From: Subject: CelestialSphere.us Date: Fri, 26 Feb 2010 11:35:23 -0500 MIME-Version: 1.0 Content-Type: multipart/related; type="text/html"; boundary="----=_NextPart_000_0000_01CAB6D7.C8F51810" X-MimeOLE: Produced By Microsoft MimeOLE V6.00.2900.5579 This is a multi-part message in MIME format. ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.celestialsphere.us/-p-1732.html CelestialSphere.us
3DMegaOffer!=20&nb= sp;3D"My      
Search:
Login Cart=20 Contents Checkout=
Categories
      
  • Apparel->&= nbsp;(138)  
  • Cellular=20 & Accessories-> (51)  
  • Computers=20 + (14)  
  • Defining=20 Delectability (FC) (9)  
  • Digital=20 Cameras & Optics (25)  
  • Entertainment= -> (245)  
  • Fragrances=20 & Accessories +-> (195)  
  • Grooming=20 & Health-> (235)  
  • Home->&nbs= p;(226)  
  • Infant=20 Collection (2)  
  • Mariner's=20 N&W (21)  
  • Vehicle=20 Parts & Accessories-> (35) =
Tell A=20 Friend
 
Tell someone you know about this=20 product.
Information
Shopping Cart=20
$0.00
Whats New?=20
Specials

Embroidered=20 Formal Prom Dress with Flower Applique
$135.00 $90.00
3D""=20
Product 1 of = 1=20 back=20 to = category
$0.00
3D""=20

Click=20 to enlarge

3D""=20
 

3D""=20
This product was added to = our=20 catalog on Friday 26 February, 2010.
3D"- 3D"- 3D"- 3D"- 3D"- 3D"- 3D"- 3D"- 3D"-

3D""=20
3D""=20 3D""=20
= 3D""=20 =
=
Copyright =A9 2008=20 celestialsphere. All rights reserved. Powered by Shrishti =
=20
3D"accept =    =20

------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/png Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/images/store_logo.png iVBORw0KGgoAAAANSUhEUgAAASwAAAA8CAIAAABTvhANAAAACXBIWXMAAAsTAAALEwEAmpwYAAAK T2lDQ1BQaG90b3Nob3AgSUNDIHByb2ZpbGUAAHjanVNnVFPpFj333vRCS4iAlEtvUhUIIFJCi4AU kSYqIQkQSoghodkVUcERRUUEG8igiAOOjoCMFVEsDIoK2AfkIaKOg6OIisr74Xuja9a89+bN/rXX Pues852zzwfACAyWSDNRNYAMqUIeEeCDx8TG4eQuQIEKJHAAEAizZCFz/SMBAPh+PDwrIsAHvgAB eNMLCADATZvAMByH/w/qQplcAYCEAcB0kThLCIAUAEB6jkKmAEBGAYCdmCZTAKAEAGDLY2LjAFAt AGAnf+bTAICd+Jl7AQBblCEVAaCRACATZYhEAGg7AKzPVopFAFgwABRmS8Q5ANgtADBJV2ZIALC3 AMDOEAuyAAgMADBRiIUpAAR7AGDIIyN4AISZABRG8lc88SuuEOcqAAB4mbI8uSQ5RYFbCC1xB1dX Lh4ozkkXKxQ2YQJhmkAuwnmZGTKBNA/g88wAAKCRFRHgg/P9eM4Ors7ONo62Dl8t6r8G/yJiYuP+ 5c+rcEAAAOF0ftH+LC+zGoA7BoBt/qIl7gRoXgugdfeLZrIPQLUAoOnaV/Nw+H48PEWhkLnZ2eXk 5NhKxEJbYcpXff5nwl/AV/1s+X48/Pf14L7iJIEyXYFHBPjgwsz0TKUcz5IJhGLc5o9H/LcL//wd 0yLESWK5WCoU41EScY5EmozzMqUiiUKSKcUl0v9k4t8s+wM+3zUAsGo+AXuRLahdYwP2SycQWHTA 4vcAAPK7b8HUKAgDgGiD4c93/+8//UegJQCAZkmScQAAXkQkLlTKsz/HCAAARKCBKrBBG/TBGCzA BhzBBdzBC/xgNoRCJMTCQhBCCmSAHHJgKayCQiiGzbAdKmAv1EAdNMBRaIaTcA4uwlW4Dj1wD/ph CJ7BKLyBCQRByAgTYSHaiAFiilgjjggXmYX4IcFIBBKLJCDJiBRRIkuRNUgxUopUIFVIHfI9cgI5 h1xGupE7yAAygvyGvEcxlIGyUT3UDLVDuag3GoRGogvQZHQxmo8WoJvQcrQaPYw2oefQq2gP2o8+ Q8cwwOgYBzPEbDAuxsNCsTgsCZNjy7EirAyrxhqwVqwDu4n1Y8+xdwQSgUXACTYEd0IgYR5BSFhM WE7YSKggHCQ0EdoJNwkDhFHCJyKTqEu0JroR+cQYYjIxh1hILCPWEo8TLxB7iEPENyQSiUMyJ7mQ AkmxpFTSEtJG0m5SI+ksqZs0SBojk8naZGuyBzmULCAryIXkneTD5DPkG+Qh8lsKnWJAcaT4U+Io UspqShnlEOU05QZlmDJBVaOaUt2ooVQRNY9aQq2htlKvUYeoEzR1mjnNgxZJS6WtopXTGmgXaPdp r+h0uhHdlR5Ol9BX0svpR+iX6AP0dwwNhhWDx4hnKBmbGAcYZxl3GK+YTKYZ04sZx1QwNzHrmOeZ D5lvVVgqtip8FZHKCpVKlSaVGyovVKmqpqreqgtV81XLVI+pXlN9rkZVM1PjqQnUlqtVqp1Q61Mb U2epO6iHqmeob1Q/pH5Z/YkGWcNMw09DpFGgsV/jvMYgC2MZs3gsIWsNq4Z1gTXEJrHN2Xx2KruY /R27iz2qqaE5QzNKM1ezUvOUZj8H45hx+Jx0TgnnKKeX836K3hTvKeIpG6Y0TLkxZVxrqpaXllir SKtRq0frvTau7aedpr1Fu1n7gQ5Bx0onXCdHZ4/OBZ3nU9lT3acKpxZNPTr1ri6qa6UbobtEd79u p+6Ynr5egJ5Mb6feeb3n+hx9L/1U/W36p/VHDFgGswwkBtsMzhg8xTVxbzwdL8fb8VFDXcNAQ6Vh lWGX4YSRudE8o9VGjUYPjGnGXOMk423GbcajJgYmISZLTepN7ppSTbmmKaY7TDtMx83MzaLN1pk1 mz0x1zLnm+eb15vft2BaeFostqi2uGVJsuRaplnutrxuhVo5WaVYVVpds0atna0l1rutu6cRp7lO k06rntZnw7Dxtsm2qbcZsOXYBtuutm22fWFnYhdnt8Wuw+6TvZN9un2N/T0HDYfZDqsdWh1+c7Ry FDpWOt6azpzuP33F9JbpL2dYzxDP2DPjthPLKcRpnVOb00dnF2e5c4PziIuJS4LLLpc+Lpsbxt3I veRKdPVxXeF60vWdm7Obwu2o26/uNu5p7ofcn8w0nymeWTNz0MPIQ+BR5dE/C5+VMGvfrH5PQ0+B Z7XnIy9jL5FXrdewt6V3qvdh7xc+9j5yn+M+4zw33jLeWV/MN8C3yLfLT8Nvnl+F30N/I/9k/3r/ 0QCngCUBZwOJgUGBWwL7+Hp8Ib+OPzrbZfay2e1BjKC5QRVBj4KtguXBrSFoyOyQrSH355jOkc5p DoVQfujW0Adh5mGLw34MJ4WHhVeGP45wiFga0TGXNXfR3ENz30T6RJZE3ptnMU85ry1KNSo+qi5q PNo3ujS6P8YuZlnM1VidWElsSxw5LiquNm5svt/87fOH4p3iC+N7F5gvyF1weaHOwvSFpxapLhIs OpZATIhOOJTwQRAqqBaMJfITdyWOCnnCHcJnIi/RNtGI2ENcKh5O8kgqTXqS7JG8NXkkxTOlLOW5 hCepkLxMDUzdmzqeFpp2IG0yPTq9MYOSkZBxQqohTZO2Z+pn5mZ2y6xlhbL+xW6Lty8elQfJa7OQ rAVZLQq2QqboVFoo1yoHsmdlV2a/zYnKOZarnivN7cyzytuQN5zvn//tEsIS4ZK2pYZLVy0dWOa9 rGo5sjxxedsK4xUFK4ZWBqw8uIq2Km3VT6vtV5eufr0mek1rgV7ByoLBtQFr6wtVCuWFfevc1+1d T1gvWd+1YfqGnRs+FYmKrhTbF5cVf9go3HjlG4dvyr+Z3JS0qavEuWTPZtJm6ebeLZ5bDpaql+aX Dm4N2dq0Dd9WtO319kXbL5fNKNu7g7ZDuaO/PLi8ZafJzs07P1SkVPRU+lQ27tLdtWHX+G7R7ht7 vPY07NXbW7z3/T7JvttVAVVN1WbVZftJ+7P3P66Jqun4lvttXa1ObXHtxwPSA/0HIw6217nU1R3S PVRSj9Yr60cOxx++/p3vdy0NNg1VjZzG4iNwRHnk6fcJ3/ceDTradox7rOEH0x92HWcdL2pCmvKa RptTmvtbYlu6T8w+0dbq3nr8R9sfD5w0PFl5SvNUyWna6YLTk2fyz4ydlZ19fi753GDborZ752PO 32oPb++6EHTh0kX/i+c7vDvOXPK4dPKy2+UTV7hXmq86X23qdOo8/pPTT8e7nLuarrlca7nuer21 e2b36RueN87d9L158Rb/1tWeOT3dvfN6b/fF9/XfFt1+cif9zsu72Xcn7q28T7xf9EDtQdlD3YfV P1v+3Njv3H9qwHeg89HcR/cGhYPP/pH1jw9DBY+Zj8uGDYbrnjg+OTniP3L96fynQ89kzyaeF/6i /suuFxYvfvjV69fO0ZjRoZfyl5O/bXyl/erA6xmv28bCxh6+yXgzMV70VvvtwXfcdx3vo98PT+R8 IH8o/2j5sfVT0Kf7kxmTk/8EA5jz/GMzLdsAAAAEZ0FNQQAAsY58+1GTAAAAIGNIUk0AAHolAACA gwAA+f8AAIDpAAB1MAAA6mAAADqYAAAXb5JfxUYAAFOUSURBVHja7L15tGdHfR/4qfVuv/3tvW9S d6vVWhFIIMkICQfFFkIOtmzjeAbmJCRzMpmYMTGxY4+NyUzwsXFMzmQcew5OTADPjGI2YzYJIWGQ kNDaWnp9r9e3v99+19rmj9v68dTdElKDnXjS39Onz333V7du3arvp75rVRHnHC7RJbpE/+WIXuqC