l 0.2,-1.8 q -0.2,-0.8 -0.6,-1 l 0.2,7.4 q 0,0.8 0,1.2 0.2,1.6 0.2,1.6 0,0 -0.4,-1 l -0.6,-1.4 q -0.2,0.2 -0.2,0.6 0.2,0.6 0.2,1.6 0.2,0.8 0.2,1.6 0,0.6 -0.2,0.6 -0.4,0 -0.4,-1 v -1 l -0.2,1 q -0.2,0.8 0,1.6 0.2,0.6 0,1 0,0.4 0,1.6 0,1 -0.2,1 -0.2,0 -0.4,-1 -0.6,-8.4 -1.4,-8.8 -0.4,-0.4 -0.6,-2.4 0,-2.2 -0.2,-3.2 l 0.2,7.2 q 0.4,3.4 0,3.6 -0.2,0 -0.4,-0.2 0,-0.4 -0.2,-1 0,-0.6 0,-1.2 -0.2,-2.6 -0.8,-3 l 0.2,-0.4 q 0.2,0.2 0.2,-0.4 0,-0.4 0,-1.6 -0.2,-2.4 -0.2,-3.8 l -0.4,-1.2 q -0.4,0.2 -0.2,1.4 0.2,1 0.4,3.2 0,1.8 -0.2,1.8 -0.4,-0.4 -0.6,-0.2 0,0 0,0.4 0.2,0.8 -0.2,0.8 -0.4,-0.2 -0.4,-1 -0.2,-0.8 -0.2,-0.8 0.2,-0.2 0.6,-0.2 0.6,0.2 0.2,-0.2 -0.4,-0.4 -0.2,-1 h -0.2 q -0.4,0.4 -0.6,-0.2 0,-0.8 -0.2,-3.8 -0.2,-4.6 -0.6,-6.2 -0.2,-1.8 -0.6,-4.4 l -0.2,-2.6 q -0.2,0.4 0,3.4 0,3.8 -0.4,3.8 -0.2,0 -0.2,0.4 0,0.4 0.4,0.2 0.4,-0.2 0.4,0.4 0,0.4 -0.4,0.2 -0.8,-0.2 -0.4,3 0.2,2 0.6,2.2 0.4,0.4 0.4,0.4 0,0 -0.6,0 -0.6,0 -0.8,-0.2 -0.4,-0.6 -0.6,-10 l -0.2,-1.8 h -0.2 l -0.2,0.2 q 0,-0.4 0.2,-0.6 0.4,-0.2 0.2,-0.4 -0.2,-0.4 -0.2,-5.4 0,-5 -0.2,-5 -0.2,0 -0.2,-1.2 0,-1.2 0,-2.6 0.2,-1.4 0.2,-2 -0.4,0.2 -0.4,-0.2 0,-0.2 0,-1 0.2,-5.4 -0.4,-4.8 -0.4,0.4 0,9.4 0,4 -0.4,4 -0.2,0 -0.2,-1.8 -0.2,-11.6 -0.8,-11.6 v -0.2 q 1,-0.6 -10.4,0.2 -3.8,0.4 -8.2,0.6 -5.4,0.2 -7,0.4 -2.6,0 -3.2,0 -0.6,0.2 -0.8,1.2 -0.2,1 -0.6,6.2 -0.4,4.8 -0.6,5.4 0,0.6 -0.2,4.4 -0.2,3.6 -0.6,6.6 l -0.2,2 q 0,-1.6 0.4,-9.6 l 0.6,-13.2 q -0.2,0.6 -0.4,0.6 0,0 0,-0.6 0,-0.8 0.4,-1 0.6,-0.2 0.6,-0.8 0,-0.8 -0.6,-0.4 h -0.2 q 0.2,-0.4 -0.2,-0.4 -0.6,0 -0.6,2.4 0,1.2 0,1.6 0,0.6 -0.4,1.2 -0.4,0.4 -0.2,1 0.4,0.6 0,3 -0.4,2.4 -0.2,3 0.2,0.6 -0.4,1 -0.6,0.6 0,1 0.4,0 0.2,0.8 -0.2,0.6 -0.4,0 l -0.4,-0.2 q 0,0.6 0.4,1 0.4,0.2 0.4,0.6 l -0.4,-0.2 q -0.4,-0.6 -0.4,0 0,0.6 0.4,0.6 0.4,0 0.4,0.6 0,0.6 -0.4,0.2 -0.4,-0.4 -0.6,1.4 0,1.6 0.4,1.6 l -0.2,0.4 q -0.4,0.2 -0.4,1.2 0.2,1.4 0.2,4.6 0,3.2 -0.2,6.4 0,3.2 0,3.2 -0.2,-0.2 -0.4,-2.2 l -0.4,-2.2 q -0.2,0.2 -0.2,0.6 l -0.2,-0.2 q 0,-0.2 0,-0.6 -0.2,-1.4 0.2,-1.8 0.6,-0.4 0,-0.4 -0.6,0 -0.8,0.4 0,0.4 0,2.4 -0.2,1.8 -0.2,3 -0.2,1 0,1 0.4,0 0,0.6 -0.4,0.4 0,0.4 0.4,0 0,0.6 -0.2,0.4 -0.2,2.4 0,0.6 0,1.2 0,0.4 0,0.8 0,0.2 0,0.2 -0.8,-0.2 -1,0.4 -0.2,0.4 -0.2,2.4 l -0.2,2.2 -0.2,-0.2 -0.2,1.8 q 0,0.4 0,0.8 0.2,3.2 0,4.8 l -0.2,1.8 -0.2,-2 q 0,-1.4 -0.4,-1.4 -0.2,0.4 -0.2,0.2 0,-0.2 0,-0.6 -0.2,-0.6 -0.4,-0.6 -0.2,0.4 -0.2,1.8 0.2,1.2 -0.4,1.6 -0.4,-0.2 -0.4,-0.8 0,-1.2 -0.4,-1.2 -0.4,0 -0.4,-0.6 0.2,-0.6 0,-1.4 l -0.2,2.6 q -0.2,3.6 -0.6,3.4 -0.2,-0.4 -0.2,-2 0,-1.6 -0.6,-4.2 -0.6,-2.6 -0.8,-3.8 -0.2,-0.4 -0.4,-0.6 -0.2,-0.2 -0.2,0 v -0.6 q 0,-0.6 0,-0.6 -0.6,0.2 -0.8,1 0,0.6 -0.2,-0.2 -0.2,-0.2 -0.2,-1 -0.2,-2.2 -0.4,-2.2 -0.2,-0.2 0,1.4 0,1.8 -0.4,2.4 -0.2,0.6 0.4,0.8 0.6,0.2 0.6,0.6 0,0.2 -0.4,0 -0.4,-0.2 -0.4,2.6 0.2,2.8 0,3 l -0.4,-1.8 q 0,-2.8 -0.4,-3.2 v 2.4 q 0.2,2.2 -0.2,2.2 -0.2,-0.2 -0.4,-1.2 -0.2,-0.6 -0.2,-0.2 0,0.2 0,0.8 l -0.2,1.2 -0.2,-1.2 q -0.4,-1.4 -0.6,-4.6 -0.2,-3.2 -0.6,-3.4 0,0 0,1 0,1 0,2.6 0,1.4 0,3 0.2,1.6 0.2,3 0,1.4 0.2,1.8 0,0.8 -0.4,0.8 -0.2,0 -0.2,-0.8 0,-0.8 -0.2,-7.6 -0.4,-6.8 -0.6,-16.2 -0.2,-9.6 -0.4,-11.2 -0.2,-1.2 -0.2,-5.2 0,-4.2 0,-7.6 0,-3.6 0,-3.6 0.2,0 0.2,-1.6 0.2,-1.8 0,-3.6 0,-1.8 -0.2,-2.4 -0.2,-0.6 -0.2,-0.2 0,0.2 -0.2,1 -0.2,1.2 -0.6,1.2 -0.2,0 -0.2,-1.6 0,-0.8 -0.4,-1 -0.2,-0.4 -1.6,-0.8 l -1.6,-0.6 -0.4,-0.4 q -0.2,0 -0.4,-0.2 -1.4,-0.4 -1.8,-0.8 -0.4,-0.4 0.4,-0.6 0.6,0 2.4,0.2 3.6,-0.2 3.6,-0.6 l -0.2,-0.4 q 0.4,0 0.2,-0.8 0,-0.8 -2.6,-1 l -2.4,-0.4 3.2,-0.4 h -1.8 q -1.8,0 -1.8,-0.2 0,-0.4 4.4,-0.4 1.2,0 1.2,-0.6 0.2,-0.6 -1,-1 l -1.2,-0.8 q 0.2,-0.2 1.2,0.4 l 1.4,0.2 -0.4,-0.2 q -0.6,-0.6 0,-0.6 0.8,0 0.2,-0.6 -0.2,-0.4 -0.8,-0.4 l 0.4,-0.4 q 0.8,0 0.8,-0.2 l -1,-0.4 q -1,0 -1,-0.4 0,-0.4 1.4,-0.4 1,0 1.2,-0.2 0.2,-0.4 0,-1.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,-0.2 0,-0.4 -0.6,-0.2 l -0.4,-0.2 q 0.2,-0.2 -0.6,-0.4 -0.6,-0.2 -0.4,-0.6 l -0.2,-0.2 q -0.6,0.2 -1.2,-0.2 -0.8,-0.4 -0.4,-0.6 0.4,-0.2 0.8,0 0.2,0 1.2,0.2 1,0 2.2,0.4 1.2,0.2 1.2,-0.6 0,-0.8 1.4,-0.6 0.8,0.2 1,0.2 0.2,-0.2 0,-1 -0.2,-1 0,-1 0.4,0 0.4,-0.6 0,-2 0.6,-3 0.2,-0.4 -0.2,-0.8 -0.2,-0.6 0.2,-0.2 0.6,0.2 0.4,-0.4 -0.2,-0.6 0,-1 0.4,-0.8 0.4,-2.2 0,-0.8 0.4,-1 0.6,-0.2 0.6,-0.6 -0.4,-1.4 0.4,-2.4 v -0.6 q 0,-0.8 0.2,-1 0.4,-0.4 0.4,-1 0,-0.6 0.4,-0.6 0.4,0 0.4,-1.2 l 0.4,-0.8 V 81 q -0.2,-0.6 2.2,-6.6 1,-2.4 2.8,-6.8 1.8,-4 1.6,-4.4 h 0.4 l 0.2,-0.2 -0.6,-1 -0.6,1 q -0.6,0.8 -0.8,1.4 -0.2,0.6 -0.6,0.6 -0.4,0 0,-0.4 0.6,-0.6 0.2,-0.6 -0.2,0 0.4,-1 0.8,-1 0.8,-1.4 0,-0.6 0.6,0.2 0.8,0.6 0.8,0.2 0,-0.6 0.8,-1.6 0.4,-0.2 0.4,0 l 0.2,-0.2 q 0.2,-0.2 0.4,-0.6 0.6,-1.2 0.4,-1.4 0,-0.4 0.2,-0.6 0.4,-0.2 0.6,0.4 0.4,0.6 0.6,0.2 0.2,-0.4 -0.2,-0.4 -0.2,0 -0.2,-1 l 0.4,-0.6 0.2,-0.4 q 0,-0.6 0.6,-1.6 0.6,-1 0.8,-1 0.4,0 0.2,-0.2 -0.2,-0.4 0.2,-0.6 0.6,-0.2 0.4,-0.6 0,-0.2 0,-0.2 0,0 0.2,0 0.4,-0.2 0.4,-0.6 l 0.4,-0.6 q 0.2,0.2 0.4,-0.2 v 0.4 q -0.2,0.4 -0.2,0.8 0,0.4 -0.6,0.6 -0.4,0.2 -0.4,0.6 0,0.2 0.6,0.4 h 0.4 q -0.2,-0.2 0,-0.4 0.4,-0.2 0.8,-0.2 0.4,-0.2 0.6,0 0.2,0 0.4,-0.4 0.4,-0.4 0.8,-1 1.2,-1.8 1.8,-1 0.4,0.4 0.4,0.2 0,-0.4 -0.6,-0.8 -0.4,-0.6 0.2,-1.2 0.6,-0.8 1,-0.6 0.6,0.2 0.4,-0.2 -0.2,-0.6 0.4,-0.4 0.8,0.4 0.4,1.4 -0.2,0 -0.6,1 h -0.2 V 49 q 0,0 -0.4,0.6 -1.2,1.8 -0.2,2 0.2,0 0.6,0 0.8,-0.4 1,0.2 0.2,0.6 0.6,0.4 0.4,-0.2 0.4,0 0,0.2 -0.2,0.4 -0.4,0.8 0.2,0.2 0.8,-0.6 1.2,-0.2 l 0.2,0.4 q -0.2,0 -1.2,1.6 -1,1.6 -1,2 0,0.6 0.8,-0.6 0.2,-0.4 0.4,-0.8 0.2,-0.8 1.4,-2.2 1.4,-1.4 1.8,-1.4 0.8,0 0.4,0.6 -0.2,0.2 -0.8,0.8 -2,2.2 -1.8,3.4 0.2,0 1.6,-1.4 1.6,-1.6 2,-1.2 0.8,1 -0.2,2.6 -0.4,0.8 -0.6,1.6 l -0.4,1 0.8,-1 q 0.4,-0.4 0,0.6 -0.2,0.4 -0.6,1.6 -1.4,3 -1.4,3.2 l 0.6,-0.8 q 0.4,-1 1.2,-1.6 0.4,-0.4 0.4,-0.4 0.2,0 -0.2,0.6 -0.2,0.8 -1.6,3.4 -1.2,2.4 -1.2,2.6 0,0 0.6,0 0.8,-0.2 1.4,-1.8 0.8,-1.8 1.2,-1.8 0.4,0 -0.2,1 -0.6,1 -1.4,3 -0.6,2 -1.2,3.4 -0.8,2 -4.2,12.4 -3.2,10.2 -3.8,12.8 -1.6,6.4 -1.6,7.6 0.4,0 2.8,0 2.6,-0.2 6.2,-0.4 3.6,-0.2 5.6,-0.4 2.8,-0.2 8,-1.2 5.2,-1 5.4,-1.2 0.2,-0.2 0.8,-4.4 1.2,-10.4 4.2,-20 2,-6.4 4.4,-11.2 0.6,-1.2 0.6,-1.4 0,-0.4 0.6,-1.2 l 0.2,-0.8 -0.2,-0.2 q 0.2,-0.6 0.6,-0.4 0.2,0.2 0.4,-0.2 0.2,-0.6 0.2,-1.2 0.2,-0.8 0.2,-1.2 -0.2,-0.6 0.2,-0.6 0.4,0 0.2,0.4 -0.2,0.2 -0.2,0.2 0.2,0 0.4,0 0.4,-0.2 1.8,-2.8 1.6,-2.8 2.4,-3.8 l 1,-1.2 -0.6,1.4 -0.4,1.2 0.2,-0.2 q 0.6,-0.4 0.8,-0.2 v -0.6 l 0.2,-0.4 q 0.2,0.6 0.4,0.2 0.4,-0.4 0.6,-0.4 0.2,0.2 0.6,-0.4 0.6,-0.6 1.6,-2.4 0.6,-1 1,-1 0.6,0 0.4,-0.4 -0.2,-0.6 0.4,-0.4 0.8,0.2 0.4,1 -0.2,0.6 -0.2,1 0.2,0.8 -0.8,1 v 0.4 q 0.2,0.8 -0.4,1 -0.6,0.2 -0.6,0.6 0,0.2 0.4,0 l 0.2,0.2 q -0.2,0.4 -0.4,1.2 0,0.6 -0.2,1 0,0.4 -0.6,0.2 -0.4,-0.4 0,0.2 0.4,0.4 -0.2,0.8 l 0.2,0.2 q 0.6,-0.4 0.8,-0.2 l 0.2,-0.2 q -0.4,-0.4 0.2,-1.4 0.8,-1 1.4,-1 0.4,0 0.4,-0.4 0,-0.4 0.4,-0.4 0.4,0 1.6,-1 1,-0.6 1,-0.2 -0.2,0.6 0.2,0.8 0.4,0.2 -0.2,0.6 -0.6,0.2 -0.8,1 -0.4,0.4 -0.4,0.4 0.2,0 0.8,-0.2 2,-1.2 2.2,0 0.2,0.4 -0.4,1 -0.4,0.6 -0.6,1 h 0.2 q 0.4,-0.6 1,-0.6 v 0.2 q -0.8,0.2 -1.2,1.8 -0.2,0.4 0.2,0.4 0.8,0 1.6,-1.8 0.4,-1.2 0.8,-1.4 0.6,-0.2 0.6,-1 0,-0.4 0.6,-1.4 0.8,-1 1.4,-1 0.4,0 0.4,0.6 0,0.6 0.2,0.4 0.4,-0.2 0.4,0 0.2,0.2 -0.2,0.6 -0.4,0.4 -1.4,2.8 -0.8,2.2 -0.8,2.4 0.2,0 0.2,-0.2 0.2,-0.2 0.4,-0.6 0.4,-0.4 0.6,-1 1,-1.8 1,-1.8 0.2,0 0,0.6 0,0.4 -0.4,1.2 -0.2,0.6 -0.6,1.4 -0.4,1.2 -1,2.4 -0.6,1.2 -0.4,1.2 0.4,0 1.4,-2.2 1,-2.2 1.2,-2.2 0.4,0 -0.4,1.4 -0.6,1.2 -0.6,1.8 l 0.8,-1 q 0.6,-1.2 1,-1.2 0.4,0 -1,3.2 -1.4,2.8 -2,4.4 -0.4,1.4 -2.4,7 -5.2,15 -6.6,21.6 z m 3,-36.4 q 0,0 0,0.4 0.4,-0.2 1,-1.4 0.6,-1.4 1.2,-1.8 0.6,-0.6 0.6,-0.8 0,-0.4 -0.8,0.4 -0.6,0.8 -0.6,0.6 0,-0.4 -0.8,0.6 -0.6,0.8 -0.4,1.2 0.2,0.4 -0.2,0.8 z m -2.6,29.6 q 0,0 0.2,0.2 0.4,-0.4 0.2,-0.6 -0.2,-0.2 -0.4,0.4 z m -44,-13 q 0.2,0.4 -0.2,0.4 -0.2,0 0,0.6 0.2,0.4 1,-1.4 0.2,-0.6 0.6,-1.4 1.2,-3.2 1.2,-3.4 0.2,-0.4 0.6,-1 h -0.4 q -0.6,0.6 -0.6,0.2 l -0.6,1 h 0.4 q 0.2,-0.6 0.2,0 0,0.4 -0.4,1 -0.2,0.4 -0.2,0 0,-0.6 -0.4,0 -0.2,0.4 0,1 0.2,0.6 -0.2,0.6 -0.4,0 -0.4,0.6 0.2,0.4 -0.4,0.8 -0.4,0.4 -0.2,1 z m -4.4,12.8 q 0.2,0.4 0.2,0.4 0.2,-0.2 0.2,-0.8 l -0.4,-0.4 q -0.2,0.4 0,0.8 z m 2.6,-6.8 q 0,0.8 0.4,-0.4 0.6,-1.2 0.6,-1.4 0,-0.4 -0.6,0.2 -0.4,0.6 -0.4,1.6 z m 0.2,-24.4 q 0,0 -1,2.6 0.2,-0.4 1.4,-2.4 l 0.8,-1.8 q -0.4,0.2 -1.2,1.6 z m -1.8,-0.6 q 1,-1.6 0.8,-1.6 -0.2,0 -1.2,1.6 -0.8,1.4 -0.8,1.8 0,0.4 0.6,-0.6 0.2,-0.4 0.6,-1.2 z m -25.6,73.6 q -0.2,0.2 -0.2,0.4 0,0.4 0.2,0.4 0,-0.4 0,-0.8 z m 0,4.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-11.8 q 0,0 0.2,0.4 0.2,-0.2 0,-0.6 z m 0.2,44 q 0.2,-0.8 0,-1.6 v 0.2 0.6 q 0,0.8 0,0.8 z m -0.2,-60.4 q 0.4,0.4 0.8,0.2 0,-0.4 -0.6,-0.6 -0.4,-0.2 -0.2,0.4 z m 0.6,-3.6 q 0.2,0.2 0.2,0.2 0.2,0 0.2,-0.2 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 z m 0.8,68.6 q 0,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.4 z m 1.2,-2 q 0.2,-0.4 0,-0.8 -0.2,0 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.2,-2.4 q 0.2,-1.2 -0.2,-1.6 -0.4,-0.6 -0.4,-0.2 0,0.2 0.2,1.4 l 0.2,1.6 z m 2.2,-12.6 q 0.2,-0.4 0,-1 -0.2,0.2 -0.2,0.6 0.2,0.2 0.2,0.4 z m 0,-2.6 q 0.2,-0.2 0,-0.8 l -0.2,0.4 z m 1.4,18.8 q 0.2,0.6 0.2,1.4 0,0.8 0.2,0.8 0.2,0 0,-1.4 0,-1.6 -0.4,-1.6 -0.2,0 0,0.8 z m 0.8,4.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 1.6,-5.8 q 0.2,-0.6 0,-1.2 0,0.2 0,0.6 0,0.4 0,0.6 z m 0.4,-22.8 q -0.2,0.6 0.2,0.2 0.4,-0.4 0.2,-0.6 -0.2,-0.2 -0.4,0.4 z m 2.8,14 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0,0.2 0.2,0.4 z m 0,-2.2 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 3.2,-95.2 q -0.4,0.2 -0.4,0.4 0,1 0.4,-0.2 z m -0.2,64.6 q 0.2,-0.6 0,-1.4 -0.2,0.2 -0.2,0.6 0.2,0.8 0.2,0.8 z m -0.8,20.6 q 0.2,0.2 0.2,-0.2 0,-0.4 -0.4,-0.4 -0.4,-0.2 0,-1 0.6,-1 0.2,-2 -0.2,-0.8 -0.2,-1.8 0,-1.2 0.2,-1.6 0.2,-0.4 0,-3.6 0,-3.4 -0.2,-3.6 l -0.2,1.8 q 0,2 -0.2,2.6 -0.2,0.4 0.2,0.8 0.4,0.2 0,0.6 -0.4,0.4 -0.4,5.8 l 0.2,4 z m 0.2,-14.2 q 0,0.2 0.2,0.2 0.2,0 0.2,-2.4 l -0.4,-1.6 q -0.2,0.8 0,2.2 0,0.2 0,0.6 0,0.4 0,0.6 0,0.2 0,0.4 z m 0,-5.2 q 0,0.2 0.4,0.2 0.4,0 0.4,0 0,-0.2 -0.4,-0.4 -0.4,-0.2 -0.4,0.2 z m 1,-5.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 2,-62.8 q 0,0 -0.2,-0.2 -0.4,0.2 -0.4,0.4 0,1 0.6,-0.2 z m 2.8,-5.4 q 0,0 0,-0.2 -0.6,0.4 -0.6,0.2 0,-0.4 -0.6,0.4 -0.4,0.6 -0.4,1 l 0.4,-0.4 q 0.4,-0.6 0.6,-0.4 0.2,0.2 0.6,-0.6 z m 1,47.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 3.4,17.8 q 0,0 1.2,0 v -0.2 q -1,0 -2.2,0 -0.4,0.2 0,0.2 0.2,0 1,0 z m 4,0 q 0,0 0.4,0 -0.4,-0.2 -0.8,0 0.2,0 0.4,0 z m 22.4,-20 q 0.2,0.2 0.6,0 0.4,-0.4 0.2,-0.6 -0.2,-0.4 -0.6,0 -0.4,0.2 -0.2,0.6 z m 1.8,-11.2 q -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 0.2,-0.4 0,-0.8 z m -0.8,5.8 q 0.4,0.2 0.4,0.2 0,0 0,-0.8 0,-1 -0.2,-1 -0.2,0 -0.4,0.6 0,0.6 0.2,1 z m 0.8,-4.4 q -0.2,0 -0.4,0.4 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 z m 0.4,57.6 q 0.2,-0.6 0,-1 -0.2,0.4 -0.2,0.4 0,0.4 0.2,0.6 z m 0,-2.8 q 0.2,-1.6 0,-3 -0.2,0.8 -0.2,1.4 l 0.2,1.8 z m -0.2,-48.4 q 0.2,-0.2 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.4 0,0.2 0,0.4 0.2,0 0.4,0 z m 0.2,-8.6 q 0.2,0.2 0.4,0 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.4 0.2,0.6 z m 3,57.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.4,7 q 0.2,0.6 0.2,0.6 0.2,0 0.2,-2 l -0.2,-1.4 q -0.4,0.8 -0.4,1.6 0.2,0.6 0.2,1.2 z m 2,-80.8 q 0,-0.2 0,-0.4 0,-0.4 -0.2,0.2 -0.2,0.2 -0.2,0.6 l -1,1 v 0.4 q 0.2,0.4 0.4,0.4 0.4,-0.2 0.4,-0.8 0,-0.4 0.2,-0.4 0.4,0 0.4,-1 z m 1.8,-4.4 q 0.8,-2.6 1.2,-3 0.4,-0.4 0.6,-1.2 l -0.2,-0.6 q -0.2,0.2 -1.6,3.6 -1.4,3.2 -1.6,3.8 0,0.8 0.2,0.6 0.2,-0.4 1.4,-3.2 z m 0.4,98 q 0,0.4 0.2,0.4 0.4,0 0.4,-0.6 0,-0.2 -0.2,-0.4 0,-0.2 -0.2,0 -0.2,0 -0.2,0.6 z m 0.2,-4 q 0.2,-0.4 0.4,0.2 0.4,0.4 0.4,-0.4 0,-0.2 -0.2,-0.4 -0.4,-0.2 -0.6,0.6 z m 0.8,1.2 q -0.2,0.6 0,0.6 0.4,0 0.4,-0.6 0,-0.6 -0.2,-0.6 0,0 -0.2,0.6 z m 0.8,-101.4 q 0.4,0.6 0.6,0.4 0.2,-0.2 -0.4,-0.6 -0.4,-0.4 -0.2,0.2 z m 1.6,98.4 q -0.2,0.2 -0.2,0.4 0,0.4 0.2,0.4 0.2,-0.4 0,-0.8 z m 0.8,-20.6 q 0.2,-0.8 0,-2.4 -0.2,-1.2 -0.2,-1.2 l -0.2,1.8 z m 0.4,-82.6 q 0,0 -0.2,-0.2 -0.2,0.2 -0.2,0.4 0,1.2 0.4,-0.2 z m 1.2,63.4 q -0.2,0.2 -0.2,0.4 l 0.2,0.4 q 0.2,-0.4 0,-0.8 z m -0.2,23.8 q 0.4,-0.4 0.2,-1 l -0.4,0.4 z m 0.2,-17.2 q 0.4,-1.6 0,-2 l -0.2,1.4 v 2.2 z m 4.8,-30.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0,0.4 0.2,0.4 z m 10.6,8.4 q 0,0 0.2,0.2 l 0.6,-0.2 q -0.2,-0.2 -0.8,0 z m -3.4,0.8 q 0,0 2.4,-0.4 0.6,-0.2 -0.6,0 -1.2,0.2 -1.8,0.4 z m -6.8,-12.6 q 0,0 0.2,0.6 0.2,-0.2 0,-0.8 z"/><path fill="#ffffff" d="m 618.20031,62 q 0,0.2 0.4,0.8 0.4,0.4 -0.2,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 l -0.2,0.2 q -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.2 l -1.6,0.2 -1.4,0.2 q 0.4,0.2 0.2,0.6 -0.2,0.2 0.2,0.2 0.4,0 0.4,0.4 0,0.4 -1,0.2 -4.8,-1.2 -5.4,-0.4 l 1,0.2 q 1.2,0 1.4,0.4 0.2,0.2 1.4,0.6 l 0.2,0.2 q -1,0.2 -1.2,-0.2 -0.8,-0.8 -3,-0.4 -0.6,0.2 -0.6,0.4 0.2,0.2 1.2,0.2 1.2,-0.2 1.2,0.2 0,0.2 2.8,0.4 4.2,0.4 4,1.2 -0.4,0.4 -0.8,-0.2 l -0.2,-0.2 q 0,0.4 -2.2,0.4 -3.8,0 -3.2,0.2 0.2,0 0.8,0.2 0.8,0.2 -0.2,0.2 -0.8,0 -2.4,0 -4,0.2 -5.4,0.4 -3.6,1 -11,2 -2.4,0.4 -10.2,2.6 -7.8,2.2 -8.4,2.8 -0.2,0.2 0.6,5.8 1.4,10.6 1.4,21.2 0,3.4 0.4,3.4 4.2,-1.6 9.2,-2.4 1,-0.2 1,0.2 0,0.2 0.8,0.2 0.8,0 0.2,-0.4 -0.6,-0.2 -0.6,-0.2 0,0 0.6,0 0.8,0 0.8,0.4 l 0.2,-0.2 q 0.2,-0.6 6.8,-0.4 6.6,0 7.8,0.8 1.4,0.6 1.6,1 0.2,0.4 -0.2,0.4 -0.2,-0.2 -0.4,-0.2 -0.8,-0.2 -2.6,-0.4 -1.2,0.2 -1.2,0.4 0.4,0.6 1.4,0.4 1,-0.2 3,0.4 2,0.4 2,0.8 0.2,0.4 -0.4,0.6 -0.6,0 -2.6,0 -3.2,0.2 -5.2,0.4 -1.8,0.2 -0.2,0.2 0.8,0 2.2,0 4,-0.2 5,0.4 1,0.4 1,0.8 0,0.2 0.8,0.4 0.8,0 0.8,1 0,1 -0.8,1.2 -1.2,0.2 -1.4,0.4 0,0.2 0.4,0.6 0.6,0.4 1.2,0.2 v 0.2 q -0.4,0.6 -2.4,0.8 -0.8,0.2 -0.6,0.4 0.4,0.2 -0.2,0.2 -0.2,0 -0.6,0 -1.4,-0.2 -1.4,0.2 0,0.2 -0.4,0 -0.2,-0.2 -0.4,0.2 h 2.6 q 1.2,0 2,-0.2 0.6,-0.2 0.6,0 0.2,0 -0.2,0.2 -0.4,0.6 -1.6,0.6 l -4,1 h 0.2 q 0.6,0 3.8,-0.4 h 0.2 0.2 l 0.2,-0.2 4,-0.4 q -0.6,0.4 -1.8,0.6 -1,0 -1.4,0.4 -0.2,0.4 -1.6,0.4 -1.4,0 -1.4,0.4 0,0.4 0.8,0.2 l 5,-0.4 q -0.6,0.2 -0.6,0.8 0,0.4 -1.4,0.8 -1.6,0.6 -0.2,1 1.6,0 -0.8,0.8 -2,0.8 -6.2,1.8 -22.2,5.6 -25.2,7.4 -0.8,0.4 -0.8,1.2 0,0.6 -0.2,1.4 -0.2,1 -0.8,5.4 -0.4,4.6 -1.4,9.8 -1,5 -1,5.4 0,0.2 0.6,-0.2 0.6,-0.4 2,-0.6 1.6,-0.2 2.6,-0.6 1.2,-0.6 1.6,-0.4 0.4,0.2 2.8,-0.2 2.6,-0.4 3,-0.8 h 0.2 q -0.2,0.4 3.2,0.4 3.6,0 4.2,0.2 0.6,0.2 2.6,0.6 4.2,1.2 6.2,2.2 1.2,0.6 3.6,1 1.6,0.8 1.6,1.4 -0.2,0.4 -1.8,-0.2 -1.6,-0.6 -1.8,-0.4 -0.2,0.2 2.4,1 l 2.8,0.6 q -0.2,0 -0.6,-0.2 -1.2,-0.6 -0.4,-0.8 1.6,-0.6 6.6,3.6 2.6,2.4 2.2,2.6 0,0 -1,-0.8 -1,-0.8 -1.4,-0.6 -0.2,0 0.6,0.8 0.8,0.6 0.4,1.2 -0.6,0.6 0,0.8 0.2,0 0.6,-0.2 0.4,-0.4 1.6,0.8 l 0.8,1 q -0.6,-0.4 -1.2,0 -0.4,0.2 0.6,0.8 l 0.8,0.2 q 0,-0.2 0,-0.4 0.2,-0.2 1,0.6 1.2,1.6 0,2.4 -0.2,0.4 -0.4,0.8 0,0.4 0,0.8 0,0.2 0.2,0.2 0.4,0 0.4,0.8 0.2,0.6 -0.2,1 -0.4,0.2 -1.4,0 -1,-0.2 -1.6,0 -0.6,0 -1.2,-0.4 -0.4,-0.4 -0.4,0 0,0.2 -1,0.2 l -0.2,0.2 q 0.8,0.2 1.6,0.2 0.6,0.2 0,0.4 -0.2,0 -0.8,0 -1.4,0.4 -2,0.2 -0.4,-0.2 -0.4,0.2 0,0.2 1.2,0.6 1.2,0.2 0.2,0.4 -0.8,0 -0.2,0.4 1,0.6 -1.8,0.8 -1.4,0 -1.4,0.4 0,0.4 -0.4,0.4 -0.8,0 -4.6,-0.2 -10.6,-1.2 -24.4,1.4 -6.6,1.2 -10.2,2.4 -2.8,1.2 -3.6,1.8 -0.8,0.4 -1,1.2 -0.2,1.2 -1.6,4.8 -1.2,3.6 -1.6,4 l 0.2,-1.4 q 1.2,-4 1,-4.4 l -0.6,0.8 q -0.6,1.2 -0.6,0.4 0,-2 -0.8,0.4 -0.2,0.4 -0.4,0.8 l -1,2.2 q 0,-0.2 0,-0.6 0,-1 -0.4,-1.8 l 0.2,-0.6 0.2,-0.8 q 0,-1 -0.4,-1 -0.6,0 -3.4,2.6 -1,0.8 -1.2,0.6 -0.2,-0.2 -0.4,0.2 l -0.2,-0.2 q 0,-0.2 0.2,-0.4 0.2,-1.2 0,-1.2 -0.4,0 -1.6,1.4 -1,1.2 -1.2,1.6 -0.2,-0.4 -0.2,-0.8 -0.2,-1.6 0,-2 0.2,-0.2 0.6,-2.2 0.4,-2.2 0.4,-2.8 0,-0.4 -0.8,0 -0.8,0.4 0.2,-0.4 1.2,-0.8 1,-1 -0.2,-0.2 -1.8,1 -1.4,1 -1.4,1.2 l -1.6,2.2 q 0,-0.2 0.6,-1.4 0.2,-0.6 0,-0.6 -0.6,0.6 -0.8,0.4 0,-0.2 0.4,-0.8 l 0.2,-0.4 q -0.4,0.2 -0.4,0 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.6,-0.4 -0.6,-1.2 -1,0 v 0.2 q 0.6,-0.2 0.6,0.4 0,0.4 -0.6,1 -1.8,1.2 -1.8,0.6 0.2,-0.6 0.6,-0.6 h 0.2 q -0.4,-0.2 0.2,-0.8 h -0.2 q -0.2,0.2 -0.4,0.4 -1.2,1 -1.4,0.8 -0.2,-0.4 1.6,-2.2 1.6,-1.8 0.6,-1.8 -0.2,0 0,0.4 0,0.2 -0.2,0.2 0,0 -0.2,0 -0.2,-0.2 0.2,-1.2 0.6,-1 1,-1 0.4,0 0.2,-0.6 -0.2,-0.6 0,-0.8 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.6 0.4,-0.6 0.6,0 0.6,-0.4 0,-0.6 1.2,-1.6 1.2,-1 1,-1 -0.4,0 -2.4,1.6 -2.2,1.6 -3.2,2.2 -0.8,0.6 -0.8,0.8 0.2,0.2 -0.6,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.4,-0.6 0.8,-0.8 0.2,-0.2 0.2,-0.6 0,-0.4 -0.6,0 v -0.2 q 0.8,-0.8 1,-0.6 0.2,0.2 2,-1.6 1.2,-1 1.6,-1.4 l -1.4,0.8 q -1,0.8 -1.2,0.8 -0.2,-0.2 1.8,-2.2 l 1.4,-1.6 q -0.8,0.4 -3.4,3 -3.2,3.2 -3.4,2.6 -0.4,-0.8 0.4,-2 0.8,-1.2 4.2,-5 l 0.8,-1 q 0,0 -0.4,0.4 -2.8,2.6 -4.8,5.2 -1.4,1.8 -1.4,1.2 0.2,-0.4 0.8,-1.6 1,-1.6 4.4,-5 3.6,-3.6 6.8,-5.8 3.4,-2.6 3.6,-3 0.2,-0.6 1.4,-11.6 1.2,-11 1,-11.2 0,0 -1.8,1.2 -1.8,1 -2,0.8 0,0 0.2,-0.2 0.2,-0.4 0.6,-0.6 0.6,-0.4 1.2,-0.8 l 1.8,-1.8 q -0.2,0 -1.2,0.8 -1,0.6 -1.4,0.4 -0.4,-0.2 -0.4,0.4 0,0.2 0,0.4 0,0 -0.2,0 -0.4,-0.2 -1.8,0.6 l -1.2,0.6 q 0.2,0 0.6,-0.6 0.8,-0.8 2.4,-1.8 1.6,-1.2 1.6,-1.8 0,-0.6 0,-0.6 0.2,-0.2 0.4,-0.2 0.6,0 0.6,-0.2 0.2,-0.2 0,-0.4 -0.2,-0.2 -1.4,0.2 -1,0.4 -1,0.8 l 0.4,-0.2 q 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 -0.8,0.2 -0.6,-0.2 -3.4,2 -2.6,2 -3.2,2 -0.4,0 1.6,-2.2 2.8,-2.6 2,-2.6 -0.2,0 -0.4,0.2 l 0.6,-1.2 q 0.6,-0.6 0.4,-0.6 -0.2,0 -2,1.6 -3,2.2 -4.2,3.6 -1,1.2 -1.4,1.2 -0.2,0 0.2,-0.4 0.4,-0.4 0.4,-0.6 0,-0.4 -0.6,0.4 -0.6,0.8 -0.6,0.2 0,-0.6 0.4,-1 v -0.2 q -0.4,0.2 -0.4,0 -0.2,-0.2 0.8,-1.2 0.8,-1 0.8,-1.2 0,-0.2 0.8,-1.2 1,-1 0.4,-1 l -0.4,0.2 -0.6,0.6 q -1,0.6 -1.2,0.4 -0.2,-0.4 1.8,-3 1,-1.2 1,-1.6 0,-0.4 1.8,-2.4 l 1,-1.4 q -0.2,0.2 -0.6,0.6 -2.2,1.6 -7.2,7 l -1,1 q 0,0 0.4,-0.6 0.6,-1.2 2,-2.8 1.4,-1.6 2,-2.8 l 0.6,-1.2 -2.2,2 1,-1.4 q 1,-1.4 3.2,-3.6 2.4,-2.2 2.2,-2.4 l 0.2,-0.2 q 0.2,0.2 2.6,-1.6 2.4,-2 2.2,-2.2 0,-0.4 1.4,-1.4 1.6,-1 1.8,-1 l -1.4,1.2 -1.4,1.2 q 0.4,0 1.8,-1.2 l 1.6,-1 -0.2,-13 q -0.4,-17.8 -0.8,-20 l -0.4,-1 q 0,0.4 -0.4,0.4 -1.4,-0.2 -1.4,0.6 0,0.4 -0.4,0.4 -0.4,0 -0.8,0.6 -0.2,0.6 -0.4,0.2 -0.8,-1.2 -1.8,-0.4 -0.4,0.4 -0.4,0 0,-0.6 0.6,-1.6 v -0.4 q -1,0.8 -1,0.6 0,-0.2 0.4,-0.8 0.8,-0.8 0.4,-1 0,0 -0.6,0.4 -0.2,0.2 -0.2,0 0,-0.2 0,-0.4 0,-1 1.8,-2.6 2,-1.8 1.6,-1.8 -0.4,0 -1,0.6 -0.4,0.4 -1.4,1.2 -0.2,0.2 -0.2,0.2 0,-0.2 1.2,-1.4 1.8,-2 1.6,-2 -0.2,0 -2,1.6 -1.8,1.6 -2.2,2.2 -0.6,0.8 -0.6,0.6 0,-0.2 0,-0.6 -0.2,-0.8 -1.4,0.4 -0.2,0 -0.6,0.4 l -1,0.8 q 0.2,-0.2 1.4,-1.4 2,-1.8 2.2,-1.6 0.4,0 0.4,-0.4 0,-0.4 1.2,-1.6 1.2,-1.4 1,-1.4 -0.4,-0.2 -2.4,1.6 -4.2,4 -4.2,2.8 0.2,-0.4 0.4,-0.6 0.2,-0.6 0.2,-0.6 0,-0.2 -0.6,0.2 -0.4,0.4 -0.4,0.4 0,0 0.2,-0.4 0.2,-0.6 0.2,-0.8 h 0.2 q 0.4,0.2 1,-0.6 l 0.6,-0.8 -0.8,0.6 q -0.8,0.8 -0.8,0.6 0,-0.4 2.2,-2.4 2.2,-2.2 0.6,-1 -1.4,1.2 -2.6,2 -1.2,0.8 -1.4,1.4 l -0.4,-0.4 q 0,-0.8 2.6,-3.8 2.8,-3.2 5.4,-5.2 l 2,-1.8 -0.2,-1.6 q -0.2,-1.8 -0.8,-4.4 -0.4,-2.4 -0.6,-3.2 -0.2,-0.8 -0.6,-2.6 -0.4,-1.8 -0.6,-2.4 0,-0.8 -0.2,-1.2 -0.2,-0.6 -0.6,-3.2 -0.8,-3 -0.2,-2.8 0,0 0.4,0.4 0.2,0.6 0.6,0.4 v 1.2 q 0,0.2 -0.2,0.4 -0.2,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 v -1 q 0,-1.2 0.2,-1.6 0.4,-0.6 0,-1 -0.2,-0.4 -0.4,0.4 l -0.2,-0.2 q 0.2,-0.6 0.8,-0.4 0.8,0 0.8,-1 -0.2,-0.4 -0.4,-0.4 l -0.2,0.2 q 0,-1.2 0.6,-1.4 l 0.2,-2 q 0.2,-2 0.4,-2 0.2,0 0.2,0 0.2,-0.2 0.2,-0.2 -0.2,-0.4 0,-0.6 0.2,0 0.2,0.2 0.2,0.2 0.2,0.6 0.2,0.2 0.4,0.6 0.4,1.6 0.6,2.2 l 0.2,-0.2 q -0.2,-0.6 -0.2,-0.6 0.2,-0.2 0.6,0 0.4,0.2 0.6,1 l 0.2,-0.2 q 0,-0.8 0.6,-1.2 0.6,-0.4 0,-2.8 -0.4,-2.6 -0.2,-2.4 0.4,0 1.2,3.4 0.8,3.2 1.4,4 0.4,0.8 0.4,0.4 0,-0.4 -0.2,-1.8 -0.2,-2.2 -0.6,-3 -0.2,-0.8 -0.2,-1.4 0,-0.8 0.4,0.4 0.4,1 0.8,2.6 0.4,2.4 1.2,3.8 l 0.8,1.6 -0.4,-1.4 q -0.2,-1.4 -0.2,-2.2 0,-1 -0.2,-1 -0.2,0 -0.2,-0.6 0,-0.8 0.2,-0.8 0.4,0 0.4,0.8 0.2,0.8 0.2,1.4 -0.4,0.6 0.2,1.2 0.6,0.4 0.4,0.8 -0.2,0.2 -0.2,0.2 0.2,0 0.4,0 0,-0.2 0.2,0 0.2,0.2 0.4,0.8 0.2,0.4 0.4,1 l 0.6,1.6 q 0.2,-2 -1.2,-5.2 -0.2,-0.6 0.4,-0.4 h 0.4 q -0.2,-0.4 0.2,-0.4 0.6,0 1.2,1.8 l 0.8,2 q 0,-1 -1,-4.2 -0.4,-1.2 -0.4,-1.2 0,-0.2 0.6,-0.2 0.8,0 1.6,2.8 1.6,6.4 2.4,13.4 0.4,2.2 0.8,2.4 0.4,0.2 2.6,-0.8 2.4,-1 2.4,-1.2 0,-0.4 0.4,-0.4 0.2,0 5,-1.4 4.8,-1.6 6.4,-2.2 0.6,-0.2 1.2,-0.2 0.4,0 3.4,-0.2 6.2,-0.4 13.4,-0.6 4.8,-0.2 5.4,0.4 0.6,0.6 0,0.6 -0.2,0 -0.8,0 -1.4,0 -1.4,-0.2 0,-0.2 -3.8,0 -3.8,0 -4.2,0.6 -0.4,0.2 -0.4,0.4 0.2,0 0.8,-0.2 0.6,-0.2 2.6,-0.2 2.2,-0.2 2.6,0 0.4,0.2 3.8,0.4 3.4,0 3.6,0.2 l -0.6,0.2 q -0.6,0 -1,0.4 -0.2,0.2 -1.2,0.2 -1,0 -2.8,0 h -1.8 l 2,0.6 q 1.8,0.4 2.4,0.8 0.6,0.2 2,0.2 l 1.2,0.2 q -0.2,0.2 -2.4,0.4 -2,0 -3,0.2 -0.8,0.2 -0.4,0.2 0.2,0 1,0.2 1.6,0 1.8,0.6 0.4,0.4 1,0 1.4,-1.2 3,0.4 0.4,0.4 0.8,0.4 l -0.2,-0.4 q -0.4,-0.2 -0.4,-0.2 0.2,-0.2 0.8,0 l 0.8,-0.2 q -0.2,-0.2 0,-0.2 0.4,-0.2 1,0.2 0.6,0.2 0,0.6 -0.4,0.2 0.2,0.4 0.2,0.2 0.2,0.8 0,0.4 -0.4,1 -0.4,0.4 -0.8,0.4 -0.4,0 -0.4,0.4 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -0.8,0.4 -0.8,0 -0.4,0.4 0.4,0.4 0.2,0.6 -0.2,0.2 -0.8,0 -0.4,-0.2 -0.4,0 0,0.2 1.6,0.8 1.8,0.4 1.6,0.8 z m -66.2,-11.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.4,-4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m -4.2,28.6 q 0.2,0 0.8,-0.6 0.6,-0.8 0.4,-0.8 -0.2,0 -0.8,0.8 -0.6,0.6 -0.4,0.6 z m 0.8,3 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m 3.2,-4.2 q 0,0 0.4,-0.2 0.6,-0.2 0.6,-0.4 0,-0.4 -0.6,0 -0.4,0.4 -0.4,0.6 z m 0,9.8 q 0,0.2 0.2,0.2 0.4,0 0.6,-0.2 0,-0.2 0,-0.2 0,-0.2 -0.2,-0.2 -0.6,0 -0.6,0.4 z m -2.2,51.4 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m -9,41 q 0.6,-1 0.4,-1 0,0 -0.8,1 -0.8,1 -0.4,1 0.2,-0.2 0.8,-1 z m 3.8,-3.8 q 0.2,-0.6 -0.2,-0.2 -0.4,0.4 -1,1 l -1.2,1.2 1.2,-0.8 q 1,-0.8 1.2,-1.2 z m 6.8,-5.6 q 0.4,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.8,-0.6 z m 0,3.6 q 0.8,-0.4 0.4,-0.6 -0.2,-0.4 -1.8,1 -1.6,1.4 -3.2,2.4 -1.4,1 -1.4,1.2 0,0.4 3.2,-1.8 2.4,-1.8 2.8,-2.2 z m 1.8,17.8 q 0.6,-1.2 0.4,-1.2 -0.2,-0.2 -0.6,0.2 -0.4,0.2 -0.6,0.8 -0.2,0.6 -0.2,1 0,0.4 0.2,0.4 0.2,0 0.8,-1.2 z m 2.2,-2.2 q 0.2,0.4 0.4,0 0.2,-0.6 -0.4,-0.4 -1.4,0.2 -1.4,1.6 0.2,0.8 0.6,-0.4 0.6,-1.2 0.8,-0.8 z m 2,4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.6,-148.8 q 0.2,-0.4 -0.2,-0.6 -0.4,-0.2 -0.4,0.4 0,1 0.6,0.2 z m 0.2,3.4 q 0,0.2 0.2,0.2 0.4,0 0.4,-0.4 0,-0.6 -0.4,-0.4 -0.2,0.2 -0.2,0.6 z m 0.8,5 q 0.2,-0.2 0.2,-0.6 l -0.4,0.2 z m 1.4,137 q 0.4,0.2 0.4,0 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.2 0.2,0.6 z m 0.4,-1.4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m 2.8,-141.2 q 0,0 -0.2,-0.8 l -0.4,-0.4 z m 0.4,136.8 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.4,-0.4 -0.2,-0.2 -0.6,0.2 z m 1,-133.6 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 50,123.4 q -0.2,-0.4 -0.6,-0.4 -0.4,0 0.2,0.6 0.4,0.6 0.6,0.2 0,0 -0.2,-0.4 z m -1.2,-5 q 0.2,-0.2 -0.6,-0.6 -0.6,-0.6 -0.8,-0.4 0,0.2 0.6,0.8 0.6,0.4 0.8,0.2 z m -2.6,-0.4 q 0,0 0,0.2 0.8,0.2 0.8,0 -0.2,-0.4 -0.8,-0.2 z m -1.8,-1.8 q 0.2,0 -0.2,-0.4 -0.2,0 -0.4,-0.2 -1.2,-0.6 -1.6,0 0.4,-0.2 1,0.2 0.6,0.4 1.2,0.4 z m -0.8,-1.4 q 2.2,1.2 2.2,1 0,-0.2 -1.6,-1.2 -1.4,-1 -2.2,-1.2 l -0.6,-0.2 q 0.2,0.4 2.2,1.6 z m -1.6,-3.2 q -0.2,-0.2 -1.2,0 -0.8,0.2 0,0.4 0.6,0.2 0.6,0 -0.2,-0.2 0.2,-0.2 z m -3.6,17.8 q 0,0 0.2,0.2 l 0.6,-0.2 q -0.2,-0.2 -0.8,0 z m -3.6,-20.4 q 0,-0.2 -1.6,-0.6 -1.6,-0.6 -1.8,-0.4 l 1.4,0.8 q 2,0.6 2,0.2 z m -5.4,-2.2 q -0.2,0 -0.4,0.4 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 z m -0.8,0.2 q 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 0,0 0.4,0 0.6,0 0.6,-0.2 z m -4.6,-0.8 q -0.2,0.2 0.2,0.2 0.2,0 0.4,-0.2 l 0.4,-0.2 q -0.6,-0.2 -1,0.2 z m -6.6,-0.6 q -0.4,0 -0.2,0.2 0.2,0 0.6,0 0.4,0 0.6,-0.2 -0.4,-0.2 -1,0 z m -10.2,-18.8 q 0.2,-0.4 0,-1.2 -0.2,-0.2 -0.2,0 0,0.2 0,0.6 0,0.4 0.2,0.6 z m 28.4,-15.2 q -0.2,0.2 0,0.2 0.2,0 0.6,0 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m 4.8,-6.8 q 0.2,0.2 0.6,0.2 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m -0.8,-4.6 h -1 l 1,0.4 q 0.8,0.2 0.8,0.2 l 0.2,-0.2 q 0,-0.4 -1,-0.4 z m -27,-0.6 q 0,0 0.4,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.8,0 z m 7.6,-55 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 3,-0.8 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 1.6,0 q 0.2,0 0.4,-0.2 l -0.2,-0.2 q -1.2,0.4 -0.2,0.4 z m 4.4,-0.6 q 0,0 0.6,0 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -0.6,0.4 z m 3.8,-0.4 q 0,0 -0.2,-0.4 -0.8,0 -0.8,0.4 0,0.8 1,0 z m 8.6,14 q 0,0 0.4,-0.2 -0.4,0 -0.8,0 0.2,0.2 0.4,0.2 z m 0.4,-11 q 0.8,0.2 1.8,0.2 1.2,0 1.2,-0.2 0,-0.2 -2.2,-0.2 l -1.4,0.2 q 0.2,0 0.6,0 z m 2,10.8 q 0,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0,0.2 0.4,0.2 z m 3.4,0.8 q 0,0.2 0.2,0.2 0.2,0 0.2,-0.4 0,-0.6 -1.2,-0.6 -1.2,-0.2 -1.2,0 0,0.4 1.6,0.4 0.4,0 0.4,0.4 z"/><path fill="#ff7a1a" d="m 125,225.5 q 0,0.5 0.25,0.25 0.5,-0.25 0.75,0.25 0.25,0.5 -0.25,0.75 -0.5,0.25 -0.5,-0.25 H 125 q -0.5,0.75 -1.25,0.5 -0.5,-0.25 -0.5,0.25 0,0.25 -0.75,0.25 -0.75,-0.25 -1.75,0 L 121,228 q 1,0.25 0.5,0.25 -0.25,0 -1,0 -1.25,0 -1.25,-0.25 0.75,-0.5 0,-0.5 -0.5,0 -1,1 -0.5,0.75 -2.5,1.25 -2,0.5 -2.25,0.75 h 2.5 q 1,-0.25 2,-0.75 2.5,-0.5 3.75,-0.5 1.75,0 0,0.5 -0.5,0 -1.25,0 -1.5,0.25 -1.25,1 0.25,0.5 -0.75,0.25 -0.5,0.25 -0.75,0.25 0.25,0.5 1,0.5 0.75,-0.25 1.25,0.25 0.75,0.5 -0.25,0.75 -0.75,0.25 -1.75,0 -1,-0.25 -4.5,1.25 -3.25,1.25 -3,1.5 0.25,0.25 1.75,-0.5 2.25,-1 2.75,-1.25 1.25,-0.5 1.5,-0.5 0.25,-0.25 0.25,0.25 0,0.25 -3.25,1.5 -3,1.25 -3.75,1.75 -0.25,0.5 -0.25,0.5 0.25,0 1,-0.25 1,-0.5 5,-2 6.25,-2 5.75,-1 -0.25,0.5 0.25,0.5 0.5,0 0.5,-0.75 0,-0.75 0.5,-0.75 0.75,0 0.75,1 0,0.75 -1.75,1.25 -1.5,0.25 -3.5,1 -1.75,0.75 -1.75,0.5 0,0 -0.25,0.25 -0.25,0 -1,0.25 -0.5,0.25 -1.25,0.5 -2.25,1.25 -2.5,1.5 0,0.25 1.75,-0.25 1.5,-0.75 3.75,-1 1.5,-0.25 -0.5,0.75 -1,0.25 -2.5,0.75 -5,1.75 -7,3 -2,1 -4,2 -8.5,4.5 -14.75,13.5 -7.75,10.5 -6,18.5 0.5,2.5 0.25,3 v 0.25 l 1.5,2.25 q 1.75,3.5 1.5,4.25 v 0.25 q 0.5,-0.75 1.75,1.25 1.25,1.75 5,7 3.75,5 3.5,5.5 -0.25,0 -0.25,0.25 0.25,0 0.5,-0.25 0.25,0 1,1 1,1 4.5,5.5 1.5,2 2.5,3 3.75,4.25 3.5,5.5 v 0.25 q 0.25,-0.5 0.75,0.25 l 0.5,1.25 q -0.25,0 -0.5,-0.25 l -0.25,0.5 q 0.75,0.75 0.75,0.5 0.5,-1.25 1.5,0.75 0.75,1.25 0.25,2 -0.25,0.5 0,0.75 0.5,0.25 0.75,-0.25 0.25,-0.5 0.5,0.25 0.5,0.5 0,0.75 -0.25,0 -0.25,0.75 0,0.75 0.25,0.25 0.5,-0.75 1,0.25 0.75,0.75 0.5,1.5 -0.25,0.75 0.5,0.75 1,0 1.75,3.75 0.25,0.75 1,3 3,7.75 3,16.5 v 7 l -2,4 q -1.75,4 -1.5,4.5 0.25,0.25 -0.25,0.5 -0.25,0 -2.25,4.25 -2,4 -2,4.75 0,0.5 -1,1.5 -1,1 -0.75,1.5 0,0.25 -0.25,0.5 0,0 -0.25,0 -0.75,0 -0.75,-0.75 0,-1 -1,-0.25 -0.75,0.5 -1.75,2 -1.25,2.5 -1.25,1.25 0.25,-0.5 0.5,-1.5 2.25,-4 2,-4 -0.25,0 -1.75,2.5 -1.25,2.25 -1.5,2.25 0,0 0.25,-0.75 0.5,-1 0,-1 -0.25,0 -0.25,0.25 0,0.25 -0.75,1.25 h -0.25 q 0.25,-0.75 -0.5,-0.25 -0.25,0.25 -0.75,0.75 -7.25,6.75 -23,10.5 -4.75,0.75 -4.75,0.5 L 72,389.5 q -1,0 -1,0.25 1,0.25 1.5,0.25 0.25,-0.25 0.25,0 0.25,0 0,0.25 -0.25,0.5 -4.75,0.25 -1.25,0 -2.25,0 -1,0 -1.5,0 -0.5,-0.25 -0.5,-0.25 Q 64,390 67,390 h 2.75 v -0.25 q -0.25,-0.5 -1,-0.25 -0.5,-0.25 -0.75,-0.25 L 66.5,389 H 65 65.25 q 0.5,-0.5 0,-0.5 -0.25,0 -0.75,0 h -1 l -1,-0.5 q -1,0 -1.5,-0.25 -0.75,0 -1.5,0 -0.25,0 -0.5,0 0,-0.25 0,-0.5 L 58.25,387 58,386.75 q 0.5,-0.25 0,-0.25 -0.25,-0.25 -1,-0.25 -1.5,0 -2.5,-0.25 l -0.5,0.25 q 0.75,0.5 0.25,0.5 Q 53.75,387 51.75,386 50,385.5 50,385.75 q 0,0 -0.75,-0.75 -1.75,-1.5 -2.5,-0.75 -0.25,0.25 -0.25,0.5 0,0 0.5,-0.25 l 0.5,0.25 q -0.25,0.25 0,0.25 0.5,0 1.25,0.75 l -4.25,-2 q -0.5,-0.25 -0.75,-0.5 -2,-1.5 -5.75,-3.75 -8,-5.25 -11,-9.5 l -1,-1.5 1,1 q 1,0.75 1.25,0.75 0.25,0 0,0.5 0,0.25 0.5,0.25 0.5,0 3,2.75 2.75,2.75 3.25,2.75 0.5,0 1.25,0.75 L 34.5,375.5 q -2.75,-2.75 -5.25,-5.5 l -2.5,-2.25 q 0.25,0.25 0,0.5 0,0 -0.5,0 -0.75,-0.25 -0.75,-1 0,-0.25 -0.25,-0.5 0,-0.25 -0.25,-0.25 -0.5,0 -1,-0.5 -0.5,-0.75 0,-0.75 0.5,0 0.5,0.5 0,0.5 0.25,0.25 0.25,-0.25 -5,-8.25 Q 10.25,343.5 9.5,339.25 7.5,336 6.25,333 3.5,326.75 3.5,324.25 q 0,-1 -0.25,-2 l -0.25,-1 0.5,1 q 1,2 1,0.5 0.25,-0.5 0,-1 -0.5,-1.25 0,-1.25 0.75,0.25 1,-0.75 0.25,-1 -0.25,-2.25 -0.5,-1.75 -0.25,-2 0,-0.25 0,-3.25 0,-6 0.75,-6.25 0.25,0 0.5,0.25 0,0.25 0,0.5 v 0.75 Q 7,307.25 7,304 q -0.25,-1 1.25,-1.75 1.5,-1.25 1.75,-1 0.5,0 0.25,1.75 -0.25,1.75 0.5,1.75 0.25,0 0.25,0.25 0.25,0 0.25,0.25 L 12,305 q 0.75,-0.5 0.75,-0.25 0.25,0 0.25,0.5 -0.25,0.75 0.25,1 0.5,0 0.5,0.5 h 0.5 Q 14.5,306.25 14,306 q -0.5,-0.5 -0.5,-0.75 0.25,-0.5 0.5,0 0.5,0.25 0.5,-0.5 0.25,-0.75 0.5,-2.5 0.5,-2 0.25,-2.75 0,-0.75 0.25,-1 0.25,-0.25 1,-0.25 0.75,0.25 0.5,0.5 -1.25,2.25 -0.5,2 v 0.75 q -0.5,0.75 0,1 0.75,0 1.5,-1 1,-1.75 1.25,-1 0.25,0.5 -0.5,1.5 -0.5,1 -0.5,2 0,0.5 0,0.5 0.25,0 0.75,-0.5 0.75,-0.75 1,-0.5 0.25,0.25 0.5,0 0.25,-0.5 -0.25,-0.75 h 0.25 q 0.75,0 0.5,0.75 -0.25,0.5 0.75,0.5 1,0 0.75,0.25 0,0.25 0,0.5 0.25,0 0.5,-0.25 0.5,0 0.25,-0.5 -0.25,-0.75 0.5,-0.75 0.75,-0.25 0.75,0.75 0.25,1.5 0.75,1.75 0.5,0.25 1,-0.5 -0.25,-0.5 0.25,-0.5 1.25,-1.5 1.75,-0.75 0,0.5 0.75,0.25 h 0.25 q -0.75,-1.5 -0.5,-1.5 0.75,0.25 3,3.75 2.25,3.25 4.5,6.25 2.25,3 3.25,4.75 1.25,1.75 2.25,3 1,1 3.75,4.75 4,5 6.5,8 0.75,0.25 2.5,1.5 2.25,1.5 3.5,2.25 1.25,0.5 0.5,0.75 V 338 q 1,-0.25 2.25,0.5 1.25,0.75 1.25,1 0.25,0.25 1.75,0.75 1.5,0.25 1.75,0.75 0.25,0.25 2.75,1.25 2.5,1 4,2 1.75,0.75 2.25,0.75 0.75,-0.25 0.75,0.25 0,0.25 0.5,0.25 0.25,0 0.25,0 0.25,0 0.25,0.25 -0.25,0.5 0.5,0.25 0.5,-0.25 0.75,-0.25 0.25,0 0.25,0.5 -0.25,0.75 0.25,0.25 0.75,-0.5 2.25,0.25 1.75,0.75 2,0.5 0.25,-0.5 0.25,0 0.25,0.5 1.75,0.75 1.5,0.25 1.5,0.75 -0.25,0.5 -1.25,0.25 -0.75,-0.25 -0.5,0 0,0.25 0.75,0.75 1.75,1 2.25,0.25 0.25,-0.5 -0.25,-0.5 -0.25,0 -0.25,0 0,0 0,0.25 0,0.25 -0.25,0.25 0,0 -0.25,0 -1.25,-0.25 0.5,-1.25 0.5,-0.25 1.5,0 1,-3 0.75,-6.5 Q 88.25,336 84.25,330 80,323.5 70.25,314 66,310 66,310 q 0,-0.25 -3.25,-3.75 -11,-10.75 -15,-21 -1.5,-4 -2.75,-9.25 -1.5,-7.25 0,-14 0.75,-4.75 3.75,-11 3.25,-6.5 5.25,-7.75 0.5,-0.25 0.5,-0.75 0,-0.75 4.25,-4.75 4.5,-4 8,-6.25 9,-6 10.75,-6 0.5,0 0.5,-0.25 0.25,-0.5 5,-2.5 5,-2 7.75,-2.75 9,-2.5 14.5,-3 3,-0.25 3.25,-0.25 0.25,-0.25 2.75,-0.25 l 1.75,0.25 h -0.25 q -4,0.5 1,1.25 1.25,0 3,0.25 0.5,0 0.5,0.75 0,0.5 -0.75,0.5 -0.5,0 -0.5,-0.5 0,-0.5 -0.5,-0.5 -0.5,0 -0.25,0.5 0.25,0.5 -0.25,0.5 -0.25,0 -0.5,-0.5 -0.25,-0.25 -1,-0.25 -0.75,-0.25 -1.25,-0.25 -0.5,0 -0.75,0 0,0.75 2.25,0.5 0.5,0 0.5,0.5 0,0.25 1.75,0.25 1.75,0 2.5,-0.25 0.75,-0.5 0.75,0 0,0.25 1.75,0.25 l 1.25,0.25 q -0.5,0.25 -5,0.75 l -4.5,0.25 h 4.75 q 4.75,-0.25 5.75,0.25 0.75,0 0,0.25 -0.5,0 -1.5,0 -2.25,0 -2.5,0.5 -0.25,0.5 -0.75,0.25 -0.25,-0.5 -1.75,-0.25 l -1.5,0.25 3,0.25 -1.75,0.25 q -1.75,0.25 -2,0 0,-0.25 -0.75,0 -0.5,0.25 -0.5,0.5 0,0.25 3.25,0.25 6.5,0.25 7,0.75 l -1.25,0.25 -1,0.25 q 0.25,0.5 1.75,0.5 1.5,0 1.75,-0.5 0.5,-0.25 1.25,0 l -0.25,0.25 q -0.75,0 -0.75,0.5 z m -79.75,40 q 0.25,-0.5 0,-1.25 0,0.5 0,0.75 0,0.25 0,0.5 z m 0.5,-2.75 q 0.25,-0.75 0,-1.5 -0.25,0.25 -0.25,0.75 0.25,0.5 0.25,0.75 z m 3.5,6 q 0.25,-0.5 0,-1 -0.25,0.5 -0.25,0.5 z m 2.5,10.25 q 0.25,0.5 0.25,0.5 0.25,0 0,-0.75 -0.25,-0.5 -0.5,-0.25 0,0 0.25,0.5 z m 2,3.5 q 0.5,0.25 0.75,0.25 0.25,-0.25 -0.25,-0.5 -0.5,-0.25 -0.5,-0.75 0,-0.75 -0.5,-0.75 -0.75,0.25 0.5,1.75 z M 64,246.5 q 1.25,-1.75 1,-1.5 -0.25,0 -1.5,1.5 -1.25,1.75 -1,1.75 Q 63,248 64,246.5 Z m -6,44 q 0,-0.25 -0.75,-0.75 -0.75,-0.5 -0.25,0.25 1,1 1,0.5 z m -0.75,-30.25 q 0,0 0,0.75 0.25,-0.25 0.25,-1 z m 5,37 q 0,0 -4.75,-5 0.25,0.75 2.75,3.5 1.25,1.5 1.75,2.25 0.75,0.75 1,1.25 0.5,0.5 0.5,0.5 0.25,-0.25 0.5,-0.25 0,-0.25 -1.75,-2.25 z M 59,254.75 q 0.25,0.25 -0.5,2 l 0.25,0.5 q 1,-2 0.5,-2.25 z M 61.5,250 q 0,0 -1.25,2 -1,1.75 -0.75,2.25 0.25,0.5 0.5,-0.5 0.5,-1 1.25,-2.5 0.5,-1.25 0.25,-1.25 z m 1,0.5 q -0.25,-0.25 -0.5,0.5 -0.25,0.75 0.25,0.25 0.5,-0.5 0.25,-0.75 z m 0.5,-1 q 0,1.25 0.75,-0.25 l -0.25,-0.5 Q 63,249 63,249.5 Z m -4.5,2.25 q -1,2 -1,2 0.25,-0.25 2,-2.25 0.5,-0.75 0.5,-1.25 0,-0.75 0.25,-0.75 0.5,-0.25 1.75,-2 0.75,-1.25 0.25,-1 -0.75,0.5 -0.75,1 0,0.5 -1,1 -0.75,0.5 -2,3.25 z M 57,256.5 q -0.5,1.5 -1,1.5 -0.25,0 -0.25,1.25 0,0.75 0,0.75 0.25,0 0.5,-0.5 0.75,-0.75 1.25,-2.25 0.5,-1.75 0.25,-2 z m -1.25,-1.75 q 0,-0.5 -0.5,-0.5 -0.25,0 0,0.5 0.25,0.25 0.25,0.25 0.25,0 0.25,-0.25 z m -1,12.5 q 0.25,0.25 0.5,0.25 -0.25,-0.75 0.75,-5 v -0.25 q 0,0 -0.5,0.75 -1.5,2.5 -0.75,4.25 z m 0.75,9.5 q 0,0 0.25,0.5 0.25,-0.25 0,-0.75 z M 57,297 q 0.75,0.75 1.25,1.25 0.5,0.5 0.5,0.25 0.25,0 -1.5,-1.75 l -1.5,-1.5 z m 2.75,3 q 0.75,1 1.25,0.75 0,0 -1,-1 z m 2.25,2.25 q 0.25,-0.5 -0.25,-0.75 -0.25,-0.25 -0.25,0.5 0,1.25 0.5,0.25 z m 1.5,2 q 1.75,2.25 1.75,1.25 0,0 -1.25,-1.25 L 62.5,303 Z m 1,-3.75 q 0,0.5 0.25,0.5 0.5,0 0.5,-0.25 0,-0.25 -0.5,-0.5 Q 64.5,300 64.5,300.5 Z m -0.25,-12.25 q 1,1 1,0.5 0,-0.25 -0.75,-0.75 -0.75,-0.5 -0.25,0.25 z m 1.5,14 q 0.5,0.5 0.5,0.5 0.25,0 0,-0.5 -0.25,-0.75 -0.75,-0.75 -0.25,0 0.25,0.75 z m 2.25,-46 q 0.5,-1 0.5,-1.5 0,-0.5 -1,0.5 -0.5,0.75 -2,3.75 -1.25,2.75 -1.5,3.5 0,1 -0.25,5 l -0.25,4 1,-3.5 q 0.75,-3.75 1,-4.5 0.25,-2.25 2.5,-7.25 z m 1,-14 q 1,-0.75 0.5,-1 -0.25,-0.25 -1.25,0.75 -0.5,0.5 -0.5,0.75 z M 6.25,324 q 0.75,2.5 1,2.5 0.25,0 -0.25,-1.75 -0.5,-1.75 -0.75,-3 -0.25,-1.5 -1,-1 Q 4.5,321 5,321.5 q 0.25,0.5 0.25,0.25 z m 2,-1.25 q 0,0 0.5,-0.25 0,-1 -0.5,-1.5 -0.25,-0.25 -0.5,0.25 0,0.75 0.5,1.5 z m 5,20.75 q 0,0.25 0.25,0.5 0.25,0 0.25,0 0,0 -0.25,-0.25 0,-0.25 -0.25,-0.25 z m 1.25,-4 q 0.5,0.25 -0.75,-2.75 -0.75,-1.25 -1,-2.5 -2,-2.75 -2.25,-2.5 0,0 0.25,1.25 0.5,1 1,2.25 0.75,1 1,1 0.5,0 0.25,0.75 0,0.75 0.25,1 0.25,0 1.25,1.5 z m 1.75,-0.25 q 0,0 -0.25,-0.5 v -0.25 q 0,0 -1,-1.25 0.75,2 1.25,2 z m 1.25,-36 q 0.5,-0.5 0.25,-0.25 0,0 -0.75,0.25 -1.25,0.5 -0.75,0.75 0.25,0.25 0,0.75 0.25,0.25 0.25,0.25 0,0 0.75,1 0,-0.25 0,-0.5 Q 17.5,304 17,304 q -0.25,-0.25 0.5,-0.75 z m 3,37.25 h 0.25 z m 8.25,-28 q 0,-0.5 1,0 -0.25,-0.25 -0.5,-0.75 -0.75,-0.75 -0.5,-1.25 0,0 -0.25,0 0,-0.25 -0.5,-0.25 -0.75,-0.25 -1,-0.75 l -0.25,-0.25 q 0,0.25 0,1 0,0 0.5,0.5 0.25,0 0.25,0 0.75,-0.25 0.75,0 0,0.25 -0.25,0.75 0.75,1.25 0.75,1 z m 0.25,0.75 q 0,0 0.25,0 0.25,-0.25 0.25,-0.25 -0.5,-0.5 -0.75,-0.25 0,0 0.25,0.5 z m 1,1.25 v 0.25 q 0,-0.5 0,-0.75 l -0.5,-0.25 h -0.25 q 0.5,0.5 0.75,0.75 z m 0.5,-6 q 0.5,0 0.5,-0.25 0.25,-0.25 0.5,-0.25 -0.75,-1.25 -1.25,-2 -0.25,0.5 -0.5,0.75 0,0.25 0,0.5 0,0.25 0.25,0.25 0.25,0 0.25,0 0.25,0 0,0.25 0,0 0,0.25 0,0 0,0.25 0.25,0.25 0.25,0.25 z m 19.25,25.25 q 0,0 -0.25,0 0,0.25 0.25,0.5 0.25,0.25 0.25,0.25 0.75,-0.5 -0.25,-0.75 z M 33.25,314 q 0.25,0 0.25,0 0,-0.25 -0.5,-1 -0.25,0.25 -0.25,0.5 0,0 0,0 0.25,0.25 0.5,0.5 z m 5.75,9.75 q 0,0 0,0 0,-0.25 -0.25,-0.25 -0.5,0.25 -0.75,-0.5 l -0.25,-0.25 V 323 q 0,0.25 0.75,1.25 0.25,-0.25 0.5,-0.5 z m 5,58 q 2,1.25 2,0.75 0,-0.25 -3.5,-2 -3.5,-1.75 -3.25,-1.25 0.25,0.25 1.5,1 1.25,0.5 1.5,0.5 0.25,0 1.75,1 z m -2.5,-51.5 q 0.25,0.25 0.25,0.25 0.25,0 0.75,-0.25 -0.25,-0.25 -0.25,-0.5 -0.5,0.25 -0.75,0.5 z m 1,-0.75 q 0,0 0.5,0.5 v -0.25 q 0.75,-0.25 0.75,-0.5 0,0 -0.25,0 0,-0.25 0,-0.25 -0.5,0.25 -1,0.5 z m 3.25,-0.25 q 1.25,0.25 2.25,1 -10.75,-14 -16,-21.5 0,1 0.5,2.75 5.25,7.25 12,16 0.25,0.25 0.75,0.25 0.75,0.25 0.25,0.75 0,0 -0.25,0.25 0.25,0 0.5,0.5 z m 6.5,55.75 q 0,0 0.5,-0.25 -0.25,-0.25 -2.5,-1 L 48.5,383.5 q 1.5,1.5 3.75,1.5 z m 12.25,1 q 0,0 0.75,-0.25 -0.25,-0.25 -1,0 z m 1.25,-43.75 q 0,0 -0.25,0 0,-0.25 -0.5,-0.25 -1,0 -0.5,0.25 0.75,0.75 1.25,0 z m 2.5,44 q 0.75,0 0.75,-0.25 -0.75,0 -1.5,0 0.25,0.25 0.75,0.25 z M 118.5,350 q 0,-0.5 -0.5,-0.25 -0.5,0.25 -0.25,0.5 0.75,1 0.75,-0.25 z m -0.5,1.25 q -0.75,0 -0.75,0.75 l 0.25,0.25 q 0.25,-0.5 0.75,-0.75 z m -6.25,17 q -1.5,0.5 -0.25,0.5 0.5,0 0.75,-0.5 z m -8.5,5.75 q 0,0 -0.25,0.75 -0.25,0.5 0,0.5 0.5,0 0.5,-0.5 0,-0.75 -0.25,-0.75 z M 80.5,385.75 q 0,0 -3.25,0.75 h 1.25 q 1.75,-0.5 2,-0.75 z m -6.5,-40 q -1.25,-0.25 -1.5,0 l 1.5,1 q 1.5,0.5 1.5,0 0,-0.5 -1.5,-1 z m 5.5,41.75 q 6,-1.25 5.75,-2 -0.5,-0.25 -1,0.25 h -0.5 q 0,-0.25 -1.25,0.25 -1.25,0.5 -5,1.25 L 74.75,388 q 0.75,0.25 4.75,-0.5 z m 6.25,-3.75 q 0,0 0,0.5 0.25,0 1,-0.5 L 87,383.5 q -0.5,0 -1.25,0.25 z m 11.75,-3.5 q -0.75,0.75 0.25,0.25 1,-0.75 0.75,-1 -0.25,-0.25 -1,0.75 z m 3,-2.5 q -0.25,0 -1,0.75 -0.5,0.5 0,0.5 0.5,0 1,-0.5 0.5,-0.75 0,-0.75 z m -2,-30 q 0,0 -0.25,0.25 l 0.25,0.5 q 0.25,-0.25 0,-0.75 z m -6.75,-51 q 0,0 0.75,1.25 0.75,1 1.75,2.75 1.25,1.5 2.25,2.5 1.25,1.25 1,1 0,-0.25 -1.25,-2 -1.75,-2.25 -1.5,-2.75 0,-0.25 0,-0.25 0,0 -0.25,0.25 -0.5,0.25 -1.25,-0.75 -0.5,-1 -0.25,-1.25 l -0.25,-0.25 q -0.5,0.25 -0.5,0 0,-0.5 -0.5,-0.5 z M 93,334 q 0,-0.75 -0.25,0 0,0.25 0,0.75 0.25,0.75 0.25,0.75 0.25,-0.5 0,-1.5 z m -0.75,-2.25 q 0,0.5 0.5,0.5 0.5,0 0.25,-0.5 -0.25,-0.75 -0.5,-0.75 -0.25,0 -0.25,0.75 z M 90.5,295 l -1,-0.75 0.75,1 q 1.25,1.25 1.25,0.75 0,0 -1,-1 z M 89,383.75 q 0,0 -1.5,0.25 -1.5,0.75 -1.5,1.25 1.25,0.75 6.5,-2 l 3.25,-2 q -0.5,0 -2.75,1.25 -4.25,2.25 -4,1.25 z M 111.75,223 q 0,0.25 -1,0 -0.75,-0.25 -2.25,0.25 -1.25,0.25 0.25,0.25 0.25,0 1,0 2.75,-0.25 3,-0.25 0.25,-0.25 -0.5,-0.5 -0.5,-0.25 -0.5,0.25 z m -12.5,-3.5 q -5,0.75 -5,1.75 0.25,0.25 0.5,0 0.25,-0.5 4.75,-1.25 4.75,-0.75 8.25,-1 l 2.5,-0.5 H 110 q -1.5,0 -2.25,0 -0.75,0 -1,-0.25 -0.25,-0.5 -1,0.25 -0.5,0.5 -2.5,0.5 -2,-0.25 -2,0 0,0.25 -2,0.5 z m 7,0.75 Q 107,220 107,220 q -0.5,-0.25 -1.25,0 -0.25,0 -0.25,0.25 0.25,0 0.75,0 z m -4.75,0.5 q 0,0 2.5,-0.25 h 0.25 l -1,-0.25 q -1.5,0 -1.75,0.5 z m 1.75,2.75 q 0.75,0 0.75,0 -0.5,-0.25 -1.25,0 -0.25,0 -0.25,0 0.25,0 0.75,0 z m -1.75,0.5 q 0.25,0 0.25,-0.25 0,-0.5 -0.5,-0.5 -0.5,0 -0.25,0.5 0.25,0.25 0.5,0.25 z m -7.25,0.75 q 0,0 0.5,0.25 l 0.5,-0.25 q -0.25,-0.25 -1,0 z M 93,221.5 q -0.25,-0.5 -0.75,-0.25 -0.25,0 -0.25,0.5 0,0.5 0.5,0.25 0.75,-0.25 0.5,-0.5 z m -3,4.5 q 0,0 0.25,0.25 L 91,226 q -0.25,-0.25 -1,0 z m -3.75,18.75 q -0.25,0 -0.5,0.75 -0.25,0.75 0.25,0.25 0.5,-0.5 1,0 0.5,0.25 3,-1.75 6,-4.75 7.5,-4.75 0.75,0 0.75,-0.5 0,-1.25 -4,1.25 -2.5,1.5 -3,2 -0.25,0.25 -0.75,0 -0.25,-0.25 -0.25,-0.25 0,0 0,0.25 0.25,0.5 -1,2 -1.25,1.25 -1.75,1.25 -0.5,-0.25 0.75,-1.5 1.5,-1.25 1,-1.25 -0.25,0 -1.5,1.25 -1,1 -1.5,1 z m -4,-7.25 q 0.25,-0.5 -0.5,-0.5 -0.5,0 -0.5,0.5 0,0.25 0.25,0.25 0.5,0 0.75,-0.25 z m -1,12.25 q -0.5,0 -1.5,1.5 -0.75,1.25 -0.75,1.25 0.25,0 1.5,-1.25 1.25,-1.5 0.75,-1.5 z M 77,240.5 q 0,0 1,-0.25 1,-0.5 1,-0.75 -0.25,-0.75 -2,1 z m 1.75,34 q 0.25,-0.5 0,-1.25 0,0.5 0,0.75 z m -2,-15.25 q 1.5,-2.5 1,-2.5 -0.25,0 -1.5,2.25 -1,2.25 -1,2.75 z m -0.5,-13.75 q 0.25,-0.5 0,-0.5 -0.5,0.25 -0.75,0.75 -0.25,0.5 -0.25,0.75 0.25,0 1,-1 z m -0.5,-4.25 q -0.5,0.5 -0.5,0.75 0,0 0.5,-0.25 0.75,-0.25 0.75,-0.5 0,-0.5 -0.75,0 z m 0.75,-14 q 0,-0.25 -1,0.25 -0.75,0.5 -0.75,0.75 0,0.25 0.75,-0.25 1,-0.5 1,-0.75 z m -4.75,18.25 q 1.25,-0.75 1.5,-1.25 0.25,-0.75 1,-1.25 l 0.5,-0.5 q -0.75,0 -2.5,1.75 -0.75,1.25 -0.5,1.25 z m 3.75,32 q 0.25,-0.5 0,-1.25 -0.25,-0.5 -0.25,-0.25 0,0.25 0,0.75 0,0.5 0.25,0.75 z m -0.25,-13.25 q -0.75,2 -0.75,2 0.25,0.25 1.5,-2.75 l 0.5,-2.25 q -0.5,0.5 -1.25,3 z m 1.5,53.5 Q 77,318 77.25,318 77.5,317.75 77,317.25 q -0.5,-0.5 -0.5,0 0,0.25 0.25,0.5 z M 78,314 q 0.5,0.75 1,0.5 0,-0.25 -0.75,-0.75 -0.25,-0.25 -0.5,-0.25 0,0 0.25,0.5 z m 1.5,6.75 q 0,0 0.25,-0.25 -0.5,-0.75 -0.75,-0.5 -0.25,0.25 0.5,0.75 z m 5,-61 q 0,0.5 0.5,0.25 0.5,-0.25 0.5,-0.75 0,-0.5 -0.5,-0.25 -0.5,0.25 -0.5,0.75 z m 2.5,-10.5 q 0,0 3,-3.25 -0.5,0.5 -1.75,1.75 Q 86,249.5 86,249 q 0,-0.25 0.5,-1 0.75,-0.75 0.5,-0.5 0,0 -1,0.5 -1.25,1 -2.25,2.25 l -1,1 1,-0.75 Q 85,249.75 85,250 q 0,0.5 -0.75,1.5 -0.75,0.75 -1,0.75 -0.25,-0.25 -2,2 -1.75,2.25 -1.75,3 0,0.5 1.25,-1.25 0.5,-1 1.25,-1.75 0.75,-1.5 1.25,-1.5 0.5,0 3.75,-3.5 z M 92.5,243 q -0.25,0.5 0.25,0.5 0.5,0 0.5,-0.5 0,-0.5 -0.25,-0.5 -0.25,0 -0.5,0.5 z m 1.75,-0.75 q 1,-0.5 1.25,-1 0.25,-0.5 -0.75,0 -0.75,0.5 -1,1 -0.25,0.5 0.5,0 z m 4,-2.5 q -2,1.25 -2,1.5 0,0.25 0.75,0 1,-0.5 2,-1 1,-0.75 1.25,-1 0.25,-0.75 0,-0.75 0,-0.25 -2,1.25 z m 1.5,-2.5 q -1.75,1 -0.75,1 0.5,0 1,-0.75 z m 0.25,6.25 q 0,0 0.5,-0.5 -0.5,0 -1,0.5 -0.5,0.25 0.5,0 z m -2.25,-7.25 q -0.25,0.25 0.25,0.25 1.25,0 2.75,-0.75 1,-0.5 2,-0.25 h 0.5 q -0.75,-0.25 -0.5,-0.75 0.5,-0.5 -0.25,-0.25 -0.5,0.25 -1.75,0.75 -1.5,1 -2,0.75 -0.25,-0.25 -1,0.25 z m 4.5,1.75 q 1.25,-0.75 1.5,-1.25 0.25,-0.5 1,-0.5 0.75,-0.25 1.75,-0.75 l 0.25,-0.5 q -1,0.5 -1.75,0.5 -0.5,0 -1.25,0.5 -0.5,0.5 -1.25,0.75 -0.75,0.25 -1.25,1 -0.25,0.75 -0.25,1 0,0 1.25,-0.75 z m 3.25,-0.75 q 0,0.25 1,-0.5 1.25,-0.75 1.25,-0.75 0,-0.25 -1.25,0.25 -1,0.5 -1,1 z m 3.5,-0.75 q 0.5,0 0.75,-0.25 l -0.5,-0.25 q -1.5,0.5 -0.25,0.5 z m 0.25,-1.75 q -0.5,0.5 0.25,0.25 1,-0.25 0.75,-0.5 -0.25,-0.25 -1,0.25 z m 2.25,-2 q 0,0 -0.75,-0.25 -1,0 -2.75,0.75 l -1.25,0.5 h 1 q 1.25,0 1.25,-0.25 0,-0.5 1,-0.5 1.25,0 1.5,-0.25 z m 1.5,0.75 q 0,0 0.25,-0.25 -0.5,0 -1.25,0.25 l -0.25,0.5 q 0.5,0 1.25,-0.5 z m 5.5,-1 q 0,0 0.25,0.25 l 0.5,-0.25 q -0.25,-0.25 -0.75,0 z m -2.5,-1.25 q -0.5,0.25 0,0.75 0.5,0.25 1,0.25 V 232 q -0.75,-0.25 -0.5,-0.5 z m -0.5,1 q -1,-0.5 -1,0 0.25,0.5 1,0.5 0.75,0 0,-0.5 z m 0.25,-7 q -1.5,0.5 -0.25,0.5 0.25,0 0.75,-0.25 z m 0.5,3.75 q 1.5,-0.75 1.5,-1 -0.5,-0.5 -1.75,0.25 -1,0.75 -1.5,0.25 l -0.25,0.25 q 0.5,0.5 0,0.5 h 0.5 q 0.5,0 1.5,-0.25 z m 0.75,-3.75 q 0.25,0.5 1.5,0.5 1.25,-0.25 1.25,-0.75 0,-0.5 -0.75,-0.25 -0.5,0.25 -1.5,0.25 z"/><path fill="#ff7a1a" d="m 241.74979,215.75 q 2,1.75 1.25,3 -0.5,0.75 -0.75,0 -0.25,-0.5 -2.25,-1.5 -1.75,-1 -2,-0.75 l 1,0.75 q 2.25,1.75 2.25,2.75 -0.5,0.25 0.25,1.25 l 0.5,0.5 q -0.5,-0.25 -1.25,0.25 l -0.25,0.25 q 0.25,-0.5 -0.25,-1 -0.25,-0.5 -0.75,-0.5 -0.25,0 0,0.75 v 1 l -1,-0.75 q -1,-1.25 -3.25,-2 -2,-0.75 -2.5,-0.25 -0.25,0.25 1,0.75 1.25,0.5 1.5,0.5 0.25,0 1.5,1 0.5,0.75 0.75,0.75 -0.5,-0.25 -0.5,0.25 0,0.75 1.25,0.5 0.5,0 0.25,1.25 -0.25,0.75 -0.5,0.75 -0.75,-0.25 -1.25,-0.25 0.25,0.25 0,0.25 0,0 -0.25,0 -0.5,-0.5 -0.25,-0.75 0.25,-0.5 -0.5,-0.5 -0.5,-0.25 -1,0 -0.5,0.25 0.25,1 0.75,0.75 0.25,2 -0.5,1 0.5,2 1.25,0.75 1.25,1.5 0,0.5 -1.25,-0.25 -1,-1 -1.5,-0.75 -0.25,0.25 -0.25,0 0,-0.5 -0.75,-0.75 -0.5,-0.25 -0.5,0 0.25,0.25 0.5,0.5 0.5,1 0.75,1.5 0.5,0.25 0.5,0.75 0.25,0.25 0.25,0.5 0.25,0.25 0.25,0.75 0,0.25 1.25,1.5 0.75,0.75 0.5,1 -1,-0.25 -1,0.25 0,0.25 1.25,0.25 1.75,-0.25 2.75,2 0.75,1 0,1.75 -0.5,0.5 -1,0 -0.5,-0.75 0,-1 0.75,0.25 0.75,-0.25 0,-0.5 -1,-0.25 -0.75,0.25 -2,-1 -3,-2 0,1 1.75,1.75 1.75,2 0,1.25 -3,-1.75 -2,-2 -4.25,-3 l -2.25,-0.75 1.25,1.25 q 1.5,1.25 1.75,1.25 0.25,0 1,0.75 1,0.75 2.25,1.75 l 0.5,0.75 q -0.75,-0.25 -0.75,0.25 0,0.25 0.5,0.25 0.5,0 0.5,0.5 0,0.5 -1.5,-0.5 -1.5,-1.25 -2,-1.25 -0.5,0 -0.25,-0.25 0.25,-0.5 0.75,-0.25 v -0.25 q -0.25,-0.5 -0.75,0 -0.25,0.25 -1.75,-0.25 l -1.25,-0.75 1.25,1 q 1.25,1.25 1.25,1.75 0.25,2 1.25,2 0.75,0 0.75,1 l 0.25,1.25 -1.25,-1.25 q -1.5,-1.5 -5.75,-3.75 -4.25,-2.25 -5.25,-2 -0.5,0 -4.5,-1.75 -3.75,-1.75 -4.25,-1.75 -0.25,0 -9.25,-2.5 -21.25,-6 -20.5,-4 0.5,0.75 -4.75,14.25 -1,3 -1.75,5.25 -0.75,2 -1,2.5 -0.25,0.25 -0.75,2 -1,3.25 -3.5,11.5 -3.5,11.25 -7.25,32 -1,6.75 -1.25,7 -0.25,0 -0.25,1.75 0.25,1.5 -1,2.25 -1,0.75 -1,2.5 0,1.5 0.5,2 v -1.5 q -0.25,-2.25 0.5,-2.5 0.75,-0.25 0.75,0.5 0,1 -0.75,7.75 -1,7 -1.25,10.75 -0.25,3.5 -0.75,3.25 v 0.5 q 0.25,0.75 0,6.5 -0.5,5 -1,5 -0.5,-0.5 -0.5,-1.25 l -0.5,-0.25 q -0.25,0.5 -0.25,3 0.25,2.25 0.5,2.25 0.5,0 0.5,-1.75 0,-1 0,-0.75 0.5,1 0.5,3 l -0.25,1.25 -0.25,-0.5 -0.25,0.25 0.25,1.25 q 0.5,-0.25 0.5,0.25 0,0.25 -0.5,0.5 -0.25,0.25 0,3.25 v 2.25 q -0.25,-0.5 -0.75,-4.5 l -0.25,-4 v 4.25 q 0,4.25 -0.25,4 l -0.75,10 q 0,1.25 0,3 0,6.25 -0.5,6.5 -0.5,0 -0.5,0.5 0,0.5 0.5,0.25 0.25,-0.25 0.25,1.75 0,1.75 -0.25,4.25 0,2.25 -0.25,3.25 v 1 l 0.5,1 q 0.25,1.25 -0.5,1.5 -0.75,0 0,0.75 0.75,0.75 0,1 -0.75,0.25 -1,0.25 0,0 0.25,-0.75 0.25,-0.5 -0.25,-0.5 -0.5,0 -0.5,-2 l 0.5,-1.75 q 0.5,0.25 0.5,-0.25 0,-0.75 -0.75,-0.5 h -0.5 q 0.25,-1.5 -0.75,-13.75 -0.25,-2.25 -0.75,-2.5 v 0.25 q 0.25,0.75 -0.75,1 -0.75,0.25 -1.25,1.5 -0.25,1 -0.25,10.75 0,9.75 -0.25,9.25 -0.25,-0.25 -0.25,0 -0.25,0.25 -0.25,0.5 -0.25,17.25 -0.5,17.5 -0.25,0.25 -0.25,-1 0,-1.25 0,-3.25 0,-1.75 0,-4.25 l -0.25,-6 q -0.25,2.75 -0.5,3.25 l -0.25,-0.75 0.25,-1 -0.75,1 q -0.75,1 -0.25,1.75 0.5,0.5 0,1 -0.5,0.5 -0.5,4.5 v 3.75 l -0.25,-3.75 q -0.25,-3.75 -0.75,-4 l -0.25,0.75 q 0.25,1.5 0,4.25 0,2.75 0,5.5 0,2.75 -0.25,2.5 -0.25,-0.25 -0.5,-2.75 0,-2.5 -0.25,-2.75 0,0 0,-1.5 -0.25,-5.25 -1,-6.5 -0.5,-0.75 -0.5,-2.5 0,-1.75 -0.25,-3.75 l -0.5,-2.25 -0.25,2.5 q 0,1 0,-0.25 -0.25,-1 -0.25,-4 0,-6.5 -0.5,-7.5 -0.5,-1.25 -0.5,-2.5 v -1.25 q -0.25,0.25 -0.25,2 0,1.75 0,3.5 0.25,2 -0.25,2.75 -0.25,0.75 0,1 0.5,0.25 0.5,3 0,2.5 -0.5,3 -0.5,0.75 0,1.25 0.75,0.25 0.25,0.5 -0.5,0.25 -0.5,0.75 0,0.25 0.25,0 l 0.5,3 q -0.25,1.25 -0.25,1.5 -0.5,0.5 -0.25,0 0,-0.25 0,-0.75 0,-1.25 -0.25,-1.25 l -0.5,-9 q 0,-1.75 0,-4 l -0.25,-13.5 -0.25,29.25 -0.25,-18 -0.5,-15 -0.25,3 -0.5,-8.25 v 4.5 q 0,4.75 0.25,4.75 0.5,0 0.5,3.25 l -0.25,2.5 q -0.25,-1 -0.75,-1 -0.25,0 -0.25,14.5 0.25,14.25 -0.25,14 h -0.25 q 0.5,0.25 0,1.5 -0.25,1.5 0,3.25 0.25,1.5 0.5,0 0,-0.25 0,-1.25 l 0.25,-3 v 3 q 0.25,3.25 -0.25,3.25 -0.5,0 -0.5,1.75 l -0.25,-0.25 q -0.25,-1 -0.25,-2.75 -0.25,-4.75 -0.5,-5.75 -0.25,-1 -0.5,-19.75 0,-0.25 0,-0.5 l -0.5,-18.25 q 0,0.25 0,1 v 0.25 l -0.25,1.5 q -0.25,-0.5 -0.25,-4.25 0,-3 0,-6.25 0.25,-3.25 0.25,-5.25 0.25,-2 0.5,-1.75 0.25,0 0,6 0,1.5 0,3 0,1.25 0,2 0.25,0.75 0.25,0.5 0.25,0 0.25,-8.25 l 0.25,-6.75 q -0.25,1.5 -0.75,2 -0.5,0.5 0,-5.5 0.25,-1.5 0.25,-3 0.25,-2 0.5,-5.25 0.25,-3 0.5,-4.5 0.25,-0.5 0.25,-0.75 0.25,-0.5 0.25,0.25 0,0.25 0,1.25 l 0.25,2 0.25,-2.75 q 0.25,-2.75 0.25,-3 l -0.25,0.5 q 0,0.75 -0.5,0.75 -0.25,0 -0.25,-0.25 0,-0.25 0,-1 0,-0.75 0,-1.75 0.25,-1.25 0.5,-2.75 0.25,-1.25 0.5,-10.75 0.25,-9.5 0.5,-12 0.75,-12.25 2,-21.75 4.25,-29.75 12.25,-50.25 1.75,-4.25 1.5,-4.5 -0.25,-0.25 -5.5,0 -5.25,0 -7,0.25 -5.25,0.75 -7.75,0 0.25,-0.25 0.75,-0.25 0.75,0 3,-0.25 2.25,-0.25 4,-0.5 1.5,-0.25 2,-0.5 0.75,-0.25 7.5,-0.5 1.25,-0.25 1,-0.5 -0.5,-0.5 -2.5,-0.25 -1.75,0.25 -5.25,0.5 -3.25,0.25 -3,0.5 0,0.25 -0.75,0.5 -0.5,0 -1.75,0 -1,0 -2.25,0 -5,0 -4.75,-0.25 0.25,-0.5 -0.25,-0.5 -0.5,0 -0.5,0.25 0,0.5 -4.5,1.25 -2,0.25 -2,-0.25 0,-0.75 1,-1 l 0.5,0.25 1.25,0.25 q 1,-0.25 1.5,-0.75 0.25,-0.5 3.75,-0.5 3.5,-0.25 3.75,-0.5 0.5,-0.25 1.5,-0.5 h -3.5 q -4.25,0.25 -11,0.5 -6.5,0 -9.5,0.5 -3,0.25 -3,-0.25 0,-0.5 1.5,-0.75 l 1,0.25 q -0.25,0.25 0,0.25 0.5,0 1.75,-0.25 1.25,-0.5 3,-0.75 1.75,-0.25 3.25,-0.75 l 1.5,-0.25 h -1.25 l -0.25,-0.5 -7,0.25 q -2.25,0.25 -3,0.5 -1,0.25 0,-0.5 0.75,-0.75 2.25,-0.75 1.5,0 1.75,0 0.25,0 2.5,-0.5 2.25,-0.25 2.25,-0.75 0,-0.75 -0.75,-0.75 -0.25,0 -0.25,0.25 -0.25,0 -0.25,0 l -0.75,0.5 q -0.75,0 -3,0.25 l -1.75,-0.25 q 0.25,-0.5 1.25,-0.25 0.75,0 1.75,-0.5 1,-0.5 1.75,-0.5 0.75,0 0.5,-0.5 -0.5,-0.5 -1.25,0 -0.75,0.25 -2,0.25 -1.5,0 -2.5,0 -1,0 -1,-0.25 0,-0.5 0.75,-0.25 0.5,0.25 1.25,-0.5 0.5,-1 0.25,-1 -0.5,0 -0.75,0.5 -0.25,0.5 -0.75,0 -0.75,-0.5 -1,0 -0.5,0.5 -0.75,0.25 -0.25,-0.5 -1.5,0.25 -1.25,0.5 -1.5,0.5 -0.25,-0.25 -0.25,-1 0,-1.25 1,-1 0.75,0.25 0.75,-0.25 0,-0.75 -1.25,-0.25 -0.75,0.25 -1.5,0.5 -0.75,0 -1.25,0 -0.5,0 -0.5,-0.25 0,-0.25 -0.75,0 -0.75,0 -1,-0.5 -0.25,-0.25 -0.25,-0.25 0,0 0.25,0 0.5,0.5 0.5,-0.25 0,-0.75 1.25,-0.5 1,0.25 1,-0.25 0,-0.5 0.75,-0.25 0.5,0.25 0.75,-0.25 0.25,-0.5 0.75,-0.25 0.25,0.25 0.5,0.25 0.25,-0.25 0,-0.5 0,-0.5 2.25,-1 l 2,-0.5 -2.25,0.25 q -2.5,0.25 -2.75,0.75 h -0.25 q 0,-0.25 -0.75,0.25 -1.25,1 -1.25,0 0,-0.25 0.25,-0.5 0.5,-0.75 1,-0.5 0.25,0.25 6,-1.75 2.25,-0.75 2.75,-0.5 0.5,0.25 0.5,-0.25 0,-0.5 0.5,0 l -0.25,-0.75 q -1,-0.75 -1.5,-0.25 -0.5,0.25 -1.75,0.5 -1.5,0 -2.5,0.5 -0.75,-0.25 -0.75,-0.25 0.25,-0.5 0,-0.5 -0.5,0 -0.5,0.5 -0.25,0.25 -3.25,0.75 -3.25,0.5 -3.5,0.25 -0.5,-0.5 0.25,-0.75 0.25,0 0.5,0 1,-0.25 1.75,-0.5 0.75,-0.5 1.5,-0.5 0.75,0 1.75,-0.25 6.75,-1.75 7.75,-1.5 1,0 1,-0.5 0,-0.75 6.75,-2.5 l 2.25,-0.5 -3,0.25 q -3.25,0.25 -4.25,0.25 -1,0 -1,0.5 0,0.25 -2,0 -2,-0.25 -2,0.25 0,0.25 -0.75,0.25 -1,0 -1.75,0.25 -0.75,0.25 -0.75,0 0,-0.75 3,-1.25 3,-0.75 5.5,-0.75 2.25,-0.25 2.25,-0.5 0,-0.5 0.75,-0.75 0.75,-0.5 1.25,-0.25 0.25,0.25 -0.25,0.25 -0.5,0 -0.5,0.5 0,0 0.25,0 0.5,0 1.25,0 0.75,0 1.5,-0.25 3.25,-0.5 6,-0.75 3,-0.25 3.25,-0.75 0.25,-0.5 -1,-0.25 -1,0.25 -1.25,0 l 1,-0.5 q 3,-0.25 6.5,-0.75 2,-0.25 2.25,0.5 0.25,0.5 0.5,0 0.75,-1.25 2.5,0 0.75,0.5 1.5,0.25 0.75,-0.25 0.75,-0.75 -0.25,-0.5 3.75,-0.5 4.25,-0.25 4.25,0 0,0.25 0.25,0.25 0.5,0 1,0 0.5,-0.25 0.75,-0.5 h 0.5 q -0.5,0.5 0.25,0.5 0.75,0 0.75,-0.25 0,-0.5 1.25,-0.5 0.75,0 1,0.25 0.25,0 0,0.5 0,0.25 0.25,0.25 0,0 0.5,-0.25 0.5,0 0.5,0 l 2.75,0.5 q 0.5,0 1,0 l 3.5,-0.5 q -0.5,-0.25 -0.25,-0.25 0.25,0 0.75,0.25 1.25,0.25 4.25,0.5 3.25,0 4.75,0.5 1.75,0.25 3,0.5 l 0.25,0.25 0.5,0.25 q 4,-0.75 9.5,0 2.25,0.25 5.75,0.75 3.75,0.5 4.25,0.75 0.75,0.25 1.75,0.25 3.25,0.25 13.25,3.5 13.75,4.75 15.5,6.25 2.5,2.5 3.5,2.5 0.75,0 1.5,0.75 1,0.5 0,0 -1.25,-0.5 -1.25,0 0,0.25 1.75,1.25 2,1 2.5,1 0.25,0 -1,-1 l -1,-0.75 1.25,0.5 q 1,0.5 1,0.75 0,0.25 1.5,2 z m -133,-2.75 q 0.25,0 0.5,-0.5 0.25,-0.75 -0.25,-0.75 -0.5,0 -0.5,0.75 0,0.5 0.25,0.5 z m 9.5,2 q 0.5,0 1,-0.25 l 0.25,-0.5 q -0.5,0 -1,0.5 z m 2.5,1.75 q 0,0 -0.25,-0.5 -0.5,-0.25 -1,-0.25 l 0.25,0.25 q 0.75,0.5 1,0.5 z m 0.75,-2 q 0.5,0 0.5,0 -0.25,-0.5 -0.75,-0.5 z m 3.25,-14.25 q 0,0 0.25,0.5 l 0.75,-0.25 q -0.5,-0.25 -1,-0.25 z m -0.75,18.25 q 0,0.25 0.5,0.25 l 0.5,-0.25 q -0.5,-0.25 -1,0 z m 0.75,1.75 q 1,0 1,-0.25 -0.75,0 -1.75,0 -0.5,0.25 0,0.25 0.25,0 0.75,0 z m 3,-19.25 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 0.25,-0.75 q 0.25,-0.25 0.5,-0.25 -0.5,-0.25 -1.25,0 0.25,0.25 0.75,0.25 z m 6.5,-4 q -0.25,0.5 0.25,0.5 0.75,0 0.75,-0.25 0,-0.25 -0.5,-0.25 -0.25,-0.25 -0.5,0 z m 2.25,0 q -0.5,0.5 0.5,0.5 1,0 0.5,-0.5 -0.5,-0.5 -1,0 z m 3.25,0 q 0.25,0 0.5,-0.25 -0.5,-0.25 -1,0 0.25,0.25 0.5,0.25 z m -4.75,148 q 0,0 0.75,-8.5 v -2.75 l -0.5,3 q -0.75,6.5 -0.25,8.25 z m 1.25,-18.25 q 0,0 0.25,0.5 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 z m 0.25,48.5 q 0.5,0 0.5,-0.25 0,-0.5 -0.5,-0.5 -0.25,0 -0.25,0.5 0,0.25 0.25,0.25 z m 1,-20 q 0,-1.75 0,-3.75 -0.25,1 -0.25,2 v 2 z m 0.5,-41.25 q 0,0 0.25,0.5 0.25,-0.5 0,-1.25 -0.25,0.5 -0.25,0.75 z m 0.25,47.25 q 0.25,-1.5 0,-2.75 0,0.5 -0.25,1.25 l 0.25,1.75 z m 15.25,-162 q 0,0 0.75,-0.25 -0.25,-0.25 -1,0 z m 0,28.75 q 0.25,0 0.5,-0.25 0.25,-0.5 -0.25,-0.5 -0.25,0 -0.25,0.5 0,0.25 0,0.25 z m -5.75,-31.25 q 1,0 3.25,-0.25 2.5,-0.25 2.75,-0.5 h -1.75 q -1.75,0.25 -3.75,0.25 z m 4.25,34.5 q 0,0 0.25,0 0.75,-0.75 0.75,-1.5 0,-0.75 -0.25,0 -0.25,0.75 -0.75,1.5 z m -13,113.75 q 0.25,-0.75 0,-1.25 -0.25,0.25 -0.25,0.5 0.25,0.5 0.25,0.75 z m 0.5,9 q 0.25,-0.5 0,-1.25 0,-0.5 -0.25,-0.25 0,0.25 0,0.75 0.25,0.5 0.25,0.75 z m 1.5,18.75 q 0.25,0 0.25,-3.25 0.25,-3.25 -0.25,-3.5 -0.5,-0.25 -0.5,2.5 0,4.25 0.5,4.25 z m 0.25,-50.75 q 0.25,-0.25 0,-1 l -0.25,0.25 z m 1,63.25 q 0.25,-0.25 0,-2.5 l -0.25,-2 -0.25,2.5 z m -0.25,-5.75 q 0,0 0,0.5 0.25,-0.5 0,-1 0,0.25 0,0.5 z m -0.5,-102.75 q 0,0 1,-7.75 l -0.25,0.5 q -0.75,1.75 -2.25,12.75 -1.25,11 -1.25,16.5 -0.25,4.5 0,3.5 0.25,-1.25 1.25,-11 0.5,-7.5 1.5,-14.5 z m 4,118.75 q 0,0 -0.25,-2 v 0.5 q -0.25,0.75 -0.5,2 0,1 0,1.75 0.25,0.75 0.5,0.75 0.25,0 0.25,-3 z m -0.25,-4.25 q 0.25,2.5 0.25,0.25 0.25,-1 0,-2.5 0,-2.75 0,-2.75 0,0 -0.25,1.5 -0.25,2.25 0,3.5 z m 0.25,-121.5 q 0.25,-0.5 0,-1 0,0.25 -0.25,0.5 0.25,0.5 0.25,0.5 z m 0.25,-2.25 q 0.5,-0.25 0.25,-1 l -0.5,0.25 z m -2,-3.25 q 1.25,-6.5 4.75,-20.5 0.75,-2.5 2,-6.25 1.25,-4 1,-4.25 l -0.75,1.5 q -0.5,1.75 -0.75,2 -0.25,0.5 -2,7.25 -0.5,1.25 -1.75,5.75 -0.75,2.5 -0.75,3.5 -0.25,1.25 -1,4.25 -0.5,2.75 -1,5.25 -0.5,2.5 -0.75,4.25 -0.25,1.5 0,1.5 0.25,0 1,-4.25 z m 2.75,129.75 q 0,0.5 0.25,0.5 0.5,0 0.25,-0.5 -0.25,-0.75 -0.5,-0.75 0,0 0,0.75 z m 0,-3 q 0,0 0.25,0.5 0.25,-0.25 0,-0.75 z m 0.75,-4.5 q 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 z m 0,-3 q 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 z m 4.75,-22 q 0.25,-0.25 0,-1 l -0.25,0.25 z m -2.75,-109 q 0.75,-2.75 2.75,-10.25 2.25,-7.5 2,-7.75 l -0.5,1.25 q -0.5,1.25 -2.25,7.25 -1.75,5.75 -2.75,10.75 -1,5 -1.75,7.5 -1,4.25 -0.5,4 0.25,0 0.5,-1.25 0.5,-3 1.75,-7.75 0,-0.25 0,-0.75 0.25,-0.75 0.5,-1.5 0.25,-1 0.25,-1.5 z m 5,91.75 q 0,-0.75 0,-1.5 -0.25,0.25 -0.25,0.75 0,0.75 0.25,0.75 z m 12,-147.5 q 0,0 0.25,0.25 l 0.5,-0.25 q -0.25,-0.25 -0.75,0 z m -2.5,0.25 q 0,-0.25 -1,-0.25 -0.75,0 -0.75,0.5 0,0.25 0.75,0 1,-0.25 1,-0.25 z m -1.5,81.5 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m -0.75,3 q -0.25,0.5 -0.25,0.5 0,0.5 0.25,0.75 0.25,-0.75 0,-1.25 z m -5.75,-51.25 q -0.25,0 -0.75,1 -0.25,0.75 0,0.75 0.5,0 0.75,-0.75 0.25,-1 0,-1 z m -1.25,109.5 q 0,0 0.5,0.5 0.25,-0.75 -0.25,-1 -0.5,-0.5 -0.25,0.5 z m 0,-5 q 0.25,1.25 0.5,0.75 0.5,-0.75 0.5,-1 0,-0.5 -0.5,-0.25 0,0.25 -0.25,0 0,-0.25 0,-0.5 l -0.25,-0.5 q -0.25,0.25 0,1.5 z m 1.25,-13.25 q 0.25,-1.25 0.25,-2.25 0.25,-1 0.25,-1.5 0,-0.75 -0.25,-0.75 -0.5,0 -0.5,1 0,0.75 -0.5,5.5 -0.25,2.5 -0.5,4.25 0,1.75 0,3 0,1 0,1.5 0,0.5 0.25,0.5 0.25,0 0.25,-0.5 0.25,-8.5 0.75,-10.75 z m 0.75,-8 q 1,-10.25 1.75,-9.5 l 0.25,-0.25 q 0,-0.25 -0.25,-0.5 -0.25,-1.5 0.75,-7 l 0.5,-5.75 q 0,0.25 0,0.75 -0.5,1.5 -0.75,3 -1.25,7.75 -2.25,15.25 -0.5,5.5 -0.75,6.25 0,0.75 0.25,0.75 0.25,0 0.5,-3 z m 2.25,12.5 q 0.25,-1 0,-2.25 v 0.25 q 0,0.5 0,0.75 v 1.5 z m -0.25,14.75 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0,-10 q 0,-1.75 0.5,-1.75 0.5,0 0.25,-1 0,-1 -0.25,-0.25 l -0.5,0.25 q 0,-0.5 -0.25,-0.25 -0.25,0.25 -0.25,2 0.25,1.75 -0.25,2.25 -0.25,0.5 -0.25,3.5 0.25,2.75 0.5,2.75 0.5,0 0.25,-3 -0.25,-3 0.25,-2.75 z m 0.75,-10.5 q 0.25,-1.25 0.5,-1.25 0.5,0 0.5,-0.25 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.5,1.5 z m 1.25,-5.25 q 0,0 -0.5,-1.75 0,-0.5 0,-0.5 -0.25,1.25 -0.5,1.25 -0.25,0 0,2 0.25,1 0.25,0.75 0.25,-1.25 0.5,-1.25 0.5,0 0.5,-0.25 0,-0.5 -0.25,-0.25 z m -0.5,-26.5 q 0,0 0.25,0.5 0,-0.5 0,-1 -0.25,0.25 -0.25,0.5 z m 0,-90.5 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 0.25,88.5 q 0,0 0.5,-0.25 0.25,-1.25 0.25,-2.25 l -0.25,0.25 q -0.5,1 -0.5,2.25 z m 2.25,12.25 q 0,0 0,-1.25 l -0.25,-1 q -0.25,1 -1,5 -0.5,3.75 -0.5,4.25 l 0.25,-0.25 q 0.5,-0.5 0.75,-0.5 v -0.25 q 0,-0.75 0,-2 0,-1.5 0.25,-2.75 0.25,-1.5 0.5,-1.25 z m 2,-12 q 0,-2.25 -0.25,-2 0,0.25 -1,5 -0.75,4.5 -0.75,5 l 1.25,-4.5 v -0.25 l 0.25,-1.25 z m 0,-90 q -0.5,0 0,0.5 0.5,0.5 0.25,0.75 v 0.25 q 0.5,-0.25 0.5,-0.75 0,-0.75 -0.75,-0.75 z m 0.5,85.75 q 0.25,-0.5 0.5,-2.25 0.25,-1.75 0,-0.75 z m 0.75,-4.75 q -0.25,0.5 0,0.5 0.5,0 0.5,-0.5 0,-0.75 -0.25,-0.75 0,0 -0.25,0.75 z m 0.75,-1.75 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0,-78.5 q 0,0 0.25,0.5 0.5,0 0.5,0 -0.25,-0.5 -0.75,-0.5 z m 0.5,76.5 q 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 0.25,0.5 0.25,0.5 z m 0.5,-3 q -0.25,1 0,0.5 0.5,-0.5 0.5,-1 z m 2,-4 q 0,0 0,-0.25 -0.5,0 -0.25,-1 l -0.25,-0.25 q -0.5,0.75 -0.75,2.25 -0.25,1.25 -0.25,1.25 0.25,0 0.5,-0.5 0.5,-1.25 1,-1.5 z m -0.25,-3.25 q 0,0 0.25,0.75 0.25,-0.25 0,-1 z m -0.75,-65.5 q 0,0.25 0.75,0.25 1,0 1,-0.25 0,-0.5 -1,-0.25 -0.75,0 -0.75,0.25 z m 2.25,61.75 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0.25,-2.25 q 0,1 0.25,0.25 0.5,-1 0.5,-1.25 0,-0.5 -0.5,-0.25 -0.25,0.25 -0.25,1.25 z m 1.75,-3.75 q 0,0 -0.25,-0.5 -1,1.75 -0.25,1.75 0.25,-0.25 0.5,-1.25 z m 1,-3.25 0.25,-1 -0.5,1 -0.75,1.75 0.25,-0.25 q 0.5,-0.5 0.75,-1.5 z m 1.75,-5 0.25,-1.25 -0.75,1.25 q -0.5,1 -0.5,1.75 0,0.5 0.25,0 0.5,-0.75 0.75,-1.75 z m 1.25,-5 q -0.25,0.75 0.25,0.25 0.5,-0.5 0.25,-0.75 -0.25,-0.25 -0.5,0.5 z m 0.25,-9.5 q 0.5,-0.25 0.5,-1 0,-0.75 -0.5,0 -0.5,1 0,1 z m 1.25,-3.25 q 0,0 0,-1 0,0.25 -0.25,1 -0.25,0.5 -0.5,1 0,0.25 0,0.25 0.25,0 0.75,-1.25 z m 1,-30 q 0,0 -0.25,0.5 -0.25,0.25 0,0.25 0.5,0 0.5,-0.25 0,-0.5 -0.25,-0.5 z m 0.25,36.5 q 0.5,-0.75 0.5,-1 h -0.5 q -0.25,0.75 -0.25,1.25 z m 3.25,-35.25 q 0,0 -0.25,-0.5 -0.5,-0.25 -1,-0.25 l 0.25,0.25 q 0.75,0.5 1,0.5 z m 9,1.75 q 0.75,-0.25 0.75,-0.25 -0.5,-0.25 -1.25,0 0,0.25 0.5,0.25 z m -1.5,-1.25 q 3.25,0.25 3.5,0.25 0.5,-0.5 -6.25,-1 h -2.25 q 0.5,0.25 0.75,0.5 0.25,0 0,0.5 0,0.25 0.25,0.5 0.5,0 1.25,0 h 1.75 l -1.5,-0.25 q -2.75,-0.5 -0.5,-0.75 1.25,0 3,0.25 z m 4,1.75 q 0,0 0.75,-0.25 -0.25,-0.25 -1,-0.25 z m 0.25,-1.25 q 0,0 3,0.25 0,-0.25 -1.75,-0.5 -1.25,0 -1.25,0.25 z m 4.5,0.75 q 0.25,0 0.5,0 0.25,-0.25 0,-0.5 -0.25,-0.25 -0.75,0 -1.5,0.5 0.25,0.5 z m 3.25,0.25 q 0.5,0 0.75,-0.25 -0.75,0 -1.25,0 0.5,0.25 0.5,0.25 z m 2.25,0.5 q 0.5,0 0.5,-0.25 -0.5,-0.25 -1,0 0.25,0.25 0.5,0.25 z m 2.75,0.5 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 2.5,0.75 q 0,0.25 0.5,0.25 0.75,0 0.75,-0.5 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.5,0.5 z m 25.75,13 q 0,0 0.25,0.5 0.75,0.25 1.25,0.25 l -0.25,-0.25 q -0.75,-0.5 -1.25,-0.5 z m -6.25,-7.25 q 0,0 -1.5,-0.25 l 0.25,0.25 q 0.75,0.5 1.5,0.25 z m -3.75,-1.25 q 0,-0.5 -1,-0.5 -1,0 -0.25,0.5 1,0.25 1.25,0.25 z m -2.75,-1.25 q -1,-0.5 -1.75,-0.25 0.5,0.75 2.5,1 z m -3.5,-1.25 q 0,0 -3.5,-0.75 0.25,0.25 1.75,1 1.75,0.5 2.5,0.5 0.25,0 0,-0.25 -0.25,-0.25 -0.75,-0.5 z m -1.25,29.75 q 0,0 -0.75,-0.5 -1,-0.5 -2.5,-0.75 l -1.5,-0.5 1.25,0.75 q 1.5,1 3.5,1 z m -1,-27.75 q 0,0 2,0.25 -0.25,-0.25 -1.5,-0.5 -0.5,0.25 -0.5,0.25 z m 8,31.25 q 0,0 0.5,-0.25 -0.25,-0.25 -3.5,-1.5 -3,-1.5 -3.25,-1.5 z m 1.5,0.75 q 1.25,1.5 1.25,0.75 0,-0.5 -1,-1 z m 3.75,1.25 q -0.25,0 -1,-0.5 -0.75,-0.5 -1,0 0,0.25 0,0.25 0,0 0.25,-0.25 0.5,-0.25 0.5,0.25 0,0.5 0.75,0.5 z m -1,-11.25 q -1,-0.5 -1.5,-0.5 -0.25,0 0.75,0.5 1.5,0.75 1.25,0.75 0,-0.25 -0.5,-0.75 z m -0.75,4 q 0,0.25 0.5,0.25 0.75,0 0.75,-0.5 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.5,0.5 z m 3.5,-15.75 q 1,0.25 1,-0.25 -0.25,-0.5 -1,-0.25 -0.5,0.25 0,0.5 z m -6,-7.5 q 0,0 7,2 l -0.25,-0.25 q -1,-0.75 -2,-0.75 -1,0 -1,-0.25 0,-0.25 -1,-0.25 -0.75,-0.25 -1,-0.5 -0.25,-0.5 -0.75,-0.5 l -3,-1 -1,-0.25 q -1.25,0 -2.5,-0.25 z m 11,10.75 q 1.5,0.75 1.5,0.5 0,-0.25 -1.5,-1 z m 2.75,0.25 q 0.5,0 -0.25,-0.75 -0.75,-1 -3.25,-2 -2.25,-1.25 -2.5,-1 l 0.5,0.25 -0.25,0.5 q -0.5,0.5 0.25,0.25 0.75,-0.25 1,0.25 0.25,0.25 2.25,1.5 2,1 2.25,1 z m 0,-4 q 0,0 0.75,-0.25 -0.25,-0.25 -1,0 z m 1.5,1 q 0.25,0.5 0.25,0.5 0.25,0 0.25,-0.5 0,-0.5 -0.5,-0.5 -0.25,0 0,0.5 z"/><path fill="#ff7a1a" d="m 333.74976,410.75 q 0.75,0 0.5,0.5 -0.5,0.5 -1.25,0.5 -0.75,0.25 -2.75,-3.25 -2,-3.25 -2.5,-3.5 h -0.25 q 0,0.25 0.5,1 0.25,0.75 -0.25,0.75 -0.25,0 -0.25,-0.5 0,-0.25 -0.75,-0.25 -0.75,0 -0.25,-0.5 0.5,-0.25 0.25,-0.5 -0.25,0 -0.75,0 -0.25,0 0,-0.25 0.25,-0.5 -0.25,-1.25 l -0.5,-0.25 q 0,0.25 -0.5,-0.25 l 0.5,1.75 q 1.25,2 1.25,2 l 0.25,0.75 -0.25,0.75 v 1.25 q 0,0.25 0.25,0.5 0.5,0.25 0,0.25 -1,0 -0.5,1 0.25,0.5 0.5,0.5 0.75,0.25 0.5,0.75 l 0.25,0.25 q 0.75,-0.25 1,0.5 l -0.25,0.25 q -0.25,-0.25 -0.25,0 0,0.5 0.5,1 0.5,0.5 -0.25,0.5 -0.25,0 -0.5,-0.25 -0.25,0 -0.25,0 0.25,-1.25 -2.75,-4.5 -1,-1.25 -0.75,-1.5 h -0.25 q -0.5,0.25 0.5,2 1,2 0.75,2.25 -0.25,0.25 0.25,0.25 0.5,0 0.75,1.25 0.25,1.5 0.5,1.5 0.25,0 1.5,2.5 1.5,2.75 1.75,4 0.25,0.75 0,1 -0.25,0.25 -0.75,-0.5 -0.5,-0.5 -0.5,-1.5 0.25,-1 0,-0.75 -0.75,0 -1.5,-0.75 -0.5,-0.5 -1.75,-2.5 -1.75,-3.25 -2.25,-3.25 -0.25,0 0,0.5 l -0.25,0.25 q -0.25,-0.25 -0.75,-1 0,-0.5 0,-0.5 0.75,0.75 0.75,0.25 0,-0.25 -1,-1.25 l -0.5,-0.5 q 0.25,0.5 -0.25,0.25 -0.5,-0.25 -0.25,-1 0,-0.25 0,-0.5 0,0 -0.25,0 -0.25,0.25 -2.5,-3.5 -2,-3.75 -2.75,-4.75 -0.75,-0.75 -0.5,-1 0.25,-0.25 -0.75,-1 -0.75,-0.5 -0.75,-1 0,-0.75 -0.75,-1.25 -0.75,-0.75 -1.75,-2.75 -0.5,-0.75 -1,-1.25 -0.25,-0.5 -0.5,-0.5 h -0.25 q 0.25,-0.25 -0.25,-1.5 -0.5,-1.25 -0.75,-1.25 -0.25,0 0.25,1 v 0.5 q -0.5,-0.25 -2.25,-2.5 l -1.75,-1.75 -1.5,-1.75 q -1.5,-2 -2,-1.75 -0.5,0.25 -1.5,-0.75 -0.75,-1.25 -1.25,-2.25 -0.25,-0.5 -0.25,-0.5 0.25,0 0.5,0 0.5,0.5 0.25,0 -0.25,-0.5 -0.5,-0.25 -0.25,0 -1.25,-0.75 l -1,-0.5 q 0.5,0.5 0,0.75 -0.25,0.25 -1.75,-1.5 -1.5,-2 -2.25,-2.75 -0.75,-0.75 -0.75,-1 0,-0.5 -0.5,-0.5 -0.25,0 -1.5,-1.75 l -1,-1.25 q 0,0.75 3.75,5.5 1,1.25 1,1.5 -0.25,0 -1,-0.25 -0.25,-0.25 -0.5,-0.5 -0.25,-0.25 -0.25,-0.25 0.25,-0.75 -3,-3.75 -1,-1 -0.75,-1 0.25,0 -0.5,-0.75 -0.75,-1 -1.75,-2.25 -1,-1.5 -2,-2.25 -0.75,-1 -1.5,-2 -0.5,-1.25 -1.25,-2 -6.75,-8.25 -10.75,-12.5 -3,-3.25 -5.75,-6.25 -2.25,-2.75 -6.75,-7.25 l -4.25,-4.5 V 339 q -0.25,5.75 -1,5.5 l -0.25,0.5 q 0,0.25 0,0.5 0.25,0.25 0.5,0.25 0.5,-0.25 0.5,2 0,1 0,2.75 l -0.25,3.75 q -0.25,-2 -0.75,-2 -0.25,0 0,2 0,1 0,1.5 0.25,0.25 0.5,0.25 0.5,-0.25 0.5,2.5 0,2.75 0.75,7 0.5,4.75 0.25,4.75 -0.75,0 -0.5,-1 0.25,-1 -0.25,-1 -0.25,0 -0.5,-2.25 0,-0.25 -0.25,-0.25 0,-0.25 -0.25,-0.25 -0.25,0.25 -0.5,-0.25 -0.25,-1 0.25,-1.5 0.5,-0.5 0.25,-1.5 l -0.25,0.25 -0.5,-0.5 q 0,-1.75 0,-2.25 0,-0.25 -0.25,-0.25 0,-0.25 -0.25,0 v -0.25 q 0.5,-0.75 -0.25,-1 -0.5,-0.25 -0.5,-1.25 l -0.5,0.25 0.25,0.75 v 2 1.25 l 0.25,-0.25 q 0.25,-1 0.5,-0.25 0,0.5 0,1.25 0.5,2 0,2.5 -0.5,1 0.25,3 0.5,1 -0.25,2 l -0.25,0.25 q 0.25,-0.75 0,-1.75 -0.25,-1 -0.75,-1 -0.25,0 -0.25,1 0,1 -0.25,1 -0.5,0.25 -1,-2.25 l -0.5,-1.5 v 0.25 q -0.25,1.75 -1.5,0.25 -0.5,-0.75 -0.25,-0.75 0,0 -0.25,-1.25 0,-1.25 -0.5,-2.5 -0.25,-1.5 -0.5,-1.5 l 0.5,2.75 q 0.5,1.5 0,2 -0.5,0.5 -0.25,-0.25 0.25,-0.75 -0.5,-1.25 -0.75,-0.75 -0.75,-3 l -0.5,-1.75 q -0.25,0.25 -0.25,1 h -0.25 q -0.25,-0.5 -0.75,-0.25 -0.25,0.25 0,0.75 0.75,1 1.25,8.5 0,2 0.25,4 V 374 q -0.25,-0.25 -1.25,-3.25 -0.75,-3.25 -0.75,-4 0.25,-0.75 -0.25,-0.75 -0.5,0 -0.25,-0.5 0.25,-0.75 -0.25,-1.25 -0.25,-0.5 -0.75,-4 l -0.75,-2 v 0.25 q 0,1.5 -0.25,2 -0.25,0.5 0,0.5 0.5,0 0.5,2 0,2.75 0.75,5.25 0.25,1.25 -0.25,1.25 -0.5,0 -0.25,-0.5 0.25,-0.75 -0.25,-0.75 -0.25,-0.25 -1,-4 -0.5,-3.75 -0.5,-5.75 l -0.25,-1.25 -0.5,-1.25 q -1,-5.75 -1.5,-7 -0.25,-0.75 -0.5,0.25 -0.25,0.5 -0.5,-0.25 0,-0.5 0,-1 l -0.25,-1.25 q 0,0 -0.25,0.5 0,0.25 0,0.25 -0.25,0.5 -0.25,-0.25 0.25,-0.25 0.25,-0.75 0.25,-1.75 0.25,-2.5 v -1 l 0.25,1 q 0.25,0.75 0.5,0 0,-0.25 0,-0.75 0,-1.5 -0.25,-1.5 0,0 -0.75,1.5 l -0.75,1.25 V 343 q 0,-1.25 -0.5,-1.75 -0.5,-0.5 0.25,-0.25 0.75,0.25 0.75,-0.25 0,-0.5 -0.5,-0.5 -0.5,0 -0.5,-1 0.5,-4.5 -0.25,-4.5 -0.5,0 -0.25,1 h -0.5 q -0.5,-1.25 -0.25,-1.75 0.25,-0.75 -0.75,-0.25 -1,0.25 -1,-0.75 0,-1.25 -0.5,-1.5 -0.25,-0.25 0.25,-0.75 v -0.25 q -0.5,0 -0.25,-1 0.25,-0.5 0,-0.5 0,-0.25 -0.5,0 -2.5,1 -5.75,0.75 0.5,-0.5 0,-0.5 -0.75,0 -1.25,0.5 -1,0.75 -0.75,-0.5 0,-0.25 0,-0.75 0.25,-1 1.75,-1.5 1.5,-0.5 1.5,-0.75 0,-0.5 0.25,-0.25 0.5,0 2.5,-1.25 2,-1 1.75,-1 0,-0.25 -2.5,1 -4.25,2 -7.5,1.5 l -1.5,-0.25 2.5,-1 q 2.5,-0.75 2.75,0 h 0.5 q 0,-0.5 -0.75,-1 l -0.25,-0.5 q 0.5,0 1.75,-1 1.25,-1 2.75,-1.75 1.5,-1 0.5,-1 -0.75,0.25 -0.75,-0.25 0,-0.5 1.25,-1 1,-0.5 1,-0.75 0,-0.25 -0.75,-0.25 -0.5,0 -1.25,0.25 -0.5,0 -0.75,0.25 -0.25,0.5 -0.75,0.5 -0.25,0 0,-0.5 0.25,-0.5 -0.75,-0.25 -0.75,0.25 -3.25,1.25 -3.5,1.5 -4,1.5 l 0.25,-0.25 q 0.25,-0.25 0.5,-0.25 1.5,-0.5 4.25,-1.75 2.5,-1.25 4.5,-2.25 2,-1.25 2,-1.25 -0.25,-0.25 -1.25,0.25 -2,0.5 -2.75,-0.5 0.5,-0.25 2,-0.75 2.75,-1 2.25,-3.5 -0.25,-1 -1.75,-0.75 h -0.75 q 0.5,-0.25 0.5,-0.5 0,-0.5 -0.5,-0.25 -0.25,0.25 -0.25,0 0,-0.5 1.5,-1.25 1.5,-0.75 1.5,-1.75 0,-12 6.25,-48.75 1.75,-10.25 3.75,-20.25 3.25,-13.75 5.5,-18.25 l 0.75,-1.5 q 1,-2.25 0.75,-2.75 0,-0.25 0,-0.25 0,-0.25 0.25,-0.25 0.25,0 0.25,0 0.25,-0.25 0.5,-0.75 l -0.5,-0.25 -0.25,0.25 q 0,-1 0.75,-1.25 0,0.5 0.5,-0.5 0.25,-0.5 0.25,-0.75 0,-0.25 -0.25,0 l -0.25,-0.5 q 0.25,-0.5 0.5,-0.5 0.25,0.25 0.5,-0.25 0.25,-0.5 0.5,-1 0.5,-0.75 0.75,-1.75 1.5,-3.25 1.75,-4 0.5,-1 0.25,-1.5 -0.25,-0.75 0.25,-1.5 l 0.25,0.5 h 0.25 q 0.25,-0.25 0.5,-1.25 1,-2 1,-2.5 -0.25,-0.25 -0.25,-0.25 0.25,-0.25 0.5,-0.25 0.25,0.25 0.5,-0.25 0.25,-0.5 0.25,-1.25 0.25,-0.75 0.25,-1 l 0.25,-0.5 q 0,0.25 0.25,0 0.25,-0.5 0.25,-1 0.25,-1.25 1,-1.75 0.75,-0.5 2,-2.75 2,-2.75 3.75,-3.5 l 1,-0.25 -1,1 q -2.5,3 -2.5,5.25 0,1 1.25,-1.25 2.5,-4.25 4.25,-4.25 0.75,0 0.75,0.25 0.25,0.25 -0.25,0.75 -0.5,0.25 -0.5,-0.25 0,-0.5 -0.5,-0.25 -0.5,0.25 -0.25,1 0.25,0.75 -0.75,2.25 -0.75,1.5 -0.75,2 0,0.5 0.5,-0.25 0.25,-0.25 0.25,-0.5 1,-1.75 2.5,-3 h 0.5 q -0.5,0.5 -1.5,1.75 -0.75,1.25 0,1.75 h 0.25 q -0.25,-0.25 1.5,-2 1.75,-2 2.5,-2 0.5,0 0.25,-0.5 h 0.25 q 0.5,0.5 -0.25,1.25 -0.5,0.75 -1.25,2 l -0.75,1.25 0.75,-0.75 q 1,-0.75 1,-0.25 0,0.5 -0.5,2.5 l -0.25,2 q 0.25,-0.25 0.25,-1 0,-0.75 0.75,-1.5 h 0.5 q -0.25,0.75 -0.75,2 -0.75,2.5 -0.5,2.75 l 1,-1.75 q 0.5,-2 0.75,-2 0.5,0 0.5,-0.75 0,-1.5 1,-0.25 0.5,0.5 0,1.5 -0.5,1 -0.5,1.75 0,0.75 -0.5,0.75 -0.5,0 -0.25,0.75 0.25,0.5 0,1.25 -0.25,0.75 -1.25,4.75 -0.75,3.75 -0.75,4.75 0,1 -0.5,1 -0.25,0 0,1 0.25,0.75 0.75,0.25 h 0.25 q 0,0.75 -0.5,1.25 -0.25,0.5 -0.5,0.25 -0.5,-0.25 -0.75,0 0,0.25 0.5,1 0.75,0.5 0.25,1.5 -0.25,0.75 -0.25,1.5 0.25,0.75 -0.25,1.25 -1,1 0.5,1 1,0 3.75,-0.5 4.25,-0.75 8.5,-1 4.5,-0.25 5,-0.25 0.5,-0.25 0.75,0.25 0.25,0.25 0.5,0 0.5,-0.25 0.75,0.25 0.25,0.5 -2.75,0.5 h -2.75 l 2.75,0.5 q 2.75,0.25 3.75,0 1.25,-0.25 0.25,-0.5 l -0.25,-0.5 q 0.75,0 0.25,-0.5 -0.5,-0.25 0.25,-0.25 0.25,-0.25 0.5,-0.25 1.5,0 1.5,0.5 -0.25,0.5 0,0.75 0.5,0.25 0.5,0 0,-0.5 1.5,-1 1.5,-0.25 6,1.25 4.75,1.25 5.5,2 1.25,1.25 1.25,0.75 0,0 -0.5,-0.5 -0.25,-0.5 0.5,-0.25 4.75,0.75 9.75,4.25 1.25,0.75 2.25,1.25 0.75,0.5 0.5,0.25 -0.75,-1.25 -4.75,-3.75 -5.5,-3.25 -10.5,-4.25 -3,-0.75 -5.75,-1.5 l -7,-1.25 0.5,0.25 0.25,0.5 q -1,0 -1.25,-0.25 l -1.75,-0.25 q 0.25,0.5 -3.5,0.5 -2.5,-0.25 -2.5,-0.25 0,0 1.5,-0.25 l 2.25,-0.25 -2,-0.25 q -1,0 0.25,0 1,-0.25 2.75,-0.25 17.5,-0.25 29.25,7.75 2.25,1.5 5.25,4.75 3,3.25 4.5,5.5 1.5,2.5 2,5.75 0.75,3 1.25,5 l 0.75,1.5 q 0,-0.25 0,-0.75 0.25,-0.5 0.25,0.25 0.25,0.5 0.25,2 0,7 -2.5,12.5 -2.25,5.5 -8.5,13.5 -4,5 -4,5.5 0,0.75 -6,7.25 -2.75,3 -10.25,9.25 -7.5,6 -12.5,9.5 -1.5,1 -2,1.5 -0.25,0.5 -1.25,0.75 -1,0.25 -1,0.75 0,0.5 -0.5,0.5 -1,0 -4,2.5 -1,0.75 -1.75,1.25 -0.5,0 -2.5,1.5 -2,1.25 -2,1.25 0,0.25 0.5,1 0.5,0.5 2.75,3.25 2.25,2.5 3,3.25 0.25,0.5 1.75,2 1.5,2 3.5,4.5 2.25,2.75 4,5 1.75,2.25 2,2.5 0.5,0 0.5,0.5 0,0.25 0.75,1.25 3.75,4 6.75,8.25 3.25,4 3,4.5 -0.25,0.25 0.25,0.5 0.5,0 2,2 1.5,1.75 1.5,2.25 0,0.25 0.5,0.75 0.5,0.25 0.5,0.75 0,0.25 5,8.25 5.25,8 6,9.75 1,1.75 1.25,2 0.25,0 2,3.25 l 2,3 q 0,-0.25 0,-0.75 h 0.25 q 0.5,1 0.5,2 0.25,1 0.75,1.5 0.75,0.5 0.75,1 0,0.5 1.75,3.75 1.75,3 3,6 1.5,2.75 1.75,3 0.25,0 0.5,0.75 0.5,0.75 0.75,1.5 0.25,0.75 0.25,0.75 v 0.25 q 0.5,0.25 1,1.25 0.5,0.75 0.25,0.75 0,0 -0.5,-0.25 -0.75,-0.5 -1.5,-2 -0.5,-1.5 -0.75,-1.5 -0.25,0 -0.5,-0.75 l -0.5,-0.75 q -0.25,0.25 0.75,2.5 1,2 1.5,2.5 0.5,0.5 0.5,0.75 0.25,1.75 1.25,3.25 1.25,2 -0.5,2 -0.75,0 -0.75,0.75 0,0.75 0.75,1.75 0.75,1 1.25,1 z M 227.99976,314 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 2,-9.75 q 0.5,0 0.5,-3 0,-3.25 -0.25,-3 -0.25,0.25 -0.5,1.75 0,1.5 0,3 0,1.25 0.25,1.25 z m 0,1.25 q 0,0 0.25,0.5 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 z m 0.25,24.75 q 0,0 0.25,0.25 l 0.75,-0.25 q -0.25,-0.25 -1,0 z m 1,2.75 q 0,0 0.25,-0.25 -0.5,-0.25 -0.75,-0.75 l -0.25,0.25 q 0,0.75 0.75,0.75 z m 0.5,-41.75 q 0.25,0 0.25,0 0.5,0 -0.5,-0.75 -0.5,-0.25 -0.5,0 0,0 0,0.75 l 0.25,0.5 q 0,-0.75 0.5,-0.5 z m 1,12.5 q 0,0 0.25,0.5 0,-0.5 0,-1 -0.25,0.5 -0.25,0.5 z m 0.25,6.5 q 0,-0.75 0,-1.5 -0.25,0.25 -0.25,0.75 0,0.5 0.25,0.75 z m 0.25,-13.75 q 0.25,-0.25 0,-1 l -0.25,0.25 z m 0.25,37.5 q 0,0.25 0.25,1.25 l 0.5,1 q 0,-0.25 -0.25,-1.25 z m 0,-1.75 q 0.25,0.25 0.25,0.5 0.25,-0.5 0,-1.25 -0.25,0.5 -0.25,0.75 z m 0.75,7.25 q 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 0,0.5 0.25,0.5 z m -1.5,-59 q 1.5,-9.75 1.5,-11 0,-0.5 -0.25,-0.75 -0.25,0.75 -1.5,9.75 -1.25,9 -1.25,10 0,2.75 0.5,-0.25 0,-0.5 0.25,-1.25 0.25,-2.25 0.75,-6.5 z m 1.75,-12.75 q 0.25,-0.25 0,-1 l -0.25,0.25 z m 0.5,79 q 0.25,-0.5 0,-1 -0.25,0.5 -0.25,0.5 0.25,0.5 0.25,0.5 z m 2.25,-94.5 q 0,0 -0.25,0.25 l 0.25,0.5 q 0.25,-0.25 0,-0.75 z m -0.5,3 q 0,0 -0.25,0.25 l 0.25,0.5 q 0.25,-0.25 0,-0.75 z m 0.5,99.5 q 0,1 0.25,1.5 v -2.5 q -0.25,-2.5 -0.25,-3.25 0.25,-4 -1,-4.25 -0.5,0.25 0.5,5.75 0,1 0.5,2.75 z m 1.25,-109.75 q 0.25,-0.25 0,-1 l -0.25,0.25 z m 0.25,-2.25 q 0.25,-0.25 0.25,-0.75 l -0.25,0.25 z m 1.75,110.25 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0.5,3.75 q 0.25,-0.5 0,-1 0,0.25 -0.25,0.5 0.25,0.25 0.25,0.5 z m 1.5,0.25 q 0,0 0,-0.5 -0.5,0.25 -0.5,0.75 l 0.25,0.5 q 0.25,0 0.25,-0.75 z m 0.75,-133.5 q 0.25,-0.25 0,-1 l -0.25,0.25 z m 1,135 q 0.25,-0.25 0,-1.75 l -0.5,-1.75 v 2 z m 2.75,5.75 q 0.25,-0.25 -0.25,-1 -0.25,-0.75 0,-1.25 0,0 -0.25,0 0,-0.25 -0.25,-0.25 -0.25,0 -0.25,1 0,0.25 0,0.5 0.25,0.25 0.25,0.25 0.25,-0.25 0.25,0 0.25,0 0.25,0.25 z m 3,-1.75 q 0,0 -0.25,0.25 l 0.25,0.75 q 0.25,-0.5 0,-1 z m 0,-30.75 q 0,0 0.5,6.25 0.25,-0.25 0.25,-3.5 0,-3.25 -0.25,-3.25 -0.25,0 -0.5,0.5 z m -0.75,3.5 q 0,-0.5 -0.5,-0.25 -0.25,0.25 0,0.5 0.5,1.25 0.5,-0.25 z m -0.5,-1 q 0.25,-0.25 0,-1 l -0.25,0.5 z m 0,-2.75 q 0,-1 -0.5,-1 -0.25,0 0,0.75 0.25,0.5 0.25,1 0,0.25 0.25,0.25 0.25,0 0,-1 z m -0.25,34.25 q 0,0 0.25,0 0.25,-0.75 -0.25,-1.75 l -0.5,-1.25 0.25,1.25 q 0.25,1 0.25,1.75 z m 0.75,-16 q 0.5,3 0.75,3 0.25,-0.25 -0.25,-3.5 -0.5,-3.5 -1,-4 l -0.25,0.5 q 0.25,0.75 0.75,4 z m 1,-1.25 q 0,0 0.25,-0.5 0,-0.25 0,-0.5 0.5,-1.75 -0.25,-4.5 -0.5,-2.75 -0.75,-4.5 0,-2 -0.5,-1.75 -0.25,0 -0.25,0.5 0.75,3.5 1.5,11.25 z m 0.75,9.25 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0.75,-16.5 q 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 0.25,0.5 0.25,0.5 z m 0.75,-47.5 q 0.25,-0.75 0,-1.25 0,0.5 0,0.5 z m 0.75,-6.75 q 0.25,-0.5 0.25,-1 l -0.25,0.25 q -0.5,0.5 -0.5,1 z m 28.25,-5.75 q 0,0.25 0.5,0 0.5,-0.25 0.5,-0.5 0,-0.5 -0.5,-0.25 -0.5,0.25 -0.5,0.75 z m 3.25,-1 q 0.25,-0.5 -0.25,-0.75 0,0 -0.25,0.25 0,0 0,0.25 0,1 0.5,0.25 z m 2,-5.5 q 0.25,0 0.75,-0.75 0.75,-0.75 0,-0.25 -1.25,1 -0.75,1 z m 1.75,2.5 q 0.25,0 0.5,-0.5 0.25,-0.5 -0.25,-0.5 -0.25,0 -0.25,0.5 0,0.5 0,0.5 z m 0.75,-4.25 q 0.5,0 2,-1.25 1.5,-1.25 0.5,-1.25 l -0.5,0.25 q 0,0.25 -0.75,1 -0.5,0.5 -1.25,0.75 z m 7.25,-5.5 q 0.5,-0.25 1,-1.5 0.5,-1.25 0.25,-1.75 -0.25,-0.5 -0.5,0.75 -0.25,1 -1,1.25 -0.75,0.25 -2,2 l -0.75,1.5 q 0.75,0 1.5,-1.25 1,-1.5 1.25,-1.5 0.25,0 0,0.5 0,0.25 0,0.25 0,0 0.25,-0.25 z m 0.5,-5.25 q 0,0 0,0.75 0.5,-0.25 0.25,-1 z m 2.75,-9 q 0.5,1 0.5,0.75 0.25,-0.25 0,-1 -0.25,-0.75 -0.75,-0.75 -0.25,0 0.25,1 z m 20.25,-25.25 q 0.5,0.5 0.5,-0.25 0,-0.75 -0.5,-0.75 -0.25,0 -0.25,0.5 0,0.25 0.25,0.5 z m 9,19 q -0.75,1.75 -1,2.75 -0.25,1 -1.25,3.25 -1,2 -0.75,2.25 0.25,0.25 0.5,0 0.5,-0.5 0.25,-0.75 -0.25,-0.5 0.5,-1.5 l 0.5,0.5 q -0.25,0.75 -0.75,2 -0.5,1 -1,1.75 -0.5,0.75 -0.5,0.5 -0.25,-0.25 0.25,-0.75 0.5,-0.75 0.25,-1 -0.5,-0.5 -0.75,0.5 0,0.25 0,0.5 -0.5,3.25 -1.5,4.25 -0.5,0.75 -1.25,2.25 l -0.75,1.5 1,-1 q 0.75,-1.25 2.5,-4 3.5,-6 4,-11.75 l 0.25,-3 z m -1.75,1 q 0,0 -0.25,0.25 l 0.25,0.5 q 0.25,-0.25 0,-0.75 z m 0,2 q -0.25,-0.75 -0.5,-0.75 -0.25,0 -0.25,0.75 0,0.5 0.5,0.5 0.5,0 0.25,-0.5 z m -1.75,-13.25 q -0.25,0 -0.25,-0.5 0,-0.5 -1.75,-2.5 l -1.5,-1.75 1,2 q 1,2.25 1.25,3.75 0.5,0.75 0.75,0.75 0.25,-0.5 0.25,0.25 0,0.75 0.25,0.75 0.5,0 0.5,-1.25 0,-1.5 -0.5,-1.5 z m -3.75,-7.5 -1,-0.75 0.75,1 q 1.25,1.25 1.25,0.75 0,-0.25 -1,-1 z m -1.5,-4.75 q -0.75,-0.5 -1,-0.25 -0.25,0.25 0.5,0.5 z m -13.75,-5.5 q -0.5,-0.25 -0.5,0 0.75,1 4.75,3 1.25,0.5 1.75,1 0.75,0.25 0.5,0.75 V 224 q 0.25,-0.25 1.25,0.75 1.25,1 1.75,0.75 0.5,-0.25 0.5,0 0.25,0 0.25,0.25 -0.25,0.5 0.25,0.75 0.5,0 1,0 0.5,0 0.25,0.5 -0.25,0.25 -0.25,0.5 0.25,0 0.25,-0.25 0.5,-0.25 0,-1 -0.5,-1 -1.5,-1.5 -1,-0.75 -2.25,-1.75 -1.75,-1.75 -8,-4 z m -0.75,65.25 q -1.5,1.25 -1.5,1.5 0,0.25 1.5,-1.25 l 1.25,-1.5 z m -6.5,-67.25 q 0,0 -0.75,0 0.5,0.25 3,1.5 h 0.25 l 0.5,0.25 2.5,0.75 q 0,-0.25 -2.25,-1.25 -2,-1 -3.25,-1.25 z m -0.25,42.25 q 0.25,-0.5 0,-0.5 0,0.25 -0.75,0.5 -1.75,1.75 -0.25,1.75 0.75,0 0.75,-0.5 0,-0.5 0.25,-1.25 z m -1.5,-17.5 q 0,0 -0.25,0.25 0.5,0.5 1,0.25 0,-0.25 -0.75,-0.5 z m -1.5,-25 q -0.5,0 -1.25,0.25 l -0.25,0.5 q 0.5,0 1.25,-0.5 z m -2,-0.25 q 0,0 0.25,0.25 l 0.5,-0.25 q -0.25,-0.25 -0.75,0 z m -2,22 q 0,0 -0.5,0 0.5,0.5 1.25,0.25 0,0 -0.75,-0.25 z m -1.5,-21.75 q 0,-0.5 -0.5,-0.5 -0.25,0 0,0.5 0.25,0.25 0.25,0.25 0.25,0 0.25,-0.25 z m -0.5,20.75 q -1,-0.75 -1.5,-0.5 -0.25,0 0.75,0.5 1.25,0.75 1.25,0.5 0,0 -0.5,-0.5 z m 0,3 q 0,-0.25 -1.25,-0.75 -1.25,-0.75 -1.5,-0.75 l 1.25,0.75 q 1.5,1 1.5,0.75 z m -1.75,-6.75 q 0,0 -1.5,-0.25 l 0.25,0.25 q 0.75,0.5 1.5,0.5 z m -3.5,4.75 q 0,0 -0.25,0 0,-0.25 -0.25,-0.25 -1,0 -2.25,-0.75 -4,-1.5 -4,-0.5 0,0.75 1,0.5 1.25,-0.25 3,0.5 2.5,1.25 2.75,0.5 z m -6.75,-6.75 q 0,0 0.25,0.25 h 0.5 q -0.25,-0.5 -0.75,-0.25 z m 1.5,-13.75 q 0,0 -3.5,0.5 0.5,0.25 3.75,0.25 3.25,-0.25 3.5,-0.5 0.25,-0.25 -3.75,-0.25 z m -4,17.25 q 0,0 -1.25,0 l -1.5,0.5 q 0.25,0.25 1.25,0 1.25,-0.25 1.5,-0.5 z m -7,-17.5 q -1,0.25 -1.25,1.25 -0.25,0.75 0,1 0.25,0 1,0 l 1,-0.25 -1.25,0.5 q -1,0.25 -1,0.75 0,0.25 1,0 1.25,-0.25 2.25,-0.5 1.25,-0.5 1.25,-0.75 0.25,-0.25 2,-0.25 h 1.5 l -0.25,-0.5 q -0.5,-0.5 -2.5,-0.5 h -1.5 0.25 q 0.75,-0.5 2,-0.5 l 0.25,-0.5 q -1.25,-0.5 -4.75,0.25 z m 2.5,12.5 q -0.25,-0.5 0.5,-0.25 1,0.25 1.25,0 l -2,-0.25 q -2.5,0 -2.5,0.75 0,0.25 1.5,0.25 1.5,0 1.25,-0.5 z m 1,5 q 0,0 -1,0 -1,0 -1.25,0.25 h 2 z m -5,-22.75 q -0.5,0.75 -0.25,1.25 0.5,0 0.75,-0.75 0.5,-0.75 0.25,-1.5 -0.25,-1 -0.5,0 0,0.75 -0.25,1 z m -0.25,17 q -1,0 -1.25,0.5 -0.25,0.5 0.25,0.5 0.5,0 1.25,-0.5 z m 0.75,1.5 q 0,0 -0.75,-0.25 -1,0.25 -1,0.25 z m -2.25,2 q -1,0 -1,1 0,0.75 3,0.75 3,-0.25 2.75,-0.5 0,-0.5 -1.25,-0.5 -1,0 -1.25,-0.25 -0.25,-0.5 -1,0 -0.25,0.25 -0.5,0.25 0,0 0.25,-0.5 0.25,-0.75 -0.25,-1 -0.25,0 -0.25,0 0,0 0,0.25 0.25,0.25 0,0.5 0,0 -0.5,0 z m -4,17.5 q 0.25,-0.25 -0.25,-0.75 -0.5,-0.75 -0.25,0.25 0.25,0.75 0.5,0.5 z m -1.5,8.5 q -0.5,0.25 -0.25,0.75 0.5,1.5 0.5,-0.25 0,-0.25 -0.25,-0.5 0,-0.25 0,0 z m 0,2.5 q 0,-0.75 -0.5,-0.25 -0.5,0.25 -0.5,0.75 0,0.25 0.5,0.25 0.5,0 0.5,-0.75 z m -0.75,4 q 0.25,-0.25 -0.25,-0.75 -0.5,-0.75 -0.25,0.25 0.5,0.75 0.5,0.5 z m -1.25,9 q 0,0 -0.25,0.25 l 0.25,0.75 q 0.25,-0.5 0,-1 z m -0.25,2.25 q -0.5,0.75 -0.5,2 0,1 0.25,1 0,0 0.5,-2 0,-1 -0.25,-1 z m -0.75,7.25 q -1,0 -1,5.5 0,1.25 0.5,0.25 0,-0.75 0.25,-1.75 0,-1.5 0.25,-2.75 0.5,-1.25 0,-1.25 z m -1.25,7.75 q 0,1 0,1 0.25,0 5.5,-3 13.75,-7.25 13.75,-8 0,-0.5 0.25,0 0.25,0.25 1.75,-0.75 1.75,-1 2.25,-1.75 0.75,-1.25 1.5,-1.25 0.25,0 0,0.5 -0.25,0.5 0.5,0 1,-0.5 0.75,-0.75 -0.25,-0.25 0,-0.5 0.5,-0.5 1,-0.5 0.5,-0.25 0.75,0 0.5,0 0.25,-0.5 -0.25,-0.75 0.5,-0.5 1,0.25 1.5,-0.25 l -0.25,-0.25 q -1,0.25 -1,0.25 0,-0.25 3.25,-2.75 6,-4.5 7.5,-8 2,-4 2.5,-8 0.5,-4.25 -0.75,-6 -1.5,-2.75 -4.75,-4.25 -1.25,-0.75 -1.25,-1 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.75,-0.25 -0.25,-0.75 -1,-0.5 -0.75,0.25 -1.25,-0.25 l 0.5,-0.25 -2,-1.25 q -2.75,-1.25 -4,-1.25 l -1.25,-0.5 q 0,0 -1.5,-0.5 -1.5,-0.75 -4.25,-1.25 -2.5,-0.75 -5.25,-1.25 -4.75,-0.75 -5.75,-0.25 -1,0.5 -1,1.25 0,0.75 0.25,0 0.5,-0.5 0.5,0 0,0.25 -0.25,0.75 -0.25,1.75 -1.25,9.25 -1,7.5 -1.75,12.25 -0.5,4.75 -1,8.5 -0.5,3.75 -0.75,5 0,1 -0.5,3.5 -0.25,3.25 -0.5,3 -0.25,0 -0.5,-0.5 -0.25,-0.5 -0.25,0 0,0 0,0.75 0,1 0.25,0.75 0.25,-0.25 0.5,0.5 0,1.25 -0.5,5.5 -0.5,3.25 -1,3 -0.25,0 -0.5,0.25 0,0 0,0.25 z m 13.25,-0.5 q 0,-0.5 1.25,-1.25 1.5,-0.75 1.25,-1.5 0,-0.75 0.5,-1.5 0.25,-0.25 0.25,0 0,0 0,0.5 -0.25,1.25 0,1.25 0.25,0 1,-0.5 0.75,-0.5 0.5,-0.75 0,0 0.25,-0.25 0.5,-0.5 1,-0.75 1.5,-0.75 3.25,-2.25 2,-1.5 2.25,-1.25 l 0.25,-0.25 q -0.25,-0.75 -1.25,-0.5 -0.75,0 -1.25,0.5 -0.5,0.5 0,0.25 l 0.25,0.25 q -0.25,0.5 -0.75,0.25 -0.5,-0.25 -2.5,1 -5.25,3 -8.25,4.5 -2.75,1.5 -4.75,2.75 -1.75,1 -2.25,1.5 -0.25,0.25 -0.25,0.5 0,0.25 -0.25,0 -0.25,-0.25 -1.75,0.5 -1.25,0.5 -1.25,1 0,0.25 0,0.5 0,0 -0.25,0.75 0,0.75 0,1.5 0,0.75 0,0.75 0.25,0 1,-0.5 1,-0.5 0.75,-0.75 l 0.5,-0.5 q 0.25,0.25 0.5,0.25 0.25,-0.25 0.25,-0.5 -0.25,-0.5 0.5,-0.75 h 0.25 q 0,0.25 0,0.5 0.25,0 0.5,0 0.75,0 0.5,-0.75 l 0.25,-0.25 q 0.25,0.25 0.75,-0.5 0.75,-0.5 3.25,-2 2.75,-1.5 3.25,-1.5 0.5,0 0.5,-0.25 z m 18,79.25 q 0.75,1.25 0.75,0.5 0,0 -0.75,-0.5 -0.75,-0.75 0,0 z m 13,12.75 q 0.75,1.25 1,1 0.25,-0.25 -0.75,-1 l -1,-1 z m 5.75,5.25 q 0,0 1.75,1.5 l -0.25,-0.5 q -0.25,-0.5 -2.25,-3 -1.75,-2.75 -1.5,-3 -0.5,0.25 -1,-0.5 v 0.25 q 0.25,0.75 1,1.5 1,1.25 1,1.75 0,0.5 1.25,2 z m 13.5,7 q 0.5,0.75 0.75,0.5 0.25,-0.25 -0.5,-0.75 -0.5,-0.75 -0.25,0.25 z m 9,24.5 q 0,-0.25 -0.5,-0.5 -0.5,-0.25 -0.5,0.25 0,0.5 0.5,0.5 0.5,0 0.5,-0.25 z m -2.25,-13 q 0.25,-0.25 -0.5,-0.75 -0.5,-0.5 -0.25,0.25 0.5,0.75 0.75,0.5 z m -1.5,-2.75 q 0,0 0,-0.25 -0.25,-0.5 -1,0 -0.5,0.5 -0.5,0.5 0,0.25 0.5,-0.25 0.75,-0.5 1,0 z m 0.25,-15.25 q -0.25,0.25 0.25,1 0.75,0.5 0.75,0.5 0.25,0 -0.25,-0.75 -0.5,-1 -0.75,-0.75 z m 2.25,2.75 q 0.25,-0.25 0.25,-0.25 0,0 -0.25,0 -0.5,0.5 -0.5,0 0,-0.5 -0.5,-0.5 -0.5,0 -0.25,0.5 0.5,1.5 1.25,0.25 z m 0.75,8.25 q 0,0.5 0.25,0.5 0.5,0 0.5,-0.25 0,-0.25 -0.5,-0.5 -0.25,-0.25 -0.25,0.25 z m 1.75,3 q 0.25,0 0.25,-0.75 -0.5,-0.5 -1.25,-1 0,0.5 0.5,0.5 0.25,0 0.25,0 0.25,0.25 0.25,0.25 -0.25,1 0,1 z"/><path fill="#ff7a1a" d="m 422.24963,240 q 0,0.25 0.5,1 0.5,0.5 -0.25,1.25 -0.75,0.5 -0.75,0.5 0,0 0.25,-0.75 0.25,-0.75 -0.25,-0.75 -0.5,0 -0.5,0.75 l -0.25,0.25 q -0.25,-0.5 -0.75,-0.5 -0.25,0 0,0.25 l -2,0.25 -1.75,0.25 q 0.5,0.25 0.25,0.75 -0.25,0.25 0.25,0.25 0.5,0 0.5,0.5 0,0.5 -1.25,0.25 -6,-1.5 -6.75,-0.5 l 1.25,0.25 q 1.5,0 1.75,0.5 0.25,0.25 1.75,0.75 l 0.25,0.25 q -1.25,0.25 -1.5,-0.25 -1,-1 -3.75,-0.5 -0.75,0.25 -0.75,0.5 0.25,0.25 1.5,0.25 1.5,-0.25 1.5,0.25 0,0.25 3.5,0.5 5.25,0.5 5,1.5 -0.5,0.5 -1,-0.25 l -0.25,-0.25 q 0,0.5 -2.75,0.5 -4.75,0 -4,0.25 0.25,0 1,0.25 1,0.25 -0.25,0.25 -1,0 -3,0 -5,0.25 -6.75,0.5 -4.5,1.25 -13.75,2.5 -3,0.5 -12.75,3.25 -9.75,2.75 -10.5,3.5 -0.25,0.25 0.75,7.25 1.75,13.25 1.75,26.5 0,4.25 0.5,4.25 5.25,-2 11.5,-3 1.25,-0.25 1.25,0.25 0,0.25 1,0.25 1,0 0.25,-0.5 -0.75,-0.25 -0.75,-0.25 0,0 0.75,0 1,0 1,0.5 l 0.25,-0.25 q 0.25,-0.75 8.5,-0.5 8.25,0 9.75,1 1.75,0.75 2,1.25 0.25,0.5 -0.25,0.5 -0.25,-0.25 -0.5,-0.25 -1,-0.25 -3.25,-0.5 -1.5,0.25 -1.5,0.5 0.5,0.75 1.75,0.5 1.25,-0.25 3.75,0.5 2.5,0.5 2.5,1 0.25,0.5 -0.5,0.75 -0.75,0 -3.25,0 -4,0.25 -6.5,0.5 -2.25,0.25 -0.25,0.25 1,0 2.75,0 5,-0.25 6.25,0.5 1.25,0.5 1.25,1 0,0.25 1,0.5 1,0 1,1.25 0,1.25 -1,1.5 -1.5,0.25 -1.75,0.5 0,0.25 0.5,0.75 0.75,0.5 1.5,0.25 v 0.25 q -0.5,0.75 -3,1 -1,0.25 -0.75,0.5 0.5,0.25 -0.25,0.25 -0.25,0 -0.75,0 -1.75,-0.25 -1.75,0.25 0,0.25 -0.5,0 -0.25,-0.25 -0.5,0.25 h 3.25 q 1.5,0 2.5,-0.25 0.75,-0.25 0.75,0 0.25,0 -0.25,0.25 -0.5,0.75 -2,0.75 l -5,1.25 h 0.25 q 0.75,0 4.75,-0.5 h 0.25 0.25 l 0.25,-0.25 5,-0.5 q -0.75,0.5 -2.25,0.75 -1.25,0 -1.75,0.5 -0.25,0.5 -2,0.5 -1.75,0 -1.75,0.5 0,0.5 1,0.25 l 6.25,-0.5 q -0.75,0.25 -0.75,1 0,0.5 -1.75,1 -2,0.75 -0.25,1.25 2,0 -1,1 -2.5,1 -7.75,2.25 -27.75,7 -31.5,9.25 -1,0.5 -1,1.5 0,0.75 -0.25,1.75 -0.25,1.25 -1,6.75 -0.5,5.75 -1.75,12.25 -1.25,6.25 -1.25,6.75 0,0.25 0.75,-0.25 0.75,-0.5 2.5,-0.75 2,-0.25 3.25,-0.75 1.5,-0.75 2,-0.5 0.5,0.25 3.5,-0.25 3.25,-0.5 3.75,-1 h 0.25 q -0.25,0.5 4,0.5 4.5,0 5.25,0.25 0.75,0.25 3.25,0.75 5.25,1.5 7.75,2.75 1.5,0.75 4.5,1.25 2,1 2,1.75 -0.25,0.5 -2.25,-0.25 -2,-0.75 -2.25,-0.5 -0.25,0.25 3,1.25 l 3.5,0.75 q -0.25,0 -0.75,-0.25 -1.5,-0.75 -0.5,-1 2,-0.75 8.25,4.5 3.25,3 2.75,3.25 0,0 -1.25,-1 -1.25,-1 -1.75,-0.75 -0.25,0 0.75,1 1,0.75 0.5,1.5 -0.75,0.75 0,1 0.25,0 0.75,-0.25 0.5,-0.5 2,1 l 1,1.25 q -0.75,-0.5 -1.5,0 -0.5,0.25 0.75,1 l 1,0.25 q 0,-0.25 0,-0.5 0.25,-0.25 1.25,0.75 1.5,2 0,3 -0.25,0.5 -0.5,1 0,0.5 0,1 0,0.25 0.25,0.25 0.5,0 0.5,1 0.25,0.75 -0.25,1.25 -0.5,0.25 -1.75,0 -1.25,-0.25 -2,0 -0.75,0 -1.5,-0.5 -0.5,-0.5 -0.5,0 0,0.25 -1.25,0.25 l -0.25,0.25 q 1,0.25 2,0.25 0.75,0.25 0,0.5 -0.25,0 -1,0 -1.75,0.5 -2.5,0.25 -0.5,-0.25 -0.5,0.25 0,0.25 1.5,0.75 1.5,0.25 0.25,0.5 -1,0 -0.25,0.5 1.25,0.75 -2.25,1 -1.75,0 -1.75,0.5 0,0.5 -0.5,0.5 -1,0 -5.75,-0.25 -13.25,-1.5 -30.5,1.75 -8.25,1.5 -12.75,3 -3.5,1.5 -4.5,2.25 -1,0.5 -1.25,1.5 -0.25,1.5 -2,6 -1.5,4.5 -2,5 l 0.25,-1.75 q 1.5,-5 1.25,-5.5 l -0.75,1 q -0.75,1.5 -0.75,0.5 0,-2.5 -1,0.5 -0.25,0.5 -0.5,1 l -1.25,2.75 q 0,-0.25 0,-0.75 0,-1.25 -0.5,-2.25 l 0.25,-0.75 0.25,-1 q 0,-1.25 -0.5,-1.25 -0.75,0 -4.25,3.25 -1.25,1 -1.5,0.75 -0.25,-0.25 -0.5,0.25 l -0.25,-0.25 q 0,-0.25 0.25,-0.5 0.25,-1.5 0,-1.5 -0.5,0 -2,1.75 -1.25,1.5 -1.5,2 -0.25,-0.5 -0.25,-1 -0.25,-2 0,-2.5 0.25,-0.25 0.75,-2.75 0.5,-2.75 0.5,-3.5 0,-0.5 -1,0 -1,0.5 0.25,-0.5 1.5,-1 1.25,-1.25 -0.25,-0.25 -2.25,1.25 -1.75,1.25 -1.75,1.5 l -2,2.75 q 0,-0.25 0.75,-1.75 0.25,-0.75 0,-0.75 -0.75,0.75 -1,0.5 0,-0.25 0.5,-1 l 0.25,-0.5 q -0.5,0.25 -0.5,0 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.75,-0.5 -0.75,-1.5 -1.25,0 v 0.25 q 0.75,-0.25 0.75,0.5 0,0.5 -0.75,1.25 -2.25,1.5 -2.25,0.75 0.25,-0.75 0.75,-0.75 h 0.25 q -0.5,-0.25 0.25,-1 h -0.25 q -0.25,0.25 -0.5,0.5 -1.5,1.25 -1.75,1 -0.25,-0.5 2,-2.75 2,-2.25 0.75,-2.25 -0.25,0 0,0.5 0,0.25 -0.25,0.25 0,0 -0.25,0 -0.25,-0.25 0.25,-1.5 0.75,-1.25 1.25,-1.25 0.5,0 0.25,-0.75 -0.25,-0.75 0,-1 0.25,0 0.25,0 0.25,0 0,0.25 -0.25,0.5 0.25,0.5 0.5,0 0.5,-0.5 0,-0.75 0.5,-0.75 0.75,0 0.75,-0.5 0,-0.75 1.5,-2 1.5,-1.25 1.25,-1.25 -0.5,0 -3,2 -2.75,2 -4,2.75 -1,0.75 -1,1 0.25,0.25 -0.75,1.25 -0.75,0.5 -0.75,0.5 0,0 0.25,-0.75 0.5,-0.75 1,-1 0.25,-0.25 0.25,-0.75 0,-0.5 -0.75,0 v -0.25 q 1,-1 1.25,-0.75 0.25,0.25 2.5,-2 1.5,-1.25 2,-1.75 l -1.75,1 q -1.25,1 -1.5,1 -0.25,-0.25 2.25,-2.75 l 1.75,-2 q -1,0.5 -4.25,3.75 -4,4 -4.25,3.25 -0.5,-1 0.5,-2.5 1,-1.5 5.25,-6.25 l 1,-1.25 q 0,0 -0.5,0.5 -3.5,3.25 -6,6.5 -1.75,2.25 -1.75,1.5 0.25,-0.5 1,-2 1.25,-2 5.5,-6.25 4.5,-4.5 8.5,-7.25 4.25,-3.25 4.5,-3.75 0.25,-0.75 1.75,-14.5 1.5,-13.75 1.25,-14 0,0 -2.25,1.5 -2.25,1.25 -2.5,1 0,0 0.25,-0.25 0.25,-0.5 0.75,-0.75 0.75,-0.5 1.5,-1 l 2.25,-2.25 q -0.25,0 -1.5,1 -1.25,0.75 -1.75,0.5 -0.5,-0.25 -0.5,0.5 0,0.25 0,0.5 0,0 -0.25,0 -0.5,-0.25 -2.25,0.75 l -1.5,0.75 q 0.25,0 0.75,-0.75 1,-1 3,-2.25 2,-1.5 2,-2.25 0,-0.75 0,-0.75 0.25,-0.25 0.5,-0.25 0.75,0 0.75,-0.25 0.25,-0.25 0,-0.5 -0.25,-0.25 -1.75,0.25 -1.25,0.5 -1.25,1 l 0.5,-0.25 q 0.25,0 0.25,0 0.25,0 0,0.25 -0.25,0.5 -1,0.25 -0.75,-0.25 -4.25,2.5 -3.25,2.5 -4,2.5 -0.5,0 2,-2.75 3.5,-3.25 2.5,-3.25 -0.25,0 -0.5,0.25 l 0.75,-1.5 q 0.75,-0.75 0.5,-0.75 -0.25,0 -2.5,2 -3.75,2.75 -5.25,4.5 -1.25,1.5 -1.75,1.5 -0.25,0 0.25,-0.5 0.5,-0.5 0.5,-0.75 0,-0.5 -0.75,0.5 -0.75,1 -0.75,0.25 0,-0.75 0.5,-1.25 V 336 q -0.5,0.25 -0.5,0 -0.25,-0.25 1,-1.5 1,-1.25 1,-1.5 0,-0.25 1,-1.5 1.25,-1.25 0.5,-1.25 l -0.5,0.25 -0.75,0.75 q -1.25,0.75 -1.5,0.5 -0.25,-0.5 2.25,-3.75 1.25,-1.5 1.25,-2 0,-0.5 2.25,-3 l 1.25,-1.75 q -0.25,0.25 -0.75,0.75 -2.75,2 -9,8.75 l -1.25,1.25 q 0,0 0.5,-0.75 0.75,-1.5 2.5,-3.5 1.75,-2 2.5,-3.5 l 0.75,-1.5 -2.75,2.5 1.25,-1.75 q 1.25,-1.75 4,-4.5 3,-2.75 2.75,-3 l 0.25,-0.25 q 0.25,0.25 3.25,-2 3,-2.5 2.75,-2.75 0,-0.5 1.75,-1.75 2,-1.25 2.25,-1.25 l -1.75,1.5 -1.75,1.5 q 0.5,0 2.25,-1.5 l 2,-1.25 -0.25,-16.25 q -0.5,-22.25 -1,-25 l -0.5,-1.25 q 0,0.5 -0.5,0.5 -1.75,-0.25 -1.75,0.75 0,0.5 -0.5,0.5 -0.5,0 -1,0.75 -0.25,0.75 -0.5,0.25 -1,-1.5 -2.25,-0.5 -0.5,0.5 -0.5,0 0,-0.75 0.75,-2 v -0.5 q -1.25,1 -1.25,0.75 0,-0.25 0.5,-1 1,-1 0.5,-1.25 0,0 -0.75,0.5 -0.25,0.25 -0.25,0 0,-0.25 0,-0.5 0,-1.25 2.25,-3.25 2.5,-2.25 2,-2.25 -0.5,0 -1.25,0.75 -0.5,0.5 -1.75,1.5 -0.25,0.25 -0.25,0.25 0,-0.25 1.5,-1.75 2.25,-2.5 2,-2.5 -0.25,0 -2.5,2 -2.25,2 -2.75,2.75 -0.75,1 -0.75,0.75 0,-0.25 0,-0.75 -0.25,-1 -1.75,0.5 -0.25,0 -0.75,0.5 l -1.25,1 q 0.25,-0.25 1.75,-1.75 2.5,-2.25 2.75,-2 0.5,0 0.5,-0.5 0,-0.5 1.5,-2 1.5,-1.75 1.25,-1.75 -0.5,-0.25 -3,2 -5.25,5 -5.25,3.5 0.25,-0.5 0.5,-0.75 0.25,-0.75 0.25,-0.75 0,-0.25 -0.75,0.25 -0.5,0.5 -0.5,0.5 0,0 0.25,-0.5 0.25,-0.75 0.25,-1 h 0.25 q 0.5,0.25 1.25,-0.75 l 0.75,-1 -1,0.75 q -1,1 -1,0.75 0,-0.5 2.75,-3 2.75,-2.75 0.75,-1.25 -1.75,1.5 -3.25,2.5 -1.5,1 -1.75,1.75 l -0.5,-0.5 q 0,-1 3.25,-4.75 3.5,-4 6.75,-6.5 l 2.5,-2.25 -0.25,-2 q -0.25,-2.25 -1,-5.5 -0.5,-3 -0.75,-4 -0.25,-1 -0.75,-3.25 -0.5,-2.25 -0.75,-3 0,-1 -0.25,-1.5 -0.25,-0.75 -0.75,-4 -1,-3.75 -0.25,-3.5 0,0 0.5,0.5 0.25,0.75 0.75,0.5 v 1.5 q 0,0.25 -0.25,0.5 -0.25,0.5 0.25,0.25 0.75,-0.25 1,0.25 V 220 q 0,-1.5 0.25,-2 0.5,-0.75 0,-1.25 -0.25,-0.5 -0.5,0.5 l -0.25,-0.25 q 0.25,-0.75 1,-0.5 1,0 1,-1.25 -0.25,-0.5 -0.5,-0.5 l -0.25,0.25 q 0,-1.5 0.75,-1.75 l 0.25,-2.5 q 0.25,-2.5 0.5,-2.5 0.25,0 0.25,0 0.25,-0.25 0.25,-0.25 -0.25,-0.5 0,-0.75 0.25,0 0.25,0.25 0.25,0.25 0.25,0.75 0.25,0.25 0.5,0.75 0.5,2 0.75,2.75 l 0.25,-0.25 q -0.25,-0.75 -0.25,-0.75 0.25,-0.25 0.75,0 0.5,0.25 0.75,1.25 l 0.25,-0.25 q 0,-1 0.75,-1.5 0.75,-0.5 0,-3.5 -0.5,-3.25 -0.25,-3 0.5,0 1.5,4.25 1,4 1.75,5 0.5,1 0.5,0.5 0,-0.5 -0.25,-2.25 -0.25,-2.75 -0.75,-3.75 -0.25,-1 -0.25,-1.75 0,-1 0.5,0.5 0.5,1.25 1,3.25 0.5,3 1.5,4.75 l 1,2 -0.5,-1.75 q -0.25,-1.75 -0.25,-2.75 0,-1.25 -0.25,-1.25 -0.25,0 -0.25,-0.75 0,-1 0.25,-1 0.5,0 0.5,1 0.25,1 0.25,1.75 -0.5,0.75 0.25,1.5 0.75,0.5 0.5,1 -0.25,0.25 -0.25,0.25 0.25,0 0.5,0 0,-0.25 0.25,0 0.25,0.25 0.5,1 0.25,0.5 0.5,1.25 l 0.75,2 q 0.25,-2.5 -1.5,-6.5 -0.25,-0.75 0.5,-0.5 h 0.5 q -0.25,-0.5 0.25,-0.5 0.75,0 1.5,2.25 l 1,2.5 q 0,-1.25 -1.25,-5.25 -0.5,-1.5 -0.5,-1.5 0,-0.25 0.75,-0.25 1,0 2,3.5 2,8 3,16.75 0.5,2.75 1,3 0.5,0.25 3.25,-1 3,-1.25 3,-1.5 0,-0.5 0.5,-0.5 0.25,0 6.25,-1.75 6,-2 8,-2.75 0.75,-0.25 1.5,-0.25 0.5,0 4.25,-0.25 7.75,-0.5 16.75,-0.75 6,-0.25 6.75,0.5 0.75,0.75 0,0.75 -0.25,0 -1,0 -1.75,0 -1.75,-0.25 0,-0.25 -4.75,0 -4.75,0 -5.25,0.75 -0.5,0.25 -0.5,0.5 0.25,0 1,-0.25 0.75,-0.25 3.25,-0.25 2.75,-0.25 3.25,0 0.5,0.25 4.75,0.5 4.25,0 4.5,0.25 l -0.75,0.25 q -0.75,0 -1.25,0.5 -0.25,0.25 -1.5,0.25 -1.25,0 -3.5,0 h -2.25 l 2.5,0.75 q 2.25,0.5 3,1 0.75,0.25 2.5,0.25 l 1.5,0.25 q -0.25,0.25 -3,0.5 -2.5,0 -3.75,0.25 -1,0.25 -0.5,0.25 0.25,0 1.25,0.25 2,0 2.25,0.75 0.5,0.5 1.25,0 1.75,-1.5 3.75,0.5 0.5,0.5 1,0.5 l -0.25,-0.5 q -0.5,-0.25 -0.5,-0.25 0.25,-0.25 1,0 l 1,-0.25 q -0.25,-0.25 0,-0.25 0.5,-0.25 1.25,0.25 0.75,0.25 0,0.75 -0.5,0.25 0.25,0.5 0.25,0.25 0.25,1 0,0.5 -0.5,1.25 -0.5,0.5 -1,0.5 -0.5,0 -0.5,0.5 0,0.25 0.5,0.25 0.5,0 0.5,0.5 0,0.5 -1,0.5 -1,0 -0.5,0.5 0.5,0.5 0.25,0.75 -0.25,0.25 -1,0 -0.5,-0.25 -0.5,0 0,0.25 2,1 2.25,0.5 2,1 z m -82.75,-14.25 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0.5,-5 q 0.25,0.5 0.25,0.5 0.25,0 0.25,-0.5 0,-0.75 -0.5,-0.75 -0.25,0 0,0.75 z m -5.25,35.75 q 0.25,0 1,-0.75 0.75,-1 0.5,-1 -0.25,0 -1,1 -0.75,0.75 -0.5,0.75 z m 1,3.75 q -0.25,0.5 0,0.5 0.5,0 0.5,-0.5 0,-0.5 -0.25,-0.5 0,0 -0.25,0.5 z m 4,-5.25 q 0,0 0.5,-0.25 0.75,-0.25 0.75,-0.5 0,-0.5 -0.75,0 -0.5,0.5 -0.5,0.75 z m 0,12.25 q 0,0.25 0.25,0.25 0.5,0 0.75,-0.25 0,-0.25 0,-0.25 0,-0.25 -0.25,-0.25 -0.75,0 -0.75,0.5 z m -2.75,64.25 q -0.25,0.5 0,0.5 0.5,0 0.5,-0.5 0,-0.5 -0.25,-0.5 0,0 -0.25,0.5 z m -11.25,51.25 q 0.75,-1.25 0.5,-1.25 0,0 -1,1.25 -1,1.25 -0.5,1.25 0.25,-0.25 1,-1.25 z m 4.75,-4.75 q 0.25,-0.75 -0.25,-0.25 -0.5,0.5 -1.25,1.25 l -1.5,1.5 1.5,-1 q 1.25,-1 1.5,-1.5 z m 8.5,-7 q 0.5,-0.75 -0.25,0 -0.75,0.5 -0.75,0.75 0,0.5 1,-0.75 z m 0,4.5 q 1,-0.5 0.5,-0.75 -0.25,-0.5 -2.25,1.25 -2,1.75 -4,3 -1.75,1.25 -1.75,1.5 0,0.5 4,-2.25 3,-2.25 3.5,-2.75 z m 2.25,22.25 q 0.75,-1.5 0.5,-1.5 -0.25,-0.25 -0.75,0.25 -0.5,0.25 -0.75,1 -0.25,0.75 -0.25,1.25 0,0.5 0.25,0.5 0.25,0 1,-1.5 z m 2.75,-2.75 q 0.25,0.5 0.5,0 0.25,-0.75 -0.5,-0.5 -1.75,0.25 -1.75,2 0.25,1 0.75,-0.5 0.75,-1.5 1,-1 z m 2.5,5 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0.75,-186 q 0.25,-0.5 -0.25,-0.75 -0.5,-0.25 -0.5,0.5 0,1.25 0.75,0.25 z m 0.25,4.25 q 0,0.25 0.25,0.25 0.5,0 0.5,-0.5 0,-0.75 -0.5,-0.5 -0.25,0.25 -0.25,0.75 z m 1,6.25 q 0.25,-0.25 0.25,-0.75 l -0.5,0.25 z m 1.75,171.25 q 0.5,0.25 0.5,0 0.25,-0.25 -0.25,-0.75 -0.5,-0.5 -0.5,0 0,0.25 0.25,0.75 z m 0.5,-1.75 q 0.25,0.5 0.25,0.5 0.25,0 0.25,-0.5 0,-0.75 -0.5,-0.75 -0.25,0 0,0.75 z m 3.5,-176.5 q 0,0 -0.25,-1 l -0.5,-0.5 z m 0.5,171 q -0.5,0.5 0.25,0.25 0.75,-0.25 0.5,-0.5 -0.25,-0.25 -0.75,0.25 z m 1.25,-167 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 62.5,154.25 q -0.25,-0.5 -0.75,-0.5 -0.5,0 0.25,0.75 0.5,0.75 0.75,0.25 0,0 -0.25,-0.5 z m -1.5,-6.25 q 0.25,-0.25 -0.75,-0.75 -0.75,-0.75 -1,-0.5 0,0.25 0.75,1 0.75,0.5 1,0.25 z m -3.25,-0.5 q 0,0 0,0.25 1,0.25 1,0 -0.25,-0.5 -1,-0.25 z m -2.25,-2.25 q 0.25,0 -0.25,-0.5 -0.25,0 -0.5,-0.25 -1.5,-0.75 -2,0 0.5,-0.25 1.25,0.25 0.75,0.5 1.5,0.5 z m -1,-1.75 q 2.75,1.5 2.75,1.25 0,-0.25 -2,-1.5 -1.75,-1.25 -2.75,-1.5 l -0.75,-0.25 q 0.25,0.5 2.75,2 z m -2,-4 q -0.25,-0.25 -1.5,0 -1,0.25 0,0.5 0.75,0.25 0.75,0 -0.25,-0.25 0.25,-0.25 z m -4.5,22.25 q 0,0 0.25,0.25 l 0.75,-0.25 q -0.25,-0.25 -1,0 z m -4.5,-25.5 q 0,-0.25 -2,-0.75 -2,-0.75 -2.25,-0.5 l 1.75,1 q 2.5,0.75 2.5,0.25 z m -6.75,-2.75 q -0.25,0 -0.5,0.5 -0.25,0.5 0.25,0.5 0.5,0 0.5,-0.5 0,-0.5 -0.25,-0.5 z m -1,0.25 q 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.5,0.5 0,0 0.5,0 0.75,0 0.75,-0.25 z m -5.75,-1 q -0.25,0.25 0.25,0.25 0.25,0 0.5,-0.25 l 0.5,-0.25 q -0.75,-0.25 -1.25,0.25 z m -8.25,-0.75 q -0.5,0 -0.25,0.25 0.25,0 0.75,0 0.5,0 0.75,-0.25 -0.5,-0.25 -1.25,0 z m -12.75,-23.5 q 0.25,-0.5 0,-1.5 -0.25,-0.25 -0.25,0 0,0.25 0,0.75 0,0.5 0.25,0.75 z m 35.5,-19 q -0.25,0.25 0,0.25 0.25,0 0.75,0 0.25,-0.25 0.5,-0.25 -0.5,-0.25 -1.25,0 z m 6,-8.5 q 0.25,0.25 0.75,0.25 0.25,-0.25 0.5,-0.25 -0.5,-0.25 -1.25,0 z m -1,-5.75 h -1.25 l 1.25,0.5 q 1,0.25 1,0.25 l 0.25,-0.25 q 0,-0.5 -1.25,-0.5 z m -33.75,-0.75 q 0,0 0.5,0.25 l 0.5,-0.25 q -0.25,-0.25 -1,0 z m 9.5,-68.75 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 3.75,-1 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 2,0 q 0.25,0 0.5,-0.25 l -0.25,-0.25 q -1.5,0.5 -0.25,0.5 z m 5.5,-0.75 q 0,0 0.75,0 1,0 1,-0.25 0,-0.5 -1,-0.25 -0.75,0.25 -0.75,0.5 z m 4.75,-0.5 q 0,0 -0.25,-0.5 -1,0 -1,0.5 0,1 1.25,0 z m 10.75,17.5 q 0,0 0.5,-0.25 -0.5,0 -1,0 0.25,0.25 0.5,0.25 z m 0.5,-13.75 q 1,0.25 2.25,0.25 1.5,0 1.5,-0.25 0,-0.25 -2.75,-0.25 l -1.75,0.25 q 0.25,0 0.75,0 z m 2.5,13.5 q 0,0 0.5,-0.25 -0.5,-0.25 -1,0 0,0.25 0.5,0.25 z m 4.25,1 q 0,0.25 0.25,0.25 0.25,0 0.25,-0.5 0,-0.75 -1.5,-0.75 -1.5,-0.25 -1.5,0 0,0.5 2,0.5 0.5,0 0.5,0.5 z"/><path fill="#ff7a1a" d="m 514.74985,240 q 0,0.25 0.5,1 0.5,0.5 -0.25,1.25 -0.75,0.5 -0.75,0.5 0,0 0.25,-0.75 0.25,-0.75 -0.25,-0.75 -0.5,0 -0.5,0.75 l -0.25,0.25 q -0.25,-0.5 -0.75,-0.5 -0.25,0 0,0.25 l -2,0.25 -1.75,0.25 q 0.5,0.25 0.25,0.75 -0.25,0.25 0.25,0.25 0.5,0 0.5,0.5 0,0.5 -1.25,0.25 -6,-1.5 -6.75,-0.5 l 1.25,0.25 q 1.5,0 1.75,0.5 0.25,0.25 1.75,0.75 l 0.25,0.25 q -1.25,0.25 -1.5,-0.25 -1,-1 -3.75,-0.5 -0.75,0.25 -0.75,0.5 0.25,0.25 1.5,0.25 1.5,-0.25 1.5,0.25 0,0.25 3.5,0.5 5.25,0.5 5,1.5 -0.5,0.5 -1,-0.25 l -0.25,-0.25 q 0,0.5 -2.75,0.5 -4.75,0 -4,0.25 0.25,0 1,0.25 1,0.25 -0.25,0.25 -1,0 -3,0 -5,0.25 -6.75,0.5 -4.5,1.25 -13.75,2.5 -3,0.5 -12.75,3.25 -9.75,2.75 -10.5,3.5 -0.25,0.25 0.75,7.25 1.75,13.25 1.75,26.5 0,4.25 0.5,4.25 5.25,-2 11.5,-3 1.25,-0.25 1.25,0.25 0,0.25 1,0.25 1,0 0.25,-0.5 -0.75,-0.25 -0.75,-0.25 0,0 0.75,0 1,0 1,0.5 l 0.25,-0.25 q 0.25,-0.75 8.5,-0.5 8.25,0 9.75,1 1.75,0.75 2,1.25 0.25,0.5 -0.25,0.5 -0.25,-0.25 -0.5,-0.25 -1,-0.25 -3.25,-0.5 -1.5,0.25 -1.5,0.5 0.5,0.75 1.75,0.5 1.25,-0.25 3.75,0.5 2.5,0.5 2.5,1 0.25,0.5 -0.5,0.75 -0.75,0 -3.25,0 -4,0.25 -6.5,0.5 -2.25,0.25 -0.25,0.25 1,0 2.75,0 5,-0.25 6.25,0.5 1.25,0.5 1.25,1 0,0.25 1,0.5 1,0 1,1.25 0,1.25 -1,1.5 -1.5,0.25 -1.75,0.5 0,0.25 0.5,0.75 0.75,0.5 1.5,0.25 v 0.25 q -0.5,0.75 -3,1 -1,0.25 -0.75,0.5 0.5,0.25 -0.25,0.25 -0.25,0 -0.75,0 -1.75,-0.25 -1.75,0.25 0,0.25 -0.5,0 -0.25,-0.25 -0.5,0.25 h 3.25 q 1.5,0 2.5,-0.25 0.75,-0.25 0.75,0 0.25,0 -0.25,0.25 -0.5,0.75 -2,0.75 l -5,1.25 h 0.25 q 0.75,0 4.75,-0.5 h 0.25 0.25 l 0.25,-0.25 5,-0.5 q -0.75,0.5 -2.25,0.75 -1.25,0 -1.75,0.5 -0.25,0.5 -2,0.5 -1.75,0 -1.75,0.5 0,0.5 1,0.25 l 6.25,-0.5 q -0.75,0.25 -0.75,1 0,0.5 -1.75,1 -2,0.75 -0.25,1.25 2,0 -1,1 -2.5,1 -7.75,2.25 -27.75,7 -31.5,9.25 -1,0.5 -1,1.5 0,0.75 -0.25,1.75 -0.25,1.25 -1,6.75 -0.5,5.75 -1.75,12.25 -1.25,6.25 -1.25,6.75 0,0.25 0.75,-0.25 0.75,-0.5 2.5,-0.75 2,-0.25 3.25,-0.75 1.5,-0.75 2,-0.5 0.5,0.25 3.5,-0.25 3.25,-0.5 3.75,-1 h 0.25 q -0.25,0.5 4,0.5 4.5,0 5.25,0.25 0.75,0.25 3.25,0.75 5.25,1.5 7.75,2.75 1.5,0.75 4.5,1.25 2,1 2,1.75 -0.25,0.5 -2.25,-0.25 -2,-0.75 -2.25,-0.5 -0.25,0.25 3,1.25 l 3.5,0.75 q -0.25,0 -0.75,-0.25 -1.5,-0.75 -0.5,-1 2,-0.75 8.25,4.5 3.25,3 2.75,3.25 0,0 -1.25,-1 -1.25,-1 -1.75,-0.75 -0.25,0 0.75,1 1,0.75 0.5,1.5 -0.75,0.75 0,1 0.25,0 0.75,-0.25 0.5,-0.5 2,1 l 1,1.25 q -0.75,-0.5 -1.5,0 -0.5,0.25 0.75,1 l 1,0.25 q 0,-0.25 0,-0.5 0.25,-0.25 1.25,0.75 1.5,2 0,3 -0.25,0.5 -0.5,1 0,0.5 0,1 0,0.25 0.25,0.25 0.5,0 0.5,1 0.25,0.75 -0.25,1.25 -0.5,0.25 -1.75,0 -1.25,-0.25 -2,0 -0.75,0 -1.5,-0.5 -0.5,-0.5 -0.5,0 0,0.25 -1.25,0.25 l -0.25,0.25 q 1,0.25 2,0.25 0.75,0.25 0,0.5 -0.25,0 -1,0 -1.75,0.5 -2.5,0.25 -0.5,-0.25 -0.5,0.25 0,0.25 1.5,0.75 1.5,0.25 0.25,0.5 -1,0 -0.25,0.5 1.25,0.75 -2.25,1 -1.75,0 -1.75,0.5 0,0.5 -0.5,0.5 -1,0 -5.75,-0.25 -13.25,-1.5 -30.5,1.75 -8.25,1.5 -12.75,3 -3.5,1.5 -4.5,2.25 -1,0.5 -1.25,1.5 -0.25,1.5 -2,6 -1.5,4.5 -2,5 l 0.25,-1.75 q 1.5,-5 1.25,-5.5 l -0.75,1 q -0.75,1.5 -0.75,0.5 0,-2.5 -1,0.5 -0.25,0.5 -0.5,1 l -1.25,2.75 q 0,-0.25 0,-0.75 0,-1.25 -0.5,-2.25 l 0.25,-0.75 0.25,-1 q 0,-1.25 -0.5,-1.25 -0.75,0 -4.25,3.25 -1.25,1 -1.5,0.75 -0.25,-0.25 -0.5,0.25 l -0.25,-0.25 q 0,-0.25 0.25,-0.5 0.25,-1.5 0,-1.5 -0.5,0 -2,1.75 -1.25,1.5 -1.5,2 -0.25,-0.5 -0.25,-1 -0.25,-2 0,-2.5 0.25,-0.25 0.75,-2.75 0.5,-2.75 0.5,-3.5 0,-0.5 -1,0 -1,0.5 0.25,-0.5 1.5,-1 1.25,-1.25 -0.25,-0.25 -2.25,1.25 -1.75,1.25 -1.75,1.5 l -2,2.75 q 0,-0.25 0.75,-1.75 0.25,-0.75 0,-0.75 -0.75,0.75 -1,0.5 0,-0.25 0.5,-1 l 0.25,-0.5 q -0.5,0.25 -0.5,0 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.75,-0.5 -0.75,-1.5 -1.25,0 v 0.25 q 0.75,-0.25 0.75,0.5 0,0.5 -0.75,1.25 -2.25,1.5 -2.25,0.75 0.25,-0.75 0.75,-0.75 h 0.25 q -0.5,-0.25 0.25,-1 h -0.25 q -0.25,0.25 -0.5,0.5 -1.5,1.25 -1.75,1 -0.25,-0.5 2,-2.75 2,-2.25 0.75,-2.25 -0.25,0 0,0.5 0,0.25 -0.25,0.25 0,0 -0.25,0 -0.25,-0.25 0.25,-1.5 0.75,-1.25 1.25,-1.25 0.5,0 0.25,-0.75 -0.25,-0.75 0,-1 0.25,0 0.25,0 0.25,0 0,0.25 -0.25,0.5 0.25,0.5 0.5,0 0.5,-0.5 0,-0.75 0.5,-0.75 0.75,0 0.75,-0.5 0,-0.75 1.5,-2 1.5,-1.25 1.25,-1.25 -0.5,0 -3,2 -2.75,2 -4,2.75 -1,0.75 -1,1 0.25,0.25 -0.75,1.25 -0.75,0.5 -0.75,0.5 0,0 0.25,-0.75 0.5,-0.75 1,-1 0.25,-0.25 0.25,-0.75 0,-0.5 -0.75,0 v -0.25 q 1,-1 1.25,-0.75 0.25,0.25 2.5,-2 1.5,-1.25 2,-1.75 l -1.75,1 q -1.25,1 -1.5,1 -0.25,-0.25 2.25,-2.75 l 1.75,-2 q -1,0.5 -4.25,3.75 -4,4 -4.25,3.25 -0.5,-1 0.5,-2.5 1,-1.5 5.25,-6.25 l 1,-1.25 q 0,0 -0.5,0.5 -3.5,3.25 -6,6.5 -1.75,2.25 -1.75,1.5 0.25,-0.5 1,-2 1.25,-2 5.5,-6.25 4.5,-4.5 8.5,-7.25 4.25,-3.25 4.5,-3.75 0.25,-0.75 1.75,-14.5 1.5,-13.75 1.25,-14 0,0 -2.25,1.5 -2.25,1.25 -2.5,1 0,0 0.25,-0.25 0.25,-0.5 0.75,-0.75 0.75,-0.5 1.5,-1 l 2.25,-2.25 q -0.25,0 -1.5,1 -1.25,0.75 -1.75,0.5 -0.5,-0.25 -0.5,0.5 0,0.25 0,0.5 0,0 -0.25,0 -0.5,-0.25 -2.25,0.75 l -1.5,0.75 q 0.25,0 0.75,-0.75 1,-1 3,-2.25 2,-1.5 2,-2.25 0,-0.75 0,-0.75 0.25,-0.25 0.5,-0.25 0.75,0 0.75,-0.25 0.25,-0.25 0,-0.5 -0.25,-0.25 -1.75,0.25 -1.25,0.5 -1.25,1 l 0.5,-0.25 q 0.25,0 0.25,0 0.25,0 0,0.25 -0.25,0.5 -1,0.25 -0.75,-0.25 -4.25,2.5 -3.25,2.5 -4,2.5 -0.5,0 2,-2.75 3.5,-3.25 2.5,-3.25 -0.25,0 -0.5,0.25 l 0.75,-1.5 q 0.75,-0.75 0.5,-0.75 -0.25,0 -2.5,2 -3.75,2.75 -5.25,4.5 -1.25,1.5 -1.75,1.5 -0.25,0 0.25,-0.5 0.5,-0.5 0.5,-0.75 0,-0.5 -0.75,0.5 -0.75,1 -0.75,0.25 0,-0.75 0.5,-1.25 V 336 q -0.5,0.25 -0.5,0 -0.25,-0.25 1,-1.5 1,-1.25 1,-1.5 0,-0.25 1,-1.5 1.25,-1.25 0.5,-1.25 l -0.5,0.25 -0.75,0.75 q -1.25,0.75 -1.5,0.5 -0.25,-0.5 2.25,-3.75 1.25,-1.5 1.25,-2 0,-0.5 2.25,-3 l 1.25,-1.75 q -0.25,0.25 -0.75,0.75 -2.75,2 -9,8.75 l -1.25,1.25 q 0,0 0.5,-0.75 0.75,-1.5 2.5,-3.5 1.75,-2 2.5,-3.5 l 0.75,-1.5 -2.75,2.5 1.25,-1.75 q 1.25,-1.75 4,-4.5 3,-2.75 2.75,-3 l 0.25,-0.25 q 0.25,0.25 3.25,-2 3,-2.5 2.75,-2.75 0,-0.5 1.75,-1.75 2,-1.25 2.25,-1.25 l -1.75,1.5 -1.75,1.5 q 0.5,0 2.25,-1.5 l 2,-1.25 -0.25,-16.25 q -0.5,-22.25 -1,-25 l -0.5,-1.25 q 0,0.5 -0.5,0.5 -1.75,-0.25 -1.75,0.75 0,0.5 -0.5,0.5 -0.5,0 -1,0.75 -0.25,0.75 -0.5,0.25 -1,-1.5 -2.25,-0.5 -0.5,0.5 -0.5,0 0,-0.75 0.75,-2 v -0.5 q -1.25,1 -1.25,0.75 0,-0.25 0.5,-1 1,-1 0.5,-1.25 0,0 -0.75,0.5 -0.25,0.25 -0.25,0 0,-0.25 0,-0.5 0,-1.25 2.25,-3.25 2.5,-2.25 2,-2.25 -0.5,0 -1.25,0.75 -0.5,0.5 -1.75,1.5 -0.25,0.25 -0.25,0.25 0,-0.25 1.5,-1.75 2.25,-2.5 2,-2.5 -0.25,0 -2.5,2 -2.25,2 -2.75,2.75 -0.75,1 -0.75,0.75 0,-0.25 0,-0.75 -0.25,-1 -1.75,0.5 -0.25,0 -0.75,0.5 l -1.25,1 q 0.25,-0.25 1.75,-1.75 2.5,-2.25 2.75,-2 0.5,0 0.5,-0.5 0,-0.5 1.5,-2 1.5,-1.75 1.25,-1.75 -0.5,-0.25 -3,2 -5.25,5 -5.25,3.5 0.25,-0.5 0.5,-0.75 0.25,-0.75 0.25,-0.75 0,-0.25 -0.75,0.25 -0.5,0.5 -0.5,0.5 0,0 0.25,-0.5 0.25,-0.75 0.25,-1 h 0.25 q 0.5,0.25 1.25,-0.75 l 0.75,-1 -1,0.75 q -1,1 -1,0.75 0,-0.5 2.75,-3 2.75,-2.75 0.75,-1.25 -1.75,1.5 -3.25,2.5 -1.5,1 -1.75,1.75 l -0.5,-0.5 q 0,-1 3.25,-4.75 3.5,-4 6.75,-6.5 l 2.5,-2.25 -0.25,-2 q -0.25,-2.25 -1,-5.5 -0.5,-3 -0.75,-4 -0.25,-1 -0.75,-3.25 -0.5,-2.25 -0.75,-3 0,-1 -0.25,-1.5 -0.25,-0.75 -0.75,-4 -1,-3.75 -0.25,-3.5 0,0 0.5,0.5 0.25,0.75 0.75,0.5 v 1.5 q 0,0.25 -0.25,0.5 -0.25,0.5 0.25,0.25 0.75,-0.25 1,0.25 V 220 q 0,-1.5 0.25,-2 0.5,-0.75 0,-1.25 -0.25,-0.5 -0.5,0.5 l -0.25,-0.25 q 0.25,-0.75 1,-0.5 1,0 1,-1.25 -0.25,-0.5 -0.5,-0.5 l -0.25,0.25 q 0,-1.5 0.75,-1.75 l 0.25,-2.5 q 0.25,-2.5 0.5,-2.5 0.25,0 0.25,0 0.25,-0.25 0.25,-0.25 -0.25,-0.5 0,-0.75 0.25,0 0.25,0.25 0.25,0.25 0.25,0.75 0.25,0.25 0.5,0.75 0.5,2 0.75,2.75 l 0.25,-0.25 q -0.25,-0.75 -0.25,-0.75 0.25,-0.25 0.75,0 0.5,0.25 0.75,1.25 l 0.25,-0.25 q 0,-1 0.75,-1.5 0.75,-0.5 0,-3.5 -0.5,-3.25 -0.25,-3 0.5,0 1.5,4.25 1,4 1.75,5 0.5,1 0.5,0.5 0,-0.5 -0.25,-2.25 -0.25,-2.75 -0.75,-3.75 -0.25,-1 -0.25,-1.75 0,-1 0.5,0.5 0.5,1.25 1,3.25 0.5,3 1.5,4.75 l 1,2 -0.5,-1.75 q -0.25,-1.75 -0.25,-2.75 0,-1.25 -0.25,-1.25 -0.25,0 -0.25,-0.75 0,-1 0.25,-1 0.5,0 0.5,1 0.25,1 0.25,1.75 -0.5,0.75 0.25,1.5 0.75,0.5 0.5,1 -0.25,0.25 -0.25,0.25 0.25,0 0.5,0 0,-0.25 0.25,0 0.25,0.25 0.5,1 0.25,0.5 0.5,1.25 l 0.75,2 q 0.25,-2.5 -1.5,-6.5 -0.25,-0.75 0.5,-0.5 h 0.5 q -0.25,-0.5 0.25,-0.5 0.75,0 1.5,2.25 l 1,2.5 q 0,-1.25 -1.25,-5.25 -0.5,-1.5 -0.5,-1.5 0,-0.25 0.75,-0.25 1,0 2,3.5 2,8 3,16.75 0.5,2.75 1,3 0.5,0.25 3.25,-1 3,-1.25 3,-1.5 0,-0.5 0.5,-0.5 0.25,0 6.25,-1.75 6,-2 8,-2.75 0.75,-0.25 1.5,-0.25 0.5,0 4.25,-0.25 7.75,-0.5 16.75,-0.75 6,-0.25 6.75,0.5 0.75,0.75 0,0.75 -0.25,0 -1,0 -1.75,0 -1.75,-0.25 0,-0.25 -4.75,0 -4.75,0 -5.25,0.75 -0.5,0.25 -0.5,0.5 0.25,0 1,-0.25 0.75,-0.25 3.25,-0.25 2.75,-0.25 3.25,0 0.5,0.25 4.75,0.5 4.25,0 4.5,0.25 l -0.75,0.25 q -0.75,0 -1.25,0.5 -0.25,0.25 -1.5,0.25 -1.25,0 -3.5,0 h -2.25 l 2.5,0.75 q 2.25,0.5 3,1 0.75,0.25 2.5,0.25 l 1.5,0.25 q -0.25,0.25 -3,0.5 -2.5,0 -3.75,0.25 -1,0.25 -0.5,0.25 0.25,0 1.25,0.25 2,0 2.25,0.75 0.5,0.5 1.25,0 1.75,-1.5 3.75,0.5 0.5,0.5 1,0.5 l -0.25,-0.5 q -0.5,-0.25 -0.5,-0.25 0.25,-0.25 1,0 l 1,-0.25 q -0.25,-0.25 0,-0.25 0.5,-0.25 1.25,0.25 0.75,0.25 0,0.75 -0.5,0.25 0.25,0.5 0.25,0.25 0.25,1 0,0.5 -0.5,1.25 -0.5,0.5 -1,0.5 -0.5,0 -0.5,0.5 0,0.25 0.5,0.25 0.5,0 0.5,0.5 0,0.5 -1,0.5 -1,0 -0.5,0.5 0.5,0.5 0.25,0.75 -0.25,0.25 -1,0 -0.5,-0.25 -0.5,0 0,0.25 2,1 2.25,0.5 2,1 z m -82.75,-14.25 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0.5,-5 q 0.25,0.5 0.25,0.5 0.25,0 0.25,-0.5 0,-0.75 -0.5,-0.75 -0.25,0 0,0.75 z m -5.25,35.75 q 0.25,0 1,-0.75 0.75,-1 0.5,-1 -0.25,0 -1,1 -0.75,0.75 -0.5,0.75 z m 1,3.75 q -0.25,0.5 0,0.5 0.5,0 0.5,-0.5 0,-0.5 -0.25,-0.5 0,0 -0.25,0.5 z m 4,-5.25 q 0,0 0.5,-0.25 0.75,-0.25 0.75,-0.5 0,-0.5 -0.75,0 -0.5,0.5 -0.5,0.75 z m 0,12.25 q 0,0.25 0.25,0.25 0.5,0 0.75,-0.25 0,-0.25 0,-0.25 0,-0.25 -0.25,-0.25 -0.75,0 -0.75,0.5 z m -2.75,64.25 q -0.25,0.5 0,0.5 0.5,0 0.5,-0.5 0,-0.5 -0.25,-0.5 0,0 -0.25,0.5 z m -11.25,51.25 q 0.75,-1.25 0.5,-1.25 0,0 -1,1.25 -1,1.25 -0.5,1.25 0.25,-0.25 1,-1.25 z m 4.75,-4.75 q 0.25,-0.75 -0.25,-0.25 -0.5,0.5 -1.25,1.25 l -1.5,1.5 1.5,-1 q 1.25,-1 1.5,-1.5 z m 8.5,-7 q 0.5,-0.75 -0.25,0 -0.75,0.5 -0.75,0.75 0,0.5 1,-0.75 z m 0,4.5 q 1,-0.5 0.5,-0.75 -0.25,-0.5 -2.25,1.25 -2,1.75 -4,3 -1.75,1.25 -1.75,1.5 0,0.5 4,-2.25 3,-2.25 3.5,-2.75 z m 2.25,22.25 q 0.75,-1.5 0.5,-1.5 -0.25,-0.25 -0.75,0.25 -0.5,0.25 -0.75,1 -0.25,0.75 -0.25,1.25 0,0.5 0.25,0.5 0.25,0 1,-1.5 z m 2.75,-2.75 q 0.25,0.5 0.5,0 0.25,-0.75 -0.5,-0.5 -1.75,0.25 -1.75,2 0.25,1 0.75,-0.5 0.75,-1.5 1,-1 z m 2.5,5 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0.75,-186 q 0.25,-0.5 -0.25,-0.75 -0.5,-0.25 -0.5,0.5 0,1.25 0.75,0.25 z m 0.25,4.25 q 0,0.25 0.25,0.25 0.5,0 0.5,-0.5 0,-0.75 -0.5,-0.5 -0.25,0.25 -0.25,0.75 z m 1,6.25 q 0.25,-0.25 0.25,-0.75 l -0.5,0.25 z m 1.75,171.25 q 0.5,0.25 0.5,0 0.25,-0.25 -0.25,-0.75 -0.5,-0.5 -0.5,0 0,0.25 0.25,0.75 z m 0.5,-1.75 q 0.25,0.5 0.25,0.5 0.25,0 0.25,-0.5 0,-0.75 -0.5,-0.75 -0.25,0 0,0.75 z m 3.5,-176.5 q 0,0 -0.25,-1 l -0.5,-0.5 z m 0.5,171 q -0.5,0.5 0.25,0.25 0.75,-0.25 0.5,-0.5 -0.25,-0.25 -0.75,0.25 z m 1.25,-167 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 62.5,154.25 q -0.25,-0.5 -0.75,-0.5 -0.5,0 0.25,0.75 0.5,0.75 0.75,0.25 0,0 -0.25,-0.5 z m -1.5,-6.25 q 0.25,-0.25 -0.75,-0.75 -0.75,-0.75 -1,-0.5 0,0.25 0.75,1 0.75,0.5 1,0.25 z m -3.25,-0.5 q 0,0 0,0.25 1,0.25 1,0 -0.25,-0.5 -1,-0.25 z m -2.25,-2.25 q 0.25,0 -0.25,-0.5 -0.25,0 -0.5,-0.25 -1.5,-0.75 -2,0 0.5,-0.25 1.25,0.25 0.75,0.5 1.5,0.5 z m -1,-1.75 q 2.75,1.5 2.75,1.25 0,-0.25 -2,-1.5 -1.75,-1.25 -2.75,-1.5 l -0.75,-0.25 q 0.25,0.5 2.75,2 z m -2,-4 q -0.25,-0.25 -1.5,0 -1,0.25 0,0.5 0.75,0.25 0.75,0 -0.25,-0.25 0.25,-0.25 z m -4.5,22.25 q 0,0 0.25,0.25 l 0.75,-0.25 q -0.25,-0.25 -1,0 z m -4.5,-25.5 q 0,-0.25 -2,-0.75 -2,-0.75 -2.25,-0.5 l 1.75,1 q 2.5,0.75 2.5,0.25 z m -6.75,-2.75 q -0.25,0 -0.5,0.5 -0.25,0.5 0.25,0.5 0.5,0 0.5,-0.5 0,-0.5 -0.25,-0.5 z m -1,0.25 q 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.5,0.5 0,0 0.5,0 0.75,0 0.75,-0.25 z m -5.75,-1 q -0.25,0.25 0.25,0.25 0.25,0 0.5,-0.25 l 0.5,-0.25 q -0.75,-0.25 -1.25,0.25 z m -8.25,-0.75 q -0.5,0 -0.25,0.25 0.25,0 0.75,0 0.5,0 0.75,-0.25 -0.5,-0.25 -1.25,0 z m -12.75,-23.5 q 0.25,-0.5 0,-1.5 -0.25,-0.25 -0.25,0 0,0.25 0,0.75 0,0.5 0.25,0.75 z m 35.5,-19 q -0.25,0.25 0,0.25 0.25,0 0.75,0 0.25,-0.25 0.5,-0.25 -0.5,-0.25 -1.25,0 z m 6,-8.5 q 0.25,0.25 0.75,0.25 0.25,-0.25 0.5,-0.25 -0.5,-0.25 -1.25,0 z m -1,-5.75 h -1.25 l 1.25,0.5 q 1,0.25 1,0.25 l 0.25,-0.25 q 0,-0.5 -1.25,-0.5 z m -33.75,-0.75 q 0,0 0.5,0.25 l 0.5,-0.25 q -0.25,-0.25 -1,0 z m 9.5,-68.75 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 3.75,-1 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 2,0 q 0.25,0 0.5,-0.25 l -0.25,-0.25 q -1.5,0.5 -0.25,0.5 z m 5.5,-0.75 q 0,0 0.75,0 1,0 1,-0.25 0,-0.5 -1,-0.25 -0.75,0.25 -0.75,0.5 z m 4.75,-0.5 q 0,0 -0.25,-0.5 -1,0 -1,0.5 0,1 1.25,0 z m 10.75,17.5 q 0,0 0.5,-0.25 -0.5,0 -1,0 0.25,0.25 0.5,0.25 z m 0.5,-13.75 q 1,0.25 2.25,0.25 1.5,0 1.5,-0.25 0,-0.25 -2.75,-0.25 l -1.75,0.25 q 0.25,0 0.75,0 z m 2.5,13.5 q 0,0 0.5,-0.25 -0.5,-0.25 -1,0 0,0.25 0.5,0.25 z m 4.25,1 q 0,0.25 0.25,0.25 0.25,0 0.25,-0.5 0,-0.75 -1.5,-0.75 -1.5,-0.25 -1.5,0 0,0.5 2,0.5 0.5,0 0.5,0.5 z"/><path fill="#ff7a1a" d="m 632.75006,215.75 q 2,1.75 1.25,3 -0.5,0.75 -0.75,0 -0.25,-0.5 -2.25,-1.5 -1.75,-1 -2,-0.75 l 1,0.75 q 2.25,1.75 2.25,2.75 -0.5,0.25 0.25,1.25 l 0.5,0.5 q -0.5,-0.25 -1.25,0.25 l -0.25,0.25 q 0.25,-0.5 -0.25,-1 -0.25,-0.5 -0.75,-0.5 -0.25,0 0,0.75 v 1 l -1,-0.75 q -1,-1.25 -3.25,-2 -2,-0.75 -2.5,-0.25 -0.25,0.25 1,0.75 1.25,0.5 1.5,0.5 0.25,0 1.5,1 0.5,0.75 0.75,0.75 -0.5,-0.25 -0.5,0.25 0,0.75 1.25,0.5 0.5,0 0.25,1.25 -0.25,0.75 -0.5,0.75 -0.75,-0.25 -1.25,-0.25 0.25,0.25 0,0.25 0,0 -0.25,0 -0.5,-0.5 -0.25,-0.75 0.25,-0.5 -0.5,-0.5 -0.5,-0.25 -1,0 -0.5,0.25 0.25,1 0.75,0.75 0.25,2 -0.5,1 0.5,2 1.25,0.75 1.25,1.5 0,0.5 -1.25,-0.25 -1,-1 -1.5,-0.75 -0.25,0.25 -0.25,0 0,-0.5 -0.75,-0.75 -0.5,-0.25 -0.5,0 0.25,0.25 0.5,0.5 0.5,1 0.75,1.5 0.5,0.25 0.5,0.75 0.25,0.25 0.25,0.5 0.25,0.25 0.25,0.75 0,0.25 1.25,1.5 0.75,0.75 0.5,1 -1,-0.25 -1,0.25 0,0.25 1.25,0.25 1.75,-0.25 2.75,2 0.75,1 0,1.75 -0.5,0.5 -1,0 -0.5,-0.75 0,-1 0.75,0.25 0.75,-0.25 0,-0.5 -1,-0.25 -0.75,0.25 -2,-1 -3,-2 0,1 1.75,1.75 1.75,2 0,1.25 -3,-1.75 -2,-2 -4.25,-3 l -2.25,-0.75 1.25,1.25 q 1.5,1.25 1.75,1.25 0.25,0 1,0.75 1,0.75 2.25,1.75 l 0.5,0.75 q -0.75,-0.25 -0.75,0.25 0,0.25 0.5,0.25 0.5,0 0.5,0.5 0,0.5 -1.5,-0.5 -1.5,-1.25 -2,-1.25 -0.5,0 -0.25,-0.25 0.25,-0.5 0.75,-0.25 v -0.25 q -0.25,-0.5 -0.75,0 -0.25,0.25 -1.75,-0.25 l -1.25,-0.75 1.25,1 q 1.25,1.25 1.25,1.75 0.25,2 1.25,2 0.75,0 0.75,1 l 0.25,1.25 -1.25,-1.25 q -1.5,-1.5 -5.75,-3.75 -4.25,-2.25 -5.25,-2 -0.5,0 -4.5,-1.75 -3.75,-1.75 -4.25,-1.75 -0.25,0 -9.25,-2.5 -21.25,-6 -20.5,-4 0.5,0.75 -4.75,14.25 -1,3 -1.75,5.25 -0.75,2 -1,2.5 -0.25,0.25 -0.75,2 -1,3.25 -3.5,11.5 -3.5,11.25 -7.25,32 -1,6.75 -1.25,7 -0.25,0 -0.25,1.75 0.25,1.5 -1,2.25 -1,0.75 -1,2.5 0,1.5 0.5,2 v -1.5 q -0.25,-2.25 0.5,-2.5 0.75,-0.25 0.75,0.5 0,1 -0.75,7.75 -1,7 -1.25,10.75 -0.25,3.5 -0.75,3.25 v 0.5 q 0.25,0.75 0,6.5 -0.5,5 -1,5 -0.5,-0.5 -0.5,-1.25 l -0.5,-0.25 q -0.25,0.5 -0.25,3 0.25,2.25 0.5,2.25 0.5,0 0.5,-1.75 0,-1 0,-0.75 0.5,1 0.5,3 l -0.25,1.25 -0.25,-0.5 -0.25,0.25 0.25,1.25 q 0.5,-0.25 0.5,0.25 0,0.25 -0.5,0.5 -0.25,0.25 0,3.25 v 2.25 q -0.25,-0.5 -0.75,-4.5 l -0.25,-4 v 4.25 q 0,4.25 -0.25,4 l -0.75,10 q 0,1.25 0,3 0,6.25 -0.5,6.5 -0.5,0 -0.5,0.5 0,0.5 0.5,0.25 0.25,-0.25 0.25,1.75 0,1.75 -0.25,4.25 0,2.25 -0.25,3.25 v 1 l 0.5,1 q 0.25,1.25 -0.5,1.5 -0.75,0 0,0.75 0.75,0.75 0,1 -0.75,0.25 -1,0.25 0,0 0.25,-0.75 0.25,-0.5 -0.25,-0.5 -0.5,0 -0.5,-2 l 0.5,-1.75 q 0.5,0.25 0.5,-0.25 0,-0.75 -0.75,-0.5 h -0.5 q 0.25,-1.5 -0.75,-13.75 -0.25,-2.25 -0.75,-2.5 v 0.25 q 0.25,0.75 -0.75,1 -0.75,0.25 -1.25,1.5 -0.25,1 -0.25,10.75 0,9.75 -0.25,9.25 -0.25,-0.25 -0.25,0 -0.25,0.25 -0.25,0.5 -0.25,17.25 -0.5,17.5 -0.25,0.25 -0.25,-1 0,-1.25 0,-3.25 0,-1.75 0,-4.25 l -0.25,-6 q -0.25,2.75 -0.5,3.25 l -0.25,-0.75 0.25,-1 -0.75,1 q -0.75,1 -0.25,1.75 0.5,0.5 0,1 -0.5,0.5 -0.5,4.5 v 3.75 l -0.25,-3.75 q -0.25,-3.75 -0.75,-4 l -0.25,0.75 q 0.25,1.5 0,4.25 0,2.75 0,5.5 0,2.75 -0.25,2.5 -0.25,-0.25 -0.5,-2.75 0,-2.5 -0.25,-2.75 0,0 0,-1.5 -0.25,-5.25 -1,-6.5 -0.5,-0.75 -0.5,-2.5 0,-1.75 -0.25,-3.75 l -0.5,-2.25 -0.25,2.5 q 0,1 0,-0.25 -0.25,-1 -0.25,-4 0,-6.5 -0.5,-7.5 -0.5,-1.25 -0.5,-2.5 v -1.25 q -0.25,0.25 -0.25,2 0,1.75 0,3.5 0.25,2 -0.25,2.75 -0.25,0.75 0,1 0.5,0.25 0.5,3 0,2.5 -0.5,3 -0.5,0.75 0,1.25 0.75,0.25 0.25,0.5 -0.5,0.25 -0.5,0.75 0,0.25 0.25,0 l 0.5,3 q -0.25,1.25 -0.25,1.5 -0.5,0.5 -0.25,0 0,-0.25 0,-0.75 0,-1.25 -0.25,-1.25 l -0.5,-9 q 0,-1.75 0,-4 l -0.25,-13.5 -0.25,29.25 -0.25,-18 -0.5,-15 -0.25,3 -0.5,-8.25 v 4.5 q 0,4.75 0.25,4.75 0.5,0 0.5,3.25 l -0.25,2.5 q -0.25,-1 -0.75,-1 -0.25,0 -0.25,14.5 0.25,14.25 -0.25,14 h -0.25 q 0.5,0.25 0,1.5 -0.25,1.5 0,3.25 0.25,1.5 0.5,0 0,-0.25 0,-1.25 l 0.25,-3 v 3 q 0.25,3.25 -0.25,3.25 -0.5,0 -0.5,1.75 l -0.25,-0.25 q -0.25,-1 -0.25,-2.75 -0.25,-4.75 -0.5,-5.75 -0.25,-1 -0.5,-19.75 0,-0.25 0,-0.5 l -0.5,-18.25 q 0,0.25 0,1 v 0.25 l -0.25,1.5 q -0.25,-0.5 -0.25,-4.25 0,-3 0,-6.25 0.25,-3.25 0.25,-5.25 0.25,-2 0.5,-1.75 0.25,0 0,6 0,1.5 0,3 0,1.25 0,2 0.25,0.75 0.25,0.5 0.25,0 0.25,-8.25 l 0.25,-6.75 q -0.25,1.5 -0.75,2 -0.5,0.5 0,-5.5 0.25,-1.5 0.25,-3 0.25,-2 0.5,-5.25 0.25,-3 0.5,-4.5 0.25,-0.5 0.25,-0.75 0.25,-0.5 0.25,0.25 0,0.25 0,1.25 l 0.25,2 0.25,-2.75 q 0.25,-2.75 0.25,-3 l -0.25,0.5 q 0,0.75 -0.5,0.75 -0.25,0 -0.25,-0.25 0,-0.25 0,-1 0,-0.75 0,-1.75 0.25,-1.25 0.5,-2.75 0.25,-1.25 0.5,-10.75 0.25,-9.5 0.5,-12 0.75,-12.25 2,-21.75 4.25,-29.75 12.25,-50.25 1.75,-4.25 1.5,-4.5 -0.25,-0.25 -5.5,0 -5.25,0 -7,0.25 -5.25,0.75 -7.75,0 0.25,-0.25 0.75,-0.25 0.75,0 3,-0.25 2.25,-0.25 4,-0.5 1.5,-0.25 2,-0.5 0.75,-0.25 7.5,-0.5 1.25,-0.25 1,-0.5 -0.5,-0.5 -2.5,-0.25 -1.75,0.25 -5.25,0.5 -3.25,0.25 -3,0.5 0,0.25 -0.75,0.5 -0.5,0 -1.75,0 -1,0 -2.25,0 -5,0 -4.75,-0.25 0.25,-0.5 -0.25,-0.5 -0.5,0 -0.5,0.25 0,0.5 -4.5,1.25 -2,0.25 -2,-0.25 0,-0.75 1,-1 l 0.5,0.25 1.25,0.25 q 1,-0.25 1.5,-0.75 0.25,-0.5 3.75,-0.5 3.5,-0.25 3.75,-0.5 0.5,-0.25 1.5,-0.5 h -3.5 q -4.25,0.25 -11,0.5 -6.5,0 -9.5,0.5 -3,0.25 -3,-0.25 0,-0.5 1.5,-0.75 l 1,0.25 q -0.25,0.25 0,0.25 0.5,0 1.75,-0.25 1.25,-0.5 3,-0.75 1.75,-0.25 3.25,-0.75 l 1.5,-0.25 h -1.25 l -0.25,-0.5 -7,0.25 q -2.25,0.25 -3,0.5 -1,0.25 0,-0.5 0.75,-0.75 2.25,-0.75 1.5,0 1.75,0 0.25,0 2.5,-0.5 2.25,-0.25 2.25,-0.75 0,-0.75 -0.75,-0.75 -0.25,0 -0.25,0.25 -0.25,0 -0.25,0 l -0.75,0.5 q -0.75,0 -3,0.25 l -1.75,-0.25 q 0.25,-0.5 1.25,-0.25 0.75,0 1.75,-0.5 1,-0.5 1.75,-0.5 0.75,0 0.5,-0.5 -0.5,-0.5 -1.25,0 -0.75,0.25 -2,0.25 -1.5,0 -2.5,0 -1,0 -1,-0.25 0,-0.5 0.75,-0.25 0.5,0.25 1.25,-0.5 0.5,-1 0.25,-1 -0.5,0 -0.75,0.5 -0.25,0.5 -0.75,0 -0.75,-0.5 -1,0 -0.5,0.5 -0.75,0.25 -0.25,-0.5 -1.5,0.25 -1.25,0.5 -1.5,0.5 -0.25,-0.25 -0.25,-1 0,-1.25 1,-1 0.75,0.25 0.75,-0.25 0,-0.75 -1.25,-0.25 -0.75,0.25 -1.5,0.5 -0.75,0 -1.25,0 -0.5,0 -0.5,-0.25 0,-0.25 -0.75,0 -0.75,0 -1,-0.5 -0.25,-0.25 -0.25,-0.25 0,0 0.25,0 0.5,0.5 0.5,-0.25 0,-0.75 1.25,-0.5 1,0.25 1,-0.25 0,-0.5 0.75,-0.25 0.5,0.25 0.75,-0.25 0.25,-0.5 0.75,-0.25 0.25,0.25 0.5,0.25 0.25,-0.25 0,-0.5 0,-0.5 2.25,-1 l 2,-0.5 -2.25,0.25 q -2.5,0.25 -2.75,0.75 h -0.25 q 0,-0.25 -0.75,0.25 -1.25,1 -1.25,0 0,-0.25 0.25,-0.5 0.5,-0.75 1,-0.5 0.25,0.25 6,-1.75 2.25,-0.75 2.75,-0.5 0.5,0.25 0.5,-0.25 0,-0.5 0.5,0 l -0.25,-0.75 q -1,-0.75 -1.5,-0.25 -0.5,0.25 -1.75,0.5 -1.5,0 -2.5,0.5 -0.75,-0.25 -0.75,-0.25 0.25,-0.5 0,-0.5 -0.5,0 -0.5,0.5 -0.25,0.25 -3.25,0.75 -3.25,0.5 -3.5,0.25 -0.5,-0.5 0.25,-0.75 0.25,0 0.5,0 1,-0.25 1.75,-0.5 0.75,-0.5 1.5,-0.5 0.75,0 1.75,-0.25 6.75,-1.75 7.75,-1.5 1,0 1,-0.5 0,-0.75 6.75,-2.5 l 2.25,-0.5 -3,0.25 q -3.25,0.25 -4.25,0.25 -1,0 -1,0.5 0,0.25 -2,0 -2,-0.25 -2,0.25 0,0.25 -0.75,0.25 -1,0 -1.75,0.25 -0.75,0.25 -0.75,0 0,-0.75 3,-1.25 3,-0.75 5.5,-0.75 2.25,-0.25 2.25,-0.5 0,-0.5 0.75,-0.75 0.75,-0.5 1.25,-0.25 0.25,0.25 -0.25,0.25 -0.5,0 -0.5,0.5 0,0 0.25,0 0.5,0 1.25,0 0.75,0 1.5,-0.25 3.25,-0.5 6,-0.75 3,-0.25 3.25,-0.75 0.25,-0.5 -1,-0.25 -1,0.25 -1.25,0 l 1,-0.5 q 3,-0.25 6.5,-0.75 2,-0.25 2.25,0.5 0.25,0.5 0.5,0 0.75,-1.25 2.5,0 0.75,0.5 1.5,0.25 0.75,-0.25 0.75,-0.75 -0.25,-0.5 3.75,-0.5 4.25,-0.25 4.25,0 0,0.25 0.25,0.25 0.5,0 1,0 0.5,-0.25 0.75,-0.5 h 0.5 q -0.5,0.5 0.25,0.5 0.75,0 0.75,-0.25 0,-0.5 1.25,-0.5 0.75,0 1,0.25 0.25,0 0,0.5 0,0.25 0.25,0.25 0,0 0.5,-0.25 0.5,0 0.5,0 l 2.75,0.5 q 0.5,0 1,0 l 3.5,-0.5 q -0.5,-0.25 -0.25,-0.25 0.25,0 0.75,0.25 1.25,0.25 4.25,0.5 3.25,0 4.75,0.5 1.75,0.25 3,0.5 l 0.25,0.25 0.5,0.25 q 4,-0.75 9.5,0 2.25,0.25 5.75,0.75 3.75,0.5 4.25,0.75 0.75,0.25 1.75,0.25 3.25,0.25 13.25,3.5 13.75,4.75 15.5,6.25 2.5,2.5 3.5,2.5 0.75,0 1.5,0.75 1,0.5 0,0 -1.25,-0.5 -1.25,0 0,0.25 1.75,1.25 2,1 2.5,1 0.25,0 -1,-1 l -1,-0.75 1.25,0.5 q 1,0.5 1,0.75 0,0.25 1.5,2 z m -133,-2.75 q 0.25,0 0.5,-0.5 0.25,-0.75 -0.25,-0.75 -0.5,0 -0.5,0.75 0,0.5 0.25,0.5 z m 9.5,2 q 0.5,0 1,-0.25 l 0.25,-0.5 q -0.5,0 -1,0.5 z m 2.5,1.75 q 0,0 -0.25,-0.5 -0.5,-0.25 -1,-0.25 l 0.25,0.25 q 0.75,0.5 1,0.5 z m 0.75,-2 q 0.5,0 0.5,0 -0.25,-0.5 -0.75,-0.5 z m 3.25,-14.25 q 0,0 0.25,0.5 l 0.75,-0.25 q -0.5,-0.25 -1,-0.25 z m -0.75,18.25 q 0,0.25 0.5,0.25 l 0.5,-0.25 q -0.5,-0.25 -1,0 z m 0.75,1.75 q 1,0 1,-0.25 -0.75,0 -1.75,0 -0.5,0.25 0,0.25 0.25,0 0.75,0 z m 3,-19.25 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 0.25,-0.75 q 0.25,-0.25 0.5,-0.25 -0.5,-0.25 -1.25,0 0.25,0.25 0.75,0.25 z m 6.5,-4 q -0.25,0.5 0.25,0.5 0.75,0 0.75,-0.25 0,-0.25 -0.5,-0.25 -0.25,-0.25 -0.5,0 z m 2.25,0 q -0.5,0.5 0.5,0.5 1,0 0.5,-0.5 -0.5,-0.5 -1,0 z m 3.25,0 q 0.25,0 0.5,-0.25 -0.5,-0.25 -1,0 0.25,0.25 0.5,0.25 z m -4.75,148 q 0,0 0.75,-8.5 v -2.75 l -0.5,3 q -0.75,6.5 -0.25,8.25 z m 1.25,-18.25 q 0,0 0.25,0.5 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 z m 0.25,48.5 q 0.5,0 0.5,-0.25 0,-0.5 -0.5,-0.5 -0.25,0 -0.25,0.5 0,0.25 0.25,0.25 z m 1,-20 q 0,-1.75 0,-3.75 -0.25,1 -0.25,2 v 2 z m 0.5,-41.25 q 0,0 0.25,0.5 0.25,-0.5 0,-1.25 -0.25,0.5 -0.25,0.75 z m 0.25,47.25 q 0.25,-1.5 0,-2.75 0,0.5 -0.25,1.25 l 0.25,1.75 z m 15.25,-162 q 0,0 0.75,-0.25 -0.25,-0.25 -1,0 z m 0,28.75 q 0.25,0 0.5,-0.25 0.25,-0.5 -0.25,-0.5 -0.25,0 -0.25,0.5 0,0.25 0,0.25 z m -5.75,-31.25 q 1,0 3.25,-0.25 2.5,-0.25 2.75,-0.5 h -1.75 q -1.75,0.25 -3.75,0.25 z m 4.25,34.5 q 0,0 0.25,0 0.75,-0.75 0.75,-1.5 0,-0.75 -0.25,0 -0.25,0.75 -0.75,1.5 z m -13,113.75 q 0.25,-0.75 0,-1.25 -0.25,0.25 -0.25,0.5 0.25,0.5 0.25,0.75 z m 0.5,9 q 0.25,-0.5 0,-1.25 0,-0.5 -0.25,-0.25 0,0.25 0,0.75 0.25,0.5 0.25,0.75 z m 1.5,18.75 q 0.25,0 0.25,-3.25 0.25,-3.25 -0.25,-3.5 -0.5,-0.25 -0.5,2.5 0,4.25 0.5,4.25 z m 0.25,-50.75 q 0.25,-0.25 0,-1 l -0.25,0.25 z m 1,63.25 q 0.25,-0.25 0,-2.5 l -0.25,-2 -0.25,2.5 z m -0.25,-5.75 q 0,0 0,0.5 0.25,-0.5 0,-1 0,0.25 0,0.5 z m -0.5,-102.75 q 0,0 1,-7.75 l -0.25,0.5 q -0.75,1.75 -2.25,12.75 -1.25,11 -1.25,16.5 -0.25,4.5 0,3.5 0.25,-1.25 1.25,-11 0.5,-7.5 1.5,-14.5 z m 4,118.75 q 0,0 -0.25,-2 v 0.5 q -0.25,0.75 -0.5,2 0,1 0,1.75 0.25,0.75 0.5,0.75 0.25,0 0.25,-3 z m -0.25,-4.25 q 0.25,2.5 0.25,0.25 0.25,-1 0,-2.5 0,-2.75 0,-2.75 0,0 -0.25,1.5 -0.25,2.25 0,3.5 z m 0.25,-121.5 q 0.25,-0.5 0,-1 0,0.25 -0.25,0.5 0.25,0.5 0.25,0.5 z m 0.25,-2.25 q 0.5,-0.25 0.25,-1 l -0.5,0.25 z m -2,-3.25 q 1.25,-6.5 4.75,-20.5 0.75,-2.5 2,-6.25 1.25,-4 1,-4.25 l -0.75,1.5 q -0.5,1.75 -0.75,2 -0.25,0.5 -2,7.25 -0.5,1.25 -1.75,5.75 -0.75,2.5 -0.75,3.5 -0.25,1.25 -1,4.25 -0.5,2.75 -1,5.25 -0.5,2.5 -0.75,4.25 -0.25,1.5 0,1.5 0.25,0 1,-4.25 z m 2.75,129.75 q 0,0.5 0.25,0.5 0.5,0 0.25,-0.5 -0.25,-0.75 -0.5,-0.75 0,0 0,0.75 z m 0,-3 q 0,0 0.25,0.5 0.25,-0.25 0,-0.75 z m 0.75,-4.5 q 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 z m 0,-3 q 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 z m 4.75,-22 q 0.25,-0.25 0,-1 l -0.25,0.25 z m -2.75,-109 q 0.75,-2.75 2.75,-10.25 2.25,-7.5 2,-7.75 l -0.5,1.25 q -0.5,1.25 -2.25,7.25 -1.75,5.75 -2.75,10.75 -1,5 -1.75,7.5 -1,4.25 -0.5,4 0.25,0 0.5,-1.25 0.5,-3 1.75,-7.75 0,-0.25 0,-0.75 0.25,-0.75 0.5,-1.5 0.25,-1 0.25,-1.5 z m 5,91.75 q 0,-0.75 0,-1.5 -0.25,0.25 -0.25,0.75 0,0.75 0.25,0.75 z m 12,-147.5 q 0,0 0.25,0.25 l 0.5,-0.25 q -0.25,-0.25 -0.75,0 z m -2.5,0.25 q 0,-0.25 -1,-0.25 -0.75,0 -0.75,0.5 0,0.25 0.75,0 1,-0.25 1,-0.25 z m -1.5,81.5 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m -0.75,3 q -0.25,0.5 -0.25,0.5 0,0.5 0.25,0.75 0.25,-0.75 0,-1.25 z m -5.75,-51.25 q -0.25,0 -0.75,1 -0.25,0.75 0,0.75 0.5,0 0.75,-0.75 0.25,-1 0,-1 z m -1.25,109.5 q 0,0 0.5,0.5 0.25,-0.75 -0.25,-1 -0.5,-0.5 -0.25,0.5 z m 0,-5 q 0.25,1.25 0.5,0.75 0.5,-0.75 0.5,-1 0,-0.5 -0.5,-0.25 0,0.25 -0.25,0 0,-0.25 0,-0.5 l -0.25,-0.5 q -0.25,0.25 0,1.5 z m 1.25,-13.25 q 0.25,-1.25 0.25,-2.25 0.25,-1 0.25,-1.5 0,-0.75 -0.25,-0.75 -0.5,0 -0.5,1 0,0.75 -0.5,5.5 -0.25,2.5 -0.5,4.25 0,1.75 0,3 0,1 0,1.5 0,0.5 0.25,0.5 0.25,0 0.25,-0.5 0.25,-8.5 0.75,-10.75 z m 0.75,-8 q 1,-10.25 1.75,-9.5 l 0.25,-0.25 q 0,-0.25 -0.25,-0.5 -0.25,-1.5 0.75,-7 l 0.5,-5.75 q 0,0.25 0,0.75 -0.5,1.5 -0.75,3 -1.25,7.75 -2.25,15.25 -0.5,5.5 -0.75,6.25 0,0.75 0.25,0.75 0.25,0 0.5,-3 z m 2.25,12.5 q 0.25,-1 0,-2.25 v 0.25 q 0,0.5 0,0.75 v 1.5 z m -0.25,14.75 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0,-10 q 0,-1.75 0.5,-1.75 0.5,0 0.25,-1 0,-1 -0.25,-0.25 l -0.5,0.25 q 0,-0.5 -0.25,-0.25 -0.25,0.25 -0.25,2 0.25,1.75 -0.25,2.25 -0.25,0.5 -0.25,3.5 0.25,2.75 0.5,2.75 0.5,0 0.25,-3 -0.25,-3 0.25,-2.75 z m 0.75,-10.5 q 0.25,-1.25 0.5,-1.25 0.5,0 0.5,-0.25 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.5,1.5 z m 1.25,-5.25 q 0,0 -0.5,-1.75 0,-0.5 0,-0.5 -0.25,1.25 -0.5,1.25 -0.25,0 0,2 0.25,1 0.25,0.75 0.25,-1.25 0.5,-1.25 0.5,0 0.5,-0.25 0,-0.5 -0.25,-0.25 z m -0.5,-26.5 q 0,0 0.25,0.5 0,-0.5 0,-1 -0.25,0.25 -0.25,0.5 z m 0,-90.5 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 0.25,88.5 q 0,0 0.5,-0.25 0.25,-1.25 0.25,-2.25 l -0.25,0.25 q -0.5,1 -0.5,2.25 z m 2.25,12.25 q 0,0 0,-1.25 l -0.25,-1 q -0.25,1 -1,5 -0.5,3.75 -0.5,4.25 l 0.25,-0.25 q 0.5,-0.5 0.75,-0.5 v -0.25 q 0,-0.75 0,-2 0,-1.5 0.25,-2.75 0.25,-1.5 0.5,-1.25 z m 2,-12 q 0,-2.25 -0.25,-2 0,0.25 -1,5 -0.75,4.5 -0.75,5 l 1.25,-4.5 v -0.25 l 0.25,-1.25 z m 0,-90 q -0.5,0 0,0.5 0.5,0.5 0.25,0.75 v 0.25 q 0.5,-0.25 0.5,-0.75 0,-0.75 -0.75,-0.75 z m 0.5,85.75 q 0.25,-0.5 0.5,-2.25 0.25,-1.75 0,-0.75 z m 0.75,-4.75 q -0.25,0.5 0,0.5 0.5,0 0.5,-0.5 0,-0.75 -0.25,-0.75 0,0 -0.25,0.75 z m 0.75,-1.75 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0,-78.5 q 0,0 0.25,0.5 0.5,0 0.5,0 -0.25,-0.5 -0.75,-0.5 z m 0.5,76.5 q 0.25,-0.5 0,-1 -0.25,0.25 -0.25,0.5 0.25,0.5 0.25,0.5 z m 0.5,-3 q -0.25,1 0,0.5 0.5,-0.5 0.5,-1 z m 2,-4 q 0,0 0,-0.25 -0.5,0 -0.25,-1 l -0.25,-0.25 q -0.5,0.75 -0.75,2.25 -0.25,1.25 -0.25,1.25 0.25,0 0.5,-0.5 0.5,-1.25 1,-1.5 z m -0.25,-3.25 q 0,0 0.25,0.75 0.25,-0.25 0,-1 z m -0.75,-65.5 q 0,0.25 0.75,0.25 1,0 1,-0.25 0,-0.5 -1,-0.25 -0.75,0 -0.75,0.25 z m 2.25,61.75 q 0.25,-0.25 0,-0.75 l -0.25,0.25 z m 0.25,-2.25 q 0,1 0.25,0.25 0.5,-1 0.5,-1.25 0,-0.5 -0.5,-0.25 -0.25,0.25 -0.25,1.25 z m 1.75,-3.75 q 0,0 -0.25,-0.5 -1,1.75 -0.25,1.75 0.25,-0.25 0.5,-1.25 z m 1,-3.25 0.25,-1 -0.5,1 -0.75,1.75 0.25,-0.25 q 0.5,-0.5 0.75,-1.5 z m 1.75,-5 0.25,-1.25 -0.75,1.25 q -0.5,1 -0.5,1.75 0,0.5 0.25,0 0.5,-0.75 0.75,-1.75 z m 1.25,-5 q -0.25,0.75 0.25,0.25 0.5,-0.5 0.25,-0.75 -0.25,-0.25 -0.5,0.5 z m 0.25,-9.5 q 0.5,-0.25 0.5,-1 0,-0.75 -0.5,0 -0.5,1 0,1 z m 1.25,-3.25 q 0,0 0,-1 0,0.25 -0.25,1 -0.25,0.5 -0.5,1 0,0.25 0,0.25 0.25,0 0.75,-1.25 z m 1,-30 q 0,0 -0.25,0.5 -0.25,0.25 0,0.25 0.5,0 0.5,-0.25 0,-0.5 -0.25,-0.5 z m 0.25,36.5 q 0.5,-0.75 0.5,-1 h -0.5 q -0.25,0.75 -0.25,1.25 z m 3.25,-35.25 q 0,0 -0.25,-0.5 -0.5,-0.25 -1,-0.25 l 0.25,0.25 q 0.75,0.5 1,0.5 z m 9,1.75 q 0.75,-0.25 0.75,-0.25 -0.5,-0.25 -1.25,0 0,0.25 0.5,0.25 z m -1.5,-1.25 q 3.25,0.25 3.5,0.25 0.5,-0.5 -6.25,-1 h -2.25 q 0.5,0.25 0.75,0.5 0.25,0 0,0.5 0,0.25 0.25,0.5 0.5,0 1.25,0 h 1.75 l -1.5,-0.25 q -2.75,-0.5 -0.5,-0.75 1.25,0 3,0.25 z m 4,1.75 q 0,0 0.75,-0.25 -0.25,-0.25 -1,-0.25 z m 0.25,-1.25 q 0,0 3,0.25 0,-0.25 -1.75,-0.5 -1.25,0 -1.25,0.25 z m 4.5,0.75 q 0.25,0 0.5,0 0.25,-0.25 0,-0.5 -0.25,-0.25 -0.75,0 -1.5,0.5 0.25,0.5 z m 3.25,0.25 q 0.5,0 0.75,-0.25 -0.75,0 -1.25,0 0.5,0.25 0.5,0.25 z m 2.25,0.5 q 0.5,0 0.5,-0.25 -0.5,-0.25 -1,0 0.25,0.25 0.5,0.25 z m 2.75,0.5 q 0,0 0.5,-0.25 -0.25,-0.25 -0.75,0 z m 2.5,0.75 q 0,0.25 0.5,0.25 0.75,0 0.75,-0.5 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.5,0.5 z m 25.75,13 q 0,0 0.25,0.5 0.75,0.25 1.25,0.25 l -0.25,-0.25 q -0.75,-0.5 -1.25,-0.5 z m -6.25,-7.25 q 0,0 -1.5,-0.25 l 0.25,0.25 q 0.75,0.5 1.5,0.25 z m -3.75,-1.25 q 0,-0.5 -1,-0.5 -1,0 -0.25,0.5 1,0.25 1.25,0.25 z m -2.75,-1.25 q -1,-0.5 -1.75,-0.25 0.5,0.75 2.5,1 z m -3.5,-1.25 q 0,0 -3.5,-0.75 0.25,0.25 1.75,1 1.75,0.5 2.5,0.5 0.25,0 0,-0.25 -0.25,-0.25 -0.75,-0.5 z m -1.25,29.75 q 0,0 -0.75,-0.5 -1,-0.5 -2.5,-0.75 l -1.5,-0.5 1.25,0.75 q 1.5,1 3.5,1 z m -1,-27.75 q 0,0 2,0.25 -0.25,-0.25 -1.5,-0.5 -0.5,0.25 -0.5,0.25 z m 8,31.25 q 0,0 0.5,-0.25 -0.25,-0.25 -3.5,-1.5 -3,-1.5 -3.25,-1.5 z m 1.5,0.75 q 1.25,1.5 1.25,0.75 0,-0.5 -1,-1 z m 3.75,1.25 q -0.25,0 -1,-0.5 -0.75,-0.5 -1,0 0,0.25 0,0.25 0,0 0.25,-0.25 0.5,-0.25 0.5,0.25 0,0.5 0.75,0.5 z m -1,-11.25 q -1,-0.5 -1.5,-0.5 -0.25,0 0.75,0.5 1.5,0.75 1.25,0.75 0,-0.25 -0.5,-0.75 z m -0.75,4 q 0,0.25 0.5,0.25 0.75,0 0.75,-0.5 0,-0.5 -0.75,-0.25 -0.5,0.25 -0.5,0.5 z m 3.5,-15.75 q 1,0.25 1,-0.25 -0.25,-0.5 -1,-0.25 -0.5,0.25 0,0.5 z m -6,-7.5 q 0,0 7,2 l -0.25,-0.25 q -1,-0.75 -2,-0.75 -1,0 -1,-0.25 0,-0.25 -1,-0.25 -0.75,-0.25 -1,-0.5 -0.25,-0.5 -0.75,-0.5 l -3,-1 -1,-0.25 q -1.25,0 -2.5,-0.25 z m 11,10.75 q 1.5,0.75 1.5,0.5 0,-0.25 -1.5,-1 z m 2.75,0.25 q 0.5,0 -0.25,-0.75 -0.75,-1 -3.25,-2 -2.25,-1.25 -2.5,-1 l 0.5,0.25 -0.25,0.5 q -0.5,0.5 0.25,0.25 0.75,-0.25 1,0.25 0.25,0.25 2.25,1.5 2,1 2.25,1 z m 0,-4 q 0,0 0.75,-0.25 -0.25,-0.25 -1,0 z m 1.5,1 q 0.25,0.5 0.25,0.5 0.25,0 0.25,-0.5 0,-0.5 -0.5,-0.5 -0.25,0 0,0.5 z"/></g></svg>
+<svg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 1047 447" width="1047" height="447"><g transform="translate(-13.28,-22.0)" fill="#fff"><path d="m 44,224.4 c 0.8,0 2.2,-4.6 2.6,-4.6 0.2,0 0.4,-0.4 0.4,-1 l -0.4,-3 c 0,-0.4 0,-0.6 0.2,-0.6 l 0.8,0.4 -0.2,-0.4 c 0,-1.6 1,-1.8 1.4,-1.8 0.6,0 0.8,0.2 0.8,1.4 0.4,-0.4 0.6,-0.8 1,-0.8 1,0 2.6,3.2 3,3.2 0,-0.6 0.2,-1 0.4,-1 0.2,0 0.4,0.2 0.4,0.6 l -0.2,1.2 c 0,0.8 0.2,1 0.4,1 0.8,0 1.2,-2.2 2,-2.2 l 0.2,0.2 -0.8,1.8 c 0.6,0 1.8,-0.6 1.8,-1.6 l -0.2,-0.8 H 58 c 0.2,0 0.6,-1 0.6,-2 0,-1 -0.2,-1.8 -0.4,-1.8 -0.8,0 -0.4,1.6 -0.8,1.6 -1.2,-1.2 -0.6,-0.6 -1.4,-1.8 h -0.2 l 0.2,1.4 c 0,0.4 0,0.4 -0.4,0.4 h -1.2 c -0.8,0 -0.8,0.2 -1.2,0.6 l 0.2,-1.4 c 0,-0.4 0,-0.6 -0.4,-0.6 l -0.6,0.2 c -1.4,0 -1.6,-0.6 -2.6,-0.6 -0.4,0 -0.6,-0.4 -0.6,-1 0,-0.4 0.8,-0.4 0.8,-1.2 0,-0.8 1.8,-3.6 1.8,-5.2 0,-1 -1.2,-1.6 -1.2,-2.2 0,-0.2 0,-0.4 0.2,-0.4 l 0.8,0.8 c 0.4,0 0.2,-0.6 0.6,-0.6 H 53 c 0.4,0 0.4,-0.2 0.4,-0.4 0,-0.4 -0.2,-0.6 -0.6,-1.2 0,-0.8 1.4,-2.4 1.4,-3.6 0,-2 1,-1.4 1,-3.2 0,-1.2 0.2,-1.4 0.6,-1.4 l 1,0.2 c 0,-1.4 0.2,-2.2 0.8,-2.2 l 0.2,0.4 c 0,1.6 -1.6,4.2 -1.6,6 0,1.4 -1.4,5.4 -1.4,6.8 0,0.6 0,1 -0.4,1 L 52,203.8 c 0.4,1.4 1.2,0.6 1.2,2.8 0,2 -0.6,4 -0.6,5.2 0,0.2 0,0.2 0.2,0.2 h 0.8 c 0.4,0 0.6,0.2 0.6,0.4 0,0.6 0.2,0.8 0.4,0.8 0.8,0 0.8,-2.4 2,-2.4 l 3.4,0.4 c 1.4,0 1.4,-0.4 1.4,-1.4 0,-0.6 0.8,-0.6 0.8,-1.6 0,-0.2 0,-0.2 0.2,-0.2 h 0.2 c 0.4,0 0.6,0 0.6,-0.2 l -0.4,-1.2 0.2,-0.2 0.8,0.4 0.2,-0.4 c 0,-0.2 -0.2,-0.6 -0.6,-0.8 -0.4,0 -0.8,-1.2 -1,-3.2 0.8,0.8 0.6,0.4 1.2,1.4 l -0.2,-0.6 0.2,-0.2 h 0.8 c 0.8,0 1,-5.4 1.8,-5.4 0.2,0 0.2,0.2 0.2,0.6 0,0.2 0,0.4 0.2,0.4 0.8,-1.2 0.4,-0.4 0.8,-1.8 0,-1 -0.4,-1.8 -0.8,-1.8 l -0.6,0.8 -0.2,-0.2 c 1,-3.8 1.2,-5 2.6,-5 l 0.2,0.2 c 0.6,0 0.6,-4.6 1.6,-5.2 l 0.2,0.2 -0.2,1.6 c 0,0.4 0,0.6 0.2,0.6 0.4,0 1,-2.6 1.6,-4.4 -0.4,0 -1.2,1.6 -1.6,1.6 0,-0.4 0,-0.6 -0.4,-0.6 l -1,0.2 c -0.2,0 -0.2,0 -0.2,-0.2 0,-0.4 1.6,-3.4 1.6,-4.6 0,-1.4 0.8,-2.6 1.2,-2.6 0.2,0 0.2,0.4 0.2,1 0,1.6 -0.2,1.8 -0.6,3.2 l 0.2,0.2 0.4,-0.2 c 0.6,0 1.2,1.6 1.2,2.8 0,2 -1,1.6 -1,2.8 0,4.6 -2.2,5.4 -2.2,8.6 1.4,0 15.8,-40.4 19.4,-47.2 3.8,-8.6 4,-10 7.6,-16.8 2,-4 3,-8.2 4.6,-9.8 0.4,-0.6 0.6,-1.4 0.6,-1.8 v -0.8 c 0,-0.6 1.2,-0.6 2.8,-4.2 1.4,-2.8 1.6,-3.6 1.6,-4.2 -0.4,0 -0.8,0.8 -2,2.2 0.6,-2.2 0.8,-3 1.8,-3 l 1,0.2 c 0.2,0 0.4,-0.2 0.4,-0.4 0,-3.8 7.6,-13 7.6,-16.6 0,-1.4 1.2,-0.8 1.2,-1.8 l 0.2,-0.4 c -1.4,0 -2,2.4 -2.6,2.4 -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.6,-0.6 1.2,-1.2 -0.6,-0.4 -1.2,-0.6 -1.2,-1.2 0,-0.2 0,-0.2 0.2,-0.2 l 1.4,0.8 0.2,-0.2 -0.2,-1.4 c 0,-1.8 2.4,-4.8 2.4,-5.6 0,-1.2 1.2,-1.2 2.2,-4.4 1.4,-3.6 2.6,-6 2.6,-6.8 0.2,-1 0.4,-1 9.8,-2.4 6.8,-1 20.6,-2.6 45.8,-5 5.6,-0.4 10.4,-1.2 10.4,-1.4 0.2,-0.2 0.8,-0.2 1.4,-0.2 l 0.6,0.2 c 0.2,0 0.2,0 0.2,-0.2 0,-0.4 0,-0.6 -3.4,-0.6 l -17.6,0.6 c -4.6,0 -5.8,-0.4 -6,-1 0,-0.6 0.2,-1 0.8,-1 0.6,0 0.6,1 1.2,1 l 1,-0.2 c 0.6,0 0.4,0.8 1,0.8 0.4,0 0.6,-0.4 0.6,-1.2 0,-1 0.4,-1 4,-1 8.8,0 12.6,-0.6 14.4,-1.4 -0.8,-0.8 -1.4,-1 -2.6,-1 -1,0 -0.8,0.8 -1.4,0.8 -1,-0.2 -0.6,0 -1.2,-0.8 0,-0.6 7.2,-0.6 7.6,-1.6 0.4,-0.8 2.4,-0.8 2.4,-1.2 0,-0.2 0.2,-0.4 0.4,-0.4 l 1.4,0.2 c 0.2,0 0.4,0 0.4,-0.2 -0.4,-0.8 -0.6,-1.4 -1.6,-1.4 -1,0 -1,-1.8 -3.8,-1.8 -1,0 -1.8,-0.2 -1.8,-0.2 0.4,-0.4 1,-0.6 1,-1.2 0,-1 2.2,-1.2 6.2,-2.4 0,-0.6 -2.4,-0.4 -2.4,-0.8 0,-0.4 -0.2,-0.8 -1,-0.8 -0.6,0 -0.6,0.4 -1,0.8 -0.4,-0.2 -0.6,-0.2 -0.6,-0.6 0.4,-0.8 0.8,-0.6 0.8,-1.4 0,-0.6 -0.4,-1.4 -1,-1.4 l -0.8,0.2 c -0.8,-0.4 -1.2,-0.4 -1.2,-1 0,-0.8 1.2,-1.6 3.4,-2 1.2,-0.2 1.8,-0.2 1.8,-0.6 -0.6,-1 -1.4,-1.4 -1.4,-2 0,-0.4 -10.6,-2 -17.4,-2.6 -9.2,-0.6 -23.2,-1 -35.2,-1 -7.2,0 -13.6,0.2 -18.2,0.4 -36.4,2.4 -45.4,4.4 -63.6,7.8 -8.6,1.8 -8,3.2 -8.4,10.4 0,3.2 2.8,2 2.8,3.4 0,1.8 1,2.6 3.8,2.6 l 4.8,-0.4 c 1,0 1.4,0.2 1.4,0.4 0,0.4 -0.4,0.6 -0.8,0.6 -2.4,0 -3,0.6 -3,1.4 0,0.6 -1.2,0.8 -1.2,1.6 l -0.2,0.2 -1.2,-0.2 c -0.2,0 -0.4,0 -0.4,0.2 0.4,1.4 0.6,2 1,2 0.4,0 0.4,-1 1,-1 0.8,0 1.4,1.6 1.4,3.6 0,1 2.2,1 2.2,1.4 0,0.4 0.8,0.6 1.8,0.6 l 3.2,0.2 c 2.2,0 10.4,-0.6 11.2,-1 0.4,-0.4 8.4,-0.6 11.8,-1.8 l 2.6,-0.4 0.4,0.2 C 89.2,68.4 88.8,69 88,69 h -1 c -2.4,0 -6.8,1.6 -8.6,1.6 -1.2,0 -1,0.8 -2.6,0.8 L 72,71.8 c -2.6,0 -1.8,-0.6 -3.4,-0.6 -2.4,0 -6.6,1.4 -6.6,2.4 0.4,0.4 0.8,0.4 0.8,0.8 -1.6,0 -1.8,0.4 -2.2,2 0,0.4 0.2,0.6 0.4,0.6 h 0.4 l 0.2,0.4 -0.2,1 c 0,1.2 1.4,1 4.4,1.2 4.8,0 14.6,-1 18,-2 h 0.4 c 0.2,0 0.4,0 0.4,0.2 -0.6,2.6 -5,10.8 -5.8,14.2 0,0.4 -1.2,3.2 -2.6,6.4 -3.2,7 -11.4,28.4 -11.4,32.8 0,1 -1.4,2.8 -1.4,4.4 0,1.8 -1.8,2 -1.8,4.2 0,2 -1.6,4.2 -1.6,5 0,0.6 -0.4,1.8 -0.8,2.8 -3.6,11.2 -5.4,16.4 -6,19.6 -0.6,4 -1.4,2.8 -1.4,3.4 0,2.2 -8.6,31.4 -8.6,33.8 0,0.4 -1.2,5 -1.2,7.8 0,2.2 -1.2,3.4 -1.2,6.4 0,4 2.8,4.6 2.8,5.2 0,0.4 0.2,0.6 0.4,0.6 z m 4.6,-15.2 c -0.2,0 -0.2,-0.4 -0.2,-0.8 0,-0.4 0,-0.6 0.2,-0.6 l 0.2,0.2 c 0,0.4 0,1 -0.2,1.2 z M 62,207.4 c -0.4,0 -0.8,-0.6 -0.8,-1.2 l 0.2,-0.4 c 0.8,0.6 0.4,0.4 0.8,1.2 z m 1,-5.8 c -0.2,0 -0.2,0 -0.2,-0.4 0,-0.4 0.4,-0.8 0.6,-1 h 0.4 c -0.2,1 -0.6,1.4 -0.8,1.4 z m -4.6,-11 c -0.2,0 -0.6,-0.4 -0.6,-1.2 0,-0.8 0.2,-1 0.8,-1.4 0.2,0 0.2,0.4 0.2,1.2 0,1 -0.2,1.4 -0.4,1.4 z m 0.8,-3.4 c -0.2,0 -0.4,-0.4 -0.4,-1.2 0,-1.4 1.2,-3.8 1.8,-3.8 l 0.2,0.6 c -0.6,2.8 -1,4.4 -1.6,4.4 z m 14,-4.6 c -0.2,0 -0.6,-0.6 -0.6,-1 l -0.2,-3 c 0,-3 0.8,-2 0.8,-2.6 v -0.2 c 0,-0.2 0.4,-0.6 1,-0.6 l 0.2,0.2 -0.4,1.4 c 0,0.8 1.4,0.4 1.4,1 l -0.4,1.6 -1.6,-0.2 c -0.4,0 -0.6,0.2 -0.6,0.8 v 0.8 c 0.6,-0.6 0.6,-0.8 1,-0.8 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -0.8,0.2 -0.8,0.8 l 0.2,0.4 c 0,0.6 0,1 -0.4,1 z m -12.4,-3.2 -0.2,-0.2 c 0,-0.4 1,-2.2 1.6,-2.2 l 0.2,0.4 c 0,0.4 -0.2,1 -0.8,1.4 z m 14.6,-2.6 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0,-0.8 1,-3.2 1.4,-3.2 0.2,0 0.4,-0.2 0.4,-0.4 l -0.4,-1.2 c 0.8,0.2 1,0.4 1,1.4 0,1.4 -1.4,1.8 -1.4,2.4 l 0.2,0.8 c 0,0.4 -0.2,0.6 -0.6,0.6 z M 62.8,176 c -0.4,0 -0.6,-0.4 -0.6,-1.4 0,-1 1,-1.2 1,-1.6 l -0.6,-1.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 0.6,0.2 0.8,0.2 0.8,2 0,1.4 -0.6,3 -1.2,3 z m 10.8,-3 -0.2,-0.2 c 0.2,-2 0.8,-3.4 0.8,-3.4 h 0.2 c 0.4,0 1.6,0.6 1.6,1 0,0.2 -0.2,0.4 -0.4,0.4 h -0.2 c -0.2,0 -0.8,0.4 -1.2,1.2 z m 3.8,-2 c -0.4,0 -0.6,-0.4 -0.6,-0.6 0,-0.2 0.2,-0.4 0.4,-0.4 0.6,0.2 0.4,0.2 0.8,0.6 0,0.2 -0.4,0.4 -0.6,0.4 z m -13.2,-0.8 c -0.4,0 -0.8,-0.2 -0.8,-0.6 0,-0.2 0.2,-0.4 0.6,-0.4 0.6,0.4 0.6,0 0.8,0.6 0,0.2 -0.2,0.4 -0.6,0.4 z m 11.8,-1 c -0.8,0 -1.2,-0.2 -1.2,-0.8 0,-0.6 0.6,-1.6 0.6,-2.4 v -0.6 c 0,-0.2 0.2,-0.4 0.4,-0.6 2.2,-2.2 5.6,-19.4 9,-20.4 l -0.2,0.6 c 0.4,0.8 0.2,0.4 0.8,1.2 l -0.2,0.2 -0.8,-0.2 c -1,0 -1,1 -1.2,3.2 l 0.2,1.4 c 0,0.2 -0.2,0.4 -0.4,0.4 -0.8,0 -1.6,1.6 -1.6,3 l 0.4,1.2 -0.2,0.2 h -0.4 c -0.8,0 -2,5 -2.8,5.4 -1.8,3.8 -1,2 -1.8,6.8 0,0.8 -0.2,1.4 -0.6,1.4 z M 65,168 c -0.2,0 -0.2,-0.2 -0.2,-0.4 l 0.4,-1.6 0.2,-0.2 c 0.4,0.2 0.6,0.2 0.6,1 0,0.6 -0.4,1.2 -1,1.2 z m 13.6,0 c -0.2,0 -0.4,-0.2 -0.4,-0.4 l 0.4,-2 c 0,-0.2 0.2,-0.4 0.6,-0.4 l 0.4,0.2 -0.8,1.8 0.2,0.6 z m -11.8,-3 c -1.2,-0.4 -1.6,-0.8 -1.6,-1 h 0.6 c 0.6,0 1.2,0.2 1.2,0.6 0,0.2 0,0.4 -0.2,0.4 z m -0.2,-2.2 c -0.2,0 -0.2,-0.2 -0.2,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.2,0 0.2,0.2 0,0.8 -0.2,1 -0.6,1 z M 81,161.4 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0.2,-0.8 0.2,-1.6 0.6,-1.6 0.2,0 0.2,0.2 0.2,0.6 0,0.6 -0.2,1.2 -0.4,1.4 z m -12.6,-1 c -0.6,0 -0.8,-0.4 -0.8,-1 0,-0.4 0,-0.8 0.4,-1 0.2,0 0.6,0.4 0.8,1.4 0,0.4 -0.2,0.6 -0.4,0.6 z m 2,-6 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-0.6 0.2,-0.8 0.4,-0.8 0.4,0 0.6,0.2 0.6,0.4 0,0.4 -0.2,0.8 -0.6,1 z m 2.4,-5 c -0.4,0 -0.6,-0.4 -0.6,-0.8 0,-0.6 0,-1 0.2,-1 0,0 0.4,0.6 0.6,1.4 0,0.2 0,0.4 -0.2,0.4 z m 2,-3.4 c -0.2,0 -0.4,-0.4 -0.4,-0.6 0,-0.4 0.4,-0.6 0.6,-0.6 0.2,0 0.4,0.2 0.4,0.4 v 0.2 z m 10.8,-5.4 v -0.2 c 0,-0.6 0.4,-1.2 1.4,-2.4 0.2,0 0.2,0.2 0.2,0.6 0,0.4 -0.4,1.2 -0.8,1.6 z m 2.2,-4.6 c -0.4,0 -0.4,0 -0.4,-0.2 0,-0.4 0.4,-0.8 1.4,-1.8 0.2,0 0.2,0 0.2,0.2 -0.4,1 -0.6,1.8 -1.2,1.8 z m 2.4,-4.8 H 90 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.6 0.4,-0.8 1,-1.2 l 0.2,0.4 c 0,0.4 -0.4,0.8 -0.6,1 z M 91,129 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0,-1.8 1,-2.6 2.2,-4 -0.4,1.6 -0.6,2.8 -1.4,4 z m 18.4,-26 -0.2,-0.4 c 0.6,-1.4 1,-2.6 1.4,-2.6 0.2,0 0.4,0.2 0.4,0.4 0,0.6 -1.2,2.6 -1.6,2.6 z m 1.8,-3.6 c 0.2,-0.8 0.4,-1.4 0.8,-1.4 h 0.2 c 0,0.2 0,0.6 -0.4,1 z m 1.6,-4 c -0.4,0 -0.6,-0.4 -0.6,-0.8 0,-0.4 0.2,-0.6 0.4,-0.6 0.6,0 0.8,0.4 0.8,0.8 0,0.4 -0.2,0.6 -0.6,0.6 z M 64,78 c -1,0 -1.8,-0.2 -1.8,-0.6 0,-0.2 0.2,-0.2 0.6,-0.2 h 0.8 c 1,0 0.6,-0.8 1.2,-0.8 0.6,0 1,0.4 1,0.8 0,0.4 -0.8,0.8 -1.8,0.8 z m 7.2,-0.4 c -1.2,0 -2.2,0 -2.2,-0.2 v -0.2 c 0,-0.6 -2.6,-0.2 -2.6,-1 0,-0.2 0.2,-0.2 0.4,-0.2 l 1,0.2 c 0.2,0 0.2,0 0.2,-0.2 l -0.4,-0.8 c 1.4,0.6 0.8,1.2 7.6,1.2 3.6,0 5.4,0 5.4,0.4 L 79,77.2 c -1.8,0.2 -5.4,0.4 -7.8,0.4 z M 129,68.2 c -0.6,0 -1,-0.2 -1,-0.4 l 1.8,-0.6 c 0.2,0 0.4,0.2 0.4,0.4 0,0.2 -0.4,0.6 -1.2,0.6 z m 3.4,-0.8 -0.2,-0.2 c 0.8,-0.6 2,-0.8 3.4,-0.8 h 0.4 v 0.2 l -2.2,0.6 z m 10,-1 -1.6,-0.2 c 1.4,-0.6 1.8,-0.8 2.8,-0.8 h 0.8 c 0.6,0 0.4,-0.2 0.6,-0.6 l 0.6,0.4 c 0,0.4 -1,1.2 -3.2,1.2 z m 7.4,-0.6 c -0.6,0 -0.8,-0.2 -0.8,-0.4 l 0.2,-0.4 c 0,-0.2 -0.4,-0.4 -1,-0.4 h -1.4 c 4.2,-1.2 2.4,-2.2 5.8,-2.2 -2,0.4 -3,0.8 -3,1 0.4,0 0.6,0.2 0.6,0.4 v 0.6 c 0,0.4 0.2,0.4 0.8,0.4 2,0 2.8,-0.2 2.8,-0.6 l -0.6,-1.4 c 0,-0.4 0.6,-0.6 2.2,-0.6 1.4,0 1.4,0.2 1.8,0.4 1.8,-0.6 2.6,-0.8 4.2,-0.8 0.8,0 1.4,0 1.4,0.4 0,0.8 -1.6,0.8 -3.8,1.4 0,0.4 0.8,0.4 2.4,1 -2.6,0 -2.8,-1 -4.2,-1 l -1.8,0.4 c -0.4,0 -1,1.2 -4,1.6 z M 125,64.4 c -0.8,0 -1.2,-0.2 -1.2,-0.6 0,-1.6 2.8,-1.8 10.2,-2 0,0.4 -1.6,1.4 -2.4,1.4 L 131,63 c -0.8,0 -0.6,0.4 -1.4,1 -0.4,0 -0.4,-0.8 -0.8,-0.8 -0.8,0 -2.8,1.2 -3.8,1.2 z m 11.6,0.2 c -0.6,0 -0.8,0 -0.8,-0.4 1.8,-4 1.8,-3 8,-3.6 h 1 c -1.2,0.8 -1.6,1.2 -4,1.2 -1,0 -1.4,0 -1.4,0.2 0.4,0.6 0.6,0.6 0.6,0.8 -0.6,0 -1,0 -1,0.2 l 0.8,0.8 c 0,0.2 -0.4,0.2 -1,0.4 z m 8.4,-1.2 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.4,-0.2 h 0.2 c 0.4,0 0.6,0 0.8,0.2 z m 2.2,-2.4 c -0.8,0 -1.4,0 -1.4,-0.2 1,-0.6 2.2,-0.8 4.2,-0.8 1.4,0 2,0 2,0.2 -1.6,0.8 -2.8,0.8 -4.8,0.8 z m 8.8,-0.4 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0.2,-0.6 0.4,-0.8 1.2,-0.8 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.6,0.8 -1.2,0.8 z m 7.4,-0.4 c -2,0 -4.2,-0.4 -4.2,-0.6 3.8,-0.2 4.6,-0.2 6.6,-0.6 0.8,0.4 0.6,0 0.8,0.6 0,0.2 -0.2,0.4 -0.4,0.4 z m 9,0.2 c -0.2,0 -0.8,-0.4 -2,-1.4 0,-0.2 0.2,-0.2 0.6,-0.2 0.6,0 1,0.4 1.2,0.8 z m -4,-0.4 c -0.4,0 -0.6,-0.4 -0.8,-1 l 0.4,-0.2 c 0.4,0 0.6,0.2 0.6,0.6 0,0.4 -0.2,0.6 -0.2,0.6 z m 6.6,-0.4 -1.2,-0.2 -0.4,-0.4 c 0,-0.2 0.2,-0.2 1,-0.2 3.2,-0.2 1.6,0 5,-0.4 0.2,0 0.2,0 0.2,0.2 l -0.2,0.2 c -1.6,0.6 -3.2,0.8 -4.4,0.8 z m -12.6,-8.4 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.4,-0.2 h 0.2 c 0.4,0 0.6,0 0.8,0.2 z M 54.6,223.6 c 1.2,-1.8 1.6,-3.2 1.6,-3.2 L 56,220.2 c -0.4,0 -0.6,0.6 -1,1.8 z m -1.4,-2 c 0.8,0 1.4,-0.6 1.6,-1.4 L 54.4,220 c -1.6,0.2 -2.6,0.4 -2.6,1 0,0.2 0.4,0.4 1,0.6 z m -2.6,-0.8 c 0.4,0 0.6,-0.2 0.6,-0.4 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.2,0 -0.6,0.2 -0.6,0.6 0,0.2 0.4,0.4 0.6,0.4 z M 66,207.2 c 0.4,0 0.6,-1 1.6,-2.8 l -0.2,-0.2 c -1,1 -1.6,1.6 -1.6,2.8 0,0.2 0,0.2 0.2,0.2 z M 117,90 c 0.4,0 0.8,0 0.8,-0.2 v -0.2 c 0,-1 3.6,-7.4 3.6,-8.4 l -0.2,-0.6 c 0.8,-1.6 1.4,-2 2.8,-5.2 0,-0.2 -0.2,-0.2 -0.4,-0.2 h -1.2 l 0.4,0.4 c 0,1 -3,4.6 -3,6.2 0,1.4 -2.2,5 -3,5 h -0.4 l 0.2,0.8 -0.4,2 c 0,0.4 0.2,0.4 0.8,0.4 z m 6.6,-15.6 c 0.4,0 0.8,-0.2 0.8,-0.6 -0.2,-0.2 -0.6,-0.6 -0.8,-0.6 -0.6,0 -0.8,0.4 -0.8,0.8 0,0.2 0.4,0.4 0.8,0.4 z"/><path d="m 214.20007,253.2 c 1.2,-0.2 1.6,0.2 1.6,-2 l -0.2,-3 c 0,-1.2 2.6,-0.6 2.6,-1.2 0,-1.4 0.2,-1.2 1.2,-3.6 0,-0.6 -0.8,-0.8 -0.8,-1.6 0,-1.2 0.6,-2 1.6,-2 -0.6,-0.6 -0.8,-0.6 -0.8,-1.8 0.2,-3.4 2.2,-2.4 2.2,-3.2 -0.4,-1.2 -0.2,-0.6 -0.4,-2 0,-2.2 0.8,-6.2 1.4,-6.2 0.2,0 0.4,-0.8 0.4,-1.4 0,-1.2 0.4,-1.4 1.2,-1.4 0.6,0 1,0.2 1,0.8 0,1.2 0.6,0.8 0.6,2.2 0,0.8 -0.2,1.2 -0.8,1.2 -0.6,0 -0.8,0.2 -0.8,2.2 0,2.6 0.8,1 1,2.6 0,1 -1.4,0.4 -1.4,1.2 v 0.8 c 0,0.4 -0.2,0.2 -0.8,0.4 0,0.4 3.2,1.8 4,1.8 l -0.4,-3.8 c 0,-1.6 2,-1.4 2,-2 l -0.4,-0.8 c 0,-0.2 0.4,-0.2 1.2,-0.2 1,0 1.8,0.2 1.8,0.6 0,0.2 0.2,0.4 0.6,0.4 0.2,0 0.4,0 0.4,-0.2 -0.4,-1.2 -1.2,-2.4 -1.2,-3.6 0,-1 0.6,-0.6 1,-3 0.2,-1.2 0.4,-1.6 0.6,-1.6 0.4,0 0.4,0.4 0.8,1.2 0.4,-1.4 0.6,-2.2 1.2,-2.2 0.2,0 0.2,0.2 0.2,0.6 v 1 c 0,0.4 0.2,0.8 0.4,0.8 1.2,0 1.6,-4 2,-4.8 0,-0.8 -1.2,-2.4 -1.2,-3.2 0,-0.6 0.4,-0.8 1.4,-1.6 l 0.2,0.2 c -0.6,1.4 -0.8,1.4 -0.8,2.2 0,0 0,0.2 0.2,0.2 0.8,0 0.4,-1.4 1,-1.4 h 0.4 l 0.2,-0.2 c -0.4,-1 -0.6,-1.4 -0.6,-2 0,-0.6 0.6,-0.6 0.6,-1 -0.2,-1 -0.4,-1.4 -0.8,-1.4 -0.6,0 -0.6,-0.8 -1,-0.8 -0.6,0.6 -0.6,0.8 -0.8,0.8 v -1 c 0,-0.8 0.2,-1.2 0.8,-1.2 0.4,0 1,0.4 2.2,1 0.6,0 0.6,-1.6 1.2,-3.6 0.6,0 0.8,-3.8 1.2,-4.2 0.2,0 0.4,-0.4 0.4,-0.8 l -0.2,-1.2 0.2,-0.2 c 0.6,0 0.4,0 0.6,0.2 0.2,0 0.4,-0.4 0.4,-1 0,-2.6 0,-2.8 -1,-3.8 0,-0.2 2,0.2 2,-1 0,-2.8 0.4,-6 1.2,-6 h 0.4 c 0,-1.6 0.2,-2.2 2.8,-9.8 -1.2,1.4 -1.4,2 -1.8,2 0,-0.8 1.8,-4 1.8,-5.2 0,-0.8 -0.6,-0.8 -0.6,-1 0,-0.8 1.4,-0.6 1.4,-1 -1,-1.4 -1.4,-1.8 -1.4,-2.8 0,-1 2.8,-0.2 2.8,-1.8 v -1.2 c 0,-0.8 0,-1.2 0.4,-1.2 1.2,0 0.8,-4.4 1.6,-5 l 0.2,-0.4 c 0,-0.2 -1,-0.2 -1,-1 0,-0.2 0.2,-0.4 0.4,-0.4 0.8,0 1,0 1.4,-0.8 0.2,-4.4 0.2,-5.2 0.8,-6 1.6,-3 0.8,-1.6 2,-4.8 0,-0.2 0,-0.2 -0.2,-0.2 h -1 c 0.4,-0.4 0.6,-0.6 0.6,-1.2 0,-1 -0.8,-1.2 -0.8,-2 0,-0.8 1,-2.6 1,-3.8 v -1.2 c 0.4,0.4 0.4,0.6 0.8,0.6 h 0.4 c 0.2,0 0.2,0 0.2,0.2 l -0.6,3 c 0,0.4 -0.2,0.6 -0.6,0.6 0,0.2 0.2,0.6 0.8,1 0.6,0.6 1,1 1,1.4 -1,2 -1.8,4.4 -1.8,6.4 0,1.4 0.2,1 0.4,1.6 0,1 -1.6,3.6 -1.6,4.6 0.2,0.2 0.4,0 0.4,0.8 l -0.2,1.4 0.2,0.2 c 1.2,-1.4 0.6,-2.4 3,-9.2 0.6,-1.6 1,-3 1,-3.6 l -0.6,-0.4 c 0,-0.6 1,-0.4 1,-1 l -0.4,-1.2 c 0.6,0 1.2,-1 2.2,-4.2 1.6,-5.2 -0.2,-4.2 4.8,-5 3,-0.4 3.4,-0.6 3.6,-2.2 0.4,-1.6 1.6,-2.4 1.6,-2.6 0,-0.2 -0.2,-0.4 -0.8,-0.4 h -1 c -0.2,0 -0.4,0 -0.4,-0.2 0.6,-1 0.8,-1.8 1.6,-1.8 0.2,0 0.4,-0.2 0.4,-0.6 0,-0.4 1,-2.6 2.4,-6.2 l -1,-0.2 -3.8,0.2 c -1.2,0 -1.4,-0.2 -1.4,-0.6 5.8,-19 2.8,-8.6 8.2,-27.8 l 1.2,-4.6 -0.2,-0.4 c 6.6,-19.6 3.2,-14.4 5.6,-24.6 0,-0.6 -0.8,-0.4 -0.8,-0.6 0.4,-0.8 0.6,-1.4 0.6,-3.4 0,-1.2 0,-2.4 -0.4,-2.4 -0.4,0 -0.6,1.2 -0.8,2.6 -0.6,7.2 -0.8,8.6 -2.4,14 0,-1.2 1.2,-7.4 1.2,-11 0,-2.4 -0.2,-2.2 -0.4,-3.8 0.2,-0.8 0.6,-0.8 0.6,-1.4 -0.4,-1.2 -1.2,-2.2 -1.2,-3.4 0,-1.2 0.6,-0.8 0.6,-1.8 0,-1.4 -1.2,-2.6 -1.2,-4.2 l 0.2,-1.4 c 0,-0.2 -0.2,-0.4 -0.4,-0.4 -0.6,0 -2.6,3.4 -3,3.4 l -0.2,-0.2 c 0,-1 2.6,-4.4 2.6,-5 0,-0.8 -1,-1.2 -3,-2 l -0.2,0.2 c -0.4,-0.2 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.2,-0.6 0.6,-1.4 -1.2,1 -0.6,0.4 -2,1.2 -0.2,0 -0.2,0 -0.2,-0.2 0,-0.6 1.2,-1.2 1.2,-2.2 0,-0.2 -0.2,-0.4 -0.4,-0.4 h -0.4 l -0.2,0.2 c 0.6,-1.6 1.4,-2.4 1.4,-4 0,-0.8 -0.4,-1.4 -0.8,-1.4 l -1.2,0.4 c -0.8,0 -0.4,-3.6 -1.4,-3.6 -1,0.4 -1.4,0.8 -2,0.8 -0.4,0 -0.4,-0.2 -0.4,-0.4 0,-0.6 0,-0.8 0.4,-0.8 0.6,0.4 0.8,0.8 1,0.8 l -0.4,-1.4 c 0.4,-0.6 1,-0.6 1,-1.6 v -0.2 c -0.6,0 -1.4,1.2 -3.2,3 0,-0.8 -0.8,-0.4 -0.8,-1.4 l 0.2,-0.4 c -0.4,-0.8 -0.4,-0.4 -0.4,-1.2 0,-1.2 0.2,-1.6 1,-2.8 0,-0.2 -0.2,-0.2 -0.2,-0.2 -0.6,0 -2.6,1.4 -3.2,1.4 h -0.2 c 0,-0.6 1.8,-2.6 1.8,-3.6 0,-0.4 -0.2,-0.6 -0.4,-0.6 l -0.6,0.2 -0.2,-0.2 0.2,-0.8 c 0,-0.4 0,-0.6 -0.2,-0.6 -0.6,0 -1.8,1.8 -2.6,1.8 -0.2,0 -0.4,-0.2 -0.4,-0.4 l 0.2,-0.6 c -4.2,3.8 -8.2,4.2 -16,15.2 -4.2,5.8 -7.4,10.8 -8.2,12 -0.2,0 -2,2.6 -4,5.4 -15,21.6 -29.2,42.4 -30.8,45.8 -1.2,2.4 -1.8,1.6 -1.8,2.2 0,0.6 -5.4,8.2 -12.4,20.2 -5.2,8.8 -7,7 -7,7.6 0,0.8 -0.6,-0.2 -3.2,2 -0.8,0.8 -2.4,1.8 -3.2,2 -1.4,0.6 -1.4,1 -1.4,4.4 0,5 2,4.4 2,5.4 0,0.6 -0.6,1.2 -1.8,3 -5.2,9 -6.8,13 -8.6,15.2 -6,11 -7.6,14.4 -11.2,20.6 -1.2,2.2 -1.6,3.2 -1.6,4.2 0,1.6 0.8,4.8 1.4,4.8 0.8,-0.2 0.4,0 1,-0.6 0.8,0 0.8,2.8 1.2,2.8 0.4,0 1.2,-1.8 2.4,-2.8 0.6,0.6 0.8,1.2 1.4,1.2 0.8,0 2,-1.2 2,-2.4 l -0.4,-1.2 c 0,-0.4 0.4,-0.6 1.2,-0.6 h 0.8 c 0.2,0 0.2,-0.2 0.2,-0.4 0,-0.4 -1,-0.6 -1,-2.2 0,-0.8 0.2,-1.6 0.6,-1.6 l 2.4,0.8 c 0.4,0 0.6,-0.4 0.8,-0.8 0.6,-1.4 2,-3.4 2.4,-3.4 0,1.8 -4.6,7.4 -4.6,8.6 l 0.2,0.2 1,-0.4 -0.2,0.4 c 0,0.6 0.4,0.8 1.4,1.6 l -2,-0.6 c -0.8,0 -1,0.6 -1.4,1.4 v 0.2 c 2,1.6 3.2,2.2 4,2.2 0.8,-0.2 1.2,-0.2 1.2,-1.2 v -0.8 c 0,-0.2 0,-0.2 0.4,-0.2 1.4,0 2,0 2,1 0,0.6 0.2,0.8 0.4,0.8 0.6,0 0.8,-0.2 0.8,-0.6 l -0.8,-1.4 c 0,-0.6 1.8,-1.6 4.6,-5.8 3,-4.8 4.8,-6.2 5.2,-6.2 -1.2,3.2 -3,3.8 -3,4.8 0,0.8 -1.6,1.6 -2.4,3.2 -0.6,1 -0.8,1.8 -0.8,2 1.4,-1 0.6,-0.4 2,-1.2 h 0.6 l -0.2,-0.8 c 0,-1 2,-1.6 2,-1.8 h -0.2 c 0,-0.4 0.6,-0.6 1.2,-1.6 l -0.6,0.4 c 0,-1 0.2,-1.6 1.2,-1.6 0.8,0 2.6,-2.6 2.6,-3.8 0,-0.8 0.6,-1.6 1.4,-2.6 h 0.2 l -0.4,1.6 c 0.6,0 8.8,-11.2 8.8,-13.4 v -0.4 l 0.4,0.2 c 0.6,0 1.4,-1.2 1.4,-2.4 2.2,-3.8 1,-2 3.6,-5.4 l -0.2,1 h 0.2 c 1,-1.2 1.6,-1.6 1.6,-2.8 0,-1 1.8,-1.8 1.8,-2.8 V 153 c 0,-0.4 1.6,-1 1.6,-2 0,-1 0.8,-2 1.6,-2 l 0.6,0.2 -0.4,-0.8 c 0,-0.4 0.8,-0.4 0.8,-0.6 l -0.2,-0.8 0.4,0.2 1,-0.2 c 0,-0.6 0,-0.6 -0.8,-0.8 0.2,-0.6 0.4,-0.8 1,-0.8 l 1,0.2 c 0.4,-0.4 0.4,-0.6 1.6,-0.6 0.6,0 1,0 1,0.2 -0.8,1.6 -1.6,2.8 -2,2.8 -1,0.8 -4.8,7.4 -4.8,8.4 0,0.4 -1.4,0 -1.4,1.2 0,0.6 -0.4,1 -0.6,1 -1,0 -0.6,1.6 -1.4,1.6 -0.2,0 -0.2,0 -0.2,0.2 0.6,0.8 0.2,0.4 1,1 0.2,0 0.4,0 0.4,-0.2 0.4,-1 1.8,-3.2 6.8,-10 6,-8.6 7.6,-7 7.6,-7.4 0,-0.4 2,-0.6 4.4,-0.6 h 2 c 2,0 2.2,0.2 2.2,0.4 v 0.2 c 0.8,0 4,-1.4 9,-2 -2.4,8.8 -4.8,21 -10,49.6 -3,17.4 -7.6,37.6 -7.6,41.4 0,1.8 1.4,1.2 1.4,2 0,0.8 -0.2,1.2 -0.8,1.2 l -1,-0.4 c -0.6,0 -0.8,1.2 -1,3.2 l 0.4,1.6 -0.4,-0.2 c -0.6,0 -0.8,0.6 -0.8,1.4 0,0.4 0,0.8 0.2,1 l 0.4,0.8 -0.2,2 c 0,1.8 0.4,1.2 0.8,2 -0.6,1.6 -1,2.2 -1,4 0,1.4 0,1.8 0.4,1.8 z m 3.2,-20.2 c -0.4,0 -0.6,-0.8 -0.6,-1.8 0,-1.2 0.2,-1.8 0.8,-1.8 0.8,0 1,0.4 1,0.8 0,0.8 -1,1.4 -1,2 v 0.4 c 0,0.2 0,0.4 -0.2,0.4 z m 8.8,-7.8 c -0.2,0 0,-2.2 -1.4,-2.2 -0.6,0 -1,0 -1,-0.2 1,-1.6 1.8,-2.8 2.4,-2.8 l 0.2,0.2 -0.2,0.8 c 0.6,0.6 0.8,0.6 1.2,2.2 -0.4,0.6 -0.6,0.4 -1,1.4 z m -2.4,-4 -0.2,-0.4 c 0,-0.6 0.4,-1 1,-1 0.2,0 0.2,0 0.2,0.2 0,0.4 -0.2,0.8 -0.6,1 z m 11.4,-0.2 h -0.2 c -0.2,0 -0.2,-0.2 -0.2,-0.4 0.4,-1.6 -0.2,-1 0.8,-2 0.2,0 0.2,0.2 0.2,0.8 0,0.6 -0.2,1.4 -0.6,1.6 z m -7.6,-0.8 c -1,-0.6 -1.8,-1.2 -1.8,-2.2 0,-2.6 0.8,-6.2 1.4,-6.6 0.2,-0.2 0.4,-0.6 0.4,-1 l -0.2,-1 c 0,-0.4 0.8,-0.2 0.8,-0.8 l -0.2,-1.6 c 0,-0.6 0.2,-1 0.6,-1.2 1,-0.8 1,-3.4 1.2,-3.4 0.2,0.6 0.4,0.8 0.8,0.8 0.4,0 0.6,-0.4 0.6,-1.4 0,-0.8 0,-1.2 -0.4,-1.2 l -1.2,1 c 1,-3 1.4,-4 2.2,-4.8 0.2,-0.2 0.4,-0.4 0.4,-0.6 l -0.2,-0.8 c 0,-0.6 0.8,-0.6 1,-1.4 v -2.4 c 0,-3 1.2,-2.6 1.6,-4.8 l -0.2,-0.2 c -0.6,0.6 -0.2,0.4 -1,0.6 0,-0.6 1.4,-3.4 2,-3.4 0.4,0 0.6,0.2 0.6,0.8 -1.4,7.8 -0.6,4.2 -3,11.4 0,1.4 -0.2,1.8 -0.4,1.8 h -1 l -0.2,0.4 c 0,0.8 1.6,0.4 1.6,1.8 0,0.8 -0.4,1.6 -0.6,1.6 -0.8,0 -0.4,3.4 -1.2,3.8 l -0.4,0.4 0.2,0.8 c 0,1.2 -1.6,5.4 -1.6,7.2 v 0.4 c 0,0.6 0,1 -0.4,1 l -1.4,-0.2 c -0.2,0 -0.4,0 -0.4,0.2 0.6,1.4 1,2.2 1,3.8 -0.2,0.8 -0.2,1.2 -0.6,1.2 z m 1.2,-8.8 c 0.4,0 0.6,-0.2 0.6,-0.6 0,-0.2 -0.2,-0.6 -0.6,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.4,0.6 0.6,0.6 z m 4.8,9.4 c -0.4,0 -0.6,-0.6 -0.6,-1.2 0,-0.6 0.4,-0.8 0.6,-0.8 0.2,0 0.4,0.4 0.4,1 0,0.6 -0.2,1 -0.4,1 z m 0.6,-3.2 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.6 0.4,-1 0.8,-1 0.6,0 0.8,0.4 0.8,0.8 -0.2,0.6 -0.6,0.8 -1,0.8 z m 5.2,-13.8 c 0.2,-0.8 0.6,-1.4 0.8,-1.4 0.2,0 0.2,0 0.2,0.2 l -0.4,0.8 z m -0.6,-1.8 v -0.2 c 0,-0.4 0.8,-1.8 1,-1.8 -0.4,1.4 -0.4,2 -1,2 z m -72.6,-13.2 c -0.8,0 -0.8,-0.4 -1,-1 0.2,-0.8 0.4,-1.2 1.2,-1.2 0.4,0 1,0.4 1,1 0,0.8 -0.4,1.2 -1.2,1.2 z m 77.2,0 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.4,0 0.6,0.2 0.6,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m -6.8,-7.6 c -0.4,0 -0.6,-0.8 -0.6,-1.8 0,-1.2 0.2,-2.4 1,-2.8 l -0.4,1 c 0.4,0.4 0.8,0.6 0.8,1.8 0,1.2 -0.4,1.8 -0.8,1.8 z m 9.4,-2.4 c -0.2,0 -0.2,-0.4 -0.2,-0.8 0,-0.4 0,-0.6 0.2,-0.6 l 0.2,0.2 c 0,0.4 0,1 -0.2,1.2 z m -6.8,-3.8 c -0.4,0 -2.4,-1.8 -2.4,-2.4 0,-0.6 0.8,-1.6 1.2,-1.6 0.6,0 0.6,0.2 0.6,0.6 l -0.2,1.2 z m -3.8,-6.6 c -0.2,0 -0.2,-0.2 -0.2,-0.6 0,-0.2 0.4,-0.6 0.6,-0.8 h 0.4 c -0.2,1 -0.6,1.4 -0.8,1.4 z m 6,0 c -0.4,0 -0.4,-1.4 -0.6,-1.4 h -0.2 c -0.4,0 -1,-0.6 -1.6,-1.8 l 0.2,-0.2 c 1,0 2.4,1.6 2.4,2.6 0,0.4 0,0.8 -0.2,0.8 z m 2.6,-18.6 v -0.2 c 0,-0.6 0.2,-1.2 1,-2 0.2,0 0.2,0 0.2,0.2 0,0.4 -0.4,1 -0.6,1.4 z m 13.4,-6 -0.2,-0.2 v -0.4 c 0,-0.8 0.4,-1.2 1,-2 0.2,0 0.2,0.2 0.2,0.6 0,1 -0.6,2 -1,2 z m 7.8,-10.8 -0.2,-0.2 c 0.2,-0.8 0.4,-1.2 0.8,-1.2 0.2,0 0.2,0 0.2,0.2 l -0.4,0.8 z m -42.6,-7.6 c -0.6,0 -1,-0.2 -1,-0.4 0,-0.8 -0.6,-0.6 -0.6,-1.2 v -0.4 h 1.8 V 123 c 0,-0.4 -0.6,-0.2 -0.6,-0.8 0.2,-0.6 0.4,-0.6 1,-0.6 1,0 0.2,-1.2 1,-1.2 1,0 0.6,-2.6 1.4,-2.6 h 0.2 c 0.2,0 0.4,-0.2 0.4,-0.6 0,-1.6 1.4,-3.2 2,-3.2 0.2,0.4 0,0.6 0.4,0.6 1,0 5.2,-7.8 6.4,-7.8 0.2,0 0.2,0.2 0.2,0.6 -0.4,1.2 -1.4,1 -1.4,1.8 0,0.6 0,1 -0.4,1 -0.8,0 -1.2,2.2 -2,2.6 l -0.4,0.8 0.2,0.8 -0.6,-0.2 c -0.4,0 -0.6,0.2 -0.6,0.6 0,2 -0.2,3 -0.4,3 -0.6,0 -3,2.2 -3,2.6 0,0.8 -0.6,1.8 -1.2,1.8 l -0.4,-0.2 v 0.2 c -0.4,2 0,3.2 -2.4,3.2 z m 6.8,-0.6 h -2.8 c 10,-15 15.8,-22.8 16.2,-22.8 l -5.4,22.2 c -3.2,0.4 -4.4,0.6 -8,0.6 z m -25,-1.6 c -0.2,0 -0.2,-0.4 -0.2,-0.6 l 0.2,-1 -0.8,0.2 -0.2,-0.4 c 0,-0.4 0.4,-0.6 0.8,-0.6 0.4,0 0.8,0.6 0.8,1.2 0,0.6 -0.2,1.2 -0.6,1.2 z m 3.2,-4.8 c -0.6,-0.6 -0.4,-0.4 -0.8,-1.2 0,-0.2 0.2,-0.4 0.4,-0.4 0.4,0 0.6,0.4 0.6,0.8 0,0.6 0,0.8 -0.2,0.8 z m 44.2,-1.8 c -0.2,0 -0.2,-0.4 -0.2,-0.8 0,-0.4 0,-0.6 0.2,-0.6 l 0.2,0.2 c 0,0.4 0,1 -0.2,1.2 z m -42,-1.4 h -0.2 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0,-0.6 0.2,-1 0.6,-1 0.2,0 0.4,0.2 0.4,0.6 z m 0.8,-2 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-0.6 0.8,-1.4 2,-2 v 0.2 c -0.6,1.6 -1,2.4 -1.6,2.4 z m 57.6,-2.2 c -0.2,0 -0.2,-0.2 -0.2,-0.6 v -0.8 c 0,-0.4 0,-0.6 0.6,-1.6 0.8,0.6 0.4,0.4 0.8,1.2 -0.2,1 -0.4,1.8 -1.2,1.8 z m -54.4,-3 c -0.4,0 -0.6,0 -0.6,-0.2 0.6,-0.4 1.2,-0.8 1.8,-1.8 0.2,-0.8 0.8,-1.4 1.4,-1.4 0.6,0 0.8,0.2 0.8,0.6 0,0.8 -2.6,2.8 -3.4,2.8 z m 22,-2.6 -0.2,-0.2 c 0.6,-1.6 1.2,-2.2 3.4,-3.8 -1.2,1.4 -1.8,2.2 -1.8,2.8 v 0.4 c 0,0.4 -0.4,0.6 -0.8,0.6 z m -19,-1.4 c 0.8,-1.8 1.6,-2.8 2,-2.8 0.2,0 0.2,0 0.2,0.2 0,0.4 -0.6,1.2 -1.2,1.8 z m 16.4,0 v -0.2 c 0,-0.4 0.6,-1 1.8,-2.2 v 0.2 c -0.6,1.2 -1,2.2 -1.8,2.2 z m -14,-3.6 c 0.6,-1.8 1,-2.6 2,-2.6 0.4,0 0.6,0.2 0.6,0.8 l -0.2,0.4 h -0.4 c -0.2,0 -0.8,0.4 -1.2,0.8 z m 2.6,-4.8 c 1.2,-2.4 2,-3.6 3,-3.6 0.2,0 0.2,0.2 0.2,0.4 -0.2,1.2 -2.4,3.2 -3.2,3.2 z m 17.2,-1.2 c -0.2,0 -0.2,0 -0.2,-0.2 0,-0.8 0.6,-1 1.6,-1.6 v 0.2 c 0,0.2 -0.4,0.8 -0.8,1.2 z m -12.6,-3.2 c 1.2,-2 2,-1.8 2.4,-3 l -0.4,-1 c 0.8,0.6 0.4,0 1,1 0,0.8 -2.6,3 -3,3 z m 16.8,-3.8 v -0.2 c 0,-2 3.2,-3.6 4,-6 0.2,-0.6 0.6,-1 0.8,-1 0.2,0 0.2,0.2 0.2,0.4 0,0.8 -1.2,3 -2,3.4 -0.2,0 -0.2,0.2 -0.2,0.4 0,0.4 0.2,0.6 0.8,1.4 l -0.4,0.2 c -0.6,0 -0.6,-0.6 -1,-1 -0.4,0 -1.6,2.4 -2.2,2.4 z m 33,-1.2 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0,-0.6 0.2,-1 0.2,-1 l 0.2,0.2 V 86 Z m -45,-1.4 c -0.4,0 -0.6,-0.4 -0.6,-0.8 0,-0.8 1.2,-2.2 2,-2.2 -0.4,1.2 -1,1.4 -1,2.2 v 0.2 c 0,0.4 0,0.6 -0.4,0.6 z m 46.2,-4.2 c -0.2,0 -0.2,-0.4 -0.2,-0.8 0,-0.4 0,-0.6 0.2,-0.6 l 0.2,0.8 z m 0.6,-2.4 h -0.2 v -1.4 l 0.4,1 z m -40.4,-2.2 c -0.4,0 -0.6,0 -0.6,-0.2 0.8,-1 0.4,-0.8 1.4,-1.4 l 0.2,0.2 c -0.2,0.8 -0.6,1.4 -1,1.4 z m 2.4,-4 c -0.4,0 -0.4,-0.4 -0.4,-0.8 l 0.6,-1 c 0.2,0 0.2,0.4 0.2,1 0,0.4 -0.2,0.8 -0.4,0.8 z m 36.4,-19.8 c -0.2,0 -0.2,-0.2 -0.2,-0.4 0,-0.4 0.2,-0.8 0.6,-0.8 0.2,0 0.2,0.4 0.2,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m -2.6,-5.2 c -0.2,0 -0.2,-0.4 -0.2,-1.2 -0.2,0 -0.8,1.2 -1.2,1.2 l -0.4,-2.8 c 0.6,0.6 0.6,1 1,1 l 1.6,-0.8 c 0.4,0 0.6,0.4 0.6,0.8 0,0.4 -0.2,0.8 -0.6,1.2 z m -62,204.6 c 0.2,0 0.2,-0.4 0.2,-0.6 0,-0.4 -0.2,-0.6 -0.6,-0.6 l -0.4,0.2 c 0.2,0.6 0.4,1 0.8,1 z m 16.2,-14.6 c 0.2,0 0.2,-0.6 0.6,-1.8 l -0.2,-0.2 c -0.4,0 -0.6,0.4 -0.6,1.2 0,0.6 0,0.8 0.2,0.8 z m 5,-4.6 c 0.2,0 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 -0.4,0.2 -0.6,0.8 0,0.2 0.2,0.4 0.4,0.4 z m 0.6,-2.4 0.4,-0.2 c 0,-0.4 -0.2,-0.6 -0.8,-0.8 l -0.2,0.4 c 0,0.4 0.2,0.6 0.6,0.6 z m 0,-1.8 c 0.4,0 1.6,-1.8 1.6,-2.8 0,-0.2 0,-0.4 -0.4,-0.4 h -0.4 v 0.6 c 0,1.2 -0.8,0.8 -0.8,2 z m -10,-1 c 0.4,0 0.6,-0.4 0.6,-1 0,-0.4 0,-0.8 -0.2,-0.8 -0.4,0 -0.6,0.6 -0.6,1.2 0,0.4 0,0.6 0.2,0.6 z m 9.4,-0.6 c 0.2,0 0.6,-0.4 0.6,-0.6 0,-0.6 -0.4,-1 -0.8,-1 -0.2,0 -0.4,0.2 -0.4,0.6 0,0.6 0.2,1 0.6,1 z m 12.6,-29.4 0.4,-0.8 c -0.2,-0.8 -0.4,-1.2 -0.6,-1.2 -0.2,0 -0.2,0.4 -0.2,1.2 l 0.2,0.8 z m 3.6,-14.4 c 0.4,0 1.2,-1.2 1.2,-2.2 l -0.2,-0.2 c -0.2,0 -0.8,1.4 -1,2.2 z m 1.2,-3.6 c 0.6,-0.4 1.6,-4 1.8,-5.4 0,-0.4 0,-0.6 -0.2,-0.6 -0.2,0 -1.8,4.4 -1.8,5.8 0,0.2 0,0.2 0.2,0.2 z m -57.6,-6.8 c 3.2,-4.2 7.6,-9.8 7.6,-10.6 0,-0.2 -0.4,-0.4 -0.8,-0.4 -0.8,0.4 -3.6,6 -4.4,6 -0.2,0 -0.4,0 -0.4,0.2 z m 60.6,-4 c 0.6,-0.8 1,-1.4 1,-2.2 v -0.6 c -0.2,0 -1.2,1.4 -1.2,2.2 0,0.4 0,0.6 0.2,0.6 z m 1.2,-3.6 c 0.2,0 0.4,-0.8 1,-2.4 l -0.2,-0.2 c -0.8,0.4 -1,0.4 -1,1.8 z m -47.6,-15.6 c 0.2,0 0.4,-0.2 0.4,-0.8 0,-0.4 -0.2,-0.6 -0.4,-0.6 -0.4,0 -0.6,0.2 -0.6,0.6 0.2,0.6 0.4,0.8 0.6,0.8 z m 11.2,-1.6 c 1,0 1.8,-0.2 1.8,-0.4 -0.4,-0.4 -1.4,-0.4 -2.2,-0.4 -1,0 -1.4,0 -1.4,0.4 0,0.2 0.8,0.4 1.8,0.4 z m 7.8,-1.4 c 1,0 1.8,-0.4 2,-0.6 0,-0.2 0,-0.2 -0.2,-0.2 -1.8,0.4 -2.6,0.4 -3,0.8 z m 44.4,-9.8 c 1.4,-0.4 3.4,0 3.4,-2.4 0,-0.8 -0.2,-0.8 -0.8,-1 -0.6,0.4 -0.6,0.8 -1,0.8 h -0.8 c -0.4,0 -0.6,0 -0.6,0.2 0,0.8 -0.2,1.4 -0.4,2.2 z m 3.8,-5.2 c 0.4,-0.2 0.6,-0.4 0.6,-0.6 0,-0.2 -0.2,-0.6 -0.4,-0.6 -0.2,0 -0.6,0.4 -0.8,0.6 0,0.4 0.2,0.6 0.6,0.6 z m -1,-2.6 c 0.6,0 0.8,-0.6 1.6,-2.2 0,-0.2 -0.2,-0.4 -0.6,-0.4 -0.6,0 -0.2,1.4 -1,1.4 h -0.4 l -0.2,0.2 z m 6.2,-78 c 0.4,0 1.2,-0.8 1.2,-1.4 l -0.4,-0.2 c -0.4,0 -1,1 -1,1.4 0,0 0,0.2 0.2,0.2 z"/><path d="m 285.00015,215.8 v -1.2 l -0.2,-0.8 c -0.6,0.6 -0.2,0.2 -0.6,1.2 v 0.4 z m -10.6,-1.2 c 0.6,-0.2 1.2,-0.6 1.2,-0.8 v -0.2 c 0,-1 0.8,-1 0.8,-2.6 v -0.6 c 0,-1 -0.2,-1.6 -0.2,-2 0,-0.4 0.2,-0.8 0.2,-0.8 l 0.8,0.2 c 0.2,0 0.4,-0.2 0.4,-0.4 v -2.8 c 0,-0.6 0.2,-1 0.6,-1.2 0.6,0 1,0.2 1.2,0.6 l -1.2,1.8 0.2,0.2 c 1,0 1.8,-2 1.8,-3.8 v -0.6 c 0,-0.4 0,-0.6 -0.2,-0.6 -0.6,0 -0.8,0.8 -1.8,1.6 -0.2,0 -0.2,0 -0.2,-0.2 v -0.2 c 0,-0.4 0.6,-0.8 0.6,-1.8 l -0.4,-0.8 c 0,-0.4 0.4,-0.6 1,-0.8 l 1,0.2 c 0.8,0 2,-1.8 2,-2.8 V 196 c 0,-0.4 -0.4,-0.8 -1,-0.8 -0.2,0.2 -0.4,0.4 -0.4,0.6 v 1.2 c 0,0.6 0,1.2 -0.6,1.2 -0.6,-0.4 -0.6,-0.2 -0.8,-0.8 v -0.2 c 0,-0.4 0.6,-0.8 0.6,-1 V 196 c 0,-1.2 1.6,-4 1.6,-5.2 v -0.2 c 0,-0.8 0.2,-1.2 0.6,-1.2 0.2,0 0.2,0.2 0.2,0.4 l -0.6,4 c 0.4,-0.2 0.8,-0.6 1.8,-1.8 l 0.2,0.2 v 2.2 c 0,1.2 1.6,1.4 1.6,2.4 l 0.2,0.2 h -0.2 c -1,-0.2 -1.4,-0.8 -2,-0.8 h -0.2 c -0.2,0 -0.2,0.4 -0.2,0.8 v 0.4 c 0,0.6 0,1.2 -0.6,1.6 -0.2,0 -0.2,0.2 -0.2,0.4 v 0.4 c 0,1 2.2,1 2.2,1.6 -0.6,2 -1,2.4 -1,3.4 0.2,1 0.8,1.8 1,2.2 -0.2,0.8 -0.4,1.4 -0.4,3.8 0.2,1.6 0.6,1.6 2.2,2.2 l -0.4,-1 c 0,-0.2 0,-0.2 0.2,-0.2 h 1 c 0.2,0 0.4,0 0.4,-0.2 l -0.4,-1.2 v -0.2 c 0,-1 1.4,-1.2 1.6,-3.2 0.2,-2 1.6,-3.2 1.6,-4.4 v -0.2 c 0,-0.4 0.2,-1 0.4,-1 l 0.6,0.2 0.2,-0.4 c 0,-0.4 -0.6,-0.6 -0.8,-1.4 0,-1 0.6,-1.4 1.8,-2.8 l -0.8,2.6 c 0.8,-1.4 1.2,-2.2 1.2,-3.2 v -0.2 c 0,-1.4 1.8,-2.6 1.8,-4.2 v -0.2 c 0,-0.8 -1,-1.2 -1,-2 l 0.6,-1.6 c 0.4,0 1.4,1.6 1.8,1.6 0.6,0 1.2,-1 1.2,-1.2 l -0.8,0.6 c -0.2,0 -0.6,0 -0.6,-0.2 l -0.6,-1.8 c 0,-1.8 1,-3.4 1,-3.8 v -0.2 c 0,-0.2 0.2,-0.4 0.6,-0.6 0.4,0 0.6,0.4 0.6,0.8 l 0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 h 0.8 c 0.4,0 0.8,-0.2 1.2,-0.2 0.4,0 0.8,0.2 0.8,0.6 0,0.8 -0.6,3.2 -1.6,3.4 h -0.8 v 0.2 c 0,2.6 -4.4,14.2 -4.4,16 4.6,-10.8 5.4,-13.4 14.6,-31.8 l 3.8,-0.4 c 2.2,-0.2 4,-0.8 4.6,-1.2 0.2,-0.4 0.4,-0.6 0.6,-0.6 0.6,0 1.8,1.2 6,1.6 0,0.2 -1.6,0.8 -1.6,1 4,-0.4 4.4,-1.2 6.2,-1.4 2.2,0 3.2,0.2 3.2,0.4 l -0.4,0.6 0.8,0.2 1.4,-0.4 h 0.8 c 1.8,0 2.2,0.4 4,0.4 h 1 l 8,-1.2 h 1.2 c 0.8,0 1.2,0 1.2,0.2 0,0.2 -0.4,0.6 -0.8,0.8 0,0.2 0.6,0.2 1.4,0.2 h 1.2 c 3.4,-0.2 2.8,-0.8 6.4,-1.2 3,-0.2 5.8,-0.4 10.6,-0.6 3.2,-0.2 2.2,-0.6 3,-1.2 l 1.4,0.8 c 0.4,0 0.4,-0.4 1,-1 0.4,0.4 0.4,1 2,1 0.4,0 1,-0.2 1.8,-0.2 l 16.4,0.2 c 3.2,-0.2 3,-1.2 3.2,-1.2 h 0.2 c 2.4,0 19.8,-8.2 19.8,-8.2 2.4,-0.6 3.6,-1.2 3.6,-1.8 v -0.2 c 0,-0.2 -0.2,-0.4 -0.6,-0.4 h -0.6 c -0.2,0 -0.2,0 -0.2,-0.2 v -0.4 c 0,-0.4 0.2,-0.4 1.4,-0.6 l 1.8,-0.2 c 1.6,0 1.6,-1.6 2.2,-1.6 l 0.6,0.2 c 0,-0.8 -0.6,-0.8 -2,-0.8 -1.2,0.2 -2.2,0.4 -3,1 1.8,-3.4 2.8,-5 3.4,-5 l -0.2,2.2 0.2,0.4 c 0.6,-0.2 3,-2.6 3,-3.6 0,-0.8 -5.6,-0.2 -6.2,-1.2 -0.2,-0.2 -0.4,-0.2 -1,-0.2 -0.8,0 -0.4,0 -1,0.2 -0.4,0 -0.2,-0.6 -0.6,-0.6 h -0.2 c -1,0.6 -0.6,0.4 -1.8,0.8 -0.6,0 -0.6,-0.8 -2.4,-1.2 h -1.4 c 0,-0.2 -7.6,-0.2 -9.4,-0.8 -0.6,-0.4 -1.8,-0.4 -4.8,-0.4 h -8.6 c -24.6,0.2 -39.6,0.6 -47.6,0.6 -4.6,0 -7,-0.2 -7.6,-0.4 v -0.2 c 1.4,-0.4 7,-4.8 7.4,-4.8 0.8,0 6.2,-4.2 6.2,-4.8 0,-0.2 0.8,-0.8 1.8,-1.2 3.4,-2.6 3.4,-5 4.8,-5.2 0.2,0.2 0,0.2 0.6,0.2 l -0.6,-0.8 c 0,-0.2 0.2,-0.4 0.4,-0.6 h 0.8 c 0.4,0 3,-3 3.6,-3.2 l 0.6,0.2 c 0.4,-1.2 0.8,-0.8 4.2,-4.2 0.6,-1.2 2,-2.2 2.6,-2.2 1,0 2,-1 2,-2.4 v -0.8 l 0.2,-0.2 c 0.6,0.4 0.6,0.6 1.2,0.6 0.6,-0.2 1.2,-0.8 2.6,-2.4 2.8,-3 5,-5 6.2,-5.4 1.4,-0.2 6.2,-5.6 6.2,-6.8 V 102 c 0,-0.2 0,-0.2 0.2,-0.2 1.4,0 0.4,-0.6 2.2,-0.8 l 0.6,0.2 -0.2,-0.6 c 0,-0.8 1,-1.6 1.8,-1.8 0.6,0.2 0.4,0 0.8,0.4 l -0.2,-2 1,0.6 c 0.8,0 5,-4.8 5,-5.2 l -0.6,0.4 0.2,-1 h -0.6 c 0,-1 3.6,-3.8 3.6,-4.2 0,-0.2 0.4,-0.8 1,-1 h 0.4 c -1.4,1.8 -2,3 -2,3.6 0.2,0.2 0.2,0.4 0.2,0.4 h 0.6 c 0.8,0 0.2,-1.4 1.6,-2.6 0.4,-0.4 0.6,-0.8 0.6,-1 V 87 c 0,-1 0,-0.8 0.8,-1 0,-1.2 0.6,-2 1.6,-2.2 l 0.8,0.2 c 0,-1.2 0.4,-3 1.2,-3.2 1.2,1.2 0.6,0.8 1.8,1.6 l -0.2,-1 V 81 c 0,-0.6 0.4,-0.8 0.4,-1.2 v -0.6 c 0.6,-1.2 0.2,-0.6 1,-1.4 0.6,0 0.4,0.6 1.2,1.4 0.6,0 0.6,-1.2 1,-3.4 v -0.2 c 1.8,-0.2 4.6,-2.2 4.6,-3.8 v -0.2 l -0.2,-0.8 0.2,-0.2 1.6,1.8 c 0.2,-0.2 -0.4,-1.6 2,-3 3,-1.6 1.4,-3.6 3,-4.2 1,-0.2 1.4,-1 1.4,-1.8 0,-0.2 0,-0.2 -0.2,-0.2 l -1.2,0.6 v -0.4 c 2,-2 2,-2.4 2.4,-2.4 0.4,-0.2 0.6,-0.4 0.6,-0.6 0,-0.6 -0.6,-1 -1.6,-2.2 0,-0.2 0,-0.2 0.2,-0.2 l 3.2,-1 -1,-0.8 c 0,-0.6 3.4,-2.8 3.4,-3.4 -0.4,-0.2 -0.6,-0.2 -0.6,-0.6 v -0.8 c 0,-0.2 0,-0.2 -0.2,-0.2 -3,1 -4.2,3 -5,3.2 l -0.4,-0.4 0.2,-1.4 c -1.4,0.8 -2.2,1.4 -3,1.4 -0.2,0 -0.2,0 -0.2,-0.2 0.4,-0.4 0.6,-0.4 0.6,-0.8 l -0.2,-1 c 0,-0.4 0,-0.6 0.4,-0.6 h 0.4 c 0,-0.2 -0.2,-0.2 -0.8,-0.8 0,-0.4 1,-1 3.6,-2.8 -1.6,0.2 -0.8,0.2 -2.4,0.8 2,-3.8 3,-3.6 3,-4 0,-0.6 -2,-0.4 -2,-0.8 l 1.6,-1.8 -1.8,0.2 -0.4,0.2 c -0.2,0 -0.2,-0.2 -0.2,-0.2 l 0.2,-0.8 c 0,-0.2 -0.4,-0.4 -0.8,-0.4 h -0.6 c -1,0 -1.8,1.2 -4.6,2.6 v -0.8 h -0.6 c -1,0 -3.2,0.8 -5,2.2 -2,1.2 -4,4.2 -4,6 0,1.8 -16.2,16.8 -42.6,41.6 -6,5 -21,18.8 -35.4,32.4 1.8,-6.2 21.8,-44.4 23,-47.6 0.2,-0.6 0.6,-1.8 1.2,-2.8 3.4,-6.4 6.8,-14.2 6.8,-15.2 h -0.8 c -0.2,0 -0.2,0 -0.2,-0.2 l 0.2,-1.2 c -0.6,0 -1.2,1.4 -2,4.2 l 0.2,0.2 1.4,-1.8 c -0.6,1.4 -1,2.2 -1.4,2.2 -1,0.2 -3.2,5.4 -4.2,6 -0.4,0.2 -0.6,0.4 -0.6,0.8 l 0.2,1 c -1.8,-1.2 -1,-0.6 -2.6,-2.2 l 1.6,0.2 0.2,-0.2 -0.4,-0.8 v -0.2 l 0.6,0.2 c 0.2,0 0.4,-0.2 0.4,-0.8 v -1.6 c 0,-0.4 3,-1.8 3,-2.6 l -0.8,-0.8 c 0,-0.2 0,-0.2 0.2,-0.2 h 0.2 c 0.4,0 0.8,0.4 1.2,0.8 l -0.4,-1.2 V 61 c 0,-1.8 4.4,-6 4.4,-8 v -0.2 l -0.2,-1.4 c -0.4,0.4 -0.6,1 -1.2,1 -0.6,0 -1,-0.4 -1.2,-1 0,-1 1.8,-3.2 1.8,-4 -0.4,0 -0.4,-0.2 -0.4,-0.4 l 0.4,-1.8 -0.4,-0.8 c 1.2,0 2.8,-2.6 2.8,-4.8 v -0.4 c 0,-0.4 -0.2,-0.6 -0.4,-0.6 h -0.4 c -0.2,0 -0.4,0.2 -0.4,0.4 l 0.2,0.6 c 0,0 0,0.2 -0.2,0.2 h -1.2 c -1.4,0 -3,2.2 -3.4,2.2 0,-1.4 0.4,-2 0.4,-3.2 V 38 c 0,-0.6 -0.2,-1 -0.6,-1 -0.6,0.4 -0.8,1 -2.2,1.4 h -0.4 c 0,-0.4 2.8,-3 3.2,-3 0.2,-0.2 0.2,-0.8 0.2,-1.4 0,-0.6 0,-0.8 -0.4,-0.8 l -1.2,0.6 c -0.4,0 -0.6,-0.4 -0.8,-1.2 v -0.4 c 0,-1.6 1.2,-3 1.2,-3.6 -0.6,-0.4 -0.4,-0.2 -1,-0.4 -2.8,0.2 -2.8,3.6 -7.6,7.6 1.4,-2.2 2,-3.4 2,-4.2 0,-0.2 0,-0.4 -0.4,-0.4 -0.4,0 -2.4,2.4 -4,3.4 -2,0.6 -3.2,3.8 -5.2,6.4 l -5,8.2 c -0.2,0.2 -0.4,1 -0.4,1.6 v 0.8 c 0,3.4 -6.4,12.8 -6.4,13.4 0,1.4 -12.2,19.6 -12.2,21.6 0,1.2 -3.2,4 -3.2,5 v 0.8 c 0,1.2 -0.6,1.4 -2.4,3.8 -2.2,4.4 -3.6,6.6 -3.8,8 -2.2,2.6 -3.4,6.8 -6.2,12.2 -1.2,1 -0.4,2 -1.6,3.4 -0.8,1.4 -2,4.4 -6.4,13.6 -1,2.4 -0.8,5.4 -1.2,5.4 -1,0.2 -3,4 -3.6,6.6 -0.4,3.4 -10.4,25.6 -10.4,29.8 v 0.2 c 0,1 -1,1.6 -1,3 v 0.4 c 0,0.6 0,1.4 -0.2,1.6 -1.4,0.8 -4.2,14 -4.2,22.4 0,1 0.2,2 0.2,2.8 0.6,7.2 2.8,5.6 2.8,6 -0.6,1 -0.6,1.4 -0.6,2 0,0.8 0.4,1 1.4,1 z m 12,-6.4 -0.2,0.2 -0.4,-1 c 0,-0.4 0,-0.6 0.2,-0.6 l 0.4,0.8 z m 2.4,-3.8 c -0.6,0 -1.2,-0.4 -1.2,-0.8 0,-0.4 0,-0.8 0.8,-0.8 -0.2,0.2 -0.2,0 -0.2,0.4 0,0.8 0.4,0.8 1,1 0,0 0,0.2 -0.4,0.2 z m -4.4,-13.2 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-1 0.2,-1.6 0.6,-1.6 0.4,0 0.4,0.2 0.6,0.6 -0.2,1 -0.6,1.4 -0.8,1.6 z m 1,-4 c -0.2,0 -0.2,-0.2 -0.2,-0.6 v -1.2 c 0,-0.2 0.2,-0.4 0.6,-1 0.2,0 0.4,0.2 0.6,1 0,0.4 0,1 -0.4,1.2 z m 14.6,-3.8 c -0.4,0 -0.2,-0.4 -0.6,-0.8 l -0.6,0.2 -0.2,-0.8 c 0.2,-0.4 0.4,-0.6 0.6,-0.6 l 0.6,0.4 c 1,-0.2 2.2,-4.2 2.2,-5.6 v -0.4 c -0.2,0 -0.8,2 -1.4,2 -0.6,0 -1,-0.6 -1.4,-2.2 v -0.2 c 1,1.2 0.4,0.6 1.6,1.6 0.2,-0.2 0.2,-1.4 1,-1.4 h 0.4 c 0.6,-0.2 2.2,-3.6 2.2,-4.8 v -0.4 c 0.8,-0.8 0.4,-0.6 1.4,-0.8 0.4,0 0.6,0 0.6,0.2 l -0.4,1.8 -1.2,-0.2 0.4,1.2 h -0.8 l 0.2,1.2 c 0,0.4 -0.6,0.2 -0.6,1 l 0.2,0.6 v 0.2 c 0,1.6 -3.2,7.6 -4.2,7.8 z m -13,-0.6 -0.2,-2.6 v -0.8 c 0,-2.2 0.8,-4.2 3.6,-9.4 0.4,-0.6 0.6,-1.4 0.6,-1.8 l -0.2,-0.6 c 0,-0.6 1.2,-1.8 2,-4.2 0.4,-0.8 0.8,-1.4 1,-1.4 l 0.4,0.4 v 0.4 c 0,2.6 -2.4,3.8 -2.8,4.6 0,0.4 0.8,0.2 0.8,1 v 0.2 c 0,1.6 -1.6,3.6 -1.6,4 0,0.8 -2.2,4 -2.2,5 v 0.8 c 0,1.2 -1,4.4 -1.4,4.4 z m 12.8,-2.8 h -0.2 c -0.2,0 -0.4,-0.2 -0.8,-0.6 l 0.6,0.2 c 0.6,-0.2 0.6,-0.6 1,-1.2 v 1 c 0,0.4 -0.2,0.6 -0.6,0.6 z m 1.6,-7.2 c -0.2,0 -0.2,0 -0.2,-0.2 v -0.2 c 0,-1 1.4,-3 1.4,-4.2 V 168 c 0,-1.4 0.2,-2.2 0.6,-2.4 0.2,0 0.4,0.4 0.4,1 v 0.2 c 0,1.8 -1.8,6 -2.2,6 z m 5.8,-4.6 -0.8,-1.2 1,0.2 V 167 l -0.4,-1.2 c 0,-0.4 0.2,-0.2 0.6,-0.8 l -0.2,-0.6 c 0,-0.2 0.2,-0.2 0.4,-0.2 h 0.2 c 0.2,0 0.6,0.2 0.6,0.4 0,0.6 -0.4,1.6 -0.6,2.4 z m 44,3.4 c -0.4,0 -0.6,0 -0.8,-0.2 l 0.4,-0.2 h 0.2 c 0.6,0 0.8,0 1,0.2 z m -12.6,0 c -1,0 -1.4,0 -1.4,-0.2 l 0.2,-0.2 2.2,-0.2 0.2,0.2 c 0,0.2 -0.6,0.2 -1.2,0.4 z m -33,-5.6 -0.4,-0.2 c 0,-0.8 0.6,-1.6 2,-3.2 z m 114,-11.8 c -0.6,0 -1,-0.2 -1,-0.6 0,-0.4 0.4,-0.6 0.8,-0.8 0.6,0 1,0.2 1,0.6 0,0.4 -0.2,0.6 -0.8,0.8 z m -3.4,-0.6 v -0.2 c 0.6,-1.8 1,-2.6 1.4,-2.6 l 0.2,0.2 c 0,0.2 -1.2,2.6 -1.6,2.6 z m -116.4,-4.4 -0.2,-0.2 c 0.2,-3 0.2,-1.4 0.8,-4.4 l -1.2,0.4 c 0.4,-1 0.6,-1.6 1.8,-1.6 0.6,0 1,0.4 1,1.2 v 0.2 c 0,1 -1.6,1.6 -1.8,3.4 z m 4.4,-11.6 c 0,0 -0.2,-0.2 -0.2,-0.8 0,-0.6 0.6,-1.6 1,-1.6 0.4,0 0.4,0 0.4,0.2 0,0.4 -0.2,0.8 -0.6,1.4 z m 44.8,-5.6 c 0,-0.4 0.6,-0.8 1.4,-1.4 l 1,-0.8 v 0.2 c -0.2,0.6 -2,2 -2.4,2 z m -32,2 -0.4,-0.2 c 1.6,-3 3.6,-6 4.2,-9 0.4,-2 1,-3 1.6,-3 0.8,0.2 0.6,0 1,0.8 0,0.6 -1.4,2.2 -1.4,2.8 v 0.8 c 0,0.6 -1.2,2.4 -1.2,3 v 0.2 c 0,0.6 0.6,0.6 1.6,0.8 -1.2,0.2 -2.2,0.4 -3.8,2.6 -0.8,0.8 -1.4,1.2 -1.6,1.2 z m -11,0 c -0.2,0 -0.2,-0.2 -0.2,-1 0,-0.8 0.4,-1.2 0.6,-1.2 h 0.2 c 0.4,0 0.4,0.2 0.6,0.6 0,0.4 -0.2,0.8 -0.6,1.2 z m 46.4,-4.8 h -0.2 c 1.8,-1.6 0.8,-1.2 2.8,-2 -0.2,0.6 -2,2 -2.6,2 z m -7,-2.2 c 0,-0.2 0.2,-0.8 0.8,-1.4 0.6,-0.6 1,-1.4 1.2,-1.4 0,0 -1.6,2.8 -2,2.8 z m 4,-2.4 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.8 0,-0.4 0.6,-1 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.4,0.6 -0.6,0.6 z m 2.8,-2.4 h -0.4 c -0.2,0 -0.2,0 -0.4,-0.2 0.4,-1.2 0.6,-1.8 1,-1.8 0.6,0.8 0.4,0.4 0.6,1.4 v 0.2 c 0,0.2 -0.4,0.4 -0.8,0.4 z m -27.2,2.2 c -1.2,-0.4 -0.6,0 -1.6,-0.8 0,0 0.4,-0.2 1,-0.2 0.6,0 1,0 1,0.4 0,0.4 -0.2,0.6 -0.4,0.6 z m -13,0.2 c -0.2,0 -0.2,-0.2 -0.4,-0.4 0.2,-0.6 0.4,-1 0.8,-1 0.2,0 0.2,0.2 0.2,0.6 0,0.6 -0.2,0.8 -0.6,0.8 z m 52,-5 v -0.4 c 0,-0.2 0.6,-0.8 1.4,-1.6 l -0.2,0.8 z m -36.4,2.6 c -0.2,0 -0.2,0 -0.2,-0.2 0,-0.4 0.2,-1 0.8,-2 0.2,0 0.4,0.2 0.4,0.6 0,0.4 -0.2,1.2 -0.6,1.4 z m -16.2,1 h -0.2 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-0.6 0,-1.2 0.6,-1.2 0.2,0 0.6,0.4 0.6,0.6 0,0.4 -0.4,0.8 -0.6,1.2 z m 12.6,-1.2 -0.4,-0.2 c -0.4,-0.2 -0.6,-0.4 -0.6,-0.8 v -0.2 c 0,-1.6 3.4,-7.2 3.4,-8 v -0.2 c 0,-0.8 1.8,-3.8 2.8,-3.8 0.6,0.2 0.4,0 1,0.6 0,0.6 -2,0.8 -2,1.8 l 0.6,1.6 c 0,0.4 -0.2,0.6 -0.4,0.6 h -0.4 c -1,0 -1.4,3.8 -2.6,4 -0.2,0.2 -0.4,0.6 -0.4,1.2 l 0.2,1 v 0.4 c 0,0.8 -0.6,1.8 -1.2,2 z m 40.8,-8.6 c -0.2,0 -0.4,-0.4 -0.4,-0.6 0,-0.4 0.4,-0.6 0.6,-0.8 0.2,0 0.4,0.2 0.4,0.4 v 0.2 z m -50.4,3 -0.2,0.2 c -0.4,0 -1.2,-1 -1.2,-1.8 0,-0.2 0.2,-0.4 0.4,-0.4 0.6,0 1,0.6 1.4,1.6 0,0.2 0,0.4 -0.4,0.4 z m 1.6,-4.6 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0.2,-0.6 0.6,-0.8 0.6,-0.8 h 0.2 c 0.2,0 0.2,0.2 0.4,0.6 0,0.2 -0.4,0.6 -0.6,0.6 z m 64.8,-6.2 c -0.2,0 -0.4,-0.2 -0.6,-0.6 v -0.2 c 0,-0.2 0.2,-0.4 0.4,-0.6 h 0.2 c 0.2,0 0.2,0.2 0.4,0.4 0,0.6 -0.2,1 -0.4,1 z m -50.4,2.2 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-1 1.6,-5.4 2.6,-6.4 1.2,-1 0.6,-2.2 2,-3.6 0.6,-0.6 1,-1.4 1,-1.6 v -0.2 c 0,-0.4 0.4,-1.2 0.8,-1.8 0.4,-0.8 0.6,-1.8 0.6,-2.2 l -0.2,-0.4 c 0,-0.6 1.4,-0.8 2,-2 0.2,-0.8 0.8,-1.4 1,-1.6 l 0.4,0.2 c 0.6,-0.2 0.2,-3.2 1,-3.2 0.4,-0.2 0.6,-0.6 0.6,-1.4 0,-0.4 -0.2,-1 -0.2,-1.8 1.8,1.2 2.6,1.6 2.6,2.6 0,1 -0.4,1.6 -0.8,1.6 v -0.2 c -0.4,0 -2.6,2.8 -2.6,3.6 l 0.2,0.2 c 0,0.6 -2,1.4 -2,2.2 v 0.2 c 0,0.8 -1,0.8 -1,1.6 v 0.2 c 0,0.8 -1,1.4 -2,2.2 0,0.4 1,0.2 1,0.8 0,0.6 -0.2,1.4 -0.8,1.8 -0.8,0 -0.6,2 -2.2,4 -0.4,0.6 -0.8,1.4 -0.8,1.6 v 0.4 c -1,2.6 -1.6,3.8 -2.6,3.8 z m -9.6,-1.8 h -0.6 c -0.6,0 -1,-0.4 -1,-1 0.4,-0.8 0,-0.6 0.8,-1 0.6,0 1.4,0.4 1.6,1 0,0.2 -0.4,0.8 -0.8,1 z m 66,-7.2 v -0.2 c 0,-0.4 0.6,-0.8 1.6,-1.8 -0.8,1.4 -1.2,2 -1.6,2 z m -15.6,0.2 h -0.2 c 0,0 -0.2,0 -0.2,-0.2 0.2,-1 0.6,-1.6 1.2,-1.8 0.6,0 0.8,0 0.8,0.2 -0.6,1.2 -1.2,1.8 -1.6,1.8 z m 21,-2.8 c -0.4,0 -0.8,-0.4 -0.8,-1.2 v -0.2 l 1.2,1 z m -18.4,0.8 c -0.2,0 -0.2,-0.2 -0.2,-0.4 v -0.2 c 0,-0.8 1.2,-1.6 2,-1.8 l 0.6,0.2 c 0.6,-1.4 0.6,-2.2 1.4,-2.4 0.4,0 0.6,0.4 0.8,1 0,1 -4,2.4 -4.4,3.2 z m 20.2,-2.4 h -0.6 c -0.6,0 -0.4,-0.4 -0.8,-1 0,-0.4 0.2,-0.6 0.4,-0.6 0.6,0 1,0.2 1.6,1.2 0,0 -0.2,0.2 -0.6,0.4 z m -13.4,-2.4 h -1 l -0.2,-0.4 c 0,-1.4 4.2,-6 6,-6.2 0.8,0.4 0.4,0.2 0.8,1 v 0.2 c 0,0.4 -0.4,0.6 -0.8,0.6 -1.8,0.2 -4.6,2 -4.6,3.6 v 0.2 z m 13.2,-3.4 c -0.2,0 -0.4,0 -0.4,-0.2 0.2,-0.6 0.4,-1 0.6,-1 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m -6.6,-2.6 c -0.4,0 -0.4,-0.2 -0.4,-1 0.4,-1.4 1.8,-1 1.8,-2 l -0.2,-0.4 c 0,-1.2 0.4,-1.4 2,-1.6 1.2,0 1.8,0 1.8,0.4 0,0.8 -4.4,4.6 -5,4.6 z m 7.4,-6.2 h -0.4 c -0.6,0 -0.8,-0.4 -1,-1 v -0.2 c 0,-0.8 1.2,-1.8 2.6,-2.2 0.4,0 0.8,-0.2 0.8,-0.4 v -1 l 0.6,0.2 c 0.4,-0.2 0.2,-1.2 0.4,-1.2 1,0.6 0.6,0.2 1,1.2 0,1.2 -3.2,2.6 -3.2,3.6 0,0.6 -0.4,1 -0.8,1 z m -47.8,1.6 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.2,0 0.4,0.2 -0.2,0.8 -0.4,1 -0.8,1.2 z m 53.8,-6.8 c -0.8,-0.2 -1.2,-0.4 -1.4,-1 0,-1.2 2.8,-4 4.6,-4.2 0.4,0 0.6,0 0.6,0.2 -0.2,1 -1.2,0.6 -1.2,1.4 v 0.2 l 0.4,1.4 c 0,0 0,0.2 -0.2,0.2 l -1.6,-0.8 c -0.6,0 -0.6,2.6 -1.2,2.6 z m -54.2,4.8 c -0.4,0 -0.6,-0.6 -1.6,-1.6 l -0.8,1.6 -0.2,-0.4 c 0,-0.8 2,-2.6 2,-3.6 l -0.2,-0.2 c 0,-0.4 1.8,-0.2 1.8,-1.2 V 74 c 0,-1 1.2,-1.8 3.6,-3 h 0.2 c 0,1.2 -3.4,5 -4.2,5.2 h -0.4 c -0.2,0 -0.4,0.2 -0.4,0.4 0.2,0.6 0.6,1 1,1.6 z m 3.6,-3.4 h -0.2 c -0.2,0 -0.4,0 -0.4,-0.2 0.2,-0.6 0.4,-0.8 0.6,-0.8 h 0.2 c 0.8,0 1,-0.6 1.8,-1.6 -0.6,1.6 -1,2.6 -2,2.6 z m 55.6,-7.2 c 1,-1.8 1.6,-3 2.4,-3 l 0.4,0.2 c 0,0.8 -2.4,2.8 -2.8,2.8 z m -66.4,5 h -0.2 c 0,-0.4 0.8,-1 1.6,-2 l -0.4,1 z m -2.6,-2.6 c 0,-1.2 0,-2 1,-2 l 0.2,0.2 c -0.6,1.2 -1,1.8 -1.2,1.8 z m 5.8,-2.6 h -0.2 l 1.8,-2 c -0.8,1.2 -1.2,2 -1.6,2 z m 8.6,-2 c -0.2,0 -0.2,-0.2 -0.2,-0.6 0,-0.2 0.2,-0.6 0.6,-0.8 l 0.4,0.4 c -0.2,0.6 -0.4,1 -0.8,1 z m 4.8,-1 c 0,0 -0.2,-0.2 -0.2,-0.8 0,-0.2 0.2,-0.6 0.6,-0.8 h 0.2 c 0,1 -0.2,1.6 -0.6,1.6 z m -1.2,-19.8 0.6,-1.6 c 0.2,0 0.2,0 0.2,0.2 l -0.4,0.8 z m -3.2,-0.4 c -0.2,0 -0.4,-0.2 -0.6,-0.6 0,-0.4 0.4,-1 0.8,-1 0.4,0 0.4,0 0.4,0.2 l 0.2,0.4 c 0,1 -0.4,1 -0.8,1 z m 6.2,-2.6 h -0.2 c 0.6,-2 1,-2.8 1.6,-2.8 0.2,0 0.4,0.2 0.4,0.6 V 41 c 0,0.6 -0.4,1 -1,1.6 z m -5.4,-1.2 c 0,-0.4 0.8,-1.2 1.8,-2 l 1.2,-1 c -0.6,1.4 -2.4,2.8 -3,3 z m -2.6,-0.4 c 0,0 0.4,-0.4 0.8,-1 0.8,-1 1,-1.6 1.2,-1.6 0.2,0 0.2,0.2 0.2,0.6 0,0.2 -0.4,0.8 -1,1.4 z m -67.6,169.2 c 0.6,-0.2 1.2,-1 1.2,-1.8 l -0.2,-1.2 c -0.2,0 -0.2,0.6 -0.8,1.4 -0.6,0 -2.2,-1.8 -3.2,-1.8 h -0.2 c -0.2,0 -0.4,0.2 -0.4,0.6 0,0.4 3.2,1.4 3.2,2.2 0,0.4 0.2,0.6 0.4,0.6 z m -0.4,-5.4 c 0.8,-0.2 1,-1.2 1.2,-2.8 l -0.2,-0.2 c -1,0.8 -1.6,1.6 -1.6,2.2 0.2,0.6 0.4,0.8 0.6,0.8 z m 15,-17.8 c 0.4,-1.2 0.4,-0.6 0.4,-2 0,-0.6 -0.2,-0.8 -0.6,-0.8 -0.4,0 -0.4,0.2 -0.6,1 z m 77,-13.4 c 0.6,0 1,-0.2 1,-0.4 -0.2,-0.2 -1.6,-0.8 -2,-0.8 -0.2,0 -0.4,0.2 -0.4,0.6 0,0.2 0.8,0.6 1.4,0.6 z m -11,0 c 1,-0.2 1.6,-0.4 1.8,-0.6 h -0.4 c -0.8,0 -2.2,0 -3.8,0.2 l -3.2,0.4 z m 59.8,-13.2 c 0.4,0 0.6,-0.6 0.6,-0.8 0,-0.4 -0.4,-0.6 -0.4,-0.6 -0.2,0 -0.4,0.4 -0.6,1 z m -69.2,13.8 0.2,-0.6 c 0,-0.4 -2,-0.8 -4.2,-0.8 -0.8,0 -1.6,0.2 -2.2,0.2 -1,0 -1.4,0.2 -1.4,0.2 0,0.4 2.8,0.6 7.6,0.8 z m -12.2,-0.4 c 0.6,0 0.8,-0.2 0.8,-0.4 -0.2,-0.4 -1.2,-0.6 -2.4,-0.6 h -1 c -0.4,0 -0.8,0.2 -0.8,0.2 l 2.4,0.8 z m 2.4,0 c 0.4,0 0.6,0 0.6,-0.4 -0.4,-0.6 -0.8,-0.8 -1,-0.8 -0.4,0 -0.6,0.4 -0.6,0.8 0,0.2 0.2,0.4 0.6,0.4 z m -8.6,0.2 c 0.2,0 0.2,0 0.2,-0.2 l -0.2,-0.4 c 0,-0.2 -0.4,-0.6 -1,-0.6 -0.4,0.2 -0.6,0.2 -0.6,0.4 z m 1.4,0 c 0.4,-0.2 0.6,-0.4 0.6,-0.4 0,-0.2 -0.4,-0.4 -1,-0.6 l -0.2,0.4 c 0,0.4 0.4,0.6 0.6,0.6 z m -5.4,-0.2 1,-0.4 -0.2,-0.2 h -0.4 l -0.8,0.2 -0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m 15.2,-2 c 0.6,-0.2 0.8,-0.2 0.8,-0.4 l -0.2,-0.2 -1.4,0.2 -0.2,0.2 c 0,0 0.4,0.2 1,0.2 z m -7.4,-26.2 c 0.8,0 1.4,-0.2 1.4,-0.4 l -0.2,-0.2 c 0.4,-1 0.2,-0.6 0.6,-1.6 l -3,2.4 z m 3.2,-1.6 c 1,-0.6 1.6,-0.6 1.6,-1.4 l -0.2,-0.8 0.6,0.2 c 1.2,-0.2 11.2,-7.6 11.8,-9 0,-0.2 -0.6,-0.6 -2,-0.6 -0.4,0 -0.6,0.2 -0.6,0.2 0,0.4 -1.2,1.8 -3,3.2 -2,1.4 -3.2,2.6 -3.2,3.2 l 0.2,0.2 -0.4,0.4 h -0.8 c -0.6,0 -0.8,0.2 -0.8,0.4 l 0.4,0.6 c 0,0.2 -0.2,0.2 -0.2,0.2 l -0.8,-0.2 c -1.6,0.2 -2.6,1.8 -2.8,3.2 0,0.2 0,0.2 0.2,0.2 z m 32.6,-27 1.6,-2 c -1.2,0.8 -1.8,1.4 -1.8,1.8 0,0.2 0,0.2 0.2,0.2 z m 11.2,-10.4 c 0.8,-0.6 0.8,-0.2 1,-1 l -0.4,-0.2 c -0.4,0 -0.6,0.4 -1,1 z m 7.4,-7.2 c 2.4,-1.4 3.4,-2.4 3.4,-2.8 h -0.2 c -0.2,0 -1,0.6 -1.6,1.2 z m 6.6,-6 c 0.2,0 2.2,-1.8 2.2,-2.6 -0.2,-0.4 0,-0.4 -0.4,-0.4 -0.6,0.2 -1.6,0.8 -2,3 z m -2.8,-2 c 0.6,-0.2 1,-0.6 1,-0.8 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.4,0 -0.8,0.4 -1,1 0,0.2 0.2,0.4 0.6,0.4 z m 8.8,-3 v -0.4 c 0,-0.6 -0.8,-1.2 -1.8,-1.2 -0.4,0 -1,0.6 -1.2,1 l 0.2,0.4 1,-0.4 c 1,0 1.2,0.6 1.4,0.6 z m 0.8,-2.2 c 1.2,0 1.8,-1 3,-2.6 -2.2,1.2 -3.2,1.6 -3.2,2.2 v 0.2 z m 3.6,-3.8 c 0.6,0 1.2,-0.4 1.2,-0.6 V 82 c 0,-0.2 0.2,-0.4 0.6,-0.4 1.2,-0.2 10,-8.8 13.2,-14.2 l -0.4,0.2 c -0.6,0 -0.2,-2 -1.6,-2 h -0.2 c -0.8,0 -1.2,0.4 -1.2,0.8 0,0.6 1.8,0.8 1.8,1.6 0,1.4 -3.8,4 -3.8,5 0,0.4 -1.2,0.2 -3.2,3 -2.2,2.8 -5.4,4.2 -5.4,5 0,1.2 -1.8,0.8 -1.8,1.4 0,0.4 0.4,0.4 0.8,0.4 z m 11.2,-30.2 c 0.6,0 1.4,-0.8 2.8,-3 l -0.2,-0.2 c -1,0.2 -2.8,2.6 -2.8,3.2 z m -60.8,4.6 c 0.4,-0.2 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.2,-0.6 -0.4,0 -0.6,0.4 -0.8,1 z m -0.8,-6.6 c 0.8,-0.2 1.6,-2 1.6,-2.8 v -0.4 c -0.6,0 -2.2,2.2 -2.2,2.6 0.2,0.4 0.4,0.6 0.6,0.6 z"/><path d="m 414.60007,214.6 c 3.6,0 13,-2.4 34,-8 0.8,-0.4 3,-1 5,-1.4 25.6,-7 23.2,-5.8 23.8,-6.8 l 0.2,-0.4 c 0,-0.2 0,-0.2 -0.4,-0.2 -0.8,0 -3.4,1.2 -5.2,1.2 -1.2,0 -2.2,-0.6 -2.4,-1.8 0,-1.6 3.8,-2.4 5.6,-2.4 0.6,0 1,0.2 1,0.6 -0.2,1.2 -2.6,1.4 -2.6,1.8 0.2,0.2 0.4,0.4 0.8,0.4 3.2,-0.6 3.8,-1 3.8,-1.4 0,-2.4 0.4,-2.6 4.6,-3.4 l 0.6,0.2 c 0,0.2 -1,0.8 -1,1.4 0.2,0.8 0,0.4 0.6,0.8 0.6,0 1.2,-2.6 1.4,-2.6 v 1 l 0.4,1 c 0.4,-0.8 0.2,-1.4 0.8,-1.4 l 2.2,0.4 0.2,-0.2 c -0.8,-0.8 -0.6,-0.4 -1,-1.2 0,-1 3.2,-0.4 3.6,-1.4 0.2,-0.4 0.4,-0.6 0.8,-0.6 0.6,0 0.4,2.4 1.2,2.4 0.2,0 0.2,-0.4 0.2,-0.6 v -1.2 c 0,-0.2 0,-0.4 0.2,-0.4 1.4,0.8 2,1.6 2.8,1.6 l 0.2,-0.2 -0.6,-0.8 c 0,-0.6 1.4,-2 5,-2.4 1.2,-0.8 5.4,-0.8 6.2,-1.2 1.4,-0.8 3,-0.4 6.6,-1.4 l 0.4,-0.2 c 0.2,0 0.2,0.2 0.2,0.6 0,1.2 -2.6,0.8 -3.4,1.6 l -0.6,0.4 c 1.6,0 4.8,-0.4 4.8,-1.8 l -0.2,-1 c 0,-0.4 0.4,-0.6 1.6,-0.6 h 2.8 c 0.4,0 0.6,0 0.6,-0.2 l -0.4,-0.8 0.2,-0.2 1.4,0.2 c 1,0 0.6,-1 1.2,-1 l 2.2,-0.2 0.4,-0.4 -0.8,-0.2 -4.4,0.4 -0.4,-0.2 c 3,-1.2 3,-1.4 6,-2 4.4,-0.2 8.8,-2 10.4,-3.4 l -0.2,0.6 c 0,0.2 0.2,0.4 0.4,0.4 1.2,0 4.2,-3.4 5.2,-3.4 0.2,0 0.4,0 0.4,-0.2 0,-0.2 -0.2,-0.2 -0.2,-0.4 l -1,-0.2 c -2,0 -5.4,0.6 -6.4,1 -0.4,0 -0.6,-1 -1.4,-1 -2.6,0.6 -2,2 -3.2,2 -0.6,0 -0.8,-0.6 -0.8,-1.2 v -0.2 c 0,-1 0.8,-1.6 2.4,-1.6 0.6,0 1,-0.2 1,-0.4 V 172 c 1.6,0 2,0.6 2.4,1.8 0.4,-1.4 0.2,-1.8 2.6,-3.8 2.6,-1.6 2.6,-2 2.8,-2.2 l 1,0.2 c 0.4,0 0.6,-0.2 0.6,-0.4 0,-0.8 -1.8,-1.2 -3.2,-1.2 -1.6,0 -1.8,0.4 -2.4,1 -0.2,0 -0.2,-0.2 -0.2,-0.6 v -0.2 c 0,-1 2.4,-1.4 2.4,-2 -0.2,-0.2 -0.6,-0.2 -1.2,-0.2 -1,0 -2.8,0.2 -4.6,0.6 h -0.8 c 0,-0.6 1,-1 2.4,-1.8 -2.2,0 -3.6,0 -3.6,0.4 0,0.6 -3.6,2.4 -4.6,2.4 -0.4,-0.2 -0.4,0 -0.4,-0.4 0,-0.6 2.2,-0.4 3.6,-1.8 l -0.8,-0.2 c -8.4,0.4 -9.8,1 -11.6,1.4 -16.6,2.4 -17.6,2.4 -41,6 -1.4,0.4 -4.2,0.8 -6.2,1.2 l -17.8,3.6 -2.4,0.2 c 0,-0.2 5.6,-9.2 12,-19.8 l 12.2,-19.8 c 15.8,-2.8 23,-4 23,-4.6 -0.4,-0.4 -0.6,-0.4 -0.6,-1.4 0,-1.4 0.2,-2 0.6,-2 l 1,0.4 c 0.6,0 0.8,-0.6 2,-1.6 0.4,0 0.4,0.6 1,0.6 1,0 2.4,-1 3.8,-1 l 3,0.4 c 0.4,0 0.8,0 1,-0.4 0.6,-0.6 1.6,-0.8 3.4,-0.8 3.2,0 2.6,-0.6 3.4,-0.6 l 1.4,0.2 c 0.6,0 0.8,0 0.8,-0.2 0,-0.6 2.6,-0.8 8.4,-0.8 2.6,0 1.8,-1.2 3.4,-1.2 0.8,0 1.4,-0.2 1.4,-0.4 0,-0.2 -1,-0.4 -2.2,-0.4 -3.2,0.2 -12.8,1.4 -13.2,1.6 l -1.4,-0.2 -0.6,-0.2 c 0,-0.4 26.8,-2.8 30.2,-3.6 5,-1 7.8,-0.6 7.8,-1.2 l -0.8,-1.2 c 0,-0.2 0,-0.2 0.2,-0.2 2.6,-0.2 4.4,-0.4 4.6,-0.8 0,-0.4 -3,-0.8 -4.8,-0.8 l -1.2,0.2 c -0.4,0 -0.4,-0.8 -0.6,-0.8 -0.4,0.4 -0.2,0.6 -1,0.6 -2.8,-0.4 -4.2,-0.4 -4.2,-1.2 l 0.8,-1.2 -1.2,0.4 c 0.4,-0.6 0.6,-0.8 1.6,-0.8 l 1.4,0.2 c 1,0 0.8,-1 1.4,-1 1.4,0 6,-2.2 6,-3 -0.2,-0.8 -1,-1 -1.6,-1 -2.6,0 -4.8,-0.2 -4.8,-0.4 0.6,-0.2 0.8,-0.4 0.8,-0.6 0,-0.8 -4.4,-0.8 -4.4,-1.2 0,-0.4 4.8,-1 4.8,-1.6 0,0 -0.4,-0.2 -1.2,-0.2 -2,-0.2 -6.2,-0.2 -11.4,-0.2 -12.2,0 -29,0.4 -29.6,0.8 -0.4,0.4 -5.6,0.6 -13,1 1.4,-1.6 2.2,-2.4 2.2,-3.2 0,-0.2 -0.2,-0.2 -0.4,-0.2 l -1.4,0.6 c -0.2,0 -0.2,0 -0.2,-0.4 0,-0.4 0.2,-0.8 0.4,-0.8 h 0.8 c 1,0 1.4,-0.2 1.4,-0.8 l -0.2,-0.4 c 0,-0.2 0,-0.2 0.2,-0.2 h 0.6 c 0.8,0 0.6,-1.6 1.4,-2 0.8,-0.4 0.6,-1.6 1.6,-2.4 0.8,-0.8 0.6,-2.6 1.8,-4 1.4,-1.2 5.4,-7.4 5.4,-8.4 0,-0.8 0,1.6 5.6,-10.4 4.4,-8.8 4.4,-8.8 4.4,-9.6 0,-0.2 0.8,-0.6 1.6,-0.6 22.2,-2.8 36.2,-3.4 36.2,-4.4 0,-0.2 -0.6,-0.2 -1.8,-0.2 -7.6,0.2 -3.4,0.4 -10.4,0.4 -9.6,0.6 -9.6,0.8 -23,2 -1.8,0 -3,0.4 -3.6,0.6 -0.2,0 -0.4,-0.4 -0.4,-0.8 0,-2.2 0.4,-2.4 8.4,-2.6 4.2,0 3.6,-1 4.8,-1 l 3,0.2 c 1,0 1.6,0 1.6,-0.2 0,-0.4 1.2,-0.4 2.6,-0.4 4.8,0 4.6,-0.8 7.4,-0.8 2.2,0 1.8,0.2 2.4,0.4 1,-0.4 1,-0.8 2.4,-0.8 2.6,0 5.6,-0.2 5.6,-1.2 0,-0.4 0,-0.2 -0.4,-0.4 -0.6,0 -0.8,0 -2.2,-0.6 0,0 1,-0.2 2.6,-0.2 1.8,0 2.8,0.2 2.8,0.2 -1.8,0.8 -1.6,1.2 -2,2.2 l 0.4,0.2 c 1,-0.2 1.2,-0.6 3.4,-0.6 2.6,0 4.4,-0.2 4.4,-0.8 0,-0.4 -0.6,-1 -1.4,-1 l -0.8,0.2 c -0.6,0 -1.2,0 -1.4,-0.4 0,-0.4 2.6,-0.6 8.8,-0.8 5,0 10,0 10.8,-0.2 l 3.4,-0.2 c 1,0 1.4,0 1.4,-0.4 l -1,-1.4 c 0,-0.6 -2.4,-2.8 -3.8,-2.8 -1,0 -1,0.4 -1.8,0.8 -0.4,0 -0.6,-0.6 -0.8,-1.6 0,-1 0.6,-1.6 1.6,-1.6 l 1.6,0.4 c 1,0 0.8,-1 1.8,-1 0.8,0 1,0 1,0.2 l -1.4,1.4 c 3.4,-0.4 4.6,-0.8 4.6,-1.2 0,-0.4 -1.2,-1.2 -1.2,-1.6 0,-1 0.6,-1 0.6,-1.6 0,-0.4 -0.6,-0.8 -1.6,-0.8 h -1 c -0.6,0 -0.4,-1 -1.6,-1 l -3.6,0.8 c -0.4,0 -0.4,-0.2 -0.4,-0.6 -0.2,-1.4 -0.2,-1.2 -1,-1.6 l 0.4,-0.2 c 2,0.4 1,0.4 3,0.6 2.2,0 2.8,-0.6 5.4,-1.6 0,-0.2 0,-0.2 -0.2,-0.2 l -5.4,0.8 -0.2,-0.2 c 2.6,-0.6 4,-0.8 4,-1 0,-0.6 -2.2,-0.4 -8,-1.2 -13.6,-2 -18,-2.2 -34.2,-2.2 -15.8,0 -26.4,0.4 -29.4,0.4 -1,0 -1.6,0 -1.6,-0.2 0,-1.2 -1.6,-2.4 -2.2,-2.4 l 0.2,1 c 0,0.4 0,0.6 -0.4,0.6 l -1.2,-0.8 -0.4,0.4 c -0.6,-0.4 -0.6,-0.8 -1.4,-0.8 -2.4,0 -5.8,2.4 -6.2,3 l -0.6,-0.2 c -0.2,0 -0.4,0 -0.4,0.2 0,1.2 -10.6,2 -21.2,3.8 -5.2,1.2 -9.2,1.2 -9.2,1.6 0,0.2 -0.2,0.2 -0.6,0.2 -2,0 -5.4,3 -5.4,5.4 1.2,4.8 3.6,4.2 3.6,5.2 0.4,0.8 1.4,1.2 2.2,1.2 0.6,0 0.6,-0.8 1,-0.8 0.4,0.4 0.4,0.8 1,0.8 1.2,-0.4 1.8,-0.8 3.8,-0.8 0.4,0 0.6,0 0.6,0.2 -0.6,1.2 -0.8,1.6 -1.2,1.6 -0.4,0 -0.6,-0.4 -1.8,-0.4 -3,0.2 -3,0.4 -3,2.6 0,1.4 0.4,1.6 1.6,2.4 0.2,0 0.2,-0.2 0.2,-0.6 V 56 c 0.2,0 0.8,0.8 0.8,1.4 0,0.4 -0.6,0.8 -0.6,1 v 0.2 c 0,0.6 2.2,2 2.8,2 0.4,0 1,1.6 3,1.6 1.4,0 1.8,0 2,0.6 V 63 c 0,0.2 0,0.4 0.2,0.4 l 1.6,-0.8 0.4,0.2 c -2,1 -1.6,3.2 -5.2,3.2 -1.4,0 -2.2,0.2 -2.2,0.4 0,0.4 1.4,0.6 4,0.8 0,0.6 -7,11.6 -12.8,21.8 l -7.2,13.8 c -5.4,10.4 -1.8,7.4 -13.4,10 -11,2.2 -11.8,3 -13.6,3.4 -3.6,0.4 -8.4,2.8 -9.4,4.6 -0.4,0.8 -0.6,1.8 -0.6,2.6 v 0.8 c 0,2.4 2,4 2.4,5.2 0.2,0.4 1.2,1 2,1 2.4,0.4 2.8,4 3.8,4 0.8,0 -0.6,2 3.8,2.4 2,0 3.4,0.2 3.4,0.4 0,0.2 -2.8,0 -2.8,1 0,0.4 0.2,0.4 1,0.4 l 6.4,-0.4 c -1,2.4 -1.4,3.8 -3.4,3.8 -0.8,0 -1.6,0.4 -1.6,0.6 0,0.2 0.4,0.4 0.8,0.4 h 1.4 c 0.6,0 0.8,0 0.8,0.2 v 0.2 c 0,0.4 -0.4,0.8 -1,1.4 l 0.8,-0.2 c 0,0.4 -2,2.8 -6.6,12.8 -7.6,17.2 -5,11 -6.4,14 -1.4,3.8 -5.6,12.2 -6.2,13.2 -0.8,1 -3.4,2.2 -9.6,4.2 -7.2,2.4 -9.2,4.4 -9.2,8.2 0.2,2 1,3.6 2.2,3.6 0.4,0 0.6,0.2 0.8,0.6 0.6,1.2 0.6,1.8 1.2,1.8 1.2,-1 1.4,-1.4 2.6,-1.4 2.4,0 3.2,6.2 5,7.2 0.8,0.4 1.2,0.8 1.2,1 v 0.4 c 1,0 1.8,-0.2 1.8,-0.6 V 209 c 1.8,0.4 1.2,1.6 2.4,1.6 1.8,0 4.4,-1.8 4.4,-2.2 0,-0.4 -1.8,-0.2 -1.8,-0.4 0,-0.4 0.8,-0.6 2.2,-0.8 h 1.4 c -0.6,0.4 -1,1 -1,1.4 0.2,0.4 0.6,0.8 1,0.8 l 2.8,0.6 0.4,-0.2 -0.2,-0.6 c 0,-0.6 1.2,-0.2 1.2,-0.8 v -0.2 c 0,-0.6 2.6,-1.2 8,-1.4 0.6,0 1,0 1,0.2 -0.4,0.2 -0.6,0.6 -0.6,1.2 l 0.4,1 -1.8,-0.8 -1.4,0.8 c 0,0.2 0.2,0.2 0.6,0.2 0,0.4 -3,1.6 -4.6,1.6 -2,0 -4.6,1.4 -7.2,1.4 -3,0 -2.8,1 -4.2,1 -0.6,0 -1,0.2 -1,0.6 0,0.4 0,0.6 1.2,0.6 z m 19.8,-5.8 c -0.4,0 -0.6,0 -0.6,-0.2 l 1,-0.4 0.4,0.2 0.2,0.2 z m 5.6,-1.4 -0.2,-0.2 0.6,-1 c 0,-0.4 -1.6,-0.4 -1.6,-0.8 v -0.2 c 0,-0.2 0.2,-0.4 0.6,-0.4 0.8,0 0.8,1.2 2.4,1.2 l 1.8,-0.2 c 0.2,0 0.4,0 0.4,0.2 -0.2,0.2 -1.2,0.6 -2.6,1 z m -18.4,-0.4 c -0.4,0 -0.8,0 -0.8,-0.2 l 0.8,-0.6 c 0.4,0 0.8,0 0.8,0.4 v 0.2 c 0,0 -0.4,0.2 -0.8,0.2 z m 1.8,-0.6 c 0,-0.2 2.2,-1 3,-1 l 0.6,0.2 c -0.2,0.4 -0.8,0.6 -2.4,0.6 z m 14,0 c -0.6,0 -1,-0.2 -1,-0.8 0,-0.2 0.2,-0.4 0.4,-0.4 0.8,0 1.4,0.2 1.4,0.8 0,0.2 -0.4,0.4 -0.8,0.4 z m 8,-0.6 c -1.6,0 -1,-0.8 -2,-1.2 -0.2,-0.2 -0.4,-0.4 -0.4,-0.6 0,-0.6 0,-0.4 0.4,-0.8 l 0.8,0.2 c 0.8,0 1.6,-1.6 3.4,-1.8 1,0 1.2,2.4 2.2,2.4 0.4,0 0.6,-0.2 0.6,-1 0,-0.2 0,-0.2 -0.2,-0.2 l -1.2,0.2 c 1,-1.2 1,-1.2 2.8,-1.2 l -0.6,-1 0.2,-0.2 1.8,0.4 0.2,-0.2 v -0.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 1.2,0.2 0.8,0 2,0.6 l 0.2,-0.2 -0.2,-0.6 c 0,-0.2 0.2,-0.4 0.6,-0.4 1.6,0 2.8,0.8 3.8,2 V 201 l -0.4,-2 c 0,-0.4 0.2,-0.6 0.6,-0.6 0.6,0 1,0.2 1,0.6 0.2,0 0.8,-0.4 1.4,-1 0.8,-0.6 1.2,-1 1.6,-1 1,0.4 0.6,0.2 1.6,0.4 0.6,0 1.2,-0.6 1.8,-0.6 0.6,0 1,0.4 1.2,1.8 v 0.2 c 0,1.2 -3,1.8 -10.8,3.6 -0.4,0 -0.6,-0.2 -0.6,-0.4 l 0.2,-0.8 c -0.6,-0.8 0,-0.6 -0.8,-1 l 0.2,0.6 c 0,0.6 -0.8,0.8 -2,1.6 0.8,0 1.2,0 1.2,0.2 0,0.8 -8.8,3.2 -11.2,3.2 z m 3.4,-1.2 -0.8,-0.4 c -0.6,0.2 -0.4,0 -1,0.4 z m 14.6,-4.2 c 1,0 5,-1 5,-1.6 -1,-1 -0.4,-0.4 -1.8,-1 l -0.2,0.2 0.2,0.4 c 0,0.6 -3.4,1.4 -3.6,2 z m -35,5 c -0.4,0 -0.6,0 -0.6,-0.2 0.8,-0.6 1.4,-1 2,-1 h 0.6 c 0,0.2 -1.2,1.2 -2,1.2 z m 3.4,-1.2 h -0.2 c 0,-0.4 2,-1 5.8,-2 h 0.2 c -0.2,0.6 -4.8,2 -5.8,2 z m -24.4,-1.2 c -0.2,0 -0.6,-0.2 -0.8,-1.2 l 0.2,-0.4 c 0.2,0 0.4,0.4 0.8,1.4 0,0.2 0,0.2 -0.2,0.2 z m 32,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.8,-0.4 0.6,0.2 v 0.2 z m 2,-1 h -0.4 c 0.4,-0.6 5,-1.8 5.8,-1.8 0.2,0 0.2,0.2 0.2,0.4 0,1.2 -4.8,1.4 -5.6,1.4 z m 6.6,-1.8 c 0.6,-0.6 4.8,-2 6.2,-2 l 0.4,0.2 c 0,0.2 -1.6,0.8 -3.6,1.4 z m 8.4,-2 c 0.6,-0.8 0.2,-0.4 1,-0.8 0.4,0 0.2,0 0.4,0.2 l -0.6,0.4 z m 2.4,-0.4 -0.2,-0.2 c 0.4,-0.4 0.8,-0.8 2.4,-1.2 2,-0.4 2.2,-1 3,-1.2 1,0.2 1.2,0.4 1.2,0.8 -0.2,0.4 0,0.4 -0.6,0.6 l -0.2,-0.2 c -2.2,0.2 -3.6,0.4 -5,1.2 z m 10.8,-3 h -1.6 c 2,-0.4 2.8,-1 3.6,-1 h 0.6 c 0,0.4 -1,1 -2.6,1 z m 4.2,-0.8 c 0,-0.8 3.6,-2 5.4,-2 0.8,0 1.2,0 1.2,0.2 0,0.2 -4,0.8 -5.2,1.6 z m 7.8,-2 -0.2,-0.2 c 0,-0.2 3.6,-1.4 5,-1.4 h 0.2 l -1.6,0.8 z m 6.4,-1.8 -0.2,-0.2 c 2.8,-1.2 1.4,-1.2 4.6,-1.6 l 2.2,0.4 c -2,0.8 -3.4,1.2 -5.4,1.2 z m 7,-1.8 c 3,-1 4.2,-1.8 5.6,-1.8 10.2,-2 14.8,-3.2 16.6,-3.2 h 0.2 c -2.4,1.2 -1.2,0.6 -4,1.4 -1.2,0 -14.2,3.4 -16.4,3.4 z m -19.2,-2.8 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.2 0.4,-0.6 1.4,-0.8 v 0.4 c -0.2,0.4 -0.6,0.6 -1,0.6 z m 18.4,-3.4 c 0,0 -0.2,-0.2 -0.2,-0.4 0.2,-0.6 0.4,-0.8 1,-0.8 0.2,0 0.4,0 0.4,0.2 -0.2,0.6 -0.4,1 -1.2,1 z m 2.8,-1 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.4 0.8,-0.8 2,-1 l 0.4,0.2 -1.2,0.8 z m 6.6,-1.4 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.6,0.2 0.6,0.6 0,0.4 -0.4,0.6 -0.6,0.6 z m -75,-0.6 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.6 0.6,-0.6 0.2,0 0.6,0.4 0.6,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m 78.2,0 c -0.6,0 -0.8,-0.2 -0.8,-0.4 0.2,-0.4 0.2,-0.4 0.6,-0.4 0.4,0 1,0.2 1,0.6 z m 3.6,-0.6 c -0.2,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.6 0.6,-0.6 0.4,0 0.6,0.4 0.6,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m -66.2,-0.8 c -0.2,0 -0.6,-0.2 -0.6,-0.4 0,-0.8 1.4,-1.2 1.4,-2 l -0.2,-0.4 c 0,-0.6 0.8,-0.4 0.8,-1.4 0,-0.4 0.2,-0.6 0.6,-0.6 h 0.2 c 1,0 0.6,-0.6 0.8,-1.6 h 0.4 c 0.4,0 1,-1.4 1,-2.2 V 168 c 0,-0.6 1.4,-0.2 1.4,-1.6 V 166 c 0,-1.8 2.6,-3.4 2.6,-4 l -0.2,-0.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 h 0.2 c 0.8,0 1.8,-3.8 2.2,-3.8 l 0.4,-0.2 -0.4,-0.6 c 0,-0.2 0.2,-0.4 0.6,-0.4 h 0.2 c 0.2,0 0.6,-0.2 0.6,-0.6 0,-1.2 0.6,-2.6 1.2,-2.6 h 0.4 V 152 c 0,-1 2.2,-2.2 2.2,-3.2 l -0.2,-0.6 c 0,-0.2 0.2,-0.2 0.4,-0.2 h 0.2 c 0.2,0 0.4,-0.2 0.4,-0.6 l -0.2,-0.4 c 0,-0.4 0.2,-0.6 0.4,-0.6 h 0.2 c 0.8,0 2.4,-2.6 2.4,-3.6 l -0.2,-0.2 c 0,-0.2 0.2,-0.4 0.4,-0.4 l 0.6,0.2 c 0.8,0 1.2,-0.2 1.2,-1 v -0.6 c 0,-0.2 0.4,-0.4 0.8,-0.4 0.2,0 0.4,0 0.4,0.4 -1.2,3 -2.2,4.6 -2.6,4.6 -0.2,0 -0.2,-0.2 -0.2,-0.4 0,-0.4 1,-1 1,-1.8 v -0.4 c -0.4,0 -0.8,0.8 -1.2,2.4 l 0.2,0.6 c 0,1.2 -7.4,12.4 -7.4,13.4 0,0.4 -2.6,3.8 -2.6,4.6 0,1.2 -1.4,1.6 -3.8,6 -1.6,3 -3.2,5.6 -3.6,6.2 -0.8,0.6 -2.2,1.2 -3,1.2 z m 71.6,-0.4 c -0.8,-0.2 -1.4,-0.4 -1.4,-0.6 0,-0.4 0.2,-0.4 0.6,-0.4 0.6,0 1,0.2 1.6,0.8 0,0.2 -0.2,0.2 -0.8,0.2 z m 1.8,-0.4 h -0.2 c 0,-0.4 0.4,-0.6 1,-0.8 l 2.6,-1 0.2,0.4 c -0.8,0.6 -3,1.4 -3.6,1.4 z m -86.6,-1.4 c -0.2,0 -0.4,-0.2 -0.6,-0.8 0,-0.4 0,-0.6 0.4,-0.6 0.4,0 0.4,0.2 0.6,0.6 0,0.6 -0.2,0.8 -0.4,0.8 z m 3.2,-4.6 c -0.6,0 -1.2,-0.6 -1.2,-1 0.2,-0.4 0,-0.4 0.6,-0.4 0.4,0 0.8,0.4 0.8,1 0,0.2 0,0.4 -0.2,0.4 z m -0.2,-2.8 c 1.2,-2.8 2.6,-4.4 2.8,-5.6 l 1,0.2 c 0.2,0 0.4,0 0.4,-0.4 l -0.2,-0.8 c 0,-0.6 0.2,-0.8 1,-0.8 0.6,0 1,0 1,0.2 0,0.8 -3.4,4.2 -3.4,5.4 0.2,0.6 0.4,0.6 0.4,1 0,0.4 -0.2,0.4 -1,0.4 -0.8,0 -0.4,-0.2 -0.8,-0.6 l -0.6,0.4 z m 93.8,-1.4 c 0,-0.4 1,-1 2.4,-1.2 l -1.2,0.8 z m -87.8,-6.6 c -0.4,-1.4 -0.8,-1.4 -0.8,-2.6 0,-1.2 0.2,-1.4 1.4,-2 0,0 0.2,0 0.2,0.2 0,0.6 -1.2,1 -1.2,2.4 0,0.2 0,0.2 0.2,0.2 2.8,-3.4 2,-5.4 3.2,-5.4 l 0.4,0.2 c 0,0.8 -0.4,3.6 -2.4,5.6 z m 4.6,-7.8 c -0.2,0 -0.4,-0.2 -0.4,-0.8 0,-2.2 0,-3 0.6,-3 1,0.4 1.4,0.6 1.4,1.6 v 0.4 c 0,0.6 -0.2,1 -0.4,1.2 z m 2.4,-4.2 c -0.4,0 -0.6,-0.4 -0.8,-1 0,-0.8 0.8,-1.8 1.2,-1.8 0.2,0 0.2,0.2 0.2,1 0,1.2 -0.2,1.8 -0.6,1.8 z m 13.8,-2.8 c -0.2,0 -0.2,0 -0.2,-0.2 1,-1 0.4,-0.8 1.6,-1.4 -0.6,1.2 -1.2,1.6 -1.4,1.6 z m -11.8,-0.8 c -0.6,0 -1,0 -1,-0.6 0.4,-1.2 0.6,-1.8 1,-1.8 0.8,1 0.4,0.4 0.8,1.6 0,0.4 -0.4,0.8 -0.8,0.8 z m 14.6,-3.2 c -1,-0.4 -1.2,-0.4 -1.2,-1.4 0.2,-0.6 0.4,-0.8 0.6,-0.8 0.4,0 0.6,0.2 0.6,0.6 z m -13.8,-1.2 -0.4,-0.2 c 0.2,-0.6 0.6,-0.8 1,-0.8 0.2,0 0.4,0 0.4,0.2 -0.2,0.6 -0.4,0.8 -1,0.8 z m 18.8,-0.2 c -0.4,0 -0.6,-0.2 -0.6,-1 0,-0.6 0.2,-1 0.4,-1 0.2,0 0.4,0.4 0.6,0.8 0,0.4 -0.2,1 -0.4,1.2 z m -31.4,-2.6 c -0.6,0 -1,-0.2 -1,-0.6 0,-0.4 0.4,-0.6 1,-0.6 0.4,0 0.8,0.2 0.8,0.6 0,0.4 -0.4,0.6 -0.8,0.6 z m 16.4,-0.2 h -0.2 l -0.2,-0.8 v -0.6 l 0.4,1 z m 17.2,-1.8 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0.2,-0.6 0.4,-1 0.8,-1 l 0.6,0.4 c 0,0.2 -0.2,0.6 -0.6,1 z m 3.4,0.2 c -0.4,0 -0.6,0 -0.6,-0.2 1.6,-0.8 2.4,-0.8 3.2,-0.8 h 0.4 c -1,0.8 -2,1 -3,1 z m 7.6,-1.4 c -0.4,0 -1,0 -1,-0.4 0,-0.2 -0.6,-0.2 -1.6,-0.2 l -2.8,0.2 c -1,0 -1.4,-0.2 -1.4,-0.6 0,-0.6 3.8,-2.6 6,-2.6 l 0.4,0.2 v 0.4 h 0.2 c 0.8,0 2.4,-1 4.6,-1 2.8,-0.4 3.6,-0.8 5.8,-1.2 1.2,0 2.4,0.6 2.4,1.2 -0.6,1.8 -1,2 -1.8,2.4 -6.2,1 -9.4,1.2 -10.8,1.6 z m 1.6,-1 c 0.4,0 0.8,0 0.8,-0.2 l -0.6,-0.2 c -0.6,0.2 -0.4,0 -0.8,0.4 z m 4.2,-0.6 c 1.2,-0.4 1.6,-0.4 1.8,-0.8 l -0.4,-0.2 c -0.8,0 -1.6,0.2 -2.2,1 z m -63.2,-0.8 h -0.2 l -0.2,-0.2 0.4,-1.6 0.4,-0.2 c 0.2,0 0.4,0.4 0.4,0.8 0,0.6 -0.2,1 -0.8,1.2 z m 54.2,-2.2 0.4,-0.4 2.6,-0.6 c 0.2,0 0.2,0 0.2,0.2 -0.2,0.2 -1,0.4 -2,0.6 z m 5.2,-1 c -0.4,0 -0.8,0 -1,-0.2 l 2.6,-0.4 c 0.4,0 0.6,0 0.6,0.2 -0.2,0.2 -1.4,0.4 -2.2,0.4 z m 4.2,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 2.4,-1 15.2,-2.6 17.4,-2.6 0.2,0 0.4,0 0.4,0.2 0,0.6 -9.2,1.2 -13,2.2 z m 19.6,-2.4 c -0.6,0 -1.2,0 -1.4,-0.6 0,-0.4 1.2,-0.8 2.4,-0.8 1.2,0 1.4,0.2 1.8,0.8 0,0.2 -2,0.2 -2.8,0.6 z m -1.8,-5.8 h -0.6 c 1.4,-0.6 1.4,-0.8 2,-1.4 0,0.6 -0.4,1.4 -1.4,1.4 z m -2.4,-1.2 c 0.6,-0.8 0.4,-0.4 1.2,-0.8 0.2,0 0.2,0 0.2,0.2 z m 6.6,-0.4 c -0.4,0 -0.8,-0.2 -0.8,-0.4 0.2,-0.4 0.4,-0.8 1.2,-0.8 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.4,0.6 -0.8,0.6 z m 5.8,-0.2 c -0.6,-0.4 -0.6,0 -0.8,-0.8 0,-0.2 0.4,-0.6 0.8,-0.6 0.8,0.4 0.6,0 1.2,0.6 0,0.2 -0.2,0.4 -0.6,0.6 z m -3,-1 c -0.4,0 -0.8,0 -1,-0.2 0,-0.4 0.6,-0.6 1.4,-0.6 0.2,0 0.4,0 0.4,0.2 0,0.4 -0.2,0.6 -0.8,0.6 z m 11.2,-0.6 -0.2,0.4 c -0.2,0 -0.4,-0.2 -0.4,-0.6 l 0.2,-0.6 z m 2,0.6 c -0.4,0 -0.6,0 -0.6,-0.2 0.6,-0.6 0.6,-1 1.6,-1 0.6,0 0.8,0 1,0.4 l -0.6,0.4 z m 6.4,-0.6 c -0.4,0 -0.8,-0.4 -1.2,-1.4 l 0.4,-0.2 c 0.6,0.2 1,0.8 1.2,1.4 0,0.2 -0.2,0.2 -0.4,0.2 z m 2.8,0 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.4 0.4,-0.4 0.4,0 0.6,0.2 0.6,0.4 v 0.2 c 0,0.2 -0.2,0.4 -0.4,0.4 z m 3.8,-0.6 c -1,0 -1.6,-0.2 -1.6,-0.4 0.4,-0.4 0.8,-0.6 2,-0.6 1,0 2,0.2 2,0.6 0,0.2 -1,0.4 -2.4,0.4 z m -46.2,-14 c -0.4,0 -1,-0.6 -1,-1.2 l 0.2,-0.4 c 1,0.6 1,1 1.2,1.4 z m 1.4,-2.2 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0,-0.6 0,-0.4 0.6,-0.8 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.4,0.6 -0.6,0.6 z m 3.6,-7.2 c -0.2,0 -0.2,0 -0.2,-0.2 0.2,-1.2 0.6,-1.6 1.4,-1.6 h 0.6 c 0.2,0 0.2,0 0.2,-0.2 l -0.2,-0.8 c 0,-0.4 1,-0.2 1,-1.2 0,-1 1.4,-1.8 1.4,-2.2 l -0.4,-0.6 v -0.2 c 0,-0.4 1,-0.8 2.6,-1.8 0,0.2 -1.6,1.8 -1.6,2.8 V 86 c 0,1.6 -3.6,5.8 -4.8,5.8 z m 7.6,-10.8 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0,-0.6 0.2,-1.2 1.2,-2 0.2,0 0.2,0.4 0.4,0.6 -0.2,1.2 -0.6,1.8 -1,1.8 z m -29.6,-19.8 c -0.6,0 -1,-0.2 -1,-0.4 0,-0.2 0.8,-0.6 1.8,-0.6 0.8,0 1.2,0.2 1.2,0.4 -0.4,0.6 -1.2,0.6 -2,0.6 z m 43.8,-4 c -0.2,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.4 0.6,-0.4 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.4,0.6 -0.4,0.6 z m 3.2,-1.2 c -0.8,0 -1.4,0 -1.4,-0.2 l 0.4,-0.2 1,-0.2 1,0.2 0.2,0.2 c 0,0 -0.6,0.2 -1.2,0.2 z m 7.2,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.2,-0.2 h 0.4 c 0.4,0 0.6,0 0.8,0.2 z m 5,-0.6 c -0.6,0 -1,-0.2 -1,-0.2 v -0.2 h 1.4 l 0.4,0.2 c 0,0.2 -0.4,0.2 -0.8,0.2 z m 8,-0.2 c -1.2,0 -1.4,-0.2 -2,-0.6 0,-0.2 0.6,-0.2 1.8,-0.2 1.4,0 2.4,0 2.4,0.2 -0.4,0.4 -1.4,0.6 -2.2,0.6 z m 4,-0.4 c -0.6,0 -0.8,-0.2 -1,-0.6 0,-0.2 0.4,-0.4 0.6,-0.4 0.6,0 1,0.2 1,0.6 0,0.2 -0.4,0.4 -0.6,0.4 z m -73.8,-1 c -0.4,0 -0.6,-0.4 -0.6,-0.6 0,-0.4 0.4,-0.6 1,-0.6 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.4,0.8 -0.8,0.8 z m 76.6,-6 c -0.8,-0.4 -0.4,-0.2 -0.8,-1 V 46 c 0,-0.2 0.8,-0.4 1.8,-0.4 0.8,0 1.2,0 1.2,0.2 l -2,1 z m 15,-0.4 c 0,-0.6 2.6,-1.2 3.6,-1.2 l 0.6,0.2 -1.8,0.8 z m -5.8,-0.6 -0.6,-0.2 1,-0.4 0.4,0.2 0.2,0.2 z m -154.8,160.6 c 0.4,-0.2 0.6,-0.2 0.6,-1 0,-0.6 -0.6,-1.6 -1.2,-1.6 -0.4,0 -0.8,0.4 -0.8,1 0.2,0.8 1,1.6 1.4,1.6 z m 77.2,-9.4 c 6.8,-1.4 8.2,-1.2 13.6,-4 -2.4,0.4 -1.2,0.2 -3.4,0.4 -2.2,0 -4,1.4 -10.6,3.4 z m 15.6,-3.8 c 0.8,0 1,-0.2 1.2,-0.8 -0.2,-0.6 0,-0.4 -0.6,-0.6 -0.6,0 -1.6,0.6 -1.6,1 0.2,0.2 0.6,0.4 1,0.4 z m 3.8,-1.2 c 2.4,-0.4 3.2,-0.8 3.8,-1.4 h -0.4 c -0.8,0 -2.8,0.4 -3.6,1.2 0,0.2 0,0.2 0.2,0.2 z m 5.4,-1 c 0.4,0 0.4,-0.2 0.6,-1 0,-0.2 -0.2,-0.2 -0.2,-0.2 -0.4,0 -0.6,0.2 -0.6,0.6 0,0.4 0,0.6 0.2,0.6 z m -3.2,-1.2 c 0.8,0 2.6,-0.8 2.6,-1 h -0.4 c -1,0 -2.6,0.6 -2.6,1 z m 8.6,-0.4 c 0.6,-0.2 1,-0.2 1,-0.4 -0.6,-0.2 -0.4,-0.2 -1,-0.2 -0.6,0 -1,0.2 -1.2,0.4 v 0.2 z m 3.6,-0.8 c 0.4,0 0.6,-0.2 1,-0.8 l -0.6,-0.2 c -0.2,0 -0.6,0.2 -0.6,0.4 0,0.4 0.2,0.6 0.2,0.6 z m 11.2,-6.6 c 1.4,0 3,-0.4 3.8,-1.8 0,-0.2 -0.2,-0.2 -0.6,-0.2 -1,0 -1.2,1.2 -2.8,1.2 -0.6,0 -1,0.2 -1,0.4 v 0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m -26.8,-50.8 c 1.6,0 2.4,-0.4 3,-1 0,-0.2 -0.2,-0.2 -1,-0.2 -1.4,0 -3.2,0.8 -3.2,1 z m 7.2,-1.4 c 1.8,0 2,-0.4 3.2,-0.8 -2.4,0 -1.4,0 -3.8,0.4 l -1.4,0.4 z m -7.2,-0.4 c 0.4,0 1,-0.2 1.2,-0.8 h -0.6 c -0.6,0.2 -1,0.4 -1,0.6 0,0.2 0.2,0.2 0.4,0.2 z m 20.2,-1.2 c 0.8,0 1.2,-0.2 1.2,-0.2 v -0.2 h -1.8 l -0.4,0.2 c 0,0.2 0.4,0.2 1,0.2 z m 3.2,-0.6 c 0.4,0 0.8,-0.2 0.8,-0.2 l -0.2,-0.2 h -1.4 l -0.2,0.2 c 0.2,0.2 0.4,0.2 1,0.2 z m 4.8,-0.6 c 0.6,0 1,0 1,-0.2 -0.4,-0.2 -1,-0.2 -1.4,-0.2 l -0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m 5,-0.4 c 0.2,0 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 -0.4,0.2 -0.6,0.8 0,0.2 0.2,0.4 0.4,0.4 z m -0.4,-3.2 c 1,0 1.8,-0.2 1.8,-0.8 0,-0.4 -0.6,-0.8 -2,-0.8 -1.2,0 -2,0.4 -2,0.8 0,0.2 0.2,0.4 0.6,0.6 z m 3.4,-1 c 3,-0.4 4.8,-0.6 4.8,-0.8 0,-0.2 -0.8,-0.4 -2.4,-0.4 -2,0 -2.8,0.4 -3,1 z m 6,-0.6 c 0.4,0 0.6,0 0.6,-0.2 0,-0.2 -0.2,-0.4 -0.8,-0.6 -0.2,0 -0.4,0 -0.4,0.2 0,0.4 0.4,0.6 0.6,0.6 z m 2,-0.6 c 0.4,0 0.8,0 0.8,-0.2 -0.2,-0.2 -0.6,-0.2 -1.2,-0.2 l -0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m 4.2,-13.8 c 0.4,0 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.4,0 -0.6,0.2 -0.6,0.6 0,0.2 0.4,0.6 0.6,0.6 z m 10.2,-49 c 1.4,0 2.2,0 2.2,-0.2 l -2.6,-0.2 -2.4,0.2 c 0,0 1,0.2 2.8,0.2 z m 7,-0.6 c 1,0 1.6,0 1.6,-0.2 l -1.6,-0.2 -1.6,0.2 c 0,0 0.6,0.2 1.6,0.2 z m 1.2,-2.8 0.2,-0.8 c 0,-0.2 -0.2,-0.2 -0.8,-0.2 h -2 c -0.8,0 -1.4,-0.2 -1.6,-0.6 0,-0.4 1,-0.4 3.2,-0.4 6.6,0 10.4,0.2 10.4,0.6 0.2,0 -1.2,0.2 -4,0.2 -4.6,0 -4.6,0.6 -5.4,1.2 z m 17.6,-5.2 c 1,0 1.4,0 1.4,-0.2 -1,-0.8 -1.8,-0.8 -2.4,-0.8 -0.6,0 -0.8,0 -0.8,0.4 0,0.4 0.8,0.6 1.8,0.6 z m -7.2,-3.4 c 0.4,0 0.6,0 0.6,-0.2 0,-0.2 -0.4,-0.4 -1.4,-0.8 v 0.4 c 0.2,0.2 0.6,0.6 0.8,0.6 z"/><path d="m 637.40021,224.4 c 0.8,0 2.2,-4.6 2.6,-4.6 0.2,0 0.4,-0.4 0.4,-1 l -0.4,-3 c 0,-0.4 0,-0.6 0.2,-0.6 l 0.8,0.4 -0.2,-0.4 c 0,-1.6 1,-1.8 1.4,-1.8 0.6,0 0.8,0.2 0.8,1.4 0.4,-0.4 0.6,-0.8 1,-0.8 1,0 2.6,3.2 3,3.2 0,-0.6 0.2,-1 0.4,-1 0.2,0 0.4,0.2 0.4,0.6 l -0.2,1.2 c 0,0.8 0.2,1 0.4,1 0.8,0 1.2,-2.2 2,-2.2 l 0.2,0.2 -0.8,1.8 c 0.6,0 1.8,-0.6 1.8,-1.6 l -0.2,-0.8 h 0.4 c 0.2,0 0.6,-1 0.6,-2 0,-1 -0.2,-1.8 -0.4,-1.8 -0.8,0 -0.4,1.6 -0.8,1.6 -1.2,-1.2 -0.6,-0.6 -1.4,-1.8 h -0.2 l 0.2,1.4 c 0,0.4 0,0.4 -0.4,0.4 h -1.2 c -0.8,0 -0.8,0.2 -1.2,0.6 l 0.2,-1.4 c 0,-0.4 0,-0.6 -0.4,-0.6 l -0.6,0.2 c -1.4,0 -1.6,-0.6 -2.6,-0.6 -0.4,0 -0.6,-0.4 -0.6,-1 0,-0.4 0.8,-0.4 0.8,-1.2 0,-0.8 1.8,-3.6 1.8,-5.2 0,-1 -1.2,-1.6 -1.2,-2.2 0,-0.2 0,-0.4 0.2,-0.4 l 0.8,0.8 c 0.4,0 0.2,-0.6 0.6,-0.6 h 0.8 c 0.4,0 0.4,-0.2 0.4,-0.4 0,-0.4 -0.2,-0.6 -0.6,-1.2 0,-0.8 1.4,-2.4 1.4,-3.6 0,-2 1,-1.4 1,-3.2 0,-1.2 0.2,-1.4 0.6,-1.4 l 1,0.2 c 0,-1.4 0.2,-2.2 0.8,-2.2 l 0.2,0.4 c 0,1.6 -1.6,4.2 -1.6,6 0,1.4 -1.4,5.4 -1.4,6.8 0,0.6 0,1 -0.4,1 l -2.4,-1.2 c 0.4,1.4 1.2,0.6 1.2,2.8 0,2 -0.6,4 -0.6,5.2 0,0.2 0,0.2 0.2,0.2 h 0.8 c 0.4,0 0.6,0.2 0.6,0.4 0,0.6 0.2,0.8 0.4,0.8 0.8,0 0.8,-2.4 2,-2.4 l 3.4,0.4 c 1.4,0 1.4,-0.4 1.4,-1.4 0,-0.6 0.8,-0.6 0.8,-1.6 0,-0.2 0,-0.2 0.2,-0.2 h 0.2 c 0.4,0 0.6,0 0.6,-0.2 l -0.4,-1.2 0.2,-0.2 0.8,0.4 0.2,-0.4 c 0,-0.2 -0.2,-0.6 -0.6,-0.8 -0.4,0 -0.8,-1.2 -1,-3.2 0.8,0.8 0.6,0.4 1.2,1.4 l -0.2,-0.6 0.2,-0.2 h 0.8 c 0.8,0 1,-5.4 1.8,-5.4 0.2,0 0.2,0.2 0.2,0.6 0,0.2 0,0.4 0.2,0.4 0.8,-1.2 0.4,-0.4 0.8,-1.8 0,-1 -0.4,-1.8 -0.8,-1.8 l -0.6,0.8 -0.2,-0.2 c 1,-3.8 1.2,-5 2.6,-5 l 0.2,0.2 c 0.6,0 0.6,-4.6 1.6,-5.2 l 0.2,0.2 -0.2,1.6 c 0,0.4 0,0.6 0.2,0.6 0.4,0 1,-2.6 1.6,-4.4 -0.4,0 -1.2,1.6 -1.6,1.6 0,-0.4 0,-0.6 -0.4,-0.6 l -1,0.2 c -0.2,0 -0.2,0 -0.2,-0.2 0,-0.4 1.6,-3.4 1.6,-4.6 0,-1.4 0.8,-2.6 1.2,-2.6 0.2,0 0.2,0.4 0.2,1 0,1.6 -0.2,1.8 -0.6,3.2 l 0.2,0.2 0.4,-0.2 c 0.6,0 1.2,1.6 1.2,2.8 0,2 -1,1.6 -1,2.8 0,4.6 -2.2,5.4 -2.2,8.6 1.4,0 15.8,-40.4 19.4,-47.2 3.8,-8.6 4,-10 7.6,-16.8 2,-4 3,-8.2 4.6,-9.8 0.4,-0.6 0.6,-1.4 0.6,-1.8 v -0.8 c 0,-0.6 1.2,-0.6 2.8,-4.2 1.4,-2.8 1.6,-3.6 1.6,-4.2 -0.4,0 -0.8,0.8 -2,2.2 0.6,-2.2 0.8,-3 1.8,-3 l 1,0.2 c 0.2,0 0.4,-0.2 0.4,-0.4 0,-3.8 7.6,-13 7.6,-16.6 0,-1.4 1.2,-0.8 1.2,-1.8 l 0.2,-0.4 c -1.4,0 -2,2.4 -2.6,2.4 -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.6,-0.6 1.2,-1.2 -0.6,-0.4 -1.2,-0.6 -1.2,-1.2 0,-0.2 0,-0.2 0.2,-0.2 l 1.4,0.8 0.2,-0.2 -0.2,-1.4 c 0,-1.8 2.4,-4.8 2.4,-5.6 0,-1.2 1.2,-1.2 2.2,-4.4 1.4,-3.6 2.6,-6 2.6,-6.8 0.2,-1 0.4,-1 9.8,-2.4 6.8,-1 20.6,-2.6 45.8,-5 5.6,-0.4 10.4,-1.2 10.4,-1.4 0.2,-0.2 0.8,-0.2 1.4,-0.2 l 0.6,0.2 c 0.2,0 0.2,0 0.2,-0.2 0,-0.4 0,-0.6 -3.4,-0.6 l -17.6,0.6 c -4.6,0 -5.8,-0.4 -6,-1 0,-0.6 0.2,-1 0.8,-1 0.6,0 0.6,1 1.2,1 l 1,-0.2 c 0.6,0 0.4,0.8 1,0.8 0.4,0 0.6,-0.4 0.6,-1.2 0,-1 0.4,-1 4,-1 8.8,0 12.6,-0.6 14.4,-1.4 -0.8,-0.8 -1.4,-1 -2.6,-1 -1,0 -0.8,0.8 -1.4,0.8 -1,-0.2 -0.6,0 -1.2,-0.8 0,-0.6 7.2,-0.6 7.6,-1.6 0.4,-0.8 2.4,-0.8 2.4,-1.2 0,-0.2 0.2,-0.4 0.4,-0.4 l 1.4,0.2 c 0.2,0 0.4,0 0.4,-0.2 -0.4,-0.8 -0.6,-1.4 -1.6,-1.4 -1,0 -1,-1.8 -3.8,-1.8 -1,0 -1.8,-0.2 -1.8,-0.2 0.4,-0.4 1,-0.6 1,-1.2 0,-1 2.2,-1.2 6.2,-2.4 0,-0.6 -2.4,-0.4 -2.4,-0.8 0,-0.4 -0.2,-0.8 -1,-0.8 -0.6,0 -0.6,0.4 -1,0.8 -0.4,-0.2 -0.6,-0.2 -0.6,-0.6 0.4,-0.8 0.8,-0.6 0.8,-1.4 0,-0.6 -0.4,-1.4 -1,-1.4 l -0.8,0.2 c -0.8,-0.4 -1.2,-0.4 -1.2,-1 0,-0.8 1.2,-1.6 3.4,-2 1.2,-0.2 1.8,-0.2 1.8,-0.6 -0.6,-1 -1.4,-1.4 -1.4,-2 0,-0.4 -10.6,-2 -17.4,-2.6 -9.2,-0.6 -23.2,-1 -35.2,-1 -7.2,0 -13.6,0.2 -18.2,0.4 -36.4,2.4 -45.4,4.4 -63.6,7.8 -8.6,1.8 -8,3.2 -8.4,10.4 0,3.2 2.8,2 2.8,3.4 0,1.8 1,2.6 3.8,2.6 l 4.8,-0.4 c 1,0 1.4,0.2 1.4,0.4 0,0.4 -0.4,0.6 -0.8,0.6 -2.4,0 -3,0.6 -3,1.4 0,0.6 -1.2,0.8 -1.2,1.6 l -0.2,0.2 -1.2,-0.2 c -0.2,0 -0.4,0 -0.4,0.2 0.4,1.4 0.6,2 1,2 0.4,0 0.4,-1 1,-1 0.8,0 1.4,1.6 1.4,3.6 0,1 2.2,1 2.2,1.4 0,0.4 0.8,0.6 1.8,0.6 l 3.2,0.2 c 2.2,0 10.4,-0.6 11.2,-1 0.4,-0.4 8.4,-0.6 11.8,-1.8 l 2.6,-0.4 0.4,0.2 c -0.6,0.8 -1,1.4 -1.8,1.4 h -1 c -2.4,0 -6.8,1.6 -8.6,1.6 -1.2,0 -1,0.8 -2.6,0.8 l -3.8,0.4 c -2.6,0 -1.8,-0.6 -3.4,-0.6 -2.4,0 -6.6,1.4 -6.6,2.4 0.4,0.4 0.8,0.4 0.8,0.8 -1.6,0 -1.8,0.4 -2.2,2 0,0.4 0.2,0.6 0.4,0.6 h 0.4 l 0.2,0.4 -0.2,1 c 0,1.2 1.4,1 4.4,1.2 4.8,0 14.6,-1 18,-2 h 0.4 c 0.2,0 0.4,0 0.4,0.2 -0.6,2.6 -5,10.8 -5.8,14.2 0,0.4 -1.2,3.2 -2.6,6.4 -3.2,7 -11.4,28.4 -11.4,32.8 0,1 -1.4,2.8 -1.4,4.4 0,1.8 -1.8,2 -1.8,4.2 0,2 -1.6,4.2 -1.6,5 0,0.6 -0.4,1.8 -0.8,2.8 -3.6,11.2 -5.4,16.4 -6,19.6 -0.6,4 -1.4,2.8 -1.4,3.4 0,2.2 -8.6,31.4 -8.6,33.8 0,0.4 -1.2,5 -1.2,7.8 0,2.2 -1.2,3.4 -1.2,6.4 0,4 2.8,4.6 2.8,5.2 0,0.4 0.2,0.6 0.4,0.6 z m 4.6,-15.2 c -0.2,0 -0.2,-0.4 -0.2,-0.8 0,-0.4 0,-0.6 0.2,-0.6 l 0.2,0.2 c 0,0.4 0,1 -0.2,1.2 z m 13.4,-1.8 c -0.4,0 -0.8,-0.6 -0.8,-1.2 l 0.2,-0.4 c 0.8,0.6 0.4,0.4 0.8,1.2 z m 1,-5.8 c -0.2,0 -0.2,0 -0.2,-0.4 0,-0.4 0.4,-0.8 0.6,-1 h 0.4 c -0.2,1 -0.6,1.4 -0.8,1.4 z m -4.6,-11 c -0.2,0 -0.6,-0.4 -0.6,-1.2 0,-0.8 0.2,-1 0.8,-1.4 0.2,0 0.2,0.4 0.2,1.2 0,1 -0.2,1.4 -0.4,1.4 z m 0.8,-3.4 c -0.2,0 -0.4,-0.4 -0.4,-1.2 0,-1.4 1.2,-3.8 1.8,-3.8 l 0.2,0.6 c -0.6,2.8 -1,4.4 -1.6,4.4 z m 14,-4.6 c -0.2,0 -0.6,-0.6 -0.6,-1 l -0.2,-3 c 0,-3 0.8,-2 0.8,-2.6 v -0.2 c 0,-0.2 0.4,-0.6 1,-0.6 l 0.2,0.2 -0.4,1.4 c 0,0.8 1.4,0.4 1.4,1 l -0.4,1.6 -1.6,-0.2 c -0.4,0 -0.6,0.2 -0.6,0.8 v 0.8 c 0.6,-0.6 0.6,-0.8 1,-0.8 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -0.8,0.2 -0.8,0.8 l 0.2,0.4 c 0,0.6 0,1 -0.4,1 z m -12.4,-3.2 -0.2,-0.2 c 0,-0.4 1,-2.2 1.6,-2.2 l 0.2,0.4 c 0,0.4 -0.2,1 -0.8,1.4 z m 14.6,-2.6 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0,-0.8 1,-3.2 1.4,-3.2 0.2,0 0.4,-0.2 0.4,-0.4 l -0.4,-1.2 c 0.8,0.2 1,0.4 1,1.4 0,1.4 -1.4,1.8 -1.4,2.4 l 0.2,0.8 c 0,0.4 -0.2,0.6 -0.6,0.6 z m -12.6,-0.8 c -0.4,0 -0.6,-0.4 -0.6,-1.4 0,-1 1,-1.2 1,-1.6 l -0.6,-1.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 0.6,0.2 0.8,0.2 0.8,2 0,1.4 -0.6,3 -1.2,3 z m 10.8,-3 -0.2,-0.2 c 0.2,-2 0.8,-3.4 0.8,-3.4 h 0.2 c 0.4,0 1.6,0.6 1.6,1 0,0.2 -0.2,0.4 -0.4,0.4 h -0.2 c -0.2,0 -0.8,0.4 -1.2,1.2 z m 3.8,-2 c -0.4,0 -0.6,-0.4 -0.6,-0.6 0,-0.2 0.2,-0.4 0.4,-0.4 0.6,0.2 0.4,0.2 0.8,0.6 0,0.2 -0.4,0.4 -0.6,0.4 z m -13.2,-0.8 c -0.4,0 -0.8,-0.2 -0.8,-0.6 0,-0.2 0.2,-0.4 0.6,-0.4 0.6,0.4 0.6,0 0.8,0.6 0,0.2 -0.2,0.4 -0.6,0.4 z m 11.8,-1 c -0.8,0 -1.2,-0.2 -1.2,-0.8 0,-0.6 0.6,-1.6 0.6,-2.4 v -0.6 c 0,-0.2 0.2,-0.4 0.4,-0.6 2.2,-2.2 5.6,-19.4 9,-20.4 l -0.2,0.6 c 0.4,0.8 0.2,0.4 0.8,1.2 l -0.2,0.2 -0.8,-0.2 c -1,0 -1,1 -1.2,3.2 l 0.2,1.4 c 0,0.2 -0.2,0.4 -0.4,0.4 -0.8,0 -1.6,1.6 -1.6,3 l 0.4,1.2 -0.2,0.2 h -0.4 c -0.8,0 -2,5 -2.8,5.4 -1.8,3.8 -1,2 -1.8,6.8 0,0.8 -0.2,1.4 -0.6,1.4 z m -11,-1.2 c -0.2,0 -0.2,-0.2 -0.2,-0.4 l 0.4,-1.6 0.2,-0.2 c 0.4,0.2 0.6,0.2 0.6,1 0,0.6 -0.4,1.2 -1,1.2 z m 13.6,0 c -0.2,0 -0.4,-0.2 -0.4,-0.4 l 0.4,-2 c 0,-0.2 0.2,-0.4 0.6,-0.4 l 0.4,0.2 -0.8,1.8 0.2,0.6 z m -11.8,-3 c -1.2,-0.4 -1.6,-0.8 -1.6,-1 h 0.6 c 0.6,0 1.2,0.2 1.2,0.6 0,0.2 0,0.4 -0.2,0.4 z m -0.2,-2.2 c -0.2,0 -0.2,-0.2 -0.2,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.2,0 0.2,0.2 0,0.8 -0.2,1 -0.6,1 z m 14.4,-1.4 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0.2,-0.8 0.2,-1.6 0.6,-1.6 0.2,0 0.2,0.2 0.2,0.6 0,0.6 -0.2,1.2 -0.4,1.4 z m -12.6,-1 c -0.6,0 -0.8,-0.4 -0.8,-1 0,-0.4 0,-0.8 0.4,-1 0.2,0 0.6,0.4 0.8,1.4 0,0.4 -0.2,0.6 -0.4,0.6 z m 2,-6 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-0.6 0.2,-0.8 0.4,-0.8 0.4,0 0.6,0.2 0.6,0.4 0,0.4 -0.2,0.8 -0.6,1 z m 2.4,-5 c -0.4,0 -0.6,-0.4 -0.6,-0.8 0,-0.6 0,-1 0.2,-1 0,0 0.4,0.6 0.6,1.4 0,0.2 0,0.4 -0.2,0.4 z m 2,-3.4 c -0.2,0 -0.4,-0.4 -0.4,-0.6 0,-0.4 0.4,-0.6 0.6,-0.6 0.2,0 0.4,0.2 0.4,0.4 v 0.2 z m 10.8,-5.4 v -0.2 c 0,-0.6 0.4,-1.2 1.4,-2.4 0.2,0 0.2,0.2 0.2,0.6 0,0.4 -0.4,1.2 -0.8,1.6 z m 2.2,-4.6 c -0.4,0 -0.4,0 -0.4,-0.2 0,-0.4 0.4,-0.8 1.4,-1.8 0.2,0 0.2,0 0.2,0.2 -0.4,1 -0.6,1.8 -1.2,1.8 z m 2.4,-4.8 h -0.2 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.6 0.4,-0.8 1,-1.2 l 0.2,0.4 c 0,0.4 -0.4,0.8 -0.6,1 z m 0.8,-2.2 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0,-1.8 1,-2.6 2.2,-4 -0.4,1.6 -0.6,2.8 -1.4,4 z m 18.4,-26 -0.2,-0.4 c 0.6,-1.4 1,-2.6 1.4,-2.6 0.2,0 0.4,0.2 0.4,0.4 0,0.6 -1.2,2.6 -1.6,2.6 z m 1.8,-3.6 c 0.2,-0.8 0.4,-1.4 0.8,-1.4 h 0.2 c 0,0.2 0,0.6 -0.4,1 z m 1.6,-4 c -0.4,0 -0.6,-0.4 -0.6,-0.8 0,-0.4 0.2,-0.6 0.4,-0.6 0.6,0 0.8,0.4 0.8,0.8 0,0.4 -0.2,0.6 -0.6,0.6 z m -48.8,-17.4 c -1,0 -1.8,-0.2 -1.8,-0.6 0,-0.2 0.2,-0.2 0.6,-0.2 h 0.8 c 1,0 0.6,-0.8 1.2,-0.8 0.6,0 1,0.4 1,0.8 0,0.4 -0.8,0.8 -1.8,0.8 z m 7.2,-0.4 c -1.2,0 -2.2,0 -2.2,-0.2 v -0.2 c 0,-0.6 -2.6,-0.2 -2.6,-1 0,-0.2 0.2,-0.2 0.4,-0.2 l 1,0.2 c 0.2,0 0.2,0 0.2,-0.2 l -0.4,-0.8 c 1.4,0.6 0.8,1.2 7.6,1.2 3.6,0 5.4,0 5.4,0.4 l -1.6,0.4 c -1.8,0.2 -5.4,0.4 -7.8,0.4 z m 57.8,-9.4 c -0.6,0 -1,-0.2 -1,-0.4 l 1.8,-0.6 c 0.2,0 0.4,0.2 0.4,0.4 0,0.2 -0.4,0.6 -1.2,0.6 z m 3.4,-0.8 -0.2,-0.2 c 0.8,-0.6 2,-0.8 3.4,-0.8 h 0.4 v 0.2 l -2.2,0.6 z m 10,-1 -1.6,-0.2 c 1.4,-0.6 1.8,-0.8 2.8,-0.8 h 0.8 c 0.6,0 0.4,-0.2 0.6,-0.6 l 0.6,0.4 c 0,0.4 -1,1.2 -3.2,1.2 z m 7.4,-0.6 c -0.6,0 -0.8,-0.2 -0.8,-0.4 l 0.2,-0.4 c 0,-0.2 -0.4,-0.4 -1,-0.4 h -1.4 c 4.2,-1.2 2.4,-2.2 5.8,-2.2 -2,0.4 -3,0.8 -3,1 0.4,0 0.6,0.2 0.6,0.4 v 0.6 c 0,0.4 0.2,0.4 0.8,0.4 2,0 2.8,-0.2 2.8,-0.6 l -0.6,-1.4 c 0,-0.4 0.6,-0.6 2.2,-0.6 1.4,0 1.4,0.2 1.8,0.4 1.8,-0.6 2.6,-0.8 4.2,-0.8 0.8,0 1.4,0 1.4,0.4 0,0.8 -1.6,0.8 -3.8,1.4 0,0.4 0.8,0.4 2.4,1 -2.6,0 -2.8,-1 -4.2,-1 l -1.8,0.4 c -0.4,0 -1,1.2 -4,1.6 z m -24.8,-1.4 c -0.8,0 -1.2,-0.2 -1.2,-0.6 0,-1.6 2.8,-1.8 10.2,-2 0,0.4 -1.6,1.4 -2.4,1.4 l -0.6,-0.2 c -0.8,0 -0.6,0.4 -1.4,1 -0.4,0 -0.4,-0.8 -0.8,-0.8 -0.8,0 -2.8,1.2 -3.8,1.2 z m 11.6,0.2 c -0.6,0 -0.8,0 -0.8,-0.4 1.8,-4 1.8,-3 8,-3.6 h 1 c -1.2,0.8 -1.6,1.2 -4,1.2 -1,0 -1.4,0 -1.4,0.2 0.4,0.6 0.6,0.6 0.6,0.8 -0.6,0 -1,0 -1,0.2 l 0.8,0.8 c 0,0.2 -0.4,0.2 -1,0.4 z m 8.4,-1.2 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.4,-0.2 h 0.2 c 0.4,0 0.6,0 0.8,0.2 z m 2.2,-2.4 c -0.8,0 -1.4,0 -1.4,-0.2 1,-0.6 2.2,-0.8 4.2,-0.8 1.4,0 2,0 2,0.2 -1.6,0.8 -2.8,0.8 -4.8,0.8 z m 8.8,-0.4 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0.2,-0.6 0.4,-0.8 1.2,-0.8 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.6,0.8 -1.2,0.8 z m 7.4,-0.4 c -2,0 -4.2,-0.4 -4.2,-0.6 3.8,-0.2 4.6,-0.2 6.6,-0.6 0.8,0.4 0.6,0 0.8,0.6 0,0.2 -0.2,0.4 -0.4,0.4 z m 9,0.2 c -0.2,0 -0.8,-0.4 -2,-1.4 0,-0.2 0.2,-0.2 0.6,-0.2 0.6,0 1,0.4 1.2,0.8 z m -4,-0.4 c -0.4,0 -0.6,-0.4 -0.8,-1 l 0.4,-0.2 c 0.4,0 0.6,0.2 0.6,0.6 0,0.4 -0.2,0.6 -0.2,0.6 z m 6.6,-0.4 -1.2,-0.2 -0.4,-0.4 c 0,-0.2 0.2,-0.2 1,-0.2 3.2,-0.2 1.6,0 5,-0.4 0.2,0 0.2,0 0.2,0.2 l -0.2,0.2 c -1.6,0.6 -3.2,0.8 -4.4,0.8 z m -12.6,-8.4 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.4,-0.2 h 0.2 c 0.4,0 0.6,0 0.8,0.2 z m -107.8,172.4 c 1.2,-1.8 1.6,-3.2 1.6,-3.2 l -0.2,-0.2 c -0.4,0 -0.6,0.6 -1,1.8 z m -1.4,-2 c 0.8,0 1.4,-0.6 1.6,-1.4 l -0.4,-0.2 c -1.6,0.2 -2.6,0.4 -2.6,1 0,0.2 0.4,0.4 1,0.6 z m -2.6,-0.8 c 0.4,0 0.6,-0.2 0.6,-0.4 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.2,0 -0.6,0.2 -0.6,0.6 0,0.2 0.4,0.4 0.6,0.4 z m 15.4,-13.6 c 0.4,0 0.6,-1 1.6,-2.8 l -0.2,-0.2 c -1,1 -1.6,1.6 -1.6,2.8 0,0.2 0,0.2 0.2,0.2 z m 51,-117.2 c 0.4,0 0.8,0 0.8,-0.2 v -0.2 c 0,-1 3.6,-7.4 3.6,-8.4 l -0.2,-0.6 c 0.8,-1.6 1.4,-2 2.8,-5.2 0,-0.2 -0.2,-0.2 -0.4,-0.2 h -1.2 l 0.4,0.4 c 0,1 -3,4.6 -3,6.2 0,1.4 -2.2,5 -3,5 h -0.4 l 0.2,0.8 -0.4,2 c 0,0.4 0.2,0.4 0.8,0.4 z m 6.6,-15.6 c 0.4,0 0.8,-0.2 0.8,-0.6 -0.2,-0.2 -0.6,-0.6 -0.8,-0.6 -0.6,0 -0.8,0.4 -0.8,0.8 0,0.2 0.4,0.4 0.8,0.4 z"/><path d="m 810.60029,232.6 c 2,0 0.6,-3.6 2.6,-4.8 1.4,-0.8 1.2,-2.8 2,-2.8 0.2,0 0.4,-0.2 0.4,-0.6 l -0.2,-1.6 c 0,-1.4 1.4,-3 1.4,-4.2 0,-0.4 0.2,-0.6 0.8,-0.6 1.4,0 2,0 2,0.6 l -0.8,3.6 c 0,0.6 0.2,0.8 0.8,0.8 h 0.6 c 0.6,0 1,0.6 1,1.8 0,2.2 -0.4,3 -1,6.6 0.4,0 1.6,-2.8 1.6,-3.8 l -0.2,-0.8 c 1.2,0.4 1,2.2 1.4,2.2 0.8,0 1.8,-5.4 2.8,-5.4 0.4,-0.2 0.6,-0.4 0.6,-0.6 0,-0.6 0.2,-2 2.4,-6 l -0.2,2.4 c 0,0.2 0,0.2 0.2,0.2 0.8,-0.8 1,-1.6 1.8,-1.6 0.6,0 1,-0.8 1,-1.6 V 216 c -0.2,-1 0,-0.6 -0.4,-1.2 0.8,0 2,-0.8 2,-2.8 l -0.2,-0.8 0.8,0.4 c 0.2,0 0.2,0 0.2,-0.2 l -0.2,-1.2 c 1.2,0 2.6,-2.6 3,-8 l 0.2,-0.2 0.8,0.4 -0.2,-1.4 c 0,-0.8 0.2,-1.2 0.6,-1.2 l 1.2,0.6 c 0,-2 10.8,-28.6 11.8,-28.6 h 0.2 c 0.2,0 0.2,0 0.2,-0.2 l -0.2,-1 0.8,0.2 -0.2,-1.4 c 0,-2.6 1.4,-4.6 2.6,-4.6 l -0.4,-1.2 c 0.6,0 1,0.2 1,1.2 0,1.4 -2,2.2 -2,3 0,0.6 -0.8,0.2 -0.8,1.2 l 0.2,1.2 c 0,1.4 -0.4,3.2 -1,3.2 h -0.4 l -0.2,0.2 0.2,1 c 0,0.2 0,0.2 -0.2,0.2 l -0.4,-0.2 -0.2,0.2 0.4,1.6 -0.2,0.2 -1,-0.4 0.2,0.8 c -7.6,19.2 -8.6,21.4 -9.2,21.4 l -0.2,0.2 0.8,1.4 c -0.6,0.2 -1,0.4 -1.6,2.2 -0.2,1.2 -0.8,3.2 -1.4,4.6 -3.2,6.6 -5,11.6 -5,12.2 0.6,0 6,-11.2 21,-46.8 10.6,-25.6 5.6,-14 17,-39 1.2,-2.2 2.4,-4.2 2.6,-4.2 0.4,0 0.6,-0.2 0.6,-0.6 l -0.2,-0.4 -0.6,0.2 V 128 c 0,-2 2.6,-1.6 2.6,-2 -0.8,-1 -1.2,-1.2 -1.2,-2 0,-0.8 1.8,-2 1.8,-3.4 0,-1 1.8,-3 1.8,-3.8 l -0.8,-1.4 c 0,-0.6 0.8,-1.4 1.6,-1.4 0.8,0 1.8,-2.4 1.8,-4 v -1.2 c 0,-0.4 0.2,-0.6 0.4,-0.6 1.2,0 4,-4.8 4,-6.2 0,-0.6 0,-0.4 -0.4,-0.6 -0.4,0 -1,0.4 -1,1 0,0.2 0.2,0.2 0.4,0.2 l 0.6,-0.2 c 0,0.6 -0.2,0.8 -0.6,0.8 -0.8,-0.4 -1.2,-0.4 -1.2,-1 0,-0.6 0.6,-1.4 2.4,-3 2.2,-2.4 4.6,-6.4 4.6,-7.8 0,-0.6 0.2,-1.2 0.4,-1.4 1.8,-2.6 2.8,-3.6 2.8,-5 0,-0.2 -0.2,-0.4 -0.4,-0.4 -0.4,0 -0.6,0.2 -1.4,0.6 -0.2,0 -0.2,0 -0.2,-0.4 0,-1 0,-1.4 0.6,-1.4 l 2,0.6 c 0.2,0 0.2,-1.4 0.6,-1.4 0.2,0 0.4,-0.2 0.4,-0.4 0,-1 1.6,-3.6 1.6,-4.8 V 77 c 0,-0.4 0.2,-1 0.6,-1.4 1.2,-1.2 4.2,-9.4 4.2,-10.8 0,-0.4 -0.4,0 -0.4,-1 l 0.2,-2.4 c -2.4,5.8 -3.2,8.8 -3.6,8.8 0,-0.8 0.2,-1.8 1,-3.6 1.4,-4.4 2.2,-8.8 2.2,-11 0,-0.8 0,-1.2 0.4,-1.2 0.2,0 0.6,0 0.6,-0.4 0,-0.2 -0.2,-0.4 -0.6,-0.4 l -1.6,0.2 c -0.6,0 -0.8,-0.2 -0.8,-0.6 0,-1 2.6,-3 2.6,-3.6 v -0.2 l -0.8,0.4 -0.2,-0.2 0.4,-1.4 c 0,-0.2 -0.2,-0.2 -0.4,-0.2 l -1,0.2 c 1,-1 1.6,-1.2 1.6,-1.6 -1,0 -1.4,0 -1.4,-0.4 0.2,-0.4 0.4,-0.6 0.6,-0.6 h 0.2 c 0.2,0 0.4,-0.6 0.4,-1.2 v -1.2 c -0.6,0.6 -1.2,1 -2.2,1 -1.2,0 -1.4,-0.4 -1.8,-1.4 0,-1 0.6,-1.4 1.6,-3 -2.2,1.8 -3.2,2.6 -4,2.6 l -0.2,-0.2 c 1,-1.2 1.4,-1.6 1.4,-2.2 l -0.2,-0.4 c -0.6,0 -0.8,0.4 -1.8,1 l -0.2,-0.2 c 0,-0.4 1.8,-2.2 1.8,-2.8 -0.4,-0.4 -0.2,-0.2 -0.4,-0.6 0,-0.6 0.2,-0.6 0.6,-1.4 -0.6,-0.8 -0.4,-0.4 -0.6,-1.2 l 0.4,-3 c 0,-0.4 0,-0.4 -0.4,-0.4 -1,0 -1.8,0.4 -2.8,0.4 -0.8,0 -7,4.2 -8.2,4.2 -2.4,0 -3.8,4.2 -12.2,21.8 0,0.8 -4.4,8.4 -4.4,9.6 0,0.4 -0.4,1.2 -1,1.6 -1,0.8 -3,5.4 -3,6.6 0,0.6 -1.2,0.4 -2.2,4 -1,3.6 -4.8,9.6 -4.8,10.8 -1.4,2.8 -2.4,4 -3,6 -3.2,7.8 -4,8.6 -10,22.8 -3.6,0.6 -7.8,0.8 -29.2,0.8 -6.4,0 -11.6,0 -11.6,-0.2 0,-1 16.4,-31.8 16.4,-33.2 0,-1 2.4,-3 2.4,-4 0,-0.4 -1.4,-0.4 -1.4,-1 0.6,-1.2 1.2,-1.6 2,-1.6 0.6,0 4,-6.2 4,-7.6 v -0.2 c 0,-0.4 0.8,-1.6 1.6,-2.8 2,-3 3.8,-8 3.8,-9.6 l -0.6,-1 c 0.4,-0.6 0.6,-0.8 0.6,-1.8 0,-1.6 -1.6,-4 -2,-4 -0.2,0.4 -0.2,0.8 -0.8,0.8 l -0.6,-0.2 -1.4,0.8 -0.2,-0.2 c 2.8,-6.4 2.2,-5.4 3.2,-8.8 0,-0.6 -0.2,-0.8 -0.6,-1.2 l -0.2,0.2 0.4,1.8 h -0.2 c -0.6,-0.8 -0.8,-1.4 -1.2,-1.4 h -0.4 l -0.2,-0.6 0.2,-2.2 c 0,-0.4 0,-0.6 -0.2,-0.6 -2,1 -2.8,3.4 -3.4,3.4 -0.8,-0.4 -1.2,-0.6 -1.2,-1.2 l 0.6,-1 -0.2,-0.4 c -0.6,0 -1,0.4 -1.6,1 l 1,-2.4 c 0,-0.2 -0.2,-0.2 -0.2,-0.2 -1.2,0.6 -0.8,0.2 -1.6,1 0.8,-1.4 0.4,-4.6 1.2,-6 h -0.8 l -0.4,0.2 c -0.2,0 -0.4,-0.2 -0.4,-0.4 l 0.4,-2.2 c 0,-0.6 -0.2,-0.6 -0.6,-0.6 -1.8,0.2 -5.2,2.6 -5.2,3.8 v 0.4 c -0.6,-0.6 -0.8,-1 -1.4,-1 l -7.6,5.2 -6.4,4.4 -11.4,23.8 -24,53.8 c -0.8,0 -1.8,1.4 -2.8,1.4 -0.8,0 -2.8,2 -3.8,2 -0.4,0 -1.2,0.2 -2.2,0.6 -0.8,0.6 -1,1.6 -1,2.6 0,1.2 1.6,1 1.6,1.4 -1.2,1 -2,1 -2,2.2 0,1.6 1.2,2.6 3.4,4.6 l -24.4,71.4 c 0,1.4 2.2,3.2 3.6,3.2 1,0 2.2,-3 2.2,-5 0,-0.8 0.2,-1.4 0.6,-1.4 0.2,0 0.4,0.4 0.4,1.2 l -0.4,3.6 c 0,0.6 0.2,0.8 0.4,0.8 0.4,0 0.8,-0.6 0.8,-1.8 0,-1.4 0.4,-1.2 1,-1.6 V 207 c 0,-0.6 0.2,-1.2 0.6,-1.2 l 0.2,0.2 c 0.2,0 0.2,-0.2 0.2,-0.6 l -0.4,-1.8 c 0,-0.6 0.4,-0.8 1.4,-0.8 0.8,0 1.8,0.4 2.4,0.8 0.8,0.8 1.8,1 2,2 0,0.8 -0.2,1.2 -0.6,1.2 -0.4,-0.8 -0.6,-1 -1,-1 v 0.4 c -0.2,0 -0.4,-0.2 -1,-0.8 -0.4,0.8 -0.4,0.4 -0.4,1.2 0,0.4 0,0.6 0.2,0.6 0.4,0 0.2,1.2 1,1.2 l 0.4,-0.2 c 0.4,0 0.4,0.4 0.4,1.2 v 1.2 c 0,0.2 0,0.2 0.2,0.2 0.4,0 0.6,-1.2 1.4,-2.6 0,1.8 0.6,3.8 1,3.8 0.2,0 0.2,-0.8 0.6,-0.8 1.4,0 4.2,-3.6 4.2,-6.6 v -0.2 c 0,-1.8 1,-1.2 1,-2.4 0,-1.6 1,-2 1,-2.4 0,-1 0.8,-1.4 2.6,-1.4 1.2,0 1,1 2,1 0.4,0 0.6,-0.2 0.6,-0.6 l -0.2,-0.4 c 0,-0.8 0.8,-1.8 1.4,-1.8 0.4,0 0.8,-0.2 0.8,-0.6 l -0.2,-0.4 -0.6,0.2 V 195 l 0.4,-0.6 c 0.2,0 0.2,0.4 0.8,0.8 0.2,0 0,-1.6 1.2,-3.2 0.6,-0.8 0.8,-1.2 0.8,-1.6 0,-0.8 -0.4,-0.6 -0.8,-1.6 l 0.8,0.2 c 0.6,0 1.2,-0.8 1.2,-1.8 -0.4,-0.8 -0.8,-1 -0.8,-1.2 l 0.8,0.2 c 1.2,0 2,-3 2.4,-3 0,0.6 -2,5.4 -5.2,12.4 -3.4,7.6 -6.4,14.8 -6.4,17.6 0,0.2 0,0.2 0.2,0.2 0.6,-0.2 4.8,-9.4 7.8,-16.4 4.8,-11.8 23.6,-51.6 24.6,-51.6 5,-0.4 5.2,0 8.4,-3.2 -1.8,1.4 -2.4,2.2 -3.2,2.2 -0.6,-0.4 -1,-0.8 -2,-0.8 h -1.4 c -0.8,0 -1.2,0 -1.2,-0.4 0.4,-1 1,-0.6 3,-1 -1.4,-0.4 -2.2,-0.4 -2.2,-1 0.4,-1 0.2,-0.6 0.8,-1 0.4,0 0.4,0.4 1.2,0.8 l 1.2,-0.2 c 1,0 1.2,0.2 1.6,1 v -1.2 c 0,-0.2 0.2,-0.4 0.4,-0.4 l 1.4,0.8 1,-0.4 0.2,0.2 -0.4,0.8 0.2,0.2 c 1,0 1.2,-1.8 2,-1.8 l 0.4,0.2 -0.8,1.2 c 0,0.4 0.4,0.6 0.8,0.6 0.8,0 1,-1.8 1.6,-1.8 1,0.4 1,0.6 2,0.6 1,0 1,-0.2 2.2,-0.6 l -0.2,0.8 c 1,-0.8 2,-1.2 2.6,-1.2 h 0.4 c 0.6,0 1,-0.2 2,-0.8 l -0.4,0.8 c 0,0.4 1.6,0.4 1.6,1 v 0.4 c 0.2,0 0.2,-0.8 1.2,-0.8 l 1,0.2 -0.4,-1 0.2,-0.2 c 0.4,0 0.8,0.6 1.8,1.2 0,0 0.2,-0.2 0.2,-0.4 0,-0.2 -0.2,-0.6 -0.2,-1 0,-0.4 0.2,-0.8 0.6,-0.8 0.8,0 1.6,0.4 3.4,0.8 1,0 1.6,-1.2 2.2,-1.2 0.8,0.4 4,0.6 4.2,1 0,0.4 0,0.2 0.4,0.4 1.4,0 1.2,-2.2 2.4,-2.2 0.2,0 0.4,0.2 0.4,0.4 l -0.2,0.6 c 1,0 1.4,-0.8 3.6,-0.8 0.6,0 0.8,0 0.8,0.2 l -0.2,0.8 0.8,1.2 c 0,0.6 -2,2.4 -2.4,4 -0.4,1.8 -1.8,3.6 -1.8,4.4 0,1.8 -3.2,7.8 -7.4,20.8 -2,6.6 -11,27.8 -11,28.8 0,0.6 0.2,0.6 0.6,1.2 0,0.6 -1.8,1.2 -3.6,10 l -2.2,10.4 c -0.4,1.6 -0.6,4.2 -0.6,6.4 0.2,4.4 0.4,5.2 1.2,5.6 0.2,0 0.4,-0.4 0.4,-1 v -0.6 c 0,-0.2 0.2,-0.4 0.6,-0.4 0.2,0 0.4,0.2 0.4,0.6 l -0.4,2.2 c 0,0.6 0.4,0.6 1,0.6 z m -59,-25.2 c 0,0 -0.2,-0.2 -0.2,-0.6 0,-0.2 0.2,-0.6 0.6,-0.6 l 0.2,0.2 c -0.2,0.6 -0.4,1 -0.6,1 z m -12.4,-3 c 0,0 -0.2,-0.2 -0.2,-0.8 0,-1.2 0.4,-1.6 1,-1.6 0.2,0 0.2,0.2 0.2,0.4 0,0.4 -0.2,1 -0.6,1.6 z m 5,-2.2 c -0.4,0 -0.4,-1.6 -1,-3 0,-0.2 0,-0.2 0.2,-0.2 l 1.4,0.2 c 0.4,0 0.4,0 0.4,-0.2 l -0.2,-1.8 c 0,-1 0.4,-1.6 1,-1.6 h 1 l -0.8,-1.4 c 0,-0.8 0.4,-1.4 1.2,-2.8 l -0.2,-0.4 c 0.4,-1 1,-1 1,-2.8 0,-1.6 1.6,-3.2 1.6,-5 v -0.4 c 0,-0.4 0.2,-0.6 0.4,-0.6 l 0.6,0.2 V 182 l -0.2,-1 c 0,-2.2 0.8,-2.2 0.8,-3.2 0,-1 0.6,-1.4 1.6,-1.6 v 0.2 c -0.6,0.6 -0.8,1 -0.8,1.8 v 1.2 c 0,1.8 -2,5.4 -2,6.2 v 0.6 c 0,1.2 -1.8,4.4 -1.8,6.8 v 0.8 c 0,1.8 -0.8,1.6 -1.6,4.4 -0.4,2 -0.8,3 -1.2,3 l -0.6,-0.6 c -0.2,0 0,1.6 -0.8,1.6 z m 75.4,15.2 c -1.2,0 -2,-0.4 -2,-0.8 l 0.4,-0.6 c 0.4,0 0.4,0.2 0.8,0.6 v -0.2 l -0.2,-2.4 c 0,-0.2 0,-0.4 0.2,-0.4 l 1,0.4 c 0.2,0 0.4,-0.2 0.4,-0.4 l -0.4,-1.4 c 0,-0.8 0.8,-1 0.8,-2.6 0,-1.6 1.8,-5 1.8,-5.8 v -0.2 c 0,-0.4 0.4,-0.6 1,-0.6 0.8,0 1.2,0.4 1.2,1.2 v 0.4 c 0,1.2 -0.6,0.8 -1,1 l 0.2,0.4 c 0,0.6 -1.4,0.2 -1.4,1.2 l 0.2,1.4 c 0,1.2 -1.2,2 -1.2,2.8 v 0.8 c 0,1.8 -1.6,5.2 -1.8,5.2 z m -59.6,-19.4 c 0,-0.2 0.2,-1.2 0.8,-2.2 l 0.2,-2.8 c 0,-0.6 0.8,-0.2 0.8,-1.4 l -0.2,-1.8 c 0,-0.6 0.2,-1 0.4,-1 0.2,0 0.2,0.2 0.4,0.8 l -0.2,1 c 0.4,0 0.8,-0.8 1.8,-2.4 v 0.2 c -1.6,5 -3.4,9.6 -4,9.6 z m 2.6,-9.8 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-1 0.4,-4 1.4,-4 0.2,0 0.6,0.2 0.6,0.8 v 0.2 c 0,1.2 0.2,1.6 0.6,2.4 l -0.8,-0.2 c -0.4,0 -1,1.4 -1.4,1.4 z m 72.2,16.2 c -0.2,0 -0.4,-0.4 -0.6,-1.4 0.6,0.8 0.2,0.4 0.8,1.2 z m -11.2,-2.8 c -0.2,0 -0.2,0 -0.2,-0.2 0.8,-1.8 1.4,-2.2 1.8,-2.2 0,0.4 -0.4,1.2 -1,1.8 z m -59.4,-19.2 c -0.2,0 -0.4,0 -0.4,-0.4 l 0.4,-1.6 c 0,-0.2 0.4,-0.2 0.8,-0.2 0.6,0 1,0.2 1,0.6 0,0.4 -1.2,1.6 -1.8,1.6 z m 5.4,0 0.8,-1.4 h 0.2 v 0.2 l -0.6,0.8 z m 56.4,17.4 c -0.4,0 -0.6,-0.8 -1,-2.8 7.6,-19.8 8.2,-20.6 9.8,-21.8 l -0.2,0.6 c 0.6,0.4 1,0.4 1,0.8 0,1 -1.6,0.6 -10.2,21 0,0.4 1.4,0.2 1.4,0.6 l -0.4,1.2 z m -59.4,-21 c 0,0 -0.2,0 -0.2,-0.4 0,-0.2 0.4,-0.6 0.6,-0.8 h 0.4 c -0.4,0.8 -0.4,1.2 -0.8,1.2 z m 5.2,-1 v -0.2 c 0,-0.6 1.6,-3.8 2,-3.8 0,0.4 -0.4,1 -0.6,1.8 -0.8,1.6 -1.2,2.2 -1.4,2.2 z m -2.4,-1.4 c -1.2,0 -1.8,0 -1.8,-0.8 0,-0.4 0,-0.4 0.2,-0.4 1,0.2 1.6,0.8 1.6,1.2 z m -15.8,-1 -0.2,-0.2 c 0,-1.2 2.2,-7.4 3.4,-7.4 l 0.2,0.4 -0.6,2.2 c 0,0.2 0,0.2 -0.2,0.2 l -0.6,-0.2 -0.2,0.2 c 0.2,0.2 0.2,0.4 0.2,0.4 v 0.6 c 0,1.2 -1.2,3.8 -2,3.8 z m 82,-1.2 V 174 c 0.2,-2.4 0.6,-4 0.8,-4 0.4,0 0.8,0.8 0.8,1.6 v 0.4 c 0,0.8 -0.4,1.4 -0.8,1.8 z m -61.6,-1.2 v -0.2 c 0,-0.4 0.8,-2 1,-2 v 1.2 c 0,0.2 -0.2,0.6 -0.4,0.8 z m -5.2,-0.4 c -0.2,0 -0.6,-0.2 -0.6,-0.6 l 0.2,-0.4 c 0.6,0.2 1,0.4 1,0.8 0,0 -0.2,0.2 -0.6,0.2 z m 79,0 c 0,0 0,-0.2 -0.2,-0.8 0,-0.8 0.4,-1 1.2,-1.4 v 0.2 c 0,0.4 -0.2,1 -0.4,1.4 z m -77.8,-1.4 c -0.6,-0.4 -1,0 -1,-0.8 0,-0.8 2,-4.6 2,-5.4 0,-1.2 0.4,-1.2 0.8,-2 l -0.2,-0.6 c 0,-0.4 1,-0.8 1.4,-2.2 1.6,-3 0.6,-1.8 2.6,-4.4 l 0.2,1.6 c 0,0.8 0,1.4 -0.2,1.4 h -0.2 c -0.8,0 -2.2,2.2 -2.2,3.2 l 0.2,0.8 c 0,1.4 -2.2,4.2 -2.6,6.2 -0.2,1.6 -0.4,2.2 -0.8,2.2 z m 68,-1.6 c 0,0 -0.2,-0.4 -0.2,-1.2 0,-0.4 0.2,-0.8 0.4,-0.8 h 0.2 c 0.2,0.2 0.4,0.4 0.4,0.8 -0.2,0.8 -0.6,1.2 -0.8,1.2 z m -61.6,-1.6 c 0,-0.4 1.6,-4.4 2.2,-5 l 0.4,-0.2 c 0,0.8 -2.2,5.2 -2.6,5.2 z m -19.8,-1.4 c 0.4,-3.6 1.8,-4.4 1.8,-5.6 0.4,-2 1.4,-2 1.6,-3.4 0.2,-0.6 0.6,-1.2 1,-1.2 0.2,0 0.4,0.2 0.4,0.4 0,0.8 -2,2.8 -2,5 v 0.2 c 0,1 -0.4,1.6 -0.6,1.6 h -0.2 c -0.2,0 -0.2,0.2 -0.2,0.4 v 0.2 c 0,1 -1.4,2.4 -1.8,2.4 z m 82.4,0.2 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.8 1.4,-4.4 2,-4.4 0.2,0 0.4,0.2 0.4,0.4 0,0.8 -1.4,2.6 -1.4,3.6 0,0.6 -0.2,1 -0.4,1 z m -60,-4.6 6.2,-14 c 0.2,-0.6 0.6,-1 0.8,-1 0,1.2 -6.6,15 -7,15 z m 76.6,-0.6 -0.6,-0.2 c 1,-0.4 0.6,-0.2 1,-1 l -0.2,-1.2 c 0.8,0.6 0.4,0.4 0.8,1.2 -0.2,0.6 -0.2,1.2 -1,1.2 z m -3.2,-0.6 0.6,-2 c 0,-0.6 -0.6,-0.6 -0.6,-1.2 0,-1 1.6,-3.2 2.8,-3.2 0.2,0 0.2,0 0.2,0.2 -1.4,2 -1.2,3.8 -2.4,5.4 z m -10.6,-1.4 c -0.2,0 -0.6,-0.4 -0.6,-1.2 0.4,-1.4 0.4,-2 1,-2 0.4,0 0.6,0.2 0.6,1 0,0.4 -0.2,1.4 -0.6,1.8 z m -79.4,-4 c -0.2,0 -1.2,-0.6 -1.2,-1.6 l 0.4,-1.6 -0.2,-0.2 c 0,-0.2 0.6,-0.6 1.8,-1 0.4,0 0.8,0.4 0.8,0.8 0,0.6 -0.2,0.8 -0.8,1.2 -0.2,0 0,-0.6 -0.4,-0.6 -0.6,0 -0.8,0.6 -0.8,1.4 0,0.6 0.2,0.8 0.4,0.8 l 0.6,-0.2 0.2,0.2 c -0.4,0.6 -0.6,0.8 -0.8,0.8 z m 14.6,-0.4 c -0.2,0 -0.2,-0.2 -0.2,-0.4 0.2,-0.6 0.6,-0.8 0.6,-0.8 0.2,0 0.4,0.2 0.4,0.6 0,0.2 -0.4,0.6 -0.8,0.6 z m 67.4,-1.4 c -0.4,0 -0.6,-0.4 -0.6,-0.8 v -0.2 c 0,-1 1.6,-2.2 1.6,-3 v -0.2 c 0,-0.8 0.8,-1.4 1.6,-2.4 -0.6,2.4 -0.2,1.2 -1.4,3.6 -0.6,0.4 -0.4,3 -1.2,3 z m -67,-1 c -0.4,0 -0.6,0 -0.6,-0.4 0.2,-0.6 0.4,-1.2 1,-1.2 0.2,0 0.6,0.2 0.6,0.8 0,0.2 -0.4,0.6 -1,0.8 z m 78.4,-1.2 c -0.4,0 -0.8,-0.2 -0.8,-0.4 l 0.2,-0.2 0.6,-0.2 c 0.4,0 1,0.2 1,0.6 0,0.2 -0.4,0.2 -1,0.2 z m -91.8,-1 c -0.4,0 -0.6,-0.2 -0.8,-0.6 0.6,-1.8 1,-2.8 1.6,-2.8 0.4,0 0.6,0.4 1.2,1 0,0.4 -1.2,0.6 -1.2,1.4 v 0.2 c 0,0.6 -0.4,0.8 -0.8,0.8 z m 92.8,-0.2 c -0.6,-0.4 -0.4,-0.2 -0.6,-0.8 0,-0.8 0.4,-1.2 1.4,-1.8 v 0.2 c -0.2,1.4 -0.4,2.4 -0.8,2.4 z m -77.2,-0.8 h -0.4 c -0.2,0 -0.4,0 -0.4,-0.4 0,-0.8 1.2,-4.2 1.8,-4.2 0.8,0.8 0.6,0.4 0.8,1.4 0,0.8 -1.4,1.6 -1.4,2 l 0.2,0.6 c 0,0.2 -0.2,0.4 -0.6,0.6 z m -13.6,-2.6 c -0.2,0 -0.6,-0.6 -0.6,-1.4 0,-0.8 0.2,-1.4 0.4,-1.4 0.8,0 1.2,0.4 1.2,1 -0.2,1.2 -0.6,1.8 -1,1.8 z m 91.6,0 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0,-0.8 2,-2.4 2.8,-5 0.6,-2.2 1.8,-3.8 2.4,-3.8 h 0.2 v 0.2 c -1.2,2.2 -2,3 -2,4.2 v 0.2 c 0,2 -2.2,4.6 -3,4.6 z m -89.6,-4.2 c -0.2,0 -1.4,-0.4 -1.4,-0.8 0,-0.2 0.2,-0.4 0.6,-0.4 0.2,0 0.4,0.2 0.6,0.4 z m 82.4,-2.8 c -0.2,0 -0.6,-0.4 -0.8,-1.2 l 0.2,-0.2 c 0.2,0 0.4,0.4 0.6,1.2 z m -43.2,-0.6 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0.2,-0.6 0.2,-0.2 0.6,-0.6 0.2,0 0.4,0.2 0.6,0.4 0,0.4 -0.4,0.6 -0.6,0.6 z m 41,-0.8 h -0.2 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.6 0.4,-1 1,-1 0.2,0 0.2,0 0.2,0.2 0,0.4 -0.2,0.8 -0.6,1 z m 14.2,-2.6 c -0.2,0 -0.2,-0.2 -0.2,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.4,0 0.4,0.2 -0.2,0.8 -0.4,1 -0.8,1 z m 2,-3.2 h -0.2 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-0.6 0.4,-1.2 0.8,-1.2 0.2,0 0.4,0.2 0.4,0.6 0,0.4 -0.2,1 -0.6,1.2 z m -63.8,-13.6 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0,-1.2 1.6,-3.2 1.8,-3.2 l 0.2,0.2 c 0,0.6 -1.2,3.4 -1.6,3.4 z m -22,-1 c 1.4,-2 1.8,-3.6 2.2,-3.6 0.2,0 0.4,0.2 0.4,0.4 l 0.2,0.2 c 0,0.2 -0.6,1 -1.2,1.6 z m 20.2,-0.2 c 0.4,-1.8 1,-3 1.4,-3 0.2,0 0.2,0.2 0.2,0.2 0,0.8 -1.4,2.8 -1.6,2.8 z m -17.4,-4.2 c 0.6,-2 1.2,-2.8 1.8,-2.8 0.2,0 0.2,0.2 0.2,0.8 0,0.4 -0.6,1 -1.2,1.4 z m 20.2,-1.2 c -0.2,0 -0.2,0 -0.2,-0.4 0,-0.4 0.2,-1 0.6,-1 0.2,0 0.2,0 0.2,0.2 -0.2,1 -0.4,1.2 -0.6,1.2 z m -17.6,-3 v -0.2 c 0,-0.6 3.2,-7.2 3.8,-7.2 0.2,0 0.2,0.2 0.2,0.4 v 0.2 c 0,1.2 -3.6,6.8 -4,6.8 z m 24.6,-7.4 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.4 1.6,-2.8 2,-2.8 l 0.2,0.4 c -0.6,1.6 -0.8,2.6 -1.8,2.6 z m -16.6,-7 -0.2,-0.4 c 0.4,-1.2 0,-0.6 1,-1.8 v 0.6 c 0,0.6 0,1.2 -0.4,1.4 z m 97.8,-6.2 v -0.4 c 0,-0.8 0.6,-1.6 1.6,-2.6 -0.8,2.2 -1.4,3 -1.6,3 z m -72.2,-3 c -0.4,0 -0.6,-0.2 -0.8,-0.8 0.2,-0.8 0.6,-1.4 1,-1.4 0.4,0 0.8,0.6 0.8,1.2 0,0.2 0,0.4 -0.2,0.6 z m 2.4,-6.4 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.6 0.4,-0.6 0.4,0 0.6,0.4 0.6,0.6 0,0.4 -0.2,0.6 -0.4,0.6 z m 73.8,0 c 0,0 -0.2,-0.2 -0.2,-0.6 0,-0.2 0.4,-0.6 0.6,-0.8 h 0.4 c -0.2,1 -0.4,1.4 -0.8,1.4 z m -79,-1.8 c 0.8,-1.8 1.6,-2.8 1.6,-4 0,-0.6 0,-1 0.2,-1 l 0.4,0.2 c 0.2,0.2 0.2,0.4 0.2,0.8 0,1 -2,4 -2.4,4 z m 80,-0.4 v -0.2 c 0,-1 1.8,-5.2 2.2,-5.2 l 0.2,0.2 c 0,1.2 -2.2,5.2 -2.4,5.2 z m -76.2,-6.2 h -0.2 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-0.4 0.2,-0.8 0.6,-0.8 0.2,0 0.6,0.2 0.6,0.6 0,0.2 -0.4,0.6 -0.6,0.8 z m 1.4,-2.6 c -0.2,0 -0.4,-0.4 -0.4,-0.8 0,-0.6 0.4,-1 0.6,-1 0.2,0 0.4,0.2 0.4,0.4 z m 0.6,-2.4 V 66 c 0.4,-1.4 1,-2 1,-3 l -0.2,-0.8 c 0.6,0.4 0.8,0.4 0.8,1 0,1 -1,3 -1.6,3 z m -11.2,-4 c 0,0 -0.2,-0.2 -0.2,-0.6 v -0.2 c 0,-0.2 0.2,-0.4 0.4,-0.4 l 0.4,0.2 c -0.2,0.6 -0.4,1 -0.6,1 z m 16.8,-5.4 c -0.6,-0.4 -0.4,-0.2 -0.8,-0.8 l 1,0.4 V 55 c 0,-0.6 0.6,-0.8 1.4,-1.2 0.2,0 0.4,0.2 0.4,0.8 0,1 -1.2,2.2 -2,2.2 z m -7.8,-11 h -0.6 c -0.4,0 -0.6,0 -0.6,-0.2 0.6,-1.6 1.2,-2.4 1.8,-2.4 0.2,0 0.2,0 0.2,0.2 l -0.2,1 0.4,1 c 0,0.2 -0.4,0.4 -1,0.4 z m 0.4,185.2 c 0.6,0 0.6,-0.6 0.8,-1.6 -0.2,-0.6 -0.4,-1.2 -1,-1.2 -0.6,0 -0.8,0.4 -0.8,1 0,0.4 0.2,1 0.6,1.4 z m 1.2,-3.6 c 0.4,0 0.4,-0.6 0.6,-2 l -0.2,-0.2 h -0.6 c -0.8,0 -1,-1.2 -1.4,-1.2 -0.6,0.4 -0.8,0.4 -0.8,1.2 0,0.8 0.4,1.4 0.8,1.4 l 0.6,-0.2 z m -62,-20.8 c 0.4,0 0.6,-0.2 0.6,-0.2 l -0.2,-0.6 c 0,-0.6 0.6,-0.6 0.6,-1.2 v -0.2 c -0.2,-1 0,-0.6 -0.8,-1.6 l 0.2,1.2 c 0,0.6 -0.2,1.2 -0.6,1.4 -0.4,0.2 -0.6,0.6 -0.6,0.8 0,0.2 0.4,0.4 0.8,0.4 z m 74.2,15 c 0.8,-0.8 0.4,-0.4 0.8,-1.2 0,-0.2 0,-0.2 -0.2,-0.2 -0.4,0 -0.6,0.4 -0.8,1.2 z m -72.6,-19.4 c 0.6,0 1,-0.2 1.2,-0.8 -0.6,0 -0.4,0 -1,0.2 -0.2,0 -0.2,-0.2 -0.2,-0.4 l 0.2,-0.8 c 0,-0.4 -0.2,-0.4 -0.8,-0.4 -0.4,0 -0.6,0 -0.6,0.2 l 0.4,0.2 0.2,0.6 v 0.6 c 0,0.4 0.2,0.6 0.6,0.6 z m 40.2,-57.2 c 0.8,0 2,0 3.6,-0.2 0.4,0 0.4,-0.4 0.4,-0.6 0,-0.6 -0.2,-1 -0.4,-1 -0.8,0.4 -1.2,0.8 -3.2,0.8 l -1,-0.2 c -0.8,0 -1.2,0.4 -1.2,0.6 0.2,0.4 0.2,0.6 1.8,0.6 z m 7,-0.4 c 2.6,-0.4 4,0.2 4,-1 0,-0.4 -0.2,-0.4 -0.8,-0.4 h -0.8 c -0.4,0 -0.2,-1.4 -1.4,-1.4 h -0.6 c 0,0.2 0.4,0.4 1,1 0,0.2 -1.6,0 -1.6,0.8 0,0.2 -0.2,0.2 -0.6,0.2 l -1,-0.2 v 0.4 c 0.2,0.4 0.8,0.6 1.8,0.6 z m 7.2,-0.6 c 1.2,-0.2 2,-0.4 2,-0.8 -0.2,-0.2 -0.8,-0.4 -1.4,-0.4 h -0.6 c -0.8,0 -1,-0.4 -1.4,-0.6 -0.4,0 -0.4,0.4 -0.4,1.2 0,0.6 0.4,0.6 1.8,0.6 z m 3.8,0.2 c 0.4,0 0.6,-0.4 0.8,-1 l -0.4,-0.2 c -0.4,0 -0.6,0.2 -0.6,0.6 z m 3.4,-0.6 c 0.4,0 0.8,-1 1.2,-1 l 1,0.2 c -0.4,-0.6 -0.2,-0.4 -0.8,-0.8 -1,0.6 -0.6,0.4 -1.6,0.6 l -0.4,-0.2 v 0.4 c 0,0.4 0.2,0.8 0.6,0.8 z m 4,-0.6 c 0.6,0 1.2,-0.4 1.2,-0.6 0,-0.4 -0.4,-0.6 -1,-0.6 -0.4,0 -1,0.2 -1.2,0.8 0,0.2 0.4,0.4 1,0.4 z m 4.6,-91.4 c 0.4,-0.2 1,-0.6 1.2,-1.2 0,-0.2 -0.2,-0.4 -0.4,-0.4 -0.6,0 -1,0.4 -1.6,1.4 0,0.2 0.2,0.2 0.8,0.2 z m 68.8,-8 c 0.4,0 0.8,-0.2 0.8,-0.4 0,-0.2 -0.4,-0.4 -1.2,-0.4 -0.6,0 -0.8,0.2 -0.8,0.4 0.2,0.2 0.8,0.4 1.2,0.4 z"/><path d="m 889.40015,214.6 c 3.6,0 13,-2.4 34,-8 0.8,-0.4 3,-1 5,-1.4 25.6,-7 23.2,-5.8 23.8,-6.8 l 0.2,-0.4 c 0,-0.2 0,-0.2 -0.4,-0.2 -0.8,0 -3.4,1.2 -5.2,1.2 -1.2,0 -2.2,-0.6 -2.4,-1.8 0,-1.6 3.8,-2.4 5.6,-2.4 0.6,0 1,0.2 1,0.6 -0.2,1.2 -2.6,1.4 -2.6,1.8 0.2,0.2 0.4,0.4 0.8,0.4 3.2,-0.6 3.8,-1 3.8,-1.4 0,-2.4 0.4,-2.6 4.6,-3.4 l 0.6,0.2 c 0,0.2 -1,0.8 -1,1.4 0.2,0.8 0,0.4 0.6,0.8 0.6,0 1.2,-2.6 1.4,-2.6 v 1 l 0.4,1 c 0.4,-0.8 0.2,-1.4 0.8,-1.4 l 2.2,0.4 0.2,-0.2 c -0.8,-0.8 -0.6,-0.4 -1,-1.2 0,-1 3.2,-0.4 3.6,-1.4 0.2,-0.4 0.4,-0.6 0.8,-0.6 0.6,0 0.4,2.4 1.2,2.4 0.2,0 0.2,-0.4 0.2,-0.6 v -1.2 c 0,-0.2 0,-0.4 0.2,-0.4 1.4,0.8 2,1.6 2.8,1.6 l 0.2,-0.2 -0.6,-0.8 c 0,-0.6 1.4,-2 5,-2.4 1.2,-0.8 5.4,-0.8 6.2,-1.2 1.4,-0.8 3,-0.4 6.6,-1.4 l 0.4,-0.2 c 0.2,0 0.2,0.2 0.2,0.6 0,1.2 -2.6,0.8 -3.4,1.6 l -0.6,0.4 c 1.6,0 4.8,-0.4 4.8,-1.8 l -0.2,-1 c 0,-0.4 0.4,-0.6 1.6,-0.6 h 2.8 c 0.4,0 0.6,0 0.6,-0.2 l -0.4,-0.8 0.2,-0.2 1.4,0.2 c 1,0 0.6,-1 1.2,-1 l 2.2,-0.2 0.4,-0.4 -0.8,-0.2 -4.4,0.4 -0.4,-0.2 c 3,-1.2 3,-1.4 6,-2 4.39995,-0.2 8.79995,-2 10.39995,-3.4 l -0.2,0.6 c 0,0.2 0.2,0.4 0.4,0.4 1.2,0 4.2,-3.4 5.2,-3.4 0.2,0 0.4,0 0.4,-0.2 0,-0.2 -0.2,-0.2 -0.2,-0.4 l -1,-0.2 c -2,0 -5.4,0.6 -6.4,1 -0.4,0 -0.6,-1 -1.4,-1 -2.6,0.6 -2,2 -3.2,2 -0.6,0 -0.8,-0.6 -0.8,-1.2 v -0.2 c 0,-1 0.8,-1.6 2.4,-1.6 0.6,0 1,-0.2 1,-0.4 V 172 c 1.6,0 2,0.6 2.4,1.8 0.4,-1.4 0.2,-1.8 2.6,-3.8 2.6,-1.6 2.6,-2 2.8,-2.2 l 1,0.2 c 0.4,0 0.6,-0.2 0.6,-0.4 0,-0.8 -1.8,-1.2 -3.2,-1.2 -1.6,0 -1.8,0.4 -2.4,1 -0.2,0 -0.2,-0.2 -0.2,-0.6 v -0.2 c 0,-1 2.4,-1.4 2.4,-2 -0.2,-0.2 -0.6,-0.2 -1.2,-0.2 -1,0 -2.8,0.2 -4.6,0.6 h -0.8 c 0,-0.6 1,-1 2.4,-1.8 -2.2,0 -3.6,0 -3.6,0.4 0,0.6 -3.6,2.4 -4.59995,2.4 -0.4,-0.2 -0.4,0 -0.4,-0.4 0,-0.6 2.19995,-0.4 3.59995,-1.8 l -0.8,-0.2 c -8.39995,0.4 -9.79995,1 -11.59995,1.4 -16.6,2.4 -17.6,2.4 -41,6 -1.4,0.4 -4.2,0.8 -6.2,1.2 l -17.8,3.6 -2.4,0.2 c 0,-0.2 5.6,-9.2 12,-19.8 l 12.2,-19.8 c 15.8,-2.8 23,-4 23,-4.6 -0.4,-0.4 -0.6,-0.4 -0.6,-1.4 0,-1.4 0.2,-2 0.6,-2 l 1,0.4 c 0.6,0 0.8,-0.6 2,-1.6 0.4,0 0.4,0.6 1,0.6 1,0 2.4,-1 3.8,-1 l 3,0.4 c 0.4,0 0.8,0 1,-0.4 0.6,-0.6 1.6,-0.8 3.4,-0.8 3.2,0 2.6,-0.6 3.4,-0.6 l 1.4,0.2 c 0.6,0 0.8,0 0.8,-0.2 0,-0.6 2.6,-0.8 8.4,-0.8 2.59995,0 1.79995,-1.2 3.39995,-1.2 0.8,0 1.4,-0.2 1.4,-0.4 0,-0.2 -1,-0.4 -2.2,-0.4 -3.19995,0.2 -12.79995,1.4 -13.19995,1.6 l -1.4,-0.2 -0.6,-0.2 c 0,-0.4 26.79995,-2.8 30.19995,-3.6 5,-1 7.8,-0.6 7.8,-1.2 l -0.8,-1.2 c 0,-0.2 0,-0.2 0.2,-0.2 2.6,-0.2 4.4,-0.4 4.6,-0.8 0,-0.4 -3,-0.8 -4.8,-0.8 l -1.2,0.2 c -0.4,0 -0.4,-0.8 -0.6,-0.8 -0.4,0.4 -0.2,0.6 -1,0.6 -2.8,-0.4 -4.2,-0.4 -4.2,-1.2 l 0.8,-1.2 -1.2,0.4 c 0.4,-0.6 0.6,-0.8 1.6,-0.8 l 1.4,0.2 c 1,0 0.8,-1 1.4,-1 1.4,0 6,-2.2 6,-3 -0.2,-0.8 -1,-1 -1.6,-1 -2.6,0 -4.8,-0.2 -4.8,-0.4 0.6,-0.2 0.8,-0.4 0.8,-0.6 0,-0.8 -4.4,-0.8 -4.4,-1.2 0,-0.4 4.8,-1 4.8,-1.6 0,0 -0.4,-0.2 -1.2,-0.2 -2,-0.2 -6.2,-0.2 -11.4,-0.2 -12.19995,0 -28.99995,0.4 -29.59995,0.8 -0.4,0.4 -5.6,0.6 -13,1 1.4,-1.6 2.2,-2.4 2.2,-3.2 0,-0.2 -0.2,-0.2 -0.4,-0.2 l -1.4,0.6 c -0.2,0 -0.2,0 -0.2,-0.4 0,-0.4 0.2,-0.8 0.4,-0.8 h 0.8 c 1,0 1.4,-0.2 1.4,-0.8 l -0.2,-0.4 c 0,-0.2 0,-0.2 0.2,-0.2 h 0.6 c 0.8,0 0.6,-1.6 1.4,-2 0.8,-0.4 0.6,-1.6 1.6,-2.4 0.8,-0.8 0.6,-2.6 1.8,-4 1.4,-1.2 5.4,-7.4 5.4,-8.4 0,-0.8 0,1.6 5.6,-10.4 4.4,-8.8 4.4,-8.8 4.4,-9.6 0,-0.2 0.8,-0.6 1.6,-0.6 22.19995,-2.8 36.19995,-3.4 36.19995,-4.4 0,-0.2 -0.6,-0.2 -1.8,-0.2 -7.6,0.2 -3.4,0.4 -10.4,0.4 -9.6,0.6 -9.6,0.8 -22.99995,2 -1.8,0 -3,0.4 -3.6,0.6 -0.2,0 -0.4,-0.4 -0.4,-0.8 0,-2.2 0.4,-2.4 8.4,-2.6 4.19995,0 3.59995,-1 4.79995,-1 l 3,0.2 c 1,0 1.6,0 1.6,-0.2 0,-0.4 1.2,-0.4 2.6,-0.4 4.8,0 4.6,-0.8 7.4,-0.8 2.2,0 1.8,0.2 2.4,0.4 1,-0.4 1,-0.8 2.4,-0.8 2.6,0 5.6,-0.2 5.6,-1.2 0,-0.4 0,-0.2 -0.4,-0.4 -0.6,0 -0.8,0 -2.2,-0.6 0,0 1,-0.2 2.6,-0.2 1.8,0 2.8,0.2 2.8,0.2 -1.8,0.8 -1.6,1.2 -2,2.2 l 0.4,0.2 c 1,-0.2 1.2,-0.6 3.4,-0.6 2.6,0 4.4,-0.2 4.4,-0.8 0,-0.4 -0.6,-1 -1.4,-1 l -0.8,0.2 c -0.6,0 -1.2,0 -1.4,-0.4 0,-0.4 2.6,-0.6 8.8,-0.8 5,0 10,0 10.8,-0.2 l 3.4,-0.2 c 1,0 1.4,0 1.4,-0.4 l -1,-1.4 c 0,-0.6 -2.4,-2.8 -3.8,-2.8 -1,0 -1,0.4 -1.8,0.8 -0.4,0 -0.6,-0.6 -0.8,-1.6 0,-1 0.6,-1.6 1.6,-1.6 l 1.6,0.4 c 1,0 0.8,-1 1.8,-1 0.8,0 1,0 1,0.2 l -1.4,1.4 c 3.4,-0.4 4.6,-0.8 4.6,-1.2 0,-0.4 -1.2,-1.2 -1.2,-1.6 0,-1 0.6,-1 0.6,-1.6 0,-0.4 -0.6,-0.8 -1.6,-0.8 h -1 c -0.6,0 -0.4,-1 -1.6,-1 l -3.6,0.8 c -0.4,0 -0.4,-0.2 -0.4,-0.6 -0.2,-1.4 -0.2,-1.2 -1,-1.6 l 0.4,-0.2 c 2,0.4 1,0.4 3,0.6 2.2,0 2.8,-0.6 5.4,-1.6 0,-0.2 0,-0.2 -0.2,-0.2 l -5.4,0.8 -0.2,-0.2 c 2.6,-0.6 4,-0.8 4,-1 0,-0.6 -2.2,-0.4 -8,-1.2 -13.6,-2 -18,-2.2 -34.2,-2.2 -15.79995,0 -26.39995,0.4 -29.39995,0.4 -1,0 -1.6,0 -1.6,-0.2 0,-1.2 -1.6,-2.4 -2.2,-2.4 l 0.2,1 c 0,0.4 0,0.6 -0.4,0.6 l -1.2,-0.8 -0.4,0.4 c -0.6,-0.4 -0.6,-0.8 -1.4,-0.8 -2.4,0 -5.8,2.4 -6.2,3 l -0.6,-0.2 c -0.2,0 -0.4,0 -0.4,0.2 0,1.2 -10.6,2 -21.2,3.8 -5.2,1.2 -9.2,1.2 -9.2,1.6 0,0.2 -0.2,0.2 -0.6,0.2 -2,0 -5.4,3 -5.4,5.4 1.2,4.8 3.6,4.2 3.6,5.2 0.4,0.8 1.4,1.2 2.2,1.2 0.6,0 0.6,-0.8 1,-0.8 0.4,0.4 0.4,0.8 1,0.8 1.2,-0.4 1.8,-0.8 3.8,-0.8 0.4,0 0.6,0 0.6,0.2 -0.6,1.2 -0.8,1.6 -1.2,1.6 -0.4,0 -0.6,-0.4 -1.8,-0.4 -3,0.2 -3,0.4 -3,2.6 0,1.4 0.4,1.6 1.6,2.4 0.2,0 0.2,-0.2 0.2,-0.6 V 56 c 0.2,0 0.8,0.8 0.8,1.4 0,0.4 -0.6,0.8 -0.6,1 v 0.2 c 0,0.6 2.2,2 2.8,2 0.4,0 1,1.6 3,1.6 1.4,0 1.8,0 2,0.6 V 63 c 0,0.2 0,0.4 0.2,0.4 l 1.6,-0.8 0.4,0.2 c -2,1 -1.6,3.2 -5.2,3.2 -1.4,0 -2.2,0.2 -2.2,0.4 0,0.4 1.4,0.6 4,0.8 0,0.6 -7,11.6 -12.8,21.8 l -7.2,13.8 c -5.4,10.4 -1.8,7.4 -13.4,10 -11,2.2 -11.8,3 -13.6,3.4 -3.6,0.4 -8.4,2.8 -9.4,4.6 -0.4,0.8 -0.6,1.8 -0.6,2.6 v 0.8 c 0,2.4 2,4 2.4,5.2 0.2,0.4 1.2,1 2,1 2.4,0.4 2.8,4 3.8,4 0.8,0 -0.6,2 3.8,2.4 2,0 3.4,0.2 3.4,0.4 0,0.2 -2.8,0 -2.8,1 0,0.4 0.2,0.4 1,0.4 l 6.4,-0.4 c -1,2.4 -1.4,3.8 -3.4,3.8 -0.8,0 -1.6,0.4 -1.6,0.6 0,0.2 0.4,0.4 0.8,0.4 h 1.4 c 0.6,0 0.8,0 0.8,0.2 v 0.2 c 0,0.4 -0.4,0.8 -1,1.4 l 0.8,-0.2 c 0,0.4 -2,2.8 -6.6,12.8 -7.6,17.2 -5,11 -6.4,14 -1.4,3.8 -5.6,12.2 -6.2,13.2 -0.8,1 -3.4,2.2 -9.6,4.2 -7.2,2.4 -9.2,4.4 -9.2,8.2 0.2,2 1,3.6 2.2,3.6 0.4,0 0.6,0.2 0.8,0.6 0.6,1.2 0.6,1.8 1.2,1.8 1.2,-1 1.4,-1.4 2.6,-1.4 2.4,0 3.2,6.2 5,7.2 0.8,0.4 1.2,0.8 1.2,1 v 0.4 c 1,0 1.8,-0.2 1.8,-0.6 V 209 c 1.8,0.4 1.2,1.6 2.4,1.6 1.8,0 4.4,-1.8 4.4,-2.2 0,-0.4 -1.8,-0.2 -1.8,-0.4 0,-0.4 0.8,-0.6 2.2,-0.8 h 1.4 c -0.6,0.4 -1,1 -1,1.4 0.2,0.4 0.6,0.8 1,0.8 l 2.8,0.6 0.4,-0.2 -0.2,-0.6 c 0,-0.6 1.2,-0.2 1.2,-0.8 v -0.2 c 0,-0.6 2.6,-1.2 8,-1.4 0.6,0 1,0 1,0.2 -0.4,0.2 -0.6,0.6 -0.6,1.2 l 0.4,1 -1.8,-0.8 -1.4,0.8 c 0,0.2 0.2,0.2 0.6,0.2 0,0.4 -3,1.6 -4.6,1.6 -2,0 -4.6,1.4 -7.2,1.4 -3,0 -2.8,1 -4.2,1 -0.6,0 -1,0.2 -1,0.6 0,0.4 0,0.6 1.2,0.6 z m 19.8,-5.8 c -0.4,0 -0.6,0 -0.6,-0.2 l 1,-0.4 0.4,0.2 0.2,0.2 z m 5.6,-1.4 -0.2,-0.2 0.6,-1 c 0,-0.4 -1.6,-0.4 -1.6,-0.8 v -0.2 c 0,-0.2 0.2,-0.4 0.6,-0.4 0.8,0 0.8,1.2 2.4,1.2 l 1.8,-0.2 c 0.2,0 0.4,0 0.4,0.2 -0.2,0.2 -1.2,0.6 -2.6,1 z m -18.4,-0.4 c -0.4,0 -0.8,0 -0.8,-0.2 l 0.8,-0.6 c 0.4,0 0.8,0 0.8,0.4 v 0.2 c 0,0 -0.4,0.2 -0.8,0.2 z m 1.8,-0.6 c 0,-0.2 2.2,-1 3,-1 l 0.6,0.2 c -0.2,0.4 -0.8,0.6 -2.4,0.6 z m 14,0 c -0.6,0 -1,-0.2 -1,-0.8 0,-0.2 0.2,-0.4 0.4,-0.4 0.8,0 1.4,0.2 1.4,0.8 0,0.2 -0.4,0.4 -0.8,0.4 z m 8,-0.6 c -1.6,0 -1,-0.8 -2,-1.2 -0.2,-0.2 -0.4,-0.4 -0.4,-0.6 0,-0.6 0,-0.4 0.4,-0.8 l 0.8,0.2 c 0.8,0 1.6,-1.6 3.4,-1.8 1,0 1.2,2.4 2.2,2.4 0.4,0 0.6,-0.2 0.6,-1 0,-0.2 0,-0.2 -0.2,-0.2 l -1.2,0.2 c 1,-1.2 1,-1.2 2.8,-1.2 l -0.6,-1 0.2,-0.2 1.8,0.4 0.2,-0.2 v -0.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 1.2,0.2 0.8,0 2,0.6 l 0.2,-0.2 -0.2,-0.6 c 0,-0.2 0.2,-0.4 0.6,-0.4 1.6,0 2.8,0.8 3.8,2 V 201 l -0.4,-2 c 0,-0.4 0.2,-0.6 0.6,-0.6 0.6,0 1,0.2 1,0.6 0.2,0 0.8,-0.4 1.4,-1 0.8,-0.6 1.2,-1 1.6,-1 1,0.4 0.6,0.2 1.6,0.4 0.6,0 1.2,-0.6 1.8,-0.6 0.6,0 1,0.4 1.2,1.8 v 0.2 c 0,1.2 -3,1.8 -10.8,3.6 -0.4,0 -0.6,-0.2 -0.6,-0.4 l 0.2,-0.8 c -0.6,-0.8 0,-0.6 -0.8,-1 l 0.2,0.6 c 0,0.6 -0.8,0.8 -2,1.6 0.8,0 1.2,0 1.2,0.2 0,0.8 -8.8,3.2 -11.2,3.2 z m 3.4,-1.2 -0.8,-0.4 c -0.6,0.2 -0.4,0 -1,0.4 z m 14.6,-4.2 c 1,0 5,-1 5,-1.6 -1,-1 -0.4,-0.4 -1.8,-1 l -0.2,0.2 0.2,0.4 c 0,0.6 -3.4,1.4 -3.6,2 z m -35,5 c -0.4,0 -0.6,0 -0.6,-0.2 0.8,-0.6 1.4,-1 2,-1 h 0.6 c 0,0.2 -1.2,1.2 -2,1.2 z m 3.4,-1.2 h -0.2 c 0,-0.4 2,-1 5.8,-2 h 0.2 c -0.2,0.6 -4.8,2 -5.8,2 z m -24.4,-1.2 c -0.2,0 -0.6,-0.2 -0.8,-1.2 l 0.2,-0.4 c 0.2,0 0.4,0.4 0.8,1.4 0,0.2 0,0.2 -0.2,0.2 z m 32,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.8,-0.4 0.6,0.2 v 0.2 z m 2,-1 h -0.4 c 0.4,-0.6 5,-1.8 5.8,-1.8 0.2,0 0.2,0.2 0.2,0.4 0,1.2 -4.8,1.4 -5.6,1.4 z m 6.6,-1.8 c 0.6,-0.6 4.8,-2 6.2,-2 l 0.4,0.2 c 0,0.2 -1.6,0.8 -3.6,1.4 z m 8.4,-2 c 0.6,-0.8 0.2,-0.4 1,-0.8 0.4,0 0.2,0 0.4,0.2 l -0.6,0.4 z m 2.4,-0.4 -0.2,-0.2 c 0.4,-0.4 0.8,-0.8 2.4,-1.2 2,-0.4 2.2,-1 3,-1.2 1,0.2 1.2,0.4 1.2,0.8 -0.2,0.4 0,0.4 -0.6,0.6 l -0.2,-0.2 c -2.2,0.2 -3.6,0.4 -5,1.2 z m 10.8,-3 h -1.6 c 2,-0.4 2.8,-1 3.6,-1 h 0.6 c 0,0.4 -1,1 -2.6,1 z m 4.2,-0.8 c 0,-0.8 3.6,-2 5.4,-2 0.8,0 1.2,0 1.2,0.2 0,0.2 -4,0.8 -5.2,1.6 z m 7.8,-2 -0.2,-0.2 c 0,-0.2 3.6,-1.4 5,-1.4 h 0.2 l -1.6,0.8 z m 6.4,-1.8 -0.2,-0.2 c 2.8,-1.2 1.4,-1.2 4.6,-1.6 l 2.2,0.4 c -2,0.8 -3.4,1.2 -5.4,1.2 z m 7,-1.8 c 3,-1 4.2,-1.8 5.6,-1.8 10.2,-2 14.8,-3.2 16.6,-3.2 h 0.2 c -2.4,1.2 -1.2,0.6 -4,1.4 -1.2,0 -14.2,3.4 -16.4,3.4 z m -19.2,-2.8 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.2 0.4,-0.6 1.4,-0.8 v 0.4 c -0.2,0.4 -0.6,0.6 -1,0.6 z m 18.4,-3.4 c 0,0 -0.2,-0.2 -0.2,-0.4 0.2,-0.6 0.4,-0.8 1,-0.8 0.2,0 0.4,0 0.4,0.2 -0.2,0.6 -0.4,1 -1.2,1 z m 2.8,-1 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.4 0.8,-0.8 2,-1 l 0.4,0.2 -1.2,0.8 z m 6.6,-1.4 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.6,0.2 0.6,0.6 0,0.4 -0.4,0.6 -0.6,0.6 z m -75,-0.6 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.6 0.6,-0.6 0.2,0 0.6,0.4 0.6,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m 78.2,0 c -0.6,0 -0.8,-0.2 -0.8,-0.4 0.2,-0.4 0.2,-0.4 0.6,-0.4 0.4,0 1,0.2 1,0.6 z m 3.6,-0.6 c -0.2,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.6 0.6,-0.6 0.4,0 0.6,0.4 0.6,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m -66.2,-0.8 c -0.2,0 -0.6,-0.2 -0.6,-0.4 0,-0.8 1.4,-1.2 1.4,-2 l -0.2,-0.4 c 0,-0.6 0.8,-0.4 0.8,-1.4 0,-0.4 0.2,-0.6 0.6,-0.6 h 0.2 c 1,0 0.6,-0.6 0.8,-1.6 h 0.4 c 0.4,0 1,-1.4 1,-2.2 V 168 c 0,-0.6 1.4,-0.2 1.4,-1.6 V 166 c 0,-1.8 2.6,-3.4 2.6,-4 l -0.2,-0.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 h 0.2 c 0.8,0 1.8,-3.8 2.2,-3.8 l 0.4,-0.2 -0.4,-0.6 c 0,-0.2 0.2,-0.4 0.6,-0.4 h 0.2 c 0.2,0 0.6,-0.2 0.6,-0.6 0,-1.2 0.6,-2.6 1.2,-2.6 h 0.4 V 152 c 0,-1 2.2,-2.2 2.2,-3.2 l -0.2,-0.6 c 0,-0.2 0.2,-0.2 0.4,-0.2 h 0.2 c 0.2,0 0.4,-0.2 0.4,-0.6 l -0.2,-0.4 c 0,-0.4 0.2,-0.6 0.4,-0.6 h 0.2 c 0.8,0 2.4,-2.6 2.4,-3.6 l -0.2,-0.2 c 0,-0.2 0.2,-0.4 0.4,-0.4 l 0.6,0.2 c 0.8,0 1.2,-0.2 1.2,-1 v -0.6 c 0,-0.2 0.4,-0.4 0.8,-0.4 0.2,0 0.4,0 0.4,0.4 -1.2,3 -2.2,4.6 -2.6,4.6 -0.2,0 -0.2,-0.2 -0.2,-0.4 0,-0.4 1,-1 1,-1.8 v -0.4 c -0.4,0 -0.8,0.8 -1.2,2.4 l 0.2,0.6 c 0,1.2 -7.4,12.4 -7.4,13.4 0,0.4 -2.6,3.8 -2.6,4.6 0,1.2 -1.4,1.6 -3.8,6 -1.6,3 -3.2,5.6 -3.6,6.2 -0.8,0.6 -2.2,1.2 -3,1.2 z m 71.6,-0.4 c -0.8,-0.2 -1.4,-0.4 -1.4,-0.6 0,-0.4 0.2,-0.4 0.6,-0.4 0.6,0 1,0.2 1.6,0.8 0,0.2 -0.2,0.2 -0.8,0.2 z m 1.8,-0.4 h -0.2 c 0,-0.4 0.4,-0.6 1,-0.8 l 2.6,-1 0.2,0.4 c -0.8,0.6 -3,1.4 -3.6,1.4 z m -86.6,-1.4 c -0.2,0 -0.4,-0.2 -0.6,-0.8 0,-0.4 0,-0.6 0.4,-0.6 0.4,0 0.4,0.2 0.6,0.6 0,0.6 -0.2,0.8 -0.4,0.8 z m 3.2,-4.6 c -0.6,0 -1.2,-0.6 -1.2,-1 0.2,-0.4 0,-0.4 0.6,-0.4 0.4,0 0.8,0.4 0.8,1 0,0.2 0,0.4 -0.2,0.4 z m -0.2,-2.8 c 1.2,-2.8 2.6,-4.4 2.8,-5.6 l 1,0.2 c 0.2,0 0.4,0 0.4,-0.4 l -0.2,-0.8 c 0,-0.6 0.2,-0.8 1,-0.8 0.6,0 1,0 1,0.2 0,0.8 -3.4,4.2 -3.4,5.4 0.2,0.6 0.4,0.6 0.4,1 0,0.4 -0.2,0.4 -1,0.4 -0.8,0 -0.4,-0.2 -0.8,-0.6 l -0.6,0.4 z m 93.79995,-1.4 c 0,-0.4 1,-1 2.4,-1.2 l -1.2,0.8 z m -87.79995,-6.6 c -0.4,-1.4 -0.8,-1.4 -0.8,-2.6 0,-1.2 0.2,-1.4 1.4,-2 0,0 0.2,0 0.2,0.2 0,0.6 -1.2,1 -1.2,2.4 0,0.2 0,0.2 0.2,0.2 2.8,-3.4 2,-5.4 3.2,-5.4 l 0.4,0.2 c 0,0.8 -0.4,3.6 -2.4,5.6 z m 4.6,-7.8 c -0.2,0 -0.4,-0.2 -0.4,-0.8 0,-2.2 0,-3 0.6,-3 1,0.4 1.4,0.6 1.4,1.6 v 0.4 c 0,0.6 -0.2,1 -0.4,1.2 z m 2.4,-4.2 c -0.4,0 -0.6,-0.4 -0.8,-1 0,-0.8 0.8,-1.8 1.2,-1.8 0.2,0 0.2,0.2 0.2,1 0,1.2 -0.2,1.8 -0.6,1.8 z m 13.8,-2.8 c -0.2,0 -0.2,0 -0.2,-0.2 1,-1 0.4,-0.8 1.6,-1.4 -0.6,1.2 -1.2,1.6 -1.4,1.6 z m -11.8,-0.8 c -0.6,0 -1,0 -1,-0.6 0.4,-1.2 0.6,-1.8 1,-1.8 0.8,1 0.4,0.4 0.8,1.6 0,0.4 -0.4,0.8 -0.8,0.8 z m 14.6,-3.2 c -1,-0.4 -1.2,-0.4 -1.2,-1.4 0.2,-0.6 0.4,-0.8 0.6,-0.8 0.4,0 0.6,0.2 0.6,0.6 z m -13.8,-1.2 -0.4,-0.2 c 0.2,-0.6 0.6,-0.8 1,-0.8 0.2,0 0.4,0 0.4,0.2 -0.2,0.6 -0.4,0.8 -1,0.8 z m 18.8,-0.2 c -0.4,0 -0.6,-0.2 -0.6,-1 0,-0.6 0.2,-1 0.4,-1 0.2,0 0.4,0.4 0.6,0.8 0,0.4 -0.2,1 -0.4,1.2 z m -31.4,-2.6 c -0.6,0 -1,-0.2 -1,-0.6 0,-0.4 0.4,-0.6 1,-0.6 0.4,0 0.8,0.2 0.8,0.6 0,0.4 -0.4,0.6 -0.8,0.6 z m 16.4,-0.2 h -0.2 l -0.2,-0.8 v -0.6 l 0.4,1 z m 17.2,-1.8 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0.2,-0.6 0.4,-1 0.8,-1 l 0.6,0.4 c 0,0.2 -0.2,0.6 -0.6,1 z m 3.4,0.2 c -0.4,0 -0.6,0 -0.6,-0.2 1.6,-0.8 2.4,-0.8 3.2,-0.8 h 0.4 c -1,0.8 -2,1 -3,1 z m 7.6,-1.4 c -0.4,0 -1,0 -1,-0.4 0,-0.2 -0.6,-0.2 -1.6,-0.2 l -2.8,0.2 c -1,0 -1.4,-0.2 -1.4,-0.6 0,-0.6 3.8,-2.6 6,-2.6 l 0.4,0.2 v 0.4 h 0.2 c 0.8,0 2.4,-1 4.6,-1 2.8,-0.4 3.6,-0.8 5.8,-1.2 1.2,0 2.4,0.6 2.4,1.2 -0.6,1.8 -1,2 -1.8,2.4 -6.2,1 -9.4,1.2 -10.8,1.6 z m 1.6,-1 c 0.4,0 0.8,0 0.8,-0.2 l -0.6,-0.2 c -0.6,0.2 -0.4,0 -0.8,0.4 z m 4.2,-0.6 c 1.2,-0.4 1.6,-0.4 1.8,-0.8 l -0.4,-0.2 c -0.8,0 -1.6,0.2 -2.2,1 z m -63.2,-0.8 h -0.2 l -0.2,-0.2 0.4,-1.6 0.4,-0.2 c 0.2,0 0.4,0.4 0.4,0.8 0,0.6 -0.2,1 -0.8,1.2 z m 54.2,-2.2 0.4,-0.4 2.6,-0.6 c 0.2,0 0.2,0 0.2,0.2 -0.2,0.2 -1,0.4 -2,0.6 z m 5.2,-1 c -0.4,0 -0.8,0 -1,-0.2 l 2.6,-0.4 c 0.4,0 0.6,0 0.6,0.2 -0.2,0.2 -1.4,0.4 -2.2,0.4 z m 4.2,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 2.4,-1 15.2,-2.6 17.4,-2.6 0.2,0 0.4,0 0.4,0.2 0,0.6 -9.2,1.2 -13,2.2 z m 19.6,-2.4 c -0.6,0 -1.2,0 -1.4,-0.6 0,-0.4 1.2,-0.8 2.4,-0.8 1.2,0 1.4,0.2 1.8,0.8 0,0.2 -2,0.2 -2.8,0.6 z m -1.8,-5.8 h -0.6 c 1.4,-0.6 1.4,-0.8 2,-1.4 0,0.6 -0.4,1.4 -1.4,1.4 z m -2.4,-1.2 c 0.6,-0.8 0.4,-0.4 1.2,-0.8 0.2,0 0.2,0 0.2,0.2 z m 6.6,-0.4 c -0.4,0 -0.8,-0.2 -0.8,-0.4 0.2,-0.4 0.4,-0.8 1.2,-0.8 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.4,0.6 -0.8,0.6 z m 5.8,-0.2 c -0.6,-0.4 -0.6,0 -0.8,-0.8 0,-0.2 0.4,-0.6 0.8,-0.6 0.8,0.4 0.6,0 1.2,0.6 0,0.2 -0.2,0.4 -0.6,0.6 z m -3,-1 c -0.4,0 -0.8,0 -1,-0.2 0,-0.4 0.6,-0.6 1.4,-0.6 0.2,0 0.4,0 0.4,0.2 0,0.4 -0.2,0.6 -0.8,0.6 z m 11.2,-0.6 -0.2,0.4 c -0.2,0 -0.4,-0.2 -0.4,-0.6 l 0.2,-0.6 z m 1.99995,0.6 c -0.4,0 -0.6,0 -0.6,-0.2 0.6,-0.6 0.6,-1 1.6,-1 0.6,0 0.8,0 1,0.4 l -0.6,0.4 z m 6.4,-0.6 c -0.4,0 -0.8,-0.4 -1.2,-1.4 l 0.4,-0.2 c 0.6,0.2 1,0.8 1.2,1.4 0,0.2 -0.2,0.2 -0.4,0.2 z m 2.8,0 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.4 0.4,-0.4 0.4,0 0.6,0.2 0.6,0.4 v 0.2 c 0,0.2 -0.2,0.4 -0.4,0.4 z m 3.8,-0.6 c -1,0 -1.6,-0.2 -1.6,-0.4 0.4,-0.4 0.8,-0.6 2,-0.6 1,0 2,0.2 2,0.6 0,0.2 -1,0.4 -2.4,0.4 z m -46.19995,-14 c -0.4,0 -1,-0.6 -1,-1.2 l 0.2,-0.4 c 1,0.6 1,1 1.2,1.4 z m 1.4,-2.2 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0,-0.6 0,-0.4 0.6,-0.8 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.4,0.6 -0.6,0.6 z m 3.6,-7.2 c -0.2,0 -0.2,0 -0.2,-0.2 0.2,-1.2 0.6,-1.6 1.4,-1.6 h 0.6 c 0.2,0 0.2,0 0.2,-0.2 l -0.2,-0.8 c 0,-0.4 1,-0.2 1,-1.2 0,-1 1.4,-1.8 1.4,-2.2 l -0.4,-0.6 v -0.2 c 0,-0.4 1,-0.8 2.6,-1.8 0,0.2 -1.6,1.8 -1.6,2.8 V 86 c 0,1.6 -3.6,5.8 -4.8,5.8 z m 7.6,-10.8 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0,-0.6 0.2,-1.2 1.2,-2 0.2,0 0.2,0.4 0.4,0.6 -0.2,1.2 -0.6,1.8 -1,1.8 z m -29.6,-19.8 c -0.6,0 -1,-0.2 -1,-0.4 0,-0.2 0.8,-0.6 1.8,-0.6 0.8,0 1.2,0.2 1.2,0.4 -0.4,0.6 -1.2,0.6 -2,0.6 z m 43.8,-4 c -0.2,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.4 0.6,-0.4 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.4,0.6 -0.4,0.6 z m 3.2,-1.2 c -0.8,0 -1.4,0 -1.4,-0.2 l 0.4,-0.2 1,-0.2 1,0.2 0.2,0.2 c 0,0 -0.6,0.2 -1.2,0.2 z m 7.19995,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.2,-0.2 h 0.4 c 0.4,0 0.6,0 0.8,0.2 z m 5,-0.6 c -0.6,0 -1,-0.2 -1,-0.2 v -0.2 h 1.4 l 0.4,0.2 c 0,0.2 -0.4,0.2 -0.8,0.2 z m 8,-0.2 c -1.2,0 -1.4,-0.2 -2,-0.6 0,-0.2 0.6,-0.2 1.8,-0.2 1.4,0 2.4,0 2.4,0.2 -0.4,0.4 -1.4,0.6 -2.2,0.6 z m 4,-0.4 c -0.6,0 -0.8,-0.2 -1,-0.6 0,-0.2 0.4,-0.4 0.6,-0.4 0.6,0 1,0.2 1,0.6 0,0.2 -0.4,0.4 -0.6,0.4 z m -73.79995,-1 c -0.4,0 -0.6,-0.4 -0.6,-0.6 0,-0.4 0.4,-0.6 1,-0.6 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.4,0.8 -0.8,0.8 z m 76.59995,-6 c -0.8,-0.4 -0.4,-0.2 -0.8,-1 V 46 c 0,-0.2 0.8,-0.4 1.8,-0.4 0.8,0 1.2,0 1.2,0.2 l -2,1 z m 15,-0.4 c 0,-0.6 2.6,-1.2 3.6,-1.2 l 0.6,0.2 -1.8,0.8 z m -5.8,-0.6 -0.6,-0.2 1,-0.4 0.4,0.2 0.2,0.2 z M 879.00015,206.8 c 0.4,-0.2 0.6,-0.2 0.6,-1 0,-0.6 -0.6,-1.6 -1.2,-1.6 -0.4,0 -0.8,0.4 -0.8,1 0.2,0.8 1,1.6 1.4,1.6 z m 77.2,-9.4 c 6.8,-1.4 8.2,-1.2 13.6,-4 -2.4,0.4 -1.2,0.2 -3.4,0.4 -2.2,0 -4,1.4 -10.6,3.4 z m 15.6,-3.8 c 0.8,0 1,-0.2 1.2,-0.8 -0.2,-0.6 0,-0.4 -0.6,-0.6 -0.6,0 -1.6,0.6 -1.6,1 0.2,0.2 0.6,0.4 1,0.4 z m 3.8,-1.2 c 2.4,-0.4 3.2,-0.8 3.8,-1.4 h -0.4 c -0.8,0 -2.8,0.4 -3.6,1.2 0,0.2 0,0.2 0.2,0.2 z m 5.4,-1 c 0.4,0 0.4,-0.2 0.6,-1 0,-0.2 -0.2,-0.2 -0.2,-0.2 -0.4,0 -0.6,0.2 -0.6,0.6 0,0.4 0,0.6 0.2,0.6 z m -3.2,-1.2 c 0.8,0 2.6,-0.8 2.6,-1 h -0.4 c -1,0 -2.6,0.6 -2.6,1 z m 8.6,-0.4 c 0.6,-0.2 1,-0.2 1,-0.4 -0.6,-0.2 -0.4,-0.2 -1,-0.2 -0.6,0 -1,0.2 -1.2,0.4 v 0.2 z m 3.6,-0.8 c 0.4,0 0.6,-0.2 1,-0.8 l -0.6,-0.2 c -0.2,0 -0.6,0.2 -0.6,0.4 0,0.4 0.2,0.6 0.2,0.6 z m 11.19995,-6.6 c 1.4,0 3,-0.4 3.8,-1.8 0,-0.2 -0.2,-0.2 -0.6,-0.2 -1,0 -1.2,1.2 -2.8,1.2 -0.6,0 -1,0.2 -1,0.4 v 0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m -26.79995,-50.8 c 1.6,0 2.4,-0.4 3,-1 0,-0.2 -0.2,-0.2 -1,-0.2 -1.4,0 -3.2,0.8 -3.2,1 z m 7.2,-1.4 c 1.8,0 2,-0.4 3.2,-0.8 -2.4,0 -1.4,0 -3.8,0.4 l -1.4,0.4 z m -7.2,-0.4 c 0.4,0 1,-0.2 1.2,-0.8 h -0.6 c -0.6,0.2 -1,0.4 -1,0.6 0,0.2 0.2,0.2 0.4,0.2 z m 20.2,-1.2 c 0.8,0 1.2,-0.2 1.2,-0.2 v -0.2 h -1.8 l -0.4,0.2 c 0,0.2 0.4,0.2 1,0.2 z m 3.2,-0.6 c 0.4,0 0.8,-0.2 0.8,-0.2 l -0.2,-0.2 h -1.4 l -0.2,0.2 c 0.2,0.2 0.4,0.2 1,0.2 z m 4.79995,-0.6 c 0.6,0 1,0 1,-0.2 -0.4,-0.2 -1,-0.2 -1.4,-0.2 l -0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m 5,-0.4 c 0.2,0 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 -0.4,0.2 -0.6,0.8 0,0.2 0.2,0.4 0.4,0.4 z m -0.4,-3.2 c 1,0 1.8,-0.2 1.8,-0.8 0,-0.4 -0.6,-0.8 -2,-0.8 -1.2,0 -2,0.4 -2,0.8 0,0.2 0.2,0.4 0.6,0.6 z m 3.4,-1 c 3,-0.4 4.8,-0.6 4.8,-0.8 0,-0.2 -0.8,-0.4 -2.4,-0.4 -2,0 -2.8,0.4 -3,1 z m 6,-0.6 c 0.4,0 0.6,0 0.6,-0.2 0,-0.2 -0.2,-0.4 -0.8,-0.6 -0.2,0 -0.4,0 -0.4,0.2 0,0.4 0.4,0.6 0.6,0.6 z m 2,-0.6 c 0.4,0 0.8,0 0.8,-0.2 -0.2,-0.2 -0.6,-0.2 -1.2,-0.2 l -0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m 4.2,-13.8 c 0.4,0 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.4,0 -0.6,0.2 -0.6,0.6 0,0.2 0.4,0.6 0.6,0.6 z m 10.2,-49 c 1.4,0 2.2,0 2.2,-0.2 l -2.6,-0.2 -2.4,0.2 c 0,0 1,0.2 2.8,0.2 z m 7,-0.6 c 1,0 1.6,0 1.6,-0.2 l -1.6,-0.2 -1.6,0.2 c 0,0 0.6,0.2 1.6,0.2 z m 1.2,-2.8 0.2,-0.8 c 0,-0.2 -0.2,-0.2 -0.8,-0.2 h -2 c -0.8,0 -1.4,-0.2 -1.6,-0.6 0,-0.4 1,-0.4 3.2,-0.4 6.6,0 10.4,0.2 10.4,0.6 0.2,0 -1.2,0.2 -4,0.2 -4.6,0 -4.6,0.6 -5.4,1.2 z m 17.6,-5.2 c 1,0 1.4,0 1.4,-0.2 -1,-0.8 -1.8,-0.8 -2.4,-0.8 -0.6,0 -0.8,0 -0.8,0.4 0,0.4 0.8,0.6 1.8,0.6 z m -7.2,-3.4 c 0.4,0 0.6,0 0.6,-0.2 0,-0.2 -0.4,-0.4 -1.4,-0.8 v 0.4 c 0.2,0.2 0.6,0.6 0.8,0.6 z"/><path d="m 53.12,468.96 c 1.68,-0.72 2.4,-1.2 2.4,-1.68 h -0.24 c -0.24,0 -0.72,0.24 -1.2,0.72 z m -1.68,-0.48 c 0.72,0 1.44,-0.72 1.68,-1.92 -1.2,0.72 -1.92,1.2 -1.92,1.68 0,0.24 0,0.24 0.24,0.24 z M 58.16,468 c 0.72,0 1.68,-1.44 3.6,-1.44 l 1.92,0.24 c 1.44,0 1.44,-1.2 2.88,-1.2 2.16,0 16.08,-4.8 18.24,-6.24 1.2,-0.96 1.68,-1.92 1.68,-2.4 l -0.24,-0.48 c 0,-0.48 1.2,-0.48 1.2,-1.44 0,-0.48 0.24,-0.72 0.48,-0.72 0.96,0 0.48,0 1.44,0.48 -1.2,0.96 -1.92,1.68 -1.92,2.16 0,0.24 0.24,0.48 0.48,0.48 0.96,0 2.4,-1.2 4.8,-3.36 L 92.24,456 c 1.68,-0.96 2.4,-2.16 6.72,-3.84 4.56,-1.92 6.72,-4.32 8.64,-5.28 6.48,-2.64 18.72,-13.68 21.36,-16.32 5.52,-5.04 4.08,-4.08 11.28,-12 3.6,-3.84 8.64,-10.8 8.64,-11.76 0,-1.68 0,-0.72 0.96,-2.4 l -0.96,0.48 c -0.24,0 -0.24,0 -0.24,-0.24 0,-0.48 0.72,-0.96 2.16,-2.16 0,-0.24 -0.48,-0.24 -1.2,-0.24 -1.44,0 -1.68,0.72 -1.68,1.92 -0.24,0 -0.72,-0.72 -1.68,-1.68 -0.24,0 -0.24,0.24 -0.48,0.96 -0.48,0 -0.24,0 -0.48,-0.48 0.72,-1.2 1.44,-1.44 1.92,-5.04 l 1.44,-5.52 c -1.2,1.2 -1.44,1.68 -2.16,1.68 h -0.24 L 146,393.36 c 0,-1.44 0.72,-3.84 1.2,-3.84 h 0.48 c 0.72,-1.68 0.72,-2.16 0.72,-2.64 0,-0.72 0,-1.2 0.48,-3.12 -1.44,1.68 -2.16,2.88 -2.64,2.88 L 146,386.4 c 0,-1.44 0.96,-1.2 0.96,-1.92 l -0.24,-0.72 c 0,-0.96 0.72,-1.2 1.2,-2.4 -0.48,-0.96 0,-0.72 -1.2,-1.2 l 0.24,0.96 c 0,0.72 -0.72,1.2 -1.44,1.2 -0.96,0 -1.92,-1.44 -1.92,-3.6 0,-0.24 -0.48,-0.48 -0.96,-0.48 l -1.44,0.24 c -0.24,0 -0.48,-0.24 -0.48,-0.72 l 0.24,-2.16 c 0,-0.72 0,-0.96 -0.48,-0.96 -0.72,0.24 -1.44,0.72 -1.44,1.44 0,0.24 0,0.24 -0.24,0.24 h -0.24 v -0.24 c 0,-1.2 0.48,-1.68 1.44,-3.6 h -0.72 c -0.96,0 -0.96,-3.12 -1.92,-3.6 l -0.48,-0.96 c 0,-0.48 -1.44,-5.76 -6.72,-9.12 -3.12,-1.92 -2.4,-3.84 -5.28,-3.84 -0.72,0 -1.2,-0.48 -1.2,-0.72 0,-1.92 -15.84,-5.76 -34.56,-5.76 -9.12,0 -18.24,0.72 -34.56,1.44 -1.92,0 -2.88,-0.24 -2.88,-0.48 0,-0.48 4.8,-7.2 6.24,-9.12 4.8,-6.96 7.2,-9.84 19.68,-22.32 3.84,-3.84 6.72,-6.96 6.72,-7.44 l -1.2,0.24 c -0.96,0 -1.44,-0.48 -1.44,-1.44 0,-0.96 0,-1.68 0.48,-1.68 l 4.32,2.64 c 0.72,-1.44 1.2,-1.92 1.2,-2.4 l -0.24,-0.24 -2.16,0.72 c -1.2,0 -1.68,-0.96 -1.68,-2.4 0,-2.4 0.72,-3.6 1.2,-3.6 0,0 0.24,0.24 0.24,0.96 0,1.2 -0.48,1.44 -0.96,1.44 0,0.24 1.2,0.96 1.92,0.96 0.72,0 1.2,-0.24 1.2,-0.96 l -0.96,-2.64 c 0,-0.24 0.24,-0.24 0.72,-0.24 0.72,0 0.48,0.96 1.2,0.96 0.96,0 4.08,-1.92 4.08,-2.64 H 92 c -2.16,0.96 -0.96,0.48 -2.88,1.92 1.44,-1.68 2.16,-2.64 2.88,-2.64 1.68,0 7.2,-3.6 7.2,-4.56 l -1.44,0.48 c 1.2,-1.68 4.56,-1.92 5.52,-2.88 2.16,-2.16 2.88,-1.44 4.32,-2.88 2.16,-1.68 4.8,-1.44 4.8,-2.64 0,-1.44 5.76,-3.6 6.72,-4.56 0.24,-0.24 0.48,-0.48 0.72,-0.48 h 0.72 c 0.72,0 0.48,-1.44 1.92,-1.68 3.36,-1.68 8.4,-4.8 10.56,-6.48 0.24,0 0.24,0.48 0.48,0.48 0.72,0 2.4,-2.16 4.08,-2.16 1.68,-0.48 3.84,-2.16 5.76,-2.64 1.44,-0.48 1.68,-0.96 2.16,-1.44 l 1.44,0.24 c 0.24,0 0.24,0 0.24,-0.24 l -0.48,-0.96 c 1.2,0.72 1.68,1.44 2.16,1.44 0.96,-0.96 -0.96,-1.44 5.04,-3.84 0,0.72 0.72,1.44 1.68,1.44 l 0.72,-0.24 c 0,0 -1.2,-0.24 -1.2,-0.48 0,-0.24 0.96,-0.72 2.4,-0.96 h 1.44 c -1.2,1.68 -1.68,2.4 -3.36,2.4 -2.16,0 -2.4,0 -2.4,1.44 0,0.24 0,0.24 0.24,0.24 l 3.84,-0.72 c 0.72,0 0.96,0.24 0.96,0.48 -0.72,1.44 -1.68,1.68 -3.36,4.32 -4.56,7.44 -22.08,26.4 -25.92,29.76 -6.72,5.76 -6,8.64 -6.72,9.84 l -0.48,0.72 c 0,1.2 2.64,4.32 3.84,4.32 0.96,0 1.44,-1.44 2.88,-1.44 1.44,0 2.4,-2.88 4.32,-2.88 0.48,0 0.96,0.24 0.96,0.48 0,0.72 1.2,1.68 1.2,2.88 0,0.72 1.68,1.44 1.68,2.4 0,0.96 -2.64,0.72 -2.64,2.16 0,0.24 0.24,0.48 0.48,0.48 1.44,0 6.24,-3.36 6.96,-3.36 0.48,0 2.16,-2.16 3.84,-2.16 0.96,0 1.44,-0.48 1.44,-1.92 v -1.44 c 0.72,0.96 0.96,1.68 1.92,1.68 0.72,0 1.2,-0.48 1.2,-1.2 l -0.24,-0.96 0.96,0.24 c 0.72,-1.2 4.56,-7.2 6.48,-7.2 l 0.96,0.24 c 0.24,0 0.24,0 0.24,-0.24 0,-1.2 0,-1.92 3.84,-5.28 h 0.24 c -0.48,0.72 -0.24,0.48 -0.48,1.2 l 0.24,0.24 1.2,-0.48 -0.24,1.44 c 0.72,-0.24 0.72,-0.24 0.72,-0.48 v -0.48 c 0,-1.2 0.24,-1.68 1.68,-1.68 0.24,0 0.24,0 0.24,0.24 0,1.68 -14.16,15.6 -14.16,16.56 v 0.24 c 1.44,-0.96 2.64,-1.68 3.84,-2.88 2.16,-1.92 18.48,-18.24 20.64,-20.64 6.24,-6.72 8.64,-12.96 8.64,-15.6 -0.48,0 -1.68,2.88 -4.32,7.44 0,-1.2 2.16,-5.28 2.16,-6 0.96,-4.08 1.68,-5.52 1.68,-7.68 0,-0.72 0,-0.96 -0.48,-0.96 h -0.48 c 0.72,-1.92 1.44,-3.6 1.44,-6.96 0,-4.32 -2.64,-3.84 -2.64,-5.28 0,-0.72 -1.92,0.24 -1.92,-1.92 0,-0.24 -0.24,-0.48 -0.48,-0.48 l -0.72,0.24 -0.24,-0.24 c 0.24,-0.48 0.48,-0.72 0.96,-0.72 h 0.48 c 0.24,0 0.48,-1.2 0.48,-3.12 0,-4.56 -3.36,-8.88 -6.24,-8.88 -1.2,0 -1.44,0.24 -2.4,0.96 l 0.24,-0.72 c 0,-0.48 -0.24,-0.72 -0.96,-0.96 -0.72,0.72 -0.72,1.2 -1.68,1.2 l -0.48,-0.24 0.24,-0.72 c 0,-0.24 -0.24,-0.48 -0.48,-0.48 -1.2,0 -3.84,1.68 -4.56,1.68 -0.48,0 -0.24,-1.44 -0.48,-1.44 -0.24,0.24 -0.48,0.72 -5.04,0.72 -2.64,0 -6.48,0.48 -8.64,1.2 -14.16,4.32 -9.36,1.68 -30.96,11.52 -3.12,1.2 -6.24,2.88 -6.96,3.12 -4.08,2.4 -11.04,5.76 -15.84,8.64 -1.2,1.2 -10.08,5.28 -12.48,7.68 -0.48,0.72 -1.92,1.68 -3.12,2.16 -2.88,1.68 -7.68,5.52 -7.68,6.72 v 0.24 c -1.2,0.24 -2.4,0.24 -3.84,1.2 -4.8,2.4 -14.16,10.08 -27.12,23.04 -2.64,2.16 -13.2,13.44 -13.2,13.92 0,0.24 -0.72,1.2 -1.68,1.92 -7.92,11.04 -12.96,18.24 -12.96,24.72 0,1.68 -0.96,0.72 -0.96,3.6 0.24,6.48 3.36,11.28 10.32,14.88 2.64,1.2 4.08,3.6 5.28,3.6 h 1.2 c 0,0.48 0,0.24 -0.24,0.48 0,1.92 3.6,3.36 6.24,3.36 v 0.48 c 0,0.24 0.48,0.72 1.2,0.72 0.24,0 0.24,-0.24 0.72,-0.72 0.48,0 3.6,3.12 5.04,3.12 0.48,0 0.72,0.24 0.72,0.48 0,0.72 0.48,0 4.56,1.44 1.44,0.24 14.16,0.48 28.56,0.48 34.08,0 38.88,0.72 38.88,3.36 0,0.48 -0.24,1.44 -1.2,3.12 -3.12,5.52 -12.24,13.44 -19.92,19.68 -0.48,0.48 -1.2,0.72 -1.44,0.72 -0.96,0.48 -8.16,5.76 -10.56,7.2 -0.96,0.72 -2.4,1.44 -2.88,1.92 -15.36,8.88 -38.88,22.32 -42,22.32 -1.92,0 -6.48,1.92 -10.32,4.08 -1.2,0.96 -2.16,1.44 -2.4,1.44 -0.96,0 -2.88,3.36 -5.28,3.84 -1.92,0.48 -3.12,1.92 -3.12,3.36 0,1.2 0.96,2.64 0.96,3.84 0,0.48 0.48,1.44 1.2,2.16 2.88,2.16 7.68,4.08 9.84,4.08 0.96,0 0.96,-0.96 1.92,-0.96 0.96,0 2.4,0.72 2.4,1.68 0,0.48 0,0.72 0.24,0.72 l 1.2,-2.64 c 3.84,2.16 4.32,3.36 10.32,3.36 3.6,0 5.04,0.48 6.24,0.48 1.44,0 1.44,-0.48 2.88,-1.2 l 8.16,-2.4 0.48,0.24 2.16,-0.72 c 0.48,0 0.48,0.24 0.48,0.72 0.24,0 1.44,-2.64 2.4,-2.64 0.48,0 0.72,0.24 0.72,0.48 L 68,460.08 h 0.24 c 6.48,-2.4 10.8,-3.36 10.8,-4.32 0,-0.24 0.24,-0.48 0.72,-0.48 0.48,0 0.48,0.24 0.48,0.48 0,0.72 -1.2,2.64 -2.64,2.64 -1.44,0 -2.4,1.68 -3.84,1.68 -0.48,0 -0.72,0.24 -0.72,0.72 v 0.96 c 0,0.24 -0.24,0.48 -0.48,0.48 -0.72,0 -0.96,-0.24 -0.96,-0.48 l 0.24,-1.2 c -0.48,0 -3.84,2.4 -3.84,3.36 l -0.48,0.24 -0.96,-0.24 c -1.92,0 -2.4,0.72 -6.48,2.16 -1.44,0.24 -1.92,0.72 -2.16,1.68 0,0.24 0,0.24 0.24,0.24 z m -24.72,-6.48 c -0.48,0 -0.48,-0.48 -0.96,-1.2 l 0.48,-0.24 c 0.48,0 0.72,0.48 0.72,0.72 0,0.48 -0.24,0.72 -0.24,0.72 z m 43.68,-1.44 c -0.48,0 -0.72,0 -0.72,-0.24 l 0.24,-0.24 h 1.44 v 0.24 z m 6,-3.6 C 81.68,456 81.2,455.76 81.2,455.28 h 0.24 c 0.48,0 1.2,0.24 1.44,0.72 z m 0.24,-1.44 -0.48,-0.24 c 0,-0.72 1.68,-1.68 4.08,-2.64 h 0.24 c -1.2,1.92 -2.88,2.88 -3.84,2.88 z m 6.24,-1.2 c -0.48,0 -0.72,0 -0.72,-0.24 0.96,-1.2 1.2,-1.68 2.16,-1.68 0.24,0 0.48,0.24 0.48,0.48 -0.24,0.96 -0.48,1.44 -1.92,1.44 z m 7.68,-2.16 c -0.24,0 0,-0.96 -0.48,-0.96 h -0.72 l -0.72,-0.24 c 0,-0.48 1.2,-1.44 3.12,-2.4 -0.72,1.2 -1.2,1.44 -1.2,1.92 0,0.24 0,0.24 0.24,0.24 l 1.44,-0.48 c -0.72,1.44 -1.2,1.92 -1.68,1.92 z m -4.8,-1.2 -0.24,-0.72 c 0,-0.48 0.24,-0.72 0.72,-0.72 l 0.48,0.24 c -0.24,0.72 -0.48,1.2 -0.96,1.2 z m 12,-2.88 c -0.48,0 -0.72,-0.24 -0.72,-0.96 0,-0.24 0.24,-0.48 0.72,-0.48 0.48,0 0.72,0.24 0.72,0.48 0,0.72 -0.72,0.96 -0.72,0.96 z m 1.92,-2.16 c -0.48,0 -0.72,-0.24 -0.72,-0.48 0,-0.96 4.08,-2.16 4.08,-2.88 0,-0.72 3.6,-1.92 5.04,-1.92 h 0.24 c 0,1.2 -5.28,1.92 -5.28,3.6 0,0.48 -0.24,0.72 -0.48,0.72 h -0.72 c -0.96,0.48 -0.72,0.96 -2.16,0.96 z m -10.8,-2.4 c 0,-0.48 1.2,-0.96 2.64,-1.44 h 0.24 c 0,0.24 -0.72,0.72 -1.44,1.2 z m 5.28,-2.4 c -0.48,0 -0.24,0 -0.48,-0.24 0,-0.72 2.64,-1.2 4.32,-2.88 1.2,-0.96 2.16,-1.44 2.64,-1.44 0.24,0 0.24,0 0.24,0.24 0,0.96 -2.4,1.2 -4.32,3.12 -0.72,0.72 -1.68,1.2 -2.4,1.2 z M 117.2,438 c 0,-0.48 1.2,-1.44 2.64,-2.16 l 2.4,-1.2 c 0,0.48 -4.32,3.36 -5.04,3.36 z m -8.4,-2.16 -0.24,-0.24 c 0,-0.72 2.4,-3.12 4.8,-3.6 0,0.24 -0.48,0.72 -1.68,1.68 z m 6,-5.04 c -0.24,0 -0.24,-0.24 -0.24,-0.48 0,-0.72 0.72,-1.2 1.92,-1.44 -0.72,1.44 -1.2,1.92 -1.68,1.92 z m 3.12,-2.16 v -0.24 c 0,-0.72 4.56,-4.32 5.52,-4.8 l -0.24,-0.24 c 0,-0.96 2.4,-1.2 2.4,-2.64 0,-0.96 2.16,-0.72 2.16,-1.92 0,-1.44 1.68,-3.12 3.12,-3.36 0.48,0 0.72,0.24 0.72,0.96 0,1.44 -2.88,2.4 -3.36,4.32 -0.48,1.68 -9.36,7.92 -10.32,7.92 z M 75.2,379.68 c -0.96,-0.48 -1.68,-0.48 -1.68,-1.68 0,-0.72 0.48,-1.44 1.44,-1.44 0.24,0 0.24,0.24 0.24,0.48 V 378 c 0,0.72 0.48,0.72 0.96,0.96 z M 62,378.48 c -0.72,-0.24 -1.44,-0.48 -1.44,-0.72 l 0.72,-0.24 c 0.96,0 2.4,0.48 2.4,0.72 0,0.24 -0.72,0.24 -1.68,0.24 z m 18.48,0 c -0.96,0 -1.44,-0.24 -1.44,-0.72 0,-0.24 0.24,-0.48 0.72,-0.48 h 0.48 c 0.48,0 0.24,-1.2 2.16,-1.2 1.2,0 1.68,0 1.68,0.24 -1.2,1.68 -1.92,2.16 -3.6,2.16 z M 54.8,333.84 c 0,0 -0.24,0 -0.24,-0.48 0,-1.44 6.48,-7.44 7.44,-8.16 v -0.48 c 0,-1.2 3.12,-4.32 4.08,-4.32 h 0.48 c 0.24,0 0.48,-0.24 0.48,-0.48 0,-1.44 7.68,-8.4 8.88,-8.4 h 0.24 v 0.72 c 0,1.44 -0.72,-0.96 -4.8,4.56 -2.88,4.32 -5.28,6.72 -6.72,6.72 -0.96,0 -0.72,2.4 -2.64,3.36 -1.2,0.72 -2.4,1.44 -2.64,1.92 -2.4,3.36 -3.36,5.04 -4.56,5.04 z m 8.88,-6.72 c 0,-0.72 5.04,-5.52 5.76,-5.52 0,0.24 -1.2,1.68 -2.64,3.12 -1.44,1.44 -2.64,2.4 -3.12,2.4 z m 7.68,-6.72 h -0.24 c -0.24,0 -0.48,0 -0.48,-0.24 0,-0.72 0.24,-0.96 0.96,-1.2 0.24,0 0.48,0 0.48,0.24 0,0.48 -0.48,0.96 -0.72,1.2 z m 1.68,-1.68 c -0.24,0 -0.24,-0.48 -0.24,-0.72 0,-0.48 0.24,-0.72 0.72,-0.72 0.24,0 0.24,0 0.24,0.24 0,0.72 -0.24,1.2 -0.72,1.2 z M 138.56,318 c -0.48,0 -0.72,-0.24 -0.72,-0.48 0.24,-0.72 0.48,-0.96 1.2,-0.96 0.24,0 0.48,0.24 0.48,0.72 0,0.24 -0.48,0.72 -0.96,0.72 z m -64.08,-1.68 c -0.72,-0.48 -0.72,0 -0.72,-0.72 0,-0.72 0.96,-1.44 1.68,-1.44 h 0.48 c 0.72,0 2.4,-1.2 2.4,-1.92 l -0.24,-0.48 -0.72,0.24 c -0.24,0 -0.72,-0.24 -0.72,-0.96 0,-1.2 3.36,-4.8 4.08,-4.8 0.24,0 0.24,0 0.24,0.24 0,0.72 -2.4,3.12 -2.4,3.6 2.4,0 2.4,0 3.12,1.92 0,0.72 -0.48,1.44 -1.2,1.44 l -0.96,-0.24 c -1.92,0 -4.08,3.12 -5.04,3.12 z m 66.72,-0.72 -0.24,-0.48 c 0,-0.72 0.72,-1.2 1.92,-1.2 0.72,0 1.2,0 1.2,0.24 l -1.2,0.72 -0.48,-0.24 c -0.24,0 -0.72,0.24 -0.96,0.72 z m -1.92,-3.36 c -0.48,0 -0.72,-0.48 -1.44,-1.68 0,-0.48 0.24,-0.72 0.96,-0.96 0.48,0.24 0.72,0.48 0.72,1.2 z m -76.8,-3.36 c -0.24,0 -0.24,0 -0.24,-0.24 0,-0.48 0.96,-0.96 2.16,-1.92 z m 3.6,-2.88 -0.24,-0.24 c 0.24,-0.96 0.48,-1.68 1.44,-1.68 h 0.24 l -0.48,0.96 z M 86,305.28 85.52,305.04 c 0.24,-0.72 0.72,-0.96 0.72,-0.96 0.24,0 0.48,0.24 0.48,0.72 0,0.24 -0.48,0.48 -0.72,0.48 z m 56.4,0 -0.48,-0.24 c 0.48,-0.72 0.72,-0.96 0.96,-0.96 0,0 0.24,0.24 0.24,0.72 0,0.24 -0.24,0.48 -0.72,0.48 z m 3.12,-2.4 -0.24,-0.24 c 0,-0.72 2.88,-2.64 3.6,-2.64 h 0.24 c 0,0 -2.88,2.88 -3.6,2.88 z m -73.92,-2.4 -0.48,-0.24 0.72,-0.96 c 3.84,-3.84 6.72,-6 7.68,-6 H 80 c 0.72,0 0.48,-1.68 3.6,-3.12 l 0.24,0.24 c -1.68,3.12 -2.88,3.12 -7.44,6.72 -0.72,0.48 -2.4,-0.48 -2.4,1.68 0,0.48 -0.48,0.96 -0.96,1.2 z m 22.32,-4.32 c -0.24,0 -0.48,-0.24 -0.48,-0.48 0,-0.48 0,-0.24 0.48,-0.48 0.48,0 1.2,0.24 1.2,0.72 0,0 -0.48,0.24 -1.2,0.24 z m -8.16,-6.24 c -0.24,0 -0.72,-0.24 -0.72,-0.96 0,-1.2 5.04,-3.84 5.04,-4.8 0,-1.68 2.88,-0.96 3.84,-2.4 0.48,-0.48 0.96,-0.72 1.2,-0.72 h 0.24 c 0,0.96 -4.32,5.76 -5.28,5.76 -0.24,0 -1.2,0.48 -2.16,1.44 -0.96,1.2 -1.68,1.68 -2.16,1.68 z m 59.76,-23.52 c 0,-0.24 0.24,-0.72 0.96,-1.2 0.96,-0.48 2.16,-0.96 2.64,-0.96 0,0.24 -0.48,0.48 -1.2,0.96 -0.96,0.72 -1.92,1.2 -2.4,1.2 z m 35.04,-0.72 h -0.24 c 0,-0.48 2.64,-2.88 3.6,-2.88 0,0.24 -0.24,0.96 -0.96,1.44 -1.2,0.96 -2.16,1.44 -2.4,1.44 z m 0.48,-4.32 c -0.48,0 -0.96,-1.2 -0.96,-1.92 0.24,-0.48 0,-0.48 0.72,-0.72 0.96,0.72 0.48,0.24 1.2,1.2 0,0.24 -0.96,0.24 -0.96,0.72 l 0.24,0.48 z m -132,205.68 c 0.24,0 0.72,-0.24 0.72,-0.72 0,-0.24 -0.48,-0.72 -0.72,-0.72 -0.48,0 -0.72,0.48 -0.72,0.72 0,0.48 0.24,0.72 0.72,0.72 z m 99.36,-69.6 c 1.2,0 1.92,-2.16 3.12,-5.28 h -0.24 c -2.16,1.68 -1.68,2.88 -3.12,5.04 0,0.24 0,0.24 0.24,0.24 z m 3.6,-85.2 c 0.96,0 1.2,-0.24 1.44,-0.96 l -0.48,-0.24 c -0.48,0 -0.96,0.24 -1.2,0.96 0,0 0,0.24 0.24,0.24 z m 3.36,-3.6 c 0.96,-0.72 0.48,-0.48 1.68,-0.72 h 0.48 c 0.48,-0.72 0.48,-0.24 0.48,-1.2 0,-0.24 0,-0.24 -0.48,-0.24 -1.44,0.24 -1.92,0.96 -2.4,2.16 z M 90.8,305.28 c 0.24,0 1.2,-0.72 1.92,-1.44 1.68,-1.44 1.44,-0.24 2.4,-2.16 l -0.48,-0.24 c -0.72,0 -3.84,3.12 -3.84,3.84 z m 5.52,-4.08 c 1.92,-1.2 3.36,-1.92 3.36,-2.64 0,-0.24 0,-0.24 -0.24,-0.24 -0.48,0 -1.44,0.72 -2.16,1.68 z m 5.28,-3.84 c 0.72,0 3.12,-2.4 3.6,-2.4 0.96,0 1.44,-0.72 2.16,-2.16 -0.96,0 -6,3.84 -6,4.32 z m 6.24,-4.32 c 2.64,-1.68 4.32,-2.64 4.32,-3.6 h -0.24 c -0.24,0 -1.2,0.72 -2.16,1.68 z m 8.64,-5.76 c 0.72,0 1.2,-0.24 1.2,-1.2 0,-0.24 0,-0.24 -0.24,-0.24 -0.72,0 -1.2,0.24 -1.2,0.96 0,0.24 0,0.48 0.24,0.48 z m 14.4,-8.4 c 0.48,0 3.6,-2.16 3.6,-2.64 L 134.24,276 c -0.96,0 -3.6,2.4 -3.6,2.88 z m 4.8,-2.88 c 0.96,0 2.4,-1.68 2.4,-1.92 -1.68,0.72 -2.64,1.2 -2.64,1.68 0,0.24 0.24,0.24 0.24,0.24 z m 4.56,-1.92 c 1.2,0 1.68,-0.48 1.68,-0.72 0,-0.48 -0.48,-0.48 -1.44,-0.48 -0.72,0 -0.96,0.24 -1.2,0.72 0,0.24 0.48,0.48 0.96,0.48 z m 3.6,-1.92 c 1.2,0 2.4,-0.48 3.12,-2.16 0,-0.24 0,-0.24 -0.48,-0.24 -1.68,0.24 -2.88,0.96 -3.12,2.16 0,0.24 0.24,0.24 0.48,0.24 z m 5.76,-1.68 c 1.2,-0.24 1.44,-0.72 1.44,-0.96 0,-0.24 0,-0.24 -0.24,-0.24 -0.96,0.48 -0.48,0 -1.44,0.96 z"/><path d="m 187.9998,467.28 c 0.96,0 2.64,-5.52 3.12,-5.52 0.24,0 0.48,-0.48 0.48,-1.2 l -0.48,-3.6 c 0,-0.48 0,-0.72 0.24,-0.72 l 0.96,0.48 -0.24,-0.48 c 0,-1.92 1.2,-2.16 1.68,-2.16 0.72,0 0.96,0.24 0.96,1.68 0.48,-0.48 0.72,-0.96 1.2,-0.96 1.2,0 3.12,3.84 3.6,3.84 0,-0.72 0.24,-1.2 0.48,-1.2 0.24,0 0.48,0.24 0.48,0.72 l -0.24,1.44 c 0,0.96 0.24,1.2 0.48,1.2 0.96,0 1.44,-2.64 2.4,-2.64 l 0.24,0.24 -0.96,2.16 c 0.72,0 2.16,-0.72 2.16,-1.92 l -0.24,-0.96 h 0.48 c 0.24,0 0.72,-1.2 0.72,-2.4 0,-1.2 -0.24,-2.16 -0.48,-2.16 -0.96,0 -0.48,1.92 -0.96,1.92 -1.44,-1.44 -0.72,-0.72 -1.68,-2.16 h -0.24 l 0.24,1.68 c 0,0.48 0,0.48 -0.48,0.48 h -1.44 c -0.96,0 -0.96,0.24 -1.44,0.72 l 0.24,-1.68 c 0,-0.48 0,-0.72 -0.48,-0.72 l -0.72,0.24 c -1.68,0 -1.92,-0.72 -3.12,-0.72 -0.48,0 -0.72,-0.48 -0.72,-1.2 0,-0.48 0.96,-0.48 0.96,-1.44 0,-0.96 2.16,-4.32 2.16,-6.24 0,-1.2 -1.44,-1.92 -1.44,-2.64 0,-0.24 0,-0.48 0.24,-0.48 l 0.96,0.96 c 0.48,0 0.24,-0.72 0.72,-0.72 h 0.96 c 0.48,0 0.48,-0.24 0.48,-0.48 0,-0.48 -0.24,-0.72 -0.72,-1.44 0,-0.96 1.68,-2.88 1.68,-4.32 0,-2.4 1.2,-1.68 1.2,-3.84 0,-1.44 0.24,-1.68 0.72,-1.68 l 1.2,0.24 c 0,-1.68 0.24,-2.64 0.96,-2.64 l 0.24,0.48 c 0,1.92 -1.92,5.04 -1.92,7.2 0,1.68 -1.68,6.48 -1.68,8.16 0,0.72 0,1.2 -0.48,1.2 l -2.88,-1.44 c 0.48,1.68 1.44,0.72 1.44,3.36 0,2.4 -0.72,4.8 -0.72,6.24 0,0.24 0,0.24 0.24,0.24 h 0.96 c 0.48,0 0.72,0.24 0.72,0.48 0,0.72 0.24,0.96 0.48,0.96 0.96,0 0.96,-2.88 2.4,-2.88 l 4.08,0.48 c 1.68,0 1.68,-0.48 1.68,-1.68 0,-0.72 0.96,-0.72 0.96,-1.92 0,-0.24 0,-0.24 0.24,-0.24 h 0.24 c 0.48,0 0.72,0 0.72,-0.24 l -0.48,-1.44 0.24,-0.24 0.96,0.48 0.24,-0.48 c 0,-0.24 -0.24,-0.72 -0.72,-0.96 -0.48,0 -0.96,-1.44 -1.2,-3.84 0.96,0.96 0.72,0.48 1.44,1.68 l -0.24,-0.72 0.24,-0.24 h 0.96 c 0.96,0 1.2,-6.48 2.16,-6.48 0.24,0 0.24,0.24 0.24,0.72 0,0.24 0,0.48 0.24,0.48 0.96,-1.44 0.48,-0.48 0.96,-2.16 0,-1.2 -0.48,-2.16 -0.96,-2.16 l -0.72,0.96 -0.24,-0.24 c 1.2,-4.56 1.44,-6 3.12,-6 l 0.24,0.24 c 0.72,0 0.72,-5.52 1.92,-6.24 l 0.24,0.24 -0.24,1.92 c 0,0.48 0,0.72 0.24,0.72 0.48,0 1.2,-3.12 1.92,-5.28 -0.48,0 -1.44,1.92 -1.92,1.92 0,-0.48 0,-0.72 -0.48,-0.72 l -1.2,0.24 c -0.24,0 -0.24,0 -0.24,-0.24 0,-0.48 1.92,-4.08 1.92,-5.52 0,-1.68 0.96,-3.12 1.44,-3.12 0.24,0 0.24,0.48 0.24,1.2 0,1.92 -0.24,2.16 -0.72,3.84 l 0.24,0.24 0.48,-0.24 c 0.72,0 1.44,1.92 1.44,3.36 0,2.4 -1.2,1.92 -1.2,3.36 0,5.52 -2.64,6.48 -2.64,10.32 1.68,0 18.96,-48.48 23.28,-56.64 4.56,-10.32 4.8,-12 9.12,-20.16 2.4,-4.8 3.6,-9.84 5.52,-11.76 0.48,-0.72 0.72,-1.68 0.72,-2.16 v -0.96 c 0,-0.72 1.44,-0.72 3.36,-5.04 1.68,-3.36 1.92,-4.32 1.92,-5.04 -0.48,0 -0.96,0.96 -2.4,2.64 0.72,-2.64 0.96,-3.6 2.16,-3.6 l 1.2,0.24 c 0.24,0 0.48,-0.24 0.48,-0.48 0,-4.56 9.12,-15.6 9.12,-19.92 0,-1.68 1.44,-0.96 1.44,-2.16 l 0.24,-0.48 c -1.68,0 -2.4,2.88 -3.12,2.88 -0.48,0 -0.72,-0.24 -0.72,-0.72 0,-0.48 0.72,-0.72 1.44,-1.44 -0.72,-0.48 -1.44,-0.72 -1.44,-1.44 0,-0.24 0,-0.24 0.24,-0.24 l 1.68,0.96 0.24,-0.24 -0.24,-1.68 c 0,-2.16 2.88,-5.76 2.88,-6.72 0,-1.44 1.44,-1.44 2.64,-5.28 1.68,-4.32 3.12,-7.2 3.12,-8.16 0.24,-1.2 0.48,-1.2 11.76,-2.88 8.16,-1.2 24.72,-3.12 54.96,-6 6.72,-0.48 12.48,-1.44 12.48,-1.68 0.24,-0.24 0.96,-0.24 1.68,-0.24 l 0.72,0.24 c 0.24,0 0.24,0 0.24,-0.24 0,-0.48 0,-0.72 -4.08,-0.72 l -21.12,0.72 c -5.52,0 -6.96,-0.48 -7.2,-1.2 0,-0.72 0.24,-1.2 0.96,-1.2 0.72,0 0.72,1.2 1.44,1.2 l 1.2,-0.24 c 0.72,0 0.48,0.96 1.2,0.96 0.48,0 0.72,-0.48 0.72,-1.44 0,-1.2 0.48,-1.2 4.8,-1.2 10.56,0 15.12,-0.72 17.28,-1.68 -0.96,-0.96 -1.68,-1.2 -3.12,-1.2 -1.2,0 -0.96,0.96 -1.68,0.96 -1.2,-0.24 -0.72,0 -1.44,-0.96 0,-0.72 8.64,-0.72 9.12,-1.92 0.48,-0.96 2.88,-0.96 2.88,-1.44 0,-0.24 0.24,-0.48 0.48,-0.48 l 1.68,0.24 c 0.24,0 0.48,0 0.48,-0.24 -0.48,-0.96 -0.72,-1.68 -1.92,-1.68 -1.2,0 -1.2,-2.16 -4.56,-2.16 -1.2,0 -2.16,-0.24 -2.16,-0.24 0.48,-0.48 1.2,-0.72 1.2,-1.44 0,-1.2 2.64,-1.44 7.44,-2.88 0,-0.72 -2.88,-0.48 -2.88,-0.96 0,-0.48 -0.24,-0.96 -1.2,-0.96 -0.72,0 -0.72,0.48 -1.2,0.96 -0.48,-0.24 -0.72,-0.24 -0.72,-0.72 0.48,-0.96 0.96,-0.72 0.96,-1.68 0,-0.72 -0.48,-1.68 -1.2,-1.68 l -0.96,0.24 c -0.96,-0.48 -1.44,-0.48 -1.44,-1.2 0,-0.96 1.44,-1.92 4.08,-2.4 1.44,-0.24 2.16,-0.24 2.16,-0.72 -0.72,-1.2 -1.68,-1.68 -1.68,-2.4 0,-0.48 -12.72,-2.4 -20.88,-3.12 -11.04,-0.72 -27.84,-1.2 -42.24,-1.2 -8.64,0 -16.32,0.24 -21.84,0.48 -43.68,2.88 -54.48,5.28 -76.32,9.36 -10.32,2.16 -9.6,3.84 -10.08,12.48 0,3.84 3.36,2.4 3.36,4.08 0,2.16 1.2,3.12 4.56,3.12 l 5.76,-0.48 c 1.2,0 1.68,0.24 1.68,0.48 0,0.48 -0.48,0.72 -0.96,0.72 -2.88,0 -3.6,0.72 -3.6,1.68 0,0.72 -1.44,0.96 -1.44,1.92 l -0.24,0.24 -1.44,-0.24 c -0.24,0 -0.48,0 -0.48,0.24 0.48,1.68 0.72,2.4 1.2,2.4 0.48,0 0.48,-1.2 1.2,-1.2 0.96,0 1.68,1.92 1.68,4.32 0,1.2 2.64,1.2 2.64,1.68 0,0.48 0.96,0.72 2.16,0.72 l 3.84,0.24 c 2.64,0 12.48,-0.72 13.44,-1.2 0.48,-0.48 10.08,-0.72 14.16,-2.16 l 3.12,-0.48 0.48,0.24 c -0.72,0.96 -1.2,1.68 -2.16,1.68 h -1.2 c -2.88,0 -8.16,1.92 -10.32,1.92 -1.44,0 -1.2,0.96 -3.12,0.96 l -4.56,0.48 c -3.12,0 -2.16,-0.72 -4.08,-0.72 -2.88,0 -7.92,1.68 -7.92,2.88 0.48,0.48 0.96,0.48 0.96,0.96 -1.92,0 -2.16,0.48 -2.64,2.4 0,0.48 0.24,0.72 0.48,0.72 h 0.48 l 0.24,0.48 -0.24,1.2 c 0,1.44 1.68,1.2 5.28,1.44 5.76,0 17.52,-1.2 21.6,-2.4 h 0.48 c 0.24,0 0.48,0 0.48,0.24 -0.72,3.12 -6,12.96 -6.96,17.04 0,0.48 -1.44,3.84 -3.12,7.68 -3.84,8.4 -13.68,34.08 -13.68,39.36 0,1.2 -1.68,3.36 -1.68,5.28 0,2.16 -2.16,2.4 -2.16,5.04 0,2.4 -1.92,5.04 -1.92,6 0,0.72 -0.48,2.16 -0.96,3.36 -4.32,13.44 -6.48,19.68 -7.2,23.52 -0.72,4.8 -1.68,3.36 -1.68,4.08 0,2.64 -10.32,37.68 -10.32,40.56 0,0.48 -1.44,6 -1.44,9.36 0,2.64 -1.44,4.08 -1.44,7.68 0,4.8 3.36,5.52 3.36,6.24 0,0.48 0.24,0.72 0.48,0.72 z m 5.52,-18.24 c -0.24,0 -0.24,-0.48 -0.24,-0.96 0,-0.48 0,-0.72 0.24,-0.72 l 0.24,0.24 c 0,0.48 0,1.2 -0.24,1.44 z m 16.08,-2.16 c -0.48,0 -0.96,-0.72 -0.96,-1.44 l 0.24,-0.48 c 0.96,0.72 0.48,0.48 0.96,1.44 z m 1.2,-6.96 c -0.24,0 -0.24,0 -0.24,-0.48 0,-0.48 0.48,-0.96 0.72,-1.2 h 0.48 c -0.24,1.2 -0.72,1.68 -0.96,1.68 z m -5.52,-13.2 c -0.24,0 -0.72,-0.48 -0.72,-1.44 0,-0.96 0.24,-1.2 0.96,-1.68 0.24,0 0.24,0.48 0.24,1.44 0,1.2 -0.24,1.68 -0.48,1.68 z m 0.96,-4.08 c -0.24,0 -0.48,-0.48 -0.48,-1.44 0,-1.68 1.44,-4.56 2.16,-4.56 l 0.24,0.72 c -0.72,3.36 -1.2,5.28 -1.92,5.28 z m 16.8,-5.52 c -0.24,0 -0.72,-0.72 -0.72,-1.2 l -0.24,-3.6 c 0,-3.6 0.96,-2.4 0.96,-3.12 v -0.24 c 0,-0.24 0.48,-0.72 1.2,-0.72 l 0.24,0.24 -0.48,1.68 c 0,0.96 1.68,0.48 1.68,1.2 l -0.48,1.92 -1.92,-0.24 c -0.48,0 -0.72,0.24 -0.72,0.96 v 0.96 c 0.72,-0.72 0.72,-0.96 1.2,-0.96 0.48,0.24 0.48,0 0.48,0.48 0,0.48 -0.96,0.24 -0.96,0.96 l 0.24,0.48 c 0,0.72 0,1.2 -0.48,1.2 z m -14.88,-3.84 -0.24,-0.24 c 0,-0.48 1.2,-2.64 1.92,-2.64 l 0.24,0.48 c 0,0.48 -0.24,1.2 -0.96,1.68 z m 17.52,-3.12 c -0.48,0 -0.72,-0.24 -0.72,-0.48 0,-0.96 1.2,-3.84 1.68,-3.84 0.24,0 0.48,-0.24 0.48,-0.48 l -0.48,-1.44 c 0.96,0.24 1.2,0.48 1.2,1.68 0,1.68 -1.68,2.16 -1.68,2.88 l 0.24,0.96 c 0,0.48 -0.24,0.72 -0.72,0.72 z m -15.12,-0.96 c -0.48,0 -0.72,-0.48 -0.72,-1.68 0,-1.2 1.2,-1.44 1.2,-1.92 l -0.72,-1.68 c 0,-0.48 0.24,-0.72 0.72,-0.72 0.72,0.24 0.96,0.24 0.96,2.4 0,1.68 -0.72,3.6 -1.44,3.6 z m 12.96,-3.6 -0.24,-0.24 c 0.24,-2.4 0.96,-4.08 0.96,-4.08 h 0.24 c 0.48,0 1.92,0.72 1.92,1.2 0,0.24 -0.24,0.48 -0.48,0.48 h -0.24 c -0.24,0 -0.96,0.48 -1.44,1.44 z m 4.56,-2.4 c -0.48,0 -0.72,-0.48 -0.72,-0.72 0,-0.24 0.24,-0.48 0.48,-0.48 0.72,0.24 0.48,0.24 0.96,0.72 0,0.24 -0.48,0.48 -0.72,0.48 z m -15.84,-0.96 c -0.48,0 -0.96,-0.24 -0.96,-0.72 0,-0.24 0.24,-0.48 0.72,-0.48 0.72,0.48 0.72,0 0.96,0.72 0,0.24 -0.24,0.48 -0.72,0.48 z m 14.16,-1.2 c -0.96,0 -1.44,-0.24 -1.44,-0.96 0,-0.72 0.72,-1.92 0.72,-2.88 v -0.72 c 0,-0.24 0.24,-0.48 0.48,-0.72 2.64,-2.64 6.72,-23.28 10.8,-24.48 l -0.24,0.72 c 0.48,0.96 0.24,0.48 0.96,1.44 l -0.24,0.24 -0.96,-0.24 c -1.2,0 -1.2,1.2 -1.44,3.84 l 0.24,1.68 c 0,0.24 -0.24,0.48 -0.48,0.48 -0.96,0 -1.92,1.92 -1.92,3.6 l 0.48,1.44 -0.24,0.24 h -0.48 c -0.96,0 -2.4,6 -3.36,6.48 -2.16,4.56 -1.2,2.4 -2.16,8.16 0,0.96 -0.24,1.68 -0.72,1.68 z m -13.2,-1.44 c -0.24,0 -0.24,-0.24 -0.24,-0.48 l 0.48,-1.92 0.24,-0.24 c 0.48,0.24 0.72,0.24 0.72,1.2 0,0.72 -0.48,1.44 -1.2,1.44 z m 16.32,0 c -0.24,0 -0.48,-0.24 -0.48,-0.48 l 0.48,-2.4 c 0,-0.24 0.24,-0.48 0.72,-0.48 l 0.48,0.24 -0.96,2.16 0.24,0.72 z m -14.16,-3.6 c -1.44,-0.48 -1.92,-0.96 -1.92,-1.2 h 0.72 c 0.72,0 1.44,0.24 1.44,0.72 0,0.24 0,0.48 -0.24,0.48 z m -0.24,-2.64 c -0.24,0 -0.24,-0.24 -0.24,-0.72 0,-0.48 0.24,-0.72 0.72,-0.72 0.24,0 0.24,0 0.24,0.24 0,0.96 -0.24,1.2 -0.72,1.2 z m 17.28,-1.68 c -0.24,0 -0.48,-0.24 -0.48,-0.48 0.24,-0.96 0.24,-1.92 0.72,-1.92 0.24,0 0.24,0.24 0.24,0.72 0,0.72 -0.24,1.44 -0.48,1.68 z m -15.12,-1.2 c -0.72,0 -0.96,-0.48 -0.96,-1.2 0,-0.48 0,-0.96 0.48,-1.2 0.24,0 0.72,0.48 0.96,1.68 0,0.48 -0.24,0.72 -0.48,0.72 z m 2.4,-7.2 c -0.24,0 -0.48,-0.24 -0.48,-0.72 0,-0.72 0.24,-0.96 0.48,-0.96 0.48,0 0.72,0.24 0.72,0.48 0,0.48 -0.24,0.96 -0.72,1.2 z m 2.88,-6 c -0.48,0 -0.72,-0.48 -0.72,-0.96 0,-0.72 0,-1.2 0.24,-1.2 0,0 0.48,0.72 0.72,1.68 0,0.24 0,0.48 -0.24,0.48 z m 2.4,-4.08 c -0.24,0 -0.48,-0.48 -0.48,-0.72 0,-0.48 0.48,-0.72 0.72,-0.72 0.24,0 0.48,0.24 0.48,0.48 v 0.24 z m 12.96,-6.48 v -0.24 c 0,-0.72 0.48,-1.44 1.68,-2.88 0.24,0 0.24,0.24 0.24,0.72 0,0.48 -0.48,1.44 -0.96,1.92 z m 2.64,-5.52 c -0.48,0 -0.48,0 -0.48,-0.24 0,-0.48 0.48,-0.96 1.68,-2.16 0.24,0 0.24,0 0.24,0.24 -0.48,1.2 -0.72,2.16 -1.44,2.16 z m 2.88,-5.76 h -0.24 c -0.24,0 -0.48,0 -0.48,-0.24 0,-0.72 0.48,-0.96 1.2,-1.44 l 0.24,0.48 c 0,0.48 -0.48,0.96 -0.72,1.2 z m 0.96,-2.64 c -0.24,0 -0.24,-0.24 -0.24,-0.96 0,-2.16 1.2,-3.12 2.64,-4.8 -0.48,1.92 -0.72,3.36 -1.68,4.8 z m 22.08,-31.2 -0.24,-0.48 c 0.72,-1.68 1.2,-3.12 1.68,-3.12 0.24,0 0.48,0.24 0.48,0.48 0,0.72 -1.44,3.12 -1.92,3.12 z m 2.16,-4.32 c 0.24,-0.96 0.48,-1.68 0.96,-1.68 h 0.24 c 0,0.24 0,0.72 -0.48,1.2 z m 1.92,-4.8 c -0.48,0 -0.72,-0.48 -0.72,-0.96 0,-0.48 0.24,-0.72 0.48,-0.72 0.72,0 0.96,0.48 0.96,0.96 0,0.48 -0.24,0.72 -0.72,0.72 z m -58.56,-20.88 c -1.2,0 -2.16,-0.24 -2.16,-0.72 0,-0.24 0.24,-0.24 0.72,-0.24 h 0.96 c 1.2,0 0.72,-0.96 1.44,-0.96 0.72,0 1.2,0.48 1.2,0.96 0,0.48 -0.96,0.96 -2.16,0.96 z m 8.64,-0.48 c -1.44,0 -2.64,0 -2.64,-0.24 v -0.24 c 0,-0.72 -3.12,-0.24 -3.12,-1.2 0,-0.24 0.24,-0.24 0.48,-0.24 l 1.2,0.24 c 0.24,0 0.24,0 0.24,-0.24 l -0.48,-0.96 c 1.68,0.72 0.96,1.44 9.12,1.44 4.32,0 6.48,0 6.48,0.48 l -1.92,0.48 c -2.16,0.24 -6.48,0.48 -9.36,0.48 z m 69.36,-11.28 c -0.72,0 -1.2,-0.24 -1.2,-0.48 l 2.16,-0.72 c 0.24,0 0.48,0.24 0.48,0.48 0,0.24 -0.48,0.72 -1.44,0.72 z m 4.08,-0.96 -0.24,-0.24 c 0.96,-0.72 2.4,-0.96 4.08,-0.96 h 0.48 v 0.24 l -2.64,0.72 z m 12,-1.2 -1.92,-0.24 c 1.68,-0.72 2.16,-0.96 3.36,-0.96 h 0.96 c 0.72,0 0.48,-0.24 0.72,-0.72 l 0.72,0.48 c 0,0.48 -1.2,1.44 -3.84,1.44 z m 8.88,-0.72 c -0.72,0 -0.96,-0.24 -0.96,-0.48 l 0.24,-0.48 c 0,-0.24 -0.48,-0.48 -1.2,-0.48 h -1.68 c 5.04,-1.44 2.88,-2.64 6.96,-2.64 -2.4,0.48 -3.6,0.96 -3.6,1.2 0.48,0 0.72,0.24 0.72,0.48 v 0.72 c 0,0.48 0.24,0.48 0.96,0.48 2.4,0 3.36,-0.24 3.36,-0.72 l -0.72,-1.68 c 0,-0.48 0.72,-0.72 2.64,-0.72 1.68,0 1.68,0.24 2.16,0.48 2.16,-0.72 3.12,-0.96 5.04,-0.96 0.96,0 1.68,0 1.68,0.48 0,0.96 -1.92,0.96 -4.56,1.68 0,0.48 0.96,0.48 2.88,1.2 -3.12,0 -3.36,-1.2 -5.04,-1.2 l -2.16,0.48 c -0.48,0 -1.2,1.44 -4.8,1.92 z m -29.76,-1.68 c -0.96,0 -1.44,-0.24 -1.44,-0.72 0,-1.92 3.36,-2.16 12.24,-2.4 0,0.48 -1.92,1.68 -2.88,1.68 l -0.72,-0.24 c -0.96,0 -0.72,0.48 -1.68,1.2 -0.48,0 -0.48,-0.96 -0.96,-0.96 -0.96,0 -3.36,1.44 -4.56,1.44 z m 13.92,0.24 c -0.72,0 -0.96,0 -0.96,-0.48 2.16,-4.8 2.16,-3.6 9.6,-4.32 h 1.2 c -1.44,0.96 -1.92,1.44 -4.8,1.44 -1.2,0 -1.68,0 -1.68,0.24 0.48,0.72 0.72,0.72 0.72,0.96 -0.72,0 -1.2,0 -1.2,0.24 l 0.96,0.96 c 0,0.24 -0.48,0.24 -1.2,0.48 z m 10.08,-1.44 c -0.48,0 -0.72,0 -0.72,-0.24 l 0.48,-0.24 h 0.24 c 0.48,0 0.72,0 0.96,0.24 z m 2.64,-2.88 c -0.96,0 -1.68,0 -1.68,-0.24 1.2,-0.72 2.64,-0.96 5.04,-0.96 1.68,0 2.4,0 2.4,0.24 -1.92,0.96 -3.36,0.96 -5.76,0.96 z m 10.56,-0.48 c -0.24,0 -0.48,-0.24 -0.48,-0.48 0.24,-0.72 0.48,-0.96 1.44,-0.96 0.24,0 0.48,0.24 0.48,0.48 0,0.48 -0.72,0.96 -1.44,0.96 z m 8.88,-0.48 c -2.4,0 -5.04,-0.48 -5.04,-0.72 4.56,-0.24 5.52,-0.24 7.92,-0.72 0.96,0.48 0.72,0 0.96,0.72 0,0.24 -0.24,0.48 -0.48,0.48 z m 10.8,0.24 c -0.24,0 -0.96,-0.48 -2.4,-1.68 0,-0.24 0.24,-0.24 0.72,-0.24 0.72,0 1.2,0.48 1.44,0.96 z m -4.8,-0.48 c -0.48,0 -0.72,-0.48 -0.96,-1.2 l 0.48,-0.24 c 0.48,0 0.72,0.24 0.72,0.72 0,0.48 -0.24,0.72 -0.24,0.72 z m 7.92,-0.48 -1.44,-0.24 -0.48,-0.48 c 0,-0.24 0.24,-0.24 1.2,-0.24 3.84,-0.24 1.92,0 6,-0.48 0.24,0 0.24,0 0.24,0.24 l -0.24,0.24 c -1.92,0.72 -3.84,0.96 -5.28,0.96 z m -15.12,-10.08 c -0.48,0 -0.72,0 -0.72,-0.24 l 0.48,-0.24 h 0.24 c 0.48,0 0.72,0 0.96,0.24 z m -129.36,206.88 c 1.44,-2.16 1.92,-3.84 1.92,-3.84 l -0.24,-0.24 c -0.48,0 -0.72,0.72 -1.2,2.16 z m -1.68,-2.4 c 0.96,0 1.68,-0.72 1.92,-1.68 l -0.48,-0.24 c -1.92,0.24 -3.12,0.48 -3.12,1.2 0,0.24 0.48,0.48 1.2,0.72 z m -3.12,-0.96 c 0.48,0 0.72,-0.24 0.72,-0.48 0,-0.48 -0.24,-0.72 -0.72,-0.72 -0.24,0 -0.72,0.24 -0.72,0.72 0,0.24 0.48,0.48 0.72,0.48 z m 18.48,-16.32 c 0.48,0 0.72,-1.2 1.92,-3.36 l -0.24,-0.24 c -1.2,1.2 -1.92,1.92 -1.92,3.36 0,0.24 0,0.24 0.24,0.24 z m 61.2,-140.64 c 0.48,0 0.96,0 0.96,-0.24 v -0.24 c 0,-1.2 4.32,-8.88 4.32,-10.08 l -0.24,-0.72 c 0.96,-1.92 1.68,-2.4 3.36,-6.24 0,-0.24 -0.24,-0.24 -0.48,-0.24 h -1.44 l 0.48,0.48 c 0,1.2 -3.6,5.52 -3.6,7.44 0,1.68 -2.64,6 -3.6,6 h -0.48 l 0.24,0.96 -0.48,2.4 c 0,0.48 0.24,0.48 0.96,0.48 z m 7.92,-18.72 c 0.48,0 0.96,-0.24 0.96,-0.72 -0.24,-0.24 -0.72,-0.72 -0.96,-0.72 -0.72,0 -0.96,0.48 -0.96,0.96 0,0.24 0.48,0.48 0.96,0.48 z"/><path d="m 304.15988,461.28 -0.96,-0.48 c -2.16,-1.44 -3.36,-5.52 -3.36,-8.88 0,-3.84 2.4,-6.24 2.4,-7.2 l -0.48,-1.2 c 0,-1.2 0.96,-3.84 4.08,-13.68 6.96,-19.68 8.88,-22.32 8.88,-23.76 0,-0.96 1.92,-2.4 1.92,-4.08 0,-3.6 4.08,-8.64 4.08,-10.32 0,-0.24 0,-0.48 -0.24,-0.48 l -1.44,0.24 c -2.64,0 -6.48,-3.36 -6.48,-6.96 0,-1.92 1.68,-4.32 1.68,-5.28 0.48,-2.88 15.12,-3.6 15.12,-6.96 0,-2.4 23.04,-49.92 24.24,-50.64 0.72,-0.48 0.24,-2.4 3.12,-7.68 2.88,-4.08 2.4,-5.76 3.36,-6.24 0.72,-1.44 1.92,-3.84 5.04,-9.12 3.12,-6.24 3.12,-6.48 4.32,-6.96 l -0.24,-0.96 c 0,-1.2 1.2,-3.12 2.88,-4.8 0.72,-0.72 1.44,-1.68 1.44,-2.16 v -0.24 c 0,-1.68 4.56,-6.72 4.56,-7.92 0,-0.96 2.4,-3.36 2.4,-4.32 v -0.48 c -1.44,0.72 -1.92,1.2 -3.12,1.2 h -1.2 c -1.2,0 -0.96,0.96 -1.44,0.96 h -0.96 c -1.68,0 -5.04,1.2 -5.04,1.92 v 0.24 c 0,1.2 -0.72,1.2 -2.4,1.44 l 0.48,-1.2 c -0.72,0.24 -0.96,0.48 -0.96,0.96 v 0.48 c 0,0.72 -2.88,1.92 -4.56,1.92 -0.96,0 -3.12,-2.16 -4.32,-2.16 h -1.2 c -0.24,0 -0.48,0 -0.48,-0.24 l 0.24,-1.68 c 0,-0.48 -0.24,-0.72 -1.2,-0.72 -1.92,0 -1.44,-0.72 -1.68,-1.2 h -0.48 l -0.24,-0.24 c 0.24,-1.2 0.48,-1.92 0.72,-1.92 1.2,0.96 1.44,1.92 1.92,1.92 0.24,0 0.72,-0.48 0.72,-1.2 0,-1.44 -2.88,-4.32 -3.36,-4.32 l -0.24,0.24 0.24,1.2 c 0,0.96 -2.16,0.96 -3.12,1.68 -1.2,0 -5.04,-3.84 -5.28,-6.48 0,-3.6 4.8,-9.12 10.08,-10.56 7.2,-3.12 21.12,-8.88 44.64,-14.4 4.08,-0.96 7.68,-0.72 10.32,-1.68 8.88,-2.16 29.76,-4.32 44.16,-4.32 11.04,0 24.24,0.96 25.68,1.92 0.48,0.48 4.8,0.96 9.12,2.64 1.92,0.96 3.84,1.92 4.56,1.92 2.4,0 11.76,5.52 11.76,6.96 v 0.24 h 0.96 c 0.96,0 1.44,2.64 2.88,3.6 2.16,1.44 4.56,8.16 4.56,11.04 0,1.44 -0.48,1.2 -0.72,2.16 0.48,2.16 1.44,3.6 1.44,5.28 0,1.2 -0.96,0.96 -0.96,2.16 v 0.48 c 0,0.96 -0.48,1.44 -1.44,2.64 0.48,0 1.2,-0.48 2.88,-1.2 0.24,0 0.24,0.48 0.24,1.2 0,1.68 -0.48,2.64 -0.72,3.36 0,0.96 1.92,2.64 2.88,2.64 h 0.72 c -1.44,1.44 -2.4,1.92 -2.4,2.4 0.48,0.48 1.2,0.24 1.2,0.96 0,0.24 0,0.24 -0.24,0.24 h -0.72 c -0.72,0 -1.2,1.92 -1.2,5.28 -0.96,6 -3.36,7.2 -4.32,9.84 -0.72,2.64 -4.8,6.48 -5.76,6.48 v 0.48 l -0.96,1.92 c 0,0 1.2,-0.96 2.64,-2.64 4.32,-4.32 7.44,-10.08 8.16,-10.08 0.24,0.72 0.24,0.24 0.24,1.2 0,0.96 -0.96,1.2 -0.96,1.44 v 0.24 c 0,1.2 -5.28,7.2 -10.08,11.76 -5.52,5.04 -13.2,11.28 -13.92,11.28 -0.24,0 -1.68,0.96 -2.88,2.16 -11.28,9.36 -31.44,21.84 -40.56,27.6 -9.12,6.24 -7.2,4.08 -9.12,5.52 -3.12,2.4 -22.8,13.92 -34.32,20.16 -5.04,2.88 -9.12,5.04 -9.12,5.28 1.2,0 15.12,2.4 28.32,4.8 17.04,3.12 8.64,1.2 24,4.56 1.68,0.72 3.6,1.2 4.32,1.2 2.4,0 7.92,2.64 7.92,3.84 0,0.24 0.24,0.48 0.48,0.48 h 0.96 c 0.24,0 0.24,0 0.24,0.48 v 1.92 c 0.96,-0.72 1.44,-0.96 2.4,-0.96 0.96,0 1.92,0.48 1.92,0.96 l -0.96,1.44 c 0,0.48 0.48,0.48 1.68,0.48 2.4,0 1.68,0.48 2.16,2.16 h 0.48 c 1.44,0 3.36,3.6 3.6,6.48 0,2.4 -0.24,2.88 -1.44,3.12 -0.72,0 -1.44,0.48 -1.44,0.96 0,0.48 0.24,0.72 0.48,0.72 0.72,0 4.08,2.88 4.08,3.6 0,0.24 -0.24,0.48 -0.48,0.48 l -1.68,-0.24 c -1.44,0 -3.6,0.96 -3.6,1.68 0.24,0.72 0,0.24 0.72,0.72 0.48,0 1.2,-0.48 1.2,-1.2 l -0.24,-0.48 0.24,-0.24 c 0.72,0.72 0.96,0.72 0.96,1.44 0,0.48 -1.92,1.44 -1.92,2.16 l 1.2,1.2 c 0,0.48 -1.68,1.68 -1.68,2.16 0,0.24 0.48,0.24 1.2,0.24 h 0.24 c 0.24,0 0.48,0.48 0.48,0.96 0,0.48 -0.24,0.72 -0.72,0.72 -2.64,-0.72 -1.2,-0.24 -3.84,-0.72 -0.48,0 -1.2,-0.72 -1.44,-1.2 -0.72,-1.92 -1.2,-1.44 -2.4,-1.68 -0.48,0 -4.8,-0.72 -4.8,-1.92 l 0.48,-0.96 c -1.2,0.24 -0.96,0.72 -1.92,0.72 -1.44,-0.48 -1.92,-0.96 -1.92,-1.44 0,-0.24 0.24,-0.48 1.2,-0.48 0.48,0 0.72,0 0.72,0.24 0,0.48 0,0.48 0.24,0.48 0.24,0 0.72,-0.96 0.72,-1.92 0,-0.48 0,-0.96 -0.24,-0.96 l -2.16,-0.96 c -0.48,0 -0.96,1.2 -1.44,1.2 -0.24,0 -0.48,-0.24 -0.48,-0.48 l 0.24,-0.96 c 0,-0.48 -0.24,-0.72 -0.72,-0.72 -2.16,0 -1.2,-1.2 -2.4,-1.2 -1.44,0 -5.04,-2.4 -7.2,-2.4 -2.16,0 -1.92,-1.44 -3.84,-1.44 h -1.92 c -3.36,0 -3.6,-1.44 -7.2,-1.68 -4.56,-0.72 -5.52,-1.44 -7.44,-1.92 -1.44,0 -1.44,0.24 -2.4,0.96 l 0.48,-0.96 c 0,-0.24 -0.24,-0.24 -0.48,-0.24 l -2.4,0.24 c -0.96,-0.48 -0.72,-0.96 -3.6,-1.2 -1.2,0 -1.2,0.48 -1.2,1.44 -0.48,-1.2 -2.16,-0.72 -2.88,-1.92 0,-0.24 -0.48,-0.24 -0.96,-0.24 -3.12,0 -7.2,1.92 -10.08,2.16 -2.88,0 -8.16,-0.72 -8.64,-1.2 0,-0.72 0.96,-1.44 2.88,-1.68 l -0.24,0.72 0.96,0.72 c 0.48,-0.72 0.24,-0.96 0.48,-0.96 l 1.68,0.96 c 0.48,0 0.24,-0.24 0.48,-0.96 l 1.92,-0.24 0.48,-0.48 c 0,-0.24 -0.24,-0.24 -0.96,-0.24 l -7.44,-0.72 c -0.96,0 -1.44,0 -1.44,0.24 0,0.24 0.72,0.48 1.92,0.96 l -0.96,0.24 c -1.2,0 0.48,1.2 -4.8,1.2 -5.04,0 -9.6,-1.2 -20.64,-1.2 -5.52,0 -11.28,0.24 -11.76,0.72 -1.44,0.48 -8.64,15.84 -8.64,15.84 v -0.24 c 0,-1.44 0.96,-2.64 2.64,-6.48 0,-0.96 1.92,-2.64 1.92,-4.32 0,-0.96 2.16,-2.64 2.16,-4.08 0,-0.72 -0.72,-1.44 -1.68,-1.44 l -2.16,0.24 c -0.24,0 -0.48,0.24 -0.48,0.48 0,0.72 0,0.96 0.48,0.96 h 0.48 c 0.24,0 0.24,0.24 0.24,0.72 -0.48,1.2 -1.68,0.96 -1.68,1.68 v 0.72 c 0,0.72 -0.24,1.2 -0.48,1.2 l -0.72,-0.24 c -0.24,0 -0.24,0 -0.24,0.24 l 0.24,1.44 c 0,1.44 -2.88,3.36 -2.88,4.56 v 0.72 c 0,0.96 -1.2,1.68 -1.2,2.4 v 0.48 c 0,0.48 -0.72,0.24 -0.72,0.72 v 0.48 c 0,2.4 -2.4,6.48 -3.6,6.48 l 0.24,0.72 c 0,0.96 -2.16,2.88 -2.16,3.84 l 0.24,0.96 c 0,0.96 -0.72,2.16 -1.2,2.16 l -0.72,-0.24 0.24,1.44 c 0,0.72 -0.48,1.68 -0.96,1.68 l -0.48,-0.24 h -0.24 l 0.24,1.68 -0.96,-0.24 0.24,0.72 c 0,1.2 -1.68,1.92 -5.04,10.56 -0.48,0.96 -1.2,1.68 -1.68,1.68 h -0.96 c -2.88,0 -3.36,3.6 -4.56,3.6 -0.48,0 -0.72,-0.48 -0.72,-1.2 l 0.24,-0.72 c 0.24,0 0.24,0.24 0.96,0.72 0.48,0 0.96,-0.96 1.2,-2.88 0,-0.24 0,-0.48 -0.24,-0.48 l -1.2,0.24 c -0.96,0 -0.72,-1.68 -1.2,-1.68 h -0.48 c -0.48,0 -0.96,-0.96 -0.96,-1.68 0.24,-0.96 0,-0.72 0.48,-1.2 0.72,0 0.96,0.72 1.68,1.68 0.48,0 0.72,-0.48 0.96,-1.68 l -0.72,0.24 c -0.48,0 -1.44,-1.2 -1.44,-1.92 0,-0.72 0.24,-0.96 0.72,-0.96 h 0.24 c 0.24,0 0.24,0 0.24,-0.48 0,-0.72 -0.24,-2.16 -0.72,-4.08 0,-0.24 0.24,-0.48 0.48,-0.48 h 0.96 c 0.48,0 0.72,-0.48 0.72,-2.16 0,-2.88 1.44,-3.12 1.44,-4.32 0,-0.96 -0.48,-1.68 -1.44,-1.68 -0.72,0 -1.68,1.2 -1.68,2.4 v 1.44 c 0,0.48 -0.24,0.96 -0.48,1.2 -1.44,0.48 -1.2,2.88 -1.68,3.36 l -0.48,0.96 v 0.96 c 0,0.48 -0.96,0.24 -0.96,1.2 l 0.48,2.16 c -1.2,0.24 -1.2,-0.24 -1.68,0.96 0.72,0.48 1.2,0.24 1.2,0.72 0,0.96 -0.72,1.44 -2.64,1.92 -0.96,0 -0.72,-0.48 -1.2,-0.72 -0.24,0 -0.24,0.48 -0.24,1.44 0,1.44 0.72,1.44 1.2,2.64 l -0.72,1.92 c -0.24,0 -0.48,-0.48 -1.2,-1.2 l 0.24,0.96 c 0,1.2 -1.44,3.36 -2.16,3.36 h -0.24 c -0.24,0 -0.24,0.96 -0.24,2.16 v 0.96 c 0,0.96 -0.24,1.44 -0.48,1.44 z m -1.44,-3.84 c 0.48,-0.24 0.72,-0.72 0.72,-0.96 0,-0.48 -0.24,-0.72 -0.72,-0.72 -0.24,0 -0.72,0.48 -0.72,0.96 0,0.48 0.24,0.72 0.48,0.72 z m 18.72,-6.72 0.48,-0.24 0.48,-0.96 c 0,-0.72 -0.24,-1.2 -0.48,-1.2 -0.96,0.96 -0.48,0.48 -0.96,1.92 0,0.24 0,0.48 0.48,0.48 z m -2.88,-1.2 c 0.96,0 1.68,-0.96 2.16,-2.64 0,-0.96 -0.48,-1.68 -1.44,-1.68 -0.24,0 -0.24,0.24 -0.24,0.72 l 0.24,1.68 c 0,0.96 -1.2,0.48 -1.2,1.2 0,0.48 0.24,0.72 0.48,0.72 z m 8.16,-10.08 c 0.72,0 0.96,-1.2 0.96,-2.88 0,-0.48 0,-0.72 -0.24,-0.72 -0.48,0 -0.72,0.48 -0.72,1.2 v 1.44 c 0,0.96 -0.24,0.72 -0.48,0.96 z m -8.16,-9.12 c 0.72,0 3.36,-5.04 3.36,-6.24 0,-0.72 -0.48,-0.96 -0.96,-1.68 0.72,0 1.2,0 1.2,-1.2 0,-0.48 -0.24,-0.96 -0.48,-0.96 -0.96,0 -2.16,2.4 -2.16,4.56 0,1.68 -1.68,2.64 -1.68,4.08 0,0.96 0.24,1.44 0.72,1.44 z m 11.52,-0.48 0.72,-0.48 c 0.72,-0.48 1.2,-1.68 1.2,-2.4 0,-0.72 -0.24,-0.96 -0.24,-0.96 -0.48,0 -1.2,1.44 -1.68,3.84 z m 133.2,-6.24 c 1.2,0 1.92,-0.48 1.92,-0.96 0,-0.72 -0.48,-0.96 -0.96,-0.96 h -0.24 c -0.72,0 -0.24,-1.92 -1.2,-1.92 l -2.64,-0.72 c -0.48,0 -0.48,0.48 -0.48,1.44 0,1.92 1.92,3.12 3.6,3.12 z m -140.4,-3.12 1.44,-2.4 c 1.2,-2.16 1.68,-3.84 1.92,-5.52 0,-0.48 -0.24,-0.72 -0.48,-0.72 l -0.48,0.24 0.24,0.96 -0.24,0.24 -0.96,-0.24 c -1.2,0 -0.96,1.92 -1.44,7.44 z m 142.8,-3.12 c 1.2,0 3.12,-2.16 3.12,-2.64 h -0.24 c -0.48,0 -3.12,2.16 -3.12,2.64 z m -138.24,-6.96 0.24,-0.72 c 0.72,-1.92 2.16,-1.44 2.16,-2.64 0,-0.72 0,-1.2 -0.96,-1.2 -0.72,0 -1.92,1.2 -1.92,2.16 0.24,1.68 0.24,2.4 0.48,2.4 z m 56.64,-5.52 c 0.72,0 1.2,-0.72 1.44,-1.92 0,-0.72 -0.48,-0.96 -1.44,-0.96 -5.04,-0.24 -15.36,-1.2 -29.04,-1.2 l -3.36,0.24 c 0.48,0.48 8.16,1.2 9.6,1.68 l -0.48,-0.96 0.48,-0.48 0.96,0.48 c 0.24,0.24 2.64,0.48 5.52,0.48 5.52,0 5.76,0.48 6.72,1.2 l -0.48,-0.96 c 0,-0.24 0.24,-0.48 0.48,-0.48 0.96,0 0.24,1.2 2.64,1.2 l 6,-0.48 c 1.44,0 1.92,0.24 1.92,0.72 0,0.24 -0.24,0.48 -0.48,0.48 l -0.72,-0.24 -0.24,0.48 c 0,0.48 0.24,0.72 0.48,0.72 z m 15.12,0 c 0.96,0 1.92,-0.24 1.92,-0.48 0,-0.24 -0.96,-0.48 -1.92,-0.48 -0.96,0 -1.68,0.24 -1.68,0.48 0,0.24 0.72,0.48 1.68,0.48 z m -68.88,-0.96 c 0.72,0 1.44,-0.48 1.68,-1.2 v -0.48 l -0.96,0.24 c -0.96,-0.48 -0.48,-0.24 -1.44,-0.96 -0.24,0 -0.24,0.48 -0.24,1.2 0,0.72 0.48,1.2 0.96,1.2 z m 18.72,-2.64 c 0.48,0 0.96,0 0.96,-0.24 -0.24,-0.24 -0.96,-0.24 -1.44,-0.24 l -0.24,0.24 c 0,0.24 0.24,0.24 0.72,0.24 z m 38.88,-20.88 c 1.2,0 3.84,-1.2 8.16,-3.6 5.28,-2.88 7.2,-3.6 7.68,-4.32 l -0.24,-0.24 c -0.96,0 -2.16,0.96 -3.84,1.68 l -1.44,-0.24 0.24,0.72 c 0,0.48 -0.48,0.48 -1.2,0.48 h -1.2 c -0.72,0 -0.48,0.48 -0.96,1.2 l -0.96,-0.48 0.24,0.96 c 0,0.24 -0.24,0.48 -0.48,0.48 l -3.12,0.48 c -0.24,0 -0.48,0.24 -0.48,0.48 v 0.72 c 0,0.24 0,0.24 -0.24,0.24 h -1.44 c -0.96,0 -1.44,0.24 -1.44,0.72 0,0.48 0.24,0.72 0.72,0.72 z m 17.04,-8.64 1.68,-0.72 c 1.2,-0.48 1.68,-1.2 1.68,-1.44 -0.24,-0.72 -0.24,-0.48 -0.72,-0.72 -1.2,0 -2.64,1.2 -2.88,2.64 0,0.24 0,0.24 0.24,0.24 z m 0.96,-1.2 0.48,-0.72 0.96,-0.48 c 0.24,0 0.24,0 0.24,0.24 0,0.48 -0.48,0.72 -1.68,0.96 z m 5.04,-2.4 c 0.96,0 2.64,-0.72 2.64,-1.2 l -0.72,-0.24 -3.36,0.48 c 0,0.48 0.24,0.72 1.44,0.96 z m 3.6,-1.92 c 0.96,0 4.8,-2.4 5.76,-2.4 0.96,0 5.04,-2.64 5.76,-3.6 0.24,-0.24 0.96,-0.72 1.92,-0.96 1.68,-0.48 6.72,-6.24 8.64,-6.24 0.48,0 0.72,-0.24 0.72,-0.72 0,-0.96 3.12,-2.16 4.32,-3.36 2.4,-2.4 17.52,-11.28 17.52,-12.72 h 0.48 c 2.64,0 10.32,-9.6 14.16,-9.6 0.48,0 2.16,-0.96 2.16,-1.68 l -0.72,-1.2 c 0,-0.96 0.96,-1.2 3.12,-1.92 l 0.48,0.24 -0.96,1.92 c 0.96,0 6,-3.6 6,-4.56 l -0.24,-0.72 c 0,-0.48 0.24,-0.72 0.72,-0.96 l 0.24,0.24 -0.48,0.96 c 1.44,-0.48 2.64,-1.2 2.64,-1.68 l -0.24,-0.24 -0.72,0.24 c -0.72,0 -0.96,-1.92 -1.44,-1.92 -0.48,0 -0.72,0.24 -1.68,1.2 -1.92,1.92 -6.48,3.36 -6.48,4.32 0,1.68 -5.04,3.12 -5.04,4.32 0,0 -0.24,0.24 -0.72,0.24 -1.68,0 -2.16,2.16 -2.88,2.16 -1.92,0 -5.52,3.12 -5.52,4.56 l -0.96,-0.24 c -0.48,0 -1.44,0.48 -1.92,0.96 -1.44,1.44 -10.56,6.24 -12.48,8.4 l -0.48,-0.24 c -0.24,0 -0.48,0.24 -0.48,0.72 0,0.72 -1.44,0.96 -1.44,1.2 0.72,0.48 0.48,0.72 1.68,0.72 2.4,0 3.36,-1.44 3.36,-2.88 0.72,0.24 1.2,0.72 1.2,1.2 0,0.96 -3.84,2.4 -5.28,2.4 -0.72,0 -1.2,0.24 -2.16,0.96 l 0.24,-1.2 c 0,-0.24 0,-0.24 -0.48,-0.24 -1.2,0 -2.16,0.72 -2.4,1.44 -0.48,0.96 -2.4,0.72 -3.6,2.88 h 0.48 c 0,0 0.24,0 0.24,0.48 v 0.72 h 0.72 c 0.48,-0.24 0.72,-0.48 0.72,-0.96 V 348 c 0,-0.24 1.44,-0.24 1.44,-0.72 l -0.24,-0.72 0.48,-0.24 c 1.44,0.72 0.72,0.24 2.16,1.2 0,0.24 -0.24,0.24 -0.48,0.24 -1.44,0 -4.56,3.12 -5.28,3.12 -0.72,0 -1.44,-2.64 -2.16,-2.64 -0.24,0 -0.48,0.24 -0.48,0.72 0,0.96 -4.32,2.64 -4.32,3.12 0.72,1.2 0.24,0.48 1.68,1.2 0.72,0 0.24,-1.92 1.44,-2.4 0.48,0 0.96,0.24 0.96,0.72 l -0.24,0.48 h -0.48 c -0.24,0 -0.48,0.24 -0.48,0.48 0,0.96 -4.8,3.84 -6,3.84 l -0.72,-0.24 0.24,0.96 c 0,0.48 -0.48,0.72 -0.96,0.72 -0.96,0 -1.44,-0.48 -2.88,-0.72 l 1.2,0.96 c 0,1.2 -9.6,6.72 -9.6,7.68 z m 37.92,-25.68 c -0.48,0 -0.96,-0.24 -1.2,-1.2 0,-0.48 1.2,-0.72 4.32,-1.92 0.24,0 0.48,0.24 0.48,0.48 -0.72,0.96 -1.2,1.68 -1.68,1.68 l -0.96,-0.96 c 0,1.44 0,1.92 -0.96,1.92 z m 8.16,-5.52 c 0,-0.72 5.52,-5.52 6.96,-5.52 0.24,0 0.24,0 0.24,0.24 V 330 c 0,0.72 -6.24,5.04 -7.2,5.04 z m -113.76,30.72 1.92,-0.24 c 1.2,0 2.16,-0.24 2.16,-0.48 0,-0.48 -1.2,-0.96 -1.2,-1.44 0,-0.72 1.44,-2.88 1.44,-3.84 v -0.24 h -0.24 c -0.96,0 -2.16,2.16 -4.08,6.24 z m 71.52,-4.8 c 0.48,0 0.72,-0.24 0.72,-0.24 0,-0.48 -0.48,-0.48 -1.2,-0.96 l -0.24,0.48 c 0,0.48 0.48,0.72 0.72,0.72 z m -66.24,-2.64 0.48,-0.24 c 0.48,-0.48 0.96,-1.44 0.96,-2.16 0,-0.96 -0.24,-1.2 -0.48,-1.2 -0.48,0 -0.96,0.96 -1.2,3.12 z m 13.44,-0.24 0.48,-0.72 c 0.48,-0.48 0.72,-1.2 0.72,-1.68 v -0.24 c -0.96,0.96 -1.2,1.44 -1.2,2.4 z m 5.04,-1.92 c 0.48,0 0.96,-0.72 1.68,-1.92 l -0.48,-0.24 c -0.72,0 -0.96,0.96 -1.2,2.16 z m 28.56,0 c 0.24,0 0.48,-0.24 0.48,-0.48 l -1.68,-0.72 v 0.48 z m 4.32,-1.2 1.2,-0.72 c 0.72,-0.48 1.2,-1.44 1.2,-1.68 0,-0.48 0,-0.24 -0.48,-0.48 -0.72,0 -2.16,1.68 -2.16,2.4 0,0.24 0,0.48 0.24,0.48 z m -4.56,-0.48 0.96,-0.24 c 0.48,-0.24 0.72,-0.48 0.72,-0.72 h -0.24 c -0.96,0.48 -0.48,0 -1.44,0.96 z m -22.8,-1.68 c 2.16,0 19.92,-10.8 21.84,-10.8 0.48,0 0.72,0 0.72,-0.24 v -0.24 c 0,-0.72 7.2,-3.84 12.48,-7.68 l 14.88,-9.6 c 2.88,-1.68 29.28,-19.2 36.48,-24.24 11.52,-7.68 26.88,-21.36 29.52,-25.92 1.44,-2.4 2.16,-3.84 2.16,-4.8 0,-0.72 -0.72,-1.2 -1.68,-1.44 -8.88,-3.6 -20.16,-5.28 -35.52,-5.52 -7.44,0 -10.8,-0.24 -10.8,-0.72 0,-0.24 0.96,-0.48 2.64,-0.72 3.36,-0.48 3.36,-1.2 5.04,-1.44 h 0.24 c 0.24,0 0.24,0 0.24,-0.24 -0.24,-0.72 -0.96,-1.2 -1.92,-1.2 -0.96,0 0.48,1.2 -3.36,1.2 -2.88,0 -1.92,-1.68 -2.64,-1.68 -2.16,0.48 -1.2,0.24 -3.36,0.48 l -0.24,-0.24 0.24,0.72 c 0,0.72 -0.72,1.2 -1.68,1.2 -1.44,0 -1.68,-1.44 -3.36,-1.44 l -10.56,1.2 c -3.84,0.48 -3.84,1.68 -4.08,1.68 0,-0.72 -0.24,-1.2 -0.72,-1.2 -0.24,0 -0.48,0.24 -0.48,0.72 l 0.24,1.92 c -0.96,-1.2 -1.44,-1.92 -2.16,-1.92 l -0.24,0.24 0.48,0.96 c -0.96,-0.48 -1.2,-0.72 -1.92,-0.72 -0.72,0 -0.96,0.24 -2.16,1.44 0.96,0 1.44,0 1.44,0.48 -0.72,1.44 -0.96,2.64 -1.68,2.64 h -0.24 c 0,1.68 -1.44,3.6 -2.16,3.6 -0.24,0 -0.24,-0.24 -0.24,-0.48 0,-0.72 0.72,-1.44 1.2,-2.16 -1.92,0.96 -2.88,1.92 -2.88,2.88 V 270 l -0.24,0.24 c -0.72,0 -6.24,10.56 -6.24,12 0,1.2 -2.64,0.96 -2.64,1.68 0,0.48 0.24,0.96 1.44,1.2 0.96,0 2.88,-1.68 2.88,-2.4 l -1.2,-1.92 1.44,0.24 c 0.72,0 1.2,-0.24 1.2,-0.48 0,-0.48 -0.48,-0.48 -0.96,-0.96 0,-0.24 2.88,0 2.88,-0.72 v -0.48 c 0,-0.48 0.96,-0.48 0.96,-0.72 l -0.48,-0.24 c -2.4,0.48 -1.44,0 -3.36,1.2 0,-0.24 2.16,-2.64 3.36,-2.64 h 0.24 c 0.96,0 5.28,-6.48 6.24,-9.6 0.72,-2.16 3.12,-2.4 9.84,-2.88 l 0.48,0.24 c -0.96,0.96 -2.16,0.96 -4.08,0.96 h -1.2 c -0.72,0 -1.2,0.24 -1.2,0.48 0,1.44 -1.92,4.08 -2.4,4.08 h -0.48 c -0.24,0 -0.24,0.48 -0.24,1.2 0,1.44 -2.88,7.68 -10.56,21.84 -4.56,9.12 -5.52,11.04 -6.96,11.76 v 0.48 c 0,0.72 -0.72,2.64 -1.68,4.56 l -8.64,15.84 c -2.16,3.84 -14.16,26.4 -14.4,27.84 z m 36.24,-78.48 -0.24,-0.24 v -0.48 c 0.48,-1.92 0.72,-2.88 1.2,-2.88 0.24,0 0.24,0 0.24,0.24 -0.24,1.44 -0.96,3.36 -1.2,3.36 z m 18,-10.32 0.24,-0.48 c 0.96,-0.96 2.16,-1.2 4.32,-1.68 -2.4,1.44 -3.6,2.16 -4.56,2.16 z m 6.24,-1.2 c -0.48,0 -0.96,0 -1.2,-0.24 0,-0.48 0.96,-0.72 3.12,-0.96 0.48,0 0.72,0.24 0.72,0.48 0,0.48 -1.44,0.72 -2.64,0.72 z m -81.36,89.52 c 0.24,0 0.96,-1.44 2.64,-5.52 -1.92,1.2 -3.12,2.4 -3.12,4.32 0,0.96 0,1.2 0.48,1.2 z m 52.8,-0.48 c 0.72,0 1.2,-0.24 1.2,-0.48 -0.24,-0.72 -0.48,-1.2 -1.2,-1.2 -0.72,0 -1.2,0.48 -1.2,1.2 0,0.24 0.48,0.48 1.2,0.48 z m -34.8,-0.96 c 0.24,-0.24 0.48,-0.72 0.48,-1.2 0,-0.24 0,-0.24 -0.24,-0.24 -0.72,0.24 -0.96,0.72 -0.96,1.2 0,0.24 0.24,0.24 0.48,0.24 z m -3.84,-1.2 c 0.96,0 3.36,-3.36 3.36,-4.32 0,-0.96 -0.48,-1.2 -1.68,-1.68 v 0.96 c 0,1.44 -0.72,3.84 -1.44,3.84 -0.48,0 -0.72,0.24 -0.72,0.72 0,0.24 0.24,0.48 0.48,0.48 z m 41.52,0 c 1.92,0 3.36,-1.68 3.36,-2.16 0,-0.24 -0.24,-0.48 -0.48,-0.48 -0.48,0 -1.2,0.24 -1.68,0.96 -0.96,0.72 -1.68,0.72 -2.4,1.44 0,0.24 0.48,0.24 1.2,0.24 z m 4.8,-2.4 c 0.72,0 1.2,-0.48 2.4,-1.44 0.24,0 0.24,0.24 0.48,0.48 0.96,-0.72 1.2,-1.68 1.92,-1.68 1.44,0 5.04,-2.16 5.04,-2.88 -0.48,-0.96 -1.2,-0.96 -1.92,-0.96 -1.2,0 -0.48,1.68 -1.68,1.68 l -1.44,-0.24 c -0.96,0 -0.48,1.68 -1.2,1.68 h -0.96 c -0.48,0 -0.72,0 -0.72,0.24 0,0.96 -2.64,0.72 -2.64,2.16 0.24,0.96 0,0.72 0.72,0.96 z m -57.12,-1.68 c 0.48,0 1.68,-2.64 4.8,-8.64 l -0.24,-0.24 c -1.2,0 -4.56,5.76 -4.56,8.16 z m 14.88,-2.88 c 0.48,0 2.16,-1.68 2.16,-2.88 0,-0.72 -0.48,-0.96 -1.68,-1.92 -0.48,0 -0.24,2.64 -0.72,4.56 0,0.24 0,0.24 0.24,0.24 z m 54.48,-1.68 c 0.72,-0.24 0,-1.44 1.68,-1.44 h 1.2 c 0.72,0 0.96,-0.24 0.96,-0.96 0,-0.72 -0.48,-1.44 -0.72,-1.44 -0.48,0 -0.72,0.24 -0.72,0.72 0,0.96 -3.6,1.44 -3.6,2.4 0,0.48 0.24,0.72 0.72,0.72 z m -52.56,-3.12 c 0.72,0 1.92,-2.16 4.32,-7.2 0,-0.48 0.48,-0.72 0.96,-0.72 h 0.24 c 0.24,0 0.24,-0.24 0.24,-0.72 -0.24,-0.72 -0.72,-1.2 -1.2,-1.2 -0.24,0 -0.24,0.24 -0.24,0.48 v 0.72 c 0,0.24 -0.24,0.48 -0.48,0.72 -0.96,0.48 -4.08,6.24 -4.08,7.44 0,0.24 0,0.48 0.24,0.48 z m 58.08,-1.44 c 0.48,0 2.16,-0.72 2.16,-1.2 -1.92,0.48 -2.4,0.72 -2.4,1.2 z m 4.32,-2.16 c 0.72,0 1.44,-0.48 2.88,-1.68 l -0.24,-0.24 -2.64,0.72 c -0.24,0 -0.48,0.24 -0.48,0.72 0,0.48 0.24,0.48 0.48,0.48 z m 4.56,-2.64 c 0.96,0 1.2,-0.48 1.92,-1.44 0,-0.24 -0.24,-0.24 -0.48,-0.24 -1.68,0.72 -0.72,0.24 -2.4,1.44 0,0.24 0.48,0.24 0.96,0.24 z m 27.84,-2.4 1.2,-0.24 1.92,-1.68 v -0.48 c -2.16,0.96 -2.64,1.44 -3.12,2.4 z m -89.04,-2.16 c 0.48,0 1.68,-1.68 3.12,-5.04 2.64,-5.28 3.36,-6 4.56,-8.4 l -0.24,-0.24 c 0,-0.24 1.44,-1.92 1.92,-2.64 v -0.24 c -0.96,0 -4.08,3.36 -5.04,7.2 V 318 c 0,0 -1.92,2.16 -1.92,2.88 0,0.96 -1.68,2.16 -1.68,2.88 v 0.48 c 0,0.96 -1.2,0.96 -1.2,1.92 0,0.72 0.24,0.96 0.48,0.96 z m 4.08,0.24 c 0.24,0 0.48,-0.24 0.72,-0.96 v -0.72 c -0.72,0.24 -0.96,0.48 -0.96,1.2 0,0.48 0,0.48 0.24,0.48 z m 67.92,-3.36 c 0.48,0 0.96,-0.24 1.2,-0.72 v -0.48 c -1.2,0.24 -1.68,0.72 -1.68,0.96 0,0.24 0,0.24 0.48,0.24 z m -83.28,-1.44 c 0.24,0 0.72,-0.48 0.96,-1.68 h -0.48 c -0.48,0.24 -0.72,0.72 -0.72,0.96 0,0.48 0,0.72 0.24,0.72 z m 3.36,-4.56 c 0.24,-0.24 0.48,-0.72 0.48,-1.44 0,-0.48 -0.24,-0.96 -0.48,-0.96 -0.48,0 -0.72,0.72 -0.72,1.44 0,0.48 0.24,0.96 0.48,0.96 z m 115.2,-6.24 1.2,-0.24 c 0.72,-0.24 0.96,-0.24 0.96,-0.48 l -0.24,-0.24 c -0.72,0 -1.44,0.24 -1.92,0.96 z m -98.4,-2.4 c 0.48,0 1.2,-0.48 1.44,-0.96 0.48,-1.44 2.16,-0.96 2.16,-1.68 v -0.48 c 0,-0.72 0.72,-0.48 0.72,-0.96 v -0.96 c 0,-0.96 0.72,-0.48 0.72,-1.2 v -1.2 c 0,-1.2 1.44,-1.44 1.44,-1.92 v -0.48 c 0,-0.72 1.92,-1.44 2.4,-5.04 0,-0.48 3.12,-2.88 3.12,-3.84 v -0.48 c 0,-0.48 0.72,-0.72 0.72,-1.2 0,-0.24 -0.24,-0.48 -0.96,-0.72 -0.72,0 -1.44,1.2 -2.64,3.6 -0.48,1.44 -3.12,4.8 -3.12,5.76 0,1.2 -6.24,10.8 -6.24,11.52 0,0.24 0.24,0.24 0.24,0.24 z m 12.96,-21.6 c 0.48,0 0.72,-0.24 0.72,-0.72 0,-0.48 -0.24,-0.72 -0.72,-0.72 -0.24,0 -0.48,0.24 -0.48,0.72 0,0.48 0.24,0.72 0.48,0.72 z m -8.64,-12 c 0.24,0 0.48,-0.24 0.72,-0.96 v -0.72 c -0.72,0.24 -0.96,0.48 -0.96,1.2 0,0.48 0,0.48 0.24,0.48 z m -22.32,-3.36 c 0.24,0 0.48,-0.24 0.48,-0.72 0,-0.24 -0.48,-0.72 -0.72,-0.72 -0.24,0 -0.48,0.24 -0.48,0.48 0.24,0.72 0.72,0.96 0.72,0.96 z m 1.2,-1.44 0.72,-0.24 0.96,-0.72 c 0,-0.24 0,-0.24 -0.24,-0.24 -0.96,0.48 -0.72,0 -1.44,0.96 z m 108.72,-7.92 0.96,-0.24 c 0.72,-0.48 2.4,-0.48 3.6,-0.48 l 0.96,0.24 0.24,-0.24 c -3.36,-1.44 -6.24,-2.16 -9.84,-2.16 -0.96,0 -1.68,0.24 -1.92,0.48 0,0.72 3.6,0.72 3.6,1.2 l -0.24,0.48 0.24,0.24 2.4,-0.48 c 0.24,0 0.48,0 0.48,0.24 z m -18.48,-2.4 c 0.72,0 1.44,-0.48 1.44,-0.48 -0.48,-0.48 -1.92,-0.72 -4.08,-0.96 l -0.24,0.24 c 0.72,0.72 1.2,1.2 2.16,1.2 z m -6,0 c 1.2,0 2.16,-0.48 2.16,-0.72 0,-0.48 -0.96,-0.72 -2.16,-0.72 -1.2,0 -2.16,0.24 -2.16,0.72 0,0.24 0.96,0.72 2.16,0.72 z m 12.96,-0.24 c 0,-0.24 -1.68,-1.2 -3.12,-1.2 -0.72,0 -1.2,0 -1.2,0.24 0,0.24 1.2,0.72 2.88,0.96 z m 4.08,0 -0.96,-0.48 -1.44,0.24 c 0,0.24 0.24,0.24 0.96,0.24 z m -55.44,-1.44 12.24,-1.92 c 0.72,0 0.96,0.24 0.96,0.48 l -0.24,0.72 c 2.88,-1.92 9.36,-2.16 9.36,-2.16 -0.24,-0.24 -1.2,-0.48 -2.64,-0.48 -4.32,0 -9.6,0.96 -19.92,2.4 -0.24,0 -0.48,0.24 -0.48,0.48 0,0.24 0.24,0.48 0.72,0.48 z m 30.48,-1.2 c 0.72,0 1.2,-0.72 1.44,-2.16 -0.24,-0.96 -0.24,-1.2 -1.68,-1.2 -0.48,0 -0.96,0 -0.96,0.48 0,0.96 1.92,0.48 1.92,0.96 l -0.96,1.68 z m -2.64,-1.44 0.48,-0.72 c 0,-0.24 -0.96,-0.48 -2.64,-0.48 h -2.88 z m 7.68,-0.72 c 0.48,0 0.72,-0.24 0.72,-0.72 0,-0.24 0,-0.48 -0.24,-0.48 -0.48,0 -0.72,0.24 -0.72,0.72 0,0.24 0,0.48 0.24,0.48 z m -31.68,-4.8 c 0.48,0 0.72,-0.48 1.2,-1.44 0,-0.24 -0.24,-0.24 -0.72,-0.24 -0.48,0 -0.96,0.24 -0.96,0.48 z m -109.92,208.08 h -0.24 c -0.72,-0.96 -0.48,-0.48 -0.72,-1.68 0.72,0.72 0.48,0.48 0.96,1.44 z m 4.08,-0.48 0.24,-1.92 c 0.48,-1.2 1.2,-2.16 1.68,-2.16 0.24,0 0.24,0 0.24,0.24 -0.72,1.2 -0.48,0.48 -0.72,1.92 0,0.48 -0.24,1.2 -1.44,1.92 z m -1.92,-0.48 c -0.24,0 -0.48,-0.48 -0.48,-0.72 0,-0.48 0.24,-0.72 0.48,-0.72 0.48,0 0.72,0.24 0.72,0.72 0,0.24 -0.24,0.72 -0.72,0.72 z m -2.16,-3.12 c -0.48,0 -1.2,-0.48 -1.2,-1.44 v -0.24 c 0.48,0 0.72,0.48 1.2,1.44 z m 112.08,-43.2 h -2.64 l 1.44,-0.48 0.96,0.24 z m -5.76,-0.48 -1.92,-0.72 c -0.72,-0.24 -0.96,-0.24 -0.96,-0.48 l 1.2,-0.24 c 1.44,0 1.92,0.48 2.16,1.2 z m -4.8,-1.44 -1.2,-0.24 c -0.96,0 -1.92,-0.24 -1.92,-0.48 0,-0.48 0.24,-0.48 0.48,-0.48 0.72,0 1.44,0.24 2.88,0.96 z m -5.52,-0.72 c -0.96,0 -7.44,-1.2 -7.92,-1.68 0,-0.24 0,-0.24 0.24,-0.24 l 2.16,0.24 c 1.92,0 2.16,-0.48 3.6,-0.96 l -0.24,0.96 c 0,0.24 0.48,0.48 0.72,0.48 0.96,0 1.44,0.48 1.68,0.96 z m 104.88,-116.4 -0.24,-0.48 c 0.24,-1.68 0.48,-2.88 0.96,-2.88 0.24,0 0.24,0.24 0.24,0.96 0,1.44 -0.24,2.4 -0.96,2.4 z m 1.92,-4.8 c -0.72,0 -1.2,-0.24 -1.2,-0.72 0,-0.24 0.24,-0.24 0.72,-0.24 0.72,0 1.44,0.24 1.44,0.72 z m -152.88,-4.8 c -0.48,0 -0.72,0 -0.72,-0.24 1.2,-1.2 1.68,-1.44 2.16,-1.44 0.24,0 0.24,0 0.24,0.24 -0.24,0.72 -0.48,1.44 -1.68,1.44 z m 3.36,-1.68 0.48,-0.48 1.2,-0.48 c 0,0.24 -0.72,0.72 -1.68,0.96 z m 2.64,-1.2 0.24,-0.72 c 0.24,-0.96 5.28,-3.12 6.96,-3.12 h 0.24 c 0,0.24 -0.96,0.72 -2.16,1.2 -2.16,0.72 -2.64,1.44 -2.64,2.4 -0.24,-0.48 -0.48,-0.72 -0.72,-0.72 -0.72,0 -0.72,0.48 -1.92,0.96 z"/><path d="m 498.07968,455.52 c 4.32,0 15.6,-2.88 40.8,-9.6 0.96,-0.48 3.6,-1.2 6,-1.68 30.72,-8.4 27.84,-6.96 28.56,-8.16 l 0.24,-0.48 c 0,-0.24 0,-0.24 -0.48,-0.24 -0.96,0 -4.08,1.44 -6.24,1.44 -1.44,0 -2.64,-0.72 -2.88,-2.16 0,-1.92 4.56,-2.88 6.72,-2.88 0.72,0 1.2,0.24 1.2,0.72 -0.24,1.44 -3.12,1.68 -3.12,2.16 0.24,0.24 0.48,0.48 0.96,0.48 3.84,-0.72 4.56,-1.2 4.56,-1.68 0,-2.88 0.48,-3.12 5.52,-4.08 l 0.72,0.24 c 0,0.24 -1.2,0.96 -1.2,1.68 0.24,0.96 0,0.48 0.72,0.96 0.72,0 1.44,-3.12 1.68,-3.12 v 1.2 l 0.48,1.2 c 0.48,-0.96 0.24,-1.68 0.96,-1.68 l 2.64,0.48 0.24,-0.24 c -0.96,-0.96 -0.72,-0.48 -1.2,-1.44 0,-1.2 3.84,-0.48 4.32,-1.68 0.24,-0.48 0.48,-0.72 0.96,-0.72 0.72,0 0.48,2.88 1.44,2.88 0.24,0 0.24,-0.48 0.24,-0.72 v -1.44 c 0,-0.24 0,-0.48 0.24,-0.48 1.68,0.96 2.4,1.92 3.36,1.92 l 0.24,-0.24 -0.72,-0.96 c 0,-0.72 1.68,-2.4 6,-2.88 1.44,-0.96 6.48,-0.96 7.44,-1.44 1.68,-0.96 3.6,-0.48 7.92,-1.68 l 0.48,-0.24 c 0.24,0 0.24,0.24 0.24,0.72 0,1.44 -3.12,0.96 -4.08,1.92 l -0.72,0.48 c 1.92,0 5.76,-0.48 5.76,-2.16 l -0.24,-1.2 c 0,-0.48 0.48,-0.72 1.92,-0.72 h 3.36 c 0.48,0 0.72,0 0.72,-0.24 l -0.48,-0.96 0.24,-0.24 1.68,0.24 c 1.2,0 0.72,-1.2 1.44,-1.2 l 2.64,-0.24 0.48,-0.48 -0.96,-0.24 -5.28,0.48 -0.48,-0.24 c 3.6,-1.44 3.6,-1.68 7.2,-2.4 5.28,-0.24 10.56,-2.4 12.48,-4.08 l -0.24,0.72 c 0,0.24 0.24,0.48 0.48,0.48 1.44,0 5.04,-4.08 6.24,-4.08 0.24,0 0.48,0 0.48,-0.24 0,-0.24 -0.24,-0.24 -0.24,-0.48 l -1.2,-0.24 c -2.4,0 -6.48,0.72 -7.68,1.2 -0.48,0 -0.72,-1.2 -1.68,-1.2 -3.12,0.72 -2.4,2.4 -3.84,2.4 -0.72,0 -0.96,-0.72 -0.96,-1.44 v -0.24 c 0,-1.2 0.96,-1.92 2.88,-1.92 0.72,0 1.2,-0.24 1.2,-0.48 v -0.48 c 1.92,0 2.4,0.72 2.88,2.16 0.48,-1.68 0.24,-2.16 3.12,-4.56 3.12,-1.92 3.12,-2.4 3.36,-2.64 l 1.2,0.24 c 0.48,0 0.72,-0.24 0.72,-0.48 0,-0.96 -2.16,-1.44 -3.84,-1.44 -1.92,0 -2.16,0.48 -2.88,1.2 -0.24,0 -0.24,-0.24 -0.24,-0.72 v -0.24 c 0,-1.2 2.88,-1.68 2.88,-2.4 -0.24,-0.24 -0.72,-0.24 -1.44,-0.24 -1.2,0 -3.36,0.24 -5.52,0.72 h -0.96 c 0,-0.72 1.2,-1.2 2.88,-2.16 -2.64,0 -4.32,0 -4.32,0.48 0,0.72 -4.32,2.88 -5.52,2.88 -0.48,-0.24 -0.48,0 -0.48,-0.48 0,-0.72 2.64,-0.48 4.32,-2.16 l -0.96,-0.24 c -10.08,0.48 -11.76,1.2 -13.92,1.68 -19.92,2.88 -21.12,2.88 -49.2,7.2 -1.68,0.48 -5.04,0.96 -7.44,1.44 l -21.36,4.32 -2.88,0.24 c 0,-0.24 6.72,-11.04 14.4,-23.76 l 14.64,-23.76 c 18.96,-3.36 27.6,-4.8 27.6,-5.52 -0.48,-0.48 -0.72,-0.48 -0.72,-1.68 0,-1.68 0.24,-2.4 0.72,-2.4 l 1.2,0.48 c 0.72,0 0.96,-0.72 2.4,-1.92 0.48,0 0.48,0.72 1.2,0.72 1.2,0 2.88,-1.2 4.56,-1.2 l 3.6,0.48 c 0.48,0 0.96,0 1.2,-0.48 0.72,-0.72 1.92,-0.96 4.08,-0.96 3.84,0 3.12,-0.72 4.08,-0.72 l 1.68,0.24 c 0.72,0 0.96,0 0.96,-0.24 0,-0.72 3.12,-0.96 10.08,-0.96 3.12,0 2.16,-1.44 4.08,-1.44 0.96,0 1.68,-0.24 1.68,-0.48 0,-0.24 -1.2,-0.48 -2.64,-0.48 -3.84,0.24 -15.36,1.68 -15.84,1.92 l -1.68,-0.24 -0.72,-0.24 c 0,-0.48 32.16,-3.36 36.24,-4.32 6,-1.2 9.36,-0.72 9.36,-1.44 l -0.96,-1.44 c 0,-0.24 0,-0.24 0.24,-0.24 3.12,-0.24 5.28,-0.48 5.52,-0.96 0,-0.48 -3.6,-0.96 -5.76,-0.96 l -1.44,0.24 c -0.48,0 -0.48,-0.96 -0.72,-0.96 -0.48,0.48 -0.24,0.72 -1.2,0.72 -3.36,-0.48 -5.04,-0.48 -5.04,-1.44 l 0.96,-1.44 -1.44,0.48 c 0.48,-0.72 0.72,-0.96 1.92,-0.96 l 1.68,0.24 c 1.2,0 0.96,-1.2 1.68,-1.2 1.68,0 7.2,-2.64 7.2,-3.6 -0.24,-0.96 -1.2,-1.2 -1.92,-1.2 -3.12,0 -5.76,-0.24 -5.76,-0.48 0.72,-0.24 0.96,-0.48 0.96,-0.72 0,-0.96 -5.28,-0.96 -5.28,-1.44 0,-0.48 5.76,-1.2 5.76,-1.92 0,0 -0.48,-0.24 -1.44,-0.24 -2.4,-0.24 -7.44,-0.24 -13.68,-0.24 -14.64,0 -34.8,0.48 -35.52,0.96 -0.48,0.48 -6.72,0.72 -15.6,1.2 1.68,-1.92 2.64,-2.88 2.64,-3.84 0,-0.24 -0.24,-0.24 -0.48,-0.24 l -1.68,0.72 c -0.24,0 -0.24,0 -0.24,-0.48 0,-0.48 0.24,-0.96 0.48,-0.96 h 0.96 c 1.2,0 1.68,-0.24 1.68,-0.96 l -0.24,-0.48 c 0,-0.24 0,-0.24 0.24,-0.24 h 0.72 c 0.96,0 0.72,-1.92 1.68,-2.4 0.96,-0.48 0.72,-1.92 1.92,-2.88 0.96,-0.96 0.72,-3.12 2.16,-4.8 1.68,-1.44 6.48,-8.88 6.48,-10.08 0,-0.96 0,1.92 6.72,-12.48 5.28,-10.56 5.28,-10.56 5.28,-11.52 0,-0.24 0.96,-0.72 1.92,-0.72 26.64,-3.36 43.44,-4.08 43.44,-5.28 0,-0.24 -0.72,-0.24 -2.16,-0.24 -9.12,0.24 -4.08,0.48 -12.48,0.48 -11.52,0.72 -11.52,0.96 -27.6,2.4 -2.16,0 -3.6,0.48 -4.32,0.72 -0.24,0 -0.48,-0.48 -0.48,-0.96 0,-2.64 0.48,-2.88 10.08,-3.12 5.04,0 4.32,-1.2 5.76,-1.2 l 3.6,0.24 c 1.2,0 1.92,0 1.92,-0.24 0,-0.48 1.44,-0.48 3.12,-0.48 5.76,0 5.52,-0.96 8.88,-0.96 2.64,0 2.16,0.24 2.88,0.48 1.2,-0.48 1.2,-0.96 2.88,-0.96 3.12,0 6.72,-0.24 6.72,-1.44 0,-0.48 0,-0.24 -0.48,-0.48 -0.72,0 -0.96,0 -2.64,-0.72 0,0 1.2,-0.24 3.12,-0.24 2.16,0 3.36,0.24 3.36,0.24 -2.16,0.96 -1.92,1.44 -2.4,2.64 l 0.48,0.24 c 1.2,-0.24 1.44,-0.72 4.08,-0.72 3.12,0 5.28,-0.24 5.28,-0.96 0,-0.48 -0.72,-1.2 -1.68,-1.2 l -0.96,0.24 c -0.72,0 -1.44,0 -1.68,-0.48 0,-0.48 3.12,-0.72 10.56,-0.96 6,0 12,0 12.96,-0.24 l 4.08,-0.24 c 1.2,0 1.68,0 1.68,-0.48 l -1.2,-1.68 c 0,-0.72 -2.88,-3.36 -4.56,-3.36 -1.2,0 -1.2,0.48 -2.16,0.96 -0.48,0 -0.72,-0.72 -0.96,-1.92 0,-1.2 0.72,-1.92 1.92,-1.92 l 1.92,0.48 c 1.2,0 0.96,-1.2 2.16,-1.2 0.96,0 1.2,0 1.2,0.24 l -1.68,1.68 c 4.08,-0.48 5.52,-0.96 5.52,-1.44 0,-0.48 -1.44,-1.44 -1.44,-1.92 0,-1.2 0.72,-1.2 0.72,-1.92 0,-0.48 -0.72,-0.96 -1.92,-0.96 h -1.2 c -0.72,0 -0.48,-1.2 -1.92,-1.2 l -4.32,0.96 c -0.48,0 -0.48,-0.24 -0.48,-0.72 -0.24,-1.68 -0.24,-1.44 -1.2,-1.92 l 0.48,-0.24 c 2.4,0.48 1.2,0.48 3.6,0.72 2.64,0 3.36,-0.72 6.48,-1.92 0,-0.24 0,-0.24 -0.24,-0.24 l -6.48,0.96 -0.24,-0.24 c 3.12,-0.72 