S3SJLoHwEl2iSyC8RJfoEl0C4SW6RJdAeIku0SW6BMJLdIkugfASXaJL9DdP/GIfzGGJI0wRxgD2 0l1rQQlgLZhVgLDcUWiAWUspNcYQQij9PvKdc4SQc6q+4M2SNEAdQBxx1hBr4BSMA6oqALWgBsQ4 UAIJC7h1LfthKc9ACggOEhrAAARgcOTCUdZXav9fE42CvUQDjGgDx0AIiAGjgAU41geEf3DzbFmv AYyjxhKr4QwQmgpgDZyFMdQ6QiioA3wNMOEIjIMFKAEBKEAcAA2nQSwIc/AMYAH5er/Q9uEIiLRU WhAAzsEYRbgoW0rODogmtoDJmWj+LQIhubhgfQFIC0eRA74BADA4wEIx5xyhGWigqeag2lDuAG6t HcHPGMMYWw+277PRq/JHAVCAwlFL4HD2H5DAUUEoNGAA68AoGAHjP6Ju0iY2jGtQAuKBOq0dZwok PE+VKD/kbxiEI0qQczAKx0FK9rcgGiaE97rqMc4SB0poOahwDtYCxHkX7BwtYEB5iYWzA00IYK3h lJZzg3OA0rBOEArvdU+OFoADdXAl29By4B0tbzhyFouU4G8dXSQIYZATgMJzgFMgDITCWDDjCm1l wCwcBQAFK3PtpBjxZYnAC0q8V5GBZwtAlzB0DsSAvIRDJ+AsqAOcPjtYZZN+VGOiAApnC0IBB1gH KQpQ+V/beJ6dlfS6O+ysYHq9I2wBgBHAAQqwAEXGE84EA7HGEUcpY2f7n31ffJ5bj4Gxmgvwcv58 SXC9vsnFgRKIs5qNdVYbC2uthASlQCkdqQOMgyWQ7L8BEBqAGQuWWweKwAKKwIPWjhMCBxjAMw7U aULKWbmcILXWjLH1SDsHeD8Ah1qBApRpwJSaKQC8pOV8/7Pwkj70oxKFAIFTIOIlEApSaEjxXwhr ryRvs7I7oAkAcPfSneA11zAaYAJHz6Jv1KnS5oTSs52rHRwFK0WuoXCU2JeKU+fgCByRxsEYxzkh AIUjjpDXj8ICIA7UGkocoRSgBnAAP6s2OzgLSkCoIzA/hJX1twmEKZyHnAAWvgEotHVOOgGrFHGC yVwVwtgvfOUvDxw9FslwrF7ZtGnT3r17Z2ZmyoFfLw/Xc8MPYg4LagFnYTWcI+UgWArGwACirDPG OFAqKAWTjvxI7LQuymnYURDAlnKWlLz2X0L5PH/UyjZkL7G3hQZAwUvp6J3XTuecc269ff4y5S83 VFBQYpy2xNCzwFRSCTgCQsAFCLRxzhHCQeGo03AlZu1ZowFc58QyQgR3BASwxgrnKCWgr9Mj6PQ6 VyK1OGt8EgoLwFpKDCcgIMYaY4wnwv8G1FGr4fhohnQUgCUqP/OZTzFSGf+Fd548tfJ//v4fnDhz UkpfawtYSqm1dtOmTbfffvstt9xSqVQuwpQysKxkKwuAnpV4BDlyBaO0IYT5THoAMQWKQotKWSd5 iX4IGDJYbinXYBTgpkChtAh+RPVfPAjXX/dpL4InDIMVAECKgpuhy2qmXrrE1k92rwJCDTCAOAtt YRxYCW4HJo2B0gWhlAtKCHHOGZiMCOLAFbgrKKwFN5RbitAO4UjhYKhgQjKAOcDZ1w1CPQCVIAyE WwsCTUgp/ax1VIMaQikog+FnhXf034Q66gwYs0Sl4JEiGH72c6f+2QfFjbft+sz/fvC5Ex//nX87 KJJKNczynFOhjDbGeJ5XFAUhpF6v33333e94xztG8vC1GIQAcqcE4dSS0k5YM1jSGFgkGZQxIKTq 0akQUwwNBZGpIjiL7ZL/KL3YkIztQknwMCboAIzC02gyFEVeYq+s/28eh+4lKq8FJ4bwngIErIPN MBYAeWIILxtZtnNU/pU6JEFKCyshKRMg6Dj0KTRBZOAzCADGCaclBYyxRUaNRtJF0kERw2oQBhFC hqiEEL6lXkal44Hkgltr8oyHr1NS2RzgyjJL4cHBJcjbUEMQQETgDQUvsYwRGwpQYi6gf///UBIq FEJLSwxlzCTPvf9/av/JZ9i+mWsff2r5zNqHPvwRkam/81PvqNUrf/6JP3vrO99ZxP1vfvObURT9 3M/93Pe+970nn3ySc37VVVf9k3/yTzzPO8dP8ypotK6gTmqL5RyH+ni0vfr42upsPNB6K6gj0J7N p7m5vlm9efPkFZN0zGQjkJR0sV5HZA4di2+8MPzO7KwRekuzcuPlu24P8/UIXy9q/mZw6Jyz1o5w KKl8scCnD849n2bGmN2C33vZnr0C1MtGPbBeGL5yh6RwDFYWDLMxvnF84bHVlRWYe2i+a9vW7VNT odO+LqqMwigMh/jLX9H9NdVbQtolRlsqiB9Rv3J07383vX3X2LY9KqililLKAyHZRTiKHAoLzcAA zwHLh5YOPLx89BmhTH3znvrlb+QbrlB+3VhIon1mIeXfIhCy3/zN37yo5yx1AGVqbe3w3e8+/ef/ mTP7hs9/jUxO//ZHfnvY7fzk3T/5np/9+ePHjj/xzNNX7t3zi7/4i4uLi3Nzc71e79d+7dd27dr1 wgsvzM3NPfHEEzfeeCNj7BxvzdlrA8BqYxylGsidlnnX8ehAgX9/pPjLxcGRNbJGxs6IsbrjzBrp eQPD+97YGfgHFucXgMsmJFeM5QbSEGZsnlLqDTWISwgIAT0bcSJQMBqGq7ORlpE7whFrYbwiBvFU hj85ob/JNmbcc328f2cjSHqJ1j1jFfyAMuoICDKjONGWuKJ05iUgCiAwFNQY2DKCSTHSq+3ZQIsj sFCAIc7CMhgkrLR5YC0czR0U1QIaHzkw/KMTyZ+uuGfa+ZYomMhiWBOLQAydDsmnzlRmu1LaSZpU 3rWZMhO3eZblmceI0I5YSkCNJY4RqmFzkLM+R02ItdYSghhEEE5swfJsEMhPPZceKjb1iskhb9xx xXijdzorfMuiCvo48Pn00f9bDw54KwNhA1GLBi6uWCW5ZNrVFh7H6ol8mIZjG70gHMYJJNeMadNX 1I8BCwjdh0lB/ZhgCFiAWFgHTaChmc5JXsBJJWLhrFTcOhAzT79z3/TygUk924vJ2E13FVky5IM0 0IaZAIZYQKVggDWAKZQG48o5rp2jtk+UBgRo6VLQBDQbAjKnMIArHCMOIEML6QCrAQViLCxgCSy0 BqXWaAJA5WcjQeDOgahyYDWIgtOAKcfXEOIAR+AAAktA4M5qDLhoN1JuqUeRF8NDf//v9x6431Cx +R/9D8F11/6H//SnKysr+/bt+/mf//mRmVdKtve///3Hjh07cuTI1772tR//8R//6Ec/+ju/8zuH Dx/+yEc+8uEPf1gIobXmnJf/f9/adJSRs54GSUjhTzy45L60kD3VyTPO+qbj5YPdXsUzGadWq5Q6 0c/VqvX7ZGx1HpP50u2bNm8VtNddaow3KA+UhRAQJjzL+g6EgBtwykAdhIUl1lrC2Nk5wTlKHDhV FGsOfWcSmJxYEXD4mO8O4XmhLxsemHVQyvmUcGLgpYADJMADC2vBTGGKwPrgDIRqa5QxnHNOqYOz VlPiKAgrowsEhlnDaKgZDIUAKByIcS6BLhw/llXmesmgSJqhJpuqOjWaGDCf1MlKUiTaDEDiPA1C GleoGQz8QYVSh4AVPijRL80ELBfQIg/ABSwlFI5RUFgw6gAKQjXFisIadatEGeaoKSIO7jQlRZNK nHjCPnu/XT4a5Scdn+pRf0hr/uTGpOjrbkebYtx22OqhXlEkDOFVbwuj6TS3zqiaX+dOhTYFGFjN ERBjIjUMfUKsgOMgLHeOEk44h7UAFAIQygkoHJIuz9ok7yQ6c2McoT8odDqkAjXOhHUgEcAlIQ7U glDGDAU4ISi0E9wHY3DE5VAGhHDOIbyRp10IAp2CiwoTMDCOEsosiIaloBQolAq5JUxowMrAGhCt PKoIhRMCBBpcg51VORiIgygnWWtBNKEUgANx9Kyb+CJB6BEoh1O/+usrX/lyHcxwOfXL/2Jp0Hvg gQcYY+9///sBKKVK5YcxZq3lnL/3ve/96Ec/+oUvfOGOO+4Iw/BDH/rQRz/60YMHD/7e7/3er//6 r5dKKed8pI4aCmgwSgHrCu0E+84q+6MX5r/R14OcBcw0ZLwn8m8K6Y5NGyhR/SyZ6xffmW8/vWgH XkNRydfiVtVu3UJNN+/309BvFioJuNDgDgQEhJ51vjlXwFjnHGGUcurAAUIBQigccwQxcLA9OLa2 umL8gCd+w7MUFMJolReDTGrBBRghFtISQrhvlKOaUwqt4JxjHmOBIyCEWjhHCBeMwBoUyuSK1Tng GTAnQJAzpHAFzKRJ4YilAQUhheWEGcZXB/HX22Rh0Itovj2EbaCTZ8YlmjifhjSPryDK52nusm1h ZCzTxtWUcNzoTBOruUc54XCOQSaEeLASOQoDw0B8C0olylg7CLrWHRsUJ5N0XhnqTBTBB3SWCMY5 HejnvtF/9muR6YPYtZkNxe4bKtPXRMITLCmWj5x4/onmiaOcrcq1k5ktwqlNcsd0J1O+z1QBbgDK wIOCQAMhZaCUWApwgGntDCFUwACM08KiDAMDsPmALh7XKyeL9nxAcm9qgHTNZExoFrmqFwkikQHO EQFCnOOEMkrL4DF8QQAG6qBNYYjjjkrjIJ3OjbFgkgHEggKuADRc4CgtU6RKGWcAGogyPyXTjnCi GHwmjC6YGVodUgpBQWEIGAh3jmnjFDLqwBgDZXAADAgoIyUALxKExoB8+4H5f/NvlcMQfNPP3u1t 3fIXn/kz59xb3/rW8fFxa62UsigK55zWmlLqnNu/f//OnTtnZ2e/853v3HrrrWEYfvCDH/zn//yf Hzly5Ctf+co73vGOEn4jECoHycooECD9hUH8759sP7YW98MWJWZa6L+7Z+udG6PLDTw1EMSRFlnb UN1cI/JI+/F+3ObeU7by8Kmlt8zMBFLqxDFJQs4ZYmIdOLfEN2C5M4XRlBJBZQUcsNYZY3JKKaEC sHCEGEoETg1UXGhYRWE3BlwYmER5ESec5DZz1FRZlRhJLKAVhynlF6znwJ0mlMJRZ6yhIILQl9RQ wplPAWeQFSAWhIAShNRF1IDbgvECRQDBjASjhGKhn9ogoEleYXlArLHIXSqZKuI1yqtXjk3+2o0w BBpG6TzKVXeAVCQBFR64cB6MBM46EQmxHo0AA6dBCAilFI6AltoyIZqIxUGeaA6NiJqtkZDWaeME t4g7g4UjQvU9bp2/I7rmbY0fu5ezXWptgIqRe6/dvuuN8Z8c9bMVng2S1VNpe4VvdUZZcOWITJiQ UuQOhQIXiB0IiSShjCCPtYUNIqkshkkeBR6xEKVnlcK5zLWXkWeaGEY2+NUdkA2/JbxMC5Erbgpp qQoYY9agKIyTTLDS/wHNcBaEmjnKHaGaQAESRgqhgbwwGtoXAsTCGHBoBc5AtBXMOm0LIguKYarH I1TM0MEbuEALECaYY4r4ngCgmSPQOXQCwhhjTnjWEW0o0ZRSEGYBA6gfCoSM4fEPfsAYU4XMkFf+ +1/krvjOX/2VtXbbtm1zc3Naa0JIr9cDMBgMXnzxRSmlMWbv3r2HDx9++OGHJyYmOOeU0ttvv/2+ ++677777br755kqlst5bYEtXtrGGsT7BE0vp4VplUjabBcIguW1D9Wemwo1pP8tWdWKKIqs3oplq 7e3bx3hUKw4szpq8F7ZODk4sDCq7hIAmJANjroDyZcM61itIp3A9RTMjhWRhiBkHj1HquCuMpA4e AWihcmmZLzBEpdkSGy3dhGxfyxO57TN42oUZ90WkWdBxiA1yg9NDJsA4dZFAK2R1DpFD96ypm5Ax 6gBroR0oN4JroKftUJl+YTJtPNBxziY9KeEluTFc51qFYdNJsmpwEniG+hsgqtzbWmtc1uQRxUR9 RyCwOn9KjvvtFCwAByIwj7lBXJBhOqzGoT/DgsgQJA7LKZZyJBY+pz5FxFnLY3UJ6eCyvBgOWb1V BuWo8OPUhLI1zehGke2bcCRPLPcR1Iq1Za11c3wG1narVzWvfFvfnzx1dJHnjinhNeqb9rw9fPMv 6oXnXO+MZY2CVwUV1CkVD5sbImQDFJppzXjgwSc0Q7qC4yuAlkZRGaI5KaNxiKBXYMx2uPSIDUHA JEGehH7IvIlu9Gax9+a8uoGkXdpfosOYIFEYVr1pUp+A33RUZFlupfQYAcHQokZAdEbSVQxWkQ2Z gQeK+hgNK1JGzPHciYRwQkBgPYA4yy2Qr4KmJFOeaHr+mPE4BiexfIgwEdV39eSU5sw6ynwYA6Sx i9s26TGbcyngcdKYZvAL62krCKcepYRo6xQjwcWDsPvAN3tPPAsKahHOjE3fetup00srKwthrfnt b3/70UcfLbG0vLxsrX3mmWeWl5fLAD0hhHP+wgsvEEKUUs65IAimpqaWl5fvv//+d73rXetdo7zM EYMbAAczPLSgjhKx3dB6r/2GTeFPbQn3ZfHq6aNpFdzbYFmYEmn7OpT28qrcI43t94fIZ6RVKi84 E87lg4Fo+tab+C5wso3DC4PTvbSdm9xQSpgQ4obA7pho7J0im7zQKGvTHAyMc2Q0VzjZt6kDc9aj bHPFN/EgrsAVpGoC7oLVFN9ewWMr7TNZesrWAgrP5nVabGuwq5rBVVW5teHHWS6lY2WKF5dDhoNd HF0pvtnuJtb0tUpVIUGnPH9rpTkZBH9vQ1h1IFkXHpnL8Pljq9/V9rl+3/BdMa8cT/Ww3+6stm9s eW/fN1Xw8YTg/3r61FFNljO21fT/wdUTVSKYX3hRzfrhkRyHenixbw72B0umyCjxLYE1FUp3jdWu bHrX1rDL8wJdJFoLMMJoBiz1VWYi5lyFuG1VWQx62jIjfEOctRrCyxNdBB7SvFa4ViQz7hSluZHL ik9dfzdtX0PVgGliJy83BIxoDoX+Qv+x/9eff9wGdbvzNrLpcnv6KXfsYba4YlTCAgGvXlQ2yn1v l5e/xZKKNSlVgJWQHDrN28tekTgPub/WYIvF8a/nR54ys0/VVBaYPNBJb2xPdes+etmbvem9hUau FIUVzDWYh6UTbvYJzD/rOsdcusp0BuBM6/paa6K6cTvbuC9sbIsNz0F9yTTAqUbaSb77F5h/3lgV brue7b6R9dr6yLeyU097k1vFm3+eoCp4JHXB5r+F5YXi1LFk+SSSjrM544QxEm++sTa9w9+0XzY2 F85LUy24lfJsJi6/CLc4gMVP/DGxEGAJU1M33VQwfuT5OeqJt7zlLe9973tLvAG4//77P/nJT956 66333nvvSMT9xm/8xuHDh++9995du3aVJY8ePfpbv/VbDz/88Dvf+c5ScS1xKAEYB+pi4NEz6q/W XJ8VJ4vhPhrfsGlmh8RwbSkXohJNaaJktRrKmi1yrvUmo2+dDDdVbW7zHbJSo7JQisOAWxWKo9b+ 5hN2odM50xsMHQXngONWCVI8ZpPLOsmP5xO3b5TbPcpyR60WHgfQTs3za50zyimjZ3xRCSqDdmzd 0K9vTivRszH+8kR2/6nFY4kumJ+SvgB3xjqbVhfSvVXcuXX69l3+VrAsSRk0D8OM4ckYXzgef3tu +WldFUJy6lmrlc4JEHi57xOo/K1b65NWFApzsXvw1OojKVsFB10GpZRhwdmVlbZXmbhOoBGykwP9 5eXkAJdrpnYb4zRqGW1ExKLa1BnNv3Cy+7Uz8cEU7VxT4jziCKNxYRQw3i4u993fnYnetb25hXom 0wU1jtMu5Gx/cCZnHHqMDca8SdPPU6094wKPZXaou0tGifTEA+k3dHCLN7P92sXc8FwFRKveUlyZ IuGEJ7nTyliSZ6nTSVCpoH/MPXd/8eJf+NUx1+sXpy4rZp9gcw8LK5XucFY4h5hPqrXlyLqxXdfH xkpFqYUmEGk3XTzurS2oSl5LOnhK6IHzFw7yzlFbZi9agvDp9ol9lcL41WmwMQVHVcqNIssPumcf 7z75EFaOCtdxKIgDd5TS54qgNpzeFV5xG933dq95OWjgHE0FqRGDeHH4zFfN4QcDKZkZIGAr9/+Z W3yBm7jY8ZbWTYAykY3Rm8Pnf8OtrarlRZnFklnGuWVEU5BD38027OVXv53vu4M3duRWaEsl90ut n18EAp1zC1/+kmAgJpRmMHbzbcLRY6deNIZv3769LFMukhihcRTFttbu3LnzyJEjp0+f3rFjR+m5 2b179/j4+NLS0vz8/MzMzCh8DweoFJ5QwAsL3dmEohJ1zJCOe1snadpfXst6YWsaRTTZWHREmAJV ypgqPEbuvGKqW4Zscxht86RjXEGCYEnbzz3x+LOnLouVVaIW1mp+IKguaJZyo2fD6vHlU/GgU3db x7dWm5wbnadpKkQtMcWaMTGnAKxkMuCJ05ucZJ5/wOA/nlr+f0+stnUoKhvqJNwrVnPrDa3XIZNL WW9tZS1R2arBv9wldTowVHFGThf64ROdL58evJDTlofxQExGAbeqlwzns+GK7tiU/smRhfHNN77R 9wiQOVK40Kf1BqsptQRGjNHVwG+Kytax+kaKWro266ZXnNcmCnpYkXQMaPdizkVm5bGB+eaZtW+s aFeZDKPKFsLG87zHbZuSFUKXTdFfXKybfO9ETUZsrMg0Iwo8ZlhWeUIdqB0KU/W8mBLnCIFBhVdo QYbdUEbbEKfPf2O17xW3k8q1b6yQmu12UpXFtp4SEQ+o0zSimquYOk1FDYuH0e9JJ7gucPyZ/PRJ MmgH/ljCWwFvYjBLkkKY5eWD30qi1sTGsaHbHGrGCTcOwuSIO8i73EfQyeFO5J2iWXWY2pjnqpvw Ggnr2dG10891ju6ZuPzHinrVSA7mCNX6Kx/LThwPls74AqhXtRxLacXQykzvu4jb7YMnesO0JsYr +yekz7Ik17UKkCJvB8MzVbUKRovjTy2uDbYsP47+ivFYp8hRaUnjFyvHTz/8ueljLyLPpbUiiuAH ALEgyrqJ7sn4hTMLg16dRdWrG144ozQthkbW2GsBoTaKOkG5BYgGsYDMnniKdnsaXNNBZCH2XkkI Vpc7jrrp6emRMkkIKfXP0Z0yh3tycpJSurS0VPpgSvF4zTXXfO1rXzt8+PDGjRvXpRLooe+CgqU5 VgTf0KhNWbm5WfnpML3B4US33ZT1yLB8HLndFkZMGG1JUWTOl5x1V6MsT4qsoqOey1nNejQ3zY33 HU4e7V85OclYb+mqmnn3NbXdNeNTlrrGo8+f+k8nlxfHmmvS++Li8vWXBeP5qi1UzKYnYA+mfDeP JAkrfv9u2psUk2usIJYWofeto932ad2qtgJPv7O9+OPX7bg9bPl1eixJH+zkn3x+sBJOxU4/ubYy 2FoLgFgpFAKWHYkNjfzbtDc9cfIf3HDtLRI81qdp4zPH6Z8dSVa9jcwG33qh+xM3NvylE9eLjX94 x5ZHl7sff35xGIYDW9yQd//w7+xVa0p4Qi8OirHo5MJwb8RQVJqBfWNtyEJFFo+hOpFFOHBgnlt5 U8truuV7LnM/uaU1WbBuOOzE0T87PPtUpzZpN2qVLp5ZfdtVE/2uaQrX8Ksn22ZrOK2HNg+Hd9WC GtJUaQmkcZo2dvnv+p32V/99Zf6JzJN1xfzB052H5tLndkWbb+FX/h03szWIMzPoMDsgnMogLFLP p4HnRQkZy8NKfcM0WOUo35RvuGHLm35Cz1wWVsLh4oHegQPBQ3/Ykieljczy4uqaaE6aeLiqpRnj IRbXaH1CXXZ9ruGa6vTkPnHX36Wbr2XRuFJ9+8wXeo/837y5UdV2tDqzeb9frdb62WrFL7KHP+Z3 00DUOlsm2hv2NW+4K9h2bVUGyOLOc1933/58Iz7Y4u3iuQfIjn3dalWhUu9JMwW71iETm1b9vZXE +GYCuTy14fbK3mjNm3C7bh1jUYQTxTOfqSw/5bdaHRPGG66eeMvfw8yVYL7QyfwLTxUP/7t6vrIZ ydqhb5Cr37SGMe4wVgzyfIJS+gNBSCkfJVXQMnm5OztbJm4SBwoezUw6oN/vw9pWq2VfWr/LGJNS rk+SKtFYqVSKokjT1FpbRi8IITt37gRw5syZl2XMGHhcEE6LHLHTCTE5yQYoZKsSm8wwZ4gFdQ46 ZM4ngOCOcMJDZW1OoThhnBklmeZ1xiuCP92332vHs5lPbHpdxf7CvpmrXaaPrzHuex7evav+zdWg 3beF8wsEiyt6R1AxWQ4mUcXJPF4jbihcwE29VlEaNiv88R2Px3h4ebhUeALYE7r3Xb9116QeLB/P U92SwVuam2aj5LGV3tBoRryDS739ExHyLNVJimpfqzXuuVr1Z8XWVoy1Xur1V6drrbdXRK+pDxQn a1k+poP+wE+Gsa2mgV/NjbU0SIucM9KKIqPQ7XYZh7AyYrWjmTmjacdKaTM/qFEnJKugYJHCNeNe qw4j6Ljwrmz5ZNA/udxutcbrLJwWMx4lPRjJlBE8ywudJKoqBwLHdHISRSyEhJ30giHCvhVMUl+y oiiCsS2NN/xk/9AEP/Ww7rS5jRtsOR+etmcO0pPfxuTmynX3VFtTmamuDVPnXL1aU0XhwMLOIZYv w8RpwcYu21K7+gbSGG8nGbI8DOobdu4xL85gbTZQfVksZivPkU0/YZIhh4VL7dpJGZ8W2VKNinbl 8stvuE1t3KtolFniV2vhrt3q4JRYOGJYx9Ba4WW5G0ahwcnD/plTGK5lRnjbrhq/+e8NN99wrAhU Lxbabdlzy2B2tn98manEFTnttumUy/NcecQv+ry7wNvzkRqoxCWeqe3c2rjxZ1GRTV4deFNWivTp h+KTR2XcSbLMbLym8ZZfXJu4phMbSZ1AMHX9TxTPfW5wph/BusIOFlewabtSNLecOOec+8EgBAEp /ZSEOlAQp06eooCG4Q4Klk40nEOaZxzU87xSspUqZZ7n1lprX7bQrFKp+L4fxzEhZxeAWmuDIADQ 6XRGoC3VUQIobfoJ1ga9ldg4woYkrk5MD/Me5VRQFgSe84RvLZyzjjiGQsFRIqTvB1Ga9SBlRETN Smfx9WOL31zup9gSF8M3ztQ2TgbBkK7aSoaA6LgesGKmebx/eiUzAzt8agVv2L2B9leEKhadONhe PT50XV8FojexdYPLVcTCdtX/86Ptr/cLo72WyW9wdkPd5L3DCZpx0q+IoBIxFkbzUEedY4S8q5df uW0yS1ZhUuZVkyRZSIoFxf+gfeR949ffNRWMhVsHoR1z6r1BI8j5fCXiFpEwPSeKYhiY6MRyZzmu D4phPSAbJ+vMwhhjbMaYUNR/fHn5aKwH1FadbtXHXa4FuNOsmvVu2lC/3pO5SiXRkSezIuRRbUFh aRVzS3otQa6UoV2CsZD5hbWWsrZzT7WXXug6n9UmXLoxkglgKfGhfJfp3LpKje2/3R+7TH0nS8iR qD9L0mUyWKDZLFl4rNZqnl5e3HDt27xt10dhdZiqSPqM+5Zxe+hhu3gQGLZFODazi227op/xtX5s LZmc8sLp7by1YXha2+GCnxV67mH6pnszO4y0QZEMTz7nrR6HWoNfN5ddgx3XDXIv7iUFQ8urhl51 sZdsXu0SxdOxUNRE4not4eLnvsNfeNLrzoZywhQOtSmRMzKMKy5tCSdaY/Uo7Cbdon/SD4069czY niuN4ZkUlWStOH2InzzEWKdwFT1Rb1x9QzucyXsr2g2sJNUG+Nxj1RPf8dZOGoZo55vI5JTkLIzX qm5IjPKbwhfIVhdY1qFDnR97srVlzxrjMdWRq78WEMLBEWcoPRsqJXCiyB1gYQOQAswFkhBY55wx v/IrvyKEyPOcMVaGBwF84xvf+Pa3v12qo4SQMnj4yCOPvPjii2VM3/f9PM9L+amUEkJ8P2MGsNYq ZawxzIE75xk7VWVuOZeUMEal5AWnFq7MOIFDJABLQB1sxixSUojI4zm6Bs+0Byu5ElbviQabA6/d 7VdhyFjARIWKYG7QZTaShAvKC+tW8lR5UK5bhVJ6w9pAFdZzxgiazdRDnfQ9L9AMh04uSttIFKNh ENbqpymPwl114VO50VC0ezCZrJGoZj015CeCDmGwBlplIXNT2jUcy4U846b/8OD8Xx7Or6qL27ZN XD8Vba4xkcYsX03TYrUHA+7RgjPazkhiJbiISL6lVqGFZcITgvvcGzqyEmsDwQlq0NvHpUmWnckR 1rIkobWAM9K14elBeuZM99DysGP8Z4crLoke7Ge2OhmEIvLEpBciN4QRx2luSW9oioL7Ej5Vm2qB HS74NBcUUjAQ2cs1F4Gd2FW797dx6LH42a8Pjz8m5QLP43ywbOdXdPfzZ+K1ppON/W9NUqW19bzA Oaj2PNEqJ8JN7pSbrx7kYqmfWFApomGh6kGV1aad13TD3OnM5gPHRK5cyBxMnvVWQqIsYYWs1668 Q7Hx5UFHOA9UWC5hibGuTAPMWL1ea2UxoFS8cDSKO33WpOPbbXVsAiA2nomktIwZhRNPsXS+gsTS nCNPh52A87hwTDmuVNpbhh0wZ9OgXt15HTbs78cmK6zvS04MVKqWZsPhKivQ23x5q7XDdvukOhwL RBmDtZ0lyjPqW2qcNEXW63qUm9gWzAt8+5ocMw4vZbyd3d+FsjB0ACOMOmdgXa6cQ5kc/KEPfahe rzPGSmvwoYce+vSnP33LLbfcddddpXFojDl48ODHP/7xm2+++T3veY9zrkxVe+aZZ/74j/84iqJS QT0bKmSwIILzqifGwmpm6zLHOMsbBKETuSPUOmutMjbhjMMIgDpbZoSCESjnBU1i+hmGQ+IlfoBa dSaoVHsVl2z65jHy5GxWIymDA0kLFvYSvkHHG/NavRYFxDQAAuRG1304DaaDiahV8+xmOdxQYcV8 zKXvemhm5g280vb9TOoXTw//zazytZ6v9MKAW1ckji/FLA/q055X4T7jMQCd5RzY3CR379hlV/MX T/dTMWmSYpW5J4w50V39VrD4hg2VqzZOThZrgc16ufMqNSlVDvSIR8IoEmSS97bUpYpj58Cp88Jg SaEWNqYoUUpvgNlWg+usghteD2g49sSieeTF+Pm1fkfpnGNoieJkTSeT4xvH6yHJfajVTX6wpVbt x52U5D6po0CDjW2uRoHDdNDd2IRbGjIhrFcpZI1SaguVAZrQpa6/5fK3RVv3RCee688eWDpzUHaO TZj+tqLd6xxJj363snVP6I05JgWxqr/shXU2sy0vbLTzerrlyvnVonCkXvGqoj4UPSs8Htb95gyB T7igUzuIs9ZqLii0onC8NmHMeDG+t7bl6lNJannYiOq5E770UKSbxqooxnk44arbuJzxeyxLU04K OVHjYkDCteX5ryx99inlWCTDXMMUalCZml457nGG5rT1NqloKpetNWKmc8AxIonYMOaUsfXL/X23 FMV4O+lxEUWtKWsZsNZFVbR2s0ZKnY5fuF8ffVzJWhecEOdxZMN+EamgUZuq1Q3GmD8OV3ep4V7d ueQ1ScLSxwILSx0DcQDZslEB3FEFBQCrHUxvicJwjVLGWKPRKL0y1lrf94UQUsqRrQggyzLP8yqV SlmyvJnnOSEkDMOXrQYi0DDUMUYIc4RYZ0Gtw1obm4XMNeMQxHFGeCn4KCyh1IAOgSFoxkQ1R1XU JB0MebGcB0lccGZQ5NWmtzjoLQlDXBEww5nrpYZWJuOs35HUsqzObNNvcIMIzQqaR2L0NRyRns6m K7xGMDA5/EaHw800BktJLOnQszpOlxz1TZAnlFmW2SKnjnFfGC6UldZMB5RmcFYPs5yk+rYNnHv8 kd7SN2v1bDFzOW/71Vkpv1d0nz+tr13tvOfK8W2hp9sD6gVCkKXc9RFKn6WZqnjYVAGWFGOMEMN9 b3ngtHPOGqHTVmgrgC5SWR3LvfA/Hk0OLKsXE2++aBmb1lkecV0P6BtYvWPRzgxTDiCTnIx56MSD SDIqRbuj04JQBMRkrUA2OU4mRoZR3Ws4S6gq6qFUIO04IaAraRYa2dp8Y23TDeHKoeS5r5967Gub bVKn3bWT38uPXy0vv6OvbMXlbulQURQBk5rB+XX4jcysBp4nBfEodZ7gVGWDFZoOiWMFrcThlG8y QWzIKTptlw3hXEzDtLKlFrU67TlPME6g4HxmkoUj4XDecW649CZ2wwUhIXGqqeoZbllCtVIhqBnO jzHuU24VUZoV0YKf54AxNDDWedTIvDvNaSQaWOuZrG8kM0qgsREzOxdWyCTPKKUBCkcIVD8gmeQE ijSq1bR7pi7mFahHPCtCVWRTgcjSIMoJNZYEzqsy8IH2deEhhHgtktCWibxwIGUeFmh41T7HmdGG AILT4ujp4Mqrxsdbx44d6Xa7mzdvPn+x/Po8mH6/r5Sq1+vlndINc/z4cedcGeH4PggdQJyyJnNk oLK1mGQsJFY/t7i8b9uYKnqh8Cm456QPSywIpRno4Y758tHFp4ZmmXiXJ4Of2T2xf6MlghcKWS/v IG4Xen6+u2UsGpeKGyWkX1jn04Hvcl6JqQHTZJtnNjBWrFhqDRh7ZjicK/JemldpXJtkUhcUFlKe SsyzKj6QcDBUivj6CreIKdXS1QpFFKOGM0sLTfogWnC2K4xYL65Xqz0uz6zNj0cbbp7h+8a2tE63 n3X9Z9pmPu1nA49Z8Sgzj7Ehp8X79kWMWKM1D+SZbja32l+zSrtMhrrOQZSRkc+F4pLMr/VPJmp5 kNWpC8PQKMB5PBifXdV/crS7mLieypjNd0fuxobc2wy2NmtvGp/4D4ftIy8uDZJUioHNVZVCU+0T BimOdtuH4mROhVMqrXq8khfcjzY0mxVfYeUEkhUEvuDRVH1jzai26XeTlHvTGtKb3FPb11cHnx4e ebJSU6KwWD6KXT/Wz+h0mBdLL7jV40atWl416QAqZdQy7ih1jNKAWgznszMvhMtHnI3yiED6Jk8F rGQmWzxmu2cwnHfelC85GBOMSOrgdCA85orhqUPBwgs5gbJBY3KTLgrKOFE5GSza9rzfVSRoBtuv XytozliulRd5hAfaV71YFdQ5P6JoRLWpvL8Saj+MIjx3OF+c89NlWtSliJRgPWoniyIIPN/lDAZr R7D4nFl5nlq3tsoqk5vz6mThOCGEWG2I3+W+j1Yh8oKrYWPCqzfTeEVRzmCcm3gtktBaRwkhZxfe WAtKox07xiene4trsJnRdunQ0apRG6ZnKGcnTpzYv39/6fYshWHpJh0FCSmlp06dArBly5YRVsus mjJg+LIVbhacMSc4JCkEGUArrpeZmRt2lD9ZDJh21CrrFBgosgxBmANzGX1wOX9oKLJqva2L20Vd 6ZhTShy48TJDtCd+xncfvHN6j0NYOCXIWopWBKYGMduaUBBAGIwZ21+d7/tFUrHHdLzAjGYuYrRW jQRx1upU6R1MZkMKMU4NvUHK37+55fmICASgHTwC6aBzWIB40HCZInJhlTU9Vhv3ay4wjtEkCPL/ eVOYbJp8IcHn5/HZpeHRJAfxpWOPr6z9QjhVy9IiU1I2s55NLSHEeH4YykQCSZa70JXppp1Bsgw5 MC4Kg0qzbgDOqqCVE2c6L6CSkFyy/Jox8fevmr5rkowN+6K/xIcbLR10o6JPmC9IWPGbEp2l2FJf E3emiE8SZTySEFathFRrobIoX8OJF1Yevo93jxeUx+N7dtz585xMeEKTStWQ2kpPTdSa0cbtIEJW x1CseVj1zLCgzDoGjxWrxxu2i0FcbXGKFER5jBAYIYXHhCLaDVdo/5QsEhAt+GR1cqyTxrAFoIve kshWkWe1ICNVqZOhIJYRJwgYJ8iHydppkic+5UWeilZtLevXEElqeN7jQ9WrNO3OG5vv+Rdj9R3w K6qIhaDWuM2GYaDBOCpVdGLU63NZMhzEu0VSLB9n3RWvyMBqTHqxU0qKodyufZl7/pgHDI/7lbpd I8rowZW/MPZz/wsaV1BKhTMYrtaqrWHBAr7IrPaNrcFT3thiRwXKNZVEmL8WSchFmU5PwSHAQAAQ Wfn5n27/7v8RADmQPXQ//ZV/sG3LFkX47OwsrGNlqjg5ayg6clbclY7Qo0ePAti6detI4j311FP9 fn/Xrl3rtVYAinAvLeAVOyLxnnr9gcQtOEeMOJayvziVvWPDhmae03ilEiNtZIE/AYeTHTy+kCYy 2lWXTmdvkPkbt0AcW6xHQb8VTDf1lTnrQtW92HQQ62xx8WhgdZNXMDnTnqhKi0q5kY1DwenKMPWB eo7Oqfxq1ActtivJbvVrcdqmgvPcFD5+wqt+2yODOLtMumKAzUm7s3TkOGZmvHCsUXMe0govQK1F 3ZC6sot52/c2HVgxz3QYYSLsr75lx9iki7PB7F64q3dO3L238q+/NTc7HJPFBB2HSYkiXHmFkPyF peVwZnzv6rDmpXc20lo6P5QpMs+TJAZOD4udirW3BNf3k3cGjSzpSOFCgW+Y/tV60nGMyeJn9jbf 1uiY48fOkFoiJ3dK9BfaO43tBvlupd4WTqQOFRJyXoQ5f9bJK5RkXlJrrv6CmFk1MRdBH6xerTqT VdqnhF9ZcBGWF7Kr95t2JowsUIxX8xbRWBqoqetY+mQWvbFrm5XpOypZPq36idihil5n01Y6NtDW S4e9qLc4NnbZYq+bKKtDNaEK+8SXPcKw9Y2ndaT2/Nj2yf35ghrWpyzx8rVOa2IKgd9pXI8rftLL