4.8,-0.96 4.8,-1.2 0,-0.72 -2.64,-0.48 -9.6,-1.44 -16.32,-2.4 -21.6,-2.64 -41.04,-2.64 -18.96,0 -31.68,0.48 -35.28,0.48 -1.2,0 -1.92,0 -1.92,-0.24 0,-1.44 -1.92,-2.88 -2.64,-2.88 l 0.24,1.2 c 0,0.48 0,0.72 -0.48,0.72 l -1.44,-0.96 -0.48,0.48 c -0.72,-0.48 -0.72,-0.96 -1.68,-0.96 -2.88,0 -6.96,2.88 -7.44,3.6 l -0.72,-0.24 c -0.24,0 -0.48,0 -0.48,0.24 0,1.44 -12.72,2.4 -25.44,4.56 -6.24,1.44 -11.04,1.44 -11.04,1.92 0,0.24 -0.24,0.24 -0.72,0.24 -2.4,0 -6.48,3.6 -6.48,6.48 1.44,5.76 4.32,5.04 4.32,6.24 0.48,0.96 1.68,1.44 2.64,1.44 0.72,0 0.72,-0.96 1.2,-0.96 0.48,0.48 0.48,0.96 1.2,0.96 1.44,-0.48 2.16,-0.96 4.56,-0.96 0.48,0 0.72,0 0.72,0.24 -0.72,1.44 -0.96,1.92 -1.44,1.92 -0.48,0 -0.72,-0.48 -2.16,-0.48 -3.6,0.24 -3.6,0.48 -3.6,3.12 0,1.68 0.48,1.92 1.92,2.88 0.24,0 0.24,-0.24 0.24,-0.72 v -0.96 c 0.24,0 0.96,0.96 0.96,1.68 0,0.48 -0.72,0.96 -0.72,1.2 v 0.24 c 0,0.72 2.64,2.4 3.36,2.4 0.48,0 1.2,1.92 3.6,1.92 1.68,0 2.16,0 2.4,0.72 v 0.24 c 0,0.24 0,0.48 0.24,0.48 l 1.92,-0.96 0.48,0.24 c -2.4,1.2 -1.92,3.84 -6.24,3.84 -1.68,0 -2.64,0.24 -2.64,0.48 0,0.48 1.68,0.72 4.8,0.96 0,0.72 -8.4,13.92 -15.36,26.16 l -8.64,16.56 c -6.48,12.48 -2.16,8.88 -16.08,12 -13.2,2.64 -14.16,3.6 -16.32,4.08 -4.32,0.48 -10.08,3.36 -11.28,5.52 -0.48,0.96 -0.72,2.16 -0.72,3.12 v 0.96 c 0,2.88 2.4,4.8 2.88,6.24 0.24,0.48 1.44,1.2 2.4,1.2 2.88,0.48 3.36,4.8 4.56,4.8 0.96,0 -0.72,2.4 4.56,2.88 2.4,0 4.08,0.24 4.08,0.48 0,0.24 -3.36,0 -3.36,1.2 0,0.48 0.24,0.48 1.2,0.48 l 7.68,-0.48 c -1.2,2.88 -1.68,4.56 -4.08,4.56 -0.96,0 -1.92,0.48 -1.92,0.72 0,0.24 0.48,0.48 0.96,0.48 h 1.68 c 0.72,0 0.96,0 0.96,0.24 v 0.24 c 0,0.48 -0.48,0.96 -1.2,1.68 l 0.96,-0.24 c 0,0.48 -2.4,3.36 -7.92,15.36 -9.12,20.64 -6,13.2 -7.68,16.8 -1.68,4.56 -6.72,14.64 -7.44,15.84 -0.96,1.2 -4.08,2.64 -11.52,5.04 -8.64,2.88 -11.04,5.28 -11.04,9.84 0.24,2.4 1.2,4.32 2.64,4.32 0.48,0 0.72,0.24 0.96,0.72 0.72,1.44 0.72,2.16 1.44,2.16 1.44,-1.2 1.68,-1.68 3.12,-1.68 2.88,0 3.84,7.44 6,8.64 0.96,0.48 1.44,0.96 1.44,1.2 v 0.48 c 1.2,0 2.16,-0.24 2.16,-0.72 v -0.72 c 2.16,0.48 1.44,1.92 2.88,1.92 2.16,0 5.28,-2.16 5.28,-2.64 0,-0.48 -2.16,-0.24 -2.16,-0.48 0,-0.48 0.96,-0.72 2.64,-0.96 h 1.68 c -0.72,0.48 -1.2,1.2 -1.2,1.68 0.24,0.48 0.72,0.96 1.2,0.96 l 3.36,0.72 0.48,-0.24 -0.24,-0.72 c 0,-0.72 1.44,-0.24 1.44,-0.96 v -0.24 c 0,-0.72 3.12,-1.44 9.6,-1.68 0.72,0 1.2,0 1.2,0.24 -0.48,0.24 -0.72,0.72 -0.72,1.44 l 0.48,1.2 -2.16,-0.96 -1.68,0.96 c 0,0.24 0.24,0.24 0.72,0.24 0,0.48 -3.6,1.92 -5.52,1.92 -2.4,0 -5.52,1.68 -8.64,1.68 -3.6,0 -3.36,1.2 -5.04,1.2 -0.72,0 -1.2,0.24 -1.2,0.72 0,0.48 0,0.72 1.44,0.72 z m 23.76,-6.96 c -0.48,0 -0.72,0 -0.72,-0.24 l 1.2,-0.48 0.48,0.24 0.24,0.24 z m 6.72,-1.68 -0.24,-0.24 0.72,-1.2 c 0,-0.48 -1.92,-0.48 -1.92,-0.96 v -0.24 c 0,-0.24 0.24,-0.48 0.72,-0.48 0.96,0 0.96,1.44 2.88,1.44 l 2.16,-0.24 c 0.24,0 0.48,0 0.48,0.24 -0.24,0.24 -1.44,0.72 -3.12,1.2 z m -22.08,-0.48 c -0.48,0 -0.96,0 -0.96,-0.24 l 0.96,-0.72 c 0.48,0 0.96,0 0.96,0.48 v 0.24 c 0,0 -0.48,0.24 -0.96,0.24 z m 2.16,-0.72 c 0,-0.24 2.64,-1.2 3.6,-1.2 l 0.72,0.24 c -0.24,0.48 -0.96,0.72 -2.88,0.72 z m 16.8,0 c -0.72,0 -1.2,-0.24 -1.2,-0.96 0,-0.24 0.24,-0.48 0.48,-0.48 0.96,0 1.68,0.24 1.68,0.96 0,0.24 -0.48,0.48 -0.96,0.48 z m 9.6,-0.72 c -1.92,0 -1.2,-0.96 -2.4,-1.44 -0.24,-0.24 -0.48,-0.48 -0.48,-0.72 0,-0.72 0,-0.48 0.48,-0.96 l 0.96,0.24 c 0.96,0 1.92,-1.92 4.08,-2.16 1.2,0 1.44,2.88 2.64,2.88 0.48,0 0.72,-0.24 0.72,-1.2 0,-0.24 0,-0.24 -0.24,-0.24 l -1.44,0.24 c 1.2,-1.44 1.2,-1.44 3.36,-1.44 l -0.72,-1.2 0.24,-0.24 2.16,0.48 0.24,-0.24 v -0.48 c 0,-0.48 0.24,-0.72 0.72,-0.72 1.44,0.24 0.96,0 2.4,0.72 l 0.24,-0.24 -0.24,-0.72 c 0,-0.24 0.24,-0.48 0.72,-0.48 1.92,0 3.36,0.96 4.56,2.4 v -0.24 l -0.48,-2.4 c 0,-0.48 0.24,-0.72 0.72,-0.72 0.72,0 1.2,0.24 1.2,0.72 0.24,0 0.96,-0.48 1.68,-1.2 0.96,-0.72 1.44,-1.2 1.92,-1.2 1.2,0.48 0.72,0.24 1.92,0.48 0.72,0 1.44,-0.72 2.16,-0.72 0.72,0 1.2,0.48 1.44,2.16 v 0.24 c 0,1.44 -3.6,2.16 -12.96,4.32 -0.48,0 -0.72,-0.24 -0.72,-0.48 l 0.24,-0.96 c -0.72,-0.96 0,-0.72 -0.96,-1.2 l 0.24,0.72 c 0,0.72 -0.96,0.96 -2.4,1.92 0.96,0 1.44,0 1.44,0.24 0,0.96 -10.56,3.84 -13.44,3.84 z m 4.08,-1.44 -0.96,-0.48 c -0.72,0.24 -0.48,0 -1.2,0.48 z m 17.52,-5.04 c 1.2,0 6,-1.2 6,-1.92 -1.2,-1.2 -0.48,-0.48 -2.16,-1.2 l -0.24,0.24 0.24,0.48 c 0,0.72 -4.08,1.68 -4.32,2.4 z m -42,6 c -0.48,0 -0.72,0 -0.72,-0.24 0.96,-0.72 1.68,-1.2 2.4,-1.2 h 0.72 c 0,0.24 -1.44,1.44 -2.4,1.44 z m 4.08,-1.44 h -0.24 c 0,-0.48 2.4,-1.2 6.96,-2.4 h 0.24 c -0.24,0.72 -5.76,2.4 -6.96,2.4 z m -29.28,-1.44 c -0.24,0 -0.72,-0.24 -0.96,-1.44 l 0.24,-0.48 c 0.24,0 0.48,0.48 0.96,1.68 0,0.24 0,0.24 -0.24,0.24 z m 38.4,-0.72 c -0.48,0 -0.72,0 -0.72,-0.24 l 0.96,-0.48 0.72,0.24 v 0.24 z m 2.4,-1.2 h -0.48 c 0.48,-0.72 6,-2.16 6.96,-2.16 0.24,0 0.24,0.24 0.24,0.48 0,1.44 -5.76,1.68 -6.72,1.68 z m 7.92,-2.16 c 0.72,-0.72 5.76,-2.4 7.44,-2.4 l 0.48,0.24 c 0,0.24 -1.92,0.96 -4.32,1.68 z m 10.08,-2.4 c 0.72,-0.96 0.24,-0.48 1.2,-0.96 0.48,0 0.24,0 0.48,0.24 l -0.72,0.48 z m 2.88,-0.48 -0.24,-0.24 c 0.48,-0.48 0.96,-0.96 2.88,-1.44 2.4,-0.48 2.64,-1.2 3.6,-1.44 1.2,0.24 1.44,0.48 1.44,0.96 -0.24,0.48 0,0.48 -0.72,0.72 l -0.24,-0.24 c -2.64,0.24 -4.32,0.48 -6,1.44 z m 12.96,-3.6 h -1.92 c 2.4,-0.48 3.36,-1.2 4.32,-1.2 h 0.72 c 0,0.48 -1.2,1.2 -3.12,1.2 z m 5.04,-0.96 c 0,-0.96 4.32,-2.4 6.48,-2.4 0.96,0 1.44,0 1.44,0.24 0,0.24 -4.8,0.96 -6.24,1.92 z m 9.36,-2.4 -0.24,-0.24 c 0,-0.24 4.32,-1.68 6,-1.68 h 0.24 l -1.92,0.96 z m 7.68,-2.16 -0.24,-0.24 c 3.36,-1.44 1.68,-1.44 5.52,-1.92 l 2.64,0.48 c -2.4,0.96 -4.08,1.44 -6.48,1.44 z m 8.4,-2.16 c 3.6,-1.2 5.04,-2.16 6.72,-2.16 12.24,-2.4 17.76,-3.84 19.92,-3.84 h 0.24 c -2.88,1.44 -1.44,0.72 -4.8,1.68 -1.44,0 -17.04,4.08 -19.68,4.08 z m -23.04,-3.36 c -0.24,0 -0.48,0 -0.48,-0.24 0,-0.24 0.48,-0.72 1.68,-0.96 v 0.48 c -0.24,0.48 -0.72,0.72 -1.2,0.72 z m 22.08,-4.08 c 0,0 -0.24,-0.24 -0.24,-0.48 0.24,-0.72 0.48,-0.96 1.2,-0.96 0.24,0 0.48,0 0.48,0.24 -0.24,0.72 -0.48,1.2 -1.44,1.2 z m 3.36,-1.2 c -0.24,0 -0.48,0 -0.48,-0.24 0,-0.48 0.96,-0.96 2.4,-1.2 l 0.48,0.24 -1.44,0.96 z m 7.92,-1.68 c -0.48,0 -0.72,-0.24 -0.72,-0.72 0,-0.48 0.24,-0.72 0.72,-0.72 0.24,0 0.72,0.24 0.72,0.72 0,0.48 -0.48,0.72 -0.72,0.72 z m -90,-0.72 c -0.48,0 -0.72,-0.24 -0.72,-0.72 0,-0.24 0.24,-0.72 0.72,-0.72 0.24,0 0.72,0.48 0.72,0.72 0,0.48 -0.24,0.72 -0.72,0.72 z m 93.84,0 c -0.72,0 -0.96,-0.24 -0.96,-0.48 0.24,-0.48 0.24,-0.48 0.72,-0.48 0.48,0 1.2,0.24 1.2,0.72 z m 4.32,-0.72 c -0.24,0 -0.72,-0.24 -0.72,-0.72 0,-0.24 0.24,-0.72 0.72,-0.72 0.48,0 0.72,0.48 0.72,0.72 0,0.48 -0.24,0.72 -0.72,0.72 z m -79.44,-0.96 c -0.24,0 -0.72,-0.24 -0.72,-0.48 0,-0.96 1.68,-1.44 1.68,-2.4 l -0.24,-0.48 c 0,-0.72 0.96,-0.48 0.96,-1.68 0,-0.48 0.24,-0.72 0.72,-0.72 h 0.24 c 1.2,0 0.72,-0.72 0.96,-1.92 h 0.48 c 0.48,0 1.2,-1.68 1.2,-2.64 v -0.72 c 0,-0.72 1.68,-0.24 1.68,-1.92 v -0.48 c 0,-2.16 3.12,-4.08 3.12,-4.8 l -0.24,-0.48 c 0,-0.48 0.24,-0.72 0.72,-0.72 h 0.24 c 0.96,0 2.16,-4.56 2.64,-4.56 l 0.48,-0.24 -0.48,-0.72 c 0,-0.24 0.24,-0.48 0.72,-0.48 h 0.24 c 0.24,0 0.72,-0.24 0.72,-0.72 0,-1.44 0.72,-3.12 1.44,-3.12 h 0.48 v -0.96 c 0,-1.2 2.64,-2.64 2.64,-3.84 l -0.24,-0.72 c 0,-0.24 0.24,-0.24 0.48,-0.24 h 0.24 c 0.24,0 0.48,-0.24 0.48,-0.72 l -0.24,-0.48 c 0,-0.48 0.24,-0.72 0.48,-0.72 h 0.24 c 0.96,0 2.88,-3.12 2.88,-4.32 l -0.24,-0.24 c 0,-0.24 0.24,-0.48 0.48,-0.48 l 0.72,0.24 c 0.96,0 1.44,-0.24 1.44,-1.2 v -0.72 c 0,-0.24 0.48,-0.48 0.96,-0.48 0.24,0 0.48,0 0.48,0.48 -1.44,3.6 -2.64,5.52 -3.12,5.52 -0.24,0 -0.24,-0.24 -0.24,-0.48 0,-0.48 1.2,-1.2 1.2,-2.16 v -0.48 c -0.48,0 -0.96,0.96 -1.44,2.88 l 0.24,0.72 c 0,1.44 -8.88,14.88 -8.88,16.08 0,0.48 -3.12,4.56 -3.12,5.52 0,1.44 -1.68,1.92 -4.56,7.2 -1.92,3.6 -3.84,6.72 -4.32,7.44 -0.96,0.72 -2.64,1.44 -3.6,1.44 z m 85.92,-0.48 c -0.96,-0.24 -1.68,-0.48 -1.68,-0.72 0,-0.48 0.24,-0.48 0.72,-0.48 0.72,0 1.2,0.24 1.92,0.96 0,0.24 -0.24,0.24 -0.96,0.24 z m 2.16,-0.48 h -0.24 c 0,-0.48 0.48,-0.72 1.2,-0.96 l 3.12,-1.2 0.24,0.48 c -0.96,0.72 -3.6,1.68 -4.32,1.68 z m -103.92,-1.68 c -0.24,0 -0.48,-0.24 -0.72,-0.96 0,-0.48 0,-0.72 0.48,-0.72 0.48,0 0.48,0.24 0.72,0.72 0,0.72 -0.24,0.96 -0.48,0.96 z m 3.84,-5.52 c -0.72,0 -1.44,-0.72 -1.44,-1.2 0.24,-0.48 0,-0.48 0.72,-0.48 0.48,0 0.96,0.48 0.96,1.2 0,0.24 0,0.48 -0.24,0.48 z m -0.24,-3.36 c 1.44,-3.36 3.12,-5.28 3.36,-6.72 l 1.2,0.24 c 0.24,0 0.48,0 0.48,-0.48 l -0.24,-0.96 c 0,-0.72 0.24,-0.96 1.2,-0.96 0.72,0 1.2,0 1.2,0.24 0,0.96 -4.08,5.04 -4.08,6.48 0.24,0.72 0.48,0.72 0.48,1.2 0,0.48 -0.24,0.48 -1.2,0.48 -0.96,0 -0.48,-0.24 -0.96,-0.72 l -0.72,0.48 z m 112.56,-1.68 c 0,-0.48 1.2,-1.2 2.88,-1.44 l -1.44,0.96 z m -105.36,-7.92 c -0.48,-1.68 -0.96,-1.68 -0.96,-3.12 0,-1.44 0.24,-1.68 1.68,-2.4 0,0 0.24,0 0.24,0.24 0,0.72 -1.44,1.2 -1.44,2.88 0,0.24 0,0.24 0.24,0.24 3.36,-4.08 2.4,-6.48 3.84,-6.48 l 0.48,0.24 c 0,0.96 -0.48,4.32 -2.88,6.72 z m 5.52,-9.36 c -0.24,0 -0.48,-0.24 -0.48,-0.96 0,-2.64 0,-3.6 0.72,-3.6 1.2,0.48 1.68,0.72 1.68,1.92 V 378 c 0,0.72 -0.24,1.2 -0.48,1.44 z m 2.88,-5.04 c -0.48,0 -0.72,-0.48 -0.96,-1.2 0,-0.96 0.96,-2.16 1.44,-2.16 0.24,0 0.24,0.24 0.24,1.2 0,1.44 -0.24,2.16 -0.72,2.16 z m 16.56,-3.36 c -0.24,0 -0.24,0 -0.24,-0.24 1.2,-1.2 0.48,-0.96 1.92,-1.68 -0.72,1.44 -1.44,1.92 -1.68,1.92 z m -14.16,-0.96 c -0.72,0 -1.2,0 -1.2,-0.72 0.48,-1.44 0.72,-2.16 1.2,-2.16 0.96,1.2 0.48,0.48 0.96,1.92 0,0.48 -0.48,0.96 -0.96,0.96 z m 17.52,-3.84 c -1.2,-0.48 -1.44,-0.48 -1.44,-1.68 0.24,-0.72 0.48,-0.96 0.72,-0.96 0.48,0 0.72,0.24 0.72,0.72 z m -16.56,-1.44 -0.48,-0.24 c 0.24,-0.72 0.72,-0.96 1.2,-0.96 0.24,0 0.48,0 0.48,0.24 -0.24,0.72 -0.48,0.96 -1.2,0.96 z m 22.56,-0.24 c -0.48,0 -0.72,-0.24 -0.72,-1.2 0,-0.72 0.24,-1.2 0.48,-1.2 0.24,0 0.48,0.48 0.72,0.96 0,0.48 -0.24,1.2 -0.48,1.44 z m -37.68,-3.12 c -0.72,0 -1.2,-0.24 -1.2,-0.72 0,-0.48 0.48,-0.72 1.2,-0.72 0.48,0 0.96,0.24 0.96,0.72 0,0.48 -0.48,0.72 -0.96,0.72 z m 19.68,-0.24 h -0.24 l -0.24,-0.96 v -0.72 l 0.48,1.2 z m 20.64,-2.16 c -0.24,0 -0.24,-0.24 -0.24,-0.96 0.24,-0.72 0.48,-1.2 0.96,-1.2 l 0.72,0.48 c 0,0.24 -0.24,0.72 -0.72,1.2 z m 4.08,0.24 c -0.48,0 -0.72,0 -0.72,-0.24 1.92,-0.96 2.88,-0.96 3.84,-0.96 h 0.48 c -1.2,0.96 -2.4,1.2 -3.6,1.2 z m 9.12,-1.68 c -0.48,0 -1.2,0 -1.2,-0.48 0,-0.24 -0.72,-0.24 -1.92,-0.24 l -3.36,0.24 c -1.2,0 -1.68,-0.24 -1.68,-0.72 0,-0.72 4.56,-3.12 7.2,-3.12 l 0.48,0.24 v 0.48 h 0.24 c 0.96,0 2.88,-1.2 5.52,-1.2 3.36,-0.48 4.32,-0.96 6.96,-1.44 1.44,0 2.88,0.72 2.88,1.44 -0.72,2.16 -1.2,2.4 -2.16,2.88 -7.44,1.2 -11.28,1.44 -12.96,1.92 z m 1.92,-1.2 c 0.48,0 0.96,0 0.96,-0.24 l -0.72,-0.24 c -0.72,0.24 -0.48,0 -0.96,0.48 z m 5.04,-0.72 c 1.44,-0.48 1.92,-0.48 2.16,-0.96 l -0.48,-0.24 c -0.96,0 -1.92,0.24 -2.64,1.2 z m -75.84,-0.96 h -0.24 l -0.24,-0.24 0.48,-1.92 0.48,-0.24 c 0.24,0 0.48,0.48 0.48,0.96 0,0.72 -0.24,1.2 -0.96,1.44 z m 65.04,-2.64 0.48,-0.48 3.12,-0.72 c 0.24,0 0.24,0 0.24,0.24 -0.24,0.24 -1.2,0.48 -2.4,0.72 z m 6.24,-1.2 c -0.48,0 -0.96,0 -1.2,-0.24 l 3.12,-0.48 c 0.48,0 0.72,0 0.72,0.24 -0.24,0.24 -1.68,0.48 -2.64,0.48 z m 5.04,-0.72 c -0.48,0 -0.72,0 -0.72,-0.24 2.88,-1.2 18.24,-3.12 20.88,-3.12 0.24,0 0.48,0 0.48,0.24 0,0.72 -11.04,1.44 -15.6,2.64 z m 23.52,-2.88 c -0.72,0 -1.44,0 -1.68,-0.72 0,-0.48 1.44,-0.96 2.88,-0.96 1.44,0 1.68,0.24 2.16,0.96 0,0.24 -2.4,0.24 -3.36,0.72 z m -2.16,-6.96 h -0.72 c 1.68,-0.72 1.68,-0.96 2.4,-1.68 0,0.72 -0.48,1.68 -1.68,1.68 z m -2.88,-1.44 c 0.72,-0.96 0.48,-0.48 1.44,-0.96 0.24,0 0.24,0 0.24,0.24 z m 7.92,-0.48 c -0.48,0 -0.96,-0.24 -0.96,-0.48 0.24,-0.48 0.48,-0.96 1.44,-0.96 0.24,0 0.48,0.48 0.48,0.72 0,0.48 -0.48,0.72 -0.96,0.72 z m 6.96,-0.24 c -0.72,-0.48 -0.72,0 -0.96,-0.96 0,-0.24 0.48,-0.72 0.96,-0.72 0.96,0.48 0.72,0 1.44,0.72 0,0.24 -0.24,0.48 -0.72,0.72 z m -3.6,-1.2 c -0.48,0 -0.96,0 -1.2,-0.24 0,-0.48 0.72,-0.72 1.68,-0.72 0.24,0 0.48,0 0.48,0.24 0,0.48 -0.24,0.72 -0.96,0.72 z m 13.44,-0.72 -0.24,0.48 c -0.24,0 -0.48,-0.24 -0.48,-0.72 l 0.24,-0.72 z m 2.4,0.72 c -0.48,0 -0.72,0 -0.72,-0.24 0.72,-0.72 0.72,-1.2 1.92,-1.2 0.72,0 0.96,0 1.2,0.48 l -0.72,0.48 z m 7.68,-0.72 c -0.48,0 -0.96,-0.48 -1.44,-1.68 l 0.48,-0.24 c 0.72,0.24 1.2,0.96 1.44,1.68 0,0.24 -0.24,0.24 -0.48,0.24 z m 3.36,0 c -0.48,0 -0.72,-0.24 -0.72,-0.72 0,-0.24 0.24,-0.48 0.48,-0.48 0.48,0 0.72,0.24 0.72,0.48 v 0.24 c 0,0.24 -0.24,0.48 -0.48,0.48 z m 4.56,-0.72 c -1.2,0 -1.92,-0.24 -1.92,-0.48 0.48,-0.48 0.96,-0.72 2.4,-0.72 1.2,0 2.4,0.24 2.4,0.72 0,0.24 -1.2,0.48 -2.88,0.48 z m -55.44,-16.8 c -0.48,0 -1.2,-0.72 -1.2,-1.44 l 0.24,-0.48 c 1.2,0.72 1.2,1.2 1.44,1.68 z m 1.68,-2.64 c -0.24,0 -0.48,-0.24 -0.48,-0.48 0,-0.72 0,-0.48 0.72,-0.96 0.24,0 0.48,0.48 0.48,0.72 0,0.48 -0.48,0.72 -0.72,0.72 z m 4.32,-8.64 c -0.24,0 -0.24,0 -0.24,-0.24 0.24,-1.44 0.72,-1.92 1.68,-1.92 h 0.72 c 0.24,0 0.24,0 0.24,-0.24 l -0.24,-0.96 c 0,-0.48 1.2,-0.24 1.2,-1.44 0,-1.2 1.68,-2.16 1.68,-2.64 l -0.48,-0.72 v -0.24 c 0,-0.48 1.2,-0.96 3.12,-2.16 0,0.24 -1.92,2.16 -1.92,3.36 v 0.24 c 0,1.92 -4.32,6.96 -5.76,6.96 z m 9.12,-12.96 c -0.48,0 -0.72,-0.24 -0.72,-0.48 0,-0.72 0.24,-1.44 1.44,-2.4 0.24,0 0.24,0.48 0.48,0.72 -0.24,1.44 -0.72,2.16 -1.2,2.16 z m -35.52,-23.76 c -0.72,0 -1.2,-0.24 -1.2,-0.48 0,-0.24 0.96,-0.72 2.16,-0.72 0.96,0 1.44,0.24 1.44,0.48 -0.48,0.72 -1.44,0.72 -2.4,0.72 z m 52.56,-4.8 c -0.24,0 -0.72,-0.24 -0.72,-0.72 0,-0.24 0.24,-0.48 0.72,-0.48 0.24,0 0.48,0.24 0.48,0.48 0,0.48 -0.48,0.72 -0.48,0.72 z m 3.84,-1.44 c -0.96,0 -1.68,0 -1.68,-0.24 l 0.48,-0.24 1.2,-0.24 1.2,0.24 0.24,0.24 c 0,0 -0.72,0.24 -1.44,0.24 z m 8.64,-0.72 c -0.48,0 -0.72,0 -0.72,-0.24 l 0.24,-0.24 h 0.48 c 0.48,0 0.72,0 0.96,0.24 z m 6,-0.72 c -0.72,0 -1.2,-0.24 -1.2,-0.24 v -0.24 h 1.68 l 0.48,0.24 c 0,0.24 -0.48,0.24 -0.96,0.24 z m 9.6,-0.24 c -1.44,0 -1.68,-0.24 -2.4,-0.72 0,-0.24 0.72,-0.24 2.16,-0.24 1.68,0 2.88,0 2.88,0.24 -0.48,0.48 -1.68,0.72 -2.64,0.72 z m 4.8,-0.48 c -0.72,0 -0.96,-0.24 -1.2,-0.72 0,-0.24 0.48,-0.48 0.72,-0.48 0.72,0 1.2,0.24 1.2,0.72 0,0.24 -0.48,0.48 -0.72,0.48 z m -88.56,-1.2 c -0.48,0 -0.72,-0.48 -0.72,-0.72 0,-0.48 0.48,-0.72 1.2,-0.72 0.24,0 0.48,0.24 0.48,0.48 0,0.48 -0.48,0.96 -0.96,0.96 z m 91.92,-7.2 c -0.96,-0.48 -0.48,-0.24 -0.96,-1.2 v -0.24 c 0,-0.24 0.96,-0.48 2.16,-0.48 0.96,0 1.44,0 1.44,0.24 l -2.4,1.2 z m 18,-0.48 c 0,-0.72 3.12,-1.44 4.32,-1.44 l 0.72,0.24 -2.16,0.96 z m -6.96,-0.72 -0.72,-0.24 1.2,-0.48 0.48,0.24 0.24,0.24 z m -185.76,192.72 c 0.48,-0.24 0.72,-0.24 0.72,-1.2 0,-0.72 -0.72,-1.92 -1.44,-1.92 -0.48,0 -0.96,0.48 -0.96,1.2 0.24,0.96 1.2,1.92 1.68,1.92 z m 92.64,-11.28 c 8.16,-1.68 9.84,-1.44 16.32,-4.8 -2.88,0.48 -1.44,0.24 -4.08,0.48 -2.64,0 -4.8,1.68 -12.72,4.08 z m 18.72,-4.56 c 0.96,0 1.2,-0.24 1.44,-0.96 -0.24,-0.72 0,-0.48 -0.72,-0.72 -0.72,0 -1.92,0.72 -1.92,1.2 0.24,0.24 0.72,0.48 1.2,0.48 z m 4.56,-1.44 c 2.88,-0.48 3.84,-0.96 4.56,-1.68 h -0.48 c -0.96,0 -3.36,0.48 -4.32,1.44 0,0.24 0,0.24 0.24,0.24 z m 6.48,-1.2 c 0.48,0 0.48,-0.24 0.72,-1.2 0,-0.24 -0.24,-0.24 -0.24,-0.24 -0.48,0 -0.72,0.24 -0.72,0.72 0,0.48 0,0.72 0.24,0.72 z m -3.84,-1.44 c 0.96,0 3.12,-0.96 3.12,-1.2 h -0.48 c -1.2,0 -3.12,0.72 -3.12,1.2 z m 10.32,-0.48 c 0.72,-0.24 1.2,-0.24 1.2,-0.48 -0.72,-0.24 -0.48,-0.24 -1.2,-0.24 -0.72,0 -1.2,0.24 -1.44,0.48 v 0.24 z m 4.32,-0.96 c 0.48,0 0.72,-0.24 1.2,-0.96 l -0.72,-0.24 c -0.24,0 -0.72,0.24 -0.72,0.48 0,0.48 0.24,0.72 0.24,0.72 z m 13.44,-7.92 c 1.68,0 3.6,-0.48 4.56,-2.16 0,-0.24 -0.24,-0.24 -0.72,-0.24 -1.2,0 -1.44,1.44 -3.36,1.44 -0.72,0 -1.2,0.24 -1.2,0.48 v 0.24 c 0,0.24 0.24,0.24 0.72,0.24 z m -32.16,-60.96 c 1.92,0 2.88,-0.48 3.6,-1.2 0,-0.24 -0.24,-0.24 -1.2,-0.24 -1.68,0 -3.84,0.96 -3.84,1.2 z m 8.64,-1.68 c 2.16,0 2.4,-0.48 3.84,-0.96 -2.88,0 -1.68,0 -4.56,0.48 l -1.68,0.48 z m -8.64,-0.48 c 0.48,0 1.2,-0.24 1.44,-0.96 h -0.72 c -0.72,0.24 -1.2,0.48 -1.2,0.72 0,0.24 0.24,0.24 0.48,0.24 z m 24.24,-1.44 c 0.96,0 1.44,-0.24 1.44,-0.24 v -0.24 h -2.16 l -0.48,0.24 c 0,0.24 0.48,0.24 1.2,0.24 z m 3.84,-0.72 c 0.48,0 0.96,-0.24 0.96,-0.24 l -0.24,-0.24 h -1.68 l -0.24,0.24 c 0.24,0.24 0.48,0.24 1.2,0.24 z m 5.76,-0.72 c 0.72,0 1.2,0 1.2,-0.24 -0.48,-0.24 -1.2,-0.24 -1.68,-0.24 l -0.24,0.24 c 0,0.24 0.24,0.24 0.72,0.24 z m 6,-0.48 c 0.24,0 0.72,-0.48 0.72,-0.72 0,-0.48 -0.24,-0.72 -0.48,-0.72 0,0 -0.48,0.24 -0.72,0.96 0,0.24 0.24,0.48 0.48,0.48 z m -0.48,-3.84 c 1.2,0 2.16,-0.24 2.16,-0.96 0,-0.48 -0.72,-0.96 -2.4,-0.96 -1.44,0 -2.4,0.48 -2.4,0.96 0,0.24 0.24,0.48 0.72,0.72 z m 4.08,-1.2 c 3.6,-0.48 5.76,-0.72 5.76,-0.96 0,-0.24 -0.96,-0.48 -2.88,-0.48 -2.4,0 -3.36,0.48 -3.6,1.2 z m 7.2,-0.72 c 0.48,0 0.72,0 0.72,-0.24 0,-0.24 -0.24,-0.48 -0.96,-0.72 -0.24,0 -0.48,0 -0.48,0.24 0,0.48 0.48,0.72 0.72,0.72 z m 2.4,-0.72 c 0.48,0 0.96,0 0.96,-0.24 -0.24,-0.24 -0.72,-0.24 -1.44,-0.24 l -0.24,0.24 c 0,0.24 0.24,0.24 0.72,0.24 z m 5.04,-16.56 c 0.48,0 0.72,-0.48 0.72,-0.72 0,-0.48 -0.24,-0.72 -0.72,-0.72 -0.48,0 -0.72,0.24 -0.72,0.72 0,0.24 0.48,0.72 0.72,0.72 z m 12.24,-58.8 c 1.68,0 2.64,0 2.64,-0.24 l -3.12,-0.24 -2.88,0.24 c 0,0 1.2,0.24 3.36,0.24 z m 8.4,-0.72 c 1.2,0 1.92,0 1.92,-0.24 l -1.92,-0.24 -1.92,0.24 c 0,0 0.72,0.24 1.92,0.24 z m 1.44,-3.36 0.24,-0.96 c 0,-0.24 -0.24,-0.24 -0.96,-0.24 h -2.4 c -0.96,0 -1.68,-0.24 -1.92,-0.72 0,-0.48 1.2,-0.48 3.84,-0.48 7.92,0 12.48,0.24 12.48,0.72 0.24,0 -1.44,0.24 -4.8,0.24 -5.52,0 -5.52,0.72 -6.48,1.44 z m 21.12,-6.24 c 1.2,0 1.68,0 1.68,-0.24 -1.2,-0.96 -2.16,-0.96 -2.88,-0.96 -0.72,0 -0.96,0 -0.96,0.48 0,0.48 0.96,0.72 2.16,0.72 z m -8.64,-4.08 c 0.48,0 0.72,0 0.72,-0.24 0,-0.24 -0.48,-0.48 -1.68,-0.96 v 0.48 c 0.24,0.24 0.72,0.72 0.96,0.72 z"/><path d="m 676.15979,455.52 c 4.32,0 15.6,-2.88 40.8,-9.6 0.96,-0.48 3.6,-1.2 6,-1.68 30.72,-8.4 27.84,-6.96 28.56,-8.16 l 0.24,-0.48 c 0,-0.24 0,-0.24 -0.48,-0.24 -0.96,0 -4.08,1.44 -6.24,1.44 -1.44,0 -2.64,-0.72 -2.88,-2.16 0,-1.92 4.56,-2.88 6.72,-2.88 0.72,0 1.2,0.24 1.2,0.72 -0.24,1.44 -3.12,1.68 -3.12,2.16 0.24,0.24 0.48,0.48 0.96,0.48 3.84,-0.72 4.56,-1.2 4.56,-1.68 0,-2.88 0.48,-3.12 5.52,-4.08 l 0.72,0.24 c 0,0.24 -1.2,0.96 -1.2,1.68 0.24,0.96 0,0.48 0.72,0.96 0.72,0 1.44,-3.12 1.68,-3.12 v 1.2 l 0.48,1.2 c 0.48,-0.96 0.24,-1.68 0.96,-1.68 l 2.64,0.48 0.24,-0.24 c -0.96,-0.96 -0.72,-0.48 -1.2,-1.44 0,-1.2 3.84,-0.48 4.32,-1.68 0.24,-0.48 0.48,-0.72 0.96,-0.72 0.72,0 0.48,2.88 1.44,2.88 0.24,0 0.24,-0.48 0.24,-0.72 v -1.44 c 0,-0.24 0,-0.48 0.24,-0.48 1.68,0.96 2.4,1.92 3.36,1.92 l 0.24,-0.24 -0.72,-0.96 c 0,-0.72 1.68,-2.4 6,-2.88 1.44,-0.96 6.48,-0.96 7.44,-1.44 1.68,-0.96 3.6,-0.48 7.92,-1.68 l 0.48,-0.24 c 0.24,0 0.24,0.24 0.24,0.72 0,1.44 -3.12,0.96 -4.08,1.92 l -0.72,0.48 c 1.92,0 5.76,-0.48 5.76,-2.16 l -0.24,-1.2 c 0,-0.48 0.48,-0.72 1.92,-0.72 h 3.36 c 0.48,0 0.72,0 0.72,-0.24 l -0.48,-0.96 0.24,-0.24 1.68,0.24 c 1.2,0 0.72,-1.2 1.44,-1.2 l 2.64,-0.24 0.48,-0.48 -0.96,-0.24 -5.28,0.48 -0.48,-0.24 c 3.6,-1.44 3.6,-1.68 7.2,-2.4 5.28,-0.24 10.56,-2.4 12.48,-4.08 l -0.24,0.72 c 0,0.24 0.24,0.48 0.48,0.48 1.44,0 5.04,-4.08 6.24,-4.08 0.24,0 0.48,0 0.48,-0.24 0,-0.24 -0.24,-0.24 -0.24,-0.48 l -1.2,-0.24 c -2.4,0 -6.48,0.72 -7.68,1.2 -0.48,0 -0.72,-1.2 -1.68,-1.2 -3.12,0.72 -2.4,2.4 -3.84,2.4 -0.72,0 -0.96,-0.72 -0.96,-1.44 v -0.24 c 0,-1.2 0.96,-1.92 2.88,-1.92 0.72,0 1.2,-0.24 1.2,-0.48 v -0.48 c 1.92,0 2.4,0.72 2.88,2.16 0.48,-1.68 0.24,-2.16 3.12,-4.56 3.12,-1.92 3.12,-2.4 3.36,-2.64 l 1.2,0.24 c 0.48,0 0.72,-0.24 0.72,-0.48 0,-0.96 -2.16,-1.44 -3.84,-1.44 -1.92,0 -2.16,0.48 -2.88,1.2 -0.24,0 -0.24,-0.24 -0.24,-0.72 v -0.24 c 0,-1.2 2.88,-1.68 2.88,-2.4 -0.24,-0.24 -0.72,-0.24 -1.44,-0.24 -1.2,0 -3.36,0.24 -5.52,0.72 h -0.96 c 0,-0.72 1.2,-1.2 2.88,-2.16 -2.64,0 -4.32,0 -4.32,0.48 0,0.72 -4.32,2.88 -5.52,2.88 -0.48,-0.24 -0.48,0 -0.48,-0.48 0,-0.72 2.64,-0.48 4.32,-2.16 l -0.96,-0.24 c -10.08,0.48 -11.76,1.2 -13.92,1.68 -19.92,2.88 -21.12,2.88 -49.2,7.2 -1.68,0.48 -5.04,0.96 -7.44,1.44 l -21.36,4.32 -2.88,0.24 c 0,-0.24 6.72,-11.04 14.4,-23.76 l 14.64,-23.76 c 18.96,-3.36 27.6,-4.8 27.6,-5.52 -0.48,-0.48 -0.72,-0.48 -0.72,-1.68 0,-1.68 0.24,-2.4 0.72,-2.4 l 1.2,0.48 c 0.72,0 0.96,-0.72 2.4,-1.92 0.48,0 0.48,0.72 1.2,0.72 1.2,0 2.88,-1.2 4.56,-1.2 l 3.6,0.48 c 0.48,0 0.96,0 1.2,-0.48 0.72,-0.72 1.92,-0.96 4.08,-0.96 3.84,0 3.12,-0.72 4.08,-0.72 l 1.68,0.24 c 0.72,0 0.96,0 0.96,-0.24 0,-0.72 3.12,-0.96 10.08,-0.96 3.12,0 2.16,-1.44 4.08,-1.44 0.96,0 1.68,-0.24 1.68,-0.48 0,-0.24 -1.2,-0.48 -2.64,-0.48 -3.84,0.24 -15.36,1.68 -15.84,1.92 l -1.68,-0.24 -0.72,-0.24 c 0,-0.48 32.16,-3.36 36.24,-4.32 6,-1.2 9.36,-0.72 9.36,-1.44 l -0.96,-1.44 c 0,-0.24 0,-0.24 0.24,-0.24 3.12,-0.24 5.28,-0.48 5.52,-0.96 0,-0.48 -3.6,-0.96 -5.76,-0.96 l -1.44,0.24 c -0.48,0 -0.48,-0.96 -0.72,-0.96 -0.48,0.48 -0.24,0.72 -1.2,0.72 -3.36,-0.48 -5.04,-0.48 -5.04,-1.44 l 0.96,-1.44 -1.44,0.48 c 0.48,-0.72 0.72,-0.96 1.92,-0.96 l 1.68,0.24 c 1.2,0 0.96,-1.2 1.68,-1.2 1.68,0 7.2,-2.64 7.2,-3.6 -0.24,-0.96 -1.2,-1.2 -1.92,-1.2 -3.12,0 -5.76,-0.24 -5.76,-0.48 0.72,-0.24 0.96,-0.48 0.96,-0.72 0,-0.96 -5.28,-0.96 -5.28,-1.44 0,-0.48 5.76,-1.2 5.76,-1.92 0,0 -0.48,-0.24 -1.44,-0.24 -2.4,-0.24 -7.44,-0.24 -13.68,-0.24 -14.64,0 -34.8,0.48 -35.52,0.96 -0.48,0.48 -6.72,0.72 -15.6,1.2 1.68,-1.92 2.64,-2.88 2.64,-3.84 0,-0.24 -0.24,-0.24 -0.48,-0.24 l -1.68,0.72 c -0.24,0 -0.24,0 -0.24,-0.48 0,-0.48 0.24,-0.96 0.48,-0.96 h 0.96 c 1.2,0 1.68,-0.24 1.68,-0.96 l -0.24,-0.48 c 0,-0.24 0,-0.24 0.24,-0.24 h 0.72 c 0.96,0 0.72,-1.92 1.68,-2.4 0.96,-0.48 0.72,-1.92 1.92,-2.88 0.96,-0.96 0.72,-3.12 2.16,-4.8 1.68,-1.44 6.48,-8.88 6.48,-10.08 0,-0.96 0,1.92 6.72,-12.48 5.28,-10.56 5.28,-10.56 5.28,-11.52 0,-0.24 0.96,-0.72 1.92,-0.72 26.64,-3.36 43.44,-4.08 43.44,-5.28 0,-0.24 -0.72,-0.24 -2.16,-0.24 -9.12,0.24 -4.08,0.48 -12.48,0.48 -11.52,0.72 -11.52,0.96 -27.6,2.4 -2.16,0 -3.6,0.48 -4.32,0.72 -0.24,0 -0.48,-0.48 -0.48,-0.96 0,-2.64 0.48,-2.88 10.08,-3.12 5.04,0 4.32,-1.2 5.76,-1.2 l 3.6,0.24 c 1.2,0 1.92,0 1.92,-0.24 0,-0.48 1.44,-0.48 3.12,-0.48 5.76,0 5.52,-0.96 8.88,-0.96 2.64,0 2.16,0.24 2.88,0.48 1.2,-0.48 1.2,-0.96 2.88,-0.96 3.12,0 6.72,-0.24 6.72,-1.44 0,-0.48 0,-0.24 -0.48,-0.48 -0.72,0 -0.96,0 -2.64,-0.72 0,0 1.2,-0.24 3.12,-0.24 2.16,0 3.36,0.24 3.36,0.24 -2.16,0.96 -1.92,1.44 -2.4,2.64 l 0.48,0.24 c 1.2,-0.24 1.44,-0.72 4.08,-0.72 3.12,0 5.28,-0.24 5.28,-0.96 0,-0.48 -0.72,-1.2 -1.68,-1.2 l -0.96,0.24 c -0.72,0 -1.44,0 -1.68,-0.48 0,-0.48 3.12,-0.72 10.56,-0.96 6,0 12,0 12.96,-0.24 l 4.08,-0.24 c 1.2,0 1.68,0 1.68,-0.48 l -1.2,-1.68 c 0,-0.72 -2.88,-3.36 -4.56,-3.36 -1.2,0 -1.2,0.48 -2.16,0.96 -0.48,0 -0.72,-0.72 -0.96,-1.92 0,-1.2 0.72,-1.92 1.92,-1.92 l 1.92,0.48 c 1.2,0 0.96,-1.2 2.16,-1.2 0.96,0 1.2,0 1.2,0.24 l -1.68,1.68 c 4.08,-0.48 5.52,-0.96 5.52,-1.44 0,-0.48 -1.44,-1.44 -1.44,-1.92 0,-1.2 0.72,-1.2 0.72,-1.92 0,-0.48 -0.72,-0.96 -1.92,-0.96 h -1.2 c -0.72,0 -0.48,-1.2 -1.92,-1.2 l -4.32,0.96 c -0.48,0 -0.48,-0.24 -0.48,-0.72 -0.24,-1.68 -0.24,-1.44 -1.2,-1.92 l 0.48,-0.24 c 2.4,0.48 1.2,0.48 3.6,0.72 2.64,0 3.36,-0.72 6.48,-1.92 0,-0.24 0,-0.24 -0.24,-0.24 l -6.48,0.96 -0.24,-0.24 c 3.12,-0.72 4.8,-0.96 4.8,-1.2 0,-0.72 -2.64,-0.48 -9.6,-1.44 -16.32,-2.4 -21.6,-2.64 -41.04,-2.64 -18.96,0 -31.68,0.48 -35.28,0.48 -1.2,0 -1.92,0 -1.92,-0.24 0,-1.44 -1.92,-2.88 -2.64,-2.88 l 0.24,1.2 c 0,0.48 0,0.72 -0.48,0.72 l -1.44,-0.96 -0.48,0.48 c -0.72,-0.48 -0.72,-0.96 -1.68,-0.96 -2.88,0 -6.96,2.88 -7.44,3.6 l -0.72,-0.24 c -0.24,0 -0.48,0 -0.48,0.24 0,1.44 -12.72,2.4 -25.44,4.56 -6.24,1.44 -11.04,1.44 -11.04,1.92 0,0.24 -0.24,0.24 -0.72,0.24 -2.4,0 -6.48,3.6 -6.48,6.48 1.44,5.76 4.32,5.04 4.32,6.24 0.48,0.96 1.68,1.44 2.64,1.44 0.72,0 0.72,-0.96 1.2,-0.96 0.48,0.48 0.48,0.96 1.2,0.96 1.44,-0.48 2.16,-0.96 4.56,-0.96 0.48,0 0.72,0 0.72,0.24 -0.72,1.44 -0.96,1.92 -1.44,1.92 -0.48,0 -0.72,-0.48 -2.16,-0.48 -3.6,0.24 -3.6,0.48 -3.6,3.12 0,1.68 0.48,1.92 1.92,2.88 0.24,0 0.24,-0.24 0.24,-0.72 v -0.96 c 0.24,0 0.96,0.96 0.96,1.68 0,0.48 -0.72,0.96 -0.72,1.2 v 0.24 c 0,0.72 2.64,2.4 3.36,2.4 0.48,0 1.2,1.92 3.6,1.92 1.68,0 2.16,0 2.4,0.72 v 0.24 c 0,0.24 0,0.48 0.24,0.48 l 1.92,-0.96 0.48,0.24 c -2.4,1.2 -1.92,3.84 -6.24,3.84 -1.68,0 -2.64,0.24 -2.64,0.48 0,0.48 1.68,0.72 4.8,0.96 0,0.72 -8.4,13.92 -15.36,26.16 l -8.64,16.56 c -6.48,12.48 -2.16,8.88 -16.08,12 -13.2,2.64 -14.16,3.6 -16.32,4.08 -4.32,0.48 -10.08,3.36 -11.28,5.52 -0.48,0.96 -0.72,2.16 -0.72,3.12 v 0.96 c 0,2.88 2.4,4.8 2.88,6.24 0.24,0.48 1.44,1.2 2.4,1.2 2.88,0.48 3.36,4.8 4.56,4.8 0.96,0 -0.72,2.4 4.56,2.88 2.4,0 4.08,0.24 4.08,0.48 0,0.24 -3.36,0 -3.36,1.2 0,0.48 0.24,0.48 1.2,0.48 l 7.68,-0.48 c -1.2,2.88 -1.68,4.56 -4.08,4.56 -0.96,0 -1.92,0.48 -1.92,0.72 0,0.24 0.48,0.48 0.96,0.48 h 1.68 c 0.72,0 0.96,0 0.96,0.24 v 0.24 c 0,0.48 -0.48,0.96 -1.2,1.68 l 0.96,-0.24 c 0,0.48 -2.4,3.36 -7.92,15.36 -9.12,20.64 -6,13.2 -7.68,16.8 -1.68,4.56 -6.72,14.64 -7.44,15.84 -0.96,1.2 -4.08,2.64 -11.52,5.04 -8.64,2.88 -11.04,5.28 -11.04,9.84 0.24,2.4 1.2,4.32 2.64,4.32 0.48,0 0.72,0.24 0.96,0.72 0.72,1.44 0.72,2.16 1.44,2.16 1.44,-1.2 1.68,-1.68 3.12,-1.68 2.88,0 3.84,7.44 6,8.64 0.96,0.48 1.44,0.96 1.44,1.2 v 0.48 c 1.2,0 2.16,-0.24 2.16,-0.72 v -0.72 c 2.16,0.48 1.44,1.92 2.88,1.92 2.16,0 5.28,-2.16 5.28,-2.64 0,-0.48 -2.16,-0.24 -2.16,-0.48 0,-0.48 0.96,-0.72 2.64,-0.96 h 1.68 c -0.72,0.48 -1.2,1.2 -1.2,1.68 0.24,0.48 0.72,0.96 1.2,0.96 l 3.36,0.72 0.48,-0.24 -0.24,-0.72 c 0,-0.72 1.44,-0.24 1.44,-0.96 v -0.24 c 0,-0.72 3.12,-1.44 9.6,-1.68 0.72,0 1.2,0 1.2,0.24 -0.48,0.24 -0.72,0.72 -0.72,1.44 l 0.48,1.2 -2.16,-0.96 -1.68,0.96 c 0,0.24 0.24,0.24 0.72,0.24 0,0.48 -3.6,1.92 -5.52,1.92 -2.4,0 -5.52,1.68 -8.64,1.68 -3.6,0 -3.36,1.2 -5.04,1.2 -0.72,0 -1.2,0.24 -1.2,0.72 0,0.48 0,0.72 1.44,0.72 z m 23.76,-6.96 c -0.48,0 -0.72,0 -0.72,-0.24 l 1.2,-0.48 0.48,0.24 0.24,0.24 z m 6.72,-1.68 -0.24,-0.24 0.72,-1.2 c 0,-0.48 -1.92,-0.48 -1.92,-0.96 v -0.24 c 0,-0.24 0.24,-0.48 0.72,-0.48 0.96,0 0.96,1.44 2.88,1.44 l 2.16,-0.24 c 0.24,0 0.48,0 0.48,0.24 -0.24,0.24 -1.44,0.72 -3.12,1.2 z m -22.08,-0.48 c -0.48,0 -0.96,0 -0.96,-0.24 l 0.96,-0.72 c 0.48,0 0.96,0 0.96,0.48 v 0.24 c 0,0 -0.48,0.24 -0.96,0.24 z m 2.16,-0.72 c 0,-0.24 2.64,-1.2 3.6,-1.2 l 0.72,0.24 c -0.24,0.48 -0.96,0.72 -2.88,0.72 z m 16.8,0 c -0.72,0 -1.2,-0.24 -1.2,-0.96 0,-0.24 0.24,-0.48 0.48,-0.48 0.96,0 1.68,0.24 1.68,0.96 0,0.24 -0.48,0.48 -0.96,0.48 z m 9.6,-0.72 c -1.92,0 -1.2,-0.96 -2.4,-1.44 -0.24,-0.24 -0.48,-0.48 -0.48,-0.72 0,-0.72 0,-0.48 0.48,-0.96 l 0.96,0.24 c 0.96,0 1.92,-1.92 4.08,-2.16 1.2,0 1.44,2.88 2.64,2.88 0.48,0 0.72,-0.24 0.72,-1.2 0,-0.24 0,-0.24 -0.24,-0.24 l -1.44,0.24 c 1.2,-1.44 1.2,-1.44 3.36,-1.44 l -0.72,-1.2 0.24,-0.24 2.16,0.48 0.24,-0.24 v -0.48 c 0,-0.48 0.24,-0.72 0.72,-0.72 1.44,0.24 0.96,0 2.4,0.72 l 0.24,-0.24 -0.24,-0.72 c 0,-0.24 0.24,-0.48 0.72,-0.48 1.92,0 3.36,0.96 4.56,2.4 v -0.24 l -0.48,-2.4 c 0,-0.48 0.24,-0.72 0.72,-0.72 0.72,0 1.2,0.24 1.2,0.72 0.24,0 0.96,-0.48 1.68,-1.2 0.96,-0.72 1.44,-1.2 1.92,-1.2 1.2,0.48 0.72,0.24 1.92,0.48 0.72,0 1.44,-0.72 2.16,-0.72 0.72,0 1.2,0.48 1.44,2.16 v 0.24 c 0,1.44 -3.6,2.16 -12.96,4.32 -0.48,0 -0.72,-0.24 -0.72,-0.48 l 0.24,-0.96 c -0.72,-0.96 0,-0.72 -0.96,-1.2 l 0.24,0.72 c 0,0.72 -0.96,0.96 -2.4,1.92 0.96,0 1.44,0 1.44,0.24 0,0.96 -10.56,3.84 -13.44,3.84 z m 4.08,-1.44 -0.96,-0.48 c -0.72,0.24 -0.48,0 -1.2,0.48 z m 17.52,-5.04 c 1.2,0 6,-1.2 6,-1.92 -1.2,-1.2 -0.48,-0.48 -2.16,-1.2 l -0.24,0.24 0.24,0.48 c 0,0.72 -4.08,1.68 -4.32,2.4 z m -42,6 c -0.48,0 -0.72,0 -0.72,-0.24 0.96,-0.72 1.68,-1.2 2.4,-1.2 h 0.72 c 0,0.24 -1.44,1.44 -2.4,1.44 z m 4.08,-1.44 h -0.24 c 0,-0.48 2.4,-1.2 6.96,-2.4 h 0.24 c -0.24,0.72 -5.76,2.4 -6.96,2.4 z m -29.28,-1.44 c -0.24,0 -0.72,-0.24 -0.96,-1.44 l 0.24,-0.48 c 0.24,0 0.48,0.48 0.96,1.68 0,0.24 0,0.24 -0.24,0.24 z m 38.4,-0.72 c -0.48,0 -0.72,0 -0.72,-0.24 l 0.96,-0.48 0.72,0.24 v 0.24 z m 2.4,-1.2 h -0.48 c 0.48,-0.72 6,-2.16 6.96,-2.16 0.24,0 0.24,0.24 0.24,0.48 0,1.44 -5.76,1.68 -6.72,1.68 z m 7.92,-2.16 c 0.72,-0.72 5.76,-2.4 7.44,-2.4 l 0.48,0.24 c 0,0.24 -1.92,0.96 -4.32,1.68 z m 10.08,-2.4 c 0.72,-0.96 0.24,-0.48 1.2,-0.96 0.48,0 0.24,0 0.48,0.24 l -0.72,0.48 z m 2.88,-0.48 -0.24,-0.24 c 0.48,-0.48 0.96,-0.96 2.88,-1.44 2.4,-0.48 2.64,-1.2 3.6,-1.44 1.2,0.24 1.44,0.48 1.44,0.96 -0.24,0.48 0,0.48 -0.72,0.72 l -0.24,-0.24 c -2.64,0.24 -4.32,0.48 -6,1.44 z m 12.96,-3.6 h -1.92 c 2.4,-0.48 3.36,-1.2 4.32,-1.2 h 0.72 c 0,0.48 -1.2,1.2 -3.12,1.2 z m 5.04,-0.96 c 0,-0.96 4.32,-2.4 6.48,-2.4 0.96,0 1.44,0 1.44,0.24 0,0.24 -4.8,0.96 -6.24,1.92 z m 9.36,-2.4 -0.24,-0.24 c 0,-0.24 4.32,-1.68 6,-1.68 h 0.24 l -1.92,0.96 z m 7.68,-2.16 -0.24,-0.24 c 3.36,-1.44 1.68,-1.44 5.52,-1.92 l 2.64,0.48 c -2.4,0.96 -4.08,1.44 -6.48,1.44 z m 8.4,-2.16 c 3.6,-1.2 5.04,-2.16 6.72,-2.16 12.24,-2.4 17.76,-3.84 19.92,-3.84 h 0.24 c -2.88,1.44 -1.44,0.72 -4.8,1.68 -1.44,0 -17.04,4.08 -19.68,4.08 z m -23.04,-3.36 c -0.24,0 -0.48,0 -0.48,-0.24 0,-0.24 0.48,-0.72 1.68,-0.96 v 0.48 c -0.24,0.48 -0.72,0.72 -1.2,0.72 z m 22.08,-4.08 c 0,0 -0.24,-0.24 -0.24,-0.48 0.24,-0.72 0.48,-0.96 1.2,-0.96 0.24,0 0.48,0 0.48,0.24 -0.24,0.72 -0.48,1.2 -1.44,1.2 z m 3.36,-1.2 c -0.24,0 -0.48,0 -0.48,-0.24 0,-0.48 0.96,-0.96 2.4,-1.2 l 0.48,0.24 -1.44,0.96 z m 7.92,-1.68 c -0.48,0 -0.72,-0.24 -0.72,-0.72 0,-0.48 0.24,-0.72 0.72,-0.72 0.24,0 0.72,0.24 0.72,0.72 0,0.48 -0.48,0.72 -0.72,0.72 z m -90,-0.72 c -0.48,0 -0.72,-0.24 -0.72,-0.72 0,-0.24 0.24,-0.72 0.72,-0.72 0.24,0 0.72,0.48 0.72,0.72 0,0.48 -0.24,0.72 -0.72,0.72 z m 93.84,0 c -0.72,0 -0.96,-0.24 -0.96,-0.48 0.24,-0.48 0.24,-0.48 0.72,-0.48 0.48,0 1.2,0.24 1.2,0.72 z m 4.32,-0.72 c -0.24,0 -0.72,-0.24 -0.72,-0.72 0,-0.24 0.24,-0.72 0.72,-0.72 0.48,0 0.72,0.48 0.72,0.72 0,0.48 -0.24,0.72 -0.72,0.72 z m -79.44,-0.96 c -0.24,0 -0.72,-0.24 -0.72,-0.48 0,-0.96 1.68,-1.44 1.68,-2.4 l -0.24,-0.48 c 0,-0.72 0.96,-0.48 0.96,-1.68 0,-0.48 0.24,-0.72 0.72,-0.72 h 0.24 c 1.2,0 0.72,-0.72 0.96,-1.92 h 0.48 c 0.48,0 1.2,-1.68 1.2,-2.64 v -0.72 c 0,-0.72 1.68,-0.24 1.68,-1.92 v -0.48 c 0,-2.16 3.12,-4.08 3.12,-4.8 l -0.24,-0.48 c 0,-0.48 0.24,-0.72 0.72,-0.72 h 0.24 c 0.96,0 2.16,-4.56 2.64,-4.56 l 0.48,-0.24 -0.48,-0.72 c 0,-0.24 0.24,-0.48 0.72,-0.48 h 0.24 c 0.24,0 0.72,-0.24 0.72,-0.72 0,-1.44 0.72,-3.12 1.44,-3.12 h 0.48 v -0.96 c 0,-1.2 2.64,-2.64 2.64,-3.84 l -0.24,-0.72 c 0,-0.24 0.24,-0.24 0.48,-0.24 h 0.24 c 0.24,0 0.48,-0.24 0.48,-0.72 l -0.24,-0.48 c 0,-0.48 0.24,-0.72 0.48,-0.72 h 0.24 c 0.96,0 2.88,-3.12 2.88,-4.32 l -0.24,-0.24 c 0,-0.24 0.24,-0.48 0.48,-0.48 l 0.72,0.24 c 0.96,0 1.44,-0.24 1.44,-1.2 v -0.72 c 0,-0.24 0.48,-0.48 0.96,-0.48 0.24,0 0.48,0 0.48,0.48 -1.44,3.6 -2.64,5.52 -3.12,5.52 -0.24,0 -0.24,-0.24 -0.24,-0.48 0,-0.48 1.2,-1.2 1.2,-2.16 v -0.48 c -0.48,0 -0.96,0.96 -1.44,2.88 l 0.24,0.72 c 0,1.44 -8.88,14.88 -8.88,16.08 0,0.48 -3.12,4.56 -3.12,5.52 0,1.44 -1.68,1.92 -4.56,7.2 -1.92,3.6 -3.84,6.72 -4.32,7.44 -0.96,0.72 -2.64,1.44 -3.6,1.44 z m 85.92,-0.48 c -0.96,-0.24 -1.68,-0.48 -1.68,-0.72 0,-0.48 0.24,-0.48 0.72,-0.48 0.72,0 1.2,0.24 1.92,0.96 0,0.24 -0.24,0.24 -0.96,0.24 z m 2.16,-0.48 h -0.24 c 0,-0.48 0.48,-0.72 1.2,-0.96 l 3.12,-1.2 0.24,0.48 c -0.96,0.72 -3.6,1.68 -4.32,1.68 z m -103.92,-1.68 c -0.24,0 -0.48,-0.24 -0.72,-0.96 0,-0.48 0,-0.72 0.48,-0.72 0.48,0 0.48,0.24 0.72,0.72 0,0.72 -0.24,0.96 -0.48,0.96 z m 3.84,-5.52 c -0.72,0 -1.44,-0.72 -1.44,-1.2 0.24,-0.48 0,-0.48 0.72,-0.48 0.48,0 0.96,0.48 0.96,1.2 0,0.24 0,0.48 -0.24,0.48 z m -0.24,-3.36 c 1.44,-3.36 3.12,-5.28 3.36,-6.72 l 1.2,0.24 c 0.24,0 0.48,0 0.48,-0.48 l -0.24,-0.96 c 0,-0.72 0.24,-0.96 1.2,-0.96 0.72,0 1.2,0 1.2,0.24 0,0.96 -4.08,5.04 -4.08,6.48 0.24,0.72 0.48,0.72 0.48,1.2 0,0.48 -0.24,0.48 -1.2,0.48 -0.96,0 -0.48,-0.24 -0.96,-0.72 l -0.72,0.48 z m 112.56,-1.68 c 0,-0.48 1.2,-1.2 2.88,-1.44 l -1.44,0.96 z m -105.36,-7.92 c -0.48,-1.68 -0.96,-1.68 -0.96,-3.12 0,-1.44 0.24,-1.68 1.68,-2.4 0,0 0.24,0 0.24,0.24 0,0.72 -1.44,1.2 -1.44,2.88 0,0.24 0,0.24 0.24,0.24 3.36,-4.08 2.4,-6.48 3.84,-6.48 l 0.48,0.24 c 0,0.96 -0.48,4.32 -2.88,6.72 z m 5.52,-9.36 c -0.24,0 -0.48,-0.24 -0.48,-0.96 0,-2.64 0,-3.6 0.72,-3.6 1.2,0.48 1.68,0.72 1.68,1.92 V 378 c 0,0.72 -0.24,1.2 -0.48,1.44 z m 2.88,-5.04 c -0.48,0 -0.72,-0.48 -0.96,-1.2 0,-0.96 0.96,-2.16 1.44,-2.16 0.24,0 0.24,0.24 0.24,1.2 0,1.44 -0.24,2.16 -0.72,2.16 z m 16.56,-3.36 c -0.24,0 -0.24,0 -0.24,-0.24 1.2,-1.2 0.48,-0.96 1.92,-1.68 -0.72,1.44 -1.44,1.92 -1.68,1.92 z m -14.16,-0.96 c -0.72,0 -1.2,0 -1.2,-0.72 0.48,-1.44 0.72,-2.16 1.2,-2.16 0.96,1.2 0.48,0.48 0.96,1.92 0,0.48 -0.48,0.96 -0.96,0.96 z m 17.52,-3.84 c -1.2,-0.48 -1.44,-0.48 -1.44,-1.68 0.24,-0.72 0.48,-0.96 0.72,-0.96 0.48,0 0.72,0.24 0.72,0.72 z m -16.56,-1.44 -0.48,-0.24 c 0.24,-0.72 0.72,-0.96 1.2,-0.96 0.24,0 0.48,0 0.48,0.24 -0.24,0.72 -0.48,0.96 -1.2,0.96 z m 22.56,-0.24 c -0.48,0 -0.72,-0.24 -0.72,-1.2 0,-0.72 0.24,-1.2 0.48,-1.2 0.24,0 0.48,0.48 0.72,0.96 0,0.48 -0.24,1.2 -0.48,1.44 z m -37.68,-3.12 c -0.72,0 -1.2,-0.24 -1.2,-0.72 0,-0.48 0.48,-0.72 1.2,-0.72 0.48,0 0.96,0.24 0.96,0.72 0,0.48 -0.48,0.72 -0.96,0.72 z m 19.68,-0.24 h -0.24 l -0.24,-0.96 v -0.72 l 0.48,1.2 z m 20.64,-2.16 c -0.24,0 -0.24,-0.24 -0.24,-0.96 0.24,-0.72 0.48,-1.2 0.96,-1.2 l 0.72,0.48 c 0,0.24 -0.24,0.72 -0.72,1.2 z m 4.08,0.24 c -0.48,0 -0.72,0 -0.72,-0.24 1.92,-0.96 2.88,-0.96 3.84,-0.96 h 0.48 c -1.2,0.96 -2.4,1.2 -3.6,1.2 z m 9.12,-1.68 c -0.48,0 -1.2,0 -1.2,-0.48 0,-0.24 -0.72,-0.24 -1.92,-0.24 l -3.36,0.24 c -1.2,0 -1.68,-0.24 -1.68,-0.72 0,-0.72 4.56,-3.12 7.2,-3.12 l 0.48,0.24 v 0.48 h 0.24 c 0.96,0 2.88,-1.2 5.52,-1.2 3.36,-0.48 4.32,-0.96 6.96,-1.44 1.44,0 2.88,0.72 2.88,1.44 -0.72,2.16 -1.2,2.4 -2.16,2.88 -7.44,1.2 -11.28,1.44 -12.96,1.92 z m 1.92,-1.2 c 0.48,0 0.96,0 0.96,-0.24 l -0.72,-0.24 c -0.72,0.24 -0.48,0 -0.96,0.48 z m 5.04,-0.72 c 1.44,-0.48 1.92,-0.48 2.16,-0.96 l -0.48,-0.24 c -0.96,0 -1.92,0.24 -2.64,1.2 z m -75.84,-0.96 h -0.24 l -0.24,-0.24 0.48,-1.92 0.48,-0.24 c 0.24,0 0.48,0.48 0.48,0.96 0,0.72 -0.24,1.2 -0.96,1.44 z m 65.04,-2.64 0.48,-0.48 3.12,-0.72 c 0.24,0 0.24,0 0.24,0.24 -0.24,0.24 -1.2,0.48 -2.4,0.72 z m 6.24,-1.2 c -0.48,0 -0.96,0 -1.2,-0.24 l 3.12,-0.48 c 0.48,0 0.72,0 0.72,0.24 -0.24,0.24 -1.68,0.48 -2.64,0.48 z m 5.04,-0.72 c -0.48,0 -0.72,0 -0.72,-0.24 2.88,-1.2 18.24,-3.12 20.88,-3.12 0.24,0 0.48,0 0.48,0.24 0,0.72 -11.04,1.44 -15.6,2.64 z m 23.52,-2.88 c -0.72,0 -1.44,0 -1.68,-0.72 0,-0.48 1.44,-0.96 2.88,-0.96 1.44,0 1.68,0.24 2.16,0.96 0,0.24 -2.4,0.24 -3.36,0.72 z m -2.16,-6.96 h -0.72 c 1.68,-0.72 1.68,-0.96 2.4,-1.68 0,0.72 -0.48,1.68 -1.68,1.68 z m -2.88,-1.44 c 0.72,-0.96 0.48,-0.48 1.44,-0.96 0.24,0 0.24,0 0.24,0.24 z m 7.92,-0.48 c -0.48,0 -0.96,-0.24 -0.96,-0.48 0.24,-0.48 0.48,-0.96 1.44,-0.96 0.24,0 0.48,0.48 0.48,0.72 0,0.48 -0.48,0.72 -0.96,0.72 z m 6.96,-0.24 c -0.72,-0.48 -0.72,0 -0.96,-0.96 0,-0.24 0.48,-0.72 0.96,-0.72 0.96,0.48 0.72,0 1.44,0.72 0,0.24 -0.24,0.48 -0.72,0.72 z m -3.6,-1.2 c -0.48,0 -0.96,0 -1.2,-0.24 0,-0.48 0.72,-0.72 1.68,-0.72 0.24,0 0.48,0 0.48,0.24 0,0.48 -0.24,0.72 -0.96,0.72 z m 13.44,-0.72 -0.24,0.48 c -0.24,0 -0.48,-0.24 -0.48,-0.72 l 0.24,-0.72 z m 2.4,0.72 c -0.48,0 -0.72,0 -0.72,-0.24 0.72,-0.72 0.72,-1.2 1.92,-1.2 0.72,0 0.96,0 1.2,0.48 l -0.72,0.48 z m 7.68,-0.72 c -0.48,0 -0.96,-0.48 -1.44,-1.68 l 0.48,-0.24 c 0.72,0.24 1.2,0.96 1.44,1.68 0,0.24 -0.24,0.24 -0.48,0.24 z m 3.36,0 c -0.48,0 -0.72,-0.24 -0.72,-0.72 0,-0.24 0.24,-0.48 0.48,-0.48 0.48,0 0.72,0.24 0.72,0.48 v 0.24 c 0,0.24 -0.24,0.48 -0.48,0.48 z m 4.56,-0.72 c -1.2,0 -1.92,-0.24 -1.92,-0.48 0.48,-0.48 0.96,-0.72 2.4,-0.72 1.2,0 2.4,0.24 2.4,0.72 0,0.24 -1.2,0.48 -2.88,0.48 z m -55.44,-16.8 c -0.48,0 -1.2,-0.72 -1.2,-1.44 l 0.24,-0.48 c 1.2,0.72 1.2,1.2 1.44,1.68 z m 1.68,-2.64 c -0.24,0 -0.48,-0.24 -0.48,-0.48 0,-0.72 0,-0.48 0.72,-0.96 0.24,0 0.48,0.48 0.48,0.72 0,0.48 -0.48,0.72 -0.72,0.72 z m 4.32,-8.64 c -0.24,0 -0.24,0 -0.24,-0.24 0.24,-1.44 0.72,-1.92 1.68,-1.92 h 0.72 c 0.24,0 0.24,0 0.24,-0.24 l -0.24,-0.96 c 0,-0.48 1.2,-0.24 1.2,-1.44 0,-1.2 1.68,-2.16 1.68,-2.64 l -0.48,-0.72 v -0.24 c 0,-0.48 1.2,-0.96 3.12,-2.16 0,0.24 -1.92,2.16 -1.92,3.36 v 0.24 c 0,1.92 -4.32,6.96 -5.76,6.96 z m 9.12,-12.96 c -0.48,0 -0.72,-0.24 -0.72,-0.48 0,-0.72 0.24,-1.44 1.44,-2.4 0.24,0 0.24,0.48 0.48,0.72 -0.24,1.44 -0.72,2.16 -1.2,2.16 z m -35.52,-23.76 c -0.72,0 -1.2,-0.24 -1.2,-0.48 0,-0.24 0.96,-0.72 2.16,-0.72 0.96,0 1.44,0.24 1.44,0.48 -0.48,0.72 -1.44,0.72 -2.4,0.72 z m 52.56,-4.8 c -0.24,0 -0.72,-0.24 -0.72,-0.72 0,-0.24 0.24,-0.48 0.72,-0.48 0.24,0 0.48,0.24 0.48,0.48 0,0.48 -0.48,0.72 -0.48,0.72 z m 3.84,-1.44 c -0.96,0 -1.68,0 -1.68,-0.24 l 0.48,-0.24 1.2,-0.24 1.2,0.24 0.24,0.24 c 0,0 -0.72,0.24 -1.44,0.24 z m 8.64,-0.72 c -0.48,0 -0.72,0 -0.72,-0.24 l 0.24,-0.24 h 0.48 c 0.48,0 0.72,0 0.96,0.24 z m 6,-0.72 c -0.72,0 -1.2,-0.24 -1.2,-0.24 v -0.24 h 1.68 l 0.48,0.24 c 0,0.24 -0.48,0.24 -0.96,0.24 z m 9.6,-0.24 c -1.44,0 -1.68,-0.24 -2.4,-0.72 0,-0.24 0.72,-0.24 2.16,-0.24 1.68,0 2.88,0 2.88,0.24 -0.48,0.48 -1.68,0.72 -2.64,0.72 z m 4.8,-0.48 c -0.72,0 -0.96,-0.24 -1.2,-0.72 0,-0.24 0.48,-0.48 0.72,-0.48 0.72,0 1.2,0.24 1.2,0.72 0,0.24 -0.48,0.48 -0.72,0.48 z m -88.56,-1.2 c -0.48,0 -0.72,-0.48 -0.72,-0.72 0,-0.48 0.48,-0.72 1.2,-0.72 0.24,0 0.48,0.24 0.48,0.48 0,0.48 -0.48,0.96 -0.96,0.96 z m 91.92,-7.2 c -0.96,-0.48 -0.48,-0.24 -0.96,-1.2 v -0.24 c 0,-0.24 0.96,-0.48 2.16,-0.48 0.96,0 1.44,0 1.44,0.24 l -2.4,1.2 z m 18,-0.48 c 0,-0.72 3.12,-1.44 4.32,-1.44 l 0.72,0.24 -2.16,0.96 z m -6.96,-0.72 -0.72,-0.24 1.2,-0.48 0.48,0.24 0.24,0.24 z m -185.76,192.72 c 0.48,-0.24 0.72,-0.24 0.72,-1.2 0,-0.72 -0.72,-1.92 -1.44,-1.92 -0.48,0 -0.96,0.48 -0.96,1.2 0.24,0.96 1.2,1.92 1.68,1.92 z m 92.64,-11.28 c 8.16,-1.68 9.84,-1.44 16.32,-4.8 -2.88,0.48 -1.44,0.24 -4.08,0.48 -2.64,0 -4.8,1.68 -12.72,4.08 z m 18.72,-4.56 c 0.96,0 1.2,-0.24 1.44,-0.96 -0.24,-0.72 0,-0.48 -0.72,-0.72 -0.72,0 -1.92,0.72 -1.92,1.2 0.24,0.24 0.72,0.48 1.2,0.48 z m 4.56,-1.44 c 2.88,-0.48 3.84,-0.96 4.56,-1.68 h -0.48 c -0.96,0 -3.36,0.48 -4.32,1.44 0,0.24 0,0.24 0.24,0.24 z m 6.48,-1.2 c 0.48,0 0.48,-0.24 0.72,-1.2 0,-0.24 -0.24,-0.24 -0.24,-0.24 -0.48,0 -0.72,0.24 -0.72,0.72 0,0.48 0,0.72 0.24,0.72 z m -3.84,-1.44 c 0.96,0 3.12,-0.96 3.12,-1.2 h -0.48 c -1.2,0 -3.12,0.72 -3.12,1.2 z m 10.32,-0.48 c 0.72,-0.24 1.2,-0.24 1.2,-0.48 -0.72,-0.24 -0.48,-0.24 -1.2,-0.24 -0.72,0 -1.2,0.24 -1.44,0.48 v 0.24 z m 4.32,-0.96 c 0.48,0 0.72,-0.24 1.2,-0.96 l -0.72,-0.24 c -0.24,0 -0.72,0.24 -0.72,0.48 0,0.48 0.24,0.72 0.24,0.72 z m 13.44,-7.92 c 1.68,0 3.6,-0.48 4.56,-2.16 0,-0.24 -0.24,-0.24 -0.72,-0.24 -1.2,0 -1.44,1.44 -3.36,1.44 -0.72,0 -1.2,0.24 -1.2,0.48 v 0.24 c 0,0.24 0.24,0.24 0.72,0.24 z m -32.16,-60.96 c 1.92,0 2.88,-0.48 3.6,-1.2 0,-0.24 -0.24,-0.24 -1.2,-0.24 -1.68,0 -3.84,0.96 -3.84,1.2 z m 8.64,-1.68 c 2.16,0 2.4,-0.48 3.84,-0.96 -2.88,0 -1.68,0 -4.56,0.48 l -1.68,0.48 z m -8.64,-0.48 c 0.48,0 1.2,-0.24 1.44,-0.96 h -0.72 c -0.72,0.24 -1.2,0.48 -1.2,0.72 0,0.24 0.24,0.24 0.48,0.24 z m 24.24,-1.44 c 0.96,0 1.44,-0.24 1.44,-0.24 v -0.24 h -2.16 l -0.48,0.24 c 0,0.24 0.48,0.24 1.2,0.24 z m 3.84,-0.72 c 0.48,0 0.96,-0.24 0.96,-0.24 l -0.24,-0.24 h -1.68 l -0.24,0.24 c 0.24,0.24 0.48,0.24 1.2,0.24 z m 5.76,-0.72 c 0.72,0 1.2,0 1.2,-0.24 -0.48,-0.24 -1.2,-0.24 -1.68,-0.24 l -0.24,0.24 c 0,0.24 0.24,0.24 0.72,0.24 z m 6,-0.48 c 0.24,0 0.72,-0.48 0.72,-0.72 0,-0.48 -0.24,-0.72 -0.48,-0.72 0,0 -0.48,0.24 -0.72,0.96 0,0.24 0.24,0.48 0.48,0.48 z m -0.48,-3.84 c 1.2,0 2.16,-0.24 2.16,-0.96 0,-0.48 -0.72,-0.96 -2.4,-0.96 -1.44,0 -2.4,0.48 -2.4,0.96 0,0.24 0.24,0.48 0.72,0.72 z m 4.08,-1.2 c 3.6,-0.48 5.76,-0.72 5.76,-0.96 0,-0.24 -0.96,-0.48 -2.88,-0.48 -2.4,0 -3.36,0.48 -3.6,1.2 z m 7.2,-0.72 c 0.48,0 0.72,0 0.72,-0.24 0,-0.24 -0.24,-0.48 -0.96,-0.72 -0.24,0 -0.48,0 -0.48,0.24 0,0.48 0.48,0.72 0.72,0.72 z m 2.4,-0.72 c 0.48,0 0.96,0 0.96,-0.24 -0.24,-0.24 -0.72,-0.24 -1.44,-0.24 l -0.24,0.24 c 0,0.24 0.24,0.24 0.72,0.24 z m 5.04,-16.56 c 0.48,0 0.72,-0.48 0.72,-0.72 0,-0.48 -0.24,-0.72 -0.72,-0.72 -0.48,0 -0.72,0.24 -0.72,0.72 0,0.24 0.48,0.72 0.72,0.72 z m 12.24,-58.8 c 1.68,0 2.64,0 2.64,-0.24 l -3.12,-0.24 -2.88,0.24 c 0,0 1.2,0.24 3.36,0.24 z m 8.4,-0.72 c 1.2,0 1.92,0 1.92,-0.24 l -1.92,-0.24 -1.92,0.24 c 0,0 0.72,0.24 1.92,0.24 z m 1.44,-3.36 0.24,-0.96 c 0,-0.24 -0.24,-0.24 -0.96,-0.24 h -2.4 c -0.96,0 -1.68,-0.24 -1.92,-0.72 0,-0.48 1.2,-0.48 3.84,-0.48 7.92,0 12.48,0.24 12.48,0.72 0.24,0 -1.44,0.24 -4.8,0.24 -5.52,0 -5.52,0.72 -6.48,1.44 z m 21.12,-6.24 c 1.2,0 1.68,0 1.68,-0.24 -1.2,-0.96 -2.16,-0.96 -2.88,-0.96 -0.72,0 -0.96,0 -0.96,0.48 0,0.48 0.96,0.72 2.16,0.72 z m -8.64,-4.08 c 0.48,0 0.72,0 0.72,-0.24 0,-0.24 -0.48,-0.48 -1.68,-0.96 v 0.48 c 0.24,0.24 0.72,0.72 0.96,0.72 z"/><path d="m 871.03999,467.28 c 0.96,0 2.64,-5.52 3.12,-5.52 0.24,0 0.48,-0.48 0.48,-1.2 l -0.48,-3.6 c 0,-0.48 0,-0.72 0.24,-0.72 l 0.96,0.48 -0.24,-0.48 c 0,-1.92 1.2,-2.16 1.68,-2.16 0.72,0 0.96,0.24 0.96,1.68 0.48,-0.48 0.72,-0.96 1.2,-0.96 1.2,0 3.12,3.84 3.6,3.84 0,-0.72 0.24,-1.2 0.48,-1.2 0.24,0 0.48,0.24 0.48,0.72 l -0.24,1.44 c 0,0.96 0.24,1.2 0.48,1.2 0.96,0 1.44,-2.64 2.4,-2.64 l 0.24,0.24 -0.96,2.16 c 0.72,0 2.16,-0.72 2.16,-1.92 l -0.24,-0.96 h 0.48 c 0.24,0 0.72,-1.2 0.72,-2.4 0,-1.2 -0.24,-2.16 -0.48,-2.16 -0.96,0 -0.48,1.92 -0.96,1.92 -1.44,-1.44 -0.72,-0.72 -1.68,-2.16 h -0.24 l 0.24,1.68 c 0,0.48 0,0.48 -0.48,0.48 h -1.44 c -0.96,0 -0.96,0.24 -1.44,0.72 l 0.24,-1.68 c 0,-0.48 0,-0.72 -0.48,-0.72 l -0.72,0.24 c -1.68,0 -1.92,-0.72 -3.12,-0.72 -0.48,0 -0.72,-0.48 -0.72,-1.2 0,-0.48 0.96,-0.48 0.96,-1.44 0,-0.96 2.16,-4.32 2.16,-6.24 0,-1.2 -1.44,-1.92 -1.44,-2.64 0,-0.24 0,-0.48 0.24,-0.48 l 0.96,0.96 c 0.48,0 0.24,-0.72 0.72,-0.72 h 0.96 c 0.48,0 0.48,-0.24 0.48,-0.48 0,-0.48 -0.24,-0.72 -0.72,-1.44 0,-0.96 1.68,-2.88 1.68,-4.32 0,-2.4 1.2,-1.68 1.2,-3.84 0,-1.44 0.24,-1.68 0.72,-1.68 l 1.2,0.24 c 0,-1.68 0.24,-2.64 0.96,-2.64 l 0.24,0.48 c 0,1.92 -1.92,5.04 -1.92,7.2 0,1.68 -1.68,6.48 -1.68,8.16 0,0.72 0,1.2 -0.48,1.2 l -2.88,-1.44 c 0.48,1.68 1.44,0.72 1.44,3.36 0,2.4 -0.72,4.8 -0.72,6.24 0,0.24 0,0.24 0.24,0.24 h 0.96 c 0.48,0 0.72,0.24 0.72,0.48 0,0.72 0.24,0.96 0.48,0.96 0.96,0 0.96,-2.88 2.4,-2.88 l 4.08,0.48 c 1.68,0 1.68,-0.48 1.68,-1.68 0,-0.72 0.96,-0.72 0.96,-1.92 0,-0.24 0,-0.24 0.24,-0.24 h 0.24 c 0.48,0 0.72,0 0.72,-0.24 l -0.48,-1.44 0.24,-0.24 0.96,0.48 0.24,-0.48 c 0,-0.24 -0.24,-0.72 -0.72,-0.96 -0.48,0 -0.96,-1.44 -1.2,-3.84 0.96,0.96 0.72,0.48 1.44,1.68 l -0.24,-0.72 0.24,-0.24 h 0.96 c 0.96,0 1.2,-6.48 2.16,-6.48 0.24,0 0.24,0.24 0.24,0.72 0,0.24 0,0.48 0.24,0.48 0.96,-1.44 0.48,-0.48 0.96,-2.16 0,-1.2 -0.48,-2.16 -0.96,-2.16 l -0.72,0.96 -0.24,-0.24 c 1.2,-4.56 1.44,-6 3.12,-6 l 0.24,0.24 c 0.72,0 0.72,-5.52 1.92,-6.24 l 0.24,0.24 -0.24,1.92 c 0,0.48 0,0.72 0.24,0.72 0.48,0 1.2,-3.12 1.92,-5.28 -0.48,0 -1.44,1.92 -1.92,1.92 0,-0.48 0,-0.72 -0.48,-0.72 l -1.2,0.24 c -0.24,0 -0.24,0 -0.24,-0.24 0,-0.48 1.92,-4.08 1.92,-5.52 0,-1.68 0.96,-3.12 1.44,-3.12 0.24,0 0.24,0.48 0.24,1.2 0,1.92 -0.24,2.16 -0.72,3.84 l 0.24,0.24 0.48,-0.24 c 0.72,0 1.44,1.92 1.44,3.36 0,2.4 -1.2,1.92 -1.2,3.36 0,5.52 -2.64,6.48 -2.64,10.32 1.68,0 18.96,-48.48 23.28,-56.64 4.56,-10.32 4.8,-12 9.12,-20.16 2.4,-4.8 3.6,-9.84 5.52,-11.76 0.48,-0.72 0.72,-1.68 0.72,-2.16 v -0.96 c 0,-0.72 1.44,-0.72 3.36,-5.04 1.68,-3.36 1.92,-4.32 1.92,-5.04 -0.48,0 -0.96,0.96 -2.4,2.64 0.72,-2.64 0.96,-3.6 2.16,-3.6 l 1.2,0.24 c 0.24,0 0.48,-0.24 0.48,-0.48 0,-4.56 9.12,-15.6 9.12,-19.92 0,-1.68 1.44,-0.96 1.44,-2.16 l 0.24,-0.48 c -1.68,0 -2.4,2.88 -3.12,2.88 -0.48,0 -0.72,-0.24 -0.72,-0.72 0,-0.48 0.72,-0.72 1.44,-1.44 -0.72,-0.48 -1.44,-0.72 -1.44,-1.44 0,-0.24 0,-0.24 0.24,-0.24 l 1.68,0.96 0.24,-0.24 -0.24,-1.68 c 0,-2.16 2.88,-5.76 2.88,-6.72 0,-1.44 1.44,-1.44 2.64,-5.28 1.68,-4.32 3.12,-7.2 3.12,-8.16 0.24,-1.2 0.48,-1.2 11.76,-2.88 8.16,-1.2 24.72001,-3.12 54.96001,-6 6.72,-0.48 12.48,-1.44 12.48,-1.68 0.24,-0.24 0.96,-0.24 1.68,-0.24 l 0.72,0.24 c 0.24,0 0.24,0 0.24,-0.24 0,-0.48 0,-0.72 -4.08,-0.72 l -21.12,0.72 c -5.52,0 -6.96,-0.48 -7.2,-1.2 0,-0.72 0.24,-1.2 0.96,-1.2 0.72,0 0.72,1.2 1.44,1.2 l 1.2,-0.24 c 0.72,0 0.48,0.96 1.2,0.96 0.48,0 0.72,-0.48 0.72,-1.44 0,-1.2 0.48,-1.2 4.8,-1.2 10.56,0 15.12,-0.72 17.28,-1.68 -0.96,-0.96 -1.68,-1.2 -3.12,-1.2 -1.2,0 -0.96,0.96 -1.68,0.96 -1.2,-0.24 -0.72,0 -1.44,-0.96 0,-0.72 8.64,-0.72 9.12,-1.92 0.48,-0.96 2.88,-0.96 2.88,-1.44 0,-0.24 0.24,-0.48 0.48,-0.48 l 1.68,0.24 c 0.24,0 0.48,0 0.48,-0.24 -0.48,-0.96 -0.72,-1.68 -1.92,-1.68 -1.2,0 -1.2,-2.16 -4.56,-2.16 -1.2,0 -2.16,-0.24 -2.16,-0.24 0.48,-0.48 1.2,-0.72 1.2,-1.44 0,-1.2 2.64,-1.44 7.44,-2.88 0,-0.72 -2.88,-0.48 -2.88,-0.96 0,-0.48 -0.24,-0.96 -1.2,-0.96 -0.72,0 -0.72,0.48 -1.2,0.96 -0.48,-0.24 -0.72,-0.24 -0.72,-0.72 0.48,-0.96 0.96,-0.72 0.96,-1.68 0,-0.72 -0.48,-1.68 -1.2,-1.68 l -0.96,0.24 c -0.96,-0.48 -1.44,-0.48 -1.44,-1.2 0,-0.96 1.44,-1.92 4.08,-2.4 1.44,-0.24 2.16,-0.24 2.16,-0.72 -0.72,-1.2 -1.68,-1.68 -1.68,-2.4 0,-0.48 -12.72,-2.4 -20.88,-3.12 -11.04,-0.72 -27.84001,-1.2 -42.24001,-1.2 -8.64,0 -16.32,0.24 -21.84,0.48 -43.68,2.88 -54.48,5.28 -76.32,9.36 -10.32,2.16 -9.6,3.84 -10.08,12.48 0,3.84 3.36,2.4 3.36,4.08 0,2.16 1.2,3.12 4.56,3.12 l 5.76,-0.48 c 1.2,0 1.68,0.24 1.68,0.48 0,0.48 -0.48,0.72 -0.96,0.72 -2.88,0 -3.6,0.72 -3.6,1.68 0,0.72 -1.44,0.96 -1.44,1.92 l -0.24,0.24 -1.44,-0.24 c -0.24,0 -0.48,0 -0.48,0.24 0.48,1.68 0.72,2.4 1.2,2.4 0.48,0 0.48,-1.2 1.2,-1.2 0.96,0 1.68,1.92 1.68,4.32 0,1.2 2.64,1.2 2.64,1.68 0,0.48 0.96,0.72 2.16,0.72 l 3.84,0.24 c 2.64,0 12.48,-0.72 13.44,-1.2 0.48,-0.48 10.08,-0.72 14.16,-2.16 l 3.12,-0.48 0.48,0.24 c -0.72,0.96 -1.2,1.68 -2.16,1.68 h -1.2 c -2.88,0 -8.16,1.92 -10.32,1.92 -1.44,0 -1.2,0.96 -3.12,0.96 l -4.56,0.48 c -3.12,0 -2.16,-0.72 -4.08,-0.72 -2.88,0 -7.92,1.68 -7.92,2.88 0.48,0.48 0.96,0.48 0.96,0.96 -1.92,0 -2.16,0.48 -2.64,2.4 0,0.48 0.24,0.72 0.48,0.72 h 0.48 l 0.24,0.48 -0.24,1.2 c 0,1.44 1.68,1.2 5.28,1.44 5.76,0 17.52,-1.2 21.6,-2.4 h 0.48 c 0.24,0 0.48,0 0.48,0.24 -0.72,3.12 -6,12.96 -6.96,17.04 0,0.48 -1.44,3.84 -3.12,7.68 -3.84,8.4 -13.68,34.08 -13.68,39.36 0,1.2 -1.68,3.36 -1.68,5.28 0,2.16 -2.16,2.4 -2.16,5.04 0,2.4 -1.92,5.04 -1.92,6 0,0.72 -0.48,2.16 -0.96,3.36 -4.32,13.44 -6.48,19.68 -7.2,23.52 -0.72,4.8 -1.68,3.36 -1.68,4.08 0,2.64 -10.32,37.68 -10.32,40.56 0,0.48 -1.44,6 -1.44,9.36 0,2.64 -1.44,4.08 -1.44,7.68 0,4.8 3.36,5.52 3.36,6.24 0,0.48 0.24,0.72 0.48,0.72 z m 5.52,-18.24 c -0.24,0 -0.24,-0.48 -0.24,-0.96 0,-0.48 0,-0.72 0.24,-0.72 l 0.24,0.24 c 0,0.48 0,1.2 -0.24,1.44 z m 16.08,-2.16 c -0.48,0 -0.96,-0.72 -0.96,-1.44 l 0.24,-0.48 c 0.96,0.72 0.48,0.48 0.96,1.44 z m 1.2,-6.96 c -0.24,0 -0.24,0 -0.24,-0.48 0,-0.48 0.48,-0.96 0.72,-1.2 h 0.48 c -0.24,1.2 -0.72,1.68 -0.96,1.68 z m -5.52,-13.2 c -0.24,0 -0.72,-0.48 -0.72,-1.44 0,-0.96 0.24,-1.2 0.96,-1.68 0.24,0 0.24,0.48 0.24,1.44 0,1.2 -0.24,1.68 -0.48,1.68 z m 0.96,-4.08 c -0.24,0 -0.48,-0.48 -0.48,-1.44 0,-1.68 1.44,-4.56 2.16,-4.56 l 0.24,0.72 c -0.72,3.36 -1.2,5.28 -1.92,5.28 z m 16.8,-5.52 c -0.24,0 -0.72,-0.72 -0.72,-1.2 l -0.24,-3.6 c 0,-3.6 0.96,-2.4 0.96,-3.12 v -0.24 c 0,-0.24 0.48,-0.72 1.2,-0.72 l 0.24,0.24 -0.48,1.68 c 0,0.96 1.68,0.48 1.68,1.2 l -0.48,1.92 -1.92,-0.24 c -0.48,0 -0.72,0.24 -0.72,0.96 v 0.96 c 0.72,-0.72 0.72,-0.96 1.2,-0.96 0.48,0.24 0.48,0 0.48,0.48 0,0.48 -0.96,0.24 -0.96,0.96 l 0.24,0.48 c 0,0.72 0,1.2 -0.48,1.2 z m -14.88,-3.84 -0.24,-0.24 c 0,-0.48 1.2,-2.64 1.92,-2.64 l 0.24,0.48 c 0,0.48 -0.24,1.2 -0.96,1.68 z m 17.52,-3.12 c -0.48,0 -0.72,-0.24 -0.72,-0.48 0,-0.96 1.2,-3.84 1.68,-3.84 0.24,0 0.48,-0.24 0.48,-0.48 l -0.48,-1.44 c 0.96,0.24 1.2,0.48 1.2,1.68 0,1.68 -1.68,2.16 -1.68,2.88 l 0.24,0.96 c 0,0.48 -0.24,0.72 -0.72,0.72 z m -15.12,-0.96 c -0.48,0 -0.72,-0.48 -0.72,-1.68 0,-1.2 1.2,-1.44 1.2,-1.92 l -0.72,-1.68 c 0,-0.48 0.24,-0.72 0.72,-0.72 0.72,0.24 0.96,0.24 0.96,2.4 0,1.68 -0.72,3.6 -1.44,3.6 z m 12.96,-3.6 -0.24,-0.24 c 0.24,-2.4 0.96,-4.08 0.96,-4.08 h 0.24 c 0.48,0 1.92,0.72 1.92,1.2 0,0.24 -0.24,0.48 -0.48,0.48 h -0.24 c -0.24,0 -0.96,0.48 -1.44,1.44 z m 4.56,-2.4 c -0.48,0 -0.72,-0.48 -0.72,-0.72 0,-0.24 0.24,-0.48 0.48,-0.48 0.72,0.24 0.48,0.24 0.96,0.72 0,0.24 -0.48,0.48 -0.72,0.48 z m -15.84,-0.96 c -0.48,0 -0.96,-0.24 -0.96,-0.72 0,-0.24 0.24,-0.48 0.72,-0.48 0.72,0.48 0.72,0 0.96,0.72 0,0.24 -0.24,0.48 -0.72,0.48 z m 14.16,-1.2 c -0.96,0 -1.44,-0.24 -1.44,-0.96 0,-0.72 0.72,-1.92 0.72,-2.88 v -0.72 c 0,-0.24 0.24,-0.48 0.48,-0.72 2.64,-2.64 6.72,-23.28 10.8,-24.48 l -0.24,0.72 c 0.48,0.96 0.24,0.48 0.96,1.44 l -0.24,0.24 -0.96,-0.24 c -1.2,0 -1.2,1.2 -1.44,3.84 l 0.24,1.68 c 0,0.24 -0.24,0.48 -0.48,0.48 -0.96,0 -1.92,1.92 -1.92,3.6 l 0.48,1.44 -0.24,0.24 h -0.48 c -0.96,0 -2.4,6 -3.36,6.48 -2.16,4.56 -1.2,2.4 -2.16,8.16 0,0.96 -0.24,1.68 -0.72,1.68 z m -13.2,-1.44 c -0.24,0 -0.24,-0.24 -0.24,-0.48 l 0.48,-1.92 0.24,-0.24 c 0.48,0.24 0.72,0.24 0.72,1.2 0,0.72 -0.48,1.44 -1.2,1.44 z m 16.32,0 c -0.24,0 -0.48,-0.24 -0.48,-0.48 l 0.48,-2.4 c 0,-0.24 0.24,-0.48 0.72,-0.48 l 0.48,0.24 -0.96,2.16 0.24,0.72 z m -14.16,-3.6 c -1.44,-0.48 -1.92,-0.96 -1.92,-1.2 h 0.72 c 0.72,0 1.44,0.24 1.44,0.72 0,0.24 0,0.48 -0.24,0.48 z m -0.24,-2.64 c -0.24,0 -0.24,-0.24 -0.24,-0.72 0,-0.48 0.24,-0.72 0.72,-0.72 0.24,0 0.24,0 0.24,0.24 0,0.96 -0.24,1.2 -0.72,1.2 z m 17.28,-1.68 c -0.24,0 -0.48,-0.24 -0.48,-0.48 0.24,-0.96 0.24,-1.92 0.72,-1.92 0.24,0 0.24,0.24 0.24,0.72 0,0.72 -0.24,1.44 -0.48,1.68 z m -15.12,-1.2 c -0.72,0 -0.96,-0.48 -0.96,-1.2 0,-0.48 0,-0.96 0.48,-1.2 0.24,0 0.72,0.48 0.96,1.68 0,0.48 -0.24,0.72 -0.48,0.72 z m 2.4,-7.2 c -0.24,0 -0.48,-0.24 -0.48,-0.72 0,-0.72 0.24,-0.96 0.48,-0.96 0.48,0 0.72,0.24 0.72,0.48 0,0.48 -0.24,0.96 -0.72,1.2 z m 2.88,-6 c -0.48,0 -0.72,-0.48 -0.72,-0.96 0,-0.72 0,-1.2 0.24,-1.2 0,0 0.48,0.72 0.72,1.68 0,0.24 0,0.48 -0.24,0.48 z m 2.4,-4.08 c -0.24,0 -0.48,-0.48 -0.48,-0.72 0,-0.48 0.48,-0.72 0.72,-0.72 0.24,0 0.48,0.24 0.48,0.48 v 0.24 z m 12.96,-6.48 v -0.24 c 0,-0.72 0.48,-1.44 1.68,-2.88 0.24,0 0.24,0.24 0.24,0.72 0,0.48 -0.48,1.44 -0.96,1.92 z m 2.64,-5.52 c -0.48,0 -0.48,0 -0.48,-0.24 0,-0.48 0.48,-0.96 1.68,-2.16 0.24,0 0.24,0 0.24,0.24 -0.48,1.2 -0.72,2.16 -1.44,2.16 z m 2.88,-5.76 h -0.24 c -0.24,0 -0.48,0 -0.48,-0.24 0,-0.72 0.48,-0.96 1.2,-1.44 l 0.24,0.48 c 0,0.48 -0.48,0.96 -0.72,1.2 z m 0.96,-2.64 c -0.24,0 -0.24,-0.24 -0.24,-0.96 0,-2.16 1.2,-3.12 2.64,-4.8 -0.48,1.92 -0.72,3.36 -1.68,4.8 z m 22.08,-31.2 -0.24,-0.48 c 0.72,-1.68 1.2,-3.12 1.68,-3.12 0.24,0 0.48,0.24 0.48,0.48 0,0.72 -1.44,3.12 -1.92,3.12 z m 2.16,-4.32 c 0.24,-0.96 0.48,-1.68 0.96,-1.68 h 0.24 c 0,0.24 0,0.72 -0.48,1.2 z m 1.92,-4.8 c -0.48,0 -0.72,-0.48 -0.72,-0.96 0,-0.48 0.24,-0.72 0.48,-0.72 0.72,0 0.96,0.48 0.96,0.96 0,0.48 -0.24,0.72 -0.72,0.72 z m -58.56,-20.88 c -1.2,0 -2.16,-0.24 -2.16,-0.72 0,-0.24 0.24,-0.24 0.72,-0.24 h 0.96 c 1.2,0 0.72,-0.96 1.44,-0.96 0.72,0 1.2,0.48 1.2,0.96 0,0.48 -0.96,0.96 -2.16,0.96 z m 8.64,-0.48 c -1.44,0 -2.64,0 -2.64,-0.24 v -0.24 c 0,-0.72 -3.12,-0.24 -3.12,-1.2 0,-0.24 0.24,-0.24 0.48,-0.24 l 1.2,0.24 c 0.24,0 0.24,0 0.24,-0.24 l -0.48,-0.96 c 1.68,0.72 0.96,1.44 9.12,1.44 4.32,0 6.48,0 6.48,0.48 l -1.92,0.48 c -2.16,0.24 -6.48,0.48 -9.36,0.48 z m 69.36,-11.28 c -0.72,0 -1.2,-0.24 -1.2,-0.48 l 2.16,-0.72 c 0.24,0 0.48,0.24 0.48,0.48 0,0.24 -0.48,0.72 -1.44,0.72 z m 4.08,-0.96 -0.24,-0.24 c 0.96,-0.72 2.4,-0.96 4.08,-0.96 h 0.48 v 0.24 l -2.64,0.72 z m 12,-1.2 -1.92,-0.24 c 1.68,-0.72 2.16,-0.96 3.36,-0.96 h 0.96 c 0.72,0 0.48,-0.24 0.72,-0.72 l 0.72,0.48 c 0,0.48 -1.2,1.44 -3.84,1.44 z m 8.88,-0.72 c -0.72,0 -0.96,-0.24 -0.96,-0.48 l 0.24,-0.48 c 0,-0.24 -0.48,-0.48 -1.2,-0.48 h -1.68 c 5.04,-1.44 2.88,-2.64 6.96001,-2.64 -2.40001,0.48 -3.60001,0.96 -3.60001,1.2 0.48,0 0.72,0.24 0.72,0.48 v 0.72 c 0,0.48 0.24,0.48 0.96,0.48 2.40001,0 3.36001,-0.24 3.36001,-0.72 l -0.72,-1.68 c 0,-0.48 0.72,-0.72 2.64,-0.72 1.68,0 1.68,0.24 2.16,0.48 2.16,-0.72 3.12,-0.96 5.04,-0.96 0.96,0 1.68,0 1.68,0.48 0,0.96 -1.92,0.96 -4.56,1.68 0,0.48 0.96,0.48 2.88,1.2 -3.12,0 -3.36,-1.2 -5.04,-1.2 l -2.16,0.48 c -0.48,0 -1.2,1.44 -4.80001,1.92 z m -29.76,-1.68 c -0.96,0 -1.44,-0.24 -1.44,-0.72 0,-1.92 3.36,-2.16 12.24,-2.4 0,0.48 -1.92,1.68 -2.88,1.68 l -0.72,-0.24 c -0.96,0 -0.72,0.48 -1.68,1.2 -0.48,0 -0.48,-0.96 -0.96,-0.96 -0.96,0 -3.36,1.44 -4.56,1.44 z m 13.92,0.24 c -0.72,0 -0.96,0 -0.96,-0.48 2.16,-4.8 2.16,-3.6 9.6,-4.32 h 1.2 c -1.44,0.96 -1.92,1.44 -4.8,1.44 -1.2,0 -1.68,0 -1.68,0.24 0.48,0.72 0.72,0.72 0.72,0.96 -0.72,0 -1.2,0 -1.2,0.24 l 0.96,0.96 c 0,0.24 -0.48,0.24 -1.2,0.48 z m 10.08,-1.44 c -0.48,0 -0.72,0 -0.72,-0.24 l 0.48,-0.24 h 0.24 c 0.48,0 0.72,0 0.96,0.24 z m 2.64,-2.88 c -0.96,0 -1.68,0 -1.68,-0.24 1.2,-0.72 2.64,-0.96 5.04,-0.96 1.68,0 2.40001,0 2.40001,0.24 -1.92001,0.96 -3.36001,0.96 -5.76001,0.96 z m 10.56001,-0.48 c -0.24,0 -0.48,-0.24 -0.48,-0.48 0.24,-0.72 0.48,-0.96 1.44,-0.96 0.24,0 0.48,0.24 0.48,0.48 0,0.48 -0.72,0.96 -1.44,0.96 z m 8.88,-0.48 c -2.4,0 -5.04,-0.48 -5.04,-0.72 4.56,-0.24 5.52,-0.24 7.92,-0.72 0.96,0.48 0.72,0 0.96,0.72 0,0.24 -0.24,0.48 -0.48,0.48 z m 10.8,0.24 c -0.24,0 -0.96,-0.48 -2.4,-1.68 0,-0.24 0.24,-0.24 0.72,-0.24 0.72,0 1.2,0.48 1.44,0.96 z m -4.8,-0.48 c -0.48,0 -0.72,-0.48 -0.96,-1.2 l 0.48,-0.24 c 0.48,0 0.72,0.24 0.72,0.72 0,0.48 -0.24,0.72 -0.24,0.72 z m 7.92,-0.48 -1.44,-0.24 -0.48,-0.48 c 0,-0.24 0.24,-0.24 1.2,-0.24 3.84,-0.24 1.92,0 6,-0.48 0.24,0 0.24,0 0.24,0.24 l -0.24,0.24 c -1.92,0.72 -3.84,0.96 -5.28,0.96 z m -15.12,-10.08 c -0.48,0 -0.72,0 -0.72,-0.24 l 0.48,-0.24 h 0.24 c 0.48,0 0.72,0 0.96,0.24 z M 883.75999,466.32 c 1.44,-2.16 1.92,-3.84 1.92,-3.84 l -0.24,-0.24 c -0.48,0 -0.72,0.72 -1.2,2.16 z m -1.68,-2.4 c 0.96,0 1.68,-0.72 1.92,-1.68 l -0.48,-0.24 c -1.92,0.24 -3.12,0.48 -3.12,1.2 0,0.24 0.48,0.48 1.2,0.72 z m -3.12,-0.96 c 0.48,0 0.72,-0.24 0.72,-0.48 0,-0.48 -0.24,-0.72 -0.72,-0.72 -0.24,0 -0.72,0.24 -0.72,0.72 0,0.24 0.48,0.48 0.72,0.48 z m 18.48,-16.32 c 0.48,0 0.72,-1.2 1.92,-3.36 l -0.24,-0.24 c -1.2,1.2 -1.92,1.92 -1.92,3.36 0,0.24 0,0.24 0.24,0.24 z m 61.2,-140.64 c 0.48,0 0.96,0 0.96,-0.24 v -0.24 c 0,-1.2 4.32,-8.88 4.32,-10.08 l -0.24,-0.72 c 0.96,-1.92 1.68,-2.4 3.36,-6.24 0,-0.24 -0.24,-0.24 -0.48,-0.24 h -1.44 l 0.48,0.48 c 0,1.2 -3.6,5.52 -3.6,7.44 0,1.68 -2.64,6 -3.6,6 h -0.48 l 0.24,0.96 -0.48,2.4 c 0,0.48 0.24,0.48 0.96,0.48 z m 7.92,-18.72 c 0.48,0 0.96,-0.24 0.96,-0.72 -0.24,-0.24 -0.72,-0.72 -0.96,-0.72 -0.72,0 -0.96,0.48 -0.96,0.96 0,0.24 0.48,0.48 0.96,0.48 z"/></g></svg>
diff --git a/docs/marca/logotipo-negativo.svg b/docs/marca/logotipo-negativo.svg
index 1d32cf8..2681fa7 100644
--- a/docs/marca/logotipo-negativo.svg
+++ b/docs/marca/logotipo-negativo.svg
@@ -1 +1 @@
-<svg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 1170 192" width="1170" height="192"><g transform="translate(4.76,-26.8)"><path fill="#ffffff" d="m 107.6,52.6 q 1.6,1.4 1,2.4 -0.4,0.6 -0.6,0 -0.2,-0.4 -1.8,-1.2 -1.4,-0.8 -1.6,-0.6 l 0.8,0.6 q 1.8,1.4 1.8,2.2 -0.4,0.2 0.2,1 l 0.4,0.4 q -0.4,-0.2 -1,0.2 l -0.2,0.2 q 0.2,-0.4 -0.2,-0.8 -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.6 V 58 L 105,57.4 q -0.8,-1 -2.6,-1.6 -1.6,-0.6 -2,-0.2 -0.2,0.2 0.8,0.6 1,0.4 1.2,0.4 0.2,0 1.2,0.8 0.4,0.6 0.6,0.6 -0.4,-0.2 -0.4,0.2 0,0.6 1,0.4 0.4,0 0.2,1 -0.2,0.6 -0.4,0.6 -0.6,-0.2 -1,-0.2 0.2,0.2 0,0.2 0,0 -0.2,0 -0.4,-0.4 -0.2,-0.6 0.2,-0.4 -0.4,-0.4 -0.4,-0.2 -0.8,0 -0.4,0.2 0.2,0.8 0.6,0.6 0.2,1.6 -0.4,0.8 0.4,1.6 1,0.6 1,1.2 0,0.4 -1,-0.2 -0.8,-0.8 -1.2,-0.6 -0.2,0.2 -0.2,0 0,-0.4 -0.6,-0.6 -0.4,-0.2 -0.4,0 0.2,0.2 0.4,0.4 0.4,0.8 0.6,1.2 0.4,0.2 0.4,0.6 0.2,0.2 0.2,0.4 0.2,0.2 0.2,0.6 0,0.2 1,1.2 0.6,0.6 0.4,0.8 -0.8,-0.2 -0.8,0.2 0,0.2 1,0.2 1.4,-0.2 2.2,1.6 0.6,0.8 0,1.4 -0.4,0.4 -0.8,0 -0.4,-0.6 0,-0.8 0.6,0.2 0.6,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -1.6,-0.8 -2.4,-1.6 0,0.8 1.4,1.4 1.4,1.6 0,1 -2.4,-1.4 Q 100.8,69 99,68.2 l -1.8,-0.6 1,1 q 1.2,1 1.4,1 0.2,0 0.8,0.6 0.8,0.6 1.8,1.4 l 0.4,0.6 Q 102,72 102,72.4 q 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -1.2,-0.4 -1.2,-1 -1.6,-1 -0.4,0 -0.2,-0.2 0.2,-0.4 0.6,-0.2 V 71 q -0.2,-0.4 -0.6,0 -0.2,0.2 -1.4,-0.2 l -1,-0.6 1,0.8 q 1,1 1,1.4 0.2,1.6 1,1.6 0.6,0 0.6,0.8 l 0.2,1 -1,-1 q -1.2,-1.2 -4.6,-3 -3.4,-1.8 -4.2,-1.6 -0.4,0 -3.6,-1.4 -3,-1.4 -3.4,-1.4 -0.2,0 -7.4,-2 -17,-4.8 -16.4,-3.2 0.4,0.6 -3.8,11.4 -0.8,2.4 -1.4,4.2 -0.6,1.6 -0.8,2 -0.2,0.2 -0.6,1.6 -0.8,2.6 -2.8,9.2 -2.8,9 -5.8,25.6 -0.8,5.4 -1,5.6 -0.2,0 -0.2,1.4 0.2,1.2 -0.8,1.8 -0.8,0.6 -0.8,2 0,1.2 0.4,1.6 v -1.2 q -0.2,-1.8 0.4,-2 0.6,-0.2 0.6,0.4 0,0.8 -0.6,6.2 -0.8,5.6 -1,8.6 -0.2,2.8 -0.6,2.6 v 0.4 q 0.2,0.6 0,5.2 -0.4,4 -0.8,4 -0.4,-0.4 -0.4,-1 l -0.4,-0.2 Q 40,152 40,154 q 0.2,1.8 0.4,1.8 0.4,0 0.4,-1.4 0,-0.8 0,-0.6 0.4,0.8 0.4,2.4 l -0.2,1 -0.2,-0.4 -0.2,0.2 0.2,1 q 0.4,-0.2 0.4,0.2 0,0.2 -0.4,0.4 -0.2,0.2 0,2.6 v 1.8 q -0.2,-0.4 -0.6,-3.6 L 40,156.2 v 3.4 q 0,3.4 -0.2,3.2 l -0.6,8 q 0,1 0,2.4 0,5 -0.4,5.2 -0.4,0 -0.4,0.4 0,0.4 0.4,0.2 0.2,-0.2 0.2,1.4 0,1.4 -0.2,3.4 0,1.8 -0.2,2.6 v 0.8 L 39,188 q 0.2,1 -0.4,1.2 -0.6,0 0,0.6 0.6,0.6 0,0.8 -0.6,0.2 -0.8,0.2 0,0 0.2,-0.6 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,-1.6 l 0.4,-1.4 q 0.4,0.2 0.4,-0.2 0,-0.6 -0.6,-0.4 h -0.4 q 0.2,-1.2 -0.6,-11 -0.2,-1.8 -0.6,-2 v 0.2 q 0.2,0.6 -0.6,0.8 -0.6,0.2 -1,1.2 -0.2,0.8 -0.2,8.6 0,7.8 -0.2,7.4 -0.2,-0.2 -0.2,0 -0.2,0.2 -0.2,0.4 -0.2,13.8 -0.4,14 Q 33,206 33,205 q 0,-1 0,-2.6 0,-1.4 0,-3.4 l -0.2,-4.8 q -0.2,2.2 -0.4,2.6 l -0.2,-0.6 0.2,-0.8 -0.6,0.8 q -0.6,0.8 -0.2,1.4 0.4,0.4 0,0.8 -0.4,0.4 -0.4,3.6 v 3 L 31,202 q -0.2,-3 -0.6,-3.2 l -0.2,0.6 q 0.2,1.2 0,3.4 0,2.2 0,4.4 0,2.2 -0.2,2 -0.2,-0.2 -0.4,-2.2 0,-2 -0.2,-2.2 0,0 0,-1.2 -0.2,-4.2 -0.8,-5.2 -0.4,-0.6 -0.4,-2 0,-1.4 -0.2,-3 l -0.4,-1.8 -0.2,2 q 0,0.8 0,-0.2 -0.2,-0.8 -0.2,-3.2 0,-5.2 -0.4,-6 -0.4,-1 -0.4,-2 v -1 q -0.2,0.2 -0.2,1.6 0,1.4 0,2.8 0.2,1.6 -0.2,2.2 -0.2,0.6 0,0.8 0.4,0.2 0.4,2.4 0,2 -0.4,2.4 -0.4,0.6 0,1 0.6,0.2 0.2,0.4 -0.4,0.2 -0.4,0.6 0,0.2 0.2,0 l 0.4,2.4 q -0.2,1 -0.2,1.2 -0.4,0.4 -0.2,0 0,-0.2 0,-0.6 0,-1 -0.2,-1 l -0.4,-7.2 q 0,-1.4 0,-3.2 l -0.2,-10.8 -0.2,23.4 -0.2,-14.4 -0.4,-12 -0.2,2.4 -0.4,-6.6 v 3.6 q 0,3.8 0.2,3.8 0.4,0 0.4,2.6 l -0.2,2 q -0.2,-0.8 -0.6,-0.8 -0.2,0 -0.2,11.6 0.2,11.4 -0.2,11.2 H 23 q 0.4,0.2 0,1.2 -0.2,1.2 0,2.6 0.2,1.2 0.4,0 0,-0.2 0,-1 l 0.2,-2.4 v 2.4 q 0.2,2.6 -0.2,2.6 -0.4,0 -0.4,1.4 l -0.2,-0.2 q -0.2,-0.8 -0.2,-2.2 -0.2,-3.8 -0.4,-4.6 Q 22,202 21.8,187 q 0,-0.2 0,-0.4 L 21.4,172 q 0,0.2 0,0.8 v 0.2 l -0.2,1.2 q -0.2,-0.4 -0.2,-3.4 0,-2.4 0,-5 0.2,-2.6 0.2,-4.2 0.2,-1.6 0.4,-1.4 0.2,0 0,4.8 0,1.2 0,2.4 0,1 0,1.6 0.2,0.6 0.2,0.4 0.2,0 0.2,-6.6 l 0.2,-5.4 q -0.2,1.2 -0.6,1.6 -0.4,0.4 0,-4.4 0.2,-1.2 0.2,-2.4 0.2,-1.6 0.4,-4.2 0.2,-2.4 0.4,-3.6 0.2,-0.4 0.2,-0.6 0.2,-0.4 0.2,0.2 0,0.2 0,1 l 0.2,1.6 0.2,-2.2 q 0.2,-2.2 0.2,-2.4 l -0.2,0.4 q 0,0.6 -0.4,0.6 -0.2,0 -0.2,-0.2 0,-0.2 0,-0.8 0,-0.6 0,-1.4 0.2,-1 0.4,-2.2 0.2,-1 0.4,-8.6 0.2,-7.6 0.4,-9.6 0.6,-9.8 1.6,-17.4 3.4,-23.8 9.8,-40.2 1.4,-3.4 1.2,-3.6 -0.2,-0.2 -4.4,0 -4.2,0 -5.6,0.2 -4.2,0.6 -6.2,0 0.2,-0.2 0.6,-0.2 0.6,0 2.4,-0.2 1.8,-0.2 3.2,-0.4 1.2,-0.2 1.6,-0.4 0.6,-0.2 6,-0.4 1,-0.2 0.8,-0.4 -0.4,-0.4 -2,-0.2 -1.4,0.2 -4.2,0.4 -2.6,0.2 -2.4,0.4 0,0.2 -0.6,0.4 -0.4,0 -1.4,0 -0.8,0 -1.8,0 -4,0 -3.8,-0.2 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,0.2 0,0.4 -3.6,1 Q 13,59 13,58.6 13,58 13.8,57.8 l 0.4,0.2 1,0.2 q 0.8,-0.2 1.2,-0.6 0.2,-0.4 3,-0.4 2.8,-0.2 3,-0.4 0.4,-0.2 1.2,-0.4 H 20.8 Q 17.4,56.6 12,56.8 6.8,56.8 4.4,57.2 2,57.4 2,57 2,56.6 3.2,56.4 L 4,56.6 q -0.2,0.2 0,0.2 0.4,0 1.4,-0.2 1,-0.4 2.4,-0.6 1.4,-0.2 2.6,-0.6 l 1.2,-0.2 h -1 L 10.4,54.8 4.8,55 Q 3,55.2 2.4,55.4 1.6,55.6 2.4,55 3,54.4 4.2,54.4 q 1.2,0 1.4,0 0.2,0 2,-0.4 1.8,-0.2 1.8,-0.6 0,-0.6 -0.6,-0.6 -0.2,0 -0.2,0.2 -0.2,0 -0.2,0 l -0.6,0.4 q -0.6,0 -2.4,0.2 L 4,53.4 q 0.2,-0.4 1,-0.2 0.6,0 1.4,-0.4 0.8,-0.4 1.4,-0.4 0.6,0 0.4,-0.4 -0.4,-0.4 -1,0 -0.6,0.2 -1.6,0.2 -1.2,0 -2,0 -0.8,0 -0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 1,-0.4 Q 4.8,50.6 4.6,50.6 4.2,50.6 4,51 3.8,51.4 3.4,51 2.8,50.6 2.6,51 2.2,51.4 2,51.2 1.8,50.8 0.8,51.4 q -1,0.4 -1.2,0.4 -0.2,-0.2 -0.2,-0.8 0,-1 0.8,-0.8 0.6,0.2 0.6,-0.2 0,-0.6 -1,-0.2 -0.6,0.2 -1.2,0.4 -0.6,0 -1,0 -0.4,0 -0.4,-0.2 0,-0.2 -0.6,0 -0.6,0 -0.8,-0.4 -0.2,-0.2 -0.2,-0.2 0,0 0.2,0 0.4,0.4 0.4,-0.2 0,-0.6 1,-0.4 0.8,0.2 0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 0.6,-0.2 0.2,-0.4 0.6,-0.2 0.2,0.2 0.4,0.2 0.2,-0.2 0,-0.4 0,-0.4 1.8,-0.8 l 1.6,-0.4 -1.8,0.2 q -2,0.2 -2.2,0.6 h -0.2 q 0,-0.2 -0.6,0.2 -1,0.8 -1,0 0,-0.2 0.2,-0.4 0.4,-0.6 0.8,-0.4 0.2,0.2 4.8,-1.4 1.8,-0.6 2.2,-0.4 0.4,0.2 0.4,-0.2 0,-0.4 0.4,0 L 6.4,44.2 Q 5.6,43.6 5.2,44 q -0.4,0.2 -1.4,0.4 -1.2,0 -2,0.4 -0.6,-0.2 -0.6,-0.2 0.2,-0.4 0,-0.4 -0.4,0 -0.4,0.4 -0.2,0.2 -2.6,0.6 -2.6,0.4 -2.8,0.2 -0.4,-0.4 0.2,-0.6 0.2,0 0.4,0 0.8,-0.2 1.4,-0.4 Q -2,44 -1.4,44 -0.8,44 0,43.8 5.4,42.4 6.2,42.6 7,42.6 7,42.2 q 0,-0.6 5.4,-2 l 1.8,-0.4 -2.4,0.2 q -2.6,0.2 -3.4,0.2 -0.8,0 -0.8,0.4 0,0.2 -1.6,0 -1.6,-0.2 -1.6,0.2 0,0.2 -0.6,0.2 -0.8,0 -1.4,0.2 -0.6,0.2 -0.6,0 0,-0.6 2.4,-1 2.4,-0.6 4.4,-0.6 1.8,-0.2 1.8,-0.4 0,-0.4 0.6,-0.6 0.6,-0.4 1,-0.2 0.2,0.2 -0.2,0.2 -0.4,0 -0.4,0.4 0,0 0.2,0 0.4,0 1,0 0.6,0 1.2,-0.2 2.6,-0.4 4.8,-0.6 2.4,-0.2 2.6,-0.6 0.2,-0.4 -0.8,-0.2 -0.8,0.2 -1,0 L 20.2,37 q 2.4,-0.2 5.2,-0.6 1.6,-0.2 1.8,0.4 0.2,0.4 0.4,0 0.6,-1 2,0 0.6,0.4 1.2,0.2 0.6,-0.2 0.6,-0.6 -0.2,-0.4 3,-0.4 3.4,-0.2 3.4,0 0,0.2 0.2,0.2 0.4,0 0.8,0 0.4,-0.2 0.6,-0.4 h 0.4 q -0.4,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.4 1,-0.4 0.6,0 0.8,0.2 0.2,0 0,0.4 0,0.2 0.2,0.2 0,0 0.4,-0.2 0.4,0 0.4,0 l 2.2,0.4 q 0.4,0 0.8,0 l 2.8,-0.4 Q 48.8,36 49,36 q 0.2,0 0.6,0.2 1,0.2 3.4,0.4 2.6,0 3.8,0.4 1.4,0.2 2.4,0.4 l 0.2,0.2 0.4,0.2 q 3.2,-0.6 7.6,0 1.8,0.2 4.6,0.6 3,0.4 3.4,0.6 0.6,0.2 1.4,0.2 2.6,0.2 10.6,2.8 11,3.8 12.4,5 2,2 2.8,2 0.6,0 1.2,0.6 0.8,0.4 0,0 -1,-0.4 -1,0 0,0.2 1.4,1 1.6,0.8 2,0.8 0.2,0 -0.8,-0.8 l -0.8,-0.6 1,0.4 q 0.8,0.4 0.8,0.6 0,0.2 1.2,1.6 z M 1.2,50.4 Q 1.4,50.4 1.6,50 1.8,49.4 1.4,49.4 1,49.4 1,50 1,50.4 1.2,50.4 Z M 8.8,52 q 0.4,0 0.8,-0.2 l 0.2,-0.4 q -0.4,0 -0.8,0.4 z m 2,1.4 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 L 10,53 q 0.6,0.4 0.8,0.4 z m 0.6,-1.6 q 0.4,0 0.4,0 -0.2,-0.4 -0.6,-0.4 z M 14,40.4 q 0,0 0.2,0.4 l 0.6,-0.2 Q 14.4,40.4 14,40.4 Z M 13.4,55 q 0,0.2 0.4,0.2 L 14.2,55 q -0.4,-0.2 -0.8,0 z m 0.6,1.4 q 0.8,0 0.8,-0.2 -0.6,0 -1.4,0 -0.4,0.2 0,0.2 0.2,0 0.6,0 z M 16.4,41 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,-0.6 q 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 0.2,0.2 0.6,0.2 z m 5.2,-3.2 q -0.2,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.2 -0.4,-0.2 -0.2,-0.2 -0.4,0 z m 1.8,0 q -0.4,0.4 0.4,0.4 0.8,0 0.4,-0.4 -0.4,-0.4 -0.8,0 z m 2.6,0 q 0.2,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m -3.8,118.4 q 0,0 0.6,-6.8 v -2.2 l -0.4,2.4 q -0.6,5.2 -0.2,6.6 z m 1,-14.6 q 0,0 0.2,0.4 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0.2,38.8 q 0.4,0 0.4,-0.2 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.4 0,0.2 0.2,0.2 z m 0.8,-16 q 0,-1.4 0,-3 -0.2,0.8 -0.2,1.6 v 1.6 z m 0.4,-33 q 0,0 0.2,0.4 0.2,-0.4 0,-1 -0.2,0.4 -0.2,0.6 z m 0.2,37.8 q 0.2,-1.2 0,-2.2 0,0.4 -0.2,1 l 0.2,1.4 z M 37.2,39 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 0,23 q 0.2,0 0.4,-0.2 0.2,-0.4 -0.2,-0.4 -0.2,0 -0.2,0.4 0,0.2 0,0.2 z M 32.6,37 q 0.8,0 2.6,-0.2 2,-0.2 2.2,-0.4 H 36 q -1.4,0.2 -3,0.2 z M 36,64.6 q 0,0 0.2,0 0.6,-0.6 0.6,-1.2 0,-0.6 -0.2,0 -0.2,0.6 -0.6,1.2 z m -10.4,91 q 0.2,-0.6 0,-1 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.6 z m 0.4,7.2 q 0.2,-0.4 0,-1 0,-0.4 -0.2,-0.2 0,0.2 0,0.6 0.2,0.4 0.2,0.6 z m 1.2,15 q 0.2,0 0.2,-2.6 0.2,-2.6 -0.2,-2.8 -0.4,-0.2 -0.4,2 0,3.4 0.4,3.4 z m 0.2,-40.6 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.8,50.6 q 0.2,-0.2 0,-2 l -0.2,-1.6 -0.2,2 z M 28,183.2 q 0,0 0,0.4 0.2,-0.4 0,-0.8 0,0.2 0,0.4 z M 27.6,101 q 0,0 0.8,-6.2 l -0.2,0.4 q -0.6,1.4 -1.8,10.2 -1,8.8 -1,13.2 -0.2,3.6 0,2.8 0.2,-1 1,-8.8 0.4,-6 1.2,-11.6 z m 3.2,95 q 0,0 -0.2,-1.6 v 0.4 q -0.2,0.6 -0.4,1.6 0,0.8 0,1.4 0.2,0.6 0.4,0.6 0.2,0 0.2,-2.4 z m -0.2,-3.4 q 0.2,2 0.2,0.2 0.2,-0.8 0,-2 0,-2.2 0,-2.2 0,0 -0.2,1.2 -0.2,1.8 0,2.8 z m 0.2,-97.2 q 0.2,-0.4 0,-0.8 0,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z M 31,93.6 q 0.4,-0.2 0.2,-0.8 L 30.8,93 Z M 29.4,91 q 1,-5.2 3.8,-16.4 0.6,-2 1.6,-5 1,-3.2 0.8,-3.4 L 35,67.4 q -0.4,1.4 -0.6,1.6 -0.2,0.4 -1.6,5.8 -0.4,1 -1.4,4.6 -0.6,2 -0.6,2.8 -0.2,1 -0.8,3.4 -0.4,2.2 -0.8,4.2 -0.4,2 -0.6,3.4 -0.2,1.2 0,1.2 0.2,0 0.8,-3.4 z m 2.2,103.8 q 0,0.4 0.2,0.4 0.4,0 0.2,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 0,0.6 z m 0,-2.4 q 0,0 0.2,0.4 0.2,-0.2 0,-0.6 z m 0.6,-3.6 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-2.4 q 0.2,-0.4 0,-0.8 Q 32,185.8 32,186 Z M 36,168.8 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z M 33.8,81.6 q 0.6,-2.2 2.2,-8.2 1.8,-6 1.6,-6.2 l -0.4,1 q -0.4,1 -1.8,5.8 -1.4,4.6 -2.2,8.6 -0.8,4 -1.4,6 -0.8,3.4 -0.4,3.2 0.2,0 0.4,-1 0.4,-2.4 1.4,-6.2 0,-0.2 0,-0.6 0.2,-0.6 0.4,-1.2 0.2,-0.8 0.2,-1.2 z m 4,73.4 q 0,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.6 0.2,0.6 z M 47.4,37 q 0,0 0.2,0.2 L 48,37 q -0.2,-0.2 -0.6,0 z m -2,0.2 Q 45.4,37 44.6,37 44,37 44,37.4 q 0,0.2 0.6,0 0.8,-0.2 0.8,-0.2 z m -1.2,65.2 q 0.2,-0.2 0,-0.6 L 44,102 Z m -0.6,2.4 q -0.2,0.4 -0.2,0.4 0,0.4 0.2,0.6 0.2,-0.6 0,-1 z M 39,63.8 q -0.2,0 -0.6,0.8 -0.2,0.6 0,0.6 0.4,0 0.6,-0.6 0.2,-0.8 0,-0.8 z m -1,87.6 q 0,0 0.4,0.4 0.2,-0.6 -0.2,-0.8 -0.4,-0.4 -0.2,0.4 z m 0,-4 q 0.2,1 0.4,0.6 0.4,-0.6 0.4,-0.8 0,-0.4 -0.4,-0.2 0,0.2 -0.2,0 0,-0.2 0,-0.4 L 38,146.2 q -0.2,0.2 0,1.2 z m 1,-10.6 q 0.2,-1 0.2,-1.8 0.2,-0.8 0.2,-1.2 0,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.8 0,0.6 -0.4,4.4 -0.2,2 -0.4,3.4 0,1.4 0,2.4 0,0.8 0,1.2 0,0.4 0.2,0.4 0.2,0 0.2,-0.4 0.2,-6.8 0.6,-8.6 z m 0.6,-6.4 q 0.8,-8.2 1.4,-7.6 l 0.2,-0.2 q 0,-0.2 -0.2,-0.4 -0.2,-1.2 0.6,-5.6 L 42,112 q 0,0.2 0,0.6 -0.4,1.2 -0.6,2.4 -1,6.2 -1.8,12.2 -0.4,4.4 -0.6,5 0,0.6 0.2,0.6 0.2,0 0.4,-2.4 z m 1.8,10 q 0.2,-0.8 0,-1.8 v 0.2 q 0,0.4 0,0.6 v 1.2 z m -0.2,11.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-8 q 0,-1.4 0.4,-1.4 0.4,0 0.2,-0.8 0,-0.8 -0.2,-0.2 l -0.4,0.2 q 0,-0.4 -0.2,-0.2 -0.2,0.2 -0.2,1.6 0.2,1.4 -0.2,1.8 -0.2,0.4 -0.2,2.8 0.2,2.2 0.4,2.2 0.4,0 0.2,-2.4 -0.2,-2.4 0.2,-2.2 z m 0.6,-8.4 q 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,1.2 z m 1,-4.2 q 0,0 -0.4,-1.4 0,-0.4 0,-0.4 -0.2,1 -0.4,1 -0.2,0 0,1.6 0.2,0.8 0.2,0.6 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.2 z m -0.4,-21.2 q 0,0 0.2,0.4 0,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-72.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,70.8 q 0,0 0.4,-0.2 0.2,-1 0.2,-1.8 L 43,107 q -0.4,0.8 -0.4,1.8 z m 1.8,9.8 q 0,0 0,-1 l -0.2,-0.8 q -0.2,0.8 -0.8,4 -0.4,3 -0.4,3.4 l 0.2,-0.2 q 0.4,-0.4 0.6,-0.4 v -0.2 q 0,-0.6 0,-1.6 0,-1.2 0.2,-2.2 0.2,-1.2 0.4,-1 z M 46,109 q 0,-1.8 -0.2,-1.6 0,0.2 -0.8,4 -0.6,3.6 -0.6,4 l 1,-3.6 v -0.2 l 0.2,-1 z m 0,-72 q -0.4,0 0,0.4 0.4,0.4 0.2,0.6 v 0.2 Q 46.6,38 46.6,37.6 46.6,37 46,37 Z m 0.4,68.6 q 0.2,-0.4 0.4,-1.8 0.2,-1.4 0,-0.6 z m 0.6,-3.8 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.6 -0.2,-0.6 0,0 -0.2,0.6 z m 0.6,-1.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-62.8 q 0,0 0.2,0.4 0.4,0 0.4,0 Q 48,37.6 47.6,37.6 Z M 48,98.8 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.4,-2.4 q -0.2,0.8 0,0.4 0.4,-0.4 0.4,-0.8 z M 50,93.2 q 0,0 0,-0.2 -0.4,0 -0.2,-0.8 L 49.6,92 q -0.4,0.6 -0.6,1.8 -0.2,1 -0.2,1 0.2,0 0.4,-0.4 0.4,-1 0.8,-1.2 z m -0.2,-2.6 q 0,0 0.2,0.6 0.2,-0.2 0,-0.8 z M 49.2,38.2 q 0,0.2 0.6,0.2 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0 -0.6,0.2 z M 51,87.6 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.2,-1.8 q 0,0.8 0.2,0.2 0.4,-0.8 0.4,-1 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.2,1 z m 1.4,-3 q 0,0 -0.2,-0.4 -0.8,1.4 -0.2,1.4 0.2,-0.2 0.4,-1 z m 0.8,-2.6 0.2,-0.8 -0.4,0.8 -0.6,1.4 0.2,-0.2 q 0.4,-0.4 0.6,-1.2 z m 1.4,-4 0.2,-1 -0.6,1 Q 54,77 54,77.6 q 0,0.4 0.2,0 0.4,-0.6 0.6,-1.4 z m 1,-4 Q 55.6,72.8 56,72.4 56.4,72 56.2,71.8 56,71.6 55.8,72.2 Z M 56,64.6 q 0.4,-0.2 0.4,-0.8 0,-0.6 -0.4,0 -0.4,0.8 0,0.8 z M 57,62 q 0,0 0,-0.8 0,0.2 -0.2,0.8 -0.2,0.4 -0.4,0.8 0,0.2 0,0.2 0.2,0 0.6,-1 z m 0.8,-24 q 0,0 -0.2,0.4 -0.2,0.2 0,0.2 0.4,0 0.4,-0.2 Q 58,38 57.8,38 Z M 58,67.2 q 0.4,-0.6 0.4,-0.8 H 58 q -0.2,0.6 -0.2,1 z M 60.6,39 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 l 0.2,0.2 q 0.6,0.4 0.8,0.4 z m 7.2,1.4 q 0.6,-0.2 0.6,-0.2 -0.4,-0.2 -1,0 0,0.2 0.4,0.2 z m -1.2,-1 q 2.6,0.2 2.8,0.2 0.4,-0.4 -5,-0.8 h -1.8 q 0.4,0.2 0.6,0.4 0.2,0 0,0.4 0,0.2 0.2,0.4 0.4,0 1,0 h 1.4 l -1.2,-0.2 q -2.2,-0.4 -0.4,-0.6 1,0 2.4,0.2 z m 3.2,1.4 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,-0.2 z m 0.2,-1 q 0,0 2.4,0.2 0,-0.2 -1.4,-0.4 -1,0 -1,0.2 z m 3.6,0.6 q 0.2,0 0.4,0 0.2,-0.2 0,-0.4 -0.2,-0.2 -0.6,0 -1.2,0.4 0.2,0.4 z m 2.6,0.2 q 0.4,0 0.6,-0.2 -0.6,0 -1,0 0.4,0.2 0.4,0.2 z M 78,41 q 0.4,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m 2.2,0.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 2,0.6 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z m 20.6,10.4 q 0,0 0.2,0.4 0.6,0.2 1,0.2 l -0.2,-0.2 q -0.6,-0.4 -1,-0.4 z m -5,-5.8 q 0,0 -1.2,-0.2 l 0.2,0.2 q 0.6,0.4 1.2,0.2 z m -3,-1 q 0,-0.4 -0.8,-0.4 -0.8,0 -0.2,0.4 0.8,0.2 1,0.2 z m -2.2,-1 q -0.8,-0.4 -1.4,-0.2 0.4,0.6 2,0.8 z m -2.8,-1 q 0,0 -2.8,-0.6 0.2,0.2 1.4,0.8 1.4,0.4 2,0.4 0.2,0 0,-0.2 -0.2,-0.2 -0.6,-0.4 z m -1,23.8 q 0,0 -0.6,-0.4 -0.8,-0.4 -2,-0.6 L 85,66 l 1,0.6 q 1.2,0.8 2.8,0.8 z M 88,45.2 q 0,0 1.6,0.2 Q 89.4,45.2 88.4,45 88,45.2 88,45.2 Z m 6.4,25 q 0,0 0.4,-0.2 -0.2,-0.2 -2.8,-1.2 -2.4,-1.2 -2.6,-1.2 z m 1.2,0.6 q 1,1.2 1,0.6 0,-0.4 -0.8,-0.8 z m 3,1 q -0.2,0 -0.8,-0.4 -0.6,-0.4 -0.8,0 0,0.2 0,0.2 0,0 0.2,-0.2 0.4,-0.2 0.4,0.2 0,0.4 0.6,0.4 z m -0.8,-9 q -0.8,-0.4 -1.2,-0.4 -0.2,0 0.6,0.4 1.2,0.6 1,0.6 0,-0.2 -0.4,-0.6 z M 97.2,66 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z M 100,53.4 q 0.8,0.2 0.8,-0.2 -0.2,-0.4 -0.8,-0.2 -0.4,0.2 0,0.4 z m -4.8,-6 q 0,0 5.6,1.6 l -0.2,-0.2 Q 99.8,48.2 99,48.2 98.2,48.2 98.2,48 98.2,47.8 97.4,47.8 96.8,47.6 96.6,47.4 96.4,47 96,47 L 93.6,46.2 92.8,46 q -1,0 -2,-0.2 z M 104,56 q 1.2,0.6 1.2,0.4 0,-0.2 -1.2,-0.8 z m 2.2,0.2 q 0.4,0 -0.2,-0.6 -0.6,-0.8 -2.6,-1.6 -1.8,-1 -2,-0.8 l 0.4,0.2 -0.2,0.4 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 0.2,0.2 1.8,1.2 1.6,0.8 1.8,0.8 z m 0,-3.2 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 1.2,0.8 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 z"/><path fill="#ffffff" d="m 161.19992,128.8 q 0,0 0.2,0.4 -0.4,-0.2 -0.6,0.2 -0.2,0.2 -2,0.8 -3,1 -2.8,1.4 0.4,0 1.2,-0.2 0.8,-0.4 0.8,0 0,1 -5.8,3 -1.2,0.4 -1.2,0.8 0,0.2 -0.6,0.2 -0.4,-0.2 -1.8,0.4 -1.2,0.6 -1.2,0.8 0,1.4 2.4,11.4 1.2,5.2 3.4,12 0.8,2.6 0.8,3 l -0.6,-1 q -0.6,-1.4 -1.2,-2.2 -0.6,-1 -0.4,-1.2 h -0.6 -0.6 q 0.2,-0.4 -0.6,-2 l -0.8,-1.4 q 0,0.4 0.6,3 0.8,2.6 1.2,3 0.2,0.6 0.2,1.2 0,0.2 -0.4,-0.6 -0.4,-0.6 -1.4,-2.6 -1,-1.8 -1.2,-1.6 0,0 1,3 1,3 0.8,3.2 l -0.4,-0.8 q -0.4,-1 -0.8,-1.6 -0.2,-0.4 -0.2,-0.2 0,0.8 0.8,3.6 0.6,1.6 0.4,1.8 l -0.2,-0.2 q 0,-0.4 -0.4,-0.2 -0.4,0.2 0,0.6 0.4,0.2 0.4,1.6 l 0.4,1.2 q 0.2,-0.2 0.2,0.2 0,0.2 -0.4,0.6 -0.2,0.2 0,0.6 0.4,0.4 0.4,0.8 0,0.2 0.4,0.4 0.4,0 -0.2,-0.8 -0.6,-1 -0.2,-1 0.4,0 0.6,1 0.4,0.8 0.4,1 0,0.2 -0.4,0.2 -0.6,0 -0.4,0.4 0.2,0.2 0,0.2 0,0 -0.2,-0.2 -0.2,-0.2 -0.4,0.2 0,0.4 0.4,1 h 0.4 l 0.2,-0.2 q 0.2,0.2 -0.2,1 -0.2,0.6 -0.6,0 0,-0.4 -0.2,-0.8 -0.8,-1.6 -1,-1.6 -0.4,0 0.8,3.4 0.4,1 0.6,1.6 0.2,0.4 0.2,0.8 0.2,0.2 0,0.4 0,0 0,0 -0.6,0 -3.4,-7.4 -0.4,-0.8 -0.8,-1.6 -0.2,-0.8 -0.4,-1.2 -0.2,-0.4 -0.2,-0.4 -0.2,0 1,3.6 1.2,3.6 1,3.8 l -0.2,-0.2 q 0,-0.4 -0.4,-0.4 -0.4,0 -0.6,-0.4 -0.2,-0.4 -0.8,0 -0.4,0.4 0.2,0.4 0.6,0 0.6,0.4 0.4,0.6 1.4,1 l 0.6,1.2 -0.2,-0.2 -0.4,-0.2 -0.2,-0.2 q -0.4,-0.4 -0.8,0 v 0.4 q 0.4,0 0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.2 0.6,0 0.4,0 0,0.8 -0.4,0.8 -0.8,0.8 -0.4,-0.2 0,-0.8 0,-0.4 -0.4,-0.6 -0.2,0 -0.2,0.2 0,0 0.2,1 0.4,1.2 1.2,2.8 0.8,1.4 0.4,1.4 -0.8,0 -4.2,-8.2 l -1.8,-3.6 q -0.2,0.4 0,0.6 0.4,0.2 0.2,0.8 l 0.2,0.2 q 0.4,-0.2 0.4,0.8 0.2,1.2 0.2,1.6 0,0.6 0.4,1 0.6,0.2 0.2,0.6 -0.2,0.2 0.2,0.4 0.4,0 0.4,1 0.2,0.8 0.2,0.8 0.2,0 0.2,0.8 0.2,0.6 -0.2,0 -0.4,-0.6 -0.8,-0.4 v -0.2 q 0.4,-1 -0.4,-1.2 -0.2,0 -0.6,-0.2 -0.2,-0.4 -0.4,-1 0,-0.6 0.2,-1 0.2,-0.6 -0.6,-0.8 -0.8,-0.4 -0.8,-1.8 0,-1.4 -0.2,-0.8 -0.2,0.6 -1,-0.8 -0.6,-1.6 -0.4,-1.8 h -0.4 q -0.4,0.2 -0.2,-0.6 0,-0.4 0,-0.6 -0.4,0.2 -0.4,-0.2 l -0.2,-0.2 q -0.2,0.2 0.4,2.8 0.8,2.4 1.2,2.8 0.2,0.2 0.2,0.8 0.2,0.4 0.2,0.8 0,0.2 -0.2,0.4 -0.2,0 -0.4,-0.6 -2.4,-6 -3.8,-10.6 -0.8,-3.4 -2.2,-10 -1.2,-6.6 -1.2,-7.6 l -0.2,-0.6 -0.2,-0.4 q 0.2,-1.4 -0.8,-2.6 -0.4,0.6 -0.4,0 0,-0.2 -0.2,-0.4 0,-0.2 -0.2,-0.2 -0.4,0.2 -1.4,0.4 -1,0.2 -0.8,0.8 h -0.2 q -0.6,-0.6 -2.2,-0.2 -5.8,1.2 -12.2,1.8 -2.2,0.2 -9.6,0.4 -7.399999,0.2 -7.599999,0.4 -0.6,0.6 -1.8,4.8 -0.2,0.2 -0.6,1.4 -2.4,6.2 -5,15.8 -1.4,5 -1.8,6.2 -1.6,4.6 -2.2,11 l -0.6,2 -0.6,1.6 -0.4,1.2 q 0,0 0,-0.6 -0.2,-1 0,-1.2 0.4,-0.4 0.8,-6 l 0.2,-0.6 q 0.2,0.2 0.2,-2 0,-2.2 0.2,-2.2 0.4,0 0,-1 -0.2,-1.2 0.2,-1 0.4,0.2 0.4,0 0.2,-0.4 -0.4,-1.2 -0.6,-0.6 -0.8,-0.4 -0.2,0 0,0.8 -0.2,0.4 -0.2,0.4 -0.4,-0.4 -0.6,-0.2 0,0 0,0.8 0,1 0.4,0.4 l 0.2,-0.2 q 0,0.6 -0.4,0.8 -0.2,0 -0.4,-0.4 -0.4,-1.2 -0.6,-0.4 -0.2,0.4 0,1 v 0.8 q -0.6,-0.6 -1.8,1.8 l -0.4,0.2 q 0.2,-0.8 0.4,-1.8 0.2,-1 0.4,-1.2 l -0.4,-0.2 q -0.4,0.2 -0.4,-0.2 0,-0.4 0,-1 0.4,-1.4 0.6,-1.6 0.2,-0.2 0.2,-1.4 0.2,-1.4 0.4,-1.6 0.6,-0.4 -0.2,-1.6 l -0.2,-0.2 q 0.2,0.6 -0.4,2 -0.4,1.2 -0.4,1.6 0,1.6 -0.6,2.4 -0.4,0.6 -0.4,0.2 0,-0.4 0,-1.2 0.2,-1.8 0.6,-3 0.4,-1.4 0,-2 l -0.2,0.4 q 0.2,1 -0.2,1 -0.4,0 -0.4,0.6 0,0.6 -0.4,0.8 -0.2,0.2 -0.4,1.6 -0.2,1.4 -0.4,1.4 -0.4,0 -0.4,1 0,3.4 -0.8,3.4 -0.2,0 0,-1.8 0.2,-2.2 0.2,-3.2 l 0.2,-1 q 0.2,0.2 0.2,-1.6 l 0.2,-1.8 -0.6,1.8 q -0.4,1.8 -1,5 -0.2,1.4 -0.4,2.2 -0.2,0.8 -0.2,1.4 -0.2,0.4 -0.2,0.4 -0.2,0 -0.2,0 -0.2,-0.2 0.8,-6 1,-5.8 1.2,-7 l 0.2,-1.2 -0.6,1.4 q -0.6,1.4 -1,3.2 -0.6,1.8 -0.8,1.8 -0.4,0 -0.2,-0.6 2.6,-8.8 2.4,-9.6 l 0.2,-0.4 q 0.2,0.2 0.4,-0.6 0,-0.2 0.2,-0.4 0.2,-1.4 0.4,-2 1.4,-3 2.2,-9.2 0.8,-5.2 0.4,-5.2 -0.4,0 -1.8,-0.4 -1.4,-0.4 -2.6,-0.6 -1.2,-0.4 -1,-0.6 0,0 2.2,0.4 3,0.4 3.6,-0.2 0.2,0 0.2,0 0,-0.2 -0.2,-0.2 -0.4,0.2 -1.4,-0.2 -1,-0.4 -1.6,-0.4 -0.4,0 -0.2,-0.4 0.2,-0.2 0,-0.4 -0.4,-0.2 -0.8,-0.2 l -1.2,-0.4 h 1 1 l -0.8,-0.4 q -0.8,-0.4 -1.4,-0.4 -0.4,0 -0.4,0 -0.2,0 0,-0.2 0.2,-0.4 0.6,-0.2 v -0.4 q -0.2,-0.4 0.4,-0.2 0.4,0.2 0.4,-0.2 0,-0.4 -0.6,-0.4 -0.6,-0.2 0.6,-0.8 l 1.2,-0.6 -1.8,0.2 q -2.2,0.2 -2.2,-0.4 -0.2,-0.2 1.2,-0.4 2,-0.4 0.6,-0.8 -0.2,0 -0.8,0 l 0.2,-0.2 q 0.6,-0.4 0.6,-0.4 -0.4,-0.4 0.2,-0.4 0.2,0 0.6,0.2 l 1.2,-0.2 q -0.2,-0.4 -1,-0.4 -0.6,0 -0.6,0 0,-0.2 0.4,-0.4 0.6,-0.2 -0.2,-0.2 -0.2,0 -0.6,0 -1.4,0.2 -1.6,0 l 0.6,-0.6 q 0.8,-0.2 0.4,-0.4 -0.4,-0.2 -1,0.2 -0.6,0 -0.6,0 0.2,-0.4 1.4,-0.6 1.2,-0.4 1.6,-0.2 0.4,0.2 1.8,0 1.2,-0.2 1.2,-0.2 0.2,-0.2 -0.2,-0.6 -0.6,-0.4 0.2,-0.2 0.6,0 2.4,0.4 h 0.8 l -0.8,-0.4 q -0.8,-0.4 -1.2,-0.2 -0.2,0 -0.4,-0.4 0,0 0.2,-0.2 0.4,-0.2 0.8,-0.4 l 0.2,-0.4 q -0.8,0 -1.4,-0.4 -0.6,-0.2 0.2,-0.2 0.4,0 1,0 2,0.2 2,-0.2 0,-0.6 -1,-0.6 -1.2,0 -0.8,-0.2 0.6,-0.4 1.6,-0.4 1.2,0 1.2,-0.4 0,-0.4 0.4,-0.2 0.4,0.2 0.6,-0.4 0.4,-0.8 0.8,-2.8 2.6,-9 4,-12.2 0.4,-0.6 1.2,-3.2 1,-2.6 1.2,-3.2 0.4,-0.8 0.6,-1.6 l 0.2,-1 -0.6,1 q -0.4,0.8 -2,5.4 l -2.2,5.2 v -0.4 q 0,-1.8 1.6,-4.8 0.4,-0.6 0.6,-1.8 0.2,-1.2 0.6,-1.6 0.6,-0.6 0.6,-0.8 -0.2,-0.2 0.6,-2.2 1,-2.2 1.4,-2.6 0.4,-0.4 0.4,-0.8 0,-0.6 0.4,-1.4 0.6,-0.8 0.4,-1.2 -0.2,-0.2 -0.2,-0.2 0.2,0 0.4,0 0.4,0.2 0.4,0 0,-0.6 0.8,-2.2 0.6,-1.4 0.6,-1.6 0,-0.4 0.2,-0.2 0.2,0 0.2,0 0.2,0 0.2,-0.2 0,-0.6 0.2,-1.2 0.2,-0.8 0.6,-0.8 0.2,0 0,-0.4 -0.2,-0.4 0.2,-0.6 0.4,-0.4 0.4,-1 l 0.2,-0.6 q 0.2,0 0.799999,-1.4 0.8,-1.4 1.4,-3.2 0.8,-1.8 0.8,-2.2 0,-1 0.4,-1 0,0 0.6,-1 0.6,-1 0.6,-1.2 0,-0.4 0.4,-0.8 0.4,-0.4 0,-0.4 -0.2,0 0.2,-0.4 0.4,-0.6 1.8,-3 l 5.4,-10 v 0.4 l -0.4,1.4 q 0.2,-0.2 0.4,-0.6 0.8,-1.2 0.6,-1.8 l 0.2,-0.2 q 0.2,0.6 1,-0.8 1.4,-2.8 2.4,-2.8 0.4,0 0.8,-0.8 0.4,-1 0.8,-1.2 0.4,0 0.4,0.2 -0.2,0.2 -0.4,0.4 -0.4,0.8 -0.8,1.2 -0.4,0.2 -0.4,0.8 0,0.4 -0.6,1.2 -0.4,0.6 -0.4,0.8 0.2,0 0.6,0 0.6,-0.2 1.2,-0.8 0.6,-0.6 0.6,-1 0,-0.4 -0.6,0.4 -0.4,0.6 -0.4,0.2 0,-0.4 1.2,-1.8 1.2,-1.6 1.6,-1.8 0.4,-0.2 0.2,0.4 l -0.2,0.6 q -0.2,-0.2 -0.6,0.2 -0.4,0.2 -0.8,0.8 -0.2,0.4 -0.2,0.8 l 0.4,0.8 q 0.2,0 0.4,-1.2 0.2,-0.4 0.4,-0.6 0.2,-0.4 0.4,-0.2 0.4,0 0.8,-0.8 0.4,-0.8 0.6,-0.2 0.2,0.4 0.2,-0.2 0,-0.2 0.6,-1 0.8,-1 1.6,-1.6 0.8,-0.6 1,-0.4 0.2,0.4 0.2,0 0,-0.4 0.4,-0.2 0.4,0.2 0,0.6 -0.2,0.4 -0.6,0.4 -0.4,-0.2 -0.4,0.2 0,0 0,0.2 0,0 0.2,0 1,0 1.4,0.8 0.2,1.2 0.4,1.8 0,0.2 0.2,0 0.4,-0.2 0.4,0.6 0.2,0.6 0,4.6 -0.2,1 0.2,1.2 0.2,0.2 0.4,-0.4 0.2,-0.2 -0.2,-0.2 -0.4,0 0.2,-1.2 0.6,-1.2 0.4,-1.4 0.2,-3.6 1,-3.6 0.2,0.2 0.4,4 0.2,3.6 0.4,4 0.4,0.4 0,0.8 -0.4,0.4 0,0.4 0.4,0 0.2,0.6 -0.2,0.4 0,0.6 l 0.8,-1.4 0.6,-1.6 0.2,6 q 0,6 0,7 l 1,3.4 q 0.2,0 0.2,2.4 0.2,2.4 0.4,2.8 0.4,0.4 0.4,1.8 0.2,1.2 0.6,2.2 0.6,2.6 0.2,2.6 -0.8,0 -0.6,-1.8 0.2,-0.2 -0.2,-0.2 -0.2,0 -0.4,-1.2 0,-1.2 -0.2,-1.4 -0.2,-0.2 0,2.6 0.4,2.6 0.4,3.6 -0.2,4 0.6,4 0.6,0 1,1.8 0.4,1.6 0.6,1.6 0.4,0 0.2,-0.8 0,-0.2 -0.2,-0.8 -0.2,-0.8 -0.2,-1 0,-0.6 0,-0.8 0.2,-0.4 0.8,0.6 0,0.2 0.2,0.4 0.2,1.2 0,1.4 0,0 0.2,0.6 1.2,2 1.6,6.8 0.2,1 0.6,2.8 0.2,0.6 0.2,1 0.2,0.4 0.2,0.8 0.2,0.2 0.2,0.2 0,0 0.2,0.4 1.8,6.4 1.8,7.8 0,1 2.6,0.4 1.8,-0.4 3.6,-0.8 2,-0.4 4.4,-1.2 2.6,-0.8 3.2,-0.4 0.6,0.4 1.4,0.6 l 0.2,0.2 q -0.6,0 -0.6,0.4 0,0.4 -0.4,0.2 -0.2,-0.2 -0.2,0.2 0,0.4 -0.6,0.2 -0.2,-0.2 -0.4,0 0,0 0,0 0.2,0.6 -1.6,1.2 l -0.6,0.2 0.6,0.4 v 0.2 q -0.6,0.2 -0.8,0.8 -0.2,0.4 -0.6,0 -0.2,-0.6 -0.4,0 -0.2,0.4 -0.6,0.2 -0.2,-0.2 -2.4,0.6 -2,0.6 -2,1 0,0.8 1,-0.2 0.4,-0.4 0.4,0.4 v 0.6 l 2,-0.6 q 6,-2 6,-1.6 0,0.2 -1.6,0.6 -1.4,0.4 -2.2,0.8 -0.6,0.4 -1.2,0.4 -0.2,0 -0.4,0.2 0,0 0,0 0.2,0.4 1,0.2 0.6,-0.2 1.6,-0.2 1,-0.2 1.8,0 1,0 1,0 0,0.4 -1.2,0.8 v 0.4 l 0.6,0.2 q -0.2,0.2 -1.4,0.6 -1.2,0.2 -1.4,0.4 l 2.2,-0.2 q 0.6,-0.2 1.6,-0.4 4.4,-1.2 5.4,-0.2 z m -8,-8 q -0.6,0.2 -0.8,0.4 l 1.6,-0.4 q 0.6,-0.2 0.6,-0.4 -0.4,0 -1.4,0.4 z M 85.399921,174 q -0.2,-0.4 0.2,-1.6 0.4,-1.2 0.4,-1.4 l -0.8,1.4 q -0.6,1.6 -0.2,2 0.4,0.2 0.4,0.2 0.2,0 0,-0.6 z m 4,-52 q 0.4,-0.4 0.4,-0.8 l -0.4,0.2 q -0.2,0.4 -0.2,0.8 z m 1.2,-3.4 q 0.6,-1.2 0.4,-1.6 l -0.4,0.8 q -0.4,1 -0.4,1.4 0,0.4 0.2,-0.2 0.2,-0.2 0.2,-0.4 z m 4.6,-18.8 q 0,0.2 0.4,0.2 0.4,0 0.4,-0.2 0,-0.4 -0.4,-0.4 -0.4,0 -0.4,0.4 z m 0.8,-1.2 q 0,0.6 0.6,-0.6 0.4,-0.6 0.4,-0.8 0,-0.4 -0.6,0.4 -0.4,0.6 -0.4,1 z m 26.999999,-41 q 0,-0.4 -0.2,-0.4 -0.2,0 -0.4,1 0.2,0.4 0.4,0.4 0.2,-0.6 0.2,-1 z m -1,0.6 q -0.2,-0.2 -0.2,0 0,0 0,0.4 0,0.6 0.2,0.6 0.2,-0.4 0,-1 z m -0.2,53.4 q -0.2,0.2 0,1.4 l 0.4,1 q 0.2,-0.2 0,-1.4 z m -0.2,-1.2 q 0,0 -0.2,0.2 l 0.2,0.4 q 0.2,-0.2 0,-0.6 z m -2,-47.6 q 0,-0.6 -0.4,-0.6 -0.2,0 -0.2,0.6 0,0.6 0.2,0.6 0.4,0 0.4,-0.6 z m -2.6,34.6 v 2.2 l 0.2,1.6 V 101 q 0.4,-0.6 0.2,-2 z m -1.8,7.6 q 0,-0.8 -0.4,-0.8 -0.2,0 0,0.8 0.2,0.6 0.2,0.6 0.2,0 0.2,-0.6 z m -2.8,-0.6 q 0,0 -0.2,0.2 l 0.2,0.6 q 0.2,-0.2 0,-0.8 z m -4.4,7.6 q -0.4,0.6 -0.4,1.2 0,0.4 0.2,-0.2 0.4,-0.6 0.4,-1 z m -1,5.2 q -0.4,1.6 -0.8,2 -0.2,0.2 -0.2,0.6 0,0.8 0.8,-0.8 0.2,-0.2 0.4,-0.4 0.4,-1 0.2,-1.6 h 0.4 0.4 q -0.2,-0.4 0.8,-1.2 1,-0.8 0.6,-1 -0.2,-0.4 0.4,-1.6 0.6,-1.2 0.8,-3.6 l 0.2,-2.4 -1.2,3 q -1.4,3 -1.4,3.8 0,0.8 -0.4,0.8 -0.4,0 -0.2,0.4 0.2,0.4 -0.2,0.4 -0.2,0 -0.6,1.6 z m 1.4,2 q 0,0 -0.2,-0.2 -0.6,0.4 -0.6,0.8 l 0.2,0.2 q 0,-0.2 0.6,-0.8 z m -2.6,4.6 q -0.2,0 -0.4,0.4 -0.2,0.2 0.2,0.2 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.4 z m 3,21.8 q 0.6,0 0.6,0 -0.4,-0.2 -1,-0.2 -0.2,0.2 -0.2,0.2 0.2,0 0.6,0 z m 12.2,-18.4 q 2.2,-0.4 2.4,-0.6 0.4,-0.4 -0.2,-1.6 -0.4,-1.4 -0.2,-1.8 0.2,-0.4 -0.4,-2.2 -0.6,-1.8 -0.6,-2.2 0.4,-1.6 0,-1.6 -0.2,0 -1.6,-4.6 -1.2,-4.8 -2,-8.4 l -0.6,-3 -0.4,1.4 -0.4,2 0.2,-0.2 q 0.2,-0.4 0.4,0.2 0.2,0.6 0.4,1.6 0.6,2.6 1,4 v 1 q -0.4,-0.2 -0.4,0.2 0,0.2 0.6,0.4 0.6,0.2 0.4,0.8 -0.2,0.4 0,0.8 0.4,0.2 0.2,0.4 -0.2,0.4 -0.2,0.8 0.2,0.4 0.4,0.8 0.2,0.4 0.4,0.4 v 0.4 l 0.2,0.4 q 0.4,-0.4 0.4,-0.2 0,0.2 -0.2,0.6 0,0.8 0.2,0.8 0.2,-0.2 0.2,0 0,0 0,0.2 -0.2,0.6 0,0.6 0.4,0 0.4,0.6 0,0.6 0.2,1.4 l 0.2,1 -0.4,-1 q -1,-1.4 -3.2,-8.4 -2.2,-7 -2.2,-8.2 0,-0.2 -0.2,-0.2 -0.2,0 -0.4,1 0,1 -0.4,3.2 l -0.6,1.8 q 0,-0.2 -0.2,-0.6 l -0.2,0.2 q 0,1 -0.4,1.2 -0.2,0.2 -0.4,-0.4 l -0.2,0.4 q 0.2,0.8 -0.4,1.4 -0.4,0.4 -0.4,0.8 0,0.4 -0.8,1 -0.6,0.4 -0.4,0.8 0.2,0.2 -0.2,1.4 -0.4,0.4 -0.6,0.6 0,-1.2 -1,-0.4 -0.2,0.2 -0.4,0.6 l 0.2,0.2 q 0.6,-0.6 0.4,-0.2 0,0.4 -0.8,2 -0.4,0.8 -0.8,1.4 -0.2,0.4 -0.4,0.2 -0.2,0 -0.4,0.4 l 0.2,0.4 q 0.2,-0.2 0.2,0 0,0.2 -0.4,0.8 -0.2,0.6 -1.4,3.4 -0.4,0.8 -0.8,1.4 -0.2,0.6 -0.6,1 -0.2,0.2 -0.2,0.2 -0.2,-0.2 -0.6,0.2 0,0.2 0,0.4 0,0 0.2,-0.2 0.4,-0.2 0.2,0.4 0,0.6 0.2,0.8 0.2,0 1.6,-0.2 l 2,-0.2 0.6,-0.2 q 0.6,0 0.6,0.4 0,0.2 0.4,-0.2 0.6,-0.4 1.2,-0.2 0.6,0.2 1.2,-0.2 0.8,-0.4 2,-0.4 1.2,0 1.4,-0.2 0.4,-0.2 1,-0.2 0.6,0 4.8,-0.8 z m 2.6,-5.8 q 0.2,0.4 0.4,0.4 0.2,0 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.4,0 -0.2,0.4 z m 1.6,22.6 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 4,-72.4 q 0,0 0.4,1.8 0.2,-0.2 0,-2 z m 0.6,3.4 q 0.2,-0.4 0,-0.8 l -0.2,0.2 z m 1.4,6.6 q -0.2,0.2 0,0.2 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m 5.2,23.2 q -0.2,-0.2 -0.2,0 0,0 0,0.4 l 0.2,0.4 q 0.2,-0.4 0,-0.8 z m -1,3.6 q 0,0 -0.2,0.2 0.2,0.6 0.8,3.2 0.6,2.4 0.8,2.2 0.2,-0.2 -0.4,-2.6 -0.6,-2.6 -1,-3 z m 1.2,49.2 q 0.4,-0.2 0.2,-0.6 l -0.2,0.2 z m -1.8,-50.6 q 0.4,0 0.4,-0.4 0,-0.4 -0.4,-0.4 -0.4,0 -0.4,0.4 0,0.4 0.4,0.4 z m -1.4,39.2 q 0.2,0.6 0.4,0.6 0.2,0 0,-0.8 l -0.4,-0.4 q 0,0 0,0.6 z m 1.2,-43.8 q 0,0 -0.4,-1.4 -0.2,0 -0.2,0.4 0.2,2.4 0.6,2.4 0.2,0 0,-1.4 z m 2,61.2 q 0.6,1.4 0.6,2.2 0,0.6 0.6,0.6 0.2,0.2 0.2,0 0.2,-0.4 -0.2,-1.6 -1.6,-2.8 -2.2,-8 -0.2,-1.6 -0.4,-2.4 l -1,-4.4 q -0.2,0.8 0.2,3 0.6,2.2 0.4,3 -0.2,0.8 0.2,0.8 0.4,0 0.2,0.4 -0.2,0.2 0.2,1.6 0.4,1.2 0.4,2.2 0.2,1 0.8,2.6 z m 1.6,4.8 q 0.2,0 0.2,-0.6 l -0.2,-0.6 -0.2,1.2 z m 2,3.2 q 0,0.2 0.4,0.2 0.4,0 0.4,0 0,-0.2 -0.4,-0.4 -0.4,-0.2 -0.4,0.2 z m 3,6.2 q 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.2,0.2 0.2,0.6 0.4,0.4 z m 3.4,-4.4 q -0.4,-0.6 -0.8,0 0,0.4 0.4,0.4 0.4,0 0.4,0 0.2,-0.2 0,-0.4 z m 4.8,-49.4 q 0.6,0 0.4,-0.2 -0.2,-0.4 -0.8,0 -0.6,0.2 -2.4,0.6 -1.8,0.4 -2,0.8 -0.2,0.2 2,-0.4 2.4,-0.8 2.8,-0.8 z m -2.8,-2 q 0,0 2.2,-0.2 l 0.2,-0.2 q 0.6,-0.2 0,-0.2 -0.2,0 -0.6,0.2 -1.4,0.2 -1.8,0.4 z m -4.4,1.4 0.6,-0.2 h -0.6 q -0.6,-0.2 -1.2,0.2 v 0.4 q 0.6,0 1.2,-0.4 z m 1,-0.6 q 0,0 1.6,0 1,-0.2 1,-0.4 0,-0.2 -0.6,0 -0.6,0 -1.2,0.2 -0.6,0.2 -0.8,0.2 z m 5.8,32.8 q -0.6,-1.4 -1,-1.6 v 0.8 q 1,2.8 1.6,3 0,-0.6 -0.6,-2.2 z m -3.4,-14.2 q -0.4,0.2 -0.2,-0.6 0,-0.2 0,-0.4 0.2,-1.2 -0.2,-1.6 -0.4,-0.6 -0.2,-0.8 0.2,-0.4 0,-1 -0.2,-0.6 -0.6,-0.6 -0.4,0 -0.2,1.2 0.2,1.2 0.4,2.2 0.6,4.4 2.4,8.2 0.2,-0.2 -0.8,-3.2 -0.8,-3 -0.4,-3.2 0,-0.2 0,-0.2 0,0 -0.2,0 z m -0.2,-13 q 0.2,0 0.4,0 0.4,0 0.8,-0.2 0.6,-0.2 1,-0.4 h -0.4 q -0.8,0.2 -1.4,0.2 -0.4,0 -0.4,0.4 z m 3,5.6 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.4,-4.6 q 0,0 2.2,-0.8 -0.2,0 -0.8,0.2 -3.6,0.8 -3.6,1 0,0.2 2.2,-0.4 z m 2.4,3.6 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 1,-0.4 q 0.4,0 0.8,-0.2 0.6,-0.4 0.4,-0.4 -0.2,-0.2 -1,0.4 -0.6,0.4 -0.2,0.2 z"/><path fill="#ffffff" d="m 240.39986,195 q -0.2,0.4 0.4,0.4 0.6,-0.2 0.6,0.4 0.2,0.6 0,0.6 -0.6,0 -2,-1 -1.2,-1 -1.2,-1.2 0,-0.4 -0.6,0 -0.4,0.4 -0.8,0 -0.4,-0.6 -1.2,-0.8 -0.8,-0.2 -0.8,-0.4 0,-0.4 -0.4,-0.2 -0.2,0.2 -1.8,-1 -1.4,-1.2 -2.8,-2 l -1.4,-0.6 1,0.8 q 1,0.8 2.4,1.8 1.6,0.8 1.2,1.2 -0.4,0.2 -0.6,-0.2 0,-0.2 -1.2,-0.8 -1,-0.6 -1.2,-0.6 -0.2,0 -1.2,-1 -1,-1 -1.4,-1 -0.4,0 -0.6,-0.4 -0.2,-0.6 -0.6,-0.6 -0.4,0 -1.4,-0.8 -1,-0.2 -1,0 0.2,0.4 0,0.4 0,0 -0.4,-0.4 -0.6,-0.8 -0.8,-0.8 -0.4,0 -1.2,-0.8 -0.8,-0.8 -1,-1.2 0,-0.6 -0.2,-0.8 v 0.4 q 0.2,0.6 0,0.6 l -0.8,-1 q -0.2,-0.6 -0.2,-0.6 0.2,0.6 -0.2,0.6 -0.4,0 -1.4,-1.2 -3.4,-3.6 -4.6,-3.8 0.4,0.8 3.8,4 3.4,3 4.6,3.8 1,0.8 0.8,1 0,0.2 0,0.2 0,0 0.2,0 0.6,0 0.4,0.8 0,0.8 0.2,0.4 0.4,-0.4 1.4,0.6 1.2,1 1.2,1.6 0,0.4 0.2,0.6 l 0.2,-0.4 q -0.2,-0.2 -0.2,-0.2 0.2,-0.2 0.6,0 1.8,1.2 1.8,1.8 0,0.2 0.4,0.2 0.4,0 1.8,1 1.6,0.8 1.8,1.2 l -0.8,0.2 q -0.8,0.2 -0.8,0 0,-0.4 0.4,-0.4 V 195 q -0.8,-0.4 -0.8,0 0.2,0.2 -0.4,0.4 -0.2,0.2 -0.4,0.2 0,-0.2 0,-0.4 0,-0.4 -0.6,-0.4 -0.4,-0.2 0,0.2 v 0.2 q -0.4,-0.2 -0.4,-0.6 0,-0.4 -0.6,-0.6 -0.4,-0.2 0,0.2 0,0.4 0,0.4 0,0 -0.2,-0.2 -0.4,-0.2 -0.2,-0.4 0.2,-0.4 -0.6,-0.8 -0.6,-0.2 -0.6,-0.2 0,0 0.4,0.4 0.4,0.6 0,0.4 -0.2,0 -0.8,-0.4 -1,-0.6 -1.4,-1.4 -0.2,-0.8 -0.4,-0.8 -0.2,0 0,0.6 0.2,0.4 0,0.4 0,0 -0.8,-0.4 -1,-0.6 -2,-1.6 l -0.8,-0.8 v 0.8 q 0.2,1 0.4,1.2 1.2,0.6 1.6,1 0.4,0.4 0.2,0.6 l 0.6,0.2 q 1,0 1,0.6 l 0.2,0.4 q 0.2,-0.2 0.6,0.2 0.4,0.4 1,0 h 0.4 q -0.2,0.4 0.2,1.2 l 0.2,0.8 -1.2,-0.8 q -4.8,-2.8 -7.6,-5 -1,-1 -2.2,-2 -1.4,-1 -2.6,-2 -6.6,-6.2 -7,-6.2 0,0.2 -0.2,0.2 0,-0.2 0,-0.4 0.2,-0.2 -1,-1.2 -1.2,-1.2 -1.2,-1.6 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.4,-0.4 -0.2,-0.8 -0.8,-0.8 -0.4,0 -1.2,-1 -0.6,-1.2 -1.2,-1.4 -0.4,-0.2 -0.4,-0.6 0,-0.4 -1.6,-2 -1.6,-1.6 -1.6,-1.8 0.2,-0.2 -0.6,-1 -0.4,-0.4 -1.6,-2 -0.8,-1 -1.8,-2.4 -0.8,-1.6 -1.4,-2.2 -0.6,-0.6 -1.2,-1.6 -0.4,-1 -0.6,-1 -1,-1 -4.2,-7.2 -1.6,-2.4 -1.8,-2.4 0,1 -0.6,2.2 -0.6,1.2 -0.6,2.2 0,0.6 -0.2,0.6 l -0.4,-0.8 -0.4,0.2 q -0.2,0.8 0,1 0.4,0.2 0.4,1 0.2,0.8 -0.2,1 -0.2,0.2 -0.2,1.4 0,2 -1.2,1 -0.6,-0.4 -1,0.2 -0.2,0.4 0,0.6 0.4,0.2 1,0.2 0.4,-0.2 0.4,0 0.2,0 0.2,0.8 0,1 -0.4,1 -0.2,0 0,0.6 0.2,0.4 -0.2,0.4 -0.4,0 -0.6,-0.4 l -0.2,0.4 q -0.2,0.8 0.2,0.8 0.4,0 0.4,0.2 0.2,0.2 0,0.6 -0.2,0.2 -0.4,0.8 -0.4,0.8 -0.4,1.4 0.2,0.4 -0.2,0.4 -0.2,0 0,0.6 0.2,0.6 -0.2,1 -0.4,0.2 -0.4,1.2 0,0.8 -0.8,2.2 -0.6,1.4 -0.6,2.2 0,0.6 -0.2,0.8 -0.2,0.2 -0.4,1.2 -0.2,0.8 -0.6,1 -0.2,0.2 -0.8,2.4 -0.6,2.2 -1.6,2.6 -0.8,0.4 -0.6,0.8 0.2,0.4 0.4,0.2 0.4,-0.2 0.2,0.4 -0.2,0.4 -0.6,1.6 -0.8,1.8 -1.4,3.4 0,0.4 -0.2,0.8 -0.2,0.4 -0.4,0.6 0,0.2 0,0.2 l -0.8,1.2 q -0.2,1 0,1.6 l -0.2,0.2 q -0.2,-0.4 -0.4,0.2 -0.2,0.4 -0.4,1.2 -0.6,2 -1,2.4 -0.2,0.4 -1,2.4 -1.4,4 -2.6,4.6 -0.8,0.4 -0.8,-0.2 0,-0.4 0.4,-0.6 0.6,-0.2 0.4,-0.6 -0.2,-0.2 0,-0.8 0.4,-0.4 1,-1.8 l 0.6,-1.2 0.2,-0.8 q 0,-0.6 0.2,-1.8 0.2,-1.4 -0.2,-0.8 -0.2,0.6 -1,2.8 -2,5.2 -2.8,5.2 -0.4,0 -0.6,-0.6 0,-0.6 0,-0.6 l 0.2,-0.4 q -0.2,-0.4 -0.6,-0.2 -0.4,0.2 -0.6,-0.2 0,-0.4 0.6,-2.2 0.8,-2 0.6,-2.2 l -0.2,0.2 q 0,0.6 -0.4,1.2 -0.4,0.4 -0.8,1.2 -0.4,0.6 -1,0.6 -0.4,0 -0.4,0.8 0,1 -0.4,1 -0.2,0 -0.6,0.8 -0.2,1 -0.4,1 -0.6,0 0.2,-1.6 0.4,-1.6 0,-1.6 v -0.2 q 0.2,-0.8 0.2,-1.6 0.2,-1 0.4,-1.4 0.4,-0.4 0.2,-1 -0.2,-0.8 0.2,-1.6 0.6,-1 0.2,-1.6 l -0.2,0.2 q 0.2,0.8 -0.2,0.6 -0.2,-0.2 -0.4,0 0,0.2 -0.2,0.6 -0.2,0.8 -0.4,0.8 -0.2,0 -0.6,0.8 -0.2,0.6 -0.2,0 0,-0.2 0,-0.8 l 0.2,-2.6 0.2,0.2 q 0.4,0.6 0.4,0 0,-0.6 0.2,-1.2 0.2,-0.6 -0.2,0 -0.4,0.4 -0.4,-0.2 0,-0.6 0.4,-1 0.6,-0.4 0.4,-1.6 0,-0.8 0.2,-0.8 l 0.2,-2 q 0,-2.4 0.2,-2.4 0.4,0 0.2,-0.6 -0.2,-0.8 0,-0.8 0.4,0 0.4,-1 0,-1.2 0.8,-5.4 0.8,-4.2 1.2,-7.4 0.6,-3.2 0.8,-3.6 0.4,-0.4 0.2,-0.8 -0.4,-0.6 1.2,-10.6 l 0.4,-4.4 q -0.2,0.6 -1.2,6.8 -1,6 -1,6.6 0,0.2 -0.2,0 l -0.2,0.4 q 0.2,0.4 -0.2,0.8 -0.4,0.2 -0.4,0.6 l 0.4,-0.2 q 0.4,-0.6 0.4,0.2 0,0.8 -0.2,1 -0.2,0.2 -0.4,1.8 -0.2,1.6 -0.4,2 -0.2,0.4 -0.2,1.4 -0.2,2.2 -1,4.8 -0.6,1.4 -1,3.8 -0.2,1.2 -0.6,3 -0.2,1.6 -0.6,2.8 -0.2,1.2 -0.4,1.2 0,-0.2 0.6,-4 0.8,-4 0.6,-4.6 l -0.4,-1.8 0.8,-2 q 0,-0.2 0,-0.4 0.4,-2.8 0.6,-4.4 0.4,-1.8 0.4,-2.8 l -0.2,-0.2 q -0.4,0.6 -0.2,-0.2 0,-0.2 0,-0.8 0.8,-7.6 1.6,-12.2 0.6,-3.6 0.6,-6.6 0.2,-2 0.2,-2.2 0.2,-0.4 0.2,-6.4 0.2,-6.2 -0.6,-6.8 -0.6,-0.6 0,-0.6 0.6,0 0.2,-0.4 -0.4,-0.6 -0.2,-0.8 0.4,-0.2 0,-0.2 -0.4,0 -0.6,0.4 0,0.4 -1,0.2 -0.6,-0.2 0,-0.6 0.2,0 0.8,-0.4 1.6,-0.6 1.6,-1 0.2,-0.6 -0.2,-0.6 -0.2,0 -0.6,0.2 -0.4,0.4 -1.8,0.8 -3.2,0.8 -3.4,-1.4 -0.2,-0.8 1.2,-1.6 1.2,-0.6 1.2,-0.8 0.2,-0.4 -0.4,-0.8 -0.4,-0.6 -1.4,-0.4 -0.2,0 -0.4,-0.2 l 0.2,-0.2 0.2,-0.4 q 0.6,-0.4 1.2,-0.2 h 0.2 q -0.4,-0.2 0.8,-1.2 0.8,-0.6 1,-0.8 l -1,0.2 q -0.8,0.2 -0.8,-0.2 0,-0.6 2,-1.6 2.2,-1 2.6,-1.4 0.2,-0.2 0.2,-10.2 0,-10 -0.2,-14 -0.4,-5.8 -0.6,-17.8 -0.2,-7.6 -0.4,-7.8 -0.2,-0.4 -0.4,-2.2 0,-2 0.2,-2.8 0.2,-0.8 0.4,0.2 0,0.4 0.2,2 0.2,4.2 0.4,8.4 l 0.2,2.2 0.2,-1.8 0.2,-1 q 0,0 0.2,0.4 0.2,-0.2 0.2,-1 V 69 q -0.2,0.2 -0.4,1.2 l -0.2,0.8 q 0,0 0,-1.4 l 0.2,-1.6 0.2,-0.8 q 0,-0.8 0,-2.2 -0.2,-1 -0.2,-1 0,0 -0.2,0.4 l -0.2,-2.4 v -2.2 l -0.2,0.2 q -0.2,1 -0.2,0 0,-0.2 0,-1 0,-2 0.4,-1.8 v -0.8 q -0.2,-1 -0.2,-4.2 V 50 q 0,0.2 0,1 0.2,1 0.4,1.6 0.2,0.6 0.2,1 0.2,0.4 0.2,0.4 0.2,0 0.4,0 0.2,-0.2 0,-1.2 -0.2,-1.2 0.2,-2 0.2,-0.8 0.4,-0.2 0,0.2 0,0.8 0,1.6 0.4,3 l 0.6,1.4 v -1.6 q 0,-1.6 0,-2.4 0.2,-0.8 -0.2,-0.8 -0.2,0 -0.2,-0.8 0.2,-0.8 -0.2,-0.8 -0.2,0 0,-1.4 0.2,-1.6 0.6,-1.4 0.4,0 0,-0.8 -0.2,-0.8 -0.2,-0.8 0,-2.4 0.6,-2.4 0.6,0 0.6,0.4 l 0.4,-0.2 0.2,-0.2 1.4,3.4 q 0,-0.4 0.4,-0.2 0.4,0.2 0.4,-0.4 -0.2,-0.2 -0.2,-0.4 l 0.2,-1 q 0.2,0.2 0.2,0.2 0,-0.2 -0.2,-1.2 l 0.2,-0.4 q 0.4,0.8 0.4,1.2 0,0.4 0.4,0.4 0.4,0 0.4,0.8 l 0.2,0.8 q 0.4,-0.2 0,-1.8 -0.2,-1.6 -0.6,-2 -0.4,-0.6 -0.2,-0.8 0.2,-0.2 0.6,0.8 0.6,0.8 1.4,0.6 0.6,-0.2 0.8,0.2 0.4,0.4 1,1.6 0.4,1 0.6,1.4 0.2,0.2 0.2,0 0,-0.4 -0.6,-2 -0.4,-1.4 -0.2,-1.6 1,-1 2,1 0.4,1.2 0.8,2.2 l 0.4,1 v -1.2 l 0.4,-0.2 h 0.4 q 0,-1.8 0.6,-0.2 0.2,0.4 0.2,0.8 0.4,1.4 0.8,1.6 0.4,0.2 0.4,-0.4 0,-0.6 -0.6,-0.8 -0.4,-0.2 -0.4,-0.4 0,-0.4 0.4,-0.2 0.2,0.2 0.2,-0.2 0,-0.2 0,-0.4 -0.2,-1 -0.2,-1 0.4,0 0.8,1.2 0.4,1.2 0.4,1.8 0,0.8 0.4,0.8 0.4,0 0.2,0.6 0,0.4 0.2,1.2 0.4,0.8 0.4,1.4 0.2,0.4 0.4,1 1.6,4.2 2,8 0.2,0.8 0.4,1.4 0.8,2.4 2.4,11.2 0.6,4.2 0.6,6.8 0.2,2.6 0.4,3 0.2,0.4 0,1.8 0,1.2 0.2,2.2 0.4,1 0,2 -0.2,1 0,1 0.2,0 0.2,7 0,7 0.2,7 0.2,0 2.2,-1.2 2,-1.2 2.4,-1.6 0.4,-0.4 2.8,-2 13.8,-10.6 22,-23 0.6,-1 1,-1 0.4,0 1.2,-1.2 3.6,-5.2 5.4,-9 0.8,-1.4 1.2,-1.2 0.2,0.2 0,0.6 -0.2,0.8 -0.4,1.6 0,0.8 -0.4,1.6 -0.2,0.4 -0.2,0.6 0,0 0.4,0 0.6,-0.4 0.2,0.2 -0.4,0.6 0,0.6 0.6,0 0.6,-0.2 0,-0.4 0.4,-0.2 0.2,0 0.2,0 0.2,0 0,-0.2 -0.2,-0.4 0.6,-2 1,-1.8 1.2,-1.8 0.2,0 0,0.8 -0.2,0.6 0,0.6 0.4,0 0.2,1 0,0.8 -0.4,2.2 -0.2,1.4 -0.6,2.2 -0.8,1.8 -0.6,2.2 0,0 -0.2,0.2 0,0 -0.2,0 0,0 -0.2,0.2 -0.2,0 -0.2,0.4 -0.2,0.6 0.2,0.2 0.6,-0.4 0.6,0 0,0.2 -0.6,0.8 -0.6,0.6 -0.8,0.2 l -0.2,0.2 q 0.4,0.4 -1.2,3.4 -0.4,0.8 -0.8,1.6 -0.2,0.6 -0.4,1 0,0.2 0,0.2 0.2,0 1,-1.2 0.8,-1.2 0.8,-1.6 0,-0.2 0.8,-0.6 l 0.2,-0.2 q -0.4,0 0.2,-0.8 1,-1.2 0.4,-1.2 -0.4,0.2 -0.4,0 0.2,-0.2 1,-1.2 1.2,-1.2 1.2,-1.6 0,-0.4 0.6,-1.6 0.6,-1.4 0.2,-2 V 69 q 0.4,0.4 0.8,-0.4 l 0.4,-0.4 q 0,0.4 0.4,0.2 0.2,-0.2 0.2,0.2 0.2,0.4 -0.2,1.2 -0.2,0.6 -0.4,0.4 l -0.2,0.2 q 0.2,0.6 0.8,-0.2 0.2,-0.4 0.2,-0.4 l -0.2,1 q -0.2,1 0,1 0.2,-0.2 1.2,-2.2 1.2,-2.2 1,-1.2 -0.2,1 -0.4,1.4 -0.8,0.8 0.2,0.8 0.4,0 0.4,-0.6 0,-0.8 0.6,-1.4 0.6,-0.4 0.6,-0.2 0,0.2 -0.2,0.8 -0.2,1.2 0,1.2 0.4,0 0.2,-0.2 0,-0.4 0.2,-1 0.4,-0.4 0.4,0.2 0,1.8 -0.8,4 -0.6,1.8 -0.8,2.2 0,0.4 -0.4,1 -0.4,0.4 -0.2,1 0.2,0.8 -2.4,8.2 -1.2,2.8 -1.2,3.2 -0.4,1 -0.8,0.6 -0.2,-0.4 -0.2,-0.2 0,0.2 0.2,0.6 0,1 -2,4.6 -1.8,3.4 -2.6,4.6 -0.8,1 -0.6,1.4 0.2,0.2 -0.2,0.2 -0.4,0 -0.4,0.6 0,0.6 -0.4,0.2 l -0.2,0.2 q 0.2,0.4 -0.8,1.6 -1,1 -1,1.2 0,0.2 -4.4,4.4 -4.2,4.2 -4.2,4.6 0,0.2 1.8,-1.6 1.8,-1.8 2.2,-1.8 0.4,-0.2 3.2,-3.2 5.2,-5.6 8.6,-12.6 1.4,-2.6 1.8,-2.8 0.4,0 0.4,0.4 0.4,0.8 -2.2,5.2 -0.6,1.2 -0.6,1.6 0,0.4 -0.8,1.2 -0.8,0.8 -0.8,1.2 0.2,0.4 -0.6,0.6 -0.6,0.2 -0.6,0.8 0,0.6 -0.4,1 -0.4,0.2 -1,1 -1.6,2.6 -8,8 -6.4,5.4 -11.2,8.4 -3.2,2 -3.4,2 -0.6,0.6 7,17.6 7.8,16.8 24.6,34.6 3.6,3.8 4.6,5 l 1,1.2 -1.2,-1 q -1.4,-1 -2,-1.6 -0.4,-0.8 -0.6,-0.6 -0.2,0.2 4.4,5 l 2,2.4 q -2.6,-2.2 -8.4,-8 l -4.4,-4.2 q 0.6,0.8 4.4,5 4,4 3.8,4.6 0,0.4 0.4,0 l 0.4,-0.4 q 0,0.4 0.2,0.8 0.2,0.8 2.8,3.4 2.6,2.4 2.4,2.6 0,0 -3.8,-3.4 -3.8,-3.4 -4,-3.2 0,0 3.2,3.2 l 1.8,2 -0.4,-0.2 q -2.2,-1.8 -2.2,-1.2 0.2,0 0.4,0.4 h -0.2 q -0.2,-0.2 -0.4,-0.4 -1.2,-1 -1,-1.2 0.2,-0.4 -0.4,-0.8 -0.4,-0.4 -0.4,0.2 0,0.4 -1.6,-1.2 l -1.4,-1 q 0.4,0.6 3.8,4 3,3 2.6,2.8 -0.4,-0.4 -0.4,-0.2 0,0.4 1.4,1.6 1.6,1.2 1.8,1.6 l -1.2,-0.6 q -1.4,-1.2 -2.4,-1.6 l -0.8,-0.4 0.8,0.8 q 0.8,0.8 0.8,1.2 0,0.4 1.6,1.6 1.8,1 1.6,1.6 z m -4.6,-8.8 q 0,0 -0.6,-0.4 -0.6,-0.6 -0.2,0 0.8,1 0.8,0.4 z m -5.4,-113.6 q 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 0,0.4 0.2,0.4 0.2,0 0.4,-0.4 z m -0.4,9 q 0,0 -0.6,1.4 0.2,-0.2 0.6,-0.8 0.6,-1 0.6,-1.4 z m -2.2,4.2 q 0,0 0,0.2 0.2,0 0.6,-0.8 1,-1.6 0.8,-1.8 -0.2,0 -0.4,0.4 -0.2,0.2 -0.6,0.8 -0.2,0.6 -0.4,1.2 z m -2.2,5.2 q -0.8,1.2 -0.6,1.2 0.4,0 0.8,-1 0.4,-1 1,-1.6 1.4,-1.4 0.6,-1.4 -0.4,0 -0.8,0.8 -0.4,0.8 -1,2 z m -0.8,-22.2 q -0.6,0.6 -0.6,0.8 0,1 0.6,-0.4 z m -0.4,2 q 0,-0.2 -0.4,-0.2 -0.2,-0.2 -0.4,0 0,0.2 0,0.2 0.2,0 0.4,0 0.4,0 0.4,0 z m -0.8,5 q -0.6,1.2 -0.4,0.8 1,-1 1.4,-2 0.6,-0.8 0.4,-0.8 -0.2,0 -1.4,2 z m -1,3 q 0,0 -0.2,0.6 0.4,-0.2 0.8,-0.8 0,-0.4 0.2,-0.6 l -0.4,0.2 q -0.2,0.2 -0.4,0.6 z m -0.2,16.4 -0.8,1 q -1,1 -1,1.4 0,0.8 0.6,-0.2 0.2,-0.2 0.4,-0.8 z m -1.4,-19 q -0.6,0.4 -0.6,0.6 0,0.4 0.6,-0.6 z m -3.4,25.6 q -2.2,2.6 -1.6,2.6 0.2,0 1.8,-2.2 l 1.6,-2.2 z m -4.6,3 q 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,0.4 0,0.2 0.2,0.2 0.2,0 0.4,-0.2 z m 2,1.6 q 0,0 -4.6,4.8 0.2,-0.2 0.8,-0.6 1.8,-1.4 2.6,-2.2 0.8,-1 1.2,-1 0.4,0 1.2,-1.2 1,-1.4 2.6,-3.2 1.6,-1.8 1.4,-2 -0.2,-0.2 0.8,-1.4 0.8,-0.6 2,-2.6 1.4,-2.2 1.4,-2.6 l -0.6,0.8 q -0.8,1 -1.2,1.4 -3.2,4.2 -3.2,4.6 0.2,0.4 -4.4,5.2 z m -4.6,8 q 0.6,-0.6 0,-0.2 -0.6,0.4 -0.6,0.6 0,0.4 0.6,-0.4 z m -1.4,-2 q 0,0 -0.2,0.2 v 0.6 q 0.2,-0.2 0.2,-0.8 z m -1.6,1.2 q 0.4,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.8,-0.6 z m -48.2,51 q 0,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.6 0.2,0.6 z m 0.4,-3.8 q 0.2,-0.6 0.2,-1.6 v -0.8 l -0.2,0.8 q -0.4,1 -0.4,1.6 v 0.6 z m 2.6,-83.8 q 0,0 -0.2,0 0,0.4 0,0.6 l 0.2,1.2 v -0.2 q 0.2,-0.8 0,-1.6 z m -0.2,3.8 q 0,2.6 0.4,2.4 0.2,0 0,-2 -0.2,-1.4 -0.4,-1.2 0,0 0,0.8 z m 0.6,6.6 q 0.2,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.6 0.2,0.6 z m 0.2,-9 q 0,0.4 0,0.4 0,0.4 0,0.6 0.2,-0.6 0,-1 z m 0,3.2 q 0.2,-0.6 0,-1.2 0,0.2 0,0.6 0,0.6 0,0.6 z m -6,113.6 q 0.4,-0.2 0.2,-0.8 -0.6,-1.2 -0.6,0.2 0,0.4 0,0.6 0.2,0 0.4,0 z m 1.8,-10 q -0.2,0.6 0.2,0.2 0.6,-0.4 0.4,-0.6 -0.2,-0.2 -0.6,0.4 z m 1.8,-5 q 0,0 -0.2,-0.4 -0.2,0.2 -0.2,0.6 v 0.4 q 0.2,0 0.4,-0.6 z m 0,-1.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 1.2,-5.8 q 0,0 -0.2,0.2 v 0.6 q 0.2,-0.2 0.2,-0.8 z m -0.6,1.6 q 0,0 0.2,0.6 0.2,-0.4 0,-0.8 z m 0,20.2 q 0.4,0.4 0.4,0.4 0.2,0 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.4,0 -0.2,0.4 z m 1,6.4 q 0.4,-0.4 0.4,-0.8 l -0.4,0.2 q -0.4,0.6 -0.4,0.8 z m 1.2,-115 q 0,0 0,0.2 -0.2,0.2 -0.2,0.6 0.2,0.8 0.2,0.8 0.2,-0.8 0,-1.6 z m 0,56.2 q -0.2,0.6 0.2,0.2 0.4,-0.4 0.2,-0.6 -0.2,-0.2 -0.4,0.4 z m 0.4,-31.4 q 0.2,-0.4 0,-1 0,-0.2 -0.2,0 0,0 0,0.4 0,0.6 0.2,0.6 z m 0,-3.8 q 0.2,-0.6 0,-1.2 -0.2,0 -0.2,0.6 0.2,0.4 0.2,0.6 z m -0.2,-11.2 q 0,0.6 0.2,0.6 0.2,-0.4 0,-1 0,-0.2 -0.2,0 0,0 0,0.4 z m 0.2,-2.2 q 0.2,-0.6 0,-1.2 -0.2,0 -0.2,0.6 0.2,0.4 0.2,0.6 z m 0.8,-37.8 q 0,0 0,1.6 l 0.2,2 v -1.6 q 0.2,-1.8 -0.2,-2 z m 0.2,38.8 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 1.4,-48.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.2,33.2 q 0.4,-0.2 0.2,-0.6 l -0.2,0.2 z m 13.8,-11.6 q 0,0 -0.2,0.2 l 0.2,0.4 q 0.2,-0.2 0,-0.6 z m 0.4,85.8 q 0,-0.8 -0.4,-0.8 -0.2,0 -0.2,1 l 0.2,0.8 q 0.2,-0.2 0.4,-1 z m -1,-104.4 q 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 0.2,0.6 0.2,0.6 0.2,0 0.2,-0.6 z m -2.6,113.6 q 0,0.8 -0.8,3.6 -0.6,2.6 -0.6,3.2 l 1.4,-5 q 1.2,-4.8 1.2,-5 z m -2.4,-114.2 q 0,0 -0.4,0.2 0.2,1 0.4,1 0.2,0 0.2,-0.2 0,-0.4 -0.2,-1 z m -0.6,-1.8 q 0,0 -0.2,0.4 l 0.2,0.4 q 0.2,-0.2 0,-0.8 z m 0,128.6 q 0,0 -0.2,0.2 l 0.2,0.4 q 0.2,-0.2 0,-0.6 z m -2.4,10.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.8,-140.8 q 0.2,-0.2 -0.4,-1.2 l -0.6,-0.6 z m 0.4,0.6 q -0.4,-0.2 -0.4,0.2 0,0.4 0.4,0.4 0.4,0 0.4,-0.2 0,-0.2 -0.4,-0.4 z m 1.4,132.8 q 0,-0.4 0.4,-0.6 0.4,-0.4 0,-0.6 -0.2,0 -0.4,0.2 0,0.2 -0.2,0.8 -0.2,0.4 -0.4,1 -0.2,0.6 -0.4,1.2 0,0.4 0,0.8 0,0.6 -0.4,0.6 -0.4,0 -0.2,0.4 0.4,0.6 0.8,-0.8 0.2,-0.4 0.4,-0.8 0.6,-1.8 0.4,-2.2 z m 0.6,-2.2 q 0.4,-0.8 0.4,-1.2 h -0.4 q -0.2,0.8 -0.2,1.2 z m 1.6,-3.8 q 0.2,0 0.2,0 0.2,0 -0.2,-0.6 -0.4,-1 -0.6,-0.6 -0.2,0.4 -0.4,-0.2 0,0.2 0,0.8 l -0.2,1.2 v 0.6 q 0.2,0.6 0.4,0.2 0.2,-0.4 0.2,-1 0.2,-0.6 0.6,-0.4 z m 0.4,-3 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.2,-1.8 q 0,0.4 0.2,0.2 0.4,-0.2 0.4,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.6 z m 0.8,-0.8 q 0,0 0.2,-0.2 -0.4,-0.6 -0.2,-0.8 0.2,-0.2 -0.2,-0.2 -0.6,0 -0.2,0.8 0,0.2 0.4,0.4 z m 0.4,-2.6 q 0.4,-0.8 0.2,-1 -0.2,-0.4 -0.6,0.4 -0.2,0.4 -0.2,1 0,0.2 0.2,0.4 z m 0.4,-1.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.2,-5.2 q 0.2,-0.4 0,-1 0,0.4 0,0.6 0,0.2 0,0.4 z m 0.2,-3.6 q -0.4,0.2 0,0.4 0.6,0.2 0.6,0.4 0,0 0,-0.4 0,-0.6 -0.6,-0.4 z m 0.6,4.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 1.4,-2 q 0,-0.2 -1,-0.8 l -0.8,-0.2 q 0,0 0.2,0.4 0.8,0.8 1.6,0.6 z m 0,-3.8 q 0.2,-0.2 0,-0.8 l -0.2,0.4 z m 0.2,0.4 q -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 -0.2,0 -0.4,0.4 z m 22.6,-16 q -0.4,0.2 -0.4,0.6 0,1 0.4,-0.2 z m -1,-2.8 q -0.2,0.2 0,0.8 0.2,0.4 0.4,0.4 0.2,0 0,-0.6 z m -0.6,-1 q 0.2,-0.6 -0.2,-0.8 -0.2,-0.4 0,0.4 z m 1.8,36.6 q -2.4,-3 -2.6,-2.8 0,0.4 0.6,1.2 0.8,0.8 2.6,3 2,2 2,2 0.2,-0.2 -0.6,-1 -0.8,-0.8 -2,-2.4 z m -3,-3.8 q 0,-0.2 -0.4,-0.4 -0.4,-0.2 -0.4,0.2 0,0.2 0.4,0.2 0.4,0 0.4,0 z m 1.4,-63.8 q 0.4,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.8,-0.6 z m -3,15.6 q -0.8,0.8 -0.8,1 0.4,0 1.8,-1.4 1,-0.8 0.6,-0.8 -0.2,0 -1.6,1.2 z m 0.4,9.2 q 0.2,0 -0.2,-0.6 l -0.4,-0.2 q 0.2,0.8 0.6,0.8 z m -5,30.6 q -0.6,-0.8 -0.8,-0.8 -0.2,0 0.4,1 z m -1.6,-2.2 q 0,0 -1.4,-2 0,0.2 0.8,1.6 1,1.4 1,1.4 0.2,0 -0.4,-1 z m -2.8,-4.2 q -0.4,-0.4 -0.2,0.2 0.2,0 0.4,0.4 l 1,1 q 0,0 -0.2,-0.4 -0.4,-0.6 -1,-1.2 z m 1,4.2 q 0.4,0 0.4,-0.2 0,-0.2 -0.4,-0.4 -0.4,-0.2 -0.4,0.2 0,0.4 0.4,0.4 z m -1,-2.4 q -0.4,-0.6 -0.8,-0.6 -0.6,0 0.2,0.8 0.8,0.6 0.8,0.4 0,-0.2 -0.2,-0.6 z m -2.2,-5.8 q -0.2,-0.4 -0.4,-0.8 -0.2,-0.6 -0.4,-0.8 -0.2,-0.4 -0.4,-0.6 0,-0.2 0,-0.2 -0.2,0.2 0.4,1.6 0.8,1.4 1,1.4 0,0 0,-0.2 0,-0.2 -0.2,-0.4 z m -1.4,-1 q 0,0 -2.2,-4 0,0.2 0.2,1 0.2,0.8 1.2,3 1,2 2,3.8 1.2,1.8 1.4,1.8 0.2,-0.2 -0.4,-0.8 -0.4,-0.8 -0.2,-0.8 v -0.2 q -0.4,-0.2 -2,-3.8 z m -2.2,-58.6 q 0,0 0.2,0.4 0.2,-0.4 0.4,-0.6 0.4,-0.2 -0.2,-0.4 -0.4,-0.2 -0.4,0.6 z m 0.4,1.4 q -1.2,0.4 -0.2,0.4 0.4,0 0.6,-0.2 z m -2.2,-19.6 q -0.4,-0.2 -0.4,0.2 0,0.2 0.4,0.2 0.4,0 0.4,0 0,-0.2 -0.4,-0.4 z m 0,2.6 q 0,0.4 0.2,0.2 0.4,-0.2 0.4,-0.6 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.2,0.6 z m 0.4,26 q 0.4,0.4 0.4,0.4 0.2,0 0.4,-0.4 0.2,-0.4 -0.4,-0.4 -0.6,0 -0.4,0.4 z m 1.2,-16.8 q 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 z m 8.8,81.8 q 0.4,0.2 0.6,0.2 0.2,-0.2 -0.2,-0.4 -0.4,-0.4 -0.6,-1 0,-0.8 -1,-1.6 -0.8,-0.8 -1.2,-1.8 -0.2,-1 -0.6,-1 -0.2,0 -0.2,-0.4 0,-0.6 -0.4,-0.6 -0.8,-0.4 -4.2,-7.6 -1,-2 -1.4,-2 -0.4,0 2,4.4 1.4,2.6 1.6,3.4 0.4,0.8 0.6,0.8 0.4,0 0.4,0.4 0,0.2 1.6,2.8 1.6,2.6 2.2,3.2 0.4,0.4 0.4,0.8 0,0.2 0.4,0.4 z m 1.4,2 q 0,0 0.8,0.2 0,0 -0.8,-1 -0.4,-0.2 -0.6,-0.4 -0.2,0 0.6,1.2 z m 2.6,3.2 q 0.6,-0.6 0.2,-1.2 -0.4,-0.6 -0.6,-0.2 -0.2,0.4 -0.4,-0.4 -0.2,-0.8 -0.6,-0.8 -0.6,0.4 0.8,1.8 0.6,0.4 0.4,0.8 z m 1,1.2 q 0.2,0.4 0.2,0.4 0,0 0.2,-0.4 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.2,0.6 z m 1.2,1.6 q 0.6,0.4 0.8,0.2 0.2,-0.2 -0.2,-0.8 -0.4,-0.6 -0.8,-0.6 -1,0 0.2,1.2 z m -3.4,-8.8 q 0,0 2.4,3.6 2.6,3.4 3.4,4.2 0.4,0.4 2.8,3 l 0.2,0.4 0.2,0.2 0.2,0.2 0.2,0.2 3.4,3.6 v -0.2 q 0,-0.2 -1.2,-1.6 -6.4,-7 -12.6,-16 -0.8,-1 -1.4,-1.8 -0.6,-0.8 -1,-1.2 -0.2,-0.6 -0.4,-0.4 -0.2,0.2 0.8,2 1.2,1.6 2.2,2.6 1,1 0.8,1.2 z m 20,21.4 q 0,0 -2.6,-2.2 l 0.2,0.2 q 2,2.2 2.2,2.4 0.4,0.2 0.2,0.6 -0.2,0.2 -0.2,0.2 0.2,0 0.4,0 0.4,-0.2 2.4,1.4 l 1.8,1.6 q -0.2,-0.4 -4.4,-4.2 z m 0.2,3.2 q -2.2,-2.2 -2.6,-2.2 -0.2,0 -6.2,-6.2 -6,-6.2 -5.8,-5.4 0,0.6 0.6,1.4 0.8,0.6 1.2,0.6 0.4,0 0.2,0.2 -0.2,0.2 5.4,5.8 5.6,5.6 5.6,6 0.2,0.4 0.6,0.4 0.2,0 0.8,0.6 0.6,0.4 1,1 0.6,0.4 0.6,0.6 l 0.4,0.2 q 0.6,0 1.2,0.6 1.2,1.2 1,0.6 0,-0.4 -0.4,-1 -0.6,-1 -1,-1 -0.2,0 -2.6,-2.2 z m -0.6,-28.2 q 0.2,0.2 0.4,0 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.4 0.2,0.6 z m 8,17.2 q 1,1.2 1,0.8 0,-0.2 -0.8,-1 l -1,-0.8 z m 1.6,-3.8 q 0.6,1 0.8,0.8 0.2,-0.2 -0.6,-1 l -0.8,-0.8 z m 6.4,7.8 q 0,-0.4 -0.4,-0.4 -0.4,0 -0.2,0.4 0.2,0.4 0.4,0.4 0.2,0 0.2,-0.4 z m 3.6,10 q 0.2,0.6 0.4,0.4 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.2,0.2 z"/><path fill="#ffffff" d="m 312.99994,72 q 0,0.2 0.4,0.8 0.4,0.4 -0.2,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 l -0.2,0.2 q -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.2 l -1.6,0.2 -1.4,0.2 q 0.4,0.2 0.2,0.6 -0.2,0.2 0.2,0.2 0.4,0 0.4,0.4 0,0.4 -1,0.2 -4.8,-1.2 -5.4,-0.4 l 1,0.2 q 1.2,0 1.4,0.4 0.2,0.2 1.4,0.6 l 0.2,0.2 q -1,0.2 -1.2,-0.2 -0.8,-0.8 -3,-0.4 -0.6,0.2 -0.6,0.4 0.2,0.2 1.2,0.2 1.2,-0.2 1.2,0.2 0,0.2 2.8,0.4 4.2,0.4 4,1.2 -0.4,0.4 -0.8,-0.2 l -0.2,-0.2 q 0,0.4 -2.2,0.4 -3.8,0 -3.2,0.2 0.2,0 0.8,0.2 0.8,0.2 -0.2,0.2 -0.8,0 -2.4,0 -4,0.2 -5.4,0.4 -3.6,1 -11,2 -2.4,0.4 -10.2,2.6 -7.8,2.2 -8.4,2.8 -0.2,0.2 0.6,5.8 1.4,10.6 1.4,21.2 0,3.4 0.4,3.4 4.2,-1.6 9.2,-2.4 1,-0.2 1,0.2 0,0.2 0.8,0.2 0.8,0 0.2,-0.4 -0.6,-0.2 -0.6,-0.2 0,0 0.6,0 0.8,0 0.8,0.4 l 0.2,-0.2 q 0.2,-0.6 6.8,-0.4 6.6,0 7.8,0.8 1.4,0.6 1.6,1 0.2,0.4 -0.2,0.4 -0.2,-0.2 -0.4,-0.2 -0.8,-0.2 -2.6,-0.4 -1.2,0.2 -1.2,0.4 0.4,0.6 1.4,0.4 1,-0.2 3,0.4 2,0.4 2,0.8 0.2,0.4 -0.4,0.6 -0.6,0 -2.6,0 -3.2,0.2 -5.2,0.4 -1.8,0.2 -0.2,0.2 0.8,0 2.2,0 4,-0.2 5,0.4 1,0.4 1,0.8 0,0.2 0.8,0.4 0.8,0 0.8,1 0,1 -0.8,1.2 -1.2,0.2 -1.4,0.4 0,0.2 0.4,0.6 0.6,0.4 1.2,0.2 v 0.2 q -0.4,0.6 -2.4,0.8 -0.8,0.2 -0.6,0.4 0.4,0.2 -0.2,0.2 -0.2,0 -0.6,0 -1.4,-0.2 -1.4,0.2 0,0.2 -0.4,0 -0.2,-0.2 -0.4,0.2 h 2.6 q 1.2,0 2,-0.2 0.6,-0.2 0.6,0 0.2,0 -0.2,0.2 -0.4,0.6 -1.6,0.6 l -4,1 h 0.2 q 0.6,0 3.8,-0.4 h 0.2 0.2 l 0.2,-0.2 4,-0.4 q -0.6,0.4 -1.8,0.6 -1,0 -1.4,0.4 -0.2,0.4 -1.6,0.4 -1.4,0 -1.4,0.4 0,0.4 0.8,0.2 l 5,-0.4 q -0.6,0.2 -0.6,0.8 0,0.4 -1.4,0.8 -1.6,0.6 -0.2,1 1.6,0 -0.8,0.8 -2,0.8 -6.2,1.8 -22.2,5.6 -25.2,7.4 -0.8,0.4 -0.8,1.2 0,0.6 -0.2,1.4 -0.2,1 -0.8,5.4 -0.4,4.6 -1.4,9.8 -1,5 -1,5.4 0,0.2 0.6,-0.2 0.6,-0.4 2,-0.6 1.6,-0.2 2.6,-0.6 1.2,-0.6 1.6,-0.4 0.4,0.2 2.8,-0.2 2.6,-0.4 3,-0.8 h 0.2 q -0.2,0.4 3.2,0.4 3.6,0 4.2,0.2 0.6,0.2 2.6,0.6 4.2,1.2 6.2,2.2 1.2,0.6 3.6,1 1.6,0.8 1.6,1.4 -0.2,0.4 -1.8,-0.2 -1.6,-0.6 -1.8,-0.4 -0.2,0.2 2.4,1 l 2.8,0.6 q -0.2,0 -0.6,-0.2 -1.2,-0.6 -0.4,-0.8 1.6,-0.6 6.6,3.6 2.6,2.4 2.2,2.6 0,0 -1,-0.8 -1,-0.8 -1.4,-0.6 -0.2,0 0.6,0.8 0.8,0.6 0.4,1.2 -0.6,0.6 0,0.8 0.2,0 0.6,-0.2 0.4,-0.4 1.6,0.8 l 0.8,1 q -0.6,-0.4 -1.2,0 -0.4,0.2 0.6,0.8 l 0.8,0.2 q 0,-0.2 0,-0.4 0.2,-0.2 1,0.6 1.2,1.6 0,2.4 -0.2,0.4 -0.4,0.8 0,0.4 0,0.8 0,0.2 0.2,0.2 0.4,0 0.4,0.8 0.2,0.6 -0.2,1 -0.4,0.2 -1.4,0 -1,-0.2 -1.6,0 -0.6,0 -1.2,-0.4 -0.4,-0.4 -0.4,0 0,0.2 -1,0.2 l -0.2,0.2 q 0.8,0.2 1.6,0.2 0.6,0.2 0,0.4 -0.2,0 -0.8,0 -1.4,0.4 -2,0.2 -0.4,-0.2 -0.4,0.2 0,0.2 1.2,0.6 1.2,0.2 0.2,0.4 -0.8,0 -0.2,0.4 1,0.6 -1.8,0.8 -1.4,0 -1.4,0.4 0,0.4 -0.4,0.4 -0.8,0 -4.6,-0.2 -10.6,-1.2 -24.4,1.4 -6.6,1.2 -10.2,2.4 -2.8,1.2 -3.6,1.8 -0.8,0.4 -1,1.2 -0.2,1.2 -1.6,4.8 -1.2,3.6 -1.6,4 l 0.2,-1.4 q 1.2,-4 1,-4.4 l -0.6,0.8 q -0.6,1.2 -0.6,0.4 0,-2 -0.8,0.4 -0.2,0.4 -0.4,0.8 l -1,2.2 q 0,-0.2 0,-0.6 0,-1 -0.4,-1.8 l 0.2,-0.6 0.2,-0.8 q 0,-1 -0.4,-1 -0.6,0 -3.4,2.6 -1,0.8 -1.2,0.6 -0.2,-0.2 -0.4,0.2 l -0.2,-0.2 q 0,-0.2 0.2,-0.4 0.2,-1.2 0,-1.2 -0.4,0 -1.6,1.4 -1,1.2 -1.2,1.6 -0.2,-0.4 -0.2,-0.8 -0.2,-1.6 0,-2 0.2,-0.2 0.6,-2.2 0.4,-2.2 0.4,-2.8 0,-0.4 -0.8,0 -0.8,0.4 0.2,-0.4 1.2,-0.8 1,-1 -0.2,-0.2 -1.8,1 -1.4,1 -1.4,1.2 l -1.6,2.2 q 0,-0.2 0.6,-1.4 0.2,-0.6 0,-0.6 -0.6,0.6 -0.8,0.4 0,-0.2 0.4,-0.8 l 0.2,-0.4 q -0.4,0.2 -0.4,0 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.6,-0.4 -0.6,-1.2 -1,0 v 0.2 q 0.6,-0.2 0.6,0.4 0,0.4 -0.6,1 -1.8,1.2 -1.8,0.6 0.2,-0.6 0.6,-0.6 h 0.2 q -0.4,-0.2 0.2,-0.8 h -0.2 q -0.2,0.2 -0.4,0.4 -1.2,1 -1.4,0.8 -0.2,-0.4 1.6,-2.2 1.6,-1.8 0.6,-1.8 -0.2,0 0,0.4 0,0.2 -0.2,0.2 0,0 -0.2,0 -0.2,-0.2 0.2,-1.2 0.6,-1 1,-1 0.4,0 0.2,-0.6 -0.2,-0.6 0,-0.8 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.6 0.4,-0.6 0.6,0 0.6,-0.4 0,-0.6 1.2,-1.6 1.2,-1 1,-1 -0.4,0 -2.4,1.6 -2.2,1.6 -3.2,2.2 -0.8,0.6 -0.8,0.8 0.2,0.2 -0.6,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.4,-0.6 0.8,-0.8 0.2,-0.2 0.2,-0.6 0,-0.4 -0.6,0 v -0.2 q 0.8,-0.8 1,-0.6 0.2,0.2 2,-1.6 1.2,-1 1.6,-1.4 l -1.4,0.8 q -1,0.8 -1.2,0.8 -0.2,-0.2 1.8,-2.2 l 1.4,-1.6 q -0.8,0.4 -3.4,3 -3.2,3.2 -3.4,2.6 -0.4,-0.8 0.4,-2 0.8,-1.2 4.2,-5 l 0.8,-1 q 0,0 -0.4,0.4 -2.8,2.6 -4.8,5.2 -1.4,1.8 -1.4,1.2 0.2,-0.4 0.8,-1.6 1,-1.6 4.4,-5 3.6,-3.6 6.8,-5.8 3.4,-2.6 3.6,-3 0.2,-0.6 1.4,-11.6 1.2,-11 1,-11.2 0,0 -1.8,1.2 -1.8,1 -2,0.8 0,0 0.2,-0.2 0.2,-0.4 0.6,-0.6 0.6,-0.4 1.2,-0.8 l 1.8,-1.8 q -0.2,0 -1.2,0.8 -1,0.6 -1.4,0.4 -0.4,-0.2 -0.4,0.4 0,0.2 0,0.4 0,0 -0.2,0 -0.4,-0.2 -1.8,0.6 l -1.2,0.6 q 0.2,0 0.6,-0.6 0.8,-0.8 2.4,-1.8 1.6,-1.2 1.6,-1.8 0,-0.6 0,-0.6 0.2,-0.2 0.4,-0.2 0.6,0 0.6,-0.2 0.2,-0.2 0,-0.4 -0.2,-0.2 -1.4,0.2 -1,0.4 -1,0.8 l 0.4,-0.2 q 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 -0.8,0.2 -0.6,-0.2 -3.4,2 -2.6,2 -3.2,2 -0.4,0 1.6,-2.2 2.8,-2.6 2,-2.6 -0.2,0 -0.4,0.2 l 0.6,-1.2 q 0.6,-0.6 0.4,-0.6 -0.2,0 -2,1.6 -3,2.2 -4.2,3.6 -1,1.2 -1.4,1.2 -0.2,0 0.2,-0.4 0.4,-0.4 0.4,-0.6 0,-0.4 -0.6,0.4 -0.6,0.8 -0.6,0.2 0,-0.6 0.4,-1 v -0.2 q -0.4,0.2 -0.4,0 -0.2,-0.2 0.8,-1.2 0.8,-1 0.8,-1.2 0,-0.2 0.8,-1.2 1,-1 0.4,-1 l -0.4,0.2 -0.6,0.6 q -1,0.6 -1.2,0.4 -0.2,-0.4 1.8,-3 1,-1.2 1,-1.6 0,-0.4 1.8,-2.4 l 1,-1.4 q -0.2,0.2 -0.6,0.6 -2.2,1.6 -7.2,7 l -1,1 q 0,0 0.4,-0.6 0.6,-1.2 2,-2.8 1.4,-1.6 2,-2.8 l 0.6,-1.2 -2.2,2 1,-1.4 q 1,-1.4 3.2,-3.6 2.4,-2.2 2.2,-2.4 l 0.2,-0.2 q 0.2,0.2 2.6,-1.6 2.4,-2 2.2,-2.2 0,-0.4 1.4,-1.4 1.6,-1 1.8,-1 l -1.4,1.2 -1.4,1.2 q 0.4,0 1.8,-1.2 l 1.6,-1 -0.2,-13 q -0.4,-17.8 -0.8,-20 l -0.4,-1 q 0,0.4 -0.4,0.4 -1.4,-0.2 -1.4,0.6 0,0.4 -0.4,0.4 -0.4,0 -0.8,0.6 -0.2,0.6 -0.4,0.2 -0.8,-1.2 -1.8,-0.4 -0.4,0.4 -0.4,0 0,-0.6 0.6,-1.6 v -0.4 q -1,0.8 -1,0.6 0,-0.2 0.4,-0.8 0.8,-0.8 0.4,-1 0,0 -0.6,0.4 -0.2,0.2 -0.2,0 0,-0.2 0,-0.4 0,-1 1.8,-2.6 2,-1.8 1.6,-1.8 -0.4,0 -1,0.6 -0.4,0.4 -1.4,1.2 -0.2,0.2 -0.2,0.2 0,-0.2 1.2,-1.4 1.8,-2 1.6,-2 -0.2,0 -2,1.6 -1.8,1.6 -2.2,2.2 -0.6,0.8 -0.6,0.6 0,-0.2 0,-0.6 -0.2,-0.8 -1.4,0.4 -0.2,0 -0.6,0.4 l -1,0.8 q 0.2,-0.2 1.4,-1.4 2,-1.8 2.2,-1.6 0.4,0 0.4,-0.4 0,-0.4 1.2,-1.6 1.2,-1.4 1,-1.4 -0.4,-0.2 -2.4,1.6 -4.2,4 -4.2,2.8 0.2,-0.4 0.4,-0.6 0.2,-0.6 0.2,-0.6 0,-0.2 -0.6,0.2 -0.4,0.4 -0.4,0.4 0,0 0.2,-0.4 0.2,-0.6 0.2,-0.8 h 0.2 q 0.4,0.2 1,-0.6 l 0.6,-0.8 -0.8,0.6 q -0.8,0.8 -0.8,0.6 0,-0.4 2.2,-2.4 2.2,-2.2 0.6,-1 -1.4,1.2 -2.6,2 -1.2,0.8 -1.4,1.4 l -0.4,-0.4 q 0,-0.8 2.6,-3.8 2.8,-3.2 5.4,-5.2 l 2,-1.8 -0.2,-1.6 q -0.2,-1.8 -0.8,-4.4 -0.4,-2.4 -0.6,-3.2 -0.2,-0.8 -0.6,-2.6 -0.4,-1.8 -0.6,-2.4 0,-0.8 -0.2,-1.2 -0.2,-0.6 -0.6,-3.2 -0.8,-3 -0.2,-2.8 0,0 0.4,0.4 0.2,0.6 0.6,0.4 v 1.2 q 0,0.2 -0.2,0.4 -0.2,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 v -1 q 0,-1.2 0.2,-1.6 0.4,-0.6 0,-1 -0.2,-0.4 -0.4,0.4 l -0.2,-0.2 q 0.2,-0.6 0.8,-0.4 0.8,0 0.8,-1 -0.2,-0.4 -0.4,-0.4 l -0.2,0.2 q 0,-1.2 0.6,-1.4 l 0.2,-2 q 0.2,-2 0.4,-2 0.2,0 0.2,0 0.2,-0.2 0.2,-0.2 -0.2,-0.4 0,-0.6 0.2,0 0.2,0.2 0.2,0.2 0.2,0.6 0.2,0.2 0.4,0.6 0.4,1.6 0.6,2.2 l 0.2,-0.2 q -0.2,-0.6 -0.2,-0.6 0.2,-0.2 0.6,0 0.4,0.2 0.6,1 l 0.2,-0.2 q 0,-0.8 0.6,-1.2 0.6,-0.4 0,-2.8 -0.4,-2.6 -0.2,-2.4 0.4,0 1.2,3.4 0.8,3.2 1.4,4 0.4,0.8 0.4,0.4 0,-0.4 -0.2,-1.8 -0.2,-2.2 -0.6,-3 -0.2,-0.8 -0.2,-1.4 0,-0.8 0.4,0.4 0.4,1 0.8,2.6 0.4,2.4 1.2,3.8 l 0.8,1.6 -0.4,-1.4 q -0.2,-1.4 -0.2,-2.2 0,-1 -0.2,-1 -0.2,0 -0.2,-0.6 0,-0.8 0.2,-0.8 0.4,0 0.4,0.8 0.2,0.8 0.2,1.4 -0.4,0.6 0.2,1.2 0.6,0.4 0.4,0.8 -0.2,0.2 -0.2,0.2 0.2,0 0.4,0 0,-0.2 0.2,0 0.2,0.2 0.4,0.8 0.2,0.4 0.4,1 l 0.6,1.6 q 0.2,-2 -1.2,-5.2 -0.2,-0.6 0.4,-0.4 h 0.4 q -0.2,-0.4 0.2,-0.4 0.6,0 1.2,1.8 l 0.8,2 q 0,-1 -1,-4.2 -0.4,-1.2 -0.4,-1.2 0,-0.2 0.6,-0.2 0.8,0 1.6,2.8 1.6,6.4 2.4,13.4 0.4,2.2 0.8,2.4 0.4,0.2 2.6,-0.8 2.4,-1 2.4,-1.2 0,-0.4 0.4,-0.4 0.2,0 5,-1.4 4.8,-1.6 6.4,-2.2 0.6,-0.2 1.2,-0.2 0.4,0 3.4,-0.2 6.2,-0.4 13.4,-0.6 4.8,-0.2 5.4,0.4 0.6,0.6 0,0.6 -0.2,0 -0.8,0 -1.4,0 -1.4,-0.2 0,-0.2 -3.8,0 -3.8,0 -4.2,0.6 -0.4,0.2 -0.4,0.4 0.2,0 0.8,-0.2 0.6,-0.2 2.6,-0.2 2.2,-0.2 2.6,0 0.4,0.2 3.8,0.4 3.4,0 3.6,0.2 l -0.6,0.2 q -0.6,0 -1,0.4 -0.2,0.2 -1.2,0.2 -1,0 -2.8,0 h -1.8 l 2,0.6 q 1.8,0.4 2.4,0.8 0.6,0.2 2,0.2 l 1.2,0.2 q -0.2,0.2 -2.4,0.4 -2,0 -3,0.2 -0.8,0.2 -0.4,0.2 0.2,0 1,0.2 1.6,0 1.8,0.6 0.4,0.4 1,0 1.4,-1.2 3,0.4 0.4,0.4 0.8,0.4 l -0.2,-0.4 q -0.4,-0.2 -0.4,-0.2 0.2,-0.2 0.8,0 l 0.8,-0.2 q -0.2,-0.2 0,-0.2 0.4,-0.2 1,0.2 0.6,0.2 0,0.6 -0.4,0.2 0.2,0.4 0.2,0.2 0.2,0.8 0,0.4 -0.4,1 -0.4,0.4 -0.8,0.4 -0.4,0 -0.4,0.4 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -0.8,0.4 -0.8,0 -0.4,0.4 0.4,0.4 0.2,0.6 -0.2,0.2 -0.8,0 -0.4,-0.2 -0.4,0 0,0.2 1.6,0.8 1.8,0.4 1.6,0.8 z m -66.2,-11.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.4,-4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m -4.2,28.6 q 0.2,0 0.8,-0.6 0.6,-0.8 0.4,-0.8 -0.2,0 -0.8,0.8 -0.6,0.6 -0.4,0.6 z m 0.8,3 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m 3.2,-4.2 q 0,0 0.4,-0.2 0.6,-0.2 0.6,-0.4 0,-0.4 -0.6,0 -0.4,0.4 -0.4,0.6 z m 0,9.8 q 0,0.2 0.2,0.2 0.4,0 0.6,-0.2 0,-0.2 0,-0.2 0,-0.2 -0.2,-0.2 -0.6,0 -0.6,0.4 z m -2.2,51.4 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m -9,41 q 0.6,-1 0.4,-1 0,0 -0.8,1 -0.8,1 -0.4,1 0.2,-0.2 0.8,-1 z m 3.8,-3.8 q 0.2,-0.6 -0.2,-0.2 -0.4,0.4 -1,1 l -1.2,1.2 1.2,-0.8 q 1,-0.8 1.2,-1.2 z m 6.8,-5.6 q 0.4,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.8,-0.6 z m 0,3.6 q 0.8,-0.4 0.4,-0.6 -0.2,-0.4 -1.8,1 -1.6,1.4 -3.2,2.4 -1.4,1 -1.4,1.2 0,0.4 3.2,-1.8 2.4,-1.8 2.8,-2.2 z m 1.8,17.8 q 0.6,-1.2 0.4,-1.2 -0.2,-0.2 -0.6,0.2 -0.4,0.2 -0.6,0.8 -0.2,0.6 -0.2,1 0,0.4 0.2,0.4 0.2,0 0.8,-1.2 z m 2.2,-2.2 q 0.2,0.4 0.4,0 0.2,-0.6 -0.4,-0.4 -1.4,0.2 -1.4,1.6 0.2,0.8 0.6,-0.4 0.6,-1.2 0.8,-0.8 z m 2,4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.6,-148.8 q 0.2,-0.4 -0.2,-0.6 -0.4,-0.2 -0.4,0.4 0,1 0.6,0.2 z m 0.2,3.4 q 0,0.2 0.2,0.2 0.4,0 0.4,-0.4 0,-0.6 -0.4,-0.4 -0.2,0.2 -0.2,0.6 z m 0.8,5 q 0.2,-0.2 0.2,-0.6 l -0.4,0.2 z m 1.4,137 q 0.4,0.2 0.4,0 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.2 0.2,0.6 z m 0.4,-1.4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m 2.8,-141.2 q 0,0 -0.2,-0.8 l -0.4,-0.4 z m 0.4,136.8 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.4,-0.4 -0.2,-0.2 -0.6,0.2 z m 1,-133.6 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 50,123.4 q -0.2,-0.4 -0.6,-0.4 -0.4,0 0.2,0.6 0.4,0.6 0.6,0.2 0,0 -0.2,-0.4 z m -1.2,-5 q 0.2,-0.2 -0.6,-0.6 -0.6,-0.6 -0.8,-0.4 0,0.2 0.6,0.8 0.6,0.4 0.8,0.2 z m -2.6,-0.4 q 0,0 0,0.2 0.8,0.2 0.8,0 -0.2,-0.4 -0.8,-0.2 z m -1.8,-1.8 q 0.2,0 -0.2,-0.4 -0.2,0 -0.4,-0.2 -1.2,-0.6 -1.6,0 0.4,-0.2 1,0.2 0.6,0.4 1.2,0.4 z m -0.8,-1.4 q 2.2,1.2 2.2,1 0,-0.2 -1.6,-1.2 -1.4,-1 -2.2,-1.2 l -0.6,-0.2 q 0.2,0.4 2.2,1.6 z m -1.6,-3.2 q -0.2,-0.2 -1.2,0 -0.8,0.2 0,0.4 0.6,0.2 0.6,0 -0.2,-0.2 0.2,-0.2 z m -3.6,17.8 q 0,0 0.2,0.2 l 0.6,-0.2 q -0.2,-0.2 -0.8,0 z m -3.6,-20.4 q 0,-0.2 -1.6,-0.6 -1.6,-0.6 -1.8,-0.4 l 1.4,0.8 q 2,0.6 2,0.2 z m -5.4,-2.2 q -0.2,0 -0.4,0.4 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 z m -0.8,0.2 q 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 0,0 0.4,0 0.6,0 0.6,-0.2 z m -4.6,-0.8 q -0.2,0.2 0.2,0.2 0.2,0 0.4,-0.2 l 0.4,-0.2 q -0.6,-0.2 -1,0.2 z m -6.6,-0.6 q -0.4,0 -0.2,0.2 0.2,0 0.6,0 0.4,0 0.6,-0.2 -0.4,-0.2 -1,0 z m -10.2,-18.8 q 0.2,-0.4 0,-1.2 -0.2,-0.2 -0.2,0 0,0.2 0,0.6 0,0.4 0.2,0.6 z m 28.4,-15.2 q -0.2,0.2 0,0.2 0.2,0 0.6,0 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m 4.8,-6.8 q 0.2,0.2 0.6,0.2 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m -0.8,-4.6 h -1 l 1,0.4 q 0.8,0.2 0.8,0.2 l 0.2,-0.2 q 0,-0.4 -1,-0.4 z m -27,-0.6 q 0,0 0.4,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.8,0 z m 7.6,-55 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 3,-0.8 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 1.6,0 q 0.2,0 0.4,-0.2 l -0.2,-0.2 q -1.2,0.4 -0.2,0.4 z m 4.4,-0.6 q 0,0 0.6,0 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -0.6,0.4 z m 3.8,-0.4 q 0,0 -0.2,-0.4 -0.8,0 -0.8,0.4 0,0.8 1,0 z m 8.6,14 q 0,0 0.4,-0.2 -0.4,0 -0.8,0 0.2,0.2 0.4,0.2 z m 0.4,-11 q 0.8,0.2 1.8,0.2 1.2,0 1.2,-0.2 0,-0.2 -2.2,-0.2 l -1.4,0.2 q 0.2,0 0.6,0 z m 2,10.8 q 0,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0,0.2 0.4,0.2 z m 3.4,0.8 q 0,0.2 0.2,0.2 0.2,0 0.2,-0.4 0,-0.6 -1.2,-0.6 -1.2,-0.2 -1.2,0 0,0.4 1.6,0.4 0.4,0 0.4,0.4 z"/><path fill="#ffffff" d="m 468.40017,52.6 q 1.6,1.4 1,2.4 -0.4,0.6 -0.6,0 -0.2,-0.4 -1.8,-1.2 -1.4,-0.8 -1.6,-0.6 l 0.8,0.6 q 1.8,1.4 1.8,2.2 -0.4,0.2 0.2,1 l 0.4,0.4 q -0.4,-0.2 -1,0.2 l -0.2,0.2 q 0.2,-0.4 -0.2,-0.8 -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.6 V 58 l -0.8,-0.6 q -0.8,-1 -2.6,-1.6 -1.6,-0.6 -2,-0.2 -0.2,0.2 0.8,0.6 1,0.4 1.2,0.4 0.2,0 1.2,0.8 0.4,0.6 0.6,0.6 -0.4,-0.2 -0.4,0.2 0,0.6 1,0.4 0.4,0 0.2,1 -0.2,0.6 -0.4,0.6 -0.6,-0.2 -1,-0.2 0.2,0.2 0,0.2 0,0 -0.2,0 -0.4,-0.4 -0.2,-0.6 0.2,-0.4 -0.4,-0.4 -0.4,-0.2 -0.8,0 -0.4,0.2 0.2,0.8 0.6,0.6 0.2,1.6 -0.4,0.8 0.4,1.6 1,0.6 1,1.2 0,0.4 -1,-0.2 -0.8,-0.8 -1.2,-0.6 -0.2,0.2 -0.2,0 0,-0.4 -0.6,-0.6 -0.4,-0.2 -0.4,0 0.2,0.2 0.4,0.4 0.4,0.8 0.6,1.2 0.4,0.2 0.4,0.6 0.2,0.2 0.2,0.4 0.2,0.2 0.2,0.6 0,0.2 1,1.2 0.6,0.6 0.4,0.8 -0.8,-0.2 -0.8,0.2 0,0.2 1,0.2 1.4,-0.2 2.2,1.6 0.6,0.8 0,1.4 -0.4,0.4 -0.8,0 -0.4,-0.6 0,-0.8 0.6,0.2 0.6,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -1.6,-0.8 -2.4,-1.6 0,0.8 1.4,1.4 1.4,1.6 0,1 -2.4,-1.4 -1.6,-1.6 -3.4,-2.4 l -1.8,-0.6 1,1 q 1.2,1 1.4,1 0.2,0 0.8,0.6 0.8,0.6 1.8,1.4 l 0.4,0.6 q -0.6,-0.2 -0.6,0.2 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -1.2,-0.4 -1.2,-1 -1.6,-1 -0.4,0 -0.2,-0.2 0.2,-0.4 0.6,-0.2 V 71 q -0.2,-0.4 -0.6,0 -0.2,0.2 -1.4,-0.2 l -1,-0.6 1,0.8 q 1,1 1,1.4 0.2,1.6 1,1.6 0.6,0 0.6,0.8 l 0.2,1 -1,-1 q -1.2,-1.2 -4.6,-3 -3.4,-1.8 -4.2,-1.6 -0.4,0 -3.6,-1.4 -3,-1.4 -3.4,-1.4 -0.2,0 -7.4,-2 -17,-4.8 -16.4,-3.2 0.4,0.6 -3.8,11.4 -0.8,2.4 -1.4,4.2 -0.6,1.6 -0.8,2 -0.2,0.2 -0.6,1.6 -0.8,2.6 -2.8,9.2 -2.8,9 -5.8,25.6 -0.8,5.4 -1,5.6 -0.2,0 -0.2,1.4 0.2,1.2 -0.8,1.8 -0.8,0.6 -0.8,2 0,1.2 0.4,1.6 v -1.2 q -0.2,-1.8 0.4,-2 0.6,-0.2 0.6,0.4 0,0.8 -0.6,6.2 -0.8,5.6 -1,8.6 -0.2,2.8 -0.6,2.6 v 0.4 q 0.2,0.6 0,5.2 -0.4,4 -0.8,4 -0.4,-0.4 -0.4,-1 l -0.4,-0.2 q -0.2,0.4 -0.2,2.4 0.2,1.8 0.4,1.8 0.4,0 0.4,-1.4 0,-0.8 0,-0.6 0.4,0.8 0.4,2.4 l -0.2,1 -0.2,-0.4 -0.2,0.2 0.2,1 q 0.4,-0.2 0.4,0.2 0,0.2 -0.4,0.4 -0.2,0.2 0,2.6 v 1.8 q -0.2,-0.4 -0.6,-3.6 l -0.2,-3.2 v 3.4 q 0,3.4 -0.2,3.2 l -0.6,8 q 0,1 0,2.4 0,5 -0.4,5.2 -0.4,0 -0.4,0.4 0,0.4 0.4,0.2 0.2,-0.2 0.2,1.4 0,1.4 -0.2,3.4 0,1.8 -0.2,2.6 v 0.8 l 0.4,0.8 q 0.2,1 -0.4,1.2 -0.6,0 0,0.6 0.6,0.6 0,0.8 -0.6,0.2 -0.8,0.2 0,0 0.2,-0.6 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,-1.6 l 0.4,-1.4 q 0.4,0.2 0.4,-0.2 0,-0.6 -0.6,-0.4 h -0.4 q 0.2,-1.2 -0.6,-11 -0.2,-1.8 -0.6,-2 v 0.2 q 0.2,0.6 -0.6,0.8 -0.6,0.2 -1,1.2 -0.2,0.8 -0.2,8.6 0,7.8 -0.2,7.4 -0.2,-0.2 -0.2,0 -0.2,0.2 -0.2,0.4 -0.2,13.8 -0.4,14 -0.2,0.2 -0.2,-0.8 0,-1 0,-2.6 0,-1.4 0,-3.4 l -0.2,-4.8 q -0.2,2.2 -0.4,2.6 l -0.2,-0.6 0.2,-0.8 -0.6,0.8 q -0.6,0.8 -0.2,1.4 0.4,0.4 0,0.8 -0.4,0.4 -0.4,3.6 v 3 l -0.2,-3 q -0.2,-3 -0.6,-3.2 l -0.2,0.6 q 0.2,1.2 0,3.4 0,2.2 0,4.4 0,2.2 -0.2,2 -0.2,-0.2 -0.4,-2.2 0,-2 -0.2,-2.2 0,0 0,-1.2 -0.2,-4.2 -0.8,-5.2 -0.4,-0.6 -0.4,-2 0,-1.4 -0.2,-3 l -0.4,-1.8 -0.2,2 q 0,0.8 0,-0.2 -0.2,-0.8 -0.2,-3.2 0,-5.2 -0.4,-6 -0.4,-1 -0.4,-2 v -1 q -0.2,0.2 -0.2,1.6 0,1.4 0,2.8 0.2,1.6 -0.2,2.2 -0.2,0.6 0,0.8 0.4,0.2 0.4,2.4 0,2 -0.4,2.4 -0.4,0.6 0,1 0.6,0.2 0.2,0.4 -0.4,0.2 -0.4,0.6 0,0.2 0.2,0 l 0.4,2.4 q -0.2,1 -0.2,1.2 -0.4,0.4 -0.2,0 0,-0.2 0,-0.6 0,-1 -0.2,-1 l -0.4,-7.2 q 0,-1.4 0,-3.2 l -0.2,-10.8 -0.2,23.4 -0.2,-14.4 -0.4,-12 -0.2,2.4 -0.4,-6.6 v 3.6 q 0,3.8 0.2,3.8 0.4,0 0.4,2.6 l -0.2,2 q -0.2,-0.8 -0.6,-0.8 -0.2,0 -0.2,11.6 0.2,11.4 -0.2,11.2 h -0.2 q 0.4,0.2 0,1.2 -0.2,1.2 0,2.6 0.2,1.2 0.4,0 0,-0.2 0,-1 l 0.2,-2.4 v 2.4 q 0.2,2.6 -0.2,2.6 -0.4,0 -0.4,1.4 l -0.2,-0.2 q -0.2,-0.8 -0.2,-2.2 -0.2,-3.8 -0.4,-4.6 -0.2,-0.8 -0.4,-15.8 0,-0.2 0,-0.4 l -0.4,-14.6 q 0,0.2 0,0.8 v 0.2 l -0.2,1.2 q -0.2,-0.4 -0.2,-3.4 0,-2.4 0,-5 0.2,-2.6 0.2,-4.2 0.2,-1.6 0.4,-1.4 0.2,0 0,4.8 0,1.2 0,2.4 0,1 0,1.6 0.2,0.6 0.2,0.4 0.2,0 0.2,-6.6 l 0.2,-5.4 q -0.2,1.2 -0.6,1.6 -0.4,0.4 0,-4.4 0.2,-1.2 0.2,-2.4 0.2,-1.6 0.4,-4.2 0.2,-2.4 0.4,-3.6 0.2,-0.4 0.2,-0.6 0.2,-0.4 0.2,0.2 0,0.2 0,1 l 0.2,1.6 0.2,-2.2 q 0.2,-2.2 0.2,-2.4 l -0.2,0.4 q 0,0.6 -0.4,0.6 -0.2,0 -0.2,-0.2 0,-0.2 0,-0.8 0,-0.6 0,-1.4 0.2,-1 0.4,-2.2 0.2,-1 0.4,-8.6 0.2,-7.6 0.4,-9.6 0.6,-9.8 1.6,-17.4 3.4,-23.8 9.8,-40.2 1.4,-3.4 1.2,-3.6 -0.2,-0.2 -4.4,0 -4.2,0 -5.6,0.2 -4.2,0.6 -6.2,0 0.2,-0.2 0.6,-0.2 0.6,0 2.4,-0.2 1.8,-0.2 3.2,-0.4 1.2,-0.2 1.6,-0.4 0.6,-0.2 6,-0.4 1,-0.2 0.8,-0.4 -0.4,-0.4 -2,-0.2 -1.4,0.2 -4.2,0.4 -2.6,0.2 -2.4,0.4 0,0.2 -0.6,0.4 -0.4,0 -1.4,0 -0.8,0 -1.8,0 -4,0 -3.8,-0.2 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,0.2 0,0.4 -3.6,1 -1.6,0.2 -1.6,-0.2 0,-0.6 0.8,-0.8 l 0.4,0.2 1,0.2 q 0.8,-0.2 1.2,-0.6 0.2,-0.4 3,-0.4 2.8,-0.2 3,-0.4 0.4,-0.2 1.2,-0.4 h -2.8 q -3.4,0.2 -8.8,0.4 -5.2,0 -7.6,0.4 -2.4,0.2 -2.4,-0.2 0,-0.4 1.2,-0.6 l 0.8,0.2 q -0.2,0.2 0,0.2 0.4,0 1.4,-0.2 1,-0.4 2.4,-0.6 1.4,-0.2 2.6,-0.6 l 1.2,-0.2 h -1 l -0.2,-0.4 -5.6,0.2 q -1.8,0.2 -2.4,0.4 -0.8,0.2 0,-0.4 0.6,-0.6 1.8,-0.6 1.2,0 1.4,0 0.2,0 2,-0.4 1.8,-0.2 1.8,-0.6 0,-0.6 -0.6,-0.6 -0.2,0 -0.2,0.2 -0.2,0 -0.2,0 l -0.6,0.4 q -0.6,0 -2.4,0.2 l -1.4,-0.2 q 0.2,-0.4 1,-0.2 0.6,0 1.4,-0.4 0.8,-0.4 1.4,-0.4 0.6,0 0.4,-0.4 -0.4,-0.4 -1,0 -0.6,0.2 -1.6,0.2 -1.2,0 -2,0 -0.8,0 -0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 1,-0.4 0.4,-0.8 0.2,-0.8 -0.4,0 -0.6,0.4 -0.2,0.4 -0.6,0 -0.6,-0.4 -0.8,0 -0.4,0.4 -0.6,0.2 -0.2,-0.4 -1.2,0.2 -1,0.4 -1.2,0.4 -0.2,-0.2 -0.2,-0.8 0,-1 0.8,-0.8 0.6,0.2 0.6,-0.2 0,-0.6 -1,-0.2 -0.6,0.2 -1.2,0.4 -0.6,0 -1,0 -0.4,0 -0.4,-0.2 0,-0.2 -0.6,0 -0.6,0 -0.8,-0.4 -0.2,-0.2 -0.2,-0.2 0,0 0.2,0 0.4,0.4 0.4,-0.2 0,-0.6 1,-0.4 0.8,0.2 0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 0.6,-0.2 0.2,-0.4 0.6,-0.2 0.2,0.2 0.4,0.2 0.2,-0.2 0,-0.4 0,-0.4 1.8,-0.8 l 1.6,-0.4 -1.8,0.2 q -2,0.2 -2.2,0.6 h -0.2 q 0,-0.2 -0.6,0.2 -1,0.8 -1,0 0,-0.2 0.2,-0.4 0.4,-0.6 0.8,-0.4 0.2,0.2 4.8,-1.4 1.8,-0.6 2.2,-0.4 0.4,0.2 0.4,-0.2 0,-0.4 0.4,0 l -0.2,-0.6 q -0.8,-0.6 -1.2,-0.2 -0.4,0.2 -1.4,0.4 -1.2,0 -2,0.4 -0.6,-0.2 -0.6,-0.2 0.2,-0.4 0,-0.4 -0.4,0 -0.4,0.4 -0.2,0.2 -2.6,0.6 -2.6,0.4 -2.8,0.2 -0.4,-0.4 0.2,-0.6 0.2,0 0.4,0 0.8,-0.2 1.4,-0.4 0.6,-0.4 1.2,-0.4 0.6,0 1.4,-0.2 5.4,-1.4 6.2,-1.2 0.8,0 0.8,-0.4 0,-0.6 5.4,-2 l 1.8,-0.4 -2.4,0.2 q -2.6,0.2 -3.4,0.2 -0.8,0 -0.8,0.4 0,0.2 -1.6,0 -1.6,-0.2 -1.6,0.2 0,0.2 -0.6,0.2 -0.8,0 -1.4,0.2 -0.6,0.2 -0.6,0 0,-0.6 2.4,-1 2.4,-0.6 4.4,-0.6 1.8,-0.2 1.8,-0.4 0,-0.4 0.6,-0.6 0.6,-0.4 1,-0.2 0.2,0.2 -0.2,0.2 -0.4,0 -0.4,0.4 0,0 0.2,0 0.4,0 1,0 0.6,0 1.2,-0.2 2.6,-0.4 4.8,-0.6 2.4,-0.2 2.6,-0.6 0.2,-0.4 -0.8,-0.2 -0.8,0.2 -1,0 l 0.8,-0.4 q 2.4,-0.2 5.2,-0.6 1.6,-0.2 1.8,0.4 0.2,0.4 0.4,0 0.6,-1 2,0 0.6,0.4 1.2,0.2 0.6,-0.2 0.6,-0.6 -0.2,-0.4 3,-0.4 3.4,-0.2 3.4,0 0,0.2 0.2,0.2 0.4,0 0.8,0 0.4,-0.2 0.6,-0.4 h 0.4 q -0.4,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.4 1,-0.4 0.6,0 0.8,0.2 0.2,0 0,0.4 0,0.2 0.2,0.2 0,0 0.4,-0.2 0.4,0 0.4,0 l 2.2,0.4 q 0.4,0 0.8,0 l 2.8,-0.4 q -0.4,-0.2 -0.2,-0.2 0.2,0 0.6,0.2 1,0.2 3.4,0.4 2.6,0 3.8,0.4 1.4,0.2 2.4,0.4 l 0.2,0.2 0.4,0.2 q 3.2,-0.6 7.6,0 1.8,0.2 4.6,0.6 3,0.4 3.4,0.6 0.6,0.2 1.4,0.2 2.6,0.2 10.6,2.8 11,3.8 12.4,5 2,2 2.8,2 0.6,0 1.2,0.6 0.8,0.4 0,0 -1,-0.4 -1,0 0,0.2 1.4,1 1.6,0.8 2,0.8 0.2,0 -0.8,-0.8 l -0.8,-0.6 1,0.4 q 0.8,0.4 0.8,0.6 0,0.2 1.2,1.6 z m -106.4,-2.2 q 0.2,0 0.4,-0.4 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 0,0.4 0.2,0.4 z m 7.6,1.6 q 0.4,0 0.8,-0.2 l 0.2,-0.4 q -0.4,0 -0.8,0.4 z m 2,1.4 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 l 0.2,0.2 q 0.6,0.4 0.8,0.4 z m 0.6,-1.6 q 0.4,0 0.4,0 -0.2,-0.4 -0.6,-0.4 z m 2.6,-11.4 q 0,0 0.2,0.4 l 0.6,-0.2 q -0.4,-0.2 -0.8,-0.2 z m -0.6,14.6 q 0,0.2 0.4,0.2 l 0.4,-0.2 q -0.4,-0.2 -0.8,0 z m 0.6,1.4 q 0.8,0 0.8,-0.2 -0.6,0 -1.4,0 -0.4,0.2 0,0.2 0.2,0 0.6,0 z m 2.4,-15.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,-0.6 q 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 0.2,0.2 0.6,0.2 z m 5.2,-3.2 q -0.2,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.2 -0.4,-0.2 -0.2,-0.2 -0.4,0 z m 1.8,0 q -0.4,0.4 0.4,0.4 0.8,0 0.4,-0.4 -0.4,-0.4 -0.8,0 z m 2.6,0 q 0.2,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m -3.8,118.4 q 0,0 0.6,-6.8 v -2.2 l -0.4,2.4 q -0.6,5.2 -0.2,6.6 z m 1,-14.6 q 0,0 0.2,0.4 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0.2,38.8 q 0.4,0 0.4,-0.2 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.4 0,0.2 0.2,0.2 z m 0.8,-16 q 0,-1.4 0,-3 -0.2,0.8 -0.2,1.6 v 1.6 z m 0.4,-33 q 0,0 0.2,0.4 0.2,-0.4 0,-1 -0.2,0.4 -0.2,0.6 z m 0.2,37.8 q 0.2,-1.2 0,-2.2 0,0.4 -0.2,1 l 0.2,1.4 z m 12.2,-129.6 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 0,23 q 0.2,0 0.4,-0.2 0.2,-0.4 -0.2,-0.4 -0.2,0 -0.2,0.4 0,0.2 0,0.2 z m -4.6,-25 q 0.8,0 2.6,-0.2 2,-0.2 2.2,-0.4 h -1.4 q -1.4,0.2 -3,0.2 z m 3.4,27.6 q 0,0 0.2,0 0.6,-0.6 0.6,-1.2 0,-0.6 -0.2,0 -0.2,0.6 -0.6,1.2 z m -10.4,91 q 0.2,-0.6 0,-1 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.6 z m 0.4,7.2 q 0.2,-0.4 0,-1 0,-0.4 -0.2,-0.2 0,0.2 0,0.6 0.2,0.4 0.2,0.6 z m 1.2,15 q 0.2,0 0.2,-2.6 0.2,-2.6 -0.2,-2.8 -0.4,-0.2 -0.4,2 0,3.4 0.4,3.4 z m 0.2,-40.6 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.8,50.6 q 0.2,-0.2 0,-2 l -0.2,-1.6 -0.2,2 z m -0.2,-4.6 q 0,0 0,0.4 0.2,-0.4 0,-0.8 0,0.2 0,0.4 z m -0.4,-82.2 q 0,0 0.8,-6.2 l -0.2,0.4 q -0.6,1.4 -1.8,10.2 -1,8.8 -1,13.2 -0.2,3.6 0,2.8 0.2,-1 1,-8.8 0.4,-6 1.2,-11.6 z m 3.2,95 q 0,0 -0.2,-1.6 v 0.4 q -0.2,0.6 -0.4,1.6 0,0.8 0,1.4 0.2,0.6 0.4,0.6 0.2,0 0.2,-2.4 z m -0.2,-3.4 q 0.2,2 0.2,0.2 0.2,-0.8 0,-2 0,-2.2 0,-2.2 0,0 -0.2,1.2 -0.2,1.8 0,2.8 z m 0.2,-97.2 q 0.2,-0.4 0,-0.8 0,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.2,-1.8 q 0.4,-0.2 0.2,-0.8 l -0.4,0.2 z m -1.6,-2.6 q 1,-5.2 3.8,-16.4 0.6,-2 1.6,-5 1,-3.2 0.8,-3.4 l -0.6,1.2 q -0.4,1.4 -0.6,1.6 -0.2,0.4 -1.6,5.8 -0.4,1 -1.4,4.6 -0.6,2 -0.6,2.8 -0.2,1 -0.8,3.4 -0.4,2.2 -0.8,4.2 -0.4,2 -0.6,3.4 -0.2,1.2 0,1.2 0.2,0 0.8,-3.4 z m 2.2,103.8 q 0,0.4 0.2,0.4 0.4,0 0.2,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 0,0.6 z m 0,-2.4 q 0,0 0.2,0.4 0.2,-0.2 0,-0.6 z m 0.6,-3.6 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-2.4 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 3.8,-17.6 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m -2.2,-87.2 q 0.6,-2.2 2.2,-8.2 1.8,-6 1.6,-6.2 l -0.4,1 q -0.4,1 -1.8,5.8 -1.4,4.6 -2.2,8.6 -0.8,4 -1.4,6 -0.8,3.4 -0.4,3.2 0.2,0 0.4,-1 0.4,-2.4 1.4,-6.2 0,-0.2 0,-0.6 0.2,-0.6 0.4,-1.2 0.2,-0.8 0.2,-1.2 z m 4,73.4 q 0,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.6 0.2,0.6 z m 9.6,-118 q 0,0 0.2,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.6,0 z m -2,0.2 q 0,-0.2 -0.8,-0.2 -0.6,0 -0.6,0.4 0,0.2 0.6,0 0.8,-0.2 0.8,-0.2 z m -1.2,65.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m -0.6,2.4 q -0.2,0.4 -0.2,0.4 0,0.4 0.2,0.6 0.2,-0.6 0,-1 z m -4.6,-41 q -0.2,0 -0.6,0.8 -0.2,0.6 0,0.6 0.4,0 0.6,-0.6 0.2,-0.8 0,-0.8 z m -1,87.6 q 0,0 0.4,0.4 0.2,-0.6 -0.2,-0.8 -0.4,-0.4 -0.2,0.4 z m 0,-4 q 0.2,1 0.4,0.6 0.4,-0.6 0.4,-0.8 0,-0.4 -0.4,-0.2 0,0.2 -0.2,0 0,-0.2 0,-0.4 l -0.2,-0.4 q -0.2,0.2 0,1.2 z m 1,-10.6 q 0.2,-1 0.2,-1.8 0.2,-0.8 0.2,-1.2 0,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.8 0,0.6 -0.4,4.4 -0.2,2 -0.4,3.4 0,1.4 0,2.4 0,0.8 0,1.2 0,0.4 0.2,0.4 0.2,0 0.2,-0.4 0.2,-6.8 0.6,-8.6 z m 0.6,-6.4 q 0.8,-8.2 1.4,-7.6 l 0.2,-0.2 q 0,-0.2 -0.2,-0.4 -0.2,-1.2 0.6,-5.6 l 0.4,-4.6 q 0,0.2 0,0.6 -0.4,1.2 -0.6,2.4 -1,6.2 -1.8,12.2 -0.4,4.4 -0.6,5 0,0.6 0.2,0.6 0.2,0 0.4,-2.4 z m 1.8,10 q 0.2,-0.8 0,-1.8 v 0.2 q 0,0.4 0,0.6 v 1.2 z m -0.2,11.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-8 q 0,-1.4 0.4,-1.4 0.4,0 0.2,-0.8 0,-0.8 -0.2,-0.2 l -0.4,0.2 q 0,-0.4 -0.2,-0.2 -0.2,0.2 -0.2,1.6 0.2,1.4 -0.2,1.8 -0.2,0.4 -0.2,2.8 0.2,2.2 0.4,2.2 0.4,0 0.2,-2.4 -0.2,-2.4 0.2,-2.2 z m 0.6,-8.4 q 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,1.2 z m 1,-4.2 q 0,0 -0.4,-1.4 0,-0.4 0,-0.4 -0.2,1 -0.4,1 -0.2,0 0,1.6 0.2,0.8 0.2,0.6 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.2 z m -0.4,-21.2 q 0,0 0.2,0.4 0,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-72.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,70.8 q 0,0 0.4,-0.2 0.2,-1 0.2,-1.8 l -0.2,0.2 q -0.4,0.8 -0.4,1.8 z m 1.8,9.8 q 0,0 0,-1 l -0.2,-0.8 q -0.2,0.8 -0.8,4 -0.4,3 -0.4,3.4 l 0.2,-0.2 q 0.4,-0.4 0.6,-0.4 v -0.2 q 0,-0.6 0,-1.6 0,-1.2 0.2,-2.2 0.2,-1.2 0.4,-1 z m 1.6,-9.6 q 0,-1.8 -0.2,-1.6 0,0.2 -0.8,4 -0.6,3.6 -0.6,4 l 1,-3.6 v -0.2 l 0.2,-1 z m 0,-72 q -0.4,0 0,0.4 0.4,0.4 0.2,0.6 v 0.2 q 0.4,-0.2 0.4,-0.6 0,-0.6 -0.6,-0.6 z m 0.4,68.6 q 0.2,-0.4 0.4,-1.8 0.2,-1.4 0,-0.6 z m 0.6,-3.8 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.6 -0.2,-0.6 0,0 -0.2,0.6 z m 0.6,-1.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-62.8 q 0,0 0.2,0.4 0.4,0 0.4,0 -0.2,-0.4 -0.6,-0.4 z m 0.4,61.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.4,-2.4 q -0.2,0.8 0,0.4 0.4,-0.4 0.4,-0.8 z m 1.6,-3.2 q 0,0 0,-0.2 -0.4,0 -0.2,-0.8 l -0.2,-0.2 q -0.4,0.6 -0.6,1.8 -0.2,1 -0.2,1 0.2,0 0.4,-0.4 0.4,-1 0.8,-1.2 z m -0.2,-2.6 q 0,0 0.2,0.6 0.2,-0.2 0,-0.8 z m -0.6,-52.4 q 0,0.2 0.6,0.2 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0 -0.6,0.2 z m 1.8,49.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.2,-1.8 q 0,0.8 0.2,0.2 0.4,-0.8 0.4,-1 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.2,1 z m 1.4,-3 q 0,0 -0.2,-0.4 -0.8,1.4 -0.2,1.4 0.2,-0.2 0.4,-1 z m 0.8,-2.6 0.2,-0.8 -0.4,0.8 -0.6,1.4 0.2,-0.2 q 0.4,-0.4 0.6,-1.2 z m 1.4,-4 0.2,-1 -0.6,1 q -0.4,0.8 -0.4,1.4 0,0.4 0.2,0 0.4,-0.6 0.6,-1.4 z m 1,-4 q -0.2,0.6 0.2,0.2 0.4,-0.4 0.2,-0.6 -0.2,-0.2 -0.4,0.4 z m 0.2,-7.6 q 0.4,-0.2 0.4,-0.8 0,-0.6 -0.4,0 -0.4,0.8 0,0.8 z m 1,-2.6 q 0,0 0,-0.8 0,0.2 -0.2,0.8 -0.2,0.4 -0.4,0.8 0,0.2 0,0.2 0.2,0 0.6,-1 z m 0.8,-24 q 0,0 -0.2,0.4 -0.2,0.2 0,0.2 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.4 z m 0.2,29.2 q 0.4,-0.6 0.4,-0.8 h -0.4 q -0.2,0.6 -0.2,1 z m 2.6,-28.2 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 l 0.2,0.2 q 0.6,0.4 0.8,0.4 z m 7.2,1.4 q 0.6,-0.2 0.6,-0.2 -0.4,-0.2 -1,0 0,0.2 0.4,0.2 z m -1.2,-1 q 2.6,0.2 2.8,0.2 0.4,-0.4 -5,-0.8 h -1.8 q 0.4,0.2 0.6,0.4 0.2,0 0,0.4 0,0.2 0.2,0.4 0.4,0 1,0 h 1.4 l -1.2,-0.2 q -2.2,-0.4 -0.4,-0.6 1,0 2.4,0.2 z m 3.2,1.4 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,-0.2 z m 0.2,-1 q 0,0 2.4,0.2 0,-0.2 -1.4,-0.4 -1,0 -1,0.2 z m 3.6,0.6 q 0.2,0 0.4,0 0.2,-0.2 0,-0.4 -0.2,-0.2 -0.6,0 -1.2,0.4 0.2,0.4 z m 2.6,0.2 q 0.4,0 0.6,-0.2 -0.6,0 -1,0 0.4,0.2 0.4,0.2 z m 1.8,0.4 q 0.4,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m 2.2,0.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 2,0.6 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z m 20.6,10.4 q 0,0 0.2,0.4 0.6,0.2 1,0.2 l -0.2,-0.2 q -0.6,-0.4 -1,-0.4 z m -5,-5.8 q 0,0 -1.2,-0.2 l 0.2,0.2 q 0.6,0.4 1.2,0.2 z m -3,-1 q 0,-0.4 -0.8,-0.4 -0.8,0 -0.2,0.4 0.8,0.2 1,0.2 z m -2.2,-1 q -0.8,-0.4 -1.4,-0.2 0.4,0.6 2,0.8 z m -2.8,-1 q 0,0 -2.8,-0.6 0.2,0.2 1.4,0.8 1.4,0.4 2,0.4 0.2,0 0,-0.2 -0.2,-0.2 -0.6,-0.4 z m -1,23.8 q 0,0 -0.6,-0.4 -0.8,-0.4 -2,-0.6 l -1.2,-0.4 1,0.6 q 1.2,0.8 2.8,0.8 z m -0.8,-22.2 q 0,0 1.6,0.2 -0.2,-0.2 -1.2,-0.4 -0.4,0.2 -0.4,0.2 z m 6.4,25 q 0,0 0.4,-0.2 -0.2,-0.2 -2.8,-1.2 -2.4,-1.2 -2.6,-1.2 z m 1.2,0.6 q 1,1.2 1,0.6 0,-0.4 -0.8,-0.8 z m 3,1 q -0.2,0 -0.8,-0.4 -0.6,-0.4 -0.8,0 0,0.2 0,0.2 0,0 0.2,-0.2 0.4,-0.2 0.4,0.2 0,0.4 0.6,0.4 z m -0.8,-9 q -0.8,-0.4 -1.2,-0.4 -0.2,0 0.6,0.4 1.2,0.6 1,0.6 0,-0.2 -0.4,-0.6 z m -0.6,3.2 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z m 2.8,-12.6 q 0.8,0.2 0.8,-0.2 -0.2,-0.4 -0.8,-0.2 -0.4,0.2 0,0.4 z m -4.8,-6 q 0,0 5.6,1.6 l -0.2,-0.2 q -0.8,-0.6 -1.6,-0.6 -0.8,0 -0.8,-0.2 0,-0.2 -0.8,-0.2 -0.6,-0.2 -0.8,-0.4 -0.2,-0.4 -0.6,-0.4 l -2.4,-0.8 -0.8,-0.2 q -1,0 -2,-0.2 z m 8.8,8.6 q 1.2,0.6 1.2,0.4 0,-0.2 -1.2,-0.8 z m 2.2,0.2 q 0.4,0 -0.2,-0.6 -0.6,-0.8 -2.6,-1.6 -1.8,-1 -2,-0.8 l 0.4,0.2 -0.2,0.4 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 0.2,0.2 1.8,1.2 1.6,0.8 1.8,0.8 z m 0,-3.2 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 1.2,0.8 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 z"/><path fill="#ffffff" d="m 526.20016,103.6 q -0.4,1.8 -0.6,2.2 -0.2,0.4 0.6,0.4 0.4,0 0.8,0 1.8,0 2.4,0.4 0.8,0.4 0.8,0 0,-0.4 0.8,-0.4 0.8,0 0,0.4 v 0.2 q 0.8,0 0.4,0.8 -0.2,0.4 -0.6,0.4 -0.6,0 -0.8,0.4 0,0.4 0.6,0.4 0.4,0 1.8,0 l 2.4,-0.2 1.6,2.8 -0.8,0.2 v 0.4 q 0.4,0 0.4,0.2 0,0 -0.4,0.4 v 0.4 q 0.8,-0.2 1.2,0.4 0.2,0.4 0,0.6 -0.4,0.2 -0.2,0.4 0,0.2 -0.4,0.4 -0.4,0.2 -1,0.6 -0.6,0.2 -1,0.4 -0.4,0.2 -0.4,0.4 0.2,0.2 0,0.2 0,0 -0.4,0 -0.4,0 -0.4,0.4 0,0.4 0.8,0.6 1,0 1.8,-0.2 0.8,-0.4 1.2,-0.2 0.4,0.4 -0.4,1 -0.4,0.2 -0.6,0.2 -0.6,0 0,0.4 l -0.4,0.2 q -0.6,-0.2 -1.2,0.4 -0.6,0.4 -1.2,0.2 l -0.2,0.2 q 0.2,0.4 -7.4,2.6 -2,0.6 -2,0.8 0.2,0 5,-1.4 4.8,-1.4 5.8,-1.8 l -0.2,0.4 q -0.8,0.8 -1.4,0.8 -0.4,0 -0.4,0.4 0,0.2 -0.6,0.4 -8.2,2.6 -8.4,3 -0.2,0.2 -0.2,10.2 0,2.8 0,5.2 0,2.2 -0.2,3.6 0,1.2 0,1.2 -0.4,-0.6 -0.6,-14 l -0.2,-5 -0.4,1 v -1 q -0.2,-0.6 -0.4,-0.8 -0.4,0.2 -0.4,1.4 0.2,1 0.2,7.8 l -0.4,5 v -0.2 14.8 q 0.2,2.4 -0.2,2.4 -0.2,0 -0.2,-1.6 l -0.2,-1.4 q -0.2,0.2 -0.2,3.6 0.2,3.2 0,4.2 l -0.2,-0.4 q -0.2,-1 -0.2,-2 0,-1 -0.2,-4.4 0,-3.4 -0.4,-4.2 l -0.2,3.2 q 0.2,4 -0.2,4 -0.2,0 -0.2,0.4 0,0.2 0.4,0 l 0.2,0.8 -0.2,0.2 q -0.4,-0.4 -0.2,0.2 0,0.2 0,0.6 l 0.2,8.2 -0.4,-1 q 0,0.6 -0.2,0.8 -0.2,0.2 -0.4,-0.4 -0.2,-0.4 -0.2,-1 l -0.2,-1.4 v 1.4 q 0,1.6 0.4,2 0.6,0.4 0.6,2.4 -0.2,2.8 -0.8,2.8 -0.4,-0.4 0,-0.4 0.4,-0.2 0.4,-1.4 l -0.2,-0.2 q -0.2,0.6 -0.4,0 0,-0.4 -0.2,-1.2 0,-2 -0.4,-2 -0.4,-0.2 -0.4,-0.6 0,-0.4 0.2,0 l 0.2,-1.8 q -0.2,-0.8 -0.6,-1 l 0.2,7.4 q 0,0.8 0,1.2 0.2,1.6 0.2,1.6 0,0 -0.4,-1 l -0.6,-1.4 q -0.2,0.2 -0.2,0.6 0.2,0.6 0.2,1.6 0.2,0.8 0.2,1.6 0,0.6 -0.2,0.6 -0.4,0 -0.4,-1 v -1 l -0.2,1 q -0.2,0.8 0,1.6 0.2,0.6 0,1 0,0.4 0,1.6 0,1 -0.2,1 -0.2,0 -0.4,-1 -0.6,-8.4 -1.4,-8.8 -0.4,-0.4 -0.6,-2.4 0,-2.2 -0.2,-3.2 l 0.2,7.2 q 0.4,3.4 0,3.6 -0.2,0 -0.4,-0.2 0,-0.4 -0.2,-1 0,-0.6 0,-1.2 -0.2,-2.6 -0.8,-3 l 0.2,-0.4 q 0.2,0.2 0.2,-0.4 0,-0.4 0,-1.6 -0.2,-2.4 -0.2,-3.8 l -0.4,-1.2 q -0.4,0.2 -0.2,1.4 0.2,1 0.4,3.2 0,1.8 -0.2,1.8 -0.4,-0.4 -0.6,-0.2 0,0 0,0.4 0.2,0.8 -0.2,0.8 -0.4,-0.2 -0.4,-1 -0.2,-0.8 -0.2,-0.8 0.2,-0.2 0.6,-0.2 0.6,0.2 0.2,-0.2 -0.4,-0.4 -0.2,-1 h -0.2 q -0.4,0.4 -0.6,-0.2 0,-0.8 -0.2,-3.8 -0.2,-4.6 -0.6,-6.2 -0.2,-1.8 -0.6,-4.4 l -0.2,-2.6 q -0.2,0.4 0,3.4 0,3.8 -0.4,3.8 -0.2,0 -0.2,0.4 0,0.4 0.4,0.2 0.4,-0.2 0.4,0.4 0,0.4 -0.4,0.2 -0.8,-0.2 -0.4,3 0.2,2 0.6,2.2 0.4,0.4 0.4,0.4 0,0 -0.6,0 -0.6,0 -0.8,-0.2 -0.4,-0.6 -0.6,-10 l -0.2,-1.8 h -0.2 l -0.2,0.2 q 0,-0.4 0.2,-0.6 0.4,-0.2 0.2,-0.4 -0.2,-0.4 -0.2,-5.4 0,-5 -0.2,-5 -0.2,0 -0.2,-1.2 0,-1.2 0,-2.6 0.2,-1.4 0.2,-2 -0.4,0.2 -0.4,-0.2 0,-0.2 0,-1 0.2,-5.4 -0.4,-4.8 -0.4,0.4 0,9.4 0,4 -0.4,4 -0.2,0 -0.2,-1.8 -0.2,-11.6 -0.8,-11.6 v -0.2 q 1,-0.6 -10.4,0.2 -3.8,0.4 -8.2,0.6 -5.4,0.2 -7,0.4 -2.6,0 -3.2,0 -0.6,0.2 -0.8,1.2 -0.2,1 -0.6,6.2 -0.4,4.8 -0.6,5.4 0,0.6 -0.2,4.4 -0.2,3.6 -0.6,6.6 l -0.2,2 q 0,-1.6 0.4,-9.6 l 0.6,-13.2 q -0.2,0.6 -0.4,0.6 0,0 0,-0.6 0,-0.8 0.4,-1 0.6,-0.2 0.6,-0.8 0,-0.8 -0.6,-0.4 h -0.2 q 0.2,-0.4 -0.2,-0.4 -0.6,0 -0.6,2.4 0,1.2 0,1.6 0,0.6 -0.4,1.2 -0.4,0.4 -0.2,1 0.4,0.6 0,3 -0.4,2.4 -0.2,3 0.2,0.6 -0.4,1 -0.6,0.6 0,1 0.4,0 0.2,0.8 -0.2,0.6 -0.4,0 l -0.4,-0.2 q 0,0.6 0.4,1 0.4,0.2 0.4,0.6 l -0.4,-0.2 q -0.4,-0.6 -0.4,0 0,0.6 0.4,0.6 0.4,0 0.4,0.6 0,0.6 -0.4,0.2 -0.4,-0.4 -0.6,1.4 0,1.6 0.4,1.6 l -0.2,0.4 q -0.4,0.2 -0.4,1.2 0.2,1.4 0.2,4.6 0,3.2 -0.2,6.4 0,3.2 0,3.2 -0.2,-0.2 -0.4,-2.2 l -0.4,-2.2 q -0.2,0.2 -0.2,0.6 l -0.2,-0.2 q 0,-0.2 0,-0.6 -0.2,-1.4 0.2,-1.8 0.6,-0.4 0,-0.4 -0.6,0 -0.8,0.4 0,0.4 0,2.4 -0.2,1.8 -0.2,3 -0.2,1 0,1 0.4,0 0,0.6 -0.4,0.4 0,0.4 0.4,0 0,0.6 -0.2,0.4 -0.2,2.4 0,0.6 0,1.2 0,0.4 0,0.8 0,0.2 0,0.2 -0.8,-0.2 -1,0.4 -0.2,0.4 -0.2,2.4 l -0.2,2.2 -0.2,-0.2 -0.2,1.8 q 0,0.4 0,0.8 0.2,3.2 0,4.8 l -0.2,1.8 -0.2,-2 q 0,-1.4 -0.4,-1.4 -0.2,0.4 -0.2,0.2 0,-0.2 0,-0.6 -0.2,-0.6 -0.4,-0.6 -0.2,0.4 -0.2,1.8 0.2,1.2 -0.4,1.6 -0.4,-0.2 -0.4,-0.8 0,-1.2 -0.4,-1.2 -0.4,0 -0.4,-0.6 0.2,-0.6 0,-1.4 l -0.2,2.6 q -0.2,3.6 -0.6,3.4 -0.2,-0.4 -0.2,-2 0,-1.6 -0.6,-4.2 -0.6,-2.6 -0.8,-3.8 -0.2,-0.4 -0.4,-0.6 -0.2,-0.2 -0.2,0 v -0.6 q 0,-0.6 0,-0.6 -0.6,0.2 -0.8,1 0,0.6 -0.2,-0.2 -0.2,-0.2 -0.2,-1 -0.2,-2.2 -0.4,-2.2 -0.2,-0.2 0,1.4 0,1.8 -0.4,2.4 -0.2,0.6 0.4,0.8 0.6,0.2 0.6,0.6 0,0.2 -0.4,0 -0.4,-0.2 -0.4,2.6 0.2,2.8 0,3 l -0.4,-1.8 q 0,-2.8 -0.4,-3.2 v 2.4 q 0.2,2.2 -0.2,2.2 -0.2,-0.2 -0.4,-1.2 -0.2,-0.6 -0.2,-0.2 0,0.2 0,0.8 l -0.2,1.2 -0.2,-1.2 q -0.4,-1.4 -0.6,-4.6 -0.2,-3.2 -0.6,-3.4 0,0 0,1 0,1 0,2.6 0,1.4 0,3 0.2,1.6 0.2,3 0,1.4 0.2,1.8 0,0.8 -0.4,0.8 -0.2,0 -0.2,-0.8 0,-0.8 -0.2,-7.6 -0.4,-6.8 -0.6,-16.2 -0.2,-9.6 -0.4,-11.2 -0.2,-1.2 -0.2,-5.2 0,-4.2 0,-7.6 0,-3.6 0,-3.6 0.2,0 0.2,-1.6 0.2,-1.8 0,-3.6 0,-1.8 -0.2,-2.4 -0.2,-0.6 -0.2,-0.2 0,0.2 -0.2,1 -0.2,1.2 -0.6,1.2 -0.2,0 -0.2,-1.6 0,-0.8 -0.4,-1 -0.2,-0.4 -1.6,-0.8 l -1.6,-0.6 -0.4,-0.4 q -0.2,0 -0.4,-0.2 -1.4,-0.4 -1.8,-0.8 -0.4,-0.4 0.4,-0.6 0.6,0 2.4,0.2 3.6,-0.2 3.6,-0.6 l -0.2,-0.4 q 0.4,0 0.2,-0.8 0,-0.8 -2.6,-1 l -2.4,-0.4 3.2,-0.4 h -1.8 q -1.8,0 -1.8,-0.2 0,-0.4 4.4,-0.4 1.2,0 1.2,-0.6 0.2,-0.6 -1,-1 l -1.2,-0.8 q 0.2,-0.2 1.2,0.4 l 1.4,0.2 -0.4,-0.2 q -0.6,-0.6 0,-0.6 0.8,0 0.2,-0.6 -0.2,-0.4 -0.8,-0.4 l 0.4,-0.4 q 0.8,0 0.8,-0.2 l -1,-0.4 q -1,0 -1,-0.4 0,-0.4 1.4,-0.4 1,0 1.2,-0.2 0.2,-0.4 0,-1.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,-0.2 0,-0.4 -0.6,-0.2 l -0.4,-0.2 q 0.2,-0.2 -0.6,-0.4 -0.6,-0.2 -0.4,-0.6 l -0.2,-0.2 q -0.6,0.2 -1.2,-0.2 -0.8,-0.4 -0.4,-0.6 0.4,-0.2 0.8,0 0.2,0 1.2,0.2 1,0 2.2,0.4 1.2,0.2 1.2,-0.6 0,-0.8 1.4,-0.6 0.8,0.2 1,0.2 0.2,-0.2 0,-1 -0.2,-1 0,-1 0.4,0 0.4,-0.6 0,-2 0.6,-3 0.2,-0.4 -0.2,-0.8 -0.2,-0.6 0.2,-0.2 0.6,0.2 0.4,-0.4 -0.2,-0.6 0,-1 0.4,-0.8 0.4,-2.2 0,-0.8 0.4,-1 0.6,-0.2 0.6,-0.6 -0.4,-1.4 0.4,-2.4 v -0.6 q 0,-0.8 0.2,-1 0.4,-0.4 0.4,-1 0,-0.6 0.4,-0.6 0.4,0 0.4,-1.2 l 0.4,-0.8 V 91 q -0.2,-0.6 2.2,-6.6 1,-2.4 2.8,-6.8 1.8,-4 1.6,-4.4 h 0.4 l 0.2,-0.2 -0.6,-1 -0.6,1 q -0.6,0.8 -0.8,1.4 -0.2,0.6 -0.6,0.6 -0.4,0 0,-0.4 0.6,-0.6 0.2,-0.6 -0.2,0 0.4,-1 0.8,-1 0.8,-1.4 0,-0.6 0.6,0.2 0.8,0.6 0.8,0.2 0,-0.6 0.8,-1.6 0.4,-0.2 0.4,0 l 0.2,-0.2 q 0.2,-0.2 0.4,-0.6 0.6,-1.2 0.4,-1.4 0,-0.4 0.2,-0.6 0.4,-0.2 0.6,0.4 0.4,0.6 0.6,0.2 0.2,-0.4 -0.2,-0.4 -0.2,0 -0.2,-1 l 0.4,-0.6 0.2,-0.4 q 0,-0.6 0.6,-1.6 0.6,-1 0.8,-1 0.4,0 0.2,-0.2 -0.2,-0.4 0.2,-0.6 0.6,-0.2 0.4,-0.6 0,-0.2 0,-0.2 0,0 0.2,0 0.4,-0.2 0.4,-0.6 l 0.4,-0.6 q 0.2,0.2 0.4,-0.2 v 0.4 q -0.2,0.4 -0.2,0.8 0,0.4 -0.6,0.6 -0.4,0.2 -0.4,0.6 0,0.2 0.6,0.4 h 0.4 q -0.2,-0.2 0,-0.4 0.4,-0.2 0.8,-0.2 0.4,-0.2 0.6,0 0.2,0 0.4,-0.4 0.4,-0.4 0.8,-1 1.2,-1.8 1.8,-1 0.4,0.4 0.4,0.2 0,-0.4 -0.6,-0.8 -0.4,-0.6 0.2,-1.2 0.6,-0.8 1,-0.6 0.6,0.2 0.4,-0.2 -0.2,-0.6 0.4,-0.4 0.8,0.4 0.4,1.4 -0.2,0 -0.6,1 h -0.2 V 59 q 0,0 -0.4,0.6 -1.2,1.8 -0.2,2 0.2,0 0.6,0 0.8,-0.4 1,0.2 0.2,0.6 0.6,0.4 0.4,-0.2 0.4,0 0,0.2 -0.2,0.4 -0.4,0.8 0.2,0.2 0.8,-0.6 1.2,-0.2 l 0.2,0.4 q -0.2,0 -1.2,1.6 -1,1.6 -1,2 0,0.6 0.8,-0.6 0.2,-0.4 0.4,-0.8 0.2,-0.8 1.4,-2.2 1.4,-1.4 1.8,-1.4 0.8,0 0.4,0.6 -0.2,0.2 -0.8,0.8 -2,2.2 -1.8,3.4 0.2,0 1.6,-1.4 1.6,-1.6 2,-1.2 0.8,1 -0.2,2.6 -0.4,0.8 -0.6,1.6 l -0.4,1 0.8,-1 q 0.4,-0.4 0,0.6 -0.2,0.4 -0.6,1.6 -1.4,3 -1.4,3.2 l 0.6,-0.8 q 0.4,-1 1.2,-1.6 0.4,-0.4 0.4,-0.4 0.2,0 -0.2,0.6 -0.2,0.8 -1.6,3.4 -1.2,2.4 -1.2,2.6 0,0 0.6,0 0.8,-0.2 1.4,-1.8 0.8,-1.8 1.2,-1.8 0.4,0 -0.2,1 -0.6,1 -1.4,3 -0.6,2 -1.2,3.4 -0.8,2 -4.2,12.4 -3.2,10.2 -3.8,12.8 -1.6,6.4 -1.6,7.6 0.4,0 2.8,0 2.6,-0.2 6.2,-0.4 3.6,-0.2 5.6,-0.4 2.8,-0.2 8,-1.2 5.2,-1 5.4,-1.2 0.2,-0.2 0.8,-4.4 1.2,-10.4 4.2,-20 2,-6.4 4.4,-11.2 0.6,-1.2 0.6,-1.4 0,-0.4 0.6,-1.2 l 0.2,-0.8 -0.2,-0.2 q 0.2,-0.6 0.6,-0.4 0.2,0.2 0.4,-0.2 0.2,-0.6 0.2,-1.2 0.2,-0.8 0.2,-1.2 -0.2,-0.6 0.2,-0.6 0.4,0 0.2,0.4 -0.2,0.2 -0.2,0.2 0.2,0 0.4,0 0.4,-0.2 1.8,-2.8 1.6,-2.8 2.4,-3.8 l 1,-1.2 -0.6,1.4 -0.4,1.2 0.2,-0.2 q 0.6,-0.4 0.8,-0.2 v -0.6 l 0.2,-0.4 q 0.2,0.6 0.4,0.2 0.4,-0.4 0.6,-0.4 0.2,0.2 0.6,-0.4 0.6,-0.6 1.6,-2.4 0.6,-1 1,-1 0.6,0 0.4,-0.4 -0.2,-0.6 0.4,-0.4 0.8,0.2 0.4,1 -0.2,0.6 -0.2,1 0.2,0.8 -0.8,1 v 0.4 q 0.2,0.8 -0.4,1 -0.6,0.2 -0.6,0.6 0,0.2 0.4,0 l 0.2,0.2 q -0.2,0.4 -0.4,1.2 0,0.6 -0.2,1 0,0.4 -0.6,0.2 -0.4,-0.4 0,0.2 0.4,0.4 -0.2,0.8 l 0.2,0.2 q 0.6,-0.4 0.8,-0.2 l 0.2,-0.2 q -0.4,-0.4 0.2,-1.4 0.8,-1 1.4,-1 0.4,0 0.4,-0.4 0,-0.4 0.4,-0.4 0.4,0 1.6,-1 1,-0.6 1,-0.2 -0.2,0.6 0.2,0.8 0.4,0.2 -0.2,0.6 -0.6,0.2 -0.8,1 -0.4,0.4 -0.4,0.4 0.2,0 0.8,-0.2 2,-1.2 2.2,0 0.2,0.4 -0.4,1 -0.4,0.6 -0.6,1 h 0.2 q 0.4,-0.6 1,-0.6 v 0.2 q -0.8,0.2 -1.2,1.8 -0.2,0.4 0.2,0.4 0.8,0 1.6,-1.8 0.4,-1.2 0.8,-1.4 0.6,-0.2 0.6,-1 0,-0.4 0.6,-1.4 0.8,-1 1.4,-1 0.4,0 0.4,0.6 0,0.6 0.2,0.4 0.4,-0.2 0.4,0 0.2,0.2 -0.2,0.6 -0.4,0.4 -1.4,2.8 -0.8,2.2 -0.8,2.4 0.2,0 0.2,-0.2 0.2,-0.2 0.4,-0.6 0.4,-0.4 0.6,-1 1,-1.8 1,-1.8 0.2,0 0,0.6 0,0.4 -0.4,1.2 -0.2,0.6 -0.6,1.4 -0.4,1.2 -1,2.4 -0.6,1.2 -0.4,1.2 0.4,0 1.4,-2.2 1,-2.2 1.2,-2.2 0.4,0 -0.4,1.4 -0.6,1.2 -0.6,1.8 l 0.8,-1 q 0.6,-1.2 1,-1.2 0.4,0 -1,3.2 -1.4,2.8 -2,4.4 -0.4,1.4 -2.4,7 -5.2,15 -6.6,21.6 z m 3,-36.4 q 0,0 0,0.4 0.4,-0.2 1,-1.4 0.6,-1.4 1.2,-1.8 0.6,-0.6 0.6,-0.8 0,-0.4 -0.8,0.4 -0.6,0.8 -0.6,0.6 0,-0.4 -0.8,0.6 -0.6,0.8 -0.4,1.2 0.2,0.4 -0.2,0.8 z m -2.6,29.6 q 0,0 0.2,0.2 0.4,-0.4 0.2,-0.6 -0.2,-0.2 -0.4,0.4 z m -44,-13 q 0.2,0.4 -0.2,0.4 -0.2,0 0,0.6 0.2,0.4 1,-1.4 0.2,-0.6 0.6,-1.4 1.2,-3.2 1.2,-3.4 0.2,-0.4 0.6,-1 h -0.4 q -0.6,0.6 -0.6,0.2 l -0.6,1 h 0.4 q 0.2,-0.6 0.2,0 0,0.4 -0.4,1 -0.2,0.4 -0.2,0 0,-0.6 -0.4,0 -0.2,0.4 0,1 0.2,0.6 -0.2,0.6 -0.4,0 -0.4,0.6 0.2,0.4 -0.4,0.8 -0.4,0.4 -0.2,1 z m -4.4,12.8 q 0.2,0.4 0.2,0.4 0.2,-0.2 0.2,-0.8 l -0.4,-0.4 q -0.2,0.4 0,0.8 z m 2.6,-6.8 q 0,0.8 0.4,-0.4 0.6,-1.2 0.6,-1.4 0,-0.4 -0.6,0.2 -0.4,0.6 -0.4,1.6 z m 0.2,-24.4 q 0,0 -1,2.6 0.2,-0.4 1.4,-2.4 l 0.8,-1.8 q -0.4,0.2 -1.2,1.6 z m -1.8,-0.6 q 1,-1.6 0.8,-1.6 -0.2,0 -1.2,1.6 -0.8,1.4 -0.8,1.8 0,0.4 0.6,-0.6 0.2,-0.4 0.6,-1.2 z m -25.6,73.6 q -0.2,0.2 -0.2,0.4 0,0.4 0.2,0.4 0,-0.4 0,-0.8 z m 0,4.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-11.8 q 0,0 0.2,0.4 0.2,-0.2 0,-0.6 z m 0.2,44 q 0.2,-0.8 0,-1.6 v 0.2 0.6 q 0,0.8 0,0.8 z m -0.2,-60.4 q 0.4,0.4 0.8,0.2 0,-0.4 -0.6,-0.6 -0.4,-0.2 -0.2,0.4 z m 0.6,-3.6 q 0.2,0.2 0.2,0.2 0.2,0 0.2,-0.2 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 z m 0.8,68.6 q 0,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.4 z m 1.2,-2 q 0.2,-0.4 0,-0.8 -0.2,0 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.2,-2.4 q 0.2,-1.2 -0.2,-1.6 -0.4,-0.6 -0.4,-0.2 0,0.2 0.2,1.4 l 0.2,1.6 z m 2.2,-12.6 q 0.2,-0.4 0,-1 -0.2,0.2 -0.2,0.6 0.2,0.2 0.2,0.4 z m 0,-2.6 q 0.2,-0.2 0,-0.8 l -0.2,0.4 z m 1.4,18.8 q 0.2,0.6 0.2,1.4 0,0.8 0.2,0.8 0.2,0 0,-1.4 0,-1.6 -0.4,-1.6 -0.2,0 0,0.8 z m 0.8,4.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 1.6,-5.8 q 0.2,-0.6 0,-1.2 0,0.2 0,0.6 0,0.4 0,0.6 z m 0.4,-22.8 q -0.2,0.6 0.2,0.2 0.4,-0.4 0.2,-0.6 -0.2,-0.2 -0.4,0.4 z m 2.8,14 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0,0.2 0.2,0.4 z m 0,-2.2 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 3.2,-95.2 q -0.4,0.2 -0.4,0.4 0,1 0.4,-0.2 z m -0.2,64.6 q 0.2,-0.6 0,-1.4 -0.2,0.2 -0.2,0.6 0.2,0.8 0.2,0.8 z m -0.8,20.6 q 0.2,0.2 0.2,-0.2 0,-0.4 -0.4,-0.4 -0.4,-0.2 0,-1 0.6,-1 0.2,-2 -0.2,-0.8 -0.2,-1.8 0,-1.2 0.2,-1.6 0.2,-0.4 0,-3.6 0,-3.4 -0.2,-3.6 l -0.2,1.8 q 0,2 -0.2,2.6 -0.2,0.4 0.2,0.8 0.4,0.2 0,0.6 -0.4,0.4 -0.4,5.8 l 0.2,4 z m 0.2,-14.2 q 0,0.2 0.2,0.2 0.2,0 0.2,-2.4 l -0.4,-1.6 q -0.2,0.8 0,2.2 0,0.2 0,0.6 0,0.4 0,0.6 0,0.2 0,0.4 z m 0,-5.2 q 0,0.2 0.4,0.2 0.4,0 0.4,0 0,-0.2 -0.4,-0.4 -0.4,-0.2 -0.4,0.2 z m 1,-5.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 2,-62.8 q 0,0 -0.2,-0.2 -0.4,0.2 -0.4,0.4 0,1 0.6,-0.2 z m 2.8,-5.4 q 0,0 0,-0.2 -0.6,0.4 -0.6,0.2 0,-0.4 -0.6,0.4 -0.4,0.6 -0.4,1 l 0.4,-0.4 q 0.4,-0.6 0.6,-0.4 0.2,0.2 0.6,-0.6 z m 1,47.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 3.4,17.8 q 0,0 1.2,0 v -0.2 q -1,0 -2.2,0 -0.4,0.2 0,0.2 0.2,0 1,0 z m 4,0 q 0,0 0.4,0 -0.4,-0.2 -0.8,0 0.2,0 0.4,0 z m 22.4,-20 q 0.2,0.2 0.6,0 0.4,-0.4 0.2,-0.6 -0.2,-0.4 -0.6,0 -0.4,0.2 -0.2,0.6 z m 1.8,-11.2 q -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 0.2,-0.4 0,-0.8 z m -0.8,5.8 q 0.4,0.2 0.4,0.2 0,0 0,-0.8 0,-1 -0.2,-1 -0.2,0 -0.4,0.6 0,0.6 0.2,1 z m 0.8,-4.4 q -0.2,0 -0.4,0.4 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 z m 0.4,57.6 q 0.2,-0.6 0,-1 -0.2,0.4 -0.2,0.4 0,0.4 0.2,0.6 z m 0,-2.8 q 0.2,-1.6 0,-3 -0.2,0.8 -0.2,1.4 l 0.2,1.8 z m -0.2,-48.4 q 0.2,-0.2 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.4 0,0.2 0,0.4 0.2,0 0.4,0 z m 0.2,-8.6 q 0.2,0.2 0.4,0 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.4 0.2,0.6 z m 3,57.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.4,7 q 0.2,0.6 0.2,0.6 0.2,0 0.2,-2 l -0.2,-1.4 q -0.4,0.8 -0.4,1.6 0.2,0.6 0.2,1.2 z m 2,-80.8 q 0,-0.2 0,-0.4 0,-0.4 -0.2,0.2 -0.2,0.2 -0.2,0.6 l -1,1 v 0.4 q 0.2,0.4 0.4,0.4 0.4,-0.2 0.4,-0.8 0,-0.4 0.2,-0.4 0.4,0 0.4,-1 z m 1.8,-4.4 q 0.8,-2.6 1.2,-3 0.4,-0.4 0.6,-1.2 l -0.2,-0.6 q -0.2,0.2 -1.6,3.6 -1.4,3.2 -1.6,3.8 0,0.8 0.2,0.6 0.2,-0.4 1.4,-3.2 z m 0.4,98 q 0,0.4 0.2,0.4 0.4,0 0.4,-0.6 0,-0.2 -0.2,-0.4 0,-0.2 -0.2,0 -0.2,0 -0.2,0.6 z m 0.2,-4 q 0.2,-0.4 0.4,0.2 0.4,0.4 0.4,-0.4 0,-0.2 -0.2,-0.4 -0.4,-0.2 -0.6,0.6 z m 0.8,1.2 q -0.2,0.6 0,0.6 0.4,0 0.4,-0.6 0,-0.6 -0.2,-0.6 0,0 -0.2,0.6 z m 0.8,-101.4 q 0.4,0.6 0.6,0.4 0.2,-0.2 -0.4,-0.6 -0.4,-0.4 -0.2,0.2 z m 1.6,98.4 q -0.2,0.2 -0.2,0.4 0,0.4 0.2,0.4 0.2,-0.4 0,-0.8 z m 0.8,-20.6 q 0.2,-0.8 0,-2.4 -0.2,-1.2 -0.2,-1.2 l -0.2,1.8 z m 0.4,-82.6 q 0,0 -0.2,-0.2 -0.2,0.2 -0.2,0.4 0,1.2 0.4,-0.2 z m 1.2,63.4 q -0.2,0.2 -0.2,0.4 l 0.2,0.4 q 0.2,-0.4 0,-0.8 z m -0.2,23.8 q 0.4,-0.4 0.2,-1 l -0.4,0.4 z m 0.2,-17.2 q 0.4,-1.6 0,-2 l -0.2,1.4 v 2.2 z m 4.8,-30.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0,0.4 0.2,0.4 z m 10.6,8.4 q 0,0 0.2,0.2 l 0.6,-0.2 q -0.2,-0.2 -0.8,0 z m -3.4,0.8 q 0,0 2.4,-0.4 0.6,-0.2 -0.6,0 -1.2,0.2 -1.8,0.4 z m -6.8,-12.6 q 0,0 0.2,0.6 0.2,-0.2 0,-0.8 z"/><path fill="#ffffff" d="m 608.20031,72 q 0,0.2 0.4,0.8 0.4,0.4 -0.2,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 l -0.2,0.2 q -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.2 l -1.6,0.2 -1.4,0.2 q 0.4,0.2 0.2,0.6 -0.2,0.2 0.2,0.2 0.4,0 0.4,0.4 0,0.4 -1,0.2 -4.8,-1.2 -5.4,-0.4 l 1,0.2 q 1.2,0 1.4,0.4 0.2,0.2 1.4,0.6 l 0.2,0.2 q -1,0.2 -1.2,-0.2 -0.8,-0.8 -3,-0.4 -0.6,0.2 -0.6,0.4 0.2,0.2 1.2,0.2 1.2,-0.2 1.2,0.2 0,0.2 2.8,0.4 4.2,0.4 4,1.2 -0.4,0.4 -0.8,-0.2 l -0.2,-0.2 q 0,0.4 -2.2,0.4 -3.8,0 -3.2,0.2 0.2,0 0.8,0.2 0.8,0.2 -0.2,0.2 -0.8,0 -2.4,0 -4,0.2 -5.4,0.4 -3.6,1 -11,2 -2.4,0.4 -10.2,2.6 -7.8,2.2 -8.4,2.8 -0.2,0.2 0.6,5.8 1.4,10.6 1.4,21.2 0,3.4 0.4,3.4 4.2,-1.6 9.2,-2.4 1,-0.2 1,0.2 0,0.2 0.8,0.2 0.8,0 0.2,-0.4 -0.6,-0.2 -0.6,-0.2 0,0 0.6,0 0.8,0 0.8,0.4 l 0.2,-0.2 q 0.2,-0.6 6.8,-0.4 6.6,0 7.8,0.8 1.4,0.6 1.6,1 0.2,0.4 -0.2,0.4 -0.2,-0.2 -0.4,-0.2 -0.8,-0.2 -2.6,-0.4 -1.2,0.2 -1.2,0.4 0.4,0.6 1.4,0.4 1,-0.2 3,0.4 2,0.4 2,0.8 0.2,0.4 -0.4,0.6 -0.6,0 -2.6,0 -3.2,0.2 -5.2,0.4 -1.8,0.2 -0.2,0.2 0.8,0 2.2,0 4,-0.2 5,0.4 1,0.4 1,0.8 0,0.2 0.8,0.4 0.8,0 0.8,1 0,1 -0.8,1.2 -1.2,0.2 -1.4,0.4 0,0.2 0.4,0.6 0.6,0.4 1.2,0.2 v 0.2 q -0.4,0.6 -2.4,0.8 -0.8,0.2 -0.6,0.4 0.4,0.2 -0.2,0.2 -0.2,0 -0.6,0 -1.4,-0.2 -1.4,0.2 0,0.2 -0.4,0 -0.2,-0.2 -0.4,0.2 h 2.6 q 1.2,0 2,-0.2 0.6,-0.2 0.6,0 0.2,0 -0.2,0.2 -0.4,0.6 -1.6,0.6 l -4,1 h 0.2 q 0.6,0 3.8,-0.4 h 0.2 0.2 l 0.2,-0.2 4,-0.4 q -0.6,0.4 -1.8,0.6 -1,0 -1.4,0.4 -0.2,0.4 -1.6,0.4 -1.4,0 -1.4,0.4 0,0.4 0.8,0.2 l 5,-0.4 q -0.6,0.2 -0.6,0.8 0,0.4 -1.4,0.8 -1.6,0.6 -0.2,1 1.6,0 -0.8,0.8 -2,0.8 -6.2,1.8 -22.2,5.6 -25.2,7.4 -0.8,0.4 -0.8,1.2 0,0.6 -0.2,1.4 -0.2,1 -0.8,5.4 -0.4,4.6 -1.4,9.8 -1,5 -1,5.4 0,0.2 0.6,-0.2 0.6,-0.4 2,-0.6 1.6,-0.2 2.6,-0.6 1.2,-0.6 1.6,-0.4 0.4,0.2 2.8,-0.2 2.6,-0.4 3,-0.8 h 0.2 q -0.2,0.4 3.2,0.4 3.6,0 4.2,0.2 0.6,0.2 2.6,0.6 4.2,1.2 6.2,2.2 1.2,0.6 3.6,1 1.6,0.8 1.6,1.4 -0.2,0.4 -1.8,-0.2 -1.6,-0.6 -1.8,-0.4 -0.2,0.2 2.4,1 l 2.8,0.6 q -0.2,0 -0.6,-0.2 -1.2,-0.6 -0.4,-0.8 1.6,-0.6 6.6,3.6 2.6,2.4 2.2,2.6 0,0 -1,-0.8 -1,-0.8 -1.4,-0.6 -0.2,0 0.6,0.8 0.8,0.6 0.4,1.2 -0.6,0.6 0,0.8 0.2,0 0.6,-0.2 0.4,-0.4 1.6,0.8 l 0.8,1 q -0.6,-0.4 -1.2,0 -0.4,0.2 0.6,0.8 l 0.8,0.2 q 0,-0.2 0,-0.4 0.2,-0.2 1,0.6 1.2,1.6 0,2.4 -0.2,0.4 -0.4,0.8 0,0.4 0,0.8 0,0.2 0.2,0.2 0.4,0 0.4,0.8 0.2,0.6 -0.2,1 -0.4,0.2 -1.4,0 -1,-0.2 -1.6,0 -0.6,0 -1.2,-0.4 -0.4,-0.4 -0.4,0 0,0.2 -1,0.2 l -0.2,0.2 q 0.8,0.2 1.6,0.2 0.6,0.2 0,0.4 -0.2,0 -0.8,0 -1.4,0.4 -2,0.2 -0.4,-0.2 -0.4,0.2 0,0.2 1.2,0.6 1.2,0.2 0.2,0.4 -0.8,0 -0.2,0.4 1,0.6 -1.8,0.8 -1.4,0 -1.4,0.4 0,0.4 -0.4,0.4 -0.8,0 -4.6,-0.2 -10.6,-1.2 -24.4,1.4 -6.6,1.2 -10.2,2.4 -2.8,1.2 -3.6,1.8 -0.8,0.4 -1,1.2 -0.2,1.2 -1.6,4.8 -1.2,3.6 -1.6,4 l 0.2,-1.4 q 1.2,-4 1,-4.4 l -0.6,0.8 q -0.6,1.2 -0.6,0.4 0,-2 -0.8,0.4 -0.2,0.4 -0.4,0.8 l -1,2.2 q 0,-0.2 0,-0.6 0,-1 -0.4,-1.8 l 0.2,-0.6 0.2,-0.8 q 0,-1 -0.4,-1 -0.6,0 -3.4,2.6 -1,0.8 -1.2,0.6 -0.2,-0.2 -0.4,0.2 l -0.2,-0.2 q 0,-0.2 0.2,-0.4 0.2,-1.2 0,-1.2 -0.4,0 -1.6,1.4 -1,1.2 -1.2,1.6 -0.2,-0.4 -0.2,-0.8 -0.2,-1.6 0,-2 0.2,-0.2 0.6,-2.2 0.4,-2.2 0.4,-2.8 0,-0.4 -0.8,0 -0.8,0.4 0.2,-0.4 1.2,-0.8 1,-1 -0.2,-0.2 -1.8,1 -1.4,1 -1.4,1.2 l -1.6,2.2 q 0,-0.2 0.6,-1.4 0.2,-0.6 0,-0.6 -0.6,0.6 -0.8,0.4 0,-0.2 0.4,-0.8 l 0.2,-0.4 q -0.4,0.2 -0.4,0 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.6,-0.4 -0.6,-1.2 -1,0 v 0.2 q 0.6,-0.2 0.6,0.4 0,0.4 -0.6,1 -1.8,1.2 -1.8,0.6 0.2,-0.6 0.6,-0.6 h 0.2 q -0.4,-0.2 0.2,-0.8 h -0.2 q -0.2,0.2 -0.4,0.4 -1.2,1 -1.4,0.8 -0.2,-0.4 1.6,-2.2 1.6,-1.8 0.6,-1.8 -0.2,0 0,0.4 0,0.2 -0.2,0.2 0,0 -0.2,0 -0.2,-0.2 0.2,-1.2 0.6,-1 1,-1 0.4,0 0.2,-0.6 -0.2,-0.6 0,-0.8 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.6 0.4,-0.6 0.6,0 0.6,-0.4 0,-0.6 1.2,-1.6 1.2,-1 1,-1 -0.4,0 -2.4,1.6 -2.2,1.6 -3.2,2.2 -0.8,0.6 -0.8,0.8 0.2,0.2 -0.6,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.4,-0.6 0.8,-0.8 0.2,-0.2 0.2,-0.6 0,-0.4 -0.6,0 v -0.2 q 0.8,-0.8 1,-0.6 0.2,0.2 2,-1.6 1.2,-1 1.6,-1.4 l -1.4,0.8 q -1,0.8 -1.2,0.8 -0.2,-0.2 1.8,-2.2 l 1.4,-1.6 q -0.8,0.4 -3.4,3 -3.2,3.2 -3.4,2.6 -0.4,-0.8 0.4,-2 0.8,-1.2 4.2,-5 l 0.8,-1 q 0,0 -0.4,0.4 -2.8,2.6 -4.8,5.2 -1.4,1.8 -1.4,1.2 0.2,-0.4 0.8,-1.6 1,-1.6 4.4,-5 3.6,-3.6 6.8,-5.8 3.4,-2.6 3.6,-3 0.2,-0.6 1.4,-11.6 1.2,-11 1,-11.2 0,0 -1.8,1.2 -1.8,1 -2,0.8 0,0 0.2,-0.2 0.2,-0.4 0.6,-0.6 0.6,-0.4 1.2,-0.8 l 1.8,-1.8 q -0.2,0 -1.2,0.8 -1,0.6 -1.4,0.4 -0.4,-0.2 -0.4,0.4 0,0.2 0,0.4 0,0 -0.2,0 -0.4,-0.2 -1.8,0.6 l -1.2,0.6 q 0.2,0 0.6,-0.6 0.8,-0.8 2.4,-1.8 1.6,-1.2 1.6,-1.8 0,-0.6 0,-0.6 0.2,-0.2 0.4,-0.2 0.6,0 0.6,-0.2 0.2,-0.2 0,-0.4 -0.2,-0.2 -1.4,0.2 -1,0.4 -1,0.8 l 0.4,-0.2 q 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 -0.8,0.2 -0.6,-0.2 -3.4,2 -2.6,2 -3.2,2 -0.4,0 1.6,-2.2 2.8,-2.6 2,-2.6 -0.2,0 -0.4,0.2 l 0.6,-1.2 q 0.6,-0.6 0.4,-0.6 -0.2,0 -2,1.6 -3,2.2 -4.2,3.6 -1,1.2 -1.4,1.2 -0.2,0 0.2,-0.4 0.4,-0.4 0.4,-0.6 0,-0.4 -0.6,0.4 -0.6,0.8 -0.6,0.2 0,-0.6 0.4,-1 v -0.2 q -0.4,0.2 -0.4,0 -0.2,-0.2 0.8,-1.2 0.8,-1 0.8,-1.2 0,-0.2 0.8,-1.2 1,-1 0.4,-1 l -0.4,0.2 -0.6,0.6 q -1,0.6 -1.2,0.4 -0.2,-0.4 1.8,-3 1,-1.2 1,-1.6 0,-0.4 1.8,-2.4 l 1,-1.4 q -0.2,0.2 -0.6,0.6 -2.2,1.6 -7.2,7 l -1,1 q 0,0 0.4,-0.6 0.6,-1.2 2,-2.8 1.4,-1.6 2,-2.8 l 0.6,-1.2 -2.2,2 1,-1.4 q 1,-1.4 3.2,-3.6 2.4,-2.2 2.2,-2.4 l 0.2,-0.2 q 0.2,0.2 2.6,-1.6 2.4,-2 2.2,-2.2 0,-0.4 1.4,-1.4 1.6,-1 1.8,-1 l -1.4,1.2 -1.4,1.2 q 0.4,0 1.8,-1.2 l 1.6,-1 -0.2,-13 q -0.4,-17.8 -0.8,-20 l -0.4,-1 q 0,0.4 -0.4,0.4 -1.4,-0.2 -1.4,0.6 0,0.4 -0.4,0.4 -0.4,0 -0.8,0.6 -0.2,0.6 -0.4,0.2 -0.8,-1.2 -1.8,-0.4 -0.4,0.4 -0.4,0 0,-0.6 0.6,-1.6 v -0.4 q -1,0.8 -1,0.6 0,-0.2 0.4,-0.8 0.8,-0.8 0.4,-1 0,0 -0.6,0.4 -0.2,0.2 -0.2,0 0,-0.2 0,-0.4 0,-1 1.8,-2.6 2,-1.8 1.6,-1.8 -0.4,0 -1,0.6 -0.4,0.4 -1.4,1.2 -0.2,0.2 -0.2,0.2 0,-0.2 1.2,-1.4 1.8,-2 1.6,-2 -0.2,0 -2,1.6 -1.8,1.6 -2.2,2.2 -0.6,0.8 -0.6,0.6 0,-0.2 0,-0.6 -0.2,-0.8 -1.4,0.4 -0.2,0 -0.6,0.4 l -1,0.8 q 0.2,-0.2 1.4,-1.4 2,-1.8 2.2,-1.6 0.4,0 0.4,-0.4 0,-0.4 1.2,-1.6 1.2,-1.4 1,-1.4 -0.4,-0.2 -2.4,1.6 -4.2,4 -4.2,2.8 0.2,-0.4 0.4,-0.6 0.2,-0.6 0.2,-0.6 0,-0.2 -0.6,0.2 -0.4,0.4 -0.4,0.4 0,0 0.2,-0.4 0.2,-0.6 0.2,-0.8 h 0.2 q 0.4,0.2 1,-0.6 l 0.6,-0.8 -0.8,0.6 q -0.8,0.8 -0.8,0.6 0,-0.4 2.2,-2.4 2.2,-2.2 0.6,-1 -1.4,1.2 -2.6,2 -1.2,0.8 -1.4,1.4 l -0.4,-0.4 q 0,-0.8 2.6,-3.8 2.8,-3.2 5.4,-5.2 l 2,-1.8 -0.2,-1.6 q -0.2,-1.8 -0.8,-4.4 -0.4,-2.4 -0.6,-3.2 -0.2,-0.8 -0.6,-2.6 -0.4,-1.8 -0.6,-2.4 0,-0.8 -0.2,-1.2 -0.2,-0.6 -0.6,-3.2 -0.8,-3 -0.2,-2.8 0,0 0.4,0.4 0.2,0.6 0.6,0.4 v 1.2 q 0,0.2 -0.2,0.4 -0.2,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 v -1 q 0,-1.2 0.2,-1.6 0.4,-0.6 0,-1 -0.2,-0.4 -0.4,0.4 l -0.2,-0.2 q 0.2,-0.6 0.8,-0.4 0.8,0 0.8,-1 -0.2,-0.4 -0.4,-0.4 l -0.2,0.2 q 0,-1.2 0.6,-1.4 l 0.2,-2 q 0.2,-2 0.4,-2 0.2,0 0.2,0 0.2,-0.2 0.2,-0.2 -0.2,-0.4 0,-0.6 0.2,0 0.2,0.2 0.2,0.2 0.2,0.6 0.2,0.2 0.4,0.6 0.4,1.6 0.6,2.2 l 0.2,-0.2 q -0.2,-0.6 -0.2,-0.6 0.2,-0.2 0.6,0 0.4,0.2 0.6,1 l 0.2,-0.2 q 0,-0.8 0.6,-1.2 0.6,-0.4 0,-2.8 -0.4,-2.6 -0.2,-2.4 0.4,0 1.2,3.4 0.8,3.2 1.4,4 0.4,0.8 0.4,0.4 0,-0.4 -0.2,-1.8 -0.2,-2.2 -0.6,-3 -0.2,-0.8 -0.2,-1.4 0,-0.8 0.4,0.4 0.4,1 0.8,2.6 0.4,2.4 1.2,3.8 l 0.8,1.6 -0.4,-1.4 q -0.2,-1.4 -0.2,-2.2 0,-1 -0.2,-1 -0.2,0 -0.2,-0.6 0,-0.8 0.2,-0.8 0.4,0 0.4,0.8 0.2,0.8 0.2,1.4 -0.4,0.6 0.2,1.2 0.6,0.4 0.4,0.8 -0.2,0.2 -0.2,0.2 0.2,0 0.4,0 0,-0.2 0.2,0 0.2,0.2 0.4,0.8 0.2,0.4 0.4,1 l 0.6,1.6 q 0.2,-2 -1.2,-5.2 -0.2,-0.6 0.4,-0.4 h 0.4 q -0.2,-0.4 0.2,-0.4 0.6,0 1.2,1.8 l 0.8,2 q 0,-1 -1,-4.2 -0.4,-1.2 -0.4,-1.2 0,-0.2 0.6,-0.2 0.8,0 1.6,2.8 1.6,6.4 2.4,13.4 0.4,2.2 0.8,2.4 0.4,0.2 2.6,-0.8 2.4,-1 2.4,-1.2 0,-0.4 0.4,-0.4 0.2,0 5,-1.4 4.8,-1.6 6.4,-2.2 0.6,-0.2 1.2,-0.2 0.4,0 3.4,-0.2 6.2,-0.4 13.4,-0.6 4.8,-0.2 5.4,0.4 0.6,0.6 0,0.6 -0.2,0 -0.8,0 -1.4,0 -1.4,-0.2 0,-0.2 -3.8,0 -3.8,0 -4.2,0.6 -0.4,0.2 -0.4,0.4 0.2,0 0.8,-0.2 0.6,-0.2 2.6,-0.2 2.2,-0.2 2.6,0 0.4,0.2 3.8,0.4 3.4,0 3.6,0.2 l -0.6,0.2 q -0.6,0 -1,0.4 -0.2,0.2 -1.2,0.2 -1,0 -2.8,0 h -1.8 l 2,0.6 q 1.8,0.4 2.4,0.8 0.6,0.2 2,0.2 l 1.2,0.2 q -0.2,0.2 -2.4,0.4 -2,0 -3,0.2 -0.8,0.2 -0.4,0.2 0.2,0 1,0.2 1.6,0 1.8,0.6 0.4,0.4 1,0 1.4,-1.2 3,0.4 0.4,0.4 0.8,0.4 l -0.2,-0.4 q -0.4,-0.2 -0.4,-0.2 0.2,-0.2 0.8,0 l 0.8,-0.2 q -0.2,-0.2 0,-0.2 0.4,-0.2 1,0.2 0.6,0.2 0,0.6 -0.4,0.2 0.2,0.4 0.2,0.2 0.2,0.8 0,0.4 -0.4,1 -0.4,0.4 -0.8,0.4 -0.4,0 -0.4,0.4 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -0.8,0.4 -0.8,0 -0.4,0.4 0.4,0.4 0.2,0.6 -0.2,0.2 -0.8,0 -0.4,-0.2 -0.4,0 0,0.2 1.6,0.8 1.8,0.4 1.6,0.8 z m -66.2,-11.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.4,-4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m -4.2,28.6 q 0.2,0 0.8,-0.6 0.6,-0.8 0.4,-0.8 -0.2,0 -0.8,0.8 -0.6,0.6 -0.4,0.6 z m 0.8,3 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m 3.2,-4.2 q 0,0 0.4,-0.2 0.6,-0.2 0.6,-0.4 0,-0.4 -0.6,0 -0.4,0.4 -0.4,0.6 z m 0,9.8 q 0,0.2 0.2,0.2 0.4,0 0.6,-0.2 0,-0.2 0,-0.2 0,-0.2 -0.2,-0.2 -0.6,0 -0.6,0.4 z m -2.2,51.4 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m -9,41 q 0.6,-1 0.4,-1 0,0 -0.8,1 -0.8,1 -0.4,1 0.2,-0.2 0.8,-1 z m 3.8,-3.8 q 0.2,-0.6 -0.2,-0.2 -0.4,0.4 -1,1 l -1.2,1.2 1.2,-0.8 q 1,-0.8 1.2,-1.2 z m 6.8,-5.6 q 0.4,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.8,-0.6 z m 0,3.6 q 0.8,-0.4 0.4,-0.6 -0.2,-0.4 -1.8,1 -1.6,1.4 -3.2,2.4 -1.4,1 -1.4,1.2 0,0.4 3.2,-1.8 2.4,-1.8 2.8,-2.2 z m 1.8,17.8 q 0.6,-1.2 0.4,-1.2 -0.2,-0.2 -0.6,0.2 -0.4,0.2 -0.6,0.8 -0.2,0.6 -0.2,1 0,0.4 0.2,0.4 0.2,0 0.8,-1.2 z m 2.2,-2.2 q 0.2,0.4 0.4,0 0.2,-0.6 -0.4,-0.4 -1.4,0.2 -1.4,1.6 0.2,0.8 0.6,-0.4 0.6,-1.2 0.8,-0.8 z m 2,4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.6,-148.8 q 0.2,-0.4 -0.2,-0.6 -0.4,-0.2 -0.4,0.4 0,1 0.6,0.2 z m 0.2,3.4 q 0,0.2 0.2,0.2 0.4,0 0.4,-0.4 0,-0.6 -0.4,-0.4 -0.2,0.2 -0.2,0.6 z m 0.8,5 q 0.2,-0.2 0.2,-0.6 l -0.4,0.2 z m 1.4,137 q 0.4,0.2 0.4,0 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.2 0.2,0.6 z m 0.4,-1.4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m 2.8,-141.2 q 0,0 -0.2,-0.8 l -0.4,-0.4 z m 0.4,136.8 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.4,-0.4 -0.2,-0.2 -0.6,0.2 z m 1,-133.6 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 50,123.4 q -0.2,-0.4 -0.6,-0.4 -0.4,0 0.2,0.6 0.4,0.6 0.6,0.2 0,0 -0.2,-0.4 z m -1.2,-5 q 0.2,-0.2 -0.6,-0.6 -0.6,-0.6 -0.8,-0.4 0,0.2 0.6,0.8 0.6,0.4 0.8,0.2 z m -2.6,-0.4 q 0,0 0,0.2 0.8,0.2 0.8,0 -0.2,-0.4 -0.8,-0.2 z m -1.8,-1.8 q 0.2,0 -0.2,-0.4 -0.2,0 -0.4,-0.2 -1.2,-0.6 -1.6,0 0.4,-0.2 1,0.2 0.6,0.4 1.2,0.4 z m -0.8,-1.4 q 2.2,1.2 2.2,1 0,-0.2 -1.6,-1.2 -1.4,-1 -2.2,-1.2 l -0.6,-0.2 q 0.2,0.4 2.2,1.6 z m -1.6,-3.2 q -0.2,-0.2 -1.2,0 -0.8,0.2 0,0.4 0.6,0.2 0.6,0 -0.2,-0.2 0.2,-0.2 z m -3.6,17.8 q 0,0 0.2,0.2 l 0.6,-0.2 q -0.2,-0.2 -0.8,0 z m -3.6,-20.4 q 0,-0.2 -1.6,-0.6 -1.6,-0.6 -1.8,-0.4 l 1.4,0.8 q 2,0.6 2,0.2 z m -5.4,-2.2 q -0.2,0 -0.4,0.4 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 z m -0.8,0.2 q 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 0,0 0.4,0 0.6,0 0.6,-0.2 z m -4.6,-0.8 q -0.2,0.2 0.2,0.2 0.2,0 0.4,-0.2 l 0.4,-0.2 q -0.6,-0.2 -1,0.2 z m -6.6,-0.6 q -0.4,0 -0.2,0.2 0.2,0 0.6,0 0.4,0 0.6,-0.2 -0.4,-0.2 -1,0 z m -10.2,-18.8 q 0.2,-0.4 0,-1.2 -0.2,-0.2 -0.2,0 0,0.2 0,0.6 0,0.4 0.2,0.6 z m 28.4,-15.2 q -0.2,0.2 0,0.2 0.2,0 0.6,0 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m 4.8,-6.8 q 0.2,0.2 0.6,0.2 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m -0.8,-4.6 h -1 l 1,0.4 q 0.8,0.2 0.8,0.2 l 0.2,-0.2 q 0,-0.4 -1,-0.4 z m -27,-0.6 q 0,0 0.4,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.8,0 z m 7.6,-55 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 3,-0.8 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 1.6,0 q 0.2,0 0.4,-0.2 l -0.2,-0.2 q -1.2,0.4 -0.2,0.4 z m 4.4,-0.6 q 0,0 0.6,0 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -0.6,0.4 z m 3.8,-0.4 q 0,0 -0.2,-0.4 -0.8,0 -0.8,0.4 0,0.8 1,0 z m 8.6,14 q 0,0 0.4,-0.2 -0.4,0 -0.8,0 0.2,0.2 0.4,0.2 z m 0.4,-11 q 0.8,0.2 1.8,0.2 1.2,0 1.2,-0.2 0,-0.2 -2.2,-0.2 l -1.4,0.2 q 0.2,0 0.6,0 z m 2,10.8 q 0,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0,0.2 0.4,0.2 z m 3.4,0.8 q 0,0.2 0.2,0.2 0.2,0 0.2,-0.4 0,-0.6 -1.2,-0.6 -1.2,-0.2 -1.2,0 0,0.4 1.6,0.4 0.4,0 0.4,0.4 z"/><path fill="#ff7a1a" d="m 758.00049,60.4 q 0,0.4 0.2,0.2 0.4,-0.2 0.6,0.2 0.2,0.4 -0.2,0.6 -0.4,0.2 -0.4,-0.2 h -0.2 q -0.4,0.6 -1,0.4 -0.4,-0.2 -0.4,0.2 0,0.2 -0.6,0.2 -0.6,-0.2 -1.4,0 l 0.2,0.4 q 0.8,0.2 0.4,0.2 -0.2,0 -0.8,0 -1,0 -1,-0.2 0.6,-0.4 0,-0.4 -0.4,0 -0.8,0.8 -0.4,0.6 -2,1 -1.6,0.4 -1.8,0.6 h 2 q 0.8,-0.2 1.6,-0.6 2,-0.4 3,-0.4 1.4,0 0,0.4 -0.4,0 -1,0 -1.2,0.2 -1,0.8 0.2,0.4 -0.6,0.2 -0.4,0.2 -0.6,0.2 0.2,0.4 0.8,0.4 0.6,-0.2 1,0.2 0.6,0.4 -0.2,0.6 -0.6,0.2 -1.4,0 -0.8,-0.2 -3.6,1 -2.6,1 -2.4,1.2 0.2,0.2 1.4,-0.4 1.8,-0.8 2.2,-1 1,-0.4 1.2,-0.4 0.2,-0.2 0.2,0.2 0,0.2 -2.6,1.2 -2.4,1 -3,1.4 -0.2,0.4 -0.2,0.4 0.2,0 0.8,-0.2 0.8,-0.4 4,-1.6 5,-1.6 4.6,-0.8 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.6 0,-0.6 0.4,-0.6 0.6,0 0.6,0.8 0,0.6 -1.4,1 -1.2,0.2 -2.8,0.8 -1.4,0.6 -1.4,0.4 0,0 -0.2,0.2 -0.2,0 -0.8,0.2 -0.4,0.2 -1,0.4 -1.8,1 -2,1.2 0,0.2 1.4,-0.2 1.2,-0.6 3,-0.8 1.2,-0.2 -0.4,0.6 -0.8,0.2 -2,0.6 -4,1.4 -5.6,2.4 -1.6,0.8 -3.2,1.6 -6.8,3.6 -11.8,10.8 -6.2,8.4 -4.8,14.8 0.4,2 0.2,2.4 v 0.2 l 1.2,1.8 q 1.4,2.8 1.2,3.4 v 0.2 q 0.4,-0.6 1.4,1 1,1.4 4,5.6 3,4 2.8,4.4 -0.2,0 -0.2,0.2 0.2,0 0.4,-0.2 0.2,0 0.8,0.8 0.8,0.8 3.6,4.4 1.2,1.6 2,2.4 3,3.4 2.8,4.4 v 0.2 q 0.2,-0.4 0.6,0.2 l 0.4,1 q -0.2,0 -0.4,-0.2 l -0.2,0.4 q 0.6,0.6 0.6,0.4 0.4,-1 1.2,0.6 0.6,1 0.2,1.6 -0.2,0.4 0,0.6 0.4,0.2 0.6,-0.2 0.2,-0.4 0.4,0.2 0.4,0.4 0,0.6 -0.2,0 -0.2,0.6 0,0.6 0.2,0.2 0.4,-0.6 0.8,0.2 0.6,0.6 0.4,1.2 -0.2,0.6 0.4,0.6 0.8,0 1.4,3 0.2,0.6 0.8,2.4 2.4,6.2 2.4,13.2 v 5.6 l -1.6,3.2 q -1.4,3.2 -1.2,3.6 0.2,0.2 -0.2,0.4 -0.2,0 -1.8,3.4 -1.6,3.2 -1.6,3.8 0,0.4 -0.8,1.2 -0.8,0.8 -0.6,1.2 0,0.2 -0.2,0.4 0,0 -0.2,0 -0.6,0 -0.6,-0.6 0,-0.8 -0.8,-0.2 -0.6,0.4 -1.4,1.6 -1,2 -1,1 0.2,-0.4 0.4,-1.2 1.8,-3.2 1.6,-3.2 -0.2,0 -1.4,2 -1,1.8 -1.2,1.8 0,0 0.2,-0.6 0.4,-0.8 0,-0.8 -0.2,0 -0.2,0.2 0,0.2 -0.6,1 h -0.2 q 0.2,-0.6 -0.4,-0.2 -0.2,0.2 -0.6,0.6 -5.8,5.4 -18.4,8.4 -3.8,0.6 -3.8,0.4 l -1.2,-0.4 q -0.8,0 -0.8,0.2 0.8,0.2 1.2,0.2 0.2,-0.2 0.2,0 0.2,0 0,0.2 -0.2,0.4 -3.8,0.2 -1,0 -1.8,0 -0.8,0 -1.2,0 -0.4,-0.2 -0.4,-0.2 0.2,-0.2 2.6,-0.2 h 2.2 v -0.2 q -0.2,-0.4 -0.8,-0.2 -0.4,-0.2 -0.6,-0.2 l -1.2,-0.2 h -1.2 0.2 q 0.4,-0.4 0,-0.4 -0.2,0 -0.6,0 h -0.8 l -0.8,-0.4 q -0.8,0 -1.2,-0.2 -0.6,0 -1.2,0 -0.2,0 -0.4,0 0,-0.2 0,-0.4 l -0.6,-0.2 -0.2,-0.2 q 0.4,-0.2 0,-0.2 -0.2,-0.2 -0.8,-0.2 -1.2,0 -2,-0.2 l -0.4,0.2 q 0.6,0.4 0.2,0.4 -0.4,0.2 -2,-0.6 -1.4,-0.4 -1.4,-0.2 0,0 -0.6,-0.6 -1.4,-1.2 -2,-0.6 -0.2,0.2 -0.2,0.4 0,0 0.4,-0.2 l 0.4,0.2 q -0.2,0.2 0,0.2 0.4,0 1,0.6 l -3.4,-1.6 q -0.4,-0.2 -0.6,-0.4 -1.6,-1.2 -4.6,-3 -6.4,-4.2 -8.8,-7.6 l -0.8,-1.2 0.8,0.8 q 0.8,0.6 1,0.6 0.2,0 0,0.4 0,0.2 0.4,0.2 0.4,0 2.4,2.2 2.2,2.2 2.6,2.2 0.4,0 1,0.6 l -1.4,-1.4 q -2.2,-2.2 -4.2,-4.4 l -2,-1.8 q 0.2,0.2 0,0.4 0,0 -0.4,0 -0.6,-0.2 -0.6,-0.8 0,-0.2 -0.2,-0.4 0,-0.2 -0.2,-0.2 -0.4,0 -0.8,-0.4 -0.4,-0.6 0,-0.6 0.4,0 0.4,0.4 0,0.4 0.2,0.2 0.2,-0.2 -4,-6.6 -7.6,-11.4 -8.2,-14.8 -1.6,-2.6 -2.6,-5 -2.2,-5 -2.2,-7 0,-0.8 -0.2,-1.6 l -0.2,-0.8 0.4,0.8 q 0.8,1.6 0.8,0.4 0.2,-0.4 0,-0.8 -0.4,-1 0,-1 0.6,0.2 0.8,-0.6 0.2,-0.8 -0.2,-1.8 -0.4,-1.4 -0.2,-1.6 0,-0.2 0,-2.6 0,-4.8 0.6,-5 0.2,0 0.4,0.2 0,0.2 0,0.4 v 0.6 q 0.6,-0.2 0.6,-2.8 -0.2,-0.8 1,-1.4 1.2,-1 1.4,-0.8 0.4,0 0.2,1.4 -0.2,1.4 0.4,1.4 0.2,0 0.2,0.2 0.2,0 0.2,0.2 l 0.6,-0.2 q 0.6,-0.4 0.6,-0.2 0.2,0 0.2,0.4 -0.2,0.6 0.2,0.8 0.4,0 0.4,0.4 h 0.4 q 0.2,-0.4 -0.2,-0.6 -0.4,-0.4 -0.4,-0.6 0.2,-0.4 0.4,0 0.4,0.2 0.4,-0.4 0.2,-0.6 0.4,-2 0.4,-1.6 0.2,-2.2 0,-0.6 0.2,-0.8 0.2,-0.2 0.8,-0.2 0.6,0.2 0.4,0.4 -1,1.8 -0.4,1.6 v 0.6 q -0.4,0.6 0,0.8 0.6,0 1.2,-0.8 0.8,-1.4 1,-0.8 0.2,0.4 -0.4,1.2 -0.4,0.8 -0.4,1.6 0,0.4 0,0.4 0.2,0 0.6,-0.4 0.6,-0.6 0.8,-0.4 0.2,0.2 0.4,0 0.2,-0.4 -0.2,-0.6 h 0.2 q 0.6,0 0.4,0.6 -0.2,0.4 0.6,0.4 0.8,0 0.6,0.2 0,0.2 0,0.4 0.2,0 0.4,-0.2 0.4,0 0.2,-0.4 -0.2,-0.6 0.4,-0.6 0.6,-0.2 0.6,0.6 0.2,1.2 0.6,1.4 0.4,0.2 0.8,-0.4 -0.2,-0.4 0.2,-0.4 1,-1.2 1.4,-0.6 0,0.4 0.6,0.2 h 0.2 q -0.6,-1.2 -0.4,-1.2 0.6,0.2 2.4,3 1.8,2.6 3.6,5 1.8,2.4 2.6,3.8 1,1.4 1.8,2.4 0.8,0.8 3,3.8 3.2,4 5.2,6.4 0.6,0.2 2,1.2 1.8,1.2 2.8,1.8 1,0.4 0.4,0.6 v 0.2 q 0.8,-0.2 1.8,0.4 1,0.6 1,0.8 0.2,0.2 1.4,0.6 1.2,0.2 1.4,0.6 0.2,0.2 2.2,1 2,0.8 3.2,1.6 1.4,0.6 1.8,0.6 0.6,-0.2 0.6,0.2 0,0.2 0.4,0.2 0.2,0 0.2,0 0.2,0 0.2,0.2 -0.2,0.4 0.4,0.2 0.4,-0.2 0.6,-0.2 0.2,0 0.2,0.4 -0.2,0.6 0.2,0.2 0.6,-0.4 1.8,0.2 1.4,0.6 1.6,0.4 0.2,-0.4 0.2,0 0.2,0.4 1.4,0.6 1.2,0.2 1.2,0.6 -0.2,0.4 -1,0.2 -0.6,-0.2 -0.4,0 0,0.2 0.6,0.6 1.4,0.8 1.8,0.2 0.2,-0.4 -0.2,-0.4 -0.2,0 -0.2,0 0,0 0,0.2 0,0.2 -0.2,0.2 0,0 -0.2,0 -1,-0.2 0.4,-1 0.4,-0.2 1.2,0 0.8,-2.4 0.6,-5.2 -0.4,-5 -3.6,-9.8 -3.4,-5.2 -11.2,-12.8 -3.4,-3.2 -3.4,-3.2 0,-0.2 -2.6,-3 -8.8,-8.6 -12,-16.8 -1.2,-3.2 -2.2,-7.4 -1.2,-5.8 0,-11.2 0.6,-3.8 3,-8.8 2.6,-5.2 4.2,-6.2 0.4,-0.2 0.4,-0.6 0,-0.6 3.4,-3.8 3.6,-3.2 6.4,-5 7.2,-4.8 8.6,-4.8 0.4,0 0.4,-0.2 0.2,-0.4 4,-2 4,-1.6 6.2,-2.2 7.2,-2 11.6,-2.4 2.4,-0.2 2.6,-0.2 0.2,-0.2 2.2,-0.2 l 1.4,0.2 h -0.2 q -3.2,0.4 0.8,1 1,0 2.4,0.2 0.4,0 0.4,0.6 0,0.4 -0.6,0.4 -0.4,0 -0.4,-0.4 0,-0.4 -0.4,-0.4 -0.4,0 -0.2,0.4 0.2,0.4 -0.2,0.4 -0.2,0 -0.4,-0.4 -0.2,-0.2 -0.8,-0.2 -0.6,-0.2 -1,-0.2 -0.4,0 -0.6,0 0,0.6 1.8,0.4 0.4,0 0.4,0.4 0,0.2 1.4,0.2 1.4,0 2,-0.2 0.6,-0.4 0.6,0 0,0.2 1.4,0.2 l 1,0.2 q -0.4,0.2 -4,0.6 l -3.6,0.2 h 3.8 q 3.8,-0.2 4.6,0.2 0.6,0 0,0.2 -0.4,0 -1.2,0 -1.8,0 -2,0.4 -0.2,0.4 -0.6,0.2 -0.2,-0.4 -1.4,-0.2 l -1.2,0.2 2.4,0.2 -1.4,0.2 q -1.4,0.2 -1.6,0 0,-0.2 -0.6,0 -0.4,0.2 -0.4,0.4 0,0.2 2.6,0.2 5.2,0.2 5.6,0.6 l -1,0.2 -0.8,0.2 q 0.2,0.4 1.4,0.4 1.2,0 1.4,-0.4 0.4,-0.2 1,0 l -0.2,0.2 q -0.6,0 -0.6,0.4 z m -63.8,32 q 0.2,-0.4 0,-1 0,0.4 0,0.6 0,0.2 0,0.4 z m 0.4,-2.2 q 0.2,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0.2,0.4 0.2,0.6 z m 2.8,4.8 q 0.2,-0.4 0,-0.8 -0.2,0.4 -0.2,0.4 z m 2,8.2 q 0.2,0.4 0.2,0.4 0.2,0 0,-0.6 -0.2,-0.4 -0.4,-0.2 0,0 0.2,0.4 z m 1.6,2.8 q 0.4,0.2 0.6,0.2 0.2,-0.2 -0.2,-0.4 -0.4,-0.2 -0.4,-0.6 0,-0.6 -0.4,-0.6 -0.6,0.2 0.4,1.4 z m 8.2,-28.8 q 1,-1.4 0.8,-1.2 -0.2,0 -1.2,1.2 -1,1.4 -0.8,1.4 0.4,-0.2 1.2,-1.4 z m -4.8,35.2 q 0,-0.2 -0.6,-0.6 -0.6,-0.4 -0.2,0.2 0.8,0.8 0.8,0.4 z m -0.6,-24.2 q 0,0 0,0.6 0.2,-0.2 0.2,-0.8 z m 4,29.6 q 0,0 -3.8,-4 0.2,0.6 2.2,2.8 1,1.2 1.4,1.8 0.6,0.6 0.8,1 0.4,0.4 0.4,0.4 0.2,-0.2 0.4,-0.2 0,-0.2 -1.4,-1.8 z m -2.6,-34 q 0.2,0.2 -0.4,1.6 l 0.2,0.4 q 0.8,-1.6 0.4,-1.8 z m 2,-3.8 q 0,0 -1,1.6 -0.8,1.4 -0.6,1.8 0.2,0.4 0.4,-0.4 0.4,-0.8 1,-2 0.4,-1 0.2,-1 z m 0.8,0.4 q -0.2,-0.2 -0.4,0.4 -0.2,0.6 0.2,0.2 0.4,-0.4 0.2,-0.6 z m 0.4,-0.8 q 0,1 0.6,-0.2 l -0.2,-0.4 q -0.4,0.2 -0.4,0.6 z m -3.6,1.8 q -0.8,1.6 -0.8,1.6 0.2,-0.2 1.6,-1.8 0.4,-0.6 0.4,-1 0,-0.6 0.2,-0.6 0.4,-0.2 1.4,-1.6 0.6,-1 0.2,-0.8 -0.6,0.4 -0.6,0.8 0,0.4 -0.8,0.8 -0.6,0.4 -1.6,2.6 z m -1.2,3.8 q -0.4,1.2 -0.8,1.2 -0.2,0 -0.2,1 0,0.6 0,0.6 0.2,0 0.4,-0.4 0.6,-0.6 1,-1.8 0.4,-1.4 0.2,-1.6 z m -1,-1.4 q 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 0.2,0.2 0.2,0.2 0.2,0 0.2,-0.2 z m -0.8,10 q 0.2,0.2 0.4,0.2 -0.2,-0.6 0.6,-4 v -0.2 q 0,0 -0.4,0.6 -1.2,2 -0.6,3.4 z m 0.6,7.6 q 0,0 0.2,0.4 0.2,-0.2 0,-0.6 z m 1.2,16.2 q 0.6,0.6 1,1 0.4,0.4 0.4,0.2 0.2,0 -1.2,-1.4 l -1.2,-1.2 z m 2.2,2.4 q 0.6,0.8 1,0.6 0,0 -0.8,-0.8 z m 1.8,1.8 q 0.2,-0.4 -0.2,-0.6 -0.2,-0.2 -0.2,0.4 0,1 0.4,0.2 z m 1.2,1.6 q 1.4,1.8 1.4,1 0,0 -1,-1 l -1.2,-1 z m 0.8,-3 q 0,0.4 0.2,0.4 0.4,0 0.4,-0.2 0,-0.2 -0.4,-0.4 -0.2,-0.2 -0.2,0.2 z m -0.2,-9.8 q 0.8,0.8 0.8,0.4 0,-0.2 -0.6,-0.6 -0.6,-0.4 -0.2,0.2 z m 1.2,11.2 q 0.4,0.4 0.4,0.4 0.2,0 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.2,0 0.2,0.6 z m 1.8,-36.8 q 0.4,-0.8 0.4,-1.2 0,-0.4 -0.8,0.4 -0.4,0.6 -1.6,3 -1,2.2 -1.2,2.8 0,0.8 -0.2,4 l -0.2,3.2 0.8,-2.8 q 0.6,-3 0.8,-3.6 0.2,-1.8 2,-5.8 z m 0.8,-11.2 q 0.8,-0.6 0.4,-0.8 -0.2,-0.2 -1,0.6 -0.4,0.4 -0.4,0.6 z m -50.2,65.4 q 0.6,2 0.8,2 0.2,0 -0.2,-1.4 -0.4,-1.4 -0.6,-2.4 -0.2,-1.2 -0.8,-0.8 -0.6,0.2 -0.2,0.6 0.2,0.4 0.2,0.2 z m 1.6,-1 q 0,0 0.4,-0.2 0,-0.8 -0.4,-1.2 -0.2,-0.2 -0.4,0.2 0,0.6 0.4,1.2 z m 4,16.6 q 0,0.2 0.2,0.4 0.2,0 0.2,0 0,0 -0.2,-0.2 0,-0.2 -0.2,-0.2 z m 1,-3.2 q 0.4,0.2 -0.6,-2.2 -0.6,-1 -0.8,-2 -1.6,-2.2 -1.8,-2 0,0 0.2,1 0.4,0.8 0.8,1.8 0.6,0.8 0.8,0.8 0.4,0 0.2,0.6 0,0.6 0.2,0.8 0.2,0 1,1.2 z m 1.4,-0.2 q 0,0 -0.2,-0.4 v -0.2 q 0,0 -0.8,-1 0.6,1.6 1,1.6 z m 1,-28.8 q 0.4,-0.4 0.2,-0.2 0,0 -0.6,0.2 -1,0.4 -0.6,0.6 0.2,0.2 0,0.6 0.2,0.2 0.2,0.2 0,0 0.6,0.8 0,-0.2 0,-0.4 0.2,-1.2 -0.2,-1.2 -0.2,-0.2 0.4,-0.6 z m 2.4,29.8 h 0.2 z m 6.6,-22.4 q 0,-0.4 0.8,0 -0.2,-0.2 -0.4,-0.6 -0.6,-0.6 -0.4,-1 0,0 -0.2,0 0,-0.2 -0.4,-0.2 -0.6,-0.2 -0.8,-0.6 l -0.2,-0.2 q 0,0.2 0,0.8 0,0 0.4,0.4 0.2,0 0.2,0 0.6,-0.2 0.6,0 0,0.2 -0.2,0.6 0.6,1 0.6,0.8 z m 0.2,0.6 q 0,0 0.2,0 0.2,-0.2 0.2,-0.2 -0.4,-0.4 -0.6,-0.2 0,0 0.2,0.4 z m 0.8,1 v 0.2 q 0,-0.4 0,-0.6 l -0.4,-0.2 h -0.2 q 0.4,0.4 0.6,0.6 z m 0.4,-4.8 q 0.4,0 0.4,-0.2 0.2,-0.2 0.4,-0.2 -0.6,-1 -1,-1.6 -0.2,0.4 -0.4,0.6 0,0.2 0,0.4 0,0.2 0.2,0.2 0.2,0 0.2,0 0.2,0 0,0.2 0,0 0,0.2 0,0 0,0.2 0.2,0.2 0.2,0.2 z m 15.4,20.2 q 0,0 -0.2,0 0,0.2 0.2,0.4 0.2,0.2 0.2,0.2 0.6,-0.4 -0.2,-0.6 z m -13.2,-15.8 q 0.2,0 0.2,0 0,-0.2 -0.4,-0.8 -0.2,0.2 -0.2,0.4 0,0 0,0 0.2,0.2 0.4,0.4 z m 4.6,7.8 q 0,0 0,0 0,-0.2 -0.2,-0.2 -0.4,0.2 -0.6,-0.4 l -0.2,-0.2 v 0.2 q 0,0.2 0.6,1 0.2,-0.2 0.4,-0.4 z m 4,46.4 q 1.6,1 1.6,0.6 0,-0.2 -2.8,-1.6 -2.8,-1.4 -2.6,-1 0.2,0.2 1.2,0.8 1,0.4 1.2,0.4 0.2,0 1.4,0.8 z m -2,-41.2 q 0.2,0.2 0.2,0.2 0.2,0 0.6,-0.2 -0.2,-0.2 -0.2,-0.4 -0.4,0.2 -0.6,0.4 z m 0.8,-0.6 q 0,0 0.4,0.4 v -0.2 q 0.6,-0.2 0.6,-0.4 0,0 -0.2,0 0,-0.2 0,-0.2 -0.4,0.2 -0.8,0.4 z m 2.6,-0.2 q 1,0.2 1.8,0.8 -8.6,-11.2 -12.8,-17.2 0,0.8 0.4,2.2 4.2,5.8 9.6,12.8 0.2,0.2 0.6,0.2 0.6,0.2 0.2,0.6 0,0 -0.2,0.2 0.2,0 0.4,0.4 z m 5.2,44.6 q 0,0 0.4,-0.2 -0.2,-0.2 -2,-0.8 l -1.4,-0.2 q 1.2,1.2 3,1.2 z m 9.8,0.8 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 1,-35 q 0,0 -0.2,0 0,-0.2 -0.4,-0.2 -0.8,0 -0.4,0.2 0.6,0.6 1,0 z m 2,35.2 q 0.6,0 0.6,-0.2 -0.6,0 -1.2,0 0.2,0.2 0.6,0.2 z m 40.2,-29 q 0,-0.4 -0.4,-0.2 -0.4,0.2 -0.2,0.4 0.6,0.8 0.6,-0.2 z m -0.4,1 q -0.6,0 -0.6,0.6 l 0.2,0.2 q 0.2,-0.4 0.6,-0.6 z m -5,13.6 q -1.2,0.4 -0.2,0.4 0.4,0 0.6,-0.4 z m -6.8,4.6 q 0,0 -0.2,0.6 -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.6 -0.2,-0.6 z m -18.2,9.4 q 0,0 -2.6,0.6 h 1 q 1.4,-0.4 1.6,-0.6 z m -5.2,-32 q -1,-0.2 -1.2,0 l 1.2,0.8 q 1.2,0.4 1.2,0 0,-0.4 -1.2,-0.8 z m 4.4,33.4 q 4.8,-1 4.6,-1.6 -0.4,-0.2 -0.8,0.2 h -0.4 q 0,-0.2 -1,0.2 -1,0.4 -4,1 l -2.2,0.6 q 0.6,0.2 3.8,-0.4 z m 5,-3 q 0,0 0,0.4 0.2,0 0.8,-0.4 l 0.2,-0.2 q -0.4,0 -1,0.2 z m 9.4,-2.8 q -0.6,0.6 0.2,0.2 0.8,-0.6 0.6,-0.8 -0.2,-0.2 -0.8,0.6 z m 2.4,-2 q -0.2,0 -0.8,0.6 -0.4,0.4 0,0.4 0.4,0 0.8,-0.4 0.4,-0.6 0,-0.6 z m -1.6,-24 q 0,0 -0.2,0.2 l 0.2,0.4 q 0.2,-0.2 0,-0.6 z m -5.4,-40.8 q 0,0 0.6,1 0.6,0.8 1.4,2.2 1,1.2 1.8,2 1,1 0.8,0.8 0,-0.2 -1,-1.6 -1.4,-1.8 -1.2,-2.2 0,-0.2 0,-0.2 0,0 -0.2,0.2 -0.4,0.2 -1,-0.6 -0.4,-0.8 -0.2,-1 l -0.2,-0.2 q -0.4,0.2 -0.4,0 0,-0.4 -0.4,-0.4 z m 1,29.8 q 0,-0.6 -0.2,0 0,0.2 0,0.6 0.2,0.6 0.2,0.6 0.2,-0.4 0,-1.2 z m -0.6,-1.8 q 0,0.4 0.4,0.4 0.4,0 0.2,-0.4 -0.2,-0.6 -0.4,-0.6 -0.2,0 -0.2,0.6 z m -1.4,-29.4 -0.8,-0.6 0.6,0.8 q 1,1 1,0.6 0,0 -0.8,-0.8 z m -1.2,71 q 0,0 -1.2,0.2 -1.2,0.6 -1.2,1 1,0.6 5.2,-1.6 l 2.6,-1.6 q -0.4,0 -2.2,1 -3.4,1.8 -3.2,1 z m 18.2,-128.6 q 0,0.2 -0.8,0 -0.6,-0.2 -1.8,0.2 -1,0.2 0.2,0.2 0.2,0 0.8,0 2.2,-0.2 2.4,-0.2 0.2,-0.2 -0.4,-0.4 -0.4,-0.2 -0.4,0.2 z m -10,-2.8 q -4,0.6 -4,1.4 0.2,0.2 0.4,0 0.2,-0.4 3.8,-1 3.8,-0.6 6.6,-0.8 l 2,-0.4 h -0.2 q -1.2,0 -1.8,0 -0.6,0 -0.8,-0.2 -0.2,-0.4 -0.8,0.2 -0.4,0.4 -2,0.4 -1.6,-0.2 -1.6,0 0,0.2 -1.6,0.4 z m 5.6,0.6 q 0.6,-0.2 0.6,-0.2 -0.4,-0.2 -1,0 -0.2,0 -0.2,0.2 0.2,0 0.6,0 z m -3.8,0.4 q 0,0 2,-0.2 h 0.2 l -0.8,-0.2 q -1.2,0 -1.4,0.4 z m 1.4,2.2 q 0.6,0 0.6,0 -0.4,-0.2 -1,0 -0.2,0 -0.2,0 0.2,0 0.6,0 z m -1.4,0.4 q 0.2,0 0.2,-0.2 0,-0.4 -0.4,-0.4 -0.4,0 -0.2,0.4 0.2,0.2 0.4,0.2 z m -5.8,0.6 q 0,0 0.4,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.8,0 z m -1,-2.6 q -0.2,-0.4 -0.6,-0.2 -0.2,0 -0.2,0.4 0,0.4 0.4,0.2 0.6,-0.2 0.4,-0.4 z m -2.4,3.6 q 0,0 0.2,0.2 l 0.6,-0.2 q -0.2,-0.2 -0.8,0 z m -3,15 q -0.2,0 -0.4,0.6 -0.2,0.6 0.2,0.2 0.4,-0.4 0.8,0 0.4,0.2 2.4,-1.4 4.8,-3.8 6,-3.8 0.6,0 0.6,-0.4 0,-1 -3.2,1 -2,1.2 -2.4,1.6 -0.2,0.2 -0.6,0 -0.2,-0.2 -0.2,-0.2 0,0 0,0.2 0.2,0.4 -0.8,1.6 -1,1 -1.4,1 -0.4,-0.2 0.6,-1.2 1.2,-1 0.8,-1 -0.2,0 -1.2,1 -0.8,0.8 -1.2,0.8 z m -3.2,-5.8 q 0.2,-0.4 -0.4,-0.4 -0.4,0 -0.4,0.4 0,0.2 0.2,0.2 0.4,0 0.6,-0.2 z m -0.8,9.8 q -0.4,0 -1.2,1.2 -0.6,1 -0.6,1 0.2,0 1.2,-1 1,-1.2 0.6,-1.2 z m -3.4,-7.4 q 0,0 0.8,-0.2 0.8,-0.4 0.8,-0.6 -0.2,-0.6 -1.6,0.8 z m 1.4,27.2 q 0.2,-0.4 0,-1 0,0.4 0,0.6 z m -1.6,-12.2 q 1.2,-2 0.8,-2 -0.2,0 -1.2,1.8 -0.8,1.8 -0.8,2.2 z m -0.4,-11 q 0.2,-0.4 0,-0.4 -0.4,0.2 -0.6,0.6 -0.2,0.4 -0.2,0.6 0.2,0 0.8,-0.8 z m -0.4,-3.4 q -0.4,0.4 -0.4,0.6 0,0 0.4,-0.2 0.6,-0.2 0.6,-0.4 0,-0.4 -0.6,0 z m 0.6,-11.2 q 0,-0.2 -0.8,0.2 -0.6,0.4 -0.6,0.6 0,0.2 0.6,-0.2 0.8,-0.4 0.8,-0.6 z m -3.8,14.6 q 1,-0.6 1.2,-1 0.2,-0.6 0.8,-1 l 0.4,-0.4 q -0.6,0 -2,1.4 -0.6,1 -0.4,1 z m 3,25.6 q 0.2,-0.4 0,-1 -0.2,-0.4 -0.2,-0.2 0,0.2 0,0.6 0,0.4 0.2,0.6 z m -0.2,-10.6 q -0.6,1.6 -0.6,1.6 0.2,0.2 1.2,-2.2 l 0.4,-1.8 q -0.4,0.4 -1,2.4 z m 1.2,42.8 q 0.2,0.2 0.4,0.2 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.2 0.2,0.4 z m 1,-3 q 0.4,0.6 0.8,0.4 0,-0.2 -0.6,-0.6 -0.2,-0.2 -0.4,-0.2 0,0 0.2,0.4 z m 1.2,5.4 q 0,0 0.2,-0.2 -0.4,-0.6 -0.6,-0.4 -0.2,0.2 0.4,0.6 z m 4,-48.8 q 0,0.4 0.4,0.2 0.4,-0.2 0.4,-0.6 0,-0.4 -0.4,-0.2 -0.4,0.2 -0.4,0.6 z m 2,-8.4 q 0,0 2.4,-2.6 -0.4,0.4 -1.4,1.4 -1.8,1.4 -1.8,1 0,-0.2 0.4,-0.8 0.6,-0.6 0.4,-0.4 0,0 -0.8,0.4 -1,0.8 -1.8,1.8 l -0.8,0.8 0.8,-0.6 q 1,-0.6 1,-0.4 0,0.4 -0.6,1.2 -0.6,0.6 -0.8,0.6 -0.2,-0.2 -1.6,1.6 -1.4,1.8 -1.4,2.4 0,0.4 1,-1 0.4,-0.8 1,-1.4 0.6,-1.2 1,-1.2 0.4,0 3,-2.8 z m 4.4,-5 q -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 -0.2,0 -0.4,0.4 z m 1.4,-0.6 q 0.8,-0.4 1,-0.8 0.2,-0.4 -0.6,0 -0.6,0.4 -0.8,0.8 -0.2,0.4 0.4,0 z m 3.2,-2 q -1.6,1 -1.6,1.2 0,0.2 0.6,0 0.8,-0.4 1.6,-0.8 0.8,-0.6 1,-0.8 0.2,-0.6 0,-0.6 0,-0.2 -1.6,1 z m 1.2,-2 q -1.4,0.8 -0.6,0.8 0.4,0 0.8,-0.6 z m 0.2,5 q 0,0 0.4,-0.4 -0.4,0 -0.8,0.4 -0.4,0.2 0.4,0 z m -1.8,-5.8 q -0.2,0.2 0.2,0.2 1,0 2.2,-0.6 0.8,-0.4 1.6,-0.2 h 0.4 q -0.6,-0.2 -0.4,-0.6 0.4,-0.4 -0.2,-0.2 -0.4,0.2 -1.4,0.6 -1.2,0.8 -1.6,0.6 -0.2,-0.2 -0.8,0.2 z m 3.6,1.4 q 1,-0.6 1.2,-1 0.2,-0.4 0.8,-0.4 0.6,-0.2 1.4,-0.6 l 0.2,-0.4 q -0.8,0.4 -1.4,0.4 -0.4,0 -1,0.4 -0.4,0.4 -1,0.6 -0.6,0.2 -1,0.8 -0.2,0.6 -0.2,0.8 0,0 1,-0.6 z m 2.6,-0.6 q 0,0.2 0.8,-0.4 1,-0.6 1,-0.6 0,-0.2 -1,0.2 -0.8,0.4 -0.8,0.8 z m 2.8,-0.6 q 0.4,0 0.6,-0.2 l -0.4,-0.2 q -1.2,0.4 -0.2,0.4 z m 0.2,-1.4 q -0.4,0.4 0.2,0.2 0.8,-0.2 0.6,-0.4 -0.2,-0.2 -0.8,0.2 z m 1.8,-1.6 q 0,0 -0.6,-0.2 -0.8,0 -2.2,0.6 l -1,0.4 h 0.8 q 1,0 1,-0.2 0,-0.4 0.8,-0.4 1,0 1.2,-0.2 z m 1.2,0.6 q 0,0 0.2,-0.2 -0.4,0 -1,0.2 l -0.2,0.4 q 0.4,0 1,-0.4 z m 4.4,-0.8 q 0,0 0.2,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.6,0 z m -2,-1 q -0.4,0.2 0,0.6 0.4,0.2 0.8,0.2 v -0.2 q -0.6,-0.2 -0.4,-0.4 z m -0.4,0.8 q -0.8,-0.4 -0.8,0 0.2,0.4 0.8,0.4 0.6,0 0,-0.4 z m 0.2,-5.6 q -1.2,0.4 -0.2,0.4 0.2,0 0.6,-0.2 z m 0.4,3 q 1.2,-0.6 1.2,-0.8 -0.4,-0.4 -1.4,0.2 -0.8,0.6 -1.2,0.2 l -0.2,0.2 q 0.4,0.4 0,0.4 h 0.4 q 0.4,0 1.2,-0.2 z m 0.6,-3 q 0.2,0.4 1.2,0.4 1,-0.2 1,-0.6 0,-0.4 -0.6,-0.2 -0.4,0.2 -1.2,0.2 z"/><path fill="#ff7a1a" d="m 851.40035,52.6 q 1.6,1.4 1,2.4 -0.4,0.6 -0.6,0 -0.2,-0.4 -1.8,-1.2 -1.4,-0.8 -1.6,-0.6 l 0.8,0.6 q 1.8,1.4 1.8,2.2 -0.4,0.2 0.2,1 l 0.4,0.4 q -0.4,-0.2 -1,0.2 l -0.2,0.2 q 0.2,-0.4 -0.2,-0.8 -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.6 V 58 l -0.8,-0.6 q -0.8,-1 -2.6,-1.6 -1.6,-0.6 -2,-0.2 -0.2,0.2 0.8,0.6 1,0.4 1.2,0.4 0.2,0 1.2,0.8 0.4,0.6 0.6,0.6 -0.4,-0.2 -0.4,0.2 0,0.6 1,0.4 0.4,0 0.2,1 -0.2,0.6 -0.4,0.6 -0.6,-0.2 -1,-0.2 0.2,0.2 0,0.2 0,0 -0.2,0 -0.4,-0.4 -0.2,-0.6 0.2,-0.4 -0.4,-0.4 -0.4,-0.2 -0.8,0 -0.4,0.2 0.2,0.8 0.6,0.6 0.2,1.6 -0.4,0.8 0.4,1.6 1,0.6 1,1.2 0,0.4 -1,-0.2 -0.8,-0.8 -1.2,-0.6 -0.2,0.2 -0.2,0 0,-0.4 -0.6,-0.6 -0.4,-0.2 -0.4,0 0.2,0.2 0.4,0.4 0.4,0.8 0.6,1.2 0.4,0.2 0.4,0.6 0.2,0.2 0.2,0.4 0.2,0.2 0.2,0.6 0,0.2 1,1.2 0.6,0.6 0.4,0.8 -0.8,-0.2 -0.8,0.2 0,0.2 1,0.2 1.4,-0.2 2.2,1.6 0.6,0.8 0,1.4 -0.4,0.4 -0.8,0 -0.4,-0.6 0,-0.8 0.6,0.2 0.6,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -1.6,-0.8 -2.4,-1.6 0,0.8 1.4,1.4 1.4,1.6 0,1 -2.4,-1.4 -1.6,-1.6 -3.4,-2.4 l -1.8,-0.6 1,1 q 1.2,1 1.4,1 0.2,0 0.8,0.6 0.8,0.6 1.8,1.4 l 0.4,0.6 q -0.6,-0.2 -0.6,0.2 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -1.2,-0.4 -1.2,-1 -1.6,-1 -0.4,0 -0.2,-0.2 0.2,-0.4 0.6,-0.2 V 71 q -0.2,-0.4 -0.6,0 -0.2,0.2 -1.4,-0.2 l -1,-0.6 1,0.8 q 1,1 1,1.4 0.2,1.6 1,1.6 0.6,0 0.6,0.8 l 0.2,1 -1,-1 q -1.2,-1.2 -4.6,-3 -3.4,-1.8 -4.2,-1.6 -0.4,0 -3.6,-1.4 -3,-1.4 -3.4,-1.4 -0.2,0 -7.4,-2 -17,-4.8 -16.4,-3.2 0.4,0.6 -3.8,11.4 -0.8,2.4 -1.4,4.2 -0.6,1.6 -0.8,2 -0.2,0.2 -0.6,1.6 -0.8,2.6 -2.8,9.2 -2.8,9 -5.8,25.6 -0.8,5.4 -1,5.6 -0.2,0 -0.2,1.4 0.2,1.2 -0.8,1.8 -0.8,0.6 -0.8,2 0,1.2 0.4,1.6 v -1.2 q -0.2,-1.8 0.4,-2 0.6,-0.2 0.6,0.4 0,0.8 -0.6,6.2 -0.8,5.6 -1,8.6 -0.2,2.8 -0.6,2.6 v 0.4 q 0.2,0.6 0,5.2 -0.4,4 -0.8,4 -0.4,-0.4 -0.4,-1 l -0.4,-0.2 q -0.2,0.4 -0.2,2.4 0.2,1.8 0.4,1.8 0.4,0 0.4,-1.4 0,-0.8 0,-0.6 0.4,0.8 0.4,2.4 l -0.2,1 -0.2,-0.4 -0.2,0.2 0.2,1 q 0.4,-0.2 0.4,0.2 0,0.2 -0.4,0.4 -0.2,0.2 0,2.6 v 1.8 q -0.2,-0.4 -0.6,-3.6 l -0.2,-3.2 v 3.4 q 0,3.4 -0.2,3.2 l -0.6,8 q 0,1 0,2.4 0,5 -0.4,5.2 -0.4,0 -0.4,0.4 0,0.4 0.4,0.2 0.2,-0.2 0.2,1.4 0,1.4 -0.2,3.4 0,1.8 -0.2,2.6 v 0.8 l 0.4,0.8 q 0.2,1 -0.4,1.2 -0.6,0 0,0.6 0.6,0.6 0,0.8 -0.6,0.2 -0.8,0.2 0,0 0.2,-0.6 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,-1.6 l 0.4,-1.4 q 0.4,0.2 0.4,-0.2 0,-0.6 -0.6,-0.4 h -0.4 q 0.2,-1.2 -0.6,-11 -0.2,-1.8 -0.6,-2 v 0.2 q 0.2,0.6 -0.6,0.8 -0.6,0.2 -1,1.2 -0.2,0.8 -0.2,8.6 0,7.8 -0.2,7.4 -0.2,-0.2 -0.2,0 -0.2,0.2 -0.2,0.4 -0.2,13.8 -0.4,14 -0.2,0.2 -0.2,-0.8 0,-1 0,-2.6 0,-1.4 0,-3.4 l -0.2,-4.8 q -0.2,2.2 -0.4,2.6 l -0.2,-0.6 0.2,-0.8 -0.6,0.8 q -0.6,0.8 -0.2,1.4 0.4,0.4 0,0.8 -0.4,0.4 -0.4,3.6 v 3 l -0.2,-3 q -0.2,-3 -0.6,-3.2 l -0.2,0.6 q 0.2,1.2 0,3.4 0,2.2 0,4.4 0,2.2 -0.2,2 -0.2,-0.2 -0.4,-2.2 0,-2 -0.2,-2.2 0,0 0,-1.2 -0.2,-4.2 -0.8,-5.2 -0.4,-0.6 -0.4,-2 0,-1.4 -0.2,-3 l -0.4,-1.8 -0.2,2 q 0,0.8 0,-0.2 -0.2,-0.8 -0.2,-3.2 0,-5.2 -0.4,-6 -0.4,-1 -0.4,-2 v -1 q -0.2,0.2 -0.2,1.6 0,1.4 0,2.8 0.2,1.6 -0.2,2.2 -0.2,0.6 0,0.8 0.4,0.2 0.4,2.4 0,2 -0.4,2.4 -0.4,0.6 0,1 0.6,0.2 0.2,0.4 -0.4,0.2 -0.4,0.6 0,0.2 0.2,0 l 0.4,2.4 q -0.2,1 -0.2,1.2 -0.4,0.4 -0.2,0 0,-0.2 0,-0.6 0,-1 -0.2,-1 l -0.4,-7.2 q 0,-1.4 0,-3.2 l -0.2,-10.8 -0.2,23.4 -0.2,-14.4 -0.4,-12 -0.2,2.4 -0.4,-6.6 v 3.6 q 0,3.8 0.2,3.8 0.4,0 0.4,2.6 l -0.2,2 q -0.2,-0.8 -0.6,-0.8 -0.2,0 -0.2,11.6 0.2,11.4 -0.2,11.2 h -0.2 q 0.4,0.2 0,1.2 -0.2,1.2 0,2.6 0.2,1.2 0.4,0 0,-0.2 0,-1 l 0.2,-2.4 v 2.4 q 0.2,2.6 -0.2,2.6 -0.4,0 -0.4,1.4 l -0.2,-0.2 q -0.2,-0.8 -0.2,-2.2 -0.2,-3.8 -0.4,-4.6 -0.2,-0.8 -0.4,-15.8 0,-0.2 0,-0.4 l -0.4,-14.6 q 0,0.2 0,0.8 v 0.2 l -0.2,1.2 q -0.2,-0.4 -0.2,-3.4 0,-2.4 0,-5 0.2,-2.6 0.2,-4.2 0.2,-1.6 0.4,-1.4 0.2,0 0,4.8 0,1.2 0,2.4 0,1 0,1.6 0.2,0.6 0.2,0.4 0.2,0 0.2,-6.6 l 0.2,-5.4 q -0.2,1.2 -0.6,1.6 -0.4,0.4 0,-4.4 0.2,-1.2 0.2,-2.4 0.2,-1.6 0.4,-4.2 0.2,-2.4 0.4,-3.6 0.2,-0.4 0.2,-0.6 0.2,-0.4 0.2,0.2 0,0.2 0,1 l 0.2,1.6 0.2,-2.2 q 0.2,-2.2 0.2,-2.4 l -0.2,0.4 q 0,0.6 -0.4,0.6 -0.2,0 -0.2,-0.2 0,-0.2 0,-0.8 0,-0.6 0,-1.4 0.2,-1 0.4,-2.2 0.2,-1 0.4,-8.6 0.2,-7.6 0.4,-9.6 0.6,-9.8 1.6,-17.4 3.4,-23.8 9.8,-40.2 1.4,-3.4 1.2,-3.6 -0.2,-0.2 -4.4,0 -4.2,0 -5.6,0.2 -4.2,0.6 -6.2,0 0.2,-0.2 0.6,-0.2 0.6,0 2.4,-0.2 1.8,-0.2 3.2,-0.4 1.2,-0.2 1.6,-0.4 0.6,-0.2 6,-0.4 1,-0.2 0.8,-0.4 -0.4,-0.4 -2,-0.2 -1.4,0.2 -4.2,0.4 -2.6,0.2 -2.4,0.4 0,0.2 -0.6,0.4 -0.4,0 -1.4,0 -0.8,0 -1.8,0 -4,0 -3.8,-0.2 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,0.2 0,0.4 -3.6,1 -1.6,0.2 -1.6,-0.2 0,-0.6 0.8,-0.8 l 0.4,0.2 1,0.2 q 0.8,-0.2 1.2,-0.6 0.2,-0.4 3,-0.4 2.8,-0.2 3,-0.4 0.4,-0.2 1.2,-0.4 h -2.8 q -3.4,0.2 -8.8,0.4 -5.2,0 -7.6,0.4 -2.4,0.2 -2.4,-0.2 0,-0.4 1.2,-0.6 l 0.8,0.2 q -0.2,0.2 0,0.2 0.4,0 1.4,-0.2 1,-0.4 2.4,-0.6 1.4,-0.2 2.6,-0.6 l 1.2,-0.2 h -1 l -0.2,-0.4 -5.6,0.2 q -1.8,0.2 -2.4,0.4 -0.8,0.2 0,-0.4 0.6,-0.6 1.8,-0.6 1.2,0 1.4,0 0.2,0 2,-0.4 1.8,-0.2 1.8,-0.6 0,-0.6 -0.6,-0.6 -0.2,0 -0.2,0.2 -0.2,0 -0.2,0 l -0.6,0.4 q -0.6,0 -2.4,0.2 l -1.4,-0.2 q 0.2,-0.4 1,-0.2 0.6,0 1.4,-0.4 0.8,-0.4 1.4,-0.4 0.6,0 0.4,-0.4 -0.4,-0.4 -1,0 -0.6,0.2 -1.6,0.2 -1.2,0 -2,0 -0.8,0 -0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 1,-0.4 0.4,-0.8 0.2,-0.8 -0.4,0 -0.6,0.4 -0.2,0.4 -0.6,0 -0.6,-0.4 -0.8,0 -0.4,0.4 -0.6,0.2 -0.2,-0.4 -1.2,0.2 -1,0.4 -1.2,0.4 -0.2,-0.2 -0.2,-0.8 0,-1 0.8,-0.8 0.6,0.2 0.6,-0.2 0,-0.6 -1,-0.2 -0.6,0.2 -1.2,0.4 -0.6,0 -1,0 -0.4,0 -0.4,-0.2 0,-0.2 -0.6,0 -0.6,0 -0.8,-0.4 -0.2,-0.2 -0.2,-0.2 0,0 0.2,0 0.4,0.4 0.4,-0.2 0,-0.6 1,-0.4 0.8,0.2 0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 0.6,-0.2 0.2,-0.4 0.6,-0.2 0.2,0.2 0.4,0.2 0.2,-0.2 0,-0.4 0,-0.4 1.8,-0.8 l 1.6,-0.4 -1.8,0.2 q -2,0.2 -2.2,0.6 h -0.2 q 0,-0.2 -0.6,0.2 -1,0.8 -1,0 0,-0.2 0.2,-0.4 0.4,-0.6 0.8,-0.4 0.2,0.2 4.8,-1.4 1.8,-0.6 2.2,-0.4 0.4,0.2 0.4,-0.2 0,-0.4 0.4,0 l -0.2,-0.6 q -0.8,-0.6 -1.2,-0.2 -0.4,0.2 -1.4,0.4 -1.2,0 -2,0.4 -0.6,-0.2 -0.6,-0.2 0.2,-0.4 0,-0.4 -0.4,0 -0.4,0.4 -0.2,0.2 -2.6,0.6 -2.6,0.4 -2.8,0.2 -0.4,-0.4 0.2,-0.6 0.2,0 0.4,0 0.8,-0.2 1.4,-0.4 0.6,-0.4 1.2,-0.4 0.6,0 1.4,-0.2 5.4,-1.4 6.2,-1.2 0.8,0 0.8,-0.4 0,-0.6 5.4,-2 l 1.8,-0.4 -2.4,0.2 q -2.6,0.2 -3.4,0.2 -0.8,0 -0.8,0.4 0,0.2 -1.6,0 -1.6,-0.2 -1.6,0.2 0,0.2 -0.6,0.2 -0.8,0 -1.4,0.2 -0.6,0.2 -0.6,0 0,-0.6 2.4,-1 2.4,-0.6 4.4,-0.6 1.8,-0.2 1.8,-0.4 0,-0.4 0.6,-0.6 0.6,-0.4 1,-0.2 0.2,0.2 -0.2,0.2 -0.4,0 -0.4,0.4 0,0 0.2,0 0.4,0 1,0 0.6,0 1.2,-0.2 2.6,-0.4 4.8,-0.6 2.4,-0.2 2.6,-0.6 0.2,-0.4 -0.8,-0.2 -0.8,0.2 -1,0 l 0.8,-0.4 q 2.4,-0.2 5.2,-0.6 1.6,-0.2 1.8,0.4 0.2,0.4 0.4,0 0.6,-1 2,0 0.6,0.4 1.2,0.2 0.6,-0.2 0.6,-0.6 -0.2,-0.4 3,-0.4 3.4,-0.2 3.4,0 0,0.2 0.2,0.2 0.4,0 0.8,0 0.4,-0.2 0.6,-0.4 h 0.4 q -0.4,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.4 1,-0.4 0.6,0 0.8,0.2 0.2,0 0,0.4 0,0.2 0.2,0.2 0,0 0.4,-0.2 0.4,0 0.4,0 l 2.2,0.4 q 0.4,0 0.8,0 l 2.8,-0.4 q -0.4,-0.2 -0.2,-0.2 0.2,0 0.6,0.2 1,0.2 3.4,0.4 2.6,0 3.8,0.4 1.4,0.2 2.4,0.4 l 0.2,0.2 0.4,0.2 q 3.2,-0.6 7.6,0 1.8,0.2 4.6,0.6 3,0.4 3.4,0.6 0.6,0.2 1.4,0.2 2.6,0.2 10.6,2.8 11,3.8 12.4,5 2,2 2.8,2 0.6,0 1.2,0.6 0.8,0.4 0,0 -1,-0.4 -1,0 0,0.2 1.4,1 1.6,0.8 2,0.8 0.2,0 -0.8,-0.8 l -0.8,-0.6 1,0.4 q 0.8,0.4 0.8,0.6 0,0.2 1.2,1.6 z m -106.4,-2.2 q 0.2,0 0.4,-0.4 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 0,0.4 0.2,0.4 z m 7.6,1.6 q 0.4,0 0.8,-0.2 l 0.2,-0.4 q -0.4,0 -0.8,0.4 z m 2,1.4 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 l 0.2,0.2 q 0.6,0.4 0.8,0.4 z m 0.6,-1.6 q 0.4,0 0.4,0 -0.2,-0.4 -0.6,-0.4 z m 2.6,-11.4 q 0,0 0.2,0.4 l 0.6,-0.2 q -0.4,-0.2 -0.8,-0.2 z m -0.6,14.6 q 0,0.2 0.4,0.2 l 0.4,-0.2 q -0.4,-0.2 -0.8,0 z m 0.6,1.4 q 0.8,0 0.8,-0.2 -0.6,0 -1.4,0 -0.4,0.2 0,0.2 0.2,0 0.6,0 z m 2.4,-15.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,-0.6 q 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 0.2,0.2 0.6,0.2 z m 5.2,-3.2 q -0.2,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.2 -0.4,-0.2 -0.2,-0.2 -0.4,0 z m 1.8,0 q -0.4,0.4 0.4,0.4 0.8,0 0.4,-0.4 -0.4,-0.4 -0.8,0 z m 2.6,0 q 0.2,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m -3.8,118.4 q 0,0 0.6,-6.8 v -2.2 l -0.4,2.4 q -0.6,5.2 -0.2,6.6 z m 1,-14.6 q 0,0 0.2,0.4 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0.2,38.8 q 0.4,0 0.4,-0.2 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.4 0,0.2 0.2,0.2 z m 0.8,-16 q 0,-1.4 0,-3 -0.2,0.8 -0.2,1.6 v 1.6 z m 0.4,-33 q 0,0 0.2,0.4 0.2,-0.4 0,-1 -0.2,0.4 -0.2,0.6 z m 0.2,37.8 q 0.2,-1.2 0,-2.2 0,0.4 -0.2,1 l 0.2,1.4 z m 12.2,-129.6 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 0,23 q 0.2,0 0.4,-0.2 0.2,-0.4 -0.2,-0.4 -0.2,0 -0.2,0.4 0,0.2 0,0.2 z m -4.6,-25 q 0.8,0 2.6,-0.2 2,-0.2 2.2,-0.4 h -1.4 q -1.4,0.2 -3,0.2 z m 3.4,27.6 q 0,0 0.2,0 0.6,-0.6 0.6,-1.2 0,-0.6 -0.2,0 -0.2,0.6 -0.6,1.2 z m -10.4,91 q 0.2,-0.6 0,-1 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.6 z m 0.4,7.2 q 0.2,-0.4 0,-1 0,-0.4 -0.2,-0.2 0,0.2 0,0.6 0.2,0.4 0.2,0.6 z m 1.2,15 q 0.2,0 0.2,-2.6 0.2,-2.6 -0.2,-2.8 -0.4,-0.2 -0.4,2 0,3.4 0.4,3.4 z m 0.2,-40.6 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.8,50.6 q 0.2,-0.2 0,-2 l -0.2,-1.6 -0.2,2 z m -0.2,-4.6 q 0,0 0,0.4 0.2,-0.4 0,-0.8 0,0.2 0,0.4 z m -0.4,-82.2 q 0,0 0.8,-6.2 l -0.2,0.4 q -0.6,1.4 -1.8,10.2 -1,8.8 -1,13.2 -0.2,3.6 0,2.8 0.2,-1 1,-8.8 0.4,-6 1.2,-11.6 z m 3.2,95 q 0,0 -0.2,-1.6 v 0.4 q -0.2,0.6 -0.4,1.6 0,0.8 0,1.4 0.2,0.6 0.4,0.6 0.2,0 0.2,-2.4 z m -0.2,-3.4 q 0.2,2 0.2,0.2 0.2,-0.8 0,-2 0,-2.2 0,-2.2 0,0 -0.2,1.2 -0.2,1.8 0,2.8 z m 0.2,-97.2 q 0.2,-0.4 0,-0.8 0,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.2,-1.8 q 0.4,-0.2 0.2,-0.8 l -0.4,0.2 z m -1.6,-2.6 q 1,-5.2 3.8,-16.4 0.6,-2 1.6,-5 1,-3.2 0.8,-3.4 l -0.6,1.2 q -0.4,1.4 -0.6,1.6 -0.2,0.4 -1.6,5.8 -0.4,1 -1.4,4.6 -0.6,2 -0.6,2.8 -0.2,1 -0.8,3.4 -0.4,2.2 -0.8,4.2 -0.4,2 -0.6,3.4 -0.2,1.2 0,1.2 0.2,0 0.8,-3.4 z m 2.2,103.8 q 0,0.4 0.2,0.4 0.4,0 0.2,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 0,0.6 z m 0,-2.4 q 0,0 0.2,0.4 0.2,-0.2 0,-0.6 z m 0.6,-3.6 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-2.4 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 3.8,-17.6 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m -2.2,-87.2 q 0.6,-2.2 2.2,-8.2 1.8,-6 1.6,-6.2 l -0.4,1 q -0.4,1 -1.8,5.8 -1.4,4.6 -2.2,8.6 -0.8,4 -1.4,6 -0.8,3.4 -0.4,3.2 0.2,0 0.4,-1 0.4,-2.4 1.4,-6.2 0,-0.2 0,-0.6 0.2,-0.6 0.4,-1.2 0.2,-0.8 0.2,-1.2 z m 4,73.4 q 0,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.6 0.2,0.6 z m 9.6,-118 q 0,0 0.2,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.6,0 z m -2,0.2 q 0,-0.2 -0.8,-0.2 -0.6,0 -0.6,0.4 0,0.2 0.6,0 0.8,-0.2 0.8,-0.2 z m -1.2,65.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m -0.6,2.4 q -0.2,0.4 -0.2,0.4 0,0.4 0.2,0.6 0.2,-0.6 0,-1 z m -4.6,-41 q -0.2,0 -0.6,0.8 -0.2,0.6 0,0.6 0.4,0 0.6,-0.6 0.2,-0.8 0,-0.8 z m -1,87.6 q 0,0 0.4,0.4 0.2,-0.6 -0.2,-0.8 -0.4,-0.4 -0.2,0.4 z m 0,-4 q 0.2,1 0.4,0.6 0.4,-0.6 0.4,-0.8 0,-0.4 -0.4,-0.2 0,0.2 -0.2,0 0,-0.2 0,-0.4 l -0.2,-0.4 q -0.2,0.2 0,1.2 z m 1,-10.6 q 0.2,-1 0.2,-1.8 0.2,-0.8 0.2,-1.2 0,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.8 0,0.6 -0.4,4.4 -0.2,2 -0.4,3.4 0,1.4 0,2.4 0,0.8 0,1.2 0,0.4 0.2,0.4 0.2,0 0.2,-0.4 0.2,-6.8 0.6,-8.6 z m 0.6,-6.4 q 0.8,-8.2 1.4,-7.6 l 0.2,-0.2 q 0,-0.2 -0.2,-0.4 -0.2,-1.2 0.6,-5.6 l 0.4,-4.6 q 0,0.2 0,0.6 -0.4,1.2 -0.6,2.4 -1,6.2 -1.8,12.2 -0.4,4.4 -0.6,5 0,0.6 0.2,0.6 0.2,0 0.4,-2.4 z m 1.8,10 q 0.2,-0.8 0,-1.8 v 0.2 q 0,0.4 0,0.6 v 1.2 z m -0.2,11.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-8 q 0,-1.4 0.4,-1.4 0.4,0 0.2,-0.8 0,-0.8 -0.2,-0.2 l -0.4,0.2 q 0,-0.4 -0.2,-0.2 -0.2,0.2 -0.2,1.6 0.2,1.4 -0.2,1.8 -0.2,0.4 -0.2,2.8 0.2,2.2 0.4,2.2 0.4,0 0.2,-2.4 -0.2,-2.4 0.2,-2.2 z m 0.6,-8.4 q 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,1.2 z m 1,-4.2 q 0,0 -0.4,-1.4 0,-0.4 0,-0.4 -0.2,1 -0.4,1 -0.2,0 0,1.6 0.2,0.8 0.2,0.6 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.2 z m -0.4,-21.2 q 0,0 0.2,0.4 0,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-72.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,70.8 q 0,0 0.4,-0.2 0.2,-1 0.2,-1.8 l -0.2,0.2 q -0.4,0.8 -0.4,1.8 z m 1.8,9.8 q 0,0 0,-1 l -0.2,-0.8 q -0.2,0.8 -0.8,4 -0.4,3 -0.4,3.4 l 0.2,-0.2 q 0.4,-0.4 0.6,-0.4 v -0.2 q 0,-0.6 0,-1.6 0,-1.2 0.2,-2.2 0.2,-1.2 0.4,-1 z m 1.6,-9.6 q 0,-1.8 -0.2,-1.6 0,0.2 -0.8,4 -0.6,3.6 -0.6,4 l 1,-3.6 v -0.2 l 0.2,-1 z m 0,-72 q -0.4,0 0,0.4 0.4,0.4 0.2,0.6 v 0.2 q 0.4,-0.2 0.4,-0.6 0,-0.6 -0.6,-0.6 z m 0.4,68.6 q 0.2,-0.4 0.4,-1.8 0.2,-1.4 0,-0.6 z m 0.6,-3.8 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.6 -0.2,-0.6 0,0 -0.2,0.6 z m 0.6,-1.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-62.8 q 0,0 0.2,0.4 0.4,0 0.4,0 -0.2,-0.4 -0.6,-0.4 z m 0.4,61.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.4,-2.4 q -0.2,0.8 0,0.4 0.4,-0.4 0.4,-0.8 z m 1.6,-3.2 q 0,0 0,-0.2 -0.4,0 -0.2,-0.8 l -0.2,-0.2 q -0.4,0.6 -0.6,1.8 -0.2,1 -0.2,1 0.2,0 0.4,-0.4 0.4,-1 0.8,-1.2 z m -0.2,-2.6 q 0,0 0.2,0.6 0.2,-0.2 0,-0.8 z m -0.6,-52.4 q 0,0.2 0.6,0.2 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0 -0.6,0.2 z m 1.8,49.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.2,-1.8 q 0,0.8 0.2,0.2 0.4,-0.8 0.4,-1 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.2,1 z m 1.4,-3 q 0,0 -0.2,-0.4 -0.8,1.4 -0.2,1.4 0.2,-0.2 0.4,-1 z m 0.8,-2.6 0.2,-0.8 -0.4,0.8 -0.6,1.4 0.2,-0.2 q 0.4,-0.4 0.6,-1.2 z m 1.4,-4 0.2,-1 -0.6,1 q -0.4,0.8 -0.4,1.4 0,0.4 0.2,0 0.4,-0.6 0.6,-1.4 z m 1,-4 q -0.2,0.6 0.2,0.2 0.4,-0.4 0.2,-0.6 -0.2,-0.2 -0.4,0.4 z m 0.2,-7.6 q 0.4,-0.2 0.4,-0.8 0,-0.6 -0.4,0 -0.4,0.8 0,0.8 z m 1,-2.6 q 0,0 0,-0.8 0,0.2 -0.2,0.8 -0.2,0.4 -0.4,0.8 0,0.2 0,0.2 0.2,0 0.6,-1 z m 0.8,-24 q 0,0 -0.2,0.4 -0.2,0.2 0,0.2 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.4 z m 0.2,29.2 q 0.4,-0.6 0.4,-0.8 h -0.4 q -0.2,0.6 -0.2,1 z m 2.6,-28.2 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 l 0.2,0.2 q 0.6,0.4 0.8,0.4 z m 7.2,1.4 q 0.6,-0.2 0.6,-0.2 -0.4,-0.2 -1,0 0,0.2 0.4,0.2 z m -1.2,-1 q 2.6,0.2 2.8,0.2 0.4,-0.4 -5,-0.8 h -1.8 q 0.4,0.2 0.6,0.4 0.2,0 0,0.4 0,0.2 0.2,0.4 0.4,0 1,0 h 1.4 l -1.2,-0.2 q -2.2,-0.4 -0.4,-0.6 1,0 2.4,0.2 z m 3.2,1.4 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,-0.2 z m 0.2,-1 q 0,0 2.4,0.2 0,-0.2 -1.4,-0.4 -1,0 -1,0.2 z m 3.6,0.6 q 0.2,0 0.4,0 0.2,-0.2 0,-0.4 -0.2,-0.2 -0.6,0 -1.2,0.4 0.2,0.4 z m 2.6,0.2 q 0.4,0 0.6,-0.2 -0.6,0 -1,0 0.4,0.2 0.4,0.2 z m 1.8,0.4 q 0.4,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m 2.2,0.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 2,0.6 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z m 20.6,10.4 q 0,0 0.2,0.4 0.6,0.2 1,0.2 l -0.2,-0.2 q -0.6,-0.4 -1,-0.4 z m -5,-5.8 q 0,0 -1.2,-0.2 l 0.2,0.2 q 0.6,0.4 1.2,0.2 z m -3,-1 q 0,-0.4 -0.8,-0.4 -0.8,0 -0.2,0.4 0.8,0.2 1,0.2 z m -2.2,-1 q -0.8,-0.4 -1.4,-0.2 0.4,0.6 2,0.8 z m -2.8,-1 q 0,0 -2.8,-0.6 0.2,0.2 1.4,0.8 1.4,0.4 2,0.4 0.2,0 0,-0.2 -0.2,-0.2 -0.6,-0.4 z m -1,23.8 q 0,0 -0.6,-0.4 -0.8,-0.4 -2,-0.6 l -1.2,-0.4 1,0.6 q 1.2,0.8 2.8,0.8 z m -0.8,-22.2 q 0,0 1.6,0.2 -0.2,-0.2 -1.2,-0.4 -0.4,0.2 -0.4,0.2 z m 6.4,25 q 0,0 0.4,-0.2 -0.2,-0.2 -2.8,-1.2 -2.4,-1.2 -2.6,-1.2 z m 1.2,0.6 q 1,1.2 1,0.6 0,-0.4 -0.8,-0.8 z m 3,1 q -0.2,0 -0.8,-0.4 -0.6,-0.4 -0.8,0 0,0.2 0,0.2 0,0 0.2,-0.2 0.4,-0.2 0.4,0.2 0,0.4 0.6,0.4 z m -0.8,-9 q -0.8,-0.4 -1.2,-0.4 -0.2,0 0.6,0.4 1.2,0.6 1,0.6 0,-0.2 -0.4,-0.6 z m -0.6,3.2 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z m 2.8,-12.6 q 0.8,0.2 0.8,-0.2 -0.2,-0.4 -0.8,-0.2 -0.4,0.2 0,0.4 z m -4.8,-6 q 0,0 5.6,1.6 l -0.2,-0.2 q -0.8,-0.6 -1.6,-0.6 -0.8,0 -0.8,-0.2 0,-0.2 -0.8,-0.2 -0.6,-0.2 -0.8,-0.4 -0.2,-0.4 -0.6,-0.4 l -2.4,-0.8 -0.8,-0.2 q -1,0 -2,-0.2 z m 8.8,8.6 q 1.2,0.6 1.2,0.4 0,-0.2 -1.2,-0.8 z m 2.2,0.2 q 0.4,0 -0.2,-0.6 -0.6,-0.8 -2.6,-1.6 -1.8,-1 -2,-0.8 l 0.4,0.2 -0.2,0.4 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 0.2,0.2 1.8,1.2 1.6,0.8 1.8,0.8 z m 0,-3.2 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 1.2,0.8 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 z"/><path fill="#ff7a1a" d="m 925.00032,208.6 q 0.6,0 0.4,0.4 -0.4,0.4 -1,0.4 -0.6,0.2 -2.2,-2.6 -1.6,-2.6 -2,-2.8 h -0.2 q 0,0.2 0.4,0.8 0.2,0.6 -0.2,0.6 -0.2,0 -0.2,-0.4 0,-0.2 -0.6,-0.2 -0.6,0 -0.2,-0.4 0.4,-0.2 0.2,-0.4 -0.2,0 -0.6,0 -0.2,0 0,-0.2 0.2,-0.4 -0.2,-1 l -0.4,-0.2 q 0,0.2 -0.4,-0.2 l 0.4,1.4 q 1,1.6 1,1.6 l 0.2,0.6 -0.2,0.6 v 1 q 0,0.2 0.2,0.4 0.4,0.2 0,0.2 -0.8,0 -0.4,0.8 0.2,0.4 0.4,0.4 0.6,0.2 0.4,0.6 l 0.2,0.2 q 0.6,-0.2 0.8,0.4 l -0.2,0.2 q -0.2,-0.2 -0.2,0 0,0.4 0.4,0.8 0.4,0.4 -0.2,0.4 -0.2,0 -0.4,-0.2 -0.2,0 -0.2,0 0.2,-1 -2.2,-3.6 -0.8,-1 -0.6,-1.2 h -0.2 q -0.4,0.2 0.4,1.6 0.8,1.6 0.6,1.8 -0.2,0.2 0.2,0.2 0.4,0 0.6,1 0.2,1.2 0.4,1.2 0.2,0 1.2,2 1.2,2.2 1.4,3.2 0.2,0.6 0,0.8 -0.2,0.2 -0.6,-0.4 -0.4,-0.4 -0.4,-1.2 0.2,-0.8 0,-0.6 -0.6,0 -1.2,-0.6 -0.4,-0.4 -1.4,-2 -1.4,-2.6 -1.8,-2.6 -0.2,0 0,0.4 l -0.2,0.2 q -0.2,-0.2 -0.6,-0.8 0,-0.4 0,-0.4 0.6,0.6 0.6,0.2 0,-0.2 -0.8,-1 l -0.4,-0.4 q 0.2,0.4 -0.2,0.2 -0.4,-0.2 -0.2,-0.8 0,-0.2 0,-0.4 0,0 -0.2,0 -0.2,0.2 -2,-2.8 -1.6,-3 -2.2,-3.8 -0.6,-0.6 -0.4,-0.8 0.2,-0.2 -0.6,-0.8 -0.6,-0.4 -0.6,-0.8 0,-0.6 -0.6,-1 -0.6,-0.6 -1.4,-2.2 -0.4,-0.6 -0.8,-1 -0.2,-0.4 -0.4,-0.4 h -0.2 q 0.2,-0.2 -0.2,-1.2 -0.4,-1 -0.6,-1 -0.2,0 0.2,0.8 v 0.4 q -0.4,-0.2 -1.8,-2 l -1.4,-1.4 -1.2,-1.4 q -1.2,-1.6 -1.6,-1.4 -0.4,0.2 -1.2,-0.6 -0.6,-1 -1,-1.8 -0.2,-0.4 -0.2,-0.4 0.2,0 0.4,0 0.4,0.4 0.2,0 -0.2,-0.4 -0.4,-0.2 -0.2,0 -1,-0.6 l -0.8,-0.4 q 0.4,0.4 0,0.6 -0.2,0.2 -1.4,-1.2 -1.2,-1.6 -1.8,-2.2 -0.6,-0.6 -0.6,-0.8 0,-0.4 -0.4,-0.4 -0.2,0 -1.2,-1.4 l -0.8,-1 q 0,0.6 3,4.4 0.8,1 0.8,1.2 -0.2,0 -0.8,-0.2 -0.2,-0.2 -0.4,-0.4 -0.2,-0.2 -0.2,-0.2 0.2,-0.6 -2.4,-3 -0.8,-0.8 -0.6,-0.8 0.2,0 -0.4,-0.6 -0.6,-0.8 -1.4,-1.8 -0.8,-1.2 -1.6,-1.8 -0.6,-0.8 -1.2,-1.6 -0.4,-1 -1,-1.6 -5.4,-6.6 -8.6,-10 -2.4,-2.6 -4.6,-5 -1.8,-2.2 -5.4,-5.8 l -3.4,-3.6 v 4.6 q -0.2,4.6 -0.8,4.4 l -0.2,0.4 q 0,0.2 0,0.4 0.2,0.2 0.4,0.2 0.4,-0.2 0.4,1.6 0,0.8 0,2.2 l -0.2,3 q -0.2,-1.6 -0.6,-1.6 -0.2,0 0,1.6 0,0.8 0,1.2 0.2,0.2 0.4,0.2 0.4,-0.2 0.4,2 0,2.2 0.6,5.6 0.4,3.8 0.2,3.8 -0.6,0 -0.4,-0.8 0.2,-0.8 -0.2,-0.8 -0.2,0 -0.4,-1.8 0,-0.2 -0.2,-0.2 0,-0.2 -0.2,-0.2 -0.2,0.2 -0.4,-0.2 -0.2,-0.8 0.2,-1.2 0.4,-0.4 0.2,-1.2 l -0.2,0.2 -0.4,-0.4 q 0,-1.4 0,-1.8 0,-0.2 -0.2,-0.2 0,-0.2 -0.2,0 v -0.2 q 0.4,-0.6 -0.2,-0.8 -0.4,-0.2 -0.4,-1 l -0.4,0.2 0.2,0.6 v 1.6 1 l 0.2,-0.2 q 0.2,-0.8 0.4,-0.2 0,0.4 0,1 0.4,1.6 0,2 -0.4,0.8 0.2,2.4 0.4,0.8 -0.2,1.6 l -0.2,0.2 q 0.2,-0.6 0,-1.4 -0.2,-0.8 -0.6,-0.8 -0.2,0 -0.2,0.8 0,0.8 -0.2,0.8 -0.4,0.2 -0.8,-1.8 l -0.4,-1.2 v 0.2 q -0.2,1.4 -1.2,0.2 -0.4,-0.6 -0.2,-0.6 0,0 -0.2,-1 0,-1 -0.4,-2 -0.2,-1.2 -0.4,-1.2 l 0.4,2.2 q 0.4,1.2 0,1.6 -0.4,0.4 -0.2,-0.2 0.2,-0.6 -0.4,-1 -0.6,-0.6 -0.6,-2.4 l -0.4,-1.4 q -0.2,0.2 -0.2,0.8 h -0.2 q -0.2,-0.4 -0.6,-0.2 -0.2,0.2 0,0.6 0.6,0.8 1,6.8 0,1.6 0.2,3.2 v 1.4 q -0.2,-0.2 -1,-2.6 -0.6,-2.6 -0.6,-3.2 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.2,-0.4 0.2,-0.6 -0.2,-1 -0.2,-0.4 -0.6,-3.2 l -0.6,-1.6 v 0.2 q 0,1.2 -0.2,1.6 -0.2,0.4 0,0.4 0.4,0 0.4,1.6 0,2.2 0.6,4.2 0.2,1 -0.2,1 -0.4,0 -0.2,-0.4 0.2,-0.6 -0.2,-0.6 -0.2,-0.2 -0.8,-3.2 -0.4,-3 -0.4,-4.6 l -0.2,-1 -0.4,-1 q -0.8,-4.6 -1.2,-5.6 -0.2,-0.6 -0.4,0.2 -0.2,0.4 -0.4,-0.2 0,-0.4 0,-0.8 l -0.2,-1 q 0,0 -0.2,0.4 0,0.2 0,0.2 -0.2,0.4 -0.2,-0.2 0.2,-0.2 0.2,-0.6 0.2,-1.4 0.2,-2 v -0.8 l 0.2,0.8 q 0.2,0.6 0.4,0 0,-0.2 0,-0.6 0,-1.2 -0.2,-1.2 0,0 -0.6,1.2 l -0.6,1 v -1.2 q 0,-1 -0.4,-1.4 -0.4,-0.4 0.2,-0.2 0.6,0.2 0.6,-0.2 0,-0.4 -0.4,-0.4 -0.4,0 -0.4,-0.8 0.4,-3.6 -0.2,-3.6 -0.4,0 -0.2,0.8 h -0.4 q -0.4,-1 -0.2,-1.4 0.2,-0.6 -0.6,-0.2 -0.8,0.2 -0.8,-0.6 0,-1 -0.4,-1.2 -0.2,-0.2 0.2,-0.6 v -0.2 q -0.4,0 -0.2,-0.8 0.2,-0.4 0,-0.4 0,-0.2 -0.4,0 -2,0.8 -4.6,0.6 0.4,-0.4 0,-0.4 -0.6,0 -1,0.4 -0.8,0.6 -0.6,-0.4 0,-0.2 0,-0.6 0.2,-0.8 1.4,-1.2 1.2,-0.4 1.2,-0.6 0,-0.4 0.2,-0.2 0.4,0 2,-1 1.6,-0.8 1.4,-0.8 0,-0.2 -2,0.8 -3.4,1.6 -6,1.2 l -1.2,-0.2 2,-0.8 q 2,-0.6 2.2,0 h 0.4 q 0,-0.4 -0.6,-0.8 l -0.2,-0.4 q 0.4,0 1.4,-0.8 1,-0.8 2.2,-1.4 1.2,-0.8 0.4,-0.8 -0.6,0.2 -0.6,-0.2 0,-0.4 1,-0.8 0.8,-0.4 0.8,-0.6 0,-0.2 -0.6,-0.2 -0.4,0 -1,0.2 -0.4,0 -0.6,0.2 -0.2,0.4 -0.6,0.4 -0.2,0 0,-0.4 0.2,-0.4 -0.6,-0.2 -0.6,0.2 -2.6,1 -2.8,1.2 -3.2,1.2 l 0.2,-0.2 q 0.2,-0.2 0.4,-0.2 1.2,-0.4 3.4,-1.4 2,-1 3.6,-1.8 1.6,-1 1.6,-1 -0.2,-0.2 -1,0.2 -1.6,0.4 -2.2,-0.4 0.4,-0.2 1.6,-0.6 2.2,-0.8 1.8,-2.8 -0.2,-0.8 -1.4,-0.6 h -0.6 q 0.4,-0.2 0.4,-0.4 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.2,0 0,-0.4 1.2,-1 1.2,-0.6 1.2,-1.4 0,-9.6 5,-39 1.4,-8.2 3,-16.2 2.6,-11 4.4,-14.6 l 0.6,-1.2 q 0.8,-1.8 0.6,-2.2 0,-0.2 0,-0.2 0,-0.2 0.2,-0.2 0.2,0 0.2,0 0.2,-0.2 0.4,-0.6 l -0.4,-0.2 -0.2,0.2 q 0,-0.8 0.6,-1 0,0.4 0.4,-0.4 0.2,-0.4 0.2,-0.6 0,-0.2 -0.2,0 l -0.2,-0.4 q 0.2,-0.4 0.4,-0.4 0.2,0.2 0.4,-0.2 0.2,-0.4 0.4,-0.8 0.4,-0.6 0.6,-1.4 1.2,-2.6 1.4,-3.2 0.4,-0.8 0.2,-1.2 -0.2,-0.6 0.2,-1.2 l 0.2,0.4 h 0.2 q 0.2,-0.2 0.4,-1 0.8,-1.6 0.8,-2 -0.2,-0.2 -0.2,-0.2 0.2,-0.2 0.4,-0.2 0.2,0.2 0.4,-0.2 0.2,-0.4 0.2,-1 0.2,-0.6 0.2,-0.8 l 0.2,-0.4 q 0,0.2 0.2,0 0.2,-0.4 0.2,-0.8 0.2,-1 0.8,-1.4 0.6,-0.4 1.6,-2.2 1.6,-2.2 3,-2.8 l 0.8,-0.2 -0.8,0.8 q -2,2.4 -2,4.2 0,0.8 1,-1 2,-3.4 3.4,-3.4 0.6,0 0.6,0.2 0.2,0.2 -0.2,0.6 -0.4,0.2 -0.4,-0.2 0,-0.4 -0.4,-0.2 -0.4,0.2 -0.2,0.8 0.2,0.6 -0.6,1.8 -0.6,1.2 -0.6,1.6 0,0.4 0.4,-0.2 0.2,-0.2 0.2,-0.4 0.8,-1.4 2,-2.4 h 0.4 q -0.4,0.4 -1.2,1.4 -0.6,1 0,1.4 h 0.2 q -0.2,-0.2 1.2,-1.6 1.4,-1.6 2,-1.6 0.4,0 0.2,-0.4 h 0.2 q 0.4,0.4 -0.2,1 -0.4,0.6 -1,1.6 l -0.6,1 0.6,-0.6 q 0.8,-0.6 0.8,-0.2 0,0.4 -0.4,2 l -0.2,1.6 q 0.2,-0.2 0.2,-0.8 0,-0.6 0.6,-1.2 h 0.4 q -0.2,0.6 -0.6,1.6 -0.6,2 -0.4,2.2 l 0.8,-1.4 q 0.4,-1.6 0.6,-1.6 0.4,0 0.4,-0.6 0,-1.2 0.8,-0.2 0.4,0.4 0,1.2 -0.4,0.8 -0.4,1.4 0,0.6 -0.4,0.6 -0.4,0 -0.2,0.6 0.2,0.4 0,1 -0.2,0.6 -1,3.8 -0.6,3 -0.6,3.8 0,0.8 -0.4,0.8 -0.2,0 0,0.8 0.2,0.6 0.6,0.2 h 0.2 q 0,0.6 -0.4,1 -0.2,0.4 -0.4,0.2 -0.4,-0.2 -0.6,0 0,0.2 0.4,0.8 0.6,0.4 0.2,1.2 -0.2,0.6 -0.2,1.2 0.2,0.6 -0.2,1 -0.8,0.8 0.4,0.8 0.8,0 3,-0.4 3.4,-0.6 6.8,-0.8 3.6,-0.2 4,-0.2 0.4,-0.2 0.6,0.2 0.2,0.2 0.4,0 0.4,-0.2 0.6,0.2 0.2,0.4 -2.2,0.4 h -2.2 l 2.2,0.4 q 2.2,0.2 3,0 1,-0.2 0.2,-0.4 l -0.2,-0.4 q 0.6,0 0.2,-0.4 -0.4,-0.2 0.2,-0.2 0.2,-0.2 0.4,-0.2 1.2,0 1.2,0.4 -0.2,0.4 0,0.6 0.4,0.2 0.4,0 0,-0.4 1.2,-0.8 1.2,-0.2 4.8,1 3.8,1 4.4,1.6 1,1 1,0.6 0,0 -0.4,-0.4 -0.2,-0.4 0.4,-0.2 3.8,0.6 7.8,3.4 1,0.6 1.8,1 0.6,0.4 0.4,0.2 -0.6,-1 -3.8,-3 -4.4,-2.6 -8.4,-3.4 -2.4,-0.6 -4.6,-1.2 l -5.6,-1 0.4,0.2 0.2,0.4 q -0.8,0 -1,-0.2 l -1.4,-0.2 q 0.2,0.4 -2.8,0.4 -2,-0.2 -2,-0.2 0,0 1.2,-0.2 l 1.8,-0.2 -1.6,-0.2 q -0.8,0 0.2,0 0.8,-0.2 2.2,-0.2 14,-0.2 23.4,6.2 1.8,1.2 4.2,3.8 2.4,2.6 3.6,4.4 1.2,2 1.6,4.6 0.6,2.4 1,4 l 0.6,1.2 q 0,-0.2 0,-0.6 0.2,-0.4 0.2,0.2 0.2,0.4 0.2,1.6 0,5.6 -2,10 -1.8,4.4 -6.8,10.8 -3.2,4 -3.2,4.4 0,0.6 -4.8,5.8 -2.2,2.4 -8.2,7.4 -6,4.8 -10,7.6 -1.2,0.8 -1.6,1.2 -0.2,0.4 -1,0.6 -0.8,0.2 -0.8,0.6 0,0.4 -0.4,0.4 -0.8,0 -3.2,2 -0.8,0.6 -1.4,1 -0.4,0 -2,1.2 -1.6,1 -1.6,1 0,0.2 0.4,0.8 0.4,0.4 2.2,2.6 1.8,2 2.4,2.6 0.2,0.4 1.4,1.6 1.2,1.6 2.8,3.6 1.8,2.2 3.2,4 1.4,1.8 1.6,2 0.4,0 0.4,0.4 0,0.2 0.6,1 3,3.2 5.4,6.6 2.6,3.2 2.4,3.6 -0.2,0.2 0.2,0.4 0.4,0 1.6,1.6 1.2,1.4 1.2,1.8 0,0.2 0.4,0.6 0.4,0.2 0.4,0.6 0,0.2 4,6.6 4.2,6.4 4.8,7.8 0.8,1.4 1,1.6 0.2,0 1.6,2.6 l 1.6,2.4 q 0,-0.2 0,-0.6 h 0.2 q 0.4,0.8 0.4,1.6 0.2,0.8 0.6,1.2 0.6,0.4 0.6,0.8 0,0.4 1.4,3 1.4,2.4 2.4,4.8 1.2,2.2 1.4,2.4 0.2,0 0.4,0.6 0.4,0.6 0.6,1.2 0.2,0.6 0.2,0.6 v 0.2 q 0.4,0.2 0.8,1 0.4,0.6 0.2,0.6 0,0 -0.4,-0.2 -0.6,-0.4 -1.2,-1.6 -0.4,-1.2 -0.6,-1.2 -0.2,0 -0.4,-0.6 l -0.4,-0.6 q -0.2,0.2 0.6,2 0.8,1.6 1.2,2 0.4,0.4 0.4,0.6 0.2,1.4 1,2.6 1,1.6 -0.4,1.6 -0.6,0 -0.6,0.6 0,0.6 0.6,1.4 0.6,0.8 1,0.8 z m -84.6,-77.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 1.6,-7.8 q 0.4,0 0.4,-2.4 0,-2.6 -0.2,-2.4 -0.2,0.2 -0.4,1.4 0,1.2 0,2.4 0,1 0.2,1 z m 0,1 q 0,0 0.2,0.4 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0.2,19.8 q 0,0 0.2,0.2 l 0.6,-0.2 q -0.2,-0.2 -0.8,0 z m 0.8,2.2 q 0,0 0.2,-0.2 -0.4,-0.2 -0.6,-0.6 l -0.2,0.2 q 0,0.6 0.6,0.6 z m 0.4,-33.4 q 0.2,0 0.2,0 0.4,0 -0.4,-0.6 -0.4,-0.2 -0.4,0 0,0 0,0.6 l 0.2,0.4 q 0,-0.6 0.4,-0.4 z m 0.8,10 q 0,0 0.2,0.4 0,-0.4 0,-0.8 -0.2,0.4 -0.2,0.4 z m 0.2,5.2 q 0,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.4 0.2,0.6 z m 0.2,-11 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.2,30 q 0,0.2 0.2,1 l 0.4,0.8 q 0,-0.2 -0.2,-1 z m 0,-1.4 q 0.2,0.2 0.2,0.4 0.2,-0.4 0,-1 -0.2,0.4 -0.2,0.6 z m 0.6,5.8 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0,0.4 0.2,0.4 z m -1.2,-47.2 q 1.2,-7.8 1.2,-8.8 0,-0.4 -0.2,-0.6 -0.2,0.6 -1.2,7.8 -1,7.2 -1,8 0,2.2 0.4,-0.2 0,-0.4 0.2,-1 0.2,-1.8 0.6,-5.2 z m 1.4,-10.2 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.4,63.2 q 0.2,-0.4 0,-0.8 -0.2,0.4 -0.2,0.4 0.2,0.4 0.2,0.4 z m 1.8,-75.6 q 0,0 -0.2,0.2 l 0.2,0.4 q 0.2,-0.2 0,-0.6 z m -0.4,2.4 q 0,0 -0.2,0.2 l 0.2,0.4 q 0.2,-0.2 0,-0.6 z m 0.4,79.6 q 0,0.8 0.2,1.2 v -2 q -0.2,-2 -0.2,-2.6 0.2,-3.2 -0.8,-3.4 -0.4,0.2 0.4,4.6 0,0.8 0.4,2.2 z m 1,-87.8 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.2,-1.8 q 0.2,-0.2 0.2,-0.6 l -0.2,0.2 z m 1.4,88.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.4,3 q 0.2,-0.4 0,-0.8 0,0.2 -0.2,0.4 0.2,0.2 0.2,0.4 z m 1.2,0.2 q 0,0 0,-0.4 -0.4,0.2 -0.4,0.6 l 0.2,0.4 q 0.2,0 0.2,-0.6 z m 0.6,-106.8 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.8,108 q 0.2,-0.2 0,-1.4 l -0.4,-1.4 v 1.6 z m 2.2,4.6 q 0.2,-0.2 -0.2,-0.8 -0.2,-0.6 0,-1 0,0 -0.2,0 0,-0.2 -0.2,-0.2 -0.2,0 -0.2,0.8 0,0.2 0,0.4 0.2,0.2 0.2,0.2 0.2,-0.2 0.2,0 0.2,0 0.2,0.2 z m 2.4,-1.4 q 0,0 -0.2,0.2 l 0.2,0.6 q 0.2,-0.4 0,-0.8 z m 0,-24.6 q 0,0 0.4,5 0.2,-0.2 0.2,-2.8 0,-2.6 -0.2,-2.6 -0.2,0 -0.4,0.4 z m -0.6,2.8 q 0,-0.4 -0.4,-0.2 -0.2,0.2 0,0.4 0.4,1 0.4,-0.2 z m -0.4,-0.8 q 0.2,-0.2 0,-0.8 l -0.2,0.4 z m 0,-2.2 q 0,-0.8 -0.4,-0.8 -0.2,0 0,0.6 0.2,0.4 0.2,0.8 0,0.2 0.2,0.2 0.2,0 0,-0.8 z m -0.2,27.4 q 0,0 0.2,0 0.2,-0.6 -0.2,-1.4 l -0.4,-1 0.2,1 q 0.2,0.8 0.2,1.4 z m 0.6,-12.8 q 0.4,2.4 0.6,2.4 0.2,-0.2 -0.2,-2.8 -0.4,-2.8 -0.8,-3.2 l -0.2,0.4 q 0.2,0.6 0.6,3.2 z m 0.8,-1 q 0,0 0.2,-0.4 0,-0.2 0,-0.4 0.4,-1.4 -0.2,-3.6 -0.4,-2.2 -0.6,-3.6 0,-1.6 -0.4,-1.4 -0.2,0 -0.2,0.4 0.6,2.8 1.2,9 z m 0.6,7.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.6,-13.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.6,-38 q 0.2,-0.6 0,-1 0,0.4 0,0.4 z m 0.6,-5.4 q 0.2,-0.4 0.2,-0.8 l -0.2,0.2 q -0.4,0.4 -0.4,0.8 z m 22.6,-4.6 q 0,0.2 0.4,0 0.4,-0.2 0.4,-0.4 0,-0.4 -0.4,-0.2 -0.4,0.2 -0.4,0.6 z m 2.6,-0.8 q 0.2,-0.4 -0.2,-0.6 0,0 -0.2,0.2 0,0 0,0.2 0,0.8 0.4,0.2 z m 1.6,-4.4 q 0.2,0 0.6,-0.6 0.6,-0.6 0,-0.2 -1,0.8 -0.6,0.8 z m 1.4,2 q 0.2,0 0.4,-0.4 0.2,-0.4 -0.2,-0.4 -0.2,0 -0.2,0.4 0,0.4 0,0.4 z m 0.6,-3.4 q 0.4,0 1.6,-1 1.2,-1 0.4,-1 l -0.4,0.2 q 0,0.2 -0.6,0.8 -0.4,0.4 -1,0.6 z m 5.8,-4.4 q 0.4,-0.2 0.8,-1.2 0.4,-1 0.2,-1.4 -0.2,-0.4 -0.4,0.6 -0.2,0.8 -0.8,1 -0.6,0.2 -1.6,1.6 l -0.6,1.2 q 0.6,0 1.2,-1 0.8,-1.2 1,-1.2 0.2,0 0,0.4 0,0.2 0,0.2 0,0 0.2,-0.2 z m 0.4,-4.2 q 0,0 0,0.6 0.4,-0.2 0.2,-0.8 z m 2.2,-7.2 q 0.4,0.8 0.4,0.6 0.2,-0.2 0,-0.8 -0.2,-0.6 -0.6,-0.6 -0.2,0 0.2,0.8 z m 16.2,-20.2 q 0.4,0.4 0.4,-0.2 0,-0.6 -0.4,-0.6 -0.2,0 -0.2,0.4 0,0.2 0.2,0.4 z m 7.2,15.2 q -0.6,1.4 -0.8,2.2 -0.2,0.8 -1,2.6 -0.8,1.6 -0.6,1.8 0.2,0.2 0.4,0 0.4,-0.4 0.2,-0.6 -0.2,-0.4 0.4,-1.2 l 0.4,0.4 q -0.2,0.6 -0.6,1.6 -0.4,0.8 -0.8,1.4 -0.4,0.6 -0.4,0.4 -0.2,-0.2 0.2,-0.6 0.4,-0.6 0.2,-0.8 -0.4,-0.4 -0.6,0.4 0,0.2 0,0.4 -0.4,2.6 -1.2,3.4 -0.4,0.6 -1,1.8 l -0.6,1.2 0.8,-0.8 q 0.6,-1 2,-3.2 2.8,-4.8 3.2,-9.4 l 0.2,-2.4 z m -1.4,0.8 q 0,0 -0.2,0.2 l 0.2,0.4 q 0.2,-0.2 0,-0.6 z m 0,1.6 q -0.2,-0.6 -0.4,-0.6 -0.2,0 -0.2,0.6 0,0.4 0.4,0.4 0.4,0 0.2,-0.4 z m -1.4,-10.6 q -0.2,0 -0.2,-0.4 0,-0.4 -1.4,-2 l -1.2,-1.4 0.8,1.6 q 0.8,1.8 1,3 0.4,0.6 0.6,0.6 0.2,-0.4 0.2,0.2 0,0.6 0.2,0.6 0.4,0 0.4,-1 0,-1.2 -0.4,-1.2 z m -3,-6 -0.8,-0.6 0.6,0.8 q 1,1 1,0.6 0,-0.2 -0.8,-0.8 z m -1.2,-3.8 q -0.6,-0.4 -0.8,-0.2 -0.2,0.2 0.4,0.4 z m -11,-4.4 q -0.4,-0.2 -0.4,0 0.6,0.8 3.8,2.4 1,0.4 1.4,0.8 0.6,0.2 0.4,0.6 v 0.2 q 0.2,-0.2 1,0.6 1,0.8 1.4,0.6 0.4,-0.2 0.4,0 0.2,0 0.2,0.2 -0.2,0.4 0.2,0.6 0.4,0 0.8,0 0.4,0 0.2,0.4 -0.2,0.2 -0.2,0.4 0.2,0 0.2,-0.2 0.4,-0.2 0,-0.8 -0.4,-0.8 -1.2,-1.2 -0.8,-0.6 -1.8,-1.4 -1.4,-1.4 -6.4,-3.2 z m -0.6,52.2 q -1.2,1 -1.2,1.2 0,0.2 1.2,-1 l 1,-1.2 z m -5.2,-53.8 q 0,0 -0.6,0 0.4,0.2 2.4,1.2 h 0.2 l 0.4,0.2 2,0.6 q 0,-0.2 -1.8,-1 -1.6,-0.8 -2.6,-1 z m -0.2,33.8 q 0.2,-0.4 0,-0.4 0,0.2 -0.6,0.4 -1.4,1.4 -0.2,1.4 0.6,0 0.6,-0.4 0,-0.4 0.2,-1 z m -1.2,-14 q 0,0 -0.2,0.2 0.4,0.4 0.8,0.2 0,-0.2 -0.6,-0.4 z m -1.2,-20 q -0.4,0 -1,0.2 l -0.2,0.4 q 0.4,0 1,-0.4 z m -1.6,-0.2 q 0,0 0.2,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.6,0 z m -1.6,17.6 q 0,0 -0.4,0 0.4,0.4 1,0.2 0,0 -0.6,-0.2 z m -1.2,-17.4 q 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 0.2,0.2 0.2,0.2 0.2,0 0.2,-0.2 z m -0.4,16.6 q -0.8,-0.6 -1.2,-0.4 -0.2,0 0.6,0.4 1,0.6 1,0.4 0,0 -0.4,-0.4 z m 0,2.4 q 0,-0.2 -1,-0.6 -1,-0.6 -1.2,-0.6 l 1,0.6 q 1.2,0.8 1.2,0.6 z m -1.4,-5.4 q 0,0 -1.2,-0.2 l 0.2,0.2 q 0.6,0.4 1.2,0.4 z m -2.8,3.8 q 0,0 -0.2,0 0,-0.2 -0.2,-0.2 -0.8,0 -1.8,-0.6 -3.2,-1.2 -3.2,-0.4 0,0.6 0.8,0.4 1,-0.2 2.4,0.4 2,1 2.2,0.4 z m -5.4,-5.4 q 0,0 0.2,0.2 h 0.4 q -0.2,-0.4 -0.6,-0.2 z m 1.2,-11 q 0,0 -2.8,0.4 0.4,0.2 3,0.2 2.6,-0.2 2.8,-0.4 0.2,-0.2 -3,-0.2 z m -3.2,13.8 q 0,0 -1,0 l -1.2,0.4 q 0.2,0.2 1,0 1,-0.2 1.2,-0.4 z m -5.6,-14 q -0.8,0.2 -1,1 -0.2,0.6 0,0.8 0.2,0 0.8,0 l 0.8,-0.2 -1,0.4 q -0.8,0.2 -0.8,0.6 0,0.2 0.8,0 1,-0.2 1.8,-0.4 1,-0.4 1,-0.6 0.2,-0.2 1.6,-0.2 h 1.2 l -0.2,-0.4 q -0.4,-0.4 -2,-0.4 h -1.2 0.2 q 0.6,-0.4 1.6,-0.4 l 0.2,-0.4 q -1,-0.4 -3.8,0.2 z m 2,10 q -0.2,-0.4 0.4,-0.2 0.8,0.2 1,0 l -1.6,-0.2 q -2,0 -2,0.6 0,0.2 1.2,0.2 1.2,0 1,-0.4 z m 0.8,4 q 0,0 -0.8,0 -0.8,0 -1,0.2 h 1.6 z m -4,-18.2 q -0.4,0.6 -0.2,1 0.4,0 0.6,-0.6 0.4,-0.6 0.2,-1.2 -0.2,-0.8 -0.4,0 0,0.6 -0.2,0.8 z m -0.2,13.6 q -0.8,0 -1,0.4 -0.2,0.4 0.2,0.4 0.4,0 1,-0.4 z m 0.6,1.2 q 0,0 -0.6,-0.2 -0.8,0.2 -0.8,0.2 z m -1.8,1.6 q -0.8,0 -0.8,0.8 0,0.6 2.4,0.6 2.4,-0.2 2.2,-0.4 0,-0.4 -1,-0.4 -0.8,0 -1,-0.2 -0.2,-0.4 -0.8,0 -0.2,0.2 -0.4,0.2 0,0 0.2,-0.4 0.2,-0.6 -0.2,-0.8 -0.2,0 -0.2,0 0,0 0,0.2 0.2,0.2 0,0.4 0,0 -0.4,0 z m -3.2,14 q 0.2,-0.2 -0.2,-0.6 -0.4,-0.6 -0.2,0.2 0.2,0.6 0.4,0.4 z m -1.2,6.8 q -0.4,0.2 -0.2,0.6 0.4,1.2 0.4,-0.2 0,-0.2 -0.2,-0.4 0,-0.2 0,0 z m 0,2 q 0,-0.6 -0.4,-0.2 -0.4,0.2 -0.4,0.6 0,0.2 0.4,0.2 0.4,0 0.4,-0.6 z m -0.6,3.2 q 0.2,-0.2 -0.2,-0.6 -0.4,-0.6 -0.2,0.2 0.4,0.6 0.4,0.4 z m -1,7.2 q 0,0 -0.2,0.2 l 0.2,0.6 q 0.2,-0.4 0,-0.8 z m -0.2,1.8 q -0.4,0.6 -0.4,1.6 0,0.8 0.2,0.8 0,0 0.4,-1.6 0,-0.8 -0.2,-0.8 z m -0.6,5.8 q -0.8,0 -0.8,4.4 0,1 0.4,0.2 0,-0.6 0.2,-1.4 0,-1.2 0.2,-2.2 0.4,-1 0,-1 z m -1,6.2 q 0,0.8 0,0.8 0.2,0 4.4,-2.4 11,-5.8 11,-6.4 0,-0.4 0.2,0 0.2,0.2 1.4,-0.6 1.4,-0.8 1.8,-1.4 0.6,-1 1.2,-1 0.2,0 0,0.4 -0.2,0.4 0.4,0 0.8,-0.4 0.6,-0.6 -0.2,-0.2 0,-0.4 0.4,-0.4 0.8,-0.4 0.4,-0.2 0.6,0 0.4,0 0.2,-0.4 -0.2,-0.6 0.4,-0.4 0.8,0.2 1.2,-0.2 l -0.2,-0.2 q -0.8,0.2 -0.8,0.2 0,-0.2 2.6,-2.2 4.8,-3.6 6,-6.4 1.6,-3.2 2,-6.4 0.4,-3.4 -0.6,-4.8 -1.2,-2.2 -3.8,-3.4 -1,-0.6 -1,-0.8 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.6,-0.2 -0.2,-0.6 -0.8,-0.4 -0.6,0.2 -1,-0.2 l 0.4,-0.2 -1.6,-1 q -2.2,-1 -3.2,-1 l -1,-0.4 q 0,0 -1.2,-0.4 -1.2,-0.6 -3.4,-1 -2,-0.6 -4.2,-1 -3.8,-0.6 -4.6,-0.2 -0.8,0.4 -0.8,1 0,0.6 0.2,0 0.4,-0.4 0.4,0 0,0.2 -0.2,0.6 -0.2,1.4 -1,7.4 -0.8,6 -1.4,9.8 -0.4,3.8 -0.8,6.8 -0.4,3 -0.6,4 0,0.8 -0.4,2.8 -0.2,2.6 -0.4,2.4 -0.2,0 -0.4,-0.4 -0.2,-0.4 -0.2,0 0,0 0,0.6 0,0.8 0.2,0.6 0.2,-0.2 0.4,0.4 0,1 -0.4,4.4 -0.4,2.6 -0.8,2.4 -0.2,0 -0.4,0.2 0,0 0,0.2 z m 10.6,-0.4 q 0,-0.4 1,-1 1.2,-0.6 1,-1.2 0,-0.6 0.4,-1.2 0.2,-0.2 0.2,0 0,0 0,0.4 -0.2,1 0,1 0.2,0 0.8,-0.4 0.6,-0.4 0.4,-0.6 0,0 0.2,-0.2 0.4,-0.4 0.8,-0.6 1.2,-0.6 2.6,-1.8 1.6,-1.2 1.8,-1 l 0.2,-0.2 q -0.2,-0.6 -1,-0.4 -0.6,0 -1,0.4 -0.4,0.4 0,0.2 l 0.2,0.2 q -0.2,0.4 -0.6,0.2 -0.4,-0.2 -2,0.8 -4.2,2.4 -6.6,3.6 -2.2,1.2 -3.8,2.2 -1.4,0.8 -1.8,1.2 -0.2,0.2 -0.2,0.4 0,0.2 -0.2,0 -0.2,-0.2 -1.4,0.4 -1,0.4 -1,0.8 0,0.2 0,0.4 0,0 -0.2,0.6 0,0.6 0,1.2 0,0.6 0,0.6 0.2,0 0.8,-0.4 0.8,-0.4 0.6,-0.6 l 0.4,-0.4 q 0.2,0.2 0.4,0.2 0.2,-0.2 0.2,-0.4 -0.2,-0.4 0.4,-0.6 h 0.2 q 0,0.2 0,0.4 0.2,0 0.4,0 0.6,0 0.4,-0.6 l 0.2,-0.2 q 0.2,0.2 0.6,-0.4 0.6,-0.4 2.6,-1.6 2.2,-1.2 2.6,-1.2 0.4,0 0.4,-0.2 z m 14.4,63.4 q 0.6,1 0.6,0.4 0,0 -0.6,-0.4 -0.6,-0.6 0,0 z m 10.4,10.2 q 0.6,1 0.8,0.8 0.2,-0.2 -0.6,-0.8 l -0.8,-0.8 z m 4.6,4.2 q 0,0 1.4,1.2 l -0.2,-0.4 q -0.2,-0.4 -1.8,-2.4 -1.4,-2.2 -1.2,-2.4 -0.4,0.2 -0.8,-0.4 v 0.2 q 0.2,0.6 0.8,1.2 0.8,1 0.8,1.4 0,0.4 1,1.6 z m 10.8,5.6 q 0.4,0.6 0.6,0.4 0.2,-0.2 -0.4,-0.6 -0.4,-0.6 -0.2,0.2 z m 7.2,19.6 q 0,-0.2 -0.4,-0.4 -0.4,-0.2 -0.4,0.2 0,0.4 0.4,0.4 0.4,0 0.4,-0.2 z m -1.8,-10.4 q 0.2,-0.2 -0.4,-0.6 -0.4,-0.4 -0.2,0.2 0.4,0.6 0.6,0.4 z m -1.2,-2.2 q 0,0 0,-0.2 -0.2,-0.4 -0.8,0 -0.4,0.4 -0.4,0.4 0,0.2 0.4,-0.2 0.6,-0.4 0.8,0 z m 0.2,-12.2 q -0.2,0.2 0.2,0.8 0.6,0.4 0.6,0.4 0.2,0 -0.2,-0.6 -0.4,-0.8 -0.6,-0.6 z m 1.8,2.2 q 0.2,-0.2 0.2,-0.2 0,0 -0.2,0 -0.4,0.4 -0.4,0 0,-0.4 -0.4,-0.4 -0.4,0 -0.2,0.4 0.4,1.2 1,0.2 z m 0.6,6.6 q 0,0.4 0.2,0.4 0.4,0 0.4,-0.2 0,-0.2 -0.4,-0.4 -0.2,-0.2 -0.2,0.2 z m 1.4,2.4 q 0.2,0 0.2,-0.6 -0.4,-0.4 -1,-0.8 0,0.4 0.4,0.4 0.2,0 0.2,0 0.2,0.2 0.2,0.2 -0.2,0.8 0,0.8 z"/><path fill="#ff7a1a" d="m 995.80022,72 q 0,0.2 0.4,0.8 0.4,0.4 -0.2,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 l -0.2,0.2 q -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.2 l -1.6,0.2 -1.4,0.2 q 0.4,0.2 0.2,0.6 -0.2,0.2 0.2,0.2 0.4,0 0.4,0.4 0,0.4 -1,0.2 -4.8,-1.2 -5.4,-0.4 l 1,0.2 q 1.2,0 1.4,0.4 0.2,0.2 1.4,0.6 l 0.2,0.2 q -1,0.2 -1.2,-0.2 -0.8,-0.8 -3,-0.4 -0.6,0.2 -0.6,0.4 0.2,0.2 1.2,0.2 1.2,-0.2 1.2,0.2 0,0.2 2.8,0.4 4.2,0.4 4,1.2 -0.4,0.4 -0.8,-0.2 l -0.2,-0.2 q 0,0.4 -2.2,0.4 -3.8,0 -3.2,0.2 0.2,0 0.8,0.2 0.8,0.2 -0.2,0.2 -0.8,0 -2.4,0 -4,0.2 -5.4,0.4 -3.6,1 -11,2 -2.4,0.4 -10.2,2.6 -7.8,2.2 -8.4,2.8 -0.2,0.2 0.6,5.8 1.4,10.6 1.4,21.2 0,3.4 0.4,3.4 4.2,-1.6 9.2,-2.4 1,-0.2 1,0.2 0,0.2 0.8,0.2 0.8,0 0.2,-0.4 -0.6,-0.2 -0.6,-0.2 0,0 0.6,0 0.8,0 0.8,0.4 l 0.2,-0.2 q 0.2,-0.6 6.8,-0.4 6.6,0 7.8,0.8 1.4,0.6 1.6,1 0.2,0.4 -0.2,0.4 -0.2,-0.2 -0.4,-0.2 -0.8,-0.2 -2.6,-0.4 -1.2,0.2 -1.2,0.4 0.4,0.6 1.4,0.4 1,-0.2 3,0.4 2,0.4 2,0.8 0.2,0.4 -0.4,0.6 -0.6,0 -2.6,0 -3.2,0.2 -5.2,0.4 -1.8,0.2 -0.2,0.2 0.8,0 2.2,0 4,-0.2 5,0.4 1,0.4 1,0.8 0,0.2 0.8,0.4 0.8,0 0.8,1 0,1 -0.8,1.2 -1.2,0.2 -1.4,0.4 0,0.2 0.4,0.6 0.6,0.4 1.2,0.2 v 0.2 q -0.4,0.6 -2.4,0.8 -0.8,0.2 -0.6,0.4 0.4,0.2 -0.2,0.2 -0.2,0 -0.6,0 -1.4,-0.2 -1.4,0.2 0,0.2 -0.4,0 -0.2,-0.2 -0.4,0.2 h 2.6 q 1.2,0 2,-0.2 0.6,-0.2 0.6,0 0.2,0 -0.2,0.2 -0.4,0.6 -1.6,0.6 l -4,1 h 0.2 q 0.6,0 3.8,-0.4 h 0.2 0.2 l 0.2,-0.2 4,-0.4 q -0.6,0.4 -1.8,0.6 -1,0 -1.4,0.4 -0.2,0.4 -1.6,0.4 -1.4,0 -1.4,0.4 0,0.4 0.8,0.2 l 5,-0.4 q -0.6,0.2 -0.6,0.8 0,0.4 -1.4,0.8 -1.6,0.6 -0.2,1 1.6,0 -0.8,0.8 -2,0.8 -6.2,1.8 -22.2,5.6 -25.2,7.4 -0.8,0.4 -0.8,1.2 0,0.6 -0.2,1.4 -0.2,1 -0.8,5.4 -0.4,4.6 -1.4,9.8 -1,5 -1,5.4 0,0.2 0.6,-0.2 0.6,-0.4 2,-0.6 1.6,-0.2 2.6,-0.6 1.2,-0.6 1.6,-0.4 0.4,0.2 2.8,-0.2 2.6,-0.4 3,-0.8 h 0.2 q -0.2,0.4 3.2,0.4 3.6,0 4.2,0.2 0.6,0.2 2.6,0.6 4.2,1.2 6.2,2.2 1.2,0.6 3.6,1 1.6,0.8 1.6,1.4 -0.2,0.4 -1.8,-0.2 -1.6,-0.6 -1.8,-0.4 -0.2,0.2 2.4,1 l 2.8,0.6 q -0.2,0 -0.6,-0.2 -1.2,-0.6 -0.4,-0.8 1.6,-0.6 6.6,3.6 2.6,2.4 2.2,2.6 0,0 -1,-0.8 -1,-0.8 -1.4,-0.6 -0.2,0 0.6,0.8 0.8,0.6 0.4,1.2 -0.6,0.6 0,0.8 0.2,0 0.6,-0.2 0.4,-0.4 1.6,0.8 l 0.8,1 q -0.6,-0.4 -1.2,0 -0.4,0.2 0.6,0.8 l 0.8,0.2 q 0,-0.2 0,-0.4 0.2,-0.2 1,0.6 1.2,1.6 0,2.4 -0.2,0.4 -0.4,0.8 0,0.4 0,0.8 0,0.2 0.2,0.2 0.4,0 0.4,0.8 0.2,0.6 -0.2,1 -0.4,0.2 -1.4,0 -1,-0.2 -1.6,0 -0.6,0 -1.2,-0.4 -0.4,-0.4 -0.4,0 0,0.2 -1,0.2 l -0.2,0.2 q 0.8,0.2 1.6,0.2 0.6,0.2 0,0.4 -0.2,0 -0.8,0 -1.4,0.4 -2,0.2 -0.4,-0.2 -0.4,0.2 0,0.2 1.2,0.6 1.2,0.2 0.2,0.4 -0.8,0 -0.2,0.4 1,0.6 -1.8,0.8 -1.4,0 -1.4,0.4 0,0.4 -0.4,0.4 -0.8,0 -4.6,-0.2 -10.6,-1.2 -24.4,1.4 -6.6,1.2 -10.2,2.4 -2.8,1.2 -3.6,1.8 -0.8,0.4 -1,1.2 -0.2,1.2 -1.6,4.8 -1.2,3.6 -1.6,4 l 0.2,-1.4 q 1.2,-4 1,-4.4 l -0.6,0.8 q -0.6,1.2 -0.6,0.4 0,-2 -0.8,0.4 -0.2,0.4 -0.4,0.8 l -1,2.2 q 0,-0.2 0,-0.6 0,-1 -0.4,-1.8 l 0.2,-0.6 0.2,-0.8 q 0,-1 -0.4,-1 -0.6,0 -3.4,2.6 -1,0.8 -1.2,0.6 -0.2,-0.2 -0.4,0.2 l -0.2,-0.2 q 0,-0.2 0.2,-0.4 0.2,-1.2 0,-1.2 -0.4,0 -1.6,1.4 -1,1.2 -1.2,1.6 -0.2,-0.4 -0.2,-0.8 -0.2,-1.6 0,-2 0.2,-0.2 0.6,-2.2 0.4,-2.2 0.4,-2.8 0,-0.4 -0.8,0 -0.8,0.4 0.2,-0.4 1.2,-0.8 1,-1 -0.2,-0.2 -1.8,1 -1.4,1 -1.4,1.2 l -1.6,2.2 q 0,-0.2 0.6,-1.4 0.2,-0.6 0,-0.6 -0.6,0.6 -0.8,0.4 0,-0.2 0.4,-0.8 l 0.2,-0.4 q -0.4,0.2 -0.4,0 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.6,-0.4 -0.6,-1.2 -1,0 v 0.2 q 0.6,-0.2 0.6,0.4 0,0.4 -0.6,1 -1.8,1.2 -1.8,0.6 0.2,-0.6 0.6,-0.6 h 0.2 q -0.4,-0.2 0.2,-0.8 h -0.2 q -0.2,0.2 -0.4,0.4 -1.2,1 -1.4,0.8 -0.2,-0.4 1.6,-2.2 1.6,-1.8 0.6,-1.8 -0.2,0 0,0.4 0,0.2 -0.2,0.2 0,0 -0.2,0 -0.2,-0.2 0.2,-1.2 0.6,-1 1,-1 0.4,0 0.2,-0.6 -0.2,-0.6 0,-0.8 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.6 0.4,-0.6 0.6,0 0.6,-0.4 0,-0.6 1.2,-1.6 1.2,-1 1,-1 -0.4,0 -2.4,1.6 -2.2,1.6 -3.2,2.2 -0.8,0.6 -0.8,0.8 0.2,0.2 -0.6,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.4,-0.6 0.8,-0.8 0.2,-0.2 0.2,-0.6 0,-0.4 -0.6,0 v -0.2 q 0.8,-0.8 1,-0.6 0.2,0.2 2,-1.6 1.2,-1 1.6,-1.4 l -1.4,0.8 q -1,0.8 -1.2,0.8 -0.2,-0.2 1.8,-2.2 l 1.4,-1.6 q -0.8,0.4 -3.4,3 -3.2,3.2 -3.4,2.6 -0.4,-0.8 0.4,-2 0.8,-1.2 4.2,-5 l 0.8,-1 q 0,0 -0.4,0.4 -2.8,2.6 -4.8,5.2 -1.4,1.8 -1.4,1.2 0.2,-0.4 0.8,-1.6 1,-1.6 4.4,-5 3.6,-3.6 6.8,-5.8 3.4,-2.6 3.6,-3 0.2,-0.6 1.4,-11.6 1.2,-11 1,-11.2 0,0 -1.8,1.2 -1.8,1 -2,0.8 0,0 0.2,-0.2 0.2,-0.4 0.6,-0.6 0.6,-0.4 1.2,-0.8 l 1.8,-1.8 q -0.2,0 -1.2,0.8 -1,0.6 -1.4,0.4 -0.4,-0.2 -0.4,0.4 0,0.2 0,0.4 0,0 -0.2,0 -0.4,-0.2 -1.8,0.6 l -1.2,0.6 q 0.2,0 0.6,-0.6 0.8,-0.8 2.4,-1.8 1.6,-1.2 1.6,-1.8 0,-0.6 0,-0.6 0.2,-0.2 0.4,-0.2 0.6,0 0.6,-0.2 0.2,-0.2 0,-0.4 -0.2,-0.2 -1.4,0.2 -1,0.4 -1,0.8 l 0.4,-0.2 q 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 -0.8,0.2 -0.6,-0.2 -3.4,2 -2.6,2 -3.2,2 -0.4,0 1.6,-2.2 2.8,-2.6 2,-2.6 -0.2,0 -0.4,0.2 l 0.6,-1.2 q 0.6,-0.6 0.4,-0.6 -0.2,0 -2,1.6 -3,2.2 -4.2,3.6 -1,1.2 -1.4,1.2 -0.2,0 0.2,-0.4 0.4,-0.4 0.4,-0.6 0,-0.4 -0.6,0.4 -0.6,0.8 -0.6,0.2 0,-0.6 0.4,-1 v -0.2 q -0.4,0.2 -0.4,0 -0.2,-0.2 0.8,-1.2 0.8,-1 0.8,-1.2 0,-0.2 0.8,-1.2 1,-1 0.4,-1 l -0.4,0.2 -0.6,0.6 q -1,0.6 -1.2,0.4 -0.2,-0.4 1.8,-3 1,-1.2 1,-1.6 0,-0.4 1.8,-2.4 l 1,-1.4 q -0.2,0.2 -0.6,0.6 -2.2,1.6 -7.2,7 l -1,1 q 0,0 0.4,-0.6 0.6,-1.2 2,-2.8 1.4,-1.6 2,-2.8 l 0.6,-1.2 -2.2,2 1,-1.4 q 1,-1.4 3.2,-3.6 2.4,-2.2 2.2,-2.4 l 0.2,-0.2 q 0.2,0.2 2.6,-1.6 2.4,-2 2.2,-2.2 0,-0.4 1.4,-1.4 1.6,-1 1.8,-1 l -1.4,1.2 -1.4,1.2 q 0.4,0 1.8,-1.2 l 1.6,-1 -0.2,-13 q -0.4,-17.8 -0.8,-20 l -0.4,-1 q 0,0.4 -0.4,0.4 -1.4,-0.2 -1.4,0.6 0,0.4 -0.4,0.4 -0.4,0 -0.8,0.6 -0.2,0.6 -0.4,0.2 -0.8,-1.2 -1.8,-0.4 -0.4,0.4 -0.4,0 0,-0.6 0.6,-1.6 v -0.4 q -1,0.8 -1,0.6 0,-0.2 0.4,-0.8 0.8,-0.8 0.4,-1 0,0 -0.6,0.4 -0.2,0.2 -0.2,0 0,-0.2 0,-0.4 0,-1 1.8,-2.6 2,-1.8 1.6,-1.8 -0.4,0 -1,0.6 -0.4,0.4 -1.4,1.2 -0.2,0.2 -0.2,0.2 0,-0.2 1.2,-1.4 1.8,-2 1.6,-2 -0.2,0 -2,1.6 -1.8,1.6 -2.2,2.2 -0.6,0.8 -0.6,0.6 0,-0.2 0,-0.6 -0.2,-0.8 -1.4,0.4 -0.2,0 -0.6,0.4 l -1,0.8 q 0.2,-0.2 1.4,-1.4 2,-1.8 2.2,-1.6 0.4,0 0.4,-0.4 0,-0.4 1.2,-1.6 1.2,-1.4 1,-1.4 -0.4,-0.2 -2.4,1.6 -4.2,4 -4.2,2.8 0.2,-0.4 0.4,-0.6 0.2,-0.6 0.2,-0.6 0,-0.2 -0.6,0.2 -0.4,0.4 -0.4,0.4 0,0 0.2,-0.4 0.2,-0.6 0.2,-0.8 h 0.2 q 0.4,0.2 1,-0.6 l 0.6,-0.8 -0.8,0.6 q -0.8,0.8 -0.8,0.6 0,-0.4 2.2,-2.4 2.2,-2.2 0.6,-1 -1.4,1.2 -2.6,2 -1.2,0.8 -1.4,1.4 l -0.4,-0.4 q 0,-0.8 2.6,-3.8 2.8,-3.2 5.4,-5.2 l 2,-1.8 -0.2,-1.6 q -0.2,-1.8 -0.8,-4.4 -0.4,-2.4 -0.6,-3.2 -0.2,-0.8 -0.6,-2.6 -0.4,-1.8 -0.6,-2.4 0,-0.8 -0.2,-1.2 -0.2,-0.6 -0.6,-3.2 -0.8,-3 -0.2,-2.8 0,0 0.4,0.4 0.2,0.6 0.6,0.4 v 1.2 q 0,0.2 -0.2,0.4 -0.2,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 v -1 q 0,-1.2 0.2,-1.6 0.4,-0.6 0,-1 -0.2,-0.4 -0.4,0.4 l -0.2,-0.2 q 0.2,-0.6 0.8,-0.4 0.8,0 0.8,-1 -0.2,-0.4 -0.4,-0.4 l -0.2,0.2 q 0,-1.2 0.6,-1.4 l 0.2,-2 q 0.2,-2 0.4,-2 0.2,0 0.2,0 0.2,-0.2 0.2,-0.2 -0.2,-0.4 0,-0.6 0.2,0 0.2,0.2 0.2,0.2 0.2,0.6 0.2,0.2 0.4,0.6 0.4,1.6 0.6,2.2 l 0.2,-0.2 q -0.2,-0.6 -0.2,-0.6 0.2,-0.2 0.6,0 0.4,0.2 0.6,1 l 0.2,-0.2 q 0,-0.8 0.6,-1.2 0.6,-0.4 0,-2.8 -0.4,-2.6 -0.2,-2.4 0.4,0 1.2,3.4 0.8,3.2 1.4,4 0.4,0.8 0.4,0.4 0,-0.4 -0.2,-1.8 -0.2,-2.2 -0.6,-3 -0.2,-0.8 -0.2,-1.4 0,-0.8 0.4,0.4 0.4,1 0.8,2.6 0.4,2.4 1.2,3.8 l 0.8,1.6 -0.4,-1.4 q -0.2,-1.4 -0.2,-2.2 0,-1 -0.2,-1 -0.2,0 -0.2,-0.6 0,-0.8 0.2,-0.8 0.4,0 0.4,0.8 0.2,0.8 0.2,1.4 -0.4,0.6 0.2,1.2 0.6,0.4 0.4,0.8 -0.2,0.2 -0.2,0.2 0.2,0 0.4,0 0,-0.2 0.2,0 0.2,0.2 0.4,0.8 0.2,0.4 0.4,1 l 0.6,1.6 q 0.2,-2 -1.2,-5.2 -0.2,-0.6 0.4,-0.4 h 0.4 q -0.2,-0.4 0.2,-0.4 0.6,0 1.2,1.8 l 0.8,2 q 0,-1 -1,-4.2 -0.4,-1.2 -0.4,-1.2 0,-0.2 0.6,-0.2 0.8,0 1.6,2.8 1.6,6.4 2.4,13.4 0.4,2.2 0.8,2.4 0.4,0.2 2.6,-0.8 2.4,-1 2.4,-1.2 0,-0.4 0.4,-0.4 0.2,0 5,-1.4 4.8,-1.6 6.4,-2.2 0.6,-0.2 1.2,-0.2 0.4,0 3.4,-0.2 6.2,-0.4 13.4,-0.6 4.8,-0.2 5.4,0.4 0.6,0.6 0,0.6 -0.2,0 -0.8,0 -1.4,0 -1.4,-0.2 0,-0.2 -3.8,0 -3.8,0 -4.2,0.6 -0.4,0.2 -0.4,0.4 0.2,0 0.8,-0.2 0.6,-0.2 2.6,-0.2 2.2,-0.2 2.6,0 0.4,0.2 3.8,0.4 3.4,0 3.6,0.2 l -0.6,0.2 q -0.6,0 -1,0.4 -0.2,0.2 -1.2,0.2 -1,0 -2.8,0 h -1.8 l 2,0.6 q 1.8,0.4 2.4,0.8 0.6,0.2 2,0.2 l 1.2,0.2 q -0.2,0.2 -2.4,0.4 -2,0 -3,0.2 -0.8,0.2 -0.4,0.2 0.2,0 1,0.2 1.6,0 1.8,0.6 0.4,0.4 1,0 1.4,-1.2 3,0.4 0.4,0.4 0.8,0.4 l -0.2,-0.4 q -0.4,-0.2 -0.4,-0.2 0.2,-0.2 0.8,0 l 0.8,-0.2 q -0.2,-0.2 0,-0.2 0.4,-0.2 1,0.2 0.6,0.2 0,0.6 -0.4,0.2 0.2,0.4 0.2,0.2 0.2,0.8 0,0.4 -0.4,1 -0.4,0.4 -0.8,0.4 -0.4,0 -0.4,0.4 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -0.8,0.4 -0.8,0 -0.4,0.4 0.4,0.4 0.2,0.6 -0.2,0.2 -0.8,0 -0.4,-0.2 -0.4,0 0,0.2 1.6,0.8 1.8,0.4 1.6,0.8 z m -66.2,-11.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.4,-4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m -4.2,28.6 q 0.2,0 0.8,-0.6 0.6,-0.8 0.4,-0.8 -0.2,0 -0.8,0.8 -0.6,0.6 -0.4,0.6 z m 0.8,3 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m 3.2,-4.2 q 0,0 0.4,-0.2 0.6,-0.2 0.6,-0.4 0,-0.4 -0.6,0 -0.4,0.4 -0.4,0.6 z m 0,9.8 q 0,0.2 0.2,0.2 0.4,0 0.6,-0.2 0,-0.2 0,-0.2 0,-0.2 -0.2,-0.2 -0.6,0 -0.6,0.4 z m -2.2,51.4 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m -9,41 q 0.6,-1 0.4,-1 0,0 -0.8,1 -0.8,1 -0.4,1 0.2,-0.2 0.8,-1 z m 3.8,-3.8 q 0.2,-0.6 -0.2,-0.2 -0.4,0.4 -1,1 l -1.2,1.2 1.2,-0.8 q 1,-0.8 1.2,-1.2 z m 6.8,-5.6 q 0.4,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.8,-0.6 z m 0,3.6 q 0.8,-0.4 0.4,-0.6 -0.2,-0.4 -1.8,1 -1.6,1.4 -3.2,2.4 -1.4,1 -1.4,1.2 0,0.4 3.2,-1.8 2.4,-1.8 2.8,-2.2 z m 1.8,17.8 q 0.6,-1.2 0.4,-1.2 -0.2,-0.2 -0.6,0.2 -0.4,0.2 -0.6,0.8 -0.2,0.6 -0.2,1 0,0.4 0.2,0.4 0.2,0 0.8,-1.2 z m 2.2,-2.2 q 0.2,0.4 0.4,0 0.2,-0.6 -0.4,-0.4 -1.4,0.2 -1.4,1.6 0.2,0.8 0.6,-0.4 0.6,-1.2 0.8,-0.8 z m 2,4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.6,-148.8 q 0.2,-0.4 -0.2,-0.6 -0.4,-0.2 -0.4,0.4 0,1 0.6,0.2 z m 0.2,3.4 q 0,0.2 0.2,0.2 0.4,0 0.4,-0.4 0,-0.6 -0.4,-0.4 -0.2,0.2 -0.2,0.6 z m 0.8,5 q 0.2,-0.2 0.2,-0.6 l -0.4,0.2 z m 1.4,137 q 0.4,0.2 0.4,0 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.2 0.2,0.6 z m 0.4,-1.4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m 2.8,-141.2 q 0,0 -0.2,-0.8 l -0.4,-0.4 z m 0.4,136.8 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.4,-0.4 -0.2,-0.2 -0.6,0.2 z m 1,-133.6 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 50,123.4 q -0.2,-0.4 -0.6,-0.4 -0.4,0 0.2,0.6 0.4,0.6 0.6,0.2 0,0 -0.2,-0.4 z m -1.2,-5 q 0.2,-0.2 -0.6,-0.6 -0.6,-0.6 -0.8,-0.4 0,0.2 0.6,0.8 0.6,0.4 0.8,0.2 z m -2.6,-0.4 q 0,0 0,0.2 0.8,0.2 0.8,0 -0.2,-0.4 -0.8,-0.2 z m -1.8,-1.8 q 0.2,0 -0.2,-0.4 -0.2,0 -0.4,-0.2 -1.2,-0.6 -1.6,0 0.4,-0.2 1,0.2 0.6,0.4 1.2,0.4 z m -0.8,-1.4 q 2.2,1.2 2.2,1 0,-0.2 -1.6,-1.2 -1.4,-1 -2.2,-1.2 l -0.6,-0.2 q 0.2,0.4 2.2,1.6 z m -1.6,-3.2 q -0.2,-0.2 -1.2,0 -0.8,0.2 0,0.4 0.6,0.2 0.6,0 -0.2,-0.2 0.2,-0.2 z m -3.6,17.8 q 0,0 0.2,0.2 l 0.6,-0.2 q -0.2,-0.2 -0.8,0 z m -3.6,-20.4 q 0,-0.2 -1.6,-0.6 -1.6,-0.6 -1.8,-0.4 l 1.4,0.8 q 2,0.6 2,0.2 z m -5.4,-2.2 q -0.2,0 -0.4,0.4 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 z m -0.8,0.2 q 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 0,0 0.4,0 0.6,0 0.6,-0.2 z m -4.6,-0.8 q -0.2,0.2 0.2,0.2 0.2,0 0.4,-0.2 l 0.4,-0.2 q -0.6,-0.2 -1,0.2 z m -6.6,-0.6 q -0.4,0 -0.2,0.2 0.2,0 0.6,0 0.4,0 0.6,-0.2 -0.4,-0.2 -1,0 z m -10.2,-18.8 q 0.2,-0.4 0,-1.2 -0.2,-0.2 -0.2,0 0,0.2 0,0.6 0,0.4 0.2,0.6 z m 28.4,-15.2 q -0.2,0.2 0,0.2 0.2,0 0.6,0 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m 4.8,-6.8 q 0.2,0.2 0.6,0.2 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m -0.8,-4.6 h -1 l 1,0.4 q 0.8,0.2 0.8,0.2 l 0.2,-0.2 q 0,-0.4 -1,-0.4 z m -27,-0.6 q 0,0 0.4,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.8,0 z m 7.6,-55 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 3,-0.8 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 1.6,0 q 0.2,0 0.4,-0.2 l -0.2,-0.2 q -1.2,0.4 -0.2,0.4 z m 4.4,-0.6 q 0,0 0.6,0 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -0.6,0.4 z m 3.8,-0.4 q 0,0 -0.2,-0.4 -0.8,0 -0.8,0.4 0,0.8 1,0 z m 8.6,14 q 0,0 0.4,-0.2 -0.4,0 -0.8,0 0.2,0.2 0.4,0.2 z m 0.4,-11 q 0.8,0.2 1.8,0.2 1.2,0 1.2,-0.2 0,-0.2 -2.2,-0.2 l -1.4,0.2 q 0.2,0 0.6,0 z m 2,10.8 q 0,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0,0.2 0.4,0.2 z m 3.4,0.8 q 0,0.2 0.2,0.2 0.2,0 0.2,-0.4 0,-0.6 -1.2,-0.6 -1.2,-0.2 -1.2,0 0,0.4 1.6,0.4 0.4,0 0.4,0.4 z"/><path fill="#ff7a1a" d="m 1069.8004,72 q 0,0.2 0.4,0.8 0.4,0.4 -0.2,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 l -0.2,0.2 q -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.2 l -1.6,0.2 -1.4,0.2 q 0.4,0.2 0.2,0.6 -0.2,0.2 0.2,0.2 0.4,0 0.4,0.4 0,0.4 -1,0.2 -4.8,-1.2 -5.4,-0.4 l 1,0.2 q 1.2,0 1.4,0.4 0.2,0.2 1.4,0.6 l 0.2,0.2 q -1,0.2 -1.2,-0.2 -0.8,-0.8 -3,-0.4 -0.6,0.2 -0.6,0.4 0.2,0.2 1.2,0.2 1.2,-0.2 1.2,0.2 0,0.2 2.8,0.4 4.2,0.4 4,1.2 -0.4,0.4 -0.8,-0.2 l -0.2,-0.2 q 0,0.4 -2.2,0.4 -3.8,0 -3.2,0.2 0.2,0 0.8,0.2 0.8,0.2 -0.2,0.2 -0.8,0 -2.4,0 -4,0.2 -5.4,0.4 -3.6,1 -11,2 -2.4,0.4 -10.2,2.6 -7.8,2.2 -8.4,2.8 -0.2,0.2 0.6,5.8 1.4,10.6 1.4,21.2 0,3.4 0.4,3.4 4.2,-1.6 9.2,-2.4 1,-0.2 1,0.2 0,0.2 0.8,0.2 0.8,0 0.2,-0.4 -0.6,-0.2 -0.6,-0.2 0,0 0.6,0 0.8,0 0.8,0.4 l 0.2,-0.2 q 0.2,-0.6 6.8,-0.4 6.6,0 7.8,0.8 1.4,0.6 1.6,1 0.2,0.4 -0.2,0.4 -0.2,-0.2 -0.4,-0.2 -0.8,-0.2 -2.6,-0.4 -1.2,0.2 -1.2,0.4 0.4,0.6 1.4,0.4 1,-0.2 3,0.4 2,0.4 2,0.8 0.2,0.4 -0.4,0.6 -0.6,0 -2.6,0 -3.2,0.2 -5.2,0.4 -1.8,0.2 -0.2,0.2 0.8,0 2.2,0 4,-0.2 5,0.4 1,0.4 1,0.8 0,0.2 0.8,0.4 0.8,0 0.8,1 0,1 -0.8,1.2 -1.2,0.2 -1.4,0.4 0,0.2 0.4,0.6 0.6,0.4 1.2,0.2 v 0.2 q -0.4,0.6 -2.4,0.8 -0.8,0.2 -0.6,0.4 0.4,0.2 -0.2,0.2 -0.2,0 -0.6,0 -1.4,-0.2 -1.4,0.2 0,0.2 -0.4,0 -0.2,-0.2 -0.4,0.2 h 2.6 q 1.2,0 2,-0.2 0.6,-0.2 0.6,0 0.2,0 -0.2,0.2 -0.4,0.6 -1.6,0.6 l -4,1 h 0.2 q 0.6,0 3.8,-0.4 h 0.2 0.2 l 0.2,-0.2 4,-0.4 q -0.6,0.4 -1.8,0.6 -1,0 -1.4,0.4 -0.2,0.4 -1.6,0.4 -1.4,0 -1.4,0.4 0,0.4 0.8,0.2 l 5,-0.4 q -0.6,0.2 -0.6,0.8 0,0.4 -1.4,0.8 -1.6,0.6 -0.2,1 1.6,0 -0.8,0.8 -2,0.8 -6.2,1.8 -22.2,5.6 -25.2,7.4 -0.8,0.4 -0.8,1.2 0,0.6 -0.2,1.4 -0.2,1 -0.8,5.4 -0.4,4.6 -1.4,9.8 -1,5 -1,5.4 0,0.2 0.6,-0.2 0.6,-0.4 2,-0.6 1.6,-0.2 2.6,-0.6 1.2,-0.6 1.6,-0.4 0.4,0.2 2.8,-0.2 2.6,-0.4 3,-0.8 h 0.2 q -0.2,0.4 3.2,0.4 3.6,0 4.2,0.2 0.6,0.2 2.6,0.6 4.2,1.2 6.2,2.2 1.2,0.6 3.6,1 1.6,0.8 1.6,1.4 -0.2,0.4 -1.8,-0.2 -1.6,-0.6 -1.8,-0.4 -0.2,0.2 2.4,1 l 2.8,0.6 q -0.2,0 -0.6,-0.2 -1.2,-0.6 -0.4,-0.8 1.6,-0.6 6.6,3.6 2.6,2.4 2.2,2.6 0,0 -1,-0.8 -1,-0.8 -1.4,-0.6 -0.2,0 0.6,0.8 0.8,0.6 0.4,1.2 -0.6,0.6 0,0.8 0.2,0 0.6,-0.2 0.4,-0.4 1.6,0.8 l 0.8,1 q -0.6,-0.4 -1.2,0 -0.4,0.2 0.6,0.8 l 0.8,0.2 q 0,-0.2 0,-0.4 0.2,-0.2 1,0.6 1.2,1.6 0,2.4 -0.2,0.4 -0.4,0.8 0,0.4 0,0.8 0,0.2 0.2,0.2 0.4,0 0.4,0.8 0.2,0.6 -0.2,1 -0.4,0.2 -1.4,0 -1,-0.2 -1.6,0 -0.6,0 -1.2,-0.4 -0.4,-0.4 -0.4,0 0,0.2 -1,0.2 l -0.2,0.2 q 0.8,0.2 1.6,0.2 0.6,0.2 0,0.4 -0.2,0 -0.8,0 -1.4,0.4 -2,0.2 -0.4,-0.2 -0.4,0.2 0,0.2 1.2,0.6 1.2,0.2 0.2,0.4 -0.8,0 -0.2,0.4 1,0.6 -1.8,0.8 -1.4,0 -1.4,0.4 0,0.4 -0.4,0.4 -0.8,0 -4.6,-0.2 -10.6,-1.2 -24.4,1.4 -6.6,1.2 -10.2,2.4 -2.8,1.2 -3.6,1.8 -0.8,0.4 -1,1.2 -0.2,1.2 -1.6,4.8 -1.2,3.6 -1.6,4 l 0.2,-1.4 q 1.2,-4 1,-4.4 l -0.6,0.8 q -0.6,1.2 -0.6,0.4 0,-2 -0.8,0.4 -0.2,0.4 -0.4,0.8 l -1,2.2 q 0,-0.2 0,-0.6 0,-1 -0.4,-1.8 l 0.2,-0.6 0.2,-0.8 q 0,-1 -0.4,-1 -0.6,0 -3.4,2.6 -1,0.8 -1.2,0.6 -0.2,-0.2 -0.4,0.2 l -0.2,-0.2 q 0,-0.2 0.2,-0.4 0.2,-1.2 0,-1.2 -0.4,0 -1.6,1.4 -1,1.2 -1.2,1.6 -0.2,-0.4 -0.2,-0.8 -0.2,-1.6 0,-2 0.2,-0.2 0.6,-2.2 0.4,-2.2 0.4,-2.8 0,-0.4 -0.8,0 -0.8,0.4 0.2,-0.4 1.2,-0.8 1,-1 -0.2,-0.2 -1.8,1 -1.4,1 -1.4,1.2 l -1.6,2.2 q 0,-0.2 0.6,-1.4 0.2,-0.6 0,-0.6 -0.6,0.6 -0.8,0.4 0,-0.2 0.4,-0.8 l 0.2,-0.4 q -0.4,0.2 -0.4,0 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.6,-0.4 -0.6,-1.2 -1,0 v 0.2 q 0.6,-0.2 0.6,0.4 0,0.4 -0.6,1 -1.8,1.2 -1.8,0.6 0.2,-0.6 0.6,-0.6 h 0.2 q -0.4,-0.2 0.2,-0.8 h -0.2 q -0.2,0.2 -0.4,0.4 -1.2,1 -1.4,0.8 -0.2,-0.4 1.6,-2.2 1.6,-1.8 0.6,-1.8 -0.2,0 0,0.4 0,0.2 -0.2,0.2 0,0 -0.2,0 -0.2,-0.2 0.2,-1.2 0.6,-1 1,-1 0.4,0 0.2,-0.6 -0.2,-0.6 0,-0.8 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.6 0.4,-0.6 0.6,0 0.6,-0.4 0,-0.6 1.2,-1.6 1.2,-1 1,-1 -0.4,0 -2.4,1.6 -2.2,1.6 -3.2,2.2 -0.8,0.6 -0.8,0.8 0.2,0.2 -0.6,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.4,-0.6 0.8,-0.8 0.2,-0.2 0.2,-0.6 0,-0.4 -0.6,0 v -0.2 q 0.8,-0.8 1,-0.6 0.2,0.2 2,-1.6 1.2,-1 1.6,-1.4 l -1.4,0.8 q -1,0.8 -1.2,0.8 -0.2,-0.2 1.8,-2.2 l 1.4,-1.6 q -0.8,0.4 -3.4,3 -3.2,3.2 -3.4,2.6 -0.4,-0.8 0.4,-2 0.8,-1.2 4.2,-5 l 0.8,-1 q 0,0 -0.4,0.4 -2.8,2.6 -4.8,5.2 -1.4,1.8 -1.4,1.2 0.2,-0.4 0.8,-1.6 1,-1.6 4.4,-5 3.6,-3.6 6.8,-5.8 3.4,-2.6 3.6,-3 0.2,-0.6 1.4,-11.6 1.2,-11 1,-11.2 0,0 -1.8,1.2 -1.8,1 -2,0.8 0,0 0.2,-0.2 0.2,-0.4 0.6,-0.6 0.6,-0.4 1.2,-0.8 l 1.8,-1.8 q -0.2,0 -1.2,0.8 -1,0.6 -1.4,0.4 -0.4,-0.2 -0.4,0.4 0,0.2 0,0.4 0,0 -0.2,0 -0.4,-0.2 -1.8,0.6 l -1.2,0.6 q 0.2,0 0.6,-0.6 0.8,-0.8 2.4,-1.8 1.6,-1.2 1.6,-1.8 0,-0.6 0,-0.6 0.2,-0.2 0.4,-0.2 0.6,0 0.6,-0.2 0.2,-0.2 0,-0.4 -0.2,-0.2 -1.4,0.2 -1,0.4 -1,0.8 l 0.4,-0.2 q 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 -0.8,0.2 -0.6,-0.2 -3.4,2 -2.6,2 -3.2,2 -0.4,0 1.6,-2.2 2.8,-2.6 2,-2.6 -0.2,0 -0.4,0.2 l 0.6,-1.2 q 0.6,-0.6 0.4,-0.6 -0.2,0 -2,1.6 -3,2.2 -4.2,3.6 -1,1.2 -1.4,1.2 -0.2,0 0.2,-0.4 0.4,-0.4 0.4,-0.6 0,-0.4 -0.6,0.4 -0.6,0.8 -0.6,0.2 0,-0.6 0.4,-1 v -0.2 q -0.4,0.2 -0.4,0 -0.2,-0.2 0.8,-1.2 0.8,-1 0.8,-1.2 0,-0.2 0.8,-1.2 1,-1 0.4,-1 l -0.4,0.2 -0.6,0.6 q -1,0.6 -1.2,0.4 -0.2,-0.4 1.8,-3 1,-1.2 1,-1.6 0,-0.4 1.8,-2.4 l 1,-1.4 q -0.2,0.2 -0.6,0.6 -2.2,1.6 -7.2,7 l -1,1 q 0,0 0.4,-0.6 0.6,-1.2 2,-2.8 1.4,-1.6 2,-2.8 l 0.6,-1.2 -2.2,2 1,-1.4 q 1,-1.4 3.2,-3.6 2.4,-2.2 2.2,-2.4 l 0.2,-0.2 q 0.2,0.2 2.6,-1.6 2.4,-2 2.2,-2.2 0,-0.4 1.4,-1.4 1.6,-1 1.8,-1 l -1.4,1.2 -1.4,1.2 q 0.4,0 1.8,-1.2 l 1.6,-1 -0.2,-13 q -0.4,-17.8 -0.8,-20 l -0.4,-1 q 0,0.4 -0.4,0.4 -1.4,-0.2 -1.4,0.6 0,0.4 -0.4,0.4 -0.4,0 -0.8,0.6 -0.2,0.6 -0.4,0.2 -0.8,-1.2 -1.8,-0.4 -0.4,0.4 -0.4,0 0,-0.6 0.6,-1.6 v -0.4 q -1,0.8 -1,0.6 0,-0.2 0.4,-0.8 0.8,-0.8 0.4,-1 0,0 -0.6,0.4 -0.2,0.2 -0.2,0 0,-0.2 0,-0.4 0,-1 1.8,-2.6 2,-1.8 1.6,-1.8 -0.4,0 -1,0.6 -0.4,0.4 -1.4,1.2 -0.2,0.2 -0.2,0.2 0,-0.2 1.2,-1.4 1.8,-2 1.6,-2 -0.2,0 -2,1.6 -1.8,1.6 -2.2,2.2 -0.6,0.8 -0.6,0.6 0,-0.2 0,-0.6 -0.2,-0.8 -1.4,0.4 -0.2,0 -0.6,0.4 l -1,0.8 q 0.2,-0.2 1.4,-1.4 2,-1.8 2.2,-1.6 0.4,0 0.4,-0.4 0,-0.4 1.2,-1.6 1.2,-1.4 1,-1.4 -0.4,-0.2 -2.4,1.6 -4.2,4 -4.2,2.8 0.2,-0.4 0.4,-0.6 0.2,-0.6 0.2,-0.6 0,-0.2 -0.6,0.2 -0.4,0.4 -0.4,0.4 0,0 0.2,-0.4 0.2,-0.6 0.2,-0.8 h 0.2 q 0.4,0.2 1,-0.6 l 0.6,-0.8 -0.8,0.6 q -0.8,0.8 -0.8,0.6 0,-0.4 2.2,-2.4 2.2,-2.2 0.6,-1 -1.4,1.2 -2.6,2 -1.2,0.8 -1.4,1.4 l -0.4,-0.4 q 0,-0.8 2.6,-3.8 2.8,-3.2 5.4,-5.2 l 2,-1.8 -0.2,-1.6 q -0.2,-1.8 -0.8,-4.4 -0.4,-2.4 -0.6,-3.2 -0.2,-0.8 -0.6,-2.6 -0.4,-1.8 -0.6,-2.4 0,-0.8 -0.2,-1.2 -0.2,-0.6 -0.6,-3.2 -0.8,-3 -0.2,-2.8 0,0 0.4,0.4 0.2,0.6 0.6,0.4 v 1.2 q 0,0.2 -0.2,0.4 -0.2,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 v -1 q 0,-1.2 0.2,-1.6 0.4,-0.6 0,-1 -0.2,-0.4 -0.4,0.4 l -0.2,-0.2 q 0.2,-0.6 0.8,-0.4 0.8,0 0.8,-1 -0.2,-0.4 -0.4,-0.4 l -0.2,0.2 q 0,-1.2 0.6,-1.4 l 0.2,-2 q 0.2,-2 0.4,-2 0.2,0 0.2,0 0.2,-0.2 0.2,-0.2 -0.2,-0.4 0,-0.6 0.2,0 0.2,0.2 0.2,0.2 0.2,0.6 0.2,0.2 0.4,0.6 0.4,1.6 0.6,2.2 l 0.2,-0.2 q -0.2,-0.6 -0.2,-0.6 0.2,-0.2 0.6,0 0.4,0.2 0.6,1 l 0.2,-0.2 q 0,-0.8 0.6,-1.2 0.6,-0.4 0,-2.8 -0.4,-2.6 -0.2,-2.4 0.4,0 1.2,3.4 0.8,3.2 1.4,4 0.4,0.8 0.4,0.4 0,-0.4 -0.2,-1.8 -0.2,-2.2 -0.6,-3 -0.2,-0.8 -0.2,-1.4 0,-0.8 0.4,0.4 0.4,1 0.8,2.6 0.4,2.4 1.2,3.8 l 0.8,1.6 -0.4,-1.4 q -0.2,-1.4 -0.2,-2.2 0,-1 -0.2,-1 -0.2,0 -0.2,-0.6 0,-0.8 0.2,-0.8 0.4,0 0.4,0.8 0.2,0.8 0.2,1.4 -0.4,0.6 0.2,1.2 0.6,0.4 0.4,0.8 -0.2,0.2 -0.2,0.2 0.2,0 0.4,0 0,-0.2 0.2,0 0.2,0.2 0.4,0.8 0.2,0.4 0.4,1 l 0.6,1.6 q 0.2,-2 -1.2,-5.2 -0.2,-0.6 0.4,-0.4 h 0.4 q -0.2,-0.4 0.2,-0.4 0.6,0 1.2,1.8 l 0.8,2 q 0,-1 -1,-4.2 -0.4,-1.2 -0.4,-1.2 0,-0.2 0.6,-0.2 0.8,0 1.6,2.8 1.6,6.4 2.4,13.4 0.4,2.2 0.8,2.4 0.4,0.2 2.6,-0.8 2.4,-1 2.4,-1.2 0,-0.4 0.4,-0.4 0.2,0 5,-1.4 4.8,-1.6 6.4,-2.2 0.6,-0.2 1.2,-0.2 0.4,0 3.4,-0.2 6.2,-0.4 13.4,-0.6 4.8,-0.2 5.4,0.4 0.6,0.6 0,0.6 -0.2,0 -0.8,0 -1.4,0 -1.4,-0.2 0,-0.2 -3.8,0 -3.8,0 -4.2,0.6 -0.4,0.2 -0.4,0.4 0.2,0 0.8,-0.2 0.6,-0.2 2.6,-0.2 2.2,-0.2 2.6,0 0.4,0.2 3.8,0.4 3.4,0 3.6,0.2 l -0.6,0.2 q -0.6,0 -1,0.4 -0.2,0.2 -1.2,0.2 -1,0 -2.8,0 h -1.8 l 2,0.6 q 1.8,0.4 2.4,0.8 0.6,0.2 2,0.2 l 1.2,0.2 q -0.2,0.2 -2.4,0.4 -2,0 -3,0.2 -0.8,0.2 -0.4,0.2 0.2,0 1,0.2 1.6,0 1.8,0.6 0.4,0.4 1,0 1.4,-1.2 3,0.4 0.4,0.4 0.8,0.4 l -0.2,-0.4 q -0.4,-0.2 -0.4,-0.2 0.2,-0.2 0.8,0 l 0.8,-0.2 q -0.2,-0.2 0,-0.2 0.4,-0.2 1,0.2 0.6,0.2 0,0.6 -0.4,0.2 0.2,0.4 0.2,0.2 0.2,0.8 0,0.4 -0.4,1 -0.4,0.4 -0.8,0.4 -0.4,0 -0.4,0.4 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -0.8,0.4 -0.8,0 -0.4,0.4 0.4,0.4 0.2,0.6 -0.2,0.2 -0.8,0 -0.4,-0.2 -0.4,0 0,0.2 1.6,0.8 1.8,0.4 1.6,0.8 z m -66.2,-11.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.4,-4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m -4.2,28.6 q 0.2,0 0.8,-0.6 0.6,-0.8 0.4,-0.8 -0.2,0 -0.8,0.8 -0.6,0.6 -0.4,0.6 z m 0.8,3 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m 3.2,-4.2 q 0,0 0.4,-0.2 0.6,-0.2 0.6,-0.4 0,-0.4 -0.6,0 -0.4,0.4 -0.4,0.6 z m 0,9.8 q 0,0.2 0.2,0.2 0.4,0 0.6,-0.2 0,-0.2 0,-0.2 0,-0.2 -0.2,-0.2 -0.6,0 -0.6,0.4 z m -2.2,51.4 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m -9,41 q 0.6,-1 0.4,-1 0,0 -0.8,1 -0.8,1 -0.4,1 0.2,-0.2 0.8,-1 z m 3.8,-3.8 q 0.2,-0.6 -0.2,-0.2 -0.4,0.4 -1,1 l -1.2,1.2 1.2,-0.8 q 1,-0.8 1.2,-1.2 z m 6.8,-5.6 q 0.4,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.8,-0.6 z m 0,3.6 q 0.8,-0.4 0.4,-0.6 -0.2,-0.4 -1.8,1 -1.6,1.4 -3.2,2.4 -1.4,1 -1.4,1.2 0,0.4 3.2,-1.8 2.4,-1.8 2.8,-2.2 z m 1.8,17.8 q 0.6,-1.2 0.4,-1.2 -0.2,-0.2 -0.6,0.2 -0.4,0.2 -0.6,0.8 -0.2,0.6 -0.2,1 0,0.4 0.2,0.4 0.2,0 0.8,-1.2 z m 2.2,-2.2 q 0.2,0.4 0.4,0 0.2,-0.6 -0.4,-0.4 -1.4,0.2 -1.4,1.6 0.2,0.8 0.6,-0.4 0.6,-1.2 0.8,-0.8 z m 2,4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.6,-148.8 q 0.2,-0.4 -0.2,-0.6 -0.4,-0.2 -0.4,0.4 0,1 0.6,0.2 z m 0.2,3.4 q 0,0.2 0.2,0.2 0.4,0 0.4,-0.4 0,-0.6 -0.4,-0.4 -0.2,0.2 -0.2,0.6 z m 0.8,5 q 0.2,-0.2 0.2,-0.6 l -0.4,0.2 z m 1.4,137 q 0.4,0.2 0.4,0 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.2 0.2,0.6 z m 0.4,-1.4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m 2.8,-141.2 q 0,0 -0.2,-0.8 l -0.4,-0.4 z m 0.4,136.8 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.4,-0.4 -0.2,-0.2 -0.6,0.2 z m 1,-133.6 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 50,123.4 q -0.2,-0.4 -0.6,-0.4 -0.4,0 0.2,0.6 0.4,0.6 0.6,0.2 0,0 -0.2,-0.4 z m -1.2,-5 q 0.2,-0.2 -0.6,-0.6 -0.6,-0.6 -0.8,-0.4 0,0.2 0.6,0.8 0.6,0.4 0.8,0.2 z m -2.6,-0.4 q 0,0 0,0.2 0.8,0.2 0.8,0 -0.2,-0.4 -0.8,-0.2 z m -1.8,-1.8 q 0.2,0 -0.2,-0.4 -0.2,0 -0.4,-0.2 -1.2,-0.6 -1.6,0 0.4,-0.2 1,0.2 0.6,0.4 1.2,0.4 z m -0.8,-1.4 q 2.2,1.2 2.2,1 0,-0.2 -1.6,-1.2 -1.4,-1 -2.2,-1.2 l -0.6,-0.2 q 0.2,0.4 2.2,1.6 z m -1.6,-3.2 q -0.2,-0.2 -1.2,0 -0.8,0.2 0,0.4 0.6,0.2 0.6,0 -0.2,-0.2 0.2,-0.2 z m -3.6,17.8 q 0,0 0.2,0.2 l 0.6,-0.2 q -0.2,-0.2 -0.8,0 z m -3.6,-20.4 q 0,-0.2 -1.6,-0.6 -1.6,-0.6 -1.8,-0.4 l 1.4,0.8 q 2,0.6 2,0.2 z m -5.4,-2.2 q -0.2,0 -0.4,0.4 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 z m -0.8,0.2 q 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 0,0 0.4,0 0.6,0 0.6,-0.2 z m -4.6,-0.8 q -0.2,0.2 0.2,0.2 0.2,0 0.4,-0.2 l 0.4,-0.2 q -0.6,-0.2 -1,0.2 z m -6.6,-0.6 q -0.4,0 -0.2,0.2 0.2,0 0.6,0 0.4,0 0.6,-0.2 -0.4,-0.2 -1,0 z m -10.2,-18.8 q 0.2,-0.4 0,-1.2 -0.2,-0.2 -0.2,0 0,0.2 0,0.6 0,0.4 0.2,0.6 z m 28.4,-15.2 q -0.2,0.2 0,0.2 0.2,0 0.6,0 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m 4.8,-6.8 q 0.2,0.2 0.6,0.2 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m -0.8,-4.6 h -1 l 1,0.4 q 0.8,0.2 0.8,0.2 l 0.2,-0.2 q 0,-0.4 -1,-0.4 z m -27,-0.6 q 0,0 0.4,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.8,0 z m 7.6,-55 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 3,-0.8 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 1.6,0 q 0.2,0 0.4,-0.2 l -0.2,-0.2 q -1.2,0.4 -0.2,0.4 z m 4.4,-0.6 q 0,0 0.6,0 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -0.6,0.4 z m 3.8,-0.4 q 0,0 -0.2,-0.4 -0.8,0 -0.8,0.4 0,0.8 1,0 z m 8.6,14 q 0,0 0.4,-0.2 -0.4,0 -0.8,0 0.2,0.2 0.4,0.2 z m 0.4,-11 q 0.8,0.2 1.8,0.2 1.2,0 1.2,-0.2 0,-0.2 -2.2,-0.2 l -1.4,0.2 q 0.2,0 0.6,0 z m 2,10.8 q 0,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0,0.2 0.4,0.2 z m 3.4,0.8 q 0,0.2 0.2,0.2 0.2,0 0.2,-0.4 0,-0.6 -1.2,-0.6 -1.2,-0.2 -1.2,0 0,0.4 1.6,0.4 0.4,0 0.4,0.4 z"/><path fill="#ff7a1a" d="m 1164.2006,52.6 q 1.6,1.4 1,2.4 -0.4,0.6 -0.6,0 -0.2,-0.4 -1.8,-1.2 -1.4,-0.8 -1.6,-0.6 l 0.8,0.6 q 1.8,1.4 1.8,2.2 -0.4,0.2 0.2,1 l 0.4,0.4 q -0.4,-0.2 -1,0.2 l -0.2,0.2 q 0.2,-0.4 -0.2,-0.8 -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.6 V 58 l -0.8,-0.6 q -0.8,-1 -2.6,-1.6 -1.6,-0.6 -2,-0.2 -0.2,0.2 0.8,0.6 1,0.4 1.2,0.4 0.2,0 1.2,0.8 0.4,0.6 0.6,0.6 -0.4,-0.2 -0.4,0.2 0,0.6 1,0.4 0.4,0 0.2,1 -0.2,0.6 -0.4,0.6 -0.6,-0.2 -1,-0.2 0.2,0.2 0,0.2 0,0 -0.2,0 -0.4,-0.4 -0.2,-0.6 0.2,-0.4 -0.4,-0.4 -0.4,-0.2 -0.8,0 -0.4,0.2 0.2,0.8 0.6,0.6 0.2,1.6 -0.4,0.8 0.4,1.6 1,0.6 1,1.2 0,0.4 -1,-0.2 -0.8,-0.8 -1.2,-0.6 -0.2,0.2 -0.2,0 0,-0.4 -0.6,-0.6 -0.4,-0.2 -0.4,0 0.2,0.2 0.4,0.4 0.4,0.8 0.6,1.2 0.4,0.2 0.4,0.6 0.2,0.2 0.2,0.4 0.2,0.2 0.2,0.6 0,0.2 1,1.2 0.6,0.6 0.4,0.8 -0.8,-0.2 -0.8,0.2 0,0.2 1,0.2 1.4,-0.2 2.2,1.6 0.6,0.8 0,1.4 -0.4,0.4 -0.8,0 -0.4,-0.6 0,-0.8 0.6,0.2 0.6,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -1.6,-0.8 -2.4,-1.6 0,0.8 1.4,1.4 1.4,1.6 0,1 -2.4,-1.4 -1.6,-1.6 -3.4,-2.4 l -1.8,-0.6 1,1 q 1.2,1 1.4,1 0.2,0 0.8,0.6 0.8,0.6 1.8,1.4 l 0.4,0.6 q -0.6,-0.2 -0.6,0.2 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -1.2,-0.4 -1.2,-1 -1.6,-1 -0.4,0 -0.2,-0.2 0.2,-0.4 0.6,-0.2 V 71 q -0.2,-0.4 -0.6,0 -0.2,0.2 -1.4,-0.2 l -1,-0.6 1,0.8 q 1,1 1,1.4 0.2,1.6 1,1.6 0.6,0 0.6,0.8 l 0.2,1 -1,-1 q -1.2,-1.2 -4.6,-3 -3.4,-1.8 -4.2,-1.6 -0.4,0 -3.6,-1.4 -3,-1.4 -3.4,-1.4 -0.2,0 -7.4,-2 -17,-4.8 -16.4,-3.2 0.4,0.6 -3.8,11.4 -0.8,2.4 -1.4,4.2 -0.6,1.6 -0.8,2 -0.2,0.2 -0.6,1.6 -0.8,2.6 -2.8,9.2 -2.8,9 -5.8,25.6 -0.8,5.4 -1,5.6 -0.2,0 -0.2,1.4 0.2,1.2 -0.8,1.8 -0.8,0.6 -0.8,2 0,1.2 0.4,1.6 v -1.2 q -0.2,-1.8 0.4,-2 0.6,-0.2 0.6,0.4 0,0.8 -0.6,6.2 -0.8,5.6 -1,8.6 -0.2,2.8 -0.6,2.6 v 0.4 q 0.2,0.6 0,5.2 -0.4,4 -0.8,4 -0.4,-0.4 -0.4,-1 l -0.4,-0.2 q -0.2,0.4 -0.2,2.4 0.2,1.8 0.4,1.8 0.4,0 0.4,-1.4 0,-0.8 0,-0.6 0.4,0.8 0.4,2.4 l -0.2,1 -0.2,-0.4 -0.2,0.2 0.2,1 q 0.4,-0.2 0.4,0.2 0,0.2 -0.4,0.4 -0.2,0.2 0,2.6 v 1.8 q -0.2,-0.4 -0.6,-3.6 l -0.2,-3.2 v 3.4 q 0,3.4 -0.2,3.2 l -0.6,8 q 0,1 0,2.4 0,5 -0.4,5.2 -0.4,0 -0.4,0.4 0,0.4 0.4,0.2 0.2,-0.2 0.2,1.4 0,1.4 -0.2,3.4 0,1.8 -0.2,2.6 v 0.8 l 0.4,0.8 q 0.2,1 -0.4,1.2 -0.6,0 0,0.6 0.6,0.6 0,0.8 -0.6,0.2 -0.8,0.2 0,0 0.2,-0.6 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,-1.6 l 0.4,-1.4 q 0.4,0.2 0.4,-0.2 0,-0.6 -0.6,-0.4 h -0.4 q 0.2,-1.2 -0.6,-11 -0.2,-1.8 -0.6,-2 v 0.2 q 0.2,0.6 -0.6,0.8 -0.6,0.2 -1,1.2 -0.2,0.8 -0.2,8.6 0,7.8 -0.2,7.4 -0.2,-0.2 -0.2,0 -0.2,0.2 -0.2,0.4 -0.2,13.8 -0.4,14 -0.2,0.2 -0.2,-0.8 0,-1 0,-2.6 0,-1.4 0,-3.4 l -0.2,-4.8 q -0.2,2.2 -0.4,2.6 l -0.2,-0.6 0.2,-0.8 -0.6,0.8 q -0.6,0.8 -0.2,1.4 0.4,0.4 0,0.8 -0.4,0.4 -0.4,3.6 v 3 l -0.2,-3 q -0.2,-3 -0.6,-3.2 l -0.2,0.6 q 0.2,1.2 0,3.4 0,2.2 0,4.4 0,2.2 -0.2,2 -0.2,-0.2 -0.4,-2.2 0,-2 -0.2,-2.2 0,0 0,-1.2 -0.2,-4.2 -0.8,-5.2 -0.4,-0.6 -0.4,-2 0,-1.4 -0.2,-3 l -0.4,-1.8 -0.2,2 q 0,0.8 0,-0.2 -0.2,-0.8 -0.2,-3.2 0,-5.2 -0.4,-6 -0.4,-1 -0.4,-2 v -1 q -0.2,0.2 -0.2,1.6 0,1.4 0,2.8 0.2,1.6 -0.2,2.2 -0.2,0.6 0,0.8 0.4,0.2 0.4,2.4 0,2 -0.4,2.4 -0.4,0.6 0,1 0.6,0.2 0.2,0.4 -0.4,0.2 -0.4,0.6 0,0.2 0.2,0 l 0.4,2.4 q -0.2,1 -0.2,1.2 -0.4,0.4 -0.2,0 0,-0.2 0,-0.6 0,-1 -0.2,-1 l -0.4,-7.2 q 0,-1.4 0,-3.2 l -0.2,-10.8 -0.2,23.4 -0.2,-14.4 -0.4,-12 -0.2,2.4 -0.4,-6.6 v 3.6 q 0,3.8 0.2,3.8 0.4,0 0.4,2.6 l -0.2,2 q -0.2,-0.8 -0.6,-0.8 -0.2,0 -0.2,11.6 0.2,11.4 -0.2,11.2 h -0.2 q 0.4,0.2 0,1.2 -0.2,1.2 0,2.6 0.2,1.2 0.4,0 0,-0.2 0,-1 l 0.2,-2.4 v 2.4 q 0.2,2.6 -0.2,2.6 -0.4,0 -0.4,1.4 l -0.2,-0.2 q -0.2,-0.8 -0.2,-2.2 -0.2,-3.8 -0.4,-4.6 -0.2,-0.8 -0.4,-15.8 0,-0.2 0,-0.4 l -0.4,-14.6 q 0,0.2 0,0.8 v 0.2 l -0.2,1.2 q -0.2,-0.4 -0.2,-3.4 0,-2.4 0,-5 0.2,-2.6 0.2,-4.2 0.2,-1.6 0.4,-1.4 0.2,0 0,4.8 0,1.2 0,2.4 0,1 0,1.6 0.2,0.6 0.2,0.4 0.2,0 0.2,-6.6 l 0.2,-5.4 q -0.2,1.2 -0.6,1.6 -0.4,0.4 0,-4.4 0.2,-1.2 0.2,-2.4 0.2,-1.6 0.4,-4.2 0.2,-2.4 0.4,-3.6 0.2,-0.4 0.2,-0.6 0.2,-0.4 0.2,0.2 0,0.2 0,1 l 0.2,1.6 0.2,-2.2 q 0.2,-2.2 0.2,-2.4 l -0.2,0.4 q 0,0.6 -0.4,0.6 -0.2,0 -0.2,-0.2 0,-0.2 0,-0.8 0,-0.6 0,-1.4 0.2,-1 0.4,-2.2 0.2,-1 0.4,-8.6 0.2,-7.6 0.4,-9.6 0.6,-9.8 1.6,-17.4 3.4,-23.8 9.8,-40.2 1.4,-3.4 1.2,-3.6 -0.2,-0.2 -4.4,0 -4.2,0 -5.6,0.2 -4.2,0.6 -6.2,0 0.2,-0.2 0.6,-0.2 0.6,0 2.4,-0.2 1.8,-0.2 3.2,-0.4 1.2,-0.2 1.6,-0.4 0.6,-0.2 6,-0.4 1,-0.2 0.8,-0.4 -0.4,-0.4 -2,-0.2 -1.4,0.2 -4.2,0.4 -2.6,0.2 -2.4,0.4 0,0.2 -0.6,0.4 -0.4,0 -1.4,0 -0.8,0 -1.8,0 -4,0 -3.8,-0.2 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,0.2 0,0.4 -3.6,1 -1.6,0.2 -1.6,-0.2 0,-0.6 0.8,-0.8 l 0.4,0.2 1,0.2 q 0.8,-0.2 1.2,-0.6 0.2,-0.4 3,-0.4 2.8,-0.2 3,-0.4 0.4,-0.2 1.2,-0.4 h -2.8 q -3.4,0.2 -8.8,0.4 -5.2,0 -7.6,0.4 -2.4,0.2 -2.4,-0.2 0,-0.4 1.2,-0.6 l 0.8,0.2 q -0.2,0.2 0,0.2 0.4,0 1.4,-0.2 1,-0.4 2.4,-0.6 1.4,-0.2 2.6,-0.6 l 1.2,-0.2 h -1 l -0.2,-0.4 -5.6,0.2 q -1.8,0.2 -2.4,0.4 -0.8,0.2 0,-0.4 0.6,-0.6 1.8,-0.6 1.2,0 1.4,0 0.2,0 2,-0.4 1.8,-0.2 1.8,-0.6 0,-0.6 -0.6,-0.6 -0.2,0 -0.2,0.2 -0.2,0 -0.2,0 l -0.6,0.4 q -0.6,0 -2.4,0.2 l -1.4,-0.2 q 0.2,-0.4 1,-0.2 0.6,0 1.4,-0.4 0.8,-0.4 1.4,-0.4 0.6,0 0.4,-0.4 -0.4,-0.4 -1,0 -0.6,0.2 -1.6,0.2 -1.2,0 -2,0 -0.8,0 -0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 1,-0.4 0.4,-0.8 0.2,-0.8 -0.4,0 -0.6,0.4 -0.2,0.4 -0.6,0 -0.6,-0.4 -0.8,0 -0.4,0.4 -0.6,0.2 -0.2,-0.4 -1.2,0.2 -1,0.4 -1.2,0.4 -0.2,-0.2 -0.2,-0.8 0,-1 0.8,-0.8 0.6,0.2 0.6,-0.2 0,-0.6 -1,-0.2 -0.6,0.2 -1.2,0.4 -0.6,0 -1,0 -0.4,0 -0.4,-0.2 0,-0.2 -0.6,0 -0.6,0 -0.8,-0.4 -0.2,-0.2 -0.2,-0.2 0,0 0.2,0 0.4,0.4 0.4,-0.2 0,-0.6 1,-0.4 0.8,0.2 0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 0.6,-0.2 0.2,-0.4 0.6,-0.2 0.2,0.2 0.4,0.2 0.2,-0.2 0,-0.4 0,-0.4 1.8,-0.8 l 1.6,-0.4 -1.8,0.2 q -2,0.2 -2.2,0.6 h -0.2 q 0,-0.2 -0.6,0.2 -1,0.8 -1,0 0,-0.2 0.2,-0.4 0.4,-0.6 0.8,-0.4 0.2,0.2 4.8,-1.4 1.8,-0.6 2.2,-0.4 0.4,0.2 0.4,-0.2 0,-0.4 0.4,0 l -0.2,-0.6 q -0.8,-0.6 -1.2,-0.2 -0.4,0.2 -1.4,0.4 -1.2,0 -2,0.4 -0.6,-0.2 -0.6,-0.2 0.2,-0.4 0,-0.4 -0.4,0 -0.4,0.4 -0.2,0.2 -2.6,0.6 -2.6,0.4 -2.8,0.2 -0.4,-0.4 0.2,-0.6 0.2,0 0.4,0 0.8,-0.2 1.4,-0.4 0.6,-0.4 1.2,-0.4 0.6,0 1.4,-0.2 5.4,-1.4 6.2,-1.2 0.8,0 0.8,-0.4 0,-0.6 5.4,-2 l 1.8,-0.4 -2.4,0.2 q -2.6,0.2 -3.4,0.2 -0.8,0 -0.8,0.4 0,0.2 -1.6,0 -1.6,-0.2 -1.6,0.2 0,0.2 -0.6,0.2 -0.8,0 -1.4,0.2 -0.6,0.2 -0.6,0 0,-0.6 2.4,-1 2.4,-0.6 4.4,-0.6 1.8,-0.2 1.8,-0.4 0,-0.4 0.6,-0.6 0.6,-0.4 1,-0.2 0.2,0.2 -0.2,0.2 -0.4,0 -0.4,0.4 0,0 0.2,0 0.4,0 1,0 0.6,0 1.2,-0.2 2.6,-0.4 4.8,-0.6 2.4,-0.2 2.6,-0.6 0.2,-0.4 -0.8,-0.2 -0.8,0.2 -1,0 l 0.8,-0.4 q 2.4,-0.2 5.2,-0.6 1.6,-0.2 1.8,0.4 0.2,0.4 0.4,0 0.6,-1 2,0 0.6,0.4 1.2,0.2 0.6,-0.2 0.6,-0.6 -0.2,-0.4 3,-0.4 3.4,-0.2 3.4,0 0,0.2 0.2,0.2 0.4,0 0.8,0 0.4,-0.2 0.6,-0.4 h 0.4 q -0.4,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.4 1,-0.4 0.6,0 0.8,0.2 0.2,0 0,0.4 0,0.2 0.2,0.2 0,0 0.4,-0.2 0.4,0 0.4,0 l 2.2,0.4 q 0.4,0 0.8,0 l 2.8,-0.4 q -0.4,-0.2 -0.2,-0.2 0.2,0 0.6,0.2 1,0.2 3.4,0.4 2.6,0 3.8,0.4 1.4,0.2 2.4,0.4 l 0.2,0.2 0.4,0.2 q 3.2,-0.6 7.6,0 1.8,0.2 4.6,0.6 3,0.4 3.4,0.6 0.6,0.2 1.4,0.2 2.6,0.2 10.6,2.8 11,3.8 12.4,5 2,2 2.8,2 0.6,0 1.2,0.6 0.8,0.4 0,0 -1,-0.4 -1,0 0,0.2 1.4,1 1.6,0.8 2,0.8 0.2,0 -0.8,-0.8 l -0.8,-0.6 1,0.4 q 0.8,0.4 0.8,0.6 0,0.2 1.2,1.6 z m -106.4,-2.2 q 0.2,0 0.4,-0.4 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 0,0.4 0.2,0.4 z m 7.6,1.6 q 0.4,0 0.8,-0.2 l 0.2,-0.4 q -0.4,0 -0.8,0.4 z m 2,1.4 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 l 0.2,0.2 q 0.6,0.4 0.8,0.4 z m 0.6,-1.6 q 0.4,0 0.4,0 -0.2,-0.4 -0.6,-0.4 z m 2.6,-11.4 q 0,0 0.2,0.4 l 0.6,-0.2 q -0.4,-0.2 -0.8,-0.2 z m -0.6,14.6 q 0,0.2 0.4,0.2 l 0.4,-0.2 q -0.4,-0.2 -0.8,0 z m 0.6,1.4 q 0.8,0 0.8,-0.2 -0.6,0 -1.4,0 -0.4,0.2 0,0.2 0.2,0 0.6,0 z m 2.4,-15.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,-0.6 q 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 0.2,0.2 0.6,0.2 z m 5.2,-3.2 q -0.2,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.2 -0.4,-0.2 -0.2,-0.2 -0.4,0 z m 1.8,0 q -0.4,0.4 0.4,0.4 0.8,0 0.4,-0.4 -0.4,-0.4 -0.8,0 z m 2.6,0 q 0.2,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m -3.8,118.4 q 0,0 0.6,-6.8 v -2.2 l -0.4,2.4 q -0.6,5.2 -0.2,6.6 z m 1,-14.6 q 0,0 0.2,0.4 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0.2,38.8 q 0.4,0 0.4,-0.2 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.4 0,0.2 0.2,0.2 z m 0.8,-16 q 0,-1.4 0,-3 -0.2,0.8 -0.2,1.6 v 1.6 z m 0.4,-33 q 0,0 0.2,0.4 0.2,-0.4 0,-1 -0.2,0.4 -0.2,0.6 z m 0.2,37.8 q 0.2,-1.2 0,-2.2 0,0.4 -0.2,1 l 0.2,1.4 z m 12.2,-129.6 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 0,23 q 0.2,0 0.4,-0.2 0.2,-0.4 -0.2,-0.4 -0.2,0 -0.2,0.4 0,0.2 0,0.2 z m -4.6,-25 q 0.8,0 2.6,-0.2 2,-0.2 2.2,-0.4 h -1.4 q -1.4,0.2 -3,0.2 z m 3.4,27.6 q 0,0 0.2,0 0.6,-0.6 0.6,-1.2 0,-0.6 -0.2,0 -0.2,0.6 -0.6,1.2 z m -10.4,91 q 0.2,-0.6 0,-1 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.6 z m 0.4,7.2 q 0.2,-0.4 0,-1 0,-0.4 -0.2,-0.2 0,0.2 0,0.6 0.2,0.4 0.2,0.6 z m 1.2,15 q 0.2,0 0.2,-2.6 0.2,-2.6 -0.2,-2.8 -0.4,-0.2 -0.4,2 0,3.4 0.4,3.4 z m 0.2,-40.6 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.8,50.6 q 0.2,-0.2 0,-2 l -0.2,-1.6 -0.2,2 z m -0.2,-4.6 q 0,0 0,0.4 0.2,-0.4 0,-0.8 0,0.2 0,0.4 z m -0.4,-82.2 q 0,0 0.8,-6.2 l -0.2,0.4 q -0.6,1.4 -1.8,10.2 -1,8.8 -1,13.2 -0.2,3.6 0,2.8 0.2,-1 1,-8.8 0.4,-6 1.2,-11.6 z m 3.2,95 q 0,0 -0.2,-1.6 v 0.4 q -0.2,0.6 -0.4,1.6 0,0.8 0,1.4 0.2,0.6 0.4,0.6 0.2,0 0.2,-2.4 z m -0.2,-3.4 q 0.2,2 0.2,0.2 0.2,-0.8 0,-2 0,-2.2 0,-2.2 0,0 -0.2,1.2 -0.2,1.8 0,2.8 z m 0.2,-97.2 q 0.2,-0.4 0,-0.8 0,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.2,-1.8 q 0.4,-0.2 0.2,-0.8 l -0.4,0.2 z m -1.6,-2.6 q 1,-5.2 3.8,-16.4 0.6,-2 1.6,-5 1,-3.2 0.8,-3.4 l -0.6,1.2 q -0.4,1.4 -0.6,1.6 -0.2,0.4 -1.6,5.8 -0.4,1 -1.4,4.6 -0.6,2 -0.6,2.8 -0.2,1 -0.8,3.4 -0.4,2.2 -0.8,4.2 -0.4,2 -0.6,3.4 -0.2,1.2 0,1.2 0.2,0 0.8,-3.4 z m 2.2,103.8 q 0,0.4 0.2,0.4 0.4,0 0.2,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 0,0.6 z m 0,-2.4 q 0,0 0.2,0.4 0.2,-0.2 0,-0.6 z m 0.6,-3.6 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-2.4 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 3.8,-17.6 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m -2.2,-87.2 q 0.6,-2.2 2.2,-8.2 1.8,-6 1.6,-6.2 l -0.4,1 q -0.4,1 -1.8,5.8 -1.4,4.6 -2.2,8.6 -0.8,4 -1.4,6 -0.8,3.4 -0.4,3.2 0.2,0 0.4,-1 0.4,-2.4 1.4,-6.2 0,-0.2 0,-0.6 0.2,-0.6 0.4,-1.2 0.2,-0.8 0.2,-1.2 z m 4,73.4 q 0,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.6 0.2,0.6 z m 9.6,-118 q 0,0 0.2,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.6,0 z m -2,0.2 q 0,-0.2 -0.8,-0.2 -0.6,0 -0.6,0.4 0,0.2 0.6,0 0.8,-0.2 0.8,-0.2 z m -1.2,65.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m -0.6,2.4 q -0.2,0.4 -0.2,0.4 0,0.4 0.2,0.6 0.2,-0.6 0,-1 z m -4.6,-41 q -0.2,0 -0.6,0.8 -0.2,0.6 0,0.6 0.4,0 0.6,-0.6 0.2,-0.8 0,-0.8 z m -1,87.6 q 0,0 0.4,0.4 0.2,-0.6 -0.2,-0.8 -0.4,-0.4 -0.2,0.4 z m 0,-4 q 0.2,1 0.4,0.6 0.4,-0.6 0.4,-0.8 0,-0.4 -0.4,-0.2 0,0.2 -0.2,0 0,-0.2 0,-0.4 l -0.2,-0.4 q -0.2,0.2 0,1.2 z m 1,-10.6 q 0.2,-1 0.2,-1.8 0.2,-0.8 0.2,-1.2 0,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.8 0,0.6 -0.4,4.4 -0.2,2 -0.4,3.4 0,1.4 0,2.4 0,0.8 0,1.2 0,0.4 0.2,0.4 0.2,0 0.2,-0.4 0.2,-6.8 0.6,-8.6 z m 0.6,-6.4 q 0.8,-8.2 1.4,-7.6 l 0.2,-0.2 q 0,-0.2 -0.2,-0.4 -0.2,-1.2 0.6,-5.6 l 0.4,-4.6 q 0,0.2 0,0.6 -0.4,1.2 -0.6,2.4 -1,6.2 -1.8,12.2 -0.4,4.4 -0.6,5 0,0.6 0.2,0.6 0.2,0 0.4,-2.4 z m 1.8,10 q 0.2,-0.8 0,-1.8 v 0.2 q 0,0.4 0,0.6 v 1.2 z m -0.2,11.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-8 q 0,-1.4 0.4,-1.4 0.4,0 0.2,-0.8 0,-0.8 -0.2,-0.2 l -0.4,0.2 q 0,-0.4 -0.2,-0.2 -0.2,0.2 -0.2,1.6 0.2,1.4 -0.2,1.8 -0.2,0.4 -0.2,2.8 0.2,2.2 0.4,2.2 0.4,0 0.2,-2.4 -0.2,-2.4 0.2,-2.2 z m 0.6,-8.4 q 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,1.2 z m 1,-4.2 q 0,0 -0.4,-1.4 0,-0.4 0,-0.4 -0.2,1 -0.4,1 -0.2,0 0,1.6 0.2,0.8 0.2,0.6 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.2 z m -0.4,-21.2 q 0,0 0.2,0.4 0,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-72.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,70.8 q 0,0 0.4,-0.2 0.2,-1 0.2,-1.8 l -0.2,0.2 q -0.4,0.8 -0.4,1.8 z m 1.8,9.8 q 0,0 0,-1 l -0.2,-0.8 q -0.2,0.8 -0.8,4 -0.4,3 -0.4,3.4 l 0.2,-0.2 q 0.4,-0.4 0.6,-0.4 v -0.2 q 0,-0.6 0,-1.6 0,-1.2 0.2,-2.2 0.2,-1.2 0.4,-1 z m 1.6,-9.6 q 0,-1.8 -0.2,-1.6 0,0.2 -0.8,4 -0.6,3.6 -0.6,4 l 1,-3.6 v -0.2 l 0.2,-1 z m 0,-72 q -0.4,0 0,0.4 0.4,0.4 0.2,0.6 v 0.2 q 0.4,-0.2 0.4,-0.6 0,-0.6 -0.6,-0.6 z m 0.4,68.6 q 0.2,-0.4 0.4,-1.8 0.2,-1.4 0,-0.6 z m 0.6,-3.8 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.6 -0.2,-0.6 0,0 -0.2,0.6 z m 0.6,-1.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-62.8 q 0,0 0.2,0.4 0.4,0 0.4,0 -0.2,-0.4 -0.6,-0.4 z m 0.4,61.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.4,-2.4 q -0.2,0.8 0,0.4 0.4,-0.4 0.4,-0.8 z m 1.6,-3.2 q 0,0 0,-0.2 -0.4,0 -0.2,-0.8 l -0.2,-0.2 q -0.4,0.6 -0.6,1.8 -0.2,1 -0.2,1 0.2,0 0.4,-0.4 0.4,-1 0.8,-1.2 z m -0.2,-2.6 q 0,0 0.2,0.6 0.2,-0.2 0,-0.8 z m -0.6,-52.4 q 0,0.2 0.6,0.2 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0 -0.6,0.2 z m 1.8,49.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.2,-1.8 q 0,0.8 0.2,0.2 0.4,-0.8 0.4,-1 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.2,1 z m 1.4,-3 q 0,0 -0.2,-0.4 -0.8,1.4 -0.2,1.4 0.2,-0.2 0.4,-1 z m 0.8,-2.6 0.2,-0.8 -0.4,0.8 -0.6,1.4 0.2,-0.2 q 0.4,-0.4 0.6,-1.2 z m 1.4,-4 0.2,-1 -0.6,1 q -0.4,0.8 -0.4,1.4 0,0.4 0.2,0 0.4,-0.6 0.6,-1.4 z m 1,-4 q -0.2,0.6 0.2,0.2 0.4,-0.4 0.2,-0.6 -0.2,-0.2 -0.4,0.4 z m 0.2,-7.6 q 0.4,-0.2 0.4,-0.8 0,-0.6 -0.4,0 -0.4,0.8 0,0.8 z m 1,-2.6 q 0,0 0,-0.8 0,0.2 -0.2,0.8 -0.2,0.4 -0.4,0.8 0,0.2 0,0.2 0.2,0 0.6,-1 z m 0.8,-24 q 0,0 -0.2,0.4 -0.2,0.2 0,0.2 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.4 z m 0.2,29.2 q 0.4,-0.6 0.4,-0.8 h -0.4 q -0.2,0.6 -0.2,1 z m 2.6,-28.2 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 l 0.2,0.2 q 0.6,0.4 0.8,0.4 z m 7.2,1.4 q 0.6,-0.2 0.6,-0.2 -0.4,-0.2 -1,0 0,0.2 0.4,0.2 z m -1.2,-1 q 2.6,0.2 2.8,0.2 0.4,-0.4 -5,-0.8 h -1.8 q 0.4,0.2 0.6,0.4 0.2,0 0,0.4 0,0.2 0.2,0.4 0.4,0 1,0 h 1.4 l -1.2,-0.2 q -2.2,-0.4 -0.4,-0.6 1,0 2.4,0.2 z m 3.2,1.4 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,-0.2 z m 0.2,-1 q 0,0 2.4,0.2 0,-0.2 -1.4,-0.4 -1,0 -1,0.2 z m 3.6,0.6 q 0.2,0 0.4,0 0.2,-0.2 0,-0.4 -0.2,-0.2 -0.6,0 -1.2,0.4 0.2,0.4 z m 2.6,0.2 q 0.4,0 0.6,-0.2 -0.6,0 -1,0 0.4,0.2 0.4,0.2 z m 1.8,0.4 q 0.4,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m 2.2,0.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 2,0.6 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z m 20.6,10.4 q 0,0 0.2,0.4 0.6,0.2 1,0.2 l -0.2,-0.2 q -0.6,-0.4 -1,-0.4 z m -5,-5.8 q 0,0 -1.2,-0.2 l 0.2,0.2 q 0.6,0.4 1.2,0.2 z m -3,-1 q 0,-0.4 -0.8,-0.4 -0.8,0 -0.2,0.4 0.8,0.2 1,0.2 z m -2.2,-1 q -0.8,-0.4 -1.4,-0.2 0.4,0.6 2,0.8 z m -2.8,-1 q 0,0 -2.8,-0.6 0.2,0.2 1.4,0.8 1.4,0.4 2,0.4 0.2,0 0,-0.2 -0.2,-0.2 -0.6,-0.4 z m -1,23.8 q 0,0 -0.6,-0.4 -0.8,-0.4 -2,-0.6 l -1.2,-0.4 1,0.6 q 1.2,0.8 2.8,0.8 z m -0.8,-22.2 q 0,0 1.6,0.2 -0.2,-0.2 -1.2,-0.4 -0.4,0.2 -0.4,0.2 z m 6.4,25 q 0,0 0.4,-0.2 -0.2,-0.2 -2.8,-1.2 -2.4,-1.2 -2.6,-1.2 z m 1.2,0.6 q 1,1.2 1,0.6 0,-0.4 -0.8,-0.8 z m 3,1 q -0.2,0 -0.8,-0.4 -0.6,-0.4 -0.8,0 0,0.2 0,0.2 0,0 0.2,-0.2 0.4,-0.2 0.4,0.2 0,0.4 0.6,0.4 z m -0.8,-9 q -0.8,-0.4 -1.2,-0.4 -0.2,0 0.6,0.4 1.2,0.6 1,0.6 0,-0.2 -0.4,-0.6 z m -0.6,3.2 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z m 2.8,-12.6 q 0.8,0.2 0.8,-0.2 -0.2,-0.4 -0.8,-0.2 -0.4,0.2 0,0.4 z m -4.8,-6 q 0,0 5.6,1.6 l -0.2,-0.2 q -0.8,-0.6 -1.6,-0.6 -0.8,0 -0.8,-0.2 0,-0.2 -0.8,-0.2 -0.6,-0.2 -0.8,-0.4 -0.2,-0.4 -0.6,-0.4 l -2.4,-0.8 -0.8,-0.2 q -1,0 -2,-0.2 z m 8.8,8.6 q 1.2,0.6 1.2,0.4 0,-0.2 -1.2,-0.8 z m 2.2,0.2 q 0.4,0 -0.2,-0.6 -0.6,-0.8 -2.6,-1.6 -1.8,-1 -2,-0.8 l 0.4,0.2 -0.2,0.4 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 0.2,0.2 1.8,1.2 1.6,0.8 1.8,0.8 z m 0,-3.2 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 1.2,0.8 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 z"/></g></svg>
+<svg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 1916 231" width="1916" height="231"><g transform="translate(-30.8,-32.0)" fill="#fff"><path d="m 34,234.4 c 0.8,0 2.2,-4.6 2.6,-4.6 0.2,0 0.4,-0.4 0.4,-1 l -0.4,-3 c 0,-0.4 0,-0.6 0.2,-0.6 l 0.8,0.4 -0.2,-0.4 c 0,-1.6 1,-1.8 1.4,-1.8 0.6,0 0.8,0.2 0.8,1.4 0.4,-0.4 0.6,-0.8 1,-0.8 1,0 2.6,3.2 3,3.2 0,-0.6 0.2,-1 0.4,-1 0.2,0 0.4,0.2 0.4,0.6 l -0.2,1.2 c 0,0.8 0.2,1 0.4,1 0.8,0 1.2,-2.2 2,-2.2 l 0.2,0.2 -0.8,1.8 c 0.6,0 1.8,-0.6 1.8,-1.6 l -0.2,-0.8 H 48 c 0.2,0 0.6,-1 0.6,-2 0,-1 -0.2,-1.8 -0.4,-1.8 -0.8,0 -0.4,1.6 -0.8,1.6 -1.2,-1.2 -0.6,-0.6 -1.4,-1.8 h -0.2 l 0.2,1.4 c 0,0.4 0,0.4 -0.4,0.4 h -1.2 c -0.8,0 -0.8,0.2 -1.2,0.6 l 0.2,-1.4 c 0,-0.4 0,-0.6 -0.4,-0.6 l -0.6,0.2 c -1.4,0 -1.6,-0.6 -2.6,-0.6 -0.4,0 -0.6,-0.4 -0.6,-1 0,-0.4 0.8,-0.4 0.8,-1.2 0,-0.8 1.8,-3.6 1.8,-5.2 0,-1 -1.2,-1.6 -1.2,-2.2 0,-0.2 0,-0.4 0.2,-0.4 l 0.8,0.8 c 0.4,0 0.2,-0.6 0.6,-0.6 H 43 c 0.4,0 0.4,-0.2 0.4,-0.4 0,-0.4 -0.2,-0.6 -0.6,-1.2 0,-0.8 1.4,-2.4 1.4,-3.6 0,-2 1,-1.4 1,-3.2 0,-1.2 0.2,-1.4 0.6,-1.4 l 1,0.2 c 0,-1.4 0.2,-2.2 0.8,-2.2 l 0.2,0.4 c 0,1.6 -1.6,4.2 -1.6,6 0,1.4 -1.4,5.4 -1.4,6.8 0,0.6 0,1 -0.4,1 L 42,213.8 c 0.4,1.4 1.2,0.6 1.2,2.8 0,2 -0.6,4 -0.6,5.2 0,0.2 0,0.2 0.2,0.2 h 0.8 c 0.4,0 0.6,0.2 0.6,0.4 0,0.6 0.2,0.8 0.4,0.8 0.8,0 0.8,-2.4 2,-2.4 l 3.4,0.4 c 1.4,0 1.4,-0.4 1.4,-1.4 0,-0.6 0.8,-0.6 0.8,-1.6 0,-0.2 0,-0.2 0.2,-0.2 h 0.2 c 0.4,0 0.6,0 0.6,-0.2 l -0.4,-1.2 0.2,-0.2 0.8,0.4 0.2,-0.4 c 0,-0.2 -0.2,-0.6 -0.6,-0.8 -0.4,0 -0.8,-1.2 -1,-3.2 0.8,0.8 0.6,0.4 1.2,1.4 l -0.2,-0.6 0.2,-0.2 h 0.8 c 0.8,0 1,-5.4 1.8,-5.4 0.2,0 0.2,0.2 0.2,0.6 0,0.2 0,0.4 0.2,0.4 0.8,-1.2 0.4,-0.4 0.8,-1.8 0,-1 -0.4,-1.8 -0.8,-1.8 l -0.6,0.8 -0.2,-0.2 c 1,-3.8 1.2,-5 2.6,-5 l 0.2,0.2 c 0.6,0 0.6,-4.6 1.6,-5.2 l 0.2,0.2 -0.2,1.6 c 0,0.4 0,0.6 0.2,0.6 0.4,0 1,-2.6 1.6,-4.4 -0.4,0 -1.2,1.6 -1.6,1.6 0,-0.4 0,-0.6 -0.4,-0.6 l -1,0.2 c -0.2,0 -0.2,0 -0.2,-0.2 0,-0.4 1.6,-3.4 1.6,-4.6 0,-1.4 0.8,-2.6 1.2,-2.6 0.2,0 0.2,0.4 0.2,1 0,1.6 -0.2,1.8 -0.6,3.2 l 0.2,0.2 0.4,-0.2 c 0.6,0 1.2,1.6 1.2,2.8 0,2 -1,1.6 -1,2.8 0,4.6 -2.2,5.4 -2.2,8.6 1.4,0 15.8,-40.4 19.4,-47.2 3.8,-8.6 4,-10 7.6,-16.8 2,-4 3,-8.2 4.6,-9.8 0.4,-0.6 0.6,-1.4 0.6,-1.8 v -0.8 c 0,-0.6 1.2,-0.6 2.8,-4.2 1.4,-2.8 1.6,-3.6 1.6,-4.2 -0.4,0 -0.8,0.8 -2,2.2 0.6,-2.2 0.8,-3 1.8,-3 l 1,0.2 c 0.2,0 0.4,-0.2 0.4,-0.4 0,-3.8 7.6,-13 7.6,-16.6 0,-1.4 1.2,-0.8 1.2,-1.8 l 0.2,-0.4 c -1.4,0 -2,2.4 -2.6,2.4 -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.6,-0.6 1.2,-1.2 -0.6,-0.4 -1.2,-0.6 -1.2,-1.2 0,-0.2 0,-0.2 0.2,-0.2 l 1.4,0.8 0.2,-0.2 -0.2,-1.4 c 0,-1.8 2.4,-4.8 2.4,-5.6 0,-1.2 1.2,-1.2 2.2,-4.4 1.4,-3.6 2.6,-6 2.6,-6.8 0.2,-1 0.4,-1 9.8,-2.4 6.8,-1 20.6,-2.6 45.8,-5 5.6,-0.4 10.4,-1.2 10.4,-1.4 0.2,-0.2 0.8,-0.2 1.4,-0.2 l 0.6,0.2 c 0.2,0 0.2,0 0.2,-0.2 0,-0.4 0,-0.6 -3.4,-0.6 l -17.6,0.6 c -4.6,0 -5.8,-0.4 -6,-1 0,-0.6 0.2,-1 0.8,-1 0.6,0 0.6,1 1.2,1 l 1,-0.2 c 0.6,0 0.4,0.8 1,0.8 0.4,0 0.6,-0.4 0.6,-1.2 0,-1 0.4,-1 4,-1 8.8,0 12.6,-0.6 14.4,-1.4 -0.8,-0.8 -1.4,-1 -2.6,-1 -1,0 -0.8,0.8 -1.4,0.8 -1,-0.2 -0.6,0 -1.2,-0.8 0,-0.6 7.2,-0.6 7.6,-1.6 0.4,-0.8 2.4,-0.8 2.4,-1.2 0,-0.2 0.2,-0.4 0.4,-0.4 l 1.4,0.2 c 0.2,0 0.4,0 0.4,-0.2 -0.4,-0.8 -0.6,-1.4 -1.6,-1.4 -1,0 -1,-1.8 -3.8,-1.8 -1,0 -1.8,-0.2 -1.8,-0.2 0.4,-0.4 1,-0.6 1,-1.2 0,-1 2.2,-1.2 6.2,-2.4 0,-0.6 -2.4,-0.4 -2.4,-0.8 0,-0.4 -0.2,-0.8 -1,-0.8 -0.6,0 -0.6,0.4 -1,0.8 -0.4,-0.2 -0.6,-0.2 -0.6,-0.6 0.4,-0.8 0.8,-0.6 0.8,-1.4 0,-0.6 -0.4,-1.4 -1,-1.4 l -0.8,0.2 c -0.8,-0.4 -1.2,-0.4 -1.2,-1 0,-0.8 1.2,-1.6 3.4,-2 1.2,-0.2 1.8,-0.2 1.8,-0.6 -0.6,-1 -1.4,-1.4 -1.4,-2 0,-0.4 -10.6,-2 -17.4,-2.6 -9.2,-0.6 -23.2,-1 -35.2,-1 -7.2,0 -13.6,0.2 -18.2,0.4 -36.4,2.4 -45.4,4.4 -63.6,7.8 -8.6,1.8 -8,3.2 -8.4,10.4 0,3.2 2.8,2 2.8,3.4 0,1.8 1,2.6 3.8,2.6 l 4.8,-0.4 c 1,0 1.4,0.2 1.4,0.4 0,0.4 -0.4,0.6 -0.8,0.6 -2.4,0 -3,0.6 -3,1.4 0,0.6 -1.2,0.8 -1.2,1.6 l -0.2,0.2 -1.2,-0.2 c -0.2,0 -0.4,0 -0.4,0.2 0.4,1.4 0.6,2 1,2 0.4,0 0.4,-1 1,-1 0.8,0 1.4,1.6 1.4,3.6 0,1 2.2,1 2.2,1.4 0,0.4 0.8,0.6 1.8,0.6 l 3.2,0.2 c 2.2,0 10.4,-0.6 11.2,-1 0.4,-0.4 8.4,-0.6 11.8,-1.8 l 2.6,-0.4 0.4,0.2 C 79.2,78.4 78.8,79 78,79 h -1 c -2.4,0 -6.8,1.6 -8.6,1.6 -1.2,0 -1,0.8 -2.6,0.8 L 62,81.8 c -2.6,0 -1.8,-0.6 -3.4,-0.6 -2.4,0 -6.6,1.4 -6.6,2.4 0.4,0.4 0.8,0.4 0.8,0.8 -1.6,0 -1.8,0.4 -2.2,2 0,0.4 0.2,0.6 0.4,0.6 h 0.4 l 0.2,0.4 -0.2,1 c 0,1.2 1.4,1 4.4,1.2 4.8,0 14.6,-1 18,-2 h 0.4 c 0.2,0 0.4,0 0.4,0.2 -0.6,2.6 -5,10.8 -5.8,14.2 0,0.4 -1.2,3.2 -2.6,6.4 -3.2,7 -11.4,28.4 -11.4,32.8 0,1 -1.4,2.8 -1.4,4.4 0,1.8 -1.8,2 -1.8,4.2 0,2 -1.6,4.2 -1.6,5 0,0.6 -0.4,1.8 -0.8,2.8 -3.6,11.2 -5.4,16.4 -6,19.6 -0.6,4 -1.4,2.8 -1.4,3.4 0,2.2 -8.6,31.4 -8.6,33.8 0,0.4 -1.2,5 -1.2,7.8 0,2.2 -1.2,3.4 -1.2,6.4 0,4 2.8,4.6 2.8,5.2 0,0.4 0.2,0.6 0.4,0.6 z m 4.6,-15.2 c -0.2,0 -0.2,-0.4 -0.2,-0.8 0,-0.4 0,-0.6 0.2,-0.6 l 0.2,0.2 c 0,0.4 0,1 -0.2,1.2 z M 52,217.4 c -0.4,0 -0.8,-0.6 -0.8,-1.2 l 0.2,-0.4 c 0.8,0.6 0.4,0.4 0.8,1.2 z m 1,-5.8 c -0.2,0 -0.2,0 -0.2,-0.4 0,-0.4 0.4,-0.8 0.6,-1 h 0.4 c -0.2,1 -0.6,1.4 -0.8,1.4 z m -4.6,-11 c -0.2,0 -0.6,-0.4 -0.6,-1.2 0,-0.8 0.2,-1 0.8,-1.4 0.2,0 0.2,0.4 0.2,1.2 0,1 -0.2,1.4 -0.4,1.4 z m 0.8,-3.4 c -0.2,0 -0.4,-0.4 -0.4,-1.2 0,-1.4 1.2,-3.8 1.8,-3.8 l 0.2,0.6 c -0.6,2.8 -1,4.4 -1.6,4.4 z m 14,-4.6 c -0.2,0 -0.6,-0.6 -0.6,-1 l -0.2,-3 c 0,-3 0.8,-2 0.8,-2.6 v -0.2 c 0,-0.2 0.4,-0.6 1,-0.6 l 0.2,0.2 -0.4,1.4 c 0,0.8 1.4,0.4 1.4,1 l -0.4,1.6 -1.6,-0.2 c -0.4,0 -0.6,0.2 -0.6,0.8 v 0.8 c 0.6,-0.6 0.6,-0.8 1,-0.8 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -0.8,0.2 -0.8,0.8 l 0.2,0.4 c 0,0.6 0,1 -0.4,1 z m -12.4,-3.2 -0.2,-0.2 c 0,-0.4 1,-2.2 1.6,-2.2 l 0.2,0.4 c 0,0.4 -0.2,1 -0.8,1.4 z m 14.6,-2.6 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0,-0.8 1,-3.2 1.4,-3.2 0.2,0 0.4,-0.2 0.4,-0.4 l -0.4,-1.2 c 0.8,0.2 1,0.4 1,1.4 0,1.4 -1.4,1.8 -1.4,2.4 l 0.2,0.8 c 0,0.4 -0.2,0.6 -0.6,0.6 z M 52.8,186 c -0.4,0 -0.6,-0.4 -0.6,-1.4 0,-1 1,-1.2 1,-1.6 l -0.6,-1.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 0.6,0.2 0.8,0.2 0.8,2 0,1.4 -0.6,3 -1.2,3 z m 10.8,-3 -0.2,-0.2 c 0.2,-2 0.8,-3.4 0.8,-3.4 h 0.2 c 0.4,0 1.6,0.6 1.6,1 0,0.2 -0.2,0.4 -0.4,0.4 h -0.2 c -0.2,0 -0.8,0.4 -1.2,1.2 z m 3.8,-2 c -0.4,0 -0.6,-0.4 -0.6,-0.6 0,-0.2 0.2,-0.4 0.4,-0.4 0.6,0.2 0.4,0.2 0.8,0.6 0,0.2 -0.4,0.4 -0.6,0.4 z m -13.2,-0.8 c -0.4,0 -0.8,-0.2 -0.8,-0.6 0,-0.2 0.2,-0.4 0.6,-0.4 0.6,0.4 0.6,0 0.8,0.6 0,0.2 -0.2,0.4 -0.6,0.4 z m 11.8,-1 c -0.8,0 -1.2,-0.2 -1.2,-0.8 0,-0.6 0.6,-1.6 0.6,-2.4 v -0.6 c 0,-0.2 0.2,-0.4 0.4,-0.6 2.2,-2.2 5.6,-19.4 9,-20.4 l -0.2,0.6 c 0.4,0.8 0.2,0.4 0.8,1.2 l -0.2,0.2 -0.8,-0.2 c -1,0 -1,1 -1.2,3.2 l 0.2,1.4 c 0,0.2 -0.2,0.4 -0.4,0.4 -0.8,0 -1.6,1.6 -1.6,3 l 0.4,1.2 -0.2,0.2 h -0.4 c -0.8,0 -2,5 -2.8,5.4 -1.8,3.8 -1,2 -1.8,6.8 0,0.8 -0.2,1.4 -0.6,1.4 z M 55,178 c -0.2,0 -0.2,-0.2 -0.2,-0.4 l 0.4,-1.6 0.2,-0.2 c 0.4,0.2 0.6,0.2 0.6,1 0,0.6 -0.4,1.2 -1,1.2 z m 13.6,0 c -0.2,0 -0.4,-0.2 -0.4,-0.4 l 0.4,-2 c 0,-0.2 0.2,-0.4 0.6,-0.4 l 0.4,0.2 -0.8,1.8 0.2,0.6 z m -11.8,-3 c -1.2,-0.4 -1.6,-0.8 -1.6,-1 h 0.6 c 0.6,0 1.2,0.2 1.2,0.6 0,0.2 0,0.4 -0.2,0.4 z m -0.2,-2.2 c -0.2,0 -0.2,-0.2 -0.2,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.2,0 0.2,0.2 0,0.8 -0.2,1 -0.6,1 z M 71,171.4 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0.2,-0.8 0.2,-1.6 0.6,-1.6 0.2,0 0.2,0.2 0.2,0.6 0,0.6 -0.2,1.2 -0.4,1.4 z m -12.6,-1 c -0.6,0 -0.8,-0.4 -0.8,-1 0,-0.4 0,-0.8 0.4,-1 0.2,0 0.6,0.4 0.8,1.4 0,0.4 -0.2,0.6 -0.4,0.6 z m 2,-6 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-0.6 0.2,-0.8 0.4,-0.8 0.4,0 0.6,0.2 0.6,0.4 0,0.4 -0.2,0.8 -0.6,1 z m 2.4,-5 c -0.4,0 -0.6,-0.4 -0.6,-0.8 0,-0.6 0,-1 0.2,-1 0,0 0.4,0.6 0.6,1.4 0,0.2 0,0.4 -0.2,0.4 z m 2,-3.4 c -0.2,0 -0.4,-0.4 -0.4,-0.6 0,-0.4 0.4,-0.6 0.6,-0.6 0.2,0 0.4,0.2 0.4,0.4 v 0.2 z m 10.8,-5.4 v -0.2 c 0,-0.6 0.4,-1.2 1.4,-2.4 0.2,0 0.2,0.2 0.2,0.6 0,0.4 -0.4,1.2 -0.8,1.6 z m 2.2,-4.6 c -0.4,0 -0.4,0 -0.4,-0.2 0,-0.4 0.4,-0.8 1.4,-1.8 0.2,0 0.2,0 0.2,0.2 -0.4,1 -0.6,1.8 -1.2,1.8 z m 2.4,-4.8 H 80 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.6 0.4,-0.8 1,-1.2 l 0.2,0.4 c 0,0.4 -0.4,0.8 -0.6,1 z M 81,139 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0,-1.8 1,-2.6 2.2,-4 -0.4,1.6 -0.6,2.8 -1.4,4 z m 18.4,-26 -0.2,-0.4 c 0.6,-1.4 1,-2.6 1.4,-2.6 0.2,0 0.4,0.2 0.4,0.4 0,0.6 -1.2,2.6 -1.6,2.6 z m 1.8,-3.6 c 0.2,-0.8 0.4,-1.4 0.8,-1.4 h 0.2 c 0,0.2 0,0.6 -0.4,1 z m 1.6,-4 c -0.4,0 -0.6,-0.4 -0.6,-0.8 0,-0.4 0.2,-0.6 0.4,-0.6 0.6,0 0.8,0.4 0.8,0.8 0,0.4 -0.2,0.6 -0.6,0.6 z M 54,88 c -1,0 -1.8,-0.2 -1.8,-0.6 0,-0.2 0.2,-0.2 0.6,-0.2 h 0.8 c 1,0 0.6,-0.8 1.2,-0.8 0.6,0 1,0.4 1,0.8 0,0.4 -0.8,0.8 -1.8,0.8 z m 7.2,-0.4 c -1.2,0 -2.2,0 -2.2,-0.2 v -0.2 c 0,-0.6 -2.6,-0.2 -2.6,-1 0,-0.2 0.2,-0.2 0.4,-0.2 l 1,0.2 c 0.2,0 0.2,0 0.2,-0.2 l -0.4,-0.8 c 1.4,0.6 0.8,1.2 7.6,1.2 3.6,0 5.4,0 5.4,0.4 L 69,87.2 c -1.8,0.2 -5.4,0.4 -7.8,0.4 z M 119,78.2 c -0.6,0 -1,-0.2 -1,-0.4 l 1.8,-0.6 c 0.2,0 0.4,0.2 0.4,0.4 0,0.2 -0.4,0.6 -1.2,0.6 z m 3.4,-0.8 -0.2,-0.2 c 0.8,-0.6 2,-0.8 3.4,-0.8 h 0.4 v 0.2 l -2.2,0.6 z m 10,-1 -1.6,-0.2 c 1.4,-0.6 1.8,-0.8 2.8,-0.8 h 0.8 c 0.6,0 0.4,-0.2 0.6,-0.6 l 0.6,0.4 c 0,0.4 -1,1.2 -3.2,1.2 z m 7.4,-0.6 c -0.6,0 -0.8,-0.2 -0.8,-0.4 l 0.2,-0.4 c 0,-0.2 -0.4,-0.4 -1,-0.4 h -1.4 c 4.2,-1.2 2.4,-2.2 5.8,-2.2 -2,0.4 -3,0.8 -3,1 0.4,0 0.6,0.2 0.6,0.4 v 0.6 c 0,0.4 0.2,0.4 0.8,0.4 2,0 2.8,-0.2 2.8,-0.6 l -0.6,-1.4 c 0,-0.4 0.6,-0.6 2.2,-0.6 1.4,0 1.4,0.2 1.8,0.4 1.8,-0.6 2.6,-0.8 4.2,-0.8 0.8,0 1.4,0 1.4,0.4 0,0.8 -1.6,0.8 -3.8,1.4 0,0.4 0.8,0.4 2.4,1 -2.6,0 -2.8,-1 -4.2,-1 l -1.8,0.4 c -0.4,0 -1,1.2 -4,1.6 z M 115,74.4 c -0.8,0 -1.2,-0.2 -1.2,-0.6 0,-1.6 2.8,-1.8 10.2,-2 0,0.4 -1.6,1.4 -2.4,1.4 L 121,73 c -0.8,0 -0.6,0.4 -1.4,1 -0.4,0 -0.4,-0.8 -0.8,-0.8 -0.8,0 -2.8,1.2 -3.8,1.2 z m 11.6,0.2 c -0.6,0 -0.8,0 -0.8,-0.4 1.8,-4 1.8,-3 8,-3.6 h 1 c -1.2,0.8 -1.6,1.2 -4,1.2 -1,0 -1.4,0 -1.4,0.2 0.4,0.6 0.6,0.6 0.6,0.8 -0.6,0 -1,0 -1,0.2 l 0.8,0.8 c 0,0.2 -0.4,0.2 -1,0.4 z m 8.4,-1.2 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.4,-0.2 h 0.2 c 0.4,0 0.6,0 0.8,0.2 z m 2.2,-2.4 c -0.8,0 -1.4,0 -1.4,-0.2 1,-0.6 2.2,-0.8 4.2,-0.8 1.4,0 2,0 2,0.2 -1.6,0.8 -2.8,0.8 -4.8,0.8 z m 8.8,-0.4 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0.2,-0.6 0.4,-0.8 1.2,-0.8 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.6,0.8 -1.2,0.8 z m 7.4,-0.4 c -2,0 -4.2,-0.4 -4.2,-0.6 3.8,-0.2 4.6,-0.2 6.6,-0.6 0.8,0.4 0.6,0 0.8,0.6 0,0.2 -0.2,0.4 -0.4,0.4 z m 9,0.2 c -0.2,0 -0.8,-0.4 -2,-1.4 0,-0.2 0.2,-0.2 0.6,-0.2 0.6,0 1,0.4 1.2,0.8 z m -4,-0.4 c -0.4,0 -0.6,-0.4 -0.8,-1 l 0.4,-0.2 c 0.4,0 0.6,0.2 0.6,0.6 0,0.4 -0.2,0.6 -0.2,0.6 z m 6.6,-0.4 -1.2,-0.2 -0.4,-0.4 c 0,-0.2 0.2,-0.2 1,-0.2 3.2,-0.2 1.6,0 5,-0.4 0.2,0 0.2,0 0.2,0.2 l -0.2,0.2 c -1.6,0.6 -3.2,0.8 -4.4,0.8 z m -12.6,-8.4 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.4,-0.2 h 0.2 c 0.4,0 0.6,0 0.8,0.2 z M 44.6,233.6 c 1.2,-1.8 1.6,-3.2 1.6,-3.2 L 46,230.2 c -0.4,0 -0.6,0.6 -1,1.8 z m -1.4,-2 c 0.8,0 1.4,-0.6 1.6,-1.4 L 44.4,230 c -1.6,0.2 -2.6,0.4 -2.6,1 0,0.2 0.4,0.4 1,0.6 z m -2.6,-0.8 c 0.4,0 0.6,-0.2 0.6,-0.4 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.2,0 -0.6,0.2 -0.6,0.6 0,0.2 0.4,0.4 0.6,0.4 z M 56,217.2 c 0.4,0 0.6,-1 1.6,-2.8 l -0.2,-0.2 c -1,1 -1.6,1.6 -1.6,2.8 0,0.2 0,0.2 0.2,0.2 z M 107,100 c 0.4,0 0.8,0 0.8,-0.2 v -0.2 c 0,-1 3.6,-7.4 3.6,-8.4 l -0.2,-0.6 c 0.8,-1.6 1.4,-2 2.8,-5.2 0,-0.2 -0.2,-0.2 -0.4,-0.2 h -1.2 l 0.4,0.4 c 0,1 -3,4.6 -3,6.2 0,1.4 -2.2,5 -3,5 h -0.4 l 0.2,0.8 -0.4,2 c 0,0.4 0.2,0.4 0.8,0.4 z m 6.6,-15.6 c 0.4,0 0.8,-0.2 0.8,-0.6 -0.2,-0.2 -0.6,-0.6 -0.8,-0.6 -0.6,0 -0.8,0.4 -0.8,0.8 0,0.2 0.4,0.4 0.8,0.4 z"/><path d="m 204.20007,263.2 c 1.2,-0.2 1.6,0.2 1.6,-2 l -0.2,-3 c 0,-1.2 2.6,-0.6 2.6,-1.2 0,-1.4 0.2,-1.2 1.2,-3.6 0,-0.6 -0.8,-0.8 -0.8,-1.6 0,-1.2 0.6,-2 1.6,-2 -0.6,-0.6 -0.8,-0.6 -0.8,-1.8 0.2,-3.4 2.2,-2.4 2.2,-3.2 -0.4,-1.2 -0.2,-0.6 -0.4,-2 0,-2.2 0.8,-6.2 1.4,-6.2 0.2,0 0.4,-0.8 0.4,-1.4 0,-1.2 0.4,-1.4 1.2,-1.4 0.6,0 1,0.2 1,0.8 0,1.2 0.6,0.8 0.6,2.2 0,0.8 -0.2,1.2 -0.8,1.2 -0.6,0 -0.8,0.2 -0.8,2.2 0,2.6 0.8,1 1,2.6 0,1 -1.4,0.4 -1.4,1.2 v 0.8 c 0,0.4 -0.2,0.2 -0.8,0.4 0,0.4 3.2,1.8 4,1.8 l -0.4,-3.8 c 0,-1.6 2,-1.4 2,-2 l -0.4,-0.8 c 0,-0.2 0.4,-0.2 1.2,-0.2 1,0 1.8,0.2 1.8,0.6 0,0.2 0.2,0.4 0.6,0.4 0.2,0 0.4,0 0.4,-0.2 -0.4,-1.2 -1.2,-2.4 -1.2,-3.6 0,-1 0.6,-0.6 1,-3 0.2,-1.2 0.4,-1.6 0.6,-1.6 0.4,0 0.4,0.4 0.8,1.2 0.4,-1.4 0.6,-2.2 1.2,-2.2 0.2,0 0.2,0.2 0.2,0.6 v 1 c 0,0.4 0.2,0.8 0.4,0.8 1.2,0 1.6,-4 2,-4.8 0,-0.8 -1.2,-2.4 -1.2,-3.2 0,-0.6 0.4,-0.8 1.4,-1.6 l 0.2,0.2 c -0.6,1.4 -0.8,1.4 -0.8,2.2 0,0 0,0.2 0.2,0.2 0.8,0 0.4,-1.4 1,-1.4 h 0.4 l 0.2,-0.2 c -0.4,-1 -0.6,-1.4 -0.6,-2 0,-0.6 0.6,-0.6 0.6,-1 -0.2,-1 -0.4,-1.4 -0.8,-1.4 -0.6,0 -0.6,-0.8 -1,-0.8 -0.6,0.6 -0.6,0.8 -0.8,0.8 v -1 c 0,-0.8 0.2,-1.2 0.8,-1.2 0.4,0 1,0.4 2.2,1 0.6,0 0.6,-1.6 1.2,-3.6 0.6,0 0.8,-3.8 1.2,-4.2 0.2,0 0.4,-0.4 0.4,-0.8 l -0.2,-1.2 0.2,-0.2 c 0.6,0 0.4,0 0.6,0.2 0.2,0 0.4,-0.4 0.4,-1 0,-2.6 0,-2.8 -1,-3.8 0,-0.2 2,0.2 2,-1 0,-2.8 0.4,-6 1.2,-6 h 0.4 c 0,-1.6 0.2,-2.2 2.8,-9.8 -1.2,1.4 -1.4,2 -1.8,2 0,-0.8 1.8,-4 1.8,-5.2 0,-0.8 -0.6,-0.8 -0.6,-1 0,-0.8 1.4,-0.6 1.4,-1 -1,-1.4 -1.4,-1.8 -1.4,-2.8 0,-1 2.8,-0.2 2.8,-1.8 v -1.2 c 0,-0.8 0,-1.2 0.4,-1.2 1.2,0 0.8,-4.4 1.6,-5 l 0.2,-0.4 c 0,-0.2 -1,-0.2 -1,-1 0,-0.2 0.2,-0.4 0.4,-0.4 0.8,0 1,0 1.4,-0.8 0.2,-4.4 0.2,-5.2 0.8,-6 1.6,-3 0.8,-1.6 2,-4.8 0,-0.2 0,-0.2 -0.2,-0.2 h -1 c 0.4,-0.4 0.6,-0.6 0.6,-1.2 0,-1 -0.8,-1.2 -0.8,-2 0,-0.8 1,-2.6 1,-3.8 v -1.2 c 0.4,0.4 0.4,0.6 0.8,0.6 h 0.4 c 0.2,0 0.2,0 0.2,0.2 l -0.6,3 c 0,0.4 -0.2,0.6 -0.6,0.6 0,0.2 0.2,0.6 0.8,1 0.6,0.6 1,1 1,1.4 -1,2 -1.8,4.4 -1.8,6.4 0,1.4 0.2,1 0.4,1.6 0,1 -1.6,3.6 -1.6,4.6 0.2,0.2 0.4,0 0.4,0.8 l -0.2,1.4 0.2,0.2 c 1.2,-1.4 0.6,-2.4 3,-9.2 0.6,-1.6 1,-3 1,-3.6 l -0.6,-0.4 c 0,-0.6 1,-0.4 1,-1 l -0.4,-1.2 c 0.6,0 1.2,-1 2.2,-4.2 1.6,-5.2 -0.2,-4.2 4.8,-5 3,-0.4 3.4,-0.6 3.6,-2.2 0.4,-1.6 1.6,-2.4 1.6,-2.6 0,-0.2 -0.2,-0.4 -0.8,-0.4 h -1 c -0.2,0 -0.4,0 -0.4,-0.2 0.6,-1 0.8,-1.8 1.6,-1.8 0.2,0 0.4,-0.2 0.4,-0.6 0,-0.4 1,-2.6 2.4,-6.2 l -1,-0.2 -3.8,0.2 c -1.2,0 -1.4,-0.2 -1.4,-0.6 5.8,-19 2.8,-8.6 8.2,-27.8 l 1.2,-4.6 -0.2,-0.4 c 6.6,-19.6 3.2,-14.4 5.6,-24.6 0,-0.6 -0.8,-0.4 -0.8,-0.6 0.4,-0.8 0.6,-1.4 0.6,-3.4 0,-1.2 0,-2.4 -0.4,-2.4 -0.4,0 -0.6,1.2 -0.8,2.6 -0.6,7.2 -0.8,8.6 -2.4,14 0,-1.2 1.2,-7.4 1.2,-11 0,-2.4 -0.2,-2.2 -0.4,-3.8 0.2,-0.8 0.6,-0.8 0.6,-1.4 -0.4,-1.2 -1.2,-2.2 -1.2,-3.4 0,-1.2 0.6,-0.8 0.6,-1.8 0,-1.4 -1.2,-2.6 -1.2,-4.2 l 0.2,-1.4 c 0,-0.2 -0.2,-0.4 -0.4,-0.4 -0.6,0 -2.6,3.4 -3,3.4 l -0.2,-0.2 c 0,-1 2.6,-4.4 2.6,-5 0,-0.8 -1,-1.2 -3,-2 l -0.2,0.2 c -0.4,-0.2 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.2,-0.6 0.6,-1.4 -1.2,1 -0.6,0.4 -2,1.2 -0.2,0 -0.2,0 -0.2,-0.2 0,-0.6 1.2,-1.2 1.2,-2.2 0,-0.2 -0.2,-0.4 -0.4,-0.4 h -0.4 l -0.2,0.2 c 0.6,-1.6 1.4,-2.4 1.4,-4 0,-0.8 -0.4,-1.4 -0.8,-1.4 l -1.2,0.4 c -0.8,0 -0.4,-3.6 -1.4,-3.6 -1,0.4 -1.4,0.8 -2,0.8 -0.4,0 -0.4,-0.2 -0.4,-0.4 0,-0.6 0,-0.8 0.4,-0.8 0.6,0.4 0.8,0.8 1,0.8 l -0.4,-1.4 c 0.4,-0.6 1,-0.6 1,-1.6 v -0.2 c -0.6,0 -1.4,1.2 -3.2,3 0,-0.8 -0.8,-0.4 -0.8,-1.4 l 0.2,-0.4 c -0.4,-0.8 -0.4,-0.4 -0.4,-1.2 0,-1.2 0.2,-1.6 1,-2.8 0,-0.2 -0.2,-0.2 -0.2,-0.2 -0.6,0 -2.6,1.4 -3.2,1.4 h -0.2 c 0,-0.6 1.8,-2.6 1.8,-3.6 0,-0.4 -0.2,-0.6 -0.4,-0.6 l -0.6,0.2 -0.2,-0.2 0.2,-0.8 c 0,-0.4 0,-0.6 -0.2,-0.6 -0.6,0 -1.8,1.8 -2.6,1.8 -0.2,0 -0.4,-0.2 -0.4,-0.4 l 0.2,-0.6 c -4.2,3.8 -8.2,4.2 -16,15.2 -4.2,5.8 -7.4,10.8 -8.2,12 -0.2,0 -2,2.6 -4,5.4 -15,21.6 -29.2,42.4 -30.8,45.8 -1.2,2.4 -1.8,1.6 -1.8,2.2 0,0.6 -5.4,8.2 -12.4,20.2 -5.2,8.8 -7,7 -7,7.6 0,0.8 -0.6,-0.2 -3.2,2 -0.8,0.8 -2.4,1.8 -3.2,2 -1.4,0.6 -1.4,1 -1.4,4.4 0,5 2,4.4 2,5.4 0,0.6 -0.6,1.2 -1.8,3 -5.2,9 -6.8,13 -8.6,15.2 -6,11 -7.6,14.4 -11.2,20.6 -1.2,2.2 -1.6,3.2 -1.6,4.2 0,1.6 0.8,4.8 1.4,4.8 0.8,-0.2 0.4,0 1,-0.6 0.8,0 0.8,2.8 1.2,2.8 0.4,0 1.2,-1.8 2.4,-2.8 0.6,0.6 0.8,1.2 1.4,1.2 0.8,0 2,-1.2 2,-2.4 l -0.4,-1.2 c 0,-0.4 0.4,-0.6 1.2,-0.6 h 0.8 c 0.2,0 0.2,-0.2 0.2,-0.4 0,-0.4 -1,-0.6 -1,-2.2 0,-0.8 0.2,-1.6 0.6,-1.6 l 2.4,0.8 c 0.4,0 0.6,-0.4 0.8,-0.8 0.6,-1.4 2,-3.4 2.4,-3.4 0,1.8 -4.6,7.4 -4.6,8.6 l 0.2,0.2 1,-0.4 -0.2,0.4 c 0,0.6 0.4,0.8 1.4,1.6 l -2,-0.6 c -0.8,0 -1,0.6 -1.4,1.4 v 0.2 c 2,1.6 3.2,2.2 4,2.2 0.8,-0.2 1.2,-0.2 1.2,-1.2 v -0.8 c 0,-0.2 0,-0.2 0.4,-0.2 1.4,0 2,0 2,1 0,0.6 0.2,0.8 0.4,0.8 0.6,0 0.8,-0.2 0.8,-0.6 l -0.8,-1.4 c 0,-0.6 1.8,-1.6 4.6,-5.8 3,-4.8 4.8,-6.2 5.2,-6.2 -1.2,3.2 -3,3.8 -3,4.8 0,0.8 -1.6,1.6 -2.4,3.2 -0.6,1 -0.8,1.8 -0.8,2 1.4,-1 0.6,-0.4 2,-1.2 h 0.6 l -0.2,-0.8 c 0,-1 2,-1.6 2,-1.8 h -0.2 c 0,-0.4 0.6,-0.6 1.2,-1.6 l -0.6,0.4 c 0,-1 0.2,-1.6 1.2,-1.6 0.8,0 2.6,-2.6 2.6,-3.8 0,-0.8 0.6,-1.6 1.4,-2.6 h 0.2 l -0.4,1.6 c 0.6,0 8.8,-11.2 8.8,-13.4 v -0.4 l 0.4,0.2 c 0.6,0 1.4,-1.2 1.4,-2.4 2.2,-3.8 1,-2 3.6,-5.4 l -0.2,1 h 0.2 c 1,-1.2 1.6,-1.6 1.6,-2.8 0,-1 1.8,-1.8 1.8,-2.8 V 163 c 0,-0.4 1.6,-1 1.6,-2 0,-1 0.8,-2 1.6,-2 l 0.6,0.2 -0.4,-0.8 c 0,-0.4 0.8,-0.4 0.8,-0.6 l -0.2,-0.8 0.4,0.2 1,-0.2 c 0,-0.6 0,-0.6 -0.8,-0.8 0.2,-0.6 0.4,-0.8 1,-0.8 l 1,0.2 c 0.4,-0.4 0.4,-0.6 1.6,-0.6 0.6,0 1,0 1,0.2 -0.8,1.6 -1.6,2.8 -2,2.8 -1,0.8 -4.8,7.4 -4.8,8.4 0,0.4 -1.4,0 -1.4,1.2 0,0.6 -0.4,1 -0.6,1 -1,0 -0.6,1.6 -1.4,1.6 -0.2,0 -0.2,0 -0.2,0.2 0.6,0.8 0.2,0.4 1,1 0.2,0 0.4,0 0.4,-0.2 0.4,-1 1.8,-3.2 6.8,-10 6,-8.6 7.6,-7 7.6,-7.4 0,-0.4 2,-0.6 4.4,-0.6 h 2 c 2,0 2.2,0.2 2.2,0.4 v 0.2 c 0.8,0 4,-1.4 9,-2 -2.4,8.8 -4.8,21 -10,49.6 -3,17.4 -7.6,37.6 -7.6,41.4 0,1.8 1.4,1.2 1.4,2 0,0.8 -0.2,1.2 -0.8,1.2 l -1,-0.4 c -0.6,0 -0.8,1.2 -1,3.2 l 0.4,1.6 -0.4,-0.2 c -0.6,0 -0.8,0.6 -0.8,1.4 0,0.4 0,0.8 0.2,1 l 0.4,0.8 -0.2,2 c 0,1.8 0.4,1.2 0.8,2 -0.6,1.6 -1,2.2 -1,4 0,1.4 0,1.8 0.4,1.8 z m 3.2,-20.2 c -0.4,0 -0.6,-0.8 -0.6,-1.8 0,-1.2 0.2,-1.8 0.8,-1.8 0.8,0 1,0.4 1,0.8 0,0.8 -1,1.4 -1,2 v 0.4 c 0,0.2 0,0.4 -0.2,0.4 z m 8.8,-7.8 c -0.2,0 0,-2.2 -1.4,-2.2 -0.6,0 -1,0 -1,-0.2 1,-1.6 1.8,-2.8 2.4,-2.8 l 0.2,0.2 -0.2,0.8 c 0.6,0.6 0.8,0.6 1.2,2.2 -0.4,0.6 -0.6,0.4 -1,1.4 z m -2.4,-4 -0.2,-0.4 c 0,-0.6 0.4,-1 1,-1 0.2,0 0.2,0 0.2,0.2 0,0.4 -0.2,0.8 -0.6,1 z m 11.4,-0.2 h -0.2 c -0.2,0 -0.2,-0.2 -0.2,-0.4 0.4,-1.6 -0.2,-1 0.8,-2 0.2,0 0.2,0.2 0.2,0.8 0,0.6 -0.2,1.4 -0.6,1.6 z m -7.6,-0.8 c -1,-0.6 -1.8,-1.2 -1.8,-2.2 0,-2.6 0.8,-6.2 1.4,-6.6 0.2,-0.2 0.4,-0.6 0.4,-1 l -0.2,-1 c 0,-0.4 0.8,-0.2 0.8,-0.8 l -0.2,-1.6 c 0,-0.6 0.2,-1 0.6,-1.2 1,-0.8 1,-3.4 1.2,-3.4 0.2,0.6 0.4,0.8 0.8,0.8 0.4,0 0.6,-0.4 0.6,-1.4 0,-0.8 0,-1.2 -0.4,-1.2 l -1.2,1 c 1,-3 1.4,-4 2.2,-4.8 0.2,-0.2 0.4,-0.4 0.4,-0.6 l -0.2,-0.8 c 0,-0.6 0.8,-0.6 1,-1.4 v -2.4 c 0,-3 1.2,-2.6 1.6,-4.8 l -0.2,-0.2 c -0.6,0.6 -0.2,0.4 -1,0.6 0,-0.6 1.4,-3.4 2,-3.4 0.4,0 0.6,0.2 0.6,0.8 -1.4,7.8 -0.6,4.2 -3,11.4 0,1.4 -0.2,1.8 -0.4,1.8 h -1 l -0.2,0.4 c 0,0.8 1.6,0.4 1.6,1.8 0,0.8 -0.4,1.6 -0.6,1.6 -0.8,0 -0.4,3.4 -1.2,3.8 l -0.4,0.4 0.2,0.8 c 0,1.2 -1.6,5.4 -1.6,7.2 v 0.4 c 0,0.6 0,1 -0.4,1 l -1.4,-0.2 c -0.2,0 -0.4,0 -0.4,0.2 0.6,1.4 1,2.2 1,3.8 -0.2,0.8 -0.2,1.2 -0.6,1.2 z m 1.2,-8.8 c 0.4,0 0.6,-0.2 0.6,-0.6 0,-0.2 -0.2,-0.6 -0.6,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.4,0.6 0.6,0.6 z m 4.8,9.4 c -0.4,0 -0.6,-0.6 -0.6,-1.2 0,-0.6 0.4,-0.8 0.6,-0.8 0.2,0 0.4,0.4 0.4,1 0,0.6 -0.2,1 -0.4,1 z m 0.6,-3.2 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.6 0.4,-1 0.8,-1 0.6,0 0.8,0.4 0.8,0.8 -0.2,0.6 -0.6,0.8 -1,0.8 z m 5.2,-13.8 c 0.2,-0.8 0.6,-1.4 0.8,-1.4 0.2,0 0.2,0 0.2,0.2 l -0.4,0.8 z m -0.6,-1.8 v -0.2 c 0,-0.4 0.8,-1.8 1,-1.8 -0.4,1.4 -0.4,2 -1,2 z m -72.6,-13.2 c -0.8,0 -0.8,-0.4 -1,-1 0.2,-0.8 0.4,-1.2 1.2,-1.2 0.4,0 1,0.4 1,1 0,0.8 -0.4,1.2 -1.2,1.2 z m 77.2,0 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.4,0 0.6,0.2 0.6,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m -6.8,-7.6 c -0.4,0 -0.6,-0.8 -0.6,-1.8 0,-1.2 0.2,-2.4 1,-2.8 l -0.4,1 c 0.4,0.4 0.8,0.6 0.8,1.8 0,1.2 -0.4,1.8 -0.8,1.8 z m 9.4,-2.4 c -0.2,0 -0.2,-0.4 -0.2,-0.8 0,-0.4 0,-0.6 0.2,-0.6 l 0.2,0.2 c 0,0.4 0,1 -0.2,1.2 z m -6.8,-3.8 c -0.4,0 -2.4,-1.8 -2.4,-2.4 0,-0.6 0.8,-1.6 1.2,-1.6 0.6,0 0.6,0.2 0.6,0.6 l -0.2,1.2 z m -3.8,-6.6 c -0.2,0 -0.2,-0.2 -0.2,-0.6 0,-0.2 0.4,-0.6 0.6,-0.8 h 0.4 c -0.2,1 -0.6,1.4 -0.8,1.4 z m 6,0 c -0.4,0 -0.4,-1.4 -0.6,-1.4 h -0.2 c -0.4,0 -1,-0.6 -1.6,-1.8 l 0.2,-0.2 c 1,0 2.4,1.6 2.4,2.6 0,0.4 0,0.8 -0.2,0.8 z m 2.6,-18.6 v -0.2 c 0,-0.6 0.2,-1.2 1,-2 0.2,0 0.2,0 0.2,0.2 0,0.4 -0.4,1 -0.6,1.4 z m 13.4,-6 -0.2,-0.2 v -0.4 c 0,-0.8 0.4,-1.2 1,-2 0.2,0 0.2,0.2 0.2,0.6 0,1 -0.6,2 -1,2 z m 7.8,-10.8 -0.2,-0.2 c 0.2,-0.8 0.4,-1.2 0.8,-1.2 0.2,0 0.2,0 0.2,0.2 l -0.4,0.8 z m -42.6,-7.6 c -0.6,0 -1,-0.2 -1,-0.4 0,-0.8 -0.6,-0.6 -0.6,-1.2 v -0.4 h 1.8 V 133 c 0,-0.4 -0.6,-0.2 -0.6,-0.8 0.2,-0.6 0.4,-0.6 1,-0.6 1,0 0.2,-1.2 1,-1.2 1,0 0.6,-2.6 1.4,-2.6 h 0.2 c 0.2,0 0.4,-0.2 0.4,-0.6 0,-1.6 1.4,-3.2 2,-3.2 0.2,0.4 0,0.6 0.4,0.6 1,0 5.2,-7.8 6.4,-7.8 0.2,0 0.2,0.2 0.2,0.6 -0.4,1.2 -1.4,1 -1.4,1.8 0,0.6 0,1 -0.4,1 -0.8,0 -1.2,2.2 -2,2.6 l -0.4,0.8 0.2,0.8 -0.6,-0.2 c -0.4,0 -0.6,0.2 -0.6,0.6 0,2 -0.2,3 -0.4,3 -0.6,0 -3,2.2 -3,2.6 0,0.8 -0.6,1.8 -1.2,1.8 l -0.4,-0.2 v 0.2 c -0.4,2 0,3.2 -2.4,3.2 z m 6.8,-0.6 h -2.8 c 10,-15 15.8,-22.8 16.2,-22.8 l -5.4,22.2 c -3.2,0.4 -4.4,0.6 -8,0.6 z m -25,-1.6 c -0.2,0 -0.2,-0.4 -0.2,-0.6 l 0.2,-1 -0.8,0.2 -0.2,-0.4 c 0,-0.4 0.4,-0.6 0.8,-0.6 0.4,0 0.8,0.6 0.8,1.2 0,0.6 -0.2,1.2 -0.6,1.2 z m 3.2,-4.8 c -0.6,-0.6 -0.4,-0.4 -0.8,-1.2 0,-0.2 0.2,-0.4 0.4,-0.4 0.4,0 0.6,0.4 0.6,0.8 0,0.6 0,0.8 -0.2,0.8 z m 44.2,-1.8 c -0.2,0 -0.2,-0.4 -0.2,-0.8 0,-0.4 0,-0.6 0.2,-0.6 l 0.2,0.2 c 0,0.4 0,1 -0.2,1.2 z m -42,-1.4 h -0.2 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0,-0.6 0.2,-1 0.6,-1 0.2,0 0.4,0.2 0.4,0.6 z m 0.8,-2 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-0.6 0.8,-1.4 2,-2 v 0.2 c -0.6,1.6 -1,2.4 -1.6,2.4 z m 57.6,-2.2 c -0.2,0 -0.2,-0.2 -0.2,-0.6 v -0.8 c 0,-0.4 0,-0.6 0.6,-1.6 0.8,0.6 0.4,0.4 0.8,1.2 -0.2,1 -0.4,1.8 -1.2,1.8 z m -54.4,-3 c -0.4,0 -0.6,0 -0.6,-0.2 0.6,-0.4 1.2,-0.8 1.8,-1.8 0.2,-0.8 0.8,-1.4 1.4,-1.4 0.6,0 0.8,0.2 0.8,0.6 0,0.8 -2.6,2.8 -3.4,2.8 z m 22,-2.6 -0.2,-0.2 c 0.6,-1.6 1.2,-2.2 3.4,-3.8 -1.2,1.4 -1.8,2.2 -1.8,2.8 v 0.4 c 0,0.4 -0.4,0.6 -0.8,0.6 z m -19,-1.4 c 0.8,-1.8 1.6,-2.8 2,-2.8 0.2,0 0.2,0 0.2,0.2 0,0.4 -0.6,1.2 -1.2,1.8 z m 16.4,0 v -0.2 c 0,-0.4 0.6,-1 1.8,-2.2 v 0.2 c -0.6,1.2 -1,2.2 -1.8,2.2 z m -14,-3.6 c 0.6,-1.8 1,-2.6 2,-2.6 0.4,0 0.6,0.2 0.6,0.8 l -0.2,0.4 h -0.4 c -0.2,0 -0.8,0.4 -1.2,0.8 z m 2.6,-4.8 c 1.2,-2.4 2,-3.6 3,-3.6 0.2,0 0.2,0.2 0.2,0.4 -0.2,1.2 -2.4,3.2 -3.2,3.2 z m 17.2,-1.2 c -0.2,0 -0.2,0 -0.2,-0.2 0,-0.8 0.6,-1 1.6,-1.6 v 0.2 c 0,0.2 -0.4,0.8 -0.8,1.2 z m -12.6,-3.2 c 1.2,-2 2,-1.8 2.4,-3 l -0.4,-1 c 0.8,0.6 0.4,0 1,1 0,0.8 -2.6,3 -3,3 z m 16.8,-3.8 v -0.2 c 0,-2 3.2,-3.6 4,-6 0.2,-0.6 0.6,-1 0.8,-1 0.2,0 0.2,0.2 0.2,0.4 0,0.8 -1.2,3 -2,3.4 -0.2,0 -0.2,0.2 -0.2,0.4 0,0.4 0.2,0.6 0.8,1.4 l -0.4,0.2 c -0.6,0 -0.6,-0.6 -1,-1 -0.4,0 -1.6,2.4 -2.2,2.4 z m 33,-1.2 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0,-0.6 0.2,-1 0.2,-1 l 0.2,0.2 V 96 Z m -45,-1.4 c -0.4,0 -0.6,-0.4 -0.6,-0.8 0,-0.8 1.2,-2.2 2,-2.2 -0.4,1.2 -1,1.4 -1,2.2 v 0.2 c 0,0.4 0,0.6 -0.4,0.6 z m 46.2,-4.2 c -0.2,0 -0.2,-0.4 -0.2,-0.8 0,-0.4 0,-0.6 0.2,-0.6 l 0.2,0.8 z m 0.6,-2.4 h -0.2 v -1.4 l 0.4,1 z m -40.4,-2.2 c -0.4,0 -0.6,0 -0.6,-0.2 0.8,-1 0.4,-0.8 1.4,-1.4 l 0.2,0.2 c -0.2,0.8 -0.6,1.4 -1,1.4 z m 2.4,-4 c -0.4,0 -0.4,-0.4 -0.4,-0.8 l 0.6,-1 c 0.2,0 0.2,0.4 0.2,1 0,0.4 -0.2,0.8 -0.4,0.8 z m 36.4,-19.8 c -0.2,0 -0.2,-0.2 -0.2,-0.4 0,-0.4 0.2,-0.8 0.6,-0.8 0.2,0 0.2,0.4 0.2,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m -2.6,-5.2 c -0.2,0 -0.2,-0.4 -0.2,-1.2 -0.2,0 -0.8,1.2 -1.2,1.2 l -0.4,-2.8 c 0.6,0.6 0.6,1 1,1 l 1.6,-0.8 c 0.4,0 0.6,0.4 0.6,0.8 0,0.4 -0.2,0.8 -0.6,1.2 z m -62,204.6 c 0.2,0 0.2,-0.4 0.2,-0.6 0,-0.4 -0.2,-0.6 -0.6,-0.6 l -0.4,0.2 c 0.2,0.6 0.4,1 0.8,1 z m 16.2,-14.6 c 0.2,0 0.2,-0.6 0.6,-1.8 l -0.2,-0.2 c -0.4,0 -0.6,0.4 -0.6,1.2 0,0.6 0,0.8 0.2,0.8 z m 5,-4.6 c 0.2,0 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 -0.4,0.2 -0.6,0.8 0,0.2 0.2,0.4 0.4,0.4 z m 0.6,-2.4 0.4,-0.2 c 0,-0.4 -0.2,-0.6 -0.8,-0.8 l -0.2,0.4 c 0,0.4 0.2,0.6 0.6,0.6 z m 0,-1.8 c 0.4,0 1.6,-1.8 1.6,-2.8 0,-0.2 0,-0.4 -0.4,-0.4 h -0.4 v 0.6 c 0,1.2 -0.8,0.8 -0.8,2 z m -10,-1 c 0.4,0 0.6,-0.4 0.6,-1 0,-0.4 0,-0.8 -0.2,-0.8 -0.4,0 -0.6,0.6 -0.6,1.2 0,0.4 0,0.6 0.2,0.6 z m 9.4,-0.6 c 0.2,0 0.6,-0.4 0.6,-0.6 0,-0.6 -0.4,-1 -0.8,-1 -0.2,0 -0.4,0.2 -0.4,0.6 0,0.6 0.2,1 0.6,1 z m 12.6,-29.4 0.4,-0.8 c -0.2,-0.8 -0.4,-1.2 -0.6,-1.2 -0.2,0 -0.2,0.4 -0.2,1.2 l 0.2,0.8 z m 3.6,-14.4 c 0.4,0 1.2,-1.2 1.2,-2.2 l -0.2,-0.2 c -0.2,0 -0.8,1.4 -1,2.2 z m 1.2,-3.6 c 0.6,-0.4 1.6,-4 1.8,-5.4 0,-0.4 0,-0.6 -0.2,-0.6 -0.2,0 -1.8,4.4 -1.8,5.8 0,0.2 0,0.2 0.2,0.2 z m -57.6,-6.8 c 3.2,-4.2 7.6,-9.8 7.6,-10.6 0,-0.2 -0.4,-0.4 -0.8,-0.4 -0.8,0.4 -3.6,6 -4.4,6 -0.2,0 -0.4,0 -0.4,0.2 z m 60.6,-4 c 0.6,-0.8 1,-1.4 1,-2.2 v -0.6 c -0.2,0 -1.2,1.4 -1.2,2.2 0,0.4 0,0.6 0.2,0.6 z m 1.2,-3.6 c 0.2,0 0.4,-0.8 1,-2.4 l -0.2,-0.2 c -0.8,0.4 -1,0.4 -1,1.8 z m -47.6,-15.6 c 0.2,0 0.4,-0.2 0.4,-0.8 0,-0.4 -0.2,-0.6 -0.4,-0.6 -0.4,0 -0.6,0.2 -0.6,0.6 0.2,0.6 0.4,0.8 0.6,0.8 z m 11.2,-1.6 c 1,0 1.8,-0.2 1.8,-0.4 -0.4,-0.4 -1.4,-0.4 -2.2,-0.4 -1,0 -1.4,0 -1.4,0.4 0,0.2 0.8,0.4 1.8,0.4 z m 7.8,-1.4 c 1,0 1.8,-0.4 2,-0.6 0,-0.2 0,-0.2 -0.2,-0.2 -1.8,0.4 -2.6,0.4 -3,0.8 z m 44.4,-9.8 c 1.4,-0.4 3.4,0 3.4,-2.4 0,-0.8 -0.2,-0.8 -0.8,-1 -0.6,0.4 -0.6,0.8 -1,0.8 h -0.8 c -0.4,0 -0.6,0 -0.6,0.2 0,0.8 -0.2,1.4 -0.4,2.2 z m 3.8,-5.2 c 0.4,-0.2 0.6,-0.4 0.6,-0.6 0,-0.2 -0.2,-0.6 -0.4,-0.6 -0.2,0 -0.6,0.4 -0.8,0.6 0,0.4 0.2,0.6 0.6,0.6 z m -1,-2.6 c 0.6,0 0.8,-0.6 1.6,-2.2 0,-0.2 -0.2,-0.4 -0.6,-0.4 -0.6,0 -0.2,1.4 -1,1.4 h -0.4 l -0.2,0.2 z m 6.2,-78 c 0.4,0 1.2,-0.8 1.2,-1.4 l -0.4,-0.2 c -0.4,0 -1,1 -1,1.4 0,0 0,0.2 0.2,0.2 z"/><path d="m 275.00015,225.8 v -1.2 l -0.2,-0.8 c -0.6,0.6 -0.2,0.2 -0.6,1.2 v 0.4 z m -10.6,-1.2 c 0.6,-0.2 1.2,-0.6 1.2,-0.8 v -0.2 c 0,-1 0.8,-1 0.8,-2.6 v -0.6 c 0,-1 -0.2,-1.6 -0.2,-2 0,-0.4 0.2,-0.8 0.2,-0.8 l 0.8,0.2 c 0.2,0 0.4,-0.2 0.4,-0.4 v -2.8 c 0,-0.6 0.2,-1 0.6,-1.2 0.6,0 1,0.2 1.2,0.6 l -1.2,1.8 0.2,0.2 c 1,0 1.8,-2 1.8,-3.8 v -0.6 c 0,-0.4 0,-0.6 -0.2,-0.6 -0.6,0 -0.8,0.8 -1.8,1.6 -0.2,0 -0.2,0 -0.2,-0.2 v -0.2 c 0,-0.4 0.6,-0.8 0.6,-1.8 l -0.4,-0.8 c 0,-0.4 0.4,-0.6 1,-0.8 l 1,0.2 c 0.8,0 2,-1.8 2,-2.8 V 206 c 0,-0.4 -0.4,-0.8 -1,-0.8 -0.2,0.2 -0.4,0.4 -0.4,0.6 v 1.2 c 0,0.6 0,1.2 -0.6,1.2 -0.6,-0.4 -0.6,-0.2 -0.8,-0.8 v -0.2 c 0,-0.4 0.6,-0.8 0.6,-1 V 206 c 0,-1.2 1.6,-4 1.6,-5.2 v -0.2 c 0,-0.8 0.2,-1.2 0.6,-1.2 0.2,0 0.2,0.2 0.2,0.4 l -0.6,4 c 0.4,-0.2 0.8,-0.6 1.8,-1.8 l 0.2,0.2 v 2.2 c 0,1.2 1.6,1.4 1.6,2.4 l 0.2,0.2 h -0.2 c -1,-0.2 -1.4,-0.8 -2,-0.8 h -0.2 c -0.2,0 -0.2,0.4 -0.2,0.8 v 0.4 c 0,0.6 0,1.2 -0.6,1.6 -0.2,0 -0.2,0.2 -0.2,0.4 v 0.4 c 0,1 2.2,1 2.2,1.6 -0.6,2 -1,2.4 -1,3.4 0.2,1 0.8,1.8 1,2.2 -0.2,0.8 -0.4,1.4 -0.4,3.8 0.2,1.6 0.6,1.6 2.2,2.2 l -0.4,-1 c 0,-0.2 0,-0.2 0.2,-0.2 h 1 c 0.2,0 0.4,0 0.4,-0.2 l -0.4,-1.2 v -0.2 c 0,-1 1.4,-1.2 1.6,-3.2 0.2,-2 1.6,-3.2 1.6,-4.4 v -0.2 c 0,-0.4 0.2,-1 0.4,-1 l 0.6,0.2 0.2,-0.4 c 0,-0.4 -0.6,-0.6 -0.8,-1.4 0,-1 0.6,-1.4 1.8,-2.8 l -0.8,2.6 c 0.8,-1.4 1.2,-2.2 1.2,-3.2 v -0.2 c 0,-1.4 1.8,-2.6 1.8,-4.2 v -0.2 c 0,-0.8 -1,-1.2 -1,-2 l 0.6,-1.6 c 0.4,0 1.4,1.6 1.8,1.6 0.6,0 1.2,-1 1.2,-1.2 l -0.8,0.6 c -0.2,0 -0.6,0 -0.6,-0.2 l -0.6,-1.8 c 0,-1.8 1,-3.4 1,-3.8 v -0.2 c 0,-0.2 0.2,-0.4 0.6,-0.6 0.4,0 0.6,0.4 0.6,0.8 l 0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 h 0.8 c 0.4,0 0.8,-0.2 1.2,-0.2 0.4,0 0.8,0.2 0.8,0.6 0,0.8 -0.6,3.2 -1.6,3.4 h -0.8 v 0.2 c 0,2.6 -4.4,14.2 -4.4,16 4.6,-10.8 5.4,-13.4 14.6,-31.8 l 3.8,-0.4 c 2.2,-0.2 4,-0.8 4.6,-1.2 0.2,-0.4 0.4,-0.6 0.6,-0.6 0.6,0 1.8,1.2 6,1.6 0,0.2 -1.6,0.8 -1.6,1 4,-0.4 4.4,-1.2 6.2,-1.4 2.2,0 3.2,0.2 3.2,0.4 l -0.4,0.6 0.8,0.2 1.4,-0.4 h 0.8 c 1.8,0 2.2,0.4 4,0.4 h 1 l 8,-1.2 h 1.2 c 0.8,0 1.2,0 1.2,0.2 0,0.2 -0.4,0.6 -0.8,0.8 0,0.2 0.6,0.2 1.4,0.2 h 1.2 c 3.4,-0.2 2.8,-0.8 6.4,-1.2 3,-0.2 5.8,-0.4 10.6,-0.6 3.2,-0.2 2.2,-0.6 3,-1.2 l 1.4,0.8 c 0.4,0 0.4,-0.4 1,-1 0.4,0.4 0.4,1 2,1 0.4,0 1,-0.2 1.8,-0.2 l 16.4,0.2 c 3.2,-0.2 3,-1.2 3.2,-1.2 h 0.2 c 2.4,0 19.8,-8.2 19.8,-8.2 2.4,-0.6 3.6,-1.2 3.6,-1.8 v -0.2 c 0,-0.2 -0.2,-0.4 -0.6,-0.4 h -0.6 c -0.2,0 -0.2,0 -0.2,-0.2 v -0.4 c 0,-0.4 0.2,-0.4 1.4,-0.6 l 1.8,-0.2 c 1.6,0 1.6,-1.6 2.2,-1.6 l 0.6,0.2 c 0,-0.8 -0.6,-0.8 -2,-0.8 -1.2,0.2 -2.2,0.4 -3,1 1.8,-3.4 2.8,-5 3.4,-5 l -0.2,2.2 0.2,0.4 c 0.6,-0.2 3,-2.6 3,-3.6 0,-0.8 -5.6,-0.2 -6.2,-1.2 -0.2,-0.2 -0.4,-0.2 -1,-0.2 -0.8,0 -0.4,0 -1,0.2 -0.4,0 -0.2,-0.6 -0.6,-0.6 h -0.2 c -1,0.6 -0.6,0.4 -1.8,0.8 -0.6,0 -0.6,-0.8 -2.4,-1.2 h -1.4 c 0,-0.2 -7.6,-0.2 -9.4,-0.8 -0.6,-0.4 -1.8,-0.4 -4.8,-0.4 h -8.6 c -24.6,0.2 -39.6,0.6 -47.6,0.6 -4.6,0 -7,-0.2 -7.6,-0.4 v -0.2 c 1.4,-0.4 7,-4.8 7.4,-4.8 0.8,0 6.2,-4.2 6.2,-4.8 0,-0.2 0.8,-0.8 1.8,-1.2 3.4,-2.6 3.4,-5 4.8,-5.2 0.2,0.2 0,0.2 0.6,0.2 l -0.6,-0.8 c 0,-0.2 0.2,-0.4 0.4,-0.6 h 0.8 c 0.4,0 3,-3 3.6,-3.2 l 0.6,0.2 c 0.4,-1.2 0.8,-0.8 4.2,-4.2 0.6,-1.2 2,-2.2 2.6,-2.2 1,0 2,-1 2,-2.4 v -0.8 l 0.2,-0.2 c 0.6,0.4 0.6,0.6 1.2,0.6 0.6,-0.2 1.2,-0.8 2.6,-2.4 2.8,-3 5,-5 6.2,-5.4 1.4,-0.2 6.2,-5.6 6.2,-6.8 V 112 c 0,-0.2 0,-0.2 0.2,-0.2 1.4,0 0.4,-0.6 2.2,-0.8 l 0.6,0.2 -0.2,-0.6 c 0,-0.8 1,-1.6 1.8,-1.8 0.6,0.2 0.4,0 0.8,0.4 l -0.2,-2 1,0.6 c 0.8,0 5,-4.8 5,-5.2 l -0.6,0.4 0.2,-1 h -0.6 c 0,-1 3.6,-3.8 3.6,-4.2 0,-0.2 0.4,-0.8 1,-1 h 0.4 c -1.4,1.8 -2,3 -2,3.6 0.2,0.2 0.2,0.4 0.2,0.4 h 0.6 c 0.8,0 0.2,-1.4 1.6,-2.6 0.4,-0.4 0.6,-0.8 0.6,-1 V 97 c 0,-1 0,-0.8 0.8,-1 0,-1.2 0.6,-2 1.6,-2.2 l 0.8,0.2 c 0,-1.2 0.4,-3 1.2,-3.2 1.2,1.2 0.6,0.8 1.8,1.6 l -0.2,-1 V 91 c 0,-0.6 0.4,-0.8 0.4,-1.2 v -0.6 c 0.6,-1.2 0.2,-0.6 1,-1.4 0.6,0 0.4,0.6 1.2,1.4 0.6,0 0.6,-1.2 1,-3.4 v -0.2 c 1.8,-0.2 4.6,-2.2 4.6,-3.8 v -0.2 l -0.2,-0.8 0.2,-0.2 1.6,1.8 c 0.2,-0.2 -0.4,-1.6 2,-3 3,-1.6 1.4,-3.6 3,-4.2 1,-0.2 1.4,-1 1.4,-1.8 0,-0.2 0,-0.2 -0.2,-0.2 l -1.2,0.6 v -0.4 c 2,-2 2,-2.4 2.4,-2.4 0.4,-0.2 0.6,-0.4 0.6,-0.6 0,-0.6 -0.6,-1 -1.6,-2.2 0,-0.2 0,-0.2 0.2,-0.2 l 3.2,-1 -1,-0.8 c 0,-0.6 3.4,-2.8 3.4,-3.4 -0.4,-0.2 -0.6,-0.2 -0.6,-0.6 v -0.8 c 0,-0.2 0,-0.2 -0.2,-0.2 -3,1 -4.2,3 -5,3.2 l -0.4,-0.4 0.2,-1.4 c -1.4,0.8 -2.2,1.4 -3,1.4 -0.2,0 -0.2,0 -0.2,-0.2 0.4,-0.4 0.6,-0.4 0.6,-0.8 l -0.2,-1 c 0,-0.4 0,-0.6 0.4,-0.6 h 0.4 c 0,-0.2 -0.2,-0.2 -0.8,-0.8 0,-0.4 1,-1 3.6,-2.8 -1.6,0.2 -0.8,0.2 -2.4,0.8 2,-3.8 3,-3.6 3,-4 0,-0.6 -2,-0.4 -2,-0.8 l 1.6,-1.8 -1.8,0.2 -0.4,0.2 c -0.2,0 -0.2,-0.2 -0.2,-0.2 l 0.2,-0.8 c 0,-0.2 -0.4,-0.4 -0.8,-0.4 h -0.6 c -1,0 -1.8,1.2 -4.6,2.6 v -0.8 h -0.6 c -1,0 -3.2,0.8 -5,2.2 -2,1.2 -4,4.2 -4,6 0,1.8 -16.2,16.8 -42.6,41.6 -6,5 -21,18.8 -35.4,32.4 1.8,-6.2 21.8,-44.4 23,-47.6 0.2,-0.6 0.6,-1.8 1.2,-2.8 3.4,-6.4 6.8,-14.2 6.8,-15.2 h -0.8 c -0.2,0 -0.2,0 -0.2,-0.2 l 0.2,-1.2 c -0.6,0 -1.2,1.4 -2,4.2 l 0.2,0.2 1.4,-1.8 c -0.6,1.4 -1,2.2 -1.4,2.2 -1,0.2 -3.2,5.4 -4.2,6 -0.4,0.2 -0.6,0.4 -0.6,0.8 l 0.2,1 c -1.8,-1.2 -1,-0.6 -2.6,-2.2 l 1.6,0.2 0.2,-0.2 -0.4,-0.8 v -0.2 l 0.6,0.2 c 0.2,0 0.4,-0.2 0.4,-0.8 v -1.6 c 0,-0.4 3,-1.8 3,-2.6 l -0.8,-0.8 c 0,-0.2 0,-0.2 0.2,-0.2 h 0.2 c 0.4,0 0.8,0.4 1.2,0.8 l -0.4,-1.2 V 71 c 0,-1.8 4.4,-6 4.4,-8 v -0.2 l -0.2,-1.4 c -0.4,0.4 -0.6,1 -1.2,1 -0.6,0 -1,-0.4 -1.2,-1 0,-1 1.8,-3.2 1.8,-4 -0.4,0 -0.4,-0.2 -0.4,-0.4 l 0.4,-1.8 -0.4,-0.8 c 1.2,0 2.8,-2.6 2.8,-4.8 v -0.4 c 0,-0.4 -0.2,-0.6 -0.4,-0.6 h -0.4 c -0.2,0 -0.4,0.2 -0.4,0.4 l 0.2,0.6 c 0,0 0,0.2 -0.2,0.2 h -1.2 c -1.4,0 -3,2.2 -3.4,2.2 0,-1.4 0.4,-2 0.4,-3.2 V 48 c 0,-0.6 -0.2,-1 -0.6,-1 -0.6,0.4 -0.8,1 -2.2,1.4 h -0.4 c 0,-0.4 2.8,-3 3.2,-3 0.2,-0.2 0.2,-0.8 0.2,-1.4 0,-0.6 0,-0.8 -0.4,-0.8 l -1.2,0.6 c -0.4,0 -0.6,-0.4 -0.8,-1.2 v -0.4 c 0,-1.6 1.2,-3 1.2,-3.6 -0.6,-0.4 -0.4,-0.2 -1,-0.4 -2.8,0.2 -2.8,3.6 -7.6,7.6 1.4,-2.2 2,-3.4 2,-4.2 0,-0.2 0,-0.4 -0.4,-0.4 -0.4,0 -2.4,2.4 -4,3.4 -2,0.6 -3.2,3.8 -5.2,6.4 l -5,8.2 c -0.2,0.2 -0.4,1 -0.4,1.6 v 0.8 c 0,3.4 -6.4,12.8 -6.4,13.4 0,1.4 -12.2,19.6 -12.2,21.6 0,1.2 -3.2,4 -3.2,5 v 0.8 c 0,1.2 -0.6,1.4 -2.4,3.8 -2.2,4.4 -3.6,6.6 -3.8,8 -2.2,2.6 -3.4,6.8 -6.2,12.2 -1.2,1 -0.4,2 -1.6,3.4 -0.8,1.4 -2,4.4 -6.4,13.6 -1,2.4 -0.8,5.4 -1.2,5.4 -1,0.2 -3,4 -3.6,6.6 -0.4,3.4 -10.4,25.6 -10.4,29.8 v 0.2 c 0,1 -1,1.6 -1,3 v 0.4 c 0,0.6 0,1.4 -0.2,1.6 -1.4,0.8 -4.2,14 -4.2,22.4 0,1 0.2,2 0.2,2.8 0.6,7.2 2.8,5.6 2.8,6 -0.6,1 -0.6,1.4 -0.6,2 0,0.8 0.4,1 1.4,1 z m 12,-6.4 -0.2,0.2 -0.4,-1 c 0,-0.4 0,-0.6 0.2,-0.6 l 0.4,0.8 z m 2.4,-3.8 c -0.6,0 -1.2,-0.4 -1.2,-0.8 0,-0.4 0,-0.8 0.8,-0.8 -0.2,0.2 -0.2,0 -0.2,0.4 0,0.8 0.4,0.8 1,1 0,0 0,0.2 -0.4,0.2 z m -4.4,-13.2 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-1 0.2,-1.6 0.6,-1.6 0.4,0 0.4,0.2 0.6,0.6 -0.2,1 -0.6,1.4 -0.8,1.6 z m 1,-4 c -0.2,0 -0.2,-0.2 -0.2,-0.6 v -1.2 c 0,-0.2 0.2,-0.4 0.6,-1 0.2,0 0.4,0.2 0.6,1 0,0.4 0,1 -0.4,1.2 z m 14.6,-3.8 c -0.4,0 -0.2,-0.4 -0.6,-0.8 l -0.6,0.2 -0.2,-0.8 c 0.2,-0.4 0.4,-0.6 0.6,-0.6 l 0.6,0.4 c 1,-0.2 2.2,-4.2 2.2,-5.6 v -0.4 c -0.2,0 -0.8,2 -1.4,2 -0.6,0 -1,-0.6 -1.4,-2.2 v -0.2 c 1,1.2 0.4,0.6 1.6,1.6 0.2,-0.2 0.2,-1.4 1,-1.4 h 0.4 c 0.6,-0.2 2.2,-3.6 2.2,-4.8 v -0.4 c 0.8,-0.8 0.4,-0.6 1.4,-0.8 0.4,0 0.6,0 0.6,0.2 l -0.4,1.8 -1.2,-0.2 0.4,1.2 h -0.8 l 0.2,1.2 c 0,0.4 -0.6,0.2 -0.6,1 l 0.2,0.6 v 0.2 c 0,1.6 -3.2,7.6 -4.2,7.8 z m -13,-0.6 -0.2,-2.6 v -0.8 c 0,-2.2 0.8,-4.2 3.6,-9.4 0.4,-0.6 0.6,-1.4 0.6,-1.8 l -0.2,-0.6 c 0,-0.6 1.2,-1.8 2,-4.2 0.4,-0.8 0.8,-1.4 1,-1.4 l 0.4,0.4 v 0.4 c 0,2.6 -2.4,3.8 -2.8,4.6 0,0.4 0.8,0.2 0.8,1 v 0.2 c 0,1.6 -1.6,3.6 -1.6,4 0,0.8 -2.2,4 -2.2,5 v 0.8 c 0,1.2 -1,4.4 -1.4,4.4 z m 12.8,-2.8 h -0.2 c -0.2,0 -0.4,-0.2 -0.8,-0.6 l 0.6,0.2 c 0.6,-0.2 0.6,-0.6 1,-1.2 v 1 c 0,0.4 -0.2,0.6 -0.6,0.6 z m 1.6,-7.2 c -0.2,0 -0.2,0 -0.2,-0.2 v -0.2 c 0,-1 1.4,-3 1.4,-4.2 V 178 c 0,-1.4 0.2,-2.2 0.6,-2.4 0.2,0 0.4,0.4 0.4,1 v 0.2 c 0,1.8 -1.8,6 -2.2,6 z m 5.8,-4.6 -0.8,-1.2 1,0.2 V 177 l -0.4,-1.2 c 0,-0.4 0.2,-0.2 0.6,-0.8 l -0.2,-0.6 c 0,-0.2 0.2,-0.2 0.4,-0.2 h 0.2 c 0.2,0 0.6,0.2 0.6,0.4 0,0.6 -0.4,1.6 -0.6,2.4 z m 44,3.4 c -0.4,0 -0.6,0 -0.8,-0.2 l 0.4,-0.2 h 0.2 c 0.6,0 0.8,0 1,0.2 z m -12.6,0 c -1,0 -1.4,0 -1.4,-0.2 l 0.2,-0.2 2.2,-0.2 0.2,0.2 c 0,0.2 -0.6,0.2 -1.2,0.4 z m -33,-5.6 -0.4,-0.2 c 0,-0.8 0.6,-1.6 2,-3.2 z m 114,-11.8 c -0.6,0 -1,-0.2 -1,-0.6 0,-0.4 0.4,-0.6 0.8,-0.8 0.6,0 1,0.2 1,0.6 0,0.4 -0.2,0.6 -0.8,0.8 z m -3.4,-0.6 v -0.2 c 0.6,-1.8 1,-2.6 1.4,-2.6 l 0.2,0.2 c 0,0.2 -1.2,2.6 -1.6,2.6 z m -116.4,-4.4 -0.2,-0.2 c 0.2,-3 0.2,-1.4 0.8,-4.4 l -1.2,0.4 c 0.4,-1 0.6,-1.6 1.8,-1.6 0.6,0 1,0.4 1,1.2 v 0.2 c 0,1 -1.6,1.6 -1.8,3.4 z m 4.4,-11.6 c 0,0 -0.2,-0.2 -0.2,-0.8 0,-0.6 0.6,-1.6 1,-1.6 0.4,0 0.4,0 0.4,0.2 0,0.4 -0.2,0.8 -0.6,1.4 z m 44.8,-5.6 c 0,-0.4 0.6,-0.8 1.4,-1.4 l 1,-0.8 v 0.2 c -0.2,0.6 -2,2 -2.4,2 z m -32,2 -0.4,-0.2 c 1.6,-3 3.6,-6 4.2,-9 0.4,-2 1,-3 1.6,-3 0.8,0.2 0.6,0 1,0.8 0,0.6 -1.4,2.2 -1.4,2.8 v 0.8 c 0,0.6 -1.2,2.4 -1.2,3 v 0.2 c 0,0.6 0.6,0.6 1.6,0.8 -1.2,0.2 -2.2,0.4 -3.8,2.6 -0.8,0.8 -1.4,1.2 -1.6,1.2 z m -11,0 c -0.2,0 -0.2,-0.2 -0.2,-1 0,-0.8 0.4,-1.2 0.6,-1.2 h 0.2 c 0.4,0 0.4,0.2 0.6,0.6 0,0.4 -0.2,0.8 -0.6,1.2 z m 46.4,-4.8 h -0.2 c 1.8,-1.6 0.8,-1.2 2.8,-2 -0.2,0.6 -2,2 -2.6,2 z m -7,-2.2 c 0,-0.2 0.2,-0.8 0.8,-1.4 0.6,-0.6 1,-1.4 1.2,-1.4 0,0 -1.6,2.8 -2,2.8 z m 4,-2.4 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.8 0,-0.4 0.6,-1 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.4,0.6 -0.6,0.6 z m 2.8,-2.4 h -0.4 c -0.2,0 -0.2,0 -0.4,-0.2 0.4,-1.2 0.6,-1.8 1,-1.8 0.6,0.8 0.4,0.4 0.6,1.4 v 0.2 c 0,0.2 -0.4,0.4 -0.8,0.4 z m -27.2,2.2 c -1.2,-0.4 -0.6,0 -1.6,-0.8 0,0 0.4,-0.2 1,-0.2 0.6,0 1,0 1,0.4 0,0.4 -0.2,0.6 -0.4,0.6 z m -13,0.2 c -0.2,0 -0.2,-0.2 -0.4,-0.4 0.2,-0.6 0.4,-1 0.8,-1 0.2,0 0.2,0.2 0.2,0.6 0,0.6 -0.2,0.8 -0.6,0.8 z m 52,-5 v -0.4 c 0,-0.2 0.6,-0.8 1.4,-1.6 l -0.2,0.8 z m -36.4,2.6 c -0.2,0 -0.2,0 -0.2,-0.2 0,-0.4 0.2,-1 0.8,-2 0.2,0 0.4,0.2 0.4,0.6 0,0.4 -0.2,1.2 -0.6,1.4 z m -16.2,1 h -0.2 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-0.6 0,-1.2 0.6,-1.2 0.2,0 0.6,0.4 0.6,0.6 0,0.4 -0.4,0.8 -0.6,1.2 z m 12.6,-1.2 -0.4,-0.2 c -0.4,-0.2 -0.6,-0.4 -0.6,-0.8 v -0.2 c 0,-1.6 3.4,-7.2 3.4,-8 v -0.2 c 0,-0.8 1.8,-3.8 2.8,-3.8 0.6,0.2 0.4,0 1,0.6 0,0.6 -2,0.8 -2,1.8 l 0.6,1.6 c 0,0.4 -0.2,0.6 -0.4,0.6 h -0.4 c -1,0 -1.4,3.8 -2.6,4 -0.2,0.2 -0.4,0.6 -0.4,1.2 l 0.2,1 v 0.4 c 0,0.8 -0.6,1.8 -1.2,2 z m 40.8,-8.6 c -0.2,0 -0.4,-0.4 -0.4,-0.6 0,-0.4 0.4,-0.6 0.6,-0.8 0.2,0 0.4,0.2 0.4,0.4 v 0.2 z m -50.4,3 -0.2,0.2 c -0.4,0 -1.2,-1 -1.2,-1.8 0,-0.2 0.2,-0.4 0.4,-0.4 0.6,0 1,0.6 1.4,1.6 0,0.2 0,0.4 -0.4,0.4 z m 1.6,-4.6 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0.2,-0.6 0.6,-0.8 0.6,-0.8 h 0.2 c 0.2,0 0.2,0.2 0.4,0.6 0,0.2 -0.4,0.6 -0.6,0.6 z m 64.8,-6.2 c -0.2,0 -0.4,-0.2 -0.6,-0.6 v -0.2 c 0,-0.2 0.2,-0.4 0.4,-0.6 h 0.2 c 0.2,0 0.2,0.2 0.4,0.4 0,0.6 -0.2,1 -0.4,1 z m -50.4,2.2 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-1 1.6,-5.4 2.6,-6.4 1.2,-1 0.6,-2.2 2,-3.6 0.6,-0.6 1,-1.4 1,-1.6 v -0.2 c 0,-0.4 0.4,-1.2 0.8,-1.8 0.4,-0.8 0.6,-1.8 0.6,-2.2 l -0.2,-0.4 c 0,-0.6 1.4,-0.8 2,-2 0.2,-0.8 0.8,-1.4 1,-1.6 l 0.4,0.2 c 0.6,-0.2 0.2,-3.2 1,-3.2 0.4,-0.2 0.6,-0.6 0.6,-1.4 0,-0.4 -0.2,-1 -0.2,-1.8 1.8,1.2 2.6,1.6 2.6,2.6 0,1 -0.4,1.6 -0.8,1.6 v -0.2 c -0.4,0 -2.6,2.8 -2.6,3.6 l 0.2,0.2 c 0,0.6 -2,1.4 -2,2.2 v 0.2 c 0,0.8 -1,0.8 -1,1.6 v 0.2 c 0,0.8 -1,1.4 -2,2.2 0,0.4 1,0.2 1,0.8 0,0.6 -0.2,1.4 -0.8,1.8 -0.8,0 -0.6,2 -2.2,4 -0.4,0.6 -0.8,1.4 -0.8,1.6 v 0.4 c -1,2.6 -1.6,3.8 -2.6,3.8 z m -9.6,-1.8 h -0.6 c -0.6,0 -1,-0.4 -1,-1 0.4,-0.8 0,-0.6 0.8,-1 0.6,0 1.4,0.4 1.6,1 0,0.2 -0.4,0.8 -0.8,1 z m 66,-7.2 v -0.2 c 0,-0.4 0.6,-0.8 1.6,-1.8 -0.8,1.4 -1.2,2 -1.6,2 z m -15.6,0.2 h -0.2 c 0,0 -0.2,0 -0.2,-0.2 0.2,-1 0.6,-1.6 1.2,-1.8 0.6,0 0.8,0 0.8,0.2 -0.6,1.2 -1.2,1.8 -1.6,1.8 z m 21,-2.8 c -0.4,0 -0.8,-0.4 -0.8,-1.2 v -0.2 l 1.2,1 z m -18.4,0.8 c -0.2,0 -0.2,-0.2 -0.2,-0.4 v -0.2 c 0,-0.8 1.2,-1.6 2,-1.8 l 0.6,0.2 c 0.6,-1.4 0.6,-2.2 1.4,-2.4 0.4,0 0.6,0.4 0.8,1 0,1 -4,2.4 -4.4,3.2 z m 20.2,-2.4 h -0.6 c -0.6,0 -0.4,-0.4 -0.8,-1 0,-0.4 0.2,-0.6 0.4,-0.6 0.6,0 1,0.2 1.6,1.2 0,0 -0.2,0.2 -0.6,0.4 z m -13.4,-2.4 h -1 l -0.2,-0.4 c 0,-1.4 4.2,-6 6,-6.2 0.8,0.4 0.4,0.2 0.8,1 v 0.2 c 0,0.4 -0.4,0.6 -0.8,0.6 -1.8,0.2 -4.6,2 -4.6,3.6 v 0.2 z m 13.2,-3.4 c -0.2,0 -0.4,0 -0.4,-0.2 0.2,-0.6 0.4,-1 0.6,-1 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m -6.6,-2.6 c -0.4,0 -0.4,-0.2 -0.4,-1 0.4,-1.4 1.8,-1 1.8,-2 l -0.2,-0.4 c 0,-1.2 0.4,-1.4 2,-1.6 1.2,0 1.8,0 1.8,0.4 0,0.8 -4.4,4.6 -5,4.6 z m 7.4,-6.2 h -0.4 c -0.6,0 -0.8,-0.4 -1,-1 v -0.2 c 0,-0.8 1.2,-1.8 2.6,-2.2 0.4,0 0.8,-0.2 0.8,-0.4 v -1 l 0.6,0.2 c 0.4,-0.2 0.2,-1.2 0.4,-1.2 1,0.6 0.6,0.2 1,1.2 0,1.2 -3.2,2.6 -3.2,3.6 0,0.6 -0.4,1 -0.8,1 z m -47.8,1.6 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.2,0 0.4,0.2 -0.2,0.8 -0.4,1 -0.8,1.2 z m 53.8,-6.8 c -0.8,-0.2 -1.2,-0.4 -1.4,-1 0,-1.2 2.8,-4 4.6,-4.2 0.4,0 0.6,0 0.6,0.2 -0.2,1 -1.2,0.6 -1.2,1.4 v 0.2 l 0.4,1.4 c 0,0 0,0.2 -0.2,0.2 l -1.6,-0.8 c -0.6,0 -0.6,2.6 -1.2,2.6 z m -54.2,4.8 c -0.4,0 -0.6,-0.6 -1.6,-1.6 l -0.8,1.6 -0.2,-0.4 c 0,-0.8 2,-2.6 2,-3.6 l -0.2,-0.2 c 0,-0.4 1.8,-0.2 1.8,-1.2 V 84 c 0,-1 1.2,-1.8 3.6,-3 h 0.2 c 0,1.2 -3.4,5 -4.2,5.2 h -0.4 c -0.2,0 -0.4,0.2 -0.4,0.4 0.2,0.6 0.6,1 1,1.6 z m 3.6,-3.4 h -0.2 c -0.2,0 -0.4,0 -0.4,-0.2 0.2,-0.6 0.4,-0.8 0.6,-0.8 h 0.2 c 0.8,0 1,-0.6 1.8,-1.6 -0.6,1.6 -1,2.6 -2,2.6 z m 55.6,-7.2 c 1,-1.8 1.6,-3 2.4,-3 l 0.4,0.2 c 0,0.8 -2.4,2.8 -2.8,2.8 z m -66.4,5 h -0.2 c 0,-0.4 0.8,-1 1.6,-2 l -0.4,1 z m -2.6,-2.6 c 0,-1.2 0,-2 1,-2 l 0.2,0.2 c -0.6,1.2 -1,1.8 -1.2,1.8 z m 5.8,-2.6 h -0.2 l 1.8,-2 c -0.8,1.2 -1.2,2 -1.6,2 z m 8.6,-2 c -0.2,0 -0.2,-0.2 -0.2,-0.6 0,-0.2 0.2,-0.6 0.6,-0.8 l 0.4,0.4 c -0.2,0.6 -0.4,1 -0.8,1 z m 4.8,-1 c 0,0 -0.2,-0.2 -0.2,-0.8 0,-0.2 0.2,-0.6 0.6,-0.8 h 0.2 c 0,1 -0.2,1.6 -0.6,1.6 z m -1.2,-19.8 0.6,-1.6 c 0.2,0 0.2,0 0.2,0.2 l -0.4,0.8 z m -3.2,-0.4 c -0.2,0 -0.4,-0.2 -0.6,-0.6 0,-0.4 0.4,-1 0.8,-1 0.4,0 0.4,0 0.4,0.2 l 0.2,0.4 c 0,1 -0.4,1 -0.8,1 z m 6.2,-2.6 h -0.2 c 0.6,-2 1,-2.8 1.6,-2.8 0.2,0 0.4,0.2 0.4,0.6 V 51 c 0,0.6 -0.4,1 -1,1.6 z m -5.4,-1.2 c 0,-0.4 0.8,-1.2 1.8,-2 l 1.2,-1 c -0.6,1.4 -2.4,2.8 -3,3 z m -2.6,-0.4 c 0,0 0.4,-0.4 0.8,-1 0.8,-1 1,-1.6 1.2,-1.6 0.2,0 0.2,0.2 0.2,0.6 0,0.2 -0.4,0.8 -1,1.4 z m -67.6,169.2 c 0.6,-0.2 1.2,-1 1.2,-1.8 l -0.2,-1.2 c -0.2,0 -0.2,0.6 -0.8,1.4 -0.6,0 -2.2,-1.8 -3.2,-1.8 h -0.2 c -0.2,0 -0.4,0.2 -0.4,0.6 0,0.4 3.2,1.4 3.2,2.2 0,0.4 0.2,0.6 0.4,0.6 z m -0.4,-5.4 c 0.8,-0.2 1,-1.2 1.2,-2.8 l -0.2,-0.2 c -1,0.8 -1.6,1.6 -1.6,2.2 0.2,0.6 0.4,0.8 0.6,0.8 z m 15,-17.8 c 0.4,-1.2 0.4,-0.6 0.4,-2 0,-0.6 -0.2,-0.8 -0.6,-0.8 -0.4,0 -0.4,0.2 -0.6,1 z m 77,-13.4 c 0.6,0 1,-0.2 1,-0.4 -0.2,-0.2 -1.6,-0.8 -2,-0.8 -0.2,0 -0.4,0.2 -0.4,0.6 0,0.2 0.8,0.6 1.4,0.6 z m -11,0 c 1,-0.2 1.6,-0.4 1.8,-0.6 h -0.4 c -0.8,0 -2.2,0 -3.8,0.2 l -3.2,0.4 z m 59.8,-13.2 c 0.4,0 0.6,-0.6 0.6,-0.8 0,-0.4 -0.4,-0.6 -0.4,-0.6 -0.2,0 -0.4,0.4 -0.6,1 z m -69.2,13.8 0.2,-0.6 c 0,-0.4 -2,-0.8 -4.2,-0.8 -0.8,0 -1.6,0.2 -2.2,0.2 -1,0 -1.4,0.2 -1.4,0.2 0,0.4 2.8,0.6 7.6,0.8 z m -12.2,-0.4 c 0.6,0 0.8,-0.2 0.8,-0.4 -0.2,-0.4 -1.2,-0.6 -2.4,-0.6 h -1 c -0.4,0 -0.8,0.2 -0.8,0.2 l 2.4,0.8 z m 2.4,0 c 0.4,0 0.6,0 0.6,-0.4 -0.4,-0.6 -0.8,-0.8 -1,-0.8 -0.4,0 -0.6,0.4 -0.6,0.8 0,0.2 0.2,0.4 0.6,0.4 z m -8.6,0.2 c 0.2,0 0.2,0 0.2,-0.2 l -0.2,-0.4 c 0,-0.2 -0.4,-0.6 -1,-0.6 -0.4,0.2 -0.6,0.2 -0.6,0.4 z m 1.4,0 c 0.4,-0.2 0.6,-0.4 0.6,-0.4 0,-0.2 -0.4,-0.4 -1,-0.6 l -0.2,0.4 c 0,0.4 0.4,0.6 0.6,0.6 z m -5.4,-0.2 1,-0.4 -0.2,-0.2 h -0.4 l -0.8,0.2 -0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m 15.2,-2 c 0.6,-0.2 0.8,-0.2 0.8,-0.4 l -0.2,-0.2 -1.4,0.2 -0.2,0.2 c 0,0 0.4,0.2 1,0.2 z m -7.4,-26.2 c 0.8,0 1.4,-0.2 1.4,-0.4 l -0.2,-0.2 c 0.4,-1 0.2,-0.6 0.6,-1.6 l -3,2.4 z m 3.2,-1.6 c 1,-0.6 1.6,-0.6 1.6,-1.4 l -0.2,-0.8 0.6,0.2 c 1.2,-0.2 11.2,-7.6 11.8,-9 0,-0.2 -0.6,-0.6 -2,-0.6 -0.4,0 -0.6,0.2 -0.6,0.2 0,0.4 -1.2,1.8 -3,3.2 -2,1.4 -3.2,2.6 -3.2,3.2 l 0.2,0.2 -0.4,0.4 h -0.8 c -0.6,0 -0.8,0.2 -0.8,0.4 l 0.4,0.6 c 0,0.2 -0.2,0.2 -0.2,0.2 l -0.8,-0.2 c -1.6,0.2 -2.6,1.8 -2.8,3.2 0,0.2 0,0.2 0.2,0.2 z m 32.6,-27 1.6,-2 c -1.2,0.8 -1.8,1.4 -1.8,1.8 0,0.2 0,0.2 0.2,0.2 z m 11.2,-10.4 c 0.8,-0.6 0.8,-0.2 1,-1 l -0.4,-0.2 c -0.4,0 -0.6,0.4 -1,1 z m 7.4,-7.2 c 2.4,-1.4 3.4,-2.4 3.4,-2.8 h -0.2 c -0.2,0 -1,0.6 -1.6,1.2 z m 6.6,-6 c 0.2,0 2.2,-1.8 2.2,-2.6 -0.2,-0.4 0,-0.4 -0.4,-0.4 -0.6,0.2 -1.6,0.8 -2,3 z m -2.8,-2 c 0.6,-0.2 1,-0.6 1,-0.8 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.4,0 -0.8,0.4 -1,1 0,0.2 0.2,0.4 0.6,0.4 z m 8.8,-3 v -0.4 c 0,-0.6 -0.8,-1.2 -1.8,-1.2 -0.4,0 -1,0.6 -1.2,1 l 0.2,0.4 1,-0.4 c 1,0 1.2,0.6 1.4,0.6 z m 0.8,-2.2 c 1.2,0 1.8,-1 3,-2.6 -2.2,1.2 -3.2,1.6 -3.2,2.2 v 0.2 z m 3.6,-3.8 c 0.6,0 1.2,-0.4 1.2,-0.6 V 92 c 0,-0.2 0.2,-0.4 0.6,-0.4 1.2,-0.2 10,-8.8 13.2,-14.2 l -0.4,0.2 c -0.6,0 -0.2,-2 -1.6,-2 h -0.2 c -0.8,0 -1.2,0.4 -1.2,0.8 0,0.6 1.8,0.8 1.8,1.6 0,1.4 -3.8,4 -3.8,5 0,0.4 -1.2,0.2 -3.2,3 -2.2,2.8 -5.4,4.2 -5.4,5 0,1.2 -1.8,0.8 -1.8,1.4 0,0.4 0.4,0.4 0.8,0.4 z m 11.2,-30.2 c 0.6,0 1.4,-0.8 2.8,-3 l -0.2,-0.2 c -1,0.2 -2.8,2.6 -2.8,3.2 z m -60.8,4.6 c 0.4,-0.2 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.2,-0.6 -0.4,0 -0.6,0.4 -0.8,1 z m -0.8,-6.6 c 0.8,-0.2 1.6,-2 1.6,-2.8 v -0.4 c -0.6,0 -2.2,2.2 -2.2,2.6 0.2,0.4 0.4,0.6 0.6,0.6 z"/><path d="m 404.60007,224.6 c 3.6,0 13,-2.4 34,-8 0.8,-0.4 3,-1 5,-1.4 25.6,-7 23.2,-5.8 23.8,-6.8 l 0.2,-0.4 c 0,-0.2 0,-0.2 -0.4,-0.2 -0.8,0 -3.4,1.2 -5.2,1.2 -1.2,0 -2.2,-0.6 -2.4,-1.8 0,-1.6 3.8,-2.4 5.6,-2.4 0.6,0 1,0.2 1,0.6 -0.2,1.2 -2.6,1.4 -2.6,1.8 0.2,0.2 0.4,0.4 0.8,0.4 3.2,-0.6 3.8,-1 3.8,-1.4 0,-2.4 0.4,-2.6 4.6,-3.4 l 0.6,0.2 c 0,0.2 -1,0.8 -1,1.4 0.2,0.8 0,0.4 0.6,0.8 0.6,0 1.2,-2.6 1.4,-2.6 v 1 l 0.4,1 c 0.4,-0.8 0.2,-1.4 0.8,-1.4 l 2.2,0.4 0.2,-0.2 c -0.8,-0.8 -0.6,-0.4 -1,-1.2 0,-1 3.2,-0.4 3.6,-1.4 0.2,-0.4 0.4,-0.6 0.8,-0.6 0.6,0 0.4,2.4 1.2,2.4 0.2,0 0.2,-0.4 0.2,-0.6 v -1.2 c 0,-0.2 0,-0.4 0.2,-0.4 1.4,0.8 2,1.6 2.8,1.6 l 0.2,-0.2 -0.6,-0.8 c 0,-0.6 1.4,-2 5,-2.4 1.2,-0.8 5.4,-0.8 6.2,-1.2 1.4,-0.8 3,-0.4 6.6,-1.4 l 0.4,-0.2 c 0.2,0 0.2,0.2 0.2,0.6 0,1.2 -2.6,0.8 -3.4,1.6 l -0.6,0.4 c 1.6,0 4.8,-0.4 4.8,-1.8 l -0.2,-1 c 0,-0.4 0.4,-0.6 1.6,-0.6 h 2.8 c 0.4,0 0.6,0 0.6,-0.2 l -0.4,-0.8 0.2,-0.2 1.4,0.2 c 1,0 0.6,-1 1.2,-1 l 2.2,-0.2 0.4,-0.4 -0.8,-0.2 -4.4,0.4 -0.4,-0.2 c 3,-1.2 3,-1.4 6,-2 4.4,-0.2 8.8,-2 10.4,-3.4 l -0.2,0.6 c 0,0.2 0.2,0.4 0.4,0.4 1.2,0 4.2,-3.4 5.2,-3.4 0.2,0 0.4,0 0.4,-0.2 0,-0.2 -0.2,-0.2 -0.2,-0.4 l -1,-0.2 c -2,0 -5.4,0.6 -6.4,1 -0.4,0 -0.6,-1 -1.4,-1 -2.6,0.6 -2,2 -3.2,2 -0.6,0 -0.8,-0.6 -0.8,-1.2 v -0.2 c 0,-1 0.8,-1.6 2.4,-1.6 0.6,0 1,-0.2 1,-0.4 V 182 c 1.6,0 2,0.6 2.4,1.8 0.4,-1.4 0.2,-1.8 2.6,-3.8 2.6,-1.6 2.6,-2 2.8,-2.2 l 1,0.2 c 0.4,0 0.6,-0.2 0.6,-0.4 0,-0.8 -1.8,-1.2 -3.2,-1.2 -1.6,0 -1.8,0.4 -2.4,1 -0.2,0 -0.2,-0.2 -0.2,-0.6 v -0.2 c 0,-1 2.4,-1.4 2.4,-2 -0.2,-0.2 -0.6,-0.2 -1.2,-0.2 -1,0 -2.8,0.2 -4.6,0.6 h -0.8 c 0,-0.6 1,-1 2.4,-1.8 -2.2,0 -3.6,0 -3.6,0.4 0,0.6 -3.6,2.4 -4.6,2.4 -0.4,-0.2 -0.4,0 -0.4,-0.4 0,-0.6 2.2,-0.4 3.6,-1.8 l -0.8,-0.2 c -8.4,0.4 -9.8,1 -11.6,1.4 -16.6,2.4 -17.6,2.4 -41,6 -1.4,0.4 -4.2,0.8 -6.2,1.2 l -17.8,3.6 -2.4,0.2 c 0,-0.2 5.6,-9.2 12,-19.8 l 12.2,-19.8 c 15.8,-2.8 23,-4 23,-4.6 -0.4,-0.4 -0.6,-0.4 -0.6,-1.4 0,-1.4 0.2,-2 0.6,-2 l 1,0.4 c 0.6,0 0.8,-0.6 2,-1.6 0.4,0 0.4,0.6 1,0.6 1,0 2.4,-1 3.8,-1 l 3,0.4 c 0.4,0 0.8,0 1,-0.4 0.6,-0.6 1.6,-0.8 3.4,-0.8 3.2,0 2.6,-0.6 3.4,-0.6 l 1.4,0.2 c 0.6,0 0.8,0 0.8,-0.2 0,-0.6 2.6,-0.8 8.4,-0.8 2.6,0 1.8,-1.2 3.4,-1.2 0.8,0 1.4,-0.2 1.4,-0.4 0,-0.2 -1,-0.4 -2.2,-0.4 -3.2,0.2 -12.8,1.4 -13.2,1.6 l -1.4,-0.2 -0.6,-0.2 c 0,-0.4 26.8,-2.8 30.2,-3.6 5,-1 7.8,-0.6 7.8,-1.2 l -0.8,-1.2 c 0,-0.2 0,-0.2 0.2,-0.2 2.6,-0.2 4.4,-0.4 4.6,-0.8 0,-0.4 -3,-0.8 -4.8,-0.8 l -1.2,0.2 c -0.4,0 -0.4,-0.8 -0.6,-0.8 -0.4,0.4 -0.2,0.6 -1,0.6 -2.8,-0.4 -4.2,-0.4 -4.2,-1.2 l 0.8,-1.2 -1.2,0.4 c 0.4,-0.6 0.6,-0.8 1.6,-0.8 l 1.4,0.2 c 1,0 0.8,-1 1.4,-1 1.4,0 6,-2.2 6,-3 -0.2,-0.8 -1,-1 -1.6,-1 -2.6,0 -4.8,-0.2 -4.8,-0.4 0.6,-0.2 0.8,-0.4 0.8,-0.6 0,-0.8 -4.4,-0.8 -4.4,-1.2 0,-0.4 4.8,-1 4.8,-1.6 0,0 -0.4,-0.2 -1.2,-0.2 -2,-0.2 -6.2,-0.2 -11.4,-0.2 -12.2,0 -29,0.4 -29.6,0.8 -0.4,0.4 -5.6,0.6 -13,1 1.4,-1.6 2.2,-2.4 2.2,-3.2 0,-0.2 -0.2,-0.2 -0.4,-0.2 l -1.4,0.6 c -0.2,0 -0.2,0 -0.2,-0.4 0,-0.4 0.2,-0.8 0.4,-0.8 h 0.8 c 1,0 1.4,-0.2 1.4,-0.8 l -0.2,-0.4 c 0,-0.2 0,-0.2 0.2,-0.2 h 0.6 c 0.8,0 0.6,-1.6 1.4,-2 0.8,-0.4 0.6,-1.6 1.6,-2.4 0.8,-0.8 0.6,-2.6 1.8,-4 1.4,-1.2 5.4,-7.4 5.4,-8.4 0,-0.8 0,1.6 5.6,-10.4 4.4,-8.8 4.4,-8.8 4.4,-9.6 0,-0.2 0.8,-0.6 1.6,-0.6 22.2,-2.8 36.2,-3.4 36.2,-4.4 0,-0.2 -0.6,-0.2 -1.8,-0.2 -7.6,0.2 -3.4,0.4 -10.4,0.4 -9.6,0.6 -9.6,0.8 -23,2 -1.8,0 -3,0.4 -3.6,0.6 -0.2,0 -0.4,-0.4 -0.4,-0.8 0,-2.2 0.4,-2.4 8.4,-2.6 4.2,0 3.6,-1 4.8,-1 l 3,0.2 c 1,0 1.6,0 1.6,-0.2 0,-0.4 1.2,-0.4 2.6,-0.4 4.8,0 4.6,-0.8 7.4,-0.8 2.2,0 1.8,0.2 2.4,0.4 1,-0.4 1,-0.8 2.4,-0.8 2.6,0 5.6,-0.2 5.6,-1.2 0,-0.4 0,-0.2 -0.4,-0.4 -0.6,0 -0.8,0 -2.2,-0.6 0,0 1,-0.2 2.6,-0.2 1.8,0 2.8,0.2 2.8,0.2 -1.8,0.8 -1.6,1.2 -2,2.2 l 0.4,0.2 c 1,-0.2 1.2,-0.6 3.4,-0.6 2.6,0 4.4,-0.2 4.4,-0.8 0,-0.4 -0.6,-1 -1.4,-1 l -0.8,0.2 c -0.6,0 -1.2,0 -1.4,-0.4 0,-0.4 2.6,-0.6 8.8,-0.8 5,0 10,0 10.8,-0.2 l 3.4,-0.2 c 1,0 1.4,0 1.4,-0.4 l -1,-1.4 c 0,-0.6 -2.4,-2.8 -3.8,-2.8 -1,0 -1,0.4 -1.8,0.8 -0.4,0 -0.6,-0.6 -0.8,-1.6 0,-1 0.6,-1.6 1.6,-1.6 l 1.6,0.4 c 1,0 0.8,-1 1.8,-1 0.8,0 1,0 1,0.2 l -1.4,1.4 c 3.4,-0.4 4.6,-0.8 4.6,-1.2 0,-0.4 -1.2,-1.2 -1.2,-1.6 0,-1 0.6,-1 0.6,-1.6 0,-0.4 -0.6,-0.8 -1.6,-0.8 h -1 c -0.6,0 -0.4,-1 -1.6,-1 l -3.6,0.8 c -0.4,0 -0.4,-0.2 -0.4,-0.6 -0.2,-1.4 -0.2,-1.2 -1,-1.6 l 0.4,-0.2 c 2,0.4 1,0.4 3,0.6 2.2,0 2.8,-0.6 5.4,-1.6 0,-0.2 0,-0.2 -0.2,-0.2 l -5.4,0.8 -0.2,-0.2 c 2.6,-0.6 4,-0.8 4,-1 0,-0.6 -2.2,-0.4 -8,-1.2 -13.6,-2 -18,-2.2 -34.2,-2.2 -15.8,0 -26.4,0.4 -29.4,0.4 -1,0 -1.6,0 -1.6,-0.2 0,-1.2 -1.6,-2.4 -2.2,-2.4 l 0.2,1 c 0,0.4 0,0.6 -0.4,0.6 l -1.2,-0.8 -0.4,0.4 c -0.6,-0.4 -0.6,-0.8 -1.4,-0.8 -2.4,0 -5.8,2.4 -6.2,3 l -0.6,-0.2 c -0.2,0 -0.4,0 -0.4,0.2 0,1.2 -10.6,2 -21.2,3.8 -5.2,1.2 -9.2,1.2 -9.2,1.6 0,0.2 -0.2,0.2 -0.6,0.2 -2,0 -5.4,3 -5.4,5.4 1.2,4.8 3.6,4.2 3.6,5.2 0.4,0.8 1.4,1.2 2.2,1.2 0.6,0 0.6,-0.8 1,-0.8 0.4,0.4 0.4,0.8 1,0.8 1.2,-0.4 1.8,-0.8 3.8,-0.8 0.4,0 0.6,0 0.6,0.2 -0.6,1.2 -0.8,1.6 -1.2,1.6 -0.4,0 -0.6,-0.4 -1.8,-0.4 -3,0.2 -3,0.4 -3,2.6 0,1.4 0.4,1.6 1.6,2.4 0.2,0 0.2,-0.2 0.2,-0.6 V 66 c 0.2,0 0.8,0.8 0.8,1.4 0,0.4 -0.6,0.8 -0.6,1 v 0.2 c 0,0.6 2.2,2 2.8,2 0.4,0 1,1.6 3,1.6 1.4,0 1.8,0 2,0.6 V 73 c 0,0.2 0,0.4 0.2,0.4 l 1.6,-0.8 0.4,0.2 c -2,1 -1.6,3.2 -5.2,3.2 -1.4,0 -2.2,0.2 -2.2,0.4 0,0.4 1.4,0.6 4,0.8 0,0.6 -7,11.6 -12.8,21.8 l -7.2,13.8 c -5.4,10.4 -1.8,7.4 -13.4,10 -11,2.2 -11.8,3 -13.6,3.4 -3.6,0.4 -8.4,2.8 -9.4,4.6 -0.4,0.8 -0.6,1.8 -0.6,2.6 v 0.8 c 0,2.4 2,4 2.4,5.2 0.2,0.4 1.2,1 2,1 2.4,0.4 2.8,4 3.8,4 0.8,0 -0.6,2 3.8,2.4 2,0 3.4,0.2 3.4,0.4 0,0.2 -2.8,0 -2.8,1 0,0.4 0.2,0.4 1,0.4 l 6.4,-0.4 c -1,2.4 -1.4,3.8 -3.4,3.8 -0.8,0 -1.6,0.4 -1.6,0.6 0,0.2 0.4,0.4 0.8,0.4 h 1.4 c 0.6,0 0.8,0 0.8,0.2 v 0.2 c 0,0.4 -0.4,0.8 -1,1.4 l 0.8,-0.2 c 0,0.4 -2,2.8 -6.6,12.8 -7.6,17.2 -5,11 -6.4,14 -1.4,3.8 -5.6,12.2 -6.2,13.2 -0.8,1 -3.4,2.2 -9.6,4.2 -7.2,2.4 -9.2,4.4 -9.2,8.2 0.2,2 1,3.6 2.2,3.6 0.4,0 0.6,0.2 0.8,0.6 0.6,1.2 0.6,1.8 1.2,1.8 1.2,-1 1.4,-1.4 2.6,-1.4 2.4,0 3.2,6.2 5,7.2 0.8,0.4 1.2,0.8 1.2,1 v 0.4 c 1,0 1.8,-0.2 1.8,-0.6 V 219 c 1.8,0.4 1.2,1.6 2.4,1.6 1.8,0 4.4,-1.8 4.4,-2.2 0,-0.4 -1.8,-0.2 -1.8,-0.4 0,-0.4 0.8,-0.6 2.2,-0.8 h 1.4 c -0.6,0.4 -1,1 -1,1.4 0.2,0.4 0.6,0.8 1,0.8 l 2.8,0.6 0.4,-0.2 -0.2,-0.6 c 0,-0.6 1.2,-0.2 1.2,-0.8 v -0.2 c 0,-0.6 2.6,-1.2 8,-1.4 0.6,0 1,0 1,0.2 -0.4,0.2 -0.6,0.6 -0.6,1.2 l 0.4,1 -1.8,-0.8 -1.4,0.8 c 0,0.2 0.2,0.2 0.6,0.2 0,0.4 -3,1.6 -4.6,1.6 -2,0 -4.6,1.4 -7.2,1.4 -3,0 -2.8,1 -4.2,1 -0.6,0 -1,0.2 -1,0.6 0,0.4 0,0.6 1.2,0.6 z m 19.8,-5.8 c -0.4,0 -0.6,0 -0.6,-0.2 l 1,-0.4 0.4,0.2 0.2,0.2 z m 5.6,-1.4 -0.2,-0.2 0.6,-1 c 0,-0.4 -1.6,-0.4 -1.6,-0.8 v -0.2 c 0,-0.2 0.2,-0.4 0.6,-0.4 0.8,0 0.8,1.2 2.4,1.2 l 1.8,-0.2 c 0.2,0 0.4,0 0.4,0.2 -0.2,0.2 -1.2,0.6 -2.6,1 z m -18.4,-0.4 c -0.4,0 -0.8,0 -0.8,-0.2 l 0.8,-0.6 c 0.4,0 0.8,0 0.8,0.4 v 0.2 c 0,0 -0.4,0.2 -0.8,0.2 z m 1.8,-0.6 c 0,-0.2 2.2,-1 3,-1 l 0.6,0.2 c -0.2,0.4 -0.8,0.6 -2.4,0.6 z m 14,0 c -0.6,0 -1,-0.2 -1,-0.8 0,-0.2 0.2,-0.4 0.4,-0.4 0.8,0 1.4,0.2 1.4,0.8 0,0.2 -0.4,0.4 -0.8,0.4 z m 8,-0.6 c -1.6,0 -1,-0.8 -2,-1.2 -0.2,-0.2 -0.4,-0.4 -0.4,-0.6 0,-0.6 0,-0.4 0.4,-0.8 l 0.8,0.2 c 0.8,0 1.6,-1.6 3.4,-1.8 1,0 1.2,2.4 2.2,2.4 0.4,0 0.6,-0.2 0.6,-1 0,-0.2 0,-0.2 -0.2,-0.2 l -1.2,0.2 c 1,-1.2 1,-1.2 2.8,-1.2 l -0.6,-1 0.2,-0.2 1.8,0.4 0.2,-0.2 v -0.