lA+hqYhrY0znnk5rlY3xxhsj04mn31zbuGuovaHLt0bR/OS1G5B6ZjILtyDxV6g9c+KU53lc1mtj kxWhRC2WXCNbwlhlYOO4u8gDT+r6SjeRk9uQTpxq7qxc//ZmVm+kSYunPGoWWjEB0DBuXhEVmZ+c JH4d3eUYtecHLCZe05c7eFbjWnMJLWEAwqxOk+FiyCua+j4PX0uc8MK04b3//eL/8e/yVDipen/1 XTcUO/ZdHuri2Wef/fPPfbaMSQghnnvuOWPMoRcP3nfffaW3Rmvd6/UopQ899NCotqefftpae/PN Nzvn1u9HSijgcRSD0Pf2bGx+9/hcRicZlyfT4f2zXZ2P3bzF27xhEwMyoGdxZAUPnFbfaQ9XlY2A JmNv2d5EDmNMbix1GIsCM9DKD59N6JNDMzbjczml8oS0th4z+POnj7/YFxF0JW3vG4tu3buD1ZqE oCC0F471U51aRxgNK5G1fWuNUfnkTNXq3mqqVH3Dk8Pe15azd13eEm7LpE7rzebRjH35hcUn44ES vF6Y7TL6R9c2nGCSiN5w+ODRU23ZmBG8vyzef1mUJt080aKg0qO+78Mg50qkcU2ApHAGiUYnLxLH LQ/CIOo2xpZqoYatEyv02mmFRSdVpV6QtNAmDJnJM51njIEUWadpVS/1jIH2I+p7Fa1ZxTbCPz2m v2e8th86pSNJWs1aoocJHTaDViHRszwNAgIWQATVqsq7RaZT4eoiCJotsciBXr1/KPnun4WbJius Yf2pgvkEQLpol5918QvM2mTQJxPTrOknJNc2bwzbtr2CVVJhPhiLBx119MloT2XrzDhlCNJ59+SX zbFHvGweuQnHrxCbdypWs0gkUVSnfHiGxKuwmnNaG5scGANKQImzxkeGznyQrQWqC5VJyeEHbkAy TUD8cHKL6T7vDVbM8JQ6faC5t2kb1SLNxlgaqrXhF/992jldqGQJFbPz1qmrb9/oT9j+MiomyFdD vQbqIt8Lq600y7XKUr/KNfXDwMCwStUfb+answqh1ZXnsLA9GpvaGtYHutjVCjGc63zza/b0AUui FHW5dd/EtW9uiECZ7+85d5Eg9K/YV/mpd3U/9TlWwBa9la98sfHue3bs3H3w2KG5ubnLLrusVD59 3y9Xzfu+X7pGH3/88TzPr7vuOs4559xa+/TTT8/Ozo6Pj992220vc42ejVNaY5Xn1O5xcd2E90Af /aKwwFNGPzS7sH2Rba6Kmk991Bc6yQvt/gmCNOBw8XbV2Vxt3ry1TocdTXimrW/tnonGtxaWTvbS Y5j4T985UeyfuXH3BPHw1JJ76FTvK8cGh5p7qr35qyi7fMskFbzQEJ6/NFAHevbIMOHEXhkVYcTT bkEYGLXQybU7J79xoPPcWmeB8eLkWhGOv2lyZqqSfW+p+Pqx7IEVehJNmnev9bF5z3QSqpwQnWpK 5Yql3xtqj4qne93rq2K6tX3jBgxjHDmDE0vJkjHcuXFZsMLoOOGBlxAs9DqnCl9lpB/brwret3w7 I2+fFjILTvWKI4bMDuIiSYwqWk2otoGzFAhtcbC3ENCKzsXnDpxx2cRVWyeX+njqsaX/sJjMKaK8 QA7jxC+qEe2nHctyxaMzMWZX+qdz6WwRUOfXoFcyyUNCJcIxMbNj5YUHGstzAYwdHO8tnW7tuJZt uDKQdRRDdeZpfehbE0vHAN0VLNwzRephl7hKFKJ70pyarXVOo+jDKD86vbJyqnriiWjXHsD2nns6 n3u61T+KvN82nr9nQ7jlirmEBZxXuUH/OJYOFasniJODalbhst3vakoFj3xOQmdx+qBZOISFwx2/ bpyFMVlhiQyVJ/n0ZWde+PaW/vM27y/2Vybi5andbwLhWFxMn/2u+PZ/rNDUFSocu7a67w7GwuGg N1GpoDOL9pxanvMs0tqVoVfp93LPg/IZJyygLE9N6Fe9zdv6T/Ook7n2s6e+Eo8PzdTVt0852GeP DJ97YO3Zh3elB9eKkE5fP7ZzB/N4XujMIKyK0g15sUuZlNv7ux9/9ksPD3qLBGbp//rE5N+7501v veXFowettXfeeacQwhjz9a9//fHHH7/ssst+4id+olxY+NWvfhXAT//0T2/fvt0Y0+12v/CFL3DO 77333jI8uB6B5YI86nGotE74O67Y8OCja8eG3VUubGOsa+yTa4Oja3ldkjTONeEFrzgB2e9u0IO7 t069+6qZpl7qxjnjgXW2Zos3bAieOBOsnOjNjm1ebS8efW6+eTj3pUiIfzonaXUKg2HDkRu3bXnz lkYYZ/00C8bGTywPE+4RllWJmgxl1UdapJ5jBM51B2/dPvX4kp6fbSfjU4cS/YffPfKAz5Rv13Lv TFHtUB8mHs8H129o3H05iVc6eZYVupip169oNeaW8rbDGc7/0bcPV6v1iPg6dWuCHYREPaoY9o7L LwucGSojApaawsCqLDUsShJ850T/+VOnbhvzr69eNs3YYn+4UqjcUk8VDY8LgjRJAuIIwbWbZsYT dPvmtBW92Bw+tBLN5u10mIIIOWE1QDhzllPUKmAxC0jEq62lVZjCaKep0U0/oBIqSxkNlHYZrfIt V+lN16z1V6ZMj6mhPPWtvHc4eeZLGfOEJDRZ4YMln2KRzMhtV7f2viUmlW7CmmMNLB2wLsu9zHAW tTayTbuqs/P5U1/1nr+fmpznSWAVtW7IxtjWa8L9d6CxadjnPqGRZ7BwWpg+5UQh8ptTNKqo1TZE CEqcyuCSfPkkUTGEY62ZYGoTGFdZSmVlaGVty9X+7reYwYEqSd3S48VDi/3v/YWB13JZduKFpjcA pcNKvbp7X+WKy3vCLuXD+vgYW1pE0acEkNKrTfqVicXlAY0cIXkkIgGkhuQi8ndeJXdc32urKfVs c2Ul/fqpzrf/1Pd9r+iFK0d2weQMqh6OXbVf7L1qVWM1t5WKdAH5oUAIJsT01J5P/Jsnf/pnGezS V/9q7zNP/djNb/ziZ//8scceO3To0L4rryz9MZxzZ2xpEP7n//yfu93uVVddtX37dgBxHP/u7/5u lmXXX3/9Lbfccv4mfAwwxgnmCatE2t/brP/P1489d5p9d7F7aLC0SqQIowqTNsm8CebnNjCISLGl 7t80s+uWqXCHcd3VXmqF51UErDRqe+TfuasZSvqddlqMNQxInhaOyMgjm3U/5NgmutfN1N++JdpQ dAcLp4RfpQHmBv1JXvECNy3YZTUeAKkFEzyQInKhV+DebRPcZo/2Vtu+z4OZFU2WnKk0apMWk2lv a4C3b9x1W4u1FlazTkzhcpttqNd/ZsfUBO19tzeY071asLuXq1VrIsaqUuyzeocX7a80r54kaX/e aics18Tu2zR++JTsONuq1BPHmFL1etSoEB+R00mT5Dt8McHZNRNVSUGd5b5n8vyGTeP3rOg5nixR 2S6yti204BVZ31ytX6blM6udDsu8Khn3ISlEIb00MA79QW9HwAPrJGdvmKoSCwZGiCVgqfGaG64a u/Ve1RovTj8fn5lrhQJQwqomyQDYQNjKNhIEfOqW8St/DNvfrAZQqbQu0CsnvMlm3ldJuJFccWu4 +4ZB47H4yPdcfHLM45EfGsW7fIxsub55ze1u05Un22mWJtTzpGRFnNDGDKuwVFWiLXs0BGOMSd/z fE4twAwVrrkRPu1Xtk9NbAfxmEuIdb1ENad3Tt58Vy9bIquHqsOThOooOzNQnqO8OTWzKrckwXh9 31tre2/u5Xape1xUqsOwxpPCVcYV2UD5hJy+HKLqXJ9y4iGNkEH7vicy4rzmrqkbfypjG+PjgaCM qyIf9EGs4cGwuqtSqay2JoItV4ur/s6KnD6+qithZTyMeDokUeviQWgAQFXvuXfXv5p7/kP/oobB gV/51Wu/8tV3/uRdn/rUpz7xiU/8zu/8TrkoqdwOjBBy9OjRL33pS4SQX/iFX3DOLS8vf+xjH5ud nd29e/c//sf/eORELQu/tD0HQAUMqOCyGNp0+ObJys5GY9cY+95i73BSpJTCFE4UqDLjBpOE758Y v2qmvqeJIE1WzhwXMgw8T3q0wj1qDB+mb2gFG6qtjSdWnlluLypKGw3rstz2d1XV5bXKj28Z21IP o7yTrpwhnqV1ngCiSm9or+QMk9LfKykGOUApl56UtvBUN33jVDBe37J3buXZteLUIMlAZ0LG8/mq zS9r+ddsnLhuJmoqt3L09JgXZJEoqA2L9NZWsFPUdy+Z7/XiU512LaIFdb4qWsxNj5FbN4S3zJC8 P8zyQeg3AObDvHnzRJxlc53VNOmS0Kv5fE/ETGZ7WlVU/uaK6al0RuLqOlGxcs4VQNFZnp7Y8IHr +Fef6D7b7mWeTwmpqnxnpXb99kaV4GHSP5olsYo3krxYy0PrJAuZRIPlb66Y0+laJOQ1MnCJCoNq 6kgYedTxBFVvy5tEdcotHMbckROHj0le1PzCd1mRFCkJ7NhmNj5dv/bNuratV1TyeK0WTfhS9s48 R4u4Pmi72uX+lhuw4+bQm6GTk9nco4uD+SDlRWVabLvO33ljMr69W5BCpdMVX3JPUdN3NTJ17QCJ tlEwtSc21mpNDOC4cwqGFY3N8YZrEn0ZG79cT+zWuQs44dTmWg+cV21tqd31q+0Xv7M695hdPsoB FjY7VhIeio07x7ZdE+14QwzZWT7DdVb1vYCzNmps5g0JNvho0IkreklBCHGchATOFcTEMowG2g2I V916g882ZON++9QR3l+sV8eZsz1N82ZLzGyZvvodpLWxx5trfRPCzchamGaCQZe8ftH7jgIpM4Fj mP347x3+wC8zi+v+n/vG737XR/7VR55/8cVrrrv2gx/84Fe+8pVPfvKTP/Wue37strf+1m/9VqfT ueeee9797nd/85vf/PSnP50kya5du375l3+5Wq2WpmDpknmZWVgerkCgTBqnA6QIZMR4NGRYMFgY qCRWwjIi8or0pmteS0J1k3RtmTtTCf008LmwUrCA+8TI3GonrZW2SipHCn28n+mBNSC8wrfUg40G w6LtVJbFfadVo9k0wvdqrbjQgSeHANFoFqC2WIoXJBENEobVRjtZsVxLrw4WrsaYHZhEOKLTCmcT gbetxlxmV+dPO6uZoBWA1yMjhM1N6Dwqwy5xfcFWV/JY0qRIg1RvbtYm6jyIU3+tf5r0HM1DbOAs EBOF8RtLA6wUZiHNPeHVXL49cJOCscDvKhiKlCJSqFIU+XAwXDNwwmAqaCQeUdwvhLeWWJXrCV+O M8gcvIr5oc0iShgCoAkk7dW4H09u2zwwThOWEzCCQCHrduxgkPtuPGoJy5RzTsLjJtAJ+j3YfBC3 B/Ey10XIQhmOuYkNtDnuVlYWc7am/GnS4a1dExGG/+Yd+tSzDd1JN9wUvPNfJJuuN05XyQDDRdfv FTb0mpOY2BznZLkTq8J4HK1qNdNETPkNq2EMqEa/gGVnBGwnpn5DVppVj/o8RdaFSuBFyEwmGp1+ RrKeH4YJi6RkoR1oFoUU3CRu+ZjtzDPBrFcnlQnwKqm1lnvZai8OIz8MJGMkiiJfOAy78DJ0LcKp tqP5ymoS6emwwT0fhHAvGMZD4kxAKVWW1ni2uuhW50U61FqTqM7HNuY8DKjfLoq1XBGICmUN39Mm qY7XDASl9GL3HXWANQVlkihrxfCLXzr8D98zcOyaAwcppf/yN//XtU776quvvuKKKz796U9fc801 J06c6HQ6V1xxxVvf+tYvfelLZ86c0VrffPPN73vf+4IgWL+1zHoE6kJxJkCQ5ZpJa6laVQiVdYM0 N9oEnhLCGupTKZLcMtPPurlKPM/j1DOaMCobjHg8Dz0QXoWoGYc47sGtZas0nawNrK4bjwm5onNW 2EZfG2G0NdLzGIUnBdNFI/Sh9VAvJdZzKvIsHxR9VWW+H46TiqqYjKaaWBoL3ubMUBu5PusZEwTC S7t9V2Q+J4Rq55sCmns1ybzAC50lzjmnXZFpQtiaSLXvMUeCoWLGZlCFSkILSYxXD2gxJYnvwmWd O6IahSwWBAsMieJBYNJOkuqgSZRqkTSjMjBOwwypYWFIJW8KWc1sl2dKOecEWJgbaoyyOkvi7kxg Yy0MrRLqPFrkdkA8oRmPXMAkl1mmlGJMmMwMHK0FtazmmkSGToLQPrGxKYjKWZ5N6NT5ouBMUEmd LIZZOy+UJ2pZvGxYVmttDVZ6trqJFOT33o75w6mHlU23bnrPR097O4eJbjEeyYqyMq8U1uS2SJJB JxIy8oMiKzzh+/WxJZZFkG6o2nlRJYzncVum0yzUokL8mqBO6AGhejlThaz5SZIYqpL+5sh5nqeC MSs400OepR0lEsNrAk3Xt+laAp6JqrJCDzsUBas0U1HXlDU9V2NZnPjE0eWAsbWkJYK1tD3p8bwl fNsQEWcUHJYWOaUsSXIN0stXQ8poloVMUJBEm4LyQVb4mnZVTKteLaq4tKjUqoXk1I8a5oeQhNo4 TokiWjgOg4Rbf/nM8V/7g7UDL77hoU/Mr2Uf+83fnUtXQ0cIYSbT1GPrN4qemZm599573/SmN73e 92ZZViYA6JfIGHPOZsGU0tFGpmEYrt/2175Eo3qMMeXmuS/tncMopZzzsobRVrnli8rC5f5xZRnP 88rvKpuklFJKlTVfsD3lTsdlzaOnjDFJkpR6exndGe3SK6VkjAkhylUpZYK7MaZMgh+1fLQB8Wg9 dFlD2cgyPFu2v3zd+nUtpR0uhBgOh7VaLc9zIUS55936FTCl3lSukik3Byo9bWWFaZqOypfDUfZb WKyw1uZVG1IeTpJhZfnp7lf/OFo9SN3a6sxbpn72I4c60lobIBfMKQjB6ehdZSeX7yo3DWOMKaWS JOGclxn/nueVZUb9Uzap3Oh9VMOo/8veGzHP+g4vy49G9pzyo2Llr+UavbJwaUklScLidvLHHwBg brhbXfm2C/DVgQfoY58D4P8Pv8tbM6XH5IfZ6IkAlpW53YAEVZPT2//dr21aWxs8Orvh1ht/9V// qz/6t3/wxOwLYpiQalWlaflh+/btu/XWW9/4xjd+f3PR1/deRtZRyV7nzCMl05dcWJYfYamEIiFE CFGK3DJ6OcqeGz1Vjv2ImdYnG4xGa9SY9TvSl5GY728O8PL2lNWezWFYt8xSSnlBUAkhRo+fs232 BcuPPrC8HgF+tLp6tAPl2clU61ar1W63AbRaLedcFEUlAi8IwtGHjP48p/3nla9RISOIyCMVq9E/ 7SeLIl1OwmpUn4SQsNpaEO6CIPB5YI1a3/7RJKKUqlQqg8HAWttsNrMsK4Neo0Fc3z+j00FGPTCa T9fzz4h5yi49v3w5RuVFySTrfzrrdHSOMVYUhRAClH2fS6Vcz1dn+ZAxt26K/P5eShe5Abu1BbSk XFMYCmnBDdeiTqaj2tSuTGOsWfvQv/y1rz50/6ljc8zRxvjYtm3b9uzZU64bHHH26z3SaDSvl/21 fgf49Uy/vpvWb65xzrGkpXxYXwN9Oa3fJWB06sOI/0ZMv/7mOaL1nPasZ4KyzGif1fXfcs7W/esl efn5JfefU379YRvn11AK3hFORm3WWodhKKUEUBRFEARKqRJU579i/VePXlROTCPcrt9DXRBpuB9Q WhMa+dAuHFG9edlfPE1a09EYjCHEBZ6UDNzzCefkpTzKcxrv+7611vO80VB6npdlmZTylfpnfQ+M 2iyEKPuhZJ71GsH5HT7KtSwD2m75uD3yPfX4XwDIAQBy701u457KG+8sp8vcnlV/OOfkJRVpdAeA 5UydZWP+IwAhBZVUEqW5UfA9S8Es4Za4BEOufF/kFp2lpb2bt+/ZcTkzJLOFEGJ+fj4Mw3q9Hobh +WchvJYDYUaT0zkHoZxzFvQrHc8yulMORtm/6x8/53SXc7blX8+O6zcXH+3TsR4eP7A954joC4Jq PY0eKdd/nf+W0a/r75z1MzN2Tr+V9znn3W63XM5ScnZZ+fpJZ30PnPMJ67W4C5bnQioHWGuKlKXJ Uj+1vFbIcT25l45tzjNDCQl8IQihjIEQ3/Mu2AMA0jSNomi0LhxAyUXry4zwNpp8L/i/XZrL/sOv Aoj+pz8ifvSyKenQd+PP/wHxo8YH/mQk+pxz+aNfKB76zDncWLz4CJl7tth7k6w2SriORIV4OQjL SSGnI2PhZd148acpGjguKCilRhnKNMHq2oogdLIxrrN8cWmRK82ETJ0jnPrULxNo0jQ1xqysrExN TZVS8XUfYbMOABc8Hux87J1/XPs54uicKeCChyu90gSxfrf/kWC8IPIv2KQRGC4IqnMmpvPbfP53 vUq/XdAFUCJwdPpAefFaTphar8isP2ryvHkTnFJnJaqTlT03Bxu28WQtaO0IN+5uFxqGMLizsOFi vRp/zkKcEoFl88ol4+s3a3+VTjt/lh9N/Zxzwvn6b7EvPyGnLF9894v5Q58pRZ934zvZ9A5jDKW0 +O4XbTqU1Ua5Et3zvOwljJ1z1lj5xlc6fufi44QERIM4ZhiozbJOp8MJaU22OjrWnb7PGQ+jIAoX e906DzKTp2nq+/7k5OTa2hqldHV1VUo5NjY2WmOxvsdfi456wTKvBL/1ULlg+Vc/uPsHtud8PLzS g690vuf5QvuCLVnP+hdxAtQ5h7GOIkOc8ziOoyiSUp6zHclr+dhXsiysdWfPZKACqFb3vAUmhyp8 XeREDnsJJcwaxaRHOSMvPxTo5Tu+m9IFwjkfDAbVarVUEc9h6+LFR9IHP13/H//tOY8P//xjYvt+ ec0dF5yYfoAP8vhz6YOfAuDfdHdw23vKj+WcF0Xh33R3kiRnFxsoxV4DX/0oQcgojNKccYD1h/3h sG+MaU1OESpct51yCC8cq7YGwzgAYR5p+a3hcJjneZZl09PTaZr2+33nXBzHnueVuv5r5/hX5+lX YfTzMfZKU+ZrmQvWn+V2EY28IPAuyM3nv+iCbXulm6+EwLNnoKWp7/sASrNwZWVlYmLiHEH9Wjrt gvfZ2RPLnba2n+UUIk2N0QxEaK0t5ZXQd3BMcEopJy9DVPzZ3y9efOSCL+qsg8TLMN9dtt2l4sVH 5N6bXg6kA6w59epqwivdzx/9HAA2vWP0urOb4ko5UonLjEv7cnS/HuPu4sgqI7imyLJ8GKdMyGZ9 XEq/iDPieOjETKXlLIjghIETSCmr1apzLs9zY4zv+9PT00KIJEmKoviBU+/FIfCV7KtXB8ZrPxjw NU6o52uPr/040Vf5wHN+ei2fc47ZVrakRODIzhwfHz9Hzz/f/D6fzi/80g/OOUccBKHVIIyCcHy8 pYlIEGgi/CCqVCqUOMYYoeyHP+hPH3+2hNzLThB76n6XxWZx9mIGOovV3AEA3rV3/PWdT3ixNiEV EojjuCgKwSljLKwEzpoki4kgtUq9PMqaKyeYdEyWZkOz2RwOh3Ec12o1AOWfZUinWq1ehL/01TXS V5neXv0VP7ABr0UTvjjN5Jwy9EImysW9/UdLPxDzr/LeWkiklMOhEkJYx6r5IP29f5adI0Knd9Te 96+je37prLh+8FPZI58PbnuPf9Pdr2YldZZLpTS88x+uF4MA9MLFgFDNPYuXHKGv/an0wU+VGuxf MwiBUViWcy6EKJ3do0BnOUilwT2ylaWUvu+PfMSU0pG1XSpFP/Ck3kv0103n+5zPDwK9CtjWOyRe 6ZHSt9lqtc4ip88AeDe+03/rz5/DYOcL/1dRmkpdtBRf2ZNfl9fcvh5ILotNZ5E2ps7VTV6hnWdt 5u4SANqYKp2o/3VJwlKxHAUiS9e21noUOCqvS6CWeR4jKVcmfJRALcPiozjvOc6xS/Q3SXOx2f/l lQN3TmyPzo7C/i+vfPz6+m2T8mOH4geX8i/e2nqVB4fvnn4NguVA+uCnSs2QTe+o/NQv0caUeynB 4FUOM18foXlFMdhbASC271dzB8yJ5+h1bx/pomx6h1mc1cef866dPkc3+UEaxMUIg1eS2Nkjn7+g hLxIm7CE2SjJYASkMktofey4lI0jD/4oA2sUKeacl46ZUbT6khj8r40+sDsqEfhPn+z/0yf75c31 16/Jo744O/zMb7PmVPNX/58yCldqjz8qKrHNt13FpneouWddFo900RIS5Z3/CuniJeEoa2k9xkYZ DGUBrXVp8Y/yfUZKxSj/cJShV2oalxB4EfRUR/3io9252AzfPV25b7G8uT1if3pjY3vE7vpW56mO AvDh/dUP7I4q9y1e2xRPddT2iH3h1tb2iN31cPvB5eKVKn9wubjr4fb7doT3bPI/MZsA+MRs8sVb W6PrA3dOjAr/0yf75f3bJuU5kjN98FNi+/7SzCN+VHvfv/7RdsJIwEogffBTxYuPeNfeoeaepY0p ufem5Mt/pI8/i1c1KS8gD/2oVEpdFv/1aaT84hBYqo6j/BW8lP5yTrR0va9/hK71CZ+j4Oko2vsq wdZL9EoIvOWBtdPvnGzIs3rNJ29s3LPJv+vh9scOxU1JG4IM3z1dFrtnkw/gnk3+F29pXvmV1c+e zgB0lTv9zsmnuvquh9vn13/bpHzfjnD9xcevqwEYXc/FZ9O1PjGbPLiUH7hzoinILQ+sfWI2KcuM 3IznBxXWq2rZI58vr6N7ful1OULOOmAWZgGw5iRrTqYPfkodfKR8r3/TuwAQv3IRvhk+s2NkWF5E k/66QDjC1Sh5d70bZn1GHF6emYWXQsOj1O2R8lneLM3Cc2q4RD+Qrm2KD++v3vLA2jVN8ckbGwBK NN6zyf/9Q/G2iD24XIzE4/HYlI80JL22wQE8uJTfs8lvSLot+mEN8q5ypX04+vP7bJMNSzFV/jn8 zG+ruQO0MTUKrF8w7vc62DKLbXeJ+FHpeiktw5ccmzeWcCpefMR2l8oCL/lylkZNGnl3znHS0saU 7S4VT9//1wfCi7QJ1+cir0+MPMefNvr1nDyP9b+OxOMlOP0wNtuBOyceXC5KyVbSn8yl1zTF9gq/ Z5M/fPd0+e+2SXnOs9sr/LOns25hu8UFHI9zQ33Onc66Yuuv52LTEGR7xE6/c7J81wd2R+v0usrI 2Qig8nO//qONvJVSbiS4xJ6bSj+Q2L6/RB1tTH5fWk7vKHXL85MByjujekb2pJo7MBLU5wjw/zIg HKUCl6Kv1C1HEuycrI5zguMlPvlLCXvrPc4j2/ISqF6vOlq5b3H/l1e+eEuz1Dbverhdir4P76/+ 0u7oeGwq9y1W7lv8jQOD8x//pd0RgE1fWL7lgbVzfnrvjvCfPtkfaZul8rk9YpX7Fj97OhtdP91R t03Kdz7cft+O8Jqm2PSF5cp9i+fURvyITe8oVcS/DhoZhOWf3rV3lDAr0bhuFjgr6MT2q0oIJV/+ o5FUHH7mt0fenVHN3rV3iO37S5s2/uzvj4L+au7A8DO//XpDgj8adfSVsorx8jTCc4B3TsxntHjn /MV4lwzCi1BHzwkPfPHW1nqJ963bx9b/Oio8cpycU2C9gC2lWWkElvTh/dUP76+ec12CvzRHX6md /k13x5/9/eTLf1RG0i8uev5KNAroje6I7VetN+RKfI58M+Gd/9B0lszibP7U/flT96+vSu696ZwA Q3TPB+LPfkzNHShefOR84XmOQvs35JhZL69eKe343IauCwCOlNX1627wQyQlX6K/FST33uSyOHvk 853/7WdK3l3P6+sdM3gpY+a1V15agOvVSLHnxpF7s3TYYF1QpHTPpg9+qnjx0ZGSLLbvF3tuOl9P Jn5U+blfL158RB18dARC2pjyrr1jJHJ/GLoY9e+VFt1cMNp+fibaehCeU+wSCC/Rf4P0/w0AzZxe 7HuICEcAAAAASUVORK5CYII= ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/includes/megaoffersmall.gif R0lGODlhLAA+APcAAAAAAP////e+XfW7V8S6u7Gvsejl6c7L0Nzb3+3t78XFx6eorrO5z6qvwJ2g quLl7fLz9tTV15Sfs56ms9Xc58PM2bS3ub3Awebo4/P08f7bbP/ccv/fd/7VY/7YZ/XRa+LDZ/TR c/fLWPnOYPDGX/XLZv3Va//WcPXNbPvUcvrUd/7afenJdP7dif7glv3mrf7ruv7vybGplvbATfTD VfrHWPbEWfrKXPnHXPPCWv/NYf7QZPTGYPjKZPrOZ/7PavjKaPnNa/nNbv3RcfvQcf7Ud/nSetKz avzho8y1hP7y1vS3Qe+1RfC6SvG5TvnCUvW+UvK/VvbBWvnEXPO/Wv/KYvLCXfnGYfrJZv7MafrJ av3ObfnKbfDFa/rNcfzRdv3TgOK/ebaaY9a6f7Wkg/Xkw+upLd6fMvexOO+vOPe5SPG2SfW3TPW6 UPK7Uva9VvS6Vve/WPW/WPW8WPS7V/a9WfK6V/rBW/a9Wve+W/bBXfW/XP7GYfjDXva/XvbAXvXA XffBYPTAX/7JZPzEY/jCYfjBYvfBYv3IZfrEZPnDZPjDY/nEZfO+YvvHZ/nFZ/vHaPnGaPjGZ/fF afrHa/jFavnGa/zJbvnIb+u8ad+1Zv3OdfbIdO7BcP3PesejYbCRWZyHYpOAXrmkfaeVdL+tjNjE od7Kp+XRrvLfvPCiJt+YJfu0QvGvQvSySPe2TfKyTPS0TvO0TfS3T/m5UfS1Ufi6VPW3U/S1UvG2 UfW5VPS4VOKqT/a7V/W7WPS5V++2Vvi8XPW7WvW8Wve+XPW6Xfi+X8iYTfzCYvrBY9alVeOxW/vE Zv3FafjAaP3Ha/rEav7GbfvEbq+KTZ+EVolyTpN9WI14VaGMaaeSb6+ad8m0ktK9mvLbt+zXtOWO CtCDEOeVGueaLPOmNfWrPeOhO72FM+qnQfSuRfOvS/SxTve0UPi2Ufi1VPa1U/W2Vfe4V/O1Wvi8 YaiBSPjAbvvDcvzGeZd4SbyvnKmln7F9NfWxUfeyVPi0Wfr6+v///yH5BAEAAP8ALAAAAAAsAD4A AAj/AP8JHEiwoMGDCBMqXMiwocOHEBO2aOFiIhIYESGaAAOmyAkNGjx4GMEBhpKMDYtw/KjhxwcU XT60gBEDpUIbKjx6SDGmVD58+Mgc2TDzpE2DXEx40BBm2wIGFShQiLCATBIOSGLUPCqwhKciHVjg s1AhAgIDCCBAUIBvzMaLGI8CuXSCRZIJDSwoUHDggAIKCA7IIPEWyYsXNrH4ODFGhoO8EcwGrvCg wgS3nsC4OIwk4xQtP7zgc+CgQAR/Afz5S6AAwQMGSTSYOOHJheGMJDb9wOTYgYUMAYKnjnAgAgMZ GjaYELLJyEWINK7o5rRAwgICEIQHx2DhAgN8ITwZ/zGiYogQii0a2kLW7FIWSzKsEzCgPQCCAhYa yAihEoynFFsMsUJ6DNlyCSaUDFJFY/LRp5oBCkwwgQRJeHBCEZ78l8IXX4DR0B2YIIiIDiCQIcEE BRxgQAIGHFDAhA6EYeEXGZL3BXkMqSFJJZNUYkkVO4SRj4QFFFlkdRJsM9sXRBDhiRj4iMECC1Us 9MYkkWQ5yYhYjJHPiRM4IOEE+ZDBggdebOKFF0RwUwopomCziUJL/MHII49IEsmWVWARBhkLBOpA Ptuw0IUJQ6y5ZidkoBKKKPiooFAbhSyiiCJ5SuIIIgrSE8annwrRwQ5brCnEmqmIUcaqoqhwQ0JQ 9P+xiKWYSqLpIIPwwQwQklyBxQ87ZBEEF1wIIUQXpWBDyimmiKHCCAm5EUgghVSqyJ14YoHIiFUM gsgzWmhxySXEHkGKKWWQoc0RNF6SUBuH/DFttbTiKckjk0wCDSWUaEHJM+NyYc01pmBTBilHeOGJ Dwm90sgef8hLrbV32pqvj/xm8gwl1HhThjWoHIFCED4QsUVCS1ARhR4R6zEvxXg+smcllZBiDceo iHJNGSKTbI89IiC0BA00/CGIIBG/bCm2MudbyjaaqJrKzppwEUQQP7+KEBTyyNOIHwL44UfS9F6L 5yfUWJPuNdh4TAYmXACBAif2ZJGQLMbgkYcAfIf/PbbSihwiSs7clIFNJjpfQkkkigVh7BMIpRHF G28Q0zffYktc7SdldFNGKKuyyi8lmAjhQwlCYBH5LMPMUQcell8+dtKgnEINGWVss+w2n2DMBYIl zHUHQrH44ovrecTed+aBLOONNaCkUgYo1IAiSY+WjA6EFvU0g1ArcBh/PB6wX+43INbo3jkqTEeC ryXPgIvJFQiR08YA+B/vevmyH62HKNE7hNnwtKdHQEISkHAEQsbBBjjgL3/Hq0PyzCc2bGxjG2XD 1iTw1QVpRANyB2nFLOjwQAjOAQ/KoMbe+gaKbCxDaYmIISNK0AV6SAOEBmmFLODgwBIabw7UMAUo /y43DGUgTV7VIgQhErEIHnSiHvXAQf3Q8Q5d9LCEyxDFNkzhjVKAQhTL+xu1kJGMQ+CAB9KoBx8W KEJa3GIXPHwgMK6RilKUwhQEO4bs/HBEZzgDBzhwBj2YMQOEmIEJr6hFLnYBxx72ohSpIEUqJgkK 5YUNEFawgh/vYANBSoMGCWnFOviBC1zc4o1xnMYpIkmNa7xBgpYEBMT8gAc9+NEZNgjlKEt5SlQC 402TNAUvxjfBy7HsD3pQxKxsoAZDMkEWsYhFLUypjFtQYxTZqMY2TtGLAejvdZb0QyD+MIUp9IEH UUCIKnQoi3bG4hreUMYxusE2bCjDhxEsZt+MYf8MeVjhDQkhRzvbGYp5aCMV2sjGJO8RR3yekH98 42cOopCGBcLiotPoRjem4Y1ulGKjuUDlFfM3B+QRgxjJ+0MjqMAKdaZDHbDghTe2gYpphEKj0+il SEvozfGhVA+HWGlLD6IKdKQDFsrARjdMcYyMooIXvDwlHH/B0x9a7g+G+EMb0GDINExDG93QBliz cY9uKCOa0jSlLpzghoY+MHzkI0YclqCQcYzCFPPoRjWyoVFvrGGgsqhFLNjQBCfEw61wsMMc8BeM X9A1IarYxka7cQ90oAIb04AFYGOhDnc0oQnxeIca2qALXdjCFnUYxjDkgY6FqMIa3UjCPVrRim7a YOOoF9WsE/bBjzUwIRf9YEMbZnELeNjBDrNYAxpUsZBw3IMblD1GXq0BC9zqVha9ZUIt+jGL7t7i HbvARSvSwFWGhCOvGrXtNFyRjvZedA2w6Ic7mMCEWbDBCbVwBTrI0dqHfOMb88gGN0KBDtoa1bqw cIUrWqFfcjj4H65AyTfCUY5xnOMcBk6HKy6ajv06eBzk4Mo/lLGKb6ziDOUoB4bPUeBWgHgc42iF iAfyCXP898QpvvA5YAziEM+4IPoAx3/DQeRwiEMcP1bIPMwBjnAk+clQjnJBAgIAOw== ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/images/header_account.gif R0lGODlhaQAZAKIAAACFwP9mAP/7+P/s4P/59f/28P/////x5yH5BAQUAP8ALAAAAABpABkAAAP1 aLrc/jDKSau9OOvNu/8gKIxjaJ7dWKwEgb6wpAb0KsR4ThR0X7S54GnUKxZuwqRHwCvWkMpohul8 QgCABhaDzUoV2wrhMHAODkBHd7G+tL/hCfNQDRyOj3c7HGds+11eBoFsel58hIOJETt1NWl+ioOS lH2FlJhZcZqHnWCelYIRVI5WWpKcn6pqqauXfqCIq7JyTaV4p6GFlpebopizscKujLaOP2rBu7+f gaCvr7TSz6PGdbiRWoKLsNHbmbrh0xSkt1BsrN152+y+7qLOys0TjceQXMxfITsr/f33bvLpEzGi hUESAxMqXMiwocOHECMmTAAAOw== ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/jpeg Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/images/header_cart.jpg /9j/4AAQSkZJRgABAQEASABIAAD/2wBDAAYEBAQFBAYFBQYJBgUGCQsIBgYICwwKCgsKCgwQDAwM DAwMEAwODxAPDgwTExQUExMcGxsbHCAgICAgICAgICD/2wBDAQcHBw0MDRgQEBgaFREVGiAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICD/wAARCAAZAEEDAREA AhEBAxEB/8QAHAABAAICAwEAAAAAAAAAAAAAAAQGBQcBAgMI/8QAKxAAAQMDBAIABQUBAAAAAAAA AgEDBAAFEQYSEyEUIgcVMTJBM0JRYXGx/8QAGgEBAAIDAQAAAAAAAAAAAAAAAAMFAgQGAf/EAC4R AAEEAAUCBQMEAwAAAAAAAAEAAgMRBBIhMUFRYQUTcYGhFJGxFSMyQqKy4f/aAAwDAQACEQMRAD8A +qCXAriiKoRNZXr55Dtlzs/g+bycbnkA7+kG5egH/PzVTH4hL5rY5I8me/7A7C+FcSeHQ+S6SOXP