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 1.2,0.2 0.8,0 2,0.6 l 0.2,-0.2 -0.2,-0.6 c 0,-0.2 0.2,-0.4 0.6,-0.4 1.6,0 2.8,0.8 3.8,2 V 211 l -0.4,-2 c 0,-0.4 0.2,-0.6 0.6,-0.6 0.6,0 1,0.2 1,0.6 0.2,0 0.8,-0.4 1.4,-1 0.8,-0.6 1.2,-1 1.6,-1 1,0.4 0.6,0.2 1.6,0.4 0.6,0 1.2,-0.6 1.8,-0.6 0.6,0 1,0.4 1.2,1.8 v 0.2 c 0,1.2 -3,1.8 -10.8,3.6 -0.4,0 -0.6,-0.2 -0.6,-0.4 l 0.2,-0.8 c -0.6,-0.8 0,-0.6 -0.8,-1 l 0.2,0.6 c 0,0.6 -0.8,0.8 -2,1.6 0.8,0 1.2,0 1.2,0.2 0,0.8 -8.8,3.2 -11.2,3.2 z m 3.4,-1.2 -0.8,-0.4 c -0.6,0.2 -0.4,0 -1,0.4 z m 14.6,-4.2 c 1,0 5,-1 5,-1.6 -1,-1 -0.4,-0.4 -1.8,-1 l -0.2,0.2 0.2,0.4 c 0,0.6 -3.4,1.4 -3.6,2 z m -35,5 c -0.4,0 -0.6,0 -0.6,-0.2 0.8,-0.6 1.4,-1 2,-1 h 0.6 c 0,0.2 -1.2,1.2 -2,1.2 z m 3.4,-1.2 h -0.2 c 0,-0.4 2,-1 5.8,-2 h 0.2 c -0.2,0.6 -4.8,2 -5.8,2 z m -24.4,-1.2 c -0.2,0 -0.6,-0.2 -0.8,-1.2 l 0.2,-0.4 c 0.2,0 0.4,0.4 0.8,1.4 0,0.2 0,0.2 -0.2,0.2 z m 32,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.8,-0.4 0.6,0.2 v 0.2 z m 2,-1 h -0.4 c 0.4,-0.6 5,-1.8 5.8,-1.8 0.2,0 0.2,0.2 0.2,0.4 0,1.2 -4.8,1.4 -5.6,1.4 z m 6.6,-1.8 c 0.6,-0.6 4.8,-2 6.2,-2 l 0.4,0.2 c 0,0.2 -1.6,0.8 -3.6,1.4 z m 8.4,-2 c 0.6,-0.8 0.2,-0.4 1,-0.8 0.4,0 0.2,0 0.4,0.2 l -0.6,0.4 z m 2.4,-0.4 -0.2,-0.2 c 0.4,-0.4 0.8,-0.8 2.4,-1.2 2,-0.4 2.2,-1 3,-1.2 1,0.2 1.2,0.4 1.2,0.8 -0.2,0.4 0,0.4 -0.6,0.6 l -0.2,-0.2 c -2.2,0.2 -3.6,0.4 -5,1.2 z m 10.8,-3 h -1.6 c 2,-0.4 2.8,-1 3.6,-1 h 0.6 c 0,0.4 -1,1 -2.6,1 z m 4.2,-0.8 c 0,-0.8 3.6,-2 5.4,-2 0.8,0 1.2,0 1.2,0.2 0,0.2 -4,0.8 -5.2,1.6 z m 7.8,-2 -0.2,-0.2 c 0,-0.2 3.6,-1.4 5,-1.4 h 0.2 l -1.6,0.8 z m 6.4,-1.8 -0.2,-0.2 c 2.8,-1.2 1.4,-1.2 4.6,-1.6 l 2.2,0.4 c -2,0.8 -3.4,1.2 -5.4,1.2 z m 7,-1.8 c 3,-1 4.2,-1.8 5.6,-1.8 10.2,-2 14.8,-3.2 16.6,-3.2 h 0.2 c -2.4,1.2 -1.2,0.6 -4,1.4 -1.2,0 -14.2,3.4 -16.4,3.4 z m -19.2,-2.8 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.2 0.4,-0.6 1.4,-0.8 v 0.4 c -0.2,0.4 -0.6,0.6 -1,0.6 z m 18.4,-3.4 c 0,0 -0.2,-0.2 -0.2,-0.4 0.2,-0.6 0.4,-0.8 1,-0.8 0.2,0 0.4,0 0.4,0.2 -0.2,0.6 -0.4,1 -1.2,1 z m 2.8,-1 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.4 0.8,-0.8 2,-1 l 0.4,0.2 -1.2,0.8 z m 6.6,-1.4 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.6,0.2 0.6,0.6 0,0.4 -0.4,0.6 -0.6,0.6 z m -75,-0.6 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.6 0.6,-0.6 0.2,0 0.6,0.4 0.6,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m 78.2,0 c -0.6,0 -0.8,-0.2 -0.8,-0.4 0.2,-0.4 0.2,-0.4 0.6,-0.4 0.4,0 1,0.2 1,0.6 z m 3.6,-0.6 c -0.2,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.6 0.6,-0.6 0.4,0 0.6,0.4 0.6,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m -66.2,-0.8 c -0.2,0 -0.6,-0.2 -0.6,-0.4 0,-0.8 1.4,-1.2 1.4,-2 l -0.2,-0.4 c 0,-0.6 0.8,-0.4 0.8,-1.4 0,-0.4 0.2,-0.6 0.6,-0.6 h 0.2 c 1,0 0.6,-0.6 0.8,-1.6 h 0.4 c 0.4,0 1,-1.4 1,-2.2 V 178 c 0,-0.6 1.4,-0.2 1.4,-1.6 V 176 c 0,-1.8 2.6,-3.4 2.6,-4 l -0.2,-0.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 h 0.2 c 0.8,0 1.8,-3.8 2.2,-3.8 l 0.4,-0.2 -0.4,-0.6 c 0,-0.2 0.2,-0.4 0.6,-0.4 h 0.2 c 0.2,0 0.6,-0.2 0.6,-0.6 0,-1.2 0.6,-2.6 1.2,-2.6 h 0.4 V 162 c 0,-1 2.2,-2.2 2.2,-3.2 l -0.2,-0.6 c 0,-0.2 0.2,-0.2 0.4,-0.2 h 0.2 c 0.2,0 0.4,-0.2 0.4,-0.6 l -0.2,-0.4 c 0,-0.4 0.2,-0.6 0.4,-0.6 h 0.2 c 0.8,0 2.4,-2.6 2.4,-3.6 l -0.2,-0.2 c 0,-0.2 0.2,-0.4 0.4,-0.4 l 0.6,0.2 c 0.8,0 1.2,-0.2 1.2,-1 v -0.6 c 0,-0.2 0.4,-0.4 0.8,-0.4 0.2,0 0.4,0 0.4,0.4 -1.2,3 -2.2,4.6 -2.6,4.6 -0.2,0 -0.2,-0.2 -0.2,-0.4 0,-0.4 1,-1 1,-1.8 v -0.4 c -0.4,0 -0.8,0.8 -1.2,2.4 l 0.2,0.6 c 0,1.2 -7.4,12.4 -7.4,13.4 0,0.4 -2.6,3.8 -2.6,4.6 0,1.2 -1.4,1.6 -3.8,6 -1.6,3 -3.2,5.6 -3.6,6.2 -0.8,0.6 -2.2,1.2 -3,1.2 z m 71.6,-0.4 c -0.8,-0.2 -1.4,-0.4 -1.4,-0.6 0,-0.4 0.2,-0.4 0.6,-0.4 0.6,0 1,0.2 1.6,0.8 0,0.2 -0.2,0.2 -0.8,0.2 z m 1.8,-0.4 h -0.2 c 0,-0.4 0.4,-0.6 1,-0.8 l 2.6,-1 0.2,0.4 c -0.8,0.6 -3,1.4 -3.6,1.4 z m -86.6,-1.4 c -0.2,0 -0.4,-0.2 -0.6,-0.8 0,-0.4 0,-0.6 0.4,-0.6 0.4,0 0.4,0.2 0.6,0.6 0,0.6 -0.2,0.8 -0.4,0.8 z m 3.2,-4.6 c -0.6,0 -1.2,-0.6 -1.2,-1 0.2,-0.4 0,-0.4 0.6,-0.4 0.4,0 0.8,0.4 0.8,1 0,0.2 0,0.4 -0.2,0.4 z m -0.2,-2.8 c 1.2,-2.8 2.6,-4.4 2.8,-5.6 l 1,0.2 c 0.2,0 0.4,0 0.4,-0.4 l -0.2,-0.8 c 0,-0.6 0.2,-0.8 1,-0.8 0.6,0 1,0 1,0.2 0,0.8 -3.4,4.2 -3.4,5.4 0.2,0.6 0.4,0.6 0.4,1 0,0.4 -0.2,0.4 -1,0.4 -0.8,0 -0.4,-0.2 -0.8,-0.6 l -0.6,0.4 z m 93.8,-1.4 c 0,-0.4 1,-1 2.4,-1.2 l -1.2,0.8 z m -87.8,-6.6 c -0.4,-1.4 -0.8,-1.4 -0.8,-2.6 0,-1.2 0.2,-1.4 1.4,-2 0,0 0.2,0 0.2,0.2 0,0.6 -1.2,1 -1.2,2.4 0,0.2 0,0.2 0.2,0.2 2.8,-3.4 2,-5.4 3.2,-5.4 l 0.4,0.2 c 0,0.8 -0.4,3.6 -2.4,5.6 z m 4.6,-7.8 c -0.2,0 -0.4,-0.2 -0.4,-0.8 0,-2.2 0,-3 0.6,-3 1,0.4 1.4,0.6 1.4,1.6 v 0.4 c 0,0.6 -0.2,1 -0.4,1.2 z m 2.4,-4.2 c -0.4,0 -0.6,-0.4 -0.8,-1 0,-0.8 0.8,-1.8 1.2,-1.8 0.2,0 0.2,0.2 0.2,1 0,1.2 -0.2,1.8 -0.6,1.8 z m 13.8,-2.8 c -0.2,0 -0.2,0 -0.2,-0.2 1,-1 0.4,-0.8 1.6,-1.4 -0.6,1.2 -1.2,1.6 -1.4,1.6 z m -11.8,-0.8 c -0.6,0 -1,0 -1,-0.6 0.4,-1.2 0.6,-1.8 1,-1.8 0.8,1 0.4,0.4 0.8,1.6 0,0.4 -0.4,0.8 -0.8,0.8 z m 14.6,-3.2 c -1,-0.4 -1.2,-0.4 -1.2,-1.4 0.2,-0.6 0.4,-0.8 0.6,-0.8 0.4,0 0.6,0.2 0.6,0.6 z m -13.8,-1.2 -0.4,-0.2 c 0.2,-0.6 0.6,-0.8 1,-0.8 0.2,0 0.4,0 0.4,0.2 -0.2,0.6 -0.4,0.8 -1,0.8 z m 18.8,-0.2 c -0.4,0 -0.6,-0.2 -0.6,-1 0,-0.6 0.2,-1 0.4,-1 0.2,0 0.4,0.4 0.6,0.8 0,0.4 -0.2,1 -0.4,1.2 z m -31.4,-2.6 c -0.6,0 -1,-0.2 -1,-0.6 0,-0.4 0.4,-0.6 1,-0.6 0.4,0 0.8,0.2 0.8,0.6 0,0.4 -0.4,0.6 -0.8,0.6 z m 16.4,-0.2 h -0.2 l -0.2,-0.8 v -0.6 l 0.4,1 z m 17.2,-1.8 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0.2,-0.6 0.4,-1 0.8,-1 l 0.6,0.4 c 0,0.2 -0.2,0.6 -0.6,1 z m 3.4,0.2 c -0.4,0 -0.6,0 -0.6,-0.2 1.6,-0.8 2.4,-0.8 3.2,-0.8 h 0.4 c -1,0.8 -2,1 -3,1 z m 7.6,-1.4 c -0.4,0 -1,0 -1,-0.4 0,-0.2 -0.6,-0.2 -1.6,-0.2 l -2.8,0.2 c -1,0 -1.4,-0.2 -1.4,-0.6 0,-0.6 3.8,-2.6 6,-2.6 l 0.4,0.2 v 0.4 h 0.2 c 0.8,0 2.4,-1 4.6,-1 2.8,-0.4 3.6,-0.8 5.8,-1.2 1.2,0 2.4,0.6 2.4,1.2 -0.6,1.8 -1,2 -1.8,2.4 -6.2,1 -9.4,1.2 -10.8,1.6 z m 1.6,-1 c 0.4,0 0.8,0 0.8,-0.2 l -0.6,-0.2 c -0.6,0.2 -0.4,0 -0.8,0.4 z m 4.2,-0.6 c 1.2,-0.4 1.6,-0.4 1.8,-0.8 l -0.4,-0.2 c -0.8,0 -1.6,0.2 -2.2,1 z m -63.2,-0.8 h -0.2 l -0.2,-0.2 0.4,-1.6 0.4,-0.2 c 0.2,0 0.4,0.4 0.4,0.8 0,0.6 -0.2,1 -0.8,1.2 z m 54.2,-2.2 0.4,-0.4 2.6,-0.6 c 0.2,0 0.2,0 0.2,0.2 -0.2,0.2 -1,0.4 -2,0.6 z m 5.2,-1 c -0.4,0 -0.8,0 -1,-0.2 l 2.6,-0.4 c 0.4,0 0.6,0 0.6,0.2 -0.2,0.2 -1.4,0.4 -2.2,0.4 z m 4.2,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 2.4,-1 15.2,-2.6 17.4,-2.6 0.2,0 0.4,0 0.4,0.2 0,0.6 -9.2,1.2 -13,2.2 z m 19.6,-2.4 c -0.6,0 -1.2,0 -1.4,-0.6 0,-0.4 1.2,-0.8 2.4,-0.8 1.2,0 1.4,0.2 1.8,0.8 0,0.2 -2,0.2 -2.8,0.6 z m -1.8,-5.8 h -0.6 c 1.4,-0.6 1.4,-0.8 2,-1.4 0,0.6 -0.4,1.4 -1.4,1.4 z m -2.4,-1.2 c 0.6,-0.8 0.4,-0.4 1.2,-0.8 0.2,0 0.2,0 0.2,0.2 z m 6.6,-0.4 c -0.4,0 -0.8,-0.2 -0.8,-0.4 0.2,-0.4 0.4,-0.8 1.2,-0.8 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.4,0.6 -0.8,0.6 z m 5.8,-0.2 c -0.6,-0.4 -0.6,0 -0.8,-0.8 0,-0.2 0.4,-0.6 0.8,-0.6 0.8,0.4 0.6,0 1.2,0.6 0,0.2 -0.2,0.4 -0.6,0.6 z m -3,-1 c -0.4,0 -0.8,0 -1,-0.2 0,-0.4 0.6,-0.6 1.4,-0.6 0.2,0 0.4,0 0.4,0.2 0,0.4 -0.2,0.6 -0.8,0.6 z m 11.2,-0.6 -0.2,0.4 c -0.2,0 -0.4,-0.2 -0.4,-0.6 l 0.2,-0.6 z m 2,0.6 c -0.4,0 -0.6,0 -0.6,-0.2 0.6,-0.6 0.6,-1 1.6,-1 0.6,0 0.8,0 1,0.4 l -0.6,0.4 z m 6.4,-0.6 c -0.4,0 -0.8,-0.4 -1.2,-1.4 l 0.4,-0.2 c 0.6,0.2 1,0.8 1.2,1.4 0,0.2 -0.2,0.2 -0.4,0.2 z m 2.8,0 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.4 0.4,-0.4 0.4,0 0.6,0.2 0.6,0.4 v 0.2 c 0,0.2 -0.2,0.4 -0.4,0.4 z m 3.8,-0.6 c -1,0 -1.6,-0.2 -1.6,-0.4 0.4,-0.4 0.8,-0.6 2,-0.6 1,0 2,0.2 2,0.6 0,0.2 -1,0.4 -2.4,0.4 z m -46.2,-14 c -0.4,0 -1,-0.6 -1,-1.2 l 0.2,-0.4 c 1,0.6 1,1 1.2,1.4 z m 1.4,-2.2 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0,-0.6 0,-0.4 0.6,-0.8 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.4,0.6 -0.6,0.6 z m 3.6,-7.2 c -0.2,0 -0.2,0 -0.2,-0.2 0.2,-1.2 0.6,-1.6 1.4,-1.6 h 0.6 c 0.2,0 0.2,0 0.2,-0.2 l -0.2,-0.8 c 0,-0.4 1,-0.2 1,-1.2 0,-1 1.4,-1.8 1.4,-2.2 l -0.4,-0.6 v -0.2 c 0,-0.4 1,-0.8 2.6,-1.8 0,0.2 -1.6,1.8 -1.6,2.8 V 96 c 0,1.6 -3.6,5.8 -4.8,5.8 z m 7.6,-10.8 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0,-0.6 0.2,-1.2 1.2,-2 0.2,0 0.2,0.4 0.4,0.6 -0.2,1.2 -0.6,1.8 -1,1.8 z m -29.6,-19.8 c -0.6,0 -1,-0.2 -1,-0.4 0,-0.2 0.8,-0.6 1.8,-0.6 0.8,0 1.2,0.2 1.2,0.4 -0.4,0.6 -1.2,0.6 -2,0.6 z m 43.8,-4 c -0.2,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.4 0.6,-0.4 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.4,0.6 -0.4,0.6 z m 3.2,-1.2 c -0.8,0 -1.4,0 -1.4,-0.2 l 0.4,-0.2 1,-0.2 1,0.2 0.2,0.2 c 0,0 -0.6,0.2 -1.2,0.2 z m 7.2,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.2,-0.2 h 0.4 c 0.4,0 0.6,0 0.8,0.2 z m 5,-0.6 c -0.6,0 -1,-0.2 -1,-0.2 v -0.2 h 1.4 l 0.4,0.2 c 0,0.2 -0.4,0.2 -0.8,0.2 z m 8,-0.2 c -1.2,0 -1.4,-0.2 -2,-0.6 0,-0.2 0.6,-0.2 1.8,-0.2 1.4,0 2.4,0 2.4,0.2 -0.4,0.4 -1.4,0.6 -2.2,0.6 z m 4,-0.4 c -0.6,0 -0.8,-0.2 -1,-0.6 0,-0.2 0.4,-0.4 0.6,-0.4 0.6,0 1,0.2 1,0.6 0,0.2 -0.4,0.4 -0.6,0.4 z m -73.8,-1 c -0.4,0 -0.6,-0.4 -0.6,-0.6 0,-0.4 0.4,-0.6 1,-0.6 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.4,0.8 -0.8,0.8 z m 76.6,-6 c -0.8,-0.4 -0.4,-0.2 -0.8,-1 V 56 c 0,-0.2 0.8,-0.4 1.8,-0.4 0.8,0 1.2,0 1.2,0.2 l -2,1 z m 15,-0.4 c 0,-0.6 2.6,-1.2 3.6,-1.2 l 0.6,0.2 -1.8,0.8 z m -5.8,-0.6 -0.6,-0.2 1,-0.4 0.4,0.2 0.2,0.2 z m -154.8,160.6 c 0.4,-0.2 0.6,-0.2 0.6,-1 0,-0.6 -0.6,-1.6 -1.2,-1.6 -0.4,0 -0.8,0.4 -0.8,1 0.2,0.8 1,1.6 1.4,1.6 z m 77.2,-9.4 c 6.8,-1.4 8.2,-1.2 13.6,-4 -2.4,0.4 -1.2,0.2 -3.4,0.4 -2.2,0 -4,1.4 -10.6,3.4 z m 15.6,-3.8 c 0.8,0 1,-0.2 1.2,-0.8 -0.2,-0.6 0,-0.4 -0.6,-0.6 -0.6,0 -1.6,0.6 -1.6,1 0.2,0.2 0.6,0.4 1,0.4 z m 3.8,-1.2 c 2.4,-0.4 3.2,-0.8 3.8,-1.4 h -0.4 c -0.8,0 -2.8,0.4 -3.6,1.2 0,0.2 0,0.2 0.2,0.2 z m 5.4,-1 c 0.4,0 0.4,-0.2 0.6,-1 0,-0.2 -0.2,-0.2 -0.2,-0.2 -0.4,0 -0.6,0.2 -0.6,0.6 0,0.4 0,0.6 0.2,0.6 z m -3.2,-1.2 c 0.8,0 2.6,-0.8 2.6,-1 h -0.4 c -1,0 -2.6,0.6 -2.6,1 z m 8.6,-0.4 c 0.6,-0.2 1,-0.2 1,-0.4 -0.6,-0.2 -0.4,-0.2 -1,-0.2 -0.6,0 -1,0.2 -1.2,0.4 v 0.2 z m 3.6,-0.8 c 0.4,0 0.6,-0.2 1,-0.8 l -0.6,-0.2 c -0.2,0 -0.6,0.2 -0.6,0.4 0,0.4 0.2,0.6 0.2,0.6 z m 11.2,-6.6 c 1.4,0 3,-0.4 3.8,-1.8 0,-0.2 -0.2,-0.2 -0.6,-0.2 -1,0 -1.2,1.2 -2.8,1.2 -0.6,0 -1,0.2 -1,0.4 v 0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m -26.8,-50.8 c 1.6,0 2.4,-0.4 3,-1 0,-0.2 -0.2,-0.2 -1,-0.2 -1.4,0 -3.2,0.8 -3.2,1 z m 7.2,-1.4 c 1.8,0 2,-0.4 3.2,-0.8 -2.4,0 -1.4,0 -3.8,0.4 l -1.4,0.4 z m -7.2,-0.4 c 0.4,0 1,-0.2 1.2,-0.8 h -0.6 c -0.6,0.2 -1,0.4 -1,0.6 0,0.2 0.2,0.2 0.4,0.2 z m 20.2,-1.2 c 0.8,0 1.2,-0.2 1.2,-0.2 v -0.2 h -1.8 l -0.4,0.2 c 0,0.2 0.4,0.2 1,0.2 z m 3.2,-0.6 c 0.4,0 0.8,-0.2 0.8,-0.2 l -0.2,-0.2 h -1.4 l -0.2,0.2 c 0.2,0.2 0.4,0.2 1,0.2 z m 4.8,-0.6 c 0.6,0 1,0 1,-0.2 -0.4,-0.2 -1,-0.2 -1.4,-0.2 l -0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m 5,-0.4 c 0.2,0 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 -0.4,0.2 -0.6,0.8 0,0.2 0.2,0.4 0.4,0.4 z m -0.4,-3.2 c 1,0 1.8,-0.2 1.8,-0.8 0,-0.4 -0.6,-0.8 -2,-0.8 -1.2,0 -2,0.4 -2,0.8 0,0.2 0.2,0.4 0.6,0.6 z m 3.4,-1 c 3,-0.4 4.8,-0.6 4.8,-0.8 0,-0.2 -0.8,-0.4 -2.4,-0.4 -2,0 -2.8,0.4 -3,1 z m 6,-0.6 c 0.4,0 0.6,0 0.6,-0.2 0,-0.2 -0.2,-0.4 -0.8,-0.6 -0.2,0 -0.4,0 -0.4,0.2 0,0.4 0.4,0.6 0.6,0.6 z m 2,-0.6 c 0.4,0 0.8,0 0.8,-0.2 -0.2,-0.2 -0.6,-0.2 -1.2,-0.2 l -0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m 4.2,-13.8 c 0.4,0 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.4,0 -0.6,0.2 -0.6,0.6 0,0.2 0.4,0.6 0.6,0.6 z m 10.2,-49 c 1.4,0 2.2,0 2.2,-0.2 l -2.6,-0.2 -2.4,0.2 c 0,0 1,0.2 2.8,0.2 z m 7,-0.6 c 1,0 1.6,0 1.6,-0.2 l -1.6,-0.2 -1.6,0.2 c 0,0 0.6,0.2 1.6,0.2 z m 1.2,-2.8 0.2,-0.8 c 0,-0.2 -0.2,-0.2 -0.8,-0.2 h -2 c -0.8,0 -1.4,-0.2 -1.6,-0.6 0,-0.4 1,-0.4 3.2,-0.4 6.6,0 10.4,0.2 10.4,0.6 0.2,0 -1.2,0.2 -4,0.2 -4.6,0 -4.6,0.6 -5.4,1.2 z m 17.6,-5.2 c 1,0 1.4,0 1.4,-0.2 -1,-0.8 -1.8,-0.8 -2.4,-0.8 -0.6,0 -0.8,0 -0.8,0.4 0,0.4 0.8,0.6 1.8,0.6 z m -7.2,-3.4 c 0.4,0 0.6,0 0.6,-0.2 0,-0.2 -0.4,-0.4 -1.4,-0.8 v 0.4 c 0.2,0.2 0.6,0.6 0.8,0.6 z"/><path d="m 627.40021,234.4 c 0.8,0 2.2,-4.6 2.6,-4.6 0.2,0 0.4,-0.4 0.4,-1 l -0.4,-3 c 0,-0.4 0,-0.6 0.2,-0.6 l 0.8,0.4 -0.2,-0.4 c 0,-1.6 1,-1.8 1.4,-1.8 0.6,0 0.8,0.2 0.8,1.4 0.4,-0.4 0.6,-0.8 1,-0.8 1,0 2.6,3.2 3,3.2 0,-0.6 0.2,-1 0.4,-1 0.2,0 0.4,0.2 0.4,0.6 l -0.2,1.2 c 0,0.8 0.2,1 0.4,1 0.8,0 1.2,-2.2 2,-2.2 l 0.2,0.2 -0.8,1.8 c 0.6,0 1.8,-0.6 1.8,-1.6 l -0.2,-0.8 h 0.4 c 0.2,0 0.6,-1 0.6,-2 0,-1 -0.2,-1.8 -0.4,-1.8 -0.8,0 -0.4,1.6 -0.8,1.6 -1.2,-1.2 -0.6,-0.6 -1.4,-1.8 h -0.2 l 0.2,1.4 c 0,0.4 0,0.4 -0.4,0.4 h -1.2 c -0.8,0 -0.8,0.2 -1.2,0.6 l 0.2,-1.4 c 0,-0.4 0,-0.6 -0.4,-0.6 l -0.6,0.2 c -1.4,0 -1.6,-0.6 -2.6,-0.6 -0.4,0 -0.6,-0.4 -0.6,-1 0,-0.4 0.8,-0.4 0.8,-1.2 0,-0.8 1.8,-3.6 1.8,-5.2 0,-1 -1.2,-1.6 -1.2,-2.2 0,-0.2 0,-0.4 0.2,-0.4 l 0.8,0.8 c 0.4,0 0.2,-0.6 0.6,-0.6 h 0.8 c 0.4,0 0.4,-0.2 0.4,-0.4 0,-0.4 -0.2,-0.6 -0.6,-1.2 0,-0.8 1.4,-2.4 1.4,-3.6 0,-2 1,-1.4 1,-3.2 0,-1.2 0.2,-1.4 0.6,-1.4 l 1,0.2 c 0,-1.4 0.2,-2.2 0.8,-2.2 l 0.2,0.4 c 0,1.6 -1.6,4.2 -1.6,6 0,1.4 -1.4,5.4 -1.4,6.8 0,0.6 0,1 -0.4,1 l -2.4,-1.2 c 0.4,1.4 1.2,0.6 1.2,2.8 0,2 -0.6,4 -0.6,5.2 0,0.2 0,0.2 0.2,0.2 h 0.8 c 0.4,0 0.6,0.2 0.6,0.4 0,0.6 0.2,0.8 0.4,0.8 0.8,0 0.8,-2.4 2,-2.4 l 3.4,0.4 c 1.4,0 1.4,-0.4 1.4,-1.4 0,-0.6 0.8,-0.6 0.8,-1.6 0,-0.2 0,-0.2 0.2,-0.2 h 0.2 c 0.4,0 0.6,0 0.6,-0.2 l -0.4,-1.2 0.2,-0.2 0.8,0.4 0.2,-0.4 c 0,-0.2 -0.2,-0.6 -0.6,-0.8 -0.4,0 -0.8,-1.2 -1,-3.2 0.8,0.8 0.6,0.4 1.2,1.4 l -0.2,-0.6 0.2,-0.2 h 0.8 c 0.8,0 1,-5.4 1.8,-5.4 0.2,0 0.2,0.2 0.2,0.6 0,0.2 0,0.4 0.2,0.4 0.8,-1.2 0.4,-0.4 0.8,-1.8 0,-1 -0.4,-1.8 -0.8,-1.8 l -0.6,0.8 -0.2,-0.2 c 1,-3.8 1.2,-5 2.6,-5 l 0.2,0.2 c 0.6,0 0.6,-4.6 1.6,-5.2 l 0.2,0.2 -0.2,1.6 c 0,0.4 0,0.6 0.2,0.6 0.4,0 1,-2.6 1.6,-4.4 -0.4,0 -1.2,1.6 -1.6,1.6 0,-0.4 0,-0.6 -0.4,-0.6 l -1,0.2 c -0.2,0 -0.2,0 -0.2,-0.2 0,-0.4 1.6,-3.4 1.6,-4.6 0,-1.4 0.8,-2.6 1.2,-2.6 0.2,0 0.2,0.4 0.2,1 0,1.6 -0.2,1.8 -0.6,3.2 l 0.2,0.2 0.4,-0.2 c 0.6,0 1.2,1.6 1.2,2.8 0,2 -1,1.6 -1,2.8 0,4.6 -2.2,5.4 -2.2,8.6 1.4,0 15.8,-40.4 19.4,-47.2 3.8,-8.6 4,-10 7.6,-16.8 2,-4 3,-8.2 4.6,-9.8 0.4,-0.6 0.6,-1.4 0.6,-1.8 v -0.8 c 0,-0.6 1.2,-0.6 2.8,-4.2 1.4,-2.8 1.6,-3.6 1.6,-4.2 -0.4,0 -0.8,0.8 -2,2.2 0.6,-2.2 0.8,-3 1.8,-3 l 1,0.2 c 0.2,0 0.4,-0.2 0.4,-0.4 0,-3.8 7.6,-13 7.6,-16.6 0,-1.4 1.2,-0.8 1.2,-1.8 l 0.2,-0.4 c -1.4,0 -2,2.4 -2.6,2.4 -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.6,-0.6 1.2,-1.2 -0.6,-0.4 -1.2,-0.6 -1.2,-1.2 0,-0.2 0,-0.2 0.2,-0.2 l 1.4,0.8 0.2,-0.2 -0.2,-1.4 c 0,-1.8 2.4,-4.8 2.4,-5.6 0,-1.2 1.2,-1.2 2.2,-4.4 1.4,-3.6 2.6,-6 2.6,-6.8 0.2,-1 0.4,-1 9.8,-2.4 6.8,-1 20.6,-2.6 45.8,-5 5.6,-0.4 10.4,-1.2 10.4,-1.4 0.2,-0.2 0.8,-0.2 1.4,-0.2 l 0.6,0.2 c 0.2,0 0.2,0 0.2,-0.2 0,-0.4 0,-0.6 -3.4,-0.6 l -17.6,0.6 c -4.6,0 -5.8,-0.4 -6,-1 0,-0.6 0.2,-1 0.8,-1 0.6,0 0.6,1 1.2,1 l 1,-0.2 c 0.6,0 0.4,0.8 1,0.8 0.4,0 0.6,-0.4 0.6,-1.2 0,-1 0.4,-1 4,-1 8.8,0 12.6,-0.6 14.4,-1.4 -0.8,-0.8 -1.4,-1 -2.6,-1 -1,0 -0.8,0.8 -1.4,0.8 -1,-0.2 -0.6,0 -1.2,-0.8 0,-0.6 7.2,-0.6 7.6,-1.6 0.4,-0.8 2.4,-0.8 2.4,-1.2 0,-0.2 0.2,-0.4 0.4,-0.4 l 1.4,0.2 c 0.2,0 0.4,0 0.4,-0.2 -0.4,-0.8 -0.6,-1.4 -1.6,-1.4 -1,0 -1,-1.8 -3.8,-1.8 -1,0 -1.8,-0.2 -1.8,-0.2 0.4,-0.4 1,-0.6 1,-1.2 0,-1 2.2,-1.2 6.2,-2.4 0,-0.6 -2.4,-0.4 -2.4,-0.8 0,-0.4 -0.2,-0.8 -1,-0.8 -0.6,0 -0.6,0.4 -1,0.8 -0.4,-0.2 -0.6,-0.2 -0.6,-0.6 0.4,-0.8 0.8,-0.6 0.8,-1.4 0,-0.6 -0.4,-1.4 -1,-1.4 l -0.8,0.2 c -0.8,-0.4 -1.2,-0.4 -1.2,-1 0,-0.8 1.2,-1.6 3.4,-2 1.2,-0.2 1.8,-0.2 1.8,-0.6 -0.6,-1 -1.4,-1.4 -1.4,-2 0,-0.4 -10.6,-2 -17.4,-2.6 -9.2,-0.6 -23.2,-1 -35.2,-1 -7.2,0 -13.6,0.2 -18.2,0.4 -36.4,2.4 -45.4,4.4 -63.6,7.8 -8.6,1.8 -8,3.2 -8.4,10.4 0,3.2 2.8,2 2.8,3.4 0,1.8 1,2.6 3.8,2.6 l 4.8,-0.4 c 1,0 1.4,0.2 1.4,0.4 0,0.4 -0.4,0.6 -0.8,0.6 -2.4,0 -3,0.6 -3,1.4 0,0.6 -1.2,0.8 -1.2,1.6 l -0.2,0.2 -1.2,-0.2 c -0.2,0 -0.4,0 -0.4,0.2 0.4,1.4 0.6,2 1,2 0.4,0 0.4,-1 1,-1 0.8,0 1.4,1.6 1.4,3.6 0,1 2.2,1 2.2,1.4 0,0.4 0.8,0.6 1.8,0.6 l 3.2,0.2 c 2.2,0 10.4,-0.6 11.2,-1 0.4,-0.4 8.4,-0.6 11.8,-1.8 l 2.6,-0.4 0.4,0.2 c -0.6,0.8 -1,1.4 -1.8,1.4 h -1 c -2.4,0 -6.8,1.6 -8.6,1.6 -1.2,0 -1,0.8 -2.6,0.8 l -3.8,0.4 c -2.6,0 -1.8,-0.6 -3.4,-0.6 -2.4,0 -6.6,1.4 -6.6,2.4 0.4,0.4 0.8,0.4 0.8,0.8 -1.6,0 -1.8,0.4 -2.2,2 0,0.4 0.2,0.6 0.4,0.6 h 0.4 l 0.2,0.4 -0.2,1 c 0,1.2 1.4,1 4.4,1.2 4.8,0 14.6,-1 18,-2 h 0.4 c 0.2,0 0.4,0 0.4,0.2 -0.6,2.6 -5,10.8 -5.8,14.2 0,0.4 -1.2,3.2 -2.6,6.4 -3.2,7 -11.4,28.4 -11.4,32.8 0,1 -1.4,2.8 -1.4,4.4 0,1.8 -1.8,2 -1.8,4.2 0,2 -1.6,4.2 -1.6,5 0,0.6 -0.4,1.8 -0.8,2.8 -3.6,11.2 -5.4,16.4 -6,19.6 -0.6,4 -1.4,2.8 -1.4,3.4 0,2.2 -8.6,31.4 -8.6,33.8 0,0.4 -1.2,5 -1.2,7.8 0,2.2 -1.2,3.4 -1.2,6.4 0,4 2.8,4.6 2.8,5.2 0,0.4 0.2,0.6 0.4,0.6 z m 4.6,-15.2 c -0.2,0 -0.2,-0.4 -0.2,-0.8 0,-0.4 0,-0.6 0.2,-0.6 l 0.2,0.2 c 0,0.4 0,1 -0.2,1.2 z m 13.4,-1.8 c -0.4,0 -0.8,-0.6 -0.8,-1.2 l 0.2,-0.4 c 0.8,0.6 0.4,0.4 0.8,1.2 z m 1,-5.8 c -0.2,0 -0.2,0 -0.2,-0.4 0,-0.4 0.4,-0.8 0.6,-1 h 0.4 c -0.2,1 -0.6,1.4 -0.8,1.4 z m -4.6,-11 c -0.2,0 -0.6,-0.4 -0.6,-1.2 0,-0.8 0.2,-1 0.8,-1.4 0.2,0 0.2,0.4 0.2,1.2 0,1 -0.2,1.4 -0.4,1.4 z m 0.8,-3.4 c -0.2,0 -0.4,-0.4 -0.4,-1.2 0,-1.4 1.2,-3.8 1.8,-3.8 l 0.2,0.6 c -0.6,2.8 -1,4.4 -1.6,4.4 z m 14,-4.6 c -0.2,0 -0.6,-0.6 -0.6,-1 l -0.2,-3 c 0,-3 0.8,-2 0.8,-2.6 v -0.2 c 0,-0.2 0.4,-0.6 1,-0.6 l 0.2,0.2 -0.4,1.4 c 0,0.8 1.4,0.4 1.4,1 l -0.4,1.6 -1.6,-0.2 c -0.4,0 -0.6,0.2 -0.6,0.8 v 0.8 c 0.6,-0.6 0.6,-0.8 1,-0.8 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -0.8,0.2 -0.8,0.8 l 0.2,0.4 c 0,0.6 0,1 -0.4,1 z m -12.4,-3.2 -0.2,-0.2 c 0,-0.4 1,-2.2 1.6,-2.2 l 0.2,0.4 c 0,0.4 -0.2,1 -0.8,1.4 z m 14.6,-2.6 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0,-0.8 1,-3.2 1.4,-3.2 0.2,0 0.4,-0.2 0.4,-0.4 l -0.4,-1.2 c 0.8,0.2 1,0.4 1,1.4 0,1.4 -1.4,1.8 -1.4,2.4 l 0.2,0.8 c 0,0.4 -0.2,0.6 -0.6,0.6 z m -12.6,-0.8 c -0.4,0 -0.6,-0.4 -0.6,-1.4 0,-1 1,-1.2 1,-1.6 l -0.6,-1.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 0.6,0.2 0.8,0.2 0.8,2 0,1.4 -0.6,3 -1.2,3 z m 10.8,-3 -0.2,-0.2 c 0.2,-2 0.8,-3.4 0.8,-3.4 h 0.2 c 0.4,0 1.6,0.6 1.6,1 0,0.2 -0.2,0.4 -0.4,0.4 h -0.2 c -0.2,0 -0.8,0.4 -1.2,1.2 z m 3.8,-2 c -0.4,0 -0.6,-0.4 -0.6,-0.6 0,-0.2 0.2,-0.4 0.4,-0.4 0.6,0.2 0.4,0.2 0.8,0.6 0,0.2 -0.4,0.4 -0.6,0.4 z m -13.2,-0.8 c -0.4,0 -0.8,-0.2 -0.8,-0.6 0,-0.2 0.2,-0.4 0.6,-0.4 0.6,0.4 0.6,0 0.8,0.6 0,0.2 -0.2,0.4 -0.6,0.4 z m 11.8,-1 c -0.8,0 -1.2,-0.2 -1.2,-0.8 0,-0.6 0.6,-1.6 0.6,-2.4 v -0.6 c 0,-0.2 0.2,-0.4 0.4,-0.6 2.2,-2.2 5.6,-19.4 9,-20.4 l -0.2,0.6 c 0.4,0.8 0.2,0.4 0.8,1.2 l -0.2,0.2 -0.8,-0.2 c -1,0 -1,1 -1.2,3.2 l 0.2,1.4 c 0,0.2 -0.2,0.4 -0.4,0.4 -0.8,0 -1.6,1.6 -1.6,3 l 0.4,1.2 -0.2,0.2 h -0.4 c -0.8,0 -2,5 -2.8,5.4 -1.8,3.8 -1,2 -1.8,6.8 0,0.8 -0.2,1.4 -0.6,1.4 z m -11,-1.2 c -0.2,0 -0.2,-0.2 -0.2,-0.4 l 0.4,-1.6 0.2,-0.2 c 0.4,0.2 0.6,0.2 0.6,1 0,0.6 -0.4,1.2 -1,1.2 z m 13.6,0 c -0.2,0 -0.4,-0.2 -0.4,-0.4 l 0.4,-2 c 0,-0.2 0.2,-0.4 0.6,-0.4 l 0.4,0.2 -0.8,1.8 0.2,0.6 z m -11.8,-3 c -1.2,-0.4 -1.6,-0.8 -1.6,-1 h 0.6 c 0.6,0 1.2,0.2 1.2,0.6 0,0.2 0,0.4 -0.2,0.4 z m -0.2,-2.2 c -0.2,0 -0.2,-0.2 -0.2,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.2,0 0.2,0.2 0,0.8 -0.2,1 -0.6,1 z m 14.4,-1.4 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0.2,-0.8 0.2,-1.6 0.6,-1.6 0.2,0 0.2,0.2 0.2,0.6 0,0.6 -0.2,1.2 -0.4,1.4 z m -12.6,-1 c -0.6,0 -0.8,-0.4 -0.8,-1 0,-0.4 0,-0.8 0.4,-1 0.2,0 0.6,0.4 0.8,1.4 0,0.4 -0.2,0.6 -0.4,0.6 z m 2,-6 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-0.6 0.2,-0.8 0.4,-0.8 0.4,0 0.6,0.2 0.6,0.4 0,0.4 -0.2,0.8 -0.6,1 z m 2.4,-5 c -0.4,0 -0.6,-0.4 -0.6,-0.8 0,-0.6 0,-1 0.2,-1 0,0 0.4,0.6 0.6,1.4 0,0.2 0,0.4 -0.2,0.4 z m 2,-3.4 c -0.2,0 -0.4,-0.4 -0.4,-0.6 0,-0.4 0.4,-0.6 0.6,-0.6 0.2,0 0.4,0.2 0.4,0.4 v 0.2 z m 10.8,-5.4 v -0.2 c 0,-0.6 0.4,-1.2 1.4,-2.4 0.2,0 0.2,0.2 0.2,0.6 0,0.4 -0.4,1.2 -0.8,1.6 z m 2.2,-4.6 c -0.4,0 -0.4,0 -0.4,-0.2 0,-0.4 0.4,-0.8 1.4,-1.8 0.2,0 0.2,0 0.2,0.2 -0.4,1 -0.6,1.8 -1.2,1.8 z m 2.4,-4.8 h -0.2 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.6 0.4,-0.8 1,-1.2 l 0.2,0.4 c 0,0.4 -0.4,0.8 -0.6,1 z m 0.8,-2.2 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0,-1.8 1,-2.6 2.2,-4 -0.4,1.6 -0.6,2.8 -1.4,4 z m 18.4,-26 -0.2,-0.4 c 0.6,-1.4 1,-2.6 1.4,-2.6 0.2,0 0.4,0.2 0.4,0.4 0,0.6 -1.2,2.6 -1.6,2.6 z m 1.8,-3.6 c 0.2,-0.8 0.4,-1.4 0.8,-1.4 h 0.2 c 0,0.2 0,0.6 -0.4,1 z m 1.6,-4 c -0.4,0 -0.6,-0.4 -0.6,-0.8 0,-0.4 0.2,-0.6 0.4,-0.6 0.6,0 0.8,0.4 0.8,0.8 0,0.4 -0.2,0.6 -0.6,0.6 z m -48.8,-17.4 c -1,0 -1.8,-0.2 -1.8,-0.6 0,-0.2 0.2,-0.2 0.6,-0.2 h 0.8 c 1,0 0.6,-0.8 1.2,-0.8 0.6,0 1,0.4 1,0.8 0,0.4 -0.8,0.8 -1.8,0.8 z m 7.2,-0.4 c -1.2,0 -2.2,0 -2.2,-0.2 v -0.2 c 0,-0.6 -2.6,-0.2 -2.6,-1 0,-0.2 0.2,-0.2 0.4,-0.2 l 1,0.2 c 0.2,0 0.2,0 0.2,-0.2 l -0.4,-0.8 c 1.4,0.6 0.8,1.2 7.6,1.2 3.6,0 5.4,0 5.4,0.4 l -1.6,0.4 c -1.8,0.2 -5.4,0.4 -7.8,0.4 z m 57.8,-9.4 c -0.6,0 -1,-0.2 -1,-0.4 l 1.8,-0.6 c 0.2,0 0.4,0.2 0.4,0.4 0,0.2 -0.4,0.6 -1.2,0.6 z m 3.4,-0.8 -0.2,-0.2 c 0.8,-0.6 2,-0.8 3.4,-0.8 h 0.4 v 0.2 l -2.2,0.6 z m 10,-1 -1.6,-0.2 c 1.4,-0.6 1.8,-0.8 2.8,-0.8 h 0.8 c 0.6,0 0.4,-0.2 0.6,-0.6 l 0.6,0.4 c 0,0.4 -1,1.2 -3.2,1.2 z m 7.4,-0.6 c -0.6,0 -0.8,-0.2 -0.8,-0.4 l 0.2,-0.4 c 0,-0.2 -0.4,-0.4 -1,-0.4 h -1.4 c 4.2,-1.2 2.4,-2.2 5.8,-2.2 -2,0.4 -3,0.8 -3,1 0.4,0 0.6,0.2 0.6,0.4 v 0.6 c 0,0.4 0.2,0.4 0.8,0.4 2,0 2.8,-0.2 2.8,-0.6 l -0.6,-1.4 c 0,-0.4 0.6,-0.6 2.2,-0.6 1.4,0 1.4,0.2 1.8,0.4 1.8,-0.6 2.6,-0.8 4.2,-0.8 0.8,0 1.4,0 1.4,0.4 0,0.8 -1.6,0.8 -3.8,1.4 0,0.4 0.8,0.4 2.4,1 -2.6,0 -2.8,-1 -4.2,-1 l -1.8,0.4 c -0.4,0 -1,1.2 -4,1.6 z m -24.8,-1.4 c -0.8,0 -1.2,-0.2 -1.2,-0.6 0,-1.6 2.8,-1.8 10.2,-2 0,0.4 -1.6,1.4 -2.4,1.4 l -0.6,-0.2 c -0.8,0 -0.6,0.4 -1.4,1 -0.4,0 -0.4,-0.8 -0.8,-0.8 -0.8,0 -2.8,1.2 -3.8,1.2 z m 11.6,0.2 c -0.6,0 -0.8,0 -0.8,-0.4 1.8,-4 1.8,-3 8,-3.6 h 1 c -1.2,0.8 -1.6,1.2 -4,1.2 -1,0 -1.4,0 -1.4,0.2 0.4,0.6 0.6,0.6 0.6,0.8 -0.6,0 -1,0 -1,0.2 l 0.8,0.8 c 0,0.2 -0.4,0.2 -1,0.4 z m 8.4,-1.2 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.4,-0.2 h 0.2 c 0.4,0 0.6,0 0.8,0.2 z m 2.2,-2.4 c -0.8,0 -1.4,0 -1.4,-0.2 1,-0.6 2.2,-0.8 4.2,-0.8 1.4,0 2,0 2,0.2 -1.6,0.8 -2.8,0.8 -4.8,0.8 z m 8.8,-0.4 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0.2,-0.6 0.4,-0.8 1.2,-0.8 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.6,0.8 -1.2,0.8 z m 7.4,-0.4 c -2,0 -4.2,-0.4 -4.2,-0.6 3.8,-0.2 4.6,-0.2 6.6,-0.6 0.8,0.4 0.6,0 0.8,0.6 0,0.2 -0.2,0.4 -0.4,0.4 z m 9,0.2 c -0.2,0 -0.8,-0.4 -2,-1.4 0,-0.2 0.2,-0.2 0.6,-0.2 0.6,0 1,0.4 1.2,0.8 z m -4,-0.4 c -0.4,0 -0.6,-0.4 -0.8,-1 l 0.4,-0.2 c 0.4,0 0.6,0.2 0.6,0.6 0,0.4 -0.2,0.6 -0.2,0.6 z m 6.6,-0.4 -1.2,-0.2 -0.4,-0.4 c 0,-0.2 0.2,-0.2 1,-0.2 3.2,-0.2 1.6,0 5,-0.4 0.2,0 0.2,0 0.2,0.2 l -0.2,0.2 c -1.6,0.6 -3.2,0.8 -4.4,0.8 z m -12.6,-8.4 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.4,-0.2 h 0.2 c 0.4,0 0.6,0 0.8,0.2 z m -107.8,172.4 c 1.2,-1.8 1.6,-3.2 1.6,-3.2 l -0.2,-0.2 c -0.4,0 -0.6,0.6 -1,1.8 z m -1.4,-2 c 0.8,0 1.4,-0.6 1.6,-1.4 l -0.4,-0.2 c -1.6,0.2 -2.6,0.4 -2.6,1 0,0.2 0.4,0.4 1,0.6 z m -2.6,-0.8 c 0.4,0 0.6,-0.2 0.6,-0.4 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.2,0 -0.6,0.2 -0.6,0.6 0,0.2 0.4,0.4 0.6,0.4 z m 15.4,-13.6 c 0.4,0 0.6,-1 1.6,-2.8 l -0.2,-0.2 c -1,1 -1.6,1.6 -1.6,2.8 0,0.2 0,0.2 0.2,0.2 z m 51,-117.2 c 0.4,0 0.8,0 0.8,-0.2 v -0.2 c 0,-1 3.6,-7.4 3.6,-8.4 l -0.2,-0.6 c 0.8,-1.6 1.4,-2 2.8,-5.2 0,-0.2 -0.2,-0.2 -0.4,-0.2 h -1.2 l 0.4,0.4 c 0,1 -3,4.6 -3,6.2 0,1.4 -2.2,5 -3,5 h -0.4 l 0.2,0.8 -0.4,2 c 0,0.4 0.2,0.4 0.8,0.4 z m 6.6,-15.6 c 0.4,0 0.8,-0.2 0.8,-0.6 -0.2,-0.2 -0.6,-0.6 -0.8,-0.6 -0.6,0 -0.8,0.4 -0.8,0.8 0,0.2 0.4,0.4 0.8,0.4 z"/><path d="m 800.60029,242.6 c 2,0 0.6,-3.6 2.6,-4.8 1.4,-0.8 1.2,-2.8 2,-2.8 0.2,0 0.4,-0.2 0.4,-0.6 l -0.2,-1.6 c 0,-1.4 1.4,-3 1.4,-4.2 0,-0.4 0.2,-0.6 0.8,-0.6 1.4,0 2,0 2,0.6 l -0.8,3.6 c 0,0.6 0.2,0.8 0.8,0.8 h 0.6 c 0.6,0 1,0.6 1,1.8 0,2.2 -0.4,3 -1,6.6 0.4,0 1.6,-2.8 1.6,-3.8 l -0.2,-0.8 c 1.2,0.4 1,2.2 1.4,2.2 0.8,0 1.8,-5.4 2.8,-5.4 0.4,-0.2 0.6,-0.4 0.6,-0.6 0,-0.6 0.2,-2 2.4,-6 l -0.2,2.4 c 0,0.2 0,0.2 0.2,0.2 0.8,-0.8 1,-1.6 1.8,-1.6 0.6,0 1,-0.8 1,-1.6 V 226 c -0.2,-1 0,-0.6 -0.4,-1.2 0.8,0 2,-0.8 2,-2.8 l -0.2,-0.8 0.8,0.4 c 0.2,0 0.2,0 0.2,-0.2 l -0.2,-1.2 c 1.2,0 2.6,-2.6 3,-8 l 0.2,-0.2 0.8,0.4 -0.2,-1.4 c 0,-0.8 0.2,-1.2 0.6,-1.2 l 1.2,0.6 c 0,-2 10.8,-28.6 11.8,-28.6 h 0.2 c 0.2,0 0.2,0 0.2,-0.2 l -0.2,-1 0.8,0.2 -0.2,-1.4 c 0,-2.6 1.4,-4.6 2.6,-4.6 l -0.4,-1.2 c 0.6,0 1,0.2 1,1.2 0,1.4 -2,2.2 -2,3 0,0.6 -0.8,0.2 -0.8,1.2 l 0.2,1.2 c 0,1.4 -0.4,3.2 -1,3.2 h -0.4 l -0.2,0.2 0.2,1 c 0,0.2 0,0.2 -0.2,0.2 l -0.4,-0.2 -0.2,0.2 0.4,1.6 -0.2,0.2 -1,-0.4 0.2,0.8 c -7.6,19.2 -8.6,21.4 -9.2,21.4 l -0.2,0.2 0.8,1.4 c -0.6,0.2 -1,0.4 -1.6,2.2 -0.2,1.2 -0.8,3.2 -1.4,4.6 -3.2,6.6 -5,11.6 -5,12.2 0.6,0 6,-11.2 21,-46.8 10.6,-25.6 5.6,-14 17,-39 1.2,-2.2 2.4,-4.2 2.6,-4.2 0.4,0 0.6,-0.2 0.6,-0.6 l -0.2,-0.4 -0.6,0.2 V 138 c 0,-2 2.6,-1.6 2.6,-2 -0.8,-1 -1.2,-1.2 -1.2,-2 0,-0.8 1.8,-2 1.8,-3.4 0,-1 1.8,-3 1.8,-3.8 l -0.8,-1.4 c 0,-0.6 0.8,-1.4 1.6,-1.4 0.8,0 1.8,-2.4 1.8,-4 v -1.2 c 0,-0.4 0.2,-0.6 0.4,-0.6 1.2,0 4,-4.8 4,-6.2 0,-0.6 0,-0.4 -0.4,-0.6 -0.4,0 -1,0.4 -1,1 0,0.2 0.2,0.2 0.4,0.2 l 0.6,-0.2 c 0,0.6 -0.2,0.8 -0.6,0.8 -0.8,-0.4 -1.2,-0.4 -1.2,-1 0,-0.6 0.6,-1.4 2.4,-3 2.2,-2.4 4.6,-6.4 4.6,-7.8 0,-0.6 0.2,-1.2 0.4,-1.4 1.8,-2.6 2.8,-3.6 2.8,-5 0,-0.2 -0.2,-0.4 -0.4,-0.4 -0.4,0 -0.6,0.2 -1.4,0.6 -0.2,0 -0.2,0 -0.2,-0.4 0,-1 0,-1.4 0.6,-1.4 l 2,0.6 c 0.2,0 0.2,-1.4 0.6,-1.4 0.2,0 0.4,-0.2 0.4,-0.4 0,-1 1.6,-3.6 1.6,-4.8 V 87 c 0,-0.4 0.2,-1 0.6,-1.4 1.2,-1.2 4.2,-9.4 4.2,-10.8 0,-0.4 -0.4,0 -0.4,-1 l 0.2,-2.4 c -2.4,5.8 -3.2,8.8 -3.6,8.8 0,-0.8 0.2,-1.8 1,-3.6 1.4,-4.4 2.2,-8.8 2.2,-11 0,-0.8 0,-1.2 0.4,-1.2 0.2,0 0.6,0 0.6,-0.4 0,-0.2 -0.2,-0.4 -0.6,-0.4 l -1.6,0.2 c -0.6,0 -0.8,-0.2 -0.8,-0.6 0,-1 2.6,-3 2.6,-3.6 v -0.2 l -0.8,0.4 -0.2,-0.2 0.4,-1.4 c 0,-0.2 -0.2,-0.2 -0.4,-0.2 l -1,0.2 c 1,-1 1.6,-1.2 1.6,-1.6 -1,0 -1.4,0 -1.4,-0.4 0.2,-0.4 0.4,-0.6 0.6,-0.6 h 0.2 c 0.2,0 0.4,-0.6 0.4,-1.2 v -1.2 c -0.6,0.6 -1.2,1 -2.2,1 -1.2,0 -1.4,-0.4 -1.8,-1.4 0,-1 0.6,-1.4 1.6,-3 -2.2,1.8 -3.2,2.6 -4,2.6 l -0.2,-0.2 c 1,-1.2 1.4,-1.6 1.4,-2.2 l -0.2,-0.4 c -0.6,0 -0.8,0.4 -1.8,1 l -0.2,-0.2 c 0,-0.4 1.8,-2.2 1.8,-2.8 -0.4,-0.4 -0.2,-0.2 -0.4,-0.6 0,-0.6 0.2,-0.6 0.6,-1.4 -0.6,-0.8 -0.4,-0.4 -0.6,-1.2 l 0.4,-3 c 0,-0.4 0,-0.4 -0.4,-0.4 -1,0 -1.8,0.4 -2.8,0.4 -0.8,0 -7,4.2 -8.2,4.2 -2.4,0 -3.8,4.2 -12.2,21.8 0,0.8 -4.4,8.4 -4.4,9.6 0,0.4 -0.4,1.2 -1,1.6 -1,0.8 -3,5.4 -3,6.6 0,0.6 -1.2,0.4 -2.2,4 -1,3.6 -4.8,9.6 -4.8,10.8 -1.4,2.8 -2.4,4 -3,6 -3.2,7.8 -4,8.6 -10,22.8 -3.6,0.6 -7.8,0.8 -29.2,0.8 -6.4,0 -11.6,0 -11.6,-0.2 0,-1 16.4,-31.8 16.4,-33.2 0,-1 2.4,-3 2.4,-4 0,-0.4 -1.4,-0.4 -1.4,-1 0.6,-1.2 1.2,-1.6 2,-1.6 0.6,0 4,-6.2 4,-7.6 v -0.2 c 0,-0.4 0.8,-1.6 1.6,-2.8 2,-3 3.8,-8 3.8,-9.6 l -0.6,-1 c 0.4,-0.6 0.6,-0.8 0.6,-1.8 0,-1.6 -1.6,-4 -2,-4 -0.2,0.4 -0.2,0.8 -0.8,0.8 l -0.6,-0.2 -1.4,0.8 -0.2,-0.2 c 2.8,-6.4 2.2,-5.4 3.2,-8.8 0,-0.6 -0.2,-0.8 -0.6,-1.2 l -0.2,0.2 0.4,1.8 h -0.2 c -0.6,-0.8 -0.8,-1.4 -1.2,-1.4 h -0.4 l -0.2,-0.6 0.2,-2.2 c 0,-0.4 0,-0.6 -0.2,-0.6 -2,1 -2.8,3.4 -3.4,3.4 -0.8,-0.4 -1.2,-0.6 -1.2,-1.2 l 0.6,-1 -0.2,-0.4 c -0.6,0 -1,0.4 -1.6,1 l 1,-2.4 c 0,-0.2 -0.2,-0.2 -0.2,-0.2 -1.2,0.6 -0.8,0.2 -1.6,1 0.8,-1.4 0.4,-4.6 1.2,-6 h -0.8 l -0.4,0.2 c -0.2,0 -0.4,-0.2 -0.4,-0.4 l 0.4,-2.2 c 0,-0.6 -0.2,-0.6 -0.6,-0.6 -1.8,0.2 -5.2,2.6 -5.2,3.8 v 0.4 c -0.6,-0.6 -0.8,-1 -1.4,-1 l -7.6,5.2 -6.4,4.4 -11.4,23.8 -24,53.8 c -0.8,0 -1.8,1.4 -2.8,1.4 -0.8,0 -2.8,2 -3.8,2 -0.4,0 -1.2,0.2 -2.2,0.6 -0.8,0.6 -1,1.6 -1,2.6 0,1.2 1.6,1 1.6,1.4 -1.2,1 -2,1 -2,2.2 0,1.6 1.2,2.6 3.4,4.6 l -24.4,71.4 c 0,1.4 2.2,3.2 3.6,3.2 1,0 2.2,-3 2.2,-5 0,-0.8 0.2,-1.4 0.6,-1.4 0.2,0 0.4,0.4 0.4,1.2 l -0.4,3.6 c 0,0.6 0.2,0.8 0.4,0.8 0.4,0 0.8,-0.6 0.8,-1.8 0,-1.4 0.4,-1.2 1,-1.6 V 217 c 0,-0.6 0.2,-1.2 0.6,-1.2 l 0.2,0.2 c 0.2,0 0.2,-0.2 0.2,-0.6 l -0.4,-1.8 c 0,-0.6 0.4,-0.8 1.4,-0.8 0.8,0 1.8,0.4 2.4,0.8 0.8,0.8 1.8,1 2,2 0,0.8 -0.2,1.2 -0.6,1.2 -0.4,-0.8 -0.6,-1 -1,-1 v 0.4 c -0.2,0 -0.4,-0.2 -1,-0.8 -0.4,0.8 -0.4,0.4 -0.4,1.2 0,0.4 0,0.6 0.2,0.6 0.4,0 0.2,1.2 1,1.2 l 0.4,-0.2 c 0.4,0 0.4,0.4 0.4,1.2 v 1.2 c 0,0.2 0,0.2 0.2,0.2 0.4,0 0.6,-1.2 1.4,-2.6 0,1.8 0.6,3.8 1,3.8 0.2,0 0.2,-0.8 0.6,-0.8 1.4,0 4.2,-3.6 4.2,-6.6 v -0.2 c 0,-1.8 1,-1.2 1,-2.4 0,-1.6 1,-2 1,-2.4 0,-1 0.8,-1.4 2.6,-1.4 1.2,0 1,1 2,1 0.4,0 0.6,-0.2 0.6,-0.6 l -0.2,-0.4 c 0,-0.8 0.8,-1.8 1.4,-1.8 0.4,0 0.8,-0.2 0.8,-0.6 l -0.2,-0.4 -0.6,0.2 V 205 l 0.4,-0.6 c 0.2,0 0.2,0.4 0.8,0.8 0.2,0 0,-1.6 1.2,-3.2 0.6,-0.8 0.8,-1.2 0.8,-1.6 0,-0.8 -0.4,-0.6 -0.8,-1.6 l 0.8,0.2 c 0.6,0 1.2,-0.8 1.2,-1.8 -0.4,-0.8 -0.8,-1 -0.8,-1.2 l 0.8,0.2 c 1.2,0 2,-3 2.4,-3 0,0.6 -2,5.4 -5.2,12.4 -3.4,7.6 -6.4,14.8 -6.4,17.6 0,0.2 0,0.2 0.2,0.2 0.6,-0.2 4.8,-9.4 7.8,-16.4 4.8,-11.8 23.6,-51.6 24.6,-51.6 5,-0.4 5.2,0 8.4,-3.2 -1.8,1.4 -2.4,2.2 -3.2,2.2 -0.6,-0.4 -1,-0.8 -2,-0.8 h -1.4 c -0.8,0 -1.2,0 -1.2,-0.4 0.4,-1 1,-0.6 3,-1 -1.4,-0.4 -2.2,-0.4 -2.2,-1 0.4,-1 0.2,-0.6 0.8,-1 0.4,0 0.4,0.4 1.2,0.8 l 1.2,-0.2 c 1,0 1.2,0.2 1.6,1 v -1.2 c 0,-0.2 0.2,-0.4 0.4,-0.4 l 1.4,0.8 1,-0.4 0.2,0.2 -0.4,0.8 0.2,0.2 c 1,0 1.2,-1.8 2,-1.8 l 0.4,0.2 -0.8,1.2 c 0,0.4 0.4,0.6 0.8,0.6 0.8,0 1,-1.8 1.6,-1.8 1,0.4 1,0.6 2,0.6 1,0 1,-0.2 2.2,-0.6 l -0.2,0.8 c 1,-0.8 2,-1.2 2.6,-1.2 h 0.4 c 0.6,0 1,-0.2 2,-0.8 l -0.4,0.8 c 0,0.4 1.6,0.4 1.6,1 v 0.4 c 0.2,0 0.2,-0.8 1.2,-0.8 l 1,0.2 -0.4,-1 0.2,-0.2 c 0.4,0 0.8,0.6 1.8,1.2 0,0 0.2,-0.2 0.2,-0.4 0,-0.2 -0.2,-0.6 -0.2,-1 0,-0.4 0.2,-0.8 0.6,-0.8 0.8,0 1.6,0.4 3.4,0.8 1,0 1.6,-1.2 2.2,-1.2 0.8,0.4 4,0.6 4.2,1 0,0.4 0,0.2 0.4,0.4 1.4,0 1.2,-2.2 2.4,-2.2 0.2,0 0.4,0.2 0.4,0.4 l -0.2,0.6 c 1,0 1.4,-0.8 3.6,-0.8 0.6,0 0.8,0 0.8,0.2 l -0.2,0.8 0.8,1.2 c 0,0.6 -2,2.4 -2.4,4 -0.4,1.8 -1.8,3.6 -1.8,4.4 0,1.8 -3.2,7.8 -7.4,20.8 -2,6.6 -11,27.8 -11,28.8 0,0.6 0.2,0.6 0.6,1.2 0,0.6 -1.8,1.2 -3.6,10 l -2.2,10.4 c -0.4,1.6 -0.6,4.2 -0.6,6.4 0.2,4.4 0.4,5.2 1.2,5.6 0.2,0 0.4,-0.4 0.4,-1 v -0.6 c 0,-0.2 0.2,-0.4 0.6,-0.4 0.2,0 0.4,0.2 0.4,0.6 l -0.4,2.2 c 0,0.6 0.4,0.6 1,0.6 z m -59,-25.2 c 0,0 -0.2,-0.2 -0.2,-0.6 0,-0.2 0.2,-0.6 0.6,-0.6 l 0.2,0.2 c -0.2,0.6 -0.4,1 -0.6,1 z m -12.4,-3 c 0,0 -0.2,-0.2 -0.2,-0.8 0,-1.2 0.4,-1.6 1,-1.6 0.2,0 0.2,0.2 0.2,0.4 0,0.4 -0.2,1 -0.6,1.6 z m 5,-2.2 c -0.4,0 -0.4,-1.6 -1,-3 0,-0.2 0,-0.2 0.2,-0.2 l 1.4,0.2 c 0.4,0 0.4,0 0.4,-0.2 l -0.2,-1.8 c 0,-1 0.4,-1.6 1,-1.6 h 1 l -0.8,-1.4 c 0,-0.8 0.4,-1.4 1.2,-2.8 l -0.2,-0.4 c 0.4,-1 1,-1 1,-2.8 0,-1.6 1.6,-3.2 1.6,-5 v -0.4 c 0,-0.4 0.2,-0.6 0.4,-0.6 l 0.6,0.2 V 192 l -0.2,-1 c 0,-2.2 0.8,-2.2 0.8,-3.2 0,-1 0.6,-1.4 1.6,-1.6 v 0.2 c -0.6,0.6 -0.8,1 -0.8,1.8 v 1.2 c 0,1.8 -2,5.4 -2,6.2 v 0.6 c 0,1.2 -1.8,4.4 -1.8,6.8 v 0.8 c 0,1.8 -0.8,1.6 -1.6,4.4 -0.4,2 -0.8,3 -1.2,3 l -0.6,-0.6 c -0.2,0 0,1.6 -0.8,1.6 z m 75.4,15.2 c -1.2,0 -2,-0.4 -2,-0.8 l 0.4,-0.6 c 0.4,0 0.4,0.2 0.8,0.6 v -0.2 l -0.2,-2.4 c 0,-0.2 0,-0.4 0.2,-0.4 l 1,0.4 c 0.2,0 0.4,-0.2 0.4,-0.4 l -0.4,-1.4 c 0,-0.8 0.8,-1 0.8,-2.6 0,-1.6 1.8,-5 1.8,-5.8 v -0.2 c 0,-0.4 0.4,-0.6 1,-0.6 0.8,0 1.2,0.4 1.2,1.2 v 0.4 c 0,1.2 -0.6,0.8 -1,1 l 0.2,0.4 c 0,0.6 -1.4,0.2 -1.4,1.2 l 0.2,1.4 c 0,1.2 -1.2,2 -1.2,2.8 v 0.8 c 0,1.8 -1.6,5.2 -1.8,5.2 z m -59.6,-19.4 c 0,-0.2 0.2,-1.2 0.8,-2.2 l 0.2,-2.8 c 0,-0.6 0.8,-0.2 0.8,-1.4 l -0.2,-1.8 c 0,-0.6 0.2,-1 0.4,-1 0.2,0 0.2,0.2 0.4,0.8 l -0.2,1 c 0.4,0 0.8,-0.8 1.8,-2.4 v 0.2 c -1.6,5 -3.4,9.6 -4,9.6 z m 2.6,-9.8 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-1 0.4,-4 1.4,-4 0.2,0 0.6,0.2 0.6,0.8 v 0.2 c 0,1.2 0.2,1.6 0.6,2.4 l -0.8,-0.2 c -0.4,0 -1,1.4 -1.4,1.4 z m 72.2,16.2 c -0.2,0 -0.4,-0.4 -0.6,-1.4 0.6,0.8 0.2,0.4 0.8,1.2 z m -11.2,-2.8 c -0.2,0 -0.2,0 -0.2,-0.2 0.8,-1.8 1.4,-2.2 1.8,-2.2 0,0.4 -0.4,1.2 -1,1.8 z m -59.4,-19.2 c -0.2,0 -0.4,0 -0.4,-0.4 l 0.4,-1.6 c 0,-0.2 0.4,-0.2 0.8,-0.2 0.6,0 1,0.2 1,0.6 0,0.4 -1.2,1.6 -1.8,1.6 z m 5.4,0 0.8,-1.4 h 0.2 v 0.2 l -0.6,0.8 z m 56.4,17.4 c -0.4,0 -0.6,-0.8 -1,-2.8 7.6,-19.8 8.2,-20.6 9.8,-21.8 l -0.2,0.6 c 0.6,0.4 1,0.4 1,0.8 0,1 -1.6,0.6 -10.2,21 0,0.4 1.4,0.2 1.4,0.6 l -0.4,1.2 z m -59.4,-21 c 0,0 -0.2,0 -0.2,-0.4 0,-0.2 0.4,-0.6 0.6,-0.8 h 0.4 c -0.4,0.8 -0.4,1.2 -0.8,1.2 z m 5.2,-1 v -0.2 c 0,-0.6 1.6,-3.8 2,-3.8 0,0.4 -0.4,1 -0.6,1.8 -0.8,1.6 -1.2,2.2 -1.4,2.2 z m -2.4,-1.4 c -1.2,0 -1.8,0 -1.8,-0.8 0,-0.4 0,-0.4 0.2,-0.4 1,0.2 1.6,0.8 1.6,1.2 z m -15.8,-1 -0.2,-0.2 c 0,-1.2 2.2,-7.4 3.4,-7.4 l 0.2,0.4 -0.6,2.2 c 0,0.2 0,0.2 -0.2,0.2 l -0.6,-0.2 -0.2,0.2 c 0.2,0.2 0.2,0.4 0.2,0.4 v 0.6 c 0,1.2 -1.2,3.8 -2,3.8 z m 82,-1.2 V 184 c 0.2,-2.4 0.6,-4 0.8,-4 0.4,0 0.8,0.8 0.8,1.6 v 0.4 c 0,0.8 -0.4,1.4 -0.8,1.8 z m -61.6,-1.2 v -0.2 c 0,-0.4 0.8,-2 1,-2 v 1.2 c 0,0.2 -0.2,0.6 -0.4,0.8 z m -5.2,-0.4 c -0.2,0 -0.6,-0.2 -0.6,-0.6 l 0.2,-0.4 c 0.6,0.2 1,0.4 1,0.8 0,0 -0.2,0.2 -0.6,0.2 z m 79,0 c 0,0 0,-0.2 -0.2,-0.8 0,-0.8 0.4,-1 1.2,-1.4 v 0.2 c 0,0.4 -0.2,1 -0.4,1.4 z m -77.8,-1.4 c -0.6,-0.4 -1,0 -1,-0.8 0,-0.8 2,-4.6 2,-5.4 0,-1.2 0.4,-1.2 0.8,-2 l -0.2,-0.6 c 0,-0.4 1,-0.8 1.4,-2.2 1.6,-3 0.6,-1.8 2.6,-4.4 l 0.2,1.6 c 0,0.8 0,1.4 -0.2,1.4 h -0.2 c -0.8,0 -2.2,2.2 -2.2,3.2 l 0.2,0.8 c 0,1.4 -2.2,4.2 -2.6,6.2 -0.2,1.6 -0.4,2.2 -0.8,2.2 z m 68,-1.6 c 0,0 -0.2,-0.4 -0.2,-1.2 0,-0.4 0.2,-0.8 0.4,-0.8 h 0.2 c 0.2,0.2 0.4,0.4 0.4,0.8 -0.2,0.8 -0.6,1.2 -0.8,1.2 z m -61.6,-1.6 c 0,-0.4 1.6,-4.4 2.2,-5 l 0.4,-0.2 c 0,0.8 -2.2,5.2 -2.6,5.2 z m -19.8,-1.4 c 0.4,-3.6 1.8,-4.4 1.8,-5.6 0.4,-2 1.4,-2 1.6,-3.4 0.2,-0.6 0.6,-1.2 1,-1.2 0.2,0 0.4,0.2 0.4,0.4 0,0.8 -2,2.8 -2,5 v 0.2 c 0,1 -0.4,1.6 -0.6,1.6 h -0.2 c -0.2,0 -0.2,0.2 -0.2,0.4 v 0.2 c 0,1 -1.4,2.4 -1.8,2.4 z m 82.4,0.2 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.8 1.4,-4.4 2,-4.4 0.2,0 0.4,0.2 0.4,0.4 0,0.8 -1.4,2.6 -1.4,3.6 0,0.6 -0.2,1 -0.4,1 z m -60,-4.6 6.2,-14 c 0.2,-0.6 0.6,-1 0.8,-1 0,1.2 -6.6,15 -7,15 z m 76.6,-0.6 -0.6,-0.2 c 1,-0.4 0.6,-0.2 1,-1 l -0.2,-1.2 c 0.8,0.6 0.4,0.4 0.8,1.2 -0.2,0.6 -0.2,1.2 -1,1.2 z m -3.2,-0.6 0.6,-2 c 0,-0.6 -0.6,-0.6 -0.6,-1.2 0,-1 1.6,-3.2 2.8,-3.2 0.2,0 0.2,0 0.2,0.2 -1.4,2 -1.2,3.8 -2.4,5.4 z m -10.6,-1.4 c -0.2,0 -0.6,-0.4 -0.6,-1.2 0.4,-1.4 0.4,-2 1,-2 0.4,0 0.6,0.2 0.6,1 0,0.4 -0.2,1.4 -0.6,1.8 z m -79.4,-4 c -0.2,0 -1.2,-0.6 -1.2,-1.6 l 0.4,-1.6 -0.2,-0.2 c 0,-0.2 0.6,-0.6 1.8,-1 0.4,0 0.8,0.4 0.8,0.8 0,0.6 -0.2,0.8 -0.8,1.2 -0.2,0 0,-0.6 -0.4,-0.6 -0.6,0 -0.8,0.6 -0.8,1.4 0,0.6 0.2,0.8 0.4,0.8 l 0.6,-0.2 0.2,0.2 c -0.4,0.6 -0.6,0.8 -0.8,0.8 z m 14.6,-0.4 c -0.2,0 -0.2,-0.2 -0.2,-0.4 0.2,-0.6 0.6,-0.8 0.6,-0.8 0.2,0 0.4,0.2 0.4,0.6 0,0.2 -0.4,0.6 -0.8,0.6 z m 67.4,-1.4 c -0.4,0 -0.6,-0.4 -0.6,-0.8 v -0.2 c 0,-1 1.6,-2.2 1.6,-3 v -0.2 c 0,-0.8 0.8,-1.4 1.6,-2.4 -0.6,2.4 -0.2,1.2 -1.4,3.6 -0.6,0.4 -0.4,3 -1.2,3 z m -67,-1 c -0.4,0 -0.6,0 -0.6,-0.4 0.2,-0.6 0.4,-1.2 1,-1.2 0.2,0 0.6,0.2 0.6,0.8 0,0.2 -0.4,0.6 -1,0.8 z m 78.4,-1.2 c -0.4,0 -0.8,-0.2 -0.8,-0.4 l 0.2,-0.2 0.6,-0.2 c 0.4,0 1,0.2 1,0.6 0,0.2 -0.4,0.2 -1,0.2 z m -91.8,-1 c -0.4,0 -0.6,-0.2 -0.8,-0.6 0.6,-1.8 1,-2.8 1.6,-2.8 0.4,0 0.6,0.4 1.2,1 0,0.4 -1.2,0.6 -1.2,1.4 v 0.2 c 0,0.6 -0.4,0.8 -0.8,0.8 z m 92.8,-0.2 c -0.6,-0.4 -0.4,-0.2 -0.6,-0.8 0,-0.8 0.4,-1.2 1.4,-1.8 v 0.2 c -0.2,1.4 -0.4,2.4 -0.8,2.4 z m -77.2,-0.8 h -0.4 c -0.2,0 -0.4,0 -0.4,-0.4 0,-0.8 1.2,-4.2 1.8,-4.2 0.8,0.8 0.6,0.4 0.8,1.4 0,0.8 -1.4,1.6 -1.4,2 l 0.2,0.6 c 0,0.2 -0.2,0.4 -0.6,0.6 z m -13.6,-2.6 c -0.2,0 -0.6,-0.6 -0.6,-1.4 0,-0.8 0.2,-1.4 0.4,-1.4 0.8,0 1.2,0.4 1.2,1 -0.2,1.2 -0.6,1.8 -1,1.8 z m 91.6,0 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0,-0.8 2,-2.4 2.8,-5 0.6,-2.2 1.8,-3.8 2.4,-3.8 h 0.2 v 0.2 c -1.2,2.2 -2,3 -2,4.2 v 0.2 c 0,2 -2.2,4.6 -3,4.6 z m -89.6,-4.2 c -0.2,0 -1.4,-0.4 -1.4,-0.8 0,-0.2 0.2,-0.4 0.6,-0.4 0.2,0 0.4,0.2 0.6,0.4 z m 82.4,-2.8 c -0.2,0 -0.6,-0.4 -0.8,-1.2 l 0.2,-0.2 c 0.2,0 0.4,0.4 0.6,1.2 z m -43.2,-0.6 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0.2,-0.6 0.2,-0.2 0.6,-0.6 0.2,0 0.4,0.2 0.6,0.4 0,0.4 -0.4,0.6 -0.6,0.6 z m 41,-0.8 h -0.2 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.6 0.4,-1 1,-1 0.2,0 0.2,0 0.2,0.2 0,0.4 -0.2,0.8 -0.6,1 z m 14.2,-2.6 c -0.2,0 -0.2,-0.2 -0.2,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.4,0 0.4,0.2 -0.2,0.8 -0.4,1 -0.8,1 z m 2,-3.2 h -0.2 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-0.6 0.4,-1.2 0.8,-1.2 0.2,0 0.4,0.2 0.4,0.6 0,0.4 -0.2,1 -0.6,1.2 z m -63.8,-13.6 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0,-1.2 1.6,-3.2 1.8,-3.2 l 0.2,0.2 c 0,0.6 -1.2,3.4 -1.6,3.4 z m -22,-1 c 1.4,-2 1.8,-3.6 2.2,-3.6 0.2,0 0.4,0.2 0.4,0.4 l 0.2,0.2 c 0,0.2 -0.6,1 -1.2,1.6 z m 20.2,-0.2 c 0.4,-1.8 1,-3 1.4,-3 0.2,0 0.2,0.2 0.2,0.2 0,0.8 -1.4,2.8 -1.6,2.8 z m -17.4,-4.2 c 0.6,-2 1.2,-2.8 1.8,-2.8 0.2,0 0.2,0.2 0.2,0.8 0,0.4 -0.6,1 -1.2,1.4 z m 20.2,-1.2 c -0.2,0 -0.2,0 -0.2,-0.4 0,-0.4 0.2,-1 0.6,-1 0.2,0 0.2,0 0.2,0.2 -0.2,1 -0.4,1.2 -0.6,1.2 z m -17.6,-3 v -0.2 c 0,-0.6 3.2,-7.2 3.8,-7.2 0.2,0 0.2,0.2 0.2,0.4 v 0.2 c 0,1.2 -3.6,6.8 -4,6.8 z m 24.6,-7.4 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.4 1.6,-2.8 2,-2.8 l 0.2,0.4 c -0.6,1.6 -0.8,2.6 -1.8,2.6 z m -16.6,-7 -0.2,-0.4 c 0.4,-1.2 0,-0.6 1,-1.8 v 0.6 c 0,0.6 0,1.2 -0.4,1.4 z m 97.8,-6.2 v -0.4 c 0,-0.8 0.6,-1.6 1.6,-2.6 -0.8,2.2 -1.4,3 -1.6,3 z m -72.2,-3 c -0.4,0 -0.6,-0.2 -0.8,-0.8 0.2,-0.8 0.6,-1.4 1,-1.4 0.4,0 0.8,0.6 0.8,1.2 0,0.2 0,0.4 -0.2,0.6 z m 2.4,-6.4 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.6 0.4,-0.6 0.4,0 0.6,0.4 0.6,0.6 0,0.4 -0.2,0.6 -0.4,0.6 z m 73.8,0 c 0,0 -0.2,-0.2 -0.2,-0.6 0,-0.2 0.4,-0.6 0.6,-0.8 h 0.4 c -0.2,1 -0.4,1.4 -0.8,1.4 z m -79,-1.8 c 0.8,-1.8 1.6,-2.8 1.6,-4 0,-0.6 0,-1 0.2,-1 l 0.4,0.2 c 0.2,0.2 0.2,0.4 0.2,0.8 0,1 -2,4 -2.4,4 z m 80,-0.4 v -0.2 c 0,-1 1.8,-5.2 2.2,-5.2 l 0.2,0.2 c 0,1.2 -2.2,5.2 -2.4,5.2 z m -76.2,-6.2 h -0.2 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-0.4 0.2,-0.8 0.6,-0.8 0.2,0 0.6,0.2 0.6,0.6 0,0.2 -0.4,0.6 -0.6,0.8 z m 1.4,-2.6 c -0.2,0 -0.4,-0.4 -0.4,-0.8 0,-0.6 0.4,-1 0.6,-1 0.2,0 0.4,0.2 0.4,0.4 z m 0.6,-2.4 V 76 c 0.4,-1.4 1,-2 1,-3 l -0.2,-0.8 c 0.6,0.4 0.8,0.4 0.8,1 0,1 -1,3 -1.6,3 z m -11.2,-4 c 0,0 -0.2,-0.2 -0.2,-0.6 v -0.2 c 0,-0.2 0.2,-0.4 0.4,-0.4 l 0.4,0.2 c -0.2,0.6 -0.4,1 -0.6,1 z m 16.8,-5.4 c -0.6,-0.4 -0.4,-0.2 -0.8,-0.8 l 1,0.4 V 65 c 0,-0.6 0.6,-0.8 1.4,-1.2 0.2,0 0.4,0.2 0.4,0.8 0,1 -1.2,2.2 -2,2.2 z m -7.8,-11 h -0.6 c -0.4,0 -0.6,0 -0.6,-0.2 0.6,-1.6 1.2,-2.4 1.8,-2.4 0.2,0 0.2,0 0.2,0.2 l -0.2,1 0.4,1 c 0,0.2 -0.4,0.4 -1,0.4 z m 0.4,185.2 c 0.6,0 0.6,-0.6 0.8,-1.6 -0.2,-0.6 -0.4,-1.2 -1,-1.2 -0.6,0 -0.8,0.4 -0.8,1 0,0.4 0.2,1 0.6,1.4 z m 1.2,-3.6 c 0.4,0 0.4,-0.6 0.6,-2 l -0.2,-0.2 h -0.6 c -0.8,0 -1,-1.2 -1.4,-1.2 -0.6,0.4 -0.8,0.4 -0.8,1.2 0,0.8 0.4,1.4 0.8,1.4 l 0.6,-0.2 z m -62,-20.8 c 0.4,0 0.6,-0.2 0.6,-0.2 l -0.2,-0.6 c 0,-0.6 0.6,-0.6 0.6,-1.2 v -0.2 c -0.2,-1 0,-0.6 -0.8,-1.6 l 0.2,1.2 c 0,0.6 -0.2,1.2 -0.6,1.4 -0.4,0.2 -0.6,0.6 -0.6,0.8 0,0.2 0.4,0.4 0.8,0.4 z m 74.2,15 c 0.8,-0.8 0.4,-0.4 0.8,-1.2 0,-0.2 0,-0.2 -0.2,-0.2 -0.4,0 -0.6,0.4 -0.8,1.2 z m -72.6,-19.4 c 0.6,0 1,-0.2 1.2,-0.8 -0.6,0 -0.4,0 -1,0.2 -0.2,0 -0.2,-0.2 -0.2,-0.4 l 0.2,-0.8 c 0,-0.4 -0.2,-0.4 -0.8,-0.4 -0.4,0 -0.6,0 -0.6,0.2 l 0.4,0.2 0.2,0.6 v 0.6 c 0,0.4 0.2,0.6 0.6,0.6 z m 40.2,-57.2 c 0.8,0 2,0 3.6,-0.2 0.4,0 0.4,-0.4 0.4,-0.6 0,-0.6 -0.2,-1 -0.4,-1 -0.8,0.4 -1.2,0.8 -3.2,0.8 l -1,-0.2 c -0.8,0 -1.2,0.4 -1.2,0.6 0.2,0.4 0.2,0.6 1.8,0.6 z m 7,-0.4 c 2.6,-0.4 4,0.2 4,-1 0,-0.4 -0.2,-0.4 -0.8,-0.4 h -0.8 c -0.4,0 -0.2,-1.4 -1.4,-1.4 h -0.6 c 0,0.2 0.4,0.4 1,1 0,0.2 -1.6,0 -1.6,0.8 0,0.2 -0.2,0.2 -0.6,0.2 l -1,-0.2 v 0.4 c 0.2,0.4 0.8,0.6 1.8,0.6 z m 7.2,-0.6 c 1.2,-0.2 2,-0.4 2,-0.8 -0.2,-0.2 -0.8,-0.4 -1.4,-0.4 h -0.6 c -0.8,0 -1,-0.4 -1.4,-0.6 -0.4,0 -0.4,0.4 -0.4,1.2 0,0.6 0.4,0.6 1.8,0.6 z m 3.8,0.2 c 0.4,0 0.6,-0.4 0.8,-1 l -0.4,-0.2 c -0.4,0 -0.6,0.2 -0.6,0.6 z m 3.4,-0.6 c 0.4,0 0.8,-1 1.2,-1 l 1,0.2 c -0.4,-0.6 -0.2,-0.4 -0.8,-0.8 -1,0.6 -0.6,0.4 -1.6,0.6 l -0.4,-0.2 v 0.4 c 0,0.4 0.2,0.8 0.6,0.8 z m 4,-0.6 c 0.6,0 1.2,-0.4 1.2,-0.6 0,-0.4 -0.4,-0.6 -1,-0.6 -0.4,0 -1,0.2 -1.2,0.8 0,0.2 0.4,0.4 1,0.4 z m 4.6,-91.4 c 0.4,-0.2 1,-0.6 1.2,-1.2 0,-0.2 -0.2,-0.4 -0.4,-0.4 -0.6,0 -1,0.4 -1.6,1.4 0,0.2 0.2,0.2 0.8,0.2 z m 68.8,-8 c 0.4,0 0.8,-0.2 0.8,-0.4 0,-0.2 -0.4,-0.4 -1.2,-0.4 -0.6,0 -0.8,0.2 -0.8,0.4 0.2,0.2 0.8,0.4 1.2,0.4 z"/><path d="m 879.40015,224.6 c 3.6,0 13,-2.4 34,-8 0.8,-0.4 3,-1 5,-1.4 25.6,-7 23.2,-5.8 23.8,-6.8 l 0.2,-0.4 c 0,-0.2 0,-0.2 -0.4,-0.2 -0.8,0 -3.4,1.2 -5.2,1.2 -1.2,0 -2.2,-0.6 -2.4,-1.8 0,-1.6 3.8,-2.4 5.6,-2.4 0.6,0 1,0.2 1,0.6 -0.2,1.2 -2.6,1.4 -2.6,1.8 0.2,0.2 0.4,0.4 0.8,0.4 3.2,-0.6 3.8,-1 3.8,-1.4 0,-2.4 0.4,-2.6 4.6,-3.4 l 0.6,0.2 c 0,0.2 -1,0.8 -1,1.4 0.2,0.8 0,0.4 0.6,0.8 0.6,0 1.2,-2.6 1.4,-2.6 v 1 l 0.4,1 c 0.4,-0.8 0.2,-1.4 0.8,-1.4 l 2.2,0.4 0.2,-0.2 c -0.8,-0.8 -0.6,-0.4 -1,-1.2 0,-1 3.2,-0.4 3.6,-1.4 0.2,-0.4 0.4,-0.6 0.8,-0.6 0.6,0 0.4,2.4 1.2,2.4 0.2,0 0.2,-0.4 0.2,-0.6 v -1.2 c 0,-0.2 0,-0.4 0.2,-0.4 1.4,0.8 2,1.6 2.8,1.6 l 0.2,-0.2 -0.6,-0.8 c 0,-0.6 1.4,-2 5,-2.4 1.2,-0.8 5.4,-0.8 6.2,-1.2 1.4,-0.8 3,-0.4 6.6,-1.4 l 0.4,-0.2 c 0.2,0 0.2,0.2 0.2,0.6 0,1.2 -2.6,0.8 -3.4,1.6 l -0.6,0.4 c 1.6,0 4.8,-0.4 4.8,-1.8 l -0.2,-1 c 0,-0.4 0.4,-0.6 1.6,-0.6 h 2.8 c 0.4,0 0.6,0 0.6,-0.2 l -0.4,-0.8 0.2,-0.2 1.4,0.2 c 1,0 0.6,-1 1.2,-1 l 2.2,-0.2 0.4,-0.4 -0.8,-0.2 -4.4,0.4 -0.4,-0.2 c 3,-1.2 3,-1.4 6,-2 4.4,-0.2 8.8,-2 10.39995,-3.4 l -0.19995,0.6 c 0,0.2 0.19995,0.4 0.39995,0.4 1.2,0 4.2,-3.4 5.2,-3.4 0.2,0 0.4,0 0.4,-0.2 0,-0.2 -0.2,-0.2 -0.2,-0.4 l -1,-0.2 c -2,0 -5.39995,0.6 -6.39995,1 -0.4,0 -0.6,-1 -1.4,-1 -2.6,0.6 -2,2 -3.2,2 -0.6,0 -0.8,-0.6 -0.8,-1.2 v -0.2 c 0,-1 0.8,-1.6 2.4,-1.6 0.6,0 1,-0.2 1,-0.4 V 182 c 1.6,0 2,0.6 2.4,1.8 0.4,-1.4 0.2,-1.8 2.59995,-3.8 2.6,-1.6 2.6,-2 2.8,-2.2 l 1,0.2 c 0.4,0 0.6,-0.2 0.6,-0.4 0,-0.8 -1.8,-1.2 -3.2,-1.2 -1.6,0 -1.8,0.4 -2.4,1 -0.19995,0 -0.19995,-0.2 -0.19995,-0.6 v -0.2 c 0,-1 2.39995,-1.4 2.39995,-2 -0.2,-0.2 -0.6,-0.2 -1.2,-0.2 -1,0 -2.79995,0.2 -4.59995,0.6 h -0.8 c 0,-0.6 1,-1 2.4,-1.8 -2.2,0 -3.6,0 -3.6,0.4 0,0.6 -3.6,2.4 -4.6,2.4 -0.4,-0.2 -0.4,0 -0.4,-0.4 0,-0.6 2.2,-0.4 3.6,-1.8 l -0.8,-0.2 c -8.4,0.4 -9.8,1 -11.6,1.4 -16.6,2.4 -17.6,2.4 -41,6 -1.4,0.4 -4.2,0.8 -6.2,1.2 l -17.8,3.6 -2.4,0.2 c 0,-0.2 5.6,-9.2 12,-19.8 l 12.2,-19.8 c 15.8,-2.8 23,-4 23,-4.6 -0.4,-0.4 -0.6,-0.4 -0.6,-1.4 0,-1.4 0.2,-2 0.6,-2 l 1,0.4 c 0.6,0 0.8,-0.6 2,-1.6 0.4,0 0.4,0.6 1,0.6 1,0 2.4,-1 3.8,-1 l 3,0.4 c 0.4,0 0.8,0 1,-0.4 0.6,-0.6 1.6,-0.8 3.4,-0.8 3.2,0 2.6,-0.6 3.4,-0.6 l 1.4,0.2 c 0.6,0 0.8,0 0.8,-0.2 0,-0.6 2.6,-0.8 8.4,-0.8 2.6,0 1.8,-1.2 3.4,-1.2 0.8,0 1.4,-0.2 1.4,-0.4 0,-0.2 -1,-0.4 -2.2,-0.4 -3.2,0.2 -12.8,1.4 -13.2,1.6 l -1.4,-0.2 -0.6,-0.2 c 0,-0.4 26.79995,-2.8 30.19995,-3.6 5,-1 7.8,-0.6 7.8,-1.2 l -0.8,-1.2 c 0,-0.2 0,-0.2 0.2,-0.2 2.6,-0.2 4.4,-0.4 4.6,-0.8 0,-0.4 -3,-0.8 -4.8,-0.8 l -1.2,0.2 c -0.4,0 -0.4,-0.8 -0.6,-0.8 -0.4,0.4 -0.2,0.6 -1,0.6 -2.8,-0.4 -4.2,-0.4 -4.2,-1.2 l 0.8,-1.2 -1.2,0.4 c 0.4,-0.6 0.6,-0.8 1.6,-0.8 l 1.4,0.2 c 1,0 0.8,-1 1.4,-1 1.4,0 6,-2.2 6,-3 -0.2,-0.8 -1,-1 -1.6,-1 -2.6,0 -4.8,-0.2 -4.8,-0.4 0.6,-0.2 0.8,-0.4 0.8,-0.6 0,-0.8 -4.4,-0.8 -4.4,-1.2 0,-0.4 4.8,-1 4.8,-1.6 0,0 -0.4,-0.2 -1.2,-0.2 -2,-0.2 -6.2,-0.2 -11.39995,-0.2 -12.2,0 -29,0.4 -29.6,0.8 -0.4,0.4 -5.6,0.6 -13,1 1.4,-1.6 2.2,-2.4 2.2,-3.2 0,-0.2 -0.2,-0.2 -0.4,-0.2 l -1.4,0.6 c -0.2,0 -0.2,0 -0.2,-0.4 0,-0.4 0.2,-0.8 0.4,-0.8 h 0.8 c 1,0 1.4,-0.2 1.4,-0.8 l -0.2,-0.4 c 0,-0.2 0,-0.2 0.2,-0.2 h 0.6 c 0.8,0 0.6,-1.6 1.4,-2 0.8,-0.4 0.6,-1.6 1.6,-2.4 0.8,-0.8 0.6,-2.6 1.8,-4 1.4,-1.2 5.4,-7.4 5.4,-8.4 0,-0.8 0,1.6 5.6,-10.4 4.4,-8.8 4.4,-8.8 4.4,-9.6 0,-0.2 0.8,-0.6 1.6,-0.6 22.19995,-2.8 36.19995,-3.4 36.19995,-4.4 0,-0.2 -0.6,-0.2 -1.8,-0.2 -7.6,0.2 -3.4,0.4 -10.4,0.4 -9.59995,0.6 -9.59995,0.8 -22.99995,2 -1.8,0 -3,0.4 -3.6,0.6 -0.2,0 -0.4,-0.4 -0.4,-0.8 0,-2.2 0.4,-2.4 8.4,-2.6 4.2,0 3.6,-1 4.8,-1 l 3,0.2 c 1,0 1.6,0 1.6,-0.2 0,-0.4 1.2,-0.4 2.6,-0.4 4.79995,0 4.59995,-0.8 7.39995,-0.8 2.2,0 1.8,0.2 2.4,0.4 1,-0.4 1,-0.8 2.4,-0.8 2.6,0 5.6,-0.2 5.6,-1.2 0,-0.4 0,-0.2 -0.4,-0.4 -0.6,0 -0.8,0 -2.2,-0.6 0,0 1,-0.2 2.6,-0.2 1.8,0 2.8,0.2 2.8,0.2 -1.8,0.8 -1.6,1.2 -2,2.2 l 0.4,0.2 c 1,-0.2 1.2,-0.6 3.4,-0.6 2.6,0 4.4,-0.2 4.4,-0.8 0,-0.4 -0.6,-1 -1.4,-1 l -0.8,0.2 c -0.6,0 -1.2,0 -1.4,-0.4 0,-0.4 2.6,-0.6 8.8,-0.8 5,0 10,0 10.8,-0.2 l 3.4,-0.2 c 1,0 1.4,0 1.4,-0.4 l -1,-1.4 c 0,-0.6 -2.4,-2.8 -3.8,-2.8 -1,0 -1,0.4 -1.8,0.8 -0.4,0 -0.6,-0.6 -0.8,-1.6 0,-1 0.6,-1.6 1.6,-1.6 l 1.6,0.4 c 1,0 0.8,-1 1.8,-1 0.8,0 1,0 1,0.2 l -1.4,1.4 c 3.4,-0.4 4.6,-0.8 4.6,-1.2 0,-0.4 -1.2,-1.2 -1.2,-1.6 0,-1 0.6,-1 0.6,-1.6 0,-0.4 -0.6,-0.8 -1.6,-0.8 h -1 c -0.6,0 -0.4,-1 -1.6,-1 l -3.6,0.8 c -0.4,0 -0.4,-0.2 -0.4,-0.6 -0.2,-1.4 -0.2,-1.2 -1,-1.6 l 0.4,-0.2 c 2,0.4 1,0.4 3,0.6 2.2,0 2.8,-0.6 5.4,-1.6 0,-0.2 0,-0.2 -0.2,-0.2 l -5.4,0.8 -0.2,-0.2 c 2.6,-0.6 4,-0.8 4,-1 0,-0.6 -2.2,-0.4 -8,-1.2 -13.6,-2 -18,-2.2 -34.2,-2.2 -15.79995,0 -26.39995,0.4 -29.39995,0.4 -1,0 -1.6,0 -1.6,-0.2 0,-1.2 -1.6,-2.4 -2.2,-2.4 l 0.2,1 c 0,0.4 0,0.6 -0.4,0.6 l -1.2,-0.8 -0.4,0.4 c -0.6,-0.4 -0.6,-0.8 -1.4,-0.8 -2.4,0 -5.8,2.4 -6.2,3 l -0.6,-0.2 c -0.2,0 -0.4,0 -0.4,0.2 0,1.2 -10.6,2 -21.2,3.8 -5.2,1.2 -9.2,1.2 -9.2,1.6 0,0.2 -0.2,0.2 -0.6,0.2 -2,0 -5.4,3 -5.4,5.4 1.2,4.8 3.6,4.2 3.6,5.2 0.4,0.8 1.4,1.2 2.2,1.2 0.6,0 0.6,-0.8 1,-0.8 0.4,0.4 0.4,0.8 1,0.8 1.2,-0.4 1.8,-0.8 3.8,-0.8 0.4,0 0.6,0 0.6,0.2 -0.6,1.2 -0.8,1.6 -1.2,1.6 -0.4,0 -0.6,-0.4 -1.8,-0.4 -3,0.2 -3,0.4 -3,2.6 0,1.4 0.4,1.6 1.6,2.4 0.2,0 0.2,-0.2 0.2,-0.6 V 66 c 0.2,0 0.8,0.8 0.8,1.4 0,0.4 -0.6,0.8 -0.6,1 v 0.2 c 0,0.6 2.2,2 2.8,2 0.4,0 1,1.6 3,1.6 1.4,0 1.8,0 2,0.6 V 73 c 0,0.2 0,0.4 0.2,0.4 l 1.6,-0.8 0.4,0.2 c -2,1 -1.6,3.2 -5.2,3.2 -1.4,0 -2.2,0.2 -2.2,0.4 0,0.4 1.4,0.6 4,0.8 0,0.6 -7,11.6 -12.8,21.8 l -7.2,13.8 c -5.4,10.4 -1.8,7.4 -13.4,10 -11,2.2 -11.8,3 -13.6,3.4 -3.6,0.4 -8.4,2.8 -9.4,4.6 -0.4,0.8 -0.6,1.8 -0.6,2.6 v 0.8 c 0,2.4 2,4 2.4,5.2 0.2,0.4 1.2,1 2,1 2.4,0.4 2.8,4 3.8,4 0.8,0 -0.6,2 3.8,2.4 2,0 3.4,0.2 3.4,0.4 0,0.2 -2.8,0 -2.8,1 0,0.4 0.2,0.4 1,0.4 l 6.4,-0.4 c -1,2.4 -1.4,3.8 -3.4,3.8 -0.8,0 -1.6,0.4 -1.6,0.6 0,0.2 0.4,0.4 0.8,0.4 h 1.4 c 0.6,0 0.8,0 0.8,0.2 v 0.2 c 0,0.4 -0.4,0.8 -1,1.4 l 0.8,-0.2 c 0,0.4 -2,2.8 -6.6,12.8 -7.6,17.2 -5,11 -6.4,14 -1.4,3.8 -5.6,12.2 -6.2,13.2 -0.8,1 -3.4,2.2 -9.6,4.2 -7.2,2.4 -9.2,4.4 -9.2,8.2 0.2,2 1,3.6 2.2,3.6 0.4,0 0.6,0.2 0.8,0.6 0.6,1.2 0.6,1.8 1.2,1.8 1.2,-1 1.4,-1.4 2.6,-1.4 2.4,0 3.2,6.2 5,7.2 0.8,0.4 1.2,0.8 1.2,1 v 0.4 c 1,0 1.8,-0.2 1.8,-0.6 V 219 c 1.8,0.4 1.2,1.6 2.4,1.6 1.8,0 4.4,-1.8 4.4,-2.2 0,-0.4 -1.8,-0.2 -1.8,-0.4 0,-0.4 0.8,-0.6 2.2,-0.8 h 1.4 c -0.6,0.4 -1,1 -1,1.4 0.2,0.4 0.6,0.8 1,0.8 l 2.8,0.6 0.4,-0.2 -0.2,-0.6 c 0,-0.6 1.2,-0.2 1.2,-0.8 v -0.2 c 0,-0.6 2.6,-1.2 8,-1.4 0.6,0 1,0 1,0.2 -0.4,0.2 -0.6,0.6 -0.6,1.2 l 0.4,1 -1.8,-0.8 -1.4,0.8 c 0,0.2 0.2,0.2 0.6,0.2 0,0.4 -3,1.6 -4.6,1.6 -2,0 -4.6,1.4 -7.2,1.4 -3,0 -2.8,1 -4.2,1 -0.6,0 -1,0.2 -1,0.6 0,0.4 0,0.6 1.2,0.6 z m 19.8,-5.8 c -0.4,0 -0.6,0 -0.6,-0.2 l 1,-0.4 0.4,0.2 0.2,0.2 z m 5.6,-1.4 -0.2,-0.2 0.6,-1 c 0,-0.4 -1.6,-0.4 -1.6,-0.8 v -0.2 c 0,-0.2 0.2,-0.4 0.6,-0.4 0.8,0 0.8,1.2 2.4,1.2 l 1.8,-0.2 c 0.2,0 0.4,0 0.4,0.2 -0.2,0.2 -1.2,0.6 -2.6,1 z m -18.4,-0.4 c -0.4,0 -0.8,0 -0.8,-0.2 l 0.8,-0.6 c 0.4,0 0.8,0 0.8,0.4 v 0.2 c 0,0 -0.4,0.2 -0.8,0.2 z m 1.8,-0.6 c 0,-0.2 2.2,-1 3,-1 l 0.6,0.2 c -0.2,0.4 -0.8,0.6 -2.4,0.6 z m 14,0 c -0.6,0 -1,-0.2 -1,-0.8 0,-0.2 0.2,-0.4 0.4,-0.4 0.8,0 1.4,0.2 1.4,0.8 0,0.2 -0.4,0.4 -0.8,0.4 z m 8,-0.6 c -1.6,0 -1,-0.8 -2,-1.2 -0.2,-0.2 -0.4,-0.4 -0.4,-0.6 0,-0.6 0,-0.4 0.4,-0.8 l 0.8,0.2 c 0.8,0 1.6,-1.6 3.4,-1.8 1,0 1.2,2.4 2.2,2.4 0.4,0 0.6,-0.2 0.6,-1 0,-0.2 0,-0.2 -0.2,-0.2 l -1.2,0.2 c 1,-1.2 1,-1.2 2.8,-1.2 l -0.6,-1 0.2,-0.2 1.8,0.4 0.2,-0.2 v -0.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 1.2,0.2 0.8,0 2,0.6 l 0.2,-0.2 -0.2,-0.6 c 0,-0.2 0.2,-0.4 0.6,-0.4 1.6,0 2.8,0.8 3.8,2 V 211 l -0.4,-2 c 0,-0.4 0.2,-0.6 0.6,-0.6 0.6,0 1,0.2 1,0.6 0.2,0 0.8,-0.4 1.4,-1 0.8,-0.6 1.2,-1 1.6,-1 1,0.4 0.6,0.2 1.6,0.4 0.6,0 1.2,-0.6 1.8,-0.6 0.6,0 1,0.4 1.2,1.8 v 0.2 c 0,1.2 -3,1.8 -10.8,3.6 -0.4,0 -0.6,-0.2 -0.6,-0.4 l 0.2,-0.8 c -0.6,-0.8 0,-0.6 -0.8,-1 l 0.2,0.6 c 0,0.6 -0.8,0.8 -2,1.6 0.8,0 1.2,0 1.2,0.2 0,0.8 -8.8,3.2 -11.2,3.2 z m 3.4,-1.2 -0.8,-0.4 c -0.6,0.2 -0.4,0 -1,0.4 z m 14.6,-4.2 c 1,0 5,-1 5,-1.6 -1,-1 -0.4,-0.4 -1.8,-1 l -0.2,0.2 0.2,0.4 c 0,0.6 -3.4,1.4 -3.6,2 z m -35,5 c -0.4,0 -0.6,0 -0.6,-0.2 0.8,-0.6 1.4,-1 2,-1 h 0.6 c 0,0.2 -1.2,1.2 -2,1.2 z m 3.4,-1.2 h -0.2 c 0,-0.4 2,-1 5.8,-2 h 0.2 c -0.2,0.6 -4.8,2 -5.8,2 z m -24.4,-1.2 c -0.2,0 -0.6,-0.2 -0.8,-1.2 l 0.2,-0.4 c 0.2,0 0.4,0.4 0.8,1.4 0,0.2 0,0.2 -0.2,0.2 z m 32,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.8,-0.4 0.6,0.2 v 0.2 z m 2,-1 h -0.4 c 0.4,-0.6 5,-1.8 5.8,-1.8 0.2,0 0.2,0.2 0.2,0.4 0,1.2 -4.8,1.4 -5.6,1.4 z m 6.6,-1.8 c 0.6,-0.6 4.8,-2 6.2,-2 l 0.4,0.2 c 0,0.2 -1.6,0.8 -3.6,1.4 z m 8.4,-2 c 0.6,-0.8 0.2,-0.4 1,-0.8 0.4,0 0.2,0 0.4,0.2 l -0.6,0.4 z m 2.4,-0.4 -0.2,-0.2 c 0.4,-0.4 0.8,-0.8 2.4,-1.2 2,-0.4 2.2,-1 3,-1.2 1,0.2 1.2,0.4 1.2,0.8 -0.2,0.4 0,0.4 -0.6,0.6 l -0.2,-0.2 c -2.2,0.2 -3.6,0.4 -5,1.2 z m 10.8,-3 h -1.6 c 2,-0.4 2.8,-1 3.6,-1 h 0.6 c 0,0.4 -1,1 -2.6,1 z m 4.2,-0.8 c 0,-0.8 3.6,-2 5.4,-2 0.8,0 1.2,0 1.2,0.2 0,0.2 -4,0.8 -5.2,1.6 z m 7.8,-2 -0.2,-0.2 c 0,-0.2 3.6,-1.4 5,-1.4 h 0.2 l -1.6,0.8 z m 6.4,-1.8 -0.2,-0.2 c 2.8,-1.2 1.4,-1.2 4.6,-1.6 l 2.2,0.4 c -2,0.8 -3.4,1.2 -5.4,1.2 z m 7,-1.8 c 3,-1 4.2,-1.8 5.6,-1.8 10.2,-2 14.8,-3.2 16.6,-3.2 h 0.2 c -2.4,1.2 -1.2,0.6 -4,1.4 -1.2,0 -14.2,3.4 -16.4,3.4 z m -19.2,-2.8 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.2 0.4,-0.6 1.4,-0.8 v 0.4 c -0.2,0.4 -0.6,0.6 -1,0.6 z m 18.4,-3.4 c 0,0 -0.2,-0.2 -0.2,-0.4 0.2,-0.6 0.4,-0.8 1,-0.8 0.2,0 0.4,0 0.4,0.2 -0.2,0.6 -0.4,1 -1.2,1 z m 2.8,-1 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.4 0.8,-0.8 2,-1 l 0.4,0.2 -1.2,0.8 z m 6.6,-1.4 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.6,0.2 0.6,0.6 0,0.4 -0.4,0.6 -0.6,0.6 z m -75,-0.6 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.6 0.6,-0.6 0.2,0 0.6,0.4 0.6,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m 78.2,0 c -0.6,0 -0.8,-0.2 -0.8,-0.4 0.2,-0.4 0.2,-0.4 0.6,-0.4 0.4,0 1,0.2 1,0.6 z m 3.6,-0.6 c -0.2,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.6 0.6,-0.6 0.4,0 0.6,0.4 0.6,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m -66.2,-0.8 c -0.2,0 -0.6,-0.2 -0.6,-0.4 0,-0.8 1.4,-1.2 1.4,-2 l -0.2,-0.4 c 0,-0.6 0.8,-0.4 0.8,-1.4 0,-0.4 0.2,-0.6 0.6,-0.6 h 0.2 c 1,0 0.6,-0.6 0.8,-1.6 h 0.4 c 0.4,0 1,-1.4 1,-2.2 V 178 c 0,-0.6 1.4,-0.2 1.4,-1.6 V 176 c 0,-1.8 2.6,-3.4 2.6,-4 l -0.2,-0.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 h 0.2 c 0.8,0 1.8,-3.8 2.2,-3.8 l 0.4,-0.2 -0.4,-0.6 c 0,-0.2 0.2,-0.4 0.6,-0.4 h 0.2 c 0.2,0 0.6,-0.2 0.6,-0.6 0,-1.2 0.6,-2.6 1.2,-2.6 h 0.4 V 162 c 0,-1 2.2,-2.2 2.2,-3.2 l -0.2,-0.6 c 0,-0.2 0.2,-0.2 0.4,-0.2 h 0.2 c 0.2,0 0.4,-0.2 0.4,-0.6 l -0.2,-0.4 c 0,-0.4 0.2,-0.6 0.4,-0.6 h 0.2 c 0.8,0 2.4,-2.6 2.4,-3.6 l -0.2,-0.2 c 0,-0.2 0.2,-0.4 0.4,-0.4 l 0.6,0.2 c 0.8,0 1.2,-0.2 1.2,-1 v -0.6 c 0,-0.2 0.4,-0.4 0.8,-0.4 0.2,0 0.4,0 0.4,0.4 -1.2,3 -2.2,4.6 -2.6,4.6 -0.2,0 -0.2,-0.2 -0.2,-0.4 0,-0.4 1,-1 1,-1.8 v -0.4 c -0.4,0 -0.8,0.8 -1.2,2.4 l 0.2,0.6 c 0,1.2 -7.4,12.4 -7.4,13.4 0,0.4 -2.6,3.8 -2.6,4.6 0,1.2 -1.4,1.6 -3.8,6 -1.6,3 -3.2,5.6 -3.6,6.2 -0.8,0.6 -2.2,1.2 -3,1.2 z m 71.6,-0.4 c -0.8,-0.2 -1.4,-0.4 -1.4,-0.6 0,-0.4 0.2,-0.4 0.6,-0.4 0.6,0 1,0.2 1.6,0.8 0,0.2 -0.2,0.2 -0.8,0.2 z m 1.8,-0.4 h -0.2 c 0,-0.4 0.4,-0.6 1,-0.8 l 2.6,-1 0.2,0.4 c -0.8,0.6 -3,1.4 -3.6,1.4 z m -86.6,-1.4 c -0.2,0 -0.4,-0.2 -0.6,-0.8 0,-0.4 0,-0.6 0.4,-0.6 0.4,0 0.4,0.2 0.6,0.6 0,0.6 -0.2,0.8 -0.4,0.8 z m 3.2,-4.6 c -0.6,0 -1.2,-0.6 -1.2,-1 0.2,-0.4 0,-0.4 0.6,-0.4 0.4,0 0.8,0.4 0.8,1 0,0.2 0,0.4 -0.2,0.4 z m -0.2,-2.8 c 1.2,-2.8 2.6,-4.4 2.8,-5.6 l 1,0.2 c 0.2,0 0.4,0 0.4,-0.4 l -0.2,-0.8 c 0,-0.6 0.2,-0.8 1,-0.8 0.6,0 1,0 1,0.2 0,0.8 -3.4,4.2 -3.4,5.4 0.2,0.6 0.4,0.6 0.4,1 0,0.4 -0.2,0.4 -1,0.4 -0.8,0 -0.4,-0.2 -0.8,-0.6 l -0.6,0.4 z m 93.8,-1.4 c 0,-0.4 1,-1 2.4,-1.2 l -1.2,0.8 z m -87.8,-6.6 c -0.4,-1.4 -0.8,-1.4 -0.8,-2.6 0,-1.2 0.2,-1.4 1.4,-2 0,0 0.2,0 0.2,0.2 0,0.6 -1.2,1 -1.2,2.4 0,0.2 0,0.2 0.2,0.2 2.8,-3.4 2,-5.4 3.2,-5.4 l 0.4,0.2 c 0,0.8 -0.4,3.6 -2.4,5.6 z m 4.6,-7.8 c -0.2,0 -0.4,-0.2 -0.4,-0.8 0,-2.2 0,-3 0.6,-3 1,0.4 1.4,0.6 1.4,1.6 v 0.4 c 0,0.6 -0.2,1 -0.4,1.2 z m 2.4,-4.2 c -0.4,0 -0.6,-0.4 -0.8,-1 0,-0.8 0.8,-1.8 1.2,-1.8 0.2,0 0.2,0.2 0.2,1 0,1.2 -0.2,1.8 -0.6,1.8 z m 13.8,-2.8 c -0.2,0 -0.2,0 -0.2,-0.2 1,-1 0.4,-0.8 1.6,-1.4 -0.6,1.2 -1.2,1.6 -1.4,1.6 z m -11.8,-0.8 c -0.6,0 -1,0 -1,-0.6 0.4,-1.2 0.6,-1.8 1,-1.8 0.8,1 0.4,0.4 0.8,1.6 0,0.4 -0.4,0.8 -0.8,0.8 z m 14.6,-3.2 c -1,-0.4 -1.2,-0.4 -1.2,-1.4 0.2,-0.6 0.4,-0.8 0.6,-0.8 0.4,0 0.6,0.2 0.6,0.6 z m -13.8,-1.2 -0.4,-0.2 c 0.2,-0.6 0.6,-0.8 1,-0.8 0.2,0 0.4,0 0.4,0.2 -0.2,0.6 -0.4,0.8 -1,0.8 z m 18.8,-0.2 c -0.4,0 -0.6,-0.2 -0.6,-1 0,-0.6 0.2,-1 0.4,-1 0.2,0 0.4,0.4 0.6,0.8 0,0.4 -0.2,1 -0.4,1.2 z m -31.4,-2.6 c -0.6,0 -1,-0.2 -1,-0.6 0,-0.4 0.4,-0.6 1,-0.6 0.4,0 0.8,0.2 0.8,0.6 0,0.4 -0.4,0.6 -0.8,0.6 z m 16.4,-0.2 h -0.2 l -0.2,-0.8 v -0.6 l 0.4,1 z m 17.2,-1.8 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0.2,-0.6 0.4,-1 0.8,-1 l 0.6,0.4 c 0,0.2 -0.2,0.6 -0.6,1 z m 3.4,0.2 c -0.4,0 -0.6,0 -0.6,-0.2 1.6,-0.8 2.4,-0.8 3.2,-0.8 h 0.4 c -1,0.8 -2,1 -3,1 z m 7.6,-1.4 c -0.4,0 -1,0 -1,-0.4 0,-0.2 -0.6,-0.2 -1.6,-0.2 l -2.8,0.2 c -1,0 -1.4,-0.2 -1.4,-0.6 0,-0.6 3.8,-2.6 6,-2.6 l 0.4,0.2 v 0.4 h 0.2 c 0.8,0 2.4,-1 4.6,-1 2.8,-0.4 3.6,-0.8 5.8,-1.2 1.2,0 2.4,0.6 2.4,1.2 -0.6,1.8 -1,2 -1.8,2.4 -6.2,1 -9.4,1.2 -10.8,1.6 z m 1.6,-1 c 0.4,0 0.8,0 0.8,-0.2 l -0.6,-0.2 c -0.6,0.2 -0.4,0 -0.8,0.4 z m 4.2,-0.6 c 1.2,-0.4 1.6,-0.4 1.8,-0.8 l -0.4,-0.2 c -0.8,0 -1.6,0.2 -2.2,1 z m -63.2,-0.8 h -0.2 l -0.2,-0.2 0.4,-1.6 0.4,-0.2 c 0.2,0 0.4,0.4 0.4,0.8 0,0.6 -0.2,1 -0.8,1.2 z m 54.2,-2.2 0.4,-0.4 2.6,-0.6 c 0.2,0 0.2,0 0.2,0.2 -0.2,0.2 -1,0.4 -2,0.6 z m 5.2,-1 c -0.4,0 -0.8,0 -1,-0.2 l 2.6,-0.4 c 0.4,0 0.6,0 0.6,0.2 -0.2,0.2 -1.4,0.4 -2.2,0.4 z m 4.2,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 2.4,-1 15.2,-2.6 17.4,-2.6 0.2,0 0.4,0 0.4,0.2 0,0.6 -9.2,1.2 -13,2.2 z m 19.6,-2.4 c -0.6,0 -1.2,0 -1.4,-0.6 0,-0.4 1.2,-0.8 2.4,-0.8 1.2,0 1.4,0.2 1.8,0.8 0,0.2 -2,0.2 -2.8,0.6 z m -1.8,-5.8 h -0.6 c 1.4,-0.6 1.4,-0.8 2,-1.4 0,0.6 -0.4,1.4 -1.4,1.4 z m -2.4,-1.2 c 0.6,-0.8 0.4,-0.4 1.2,-0.8 0.2,0 0.2,0 0.2,0.2 z m 6.6,-0.4 c -0.4,0 -0.8,-0.2 -0.8,-0.4 0.2,-0.4 0.4,-0.8 1.2,-0.8 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.4,0.6 -0.8,0.6 z m 5.8,-0.2 c -0.6,-0.4 -0.6,0 -0.8,-0.8 0,-0.2 0.4,-0.6 0.8,-0.6 0.8,0.4 0.6,0 1.2,0.6 0,0.2 -0.2,0.4 -0.6,0.6 z m -3,-1 c -0.4,0 -0.8,0 -1,-0.2 0,-0.4 0.6,-0.6 1.4,-0.6 0.2,0 0.4,0 0.4,0.2 0,0.4 -0.2,0.6 -0.8,0.6 z m 11.2,-0.6 -0.2,0.4 c -0.2,0 -0.4,-0.2 -0.4,-0.6 l 0.2,-0.6 z m 2,0.6 c -0.4,0 -0.6,0 -0.6,-0.2 0.6,-0.6 0.6,-1 1.6,-1 0.6,0 0.8,0 1,0.4 l -0.6,0.4 z m 6.4,-0.6 c -0.4,0 -0.8,-0.4 -1.2,-1.4 l 0.4,-0.2 c 0.6,0.2 1,0.8 1.2,1.4 0,0.2 -0.2,0.2 -0.4,0.2 z m 2.79995,0 c -0.39995,0 -0.59995,-0.2 -0.59995,-0.6 0,-0.2 0.2,-0.4 0.4,-0.4 0.39995,0 0.59995,0.2 0.59995,0.4 v 0.2 c 0,0.2 -0.2,0.4 -0.4,0.4 z m 3.8,-0.6 c -1,0 -1.6,-0.2 -1.6,-0.4 0.4,-0.4 0.8,-0.6 2,-0.6 1,0 2,0.2 2,0.6 0,0.2 -1,0.4 -2.4,0.4 z m -46.19995,-14 c -0.4,0 -1,-0.6 -1,-1.2 l 0.2,-0.4 c 1,0.6 1,1 1.2,1.4 z m 1.4,-2.2 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0,-0.6 0,-0.4 0.6,-0.8 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.4,0.6 -0.6,0.6 z m 3.6,-7.2 c -0.2,0 -0.2,0 -0.2,-0.2 0.2,-1.2 0.6,-1.6 1.4,-1.6 h 0.6 c 0.2,0 0.2,0 0.2,-0.2 l -0.2,-0.8 c 0,-0.4 1,-0.2 1,-1.2 0,-1 1.4,-1.8 1.4,-2.2 l -0.4,-0.6 v -0.2 c 0,-0.4 1,-0.8 2.6,-1.8 0,0.2 -1.6,1.8 -1.6,2.8 V 96 c 0,1.6 -3.6,5.8 -4.8,5.8 z m 7.6,-10.8 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0,-0.6 0.2,-1.2 1.2,-2 0.2,0 0.2,0.4 0.4,0.6 -0.2,1.2 -0.6,1.8 -1,1.8 z m -29.6,-19.8 c -0.6,0 -1,-0.2 -1,-0.4 0,-0.2 0.8,-0.6 1.8,-0.6 0.8,0 1.2,0.2 1.2,0.4 -0.4,0.6 -1.2,0.6 -2,0.6 z m 43.8,-4 c -0.2,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.4 0.6,-0.4 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.4,0.6 -0.4,0.6 z m 3.2,-1.2 c -0.8,0 -1.4,0 -1.4,-0.2 l 0.4,-0.2 1,-0.2 1,0.2 0.2,0.2 c 0,0 -0.6,0.2 -1.2,0.2 z m 7.2,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.2,-0.2 h 0.4 c 0.4,0 0.6,0 0.8,0.2 z m 5,-0.6 c -0.6,0 -1,-0.2 -1,-0.2 v -0.2 h 1.39995 l 0.4,0.2 c 0,0.2 -0.4,0.2 -0.79995,0.2 z m 7.99995,-0.2 c -1.2,0 -1.4,-0.2 -2,-0.6 0,-0.2 0.6,-0.2 1.8,-0.2 1.4,0 2.4,0 2.4,0.2 -0.4,0.4 -1.4,0.6 -2.2,0.6 z m 4,-0.4 c -0.6,0 -0.8,-0.2 -1,-0.6 0,-0.2 0.4,-0.4 0.6,-0.4 0.6,0 1,0.2 1,0.6 0,0.2 -0.4,0.4 -0.6,0.4 z m -73.79995,-1 c -0.4,0 -0.6,-0.4 -0.6,-0.6 0,-0.4 0.4,-0.6 1,-0.6 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.4,0.8 -0.8,0.8 z m 76.59995,-6 c -0.8,-0.4 -0.4,-0.2 -0.8,-1 V 56 c 0,-0.2 0.8,-0.4 1.8,-0.4 0.8,0 1.2,0 1.2,0.2 l -2,1 z m 15,-0.4 c 0,-0.6 2.6,-1.2 3.6,-1.2 l 0.6,0.2 -1.8,0.8 z m -5.8,-0.6 -0.6,-0.2 1,-0.4 0.4,0.2 0.2,0.2 z M 869.00015,216.8 c 0.4,-0.2 0.6,-0.2 0.6,-1 0,-0.6 -0.6,-1.6 -1.2,-1.6 -0.4,0 -0.8,0.4 -0.8,1 0.2,0.8 1,1.6 1.4,1.6 z m 77.2,-9.4 c 6.8,-1.4 8.2,-1.2 13.6,-4 -2.4,0.4 -1.2,0.2 -3.4,0.4 -2.2,0 -4,1.4 -10.6,3.4 z m 15.6,-3.8 c 0.8,0 1,-0.2 1.2,-0.8 -0.2,-0.6 0,-0.4 -0.6,-0.6 -0.6,0 -1.6,0.6 -1.6,1 0.2,0.2 0.6,0.4 1,0.4 z m 3.8,-1.2 c 2.4,-0.4 3.2,-0.8 3.8,-1.4 h -0.4 c -0.8,0 -2.8,0.4 -3.6,1.2 0,0.2 0,0.2 0.2,0.2 z m 5.4,-1 c 0.4,0 0.4,-0.2 0.6,-1 0,-0.2 -0.2,-0.2 -0.2,-0.2 -0.4,0 -0.6,0.2 -0.6,0.6 0,0.4 0,0.6 0.2,0.6 z m -3.2,-1.2 c 0.8,0 2.6,-0.8 2.6,-1 h -0.4 c -1,0 -2.6,0.6 -2.6,1 z m 8.6,-0.4 c 0.6,-0.2 1,-0.2 1,-0.4 -0.6,-0.2 -0.4,-0.2 -1,-0.2 -0.6,0 -1,0.2 -1.2,0.4 v 0.2 z m 3.6,-0.8 c 0.4,0 0.6,-0.2 1,-0.8 l -0.6,-0.2 c -0.2,0 -0.6,0.2 -0.6,0.4 0,0.4 0.2,0.6 0.2,0.6 z m 11.2,-6.6 c 1.4,0 3,-0.4 3.8,-1.8 0,-0.2 -0.2,-0.2 -0.6,-0.2 -1,0 -1.2,1.2 -2.8,1.2 -0.6,0 -1,0.2 -1,0.4 v 0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m -26.8,-50.8 c 1.6,0 2.4,-0.4 3,-1 0,-0.2 -0.2,-0.2 -1,-0.2 -1.4,0 -3.2,0.8 -3.2,1 z m 7.2,-1.4 c 1.8,0 2,-0.4 3.2,-0.8 -2.4,0 -1.4,0 -3.8,0.4 l -1.4,0.4 z m -7.2,-0.4 c 0.4,0 1,-0.2 1.2,-0.8 h -0.6 c -0.6,0.2 -1,0.4 -1,0.6 0,0.2 0.2,0.2 0.4,0.2 z m 20.2,-1.2 c 0.8,0 1.2,-0.2 1.2,-0.2 v -0.2 h -1.8 l -0.4,0.2 c 0,0.2 0.4,0.2 1,0.2 z m 3.2,-0.6 c 0.4,0 0.8,-0.2 0.8,-0.2 l -0.2,-0.2 h -1.4 l -0.2,0.2 c 0.2,0.2 0.4,0.2 1,0.2 z m 4.8,-0.6 c 0.6,0 1,0 1,-0.2 -0.4,-0.2 -1,-0.2 -1.4,-0.2 l -0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m 5,-0.4 c 0.2,0 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 -0.4,0.2 -0.6,0.8 0,0.2 0.2,0.4 0.4,0.4 z m -0.4,-3.2 c 1,0 1.8,-0.2 1.8,-0.8 0,-0.4 -0.6,-0.8 -2,-0.8 -1.2,0 -2,0.4 -2,0.8 0,0.2 0.2,0.4 0.6,0.6 z m 3.39995,-1 c 3,-0.4 4.8,-0.6 4.8,-0.8 0,-0.2 -0.8,-0.4 -2.4,-0.4 -2,0 -2.8,0.4 -3,1 z m 6,-0.6 c 0.4,0 0.6,0 0.6,-0.2 0,-0.2 -0.2,-0.4 -0.8,-0.6 -0.2,0 -0.4,0 -0.4,0.2 0,0.4 0.4,0.6 0.6,0.6 z m 2,-0.6 c 0.4,0 0.8,0 0.8,-0.2 -0.2,-0.2 -0.6,-0.2 -1.2,-0.2 l -0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m 4.2,-13.8 c 0.4,0 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.4,0 -0.6,0.2 -0.6,0.6 0,0.2 0.4,0.6 0.6,0.6 z m 10.2,-49 c 1.4,0 2.2,0 2.2,-0.2 l -2.6,-0.2 -2.4,0.2 c 0,0 1,0.2 2.8,0.2 z m 7,-0.6 c 1,0 1.6,0 1.6,-0.2 l -1.6,-0.2 -1.6,0.2 c 0,0 0.6,0.2 1.6,0.2 z m 1.2,-2.8 0.2,-0.8 c 0,-0.2 -0.2,-0.2 -0.8,-0.2 h -2 c -0.8,0 -1.4,-0.2 -1.6,-0.6 0,-0.4 1,-0.4 3.2,-0.4 6.6,0 10.4,0.2 10.4,0.6 0.2,0 -1.2,0.2 -4,0.2 -4.6,0 -4.6,0.6 -5.4,1.2 z m 17.6,-5.2 c 1,0 1.4,0 1.4,-0.2 -1,-0.8 -1.8,-0.8 -2.4,-0.8 -0.6,0 -0.8,0 -0.8,0.4 0,0.4 0.8,0.6 1.8,0.6 z m -7.2,-3.4 c 0.4,0 0.6,0 0.6,-0.2 0,-0.2 -0.4,-0.4 -1.4,-0.8 v 0.4 c 0.2,0.2 0.6,0.6 0.8,0.6 z"/><path d="m 1115.8003,235.8 c 1.4,-0.6 2,-1 2,-1.4 h -0.2 c -0.2,0 -0.6,0.2 -1,0.6 z m -1.4,-0.4 c 0.6,0 1.2,-0.6 1.4,-1.6 -1,0.6 -1.6,1 -1.6,1.4 0,0.2 0,0.2 0.2,0.2 z m 5.6,-0.4 c 0.6,0 1.4,-1.2 3,-1.2 l 1.6,0.2 c 1.2,0 1.2,-1 2.4,-1 1.8,0 13.4,-4 15.2,-5.2 1,-0.8 1.4,-1.6 1.4,-2 l -0.2,-0.4 c 0,-0.4 1,-0.4 1,-1.2 0,-0.4 0.2,-0.6 0.4,-0.6 0.8,0 0.4,0 1.2,0.4 -1,0.8 -1.6,1.4 -1.6,1.8 0,0.2 0.2,0.4 0.4,0.4 0.8,0 2,-1 4,-2.8 l -0.4,1.6 c 1.4,-0.8 2,-1.8 5.6,-3.2 3.8,-1.6 5.6,-3.6 7.2,-4.4 5.4,-2.2 15.6,-11.4 17.8,-13.6 4.6,-4.2 3.4,-3.4 9.4,-10 3,-3.2 7.2,-9 7.2,-9.8 0,-1.4 0,-0.6 0.8,-2 l -0.8,0.4 c -0.2,0 -0.2,0 -0.2,-0.2 0,-0.4 0.6,-0.8 1.8,-1.8 0,-0.2 -0.4,-0.2 -1,-0.2 -1.2,0 -1.4,0.6 -1.4,1.6 -0.2,0 -0.6,-0.6 -1.4,-1.4 -0.2,0 -0.2,0.2 -0.4,0.8 -0.4,0 -0.2,0 -0.4,-0.4 0.6,-1 1.2,-1.2 1.6,-4.2 l 1.2,-4.6 c -1,1 -1.2,1.4 -1.8,1.4 h -0.2 l -0.2,-0.6 c 0,-1.2 0.6,-3.2 1,-3.2 h 0.4 c 0.6,-1.4 0.6,-1.8 0.6,-2.2 0,-0.6 0,-1 0.4,-2.6 -1.2,1.4 -1.8,2.4 -2.2,2.4 l -0.2,-0.2 c 0,-1.2 0.8,-1 0.8,-1.6 l -0.2,-0.6 c 0,-0.8 0.6,-1 1,-2 -0.4,-0.8 0,-0.6 -1,-1 l 0.2,0.8 c 0,0.6 -0.6,1 -1.2,1 -0.8,0 -1.6,-1.2 -1.6,-3 0,-0.2 -0.4,-0.4 -0.8,-0.4 l -1.2,0.2 c -0.2,0 -0.4,-0.2 -0.4,-0.6 l 0.2,-1.8 c 0,-0.6 0,-0.8 -0.4,-0.8 -0.6,0.2 -1.2,0.6 -1.2,1.2 0,0.2 0,0.2 -0.2,0.2 h -0.2 v -0.2 c 0,-1 0.4,-1.4 1.2,-3 h -0.6 c -0.8,0 -0.8,-2.6 -1.6,-3 l -0.4,-0.8 c 0,-0.4 -1.2,-4.8 -5.6,-7.6 -2.6,-1.6 -2,-3.2 -4.4,-3.2 -0.6,0 -1,-0.4 -1,-0.6 0,-1.6 -13.2,-4.8 -28.8,-4.8 -7.6,0 -15.2,0.6 -28.8,1.2 -1.6,0 -2.4,-0.2 -2.4,-0.4 0,-0.4 4,-6 5.2,-7.6 4,-5.8 6,-8.2 16.4,-18.6 3.2,-3.2 5.6,-5.8 5.6,-6.2 l -1,0.2 c -0.8,0 -1.2,-0.4 -1.2,-1.2 0,-0.8 0,-1.4 0.4,-1.4 l 3.6,2.2 c 0.6,-1.2 1,-1.6 1,-2 l -0.2,-0.2 -1.8,0.6 c -1,0 -1.4,-0.8 -1.4,-2 0,-2 0.6,-3 1,-3 0,0 0.2,0.2 0.2,0.8 0,1 -0.4,1.2 -0.8,1.2 0,0.2 1,0.8 1.6,0.8 0.6,0 1,-0.2 1,-0.8 l -0.8,-2.2 c 0,-0.2 0.2,-0.2 0.6,-0.2 0.6,0 0.4,0.8 1,0.8 0.8,0 3.4,-1.6 3.4,-2.2 h -0.2 c -1.8,0.8 -0.8,0.4 -2.4,1.6 1.2,-1.4 1.8,-2.2 2.4,-2.2 1.4,0 6,-3 6,-3.8 l -1.2,0.4 c 1,-1.4 3.8,-1.6 4.6,-2.4 1.8,-1.8 2.4,-1.2 3.6,-2.4 1.8,-1.4 4,-1.2 4,-2.2 0,-1.2 4.8,-3 5.6,-3.8 0.2,-0.2 0.4,-0.4 0.6,-0.4 h 0.6 c 0.6,0 0.4,-1.2 1.6,-1.4 2.8,-1.4 7,-4 8.8,-5.4 0.2,0 0.2,0.4 0.4,0.4 0.6,0 2,-1.8 3.4,-1.8 1.4,-0.4 3.2,-1.8 4.8,-2.2 1.2,-0.4 1.4,-0.8 1.8,-1.2 l 1.2,0.2 c 0.2,0 0.2,0 0.2,-0.2 l -0.4,-0.8 c 1,0.6 1.4,1.2 1.8,1.2 0.8,-0.8 -0.8,-1.2 4.2,-3.2 0,0.6 0.6,1.2 1.4,1.2 l 0.6,-0.2 c 0,0 -1,-0.2 -1,-0.4 0,-0.2 0.8,-0.6 2,-0.8 h 1.2 c -1,1.4 -1.4,2 -2.8,2 -1.8,0 -2,0 -2,1.2 0,0.2 0,0.2 0.2,0.2 l 3.2,-0.6 c 0.6,0 0.8,0.2 0.8,0.4 -0.6,1.2 -1.4,1.4 -2.8,3.6 -3.8,6.2 -18.4,22 -21.6,24.8 -5.6,4.8 -5,7.2 -5.6,8.2 l -0.4,0.6 c 0,1 2.2,3.6 3.2,3.6 0.8,0 1.2,-1.2 2.4,-1.2 1.2,0 2,-2.4 3.6,-2.4 0.4,0 0.8,0.2 0.8,0.4 0,0.6 1,1.4 1,2.4 0,0.6 1.4,1.2 1.4,2 0,0.8 -2.2,0.6 -2.2,1.8 0,0.2 0.2,0.4 0.4,0.4 1.2,0 5.2,-2.8 5.8,-2.8 0.4,0 1.8,-1.8 3.2,-1.8 0.8,0 1.2,-0.4 1.2,-1.6 v -1.2 c 0.6,0.8 0.8,1.4 1.6,1.4 0.6,0 1,-0.4 1,-1 l -0.2,-0.8 0.8,0.2 c 0.6,-1 3.8,-6 5.4,-6 l 0.8,0.2 c 0.2,0 0.2,0 0.2,-0.2 0,-1 0,-1.6 3.2,-4.4 h 0.2 c -0.4,0.6 -0.2,0.4 -0.4,1 l 0.2,0.2 1,-0.4 -0.2,1.2 c 0.6,-0.2 0.6,-0.2 0.6,-0.4 V 96 c 0,-1 0.2,-1.4 1.4,-1.4 0.2,0 0.2,0 0.2,0.2 0,1.4 -11.8,13 -11.8,13.8 v 0.2 c 1.2,-0.8 2.2,-1.4 3.2,-2.4 1.8,-1.6 15.4,-15.2 17.2,-17.2 5.2,-5.6 7.2,-10.8 7.2,-13 -0.4,0 -1.4,2.4 -3.6,6.2 0,-1 1.8,-4.4 1.8,-5 0.8,-3.4 1.4,-4.6 1.4,-6.4 0,-0.6 0,-0.8 -0.4,-0.8 h -0.4 c 0.6,-1.6 1.2,-3 1.2,-5.8 0,-3.6 -2.2,-3.2 -2.2,-4.4 0,-0.6 -1.6,0.2 -1.6,-1.6 0,-0.2 -0.2,-0.4 -0.4,-0.4 l -0.6,0.2 -0.2,-0.2 c 0.2,-0.4 0.4,-0.6 0.8,-0.6 h 0.4 c 0.2,0 0.4,-1 0.4,-2.6 0,-3.8 -2.8,-7.4 -5.2,-7.4 -1,0 -1.2,0.2 -2,0.8 l 0.2,-0.6 c 0,-0.4 -0.2,-0.6 -0.8,-0.8 -0.6,0.6 -0.6,1 -1.4,1 l -0.4,-0.2 0.2,-0.6 c 0,-0.2 -0.2,-0.4 -0.4,-0.4 -1,0 -3.2,1.4 -3.8,1.4 -0.4,0 -0.2,-1.2 -0.4,-1.2 -0.2,0.2 -0.4,0.6 -4.2,0.6 -2.2,0 -5.4,0.4 -7.2,1 -11.8,3.6 -7.8,1.4 -25.8,9.6 -2.6,1 -5.2,2.4 -5.8,2.6 -3.4,2 -9.2,4.8 -13.2,7.2 -1,1 -8.4,4.4 -10.4,6.4 -0.4,0.6 -1.6,1.4 -2.6,1.8 -2.4,1.4 -6.4,4.6 -6.4,5.6 v 0.2 c -1,0.2 -2,0.2 -3.2,1 -4,2 -11.8,8.4 -22.6,19.2 -2.2,1.8 -11,11.2 -11,11.6 0,0.2 -0.6,1 -1.4,1.6 -6.6,9.2 -10.8,15.2 -10.8,20.6 0,1.4 -0.8,0.6 -0.8,3 0.2,5.4 2.8,9.4 8.6,12.4 2.2,1 3.4,3 4.4,3 h 1 c 0,0.4 0,0.2 -0.2,0.4 0,1.6 3,2.8 5.2,2.8 v 0.4 c 0,0.2 0.4,0.6 1,0.6 0.2,0 0.2,-0.2 0.6,-0.6 0.4,0 3,2.6 4.2,2.6 0.4,0 0.6,0.2 0.6,0.4 0,0.6 0.4,0 3.8,1.2 1.2,0.2 11.8,0.4 23.8,0.4 28.4,0 32.4,0.6 32.4,2.8 0,0.4 -0.2,1.2 -1,2.6 -2.6,4.6 -10.2,11.2 -16.6,16.4 -0.4,0.4 -1,0.6 -1.2,0.6 -0.8,0.4 -6.8,4.8 -8.8,6 -0.8,0.6 -2,1.2 -2.4,1.6 -12.8,7.4 -32.4,18.6 -35,18.6 -1.6,0 -5.4,1.6 -8.6,3.4 -1,0.8 -1.8,1.2 -2,1.2 -0.8,0 -2.4,2.8 -4.4,3.2 -1.6,0.4 -2.6,1.6 -2.6,2.8 0,1 0.8,2.2 0.8,3.2 0,0.4 0.4,1.2 1,1.8 2.4,1.8 6.4,3.4 8.2,3.4 0.8,0 0.8,-0.8 1.6,-0.8 0.8,0 2,0.6 2,1.4 0,0.4 0,0.6 0.2,0.6 l 1,-2.2 c 3.2,1.8 3.6,2.8 8.6,2.8 3,0 4.2,0.4 5.2,0.4 1.2,0 1.2,-0.4 2.4,-1 l 6.8,-2 0.4,0.2 1.8,-0.6 c 0.4,0 0.4,0.2 0.4,0.6 0.2,0 1.2,-2.2 2,-2.2 0.4,0 0.6,0.2 0.6,0.4 l -0.2,0.8 h 0.2 c 5.4,-2 9,-2.8 9,-3.6 0,-0.2 0.2,-0.4 0.6,-0.4 0.4,0 0.4,0.2 0.4,0.4 0,0.6 -1,2.2 -2.2,2.2 -1.2,0 -2,1.4 -3.2,1.4 -0.4,0 -0.6,0.2 -0.6,0.6 v 0.8 c 0,0.2 -0.2,0.4 -0.4,0.4 -0.6,0 -0.8,-0.2 -0.8,-0.4 l 0.2,-1 c -0.4,0 -3.2,2 -3.2,2.8 l -0.4,0.2 -0.8,-0.2 c -1.6,0 -2,0.6 -5.4,1.8 -1.2,0.2 -1.6,0.6 -1.8,1.4 0,0.2 0,0.2 0.2,0.2 z m -20.6,-5.4 c -0.4,0 -0.4,-0.4 -0.8,-1 l 0.4,-0.2 c 0.4,0 0.6,0.4 0.6,0.6 0,0.4 -0.2,0.6 -0.2,0.6 z m 36.4,-1.2 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.2,-0.2 h 1.2 v 0.2 z m 5,-3 c -1.2,-0.4 -1.6,-0.6 -1.6,-1 h 0.2 c 0.4,0 1,0.2 1.2,0.6 z m 0.2,-1.2 -0.4,-0.2 c 0,-0.6 1.4,-1.4 3.4,-2.2 h 0.2 c -1,1.6 -2.4,2.4 -3.2,2.4 z m 5.2,-1 c -0.4,0 -0.6,0 -0.6,-0.2 0.8,-1 1,-1.4 1.8,-1.4 0.2,0 0.4,0.2 0.4,0.4 -0.2,0.8 -0.4,1.2 -1.6,1.2 z m 6.4,-1.8 c -0.2,0 0,-0.8 -0.4,-0.8 h -0.6 l -0.6,-0.2 c 0,-0.4 1,-1.2 2.6,-2 -0.6,1 -1,1.2 -1,1.6 0,0.2 0,0.2 0.2,0.2 l 1.2,-0.4 c -0.6,1.2 -1,1.6 -1.4,1.6 z m -4,-1 -0.2,-0.6 c 0,-0.4 0.2,-0.6 0.6,-0.6 l 0.4,0.2 c -0.2,0.6 -0.4,1 -0.8,1 z m 10,-2.4 c -0.4,0 -0.6,-0.2 -0.6,-0.8 0,-0.2 0.2,-0.4 0.6,-0.4 0.4,0 0.6,0.2 0.6,0.4 0,0.6 -0.6,0.8 -0.6,0.8 z m 1.6,-1.8 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0,-0.8 3.4,-1.8 3.4,-2.4 0,-0.6 3,-1.6 4.2,-1.6 h 0.2 c 0,1 -4.4,1.6 -4.4,3 0,0.4 -0.2,0.6 -0.4,0.6 h -0.6 c -0.8,0.4 -0.6,0.8 -1.8,0.8 z m -9,-2 c 0,-0.4 1,-0.8 2.2,-1.2 h 0.2 c 0,0.2 -0.6,0.6 -1.2,1 z m 4.4,-2 c -0.4,0 -0.2,0 -0.4,-0.2 0,-0.6 2.2,-1 3.6,-2.4 1,-0.8 1.8,-1.2 2.2,-1.2 0.2,0 0.2,0 0.2,0.2 0,0.8 -2,1 -3.6,2.6 -0.6,0.6 -1.4,1 -2,1 z m 13.6,-2.2 c 0,-0.4 1,-1.2 2.2,-1.8 l 2,-1 c 0,0.4 -3.6,2.8 -4.2,2.8 z m -7,-1.8 -0.2,-0.2 c 0,-0.6 2,-2.6 4,-3 0,0.2 -0.4,0.6 -1.4,1.4 z m 5,-4.2 c -0.2,0 -0.2,-0.2 -0.2,-0.4 0,-0.6 0.6,-1 1.6,-1.2 -0.6,1.2 -1,1.6 -1.4,1.6 z m 2.6,-1.8 V 202 c 0,-0.6 3.8,-3.6 4.6,-4 l -0.2,-0.2 c 0,-0.8 2,-1 2,-2.2 0,-0.8 1.8,-0.6 1.8,-1.6 0,-1.2 1.4,-2.6 2.6,-2.8 0.4,0 0.6,0.2 0.6,0.8 0,1.2 -2.4,2 -2.8,3.6 -0.4,1.4 -7.8,6.6 -8.6,6.6 z m -35.6,-40.8 c -0.8,-0.4 -1.4,-0.4 -1.4,-1.4 0,-0.6 0.4,-1.2 1.2,-1.2 0.2,0 0.2,0.2 0.2,0.4 v 0.8 c 0,0.6 0.4,0.6 0.8,0.8 z m -11,-1 c -0.6,-0.2 -1.2,-0.4 -1.2,-0.6 l 0.6,-0.2 c 0.8,0 2,0.4 2,0.6 0,0.2 -0.6,0.2 -1.4,0.2 z m 15.4,0 c -0.8,0 -1.2,-0.2 -1.2,-0.6 0,-0.2 0.2,-0.4 0.6,-0.4 h 0.4 c 0.4,0 0.2,-1 1.8,-1 1,0 1.4,0 1.4,0.2 -1,1.4 -1.6,1.8 -3,1.8 z m -21.4,-37.2 c 0,0 -0.2,0 -0.2,-0.4 0,-1.2 5.4,-6.2 6.2,-6.8 v -0.4 c 0,-1 2.6,-3.6 3.4,-3.6 h 0.4 c 0.2,0 0.4,-0.2 0.4,-0.4 0,-1.2 6.4,-7 7.4,-7 h 0.2 v 0.6 c 0,1.2 -0.6,-0.8 -4,3.8 -2.4,3.6 -4.4,5.6 -5.6,5.6 -0.8,0 -0.6,2 -2.2,2.8 -1,0.6 -2,1.2 -2.2,1.6 -2,2.8 -2.8,4.2 -3.8,4.2 z m 7.4,-5.6 c 0,-0.6 4.2,-4.6 4.8,-4.6 0,0.2 -1,1.4 -2.2,2.6 -1.2,1.2 -2.2,2 -2.6,2 z m 6.4,-5.6 h -0.2 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.6 0.2,-0.8 0.8,-1 0.2,0 0.4,0 0.4,0.2 0,0.4 -0.4,0.8 -0.6,1 z m 1.4,-1.4 c -0.2,0 -0.2,-0.4 -0.2,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.2,0 0.2,0.2 0,0.6 -0.2,1 -0.6,1 z m 54.6,-0.6 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0.2,-0.6 0.4,-0.8 1,-0.8 0.2,0 0.4,0.2 0.4,0.6 0,0.2 -0.4,0.6 -0.8,0.6 z m -53.4,-1.4 c -0.6,-0.4 -0.6,0 -0.6,-0.6 0,-0.6 0.8,-1.2 1.4,-1.2 h 0.4 c 0.6,0 2,-1 2,-1.6 l -0.2,-0.4 -0.6,0.2 c -0.2,0 -0.6,-0.2 -0.6,-0.8 0,-1 2.8,-4 3.4,-4 0.2,0 0.2,0 0.2,0.2 0,0.6 -2,2.6 -2,3 2,0 2,0 2.6,1.6 0,0.6 -0.4,1.2 -1,1.2 l -0.8,-0.2 c -1.6,0 -3.4,2.6 -4.2,2.6 z m 55.6,-0.6 -0.2,-0.4 c 0,-0.6 0.6,-1 1.6,-1 0.6,0 1,0 1,0.2 l -1,0.6 -0.4,-0.2 c -0.2,0 -0.6,0.2 -0.8,0.6 z m -1.6,-2.8 c -0.4,0 -0.6,-0.4 -1.2,-1.4 0,-0.4 0.2,-0.6 0.8,-0.8 0.4,0.2 0.6,0.4 0.6,1 z m -64,-2.8 c -0.2,0 -0.2,0 -0.2,-0.2 0,-0.4 0.8,-0.8 1.8,-1.6 z m 3,-2.4 -0.2,-0.2 c 0.2,-0.8 0.4,-1.4 1.2,-1.4 h 0.2 l -0.4,0.8 z m 16.6,-0.6 -0.4,-0.2 c 0.2,-0.6 0.6,-0.8 0.6,-0.8 0.2,0 0.4,0.2 0.4,0.6 0,0.2 -0.4,0.4 -0.6,0.4 z m 47,0 -0.4,-0.2 c 0.4,-0.6 0.6,-0.8 0.8,-0.8 0,0 0.2,0.2 0.2,0.6 0,0.2 -0.2,0.4 -0.6,0.4 z m 2.6,-2 -0.2,-0.2 c 0,-0.6 2.4,-2.2 3,-2.2 h 0.2 c 0,0 -2.4,2.4 -3,2.4 z m -61.6,-2 -0.4,-0.2 0.6,-0.8 c 3.2,-3.2 5.6,-5 6.4,-5 h 0.4 c 0.6,0 0.4,-1.4 3,-2.6 l 0.2,0.2 c -1.4,2.6 -2.4,2.6 -6.2,5.6 -0.6,0.4 -2,-0.4 -2,1.4 0,0.4 -0.4,0.8 -0.8,1 z m 18.6,-3.6 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0,-0.4 0,-0.2 0.4,-0.4 0.4,0 1,0.2 1,0.6 0,0 -0.4,0.2 -1,0.2 z m -6.8,-5.2 c -0.2,0 -0.6,-0.2 -0.6,-0.8 0,-1 4.2,-3.2 4.2,-4 0,-1.4 2.4,-0.8 3.2,-2 0.4,-0.4 0.8,-0.6 1,-0.6 h 0.2 c 0,0.8 -3.6,4.8 -4.4,4.8 -0.2,0 -1,0.4 -1.8,1.2 -0.8,1 -1.4,1.4 -1.8,1.4 z m 49.8,-19.6 c 0,-0.2 0.2,-0.6 0.8,-1 0.8,-0.4 1.8,-0.8 2.2,-0.8 0,0.2 -0.4,0.4 -1,0.8 -0.8,0.6 -1.6,1 -2,1 z m 29.2,-0.6 h -0.2 c 0,-0.4 2.2,-2.4 3,-2.4 0,0.2 -0.2,0.8 -0.8,1.2 -1,0.8 -1.8,1.2 -2,1.2 z m 0.4,-3.6 c -0.4,0 -0.8,-1 -0.8,-1.6 0.2,-0.4 0,-0.4 0.6,-0.6 0.8,0.6 0.4,0.2 1,1 0,0.2 -0.8,0.2 -0.8,0.6 l 0.2,0.4 z m -110,171.4 c 0.2,0 0.6,-0.2 0.6,-0.6 0,-0.2 -0.4,-0.6 -0.6,-0.6 -0.4,0 -0.6,0.4 -0.6,0.6 0,0.4 0.2,0.6 0.6,0.6 z m 82.8,-58 c 1,0 1.6,-1.8 2.6,-4.4 h -0.2 c -1.8,1.4 -1.4,2.4 -2.6,4.2 0,0.2 0,0.2 0.2,0.2 z m 3,-71 c 0.8,0 1,-0.2 1.2,-0.8 l -0.4,-0.2 c -0.4,0 -0.8,0.2 -1,0.8 0,0 0,0.2 0.2,0.2 z m 2.8,-3 c 0.8,-0.6 0.4,-0.4 1.4,-0.6 h 0.4 c 0.4,-0.6 0.4,-0.2 0.4,-1 0,-0.2 0,-0.2 -0.4,-0.2 -1.2,0.2 -1.6,0.8 -2,1.8 z m -53.8,-2.8 c 0.2,0 1,-0.6 1.6,-1.2 1.4,-1.2 1.2,-0.2 2,-1.8 l -0.4,-0.2 c -0.6,0 -3.2,2.6 -3.2,3.2 z m 4.6,-3.4 c 1.6,-1 2.8,-1.6 2.8,-2.2 0,-0.2 0,-0.2 -0.2,-0.2 -0.4,0 -1.2,0.6 -1.8,1.4 z m 4.4,-3.2 c 0.6,0 2.6,-2 3,-2 0.8,0 1.2,-0.6 1.8,-1.8 -0.8,0 -5,3.2 -5,3.6 z m 5.2,-3.6 c 2.2,-1.4 3.6,-2.2 3.6,-3 h -0.2 c -0.2,0 -1,0.6 -1.8,1.4 z m 7.2,-4.8 c 0.6,0 1,-0.2 1,-1 0,-0.2 0,-0.2 -0.2,-0.2 -0.6,0 -1,0.2 -1,0.8 0,0.2 0,0.4 0.2,0.4 z m 12,-7 c 0.4,0 3,-1.8 3,-2.2 l -0.2,-0.2 c -0.8,0 -3,2 -3,2.4 z m 4,-2.4 c 0.8,0 2,-1.4 2,-1.6 -1.4,0.6 -2.2,1 -2.2,1.4 0,0.2 0.2,0.2 0.2,0.2 z m 3.8,-1.6 c 1,0 1.4,-0.4 1.4,-0.6 0,-0.4 -0.4,-0.4 -1.2,-0.4 -0.6,0 -0.8,0.2 -1,0.6 0,0.2 0.4,0.4 0.8,0.4 z m 3,-1.6 c 1,0 2,-0.4 2.6,-1.8 0,-0.2 0,-0.2 -0.4,-0.2 -1.4,0.2 -2.4,0.8 -2.6,1.8 0,0.2 0.2,0.2 0.4,0.2 z m 4.8,-1.4 c 1,-0.2 1.2,-0.6 1.2,-0.8 0,-0.2 0,-0.2 -0.2,-0.2 -0.8,0.4 -0.4,0 -1.2,0.8 z"/><path d="m 1228.2002,234.4 c 0.8,0 2.2,-4.6 2.6,-4.6 0.2,0 0.4,-0.4 0.4,-1 l -0.4,-3 c 0,-0.4 0,-0.6 0.2,-0.6 l 0.8,0.4 -0.2,-0.4 c 0,-1.6 1,-1.8 1.4,-1.8 0.6,0 0.8,0.2 0.8,1.4 0.4,-0.4 0.6,-0.8 1,-0.8 1,0 2.6,3.2 3,3.2 0,-0.6 0.2,-1 0.4,-1 0.2,0 0.4,0.2 0.4,0.6 l -0.2,1.2 c 0,0.8 0.2,1 0.4,1 0.8,0 1.2,-2.2 2,-2.2 l 0.2,0.2 -0.8,1.8 c 0.6,0 1.8,-0.6 1.8,-1.6 l -0.2,-0.8 h 0.4 c 0.2,0 0.6,-1 0.6,-2 0,-1 -0.2,-1.8 -0.4,-1.8 -0.8,0 -0.4,1.6 -0.8,1.6 -1.2,-1.2 -0.6,-0.6 -1.4,-1.8 h -0.2 l 0.2,1.4 c 0,0.4 0,0.4 -0.4,0.4 h -1.2 c -0.8,0 -0.8,0.2 -1.2,0.6 l 0.2,-1.4 c 0,-0.4 0,-0.6 -0.4,-0.6 l -0.6,0.2 c -1.4,0 -1.6,-0.6 -2.6,-0.6 -0.4,0 -0.6,-0.4 -0.6,-1 0,-0.4 0.8,-0.4 0.8,-1.2 0,-0.8 1.8,-3.6 1.8,-5.2 0,-1 -1.2,-1.6 -1.2,-2.2 0,-0.2 0,-0.4 0.2,-0.4 l 0.8,0.8 c 0.4,0 0.2,-0.6 0.6,-0.6 h 0.8 c 0.4,0 0.4,-0.2 0.4,-0.4 0,-0.4 -0.2,-0.6 -0.6,-1.2 0,-0.8 1.4,-2.4 1.4,-3.6 0,-2 1,-1.4 1,-3.2 0,-1.2 0.2,-1.4 0.6,-1.4 l 1,0.2 c 0,-1.4 0.2,-2.2 0.8,-2.2 l 0.2,0.4 c 0,1.6 -1.6,4.2 -1.6,6 0,1.4 -1.4,5.4 -1.4,6.8 0,0.6 0,1 -0.4,1 l -2.4,-1.2 c 0.4,1.4 1.2,0.6 1.2,2.8 0,2 -0.6,4 -0.6,5.2 0,0.2 0,0.2 0.2,0.2 h 0.8 c 0.4,0 0.6,0.2 0.6,0.4 0,0.6 0.2,0.8 0.4,0.8 0.8,0 0.8,-2.4 2,-2.4 l 3.4,0.4 c 1.4,0 1.4,-0.4 1.4,-1.4 0,-0.6 0.8,-0.6 0.8,-1.6 0,-0.2 0,-0.2 0.2,-0.2 h 0.2 c 0.4,0 0.6,0 0.6,-0.2 l -0.4,-1.2 0.2,-0.2 0.8,0.4 0.2,-0.4 c 0,-0.2 -0.2,-0.6 -0.6,-0.8 -0.4,0 -0.8,-1.2 -1,-3.2 0.8,0.8 0.6,0.4 1.2,1.4 l -0.2,-0.6 0.2,-0.2 h 0.8 c 0.8,0 1,-5.4 1.8,-5.4 0.2,0 0.2,0.2 0.2,0.6 0,0.2 0,0.4 0.2,0.4 0.8,-1.2 0.4,-0.4 0.8,-1.8 0,-1 -0.4,-1.8 -0.8,-1.8 l -0.6,0.8 -0.2,-0.2 c 1,-3.8 1.2,-5 2.6,-5 l 0.2,0.2 c 0.6,0 0.6,-4.6 1.6,-5.2 l 0.2,0.2 -0.2,1.6 c 0,0.4 0,0.6 0.2,0.6 0.4,0 1,-2.6 1.6,-4.4 -0.4,0 -1.2,1.6 -1.6,1.6 0,-0.4 0,-0.6 -0.4,-0.6 l -1,0.2 c -0.2,0 -0.2,0 -0.2,-0.2 0,-0.4 1.6,-3.4 1.6,-4.6 0,-1.4 0.8,-2.6 1.2,-2.6 0.2,0 0.2,0.4 0.2,1 0,1.6 -0.2,1.8 -0.6,3.2 l 0.2,0.2 0.4,-0.2 c 0.6,0 1.2,1.6 1.2,2.8 0,2 -1,1.6 -1,2.8 0,4.6 -2.2,5.4 -2.2,8.6 1.4,0 15.8,-40.4 19.4,-47.2 3.8,-8.6 4,-10 7.6,-16.8 2,-4 3,-8.2 4.6,-9.8 0.4,-0.6 0.6,-1.4 0.6,-1.8 v -0.8 c 0,-0.6 1.2,-0.6 2.8,-4.2 1.4,-2.8 1.6,-3.6 1.6,-4.2 -0.4,0 -0.8,0.8 -2,2.2 0.6,-2.2 0.8,-3 1.8,-3 l 1,0.2 c 0.2,0 0.4,-0.2 0.4,-0.4 0,-3.8 7.6,-13 7.6,-16.6 0,-1.4 1.2,-0.8 1.2,-1.8 l 0.2,-0.4 c -1.4,0 -2,2.4 -2.6,2.4 -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.6,-0.6 1.2,-1.2 -0.6,-0.4 -1.2,-0.6 -1.2,-1.2 0,-0.2 0,-0.2 0.2,-0.2 l 1.4,0.8 0.2,-0.2 -0.2,-1.4 c 0,-1.8 2.4,-4.8 2.4,-5.6 0,-1.2 1.2,-1.2 2.2,-4.4 1.4,-3.6 2.6,-6 2.6,-6.8 0.2,-1 0.4,-1 9.8,-2.4 6.8,-1 20.6,-2.6 45.8,-5 5.6,-0.4 10.4,-1.2 10.4,-1.4 0.2,-0.2 0.8,-0.2 1.4,-0.2 l 0.6,0.2 c 0.2,0 0.2,0 0.2,-0.2 0,-0.4 0,-0.6 -3.4,-0.6 l -17.6,0.6 c -4.6,0 -5.8,-0.4 -6,-1 0,-0.6 0.2,-1 0.8,-1 0.6,0 0.6,1 1.2,1 l 1,-0.2 c 0.6,0 0.4,0.8 1,0.8 0.4,0 0.6,-0.4 0.6,-1.2 0,-1 0.4,-1 4,-1 8.8,0 12.6,-0.6 14.4,-1.4 -0.8,-0.8 -1.4,-1 -2.6,-1 -1,0 -0.8,0.8 -1.4,0.8 -1,-0.2 -0.6,0 -1.2,-0.8 0,-0.6 7.2,-0.6 7.6,-1.6 0.4,-0.8 2.4,-0.8 2.4,-1.2 0,-0.2 0.2,-0.4 0.4,-0.4 l 1.4,0.2 c 0.2,0 0.4,0 0.4,-0.2 -0.4,-0.8 -0.6,-1.4 -1.6,-1.4 -1,0 -1,-1.8 -3.8,-1.8 -1,0 -1.8,-0.2 -1.8,-0.2 0.4,-0.4 1,-0.6 1,-1.2 0,-1 2.2,-1.2 6.2,-2.4 0,-0.6 -2.4,-0.4 -2.4,-0.8 0,-0.4 -0.2,-0.8 -1,-0.8 -0.6,0 -0.6,0.4 -1,0.8 -0.4,-0.2 -0.6,-0.2 -0.6,-0.6 0.4,-0.8 0.8,-0.6 0.8,-1.4 0,-0.6 -0.4,-1.4 -1,-1.4 l -0.8,0.2 c -0.8,-0.4 -1.2,-0.4 -1.2,-1 0,-0.8 1.2,-1.6 3.4,-2 1.2,-0.2 1.8,-0.2 1.8,-0.6 -0.6,-1 -1.4,-1.4 -1.4,-2 0,-0.4 -10.6,-2 -17.4,-2.6 -9.2,-0.6 -23.2,-1 -35.2,-1 -7.2,0 -13.6,0.2 -18.2,0.4 -36.4,2.4 -45.4,4.4 -63.6,7.8 -8.6,1.8 -8,3.2 -8.4,10.4 0,3.2 2.8,2 2.8,3.4 0,1.8 1,2.6 3.8,2.6 l 4.8,-0.4 c 1,0 1.4,0.2 1.4,0.4 0,0.4 -0.4,0.6 -0.8,0.6 -2.4,0 -3,0.6 -3,1.4 0,0.6 -1.2,0.8 -1.2,1.6 l -0.2,0.2 -1.2,-0.2 c -0.2,0 -0.4,0 -0.4,0.2 0.4,1.4 0.6,2 1,2 0.4,0 0.4,-1 1,-1 0.8,0 1.4,1.6 1.4,3.6 0,1 2.2,1 2.2,1.4 0,0.4 0.8,0.6 1.8,0.6 l 3.2,0.2 c 2.2,0 10.4,-0.6 11.2,-1 0.4,-0.4 8.4,-0.6 11.8,-1.8 l 2.6,-0.4 0.4,0.2 c -0.6,0.8 -1,1.4 -1.8,1.4 h -1 c -2.4,0 -6.8,1.6 -8.6,1.6 -1.2,0 -1,0.8 -2.6,0.8 l -3.8,0.4 c -2.6,0 -1.8,-0.6 -3.4,-0.6 -2.4,0 -6.6,1.4 -6.6,2.4 0.4,0.4 0.8,0.4 0.8,0.8 -1.6,0 -1.8,0.4 -2.2,2 0,0.4 0.2,0.6 0.4,0.6 h 0.4 l 0.2,0.4 -0.2,1 c 0,1.2 1.4,1 4.4,1.2 4.8,0 14.6,-1 18,-2 h 0.4 c 0.2,0 0.4,0 0.4,0.2 -0.6,2.6 -5,10.8 -5.8,14.2 0,0.4 -1.2,3.2 -2.6,6.4 -3.2,7 -11.4,28.4 -11.4,32.8 0,1 -1.4,2.8 -1.4,4.4 0,1.8 -1.8,2 -1.8,4.2 0,2 -1.6,4.2 -1.6,5 0,0.6 -0.4,1.8 -0.8,2.8 -3.6,11.2 -5.4,16.4 -6,19.6 -0.6,4 -1.4,2.8 -1.4,3.4 0,2.2 -8.6,31.4 -8.6,33.8 0,0.4 -1.2,5 -1.2,7.8 0,2.2 -1.2,3.4 -1.2,6.4 0,4 2.8,4.6 2.8,5.2 0,0.4 0.2,0.6 0.4,0.6 z m 4.6,-15.2 c -0.2,0 -0.2,-0.4 -0.2,-0.8 0,-0.4 0,-0.6 0.2,-0.6 l 0.2,0.2 c 0,0.4 0,1 -0.2,1.2 z m 13.4,-1.8 c -0.4,0 -0.8,-0.6 -0.8,-1.2 l 0.2,-0.4 c 0.8,0.6 0.4,0.4 0.8,1.2 z m 1,-5.8 c -0.2,0 -0.2,0 -0.2,-0.4 0,-0.4 0.4,-0.8 0.6,-1 h 0.4 c -0.2,1 -0.6,1.4 -0.8,1.4 z m -4.6,-11 c -0.2,0 -0.6,-0.4 -0.6,-1.2 0,-0.8 0.2,-1 0.8,-1.4 0.2,0 0.2,0.4 0.2,1.2 0,1 -0.2,1.4 -0.4,1.4 z m 0.8,-3.4 c -0.2,0 -0.4,-0.4 -0.4,-1.2 0,-1.4 1.2,-3.8 1.8,-3.8 l 0.2,0.6 c -0.6,2.8 -1,4.4 -1.6,4.4 z m 14,-4.6 c -0.2,0 -0.6,-0.6 -0.6,-1 l -0.2,-3 c 0,-3 0.8,-2 0.8,-2.6 v -0.2 c 0,-0.2 0.4,-0.6 1,-0.6 l 0.2,0.2 -0.4,1.4 c 0,0.8 1.4,0.4 1.4,1 l -0.4,1.6 -1.6,-0.2 c -0.4,0 -0.6,0.2 -0.6,0.8 v 0.8 c 0.6,-0.6 0.6,-0.8 1,-0.8 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -0.8,0.2 -0.8,0.8 l 0.2,0.4 c 0,0.6 0,1 -0.4,1 z m -12.4,-3.2 -0.2,-0.2 c 0,-0.4 1,-2.2 1.6,-2.2 l 0.2,0.4 c 0,0.4 -0.2,1 -0.8,1.4 z m 14.6,-2.6 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0,-0.8 1,-3.2 1.4,-3.2 0.2,0 0.4,-0.2 0.4,-0.4 l -0.4,-1.2 c 0.8,0.2 1,0.4 1,1.4 0,1.4 -1.4,1.8 -1.4,2.4 l 0.2,0.8 c 0,0.4 -0.2,0.6 -0.6,0.6 z m -12.6,-0.8 c -0.4,0 -0.6,-0.4 -0.6,-1.4 0,-1 1,-1.2 1,-1.6 l -0.6,-1.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 0.6,0.2 0.8,0.2 0.8,2 0,1.4 -0.6,3 -1.2,3 z m 10.8,-3 -0.2,-0.2 c 0.2,-2 0.8,-3.4 0.8,-3.4 h 0.2 c 0.4,0 1.6,0.6 1.6,1 0,0.2 -0.2,0.4 -0.4,0.4 h -0.2 c -0.2,0 -0.8,0.4 -1.2,1.2 z m 3.8,-2 c -0.4,0 -0.6,-0.4 -0.6,-0.6 0,-0.2 0.2,-0.4 0.4,-0.4 0.6,0.2 0.4,0.2 0.8,0.6 0,0.2 -0.4,0.4 -0.6,0.4 z m -13.2,-0.8 c -0.4,0 -0.8,-0.2 -0.8,-0.6 0,-0.2 0.2,-0.4 0.6,-0.4 0.6,0.4 0.6,0 0.8,0.6 0,0.2 -0.2,0.4 -0.6,0.4 z m 11.8,-1 c -0.8,0 -1.2,-0.2 -1.2,-0.8 0,-0.6 0.6,-1.6 0.6,-2.4 v -0.6 c 0,-0.2 0.2,-0.4 0.4,-0.6 2.2,-2.2 5.6,-19.4 9,-20.4 l -0.2,0.6 c 0.4,0.8 0.2,0.4 0.8,1.2 l -0.2,0.2 -0.8,-0.2 c -1,0 -1,1 -1.2,3.2 l 0.2,1.4 c 0,0.2 -0.2,0.4 -0.4,0.4 -0.8,0 -1.6,1.6 -1.6,3 l 0.4,1.2 -0.2,0.2 h -0.4 c -0.8,0 -2,5 -2.8,5.4 -1.8,3.8 -1,2 -1.8,6.8 0,0.8 -0.2,1.4 -0.6,1.4 z m -11,-1.2 c -0.2,0 -0.2,-0.2 -0.2,-0.4 l 0.4,-1.6 0.2,-0.2 c 0.4,0.2 0.6,0.2 0.6,1 0,0.6 -0.4,1.2 -1,1.2 z m 13.6,0 c -0.2,0 -0.4,-0.2 -0.4,-0.4 l 0.4,-2 c 0,-0.2 0.2,-0.4 0.6,-0.4 l 0.4,0.2 -0.8,1.8 0.2,0.6 z m -11.8,-3 c -1.2,-0.4 -1.6,-0.8 -1.6,-1 h 0.6 c 0.6,0 1.2,0.2 1.2,0.6 0,0.2 0,0.4 -0.2,0.4 z m -0.2,-2.2 c -0.2,0 -0.2,-0.2 -0.2,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.2,0 0.2,0.2 0,0.8 -0.2,1 -0.6,1 z m 14.4,-1.4 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0.2,-0.8 0.2,-1.6 0.6,-1.6 0.2,0 0.2,0.2 0.2,0.6 0,0.6 -0.2,1.2 -0.4,1.4 z m -12.6,-1 c -0.6,0 -0.8,-0.4 -0.8,-1 0,-0.4 0,-0.8 0.4,-1 0.2,0 0.6,0.4 0.8,1.4 0,0.4 -0.2,0.6 -0.4,0.6 z m 2,-6 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-0.6 0.2,-0.8 0.4,-0.8 0.4,0 0.6,0.2 0.6,0.4 0,0.4 -0.2,0.8 -0.6,1 z m 2.4,-5 c -0.4,0 -0.6,-0.4 -0.6,-0.8 0,-0.6 0,-1 0.2,-1 0,0 0.4,0.6 0.6,1.4 0,0.2 0,0.4 -0.2,0.4 z m 2,-3.4 c -0.2,0 -0.4,-0.4 -0.4,-0.6 0,-0.4 0.4,-0.6 0.6,-0.6 0.2,0 0.4,0.2 0.4,0.4 v 0.2 z m 10.8,-5.4 v -0.2 c 0,-0.6 0.4,-1.2 1.4,-2.4 0.2,0 0.2,0.2 0.2,0.6 0,0.4 -0.4,1.2 -0.8,1.6 z m 2.2,-4.6 c -0.4,0 -0.4,0 -0.4,-0.2 0,-0.4 0.4,-0.8 1.4,-1.8 0.2,0 0.2,0 0.2,0.2 -0.4,1 -0.6,1.8 -1.2,1.8 z m 2.4,-4.8 h -0.2 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.6 0.4,-0.8 1,-1.2 l 0.2,0.4 c 0,0.4 -0.4,0.8 -0.6,1 z m 0.8,-2.2 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0,-1.8 1,-2.6 2.2,-4 -0.4,1.6 -0.6,2.8 -1.4,4 z m 18.4,-26 -0.2,-0.4 c 0.6,-1.4 1,-2.6 1.4,-2.6 0.2,0 0.4,0.2 0.4,0.4 0,0.6 -1.2,2.6 -1.6,2.6 z m 1.8,-3.6 c 0.2,-0.8 0.4,-1.4 0.8,-1.4 h 0.2 c 0,0.2 0,0.6 -0.4,1 z m 1.6,-4 c -0.4,0 -0.6,-0.4 -0.6,-0.8 0,-0.4 0.2,-0.6 0.4,-0.6 0.6,0 0.8,0.4 0.8,0.8 0,0.4 -0.2,0.6 -0.6,0.6 z m -48.8,-17.4 c -1,0 -1.8,-0.2 -1.8,-0.6 0,-0.2 0.2,-0.2 0.6,-0.2 h 0.8 c 1,0 0.6,-0.8 1.2,-0.8 0.6,0 1,0.4 1,0.8 0,0.4 -0.8,0.8 -1.8,0.8 z m 7.2,-0.4 c -1.2,0 -2.2,0 -2.2,-0.2 v -0.2 c 0,-0.6 -2.6,-0.2 -2.6,-1 0,-0.2 0.2,-0.2 0.4,-0.2 l 1,0.2 c 0.2,0 0.2,0 0.2,-0.2 l -0.4,-0.8 c 1.4,0.6 0.8,1.2 7.6,1.2 3.6,0 5.4,0 5.4,0.4 l -1.6,0.4 c -1.8,0.2 -5.4,0.4 -7.8,0.4 z m 57.8,-9.4 c -0.6,0 -1,-0.2 -1,-0.4 l 1.8,-0.6 c 0.2,0 0.4,0.2 0.4,0.4 0,0.2 -0.4,0.6 -1.2,0.6 z m 3.4,-0.8 -0.2,-0.2 c 0.8,-0.6 2,-0.8 3.4,-0.8 h 0.4 v 0.2 l -2.2,0.6 z m 10,-1 -1.6,-0.2 c 1.4,-0.6 1.8,-0.8 2.8,-0.8 h 0.8 c 0.6,0 0.4,-0.2 0.6,-0.6 l 0.6,0.4 c 0,0.4 -1,1.2 -3.2,1.2 z m 7.4,-0.6 c -0.6,0 -0.8,-0.2 -0.8,-0.4 l 0.2,-0.4 c 0,-0.2 -0.4,-0.4 -1,-0.4 h -1.4 c 4.2,-1.2 2.4,-2.2 5.8,-2.2 -2,0.4 -3,0.8 -3,1 0.4,0 0.6,0.2 0.6,0.4 v 0.6 c 0,0.4 0.2,0.4 0.8,0.4 2,0 2.8,-0.2 2.8,-0.6 l -0.6,-1.4 c 0,-0.4 0.6,-0.6 2.2,-0.6 1.4,0 1.4,0.2 1.8,0.4 1.8,-0.6 2.6,-0.8 4.2,-0.8 0.8,0 1.4,0 1.4,0.4 0,0.8 -1.6,0.8 -3.8,1.4 0,0.4 0.8,0.4 2.4,1 -2.6,0 -2.8,-1 -4.2,-1 l -1.8,0.4 c -0.4,0 -1,1.2 -4,1.6 z m -24.8,-1.4 c -0.8,0 -1.2,-0.2 -1.2,-0.6 0,-1.6 2.8,-1.8 10.2,-2 0,0.4 -1.6,1.4 -2.4,1.4 l -0.6,-0.2 c -0.8,0 -0.6,0.4 -1.4,1 -0.4,0 -0.4,-0.8 -0.8,-0.8 -0.8,0 -2.8,1.2 -3.8,1.2 z m 11.6,0.2 c -0.6,0 -0.8,0 -0.8,-0.4 1.8,-4 1.8,-3 8,-3.6 h 1 c -1.2,0.8 -1.6,1.2 -4,1.2 -1,0 -1.4,0 -1.4,0.2 0.4,0.6 0.6,0.6 0.6,0.8 -0.6,0 -1,0 -1,0.2 l 0.8,0.8 c 0,0.2 -0.4,0.2 -1,0.4 z m 8.4,-1.2 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.4,-0.2 h 0.2 c 0.4,0 0.6,0 0.8,0.2 z m 2.2,-2.4 c -0.8,0 -1.4,0 -1.4,-0.2 1,-0.6 2.2,-0.8 4.2,-0.8 1.4,0 2,0 2,0.2 -1.6,0.8 -2.8,0.8 -4.8,0.8 z m 8.8,-0.4 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0.2,-0.6 0.4,-0.8 1.2,-0.8 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.6,0.8 -1.2,0.8 z m 7.4,-0.4 c -2,0 -4.2,-0.4 -4.2,-0.6 3.8,-0.2 4.6,-0.2 6.6,-0.6 0.8,0.4 0.6,0 0.8,0.6 0,0.2 -0.2,0.4 -0.4,0.4 z m 9,0.2 c -0.2,0 -0.8,-0.4 -2,-1.4 0,-0.2 0.2,-0.2 0.6,-0.2 0.6,0 1,0.4 1.2,0.8 z m -4,-0.4 c -0.4,0 -0.6,-0.4 -0.8,-1 l 0.4,-0.2 c 0.4,0 0.6,0.2 0.6,0.6 0,0.4 -0.2,0.6 -0.2,0.6 z m 6.6,-0.4 -1.2,-0.2 -0.4,-0.4 c 0,-0.2 0.2,-0.2 1,-0.2 3.2,-0.2 1.6,0 5,-0.4 0.2,0 0.2,0 0.2,0.2 l -0.2,0.2 c -1.6,0.6 -3.2,0.8 -4.4,0.8 z m -12.6,-8.4 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.4,-0.2 h 0.2 c 0.4,0 0.6,0 0.8,0.2 z m -107.8,172.4 c 1.2,-1.8 1.6,-3.2 1.6,-3.2 l -0.2,-0.2 c -0.4,0 -0.6,0.6 -1,1.8 z m -1.4,-2 c 0.8,0 1.4,-0.6 1.6,-1.4 l -0.4,-0.2 c -1.6,0.2 -2.6,0.4 -2.6,1 0,0.2 0.4,0.4 1,0.6 z m -2.6,-0.8 c 0.4,0 0.6,-0.2 0.6,-0.4 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.2,0 -0.6,0.2 -0.6,0.6 0,0.2 0.4,0.4 0.6,0.4 z m 15.4,-13.6 c 0.4,0 0.6,-1 1.6,-2.8 l -0.2,-0.2 c -1,1 -1.6,1.6 -1.6,2.8 0,0.2 0,0.2 0.2,0.2 z m 51,-117.2 c 0.4,0 0.8,0 0.8,-0.2 v -0.2 c 0,-1 3.6,-7.4 3.6,-8.4 l -0.2,-0.6 c 0.8,-1.6 1.4,-2 2.8,-5.2 0,-0.2 -0.2,-0.2 -0.4,-0.2 h -1.2 l 0.4,0.4 c 0,1 -3,4.6 -3,6.2 0,1.4 -2.2,5 -3,5 h -0.4 l 0.2,0.8 -0.4,2 c 0,0.4 0.2,0.4 0.8,0.4 z m 6.6,-15.6 c 0.4,0 0.8,-0.2 0.8,-0.6 -0.2,-0.2 -0.6,-0.6 -0.8,-0.6 -0.6,0 -0.8,0.4 -0.8,0.8 0,0.2 0.4,0.4 0.8,0.4 z"/><path d="m 1325.0002,229.4 -0.8,-0.4 c -1.8,-1.2 -2.8,-4.6 -2.8,-7.4 0,-3.2 2,-5.2 2,-6 l -0.4,-1 c 0,-1 0.8,-3.2 3.4,-11.4 5.8,-16.4 7.4,-18.6 7.4,-19.8 0,-0.8 1.6,-2 1.6,-3.4 0,-3 3.4,-7.2 3.4,-8.6 0,-0.2 0,-0.4 -0.2,-0.4 l -1.2,0.2 c -2.2,0 -5.4,-2.8 -5.4,-5.8 0,-1.6 1.4,-3.6 1.4,-4.4 0.4,-2.4 12.6,-3 12.6,-5.8 0,-2 19.2,-41.6 20.2,-42.2 0.6,-0.4 0.2,-2 2.6,-6.4 2.4,-3.4 2,-4.8 2.8,-5.2 0.6,-1.2 1.6,-3.2 4.2,-7.6 2.6,-5.2 2.6,-5.4 3.6,-5.8 l -0.2,-0.8 c 0,-1 1,-2.6 2.4,-4 0.6,-0.6 1.2,-1.4 1.2,-1.8 v -0.2 c 0,-1.4 3.8,-5.6 3.8,-6.6 0,-0.8 2,-2.8 2,-3.6 v -0.4 c -1.2,0.6 -1.6,1 -2.6,1 h -1 c -1,0 -0.8,0.8 -1.2,0.8 h -0.8 c -1.4,0 -4.2,1 -4.2,1.6 v 0.2 c 0,1 -0.6,1 -2,1.2 l 0.4,-1 c -0.6,0.2 -0.8,0.4 -0.8,0.8 v 0.4 c 0,0.6 -2.4,1.6 -3.8,1.6 -0.8,0 -2.6,-1.8 -3.6,-1.8 h -1 c -0.2,0 -0.4,0 -0.4,-0.2 l 0.2,-1.4 c 0,-0.4 -0.2,-0.6 -1,-0.6 -1.6,0 -1.2,-0.6 -1.4,-1 h -0.4 l -0.2,-0.2 c 0.2,-1 0.4,-1.6 0.6,-1.6 1,0.8 1.2,1.6 1.6,1.6 0.2,0 0.6,-0.4 0.6,-1 0,-1.2 -2.4,-3.6 -2.8,-3.6 l -0.2,0.2 0.2,1 c 0,0.8 -1.8,0.8 -2.6,1.4 -1,0 -4.2,-3.2 -4.4,-5.4 0,-3 4,-7.6 8.4,-8.8 6,-2.6 17.6,-7.4 37.2,-12 3.4,-0.8 6.4,-0.6 8.6,-1.4 7.4,-1.8 24.8,-3.6 36.8,-3.6 9.2,0 20.2,0.8 21.4,1.6 0.4,0.4 4,0.8 7.6,2.2 1.6,0.8 3.2,1.6 3.8,1.6 2,0 9.8,4.6 9.8,5.8 v 0.2 h 0.8 c 0.8,0 1.2,2.2 2.4,3 1.8,1.2 3.8,6.8 3.8,9.2 0,1.2 -0.4,1 -0.6,1.8 0.4,1.8 1.2,3 1.2,4.4 0,1 -0.8,0.8 -0.8,1.8 v 0.4 c 0,0.8 -0.4,1.2 -1.2,2.2 0.4,0 1,-0.4 2.4,-1 0.2,0 0.2,0.4 0.2,1 0,1.4 -0.4,2.2 -0.6,2.8 0,0.8 1.6,2.2 2.4,2.2 h 0.6 c -1.2,1.2 -2,1.6 -2,2 0.4,0.4 1,0.2 1,0.8 0,0.2 0,0.2 -0.2,0.2 h -0.6 c -0.6,0 -1,1.6 -1,4.4 -0.8,5 -2.8,6 -3.6,8.2 -0.6,2.2 -4,5.4 -4.8,5.4 v 0.4 l -0.8,1.6 c 0,0 1,-0.8 2.2,-2.2 3.6,-3.6 6.2,-8.4 6.8,-8.4 0.2,0.6 0.2,0.2 0.2,1 0,0.8 -0.8,1 -0.8,1.2 v 0.2 c 0,1 -4.4,6 -8.4,9.8 -4.6,4.2 -11,9.4 -11.6,9.4 -0.2,0 -1.4,0.8 -2.4,1.8 -9.4,7.8 -26.2,18.2 -33.8,23 -7.6,5.2 -6,3.4 -7.6,4.6 -2.6,2 -19,11.6 -28.6,16.8 -4.2,2.4 -7.6,4.2 -7.6,4.4 1,0 12.6,2 23.6,4 14.2,2.6 7.2,1 20,3.8 1.4,0.6 3,1 3.6,1 2,0 6.6,2.2 6.6,3.2 0,0.2 0.2,0.4 0.4,0.4 h 0.8 c 0.2,0 0.2,0 0.2,0.4 v 1.6 c 0.8,-0.6 1.2,-0.8 2,-0.8 0.8,0 1.6,0.4 1.6,0.8 l -0.8,1.2 c 0,0.4 0.4,0.4 1.4,0.4 2,0 1.4,0.4 1.8,1.8 h 0.4 c 1.2,0 2.8,3 3,5.4 0,2 -0.2,2.4 -1.2,2.6 -0.6,0 -1.2,0.4 -1.2,0.8 0,0.4 0.2,0.6 0.4,0.6 0.6,0 3.4,2.4 3.4,3 0,0.2 -0.2,0.4 -0.4,0.4 l -1.4,-0.2 c -1.2,0 -3,0.8 -3,1.4 0.2,0.6 0,0.2 0.6,0.6 0.4,0 1,-0.4 1,-1 l -0.2,-0.4 0.2,-0.2 c 0.6,0.6 0.8,0.6 0.8,1.2 0,0.4 -1.6,1.2 -1.6,1.8 l 1,1 c 0,0.4 -1.4,1.4 -1.4,1.8 0,0.2 0.4,0.2 1,0.2 h 0.2 c 0.2,0 0.4,0.4 0.4,0.8 0,0.4 -0.2,0.6 -0.6,0.6 -2.2,-0.6 -1,-0.2 -3.2,-0.6 -0.4,0 -1,-0.6 -1.2,-1 -0.6,-1.6 -1,-1.2 -2,-1.4 -0.4,0 -4,-0.6 -4,-1.6 l 0.4,-0.8 c -1,0.2 -0.8,0.6 -1.6,0.6 -1.2,-0.4 -1.6,-0.8 -1.6,-1.2 0,-0.2 0.2,-0.4 1,-0.4 0.4,0 0.6,0 0.6,0.2 0,0.4 0,0.4 0.2,0.4 0.2,0 0.6,-0.8 0.6,-1.6 0,-0.4 0,-0.8 -0.2,-0.8 l -1.8,-0.8 c -0.4,0 -0.8,1 -1.2,1 -0.2,0 -0.4,-0.2 -0.4,-0.4 l 0.2,-0.8 c 0,-0.4 -0.2,-0.6 -0.6,-0.6 -1.8,0 -1,-1 -2,-1 -1.2,0 -4.2,-2 -6,-2 -1.8,0 -1.6,-1.2 -3.2,-1.2 h -1.6 c -2.8,0 -3,-1.2 -6,-1.4 -3.8,-0.6 -4.6,-1.2 -6.2,-1.6 -1.2,0 -1.2,0.2 -2,0.8 l 0.4,-0.8 c 0,-0.2 -0.2,-0.2 -0.4,-0.2 l -2,0.2 c -0.8,-0.4 -0.6,-0.8 -3,-1 -1,0 -1,0.4 -1,1.2 -0.4,-1 -1.8,-0.6 -2.4,-1.6 0,-0.2 -0.4,-0.2 -0.8,-0.2 -2.6,0 -6,1.6 -8.4,1.8 -2.4,0 -6.8,-0.6 -7.2,-1 0,-0.6 0.8,-1.2 2.4,-1.4 l -0.2,0.6 0.8,0.6 c 0.4,-0.6 0.2,-0.8 0.4,-0.8 l 1.4,0.8 c 0.4,0 0.2,-0.2 0.4,-0.8 l 1.6,-0.2 0.4,-0.4 c 0,-0.2 -0.2,-0.2 -0.8,-0.2 l -6.2,-0.6 c -0.8,0 -1.2,0 -1.2,0.2 0,0.2 0.6,0.4 1.6,0.8 l -0.8,0.2 c -1,0 0.4,1 -4,1 -4.2,0 -8,-1 -17.2,-1 -4.6,0 -9.4,0.2 -9.8,0.6 -1.2,0.4 -7.2,13.2 -7.2,13.2 v -0.2 c 0,-1.2 0.8,-2.2 2.2,-5.4 0,-0.8 1.6,-2.2 1.6,-3.6 0,-0.8 1.8,-2.2 1.8,-3.4 0,-0.6 -0.6,-1.2 -1.4,-1.2 l -1.8,0.2 c -0.2,0 -0.4,0.2 -0.4,0.4 0,0.6 0,0.8 0.4,0.8 h 0.4 c 0.2,0 0.2,0.2 0.2,0.6 -0.4,1 -1.4,0.8 -1.4,1.4 v 0.6 c 0,0.6 -0.2,1 -0.4,1 l -0.6,-0.2 c -0.2,0 -0.2,0 -0.2,0.2 l 0.2,1.2 c 0,1.2 -2.4,2.8 -2.4,3.8 v 0.6 c 0,0.8 -1,1.4 -1,2 v 0.4 c 0,0.4 -0.6,0.2 -0.6,0.6 v 0.4 c 0,2 -2,5.4 -3,5.4 l 0.2,0.6 c 0,0.8 -1.8,2.4 -1.8,3.2 l 0.2,0.8 c 0,0.8 -0.6,1.8 -1,1.8 l -0.6,-0.2 0.2,1.2 c 0,0.6 -0.4,1.4 -0.8,1.4 l -0.4,-0.2 h -0.2 l 0.2,1.4 -0.8,-0.2 0.2,0.6 c 0,1 -1.4,1.6 -4.2,8.8 -0.4,0.8 -1,1.4 -1.4,1.4 h -0.8 c -2.4,0 -2.8,3 -3.8,3 -0.4,0 -0.6,-0.4 -0.6,-1 l 0.2,-0.6 c 0.2,0 0.2,0.2 0.8,0.6 0.4,0 0.8,-0.8 1,-2.4 0,-0.2 0,-0.4 -0.2,-0.4 l -1,0.2 c -0.8,0 -0.6,-1.4 -1,-1.4 h -0.4 c -0.4,0 -0.8,-0.8 -0.8,-1.4 0.2,-0.8 0,-0.6 0.4,-1 0.6,0 0.8,0.6 1.4,1.4 0.4,0 0.6,-0.4 0.8,-1.4 l -0.6,0.2 c -0.4,0 -1.2,-1 -1.2,-1.6 0,-0.6 0.2,-0.8 0.6,-0.8 h 0.2 c 0.2,0 0.2,0 0.2,-0.4 0,-0.6 -0.2,-1.8 -0.6,-3.4 0,-0.2 0.2,-0.4 0.4,-0.4 h 0.8 c 0.4,0 0.6,-0.4 0.6,-1.8 0,-2.4 1.2,-2.6 1.2,-3.6 0,-0.8 -0.4,-1.4 -1.2,-1.4 -0.6,0 -1.4,1 -1.4,2 v 1.2 c 0,0.4 -0.2,0.8 -0.4,1 -1.2,0.4 -1,2.4 -1.4,2.8 l -0.4,0.8 v 0.8 c 0,0.4 -0.8,0.2 -0.8,1 l 0.4,1.8 c -1,0.2 -1,-0.2 -1.4,0.8 0.6,0.4 1,0.2 1,0.6 0,0.8 -0.6,1.2 -2.2,1.6 -0.8,0 -0.6,-0.4 -1,-0.6 -0.2,0 -0.2,0.4 -0.2,1.2 0,1.2 0.6,1.2 1,2.2 l -0.6,1.6 c -0.2,0 -0.4,-0.4 -1,-1 l 0.2,0.8 c 0,1 -1.2,2.8 -1.8,2.8 h -0.2 c -0.2,0 -0.2,0.8 -0.2,1.8 v 0.8 c 0,0.8 -0.2,1.2 -0.4,1.2 z m -1.2,-3.2 c 0.4,-0.2 0.6,-0.6 0.6,-0.8 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.2,0 -0.6,0.4 -0.6,0.8 0,0.4 0.2,0.6 0.4,0.6 z m 15.6,-5.6 0.4,-0.2 0.4,-0.8 c 0,-0.6 -0.2,-1 -0.4,-1 -0.8,0.8 -0.4,0.4 -0.8,1.6 0,0.2 0,0.4 0.4,0.4 z m -2.4,-1 c 0.8,0 1.4,-0.8 1.8,-2.2 0,-0.8 -0.4,-1.4 -1.2,-1.4 -0.2,0 -0.2,0.2 -0.2,0.6 l 0.2,1.4 c 0,0.8 -1,0.4 -1,1 0,0.4 0.2,0.6 0.4,0.6 z m 6.8,-8.4 c 0.6,0 0.8,-1 0.8,-2.4 0,-0.4 0,-0.6 -0.2,-0.6 -0.4,0 -0.6,0.4 -0.6,1 v 1.2 c 0,0.8 -0.2,0.6 -0.4,0.8 z m -6.8,-7.6 c 0.6,0 2.8,-4.2 2.8,-5.2 0,-0.6 -0.4,-0.8 -0.8,-1.4 0.6,0 1,0 1,-1 0,-0.4 -0.2,-0.8 -0.4,-0.8 -0.8,0 -1.8,2 -1.8,3.8 0,1.4 -1.4,2.2 -1.4,3.4 0,0.8 0.2,1.2 0.6,1.2 z m 9.6,-0.4 0.6,-0.4 c 0.6,-0.4 1,-1.4 1,-2 0,-0.6 -0.2,-0.8 -0.2,-0.8 -0.4,0 -1,1.2 -1.4,3.2 z m 111,-5.2 c 1,0 1.6,-0.4 1.6,-0.8 0,-0.6 -0.4,-0.8 -0.8,-0.8 h -0.2 c -0.6,0 -0.2,-1.6 -1,-1.6 l -2.2,-0.6 c -0.4,0 -0.4,0.4 -0.4,1.2 0,1.6 1.6,2.6 3,2.6 z m -117,-2.6 1.2,-2 c 1,-1.8 1.4,-3.2 1.6,-4.6 0,-0.4 -0.2,-0.6 -0.4,-0.6 l -0.4,0.2 0.2,0.8 -0.2,0.2 -0.8,-0.2 c -1,0 -0.8,1.6 -1.2,6.2 z m 119,-2.6 c 1,0 2.6,-1.8 2.6,-2.2 h -0.2 c -0.4,0 -2.6,1.8 -2.6,2.2 z m -115.2,-5.8 0.2,-0.6 c 0.6,-1.6 1.8,-1.2 1.8,-2.2 0,-0.6 0,-1 -0.8,-1 -0.6,0 -1.6,1 -1.6,1.8 0.2,1.4 0.2,2 0.4,2 z m 47.2,-4.6 c 0.6,0 1,-0.6 1.2,-1.6 0,-0.6 -0.4,-0.8 -1.2,-0.8 -4.2,-0.2 -12.8,-1 -24.2,-1 l -2.8,0.2 c 0.4,0.4 6.8,1 8,1.4 l -0.4,-0.8 0.4,-0.4 0.8,0.4 c 0.2,0.2 2.2,0.4 4.6,0.4 4.6,0 4.8,0.4 5.6,1 l -0.4,-0.8 c 0,-0.2 0.2,-0.4 0.4,-0.4 0.8,0 0.2,1 2.2,1 l 5,-0.4 c 1.2,0 1.6,0.2 1.6,0.6 0,0.2 -0.2,0.4 -0.4,0.4 l -0.6,-0.2 -0.2,0.4 c 0,0.4 0.2,0.6 0.4,0.6 z m 12.6,0 c 0.8,0 1.6,-0.2 1.6,-0.4 0,-0.2 -0.8,-0.4 -1.6,-0.4 -0.8,0 -1.4,0.2 -1.4,0.4 0,0.2 0.6,0.4 1.4,0.4 z m -57.4,-0.8 c 0.6,0 1.2,-0.4 1.4,-1 v -0.4 l -0.8,0.2 c -0.8,-0.4 -0.4,-0.2 -1.2,-0.8 -0.2,0 -0.2,0.4 -0.2,1 0,0.6 0.4,1 0.8,1 z m 15.6,-2.2 c 0.4,0 0.8,0 0.8,-0.2 -0.2,-0.2 -0.8,-0.2 -1.2,-0.2 l -0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m 32.4,-17.4 c 1,0 3.2,-1 6.8,-3 4.4,-2.4 6,-3 6.4,-3.6 l -0.2,-0.2 c -0.8,0 -1.8,0.8 -3.2,1.4 l -1.2,-0.2 0.2,0.6 c 0,0.4 -0.4,0.4 -1,0.4 h -1 c -0.6,0 -0.4,0.4 -0.8,1 l -0.8,-0.4 0.2,0.8 c 0,0.2 -0.2,0.4 -0.4,0.4 l -2.6,0.4 c -0.2,0 -0.4,0.2 -0.4,0.4 v 0.6 c 0,0.2 0,0.2 -0.2,0.2 h -1.2 c -0.8,0 -1.2,0.2 -1.2,0.6 0,0.4 0.2,0.6 0.6,0.6 z m 14.2,-7.2 1.4,-0.6 c 1,-0.4 1.4,-1 1.4,-1.2 -0.2,-0.6 -0.2,-0.4 -0.6,-0.6 -1,0 -2.2,1 -2.4,2.2 0,0.2 0,0.2 0.2,0.2 z m 0.8,-1 0.4,-0.6 0.8,-0.4 c 0.2,0 0.2,0 0.2,0.2 0,0.4 -0.4,0.6 -1.4,0.8 z m 4.2,-2 c 0.8,0 2.2,-0.6 2.2,-1 l -0.6,-0.2 -2.8,0.4 c 0,0.4 0.2,0.6 1.2,0.8 z m 3,-1.6 c 0.8,0 4,-2 4.8,-2 0.8,0 4.2,-2.2 4.8,-3 0.2,-0.2 0.8,-0.6 1.6,-0.8 1.4,-0.4 5.6,-5.2 7.2,-5.2 0.4,0 0.6,-0.2 0.6,-0.6 0,-0.8 2.6,-1.8 3.6,-2.8 2,-2 14.6,-9.4 14.6,-10.6 h 0.4 c 2.2,0 8.6,-8 11.8,-8 0.4,0 1.8,-0.8 1.8,-1.4 l -0.6,-1 c 0,-0.8 0.8,-1 2.6,-1.6 l 0.4,0.2 -0.8,1.6 c 0.8,0 5,-3 5,-3.8 l -0.2,-0.6 c 0,-0.4 0.2,-0.6 0.6,-0.8 l 0.2,0.2 -0.4,0.8 c 1.2,-0.4 2.2,-1 2.2,-1.4 l -0.2,-0.2 -0.6,0.2 c -0.6,0 -0.8,-1.6 -1.2,-1.6 -0.4,0 -0.6,0.2 -1.4,1 -1.6,1.6 -5.4,2.8 -5.4,3.6 0,1.4 -4.2,2.6 -4.2,3.6 0,0 -0.2,0.2 -0.6,0.2 -1.4,0 -1.8,1.8 -2.4,1.8 -1.6,0 -4.6,2.6 -4.6,3.8 l -0.8,-0.2 c -0.4,0 -1.2,0.4 -1.6,0.8 -1.2,1.2 -8.8,5.2 -10.4,7 l -0.4,-0.2 c -0.2,0 -0.4,0.2 -0.4,0.6 0,0.6 -1.2,0.8 -1.2,1 0.6,0.4 0.4,0.6 1.4,0.6 2,0 2.8,-1.2 2.8,-2.4 0.6,0.2 1,0.6 1,1 0,0.8 -3.2,2 -4.4,2 -0.6,0 -1,0.2 -1.8,0.8 l 0.2,-1 c 0,-0.2 0,-0.2 -0.4,-0.2 -1,0 -1.8,0.6 -2,1.2 -0.4,0.8 -2,0.6 -3,2.4 h 0.4 c 0,0 0.2,0 0.2,0.4 v 0.6 h 0.6 c 0.4,-0.2 0.6,-0.4 0.6,-0.8 V 135 c 0,-0.2 1.2,-0.2 1.2,-0.6 l -0.2,-0.6 0.4,-0.2 c 1.2,0.6 0.6,0.2 1.8,1 0,0.2 -0.2,0.2 -0.4,0.2 -1.2,0 -3.8,2.6 -4.4,2.6 -0.6,0 -1.2,-2.2 -1.8,-2.2 -0.2,0 -0.4,0.2 -0.4,0.6 0,0.8 -3.6,2.2 -3.6,2.6 0.6,1 0.2,0.4 1.4,1 0.6,0 0.2,-1.6 1.2,-2 0.4,0 0.8,0.2 0.8,0.6 l -0.2,0.4 h -0.4 c -0.2,0 -0.4,0.2 -0.4,0.4 0,0.8 -4,3.2 -5,3.2 l -0.6,-0.2 0.2,0.8 c 0,0.4 -0.4,0.6 -0.8,0.6 -0.8,0 -1.2,-0.4 -2.4,-0.6 l 1,0.8 c 0,1 -8,5.6 -8,6.4 z m 31.6,-21.4 c -0.4,0 -0.8,-0.2 -1,-1 0,-0.4 1,-0.6 3.6,-1.6 0.2,0 0.4,0.2 0.4,0.4 -0.6,0.8 -1,1.4 -1.4,1.4 l -0.8,-0.8 c 0,1.2 0,1.6 -0.8,1.6 z m 6.8,-4.6 c 0,-0.6 4.6,-4.6 5.8,-4.6 0.2,0 0.2,0 0.2,0.2 v 0.2 c 0,0.6 -5.2,4.2 -6,4.2 z m -94.8,25.6 1.6,-0.2 c 1,0 1.8,-0.2 1.8,-0.4 0,-0.4 -1,-0.8 -1,-1.2 0,-0.6 1.2,-2.4 1.2,-3.2 v -0.2 h -0.2 c -0.8,0 -1.8,1.8 -3.4,5.2 z m 59.6,-4 c 0.4,0 0.6,-0.2 0.6,-0.2 0,-0.4 -0.4,-0.4 -1,-0.8 l -0.2,0.4 c 0,0.4 0.4,0.6 0.6,0.6 z m -55.2,-2.2 0.4,-0.2 c 0.4,-0.4 0.8,-1.2 0.8,-1.8 0,-0.8 -0.2,-1 -0.4,-1 -0.4,0 -0.8,0.8 -1,2.6 z m 11.2,-0.2 0.4,-0.6 c 0.4,-0.4 0.6,-1 0.6,-1.4 v -0.2 c -0.8,0.8 -1,1.2 -1,2 z m 4.2,-1.6 c 0.4,0 0.8,-0.6 1.4,-1.6 l -0.4,-0.2 c -0.6,0 -0.8,0.8 -1,1.8 z m 23.8,0 c 0.2,0 0.4,-0.2 0.4,-0.4 l -1.4,-0.6 v 0.4 z m 3.6,-1 1,-0.6 c 0.6,-0.4 1,-1.2 1,-1.4 0,-0.4 0,-0.2 -0.4,-0.4 -0.6,0 -1.8,1.4 -1.8,2 0,0.2 0,0.4 0.2,0.4 z m -3.8,-0.4 0.8,-0.2 c 0.4,-0.2 0.6,-0.4 0.6,-0.6 h -0.2 c -0.8,0.4 -0.4,0 -1.2,0.8 z m -19,-1.4 c 1.8,0 16.6,-9 18.2,-9 0.4,0 0.6,0 0.6,-0.2 v -0.2 c 0,-0.6 6,-3.2 10.4,-6.4 l 12.4,-8 c 2.4,-1.4 24.4,-16 30.4,-20.2 9.6,-6.4 22.4,-17.8 24.6,-21.6 1.2,-2 1.8,-3.2 1.8,-4 0,-0.6 -0.6,-1 -1.4,-1.2 -7.4,-3 -16.8,-4.4 -29.6,-4.6 -6.2,0 -9,-0.2 -9,-0.6 0,-0.2 0.8,-0.4 2.2,-0.6 2.8,-0.4 2.8,-1 4.2,-1.2 h 0.2 c 0.2,0 0.2,0 0.2,-0.2 -0.2,-0.6 -0.8,-1 -1.6,-1 -0.8,0 0.4,1 -2.8,1 -2.4,0 -1.6,-1.4 -2.2,-1.4 -1.8,0.4 -1,0.2 -2.8,0.4 l -0.2,-0.2 0.2,0.6 c 0,0.6 -0.6,1 -1.4,1 -1.2,0 -1.4,-1.2 -2.8,-1.2 l -8.8,1 c -3.2,0.4 -3.2,1.4 -3.4,1.4 0,-0.6 -0.2,-1 -0.6,-1 -0.2,0 -0.4,0.2 -0.4,0.6 l 0.2,1.6 c -0.8,-1 -1.2,-1.6 -1.8,-1.6 l -0.2,0.2 0.4,0.8 c -0.8,-0.4 -1,-0.6 -1.6,-0.6 -0.6,0 -0.8,0.2 -1.8,1.2 0.8,0 1.2,0 1.2,0.4 -0.6,1.2 -0.8,2.2 -1.4,2.2 h -0.2 c 0,1.4 -1.2,3 -1.8,3 -0.2,0 -0.2,-0.2 -0.2,-0.4 0,-0.6 0.6,-1.2 1,-1.8 -1.6,0.8 -2.4,1.6 -2.4,2.4 V 70 l -0.2,0.2 c -0.6,0 -5.2,8.8 -5.2,10 0,1 -2.2,0.8 -2.2,1.4 0,0.4 0.2,0.8 1.2,1 0.8,0 2.4,-1.4 2.4,-2 l -1,-1.6 1.2,0.2 c 0.6,0 1,-0.2 1,-0.4 0,-0.4 -0.4,-0.4 -0.8,-0.8 0,-0.2 2.4,0 2.4,-0.6 V 77 c 0,-0.4 0.8,-0.4 0.8,-0.6 l -0.4,-0.2 c -2,0.4 -1.2,0 -2.8,1 0,-0.2 1.8,-2.2 2.8,-2.2 h 0.2 c 0.8,0 4.4,-5.4 5.2,-8 0.6,-1.8 2.6,-2 8.2,-2.4 l 0.4,0.2 c -0.8,0.8 -1.8,0.8 -3.4,0.8 h -1 c -0.6,0 -1,0.2 -1,0.4 0,1.2 -1.6,3.4 -2,3.4 h -0.4 c -0.2,0 -0.2,0.4 -0.2,1 0,1.2 -2.4,6.4 -8.8,18.2 -3.8,7.6 -4.6,9.2 -5.8,9.8 v 0.4 c 0,0.6 -0.6,2.2 -1.4,3.8 l -7.2,13.2 c -1.8,3.2 -11.8,22 -12,23.2 z m 30.2,-65.4 -0.2,-0.2 V 73 c 0.4,-1.6 0.6,-2.4 1,-2.4 0.2,0 0.2,0 0.2,0.2 -0.2,1.2 -0.8,2.8 -1,2.8 z m 15,-8.6 0.2,-0.4 c 0.8,-0.8 1.8,-1 3.6,-1.4 -2,1.2 -3,1.8 -3.8,1.8 z m 5.2,-1 c -0.4,0 -0.8,0 -1,-0.2 0,-0.4 0.8,-0.6 2.6,-0.8 0.4,0 0.6,0.2 0.6,0.4 0,0.4 -1.2,0.6 -2.2,0.6 z m -67.8,74.6 c 0.2,0 0.8,-1.2 2.2,-4.6 -1.6,1 -2.6,2 -2.6,3.6 0,0.8 0,1 0.4,1 z m 44,-0.4 c 0.6,0 1,-0.2 1,-0.4 -0.2,-0.6 -0.4,-1 -1,-1 -0.6,0 -1,0.4 -1,1 0,0.2 0.4,0.4 1,0.4 z m -29,-0.8 c 0.2,-0.2 0.4,-0.6 0.4,-1 0,-0.2 0,-0.2 -0.2,-0.2 -0.6,0.2 -0.8,0.6 -0.8,1 0,0.2 0.2,0.2 0.4,0.2 z m -3.2,-1 c 0.8,0 2.8,-2.8 2.8,-3.6 0,-0.8 -0.4,-1 -1.4,-1.4 v 0.8 c 0,1.2 -0.6,3.2 -1.2,3.2 -0.4,0 -0.6,0.2 -0.6,0.6 0,0.2 0.2,0.4 0.4,0.4 z m 34.6,0 c 1.6,0 2.8,-1.4 2.8,-1.8 0,-0.2 -0.2,-0.4 -0.4,-0.4 -0.4,0 -1,0.2 -1.4,0.8 -0.8,0.6 -1.4,0.6 -2,1.2 0,0.2 0.4,0.2 1,0.2 z m 4,-2 c 0.6,0 1,-0.4 2,-1.2 0.2,0 0.2,0.2 0.4,0.4 0.8,-0.6 1,-1.4 1.6,-1.4 1.2,0 4.2,-1.8 4.2,-2.4 -0.4,-0.8 -1,-0.8 -1.6,-0.8 -1,0 -0.4,1.4 -1.4,1.4 l -1.2,-0.2 c -0.8,0 -0.4,1.4 -1,1.4 h -0.8 c -0.4,0 -0.6,0 -0.6,0.2 0,0.8 -2.2,0.6 -2.2,1.8 0.2,0.8 0,0.6 0.6,0.8 z m -47.6,-1.4 c 0.4,0 1.4,-2.2 4,-7.2 l -0.2,-0.2 c -1,0 -3.8,4.8 -3.8,6.8 z m 12.4,-2.4 c 0.4,0 1.8,-1.4 1.8,-2.4 0,-0.6 -0.4,-0.8 -1.4,-1.6 -0.4,0 -0.2,2.2 -0.6,3.8 0,0.2 0,0.2 0.2,0.2 z m 45.4,-1.4 c 0.6,-0.2 0,-1.2 1.4,-1.2 h 1 c 0.6,0 0.8,-0.2 0.8,-0.8 0,-0.6 -0.4,-1.2 -0.6,-1.2 -0.4,0 -0.6,0.2 -0.6,0.6 0,0.8 -3,1.2 -3,2 0,0.4 0.2,0.6 0.6,0.6 z m -43.8,-2.6 c 0.6,0 1.6,-1.8 3.6,-6 0,-0.4 0.4,-0.6 0.8,-0.6 h 0.2 c 0.2,0 0.2,-0.2 0.2,-0.6 -0.2,-0.6 -0.6,-1 -1,-1 -0.2,0 -0.2,0.2 -0.2,0.4 v 0.6 c 0,0.2 -0.2,0.4 -0.4,0.6 -0.8,0.4 -3.4,5.2 -3.4,6.2 0,0.2 0,0.4 0.2,0.4 z m 48.4,-1.2 c 0.4,0 1.8,-0.6 1.8,-1 -1.6,0.4 -2,0.6 -2,1 z m 3.6,-1.8 c 0.6,0 1.2,-0.4 2.4,-1.4 l -0.2,-0.2 -2.2,0.6 c -0.2,0 -0.4,0.2 -0.4,0.6 0,0.4 0.2,0.4 0.4,0.4 z m 3.8,-2.2 c 0.8,0 1,-0.4 1.6,-1.2 0,-0.2 -0.2,-0.2 -0.4,-0.2 -1.4,0.6 -0.6,0.2 -2,1.2 0,0.2 0.4,0.2 0.8,0.2 z m 23.2,-2 1,-0.2 1.6,-1.4 v -0.4 c -1.8,0.8 -2.2,1.2 -2.6,2 z m -74.2,-1.8 c 0.4,0 1.4,-1.4 2.6,-4.2 2.2,-4.4 2.8,-5 3.8,-7 l -0.2,-0.2 c 0,-0.2 1.2,-1.6 1.6,-2.2 v -0.2 c -0.8,0 -3.4,2.8 -4.2,6 v 0.2 c 0,0 -1.6,1.8 -1.6,2.4 0,0.8 -1.4,1.8 -1.4,2.4 v 0.4 c 0,0.8 -1,0.8 -1,1.6 0,0.6 0.2,0.8 0.4,0.8 z m 3.4,0.2 c 0.2,0 0.4,-0.2 0.6,-0.8 v -0.6 c -0.6,0.2 -0.8,0.4 -0.8,1 0,0.4 0,0.4 0.2,0.4 z m 56.6,-2.8 c 0.4,0 0.8,-0.2 1,-0.6 V 114 c -1,0.2 -1.4,0.6 -1.4,0.8 0,0.2 0,0.2 0.4,0.2 z m -69.4,-1.2 c 0.2,0 0.6,-0.4 0.8,-1.4 h -0.4 c -0.4,0.2 -0.6,0.6 -0.6,0.8 0,0.4 0,0.6 0.2,0.6 z m 2.8,-3.8 c 0.2,-0.2 0.4,-0.6 0.4,-1.2 0,-0.4 -0.2,-0.8 -0.4,-0.8 -0.4,0 -0.6,0.6 -0.6,1.2 0,0.4 0.2,0.8 0.4,0.8 z m 96,-5.2 1,-0.2 c 0.6,-0.2 0.8,-0.2 0.8,-0.4 l -0.2,-0.2 c -0.6,0 -1.2,0.2 -1.6,0.8 z m -82,-2 c 0.4,0 1,-0.4 1.2,-0.8 0.4,-1.2 1.8,-0.8 1.8,-1.4 v -0.4 c 0,-0.6 0.6,-0.4 0.6,-0.8 v -0.8 c 0,-0.8 0.6,-0.4 0.6,-1 v -1 c 0,-1 1.2,-1.2 1.2,-1.6 v -0.4 c 0,-0.6 1.6,-1.2 2,-4.2 0,-0.4 2.6,-2.4 2.6,-3.2 v -0.4 c 0,-0.4 0.6,-0.6 0.6,-1 0,-0.2 -0.2,-0.4 -0.8,-0.6 -0.6,0 -1.2,1 -2.2,3 -0.4,1.2 -2.6,4 -2.6,4.8 0,1 -5.2,9 -5.2,9.6 0,0.2 0.2,0.2 0.2,0.2 z m 10.8,-18 c 0.4,0 0.6,-0.2 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.2,0 -0.4,0.2 -0.4,0.6 0,0.4 0.2,0.6 0.4,0.6 z m -7.2,-10 c 0.2,0 0.4,-0.2 0.6,-0.8 v -0.6 c -0.6,0.2 -0.8,0.4 -0.8,1 0,0.4 0,0.4 0.2,0.4 z m -18.6,-2.8 c 0.2,0 0.4,-0.2 0.4,-0.6 0,-0.2 -0.4,-0.6 -0.6,-0.6 -0.2,0 -0.4,0.2 -0.4,0.4 0.2,0.6 0.6,0.8 0.6,0.8 z m 1,-1.2 0.6,-0.2 0.8,-0.6 c 0,-0.2 0,-0.2 -0.2,-0.2 -0.8,0.4 -0.6,0 -1.2,0.8 z m 90.6,-6.6 0.8,-0.2 c 0.6,-0.4 2,-0.4 3,-0.4 l 0.8,0.2 0.2,-0.2 c -2.8,-1.2 -5.2,-1.8 -8.2,-1.8 -0.8,0 -1.4,0.2 -1.6,0.4 0,0.6 3,0.6 3,1 l -0.2,0.4 0.2,0.2 2,-0.4 c 0.2,0 0.4,0 0.4,0.2 z m -15.4,-2 c 0.6,0 1.2,-0.4 1.2,-0.4 -0.4,-0.4 -1.6,-0.6 -3.4,-0.8 l -0.2,0.2 c 0.6,0.6 1,1 1.8,1 z m -5,0 c 1,0 1.8,-0.4 1.8,-0.6 0,-0.4 -0.8,-0.6 -1.8,-0.6 -1,0 -1.8,0.2 -1.8,0.6 0,0.2 0.8,0.6 1.8,0.6 z m 10.8,-0.2 c 0,-0.2 -1.4,-1 -2.6,-1 -0.6,0 -1,0 -1,0.2 0,0.2 1,0.6 2.4,0.8 z m 3.4,0 -0.8,-0.4 -1.2,0.2 c 0,0.2 0.2,0.2 0.8,0.2 z m -46.2,-1.2 10.2,-1.6 c 0.6,0 0.8,0.2 0.8,0.4 l -0.2,0.6 c 2.4,-1.6 7.8,-1.8 7.8,-1.8 -0.2,-0.2 -1,-0.4 -2.2,-0.4 -3.6,0 -8,0.8 -16.6,2 -0.2,0 -0.4,0.2 -0.4,0.4 0,0.2 0.2,0.4 0.6,0.4 z m 25.4,-1 c 0.6,0 1,-0.6 1.2,-1.8 -0.2,-0.8 -0.2,-1 -1.4,-1 -0.4,0 -0.8,0 -0.8,0.4 0,0.8 1.6,0.4 1.6,0.8 l -0.8,1.4 z m -2.2,-1.2 0.4,-0.6 c 0,-0.2 -0.8,-0.4 -2.2,-0.4 h -2.4 z m 6.4,-0.6 c 0.4,0 0.6,-0.2 0.6,-0.6 0,-0.2 0,-0.4 -0.2,-0.4 -0.4,0 -0.6,0.2 -0.6,0.6 0,0.2 0,0.4 0.2,0.4 z m -26.4,-4 c 0.4,0 0.6,-0.4 1,-1.2 0,-0.2 -0.2,-0.2 -0.6,-0.2 -0.4,0 -0.8,0.2 -0.8,0.4 z m -91.6,173.4 h -0.2 c -0.6,-0.8 -0.4,-0.4 -0.6,-1.4 0.6,0.6 0.4,0.4 0.8,1.2 z m 3.4,-0.4 0.2,-1.6 c 0.4,-1 1,-1.8 1.4,-1.8 0.2,0 0.2,0 0.2,0.2 -0.6,1 -0.4,0.4 -0.6,1.6 0,0.4 -0.2,1 -1.2,1.6 z m -1.6,-0.4 c -0.2,0 -0.4,-0.4 -0.4,-0.6 0,-0.4 0.2,-0.6 0.4,-0.6 0.4,0 0.6,0.2 0.6,0.6 0,0.2 -0.2,0.6 -0.6,0.6 z m -1.8,-2.6 c -0.4,0 -1,-0.4 -1,-1.2 v -0.2 c 0.4,0 0.6,0.4 1,1.2 z m 93.4,-36 h -2.2 l 1.2,-0.4 0.8,0.2 z m -4.8,-0.4 -1.6,-0.6 c -0.6,-0.2 -0.8,-0.2 -0.8,-0.4 l 1,-0.2 c 1.2,0 1.6,0.4 1.8,1 z m -4,-1.2 -1,-0.2 c -0.8,0 -1.6,-0.2 -1.6,-0.4 0,-0.4 0.2,-0.4 0.4,-0.4 0.6,0 1.2,0.2 2.4,0.8 z m -4.6,-0.6 c -0.8,0 -6.2,-1 -6.6,-1.4 0,-0.2 0,-0.2 0.2,-0.2 l 1.8,0.2 c 1.6,0 1.8,-0.4 3,-0.8 l -0.2,0.8 c 0,0.2 0.4,0.4 0.6,0.4 0.8,0 1.2,0.4 1.4,0.8 z m 87.4,-97 -0.2,-0.4 c 0.2,-1.4 0.4,-2.4 0.8,-2.4 0.2,0 0.2,0.2 0.2,0.8 0,1.2 -0.2,2 -0.8,2 z m 1.6,-4 c -0.6,0 -1,-0.2 -1,-0.6 0,-0.2 0.2,-0.2 0.6,-0.2 0.6,0 1.2,0.2 1.2,0.6 z m -127.4,-4 c -0.4,0 -0.6,0 -0.6,-0.2 1,-1 1.4,-1.2 1.8,-1.2 0.2,0 0.2,0 0.2,0.2 -0.2,0.6 -0.4,1.2 -1.4,1.2 z m 2.8,-1.4 0.4,-0.4 1,-0.4 c 0,0.2 -0.6,0.6 -1.4,0.8 z m 2.2,-1 0.2,-0.6 c 0.2,-0.8 4.4,-2.6 5.8,-2.6 h 0.2 c 0,0.2 -0.8,0.6 -1.8,1 -1.8,0.6 -2.2,1.2 -2.2,2 -0.2,-0.4 -0.4,-0.6 -0.6,-0.6 -0.6,0 -0.6,0.4 -1.6,0.8 z"/><path d="m 1486.6001,224.6 c 3.6,0 13,-2.4 34,-8 0.8,-0.4 3,-1 5,-1.4 25.6,-7 23.2,-5.8 23.8,-6.8 l 0.2,-0.4 c 0,-0.2 0,-0.2 -0.4,-0.2 -0.8,0 -3.4,1.2 -5.2,1.2 -1.2,0 -2.2,-0.6 -2.4,-1.8 0,-1.6 3.8,-2.4 5.6,-2.4 0.6,0 1,0.2 1,0.6 -0.2,1.2 -2.6,1.4 -2.6,1.8 0.2,0.2 0.4,0.4 0.8,0.4 3.2,-0.6 3.8,-1 3.8,-1.4 0,-2.4 0.4,-2.6 4.6,-3.4 l 0.6,0.2 c 0,0.2 -1,0.8 -1,1.4 0.2,0.8 0,0.4 0.6,0.8 0.6,0 1.2,-2.6 1.4,-2.6 v 1 l 0.4,1 c 0.4,-0.8 0.2,-1.4 0.8,-1.4 l 2.2,0.4 0.2,-0.2 c -0.8,-0.8 -0.6,-0.4 -1,-1.2 0,-1 3.2,-0.4 3.6,-1.4 0.2,-0.4 0.4,-0.6 0.8,-0.6 0.6,0 0.4,2.4 1.2,2.4 0.2,0 0.2,-0.4 0.2,-0.6 v -1.2 c 0,-0.2 0,-0.4 0.2,-0.4 1.4,0.8 2,1.6 2.8,1.6 l 0.2,-0.2 -0.6,-0.8 c 0,-0.6 1.4,-2 5,-2.4 1.2,-0.8 5.4,-0.8 6.2,-1.2 1.4,-0.8 3,-0.4 6.6,-1.4 l 0.4,-0.2 c 0.2,0 0.2,0.2 0.2,0.6 0,1.2 -2.6,0.8 -3.4,1.6 l -0.6,0.4 c 1.6,0 4.8,-0.4 4.8,-1.8 l -0.2,-1 c 0,-0.4 0.4,-0.6 1.6,-0.6 h 2.8 c 0.4,0 0.6,0 0.6,-0.2 l -0.4,-0.8 0.2,-0.2 1.4,0.2 c 1,0 0.6,-1 1.2,-1 l 2.2,-0.2 0.4,-0.4 -0.8,-0.2 -4.4,0.4 -0.4,-0.2 c 3,-1.2 3,-1.4 6,-2 4.4,-0.2 8.8,-2 10.4,-3.4 l -0.2,0.6 c 0,0.2 0.2,0.4 0.4,0.4 1.2,0 4.2,-3.4 5.2,-3.4 0.2,0 0.4,0 0.4,-0.2 0,-0.2 -0.2,-0.2 -0.2,-0.4 l -1,-0.2 c -2,0 -5.4,0.6 -6.4,1 -0.4,0 -0.6,-1 -1.4,-1 -2.6,0.6 -2,2 -3.2,2 -0.6,0 -0.8,-0.6 -0.8,-1.2 v -0.2 c 0,-1 0.8,-1.6 2.4,-1.6 0.6,0 1,-0.2 1,-0.4 V 182 c 1.6,0 2,0.6 2.4,1.8 0.4,-1.4 0.2,-1.8 2.6,-3.8 2.6,-1.6 2.6,-2 2.8,-2.2 l 1,0.2 c 0.4,0 0.6,-0.2 0.6,-0.4 0,-0.8 -1.8,-1.2 -3.2,-1.2 -1.6,0 -1.8,0.4 -2.4,1 -0.2,0 -0.2,-0.2 -0.2,-0.6 v -0.2 c 0,-1 2.4,-1.4 2.4,-2 -0.2,-0.2 -0.6,-0.2 -1.2,-0.2 -1,0 -2.8,0.2 -4.6,0.6 h -0.8 c 0,-0.6 1,-1 2.4,-1.8 -2.2,0 -3.6,0 -3.6,0.4 0,0.6 -3.6,2.4 -4.6,2.4 -0.4,-0.2 -0.4,0 -0.4,-0.4 0,-0.6 2.2,-0.4 3.6,-1.8 l -0.8,-0.2 c -8.4,0.4 -9.8,1 -11.6,1.4 -16.6,2.4 -17.6,2.4 -41,6 -1.4,0.4 -4.2,0.8 -6.2,1.2 l -17.8,3.6 -2.4,0.2 c 0,-0.2 5.6,-9.2 12,-19.8 l 12.2,-19.8 c 15.8,-2.8 23,-4 23,-4.6 -0.4,-0.4 -0.6,-0.4 -0.6,-1.4 0,-1.4 0.2,-2 0.6,-2 l 1,0.4 c 0.6,0 0.8,-0.6 2,-1.6 0.4,0 0.4,0.6 1,0.6 1,0 2.4,-1 3.8,-1 l 3,0.4 c 0.4,0 0.8,0 1,-0.4 0.6,-0.6 1.6,-0.8 3.4,-0.8 3.2,0 2.6,-0.6 3.4,-0.6 l 1.4,0.2 c 0.6,0 0.8,0 0.8,-0.2 0,-0.6 2.6,-0.8 8.4,-0.8 2.6,0 1.8,-1.2 3.4,-1.2 0.8,0 1.4,-0.2 1.4,-0.4 0,-0.2 -1,-0.4 -2.2,-0.4 -3.2,0.2 -12.8,1.4 -13.2,1.6 l -1.4,-0.2 -0.6,-0.2 c 0,-0.4 26.8,-2.8 30.2,-3.6 5,-1 7.8,-0.6 7.8,-1.2 l -0.8,-1.2 c 0,-0.2 0,-0.2 0.2,-0.2 2.6,-0.2 4.4,-0.4 4.6,-0.8 0,-0.4 -3,-0.8 -4.8,-0.8 l -1.2,0.2 c -0.4,0 -0.4,-0.8 -0.6,-0.8 -0.4,0.4 -0.2,0.6 -1,0.6 -2.8,-0.4 -4.2,-0.4 -4.2,-1.2 l 0.8,-1.2 -1.2,0.4 c 0.4,-0.6 0.6,-0.8 1.6,-0.8 l 1.4,0.2 c 1,0 0.8,-1 1.4,-1 1.4,0 6,-2.2 6,-3 -0.2,-0.8 -1,-1 -1.6,-1 -2.6,0 -4.8,-0.2 -4.8,-0.4 0.6,-0.2 0.8,-0.4 0.8,-0.6 0,-0.8 -4.4,-0.8 -4.4,-1.2 0,-0.4 4.8,-1 4.8,-1.6 0,0 -0.4,-0.2 -1.2,-0.2 -2,-0.2 -6.2,-0.2 -11.4,-0.2 -12.2,0 -29,0.4 -29.6,0.8 -0.4,0.4 -5.6,0.6 -13,1 1.4,-1.6 2.2,-2.4 2.2,-3.2 0,-0.2 -0.2,-0.2 -0.4,-0.2 l -1.4,0.6 c -0.2,0 -0.2,0 -0.2,-0.4 0,-0.4 0.2,-0.8 0.4,-0.8 h 0.8 c 1,0 1.4,-0.2 1.4,-0.8 l -0.2,-0.4 c 0,-0.2 0,-0.2 0.2,-0.2 h 0.6 c 0.8,0 0.6,-1.6 1.4,-2 0.8,-0.4 0.6,-1.6 1.6,-2.4 0.8,-0.8 0.6,-2.6 1.8,-4 1.4,-1.2 5.4,-7.4 5.4,-8.4 0,-0.8 0,1.6 5.6,-10.4 4.4,-8.8 4.4,-8.8 4.4,-9.6 0,-0.2 0.8,-0.6 1.6,-0.6 22.2,-2.8 36.2,-3.4 36.2,-4.4 0,-0.2 -0.6,-0.2 -1.8,-0.2 -7.6,0.2 -3.4,0.4 -10.4,0.4 -9.6,0.6 -9.6,0.8 -23,2 -1.8,0 -3,0.4 -3.6,0.6 -0.2,0 -0.4,-0.4 -0.4,-0.8 0,-2.2 0.4,-2.4 8.4,-2.6 4.2,0 3.6,-1 4.8,-1 l 3,0.2 c 1,0 1.6,0 1.6,-0.2 0,-0.4 1.2,-0.4 2.6,-0.4 4.8,0 4.6,-0.8 7.4,-0.8 2.2,0 1.8,0.2 2.4,0.4 1,-0.4 1,-0.8 2.4,-0.8 2.6,0 5.6,-0.2 5.6,-1.2 0,-0.4 0,-0.2 -0.4,-0.4 -0.6,0 -0.8,0 -2.2,-0.6 0,0 1,-0.2 2.6,-0.2 1.8,0 2.8,0.2 2.8,0.2 -1.8,0.8 -1.6,1.2 -2,2.2 l 0.4,0.2 c 1,-0.2 1.2,-0.6 3.4,-0.6 2.6,0 4.4,-0.2 4.4,-0.8 0,-0.4 -0.6,-1 -1.4,-1 l -0.8,0.2 c -0.6,0 -1.2,0 -1.4,-0.4 0,-0.4 2.6,-0.6 8.8,-0.8 5,0 10,0 10.8,-0.2 l 3.4,-0.2 c 1,0 1.4,0 1.4,-0.4 l -1,-1.4 c 0,-0.6 -2.4,-2.8 -3.8,-2.8 -1,0 -1,0.4 -1.8,0.8 -0.4,0 -0.6,-0.6 -0.8,-1.6 0,-1 0.6,-1.6 1.6,-1.6 l 1.6,0.4 c 1,0 0.8,-1 1.8,-1 0.8,0 1,0 1,0.2 l -1.4,1.4 c 3.4,-0.4 4.6,-0.8 4.6,-1.2 0,-0.4 -1.2,-1.2 -1.2,-1.6 0,-1 0.6,-1 0.6,-1.6 0,-0.4 -0.6,-0.8 -1.6,-0.8 h -1 c -0.6,0 -0.4,-1 -1.6,-1 l -3.6,0.8 c -0.4,0 -0.4,-0.2 -0.4,-0.6 -0.2,-1.4 -0.2,-1.2 -1,-1.6 l 0.4,-0.2 c 2,0.4 1,0.4 3,0.6 2.2,0 2.8,-0.6 5.4,-1.6 0,-0.2 0,-0.2 -0.2,-0.2 l -5.4,0.8 -0.2,-0.2 c 2.6,-0.6 4,-0.8 4,-1 0,-0.6 -2.2,-0.4 -8,-1.2 -13.6,-2 -18,-2.2 -34.2,-2.2 -15.8,0 -26.4,0.4 -29.4,0.4 -1,0 -1.6,0 -1.6,-0.2 0,-1.2 -1.6,-2.4 -2.2,-2.4 l 0.2,1 c 0,0.4 0,0.6 -0.4,0.6 l -1.2,-0.8 -0.4,0.4 c -0.6,-0.4 -0.6,-0.8 -1.4,-0.8 -2.4,0 -5.8,2.4 -6.2,3 l -0.6,-0.2 c -0.2,0 -0.4,0 -0.4,0.2 0,1.2 -10.6,2 -21.2,3.8 -5.2,1.2 -9.2,1.2 -9.2,1.6 0,0.2 -0.2,0.2 -0.6,0.2 -2,0 -5.4,3 -5.4,5.4 1.2,4.8 3.6,4.2 3.6,5.2 0.4,0.8 1.4,1.2 2.2,1.2 0.6,0 0.6,-0.8 1,-0.8 0.4,0.4 0.4,0.8 1,0.8 1.2,-0.4 1.8,-0.8 3.8,-0.8 0.4,0 0.6,0 0.6,0.2 -0.6,1.2 -0.8,1.6 -1.2,1.6 -0.4,0 -0.6,-0.4 -1.8,-0.4 -3,0.2 -3,0.4 -3,2.6 0,1.4 0.4,1.6 1.6,2.4 0.2,0 0.2,-0.2 0.2,-0.6 V 66 c 0.2,0 0.8,0.8 0.8,1.4 0,0.4 -0.6,0.8 -0.6,1 v 0.2 c 0,0.6 2.2,2 2.8,2 0.4,0 1,1.6 3,1.6 1.4,0 1.8,0 2,0.6 V 73 c 0,0.2 0,0.4 0.2,0.4 l 1.6,-0.8 0.4,0.2 c -2,1 -1.6,3.2 -5.2,3.2 -1.4,0 -2.2,0.2 -2.2,0.4 0,0.4 1.4,0.6 4,0.8 0,0.6 -7,11.6 -12.8,21.8 l -7.2,13.8 c -5.4,10.4 -1.8,7.4 -13.4,10 -11,2.2 -11.8,3 -13.6,3.4 -3.6,0.4 -8.4,2.8 -9.4,4.6 -0.4,0.8 -0.6,1.8 -0.6,2.6 v 0.8 c 0,2.4 2,4 2.4,5.2 0.2,0.4 1.2,1 2,1 2.4,0.4 2.8,4 3.8,4 0.8,0 -0.6,2 3.8,2.4 2,0 3.4,0.2 3.4,0.4 0,0.2 -2.8,0 -2.8,1 0,0.4 0.2,0.4 1,0.4 l 6.4,-0.4 c -1,2.4 -1.4,3.8 -3.4,3.8 -0.8,0 -1.6,0.4 -1.6,0.6 0,0.2 0.4,0.4 0.8,0.4 h 1.4 c 0.6,0 0.8,0 0.8,0.2 v 0.2 c 0,0.4 -0.4,0.8 -1,1.4 l 0.8,-0.2 c 0,0.4 -2,2.8 -6.6,12.8 -7.6,17.2 -5,11 -6.4,14 -1.4,3.8 -5.6,12.2 -6.2,13.2 -0.8,1 -3.4,2.2 -9.6,4.2 -7.2,2.4 -9.2,4.4 -9.2,8.2 0.2,2 1,3.6 2.2,3.6 0.4,0 0.6,0.2 0.8,0.6 0.6,1.2 0.6,1.8 1.2,1.8 1.2,-1 1.4,-1.4 2.6,-1.4 2.4,0 3.2,6.2 5,7.2 0.8,0.4 1.2,0.8 1.2,1 v 0.4 c 1,0 1.8,-0.2 1.8,-0.6 V 219 c 1.8,0.4 1.2,1.6 2.4,1.6 1.8,0 4.4,-1.8 4.4,-2.2 0,-0.4 -1.8,-0.2 -1.8,-0.4 0,-0.4 0.8,-0.6 2.2,-0.8 h 1.4 c -0.6,0.4 -1,1 -1,1.4 0.2,0.4 0.6,0.8 1,0.8 l 2.8,0.6 0.4,-0.2 -0.2,-0.6 c 0,-0.6 1.2,-0.2 1.2,-0.8 v -0.2 c 0,-0.6 2.6,-1.2 8,-1.4 0.6,0 1,0 1,0.2 -0.4,0.2 -0.6,0.6 -0.6,1.2 l 0.4,1 -1.8,-0.8 -1.4,0.8 c 0,0.2 0.2,0.2 0.6,0.2 0,0.4 -3,1.6 -4.6,1.6 -2,0 -4.6,1.4 -7.2,1.4 -3,0 -2.8,1 -4.2,1 -0.6,0 -1,0.2 -1,0.6 0,0.4 0,0.6 1.2,0.6 z m 19.8,-5.8 c -0.4,0 -0.6,0 -0.6,-0.2 l 1,-0.4 0.4,0.2 0.2,0.2 z m 5.6,-1.4 -0.2,-0.2 0.6,-1 c 0,-0.4 -1.6,-0.4 -1.6,-0.8 v -0.2 c 0,-0.2 0.2,-0.4 0.6,-0.4 0.8,0 0.8,1.2 2.4,1.2 l 1.8,-0.2 c 0.2,0 0.4,0 0.4,0.2 -0.2,0.2 -1.2,0.6 -2.6,1 z m -18.4,-0.4 c -0.4,0 -0.8,0 -0.8,-0.2 l 0.8,-0.6 c 0.4,0 0.8,0 0.8,0.4 v 0.2 c 0,0 -0.4,0.2 -0.8,0.2 z m 1.8,-0.6 c 0,-0.2 2.2,-1 3,-1 l 0.6,0.2 c -0.2,0.4 -0.8,0.6 -2.4,0.6 z m 14,0 c -0.6,0 -1,-0.2 -1,-0.8 0,-0.2 0.2,-0.4 0.4,-0.4 0.8,0 1.4,0.2 1.4,0.8 0,0.2 -0.4,0.4 -0.8,0.4 z m 8,-0.6 c -1.6,0 -1,-0.8 -2,-1.2 -0.2,-0.2 -0.4,-0.4 -0.4,-0.6 0,-0.6 0,-0.4 0.4,-0.8 l 0.8,0.2 c 0.8,0 1.6,-1.6 3.4,-1.8 1,0 1.2,2.4 2.2,2.4 0.4,0 0.6,-0.2 0.6,-1 0,-0.2 0,-0.2 -0.2,-0.2 l -1.2,0.2 c 1,-1.2 1,-1.2 2.8,-1.2 l -0.6,-1 0.2,-0.2 1.8,0.4 0.2,-0.2 v -0.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 1.2,0.2 0.8,0 2,0.6 l 0.2,-0.2 -0.2,-0.6 c 0,-0.2 0.2,-0.4 0.6,-0.4 1.6,0 2.8,0.8 3.8,2 V 211 l -0.4,-2 c 0,-0.4 0.2,-0.6 0.6,-0.6 0.6,0 1,0.2 1,0.6 0.2,0 0.8,-0.4 1.4,-1 0.8,-0.6 1.2,-1 1.6,-1 1,0.4 0.6,0.2 1.6,0.4 0.6,0 1.2,-0.6 1.8,-0.6 0.6,0 1,0.4 1.2,1.8 v 0.2 c 0,1.2 -3,1.8 -10.8,3.6 -0.4,0 -0.6,-0.2 -0.6,-0.4 l 0.2,-0.8 c -0.6,-0.8 0,-0.6 -0.8,-1 l 0.2,0.6 c 0,0.6 -0.8,0.8 -2,1.6 0.8,0 1.2,0 1.2,0.2 0,0.8 -8.8,3.2 -11.2,3.2 z m 3.4,-1.2 -0.8,-0.4 c -0.6,0.2 -0.4,0 -1,0.4 z m 14.6,-4.2 c 1,0 5,-1 5,-1.6 -1,-1 -0.4,-0.4 -1.8,-1 l -0.2,0.2 0.2,0.4 c 0,0.6 -3.4,1.4 -3.6,2 z m -35,5 c -0.4,0 -0.6,0 -0.6,-0.2 0.8,-0.6 1.4,-1 2,-1 h 0.6 c 0,0.2 -1.2,1.2 -2,1.2 z m 3.4,-1.2 h -0.2 c 0,-0.4 2,-1 5.8,-2 h 0.2 c -0.2,0.6 -4.8,2 -5.8,2 z m -24.4,-1.2 c -0.2,0 -0.6,-0.2 -0.8,-1.2 l 0.2,-0.4 c 0.2,0 0.4,0.4 0.8,1.4 0,0.2 0,0.2 -0.2,0.2 z m 32,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.8,-0.4 0.6,0.2 v 0.2 z m 2,-1 h -0.4 c 0.4,-0.6 5,-1.8 5.8,-1.8 0.2,0 0.2,0.2 0.2,0.4 0,1.2 -4.8,1.4 -5.6,1.4 z m 6.6,-1.8 c 0.6,-0.6 4.8,-2 6.2,-2 l 0.4,0.2 c 0,0.2 -1.6,0.8 -3.6,1.4 z m 8.4,-2 c 0.6,-0.8 0.2,-0.4 1,-0.8 0.4,0 0.2,0 0.4,0.2 l -0.6,0.4 z m 2.4,-0.4 -0.2,-0.2 c 0.4,-0.4 0.8,-0.8 2.4,-1.2 2,-0.4 2.2,-1 3,-1.2 1,0.2 1.2,0.4 1.2,0.8 -0.2,0.4 0,0.4 -0.6,0.6 l -0.2,-0.2 c -2.2,0.2 -3.6,0.4 -5,1.2 z m 10.8,-3 h -1.6 c 2,-0.4 2.8,-1 3.6,-1 h 0.6 c 0,0.4 -1,1 -2.6,1 z m 4.2,-0.8 c 0,-0.8 3.6,-2 5.4,-2 0.8,0 1.2,0 1.2,0.2 0,0.2 -4,0.8 -5.2,1.6 z m 7.8,-2 -0.2,-0.2 c 0,-0.2 3.6,-1.4 5,-1.4 h 0.2 l -1.6,0.8 z m 6.4,-1.8 -0.2,-0.2 c 2.8,-1.2 1.4,-1.2 4.6,-1.6 l 2.2,0.4 c -2,0.8 -3.4,1.2 -5.4,1.2 z m 7,-1.8 c 3,-1 4.2,-1.8 5.6,-1.8 10.2,-2 14.8,-3.2 16.6,-3.2 h 0.2 c -2.4,1.2 -1.2,0.6 -4,1.4 -1.2,0 -14.2,3.4 -16.4,3.4 z m -19.2,-2.8 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.2 0.4,-0.6 1.4,-0.8 v 0.4 c -0.2,0.4 -0.6,0.6 -1,0.6 z m 18.4,-3.4 c 0,0 -0.2,-0.2 -0.2,-0.4 0.2,-0.6 0.4,-0.8 1,-0.8 0.2,0 0.4,0 0.4,0.2 -0.2,0.6 -0.4,1 -1.2,1 z m 2.8,-1 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.4 0.8,-0.8 2,-1 l 0.4,0.2 -1.2,0.8 z m 6.6,-1.4 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.6,0.2 0.6,0.6 0,0.4 -0.4,0.6 -0.6,0.6 z m -75,-0.6 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.6 0.6,-0.6 0.2,0 0.6,0.4 0.6,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m 78.2,0 c -0.6,0 -0.8,-0.2 -0.8,-0.4 0.2,-0.4 0.2,-0.4 0.6,-0.4 0.4,0 1,0.2 1,0.6 z m 3.6,-0.6 c -0.2,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.6 0.6,-0.6 0.4,0 0.6,0.4 0.6,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m -66.2,-0.8 c -0.2,0 -0.6,-0.2 -0.6,-0.4 0,-0.8 1.4,-1.2 1.4,-2 l -0.2,-0.4 c 0,-0.6 0.8,-0.4 0.8,-1.4 0,-0.4 0.2,-0.6 0.6,-0.6 h 0.2 c 1,0 0.6,-0.6 0.8,-1.6 h 0.4 c 0.4,0 1,-1.4 1,-2.2 V 178 c 0,-0.6 1.4,-0.2 1.4,-1.6 V 176 c 0,-1.8 2.6,-3.4 2.6,-4 l -0.2,-0.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 h 0.2 c 0.8,0 1.8,-3.8 2.2,-3.8 l 0.4,-0.2 -0.4,-0.6 c 0,-0.2 0.2,-0.4 0.6,-0.4 h 0.2 c 0.2,0 0.6,-0.2 0.6,-0.6 0,-1.2 0.6,-2.6 1.2,-2.6 h 0.4 V 162 c 0,-1 2.2,-2.2 2.2,-3.2 l -0.2,-0.6 c 0,-0.2 0.2,-0.2 0.4,-0.2 h 0.2 c 0.2,0 0.4,-0.2 0.4,-0.6 l -0.2,-0.4 c 0,-0.4 0.2,-0.6 0.4,-0.6 h 0.2 c 0.8,0 2.4,-2.6 2.4,-3.6 l -0.2,-0.2 c 0,-0.2 0.2,-0.4 0.4,-0.4 l 0.6,0.2 c 0.8,0 1.2,-0.2 1.2,-1 v -0.6 c 0,-0.2 0.4,-0.4 0.8,-0.4 0.2,0 0.4,0 0.4,0.4 -1.2,3 -2.2,4.6 -2.6,4.6 -0.2,0 -0.2,-0.2 -0.2,-0.4 0,-0.4 1,-1 1,-1.8 v -0.4 c -0.4,0 -0.8,0.8 -1.2,2.4 l 0.2,0.6 c 0,1.2 -7.4,12.4 -7.4,13.4 0,0.4 -2.6,3.8 -2.6,4.6 0,1.2 -1.4,1.6 -3.8,6 -1.6,3 -3.2,5.6 -3.6,6.2 -0.8,0.6 -2.2,1.2 -3,1.2 z m 71.6,-0.4 c -0.8,-0.2 -1.4,-0.4 -1.4,-0.6 0,-0.4 0.2,-0.4 0.6,-0.4 0.6,0 1,0.2 1.6,0.8 0,0.2 -0.2,0.2 -0.8,0.2 z m 1.8,-0.4 h -0.2 c 0,-0.4 0.4,-0.6 1,-0.8 l 2.6,-1 0.2,0.4 c -0.8,0.6 -3,1.4 -3.6,1.4 z m -86.6,-1.4 c -0.2,0 -0.4,-0.2 -0.6,-0.8 0,-0.4 0,-0.6 0.4,-0.6 0.4,0 0.4,0.2 0.6,0.6 0,0.6 -0.2,0.8 -0.4,0.8 z m 3.2,-4.6 c -0.6,0 -1.2,-0.6 -1.2,-1 0.2,-0.4 0,-0.4 0.6,-0.4 0.4,0 0.8,0.4 0.8,1 0,0.2 0,0.4 -0.2,0.4 z m -0.2,-2.8 c 1.2,-2.8 2.6,-4.4 2.8,-5.6 l 1,0.2 c 0.2,0 0.4,0 0.4,-0.4 l -0.2,-0.8 c 0,-0.6 0.2,-0.8 1,-0.8 0.6,0 1,0 1,0.2 0,0.8 -3.4,4.2 -3.4,5.4 0.2,0.6 0.4,0.6 0.4,1 0,0.4 -0.2,0.4 -1,0.4 -0.8,0 -0.4,-0.2 -0.8,-0.6 l -0.6,0.4 z m 93.8,-1.4 c 0,-0.4 1,-1 2.4,-1.2 l -1.2,0.8 z m -87.8,-6.6 c -0.4,-1.4 -0.8,-1.4 -0.8,-2.6 0,-1.2 0.2,-1.4 1.4,-2 0,0 0.2,0 0.2,0.2 0,0.6 -1.2,1 -1.2,2.4 0,0.2 0,0.2 0.2,0.2 2.8,-3.4 2,-5.4 3.2,-5.4 l 0.4,0.2 c 0,0.8 -0.4,3.6 -2.4,5.6 z m 4.6,-7.8 c -0.2,0 -0.4,-0.2 -0.4,-0.8 0,-2.2 0,-3 0.6,-3 1,0.4 1.4,0.6 1.4,1.6 v 0.4 c 0,0.6 -0.2,1 -0.4,1.2 z m 2.4,-4.2 c -0.4,0 -0.6,-0.4 -0.8,-1 0,-0.8 0.8,-1.8 1.2,-1.8 0.2,0 0.2,0.2 0.2,1 0,1.2 -0.2,1.8 -0.6,1.8 z m 13.8,-2.8 c -0.2,0 -0.2,0 -0.2,-0.2 1,-1 0.4,-0.8 1.6,-1.4 -0.6,1.2 -1.2,1.6 -1.4,1.6 z m -11.8,-0.8 c -0.6,0 -1,0 -1,-0.6 0.4,-1.2 0.6,-1.8 1,-1.8 0.8,1 0.4,0.4 0.8,1.6 0,0.4 -0.4,0.8 -0.8,0.8 z m 14.6,-3.2 c -1,-0.4 -1.2,-0.4 -1.2,-1.4 0.2,-0.6 0.4,-0.8 0.6,-0.8 0.4,0 0.6,0.2 0.6,0.6 z m -13.8,-1.2 -0.4,-0.2 c 0.2,-0.6 0.6,-0.8 1,-0.8 0.2,0 0.4,0 0.4,0.2 -0.2,0.6 -0.4,0.8 -1,0.8 z m 18.8,-0.2 c -0.4,0 -0.6,-0.2 -0.6,-1 0,-0.6 0.2,-1 0.4,-1 0.2,0 0.4,0.4 0.6,0.8 0,0.4 -0.2,1 -0.4,1.2 z m -31.4,-2.6 c -0.6,0 -1,-0.2 -1,-0.6 0,-0.4 0.4,-0.6 1,-0.6 0.4,0 0.8,0.2 0.8,0.6 0,0.4 -0.4,0.6 -0.8,0.6 z m 16.4,-0.2 h -0.2 l -0.2,-0.8 v -0.6 l 0.4,1 z m 17.2,-1.8 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0.2,-0.6 0.4,-1 0.8,-1 l 0.6,0.4 c 0,0.2 -0.2,0.6 -0.6,1 z m 3.4,0.2 c -0.4,0 -0.6,0 -0.6,-0.2 1.6,-0.8 2.4,-0.8 3.2,-0.8 h 0.4 c -1,0.8 -2,1 -3,1 z m 7.6,-1.4 c -0.4,0 -1,0 -1,-0.4 0,-0.2 -0.6,-0.2 -1.6,-0.2 l -2.8,0.2 c -1,0 -1.4,-0.2 -1.4,-0.6 0,-0.6 3.8,-2.6 6,-2.6 l 0.4,0.2 v 0.4 h 0.2 c 0.8,0 2.4,-1 4.6,-1 2.8,-0.4 3.6,-0.8 5.8,-1.2 1.2,0 2.4,0.6 2.4,1.2 -0.6,1.8 -1,2 -1.8,2.4 -6.2,1 -9.4,1.2 -10.8,1.6 z m 1.6,-1 c 0.4,0 0.8,0 0.8,-0.2 l -0.6,-0.2 c -0.6,0.2 -0.4,0 -0.8,0.4 z m 4.2,-0.6 c 1.2,-0.4 1.6,-0.4 1.8,-0.8 l -0.4,-0.2 c -0.8,0 -1.6,0.2 -2.2,1 z m -63.2,-0.8 h -0.2 l -0.2,-0.2 0.4,-1.6 0.4,-0.2 c 0.2,0 0.4,0.4 0.4,0.8 0,0.6 -0.2,1 -0.8,1.2 z m 54.2,-2.2 0.4,-0.4 2.6,-0.6 c 0.2,0 0.2,0 0.2,0.2 -0.2,0.2 -1,0.4 -2,0.6 z m 5.2,-1 c -0.4,0 -0.8,0 -1,-0.2 l 2.6,-0.4 c 0.4,0 0.6,0 0.6,0.2 -0.2,0.2 -1.4,0.4 -2.2,0.4 z m 4.2,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 2.4,-1 15.2,-2.6 17.4,-2.6 0.2,0 0.4,0 0.4,0.2 0,0.6 -9.2,1.2 -13,2.2 z m 19.6,-2.4 c -0.6,0 -1.2,0 -1.4,-0.6 0,-0.4 1.2,-0.8 2.4,-0.8 1.2,0 1.4,0.2 1.8,0.8 0,0.2 -2,0.2 -2.8,0.6 z m -1.8,-5.8 h -0.6 c 1.4,-0.6 1.4,-0.8 2,-1.4 0,0.6 -0.4,1.4 -1.4,1.4 z m -2.4,-1.2 c 0.6,-0.8 0.4,-0.4 1.2,-0.8 0.2,0 0.2,0 0.2,0.2 z m 6.6,-0.4 c -0.4,0 -0.8,-0.2 -0.8,-0.4 0.2,-0.4 0.4,-0.8 1.2,-0.8 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.4,0.6 -0.8,0.6 z m 5.8,-0.2 c -0.6,-0.4 -0.6,0 -0.8,-0.8 0,-0.2 0.4,-0.6 0.8,-0.6 0.8,0.4 0.6,0 1.2,0.6 0,0.2 -0.2,0.4 -0.6,0.6 z m -3,-1 c -0.4,0 -0.8,0 -1,-0.2 0,-0.4 0.6,-0.6 1.4,-0.6 0.2,0 0.4,0 0.4,0.2 0,0.4 -0.2,0.6 -0.8,0.6 z m 11.2,-0.6 -0.2,0.4 c -0.2,0 -0.4,-0.2 -0.4,-0.6 l 0.2,-0.6 z m 2,0.6 c -0.4,0 -0.6,0 -0.6,-0.2 0.6,-0.6 0.6,-1 1.6,-1 0.6,0 0.8,0 1,0.4 l -0.6,0.4 z m 6.4,-0.6 c -0.4,0 -0.8,-0.4 -1.2,-1.4 l 0.4,-0.2 c 0.6,0.2 1,0.8 1.2,1.4 0,0.2 -0.2,0.2 -0.4,0.2 z m 2.8,0 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.4 0.4,-0.4 0.4,0 0.6,0.2 0.6,0.4 v 0.2 c 0,0.2 -0.2,0.4 -0.4,0.4 z m 3.8,-0.6 c -1,0 -1.6,-0.2 -1.6,-0.4 0.4,-0.4 0.8,-0.6 2,-0.6 1,0 2,0.2 2,0.6 0,0.2 -1,0.4 -2.4,0.4 z m -46.2,-14 c -0.4,0 -1,-0.6 -1,-1.2 l 0.2,-0.4 c 1,0.6 1,1 1.2,1.4 z m 1.4,-2.2 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0,-0.6 0,-0.4 0.6,-0.8 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.4,0.6 -0.6,0.6 z m 3.6,-7.2 c -0.2,0 -0.2,0 -0.2,-0.2 0.2,-1.2 0.6,-1.6 1.4,-1.6 h 0.6 c 0.2,0 0.2,0 0.2,-0.2 l -0.2,-0.8 c 0,-0.4 1,-0.2 1,-1.2 0,-1 1.4,-1.8 1.4,-2.2 l -0.4,-0.6 v -0.2 c 0,-0.4 1,-0.8 2.6,-1.8 0,0.2 -1.6,1.8 -1.6,2.8 V 96 c 0,1.6 -3.6,5.8 -4.8,5.8 z m 7.6,-10.8 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0,-0.6 0.2,-1.2 1.2,-2 0.2,0 0.2,0.4 0.4,0.6 -0.2,1.2 -0.6,1.8 -1,1.8 z m -29.6,-19.8 c -0.6,0 -1,-0.2 -1,-0.4 0,-0.2 0.8,-0.6 1.8,-0.6 0.8,0 1.2,0.2 1.2,0.4 -0.4,0.6 -1.2,0.6 -2,0.6 z m 43.8,-4 c -0.2,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.4 0.6,-0.4 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.4,0.6 -0.4,0.6 z m 3.2,-1.2 c -0.8,0 -1.4,0 -1.4,-0.2 l 0.4,-0.2 1,-0.2 1,0.2 0.2,0.2 c 0,0 -0.6,0.2 -1.2,0.2 z m 7.2,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.2,-0.2 h 0.4 c 0.4,0 0.6,0 0.8,0.2 z m 5,-0.6 c -0.6,0 -1,-0.2 -1,-0.2 v -0.2 h 1.4 l 0.4,0.2 c 0,0.2 -0.4,0.2 -0.8,0.2 z m 8,-0.2 c -1.2,0 -1.4,-0.2 -2,-0.6 0,-0.2 0.6,-0.2 1.8,-0.2 1.4,0 2.4,0 2.4,0.2 -0.4,0.4 -1.4,0.6 -2.2,0.6 z m 4,-0.4 c -0.6,0 -0.8,-0.2 -1,-0.6 0,-0.2 0.4,-0.4 0.6,-0.4 0.6,0 1,0.2 1,0.6 0,0.2 -0.4,0.4 -0.6,0.4 z m -73.8,-1 c -0.4,0 -0.6,-0.4 -0.6,-0.6 0,-0.4 0.4,-0.6 1,-0.6 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.4,0.8 -0.8,0.8 z m 76.6,-6 c -0.8,-0.4 -0.4,-0.2 -0.8,-1 V 56 c 0,-0.2 0.8,-0.4 1.8,-0.4 0.8,0 1.2,0 1.2,0.2 l -2,1 z m 15,-0.4 c 0,-0.6 2.6,-1.2 3.6,-1.2 l 0.6,0.2 -1.8,0.8 z m -5.8,-0.6 -0.6,-0.2 1,-0.4 0.4,0.2 0.2,0.2 z m -154.8,160.6 c 0.4,-0.2 0.6,-0.2 0.6,-1 0,-0.6 -0.6,-1.6 -1.2,-1.6 -0.4,0 -0.8,0.4 -0.8,1 0.2,0.8 1,1.6 1.4,1.6 z m 77.2,-9.4 c 6.8,-1.4 8.2,-1.2 13.6,-4 -2.4,0.4 -1.2,0.2 -3.4,0.4 -2.2,0 -4,1.4 -10.6,3.4 z m 15.6,-3.8 c 0.8,0 1,-0.2 1.2,-0.8 -0.2,-0.6 0,-0.4 -0.6,-0.6 -0.6,0 -1.6,0.6 -1.6,1 0.2,0.2 0.6,0.4 1,0.4 z m 3.8,-1.2 c 2.4,-0.4 3.2,-0.8 3.8,-1.4 h -0.4 c -0.8,0 -2.8,0.4 -3.6,1.2 0,0.2 0,0.2 0.2,0.2 z m 5.4,-1 c 0.4,0 0.4,-0.2 0.6,-1 0,-0.2 -0.2,-0.2 -0.2,-0.2 -0.4,0 -0.6,0.2 -0.6,0.6 0,0.4 0,0.6 0.2,0.6 z m -3.2,-1.2 c 0.8,0 2.6,-0.8 2.6,-1 h -0.4 c -1,0 -2.6,0.6 -2.6,1 z m 8.6,-0.4 c 0.6,-0.2 1,-0.2 1,-0.4 -0.6,-0.2 -0.4,-0.2 -1,-0.2 -0.6,0 -1,0.2 -1.2,0.4 v 0.2 z m 3.6,-0.8 c 0.4,0 0.6,-0.2 1,-0.8 l -0.6,-0.2 c -0.2,0 -0.6,0.2 -0.6,0.4 0,0.4 0.2,0.6 0.2,0.6 z m 11.2,-6.6 c 1.4,0 3,-0.4 3.8,-1.8 0,-0.2 -0.2,-0.2 -0.6,-0.2 -1,0 -1.2,1.2 -2.8,1.2 -0.6,0 -1,0.2 -1,0.4 v 0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m -26.8,-50.8 c 1.6,0 2.4,-0.4 3,-1 0,-0.2 -0.2,-0.2 -1,-0.2 -1.4,0 -3.2,0.8 -3.2,1 z m 7.2,-1.4 c 1.8,0 2,-0.4 3.2,-0.8 -2.4,0 -1.4,0 -3.8,0.4 l -1.4,0.4 z m -7.2,-0.4 c 0.4,0 1,-0.2 1.2,-0.8 h -0.6 c -0.6,0.2 -1,0.4 -1,0.6 0,0.2 0.2,0.2 0.4,0.2 z m 20.2,-1.2 c 0.8,0 1.2,-0.2 1.2,-0.2 v -0.2 h -1.8 l -0.4,0.2 c 0,0.2 0.4,0.2 1,0.2 z m 3.2,-0.6 c 0.4,0 0.8,-0.2 0.8,-0.2 l -0.2,-0.2 h -1.4 l -0.2,0.2 c 0.2,0.2 0.4,0.2 1,0.2 z m 4.8,-0.6 c 0.6,0 1,0 1,-0.2 -0.4,-0.2 -1,-0.2 -1.4,-0.2 l -0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m 5,-0.4 c 0.2,0 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 -0.4,0.2 -0.6,0.8 0,0.2 0.2,0.4 0.4,0.4 z m -0.4,-3.2 c 1,0 1.8,-0.2 1.8,-0.8 0,-0.4 -0.6,-0.8 -2,-0.8 -1.2,0 -2,0.4 -2,0.8 0,0.2 0.2,0.4 0.6,0.6 z m 3.4,-1 c 3,-0.4 4.8,-0.6 4.8,-0.8 0,-0.2 -0.8,-0.4 -2.4,-0.4 -2,0 -2.8,0.4 -3,1 z m 6,-0.6 c 0.4,0 0.6,0 0.6,-0.2 0,-0.2 -0.2,-0.4 -0.8,-0.6 -0.2,0 -0.4,0 -0.4,0.2 0,0.4 0.4,0.6 0.6,0.6 z m 2,-0.6 c 0.4,0 0.8,0 0.8,-0.2 -0.2,-0.2 -0.6,-0.2 -1.2,-0.2 l -0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m 4.2,-13.8 c 0.4,0 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.4,0 -0.6,0.2 -0.6,0.6 0,0.2 0.4,0.6 0.6,0.6 z m 10.2,-49 c 1.4,0 2.2,0 2.2,-0.2 l -2.6,-0.2 -2.4,0.2 c 0,0 1,0.2 2.8,0.2 z m 7,-0.6 c 1,0 1.6,0 1.6,-0.2 l -1.6,-0.2 -1.6,0.2 c 0,0 0.6,0.2 1.6,0.2 z m 1.2,-2.8 0.2,-0.8 c 0,-0.2 -0.2,-0.2 -0.8,-0.2 h -2 c -0.8,0 -1.4,-0.2 -1.6,-0.6 0,-0.4 1,-0.4 3.2,-0.4 6.6,0 10.4,0.2 10.4,0.6 0.2,0 -1.2,0.2 -4,0.2 -4.6,0 -4.6,0.6 -5.4,1.2 z m 17.6,-5.2 c 1,0 1.4,0 1.4,-0.2 -1,-0.8 -1.8,-0.8 -2.4,-0.8 -0.6,0 -0.8,0 -0.8,0.4 0,0.4 0.8,0.6 1.8,0.6 z m -7.2,-3.4 c 0.4,0 0.6,0 0.6,-0.2 0,-0.2 -0.4,-0.4 -1.4,-0.8 v 0.4 c 0.2,0.2 0.6,0.6 0.8,0.6 z"/><path d="m 1635.0001,224.6 c 3.6,0 13,-2.4 34,-8 0.8,-0.4 3,-1 5,-1.4 25.6,-7 23.2,-5.8 23.8,-6.8 l 0.2,-0.4 c 0,-0.2 0,-0.2 -0.4,-0.2 -0.8,0 -3.4,1.2 -5.2,1.2 -1.2,0 -2.2,-0.6 -2.4,-1.8 0,-1.6 3.8,-2.4 5.6,-2.4 0.6,0 1,0.2 1,0.6 -0.2,1.2 -2.6,1.4 -2.6,1.8 0.2,0.2 0.4,0.4 0.8,0.4 3.2,-0.6 3.8,-1 3.8,-1.4 0,-2.4 0.4,-2.6 4.6,-3.4 l 0.6,0.2 c 0,0.2 -1,0.8 -1,1.4 0.2,0.8 0,0.4 0.6,0.8 0.6,0 1.2,-2.6 1.4,-2.6 v 1 l 0.4,1 c 0.4,-0.8 0.2,-1.4 0.8,-1.4 l 2.2,0.4 0.2,-0.2 c -0.8,-0.8 -0.6,-0.4 -1,-1.2 0,-1 3.2,-0.4 3.6,-1.4 0.2,-0.4 0.4,-0.6 0.8,-0.6 0.6,0 0.4,2.4 1.2,2.4 0.2,0 0.2,-0.4 0.2,-0.6 v -1.2 c 0,-0.2 0,-0.4 0.2,-0.4 1.4,0.8 2,1.6 2.8,1.6 l 0.2,-0.2 -0.6,-0.8 c 0,-0.6 1.4,-2 5,-2.4 1.2,-0.8 5.4,-0.8 6.2,-1.2 1.4,-0.8 3,-0.4 6.6,-1.4 l 0.4,-0.2 c 0.2,0 0.2,0.2 0.2,0.6 0,1.2 -2.6,0.8 -3.4,1.6 l -0.6,0.4 c 1.6,0 4.8,-0.4 4.8,-1.8 l -0.2,-1 c 0,-0.4 0.4,-0.6 1.6,-0.6 h 2.8 c 0.4,0 0.6,0 0.6,-0.2 l -0.4,-0.8 0.2,-0.2 1.4,0.2 c 1,0 0.6,-1 1.2,-1 l 2.2,-0.2 0.4,-0.4 -0.8,-0.2 -4.4,0.4 -0.4,-0.2 c 3,-1.2 3,-1.4 6,-2 4.4,-0.2 8.8,-2 10.4,-3.4 l -0.2,0.6 c 0,0.2 0.2,0.4 0.4,0.4 1.2,0 4.2,-3.4 5.2,-3.4 0.2,0 0.4,0 0.4,-0.2 0,-0.2 -0.2,-0.2 -0.2,-0.4 l -1,-0.2 c -2,0 -5.4,0.6 -6.4,1 -0.4,0 -0.6,-1 -1.4,-1 -2.6,0.6 -2,2 -3.2,2 -0.6,0 -0.8,-0.6 -0.8,-1.2 v -0.2 c 0,-1 0.8,-1.6 2.4,-1.6 0.6,0 1,-0.2 1,-0.4 V 182 c 1.6,0 2,0.6 2.4,1.8 0.4,-1.4 0.2,-1.8 2.6,-3.8 2.6,-1.6 2.6,-2 2.8,-2.2 l 1,0.2 c 0.4,0 0.6,-0.2 0.6,-0.4 0,-0.8 -1.8,-1.2 -3.2,-1.2 -1.6,0 -1.8,0.4 -2.4,1 -0.2,0 -0.2,-0.2 -0.2,-0.6 v -0.2 c 0,-1 2.4,-1.4 2.4,-2 -0.2,-0.2 -0.6,-0.2 -1.2,-0.2 -1,0 -2.8,0.2 -4.6,0.6 h -0.8 c 0,-0.6 1,-1 2.4,-1.8 -2.2,0 -3.6,0 -3.6,0.4 0,0.6 -3.6,2.4 -4.6,2.4 -0.4,-0.2 -0.4,0 -0.4,-0.4 0,-0.6 2.2,-0.4 3.6,-1.8 l -0.8,-0.2 c -8.4,0.4 -9.8,1 -11.6,1.4 -16.6,2.4 -17.6,2.4 -41,6 -1.4,0.4 -4.2,0.8 -6.2,1.2 l -17.8,3.6 -2.4,0.2 c 0,-0.2 5.6,-9.2 12,-19.8 l 12.2,-19.8 c 15.8,-2.8 23,-4 23,-4.6 -0.4,-0.4 -0.6,-0.4 -0.6,-1.4 0,-1.4 0.2,-2 0.6,-2 l 1,0.4 c 0.6,0 0.8,-0.6 2,-1.6 0.4,0 0.4,0.6 1,0.6 1,0 2.4,-1 3.8,-1 l 3,0.4 c 0.4,0 0.8,0 1,-0.4 0.6,-0.6 1.6,-0.8 3.4,-0.8 3.2,0 2.6,-0.6 3.4,-0.6 l 1.4,0.2 c 0.6,0 0.8,0 0.8,-0.2 0,-0.6 2.6,-0.8 8.4,-0.8 2.6,0 1.8,-1.2 3.4,-1.2 0.8,0 1.4,-0.2 1.4,-0.4 0,-0.2 -1,-0.4 -2.2,-0.4 -3.2,0.2 -12.8,1.4 -13.2,1.6 l -1.4,-0.2 -0.6,-0.2 c 0,-0.4 26.8,-2.8 30.2,-3.6 5,-1 7.8,-0.6 7.8,-1.2 l -0.8,-1.2 c 0,-0.2 0,-0.2 0.2,-0.2 2.6,-0.2 4.4,-0.4 4.6,-0.8 0,-0.4 -3,-0.8 -4.8,-0.8 l -1.2,0.2 c -0.4,0 -0.4,-0.8 -0.6,-0.8 -0.4,0.4 -0.2,0.6 -1,0.6 -2.8,-0.4 -4.2,-0.4 -4.2,-1.2 l 0.8,-1.2 -1.2,0.4 c 0.4,-0.6 0.6,-0.8 1.6,-0.8 l 1.4,0.2 c 1,0 0.8,-1 1.4,-1 1.4,0 6,-2.2 6,-3 -0.2,-0.8 -1,-1 -1.6,-1 -2.6,0 -4.8,-0.2 -4.8,-0.4 0.6,-0.2 0.8,-0.4 0.8,-0.6 0,-0.8 -4.4,-0.8 -4.4,-1.2 0,-0.4 4.8,-1 4.8,-1.6 0,0 -0.4,-0.2 -1.2,-0.2 -2,-0.2 -6.2,-0.2 -11.4,-0.2 -12.2,0 -29,0.4 -29.6,0.8 -0.4,0.4 -5.6,0.6 -13,1 1.4,-1.6 2.2,-2.4 2.2,-3.2 0,-0.2 -0.2,-0.2 -0.4,-0.2 l -1.4,0.6 c -0.2,0 -0.2,0 -0.2,-0.4 0,-0.4 0.2,-0.8 0.4,-0.8 h 0.8 c 1,0 1.4,-0.2 1.4,-0.8 l -0.2,-0.4 c 0,-0.2 0,-0.2 0.2,-0.2 h 0.6 c 0.8,0 0.6,-1.6 1.4,-2 0.8,-0.4 0.6,-1.6 1.6,-2.4 0.8,-0.8 0.6,-2.6 1.8,-4 1.4,-1.2 5.4,-7.4 5.4,-8.4 0,-0.8 0,1.6 5.6,-10.4 4.4,-8.8 4.4,-8.8 4.4,-9.6 0,-0.2 0.8,-0.6 1.6,-0.6 22.2,-2.8 36.2,-3.4 36.2,-4.4 0,-0.2 -0.6,-0.2 -1.8,-0.2 -7.6,0.2 -3.4,0.4 -10.4,0.4 -9.6,0.6 -9.6,0.8 -23,2 -1.8,0 -3,0.4 -3.6,0.6 -0.2,0 -0.4,-0.4 -0.4,-0.8 0,-2.2 0.4,-2.4 8.4,-2.6 4.2,0 3.6,-1 4.8,-1 l 3,0.2 c 1,0 1.6,0 1.6,-0.2 0,-0.4 1.2,-0.4 2.6,-0.4 4.8,0 4.6,-0.8 7.4,-0.8 2.2,0 1.8,0.2 2.4,0.4 1,-0.4 1,-0.8 2.4,-0.8 2.6,0 5.6,-0.2 5.6,-1.2 0,-0.4 0,-0.2 -0.4,-0.4 -0.6,0 -0.8,0 -2.2,-0.6 0,0 1,-0.2 2.6,-0.2 1.8,0 2.8,0.2 2.8,0.2 -1.8,0.8 -1.6,1.2 -2,2.2 l 0.4,0.2 c 1,-0.2 1.2,-0.6 3.4,-0.6 2.6,0 4.4,-0.2 4.4,-0.8 0,-0.4 -0.6,-1 -1.4,-1 l -0.8,0.2 c -0.6,0 -1.2,0 -1.4,-0.4 0,-0.4 2.6,-0.6 8.8,-0.8 5,0 10,0 10.8,-0.2 l 3.4,-0.2 c 1,0 1.4,0 1.4,-0.4 l -1,-1.4 c 0,-0.6 -2.4,-2.8 -3.8,-2.8 -1,0 -1,0.4 -1.8,0.8 -0.4,0 -0.6,-0.6 -0.8,-1.6 0,-1 0.6,-1.6 1.6,-1.6 l 1.6,0.4 c 1,0 0.8,-1 1.8,-1 0.8,0 1,0 1,0.2 l -1.4,1.4 c 3.4,-0.4 4.6,-0.8 4.6,-1.2 0,-0.4 -1.2,-1.2 -1.2,-1.6 0,-1 0.6,-1 0.6,-1.6 0,-0.4 -0.6,-0.8 -1.6,-0.8 h -1 c -0.6,0 -0.4,-1 -1.6,-1 l -3.6,0.8 c -0.4,0 -0.4,-0.2 -0.4,-0.6 -0.2,-1.4 -0.2,-1.2 -1,-1.6 l 0.4,-0.2 c 2,0.4 1,0.4 3,0.6 2.2,0 2.8,-0.6 5.4,-1.6 0,-0.2 0,-0.2 -0.2,-0.2 l -5.4,0.8 -0.2,-0.2 c 2.6,-0.6 4,-0.8 4,-1 0,-0.6 -2.2,-0.4 -8,-1.2 -13.6,-2 -18,-2.2 -34.2,-2.2 -15.8,0 -26.4,0.4 -29.4,0.4 -1,0 -1.6,0 -1.6,-0.2 0,-1.2 -1.6,-2.4 -2.2,-2.4 l 0.2,1 c 0,0.4 0,0.6 -0.4,0.6 l -1.2,-0.8 -0.4,0.4 c -0.6,-0.4 -0.6,-0.8 -1.4,-0.8 -2.4,0 -5.8,2.4 -6.2,3 l -0.6,-0.2 c -0.2,0 -0.4,0 -0.4,0.2 0,1.2 -10.6,2 -21.2,3.8 -5.2,1.2 -9.2,1.2 -9.2,1.6 0,0.2 -0.2,0.2 -0.6,0.2 -2,0 -5.4,3 -5.4,5.4 1.2,4.8 3.6,4.2 3.6,5.2 0.4,0.8 1.4,1.2 2.2,1.2 0.6,0 0.6,-0.8 1,-0.8 0.4,0.4 0.4,0.8 1,0.8 1.2,-0.4 1.8,-0.8 3.8,-0.8 0.4,0 0.6,0 0.6,0.2 -0.6,1.2 -0.8,1.6 -1.2,1.6 -0.4,0 -0.6,-0.4 -1.8,-0.4 -3,0.2 -3,0.4 -3,2.6 0,1.4 0.4,1.6 1.6,2.4 0.2,0 0.2,-0.2 0.2,-0.6 V 66 c 0.2,0 0.8,0.8 0.8,1.4 0,0.4 -0.6,0.8 -0.6,1 v 0.2 c 0,0.6 2.2,2 2.8,2 0.4,0 1,1.6 3,1.6 1.4,0 1.8,0 2,0.6 V 73 c 0,0.2 0,0.4 0.2,0.4 l 1.6,-0.8 0.4,0.2 c -2,1 -1.6,3.2 -5.2,3.2 -1.4,0 -2.2,0.2 -2.2,0.4 0,0.4 1.4,0.6 4,0.8 0,0.6 -7,11.6 -12.8,21.8 l -7.2,13.8 c -5.4,10.4 -1.8,7.4 -13.4,10 -11,2.2 -11.8,3 -13.6,3.4 -3.6,0.4 -8.4,2.8 -9.4,4.6 -0.4,0.8 -0.6,1.8 -0.6,2.6 v 0.8 c 0,2.4 2,4 2.4,5.2 0.2,0.4 1.2,1 2,1 2.4,0.4 2.8,4 3.8,4 0.8,0 -0.6,2 3.8,2.4 2,0 3.4,0.2 3.4,0.4 0,0.2 -2.8,0 -2.8,1 0,0.4 0.2,0.4 1,0.4 l 6.4,-0.4 c -1,2.4 -1.4,3.8 -3.4,3.8 -0.8,0 -1.6,0.4 -1.6,0.6 0,0.2 0.4,0.4 0.8,0.4 h 1.4 c 0.6,0 0.8,0 0.8,0.2 v 0.2 c 0,0.4 -0.4,0.8 -1,1.4 l 0.8,-0.2 c 0,0.4 -2,2.8 -6.6,12.8 -7.6,17.2 -5,11 -6.4,14 -1.4,3.8 -5.6,12.2 -6.2,13.2 -0.8,1 -3.4,2.2 -9.6,4.2 -7.2,2.4 -9.2,4.4 -9.2,8.2 0.2,2 1,3.6 2.2,3.6 0.4,0 0.6,0.2 0.8,0.6 0.6,1.2 0.6,1.8 1.2,1.8 1.2,-1 1.4,-1.4 2.6,-1.4 2.4,0 3.2,6.2 5,7.2 0.8,0.4 1.2,0.8 1.2,1 v 0.4 c 1,0 1.8,-0.2 1.8,-0.6 V 219 c 1.8,0.4 1.2,1.6 2.4,1.6 1.8,0 4.4,-1.8 4.4,-2.2 0,-0.4 -1.8,-0.2 -1.8,-0.4 0,-0.4 0.8,-0.6 2.2,-0.8 h 1.4 c -0.6,0.4 -1,1 -1,1.4 0.2,0.4 0.6,0.8 1,0.8 l 2.8,0.6 0.4,-0.2 -0.2,-0.6 c 0,-0.6 1.2,-0.2 1.2,-0.8 v -0.2 c 0,-0.6 2.6,-1.2 8,-1.4 0.6,0 1,0 1,0.2 -0.4,0.2 -0.6,0.6 -0.6,1.2 l 0.4,1 -1.8,-0.8 -1.4,0.8 c 0,0.2 0.2,0.2 0.6,0.2 0,0.4 -3,1.6 -4.6,1.6 -2,0 -4.6,1.4 -7.2,1.4 -3,0 -2.8,1 -4.2,1 -0.6,0 -1,0.2 -1,0.6 0,0.4 0,0.6 1.2,0.6 z m 19.8,-5.8 c -0.4,0 -0.6,0 -0.6,-0.2 l 1,-0.4 0.4,0.2 0.2,0.2 z m 5.6,-1.4 -0.2,-0.2 0.6,-1 c 0,-0.4 -1.6,-0.4 -1.6,-0.8 v -0.2 c 0,-0.2 0.2,-0.4 0.6,-0.4 0.8,0 0.8,1.2 2.4,1.2 l 1.8,-0.2 c 0.2,0 0.4,0 0.4,0.2 -0.2,0.2 -1.2,0.6 -2.6,1 z m -18.4,-0.4 c -0.4,0 -0.8,0 -0.8,-0.2 l 0.8,-0.6 c 0.4,0 0.8,0 0.8,0.4 v 0.2 c 0,0 -0.4,0.2 -0.8,0.2 z m 1.8,-0.6 c 0,-0.2 2.2,-1 3,-1 l 0.6,0.2 c -0.2,0.4 -0.8,0.6 -2.4,0.6 z m 14,0 c -0.6,0 -1,-0.2 -1,-0.8 0,-0.2 0.2,-0.4 0.4,-0.4 0.8,0 1.4,0.2 1.4,0.8 0,0.2 -0.4,0.4 -0.8,0.4 z m 8,-0.6 c -1.6,0 -1,-0.8 -2,-1.2 -0.2,-0.2 -0.4,-0.4 -0.4,-0.6 0,-0.6 0,-0.4 0.4,-0.8 l 0.8,0.2 c 0.8,0 1.6,-1.6 3.4,-1.8 1,0 1.2,2.4 2.2,2.4 0.4,0 0.6,-0.2 0.6,-1 0,-0.2 0,-0.2 -0.2,-0.2 l -1.2,0.2 c 1,-1.2 1,-1.2 2.8,-1.2 l -0.6,-1 0.2,-0.2 1.8,0.4 0.2,-0.2 v -0.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 1.2,0.2 0.8,0 2,0.6 l 0.2,-0.2 -0.2,-0.6 c 0,-0.2 0.2,-0.4 0.6,-0.4 1.6,0 2.8,0.8 3.8,2 V 211 l -0.4,-2 c 0,-0.4 0.2,-0.6 0.6,-0.6 0.6,0 1,0.2 1,0.6 0.2,0 0.8,-0.4 1.4,-1 0.8,-0.6 1.2,-1 1.6,-1 1,0.4 0.6,0.2 1.6,0.4 0.6,0 1.2,-0.6 1.8,-0.6 0.6,0 1,0.4 1.2,1.8 v 0.2 c 0,1.2 -3,1.8 -10.8,3.6 -0.4,0 -0.6,-0.2 -0.6,-0.4 l 0.2,-0.8 c -0.6,-0.8 0,-0.6 -0.8,-1 l 0.2,0.6 c 0,0.6 -0.8,0.8 -2,1.6 0.8,0 1.2,0 1.2,0.2 0,0.8 -8.8,3.2 -11.2,3.2 z m 3.4,-1.2 -0.8,-0.4 c -0.6,0.2 -0.4,0 -1,0.4 z m 14.6,-4.2 c 1,0 5,-1 5,-1.6 -1,-1 -0.4,-0.4 -1.8,-1 l -0.2,0.2 0.2,0.4 c 0,0.6 -3.4,1.4 -3.6,2 z m -35,5 c -0.4,0 -0.6,0 -0.6,-0.2 0.8,-0.6 1.4,-1 2,-1 h 0.6 c 0,0.2 -1.2,1.2 -2,1.2 z m 3.4,-1.2 h -0.2 c 0,-0.4 2,-1 5.8,-2 h 0.2 c -0.2,0.6 -4.8,2 -5.8,2 z m -24.4,-1.2 c -0.2,0 -0.6,-0.2 -0.8,-1.2 l 0.2,-0.4 c 0.2,0 0.4,0.4 0.8,1.4 0,0.2 0,0.2 -0.2,0.2 z m 32,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.8,-0.4 0.6,0.2 v 0.2 z m 2,-1 h -0.4 c 0.4,-0.6 5,-1.8 5.8,-1.8 0.2,0 0.2,0.2 0.2,0.4 0,1.2 -4.8,1.4 -5.6,1.4 z m 6.6,-1.8 c 0.6,-0.6 4.8,-2 6.2,-2 l 0.4,0.2 c 0,0.2 -1.6,0.8 -3.6,1.4 z m 8.4,-2 c 0.6,-0.8 0.2,-0.4 1,-0.8 0.4,0 0.2,0 0.4,0.2 l -0.6,0.4 z m 2.4,-0.4 -0.2,-0.2 c 0.4,-0.4 0.8,-0.8 2.4,-1.2 2,-0.4 2.2,-1 3,-1.2 1,0.2 1.2,0.4 1.2,0.8 -0.2,0.4 0,0.4 -0.6,0.6 l -0.2,-0.2 c -2.2,0.2 -3.6,0.4 -5,1.2 z m 10.8,-3 h -1.6 c 2,-0.4 2.8,-1 3.6,-1 h 0.6 c 0,0.4 -1,1 -2.6,1 z m 4.2,-0.8 c 0,-0.8 3.6,-2 5.4,-2 0.8,0 1.2,0 1.2,0.2 0,0.2 -4,0.8 -5.2,1.6 z m 7.8,-2 -0.2,-0.2 c 0,-0.2 3.6,-1.4 5,-1.4 h 0.2 l -1.6,0.8 z m 6.4,-1.8 -0.2,-0.2 c 2.8,-1.2 1.4,-1.2 4.6,-1.6 l 2.2,0.4 c -2,0.8 -3.4,1.2 -5.4,1.2 z m 7,-1.8 c 3,-1 4.2,-1.8 5.6,-1.8 10.2,-2 14.8,-3.2 16.6,-3.2 h 0.2 c -2.4,1.2 -1.2,0.6 -4,1.4 -1.2,0 -14.2,3.4 -16.4,3.4 z m -19.2,-2.8 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.2 0.4,-0.6 1.4,-0.8 v 0.4 c -0.2,0.4 -0.6,0.6 -1,0.6 z m 18.4,-3.4 c 0,0 -0.2,-0.2 -0.2,-0.4 0.2,-0.6 0.4,-0.8 1,-0.8 0.2,0 0.4,0 0.4,0.2 -0.2,0.6 -0.4,1 -1.2,1 z m 2.8,-1 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.4 0.8,-0.8 2,-1 l 0.4,0.2 -1.2,0.8 z m 6.6,-1.4 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.6,0.2 0.6,0.6 0,0.4 -0.4,0.6 -0.6,0.6 z m -75,-0.6 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.6 0.6,-0.6 0.2,0 0.6,0.4 0.6,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m 78.2,0 c -0.6,0 -0.8,-0.2 -0.8,-0.4 0.2,-0.4 0.2,-0.4 0.6,-0.4 0.4,0 1,0.2 1,0.6 z m 3.6,-0.6 c -0.2,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.6 0.6,-0.6 0.4,0 0.6,0.4 0.6,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m -66.2,-0.8 c -0.2,0 -0.6,-0.2 -0.6,-0.4 0,-0.8 1.4,-1.2 1.4,-2 l -0.2,-0.4 c 0,-0.6 0.8,-0.4 0.8,-1.4 0,-0.4 0.2,-0.6 0.6,-0.6 h 0.2 c 1,0 0.6,-0.6 0.8,-1.6 h 0.4 c 0.4,0 1,-1.4 1,-2.2 V 178 c 0,-0.6 1.4,-0.2 1.4,-1.6 V 176 c 0,-1.8 2.6,-3.4 2.6,-4 l -0.2,-0.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 h 0.2 c 0.8,0 1.8,-3.8 2.2,-3.8 l 0.4,-0.2 -0.4,-0.6 c 0,-0.2 0.2,-0.4 0.6,-0.4 h 0.2 c 0.2,0 0.6,-0.2 0.6,-0.6 0,-1.2 0.6,-2.6 1.2,-2.6 h 0.4 V 162 c 0,-1 2.2,-2.2 2.2,-3.2 l -0.2,-0.6 c 0,-0.2 0.2,-0.2 0.4,-0.2 h 0.2 c 0.2,0 0.4,-0.2 0.4,-0.6 l -0.2,-0.4 c 0,-0.4 0.2,-0.6 0.4,-0.6 h 0.2 c 0.8,0 2.4,-2.6 2.4,-3.6 l -0.2,-0.2 c 0,-0.2 0.2,-0.4 0.4,-0.4 l 0.6,0.2 c 0.8,0 1.2,-0.2 1.2,-1 v -0.6 c 0,-0.2 0.4,-0.4 0.8,-0.4 0.2,0 0.4,0 0.4,0.4 -1.2,3 -2.2,4.6 -2.6,4.6 -0.2,0 -0.2,-0.2 -0.2,-0.4 0,-0.4 1,-1 1,-1.8 v -0.4 c -0.4,0 -0.8,0.8 -1.2,2.4 l 0.2,0.6 c 0,1.2 -7.4,12.4 -7.4,13.4 0,0.4 -2.6,3.8 -2.6,4.6 0,1.2 -1.4,1.6 -3.8,6 -1.6,3 -3.2,5.6 -3.6,6.2 -0.8,0.6 -2.2,1.2 -3,1.2 z m 71.6,-0.4 c -0.8,-0.2 -1.4,-0.4 -1.4,-0.6 0,-0.4 0.2,-0.4 0.6,-0.4 0.6,0 1,0.2 1.6,0.8 0,0.2 -0.2,0.2 -0.8,0.2 z m 1.8,-0.4 h -0.2 c 0,-0.4 0.4,-0.6 1,-0.8 l 2.6,-1 0.2,0.4 c -0.8,0.6 -3,1.4 -3.6,1.4 z m -86.6,-1.4 c -0.2,0 -0.4,-0.2 -0.6,-0.8 0,-0.4 0,-0.6 0.4,-0.6 0.4,0 0.4,0.2 0.6,0.6 0,0.6 -0.2,0.8 -0.4,0.8 z m 3.2,-4.6 c -0.6,0 -1.2,-0.6 -1.2,-1 0.2,-0.4 0,-0.4 0.6,-0.4 0.4,0 0.8,0.4 0.8,1 0,0.2 0,0.4 -0.2,0.4 z m -0.2,-2.8 c 1.2,-2.8 2.6,-4.4 2.8,-5.6 l 1,0.2 c 0.2,0 0.4,0 0.4,-0.4 l -0.2,-0.8 c 0,-0.6 0.2,-0.8 1,-0.8 0.6,0 1,0 1,0.2 0,0.8 -3.4,4.2 -3.4,5.4 0.2,0.6 0.4,0.6 0.4,1 0,0.4 -0.2,0.4 -1,0.4 -0.8,0 -0.4,-0.2 -0.8,-0.6 l -0.6,0.4 z m 93.8,-1.4 c 0,-0.4 1,-1 2.4,-1.2 l -1.2,0.8 z m -87.8,-6.6 c -0.4,-1.4 -0.8,-1.4 -0.8,-2.6 0,-1.2 0.2,-1.4 1.4,-2 0,0 0.2,0 0.2,0.2 0,0.6 -1.2,1 -1.2,2.4 0,0.2 0,0.2 0.2,0.2 2.8,-3.4 2,-5.4 3.2,-5.4 l 0.4,0.2 c 0,0.8 -0.4,3.6 -2.4,5.6 z m 4.6,-7.8 c -0.2,0 -0.4,-0.2 -0.4,-0.8 0,-2.2 0,-3 0.6,-3 1,0.4 1.4,0.6 1.4,1.6 v 0.4 c 0,0.6 -0.2,1 -0.4,1.2 z m 2.4,-4.2 c -0.4,0 -0.6,-0.4 -0.8,-1 0,-0.8 0.8,-1.8 1.2,-1.8 0.2,0 0.2,0.2 0.2,1 0,1.2 -0.2,1.8 -0.6,1.8 z m 13.8,-2.8 c -0.2,0 -0.2,0 -0.2,-0.2 1,-1 0.4,-0.8 1.6,-1.4 -0.6,1.2 -1.2,1.6 -1.4,1.6 z m -11.8,-0.8 c -0.6,0 -1,0 -1,-0.6 0.4,-1.2 0.6,-1.8 1,-1.8 0.8,1 0.4,0.4 0.8,1.6 0,0.4 -0.4,0.8 -0.8,0.8 z m 14.6,-3.2 c -1,-0.4 -1.2,-0.4 -1.2,-1.4 0.2,-0.6 0.4,-0.8 0.6,-0.8 0.4,0 0.6,0.2 0.6,0.6 z m -13.8,-1.2 -0.4,-0.2 c 0.2,-0.6 0.6,-0.8 1,-0.8 0.2,0 0.4,0 0.4,0.2 -0.2,0.6 -0.4,0.8 -1,0.8 z m 18.8,-0.2 c -0.4,0 -0.6,-0.2 -0.6,-1 0,-0.6 0.2,-1 0.4,-1 0.2,0 0.4,0.4 0.6,0.8 0,0.4 -0.2,1 -0.4,1.2 z m -31.4,-2.6 c -0.6,0 -1,-0.2 -1,-0.6 0,-0.4 0.4,-0.6 1,-0.6 0.4,0 0.8,0.2 0.8,0.6 0,0.4 -0.4,0.6 -0.8,0.6 z m 16.4,-0.2 h -0.2 l -0.2,-0.8 v -0.6 l 0.4,1 z m 17.2,-1.8 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0.2,-0.6 0.4,-1 0.8,-1 l 0.6,0.4 c 0,0.2 -0.2,0.6 -0.6,1 z m 3.4,0.2 c -0.4,0 -0.6,0 -0.6,-0.2 1.6,-0.8 2.4,-0.8 3.2,-0.8 h 0.4 c -1,0.8 -2,1 -3,1 z m 7.6,-1.4 c -0.4,0 -1,0 -1,-0.4 0,-0.2 -0.6,-0.2 -1.6,-0.2 l -2.8,0.2 c -1,0 -1.4,-0.2 -1.4,-0.6 0,-0.6 3.8,-2.6 6,-2.6 l 0.4,0.2 v 0.4 h 0.2 c 0.8,0 2.4,-1 4.6,-1 2.8,-0.4 3.6,-0.8 5.8,-1.2 1.2,0 2.4,0.6 2.4,1.2 -0.6,1.8 -1,2 -1.8,2.4 -6.2,1 -9.4,1.2 -10.8,1.6 z m 1.6,-1 c 0.4,0 0.8,0 0.8,-0.2 l -0.6,-0.2 c -0.6,0.2 -0.4,0 -0.8,0.4 z m 4.2,-0.6 c 1.2,-0.4 1.6,-0.4 1.8,-0.8 l -0.4,-0.2 c -0.8,0 -1.6,0.2 -2.2,1 z m -63.2,-0.8 h -0.2 l -0.2,-0.2 0.4,-1.6 0.4,-0.2 c 0.2,0 0.4,0.4 0.4,0.8 0,0.6 -0.2,1 -0.8,1.2 z m 54.2,-2.2 0.4,-0.4 2.6,-0.6 c 0.2,0 0.2,0 0.2,0.2 -0.2,0.2 -1,0.4 -2,0.6 z m 5.2,-1 c -0.4,0 -0.8,0 -1,-0.2 l 2.6,-0.4 c 0.4,0 0.6,0 0.6,0.2 -0.2,0.2 -1.4,0.4 -2.2,0.4 z m 4.2,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 2.4,-1 15.2,-2.6 17.4,-2.6 0.2,0 0.4,0 0.4,0.2 0,0.6 -9.2,1.2 -13,2.2 z m 19.6,-2.4 c -0.6,0 -1.2,0 -1.4,-0.6 0,-0.4 1.2,-0.8 2.4,-0.8 1.2,0 1.4,0.2 1.8,0.8 0,0.2 -2,0.2 -2.8,0.6 z m -1.8,-5.8 h -0.6 c 1.4,-0.6 1.4,-0.8 2,-1.4 0,0.6 -0.4,1.4 -1.4,1.4 z m -2.4,-1.2 c 0.6,-0.8 0.4,-0.4 1.2,-0.8 0.2,0 0.2,0 0.2,0.2 z m 6.6,-0.4 c -0.4,0 -0.8,-0.2 -0.8,-0.4 0.2,-0.4 0.4,-0.8 1.2,-0.8 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.4,0.6 -0.8,0.6 z m 5.8,-0.2 c -0.6,-0.4 -0.6,0 -0.8,-0.8 0,-0.2 0.4,-0.6 0.8,-0.6 0.8,0.4 0.6,0 1.2,0.6 0,0.2 -0.2,0.4 -0.6,0.6 z m -3,-1 c -0.4,0 -0.8,0 -1,-0.2 0,-0.4 0.6,-0.6 1.4,-0.6 0.2,0 0.4,0 0.4,0.2 0,0.4 -0.2,0.6 -0.8,0.6 z m 11.2,-0.6 -0.2,0.4 c -0.2,0 -0.4,-0.2 -0.4,-0.6 l 0.2,-0.6 z m 2,0.6 c -0.4,0 -0.6,0 -0.6,-0.2 0.6,-0.6 0.6,-1 1.6,-1 0.6,0 0.8,0 1,0.4 l -0.6,0.4 z m 6.4,-0.6 c -0.4,0 -0.8,-0.4 -1.2,-1.4 l 0.4,-0.2 c 0.6,0.2 1,0.8 1.2,1.4 0,0.2 -0.2,0.2 -0.4,0.2 z m 2.8,0 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.4 0.4,-0.4 0.4,0 0.6,0.2 0.6,0.4 v 0.2 c 0,0.2 -0.2,0.4 -0.4,0.4 z m 3.8,-0.6 c -1,0 -1.6,-0.2 -1.6,-0.4 0.4,-0.4 0.8,-0.6 2,-0.6 1,0 2,0.2 2,0.6 0,0.2 -1,0.4 -2.4,0.4 z m -46.2,-14 c -0.4,0 -1,-0.6 -1,-1.2 l 0.2,-0.4 c 1,0.6 1,1 1.2,1.4 z m 1.4,-2.2 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0,-0.6 0,-0.4 0.6,-0.8 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.4,0.6 -0.6,0.6 z m 3.6,-7.2 c -0.2,0 -0.2,0 -0.2,-0.2 0.2,-1.2 0.6,-1.6 1.4,-1.6 h 0.6 c 0.2,0 0.2,0 0.2,-0.2 l -0.2,-0.8 c 0,-0.4 1,-0.2 1,-1.2 0,-1 1.4,-1.8 1.4,-2.2 l -0.4,-0.6 v -0.2 c 0,-0.4 1,-0.8 2.6,-1.8 0,0.2 -1.6,1.8 -1.6,2.8 V 96 c 0,1.6 -3.6,5.8 -4.8,5.8 z m 7.6,-10.8 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0,-0.6 0.2,-1.2 1.2,-2 0.2,0 0.2,0.4 0.4,0.6 -0.2,1.2 -0.6,1.8 -1,1.8 z m -29.6,-19.8 c -0.6,0 -1,-0.2 -1,-0.4 0,-0.2 0.8,-0.6 1.8,-0.6 0.8,0 1.2,0.2 1.2,0.4 -0.4,0.6 -1.2,0.6 -2,0.6 z m 43.8,-4 c -0.2,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.4 0.6,-0.4 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.4,0.6 -0.4,0.6 z m 3.2,-1.2 c -0.8,0 -1.4,0 -1.4,-0.2 l 0.4,-0.2 1,-0.2 1,0.2 0.2,0.2 c 0,0 -0.6,0.2 -1.2,0.2 z m 7.2,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.2,-0.2 h 0.4 c 0.4,0 0.6,0 0.8,0.2 z m 5,-0.6 c -0.6,0 -1,-0.2 -1,-0.2 v -0.2 h 1.4 l 0.4,0.2 c 0,0.2 -0.4,0.2 -0.8,0.2 z m 8,-0.2 c -1.2,0 -1.4,-0.2 -2,-0.6 0,-0.2 0.6,-0.2 1.8,-0.2 1.4,0 2.4,0 2.4,0.2 -0.4,0.4 -1.4,0.6 -2.2,0.6 z m 4,-0.4 c -0.6,0 -0.8,-0.2 -1,-0.6 0,-0.2 0.4,-0.4 0.6,-0.4 0.6,0 1,0.2 1,0.6 0,0.2 -0.4,0.4 -0.6,0.4 z m -73.8,-1 c -0.4,0 -0.6,-0.4 -0.6,-0.6 0,-0.4 0.4,-0.6 1,-0.6 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.4,0.8 -0.8,0.8 z m 76.6,-6 c -0.8,-0.4 -0.4,-0.2 -0.8,-1 V 56 c 0,-0.2 0.8,-0.4 1.8,-0.4 0.8,0 1.2,0 1.2,0.2 l -2,1 z m 15,-0.4 c 0,-0.6 2.6,-1.2 3.6,-1.2 l 0.6,0.2 -1.8,0.8 z m -5.8,-0.6 -0.6,-0.2 1,-0.4 0.4,0.2 0.2,0.2 z m -154.8,160.6 c 0.4,-0.2 0.6,-0.2 0.6,-1 0,-0.6 -0.6,-1.6 -1.2,-1.6 -0.4,0 -0.8,0.4 -0.8,1 0.2,0.8 1,1.6 1.4,1.6 z m 77.2,-9.4 c 6.8,-1.4 8.2,-1.2 13.6,-4 -2.4,0.4 -1.2,0.2 -3.4,0.4 -2.2,0 -4,1.4 -10.6,3.4 z m 15.6,-3.8 c 0.8,0 1,-0.2 1.2,-0.8 -0.2,-0.6 0,-0.4 -0.6,-0.6 -0.6,0 -1.6,0.6 -1.6,1 0.2,0.2 0.6,0.4 1,0.4 z m 3.8,-1.2 c 2.4,-0.4 3.2,-0.8 3.8,-1.4 h -0.4 c -0.8,0 -2.8,0.4 -3.6,1.2 0,0.2 0,0.2 0.2,0.2 z m 5.4,-1 c 0.4,0 0.4,-0.2 0.6,-1 0,-0.2 -0.2,-0.2 -0.2,-0.2 -0.4,0 -0.6,0.2 -0.6,0.6 0,0.4 0,0.6 0.2,0.6 z m -3.2,-1.2 c 0.8,0 2.6,-0.8 2.6,-1 h -0.4 c -1,0 -2.6,0.6 -2.6,1 z m 8.6,-0.4 c 0.6,-0.2 1,-0.2 1,-0.4 -0.6,-0.2 -0.4,-0.2 -1,-0.2 -0.6,0 -1,0.2 -1.2,0.4 v 0.2 z m 3.6,-0.8 c 0.4,0 0.6,-0.2 1,-0.8 l -0.6,-0.2 c -0.2,0 -0.6,0.2 -0.6,0.4 0,0.4 0.2,0.6 0.2,0.6 z m 11.2,-6.6 c 1.4,0 3,-0.4 3.8,-1.8 0,-0.2 -0.2,-0.2 -0.6,-0.2 -1,0 -1.2,1.2 -2.8,1.2 -0.6,0 -1,0.2 -1,0.4 v 0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m -26.8,-50.8 c 1.6,0 2.4,-0.4 3,-1 0,-0.2 -0.2,-0.2 -1,-0.2 -1.4,0 -3.2,0.8 -3.2,1 z m 7.2,-1.4 c 1.8,0 2,-0.4 3.2,-0.8 -2.4,0 -1.4,0 -3.8,0.4 l -1.4,0.4 z m -7.2,-0.4 c 0.4,0 1,-0.2 1.2,-0.8 h -0.6 c -0.6,0.2 -1,0.4 -1,0.6 0,0.2 0.2,0.2 0.4,0.2 z m 20.2,-1.2 c 0.8,0 1.2,-0.2 1.2,-0.2 v -0.2 h -1.8 l -0.4,0.2 c 0,0.2 0.4,0.2 1,0.2 z m 3.2,-0.6 c 0.4,0 0.8,-0.2 0.8,-0.2 l -0.2,-0.2 h -1.4 l -0.2,0.2 c 0.2,0.2 0.4,0.2 1,0.2 z m 4.8,-0.6 c 0.6,0 1,0 1,-0.2 -0.4,-0.2 -1,-0.2 -1.4,-0.2 l -0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m 5,-0.4 c 0.2,0 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 -0.4,0.2 -0.6,0.8 0,0.2 0.2,0.4 0.4,0.4 z m -0.4,-3.2 c 1,0 1.8,-0.2 1.8,-0.8 0,-0.4 -0.6,-0.8 -2,-0.8 -1.2,0 -2,0.4 -2,0.8 0,0.2 0.2,0.4 0.6,0.6 z m 3.4,-1 c 3,-0.4 4.8,-0.6 4.8,-0.8 0,-0.2 -0.8,-0.4 -2.4,-0.4 -2,0 -2.8,0.4 -3,1 z m 6,-0.6 c 0.4,0 0.6,0 0.6,-0.2 0,-0.2 -0.2,-0.4 -0.8,-0.6 -0.2,0 -0.4,0 -0.4,0.2 0,0.4 0.4,0.6 0.6,0.6 z m 2,-0.6 c 0.4,0 0.8,0 0.8,-0.2 -0.2,-0.2 -0.6,-0.2 -1.2,-0.2 l -0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m 4.2,-13.8 c 0.4,0 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.4,0 -0.6,0.2 -0.6,0.6 0,0.2 0.4,0.6 0.6,0.6 z m 10.2,-49 c 1.4,0 2.2,0 2.2,-0.2 l -2.6,-0.2 -2.4,0.2 c 0,0 1,0.2 2.8,0.2 z m 7,-0.6 c 1,0 1.6,0 1.6,-0.2 l -1.6,-0.2 -1.6,0.2 c 0,0 0.6,0.2 1.6,0.2 z m 1.2,-2.8 0.2,-0.8 c 0,-0.2 -0.2,-0.2 -0.8,-0.2 h -2 c -0.8,0 -1.4,-0.2 -1.6,-0.6 0,-0.4 1,-0.4 3.2,-0.4 6.6,0 10.4,0.2 10.4,0.6 0.2,0 -1.2,0.2 -4,0.2 -4.6,0 -4.6,0.6 -5.4,1.2 z m 17.6,-5.2 c 1,0 1.4,0 1.4,-0.2 -1,-0.8 -1.8,-0.8 -2.4,-0.8 -0.6,0 -0.8,0 -0.8,0.4 0,0.4 0.8,0.6 1.8,0.6 z m -7.2,-3.4 c 0.4,0 0.6,0 0.6,-0.2 0,-0.2 -0.4,-0.4 -1.4,-0.8 v 0.4 c 0.2,0.2 0.6,0.6 0.8,0.6 z"/><path d="m 1797.4003,234.4 c 0.8,0 2.2,-4.6 2.6,-4.6 0.2,0 0.4,-0.4 0.4,-1 l -0.4,-3 c 0,-0.4 0,-0.6 0.2,-0.6 l 0.8,0.4 -0.2,-0.4 c 0,-1.6 1,-1.8 1.4,-1.8 0.6,0 0.8,0.2 0.8,1.4 0.4,-0.4 0.6,-0.8 1,-0.8 1,0 2.6,3.2 3,3.2 0,-0.6 0.2,-1 0.4,-1 0.2,0 0.4,0.2 0.4,0.6 l -0.2,1.2 c 0,0.8 0.2,1 0.4,1 0.8,0 1.2,-2.2 2,-2.2 l 0.2,0.2 -0.8,1.8 c 0.6,0 1.8,-0.6 1.8,-1.6 l -0.2,-0.8 h 0.4 c 0.2,0 0.6,-1 0.6,-2 0,-1 -0.2,-1.8 -0.4,-1.8 -0.8,0 -0.4,1.6 -0.8,1.6 -1.2,-1.2 -0.6,-0.6 -1.4,-1.8 h -0.2 l 0.2,1.4 c 0,0.4 0,0.4 -0.4,0.4 h -1.2 c -0.8,0 -0.8,0.2 -1.2,0.6 l 0.2,-1.4 c 0,-0.4 0,-0.6 -0.4,-0.6 l -0.6,0.2 c -1.4,0 -1.6,-0.6 -2.6,-0.6 -0.4,0 -0.6,-0.4 -0.6,-1 0,-0.4 0.8,-0.4 0.8,-1.2 0,-0.8 1.8,-3.6 1.8,-5.2 0,-1 -1.2,-1.6 -1.2,-2.2 0,-0.2 0,-0.4 0.2,-0.4 l 0.8,0.8 c 0.4,0 0.2,-0.6 0.6,-0.6 h 0.8 c 0.4,0 0.4,-0.2 0.4,-0.4 0,-0.4 -0.2,-0.6 -0.6,-1.2 0,-0.8 1.4,-2.4 1.4,-3.6 0,-2 1,-1.4 1,-3.2 0,-1.2 0.2,-1.4 0.6,-1.4 l 1,0.2 c 0,-1.4 0.2,-2.2 0.8,-2.2 l 0.2,0.4 c 0,1.6 -1.6,4.2 -1.6,6 0,1.4 -1.4,5.4 -1.4,6.8 0,0.6 0,1 -0.4,1 l -2.4,-1.2 c 0.4,1.4 1.2,0.6 1.2,2.8 0,2 -0.6,4 -0.6,5.2 0,0.2 0,0.2 0.2,0.2 h 0.8 c 0.4,0 0.6,0.2 0.6,0.4 0,0.6 0.2,0.8 0.4,0.8 0.8,0 0.8,-2.4 2,-2.4 l 3.4,0.4 c 1.4,0 1.4,-0.4 1.4,-1.4 0,-0.6 0.8,-0.6 0.8,-1.6 0,-0.2 0,-0.2 0.2,-0.2 h 0.2 c 0.4,0 0.6,0 0.6,-0.2 l -0.4,-1.2 0.2,-0.2 0.8,0.4 0.2,-0.4 c 0,-0.2 -0.2,-0.6 -0.6,-0.8 -0.4,0 -0.8,-1.2 -1,-3.2 0.8,0.8 0.6,0.4 1.2,1.4 l -0.2,-0.6 0.2,-0.2 h 0.8 c 0.8,0 1,-5.4 1.8,-5.4 0.2,0 0.2,0.2 0.2,0.6 0,0.2 0,0.4 0.2,0.4 0.8,-1.2 0.4,-0.4 0.8,-1.8 0,-1 -0.4,-1.8 -0.8,-1.8 l -0.6,0.8 -0.2,-0.2 c 1,-3.8 1.2,-5 2.6,-5 l 0.2,0.2 c 0.6,0 0.6,-4.6 1.6,-5.2 l 0.2,0.2 -0.2,1.6 c 0,0.4 0,0.6 0.2,0.6 0.4,0 1,-2.6 1.6,-4.4 -0.4,0 -1.2,1.6 -1.6,1.6 0,-0.4 0,-0.6 -0.4,-0.6 l -1,0.2 c -0.2,0 -0.2,0 -0.2,-0.2 0,-0.4 1.6,-3.4 1.6,-4.6 0,-1.4 0.8,-2.6 1.2,-2.6 0.2,0 0.2,0.4 0.2,1 0,1.6 -0.2,1.8 -0.6,3.2 l 0.2,0.2 0.4,-0.2 c 0.6,0 1.2,1.6 1.2,2.8 0,2 -1,1.6 -1,2.8 0,4.6 -2.2,5.4 -2.2,8.6 1.4,0 15.8,-40.4 19.4,-47.2 3.8,-8.6 4,-10 7.6,-16.8 2,-4 3,-8.2 4.6,-9.8 0.4,-0.6 0.6,-1.4 0.6,-1.8 v -0.8 c 0,-0.6 1.2,-0.6 2.8,-4.2 1.4,-2.8 1.6,-3.6 1.6,-4.2 -0.4,0 -0.8,0.8 -2,2.2 0.6,-2.2 0.8,-3 1.8,-3 l 1,0.2 c 0.2,0 0.4,-0.2 0.4,-0.4 0,-3.8 7.6,-13 7.6,-16.6 0,-1.4 1.2,-0.8 1.2,-1.8 l 0.2,-0.4 c -1.4,0 -2,2.4 -2.6,2.4 -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.6,-0.6 1.2,-1.2 -0.6,-0.4 -1.2,-0.6 -1.2,-1.2 0,-0.2 0,-0.2 0.2,-0.2 l 1.4,0.8 0.2,-0.2 -0.2,-1.4 c 0,-1.8 2.4,-4.8 2.4,-5.6 0,-1.2 1.2,-1.2 2.2,-4.4 1.4,-3.6 2.6,-6 2.6,-6.8 0.2,-1 0.4,-1 9.8,-2.4 6.8,-1 20.6,-2.6 45.8,-5 5.6,-0.4 10.4,-1.2 10.4,-1.4 0.2,-0.2 0.8,-0.2 1.4,-0.2 l 0.6,0.2 c 0.2,0 0.2,0 0.2,-0.2 0,-0.4 0,-0.6 -3.4,-0.6 l -17.6,0.6 c -4.6,0 -5.8,-0.4 -6,-1 0,-0.6 0.2,-1 0.8,-1 0.6,0 0.6,1 1.2,1 l 1,-0.2 c 0.6,0 0.4,0.8 1,0.8 0.4,0 0.6,-0.4 0.6,-1.2 0,-1 0.4,-1 4,-1 8.8,0 12.6,-0.6 14.4,-1.4 -0.8,-0.8 -1.4,-1 -2.6,-1 -1,0 -0.8,0.8 -1.4,0.8 -1,-0.2 -0.6,0 -1.2,-0.8 0,-0.6 7.2,-0.6 7.6,-1.6 0.4,-0.8 2.4,-0.8 2.4,-1.2 0,-0.2 0.2,-0.4 0.4,-0.4 l 1.4,0.2 c 0.2,0 0.4,0 0.4,-0.2 -0.4,-0.8 -0.6,-1.4 -1.6,-1.4 -1,0 -1,-1.8 -3.8,-1.8 -1,0 -1.8,-0.2 -1.8,-0.2 0.4,-0.4 1,-0.6 1,-1.2 0,-1 2.2,-1.2 6.2,-2.4 0,-0.6 -2.4,-0.4 -2.4,-0.8 0,-0.4 -0.2,-0.8 -1,-0.8 -0.6,0 -0.6,0.4 -1,0.8 -0.4,-0.2 -0.6,-0.2 -0.6,-0.6 0.4,-0.8 0.8,-0.6 0.8,-1.4 0,-0.6 -0.4,-1.4 -1,-1.4 l -0.8,0.2 c -0.8,-0.4 -1.2,-0.4 -1.2,-1 0,-0.8 1.2,-1.6 3.4,-2 1.2,-0.2 1.8,-0.2 1.8,-0.6 -0.6,-1 -1.4,-1.4 -1.4,-2 0,-0.4 -10.6,-2 -17.4,-2.6 -9.2,-0.6 -23.2,-1 -35.2,-1 -7.2,0 -13.6,0.2 -18.2,0.4 -36.4,2.4 -45.4,4.4 -63.6,7.8 -8.6,1.8 -8,3.2 -8.4,10.4 0,3.2 2.8,2 2.8,3.4 0,1.8 1,2.6 3.8,2.6 l 4.8,-0.4 c 1,0 1.4,0.2 1.4,0.4 0,0.4 -0.4,0.6 -0.8,0.6 -2.4,0 -3,0.6 -3,1.4 0,0.6 -1.2,0.8 -1.2,1.6 l -0.2,0.2 -1.2,-0.2 c -0.2,0 -0.4,0 -0.4,0.2 0.4,1.4 0.6,2 1,2 0.4,0 0.4,-1 1,-1 0.8,0 1.4,1.6 1.4,3.6 0,1 2.2,1 2.2,1.4 0,0.4 0.8,0.6 1.8,0.6 l 3.2,0.2 c 2.2,0 10.4,-0.6 11.2,-1 0.4,-0.4 8.4,-0.6 11.8,-1.8 l 2.6,-0.4 0.4,0.2 c -0.6,0.8 -1,1.4 -1.8,1.4 h -1 c -2.4,0 -6.8,1.6 -8.6,1.6 -1.2,0 -1,0.8 -2.6,0.8 l -3.8,0.4 c -2.6,0 -1.8,-0.6 -3.4,-0.6 -2.4,0 -6.6,1.4 -6.6,2.4 0.4,0.4 0.8,0.4 0.8,0.8 -1.6,0 -1.8,0.4 -2.2,2 0,0.4 0.2,0.6 0.4,0.6 h 0.4 l 0.2,0.4 -0.2,1 c 0,1.2 1.4,1 4.4,1.2 4.8,0 14.6,-1 18,-2 h 0.4 c 0.2,0 0.4,0 0.4,0.2 -0.6,2.6 -5,10.8 -5.8,14.2 0,0.4 -1.2,3.2 -2.6,6.4 -3.2,7 -11.4,28.4 -11.4,32.8 0,1 -1.4,2.8 -1.4,4.4 0,1.8 -1.8,2 -1.8,4.2 0,2 -1.6,4.2 -1.6,5 0,0.6 -0.4,1.8 -0.8,2.8 -3.6,11.2 -5.4,16.4 -6,19.6 -0.6,4 -1.4,2.8 -1.4,3.4 0,2.2 -8.6,31.4 -8.6,33.8 0,0.4 -1.2,5 -1.2,7.8 0,2.2 -1.2,3.4 -1.2,6.4 0,4 2.8,4.6 2.8,5.2 0,0.4 0.2,0.6 0.4,0.6 z m 4.6,-15.2 c -0.2,0 -0.2,-0.4 -0.2,-0.8 0,-0.4 0,-0.6 0.2,-0.6 l 0.2,0.2 c 0,0.4 0,1 -0.2,1.2 z m 13.4,-1.8 c -0.4,0 -0.8,-0.6 -0.8,-1.2 l 0.2,-0.4 c 0.8,0.6 0.4,0.4 0.8,1.2 z m 1,-5.8 c -0.2,0 -0.2,0 -0.2,-0.4 0,-0.4 0.4,-0.8 0.6,-1 h 0.4 c -0.2,1 -0.6,1.4 -0.8,1.4 z m -4.6,-11 c -0.2,0 -0.6,-0.4 -0.6,-1.2 0,-0.8 0.2,-1 0.8,-1.4 0.2,0 0.2,0.4 0.2,1.2 0,1 -0.2,1.4 -0.4,1.4 z m 0.8,-3.4 c -0.2,0 -0.4,-0.4 -0.4,-1.2 0,-1.4 1.2,-3.8 1.8,-3.8 l 0.2,0.6 c -0.6,2.8 -1,4.4 -1.6,4.4 z m 14,-4.6 c -0.2,0 -0.6,-0.6 -0.6,-1 l -0.2,-3 c 0,-3 0.8,-2 0.8,-2.6 v -0.2 c 0,-0.2 0.4,-0.6 1,-0.6 l 0.2,0.2 -0.4,1.4 c 0,0.8 1.4,0.4 1.4,1 l -0.4,1.6 -1.6,-0.2 c -0.4,0 -0.6,0.2 -0.6,0.8 v 0.8 c 0.6,-0.6 0.6,-0.8 1,-0.8 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -0.8,0.2 -0.8,0.8 l 0.2,0.4 c 0,0.6 0,1 -0.4,1 z m -12.4,-3.2 -0.2,-0.2 c 0,-0.4 1,-2.2 1.6,-2.2 l 0.2,0.4 c 0,0.4 -0.2,1 -0.8,1.4 z m 14.6,-2.6 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0,-0.8 1,-3.2 1.4,-3.2 0.2,0 0.4,-0.2 0.4,-0.4 l -0.4,-1.2 c 0.8,0.2 1,0.4 1,1.4 0,1.4 -1.4,1.8 -1.4,2.4 l 0.2,0.8 c 0,0.4 -0.2,0.6 -0.6,0.6 z m -12.6,-0.8 c -0.4,0 -0.6,-0.4 -0.6,-1.4 0,-1 1,-1.2 1,-1.6 l -0.6,-1.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 0.6,0.2 0.8,0.2 0.8,2 0,1.4 -0.6,3 -1.2,3 z m 10.8,-3 -0.2,-0.2 c 0.2,-2 0.8,-3.4 0.8,-3.4 h 0.2 c 0.4,0 1.6,0.6 1.6,1 0,0.2 -0.2,0.4 -0.4,0.4 h -0.2 c -0.2,0 -0.8,0.4 -1.2,1.2 z m 3.8,-2 c -0.4,0 -0.6,-0.4 -0.6,-0.6 0,-0.2 0.2,-0.4 0.4,-0.4 0.6,0.2 0.4,0.2 0.8,0.6 0,0.2 -0.4,0.4 -0.6,0.4 z m -13.2,-0.8 c -0.4,0 -0.8,-0.2 -0.8,-0.6 0,-0.2 0.2,-0.4 0.6,-0.4 0.6,0.4 0.6,0 0.8,0.6 0,0.2 -0.2,0.4 -0.6,0.4 z m 11.8,-1 c -0.8,0 -1.2,-0.2 -1.2,-0.8 0,-0.6 0.6,-1.6 0.6,-2.4 v -0.6 c 0,-0.2 0.2,-0.4 0.4,-0.6 2.2,-2.2 5.6,-19.4 9,-20.4 l -0.2,0.6 c 0.4,0.8 0.2,0.4 0.8,1.2 l -0.2,0.2 -0.8,-0.2 c -1,0 -1,1 -1.2,3.2 l 0.2,1.4 c 0,0.2 -0.2,0.4 -0.4,0.4 -0.8,0 -1.6,1.6 -1.6,3 l 0.4,1.2 -0.2,0.2 h -0.4 c -0.8,0 -2,5 -2.8,5.4 -1.8,3.8 -1,2 -1.8,6.8 0,0.8 -0.2,1.4 -0.6,1.4 z m -11,-1.2 c -0.2,0 -0.2,-0.2 -0.2,-0.4 l 0.4,-1.6 0.2,-0.2 c 0.4,0.2 0.6,0.2 0.6,1 0,0.6 -0.4,1.2 -1,1.2 z m 13.6,0 c -0.2,0 -0.4,-0.2 -0.4,-0.4 l 0.4,-2 c 0,-0.2 0.2,-0.4 0.6,-0.4 l 0.4,0.2 -0.8,1.8 0.2,0.6 z m -11.8,-3 c -1.2,-0.4 -1.6,-0.8 -1.6,-1 h 0.6 c 0.6,0 1.2,0.2 1.2,0.6 0,0.2 0,0.4 -0.2,0.4 z m -0.2,-2.2 c -0.2,0 -0.2,-0.2 -0.2,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.2,0 0.2,0.2 0,0.8 -0.2,1 -0.6,1 z m 14.4,-1.4 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0.2,-0.8 0.2,-1.6 0.6,-1.6 0.2,0 0.2,0.2 0.2,0.6 0,0.6 -0.2,1.2 -0.4,1.4 z m -12.6,-1 c -0.6,0 -0.8,-0.4 -0.8,-1 0,-0.4 0,-0.8 0.4,-1 0.2,0 0.6,0.4 0.8,1.4 0,0.4 -0.2,0.6 -0.4,0.6 z m 2,-6 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-0.6 0.2,-0.8 0.4,-0.8 0.4,0 0.6,0.2 0.6,0.4 0,0.4 -0.2,0.8 -0.6,1 z m 2.4,-5 c -0.4,0 -0.6,-0.4 -0.6,-0.8 0,-0.6 0,-1 0.2,-1 0,0 0.4,0.6 0.6,1.4 0,0.2 0,0.4 -0.2,0.4 z m 2,-3.4 c -0.2,0 -0.4,-0.4 -0.4,-0.6 0,-0.4 0.4,-0.6 0.6,-0.6 0.2,0 0.4,0.2 0.4,0.4 v 0.2 z m 10.8,-5.4 v -0.2 c 0,-0.6 0.4,-1.2 1.4,-2.4 0.2,0 0.2,0.2 0.2,0.6 0,0.4 -0.4,1.2 -0.8,1.6 z m 2.2,-4.6 c -0.4,0 -0.4,0 -0.4,-0.2 0,-0.4 0.4,-0.8 1.4,-1.8 0.2,0 0.2,0 0.2,0.2 -0.4,1 -0.6,1.8 -1.2,1.8 z m 2.4,-4.8 h -0.2 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.6 0.4,-0.8 1,-1.2 l 0.2,0.4 c 0,0.4 -0.4,0.8 -0.6,1 z m 0.8,-2.2 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0,-1.8 1,-2.6 2.2,-4 -0.4,1.6 -0.6,2.8 -1.4,4 z m 18.4,-26 -0.2,-0.4 c 0.6,-1.4 1,-2.6 1.4,-2.6 0.2,0 0.4,0.2 0.4,0.4 0,0.6 -1.2,2.6 -1.6,2.6 z m 1.8,-3.6 c 0.2,-0.8 0.4,-1.4 0.8,-1.4 h 0.2 c 0,0.2 0,0.6 -0.4,1 z m 1.6,-4 c -0.4,0 -0.6,-0.4 -0.6,-0.8 0,-0.4 0.2,-0.6 0.4,-0.6 0.6,0 0.8,0.4 0.8,0.8 0,0.4 -0.2,0.6 -0.6,0.6 z m -48.8,-17.4 c -1,0 -1.8,-0.2 -1.8,-0.6 0,-0.2 0.2,-0.2 0.6,-0.2 h 0.8 c 1,0 0.6,-0.8 1.2,-0.8 0.6,0 1,0.4 1,0.8 0,0.4 -0.8,0.8 -1.8,0.8 z m 7.2,-0.4 c -1.2,0 -2.2,0 -2.2,-0.2 v -0.2 c 0,-0.6 -2.6,-0.2 -2.6,-1 0,-0.2 0.2,-0.2 0.4,-0.2 l 1,0.2 c 0.2,0 0.2,0 0.2,-0.2 l -0.4,-0.8 c 1.4,0.6 0.8,1.2 7.6,1.2 3.6,0 5.4,0 5.4,0.4 l -1.6,0.4 c -1.8,0.2 -5.4,0.4 -7.8,0.4 z m 57.8,-9.4 c -0.6,0 -1,-0.2 -1,-0.4 l 1.8,-0.6 c 0.2,0 0.4,0.2 0.4,0.4 0,0.2 -0.4,0.6 -1.2,0.6 z m 3.4,-0.8 -0.2,-0.2 c 0.8,-0.6 2,-0.8 3.4,-0.8 h 0.4 v 0.2 l -2.2,0.6 z m 10,-1 -1.6,-0.2 c 1.4,-0.6 1.8,-0.8 2.8,-0.8 h 0.8 c 0.6,0 0.4,-0.2 0.6,-0.6 l 0.6,0.4 c 0,0.4 -1,1.2 -3.2,1.2 z m 7.4,-0.6 c -0.6,0 -0.8,-0.2 -0.8,-0.4 l 0.2,-0.4 c 0,-0.2 -0.4,-0.4 -1,-0.4 h -1.4 c 4.2,-1.2 2.4,-2.2 5.8,-2.2 -2,0.4 -3,0.8 -3,1 0.4,0 0.6,0.2 0.6,0.4 v 0.6 c 0,0.4 0.2,0.4 0.8,0.4 2,0 2.8,-0.2 2.8,-0.6 l -0.6,-1.4 c 0,-0.4 0.6,-0.6 2.2,-0.6 1.4,0 1.4,0.2 1.8,0.4 1.8,-0.6 2.6,-0.8 4.2,-0.8 0.8,0 1.4,0 1.4,0.4 0,0.8 -1.6,0.8 -3.8,1.4 0,0.4 0.8,0.4 2.4,1 -2.6,0 -2.8,-1 -4.2,-1 l -1.8,0.4 c -0.4,0 -1,1.2 -4,1.6 z m -24.8,-1.4 c -0.8,0 -1.2,-0.2 -1.2,-0.6 0,-1.6 2.8,-1.8 10.2,-2 0,0.4 -1.6,1.4 -2.4,1.4 l -0.6,-0.2 c -0.8,0 -0.6,0.4 -1.4,1 -0.4,0 -0.4,-0.8 -0.8,-0.8 -0.8,0 -2.8,1.2 -3.8,1.2 z m 11.6,0.2 c -0.6,0 -0.8,0 -0.8,-0.4 1.8,-4 1.8,-3 8,-3.6 h 1 c -1.2,0.8 -1.6,1.2 -4,1.2 -1,0 -1.4,0 -1.4,0.2 0.4,0.6 0.6,0.6 0.6,0.8 -0.6,0 -1,0 -1,0.2 l 0.8,0.8 c 0,0.2 -0.4,0.2 -1,0.4 z m 8.4,-1.2 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.4,-0.2 h 0.2 c 0.4,0 0.6,0 0.8,0.2 z m 2.2,-2.4 c -0.8,0 -1.4,0 -1.4,-0.2 1,-0.6 2.2,-0.8 4.2,-0.8 1.4,0 2,0 2,0.2 -1.6,0.8 -2.8,0.8 -4.8,0.8 z m 8.8,-0.4 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0.2,-0.6 0.4,-0.8 1.2,-0.8 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.6,0.8 -1.2,0.8 z m 7.4,-0.4 c -2,0 -4.2,-0.4 -4.2,-0.6 3.8,-0.2 4.6,-0.2 6.6,-0.6 0.8,0.4 0.6,0 0.8,0.6 0,0.2 -0.2,0.4 -0.4,0.4 z m 9,0.2 c -0.2,0 -0.8,-0.4 -2,-1.4 0,-0.2 0.2,-0.2 0.6,-0.2 0.6,0 1,0.4 1.2,0.8 z m -4,-0.4 c -0.4,0 -0.6,-0.4 -0.8,-1 l 0.4,-0.2 c 0.4,0 0.6,0.2 0.6,0.6 0,0.4 -0.2,0.6 -0.2,0.6 z m 6.6,-0.4 -1.2,-0.2 -0.4,-0.4 c 0,-0.2 0.2,-0.2 1,-0.2 3.2,-0.2 1.6,0 5,-0.4 0.2,0 0.2,0 0.2,0.2 l -0.2,0.2 c -1.6,0.6 -3.2,0.8 -4.4,0.8 z m -12.6,-8.4 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.4,-0.2 h 0.2 c 0.4,0 0.6,0 0.8,0.2 z m -107.8,172.4 c 1.2,-1.8 1.6,-3.2 1.6,-3.2 l -0.2,-0.2 c -0.4,0 -0.6,0.6 -1,1.8 z m -1.4,-2 c 0.8,0 1.4,-0.6 1.6,-1.4 l -0.4,-0.2 c -1.6,0.2 -2.6,0.4 -2.6,1 0,0.2 0.4,0.4 1,0.6 z m -2.6,-0.8 c 0.4,0 0.6,-0.2 0.6,-0.4 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.2,0 -0.6,0.2 -0.6,0.6 0,0.2 0.4,0.4 0.6,0.4 z m 15.4,-13.6 c 0.4,0 0.6,-1 1.6,-2.8 l -0.2,-0.2 c -1,1 -1.6,1.6 -1.6,2.8 0,0.2 0,0.2 0.2,0.2 z m 51,-117.2 c 0.4,0 0.8,0 0.8,-0.2 v -0.2 c 0,-1 3.6,-7.4 3.6,-8.4 l -0.2,-0.6 c 0.8,-1.6 1.4,-2 2.8,-5.2 0,-0.2 -0.2,-0.2 -0.4,-0.2 h -1.2 l 0.4,0.4 c 0,1 -3,4.6 -3,6.2 0,1.4 -2.2,5 -3,5 h -0.4 l 0.2,0.8 -0.4,2 c 0,0.4 0.2,0.4 0.8,0.4 z m 6.6,-15.6 c 0.4,0 0.8,-0.2 0.8,-0.6 -0.2,-0.2 -0.6,-0.6 -0.8,-0.6 -0.6,0 -0.8,0.4 -0.8,0.8 0,0.2 0.4,0.4 0.8,0.4 z"/></g></svg>
diff --git a/docs/marca/logotipo.svg b/docs/marca/logotipo.svg
index 9abb1fa..4e29ad1 100644
--- a/docs/marca/logotipo.svg
+++ b/docs/marca/logotipo.svg
@@ -1 +1 @@
-<svg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 1170 192" width="1170" height="192"><g transform="translate(4.76,-26.8)"><path fill="#111111" d="m 107.6,52.6 q 1.6,1.4 1,2.4 -0.4,0.6 -0.6,0 -0.2,-0.4 -1.8,-1.2 -1.4,-0.8 -1.6,-0.6 l 0.8,0.6 q 1.8,1.4 1.8,2.2 -0.4,0.2 0.2,1 l 0.4,0.4 q -0.4,-0.2 -1,0.2 l -0.2,0.2 q 0.2,-0.4 -0.2,-0.8 -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.6 V 58 L 105,57.4 q -0.8,-1 -2.6,-1.6 -1.6,-0.6 -2,-0.2 -0.2,0.2 0.8,0.6 1,0.4 1.2,0.4 0.2,0 1.2,0.8 0.4,0.6 0.6,0.6 -0.4,-0.2 -0.4,0.2 0,0.6 1,0.4 0.4,0 0.2,1 -0.2,0.6 -0.4,0.6 -0.6,-0.2 -1,-0.2 0.2,0.2 0,0.2 0,0 -0.2,0 -0.4,-0.4 -0.2,-0.6 0.2,-0.4 -0.4,-0.4 -0.4,-0.2 -0.8,0 -0.4,0.2 0.2,0.8 0.6,0.6 0.2,1.6 -0.4,0.8 0.4,1.6 1,0.6 1,1.2 0,0.4 -1,-0.2 -0.8,-0.8 -1.2,-0.6 -0.2,0.2 -0.2,0 0,-0.4 -0.6,-0.6 -0.4,-0.2 -0.4,0 0.2,0.2 0.4,0.4 0.4,0.8 0.6,1.2 0.4,0.2 0.4,0.6 0.2,0.2 0.2,0.4 0.2,0.2 0.2,0.6 0,0.2 1,1.2 0.6,0.6 0.4,0.8 -0.8,-0.2 -0.8,0.2 0,0.2 1,0.2 1.4,-0.2 2.2,1.6 0.6,0.8 0,1.4 -0.4,0.4 -0.8,0 -0.4,-0.6 0,-0.8 0.6,0.2 0.6,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -1.6,-0.8 -2.4,-1.6 0,0.8 1.4,1.4 1.4,1.6 0,1 -2.4,-1.4 Q 100.8,69 99,68.2 l -1.8,-0.6 1,1 q 1.2,1 1.4,1 0.2,0 0.8,0.6 0.8,0.6 1.8,1.4 l 0.4,0.6 Q 102,72 102,72.4 q 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -1.2,-0.4 -1.2,-1 -1.6,-1 -0.4,0 -0.2,-0.2 0.2,-0.4 0.6,-0.2 V 71 q -0.2,-0.4 -0.6,0 -0.2,0.2 -1.4,-0.2 l -1,-0.6 1,0.8 q 1,1 1,1.4 0.2,1.6 1,1.6 0.6,0 0.6,0.8 l 0.2,1 -1,-1 q -1.2,-1.2 -4.6,-3 -3.4,-1.8 -4.2,-1.6 -0.4,0 -3.6,-1.4 -3,-1.4 -3.4,-1.4 -0.2,0 -7.4,-2 -17,-4.8 -16.4,-3.2 0.4,0.6 -3.8,11.4 -0.8,2.4 -1.4,4.2 -0.6,1.6 -0.8,2 -0.2,0.2 -0.6,1.6 -0.8,2.6 -2.8,9.2 -2.8,9 -5.8,25.6 -0.8,5.4 -1,5.6 -0.2,0 -0.2,1.4 0.2,1.2 -0.8,1.8 -0.8,0.6 -0.8,2 0,1.2 0.4,1.6 v -1.2 q -0.2,-1.8 0.4,-2 0.6,-0.2 0.6,0.4 0,0.8 -0.6,6.2 -0.8,5.6 -1,8.6 -0.2,2.8 -0.6,2.6 v 0.4 q 0.2,0.6 0,5.2 -0.4,4 -0.8,4 -0.4,-0.4 -0.4,-1 l -0.4,-0.2 Q 40,152 40,154 q 0.2,1.8 0.4,1.8 0.4,0 0.4,-1.4 0,-0.8 0,-0.6 0.4,0.8 0.4,2.4 l -0.2,1 -0.2,-0.4 -0.2,0.2 0.2,1 q 0.4,-0.2 0.4,0.2 0,0.2 -0.4,0.4 -0.2,0.2 0,2.6 v 1.8 q -0.2,-0.4 -0.6,-3.6 L 40,156.2 v 3.4 q 0,3.4 -0.2,3.2 l -0.6,8 q 0,1 0,2.4 0,5 -0.4,5.2 -0.4,0 -0.4,0.4 0,0.4 0.4,0.2 0.2,-0.2 0.2,1.4 0,1.4 -0.2,3.4 0,1.8 -0.2,2.6 v 0.8 L 39,188 q 0.2,1 -0.4,1.2 -0.6,0 0,0.6 0.6,0.6 0,0.8 -0.6,0.2 -0.8,0.2 0,0 0.2,-0.6 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,-1.6 l 0.4,-1.4 q 0.4,0.2 0.4,-0.2 0,-0.6 -0.6,-0.4 h -0.4 q 0.2,-1.2 -0.6,-11 -0.2,-1.8 -0.6,-2 v 0.2 q 0.2,0.6 -0.6,0.8 -0.6,0.2 -1,1.2 -0.2,0.8 -0.2,8.6 0,7.8 -0.2,7.4 -0.2,-0.2 -0.2,0 -0.2,0.2 -0.2,0.4 -0.2,13.8 -0.4,14 Q 33,206 33,205 q 0,-1 0,-2.6 0,-1.4 0,-3.4 l -0.2,-4.8 q -0.2,2.2 -0.4,2.6 l -0.2,-0.6 0.2,-0.8 -0.6,0.8 q -0.6,0.8 -0.2,1.4 0.4,0.4 0,0.8 -0.4,0.4 -0.4,3.6 v 3 L 31,202 q -0.2,-3 -0.6,-3.2 l -0.2,0.6 q 0.2,1.2 0,3.4 0,2.2 0,4.4 0,2.2 -0.2,2 -0.2,-0.2 -0.4,-2.2 0,-2 -0.2,-2.2 0,0 0,-1.2 -0.2,-4.2 -0.8,-5.2 -0.4,-0.6 -0.4,-2 0,-1.4 -0.2,-3 l -0.4,-1.8 -0.2,2 q 0,0.8 0,-0.2 -0.2,-0.8 -0.2,-3.2 0,-5.2 -0.4,-6 -0.4,-1 -0.4,-2 v -1 q -0.2,0.2 -0.2,1.6 0,1.4 0,2.8 0.2,1.6 -0.2,2.2 -0.2,0.6 0,0.8 0.4,0.2 0.4,2.4 0,2 -0.4,2.4 -0.4,0.6 0,1 0.6,0.2 0.2,0.4 -0.4,0.2 -0.4,0.6 0,0.2 0.2,0 l 0.4,2.4 q -0.2,1 -0.2,1.2 -0.4,0.4 -0.2,0 0,-0.2 0,-0.6 0,-1 -0.2,-1 l -0.4,-7.2 q 0,-1.4 0,-3.2 l -0.2,-10.8 -0.2,23.4 -0.2,-14.4 -0.4,-12 -0.2,2.4 -0.4,-6.6 v 3.6 q 0,3.8 0.2,3.8 0.4,0 0.4,2.6 l -0.2,2 q -0.2,-0.8 -0.6,-0.8 -0.2,0 -0.2,11.6 0.2,11.4 -0.2,11.2 H 23 q 0.4,0.2 0,1.2 -0.2,1.2 0,2.6 0.2,1.2 0.4,0 0,-0.2 0,-1 l 0.2,-2.4 v 2.4 q 0.2,2.6 -0.2,2.6 -0.4,0 -0.4,1.4 l -0.2,-0.2 q -0.2,-0.8 -0.2,-2.2 -0.2,-3.8 -0.4,-4.6 Q 22,202 21.8,187 q 0,-0.2 0,-0.4 L 21.4,172 q 0,0.2 0,0.8 v 0.2 l -0.2,1.2 q -0.2,-0.4 -0.2,-3.4 0,-2.4 0,-5 0.2,-2.6 0.2,-4.2 0.2,-1.6 0.4,-1.4 0.2,0 0,4.8 0,1.2 0,2.4 0,1 0,1.6 0.2,0.6 0.2,0.4 0.2,0 0.2,-6.6 l 0.2,-5.4 q -0.2,1.2 -0.6,1.6 -0.4,0.4 0,-4.4 0.2,-1.2 0.2,-2.4 0.2,-1.6 0.4,-4.2 0.2,-2.4 0.4,-3.6 0.2,-0.4 0.2,-0.6 0.2,-0.4 0.2,0.2 0,0.2 0,1 l 0.2,1.6 0.2,-2.2 q 0.2,-2.2 0.2,-2.4 l -0.2,0.4 q 0,0.6 -0.4,0.6 -0.2,0 -0.2,-0.2 0,-0.2 0,-0.8 0,-0.6 0,-1.4 0.2,-1 0.4,-2.2 0.2,-1 0.4,-8.6 0.2,-7.6 0.4,-9.6 0.6,-9.8 1.6,-17.4 3.4,-23.8 9.8,-40.2 1.4,-3.4 1.2,-3.6 -0.2,-0.2 -4.4,0 -4.2,0 -5.6,0.2 -4.2,0.6 -6.2,0 0.2,-0.2 0.6,-0.2 0.6,0 2.4,-0.2 1.8,-0.2 3.2,-0.4 1.2,-0.2 1.6,-0.4 0.6,-0.2 6,-0.4 1,-0.2 0.8,-0.4 -0.4,-0.4 -2,-0.2 -1.4,0.2 -4.2,0.4 -2.6,0.2 -2.4,0.4 0,0.2 -0.6,0.4 -0.4,0 -1.4,0 -0.8,0 -1.8,0 -4,0 -3.8,-0.2 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,0.2 0,0.4 -3.6,1 Q 13,59 13,58.6 13,58 13.8,57.8 l 0.4,0.2 1,0.2 q 0.8,-0.2 1.2,-0.6 0.2,-0.4 3,-0.4 2.8,-0.2 3,-0.4 0.4,-0.2 1.2,-0.4 H 20.8 Q 17.4,56.6 12,56.8 6.8,56.8 4.4,57.2 2,57.4 2,57 2,56.6 3.2,56.4 L 4,56.6 q -0.2,0.2 0,0.2 0.4,0 1.4,-0.2 1,-0.4 2.4,-0.6 1.4,-0.2 2.6,-0.6 l 1.2,-0.2 h -1 L 10.4,54.8 4.8,55 Q 3,55.2 2.4,55.4 1.6,55.6 2.4,55 3,54.4 4.2,54.4 q 1.2,0 1.4,0 0.2,0 2,-0.4 1.8,-0.2 1.8,-0.6 0,-0.6 -0.6,-0.6 -0.2,0 -0.2,0.2 -0.2,0 -0.2,0 l -0.6,0.4 q -0.6,0 -2.4,0.2 L 4,53.4 q 0.2,-0.4 1,-0.2 0.6,0 1.4,-0.4 0.8,-0.4 1.4,-0.4 0.6,0 0.4,-0.4 -0.4,-0.4 -1,0 -0.6,0.2 -1.6,0.2 -1.2,0 -2,0 -0.8,0 -0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 1,-0.4 Q 4.8,50.6 4.6,50.6 4.2,50.6 4,51 3.8,51.4 3.4,51 2.8,50.6 2.6,51 2.2,51.4 2,51.2 1.8,50.8 0.8,51.4 q -1,0.4 -1.2,0.4 -0.2,-0.2 -0.2,-0.8 0,-1 0.8,-0.8 0.6,0.2 0.6,-0.2 0,-0.6 -1,-0.2 -0.6,0.2 -1.2,0.4 -0.6,0 -1,0 -0.4,0 -0.4,-0.2 0,-0.2 -0.6,0 -0.6,0 -0.8,-0.4 -0.2,-0.2 -0.2,-0.2 0,0 0.2,0 0.4,0.4 0.4,-0.2 0,-0.6 1,-0.4 0.8,0.2 0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 0.6,-0.2 0.2,-0.4 0.6,-0.2 0.2,0.2 0.4,0.2 0.2,-0.2 0,-0.4 0,-0.4 1.8,-0.8 l 1.6,-0.4 -1.8,0.2 q -2,0.2 -2.2,0.6 h -0.2 q 0,-0.2 -0.6,0.2 -1,0.8 -1,0 0,-0.2 0.2,-0.4 0.4,-0.6 0.8,-0.4 0.2,0.2 4.8,-1.4 1.8,-0.6 2.2,-0.4 0.4,0.2 0.4,-0.2 0,-0.4 0.4,0 L 6.4,44.2 Q 5.6,43.6 5.2,44 q -0.4,0.2 -1.4,0.4 -1.2,0 -2,0.4 -0.6,-0.2 -0.6,-0.2 0.2,-0.4 0,-0.4 -0.4,0 -0.4,0.4 -0.2,0.2 -2.6,0.6 -2.6,0.4 -2.8,0.2 -0.4,-0.4 0.2,-0.6 0.2,0 0.4,0 0.8,-0.2 1.4,-0.4 Q -2,44 -1.4,44 -0.8,44 0,43.8 5.4,42.4 6.2,42.6 7,42.6 7,42.2 q 0,-0.6 5.4,-2 l 1.8,-0.4 -2.4,0.2 q -2.6,0.2 -3.4,0.2 -0.8,0 -0.8,0.4 0,0.2 -1.6,0 -1.6,-0.2 -1.6,0.2 0,0.2 -0.6,0.2 -0.8,0 -1.4,0.2 -0.6,0.2 -0.6,0 0,-0.6 2.4,-1 2.4,-0.6 4.4,-0.6 1.8,-0.2 1.8,-0.4 0,-0.4 0.6,-0.6 0.6,-0.4 1,-0.2 0.2,0.2 -0.2,0.2 -0.4,0 -0.4,0.4 0,0 0.2,0 0.4,0 1,0 0.6,0 1.2,-0.2 2.6,-0.4 4.8,-0.6 2.4,-0.2 2.6,-0.6 0.2,-0.4 -0.8,-0.2 -0.8,0.2 -1,0 L 20.2,37 q 2.4,-0.2 5.2,-0.6 1.6,-0.2 1.8,0.4 0.2,0.4 0.4,0 0.6,-1 2,0 0.6,0.4 1.2,0.2 0.6,-0.2 0.6,-0.6 -0.2,-0.4 3,-0.4 3.4,-0.2 3.4,0 0,0.2 0.2,0.2 0.4,0 0.8,0 0.4,-0.2 0.6,-0.4 h 0.4 q -0.4,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.4 1,-0.4 0.6,0 0.8,0.2 0.2,0 0,0.4 0,0.2 0.2,0.2 0,0 0.4,-0.2 0.4,0 0.4,0 l 2.2,0.4 q 0.4,0 0.8,0 l 2.8,-0.4 Q 48.8,36 49,36 q 0.2,0 0.6,0.2 1,0.2 3.4,0.4 2.6,0 3.8,0.4 1.4,0.2 2.4,0.4 l 0.2,0.2 0.4,0.2 q 3.2,-0.6 7.6,0 1.8,0.2 4.6,0.6 3,0.4 3.4,0.6 0.6,0.2 1.4,0.2 2.6,0.2 10.6,2.8 11,3.8 12.4,5 2,2 2.8,2 0.6,0 1.2,0.6 0.8,0.4 0,0 -1,-0.4 -1,0 0,0.2 1.4,1 1.6,0.8 2,0.8 0.2,0 -0.8,-0.8 l -0.8,-0.6 1,0.4 q 0.8,0.4 0.8,0.6 0,0.2 1.2,1.6 z M 1.2,50.4 Q 1.4,50.4 1.6,50 1.8,49.4 1.4,49.4 1,49.4 1,50 1,50.4 1.2,50.4 Z M 8.8,52 q 0.4,0 0.8,-0.2 l 0.2,-0.4 q -0.4,0 -0.8,0.4 z m 2,1.4 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 L 10,53 q 0.6,0.4 0.8,0.4 z m 0.6,-1.6 q 0.4,0 0.4,0 -0.2,-0.4 -0.6,-0.4 z M 14,40.4 q 0,0 0.2,0.4 l 0.6,-0.2 Q 14.4,40.4 14,40.4 Z M 13.4,55 q 0,0.2 0.4,0.2 L 14.2,55 q -0.4,-0.2 -0.8,0 z m 0.6,1.4 q 0.8,0 0.8,-0.2 -0.6,0 -1.4,0 -0.4,0.2 0,0.2 0.2,0 0.6,0 z M 16.4,41 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,-0.6 q 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 0.2,0.2 0.6,0.2 z m 5.2,-3.2 q -0.2,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.2 -0.4,-0.2 -0.2,-0.2 -0.4,0 z m 1.8,0 q -0.4,0.4 0.4,0.4 0.8,0 0.4,-0.4 -0.4,-0.4 -0.8,0 z m 2.6,0 q 0.2,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m -3.8,118.4 q 0,0 0.6,-6.8 v -2.2 l -0.4,2.4 q -0.6,5.2 -0.2,6.6 z m 1,-14.6 q 0,0 0.2,0.4 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0.2,38.8 q 0.4,0 0.4,-0.2 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.4 0,0.2 0.2,0.2 z m 0.8,-16 q 0,-1.4 0,-3 -0.2,0.8 -0.2,1.6 v 1.6 z m 0.4,-33 q 0,0 0.2,0.4 0.2,-0.4 0,-1 -0.2,0.4 -0.2,0.6 z m 0.2,37.8 q 0.2,-1.2 0,-2.2 0,0.4 -0.2,1 l 0.2,1.4 z M 37.2,39 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 0,23 q 0.2,0 0.4,-0.2 0.2,-0.4 -0.2,-0.4 -0.2,0 -0.2,0.4 0,0.2 0,0.2 z M 32.6,37 q 0.8,0 2.6,-0.2 2,-0.2 2.2,-0.4 H 36 q -1.4,0.2 -3,0.2 z M 36,64.6 q 0,0 0.2,0 0.6,-0.6 0.6,-1.2 0,-0.6 -0.2,0 -0.2,0.6 -0.6,1.2 z m -10.4,91 q 0.2,-0.6 0,-1 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.6 z m 0.4,7.2 q 0.2,-0.4 0,-1 0,-0.4 -0.2,-0.2 0,0.2 0,0.6 0.2,0.4 0.2,0.6 z m 1.2,15 q 0.2,0 0.2,-2.6 0.2,-2.6 -0.2,-2.8 -0.4,-0.2 -0.4,2 0,3.4 0.4,3.4 z m 0.2,-40.6 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.8,50.6 q 0.2,-0.2 0,-2 l -0.2,-1.6 -0.2,2 z M 28,183.2 q 0,0 0,0.4 0.2,-0.4 0,-0.8 0,0.2 0,0.4 z M 27.6,101 q 0,0 0.8,-6.2 l -0.2,0.4 q -0.6,1.4 -1.8,10.2 -1,8.8 -1,13.2 -0.2,3.6 0,2.8 0.2,-1 1,-8.8 0.4,-6 1.2,-11.6 z m 3.2,95 q 0,0 -0.2,-1.6 v 0.4 q -0.2,0.6 -0.4,1.6 0,0.8 0,1.4 0.2,0.6 0.4,0.6 0.2,0 0.2,-2.4 z m -0.2,-3.4 q 0.2,2 0.2,0.2 0.2,-0.8 0,-2 0,-2.2 0,-2.2 0,0 -0.2,1.2 -0.2,1.8 0,2.8 z m 0.2,-97.2 q 0.2,-0.4 0,-0.8 0,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z M 31,93.6 q 0.4,-0.2 0.2,-0.8 L 30.8,93 Z M 29.4,91 q 1,-5.2 3.8,-16.4 0.6,-2 1.6,-5 1,-3.2 0.8,-3.4 L 35,67.4 q -0.4,1.4 -0.6,1.6 -0.2,0.4 -1.6,5.8 -0.4,1 -1.4,4.6 -0.6,2 -0.6,2.8 -0.2,1 -0.8,3.4 -0.4,2.2 -0.8,4.2 -0.4,2 -0.6,3.4 -0.2,1.2 0,1.2 0.2,0 0.8,-3.4 z m 2.2,103.8 q 0,0.4 0.2,0.4 0.4,0 0.2,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 0,0.6 z m 0,-2.4 q 0,0 0.2,0.4 0.2,-0.2 0,-0.6 z m 0.6,-3.6 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-2.4 q 0.2,-0.4 0,-0.8 Q 32,185.8 32,186 Z M 36,168.8 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z M 33.8,81.6 q 0.6,-2.2 2.2,-8.2 1.8,-6 1.6,-6.2 l -0.4,1 q -0.4,1 -1.8,5.8 -1.4,4.6 -2.2,8.6 -0.8,4 -1.4,6 -0.8,3.4 -0.4,3.2 0.2,0 0.4,-1 0.4,-2.4 1.4,-6.2 0,-0.2 0,-0.6 0.2,-0.6 0.4,-1.2 0.2,-0.8 0.2,-1.2 z m 4,73.4 q 0,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.6 0.2,0.6 z M 47.4,37 q 0,0 0.2,0.2 L 48,37 q -0.2,-0.2 -0.6,0 z m -2,0.2 Q 45.4,37 44.6,37 44,37 44,37.4 q 0,0.2 0.6,0 0.8,-0.2 0.8,-0.2 z m -1.2,65.2 q 0.2,-0.2 0,-0.6 L 44,102 Z m -0.6,2.4 q -0.2,0.4 -0.2,0.4 0,0.4 0.2,0.6 0.2,-0.6 0,-1 z M 39,63.8 q -0.2,0 -0.6,0.8 -0.2,0.6 0,0.6 0.4,0 0.6,-0.6 0.2,-0.8 0,-0.8 z m -1,87.6 q 0,0 0.4,0.4 0.2,-0.6 -0.2,-0.8 -0.4,-0.4 -0.2,0.4 z m 0,-4 q 0.2,1 0.4,0.6 0.4,-0.6 0.4,-0.8 0,-0.4 -0.4,-0.2 0,0.2 -0.2,0 0,-0.2 0,-0.4 L 38,146.2 q -0.2,0.2 0,1.2 z m 1,-10.6 q 0.2,-1 0.2,-1.8 0.2,-0.8 0.2,-1.2 0,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.8 0,0.6 -0.4,4.4 -0.2,2 -0.4,3.4 0,1.4 0,2.4 0,0.8 0,1.2 0,0.4 0.2,0.4 0.2,0 0.2,-0.4 0.2,-6.8 0.6,-8.6 z m 0.6,-6.4 q 0.8,-8.2 1.4,-7.6 l 0.2,-0.2 q 0,-0.2 -0.2,-0.4 -0.2,-1.2 0.6,-5.6 L 42,112 q 0,0.2 0,0.6 -0.4,1.2 -0.6,2.4 -1,6.2 -1.8,12.2 -0.4,4.4 -0.6,5 0,0.6 0.2,0.6 0.2,0 0.4,-2.4 z m 1.8,10 q 0.2,-0.8 0,-1.8 v 0.2 q 0,0.4 0,0.6 v 1.2 z m -0.2,11.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-8 q 0,-1.4 0.4,-1.4 0.4,0 0.2,-0.8 0,-0.8 -0.2,-0.2 l -0.4,0.2 q 0,-0.4 -0.2,-0.2 -0.2,0.2 -0.2,1.6 0.2,1.4 -0.2,1.8 -0.2,0.4 -0.2,2.8 0.2,2.2 0.4,2.2 0.4,0 0.2,-2.4 -0.2,-2.4 0.2,-2.2 z m 0.6,-8.4 q 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,1.2 z m 1,-4.2 q 0,0 -0.4,-1.4 0,-0.4 0,-0.4 -0.2,1 -0.4,1 -0.2,0 0,1.6 0.2,0.8 0.2,0.6 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.2 z m -0.4,-21.2 q 0,0 0.2,0.4 0,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-72.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,70.8 q 0,0 0.4,-0.2 0.2,-1 0.2,-1.8 L 43,107 q -0.4,0.8 -0.4,1.8 z m 1.8,9.8 q 0,0 0,-1 l -0.2,-0.8 q -0.2,0.8 -0.8,4 -0.4,3 -0.4,3.4 l 0.2,-0.2 q 0.4,-0.4 0.6,-0.4 v -0.2 q 0,-0.6 0,-1.6 0,-1.2 0.2,-2.2 0.2,-1.2 0.4,-1 z M 46,109 q 0,-1.8 -0.2,-1.6 0,0.2 -0.8,4 -0.6,3.6 -0.6,4 l 1,-3.6 v -0.2 l 0.2,-1 z m 0,-72 q -0.4,0 0,0.4 0.4,0.4 0.2,0.6 v 0.2 Q 46.6,38 46.6,37.6 46.6,37 46,37 Z m 0.4,68.6 q 0.2,-0.4 0.4,-1.8 0.2,-1.4 0,-0.6 z m 0.6,-3.8 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.6 -0.2,-0.6 0,0 -0.2,0.6 z m 0.6,-1.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-62.8 q 0,0 0.2,0.4 0.4,0 0.4,0 Q 48,37.6 47.6,37.6 Z M 48,98.8 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.4,-2.4 q -0.2,0.8 0,0.4 0.4,-0.4 0.4,-0.8 z M 50,93.2 q 0,0 0,-0.2 -0.4,0 -0.2,-0.8 L 49.6,92 q -0.4,0.6 -0.6,1.8 -0.2,1 -0.2,1 0.2,0 0.4,-0.4 0.4,-1 0.8,-1.2 z m -0.2,-2.6 q 0,0 0.2,0.6 0.2,-0.2 0,-0.8 z M 49.2,38.2 q 0,0.2 0.6,0.2 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0 -0.6,0.2 z M 51,87.6 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.2,-1.8 q 0,0.8 0.2,0.2 0.4,-0.8 0.4,-1 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.2,1 z m 1.4,-3 q 0,0 -0.2,-0.4 -0.8,1.4 -0.2,1.4 0.2,-0.2 0.4,-1 z m 0.8,-2.6 0.2,-0.8 -0.4,0.8 -0.6,1.4 0.2,-0.2 q 0.4,-0.4 0.6,-1.2 z m 1.4,-4 0.2,-1 -0.6,1 Q 54,77 54,77.6 q 0,0.4 0.2,0 0.4,-0.6 0.6,-1.4 z m 1,-4 Q 55.6,72.8 56,72.4 56.4,72 56.2,71.8 56,71.6 55.8,72.2 Z M 56,64.6 q 0.4,-0.2 0.4,-0.8 0,-0.6 -0.4,0 -0.4,0.8 0,0.8 z M 57,62 q 0,0 0,-0.8 0,0.2 -0.2,0.8 -0.2,0.4 -0.4,0.8 0,0.2 0,0.2 0.2,0 0.6,-1 z m 0.8,-24 q 0,0 -0.2,0.4 -0.2,0.2 0,0.2 0.4,0 0.4,-0.2 Q 58,38 57.8,38 Z M 58,67.2 q 0.4,-0.6 0.4,-0.8 H 58 q -0.2,0.6 -0.2,1 z M 60.6,39 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 l 0.2,0.2 q 0.6,0.4 0.8,0.4 z m 7.2,1.4 q 0.6,-0.2 0.6,-0.2 -0.4,-0.2 -1,0 0,0.2 0.4,0.2 z m -1.2,-1 q 2.6,0.2 2.8,0.2 0.4,-0.4 -5,-0.8 h -1.8 q 0.4,0.2 0.6,0.4 0.2,0 0,0.4 0,0.2 0.2,0.4 0.4,0 1,0 h 1.4 l -1.2,-0.2 q -2.2,-0.4 -0.4,-0.6 1,0 2.4,0.2 z m 3.2,1.4 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,-0.2 z m 0.2,-1 q 0,0 2.4,0.2 0,-0.2 -1.4,-0.4 -1,0 -1,0.2 z m 3.6,0.6 q 0.2,0 0.4,0 0.2,-0.2 0,-0.4 -0.2,-0.2 -0.6,0 -1.2,0.4 0.2,0.4 z m 2.6,0.2 q 0.4,0 0.6,-0.2 -0.6,0 -1,0 0.4,0.2 0.4,0.2 z M 78,41 q 0.4,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m 2.2,0.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 2,0.6 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z m 20.6,10.4 q 0,0 0.2,0.4 0.6,0.2 1,0.2 l -0.2,-0.2 q -0.6,-0.4 -1,-0.4 z m -5,-5.8 q 0,0 -1.2,-0.2 l 0.2,0.2 q 0.6,0.4 1.2,0.2 z m -3,-1 q 0,-0.4 -0.8,-0.4 -0.8,0 -0.2,0.4 0.8,0.2 1,0.2 z m -2.2,-1 q -0.8,-0.4 -1.4,-0.2 0.4,0.6 2,0.8 z m -2.8,-1 q 0,0 -2.8,-0.6 0.2,0.2 1.4,0.8 1.4,0.4 2,0.4 0.2,0 0,-0.2 -0.2,-0.2 -0.6,-0.4 z m -1,23.8 q 0,0 -0.6,-0.4 -0.8,-0.4 -2,-0.6 L 85,66 l 1,0.6 q 1.2,0.8 2.8,0.8 z M 88,45.2 q 0,0 1.6,0.2 Q 89.4,45.2 88.4,45 88,45.2 88,45.2 Z m 6.4,25 q 0,0 0.4,-0.2 -0.2,-0.2 -2.8,-1.2 -2.4,-1.2 -2.6,-1.2 z m 1.2,0.6 q 1,1.2 1,0.6 0,-0.4 -0.8,-0.8 z m 3,1 q -0.2,0 -0.8,-0.4 -0.6,-0.4 -0.8,0 0,0.2 0,0.2 0,0 0.2,-0.2 0.4,-0.2 0.4,0.2 0,0.4 0.6,0.4 z m -0.8,-9 q -0.8,-0.4 -1.2,-0.4 -0.2,0 0.6,0.4 1.2,0.6 1,0.6 0,-0.2 -0.4,-0.6 z M 97.2,66 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z M 100,53.4 q 0.8,0.2 0.8,-0.2 -0.2,-0.4 -0.8,-0.2 -0.4,0.2 0,0.4 z m -4.8,-6 q 0,0 5.6,1.6 l -0.2,-0.2 Q 99.8,48.2 99,48.2 98.2,48.2 98.2,48 98.2,47.8 97.4,47.8 96.8,47.6 96.6,47.4 96.4,47 96,47 L 93.6,46.2 92.8,46 q -1,0 -2,-0.2 z M 104,56 q 1.2,0.6 1.2,0.4 0,-0.2 -1.2,-0.8 z m 2.2,0.2 q 0.4,0 -0.2,-0.6 -0.6,-0.8 -2.6,-1.6 -1.8,-1 -2,-0.8 l 0.4,0.2 -0.2,0.4 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 0.2,0.2 1.8,1.2 1.6,0.8 1.8,0.8 z m 0,-3.2 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 1.2,0.8 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 z"/><path fill="#111111" d="m 161.19992,128.8 q 0,0 0.2,0.4 -0.4,-0.2 -0.6,0.2 -0.2,0.2 -2,0.8 -3,1 -2.8,1.4 0.4,0 1.2,-0.2 0.8,-0.4 0.8,0 0,1 -5.8,3 -1.2,0.4 -1.2,0.8 0,0.2 -0.6,0.2 -0.4,-0.2 -1.8,0.4 -1.2,0.6 -1.2,0.8 0,1.4 2.4,11.4 1.2,5.2 3.4,12 0.8,2.6 0.8,3 l -0.6,-1 q -0.6,-1.4 -1.2,-2.2 -0.6,-1 -0.4,-1.2 h -0.6 -0.6 q 0.2,-0.4 -0.6,-2 l -0.8,-1.4 q 0,0.4 0.6,3 0.8,2.6 1.2,3 0.2,0.6 0.2,1.2 0,0.2 -0.4,-0.6 -0.4,-0.6 -1.4,-2.6 -1,-1.8 -1.2,-1.6 0,0 1,3 1,3 0.8,3.2 l -0.4,-0.8 q -0.4,-1 -0.8,-1.6 -0.2,-0.4 -0.2,-0.2 0,0.8 0.8,3.6 0.6,1.6 0.4,1.8 l -0.2,-0.2 q 0,-0.4 -0.4,-0.2 -0.4,0.2 0,0.6 0.4,0.2 0.4,1.6 l 0.4,1.2 q 0.2,-0.2 0.2,0.2 0,0.2 -0.4,0.6 -0.2,0.2 0,0.6 0.4,0.4 0.4,0.8 0,0.2 0.4,0.4 0.4,0 -0.2,-0.8 -0.6,-1 -0.2,-1 0.4,0 0.6,1 0.4,0.8 0.4,1 0,0.2 -0.4,0.2 -0.6,0 -0.4,0.4 0.2,0.2 0,0.2 0,0 -0.2,-0.2 -0.2,-0.2 -0.4,0.2 0,0.4 0.4,1 h 0.4 l 0.2,-0.2 q 0.2,0.2 -0.2,1 -0.2,0.6 -0.6,0 0,-0.4 -0.2,-0.8 -0.8,-1.6 -1,-1.6 -0.4,0 0.8,3.4 0.4,1 0.6,1.6 0.2,0.4 0.2,0.8 0.2,0.2 0,0.4 0,0 0,0 -0.6,0 -3.4,-7.4 -0.4,-0.8 -0.8,-1.6 -0.2,-0.8 -0.4,-1.2 -0.2,-0.4 -0.2,-0.4 -0.2,0 1,3.6 1.2,3.6 1,3.8 l -0.2,-0.2 q 0,-0.4 -0.4,-0.4 -0.4,0 -0.6,-0.4 -0.2,-0.4 -0.8,0 -0.4,0.4 0.2,0.4 0.6,0 0.6,0.4 0.4,0.6 1.4,1 l 0.6,1.2 -0.2,-0.2 -0.4,-0.2 -0.2,-0.2 q -0.4,-0.4 -0.8,0 v 0.4 q 0.4,0 0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.2 0.6,0 0.4,0 0,0.8 -0.4,0.8 -0.8,0.8 -0.4,-0.2 0,-0.8 0,-0.4 -0.4,-0.6 -0.2,0 -0.2,0.2 0,0 0.2,1 0.4,1.2 1.2,2.8 0.8,1.4 0.4,1.4 -0.8,0 -4.2,-8.2 l -1.8,-3.6 q -0.2,0.4 0,0.6 0.4,0.2 0.2,0.8 l 0.2,0.2 q 0.4,-0.2 0.4,0.8 0.2,1.2 0.2,1.6 0,0.6 0.4,1 0.6,0.2 0.2,0.6 -0.2,0.2 0.2,0.4 0.4,0 0.4,1 0.2,0.8 0.2,0.8 0.2,0 0.2,0.8 0.2,0.6 -0.2,0 -0.4,-0.6 -0.8,-0.4 v -0.2 q 0.4,-1 -0.4,-1.2 -0.2,0 -0.6,-0.2 -0.2,-0.4 -0.4,-1 0,-0.6 0.2,-1 0.2,-0.6 -0.6,-0.8 -0.8,-0.4 -0.8,-1.8 0,-1.4 -0.2,-0.8 -0.2,0.6 -1,-0.8 -0.6,-1.6 -0.4,-1.8 h -0.4 q -0.4,0.2 -0.2,-0.6 0,-0.4 0,-0.6 -0.4,0.2 -0.4,-0.2 l -0.2,-0.2 q -0.2,0.2 0.4,2.8 0.8,2.4 1.2,2.8 0.2,0.2 0.2,0.8 0.2,0.4 0.2,0.8 0,0.2 -0.2,0.4 -0.2,0 -0.4,-0.6 -2.4,-6 -3.8,-10.6 -0.8,-3.4 -2.2,-10 -1.2,-6.6 -1.2,-7.6 l -0.2,-0.6 -0.2,-0.4 q 0.2,-1.4 -0.8,-2.6 -0.4,0.6 -0.4,0 0,-0.2 -0.2,-0.4 0,-0.2 -0.2,-0.2 -0.4,0.2 -1.4,0.4 -1,0.2 -0.8,0.8 h -0.2 q -0.6,-0.6 -2.2,-0.2 -5.8,1.2 -12.2,1.8 -2.2,0.2 -9.6,0.4 -7.399999,0.2 -7.599999,0.4 -0.6,0.6 -1.8,4.8 -0.2,0.2 -0.6,1.4 -2.4,6.2 -5,15.8 -1.4,5 -1.8,6.2 -1.6,4.6 -2.2,11 l -0.6,2 -0.6,1.6 -0.4,1.2 q 0,0 0,-0.6 -0.2,-1 0,-1.2 0.4,-0.4 0.8,-6 l 0.2,-0.6 q 0.2,0.2 0.2,-2 0,-2.2 0.2,-2.2 0.4,0 0,-1 -0.2,-1.2 0.2,-1 0.4,0.2 0.4,0 0.2,-0.4 -0.4,-1.2 -0.6,-0.6 -0.8,-0.4 -0.2,0 0,0.8 -0.2,0.4 -0.2,0.4 -0.4,-0.4 -0.6,-0.2 0,0 0,0.8 0,1 0.4,0.4 l 0.2,-0.2 q 0,0.6 -0.4,0.8 -0.2,0 -0.4,-0.4 -0.4,-1.2 -0.6,-0.4 -0.2,0.4 0,1 v 0.8 q -0.6,-0.6 -1.8,1.8 l -0.4,0.2 q 0.2,-0.8 0.4,-1.8 0.2,-1 0.4,-1.2 l -0.4,-0.2 q -0.4,0.2 -0.4,-0.2 0,-0.4 0,-1 0.4,-1.4 0.6,-1.6 0.2,-0.2 0.2,-1.4 0.2,-1.4 0.4,-1.6 0.6,-0.4 -0.2,-1.6 l -0.2,-0.2 q 0.2,0.6 -0.4,2 -0.4,1.2 -0.4,1.6 0,1.6 -0.6,2.4 -0.4,0.6 -0.4,0.2 0,-0.4 0,-1.2 0.2,-1.8 0.6,-3 0.4,-1.4 0,-2 l -0.2,0.4 q 0.2,1 -0.2,1 -0.4,0 -0.4,0.6 0,0.6 -0.4,0.8 -0.2,0.2 -0.4,1.6 -0.2,1.4 -0.4,1.4 -0.4,0 -0.4,1 0,3.4 -0.8,3.4 -0.2,0 0,-1.8 0.2,-2.2 0.2,-3.2 l 0.2,-1 q 0.2,0.2 0.2,-1.6 l 0.2,-1.8 -0.6,1.8 q -0.4,1.8 -1,5 -0.2,1.4 -0.4,2.2 -0.2,0.8 -0.2,1.4 -0.2,0.4 -0.2,0.4 -0.2,0 -0.2,0 -0.2,-0.2 0.8,-6 1,-5.8 1.2,-7 l 0.2,-1.2 -0.6,1.4 q -0.6,1.4 -1,3.2 -0.6,1.8 -0.8,1.8 -0.4,0 -0.2,-0.6 2.6,-8.8 2.4,-9.6 l 0.2,-0.4 q 0.2,0.2 0.4,-0.6 0,-0.2 0.2,-0.4 0.2,-1.4 0.4,-2 1.4,-3 2.2,-9.2 0.8,-5.2 0.4,-5.2 -0.4,0 -1.8,-0.4 -1.4,-0.4 -2.6,-0.6 -1.2,-0.4 -1,-0.6 0,0 2.2,0.4 3,0.4 3.6,-0.2 0.2,0 0.2,0 0,-0.2 -0.2,-0.2 -0.4,0.2 -1.4,-0.2 -1,-0.4 -1.6,-0.4 -0.4,0 -0.2,-0.4 0.2,-0.2 0,-0.4 -0.4,-0.2 -0.8,-0.2 l -1.2,-0.4 h 1 1 l -0.8,-0.4 q -0.8,-0.4 -1.4,-0.4 -0.4,0 -0.4,0 -0.2,0 0,-0.2 0.2,-0.4 0.6,-0.2 v -0.4 q -0.2,-0.4 0.4,-0.2 0.4,0.2 0.4,-0.2 0,-0.4 -0.6,-0.4 -0.6,-0.2 0.6,-0.8 l 1.2,-0.6 -1.8,0.2 q -2.2,0.2 -2.2,-0.4 -0.2,-0.2 1.2,-0.4 2,-0.4 0.6,-0.8 -0.2,0 -0.8,0 l 0.2,-0.2 q 0.6,-0.4 0.6,-0.4 -0.4,-0.4 0.2,-0.4 0.2,0 0.6,0.2 l 1.2,-0.2 q -0.2,-0.4 -1,-0.4 -0.6,0 -0.6,0 0,-0.2 0.4,-0.4 0.6,-0.2 -0.2,-0.2 -0.2,0 -0.6,0 -1.4,0.2 -1.6,0 l 0.6,-0.6 q 0.8,-0.2 0.4,-0.4 -0.4,-0.2 -1,0.2 -0.6,0 -0.6,0 0.2,-0.4 1.4,-0.6 1.2,-0.4 1.6,-0.2 0.4,0.2 1.8,0 1.2,-0.2 1.2,-0.2 0.2,-0.2 -0.2,-0.6 -0.6,-0.4 0.2,-0.2 0.6,0 2.4,0.4 h 0.8 l -0.8,-0.4 q -0.8,-0.4 -1.2,-0.2 -0.2,0 -0.4,-0.4 0,0 0.2,-0.2 0.4,-0.2 0.8,-0.4 l 0.2,-0.4 q -0.8,0 -1.4,-0.4 -0.6,-0.2 0.2,-0.2 0.4,0 1,0 2,0.2 2,-0.2 0,-0.6 -1,-0.6 -1.2,0 -0.8,-0.2 0.6,-0.4 1.6,-0.4 1.2,0 1.2,-0.4 0,-0.4 0.4,-0.2 0.4,0.2 0.6,-0.4 0.4,-0.8 0.8,-2.8 2.6,-9 4,-12.2 0.4,-0.6 1.2,-3.2 1,-2.6 1.2,-3.2 0.4,-0.8 0.6,-1.6 l 0.2,-1 -0.6,1 q -0.4,0.8 -2,5.4 l -2.2,5.2 v -0.4 q 0,-1.8 1.6,-4.8 0.4,-0.6 0.6,-1.8 0.2,-1.2 0.6,-1.6 0.6,-0.6 0.6,-0.8 -0.2,-0.2 0.6,-2.2 1,-2.2 1.4,-2.6 0.4,-0.4 0.4,-0.8 0,-0.6 0.4,-1.4 0.6,-0.8 0.4,-1.2 -0.2,-0.2 -0.2,-0.2 0.2,0 0.4,0 0.4,0.2 0.4,0 0,-0.6 0.8,-2.2 0.6,-1.4 0.6,-1.6 0,-0.4 0.2,-0.2 0.2,0 0.2,0 0.2,0 0.2,-0.2 0,-0.6 0.2,-1.2 0.2,-0.8 0.6,-0.8 0.2,0 0,-0.4 -0.2,-0.4 0.2,-0.6 0.4,-0.4 0.4,-1 l 0.2,-0.6 q 0.2,0 0.799999,-1.4 0.8,-1.4 1.4,-3.2 0.8,-1.8 0.8,-2.2 0,-1 0.4,-1 0,0 0.6,-1 0.6,-1 0.6,-1.2 0,-0.4 0.4,-0.8 0.4,-0.4 0,-0.4 -0.2,0 0.2,-0.4 0.4,-0.6 1.8,-3 l 5.4,-10 v 0.4 l -0.4,1.4 q 0.2,-0.2 0.4,-0.6 0.8,-1.2 0.6,-1.8 l 0.2,-0.2 q 0.2,0.6 1,-0.8 1.4,-2.8 2.4,-2.8 0.4,0 0.8,-0.8 0.4,-1 0.8,-1.2 0.4,0 0.4,0.2 -0.2,0.2 -0.4,0.4 -0.4,0.8 -0.8,1.2 -0.4,0.2 -0.4,0.8 0,0.4 -0.6,1.2 -0.4,0.6 -0.4,0.8 0.2,0 0.6,0 0.6,-0.2 1.2,-0.8 0.6,-0.6 0.6,-1 0,-0.4 -0.6,0.4 -0.4,0.6 -0.4,0.2 0,-0.4 1.2,-1.8 1.2,-1.6 1.6,-1.8 0.4,-0.2 0.2,0.4 l -0.2,0.6 q -0.2,-0.2 -0.6,0.2 -0.4,0.2 -0.8,0.8 -0.2,0.4 -0.2,0.8 l 0.4,0.8 q 0.2,0 0.4,-1.2 0.2,-0.4 0.4,-0.6 0.2,-0.4 0.4,-0.2 0.4,0 0.8,-0.8 0.4,-0.8 0.6,-0.2 0.2,0.4 0.2,-0.2 0,-0.2 0.6,-1 0.8,-1 1.6,-1.6 0.8,-0.6 1,-0.4 0.2,0.4 0.2,0 0,-0.4 0.4,-0.2 0.4,0.2 0,0.6 -0.2,0.4 -0.6,0.4 -0.4,-0.2 -0.4,0.2 0,0 0,0.2 0,0 0.2,0 1,0 1.4,0.8 0.2,1.2 0.4,1.8 0,0.2 0.2,0 0.4,-0.2 0.4,0.6 0.2,0.6 0,4.6 -0.2,1 0.2,1.2 0.2,0.2 0.4,-0.4 0.2,-0.2 -0.2,-0.2 -0.4,0 0.2,-1.2 0.6,-1.2 0.4,-1.4 0.2,-3.6 1,-3.6 0.2,0.2 0.4,4 0.2,3.6 0.4,4 0.4,0.4 0,0.8 -0.4,0.4 0,0.4 0.4,0 0.2,0.6 -0.2,0.4 0,0.6 l 0.8,-1.4 0.6,-1.6 0.2,6 q 0,6 0,7 l 1,3.4 q 0.2,0 0.2,2.4 0.2,2.4 0.4,2.8 0.4,0.4 0.4,1.8 0.2,1.2 0.6,2.2 0.6,2.6 0.2,2.6 -0.8,0 -0.6,-1.8 0.2,-0.2 -0.2,-0.2 -0.2,0 -0.4,-1.2 0,-1.2 -0.2,-1.4 -0.2,-0.2 0,2.6 0.4,2.6 0.4,3.6 -0.2,4 0.6,4 0.6,0 1,1.8 0.4,1.6 0.6,1.6 0.4,0 0.2,-0.8 0,-0.2 -0.2,-0.8 -0.2,-0.8 -0.2,-1 0,-0.6 0,-0.8 0.2,-0.4 0.8,0.6 0,0.2 0.2,0.4 0.2,1.2 0,1.4 0,0 0.2,0.6 1.2,2 1.6,6.8 0.2,1 0.6,2.8 0.2,0.6 0.2,1 0.2,0.4 0.2,0.8 0.2,0.2 0.2,0.2 0,0 0.2,0.4 1.8,6.4 1.8,7.8 0,1 2.6,0.4 1.8,-0.4 3.6,-0.8 2,-0.4 4.4,-1.2 2.6,-0.8 3.2,-0.4 0.6,0.4 1.4,0.6 l 0.2,0.2 q -0.6,0 -0.6,0.4 0,0.4 -0.4,0.2 -0.2,-0.2 -0.2,0.2 0,0.4 -0.6,0.2 -0.2,-0.2 -0.4,0 0,0 0,0 0.2,0.6 -1.6,1.2 l -0.6,0.2 0.6,0.4 v 0.2 q -0.6,0.2 -0.8,0.8 -0.2,0.4 -0.6,0 -0.2,-0.6 -0.4,0 -0.2,0.4 -0.6,0.2 -0.2,-0.2 -2.4,0.6 -2,0.6 -2,1 0,0.8 1,-0.2 0.4,-0.4 0.4,0.4 v 0.6 l 2,-0.6 q 6,-2 6,-1.6 0,0.2 -1.6,0.6 -1.4,0.4 -2.2,0.8 -0.6,0.4 -1.2,0.4 -0.2,0 -0.4,0.2 0,0 0,0 0.2,0.4 1,0.2 0.6,-0.2 1.6,-0.2 1,-0.2 1.8,0 1,0 1,0 0,0.4 -1.2,0.8 v 0.4 l 0.6,0.2 q -0.2,0.2 -1.4,0.6 -1.2,0.2 -1.4,0.4 l 2.2,-0.2 q 0.6,-0.2 1.6,-0.4 4.4,-1.2 5.4,-0.2 z m -8,-8 q -0.6,0.2 -0.8,0.4 l 1.6,-0.4 q 0.6,-0.2 0.6,-0.4 -0.4,0 -1.4,0.4 z M 85.399921,174 q -0.2,-0.4 0.2,-1.6 0.4,-1.2 0.4,-1.4 l -0.8,1.4 q -0.6,1.6 -0.2,2 0.4,0.2 0.4,0.2 0.2,0 0,-0.6 z m 4,-52 q 0.4,-0.4 0.4,-0.8 l -0.4,0.2 q -0.2,0.4 -0.2,0.8 z m 1.2,-3.4 q 0.6,-1.2 0.4,-1.6 l -0.4,0.8 q -0.4,1 -0.4,1.4 0,0.4 0.2,-0.2 0.2,-0.2 0.2,-0.4 z m 4.6,-18.8 q 0,0.2 0.4,0.2 0.4,0 0.4,-0.2 0,-0.4 -0.4,-0.4 -0.4,0 -0.4,0.4 z m 0.8,-1.2 q 0,0.6 0.6,-0.6 0.4,-0.6 0.4,-0.8 0,-0.4 -0.6,0.4 -0.4,0.6 -0.4,1 z m 26.999999,-41 q 0,-0.4 -0.2,-0.4 -0.2,0 -0.4,1 0.2,0.4 0.4,0.4 0.2,-0.6 0.2,-1 z m -1,0.6 q -0.2,-0.2 -0.2,0 0,0 0,0.4 0,0.6 0.2,0.6 0.2,-0.4 0,-1 z m -0.2,53.4 q -0.2,0.2 0,1.4 l 0.4,1 q 0.2,-0.2 0,-1.4 z m -0.2,-1.2 q 0,0 -0.2,0.2 l 0.2,0.4 q 0.2,-0.2 0,-0.6 z m -2,-47.6 q 0,-0.6 -0.4,-0.6 -0.2,0 -0.2,0.6 0,0.6 0.2,0.6 0.4,0 0.4,-0.6 z m -2.6,34.6 v 2.2 l 0.2,1.6 V 101 q 0.4,-0.6 0.2,-2 z m -1.8,7.6 q 0,-0.8 -0.4,-0.8 -0.2,0 0,0.8 0.2,0.6 0.2,0.6 0.2,0 0.2,-0.6 z m -2.8,-0.6 q 0,0 -0.2,0.2 l 0.2,0.6 q 0.2,-0.2 0,-0.8 z m -4.4,7.6 q -0.4,0.6 -0.4,1.2 0,0.4 0.2,-0.2 0.4,-0.6 0.4,-1 z m -1,5.2 q -0.4,1.6 -0.8,2 -0.2,0.2 -0.2,0.6 0,0.8 0.8,-0.8 0.2,-0.2 0.4,-0.4 0.4,-1 0.2,-1.6 h 0.4 0.4 q -0.2,-0.4 0.8,-1.2 1,-0.8 0.6,-1 -0.2,-0.4 0.4,-1.6 0.6,-1.2 0.8,-3.6 l 0.2,-2.4 -1.2,3 q -1.4,3 -1.4,3.8 0,0.8 -0.4,0.8 -0.4,0 -0.2,0.4 0.2,0.4 -0.2,0.4 -0.2,0 -0.6,1.6 z m 1.4,2 q 0,0 -0.2,-0.2 -0.6,0.4 -0.6,0.8 l 0.2,0.2 q 0,-0.2 0.6,-0.8 z m -2.6,4.6 q -0.2,0 -0.4,0.4 -0.2,0.2 0.2,0.2 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.4 z m 3,21.8 q 0.6,0 0.6,0 -0.4,-0.2 -1,-0.2 -0.2,0.2 -0.2,0.2 0.2,0 0.6,0 z m 12.2,-18.4 q 2.2,-0.4 2.4,-0.6 0.4,-0.4 -0.2,-1.6 -0.4,-1.4 -0.2,-1.8 0.2,-0.4 -0.4,-2.2 -0.6,-1.8 -0.6,-2.2 0.4,-1.6 0,-1.6 -0.2,0 -1.6,-4.6 -1.2,-4.8 -2,-8.4 l -0.6,-3 -0.4,1.4 -0.4,2 0.2,-0.2 q 0.2,-0.4 0.4,0.2 0.2,0.6 0.4,1.6 0.6,2.6 1,4 v 1 q -0.4,-0.2 -0.4,0.2 0,0.2 0.6,0.4 0.6,0.2 0.4,0.8 -0.2,0.4 0,0.8 0.4,0.2 0.2,0.4 -0.2,0.4 -0.2,0.8 0.2,0.4 0.4,0.8 0.2,0.4 0.4,0.4 v 0.4 l 0.2,0.4 q 0.4,-0.4 0.4,-0.2 0,0.2 -0.2,0.6 0,0.8 0.2,0.8 0.2,-0.2 0.2,0 0,0 0,0.2 -0.2,0.6 0,0.6 0.4,0 0.4,0.6 0,0.6 0.2,1.4 l 0.2,1 -0.4,-1 q -1,-1.4 -3.2,-8.4 -2.2,-7 -2.2,-8.2 0,-0.2 -0.2,-0.2 -0.2,0 -0.4,1 0,1 -0.4,3.2 l -0.6,1.8 q 0,-0.2 -0.2,-0.6 l -0.2,0.2 q 0,1 -0.4,1.2 -0.2,0.2 -0.4,-0.4 l -0.2,0.4 q 0.2,0.8 -0.4,1.4 -0.4,0.4 -0.4,0.8 0,0.4 -0.8,1 -0.6,0.4 -0.4,0.8 0.2,0.2 -0.2,1.4 -0.4,0.4 -0.6,0.6 0,-1.2 -1,-0.4 -0.2,0.2 -0.4,0.6 l 0.2,0.2 q 0.6,-0.6 0.4,-0.2 0,0.4 -0.8,2 -0.4,0.8 -0.8,1.4 -0.2,0.4 -0.4,0.2 -0.2,0 -0.4,0.4 l 0.2,0.4 q 0.2,-0.2 0.2,0 0,0.2 -0.4,0.8 -0.2,0.6 -1.4,3.4 -0.4,0.8 -0.8,1.4 -0.2,0.6 -0.6,1 -0.2,0.2 -0.2,0.2 -0.2,-0.2 -0.6,0.2 0,0.2 0,0.4 0,0 0.2,-0.2 0.4,-0.2 0.2,0.4 0,0.6 0.2,0.8 0.2,0 1.6,-0.2 l 2,-0.2 0.6,-0.2 q 0.6,0 0.6,0.4 0,0.2 0.4,-0.2 0.6,-0.4 1.2,-0.2 0.6,0.2 1.2,-0.2 0.8,-0.4 2,-0.4 1.2,0 1.4,-0.2 0.4,-0.2 1,-0.2 0.6,0 4.8,-0.8 z m 2.6,-5.8 q 0.2,0.4 0.4,0.4 0.2,0 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.4,0 -0.2,0.4 z m 1.6,22.6 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 4,-72.4 q 0,0 0.4,1.8 0.2,-0.2 0,-2 z m 0.6,3.4 q 0.2,-0.4 0,-0.8 l -0.2,0.2 z m 1.4,6.6 q -0.2,0.2 0,0.2 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m 5.2,23.2 q -0.2,-0.2 -0.2,0 0,0 0,0.4 l 0.2,0.4 q 0.2,-0.4 0,-0.8 z m -1,3.6 q 0,0 -0.2,0.2 0.2,0.6 0.8,3.2 0.6,2.4 0.8,2.2 0.2,-0.2 -0.4,-2.6 -0.6,-2.6 -1,-3 z m 1.2,49.2 q 0.4,-0.2 0.2,-0.6 l -0.2,0.2 z m -1.8,-50.6 q 0.4,0 0.4,-0.4 0,-0.4 -0.4,-0.4 -0.4,0 -0.4,0.4 0,0.4 0.4,0.4 z m -1.4,39.2 q 0.2,0.6 0.4,0.6 0.2,0 0,-0.8 l -0.4,-0.4 q 0,0 0,0.6 z m 1.2,-43.8 q 0,0 -0.4,-1.4 -0.2,0 -0.2,0.4 0.2,2.4 0.6,2.4 0.2,0 0,-1.4 z m 2,61.2 q 0.6,1.4 0.6,2.2 0,0.6 0.6,0.6 0.2,0.2 0.2,0 0.2,-0.4 -0.2,-1.6 -1.6,-2.8 -2.2,-8 -0.2,-1.6 -0.4,-2.4 l -1,-4.4 q -0.2,0.8 0.2,3 0.6,2.2 0.4,3 -0.2,0.8 0.2,0.8 0.4,0 0.2,0.4 -0.2,0.2 0.2,1.6 0.4,1.2 0.4,2.2 0.2,1 0.8,2.6 z m 1.6,4.8 q 0.2,0 0.2,-0.6 l -0.2,-0.6 -0.2,1.2 z m 2,3.2 q 0,0.2 0.4,0.2 0.4,0 0.4,0 0,-0.2 -0.4,-0.4 -0.4,-0.2 -0.4,0.2 z m 3,6.2 q 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.2,0.2 0.2,0.6 0.4,0.4 z m 3.4,-4.4 q -0.4,-0.6 -0.8,0 0,0.4 0.4,0.4 0.4,0 0.4,0 0.2,-0.2 0,-0.4 z m 4.8,-49.4 q 0.6,0 0.4,-0.2 -0.2,-0.4 -0.8,0 -0.6,0.2 -2.4,0.6 -1.8,0.4 -2,0.8 -0.2,0.2 2,-0.4 2.4,-0.8 2.8,-0.8 z m -2.8,-2 q 0,0 2.2,-0.2 l 0.2,-0.2 q 0.6,-0.2 0,-0.2 -0.2,0 -0.6,0.2 -1.4,0.2 -1.8,0.4 z m -4.4,1.4 0.6,-0.2 h -0.6 q -0.6,-0.2 -1.2,0.2 v 0.4 q 0.6,0 1.2,-0.4 z m 1,-0.6 q 0,0 1.6,0 1,-0.2 1,-0.4 0,-0.2 -0.6,0 -0.6,0 -1.2,0.2 -0.6,0.2 -0.8,0.2 z m 5.8,32.8 q -0.6,-1.4 -1,-1.6 v 0.8 q 1,2.8 1.6,3 0,-0.6 -0.6,-2.2 z m -3.4,-14.2 q -0.4,0.2 -0.2,-0.6 0,-0.2 0,-0.4 0.2,-1.2 -0.2,-1.6 -0.4,-0.6 -0.2,-0.8 0.2,-0.4 0,-1 -0.2,-0.6 -0.6,-0.6 -0.4,0 -0.2,1.2 0.2,1.2 0.4,2.2 0.6,4.4 2.4,8.2 0.2,-0.2 -0.8,-3.2 -0.8,-3 -0.4,-3.2 0,-0.2 0,-0.2 0,0 -0.2,0 z m -0.2,-13 q 0.2,0 0.4,0 0.4,0 0.8,-0.2 0.6,-0.2 1,-0.4 h -0.4 q -0.8,0.2 -1.4,0.2 -0.4,0 -0.4,0.4 z m 3,5.6 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.4,-4.6 q 0,0 2.2,-0.8 -0.2,0 -0.8,0.2 -3.6,0.8 -3.6,1 0,0.2 2.2,-0.4 z m 2.4,3.6 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 1,-0.4 q 0.4,0 0.8,-0.2 0.6,-0.4 0.4,-0.4 -0.2,-0.2 -1,0.4 -0.6,0.4 -0.2,0.2 z"/><path fill="#111111" d="m 240.39986,195 q -0.2,0.4 0.4,0.4 0.6,-0.2 0.6,0.4 0.2,0.6 0,0.6 -0.6,0 -2,-1 -1.2,-1 -1.2,-1.2 0,-0.4 -0.6,0 -0.4,0.4 -0.8,0 -0.4,-0.6 -1.2,-0.8 -0.8,-0.2 -0.8,-0.4 0,-0.4 -0.4,-0.2 -0.2,0.2 -1.8,-1 -1.4,-1.2 -2.8,-2 l -1.4,-0.6 1,0.8 q 1,0.8 2.4,1.8 1.6,0.8 1.2,1.2 -0.4,0.2 -0.6,-0.2 0,-0.2 -1.2,-0.8 -1,-0.6 -1.2,-0.6 -0.2,0 -1.2,-1 -1,-1 -1.4,-1 -0.4,0 -0.6,-0.4 -0.2,-0.6 -0.6,-0.6 -0.4,0 -1.4,-0.8 -1,-0.2 -1,0 0.2,0.4 0,0.4 0,0 -0.4,-0.4 -0.6,-0.8 -0.8,-0.8 -0.4,0 -1.2,-0.8 -0.8,-0.8 -1,-1.2 0,-0.6 -0.2,-0.8 v 0.4 q 0.2,0.6 0,0.6 l -0.8,-1 q -0.2,-0.6 -0.2,-0.6 0.2,0.6 -0.2,0.6 -0.4,0 -1.4,-1.2 -3.4,-3.6 -4.6,-3.8 0.4,0.8 3.8,4 3.4,3 4.6,3.8 1,0.8 0.8,1 0,0.2 0,0.2 0,0 0.2,0 0.6,0 0.4,0.8 0,0.8 0.2,0.4 0.4,-0.4 1.4,0.6 1.2,1 1.2,1.6 0,0.4 0.2,0.6 l 0.2,-0.4 q -0.2,-0.2 -0.2,-0.2 0.2,-0.2 0.6,0 1.8,1.2 1.8,1.8 0,0.2 0.4,0.2 0.4,0 1.8,1 1.6,0.8 1.8,1.2 l -0.8,0.2 q -0.8,0.2 -0.8,0 0,-0.4 0.4,-0.4 V 195 q -0.8,-0.4 -0.8,0 0.2,0.2 -0.4,0.4 -0.2,0.2 -0.4,0.2 0,-0.2 0,-0.4 0,-0.4 -0.6,-0.4 -0.4,-0.2 0,0.2 v 0.2 q -0.4,-0.2 -0.4,-0.6 0,-0.4 -0.6,-0.6 -0.4,-0.2 0,0.2 0,0.4 0,0.4 0,0 -0.2,-0.2 -0.4,-0.2 -0.2,-0.4 0.2,-0.4 -0.6,-0.8 -0.6,-0.2 -0.6,-0.2 0,0 0.4,0.4 0.4,0.6 0,0.4 -0.2,0 -0.8,-0.4 -1,-0.6 -1.4,-1.4 -0.2,-0.8 -0.4,-0.8 -0.2,0 0,0.6 0.2,0.4 0,0.4 0,0 -0.8,-0.4 -1,-0.6 -2,-1.6 l -0.8,-0.8 v 0.8 q 0.2,1 0.4,1.2 1.2,0.6 1.6,1 0.4,0.4 0.2,0.6 l 0.6,0.2 q 1,0 1,0.6 l 0.2,0.4 q 0.2,-0.2 0.6,0.2 0.4,0.4 1,0 h 0.4 q -0.2,0.4 0.2,1.2 l 0.2,0.8 -1.2,-0.8 q -4.8,-2.8 -7.6,-5 -1,-1 -2.2,-2 -1.4,-1 -2.6,-2 -6.6,-6.2 -7,-6.2 0,0.2 -0.2,0.2 0,-0.2 0,-0.4 0.2,-0.2 -1,-1.2 -1.2,-1.2 -1.2,-1.6 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.4,-0.4 -0.2,-0.8 -0.8,-0.8 -0.4,0 -1.2,-1 -0.6,-1.2 -1.2,-1.4 -0.4,-0.2 -0.4,-0.6 0,-0.4 -1.6,-2 -1.6,-1.6 -1.6,-1.8 0.2,-0.2 -0.6,-1 -0.4,-0.4 -1.6,-2 -0.8,-1 -1.8,-2.4 -0.8,-1.6 -1.4,-2.2 -0.6,-0.6 -1.2,-1.6 -0.4,-1 -0.6,-1 -1,-1 -4.2,-7.2 -1.6,-2.4 -1.8,-2.4 0,1 -0.6,2.2 -0.6,1.2 -0.6,2.2 0,0.6 -0.2,0.6 l -0.4,-0.8 -0.4,0.2 q -0.2,0.8 0,1 0.4,0.2 0.4,1 0.2,0.8 -0.2,1 -0.2,0.2 -0.2,1.4 0,2 -1.2,1 -0.6,-0.4 -1,0.2 -0.2,0.4 0,0.6 0.4,0.2 1,0.2 0.4,-0.2 0.4,0 0.2,0 0.2,0.8 0,1 -0.4,1 -0.2,0 0,0.6 0.2,0.4 -0.2,0.4 -0.4,0 -0.6,-0.4 l -0.2,0.4 q -0.2,0.8 0.2,0.8 0.4,0 0.4,0.2 0.2,0.2 0,0.6 -0.2,0.2 -0.4,0.8 -0.4,0.8 -0.4,1.4 0.2,0.4 -0.2,0.4 -0.2,0 0,0.6 0.2,0.6 -0.2,1 -0.4,0.2 -0.4,1.2 0,0.8 -0.8,2.2 -0.6,1.4 -0.6,2.2 0,0.6 -0.2,0.8 -0.2,0.2 -0.4,1.2 -0.2,0.8 -0.6,1 -0.2,0.2 -0.8,2.4 -0.6,2.2 -1.6,2.6 -0.8,0.4 -0.6,0.8 0.2,0.4 0.4,0.2 0.4,-0.2 0.2,0.4 -0.2,0.4 -0.6,1.6 -0.8,1.8 -1.4,3.4 0,0.4 -0.2,0.8 -0.2,0.4 -0.4,0.6 0,0.2 0,0.2 l -0.8,1.2 q -0.2,1 0,1.6 l -0.2,0.2 q -0.2,-0.4 -0.4,0.2 -0.2,0.4 -0.4,1.2 -0.6,2 -1,2.4 -0.2,0.4 -1,2.4 -1.4,4 -2.6,4.6 -0.8,0.4 -0.8,-0.2 0,-0.4 0.4,-0.6 0.6,-0.2 0.4,-0.6 -0.2,-0.2 0,-0.8 0.4,-0.4 1,-1.8 l 0.6,-1.2 0.2,-0.8 q 0,-0.6 0.2,-1.8 0.2,-1.4 -0.2,-0.8 -0.2,0.6 -1,2.8 -2,5.2 -2.8,5.2 -0.4,0 -0.6,-0.6 0,-0.6 0,-0.6 l 0.2,-0.4 q -0.2,-0.4 -0.6,-0.2 -0.4,0.2 -0.6,-0.2 0,-0.4 0.6,-2.2 0.8,-2 0.6,-2.2 l -0.2,0.2 q 0,0.6 -0.4,1.2 -0.4,0.4 -0.8,1.2 -0.4,0.6 -1,0.6 -0.4,0 -0.4,0.8 0,1 -0.4,1 -0.2,0 -0.6,0.8 -0.2,1 -0.4,1 -0.6,0 0.2,-1.6 0.4,-1.6 0,-1.6 v -0.2 q 0.2,-0.8 0.2,-1.6 0.2,-1 0.4,-1.4 0.4,-0.4 0.2,-1 -0.2,-0.8 0.2,-1.6 0.6,-1 0.2,-1.6 l -0.2,0.2 q 0.2,0.8 -0.2,0.6 -0.2,-0.2 -0.4,0 0,0.2 -0.2,0.6 -0.2,0.8 -0.4,0.8 -0.2,0 -0.6,0.8 -0.2,0.6 -0.2,0 0,-0.2 0,-0.8 l 0.2,-2.6 0.2,0.2 q 0.4,0.6 0.4,0 0,-0.6 0.2,-1.2 0.2,-0.6 -0.2,0 -0.4,0.4 -0.4,-0.2 0,-0.6 0.4,-1 0.6,-0.4 0.4,-1.6 0,-0.8 0.2,-0.8 l 0.2,-2 q 0,-2.4 0.2,-2.4 0.4,0 0.2,-0.6 -0.2,-0.8 0,-0.8 0.4,0 0.4,-1 0,-1.2 0.8,-5.4 0.8,-4.2 1.2,-7.4 0.6,-3.2 0.8,-3.6 0.4,-0.4 0.2,-0.8 -0.4,-0.6 1.2,-10.6 l 0.4,-4.4 q -0.2,0.6 -1.2,6.8 -1,6 -1,6.6 0,0.2 -0.2,0 l -0.2,0.4 q 0.2,0.4 -0.2,0.8 -0.4,0.2 -0.4,0.6 l 0.4,-0.2 q 0.4,-0.6 0.4,0.2 0,0.8 -0.2,1 -0.2,0.2 -0.4,1.8 -0.2,1.6 -0.4,2 -0.2,0.4 -0.2,1.4 -0.2,2.2 -1,4.8 -0.6,1.4 -1,3.8 -0.2,1.2 -0.6,3 -0.2,1.6 -0.6,2.8 -0.2,1.2 -0.4,1.2 0,-0.2 0.6,-4 0.8,-4 0.6,-4.6 l -0.4,-1.8 0.8,-2 q 0,-0.2 0,-0.4 0.4,-2.8 0.6,-4.4 0.4,-1.8 0.4,-2.8 l -0.2,-0.2 q -0.4,0.6 -0.2,-0.2 0,-0.2 0,-0.8 0.8,-7.6 1.6,-12.2 0.6,-3.6 0.6,-6.6 0.2,-2 0.2,-2.2 0.2,-0.4 0.2,-6.4 0.2,-6.2 -0.6,-6.8 -0.6,-0.6 0,-0.6 0.6,0 0.2,-0.4 -0.4,-0.6 -0.2,-0.8 0.4,-0.2 0,-0.2 -0.4,0 -0.6,0.4 0,0.4 -1,0.2 -0.6,-0.2 0,-0.6 0.2,0 0.8,-0.4 1.6,-0.6 1.6,-1 0.2,-0.6 -0.2,-0.6 -0.2,0 -0.6,0.2 -0.4,0.4 -1.8,0.8 -3.2,0.8 -3.4,-1.4 -0.2,-0.8 1.2,-1.6 1.2,-0.6 1.2,-0.8 0.2,-0.4 -0.4,-0.8 -0.4,-0.6 -1.4,-0.4 -0.2,0 -0.4,-0.2 l 0.2,-0.2 0.2,-0.4 q 0.6,-0.4 1.2,-0.2 h 0.2 q -0.4,-0.2 0.8,-1.2 0.8,-0.6 1,-0.8 l -1,0.2 q -0.8,0.2 -0.8,-0.2 0,-0.6 2,-1.6 2.2,-1 2.6,-1.4 0.2,-0.2 0.2,-10.2 0,-10 -0.2,-14 -0.4,-5.8 -0.6,-17.8 -0.2,-7.6 -0.4,-7.8 -0.2,-0.4 -0.4,-2.2 0,-2 0.2,-2.8 0.2,-0.8 0.4,0.2 0,0.4 0.2,2 0.2,4.2 0.4,8.4 l 0.2,2.2 0.2,-1.8 0.2,-1 q 0,0 0.2,0.4 0.2,-0.2 0.2,-1 V 69 q -0.2,0.2 -0.4,1.2 l -0.2,0.8 q 0,0 0,-1.4 l 0.2,-1.6 0.2,-0.8 q 0,-0.8 0,-2.2 -0.2,-1 -0.2,-1 0,0 -0.2,0.4 l -0.2,-2.4 v -2.2 l -0.2,0.2 q -0.2,1 -0.2,0 0,-0.2 0,-1 0,-2 0.4,-1.8 v -0.8 q -0.2,-1 -0.2,-4.2 V 50 q 0,0.2 0,1 0.2,1 0.4,1.6 0.2,0.6 0.2,1 0.2,0.4 0.2,0.4 0.2,0 0.4,0 0.2,-0.2 0,-1.2 -0.2,-1.2 0.2,-2 0.2,-0.8 0.4,-0.2 0,0.2 0,0.8 0,1.6 0.4,3 l 0.6,1.4 v -1.6 q 0,-1.6 0,-2.4 0.2,-0.8 -0.2,-0.8 -0.2,0 -0.2,-0.8 0.2,-0.8 -0.2,-0.8 -0.2,0 0,-1.4 0.2,-1.6 0.6,-1.4 0.4,0 0,-0.8 -0.2,-0.8 -0.2,-0.8 0,-2.4 0.6,-2.4 0.6,0 0.6,0.4 l 0.4,-0.2 0.2,-0.2 1.4,3.4 q 0,-0.4 0.4,-0.2 0.4,0.2 0.4,-0.4 -0.2,-0.2 -0.2,-0.4 l 0.2,-1 q 0.2,0.2 0.2,0.2 0,-0.2 -0.2,-1.2 l 0.2,-0.4 q 0.4,0.8 0.4,1.2 0,0.4 0.4,0.4 0.4,0 0.4,0.8 l 0.2,0.8 q 0.4,-0.2 0,-1.8 -0.2,-1.6 -0.6,-2 -0.4,-0.6 -0.2,-0.8 0.2,-0.2 0.6,0.8 0.6,0.8 1.4,0.6 0.6,-0.2 0.8,0.2 0.4,0.4 1,1.6 0.4,1 0.6,1.4 0.2,0.2 0.2,0 0,-0.4 -0.6,-2 -0.4,-1.4 -0.2,-1.6 1,-1 2,1 0.4,1.2 0.8,2.2 l 0.4,1 v -1.2 l 0.4,-0.2 h 0.4 q 0,-1.8 0.6,-0.2 0.2,0.4 0.2,0.8 0.4,1.4 0.8,1.6 0.4,0.2 0.4,-0.4 0,-0.6 -0.6,-0.8 -0.4,-0.2 -0.4,-0.4 0,-0.4 0.4,-0.2 0.2,0.2 0.2,-0.2 0,-0.2 0,-0.4 -0.2,-1 -0.2,-1 0.4,0 0.8,1.2 0.4,1.2 0.4,1.8 0,0.8 0.4,0.8 0.4,0 0.2,0.6 0,0.4 0.2,1.2 0.4,0.8 0.4,1.4 0.2,0.4 0.4,1 1.6,4.2 2,8 0.2,0.8 0.4,1.4 0.8,2.4 2.4,11.2 0.6,4.2 0.6,6.8 0.2,2.6 0.4,3 0.2,0.4 0,1.8 0,1.2 0.2,2.2 0.4,1 0,2 -0.2,1 0,1 0.2,0 0.2,7 0,7 0.2,7 0.2,0 2.2,-1.2 2,-1.2 2.4,-1.6 0.4,-0.4 2.8,-2 13.8,-10.6 22,-23 0.6,-1 1,-1 0.4,0 1.2,-1.2 3.6,-5.2 5.4,-9 0.8,-1.4 1.2,-1.2 0.2,0.2 0,0.6 -0.2,0.8 -0.4,1.6 0,0.8 -0.4,1.6 -0.2,0.4 -0.2,0.6 0,0 0.4,0 0.6,-0.4 0.2,0.2 -0.4,0.6 0,0.6 0.6,0 0.6,-0.2 0,-0.4 0.4,-0.2 0.2,0 0.2,0 0.2,0 0,-0.2 -0.2,-0.4 0.6,-2 1,-1.8 1.2,-1.8 0.2,0 0,0.8 -0.2,0.6 0,0.6 0.4,0 0.2,1 0,0.8 -0.4,2.2 -0.2,1.4 -0.6,2.2 -0.8,1.8 -0.6,2.2 0,0 -0.2,0.2 0,0 -0.2,0 0,0 -0.2,0.2 -0.2,0 -0.2,0.4 -0.2,0.6 0.2,0.2 0.6,-0.4 0.6,0 0,0.2 -0.6,0.8 -0.6,0.6 -0.8,0.2 l -0.2,0.2 q 0.4,0.4 -1.2,3.4 -0.4,0.8 -0.8,1.6 -0.2,0.6 -0.4,1 0,0.2 0,0.2 0.2,0 1,-1.2 0.8,-1.2 0.8,-1.6 0,-0.2 0.8,-0.6 l 0.2,-0.2 q -0.4,0 0.2,-0.8 1,-1.2 0.4,-1.2 -0.4,0.2 -0.4,0 0.2,-0.2 1,-1.2 1.2,-1.2 1.2,-1.6 0,-0.4 0.6,-1.6 0.6,-1.4 0.2,-2 V 69 q 0.4,0.4 0.8,-0.4 l 0.4,-0.4 q 0,0.4 0.4,0.2 0.2,-0.2 0.2,0.2 0.2,0.4 -0.2,1.2 -0.2,0.6 -0.4,0.4 l -0.2,0.2 q 0.2,0.6 0.8,-0.2 0.2,-0.4 0.2,-0.4 l -0.2,1 q -0.2,1 0,1 0.2,-0.2 1.2,-2.2 1.2,-2.2 1,-1.2 -0.2,1 -0.4,1.4 -0.8,0.8 0.2,0.8 0.4,0 0.4,-0.6 0,-0.8 0.6,-1.4 0.6,-0.4 0.6,-0.2 0,0.2 -0.2,0.8 -0.2,1.2 0,1.2 0.4,0 0.2,-0.2 0,-0.4 0.2,-1 0.4,-0.4 0.4,0.2 0,1.8 -0.8,4 -0.6,1.8 -0.8,2.2 0,0.4 -0.4,1 -0.4,0.4 -0.2,1 0.2,0.8 -2.4,8.2 -1.2,2.8 -1.2,3.2 -0.4,1 -0.8,0.6 -0.2,-0.4 -0.2,-0.2 0,0.2 0.2,0.6 0,1 -2,4.6 -1.8,3.4 -2.6,4.6 -0.8,1 -0.6,1.4 0.2,0.2 -0.2,0.2 -0.4,0 -0.4,0.6 0,0.6 -0.4,0.2 l -0.2,0.2 q 0.2,0.4 -0.8,1.6 -1,1 -1,1.2 0,0.2 -4.4,4.4 -4.2,4.2 -4.2,4.6 0,0.2 1.8,-1.6 1.8,-1.8 2.2,-1.8 0.4,-0.2 3.2,-3.2 5.2,-5.6 8.6,-12.6 1.4,-2.6 1.8,-2.8 0.4,0 0.4,0.4 0.4,0.8 -2.2,5.2 -0.6,1.2 -0.6,1.6 0,0.4 -0.8,1.2 -0.8,0.8 -0.8,1.2 0.2,0.4 -0.6,0.6 -0.6,0.2 -0.6,0.8 0,0.6 -0.4,1 -0.4,0.2 -1,1 -1.6,2.6 -8,8 -6.4,5.4 -11.2,8.4 -3.2,2 -3.4,2 -0.6,0.6 7,17.6 7.8,16.8 24.6,34.6 3.6,3.8 4.6,5 l 1,1.2 -1.2,-1 q -1.4,-1 -2,-1.6 -0.4,-0.8 -0.6,-0.6 -0.2,0.2 4.4,5 l 2,2.4 q -2.6,-2.2 -8.4,-8 l -4.4,-4.2 q 0.6,0.8 4.4,5 4,4 3.8,4.6 0,0.4 0.4,0 l 0.4,-0.4 q 0,0.4 0.2,0.8 0.2,0.8 2.8,3.4 2.6,2.4 2.4,2.6 0,0 -3.8,-3.4 -3.8,-3.4 -4,-3.2 0,0 3.2,3.2 l 1.8,2 -0.4,-0.2 q -2.2,-1.8 -2.2,-1.2 0.2,0 0.4,0.4 h -0.2 q -0.2,-0.2 -0.4,-0.4 -1.2,-1 -1,-1.2 0.2,-0.4 -0.4,-0.8 -0.4,-0.4 -0.4,0.2 0,0.4 -1.6,-1.2 l -1.4,-1 q 0.4,0.6 3.8,4 3,3 2.6,2.8 -0.4,-0.4 -0.4,-0.2 0,0.4 1.4,1.6 1.6,1.2 1.8,1.6 l -1.2,-0.6 q -1.4,-1.2 -2.4,-1.6 l -0.8,-0.4 0.8,0.8 q 0.8,0.8 0.8,1.2 0,0.4 1.6,1.6 1.8,1 1.6,1.6 z m -4.6,-8.8 q 0,0 -0.6,-0.4 -0.6,-0.6 -0.2,0 0.8,1 0.8,0.4 z m -5.4,-113.6 q 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 0,0.4 0.2,0.4 0.2,0 0.4,-0.4 z m -0.4,9 q 0,0 -0.6,1.4 0.2,-0.2 0.6,-0.8 0.6,-1 0.6,-1.4 z m -2.2,4.2 q 0,0 0,0.2 0.2,0 0.6,-0.8 1,-1.6 0.8,-1.8 -0.2,0 -0.4,0.4 -0.2,0.2 -0.6,0.8 -0.2,0.6 -0.4,1.2 z m -2.2,5.2 q -0.8,1.2 -0.6,1.2 0.4,0 0.8,-1 0.4,-1 1,-1.6 1.4,-1.4 0.6,-1.4 -0.4,0 -0.8,0.8 -0.4,0.8 -1,2 z m -0.8,-22.2 q -0.6,0.6 -0.6,0.8 0,1 0.6,-0.4 z m -0.4,2 q 0,-0.2 -0.4,-0.2 -0.2,-0.2 -0.4,0 0,0.2 0,0.2 0.2,0 0.4,0 0.4,0 0.4,0 z m -0.8,5 q -0.6,1.2 -0.4,0.8 1,-1 1.4,-2 0.6,-0.8 0.4,-0.8 -0.2,0 -1.4,2 z m -1,3 q 0,0 -0.2,0.6 0.4,-0.2 0.8,-0.8 0,-0.4 0.2,-0.6 l -0.4,0.2 q -0.2,0.2 -0.4,0.6 z m -0.2,16.4 -0.8,1 q -1,1 -1,1.4 0,0.8 0.6,-0.2 0.2,-0.2 0.4,-0.8 z m -1.4,-19 q -0.6,0.4 -0.6,0.6 0,0.4 0.6,-0.6 z m -3.4,25.6 q -2.2,2.6 -1.6,2.6 0.2,0 1.8,-2.2 l 1.6,-2.2 z m -4.6,3 q 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,0.4 0,0.2 0.2,0.2 0.2,0 0.4,-0.2 z m 2,1.6 q 0,0 -4.6,4.8 0.2,-0.2 0.8,-0.6 1.8,-1.4 2.6,-2.2 0.8,-1 1.2,-1 0.4,0 1.2,-1.2 1,-1.4 2.6,-3.2 1.6,-1.8 1.4,-2 -0.2,-0.2 0.8,-1.4 0.8,-0.6 2,-2.6 1.4,-2.2 1.4,-2.6 l -0.6,0.8 q -0.8,1 -1.2,1.4 -3.2,4.2 -3.2,4.6 0.2,0.4 -4.4,5.2 z m -4.6,8 q 0.6,-0.6 0,-0.2 -0.6,0.4 -0.6,0.6 0,0.4 0.6,-0.4 z m -1.4,-2 q 0,0 -0.2,0.2 v 0.6 q 0.2,-0.2 0.2,-0.8 z m -1.6,1.2 q 0.4,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.8,-0.6 z m -48.2,51 q 0,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.6 0.2,0.6 z m 0.4,-3.8 q 0.2,-0.6 0.2,-1.6 v -0.8 l -0.2,0.8 q -0.4,1 -0.4,1.6 v 0.6 z m 2.6,-83.8 q 0,0 -0.2,0 0,0.4 0,0.6 l 0.2,1.2 v -0.2 q 0.2,-0.8 0,-1.6 z m -0.2,3.8 q 0,2.6 0.4,2.4 0.2,0 0,-2 -0.2,-1.4 -0.4,-1.2 0,0 0,0.8 z m 0.6,6.6 q 0.2,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.6 0.2,0.6 z m 0.2,-9 q 0,0.4 0,0.4 0,0.4 0,0.6 0.2,-0.6 0,-1 z m 0,3.2 q 0.2,-0.6 0,-1.2 0,0.2 0,0.6 0,0.6 0,0.6 z m -6,113.6 q 0.4,-0.2 0.2,-0.8 -0.6,-1.2 -0.6,0.2 0,0.4 0,0.6 0.2,0 0.4,0 z m 1.8,-10 q -0.2,0.6 0.2,0.2 0.6,-0.4 0.4,-0.6 -0.2,-0.2 -0.6,0.4 z m 1.8,-5 q 0,0 -0.2,-0.4 -0.2,0.2 -0.2,0.6 v 0.4 q 0.2,0 0.4,-0.6 z m 0,-1.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 1.2,-5.8 q 0,0 -0.2,0.2 v 0.6 q 0.2,-0.2 0.2,-0.8 z m -0.6,1.6 q 0,0 0.2,0.6 0.2,-0.4 0,-0.8 z m 0,20.2 q 0.4,0.4 0.4,0.4 0.2,0 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.4,0 -0.2,0.4 z m 1,6.4 q 0.4,-0.4 0.4,-0.8 l -0.4,0.2 q -0.4,0.6 -0.4,0.8 z m 1.2,-115 q 0,0 0,0.2 -0.2,0.2 -0.2,0.6 0.2,0.8 0.2,0.8 0.2,-0.8 0,-1.6 z m 0,56.2 q -0.2,0.6 0.2,0.2 0.4,-0.4 0.2,-0.6 -0.2,-0.2 -0.4,0.4 z m 0.4,-31.4 q 0.2,-0.4 0,-1 0,-0.2 -0.2,0 0,0 0,0.4 0,0.6 0.2,0.6 z m 0,-3.8 q 0.2,-0.6 0,-1.2 -0.2,0 -0.2,0.6 0.2,0.4 0.2,0.6 z m -0.2,-11.2 q 0,0.6 0.2,0.6 0.2,-0.4 0,-1 0,-0.2 -0.2,0 0,0 0,0.4 z m 0.2,-2.2 q 0.2,-0.6 0,-1.2 -0.2,0 -0.2,0.6 0.2,0.4 0.2,0.6 z m 0.8,-37.8 q 0,0 0,1.6 l 0.2,2 v -1.6 q 0.2,-1.8 -0.2,-2 z m 0.2,38.8 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 1.4,-48.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.2,33.2 q 0.4,-0.2 0.2,-0.6 l -0.2,0.2 z m 13.8,-11.6 q 0,0 -0.2,0.2 l 0.2,0.4 q 0.2,-0.2 0,-0.6 z m 0.4,85.8 q 0,-0.8 -0.4,-0.8 -0.2,0 -0.2,1 l 0.2,0.8 q 0.2,-0.2 0.4,-1 z m -1,-104.4 q 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 0.2,0.6 0.2,0.6 0.2,0 0.2,-0.6 z m -2.6,113.6 q 0,0.8 -0.8,3.6 -0.6,2.6 -0.6,3.2 l 1.4,-5 q 1.2,-4.8 1.2,-5 z m -2.4,-114.2 q 0,0 -0.4,0.2 0.2,1 0.4,1 0.2,0 0.2,-0.2 0,-0.4 -0.2,-1 z m -0.6,-1.8 q 0,0 -0.2,0.4 l 0.2,0.4 q 0.2,-0.2 0,-0.8 z m 0,128.6 q 0,0 -0.2,0.2 l 0.2,0.4 q 0.2,-0.2 0,-0.6 z m -2.4,10.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.8,-140.8 q 0.2,-0.2 -0.4,-1.2 l -0.6,-0.6 z m 0.4,0.6 q -0.4,-0.2 -0.4,0.2 0,0.4 0.4,0.4 0.4,0 0.4,-0.2 0,-0.2 -0.4,-0.4 z m 1.4,132.8 q 0,-0.4 0.4,-0.6 0.4,-0.4 0,-0.6 -0.2,0 -0.4,0.2 0,0.2 -0.2,0.8 -0.2,0.4 -0.4,1 -0.2,0.6 -0.4,1.2 0,0.4 0,0.8 0,0.6 -0.4,0.6 -0.4,0 -0.2,0.4 0.4,0.6 0.8,-0.8 0.2,-0.4 0.4,-0.8 0.6,-1.8 0.4,-2.2 z m 0.6,-2.2 q 0.4,-0.8 0.4,-1.2 h -0.4 q -0.2,0.8 -0.2,1.2 z m 1.6,-3.8 q 0.2,0 0.2,0 0.2,0 -0.2,-0.6 -0.4,-1 -0.6,-0.6 -0.2,0.4 -0.4,-0.2 0,0.2 0,0.8 l -0.2,1.2 v 0.6 q 0.2,0.6 0.4,0.2 0.2,-0.4 0.2,-1 0.2,-0.6 0.6,-0.4 z m 0.4,-3 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.2,-1.8 q 0,0.4 0.2,0.2 0.4,-0.2 0.4,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.6 z m 0.8,-0.8 q 0,0 0.2,-0.2 -0.4,-0.6 -0.2,-0.8 0.2,-0.2 -0.2,-0.2 -0.6,0 -0.2,0.8 0,0.2 0.4,0.4 z m 0.4,-2.6 q 0.4,-0.8 0.2,-1 -0.2,-0.4 -0.6,0.4 -0.2,0.4 -0.2,1 0,0.2 0.2,0.4 z m 0.4,-1.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.2,-5.2 q 0.2,-0.4 0,-1 0,0.4 0,0.6 0,0.2 0,0.4 z m 0.2,-3.6 q -0.4,0.2 0,0.4 0.6,0.2 0.6,0.4 0,0 0,-0.4 0,-0.6 -0.6,-0.4 z m 0.6,4.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 1.4,-2 q 0,-0.2 -1,-0.8 l -0.8,-0.2 q 0,0 0.2,0.4 0.8,0.8 1.6,0.6 z m 0,-3.8 q 0.2,-0.2 0,-0.8 l -0.2,0.4 z m 0.2,0.4 q -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 -0.2,0 -0.4,0.4 z m 22.6,-16 q -0.4,0.2 -0.4,0.6 0,1 0.4,-0.2 z m -1,-2.8 q -0.2,0.2 0,0.8 0.2,0.4 0.4,0.4 0.2,0 0,-0.6 z m -0.6,-1 q 0.2,-0.6 -0.2,-0.8 -0.2,-0.4 0,0.4 z m 1.8,36.6 q -2.4,-3 -2.6,-2.8 0,0.4 0.6,1.2 0.8,0.8 2.6,3 2,2 2,2 0.2,-0.2 -0.6,-1 -0.8,-0.8 -2,-2.4 z m -3,-3.8 q 0,-0.2 -0.4,-0.4 -0.4,-0.2 -0.4,0.2 0,0.2 0.4,0.2 0.4,0 0.4,0 z m 1.4,-63.8 q 0.4,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.8,-0.6 z m -3,15.6 q -0.8,0.8 -0.8,1 0.4,0 1.8,-1.4 1,-0.8 0.6,-0.8 -0.2,0 -1.6,1.2 z m 0.4,9.2 q 0.2,0 -0.2,-0.6 l -0.4,-0.2 q 0.2,0.8 0.6,0.8 z m -5,30.6 q -0.6,-0.8 -0.8,-0.8 -0.2,0 0.4,1 z m -1.6,-2.2 q 0,0 -1.4,-2 0,0.2 0.8,1.6 1,1.4 1,1.4 0.2,0 -0.4,-1 z m -2.8,-4.2 q -0.4,-0.4 -0.2,0.2 0.2,0 0.4,0.4 l 1,1 q 0,0 -0.2,-0.4 -0.4,-0.6 -1,-1.2 z m 1,4.2 q 0.4,0 0.4,-0.2 0,-0.2 -0.4,-0.4 -0.4,-0.2 -0.4,0.2 0,0.4 0.4,0.4 z m -1,-2.4 q -0.4,-0.6 -0.8,-0.6 -0.6,0 0.2,0.8 0.8,0.6 0.8,0.4 0,-0.2 -0.2,-0.6 z m -2.2,-5.8 q -0.2,-0.4 -0.4,-0.8 -0.2,-0.6 -0.4,-0.8 -0.2,-0.4 -0.4,-0.6 0,-0.2 0,-0.2 -0.2,0.2 0.4,1.6 0.8,1.4 1,1.4 0,0 0,-0.2 0,-0.2 -0.2,-0.4 z m -1.4,-1 q 0,0 -2.2,-4 0,0.2 0.2,1 0.2,0.8 1.2,3 1,2 2,3.8 1.2,1.8 1.4,1.8 0.2,-0.2 -0.4,-0.8 -0.4,-0.8 -0.2,-0.8 v -0.2 q -0.4,-0.2 -2,-3.8 z m -2.2,-58.6 q 0,0 0.2,0.4 0.2,-0.4 0.4,-0.6 0.4,-0.2 -0.2,-0.4 -0.4,-0.2 -0.4,0.6 z m 0.4,1.4 q -1.2,0.4 -0.2,0.4 0.4,0 0.6,-0.2 z m -2.2,-19.6 q -0.4,-0.2 -0.4,0.2 0,0.2 0.4,0.2 0.4,0 0.4,0 0,-0.2 -0.4,-0.4 z m 0,2.6 q 0,0.4 0.2,0.2 0.4,-0.2 0.4,-0.6 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.2,0.6 z m 0.4,26 q 0.4,0.4 0.4,0.4 0.2,0 0.4,-0.4 0.2,-0.4 -0.4,-0.4 -0.6,0 -0.4,0.4 z m 1.2,-16.8 q 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 z m 8.8,81.8 q 0.4,0.2 0.6,0.2 0.2,-0.2 -0.2,-0.4 -0.4,-0.4 -0.6,-1 0,-0.8 -1,-1.6 -0.8,-0.8 -1.2,-1.8 -0.2,-1 -0.6,-1 -0.2,0 -0.2,-0.4 0,-0.6 -0.4,-0.6 -0.8,-0.4 -4.2,-7.6 -1,-2 -1.4,-2 -0.4,0 2,4.4 1.4,2.6 1.6,3.4 0.4,0.8 0.6,0.8 0.4,0 0.4,0.4 0,0.2 1.6,2.8 1.6,2.6 2.2,3.2 0.4,0.4 0.4,0.8 0,0.2 0.4,0.4 z m 1.4,2 q 0,0 0.8,0.2 0,0 -0.8,-1 -0.4,-0.2 -0.6,-0.4 -0.2,0 0.6,1.2 z m 2.6,3.2 q 0.6,-0.6 0.2,-1.2 -0.4,-0.6 -0.6,-0.2 -0.2,0.4 -0.4,-0.4 -0.2,-0.8 -0.6,-0.8 -0.6,0.4 0.8,1.8 0.6,0.4 0.4,0.8 z m 1,1.2 q 0.2,0.4 0.2,0.4 0,0 0.2,-0.4 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.2,0.6 z m 1.2,1.6 q 0.6,0.4 0.8,0.2 0.2,-0.2 -0.2,-0.8 -0.4,-0.6 -0.8,-0.6 -1,0 0.2,1.2 z m -3.4,-8.8 q 0,0 2.4,3.6 2.6,3.4 3.4,4.2 0.4,0.4 2.8,3 l 0.2,0.4 0.2,0.2 0.2,0.2 0.2,0.2 3.4,3.6 v -0.2 q 0,-0.2 -1.2,-1.6 -6.4,-7 -12.6,-16 -0.8,-1 -1.4,-1.8 -0.6,-0.8 -1,-1.2 -0.2,-0.6 -0.4,-0.4 -0.2,0.2 0.8,2 1.2,1.6 2.2,2.6 1,1 0.8,1.2 z m 20,21.4 q 0,0 -2.6,-2.2 l 0.2,0.2 q 2,2.2 2.2,2.4 0.4,0.2 0.2,0.6 -0.2,0.2 -0.2,0.2 0.2,0 0.4,0 0.4,-0.2 2.4,1.4 l 1.8,1.6 q -0.2,-0.4 -4.4,-4.2 z m 0.2,3.2 q -2.2,-2.2 -2.6,-2.2 -0.2,0 -6.2,-6.2 -6,-6.2 -5.8,-5.4 0,0.6 0.6,1.4 0.8,0.6 1.2,0.6 0.4,0 0.2,0.2 -0.2,0.2 5.4,5.8 5.6,5.6 5.6,6 0.2,0.4 0.6,0.4 0.2,0 0.8,0.6 0.6,0.4 1,1 0.6,0.4 0.6,0.6 l 0.4,0.2 q 0.6,0 1.2,0.6 1.2,1.2 1,0.6 0,-0.4 -0.4,-1 -0.6,-1 -1,-1 -0.2,0 -2.6,-2.2 z m -0.6,-28.2 q 0.2,0.2 0.4,0 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.4 0.2,0.6 z m 8,17.2 q 1,1.2 1,0.8 0,-0.2 -0.8,-1 l -1,-0.8 z m 1.6,-3.8 q 0.6,1 0.8,0.8 0.2,-0.2 -0.6,-1 l -0.8,-0.8 z m 6.4,7.8 q 0,-0.4 -0.4,-0.4 -0.4,0 -0.2,0.4 0.2,0.4 0.4,0.4 0.2,0 0.2,-0.4 z m 3.6,10 q 0.2,0.6 0.4,0.4 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.2,0.2 z"/><path fill="#111111" d="m 312.99994,72 q 0,0.2 0.4,0.8 0.4,0.4 -0.2,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 l -0.2,0.2 q -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.2 l -1.6,0.2 -1.4,0.2 q 0.4,0.2 0.2,0.6 -0.2,0.2 0.2,0.2 0.4,0 0.4,0.4 0,0.4 -1,0.2 -4.8,-1.2 -5.4,-0.4 l 1,0.2 q 1.2,0 1.4,0.4 0.2,0.2 1.4,0.6 l 0.2,0.2 q -1,0.2 -1.2,-0.2 -0.8,-0.8 -3,-0.4 -0.6,0.2 -0.6,0.4 0.2,0.2 1.2,0.2 1.2,-0.2 1.2,0.2 0,0.2 2.8,0.4 4.2,0.4 4,1.2 -0.4,0.4 -0.8,-0.2 l -0.2,-0.2 q 0,0.4 -2.2,0.4 -3.8,0 -3.2,0.2 0.2,0 0.8,0.2 0.8,0.2 -0.2,0.2 -0.8,0 -2.4,0 -4,0.2 -5.4,0.4 -3.6,1 -11,2 -2.4,0.4 -10.2,2.6 -7.8,2.2 -8.4,2.8 -0.2,0.2 0.6,5.8 1.4,10.6 1.4,21.2 0,3.4 0.4,3.4 4.2,-1.6 9.2,-2.4 1,-0.2 1,0.2 0,0.2 0.8,0.2 0.8,0 0.2,-0.4 -0.6,-0.2 -0.6,-0.2 0,0 0.6,0 0.8,0 0.8,0.4 l 0.2,-0.2 q 0.2,-0.6 6.8,-0.4 6.6,0 7.8,0.8 1.4,0.6 1.6,1 0.2,0.4 -0.2,0.4 -0.2,-0.2 -0.4,-0.2 -0.8,-0.2 -2.6,-0.4 -1.2,0.2 -1.2,0.4 0.4,0.6 1.4,0.4 1,-0.2 3,0.4 2,0.4 2,0.8 0.2,0.4 -0.4,0.6 -0.6,0 -2.6,0 -3.2,0.2 -5.2,0.4 -1.8,0.2 -0.2,0.2 0.8,0 2.2,0 4,-0.2 5,0.4 1,0.4 1,0.8 0,0.2 0.8,0.4 0.8,0 0.8,1 0,1 -0.8,1.2 -1.2,0.2 -1.4,0.4 0,0.2 0.4,0.6 0.6,0.4 1.2,0.2 v 0.2 q -0.4,0.6 -2.4,0.8 -0.8,0.2 -0.6,0.4 0.4,0.2 -0.2,0.2 -0.2,0 -0.6,0 -1.4,-0.2 -1.4,0.2 0,0.2 -0.4,0 -0.2,-0.2 -0.4,0.2 h 2.6 q 1.2,0 2,-0.2 0.6,-0.2 0.6,0 0.2,0 -0.2,0.2 -0.4,0.6 -1.6,0.6 l -4,1 h 0.2 q 0.6,0 3.8,-0.4 h 0.2 0.2 l 0.2,-0.2 4,-0.4 q -0.6,0.4 -1.8,0.6 -1,0 -1.4,0.4 -0.2,0.4 -1.6,0.4 -1.4,0 -1.4,0.4 0,0.4 0.8,0.2 l 5,-0.4 q -0.6,0.2 -0.6,0.8 0,0.4 -1.4,0.8 -1.6,0.6 -0.2,1 1.6,0 -0.8,0.8 -2,0.8 -6.2,1.8 -22.2,5.6 -25.2,7.4 -0.8,0.4 -0.8,1.2 0,0.6 -0.2,1.4 -0.2,1 -0.8,5.4 -0.4,4.6 -1.4,9.8 -1,5 -1,5.4 0,0.2 0.6,-0.2 0.6,-0.4 2,-0.6 1.6,-0.2 2.6,-0.6 1.2,-0.6 1.6,-0.4 0.4,0.2 2.8,-0.2 2.6,-0.4 3,-0.8 h 0.2 q -0.2,0.4 3.2,0.4 3.6,0 4.2,0.2 0.6,0.2 2.6,0.6 4.2,1.2 6.2,2.2 1.2,0.6 3.6,1 1.6,0.8 1.6,1.4 -0.2,0.4 -1.8,-0.2 -1.6,-0.6 -1.8,-0.4 -0.2,0.2 2.4,1 l 2.8,0.6 q -0.2,0 -0.6,-0.2 -1.2,-0.6 -0.4,-0.8 1.6,-0.6 6.6,3.6 2.6,2.4 2.2,2.6 0,0 -1,-0.8 -1,-0.8 -1.4,-0.6 -0.2,0 0.6,0.8 0.8,0.6 0.4,1.2 -0.6,0.6 0,0.8 0.2,0 0.6,-0.2 0.4,-0.4 1.6,0.8 l 0.8,1 q -0.6,-0.4 -1.2,0 -0.4,0.2 0.6,0.8 l 0.8,0.2 q 0,-0.2 0,-0.4 0.2,-0.2 1,0.6 1.2,1.6 0,2.4 -0.2,0.4 -0.4,0.8 0,0.4 0,0.8 0,0.2 0.2,0.2 0.4,0 0.4,0.8 0.2,0.6 -0.2,1 -0.4,0.2 -1.4,0 -1,-0.2 -1.6,0 -0.6,0 -1.2,-0.4 -0.4,-0.4 -0.4,0 0,0.2 -1,0.2 l -0.2,0.2 q 0.8,0.2 1.6,0.2 0.6,0.2 0,0.4 -0.2,0 -0.8,0 -1.4,0.4 -2,0.2 -0.4,-0.2 -0.4,0.2 0,0.2 1.2,0.6 1.2,0.2 0.2,0.4 -0.8,0 -0.2,0.4 1,0.6 -1.8,0.8 -1.4,0 -1.4,0.4 0,0.4 -0.4,0.4 -0.8,0 -4.6,-0.2 -10.6,-1.2 -24.4,1.4 -6.6,1.2 -10.2,2.4 -2.8,1.2 -3.6,1.8 -0.8,0.4 -1,1.2 -0.2,1.2 -1.6,4.8 -1.2,3.6 -1.6,4 l 0.2,-1.4 q 1.2,-4 1,-4.4 l -0.6,0.8 q -0.6,1.2 -0.6,0.4 0,-2 -0.8,0.4 -0.2,0.4 -0.4,0.8 l -1,2.2 q 0,-0.2 0,-0.6 0,-1 -0.4,-1.8 l 0.2,-0.6 0.2,-0.8 q 0,-1 -0.4,-1 -0.6,0 -3.4,2.6 -1,0.8 -1.2,0.6 -0.2,-0.2 -0.4,0.2 l -0.2,-0.2 q 0,-0.2 0.2,-0.4 0.2,-1.2 0,-1.2 -0.4,0 -1.6,1.4 -1,1.2 -1.2,1.6 -0.2,-0.4 -0.2,-0.8 -0.2,-1.6 0,-2 0.2,-0.2 0.6,-2.2 0.4,-2.2 0.4,-2.8 0,-0.4 -0.8,0 -0.8,0.4 0.2,-0.4 1.2,-0.8 1,-1 -0.2,-0.2 -1.8,1 -1.4,1 -1.4,1.2 l -1.6,2.2 q 0,-0.2 0.6,-1.4 0.2,-0.6 0,-0.6 -0.6,0.6 -0.8,0.4 0,-0.2 0.4,-0.8 l 0.2,-0.4 q -0.4,0.2 -0.4,0 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.6,-0.4 -0.6,-1.2 -1,0 v 0.2 q 0.6,-0.2 0.6,0.4 0,0.4 -0.6,1 -1.8,1.2 -1.8,0.6 0.2,-0.6 0.6,-0.6 h 0.2 q -0.4,-0.2 0.2,-0.8 h -0.2 q -0.2,0.2 -0.4,0.4 -1.2,1 -1.4,0.8 -0.2,-0.4 1.6,-2.2 1.6,-1.8 0.6,-1.8 -0.2,0 0,0.4 0,0.2 -0.2,0.2 0,0 -0.2,0 -0.2,-0.2 0.2,-1.2 0.6,-1 1,-1 0.4,0 0.2,-0.6 -0.2,-0.6 0,-0.8 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.6 0.4,-0.6 0.6,0 0.6,-0.4 0,-0.6 1.2,-1.6 1.2,-1 1,-1 -0.4,0 -2.4,1.6 -2.2,1.6 -3.2,2.2 -0.8,0.6 -0.8,0.8 0.2,0.2 -0.6,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.4,-0.6 0.8,-0.8 0.2,-0.2 0.2,-0.6 0,-0.4 -0.6,0 v -0.2 q 0.8,-0.8 1,-0.6 0.2,0.2 2,-1.6 1.2,-1 1.6,-1.4 l -1.4,0.8 q -1,0.8 -1.2,0.8 -0.2,-0.2 1.8,-2.2 l 1.4,-1.6 q -0.8,0.4 -3.4,3 -3.2,3.2 -3.4,2.6 -0.4,-0.8 0.4,-2 0.8,-1.2 4.2,-5 l 0.8,-1 q 0,0 -0.4,0.4 -2.8,2.6 -4.8,5.2 -1.4,1.8 -1.4,1.2 0.2,-0.4 0.8,-1.6 1,-1.6 4.4,-5 3.6,-3.6 6.8,-5.8 3.4,-2.6 3.6,-3 0.2,-0.6 1.4,-11.6 1.2,-11 1,-11.2 0,0 -1.8,1.2 -1.8,1 -2,0.8 0,0 0.2,-0.2 0.2,-0.4 0.6,-0.6 0.6,-0.4 1.2,-0.8 l 1.8,-1.8 q -0.2,0 -1.2,0.8 -1,0.6 -1.4,0.4 -0.4,-0.2 -0.4,0.4 0,0.2 0,0.4 0,0 -0.2,0 -0.4,-0.2 -1.8,0.6 l -1.2,0.6 q 0.2,0 0.6,-0.6 0.8,-0.8 2.4,-1.8 1.6,-1.2 1.6,-1.8 0,-0.6 0,-0.6 0.2,-0.2 0.4,-0.2 0.6,0 0.6,-0.2 0.2,-0.2 0,-0.4 -0.2,-0.2 -1.4,0.2 -1,0.4 -1,0.8 l 0.4,-0.2 q 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 -0.8,0.2 -0.6,-0.2 -3.4,2 -2.6,2 -3.2,2 -0.4,0 1.6,-2.2 2.8,-2.6 2,-2.6 -0.2,0 -0.4,0.2 l 0.6,-1.2 q 0.6,-0.6 0.4,-0.6 -0.2,0 -2,1.6 -3,2.2 -4.2,3.6 -1,1.2 -1.4,1.2 -0.2,0 0.2,-0.4 0.4,-0.4 0.4,-0.6 0,-0.4 -0.6,0.4 -0.6,0.8 -0.6,0.2 0,-0.6 0.4,-1 v -0.2 q -0.4,0.2 -0.4,0 -0.2,-0.2 0.8,-1.2 0.8,-1 0.8,-1.2 0,-0.2 0.8,-1.2 1,-1 0.4,-1 l -0.4,0.2 -0.6,0.6 q -1,0.6 -1.2,0.4 -0.2,-0.4 1.8,-3 1,-1.2 1,-1.6 0,-0.4 1.8,-2.4 l 1,-1.4 q -0.2,0.2 -0.6,0.6 -2.2,1.6 -7.2,7 l -1,1 q 0,0 0.4,-0.6 0.6,-1.2 2,-2.8 1.4,-1.6 2,-2.8 l 0.6,-1.2 -2.2,2 1,-1.4 q 1,-1.4 3.2,-3.6 2.4,-2.2 2.2,-2.4 l 0.2,-0.2 q 0.2,0.2 2.6,-1.6 2.4,-2 2.2,-2.2 0,-0.4 1.4,-1.4 1.6,-1 1.8,-1 l -1.4,1.2 -1.4,1.2 q 0.4,0 1.8,-1.2 l 1.6,-1 -0.2,-13 q -0.4,-17.8 -0.8,-20 l -0.4,-1 q 0,0.4 -0.4,0.4 -1.4,-0.2 -1.4,0.6 0,0.4 -0.4,0.4 -0.4,0 -0.8,0.6 -0.2,0.6 -0.4,0.2 -0.8,-1.2 -1.8,-0.4 -0.4,0.4 -0.4,0 0,-0.6 0.6,-1.6 v -0.4 q -1,0.8 -1,0.6 0,-0.2 0.4,-0.8 0.8,-0.8 0.4,-1 0,0 -0.6,0.4 -0.2,0.2 -0.2,0 0,-0.2 0,-0.4 0,-1 1.8,-2.6 2,-1.8 1.6,-1.8 -0.4,0 -1,0.6 -0.4,0.4 -1.4,1.2 -0.2,0.2 -0.2,0.2 0,-0.2 1.2,-1.4 1.8,-2 1.6,-2 -0.2,0 -2,1.6 -1.8,1.6 -2.2,2.2 -0.6,0.8 -0.6,0.6 0,-0.2 0,-0.6 -0.2,-0.8 -1.4,0.4 -0.2,0 -0.6,0.4 l -1,0.8 q 0.2,-0.2 1.4,-1.4 2,-1.8 2.2,-1.6 0.4,0 0.4,-0.4 0,-0.4 1.2,-1.6 1.2,-1.4 1,-1.4 -0.4,-0.2 -2.4,1.6 -4.2,4 -4.2,2.8 0.2,-0.4 0.4,-0.6 0.2,-0.6 0.2,-0.6 0,-0.2 -0.6,0.2 -0.4,0.4 -0.4,0.4 0,0 0.2,-0.4 0.2,-0.6 0.2,-0.8 h 0.2 q 0.4,0.2 1,-0.6 l 0.6,-0.8 -0.8,0.6 q -0.8,0.8 -0.8,0.6 0,-0.4 2.2,-2.4 2.2,-2.2 0.6,-1 -1.4,1.2 -2.6,2 -1.2,0.8 -1.4,1.4 l -0.4,-0.4 q 0,-0.8 2.6,-3.8 2.8,-3.2 5.4,-5.2 l 2,-1.8 -0.2,-1.6 q -0.2,-1.8 -0.8,-4.4 -0.4,-2.4 -0.6,-3.2 -0.2,-0.8 -0.6,-2.6 -0.4,-1.8 -0.6,-2.4 0,-0.8 -0.2,-1.2 -0.2,-0.6 -0.6,-3.2 -0.8,-3 -0.2,-2.8 0,0 0.4,0.4 0.2,0.6 0.6,0.4 v 1.2 q 0,0.2 -0.2,0.4 -0.2,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 v -1 q 0,-1.2 0.2,-1.6 0.4,-0.6 0,-1 -0.2,-0.4 -0.4,0.4 l -0.2,-0.2 q 0.2,-0.6 0.8,-0.4 0.8,0 0.8,-1 -0.2,-0.4 -0.4,-0.4 l -0.2,0.2 q 0,-1.2 0.6,-1.4 l 0.2,-2 q 0.2,-2 0.4,-2 0.2,0 0.2,0 0.2,-0.2 0.2,-0.2 -0.2,-0.4 0,-0.6 0.2,0 0.2,0.2 0.2,0.2 0.2,0.6 0.2,0.2 0.4,0.6 0.4,1.6 0.6,2.2 l 0.2,-0.2 q -0.2,-0.6 -0.2,-0.6 0.2,-0.2 0.6,0 0.4,0.2 0.6,1 l 0.2,-0.2 q 0,-0.8 0.6,-1.2 0.6,-0.4 0,-2.8 -0.4,-2.6 -0.2,-2.4 0.4,0 1.2,3.4 0.8,3.2 1.4,4 0.4,0.8 0.4,0.4 0,-0.4 -0.2,-1.8 -0.2,-2.2 -0.6,-3 -0.2,-0.8 -0.2,-1.4 0,-0.8 0.4,0.4 0.4,1 0.8,2.6 0.4,2.4 1.2,3.8 l 0.8,1.6 -0.4,-1.4 q -0.2,-1.4 -0.2,-2.2 0,-1 -0.2,-1 -0.2,0 -0.2,-0.6 0,-0.8 0.2,-0.8 0.4,0 0.4,0.8 0.2,0.8 0.2,1.4 -0.4,0.6 0.2,1.2 0.6,0.4 0.4,0.8 -0.2,0.2 -0.2,0.2 0.2,0 0.4,0 0,-0.2 0.2,0 0.2,0.2 0.4,0.8 0.2,0.4 0.4,1 l 0.6,1.6 q 0.2,-2 -1.2,-5.2 -0.2,-0.6 0.4,-0.4 h 0.4 q -0.2,-0.4 0.2,-0.4 0.6,0 1.2,1.8 l 0.8,2 q 0,-1 -1,-4.2 -0.4,-1.2 -0.4,-1.2 0,-0.2 0.6,-0.2 0.8,0 1.6,2.8 1.6,6.4 2.4,13.4 0.4,2.2 0.8,2.4 0.4,0.2 2.6,-0.8 2.4,-1 2.4,-1.2 0,-0.4 0.4,-0.4 0.2,0 5,-1.4 4.8,-1.6 6.4,-2.2 0.6,-0.2 1.2,-0.2 0.4,0 3.4,-0.2 6.2,-0.4 13.4,-0.6 4.8,-0.2 5.4,0.4 0.6,0.6 0,0.6 -0.2,0 -0.8,0 -1.4,0 -1.4,-0.2 0,-0.2 -3.8,0 -3.8,0 -4.2,0.6 -0.4,0.2 -0.4,0.4 0.2,0 0.8,-0.2 0.6,-0.2 2.6,-0.2 2.2,-0.2 2.6,0 0.4,0.2 3.8,0.4 3.4,0 3.6,0.2 l -0.6,0.2 q -0.6,0 -1,0.4 -0.2,0.2 -1.2,0.2 -1,0 -2.8,0 h -1.8 l 2,0.6 q 1.8,0.4 2.4,0.8 0.6,0.2 2,0.2 l 1.2,0.2 q -0.2,0.2 -2.4,0.4 -2,0 -3,0.2 -0.8,0.2 -0.4,0.2 0.2,0 1,0.2 1.6,0 1.8,0.6 0.4,0.4 1,0 1.4,-1.2 3,0.4 0.4,0.4 0.8,0.4 l -0.2,-0.4 q -0.4,-0.2 -0.4,-0.2 0.2,-0.2 0.8,0 l 0.8,-0.2 q -0.2,-0.2 0,-0.2 0.4,-0.2 1,0.2 0.6,0.2 0,0.6 -0.4,0.2 0.2,0.4 0.2,0.2 0.2,0.8 0,0.4 -0.4,1 -0.4,0.4 -0.8,0.4 -0.4,0 -0.4,0.4 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -0.8,0.4 -0.8,0 -0.4,0.4 0.4,0.4 0.2,0.6 -0.2,0.2 -0.8,0 -0.4,-0.2 -0.4,0 0,0.2 1.6,0.8 1.8,0.4 1.6,0.8 z m -66.2,-11.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.4,-4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m -4.2,28.6 q 0.2,0 0.8,-0.6 0.6,-0.8 0.4,-0.8 -0.2,0 -0.8,0.8 -0.6,0.6 -0.4,0.6 z m 0.8,3 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m 3.2,-4.2 q 0,0 0.4,-0.2 0.6,-0.2 0.6,-0.4 0,-0.4 -0.6,0 -0.4,0.4 -0.4,0.6 z m 0,9.8 q 0,0.2 0.2,0.2 0.4,0 0.6,-0.2 0,-0.2 0,-0.2 0,-0.2 -0.2,-0.2 -0.6,0 -0.6,0.4 z m -2.2,51.4 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m -9,41 q 0.6,-1 0.4,-1 0,0 -0.8,1 -0.8,1 -0.4,1 0.2,-0.2 0.8,-1 z m 3.8,-3.8 q 0.2,-0.6 -0.2,-0.2 -0.4,0.4 -1,1 l -1.2,1.2 1.2,-0.8 q 1,-0.8 1.2,-1.2 z m 6.8,-5.6 q 0.4,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.8,-0.6 z m 0,3.6 q 0.8,-0.4 0.4,-0.6 -0.2,-0.4 -1.8,1 -1.6,1.4 -3.2,2.4 -1.4,1 -1.4,1.2 0,0.4 3.2,-1.8 2.4,-1.8 2.8,-2.2 z m 1.8,17.8 q 0.6,-1.2 0.4,-1.2 -0.2,-0.2 -0.6,0.2 -0.4,0.2 -0.6,0.8 -0.2,0.6 -0.2,1 0,0.4 0.2,0.4 0.2,0 0.8,-1.2 z m 2.2,-2.2 q 0.2,0.4 0.4,0 0.2,-0.6 -0.4,-0.4 -1.4,0.2 -1.4,1.6 0.2,0.8 0.6,-0.4 0.6,-1.2 0.8,-0.8 z m 2,4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.6,-148.8 q 0.2,-0.4 -0.2,-0.6 -0.4,-0.2 -0.4,0.4 0,1 0.6,0.2 z m 0.2,3.4 q 0,0.2 0.2,0.2 0.4,0 0.4,-0.4 0,-0.6 -0.4,-0.4 -0.2,0.2 -0.2,0.6 z m 0.8,5 q 0.2,-0.2 0.2,-0.6 l -0.4,0.2 z m 1.4,137 q 0.4,0.2 0.4,0 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.2 0.2,0.6 z m 0.4,-1.4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m 2.8,-141.2 q 0,0 -0.2,-0.8 l -0.4,-0.4 z m 0.4,136.8 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.4,-0.4 -0.2,-0.2 -0.6,0.2 z m 1,-133.6 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 50,123.4 q -0.2,-0.4 -0.6,-0.4 -0.4,0 0.2,0.6 0.4,0.6 0.6,0.2 0,0 -0.2,-0.4 z m -1.2,-5 q 0.2,-0.2 -0.6,-0.6 -0.6,-0.6 -0.8,-0.4 0,0.2 0.6,0.8 0.6,0.4 0.8,0.2 z m -2.6,-0.4 q 0,0 0,0.2 0.8,0.2 0.8,0 -0.2,-0.4 -0.8,-0.2 z m -1.8,-1.8 q 0.2,0 -0.2,-0.4 -0.2,0 -0.4,-0.2 -1.2,-0.6 -1.6,0 0.4,-0.2 1,0.2 0.6,0.4 1.2,0.4 z m -0.8,-1.4 q 2.2,1.2 2.2,1 0,-0.2 -1.6,-1.2 -1.4,-1 -2.2,-1.2 l -0.6,-0.2 q 0.2,0.4 2.2,1.6 z m -1.6,-3.2 q -0.2,-0.2 -1.2,0 -0.8,0.2 0,0.4 0.6,0.2 0.6,0 -0.2,-0.2 0.2,-0.2 z m -3.6,17.8 q 0,0 0.2,0.2 l 0.6,-0.2 q -0.2,-0.2 -0.8,0 z m -3.6,-20.4 q 0,-0.2 -1.6,-0.6 -1.6,-0.6 -1.8,-0.4 l 1.4,0.8 q 2,0.6 2,0.2 z m -5.4,-2.2 q -0.2,0 -0.4,0.4 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 z m -0.8,0.2 q 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 0,0 0.4,0 0.6,0 0.6,-0.2 z m -4.6,-0.8 q -0.2,0.2 0.2,0.2 0.2,0 0.4,-0.2 l 0.4,-0.2 q -0.6,-0.2 -1,0.2 z m -6.6,-0.6 q -0.4,0 -0.2,0.2 0.2,0 0.6,0 0.4,0 0.6,-0.2 -0.4,-0.2 -1,0 z m -10.2,-18.8 q 0.2,-0.4 0,-1.2 -0.2,-0.2 -0.2,0 0,0.2 0,0.6 0,0.4 0.2,0.6 z m 28.4,-15.2 q -0.2,0.2 0,0.2 0.2,0 0.6,0 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m 4.8,-6.8 q 0.2,0.2 0.6,0.2 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m -0.8,-4.6 h -1 l 1,0.4 q 0.8,0.2 0.8,0.2 l 0.2,-0.2 q 0,-0.4 -1,-0.4 z m -27,-0.6 q 0,0 0.4,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.8,0 z m 7.6,-55 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 3,-0.8 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 1.6,0 q 0.2,0 0.4,-0.2 l -0.2,-0.2 q -1.2,0.4 -0.2,0.4 z m 4.4,-0.6 q 0,0 0.6,0 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -0.6,0.4 z m 3.8,-0.4 q 0,0 -0.2,-0.4 -0.8,0 -0.8,0.4 0,0.8 1,0 z m 8.6,14 q 0,0 0.4,-0.2 -0.4,0 -0.8,0 0.2,0.2 0.4,0.2 z m 0.4,-11 q 0.8,0.2 1.8,0.2 1.2,0 1.2,-0.2 0,-0.2 -2.2,-0.2 l -1.4,0.2 q 0.2,0 0.6,0 z m 2,10.8 q 0,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0,0.2 0.4,0.2 z m 3.4,0.8 q 0,0.2 0.2,0.2 0.2,0 0.2,-0.4 0,-0.6 -1.2,-0.6 -1.2,-0.2 -1.2,0 0,0.4 1.6,0.4 0.4,0 0.4,0.4 z"/><path fill="#111111" d="m 468.40017,52.6 q 1.6,1.4 1,2.4 -0.4,0.6 -0.6,0 -0.2,-0.4 -1.8,-1.2 -1.4,-0.8 -1.6,-0.6 l 0.8,0.6 q 1.8,1.4 1.8,2.2 -0.4,0.2 0.2,1 l 0.4,0.4 q -0.4,-0.2 -1,0.2 l -0.2,0.2 q 0.2,-0.4 -0.2,-0.8 -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.6 V 58 l -0.8,-0.6 q -0.8,-1 -2.6,-1.6 -1.6,-0.6 -2,-0.2 -0.2,0.2 0.8,0.6 1,0.4 1.2,0.4 0.2,0 1.2,0.8 0.4,0.6 0.6,0.6 -0.4,-0.2 -0.4,0.2 0,0.6 1,0.4 0.4,0 0.2,1 -0.2,0.6 -0.4,0.6 -0.6,-0.2 -1,-0.2 0.2,0.2 0,0.2 0,0 -0.2,0 -0.4,-0.4 -0.2,-0.6 0.2,-0.4 -0.4,-0.4 -0.4,-0.2 -0.8,0 -0.4,0.2 0.2,0.8 0.6,0.6 0.2,1.6 -0.4,0.8 0.4,1.6 1,0.6 1,1.2 0,0.4 -1,-0.2 -0.8,-0.8 -1.2,-0.6 -0.2,0.2 -0.2,0 0,-0.4 -0.6,-0.6 -0.4,-0.2 -0.4,0 0.2,0.2 0.4,0.4 0.4,0.8 0.6,1.2 0.4,0.2 0.4,0.6 0.2,0.2 0.2,0.4 0.2,0.2 0.2,0.6 0,0.2 1,1.2 0.6,0.6 0.4,0.8 -0.8,-0.2 -0.8,0.2 0,0.2 1,0.2 1.4,-0.2 2.2,1.6 0.6,0.8 0,1.4 -0.4,0.4 -0.8,0 -0.4,-0.6 0,-0.8 0.6,0.2 0.6,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -1.6,-0.8 -2.4,-1.6 0,0.8 1.4,1.4 1.4,1.6 0,1 -2.4,-1.4 -1.6,-1.6 -3.4,-2.4 l -1.8,-0.6 1,1 q 1.2,1 1.4,1 0.2,0 0.8,0.6 0.8,0.6 1.8,1.4 l 0.4,0.6 q -0.6,-0.2 -0.6,0.2 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -1.2,-0.4 -1.2,-1 -1.6,-1 -0.4,0 -0.2,-0.2 0.2,-0.4 0.6,-0.2 V 71 q -0.2,-0.4 -0.6,0 -0.2,0.2 -1.4,-0.2 l -1,-0.6 1,0.8 q 1,1 1,1.4 0.2,1.6 1,1.6 0.6,0 0.6,0.8 l 0.2,1 -1,-1 q -1.2,-1.2 -4.6,-3 -3.4,-1.8 -4.2,-1.6 -0.4,0 -3.6,-1.4 -3,-1.4 -3.4,-1.4 -0.2,0 -7.4,-2 -17,-4.8 -16.4,-3.2 0.4,0.6 -3.8,11.4 -0.8,2.4 -1.4,4.2 -0.6,1.6 -0.8,2 -0.2,0.2 -0.6,1.6 -0.8,2.6 -2.8,9.2 -2.8,9 -5.8,25.6 -0.8,5.4 -1,5.6 -0.2,0 -0.2,1.4 0.2,1.2 -0.8,1.8 -0.8,0.6 -0.8,2 0,1.2 0.4,1.6 v -1.2 q -0.2,-1.8 0.4,-2 0.6,-0.2 0.6,0.4 0,0.8 -0.6,6.2 -0.8,5.6 -1,8.6 -0.2,2.8 -0.6,2.6 v 0.4 q 0.2,0.6 0,5.2 -0.4,4 -0.8,4 -0.4,-0.4 -0.4,-1 l -0.4,-0.2 q -0.2,0.4 -0.2,2.4 0.2,1.8 0.4,1.8 0.4,0 0.4,-1.4 0,-0.8 0,-0.6 0.4,0.8 0.4,2.4 l -0.2,1 -0.2,-0.4 -0.2,0.2 0.2,1 q 0.4,-0.2 0.4,0.2 0,0.2 -0.4,0.4 -0.2,0.2 0,2.6 v 1.8 q -0.2,-0.4 -0.6,-3.6 l -0.2,-3.2 v 3.4 q 0,3.4 -0.2,3.2 l -0.6,8 q 0,1 0,2.4 0,5 -0.4,5.2 -0.4,0 -0.4,0.4 0,0.4 0.4,0.2 0.2,-0.2 0.2,1.4 0,1.4 -0.2,3.4 0,1.8 -0.2,2.6 v 0.8 l 0.4,0.8 q 0.2,1 -0.4,1.2 -0.6,0 0,0.6 0.6,0.6 0,0.8 -0.6,0.2 -0.8,0.2 0,0 0.2,-0.6 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,-1.6 l 0.4,-1.4 q 0.4,0.2 0.4,-0.2 0,-0.6 -0.6,-0.4 h -0.4 q 0.2,-1.2 -0.6,-11 -0.2,-1.8 -0.6,-2 v 0.2 q 0.2,0.6 -0.6,0.8 -0.6,0.2 -1,1.2 -0.2,0.8 -0.2,8.6 0,7.8 -0.2,7.4 -0.2,-0.2 -0.2,0 -0.2,0.2 -0.2,0.4 -0.2,13.8 -0.4,14 -0.2,0.2 -0.2,-0.8 0,-1 0,-2.6 0,-1.4 0,-3.4 l -0.2,-4.8 q -0.2,2.2 -0.4,2.6 l -0.2,-0.6 0.2,-0.8 -0.6,0.8 q -0.6,0.8 -0.2,1.4 0.4,0.4 0,0.8 -0.4,0.4 -0.4,3.6 v 3 l -0.2,-3 q -0.2,-3 -0.6,-3.2 l -0.2,0.6 q 0.2,1.2 0,3.4 0,2.2 0,4.4 0,2.2 -0.2,2 -0.2,-0.2 -0.4,-2.2 0,-2 -0.2,-2.2 0,0 0,-1.2 -0.2,-4.2 -0.8,-5.2 -0.4,-0.6 -0.4,-2 0,-1.4 -0.2,-3 l -0.4,-1.8 -0.2,2 q 0,0.8 0,-0.2 -0.2,-0.8 -0.2,-3.2 0,-5.2 -0.4,-6 -0.4,-1 -0.4,-2 v -1 q -0.2,0.2 -0.2,1.6 0,1.4 0,2.8 0.2,1.6 -0.2,2.2 -0.2,0.6 0,0.8 0.4,0.2 0.4,2.4 0,2 -0.4,2.4 -0.4,0.6 0,1 0.6,0.2 0.2,0.4 -0.4,0.2 -0.4,0.6 0,0.2 0.2,0 l 0.4,2.4 q -0.2,1 -0.2,1.2 -0.4,0.4 -0.2,0 0,-0.2 0,-0.6 0,-1 -0.2,-1 l -0.4,-7.2 q 0,-1.4 0,-3.2 l -0.2,-10.8 -0.2,23.4 -0.2,-14.4 -0.4,-12 -0.2,2.4 -0.4,-6.6 v 3.6 q 0,3.8 0.2,3.8 0.4,0 0.4,2.6 l -0.2,2 q -0.2,-0.8 -0.6,-0.8 -0.2,0 -0.2,11.6 0.2,11.4 -0.2,11.2 h -0.2 q 0.4,0.2 0,1.2 -0.2,1.2 0,2.6 0.2,1.2 0.4,0 0,-0.2 0,-1 l 0.2,-2.4 v 2.4 q 0.2,2.6 -0.2,2.6 -0.4,0 -0.4,1.4 l -0.2,-0.2 q -0.2,-0.8 -0.2,-2.2 -0.2,-3.8 -0.4,-4.6 -0.2,-0.8 -0.4,-15.8 0,-0.2 0,-0.4 l -0.4,-14.6 q 0,0.2 0,0.8 v 0.2 l -0.2,1.2 q -0.2,-0.4 -0.2,-3.4 0,-2.4 0,-5 0.2,-2.6 0.2,-4.2 0.2,-1.6 0.4,-1.4 0.2,0 0,4.8 0,1.2 0,2.4 0,1 0,1.6 0.2,0.6 0.2,0.4 0.2,0 0.2,-6.6 l 0.2,-5.4 q -0.2,1.2 -0.6,1.6 -0.4,0.4 0,-4.4 0.2,-1.2 0.2,-2.4 0.2,-1.6 0.4,-4.2 0.2,-2.4 0.4,-3.6 0.2,-0.4 0.2,-0.6 0.2,-0.4 0.2,0.2 0,0.2 0,1 l 0.2,1.6 0.2,-2.2 q 0.2,-2.2 0.2,-2.4 l -0.2,0.4 q 0,0.6 -0.4,0.6 -0.2,0 -0.2,-0.2 0,-0.2 0,-0.8 0,-0.6 0,-1.4 0.2,-1 0.4,-2.2 0.2,-1 0.4,-8.6 0.2,-7.6 0.4,-9.6 0.6,-9.8 1.6,-17.4 3.4,-23.8 9.8,-40.2 1.4,-3.4 1.2,-3.6 -0.2,-0.2 -4.4,0 -4.2,0 -5.6,0.2 -4.2,0.6 -6.2,0 0.2,-0.2 0.6,-0.2 0.6,0 2.4,-0.2 1.8,-0.2 3.2,-0.4 1.2,-0.2 1.6,-0.4 0.6,-0.2 6,-0.4 1,-0.2 0.8,-0.4 -0.4,-0.4 -2,-0.2 -1.4,0.2 -4.2,0.4 -2.6,0.2 -2.4,0.4 0,0.2 -0.6,0.4 -0.4,0 -1.4,0 -0.8,0 -1.8,0 -4,0 -3.8,-0.2 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,0.2 0,0.4 -3.6,1 -1.6,0.2 -1.6,-0.2 0,-0.6 0.8,-0.8 l 0.4,0.2 1,0.2 q 0.8,-0.2 1.2,-0.6 0.2,-0.4 3,-0.4 2.8,-0.2 3,-0.4 0.4,-0.2 1.2,-0.4 h -2.8 q -3.4,0.2 -8.8,0.4 -5.2,0 -7.6,0.4 -2.4,0.2 -2.4,-0.2 0,-0.4 1.2,-0.6 l 0.8,0.2 q -0.2,0.2 0,0.2 0.4,0 1.4,-0.2 1,-0.4 2.4,-0.6 1.4,-0.2 2.6,-0.6 l 1.2,-0.2 h -1 l -0.2,-0.4 -5.6,0.2 q -1.8,0.2 -2.4,0.4 -0.8,0.2 0,-0.4 0.6,-0.6 1.8,-0.6 1.2,0 1.4,0 0.2,0 2,-0.4 1.8,-0.2 1.8,-0.6 0,-0.6 -0.6,-0.6 -0.2,0 -0.2,0.2 -0.2,0 -0.2,0 l -0.6,0.4 q -0.6,0 -2.4,0.2 l -1.4,-0.2 q 0.2,-0.4 1,-0.2 0.6,0 1.4,-0.4 0.8,-0.4 1.4,-0.4 0.6,0 0.4,-0.4 -0.4,-0.4 -1,0 -0.6,0.2 -1.6,0.2 -1.2,0 -2,0 -0.8,0 -0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 1,-0.4 0.4,-0.8 0.2,-0.8 -0.4,0 -0.6,0.4 -0.2,0.4 -0.6,0 -0.6,-0.4 -0.8,0 -0.4,0.4 -0.6,0.2 -0.2,-0.4 -1.2,0.2 -1,0.4 -1.2,0.4 -0.2,-0.2 -0.2,-0.8 0,-1 0.8,-0.8 0.6,0.2 0.6,-0.2 0,-0.6 -1,-0.2 -0.6,0.2 -1.2,0.4 -0.6,0 -1,0 -0.4,0 -0.4,-0.2 0,-0.2 -0.6,0 -0.6,0 -0.8,-0.4 -0.2,-0.2 -0.2,-0.2 0,0 0.2,0 0.4,0.4 0.4,-0.2 0,-0.6 1,-0.4 0.8,0.2 0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 0.6,-0.2 0.2,-0.4 0.6,-0.2 0.2,0.2 0.4,0.2 0.2,-0.2 0,-0.4 0,-0.4 1.8,-0.8 l 1.6,-0.4 -1.8,0.2 q -2,0.2 -2.2,0.6 h -0.2 q 0,-0.2 -0.6,0.2 -1,0.8 -1,0 0,-0.2 0.2,-0.4 0.4,-0.6 0.8,-0.4 0.2,0.2 4.8,-1.4 1.8,-0.6 2.2,-0.4 0.4,0.2 0.4,-0.2 0,-0.4 0.4,0 l -0.2,-0.6 q -0.8,-0.6 -1.2,-0.2 -0.4,0.2 -1.4,0.4 -1.2,0 -2,0.4 -0.6,-0.2 -0.6,-0.2 0.2,-0.4 0,-0.4 -0.4,0 -0.4,0.4 -0.2,0.2 -2.6,0.6 -2.6,0.4 -2.8,0.2 -0.4,-0.4 0.2,-0.6 0.2,0 0.4,0 0.8,-0.2 1.4,-0.4 0.6,-0.4 1.2,-0.4 0.6,0 1.4,-0.2 5.4,-1.4 6.2,-1.2 0.8,0 0.8,-0.4 0,-0.6 5.4,-2 l 1.8,-0.4 -2.4,0.2 q -2.6,0.2 -3.4,0.2 -0.8,0 -0.8,0.4 0,0.2 -1.6,0 -1.6,-0.2 -1.6,0.2 0,0.2 -0.6,0.2 -0.8,0 -1.4,0.2 -0.6,0.2 -0.6,0 0,-0.6 2.4,-1 2.4,-0.6 4.4,-0.6 1.8,-0.2 1.8,-0.4 0,-0.4 0.6,-0.6 0.6,-0.4 1,-0.2 0.2,0.2 -0.2,0.2 -0.4,0 -0.4,0.4 0,0 0.2,0 0.4,0 1,0 0.6,0 1.2,-0.2 2.6,-0.4 4.8,-0.6 2.4,-0.2 2.6,-0.6 0.2,-0.4 -0.8,-0.2 -0.8,0.2 -1,0 l 0.8,-0.4 q 2.4,-0.2 5.2,-0.6 1.6,-0.2 1.8,0.4 0.2,0.4 0.4,0 0.6,-1 2,0 0.6,0.4 1.2,0.2 0.6,-0.2 0.6,-0.6 -0.2,-0.4 3,-0.4 3.4,-0.2 3.4,0 0,0.2 0.2,0.2 0.4,0 0.8,0 0.4,-0.2 0.6,-0.4 h 0.4 q -0.4,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.4 1,-0.4 0.6,0 0.8,0.2 0.2,0 0,0.4 0,0.2 0.2,0.2 0,0 0.4,-0.2 0.4,0 0.4,0 l 2.2,0.4 q 0.4,0 0.8,0 l 2.8,-0.4 q -0.4,-0.2 -0.2,-0.2 0.2,0 0.6,0.2 1,0.2 3.4,0.4 2.6,0 3.8,0.4 1.4,0.2 2.4,0.4 l 0.2,0.2 0.4,0.2 q 3.2,-0.6 7.6,0 1.8,0.2 4.6,0.6 3,0.4 3.4,0.6 0.6,0.2 1.4,0.2 2.6,0.2 10.6,2.8 11,3.8 12.4,5 2,2 2.8,2 0.6,0 1.2,0.6 0.8,0.4 0,0 -1,-0.4 -1,0 0,0.2 1.4,1 1.6,0.8 2,0.8 0.2,0 -0.8,-0.8 l -0.8,-0.6 1,0.4 q 0.8,0.4 0.8,0.6 0,0.2 1.2,1.6 z m -106.4,-2.2 q 0.2,0 0.4,-0.4 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 0,0.4 0.2,0.4 z m 7.6,1.6 q 0.4,0 0.8,-0.2 l 0.2,-0.4 q -0.4,0 -0.8,0.4 z m 2,1.4 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 l 0.2,0.2 q 0.6,0.4 0.8,0.4 z m 0.6,-1.6 q 0.4,0 0.4,0 -0.2,-0.4 -0.6,-0.4 z m 2.6,-11.4 q 0,0 0.2,0.4 l 0.6,-0.2 q -0.4,-0.2 -0.8,-0.2 z m -0.6,14.6 q 0,0.2 0.4,0.2 l 0.4,-0.2 q -0.4,-0.2 -0.8,0 z m 0.6,1.4 q 0.8,0 0.8,-0.2 -0.6,0 -1.4,0 -0.4,0.2 0,0.2 0.2,0 0.6,0 z m 2.4,-15.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,-0.6 q 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 0.2,0.2 0.6,0.2 z m 5.2,-3.2 q -0.2,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.2 -0.4,-0.2 -0.2,-0.2 -0.4,0 z m 1.8,0 q -0.4,0.4 0.4,0.4 0.8,0 0.4,-0.4 -0.4,-0.4 -0.8,0 z m 2.6,0 q 0.2,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m -3.8,118.4 q 0,0 0.6,-6.8 v -2.2 l -0.4,2.4 q -0.6,5.2 -0.2,6.6 z m 1,-14.6 q 0,0 0.2,0.4 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0.2,38.8 q 0.4,0 0.4,-0.2 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.4 0,0.2 0.2,0.2 z m 0.8,-16 q 0,-1.4 0,-3 -0.2,0.8 -0.2,1.6 v 1.6 z m 0.4,-33 q 0,0 0.2,0.4 0.2,-0.4 0,-1 -0.2,0.4 -0.2,0.6 z m 0.2,37.8 q 0.2,-1.2 0,-2.2 0,0.4 -0.2,1 l 0.2,1.4 z m 12.2,-129.6 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 0,23 q 0.2,0 0.4,-0.2 0.2,-0.4 -0.2,-0.4 -0.2,0 -0.2,0.4 0,0.2 0,0.2 z m -4.6,-25 q 0.8,0 2.6,-0.2 2,-0.2 2.2,-0.4 h -1.4 q -1.4,0.2 -3,0.2 z m 3.4,27.6 q 0,0 0.2,0 0.6,-0.6 0.6,-1.2 0,-0.6 -0.2,0 -0.2,0.6 -0.6,1.2 z m -10.4,91 q 0.2,-0.6 0,-1 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.6 z m 0.4,7.2 q 0.2,-0.4 0,-1 0,-0.4 -0.2,-0.2 0,0.2 0,0.6 0.2,0.4 0.2,0.6 z m 1.2,15 q 0.2,0 0.2,-2.6 0.2,-2.6 -0.2,-2.8 -0.4,-0.2 -0.4,2 0,3.4 0.4,3.4 z m 0.2,-40.6 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.8,50.6 q 0.2,-0.2 0,-2 l -0.2,-1.6 -0.2,2 z m -0.2,-4.6 q 0,0 0,0.4 0.2,-0.4 0,-0.8 0,0.2 0,0.4 z m -0.4,-82.2 q 0,0 0.8,-6.2 l -0.2,0.4 q -0.6,1.4 -1.8,10.2 -1,8.8 -1,13.2 -0.2,3.6 0,2.8 0.2,-1 1,-8.8 0.4,-6 1.2,-11.6 z m 3.2,95 q 0,0 -0.2,-1.6 v 0.4 q -0.2,0.6 -0.4,1.6 0,0.8 0,1.4 0.2,0.6 0.4,0.6 0.2,0 0.2,-2.4 z m -0.2,-3.4 q 0.2,2 0.2,0.2 0.2,-0.8 0,-2 0,-2.2 0,-2.2 0,0 -0.2,1.2 -0.2,1.8 0,2.8 z m 0.2,-97.2 q 0.2,-0.4 0,-0.8 0,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.2,-1.8 q 0.4,-0.2 0.2,-0.8 l -0.4,0.2 z m -1.6,-2.6 q 1,-5.2 3.8,-16.4 0.6,-2 1.6,-5 1,-3.2 0.8,-3.4 l -0.6,1.2 q -0.4,1.4 -0.6,1.6 -0.2,0.4 -1.6,5.8 -0.4,1 -1.4,4.6 -0.6,2 -0.6,2.8 -0.2,1 -0.8,3.4 -0.4,2.2 -0.8,4.2 -0.4,2 -0.6,3.4 -0.2,1.2 0,1.2 0.2,0 0.8,-3.4 z m 2.2,103.8 q 0,0.4 0.2,0.4 0.4,0 0.2,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 0,0.6 z m 0,-2.4 q 0,0 0.2,0.4 0.2,-0.2 0,-0.6 z m 0.6,-3.6 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-2.4 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 3.8,-17.6 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m -2.2,-87.2 q 0.6,-2.2 2.2,-8.2 1.8,-6 1.6,-6.2 l -0.4,1 q -0.4,1 -1.8,5.8 -1.4,4.6 -2.2,8.6 -0.8,4 -1.4,6 -0.8,3.4 -0.4,3.2 0.2,0 0.4,-1 0.4,-2.4 1.4,-6.2 0,-0.2 0,-0.6 0.2,-0.6 0.4,-1.2 0.2,-0.8 0.2,-1.2 z m 4,73.4 q 0,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.6 0.2,0.6 z m 9.6,-118 q 0,0 0.2,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.6,0 z m -2,0.2 q 0,-0.2 -0.8,-0.2 -0.6,0 -0.6,0.4 0,0.2 0.6,0 0.8,-0.2 0.8,-0.2 z m -1.2,65.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m -0.6,2.4 q -0.2,0.4 -0.2,0.4 0,0.4 0.2,0.6 0.2,-0.6 0,-1 z m -4.6,-41 q -0.2,0 -0.6,0.8 -0.2,0.6 0,0.6 0.4,0 0.6,-0.6 0.2,-0.8 0,-0.8 z m -1,87.6 q 0,0 0.4,0.4 0.2,-0.6 -0.2,-0.8 -0.4,-0.4 -0.2,0.4 z m 0,-4 q 0.2,1 0.4,0.6 0.4,-0.6 0.4,-0.8 0,-0.4 -0.4,-0.2 0,0.2 -0.2,0 0,-0.2 0,-0.4 l -0.2,-0.4 q -0.2,0.2 0,1.2 z m 1,-10.6 q 0.2,-1 0.2,-1.8 0.2,-0.8 0.2,-1.2 0,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.8 0,0.6 -0.4,4.4 -0.2,2 -0.4,3.4 0,1.4 0,2.4 0,0.8 0,1.2 0,0.4 0.2,0.4 0.2,0 0.2,-0.4 0.2,-6.8 0.6,-8.6 z m 0.6,-6.4 q 0.8,-8.2 1.4,-7.6 l 0.2,-0.2 q 0,-0.2 -0.2,-0.4 -0.2,-1.2 0.6,-5.6 l 0.4,-4.6 q 0,0.2 0,0.6 -0.4,1.2 -0.6,2.4 -1,6.2 -1.8,12.2 -0.4,4.4 -0.6,5 0,0.6 0.2,0.6 0.2,0 0.4,-2.4 z m 1.8,10 q 0.2,-0.8 0,-1.8 v 0.2 q 0,0.4 0,0.6 v 1.2 z m -0.2,11.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-8 q 0,-1.4 0.4,-1.4 0.4,0 0.2,-0.8 0,-0.8 -0.2,-0.2 l -0.4,0.2 q 0,-0.4 -0.2,-0.2 -0.2,0.2 -0.2,1.6 0.2,1.4 -0.2,1.8 -0.2,0.4 -0.2,2.8 0.2,2.2 0.4,2.2 0.4,0 0.2,-2.4 -0.2,-2.4 0.2,-2.2 z m 0.6,-8.4 q 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,1.2 z m 1,-4.2 q 0,0 -0.4,-1.4 0,-0.4 0,-0.4 -0.2,1 -0.4,1 -0.2,0 0,1.6 0.2,0.8 0.2,0.6 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.2 z m -0.4,-21.2 q 0,0 0.2,0.4 0,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-72.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,70.8 q 0,0 0.4,-0.2 0.2,-1 0.2,-1.8 l -0.2,0.2 q -0.4,0.8 -0.4,1.8 z m 1.8,9.8 q 0,0 0,-1 l -0.2,-0.8 q -0.2,0.8 -0.8,4 -0.4,3 -0.4,3.4 l 0.2,-0.2 q 0.4,-0.4 0.6,-0.4 v -0.2 q 0,-0.6 0,-1.6 0,-1.2 0.2,-2.2 0.2,-1.2 0.4,-1 z m 1.6,-9.6 q 0,-1.8 -0.2,-1.6 0,0.2 -0.8,4 -0.6,3.6 -0.6,4 l 1,-3.6 v -0.2 l 0.2,-1 z m 0,-72 q -0.4,0 0,0.4 0.4,0.4 0.2,0.6 v 0.2 q 0.4,-0.2 0.4,-0.6 0,-0.6 -0.6,-0.6 z m 0.4,68.6 q 0.2,-0.4 0.4,-1.8 0.2,-1.4 0,-0.6 z m 0.6,-3.8 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.6 -0.2,-0.6 0,0 -0.2,0.6 z m 0.6,-1.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-62.8 q 0,0 0.2,0.4 0.4,0 0.4,0 -0.2,-0.4 -0.6,-0.4 z m 0.4,61.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.4,-2.4 q -0.2,0.8 0,0.4 0.4,-0.4 0.4,-0.8 z m 1.6,-3.2 q 0,0 0,-0.2 -0.4,0 -0.2,-0.8 l -0.2,-0.2 q -0.4,0.6 -0.6,1.8 -0.2,1 -0.2,1 0.2,0 0.4,-0.4 0.4,-1 0.8,-1.2 z m -0.2,-2.6 q 0,0 0.2,0.6 0.2,-0.2 0,-0.8 z m -0.6,-52.4 q 0,0.2 0.6,0.2 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0 -0.6,0.2 z m 1.8,49.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.2,-1.8 q 0,0.8 0.2,0.2 0.4,-0.8 0.4,-1 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.2,1 z m 1.4,-3 q 0,0 -0.2,-0.4 -0.8,1.4 -0.2,1.4 0.2,-0.2 0.4,-1 z m 0.8,-2.6 0.2,-0.8 -0.4,0.8 -0.6,1.4 0.2,-0.2 q 0.4,-0.4 0.6,-1.2 z m 1.4,-4 0.2,-1 -0.6,1 q -0.4,0.8 -0.4,1.4 0,0.4 0.2,0 0.4,-0.6 0.6,-1.4 z m 1,-4 q -0.2,0.6 0.2,0.2 0.4,-0.4 0.2,-0.6 -0.2,-0.2 -0.4,0.4 z m 0.2,-7.6 q 0.4,-0.2 0.4,-0.8 0,-0.6 -0.4,0 -0.4,0.8 0,0.8 z m 1,-2.6 q 0,0 0,-0.8 0,0.2 -0.2,0.8 -0.2,0.4 -0.4,0.8 0,0.2 0,0.2 0.2,0 0.6,-1 z m 0.8,-24 q 0,0 -0.2,0.4 -0.2,0.2 0,0.2 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.4 z m 0.2,29.2 q 0.4,-0.6 0.4,-0.8 h -0.4 q -0.2,0.6 -0.2,1 z m 2.6,-28.2 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 l 0.2,0.2 q 0.6,0.4 0.8,0.4 z m 7.2,1.4 q 0.6,-0.2 0.6,-0.2 -0.4,-0.2 -1,0 0,0.2 0.4,0.2 z m -1.2,-1 q 2.6,0.2 2.8,0.2 0.4,-0.4 -5,-0.8 h -1.8 q 0.4,0.2 0.6,0.4 0.2,0 0,0.4 0,0.2 0.2,0.4 0.4,0 1,0 h 1.4 l -1.2,-0.2 q -2.2,-0.4 -0.4,-0.6 1,0 2.4,0.2 z m 3.2,1.4 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,-0.2 z m 0.2,-1 q 0,0 2.4,0.2 0,-0.2 -1.4,-0.4 -1,0 -1,0.2 z m 3.6,0.6 q 0.2,0 0.4,0 0.2,-0.2 0,-0.4 -0.2,-0.2 -0.6,0 -1.2,0.4 0.2,0.4 z m 2.6,0.2 q 0.4,0 0.6,-0.2 -0.6,0 -1,0 0.4,0.2 0.4,0.2 z m 1.8,0.4 q 0.4,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m 2.2,0.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 2,0.6 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z m 20.6,10.4 q 0,0 0.2,0.4 0.6,0.2 1,0.2 l -0.2,-0.2 q -0.6,-0.4 -1,-0.4 z m -5,-5.8 q 0,0 -1.2,-0.2 l 0.2,0.2 q 0.6,0.4 1.2,0.2 z m -3,-1 q 0,-0.4 -0.8,-0.4 -0.8,0 -0.2,0.4 0.8,0.2 1,0.2 z m -2.2,-1 q -0.8,-0.4 -1.4,-0.2 0.4,0.6 2,0.8 z m -2.8,-1 q 0,0 -2.8,-0.6 0.2,0.2 1.4,0.8 1.4,0.4 2,0.4 0.2,0 0,-0.2 -0.2,-0.2 -0.6,-0.4 z m -1,23.8 q 0,0 -0.6,-0.4 -0.8,-0.4 -2,-0.6 l -1.2,-0.4 1,0.6 q 1.2,0.8 2.8,0.8 z m -0.8,-22.2 q 0,0 1.6,0.2 -0.2,-0.2 -1.2,-0.4 -0.4,0.2 -0.4,0.2 z m 6.4,25 q 0,0 0.4,-0.2 -0.2,-0.2 -2.8,-1.2 -2.4,-1.2 -2.6,-1.2 z m 1.2,0.6 q 1,1.2 1,0.6 0,-0.4 -0.8,-0.8 z m 3,1 q -0.2,0 -0.8,-0.4 -0.6,-0.4 -0.8,0 0,0.2 0,0.2 0,0 0.2,-0.2 0.4,-0.2 0.4,0.2 0,0.4 0.6,0.4 z m -0.8,-9 q -0.8,-0.4 -1.2,-0.4 -0.2,0 0.6,0.4 1.2,0.6 1,0.6 0,-0.2 -0.4,-0.6 z m -0.6,3.2 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z m 2.8,-12.6 q 0.8,0.2 0.8,-0.2 -0.2,-0.4 -0.8,-0.2 -0.4,0.2 0,0.4 z m -4.8,-6 q 0,0 5.6,1.6 l -0.2,-0.2 q -0.8,-0.6 -1.6,-0.6 -0.8,0 -0.8,-0.2 0,-0.2 -0.8,-0.2 -0.6,-0.2 -0.8,-0.4 -0.2,-0.4 -0.6,-0.4 l -2.4,-0.8 -0.8,-0.2 q -1,0 -2,-0.2 z m 8.8,8.6 q 1.2,0.6 1.2,0.4 0,-0.2 -1.2,-0.8 z m 2.2,0.2 q 0.4,0 -0.2,-0.6 -0.6,-0.8 -2.6,-1.6 -1.8,-1 -2,-0.8 l 0.4,0.2 -0.2,0.4 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 0.2,0.2 1.8,1.2 1.6,0.8 1.8,0.8 z m 0,-3.2 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 1.2,0.8 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 z"/><path fill="#111111" d="m 526.20016,103.6 q -0.4,1.8 -0.6,2.2 -0.2,0.4 0.6,0.4 0.4,0 0.8,0 1.8,0 2.4,0.4 0.8,0.4 0.8,0 0,-0.4 0.8,-0.4 0.8,0 0,0.4 v 0.2 q 0.8,0 0.4,0.8 -0.2,0.4 -0.6,0.4 -0.6,0 -0.8,0.4 0,0.4 0.6,0.4 0.4,0 1.8,0 l 2.4,-0.2 1.6,2.8 -0.8,0.2 v 0.4 q 0.4,0 0.4,0.2 0,0 -0.4,0.4 v 0.4 q 0.8,-0.2 1.2,0.4 0.2,0.4 0,0.6 -0.4,0.2 -0.2,0.4 0,0.2 -0.4,0.4 -0.4,0.2 -1,0.6 -0.6,0.2 -1,0.4 -0.4,0.2 -0.4,0.4 0.2,0.2 0,0.2 0,0 -0.4,0 -0.4,0 -0.4,0.4 0,0.4 0.8,0.6 1,0 1.8,-0.2 0.8,-0.4 1.2,-0.2 0.4,0.4 -0.4,1 -0.4,0.2 -0.6,0.2 -0.6,0 0,0.4 l -0.4,0.2 q -0.6,-0.2 -1.2,0.4 -0.6,0.4 -1.2,0.2 l -0.2,0.2 q 0.2,0.4 -7.4,2.6 -2,0.6 -2,0.8 0.2,0 5,-1.4 4.8,-1.4 5.8,-1.8 l -0.2,0.4 q -0.8,0.8 -1.4,0.8 -0.4,0 -0.4,0.4 0,0.2 -0.6,0.4 -8.2,2.6 -8.4,3 -0.2,0.2 -0.2,10.2 0,2.8 0,5.2 0,2.2 -0.2,3.6 0,1.2 0,1.2 -0.4,-0.6 -0.6,-14 l -0.2,-5 -0.4,1 v -1 q -0.2,-0.6 -0.4,-0.8 -0.4,0.2 -0.4,1.4 0.2,1 0.2,7.8 l -0.4,5 v -0.2 14.8 q 0.2,2.4 -0.2,2.4 -0.2,0 -0.2,-1.6 l -0.2,-1.4 q -0.2,0.2 -0.2,3.6 0.2,3.2 0,4.2 l -0.2,-0.4 q -0.2,-1 -0.2,-2 0,-1 -0.2,-4.4 0,-3.4 -0.4,-4.2 l -0.2,3.2 q 0.2,4 -0.2,4 -0.2,0 -0.2,0.4 0,0.2 0.4,0 l 0.2,0.8 -0.2,0.2 q -0.4,-0.4 -0.2,0.2 0,0.2 0,0.6 l 0.2,8.2 -0.4,-1 q 0,0.6 -0.2,0.8 -0.2,0.2 -0.4,-0.4 -0.2,-0.4 -0.2,-1 l -0.2,-1.4 v 1.4 q 0,1.6 0.4,2 0.6,0.4 0.6,2.4 -0.2,2.8 -0.8,2.8 -0.4,-0.4 0,-0.4 0.4,-0.2 0.4,-1.4 l -0.2,-0.2 q -0.2,0.6 -0.4,0 0,-0.4 -0.2,-1.2 0,-2 -0.4,-2 -0.4,-0.2 -0.4,-0.6 0,-0.4 0.2,0 l 0.2,-1.8 q -0.2,-0.8 -0.6,-1 l 0.2,7.4 q 0,0.8 0,1.2 0.2,1.6 0.2,1.6 0,0 -0.4,-1 l -0.6,-1.4 q -0.2,0.2 -0.2,0.6 0.2,0.6 0.2,1.6 0.2,0.8 0.2,1.6 0,0.6 -0.2,0.6 -0.4,0 -0.4,-1 v -1 l -0.2,1 q -0.2,0.8 0,1.6 0.2,0.6 0,1 0,0.4 0,1.6 0,1 -0.2,1 -0.2,0 -0.4,-1 -0.6,-8.4 -1.4,-8.8 -0.4,-0.4 -0.6,-2.4 0,-2.2 -0.2,-3.2 l 0.2,7.2 q 0.4,3.4 0,3.6 -0.2,0 -0.4,-0.2 0,-0.4 -0.2,-1 0,-0.6 0,-1.2 -0.2,-2.6 -0.8,-3 l 0.2,-0.4 q 0.2,0.2 0.2,-0.4 0,-0.4 0,-1.6 -0.2,-2.4 -0.2,-3.8 l -0.4,-1.2 q -0.4,0.2 -0.2,1.4 0.2,1 0.4,3.2 0,1.8 -0.2,1.8 -0.4,-0.4 -0.6,-0.2 0,0 0,0.4 0.2,0.8 -0.2,0.8 -0.4,-0.2 -0.4,-1 -0.2,-0.8 -0.2,-0.8 0.2,-0.2 0.6,-0.2 0.6,0.2 0.2,-0.2 -0.4,-0.4 -0.2,-1 h -0.2 q -0.4,0.4 -0.6,-0.2 0,-0.8 -0.2,-3.8 -0.2,-4.6 -0.6,-6.2 -0.2,-1.8 -0.6,-4.4 l -0.2,-2.6 q -0.2,0.4 0,3.4 0,3.8 -0.4,3.8 -0.2,0 -0.2,0.4 0,0.4 0.4,0.2 0.4,-0.2 0.4,0.4 0,0.4 -0.4,0.2 -0.8,-0.2 -0.4,3 0.2,2 0.6,2.2 0.4,0.4 0.4,0.4 0,0 -0.6,0 -0.6,0 -0.8,-0.2 -0.4,-0.6 -0.6,-10 l -0.2,-1.8 h -0.2 l -0.2,0.2 q 0,-0.4 0.2,-0.6 0.4,-0.2 0.2,-0.4 -0.2,-0.4 -0.2,-5.4 0,-5 -0.2,-5 -0.2,0 -0.2,-1.2 0,-1.2 0,-2.6 0.2,-1.4 0.2,-2 -0.4,0.2 -0.4,-0.2 0,-0.2 0,-1 0.2,-5.4 -0.4,-4.8 -0.4,0.4 0,9.4 0,4 -0.4,4 -0.2,0 -0.2,-1.8 -0.2,-11.6 -0.8,-11.6 v -0.2 q 1,-0.6 -10.4,0.2 -3.8,0.4 -8.2,0.6 -5.4,0.2 -7,0.4 -2.6,0 -3.2,0 -0.6,0.2 -0.8,1.2 -0.2,1 -0.6,6.2 -0.4,4.8 -0.6,5.4 0,0.6 -0.2,4.4 -0.2,3.6 -0.6,6.6 l -0.2,2 q 0,-1.6 0.4,-9.6 l 0.6,-13.2 q -0.2,0.6 -0.4,0.6 0,0 0,-0.6 0,-0.8 0.4,-1 0.6,-0.2 0.6,-0.8 0,-0.8 -0.6,-0.4 h -0.2 q 0.2,-0.4 -0.2,-0.4 -0.6,0 -0.6,2.4 0,1.2 0,1.6 0,0.6 -0.4,1.2 -0.4,0.4 -0.2,1 0.4,0.6 0,3 -0.4,2.4 -0.2,3 0.2,0.6 -0.4,1 -0.6,0.6 0,1 0.4,0 0.2,0.8 -0.2,0.6 -0.4,0 l -0.4,-0.2 q 0,0.6 0.4,1 0.4,0.2 0.4,0.6 l -0.4,-0.2 q -0.4,-0.6 -0.4,0 0,0.6 0.4,0.6 0.4,0 0.4,0.6 0,0.6 -0.4,0.2 -0.4,-0.4 -0.6,1.4 0,1.6 0.4,1.6 l -0.2,0.4 q -0.4,0.2 -0.4,1.2 0.2,1.4 0.2,4.6 0,3.2 -0.2,6.4 0,3.2 0,3.2 -0.2,-0.2 -0.4,-2.2 l -0.4,-2.2 q -0.2,0.2 -0.2,0.6 l -0.2,-0.2 q 0,-0.2 0,-0.6 -0.2,-1.4 0.2,-1.8 0.6,-0.4 0,-0.4 -0.6,0 -0.8,0.4 0,0.4 0,2.4 -0.2,1.8 -0.2,3 -0.2,1 0,1 0.4,0 0,0.6 -0.4,0.4 0,0.4 0.4,0 0,0.6 -0.2,0.4 -0.2,2.4 0,0.6 0,1.2 0,0.4 0,0.8 0,0.2 0,0.2 -0.8,-0.2 -1,0.4 -0.2,0.4 -0.2,2.4 l -0.2,2.2 -0.2,-0.2 -0.2,1.8 q 0,0.4 0,0.8 0.2,3.2 0,4.8 l -0.2,1.8 -0.2,-2 q 0,-1.4 -0.4,-1.4 -0.2,0.4 -0.2,0.2 0,-0.2 0,-0.6 -0.2,-0.6 -0.4,-0.6 -0.2,0.4 -0.2,1.8 0.2,1.2 -0.4,1.6 -0.4,-0.2 -0.4,-0.8 0,-1.2 -0.4,-1.2 -0.4,0 -0.4,-0.6 0.2,-0.6 0,-1.4 l -0.2,2.6 q -0.2,3.6 -0.6,3.4 -0.2,-0.4 -0.2,-2 0,-1.6 -0.6,-4.2 -0.6,-2.6 -0.8,-3.8 -0.2,-0.4 -0.4,-0.6 -0.2,-0.2 -0.2,0 v -0.6 q 0,-0.6 0,-0.6 -0.6,0.2 -0.8,1 0,0.6 -0.2,-0.2 -0.2,-0.2 -0.2,-1 -0.2,-2.2 -0.4,-2.2 -0.2,-0.2 0,1.4 0,1.8 -0.4,2.4 -0.2,0.6 0.4,0.8 0.6,0.2 0.6,0.6 0,0.2 -0.4,0 -0.4,-0.2 -0.4,2.6 0.2,2.8 0,3 l -0.4,-1.8 q 0,-2.8 -0.4,-3.2 v 2.4 q 0.2,2.2 -0.2,2.2 -0.2,-0.2 -0.4,-1.2 -0.2,-0.6 -0.2,-0.2 0,0.2 0,0.8 l -0.2,1.2 -0.2,-1.2 q -0.4,-1.4 -0.6,-4.6 -0.2,-3.2 -0.6,-3.4 0,0 0,1 0,1 0,2.6 0,1.4 0,3 0.2,1.6 0.2,3 0,1.4 0.2,1.8 0,0.8 -0.4,0.8 -0.2,0 -0.2,-0.8 0,-0.8 -0.2,-7.6 -0.4,-6.8 -0.6,-16.2 -0.2,-9.6 -0.4,-11.2 -0.2,-1.2 -0.2,-5.2 0,-4.2 0,-7.6 0,-3.6 0,-3.6 0.2,0 0.2,-1.6 0.2,-1.8 0,-3.6 0,-1.8 -0.2,-2.4 -0.2,-0.6 -0.2,-0.2 0,0.2 -0.2,1 -0.2,1.2 -0.6,1.2 -0.2,0 -0.2,-1.6 0,-0.8 -0.4,-1 -0.2,-0.4 -1.6,-0.8 l -1.6,-0.6 -0.4,-0.4 q -0.2,0 -0.4,-0.2 -1.4,-0.4 -1.8,-0.8 -0.4,-0.4 0.4,-0.6 0.6,0 2.4,0.2 3.6,-0.2 3.6,-0.6 l -0.2,-0.4 q 0.4,0 0.2,-0.8 0,-0.8 -2.6,-1 l -2.4,-0.4 3.2,-0.4 h -1.8 q -1.8,0 -1.8,-0.2 0,-0.4 4.4,-0.4 1.2,0 1.2,-0.6 0.2,-0.6 -1,-1 l -1.2,-0.8 q 0.2,-0.2 1.2,0.4 l 1.4,0.2 -0.4,-0.2 q -0.6,-0.6 0,-0.6 0.8,0 0.2,-0.6 -0.2,-0.4 -0.8,-0.4 l 0.4,-0.4 q 0.8,0 0.8,-0.2 l -1,-0.4 q -1,0 -1,-0.4 0,-0.4 1.4,-0.4 1,0 1.2,-0.2 0.2,-0.4 0,-1.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,-0.2 0,-0.4 -0.6,-0.2 l -0.4,-0.2 q 0.2,-0.2 -0.6,-0.4 -0.6,-0.2 -0.4,-0.6 l -0.2,-0.2 q -0.6,0.2 -1.2,-0.2 -0.8,-0.4 -0.4,-0.6 0.4,-0.2 0.8,0 0.2,0 1.2,0.2 1,0 2.2,0.4 1.2,0.2 1.2,-0.6 0,-0.8 1.4,-0.6 0.8,0.2 1,0.2 0.2,-0.2 0,-1 -0.2,-1 0,-1 0.4,0 0.4,-0.6 0,-2 0.6,-3 0.2,-0.4 -0.2,-0.8 -0.2,-0.6 0.2,-0.2 0.6,0.2 0.4,-0.4 -0.2,-0.6 0,-1 0.4,-0.8 0.4,-2.2 0,-0.8 0.4,-1 0.6,-0.2 0.6,-0.6 -0.4,-1.4 0.4,-2.4 v -0.6 q 0,-0.8 0.2,-1 0.4,-0.4 0.4,-1 0,-0.6 0.4,-0.6 0.4,0 0.4,-1.2 l 0.4,-0.8 V 91 q -0.2,-0.6 2.2,-6.6 1,-2.4 2.8,-6.8 1.8,-4 1.6,-4.4 h 0.4 l 0.2,-0.2 -0.6,-1 -0.6,1 q -0.6,0.8 -0.8,1.4 -0.2,0.6 -0.6,0.6 -0.4,0 0,-0.4 0.6,-0.6 0.2,-0.6 -0.2,0 0.4,-1 0.8,-1 0.8,-1.4 0,-0.6 0.6,0.2 0.8,0.6 0.8,0.2 0,-0.6 0.8,-1.6 0.4,-0.2 0.4,0 l 0.2,-0.2 q 0.2,-0.2 0.4,-0.6 0.6,-1.2 0.4,-1.4 0,-0.4 0.2,-0.6 0.4,-0.2 0.6,0.4 0.4,0.6 0.6,0.2 0.2,-0.4 -0.2,-0.4 -0.2,0 -0.2,-1 l 0.4,-0.6 0.2,-0.4 q 0,-0.6 0.6,-1.6 0.6,-1 0.8,-1 0.4,0 0.2,-0.2 -0.2,-0.4 0.2,-0.6 0.6,-0.2 0.4,-0.6 0,-0.2 0,-0.2 0,0 0.2,0 0.4,-0.2 0.4,-0.6 l 0.4,-0.6 q 0.2,0.2 0.4,-0.2 v 0.4 q -0.2,0.4 -0.2,0.8 0,0.4 -0.6,0.6 -0.4,0.2 -0.4,0.6 0,0.2 0.6,0.4 h 0.4 q -0.2,-0.2 0,-0.4 0.4,-0.2 0.8,-0.2 0.4,-0.2 0.6,0 0.2,0 0.4,-0.4 0.4,-0.4 0.8,-1 1.2,-1.8 1.8,-1 0.4,0.4 0.4,0.2 0,-0.4 -0.6,-0.8 -0.4,-0.6 0.2,-1.2 0.6,-0.8 1,-0.6 0.6,0.2 0.4,-0.2 -0.2,-0.6 0.4,-0.4 0.8,0.4 0.4,1.4 -0.2,0 -0.6,1 h -0.2 V 59 q 0,0 -0.4,0.6 -1.2,1.8 -0.2,2 0.2,0 0.6,0 0.8,-0.4 1,0.2 0.2,0.6 0.6,0.4 0.4,-0.2 0.4,0 0,0.2 -0.2,0.4 -0.4,0.8 0.2,0.2 0.8,-0.6 1.2,-0.2 l 0.2,0.4 q -0.2,0 -1.2,1.6 -1,1.6 -1,2 0,0.6 0.8,-0.6 0.2,-0.4 0.4,-0.8 0.2,-0.8 1.4,-2.2 1.4,-1.4 1.8,-1.4 0.8,0 0.4,0.6 -0.2,0.2 -0.8,0.8 -2,2.2 -1.8,3.4 0.2,0 1.6,-1.4 1.6,-1.6 2,-1.2 0.8,1 -0.2,2.6 -0.4,0.8 -0.6,1.6 l -0.4,1 0.8,-1 q 0.4,-0.4 0,0.6 -0.2,0.4 -0.6,1.6 -1.4,3 -1.4,3.2 l 0.6,-0.8 q 0.4,-1 1.2,-1.6 0.4,-0.4 0.4,-0.4 0.2,0 -0.2,0.6 -0.2,0.8 -1.6,3.4 -1.2,2.4 -1.2,2.6 0,0 0.6,0 0.8,-0.2 1.4,-1.8 0.8,-1.8 1.2,-1.8 0.4,0 -0.2,1 -0.6,1 -1.4,3 -0.6,2 -1.2,3.4 -0.8,2 -4.2,12.4 -3.2,10.2 -3.8,12.8 -1.6,6.4 -1.6,7.6 0.4,0 2.8,0 2.6,-0.2 6.2,-0.4 3.6,-0.2 5.6,-0.4 2.8,-0.2 8,-1.2 5.2,-1 5.4,-1.2 0.2,-0.2 0.8,-4.4 1.2,-10.4 4.2,-20 2,-6.4 4.4,-11.2 0.6,-1.2 0.6,-1.4 0,-0.4 0.6,-1.2 l 0.2,-0.8 -0.2,-0.2 q 0.2,-0.6 0.6,-0.4 0.2,0.2 0.4,-0.2 0.2,-0.6 0.2,-1.2 0.2,-0.8 0.2,-1.2 -0.2,-0.6 0.2,-0.6 0.4,0 0.2,0.4 -0.2,0.2 -0.2,0.2 0.2,0 0.4,0 0.4,-0.2 1.8,-2.8 1.6,-2.8 2.4,-3.8 l 1,-1.2 -0.6,1.4 -0.4,1.2 0.2,-0.2 q 0.6,-0.4 0.8,-0.2 v -0.6 l 0.2,-0.4 q 0.2,0.6 0.4,0.2 0.4,-0.4 0.6,-0.4 0.2,0.2 0.6,-0.4 0.6,-0.6 1.6,-2.4 0.6,-1 1,-1 0.6,0 0.4,-0.4 -0.2,-0.6 0.4,-0.4 0.8,0.2 0.4,1 -0.2,0.6 -0.2,1 0.2,0.8 -0.8,1 v 0.4 q 0.2,0.8 -0.4,1 -0.6,0.2 -0.6,0.6 0,0.2 0.4,0 l 0.2,0.2 q -0.2,0.4 -0.4,1.2 0,0.6 -0.2,1 0,0.4 -0.6,0.2 -0.4,-0.4 0,0.2 0.4,0.4 -0.2,0.8 l 0.2,0.2 q 0.6,-0.4 0.8,-0.2 l 0.2,-0.2 q -0.4,-0.4 0.2,-1.4 0.8,-1 1.4,-1 0.4,0 0.4,-0.4 0,-0.4 0.4,-0.4 0.4,0 1.6,-1 1,-0.6 1,-0.2 -0.2,0.6 0.2,0.8 0.4,0.2 -0.2,0.6 -0.6,0.2 -0.8,1 -0.4,0.4 -0.4,0.4 0.2,0 0.8,-0.2 2,-1.2 2.2,0 0.2,0.4 -0.4,1 -0.4,0.6 -0.6,1 h 0.2 q 0.4,-0.6 1,-0.6 v 0.2 q -0.8,0.2 -1.2,1.8 -0.2,0.4 0.2,0.4 0.8,0 1.6,-1.8 0.4,-1.2 0.8,-1.4 0.6,-0.2 0.6,-1 0,-0.4 0.6,-1.4 0.8,-1 1.4,-1 0.4,0 0.4,0.6 0,0.6 0.2,0.4 0.4,-0.2 0.4,0 0.2,0.2 -0.2,0.6 -0.4,0.4 -1.4,2.8 -0.8,2.2 -0.8,2.4 0.2,0 0.2,-0.2 0.2,-0.2 0.4,-0.6 0.4,-0.4 0.6,-1 1,-1.8 1,-1.8 0.2,0 0,0.6 0,0.4 -0.4,1.2 -0.2,0.6 -0.6,1.4 -0.4,1.2 -1,2.4 -0.6,1.2 -0.4,1.2 0.4,0 1.4,-2.2 1,-2.2 1.2,-2.2 0.4,0 -0.4,1.4 -0.6,1.2 -0.6,1.8 l 0.8,-1 q 0.6,-1.2 1,-1.2 0.4,0 -1,3.2 -1.4,2.8 -2,4.4 -0.4,1.4 -2.4,7 -5.2,15 -6.6,21.6 z m 3,-36.4 q 0,0 0,0.4 0.4,-0.2 1,-1.4 0.6,-1.4 1.2,-1.8 0.6,-0.6 0.6,-0.8 0,-0.4 -0.8,0.4 -0.6,0.8 -0.6,0.6 0,-0.4 -0.8,0.6 -0.6,0.8 -0.4,1.2 0.2,0.4 -0.2,0.8 z m -2.6,29.6 q 0,0 0.2,0.2 0.4,-0.4 0.2,-0.6 -0.2,-0.2 -0.4,0.4 z m -44,-13 q 0.2,0.4 -0.2,0.4 -0.2,0 0,0.6 0.2,0.4 1,-1.4 0.2,-0.6 0.6,-1.4 1.2,-3.2 1.2,-3.4 0.2,-0.4 0.6,-1 h -0.4 q -0.6,0.6 -0.6,0.2 l -0.6,1 h 0.4 q 0.2,-0.6 0.2,0 0,0.4 -0.4,1 -0.2,0.4 -0.2,0 0,-0.6 -0.4,0 -0.2,0.4 0,1 0.2,0.6 -0.2,0.6 -0.4,0 -0.4,0.6 0.2,0.4 -0.4,0.8 -0.4,0.4 -0.2,1 z m -4.4,12.8 q 0.2,0.4 0.2,0.4 0.2,-0.2 0.2,-0.8 l -0.4,-0.4 q -0.2,0.4 0,0.8 z m 2.6,-6.8 q 0,0.8 0.4,-0.4 0.6,-1.2 0.6,-1.4 0,-0.4 -0.6,0.2 -0.4,0.6 -0.4,1.6 z m 0.2,-24.4 q 0,0 -1,2.6 0.2,-0.4 1.4,-2.4 l 0.8,-1.8 q -0.4,0.2 -1.2,1.6 z m -1.8,-0.6 q 1,-1.6 0.8,-1.6 -0.2,0 -1.2,1.6 -0.8,1.4 -0.8,1.8 0,0.4 0.6,-0.6 0.2,-0.4 0.6,-1.2 z m -25.6,73.6 q -0.2,0.2 -0.2,0.4 0,0.4 0.2,0.4 0,-0.4 0,-0.8 z m 0,4.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-11.8 q 0,0 0.2,0.4 0.2,-0.2 0,-0.6 z m 0.2,44 q 0.2,-0.8 0,-1.6 v 0.2 0.6 q 0,0.8 0,0.8 z m -0.2,-60.4 q 0.4,0.4 0.8,0.2 0,-0.4 -0.6,-0.6 -0.4,-0.2 -0.2,0.4 z m 0.6,-3.6 q 0.2,0.2 0.2,0.2 0.2,0 0.2,-0.2 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 z m 0.8,68.6 q 0,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.4 z m 1.2,-2 q 0.2,-0.4 0,-0.8 -0.2,0 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.2,-2.4 q 0.2,-1.2 -0.2,-1.6 -0.4,-0.6 -0.4,-0.2 0,0.2 0.2,1.4 l 0.2,1.6 z m 2.2,-12.6 q 0.2,-0.4 0,-1 -0.2,0.2 -0.2,0.6 0.2,0.2 0.2,0.4 z m 0,-2.6 q 0.2,-0.2 0,-0.8 l -0.2,0.4 z m 1.4,18.8 q 0.2,0.6 0.2,1.4 0,0.8 0.2,0.8 0.2,0 0,-1.4 0,-1.6 -0.4,-1.6 -0.2,0 0,0.8 z m 0.8,4.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 1.6,-5.8 q 0.2,-0.6 0,-1.2 0,0.2 0,0.6 0,0.4 0,0.6 z m 0.4,-22.8 q -0.2,0.6 0.2,0.2 0.4,-0.4 0.2,-0.6 -0.2,-0.2 -0.4,0.4 z m 2.8,14 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0,0.2 0.2,0.4 z m 0,-2.2 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 3.2,-95.2 q -0.4,0.2 -0.4,0.4 0,1 0.4,-0.2 z m -0.2,64.6 q 0.2,-0.6 0,-1.4 -0.2,0.2 -0.2,0.6 0.2,0.8 0.2,0.8 z m -0.8,20.6 q 0.2,0.2 0.2,-0.2 0,-0.4 -0.4,-0.4 -0.4,-0.2 0,-1 0.6,-1 0.2,-2 -0.2,-0.8 -0.2,-1.8 0,-1.2 0.2,-1.6 0.2,-0.4 0,-3.6 0,-3.4 -0.2,-3.6 l -0.2,1.8 q 0,2 -0.2,2.6 -0.2,0.4 0.2,0.8 0.4,0.2 0,0.6 -0.4,0.4 -0.4,5.8 l 0.2,4 z m 0.2,-14.2 q 0,0.2 0.2,0.2 0.2,0 0.2,-2.4 l -0.4,-1.6 q -0.2,0.8 0,2.2 0,0.2 0,0.6 0,0.4 0,0.6 0,0.2 0,0.4 z m 0,-5.2 q 0,0.2 0.4,0.2 0.4,0 0.4,0 0,-0.2 -0.4,-0.4 -0.4,-0.2 -0.4,0.2 z m 1,-5.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 2,-62.8 q 0,0 -0.2,-0.2 -0.4,0.2 -0.4,0.4 0,1 0.6,-0.2 z m 2.8,-5.4 q 0,0 0,-0.2 -0.6,0.4 -0.6,0.2 0,-0.4 -0.6,0.4 -0.4,0.6 -0.4,1 l 0.4,-0.4 q 0.4,-0.6 0.6,-0.4 0.2,0.2 0.6,-0.6 z m 1,47.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 3.4,17.8 q 0,0 1.2,0 v -0.2 q -1,0 -2.2,0 -0.4,0.2 0,0.2 0.2,0 1,0 z m 4,0 q 0,0 0.4,0 -0.4,-0.2 -0.8,0 0.2,0 0.4,0 z m 22.4,-20 q 0.2,0.2 0.6,0 0.4,-0.4 0.2,-0.6 -0.2,-0.4 -0.6,0 -0.4,0.2 -0.2,0.6 z m 1.8,-11.2 q -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 0.2,-0.4 0,-0.8 z m -0.8,5.8 q 0.4,0.2 0.4,0.2 0,0 0,-0.8 0,-1 -0.2,-1 -0.2,0 -0.4,0.6 0,0.6 0.2,1 z m 0.8,-4.4 q -0.2,0 -0.4,0.4 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 z m 0.4,57.6 q 0.2,-0.6 0,-1 -0.2,0.4 -0.2,0.4 0,0.4 0.2,0.6 z m 0,-2.8 q 0.2,-1.6 0,-3 -0.2,0.8 -0.2,1.4 l 0.2,1.8 z m -0.2,-48.4 q 0.2,-0.2 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.4 0,0.2 0,0.4 0.2,0 0.4,0 z m 0.2,-8.6 q 0.2,0.2 0.4,0 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.4 0.2,0.6 z m 3,57.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.4,7 q 0.2,0.6 0.2,0.6 0.2,0 0.2,-2 l -0.2,-1.4 q -0.4,0.8 -0.4,1.6 0.2,0.6 0.2,1.2 z m 2,-80.8 q 0,-0.2 0,-0.4 0,-0.4 -0.2,0.2 -0.2,0.2 -0.2,0.6 l -1,1 v 0.4 q 0.2,0.4 0.4,0.4 0.4,-0.2 0.4,-0.8 0,-0.4 0.2,-0.4 0.4,0 0.4,-1 z m 1.8,-4.4 q 0.8,-2.6 1.2,-3 0.4,-0.4 0.6,-1.2 l -0.2,-0.6 q -0.2,0.2 -1.6,3.6 -1.4,3.2 -1.6,3.8 0,0.8 0.2,0.6 0.2,-0.4 1.4,-3.2 z m 0.4,98 q 0,0.4 0.2,0.4 0.4,0 0.4,-0.6 0,-0.2 -0.2,-0.4 0,-0.2 -0.2,0 -0.2,0 -0.2,0.6 z m 0.2,-4 q 0.2,-0.4 0.4,0.2 0.4,0.4 0.4,-0.4 0,-0.2 -0.2,-0.4 -0.4,-0.2 -0.6,0.6 z m 0.8,1.2 q -0.2,0.6 0,0.6 0.4,0 0.4,-0.6 0,-0.6 -0.2,-0.6 0,0 -0.2,0.6 z m 0.8,-101.4 q 0.4,0.6 0.6,0.4 0.2,-0.2 -0.4,-0.6 -0.4,-0.4 -0.2,0.2 z m 1.6,98.4 q -0.2,0.2 -0.2,0.4 0,0.4 0.2,0.4 0.2,-0.4 0,-0.8 z m 0.8,-20.6 q 0.2,-0.8 0,-2.4 -0.2,-1.2 -0.2,-1.2 l -0.2,1.8 z m 0.4,-82.6 q 0,0 -0.2,-0.2 -0.2,0.2 -0.2,0.4 0,1.2 0.4,-0.2 z m 1.2,63.4 q -0.2,0.2 -0.2,0.4 l 0.2,0.4 q 0.2,-0.4 0,-0.8 z m -0.2,23.8 q 0.4,-0.4 0.2,-1 l -0.4,0.4 z m 0.2,-17.2 q 0.4,-1.6 0,-2 l -0.2,1.4 v 2.2 z m 4.8,-30.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0,0.4 0.2,0.4 z m 10.6,8.4 q 0,0 0.2,0.2 l 0.6,-0.2 q -0.2,-0.2 -0.8,0 z m -3.4,0.8 q 0,0 2.4,-0.4 0.6,-0.2 -0.6,0 -1.2,0.2 -1.8,0.4 z m -6.8,-12.6 q 0,0 0.2,0.6 0.2,-0.2 0,-0.8 z"/><path fill="#111111" d="m 608.20031,72 q 0,0.2 0.4,0.8 0.4,0.4 -0.2,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 l -0.2,0.2 q -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.2 l -1.6,0.2 -1.4,0.2 q 0.4,0.2 0.2,0.6 -0.2,0.2 0.2,0.2 0.4,0 0.4,0.4 0,0.4 -1,0.2 -4.8,-1.2 -5.4,-0.4 l 1,0.2 q 1.2,0 1.4,0.4 0.2,0.2 1.4,0.6 l 0.2,0.2 q -1,0.2 -1.2,-0.2 -0.8,-0.8 -3,-0.4 -0.6,0.2 -0.6,0.4 0.2,0.2 1.2,0.2 1.2,-0.2 1.2,0.2 0,0.2 2.8,0.4 4.2,0.4 4,1.2 -0.4,0.4 -0.8,-0.2 l -0.2,-0.2 q 0,0.4 -2.2,0.4 -3.8,0 -3.2,0.2 0.2,0 0.8,0.2 0.8,0.2 -0.2,0.2 -0.8,0 -2.4,0 -4,0.2 -5.4,0.4 -3.6,1 -11,2 -2.4,0.4 -10.2,2.6 -7.8,2.2 -8.4,2.8 -0.2,0.2 0.6,5.8 1.4,10.6 1.4,21.2 0,3.4 0.4,3.4 4.2,-1.6 9.2,-2.4 1,-0.2 1,0.2 0,0.2 0.8,0.2 0.8,0 0.2,-0.4 -0.6,-0.2 -0.6,-0.2 0,0 0.6,0 0.8,0 0.8,0.4 l 0.2,-0.2 q 0.2,-0.6 6.8,-0.4 6.6,0 7.8,0.8 1.4,0.6 1.6,1 0.2,0.4 -0.2,0.4 -0.2,-0.2 -0.4,-0.2 -0.8,-0.2 -2.6,-0.4 -1.2,0.2 -1.2,0.4 0.4,0.6 1.4,0.4 1,-0.2 3,0.4 2,0.4 2,0.8 0.2,0.4 -0.4,0.6 -0.6,0 -2.6,0 -3.2,0.2 -5.2,0.4 -1.8,0.2 -0.2,0.2 0.8,0 2.2,0 4,-0.2 5,0.4 1,0.4 1,0.8 0,0.2 0.8,0.4 0.8,0 0.8,1 0,1 -0.8,1.2 -1.2,0.2 -1.4,0.4 0,0.2 0.4,0.6 0.6,0.4 1.2,0.2 v 0.2 q -0.4,0.6 -2.4,0.8 -0.8,0.2 -0.6,0.4 0.4,0.2 -0.2,0.2 -0.2,0 -0.6,0 -1.4,-0.2 -1.4,0.2 0,0.2 -0.4,0 -0.2,-0.2 -0.4,0.2 h 2.6 q 1.2,0 2,-0.2 0.6,-0.2 0.6,0 0.2,0 -0.2,0.2 -0.4,0.6 -1.6,0.6 l -4,1 h 0.2 q 0.6,0 3.8,-0.4 h 0.2 0.2 l 0.2,-0.2 4,-0.4 q -0.6,0.4 -1.8,0.6 -1,0 -1.4,0.4 -0.2,0.4 -1.6,0.4 -1.4,0 -1.4,0.4 0,0.4 0.8,0.2 l 5,-0.4 q -0.6,0.2 -0.6,0.8 0,0.4 -1.4,0.8 -1.6,0.6 -0.2,1 1.6,0 -0.8,0.8 -2,0.8 -6.2,1.8 -22.2,5.6 -25.2,7.4 -0.8,0.4 -0.8,1.2 0,0.6 -0.2,1.4 -0.2,1 -0.8,5.4 -0.4,4.6 -1.4,9.8 -1,5 -1,5.4 0,0.2 0.6,-0.2 0.6,-0.4 2,-0.6 1.6,-0.2 2.6,-0.6 1.2,-0.6 1.6,-0.4 0.4,0.2 2.8,-0.2 2.6,-0.4 3,-0.8 h 0.2 q -0.2,0.4 3.2,0.4 3.6,0 4.2,0.2 0.6,0.2 2.6,0.6 4.2,1.2 6.2,2.2 1.2,0.6 3.6,1 1.6,0.8 1.6,1.4 -0.2,0.4 -1.8,-0.2 -1.6,-0.6 -1.8,-0.4 -0.2,0.2 2.4,1 l 2.8,0.6 q -0.2,0 -0.6,-0.2 -1.2,-0.6 -0.4,-0.8 1.6,-0.6 6.6,3.6 2.6,2.4 2.2,2.6 0,0 -1,-0.8 -1,-0.8 -1.4,-0.6 -0.2,0 0.6,0.8 0.8,0.6 0.4,1.2 -0.6,0.6 0,0.8 0.2,0 0.6,-0.2 0.4,-0.4 1.6,0.8 l 0.8,1 q -0.6,-0.4 -1.2,0 -0.4,0.2 0.6,0.8 l 0.8,0.2 q 0,-0.2 0,-0.4 0.2,-0.2 1,0.6 1.2,1.6 0,2.4 -0.2,0.4 -0.4,0.8 0,0.4 0,0.8 0,0.2 0.2,0.2 0.4,0 0.4,0.8 0.2,0.6 -0.2,1 -0.4,0.2 -1.4,0 -1,-0.2 -1.6,0 -0.6,0 -1.2,-0.4 -0.4,-0.4 -0.4,0 0,0.2 -1,0.2 l -0.2,0.2 q 0.8,0.2 1.6,0.2 0.6,0.2 0,0.4 -0.2,0 -0.8,0 -1.4,0.4 -2,0.2 -0.4,-0.2 -0.4,0.2 0,0.2 1.2,0.6 1.2,0.2 0.2,0.4 -0.8,0 -0.2,0.4 1,0.6 -1.8,0.8 -1.4,0 -1.4,0.4 0,0.4 -0.4,0.4 -0.8,0 -4.6,-0.2 -10.6,-1.2 -24.4,1.4 -6.6,1.2 -10.2,2.4 -2.8,1.2 -3.6,1.8 -0.8,0.4 -1,1.2 -0.2,1.2 -1.6,4.8 -1.2,3.6 -1.6,4 l 0.2,-1.4 q 1.2,-4 1,-4.4 l -0.6,0.8 q -0.6,1.2 -0.6,0.4 0,-2 -0.8,0.4 -0.2,0.4 -0.4,0.8 l -1,2.2 q 0,-0.2 0,-0.6 0,-1 -0.4,-1.8 l 0.2,-0.6 0.2,-0.8 q 0,-1 -0.4,-1 -0.6,0 -3.4,2.6 -1,0.8 -1.2,0.6 -0.2,-0.2 -0.4,0.2 l -0.2,-0.2 q 0,-0.2 0.2,-0.4 0.2,-1.2 0,-1.2 -0.4,0 -1.6,1.4 -1,1.2 -1.2,1.6 -0.2,-0.4 -0.2,-0.8 -0.2,-1.6 0,-2 0.2,-0.2 0.6,-2.2 0.4,-2.2 0.4,-2.8 0,-0.4 -0.8,0 -0.8,0.4 0.2,-0.4 1.2,-0.8 1,-1 -0.2,-0.2 -1.8,1 -1.4,1 -1.4,1.2 l -1.6,2.2 q 0,-0.2 0.6,-1.4 0.2,-0.6 0,-0.6 -0.6,0.6 -0.8,0.4 0,-0.2 0.4,-0.8 l 0.2,-0.4 q -0.4,0.2 -0.4,0 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.6,-0.4 -0.6,-1.2 -1,0 v 0.2 q 0.6,-0.2 0.6,0.4 0,0.4 -0.6,1 -1.8,1.2 -1.8,0.6 0.2,-0.6 0.6,-0.6 h 0.2 q -0.4,-0.2 0.2,-0.8 h -0.2 q -0.2,0.2 -0.4,0.4 -1.2,1 -1.4,0.8 -0.2,-0.4 1.6,-2.2 1.6,-1.8 0.6,-1.8 -0.2,0 0,0.4 0,0.2 -0.2,0.2 0,0 -0.2,0 -0.2,-0.2 0.2,-1.2 0.6,-1 1,-1 0.4,0 0.2,-0.6 -0.2,-0.6 0,-0.8 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.6 0.4,-0.6 0.6,0 0.6,-0.4 0,-0.6 1.2,-1.6 1.2,-1 1,-1 -0.4,0 -2.4,1.6 -2.2,1.6 -3.2,2.2 -0.8,0.6 -0.8,0.8 0.2,0.2 -0.6,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.4,-0.6 0.8,-0.8 0.2,-0.2 0.2,-0.6 0,-0.4 -0.6,0 v -0.2 q 0.8,-0.8 1,-0.6 0.2,0.2 2,-1.6 1.2,-1 1.6,-1.4 l -1.4,0.8 q -1,0.8 -1.2,0.8 -0.2,-0.2 1.8,-2.2 l 1.4,-1.6 q -0.8,0.4 -3.4,3 -3.2,3.2 -3.4,2.6 -0.4,-0.8 0.4,-2 0.8,-1.2 4.2,-5 l 0.8,-1 q 0,0 -0.4,0.4 -2.8,2.6 -4.8,5.2 -1.4,1.8 -1.4,1.2 0.2,-0.4 0.8,-1.6 1,-1.6 4.4,-5 3.6,-3.6 6.8,-5.8 3.4,-2.6 3.6,-3 0.2,-0.6 1.4,-11.6 1.2,-11 1,-11.2 0,0 -1.8,1.2 -1.8,1 -2,0.8 0,0 0.2,-0.2 0.2,-0.4 0.6,-0.6 0.6,-0.4 1.2,-0.8 l 1.8,-1.8 q -0.2,0 -1.2,0.8 -1,0.6 -1.4,0.4 -0.4,-0.2 -0.4,0.4 0,0.2 0,0.4 0,0 -0.2,0 -0.4,-0.2 -1.8,0.6 l -1.2,0.6 q 0.2,0 0.6,-0.6 0.8,-0.8 2.4,-1.8 1.6,-1.2 1.6,-1.8 0,-0.6 0,-0.6 0.2,-0.2 0.4,-0.2 0.6,0 0.6,-0.2 0.2,-0.2 0,-0.4 -0.2,-0.2 -1.4,0.2 -1,0.4 -1,0.8 l 0.4,-0.2 q 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 -0.8,0.2 -0.6,-0.2 -3.4,2 -2.6,2 -3.2,2 -0.4,0 1.6,-2.2 2.8,-2.6 2,-2.6 -0.2,0 -0.4,0.2 l 0.6,-1.2 q 0.6,-0.6 0.4,-0.6 -0.2,0 -2,1.6 -3,2.2 -4.2,3.6 -1,1.2 -1.4,1.2 -0.2,0 0.2,-0.4 0.4,-0.4 0.4,-0.6 0,-0.4 -0.6,0.4 -0.6,0.8 -0.6,0.2 0,-0.6 0.4,-1 v -0.2 q -0.4,0.2 -0.4,0 -0.2,-0.2 0.8,-1.2 0.8,-1 0.8,-1.2 0,-0.2 0.8,-1.2 1,-1 0.4,-1 l -0.4,0.2 -0.6,0.6 q -1,0.6 -1.2,0.4 -0.2,-0.4 1.8,-3 1,-1.2 1,-1.6 0,-0.4 1.8,-2.4 l 1,-1.4 q -0.2,0.2 -0.6,0.6 -2.2,1.6 -7.2,7 l -1,1 q 0,0 0.4,-0.6 0.6,-1.2 2,-2.8 1.4,-1.6 2,-2.8 l 0.6,-1.2 -2.2,2 1,-1.4 q 1,-1.4 3.2,-3.6 2.4,-2.2 2.2,-2.4 l 0.2,-0.2 q 0.2,0.2 2.6,-1.6 2.4,-2 2.2,-2.2 0,-0.4 1.4,-1.4 1.6,-1 1.8,-1 l -1.4,1.2 -1.4,1.2 q 0.4,0 1.8,-1.2 l 1.6,-1 -0.2,-13 q -0.4,-17.8 -0.8,-20 l -0.4,-1 q 0,0.4 -0.4,0.4 -1.4,-0.2 -1.4,0.6 0,0.4 -0.4,0.4 -0.4,0 -0.8,0.6 -0.2,0.6 -0.4,0.2 -0.8,-1.2 -1.8,-0.4 -0.4,0.4 -0.4,0 0,-0.6 0.6,-1.6 v -0.4 q -1,0.8 -1,0.6 0,-0.2 0.4,-0.8 0.8,-0.8 0.4,-1 0,0 -0.6,0.4 -0.2,0.2 -0.2,0 0,-0.2 0,-0.4 0,-1 1.8,-2.6 2,-1.8 1.6,-1.8 -0.4,0 -1,0.6 -0.4,0.4 -1.4,1.2 -0.2,0.2 -0.2,0.2 0,-0.2 1.2,-1.4 1.8,-2 1.6,-2 -0.2,0 -2,1.6 -1.8,1.6 -2.2,2.2 -0.6,0.8 -0.6,0.6 0,-0.2 0,-0.6 -0.2,-0.8 -1.4,0.4 -0.2,0 -0.6,0.4 l -1,0.8 q 0.2,-0.2 1.4,-1.4 2,-1.8 2.2,-1.6 0.4,0 0.4,-0.4 0,-0.4 1.2,-1.6 1.2,-1.4 1,-1.4 -0.4,-0.2 -2.4,1.6 -4.2,4 -4.2,2.8 0.2,-0.4 0.4,-0.6 0.2,-0.6 0.2,-0.6 0,-0.2 -0.6,0.2 -0.4,0.4 -0.4,0.4 0,0 0.2,-0.4 0.2,-0.6 0.2,-0.8 h 0.2 q 0.4,0.2 1,-0.6 l 0.6,-0.8 -0.8,0.6 q -0.8,0.8 -0.8,0.6 0,-0.4 2.2,-2.4 2.2,-2.2 0.6,-1 -1.4,1.2 -2.6,2 -1.2,0.8 -1.4,1.4 l -0.4,-0.4 q 0,-0.8 2.6,-3.8 2.8,-3.2 5.4,-5.2 l 2,-1.8 -0.2,-1.6 q -0.2,-1.8 -0.8,-4.4 -0.4,-2.4 -0.6,-3.2 -0.2,-0.8 -0.6,-2.6 -0.4,-1.8 -0.6,-2.4 0,-0.8 -0.2,-1.2 -0.2,-0.6 -0.6,-3.2 -0.8,-3 -0.2,-2.8 0,0 0.4,0.4 0.2,0.6 0.6,0.4 v 1.2 q 0,0.2 -0.2,0.4 -0.2,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 v -1 q 0,-1.2 0.2,-1.6 0.4,-0.6 0,-1 -0.2,-0.4 -0.4,0.4 l -0.2,-0.2 q 0.2,-0.6 0.8,-0.4 0.8,0 0.8,-1 -0.2,-0.4 -0.4,-0.4 l -0.2,0.2 q 0,-1.2 0.6,-1.4 l 0.2,-2 q 0.2,-2 0.4,-2 0.2,0 0.2,0 0.2,-0.2 0.2,-0.2 -0.2,-0.4 0,-0.6 0.2,0 0.2,0.2 0.2,0.2 0.2,0.6 0.2,0.2 0.4,0.6 0.4,1.6 0.6,2.2 l 0.2,-0.2 q -0.2,-0.6 -0.2,-0.6 0.2,-0.2 0.6,0 0.4,0.2 0.6,1 l 0.2,-0.2 q 0,-0.8 0.6,-1.2 0.6,-0.4 0,-2.8 -0.4,-2.6 -0.2,-2.4 0.4,0 1.2,3.4 0.8,3.2 1.4,4 0.4,0.8 0.4,0.4 0,-0.4 -0.2,-1.8 -0.2,-2.2 -0.6,-3 -0.2,-0.8 -0.2,-1.4 0,-0.8 0.4,0.4 0.4,1 0.8,2.6 0.4,2.4 1.2,3.8 l 0.8,1.6 -0.4,-1.4 q -0.2,-1.4 -0.2,-2.2 0,-1 -0.2,-1 -0.2,0 -0.2,-0.6 0,-0.8 0.2,-0.8 0.4,0 0.4,0.8 0.2,0.8 0.2,1.4 -0.4,0.6 0.2,1.2 0.6,0.4 0.4,0.8 -0.2,0.2 -0.2,0.2 0.2,0 0.4,0 0,-0.2 0.2,0 0.2,0.2 0.4,0.8 0.2,0.4 0.4,1 l 0.6,1.6 q 0.2,-2 -1.2,-5.2 -0.2,-0.6 0.4,-0.4 h 0.4 q -0.2,-0.4 0.2,-0.4 0.6,0 1.2,1.8 l 0.8,2 q 0,-1 -1,-4.2 -0.4,-1.2 -0.4,-1.2 0,-0.2 0.6,-0.2 0.8,0 1.6,2.8 1.6,6.4 2.4,13.4 0.4,2.2 0.8,2.4 0.4,0.2 2.6,-0.8 2.4,-1 2.4,-1.2 0,-0.4 0.4,-0.4 0.2,0 5,-1.4 4.8,-1.6 6.4,-2.2 0.6,-0.2 1.2,-0.2 0.4,0 3.4,-0.2 6.2,-0.4 13.4,-0.6 4.8,-0.2 5.4,0.4 0.6,0.6 0,0.6 -0.2,0 -0.8,0 -1.4,0 -1.4,-0.2 0,-0.2 -3.8,0 -3.8,0 -4.2,0.6 -0.4,0.2 -0.4,0.4 0.2,0 0.8,-0.2 0.6,-0.2 2.6,-0.2 2.2,-0.2 2.6,0 0.4,0.2 3.8,0.4 3.4,0 3.6,0.2 l -0.6,0.2 q -0.6,0 -1,0.4 -0.2,0.2 -1.2,0.2 -1,0 -2.8,0 h -1.8 l 2,0.6 q 1.8,0.4 2.4,0.8 0.6,0.2 2,0.2 l 1.2,0.2 q -0.2,0.2 -2.4,0.4 -2,0 -3,0.2 -0.8,0.2 -0.4,0.2 0.2,0 1,0.2 1.6,0 1.8,0.6 0.4,0.4 1,0 1.4,-1.2 3,0.4 0.4,0.4 0.8,0.4 l -0.2,-0.4 q -0.4,-0.2 -0.4,-0.2 0.2,-0.2 0.8,0 l 0.8,-0.2 q -0.2,-0.2 0,-0.2 0.4,-0.2 1,0.2 0.6,0.2 0,0.6 -0.4,0.2 0.2,0.4 0.2,0.2 0.2,0.8 0,0.4 -0.4,1 -0.4,0.4 -0.8,0.4 -0.4,0 -0.4,0.4 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -0.8,0.4 -0.8,0 -0.4,0.4 0.4,0.4 0.2,0.6 -0.2,0.2 -0.8,0 -0.4,-0.2 -0.4,0 0,0.2 1.6,0.8 1.8,0.4 1.6,0.8 z m -66.2,-11.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.4,-4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m -4.2,28.6 q 0.2,0 0.8,-0.6 0.6,-0.8 0.4,-0.8 -0.2,0 -0.8,0.8 -0.6,0.6 -0.4,0.6 z m 0.8,3 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m 3.2,-4.2 q 0,0 0.4,-0.2 0.6,-0.2 0.6,-0.4 0,-0.4 -0.6,0 -0.4,0.4 -0.4,0.6 z m 0,9.8 q 0,0.2 0.2,0.2 0.4,0 0.6,-0.2 0,-0.2 0,-0.2 0,-0.2 -0.2,-0.2 -0.6,0 -0.6,0.4 z m -2.2,51.4 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m -9,41 q 0.6,-1 0.4,-1 0,0 -0.8,1 -0.8,1 -0.4,1 0.2,-0.2 0.8,-1 z m 3.8,-3.8 q 0.2,-0.6 -0.2,-0.2 -0.4,0.4 -1,1 l -1.2,1.2 1.2,-0.8 q 1,-0.8 1.2,-1.2 z m 6.8,-5.6 q 0.4,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.8,-0.6 z m 0,3.6 q 0.8,-0.4 0.4,-0.6 -0.2,-0.4 -1.8,1 -1.6,1.4 -3.2,2.4 -1.4,1 -1.4,1.2 0,0.4 3.2,-1.8 2.4,-1.8 2.8,-2.2 z m 1.8,17.8 q 0.6,-1.2 0.4,-1.2 -0.2,-0.2 -0.6,0.2 -0.4,0.2 -0.6,0.8 -0.2,0.6 -0.2,1 0,0.4 0.2,0.4 0.2,0 0.8,-1.2 z m 2.2,-2.2 q 0.2,0.4 0.4,0 0.2,-0.6 -0.4,-0.4 -1.4,0.2 -1.4,1.6 0.2,0.8 0.6,-0.4 0.6,-1.2 0.8,-0.8 z m 2,4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.6,-148.8 q 0.2,-0.4 -0.2,-0.6 -0.4,-0.2 -0.4,0.4 0,1 0.6,0.2 z m 0.2,3.4 q 0,0.2 0.2,0.2 0.4,0 0.4,-0.4 0,-0.6 -0.4,-0.4 -0.2,0.2 -0.2,0.6 z m 0.8,5 q 0.2,-0.2 0.2,-0.6 l -0.4,0.2 z m 1.4,137 q 0.4,0.2 0.4,0 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.2 0.2,0.6 z m 0.4,-1.4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m 2.8,-141.2 q 0,0 -0.2,-0.8 l -0.4,-0.4 z m 0.4,136.8 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.4,-0.4 -0.2,-0.2 -0.6,0.2 z m 1,-133.6 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 50,123.4 q -0.2,-0.4 -0.6,-0.4 -0.4,0 0.2,0.6 0.4,0.6 0.6,0.2 0,0 -0.2,-0.4 z m -1.2,-5 q 0.2,-0.2 -0.6,-0.6 -0.6,-0.6 -0.8,-0.4 0,0.2 0.6,0.8 0.6,0.4 0.8,0.2 z m -2.6,-0.4 q 0,0 0,0.2 0.8,0.2 0.8,0 -0.2,-0.4 -0.8,-0.2 z m -1.8,-1.8 q 0.2,0 -0.2,-0.4 -0.2,0 -0.4,-0.2 -1.2,-0.6 -1.6,0 0.4,-0.2 1,0.2 0.6,0.4 1.2,0.4 z m -0.8,-1.4 q 2.2,1.2 2.2,1 0,-0.2 -1.6,-1.2 -1.4,-1 -2.2,-1.2 l -0.6,-0.2 q 0.2,0.4 2.2,1.6 z m -1.6,-3.2 q -0.2,-0.2 -1.2,0 -0.8,0.2 0,0.4 0.6,0.2 0.6,0 -0.2,-0.2 0.2,-0.2 z m -3.6,17.8 q 0,0 0.2,0.2 l 0.6,-0.2 q -0.2,-0.2 -0.8,0 z m -3.6,-20.4 q 0,-0.2 -1.6,-0.6 -1.6,-0.6 -1.8,-0.4 l 1.4,0.8 q 2,0.6 2,0.2 z m -5.4,-2.2 q -0.2,0 -0.4,0.4 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 z m -0.8,0.2 q 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 0,0 0.4,0 0.6,0 0.6,-0.2 z m -4.6,-0.8 q -0.2,0.2 0.2,0.2 0.2,0 0.4,-0.2 l 0.4,-0.2 q -0.6,-0.2 -1,0.2 z m -6.6,-0.6 q -0.4,0 -0.2,0.2 0.2,0 0.6,0 0.4,0 0.6,-0.2 -0.4,-0.2 -1,0 z m -10.2,-18.8 q 0.2,-0.4 0,-1.2 -0.2,-0.2 -0.2,0 0,0.2 0,0.6 0,0.4 0.2,0.6 z m 28.4,-15.2 q -0.2,0.2 0,0.2 0.2,0 0.6,0 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m 4.8,-6.8 q 0.2,0.2 0.6,0.2 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m -0.8,-4.6 h -1 l 1,0.4 q 0.8,0.2 0.8,0.2 l 0.2,-0.2 q 0,-0.4 -1,-0.4 z m -27,-0.6 q 0,0 0.4,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.8,0 z m 7.6,-55 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 3,-0.8 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 1.6,0 q 0.2,0 0.4,-0.2 l -0.2,-0.2 q -1.2,0.4 -0.2,0.4 z m 4.4,-0.6 q 0,0 0.6,0 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -0.6,0.4 z m 3.8,-0.4 q 0,0 -0.2,-0.4 -0.8,0 -0.8,0.4 0,0.8 1,0 z m 8.6,14 q 0,0 0.4,-0.2 -0.4,0 -0.8,0 0.2,0.2 0.4,0.2 z m 0.4,-11 q 0.8,0.2 1.8,0.2 1.2,0 1.2,-0.2 0,-0.2 -2.2,-0.2 l -1.4,0.2 q 0.2,0 0.6,0 z m 2,10.8 q 0,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0,0.2 0.4,0.2 z m 3.4,0.8 q 0,0.2 0.2,0.2 0.2,0 0.2,-0.4 0,-0.6 -1.2,-0.6 -1.2,-0.2 -1.2,0 0,0.4 1.6,0.4 0.4,0 0.4,0.4 z"/><path fill="#111111" d="m 758.00049,60.4 q 0,0.4 0.2,0.2 0.4,-0.2 0.6,0.2 0.2,0.4 -0.2,0.6 -0.4,0.2 -0.4,-0.2 h -0.2 q -0.4,0.6 -1,0.4 -0.4,-0.2 -0.4,0.2 0,0.2 -0.6,0.2 -0.6,-0.2 -1.4,0 l 0.2,0.4 q 0.8,0.2 0.4,0.2 -0.2,0 -0.8,0 -1,0 -1,-0.2 0.6,-0.4 0,-0.4 -0.4,0 -0.8,0.8 -0.4,0.6 -2,1 -1.6,0.4 -1.8,0.6 h 2 q 0.8,-0.2 1.6,-0.6 2,-0.4 3,-0.4 1.4,0 0,0.4 -0.4,0 -1,0 -1.2,0.2 -1,0.8 0.2,0.4 -0.6,0.2 -0.4,0.2 -0.6,0.2 0.2,0.4 0.8,0.4 0.6,-0.2 1,0.2 0.6,0.4 -0.2,0.6 -0.6,0.2 -1.4,0 -0.8,-0.2 -3.6,1 -2.6,1 -2.4,1.2 0.2,0.2 1.4,-0.4 1.8,-0.8 2.2,-1 1,-0.4 1.2,-0.4 0.2,-0.2 0.2,0.2 0,0.2 -2.6,1.2 -2.4,1 -3,1.4 -0.2,0.4 -0.2,0.4 0.2,0 0.8,-0.2 0.8,-0.4 4,-1.6 5,-1.6 4.6,-0.8 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.6 0,-0.6 0.4,-0.6 0.6,0 0.6,0.8 0,0.6 -1.4,1 -1.2,0.2 -2.8,0.8 -1.4,0.6 -1.4,0.4 0,0 -0.2,0.2 -0.2,0 -0.8,0.2 -0.4,0.2 -1,0.4 -1.8,1 -2,1.2 0,0.2 1.4,-0.2 1.2,-0.6 3,-0.8 1.2,-0.2 -0.4,0.6 -0.8,0.2 -2,0.6 -4,1.4 -5.6,2.4 -1.6,0.8 -3.2,1.6 -6.8,3.6 -11.8,10.8 -6.2,8.4 -4.8,14.8 0.4,2 0.2,2.4 v 0.2 l 1.2,1.8 q 1.4,2.8 1.2,3.4 v 0.2 q 0.4,-0.6 1.4,1 1,1.4 4,5.6 3,4 2.8,4.4 -0.2,0 -0.2,0.2 0.2,0 0.4,-0.2 0.2,0 0.8,0.8 0.8,0.8 3.6,4.4 1.2,1.6 2,2.4 3,3.4 2.8,4.4 v 0.2 q 0.2,-0.4 0.6,0.2 l 0.4,1 q -0.2,0 -0.4,-0.2 l -0.2,0.4 q 0.6,0.6 0.6,0.4 0.4,-1 1.2,0.6 0.6,1 0.2,1.6 -0.2,0.4 0,0.6 0.4,0.2 0.6,-0.2 0.2,-0.4 0.4,0.2 0.4,0.4 0,0.6 -0.2,0 -0.2,0.6 0,0.6 0.2,0.2 0.4,-0.6 0.8,0.2 0.6,0.6 0.4,1.2 -0.2,0.6 0.4,0.6 0.8,0 1.4,3 0.2,0.6 0.8,2.4 2.4,6.2 2.4,13.2 v 5.6 l -1.6,3.2 q -1.4,3.2 -1.2,3.6 0.2,0.2 -0.2,0.4 -0.2,0 -1.8,3.4 -1.6,3.2 -1.6,3.8 0,0.4 -0.8,1.2 -0.8,0.8 -0.6,1.2 0,0.2 -0.2,0.4 0,0 -0.2,0 -0.6,0 -0.6,-0.6 0,-0.8 -0.8,-0.2 -0.6,0.4 -1.4,1.6 -1,2 -1,1 0.2,-0.4 0.4,-1.2 1.8,-3.2 1.6,-3.2 -0.2,0 -1.4,2 -1,1.8 -1.2,1.8 0,0 0.2,-0.6 0.4,-0.8 0,-0.8 -0.2,0 -0.2,0.2 0,0.2 -0.6,1 h -0.2 q 0.2,-0.6 -0.4,-0.2 -0.2,0.2 -0.6,0.6 -5.8,5.4 -18.4,8.4 -3.8,0.6 -3.8,0.4 l -1.2,-0.4 q -0.8,0 -0.8,0.2 0.8,0.2 1.2,0.2 0.2,-0.2 0.2,0 0.2,0 0,0.2 -0.2,0.4 -3.8,0.2 -1,0 -1.8,0 -0.8,0 -1.2,0 -0.4,-0.2 -0.4,-0.2 0.2,-0.2 2.6,-0.2 h 2.2 v -0.2 q -0.2,-0.4 -0.8,-0.2 -0.4,-0.2 -0.6,-0.2 l -1.2,-0.2 h -1.2 0.2 q 0.4,-0.4 0,-0.4 -0.2,0 -0.6,0 h -0.8 l -0.8,-0.4 q -0.8,0 -1.2,-0.2 -0.6,0 -1.2,0 -0.2,0 -0.4,0 0,-0.2 0,-0.4 l -0.6,-0.2 -0.2,-0.2 q 0.4,-0.2 0,-0.2 -0.2,-0.2 -0.8,-0.2 -1.2,0 -2,-0.2 l -0.4,0.2 q 0.6,0.4 0.2,0.4 -0.4,0.2 -2,-0.6 -1.4,-0.4 -1.4,-0.2 0,0 -0.6,-0.6 -1.4,-1.2 -2,-0.6 -0.2,0.2 -0.2,0.4 0,0 0.4,-0.2 l 0.4,0.2 q -0.2,0.2 0,0.2 0.4,0 1,0.6 l -3.4,-1.6 q -0.4,-0.2 -0.6,-0.4 -1.6,-1.2 -4.6,-3 -6.4,-4.2 -8.8,-7.6 l -0.8,-1.2 0.8,0.8 q 0.8,0.6 1,0.6 0.2,0 0,0.4 0,0.2 0.4,0.2 0.4,0 2.4,2.2 2.2,2.2 2.6,2.2 0.4,0 1,0.6 l -1.4,-1.4 q -2.2,-2.2 -4.2,-4.4 l -2,-1.8 q 0.2,0.2 0,0.4 0,0 -0.4,0 -0.6,-0.2 -0.6,-0.8 0,-0.2 -0.2,-0.4 0,-0.2 -0.2,-0.2 -0.4,0 -0.8,-0.4 -0.4,-0.6 0,-0.6 0.4,0 0.4,0.4 0,0.4 0.2,0.2 0.2,-0.2 -4,-6.6 -7.6,-11.4 -8.2,-14.8 -1.6,-2.6 -2.6,-5 -2.2,-5 -2.2,-7 0,-0.8 -0.2,-1.6 l -0.2,-0.8 0.4,0.8 q 0.8,1.6 0.8,0.4 0.2,-0.4 0,-0.8 -0.4,-1 0,-1 0.6,0.2 0.8,-0.6 0.2,-0.8 -0.2,-1.8 -0.4,-1.4 -0.2,-1.6 0,-0.2 0,-2.6 0,-4.8 0.6,-5 0.2,0 0.4,0.2 0,0.2 0,0.4 v 0.6 q 0.6,-0.2 0.6,-2.8 -0.2,-0.8 1,-1.4 1.2,-1 1.4,-0.8 0.4,0 0.2,1.4 -0.2,1.4 0.4,1.4 0.2,0 0.2,0.2 0.2,0 0.2,0.2 l 0.6,-0.2 q 0.6,-0.4 0.6,-0.2 0.2,0 0.2,0.4 -0.2,0.6 0.2,0.8 0.4,0 0.4,0.4 h 0.4 q 0.2,-0.4 -0.2,-0.6 -0.4,-0.4 -0.4,-0.6 0.2,-0.4 0.4,0 0.4,0.2 0.4,-0.4 0.2,-0.6 0.4,-2 0.4,-1.6 0.2,-2.2 0,-0.6 0.2,-0.8 0.2,-0.2 0.8,-0.2 0.6,0.2 0.4,0.4 -1,1.8 -0.4,1.6 v 0.6 q -0.4,0.6 0,0.8 0.6,0 1.2,-0.8 0.8,-1.4 1,-0.8 0.2,0.4 -0.4,1.2 -0.4,0.8 -0.4,1.6 0,0.4 0,0.4 0.2,0 0.6,-0.4 0.6,-0.6 0.8,-0.4 0.2,0.2 0.4,0 0.2,-0.4 -0.2,-0.6 h 0.2 q 0.6,0 0.4,0.6 -0.2,0.4 0.6,0.4 0.8,0 0.6,0.2 0,0.2 0,0.4 0.2,0 0.4,-0.2 0.4,0 0.2,-0.4 -0.2,-0.6 0.4,-0.6 0.6,-0.2 0.6,0.6 0.2,1.2 0.6,1.4 0.4,0.2 0.8,-0.4 -0.2,-0.4 0.2,-0.4 1,-1.2 1.4,-0.6 0,0.4 0.6,0.2 h 0.2 q -0.6,-1.2 -0.4,-1.2 0.6,0.2 2.4,3 1.8,2.6 3.6,5 1.8,2.4 2.6,3.8 1,1.4 1.8,2.4 0.8,0.8 3,3.8 3.2,4 5.2,6.4 0.6,0.2 2,1.2 1.8,1.2 2.8,1.8 1,0.4 0.4,0.6 v 0.2 q 0.8,-0.2 1.8,0.4 1,0.6 1,0.8 0.2,0.2 1.4,0.6 1.2,0.2 1.4,0.6 0.2,0.2 2.2,1 2,0.8 3.2,1.6 1.4,0.6 1.8,0.6 0.6,-0.2 0.6,0.2 0,0.2 0.4,0.2 0.2,0 0.2,0 0.2,0 0.2,0.2 -0.2,0.4 0.4,0.2 0.4,-0.2 0.6,-0.2 0.2,0 0.2,0.4 -0.2,0.6 0.2,0.2 0.6,-0.4 1.8,0.2 1.4,0.6 1.6,0.4 0.2,-0.4 0.2,0 0.2,0.4 1.4,0.6 1.2,0.2 1.2,0.6 -0.2,0.4 -1,0.2 -0.6,-0.2 -0.4,0 0,0.2 0.6,0.6 1.4,0.8 1.8,0.2 0.2,-0.4 -0.2,-0.4 -0.2,0 -0.2,0 0,0 0,0.2 0,0.2 -0.2,0.2 0,0 -0.2,0 -1,-0.2 0.4,-1 0.4,-0.2 1.2,0 0.8,-2.4 0.6,-5.2 -0.4,-5 -3.6,-9.8 -3.4,-5.2 -11.2,-12.8 -3.4,-3.2 -3.4,-3.2 0,-0.2 -2.6,-3 -8.8,-8.6 -12,-16.8 -1.2,-3.2 -2.2,-7.4 -1.2,-5.8 0,-11.2 0.6,-3.8 3,-8.8 2.6,-5.2 4.2,-6.2 0.4,-0.2 0.4,-0.6 0,-0.6 3.4,-3.8 3.6,-3.2 6.4,-5 7.2,-4.8 8.6,-4.8 0.4,0 0.4,-0.2 0.2,-0.4 4,-2 4,-1.6 6.2,-2.2 7.2,-2 11.6,-2.4 2.4,-0.2 2.6,-0.2 0.2,-0.2 2.2,-0.2 l 1.4,0.2 h -0.2 q -3.2,0.4 0.8,1 1,0 2.4,0.2 0.4,0 0.4,0.6 0,0.4 -0.6,0.4 -0.4,0 -0.4,-0.4 0,-0.4 -0.4,-0.4 -0.4,0 -0.2,0.4 0.2,0.4 -0.2,0.4 -0.2,0 -0.4,-0.4 -0.2,-0.2 -0.8,-0.2 -0.6,-0.2 -1,-0.2 -0.4,0 -0.6,0 0,0.6 1.8,0.4 0.4,0 0.4,0.4 0,0.2 1.4,0.2 1.4,0 2,-0.2 0.6,-0.4 0.6,0 0,0.2 1.4,0.2 l 1,0.2 q -0.4,0.2 -4,0.6 l -3.6,0.2 h 3.8 q 3.8,-0.2 4.6,0.2 0.6,0 0,0.2 -0.4,0 -1.2,0 -1.8,0 -2,0.4 -0.2,0.4 -0.6,0.2 -0.2,-0.4 -1.4,-0.2 l -1.2,0.2 2.4,0.2 -1.4,0.2 q -1.4,0.2 -1.6,0 0,-0.2 -0.6,0 -0.4,0.2 -0.4,0.4 0,0.2 2.6,0.2 5.2,0.2 5.6,0.6 l -1,0.2 -0.8,0.2 q 0.2,0.4 1.4,0.4 1.2,0 1.4,-0.4 0.4,-0.2 1,0 l -0.2,0.2 q -0.6,0 -0.6,0.4 z m -63.8,32 q 0.2,-0.4 0,-1 0,0.4 0,0.6 0,0.2 0,0.4 z m 0.4,-2.2 q 0.2,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0.2,0.4 0.2,0.6 z m 2.8,4.8 q 0.2,-0.4 0,-0.8 -0.2,0.4 -0.2,0.4 z m 2,8.2 q 0.2,0.4 0.2,0.4 0.2,0 0,-0.6 -0.2,-0.4 -0.4,-0.2 0,0 0.2,0.4 z m 1.6,2.8 q 0.4,0.2 0.6,0.2 0.2,-0.2 -0.2,-0.4 -0.4,-0.2 -0.4,-0.6 0,-0.6 -0.4,-0.6 -0.6,0.2 0.4,1.4 z m 8.2,-28.8 q 1,-1.4 0.8,-1.2 -0.2,0 -1.2,1.2 -1,1.4 -0.8,1.4 0.4,-0.2 1.2,-1.4 z m -4.8,35.2 q 0,-0.2 -0.6,-0.6 -0.6,-0.4 -0.2,0.2 0.8,0.8 0.8,0.4 z m -0.6,-24.2 q 0,0 0,0.6 0.2,-0.2 0.2,-0.8 z m 4,29.6 q 0,0 -3.8,-4 0.2,0.6 2.2,2.8 1,1.2 1.4,1.8 0.6,0.6 0.8,1 0.4,0.4 0.4,0.4 0.2,-0.2 0.4,-0.2 0,-0.2 -1.4,-1.8 z m -2.6,-34 q 0.2,0.2 -0.4,1.6 l 0.2,0.4 q 0.8,-1.6 0.4,-1.8 z m 2,-3.8 q 0,0 -1,1.6 -0.8,1.4 -0.6,1.8 0.2,0.4 0.4,-0.4 0.4,-0.8 1,-2 0.4,-1 0.2,-1 z m 0.8,0.4 q -0.2,-0.2 -0.4,0.4 -0.2,0.6 0.2,0.2 0.4,-0.4 0.2,-0.6 z m 0.4,-0.8 q 0,1 0.6,-0.2 l -0.2,-0.4 q -0.4,0.2 -0.4,0.6 z m -3.6,1.8 q -0.8,1.6 -0.8,1.6 0.2,-0.2 1.6,-1.8 0.4,-0.6 0.4,-1 0,-0.6 0.2,-0.6 0.4,-0.2 1.4,-1.6 0.6,-1 0.2,-0.8 -0.6,0.4 -0.6,0.8 0,0.4 -0.8,0.8 -0.6,0.4 -1.6,2.6 z m -1.2,3.8 q -0.4,1.2 -0.8,1.2 -0.2,0 -0.2,1 0,0.6 0,0.6 0.2,0 0.4,-0.4 0.6,-0.6 1,-1.8 0.4,-1.4 0.2,-1.6 z m -1,-1.4 q 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 0.2,0.2 0.2,0.2 0.2,0 0.2,-0.2 z m -0.8,10 q 0.2,0.2 0.4,0.2 -0.2,-0.6 0.6,-4 v -0.2 q 0,0 -0.4,0.6 -1.2,2 -0.6,3.4 z m 0.6,7.6 q 0,0 0.2,0.4 0.2,-0.2 0,-0.6 z m 1.2,16.2 q 0.6,0.6 1,1 0.4,0.4 0.4,0.2 0.2,0 -1.2,-1.4 l -1.2,-1.2 z m 2.2,2.4 q 0.6,0.8 1,0.6 0,0 -0.8,-0.8 z m 1.8,1.8 q 0.2,-0.4 -0.2,-0.6 -0.2,-0.2 -0.2,0.4 0,1 0.4,0.2 z m 1.2,1.6 q 1.4,1.8 1.4,1 0,0 -1,-1 l -1.2,-1 z m 0.8,-3 q 0,0.4 0.2,0.4 0.4,0 0.4,-0.2 0,-0.2 -0.4,-0.4 -0.2,-0.2 -0.2,0.2 z m -0.2,-9.8 q 0.8,0.8 0.8,0.4 0,-0.2 -0.6,-0.6 -0.6,-0.4 -0.2,0.2 z m 1.2,11.2 q 0.4,0.4 0.4,0.4 0.2,0 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.2,0 0.2,0.6 z m 1.8,-36.8 q 0.4,-0.8 0.4,-1.2 0,-0.4 -0.8,0.4 -0.4,0.6 -1.6,3 -1,2.2 -1.2,2.8 0,0.8 -0.2,4 l -0.2,3.2 0.8,-2.8 q 0.6,-3 0.8,-3.6 0.2,-1.8 2,-5.8 z m 0.8,-11.2 q 0.8,-0.6 0.4,-0.8 -0.2,-0.2 -1,0.6 -0.4,0.4 -0.4,0.6 z m -50.2,65.4 q 0.6,2 0.8,2 0.2,0 -0.2,-1.4 -0.4,-1.4 -0.6,-2.4 -0.2,-1.2 -0.8,-0.8 -0.6,0.2 -0.2,0.6 0.2,0.4 0.2,0.2 z m 1.6,-1 q 0,0 0.4,-0.2 0,-0.8 -0.4,-1.2 -0.2,-0.2 -0.4,0.2 0,0.6 0.4,1.2 z m 4,16.6 q 0,0.2 0.2,0.4 0.2,0 0.2,0 0,0 -0.2,-0.2 0,-0.2 -0.2,-0.2 z m 1,-3.2 q 0.4,0.2 -0.6,-2.2 -0.6,-1 -0.8,-2 -1.6,-2.2 -1.8,-2 0,0 0.2,1 0.4,0.8 0.8,1.8 0.6,0.8 0.8,0.8 0.4,0 0.2,0.6 0,0.6 0.2,0.8 0.2,0 1,1.2 z m 1.4,-0.2 q 0,0 -0.2,-0.4 v -0.2 q 0,0 -0.8,-1 0.6,1.6 1,1.6 z m 1,-28.8 q 0.4,-0.4 0.2,-0.2 0,0 -0.6,0.2 -1,0.4 -0.6,0.6 0.2,0.2 0,0.6 0.2,0.2 0.2,0.2 0,0 0.6,0.8 0,-0.2 0,-0.4 0.2,-1.2 -0.2,-1.2 -0.2,-0.2 0.4,-0.6 z m 2.4,29.8 h 0.2 z m 6.6,-22.4 q 0,-0.4 0.8,0 -0.2,-0.2 -0.4,-0.6 -0.6,-0.6 -0.4,-1 0,0 -0.2,0 0,-0.2 -0.4,-0.2 -0.6,-0.2 -0.8,-0.6 l -0.2,-0.2 q 0,0.2 0,0.8 0,0 0.4,0.4 0.2,0 0.2,0 0.6,-0.2 0.6,0 0,0.2 -0.2,0.6 0.6,1 0.6,0.8 z m 0.2,0.6 q 0,0 0.2,0 0.2,-0.2 0.2,-0.2 -0.4,-0.4 -0.6,-0.2 0,0 0.2,0.4 z m 0.8,1 v 0.2 q 0,-0.4 0,-0.6 l -0.4,-0.2 h -0.2 q 0.4,0.4 0.6,0.6 z m 0.4,-4.8 q 0.4,0 0.4,-0.2 0.2,-0.2 0.4,-0.2 -0.6,-1 -1,-1.6 -0.2,0.4 -0.4,0.6 0,0.2 0,0.4 0,0.2 0.2,0.2 0.2,0 0.2,0 0.2,0 0,0.2 0,0 0,0.2 0,0 0,0.2 0.2,0.2 0.2,0.2 z m 15.4,20.2 q 0,0 -0.2,0 0,0.2 0.2,0.4 0.2,0.2 0.2,0.2 0.6,-0.4 -0.2,-0.6 z m -13.2,-15.8 q 0.2,0 0.2,0 0,-0.2 -0.4,-0.8 -0.2,0.2 -0.2,0.4 0,0 0,0 0.2,0.2 0.4,0.4 z m 4.6,7.8 q 0,0 0,0 0,-0.2 -0.2,-0.2 -0.4,0.2 -0.6,-0.4 l -0.2,-0.2 v 0.2 q 0,0.2 0.6,1 0.2,-0.2 0.4,-0.4 z m 4,46.4 q 1.6,1 1.6,0.6 0,-0.2 -2.8,-1.6 -2.8,-1.4 -2.6,-1 0.2,0.2 1.2,0.8 1,0.4 1.2,0.4 0.2,0 1.4,0.8 z m -2,-41.2 q 0.2,0.2 0.2,0.2 0.2,0 0.6,-0.2 -0.2,-0.2 -0.2,-0.4 -0.4,0.2 -0.6,0.4 z m 0.8,-0.6 q 0,0 0.4,0.4 v -0.2 q 0.6,-0.2 0.6,-0.4 0,0 -0.2,0 0,-0.2 0,-0.2 -0.4,0.2 -0.8,0.4 z m 2.6,-0.2 q 1,0.2 1.8,0.8 -8.6,-11.2 -12.8,-17.2 0,0.8 0.4,2.2 4.2,5.8 9.6,12.8 0.2,0.2 0.6,0.2 0.6,0.2 0.2,0.6 0,0 -0.2,0.2 0.2,0 0.4,0.4 z m 5.2,44.6 q 0,0 0.4,-0.2 -0.2,-0.2 -2,-0.8 l -1.4,-0.2 q 1.2,1.2 3,1.2 z m 9.8,0.8 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 1,-35 q 0,0 -0.2,0 0,-0.2 -0.4,-0.2 -0.8,0 -0.4,0.2 0.6,0.6 1,0 z m 2,35.2 q 0.6,0 0.6,-0.2 -0.6,0 -1.2,0 0.2,0.2 0.6,0.2 z m 40.2,-29 q 0,-0.4 -0.4,-0.2 -0.4,0.2 -0.2,0.4 0.6,0.8 0.6,-0.2 z m -0.4,1 q -0.6,0 -0.6,0.6 l 0.2,0.2 q 0.2,-0.4 0.6,-0.6 z m -5,13.6 q -1.2,0.4 -0.2,0.4 0.4,0 0.6,-0.4 z m -6.8,4.6 q 0,0 -0.2,0.6 -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.6 -0.2,-0.6 z m -18.2,9.4 q 0,0 -2.6,0.6 h 1 q 1.4,-0.4 1.6,-0.6 z m -5.2,-32 q -1,-0.2 -1.2,0 l 1.2,0.8 q 1.2,0.4 1.2,0 0,-0.4 -1.2,-0.8 z m 4.4,33.4 q 4.8,-1 4.6,-1.6 -0.4,-0.2 -0.8,0.2 h -0.4 q 0,-0.2 -1,0.2 -1,0.4 -4,1 l -2.2,0.6 q 0.6,0.2 3.8,-0.4 z m 5,-3 q 0,0 0,0.4 0.2,0 0.8,-0.4 l 0.2,-0.2 q -0.4,0 -1,0.2 z m 9.4,-2.8 q -0.6,0.6 0.2,0.2 0.8,-0.6 0.6,-0.8 -0.2,-0.2 -0.8,0.6 z m 2.4,-2 q -0.2,0 -0.8,0.6 -0.4,0.4 0,0.4 0.4,0 0.8,-0.4 0.4,-0.6 0,-0.6 z m -1.6,-24 q 0,0 -0.2,0.2 l 0.2,0.4 q 0.2,-0.2 0,-0.6 z m -5.4,-40.8 q 0,0 0.6,1 0.6,0.8 1.4,2.2 1,1.2 1.8,2 1,1 0.8,0.8 0,-0.2 -1,-1.6 -1.4,-1.8 -1.2,-2.2 0,-0.2 0,-0.2 0,0 -0.2,0.2 -0.4,0.2 -1,-0.6 -0.4,-0.8 -0.2,-1 l -0.2,-0.2 q -0.4,0.2 -0.4,0 0,-0.4 -0.4,-0.4 z m 1,29.8 q 0,-0.6 -0.2,0 0,0.2 0,0.6 0.2,0.6 0.2,0.6 0.2,-0.4 0,-1.2 z m -0.6,-1.8 q 0,0.4 0.4,0.4 0.4,0 0.2,-0.4 -0.2,-0.6 -0.4,-0.6 -0.2,0 -0.2,0.6 z m -1.4,-29.4 -0.8,-0.6 0.6,0.8 q 1,1 1,0.6 0,0 -0.8,-0.8 z m -1.2,71 q 0,0 -1.2,0.2 -1.2,0.6 -1.2,1 1,0.6 5.2,-1.6 l 2.6,-1.6 q -0.4,0 -2.2,1 -3.4,1.8 -3.2,1 z m 18.2,-128.6 q 0,0.2 -0.8,0 -0.6,-0.2 -1.8,0.2 -1,0.2 0.2,0.2 0.2,0 0.8,0 2.2,-0.2 2.4,-0.2 0.2,-0.2 -0.4,-0.4 -0.4,-0.2 -0.4,0.2 z m -10,-2.8 q -4,0.6 -4,1.4 0.2,0.2 0.4,0 0.2,-0.4 3.8,-1 3.8,-0.6 6.6,-0.8 l 2,-0.4 h -0.2 q -1.2,0 -1.8,0 -0.6,0 -0.8,-0.2 -0.2,-0.4 -0.8,0.2 -0.4,0.4 -2,0.4 -1.6,-0.2 -1.6,0 0,0.2 -1.6,0.4 z m 5.6,0.6 q 0.6,-0.2 0.6,-0.2 -0.4,-0.2 -1,0 -0.2,0 -0.2,0.2 0.2,0 0.6,0 z m -3.8,0.4 q 0,0 2,-0.2 h 0.2 l -0.8,-0.2 q -1.2,0 -1.4,0.4 z m 1.4,2.2 q 0.6,0 0.6,0 -0.4,-0.2 -1,0 -0.2,0 -0.2,0 0.2,0 0.6,0 z m -1.4,0.4 q 0.2,0 0.2,-0.2 0,-0.4 -0.4,-0.4 -0.4,0 -0.2,0.4 0.2,0.2 0.4,0.2 z m -5.8,0.6 q 0,0 0.4,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.8,0 z m -1,-2.6 q -0.2,-0.4 -0.6,-0.2 -0.2,0 -0.2,0.4 0,0.4 0.4,0.2 0.6,-0.2 0.4,-0.4 z m -2.4,3.6 q 0,0 0.2,0.2 l 0.6,-0.2 q -0.2,-0.2 -0.8,0 z m -3,15 q -0.2,0 -0.4,0.6 -0.2,0.6 0.2,0.2 0.4,-0.4 0.8,0 0.4,0.2 2.4,-1.4 4.8,-3.8 6,-3.8 0.6,0 0.6,-0.4 0,-1 -3.2,1 -2,1.2 -2.4,1.6 -0.2,0.2 -0.6,0 -0.2,-0.2 -0.2,-0.2 0,0 0,0.2 0.2,0.4 -0.8,1.6 -1,1 -1.4,1 -0.4,-0.2 0.6,-1.2 1.2,-1 0.8,-1 -0.2,0 -1.2,1 -0.8,0.8 -1.2,0.8 z m -3.2,-5.8 q 0.2,-0.4 -0.4,-0.4 -0.4,0 -0.4,0.4 0,0.2 0.2,0.2 0.4,0 0.6,-0.2 z m -0.8,9.8 q -0.4,0 -1.2,1.2 -0.6,1 -0.6,1 0.2,0 1.2,-1 1,-1.2 0.6,-1.2 z m -3.4,-7.4 q 0,0 0.8,-0.2 0.8,-0.4 0.8,-0.6 -0.2,-0.6 -1.6,0.8 z m 1.4,27.2 q 0.2,-0.4 0,-1 0,0.4 0,0.6 z m -1.6,-12.2 q 1.2,-2 0.8,-2 -0.2,0 -1.2,1.8 -0.8,1.8 -0.8,2.2 z m -0.4,-11 q 0.2,-0.4 0,-0.4 -0.4,0.2 -0.6,0.6 -0.2,0.4 -0.2,0.6 0.2,0 0.8,-0.8 z m -0.4,-3.4 q -0.4,0.4 -0.4,0.6 0,0 0.4,-0.2 0.6,-0.2 0.6,-0.4 0,-0.4 -0.6,0 z m 0.6,-11.2 q 0,-0.2 -0.8,0.2 -0.6,0.4 -0.6,0.6 0,0.2 0.6,-0.2 0.8,-0.4 0.8,-0.6 z m -3.8,14.6 q 1,-0.6 1.2,-1 0.2,-0.6 0.8,-1 l 0.4,-0.4 q -0.6,0 -2,1.4 -0.6,1 -0.4,1 z m 3,25.6 q 0.2,-0.4 0,-1 -0.2,-0.4 -0.2,-0.2 0,0.2 0,0.6 0,0.4 0.2,0.6 z m -0.2,-10.6 q -0.6,1.6 -0.6,1.6 0.2,0.2 1.2,-2.2 l 0.4,-1.8 q -0.4,0.4 -1,2.4 z m 1.2,42.8 q 0.2,0.2 0.4,0.2 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.2 0.2,0.4 z m 1,-3 q 0.4,0.6 0.8,0.4 0,-0.2 -0.6,-0.6 -0.2,-0.2 -0.4,-0.2 0,0 0.2,0.4 z m 1.2,5.4 q 0,0 0.2,-0.2 -0.4,-0.6 -0.6,-0.4 -0.2,0.2 0.4,0.6 z m 4,-48.8 q 0,0.4 0.4,0.2 0.4,-0.2 0.4,-0.6 0,-0.4 -0.4,-0.2 -0.4,0.2 -0.4,0.6 z m 2,-8.4 q 0,0 2.4,-2.6 -0.4,0.4 -1.4,1.4 -1.8,1.4 -1.8,1 0,-0.2 0.4,-0.8 0.6,-0.6 0.4,-0.4 0,0 -0.8,0.4 -1,0.8 -1.8,1.8 l -0.8,0.8 0.8,-0.6 q 1,-0.6 1,-0.4 0,0.4 -0.6,1.2 -0.6,0.6 -0.8,0.6 -0.2,-0.2 -1.6,1.6 -1.4,1.8 -1.4,2.4 0,0.4 1,-1 0.4,-0.8 1,-1.4 0.6,-1.2 1,-1.2 0.4,0 3,-2.8 z m 4.4,-5 q -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 -0.2,0 -0.4,0.4 z m 1.4,-0.6 q 0.8,-0.4 1,-0.8 0.2,-0.4 -0.6,0 -0.6,0.4 -0.8,0.8 -0.2,0.4 0.4,0 z m 3.2,-2 q -1.6,1 -1.6,1.2 0,0.2 0.6,0 0.8,-0.4 1.6,-0.8 0.8,-0.6 1,-0.8 0.2,-0.6 0,-0.6 0,-0.2 -1.6,1 z m 1.2,-2 q -1.4,0.8 -0.6,0.8 0.4,0 0.8,-0.6 z m 0.2,5 q 0,0 0.4,-0.4 -0.4,0 -0.8,0.4 -0.4,0.2 0.4,0 z m -1.8,-5.8 q -0.2,0.2 0.2,0.2 1,0 2.2,-0.6 0.8,-0.4 1.6,-0.2 h 0.4 q -0.6,-0.2 -0.4,-0.6 0.4,-0.4 -0.2,-0.2 -0.4,0.2 -1.4,0.6 -1.2,0.8 -1.6,0.6 -0.2,-0.2 -0.8,0.2 z m 3.6,1.4 q 1,-0.6 1.2,-1 0.2,-0.4 0.8,-0.4 0.6,-0.2 1.4,-0.6 l 0.2,-0.4 q -0.8,0.4 -1.4,0.4 -0.4,0 -1,0.4 -0.4,0.4 -1,0.6 -0.6,0.2 -1,0.8 -0.2,0.6 -0.2,0.8 0,0 1,-0.6 z m 2.6,-0.6 q 0,0.2 0.8,-0.4 1,-0.6 1,-0.6 0,-0.2 -1,0.2 -0.8,0.4 -0.8,0.8 z m 2.8,-0.6 q 0.4,0 0.6,-0.2 l -0.4,-0.2 q -1.2,0.4 -0.2,0.4 z m 0.2,-1.4 q -0.4,0.4 0.2,0.2 0.8,-0.2 0.6,-0.4 -0.2,-0.2 -0.8,0.2 z m 1.8,-1.6 q 0,0 -0.6,-0.2 -0.8,0 -2.2,0.6 l -1,0.4 h 0.8 q 1,0 1,-0.2 0,-0.4 0.8,-0.4 1,0 1.2,-0.2 z m 1.2,0.6 q 0,0 0.2,-0.2 -0.4,0 -1,0.2 l -0.2,0.4 q 0.4,0 1,-0.4 z m 4.4,-0.8 q 0,0 0.2,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.6,0 z m -2,-1 q -0.4,0.2 0,0.6 0.4,0.2 0.8,0.2 v -0.2 q -0.6,-0.2 -0.4,-0.4 z m -0.4,0.8 q -0.8,-0.4 -0.8,0 0.2,0.4 0.8,0.4 0.6,0 0,-0.4 z m 0.2,-5.6 q -1.2,0.4 -0.2,0.4 0.2,0 0.6,-0.2 z m 0.4,3 q 1.2,-0.6 1.2,-0.8 -0.4,-0.4 -1.4,0.2 -0.8,0.6 -1.2,0.2 l -0.2,0.2 q 0.4,0.4 0,0.4 h 0.4 q 0.4,0 1.2,-0.2 z m 0.6,-3 q 0.2,0.4 1.2,0.4 1,-0.2 1,-0.6 0,-0.4 -0.6,-0.2 -0.4,0.2 -1.2,0.2 z"/><path fill="#111111" d="m 851.40035,52.6 q 1.6,1.4 1,2.4 -0.4,0.6 -0.6,0 -0.2,-0.4 -1.8,-1.2 -1.4,-0.8 -1.6,-0.6 l 0.8,0.6 q 1.8,1.4 1.8,2.2 -0.4,0.2 0.2,1 l 0.4,0.4 q -0.4,-0.2 -1,0.2 l -0.2,0.2 q 0.2,-0.4 -0.2,-0.8 -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.6 V 58 l -0.8,-0.6 q -0.8,-1 -2.6,-1.6 -1.6,-0.6 -2,-0.2 -0.2,0.2 0.8,0.6 1,0.4 1.2,0.4 0.2,0 1.2,0.8 0.4,0.6 0.6,0.6 -0.4,-0.2 -0.4,0.2 0,0.6 1,0.4 0.4,0 0.2,1 -0.2,0.6 -0.4,0.6 -0.6,-0.2 -1,-0.2 0.2,0.2 0,0.2 0,0 -0.2,0 -0.4,-0.4 -0.2,-0.6 0.2,-0.4 -0.4,-0.4 -0.4,-0.2 -0.8,0 -0.4,0.2 0.2,0.8 0.6,0.6 0.2,1.6 -0.4,0.8 0.4,1.6 1,0.6 1,1.2 0,0.4 -1,-0.2 -0.8,-0.8 -1.2,-0.6 -0.2,0.2 -0.2,0 0,-0.4 -0.6,-0.6 -0.4,-0.2 -0.4,0 0.2,0.2 0.4,0.4 0.4,0.8 0.6,1.2 0.4,0.2 0.4,0.6 0.2,0.2 0.2,0.4 0.2,0.2 0.2,0.6 0,0.2 1,1.2 0.6,0.6 0.4,0.8 -0.8,-0.2 -0.8,0.2 0,0.2 1,0.2 1.4,-0.2 2.2,1.6 0.6,0.8 0,1.4 -0.4,0.4 -0.8,0 -0.4,-0.6 0,-0.8 0.6,0.2 0.6,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -1.6,-0.8 -2.4,-1.6 0,0.8 1.4,1.4 1.4,1.6 0,1 -2.4,-1.4 -1.6,-1.6 -3.4,-2.4 l -1.8,-0.6 1,1 q 1.2,1 1.4,1 0.2,0 0.8,0.6 0.8,0.6 1.8,1.4 l 0.4,0.6 q -0.6,-0.2 -0.6,0.2 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -1.2,-0.4 -1.2,-1 -1.6,-1 -0.4,0 -0.2,-0.2 0.2,-0.4 0.6,-0.2 V 71 q -0.2,-0.4 -0.6,0 -0.2,0.2 -1.4,-0.2 l -1,-0.6 1,0.8 q 1,1 1,1.4 0.2,1.6 1,1.6 0.6,0 0.6,0.8 l 0.2,1 -1,-1 q -1.2,-1.2 -4.6,-3 -3.4,-1.8 -4.2,-1.6 -0.4,0 -3.6,-1.4 -3,-1.4 -3.4,-1.4 -0.2,0 -7.4,-2 -17,-4.8 -16.4,-3.2 0.4,0.6 -3.8,11.4 -0.8,2.4 -1.4,4.2 -0.6,1.6 -0.8,2 -0.2,0.2 -0.6,1.6 -0.8,2.6 -2.8,9.2 -2.8,9 -5.8,25.6 -0.8,5.4 -1,5.6 -0.2,0 -0.2,1.4 0.2,1.2 -0.8,1.8 -0.8,0.6 -0.8,2 0,1.2 0.4,1.6 v -1.2 q -0.2,-1.8 0.4,-2 0.6,-0.2 0.6,0.4 0,0.8 -0.6,6.2 -0.8,5.6 -1,8.6 -0.2,2.8 -0.6,2.6 v 0.4 q 0.2,0.6 0,5.2 -0.4,4 -0.8,4 -0.4,-0.4 -0.4,-1 l -0.4,-0.2 q -0.2,0.4 -0.2,2.4 0.2,1.8 0.4,1.8 0.4,0 0.4,-1.4 0,-0.8 0,-0.6 0.4,0.8 0.4,2.4 l -0.2,1 -0.2,-0.4 -0.2,0.2 0.2,1 q 0.4,-0.2 0.4,0.2 0,0.2 -0.4,0.4 -0.2,0.2 0,2.6 v 1.8 q -0.2,-0.4 -0.6,-3.6 l -0.2,-3.2 v 3.4 q 0,3.4 -0.2,3.2 l -0.6,8 q 0,1 0,2.4 0,5 -0.4,5.2 -0.4,0 -0.4,0.4 0,0.4 0.4,0.2 0.2,-0.2 0.2,1.4 0,1.4 -0.2,3.4 0,1.8 -0.2,2.6 v 0.8 l 0.4,0.8 q 0.2,1 -0.4,1.2 -0.6,0 0,0.6 0.6,0.6 0,0.8 -0.6,0.2 -0.8,0.2 0,0 0.2,-0.6 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,-1.6 l 0.4,-1.4 q 0.4,0.2 0.4,-0.2 0,-0.6 -0.6,-0.4 h -0.4 q 0.2,-1.2 -0.6,-11 -0.2,-1.8 -0.6,-2 v 0.2 q 0.2,0.6 -0.6,0.8 -0.6,0.2 -1,1.2 -0.2,0.8 -0.2,8.6 0,7.8 -0.2,7.4 -0.2,-0.2 -0.2,0 -0.2,0.2 -0.2,0.4 -0.2,13.8 -0.4,14 -0.2,0.2 -0.2,-0.8 0,-1 0,-2.6 0,-1.4 0,-3.4 l -0.2,-4.8 q -0.2,2.2 -0.4,2.6 l -0.2,-0.6 0.2,-0.8 -0.6,0.8 q -0.6,0.8 -0.2,1.4 0.4,0.4 0,0.8 -0.4,0.4 -0.4,3.6 v 3 l -0.2,-3 q -0.2,-3 -0.6,-3.2 l -0.2,0.6 q 0.2,1.2 0,3.4 0,2.2 0,4.4 0,2.2 -0.2,2 -0.2,-0.2 -0.4,-2.2 0,-2 -0.2,-2.2 0,0 0,-1.2 -0.2,-4.2 -0.8,-5.2 -0.4,-0.6 -0.4,-2 0,-1.4 -0.2,-3 l -0.4,-1.8 -0.2,2 q 0,0.8 0,-0.2 -0.2,-0.8 -0.2,-3.2 0,-5.2 -0.4,-6 -0.4,-1 -0.4,-2 v -1 q -0.2,0.2 -0.2,1.6 0,1.4 0,2.8 0.2,1.6 -0.2,2.2 -0.2,0.6 0,0.8 0.4,0.2 0.4,2.4 0,2 -0.4,2.4 -0.4,0.6 0,1 0.6,0.2 0.2,0.4 -0.4,0.2 -0.4,0.6 0,0.2 0.2,0 l 0.4,2.4 q -0.2,1 -0.2,1.2 -0.4,0.4 -0.2,0 0,-0.2 0,-0.6 0,-1 -0.2,-1 l -0.4,-7.2 q 0,-1.4 0,-3.2 l -0.2,-10.8 -0.2,23.4 -0.2,-14.4 -0.4,-12 -0.2,2.4 -0.4,-6.6 v 3.6 q 0,3.8 0.2,3.8 0.4,0 0.4,2.6 l -0.2,2 q -0.2,-0.8 -0.6,-0.8 -0.2,0 -0.2,11.6 0.2,11.4 -0.2,11.2 h -0.2 q 0.4,0.2 0,1.2 -0.2,1.2 0,2.6 0.2,1.2 0.4,0 0,-0.2 0,-1 l 0.2,-2.4 v 2.4 q 0.2,2.6 -0.2,2.6 -0.4,0 -0.4,1.4 l -0.2,-0.2 q -0.2,-0.8 -0.2,-2.2 -0.2,-3.8 -0.4,-4.6 -0.2,-0.8 -0.4,-15.8 0,-0.2 0,-0.4 l -0.4,-14.6 q 0,0.2 0,0.8 v 0.2 l -0.2,1.2 q -0.2,-0.4 -0.2,-3.4 0,-2.4 0,-5 0.2,-2.6 0.2,-4.2 0.2,-1.6 0.4,-1.4 0.2,0 0,4.8 0,1.2 0,2.4 0,1 0,1.6 0.2,0.6 0.2,0.4 0.2,0 0.2,-6.6 l 0.2,-5.4 q -0.2,1.2 -0.6,1.6 -0.4,0.4 0,-4.4 0.2,-1.2 0.2,-2.4 0.2,-1.6 0.4,-4.2 0.2,-2.4 0.4,-3.6 0.2,-0.4 0.2,-0.6 0.2,-0.4 0.2,0.2 0,0.2 0,1 l 0.2,1.6 0.2,-2.2 q 0.2,-2.2 0.2,-2.4 l -0.2,0.4 q 0,0.6 -0.4,0.6 -0.2,0 -0.2,-0.2 0,-0.2 0,-0.8 0,-0.6 0,-1.4 0.2,-1 0.4,-2.2 0.2,-1 0.4,-8.6 0.2,-7.6 0.4,-9.6 0.6,-9.8 1.6,-17.4 3.4,-23.8 9.8,-40.2 1.4,-3.4 1.2,-3.6 -0.2,-0.2 -4.4,0 -4.2,0 -5.6,0.2 -4.2,0.6 -6.2,0 0.2,-0.2 0.6,-0.2 0.6,0 2.4,-0.2 1.8,-0.2 3.2,-0.4 1.2,-0.2 1.6,-0.4 0.6,-0.2 6,-0.4 1,-0.2 0.8,-0.4 -0.4,-0.4 -2,-0.2 -1.4,0.2 -4.2,0.4 -2.6,0.2 -2.4,0.4 0,0.2 -0.6,0.4 -0.4,0 -1.4,0 -0.8,0 -1.8,0 -4,0 -3.8,-0.2 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,0.2 0,0.4 -3.6,1 -1.6,0.2 -1.6,-0.2 0,-0.6 0.8,-0.8 l 0.4,0.2 1,0.2 q 0.8,-0.2 1.2,-0.6 0.2,-0.4 3,-0.4 2.8,-0.2 3,-0.4 0.4,-0.2 1.2,-0.4 h -2.8 q -3.4,0.2 -8.8,0.4 -5.2,0 -7.6,0.4 -2.4,0.2 -2.4,-0.2 0,-0.4 1.2,-0.6 l 0.8,0.2 q -0.2,0.2 0,0.2 0.4,0 1.4,-0.2 1,-0.4 2.4,-0.6 1.4,-0.2 2.6,-0.6 l 1.2,-0.2 h -1 l -0.2,-0.4 -5.6,0.2 q -1.8,0.2 -2.4,0.4 -0.8,0.2 0,-0.4 0.6,-0.6 1.8,-0.6 1.2,0 1.4,0 0.2,0 2,-0.4 1.8,-0.2 1.8,-0.6 0,-0.6 -0.6,-0.6 -0.2,0 -0.2,0.2 -0.2,0 -0.2,0 l -0.6,0.4 q -0.6,0 -2.4,0.2 l -1.4,-0.2 q 0.2,-0.4 1,-0.2 0.6,0 1.4,-0.4 0.8,-0.4 1.4,-0.4 0.6,0 0.4,-0.4 -0.4,-0.4 -1,0 -0.6,0.2 -1.6,0.2 -1.2,0 -2,0 -0.8,0 -0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 1,-0.4 0.4,-0.8 0.2,-0.8 -0.4,0 -0.6,0.4 -0.2,0.4 -0.6,0 -0.6,-0.4 -0.8,0 -0.4,0.4 -0.6,0.2 -0.2,-0.4 -1.2,0.2 -1,0.4 -1.2,0.4 -0.2,-0.2 -0.2,-0.8 0,-1 0.8,-0.8 0.6,0.2 0.6,-0.2 0,-0.6 -1,-0.2 -0.6,0.2 -1.2,0.4 -0.6,0 -1,0 -0.4,0 -0.4,-0.2 0,-0.2 -0.6,0 -0.6,0 -0.8,-0.4 -0.2,-0.2 -0.2,-0.2 0,0 0.2,0 0.4,0.4 0.4,-0.2 0,-0.6 1,-0.4 0.8,0.2 0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 0.6,-0.2 0.2,-0.4 0.6,-0.2 0.2,0.2 0.4,0.2 0.2,-0.2 0,-0.4 0,-0.4 1.8,-0.8 l 1.6,-0.4 -1.8,0.2 q -2,0.2 -2.2,0.6 h -0.2 q 0,-0.2 -0.6,0.2 -1,0.8 -1,0 0,-0.2 0.2,-0.4 0.4,-0.6 0.8,-0.4 0.2,0.2 4.8,-1.4 1.8,-0.6 2.2,-0.4 0.4,0.2 0.4,-0.2 0,-0.4 0.4,0 l -0.2,-0.6 q -0.8,-0.6 -1.2,-0.2 -0.4,0.2 -1.4,0.4 -1.2,0 -2,0.4 -0.6,-0.2 -0.6,-0.2 0.2,-0.4 0,-0.4 -0.4,0 -0.4,0.4 -0.2,0.2 -2.6,0.6 -2.6,0.4 -2.8,0.2 -0.4,-0.4 0.2,-0.6 0.2,0 0.4,0 0.8,-0.2 1.4,-0.4 0.6,-0.4 1.2,-0.4 0.6,0 1.4,-0.2 5.4,-1.4 6.2,-1.2 0.8,0 0.8,-0.4 0,-0.6 5.4,-2 l 1.8,-0.4 -2.4,0.2 q -2.6,0.2 -3.4,0.2 -0.8,0 -0.8,0.4 0,0.2 -1.6,0 -1.6,-0.2 -1.6,0.2 0,0.2 -0.6,0.2 -0.8,0 -1.4,0.2 -0.6,0.2 -0.6,0 0,-0.6 2.4,-1 2.4,-0.6 4.4,-0.6 1.8,-0.2 1.8,-0.4 0,-0.4 0.6,-0.6 0.6,-0.4 1,-0.2 0.2,0.2 -0.2,0.2 -0.4,0 -0.4,0.4 0,0 0.2,0 0.4,0 1,0 0.6,0 1.2,-0.2 2.6,-0.4 4.8,-0.6 2.4,-0.2 2.6,-0.6 0.2,-0.4 -0.8,-0.2 -0.8,0.2 -1,0 l 0.8,-0.4 q 2.4,-0.2 5.2,-0.6 1.6,-0.2 1.8,0.4 0.2,0.4 0.4,0 0.6,-1 2,0 0.6,0.4 1.2,0.2 0.6,-0.2 0.6,-0.6 -0.2,-0.4 3,-0.4 3.4,-0.2 3.4,0 0,0.2 0.2,0.2 0.4,0 0.8,0 0.4,-0.2 0.6,-0.4 h 0.4 q -0.4,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.4 1,-0.4 0.6,0 0.8,0.2 0.2,0 0,0.4 0,0.2 0.2,0.2 0,0 0.4,-0.2 0.4,0 0.4,0 l 2.2,0.4 q 0.4,0 0.8,0 l 2.8,-0.4 q -0.4,-0.2 -0.2,-0.2 0.2,0 0.6,0.2 1,0.2 3.4,0.4 2.6,0 3.8,0.4 1.4,0.2 2.4,0.4 l 0.2,0.2 0.4,0.2 q 3.2,-0.6 7.6,0 1.8,0.2 4.6,0.6 3,0.4 3.4,0.6 0.6,0.2 1.4,0.2 2.6,0.2 10.6,2.8 11,3.8 12.4,5 2,2 2.8,2 0.6,0 1.2,0.6 0.8,0.4 0,0 -1,-0.4 -1,0 0,0.2 1.4,1 1.6,0.8 2,0.8 0.2,0 -0.8,-0.8 l -0.8,-0.6 1,0.4 q 0.8,0.4 0.8,0.6 0,0.2 1.2,1.6 z m -106.4,-2.2 q 0.2,0 0.4,-0.4 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 0,0.4 0.2,0.4 z m 7.6,1.6 q 0.4,0 0.8,-0.2 l 0.2,-0.4 q -0.4,0 -0.8,0.4 z m 2,1.4 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 l 0.2,0.2 q 0.6,0.4 0.8,0.4 z m 0.6,-1.6 q 0.4,0 0.4,0 -0.2,-0.4 -0.6,-0.4 z m 2.6,-11.4 q 0,0 0.2,0.4 l 0.6,-0.2 q -0.4,-0.2 -0.8,-0.2 z m -0.6,14.6 q 0,0.2 0.4,0.2 l 0.4,-0.2 q -0.4,-0.2 -0.8,0 z m 0.6,1.4 q 0.8,0 0.8,-0.2 -0.6,0 -1.4,0 -0.4,0.2 0,0.2 0.2,0 0.6,0 z m 2.4,-15.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,-0.6 q 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 0.2,0.2 0.6,0.2 z m 5.2,-3.2 q -0.2,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.2 -0.4,-0.2 -0.2,-0.2 -0.4,0 z m 1.8,0 q -0.4,0.4 0.4,0.4 0.8,0 0.4,-0.4 -0.4,-0.4 -0.8,0 z m 2.6,0 q 0.2,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m -3.8,118.4 q 0,0 0.6,-6.8 v -2.2 l -0.4,2.4 q -0.6,5.2 -0.2,6.6 z m 1,-14.6 q 0,0 0.2,0.4 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0.2,38.8 q 0.4,0 0.4,-0.2 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.4 0,0.2 0.2,0.2 z m 0.8,-16 q 0,-1.4 0,-3 -0.2,0.8 -0.2,1.6 v 1.6 z m 0.4,-33 q 0,0 0.2,0.4 0.2,-0.4 0,-1 -0.2,0.4 -0.2,0.6 z m 0.2,37.8 q 0.2,-1.2 0,-2.2 0,0.4 -0.2,1 l 0.2,1.4 z m 12.2,-129.6 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 0,23 q 0.2,0 0.4,-0.2 0.2,-0.4 -0.2,-0.4 -0.2,0 -0.2,0.4 0,0.2 0,0.2 z m -4.6,-25 q 0.8,0 2.6,-0.2 2,-0.2 2.2,-0.4 h -1.4 q -1.4,0.2 -3,0.2 z m 3.4,27.6 q 0,0 0.2,0 0.6,-0.6 0.6,-1.2 0,-0.6 -0.2,0 -0.2,0.6 -0.6,1.2 z m -10.4,91 q 0.2,-0.6 0,-1 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.6 z m 0.4,7.2 q 0.2,-0.4 0,-1 0,-0.4 -0.2,-0.2 0,0.2 0,0.6 0.2,0.4 0.2,0.6 z m 1.2,15 q 0.2,0 0.2,-2.6 0.2,-2.6 -0.2,-2.8 -0.4,-0.2 -0.4,2 0,3.4 0.4,3.4 z m 0.2,-40.6 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.8,50.6 q 0.2,-0.2 0,-2 l -0.2,-1.6 -0.2,2 z m -0.2,-4.6 q 0,0 0,0.4 0.2,-0.4 0,-0.8 0,0.2 0,0.4 z m -0.4,-82.2 q 0,0 0.8,-6.2 l -0.2,0.4 q -0.6,1.4 -1.8,10.2 -1,8.8 -1,13.2 -0.2,3.6 0,2.8 0.2,-1 1,-8.8 0.4,-6 1.2,-11.6 z m 3.2,95 q 0,0 -0.2,-1.6 v 0.4 q -0.2,0.6 -0.4,1.6 0,0.8 0,1.4 0.2,0.6 0.4,0.6 0.2,0 0.2,-2.4 z m -0.2,-3.4 q 0.2,2 0.2,0.2 0.2,-0.8 0,-2 0,-2.2 0,-2.2 0,0 -0.2,1.2 -0.2,1.8 0,2.8 z m 0.2,-97.2 q 0.2,-0.4 0,-0.8 0,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.2,-1.8 q 0.4,-0.2 0.2,-0.8 l -0.4,0.2 z m -1.6,-2.6 q 1,-5.2 3.8,-16.4 0.6,-2 1.6,-5 1,-3.2 0.8,-3.4 l -0.6,1.2 q -0.4,1.4 -0.6,1.6 -0.2,0.4 -1.6,5.8 -0.4,1 -1.4,4.6 -0.6,2 -0.6,2.8 -0.2,1 -0.8,3.4 -0.4,2.2 -0.8,4.2 -0.4,2 -0.6,3.4 -0.2,1.2 0,1.2 0.2,0 0.8,-3.4 z m 2.2,103.8 q 0,0.4 0.2,0.4 0.4,0 0.2,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 0,0.6 z m 0,-2.4 q 0,0 0.2,0.4 0.2,-0.2 0,-0.6 z m 0.6,-3.6 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-2.4 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 3.8,-17.6 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m -2.2,-87.2 q 0.6,-2.2 2.2,-8.2 1.8,-6 1.6,-6.2 l -0.4,1 q -0.4,1 -1.8,5.8 -1.4,4.6 -2.2,8.6 -0.8,4 -1.4,6 -0.8,3.4 -0.4,3.2 0.2,0 0.4,-1 0.4,-2.4 1.4,-6.2 0,-0.2 0,-0.6 0.2,-0.6 0.4,-1.2 0.2,-0.8 0.2,-1.2 z m 4,73.4 q 0,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.6 0.2,0.6 z m 9.6,-118 q 0,0 0.2,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.6,0 z m -2,0.2 q 0,-0.2 -0.8,-0.2 -0.6,0 -0.6,0.4 0,0.2 0.6,0 0.8,-0.2 0.8,-0.2 z m -1.2,65.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m -0.6,2.4 q -0.2,0.4 -0.2,0.4 0,0.4 0.2,0.6 0.2,-0.6 0,-1 z m -4.6,-41 q -0.2,0 -0.6,0.8 -0.2,0.6 0,0.6 0.4,0 0.6,-0.6 0.2,-0.8 0,-0.8 z m -1,87.6 q 0,0 0.4,0.4 0.2,-0.6 -0.2,-0.8 -0.4,-0.4 -0.2,0.4 z m 0,-4 q 0.2,1 0.4,0.6 0.4,-0.6 0.4,-0.8 0,-0.4 -0.4,-0.2 0,0.2 -0.2,0 0,-0.2 0,-0.4 l -0.2,-0.4 q -0.2,0.2 0,1.2 z m 1,-10.6 q 0.2,-1 0.2,-1.8 0.2,-0.8 0.2,-1.2 0,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.8 0,0.6 -0.4,4.4 -0.2,2 -0.4,3.4 0,1.4 0,2.4 0,0.8 0,1.2 0,0.4 0.2,0.4 0.2,0 0.2,-0.4 0.2,-6.8 0.6,-8.6 z m 0.6,-6.4 q 0.8,-8.2 1.4,-7.6 l 0.2,-0.2 q 0,-0.2 -0.2,-0.4 -0.2,-1.2 0.6,-5.6 l 0.4,-4.6 q 0,0.2 0,0.6 -0.4,1.2 -0.6,2.4 -1,6.2 -1.8,12.2 -0.4,4.4 -0.6,5 0,0.6 0.2,0.6 0.2,0 0.4,-2.4 z m 1.8,10 q 0.2,-0.8 0,-1.8 v 0.2 q 0,0.4 0,0.6 v 1.2 z m -0.2,11.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-8 q 0,-1.4 0.4,-1.4 0.4,0 0.2,-0.8 0,-0.8 -0.2,-0.2 l -0.4,0.2 q 0,-0.4 -0.2,-0.2 -0.2,0.2 -0.2,1.6 0.2,1.4 -0.2,1.8 -0.2,0.4 -0.2,2.8 0.2,2.2 0.4,2.2 0.4,0 0.2,-2.4 -0.2,-2.4 0.2,-2.2 z m 0.6,-8.4 q 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,1.2 z m 1,-4.2 q 0,0 -0.4,-1.4 0,-0.4 0,-0.4 -0.2,1 -0.4,1 -0.2,0 0,1.6 0.2,0.8 0.2,0.6 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.2 z m -0.4,-21.2 q 0,0 0.2,0.4 0,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-72.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,70.8 q 0,0 0.4,-0.2 0.2,-1 0.2,-1.8 l -0.2,0.2 q -0.4,0.8 -0.4,1.8 z m 1.8,9.8 q 0,0 0,-1 l -0.2,-0.8 q -0.2,0.8 -0.8,4 -0.4,3 -0.4,3.4 l 0.2,-0.2 q 0.4,-0.4 0.6,-0.4 v -0.2 q 0,-0.6 0,-1.6 0,-1.2 0.2,-2.2 0.2,-1.2 0.4,-1 z m 1.6,-9.6 q 0,-1.8 -0.2,-1.6 0,0.2 -0.8,4 -0.6,3.6 -0.6,4 l 1,-3.6 v -0.2 l 0.2,-1 z m 0,-72 q -0.4,0 0,0.4 0.4,0.4 0.2,0.6 v 0.2 q 0.4,-0.2 0.4,-0.6 0,-0.6 -0.6,-0.6 z m 0.4,68.6 q 0.2,-0.4 0.4,-1.8 0.2,-1.4 0,-0.6 z m 0.6,-3.8 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.6 -0.2,-0.6 0,0 -0.2,0.6 z m 0.6,-1.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-62.8 q 0,0 0.2,0.4 0.4,0 0.4,0 -0.2,-0.4 -0.6,-0.4 z m 0.4,61.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.4,-2.4 q -0.2,0.8 0,0.4 0.4,-0.4 0.4,-0.8 z m 1.6,-3.2 q 0,0 0,-0.2 -0.4,0 -0.2,-0.8 l -0.2,-0.2 q -0.4,0.6 -0.6,1.8 -0.2,1 -0.2,1 0.2,0 0.4,-0.4 0.4,-1 0.8,-1.2 z m -0.2,-2.6 q 0,0 0.2,0.6 0.2,-0.2 0,-0.8 z m -0.6,-52.4 q 0,0.2 0.6,0.2 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0 -0.6,0.2 z m 1.8,49.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.2,-1.8 q 0,0.8 0.2,0.2 0.4,-0.8 0.4,-1 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.2,1 z m 1.4,-3 q 0,0 -0.2,-0.4 -0.8,1.4 -0.2,1.4 0.2,-0.2 0.4,-1 z m 0.8,-2.6 0.2,-0.8 -0.4,0.8 -0.6,1.4 0.2,-0.2 q 0.4,-0.4 0.6,-1.2 z m 1.4,-4 0.2,-1 -0.6,1 q -0.4,0.8 -0.4,1.4 0,0.4 0.2,0 0.4,-0.6 0.6,-1.4 z m 1,-4 q -0.2,0.6 0.2,0.2 0.4,-0.4 0.2,-0.6 -0.2,-0.2 -0.4,0.4 z m 0.2,-7.6 q 0.4,-0.2 0.4,-0.8 0,-0.6 -0.4,0 -0.4,0.8 0,0.8 z m 1,-2.6 q 0,0 0,-0.8 0,0.2 -0.2,0.8 -0.2,0.4 -0.4,0.8 0,0.2 0,0.2 0.2,0 0.6,-1 z m 0.8,-24 q 0,0 -0.2,0.4 -0.2,0.2 0,0.2 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.4 z m 0.2,29.2 q 0.4,-0.6 0.4,-0.8 h -0.4 q -0.2,0.6 -0.2,1 z m 2.6,-28.2 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 l 0.2,0.2 q 0.6,0.4 0.8,0.4 z m 7.2,1.4 q 0.6,-0.2 0.6,-0.2 -0.4,-0.2 -1,0 0,0.2 0.4,0.2 z m -1.2,-1 q 2.6,0.2 2.8,0.2 0.4,-0.4 -5,-0.8 h -1.8 q 0.4,0.2 0.6,0.4 0.2,0 0,0.4 0,0.2 0.2,0.4 0.4,0 1,0 h 1.4 l -1.2,-0.2 q -2.2,-0.4 -0.4,-0.6 1,0 2.4,0.2 z m 3.2,1.4 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,-0.2 z m 0.2,-1 q 0,0 2.4,0.2 0,-0.2 -1.4,-0.4 -1,0 -1,0.2 z m 3.6,0.6 q 0.2,0 0.4,0 0.2,-0.2 0,-0.4 -0.2,-0.2 -0.6,0 -1.2,0.4 0.2,0.4 z m 2.6,0.2 q 0.4,0 0.6,-0.2 -0.6,0 -1,0 0.4,0.2 0.4,0.2 z m 1.8,0.4 q 0.4,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m 2.2,0.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 2,0.6 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z m 20.6,10.4 q 0,0 0.2,0.4 0.6,0.2 1,0.2 l -0.2,-0.2 q -0.6,-0.4 -1,-0.4 z m -5,-5.8 q 0,0 -1.2,-0.2 l 0.2,0.2 q 0.6,0.4 1.2,0.2 z m -3,-1 q 0,-0.4 -0.8,-0.4 -0.8,0 -0.2,0.4 0.8,0.2 1,0.2 z m -2.2,-1 q -0.8,-0.4 -1.4,-0.2 0.4,0.6 2,0.8 z m -2.8,-1 q 0,0 -2.8,-0.6 0.2,0.2 1.4,0.8 1.4,0.4 2,0.4 0.2,0 0,-0.2 -0.2,-0.2 -0.6,-0.4 z m -1,23.8 q 0,0 -0.6,-0.4 -0.8,-0.4 -2,-0.6 l -1.2,-0.4 1,0.6 q 1.2,0.8 2.8,0.8 z m -0.8,-22.2 q 0,0 1.6,0.2 -0.2,-0.2 -1.2,-0.4 -0.4,0.2 -0.4,0.2 z m 6.4,25 q 0,0 0.4,-0.2 -0.2,-0.2 -2.8,-1.2 -2.4,-1.2 -2.6,-1.2 z m 1.2,0.6 q 1,1.2 1,0.6 0,-0.4 -0.8,-0.8 z m 3,1 q -0.2,0 -0.8,-0.4 -0.6,-0.4 -0.8,0 0,0.2 0,0.2 0,0 0.2,-0.2 0.4,-0.2 0.4,0.2 0,0.4 0.6,0.4 z m -0.8,-9 q -0.8,-0.4 -1.2,-0.4 -0.2,0 0.6,0.4 1.2,0.6 1,0.6 0,-0.2 -0.4,-0.6 z m -0.6,3.2 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z m 2.8,-12.6 q 0.8,0.2 0.8,-0.2 -0.2,-0.4 -0.8,-0.2 -0.4,0.2 0,0.4 z m -4.8,-6 q 0,0 5.6,1.6 l -0.2,-0.2 q -0.8,-0.6 -1.6,-0.6 -0.8,0 -0.8,-0.2 0,-0.2 -0.8,-0.2 -0.6,-0.2 -0.8,-0.4 -0.2,-0.4 -0.6,-0.4 l -2.4,-0.8 -0.8,-0.2 q -1,0 -2,-0.2 z m 8.8,8.6 q 1.2,0.6 1.2,0.4 0,-0.2 -1.2,-0.8 z m 2.2,0.2 q 0.4,0 -0.2,-0.6 -0.6,-0.8 -2.6,-1.6 -1.8,-1 -2,-0.8 l 0.4,0.2 -0.2,0.4 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 0.2,0.2 1.8,1.2 1.6,0.8 1.8,0.8 z m 0,-3.2 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 1.2,0.8 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 z"/><path fill="#111111" d="m 925.00032,208.6 q 0.6,0 0.4,0.4 -0.4,0.4 -1,0.4 -0.6,0.2 -2.2,-2.6 -1.6,-2.6 -2,-2.8 h -0.2 q 0,0.2 0.4,0.8 0.2,0.6 -0.2,0.6 -0.2,0 -0.2,-0.4 0,-0.2 -0.6,-0.2 -0.6,0 -0.2,-0.4 0.4,-0.2 0.2,-0.4 -0.2,0 -0.6,0 -0.2,0 0,-0.2 0.2,-0.4 -0.2,-1 l -0.4,-0.2 q 0,0.2 -0.4,-0.2 l 0.4,1.4 q 1,1.6 1,1.6 l 0.2,0.6 -0.2,0.6 v 1 q 0,0.2 0.2,0.4 0.4,0.2 0,0.2 -0.8,0 -0.4,0.8 0.2,0.4 0.4,0.4 0.6,0.2 0.4,0.6 l 0.2,0.2 q 0.6,-0.2 0.8,0.4 l -0.2,0.2 q -0.2,-0.2 -0.2,0 0,0.4 0.4,0.8 0.4,0.4 -0.2,0.4 -0.2,0 -0.4,-0.2 -0.2,0 -0.2,0 0.2,-1 -2.2,-3.6 -0.8,-1 -0.6,-1.2 h -0.2 q -0.4,0.2 0.4,1.6 0.8,1.6 0.6,1.8 -0.2,0.2 0.2,0.2 0.4,0 0.6,1 0.2,1.2 0.4,1.2 0.2,0 1.2,2 1.2,2.2 1.4,3.2 0.2,0.6 0,0.8 -0.2,0.2 -0.6,-0.4 -0.4,-0.4 -0.4,-1.2 0.2,-0.8 0,-0.6 -0.6,0 -1.2,-0.6 -0.4,-0.4 -1.4,-2 -1.4,-2.6 -1.8,-2.6 -0.2,0 0,0.4 l -0.2,0.2 q -0.2,-0.2 -0.6,-0.8 0,-0.4 0,-0.4 0.6,0.6 0.6,0.2 0,-0.2 -0.8,-1 l -0.4,-0.4 q 0.2,0.4 -0.2,0.2 -0.4,-0.2 -0.2,-0.8 0,-0.2 0,-0.4 0,0 -0.2,0 -0.2,0.2 -2,-2.8 -1.6,-3 -2.2,-3.8 -0.6,-0.6 -0.4,-0.8 0.2,-0.2 -0.6,-0.8 -0.6,-0.4 -0.6,-0.8 0,-0.6 -0.6,-1 -0.6,-0.6 -1.4,-2.2 -0.4,-0.6 -0.8,-1 -0.2,-0.4 -0.4,-0.4 h -0.2 q 0.2,-0.2 -0.2,-1.2 -0.4,-1 -0.6,-1 -0.2,0 0.2,0.8 v 0.4 q -0.4,-0.2 -1.8,-2 l -1.4,-1.4 -1.2,-1.4 q -1.2,-1.6 -1.6,-1.4 -0.4,0.2 -1.2,-0.6 -0.6,-1 -1,-1.8 -0.2,-0.4 -0.2,-0.4 0.2,0 0.4,0 0.4,0.4 0.2,0 -0.2,-0.4 -0.4,-0.2 -0.2,0 -1,-0.6 l -0.8,-0.4 q 0.4,0.4 0,0.6 -0.2,0.2 -1.4,-1.2 -1.2,-1.6 -1.8,-2.2 -0.6,-0.6 -0.6,-0.8 0,-0.4 -0.4,-0.4 -0.2,0 -1.2,-1.4 l -0.8,-1 q 0,0.6 3,4.4 0.8,1 0.8,1.2 -0.2,0 -0.8,-0.2 -0.2,-0.2 -0.4,-0.4 -0.2,-0.2 -0.2,-0.2 0.2,-0.6 -2.4,-3 -0.8,-0.8 -0.6,-0.8 0.2,0 -0.4,-0.6 -0.6,-0.8 -1.4,-1.8 -0.8,-1.2 -1.6,-1.8 -0.6,-0.8 -1.2,-1.6 -0.4,-1 -1,-1.6 -5.4,-6.6 -8.6,-10 -2.4,-2.6 -4.6,-5 -1.8,-2.2 -5.4,-5.8 l -3.4,-3.6 v 4.6 q -0.2,4.6 -0.8,4.4 l -0.2,0.4 q 0,0.2 0,0.4 0.2,0.2 0.4,0.2 0.4,-0.2 0.4,1.6 0,0.8 0,2.2 l -0.2,3 q -0.2,-1.6 -0.6,-1.6 -0.2,0 0,1.6 0,0.8 0,1.2 0.2,0.2 0.4,0.2 0.4,-0.2 0.4,2 0,2.2 0.6,5.6 0.4,3.8 0.2,3.8 -0.6,0 -0.4,-0.8 0.2,-0.8 -0.2,-0.8 -0.2,0 -0.4,-1.8 0,-0.2 -0.2,-0.2 0,-0.2 -0.2,-0.2 -0.2,0.2 -0.4,-0.2 -0.2,-0.8 0.2,-1.2 0.4,-0.4 0.2,-1.2 l -0.2,0.2 -0.4,-0.4 q 0,-1.4 0,-1.8 0,-0.2 -0.2,-0.2 0,-0.2 -0.2,0 v -0.2 q 0.4,-0.6 -0.2,-0.8 -0.4,-0.2 -0.4,-1 l -0.4,0.2 0.2,0.6 v 1.6 1 l 0.2,-0.2 q 0.2,-0.8 0.4,-0.2 0,0.4 0,1 0.4,1.6 0,2 -0.4,0.8 0.2,2.4 0.4,0.8 -0.2,1.6 l -0.2,0.2 q 0.2,-0.6 0,-1.4 -0.2,-0.8 -0.6,-0.8 -0.2,0 -0.2,0.8 0,0.8 -0.2,0.8 -0.4,0.2 -0.8,-1.8 l -0.4,-1.2 v 0.2 q -0.2,1.4 -1.2,0.2 -0.4,-0.6 -0.2,-0.6 0,0 -0.2,-1 0,-1 -0.4,-2 -0.2,-1.2 -0.4,-1.2 l 0.4,2.2 q 0.4,1.2 0,1.6 -0.4,0.4 -0.2,-0.2 0.2,-0.6 -0.4,-1 -0.6,-0.6 -0.6,-2.4 l -0.4,-1.4 q -0.2,0.2 -0.2,0.8 h -0.2 q -0.2,-0.4 -0.6,-0.2 -0.2,0.2 0,0.6 0.6,0.8 1,6.8 0,1.6 0.2,3.2 v 1.4 q -0.2,-0.2 -1,-2.6 -0.6,-2.6 -0.6,-3.2 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.2,-0.4 0.2,-0.6 -0.2,-1 -0.2,-0.4 -0.6,-3.2 l -0.6,-1.6 v 0.2 q 0,1.2 -0.2,1.6 -0.2,0.4 0,0.4 0.4,0 0.4,1.6 0,2.2 0.6,4.2 0.2,1 -0.2,1 -0.4,0 -0.2,-0.4 0.2,-0.6 -0.2,-0.6 -0.2,-0.2 -0.8,-3.2 -0.4,-3 -0.4,-4.6 l -0.2,-1 -0.4,-1 q -0.8,-4.6 -1.2,-5.6 -0.2,-0.6 -0.4,0.2 -0.2,0.4 -0.4,-0.2 0,-0.4 0,-0.8 l -0.2,-1 q 0,0 -0.2,0.4 0,0.2 0,0.2 -0.2,0.4 -0.2,-0.2 0.2,-0.2 0.2,-0.6 0.2,-1.4 0.2,-2 v -0.8 l 0.2,0.8 q 0.2,0.6 0.4,0 0,-0.2 0,-0.6 0,-1.2 -0.2,-1.2 0,0 -0.6,1.2 l -0.6,1 v -1.2 q 0,-1 -0.4,-1.4 -0.4,-0.4 0.2,-0.2 0.6,0.2 0.6,-0.2 0,-0.4 -0.4,-0.4 -0.4,0 -0.4,-0.8 0.4,-3.6 -0.2,-3.6 -0.4,0 -0.2,0.8 h -0.4 q -0.4,-1 -0.2,-1.4 0.2,-0.6 -0.6,-0.2 -0.8,0.2 -0.8,-0.6 0,-1 -0.4,-1.2 -0.2,-0.2 0.2,-0.6 v -0.2 q -0.4,0 -0.2,-0.8 0.2,-0.4 0,-0.4 0,-0.2 -0.4,0 -2,0.8 -4.6,0.6 0.4,-0.4 0,-0.4 -0.6,0 -1,0.4 -0.8,0.6 -0.6,-0.4 0,-0.2 0,-0.6 0.2,-0.8 1.4,-1.2 1.2,-0.4 1.2,-0.6 0,-0.4 0.2,-0.2 0.4,0 2,-1 1.6,-0.8 1.4,-0.8 0,-0.2 -2,0.8 -3.4,1.6 -6,1.2 l -1.2,-0.2 2,-0.8 q 2,-0.6 2.2,0 h 0.4 q 0,-0.4 -0.6,-0.8 l -0.2,-0.4 q 0.4,0 1.4,-0.8 1,-0.8 2.2,-1.4 1.2,-0.8 0.4,-0.8 -0.6,0.2 -0.6,-0.2 0,-0.4 1,-0.8 0.8,-0.4 0.8,-0.6 0,-0.2 -0.6,-0.2 -0.4,0 -1,0.2 -0.4,0 -0.6,0.2 -0.2,0.4 -0.6,0.4 -0.2,0 0,-0.4 0.2,-0.4 -0.6,-0.2 -0.6,0.2 -2.6,1 -2.8,1.2 -3.2,1.2 l 0.2,-0.2 q 0.2,-0.2 0.4,-0.2 1.2,-0.4 3.4,-1.4 2,-1 3.6,-1.8 1.6,-1 1.6,-1 -0.2,-0.2 -1,0.2 -1.6,0.4 -2.2,-0.4 0.4,-0.2 1.6,-0.6 2.2,-0.8 1.8,-2.8 -0.2,-0.8 -1.4,-0.6 h -0.6 q 0.4,-0.2 0.4,-0.4 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.2,0 0,-0.4 1.2,-1 1.2,-0.6 1.2,-1.4 0,-9.6 5,-39 1.4,-8.2 3,-16.2 2.6,-11 4.4,-14.6 l 0.6,-1.2 q 0.8,-1.8 0.6,-2.2 0,-0.2 0,-0.2 0,-0.2 0.2,-0.2 0.2,0 0.2,0 0.2,-0.2 0.4,-0.6 l -0.4,-0.2 -0.2,0.2 q 0,-0.8 0.6,-1 0,0.4 0.4,-0.4 0.2,-0.4 0.2,-0.6 0,-0.2 -0.2,0 l -0.2,-0.4 q 0.2,-0.4 0.4,-0.4 0.2,0.2 0.4,-0.2 0.2,-0.4 0.4,-0.8 0.4,-0.6 0.6,-1.4 1.2,-2.6 1.4,-3.2 0.4,-0.8 0.2,-1.2 -0.2,-0.6 0.2,-1.2 l 0.2,0.4 h 0.2 q 0.2,-0.2 0.4,-1 0.8,-1.6 0.8,-2 -0.2,-0.2 -0.2,-0.2 0.2,-0.2 0.4,-0.2 0.2,0.2 0.4,-0.2 0.2,-0.4 0.2,-1 0.2,-0.6 0.2,-0.8 l 0.2,-0.4 q 0,0.2 0.2,0 0.2,-0.4 0.2,-0.8 0.2,-1 0.8,-1.4 0.6,-0.4 1.6,-2.2 1.6,-2.2 3,-2.8 l 0.8,-0.2 -0.8,0.8 q -2,2.4 -2,4.2 0,0.8 1,-1 2,-3.4 3.4,-3.4 0.6,0 0.6,0.2 0.2,0.2 -0.2,0.6 -0.4,0.2 -0.4,-0.2 0,-0.4 -0.4,-0.2 -0.4,0.2 -0.2,0.8 0.2,0.6 -0.6,1.8 -0.6,1.2 -0.6,1.6 0,0.4 0.4,-0.2 0.2,-0.2 0.2,-0.4 0.8,-1.4 2,-2.4 h 0.4 q -0.4,0.4 -1.2,1.4 -0.6,1 0,1.4 h 0.2 q -0.2,-0.2 1.2,-1.6 1.4,-1.6 2,-1.6 0.4,0 0.2,-0.4 h 0.2 q 0.4,0.4 -0.2,1 -0.4,0.6 -1,1.6 l -0.6,1 0.6,-0.6 q 0.8,-0.6 0.8,-0.2 0,0.4 -0.4,2 l -0.2,1.6 q 0.2,-0.2 0.2,-0.8 0,-0.6 0.6,-1.2 h 0.4 q -0.2,0.6 -0.6,1.6 -0.6,2 -0.4,2.2 l 0.8,-1.4 q 0.4,-1.6 0.6,-1.6 0.4,0 0.4,-0.6 0,-1.2 0.8,-0.2 0.4,0.4 0,1.2 -0.4,0.8 -0.4,1.4 0,0.6 -0.4,0.6 -0.4,0 -0.2,0.6 0.2,0.4 0,1 -0.2,0.6 -1,3.8 -0.6,3 -0.6,3.8 0,0.8 -0.4,0.8 -0.2,0 0,0.8 0.2,0.6 0.6,0.2 h 0.2 q 0,0.6 -0.4,1 -0.2,0.4 -0.4,0.2 -0.4,-0.2 -0.6,0 0,0.2 0.4,0.8 0.6,0.4 0.2,1.2 -0.2,0.6 -0.2,1.2 0.2,0.6 -0.2,1 -0.8,0.8 0.4,0.8 0.8,0 3,-0.4 3.4,-0.6 6.8,-0.8 3.6,-0.2 4,-0.2 0.4,-0.2 0.6,0.2 0.2,0.2 0.4,0 0.4,-0.2 0.6,0.2 0.2,0.4 -2.2,0.4 h -2.2 l 2.2,0.4 q 2.2,0.2 3,0 1,-0.2 0.2,-0.4 l -0.2,-0.4 q 0.6,0 0.2,-0.4 -0.4,-0.2 0.2,-0.2 0.2,-0.2 0.4,-0.2 1.2,0 1.2,0.4 -0.2,0.4 0,0.6 0.4,0.2 0.4,0 0,-0.4 1.2,-0.8 1.2,-0.2 4.8,1 3.8,1 4.4,1.6 1,1 1,0.6 0,0 -0.4,-0.4 -0.2,-0.4 0.4,-0.2 3.8,0.6 7.8,3.4 1,0.6 1.8,1 0.6,0.4 0.4,0.2 -0.6,-1 -3.8,-3 -4.4,-2.6 -8.4,-3.4 -2.4,-0.6 -4.6,-1.2 l -5.6,-1 0.4,0.2 0.2,0.4 q -0.8,0 -1,-0.2 l -1.4,-0.2 q 0.2,0.4 -2.8,0.4 -2,-0.2 -2,-0.2 0,0 1.2,-0.2 l 1.8,-0.2 -1.6,-0.2 q -0.8,0 0.2,0 0.8,-0.2 2.2,-0.2 14,-0.2 23.4,6.2 1.8,1.2 4.2,3.8 2.4,2.6 3.6,4.4 1.2,2 1.6,4.6 0.6,2.4 1,4 l 0.6,1.2 q 0,-0.2 0,-0.6 0.2,-0.4 0.2,0.2 0.2,0.4 0.2,1.6 0,5.6 -2,10 -1.8,4.4 -6.8,10.8 -3.2,4 -3.2,4.4 0,0.6 -4.8,5.8 -2.2,2.4 -8.2,7.4 -6,4.8 -10,7.6 -1.2,0.8 -1.6,1.2 -0.2,0.4 -1,0.6 -0.8,0.2 -0.8,0.6 0,0.4 -0.4,0.4 -0.8,0 -3.2,2 -0.8,0.6 -1.4,1 -0.4,0 -2,1.2 -1.6,1 -1.6,1 0,0.2 0.4,0.8 0.4,0.4 2.2,2.6 1.8,2 2.4,2.6 0.2,0.4 1.4,1.6 1.2,1.6 2.8,3.6 1.8,2.2 3.2,4 1.4,1.8 1.6,2 0.4,0 0.4,0.4 0,0.2 0.6,1 3,3.2 5.4,6.6 2.6,3.2 2.4,3.6 -0.2,0.2 0.2,0.4 0.4,0 1.6,1.6 1.2,1.4 1.2,1.8 0,0.2 0.4,0.6 0.4,0.2 0.4,0.6 0,0.2 4,6.6 4.2,6.4 4.8,7.8 0.8,1.4 1,1.6 0.2,0 1.6,2.6 l 1.6,2.4 q 0,-0.2 0,-0.6 h 0.2 q 0.4,0.8 0.4,1.6 0.2,0.8 0.6,1.2 0.6,0.4 0.6,0.8 0,0.4 1.4,3 1.4,2.4 2.4,4.8 1.2,2.2 1.4,2.4 0.2,0 0.4,0.6 0.4,0.6 0.6,1.2 0.2,0.6 0.2,0.6 v 0.2 q 0.4,0.2 0.8,1 0.4,0.6 0.2,0.6 0,0 -0.4,-0.2 -0.6,-0.4 -1.2,-1.6 -0.4,-1.2 -0.6,-1.2 -0.2,0 -0.4,-0.6 l -0.4,-0.6 q -0.2,0.2 0.6,2 0.8,1.6 1.2,2 0.4,0.4 0.4,0.6 0.2,1.4 1,2.6 1,1.6 -0.4,1.6 -0.6,0 -0.6,0.6 0,0.6 0.6,1.4 0.6,0.8 1,0.8 z m -84.6,-77.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 1.6,-7.8 q 0.4,0 0.4,-2.4 0,-2.6 -0.2,-2.4 -0.2,0.2 -0.4,1.4 0,1.2 0,2.4 0,1 0.2,1 z m 0,1 q 0,0 0.2,0.4 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0.2,19.8 q 0,0 0.2,0.2 l 0.6,-0.2 q -0.2,-0.2 -0.8,0 z m 0.8,2.2 q 0,0 0.2,-0.2 -0.4,-0.2 -0.6,-0.6 l -0.2,0.2 q 0,0.6 0.6,0.6 z m 0.4,-33.4 q 0.2,0 0.2,0 0.4,0 -0.4,-0.6 -0.4,-0.2 -0.4,0 0,0 0,0.6 l 0.2,0.4 q 0,-0.6 0.4,-0.4 z m 0.8,10 q 0,0 0.2,0.4 0,-0.4 0,-0.8 -0.2,0.4 -0.2,0.4 z m 0.2,5.2 q 0,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.4 0.2,0.6 z m 0.2,-11 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.2,30 q 0,0.2 0.2,1 l 0.4,0.8 q 0,-0.2 -0.2,-1 z m 0,-1.4 q 0.2,0.2 0.2,0.4 0.2,-0.4 0,-1 -0.2,0.4 -0.2,0.6 z m 0.6,5.8 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0,0.4 0.2,0.4 z m -1.2,-47.2 q 1.2,-7.8 1.2,-8.8 0,-0.4 -0.2,-0.6 -0.2,0.6 -1.2,7.8 -1,7.2 -1,8 0,2.2 0.4,-0.2 0,-0.4 0.2,-1 0.2,-1.8 0.6,-5.2 z m 1.4,-10.2 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.4,63.2 q 0.2,-0.4 0,-0.8 -0.2,0.4 -0.2,0.4 0.2,0.4 0.2,0.4 z m 1.8,-75.6 q 0,0 -0.2,0.2 l 0.2,0.4 q 0.2,-0.2 0,-0.6 z m -0.4,2.4 q 0,0 -0.2,0.2 l 0.2,0.4 q 0.2,-0.2 0,-0.6 z m 0.4,79.6 q 0,0.8 0.2,1.2 v -2 q -0.2,-2 -0.2,-2.6 0.2,-3.2 -0.8,-3.4 -0.4,0.2 0.4,4.6 0,0.8 0.4,2.2 z m 1,-87.8 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.2,-1.8 q 0.2,-0.2 0.2,-0.6 l -0.2,0.2 z m 1.4,88.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.4,3 q 0.2,-0.4 0,-0.8 0,0.2 -0.2,0.4 0.2,0.2 0.2,0.4 z m 1.2,0.2 q 0,0 0,-0.4 -0.4,0.2 -0.4,0.6 l 0.2,0.4 q 0.2,0 0.2,-0.6 z m 0.6,-106.8 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.8,108 q 0.2,-0.2 0,-1.4 l -0.4,-1.4 v 1.6 z m 2.2,4.6 q 0.2,-0.2 -0.2,-0.8 -0.2,-0.6 0,-1 0,0 -0.2,0 0,-0.2 -0.2,-0.2 -0.2,0 -0.2,0.8 0,0.2 0,0.4 0.2,0.2 0.2,0.2 0.2,-0.2 0.2,0 0.2,0 0.2,0.2 z m 2.4,-1.4 q 0,0 -0.2,0.2 l 0.2,0.6 q 0.2,-0.4 0,-0.8 z m 0,-24.6 q 0,0 0.4,5 0.2,-0.2 0.2,-2.8 0,-2.6 -0.2,-2.6 -0.2,0 -0.4,0.4 z m -0.6,2.8 q 0,-0.4 -0.4,-0.2 -0.2,0.2 0,0.4 0.4,1 0.4,-0.2 z m -0.4,-0.8 q 0.2,-0.2 0,-0.8 l -0.2,0.4 z m 0,-2.2 q 0,-0.8 -0.4,-0.8 -0.2,0 0,0.6 0.2,0.4 0.2,0.8 0,0.2 0.2,0.2 0.2,0 0,-0.8 z m -0.2,27.4 q 0,0 0.2,0 0.2,-0.6 -0.2,-1.4 l -0.4,-1 0.2,1 q 0.2,0.8 0.2,1.4 z m 0.6,-12.8 q 0.4,2.4 0.6,2.4 0.2,-0.2 -0.2,-2.8 -0.4,-2.8 -0.8,-3.2 l -0.2,0.4 q 0.2,0.6 0.6,3.2 z m 0.8,-1 q 0,0 0.2,-0.4 0,-0.2 0,-0.4 0.4,-1.4 -0.2,-3.6 -0.4,-2.2 -0.6,-3.6 0,-1.6 -0.4,-1.4 -0.2,0 -0.2,0.4 0.6,2.8 1.2,9 z m 0.6,7.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.6,-13.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.6,-38 q 0.2,-0.6 0,-1 0,0.4 0,0.4 z m 0.6,-5.4 q 0.2,-0.4 0.2,-0.8 l -0.2,0.2 q -0.4,0.4 -0.4,0.8 z m 22.6,-4.6 q 0,0.2 0.4,0 0.4,-0.2 0.4,-0.4 0,-0.4 -0.4,-0.2 -0.4,0.2 -0.4,0.6 z m 2.6,-0.8 q 0.2,-0.4 -0.2,-0.6 0,0 -0.2,0.2 0,0 0,0.2 0,0.8 0.4,0.2 z m 1.6,-4.4 q 0.2,0 0.6,-0.6 0.6,-0.6 0,-0.2 -1,0.8 -0.6,0.8 z m 1.4,2 q 0.2,0 0.4,-0.4 0.2,-0.4 -0.2,-0.4 -0.2,0 -0.2,0.4 0,0.4 0,0.4 z m 0.6,-3.4 q 0.4,0 1.6,-1 1.2,-1 0.4,-1 l -0.4,0.2 q 0,0.2 -0.6,0.8 -0.4,0.4 -1,0.6 z m 5.8,-4.4 q 0.4,-0.2 0.8,-1.2 0.4,-1 0.2,-1.4 -0.2,-0.4 -0.4,0.6 -0.2,0.8 -0.8,1 -0.6,0.2 -1.6,1.6 l -0.6,1.2 q 0.6,0 1.2,-1 0.8,-1.2 1,-1.2 0.2,0 0,0.4 0,0.2 0,0.2 0,0 0.2,-0.2 z m 0.4,-4.2 q 0,0 0,0.6 0.4,-0.2 0.2,-0.8 z m 2.2,-7.2 q 0.4,0.8 0.4,0.6 0.2,-0.2 0,-0.8 -0.2,-0.6 -0.6,-0.6 -0.2,0 0.2,0.8 z m 16.2,-20.2 q 0.4,0.4 0.4,-0.2 0,-0.6 -0.4,-0.6 -0.2,0 -0.2,0.4 0,0.2 0.2,0.4 z m 7.2,15.2 q -0.6,1.4 -0.8,2.2 -0.2,0.8 -1,2.6 -0.8,1.6 -0.6,1.8 0.2,0.2 0.4,0 0.4,-0.4 0.2,-0.6 -0.2,-0.4 0.4,-1.2 l 0.4,0.4 q -0.2,0.6 -0.6,1.6 -0.4,0.8 -0.8,1.4 -0.4,0.6 -0.4,0.4 -0.2,-0.2 0.2,-0.6 0.4,-0.6 0.2,-0.8 -0.4,-0.4 -0.6,0.4 0,0.2 0,0.4 -0.4,2.6 -1.2,3.4 -0.4,0.6 -1,1.8 l -0.6,1.2 0.8,-0.8 q 0.6,-1 2,-3.2 2.8,-4.8 3.2,-9.4 l 0.2,-2.4 z m -1.4,0.8 q 0,0 -0.2,0.2 l 0.2,0.4 q 0.2,-0.2 0,-0.6 z m 0,1.6 q -0.2,-0.6 -0.4,-0.6 -0.2,0 -0.2,0.6 0,0.4 0.4,0.4 0.4,0 0.2,-0.4 z m -1.4,-10.6 q -0.2,0 -0.2,-0.4 0,-0.4 -1.4,-2 l -1.2,-1.4 0.8,1.6 q 0.8,1.8 1,3 0.4,0.6 0.6,0.6 0.2,-0.4 0.2,0.2 0,0.6 0.2,0.6 0.4,0 0.4,-1 0,-1.2 -0.4,-1.2 z m -3,-6 -0.8,-0.6 0.6,0.8 q 1,1 1,0.6 0,-0.2 -0.8,-0.8 z m -1.2,-3.8 q -0.6,-0.4 -0.8,-0.2 -0.2,0.2 0.4,0.4 z m -11,-4.4 q -0.4,-0.2 -0.4,0 0.6,0.8 3.8,2.4 1,0.4 1.4,0.8 0.6,0.2 0.4,0.6 v 0.2 q 0.2,-0.2 1,0.6 1,0.8 1.4,0.6 0.4,-0.2 0.4,0 0.2,0 0.2,0.2 -0.2,0.4 0.2,0.6 0.4,0 0.8,0 0.4,0 0.2,0.4 -0.2,0.2 -0.2,0.4 0.2,0 0.2,-0.2 0.4,-0.2 0,-0.8 -0.4,-0.8 -1.2,-1.2 -0.8,-0.6 -1.8,-1.4 -1.4,-1.4 -6.4,-3.2 z m -0.6,52.2 q -1.2,1 -1.2,1.2 0,0.2 1.2,-1 l 1,-1.2 z m -5.2,-53.8 q 0,0 -0.6,0 0.4,0.2 2.4,1.2 h 0.2 l 0.4,0.2 2,0.6 q 0,-0.2 -1.8,-1 -1.6,-0.8 -2.6,-1 z m -0.2,33.8 q 0.2,-0.4 0,-0.4 0,0.2 -0.6,0.4 -1.4,1.4 -0.2,1.4 0.6,0 0.6,-0.4 0,-0.4 0.2,-1 z m -1.2,-14 q 0,0 -0.2,0.2 0.4,0.4 0.8,0.2 0,-0.2 -0.6,-0.4 z m -1.2,-20 q -0.4,0 -1,0.2 l -0.2,0.4 q 0.4,0 1,-0.4 z m -1.6,-0.2 q 0,0 0.2,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.6,0 z m -1.6,17.6 q 0,0 -0.4,0 0.4,0.4 1,0.2 0,0 -0.6,-0.2 z m -1.2,-17.4 q 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 0.2,0.2 0.2,0.2 0.2,0 0.2,-0.2 z m -0.4,16.6 q -0.8,-0.6 -1.2,-0.4 -0.2,0 0.6,0.4 1,0.6 1,0.4 0,0 -0.4,-0.4 z m 0,2.4 q 0,-0.2 -1,-0.6 -1,-0.6 -1.2,-0.6 l 1,0.6 q 1.2,0.8 1.2,0.6 z m -1.4,-5.4 q 0,0 -1.2,-0.2 l 0.2,0.2 q 0.6,0.4 1.2,0.4 z m -2.8,3.8 q 0,0 -0.2,0 0,-0.2 -0.2,-0.2 -0.8,0 -1.8,-0.6 -3.2,-1.2 -3.2,-0.4 0,0.6 0.8,0.4 1,-0.2 2.4,0.4 2,1 2.2,0.4 z m -5.4,-5.4 q 0,0 0.2,0.2 h 0.4 q -0.2,-0.4 -0.6,-0.2 z m 1.2,-11 q 0,0 -2.8,0.4 0.4,0.2 3,0.2 2.6,-0.2 2.8,-0.4 0.2,-0.2 -3,-0.2 z m -3.2,13.8 q 0,0 -1,0 l -1.2,0.4 q 0.2,0.2 1,0 1,-0.2 1.2,-0.4 z m -5.6,-14 q -0.8,0.2 -1,1 -0.2,0.6 0,0.8 0.2,0 0.8,0 l 0.8,-0.2 -1,0.4 q -0.8,0.2 -0.8,0.6 0,0.2 0.8,0 1,-0.2 1.8,-0.4 1,-0.4 1,-0.6 0.2,-0.2 1.6,-0.2 h 1.2 l -0.2,-0.4 q -0.4,-0.4 -2,-0.4 h -1.2 0.2 q 0.6,-0.4 1.6,-0.4 l 0.2,-0.4 q -1,-0.4 -3.8,0.2 z m 2,10 q -0.2,-0.4 0.4,-0.2 0.8,0.2 1,0 l -1.6,-0.2 q -2,0 -2,0.6 0,0.2 1.2,0.2 1.2,0 1,-0.4 z m 0.8,4 q 0,0 -0.8,0 -0.8,0 -1,0.2 h 1.6 z m -4,-18.2 q -0.4,0.6 -0.2,1 0.4,0 0.6,-0.6 0.4,-0.6 0.2,-1.2 -0.2,-0.8 -0.4,0 0,0.6 -0.2,0.8 z m -0.2,13.6 q -0.8,0 -1,0.4 -0.2,0.4 0.2,0.4 0.4,0 1,-0.4 z m 0.6,1.2 q 0,0 -0.6,-0.2 -0.8,0.2 -0.8,0.2 z m -1.8,1.6 q -0.8,0 -0.8,0.8 0,0.6 2.4,0.6 2.4,-0.2 2.2,-0.4 0,-0.4 -1,-0.4 -0.8,0 -1,-0.2 -0.2,-0.4 -0.8,0 -0.2,0.2 -0.4,0.2 0,0 0.2,-0.4 0.2,-0.6 -0.2,-0.8 -0.2,0 -0.2,0 0,0 0,0.2 0.2,0.2 0,0.4 0,0 -0.4,0 z m -3.2,14 q 0.2,-0.2 -0.2,-0.6 -0.4,-0.6 -0.2,0.2 0.2,0.6 0.4,0.4 z m -1.2,6.8 q -0.4,0.2 -0.2,0.6 0.4,1.2 0.4,-0.2 0,-0.2 -0.2,-0.4 0,-0.2 0,0 z m 0,2 q 0,-0.6 -0.4,-0.2 -0.4,0.2 -0.4,0.6 0,0.2 0.4,0.2 0.4,0 0.4,-0.6 z m -0.6,3.2 q 0.2,-0.2 -0.2,-0.6 -0.4,-0.6 -0.2,0.2 0.4,0.6 0.4,0.4 z m -1,7.2 q 0,0 -0.2,0.2 l 0.2,0.6 q 0.2,-0.4 0,-0.8 z m -0.2,1.8 q -0.4,0.6 -0.4,1.6 0,0.8 0.2,0.8 0,0 0.4,-1.6 0,-0.8 -0.2,-0.8 z m -0.6,5.8 q -0.8,0 -0.8,4.4 0,1 0.4,0.2 0,-0.6 0.2,-1.4 0,-1.2 0.2,-2.2 0.4,-1 0,-1 z m -1,6.2 q 0,0.8 0,0.8 0.2,0 4.4,-2.4 11,-5.8 11,-6.4 0,-0.4 0.2,0 0.2,0.2 1.4,-0.6 1.4,-0.8 1.8,-1.4 0.6,-1 1.2,-1 0.2,0 0,0.4 -0.2,0.4 0.4,0 0.8,-0.4 0.6,-0.6 -0.2,-0.2 0,-0.4 0.4,-0.4 0.8,-0.4 0.4,-0.2 0.6,0 0.4,0 0.2,-0.4 -0.2,-0.6 0.4,-0.4 0.8,0.2 1.2,-0.2 l -0.2,-0.2 q -0.8,0.2 -0.8,0.2 0,-0.2 2.6,-2.2 4.8,-3.6 6,-6.4 1.6,-3.2 2,-6.4 0.4,-3.4 -0.6,-4.8 -1.2,-2.2 -3.8,-3.4 -1,-0.6 -1,-0.8 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.6,-0.2 -0.2,-0.6 -0.8,-0.4 -0.6,0.2 -1,-0.2 l 0.4,-0.2 -1.6,-1 q -2.2,-1 -3.2,-1 l -1,-0.4 q 0,0 -1.2,-0.4 -1.2,-0.6 -3.4,-1 -2,-0.6 -4.2,-1 -3.8,-0.6 -4.6,-0.2 -0.8,0.4 -0.8,1 0,0.6 0.2,0 0.4,-0.4 0.4,0 0,0.2 -0.2,0.6 -0.2,1.4 -1,7.4 -0.8,6 -1.4,9.8 -0.4,3.8 -0.8,6.8 -0.4,3 -0.6,4 0,0.8 -0.4,2.8 -0.2,2.6 -0.4,2.4 -0.2,0 -0.4,-0.4 -0.2,-0.4 -0.2,0 0,0 0,0.6 0,0.8 0.2,0.6 0.2,-0.2 0.4,0.4 0,1 -0.4,4.4 -0.4,2.6 -0.8,2.4 -0.2,0 -0.4,0.2 0,0 0,0.2 z m 10.6,-0.4 q 0,-0.4 1,-1 1.2,-0.6 1,-1.2 0,-0.6 0.4,-1.2 0.2,-0.2 0.2,0 0,0 0,0.4 -0.2,1 0,1 0.2,0 0.8,-0.4 0.6,-0.4 0.4,-0.6 0,0 0.2,-0.2 0.4,-0.4 0.8,-0.6 1.2,-0.6 2.6,-1.8 1.6,-1.2 1.8,-1 l 0.2,-0.2 q -0.2,-0.6 -1,-0.4 -0.6,0 -1,0.4 -0.4,0.4 0,0.2 l 0.2,0.2 q -0.2,0.4 -0.6,0.2 -0.4,-0.2 -2,0.8 -4.2,2.4 -6.6,3.6 -2.2,1.2 -3.8,2.2 -1.4,0.8 -1.8,1.2 -0.2,0.2 -0.2,0.4 0,0.2 -0.2,0 -0.2,-0.2 -1.4,0.4 -1,0.4 -1,0.8 0,0.2 0,0.4 0,0 -0.2,0.6 0,0.6 0,1.2 0,0.6 0,0.6 0.2,0 0.8,-0.4 0.8,-0.4 0.6,-0.6 l 0.4,-0.4 q 0.2,0.2 0.4,0.2 0.2,-0.2 0.2,-0.4 -0.2,-0.4 0.4,-0.6 h 0.2 q 0,0.2 0,0.4 0.2,0 0.4,0 0.6,0 0.4,-0.6 l 0.2,-0.2 q 0.2,0.2 0.6,-0.4 0.6,-0.4 2.6,-1.6 2.2,-1.2 2.6,-1.2 0.4,0 0.4,-0.2 z m 14.4,63.4 q 0.6,1 0.6,0.4 0,0 -0.6,-0.4 -0.6,-0.6 0,0 z m 10.4,10.2 q 0.6,1 0.8,0.8 0.2,-0.2 -0.6,-0.8 l -0.8,-0.8 z m 4.6,4.2 q 0,0 1.4,1.2 l -0.2,-0.4 q -0.2,-0.4 -1.8,-2.4 -1.4,-2.2 -1.2,-2.4 -0.4,0.2 -0.8,-0.4 v 0.2 q 0.2,0.6 0.8,1.2 0.8,1 0.8,1.4 0,0.4 1,1.6 z m 10.8,5.6 q 0.4,0.6 0.6,0.4 0.2,-0.2 -0.4,-0.6 -0.4,-0.6 -0.2,0.2 z m 7.2,19.6 q 0,-0.2 -0.4,-0.4 -0.4,-0.2 -0.4,0.2 0,0.4 0.4,0.4 0.4,0 0.4,-0.2 z m -1.8,-10.4 q 0.2,-0.2 -0.4,-0.6 -0.4,-0.4 -0.2,0.2 0.4,0.6 0.6,0.4 z m -1.2,-2.2 q 0,0 0,-0.2 -0.2,-0.4 -0.8,0 -0.4,0.4 -0.4,0.4 0,0.2 0.4,-0.2 0.6,-0.4 0.8,0 z m 0.2,-12.2 q -0.2,0.2 0.2,0.8 0.6,0.4 0.6,0.4 0.2,0 -0.2,-0.6 -0.4,-0.8 -0.6,-0.6 z m 1.8,2.2 q 0.2,-0.2 0.2,-0.2 0,0 -0.2,0 -0.4,0.4 -0.4,0 0,-0.4 -0.4,-0.4 -0.4,0 -0.2,0.4 0.4,1.2 1,0.2 z m 0.6,6.6 q 0,0.4 0.2,0.4 0.4,0 0.4,-0.2 0,-0.2 -0.4,-0.4 -0.2,-0.2 -0.2,0.2 z m 1.4,2.4 q 0.2,0 0.2,-0.6 -0.4,-0.4 -1,-0.8 0,0.4 0.4,0.4 0.2,0 0.2,0 0.2,0.2 0.2,0.2 -0.2,0.8 0,0.8 z"/><path fill="#111111" d="m 995.80022,72 q 0,0.2 0.4,0.8 0.4,0.4 -0.2,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 l -0.2,0.2 q -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.2 l -1.6,0.2 -1.4,0.2 q 0.4,0.2 0.2,0.6 -0.2,0.2 0.2,0.2 0.4,0 0.4,0.4 0,0.4 -1,0.2 -4.8,-1.2 -5.4,-0.4 l 1,0.2 q 1.2,0 1.4,0.4 0.2,0.2 1.4,0.6 l 0.2,0.2 q -1,0.2 -1.2,-0.2 -0.8,-0.8 -3,-0.4 -0.6,0.2 -0.6,0.4 0.2,0.2 1.2,0.2 1.2,-0.2 1.2,0.2 0,0.2 2.8,0.4 4.2,0.4 4,1.2 -0.4,0.4 -0.8,-0.2 l -0.2,-0.2 q 0,0.4 -2.2,0.4 -3.8,0 -3.2,0.2 0.2,0 0.8,0.2 0.8,0.2 -0.2,0.2 -0.8,0 -2.4,0 -4,0.2 -5.4,0.4 -3.6,1 -11,2 -2.4,0.4 -10.2,2.6 -7.8,2.2 -8.4,2.8 -0.2,0.2 0.6,5.8 1.4,10.6 1.4,21.2 0,3.4 0.4,3.4 4.2,-1.6 9.2,-2.4 1,-0.2 1,0.2 0,0.2 0.8,0.2 0.8,0 0.2,-0.4 -0.6,-0.2 -0.6,-0.2 0,0 0.6,0 0.8,0 0.8,0.4 l 0.2,-0.2 q 0.2,-0.6 6.8,-0.4 6.6,0 7.8,0.8 1.4,0.6 1.6,1 0.2,0.4 -0.2,0.4 -0.2,-0.2 -0.4,-0.2 -0.8,-0.2 -2.6,-0.4 -1.2,0.2 -1.2,0.4 0.4,0.6 1.4,0.4 1,-0.2 3,0.4 2,0.4 2,0.8 0.2,0.4 -0.4,0.6 -0.6,0 -2.6,0 -3.2,0.2 -5.2,0.4 -1.8,0.2 -0.2,0.2 0.8,0 2.2,0 4,-0.2 5,0.4 1,0.4 1,0.8 0,0.2 0.8,0.4 0.8,0 0.8,1 0,1 -0.8,1.2 -1.2,0.2 -1.4,0.4 0,0.2 0.4,0.6 0.6,0.4 1.2,0.2 v 0.2 q -0.4,0.6 -2.4,0.8 -0.8,0.2 -0.6,0.4 0.4,0.2 -0.2,0.2 -0.2,0 -0.6,0 -1.4,-0.2 -1.4,0.2 0,0.2 -0.4,0 -0.2,-0.2 -0.4,0.2 h 2.6 q 1.2,0 2,-0.2 0.6,-0.2 0.6,0 0.2,0 -0.2,0.2 -0.4,0.6 -1.6,0.6 l -4,1 h 0.2 q 0.6,0 3.8,-0.4 h 0.2 0.2 l 0.2,-0.2 4,-0.4 q -0.6,0.4 -1.8,0.6 -1,0 -1.4,0.4 -0.2,0.4 -1.6,0.4 -1.4,0 -1.4,0.4 0,0.4 0.8,0.2 l 5,-0.4 q -0.6,0.2 -0.6,0.8 0,0.4 -1.4,0.8 -1.6,0.6 -0.2,1 1.6,0 -0.8,0.8 -2,0.8 -6.2,1.8 -22.2,5.6 -25.2,7.4 -0.8,0.4 -0.8,1.2 0,0.6 -0.2,1.4 -0.2,1 -0.8,5.4 -0.4,4.6 -1.4,9.8 -1,5 -1,5.4 0,0.2 0.6,-0.2 0.6,-0.4 2,-0.6 1.6,-0.2 2.6,-0.6 1.2,-0.6 1.6,-0.4 0.4,0.2 2.8,-0.2 2.6,-0.4 3,-0.8 h 0.2 q -0.2,0.4 3.2,0.4 3.6,0 4.2,0.2 0.6,0.2 2.6,0.6 4.2,1.2 6.2,2.2 1.2,0.6 3.6,1 1.6,0.8 1.6,1.4 -0.2,0.4 -1.8,-0.2 -1.6,-0.6 -1.8,-0.4 -0.2,0.2 2.4,1 l 2.8,0.6 q -0.2,0 -0.6,-0.2 -1.2,-0.6 -0.4,-0.8 1.6,-0.6 6.6,3.6 2.6,2.4 2.2,2.6 0,0 -1,-0.8 -1,-0.8 -1.4,-0.6 -0.2,0 0.6,0.8 0.8,0.6 0.4,1.2 -0.6,0.6 0,0.8 0.2,0 0.6,-0.2 0.4,-0.4 1.6,0.8 l 0.8,1 q -0.6,-0.4 -1.2,0 -0.4,0.2 0.6,0.8 l 0.8,0.2 q 0,-0.2 0,-0.4 0.2,-0.2 1,0.6 1.2,1.6 0,2.4 -0.2,0.4 -0.4,0.8 0,0.4 0,0.8 0,0.2 0.2,0.2 0.4,0 0.4,0.8 0.2,0.6 -0.2,1 -0.4,0.2 -1.4,0 -1,-0.2 -1.6,0 -0.6,0 -1.2,-0.4 -0.4,-0.4 -0.4,0 0,0.2 -1,0.2 l -0.2,0.2 q 0.8,0.2 1.6,0.2 0.6,0.2 0,0.4 -0.2,0 -0.8,0 -1.4,0.4 -2,0.2 -0.4,-0.2 -0.4,0.2 0,0.2 1.2,0.6 1.2,0.2 0.2,0.4 -0.8,0 -0.2,0.4 1,0.6 -1.8,0.8 -1.4,0 -1.4,0.4 0,0.4 -0.4,0.4 -0.8,0 -4.6,-0.2 -10.6,-1.2 -24.4,1.4 -6.6,1.2 -10.2,2.4 -2.8,1.2 -3.6,1.8 -0.8,0.4 -1,1.2 -0.2,1.2 -1.6,4.8 -1.2,3.6 -1.6,4 l 0.2,-1.4 q 1.2,-4 1,-4.4 l -0.6,0.8 q -0.6,1.2 -0.6,0.4 0,-2 -0.8,0.4 -0.2,0.4 -0.4,0.8 l -1,2.2 q 0,-0.2 0,-0.6 0,-1 -0.4,-1.8 l 0.2,-0.6 0.2,-0.8 q 0,-1 -0.4,-1 -0.6,0 -3.4,2.6 -1,0.8 -1.2,0.6 -0.2,-0.2 -0.4,0.2 l -0.2,-0.2 q 0,-0.2 0.2,-0.4 0.2,-1.2 0,-1.2 -0.4,0 -1.6,1.4 -1,1.2 -1.2,1.6 -0.2,-0.4 -0.2,-0.8 -0.2,-1.6 0,-2 0.2,-0.2 0.6,-2.2 0.4,-2.2 0.4,-2.8 0,-0.4 -0.8,0 -0.8,0.4 0.2,-0.4 1.2,-0.8 1,-1 -0.2,-0.2 -1.8,1 -1.4,1 -1.4,1.2 l -1.6,2.2 q 0,-0.2 0.6,-1.4 0.2,-0.6 0,-0.6 -0.6,0.6 -0.8,0.4 0,-0.2 0.4,-0.8 l 0.2,-0.4 q -0.4,0.2 -0.4,0 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.6,-0.4 -0.6,-1.2 -1,0 v 0.2 q 0.6,-0.2 0.6,0.4 0,0.4 -0.6,1 -1.8,1.2 -1.8,0.6 0.2,-0.6 0.6,-0.6 h 0.2 q -0.4,-0.2 0.2,-0.8 h -0.2 q -0.2,0.2 -0.4,0.4 -1.2,1 -1.4,0.8 -0.2,-0.4 1.6,-2.2 1.6,-1.8 0.6,-1.8 -0.2,0 0,0.4 0,0.2 -0.2,0.2 0,0 -0.2,0 -0.2,-0.2 0.2,-1.2 0.6,-1 1,-1 0.4,0 0.2,-0.6 -0.2,-0.6 0,-0.8 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.6 0.4,-0.6 0.6,0 0.6,-0.4 0,-0.6 1.2,-1.6 1.2,-1 1,-1 -0.4,0 -2.4,1.6 -2.2,1.6 -3.2,2.2 -0.8,0.6 -0.8,0.8 0.2,0.2 -0.6,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.4,-0.6 0.8,-0.8 0.2,-0.2 0.2,-0.6 0,-0.4 -0.6,0 v -0.2 q 0.8,-0.8 1,-0.6 0.2,0.2 2,-1.6 1.2,-1 1.6,-1.4 l -1.4,0.8 q -1,0.8 -1.2,0.8 -0.2,-0.2 1.8,-2.2 l 1.4,-1.6 q -0.8,0.4 -3.4,3 -3.2,3.2 -3.4,2.6 -0.4,-0.8 0.4,-2 0.8,-1.2 4.2,-5 l 0.8,-1 q 0,0 -0.4,0.4 -2.8,2.6 -4.8,5.2 -1.4,1.8 -1.4,1.2 0.2,-0.4 0.8,-1.6 1,-1.6 4.4,-5 3.6,-3.6 6.8,-5.8 3.4,-2.6 3.6,-3 0.2,-0.6 1.4,-11.6 1.2,-11 1,-11.2 0,0 -1.8,1.2 -1.8,1 -2,0.8 0,0 0.2,-0.2 0.2,-0.4 0.6,-0.6 0.6,-0.4 1.2,-0.8 l 1.8,-1.8 q -0.2,0 -1.2,0.8 -1,0.6 -1.4,0.4 -0.4,-0.2 -0.4,0.4 0,0.2 0,0.4 0,0 -0.2,0 -0.4,-0.2 -1.8,0.6 l -1.2,0.6 q 0.2,0 0.6,-0.6 0.8,-0.8 2.4,-1.8 1.6,-1.2 1.6,-1.8 0,-0.6 0,-0.6 0.2,-0.2 0.4,-0.2 0.6,0 0.6,-0.2 0.2,-0.2 0,-0.4 -0.2,-0.2 -1.4,0.2 -1,0.4 -1,0.8 l 0.4,-0.2 q 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 -0.8,0.2 -0.6,-0.2 -3.4,2 -2.6,2 -3.2,2 -0.4,0 1.6,-2.2 2.8,-2.6 2,-2.6 -0.2,0 -0.4,0.2 l 0.6,-1.2 q 0.6,-0.6 0.4,-0.6 -0.2,0 -2,1.6 -3,2.2 -4.2,3.6 -1,1.2 -1.4,1.2 -0.2,0 0.2,-0.4 0.4,-0.4 0.4,-0.6 0,-0.4 -0.6,0.4 -0.6,0.8 -0.6,0.2 0,-0.6 0.4,-1 v -0.2 q -0.4,0.2 -0.4,0 -0.2,-0.2 0.8,-1.2 0.8,-1 0.8,-1.2 0,-0.2 0.8,-1.2 1,-1 0.4,-1 l -0.4,0.2 -0.6,0.6 q -1,0.6 -1.2,0.4 -0.2,-0.4 1.8,-3 1,-1.2 1,-1.6 0,-0.4 1.8,-2.4 l 1,-1.4 q -0.2,0.2 -0.6,0.6 -2.2,1.6 -7.2,7 l -1,1 q 0,0 0.4,-0.6 0.6,-1.2 2,-2.8 1.4,-1.6 2,-2.8 l 0.6,-1.2 -2.2,2 1,-1.4 q 1,-1.4 3.2,-3.6 2.4,-2.2 2.2,-2.4 l 0.2,-0.2 q 0.2,0.2 2.6,-1.6 2.4,-2 2.2,-2.2 0,-0.4 1.4,-1.4 1.6,-1 1.8,-1 l -1.4,1.2 -1.4,1.2 q 0.4,0 1.8,-1.2 l 1.6,-1 -0.2,-13 q -0.4,-17.8 -0.8,-20 l -0.4,-1 q 0,0.4 -0.4,0.4 -1.4,-0.2 -1.4,0.6 0,0.4 -0.4,0.4 -0.4,0 -0.8,0.6 -0.2,0.6 -0.4,0.2 -0.8,-1.2 -1.8,-0.4 -0.4,0.4 -0.4,0 0,-0.6 0.6,-1.6 v -0.4 q -1,0.8 -1,0.6 0,-0.2 0.4,-0.8 0.8,-0.8 0.4,-1 0,0 -0.6,0.4 -0.2,0.2 -0.2,0 0,-0.2 0,-0.4 0,-1 1.8,-2.6 2,-1.8 1.6,-1.8 -0.4,0 -1,0.6 -0.4,0.4 -1.4,1.2 -0.2,0.2 -0.2,0.2 0,-0.2 1.2,-1.4 1.8,-2 1.6,-2 -0.2,0 -2,1.6 -1.8,1.6 -2.2,2.2 -0.6,0.8 -0.6,0.6 0,-0.2 0,-0.6 -0.2,-0.8 -1.4,0.4 -0.2,0 -0.6,0.4 l -1,0.8 q 0.2,-0.2 1.4,-1.4 2,-1.8 2.2,-1.6 0.4,0 0.4,-0.4 0,-0.4 1.2,-1.6 1.2,-1.4 1,-1.4 -0.4,-0.2 -2.4,1.6 -4.2,4 -4.2,2.8 0.2,-0.4 0.4,-0.6 0.2,-0.6 0.2,-0.6 0,-0.2 -0.6,0.2 -0.4,0.4 -0.4,0.4 0,0 0.2,-0.4 0.2,-0.6 0.2,-0.8 h 0.2 q 0.4,0.2 1,-0.6 l 0.6,-0.8 -0.8,0.6 q -0.8,0.8 -0.8,0.6 0,-0.4 2.2,-2.4 2.2,-2.2 0.6,-1 -1.4,1.2 -2.6,2 -1.2,0.8 -1.4,1.4 l -0.4,-0.4 q 0,-0.8 2.6,-3.8 2.8,-3.2 5.4,-5.2 l 2,-1.8 -0.2,-1.6 q -0.2,-1.8 -0.8,-4.4 -0.4,-2.4 -0.6,-3.2 -0.2,-0.8 -0.6,-2.6 -0.4,-1.8 -0.6,-2.4 0,-0.8 -0.2,-1.2 -0.2,-0.6 -0.6,-3.2 -0.8,-3 -0.2,-2.8 0,0 0.4,0.4 0.2,0.6 0.6,0.4 v 1.2 q 0,0.2 -0.2,0.4 -0.2,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 v -1 q 0,-1.2 0.2,-1.6 0.4,-0.6 0,-1 -0.2,-0.4 -0.4,0.4 l -0.2,-0.2 q 0.2,-0.6 0.8,-0.4 0.8,0 0.8,-1 -0.2,-0.4 -0.4,-0.4 l -0.2,0.2 q 0,-1.2 0.6,-1.4 l 0.2,-2 q 0.2,-2 0.4,-2 0.2,0 0.2,0 0.2,-0.2 0.2,-0.2 -0.2,-0.4 0,-0.6 0.2,0 0.2,0.2 0.2,0.2 0.2,0.6 0.2,0.2 0.4,0.6 0.4,1.6 0.6,2.2 l 0.2,-0.2 q -0.2,-0.6 -0.2,-0.6 0.2,-0.2 0.6,0 0.4,0.2 0.6,1 l 0.2,-0.2 q 0,-0.8 0.6,-1.2 0.6,-0.4 0,-2.8 -0.4,-2.6 -0.2,-2.4 0.4,0 1.2,3.4 0.8,3.2 1.4,4 0.4,0.8 0.4,0.4 0,-0.4 -0.2,-1.8 -0.2,-2.2 -0.6,-3 -0.2,-0.8 -0.2,-1.4 0,-0.8 0.4,0.4 0.4,1 0.8,2.6 0.4,2.4 1.2,3.8 l 0.8,1.6 -0.4,-1.4 q -0.2,-1.4 -0.2,-2.2 0,-1 -0.2,-1 -0.2,0 -0.2,-0.6 0,-0.8 0.2,-0.8 0.4,0 0.4,0.8 0.2,0.8 0.2,1.4 -0.4,0.6 0.2,1.2 0.6,0.4 0.4,0.8 -0.2,0.2 -0.2,0.2 0.2,0 0.4,0 0,-0.2 0.2,0 0.2,0.2 0.4,0.8 0.2,0.4 0.4,1 l 0.6,1.6 q 0.2,-2 -1.2,-5.2 -0.2,-0.6 0.4,-0.4 h 0.4 q -0.2,-0.4 0.2,-0.4 0.6,0 1.2,1.8 l 0.8,2 q 0,-1 -1,-4.2 -0.4,-1.2 -0.4,-1.2 0,-0.2 0.6,-0.2 0.8,0 1.6,2.8 1.6,6.4 2.4,13.4 0.4,2.2 0.8,2.4 0.4,0.2 2.6,-0.8 2.4,-1 2.4,-1.2 0,-0.4 0.4,-0.4 0.2,0 5,-1.4 4.8,-1.6 6.4,-2.2 0.6,-0.2 1.2,-0.2 0.4,0 3.4,-0.2 6.2,-0.4 13.4,-0.6 4.8,-0.2 5.4,0.4 0.6,0.6 0,0.6 -0.2,0 -0.8,0 -1.4,0 -1.4,-0.2 0,-0.2 -3.8,0 -3.8,0 -4.2,0.6 -0.4,0.2 -0.4,0.4 0.2,0 0.8,-0.2 0.6,-0.2 2.6,-0.2 2.2,-0.2 2.6,0 0.4,0.2 3.8,0.4 3.4,0 3.6,0.2 l -0.6,0.2 q -0.6,0 -1,0.4 -0.2,0.2 -1.2,0.2 -1,0 -2.8,0 h -1.8 l 2,0.6 q 1.8,0.4 2.4,0.8 0.6,0.2 2,0.2 l 1.2,0.2 q -0.2,0.2 -2.4,0.4 -2,0 -3,0.2 -0.8,0.2 -0.4,0.2 0.2,0 1,0.2 1.6,0 1.8,0.6 0.4,0.4 1,0 1.4,-1.2 3,0.4 0.4,0.4 0.8,0.4 l -0.2,-0.4 q -0.4,-0.2 -0.4,-0.2 0.2,-0.2 0.8,0 l 0.8,-0.2 q -0.2,-0.2 0,-0.2 0.4,-0.2 1,0.2 0.6,0.2 0,0.6 -0.4,0.2 0.2,0.4 0.2,0.2 0.2,0.8 0,0.4 -0.4,1 -0.4,0.4 -0.8,0.4 -0.4,0 -0.4,0.4 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -0.8,0.4 -0.8,0 -0.4,0.4 0.4,0.4 0.2,0.6 -0.2,0.2 -0.8,0 -0.4,-0.2 -0.4,0 0,0.2 1.6,0.8 1.8,0.4 1.6,0.8 z m -66.2,-11.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.4,-4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m -4.2,28.6 q 0.2,0 0.8,-0.6 0.6,-0.8 0.4,-0.8 -0.2,0 -0.8,0.8 -0.6,0.6 -0.4,0.6 z m 0.8,3 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m 3.2,-4.2 q 0,0 0.4,-0.2 0.6,-0.2 0.6,-0.4 0,-0.4 -0.6,0 -0.4,0.4 -0.4,0.6 z m 0,9.8 q 0,0.2 0.2,0.2 0.4,0 0.6,-0.2 0,-0.2 0,-0.2 0,-0.2 -0.2,-0.2 -0.6,0 -0.6,0.4 z m -2.2,51.4 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m -9,41 q 0.6,-1 0.4,-1 0,0 -0.8,1 -0.8,1 -0.4,1 0.2,-0.2 0.8,-1 z m 3.8,-3.8 q 0.2,-0.6 -0.2,-0.2 -0.4,0.4 -1,1 l -1.2,1.2 1.2,-0.8 q 1,-0.8 1.2,-1.2 z m 6.8,-5.6 q 0.4,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.8,-0.6 z m 0,3.6 q 0.8,-0.4 0.4,-0.6 -0.2,-0.4 -1.8,1 -1.6,1.4 -3.2,2.4 -1.4,1 -1.4,1.2 0,0.4 3.2,-1.8 2.4,-1.8 2.8,-2.2 z m 1.8,17.8 q 0.6,-1.2 0.4,-1.2 -0.2,-0.2 -0.6,0.2 -0.4,0.2 -0.6,0.8 -0.2,0.6 -0.2,1 0,0.4 0.2,0.4 0.2,0 0.8,-1.2 z m 2.2,-2.2 q 0.2,0.4 0.4,0 0.2,-0.6 -0.4,-0.4 -1.4,0.2 -1.4,1.6 0.2,0.8 0.6,-0.4 0.6,-1.2 0.8,-0.8 z m 2,4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.6,-148.8 q 0.2,-0.4 -0.2,-0.6 -0.4,-0.2 -0.4,0.4 0,1 0.6,0.2 z m 0.2,3.4 q 0,0.2 0.2,0.2 0.4,0 0.4,-0.4 0,-0.6 -0.4,-0.4 -0.2,0.2 -0.2,0.6 z m 0.8,5 q 0.2,-0.2 0.2,-0.6 l -0.4,0.2 z m 1.4,137 q 0.4,0.2 0.4,0 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.2 0.2,0.6 z m 0.4,-1.4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m 2.8,-141.2 q 0,0 -0.2,-0.8 l -0.4,-0.4 z m 0.4,136.8 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.4,-0.4 -0.2,-0.2 -0.6,0.2 z m 1,-133.6 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 50,123.4 q -0.2,-0.4 -0.6,-0.4 -0.4,0 0.2,0.6 0.4,0.6 0.6,0.2 0,0 -0.2,-0.4 z m -1.2,-5 q 0.2,-0.2 -0.6,-0.6 -0.6,-0.6 -0.8,-0.4 0,0.2 0.6,0.8 0.6,0.4 0.8,0.2 z m -2.6,-0.4 q 0,0 0,0.2 0.8,0.2 0.8,0 -0.2,-0.4 -0.8,-0.2 z m -1.8,-1.8 q 0.2,0 -0.2,-0.4 -0.2,0 -0.4,-0.2 -1.2,-0.6 -1.6,0 0.4,-0.2 1,0.2 0.6,0.4 1.2,0.4 z m -0.8,-1.4 q 2.2,1.2 2.2,1 0,-0.2 -1.6,-1.2 -1.4,-1 -2.2,-1.2 l -0.6,-0.2 q 0.2,0.4 2.2,1.6 z m -1.6,-3.2 q -0.2,-0.2 -1.2,0 -0.8,0.2 0,0.4 0.6,0.2 0.6,0 -0.2,-0.2 0.2,-0.2 z m -3.6,17.8 q 0,0 0.2,0.2 l 0.6,-0.2 q -0.2,-0.2 -0.8,0 z m -3.6,-20.4 q 0,-0.2 -1.6,-0.6 -1.6,-0.6 -1.8,-0.4 l 1.4,0.8 q 2,0.6 2,0.2 z m -5.4,-2.2 q -0.2,0 -0.4,0.4 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 z m -0.8,0.2 q 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 0,0 0.4,0 0.6,0 0.6,-0.2 z m -4.6,-0.8 q -0.2,0.2 0.2,0.2 0.2,0 0.4,-0.2 l 0.4,-0.2 q -0.6,-0.2 -1,0.2 z m -6.6,-0.6 q -0.4,0 -0.2,0.2 0.2,0 0.6,0 0.4,0 0.6,-0.2 -0.4,-0.2 -1,0 z m -10.2,-18.8 q 0.2,-0.4 0,-1.2 -0.2,-0.2 -0.2,0 0,0.2 0,0.6 0,0.4 0.2,0.6 z m 28.4,-15.2 q -0.2,0.2 0,0.2 0.2,0 0.6,0 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m 4.8,-6.8 q 0.2,0.2 0.6,0.2 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m -0.8,-4.6 h -1 l 1,0.4 q 0.8,0.2 0.8,0.2 l 0.2,-0.2 q 0,-0.4 -1,-0.4 z m -27,-0.6 q 0,0 0.4,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.8,0 z m 7.6,-55 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 3,-0.8 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 1.6,0 q 0.2,0 0.4,-0.2 l -0.2,-0.2 q -1.2,0.4 -0.2,0.4 z m 4.4,-0.6 q 0,0 0.6,0 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -0.6,0.4 z m 3.8,-0.4 q 0,0 -0.2,-0.4 -0.8,0 -0.8,0.4 0,0.8 1,0 z m 8.6,14 q 0,0 0.4,-0.2 -0.4,0 -0.8,0 0.2,0.2 0.4,0.2 z m 0.4,-11 q 0.8,0.2 1.8,0.2 1.2,0 1.2,-0.2 0,-0.2 -2.2,-0.2 l -1.4,0.2 q 0.2,0 0.6,0 z m 2,10.8 q 0,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0,0.2 0.4,0.2 z m 3.4,0.8 q 0,0.2 0.2,0.2 0.2,0 0.2,-0.4 0,-0.6 -1.2,-0.6 -1.2,-0.2 -1.2,0 0,0.4 1.6,0.4 0.4,0 0.4,0.4 z"/><path fill="#111111" d="m 1069.8004,72 q 0,0.2 0.4,0.8 0.4,0.4 -0.2,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 l -0.2,0.2 q -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.2 l -1.6,0.2 -1.4,0.2 q 0.4,0.2 0.2,0.6 -0.2,0.2 0.2,0.2 0.4,0 0.4,0.4 0,0.4 -1,0.2 -4.8,-1.2 -5.4,-0.4 l 1,0.2 q 1.2,0 1.4,0.4 0.2,0.2 1.4,0.6 l 0.2,0.2 q -1,0.2 -1.2,-0.2 -0.8,-0.8 -3,-0.4 -0.6,0.2 -0.6,0.4 0.2,0.2 1.2,0.2 1.2,-0.2 1.2,0.2 0,0.2 2.8,0.4 4.2,0.4 4,1.2 -0.4,0.4 -0.8,-0.2 l -0.2,-0.2 q 0,0.4 -2.2,0.4 -3.8,0 -3.2,0.2 0.2,0 0.8,0.2 0.8,0.2 -0.2,0.2 -0.8,0 -2.4,0 -4,0.2 -5.4,0.4 -3.6,1 -11,2 -2.4,0.4 -10.2,2.6 -7.8,2.2 -8.4,2.8 -0.2,0.2 0.6,5.8 1.4,10.6 1.4,21.2 0,3.4 0.4,3.4 4.2,-1.6 9.2,-2.4 1,-0.2 1,0.2 0,0.2 0.8,0.2 0.8,0 0.2,-0.4 -0.6,-0.2 -0.6,-0.2 0,0 0.6,0 0.8,0 0.8,0.4 l 0.2,-0.2 q 0.2,-0.6 6.8,-0.4 6.6,0 7.8,0.8 1.4,0.6 1.6,1 0.2,0.4 -0.2,0.4 -0.2,-0.2 -0.4,-0.2 -0.8,-0.2 -2.6,-0.4 -1.2,0.2 -1.2,0.4 0.4,0.6 1.4,0.4 1,-0.2 3,0.4 2,0.4 2,0.8 0.2,0.4 -0.4,0.6 -0.6,0 -2.6,0 -3.2,0.2 -5.2,0.4 -1.8,0.2 -0.2,0.2 0.8,0 2.2,0 4,-0.2 5,0.4 1,0.4 1,0.8 0,0.2 0.8,0.4 0.8,0 0.8,1 0,1 -0.8,1.2 -1.2,0.2 -1.4,0.4 0,0.2 0.4,0.6 0.6,0.4 1.2,0.2 v 0.2 q -0.4,0.6 -2.4,0.8 -0.8,0.2 -0.6,0.4 0.4,0.2 -0.2,0.2 -0.2,0 -0.6,0 -1.4,-0.2 -1.4,0.2 0,0.2 -0.4,0 -0.2,-0.2 -0.4,0.2 h 2.6 q 1.2,0 2,-0.2 0.6,-0.2 0.6,0 0.2,0 -0.2,0.2 -0.4,0.6 -1.6,0.6 l -4,1 h 0.2 q 0.6,0 3.8,-0.4 h 0.2 0.2 l 0.2,-0.2 4,-0.4 q -0.6,0.4 -1.8,0.6 -1,0 -1.4,0.4 -0.2,0.4 -1.6,0.4 -1.4,0 -1.4,0.4 0,0.4 0.8,0.2 l 5,-0.4 q -0.6,0.2 -0.6,0.8 0,0.4 -1.4,0.8 -1.6,0.6 -0.2,1 1.6,0 -0.8,0.8 -2,0.8 -6.2,1.8 -22.2,5.6 -25.2,7.4 -0.8,0.4 -0.8,1.2 0,0.6 -0.2,1.4 -0.2,1 -0.8,5.4 -0.4,4.6 -1.4,9.8 -1,5 -1,5.4 0,0.2 0.6,-0.2 0.6,-0.4 2,-0.6 1.6,-0.2 2.6,-0.6 1.2,-0.6 1.6,-0.4 0.4,0.2 2.8,-0.2 2.6,-0.4 3,-0.8 h 0.2 q -0.2,0.4 3.2,0.4 3.6,0 4.2,0.2 0.6,0.2 2.6,0.6 4.2,1.2 6.2,2.2 1.2,0.6 3.6,1 1.6,0.8 1.6,1.4 -0.2,0.4 -1.8,-0.2 -1.6,-0.6 -1.8,-0.4 -0.2,0.2 2.4,1 l 2.8,0.6 q -0.2,0 -0.6,-0.2 -1.2,-0.6 -0.4,-0.8 1.6,-0.6 6.6,3.6 2.6,2.4 2.2,2.6 0,0 -1,-0.8 -1,-0.8 -1.4,-0.6 -0.2,0 0.6,0.8 0.8,0.6 0.4,1.2 -0.6,0.6 0,0.8 0.2,0 0.6,-0.2 0.4,-0.4 1.6,0.8 l 0.8,1 q -0.6,-0.4 -1.2,0 -0.4,0.2 0.6,0.8 l 0.8,0.2 q 0,-0.2 0,-0.4 0.2,-0.2 1,0.6 1.2,1.6 0,2.4 -0.2,0.4 -0.4,0.8 0,0.4 0,0.8 0,0.2 0.2,0.2 0.4,0 0.4,0.8 0.2,0.6 -0.2,1 -0.4,0.2 -1.4,0 -1,-0.2 -1.6,0 -0.6,0 -1.2,-0.4 -0.4,-0.4 -0.4,0 0,0.2 -1,0.2 l -0.2,0.2 q 0.8,0.2 1.6,0.2 0.6,0.2 0,0.4 -0.2,0 -0.8,0 -1.4,0.4 -2,0.2 -0.4,-0.2 -0.4,0.2 0,0.2 1.2,0.6 1.2,0.2 0.2,0.4 -0.8,0 -0.2,0.4 1,0.6 -1.8,0.8 -1.4,0 -1.4,0.4 0,0.4 -0.4,0.4 -0.8,0 -4.6,-0.2 -10.6,-1.2 -24.4,1.4 -6.6,1.2 -10.2,2.4 -2.8,1.2 -3.6,1.8 -0.8,0.4 -1,1.2 -0.2,1.2 -1.6,4.8 -1.2,3.6 -1.6,4 l 0.2,-1.4 q 1.2,-4 1,-4.4 l -0.6,0.8 q -0.6,1.2 -0.6,0.4 0,-2 -0.8,0.4 -0.2,0.4 -0.4,0.8 l -1,2.2 q 0,-0.2 0,-0.6 0,-1 -0.4,-1.8 l 0.2,-0.6 0.2,-0.8 q 0,-1 -0.4,-1 -0.6,0 -3.4,2.6 -1,0.8 -1.2,0.6 -0.2,-0.2 -0.4,0.2 l -0.2,-0.2 q 0,-0.2 0.2,-0.4 0.2,-1.2 0,-1.2 -0.4,0 -1.6,1.4 -1,1.2 -1.2,1.6 -0.2,-0.4 -0.2,-0.8 -0.2,-1.6 0,-2 0.2,-0.2 0.6,-2.2 0.4,-2.2 0.4,-2.8 0,-0.4 -0.8,0 -0.8,0.4 0.2,-0.4 1.2,-0.8 1,-1 -0.2,-0.2 -1.8,1 -1.4,1 -1.4,1.2 l -1.6,2.2 q 0,-0.2 0.6,-1.4 0.2,-0.6 0,-0.6 -0.6,0.6 -0.8,0.4 0,-0.2 0.4,-0.8 l 0.2,-0.4 q -0.4,0.2 -0.4,0 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.6,-0.4 -0.6,-1.2 -1,0 v 0.2 q 0.6,-0.2 0.6,0.4 0,0.4 -0.6,1 -1.8,1.2 -1.8,0.6 0.2,-0.6 0.6,-0.6 h 0.2 q -0.4,-0.2 0.2,-0.8 h -0.2 q -0.2,0.2 -0.4,0.4 -1.2,1 -1.4,0.8 -0.2,-0.4 1.6,-2.2 1.6,-1.8 0.6,-1.8 -0.2,0 0,0.4 0,0.2 -0.2,0.2 0,0 -0.2,0 -0.2,-0.2 0.2,-1.2 0.6,-1 1,-1 0.4,0 0.2,-0.6 -0.2,-0.6 0,-0.8 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.6 0.4,-0.6 0.6,0 0.6,-0.4 0,-0.6 1.2,-1.6 1.2,-1 1,-1 -0.4,0 -2.4,1.6 -2.2,1.6 -3.2,2.2 -0.8,0.6 -0.8,0.8 0.2,0.2 -0.6,1 -0.6,0.4 -0.6,0.4 0,0 0.2,-0.6 0.4,-0.6 0.8,-0.8 0.2,-0.2 0.2,-0.6 0,-0.4 -0.6,0 v -0.2 q 0.8,-0.8 1,-0.6 0.2,0.2 2,-1.6 1.2,-1 1.6,-1.4 l -1.4,0.8 q -1,0.8 -1.2,0.8 -0.2,-0.2 1.8,-2.2 l 1.4,-1.6 q -0.8,0.4 -3.4,3 -3.2,3.2 -3.4,2.6 -0.4,-0.8 0.4,-2 0.8,-1.2 4.2,-5 l 0.8,-1 q 0,0 -0.4,0.4 -2.8,2.6 -4.8,5.2 -1.4,1.8 -1.4,1.2 0.2,-0.4 0.8,-1.6 1,-1.6 4.4,-5 3.6,-3.6 6.8,-5.8 3.4,-2.6 3.6,-3 0.2,-0.6 1.4,-11.6 1.2,-11 1,-11.2 0,0 -1.8,1.2 -1.8,1 -2,0.8 0,0 0.2,-0.2 0.2,-0.4 0.6,-0.6 0.6,-0.4 1.2,-0.8 l 1.8,-1.8 q -0.2,0 -1.2,0.8 -1,0.6 -1.4,0.4 -0.4,-0.2 -0.4,0.4 0,0.2 0,0.4 0,0 -0.2,0 -0.4,-0.2 -1.8,0.6 l -1.2,0.6 q 0.2,0 0.6,-0.6 0.8,-0.8 2.4,-1.8 1.6,-1.2 1.6,-1.8 0,-0.6 0,-0.6 0.2,-0.2 0.4,-0.2 0.6,0 0.6,-0.2 0.2,-0.2 0,-0.4 -0.2,-0.2 -1.4,0.2 -1,0.4 -1,0.8 l 0.4,-0.2 q 0.2,0 0.2,0 0.2,0 0,0.2 -0.2,0.4 -0.8,0.2 -0.6,-0.2 -3.4,2 -2.6,2 -3.2,2 -0.4,0 1.6,-2.2 2.8,-2.6 2,-2.6 -0.2,0 -0.4,0.2 l 0.6,-1.2 q 0.6,-0.6 0.4,-0.6 -0.2,0 -2,1.6 -3,2.2 -4.2,3.6 -1,1.2 -1.4,1.2 -0.2,0 0.2,-0.4 0.4,-0.4 0.4,-0.6 0,-0.4 -0.6,0.4 -0.6,0.8 -0.6,0.2 0,-0.6 0.4,-1 v -0.2 q -0.4,0.2 -0.4,0 -0.2,-0.2 0.8,-1.2 0.8,-1 0.8,-1.2 0,-0.2 0.8,-1.2 1,-1 0.4,-1 l -0.4,0.2 -0.6,0.6 q -1,0.6 -1.2,0.4 -0.2,-0.4 1.8,-3 1,-1.2 1,-1.6 0,-0.4 1.8,-2.4 l 1,-1.4 q -0.2,0.2 -0.6,0.6 -2.2,1.6 -7.2,7 l -1,1 q 0,0 0.4,-0.6 0.6,-1.2 2,-2.8 1.4,-1.6 2,-2.8 l 0.6,-1.2 -2.2,2 1,-1.4 q 1,-1.4 3.2,-3.6 2.4,-2.2 2.2,-2.4 l 0.2,-0.2 q 0.2,0.2 2.6,-1.6 2.4,-2 2.2,-2.2 0,-0.4 1.4,-1.4 1.6,-1 1.8,-1 l -1.4,1.2 -1.4,1.2 q 0.4,0 1.8,-1.2 l 1.6,-1 -0.2,-13 q -0.4,-17.8 -0.8,-20 l -0.4,-1 q 0,0.4 -0.4,0.4 -1.4,-0.2 -1.4,0.6 0,0.4 -0.4,0.4 -0.4,0 -0.8,0.6 -0.2,0.6 -0.4,0.2 -0.8,-1.2 -1.8,-0.4 -0.4,0.4 -0.4,0 0,-0.6 0.6,-1.6 v -0.4 q -1,0.8 -1,0.6 0,-0.2 0.4,-0.8 0.8,-0.8 0.4,-1 0,0 -0.6,0.4 -0.2,0.2 -0.2,0 0,-0.2 0,-0.4 0,-1 1.8,-2.6 2,-1.8 1.6,-1.8 -0.4,0 -1,0.6 -0.4,0.4 -1.4,1.2 -0.2,0.2 -0.2,0.2 0,-0.2 1.2,-1.4 1.8,-2 1.6,-2 -0.2,0 -2,1.6 -1.8,1.6 -2.2,2.2 -0.6,0.8 -0.6,0.6 0,-0.2 0,-0.6 -0.2,-0.8 -1.4,0.4 -0.2,0 -0.6,0.4 l -1,0.8 q 0.2,-0.2 1.4,-1.4 2,-1.8 2.2,-1.6 0.4,0 0.4,-0.4 0,-0.4 1.2,-1.6 1.2,-1.4 1,-1.4 -0.4,-0.2 -2.4,1.6 -4.2,4 -4.2,2.8 0.2,-0.4 0.4,-0.6 0.2,-0.6 0.2,-0.6 0,-0.2 -0.6,0.2 -0.4,0.4 -0.4,0.4 0,0 0.2,-0.4 0.2,-0.6 0.2,-0.8 h 0.2 q 0.4,0.2 1,-0.6 l 0.6,-0.8 -0.8,0.6 q -0.8,0.8 -0.8,0.6 0,-0.4 2.2,-2.4 2.2,-2.2 0.6,-1 -1.4,1.2 -2.6,2 -1.2,0.8 -1.4,1.4 l -0.4,-0.4 q 0,-0.8 2.6,-3.8 2.8,-3.2 5.4,-5.2 l 2,-1.8 -0.2,-1.6 q -0.2,-1.8 -0.8,-4.4 -0.4,-2.4 -0.6,-3.2 -0.2,-0.8 -0.6,-2.6 -0.4,-1.8 -0.6,-2.4 0,-0.8 -0.2,-1.2 -0.2,-0.6 -0.6,-3.2 -0.8,-3 -0.2,-2.8 0,0 0.4,0.4 0.2,0.6 0.6,0.4 v 1.2 q 0,0.2 -0.2,0.4 -0.2,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 v -1 q 0,-1.2 0.2,-1.6 0.4,-0.6 0,-1 -0.2,-0.4 -0.4,0.4 l -0.2,-0.2 q 0.2,-0.6 0.8,-0.4 0.8,0 0.8,-1 -0.2,-0.4 -0.4,-0.4 l -0.2,0.2 q 0,-1.2 0.6,-1.4 l 0.2,-2 q 0.2,-2 0.4,-2 0.2,0 0.2,0 0.2,-0.2 0.2,-0.2 -0.2,-0.4 0,-0.6 0.2,0 0.2,0.2 0.2,0.2 0.2,0.6 0.2,0.2 0.4,0.6 0.4,1.6 0.6,2.2 l 0.2,-0.2 q -0.2,-0.6 -0.2,-0.6 0.2,-0.2 0.6,0 0.4,0.2 0.6,1 l 0.2,-0.2 q 0,-0.8 0.6,-1.2 0.6,-0.4 0,-2.8 -0.4,-2.6 -0.2,-2.4 0.4,0 1.2,3.4 0.8,3.2 1.4,4 0.4,0.8 0.4,0.4 0,-0.4 -0.2,-1.8 -0.2,-2.2 -0.6,-3 -0.2,-0.8 -0.2,-1.4 0,-0.8 0.4,0.4 0.4,1 0.8,2.6 0.4,2.4 1.2,3.8 l 0.8,1.6 -0.4,-1.4 q -0.2,-1.4 -0.2,-2.2 0,-1 -0.2,-1 -0.2,0 -0.2,-0.6 0,-0.8 0.2,-0.8 0.4,0 0.4,0.8 0.2,0.8 0.2,1.4 -0.4,0.6 0.2,1.2 0.6,0.4 0.4,0.8 -0.2,0.2 -0.2,0.2 0.2,0 0.4,0 0,-0.2 0.2,0 0.2,0.2 0.4,0.8 0.2,0.4 0.4,1 l 0.6,1.6 q 0.2,-2 -1.2,-5.2 -0.2,-0.6 0.4,-0.4 h 0.4 q -0.2,-0.4 0.2,-0.4 0.6,0 1.2,1.8 l 0.8,2 q 0,-1 -1,-4.2 -0.4,-1.2 -0.4,-1.2 0,-0.2 0.6,-0.2 0.8,0 1.6,2.8 1.6,6.4 2.4,13.4 0.4,2.2 0.8,2.4 0.4,0.2 2.6,-0.8 2.4,-1 2.4,-1.2 0,-0.4 0.4,-0.4 0.2,0 5,-1.4 4.8,-1.6 6.4,-2.2 0.6,-0.2 1.2,-0.2 0.4,0 3.4,-0.2 6.2,-0.4 13.4,-0.6 4.8,-0.2 5.4,0.4 0.6,0.6 0,0.6 -0.2,0 -0.8,0 -1.4,0 -1.4,-0.2 0,-0.2 -3.8,0 -3.8,0 -4.2,0.6 -0.4,0.2 -0.4,0.4 0.2,0 0.8,-0.2 0.6,-0.2 2.6,-0.2 2.2,-0.2 2.6,0 0.4,0.2 3.8,0.4 3.4,0 3.6,0.2 l -0.6,0.2 q -0.6,0 -1,0.4 -0.2,0.2 -1.2,0.2 -1,0 -2.8,0 h -1.8 l 2,0.6 q 1.8,0.4 2.4,0.8 0.6,0.2 2,0.2 l 1.2,0.2 q -0.2,0.2 -2.4,0.4 -2,0 -3,0.2 -0.8,0.2 -0.4,0.2 0.2,0 1,0.2 1.6,0 1.8,0.6 0.4,0.4 1,0 1.4,-1.2 3,0.4 0.4,0.4 0.8,0.4 l -0.2,-0.4 q -0.4,-0.2 -0.4,-0.2 0.2,-0.2 0.8,0 l 0.8,-0.2 q -0.2,-0.2 0,-0.2 0.4,-0.2 1,0.2 0.6,0.2 0,0.6 -0.4,0.2 0.2,0.4 0.2,0.2 0.2,0.8 0,0.4 -0.4,1 -0.4,0.4 -0.8,0.4 -0.4,0 -0.4,0.4 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -0.8,0.4 -0.8,0 -0.4,0.4 0.4,0.4 0.2,0.6 -0.2,0.2 -0.8,0 -0.4,-0.2 -0.4,0 0,0.2 1.6,0.8 1.8,0.4 1.6,0.8 z m -66.2,-11.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.4,-4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m -4.2,28.6 q 0.2,0 0.8,-0.6 0.6,-0.8 0.4,-0.8 -0.2,0 -0.8,0.8 -0.6,0.6 -0.4,0.6 z m 0.8,3 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m 3.2,-4.2 q 0,0 0.4,-0.2 0.6,-0.2 0.6,-0.4 0,-0.4 -0.6,0 -0.4,0.4 -0.4,0.6 z m 0,9.8 q 0,0.2 0.2,0.2 0.4,0 0.6,-0.2 0,-0.2 0,-0.2 0,-0.2 -0.2,-0.2 -0.6,0 -0.6,0.4 z m -2.2,51.4 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 0,0 -0.2,0.4 z m -9,41 q 0.6,-1 0.4,-1 0,0 -0.8,1 -0.8,1 -0.4,1 0.2,-0.2 0.8,-1 z m 3.8,-3.8 q 0.2,-0.6 -0.2,-0.2 -0.4,0.4 -1,1 l -1.2,1.2 1.2,-0.8 q 1,-0.8 1.2,-1.2 z m 6.8,-5.6 q 0.4,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.8,-0.6 z m 0,3.6 q 0.8,-0.4 0.4,-0.6 -0.2,-0.4 -1.8,1 -1.6,1.4 -3.2,2.4 -1.4,1 -1.4,1.2 0,0.4 3.2,-1.8 2.4,-1.8 2.8,-2.2 z m 1.8,17.8 q 0.6,-1.2 0.4,-1.2 -0.2,-0.2 -0.6,0.2 -0.4,0.2 -0.6,0.8 -0.2,0.6 -0.2,1 0,0.4 0.2,0.4 0.2,0 0.8,-1.2 z m 2.2,-2.2 q 0.2,0.4 0.4,0 0.2,-0.6 -0.4,-0.4 -1.4,0.2 -1.4,1.6 0.2,0.8 0.6,-0.4 0.6,-1.2 0.8,-0.8 z m 2,4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.6,-148.8 q 0.2,-0.4 -0.2,-0.6 -0.4,-0.2 -0.4,0.4 0,1 0.6,0.2 z m 0.2,3.4 q 0,0.2 0.2,0.2 0.4,0 0.4,-0.4 0,-0.6 -0.4,-0.4 -0.2,0.2 -0.2,0.6 z m 0.8,5 q 0.2,-0.2 0.2,-0.6 l -0.4,0.2 z m 1.4,137 q 0.4,0.2 0.4,0 0.2,-0.2 -0.2,-0.6 -0.4,-0.4 -0.4,0 0,0.2 0.2,0.6 z m 0.4,-1.4 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.6 -0.4,-0.6 -0.2,0 0,0.6 z m 2.8,-141.2 q 0,0 -0.2,-0.8 l -0.4,-0.4 z m 0.4,136.8 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.4,-0.4 -0.2,-0.2 -0.6,0.2 z m 1,-133.6 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 50,123.4 q -0.2,-0.4 -0.6,-0.4 -0.4,0 0.2,0.6 0.4,0.6 0.6,0.2 0,0 -0.2,-0.4 z m -1.2,-5 q 0.2,-0.2 -0.6,-0.6 -0.6,-0.6 -0.8,-0.4 0,0.2 0.6,0.8 0.6,0.4 0.8,0.2 z m -2.6,-0.4 q 0,0 0,0.2 0.8,0.2 0.8,0 -0.2,-0.4 -0.8,-0.2 z m -1.8,-1.8 q 0.2,0 -0.2,-0.4 -0.2,0 -0.4,-0.2 -1.2,-0.6 -1.6,0 0.4,-0.2 1,0.2 0.6,0.4 1.2,0.4 z m -0.8,-1.4 q 2.2,1.2 2.2,1 0,-0.2 -1.6,-1.2 -1.4,-1 -2.2,-1.2 l -0.6,-0.2 q 0.2,0.4 2.2,1.6 z m -1.6,-3.2 q -0.2,-0.2 -1.2,0 -0.8,0.2 0,0.4 0.6,0.2 0.6,0 -0.2,-0.2 0.2,-0.2 z m -3.6,17.8 q 0,0 0.2,0.2 l 0.6,-0.2 q -0.2,-0.2 -0.8,0 z m -3.6,-20.4 q 0,-0.2 -1.6,-0.6 -1.6,-0.6 -1.8,-0.4 l 1.4,0.8 q 2,0.6 2,0.2 z m -5.4,-2.2 q -0.2,0 -0.4,0.4 -0.2,0.4 0.2,0.4 0.4,0 0.4,-0.4 0,-0.4 -0.2,-0.4 z m -0.8,0.2 q 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 0,0 0.4,0 0.6,0 0.6,-0.2 z m -4.6,-0.8 q -0.2,0.2 0.2,0.2 0.2,0 0.4,-0.2 l 0.4,-0.2 q -0.6,-0.2 -1,0.2 z m -6.6,-0.6 q -0.4,0 -0.2,0.2 0.2,0 0.6,0 0.4,0 0.6,-0.2 -0.4,-0.2 -1,0 z m -10.2,-18.8 q 0.2,-0.4 0,-1.2 -0.2,-0.2 -0.2,0 0,0.2 0,0.6 0,0.4 0.2,0.6 z m 28.4,-15.2 q -0.2,0.2 0,0.2 0.2,0 0.6,0 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m 4.8,-6.8 q 0.2,0.2 0.6,0.2 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 z m -0.8,-4.6 h -1 l 1,0.4 q 0.8,0.2 0.8,0.2 l 0.2,-0.2 q 0,-0.4 -1,-0.4 z m -27,-0.6 q 0,0 0.4,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.8,0 z m 7.6,-55 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 3,-0.8 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 1.6,0 q 0.2,0 0.4,-0.2 l -0.2,-0.2 q -1.2,0.4 -0.2,0.4 z m 4.4,-0.6 q 0,0 0.6,0 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -0.6,0.4 z m 3.8,-0.4 q 0,0 -0.2,-0.4 -0.8,0 -0.8,0.4 0,0.8 1,0 z m 8.6,14 q 0,0 0.4,-0.2 -0.4,0 -0.8,0 0.2,0.2 0.4,0.2 z m 0.4,-11 q 0.8,0.2 1.8,0.2 1.2,0 1.2,-0.2 0,-0.2 -2.2,-0.2 l -1.4,0.2 q 0.2,0 0.6,0 z m 2,10.8 q 0,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0,0.2 0.4,0.2 z m 3.4,0.8 q 0,0.2 0.2,0.2 0.2,0 0.2,-0.4 0,-0.6 -1.2,-0.6 -1.2,-0.2 -1.2,0 0,0.4 1.6,0.4 0.4,0 0.4,0.4 z"/><path fill="#111111" d="m 1164.2006,52.6 q 1.6,1.4 1,2.4 -0.4,0.6 -0.6,0 -0.2,-0.4 -1.8,-1.2 -1.4,-0.8 -1.6,-0.6 l 0.8,0.6 q 1.8,1.4 1.8,2.2 -0.4,0.2 0.2,1 l 0.4,0.4 q -0.4,-0.2 -1,0.2 l -0.2,0.2 q 0.2,-0.4 -0.2,-0.8 -0.2,-0.4 -0.6,-0.4 -0.2,0 0,0.6 V 58 l -0.8,-0.6 q -0.8,-1 -2.6,-1.6 -1.6,-0.6 -2,-0.2 -0.2,0.2 0.8,0.6 1,0.4 1.2,0.4 0.2,0 1.2,0.8 0.4,0.6 0.6,0.6 -0.4,-0.2 -0.4,0.2 0,0.6 1,0.4 0.4,0 0.2,1 -0.2,0.6 -0.4,0.6 -0.6,-0.2 -1,-0.2 0.2,0.2 0,0.2 0,0 -0.2,0 -0.4,-0.4 -0.2,-0.6 0.2,-0.4 -0.4,-0.4 -0.4,-0.2 -0.8,0 -0.4,0.2 0.2,0.8 0.6,0.6 0.2,1.6 -0.4,0.8 0.4,1.6 1,0.6 1,1.2 0,0.4 -1,-0.2 -0.8,-0.8 -1.2,-0.6 -0.2,0.2 -0.2,0 0,-0.4 -0.6,-0.6 -0.4,-0.2 -0.4,0 0.2,0.2 0.4,0.4 0.4,0.8 0.6,1.2 0.4,0.2 0.4,0.6 0.2,0.2 0.2,0.4 0.2,0.2 0.2,0.6 0,0.2 1,1.2 0.6,0.6 0.4,0.8 -0.8,-0.2 -0.8,0.2 0,0.2 1,0.2 1.4,-0.2 2.2,1.6 0.6,0.8 0,1.4 -0.4,0.4 -0.8,0 -0.4,-0.6 0,-0.8 0.6,0.2 0.6,-0.2 0,-0.4 -0.8,-0.2 -0.6,0.2 -1.6,-0.8 -2.4,-1.6 0,0.8 1.4,1.4 1.4,1.6 0,1 -2.4,-1.4 -1.6,-1.6 -3.4,-2.4 l -1.8,-0.6 1,1 q 1.2,1 1.4,1 0.2,0 0.8,0.6 0.8,0.6 1.8,1.4 l 0.4,0.6 q -0.6,-0.2 -0.6,0.2 0,0.2 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -1.2,-0.4 -1.2,-1 -1.6,-1 -0.4,0 -0.2,-0.2 0.2,-0.4 0.6,-0.2 V 71 q -0.2,-0.4 -0.6,0 -0.2,0.2 -1.4,-0.2 l -1,-0.6 1,0.8 q 1,1 1,1.4 0.2,1.6 1,1.6 0.6,0 0.6,0.8 l 0.2,1 -1,-1 q -1.2,-1.2 -4.6,-3 -3.4,-1.8 -4.2,-1.6 -0.4,0 -3.6,-1.4 -3,-1.4 -3.4,-1.4 -0.2,0 -7.4,-2 -17,-4.8 -16.4,-3.2 0.4,0.6 -3.8,11.4 -0.8,2.4 -1.4,4.2 -0.6,1.6 -0.8,2 -0.2,0.2 -0.6,1.6 -0.8,2.6 -2.8,9.2 -2.8,9 -5.8,25.6 -0.8,5.4 -1,5.6 -0.2,0 -0.2,1.4 0.2,1.2 -0.8,1.8 -0.8,0.6 -0.8,2 0,1.2 0.4,1.6 v -1.2 q -0.2,-1.8 0.4,-2 0.6,-0.2 0.6,0.4 0,0.8 -0.6,6.2 -0.8,5.6 -1,8.6 -0.2,2.8 -0.6,2.6 v 0.4 q 0.2,0.6 0,5.2 -0.4,4 -0.8,4 -0.4,-0.4 -0.4,-1 l -0.4,-0.2 q -0.2,0.4 -0.2,2.4 0.2,1.8 0.4,1.8 0.4,0 0.4,-1.4 0,-0.8 0,-0.6 0.4,0.8 0.4,2.4 l -0.2,1 -0.2,-0.4 -0.2,0.2 0.2,1 q 0.4,-0.2 0.4,0.2 0,0.2 -0.4,0.4 -0.2,0.2 0,2.6 v 1.8 q -0.2,-0.4 -0.6,-3.6 l -0.2,-3.2 v 3.4 q 0,3.4 -0.2,3.2 l -0.6,8 q 0,1 0,2.4 0,5 -0.4,5.2 -0.4,0 -0.4,0.4 0,0.4 0.4,0.2 0.2,-0.2 0.2,1.4 0,1.4 -0.2,3.4 0,1.8 -0.2,2.6 v 0.8 l 0.4,0.8 q 0.2,1 -0.4,1.2 -0.6,0 0,0.6 0.6,0.6 0,0.8 -0.6,0.2 -0.8,0.2 0,0 0.2,-0.6 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,-1.6 l 0.4,-1.4 q 0.4,0.2 0.4,-0.2 0,-0.6 -0.6,-0.4 h -0.4 q 0.2,-1.2 -0.6,-11 -0.2,-1.8 -0.6,-2 v 0.2 q 0.2,0.6 -0.6,0.8 -0.6,0.2 -1,1.2 -0.2,0.8 -0.2,8.6 0,7.8 -0.2,7.4 -0.2,-0.2 -0.2,0 -0.2,0.2 -0.2,0.4 -0.2,13.8 -0.4,14 -0.2,0.2 -0.2,-0.8 0,-1 0,-2.6 0,-1.4 0,-3.4 l -0.2,-4.8 q -0.2,2.2 -0.4,2.6 l -0.2,-0.6 0.2,-0.8 -0.6,0.8 q -0.6,0.8 -0.2,1.4 0.4,0.4 0,0.8 -0.4,0.4 -0.4,3.6 v 3 l -0.2,-3 q -0.2,-3 -0.6,-3.2 l -0.2,0.6 q 0.2,1.2 0,3.4 0,2.2 0,4.4 0,2.2 -0.2,2 -0.2,-0.2 -0.4,-2.2 0,-2 -0.2,-2.2 0,0 0,-1.2 -0.2,-4.2 -0.8,-5.2 -0.4,-0.6 -0.4,-2 0,-1.4 -0.2,-3 l -0.4,-1.8 -0.2,2 q 0,0.8 0,-0.2 -0.2,-0.8 -0.2,-3.2 0,-5.2 -0.4,-6 -0.4,-1 -0.4,-2 v -1 q -0.2,0.2 -0.2,1.6 0,1.4 0,2.8 0.2,1.6 -0.2,2.2 -0.2,0.6 0,0.8 0.4,0.2 0.4,2.4 0,2 -0.4,2.4 -0.4,0.6 0,1 0.6,0.2 0.2,0.4 -0.4,0.2 -0.4,0.6 0,0.2 0.2,0 l 0.4,2.4 q -0.2,1 -0.2,1.2 -0.4,0.4 -0.2,0 0,-0.2 0,-0.6 0,-1 -0.2,-1 l -0.4,-7.2 q 0,-1.4 0,-3.2 l -0.2,-10.8 -0.2,23.4 -0.2,-14.4 -0.4,-12 -0.2,2.4 -0.4,-6.6 v 3.6 q 0,3.8 0.2,3.8 0.4,0 0.4,2.6 l -0.2,2 q -0.2,-0.8 -0.6,-0.8 -0.2,0 -0.2,11.6 0.2,11.4 -0.2,11.2 h -0.2 q 0.4,0.2 0,1.2 -0.2,1.2 0,2.6 0.2,1.2 0.4,0 0,-0.2 0,-1 l 0.2,-2.4 v 2.4 q 0.2,2.6 -0.2,2.6 -0.4,0 -0.4,1.4 l -0.2,-0.2 q -0.2,-0.8 -0.2,-2.2 -0.2,-3.8 -0.4,-4.6 -0.2,-0.8 -0.4,-15.8 0,-0.2 0,-0.4 l -0.4,-14.6 q 0,0.2 0,0.8 v 0.2 l -0.2,1.2 q -0.2,-0.4 -0.2,-3.4 0,-2.4 0,-5 0.2,-2.6 0.2,-4.2 0.2,-1.6 0.4,-1.4 0.2,0 0,4.8 0,1.2 0,2.4 0,1 0,1.6 0.2,0.6 0.2,0.4 0.2,0 0.2,-6.6 l 0.2,-5.4 q -0.2,1.2 -0.6,1.6 -0.4,0.4 0,-4.4 0.2,-1.2 0.2,-2.4 0.2,-1.6 0.4,-4.2 0.2,-2.4 0.4,-3.6 0.2,-0.4 0.2,-0.6 0.2,-0.4 0.2,0.2 0,0.2 0,1 l 0.2,1.6 0.2,-2.2 q 0.2,-2.2 0.2,-2.4 l -0.2,0.4 q 0,0.6 -0.4,0.6 -0.2,0 -0.2,-0.2 0,-0.2 0,-0.8 0,-0.6 0,-1.4 0.2,-1 0.4,-2.2 0.2,-1 0.4,-8.6 0.2,-7.6 0.4,-9.6 0.6,-9.8 1.6,-17.4 3.4,-23.8 9.8,-40.2 1.4,-3.4 1.2,-3.6 -0.2,-0.2 -4.4,0 -4.2,0 -5.6,0.2 -4.2,0.6 -6.2,0 0.2,-0.2 0.6,-0.2 0.6,0 2.4,-0.2 1.8,-0.2 3.2,-0.4 1.2,-0.2 1.6,-0.4 0.6,-0.2 6,-0.4 1,-0.2 0.8,-0.4 -0.4,-0.4 -2,-0.2 -1.4,0.2 -4.2,0.4 -2.6,0.2 -2.4,0.4 0,0.2 -0.6,0.4 -0.4,0 -1.4,0 -0.8,0 -1.8,0 -4,0 -3.8,-0.2 0.2,-0.4 -0.2,-0.4 -0.4,0 -0.4,0.2 0,0.4 -3.6,1 -1.6,0.2 -1.6,-0.2 0,-0.6 0.8,-0.8 l 0.4,0.2 1,0.2 q 0.8,-0.2 1.2,-0.6 0.2,-0.4 3,-0.4 2.8,-0.2 3,-0.4 0.4,-0.2 1.2,-0.4 h -2.8 q -3.4,0.2 -8.8,0.4 -5.2,0 -7.6,0.4 -2.4,0.2 -2.4,-0.2 0,-0.4 1.2,-0.6 l 0.8,0.2 q -0.2,0.2 0,0.2 0.4,0 1.4,-0.2 1,-0.4 2.4,-0.6 1.4,-0.2 2.6,-0.6 l 1.2,-0.2 h -1 l -0.2,-0.4 -5.6,0.2 q -1.8,0.2 -2.4,0.4 -0.8,0.2 0,-0.4 0.6,-0.6 1.8,-0.6 1.2,0 1.4,0 0.2,0 2,-0.4 1.8,-0.2 1.8,-0.6 0,-0.6 -0.6,-0.6 -0.2,0 -0.2,0.2 -0.2,0 -0.2,0 l -0.6,0.4 q -0.6,0 -2.4,0.2 l -1.4,-0.2 q 0.2,-0.4 1,-0.2 0.6,0 1.4,-0.4 0.8,-0.4 1.4,-0.4 0.6,0 0.4,-0.4 -0.4,-0.4 -1,0 -0.6,0.2 -1.6,0.2 -1.2,0 -2,0 -0.8,0 -0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 1,-0.4 0.4,-0.8 0.2,-0.8 -0.4,0 -0.6,0.4 -0.2,0.4 -0.6,0 -0.6,-0.4 -0.8,0 -0.4,0.4 -0.6,0.2 -0.2,-0.4 -1.2,0.2 -1,0.4 -1.2,0.4 -0.2,-0.2 -0.2,-0.8 0,-1 0.8,-0.8 0.6,0.2 0.6,-0.2 0,-0.6 -1,-0.2 -0.6,0.2 -1.2,0.4 -0.6,0 -1,0 -0.4,0 -0.4,-0.2 0,-0.2 -0.6,0 -0.6,0 -0.8,-0.4 -0.2,-0.2 -0.2,-0.2 0,0 0.2,0 0.4,0.4 0.4,-0.2 0,-0.6 1,-0.4 0.8,0.2 0.8,-0.2 0,-0.4 0.6,-0.2 0.4,0.2 0.6,-0.2 0.2,-0.4 0.6,-0.2 0.2,0.2 0.4,0.2 0.2,-0.2 0,-0.4 0,-0.4 1.8,-0.8 l 1.6,-0.4 -1.8,0.2 q -2,0.2 -2.2,0.6 h -0.2 q 0,-0.2 -0.6,0.2 -1,0.8 -1,0 0,-0.2 0.2,-0.4 0.4,-0.6 0.8,-0.4 0.2,0.2 4.8,-1.4 1.8,-0.6 2.2,-0.4 0.4,0.2 0.4,-0.2 0,-0.4 0.4,0 l -0.2,-0.6 q -0.8,-0.6 -1.2,-0.2 -0.4,0.2 -1.4,0.4 -1.2,0 -2,0.4 -0.6,-0.2 -0.6,-0.2 0.2,-0.4 0,-0.4 -0.4,0 -0.4,0.4 -0.2,0.2 -2.6,0.6 -2.6,0.4 -2.8,0.2 -0.4,-0.4 0.2,-0.6 0.2,0 0.4,0 0.8,-0.2 1.4,-0.4 0.6,-0.4 1.2,-0.4 0.6,0 1.4,-0.2 5.4,-1.4 6.2,-1.2 0.8,0 0.8,-0.4 0,-0.6 5.4,-2 l 1.8,-0.4 -2.4,0.2 q -2.6,0.2 -3.4,0.2 -0.8,0 -0.8,0.4 0,0.2 -1.6,0 -1.6,-0.2 -1.6,0.2 0,0.2 -0.6,0.2 -0.8,0 -1.4,0.2 -0.6,0.2 -0.6,0 0,-0.6 2.4,-1 2.4,-0.6 4.4,-0.6 1.8,-0.2 1.8,-0.4 0,-0.4 0.6,-0.6 0.6,-0.4 1,-0.2 0.2,0.2 -0.2,0.2 -0.4,0 -0.4,0.4 0,0 0.2,0 0.4,0 1,0 0.6,0 1.2,-0.2 2.6,-0.4 4.8,-0.6 2.4,-0.2 2.6,-0.6 0.2,-0.4 -0.8,-0.2 -0.8,0.2 -1,0 l 0.8,-0.4 q 2.4,-0.2 5.2,-0.6 1.6,-0.2 1.8,0.4 0.2,0.4 0.4,0 0.6,-1 2,0 0.6,0.4 1.2,0.2 0.6,-0.2 0.6,-0.6 -0.2,-0.4 3,-0.4 3.4,-0.2 3.4,0 0,0.2 0.2,0.2 0.4,0 0.8,0 0.4,-0.2 0.6,-0.4 h 0.4 q -0.4,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.4 1,-0.4 0.6,0 0.8,0.2 0.2,0 0,0.4 0,0.2 0.2,0.2 0,0 0.4,-0.2 0.4,0 0.4,0 l 2.2,0.4 q 0.4,0 0.8,0 l 2.8,-0.4 q -0.4,-0.2 -0.2,-0.2 0.2,0 0.6,0.2 1,0.2 3.4,0.4 2.6,0 3.8,0.4 1.4,0.2 2.4,0.4 l 0.2,0.2 0.4,0.2 q 3.2,-0.6 7.6,0 1.8,0.2 4.6,0.6 3,0.4 3.4,0.6 0.6,0.2 1.4,0.2 2.6,0.2 10.6,2.8 11,3.8 12.4,5 2,2 2.8,2 0.6,0 1.2,0.6 0.8,0.4 0,0 -1,-0.4 -1,0 0,0.2 1.4,1 1.6,0.8 2,0.8 0.2,0 -0.8,-0.8 l -0.8,-0.6 1,0.4 q 0.8,0.4 0.8,0.6 0,0.2 1.2,1.6 z m -106.4,-2.2 q 0.2,0 0.4,-0.4 0.2,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.6 0,0.4 0.2,0.4 z m 7.6,1.6 q 0.4,0 0.8,-0.2 l 0.2,-0.4 q -0.4,0 -0.8,0.4 z m 2,1.4 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 l 0.2,0.2 q 0.6,0.4 0.8,0.4 z m 0.6,-1.6 q 0.4,0 0.4,0 -0.2,-0.4 -0.6,-0.4 z m 2.6,-11.4 q 0,0 0.2,0.4 l 0.6,-0.2 q -0.4,-0.2 -0.8,-0.2 z m -0.6,14.6 q 0,0.2 0.4,0.2 l 0.4,-0.2 q -0.4,-0.2 -0.8,0 z m 0.6,1.4 q 0.8,0 0.8,-0.2 -0.6,0 -1.4,0 -0.4,0.2 0,0.2 0.2,0 0.6,0 z m 2.4,-15.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,-0.6 q 0.2,-0.2 0.4,-0.2 -0.4,-0.2 -1,0 0.2,0.2 0.6,0.2 z m 5.2,-3.2 q -0.2,0.4 0.2,0.4 0.6,0 0.6,-0.2 0,-0.2 -0.4,-0.2 -0.2,-0.2 -0.4,0 z m 1.8,0 q -0.4,0.4 0.4,0.4 0.8,0 0.4,-0.4 -0.4,-0.4 -0.8,0 z m 2.6,0 q 0.2,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m -3.8,118.4 q 0,0 0.6,-6.8 v -2.2 l -0.4,2.4 q -0.6,5.2 -0.2,6.6 z m 1,-14.6 q 0,0 0.2,0.4 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0.2,38.8 q 0.4,0 0.4,-0.2 0,-0.4 -0.4,-0.4 -0.2,0 -0.2,0.4 0,0.2 0.2,0.2 z m 0.8,-16 q 0,-1.4 0,-3 -0.2,0.8 -0.2,1.6 v 1.6 z m 0.4,-33 q 0,0 0.2,0.4 0.2,-0.4 0,-1 -0.2,0.4 -0.2,0.6 z m 0.2,37.8 q 0.2,-1.2 0,-2.2 0,0.4 -0.2,1 l 0.2,1.4 z m 12.2,-129.6 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 0,23 q 0.2,0 0.4,-0.2 0.2,-0.4 -0.2,-0.4 -0.2,0 -0.2,0.4 0,0.2 0,0.2 z m -4.6,-25 q 0.8,0 2.6,-0.2 2,-0.2 2.2,-0.4 h -1.4 q -1.4,0.2 -3,0.2 z m 3.4,27.6 q 0,0 0.2,0 0.6,-0.6 0.6,-1.2 0,-0.6 -0.2,0 -0.2,0.6 -0.6,1.2 z m -10.4,91 q 0.2,-0.6 0,-1 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.6 z m 0.4,7.2 q 0.2,-0.4 0,-1 0,-0.4 -0.2,-0.2 0,0.2 0,0.6 0.2,0.4 0.2,0.6 z m 1.2,15 q 0.2,0 0.2,-2.6 0.2,-2.6 -0.2,-2.8 -0.4,-0.2 -0.4,2 0,3.4 0.4,3.4 z m 0.2,-40.6 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m 0.8,50.6 q 0.2,-0.2 0,-2 l -0.2,-1.6 -0.2,2 z m -0.2,-4.6 q 0,0 0,0.4 0.2,-0.4 0,-0.8 0,0.2 0,0.4 z m -0.4,-82.2 q 0,0 0.8,-6.2 l -0.2,0.4 q -0.6,1.4 -1.8,10.2 -1,8.8 -1,13.2 -0.2,3.6 0,2.8 0.2,-1 1,-8.8 0.4,-6 1.2,-11.6 z m 3.2,95 q 0,0 -0.2,-1.6 v 0.4 q -0.2,0.6 -0.4,1.6 0,0.8 0,1.4 0.2,0.6 0.4,0.6 0.2,0 0.2,-2.4 z m -0.2,-3.4 q 0.2,2 0.2,0.2 0.2,-0.8 0,-2 0,-2.2 0,-2.2 0,0 -0.2,1.2 -0.2,1.8 0,2.8 z m 0.2,-97.2 q 0.2,-0.4 0,-0.8 0,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.2,-1.8 q 0.4,-0.2 0.2,-0.8 l -0.4,0.2 z m -1.6,-2.6 q 1,-5.2 3.8,-16.4 0.6,-2 1.6,-5 1,-3.2 0.8,-3.4 l -0.6,1.2 q -0.4,1.4 -0.6,1.6 -0.2,0.4 -1.6,5.8 -0.4,1 -1.4,4.6 -0.6,2 -0.6,2.8 -0.2,1 -0.8,3.4 -0.4,2.2 -0.8,4.2 -0.4,2 -0.6,3.4 -0.2,1.2 0,1.2 0.2,0 0.8,-3.4 z m 2.2,103.8 q 0,0.4 0.2,0.4 0.4,0 0.2,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 0,0.6 z m 0,-2.4 q 0,0 0.2,0.4 0.2,-0.2 0,-0.6 z m 0.6,-3.6 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-2.4 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 3.8,-17.6 q 0.2,-0.2 0,-0.8 l -0.2,0.2 z m -2.2,-87.2 q 0.6,-2.2 2.2,-8.2 1.8,-6 1.6,-6.2 l -0.4,1 q -0.4,1 -1.8,5.8 -1.4,4.6 -2.2,8.6 -0.8,4 -1.4,6 -0.8,3.4 -0.4,3.2 0.2,0 0.4,-1 0.4,-2.4 1.4,-6.2 0,-0.2 0,-0.6 0.2,-0.6 0.4,-1.2 0.2,-0.8 0.2,-1.2 z m 4,73.4 q 0,-0.6 0,-1.2 -0.2,0.2 -0.2,0.6 0,0.6 0.2,0.6 z m 9.6,-118 q 0,0 0.2,0.2 l 0.4,-0.2 q -0.2,-0.2 -0.6,0 z m -2,0.2 q 0,-0.2 -0.8,-0.2 -0.6,0 -0.6,0.4 0,0.2 0.6,0 0.8,-0.2 0.8,-0.2 z m -1.2,65.2 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m -0.6,2.4 q -0.2,0.4 -0.2,0.4 0,0.4 0.2,0.6 0.2,-0.6 0,-1 z m -4.6,-41 q -0.2,0 -0.6,0.8 -0.2,0.6 0,0.6 0.4,0 0.6,-0.6 0.2,-0.8 0,-0.8 z m -1,87.6 q 0,0 0.4,0.4 0.2,-0.6 -0.2,-0.8 -0.4,-0.4 -0.2,0.4 z m 0,-4 q 0.2,1 0.4,0.6 0.4,-0.6 0.4,-0.8 0,-0.4 -0.4,-0.2 0,0.2 -0.2,0 0,-0.2 0,-0.4 l -0.2,-0.4 q -0.2,0.2 0,1.2 z m 1,-10.6 q 0.2,-1 0.2,-1.8 0.2,-0.8 0.2,-1.2 0,-0.6 -0.2,-0.6 -0.4,0 -0.4,0.8 0,0.6 -0.4,4.4 -0.2,2 -0.4,3.4 0,1.4 0,2.4 0,0.8 0,1.2 0,0.4 0.2,0.4 0.2,0 0.2,-0.4 0.2,-6.8 0.6,-8.6 z m 0.6,-6.4 q 0.8,-8.2 1.4,-7.6 l 0.2,-0.2 q 0,-0.2 -0.2,-0.4 -0.2,-1.2 0.6,-5.6 l 0.4,-4.6 q 0,0.2 0,0.6 -0.4,1.2 -0.6,2.4 -1,6.2 -1.8,12.2 -0.4,4.4 -0.6,5 0,0.6 0.2,0.6 0.2,0 0.4,-2.4 z m 1.8,10 q 0.2,-0.8 0,-1.8 v 0.2 q 0,0.4 0,0.6 v 1.2 z m -0.2,11.8 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-8 q 0,-1.4 0.4,-1.4 0.4,0 0.2,-0.8 0,-0.8 -0.2,-0.2 l -0.4,0.2 q 0,-0.4 -0.2,-0.2 -0.2,0.2 -0.2,1.6 0.2,1.4 -0.2,1.8 -0.2,0.4 -0.2,2.8 0.2,2.2 0.4,2.2 0.4,0 0.2,-2.4 -0.2,-2.4 0.2,-2.2 z m 0.6,-8.4 q 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,1.2 z m 1,-4.2 q 0,0 -0.4,-1.4 0,-0.4 0,-0.4 -0.2,1 -0.4,1 -0.2,0 0,1.6 0.2,0.8 0.2,0.6 0.2,-1 0.4,-1 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.2 z m -0.4,-21.2 q 0,0 0.2,0.4 0,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 z m 0,-72.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 0.2,70.8 q 0,0 0.4,-0.2 0.2,-1 0.2,-1.8 l -0.2,0.2 q -0.4,0.8 -0.4,1.8 z m 1.8,9.8 q 0,0 0,-1 l -0.2,-0.8 q -0.2,0.8 -0.8,4 -0.4,3 -0.4,3.4 l 0.2,-0.2 q 0.4,-0.4 0.6,-0.4 v -0.2 q 0,-0.6 0,-1.6 0,-1.2 0.2,-2.2 0.2,-1.2 0.4,-1 z m 1.6,-9.6 q 0,-1.8 -0.2,-1.6 0,0.2 -0.8,4 -0.6,3.6 -0.6,4 l 1,-3.6 v -0.2 l 0.2,-1 z m 0,-72 q -0.4,0 0,0.4 0.4,0.4 0.2,0.6 v 0.2 q 0.4,-0.2 0.4,-0.6 0,-0.6 -0.6,-0.6 z m 0.4,68.6 q 0.2,-0.4 0.4,-1.8 0.2,-1.4 0,-0.6 z m 0.6,-3.8 q -0.2,0.4 0,0.4 0.4,0 0.4,-0.4 0,-0.6 -0.2,-0.6 0,0 -0.2,0.6 z m 0.6,-1.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0,-62.8 q 0,0 0.2,0.4 0.4,0 0.4,0 -0.2,-0.4 -0.6,-0.4 z m 0.4,61.2 q 0.2,-0.4 0,-0.8 -0.2,0.2 -0.2,0.4 0.2,0.4 0.2,0.4 z m 0.4,-2.4 q -0.2,0.8 0,0.4 0.4,-0.4 0.4,-0.8 z m 1.6,-3.2 q 0,0 0,-0.2 -0.4,0 -0.2,-0.8 l -0.2,-0.2 q -0.4,0.6 -0.6,1.8 -0.2,1 -0.2,1 0.2,0 0.4,-0.4 0.4,-1 0.8,-1.2 z m -0.2,-2.6 q 0,0 0.2,0.6 0.2,-0.2 0,-0.8 z m -0.6,-52.4 q 0,0.2 0.6,0.2 0.8,0 0.8,-0.2 0,-0.4 -0.8,-0.2 -0.6,0 -0.6,0.2 z m 1.8,49.4 q 0.2,-0.2 0,-0.6 l -0.2,0.2 z m 0.2,-1.8 q 0,0.8 0.2,0.2 0.4,-0.8 0.4,-1 0,-0.4 -0.4,-0.2 -0.2,0.2 -0.2,1 z m 1.4,-3 q 0,0 -0.2,-0.4 -0.8,1.4 -0.2,1.4 0.2,-0.2 0.4,-1 z m 0.8,-2.6 0.2,-0.8 -0.4,0.8 -0.6,1.4 0.2,-0.2 q 0.4,-0.4 0.6,-1.2 z m 1.4,-4 0.2,-1 -0.6,1 q -0.4,0.8 -0.4,1.4 0,0.4 0.2,0 0.4,-0.6 0.6,-1.4 z m 1,-4 q -0.2,0.6 0.2,0.2 0.4,-0.4 0.2,-0.6 -0.2,-0.2 -0.4,0.4 z m 0.2,-7.6 q 0.4,-0.2 0.4,-0.8 0,-0.6 -0.4,0 -0.4,0.8 0,0.8 z m 1,-2.6 q 0,0 0,-0.8 0,0.2 -0.2,0.8 -0.2,0.4 -0.4,0.8 0,0.2 0,0.2 0.2,0 0.6,-1 z m 0.8,-24 q 0,0 -0.2,0.4 -0.2,0.2 0,0.2 0.4,0 0.4,-0.2 0,-0.4 -0.2,-0.4 z m 0.2,29.2 q 0.4,-0.6 0.4,-0.8 h -0.4 q -0.2,0.6 -0.2,1 z m 2.6,-28.2 q 0,0 -0.2,-0.4 -0.4,-0.2 -0.8,-0.2 l 0.2,0.2 q 0.6,0.4 0.8,0.4 z m 7.2,1.4 q 0.6,-0.2 0.6,-0.2 -0.4,-0.2 -1,0 0,0.2 0.4,0.2 z m -1.2,-1 q 2.6,0.2 2.8,0.2 0.4,-0.4 -5,-0.8 h -1.8 q 0.4,0.2 0.6,0.4 0.2,0 0,0.4 0,0.2 0.2,0.4 0.4,0 1,0 h 1.4 l -1.2,-0.2 q -2.2,-0.4 -0.4,-0.6 1,0 2.4,0.2 z m 3.2,1.4 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,-0.2 z m 0.2,-1 q 0,0 2.4,0.2 0,-0.2 -1.4,-0.4 -1,0 -1,0.2 z m 3.6,0.6 q 0.2,0 0.4,0 0.2,-0.2 0,-0.4 -0.2,-0.2 -0.6,0 -1.2,0.4 0.2,0.4 z m 2.6,0.2 q 0.4,0 0.6,-0.2 -0.6,0 -1,0 0.4,0.2 0.4,0.2 z m 1.8,0.4 q 0.4,0 0.4,-0.2 -0.4,-0.2 -0.8,0 0.2,0.2 0.4,0.2 z m 2.2,0.4 q 0,0 0.4,-0.2 -0.2,-0.2 -0.6,0 z m 2,0.6 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z m 20.6,10.4 q 0,0 0.2,0.4 0.6,0.2 1,0.2 l -0.2,-0.2 q -0.6,-0.4 -1,-0.4 z m -5,-5.8 q 0,0 -1.2,-0.2 l 0.2,0.2 q 0.6,0.4 1.2,0.2 z m -3,-1 q 0,-0.4 -0.8,-0.4 -0.8,0 -0.2,0.4 0.8,0.2 1,0.2 z m -2.2,-1 q -0.8,-0.4 -1.4,-0.2 0.4,0.6 2,0.8 z m -2.8,-1 q 0,0 -2.8,-0.6 0.2,0.2 1.4,0.8 1.4,0.4 2,0.4 0.2,0 0,-0.2 -0.2,-0.2 -0.6,-0.4 z m -1,23.8 q 0,0 -0.6,-0.4 -0.8,-0.4 -2,-0.6 l -1.2,-0.4 1,0.6 q 1.2,0.8 2.8,0.8 z m -0.8,-22.2 q 0,0 1.6,0.2 -0.2,-0.2 -1.2,-0.4 -0.4,0.2 -0.4,0.2 z m 6.4,25 q 0,0 0.4,-0.2 -0.2,-0.2 -2.8,-1.2 -2.4,-1.2 -2.6,-1.2 z m 1.2,0.6 q 1,1.2 1,0.6 0,-0.4 -0.8,-0.8 z m 3,1 q -0.2,0 -0.8,-0.4 -0.6,-0.4 -0.8,0 0,0.2 0,0.2 0,0 0.2,-0.2 0.4,-0.2 0.4,0.2 0,0.4 0.6,0.4 z m -0.8,-9 q -0.8,-0.4 -1.2,-0.4 -0.2,0 0.6,0.4 1.2,0.6 1,0.6 0,-0.2 -0.4,-0.6 z m -0.6,3.2 q 0,0.2 0.4,0.2 0.6,0 0.6,-0.4 0,-0.4 -0.6,-0.2 -0.4,0.2 -0.4,0.4 z m 2.8,-12.6 q 0.8,0.2 0.8,-0.2 -0.2,-0.4 -0.8,-0.2 -0.4,0.2 0,0.4 z m -4.8,-6 q 0,0 5.6,1.6 l -0.2,-0.2 q -0.8,-0.6 -1.6,-0.6 -0.8,0 -0.8,-0.2 0,-0.2 -0.8,-0.2 -0.6,-0.2 -0.8,-0.4 -0.2,-0.4 -0.6,-0.4 l -2.4,-0.8 -0.8,-0.2 q -1,0 -2,-0.2 z m 8.8,8.6 q 1.2,0.6 1.2,0.4 0,-0.2 -1.2,-0.8 z m 2.2,0.2 q 0.4,0 -0.2,-0.6 -0.6,-0.8 -2.6,-1.6 -1.8,-1 -2,-0.8 l 0.4,0.2 -0.2,0.4 q -0.4,0.4 0.2,0.2 0.6,-0.2 0.8,0.2 0.2,0.2 1.8,1.2 1.6,0.8 1.8,0.8 z m 0,-3.2 q 0,0 0.6,-0.2 -0.2,-0.2 -0.8,0 z m 1.2,0.8 q 0.2,0.4 0.2,0.4 0.2,0 0.2,-0.4 0,-0.4 -0.4,-0.4 -0.2,0 0,0.4 z"/></g></svg>
+<svg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 1916 231" width="1916" height="231"><g transform="translate(-30.8,-32.0)" fill="#111"><path d="m 34,234.4 c 0.8,0 2.2,-4.6 2.6,-4.6 0.2,0 0.4,-0.4 0.4,-1 l -0.4,-3 c 0,-0.4 0,-0.6 0.2,-0.6 l 0.8,0.4 -0.2,-0.4 c 0,-1.6 1,-1.8 1.4,-1.8 0.6,0 0.8,0.2 0.8,1.4 0.4,-0.4 0.6,-0.8 1,-0.8 1,0 2.6,3.2 3,3.2 0,-0.6 0.2,-1 0.4,-1 0.2,0 0.4,0.2 0.4,0.6 l -0.2,1.2 c 0,0.8 0.2,1 0.4,1 0.8,0 1.2,-2.2 2,-2.2 l 0.2,0.2 -0.8,1.8 c 0.6,0 1.8,-0.6 1.8,-1.6 l -0.2,-0.8 H 48 c 0.2,0 0.6,-1 0.6,-2 0,-1 -0.2,-1.8 -0.4,-1.8 -0.8,0 -0.4,1.6 -0.8,1.6 -1.2,-1.2 -0.6,-0.6 -1.4,-1.8 h -0.2 l 0.2,1.4 c 0,0.4 0,0.4 -0.4,0.4 h -1.2 c -0.8,0 -0.8,0.2 -1.2,0.6 l 0.2,-1.4 c 0,-0.4 0,-0.6 -0.4,-0.6 l -0.6,0.2 c -1.4,0 -1.6,-0.6 -2.6,-0.6 -0.4,0 -0.6,-0.4 -0.6,-1 0,-0.4 0.8,-0.4 0.8,-1.2 0,-0.8 1.8,-3.6 1.8,-5.2 0,-1 -1.2,-1.6 -1.2,-2.2 0,-0.2 0,-0.4 0.2,-0.4 l 0.8,0.8 c 0.4,0 0.2,-0.6 0.6,-0.6 H 43 c 0.4,0 0.4,-0.2 0.4,-0.4 0,-0.4 -0.2,-0.6 -0.6,-1.2 0,-0.8 1.4,-2.4 1.4,-3.6 0,-2 1,-1.4 1,-3.2 0,-1.2 0.2,-1.4 0.6,-1.4 l 1,0.2 c 0,-1.4 0.2,-2.2 0.8,-2.2 l 0.2,0.4 c 0,1.6 -1.6,4.2 -1.6,6 0,1.4 -1.4,5.4 -1.4,6.8 0,0.6 0,1 -0.4,1 L 42,213.8 c 0.4,1.4 1.2,0.6 1.2,2.8 0,2 -0.6,4 -0.6,5.2 0,0.2 0,0.2 0.2,0.2 h 0.8 c 0.4,0 0.6,0.2 0.6,0.4 0,0.6 0.2,0.8 0.4,0.8 0.8,0 0.8,-2.4 2,-2.4 l 3.4,0.4 c 1.4,0 1.4,-0.4 1.4,-1.4 0,-0.6 0.8,-0.6 0.8,-1.6 0,-0.2 0,-0.2 0.2,-0.2 h 0.2 c 0.4,0 0.6,0 0.6,-0.2 l -0.4,-1.2 0.2,-0.2 0.8,0.4 0.2,-0.4 c 0,-0.2 -0.2,-0.6 -0.6,-0.8 -0.4,0 -0.8,-1.2 -1,-3.2 0.8,0.8 0.6,0.4 1.2,1.4 l -0.2,-0.6 0.2,-0.2 h 0.8 c 0.8,0 1,-5.4 1.8,-5.4 0.2,0 0.2,0.2 0.2,0.6 0,0.2 0,0.4 0.2,0.4 0.8,-1.2 0.4,-0.4 0.8,-1.8 0,-1 -0.4,-1.8 -0.8,-1.8 l -0.6,0.8 -0.2,-0.2 c 1,-3.8 1.2,-5 2.6,-5 l 0.2,0.2 c 0.6,0 0.6,-4.6 1.6,-5.2 l 0.2,0.2 -0.2,1.6 c 0,0.4 0,0.6 0.2,0.6 0.4,0 1,-2.6 1.6,-4.4 -0.4,0 -1.2,1.6 -1.6,1.6 0,-0.4 0,-0.6 -0.4,-0.6 l -1,0.2 c -0.2,0 -0.2,0 -0.2,-0.2 0,-0.4 1.6,-3.4 1.6,-4.6 0,-1.4 0.8,-2.6 1.2,-2.6 0.2,0 0.2,0.4 0.2,1 0,1.6 -0.2,1.8 -0.6,3.2 l 0.2,0.2 0.4,-0.2 c 0.6,0 1.2,1.6 1.2,2.8 0,2 -1,1.6 -1,2.8 0,4.6 -2.2,5.4 -2.2,8.6 1.4,0 15.8,-40.4 19.4,-47.2 3.8,-8.6 4,-10 7.6,-16.8 2,-4 3,-8.2 4.6,-9.8 0.4,-0.6 0.6,-1.4 0.6,-1.8 v -0.8 c 0,-0.6 1.2,-0.6 2.8,-4.2 1.4,-2.8 1.6,-3.6 1.6,-4.2 -0.4,0 -0.8,0.8 -2,2.2 0.6,-2.2 0.8,-3 1.8,-3 l 1,0.2 c 0.2,0 0.4,-0.2 0.4,-0.4 0,-3.8 7.6,-13 7.6,-16.6 0,-1.4 1.2,-0.8 1.2,-1.8 l 0.2,-0.4 c -1.4,0 -2,2.4 -2.6,2.4 -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.6,-0.6 1.2,-1.2 -0.6,-0.4 -1.2,-0.6 -1.2,-1.2 0,-0.2 0,-0.2 0.2,-0.2 l 1.4,0.8 0.2,-0.2 -0.2,-1.4 c 0,-1.8 2.4,-4.8 2.4,-5.6 0,-1.2 1.2,-1.2 2.2,-4.4 1.4,-3.6 2.6,-6 2.6,-6.8 0.2,-1 0.4,-1 9.8,-2.4 6.8,-1 20.6,-2.6 45.8,-5 5.6,-0.4 10.4,-1.2 10.4,-1.4 0.2,-0.2 0.8,-0.2 1.4,-0.2 l 0.6,0.2 c 0.2,0 0.2,0 0.2,-0.2 0,-0.4 0,-0.6 -3.4,-0.6 l -17.6,0.6 c -4.6,0 -5.8,-0.4 -6,-1 0,-0.6 0.2,-1 0.8,-1 0.6,0 0.6,1 1.2,1 l 1,-0.2 c 0.6,0 0.4,0.8 1,0.8 0.4,0 0.6,-0.4 0.6,-1.2 0,-1 0.4,-1 4,-1 8.8,0 12.6,-0.6 14.4,-1.4 -0.8,-0.8 -1.4,-1 -2.6,-1 -1,0 -0.8,0.8 -1.4,0.8 -1,-0.2 -0.6,0 -1.2,-0.8 0,-0.6 7.2,-0.6 7.6,-1.6 0.4,-0.8 2.4,-0.8 2.4,-1.2 0,-0.2 0.2,-0.4 0.4,-0.4 l 1.4,0.2 c 0.2,0 0.4,0 0.4,-0.2 -0.4,-0.8 -0.6,-1.4 -1.6,-1.4 -1,0 -1,-1.8 -3.8,-1.8 -1,0 -1.8,-0.2 -1.8,-0.2 0.4,-0.4 1,-0.6 1,-1.2 0,-1 2.2,-1.2 6.2,-2.4 0,-0.6 -2.4,-0.4 -2.4,-0.8 0,-0.4 -0.2,-0.8 -1,-0.8 -0.6,0 -0.6,0.4 -1,0.8 -0.4,-0.2 -0.6,-0.2 -0.6,-0.6 0.4,-0.8 0.8,-0.6 0.8,-1.4 0,-0.6 -0.4,-1.4 -1,-1.4 l -0.8,0.2 c -0.8,-0.4 -1.2,-0.4 -1.2,-1 0,-0.8 1.2,-1.6 3.4,-2 1.2,-0.2 1.8,-0.2 1.8,-0.6 -0.6,-1 -1.4,-1.4 -1.4,-2 0,-0.4 -10.6,-2 -17.4,-2.6 -9.2,-0.6 -23.2,-1 -35.2,-1 -7.2,0 -13.6,0.2 -18.2,0.4 -36.4,2.4 -45.4,4.4 -63.6,7.8 -8.6,1.8 -8,3.2 -8.4,10.4 0,3.2 2.8,2 2.8,3.4 0,1.8 1,2.6 3.8,2.6 l 4.8,-0.4 c 1,0 1.4,0.2 1.4,0.4 0,0.4 -0.4,0.6 -0.8,0.6 -2.4,0 -3,0.6 -3,1.4 0,0.6 -1.2,0.8 -1.2,1.6 l -0.2,0.2 -1.2,-0.2 c -0.2,0 -0.4,0 -0.4,0.2 0.4,1.4 0.6,2 1,2 0.4,0 0.4,-1 1,-1 0.8,0 1.4,1.6 1.4,3.6 0,1 2.2,1 2.2,1.4 0,0.4 0.8,0.6 1.8,0.6 l 3.2,0.2 c 2.2,0 10.4,-0.6 11.2,-1 0.4,-0.4 8.4,-0.6 11.8,-1.8 l 2.6,-0.4 0.4,0.2 C 79.2,78.4 78.8,79 78,79 h -1 c -2.4,0 -6.8,1.6 -8.6,1.6 -1.2,0 -1,0.8 -2.6,0.8 L 62,81.8 c -2.6,0 -1.8,-0.6 -3.4,-0.6 -2.4,0 -6.6,1.4 -6.6,2.4 0.4,0.4 0.8,0.4 0.8,0.8 -1.6,0 -1.8,0.4 -2.2,2 0,0.4 0.2,0.6 0.4,0.6 h 0.4 l 0.2,0.4 -0.2,1 c 0,1.2 1.4,1 4.4,1.2 4.8,0 14.6,-1 18,-2 h 0.4 c 0.2,0 0.4,0 0.4,0.2 -0.6,2.6 -5,10.8 -5.8,14.2 0,0.4 -1.2,3.2 -2.6,6.4 -3.2,7 -11.4,28.4 -11.4,32.8 0,1 -1.4,2.8 -1.4,4.4 0,1.8 -1.8,2 -1.8,4.2 0,2 -1.6,4.2 -1.6,5 0,0.6 -0.4,1.8 -0.8,2.8 -3.6,11.2 -5.4,16.4 -6,19.6 -0.6,4 -1.4,2.8 -1.4,3.4 0,2.2 -8.6,31.4 -8.6,33.8 0,0.4 -1.2,5 -1.2,7.8 0,2.2 -1.2,3.4 -1.2,6.4 0,4 2.8,4.6 2.8,5.2 0,0.4 0.2,0.6 0.4,0.6 z m 4.6,-15.2 c -0.2,0 -0.2,-0.4 -0.2,-0.8 0,-0.4 0,-0.6 0.2,-0.6 l 0.2,0.2 c 0,0.4 0,1 -0.2,1.2 z M 52,217.4 c -0.4,0 -0.8,-0.6 -0.8,-1.2 l 0.2,-0.4 c 0.8,0.6 0.4,0.4 0.8,1.2 z m 1,-5.8 c -0.2,0 -0.2,0 -0.2,-0.4 0,-0.4 0.4,-0.8 0.6,-1 h 0.4 c -0.2,1 -0.6,1.4 -0.8,1.4 z m -4.6,-11 c -0.2,0 -0.6,-0.4 -0.6,-1.2 0,-0.8 0.2,-1 0.8,-1.4 0.2,0 0.2,0.4 0.2,1.2 0,1 -0.2,1.4 -0.4,1.4 z m 0.8,-3.4 c -0.2,0 -0.4,-0.4 -0.4,-1.2 0,-1.4 1.2,-3.8 1.8,-3.8 l 0.2,0.6 c -0.6,2.8 -1,4.4 -1.6,4.4 z m 14,-4.6 c -0.2,0 -0.6,-0.6 -0.6,-1 l -0.2,-3 c 0,-3 0.8,-2 0.8,-2.6 v -0.2 c 0,-0.2 0.4,-0.6 1,-0.6 l 0.2,0.2 -0.4,1.4 c 0,0.8 1.4,0.4 1.4,1 l -0.4,1.6 -1.6,-0.2 c -0.4,0 -0.6,0.2 -0.6,0.8 v 0.8 c 0.6,-0.6 0.6,-0.8 1,-0.8 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -0.8,0.2 -0.8,0.8 l 0.2,0.4 c 0,0.6 0,1 -0.4,1 z m -12.4,-3.2 -0.2,-0.2 c 0,-0.4 1,-2.2 1.6,-2.2 l 0.2,0.4 c 0,0.4 -0.2,1 -0.8,1.4 z m 14.6,-2.6 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0,-0.8 1,-3.2 1.4,-3.2 0.2,0 0.4,-0.2 0.4,-0.4 l -0.4,-1.2 c 0.8,0.2 1,0.4 1,1.4 0,1.4 -1.4,1.8 -1.4,2.4 l 0.2,0.8 c 0,0.4 -0.2,0.6 -0.6,0.6 z M 52.8,186 c -0.4,0 -0.6,-0.4 -0.6,-1.4 0,-1 1,-1.2 1,-1.6 l -0.6,-1.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 0.6,0.2 0.8,0.2 0.8,2 0,1.4 -0.6,3 -1.2,3 z m 10.8,-3 -0.2,-0.2 c 0.2,-2 0.8,-3.4 0.8,-3.4 h 0.2 c 0.4,0 1.6,0.6 1.6,1 0,0.2 -0.2,0.4 -0.4,0.4 h -0.2 c -0.2,0 -0.8,0.4 -1.2,1.2 z m 3.8,-2 c -0.4,0 -0.6,-0.4 -0.6,-0.6 0,-0.2 0.2,-0.4 0.4,-0.4 0.6,0.2 0.4,0.2 0.8,0.6 0,0.2 -0.4,0.4 -0.6,0.4 z m -13.2,-0.8 c -0.4,0 -0.8,-0.2 -0.8,-0.6 0,-0.2 0.2,-0.4 0.6,-0.4 0.6,0.4 0.6,0 0.8,0.6 0,0.2 -0.2,0.4 -0.6,0.4 z m 11.8,-1 c -0.8,0 -1.2,-0.2 -1.2,-0.8 0,-0.6 0.6,-1.6 0.6,-2.4 v -0.6 c 0,-0.2 0.2,-0.4 0.4,-0.6 2.2,-2.2 5.6,-19.4 9,-20.4 l -0.2,0.6 c 0.4,0.8 0.2,0.4 0.8,1.2 l -0.2,0.2 -0.8,-0.2 c -1,0 -1,1 -1.2,3.2 l 0.2,1.4 c 0,0.2 -0.2,0.4 -0.4,0.4 -0.8,0 -1.6,1.6 -1.6,3 l 0.4,1.2 -0.2,0.2 h -0.4 c -0.8,0 -2,5 -2.8,5.4 -1.8,3.8 -1,2 -1.8,6.8 0,0.8 -0.2,1.4 -0.6,1.4 z M 55,178 c -0.2,0 -0.2,-0.2 -0.2,-0.4 l 0.4,-1.6 0.2,-0.2 c 0.4,0.2 0.6,0.2 0.6,1 0,0.6 -0.4,1.2 -1,1.2 z m 13.6,0 c -0.2,0 -0.4,-0.2 -0.4,-0.4 l 0.4,-2 c 0,-0.2 0.2,-0.4 0.6,-0.4 l 0.4,0.2 -0.8,1.8 0.2,0.6 z m -11.8,-3 c -1.2,-0.4 -1.6,-0.8 -1.6,-1 h 0.6 c 0.6,0 1.2,0.2 1.2,0.6 0,0.2 0,0.4 -0.2,0.4 z m -0.2,-2.2 c -0.2,0 -0.2,-0.2 -0.2,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.2,0 0.2,0.2 0,0.8 -0.2,1 -0.6,1 z M 71,171.4 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0.2,-0.8 0.2,-1.6 0.6,-1.6 0.2,0 0.2,0.2 0.2,0.6 0,0.6 -0.2,1.2 -0.4,1.4 z m -12.6,-1 c -0.6,0 -0.8,-0.4 -0.8,-1 0,-0.4 0,-0.8 0.4,-1 0.2,0 0.6,0.4 0.8,1.4 0,0.4 -0.2,0.6 -0.4,0.6 z m 2,-6 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-0.6 0.2,-0.8 0.4,-0.8 0.4,0 0.6,0.2 0.6,0.4 0,0.4 -0.2,0.8 -0.6,1 z m 2.4,-5 c -0.4,0 -0.6,-0.4 -0.6,-0.8 0,-0.6 0,-1 0.2,-1 0,0 0.4,0.6 0.6,1.4 0,0.2 0,0.4 -0.2,0.4 z m 2,-3.4 c -0.2,0 -0.4,-0.4 -0.4,-0.6 0,-0.4 0.4,-0.6 0.6,-0.6 0.2,0 0.4,0.2 0.4,0.4 v 0.2 z m 10.8,-5.4 v -0.2 c 0,-0.6 0.4,-1.2 1.4,-2.4 0.2,0 0.2,0.2 0.2,0.6 0,0.4 -0.4,1.2 -0.8,1.6 z m 2.2,-4.6 c -0.4,0 -0.4,0 -0.4,-0.2 0,-0.4 0.4,-0.8 1.4,-1.8 0.2,0 0.2,0 0.2,0.2 -0.4,1 -0.6,1.8 -1.2,1.8 z m 2.4,-4.8 H 80 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.6 0.4,-0.8 1,-1.2 l 0.2,0.4 c 0,0.4 -0.4,0.8 -0.6,1 z M 81,139 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0,-1.8 1,-2.6 2.2,-4 -0.4,1.6 -0.6,2.8 -1.4,4 z m 18.4,-26 -0.2,-0.4 c 0.6,-1.4 1,-2.6 1.4,-2.6 0.2,0 0.4,0.2 0.4,0.4 0,0.6 -1.2,2.6 -1.6,2.6 z m 1.8,-3.6 c 0.2,-0.8 0.4,-1.4 0.8,-1.4 h 0.2 c 0,0.2 0,0.6 -0.4,1 z m 1.6,-4 c -0.4,0 -0.6,-0.4 -0.6,-0.8 0,-0.4 0.2,-0.6 0.4,-0.6 0.6,0 0.8,0.4 0.8,0.8 0,0.4 -0.2,0.6 -0.6,0.6 z M 54,88 c -1,0 -1.8,-0.2 -1.8,-0.6 0,-0.2 0.2,-0.2 0.6,-0.2 h 0.8 c 1,0 0.6,-0.8 1.2,-0.8 0.6,0 1,0.4 1,0.8 0,0.4 -0.8,0.8 -1.8,0.8 z m 7.2,-0.4 c -1.2,0 -2.2,0 -2.2,-0.2 v -0.2 c 0,-0.6 -2.6,-0.2 -2.6,-1 0,-0.2 0.2,-0.2 0.4,-0.2 l 1,0.2 c 0.2,0 0.2,0 0.2,-0.2 l -0.4,-0.8 c 1.4,0.6 0.8,1.2 7.6,1.2 3.6,0 5.4,0 5.4,0.4 L 69,87.2 c -1.8,0.2 -5.4,0.4 -7.8,0.4 z M 119,78.2 c -0.6,0 -1,-0.2 -1,-0.4 l 1.8,-0.6 c 0.2,0 0.4,0.2 0.4,0.4 0,0.2 -0.4,0.6 -1.2,0.6 z m 3.4,-0.8 -0.2,-0.2 c 0.8,-0.6 2,-0.8 3.4,-0.8 h 0.4 v 0.2 l -2.2,0.6 z m 10,-1 -1.6,-0.2 c 1.4,-0.6 1.8,-0.8 2.8,-0.8 h 0.8 c 0.6,0 0.4,-0.2 0.6,-0.6 l 0.6,0.4 c 0,0.4 -1,1.2 -3.2,1.2 z m 7.4,-0.6 c -0.6,0 -0.8,-0.2 -0.8,-0.4 l 0.2,-0.4 c 0,-0.2 -0.4,-0.4 -1,-0.4 h -1.4 c 4.2,-1.2 2.4,-2.2 5.8,-2.2 -2,0.4 -3,0.8 -3,1 0.4,0 0.6,0.2 0.6,0.4 v 0.6 c 0,0.4 0.2,0.4 0.8,0.4 2,0 2.8,-0.2 2.8,-0.6 l -0.6,-1.4 c 0,-0.4 0.6,-0.6 2.2,-0.6 1.4,0 1.4,0.2 1.8,0.4 1.8,-0.6 2.6,-0.8 4.2,-0.8 0.8,0 1.4,0 1.4,0.4 0,0.8 -1.6,0.8 -3.8,1.4 0,0.4 0.8,0.4 2.4,1 -2.6,0 -2.8,-1 -4.2,-1 l -1.8,0.4 c -0.4,0 -1,1.2 -4,1.6 z M 115,74.4 c -0.8,0 -1.2,-0.2 -1.2,-0.6 0,-1.6 2.8,-1.8 10.2,-2 0,0.4 -1.6,1.4 -2.4,1.4 L 121,73 c -0.8,0 -0.6,0.4 -1.4,1 -0.4,0 -0.4,-0.8 -0.8,-0.8 -0.8,0 -2.8,1.2 -3.8,1.2 z m 11.6,0.2 c -0.6,0 -0.8,0 -0.8,-0.4 1.8,-4 1.8,-3 8,-3.6 h 1 c -1.2,0.8 -1.6,1.2 -4,1.2 -1,0 -1.4,0 -1.4,0.2 0.4,0.6 0.6,0.6 0.6,0.8 -0.6,0 -1,0 -1,0.2 l 0.8,0.8 c 0,0.2 -0.4,0.2 -1,0.4 z m 8.4,-1.2 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.4,-0.2 h 0.2 c 0.4,0 0.6,0 0.8,0.2 z m 2.2,-2.4 c -0.8,0 -1.4,0 -1.4,-0.2 1,-0.6 2.2,-0.8 4.2,-0.8 1.4,0 2,0 2,0.2 -1.6,0.8 -2.8,0.8 -4.8,0.8 z m 8.8,-0.4 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0.2,-0.6 0.4,-0.8 1.2,-0.8 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.6,0.8 -1.2,0.8 z m 7.4,-0.4 c -2,0 -4.2,-0.4 -4.2,-0.6 3.8,-0.2 4.6,-0.2 6.6,-0.6 0.8,0.4 0.6,0 0.8,0.6 0,0.2 -0.2,0.4 -0.4,0.4 z m 9,0.2 c -0.2,0 -0.8,-0.4 -2,-1.4 0,-0.2 0.2,-0.2 0.6,-0.2 0.6,0 1,0.4 1.2,0.8 z m -4,-0.4 c -0.4,0 -0.6,-0.4 -0.8,-1 l 0.4,-0.2 c 0.4,0 0.6,0.2 0.6,0.6 0,0.4 -0.2,0.6 -0.2,0.6 z m 6.6,-0.4 -1.2,-0.2 -0.4,-0.4 c 0,-0.2 0.2,-0.2 1,-0.2 3.2,-0.2 1.6,0 5,-0.4 0.2,0 0.2,0 0.2,0.2 l -0.2,0.2 c -1.6,0.6 -3.2,0.8 -4.4,0.8 z m -12.6,-8.4 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.4,-0.2 h 0.2 c 0.4,0 0.6,0 0.8,0.2 z M 44.6,233.6 c 1.2,-1.8 1.6,-3.2 1.6,-3.2 L 46,230.2 c -0.4,0 -0.6,0.6 -1,1.8 z m -1.4,-2 c 0.8,0 1.4,-0.6 1.6,-1.4 L 44.4,230 c -1.6,0.2 -2.6,0.4 -2.6,1 0,0.2 0.4,0.4 1,0.6 z m -2.6,-0.8 c 0.4,0 0.6,-0.2 0.6,-0.4 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.2,0 -0.6,0.2 -0.6,0.6 0,0.2 0.4,0.4 0.6,0.4 z M 56,217.2 c 0.4,0 0.6,-1 1.6,-2.8 l -0.2,-0.2 c -1,1 -1.6,1.6 -1.6,2.8 0,0.2 0,0.2 0.2,0.2 z M 107,100 c 0.4,0 0.8,0 0.8,-0.2 v -0.2 c 0,-1 3.6,-7.4 3.6,-8.4 l -0.2,-0.6 c 0.8,-1.6 1.4,-2 2.8,-5.2 0,-0.2 -0.2,-0.2 -0.4,-0.2 h -1.2 l 0.4,0.4 c 0,1 -3,4.6 -3,6.2 0,1.4 -2.2,5 -3,5 h -0.4 l 0.2,0.8 -0.4,2 c 0,0.4 0.2,0.4 0.8,0.4 z m 6.6,-15.6 c 0.4,0 0.8,-0.2 0.8,-0.6 -0.2,-0.2 -0.6,-0.6 -0.8,-0.6 -0.6,0 -0.8,0.4 -0.8,0.8 0,0.2 0.4,0.4 0.8,0.4 z"/><path d="m 204.20007,263.2 c 1.2,-0.2 1.6,0.2 1.6,-2 l -0.2,-3 c 0,-1.2 2.6,-0.6 2.6,-1.2 0,-1.4 0.2,-1.2 1.2,-3.6 0,-0.6 -0.8,-0.8 -0.8,-1.6 0,-1.2 0.6,-2 1.6,-2 -0.6,-0.6 -0.8,-0.6 -0.8,-1.8 0.2,-3.4 2.2,-2.4 2.2,-3.2 -0.4,-1.2 -0.2,-0.6 -0.4,-2 0,-2.2 0.8,-6.2 1.4,-6.2 0.2,0 0.4,-0.8 0.4,-1.4 0,-1.2 0.4,-1.4 1.2,-1.4 0.6,0 1,0.2 1,0.8 0,1.2 0.6,0.8 0.6,2.2 0,0.8 -0.2,1.2 -0.8,1.2 -0.6,0 -0.8,0.2 -0.8,2.2 0,2.6 0.8,1 1,2.6 0,1 -1.4,0.4 -1.4,1.2 v 0.8 c 0,0.4 -0.2,0.2 -0.8,0.4 0,0.4 3.2,1.8 4,1.8 l -0.4,-3.8 c 0,-1.6 2,-1.4 2,-2 l -0.4,-0.8 c 0,-0.2 0.4,-0.2 1.2,-0.2 1,0 1.8,0.2 1.8,0.6 0,0.2 0.2,0.4 0.6,0.4 0.2,0 0.4,0 0.4,-0.2 -0.4,-1.2 -1.2,-2.4 -1.2,-3.6 0,-1 0.6,-0.6 1,-3 0.2,-1.2 0.4,-1.6 0.6,-1.6 0.4,0 0.4,0.4 0.8,1.2 0.4,-1.4 0.6,-2.2 1.2,-2.2 0.2,0 0.2,0.2 0.2,0.6 v 1 c 0,0.4 0.2,0.8 0.4,0.8 1.2,0 1.6,-4 2,-4.8 0,-0.8 -1.2,-2.4 -1.2,-3.2 0,-0.6 0.4,-0.8 1.4,-1.6 l 0.2,0.2 c -0.6,1.4 -0.8,1.4 -0.8,2.2 0,0 0,0.2 0.2,0.2 0.8,0 0.4,-1.4 1,-1.4 h 0.4 l 0.2,-0.2 c -0.4,-1 -0.6,-1.4 -0.6,-2 0,-0.6 0.6,-0.6 0.6,-1 -0.2,-1 -0.4,-1.4 -0.8,-1.4 -0.6,0 -0.6,-0.8 -1,-0.8 -0.6,0.6 -0.6,0.8 -0.8,0.8 v -1 c 0,-0.8 0.2,-1.2 0.8,-1.2 0.4,0 1,0.4 2.2,1 0.6,0 0.6,-1.6 1.2,-3.6 0.6,0 0.8,-3.8 1.2,-4.2 0.2,0 0.4,-0.4 0.4,-0.8 l -0.2,-1.2 0.2,-0.2 c 0.6,0 0.4,0 0.6,0.2 0.2,0 0.4,-0.4 0.4,-1 0,-2.6 0,-2.8 -1,-3.8 0,-0.2 2,0.2 2,-1 0,-2.8 0.4,-6 1.2,-6 h 0.4 c 0,-1.6 0.2,-2.2 2.8,-9.8 -1.2,1.4 -1.4,2 -1.8,2 0,-0.8 1.8,-4 1.8,-5.2 0,-0.8 -0.6,-0.8 -0.6,-1 0,-0.8 1.4,-0.6 1.4,-1 -1,-1.4 -1.4,-1.8 -1.4,-2.8 0,-1 2.8,-0.2 2.8,-1.8 v -1.2 c 0,-0.8 0,-1.2 0.4,-1.2 1.2,0 0.8,-4.4 1.6,-5 l 0.2,-0.4 c 0,-0.2 -1,-0.2 -1,-1 0,-0.2 0.2,-0.4 0.4,-0.4 0.8,0 1,0 1.4,-0.8 0.2,-4.4 0.2,-5.2 0.8,-6 1.6,-3 0.8,-1.6 2,-4.8 0,-0.2 0,-0.2 -0.2,-0.2 h -1 c 0.4,-0.4 0.6,-0.6 0.6,-1.2 0,-1 -0.8,-1.2 -0.8,-2 0,-0.8 1,-2.6 1,-3.8 v -1.2 c 0.4,0.4 0.4,0.6 0.8,0.6 h 0.4 c 0.2,0 0.2,0 0.2,0.2 l -0.6,3 c 0,0.4 -0.2,0.6 -0.6,0.6 0,0.2 0.2,0.6 0.8,1 0.6,0.6 1,1 1,1.4 -1,2 -1.8,4.4 -1.8,6.4 0,1.4 0.2,1 0.4,1.6 0,1 -1.6,3.6 -1.6,4.6 0.2,0.2 0.4,0 0.4,0.8 l -0.2,1.4 0.2,0.2 c 1.2,-1.4 0.6,-2.4 3,-9.2 0.6,-1.6 1,-3 1,-3.6 l -0.6,-0.4 c 0,-0.6 1,-0.4 1,-1 l -0.4,-1.2 c 0.6,0 1.2,-1 2.2,-4.2 1.6,-5.2 -0.2,-4.2 4.8,-5 3,-0.4 3.4,-0.6 3.6,-2.2 0.4,-1.6 1.6,-2.4 1.6,-2.6 0,-0.2 -0.2,-0.4 -0.8,-0.4 h -1 c -0.2,0 -0.4,0 -0.4,-0.2 0.6,-1 0.8,-1.8 1.6,-1.8 0.2,0 0.4,-0.2 0.4,-0.6 0,-0.4 1,-2.6 2.4,-6.2 l -1,-0.2 -3.8,0.2 c -1.2,0 -1.4,-0.2 -1.4,-0.6 5.8,-19 2.8,-8.6 8.2,-27.8 l 1.2,-4.6 -0.2,-0.4 c 6.6,-19.6 3.2,-14.4 5.6,-24.6 0,-0.6 -0.8,-0.4 -0.8,-0.6 0.4,-0.8 0.6,-1.4 0.6,-3.4 0,-1.2 0,-2.4 -0.4,-2.4 -0.4,0 -0.6,1.2 -0.8,2.6 -0.6,7.2 -0.8,8.6 -2.4,14 0,-1.2 1.2,-7.4 1.2,-11 0,-2.4 -0.2,-2.2 -0.4,-3.8 0.2,-0.8 0.6,-0.8 0.6,-1.4 -0.4,-1.2 -1.2,-2.2 -1.2,-3.4 0,-1.2 0.6,-0.8 0.6,-1.8 0,-1.4 -1.2,-2.6 -1.2,-4.2 l 0.2,-1.4 c 0,-0.2 -0.2,-0.4 -0.4,-0.4 -0.6,0 -2.6,3.4 -3,3.4 l -0.2,-0.2 c 0,-1 2.6,-4.4 2.6,-5 0,-0.8 -1,-1.2 -3,-2 l -0.2,0.2 c -0.4,-0.2 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.2,-0.6 0.6,-1.4 -1.2,1 -0.6,0.4 -2,1.2 -0.2,0 -0.2,0 -0.2,-0.2 0,-0.6 1.2,-1.2 1.2,-2.2 0,-0.2 -0.2,-0.4 -0.4,-0.4 h -0.4 l -0.2,0.2 c 0.6,-1.6 1.4,-2.4 1.4,-4 0,-0.8 -0.4,-1.4 -0.8,-1.4 l -1.2,0.4 c -0.8,0 -0.4,-3.6 -1.4,-3.6 -1,0.4 -1.4,0.8 -2,0.8 -0.4,0 -0.4,-0.2 -0.4,-0.4 0,-0.6 0,-0.8 0.4,-0.8 0.6,0.4 0.8,0.8 1,0.8 l -0.4,-1.4 c 0.4,-0.6 1,-0.6 1,-1.6 v -0.2 c -0.6,0 -1.4,1.2 -3.2,3 0,-0.8 -0.8,-0.4 -0.8,-1.4 l 0.2,-0.4 c -0.4,-0.8 -0.4,-0.4 -0.4,-1.2 0,-1.2 0.2,-1.6 1,-2.8 0,-0.2 -0.2,-0.2 -0.2,-0.2 -0.6,0 -2.6,1.4 -3.2,1.4 h -0.2 c 0,-0.6 1.8,-2.6 1.8,-3.6 0,-0.4 -0.2,-0.6 -0.4,-0.6 l -0.6,0.2 -0.2,-0.2 0.2,-0.8 c 0,-0.4 0,-0.6 -0.2,-0.6 -0.6,0 -1.8,1.8 -2.6,1.8 -0.2,0 -0.4,-0.2 -0.4,-0.4 l 0.2,-0.6 c -4.2,3.8 -8.2,4.2 -16,15.2 -4.2,5.8 -7.4,10.8 -8.2,12 -0.2,0 -2,2.6 -4,5.4 -15,21.6 -29.2,42.4 -30.8,45.8 -1.2,2.4 -1.8,1.6 -1.8,2.2 0,0.6 -5.4,8.2 -12.4,20.2 -5.2,8.8 -7,7 -7,7.6 0,0.8 -0.6,-0.2 -3.2,2 -0.8,0.8 -2.4,1.8 -3.2,2 -1.4,0.6 -1.4,1 -1.4,4.4 0,5 2,4.4 2,5.4 0,0.6 -0.6,1.2 -1.8,3 -5.2,9 -6.8,13 -8.6,15.2 -6,11 -7.6,14.4 -11.2,20.6 -1.2,2.2 -1.6,3.2 -1.6,4.2 0,1.6 0.8,4.8 1.4,4.8 0.8,-0.2 0.4,0 1,-0.6 0.8,0 0.8,2.8 1.2,2.8 0.4,0 1.2,-1.8 2.4,-2.8 0.6,0.6 0.8,1.2 1.4,1.2 0.8,0 2,-1.2 2,-2.4 l -0.4,-1.2 c 0,-0.4 0.4,-0.6 1.2,-0.6 h 0.8 c 0.2,0 0.2,-0.2 0.2,-0.4 0,-0.4 -1,-0.6 -1,-2.2 0,-0.8 0.2,-1.6 0.6,-1.6 l 2.4,0.8 c 0.4,0 0.6,-0.4 0.8,-0.8 0.6,-1.4 2,-3.4 2.4,-3.4 0,1.8 -4.6,7.4 -4.6,8.6 l 0.2,0.2 1,-0.4 -0.2,0.4 c 0,0.6 0.4,0.8 1.4,1.6 l -2,-0.6 c -0.8,0 -1,0.6 -1.4,1.4 v 0.2 c 2,1.6 3.2,2.2 4,2.2 0.8,-0.2 1.2,-0.2 1.2,-1.2 v -0.8 c 0,-0.2 0,-0.2 0.4,-0.2 1.4,0 2,0 2,1 0,0.6 0.2,0.8 0.4,0.8 0.6,0 0.8,-0.2 0.8,-0.6 l -0.8,-1.4 c 0,-0.6 1.8,-1.6 4.6,-5.8 3,-4.8 4.8,-6.2 5.2,-6.2 -1.2,3.2 -3,3.8 -3,4.8 0,0.8 -1.6,1.6 -2.4,3.2 -0.6,1 -0.8,1.8 -0.8,2 1.4,-1 0.6,-0.4 2,-1.2 h 0.6 l -0.2,-0.8 c 0,-1 2,-1.6 2,-1.8 h -0.2 c 0,-0.4 0.6,-0.6 1.2,-1.6 l -0.6,0.4 c 0,-1 0.2,-1.6 1.2,-1.6 0.8,0 2.6,-2.6 2.6,-3.8 0,-0.8 0.6,-1.6 1.4,-2.6 h 0.2 l -0.4,1.6 c 0.6,0 8.8,-11.2 8.8,-13.4 v -0.4 l 0.4,0.2 c 0.6,0 1.4,-1.2 1.4,-2.4 2.2,-3.8 1,-2 3.6,-5.4 l -0.2,1 h 0.2 c 1,-1.2 1.6,-1.6 1.6,-2.8 0,-1 1.8,-1.8 1.8,-2.8 V 163 c 0,-0.4 1.6,-1 1.6,-2 0,-1 0.8,-2 1.6,-2 l 0.6,0.2 -0.4,-0.8 c 0,-0.4 0.8,-0.4 0.8,-0.6 l -0.2,-0.8 0.4,0.2 1,-0.2 c 0,-0.6 0,-0.6 -0.8,-0.8 0.2,-0.6 0.4,-0.8 1,-0.8 l 1,0.2 c 0.4,-0.4 0.4,-0.6 1.6,-0.6 0.6,0 1,0 1,0.2 -0.8,1.6 -1.6,2.8 -2,2.8 -1,0.8 -4.8,7.4 -4.8,8.4 0,0.4 -1.4,0 -1.4,1.2 0,0.6 -0.4,1 -0.6,1 -1,0 -0.6,1.6 -1.4,1.6 -0.2,0 -0.2,0 -0.2,0.2 0.6,0.8 0.2,0.4 1,1 0.2,0 0.4,0 0.4,-0.2 0.4,-1 1.8,-3.2 6.8,-10 6,-8.6 7.6,-7 7.6,-7.4 0,-0.4 2,-0.6 4.4,-0.6 h 2 c 2,0 2.2,0.2 2.2,0.4 v 0.2 c 0.8,0 4,-1.4 9,-2 -2.4,8.8 -4.8,21 -10,49.6 -3,17.4 -7.6,37.6 -7.6,41.4 0,1.8 1.4,1.2 1.4,2 0,0.8 -0.2,1.2 -0.8,1.2 l -1,-0.4 c -0.6,0 -0.8,1.2 -1,3.2 l 0.4,1.6 -0.4,-0.2 c -0.6,0 -0.8,0.6 -0.8,1.4 0,0.4 0,0.8 0.2,1 l 0.4,0.8 -0.2,2 c 0,1.8 0.4,1.2 0.8,2 -0.6,1.6 -1,2.2 -1,4 0,1.4 0,1.8 0.4,1.8 z m 3.2,-20.2 c -0.4,0 -0.6,-0.8 -0.6,-1.8 0,-1.2 0.2,-1.8 0.8,-1.8 0.8,0 1,0.4 1,0.8 0,0.8 -1,1.4 -1,2 v 0.4 c 0,0.2 0,0.4 -0.2,0.4 z m 8.8,-7.8 c -0.2,0 0,-2.2 -1.4,-2.2 -0.6,0 -1,0 -1,-0.2 1,-1.6 1.8,-2.8 2.4,-2.8 l 0.2,0.2 -0.2,0.8 c 0.6,0.6 0.8,0.6 1.2,2.2 -0.4,0.6 -0.6,0.4 -1,1.4 z m -2.4,-4 -0.2,-0.4 c 0,-0.6 0.4,-1 1,-1 0.2,0 0.2,0 0.2,0.2 0,0.4 -0.2,0.8 -0.6,1 z m 11.4,-0.2 h -0.2 c -0.2,0 -0.2,-0.2 -0.2,-0.4 0.4,-1.6 -0.2,-1 0.8,-2 0.2,0 0.2,0.2 0.2,0.8 0,0.6 -0.2,1.4 -0.6,1.6 z m -7.6,-0.8 c -1,-0.6 -1.8,-1.2 -1.8,-2.2 0,-2.6 0.8,-6.2 1.4,-6.6 0.2,-0.2 0.4,-0.6 0.4,-1 l -0.2,-1 c 0,-0.4 0.8,-0.2 0.8,-0.8 l -0.2,-1.6 c 0,-0.6 0.2,-1 0.6,-1.2 1,-0.8 1,-3.4 1.2,-3.4 0.2,0.6 0.4,0.8 0.8,0.8 0.4,0 0.6,-0.4 0.6,-1.4 0,-0.8 0,-1.2 -0.4,-1.2 l -1.2,1 c 1,-3 1.4,-4 2.2,-4.8 0.2,-0.2 0.4,-0.4 0.4,-0.6 l -0.2,-0.8 c 0,-0.6 0.8,-0.6 1,-1.4 v -2.4 c 0,-3 1.2,-2.6 1.6,-4.8 l -0.2,-0.2 c -0.6,0.6 -0.2,0.4 -1,0.6 0,-0.6 1.4,-3.4 2,-3.4 0.4,0 0.6,0.2 0.6,0.8 -1.4,7.8 -0.6,4.2 -3,11.4 0,1.4 -0.2,1.8 -0.4,1.8 h -1 l -0.2,0.4 c 0,0.8 1.6,0.4 1.6,1.8 0,0.8 -0.4,1.6 -0.6,1.6 -0.8,0 -0.4,3.4 -1.2,3.8 l -0.4,0.4 0.2,0.8 c 0,1.2 -1.6,5.4 -1.6,7.2 v 0.4 c 0,0.6 0,1 -0.4,1 l -1.4,-0.2 c -0.2,0 -0.4,0 -0.4,0.2 0.6,1.4 1,2.2 1,3.8 -0.2,0.8 -0.2,1.2 -0.6,1.2 z m 1.2,-8.8 c 0.4,0 0.6,-0.2 0.6,-0.6 0,-0.2 -0.2,-0.6 -0.6,-0.6 -0.2,0 -0.6,0.4 -0.6,0.6 0,0.4 0.4,0.6 0.6,0.6 z m 4.8,9.4 c -0.4,0 -0.6,-0.6 -0.6,-1.2 0,-0.6 0.4,-0.8 0.6,-0.8 0.2,0 0.4,0.4 0.4,1 0,0.6 -0.2,1 -0.4,1 z m 0.6,-3.2 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.6 0.4,-1 0.8,-1 0.6,0 0.8,0.4 0.8,0.8 -0.2,0.6 -0.6,0.8 -1,0.8 z m 5.2,-13.8 c 0.2,-0.8 0.6,-1.4 0.8,-1.4 0.2,0 0.2,0 0.2,0.2 l -0.4,0.8 z m -0.6,-1.8 v -0.2 c 0,-0.4 0.8,-1.8 1,-1.8 -0.4,1.4 -0.4,2 -1,2 z m -72.6,-13.2 c -0.8,0 -0.8,-0.4 -1,-1 0.2,-0.8 0.4,-1.2 1.2,-1.2 0.4,0 1,0.4 1,1 0,0.8 -0.4,1.2 -1.2,1.2 z m 77.2,0 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.4,0 0.6,0.2 0.6,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m -6.8,-7.6 c -0.4,0 -0.6,-0.8 -0.6,-1.8 0,-1.2 0.2,-2.4 1,-2.8 l -0.4,1 c 0.4,0.4 0.8,0.6 0.8,1.8 0,1.2 -0.4,1.8 -0.8,1.8 z m 9.4,-2.4 c -0.2,0 -0.2,-0.4 -0.2,-0.8 0,-0.4 0,-0.6 0.2,-0.6 l 0.2,0.2 c 0,0.4 0,1 -0.2,1.2 z m -6.8,-3.8 c -0.4,0 -2.4,-1.8 -2.4,-2.4 0,-0.6 0.8,-1.6 1.2,-1.6 0.6,0 0.6,0.2 0.6,0.6 l -0.2,1.2 z m -3.8,-6.6 c -0.2,0 -0.2,-0.2 -0.2,-0.6 0,-0.2 0.4,-0.6 0.6,-0.8 h 0.4 c -0.2,1 -0.6,1.4 -0.8,1.4 z m 6,0 c -0.4,0 -0.4,-1.4 -0.6,-1.4 h -0.2 c -0.4,0 -1,-0.6 -1.6,-1.8 l 0.2,-0.2 c 1,0 2.4,1.6 2.4,2.6 0,0.4 0,0.8 -0.2,0.8 z m 2.6,-18.6 v -0.2 c 0,-0.6 0.2,-1.2 1,-2 0.2,0 0.2,0 0.2,0.2 0,0.4 -0.4,1 -0.6,1.4 z m 13.4,-6 -0.2,-0.2 v -0.4 c 0,-0.8 0.4,-1.2 1,-2 0.2,0 0.2,0.2 0.2,0.6 0,1 -0.6,2 -1,2 z m 7.8,-10.8 -0.2,-0.2 c 0.2,-0.8 0.4,-1.2 0.8,-1.2 0.2,0 0.2,0 0.2,0.2 l -0.4,0.8 z m -42.6,-7.6 c -0.6,0 -1,-0.2 -1,-0.4 0,-0.8 -0.6,-0.6 -0.6,-1.2 v -0.4 h 1.8 V 133 c 0,-0.4 -0.6,-0.2 -0.6,-0.8 0.2,-0.6 0.4,-0.6 1,-0.6 1,0 0.2,-1.2 1,-1.2 1,0 0.6,-2.6 1.4,-2.6 h 0.2 c 0.2,0 0.4,-0.2 0.4,-0.6 0,-1.6 1.4,-3.2 2,-3.2 0.2,0.4 0,0.6 0.4,0.6 1,0 5.2,-7.8 6.4,-7.8 0.2,0 0.2,0.2 0.2,0.6 -0.4,1.2 -1.4,1 -1.4,1.8 0,0.6 0,1 -0.4,1 -0.8,0 -1.2,2.2 -2,2.6 l -0.4,0.8 0.2,0.8 -0.6,-0.2 c -0.4,0 -0.6,0.2 -0.6,0.6 0,2 -0.2,3 -0.4,3 -0.6,0 -3,2.2 -3,2.6 0,0.8 -0.6,1.8 -1.2,1.8 l -0.4,-0.2 v 0.2 c -0.4,2 0,3.2 -2.4,3.2 z m 6.8,-0.6 h -2.8 c 10,-15 15.8,-22.8 16.2,-22.8 l -5.4,22.2 c -3.2,0.4 -4.4,0.6 -8,0.6 z m -25,-1.6 c -0.2,0 -0.2,-0.4 -0.2,-0.6 l 0.2,-1 -0.8,0.2 -0.2,-0.4 c 0,-0.4 0.4,-0.6 0.8,-0.6 0.4,0 0.8,0.6 0.8,1.2 0,0.6 -0.2,1.2 -0.6,1.2 z m 3.2,-4.8 c -0.6,-0.6 -0.4,-0.4 -0.8,-1.2 0,-0.2 0.2,-0.4 0.4,-0.4 0.4,0 0.6,0.4 0.6,0.8 0,0.6 0,0.8 -0.2,0.8 z m 44.2,-1.8 c -0.2,0 -0.2,-0.4 -0.2,-0.8 0,-0.4 0,-0.6 0.2,-0.6 l 0.2,0.2 c 0,0.4 0,1 -0.2,1.2 z m -42,-1.4 h -0.2 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0,-0.6 0.2,-1 0.6,-1 0.2,0 0.4,0.2 0.4,0.6 z m 0.8,-2 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-0.6 0.8,-1.4 2,-2 v 0.2 c -0.6,1.6 -1,2.4 -1.6,2.4 z m 57.6,-2.2 c -0.2,0 -0.2,-0.2 -0.2,-0.6 v -0.8 c 0,-0.4 0,-0.6 0.6,-1.6 0.8,0.6 0.4,0.4 0.8,1.2 -0.2,1 -0.4,1.8 -1.2,1.8 z m -54.4,-3 c -0.4,0 -0.6,0 -0.6,-0.2 0.6,-0.4 1.2,-0.8 1.8,-1.8 0.2,-0.8 0.8,-1.4 1.4,-1.4 0.6,0 0.8,0.2 0.8,0.6 0,0.8 -2.6,2.8 -3.4,2.8 z m 22,-2.6 -0.2,-0.2 c 0.6,-1.6 1.2,-2.2 3.4,-3.8 -1.2,1.4 -1.8,2.2 -1.8,2.8 v 0.4 c 0,0.4 -0.4,0.6 -0.8,0.6 z m -19,-1.4 c 0.8,-1.8 1.6,-2.8 2,-2.8 0.2,0 0.2,0 0.2,0.2 0,0.4 -0.6,1.2 -1.2,1.8 z m 16.4,0 v -0.2 c 0,-0.4 0.6,-1 1.8,-2.2 v 0.2 c -0.6,1.2 -1,2.2 -1.8,2.2 z m -14,-3.6 c 0.6,-1.8 1,-2.6 2,-2.6 0.4,0 0.6,0.2 0.6,0.8 l -0.2,0.4 h -0.4 c -0.2,0 -0.8,0.4 -1.2,0.8 z m 2.6,-4.8 c 1.2,-2.4 2,-3.6 3,-3.6 0.2,0 0.2,0.2 0.2,0.4 -0.2,1.2 -2.4,3.2 -3.2,3.2 z m 17.2,-1.2 c -0.2,0 -0.2,0 -0.2,-0.2 0,-0.8 0.6,-1 1.6,-1.6 v 0.2 c 0,0.2 -0.4,0.8 -0.8,1.2 z m -12.6,-3.2 c 1.2,-2 2,-1.8 2.4,-3 l -0.4,-1 c 0.8,0.6 0.4,0 1,1 0,0.8 -2.6,3 -3,3 z m 16.8,-3.8 v -0.2 c 0,-2 3.2,-3.6 4,-6 0.2,-0.6 0.6,-1 0.8,-1 0.2,0 0.2,0.2 0.2,0.4 0,0.8 -1.2,3 -2,3.4 -0.2,0 -0.2,0.2 -0.2,0.4 0,0.4 0.2,0.6 0.8,1.4 l -0.4,0.2 c -0.6,0 -0.6,-0.6 -1,-1 -0.4,0 -1.6,2.4 -2.2,2.4 z m 33,-1.2 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0,-0.6 0.2,-1 0.2,-1 l 0.2,0.2 V 96 Z m -45,-1.4 c -0.4,0 -0.6,-0.4 -0.6,-0.8 0,-0.8 1.2,-2.2 2,-2.2 -0.4,1.2 -1,1.4 -1,2.2 v 0.2 c 0,0.4 0,0.6 -0.4,0.6 z m 46.2,-4.2 c -0.2,0 -0.2,-0.4 -0.2,-0.8 0,-0.4 0,-0.6 0.2,-0.6 l 0.2,0.8 z m 0.6,-2.4 h -0.2 v -1.4 l 0.4,1 z m -40.4,-2.2 c -0.4,0 -0.6,0 -0.6,-0.2 0.8,-1 0.4,-0.8 1.4,-1.4 l 0.2,0.2 c -0.2,0.8 -0.6,1.4 -1,1.4 z m 2.4,-4 c -0.4,0 -0.4,-0.4 -0.4,-0.8 l 0.6,-1 c 0.2,0 0.2,0.4 0.2,1 0,0.4 -0.2,0.8 -0.4,0.8 z m 36.4,-19.8 c -0.2,0 -0.2,-0.2 -0.2,-0.4 0,-0.4 0.2,-0.8 0.6,-0.8 0.2,0 0.2,0.4 0.2,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m -2.6,-5.2 c -0.2,0 -0.2,-0.4 -0.2,-1.2 -0.2,0 -0.8,1.2 -1.2,1.2 l -0.4,-2.8 c 0.6,0.6 0.6,1 1,1 l 1.6,-0.8 c 0.4,0 0.6,0.4 0.6,0.8 0,0.4 -0.2,0.8 -0.6,1.2 z m -62,204.6 c 0.2,0 0.2,-0.4 0.2,-0.6 0,-0.4 -0.2,-0.6 -0.6,-0.6 l -0.4,0.2 c 0.2,0.6 0.4,1 0.8,1 z m 16.2,-14.6 c 0.2,0 0.2,-0.6 0.6,-1.8 l -0.2,-0.2 c -0.4,0 -0.6,0.4 -0.6,1.2 0,0.6 0,0.8 0.2,0.8 z m 5,-4.6 c 0.2,0 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 -0.4,0.2 -0.6,0.8 0,0.2 0.2,0.4 0.4,0.4 z m 0.6,-2.4 0.4,-0.2 c 0,-0.4 -0.2,-0.6 -0.8,-0.8 l -0.2,0.4 c 0,0.4 0.2,0.6 0.6,0.6 z m 0,-1.8 c 0.4,0 1.6,-1.8 1.6,-2.8 0,-0.2 0,-0.4 -0.4,-0.4 h -0.4 v 0.6 c 0,1.2 -0.8,0.8 -0.8,2 z m -10,-1 c 0.4,0 0.6,-0.4 0.6,-1 0,-0.4 0,-0.8 -0.2,-0.8 -0.4,0 -0.6,0.6 -0.6,1.2 0,0.4 0,0.6 0.2,0.6 z m 9.4,-0.6 c 0.2,0 0.6,-0.4 0.6,-0.6 0,-0.6 -0.4,-1 -0.8,-1 -0.2,0 -0.4,0.2 -0.4,0.6 0,0.6 0.2,1 0.6,1 z m 12.6,-29.4 0.4,-0.8 c -0.2,-0.8 -0.4,-1.2 -0.6,-1.2 -0.2,0 -0.2,0.4 -0.2,1.2 l 0.2,0.8 z m 3.6,-14.4 c 0.4,0 1.2,-1.2 1.2,-2.2 l -0.2,-0.2 c -0.2,0 -0.8,1.4 -1,2.2 z m 1.2,-3.6 c 0.6,-0.4 1.6,-4 1.8,-5.4 0,-0.4 0,-0.6 -0.2,-0.6 -0.2,0 -1.8,4.4 -1.8,5.8 0,0.2 0,0.2 0.2,0.2 z m -57.6,-6.8 c 3.2,-4.2 7.6,-9.8 7.6,-10.6 0,-0.2 -0.4,-0.4 -0.8,-0.4 -0.8,0.4 -3.6,6 -4.4,6 -0.2,0 -0.4,0 -0.4,0.2 z m 60.6,-4 c 0.6,-0.8 1,-1.4 1,-2.2 v -0.6 c -0.2,0 -1.2,1.4 -1.2,2.2 0,0.4 0,0.6 0.2,0.6 z m 1.2,-3.6 c 0.2,0 0.4,-0.8 1,-2.4 l -0.2,-0.2 c -0.8,0.4 -1,0.4 -1,1.8 z m -47.6,-15.6 c 0.2,0 0.4,-0.2 0.4,-0.8 0,-0.4 -0.2,-0.6 -0.4,-0.6 -0.4,0 -0.6,0.2 -0.6,0.6 0.2,0.6 0.4,0.8 0.6,0.8 z m 11.2,-1.6 c 1,0 1.8,-0.2 1.8,-0.4 -0.4,-0.4 -1.4,-0.4 -2.2,-0.4 -1,0 -1.4,0 -1.4,0.4 0,0.2 0.8,0.4 1.8,0.4 z m 7.8,-1.4 c 1,0 1.8,-0.4 2,-0.6 0,-0.2 0,-0.2 -0.2,-0.2 -1.8,0.4 -2.6,0.4 -3,0.8 z m 44.4,-9.8 c 1.4,-0.4 3.4,0 3.4,-2.4 0,-0.8 -0.2,-0.8 -0.8,-1 -0.6,0.4 -0.6,0.8 -1,0.8 h -0.8 c -0.4,0 -0.6,0 -0.6,0.2 0,0.8 -0.2,1.4 -0.4,2.2 z m 3.8,-5.2 c 0.4,-0.2 0.6,-0.4 0.6,-0.6 0,-0.2 -0.2,-0.6 -0.4,-0.6 -0.2,0 -0.6,0.4 -0.8,0.6 0,0.4 0.2,0.6 0.6,0.6 z m -1,-2.6 c 0.6,0 0.8,-0.6 1.6,-2.2 0,-0.2 -0.2,-0.4 -0.6,-0.4 -0.6,0 -0.2,1.4 -1,1.4 h -0.4 l -0.2,0.2 z m 6.2,-78 c 0.4,0 1.2,-0.8 1.2,-1.4 l -0.4,-0.2 c -0.4,0 -1,1 -1,1.4 0,0 0,0.2 0.2,0.2 z"/><path d="m 275.00015,225.8 v -1.2 l -0.2,-0.8 c -0.6,0.6 -0.2,0.2 -0.6,1.2 v 0.4 z m -10.6,-1.2 c 0.6,-0.2 1.2,-0.6 1.2,-0.8 v -0.2 c 0,-1 0.8,-1 0.8,-2.6 v -0.6 c 0,-1 -0.2,-1.6 -0.2,-2 0,-0.4 0.2,-0.8 0.2,-0.8 l 0.8,0.2 c 0.2,0 0.4,-0.2 0.4,-0.4 v -2.8 c 0,-0.6 0.2,-1 0.6,-1.2 0.6,0 1,0.2 1.2,0.6 l -1.2,1.8 0.2,0.2 c 1,0 1.8,-2 1.8,-3.8 v -0.6 c 0,-0.4 0,-0.6 -0.2,-0.6 -0.6,0 -0.8,0.8 -1.8,1.6 -0.2,0 -0.2,0 -0.2,-0.2 v -0.2 c 0,-0.4 0.6,-0.8 0.6,-1.8 l -0.4,-0.8 c 0,-0.4 0.4,-0.6 1,-0.8 l 1,0.2 c 0.8,0 2,-1.8 2,-2.8 V 206 c 0,-0.4 -0.4,-0.8 -1,-0.8 -0.2,0.2 -0.4,0.4 -0.4,0.6 v 1.2 c 0,0.6 0,1.2 -0.6,1.2 -0.6,-0.4 -0.6,-0.2 -0.8,-0.8 v -0.2 c 0,-0.4 0.6,-0.8 0.6,-1 V 206 c 0,-1.2 1.6,-4 1.6,-5.2 v -0.2 c 0,-0.8 0.2,-1.2 0.6,-1.2 0.2,0 0.2,0.2 0.2,0.4 l -0.6,4 c 0.4,-0.2 0.8,-0.6 1.8,-1.8 l 0.2,0.2 v 2.2 c 0,1.2 1.6,1.4 1.6,2.4 l 0.2,0.2 h -0.2 c -1,-0.2 -1.4,-0.8 -2,-0.8 h -0.2 c -0.2,0 -0.2,0.4 -0.2,0.8 v 0.4 c 0,0.6 0,1.2 -0.6,1.6 -0.2,0 -0.2,0.2 -0.2,0.4 v 0.4 c 0,1 2.2,1 2.2,1.6 -0.6,2 -1,2.4 -1,3.4 0.2,1 0.8,1.8 1,2.2 -0.2,0.8 -0.4,1.4 -0.4,3.8 0.2,1.6 0.6,1.6 2.2,2.2 l -0.4,-1 c 0,-0.2 0,-0.2 0.2,-0.2 h 1 c 0.2,0 0.4,0 0.4,-0.2 l -0.4,-1.2 v -0.2 c 0,-1 1.4,-1.2 1.6,-3.2 0.2,-2 1.6,-3.2 1.6,-4.4 v -0.2 c 0,-0.4 0.2,-1 0.4,-1 l 0.6,0.2 0.2,-0.4 c 0,-0.4 -0.6,-0.6 -0.8,-1.4 0,-1 0.6,-1.4 1.8,-2.8 l -0.8,2.6 c 0.8,-1.4 1.2,-2.2 1.2,-3.2 v -0.2 c 0,-1.4 1.8,-2.6 1.8,-4.2 v -0.2 c 0,-0.8 -1,-1.2 -1,-2 l 0.6,-1.6 c 0.4,0 1.4,1.6 1.8,1.6 0.6,0 1.2,-1 1.2,-1.2 l -0.8,0.6 c -0.2,0 -0.6,0 -0.6,-0.2 l -0.6,-1.8 c 0,-1.8 1,-3.4 1,-3.8 v -0.2 c 0,-0.2 0.2,-0.4 0.6,-0.6 0.4,0 0.6,0.4 0.6,0.8 l 0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 h 0.8 c 0.4,0 0.8,-0.2 1.2,-0.2 0.4,0 0.8,0.2 0.8,0.6 0,0.8 -0.6,3.2 -1.6,3.4 h -0.8 v 0.2 c 0,2.6 -4.4,14.2 -4.4,16 4.6,-10.8 5.4,-13.4 14.6,-31.8 l 3.8,-0.4 c 2.2,-0.2 4,-0.8 4.6,-1.2 0.2,-0.4 0.4,-0.6 0.6,-0.6 0.6,0 1.8,1.2 6,1.6 0,0.2 -1.6,0.8 -1.6,1 4,-0.4 4.4,-1.2 6.2,-1.4 2.2,0 3.2,0.2 3.2,0.4 l -0.4,0.6 0.8,0.2 1.4,-0.4 h 0.8 c 1.8,0 2.2,0.4 4,0.4 h 1 l 8,-1.2 h 1.2 c 0.8,0 1.2,0 1.2,0.2 0,0.2 -0.4,0.6 -0.8,0.8 0,0.2 0.6,0.2 1.4,0.2 h 1.2 c 3.4,-0.2 2.8,-0.8 6.4,-1.2 3,-0.2 5.8,-0.4 10.6,-0.6 3.2,-0.2 2.2,-0.6 3,-1.2 l 1.4,0.8 c 0.4,0 0.4,-0.4 1,-1 0.4,0.4 0.4,1 2,1 0.4,0 1,-0.2 1.8,-0.2 l 16.4,0.2 c 3.2,-0.2 3,-1.2 3.2,-1.2 h 0.2 c 2.4,0 19.8,-8.2 19.8,-8.2 2.4,-0.6 3.6,-1.2 3.6,-1.8 v -0.2 c 0,-0.2 -0.2,-0.4 -0.6,-0.4 h -0.6 c -0.2,0 -0.2,0 -0.2,-0.2 v -0.4 c 0,-0.4 0.2,-0.4 1.4,-0.6 l 1.8,-0.2 c 1.6,0 1.6,-1.6 2.2,-1.6 l 0.6,0.2 c 0,-0.8 -0.6,-0.8 -2,-0.8 -1.2,0.2 -2.2,0.4 -3,1 1.8,-3.4 2.8,-5 3.4,-5 l -0.2,2.2 0.2,0.4 c 0.6,-0.2 3,-2.6 3,-3.6 0,-0.8 -5.6,-0.2 -6.2,-1.2 -0.2,-0.2 -0.4,-0.2 -1,-0.2 -0.8,0 -0.4,0 -1,0.2 -0.4,0 -0.2,-0.6 -0.6,-0.6 h -0.2 c -1,0.6 -0.6,0.4 -1.8,0.8 -0.6,0 -0.6,-0.8 -2.4,-1.2 h -1.4 c 0,-0.2 -7.6,-0.2 -9.4,-0.8 -0.6,-0.4 -1.8,-0.4 -4.8,-0.4 h -8.6 c -24.6,0.2 -39.6,0.6 -47.6,0.6 -4.6,0 -7,-0.2 -7.6,-0.4 v -0.2 c 1.4,-0.4 7,-4.8 7.4,-4.8 0.8,0 6.2,-4.2 6.2,-4.8 0,-0.2 0.8,-0.8 1.8,-1.2 3.4,-2.6 3.4,-5 4.8,-5.2 0.2,0.2 0,0.2 0.6,0.2 l -0.6,-0.8 c 0,-0.2 0.2,-0.4 0.4,-0.6 h 0.8 c 0.4,0 3,-3 3.6,-3.2 l 0.6,0.2 c 0.4,-1.2 0.8,-0.8 4.2,-4.2 0.6,-1.2 2,-2.2 2.6,-2.2 1,0 2,-1 2,-2.4 v -0.8 l 0.2,-0.2 c 0.6,0.4 0.6,0.6 1.2,0.6 0.6,-0.2 1.2,-0.8 2.6,-2.4 2.8,-3 5,-5 6.2,-5.4 1.4,-0.2 6.2,-5.6 6.2,-6.8 V 112 c 0,-0.2 0,-0.2 0.2,-0.2 1.4,0 0.4,-0.6 2.2,-0.8 l 0.6,0.2 -0.2,-0.6 c 0,-0.8 1,-1.6 1.8,-1.8 0.6,0.2 0.4,0 0.8,0.4 l -0.2,-2 1,0.6 c 0.8,0 5,-4.8 5,-5.2 l -0.6,0.4 0.2,-1 h -0.6 c 0,-1 3.6,-3.8 3.6,-4.2 0,-0.2 0.4,-0.8 1,-1 h 0.4 c -1.4,1.8 -2,3 -2,3.6 0.2,0.2 0.2,0.4 0.2,0.4 h 0.6 c 0.8,0 0.2,-1.4 1.6,-2.6 0.4,-0.4 0.6,-0.8 0.6,-1 V 97 c 0,-1 0,-0.8 0.8,-1 0,-1.2 0.6,-2 1.6,-2.2 l 0.8,0.2 c 0,-1.2 0.4,-3 1.2,-3.2 1.2,1.2 0.6,0.8 1.8,1.6 l -0.2,-1 V 91 c 0,-0.6 0.4,-0.8 0.4,-1.2 v -0.6 c 0.6,-1.2 0.2,-0.6 1,-1.4 0.6,0 0.4,0.6 1.2,1.4 0.6,0 0.6,-1.2 1,-3.4 v -0.2 c 1.8,-0.2 4.6,-2.2 4.6,-3.8 v -0.2 l -0.2,-0.8 0.2,-0.2 1.6,1.8 c 0.2,-0.2 -0.4,-1.6 2,-3 3,-1.6 1.4,-3.6 3,-4.2 1,-0.2 1.4,-1 1.4,-1.8 0,-0.2 0,-0.2 -0.2,-0.2 l -1.2,0.6 v -0.4 c 2,-2 2,-2.4 2.4,-2.4 0.4,-0.2 0.6,-0.4 0.6,-0.6 0,-0.6 -0.6,-1 -1.6,-2.2 0,-0.2 0,-0.2 0.2,-0.2 l 3.2,-1 -1,-0.8 c 0,-0.6 3.4,-2.8 3.4,-3.4 -0.4,-0.2 -0.6,-0.2 -0.6,-0.6 v -0.8 c 0,-0.2 0,-0.2 -0.2,-0.2 -3,1 -4.2,3 -5,3.2 l -0.4,-0.4 0.2,-1.4 c -1.4,0.8 -2.2,1.4 -3,1.4 -0.2,0 -0.2,0 -0.2,-0.2 0.4,-0.4 0.6,-0.4 0.6,-0.8 l -0.2,-1 c 0,-0.4 0,-0.6 0.4,-0.6 h 0.4 c 0,-0.2 -0.2,-0.2 -0.8,-0.8 0,-0.4 1,-1 3.6,-2.8 -1.6,0.2 -0.8,0.2 -2.4,0.8 2,-3.8 3,-3.6 3,-4 0,-0.6 -2,-0.4 -2,-0.8 l 1.6,-1.8 -1.8,0.2 -0.4,0.2 c -0.2,0 -0.2,-0.2 -0.2,-0.2 l 0.2,-0.8 c 0,-0.2 -0.4,-0.4 -0.8,-0.4 h -0.6 c -1,0 -1.8,1.2 -4.6,2.6 v -0.8 h -0.6 c -1,0 -3.2,0.8 -5,2.2 -2,1.2 -4,4.2 -4,6 0,1.8 -16.2,16.8 -42.6,41.6 -6,5 -21,18.8 -35.4,32.4 1.8,-6.2 21.8,-44.4 23,-47.6 0.2,-0.6 0.6,-1.8 1.2,-2.8 3.4,-6.4 6.8,-14.2 6.8,-15.2 h -0.8 c -0.2,0 -0.2,0 -0.2,-0.2 l 0.2,-1.2 c -0.6,0 -1.2,1.4 -2,4.2 l 0.2,0.2 1.4,-1.8 c -0.6,1.4 -1,2.2 -1.4,2.2 -1,0.2 -3.2,5.4 -4.2,6 -0.4,0.2 -0.6,0.4 -0.6,0.8 l 0.2,1 c -1.8,-1.2 -1,-0.6 -2.6,-2.2 l 1.6,0.2 0.2,-0.2 -0.4,-0.8 v -0.2 l 0.6,0.2 c 0.2,0 0.4,-0.2 0.4,-0.8 v -1.6 c 0,-0.4 3,-1.8 3,-2.6 l -0.8,-0.8 c 0,-0.2 0,-0.2 0.2,-0.2 h 0.2 c 0.4,0 0.8,0.4 1.2,0.8 l -0.4,-1.2 V 71 c 0,-1.8 4.4,-6 4.4,-8 v -0.2 l -0.2,-1.4 c -0.4,0.4 -0.6,1 -1.2,1 -0.6,0 -1,-0.4 -1.2,-1 0,-1 1.8,-3.2 1.8,-4 -0.4,0 -0.4,-0.2 -0.4,-0.4 l 0.4,-1.8 -0.4,-0.8 c 1.2,0 2.8,-2.6 2.8,-4.8 v -0.4 c 0,-0.4 -0.2,-0.6 -0.4,-0.6 h -0.4 c -0.2,0 -0.4,0.2 -0.4,0.4 l 0.2,0.6 c 0,0 0,0.2 -0.2,0.2 h -1.2 c -1.4,0 -3,2.2 -3.4,2.2 0,-1.4 0.4,-2 0.4,-3.2 V 48 c 0,-0.6 -0.2,-1 -0.6,-1 -0.6,0.4 -0.8,1 -2.2,1.4 h -0.4 c 0,-0.4 2.8,-3 3.2,-3 0.2,-0.2 0.2,-0.8 0.2,-1.4 0,-0.6 0,-0.8 -0.4,-0.8 l -1.2,0.6 c -0.4,0 -0.6,-0.4 -0.8,-1.2 v -0.4 c 0,-1.6 1.2,-3 1.2,-3.6 -0.6,-0.4 -0.4,-0.2 -1,-0.4 -2.8,0.2 -2.8,3.6 -7.6,7.6 1.4,-2.2 2,-3.4 2,-4.2 0,-0.2 0,-0.4 -0.4,-0.4 -0.4,0 -2.4,2.4 -4,3.4 -2,0.6 -3.2,3.8 -5.2,6.4 l -5,8.2 c -0.2,0.2 -0.4,1 -0.4,1.6 v 0.8 c 0,3.4 -6.4,12.8 -6.4,13.4 0,1.4 -12.2,19.6 -12.2,21.6 0,1.2 -3.2,4 -3.2,5 v 0.8 c 0,1.2 -0.6,1.4 -2.4,3.8 -2.2,4.4 -3.6,6.6 -3.8,8 -2.2,2.6 -3.4,6.8 -6.2,12.2 -1.2,1 -0.4,2 -1.6,3.4 -0.8,1.4 -2,4.4 -6.4,13.6 -1,2.4 -0.8,5.4 -1.2,5.4 -1,0.2 -3,4 -3.6,6.6 -0.4,3.4 -10.4,25.6 -10.4,29.8 v 0.2 c 0,1 -1,1.6 -1,3 v 0.4 c 0,0.6 0,1.4 -0.2,1.6 -1.4,0.8 -4.2,14 -4.2,22.4 0,1 0.2,2 0.2,2.8 0.6,7.2 2.8,5.6 2.8,6 -0.6,1 -0.6,1.4 -0.6,2 0,0.8 0.4,1 1.4,1 z m 12,-6.4 -0.2,0.2 -0.4,-1 c 0,-0.4 0,-0.6 0.2,-0.6 l 0.4,0.8 z m 2.4,-3.8 c -0.6,0 -1.2,-0.4 -1.2,-0.8 0,-0.4 0,-0.8 0.8,-0.8 -0.2,0.2 -0.2,0 -0.2,0.4 0,0.8 0.4,0.8 1,1 0,0 0,0.2 -0.4,0.2 z m -4.4,-13.2 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-1 0.2,-1.6 0.6,-1.6 0.4,0 0.4,0.2 0.6,0.6 -0.2,1 -0.6,1.4 -0.8,1.6 z m 1,-4 c -0.2,0 -0.2,-0.2 -0.2,-0.6 v -1.2 c 0,-0.2 0.2,-0.4 0.6,-1 0.2,0 0.4,0.2 0.6,1 0,0.4 0,1 -0.4,1.2 z m 14.6,-3.8 c -0.4,0 -0.2,-0.4 -0.6,-0.8 l -0.6,0.2 -0.2,-0.8 c 0.2,-0.4 0.4,-0.6 0.6,-0.6 l 0.6,0.4 c 1,-0.2 2.2,-4.2 2.2,-5.6 v -0.4 c -0.2,0 -0.8,2 -1.4,2 -0.6,0 -1,-0.6 -1.4,-2.2 v -0.2 c 1,1.2 0.4,0.6 1.6,1.6 0.2,-0.2 0.2,-1.4 1,-1.4 h 0.4 c 0.6,-0.2 2.2,-3.6 2.2,-4.8 v -0.4 c 0.8,-0.8 0.4,-0.6 1.4,-0.8 0.4,0 0.6,0 0.6,0.2 l -0.4,1.8 -1.2,-0.2 0.4,1.2 h -0.8 l 0.2,1.2 c 0,0.4 -0.6,0.2 -0.6,1 l 0.2,0.6 v 0.2 c 0,1.6 -3.2,7.6 -4.2,7.8 z m -13,-0.6 -0.2,-2.6 v -0.8 c 0,-2.2 0.8,-4.2 3.6,-9.4 0.4,-0.6 0.6,-1.4 0.6,-1.8 l -0.2,-0.6 c 0,-0.6 1.2,-1.8 2,-4.2 0.4,-0.8 0.8,-1.4 1,-1.4 l 0.4,0.4 v 0.4 c 0,2.6 -2.4,3.8 -2.8,4.6 0,0.4 0.8,0.2 0.8,1 v 0.2 c 0,1.6 -1.6,3.6 -1.6,4 0,0.8 -2.2,4 -2.2,5 v 0.8 c 0,1.2 -1,4.4 -1.4,4.4 z m 12.8,-2.8 h -0.2 c -0.2,0 -0.4,-0.2 -0.8,-0.6 l 0.6,0.2 c 0.6,-0.2 0.6,-0.6 1,-1.2 v 1 c 0,0.4 -0.2,0.6 -0.6,0.6 z m 1.6,-7.2 c -0.2,0 -0.2,0 -0.2,-0.2 v -0.2 c 0,-1 1.4,-3 1.4,-4.2 V 178 c 0,-1.4 0.2,-2.2 0.6,-2.4 0.2,0 0.4,0.4 0.4,1 v 0.2 c 0,1.8 -1.8,6 -2.2,6 z m 5.8,-4.6 -0.8,-1.2 1,0.2 V 177 l -0.4,-1.2 c 0,-0.4 0.2,-0.2 0.6,-0.8 l -0.2,-0.6 c 0,-0.2 0.2,-0.2 0.4,-0.2 h 0.2 c 0.2,0 0.6,0.2 0.6,0.4 0,0.6 -0.4,1.6 -0.6,2.4 z m 44,3.4 c -0.4,0 -0.6,0 -0.8,-0.2 l 0.4,-0.2 h 0.2 c 0.6,0 0.8,0 1,0.2 z m -12.6,0 c -1,0 -1.4,0 -1.4,-0.2 l 0.2,-0.2 2.2,-0.2 0.2,0.2 c 0,0.2 -0.6,0.2 -1.2,0.4 z m -33,-5.6 -0.4,-0.2 c 0,-0.8 0.6,-1.6 2,-3.2 z m 114,-11.8 c -0.6,0 -1,-0.2 -1,-0.6 0,-0.4 0.4,-0.6 0.8,-0.8 0.6,0 1,0.2 1,0.6 0,0.4 -0.2,0.6 -0.8,0.8 z m -3.4,-0.6 v -0.2 c 0.6,-1.8 1,-2.6 1.4,-2.6 l 0.2,0.2 c 0,0.2 -1.2,2.6 -1.6,2.6 z m -116.4,-4.4 -0.2,-0.2 c 0.2,-3 0.2,-1.4 0.8,-4.4 l -1.2,0.4 c 0.4,-1 0.6,-1.6 1.8,-1.6 0.6,0 1,0.4 1,1.2 v 0.2 c 0,1 -1.6,1.6 -1.8,3.4 z m 4.4,-11.6 c 0,0 -0.2,-0.2 -0.2,-0.8 0,-0.6 0.6,-1.6 1,-1.6 0.4,0 0.4,0 0.4,0.2 0,0.4 -0.2,0.8 -0.6,1.4 z m 44.8,-5.6 c 0,-0.4 0.6,-0.8 1.4,-1.4 l 1,-0.8 v 0.2 c -0.2,0.6 -2,2 -2.4,2 z m -32,2 -0.4,-0.2 c 1.6,-3 3.6,-6 4.2,-9 0.4,-2 1,-3 1.6,-3 0.8,0.2 0.6,0 1,0.8 0,0.6 -1.4,2.2 -1.4,2.8 v 0.8 c 0,0.6 -1.2,2.4 -1.2,3 v 0.2 c 0,0.6 0.6,0.6 1.6,0.8 -1.2,0.2 -2.2,0.4 -3.8,2.6 -0.8,0.8 -1.4,1.2 -1.6,1.2 z m -11,0 c -0.2,0 -0.2,-0.2 -0.2,-1 0,-0.8 0.4,-1.2 0.6,-1.2 h 0.2 c 0.4,0 0.4,0.2 0.6,0.6 0,0.4 -0.2,0.8 -0.6,1.2 z m 46.4,-4.8 h -0.2 c 1.8,-1.6 0.8,-1.2 2.8,-2 -0.2,0.6 -2,2 -2.6,2 z m -7,-2.2 c 0,-0.2 0.2,-0.8 0.8,-1.4 0.6,-0.6 1,-1.4 1.2,-1.4 0,0 -1.6,2.8 -2,2.8 z m 4,-2.4 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.8 0,-0.4 0.6,-1 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.4,0.6 -0.6,0.6 z m 2.8,-2.4 h -0.4 c -0.2,0 -0.2,0 -0.4,-0.2 0.4,-1.2 0.6,-1.8 1,-1.8 0.6,0.8 0.4,0.4 0.6,1.4 v 0.2 c 0,0.2 -0.4,0.4 -0.8,0.4 z m -27.2,2.2 c -1.2,-0.4 -0.6,0 -1.6,-0.8 0,0 0.4,-0.2 1,-0.2 0.6,0 1,0 1,0.4 0,0.4 -0.2,0.6 -0.4,0.6 z m -13,0.2 c -0.2,0 -0.2,-0.2 -0.4,-0.4 0.2,-0.6 0.4,-1 0.8,-1 0.2,0 0.2,0.2 0.2,0.6 0,0.6 -0.2,0.8 -0.6,0.8 z m 52,-5 v -0.4 c 0,-0.2 0.6,-0.8 1.4,-1.6 l -0.2,0.8 z m -36.4,2.6 c -0.2,0 -0.2,0 -0.2,-0.2 0,-0.4 0.2,-1 0.8,-2 0.2,0 0.4,0.2 0.4,0.6 0,0.4 -0.2,1.2 -0.6,1.4 z m -16.2,1 h -0.2 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-0.6 0,-1.2 0.6,-1.2 0.2,0 0.6,0.4 0.6,0.6 0,0.4 -0.4,0.8 -0.6,1.2 z m 12.6,-1.2 -0.4,-0.2 c -0.4,-0.2 -0.6,-0.4 -0.6,-0.8 v -0.2 c 0,-1.6 3.4,-7.2 3.4,-8 v -0.2 c 0,-0.8 1.8,-3.8 2.8,-3.8 0.6,0.2 0.4,0 1,0.6 0,0.6 -2,0.8 -2,1.8 l 0.6,1.6 c 0,0.4 -0.2,0.6 -0.4,0.6 h -0.4 c -1,0 -1.4,3.8 -2.6,4 -0.2,0.2 -0.4,0.6 -0.4,1.2 l 0.2,1 v 0.4 c 0,0.8 -0.6,1.8 -1.2,2 z m 40.8,-8.6 c -0.2,0 -0.4,-0.4 -0.4,-0.6 0,-0.4 0.4,-0.6 0.6,-0.8 0.2,0 0.4,0.2 0.4,0.4 v 0.2 z m -50.4,3 -0.2,0.2 c -0.4,0 -1.2,-1 -1.2,-1.8 0,-0.2 0.2,-0.4 0.4,-0.4 0.6,0 1,0.6 1.4,1.6 0,0.2 0,0.4 -0.4,0.4 z m 1.6,-4.6 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0.2,-0.6 0.6,-0.8 0.6,-0.8 h 0.2 c 0.2,0 0.2,0.2 0.4,0.6 0,0.2 -0.4,0.6 -0.6,0.6 z m 64.8,-6.2 c -0.2,0 -0.4,-0.2 -0.6,-0.6 v -0.2 c 0,-0.2 0.2,-0.4 0.4,-0.6 h 0.2 c 0.2,0 0.2,0.2 0.4,0.4 0,0.6 -0.2,1 -0.4,1 z m -50.4,2.2 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-1 1.6,-5.4 2.6,-6.4 1.2,-1 0.6,-2.2 2,-3.6 0.6,-0.6 1,-1.4 1,-1.6 v -0.2 c 0,-0.4 0.4,-1.2 0.8,-1.8 0.4,-0.8 0.6,-1.8 0.6,-2.2 l -0.2,-0.4 c 0,-0.6 1.4,-0.8 2,-2 0.2,-0.8 0.8,-1.4 1,-1.6 l 0.4,0.2 c 0.6,-0.2 0.2,-3.2 1,-3.2 0.4,-0.2 0.6,-0.6 0.6,-1.4 0,-0.4 -0.2,-1 -0.2,-1.8 1.8,1.2 2.6,1.6 2.6,2.6 0,1 -0.4,1.6 -0.8,1.6 v -0.2 c -0.4,0 -2.6,2.8 -2.6,3.6 l 0.2,0.2 c 0,0.6 -2,1.4 -2,2.2 v 0.2 c 0,0.8 -1,0.8 -1,1.6 v 0.2 c 0,0.8 -1,1.4 -2,2.2 0,0.4 1,0.2 1,0.8 0,0.6 -0.2,1.4 -0.8,1.8 -0.8,0 -0.6,2 -2.2,4 -0.4,0.6 -0.8,1.4 -0.8,1.6 v 0.4 c -1,2.6 -1.6,3.8 -2.6,3.8 z m -9.6,-1.8 h -0.6 c -0.6,0 -1,-0.4 -1,-1 0.4,-0.8 0,-0.6 0.8,-1 0.6,0 1.4,0.4 1.6,1 0,0.2 -0.4,0.8 -0.8,1 z m 66,-7.2 v -0.2 c 0,-0.4 0.6,-0.8 1.6,-1.8 -0.8,1.4 -1.2,2 -1.6,2 z m -15.6,0.2 h -0.2 c 0,0 -0.2,0 -0.2,-0.2 0.2,-1 0.6,-1.6 1.2,-1.8 0.6,0 0.8,0 0.8,0.2 -0.6,1.2 -1.2,1.8 -1.6,1.8 z m 21,-2.8 c -0.4,0 -0.8,-0.4 -0.8,-1.2 v -0.2 l 1.2,1 z m -18.4,0.8 c -0.2,0 -0.2,-0.2 -0.2,-0.4 v -0.2 c 0,-0.8 1.2,-1.6 2,-1.8 l 0.6,0.2 c 0.6,-1.4 0.6,-2.2 1.4,-2.4 0.4,0 0.6,0.4 0.8,1 0,1 -4,2.4 -4.4,3.2 z m 20.2,-2.4 h -0.6 c -0.6,0 -0.4,-0.4 -0.8,-1 0,-0.4 0.2,-0.6 0.4,-0.6 0.6,0 1,0.2 1.6,1.2 0,0 -0.2,0.2 -0.6,0.4 z m -13.4,-2.4 h -1 l -0.2,-0.4 c 0,-1.4 4.2,-6 6,-6.2 0.8,0.4 0.4,0.2 0.8,1 v 0.2 c 0,0.4 -0.4,0.6 -0.8,0.6 -1.8,0.2 -4.6,2 -4.6,3.6 v 0.2 z m 13.2,-3.4 c -0.2,0 -0.4,0 -0.4,-0.2 0.2,-0.6 0.4,-1 0.6,-1 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m -6.6,-2.6 c -0.4,0 -0.4,-0.2 -0.4,-1 0.4,-1.4 1.8,-1 1.8,-2 l -0.2,-0.4 c 0,-1.2 0.4,-1.4 2,-1.6 1.2,0 1.8,0 1.8,0.4 0,0.8 -4.4,4.6 -5,4.6 z m 7.4,-6.2 h -0.4 c -0.6,0 -0.8,-0.4 -1,-1 v -0.2 c 0,-0.8 1.2,-1.8 2.6,-2.2 0.4,0 0.8,-0.2 0.8,-0.4 v -1 l 0.6,0.2 c 0.4,-0.2 0.2,-1.2 0.4,-1.2 1,0.6 0.6,0.2 1,1.2 0,1.2 -3.2,2.6 -3.2,3.6 0,0.6 -0.4,1 -0.8,1 z m -47.8,1.6 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.2,0 0.4,0.2 -0.2,0.8 -0.4,1 -0.8,1.2 z m 53.8,-6.8 c -0.8,-0.2 -1.2,-0.4 -1.4,-1 0,-1.2 2.8,-4 4.6,-4.2 0.4,0 0.6,0 0.6,0.2 -0.2,1 -1.2,0.6 -1.2,1.4 v 0.2 l 0.4,1.4 c 0,0 0,0.2 -0.2,0.2 l -1.6,-0.8 c -0.6,0 -0.6,2.6 -1.2,2.6 z m -54.2,4.8 c -0.4,0 -0.6,-0.6 -1.6,-1.6 l -0.8,1.6 -0.2,-0.4 c 0,-0.8 2,-2.6 2,-3.6 l -0.2,-0.2 c 0,-0.4 1.8,-0.2 1.8,-1.2 V 84 c 0,-1 1.2,-1.8 3.6,-3 h 0.2 c 0,1.2 -3.4,5 -4.2,5.2 h -0.4 c -0.2,0 -0.4,0.2 -0.4,0.4 0.2,0.6 0.6,1 1,1.6 z m 3.6,-3.4 h -0.2 c -0.2,0 -0.4,0 -0.4,-0.2 0.2,-0.6 0.4,-0.8 0.6,-0.8 h 0.2 c 0.8,0 1,-0.6 1.8,-1.6 -0.6,1.6 -1,2.6 -2,2.6 z m 55.6,-7.2 c 1,-1.8 1.6,-3 2.4,-3 l 0.4,0.2 c 0,0.8 -2.4,2.8 -2.8,2.8 z m -66.4,5 h -0.2 c 0,-0.4 0.8,-1 1.6,-2 l -0.4,1 z m -2.6,-2.6 c 0,-1.2 0,-2 1,-2 l 0.2,0.2 c -0.6,1.2 -1,1.8 -1.2,1.8 z m 5.8,-2.6 h -0.2 l 1.8,-2 c -0.8,1.2 -1.2,2 -1.6,2 z m 8.6,-2 c -0.2,0 -0.2,-0.2 -0.2,-0.6 0,-0.2 0.2,-0.6 0.6,-0.8 l 0.4,0.4 c -0.2,0.6 -0.4,1 -0.8,1 z m 4.8,-1 c 0,0 -0.2,-0.2 -0.2,-0.8 0,-0.2 0.2,-0.6 0.6,-0.8 h 0.2 c 0,1 -0.2,1.6 -0.6,1.6 z m -1.2,-19.8 0.6,-1.6 c 0.2,0 0.2,0 0.2,0.2 l -0.4,0.8 z m -3.2,-0.4 c -0.2,0 -0.4,-0.2 -0.6,-0.6 0,-0.4 0.4,-1 0.8,-1 0.4,0 0.4,0 0.4,0.2 l 0.2,0.4 c 0,1 -0.4,1 -0.8,1 z m 6.2,-2.6 h -0.2 c 0.6,-2 1,-2.8 1.6,-2.8 0.2,0 0.4,0.2 0.4,0.6 V 51 c 0,0.6 -0.4,1 -1,1.6 z m -5.4,-1.2 c 0,-0.4 0.8,-1.2 1.8,-2 l 1.2,-1 c -0.6,1.4 -2.4,2.8 -3,3 z m -2.6,-0.4 c 0,0 0.4,-0.4 0.8,-1 0.8,-1 1,-1.6 1.2,-1.6 0.2,0 0.2,0.2 0.2,0.6 0,0.2 -0.4,0.8 -1,1.4 z m -67.6,169.2 c 0.6,-0.2 1.2,-1 1.2,-1.8 l -0.2,-1.2 c -0.2,0 -0.2,0.6 -0.8,1.4 -0.6,0 -2.2,-1.8 -3.2,-1.8 h -0.2 c -0.2,0 -0.4,0.2 -0.4,0.6 0,0.4 3.2,1.4 3.2,2.2 0,0.4 0.2,0.6 0.4,0.6 z m -0.4,-5.4 c 0.8,-0.2 1,-1.2 1.2,-2.8 l -0.2,-0.2 c -1,0.8 -1.6,1.6 -1.6,2.2 0.2,0.6 0.4,0.8 0.6,0.8 z m 15,-17.8 c 0.4,-1.2 0.4,-0.6 0.4,-2 0,-0.6 -0.2,-0.8 -0.6,-0.8 -0.4,0 -0.4,0.2 -0.6,1 z m 77,-13.4 c 0.6,0 1,-0.2 1,-0.4 -0.2,-0.2 -1.6,-0.8 -2,-0.8 -0.2,0 -0.4,0.2 -0.4,0.6 0,0.2 0.8,0.6 1.4,0.6 z m -11,0 c 1,-0.2 1.6,-0.4 1.8,-0.6 h -0.4 c -0.8,0 -2.2,0 -3.8,0.2 l -3.2,0.4 z m 59.8,-13.2 c 0.4,0 0.6,-0.6 0.6,-0.8 0,-0.4 -0.4,-0.6 -0.4,-0.6 -0.2,0 -0.4,0.4 -0.6,1 z m -69.2,13.8 0.2,-0.6 c 0,-0.4 -2,-0.8 -4.2,-0.8 -0.8,0 -1.6,0.2 -2.2,0.2 -1,0 -1.4,0.2 -1.4,0.2 0,0.4 2.8,0.6 7.6,0.8 z m -12.2,-0.4 c 0.6,0 0.8,-0.2 0.8,-0.4 -0.2,-0.4 -1.2,-0.6 -2.4,-0.6 h -1 c -0.4,0 -0.8,0.2 -0.8,0.2 l 2.4,0.8 z m 2.4,0 c 0.4,0 0.6,0 0.6,-0.4 -0.4,-0.6 -0.8,-0.8 -1,-0.8 -0.4,0 -0.6,0.4 -0.6,0.8 0,0.2 0.2,0.4 0.6,0.4 z m -8.6,0.2 c 0.2,0 0.2,0 0.2,-0.2 l -0.2,-0.4 c 0,-0.2 -0.4,-0.6 -1,-0.6 -0.4,0.2 -0.6,0.2 -0.6,0.4 z m 1.4,0 c 0.4,-0.2 0.6,-0.4 0.6,-0.4 0,-0.2 -0.4,-0.4 -1,-0.6 l -0.2,0.4 c 0,0.4 0.4,0.6 0.6,0.6 z m -5.4,-0.2 1,-0.4 -0.2,-0.2 h -0.4 l -0.8,0.2 -0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m 15.2,-2 c 0.6,-0.2 0.8,-0.2 0.8,-0.4 l -0.2,-0.2 -1.4,0.2 -0.2,0.2 c 0,0 0.4,0.2 1,0.2 z m -7.4,-26.2 c 0.8,0 1.4,-0.2 1.4,-0.4 l -0.2,-0.2 c 0.4,-1 0.2,-0.6 0.6,-1.6 l -3,2.4 z m 3.2,-1.6 c 1,-0.6 1.6,-0.6 1.6,-1.4 l -0.2,-0.8 0.6,0.2 c 1.2,-0.2 11.2,-7.6 11.8,-9 0,-0.2 -0.6,-0.6 -2,-0.6 -0.4,0 -0.6,0.2 -0.6,0.2 0,0.4 -1.2,1.8 -3,3.2 -2,1.4 -3.2,2.6 -3.2,3.2 l 0.2,0.2 -0.4,0.4 h -0.8 c -0.6,0 -0.8,0.2 -0.8,0.4 l 0.4,0.6 c 0,0.2 -0.2,0.2 -0.2,0.2 l -0.8,-0.2 c -1.6,0.2 -2.6,1.8 -2.8,3.2 0,0.2 0,0.2 0.2,0.2 z m 32.6,-27 1.6,-2 c -1.2,0.8 -1.8,1.4 -1.8,1.8 0,0.2 0,0.2 0.2,0.2 z m 11.2,-10.4 c 0.8,-0.6 0.8,-0.2 1,-1 l -0.4,-0.2 c -0.4,0 -0.6,0.4 -1,1 z m 7.4,-7.2 c 2.4,-1.4 3.4,-2.4 3.4,-2.8 h -0.2 c -0.2,0 -1,0.6 -1.6,1.2 z m 6.6,-6 c 0.2,0 2.2,-1.8 2.2,-2.6 -0.2,-0.4 0,-0.4 -0.4,-0.4 -0.6,0.2 -1.6,0.8 -2,3 z m -2.8,-2 c 0.6,-0.2 1,-0.6 1,-0.8 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.4,0 -0.8,0.4 -1,1 0,0.2 0.2,0.4 0.6,0.4 z m 8.8,-3 v -0.4 c 0,-0.6 -0.8,-1.2 -1.8,-1.2 -0.4,0 -1,0.6 -1.2,1 l 0.2,0.4 1,-0.4 c 1,0 1.2,0.6 1.4,0.6 z m 0.8,-2.2 c 1.2,0 1.8,-1 3,-2.6 -2.2,1.2 -3.2,1.6 -3.2,2.2 v 0.2 z m 3.6,-3.8 c 0.6,0 1.2,-0.4 1.2,-0.6 V 92 c 0,-0.2 0.2,-0.4 0.6,-0.4 1.2,-0.2 10,-8.8 13.2,-14.2 l -0.4,0.2 c -0.6,0 -0.2,-2 -1.6,-2 h -0.2 c -0.8,0 -1.2,0.4 -1.2,0.8 0,0.6 1.8,0.8 1.8,1.6 0,1.4 -3.8,4 -3.8,5 0,0.4 -1.2,0.2 -3.2,3 -2.2,2.8 -5.4,4.2 -5.4,5 0,1.2 -1.8,0.8 -1.8,1.4 0,0.4 0.4,0.4 0.8,0.4 z m 11.2,-30.2 c 0.6,0 1.4,-0.8 2.8,-3 l -0.2,-0.2 c -1,0.2 -2.8,2.6 -2.8,3.2 z m -60.8,4.6 c 0.4,-0.2 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.2,-0.6 -0.4,0 -0.6,0.4 -0.8,1 z m -0.8,-6.6 c 0.8,-0.2 1.6,-2 1.6,-2.8 v -0.4 c -0.6,0 -2.2,2.2 -2.2,2.6 0.2,0.4 0.4,0.6 0.6,0.6 z"/><path d="m 404.60007,224.6 c 3.6,0 13,-2.4 34,-8 0.8,-0.4 3,-1 5,-1.4 25.6,-7 23.2,-5.8 23.8,-6.8 l 0.2,-0.4 c 0,-0.2 0,-0.2 -0.4,-0.2 -0.8,0 -3.4,1.2 -5.2,1.2 -1.2,0 -2.2,-0.6 -2.4,-1.8 0,-1.6 3.8,-2.4 5.6,-2.4 0.6,0 1,0.2 1,0.6 -0.2,1.2 -2.6,1.4 -2.6,1.8 0.2,0.2 0.4,0.4 0.8,0.4 3.2,-0.6 3.8,-1 3.8,-1.4 0,-2.4 0.4,-2.6 4.6,-3.4 l 0.6,0.2 c 0,0.2 -1,0.8 -1,1.4 0.2,0.8 0,0.4 0.6,0.8 0.6,0 1.2,-2.6 1.4,-2.6 v 1 l 0.4,1 c 0.4,-0.8 0.2,-1.4 0.8,-1.4 l 2.2,0.4 0.2,-0.2 c -0.8,-0.8 -0.6,-0.4 -1,-1.2 0,-1 3.2,-0.4 3.6,-1.4 0.2,-0.4 0.4,-0.6 0.8,-0.6 0.6,0 0.4,2.4 1.2,2.4 0.2,0 0.2,-0.4 0.2,-0.6 v -1.2 c 0,-0.2 0,-0.4 0.2,-0.4 1.4,0.8 2,1.6 2.8,1.6 l 0.2,-0.2 -0.6,-0.8 c 0,-0.6 1.4,-2 5,-2.4 1.2,-0.8 5.4,-0.8 6.2,-1.2 1.4,-0.8 3,-0.4 6.6,-1.4 l 0.4,-0.2 c 0.2,0 0.2,0.2 0.2,0.6 0,1.2 -2.6,0.8 -3.4,1.6 l -0.6,0.4 c 1.6,0 4.8,-0.4 4.8,-1.8 l -0.2,-1 c 0,-0.4 0.4,-0.6 1.6,-0.6 h 2.8 c 0.4,0 0.6,0 0.6,-0.2 l -0.4,-0.8 0.2,-0.2 1.4,0.2 c 1,0 0.6,-1 1.2,-1 l 2.2,-0.2 0.4,-0.4 -0.8,-0.2 -4.4,0.4 -0.4,-0.2 c 3,-1.2 3,-1.4 6,-2 4.4,-0.2 8.8,-2 10.4,-3.4 l -0.2,0.6 c 0,0.2 0.2,0.4 0.4,0.4 1.2,0 4.2,-3.4 5.2,-3.4 0.2,0 0.4,0 0.4,-0.2 0,-0.2 -0.2,-0.2 -0.2,-0.4 l -1,-0.2 c -2,0 -5.4,0.6 -6.4,1 -0.4,0 -0.6,-1 -1.4,-1 -2.6,0.6 -2,2 -3.2,2 -0.6,0 -0.8,-0.6 -0.8,-1.2 v -0.2 c 0,-1 0.8,-1.6 2.4,-1.6 0.6,0 1,-0.2 1,-0.4 V 182 c 1.6,0 2,0.6 2.4,1.8 0.4,-1.4 0.2,-1.8 2.6,-3.8 2.6,-1.6 2.6,-2 2.8,-2.2 l 1,0.2 c 0.4,0 0.6,-0.2 0.6,-0.4 0,-0.8 -1.8,-1.2 -3.2,-1.2 -1.6,0 -1.8,0.4 -2.4,1 -0.2,0 -0.2,-0.2 -0.2,-0.6 v -0.2 c 0,-1 2.4,-1.4 2.4,-2 -0.2,-0.2 -0.6,-0.2 -1.2,-0.2 -1,0 -2.8,0.2 -4.6,0.6 h -0.8 c 0,-0.6 1,-1 2.4,-1.8 -2.2,0 -3.6,0 -3.6,0.4 0,0.6 -3.6,2.4 -4.6,2.4 -0.4,-0.2 -0.4,0 -0.4,-0.4 0,-0.6 2.2,-0.4 3.6,-1.8 l -0.8,-0.2 c -8.4,0.4 -9.8,1 -11.6,1.4 -16.6,2.4 -17.6,2.4 -41,6 -1.4,0.4 -4.2,0.8 -6.2,1.2 l -17.8,3.6 -2.4,0.2 c 0,-0.2 5.6,-9.2 12,-19.8 l 12.2,-19.8 c 15.8,-2.8 23,-4 23,-4.6 -0.4,-0.4 -0.6,-0.4 -0.6,-1.4 0,-1.4 0.2,-2 0.6,-2 l 1,0.4 c 0.6,0 0.8,-0.6 2,-1.6 0.4,0 0.4,0.6 1,0.6 1,0 2.4,-1 3.8,-1 l 3,0.4 c 0.4,0 0.8,0 1,-0.4 0.6,-0.6 1.6,-0.8 3.4,-0.8 3.2,0 2.6,-0.6 3.4,-0.6 l 1.4,0.2 c 0.6,0 0.8,0 0.8,-0.2 0,-0.6 2.6,-0.8 8.4,-0.8 2.6,0 1.8,-1.2 3.4,-1.2 0.8,0 1.4,-0.2 1.4,-0.4 0,-0.2 -1,-0.4 -2.2,-0.4 -3.2,0.2 -12.8,1.4 -13.2,1.6 l -1.4,-0.2 -0.6,-0.2 c 0,-0.4 26.8,-2.8 30.2,-3.6 5,-1 7.8,-0.6 7.8,-1.2 l -0.8,-1.2 c 0,-0.2 0,-0.2 0.2,-0.2 2.6,-0.2 4.4,-0.4 4.6,-0.8 0,-0.4 -3,-0.8 -4.8,-0.8 l -1.2,0.2 c -0.4,0 -0.4,-0.8 -0.6,-0.8 -0.4,0.4 -0.2,0.6 -1,0.6 -2.8,-0.4 -4.2,-0.4 -4.2,-1.2 l 0.8,-1.2 -1.2,0.4 c 0.4,-0.6 0.6,-0.8 1.6,-0.8 l 1.4,0.2 c 1,0 0.8,-1 1.4,-1 1.4,0 6,-2.2 6,-3 -0.2,-0.8 -1,-1 -1.6,-1 -2.6,0 -4.8,-0.2 -4.8,-0.4 0.6,-0.2 0.8,-0.4 0.8,-0.6 0,-0.8 -4.4,-0.8 -4.4,-1.2 0,-0.4 4.8,-1 4.8,-1.6 0,0 -0.4,-0.2 -1.2,-0.2 -2,-0.2 -6.2,-0.2 -11.4,-0.2 -12.2,0 -29,0.4 -29.6,0.8 -0.4,0.4 -5.6,0.6 -13,1 1.4,-1.6 2.2,-2.4 2.2,-3.2 0,-0.2 -0.2,-0.2 -0.4,-0.2 l -1.4,0.6 c -0.2,0 -0.2,0 -0.2,-0.4 0,-0.4 0.2,-0.8 0.4,-0.8 h 0.8 c 1,0 1.4,-0.2 1.4,-0.8 l -0.2,-0.4 c 0,-0.2 0,-0.2 0.2,-0.2 h 0.6 c 0.8,0 0.6,-1.6 1.4,-2 0.8,-0.4 0.6,-1.6 1.6,-2.4 0.8,-0.8 0.6,-2.6 1.8,-4 1.4,-1.2 5.4,-7.4 5.4,-8.4 0,-0.8 0,1.6 5.6,-10.4 4.4,-8.8 4.4,-8.8 4.4,-9.6 0,-0.2 0.8,-0.6 1.6,-0.6 22.2,-2.8 36.2,-3.4 36.2,-4.4 0,-0.2 -0.6,-0.2 -1.8,-0.2 -7.6,0.2 -3.4,0.4 -10.4,0.4 -9.6,0.6 -9.6,0.8 -23,2 -1.8,0 -3,0.4 -3.6,0.6 -0.2,0 -0.4,-0.4 -0.4,-0.8 0,-2.2 0.4,-2.4 8.4,-2.6 4.2,0 3.6,-1 4.8,-1 l 3,0.2 c 1,0 1.6,0 1.6,-0.2 0,-0.4 1.2,-0.4 2.6,-0.4 4.8,0 4.6,-0.8 7.4,-0.8 2.2,0 1.8,0.2 2.4,0.4 1,-0.4 1,-0.8 2.4,-0.8 2.6,0 5.6,-0.2 5.6,-1.2 0,-0.4 0,-0.2 -0.4,-0.4 -0.6,0 -0.8,0 -2.2,-0.6 0,0 1,-0.2 2.6,-0.2 1.8,0 2.8,0.2 2.8,0.2 -1.8,0.8 -1.6,1.2 -2,2.2 l 0.4,0.2 c 1,-0.2 1.2,-0.6 3.4,-0.6 2.6,0 4.4,-0.2 4.4,-0.8 0,-0.4 -0.6,-1 -1.4,-1 l -0.8,0.2 c -0.6,0 -1.2,0 -1.4,-0.4 0,-0.4 2.6,-0.6 8.8,-0.8 5,0 10,0 10.8,-0.2 l 3.4,-0.2 c 1,0 1.4,0 1.4,-0.4 l -1,-1.4 c 0,-0.6 -2.4,-2.8 -3.8,-2.8 -1,0 -1,0.4 -1.8,0.8 -0.4,0 -0.6,-0.6 -0.8,-1.6 0,-1 0.6,-1.6 1.6,-1.6 l 1.6,0.4 c 1,0 0.8,-1 1.8,-1 0.8,0 1,0 1,0.2 l -1.4,1.4 c 3.4,-0.4 4.6,-0.8 4.6,-1.2 0,-0.4 -1.2,-1.2 -1.2,-1.6 0,-1 0.6,-1 0.6,-1.6 0,-0.4 -0.6,-0.8 -1.6,-0.8 h -1 c -0.6,0 -0.4,-1 -1.6,-1 l -3.6,0.8 c -0.4,0 -0.4,-0.2 -0.4,-0.6 -0.2,-1.4 -0.2,-1.2 -1,-1.6 l 0.4,-0.2 c 2,0.4 1,0.4 3,0.6 2.2,0 2.8,-0.6 5.4,-1.6 0,-0.2 0,-0.2 -0.2,-0.2 l -5.4,0.8 -0.2,-0.2 c 2.6,-0.6 4,-0.8 4,-1 0,-0.6 -2.2,-0.4 -8,-1.2 -13.6,-2 -18,-2.2 -34.2,-2.2 -15.8,0 -26.4,0.4 -29.4,0.4 -1,0 -1.6,0 -1.6,-0.2 0,-1.2 -1.6,-2.4 -2.2,-2.4 l 0.2,1 c 0,0.4 0,0.6 -0.4,0.6 l -1.2,-0.8 -0.4,0.4 c -0.6,-0.4 -0.6,-0.8 -1.4,-0.8 -2.4,0 -5.8,2.4 -6.2,3 l -0.6,-0.2 c -0.2,0 -0.4,0 -0.4,0.2 0,1.2 -10.6,2 -21.2,3.8 -5.2,1.2 -9.2,1.2 -9.2,1.6 0,0.2 -0.2,0.2 -0.6,0.2 -2,0 -5.4,3 -5.4,5.4 1.2,4.8 3.6,4.2 3.6,5.2 0.4,0.8 1.4,1.2 2.2,1.2 0.6,0 0.6,-0.8 1,-0.8 0.4,0.4 0.4,0.8 1,0.8 1.2,-0.4 1.8,-0.8 3.8,-0.8 0.4,0 0.6,0 0.6,0.2 -0.6,1.2 -0.8,1.6 -1.2,1.6 -0.4,0 -0.6,-0.4 -1.8,-0.4 -3,0.2 -3,0.4 -3,2.6 0,1.4 0.4,1.6 1.6,2.4 0.2,0 0.2,-0.2 0.2,-0.6 V 66 c 0.2,0 0.8,0.8 0.8,1.4 0,0.4 -0.6,0.8 -0.6,1 v 0.2 c 0,0.6 2.2,2 2.8,2 0.4,0 1,1.6 3,1.6 1.4,0 1.8,0 2,0.6 V 73 c 0,0.2 0,0.4 0.2,0.4 l 1.6,-0.8 0.4,0.2 c -2,1 -1.6,3.2 -5.2,3.2 -1.4,0 -2.2,0.2 -2.2,0.4 0,0.4 1.4,0.6 4,0.8 0,0.6 -7,11.6 -12.8,21.8 l -7.2,13.8 c -5.4,10.4 -1.8,7.4 -13.4,10 -11,2.2 -11.8,3 -13.6,3.4 -3.6,0.4 -8.4,2.8 -9.4,4.6 -0.4,0.8 -0.6,1.8 -0.6,2.6 v 0.8 c 0,2.4 2,4 2.4,5.2 0.2,0.4 1.2,1 2,1 2.4,0.4 2.8,4 3.8,4 0.8,0 -0.6,2 3.8,2.4 2,0 3.4,0.2 3.4,0.4 0,0.2 -2.8,0 -2.8,1 0,0.4 0.2,0.4 1,0.4 l 6.4,-0.4 c -1,2.4 -1.4,3.8 -3.4,3.8 -0.8,0 -1.6,0.4 -1.6,0.6 0,0.2 0.4,0.4 0.8,0.4 h 1.4 c 0.6,0 0.8,0 0.8,0.2 v 0.2 c 0,0.4 -0.4,0.8 -1,1.4 l 0.8,-0.2 c 0,0.4 -2,2.8 -6.6,12.8 -7.6,17.2 -5,11 -6.4,14 -1.4,3.8 -5.6,12.2 -6.2,13.2 -0.8,1 -3.4,2.2 -9.6,4.2 -7.2,2.4 -9.2,4.4 -9.2,8.2 0.2,2 1,3.6 2.2,3.6 0.4,0 0.6,0.2 0.8,0.6 0.6,1.2 0.6,1.8 1.2,1.8 1.2,-1 1.4,-1.4 2.6,-1.4 2.4,0 3.2,6.2 5,7.2 0.8,0.4 1.2,0.8 1.2,1 v 0.4 c 1,0 1.8,-0.2 1.8,-0.6 V 219 c 1.8,0.4 1.2,1.6 2.4,1.6 1.8,0 4.4,-1.8 4.4,-2.2 0,-0.4 -1.8,-0.2 -1.8,-0.4 0,-0.4 0.8,-0.6 2.2,-0.8 h 1.4 c -0.6,0.4 -1,1 -1,1.4 0.2,0.4 0.6,0.8 1,0.8 l 2.8,0.6 0.4,-0.2 -0.2,-0.6 c 0,-0.6 1.2,-0.2 1.2,-0.8 v -0.2 c 0,-0.6 2.6,-1.2 8,-1.4 0.6,0 1,0 1,0.2 -0.4,0.2 -0.6,0.6 -0.6,1.2 l 0.4,1 -1.8,-0.8 -1.4,0.8 c 0,0.2 0.2,0.2 0.6,0.2 0,0.4 -3,1.6 -4.6,1.6 -2,0 -4.6,1.4 -7.2,1.4 -3,0 -2.8,1 -4.2,1 -0.6,0 -1,0.2 -1,0.6 0,0.4 0,0.6 1.2,0.6 z m 19.8,-5.8 c -0.4,0 -0.6,0 -0.6,-0.2 l 1,-0.4 0.4,0.2 0.2,0.2 z m 5.6,-1.4 -0.2,-0.2 0.6,-1 c 0,-0.4 -1.6,-0.4 -1.6,-0.8 v -0.2 c 0,-0.2 0.2,-0.4 0.6,-0.4 0.8,0 0.8,1.2 2.4,1.2 l 1.8,-0.2 c 0.2,0 0.4,0 0.4,0.2 -0.2,0.2 -1.2,0.6 -2.6,1 z m -18.4,-0.4 c -0.4,0 -0.8,0 -0.8,-0.2 l 0.8,-0.6 c 0.4,0 0.8,0 0.8,0.4 v 0.2 c 0,0 -0.4,0.2 -0.8,0.2 z m 1.8,-0.6 c 0,-0.2 2.2,-1 3,-1 l 0.6,0.2 c -0.2,0.4 -0.8,0.6 -2.4,0.6 z m 14,0 c -0.6,0 -1,-0.2 -1,-0.8 0,-0.2 0.2,-0.4 0.4,-0.4 0.8,0 1.4,0.2 1.4,0.8 0,0.2 -0.4,0.4 -0.8,0.4 z m 8,-0.6 c -1.6,0 -1,-0.8 -2,-1.2 -0.2,-0.2 -0.4,-0.4 -0.4,-0.6 0,-0.6 0,-0.4 0.4,-0.8 l 0.8,0.2 c 0.8,0 1.6,-1.6 3.4,-1.8 1,0 1.2,2.4 2.2,2.4 0.4,0 0.6,-0.2 0.6,-1 0,-0.2 0,-0.2 -0.2,-0.2 l -1.2,0.2 c 1,-1.2 1,-1.2 2.8,-1.2 l -0.6,-1 0.2,-0.2 1.8,0.4 0.2,-0.2 v -0.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 1.2,0.2 0.8,0 2,0.6 l 0.2,-0.2 -0.2,-0.6 c 0,-0.2 0.2,-0.4 0.6,-0.4 1.6,0 2.8,0.8 3.8,2 V 211 l -0.4,-2 c 0,-0.4 0.2,-0.6 0.6,-0.6 0.6,0 1,0.2 1,0.6 0.2,0 0.8,-0.4 1.4,-1 0.8,-0.6 1.2,-1 1.6,-1 1,0.4 0.6,0.2 1.6,0.4 0.6,0 1.2,-0.6 1.8,-0.6 0.6,0 1,0.4 1.2,1.8 v 0.2 c 0,1.2 -3,1.8 -10.8,3.6 -0.4,0 -0.6,-0.2 -0.6,-0.4 l 0.2,-0.8 c -0.6,-0.8 0,-0.6 -0.8,-1 l 0.2,0.6 c 0,0.6 -0.8,0.8 -2,1.6 0.8,0 1.2,0 1.2,0.2 0,0.8 -8.8,3.2 -11.2,3.2 z m 3.4,-1.2 -0.8,-0.4 c -0.6,0.2 -0.4,0 -1,0.4 z m 14.6,-4.2 c 1,0 5,-1 5,-1.6 -1,-1 -0.4,-0.4 -1.8,-1 l -0.2,0.2 0.2,0.4 c 0,0.6 -3.4,1.4 -3.6,2 z m -35,5 c -0.4,0 -0.6,0 -0.6,-0.2 0.8,-0.6 1.4,-1 2,-1 h 0.6 c 0,0.2 -1.2,1.2 -2,1.2 z m 3.4,-1.2 h -0.2 c 0,-0.4 2,-1 5.8,-2 h 0.2 c -0.2,0.6 -4.8,2 -5.8,2 z m -24.4,-1.2 c -0.2,0 -0.6,-0.2 -0.8,-1.2 l 0.2,-0.4 c 0.2,0 0.4,0.4 0.8,1.4 0,0.2 0,0.2 -0.2,0.2 z m 32,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.8,-0.4 0.6,0.2 v 0.2 z m 2,-1 h -0.4 c 0.4,-0.6 5,-1.8 5.8,-1.8 0.2,0 0.2,0.2 0.2,0.4 0,1.2 -4.8,1.4 -5.6,1.4 z m 6.6,-1.8 c 0.6,-0.6 4.8,-2 6.2,-2 l 0.4,0.2 c 0,0.2 -1.6,0.8 -3.6,1.4 z m 8.4,-2 c 0.6,-0.8 0.2,-0.4 1,-0.8 0.4,0 0.2,0 0.4,0.2 l -0.6,0.4 z m 2.4,-0.4 -0.2,-0.2 c 0.4,-0.4 0.8,-0.8 2.4,-1.2 2,-0.4 2.2,-1 3,-1.2 1,0.2 1.2,0.4 1.2,0.8 -0.2,0.4 0,0.4 -0.6,0.6 l -0.2,-0.2 c -2.2,0.2 -3.6,0.4 -5,1.2 z m 10.8,-3 h -1.6 c 2,-0.4 2.8,-1 3.6,-1 h 0.6 c 0,0.4 -1,1 -2.6,1 z m 4.2,-0.8 c 0,-0.8 3.6,-2 5.4,-2 0.8,0 1.2,0 1.2,0.2 0,0.2 -4,0.8 -5.2,1.6 z m 7.8,-2 -0.2,-0.2 c 0,-0.2 3.6,-1.4 5,-1.4 h 0.2 l -1.6,0.8 z m 6.4,-1.8 -0.2,-0.2 c 2.8,-1.2 1.4,-1.2 4.6,-1.6 l 2.2,0.4 c -2,0.8 -3.4,1.2 -5.4,1.2 z m 7,-1.8 c 3,-1 4.2,-1.8 5.6,-1.8 10.2,-2 14.8,-3.2 16.6,-3.2 h 0.2 c -2.4,1.2 -1.2,0.6 -4,1.4 -1.2,0 -14.2,3.4 -16.4,3.4 z m -19.2,-2.8 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.2 0.4,-0.6 1.4,-0.8 v 0.4 c -0.2,0.4 -0.6,0.6 -1,0.6 z m 18.4,-3.4 c 0,0 -0.2,-0.2 -0.2,-0.4 0.2,-0.6 0.4,-0.8 1,-0.8 0.2,0 0.4,0 0.4,0.2 -0.2,0.6 -0.4,1 -1.2,1 z m 2.8,-1 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.4 0.8,-0.8 2,-1 l 0.4,0.2 -1.2,0.8 z m 6.6,-1.4 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.6,0.2 0.6,0.6 0,0.4 -0.4,0.6 -0.6,0.6 z m -75,-0.6 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.6 0.6,-0.6 0.2,0 0.6,0.4 0.6,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m 78.2,0 c -0.6,0 -0.8,-0.2 -0.8,-0.4 0.2,-0.4 0.2,-0.4 0.6,-0.4 0.4,0 1,0.2 1,0.6 z m 3.6,-0.6 c -0.2,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.6 0.6,-0.6 0.4,0 0.6,0.4 0.6,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m -66.2,-0.8 c -0.2,0 -0.6,-0.2 -0.6,-0.4 0,-0.8 1.4,-1.2 1.4,-2 l -0.2,-0.4 c 0,-0.6 0.8,-0.4 0.8,-1.4 0,-0.4 0.2,-0.6 0.6,-0.6 h 0.2 c 1,0 0.6,-0.6 0.8,-1.6 h 0.4 c 0.4,0 1,-1.4 1,-2.2 V 178 c 0,-0.6 1.4,-0.2 1.4,-1.6 V 176 c 0,-1.8 2.6,-3.4 2.6,-4 l -0.2,-0.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 h 0.2 c 0.8,0 1.8,-3.8 2.2,-3.8 l 0.4,-0.2 -0.4,-0.6 c 0,-0.2 0.2,-0.4 0.6,-0.4 h 0.2 c 0.2,0 0.6,-0.2 0.6,-0.6 0,-1.2 0.6,-2.6 1.2,-2.6 h 0.4 V 162 c 0,-1 2.2,-2.2 2.2,-3.2 l -0.2,-0.6 c 0,-0.2 0.2,-0.2 0.4,-0.2 h 0.2 c 0.2,0 0.4,-0.2 0.4,-0.6 l -0.2,-0.4 c 0,-0.4 0.2,-0.6 0.4,-0.6 h 0.2 c 0.8,0 2.4,-2.6 2.4,-3.6 l -0.2,-0.2 c 0,-0.2 0.2,-0.4 0.4,-0.4 l 0.6,0.2 c 0.8,0 1.2,-0.2 1.2,-1 v -0.6 c 0,-0.2 0.4,-0.4 0.8,-0.4 0.2,0 0.4,0 0.4,0.4 -1.2,3 -2.2,4.6 -2.6,4.6 -0.2,0 -0.2,-0.2 -0.2,-0.4 0,-0.4 1,-1 1,-1.8 v -0.4 c -0.4,0 -0.8,0.8 -1.2,2.4 l 0.2,0.6 c 0,1.2 -7.4,12.4 -7.4,13.4 0,0.4 -2.6,3.8 -2.6,4.6 0,1.2 -1.4,1.6 -3.8,6 -1.6,3 -3.2,5.6 -3.6,6.2 -0.8,0.6 -2.2,1.2 -3,1.2 z m 71.6,-0.4 c -0.8,-0.2 -1.4,-0.4 -1.4,-0.6 0,-0.4 0.2,-0.4 0.6,-0.4 0.6,0 1,0.2 1.6,0.8 0,0.2 -0.2,0.2 -0.8,0.2 z m 1.8,-0.4 h -0.2 c 0,-0.4 0.4,-0.6 1,-0.8 l 2.6,-1 0.2,0.4 c -0.8,0.6 -3,1.4 -3.6,1.4 z m -86.6,-1.4 c -0.2,0 -0.4,-0.2 -0.6,-0.8 0,-0.4 0,-0.6 0.4,-0.6 0.4,0 0.4,0.2 0.6,0.6 0,0.6 -0.2,0.8 -0.4,0.8 z m 3.2,-4.6 c -0.6,0 -1.2,-0.6 -1.2,-1 0.2,-0.4 0,-0.4 0.6,-0.4 0.4,0 0.8,0.4 0.8,1 0,0.2 0,0.4 -0.2,0.4 z m -0.2,-2.8 c 1.2,-2.8 2.6,-4.4 2.8,-5.6 l 1,0.2 c 0.2,0 0.4,0 0.4,-0.4 l -0.2,-0.8 c 0,-0.6 0.2,-0.8 1,-0.8 0.6,0 1,0 1,0.2 0,0.8 -3.4,4.2 -3.4,5.4 0.2,0.6 0.4,0.6 0.4,1 0,0.4 -0.2,0.4 -1,0.4 -0.8,0 -0.4,-0.2 -0.8,-0.6 l -0.6,0.4 z m 93.8,-1.4 c 0,-0.4 1,-1 2.4,-1.2 l -1.2,0.8 z m -87.8,-6.6 c -0.4,-1.4 -0.8,-1.4 -0.8,-2.6 0,-1.2 0.2,-1.4 1.4,-2 0,0 0.2,0 0.2,0.2 0,0.6 -1.2,1 -1.2,2.4 0,0.2 0,0.2 0.2,0.2 2.8,-3.4 2,-5.4 3.2,-5.4 l 0.4,0.2 c 0,0.8 -0.4,3.6 -2.4,5.6 z m 4.6,-7.8 c -0.2,0 -0.4,-0.2 -0.4,-0.8 0,-2.2 0,-3 0.6,-3 1,0.4 1.4,0.6 1.4,1.6 v 0.4 c 0,0.6 -0.2,1 -0.4,1.2 z m 2.4,-4.2 c -0.4,0 -0.6,-0.4 -0.8,-1 0,-0.8 0.8,-1.8 1.2,-1.8 0.2,0 0.2,0.2 0.2,1 0,1.2 -0.2,1.8 -0.6,1.8 z m 13.8,-2.8 c -0.2,0 -0.2,0 -0.2,-0.2 1,-1 0.4,-0.8 1.6,-1.4 -0.6,1.2 -1.2,1.6 -1.4,1.6 z m -11.8,-0.8 c -0.6,0 -1,0 -1,-0.6 0.4,-1.2 0.6,-1.8 1,-1.8 0.8,1 0.4,0.4 0.8,1.6 0,0.4 -0.4,0.8 -0.8,0.8 z m 14.6,-3.2 c -1,-0.4 -1.2,-0.4 -1.2,-1.4 0.2,-0.6 0.4,-0.8 0.6,-0.8 0.4,0 0.6,0.2 0.6,0.6 z m -13.8,-1.2 -0.4,-0.2 c 0.2,-0.6 0.6,-0.8 1,-0.8 0.2,0 0.4,0 0.4,0.2 -0.2,0.6 -0.4,0.8 -1,0.8 z m 18.8,-0.2 c -0.4,0 -0.6,-0.2 -0.6,-1 0,-0.6 0.2,-1 0.4,-1 0.2,0 0.4,0.4 0.6,0.8 0,0.4 -0.2,1 -0.4,1.2 z m -31.4,-2.6 c -0.6,0 -1,-0.2 -1,-0.6 0,-0.4 0.4,-0.6 1,-0.6 0.4,0 0.8,0.2 0.8,0.6 0,0.4 -0.4,0.6 -0.8,0.6 z m 16.4,-0.2 h -0.2 l -0.2,-0.8 v -0.6 l 0.4,1 z m 17.2,-1.8 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0.2,-0.6 0.4,-1 0.8,-1 l 0.6,0.4 c 0,0.2 -0.2,0.6 -0.6,1 z m 3.4,0.2 c -0.4,0 -0.6,0 -0.6,-0.2 1.6,-0.8 2.4,-0.8 3.2,-0.8 h 0.4 c -1,0.8 -2,1 -3,1 z m 7.6,-1.4 c -0.4,0 -1,0 -1,-0.4 0,-0.2 -0.6,-0.2 -1.6,-0.2 l -2.8,0.2 c -1,0 -1.4,-0.2 -1.4,-0.6 0,-0.6 3.8,-2.6 6,-2.6 l 0.4,0.2 v 0.4 h 0.2 c 0.8,0 2.4,-1 4.6,-1 2.8,-0.4 3.6,-0.8 5.8,-1.2 1.2,0 2.4,0.6 2.4,1.2 -0.6,1.8 -1,2 -1.8,2.4 -6.2,1 -9.4,1.2 -10.8,1.6 z m 1.6,-1 c 0.4,0 0.8,0 0.8,-0.2 l -0.6,-0.2 c -0.6,0.2 -0.4,0 -0.8,0.4 z m 4.2,-0.6 c 1.2,-0.4 1.6,-0.4 1.8,-0.8 l -0.4,-0.2 c -0.8,0 -1.6,0.2 -2.2,1 z m -63.2,-0.8 h -0.2 l -0.2,-0.2 0.4,-1.6 0.4,-0.2 c 0.2,0 0.4,0.4 0.4,0.8 0,0.6 -0.2,1 -0.8,1.2 z m 54.2,-2.2 0.4,-0.4 2.6,-0.6 c 0.2,0 0.2,0 0.2,0.2 -0.2,0.2 -1,0.4 -2,0.6 z m 5.2,-1 c -0.4,0 -0.8,0 -1,-0.2 l 2.6,-0.4 c 0.4,0 0.6,0 0.6,0.2 -0.2,0.2 -1.4,0.4 -2.2,0.4 z m 4.2,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 2.4,-1 15.2,-2.6 17.4,-2.6 0.2,0 0.4,0 0.4,0.2 0,0.6 -9.2,1.2 -13,2.2 z m 19.6,-2.4 c -0.6,0 -1.2,0 -1.4,-0.6 0,-0.4 1.2,-0.8 2.4,-0.8 1.2,0 1.4,0.2 1.8,0.8 0,0.2 -2,0.2 -2.8,0.6 z m -1.8,-5.8 h -0.6 c 1.4,-0.6 1.4,-0.8 2,-1.4 0,0.6 -0.4,1.4 -1.4,1.4 z m -2.4,-1.2 c 0.6,-0.8 0.4,-0.4 1.2,-0.8 0.2,0 0.2,0 0.2,0.2 z m 6.6,-0.4 c -0.4,0 -0.8,-0.2 -0.8,-0.4 0.2,-0.4 0.4,-0.8 1.2,-0.8 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.4,0.6 -0.8,0.6 z m 5.8,-0.2 c -0.6,-0.4 -0.6,0 -0.8,-0.8 0,-0.2 0.4,-0.6 0.8,-0.6 0.8,0.4 0.6,0 1.2,0.6 0,0.2 -0.2,0.4 -0.6,0.6 z m -3,-1 c -0.4,0 -0.8,0 -1,-0.2 0,-0.4 0.6,-0.6 1.4,-0.6 0.2,0 0.4,0 0.4,0.2 0,0.4 -0.2,0.6 -0.8,0.6 z m 11.2,-0.6 -0.2,0.4 c -0.2,0 -0.4,-0.2 -0.4,-0.6 l 0.2,-0.6 z m 2,0.6 c -0.4,0 -0.6,0 -0.6,-0.2 0.6,-0.6 0.6,-1 1.6,-1 0.6,0 0.8,0 1,0.4 l -0.6,0.4 z m 6.4,-0.6 c -0.4,0 -0.8,-0.4 -1.2,-1.4 l 0.4,-0.2 c 0.6,0.2 1,0.8 1.2,1.4 0,0.2 -0.2,0.2 -0.4,0.2 z m 2.8,0 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.4 0.4,-0.4 0.4,0 0.6,0.2 0.6,0.4 v 0.2 c 0,0.2 -0.2,0.4 -0.4,0.4 z m 3.8,-0.6 c -1,0 -1.6,-0.2 -1.6,-0.4 0.4,-0.4 0.8,-0.6 2,-0.6 1,0 2,0.2 2,0.6 0,0.2 -1,0.4 -2.4,0.4 z m -46.2,-14 c -0.4,0 -1,-0.6 -1,-1.2 l 0.2,-0.4 c 1,0.6 1,1 1.2,1.4 z m 1.4,-2.2 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0,-0.6 0,-0.4 0.6,-0.8 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.4,0.6 -0.6,0.6 z m 3.6,-7.2 c -0.2,0 -0.2,0 -0.2,-0.2 0.2,-1.2 0.6,-1.6 1.4,-1.6 h 0.6 c 0.2,0 0.2,0 0.2,-0.2 l -0.2,-0.8 c 0,-0.4 1,-0.2 1,-1.2 0,-1 1.4,-1.8 1.4,-2.2 l -0.4,-0.6 v -0.2 c 0,-0.4 1,-0.8 2.6,-1.8 0,0.2 -1.6,1.8 -1.6,2.8 V 96 c 0,1.6 -3.6,5.8 -4.8,5.8 z m 7.6,-10.8 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0,-0.6 0.2,-1.2 1.2,-2 0.2,0 0.2,0.4 0.4,0.6 -0.2,1.2 -0.6,1.8 -1,1.8 z m -29.6,-19.8 c -0.6,0 -1,-0.2 -1,-0.4 0,-0.2 0.8,-0.6 1.8,-0.6 0.8,0 1.2,0.2 1.2,0.4 -0.4,0.6 -1.2,0.6 -2,0.6 z m 43.8,-4 c -0.2,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.4 0.6,-0.4 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.4,0.6 -0.4,0.6 z m 3.2,-1.2 c -0.8,0 -1.4,0 -1.4,-0.2 l 0.4,-0.2 1,-0.2 1,0.2 0.2,0.2 c 0,0 -0.6,0.2 -1.2,0.2 z m 7.2,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.2,-0.2 h 0.4 c 0.4,0 0.6,0 0.8,0.2 z m 5,-0.6 c -0.6,0 -1,-0.2 -1,-0.2 v -0.2 h 1.4 l 0.4,0.2 c 0,0.2 -0.4,0.2 -0.8,0.2 z m 8,-0.2 c -1.2,0 -1.4,-0.2 -2,-0.6 0,-0.2 0.6,-0.2 1.8,-0.2 1.4,0 2.4,0 2.4,0.2 -0.4,0.4 -1.4,0.6 -2.2,0.6 z m 4,-0.4 c -0.6,0 -0.8,-0.2 -1,-0.6 0,-0.2 0.4,-0.4 0.6,-0.4 0.6,0 1,0.2 1,0.6 0,0.2 -0.4,0.4 -0.6,0.4 z m -73.8,-1 c -0.4,0 -0.6,-0.4 -0.6,-0.6 0,-0.4 0.4,-0.6 1,-0.6 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.4,0.8 -0.8,0.8 z m 76.6,-6 c -0.8,-0.4 -0.4,-0.2 -0.8,-1 V 56 c 0,-0.2 0.8,-0.4 1.8,-0.4 0.8,0 1.2,0 1.2,0.2 l -2,1 z m 15,-0.4 c 0,-0.6 2.6,-1.2 3.6,-1.2 l 0.6,0.2 -1.8,0.8 z m -5.8,-0.6 -0.6,-0.2 1,-0.4 0.4,0.2 0.2,0.2 z m -154.8,160.6 c 0.4,-0.2 0.6,-0.2 0.6,-1 0,-0.6 -0.6,-1.6 -1.2,-1.6 -0.4,0 -0.8,0.4 -0.8,1 0.2,0.8 1,1.6 1.4,1.6 z m 77.2,-9.4 c 6.8,-1.4 8.2,-1.2 13.6,-4 -2.4,0.4 -1.2,0.2 -3.4,0.4 -2.2,0 -4,1.4 -10.6,3.4 z m 15.6,-3.8 c 0.8,0 1,-0.2 1.2,-0.8 -0.2,-0.6 0,-0.4 -0.6,-0.6 -0.6,0 -1.6,0.6 -1.6,1 0.2,0.2 0.6,0.4 1,0.4 z m 3.8,-1.2 c 2.4,-0.4 3.2,-0.8 3.8,-1.4 h -0.4 c -0.8,0 -2.8,0.4 -3.6,1.2 0,0.2 0,0.2 0.2,0.2 z m 5.4,-1 c 0.4,0 0.4,-0.2 0.6,-1 0,-0.2 -0.2,-0.2 -0.2,-0.2 -0.4,0 -0.6,0.2 -0.6,0.6 0,0.4 0,0.6 0.2,0.6 z m -3.2,-1.2 c 0.8,0 2.6,-0.8 2.6,-1 h -0.4 c -1,0 -2.6,0.6 -2.6,1 z m 8.6,-0.4 c 0.6,-0.2 1,-0.2 1,-0.4 -0.6,-0.2 -0.4,-0.2 -1,-0.2 -0.6,0 -1,0.2 -1.2,0.4 v 0.2 z m 3.6,-0.8 c 0.4,0 0.6,-0.2 1,-0.8 l -0.6,-0.2 c -0.2,0 -0.6,0.2 -0.6,0.4 0,0.4 0.2,0.6 0.2,0.6 z m 11.2,-6.6 c 1.4,0 3,-0.4 3.8,-1.8 0,-0.2 -0.2,-0.2 -0.6,-0.2 -1,0 -1.2,1.2 -2.8,1.2 -0.6,0 -1,0.2 -1,0.4 v 0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m -26.8,-50.8 c 1.6,0 2.4,-0.4 3,-1 0,-0.2 -0.2,-0.2 -1,-0.2 -1.4,0 -3.2,0.8 -3.2,1 z m 7.2,-1.4 c 1.8,0 2,-0.4 3.2,-0.8 -2.4,0 -1.4,0 -3.8,0.4 l -1.4,0.4 z m -7.2,-0.4 c 0.4,0 1,-0.2 1.2,-0.8 h -0.6 c -0.6,0.2 -1,0.4 -1,0.6 0,0.2 0.2,0.2 0.4,0.2 z m 20.2,-1.2 c 0.8,0 1.2,-0.2 1.2,-0.2 v -0.2 h -1.8 l -0.4,0.2 c 0,0.2 0.4,0.2 1,0.2 z m 3.2,-0.6 c 0.4,0 0.8,-0.2 0.8,-0.2 l -0.2,-0.2 h -1.4 l -0.2,0.2 c 0.2,0.2 0.4,0.2 1,0.2 z m 4.8,-0.6 c 0.6,0 1,0 1,-0.2 -0.4,-0.2 -1,-0.2 -1.4,-0.2 l -0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m 5,-0.4 c 0.2,0 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 -0.4,0.2 -0.6,0.8 0,0.2 0.2,0.4 0.4,0.4 z m -0.4,-3.2 c 1,0 1.8,-0.2 1.8,-0.8 0,-0.4 -0.6,-0.8 -2,-0.8 -1.2,0 -2,0.4 -2,0.8 0,0.2 0.2,0.4 0.6,0.6 z m 3.4,-1 c 3,-0.4 4.8,-0.6 4.8,-0.8 0,-0.2 -0.8,-0.4 -2.4,-0.4 -2,0 -2.8,0.4 -3,1 z m 6,-0.6 c 0.4,0 0.6,0 0.6,-0.2 0,-0.2 -0.2,-0.4 -0.8,-0.6 -0.2,0 -0.4,0 -0.4,0.2 0,0.4 0.4,0.6 0.6,0.6 z m 2,-0.6 c 0.4,0 0.8,0 0.8,-0.2 -0.2,-0.2 -0.6,-0.2 -1.2,-0.2 l -0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m 4.2,-13.8 c 0.4,0 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.4,0 -0.6,0.2 -0.6,0.6 0,0.2 0.4,0.6 0.6,0.6 z m 10.2,-49 c 1.4,0 2.2,0 2.2,-0.2 l -2.6,-0.2 -2.4,0.2 c 0,0 1,0.2 2.8,0.2 z m 7,-0.6 c 1,0 1.6,0 1.6,-0.2 l -1.6,-0.2 -1.6,0.2 c 0,0 0.6,0.2 1.6,0.2 z m 1.2,-2.8 0.2,-0.8 c 0,-0.2 -0.2,-0.2 -0.8,-0.2 h -2 c -0.8,0 -1.4,-0.2 -1.6,-0.6 0,-0.4 1,-0.4 3.2,-0.4 6.6,0 10.4,0.2 10.4,0.6 0.2,0 -1.2,0.2 -4,0.2 -4.6,0 -4.6,0.6 -5.4,1.2 z m 17.6,-5.2 c 1,0 1.4,0 1.4,-0.2 -1,-0.8 -1.8,-0.8 -2.4,-0.8 -0.6,0 -0.8,0 -0.8,0.4 0,0.4 0.8,0.6 1.8,0.6 z m -7.2,-3.4 c 0.4,0 0.6,0 0.6,-0.2 0,-0.2 -0.4,-0.4 -1.4,-0.8 v 0.4 c 0.2,0.2 0.6,0.6 0.8,0.6 z"/><path d="m 627.40021,234.4 c 0.8,0 2.2,-4.6 2.6,-4.6 0.2,0 0.4,-0.4 0.4,-1 l -0.4,-3 c 0,-0.4 0,-0.6 0.2,-0.6 l 0.8,0.4 -0.2,-0.4 c 0,-1.6 1,-1.8 1.4,-1.8 0.6,0 0.8,0.2 0.8,1.4 0.4,-0.4 0.6,-0.8 1,-0.8 1,0 2.6,3.2 3,3.2 0,-0.6 0.2,-1 0.4,-1 0.2,0 0.4,0.2 0.4,0.6 l -0.2,1.2 c 0,0.8 0.2,1 0.4,1 0.8,0 1.2,-2.2 2,-2.2 l 0.2,0.2 -0.8,1.8 c 0.6,0 1.8,-0.6 1.8,-1.6 l -0.2,-0.8 h 0.4 c 0.2,0 0.6,-1 0.6,-2 0,-1 -0.2,-1.8 -0.4,-1.8 -0.8,0 -0.4,1.6 -0.8,1.6 -1.2,-1.2 -0.6,-0.6 -1.4,-1.8 h -0.2 l 0.2,1.4 c 0,0.4 0,0.4 -0.4,0.4 h -1.2 c -0.8,0 -0.8,0.2 -1.2,0.6 l 0.2,-1.4 c 0,-0.4 0,-0.6 -0.4,-0.6 l -0.6,0.2 c -1.4,0 -1.6,-0.6 -2.6,-0.6 -0.4,0 -0.6,-0.4 -0.6,-1 0,-0.4 0.8,-0.4 0.8,-1.2 0,-0.8 1.8,-3.6 1.8,-5.2 0,-1 -1.2,-1.6 -1.2,-2.2 0,-0.2 0,-0.4 0.2,-0.4 l 0.8,0.8 c 0.4,0 0.2,-0.6 0.6,-0.6 h 0.8 c 0.4,0 0.4,-0.2 0.4,-0.4 0,-0.4 -0.2,-0.6 -0.6,-1.2 0,-0.8 1.4,-2.4 1.4,-3.6 0,-2 1,-1.4 1,-3.2 0,-1.2 0.2,-1.4 0.6,-1.4 l 1,0.2 c 0,-1.4 0.2,-2.2 0.8,-2.2 l 0.2,0.4 c 0,1.6 -1.6,4.2 -1.6,6 0,1.4 -1.4,5.4 -1.4,6.8 0,0.6 0,1 -0.4,1 l -2.4,-1.2 c 0.4,1.4 1.2,0.6 1.2,2.8 0,2 -0.6,4 -0.6,5.2 0,0.2 0,0.2 0.2,0.2 h 0.8 c 0.4,0 0.6,0.2 0.6,0.4 0,0.6 0.2,0.8 0.4,0.8 0.8,0 0.8,-2.4 2,-2.4 l 3.4,0.4 c 1.4,0 1.4,-0.4 1.4,-1.4 0,-0.6 0.8,-0.6 0.8,-1.6 0,-0.2 0,-0.2 0.2,-0.2 h 0.2 c 0.4,0 0.6,0 0.6,-0.2 l -0.4,-1.2 0.2,-0.2 0.8,0.4 0.2,-0.4 c 0,-0.2 -0.2,-0.6 -0.6,-0.8 -0.4,0 -0.8,-1.2 -1,-3.2 0.8,0.8 0.6,0.4 1.2,1.4 l -0.2,-0.6 0.2,-0.2 h 0.8 c 0.8,0 1,-5.4 1.8,-5.4 0.2,0 0.2,0.2 0.2,0.6 0,0.2 0,0.4 0.2,0.4 0.8,-1.2 0.4,-0.4 0.8,-1.8 0,-1 -0.4,-1.8 -0.8,-1.8 l -0.6,0.8 -0.2,-0.2 c 1,-3.8 1.2,-5 2.6,-5 l 0.2,0.2 c 0.6,0 0.6,-4.6 1.6,-5.2 l 0.2,0.2 -0.2,1.6 c 0,0.4 0,0.6 0.2,0.6 0.4,0 1,-2.6 1.6,-4.4 -0.4,0 -1.2,1.6 -1.6,1.6 0,-0.4 0,-0.6 -0.4,-0.6 l -1,0.2 c -0.2,0 -0.2,0 -0.2,-0.2 0,-0.4 1.6,-3.4 1.6,-4.6 0,-1.4 0.8,-2.6 1.2,-2.6 0.2,0 0.2,0.4 0.2,1 0,1.6 -0.2,1.8 -0.6,3.2 l 0.2,0.2 0.4,-0.2 c 0.6,0 1.2,1.6 1.2,2.8 0,2 -1,1.6 -1,2.8 0,4.6 -2.2,5.4 -2.2,8.6 1.4,0 15.8,-40.4 19.4,-47.2 3.8,-8.6 4,-10 7.6,-16.8 2,-4 3,-8.2 4.6,-9.8 0.4,-0.6 0.6,-1.4 0.6,-1.8 v -0.8 c 0,-0.6 1.2,-0.6 2.8,-4.2 1.4,-2.8 1.6,-3.6 1.6,-4.2 -0.4,0 -0.8,0.8 -2,2.2 0.6,-2.2 0.8,-3 1.8,-3 l 1,0.2 c 0.2,0 0.4,-0.2 0.4,-0.4 0,-3.8 7.6,-13 7.6,-16.6 0,-1.4 1.2,-0.8 1.2,-1.8 l 0.2,-0.4 c -1.4,0 -2,2.4 -2.6,2.4 -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.6,-0.6 1.2,-1.2 -0.6,-0.4 -1.2,-0.6 -1.2,-1.2 0,-0.2 0,-0.2 0.2,-0.2 l 1.4,0.8 0.2,-0.2 -0.2,-1.4 c 0,-1.8 2.4,-4.8 2.4,-5.6 0,-1.2 1.2,-1.2 2.2,-4.4 1.4,-3.6 2.6,-6 2.6,-6.8 0.2,-1 0.4,-1 9.8,-2.4 6.8,-1 20.6,-2.6 45.8,-5 5.6,-0.4 10.4,-1.2 10.4,-1.4 0.2,-0.2 0.8,-0.2 1.4,-0.2 l 0.6,0.2 c 0.2,0 0.2,0 0.2,-0.2 0,-0.4 0,-0.6 -3.4,-0.6 l -17.6,0.6 c -4.6,0 -5.8,-0.4 -6,-1 0,-0.6 0.2,-1 0.8,-1 0.6,0 0.6,1 1.2,1 l 1,-0.2 c 0.6,0 0.4,0.8 1,0.8 0.4,0 0.6,-0.4 0.6,-1.2 0,-1 0.4,-1 4,-1 8.8,0 12.6,-0.6 14.4,-1.4 -0.8,-0.8 -1.4,-1 -2.6,-1 -1,0 -0.8,0.8 -1.4,0.8 -1,-0.2 -0.6,0 -1.2,-0.8 0,-0.6 7.2,-0.6 7.6,-1.6 0.4,-0.8 2.4,-0.8 2.4,-1.2 0,-0.2 0.2,-0.4 0.4,-0.4 l 1.4,0.2 c 0.2,0 0.4,0 0.4,-0.2 -0.4,-0.8 -0.6,-1.4 -1.6,-1.4 -1,0 -1,-1.8 -3.8,-1.8 -1,0 -1.8,-0.2 -1.8,-0.2 0.4,-0.4 1,-0.6 1,-1.2 0,-1 2.2,-1.2 6.2,-2.4 0,-0.6 -2.4,-0.4 -2.4,-0.8 0,-0.4 -0.2,-0.8 -1,-0.8 -0.6,0 -0.6,0.4 -1,0.8 -0.4,-0.2 -0.6,-0.2 -0.6,-0.6 0.4,-0.8 0.8,-0.6 0.8,-1.4 0,-0.6 -0.4,-1.4 -1,-1.4 l -0.8,0.2 c -0.8,-0.4 -1.2,-0.4 -1.2,-1 0,-0.8 1.2,-1.6 3.4,-2 1.2,-0.2 1.8,-0.2 1.8,-0.6 -0.6,-1 -1.4,-1.4 -1.4,-2 0,-0.4 -10.6,-2 -17.4,-2.6 -9.2,-0.6 -23.2,-1 -35.2,-1 -7.2,0 -13.6,0.2 -18.2,0.4 -36.4,2.4 -45.4,4.4 -63.6,7.8 -8.6,1.8 -8,3.2 -8.4,10.4 0,3.2 2.8,2 2.8,3.4 0,1.8 1,2.6 3.8,2.6 l 4.8,-0.4 c 1,0 1.4,0.2 1.4,0.4 0,0.4 -0.4,0.6 -0.8,0.6 -2.4,0 -3,0.6 -3,1.4 0,0.6 -1.2,0.8 -1.2,1.6 l -0.2,0.2 -1.2,-0.2 c -0.2,0 -0.4,0 -0.4,0.2 0.4,1.4 0.6,2 1,2 0.4,0 0.4,-1 1,-1 0.8,0 1.4,1.6 1.4,3.6 0,1 2.2,1 2.2,1.4 0,0.4 0.8,0.6 1.8,0.6 l 3.2,0.2 c 2.2,0 10.4,-0.6 11.2,-1 0.4,-0.4 8.4,-0.6 11.8,-1.8 l 2.6,-0.4 0.4,0.2 c -0.6,0.8 -1,1.4 -1.8,1.4 h -1 c -2.4,0 -6.8,1.6 -8.6,1.6 -1.2,0 -1,0.8 -2.6,0.8 l -3.8,0.4 c -2.6,0 -1.8,-0.6 -3.4,-0.6 -2.4,0 -6.6,1.4 -6.6,2.4 0.4,0.4 0.8,0.4 0.8,0.8 -1.6,0 -1.8,0.4 -2.2,2 0,0.4 0.2,0.6 0.4,0.6 h 0.4 l 0.2,0.4 -0.2,1 c 0,1.2 1.4,1 4.4,1.2 4.8,0 14.6,-1 18,-2 h 0.4 c 0.2,0 0.4,0 0.4,0.2 -0.6,2.6 -5,10.8 -5.8,14.2 0,0.4 -1.2,3.2 -2.6,6.4 -3.2,7 -11.4,28.4 -11.4,32.8 0,1 -1.4,2.8 -1.4,4.4 0,1.8 -1.8,2 -1.8,4.2 0,2 -1.6,4.2 -1.6,5 0,0.6 -0.4,1.8 -0.8,2.8 -3.6,11.2 -5.4,16.4 -6,19.6 -0.6,4 -1.4,2.8 -1.4,3.4 0,2.2 -8.6,31.4 -8.6,33.8 0,0.4 -1.2,5 -1.2,7.8 0,2.2 -1.2,3.4 -1.2,6.4 0,4 2.8,4.6 2.8,5.2 0,0.4 0.2,0.6 0.4,0.6 z m 4.6,-15.2 c -0.2,0 -0.2,-0.4 -0.2,-0.8 0,-0.4 0,-0.6 0.2,-0.6 l 0.2,0.2 c 0,0.4 0,1 -0.2,1.2 z m 13.4,-1.8 c -0.4,0 -0.8,-0.6 -0.8,-1.2 l 0.2,-0.4 c 0.8,0.6 0.4,0.4 0.8,1.2 z m 1,-5.8 c -0.2,0 -0.2,0 -0.2,-0.4 0,-0.4 0.4,-0.8 0.6,-1 h 0.4 c -0.2,1 -0.6,1.4 -0.8,1.4 z m -4.6,-11 c -0.2,0 -0.6,-0.4 -0.6,-1.2 0,-0.8 0.2,-1 0.8,-1.4 0.2,0 0.2,0.4 0.2,1.2 0,1 -0.2,1.4 -0.4,1.4 z m 0.8,-3.4 c -0.2,0 -0.4,-0.4 -0.4,-1.2 0,-1.4 1.2,-3.8 1.8,-3.8 l 0.2,0.6 c -0.6,2.8 -1,4.4 -1.6,4.4 z m 14,-4.6 c -0.2,0 -0.6,-0.6 -0.6,-1 l -0.2,-3 c 0,-3 0.8,-2 0.8,-2.6 v -0.2 c 0,-0.2 0.4,-0.6 1,-0.6 l 0.2,0.2 -0.4,1.4 c 0,0.8 1.4,0.4 1.4,1 l -0.4,1.6 -1.6,-0.2 c -0.4,0 -0.6,0.2 -0.6,0.8 v 0.8 c 0.6,-0.6 0.6,-0.8 1,-0.8 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -0.8,0.2 -0.8,0.8 l 0.2,0.4 c 0,0.6 0,1 -0.4,1 z m -12.4,-3.2 -0.2,-0.2 c 0,-0.4 1,-2.2 1.6,-2.2 l 0.2,0.4 c 0,0.4 -0.2,1 -0.8,1.4 z m 14.6,-2.6 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0,-0.8 1,-3.2 1.4,-3.2 0.2,0 0.4,-0.2 0.4,-0.4 l -0.4,-1.2 c 0.8,0.2 1,0.4 1,1.4 0,1.4 -1.4,1.8 -1.4,2.4 l 0.2,0.8 c 0,0.4 -0.2,0.6 -0.6,0.6 z m -12.6,-0.8 c -0.4,0 -0.6,-0.4 -0.6,-1.4 0,-1 1,-1.2 1,-1.6 l -0.6,-1.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 0.6,0.2 0.8,0.2 0.8,2 0,1.4 -0.6,3 -1.2,3 z m 10.8,-3 -0.2,-0.2 c 0.2,-2 0.8,-3.4 0.8,-3.4 h 0.2 c 0.4,0 1.6,0.6 1.6,1 0,0.2 -0.2,0.4 -0.4,0.4 h -0.2 c -0.2,0 -0.8,0.4 -1.2,1.2 z m 3.8,-2 c -0.4,0 -0.6,-0.4 -0.6,-0.6 0,-0.2 0.2,-0.4 0.4,-0.4 0.6,0.2 0.4,0.2 0.8,0.6 0,0.2 -0.4,0.4 -0.6,0.4 z m -13.2,-0.8 c -0.4,0 -0.8,-0.2 -0.8,-0.6 0,-0.2 0.2,-0.4 0.6,-0.4 0.6,0.4 0.6,0 0.8,0.6 0,0.2 -0.2,0.4 -0.6,0.4 z m 11.8,-1 c -0.8,0 -1.2,-0.2 -1.2,-0.8 0,-0.6 0.6,-1.6 0.6,-2.4 v -0.6 c 0,-0.2 0.2,-0.4 0.4,-0.6 2.2,-2.2 5.6,-19.4 9,-20.4 l -0.2,0.6 c 0.4,0.8 0.2,0.4 0.8,1.2 l -0.2,0.2 -0.8,-0.2 c -1,0 -1,1 -1.2,3.2 l 0.2,1.4 c 0,0.2 -0.2,0.4 -0.4,0.4 -0.8,0 -1.6,1.6 -1.6,3 l 0.4,1.2 -0.2,0.2 h -0.4 c -0.8,0 -2,5 -2.8,5.4 -1.8,3.8 -1,2 -1.8,6.8 0,0.8 -0.2,1.4 -0.6,1.4 z m -11,-1.2 c -0.2,0 -0.2,-0.2 -0.2,-0.4 l 0.4,-1.6 0.2,-0.2 c 0.4,0.2 0.6,0.2 0.6,1 0,0.6 -0.4,1.2 -1,1.2 z m 13.6,0 c -0.2,0 -0.4,-0.2 -0.4,-0.4 l 0.4,-2 c 0,-0.2 0.2,-0.4 0.6,-0.4 l 0.4,0.2 -0.8,1.8 0.2,0.6 z m -11.8,-3 c -1.2,-0.4 -1.6,-0.8 -1.6,-1 h 0.6 c 0.6,0 1.2,0.2 1.2,0.6 0,0.2 0,0.4 -0.2,0.4 z m -0.2,-2.2 c -0.2,0 -0.2,-0.2 -0.2,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.2,0 0.2,0.2 0,0.8 -0.2,1 -0.6,1 z m 14.4,-1.4 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0.2,-0.8 0.2,-1.6 0.6,-1.6 0.2,0 0.2,0.2 0.2,0.6 0,0.6 -0.2,1.2 -0.4,1.4 z m -12.6,-1 c -0.6,0 -0.8,-0.4 -0.8,-1 0,-0.4 0,-0.8 0.4,-1 0.2,0 0.6,0.4 0.8,1.4 0,0.4 -0.2,0.6 -0.4,0.6 z m 2,-6 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-0.6 0.2,-0.8 0.4,-0.8 0.4,0 0.6,0.2 0.6,0.4 0,0.4 -0.2,0.8 -0.6,1 z m 2.4,-5 c -0.4,0 -0.6,-0.4 -0.6,-0.8 0,-0.6 0,-1 0.2,-1 0,0 0.4,0.6 0.6,1.4 0,0.2 0,0.4 -0.2,0.4 z m 2,-3.4 c -0.2,0 -0.4,-0.4 -0.4,-0.6 0,-0.4 0.4,-0.6 0.6,-0.6 0.2,0 0.4,0.2 0.4,0.4 v 0.2 z m 10.8,-5.4 v -0.2 c 0,-0.6 0.4,-1.2 1.4,-2.4 0.2,0 0.2,0.2 0.2,0.6 0,0.4 -0.4,1.2 -0.8,1.6 z m 2.2,-4.6 c -0.4,0 -0.4,0 -0.4,-0.2 0,-0.4 0.4,-0.8 1.4,-1.8 0.2,0 0.2,0 0.2,0.2 -0.4,1 -0.6,1.8 -1.2,1.8 z m 2.4,-4.8 h -0.2 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.6 0.4,-0.8 1,-1.2 l 0.2,0.4 c 0,0.4 -0.4,0.8 -0.6,1 z m 0.8,-2.2 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0,-1.8 1,-2.6 2.2,-4 -0.4,1.6 -0.6,2.8 -1.4,4 z m 18.4,-26 -0.2,-0.4 c 0.6,-1.4 1,-2.6 1.4,-2.6 0.2,0 0.4,0.2 0.4,0.4 0,0.6 -1.2,2.6 -1.6,2.6 z m 1.8,-3.6 c 0.2,-0.8 0.4,-1.4 0.8,-1.4 h 0.2 c 0,0.2 0,0.6 -0.4,1 z m 1.6,-4 c -0.4,0 -0.6,-0.4 -0.6,-0.8 0,-0.4 0.2,-0.6 0.4,-0.6 0.6,0 0.8,0.4 0.8,0.8 0,0.4 -0.2,0.6 -0.6,0.6 z m -48.8,-17.4 c -1,0 -1.8,-0.2 -1.8,-0.6 0,-0.2 0.2,-0.2 0.6,-0.2 h 0.8 c 1,0 0.6,-0.8 1.2,-0.8 0.6,0 1,0.4 1,0.8 0,0.4 -0.8,0.8 -1.8,0.8 z m 7.2,-0.4 c -1.2,0 -2.2,0 -2.2,-0.2 v -0.2 c 0,-0.6 -2.6,-0.2 -2.6,-1 0,-0.2 0.2,-0.2 0.4,-0.2 l 1,0.2 c 0.2,0 0.2,0 0.2,-0.2 l -0.4,-0.8 c 1.4,0.6 0.8,1.2 7.6,1.2 3.6,0 5.4,0 5.4,0.4 l -1.6,0.4 c -1.8,0.2 -5.4,0.4 -7.8,0.4 z m 57.8,-9.4 c -0.6,0 -1,-0.2 -1,-0.4 l 1.8,-0.6 c 0.2,0 0.4,0.2 0.4,0.4 0,0.2 -0.4,0.6 -1.2,0.6 z m 3.4,-0.8 -0.2,-0.2 c 0.8,-0.6 2,-0.8 3.4,-0.8 h 0.4 v 0.2 l -2.2,0.6 z m 10,-1 -1.6,-0.2 c 1.4,-0.6 1.8,-0.8 2.8,-0.8 h 0.8 c 0.6,0 0.4,-0.2 0.6,-0.6 l 0.6,0.4 c 0,0.4 -1,1.2 -3.2,1.2 z m 7.4,-0.6 c -0.6,0 -0.8,-0.2 -0.8,-0.4 l 0.2,-0.4 c 0,-0.2 -0.4,-0.4 -1,-0.4 h -1.4 c 4.2,-1.2 2.4,-2.2 5.8,-2.2 -2,0.4 -3,0.8 -3,1 0.4,0 0.6,0.2 0.6,0.4 v 0.6 c 0,0.4 0.2,0.4 0.8,0.4 2,0 2.8,-0.2 2.8,-0.6 l -0.6,-1.4 c 0,-0.4 0.6,-0.6 2.2,-0.6 1.4,0 1.4,0.2 1.8,0.4 1.8,-0.6 2.6,-0.8 4.2,-0.8 0.8,0 1.4,0 1.4,0.4 0,0.8 -1.6,0.8 -3.8,1.4 0,0.4 0.8,0.4 2.4,1 -2.6,0 -2.8,-1 -4.2,-1 l -1.8,0.4 c -0.4,0 -1,1.2 -4,1.6 z m -24.8,-1.4 c -0.8,0 -1.2,-0.2 -1.2,-0.6 0,-1.6 2.8,-1.8 10.2,-2 0,0.4 -1.6,1.4 -2.4,1.4 l -0.6,-0.2 c -0.8,0 -0.6,0.4 -1.4,1 -0.4,0 -0.4,-0.8 -0.8,-0.8 -0.8,0 -2.8,1.2 -3.8,1.2 z m 11.6,0.2 c -0.6,0 -0.8,0 -0.8,-0.4 1.8,-4 1.8,-3 8,-3.6 h 1 c -1.2,0.8 -1.6,1.2 -4,1.2 -1,0 -1.4,0 -1.4,0.2 0.4,0.6 0.6,0.6 0.6,0.8 -0.6,0 -1,0 -1,0.2 l 0.8,0.8 c 0,0.2 -0.4,0.2 -1,0.4 z m 8.4,-1.2 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.4,-0.2 h 0.2 c 0.4,0 0.6,0 0.8,0.2 z m 2.2,-2.4 c -0.8,0 -1.4,0 -1.4,-0.2 1,-0.6 2.2,-0.8 4.2,-0.8 1.4,0 2,0 2,0.2 -1.6,0.8 -2.8,0.8 -4.8,0.8 z m 8.8,-0.4 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0.2,-0.6 0.4,-0.8 1.2,-0.8 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.6,0.8 -1.2,0.8 z m 7.4,-0.4 c -2,0 -4.2,-0.4 -4.2,-0.6 3.8,-0.2 4.6,-0.2 6.6,-0.6 0.8,0.4 0.6,0 0.8,0.6 0,0.2 -0.2,0.4 -0.4,0.4 z m 9,0.2 c -0.2,0 -0.8,-0.4 -2,-1.4 0,-0.2 0.2,-0.2 0.6,-0.2 0.6,0 1,0.4 1.2,0.8 z m -4,-0.4 c -0.4,0 -0.6,-0.4 -0.8,-1 l 0.4,-0.2 c 0.4,0 0.6,0.2 0.6,0.6 0,0.4 -0.2,0.6 -0.2,0.6 z m 6.6,-0.4 -1.2,-0.2 -0.4,-0.4 c 0,-0.2 0.2,-0.2 1,-0.2 3.2,-0.2 1.6,0 5,-0.4 0.2,0 0.2,0 0.2,0.2 l -0.2,0.2 c -1.6,0.6 -3.2,0.8 -4.4,0.8 z m -12.6,-8.4 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.4,-0.2 h 0.2 c 0.4,0 0.6,0 0.8,0.2 z m -107.8,172.4 c 1.2,-1.8 1.6,-3.2 1.6,-3.2 l -0.2,-0.2 c -0.4,0 -0.6,0.6 -1,1.8 z m -1.4,-2 c 0.8,0 1.4,-0.6 1.6,-1.4 l -0.4,-0.2 c -1.6,0.2 -2.6,0.4 -2.6,1 0,0.2 0.4,0.4 1,0.6 z m -2.6,-0.8 c 0.4,0 0.6,-0.2 0.6,-0.4 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.2,0 -0.6,0.2 -0.6,0.6 0,0.2 0.4,0.4 0.6,0.4 z m 15.4,-13.6 c 0.4,0 0.6,-1 1.6,-2.8 l -0.2,-0.2 c -1,1 -1.6,1.6 -1.6,2.8 0,0.2 0,0.2 0.2,0.2 z m 51,-117.2 c 0.4,0 0.8,0 0.8,-0.2 v -0.2 c 0,-1 3.6,-7.4 3.6,-8.4 l -0.2,-0.6 c 0.8,-1.6 1.4,-2 2.8,-5.2 0,-0.2 -0.2,-0.2 -0.4,-0.2 h -1.2 l 0.4,0.4 c 0,1 -3,4.6 -3,6.2 0,1.4 -2.2,5 -3,5 h -0.4 l 0.2,0.8 -0.4,2 c 0,0.4 0.2,0.4 0.8,0.4 z m 6.6,-15.6 c 0.4,0 0.8,-0.2 0.8,-0.6 -0.2,-0.2 -0.6,-0.6 -0.8,-0.6 -0.6,0 -0.8,0.4 -0.8,0.8 0,0.2 0.4,0.4 0.8,0.4 z"/><path d="m 800.60029,242.6 c 2,0 0.6,-3.6 2.6,-4.8 1.4,-0.8 1.2,-2.8 2,-2.8 0.2,0 0.4,-0.2 0.4,-0.6 l -0.2,-1.6 c 0,-1.4 1.4,-3 1.4,-4.2 0,-0.4 0.2,-0.6 0.8,-0.6 1.4,0 2,0 2,0.6 l -0.8,3.6 c 0,0.6 0.2,0.8 0.8,0.8 h 0.6 c 0.6,0 1,0.6 1,1.8 0,2.2 -0.4,3 -1,6.6 0.4,0 1.6,-2.8 1.6,-3.8 l -0.2,-0.8 c 1.2,0.4 1,2.2 1.4,2.2 0.8,0 1.8,-5.4 2.8,-5.4 0.4,-0.2 0.6,-0.4 0.6,-0.6 0,-0.6 0.2,-2 2.4,-6 l -0.2,2.4 c 0,0.2 0,0.2 0.2,0.2 0.8,-0.8 1,-1.6 1.8,-1.6 0.6,0 1,-0.8 1,-1.6 V 226 c -0.2,-1 0,-0.6 -0.4,-1.2 0.8,0 2,-0.8 2,-2.8 l -0.2,-0.8 0.8,0.4 c 0.2,0 0.2,0 0.2,-0.2 l -0.2,-1.2 c 1.2,0 2.6,-2.6 3,-8 l 0.2,-0.2 0.8,0.4 -0.2,-1.4 c 0,-0.8 0.2,-1.2 0.6,-1.2 l 1.2,0.6 c 0,-2 10.8,-28.6 11.8,-28.6 h 0.2 c 0.2,0 0.2,0 0.2,-0.2 l -0.2,-1 0.8,0.2 -0.2,-1.4 c 0,-2.6 1.4,-4.6 2.6,-4.6 l -0.4,-1.2 c 0.6,0 1,0.2 1,1.2 0,1.4 -2,2.2 -2,3 0,0.6 -0.8,0.2 -0.8,1.2 l 0.2,1.2 c 0,1.4 -0.4,3.2 -1,3.2 h -0.4 l -0.2,0.2 0.2,1 c 0,0.2 0,0.2 -0.2,0.2 l -0.4,-0.2 -0.2,0.2 0.4,1.6 -0.2,0.2 -1,-0.4 0.2,0.8 c -7.6,19.2 -8.6,21.4 -9.2,21.4 l -0.2,0.2 0.8,1.4 c -0.6,0.2 -1,0.4 -1.6,2.2 -0.2,1.2 -0.8,3.2 -1.4,4.6 -3.2,6.6 -5,11.6 -5,12.2 0.6,0 6,-11.2 21,-46.8 10.6,-25.6 5.6,-14 17,-39 1.2,-2.2 2.4,-4.2 2.6,-4.2 0.4,0 0.6,-0.2 0.6,-0.6 l -0.2,-0.4 -0.6,0.2 V 138 c 0,-2 2.6,-1.6 2.6,-2 -0.8,-1 -1.2,-1.2 -1.2,-2 0,-0.8 1.8,-2 1.8,-3.4 0,-1 1.8,-3 1.8,-3.8 l -0.8,-1.4 c 0,-0.6 0.8,-1.4 1.6,-1.4 0.8,0 1.8,-2.4 1.8,-4 v -1.2 c 0,-0.4 0.2,-0.6 0.4,-0.6 1.2,0 4,-4.8 4,-6.2 0,-0.6 0,-0.4 -0.4,-0.6 -0.4,0 -1,0.4 -1,1 0,0.2 0.2,0.2 0.4,0.2 l 0.6,-0.2 c 0,0.6 -0.2,0.8 -0.6,0.8 -0.8,-0.4 -1.2,-0.4 -1.2,-1 0,-0.6 0.6,-1.4 2.4,-3 2.2,-2.4 4.6,-6.4 4.6,-7.8 0,-0.6 0.2,-1.2 0.4,-1.4 1.8,-2.6 2.8,-3.6 2.8,-5 0,-0.2 -0.2,-0.4 -0.4,-0.4 -0.4,0 -0.6,0.2 -1.4,0.6 -0.2,0 -0.2,0 -0.2,-0.4 0,-1 0,-1.4 0.6,-1.4 l 2,0.6 c 0.2,0 0.2,-1.4 0.6,-1.4 0.2,0 0.4,-0.2 0.4,-0.4 0,-1 1.6,-3.6 1.6,-4.8 V 87 c 0,-0.4 0.2,-1 0.6,-1.4 1.2,-1.2 4.2,-9.4 4.2,-10.8 0,-0.4 -0.4,0 -0.4,-1 l 0.2,-2.4 c -2.4,5.8 -3.2,8.8 -3.6,8.8 0,-0.8 0.2,-1.8 1,-3.6 1.4,-4.4 2.2,-8.8 2.2,-11 0,-0.8 0,-1.2 0.4,-1.2 0.2,0 0.6,0 0.6,-0.4 0,-0.2 -0.2,-0.4 -0.6,-0.4 l -1.6,0.2 c -0.6,0 -0.8,-0.2 -0.8,-0.6 0,-1 2.6,-3 2.6,-3.6 v -0.2 l -0.8,0.4 -0.2,-0.2 0.4,-1.4 c 0,-0.2 -0.2,-0.2 -0.4,-0.2 l -1,0.2 c 1,-1 1.6,-1.2 1.6,-1.6 -1,0 -1.4,0 -1.4,-0.4 0.2,-0.4 0.4,-0.6 0.6,-0.6 h 0.2 c 0.2,0 0.4,-0.6 0.4,-1.2 v -1.2 c -0.6,0.6 -1.2,1 -2.2,1 -1.2,0 -1.4,-0.4 -1.8,-1.4 0,-1 0.6,-1.4 1.6,-3 -2.2,1.8 -3.2,2.6 -4,2.6 l -0.2,-0.2 c 1,-1.2 1.4,-1.6 1.4,-2.2 l -0.2,-0.4 c -0.6,0 -0.8,0.4 -1.8,1 l -0.2,-0.2 c 0,-0.4 1.8,-2.2 1.8,-2.8 -0.4,-0.4 -0.2,-0.2 -0.4,-0.6 0,-0.6 0.2,-0.6 0.6,-1.4 -0.6,-0.8 -0.4,-0.4 -0.6,-1.2 l 0.4,-3 c 0,-0.4 0,-0.4 -0.4,-0.4 -1,0 -1.8,0.4 -2.8,0.4 -0.8,0 -7,4.2 -8.2,4.2 -2.4,0 -3.8,4.2 -12.2,21.8 0,0.8 -4.4,8.4 -4.4,9.6 0,0.4 -0.4,1.2 -1,1.6 -1,0.8 -3,5.4 -3,6.6 0,0.6 -1.2,0.4 -2.2,4 -1,3.6 -4.8,9.6 -4.8,10.8 -1.4,2.8 -2.4,4 -3,6 -3.2,7.8 -4,8.6 -10,22.8 -3.6,0.6 -7.8,0.8 -29.2,0.8 -6.4,0 -11.6,0 -11.6,-0.2 0,-1 16.4,-31.8 16.4,-33.2 0,-1 2.4,-3 2.4,-4 0,-0.4 -1.4,-0.4 -1.4,-1 0.6,-1.2 1.2,-1.6 2,-1.6 0.6,0 4,-6.2 4,-7.6 v -0.2 c 0,-0.4 0.8,-1.6 1.6,-2.8 2,-3 3.8,-8 3.8,-9.6 l -0.6,-1 c 0.4,-0.6 0.6,-0.8 0.6,-1.8 0,-1.6 -1.6,-4 -2,-4 -0.2,0.4 -0.2,0.8 -0.8,0.8 l -0.6,-0.2 -1.4,0.8 -0.2,-0.2 c 2.8,-6.4 2.2,-5.4 3.2,-8.8 0,-0.6 -0.2,-0.8 -0.6,-1.2 l -0.2,0.2 0.4,1.8 h -0.2 c -0.6,-0.8 -0.8,-1.4 -1.2,-1.4 h -0.4 l -0.2,-0.6 0.2,-2.2 c 0,-0.4 0,-0.6 -0.2,-0.6 -2,1 -2.8,3.4 -3.4,3.4 -0.8,-0.4 -1.2,-0.6 -1.2,-1.2 l 0.6,-1 -0.2,-0.4 c -0.6,0 -1,0.4 -1.6,1 l 1,-2.4 c 0,-0.2 -0.2,-0.2 -0.2,-0.2 -1.2,0.6 -0.8,0.2 -1.6,1 0.8,-1.4 0.4,-4.6 1.2,-6 h -0.8 l -0.4,0.2 c -0.2,0 -0.4,-0.2 -0.4,-0.4 l 0.4,-2.2 c 0,-0.6 -0.2,-0.6 -0.6,-0.6 -1.8,0.2 -5.2,2.6 -5.2,3.8 v 0.4 c -0.6,-0.6 -0.8,-1 -1.4,-1 l -7.6,5.2 -6.4,4.4 -11.4,23.8 -24,53.8 c -0.8,0 -1.8,1.4 -2.8,1.4 -0.8,0 -2.8,2 -3.8,2 -0.4,0 -1.2,0.2 -2.2,0.6 -0.8,0.6 -1,1.6 -1,2.6 0,1.2 1.6,1 1.6,1.4 -1.2,1 -2,1 -2,2.2 0,1.6 1.2,2.6 3.4,4.6 l -24.4,71.4 c 0,1.4 2.2,3.2 3.6,3.2 1,0 2.2,-3 2.2,-5 0,-0.8 0.2,-1.4 0.6,-1.4 0.2,0 0.4,0.4 0.4,1.2 l -0.4,3.6 c 0,0.6 0.2,0.8 0.4,0.8 0.4,0 0.8,-0.6 0.8,-1.8 0,-1.4 0.4,-1.2 1,-1.6 V 217 c 0,-0.6 0.2,-1.2 0.6,-1.2 l 0.2,0.2 c 0.2,0 0.2,-0.2 0.2,-0.6 l -0.4,-1.8 c 0,-0.6 0.4,-0.8 1.4,-0.8 0.8,0 1.8,0.4 2.4,0.8 0.8,0.8 1.8,1 2,2 0,0.8 -0.2,1.2 -0.6,1.2 -0.4,-0.8 -0.6,-1 -1,-1 v 0.4 c -0.2,0 -0.4,-0.2 -1,-0.8 -0.4,0.8 -0.4,0.4 -0.4,1.2 0,0.4 0,0.6 0.2,0.6 0.4,0 0.2,1.2 1,1.2 l 0.4,-0.2 c 0.4,0 0.4,0.4 0.4,1.2 v 1.2 c 0,0.2 0,0.2 0.2,0.2 0.4,0 0.6,-1.2 1.4,-2.6 0,1.8 0.6,3.8 1,3.8 0.2,0 0.2,-0.8 0.6,-0.8 1.4,0 4.2,-3.6 4.2,-6.6 v -0.2 c 0,-1.8 1,-1.2 1,-2.4 0,-1.6 1,-2 1,-2.4 0,-1 0.8,-1.4 2.6,-1.4 1.2,0 1,1 2,1 0.4,0 0.6,-0.2 0.6,-0.6 l -0.2,-0.4 c 0,-0.8 0.8,-1.8 1.4,-1.8 0.4,0 0.8,-0.2 0.8,-0.6 l -0.2,-0.4 -0.6,0.2 V 205 l 0.4,-0.6 c 0.2,0 0.2,0.4 0.8,0.8 0.2,0 0,-1.6 1.2,-3.2 0.6,-0.8 0.8,-1.2 0.8,-1.6 0,-0.8 -0.4,-0.6 -0.8,-1.6 l 0.8,0.2 c 0.6,0 1.2,-0.8 1.2,-1.8 -0.4,-0.8 -0.8,-1 -0.8,-1.2 l 0.8,0.2 c 1.2,0 2,-3 2.4,-3 0,0.6 -2,5.4 -5.2,12.4 -3.4,7.6 -6.4,14.8 -6.4,17.6 0,0.2 0,0.2 0.2,0.2 0.6,-0.2 4.8,-9.4 7.8,-16.4 4.8,-11.8 23.6,-51.6 24.6,-51.6 5,-0.4 5.2,0 8.4,-3.2 -1.8,1.4 -2.4,2.2 -3.2,2.2 -0.6,-0.4 -1,-0.8 -2,-0.8 h -1.4 c -0.8,0 -1.2,0 -1.2,-0.4 0.4,-1 1,-0.6 3,-1 -1.4,-0.4 -2.2,-0.4 -2.2,-1 0.4,-1 0.2,-0.6 0.8,-1 0.4,0 0.4,0.4 1.2,0.8 l 1.2,-0.2 c 1,0 1.2,0.2 1.6,1 v -1.2 c 0,-0.2 0.2,-0.4 0.4,-0.4 l 1.4,0.8 1,-0.4 0.2,0.2 -0.4,0.8 0.2,0.2 c 1,0 1.2,-1.8 2,-1.8 l 0.4,0.2 -0.8,1.2 c 0,0.4 0.4,0.6 0.8,0.6 0.8,0 1,-1.8 1.6,-1.8 1,0.4 1,0.6 2,0.6 1,0 1,-0.2 2.2,-0.6 l -0.2,0.8 c 1,-0.8 2,-1.2 2.6,-1.2 h 0.4 c 0.6,0 1,-0.2 2,-0.8 l -0.4,0.8 c 0,0.4 1.6,0.4 1.6,1 v 0.4 c 0.2,0 0.2,-0.8 1.2,-0.8 l 1,0.2 -0.4,-1 0.2,-0.2 c 0.4,0 0.8,0.6 1.8,1.2 0,0 0.2,-0.2 0.2,-0.4 0,-0.2 -0.2,-0.6 -0.2,-1 0,-0.4 0.2,-0.8 0.6,-0.8 0.8,0 1.6,0.4 3.4,0.8 1,0 1.6,-1.2 2.2,-1.2 0.8,0.4 4,0.6 4.2,1 0,0.4 0,0.2 0.4,0.4 1.4,0 1.2,-2.2 2.4,-2.2 0.2,0 0.4,0.2 0.4,0.4 l -0.2,0.6 c 1,0 1.4,-0.8 3.6,-0.8 0.6,0 0.8,0 0.8,0.2 l -0.2,0.8 0.8,1.2 c 0,0.6 -2,2.4 -2.4,4 -0.4,1.8 -1.8,3.6 -1.8,4.4 0,1.8 -3.2,7.8 -7.4,20.8 -2,6.6 -11,27.8 -11,28.8 0,0.6 0.2,0.6 0.6,1.2 0,0.6 -1.8,1.2 -3.6,10 l -2.2,10.4 c -0.4,1.6 -0.6,4.2 -0.6,6.4 0.2,4.4 0.4,5.2 1.2,5.6 0.2,0 0.4,-0.4 0.4,-1 v -0.6 c 0,-0.2 0.2,-0.4 0.6,-0.4 0.2,0 0.4,0.2 0.4,0.6 l -0.4,2.2 c 0,0.6 0.4,0.6 1,0.6 z m -59,-25.2 c 0,0 -0.2,-0.2 -0.2,-0.6 0,-0.2 0.2,-0.6 0.6,-0.6 l 0.2,0.2 c -0.2,0.6 -0.4,1 -0.6,1 z m -12.4,-3 c 0,0 -0.2,-0.2 -0.2,-0.8 0,-1.2 0.4,-1.6 1,-1.6 0.2,0 0.2,0.2 0.2,0.4 0,0.4 -0.2,1 -0.6,1.6 z m 5,-2.2 c -0.4,0 -0.4,-1.6 -1,-3 0,-0.2 0,-0.2 0.2,-0.2 l 1.4,0.2 c 0.4,0 0.4,0 0.4,-0.2 l -0.2,-1.8 c 0,-1 0.4,-1.6 1,-1.6 h 1 l -0.8,-1.4 c 0,-0.8 0.4,-1.4 1.2,-2.8 l -0.2,-0.4 c 0.4,-1 1,-1 1,-2.8 0,-1.6 1.6,-3.2 1.6,-5 v -0.4 c 0,-0.4 0.2,-0.6 0.4,-0.6 l 0.6,0.2 V 192 l -0.2,-1 c 0,-2.2 0.8,-2.2 0.8,-3.2 0,-1 0.6,-1.4 1.6,-1.6 v 0.2 c -0.6,0.6 -0.8,1 -0.8,1.8 v 1.2 c 0,1.8 -2,5.4 -2,6.2 v 0.6 c 0,1.2 -1.8,4.4 -1.8,6.8 v 0.8 c 0,1.8 -0.8,1.6 -1.6,4.4 -0.4,2 -0.8,3 -1.2,3 l -0.6,-0.6 c -0.2,0 0,1.6 -0.8,1.6 z m 75.4,15.2 c -1.2,0 -2,-0.4 -2,-0.8 l 0.4,-0.6 c 0.4,0 0.4,0.2 0.8,0.6 v -0.2 l -0.2,-2.4 c 0,-0.2 0,-0.4 0.2,-0.4 l 1,0.4 c 0.2,0 0.4,-0.2 0.4,-0.4 l -0.4,-1.4 c 0,-0.8 0.8,-1 0.8,-2.6 0,-1.6 1.8,-5 1.8,-5.8 v -0.2 c 0,-0.4 0.4,-0.6 1,-0.6 0.8,0 1.2,0.4 1.2,1.2 v 0.4 c 0,1.2 -0.6,0.8 -1,1 l 0.2,0.4 c 0,0.6 -1.4,0.2 -1.4,1.2 l 0.2,1.4 c 0,1.2 -1.2,2 -1.2,2.8 v 0.8 c 0,1.8 -1.6,5.2 -1.8,5.2 z m -59.6,-19.4 c 0,-0.2 0.2,-1.2 0.8,-2.2 l 0.2,-2.8 c 0,-0.6 0.8,-0.2 0.8,-1.4 l -0.2,-1.8 c 0,-0.6 0.2,-1 0.4,-1 0.2,0 0.2,0.2 0.4,0.8 l -0.2,1 c 0.4,0 0.8,-0.8 1.8,-2.4 v 0.2 c -1.6,5 -3.4,9.6 -4,9.6 z m 2.6,-9.8 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-1 0.4,-4 1.4,-4 0.2,0 0.6,0.2 0.6,0.8 v 0.2 c 0,1.2 0.2,1.6 0.6,2.4 l -0.8,-0.2 c -0.4,0 -1,1.4 -1.4,1.4 z m 72.2,16.2 c -0.2,0 -0.4,-0.4 -0.6,-1.4 0.6,0.8 0.2,0.4 0.8,1.2 z m -11.2,-2.8 c -0.2,0 -0.2,0 -0.2,-0.2 0.8,-1.8 1.4,-2.2 1.8,-2.2 0,0.4 -0.4,1.2 -1,1.8 z m -59.4,-19.2 c -0.2,0 -0.4,0 -0.4,-0.4 l 0.4,-1.6 c 0,-0.2 0.4,-0.2 0.8,-0.2 0.6,0 1,0.2 1,0.6 0,0.4 -1.2,1.6 -1.8,1.6 z m 5.4,0 0.8,-1.4 h 0.2 v 0.2 l -0.6,0.8 z m 56.4,17.4 c -0.4,0 -0.6,-0.8 -1,-2.8 7.6,-19.8 8.2,-20.6 9.8,-21.8 l -0.2,0.6 c 0.6,0.4 1,0.4 1,0.8 0,1 -1.6,0.6 -10.2,21 0,0.4 1.4,0.2 1.4,0.6 l -0.4,1.2 z m -59.4,-21 c 0,0 -0.2,0 -0.2,-0.4 0,-0.2 0.4,-0.6 0.6,-0.8 h 0.4 c -0.4,0.8 -0.4,1.2 -0.8,1.2 z m 5.2,-1 v -0.2 c 0,-0.6 1.6,-3.8 2,-3.8 0,0.4 -0.4,1 -0.6,1.8 -0.8,1.6 -1.2,2.2 -1.4,2.2 z m -2.4,-1.4 c -1.2,0 -1.8,0 -1.8,-0.8 0,-0.4 0,-0.4 0.2,-0.4 1,0.2 1.6,0.8 1.6,1.2 z m -15.8,-1 -0.2,-0.2 c 0,-1.2 2.2,-7.4 3.4,-7.4 l 0.2,0.4 -0.6,2.2 c 0,0.2 0,0.2 -0.2,0.2 l -0.6,-0.2 -0.2,0.2 c 0.2,0.2 0.2,0.4 0.2,0.4 v 0.6 c 0,1.2 -1.2,3.8 -2,3.8 z m 82,-1.2 V 184 c 0.2,-2.4 0.6,-4 0.8,-4 0.4,0 0.8,0.8 0.8,1.6 v 0.4 c 0,0.8 -0.4,1.4 -0.8,1.8 z m -61.6,-1.2 v -0.2 c 0,-0.4 0.8,-2 1,-2 v 1.2 c 0,0.2 -0.2,0.6 -0.4,0.8 z m -5.2,-0.4 c -0.2,0 -0.6,-0.2 -0.6,-0.6 l 0.2,-0.4 c 0.6,0.2 1,0.4 1,0.8 0,0 -0.2,0.2 -0.6,0.2 z m 79,0 c 0,0 0,-0.2 -0.2,-0.8 0,-0.8 0.4,-1 1.2,-1.4 v 0.2 c 0,0.4 -0.2,1 -0.4,1.4 z m -77.8,-1.4 c -0.6,-0.4 -1,0 -1,-0.8 0,-0.8 2,-4.6 2,-5.4 0,-1.2 0.4,-1.2 0.8,-2 l -0.2,-0.6 c 0,-0.4 1,-0.8 1.4,-2.2 1.6,-3 0.6,-1.8 2.6,-4.4 l 0.2,1.6 c 0,0.8 0,1.4 -0.2,1.4 h -0.2 c -0.8,0 -2.2,2.2 -2.2,3.2 l 0.2,0.8 c 0,1.4 -2.2,4.2 -2.6,6.2 -0.2,1.6 -0.4,2.2 -0.8,2.2 z m 68,-1.6 c 0,0 -0.2,-0.4 -0.2,-1.2 0,-0.4 0.2,-0.8 0.4,-0.8 h 0.2 c 0.2,0.2 0.4,0.4 0.4,0.8 -0.2,0.8 -0.6,1.2 -0.8,1.2 z m -61.6,-1.6 c 0,-0.4 1.6,-4.4 2.2,-5 l 0.4,-0.2 c 0,0.8 -2.2,5.2 -2.6,5.2 z m -19.8,-1.4 c 0.4,-3.6 1.8,-4.4 1.8,-5.6 0.4,-2 1.4,-2 1.6,-3.4 0.2,-0.6 0.6,-1.2 1,-1.2 0.2,0 0.4,0.2 0.4,0.4 0,0.8 -2,2.8 -2,5 v 0.2 c 0,1 -0.4,1.6 -0.6,1.6 h -0.2 c -0.2,0 -0.2,0.2 -0.2,0.4 v 0.2 c 0,1 -1.4,2.4 -1.8,2.4 z m 82.4,0.2 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.8 1.4,-4.4 2,-4.4 0.2,0 0.4,0.2 0.4,0.4 0,0.8 -1.4,2.6 -1.4,3.6 0,0.6 -0.2,1 -0.4,1 z m -60,-4.6 6.2,-14 c 0.2,-0.6 0.6,-1 0.8,-1 0,1.2 -6.6,15 -7,15 z m 76.6,-0.6 -0.6,-0.2 c 1,-0.4 0.6,-0.2 1,-1 l -0.2,-1.2 c 0.8,0.6 0.4,0.4 0.8,1.2 -0.2,0.6 -0.2,1.2 -1,1.2 z m -3.2,-0.6 0.6,-2 c 0,-0.6 -0.6,-0.6 -0.6,-1.2 0,-1 1.6,-3.2 2.8,-3.2 0.2,0 0.2,0 0.2,0.2 -1.4,2 -1.2,3.8 -2.4,5.4 z m -10.6,-1.4 c -0.2,0 -0.6,-0.4 -0.6,-1.2 0.4,-1.4 0.4,-2 1,-2 0.4,0 0.6,0.2 0.6,1 0,0.4 -0.2,1.4 -0.6,1.8 z m -79.4,-4 c -0.2,0 -1.2,-0.6 -1.2,-1.6 l 0.4,-1.6 -0.2,-0.2 c 0,-0.2 0.6,-0.6 1.8,-1 0.4,0 0.8,0.4 0.8,0.8 0,0.6 -0.2,0.8 -0.8,1.2 -0.2,0 0,-0.6 -0.4,-0.6 -0.6,0 -0.8,0.6 -0.8,1.4 0,0.6 0.2,0.8 0.4,0.8 l 0.6,-0.2 0.2,0.2 c -0.4,0.6 -0.6,0.8 -0.8,0.8 z m 14.6,-0.4 c -0.2,0 -0.2,-0.2 -0.2,-0.4 0.2,-0.6 0.6,-0.8 0.6,-0.8 0.2,0 0.4,0.2 0.4,0.6 0,0.2 -0.4,0.6 -0.8,0.6 z m 67.4,-1.4 c -0.4,0 -0.6,-0.4 -0.6,-0.8 v -0.2 c 0,-1 1.6,-2.2 1.6,-3 v -0.2 c 0,-0.8 0.8,-1.4 1.6,-2.4 -0.6,2.4 -0.2,1.2 -1.4,3.6 -0.6,0.4 -0.4,3 -1.2,3 z m -67,-1 c -0.4,0 -0.6,0 -0.6,-0.4 0.2,-0.6 0.4,-1.2 1,-1.2 0.2,0 0.6,0.2 0.6,0.8 0,0.2 -0.4,0.6 -1,0.8 z m 78.4,-1.2 c -0.4,0 -0.8,-0.2 -0.8,-0.4 l 0.2,-0.2 0.6,-0.2 c 0.4,0 1,0.2 1,0.6 0,0.2 -0.4,0.2 -1,0.2 z m -91.8,-1 c -0.4,0 -0.6,-0.2 -0.8,-0.6 0.6,-1.8 1,-2.8 1.6,-2.8 0.4,0 0.6,0.4 1.2,1 0,0.4 -1.2,0.6 -1.2,1.4 v 0.2 c 0,0.6 -0.4,0.8 -0.8,0.8 z m 92.8,-0.2 c -0.6,-0.4 -0.4,-0.2 -0.6,-0.8 0,-0.8 0.4,-1.2 1.4,-1.8 v 0.2 c -0.2,1.4 -0.4,2.4 -0.8,2.4 z m -77.2,-0.8 h -0.4 c -0.2,0 -0.4,0 -0.4,-0.4 0,-0.8 1.2,-4.2 1.8,-4.2 0.8,0.8 0.6,0.4 0.8,1.4 0,0.8 -1.4,1.6 -1.4,2 l 0.2,0.6 c 0,0.2 -0.2,0.4 -0.6,0.6 z m -13.6,-2.6 c -0.2,0 -0.6,-0.6 -0.6,-1.4 0,-0.8 0.2,-1.4 0.4,-1.4 0.8,0 1.2,0.4 1.2,1 -0.2,1.2 -0.6,1.8 -1,1.8 z m 91.6,0 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0,-0.8 2,-2.4 2.8,-5 0.6,-2.2 1.8,-3.8 2.4,-3.8 h 0.2 v 0.2 c -1.2,2.2 -2,3 -2,4.2 v 0.2 c 0,2 -2.2,4.6 -3,4.6 z m -89.6,-4.2 c -0.2,0 -1.4,-0.4 -1.4,-0.8 0,-0.2 0.2,-0.4 0.6,-0.4 0.2,0 0.4,0.2 0.6,0.4 z m 82.4,-2.8 c -0.2,0 -0.6,-0.4 -0.8,-1.2 l 0.2,-0.2 c 0.2,0 0.4,0.4 0.6,1.2 z m -43.2,-0.6 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0.2,-0.6 0.2,-0.2 0.6,-0.6 0.2,0 0.4,0.2 0.6,0.4 0,0.4 -0.4,0.6 -0.6,0.6 z m 41,-0.8 h -0.2 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.6 0.4,-1 1,-1 0.2,0 0.2,0 0.2,0.2 0,0.4 -0.2,0.8 -0.6,1 z m 14.2,-2.6 c -0.2,0 -0.2,-0.2 -0.2,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.4,0 0.4,0.2 -0.2,0.8 -0.4,1 -0.8,1 z m 2,-3.2 h -0.2 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-0.6 0.4,-1.2 0.8,-1.2 0.2,0 0.4,0.2 0.4,0.6 0,0.4 -0.2,1 -0.6,1.2 z m -63.8,-13.6 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0,-1.2 1.6,-3.2 1.8,-3.2 l 0.2,0.2 c 0,0.6 -1.2,3.4 -1.6,3.4 z m -22,-1 c 1.4,-2 1.8,-3.6 2.2,-3.6 0.2,0 0.4,0.2 0.4,0.4 l 0.2,0.2 c 0,0.2 -0.6,1 -1.2,1.6 z m 20.2,-0.2 c 0.4,-1.8 1,-3 1.4,-3 0.2,0 0.2,0.2 0.2,0.2 0,0.8 -1.4,2.8 -1.6,2.8 z m -17.4,-4.2 c 0.6,-2 1.2,-2.8 1.8,-2.8 0.2,0 0.2,0.2 0.2,0.8 0,0.4 -0.6,1 -1.2,1.4 z m 20.2,-1.2 c -0.2,0 -0.2,0 -0.2,-0.4 0,-0.4 0.2,-1 0.6,-1 0.2,0 0.2,0 0.2,0.2 -0.2,1 -0.4,1.2 -0.6,1.2 z m -17.6,-3 v -0.2 c 0,-0.6 3.2,-7.2 3.8,-7.2 0.2,0 0.2,0.2 0.2,0.4 v 0.2 c 0,1.2 -3.6,6.8 -4,6.8 z m 24.6,-7.4 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.4 1.6,-2.8 2,-2.8 l 0.2,0.4 c -0.6,1.6 -0.8,2.6 -1.8,2.6 z m -16.6,-7 -0.2,-0.4 c 0.4,-1.2 0,-0.6 1,-1.8 v 0.6 c 0,0.6 0,1.2 -0.4,1.4 z m 97.8,-6.2 v -0.4 c 0,-0.8 0.6,-1.6 1.6,-2.6 -0.8,2.2 -1.4,3 -1.6,3 z m -72.2,-3 c -0.4,0 -0.6,-0.2 -0.8,-0.8 0.2,-0.8 0.6,-1.4 1,-1.4 0.4,0 0.8,0.6 0.8,1.2 0,0.2 0,0.4 -0.2,0.6 z m 2.4,-6.4 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.6 0.4,-0.6 0.4,0 0.6,0.4 0.6,0.6 0,0.4 -0.2,0.6 -0.4,0.6 z m 73.8,0 c 0,0 -0.2,-0.2 -0.2,-0.6 0,-0.2 0.4,-0.6 0.6,-0.8 h 0.4 c -0.2,1 -0.4,1.4 -0.8,1.4 z m -79,-1.8 c 0.8,-1.8 1.6,-2.8 1.6,-4 0,-0.6 0,-1 0.2,-1 l 0.4,0.2 c 0.2,0.2 0.2,0.4 0.2,0.8 0,1 -2,4 -2.4,4 z m 80,-0.4 v -0.2 c 0,-1 1.8,-5.2 2.2,-5.2 l 0.2,0.2 c 0,1.2 -2.2,5.2 -2.4,5.2 z m -76.2,-6.2 h -0.2 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-0.4 0.2,-0.8 0.6,-0.8 0.2,0 0.6,0.2 0.6,0.6 0,0.2 -0.4,0.6 -0.6,0.8 z m 1.4,-2.6 c -0.2,0 -0.4,-0.4 -0.4,-0.8 0,-0.6 0.4,-1 0.6,-1 0.2,0 0.4,0.2 0.4,0.4 z m 0.6,-2.4 V 76 c 0.4,-1.4 1,-2 1,-3 l -0.2,-0.8 c 0.6,0.4 0.8,0.4 0.8,1 0,1 -1,3 -1.6,3 z m -11.2,-4 c 0,0 -0.2,-0.2 -0.2,-0.6 v -0.2 c 0,-0.2 0.2,-0.4 0.4,-0.4 l 0.4,0.2 c -0.2,0.6 -0.4,1 -0.6,1 z m 16.8,-5.4 c -0.6,-0.4 -0.4,-0.2 -0.8,-0.8 l 1,0.4 V 65 c 0,-0.6 0.6,-0.8 1.4,-1.2 0.2,0 0.4,0.2 0.4,0.8 0,1 -1.2,2.2 -2,2.2 z m -7.8,-11 h -0.6 c -0.4,0 -0.6,0 -0.6,-0.2 0.6,-1.6 1.2,-2.4 1.8,-2.4 0.2,0 0.2,0 0.2,0.2 l -0.2,1 0.4,1 c 0,0.2 -0.4,0.4 -1,0.4 z m 0.4,185.2 c 0.6,0 0.6,-0.6 0.8,-1.6 -0.2,-0.6 -0.4,-1.2 -1,-1.2 -0.6,0 -0.8,0.4 -0.8,1 0,0.4 0.2,1 0.6,1.4 z m 1.2,-3.6 c 0.4,0 0.4,-0.6 0.6,-2 l -0.2,-0.2 h -0.6 c -0.8,0 -1,-1.2 -1.4,-1.2 -0.6,0.4 -0.8,0.4 -0.8,1.2 0,0.8 0.4,1.4 0.8,1.4 l 0.6,-0.2 z m -62,-20.8 c 0.4,0 0.6,-0.2 0.6,-0.2 l -0.2,-0.6 c 0,-0.6 0.6,-0.6 0.6,-1.2 v -0.2 c -0.2,-1 0,-0.6 -0.8,-1.6 l 0.2,1.2 c 0,0.6 -0.2,1.2 -0.6,1.4 -0.4,0.2 -0.6,0.6 -0.6,0.8 0,0.2 0.4,0.4 0.8,0.4 z m 74.2,15 c 0.8,-0.8 0.4,-0.4 0.8,-1.2 0,-0.2 0,-0.2 -0.2,-0.2 -0.4,0 -0.6,0.4 -0.8,1.2 z m -72.6,-19.4 c 0.6,0 1,-0.2 1.2,-0.8 -0.6,0 -0.4,0 -1,0.2 -0.2,0 -0.2,-0.2 -0.2,-0.4 l 0.2,-0.8 c 0,-0.4 -0.2,-0.4 -0.8,-0.4 -0.4,0 -0.6,0 -0.6,0.2 l 0.4,0.2 0.2,0.6 v 0.6 c 0,0.4 0.2,0.6 0.6,0.6 z m 40.2,-57.2 c 0.8,0 2,0 3.6,-0.2 0.4,0 0.4,-0.4 0.4,-0.6 0,-0.6 -0.2,-1 -0.4,-1 -0.8,0.4 -1.2,0.8 -3.2,0.8 l -1,-0.2 c -0.8,0 -1.2,0.4 -1.2,0.6 0.2,0.4 0.2,0.6 1.8,0.6 z m 7,-0.4 c 2.6,-0.4 4,0.2 4,-1 0,-0.4 -0.2,-0.4 -0.8,-0.4 h -0.8 c -0.4,0 -0.2,-1.4 -1.4,-1.4 h -0.6 c 0,0.2 0.4,0.4 1,1 0,0.2 -1.6,0 -1.6,0.8 0,0.2 -0.2,0.2 -0.6,0.2 l -1,-0.2 v 0.4 c 0.2,0.4 0.8,0.6 1.8,0.6 z m 7.2,-0.6 c 1.2,-0.2 2,-0.4 2,-0.8 -0.2,-0.2 -0.8,-0.4 -1.4,-0.4 h -0.6 c -0.8,0 -1,-0.4 -1.4,-0.6 -0.4,0 -0.4,0.4 -0.4,1.2 0,0.6 0.4,0.6 1.8,0.6 z m 3.8,0.2 c 0.4,0 0.6,-0.4 0.8,-1 l -0.4,-0.2 c -0.4,0 -0.6,0.2 -0.6,0.6 z m 3.4,-0.6 c 0.4,0 0.8,-1 1.2,-1 l 1,0.2 c -0.4,-0.6 -0.2,-0.4 -0.8,-0.8 -1,0.6 -0.6,0.4 -1.6,0.6 l -0.4,-0.2 v 0.4 c 0,0.4 0.2,0.8 0.6,0.8 z m 4,-0.6 c 0.6,0 1.2,-0.4 1.2,-0.6 0,-0.4 -0.4,-0.6 -1,-0.6 -0.4,0 -1,0.2 -1.2,0.8 0,0.2 0.4,0.4 1,0.4 z m 4.6,-91.4 c 0.4,-0.2 1,-0.6 1.2,-1.2 0,-0.2 -0.2,-0.4 -0.4,-0.4 -0.6,0 -1,0.4 -1.6,1.4 0,0.2 0.2,0.2 0.8,0.2 z m 68.8,-8 c 0.4,0 0.8,-0.2 0.8,-0.4 0,-0.2 -0.4,-0.4 -1.2,-0.4 -0.6,0 -0.8,0.2 -0.8,0.4 0.2,0.2 0.8,0.4 1.2,0.4 z"/><path d="m 879.40015,224.6 c 3.6,0 13,-2.4 34,-8 0.8,-0.4 3,-1 5,-1.4 25.6,-7 23.2,-5.8 23.8,-6.8 l 0.2,-0.4 c 0,-0.2 0,-0.2 -0.4,-0.2 -0.8,0 -3.4,1.2 -5.2,1.2 -1.2,0 -2.2,-0.6 -2.4,-1.8 0,-1.6 3.8,-2.4 5.6,-2.4 0.6,0 1,0.2 1,0.6 -0.2,1.2 -2.6,1.4 -2.6,1.8 0.2,0.2 0.4,0.4 0.8,0.4 3.2,-0.6 3.8,-1 3.8,-1.4 0,-2.4 0.4,-2.6 4.6,-3.4 l 0.6,0.2 c 0,0.2 -1,0.8 -1,1.4 0.2,0.8 0,0.4 0.6,0.8 0.6,0 1.2,-2.6 1.4,-2.6 v 1 l 0.4,1 c 0.4,-0.8 0.2,-1.4 0.8,-1.4 l 2.2,0.4 0.2,-0.2 c -0.8,-0.8 -0.6,-0.4 -1,-1.2 0,-1 3.2,-0.4 3.6,-1.4 0.2,-0.4 0.4,-0.6 0.8,-0.6 0.6,0 0.4,2.4 1.2,2.4 0.2,0 0.2,-0.4 0.2,-0.6 v -1.2 c 0,-0.2 0,-0.4 0.2,-0.4 1.4,0.8 2,1.6 2.8,1.6 l 0.2,-0.2 -0.6,-0.8 c 0,-0.6 1.4,-2 5,-2.4 1.2,-0.8 5.4,-0.8 6.2,-1.2 1.4,-0.8 3,-0.4 6.6,-1.4 l 0.4,-0.2 c 0.2,0 0.2,0.2 0.2,0.6 0,1.2 -2.6,0.8 -3.4,1.6 l -0.6,0.4 c 1.6,0 4.8,-0.4 4.8,-1.8 l -0.2,-1 c 0,-0.4 0.4,-0.6 1.6,-0.6 h 2.8 c 0.4,0 0.6,0 0.6,-0.2 l -0.4,-0.8 0.2,-0.2 1.4,0.2 c 1,0 0.6,-1 1.2,-1 l 2.2,-0.2 0.4,-0.4 -0.8,-0.2 -4.4,0.4 -0.4,-0.2 c 3,-1.2 3,-1.4 6,-2 4.4,-0.2 8.8,-2 10.39995,-3.4 l -0.19995,0.6 c 0,0.2 0.19995,0.4 0.39995,0.4 1.2,0 4.2,-3.4 5.2,-3.4 0.2,0 0.4,0 0.4,-0.2 0,-0.2 -0.2,-0.2 -0.2,-0.4 l -1,-0.2 c -2,0 -5.39995,0.6 -6.39995,1 -0.4,0 -0.6,-1 -1.4,-1 -2.6,0.6 -2,2 -3.2,2 -0.6,0 -0.8,-0.6 -0.8,-1.2 v -0.2 c 0,-1 0.8,-1.6 2.4,-1.6 0.6,0 1,-0.2 1,-0.4 V 182 c 1.6,0 2,0.6 2.4,1.8 0.4,-1.4 0.2,-1.8 2.59995,-3.8 2.6,-1.6 2.6,-2 2.8,-2.2 l 1,0.2 c 0.4,0 0.6,-0.2 0.6,-0.4 0,-0.8 -1.8,-1.2 -3.2,-1.2 -1.6,0 -1.8,0.4 -2.4,1 -0.19995,0 -0.19995,-0.2 -0.19995,-0.6 v -0.2 c 0,-1 2.39995,-1.4 2.39995,-2 -0.2,-0.2 -0.6,-0.2 -1.2,-0.2 -1,0 -2.79995,0.2 -4.59995,0.6 h -0.8 c 0,-0.6 1,-1 2.4,-1.8 -2.2,0 -3.6,0 -3.6,0.4 0,0.6 -3.6,2.4 -4.6,2.4 -0.4,-0.2 -0.4,0 -0.4,-0.4 0,-0.6 2.2,-0.4 3.6,-1.8 l -0.8,-0.2 c -8.4,0.4 -9.8,1 -11.6,1.4 -16.6,2.4 -17.6,2.4 -41,6 -1.4,0.4 -4.2,0.8 -6.2,1.2 l -17.8,3.6 -2.4,0.2 c 0,-0.2 5.6,-9.2 12,-19.8 l 12.2,-19.8 c 15.8,-2.8 23,-4 23,-4.6 -0.4,-0.4 -0.6,-0.4 -0.6,-1.4 0,-1.4 0.2,-2 0.6,-2 l 1,0.4 c 0.6,0 0.8,-0.6 2,-1.6 0.4,0 0.4,0.6 1,0.6 1,0 2.4,-1 3.8,-1 l 3,0.4 c 0.4,0 0.8,0 1,-0.4 0.6,-0.6 1.6,-0.8 3.4,-0.8 3.2,0 2.6,-0.6 3.4,-0.6 l 1.4,0.2 c 0.6,0 0.8,0 0.8,-0.2 0,-0.6 2.6,-0.8 8.4,-0.8 2.6,0 1.8,-1.2 3.4,-1.2 0.8,0 1.4,-0.2 1.4,-0.4 0,-0.2 -1,-0.4 -2.2,-0.4 -3.2,0.2 -12.8,1.4 -13.2,1.6 l -1.4,-0.2 -0.6,-0.2 c 0,-0.4 26.79995,-2.8 30.19995,-3.6 5,-1 7.8,-0.6 7.8,-1.2 l -0.8,-1.2 c 0,-0.2 0,-0.2 0.2,-0.2 2.6,-0.2 4.4,-0.4 4.6,-0.8 0,-0.4 -3,-0.8 -4.8,-0.8 l -1.2,0.2 c -0.4,0 -0.4,-0.8 -0.6,-0.8 -0.4,0.4 -0.2,0.6 -1,0.6 -2.8,-0.4 -4.2,-0.4 -4.2,-1.2 l 0.8,-1.2 -1.2,0.4 c 0.4,-0.6 0.6,-0.8 1.6,-0.8 l 1.4,0.2 c 1,0 0.8,-1 1.4,-1 1.4,0 6,-2.2 6,-3 -0.2,-0.8 -1,-1 -1.6,-1 -2.6,0 -4.8,-0.2 -4.8,-0.4 0.6,-0.2 0.8,-0.4 0.8,-0.6 0,-0.8 -4.4,-0.8 -4.4,-1.2 0,-0.4 4.8,-1 4.8,-1.6 0,0 -0.4,-0.2 -1.2,-0.2 -2,-0.2 -6.2,-0.2 -11.39995,-0.2 -12.2,0 -29,0.4 -29.6,0.8 -0.4,0.4 -5.6,0.6 -13,1 1.4,-1.6 2.2,-2.4 2.2,-3.2 0,-0.2 -0.2,-0.2 -0.4,-0.2 l -1.4,0.6 c -0.2,0 -0.2,0 -0.2,-0.4 0,-0.4 0.2,-0.8 0.4,-0.8 h 0.8 c 1,0 1.4,-0.2 1.4,-0.8 l -0.2,-0.4 c 0,-0.2 0,-0.2 0.2,-0.2 h 0.6 c 0.8,0 0.6,-1.6 1.4,-2 0.8,-0.4 0.6,-1.6 1.6,-2.4 0.8,-0.8 0.6,-2.6 1.8,-4 1.4,-1.2 5.4,-7.4 5.4,-8.4 0,-0.8 0,1.6 5.6,-10.4 4.4,-8.8 4.4,-8.8 4.4,-9.6 0,-0.2 0.8,-0.6 1.6,-0.6 22.19995,-2.8 36.19995,-3.4 36.19995,-4.4 0,-0.2 -0.6,-0.2 -1.8,-0.2 -7.6,0.2 -3.4,0.4 -10.4,0.4 -9.59995,0.6 -9.59995,0.8 -22.99995,2 -1.8,0 -3,0.4 -3.6,0.6 -0.2,0 -0.4,-0.4 -0.4,-0.8 0,-2.2 0.4,-2.4 8.4,-2.6 4.2,0 3.6,-1 4.8,-1 l 3,0.2 c 1,0 1.6,0 1.6,-0.2 0,-0.4 1.2,-0.4 2.6,-0.4 4.79995,0 4.59995,-0.8 7.39995,-0.8 2.2,0 1.8,0.2 2.4,0.4 1,-0.4 1,-0.8 2.4,-0.8 2.6,0 5.6,-0.2 5.6,-1.2 0,-0.4 0,-0.2 -0.4,-0.4 -0.6,0 -0.8,0 -2.2,-0.6 0,0 1,-0.2 2.6,-0.2 1.8,0 2.8,0.2 2.8,0.2 -1.8,0.8 -1.6,1.2 -2,2.2 l 0.4,0.2 c 1,-0.2 1.2,-0.6 3.4,-0.6 2.6,0 4.4,-0.2 4.4,-0.8 0,-0.4 -0.6,-1 -1.4,-1 l -0.8,0.2 c -0.6,0 -1.2,0 -1.4,-0.4 0,-0.4 2.6,-0.6 8.8,-0.8 5,0 10,0 10.8,-0.2 l 3.4,-0.2 c 1,0 1.4,0 1.4,-0.4 l -1,-1.4 c 0,-0.6 -2.4,-2.8 -3.8,-2.8 -1,0 -1,0.4 -1.8,0.8 -0.4,0 -0.6,-0.6 -0.8,-1.6 0,-1 0.6,-1.6 1.6,-1.6 l 1.6,0.4 c 1,0 0.8,-1 1.8,-1 0.8,0 1,0 1,0.2 l -1.4,1.4 c 3.4,-0.4 4.6,-0.8 4.6,-1.2 0,-0.4 -1.2,-1.2 -1.2,-1.6 0,-1 0.6,-1 0.6,-1.6 0,-0.4 -0.6,-0.8 -1.6,-0.8 h -1 c -0.6,0 -0.4,-1 -1.6,-1 l -3.6,0.8 c -0.4,0 -0.4,-0.2 -0.4,-0.6 -0.2,-1.4 -0.2,-1.2 -1,-1.6 l 0.4,-0.2 c 2,0.4 1,0.4 3,0.6 2.2,0 2.8,-0.6 5.4,-1.6 0,-0.2 0,-0.2 -0.2,-0.2 l -5.4,0.8 -0.2,-0.2 c 2.6,-0.6 4,-0.8 4,-1 0,-0.6 -2.2,-0.4 -8,-1.2 -13.6,-2 -18,-2.2 -34.2,-2.2 -15.79995,0 -26.39995,0.4 -29.39995,0.4 -1,0 -1.6,0 -1.6,-0.2 0,-1.2 -1.6,-2.4 -2.2,-2.4 l 0.2,1 c 0,0.4 0,0.6 -0.4,0.6 l -1.2,-0.8 -0.4,0.4 c -0.6,-0.4 -0.6,-0.8 -1.4,-0.8 -2.4,0 -5.8,2.4 -6.2,3 l -0.6,-0.2 c -0.2,0 -0.4,0 -0.4,0.2 0,1.2 -10.6,2 -21.2,3.8 -5.2,1.2 -9.2,1.2 -9.2,1.6 0,0.2 -0.2,0.2 -0.6,0.2 -2,0 -5.4,3 -5.4,5.4 1.2,4.8 3.6,4.2 3.6,5.2 0.4,0.8 1.4,1.2 2.2,1.2 0.6,0 0.6,-0.8 1,-0.8 0.4,0.4 0.4,0.8 1,0.8 1.2,-0.4 1.8,-0.8 3.8,-0.8 0.4,0 0.6,0 0.6,0.2 -0.6,1.2 -0.8,1.6 -1.2,1.6 -0.4,0 -0.6,-0.4 -1.8,-0.4 -3,0.2 -3,0.4 -3,2.6 0,1.4 0.4,1.6 1.6,2.4 0.2,0 0.2,-0.2 0.2,-0.6 V 66 c 0.2,0 0.8,0.8 0.8,1.4 0,0.4 -0.6,0.8 -0.6,1 v 0.2 c 0,0.6 2.2,2 2.8,2 0.4,0 1,1.6 3,1.6 1.4,0 1.8,0 2,0.6 V 73 c 0,0.2 0,0.4 0.2,0.4 l 1.6,-0.8 0.4,0.2 c -2,1 -1.6,3.2 -5.2,3.2 -1.4,0 -2.2,0.2 -2.2,0.4 0,0.4 1.4,0.6 4,0.8 0,0.6 -7,11.6 -12.8,21.8 l -7.2,13.8 c -5.4,10.4 -1.8,7.4 -13.4,10 -11,2.2 -11.8,3 -13.6,3.4 -3.6,0.4 -8.4,2.8 -9.4,4.6 -0.4,0.8 -0.6,1.8 -0.6,2.6 v 0.8 c 0,2.4 2,4 2.4,5.2 0.2,0.4 1.2,1 2,1 2.4,0.4 2.8,4 3.8,4 0.8,0 -0.6,2 3.8,2.4 2,0 3.4,0.2 3.4,0.4 0,0.2 -2.8,0 -2.8,1 0,0.4 0.2,0.4 1,0.4 l 6.4,-0.4 c -1,2.4 -1.4,3.8 -3.4,3.8 -0.8,0 -1.6,0.4 -1.6,0.6 0,0.2 0.4,0.4 0.8,0.4 h 1.4 c 0.6,0 0.8,0 0.8,0.2 v 0.2 c 0,0.4 -0.4,0.8 -1,1.4 l 0.8,-0.2 c 0,0.4 -2,2.8 -6.6,12.8 -7.6,17.2 -5,11 -6.4,14 -1.4,3.8 -5.6,12.2 -6.2,13.2 -0.8,1 -3.4,2.2 -9.6,4.2 -7.2,2.4 -9.2,4.4 -9.2,8.2 0.2,2 1,3.6 2.2,3.6 0.4,0 0.6,0.2 0.8,0.6 0.6,1.2 0.6,1.8 1.2,1.8 1.2,-1 1.4,-1.4 2.6,-1.4 2.4,0 3.2,6.2 5,7.2 0.8,0.4 1.2,0.8 1.2,1 v 0.4 c 1,0 1.8,-0.2 1.8,-0.6 V 219 c 1.8,0.4 1.2,1.6 2.4,1.6 1.8,0 4.4,-1.8 4.4,-2.2 0,-0.4 -1.8,-0.2 -1.8,-0.4 0,-0.4 0.8,-0.6 2.2,-0.8 h 1.4 c -0.6,0.4 -1,1 -1,1.4 0.2,0.4 0.6,0.8 1,0.8 l 2.8,0.6 0.4,-0.2 -0.2,-0.6 c 0,-0.6 1.2,-0.2 1.2,-0.8 v -0.2 c 0,-0.6 2.6,-1.2 8,-1.4 0.6,0 1,0 1,0.2 -0.4,0.2 -0.6,0.6 -0.6,1.2 l 0.4,1 -1.8,-0.8 -1.4,0.8 c 0,0.2 0.2,0.2 0.6,0.2 0,0.4 -3,1.6 -4.6,1.6 -2,0 -4.6,1.4 -7.2,1.4 -3,0 -2.8,1 -4.2,1 -0.6,0 -1,0.2 -1,0.6 0,0.4 0,0.6 1.2,0.6 z m 19.8,-5.8 c -0.4,0 -0.6,0 -0.6,-0.2 l 1,-0.4 0.4,0.2 0.2,0.2 z m 5.6,-1.4 -0.2,-0.2 0.6,-1 c 0,-0.4 -1.6,-0.4 -1.6,-0.8 v -0.2 c 0,-0.2 0.2,-0.4 0.6,-0.4 0.8,0 0.8,1.2 2.4,1.2 l 1.8,-0.2 c 0.2,0 0.4,0 0.4,0.2 -0.2,0.2 -1.2,0.6 -2.6,1 z m -18.4,-0.4 c -0.4,0 -0.8,0 -0.8,-0.2 l 0.8,-0.6 c 0.4,0 0.8,0 0.8,0.4 v 0.2 c 0,0 -0.4,0.2 -0.8,0.2 z m 1.8,-0.6 c 0,-0.2 2.2,-1 3,-1 l 0.6,0.2 c -0.2,0.4 -0.8,0.6 -2.4,0.6 z m 14,0 c -0.6,0 -1,-0.2 -1,-0.8 0,-0.2 0.2,-0.4 0.4,-0.4 0.8,0 1.4,0.2 1.4,0.8 0,0.2 -0.4,0.4 -0.8,0.4 z m 8,-0.6 c -1.6,0 -1,-0.8 -2,-1.2 -0.2,-0.2 -0.4,-0.4 -0.4,-0.6 0,-0.6 0,-0.4 0.4,-0.8 l 0.8,0.2 c 0.8,0 1.6,-1.6 3.4,-1.8 1,0 1.2,2.4 2.2,2.4 0.4,0 0.6,-0.2 0.6,-1 0,-0.2 0,-0.2 -0.2,-0.2 l -1.2,0.2 c 1,-1.2 1,-1.2 2.8,-1.2 l -0.6,-1 0.2,-0.2 1.8,0.4 0.2,-0.2 v -0.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 1.2,0.2 0.8,0 2,0.6 l 0.2,-0.2 -0.2,-0.6 c 0,-0.2 0.2,-0.4 0.6,-0.4 1.6,0 2.8,0.8 3.8,2 V 211 l -0.4,-2 c 0,-0.4 0.2,-0.6 0.6,-0.6 0.6,0 1,0.2 1,0.6 0.2,0 0.8,-0.4 1.4,-1 0.8,-0.6 1.2,-1 1.6,-1 1,0.4 0.6,0.2 1.6,0.4 0.6,0 1.2,-0.6 1.8,-0.6 0.6,0 1,0.4 1.2,1.8 v 0.2 c 0,1.2 -3,1.8 -10.8,3.6 -0.4,0 -0.6,-0.2 -0.6,-0.4 l 0.2,-0.8 c -0.6,-0.8 0,-0.6 -0.8,-1 l 0.2,0.6 c 0,0.6 -0.8,0.8 -2,1.6 0.8,0 1.2,0 1.2,0.2 0,0.8 -8.8,3.2 -11.2,3.2 z m 3.4,-1.2 -0.8,-0.4 c -0.6,0.2 -0.4,0 -1,0.4 z m 14.6,-4.2 c 1,0 5,-1 5,-1.6 -1,-1 -0.4,-0.4 -1.8,-1 l -0.2,0.2 0.2,0.4 c 0,0.6 -3.4,1.4 -3.6,2 z m -35,5 c -0.4,0 -0.6,0 -0.6,-0.2 0.8,-0.6 1.4,-1 2,-1 h 0.6 c 0,0.2 -1.2,1.2 -2,1.2 z m 3.4,-1.2 h -0.2 c 0,-0.4 2,-1 5.8,-2 h 0.2 c -0.2,0.6 -4.8,2 -5.8,2 z m -24.4,-1.2 c -0.2,0 -0.6,-0.2 -0.8,-1.2 l 0.2,-0.4 c 0.2,0 0.4,0.4 0.8,1.4 0,0.2 0,0.2 -0.2,0.2 z m 32,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.8,-0.4 0.6,0.2 v 0.2 z m 2,-1 h -0.4 c 0.4,-0.6 5,-1.8 5.8,-1.8 0.2,0 0.2,0.2 0.2,0.4 0,1.2 -4.8,1.4 -5.6,1.4 z m 6.6,-1.8 c 0.6,-0.6 4.8,-2 6.2,-2 l 0.4,0.2 c 0,0.2 -1.6,0.8 -3.6,1.4 z m 8.4,-2 c 0.6,-0.8 0.2,-0.4 1,-0.8 0.4,0 0.2,0 0.4,0.2 l -0.6,0.4 z m 2.4,-0.4 -0.2,-0.2 c 0.4,-0.4 0.8,-0.8 2.4,-1.2 2,-0.4 2.2,-1 3,-1.2 1,0.2 1.2,0.4 1.2,0.8 -0.2,0.4 0,0.4 -0.6,0.6 l -0.2,-0.2 c -2.2,0.2 -3.6,0.4 -5,1.2 z m 10.8,-3 h -1.6 c 2,-0.4 2.8,-1 3.6,-1 h 0.6 c 0,0.4 -1,1 -2.6,1 z m 4.2,-0.8 c 0,-0.8 3.6,-2 5.4,-2 0.8,0 1.2,0 1.2,0.2 0,0.2 -4,0.8 -5.2,1.6 z m 7.8,-2 -0.2,-0.2 c 0,-0.2 3.6,-1.4 5,-1.4 h 0.2 l -1.6,0.8 z m 6.4,-1.8 -0.2,-0.2 c 2.8,-1.2 1.4,-1.2 4.6,-1.6 l 2.2,0.4 c -2,0.8 -3.4,1.2 -5.4,1.2 z m 7,-1.8 c 3,-1 4.2,-1.8 5.6,-1.8 10.2,-2 14.8,-3.2 16.6,-3.2 h 0.2 c -2.4,1.2 -1.2,0.6 -4,1.4 -1.2,0 -14.2,3.4 -16.4,3.4 z m -19.2,-2.8 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.2 0.4,-0.6 1.4,-0.8 v 0.4 c -0.2,0.4 -0.6,0.6 -1,0.6 z m 18.4,-3.4 c 0,0 -0.2,-0.2 -0.2,-0.4 0.2,-0.6 0.4,-0.8 1,-0.8 0.2,0 0.4,0 0.4,0.2 -0.2,0.6 -0.4,1 -1.2,1 z m 2.8,-1 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.4 0.8,-0.8 2,-1 l 0.4,0.2 -1.2,0.8 z m 6.6,-1.4 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.6,0.2 0.6,0.6 0,0.4 -0.4,0.6 -0.6,0.6 z m -75,-0.6 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.6 0.6,-0.6 0.2,0 0.6,0.4 0.6,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m 78.2,0 c -0.6,0 -0.8,-0.2 -0.8,-0.4 0.2,-0.4 0.2,-0.4 0.6,-0.4 0.4,0 1,0.2 1,0.6 z m 3.6,-0.6 c -0.2,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.6 0.6,-0.6 0.4,0 0.6,0.4 0.6,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m -66.2,-0.8 c -0.2,0 -0.6,-0.2 -0.6,-0.4 0,-0.8 1.4,-1.2 1.4,-2 l -0.2,-0.4 c 0,-0.6 0.8,-0.4 0.8,-1.4 0,-0.4 0.2,-0.6 0.6,-0.6 h 0.2 c 1,0 0.6,-0.6 0.8,-1.6 h 0.4 c 0.4,0 1,-1.4 1,-2.2 V 178 c 0,-0.6 1.4,-0.2 1.4,-1.6 V 176 c 0,-1.8 2.6,-3.4 2.6,-4 l -0.2,-0.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 h 0.2 c 0.8,0 1.8,-3.8 2.2,-3.8 l 0.4,-0.2 -0.4,-0.6 c 0,-0.2 0.2,-0.4 0.6,-0.4 h 0.2 c 0.2,0 0.6,-0.2 0.6,-0.6 0,-1.2 0.6,-2.6 1.2,-2.6 h 0.4 V 162 c 0,-1 2.2,-2.2 2.2,-3.2 l -0.2,-0.6 c 0,-0.2 0.2,-0.2 0.4,-0.2 h 0.2 c 0.2,0 0.4,-0.2 0.4,-0.6 l -0.2,-0.4 c 0,-0.4 0.2,-0.6 0.4,-0.6 h 0.2 c 0.8,0 2.4,-2.6 2.4,-3.6 l -0.2,-0.2 c 0,-0.2 0.2,-0.4 0.4,-0.4 l 0.6,0.2 c 0.8,0 1.2,-0.2 1.2,-1 v -0.6 c 0,-0.2 0.4,-0.4 0.8,-0.4 0.2,0 0.4,0 0.4,0.4 -1.2,3 -2.2,4.6 -2.6,4.6 -0.2,0 -0.2,-0.2 -0.2,-0.4 0,-0.4 1,-1 1,-1.8 v -0.4 c -0.4,0 -0.8,0.8 -1.2,2.4 l 0.2,0.6 c 0,1.2 -7.4,12.4 -7.4,13.4 0,0.4 -2.6,3.8 -2.6,4.6 0,1.2 -1.4,1.6 -3.8,6 -1.6,3 -3.2,5.6 -3.6,6.2 -0.8,0.6 -2.2,1.2 -3,1.2 z m 71.6,-0.4 c -0.8,-0.2 -1.4,-0.4 -1.4,-0.6 0,-0.4 0.2,-0.4 0.6,-0.4 0.6,0 1,0.2 1.6,0.8 0,0.2 -0.2,0.2 -0.8,0.2 z m 1.8,-0.4 h -0.2 c 0,-0.4 0.4,-0.6 1,-0.8 l 2.6,-1 0.2,0.4 c -0.8,0.6 -3,1.4 -3.6,1.4 z m -86.6,-1.4 c -0.2,0 -0.4,-0.2 -0.6,-0.8 0,-0.4 0,-0.6 0.4,-0.6 0.4,0 0.4,0.2 0.6,0.6 0,0.6 -0.2,0.8 -0.4,0.8 z m 3.2,-4.6 c -0.6,0 -1.2,-0.6 -1.2,-1 0.2,-0.4 0,-0.4 0.6,-0.4 0.4,0 0.8,0.4 0.8,1 0,0.2 0,0.4 -0.2,0.4 z m -0.2,-2.8 c 1.2,-2.8 2.6,-4.4 2.8,-5.6 l 1,0.2 c 0.2,0 0.4,0 0.4,-0.4 l -0.2,-0.8 c 0,-0.6 0.2,-0.8 1,-0.8 0.6,0 1,0 1,0.2 0,0.8 -3.4,4.2 -3.4,5.4 0.2,0.6 0.4,0.6 0.4,1 0,0.4 -0.2,0.4 -1,0.4 -0.8,0 -0.4,-0.2 -0.8,-0.6 l -0.6,0.4 z m 93.8,-1.4 c 0,-0.4 1,-1 2.4,-1.2 l -1.2,0.8 z m -87.8,-6.6 c -0.4,-1.4 -0.8,-1.4 -0.8,-2.6 0,-1.2 0.2,-1.4 1.4,-2 0,0 0.2,0 0.2,0.2 0,0.6 -1.2,1 -1.2,2.4 0,0.2 0,0.2 0.2,0.2 2.8,-3.4 2,-5.4 3.2,-5.4 l 0.4,0.2 c 0,0.8 -0.4,3.6 -2.4,5.6 z m 4.6,-7.8 c -0.2,0 -0.4,-0.2 -0.4,-0.8 0,-2.2 0,-3 0.6,-3 1,0.4 1.4,0.6 1.4,1.6 v 0.4 c 0,0.6 -0.2,1 -0.4,1.2 z m 2.4,-4.2 c -0.4,0 -0.6,-0.4 -0.8,-1 0,-0.8 0.8,-1.8 1.2,-1.8 0.2,0 0.2,0.2 0.2,1 0,1.2 -0.2,1.8 -0.6,1.8 z m 13.8,-2.8 c -0.2,0 -0.2,0 -0.2,-0.2 1,-1 0.4,-0.8 1.6,-1.4 -0.6,1.2 -1.2,1.6 -1.4,1.6 z m -11.8,-0.8 c -0.6,0 -1,0 -1,-0.6 0.4,-1.2 0.6,-1.8 1,-1.8 0.8,1 0.4,0.4 0.8,1.6 0,0.4 -0.4,0.8 -0.8,0.8 z m 14.6,-3.2 c -1,-0.4 -1.2,-0.4 -1.2,-1.4 0.2,-0.6 0.4,-0.8 0.6,-0.8 0.4,0 0.6,0.2 0.6,0.6 z m -13.8,-1.2 -0.4,-0.2 c 0.2,-0.6 0.6,-0.8 1,-0.8 0.2,0 0.4,0 0.4,0.2 -0.2,0.6 -0.4,0.8 -1,0.8 z m 18.8,-0.2 c -0.4,0 -0.6,-0.2 -0.6,-1 0,-0.6 0.2,-1 0.4,-1 0.2,0 0.4,0.4 0.6,0.8 0,0.4 -0.2,1 -0.4,1.2 z m -31.4,-2.6 c -0.6,0 -1,-0.2 -1,-0.6 0,-0.4 0.4,-0.6 1,-0.6 0.4,0 0.8,0.2 0.8,0.6 0,0.4 -0.4,0.6 -0.8,0.6 z m 16.4,-0.2 h -0.2 l -0.2,-0.8 v -0.6 l 0.4,1 z m 17.2,-1.8 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0.2,-0.6 0.4,-1 0.8,-1 l 0.6,0.4 c 0,0.2 -0.2,0.6 -0.6,1 z m 3.4,0.2 c -0.4,0 -0.6,0 -0.6,-0.2 1.6,-0.8 2.4,-0.8 3.2,-0.8 h 0.4 c -1,0.8 -2,1 -3,1 z m 7.6,-1.4 c -0.4,0 -1,0 -1,-0.4 0,-0.2 -0.6,-0.2 -1.6,-0.2 l -2.8,0.2 c -1,0 -1.4,-0.2 -1.4,-0.6 0,-0.6 3.8,-2.6 6,-2.6 l 0.4,0.2 v 0.4 h 0.2 c 0.8,0 2.4,-1 4.6,-1 2.8,-0.4 3.6,-0.8 5.8,-1.2 1.2,0 2.4,0.6 2.4,1.2 -0.6,1.8 -1,2 -1.8,2.4 -6.2,1 -9.4,1.2 -10.8,1.6 z m 1.6,-1 c 0.4,0 0.8,0 0.8,-0.2 l -0.6,-0.2 c -0.6,0.2 -0.4,0 -0.8,0.4 z m 4.2,-0.6 c 1.2,-0.4 1.6,-0.4 1.8,-0.8 l -0.4,-0.2 c -0.8,0 -1.6,0.2 -2.2,1 z m -63.2,-0.8 h -0.2 l -0.2,-0.2 0.4,-1.6 0.4,-0.2 c 0.2,0 0.4,0.4 0.4,0.8 0,0.6 -0.2,1 -0.8,1.2 z m 54.2,-2.2 0.4,-0.4 2.6,-0.6 c 0.2,0 0.2,0 0.2,0.2 -0.2,0.2 -1,0.4 -2,0.6 z m 5.2,-1 c -0.4,0 -0.8,0 -1,-0.2 l 2.6,-0.4 c 0.4,0 0.6,0 0.6,0.2 -0.2,0.2 -1.4,0.4 -2.2,0.4 z m 4.2,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 2.4,-1 15.2,-2.6 17.4,-2.6 0.2,0 0.4,0 0.4,0.2 0,0.6 -9.2,1.2 -13,2.2 z m 19.6,-2.4 c -0.6,0 -1.2,0 -1.4,-0.6 0,-0.4 1.2,-0.8 2.4,-0.8 1.2,0 1.4,0.2 1.8,0.8 0,0.2 -2,0.2 -2.8,0.6 z m -1.8,-5.8 h -0.6 c 1.4,-0.6 1.4,-0.8 2,-1.4 0,0.6 -0.4,1.4 -1.4,1.4 z m -2.4,-1.2 c 0.6,-0.8 0.4,-0.4 1.2,-0.8 0.2,0 0.2,0 0.2,0.2 z m 6.6,-0.4 c -0.4,0 -0.8,-0.2 -0.8,-0.4 0.2,-0.4 0.4,-0.8 1.2,-0.8 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.4,0.6 -0.8,0.6 z m 5.8,-0.2 c -0.6,-0.4 -0.6,0 -0.8,-0.8 0,-0.2 0.4,-0.6 0.8,-0.6 0.8,0.4 0.6,0 1.2,0.6 0,0.2 -0.2,0.4 -0.6,0.6 z m -3,-1 c -0.4,0 -0.8,0 -1,-0.2 0,-0.4 0.6,-0.6 1.4,-0.6 0.2,0 0.4,0 0.4,0.2 0,0.4 -0.2,0.6 -0.8,0.6 z m 11.2,-0.6 -0.2,0.4 c -0.2,0 -0.4,-0.2 -0.4,-0.6 l 0.2,-0.6 z m 2,0.6 c -0.4,0 -0.6,0 -0.6,-0.2 0.6,-0.6 0.6,-1 1.6,-1 0.6,0 0.8,0 1,0.4 l -0.6,0.4 z m 6.4,-0.6 c -0.4,0 -0.8,-0.4 -1.2,-1.4 l 0.4,-0.2 c 0.6,0.2 1,0.8 1.2,1.4 0,0.2 -0.2,0.2 -0.4,0.2 z m 2.79995,0 c -0.39995,0 -0.59995,-0.2 -0.59995,-0.6 0,-0.2 0.2,-0.4 0.4,-0.4 0.39995,0 0.59995,0.2 0.59995,0.4 v 0.2 c 0,0.2 -0.2,0.4 -0.4,0.4 z m 3.8,-0.6 c -1,0 -1.6,-0.2 -1.6,-0.4 0.4,-0.4 0.8,-0.6 2,-0.6 1,0 2,0.2 2,0.6 0,0.2 -1,0.4 -2.4,0.4 z m -46.19995,-14 c -0.4,0 -1,-0.6 -1,-1.2 l 0.2,-0.4 c 1,0.6 1,1 1.2,1.4 z m 1.4,-2.2 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0,-0.6 0,-0.4 0.6,-0.8 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.4,0.6 -0.6,0.6 z m 3.6,-7.2 c -0.2,0 -0.2,0 -0.2,-0.2 0.2,-1.2 0.6,-1.6 1.4,-1.6 h 0.6 c 0.2,0 0.2,0 0.2,-0.2 l -0.2,-0.8 c 0,-0.4 1,-0.2 1,-1.2 0,-1 1.4,-1.8 1.4,-2.2 l -0.4,-0.6 v -0.2 c 0,-0.4 1,-0.8 2.6,-1.8 0,0.2 -1.6,1.8 -1.6,2.8 V 96 c 0,1.6 -3.6,5.8 -4.8,5.8 z m 7.6,-10.8 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0,-0.6 0.2,-1.2 1.2,-2 0.2,0 0.2,0.4 0.4,0.6 -0.2,1.2 -0.6,1.8 -1,1.8 z m -29.6,-19.8 c -0.6,0 -1,-0.2 -1,-0.4 0,-0.2 0.8,-0.6 1.8,-0.6 0.8,0 1.2,0.2 1.2,0.4 -0.4,0.6 -1.2,0.6 -2,0.6 z m 43.8,-4 c -0.2,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.4 0.6,-0.4 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.4,0.6 -0.4,0.6 z m 3.2,-1.2 c -0.8,0 -1.4,0 -1.4,-0.2 l 0.4,-0.2 1,-0.2 1,0.2 0.2,0.2 c 0,0 -0.6,0.2 -1.2,0.2 z m 7.2,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.2,-0.2 h 0.4 c 0.4,0 0.6,0 0.8,0.2 z m 5,-0.6 c -0.6,0 -1,-0.2 -1,-0.2 v -0.2 h 1.39995 l 0.4,0.2 c 0,0.2 -0.4,0.2 -0.79995,0.2 z m 7.99995,-0.2 c -1.2,0 -1.4,-0.2 -2,-0.6 0,-0.2 0.6,-0.2 1.8,-0.2 1.4,0 2.4,0 2.4,0.2 -0.4,0.4 -1.4,0.6 -2.2,0.6 z m 4,-0.4 c -0.6,0 -0.8,-0.2 -1,-0.6 0,-0.2 0.4,-0.4 0.6,-0.4 0.6,0 1,0.2 1,0.6 0,0.2 -0.4,0.4 -0.6,0.4 z m -73.79995,-1 c -0.4,0 -0.6,-0.4 -0.6,-0.6 0,-0.4 0.4,-0.6 1,-0.6 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.4,0.8 -0.8,0.8 z m 76.59995,-6 c -0.8,-0.4 -0.4,-0.2 -0.8,-1 V 56 c 0,-0.2 0.8,-0.4 1.8,-0.4 0.8,0 1.2,0 1.2,0.2 l -2,1 z m 15,-0.4 c 0,-0.6 2.6,-1.2 3.6,-1.2 l 0.6,0.2 -1.8,0.8 z m -5.8,-0.6 -0.6,-0.2 1,-0.4 0.4,0.2 0.2,0.2 z M 869.00015,216.8 c 0.4,-0.2 0.6,-0.2 0.6,-1 0,-0.6 -0.6,-1.6 -1.2,-1.6 -0.4,0 -0.8,0.4 -0.8,1 0.2,0.8 1,1.6 1.4,1.6 z m 77.2,-9.4 c 6.8,-1.4 8.2,-1.2 13.6,-4 -2.4,0.4 -1.2,0.2 -3.4,0.4 -2.2,0 -4,1.4 -10.6,3.4 z m 15.6,-3.8 c 0.8,0 1,-0.2 1.2,-0.8 -0.2,-0.6 0,-0.4 -0.6,-0.6 -0.6,0 -1.6,0.6 -1.6,1 0.2,0.2 0.6,0.4 1,0.4 z m 3.8,-1.2 c 2.4,-0.4 3.2,-0.8 3.8,-1.4 h -0.4 c -0.8,0 -2.8,0.4 -3.6,1.2 0,0.2 0,0.2 0.2,0.2 z m 5.4,-1 c 0.4,0 0.4,-0.2 0.6,-1 0,-0.2 -0.2,-0.2 -0.2,-0.2 -0.4,0 -0.6,0.2 -0.6,0.6 0,0.4 0,0.6 0.2,0.6 z m -3.2,-1.2 c 0.8,0 2.6,-0.8 2.6,-1 h -0.4 c -1,0 -2.6,0.6 -2.6,1 z m 8.6,-0.4 c 0.6,-0.2 1,-0.2 1,-0.4 -0.6,-0.2 -0.4,-0.2 -1,-0.2 -0.6,0 -1,0.2 -1.2,0.4 v 0.2 z m 3.6,-0.8 c 0.4,0 0.6,-0.2 1,-0.8 l -0.6,-0.2 c -0.2,0 -0.6,0.2 -0.6,0.4 0,0.4 0.2,0.6 0.2,0.6 z m 11.2,-6.6 c 1.4,0 3,-0.4 3.8,-1.8 0,-0.2 -0.2,-0.2 -0.6,-0.2 -1,0 -1.2,1.2 -2.8,1.2 -0.6,0 -1,0.2 -1,0.4 v 0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m -26.8,-50.8 c 1.6,0 2.4,-0.4 3,-1 0,-0.2 -0.2,-0.2 -1,-0.2 -1.4,0 -3.2,0.8 -3.2,1 z m 7.2,-1.4 c 1.8,0 2,-0.4 3.2,-0.8 -2.4,0 -1.4,0 -3.8,0.4 l -1.4,0.4 z m -7.2,-0.4 c 0.4,0 1,-0.2 1.2,-0.8 h -0.6 c -0.6,0.2 -1,0.4 -1,0.6 0,0.2 0.2,0.2 0.4,0.2 z m 20.2,-1.2 c 0.8,0 1.2,-0.2 1.2,-0.2 v -0.2 h -1.8 l -0.4,0.2 c 0,0.2 0.4,0.2 1,0.2 z m 3.2,-0.6 c 0.4,0 0.8,-0.2 0.8,-0.2 l -0.2,-0.2 h -1.4 l -0.2,0.2 c 0.2,0.2 0.4,0.2 1,0.2 z m 4.8,-0.6 c 0.6,0 1,0 1,-0.2 -0.4,-0.2 -1,-0.2 -1.4,-0.2 l -0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m 5,-0.4 c 0.2,0 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 -0.4,0.2 -0.6,0.8 0,0.2 0.2,0.4 0.4,0.4 z m -0.4,-3.2 c 1,0 1.8,-0.2 1.8,-0.8 0,-0.4 -0.6,-0.8 -2,-0.8 -1.2,0 -2,0.4 -2,0.8 0,0.2 0.2,0.4 0.6,0.6 z m 3.39995,-1 c 3,-0.4 4.8,-0.6 4.8,-0.8 0,-0.2 -0.8,-0.4 -2.4,-0.4 -2,0 -2.8,0.4 -3,1 z m 6,-0.6 c 0.4,0 0.6,0 0.6,-0.2 0,-0.2 -0.2,-0.4 -0.8,-0.6 -0.2,0 -0.4,0 -0.4,0.2 0,0.4 0.4,0.6 0.6,0.6 z m 2,-0.6 c 0.4,0 0.8,0 0.8,-0.2 -0.2,-0.2 -0.6,-0.2 -1.2,-0.2 l -0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m 4.2,-13.8 c 0.4,0 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.4,0 -0.6,0.2 -0.6,0.6 0,0.2 0.4,0.6 0.6,0.6 z m 10.2,-49 c 1.4,0 2.2,0 2.2,-0.2 l -2.6,-0.2 -2.4,0.2 c 0,0 1,0.2 2.8,0.2 z m 7,-0.6 c 1,0 1.6,0 1.6,-0.2 l -1.6,-0.2 -1.6,0.2 c 0,0 0.6,0.2 1.6,0.2 z m 1.2,-2.8 0.2,-0.8 c 0,-0.2 -0.2,-0.2 -0.8,-0.2 h -2 c -0.8,0 -1.4,-0.2 -1.6,-0.6 0,-0.4 1,-0.4 3.2,-0.4 6.6,0 10.4,0.2 10.4,0.6 0.2,0 -1.2,0.2 -4,0.2 -4.6,0 -4.6,0.6 -5.4,1.2 z m 17.6,-5.2 c 1,0 1.4,0 1.4,-0.2 -1,-0.8 -1.8,-0.8 -2.4,-0.8 -0.6,0 -0.8,0 -0.8,0.4 0,0.4 0.8,0.6 1.8,0.6 z m -7.2,-3.4 c 0.4,0 0.6,0 0.6,-0.2 0,-0.2 -0.4,-0.4 -1.4,-0.8 v 0.4 c 0.2,0.2 0.6,0.6 0.8,0.6 z"/><path d="m 1115.8003,235.8 c 1.4,-0.6 2,-1 2,-1.4 h -0.2 c -0.2,0 -0.6,0.2 -1,0.6 z m -1.4,-0.4 c 0.6,0 1.2,-0.6 1.4,-1.6 -1,0.6 -1.6,1 -1.6,1.4 0,0.2 0,0.2 0.2,0.2 z m 5.6,-0.4 c 0.6,0 1.4,-1.2 3,-1.2 l 1.6,0.2 c 1.2,0 1.2,-1 2.4,-1 1.8,0 13.4,-4 15.2,-5.2 1,-0.8 1.4,-1.6 1.4,-2 l -0.2,-0.4 c 0,-0.4 1,-0.4 1,-1.2 0,-0.4 0.2,-0.6 0.4,-0.6 0.8,0 0.4,0 1.2,0.4 -1,0.8 -1.6,1.4 -1.6,1.8 0,0.2 0.2,0.4 0.4,0.4 0.8,0 2,-1 4,-2.8 l -0.4,1.6 c 1.4,-0.8 2,-1.8 5.6,-3.2 3.8,-1.6 5.6,-3.6 7.2,-4.4 5.4,-2.2 15.6,-11.4 17.8,-13.6 4.6,-4.2 3.4,-3.4 9.4,-10 3,-3.2 7.2,-9 7.2,-9.8 0,-1.4 0,-0.6 0.8,-2 l -0.8,0.4 c -0.2,0 -0.2,0 -0.2,-0.2 0,-0.4 0.6,-0.8 1.8,-1.8 0,-0.2 -0.4,-0.2 -1,-0.2 -1.2,0 -1.4,0.6 -1.4,1.6 -0.2,0 -0.6,-0.6 -1.4,-1.4 -0.2,0 -0.2,0.2 -0.4,0.8 -0.4,0 -0.2,0 -0.4,-0.4 0.6,-1 1.2,-1.2 1.6,-4.2 l 1.2,-4.6 c -1,1 -1.2,1.4 -1.8,1.4 h -0.2 l -0.2,-0.6 c 0,-1.2 0.6,-3.2 1,-3.2 h 0.4 c 0.6,-1.4 0.6,-1.8 0.6,-2.2 0,-0.6 0,-1 0.4,-2.6 -1.2,1.4 -1.8,2.4 -2.2,2.4 l -0.2,-0.2 c 0,-1.2 0.8,-1 0.8,-1.6 l -0.2,-0.6 c 0,-0.8 0.6,-1 1,-2 -0.4,-0.8 0,-0.6 -1,-1 l 0.2,0.8 c 0,0.6 -0.6,1 -1.2,1 -0.8,0 -1.6,-1.2 -1.6,-3 0,-0.2 -0.4,-0.4 -0.8,-0.4 l -1.2,0.2 c -0.2,0 -0.4,-0.2 -0.4,-0.6 l 0.2,-1.8 c 0,-0.6 0,-0.8 -0.4,-0.8 -0.6,0.2 -1.2,0.6 -1.2,1.2 0,0.2 0,0.2 -0.2,0.2 h -0.2 v -0.2 c 0,-1 0.4,-1.4 1.2,-3 h -0.6 c -0.8,0 -0.8,-2.6 -1.6,-3 l -0.4,-0.8 c 0,-0.4 -1.2,-4.8 -5.6,-7.6 -2.6,-1.6 -2,-3.2 -4.4,-3.2 -0.6,0 -1,-0.4 -1,-0.6 0,-1.6 -13.2,-4.8 -28.8,-4.8 -7.6,0 -15.2,0.6 -28.8,1.2 -1.6,0 -2.4,-0.2 -2.4,-0.4 0,-0.4 4,-6 5.2,-7.6 4,-5.8 6,-8.2 16.4,-18.6 3.2,-3.2 5.6,-5.8 5.6,-6.2 l -1,0.2 c -0.8,0 -1.2,-0.4 -1.2,-1.2 0,-0.8 0,-1.4 0.4,-1.4 l 3.6,2.2 c 0.6,-1.2 1,-1.6 1,-2 l -0.2,-0.2 -1.8,0.6 c -1,0 -1.4,-0.8 -1.4,-2 0,-2 0.6,-3 1,-3 0,0 0.2,0.2 0.2,0.8 0,1 -0.4,1.2 -0.8,1.2 0,0.2 1,0.8 1.6,0.8 0.6,0 1,-0.2 1,-0.8 l -0.8,-2.2 c 0,-0.2 0.2,-0.2 0.6,-0.2 0.6,0 0.4,0.8 1,0.8 0.8,0 3.4,-1.6 3.4,-2.2 h -0.2 c -1.8,0.8 -0.8,0.4 -2.4,1.6 1.2,-1.4 1.8,-2.2 2.4,-2.2 1.4,0 6,-3 6,-3.8 l -1.2,0.4 c 1,-1.4 3.8,-1.6 4.6,-2.4 1.8,-1.8 2.4,-1.2 3.6,-2.4 1.8,-1.4 4,-1.2 4,-2.2 0,-1.2 4.8,-3 5.6,-3.8 0.2,-0.2 0.4,-0.4 0.6,-0.4 h 0.6 c 0.6,0 0.4,-1.2 1.6,-1.4 2.8,-1.4 7,-4 8.8,-5.4 0.2,0 0.2,0.4 0.4,0.4 0.6,0 2,-1.8 3.4,-1.8 1.4,-0.4 3.2,-1.8 4.8,-2.2 1.2,-0.4 1.4,-0.8 1.8,-1.2 l 1.2,0.2 c 0.2,0 0.2,0 0.2,-0.2 l -0.4,-0.8 c 1,0.6 1.4,1.2 1.8,1.2 0.8,-0.8 -0.8,-1.2 4.2,-3.2 0,0.6 0.6,1.2 1.4,1.2 l 0.6,-0.2 c 0,0 -1,-0.2 -1,-0.4 0,-0.2 0.8,-0.6 2,-0.8 h 1.2 c -1,1.4 -1.4,2 -2.8,2 -1.8,0 -2,0 -2,1.2 0,0.2 0,0.2 0.2,0.2 l 3.2,-0.6 c 0.6,0 0.8,0.2 0.8,0.4 -0.6,1.2 -1.4,1.4 -2.8,3.6 -3.8,6.2 -18.4,22 -21.6,24.8 -5.6,4.8 -5,7.2 -5.6,8.2 l -0.4,0.6 c 0,1 2.2,3.6 3.2,3.6 0.8,0 1.2,-1.2 2.4,-1.2 1.2,0 2,-2.4 3.6,-2.4 0.4,0 0.8,0.2 0.8,0.4 0,0.6 1,1.4 1,2.4 0,0.6 1.4,1.2 1.4,2 0,0.8 -2.2,0.6 -2.2,1.8 0,0.2 0.2,0.4 0.4,0.4 1.2,0 5.2,-2.8 5.8,-2.8 0.4,0 1.8,-1.8 3.2,-1.8 0.8,0 1.2,-0.4 1.2,-1.6 v -1.2 c 0.6,0.8 0.8,1.4 1.6,1.4 0.6,0 1,-0.4 1,-1 l -0.2,-0.8 0.8,0.2 c 0.6,-1 3.8,-6 5.4,-6 l 0.8,0.2 c 0.2,0 0.2,0 0.2,-0.2 0,-1 0,-1.6 3.2,-4.4 h 0.2 c -0.4,0.6 -0.2,0.4 -0.4,1 l 0.2,0.2 1,-0.4 -0.2,1.2 c 0.6,-0.2 0.6,-0.2 0.6,-0.4 V 96 c 0,-1 0.2,-1.4 1.4,-1.4 0.2,0 0.2,0 0.2,0.2 0,1.4 -11.8,13 -11.8,13.8 v 0.2 c 1.2,-0.8 2.2,-1.4 3.2,-2.4 1.8,-1.6 15.4,-15.2 17.2,-17.2 5.2,-5.6 7.2,-10.8 7.2,-13 -0.4,0 -1.4,2.4 -3.6,6.2 0,-1 1.8,-4.4 1.8,-5 0.8,-3.4 1.4,-4.6 1.4,-6.4 0,-0.6 0,-0.8 -0.4,-0.8 h -0.4 c 0.6,-1.6 1.2,-3 1.2,-5.8 0,-3.6 -2.2,-3.2 -2.2,-4.4 0,-0.6 -1.6,0.2 -1.6,-1.6 0,-0.2 -0.2,-0.4 -0.4,-0.4 l -0.6,0.2 -0.2,-0.2 c 0.2,-0.4 0.4,-0.6 0.8,-0.6 h 0.4 c 0.2,0 0.4,-1 0.4,-2.6 0,-3.8 -2.8,-7.4 -5.2,-7.4 -1,0 -1.2,0.2 -2,0.8 l 0.2,-0.6 c 0,-0.4 -0.2,-0.6 -0.8,-0.8 -0.6,0.6 -0.6,1 -1.4,1 l -0.4,-0.2 0.2,-0.6 c 0,-0.2 -0.2,-0.4 -0.4,-0.4 -1,0 -3.2,1.4 -3.8,1.4 -0.4,0 -0.2,-1.2 -0.4,-1.2 -0.2,0.2 -0.4,0.6 -4.2,0.6 -2.2,0 -5.4,0.4 -7.2,1 -11.8,3.6 -7.8,1.4 -25.8,9.6 -2.6,1 -5.2,2.4 -5.8,2.6 -3.4,2 -9.2,4.8 -13.2,7.2 -1,1 -8.4,4.4 -10.4,6.4 -0.4,0.6 -1.6,1.4 -2.6,1.8 -2.4,1.4 -6.4,4.6 -6.4,5.6 v 0.2 c -1,0.2 -2,0.2 -3.2,1 -4,2 -11.8,8.4 -22.6,19.2 -2.2,1.8 -11,11.2 -11,11.6 0,0.2 -0.6,1 -1.4,1.6 -6.6,9.2 -10.8,15.2 -10.8,20.6 0,1.4 -0.8,0.6 -0.8,3 0.2,5.4 2.8,9.4 8.6,12.4 2.2,1 3.4,3 4.4,3 h 1 c 0,0.4 0,0.2 -0.2,0.4 0,1.6 3,2.8 5.2,2.8 v 0.4 c 0,0.2 0.4,0.6 1,0.6 0.2,0 0.2,-0.2 0.6,-0.6 0.4,0 3,2.6 4.2,2.6 0.4,0 0.6,0.2 0.6,0.4 0,0.6 0.4,0 3.8,1.2 1.2,0.2 11.8,0.4 23.8,0.4 28.4,0 32.4,0.6 32.4,2.8 0,0.4 -0.2,1.2 -1,2.6 -2.6,4.6 -10.2,11.2 -16.6,16.4 -0.4,0.4 -1,0.6 -1.2,0.6 -0.8,0.4 -6.8,4.8 -8.8,6 -0.8,0.6 -2,1.2 -2.4,1.6 -12.8,7.4 -32.4,18.6 -35,18.6 -1.6,0 -5.4,1.6 -8.6,3.4 -1,0.8 -1.8,1.2 -2,1.2 -0.8,0 -2.4,2.8 -4.4,3.2 -1.6,0.4 -2.6,1.6 -2.6,2.8 0,1 0.8,2.2 0.8,3.2 0,0.4 0.4,1.2 1,1.8 2.4,1.8 6.4,3.4 8.2,3.4 0.8,0 0.8,-0.8 1.6,-0.8 0.8,0 2,0.6 2,1.4 0,0.4 0,0.6 0.2,0.6 l 1,-2.2 c 3.2,1.8 3.6,2.8 8.6,2.8 3,0 4.2,0.4 5.2,0.4 1.2,0 1.2,-0.4 2.4,-1 l 6.8,-2 0.4,0.2 1.8,-0.6 c 0.4,0 0.4,0.2 0.4,0.6 0.2,0 1.2,-2.2 2,-2.2 0.4,0 0.6,0.2 0.6,0.4 l -0.2,0.8 h 0.2 c 5.4,-2 9,-2.8 9,-3.6 0,-0.2 0.2,-0.4 0.6,-0.4 0.4,0 0.4,0.2 0.4,0.4 0,0.6 -1,2.2 -2.2,2.2 -1.2,0 -2,1.4 -3.2,1.4 -0.4,0 -0.6,0.2 -0.6,0.6 v 0.8 c 0,0.2 -0.2,0.4 -0.4,0.4 -0.6,0 -0.8,-0.2 -0.8,-0.4 l 0.2,-1 c -0.4,0 -3.2,2 -3.2,2.8 l -0.4,0.2 -0.8,-0.2 c -1.6,0 -2,0.6 -5.4,1.8 -1.2,0.2 -1.6,0.6 -1.8,1.4 0,0.2 0,0.2 0.2,0.2 z m -20.6,-5.4 c -0.4,0 -0.4,-0.4 -0.8,-1 l 0.4,-0.2 c 0.4,0 0.6,0.4 0.6,0.6 0,0.4 -0.2,0.6 -0.2,0.6 z m 36.4,-1.2 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.2,-0.2 h 1.2 v 0.2 z m 5,-3 c -1.2,-0.4 -1.6,-0.6 -1.6,-1 h 0.2 c 0.4,0 1,0.2 1.2,0.6 z m 0.2,-1.2 -0.4,-0.2 c 0,-0.6 1.4,-1.4 3.4,-2.2 h 0.2 c -1,1.6 -2.4,2.4 -3.2,2.4 z m 5.2,-1 c -0.4,0 -0.6,0 -0.6,-0.2 0.8,-1 1,-1.4 1.8,-1.4 0.2,0 0.4,0.2 0.4,0.4 -0.2,0.8 -0.4,1.2 -1.6,1.2 z m 6.4,-1.8 c -0.2,0 0,-0.8 -0.4,-0.8 h -0.6 l -0.6,-0.2 c 0,-0.4 1,-1.2 2.6,-2 -0.6,1 -1,1.2 -1,1.6 0,0.2 0,0.2 0.2,0.2 l 1.2,-0.4 c -0.6,1.2 -1,1.6 -1.4,1.6 z m -4,-1 -0.2,-0.6 c 0,-0.4 0.2,-0.6 0.6,-0.6 l 0.4,0.2 c -0.2,0.6 -0.4,1 -0.8,1 z m 10,-2.4 c -0.4,0 -0.6,-0.2 -0.6,-0.8 0,-0.2 0.2,-0.4 0.6,-0.4 0.4,0 0.6,0.2 0.6,0.4 0,0.6 -0.6,0.8 -0.6,0.8 z m 1.6,-1.8 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0,-0.8 3.4,-1.8 3.4,-2.4 0,-0.6 3,-1.6 4.2,-1.6 h 0.2 c 0,1 -4.4,1.6 -4.4,3 0,0.4 -0.2,0.6 -0.4,0.6 h -0.6 c -0.8,0.4 -0.6,0.8 -1.8,0.8 z m -9,-2 c 0,-0.4 1,-0.8 2.2,-1.2 h 0.2 c 0,0.2 -0.6,0.6 -1.2,1 z m 4.4,-2 c -0.4,0 -0.2,0 -0.4,-0.2 0,-0.6 2.2,-1 3.6,-2.4 1,-0.8 1.8,-1.2 2.2,-1.2 0.2,0 0.2,0 0.2,0.2 0,0.8 -2,1 -3.6,2.6 -0.6,0.6 -1.4,1 -2,1 z m 13.6,-2.2 c 0,-0.4 1,-1.2 2.2,-1.8 l 2,-1 c 0,0.4 -3.6,2.8 -4.2,2.8 z m -7,-1.8 -0.2,-0.2 c 0,-0.6 2,-2.6 4,-3 0,0.2 -0.4,0.6 -1.4,1.4 z m 5,-4.2 c -0.2,0 -0.2,-0.2 -0.2,-0.4 0,-0.6 0.6,-1 1.6,-1.2 -0.6,1.2 -1,1.6 -1.4,1.6 z m 2.6,-1.8 V 202 c 0,-0.6 3.8,-3.6 4.6,-4 l -0.2,-0.2 c 0,-0.8 2,-1 2,-2.2 0,-0.8 1.8,-0.6 1.8,-1.6 0,-1.2 1.4,-2.6 2.6,-2.8 0.4,0 0.6,0.2 0.6,0.8 0,1.2 -2.4,2 -2.8,3.6 -0.4,1.4 -7.8,6.6 -8.6,6.6 z m -35.6,-40.8 c -0.8,-0.4 -1.4,-0.4 -1.4,-1.4 0,-0.6 0.4,-1.2 1.2,-1.2 0.2,0 0.2,0.2 0.2,0.4 v 0.8 c 0,0.6 0.4,0.6 0.8,0.8 z m -11,-1 c -0.6,-0.2 -1.2,-0.4 -1.2,-0.6 l 0.6,-0.2 c 0.8,0 2,0.4 2,0.6 0,0.2 -0.6,0.2 -1.4,0.2 z m 15.4,0 c -0.8,0 -1.2,-0.2 -1.2,-0.6 0,-0.2 0.2,-0.4 0.6,-0.4 h 0.4 c 0.4,0 0.2,-1 1.8,-1 1,0 1.4,0 1.4,0.2 -1,1.4 -1.6,1.8 -3,1.8 z m -21.4,-37.2 c 0,0 -0.2,0 -0.2,-0.4 0,-1.2 5.4,-6.2 6.2,-6.8 v -0.4 c 0,-1 2.6,-3.6 3.4,-3.6 h 0.4 c 0.2,0 0.4,-0.2 0.4,-0.4 0,-1.2 6.4,-7 7.4,-7 h 0.2 v 0.6 c 0,1.2 -0.6,-0.8 -4,3.8 -2.4,3.6 -4.4,5.6 -5.6,5.6 -0.8,0 -0.6,2 -2.2,2.8 -1,0.6 -2,1.2 -2.2,1.6 -2,2.8 -2.8,4.2 -3.8,4.2 z m 7.4,-5.6 c 0,-0.6 4.2,-4.6 4.8,-4.6 0,0.2 -1,1.4 -2.2,2.6 -1.2,1.2 -2.2,2 -2.6,2 z m 6.4,-5.6 h -0.2 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.6 0.2,-0.8 0.8,-1 0.2,0 0.4,0 0.4,0.2 0,0.4 -0.4,0.8 -0.6,1 z m 1.4,-1.4 c -0.2,0 -0.2,-0.4 -0.2,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.2,0 0.2,0.2 0,0.6 -0.2,1 -0.6,1 z m 54.6,-0.6 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0.2,-0.6 0.4,-0.8 1,-0.8 0.2,0 0.4,0.2 0.4,0.6 0,0.2 -0.4,0.6 -0.8,0.6 z m -53.4,-1.4 c -0.6,-0.4 -0.6,0 -0.6,-0.6 0,-0.6 0.8,-1.2 1.4,-1.2 h 0.4 c 0.6,0 2,-1 2,-1.6 l -0.2,-0.4 -0.6,0.2 c -0.2,0 -0.6,-0.2 -0.6,-0.8 0,-1 2.8,-4 3.4,-4 0.2,0 0.2,0 0.2,0.2 0,0.6 -2,2.6 -2,3 2,0 2,0 2.6,1.6 0,0.6 -0.4,1.2 -1,1.2 l -0.8,-0.2 c -1.6,0 -3.4,2.6 -4.2,2.6 z m 55.6,-0.6 -0.2,-0.4 c 0,-0.6 0.6,-1 1.6,-1 0.6,0 1,0 1,0.2 l -1,0.6 -0.4,-0.2 c -0.2,0 -0.6,0.2 -0.8,0.6 z m -1.6,-2.8 c -0.4,0 -0.6,-0.4 -1.2,-1.4 0,-0.4 0.2,-0.6 0.8,-0.8 0.4,0.2 0.6,0.4 0.6,1 z m -64,-2.8 c -0.2,0 -0.2,0 -0.2,-0.2 0,-0.4 0.8,-0.8 1.8,-1.6 z m 3,-2.4 -0.2,-0.2 c 0.2,-0.8 0.4,-1.4 1.2,-1.4 h 0.2 l -0.4,0.8 z m 16.6,-0.6 -0.4,-0.2 c 0.2,-0.6 0.6,-0.8 0.6,-0.8 0.2,0 0.4,0.2 0.4,0.6 0,0.2 -0.4,0.4 -0.6,0.4 z m 47,0 -0.4,-0.2 c 0.4,-0.6 0.6,-0.8 0.8,-0.8 0,0 0.2,0.2 0.2,0.6 0,0.2 -0.2,0.4 -0.6,0.4 z m 2.6,-2 -0.2,-0.2 c 0,-0.6 2.4,-2.2 3,-2.2 h 0.2 c 0,0 -2.4,2.4 -3,2.4 z m -61.6,-2 -0.4,-0.2 0.6,-0.8 c 3.2,-3.2 5.6,-5 6.4,-5 h 0.4 c 0.6,0 0.4,-1.4 3,-2.6 l 0.2,0.2 c -1.4,2.6 -2.4,2.6 -6.2,5.6 -0.6,0.4 -2,-0.4 -2,1.4 0,0.4 -0.4,0.8 -0.8,1 z m 18.6,-3.6 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0,-0.4 0,-0.2 0.4,-0.4 0.4,0 1,0.2 1,0.6 0,0 -0.4,0.2 -1,0.2 z m -6.8,-5.2 c -0.2,0 -0.6,-0.2 -0.6,-0.8 0,-1 4.2,-3.2 4.2,-4 0,-1.4 2.4,-0.8 3.2,-2 0.4,-0.4 0.8,-0.6 1,-0.6 h 0.2 c 0,0.8 -3.6,4.8 -4.4,4.8 -0.2,0 -1,0.4 -1.8,1.2 -0.8,1 -1.4,1.4 -1.8,1.4 z m 49.8,-19.6 c 0,-0.2 0.2,-0.6 0.8,-1 0.8,-0.4 1.8,-0.8 2.2,-0.8 0,0.2 -0.4,0.4 -1,0.8 -0.8,0.6 -1.6,1 -2,1 z m 29.2,-0.6 h -0.2 c 0,-0.4 2.2,-2.4 3,-2.4 0,0.2 -0.2,0.8 -0.8,1.2 -1,0.8 -1.8,1.2 -2,1.2 z m 0.4,-3.6 c -0.4,0 -0.8,-1 -0.8,-1.6 0.2,-0.4 0,-0.4 0.6,-0.6 0.8,0.6 0.4,0.2 1,1 0,0.2 -0.8,0.2 -0.8,0.6 l 0.2,0.4 z m -110,171.4 c 0.2,0 0.6,-0.2 0.6,-0.6 0,-0.2 -0.4,-0.6 -0.6,-0.6 -0.4,0 -0.6,0.4 -0.6,0.6 0,0.4 0.2,0.6 0.6,0.6 z m 82.8,-58 c 1,0 1.6,-1.8 2.6,-4.4 h -0.2 c -1.8,1.4 -1.4,2.4 -2.6,4.2 0,0.2 0,0.2 0.2,0.2 z m 3,-71 c 0.8,0 1,-0.2 1.2,-0.8 l -0.4,-0.2 c -0.4,0 -0.8,0.2 -1,0.8 0,0 0,0.2 0.2,0.2 z m 2.8,-3 c 0.8,-0.6 0.4,-0.4 1.4,-0.6 h 0.4 c 0.4,-0.6 0.4,-0.2 0.4,-1 0,-0.2 0,-0.2 -0.4,-0.2 -1.2,0.2 -1.6,0.8 -2,1.8 z m -53.8,-2.8 c 0.2,0 1,-0.6 1.6,-1.2 1.4,-1.2 1.2,-0.2 2,-1.8 l -0.4,-0.2 c -0.6,0 -3.2,2.6 -3.2,3.2 z m 4.6,-3.4 c 1.6,-1 2.8,-1.6 2.8,-2.2 0,-0.2 0,-0.2 -0.2,-0.2 -0.4,0 -1.2,0.6 -1.8,1.4 z m 4.4,-3.2 c 0.6,0 2.6,-2 3,-2 0.8,0 1.2,-0.6 1.8,-1.8 -0.8,0 -5,3.2 -5,3.6 z m 5.2,-3.6 c 2.2,-1.4 3.6,-2.2 3.6,-3 h -0.2 c -0.2,0 -1,0.6 -1.8,1.4 z m 7.2,-4.8 c 0.6,0 1,-0.2 1,-1 0,-0.2 0,-0.2 -0.2,-0.2 -0.6,0 -1,0.2 -1,0.8 0,0.2 0,0.4 0.2,0.4 z m 12,-7 c 0.4,0 3,-1.8 3,-2.2 l -0.2,-0.2 c -0.8,0 -3,2 -3,2.4 z m 4,-2.4 c 0.8,0 2,-1.4 2,-1.6 -1.4,0.6 -2.2,1 -2.2,1.4 0,0.2 0.2,0.2 0.2,0.2 z m 3.8,-1.6 c 1,0 1.4,-0.4 1.4,-0.6 0,-0.4 -0.4,-0.4 -1.2,-0.4 -0.6,0 -0.8,0.2 -1,0.6 0,0.2 0.4,0.4 0.8,0.4 z m 3,-1.6 c 1,0 2,-0.4 2.6,-1.8 0,-0.2 0,-0.2 -0.4,-0.2 -1.4,0.2 -2.4,0.8 -2.6,1.8 0,0.2 0.2,0.2 0.4,0.2 z m 4.8,-1.4 c 1,-0.2 1.2,-0.6 1.2,-0.8 0,-0.2 0,-0.2 -0.2,-0.2 -0.8,0.4 -0.4,0 -1.2,0.8 z"/><path d="m 1228.2002,234.4 c 0.8,0 2.2,-4.6 2.6,-4.6 0.2,0 0.4,-0.4 0.4,-1 l -0.4,-3 c 0,-0.4 0,-0.6 0.2,-0.6 l 0.8,0.4 -0.2,-0.4 c 0,-1.6 1,-1.8 1.4,-1.8 0.6,0 0.8,0.2 0.8,1.4 0.4,-0.4 0.6,-0.8 1,-0.8 1,0 2.6,3.2 3,3.2 0,-0.6 0.2,-1 0.4,-1 0.2,0 0.4,0.2 0.4,0.6 l -0.2,1.2 c 0,0.8 0.2,1 0.4,1 0.8,0 1.2,-2.2 2,-2.2 l 0.2,0.2 -0.8,1.8 c 0.6,0 1.8,-0.6 1.8,-1.6 l -0.2,-0.8 h 0.4 c 0.2,0 0.6,-1 0.6,-2 0,-1 -0.2,-1.8 -0.4,-1.8 -0.8,0 -0.4,1.6 -0.8,1.6 -1.2,-1.2 -0.6,-0.6 -1.4,-1.8 h -0.2 l 0.2,1.4 c 0,0.4 0,0.4 -0.4,0.4 h -1.2 c -0.8,0 -0.8,0.2 -1.2,0.6 l 0.2,-1.4 c 0,-0.4 0,-0.6 -0.4,-0.6 l -0.6,0.2 c -1.4,0 -1.6,-0.6 -2.6,-0.6 -0.4,0 -0.6,-0.4 -0.6,-1 0,-0.4 0.8,-0.4 0.8,-1.2 0,-0.8 1.8,-3.6 1.8,-5.2 0,-1 -1.2,-1.6 -1.2,-2.2 0,-0.2 0,-0.4 0.2,-0.4 l 0.8,0.8 c 0.4,0 0.2,-0.6 0.6,-0.6 h 0.8 c 0.4,0 0.4,-0.2 0.4,-0.4 0,-0.4 -0.2,-0.6 -0.6,-1.2 0,-0.8 1.4,-2.4 1.4,-3.6 0,-2 1,-1.4 1,-3.2 0,-1.2 0.2,-1.4 0.6,-1.4 l 1,0.2 c 0,-1.4 0.2,-2.2 0.8,-2.2 l 0.2,0.4 c 0,1.6 -1.6,4.2 -1.6,6 0,1.4 -1.4,5.4 -1.4,6.8 0,0.6 0,1 -0.4,1 l -2.4,-1.2 c 0.4,1.4 1.2,0.6 1.2,2.8 0,2 -0.6,4 -0.6,5.2 0,0.2 0,0.2 0.2,0.2 h 0.8 c 0.4,0 0.6,0.2 0.6,0.4 0,0.6 0.2,0.8 0.4,0.8 0.8,0 0.8,-2.4 2,-2.4 l 3.4,0.4 c 1.4,0 1.4,-0.4 1.4,-1.4 0,-0.6 0.8,-0.6 0.8,-1.6 0,-0.2 0,-0.2 0.2,-0.2 h 0.2 c 0.4,0 0.6,0 0.6,-0.2 l -0.4,-1.2 0.2,-0.2 0.8,0.4 0.2,-0.4 c 0,-0.2 -0.2,-0.6 -0.6,-0.8 -0.4,0 -0.8,-1.2 -1,-3.2 0.8,0.8 0.6,0.4 1.2,1.4 l -0.2,-0.6 0.2,-0.2 h 0.8 c 0.8,0 1,-5.4 1.8,-5.4 0.2,0 0.2,0.2 0.2,0.6 0,0.2 0,0.4 0.2,0.4 0.8,-1.2 0.4,-0.4 0.8,-1.8 0,-1 -0.4,-1.8 -0.8,-1.8 l -0.6,0.8 -0.2,-0.2 c 1,-3.8 1.2,-5 2.6,-5 l 0.2,0.2 c 0.6,0 0.6,-4.6 1.6,-5.2 l 0.2,0.2 -0.2,1.6 c 0,0.4 0,0.6 0.2,0.6 0.4,0 1,-2.6 1.6,-4.4 -0.4,0 -1.2,1.6 -1.6,1.6 0,-0.4 0,-0.6 -0.4,-0.6 l -1,0.2 c -0.2,0 -0.2,0 -0.2,-0.2 0,-0.4 1.6,-3.4 1.6,-4.6 0,-1.4 0.8,-2.6 1.2,-2.6 0.2,0 0.2,0.4 0.2,1 0,1.6 -0.2,1.8 -0.6,3.2 l 0.2,0.2 0.4,-0.2 c 0.6,0 1.2,1.6 1.2,2.8 0,2 -1,1.6 -1,2.8 0,4.6 -2.2,5.4 -2.2,8.6 1.4,0 15.8,-40.4 19.4,-47.2 3.8,-8.6 4,-10 7.6,-16.8 2,-4 3,-8.2 4.6,-9.8 0.4,-0.6 0.6,-1.4 0.6,-1.8 v -0.8 c 0,-0.6 1.2,-0.6 2.8,-4.2 1.4,-2.8 1.6,-3.6 1.6,-4.2 -0.4,0 -0.8,0.8 -2,2.2 0.6,-2.2 0.8,-3 1.8,-3 l 1,0.2 c 0.2,0 0.4,-0.2 0.4,-0.4 0,-3.8 7.6,-13 7.6,-16.6 0,-1.4 1.2,-0.8 1.2,-1.8 l 0.2,-0.4 c -1.4,0 -2,2.4 -2.6,2.4 -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.6,-0.6 1.2,-1.2 -0.6,-0.4 -1.2,-0.6 -1.2,-1.2 0,-0.2 0,-0.2 0.2,-0.2 l 1.4,0.8 0.2,-0.2 -0.2,-1.4 c 0,-1.8 2.4,-4.8 2.4,-5.6 0,-1.2 1.2,-1.2 2.2,-4.4 1.4,-3.6 2.6,-6 2.6,-6.8 0.2,-1 0.4,-1 9.8,-2.4 6.8,-1 20.6,-2.6 45.8,-5 5.6,-0.4 10.4,-1.2 10.4,-1.4 0.2,-0.2 0.8,-0.2 1.4,-0.2 l 0.6,0.2 c 0.2,0 0.2,0 0.2,-0.2 0,-0.4 0,-0.6 -3.4,-0.6 l -17.6,0.6 c -4.6,0 -5.8,-0.4 -6,-1 0,-0.6 0.2,-1 0.8,-1 0.6,0 0.6,1 1.2,1 l 1,-0.2 c 0.6,0 0.4,0.8 1,0.8 0.4,0 0.6,-0.4 0.6,-1.2 0,-1 0.4,-1 4,-1 8.8,0 12.6,-0.6 14.4,-1.4 -0.8,-0.8 -1.4,-1 -2.6,-1 -1,0 -0.8,0.8 -1.4,0.8 -1,-0.2 -0.6,0 -1.2,-0.8 0,-0.6 7.2,-0.6 7.6,-1.6 0.4,-0.8 2.4,-0.8 2.4,-1.2 0,-0.2 0.2,-0.4 0.4,-0.4 l 1.4,0.2 c 0.2,0 0.4,0 0.4,-0.2 -0.4,-0.8 -0.6,-1.4 -1.6,-1.4 -1,0 -1,-1.8 -3.8,-1.8 -1,0 -1.8,-0.2 -1.8,-0.2 0.4,-0.4 1,-0.6 1,-1.2 0,-1 2.2,-1.2 6.2,-2.4 0,-0.6 -2.4,-0.4 -2.4,-0.8 0,-0.4 -0.2,-0.8 -1,-0.8 -0.6,0 -0.6,0.4 -1,0.8 -0.4,-0.2 -0.6,-0.2 -0.6,-0.6 0.4,-0.8 0.8,-0.6 0.8,-1.4 0,-0.6 -0.4,-1.4 -1,-1.4 l -0.8,0.2 c -0.8,-0.4 -1.2,-0.4 -1.2,-1 0,-0.8 1.2,-1.6 3.4,-2 1.2,-0.2 1.8,-0.2 1.8,-0.6 -0.6,-1 -1.4,-1.4 -1.4,-2 0,-0.4 -10.6,-2 -17.4,-2.6 -9.2,-0.6 -23.2,-1 -35.2,-1 -7.2,0 -13.6,0.2 -18.2,0.4 -36.4,2.4 -45.4,4.4 -63.6,7.8 -8.6,1.8 -8,3.2 -8.4,10.4 0,3.2 2.8,2 2.8,3.4 0,1.8 1,2.6 3.8,2.6 l 4.8,-0.4 c 1,0 1.4,0.2 1.4,0.4 0,0.4 -0.4,0.6 -0.8,0.6 -2.4,0 -3,0.6 -3,1.4 0,0.6 -1.2,0.8 -1.2,1.6 l -0.2,0.2 -1.2,-0.2 c -0.2,0 -0.4,0 -0.4,0.2 0.4,1.4 0.6,2 1,2 0.4,0 0.4,-1 1,-1 0.8,0 1.4,1.6 1.4,3.6 0,1 2.2,1 2.2,1.4 0,0.4 0.8,0.6 1.8,0.6 l 3.2,0.2 c 2.2,0 10.4,-0.6 11.2,-1 0.4,-0.4 8.4,-0.6 11.8,-1.8 l 2.6,-0.4 0.4,0.2 c -0.6,0.8 -1,1.4 -1.8,1.4 h -1 c -2.4,0 -6.8,1.6 -8.6,1.6 -1.2,0 -1,0.8 -2.6,0.8 l -3.8,0.4 c -2.6,0 -1.8,-0.6 -3.4,-0.6 -2.4,0 -6.6,1.4 -6.6,2.4 0.4,0.4 0.8,0.4 0.8,0.8 -1.6,0 -1.8,0.4 -2.2,2 0,0.4 0.2,0.6 0.4,0.6 h 0.4 l 0.2,0.4 -0.2,1 c 0,1.2 1.4,1 4.4,1.2 4.8,0 14.6,-1 18,-2 h 0.4 c 0.2,0 0.4,0 0.4,0.2 -0.6,2.6 -5,10.8 -5.8,14.2 0,0.4 -1.2,3.2 -2.6,6.4 -3.2,7 -11.4,28.4 -11.4,32.8 0,1 -1.4,2.8 -1.4,4.4 0,1.8 -1.8,2 -1.8,4.2 0,2 -1.6,4.2 -1.6,5 0,0.6 -0.4,1.8 -0.8,2.8 -3.6,11.2 -5.4,16.4 -6,19.6 -0.6,4 -1.4,2.8 -1.4,3.4 0,2.2 -8.6,31.4 -8.6,33.8 0,0.4 -1.2,5 -1.2,7.8 0,2.2 -1.2,3.4 -1.2,6.4 0,4 2.8,4.6 2.8,5.2 0,0.4 0.2,0.6 0.4,0.6 z m 4.6,-15.2 c -0.2,0 -0.2,-0.4 -0.2,-0.8 0,-0.4 0,-0.6 0.2,-0.6 l 0.2,0.2 c 0,0.4 0,1 -0.2,1.2 z m 13.4,-1.8 c -0.4,0 -0.8,-0.6 -0.8,-1.2 l 0.2,-0.4 c 0.8,0.6 0.4,0.4 0.8,1.2 z m 1,-5.8 c -0.2,0 -0.2,0 -0.2,-0.4 0,-0.4 0.4,-0.8 0.6,-1 h 0.4 c -0.2,1 -0.6,1.4 -0.8,1.4 z m -4.6,-11 c -0.2,0 -0.6,-0.4 -0.6,-1.2 0,-0.8 0.2,-1 0.8,-1.4 0.2,0 0.2,0.4 0.2,1.2 0,1 -0.2,1.4 -0.4,1.4 z m 0.8,-3.4 c -0.2,0 -0.4,-0.4 -0.4,-1.2 0,-1.4 1.2,-3.8 1.8,-3.8 l 0.2,0.6 c -0.6,2.8 -1,4.4 -1.6,4.4 z m 14,-4.6 c -0.2,0 -0.6,-0.6 -0.6,-1 l -0.2,-3 c 0,-3 0.8,-2 0.8,-2.6 v -0.2 c 0,-0.2 0.4,-0.6 1,-0.6 l 0.2,0.2 -0.4,1.4 c 0,0.8 1.4,0.4 1.4,1 l -0.4,1.6 -1.6,-0.2 c -0.4,0 -0.6,0.2 -0.6,0.8 v 0.8 c 0.6,-0.6 0.6,-0.8 1,-0.8 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -0.8,0.2 -0.8,0.8 l 0.2,0.4 c 0,0.6 0,1 -0.4,1 z m -12.4,-3.2 -0.2,-0.2 c 0,-0.4 1,-2.2 1.6,-2.2 l 0.2,0.4 c 0,0.4 -0.2,1 -0.8,1.4 z m 14.6,-2.6 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0,-0.8 1,-3.2 1.4,-3.2 0.2,0 0.4,-0.2 0.4,-0.4 l -0.4,-1.2 c 0.8,0.2 1,0.4 1,1.4 0,1.4 -1.4,1.8 -1.4,2.4 l 0.2,0.8 c 0,0.4 -0.2,0.6 -0.6,0.6 z m -12.6,-0.8 c -0.4,0 -0.6,-0.4 -0.6,-1.4 0,-1 1,-1.2 1,-1.6 l -0.6,-1.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 0.6,0.2 0.8,0.2 0.8,2 0,1.4 -0.6,3 -1.2,3 z m 10.8,-3 -0.2,-0.2 c 0.2,-2 0.8,-3.4 0.8,-3.4 h 0.2 c 0.4,0 1.6,0.6 1.6,1 0,0.2 -0.2,0.4 -0.4,0.4 h -0.2 c -0.2,0 -0.8,0.4 -1.2,1.2 z m 3.8,-2 c -0.4,0 -0.6,-0.4 -0.6,-0.6 0,-0.2 0.2,-0.4 0.4,-0.4 0.6,0.2 0.4,0.2 0.8,0.6 0,0.2 -0.4,0.4 -0.6,0.4 z m -13.2,-0.8 c -0.4,0 -0.8,-0.2 -0.8,-0.6 0,-0.2 0.2,-0.4 0.6,-0.4 0.6,0.4 0.6,0 0.8,0.6 0,0.2 -0.2,0.4 -0.6,0.4 z m 11.8,-1 c -0.8,0 -1.2,-0.2 -1.2,-0.8 0,-0.6 0.6,-1.6 0.6,-2.4 v -0.6 c 0,-0.2 0.2,-0.4 0.4,-0.6 2.2,-2.2 5.6,-19.4 9,-20.4 l -0.2,0.6 c 0.4,0.8 0.2,0.4 0.8,1.2 l -0.2,0.2 -0.8,-0.2 c -1,0 -1,1 -1.2,3.2 l 0.2,1.4 c 0,0.2 -0.2,0.4 -0.4,0.4 -0.8,0 -1.6,1.6 -1.6,3 l 0.4,1.2 -0.2,0.2 h -0.4 c -0.8,0 -2,5 -2.8,5.4 -1.8,3.8 -1,2 -1.8,6.8 0,0.8 -0.2,1.4 -0.6,1.4 z m -11,-1.2 c -0.2,0 -0.2,-0.2 -0.2,-0.4 l 0.4,-1.6 0.2,-0.2 c 0.4,0.2 0.6,0.2 0.6,1 0,0.6 -0.4,1.2 -1,1.2 z m 13.6,0 c -0.2,0 -0.4,-0.2 -0.4,-0.4 l 0.4,-2 c 0,-0.2 0.2,-0.4 0.6,-0.4 l 0.4,0.2 -0.8,1.8 0.2,0.6 z m -11.8,-3 c -1.2,-0.4 -1.6,-0.8 -1.6,-1 h 0.6 c 0.6,0 1.2,0.2 1.2,0.6 0,0.2 0,0.4 -0.2,0.4 z m -0.2,-2.2 c -0.2,0 -0.2,-0.2 -0.2,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.2,0 0.2,0.2 0,0.8 -0.2,1 -0.6,1 z m 14.4,-1.4 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0.2,-0.8 0.2,-1.6 0.6,-1.6 0.2,0 0.2,0.2 0.2,0.6 0,0.6 -0.2,1.2 -0.4,1.4 z m -12.6,-1 c -0.6,0 -0.8,-0.4 -0.8,-1 0,-0.4 0,-0.8 0.4,-1 0.2,0 0.6,0.4 0.8,1.4 0,0.4 -0.2,0.6 -0.4,0.6 z m 2,-6 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-0.6 0.2,-0.8 0.4,-0.8 0.4,0 0.6,0.2 0.6,0.4 0,0.4 -0.2,0.8 -0.6,1 z m 2.4,-5 c -0.4,0 -0.6,-0.4 -0.6,-0.8 0,-0.6 0,-1 0.2,-1 0,0 0.4,0.6 0.6,1.4 0,0.2 0,0.4 -0.2,0.4 z m 2,-3.4 c -0.2,0 -0.4,-0.4 -0.4,-0.6 0,-0.4 0.4,-0.6 0.6,-0.6 0.2,0 0.4,0.2 0.4,0.4 v 0.2 z m 10.8,-5.4 v -0.2 c 0,-0.6 0.4,-1.2 1.4,-2.4 0.2,0 0.2,0.2 0.2,0.6 0,0.4 -0.4,1.2 -0.8,1.6 z m 2.2,-4.6 c -0.4,0 -0.4,0 -0.4,-0.2 0,-0.4 0.4,-0.8 1.4,-1.8 0.2,0 0.2,0 0.2,0.2 -0.4,1 -0.6,1.8 -1.2,1.8 z m 2.4,-4.8 h -0.2 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.6 0.4,-0.8 1,-1.2 l 0.2,0.4 c 0,0.4 -0.4,0.8 -0.6,1 z m 0.8,-2.2 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0,-1.8 1,-2.6 2.2,-4 -0.4,1.6 -0.6,2.8 -1.4,4 z m 18.4,-26 -0.2,-0.4 c 0.6,-1.4 1,-2.6 1.4,-2.6 0.2,0 0.4,0.2 0.4,0.4 0,0.6 -1.2,2.6 -1.6,2.6 z m 1.8,-3.6 c 0.2,-0.8 0.4,-1.4 0.8,-1.4 h 0.2 c 0,0.2 0,0.6 -0.4,1 z m 1.6,-4 c -0.4,0 -0.6,-0.4 -0.6,-0.8 0,-0.4 0.2,-0.6 0.4,-0.6 0.6,0 0.8,0.4 0.8,0.8 0,0.4 -0.2,0.6 -0.6,0.6 z m -48.8,-17.4 c -1,0 -1.8,-0.2 -1.8,-0.6 0,-0.2 0.2,-0.2 0.6,-0.2 h 0.8 c 1,0 0.6,-0.8 1.2,-0.8 0.6,0 1,0.4 1,0.8 0,0.4 -0.8,0.8 -1.8,0.8 z m 7.2,-0.4 c -1.2,0 -2.2,0 -2.2,-0.2 v -0.2 c 0,-0.6 -2.6,-0.2 -2.6,-1 0,-0.2 0.2,-0.2 0.4,-0.2 l 1,0.2 c 0.2,0 0.2,0 0.2,-0.2 l -0.4,-0.8 c 1.4,0.6 0.8,1.2 7.6,1.2 3.6,0 5.4,0 5.4,0.4 l -1.6,0.4 c -1.8,0.2 -5.4,0.4 -7.8,0.4 z m 57.8,-9.4 c -0.6,0 -1,-0.2 -1,-0.4 l 1.8,-0.6 c 0.2,0 0.4,0.2 0.4,0.4 0,0.2 -0.4,0.6 -1.2,0.6 z m 3.4,-0.8 -0.2,-0.2 c 0.8,-0.6 2,-0.8 3.4,-0.8 h 0.4 v 0.2 l -2.2,0.6 z m 10,-1 -1.6,-0.2 c 1.4,-0.6 1.8,-0.8 2.8,-0.8 h 0.8 c 0.6,0 0.4,-0.2 0.6,-0.6 l 0.6,0.4 c 0,0.4 -1,1.2 -3.2,1.2 z m 7.4,-0.6 c -0.6,0 -0.8,-0.2 -0.8,-0.4 l 0.2,-0.4 c 0,-0.2 -0.4,-0.4 -1,-0.4 h -1.4 c 4.2,-1.2 2.4,-2.2 5.8,-2.2 -2,0.4 -3,0.8 -3,1 0.4,0 0.6,0.2 0.6,0.4 v 0.6 c 0,0.4 0.2,0.4 0.8,0.4 2,0 2.8,-0.2 2.8,-0.6 l -0.6,-1.4 c 0,-0.4 0.6,-0.6 2.2,-0.6 1.4,0 1.4,0.2 1.8,0.4 1.8,-0.6 2.6,-0.8 4.2,-0.8 0.8,0 1.4,0 1.4,0.4 0,0.8 -1.6,0.8 -3.8,1.4 0,0.4 0.8,0.4 2.4,1 -2.6,0 -2.8,-1 -4.2,-1 l -1.8,0.4 c -0.4,0 -1,1.2 -4,1.6 z m -24.8,-1.4 c -0.8,0 -1.2,-0.2 -1.2,-0.6 0,-1.6 2.8,-1.8 10.2,-2 0,0.4 -1.6,1.4 -2.4,1.4 l -0.6,-0.2 c -0.8,0 -0.6,0.4 -1.4,1 -0.4,0 -0.4,-0.8 -0.8,-0.8 -0.8,0 -2.8,1.2 -3.8,1.2 z m 11.6,0.2 c -0.6,0 -0.8,0 -0.8,-0.4 1.8,-4 1.8,-3 8,-3.6 h 1 c -1.2,0.8 -1.6,1.2 -4,1.2 -1,0 -1.4,0 -1.4,0.2 0.4,0.6 0.6,0.6 0.6,0.8 -0.6,0 -1,0 -1,0.2 l 0.8,0.8 c 0,0.2 -0.4,0.2 -1,0.4 z m 8.4,-1.2 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.4,-0.2 h 0.2 c 0.4,0 0.6,0 0.8,0.2 z m 2.2,-2.4 c -0.8,0 -1.4,0 -1.4,-0.2 1,-0.6 2.2,-0.8 4.2,-0.8 1.4,0 2,0 2,0.2 -1.6,0.8 -2.8,0.8 -4.8,0.8 z m 8.8,-0.4 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0.2,-0.6 0.4,-0.8 1.2,-0.8 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.6,0.8 -1.2,0.8 z m 7.4,-0.4 c -2,0 -4.2,-0.4 -4.2,-0.6 3.8,-0.2 4.6,-0.2 6.6,-0.6 0.8,0.4 0.6,0 0.8,0.6 0,0.2 -0.2,0.4 -0.4,0.4 z m 9,0.2 c -0.2,0 -0.8,-0.4 -2,-1.4 0,-0.2 0.2,-0.2 0.6,-0.2 0.6,0 1,0.4 1.2,0.8 z m -4,-0.4 c -0.4,0 -0.6,-0.4 -0.8,-1 l 0.4,-0.2 c 0.4,0 0.6,0.2 0.6,0.6 0,0.4 -0.2,0.6 -0.2,0.6 z m 6.6,-0.4 -1.2,-0.2 -0.4,-0.4 c 0,-0.2 0.2,-0.2 1,-0.2 3.2,-0.2 1.6,0 5,-0.4 0.2,0 0.2,0 0.2,0.2 l -0.2,0.2 c -1.6,0.6 -3.2,0.8 -4.4,0.8 z m -12.6,-8.4 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.4,-0.2 h 0.2 c 0.4,0 0.6,0 0.8,0.2 z m -107.8,172.4 c 1.2,-1.8 1.6,-3.2 1.6,-3.2 l -0.2,-0.2 c -0.4,0 -0.6,0.6 -1,1.8 z m -1.4,-2 c 0.8,0 1.4,-0.6 1.6,-1.4 l -0.4,-0.2 c -1.6,0.2 -2.6,0.4 -2.6,1 0,0.2 0.4,0.4 1,0.6 z m -2.6,-0.8 c 0.4,0 0.6,-0.2 0.6,-0.4 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.2,0 -0.6,0.2 -0.6,0.6 0,0.2 0.4,0.4 0.6,0.4 z m 15.4,-13.6 c 0.4,0 0.6,-1 1.6,-2.8 l -0.2,-0.2 c -1,1 -1.6,1.6 -1.6,2.8 0,0.2 0,0.2 0.2,0.2 z m 51,-117.2 c 0.4,0 0.8,0 0.8,-0.2 v -0.2 c 0,-1 3.6,-7.4 3.6,-8.4 l -0.2,-0.6 c 0.8,-1.6 1.4,-2 2.8,-5.2 0,-0.2 -0.2,-0.2 -0.4,-0.2 h -1.2 l 0.4,0.4 c 0,1 -3,4.6 -3,6.2 0,1.4 -2.2,5 -3,5 h -0.4 l 0.2,0.8 -0.4,2 c 0,0.4 0.2,0.4 0.8,0.4 z m 6.6,-15.6 c 0.4,0 0.8,-0.2 0.8,-0.6 -0.2,-0.2 -0.6,-0.6 -0.8,-0.6 -0.6,0 -0.8,0.4 -0.8,0.8 0,0.2 0.4,0.4 0.8,0.4 z"/><path d="m 1325.0002,229.4 -0.8,-0.4 c -1.8,-1.2 -2.8,-4.6 -2.8,-7.4 0,-3.2 2,-5.2 2,-6 l -0.4,-1 c 0,-1 0.8,-3.2 3.4,-11.4 5.8,-16.4 7.4,-18.6 7.4,-19.8 0,-0.8 1.6,-2 1.6,-3.4 0,-3 3.4,-7.2 3.4,-8.6 0,-0.2 0,-0.4 -0.2,-0.4 l -1.2,0.2 c -2.2,0 -5.4,-2.8 -5.4,-5.8 0,-1.6 1.4,-3.6 1.4,-4.4 0.4,-2.4 12.6,-3 12.6,-5.8 0,-2 19.2,-41.6 20.2,-42.2 0.6,-0.4 0.2,-2 2.6,-6.4 2.4,-3.4 2,-4.8 2.8,-5.2 0.6,-1.2 1.6,-3.2 4.2,-7.6 2.6,-5.2 2.6,-5.4 3.6,-5.8 l -0.2,-0.8 c 0,-1 1,-2.6 2.4,-4 0.6,-0.6 1.2,-1.4 1.2,-1.8 v -0.2 c 0,-1.4 3.8,-5.6 3.8,-6.6 0,-0.8 2,-2.8 2,-3.6 v -0.4 c -1.2,0.6 -1.6,1 -2.6,1 h -1 c -1,0 -0.8,0.8 -1.2,0.8 h -0.8 c -1.4,0 -4.2,1 -4.2,1.6 v 0.2 c 0,1 -0.6,1 -2,1.2 l 0.4,-1 c -0.6,0.2 -0.8,0.4 -0.8,0.8 v 0.4 c 0,0.6 -2.4,1.6 -3.8,1.6 -0.8,0 -2.6,-1.8 -3.6,-1.8 h -1 c -0.2,0 -0.4,0 -0.4,-0.2 l 0.2,-1.4 c 0,-0.4 -0.2,-0.6 -1,-0.6 -1.6,0 -1.2,-0.6 -1.4,-1 h -0.4 l -0.2,-0.2 c 0.2,-1 0.4,-1.6 0.6,-1.6 1,0.8 1.2,1.6 1.6,1.6 0.2,0 0.6,-0.4 0.6,-1 0,-1.2 -2.4,-3.6 -2.8,-3.6 l -0.2,0.2 0.2,1 c 0,0.8 -1.8,0.8 -2.6,1.4 -1,0 -4.2,-3.2 -4.4,-5.4 0,-3 4,-7.6 8.4,-8.8 6,-2.6 17.6,-7.4 37.2,-12 3.4,-0.8 6.4,-0.6 8.6,-1.4 7.4,-1.8 24.8,-3.6 36.8,-3.6 9.2,0 20.2,0.8 21.4,1.6 0.4,0.4 4,0.8 7.6,2.2 1.6,0.8 3.2,1.6 3.8,1.6 2,0 9.8,4.6 9.8,5.8 v 0.2 h 0.8 c 0.8,0 1.2,2.2 2.4,3 1.8,1.2 3.8,6.8 3.8,9.2 0,1.2 -0.4,1 -0.6,1.8 0.4,1.8 1.2,3 1.2,4.4 0,1 -0.8,0.8 -0.8,1.8 v 0.4 c 0,0.8 -0.4,1.2 -1.2,2.2 0.4,0 1,-0.4 2.4,-1 0.2,0 0.2,0.4 0.2,1 0,1.4 -0.4,2.2 -0.6,2.8 0,0.8 1.6,2.2 2.4,2.2 h 0.6 c -1.2,1.2 -2,1.6 -2,2 0.4,0.4 1,0.2 1,0.8 0,0.2 0,0.2 -0.2,0.2 h -0.6 c -0.6,0 -1,1.6 -1,4.4 -0.8,5 -2.8,6 -3.6,8.2 -0.6,2.2 -4,5.4 -4.8,5.4 v 0.4 l -0.8,1.6 c 0,0 1,-0.8 2.2,-2.2 3.6,-3.6 6.2,-8.4 6.8,-8.4 0.2,0.6 0.2,0.2 0.2,1 0,0.8 -0.8,1 -0.8,1.2 v 0.2 c 0,1 -4.4,6 -8.4,9.8 -4.6,4.2 -11,9.4 -11.6,9.4 -0.2,0 -1.4,0.8 -2.4,1.8 -9.4,7.8 -26.2,18.2 -33.8,23 -7.6,5.2 -6,3.4 -7.6,4.6 -2.6,2 -19,11.6 -28.6,16.8 -4.2,2.4 -7.6,4.2 -7.6,4.4 1,0 12.6,2 23.6,4 14.2,2.6 7.2,1 20,3.8 1.4,0.6 3,1 3.6,1 2,0 6.6,2.2 6.6,3.2 0,0.2 0.2,0.4 0.4,0.4 h 0.8 c 0.2,0 0.2,0 0.2,0.4 v 1.6 c 0.8,-0.6 1.2,-0.8 2,-0.8 0.8,0 1.6,0.4 1.6,0.8 l -0.8,1.2 c 0,0.4 0.4,0.4 1.4,0.4 2,0 1.4,0.4 1.8,1.8 h 0.4 c 1.2,0 2.8,3 3,5.4 0,2 -0.2,2.4 -1.2,2.6 -0.6,0 -1.2,0.4 -1.2,0.8 0,0.4 0.2,0.6 0.4,0.6 0.6,0 3.4,2.4 3.4,3 0,0.2 -0.2,0.4 -0.4,0.4 l -1.4,-0.2 c -1.2,0 -3,0.8 -3,1.4 0.2,0.6 0,0.2 0.6,0.6 0.4,0 1,-0.4 1,-1 l -0.2,-0.4 0.2,-0.2 c 0.6,0.6 0.8,0.6 0.8,1.2 0,0.4 -1.6,1.2 -1.6,1.8 l 1,1 c 0,0.4 -1.4,1.4 -1.4,1.8 0,0.2 0.4,0.2 1,0.2 h 0.2 c 0.2,0 0.4,0.4 0.4,0.8 0,0.4 -0.2,0.6 -0.6,0.6 -2.2,-0.6 -1,-0.2 -3.2,-0.6 -0.4,0 -1,-0.6 -1.2,-1 -0.6,-1.6 -1,-1.2 -2,-1.4 -0.4,0 -4,-0.6 -4,-1.6 l 0.4,-0.8 c -1,0.2 -0.8,0.6 -1.6,0.6 -1.2,-0.4 -1.6,-0.8 -1.6,-1.2 0,-0.2 0.2,-0.4 1,-0.4 0.4,0 0.6,0 0.6,0.2 0,0.4 0,0.4 0.2,0.4 0.2,0 0.6,-0.8 0.6,-1.6 0,-0.4 0,-0.8 -0.2,-0.8 l -1.8,-0.8 c -0.4,0 -0.8,1 -1.2,1 -0.2,0 -0.4,-0.2 -0.4,-0.4 l 0.2,-0.8 c 0,-0.4 -0.2,-0.6 -0.6,-0.6 -1.8,0 -1,-1 -2,-1 -1.2,0 -4.2,-2 -6,-2 -1.8,0 -1.6,-1.2 -3.2,-1.2 h -1.6 c -2.8,0 -3,-1.2 -6,-1.4 -3.8,-0.6 -4.6,-1.2 -6.2,-1.6 -1.2,0 -1.2,0.2 -2,0.8 l 0.4,-0.8 c 0,-0.2 -0.2,-0.2 -0.4,-0.2 l -2,0.2 c -0.8,-0.4 -0.6,-0.8 -3,-1 -1,0 -1,0.4 -1,1.2 -0.4,-1 -1.8,-0.6 -2.4,-1.6 0,-0.2 -0.4,-0.2 -0.8,-0.2 -2.6,0 -6,1.6 -8.4,1.8 -2.4,0 -6.8,-0.6 -7.2,-1 0,-0.6 0.8,-1.2 2.4,-1.4 l -0.2,0.6 0.8,0.6 c 0.4,-0.6 0.2,-0.8 0.4,-0.8 l 1.4,0.8 c 0.4,0 0.2,-0.2 0.4,-0.8 l 1.6,-0.2 0.4,-0.4 c 0,-0.2 -0.2,-0.2 -0.8,-0.2 l -6.2,-0.6 c -0.8,0 -1.2,0 -1.2,0.2 0,0.2 0.6,0.4 1.6,0.8 l -0.8,0.2 c -1,0 0.4,1 -4,1 -4.2,0 -8,-1 -17.2,-1 -4.6,0 -9.4,0.2 -9.8,0.6 -1.2,0.4 -7.2,13.2 -7.2,13.2 v -0.2 c 0,-1.2 0.8,-2.2 2.2,-5.4 0,-0.8 1.6,-2.2 1.6,-3.6 0,-0.8 1.8,-2.2 1.8,-3.4 0,-0.6 -0.6,-1.2 -1.4,-1.2 l -1.8,0.2 c -0.2,0 -0.4,0.2 -0.4,0.4 0,0.6 0,0.8 0.4,0.8 h 0.4 c 0.2,0 0.2,0.2 0.2,0.6 -0.4,1 -1.4,0.8 -1.4,1.4 v 0.6 c 0,0.6 -0.2,1 -0.4,1 l -0.6,-0.2 c -0.2,0 -0.2,0 -0.2,0.2 l 0.2,1.2 c 0,1.2 -2.4,2.8 -2.4,3.8 v 0.6 c 0,0.8 -1,1.4 -1,2 v 0.4 c 0,0.4 -0.6,0.2 -0.6,0.6 v 0.4 c 0,2 -2,5.4 -3,5.4 l 0.2,0.6 c 0,0.8 -1.8,2.4 -1.8,3.2 l 0.2,0.8 c 0,0.8 -0.6,1.8 -1,1.8 l -0.6,-0.2 0.2,1.2 c 0,0.6 -0.4,1.4 -0.8,1.4 l -0.4,-0.2 h -0.2 l 0.2,1.4 -0.8,-0.2 0.2,0.6 c 0,1 -1.4,1.6 -4.2,8.8 -0.4,0.8 -1,1.4 -1.4,1.4 h -0.8 c -2.4,0 -2.8,3 -3.8,3 -0.4,0 -0.6,-0.4 -0.6,-1 l 0.2,-0.6 c 0.2,0 0.2,0.2 0.8,0.6 0.4,0 0.8,-0.8 1,-2.4 0,-0.2 0,-0.4 -0.2,-0.4 l -1,0.2 c -0.8,0 -0.6,-1.4 -1,-1.4 h -0.4 c -0.4,0 -0.8,-0.8 -0.8,-1.4 0.2,-0.8 0,-0.6 0.4,-1 0.6,0 0.8,0.6 1.4,1.4 0.4,0 0.6,-0.4 0.8,-1.4 l -0.6,0.2 c -0.4,0 -1.2,-1 -1.2,-1.6 0,-0.6 0.2,-0.8 0.6,-0.8 h 0.2 c 0.2,0 0.2,0 0.2,-0.4 0,-0.6 -0.2,-1.8 -0.6,-3.4 0,-0.2 0.2,-0.4 0.4,-0.4 h 0.8 c 0.4,0 0.6,-0.4 0.6,-1.8 0,-2.4 1.2,-2.6 1.2,-3.6 0,-0.8 -0.4,-1.4 -1.2,-1.4 -0.6,0 -1.4,1 -1.4,2 v 1.2 c 0,0.4 -0.2,0.8 -0.4,1 -1.2,0.4 -1,2.4 -1.4,2.8 l -0.4,0.8 v 0.8 c 0,0.4 -0.8,0.2 -0.8,1 l 0.4,1.8 c -1,0.2 -1,-0.2 -1.4,0.8 0.6,0.4 1,0.2 1,0.6 0,0.8 -0.6,1.2 -2.2,1.6 -0.8,0 -0.6,-0.4 -1,-0.6 -0.2,0 -0.2,0.4 -0.2,1.2 0,1.2 0.6,1.2 1,2.2 l -0.6,1.6 c -0.2,0 -0.4,-0.4 -1,-1 l 0.2,0.8 c 0,1 -1.2,2.8 -1.8,2.8 h -0.2 c -0.2,0 -0.2,0.8 -0.2,1.8 v 0.8 c 0,0.8 -0.2,1.2 -0.4,1.2 z m -1.2,-3.2 c 0.4,-0.2 0.6,-0.6 0.6,-0.8 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.2,0 -0.6,0.4 -0.6,0.8 0,0.4 0.2,0.6 0.4,0.6 z m 15.6,-5.6 0.4,-0.2 0.4,-0.8 c 0,-0.6 -0.2,-1 -0.4,-1 -0.8,0.8 -0.4,0.4 -0.8,1.6 0,0.2 0,0.4 0.4,0.4 z m -2.4,-1 c 0.8,0 1.4,-0.8 1.8,-2.2 0,-0.8 -0.4,-1.4 -1.2,-1.4 -0.2,0 -0.2,0.2 -0.2,0.6 l 0.2,1.4 c 0,0.8 -1,0.4 -1,1 0,0.4 0.2,0.6 0.4,0.6 z m 6.8,-8.4 c 0.6,0 0.8,-1 0.8,-2.4 0,-0.4 0,-0.6 -0.2,-0.6 -0.4,0 -0.6,0.4 -0.6,1 v 1.2 c 0,0.8 -0.2,0.6 -0.4,0.8 z m -6.8,-7.6 c 0.6,0 2.8,-4.2 2.8,-5.2 0,-0.6 -0.4,-0.8 -0.8,-1.4 0.6,0 1,0 1,-1 0,-0.4 -0.2,-0.8 -0.4,-0.8 -0.8,0 -1.8,2 -1.8,3.8 0,1.4 -1.4,2.2 -1.4,3.4 0,0.8 0.2,1.2 0.6,1.2 z m 9.6,-0.4 0.6,-0.4 c 0.6,-0.4 1,-1.4 1,-2 0,-0.6 -0.2,-0.8 -0.2,-0.8 -0.4,0 -1,1.2 -1.4,3.2 z m 111,-5.2 c 1,0 1.6,-0.4 1.6,-0.8 0,-0.6 -0.4,-0.8 -0.8,-0.8 h -0.2 c -0.6,0 -0.2,-1.6 -1,-1.6 l -2.2,-0.6 c -0.4,0 -0.4,0.4 -0.4,1.2 0,1.6 1.6,2.6 3,2.6 z m -117,-2.6 1.2,-2 c 1,-1.8 1.4,-3.2 1.6,-4.6 0,-0.4 -0.2,-0.6 -0.4,-0.6 l -0.4,0.2 0.2,0.8 -0.2,0.2 -0.8,-0.2 c -1,0 -0.8,1.6 -1.2,6.2 z m 119,-2.6 c 1,0 2.6,-1.8 2.6,-2.2 h -0.2 c -0.4,0 -2.6,1.8 -2.6,2.2 z m -115.2,-5.8 0.2,-0.6 c 0.6,-1.6 1.8,-1.2 1.8,-2.2 0,-0.6 0,-1 -0.8,-1 -0.6,0 -1.6,1 -1.6,1.8 0.2,1.4 0.2,2 0.4,2 z m 47.2,-4.6 c 0.6,0 1,-0.6 1.2,-1.6 0,-0.6 -0.4,-0.8 -1.2,-0.8 -4.2,-0.2 -12.8,-1 -24.2,-1 l -2.8,0.2 c 0.4,0.4 6.8,1 8,1.4 l -0.4,-0.8 0.4,-0.4 0.8,0.4 c 0.2,0.2 2.2,0.4 4.6,0.4 4.6,0 4.8,0.4 5.6,1 l -0.4,-0.8 c 0,-0.2 0.2,-0.4 0.4,-0.4 0.8,0 0.2,1 2.2,1 l 5,-0.4 c 1.2,0 1.6,0.2 1.6,0.6 0,0.2 -0.2,0.4 -0.4,0.4 l -0.6,-0.2 -0.2,0.4 c 0,0.4 0.2,0.6 0.4,0.6 z m 12.6,0 c 0.8,0 1.6,-0.2 1.6,-0.4 0,-0.2 -0.8,-0.4 -1.6,-0.4 -0.8,0 -1.4,0.2 -1.4,0.4 0,0.2 0.6,0.4 1.4,0.4 z m -57.4,-0.8 c 0.6,0 1.2,-0.4 1.4,-1 v -0.4 l -0.8,0.2 c -0.8,-0.4 -0.4,-0.2 -1.2,-0.8 -0.2,0 -0.2,0.4 -0.2,1 0,0.6 0.4,1 0.8,1 z m 15.6,-2.2 c 0.4,0 0.8,0 0.8,-0.2 -0.2,-0.2 -0.8,-0.2 -1.2,-0.2 l -0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m 32.4,-17.4 c 1,0 3.2,-1 6.8,-3 4.4,-2.4 6,-3 6.4,-3.6 l -0.2,-0.2 c -0.8,0 -1.8,0.8 -3.2,1.4 l -1.2,-0.2 0.2,0.6 c 0,0.4 -0.4,0.4 -1,0.4 h -1 c -0.6,0 -0.4,0.4 -0.8,1 l -0.8,-0.4 0.2,0.8 c 0,0.2 -0.2,0.4 -0.4,0.4 l -2.6,0.4 c -0.2,0 -0.4,0.2 -0.4,0.4 v 0.6 c 0,0.2 0,0.2 -0.2,0.2 h -1.2 c -0.8,0 -1.2,0.2 -1.2,0.6 0,0.4 0.2,0.6 0.6,0.6 z m 14.2,-7.2 1.4,-0.6 c 1,-0.4 1.4,-1 1.4,-1.2 -0.2,-0.6 -0.2,-0.4 -0.6,-0.6 -1,0 -2.2,1 -2.4,2.2 0,0.2 0,0.2 0.2,0.2 z m 0.8,-1 0.4,-0.6 0.8,-0.4 c 0.2,0 0.2,0 0.2,0.2 0,0.4 -0.4,0.6 -1.4,0.8 z m 4.2,-2 c 0.8,0 2.2,-0.6 2.2,-1 l -0.6,-0.2 -2.8,0.4 c 0,0.4 0.2,0.6 1.2,0.8 z m 3,-1.6 c 0.8,0 4,-2 4.8,-2 0.8,0 4.2,-2.2 4.8,-3 0.2,-0.2 0.8,-0.6 1.6,-0.8 1.4,-0.4 5.6,-5.2 7.2,-5.2 0.4,0 0.6,-0.2 0.6,-0.6 0,-0.8 2.6,-1.8 3.6,-2.8 2,-2 14.6,-9.4 14.6,-10.6 h 0.4 c 2.2,0 8.6,-8 11.8,-8 0.4,0 1.8,-0.8 1.8,-1.4 l -0.6,-1 c 0,-0.8 0.8,-1 2.6,-1.6 l 0.4,0.2 -0.8,1.6 c 0.8,0 5,-3 5,-3.8 l -0.2,-0.6 c 0,-0.4 0.2,-0.6 0.6,-0.8 l 0.2,0.2 -0.4,0.8 c 1.2,-0.4 2.2,-1 2.2,-1.4 l -0.2,-0.2 -0.6,0.2 c -0.6,0 -0.8,-1.6 -1.2,-1.6 -0.4,0 -0.6,0.2 -1.4,1 -1.6,1.6 -5.4,2.8 -5.4,3.6 0,1.4 -4.2,2.6 -4.2,3.6 0,0 -0.2,0.2 -0.6,0.2 -1.4,0 -1.8,1.8 -2.4,1.8 -1.6,0 -4.6,2.6 -4.6,3.8 l -0.8,-0.2 c -0.4,0 -1.2,0.4 -1.6,0.8 -1.2,1.2 -8.8,5.2 -10.4,7 l -0.4,-0.2 c -0.2,0 -0.4,0.2 -0.4,0.6 0,0.6 -1.2,0.8 -1.2,1 0.6,0.4 0.4,0.6 1.4,0.6 2,0 2.8,-1.2 2.8,-2.4 0.6,0.2 1,0.6 1,1 0,0.8 -3.2,2 -4.4,2 -0.6,0 -1,0.2 -1.8,0.8 l 0.2,-1 c 0,-0.2 0,-0.2 -0.4,-0.2 -1,0 -1.8,0.6 -2,1.2 -0.4,0.8 -2,0.6 -3,2.4 h 0.4 c 0,0 0.2,0 0.2,0.4 v 0.6 h 0.6 c 0.4,-0.2 0.6,-0.4 0.6,-0.8 V 135 c 0,-0.2 1.2,-0.2 1.2,-0.6 l -0.2,-0.6 0.4,-0.2 c 1.2,0.6 0.6,0.2 1.8,1 0,0.2 -0.2,0.2 -0.4,0.2 -1.2,0 -3.8,2.6 -4.4,2.6 -0.6,0 -1.2,-2.2 -1.8,-2.2 -0.2,0 -0.4,0.2 -0.4,0.6 0,0.8 -3.6,2.2 -3.6,2.6 0.6,1 0.2,0.4 1.4,1 0.6,0 0.2,-1.6 1.2,-2 0.4,0 0.8,0.2 0.8,0.6 l -0.2,0.4 h -0.4 c -0.2,0 -0.4,0.2 -0.4,0.4 0,0.8 -4,3.2 -5,3.2 l -0.6,-0.2 0.2,0.8 c 0,0.4 -0.4,0.6 -0.8,0.6 -0.8,0 -1.2,-0.4 -2.4,-0.6 l 1,0.8 c 0,1 -8,5.6 -8,6.4 z m 31.6,-21.4 c -0.4,0 -0.8,-0.2 -1,-1 0,-0.4 1,-0.6 3.6,-1.6 0.2,0 0.4,0.2 0.4,0.4 -0.6,0.8 -1,1.4 -1.4,1.4 l -0.8,-0.8 c 0,1.2 0,1.6 -0.8,1.6 z m 6.8,-4.6 c 0,-0.6 4.6,-4.6 5.8,-4.6 0.2,0 0.2,0 0.2,0.2 v 0.2 c 0,0.6 -5.2,4.2 -6,4.2 z m -94.8,25.6 1.6,-0.2 c 1,0 1.8,-0.2 1.8,-0.4 0,-0.4 -1,-0.8 -1,-1.2 0,-0.6 1.2,-2.4 1.2,-3.2 v -0.2 h -0.2 c -0.8,0 -1.8,1.8 -3.4,5.2 z m 59.6,-4 c 0.4,0 0.6,-0.2 0.6,-0.2 0,-0.4 -0.4,-0.4 -1,-0.8 l -0.2,0.4 c 0,0.4 0.4,0.6 0.6,0.6 z m -55.2,-2.2 0.4,-0.2 c 0.4,-0.4 0.8,-1.2 0.8,-1.8 0,-0.8 -0.2,-1 -0.4,-1 -0.4,0 -0.8,0.8 -1,2.6 z m 11.2,-0.2 0.4,-0.6 c 0.4,-0.4 0.6,-1 0.6,-1.4 v -0.2 c -0.8,0.8 -1,1.2 -1,2 z m 4.2,-1.6 c 0.4,0 0.8,-0.6 1.4,-1.6 l -0.4,-0.2 c -0.6,0 -0.8,0.8 -1,1.8 z m 23.8,0 c 0.2,0 0.4,-0.2 0.4,-0.4 l -1.4,-0.6 v 0.4 z m 3.6,-1 1,-0.6 c 0.6,-0.4 1,-1.2 1,-1.4 0,-0.4 0,-0.2 -0.4,-0.4 -0.6,0 -1.8,1.4 -1.8,2 0,0.2 0,0.4 0.2,0.4 z m -3.8,-0.4 0.8,-0.2 c 0.4,-0.2 0.6,-0.4 0.6,-0.6 h -0.2 c -0.8,0.4 -0.4,0 -1.2,0.8 z m -19,-1.4 c 1.8,0 16.6,-9 18.2,-9 0.4,0 0.6,0 0.6,-0.2 v -0.2 c 0,-0.6 6,-3.2 10.4,-6.4 l 12.4,-8 c 2.4,-1.4 24.4,-16 30.4,-20.2 9.6,-6.4 22.4,-17.8 24.6,-21.6 1.2,-2 1.8,-3.2 1.8,-4 0,-0.6 -0.6,-1 -1.4,-1.2 -7.4,-3 -16.8,-4.4 -29.6,-4.6 -6.2,0 -9,-0.2 -9,-0.6 0,-0.2 0.8,-0.4 2.2,-0.6 2.8,-0.4 2.8,-1 4.2,-1.2 h 0.2 c 0.2,0 0.2,0 0.2,-0.2 -0.2,-0.6 -0.8,-1 -1.6,-1 -0.8,0 0.4,1 -2.8,1 -2.4,0 -1.6,-1.4 -2.2,-1.4 -1.8,0.4 -1,0.2 -2.8,0.4 l -0.2,-0.2 0.2,0.6 c 0,0.6 -0.6,1 -1.4,1 -1.2,0 -1.4,-1.2 -2.8,-1.2 l -8.8,1 c -3.2,0.4 -3.2,1.4 -3.4,1.4 0,-0.6 -0.2,-1 -0.6,-1 -0.2,0 -0.4,0.2 -0.4,0.6 l 0.2,1.6 c -0.8,-1 -1.2,-1.6 -1.8,-1.6 l -0.2,0.2 0.4,0.8 c -0.8,-0.4 -1,-0.6 -1.6,-0.6 -0.6,0 -0.8,0.2 -1.8,1.2 0.8,0 1.2,0 1.2,0.4 -0.6,1.2 -0.8,2.2 -1.4,2.2 h -0.2 c 0,1.4 -1.2,3 -1.8,3 -0.2,0 -0.2,-0.2 -0.2,-0.4 0,-0.6 0.6,-1.2 1,-1.8 -1.6,0.8 -2.4,1.6 -2.4,2.4 V 70 l -0.2,0.2 c -0.6,0 -5.2,8.8 -5.2,10 0,1 -2.2,0.8 -2.2,1.4 0,0.4 0.2,0.8 1.2,1 0.8,0 2.4,-1.4 2.4,-2 l -1,-1.6 1.2,0.2 c 0.6,0 1,-0.2 1,-0.4 0,-0.4 -0.4,-0.4 -0.8,-0.8 0,-0.2 2.4,0 2.4,-0.6 V 77 c 0,-0.4 0.8,-0.4 0.8,-0.6 l -0.4,-0.2 c -2,0.4 -1.2,0 -2.8,1 0,-0.2 1.8,-2.2 2.8,-2.2 h 0.2 c 0.8,0 4.4,-5.4 5.2,-8 0.6,-1.8 2.6,-2 8.2,-2.4 l 0.4,0.2 c -0.8,0.8 -1.8,0.8 -3.4,0.8 h -1 c -0.6,0 -1,0.2 -1,0.4 0,1.2 -1.6,3.4 -2,3.4 h -0.4 c -0.2,0 -0.2,0.4 -0.2,1 0,1.2 -2.4,6.4 -8.8,18.2 -3.8,7.6 -4.6,9.2 -5.8,9.8 v 0.4 c 0,0.6 -0.6,2.2 -1.4,3.8 l -7.2,13.2 c -1.8,3.2 -11.8,22 -12,23.2 z m 30.2,-65.4 -0.2,-0.2 V 73 c 0.4,-1.6 0.6,-2.4 1,-2.4 0.2,0 0.2,0 0.2,0.2 -0.2,1.2 -0.8,2.8 -1,2.8 z m 15,-8.6 0.2,-0.4 c 0.8,-0.8 1.8,-1 3.6,-1.4 -2,1.2 -3,1.8 -3.8,1.8 z m 5.2,-1 c -0.4,0 -0.8,0 -1,-0.2 0,-0.4 0.8,-0.6 2.6,-0.8 0.4,0 0.6,0.2 0.6,0.4 0,0.4 -1.2,0.6 -2.2,0.6 z m -67.8,74.6 c 0.2,0 0.8,-1.2 2.2,-4.6 -1.6,1 -2.6,2 -2.6,3.6 0,0.8 0,1 0.4,1 z m 44,-0.4 c 0.6,0 1,-0.2 1,-0.4 -0.2,-0.6 -0.4,-1 -1,-1 -0.6,0 -1,0.4 -1,1 0,0.2 0.4,0.4 1,0.4 z m -29,-0.8 c 0.2,-0.2 0.4,-0.6 0.4,-1 0,-0.2 0,-0.2 -0.2,-0.2 -0.6,0.2 -0.8,0.6 -0.8,1 0,0.2 0.2,0.2 0.4,0.2 z m -3.2,-1 c 0.8,0 2.8,-2.8 2.8,-3.6 0,-0.8 -0.4,-1 -1.4,-1.4 v 0.8 c 0,1.2 -0.6,3.2 -1.2,3.2 -0.4,0 -0.6,0.2 -0.6,0.6 0,0.2 0.2,0.4 0.4,0.4 z m 34.6,0 c 1.6,0 2.8,-1.4 2.8,-1.8 0,-0.2 -0.2,-0.4 -0.4,-0.4 -0.4,0 -1,0.2 -1.4,0.8 -0.8,0.6 -1.4,0.6 -2,1.2 0,0.2 0.4,0.2 1,0.2 z m 4,-2 c 0.6,0 1,-0.4 2,-1.2 0.2,0 0.2,0.2 0.4,0.4 0.8,-0.6 1,-1.4 1.6,-1.4 1.2,0 4.2,-1.8 4.2,-2.4 -0.4,-0.8 -1,-0.8 -1.6,-0.8 -1,0 -0.4,1.4 -1.4,1.4 l -1.2,-0.2 c -0.8,0 -0.4,1.4 -1,1.4 h -0.8 c -0.4,0 -0.6,0 -0.6,0.2 0,0.8 -2.2,0.6 -2.2,1.8 0.2,0.8 0,0.6 0.6,0.8 z m -47.6,-1.4 c 0.4,0 1.4,-2.2 4,-7.2 l -0.2,-0.2 c -1,0 -3.8,4.8 -3.8,6.8 z m 12.4,-2.4 c 0.4,0 1.8,-1.4 1.8,-2.4 0,-0.6 -0.4,-0.8 -1.4,-1.6 -0.4,0 -0.2,2.2 -0.6,3.8 0,0.2 0,0.2 0.2,0.2 z m 45.4,-1.4 c 0.6,-0.2 0,-1.2 1.4,-1.2 h 1 c 0.6,0 0.8,-0.2 0.8,-0.8 0,-0.6 -0.4,-1.2 -0.6,-1.2 -0.4,0 -0.6,0.2 -0.6,0.6 0,0.8 -3,1.2 -3,2 0,0.4 0.2,0.6 0.6,0.6 z m -43.8,-2.6 c 0.6,0 1.6,-1.8 3.6,-6 0,-0.4 0.4,-0.6 0.8,-0.6 h 0.2 c 0.2,0 0.2,-0.2 0.2,-0.6 -0.2,-0.6 -0.6,-1 -1,-1 -0.2,0 -0.2,0.2 -0.2,0.4 v 0.6 c 0,0.2 -0.2,0.4 -0.4,0.6 -0.8,0.4 -3.4,5.2 -3.4,6.2 0,0.2 0,0.4 0.2,0.4 z m 48.4,-1.2 c 0.4,0 1.8,-0.6 1.8,-1 -1.6,0.4 -2,0.6 -2,1 z m 3.6,-1.8 c 0.6,0 1.2,-0.4 2.4,-1.4 l -0.2,-0.2 -2.2,0.6 c -0.2,0 -0.4,0.2 -0.4,0.6 0,0.4 0.2,0.4 0.4,0.4 z m 3.8,-2.2 c 0.8,0 1,-0.4 1.6,-1.2 0,-0.2 -0.2,-0.2 -0.4,-0.2 -1.4,0.6 -0.6,0.2 -2,1.2 0,0.2 0.4,0.2 0.8,0.2 z m 23.2,-2 1,-0.2 1.6,-1.4 v -0.4 c -1.8,0.8 -2.2,1.2 -2.6,2 z m -74.2,-1.8 c 0.4,0 1.4,-1.4 2.6,-4.2 2.2,-4.4 2.8,-5 3.8,-7 l -0.2,-0.2 c 0,-0.2 1.2,-1.6 1.6,-2.2 v -0.2 c -0.8,0 -3.4,2.8 -4.2,6 v 0.2 c 0,0 -1.6,1.8 -1.6,2.4 0,0.8 -1.4,1.8 -1.4,2.4 v 0.4 c 0,0.8 -1,0.8 -1,1.6 0,0.6 0.2,0.8 0.4,0.8 z m 3.4,0.2 c 0.2,0 0.4,-0.2 0.6,-0.8 v -0.6 c -0.6,0.2 -0.8,0.4 -0.8,1 0,0.4 0,0.4 0.2,0.4 z m 56.6,-2.8 c 0.4,0 0.8,-0.2 1,-0.6 V 114 c -1,0.2 -1.4,0.6 -1.4,0.8 0,0.2 0,0.2 0.4,0.2 z m -69.4,-1.2 c 0.2,0 0.6,-0.4 0.8,-1.4 h -0.4 c -0.4,0.2 -0.6,0.6 -0.6,0.8 0,0.4 0,0.6 0.2,0.6 z m 2.8,-3.8 c 0.2,-0.2 0.4,-0.6 0.4,-1.2 0,-0.4 -0.2,-0.8 -0.4,-0.8 -0.4,0 -0.6,0.6 -0.6,1.2 0,0.4 0.2,0.8 0.4,0.8 z m 96,-5.2 1,-0.2 c 0.6,-0.2 0.8,-0.2 0.8,-0.4 l -0.2,-0.2 c -0.6,0 -1.2,0.2 -1.6,0.8 z m -82,-2 c 0.4,0 1,-0.4 1.2,-0.8 0.4,-1.2 1.8,-0.8 1.8,-1.4 v -0.4 c 0,-0.6 0.6,-0.4 0.6,-0.8 v -0.8 c 0,-0.8 0.6,-0.4 0.6,-1 v -1 c 0,-1 1.2,-1.2 1.2,-1.6 v -0.4 c 0,-0.6 1.6,-1.2 2,-4.2 0,-0.4 2.6,-2.4 2.6,-3.2 v -0.4 c 0,-0.4 0.6,-0.6 0.6,-1 0,-0.2 -0.2,-0.4 -0.8,-0.6 -0.6,0 -1.2,1 -2.2,3 -0.4,1.2 -2.6,4 -2.6,4.8 0,1 -5.2,9 -5.2,9.6 0,0.2 0.2,0.2 0.2,0.2 z m 10.8,-18 c 0.4,0 0.6,-0.2 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.2,0 -0.4,0.2 -0.4,0.6 0,0.4 0.2,0.6 0.4,0.6 z m -7.2,-10 c 0.2,0 0.4,-0.2 0.6,-0.8 v -0.6 c -0.6,0.2 -0.8,0.4 -0.8,1 0,0.4 0,0.4 0.2,0.4 z m -18.6,-2.8 c 0.2,0 0.4,-0.2 0.4,-0.6 0,-0.2 -0.4,-0.6 -0.6,-0.6 -0.2,0 -0.4,0.2 -0.4,0.4 0.2,0.6 0.6,0.8 0.6,0.8 z m 1,-1.2 0.6,-0.2 0.8,-0.6 c 0,-0.2 0,-0.2 -0.2,-0.2 -0.8,0.4 -0.6,0 -1.2,0.8 z m 90.6,-6.6 0.8,-0.2 c 0.6,-0.4 2,-0.4 3,-0.4 l 0.8,0.2 0.2,-0.2 c -2.8,-1.2 -5.2,-1.8 -8.2,-1.8 -0.8,0 -1.4,0.2 -1.6,0.4 0,0.6 3,0.6 3,1 l -0.2,0.4 0.2,0.2 2,-0.4 c 0.2,0 0.4,0 0.4,0.2 z m -15.4,-2 c 0.6,0 1.2,-0.4 1.2,-0.4 -0.4,-0.4 -1.6,-0.6 -3.4,-0.8 l -0.2,0.2 c 0.6,0.6 1,1 1.8,1 z m -5,0 c 1,0 1.8,-0.4 1.8,-0.6 0,-0.4 -0.8,-0.6 -1.8,-0.6 -1,0 -1.8,0.2 -1.8,0.6 0,0.2 0.8,0.6 1.8,0.6 z m 10.8,-0.2 c 0,-0.2 -1.4,-1 -2.6,-1 -0.6,0 -1,0 -1,0.2 0,0.2 1,0.6 2.4,0.8 z m 3.4,0 -0.8,-0.4 -1.2,0.2 c 0,0.2 0.2,0.2 0.8,0.2 z m -46.2,-1.2 10.2,-1.6 c 0.6,0 0.8,0.2 0.8,0.4 l -0.2,0.6 c 2.4,-1.6 7.8,-1.8 7.8,-1.8 -0.2,-0.2 -1,-0.4 -2.2,-0.4 -3.6,0 -8,0.8 -16.6,2 -0.2,0 -0.4,0.2 -0.4,0.4 0,0.2 0.2,0.4 0.6,0.4 z m 25.4,-1 c 0.6,0 1,-0.6 1.2,-1.8 -0.2,-0.8 -0.2,-1 -1.4,-1 -0.4,0 -0.8,0 -0.8,0.4 0,0.8 1.6,0.4 1.6,0.8 l -0.8,1.4 z m -2.2,-1.2 0.4,-0.6 c 0,-0.2 -0.8,-0.4 -2.2,-0.4 h -2.4 z m 6.4,-0.6 c 0.4,0 0.6,-0.2 0.6,-0.6 0,-0.2 0,-0.4 -0.2,-0.4 -0.4,0 -0.6,0.2 -0.6,0.6 0,0.2 0,0.4 0.2,0.4 z m -26.4,-4 c 0.4,0 0.6,-0.4 1,-1.2 0,-0.2 -0.2,-0.2 -0.6,-0.2 -0.4,0 -0.8,0.2 -0.8,0.4 z m -91.6,173.4 h -0.2 c -0.6,-0.8 -0.4,-0.4 -0.6,-1.4 0.6,0.6 0.4,0.4 0.8,1.2 z m 3.4,-0.4 0.2,-1.6 c 0.4,-1 1,-1.8 1.4,-1.8 0.2,0 0.2,0 0.2,0.2 -0.6,1 -0.4,0.4 -0.6,1.6 0,0.4 -0.2,1 -1.2,1.6 z m -1.6,-0.4 c -0.2,0 -0.4,-0.4 -0.4,-0.6 0,-0.4 0.2,-0.6 0.4,-0.6 0.4,0 0.6,0.2 0.6,0.6 0,0.2 -0.2,0.6 -0.6,0.6 z m -1.8,-2.6 c -0.4,0 -1,-0.4 -1,-1.2 v -0.2 c 0.4,0 0.6,0.4 1,1.2 z m 93.4,-36 h -2.2 l 1.2,-0.4 0.8,0.2 z m -4.8,-0.4 -1.6,-0.6 c -0.6,-0.2 -0.8,-0.2 -0.8,-0.4 l 1,-0.2 c 1.2,0 1.6,0.4 1.8,1 z m -4,-1.2 -1,-0.2 c -0.8,0 -1.6,-0.2 -1.6,-0.4 0,-0.4 0.2,-0.4 0.4,-0.4 0.6,0 1.2,0.2 2.4,0.8 z m -4.6,-0.6 c -0.8,0 -6.2,-1 -6.6,-1.4 0,-0.2 0,-0.2 0.2,-0.2 l 1.8,0.2 c 1.6,0 1.8,-0.4 3,-0.8 l -0.2,0.8 c 0,0.2 0.4,0.4 0.6,0.4 0.8,0 1.2,0.4 1.4,0.8 z m 87.4,-97 -0.2,-0.4 c 0.2,-1.4 0.4,-2.4 0.8,-2.4 0.2,0 0.2,0.2 0.2,0.8 0,1.2 -0.2,2 -0.8,2 z m 1.6,-4 c -0.6,0 -1,-0.2 -1,-0.6 0,-0.2 0.2,-0.2 0.6,-0.2 0.6,0 1.2,0.2 1.2,0.6 z m -127.4,-4 c -0.4,0 -0.6,0 -0.6,-0.2 1,-1 1.4,-1.2 1.8,-1.2 0.2,0 0.2,0 0.2,0.2 -0.2,0.6 -0.4,1.2 -1.4,1.2 z m 2.8,-1.4 0.4,-0.4 1,-0.4 c 0,0.2 -0.6,0.6 -1.4,0.8 z m 2.2,-1 0.2,-0.6 c 0.2,-0.8 4.4,-2.6 5.8,-2.6 h 0.2 c 0,0.2 -0.8,0.6 -1.8,1 -1.8,0.6 -2.2,1.2 -2.2,2 -0.2,-0.4 -0.4,-0.6 -0.6,-0.6 -0.6,0 -0.6,0.4 -1.6,0.8 z"/><path d="m 1486.6001,224.6 c 3.6,0 13,-2.4 34,-8 0.8,-0.4 3,-1 5,-1.4 25.6,-7 23.2,-5.8 23.8,-6.8 l 0.2,-0.4 c 0,-0.2 0,-0.2 -0.4,-0.2 -0.8,0 -3.4,1.2 -5.2,1.2 -1.2,0 -2.2,-0.6 -2.4,-1.8 0,-1.6 3.8,-2.4 5.6,-2.4 0.6,0 1,0.2 1,0.6 -0.2,1.2 -2.6,1.4 -2.6,1.8 0.2,0.2 0.4,0.4 0.8,0.4 3.2,-0.6 3.8,-1 3.8,-1.4 0,-2.4 0.4,-2.6 4.6,-3.4 l 0.6,0.2 c 0,0.2 -1,0.8 -1,1.4 0.2,0.8 0,0.4 0.6,0.8 0.6,0 1.2,-2.6 1.4,-2.6 v 1 l 0.4,1 c 0.4,-0.8 0.2,-1.4 0.8,-1.4 l 2.2,0.4 0.2,-0.2 c -0.8,-0.8 -0.6,-0.4 -1,-1.2 0,-1 3.2,-0.4 3.6,-1.4 0.2,-0.4 0.4,-0.6 0.8,-0.6 0.6,0 0.4,2.4 1.2,2.4 0.2,0 0.2,-0.4 0.2,-0.6 v -1.2 c 0,-0.2 0,-0.4 0.2,-0.4 1.4,0.8 2,1.6 2.8,1.6 l 0.2,-0.2 -0.6,-0.8 c 0,-0.6 1.4,-2 5,-2.4 1.2,-0.8 5.4,-0.8 6.2,-1.2 1.4,-0.8 3,-0.4 6.6,-1.4 l 0.4,-0.2 c 0.2,0 0.2,0.2 0.2,0.6 0,1.2 -2.6,0.8 -3.4,1.6 l -0.6,0.4 c 1.6,0 4.8,-0.4 4.8,-1.8 l -0.2,-1 c 0,-0.4 0.4,-0.6 1.6,-0.6 h 2.8 c 0.4,0 0.6,0 0.6,-0.2 l -0.4,-0.8 0.2,-0.2 1.4,0.2 c 1,0 0.6,-1 1.2,-1 l 2.2,-0.2 0.4,-0.4 -0.8,-0.2 -4.4,0.4 -0.4,-0.2 c 3,-1.2 3,-1.4 6,-2 4.4,-0.2 8.8,-2 10.4,-3.4 l -0.2,0.6 c 0,0.2 0.2,0.4 0.4,0.4 1.2,0 4.2,-3.4 5.2,-3.4 0.2,0 0.4,0 0.4,-0.2 0,-0.2 -0.2,-0.2 -0.2,-0.4 l -1,-0.2 c -2,0 -5.4,0.6 -6.4,1 -0.4,0 -0.6,-1 -1.4,-1 -2.6,0.6 -2,2 -3.2,2 -0.6,0 -0.8,-0.6 -0.8,-1.2 v -0.2 c 0,-1 0.8,-1.6 2.4,-1.6 0.6,0 1,-0.2 1,-0.4 V 182 c 1.6,0 2,0.6 2.4,1.8 0.4,-1.4 0.2,-1.8 2.6,-3.8 2.6,-1.6 2.6,-2 2.8,-2.2 l 1,0.2 c 0.4,0 0.6,-0.2 0.6,-0.4 0,-0.8 -1.8,-1.2 -3.2,-1.2 -1.6,0 -1.8,0.4 -2.4,1 -0.2,0 -0.2,-0.2 -0.2,-0.6 v -0.2 c 0,-1 2.4,-1.4 2.4,-2 -0.2,-0.2 -0.6,-0.2 -1.2,-0.2 -1,0 -2.8,0.2 -4.6,0.6 h -0.8 c 0,-0.6 1,-1 2.4,-1.8 -2.2,0 -3.6,0 -3.6,0.4 0,0.6 -3.6,2.4 -4.6,2.4 -0.4,-0.2 -0.4,0 -0.4,-0.4 0,-0.6 2.2,-0.4 3.6,-1.8 l -0.8,-0.2 c -8.4,0.4 -9.8,1 -11.6,1.4 -16.6,2.4 -17.6,2.4 -41,6 -1.4,0.4 -4.2,0.8 -6.2,1.2 l -17.8,3.6 -2.4,0.2 c 0,-0.2 5.6,-9.2 12,-19.8 l 12.2,-19.8 c 15.8,-2.8 23,-4 23,-4.6 -0.4,-0.4 -0.6,-0.4 -0.6,-1.4 0,-1.4 0.2,-2 0.6,-2 l 1,0.4 c 0.6,0 0.8,-0.6 2,-1.6 0.4,0 0.4,0.6 1,0.6 1,0 2.4,-1 3.8,-1 l 3,0.4 c 0.4,0 0.8,0 1,-0.4 0.6,-0.6 1.6,-0.8 3.4,-0.8 3.2,0 2.6,-0.6 3.4,-0.6 l 1.4,0.2 c 0.6,0 0.8,0 0.8,-0.2 0,-0.6 2.6,-0.8 8.4,-0.8 2.6,0 1.8,-1.2 3.4,-1.2 0.8,0 1.4,-0.2 1.4,-0.4 0,-0.2 -1,-0.4 -2.2,-0.4 -3.2,0.2 -12.8,1.4 -13.2,1.6 l -1.4,-0.2 -0.6,-0.2 c 0,-0.4 26.8,-2.8 30.2,-3.6 5,-1 7.8,-0.6 7.8,-1.2 l -0.8,-1.2 c 0,-0.2 0,-0.2 0.2,-0.2 2.6,-0.2 4.4,-0.4 4.6,-0.8 0,-0.4 -3,-0.8 -4.8,-0.8 l -1.2,0.2 c -0.4,0 -0.4,-0.8 -0.6,-0.8 -0.4,0.4 -0.2,0.6 -1,0.6 -2.8,-0.4 -4.2,-0.4 -4.2,-1.2 l 0.8,-1.2 -1.2,0.4 c 0.4,-0.6 0.6,-0.8 1.6,-0.8 l 1.4,0.2 c 1,0 0.8,-1 1.4,-1 1.4,0 6,-2.2 6,-3 -0.2,-0.8 -1,-1 -1.6,-1 -2.6,0 -4.8,-0.2 -4.8,-0.4 0.6,-0.2 0.8,-0.4 0.8,-0.6 0,-0.8 -4.4,-0.8 -4.4,-1.2 0,-0.4 4.8,-1 4.8,-1.6 0,0 -0.4,-0.2 -1.2,-0.2 -2,-0.2 -6.2,-0.2 -11.4,-0.2 -12.2,0 -29,0.4 -29.6,0.8 -0.4,0.4 -5.6,0.6 -13,1 1.4,-1.6 2.2,-2.4 2.2,-3.2 0,-0.2 -0.2,-0.2 -0.4,-0.2 l -1.4,0.6 c -0.2,0 -0.2,0 -0.2,-0.4 0,-0.4 0.2,-0.8 0.4,-0.8 h 0.8 c 1,0 1.4,-0.2 1.4,-0.8 l -0.2,-0.4 c 0,-0.2 0,-0.2 0.2,-0.2 h 0.6 c 0.8,0 0.6,-1.6 1.4,-2 0.8,-0.4 0.6,-1.6 1.6,-2.4 0.8,-0.8 0.6,-2.6 1.8,-4 1.4,-1.2 5.4,-7.4 5.4,-8.4 0,-0.8 0,1.6 5.6,-10.4 4.4,-8.8 4.4,-8.8 4.4,-9.6 0,-0.2 0.8,-0.6 1.6,-0.6 22.2,-2.8 36.2,-3.4 36.2,-4.4 0,-0.2 -0.6,-0.2 -1.8,-0.2 -7.6,0.2 -3.4,0.4 -10.4,0.4 -9.6,0.6 -9.6,0.8 -23,2 -1.8,0 -3,0.4 -3.6,0.6 -0.2,0 -0.4,-0.4 -0.4,-0.8 0,-2.2 0.4,-2.4 8.4,-2.6 4.2,0 3.6,-1 4.8,-1 l 3,0.2 c 1,0 1.6,0 1.6,-0.2 0,-0.4 1.2,-0.4 2.6,-0.4 4.8,0 4.6,-0.8 7.4,-0.8 2.2,0 1.8,0.2 2.4,0.4 1,-0.4 1,-0.8 2.4,-0.8 2.6,0 5.6,-0.2 5.6,-1.2 0,-0.4 0,-0.2 -0.4,-0.4 -0.6,0 -0.8,0 -2.2,-0.6 0,0 1,-0.2 2.6,-0.2 1.8,0 2.8,0.2 2.8,0.2 -1.8,0.8 -1.6,1.2 -2,2.2 l 0.4,0.2 c 1,-0.2 1.2,-0.6 3.4,-0.6 2.6,0 4.4,-0.2 4.4,-0.8 0,-0.4 -0.6,-1 -1.4,-1 l -0.8,0.2 c -0.6,0 -1.2,0 -1.4,-0.4 0,-0.4 2.6,-0.6 8.8,-0.8 5,0 10,0 10.8,-0.2 l 3.4,-0.2 c 1,0 1.4,0 1.4,-0.4 l -1,-1.4 c 0,-0.6 -2.4,-2.8 -3.8,-2.8 -1,0 -1,0.4 -1.8,0.8 -0.4,0 -0.6,-0.6 -0.8,-1.6 0,-1 0.6,-1.6 1.6,-1.6 l 1.6,0.4 c 1,0 0.8,-1 1.8,-1 0.8,0 1,0 1,0.2 l -1.4,1.4 c 3.4,-0.4 4.6,-0.8 4.6,-1.2 0,-0.4 -1.2,-1.2 -1.2,-1.6 0,-1 0.6,-1 0.6,-1.6 0,-0.4 -0.6,-0.8 -1.6,-0.8 h -1 c -0.6,0 -0.4,-1 -1.6,-1 l -3.6,0.8 c -0.4,0 -0.4,-0.2 -0.4,-0.6 -0.2,-1.4 -0.2,-1.2 -1,-1.6 l 0.4,-0.2 c 2,0.4 1,0.4 3,0.6 2.2,0 2.8,-0.6 5.4,-1.6 0,-0.2 0,-0.2 -0.2,-0.2 l -5.4,0.8 -0.2,-0.2 c 2.6,-0.6 4,-0.8 4,-1 0,-0.6 -2.2,-0.4 -8,-1.2 -13.6,-2 -18,-2.2 -34.2,-2.2 -15.8,0 -26.4,0.4 -29.4,0.4 -1,0 -1.6,0 -1.6,-0.2 0,-1.2 -1.6,-2.4 -2.2,-2.4 l 0.2,1 c 0,0.4 0,0.6 -0.4,0.6 l -1.2,-0.8 -0.4,0.4 c -0.6,-0.4 -0.6,-0.8 -1.4,-0.8 -2.4,0 -5.8,2.4 -6.2,3 l -0.6,-0.2 c -0.2,0 -0.4,0 -0.4,0.2 0,1.2 -10.6,2 -21.2,3.8 -5.2,1.2 -9.2,1.2 -9.2,1.6 0,0.2 -0.2,0.2 -0.6,0.2 -2,0 -5.4,3 -5.4,5.4 1.2,4.8 3.6,4.2 3.6,5.2 0.4,0.8 1.4,1.2 2.2,1.2 0.6,0 0.6,-0.8 1,-0.8 0.4,0.4 0.4,0.8 1,0.8 1.2,-0.4 1.8,-0.8 3.8,-0.8 0.4,0 0.6,0 0.6,0.2 -0.6,1.2 -0.8,1.6 -1.2,1.6 -0.4,0 -0.6,-0.4 -1.8,-0.4 -3,0.2 -3,0.4 -3,2.6 0,1.4 0.4,1.6 1.6,2.4 0.2,0 0.2,-0.2 0.2,-0.6 V 66 c 0.2,0 0.8,0.8 0.8,1.4 0,0.4 -0.6,0.8 -0.6,1 v 0.2 c 0,0.6 2.2,2 2.8,2 0.4,0 1,1.6 3,1.6 1.4,0 1.8,0 2,0.6 V 73 c 0,0.2 0,0.4 0.2,0.4 l 1.6,-0.8 0.4,0.2 c -2,1 -1.6,3.2 -5.2,3.2 -1.4,0 -2.2,0.2 -2.2,0.4 0,0.4 1.4,0.6 4,0.8 0,0.6 -7,11.6 -12.8,21.8 l -7.2,13.8 c -5.4,10.4 -1.8,7.4 -13.4,10 -11,2.2 -11.8,3 -13.6,3.4 -3.6,0.4 -8.4,2.8 -9.4,4.6 -0.4,0.8 -0.6,1.8 -0.6,2.6 v 0.8 c 0,2.4 2,4 2.4,5.2 0.2,0.4 1.2,1 2,1 2.4,0.4 2.8,4 3.8,4 0.8,0 -0.6,2 3.8,2.4 2,0 3.4,0.2 3.4,0.4 0,0.2 -2.8,0 -2.8,1 0,0.4 0.2,0.4 1,0.4 l 6.4,-0.4 c -1,2.4 -1.4,3.8 -3.4,3.8 -0.8,0 -1.6,0.4 -1.6,0.6 0,0.2 0.4,0.4 0.8,0.4 h 1.4 c 0.6,0 0.8,0 0.8,0.2 v 0.2 c 0,0.4 -0.4,0.8 -1,1.4 l 0.8,-0.2 c 0,0.4 -2,2.8 -6.6,12.8 -7.6,17.2 -5,11 -6.4,14 -1.4,3.8 -5.6,12.2 -6.2,13.2 -0.8,1 -3.4,2.2 -9.6,4.2 -7.2,2.4 -9.2,4.4 -9.2,8.2 0.2,2 1,3.6 2.2,3.6 0.4,0 0.6,0.2 0.8,0.6 0.6,1.2 0.6,1.8 1.2,1.8 1.2,-1 1.4,-1.4 2.6,-1.4 2.4,0 3.2,6.2 5,7.2 0.8,0.4 1.2,0.8 1.2,1 v 0.4 c 1,0 1.8,-0.2 1.8,-0.6 V 219 c 1.8,0.4 1.2,1.6 2.4,1.6 1.8,0 4.4,-1.8 4.4,-2.2 0,-0.4 -1.8,-0.2 -1.8,-0.4 0,-0.4 0.8,-0.6 2.2,-0.8 h 1.4 c -0.6,0.4 -1,1 -1,1.4 0.2,0.4 0.6,0.8 1,0.8 l 2.8,0.6 0.4,-0.2 -0.2,-0.6 c 0,-0.6 1.2,-0.2 1.2,-0.8 v -0.2 c 0,-0.6 2.6,-1.2 8,-1.4 0.6,0 1,0 1,0.2 -0.4,0.2 -0.6,0.6 -0.6,1.2 l 0.4,1 -1.8,-0.8 -1.4,0.8 c 0,0.2 0.2,0.2 0.6,0.2 0,0.4 -3,1.6 -4.6,1.6 -2,0 -4.6,1.4 -7.2,1.4 -3,0 -2.8,1 -4.2,1 -0.6,0 -1,0.2 -1,0.6 0,0.4 0,0.6 1.2,0.6 z m 19.8,-5.8 c -0.4,0 -0.6,0 -0.6,-0.2 l 1,-0.4 0.4,0.2 0.2,0.2 z m 5.6,-1.4 -0.2,-0.2 0.6,-1 c 0,-0.4 -1.6,-0.4 -1.6,-0.8 v -0.2 c 0,-0.2 0.2,-0.4 0.6,-0.4 0.8,0 0.8,1.2 2.4,1.2 l 1.8,-0.2 c 0.2,0 0.4,0 0.4,0.2 -0.2,0.2 -1.2,0.6 -2.6,1 z m -18.4,-0.4 c -0.4,0 -0.8,0 -0.8,-0.2 l 0.8,-0.6 c 0.4,0 0.8,0 0.8,0.4 v 0.2 c 0,0 -0.4,0.2 -0.8,0.2 z m 1.8,-0.6 c 0,-0.2 2.2,-1 3,-1 l 0.6,0.2 c -0.2,0.4 -0.8,0.6 -2.4,0.6 z m 14,0 c -0.6,0 -1,-0.2 -1,-0.8 0,-0.2 0.2,-0.4 0.4,-0.4 0.8,0 1.4,0.2 1.4,0.8 0,0.2 -0.4,0.4 -0.8,0.4 z m 8,-0.6 c -1.6,0 -1,-0.8 -2,-1.2 -0.2,-0.2 -0.4,-0.4 -0.4,-0.6 0,-0.6 0,-0.4 0.4,-0.8 l 0.8,0.2 c 0.8,0 1.6,-1.6 3.4,-1.8 1,0 1.2,2.4 2.2,2.4 0.4,0 0.6,-0.2 0.6,-1 0,-0.2 0,-0.2 -0.2,-0.2 l -1.2,0.2 c 1,-1.2 1,-1.2 2.8,-1.2 l -0.6,-1 0.2,-0.2 1.8,0.4 0.2,-0.2 v -0.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 1.2,0.2 0.8,0 2,0.6 l 0.2,-0.2 -0.2,-0.6 c 0,-0.2 0.2,-0.4 0.6,-0.4 1.6,0 2.8,0.8 3.8,2 V 211 l -0.4,-2 c 0,-0.4 0.2,-0.6 0.6,-0.6 0.6,0 1,0.2 1,0.6 0.2,0 0.8,-0.4 1.4,-1 0.8,-0.6 1.2,-1 1.6,-1 1,0.4 0.6,0.2 1.6,0.4 0.6,0 1.2,-0.6 1.8,-0.6 0.6,0 1,0.4 1.2,1.8 v 0.2 c 0,1.2 -3,1.8 -10.8,3.6 -0.4,0 -0.6,-0.2 -0.6,-0.4 l 0.2,-0.8 c -0.6,-0.8 0,-0.6 -0.8,-1 l 0.2,0.6 c 0,0.6 -0.8,0.8 -2,1.6 0.8,0 1.2,0 1.2,0.2 0,0.8 -8.8,3.2 -11.2,3.2 z m 3.4,-1.2 -0.8,-0.4 c -0.6,0.2 -0.4,0 -1,0.4 z m 14.6,-4.2 c 1,0 5,-1 5,-1.6 -1,-1 -0.4,-0.4 -1.8,-1 l -0.2,0.2 0.2,0.4 c 0,0.6 -3.4,1.4 -3.6,2 z m -35,5 c -0.4,0 -0.6,0 -0.6,-0.2 0.8,-0.6 1.4,-1 2,-1 h 0.6 c 0,0.2 -1.2,1.2 -2,1.2 z m 3.4,-1.2 h -0.2 c 0,-0.4 2,-1 5.8,-2 h 0.2 c -0.2,0.6 -4.8,2 -5.8,2 z m -24.4,-1.2 c -0.2,0 -0.6,-0.2 -0.8,-1.2 l 0.2,-0.4 c 0.2,0 0.4,0.4 0.8,1.4 0,0.2 0,0.2 -0.2,0.2 z m 32,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.8,-0.4 0.6,0.2 v 0.2 z m 2,-1 h -0.4 c 0.4,-0.6 5,-1.8 5.8,-1.8 0.2,0 0.2,0.2 0.2,0.4 0,1.2 -4.8,1.4 -5.6,1.4 z m 6.6,-1.8 c 0.6,-0.6 4.8,-2 6.2,-2 l 0.4,0.2 c 0,0.2 -1.6,0.8 -3.6,1.4 z m 8.4,-2 c 0.6,-0.8 0.2,-0.4 1,-0.8 0.4,0 0.2,0 0.4,0.2 l -0.6,0.4 z m 2.4,-0.4 -0.2,-0.2 c 0.4,-0.4 0.8,-0.8 2.4,-1.2 2,-0.4 2.2,-1 3,-1.2 1,0.2 1.2,0.4 1.2,0.8 -0.2,0.4 0,0.4 -0.6,0.6 l -0.2,-0.2 c -2.2,0.2 -3.6,0.4 -5,1.2 z m 10.8,-3 h -1.6 c 2,-0.4 2.8,-1 3.6,-1 h 0.6 c 0,0.4 -1,1 -2.6,1 z m 4.2,-0.8 c 0,-0.8 3.6,-2 5.4,-2 0.8,0 1.2,0 1.2,0.2 0,0.2 -4,0.8 -5.2,1.6 z m 7.8,-2 -0.2,-0.2 c 0,-0.2 3.6,-1.4 5,-1.4 h 0.2 l -1.6,0.8 z m 6.4,-1.8 -0.2,-0.2 c 2.8,-1.2 1.4,-1.2 4.6,-1.6 l 2.2,0.4 c -2,0.8 -3.4,1.2 -5.4,1.2 z m 7,-1.8 c 3,-1 4.2,-1.8 5.6,-1.8 10.2,-2 14.8,-3.2 16.6,-3.2 h 0.2 c -2.4,1.2 -1.2,0.6 -4,1.4 -1.2,0 -14.2,3.4 -16.4,3.4 z m -19.2,-2.8 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.2 0.4,-0.6 1.4,-0.8 v 0.4 c -0.2,0.4 -0.6,0.6 -1,0.6 z m 18.4,-3.4 c 0,0 -0.2,-0.2 -0.2,-0.4 0.2,-0.6 0.4,-0.8 1,-0.8 0.2,0 0.4,0 0.4,0.2 -0.2,0.6 -0.4,1 -1.2,1 z m 2.8,-1 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.4 0.8,-0.8 2,-1 l 0.4,0.2 -1.2,0.8 z m 6.6,-1.4 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.6,0.2 0.6,0.6 0,0.4 -0.4,0.6 -0.6,0.6 z m -75,-0.6 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.6 0.6,-0.6 0.2,0 0.6,0.4 0.6,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m 78.2,0 c -0.6,0 -0.8,-0.2 -0.8,-0.4 0.2,-0.4 0.2,-0.4 0.6,-0.4 0.4,0 1,0.2 1,0.6 z m 3.6,-0.6 c -0.2,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.6 0.6,-0.6 0.4,0 0.6,0.4 0.6,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m -66.2,-0.8 c -0.2,0 -0.6,-0.2 -0.6,-0.4 0,-0.8 1.4,-1.2 1.4,-2 l -0.2,-0.4 c 0,-0.6 0.8,-0.4 0.8,-1.4 0,-0.4 0.2,-0.6 0.6,-0.6 h 0.2 c 1,0 0.6,-0.6 0.8,-1.6 h 0.4 c 0.4,0 1,-1.4 1,-2.2 V 178 c 0,-0.6 1.4,-0.2 1.4,-1.6 V 176 c 0,-1.8 2.6,-3.4 2.6,-4 l -0.2,-0.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 h 0.2 c 0.8,0 1.8,-3.8 2.2,-3.8 l 0.4,-0.2 -0.4,-0.6 c 0,-0.2 0.2,-0.4 0.6,-0.4 h 0.2 c 0.2,0 0.6,-0.2 0.6,-0.6 0,-1.2 0.6,-2.6 1.2,-2.6 h 0.4 V 162 c 0,-1 2.2,-2.2 2.2,-3.2 l -0.2,-0.6 c 0,-0.2 0.2,-0.2 0.4,-0.2 h 0.2 c 0.2,0 0.4,-0.2 0.4,-0.6 l -0.2,-0.4 c 0,-0.4 0.2,-0.6 0.4,-0.6 h 0.2 c 0.8,0 2.4,-2.6 2.4,-3.6 l -0.2,-0.2 c 0,-0.2 0.2,-0.4 0.4,-0.4 l 0.6,0.2 c 0.8,0 1.2,-0.2 1.2,-1 v -0.6 c 0,-0.2 0.4,-0.4 0.8,-0.4 0.2,0 0.4,0 0.4,0.4 -1.2,3 -2.2,4.6 -2.6,4.6 -0.2,0 -0.2,-0.2 -0.2,-0.4 0,-0.4 1,-1 1,-1.8 v -0.4 c -0.4,0 -0.8,0.8 -1.2,2.4 l 0.2,0.6 c 0,1.2 -7.4,12.4 -7.4,13.4 0,0.4 -2.6,3.8 -2.6,4.6 0,1.2 -1.4,1.6 -3.8,6 -1.6,3 -3.2,5.6 -3.6,6.2 -0.8,0.6 -2.2,1.2 -3,1.2 z m 71.6,-0.4 c -0.8,-0.2 -1.4,-0.4 -1.4,-0.6 0,-0.4 0.2,-0.4 0.6,-0.4 0.6,0 1,0.2 1.6,0.8 0,0.2 -0.2,0.2 -0.8,0.2 z m 1.8,-0.4 h -0.2 c 0,-0.4 0.4,-0.6 1,-0.8 l 2.6,-1 0.2,0.4 c -0.8,0.6 -3,1.4 -3.6,1.4 z m -86.6,-1.4 c -0.2,0 -0.4,-0.2 -0.6,-0.8 0,-0.4 0,-0.6 0.4,-0.6 0.4,0 0.4,0.2 0.6,0.6 0,0.6 -0.2,0.8 -0.4,0.8 z m 3.2,-4.6 c -0.6,0 -1.2,-0.6 -1.2,-1 0.2,-0.4 0,-0.4 0.6,-0.4 0.4,0 0.8,0.4 0.8,1 0,0.2 0,0.4 -0.2,0.4 z m -0.2,-2.8 c 1.2,-2.8 2.6,-4.4 2.8,-5.6 l 1,0.2 c 0.2,0 0.4,0 0.4,-0.4 l -0.2,-0.8 c 0,-0.6 0.2,-0.8 1,-0.8 0.6,0 1,0 1,0.2 0,0.8 -3.4,4.2 -3.4,5.4 0.2,0.6 0.4,0.6 0.4,1 0,0.4 -0.2,0.4 -1,0.4 -0.8,0 -0.4,-0.2 -0.8,-0.6 l -0.6,0.4 z m 93.8,-1.4 c 0,-0.4 1,-1 2.4,-1.2 l -1.2,0.8 z m -87.8,-6.6 c -0.4,-1.4 -0.8,-1.4 -0.8,-2.6 0,-1.2 0.2,-1.4 1.4,-2 0,0 0.2,0 0.2,0.2 0,0.6 -1.2,1 -1.2,2.4 0,0.2 0,0.2 0.2,0.2 2.8,-3.4 2,-5.4 3.2,-5.4 l 0.4,0.2 c 0,0.8 -0.4,3.6 -2.4,5.6 z m 4.6,-7.8 c -0.2,0 -0.4,-0.2 -0.4,-0.8 0,-2.2 0,-3 0.6,-3 1,0.4 1.4,0.6 1.4,1.6 v 0.4 c 0,0.6 -0.2,1 -0.4,1.2 z m 2.4,-4.2 c -0.4,0 -0.6,-0.4 -0.8,-1 0,-0.8 0.8,-1.8 1.2,-1.8 0.2,0 0.2,0.2 0.2,1 0,1.2 -0.2,1.8 -0.6,1.8 z m 13.8,-2.8 c -0.2,0 -0.2,0 -0.2,-0.2 1,-1 0.4,-0.8 1.6,-1.4 -0.6,1.2 -1.2,1.6 -1.4,1.6 z m -11.8,-0.8 c -0.6,0 -1,0 -1,-0.6 0.4,-1.2 0.6,-1.8 1,-1.8 0.8,1 0.4,0.4 0.8,1.6 0,0.4 -0.4,0.8 -0.8,0.8 z m 14.6,-3.2 c -1,-0.4 -1.2,-0.4 -1.2,-1.4 0.2,-0.6 0.4,-0.8 0.6,-0.8 0.4,0 0.6,0.2 0.6,0.6 z m -13.8,-1.2 -0.4,-0.2 c 0.2,-0.6 0.6,-0.8 1,-0.8 0.2,0 0.4,0 0.4,0.2 -0.2,0.6 -0.4,0.8 -1,0.8 z m 18.8,-0.2 c -0.4,0 -0.6,-0.2 -0.6,-1 0,-0.6 0.2,-1 0.4,-1 0.2,0 0.4,0.4 0.6,0.8 0,0.4 -0.2,1 -0.4,1.2 z m -31.4,-2.6 c -0.6,0 -1,-0.2 -1,-0.6 0,-0.4 0.4,-0.6 1,-0.6 0.4,0 0.8,0.2 0.8,0.6 0,0.4 -0.4,0.6 -0.8,0.6 z m 16.4,-0.2 h -0.2 l -0.2,-0.8 v -0.6 l 0.4,1 z m 17.2,-1.8 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0.2,-0.6 0.4,-1 0.8,-1 l 0.6,0.4 c 0,0.2 -0.2,0.6 -0.6,1 z m 3.4,0.2 c -0.4,0 -0.6,0 -0.6,-0.2 1.6,-0.8 2.4,-0.8 3.2,-0.8 h 0.4 c -1,0.8 -2,1 -3,1 z m 7.6,-1.4 c -0.4,0 -1,0 -1,-0.4 0,-0.2 -0.6,-0.2 -1.6,-0.2 l -2.8,0.2 c -1,0 -1.4,-0.2 -1.4,-0.6 0,-0.6 3.8,-2.6 6,-2.6 l 0.4,0.2 v 0.4 h 0.2 c 0.8,0 2.4,-1 4.6,-1 2.8,-0.4 3.6,-0.8 5.8,-1.2 1.2,0 2.4,0.6 2.4,1.2 -0.6,1.8 -1,2 -1.8,2.4 -6.2,1 -9.4,1.2 -10.8,1.6 z m 1.6,-1 c 0.4,0 0.8,0 0.8,-0.2 l -0.6,-0.2 c -0.6,0.2 -0.4,0 -0.8,0.4 z m 4.2,-0.6 c 1.2,-0.4 1.6,-0.4 1.8,-0.8 l -0.4,-0.2 c -0.8,0 -1.6,0.2 -2.2,1 z m -63.2,-0.8 h -0.2 l -0.2,-0.2 0.4,-1.6 0.4,-0.2 c 0.2,0 0.4,0.4 0.4,0.8 0,0.6 -0.2,1 -0.8,1.2 z m 54.2,-2.2 0.4,-0.4 2.6,-0.6 c 0.2,0 0.2,0 0.2,0.2 -0.2,0.2 -1,0.4 -2,0.6 z m 5.2,-1 c -0.4,0 -0.8,0 -1,-0.2 l 2.6,-0.4 c 0.4,0 0.6,0 0.6,0.2 -0.2,0.2 -1.4,0.4 -2.2,0.4 z m 4.2,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 2.4,-1 15.2,-2.6 17.4,-2.6 0.2,0 0.4,0 0.4,0.2 0,0.6 -9.2,1.2 -13,2.2 z m 19.6,-2.4 c -0.6,0 -1.2,0 -1.4,-0.6 0,-0.4 1.2,-0.8 2.4,-0.8 1.2,0 1.4,0.2 1.8,0.8 0,0.2 -2,0.2 -2.8,0.6 z m -1.8,-5.8 h -0.6 c 1.4,-0.6 1.4,-0.8 2,-1.4 0,0.6 -0.4,1.4 -1.4,1.4 z m -2.4,-1.2 c 0.6,-0.8 0.4,-0.4 1.2,-0.8 0.2,0 0.2,0 0.2,0.2 z m 6.6,-0.4 c -0.4,0 -0.8,-0.2 -0.8,-0.4 0.2,-0.4 0.4,-0.8 1.2,-0.8 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.4,0.6 -0.8,0.6 z m 5.8,-0.2 c -0.6,-0.4 -0.6,0 -0.8,-0.8 0,-0.2 0.4,-0.6 0.8,-0.6 0.8,0.4 0.6,0 1.2,0.6 0,0.2 -0.2,0.4 -0.6,0.6 z m -3,-1 c -0.4,0 -0.8,0 -1,-0.2 0,-0.4 0.6,-0.6 1.4,-0.6 0.2,0 0.4,0 0.4,0.2 0,0.4 -0.2,0.6 -0.8,0.6 z m 11.2,-0.6 -0.2,0.4 c -0.2,0 -0.4,-0.2 -0.4,-0.6 l 0.2,-0.6 z m 2,0.6 c -0.4,0 -0.6,0 -0.6,-0.2 0.6,-0.6 0.6,-1 1.6,-1 0.6,0 0.8,0 1,0.4 l -0.6,0.4 z m 6.4,-0.6 c -0.4,0 -0.8,-0.4 -1.2,-1.4 l 0.4,-0.2 c 0.6,0.2 1,0.8 1.2,1.4 0,0.2 -0.2,0.2 -0.4,0.2 z m 2.8,0 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.4 0.4,-0.4 0.4,0 0.6,0.2 0.6,0.4 v 0.2 c 0,0.2 -0.2,0.4 -0.4,0.4 z m 3.8,-0.6 c -1,0 -1.6,-0.2 -1.6,-0.4 0.4,-0.4 0.8,-0.6 2,-0.6 1,0 2,0.2 2,0.6 0,0.2 -1,0.4 -2.4,0.4 z m -46.2,-14 c -0.4,0 -1,-0.6 -1,-1.2 l 0.2,-0.4 c 1,0.6 1,1 1.2,1.4 z m 1.4,-2.2 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0,-0.6 0,-0.4 0.6,-0.8 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.4,0.6 -0.6,0.6 z m 3.6,-7.2 c -0.2,0 -0.2,0 -0.2,-0.2 0.2,-1.2 0.6,-1.6 1.4,-1.6 h 0.6 c 0.2,0 0.2,0 0.2,-0.2 l -0.2,-0.8 c 0,-0.4 1,-0.2 1,-1.2 0,-1 1.4,-1.8 1.4,-2.2 l -0.4,-0.6 v -0.2 c 0,-0.4 1,-0.8 2.6,-1.8 0,0.2 -1.6,1.8 -1.6,2.8 V 96 c 0,1.6 -3.6,5.8 -4.8,5.8 z m 7.6,-10.8 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0,-0.6 0.2,-1.2 1.2,-2 0.2,0 0.2,0.4 0.4,0.6 -0.2,1.2 -0.6,1.8 -1,1.8 z m -29.6,-19.8 c -0.6,0 -1,-0.2 -1,-0.4 0,-0.2 0.8,-0.6 1.8,-0.6 0.8,0 1.2,0.2 1.2,0.4 -0.4,0.6 -1.2,0.6 -2,0.6 z m 43.8,-4 c -0.2,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.4 0.6,-0.4 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.4,0.6 -0.4,0.6 z m 3.2,-1.2 c -0.8,0 -1.4,0 -1.4,-0.2 l 0.4,-0.2 1,-0.2 1,0.2 0.2,0.2 c 0,0 -0.6,0.2 -1.2,0.2 z m 7.2,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.2,-0.2 h 0.4 c 0.4,0 0.6,0 0.8,0.2 z m 5,-0.6 c -0.6,0 -1,-0.2 -1,-0.2 v -0.2 h 1.4 l 0.4,0.2 c 0,0.2 -0.4,0.2 -0.8,0.2 z m 8,-0.2 c -1.2,0 -1.4,-0.2 -2,-0.6 0,-0.2 0.6,-0.2 1.8,-0.2 1.4,0 2.4,0 2.4,0.2 -0.4,0.4 -1.4,0.6 -2.2,0.6 z m 4,-0.4 c -0.6,0 -0.8,-0.2 -1,-0.6 0,-0.2 0.4,-0.4 0.6,-0.4 0.6,0 1,0.2 1,0.6 0,0.2 -0.4,0.4 -0.6,0.4 z m -73.8,-1 c -0.4,0 -0.6,-0.4 -0.6,-0.6 0,-0.4 0.4,-0.6 1,-0.6 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.4,0.8 -0.8,0.8 z m 76.6,-6 c -0.8,-0.4 -0.4,-0.2 -0.8,-1 V 56 c 0,-0.2 0.8,-0.4 1.8,-0.4 0.8,0 1.2,0 1.2,0.2 l -2,1 z m 15,-0.4 c 0,-0.6 2.6,-1.2 3.6,-1.2 l 0.6,0.2 -1.8,0.8 z m -5.8,-0.6 -0.6,-0.2 1,-0.4 0.4,0.2 0.2,0.2 z m -154.8,160.6 c 0.4,-0.2 0.6,-0.2 0.6,-1 0,-0.6 -0.6,-1.6 -1.2,-1.6 -0.4,0 -0.8,0.4 -0.8,1 0.2,0.8 1,1.6 1.4,1.6 z m 77.2,-9.4 c 6.8,-1.4 8.2,-1.2 13.6,-4 -2.4,0.4 -1.2,0.2 -3.4,0.4 -2.2,0 -4,1.4 -10.6,3.4 z m 15.6,-3.8 c 0.8,0 1,-0.2 1.2,-0.8 -0.2,-0.6 0,-0.4 -0.6,-0.6 -0.6,0 -1.6,0.6 -1.6,1 0.2,0.2 0.6,0.4 1,0.4 z m 3.8,-1.2 c 2.4,-0.4 3.2,-0.8 3.8,-1.4 h -0.4 c -0.8,0 -2.8,0.4 -3.6,1.2 0,0.2 0,0.2 0.2,0.2 z m 5.4,-1 c 0.4,0 0.4,-0.2 0.6,-1 0,-0.2 -0.2,-0.2 -0.2,-0.2 -0.4,0 -0.6,0.2 -0.6,0.6 0,0.4 0,0.6 0.2,0.6 z m -3.2,-1.2 c 0.8,0 2.6,-0.8 2.6,-1 h -0.4 c -1,0 -2.6,0.6 -2.6,1 z m 8.6,-0.4 c 0.6,-0.2 1,-0.2 1,-0.4 -0.6,-0.2 -0.4,-0.2 -1,-0.2 -0.6,0 -1,0.2 -1.2,0.4 v 0.2 z m 3.6,-0.8 c 0.4,0 0.6,-0.2 1,-0.8 l -0.6,-0.2 c -0.2,0 -0.6,0.2 -0.6,0.4 0,0.4 0.2,0.6 0.2,0.6 z m 11.2,-6.6 c 1.4,0 3,-0.4 3.8,-1.8 0,-0.2 -0.2,-0.2 -0.6,-0.2 -1,0 -1.2,1.2 -2.8,1.2 -0.6,0 -1,0.2 -1,0.4 v 0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m -26.8,-50.8 c 1.6,0 2.4,-0.4 3,-1 0,-0.2 -0.2,-0.2 -1,-0.2 -1.4,0 -3.2,0.8 -3.2,1 z m 7.2,-1.4 c 1.8,0 2,-0.4 3.2,-0.8 -2.4,0 -1.4,0 -3.8,0.4 l -1.4,0.4 z m -7.2,-0.4 c 0.4,0 1,-0.2 1.2,-0.8 h -0.6 c -0.6,0.2 -1,0.4 -1,0.6 0,0.2 0.2,0.2 0.4,0.2 z m 20.2,-1.2 c 0.8,0 1.2,-0.2 1.2,-0.2 v -0.2 h -1.8 l -0.4,0.2 c 0,0.2 0.4,0.2 1,0.2 z m 3.2,-0.6 c 0.4,0 0.8,-0.2 0.8,-0.2 l -0.2,-0.2 h -1.4 l -0.2,0.2 c 0.2,0.2 0.4,0.2 1,0.2 z m 4.8,-0.6 c 0.6,0 1,0 1,-0.2 -0.4,-0.2 -1,-0.2 -1.4,-0.2 l -0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m 5,-0.4 c 0.2,0 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 -0.4,0.2 -0.6,0.8 0,0.2 0.2,0.4 0.4,0.4 z m -0.4,-3.2 c 1,0 1.8,-0.2 1.8,-0.8 0,-0.4 -0.6,-0.8 -2,-0.8 -1.2,0 -2,0.4 -2,0.8 0,0.2 0.2,0.4 0.6,0.6 z m 3.4,-1 c 3,-0.4 4.8,-0.6 4.8,-0.8 0,-0.2 -0.8,-0.4 -2.4,-0.4 -2,0 -2.8,0.4 -3,1 z m 6,-0.6 c 0.4,0 0.6,0 0.6,-0.2 0,-0.2 -0.2,-0.4 -0.8,-0.6 -0.2,0 -0.4,0 -0.4,0.2 0,0.4 0.4,0.6 0.6,0.6 z m 2,-0.6 c 0.4,0 0.8,0 0.8,-0.2 -0.2,-0.2 -0.6,-0.2 -1.2,-0.2 l -0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m 4.2,-13.8 c 0.4,0 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.4,0 -0.6,0.2 -0.6,0.6 0,0.2 0.4,0.6 0.6,0.6 z m 10.2,-49 c 1.4,0 2.2,0 2.2,-0.2 l -2.6,-0.2 -2.4,0.2 c 0,0 1,0.2 2.8,0.2 z m 7,-0.6 c 1,0 1.6,0 1.6,-0.2 l -1.6,-0.2 -1.6,0.2 c 0,0 0.6,0.2 1.6,0.2 z m 1.2,-2.8 0.2,-0.8 c 0,-0.2 -0.2,-0.2 -0.8,-0.2 h -2 c -0.8,0 -1.4,-0.2 -1.6,-0.6 0,-0.4 1,-0.4 3.2,-0.4 6.6,0 10.4,0.2 10.4,0.6 0.2,0 -1.2,0.2 -4,0.2 -4.6,0 -4.6,0.6 -5.4,1.2 z m 17.6,-5.2 c 1,0 1.4,0 1.4,-0.2 -1,-0.8 -1.8,-0.8 -2.4,-0.8 -0.6,0 -0.8,0 -0.8,0.4 0,0.4 0.8,0.6 1.8,0.6 z m -7.2,-3.4 c 0.4,0 0.6,0 0.6,-0.2 0,-0.2 -0.4,-0.4 -1.4,-0.8 v 0.4 c 0.2,0.2 0.6,0.6 0.8,0.6 z"/><path d="m 1635.0001,224.6 c 3.6,0 13,-2.4 34,-8 0.8,-0.4 3,-1 5,-1.4 25.6,-7 23.2,-5.8 23.8,-6.8 l 0.2,-0.4 c 0,-0.2 0,-0.2 -0.4,-0.2 -0.8,0 -3.4,1.2 -5.2,1.2 -1.2,0 -2.2,-0.6 -2.4,-1.8 0,-1.6 3.8,-2.4 5.6,-2.4 0.6,0 1,0.2 1,0.6 -0.2,1.2 -2.6,1.4 -2.6,1.8 0.2,0.2 0.4,0.4 0.8,0.4 3.2,-0.6 3.8,-1 3.8,-1.4 0,-2.4 0.4,-2.6 4.6,-3.4 l 0.6,0.2 c 0,0.2 -1,0.8 -1,1.4 0.2,0.8 0,0.4 0.6,0.8 0.6,0 1.2,-2.6 1.4,-2.6 v 1 l 0.4,1 c 0.4,-0.8 0.2,-1.4 0.8,-1.4 l 2.2,0.4 0.2,-0.2 c -0.8,-0.8 -0.6,-0.4 -1,-1.2 0,-1 3.2,-0.4 3.6,-1.4 0.2,-0.4 0.4,-0.6 0.8,-0.6 0.6,0 0.4,2.4 1.2,2.4 0.2,0 0.2,-0.4 0.2,-0.6 v -1.2 c 0,-0.2 0,-0.4 0.2,-0.4 1.4,0.8 2,1.6 2.8,1.6 l 0.2,-0.2 -0.6,-0.8 c 0,-0.6 1.4,-2 5,-2.4 1.2,-0.8 5.4,-0.8 6.2,-1.2 1.4,-0.8 3,-0.4 6.6,-1.4 l 0.4,-0.2 c 0.2,0 0.2,0.2 0.2,0.6 0,1.2 -2.6,0.8 -3.4,1.6 l -0.6,0.4 c 1.6,0 4.8,-0.4 4.8,-1.8 l -0.2,-1 c 0,-0.4 0.4,-0.6 1.6,-0.6 h 2.8 c 0.4,0 0.6,0 0.6,-0.2 l -0.4,-0.8 0.2,-0.2 1.4,0.2 c 1,0 0.6,-1 1.2,-1 l 2.2,-0.2 0.4,-0.4 -0.8,-0.2 -4.4,0.4 -0.4,-0.2 c 3,-1.2 3,-1.4 6,-2 4.4,-0.2 8.8,-2 10.4,-3.4 l -0.2,0.6 c 0,0.2 0.2,0.4 0.4,0.4 1.2,0 4.2,-3.4 5.2,-3.4 0.2,0 0.4,0 0.4,-0.2 0,-0.2 -0.2,-0.2 -0.2,-0.4 l -1,-0.2 c -2,0 -5.4,0.6 -6.4,1 -0.4,0 -0.6,-1 -1.4,-1 -2.6,0.6 -2,2 -3.2,2 -0.6,0 -0.8,-0.6 -0.8,-1.2 v -0.2 c 0,-1 0.8,-1.6 2.4,-1.6 0.6,0 1,-0.2 1,-0.4 V 182 c 1.6,0 2,0.6 2.4,1.8 0.4,-1.4 0.2,-1.8 2.6,-3.8 2.6,-1.6 2.6,-2 2.8,-2.2 l 1,0.2 c 0.4,0 0.6,-0.2 0.6,-0.4 0,-0.8 -1.8,-1.2 -3.2,-1.2 -1.6,0 -1.8,0.4 -2.4,1 -0.2,0 -0.2,-0.2 -0.2,-0.6 v -0.2 c 0,-1 2.4,-1.4 2.4,-2 -0.2,-0.2 -0.6,-0.2 -1.2,-0.2 -1,0 -2.8,0.2 -4.6,0.6 h -0.8 c 0,-0.6 1,-1 2.4,-1.8 -2.2,0 -3.6,0 -3.6,0.4 0,0.6 -3.6,2.4 -4.6,2.4 -0.4,-0.2 -0.4,0 -0.4,-0.4 0,-0.6 2.2,-0.4 3.6,-1.8 l -0.8,-0.2 c -8.4,0.4 -9.8,1 -11.6,1.4 -16.6,2.4 -17.6,2.4 -41,6 -1.4,0.4 -4.2,0.8 -6.2,1.2 l -17.8,3.6 -2.4,0.2 c 0,-0.2 5.6,-9.2 12,-19.8 l 12.2,-19.8 c 15.8,-2.8 23,-4 23,-4.6 -0.4,-0.4 -0.6,-0.4 -0.6,-1.4 0,-1.4 0.2,-2 0.6,-2 l 1,0.4 c 0.6,0 0.8,-0.6 2,-1.6 0.4,0 0.4,0.6 1,0.6 1,0 2.4,-1 3.8,-1 l 3,0.4 c 0.4,0 0.8,0 1,-0.4 0.6,-0.6 1.6,-0.8 3.4,-0.8 3.2,0 2.6,-0.6 3.4,-0.6 l 1.4,0.2 c 0.6,0 0.8,0 0.8,-0.2 0,-0.6 2.6,-0.8 8.4,-0.8 2.6,0 1.8,-1.2 3.4,-1.2 0.8,0 1.4,-0.2 1.4,-0.4 0,-0.2 -1,-0.4 -2.2,-0.4 -3.2,0.2 -12.8,1.4 -13.2,1.6 l -1.4,-0.2 -0.6,-0.2 c 0,-0.4 26.8,-2.8 30.2,-3.6 5,-1 7.8,-0.6 7.8,-1.2 l -0.8,-1.2 c 0,-0.2 0,-0.2 0.2,-0.2 2.6,-0.2 4.4,-0.4 4.6,-0.8 0,-0.4 -3,-0.8 -4.8,-0.8 l -1.2,0.2 c -0.4,0 -0.4,-0.8 -0.6,-0.8 -0.4,0.4 -0.2,0.6 -1,0.6 -2.8,-0.4 -4.2,-0.4 -4.2,-1.2 l 0.8,-1.2 -1.2,0.4 c 0.4,-0.6 0.6,-0.8 1.6,-0.8 l 1.4,0.2 c 1,0 0.8,-1 1.4,-1 1.4,0 6,-2.2 6,-3 -0.2,-0.8 -1,-1 -1.6,-1 -2.6,0 -4.8,-0.2 -4.8,-0.4 0.6,-0.2 0.8,-0.4 0.8,-0.6 0,-0.8 -4.4,-0.8 -4.4,-1.2 0,-0.4 4.8,-1 4.8,-1.6 0,0 -0.4,-0.2 -1.2,-0.2 -2,-0.2 -6.2,-0.2 -11.4,-0.2 -12.2,0 -29,0.4 -29.6,0.8 -0.4,0.4 -5.6,0.6 -13,1 1.4,-1.6 2.2,-2.4 2.2,-3.2 0,-0.2 -0.2,-0.2 -0.4,-0.2 l -1.4,0.6 c -0.2,0 -0.2,0 -0.2,-0.4 0,-0.4 0.2,-0.8 0.4,-0.8 h 0.8 c 1,0 1.4,-0.2 1.4,-0.8 l -0.2,-0.4 c 0,-0.2 0,-0.2 0.2,-0.2 h 0.6 c 0.8,0 0.6,-1.6 1.4,-2 0.8,-0.4 0.6,-1.6 1.6,-2.4 0.8,-0.8 0.6,-2.6 1.8,-4 1.4,-1.2 5.4,-7.4 5.4,-8.4 0,-0.8 0,1.6 5.6,-10.4 4.4,-8.8 4.4,-8.8 4.4,-9.6 0,-0.2 0.8,-0.6 1.6,-0.6 22.2,-2.8 36.2,-3.4 36.2,-4.4 0,-0.2 -0.6,-0.2 -1.8,-0.2 -7.6,0.2 -3.4,0.4 -10.4,0.4 -9.6,0.6 -9.6,0.8 -23,2 -1.8,0 -3,0.4 -3.6,0.6 -0.2,0 -0.4,-0.4 -0.4,-0.8 0,-2.2 0.4,-2.4 8.4,-2.6 4.2,0 3.6,-1 4.8,-1 l 3,0.2 c 1,0 1.6,0 1.6,-0.2 0,-0.4 1.2,-0.4 2.6,-0.4 4.8,0 4.6,-0.8 7.4,-0.8 2.2,0 1.8,0.2 2.4,0.4 1,-0.4 1,-0.8 2.4,-0.8 2.6,0 5.6,-0.2 5.6,-1.2 0,-0.4 0,-0.2 -0.4,-0.4 -0.6,0 -0.8,0 -2.2,-0.6 0,0 1,-0.2 2.6,-0.2 1.8,0 2.8,0.2 2.8,0.2 -1.8,0.8 -1.6,1.2 -2,2.2 l 0.4,0.2 c 1,-0.2 1.2,-0.6 3.4,-0.6 2.6,0 4.4,-0.2 4.4,-0.8 0,-0.4 -0.6,-1 -1.4,-1 l -0.8,0.2 c -0.6,0 -1.2,0 -1.4,-0.4 0,-0.4 2.6,-0.6 8.8,-0.8 5,0 10,0 10.8,-0.2 l 3.4,-0.2 c 1,0 1.4,0 1.4,-0.4 l -1,-1.4 c 0,-0.6 -2.4,-2.8 -3.8,-2.8 -1,0 -1,0.4 -1.8,0.8 -0.4,0 -0.6,-0.6 -0.8,-1.6 0,-1 0.6,-1.6 1.6,-1.6 l 1.6,0.4 c 1,0 0.8,-1 1.8,-1 0.8,0 1,0 1,0.2 l -1.4,1.4 c 3.4,-0.4 4.6,-0.8 4.6,-1.2 0,-0.4 -1.2,-1.2 -1.2,-1.6 0,-1 0.6,-1 0.6,-1.6 0,-0.4 -0.6,-0.8 -1.6,-0.8 h -1 c -0.6,0 -0.4,-1 -1.6,-1 l -3.6,0.8 c -0.4,0 -0.4,-0.2 -0.4,-0.6 -0.2,-1.4 -0.2,-1.2 -1,-1.6 l 0.4,-0.2 c 2,0.4 1,0.4 3,0.6 2.2,0 2.8,-0.6 5.4,-1.6 0,-0.2 0,-0.2 -0.2,-0.2 l -5.4,0.8 -0.2,-0.2 c 2.6,-0.6 4,-0.8 4,-1 0,-0.6 -2.2,-0.4 -8,-1.2 -13.6,-2 -18,-2.2 -34.2,-2.2 -15.8,0 -26.4,0.4 -29.4,0.4 -1,0 -1.6,0 -1.6,-0.2 0,-1.2 -1.6,-2.4 -2.2,-2.4 l 0.2,1 c 0,0.4 0,0.6 -0.4,0.6 l -1.2,-0.8 -0.4,0.4 c -0.6,-0.4 -0.6,-0.8 -1.4,-0.8 -2.4,0 -5.8,2.4 -6.2,3 l -0.6,-0.2 c -0.2,0 -0.4,0 -0.4,0.2 0,1.2 -10.6,2 -21.2,3.8 -5.2,1.2 -9.2,1.2 -9.2,1.6 0,0.2 -0.2,0.2 -0.6,0.2 -2,0 -5.4,3 -5.4,5.4 1.2,4.8 3.6,4.2 3.6,5.2 0.4,0.8 1.4,1.2 2.2,1.2 0.6,0 0.6,-0.8 1,-0.8 0.4,0.4 0.4,0.8 1,0.8 1.2,-0.4 1.8,-0.8 3.8,-0.8 0.4,0 0.6,0 0.6,0.2 -0.6,1.2 -0.8,1.6 -1.2,1.6 -0.4,0 -0.6,-0.4 -1.8,-0.4 -3,0.2 -3,0.4 -3,2.6 0,1.4 0.4,1.6 1.6,2.4 0.2,0 0.2,-0.2 0.2,-0.6 V 66 c 0.2,0 0.8,0.8 0.8,1.4 0,0.4 -0.6,0.8 -0.6,1 v 0.2 c 0,0.6 2.2,2 2.8,2 0.4,0 1,1.6 3,1.6 1.4,0 1.8,0 2,0.6 V 73 c 0,0.2 0,0.4 0.2,0.4 l 1.6,-0.8 0.4,0.2 c -2,1 -1.6,3.2 -5.2,3.2 -1.4,0 -2.2,0.2 -2.2,0.4 0,0.4 1.4,0.6 4,0.8 0,0.6 -7,11.6 -12.8,21.8 l -7.2,13.8 c -5.4,10.4 -1.8,7.4 -13.4,10 -11,2.2 -11.8,3 -13.6,3.4 -3.6,0.4 -8.4,2.8 -9.4,4.6 -0.4,0.8 -0.6,1.8 -0.6,2.6 v 0.8 c 0,2.4 2,4 2.4,5.2 0.2,0.4 1.2,1 2,1 2.4,0.4 2.8,4 3.8,4 0.8,0 -0.6,2 3.8,2.4 2,0 3.4,0.2 3.4,0.4 0,0.2 -2.8,0 -2.8,1 0,0.4 0.2,0.4 1,0.4 l 6.4,-0.4 c -1,2.4 -1.4,3.8 -3.4,3.8 -0.8,0 -1.6,0.4 -1.6,0.6 0,0.2 0.4,0.4 0.8,0.4 h 1.4 c 0.6,0 0.8,0 0.8,0.2 v 0.2 c 0,0.4 -0.4,0.8 -1,1.4 l 0.8,-0.2 c 0,0.4 -2,2.8 -6.6,12.8 -7.6,17.2 -5,11 -6.4,14 -1.4,3.8 -5.6,12.2 -6.2,13.2 -0.8,1 -3.4,2.2 -9.6,4.2 -7.2,2.4 -9.2,4.4 -9.2,8.2 0.2,2 1,3.6 2.2,3.6 0.4,0 0.6,0.2 0.8,0.6 0.6,1.2 0.6,1.8 1.2,1.8 1.2,-1 1.4,-1.4 2.6,-1.4 2.4,0 3.2,6.2 5,7.2 0.8,0.4 1.2,0.8 1.2,1 v 0.4 c 1,0 1.8,-0.2 1.8,-0.6 V 219 c 1.8,0.4 1.2,1.6 2.4,1.6 1.8,0 4.4,-1.8 4.4,-2.2 0,-0.4 -1.8,-0.2 -1.8,-0.4 0,-0.4 0.8,-0.6 2.2,-0.8 h 1.4 c -0.6,0.4 -1,1 -1,1.4 0.2,0.4 0.6,0.8 1,0.8 l 2.8,0.6 0.4,-0.2 -0.2,-0.6 c 0,-0.6 1.2,-0.2 1.2,-0.8 v -0.2 c 0,-0.6 2.6,-1.2 8,-1.4 0.6,0 1,0 1,0.2 -0.4,0.2 -0.6,0.6 -0.6,1.2 l 0.4,1 -1.8,-0.8 -1.4,0.8 c 0,0.2 0.2,0.2 0.6,0.2 0,0.4 -3,1.6 -4.6,1.6 -2,0 -4.6,1.4 -7.2,1.4 -3,0 -2.8,1 -4.2,1 -0.6,0 -1,0.2 -1,0.6 0,0.4 0,0.6 1.2,0.6 z m 19.8,-5.8 c -0.4,0 -0.6,0 -0.6,-0.2 l 1,-0.4 0.4,0.2 0.2,0.2 z m 5.6,-1.4 -0.2,-0.2 0.6,-1 c 0,-0.4 -1.6,-0.4 -1.6,-0.8 v -0.2 c 0,-0.2 0.2,-0.4 0.6,-0.4 0.8,0 0.8,1.2 2.4,1.2 l 1.8,-0.2 c 0.2,0 0.4,0 0.4,0.2 -0.2,0.2 -1.2,0.6 -2.6,1 z m -18.4,-0.4 c -0.4,0 -0.8,0 -0.8,-0.2 l 0.8,-0.6 c 0.4,0 0.8,0 0.8,0.4 v 0.2 c 0,0 -0.4,0.2 -0.8,0.2 z m 1.8,-0.6 c 0,-0.2 2.2,-1 3,-1 l 0.6,0.2 c -0.2,0.4 -0.8,0.6 -2.4,0.6 z m 14,0 c -0.6,0 -1,-0.2 -1,-0.8 0,-0.2 0.2,-0.4 0.4,-0.4 0.8,0 1.4,0.2 1.4,0.8 0,0.2 -0.4,0.4 -0.8,0.4 z m 8,-0.6 c -1.6,0 -1,-0.8 -2,-1.2 -0.2,-0.2 -0.4,-0.4 -0.4,-0.6 0,-0.6 0,-0.4 0.4,-0.8 l 0.8,0.2 c 0.8,0 1.6,-1.6 3.4,-1.8 1,0 1.2,2.4 2.2,2.4 0.4,0 0.6,-0.2 0.6,-1 0,-0.2 0,-0.2 -0.2,-0.2 l -1.2,0.2 c 1,-1.2 1,-1.2 2.8,-1.2 l -0.6,-1 0.2,-0.2 1.8,0.4 0.2,-0.2 v -0.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 1.2,0.2 0.8,0 2,0.6 l 0.2,-0.2 -0.2,-0.6 c 0,-0.2 0.2,-0.4 0.6,-0.4 1.6,0 2.8,0.8 3.8,2 V 211 l -0.4,-2 c 0,-0.4 0.2,-0.6 0.6,-0.6 0.6,0 1,0.2 1,0.6 0.2,0 0.8,-0.4 1.4,-1 0.8,-0.6 1.2,-1 1.6,-1 1,0.4 0.6,0.2 1.6,0.4 0.6,0 1.2,-0.6 1.8,-0.6 0.6,0 1,0.4 1.2,1.8 v 0.2 c 0,1.2 -3,1.8 -10.8,3.6 -0.4,0 -0.6,-0.2 -0.6,-0.4 l 0.2,-0.8 c -0.6,-0.8 0,-0.6 -0.8,-1 l 0.2,0.6 c 0,0.6 -0.8,0.8 -2,1.6 0.8,0 1.2,0 1.2,0.2 0,0.8 -8.8,3.2 -11.2,3.2 z m 3.4,-1.2 -0.8,-0.4 c -0.6,0.2 -0.4,0 -1,0.4 z m 14.6,-4.2 c 1,0 5,-1 5,-1.6 -1,-1 -0.4,-0.4 -1.8,-1 l -0.2,0.2 0.2,0.4 c 0,0.6 -3.4,1.4 -3.6,2 z m -35,5 c -0.4,0 -0.6,0 -0.6,-0.2 0.8,-0.6 1.4,-1 2,-1 h 0.6 c 0,0.2 -1.2,1.2 -2,1.2 z m 3.4,-1.2 h -0.2 c 0,-0.4 2,-1 5.8,-2 h 0.2 c -0.2,0.6 -4.8,2 -5.8,2 z m -24.4,-1.2 c -0.2,0 -0.6,-0.2 -0.8,-1.2 l 0.2,-0.4 c 0.2,0 0.4,0.4 0.8,1.4 0,0.2 0,0.2 -0.2,0.2 z m 32,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.8,-0.4 0.6,0.2 v 0.2 z m 2,-1 h -0.4 c 0.4,-0.6 5,-1.8 5.8,-1.8 0.2,0 0.2,0.2 0.2,0.4 0,1.2 -4.8,1.4 -5.6,1.4 z m 6.6,-1.8 c 0.6,-0.6 4.8,-2 6.2,-2 l 0.4,0.2 c 0,0.2 -1.6,0.8 -3.6,1.4 z m 8.4,-2 c 0.6,-0.8 0.2,-0.4 1,-0.8 0.4,0 0.2,0 0.4,0.2 l -0.6,0.4 z m 2.4,-0.4 -0.2,-0.2 c 0.4,-0.4 0.8,-0.8 2.4,-1.2 2,-0.4 2.2,-1 3,-1.2 1,0.2 1.2,0.4 1.2,0.8 -0.2,0.4 0,0.4 -0.6,0.6 l -0.2,-0.2 c -2.2,0.2 -3.6,0.4 -5,1.2 z m 10.8,-3 h -1.6 c 2,-0.4 2.8,-1 3.6,-1 h 0.6 c 0,0.4 -1,1 -2.6,1 z m 4.2,-0.8 c 0,-0.8 3.6,-2 5.4,-2 0.8,0 1.2,0 1.2,0.2 0,0.2 -4,0.8 -5.2,1.6 z m 7.8,-2 -0.2,-0.2 c 0,-0.2 3.6,-1.4 5,-1.4 h 0.2 l -1.6,0.8 z m 6.4,-1.8 -0.2,-0.2 c 2.8,-1.2 1.4,-1.2 4.6,-1.6 l 2.2,0.4 c -2,0.8 -3.4,1.2 -5.4,1.2 z m 7,-1.8 c 3,-1 4.2,-1.8 5.6,-1.8 10.2,-2 14.8,-3.2 16.6,-3.2 h 0.2 c -2.4,1.2 -1.2,0.6 -4,1.4 -1.2,0 -14.2,3.4 -16.4,3.4 z m -19.2,-2.8 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.2 0.4,-0.6 1.4,-0.8 v 0.4 c -0.2,0.4 -0.6,0.6 -1,0.6 z m 18.4,-3.4 c 0,0 -0.2,-0.2 -0.2,-0.4 0.2,-0.6 0.4,-0.8 1,-0.8 0.2,0 0.4,0 0.4,0.2 -0.2,0.6 -0.4,1 -1.2,1 z m 2.8,-1 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.4 0.8,-0.8 2,-1 l 0.4,0.2 -1.2,0.8 z m 6.6,-1.4 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.6,0.2 0.6,0.6 0,0.4 -0.4,0.6 -0.6,0.6 z m -75,-0.6 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.6 0.6,-0.6 0.2,0 0.6,0.4 0.6,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m 78.2,0 c -0.6,0 -0.8,-0.2 -0.8,-0.4 0.2,-0.4 0.2,-0.4 0.6,-0.4 0.4,0 1,0.2 1,0.6 z m 3.6,-0.6 c -0.2,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.6 0.6,-0.6 0.4,0 0.6,0.4 0.6,0.6 0,0.4 -0.2,0.6 -0.6,0.6 z m -66.2,-0.8 c -0.2,0 -0.6,-0.2 -0.6,-0.4 0,-0.8 1.4,-1.2 1.4,-2 l -0.2,-0.4 c 0,-0.6 0.8,-0.4 0.8,-1.4 0,-0.4 0.2,-0.6 0.6,-0.6 h 0.2 c 1,0 0.6,-0.6 0.8,-1.6 h 0.4 c 0.4,0 1,-1.4 1,-2.2 V 178 c 0,-0.6 1.4,-0.2 1.4,-1.6 V 176 c 0,-1.8 2.6,-3.4 2.6,-4 l -0.2,-0.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 h 0.2 c 0.8,0 1.8,-3.8 2.2,-3.8 l 0.4,-0.2 -0.4,-0.6 c 0,-0.2 0.2,-0.4 0.6,-0.4 h 0.2 c 0.2,0 0.6,-0.2 0.6,-0.6 0,-1.2 0.6,-2.6 1.2,-2.6 h 0.4 V 162 c 0,-1 2.2,-2.2 2.2,-3.2 l -0.2,-0.6 c 0,-0.2 0.2,-0.2 0.4,-0.2 h 0.2 c 0.2,0 0.4,-0.2 0.4,-0.6 l -0.2,-0.4 c 0,-0.4 0.2,-0.6 0.4,-0.6 h 0.2 c 0.8,0 2.4,-2.6 2.4,-3.6 l -0.2,-0.2 c 0,-0.2 0.2,-0.4 0.4,-0.4 l 0.6,0.2 c 0.8,0 1.2,-0.2 1.2,-1 v -0.6 c 0,-0.2 0.4,-0.4 0.8,-0.4 0.2,0 0.4,0 0.4,0.4 -1.2,3 -2.2,4.6 -2.6,4.6 -0.2,0 -0.2,-0.2 -0.2,-0.4 0,-0.4 1,-1 1,-1.8 v -0.4 c -0.4,0 -0.8,0.8 -1.2,2.4 l 0.2,0.6 c 0,1.2 -7.4,12.4 -7.4,13.4 0,0.4 -2.6,3.8 -2.6,4.6 0,1.2 -1.4,1.6 -3.8,6 -1.6,3 -3.2,5.6 -3.6,6.2 -0.8,0.6 -2.2,1.2 -3,1.2 z m 71.6,-0.4 c -0.8,-0.2 -1.4,-0.4 -1.4,-0.6 0,-0.4 0.2,-0.4 0.6,-0.4 0.6,0 1,0.2 1.6,0.8 0,0.2 -0.2,0.2 -0.8,0.2 z m 1.8,-0.4 h -0.2 c 0,-0.4 0.4,-0.6 1,-0.8 l 2.6,-1 0.2,0.4 c -0.8,0.6 -3,1.4 -3.6,1.4 z m -86.6,-1.4 c -0.2,0 -0.4,-0.2 -0.6,-0.8 0,-0.4 0,-0.6 0.4,-0.6 0.4,0 0.4,0.2 0.6,0.6 0,0.6 -0.2,0.8 -0.4,0.8 z m 3.2,-4.6 c -0.6,0 -1.2,-0.6 -1.2,-1 0.2,-0.4 0,-0.4 0.6,-0.4 0.4,0 0.8,0.4 0.8,1 0,0.2 0,0.4 -0.2,0.4 z m -0.2,-2.8 c 1.2,-2.8 2.6,-4.4 2.8,-5.6 l 1,0.2 c 0.2,0 0.4,0 0.4,-0.4 l -0.2,-0.8 c 0,-0.6 0.2,-0.8 1,-0.8 0.6,0 1,0 1,0.2 0,0.8 -3.4,4.2 -3.4,5.4 0.2,0.6 0.4,0.6 0.4,1 0,0.4 -0.2,0.4 -1,0.4 -0.8,0 -0.4,-0.2 -0.8,-0.6 l -0.6,0.4 z m 93.8,-1.4 c 0,-0.4 1,-1 2.4,-1.2 l -1.2,0.8 z m -87.8,-6.6 c -0.4,-1.4 -0.8,-1.4 -0.8,-2.6 0,-1.2 0.2,-1.4 1.4,-2 0,0 0.2,0 0.2,0.2 0,0.6 -1.2,1 -1.2,2.4 0,0.2 0,0.2 0.2,0.2 2.8,-3.4 2,-5.4 3.2,-5.4 l 0.4,0.2 c 0,0.8 -0.4,3.6 -2.4,5.6 z m 4.6,-7.8 c -0.2,0 -0.4,-0.2 -0.4,-0.8 0,-2.2 0,-3 0.6,-3 1,0.4 1.4,0.6 1.4,1.6 v 0.4 c 0,0.6 -0.2,1 -0.4,1.2 z m 2.4,-4.2 c -0.4,0 -0.6,-0.4 -0.8,-1 0,-0.8 0.8,-1.8 1.2,-1.8 0.2,0 0.2,0.2 0.2,1 0,1.2 -0.2,1.8 -0.6,1.8 z m 13.8,-2.8 c -0.2,0 -0.2,0 -0.2,-0.2 1,-1 0.4,-0.8 1.6,-1.4 -0.6,1.2 -1.2,1.6 -1.4,1.6 z m -11.8,-0.8 c -0.6,0 -1,0 -1,-0.6 0.4,-1.2 0.6,-1.8 1,-1.8 0.8,1 0.4,0.4 0.8,1.6 0,0.4 -0.4,0.8 -0.8,0.8 z m 14.6,-3.2 c -1,-0.4 -1.2,-0.4 -1.2,-1.4 0.2,-0.6 0.4,-0.8 0.6,-0.8 0.4,0 0.6,0.2 0.6,0.6 z m -13.8,-1.2 -0.4,-0.2 c 0.2,-0.6 0.6,-0.8 1,-0.8 0.2,0 0.4,0 0.4,0.2 -0.2,0.6 -0.4,0.8 -1,0.8 z m 18.8,-0.2 c -0.4,0 -0.6,-0.2 -0.6,-1 0,-0.6 0.2,-1 0.4,-1 0.2,0 0.4,0.4 0.6,0.8 0,0.4 -0.2,1 -0.4,1.2 z m -31.4,-2.6 c -0.6,0 -1,-0.2 -1,-0.6 0,-0.4 0.4,-0.6 1,-0.6 0.4,0 0.8,0.2 0.8,0.6 0,0.4 -0.4,0.6 -0.8,0.6 z m 16.4,-0.2 h -0.2 l -0.2,-0.8 v -0.6 l 0.4,1 z m 17.2,-1.8 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0.2,-0.6 0.4,-1 0.8,-1 l 0.6,0.4 c 0,0.2 -0.2,0.6 -0.6,1 z m 3.4,0.2 c -0.4,0 -0.6,0 -0.6,-0.2 1.6,-0.8 2.4,-0.8 3.2,-0.8 h 0.4 c -1,0.8 -2,1 -3,1 z m 7.6,-1.4 c -0.4,0 -1,0 -1,-0.4 0,-0.2 -0.6,-0.2 -1.6,-0.2 l -2.8,0.2 c -1,0 -1.4,-0.2 -1.4,-0.6 0,-0.6 3.8,-2.6 6,-2.6 l 0.4,0.2 v 0.4 h 0.2 c 0.8,0 2.4,-1 4.6,-1 2.8,-0.4 3.6,-0.8 5.8,-1.2 1.2,0 2.4,0.6 2.4,1.2 -0.6,1.8 -1,2 -1.8,2.4 -6.2,1 -9.4,1.2 -10.8,1.6 z m 1.6,-1 c 0.4,0 0.8,0 0.8,-0.2 l -0.6,-0.2 c -0.6,0.2 -0.4,0 -0.8,0.4 z m 4.2,-0.6 c 1.2,-0.4 1.6,-0.4 1.8,-0.8 l -0.4,-0.2 c -0.8,0 -1.6,0.2 -2.2,1 z m -63.2,-0.8 h -0.2 l -0.2,-0.2 0.4,-1.6 0.4,-0.2 c 0.2,0 0.4,0.4 0.4,0.8 0,0.6 -0.2,1 -0.8,1.2 z m 54.2,-2.2 0.4,-0.4 2.6,-0.6 c 0.2,0 0.2,0 0.2,0.2 -0.2,0.2 -1,0.4 -2,0.6 z m 5.2,-1 c -0.4,0 -0.8,0 -1,-0.2 l 2.6,-0.4 c 0.4,0 0.6,0 0.6,0.2 -0.2,0.2 -1.4,0.4 -2.2,0.4 z m 4.2,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 2.4,-1 15.2,-2.6 17.4,-2.6 0.2,0 0.4,0 0.4,0.2 0,0.6 -9.2,1.2 -13,2.2 z m 19.6,-2.4 c -0.6,0 -1.2,0 -1.4,-0.6 0,-0.4 1.2,-0.8 2.4,-0.8 1.2,0 1.4,0.2 1.8,0.8 0,0.2 -2,0.2 -2.8,0.6 z m -1.8,-5.8 h -0.6 c 1.4,-0.6 1.4,-0.8 2,-1.4 0,0.6 -0.4,1.4 -1.4,1.4 z m -2.4,-1.2 c 0.6,-0.8 0.4,-0.4 1.2,-0.8 0.2,0 0.2,0 0.2,0.2 z m 6.6,-0.4 c -0.4,0 -0.8,-0.2 -0.8,-0.4 0.2,-0.4 0.4,-0.8 1.2,-0.8 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.4,0.6 -0.8,0.6 z m 5.8,-0.2 c -0.6,-0.4 -0.6,0 -0.8,-0.8 0,-0.2 0.4,-0.6 0.8,-0.6 0.8,0.4 0.6,0 1.2,0.6 0,0.2 -0.2,0.4 -0.6,0.6 z m -3,-1 c -0.4,0 -0.8,0 -1,-0.2 0,-0.4 0.6,-0.6 1.4,-0.6 0.2,0 0.4,0 0.4,0.2 0,0.4 -0.2,0.6 -0.8,0.6 z m 11.2,-0.6 -0.2,0.4 c -0.2,0 -0.4,-0.2 -0.4,-0.6 l 0.2,-0.6 z m 2,0.6 c -0.4,0 -0.6,0 -0.6,-0.2 0.6,-0.6 0.6,-1 1.6,-1 0.6,0 0.8,0 1,0.4 l -0.6,0.4 z m 6.4,-0.6 c -0.4,0 -0.8,-0.4 -1.2,-1.4 l 0.4,-0.2 c 0.6,0.2 1,0.8 1.2,1.4 0,0.2 -0.2,0.2 -0.4,0.2 z m 2.8,0 c -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.4 0.4,-0.4 0.4,0 0.6,0.2 0.6,0.4 v 0.2 c 0,0.2 -0.2,0.4 -0.4,0.4 z m 3.8,-0.6 c -1,0 -1.6,-0.2 -1.6,-0.4 0.4,-0.4 0.8,-0.6 2,-0.6 1,0 2,0.2 2,0.6 0,0.2 -1,0.4 -2.4,0.4 z m -46.2,-14 c -0.4,0 -1,-0.6 -1,-1.2 l 0.2,-0.4 c 1,0.6 1,1 1.2,1.4 z m 1.4,-2.2 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0,-0.6 0,-0.4 0.6,-0.8 0.2,0 0.4,0.4 0.4,0.6 0,0.4 -0.4,0.6 -0.6,0.6 z m 3.6,-7.2 c -0.2,0 -0.2,0 -0.2,-0.2 0.2,-1.2 0.6,-1.6 1.4,-1.6 h 0.6 c 0.2,0 0.2,0 0.2,-0.2 l -0.2,-0.8 c 0,-0.4 1,-0.2 1,-1.2 0,-1 1.4,-1.8 1.4,-2.2 l -0.4,-0.6 v -0.2 c 0,-0.4 1,-0.8 2.6,-1.8 0,0.2 -1.6,1.8 -1.6,2.8 V 96 c 0,1.6 -3.6,5.8 -4.8,5.8 z m 7.6,-10.8 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0,-0.6 0.2,-1.2 1.2,-2 0.2,0 0.2,0.4 0.4,0.6 -0.2,1.2 -0.6,1.8 -1,1.8 z m -29.6,-19.8 c -0.6,0 -1,-0.2 -1,-0.4 0,-0.2 0.8,-0.6 1.8,-0.6 0.8,0 1.2,0.2 1.2,0.4 -0.4,0.6 -1.2,0.6 -2,0.6 z m 43.8,-4 c -0.2,0 -0.6,-0.2 -0.6,-0.6 0,-0.2 0.2,-0.4 0.6,-0.4 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.4,0.6 -0.4,0.6 z m 3.2,-1.2 c -0.8,0 -1.4,0 -1.4,-0.2 l 0.4,-0.2 1,-0.2 1,0.2 0.2,0.2 c 0,0 -0.6,0.2 -1.2,0.2 z m 7.2,-0.6 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.2,-0.2 h 0.4 c 0.4,0 0.6,0 0.8,0.2 z m 5,-0.6 c -0.6,0 -1,-0.2 -1,-0.2 v -0.2 h 1.4 l 0.4,0.2 c 0,0.2 -0.4,0.2 -0.8,0.2 z m 8,-0.2 c -1.2,0 -1.4,-0.2 -2,-0.6 0,-0.2 0.6,-0.2 1.8,-0.2 1.4,0 2.4,0 2.4,0.2 -0.4,0.4 -1.4,0.6 -2.2,0.6 z m 4,-0.4 c -0.6,0 -0.8,-0.2 -1,-0.6 0,-0.2 0.4,-0.4 0.6,-0.4 0.6,0 1,0.2 1,0.6 0,0.2 -0.4,0.4 -0.6,0.4 z m -73.8,-1 c -0.4,0 -0.6,-0.4 -0.6,-0.6 0,-0.4 0.4,-0.6 1,-0.6 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.4,0.8 -0.8,0.8 z m 76.6,-6 c -0.8,-0.4 -0.4,-0.2 -0.8,-1 V 56 c 0,-0.2 0.8,-0.4 1.8,-0.4 0.8,0 1.2,0 1.2,0.2 l -2,1 z m 15,-0.4 c 0,-0.6 2.6,-1.2 3.6,-1.2 l 0.6,0.2 -1.8,0.8 z m -5.8,-0.6 -0.6,-0.2 1,-0.4 0.4,0.2 0.2,0.2 z m -154.8,160.6 c 0.4,-0.2 0.6,-0.2 0.6,-1 0,-0.6 -0.6,-1.6 -1.2,-1.6 -0.4,0 -0.8,0.4 -0.8,1 0.2,0.8 1,1.6 1.4,1.6 z m 77.2,-9.4 c 6.8,-1.4 8.2,-1.2 13.6,-4 -2.4,0.4 -1.2,0.2 -3.4,0.4 -2.2,0 -4,1.4 -10.6,3.4 z m 15.6,-3.8 c 0.8,0 1,-0.2 1.2,-0.8 -0.2,-0.6 0,-0.4 -0.6,-0.6 -0.6,0 -1.6,0.6 -1.6,1 0.2,0.2 0.6,0.4 1,0.4 z m 3.8,-1.2 c 2.4,-0.4 3.2,-0.8 3.8,-1.4 h -0.4 c -0.8,0 -2.8,0.4 -3.6,1.2 0,0.2 0,0.2 0.2,0.2 z m 5.4,-1 c 0.4,0 0.4,-0.2 0.6,-1 0,-0.2 -0.2,-0.2 -0.2,-0.2 -0.4,0 -0.6,0.2 -0.6,0.6 0,0.4 0,0.6 0.2,0.6 z m -3.2,-1.2 c 0.8,0 2.6,-0.8 2.6,-1 h -0.4 c -1,0 -2.6,0.6 -2.6,1 z m 8.6,-0.4 c 0.6,-0.2 1,-0.2 1,-0.4 -0.6,-0.2 -0.4,-0.2 -1,-0.2 -0.6,0 -1,0.2 -1.2,0.4 v 0.2 z m 3.6,-0.8 c 0.4,0 0.6,-0.2 1,-0.8 l -0.6,-0.2 c -0.2,0 -0.6,0.2 -0.6,0.4 0,0.4 0.2,0.6 0.2,0.6 z m 11.2,-6.6 c 1.4,0 3,-0.4 3.8,-1.8 0,-0.2 -0.2,-0.2 -0.6,-0.2 -1,0 -1.2,1.2 -2.8,1.2 -0.6,0 -1,0.2 -1,0.4 v 0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m -26.8,-50.8 c 1.6,0 2.4,-0.4 3,-1 0,-0.2 -0.2,-0.2 -1,-0.2 -1.4,0 -3.2,0.8 -3.2,1 z m 7.2,-1.4 c 1.8,0 2,-0.4 3.2,-0.8 -2.4,0 -1.4,0 -3.8,0.4 l -1.4,0.4 z m -7.2,-0.4 c 0.4,0 1,-0.2 1.2,-0.8 h -0.6 c -0.6,0.2 -1,0.4 -1,0.6 0,0.2 0.2,0.2 0.4,0.2 z m 20.2,-1.2 c 0.8,0 1.2,-0.2 1.2,-0.2 v -0.2 h -1.8 l -0.4,0.2 c 0,0.2 0.4,0.2 1,0.2 z m 3.2,-0.6 c 0.4,0 0.8,-0.2 0.8,-0.2 l -0.2,-0.2 h -1.4 l -0.2,0.2 c 0.2,0.2 0.4,0.2 1,0.2 z m 4.8,-0.6 c 0.6,0 1,0 1,-0.2 -0.4,-0.2 -1,-0.2 -1.4,-0.2 l -0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m 5,-0.4 c 0.2,0 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.4,-0.6 0,0 -0.4,0.2 -0.6,0.8 0,0.2 0.2,0.4 0.4,0.4 z m -0.4,-3.2 c 1,0 1.8,-0.2 1.8,-0.8 0,-0.4 -0.6,-0.8 -2,-0.8 -1.2,0 -2,0.4 -2,0.8 0,0.2 0.2,0.4 0.6,0.6 z m 3.4,-1 c 3,-0.4 4.8,-0.6 4.8,-0.8 0,-0.2 -0.8,-0.4 -2.4,-0.4 -2,0 -2.8,0.4 -3,1 z m 6,-0.6 c 0.4,0 0.6,0 0.6,-0.2 0,-0.2 -0.2,-0.4 -0.8,-0.6 -0.2,0 -0.4,0 -0.4,0.2 0,0.4 0.4,0.6 0.6,0.6 z m 2,-0.6 c 0.4,0 0.8,0 0.8,-0.2 -0.2,-0.2 -0.6,-0.2 -1.2,-0.2 l -0.2,0.2 c 0,0.2 0.2,0.2 0.6,0.2 z m 4.2,-13.8 c 0.4,0 0.6,-0.4 0.6,-0.6 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.4,0 -0.6,0.2 -0.6,0.6 0,0.2 0.4,0.6 0.6,0.6 z m 10.2,-49 c 1.4,0 2.2,0 2.2,-0.2 l -2.6,-0.2 -2.4,0.2 c 0,0 1,0.2 2.8,0.2 z m 7,-0.6 c 1,0 1.6,0 1.6,-0.2 l -1.6,-0.2 -1.6,0.2 c 0,0 0.6,0.2 1.6,0.2 z m 1.2,-2.8 0.2,-0.8 c 0,-0.2 -0.2,-0.2 -0.8,-0.2 h -2 c -0.8,0 -1.4,-0.2 -1.6,-0.6 0,-0.4 1,-0.4 3.2,-0.4 6.6,0 10.4,0.2 10.4,0.6 0.2,0 -1.2,0.2 -4,0.2 -4.6,0 -4.6,0.6 -5.4,1.2 z m 17.6,-5.2 c 1,0 1.4,0 1.4,-0.2 -1,-0.8 -1.8,-0.8 -2.4,-0.8 -0.6,0 -0.8,0 -0.8,0.4 0,0.4 0.8,0.6 1.8,0.6 z m -7.2,-3.4 c 0.4,0 0.6,0 0.6,-0.2 0,-0.2 -0.4,-0.4 -1.4,-0.8 v 0.4 c 0.2,0.2 0.6,0.6 0.8,0.6 z"/><path d="m 1797.4003,234.4 c 0.8,0 2.2,-4.6 2.6,-4.6 0.2,0 0.4,-0.4 0.4,-1 l -0.4,-3 c 0,-0.4 0,-0.6 0.2,-0.6 l 0.8,0.4 -0.2,-0.4 c 0,-1.6 1,-1.8 1.4,-1.8 0.6,0 0.8,0.2 0.8,1.4 0.4,-0.4 0.6,-0.8 1,-0.8 1,0 2.6,3.2 3,3.2 0,-0.6 0.2,-1 0.4,-1 0.2,0 0.4,0.2 0.4,0.6 l -0.2,1.2 c 0,0.8 0.2,1 0.4,1 0.8,0 1.2,-2.2 2,-2.2 l 0.2,0.2 -0.8,1.8 c 0.6,0 1.8,-0.6 1.8,-1.6 l -0.2,-0.8 h 0.4 c 0.2,0 0.6,-1 0.6,-2 0,-1 -0.2,-1.8 -0.4,-1.8 -0.8,0 -0.4,1.6 -0.8,1.6 -1.2,-1.2 -0.6,-0.6 -1.4,-1.8 h -0.2 l 0.2,1.4 c 0,0.4 0,0.4 -0.4,0.4 h -1.2 c -0.8,0 -0.8,0.2 -1.2,0.6 l 0.2,-1.4 c 0,-0.4 0,-0.6 -0.4,-0.6 l -0.6,0.2 c -1.4,0 -1.6,-0.6 -2.6,-0.6 -0.4,0 -0.6,-0.4 -0.6,-1 0,-0.4 0.8,-0.4 0.8,-1.2 0,-0.8 1.8,-3.6 1.8,-5.2 0,-1 -1.2,-1.6 -1.2,-2.2 0,-0.2 0,-0.4 0.2,-0.4 l 0.8,0.8 c 0.4,0 0.2,-0.6 0.6,-0.6 h 0.8 c 0.4,0 0.4,-0.2 0.4,-0.4 0,-0.4 -0.2,-0.6 -0.6,-1.2 0,-0.8 1.4,-2.4 1.4,-3.6 0,-2 1,-1.4 1,-3.2 0,-1.2 0.2,-1.4 0.6,-1.4 l 1,0.2 c 0,-1.4 0.2,-2.2 0.8,-2.2 l 0.2,0.4 c 0,1.6 -1.6,4.2 -1.6,6 0,1.4 -1.4,5.4 -1.4,6.8 0,0.6 0,1 -0.4,1 l -2.4,-1.2 c 0.4,1.4 1.2,0.6 1.2,2.8 0,2 -0.6,4 -0.6,5.2 0,0.2 0,0.2 0.2,0.2 h 0.8 c 0.4,0 0.6,0.2 0.6,0.4 0,0.6 0.2,0.8 0.4,0.8 0.8,0 0.8,-2.4 2,-2.4 l 3.4,0.4 c 1.4,0 1.4,-0.4 1.4,-1.4 0,-0.6 0.8,-0.6 0.8,-1.6 0,-0.2 0,-0.2 0.2,-0.2 h 0.2 c 0.4,0 0.6,0 0.6,-0.2 l -0.4,-1.2 0.2,-0.2 0.8,0.4 0.2,-0.4 c 0,-0.2 -0.2,-0.6 -0.6,-0.8 -0.4,0 -0.8,-1.2 -1,-3.2 0.8,0.8 0.6,0.4 1.2,1.4 l -0.2,-0.6 0.2,-0.2 h 0.8 c 0.8,0 1,-5.4 1.8,-5.4 0.2,0 0.2,0.2 0.2,0.6 0,0.2 0,0.4 0.2,0.4 0.8,-1.2 0.4,-0.4 0.8,-1.8 0,-1 -0.4,-1.8 -0.8,-1.8 l -0.6,0.8 -0.2,-0.2 c 1,-3.8 1.2,-5 2.6,-5 l 0.2,0.2 c 0.6,0 0.6,-4.6 1.6,-5.2 l 0.2,0.2 -0.2,1.6 c 0,0.4 0,0.6 0.2,0.6 0.4,0 1,-2.6 1.6,-4.4 -0.4,0 -1.2,1.6 -1.6,1.6 0,-0.4 0,-0.6 -0.4,-0.6 l -1,0.2 c -0.2,0 -0.2,0 -0.2,-0.2 0,-0.4 1.6,-3.4 1.6,-4.6 0,-1.4 0.8,-2.6 1.2,-2.6 0.2,0 0.2,0.4 0.2,1 0,1.6 -0.2,1.8 -0.6,3.2 l 0.2,0.2 0.4,-0.2 c 0.6,0 1.2,1.6 1.2,2.8 0,2 -1,1.6 -1,2.8 0,4.6 -2.2,5.4 -2.2,8.6 1.4,0 15.8,-40.4 19.4,-47.2 3.8,-8.6 4,-10 7.6,-16.8 2,-4 3,-8.2 4.6,-9.8 0.4,-0.6 0.6,-1.4 0.6,-1.8 v -0.8 c 0,-0.6 1.2,-0.6 2.8,-4.2 1.4,-2.8 1.6,-3.6 1.6,-4.2 -0.4,0 -0.8,0.8 -2,2.2 0.6,-2.2 0.8,-3 1.8,-3 l 1,0.2 c 0.2,0 0.4,-0.2 0.4,-0.4 0,-3.8 7.6,-13 7.6,-16.6 0,-1.4 1.2,-0.8 1.2,-1.8 l 0.2,-0.4 c -1.4,0 -2,2.4 -2.6,2.4 -0.4,0 -0.6,-0.2 -0.6,-0.6 0,-0.4 0.6,-0.6 1.2,-1.2 -0.6,-0.4 -1.2,-0.6 -1.2,-1.2 0,-0.2 0,-0.2 0.2,-0.2 l 1.4,0.8 0.2,-0.2 -0.2,-1.4 c 0,-1.8 2.4,-4.8 2.4,-5.6 0,-1.2 1.2,-1.2 2.2,-4.4 1.4,-3.6 2.6,-6 2.6,-6.8 0.2,-1 0.4,-1 9.8,-2.4 6.8,-1 20.6,-2.6 45.8,-5 5.6,-0.4 10.4,-1.2 10.4,-1.4 0.2,-0.2 0.8,-0.2 1.4,-0.2 l 0.6,0.2 c 0.2,0 0.2,0 0.2,-0.2 0,-0.4 0,-0.6 -3.4,-0.6 l -17.6,0.6 c -4.6,0 -5.8,-0.4 -6,-1 0,-0.6 0.2,-1 0.8,-1 0.6,0 0.6,1 1.2,1 l 1,-0.2 c 0.6,0 0.4,0.8 1,0.8 0.4,0 0.6,-0.4 0.6,-1.2 0,-1 0.4,-1 4,-1 8.8,0 12.6,-0.6 14.4,-1.4 -0.8,-0.8 -1.4,-1 -2.6,-1 -1,0 -0.8,0.8 -1.4,0.8 -1,-0.2 -0.6,0 -1.2,-0.8 0,-0.6 7.2,-0.6 7.6,-1.6 0.4,-0.8 2.4,-0.8 2.4,-1.2 0,-0.2 0.2,-0.4 0.4,-0.4 l 1.4,0.2 c 0.2,0 0.4,0 0.4,-0.2 -0.4,-0.8 -0.6,-1.4 -1.6,-1.4 -1,0 -1,-1.8 -3.8,-1.8 -1,0 -1.8,-0.2 -1.8,-0.2 0.4,-0.4 1,-0.6 1,-1.2 0,-1 2.2,-1.2 6.2,-2.4 0,-0.6 -2.4,-0.4 -2.4,-0.8 0,-0.4 -0.2,-0.8 -1,-0.8 -0.6,0 -0.6,0.4 -1,0.8 -0.4,-0.2 -0.6,-0.2 -0.6,-0.6 0.4,-0.8 0.8,-0.6 0.8,-1.4 0,-0.6 -0.4,-1.4 -1,-1.4 l -0.8,0.2 c -0.8,-0.4 -1.2,-0.4 -1.2,-1 0,-0.8 1.2,-1.6 3.4,-2 1.2,-0.2 1.8,-0.2 1.8,-0.6 -0.6,-1 -1.4,-1.4 -1.4,-2 0,-0.4 -10.6,-2 -17.4,-2.6 -9.2,-0.6 -23.2,-1 -35.2,-1 -7.2,0 -13.6,0.2 -18.2,0.4 -36.4,2.4 -45.4,4.4 -63.6,7.8 -8.6,1.8 -8,3.2 -8.4,10.4 0,3.2 2.8,2 2.8,3.4 0,1.8 1,2.6 3.8,2.6 l 4.8,-0.4 c 1,0 1.4,0.2 1.4,0.4 0,0.4 -0.4,0.6 -0.8,0.6 -2.4,0 -3,0.6 -3,1.4 0,0.6 -1.2,0.8 -1.2,1.6 l -0.2,0.2 -1.2,-0.2 c -0.2,0 -0.4,0 -0.4,0.2 0.4,1.4 0.6,2 1,2 0.4,0 0.4,-1 1,-1 0.8,0 1.4,1.6 1.4,3.6 0,1 2.2,1 2.2,1.4 0,0.4 0.8,0.6 1.8,0.6 l 3.2,0.2 c 2.2,0 10.4,-0.6 11.2,-1 0.4,-0.4 8.4,-0.6 11.8,-1.8 l 2.6,-0.4 0.4,0.2 c -0.6,0.8 -1,1.4 -1.8,1.4 h -1 c -2.4,0 -6.8,1.6 -8.6,1.6 -1.2,0 -1,0.8 -2.6,0.8 l -3.8,0.4 c -2.6,0 -1.8,-0.6 -3.4,-0.6 -2.4,0 -6.6,1.4 -6.6,2.4 0.4,0.4 0.8,0.4 0.8,0.8 -1.6,0 -1.8,0.4 -2.2,2 0,0.4 0.2,0.6 0.4,0.6 h 0.4 l 0.2,0.4 -0.2,1 c 0,1.2 1.4,1 4.4,1.2 4.8,0 14.6,-1 18,-2 h 0.4 c 0.2,0 0.4,0 0.4,0.2 -0.6,2.6 -5,10.8 -5.8,14.2 0,0.4 -1.2,3.2 -2.6,6.4 -3.2,7 -11.4,28.4 -11.4,32.8 0,1 -1.4,2.8 -1.4,4.4 0,1.8 -1.8,2 -1.8,4.2 0,2 -1.6,4.2 -1.6,5 0,0.6 -0.4,1.8 -0.8,2.8 -3.6,11.2 -5.4,16.4 -6,19.6 -0.6,4 -1.4,2.8 -1.4,3.4 0,2.2 -8.6,31.4 -8.6,33.8 0,0.4 -1.2,5 -1.2,7.8 0,2.2 -1.2,3.4 -1.2,6.4 0,4 2.8,4.6 2.8,5.2 0,0.4 0.2,0.6 0.4,0.6 z m 4.6,-15.2 c -0.2,0 -0.2,-0.4 -0.2,-0.8 0,-0.4 0,-0.6 0.2,-0.6 l 0.2,0.2 c 0,0.4 0,1 -0.2,1.2 z m 13.4,-1.8 c -0.4,0 -0.8,-0.6 -0.8,-1.2 l 0.2,-0.4 c 0.8,0.6 0.4,0.4 0.8,1.2 z m 1,-5.8 c -0.2,0 -0.2,0 -0.2,-0.4 0,-0.4 0.4,-0.8 0.6,-1 h 0.4 c -0.2,1 -0.6,1.4 -0.8,1.4 z m -4.6,-11 c -0.2,0 -0.6,-0.4 -0.6,-1.2 0,-0.8 0.2,-1 0.8,-1.4 0.2,0 0.2,0.4 0.2,1.2 0,1 -0.2,1.4 -0.4,1.4 z m 0.8,-3.4 c -0.2,0 -0.4,-0.4 -0.4,-1.2 0,-1.4 1.2,-3.8 1.8,-3.8 l 0.2,0.6 c -0.6,2.8 -1,4.4 -1.6,4.4 z m 14,-4.6 c -0.2,0 -0.6,-0.6 -0.6,-1 l -0.2,-3 c 0,-3 0.8,-2 0.8,-2.6 v -0.2 c 0,-0.2 0.4,-0.6 1,-0.6 l 0.2,0.2 -0.4,1.4 c 0,0.8 1.4,0.4 1.4,1 l -0.4,1.6 -1.6,-0.2 c -0.4,0 -0.6,0.2 -0.6,0.8 v 0.8 c 0.6,-0.6 0.6,-0.8 1,-0.8 0.4,0.2 0.4,0 0.4,0.4 0,0.4 -0.8,0.2 -0.8,0.8 l 0.2,0.4 c 0,0.6 0,1 -0.4,1 z m -12.4,-3.2 -0.2,-0.2 c 0,-0.4 1,-2.2 1.6,-2.2 l 0.2,0.4 c 0,0.4 -0.2,1 -0.8,1.4 z m 14.6,-2.6 c -0.4,0 -0.6,-0.2 -0.6,-0.4 0,-0.8 1,-3.2 1.4,-3.2 0.2,0 0.4,-0.2 0.4,-0.4 l -0.4,-1.2 c 0.8,0.2 1,0.4 1,1.4 0,1.4 -1.4,1.8 -1.4,2.4 l 0.2,0.8 c 0,0.4 -0.2,0.6 -0.6,0.6 z m -12.6,-0.8 c -0.4,0 -0.6,-0.4 -0.6,-1.4 0,-1 1,-1.2 1,-1.6 l -0.6,-1.4 c 0,-0.4 0.2,-0.6 0.6,-0.6 0.6,0.2 0.8,0.2 0.8,2 0,1.4 -0.6,3 -1.2,3 z m 10.8,-3 -0.2,-0.2 c 0.2,-2 0.8,-3.4 0.8,-3.4 h 0.2 c 0.4,0 1.6,0.6 1.6,1 0,0.2 -0.2,0.4 -0.4,0.4 h -0.2 c -0.2,0 -0.8,0.4 -1.2,1.2 z m 3.8,-2 c -0.4,0 -0.6,-0.4 -0.6,-0.6 0,-0.2 0.2,-0.4 0.4,-0.4 0.6,0.2 0.4,0.2 0.8,0.6 0,0.2 -0.4,0.4 -0.6,0.4 z m -13.2,-0.8 c -0.4,0 -0.8,-0.2 -0.8,-0.6 0,-0.2 0.2,-0.4 0.6,-0.4 0.6,0.4 0.6,0 0.8,0.6 0,0.2 -0.2,0.4 -0.6,0.4 z m 11.8,-1 c -0.8,0 -1.2,-0.2 -1.2,-0.8 0,-0.6 0.6,-1.6 0.6,-2.4 v -0.6 c 0,-0.2 0.2,-0.4 0.4,-0.6 2.2,-2.2 5.6,-19.4 9,-20.4 l -0.2,0.6 c 0.4,0.8 0.2,0.4 0.8,1.2 l -0.2,0.2 -0.8,-0.2 c -1,0 -1,1 -1.2,3.2 l 0.2,1.4 c 0,0.2 -0.2,0.4 -0.4,0.4 -0.8,0 -1.6,1.6 -1.6,3 l 0.4,1.2 -0.2,0.2 h -0.4 c -0.8,0 -2,5 -2.8,5.4 -1.8,3.8 -1,2 -1.8,6.8 0,0.8 -0.2,1.4 -0.6,1.4 z m -11,-1.2 c -0.2,0 -0.2,-0.2 -0.2,-0.4 l 0.4,-1.6 0.2,-0.2 c 0.4,0.2 0.6,0.2 0.6,1 0,0.6 -0.4,1.2 -1,1.2 z m 13.6,0 c -0.2,0 -0.4,-0.2 -0.4,-0.4 l 0.4,-2 c 0,-0.2 0.2,-0.4 0.6,-0.4 l 0.4,0.2 -0.8,1.8 0.2,0.6 z m -11.8,-3 c -1.2,-0.4 -1.6,-0.8 -1.6,-1 h 0.6 c 0.6,0 1.2,0.2 1.2,0.6 0,0.2 0,0.4 -0.2,0.4 z m -0.2,-2.2 c -0.2,0 -0.2,-0.2 -0.2,-0.6 0,-0.4 0.2,-0.6 0.6,-0.6 0.2,0 0.2,0 0.2,0.2 0,0.8 -0.2,1 -0.6,1 z m 14.4,-1.4 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0.2,-0.8 0.2,-1.6 0.6,-1.6 0.2,0 0.2,0.2 0.2,0.6 0,0.6 -0.2,1.2 -0.4,1.4 z m -12.6,-1 c -0.6,0 -0.8,-0.4 -0.8,-1 0,-0.4 0,-0.8 0.4,-1 0.2,0 0.6,0.4 0.8,1.4 0,0.4 -0.2,0.6 -0.4,0.6 z m 2,-6 c -0.2,0 -0.4,-0.2 -0.4,-0.6 0,-0.6 0.2,-0.8 0.4,-0.8 0.4,0 0.6,0.2 0.6,0.4 0,0.4 -0.2,0.8 -0.6,1 z m 2.4,-5 c -0.4,0 -0.6,-0.4 -0.6,-0.8 0,-0.6 0,-1 0.2,-1 0,0 0.4,0.6 0.6,1.4 0,0.2 0,0.4 -0.2,0.4 z m 2,-3.4 c -0.2,0 -0.4,-0.4 -0.4,-0.6 0,-0.4 0.4,-0.6 0.6,-0.6 0.2,0 0.4,0.2 0.4,0.4 v 0.2 z m 10.8,-5.4 v -0.2 c 0,-0.6 0.4,-1.2 1.4,-2.4 0.2,0 0.2,0.2 0.2,0.6 0,0.4 -0.4,1.2 -0.8,1.6 z m 2.2,-4.6 c -0.4,0 -0.4,0 -0.4,-0.2 0,-0.4 0.4,-0.8 1.4,-1.8 0.2,0 0.2,0 0.2,0.2 -0.4,1 -0.6,1.8 -1.2,1.8 z m 2.4,-4.8 h -0.2 c -0.2,0 -0.4,0 -0.4,-0.2 0,-0.6 0.4,-0.8 1,-1.2 l 0.2,0.4 c 0,0.4 -0.4,0.8 -0.6,1 z m 0.8,-2.2 c -0.2,0 -0.2,-0.2 -0.2,-0.8 0,-1.8 1,-2.6 2.2,-4 -0.4,1.6 -0.6,2.8 -1.4,4 z m 18.4,-26 -0.2,-0.4 c 0.6,-1.4 1,-2.6 1.4,-2.6 0.2,0 0.4,0.2 0.4,0.4 0,0.6 -1.2,2.6 -1.6,2.6 z m 1.8,-3.6 c 0.2,-0.8 0.4,-1.4 0.8,-1.4 h 0.2 c 0,0.2 0,0.6 -0.4,1 z m 1.6,-4 c -0.4,0 -0.6,-0.4 -0.6,-0.8 0,-0.4 0.2,-0.6 0.4,-0.6 0.6,0 0.8,0.4 0.8,0.8 0,0.4 -0.2,0.6 -0.6,0.6 z m -48.8,-17.4 c -1,0 -1.8,-0.2 -1.8,-0.6 0,-0.2 0.2,-0.2 0.6,-0.2 h 0.8 c 1,0 0.6,-0.8 1.2,-0.8 0.6,0 1,0.4 1,0.8 0,0.4 -0.8,0.8 -1.8,0.8 z m 7.2,-0.4 c -1.2,0 -2.2,0 -2.2,-0.2 v -0.2 c 0,-0.6 -2.6,-0.2 -2.6,-1 0,-0.2 0.2,-0.2 0.4,-0.2 l 1,0.2 c 0.2,0 0.2,0 0.2,-0.2 l -0.4,-0.8 c 1.4,0.6 0.8,1.2 7.6,1.2 3.6,0 5.4,0 5.4,0.4 l -1.6,0.4 c -1.8,0.2 -5.4,0.4 -7.8,0.4 z m 57.8,-9.4 c -0.6,0 -1,-0.2 -1,-0.4 l 1.8,-0.6 c 0.2,0 0.4,0.2 0.4,0.4 0,0.2 -0.4,0.6 -1.2,0.6 z m 3.4,-0.8 -0.2,-0.2 c 0.8,-0.6 2,-0.8 3.4,-0.8 h 0.4 v 0.2 l -2.2,0.6 z m 10,-1 -1.6,-0.2 c 1.4,-0.6 1.8,-0.8 2.8,-0.8 h 0.8 c 0.6,0 0.4,-0.2 0.6,-0.6 l 0.6,0.4 c 0,0.4 -1,1.2 -3.2,1.2 z m 7.4,-0.6 c -0.6,0 -0.8,-0.2 -0.8,-0.4 l 0.2,-0.4 c 0,-0.2 -0.4,-0.4 -1,-0.4 h -1.4 c 4.2,-1.2 2.4,-2.2 5.8,-2.2 -2,0.4 -3,0.8 -3,1 0.4,0 0.6,0.2 0.6,0.4 v 0.6 c 0,0.4 0.2,0.4 0.8,0.4 2,0 2.8,-0.2 2.8,-0.6 l -0.6,-1.4 c 0,-0.4 0.6,-0.6 2.2,-0.6 1.4,0 1.4,0.2 1.8,0.4 1.8,-0.6 2.6,-0.8 4.2,-0.8 0.8,0 1.4,0 1.4,0.4 0,0.8 -1.6,0.8 -3.8,1.4 0,0.4 0.8,0.4 2.4,1 -2.6,0 -2.8,-1 -4.2,-1 l -1.8,0.4 c -0.4,0 -1,1.2 -4,1.6 z m -24.8,-1.4 c -0.8,0 -1.2,-0.2 -1.2,-0.6 0,-1.6 2.8,-1.8 10.2,-2 0,0.4 -1.6,1.4 -2.4,1.4 l -0.6,-0.2 c -0.8,0 -0.6,0.4 -1.4,1 -0.4,0 -0.4,-0.8 -0.8,-0.8 -0.8,0 -2.8,1.2 -3.8,1.2 z m 11.6,0.2 c -0.6,0 -0.8,0 -0.8,-0.4 1.8,-4 1.8,-3 8,-3.6 h 1 c -1.2,0.8 -1.6,1.2 -4,1.2 -1,0 -1.4,0 -1.4,0.2 0.4,0.6 0.6,0.6 0.6,0.8 -0.6,0 -1,0 -1,0.2 l 0.8,0.8 c 0,0.2 -0.4,0.2 -1,0.4 z m 8.4,-1.2 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.4,-0.2 h 0.2 c 0.4,0 0.6,0 0.8,0.2 z m 2.2,-2.4 c -0.8,0 -1.4,0 -1.4,-0.2 1,-0.6 2.2,-0.8 4.2,-0.8 1.4,0 2,0 2,0.2 -1.6,0.8 -2.8,0.8 -4.8,0.8 z m 8.8,-0.4 c -0.2,0 -0.4,-0.2 -0.4,-0.4 0.2,-0.6 0.4,-0.8 1.2,-0.8 0.2,0 0.4,0.2 0.4,0.4 0,0.4 -0.6,0.8 -1.2,0.8 z m 7.4,-0.4 c -2,0 -4.2,-0.4 -4.2,-0.6 3.8,-0.2 4.6,-0.2 6.6,-0.6 0.8,0.4 0.6,0 0.8,0.6 0,0.2 -0.2,0.4 -0.4,0.4 z m 9,0.2 c -0.2,0 -0.8,-0.4 -2,-1.4 0,-0.2 0.2,-0.2 0.6,-0.2 0.6,0 1,0.4 1.2,0.8 z m -4,-0.4 c -0.4,0 -0.6,-0.4 -0.8,-1 l 0.4,-0.2 c 0.4,0 0.6,0.2 0.6,0.6 0,0.4 -0.2,0.6 -0.2,0.6 z m 6.6,-0.4 -1.2,-0.2 -0.4,-0.4 c 0,-0.2 0.2,-0.2 1,-0.2 3.2,-0.2 1.6,0 5,-0.4 0.2,0 0.2,0 0.2,0.2 l -0.2,0.2 c -1.6,0.6 -3.2,0.8 -4.4,0.8 z m -12.6,-8.4 c -0.4,0 -0.6,0 -0.6,-0.2 l 0.4,-0.2 h 0.2 c 0.4,0 0.6,0 0.8,0.2 z m -107.8,172.4 c 1.2,-1.8 1.6,-3.2 1.6,-3.2 l -0.2,-0.2 c -0.4,0 -0.6,0.6 -1,1.8 z m -1.4,-2 c 0.8,0 1.4,-0.6 1.6,-1.4 l -0.4,-0.2 c -1.6,0.2 -2.6,0.4 -2.6,1 0,0.2 0.4,0.4 1,0.6 z m -2.6,-0.8 c 0.4,0 0.6,-0.2 0.6,-0.4 0,-0.4 -0.2,-0.6 -0.6,-0.6 -0.2,0 -0.6,0.2 -0.6,0.6 0,0.2 0.4,0.4 0.6,0.4 z m 15.4,-13.6 c 0.4,0 0.6,-1 1.6,-2.8 l -0.2,-0.2 c -1,1 -1.6,1.6 -1.6,2.8 0,0.2 0,0.2 0.2,0.2 z m 51,-117.2 c 0.4,0 0.8,0 0.8,-0.2 v -0.2 c 0,-1 3.6,-7.4 3.6,-8.4 l -0.2,-0.6 c 0.8,-1.6 1.4,-2 2.8,-5.2 0,-0.2 -0.2,-0.2 -0.4,-0.2 h -1.2 l 0.4,0.4 c 0,1 -3,4.6 -3,6.2 0,1.4 -2.2,5 -3,5 h -0.4 l 0.2,0.8 -0.4,2 c 0,0.4 0.2,0.4 0.8,0.4 z m 6.6,-15.6 c 0.4,0 0.8,-0.2 0.8,-0.6 -0.2,-0.2 -0.6,-0.6 -0.8,-0.6 -0.6,0 -0.8,0.4 -0.8,0.8 0,0.2 0.4,0.4 0.8,0.4 z"/></g></svg>
diff --git a/docs/marca/simbolo-naranja.svg b/docs/marca/simbolo-naranja.svg
index 789fd25..f0bab49 100644
--- a/docs/marca/simbolo-naranja.svg
+++ b/docs/marca/simbolo-naranja.svg
@@ -1,5 +1,5 @@
-<svg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 100 100" width="100" height="100"><rect width="100" height="100" fill="#ff7a1a"/>
+<svg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 100 100" width="100" height="100"><rect width="100" height="100" fill="#f04e23"/>
 <circle cx="50" cy="19" r="11.5" fill="#fff"/>
 <path d="M46.5,37 L53.5,37 L84,92 L16,92 Z" fill="#111"/>
-<path d="M49.4,46 h1.2 l.3,7 h-1.8 Z M48.9,60 h2.2 l.5,10 h-3.2 Z M48.2,77 h3.6 l.7,15 h-5 Z" fill="#ff7a1a"/>
+<path d="M49.4,46 h1.2 l.3,7 h-1.8 Z M48.9,60 h2.2 l.5,10 h-3.2 Z M48.2,77 h3.6 l.7,15 h-5 Z" fill="#f04e23"/>
 </svg>
diff --git a/docs/marca/simbolo-negativo.svg b/docs/marca/simbolo-negativo.svg
index ac50856..810abac 100644
--- a/docs/marca/simbolo-negativo.svg
+++ b/docs/marca/simbolo-negativo.svg
@@ -1,5 +1,5 @@
 <svg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 100 100" width="100" height="100"><rect width="100" height="100" fill="#111"/>
-<circle cx="50" cy="19" r="11.5" fill="#ff7a1a"/>
+<circle cx="50" cy="19" r="11.5" fill="#f04e23"/>
 <path d="M46.5,37 L53.5,37 L84,92 L16,92 Z" fill="#fff"/>
 <path d="M49.4,46 h1.2 l.3,7 h-1.8 Z M48.9,60 h2.2 l.5,10 h-3.2 Z M48.2,77 h3.6 l.7,15 h-5 Z" fill="#111"/>
 </svg>
diff --git a/docs/marca/simbolo.svg b/docs/marca/simbolo.svg
index 4f2b374..b864f45 100644
--- a/docs/marca/simbolo.svg
+++ b/docs/marca/simbolo.svg
@@ -1,5 +1,5 @@
 <svg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 100 100" width="100" height="100">
-<circle cx="50" cy="19" r="11.5" fill="#ff7a1a"/>
+<circle cx="50" cy="19" r="11.5" fill="#f04e23"/>
 <path d="M46.5,37 L53.5,37 L84,92 L16,92 Z" fill="#111"/>
 <path d="M49.4,46 h1.2 l.3,7 h-1.8 Z M48.9,60 h2.2 l.5,10 h-3.2 Z M48.2,77 h3.6 l.7,15 h-5 Z" fill="#fff"/>
 </svg>
diff --git a/mockup/css/deck.css b/mockup/css/deck.css
index 93052d0..feadcb4 100644
--- a/mockup/css/deck.css
+++ b/mockup/css/deck.css
@@ -3,7 +3,7 @@
 :root {
   --bg: #fff;
   --fg: #111;
-  --neon: #ff7a1a;
+  --neon: #f04e23;
   --bd: 3px solid var(--fg);
   --bt: "League Gothic", "Arial Narrow", Impact, sans-serif;
   --txt: system-ui, -apple-system, "Segoe UI", Roboto, sans-serif;
@@ -29,9 +29,9 @@ a { color: inherit; }
 .idiomas a[aria-current] { background: var(--fg); color: var(--bg); box-shadow: 3px 3px 0 var(--neon); }
 
 .portada { padding: 36px 0 0; border-bottom: var(--bd); text-align: center; }
-.calle { display: block; width: 100%; max-width: 1100px; height: auto; margin: -10px auto 0; }
+.calle { display: block; width: 100%; max-width: 1200px; height: auto; margin: 10px auto 0; }
 .lema { margin: 0; font: 400 clamp(40px, 6vw, 80px)/.95 var(--bt); text-transform: uppercase; }
-.sub { margin: 10px 0 0; font: 20px var(--bt); letter-spacing: .12em; text-transform: uppercase; color: var(--neon); }
+.sub { margin: 10px 0 0; font: 20px var(--bt); letter-spacing: .12em; text-transform: uppercase; }
 
 .tags { display: flex; gap: 8px; flex-wrap: wrap; padding: 10px 20px; border-bottom: var(--bd); font: 18px var(--bt); letter-spacing: .03em; }
 .tags span { border: 2px dashed var(--fg); padding: 1px 8px; }
diff --git a/mockup/index.html b/mockup/index.html
index e519abc..561659f 100644
--- a/mockup/index.html
+++ b/mockup/index.html
@@ -9,14 +9,14 @@
 </head>
 <body>
 <header class="cab">
-  <a class="firma" href="#"><img class="simbolo" src="../docs/marca/simbolo.svg" alt=""><img class="logotipo" src="../docs/marca/logotipo-naranja.svg" alt="Take the Street"></a>
+  <a class="firma" href="#"><img class="simbolo" src="../docs/marca/simbolo.svg" alt=""><img class="logotipo" src="../docs/marca/logotipo.svg" alt="Take the Street"></a>
   <nav class="idiomas"><a href="#" aria-current="page">ES</a><a href="#">EN</a><a href="#">PT</a><a href="#">IT</a><a href="#">FR</a></nav>
 </header>
 
 <section class="portada">
   <p class="lema">La vivienda es un derecho,<br>no un negocio</p>
   <p class="sub">Red internacional de acampadas · 26S</p>
-  <img class="calle" src="../docs/calle.svg" alt="Una multitud en la calle forma una persona grande con el puño en alto">
+  <img class="calle" src="../docs/calle.svg" alt="Gente que sale de los portales y avanza hacia la calle">
 </section>
 
 <div class="tags"><span>#takethestreet</span><span>#26s</span><span>#acampadaporto</span><span>#generazionesenzacasa</span><span>#11N</span><span>#viviendaya</span></div>
diff --git a/tools/calle.py b/tools/calle.py
index 908d3c7..e66206c 100644
--- a/tools/calle.py
+++ b/tools/calle.py
@@ -1,108 +1,111 @@
-# Genera docs/calle.svg: calle pintada que se disuelve, con «presencias» que,
-# juntas, forman una figura grande con el puño en alto (a la manera de Suso33).
+# Genera docs/calle.svg: una calle corta vista en diagonal. De cada portal sale
+# gente que avanza hacia la calzada (presencias abstractas, a la manera de Suso33).
+# Arriba no hay pisos: la fachada se desvanece, y la calle también hacia la derecha.
 import sys, random, math
 random.seed(26)
 OUT = sys.argv[1]
-W, H = 1600, 900
-VX, VY = 800, 70                 # punto de fuga
-INK, ORA = "#111", "#ff7a1a"
+W, H = 1600, 700
+VX, VY, F, EYE = 1150, 210, 520, 1.6   # punto de fuga a la derecha, focal, ojo a 1,6 m
+FX, KX = -5.0, -2.6                     # fachada y bordillo (m)
+INK, ORA = "#111", "#f04e23"
 o = []
 add = o.append
 
-def esc(y):                      # tamaño según la distancia
-    return max(0.0, (y - VY) / (H - VY))
+def P(X, Yh, Z):                         # Yh = altura sobre el suelo
+    return VX + X * F / Z, VY + (EYE - Yh) * F / Z
+def pts(*ps):
+    return " ".join(f"{x:.1f},{y:.1f}" for x, y in ps)
+def brush(a, b, w, n=4, col=INK, op=.9):
+    for _ in range(n):
+        j = lambda: random.uniform(-w, w) * .35
+        add(f'<line x1="{a[0]+j():.1f}" y1="{a[1]+j():.1f}" x2="{b[0]+j():.1f}" y2="{b[1]+j():.1f}" stroke="{col}" '
+            f'stroke-width="{random.uniform(w*.3, w*.65):.1f}" stroke-linecap="round" opacity="{random.uniform(op*.55, op):.2f}"/>')
 
-def edge(xb, y):                 # x de una recta que va del punto de fuga a (xb, H)
-    return VX + (xb - VX) * esc(y)
-
-Y0 = 210                         # lo de arriba queda en blanco: se recorta
-add(f'<svg xmlns="http://www.w3.org/2000/svg" viewBox="0 {Y0} {W} {H - Y0}" width="{W}" height="{H - Y0}">')
+HV = 570                                # se recorta el suelo vacío de abajo
+add(f'<svg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 {W} {HV}" width="{W}" height="{HV}">')
 add('''<defs>
-<filter id="brocha" x="-10%" y="-10%" width="120%" height="120%"><feTurbulence type="fractalNoise" baseFrequency="0.015 0.15" numOctaves="3" seed="4" result="t"/><feDisplacementMap in="SourceGraphic" in2="t" scale="6"/></filter>
-<filter id="pintura" x="-20%" y="-20%" width="140%" height="140%"><feTurbulence type="fractalNoise" baseFrequency="0.6" numOctaves="2" seed="9" result="t"/><feDisplacementMap in="SourceGraphic" in2="t" scale="2.2"/></filter>
-<filter id="sombra" x="-20%" y="-20%" width="140%" height="140%"><feGaussianBlur stdDeviation="1.2"/></filter>
-<filter id="grano"><feTurbulence type="fractalNoise" baseFrequency="0.012 0.05" numOctaves="4" seed="2"/><feColorMatrix values="0 0 0 0 0.07  0 0 0 0 0.07  0 0 0 0 0.07  0 0 0 -2.2 1.25"/></filter>
-<linearGradient id="fv" x1="0" y1="0" x2="0" y2="1"><stop offset="0" stop-color="#000"/><stop offset=".3" stop-color="#000"/><stop offset=".62" stop-color="#fff"/></linearGradient>
-<radialGradient id="fh" cx=".5" cy=".95" r=".75"><stop offset=".55" stop-color="#fff"/><stop offset="1" stop-color="#000"/></radialGradient>
-<linearGradient id="gl"><stop offset="0" stop-color="#000"/><stop offset=".12" stop-color="#fff"/><stop offset=".88" stop-color="#fff"/><stop offset="1" stop-color="#000"/></linearGradient>
-<mask id="lados" maskUnits="userSpaceOnUse" x="0" y="0" width="1600" height="900"><rect width="1600" height="900" fill="url(#gl)"/></mask>
-<mask id="borde" maskUnits="userSpaceOnUse" x="0" y="0" width="1600" height="900"><rect width="1600" height="900" fill="url(#fh)"/></mask>
-<mask id="disipa" maskUnits="userSpaceOnUse" x="0" y="0" width="1600" height="900"><g mask="url(#borde)"><rect width="1600" height="900" fill="url(#fv)"/></g></mask>
+<filter id="brocha" x="-10%" y="-10%" width="120%" height="120%"><feTurbulence type="fractalNoise" baseFrequency="0.02 0.12" numOctaves="3" seed="4" result="t"/><feDisplacementMap in="SourceGraphic" in2="t" scale="7"/></filter>
+<filter id="pintura" x="-20%" y="-20%" width="140%" height="140%"><feTurbulence type="fractalNoise" baseFrequency="0.5" numOctaves="2" seed="9" result="t"/><feDisplacementMap in="SourceGraphic" in2="t" scale="5" result="d"/><feGaussianBlur in="d" stdDeviation=".6"/></filter>
+<filter id="sombra" x="-20%" y="-20%" width="140%" height="140%"><feGaussianBlur stdDeviation="2"/></filter>
+<linearGradient id="gv" x1="0" y1="0" x2="0" y2="1"><stop offset=".04" stop-color="#000"/><stop offset=".32" stop-color="#fff"/></linearGradient>
+<linearGradient id="gh" x1="0" y1="0" x2="1" y2="0"><stop offset="0" stop-color="#000"/><stop offset=".07" stop-color="#fff"/><stop offset=".6" stop-color="#fff"/><stop offset=".93" stop-color="#000"/></linearGradient>
+<linearGradient id="hueco" x1="0" y1="0" x2="0" y2="1"><stop offset="0" stop-color="#111"/><stop offset="1" stop-color="#111" stop-opacity=".75"/></linearGradient>
+<mask id="arriba" maskUnits="userSpaceOnUse" x="0" y="0" width="1600" height="700"><rect width="1600" height="700" fill="url(#gv)"/></mask>
+<mask id="derecha" maskUnits="userSpaceOnUse" x="0" y="0" width="1600" height="700"><rect width="1600" height="700" fill="url(#gh)"/></mask>
 </defs>''')
 
-# --- calle pintada: todo dentro de la máscara que la disipa ---
-add('<g mask="url(#lados)"><g mask="url(#disipa)">')
-road = [(VX, VY), (edge(-150, H), H), (edge(1750, H), H)]
-add(f'<path d="M{VX},{VY} L-150,{H} L1750,{H}Z" fill="#f1efe9"/>')
-def brush(x0, y0, x1, y1, w, n, col=INK, op=.85):
-    for _ in range(n):
-        j = lambda: random.uniform(-w, w) * .5
-        add(f'<line x1="{x0+j():.1f}" y1="{y0+j():.1f}" x2="{x1+j():.1f}" y2="{y1+j():.1f}" '
-            f'stroke="{col}" stroke-width="{random.uniform(w*.25, w*.6):.1f}" stroke-linecap="round" opacity="{random.uniform(op*.5, op):.2f}"/>')
+ZN, ZF = 1.5, 70
+# --- calle: suelo, bordillo y carretera; se va a blanco por la derecha ---
+add('<g mask="url(#derecha)">')
 add('<g filter="url(#brocha)">')
-for xb, w in ((-150, 26), (1750, 26)):                         # bordillos
-    y0 = VY + 40
-    brush(edge(xb, y0), y0, xb, H + 30, w, 7)
-add('</g></g></g>')
+add(f'<polygon points="{pts(P(FX,0,ZN), P(FX,0,ZF), P(9,0,ZF), P(9,0,ZN))}" fill="#f2f0eb"/>')
+add(f'<polygon points="{pts(P(FX,0,ZN), P(FX,0,ZF), P(KX,0,ZF), P(KX,0,ZN))}" fill="#e6e3dc"/>')   # acera
+brush(P(KX, 0, ZN), P(KX, 0, 40), 9, 5)                                     # bordillo
+brush(P(KX + .25, 0, ZN), P(KX + .25, 0, 34), 3, 2, col=ORA)                # línea naranja de detalle
+add('</g></g>')
 
-# --- figura grande: siluetas sencillas en coordenadas de la imagen ---
-def cap(px, py, ax, ay, bx, by, r):              # cápsula (segmento con radio)
-    dx, dy = bx - ax, by - ay
-    t = max(0, min(1, ((px - ax) * dx + (py - ay) * dy) / (dx * dx + dy * dy)))
-    return math.hypot(px - (ax + t * dx), py - (ay + t * dy)) < r
-K, YT = .8, 250                                  # escala y altura de la figura
-def dentro(x, y):
-    x, y = 800 + (x - 800) / K, 60 + (y - YT) / K
-    return (math.hypot(x - 772, (y - 205) * .9) < 56 or                  # cabeza
-            cap(x, y, 790, 372, 815, 560, 88) or                         # tronco
-            cap(x, y, 735, 360, 590, 270, 34) or cap(x, y, 590, 270, 560, 150, 32) or  # brazo en alto
-            math.hypot(x - 556, y - 128) < 46 or                         # puño
-            cap(x, y, 880, 360, 960, 470, 32) or cap(x, y, 960, 470, 935, 585, 30) or  # brazo bajo
-            cap(x, y, 770, 590, 700, 735, 44) or cap(x, y, 700, 735, 650, 870, 40) or  # pierna
-            cap(x, y, 860, 590, 940, 720, 44) or cap(x, y, 940, 720, 1010, 860, 40))   # pierna
+# --- fachada solo a la altura de los portales: arriba se desvanece ---
+add('<g mask="url(#arriba)"><g filter="url(#brocha)">')
+add(f'<polygon points="{pts(P(FX,0,ZN), P(FX,3.4,ZN), P(FX,3.4,ZF), P(FX,0,ZF))}" fill="#f7f6f2"/>')
+brush(P(FX, 0, ZN), P(FX, 0, ZF), 7, 4)                                     # pie de la fachada
+DOORS = [4.0, 7.5, 12.0, 18.5, 28.0]
+for zd in DOORS:
+    d = [P(FX, 0, zd), P(FX, 2.5, zd), P(FX, 2.5, zd + 1.5), P(FX, 0, zd + 1.5)]
+    add(f'<polygon points="{pts(*d)}" fill="url(#hueco)"/>')
+    w = 90 / zd
+    brush(d[0], d[1], w, 3); brush(d[1], d[2], w, 3)                         # marco
+    if zd in (4.0, 12.0):                                                  # dintel en naranja
+        brush(P(FX, 2.7, zd - .1), P(FX, 2.7, zd + 1.6), w * .5, 2, col=ORA, op=.8)
+add('</g></g>')
 
-# --- presencias ---
-def presencia(x, y, s, col):
-    h = 46 * s                                   # alto de la figura
-    r = h * random.uniform(.10, .13)             # cabeza
-    lean = random.uniform(-.12, .12) * h
-    w = h * random.uniform(.13, .19)             # hombros
-    fx = x + lean                                 # pies
-    # sombra hacia abajo a la derecha
-    L = h * random.uniform(.9, 1.3)
-    add(f'<path d="M{fx-w*.25:.1f},{y:.1f} L{fx+L*.85:.1f},{y+L*.42:.1f} L{fx+L*.85+w*.25:.1f},{y+L*.42-w*.2:.1f} L{fx+w*.3:.1f},{y-w*.15:.1f}Z" fill="{INK}" opacity=".22" filter="url(#sombra)"/>')
-    sx, sy = x, y - h + 2 * r                     # hombros
-    split = random.random() < .35                # piernas abiertas al andar
-    if split:
-        d = (f'M{sx-w/2:.1f},{sy:.1f} Q{sx-w*.55:.1f},{sy+h*.35:.1f} {fx-w*.32:.1f},{y:.1f} '
-             f'L{fx-w*.12:.1f},{y:.1f} L{fx:.1f},{y-h*.3:.1f} L{fx+w*.12:.1f},{y:.1f} L{fx+w*.32:.1f},{y:.1f} '
-             f'Q{sx+w*.55:.1f},{sy+h*.35:.1f} {sx+w/2:.1f},{sy:.1f} Z')
-    else:
-        d = (f'M{sx-w/2:.1f},{sy:.1f} Q{sx-w*.45:.1f},{sy+h*.45:.1f} {fx-w*.1:.1f},{y:.1f} '
-             f'L{fx+w*.1:.1f},{y:.1f} Q{sx+w*.45:.1f},{sy+h*.45:.1f} {sx+w/2:.1f},{sy:.1f} Z')
-    add(f'<path d="{d}" fill="{col}"/>')
-    add(f'<ellipse cx="{sx+lean*.1:.1f}" cy="{sy-r*.9:.1f}" rx="{r:.1f}" ry="{r*1.12:.1f}" fill="{col}"/>')
+# --- presencias: salen de los portales hacia la calzada y hacia quien mira ---
+def presencia(X, Z, paso, brazo):
+    fx, fy = P(X, 0, Z)
+    h = 1.75 * F / Z                                  # alto en pantalla
+    lean = h * .09                                    # inclinados hacia delante (derecha)
+    sx, sy = fx + lean, fy - h * .80                  # hombros
+    r = h * .095
+    w = h * .17
+    # sombra en el suelo, hacia atrás a la izquierda
+    add(f'<polygon points="{pts((fx-w*.3,fy),(fx-h*.75,fy-h*.16),(fx-h*.7,fy-h*.2),(fx+w*.3,fy-2))}" fill="{INK}" opacity=".18" filter="url(#sombra)"/>')
+    if paso:                                          # zancada: tronco y dos piernas de pincel
+        hip = (fx + lean * .4, fy - h * .45)
+        add(f'<path d="M{sx-w/2:.1f},{sy:.1f} Q{sx-w*.45:.1f},{sy+h*.2:.1f} {hip[0]-w*.3:.1f},{hip[1]:.1f} '
+            f'L{hip[0]+w*.3:.1f},{hip[1]:.1f} Q{sx+w*.5:.1f},{sy+h*.2:.1f} {sx+w/2:.1f},{sy:.1f} Z" fill="{INK}"/>')
+        for fxx, fyy in ((fx - h * .16, fy), (fx + h * .17, fy - h * .03)):
+            add(f'<path d="M{hip[0]-w*.28:.1f},{hip[1]-2:.1f} Q{(hip[0]+fxx)/2-w*.12:.1f},{(hip[1]+fyy)/2:.1f} {fxx-w*.07:.1f},{fyy:.1f} '
+                f'L{fxx+w*.09:.1f},{fyy:.1f} Q{(hip[0]+fxx)/2+w*.14:.1f},{(hip[1]+fyy)/2:.1f} {hip[0]+w*.28:.1f},{hip[1]-2:.1f} Z" fill="{INK}"/>')
+    else:                                             # cuerpo afilado
+        add(f'<path d="M{sx-w/2:.1f},{sy:.1f} Q{sx-w*.55:.1f},{sy+h*.45:.1f} {fx-w*.22:.1f},{fy:.1f} L{fx+w*.22:.1f},{fy:.1f} '
+            f'Q{sx+w*.55:.1f},{sy+h*.4:.1f} {sx+w/2:.1f},{sy:.1f} Z" fill="{INK}"/>')
+    if brazo == "arriba":                             # brazo en alto
+        hx, hy = sx + h * .14, sy - h * .30
+        add(f'<path d="M{sx+w*.15:.1f},{sy+h*.04:.1f} Q{sx+h*.12:.1f},{sy-h*.06:.1f} {hx:.1f},{hy:.1f}" stroke="{INK}" stroke-width="{h*.045:.1f}" stroke-linecap="round" fill="none"/>')
+        add(f'<circle cx="{hx:.1f}" cy="{hy:.1f}" r="{h*.035:.1f}" fill="{INK}"/>')
+    elif brazo == "atras":                            # brazo que se balancea hacia atrás
+        add(f'<path d="M{sx-w*.2:.1f},{sy+h*.05:.1f} Q{sx-h*.12:.1f},{sy+h*.2:.1f} {sx-h*.2:.1f},{sy+h*.32:.1f}" stroke="{INK}" stroke-width="{h*.04:.1f}" stroke-linecap="round" fill="none"/>')
+    add(f'<ellipse cx="{sx+lean*.15:.1f}" cy="{sy-r*.75:.1f}" rx="{r:.1f}" ry="{r*1.15:.1f}" fill="{INK}"/>')
+    if random.random() < .15:                         # estela de movimiento en naranja
+        for k in range(2):
+            y = sy + h * (.15 + .22 * k)
+            add(f'<line x1="{sx-w*1.6:.1f}" y1="{y:.1f}" x2="{sx-w*1.6-h*.16:.1f}" y2="{y+h*.03:.1f}" stroke="{ORA}" stroke-width="{max(1.2,h*.012):.1f}" stroke-linecap="round" opacity=".9"/>')
 
-pts = []
-def libre(x, y, s):
-    return all(math.hypot(x - a, (y - b) * 1.6) > 17 * max(s, t) for a, b, t in pts)
-for _ in range(200000):                            # la figura grande, densa
-    x, y = random.uniform(400, 1150), random.uniform(240, 890)
-    if dentro(x, y):
-        s = .62 + .38 * esc(y)
-        if libre(x, y, s * 1.35):
-            pts.append((x, y, s))
-grande = len(pts)
-for _ in range(900):                              # poca gente suelta, por la calle
-    y = random.uniform(300, 880)
-    x = random.uniform(edge(-150, y), edge(1750, y))
-    s = .62 + .38 * esc(y)
-    if not dentro(x, y) and libre(x, y, s * 5) and random.random() < .35:
-        pts.append((x, y, s))
-pts.sort(key=lambda p: p[1])                      # de lejos a cerca
-add('<g filter="url(#pintura)" mask="url(#lados)">')
-for x, y, s in pts:
-    presencia(x, y, s, ORA if random.random() < .05 else INK)
+gente = []
+for zd in DOORS:
+    n = random.randint(7, 10) if zd < 20 else 5
+    for i in range(n):
+        t = (i + random.uniform(.1, .9)) / n                # 0 en el portal, 1 en la calzada
+        X = FX + .5 + t * random.uniform(4, 9)
+        Z = zd + .75 - t * zd * random.uniform(.3, .5)
+        if Z < 2.6 or any(abs(Z - g[0]) < .35 and abs(X - g[1]) < .45 for g in gente):
+            continue
+        paso = random.random() < .3
+        brazo = random.choices(["arriba", "atras", None], [.15, .2, .65])[0]
+        gente.append((Z, X, paso, brazo))
+gente.sort(reverse=True)                              # de lejos a cerca
+add('<g filter="url(#pintura)">')
+for Z, X, paso, brazo in gente:
+    presencia(X, Z, paso, brazo)
 add('</g></svg>')
 open(OUT, "w").write("\n".join(o))
-print(f"{len(pts)} presencias ({grande} en la figura grande)", file=sys.stderr)
+print(f"{len(gente)} presencias", file=sys.stderr)