kqxlI3NclW9FzVsqdc0RKIlESiJREoiL9KItZaiKwStQ+ZKsNydfimoGrcdFZf2LgSLv3Trr+U+u U6rm8WIXzZnQykt6N0dX57fOi6fBmdkGRs0Qa4cu1bfTp36carOacmanvF1Oe6p260MkrbdudZw6 6m37yIsKPZJ9vXWP7XewkmImkLz+3GNMpGp7np7enc6GMiw0EYjFSSkWXh2g12HX39ew9/iFc58S Ba4kN4oy3i5xrY/Ja6ebZkbt5MkuUE8DhCwuP9wtdFgmAkk65Wk/bquX8Rlc1rQ01neG3zR6d1Ku j0HSdhuNzKXI8ZptCEZJuztrq+gKPKfKu8iFFHlQev25JawjBmeG0L+3/Pj7qSUtw8bnWa727X3N /NempVVm/EfUsGz6pKTDZC6afKDx8gbBMZqimDabkSERRTKoovLnKdJha3G4KNzmUTlffx7D8Kuf 4lK1klgZo8v+XYOP+y73WXr8da6bjSpkKF5jlx4I0VJD7HE2wJD5KK5H5iTPWEFEXv8AOE8jbD5T yATWXer343peyvxPnxglrbzaCyNudRfx1Wx6q1eJREoipd/0GzcrvJm+JHcR2P6G45IE1lD6huQC QeLaiZx3VNi/CmyyF+VptvJdebjY1lr3V3g/F3QxNZmcKdwG1l5qxea/ZWLTtqC12iNCFsGlbD3B tTIEMvY9quZLG5VxmrHCQCKMM2rpdXzvruq3GYgzSufZNnmrri602Ui52yBdID1vuDIyIcgdjzJ/ RU/6iovaKnaL2lbbHlhsaELSlibI0tcLBUJdKWI4EuA/HKVHnCgSvKdekuEI9gPK8ZuIgKqkCIXq qqqYWs/qH2CNCOmn4UX0keUtIsO3sk/J19OijFoLSxxrjHdiuPN3bh+Yq9Jkum74y5ay4bhGm3+l rP6uSwb/AI7aDlYfp8NOBF56vU61tyshdbDa7qUdyY0SvRCI4shpxxh5tTHae11km3EQhXCpnC1F HM5m3Pv+VNLh2SVm3G24P3GqyFRqZKIlESiJREoiURKIlESiJRF//9k= ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/jpeg Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/images/search_left.jpg /9j/4AAQSkZJRgABAQEASABIAAD/2wBDAAYEBAQFBAYFBQYJBgUGCQsIBgYICwwKCgsKCgwQDAwM DAwMEAwODxAPDgwTExQUExMcGxsbHCAgICAgICAgICD/2wBDAQcHBw0MDRgQEBgaFREVGiAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICD/wAARCAAmAAwDAREA AhEBAxEB/8QAFwABAQEBAAAAAAAAAAAAAAAABwYCBP/EACcQAAEDAgQFBQAAAAAAAAAAAAEAAgME BQYREjEHEyFBo0JxoaKx/8QAFwEBAQEBAAAAAAAAAAAAAAAABQADBv/EACIRAAECBQQDAAAAAAAA AAAAAAABAwIEBTKBM2Fx0REiUf/aAAwDAQACEQMRAD8AZ7pc6y51hALjGXaYIG7ZdunclNtNI2hz 7z0TkWx1R4Ouz2BxMUZPpc45/AIWSzsG5qlPcX4awpEw3QucMzHG5zffMD8Kp1fTJU9PLmCx1Ikb IrCNXHJcpA3fkk/ZqVnrMgtOvx0V2tFDQW8M7hz77OzPalcfJGl5+zIJTdReOhL1IgbA7gnWvmxV VNPahkPmiTNRsyBUzUXjobNSGHT/2Q== ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/jpeg Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/images/search_right.jpg /9j/4AAQSkZJRgABAQEASABIAAD/2wBDAAYEBAQFBAYFBQYJBgUGCQsIBgYICwwKCgsKCgwQDAwM DAwMEAwODxAPDgwTExQUExMcGxsbHCAgICAgICAgICD/2wBDAQcHBw0MDRgQEBgaFREVGiAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICD/wAARCAAmAAwDAREA AhEBAxEB/8QAFwABAQEBAAAAAAAAAAAAAAAABwYFCP/EACoQAAEDAwAHCQAAAAAAAAAAAAECAwUA BBEGEhUhQVJxEzFCYWKRoaKj/8QAFgEBAQEAAAAAAAAAAAAAAAAABgUE/8QAHhEAAQQCAwEAAAAA AAAAAAAAAAECA3EEESIxMjP/2gAMAwEAAhEDEQA/AGW/h5GMUlbowPC82d2eu4ircczZOg9LA+Ps 2YvSzs7QN3mXHUnAXxKeGfOssuHteJshz9N5dm1MIQ7F3SVDIDalDqkZHyKxwLp6Wb8hNxrRA6tX A4XUm4Ext2T3Blw/U1Ch9pYkn8OpQ+2gzV0NlpPu6kFIr5bV4+zZqFD7S0Ek/wA3UoLbZ9VIdBkX tLXCnRWZVy2NyfxVR+D2loJcj5upTmjajlIwuf/Z ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/images/sep.gif R0lGODlhAgAYAMQAACGHzZ/O7cfj9TuY1uj1/LXZ8jGS09br+Eaf2rzd86bS7////yiLz9Lp9zmW 1fD5/UGc2N3v+kyj3Lnb8sTh9SSJzs/n967V8KPQ7gAAAAAAAAAAAAAAAAAAAAAAAAAAACH5BAQU AP8ALAAAAAACABgAAAUioPSIyIMQJxSp6nAMjWM5glFTRpIbE1MwFyBDUVEAMIBACAA7 ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/png Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/images/title_top_left.png iVBORw0KGgoAAAANSUhEUgAAAA4AAAAcCAYAAABRVo5BAAAABHNCSVQICAgIfAhkiAAAAAlwSFlz AAALEgAACxIB0t1+/AAAACV0RVh0U29mdHdhcmUATWFjcm9tZWRpYSBGaXJld29ya3MgTVggMjAw NId2rM8AAAAWdEVYdENyZWF0aW9uIFRpbWUAMDkvMTEvMDgAQmRUAAAAkUlEQVR4nL2TMQ6DMBAE h+D/v5EKCUUpEoKFAN+mAKU2i8T2ox2f7xpJ4si4iu4T1CQBFMGQg34KnnOpB4ccdGNhXINHU8WR 3ovop+C7BpXMDr5mkTfRNmcwSPMmQqpW/INFnIbgGI4Ntga5g25j8lXtRveNbuOF4dyteuE7TFW/ 8XZV/6zuP2R3c4xCjGXb8wOZxTQqyaCBtQAAAABJRU5ErkJggg== ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/jpeg Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/images/1730/FC%20Barcelona%20O%20H%20S%20S%202.jpg /9j/4AAQSkZJRgABAQAAAQABAAD/2wBDAA0JCgsKCA0LCgsODg0PEyAVExISEyccHhcgLikxMC4p LSwzOko+MzZGNywtQFdBRkxOUlNSMj5aYVpQYEpRUk//2wBDAQ4ODhMREyYVFSZPNS01T09PT09P T09PT09PT09PT09PT09PT09PT09PT09PT09PT09PT09PT09PT09PT09PT0//wAARCAF6AVADASIA AhEBAxEB/8QAHwAAAQUBAQEBAQEAAAAAAAAAAAECAwQFBgcICQoL/8QAtRAAAgEDAwIEAwUFBAQA AAF9AQIDAAQRBRIhMUEGE1FhByJxFDKBkaEII0KxwRVS0fAkM2JyggkKFhcYGRolJicoKSo0NTY3 ODk6Q0RFRkdISUpTVFVWV1hZWmNkZWZnaGlqc3R1dnd4eXqDhIWGh4iJipKTlJWWl5iZmqKjpKWm p6ipqrKztLW2t7i5usLDxMXGx8jJytLT1NXW19jZ2uHi4+Tl5ufo6erx8vP09fb3+Pn6/8QAHwEA AwEBAQEBAQEBAQAAAAAAAAECAwQFBgcICQoL/8QAtREAAgECBAQDBAcFBAQAAQJ3AAECAxEEBSEx BhJBUQdhcRMiMoEIFEKRobHBCSMzUvAVYnLRChYkNOEl8RcYGRomJygpKjU2Nzg5OkNERUZHSElK U1RVVldYWVpjZGVmZ2hpanN0dXZ3eHl6goOEhYaHiImKkpOUlZaXmJmaoqOkpaanqKmqsrO0tba3 uLm6wsPExcbHyMnK0tPU1dbX2Nna4uPk5ebn6Onq8vP09fb3+Pn6/9oADAMBAAIRAxEAPwDGxRil opDExRilooATFGKWigBMUYpaKAExRilooATFGKWigBMUYpaKAExRiloxQAmKMU2SaOMfMwz6Cqr3 p/gGPrVqnJkuSLlNLoOrD86zmmkk/i4pu0epJrVUO7JczS82P++KTz4v74rOzj1p42sOeatUIk87 L4miP/LQVIoDjKMG+hrLKL6U1N8cgMTENnjFDoxGpM1cUYrSvdPdbWG7i5WVcsoHKkd/pWdXLJWd jRO6ExRilopDExRilooATFGKWigBMUYpaKAExRilooATFGKWigBMUYpaKAExRilooAXFGKdRQA3F GKdRQA3FGKdRQA3FGKdRQA3FGKdRQA3FGKdRQA3FGKdSE4GTQIApJAAyTWbqV55chgib7vDEetas 8ostPe6YfOflQe/r/n1rkixZizHJPJrS3JvuEVzljzuetKJM96rCnq+KPas0VJF2FHkYCNSx9AKt fY58DcAufU4/nVCKd1+7xV2KO7n5VJG4yNorpg7o55qzJGs1WMs0y7h0UdTz+VEduNgJJyR0zxUc 0NzAA08UkYY8FlIz+dNSSVvU0VL8uheH5faLm2J/s69yv4mprOweeYjcqonLP2Uepp0VrsUS3r+U hGQD95voP6nikub4yR+TCvlQA52g5LH1J7muanTlJ3/r+v6Z14jFQS5KaL13qpZo0gJEUKhEz39z +PNV0vomOLmPcGP316/pWcrBmwxwPbvU8YB59sEV2xjFx5UeY+aLuy+8HyebCwki/vL2+tQ4qGOZ 4XDxuVb271YFxHL99Njf3k6H8P8ACsKmHtrE0jU7jcUYp3BztIYD0orlaa3NRuKMU6igY3FGKdRQ A3FGKdRQA3FGKdRQA3FGKdRQA3FGKdRQAtFLijFACUUuKMUAJRS4oxQAlFLijFACUUuKMUAJRSnA GTVeS5ReF5NVGLlsJtImJABJOAKZC3my7v4V6f41SluGcHJqzYvmDtwefzP+Nb0YpVLCqxapc/cf 4ohf7BZsnKBCTj/ebNcvXbRTwzWxtLviMnKOBzGf8Pauc1bSZbKYlVyh5G3kEeoPcVnUi1Kz3/P+ uoUpq1jM/GlAzSU5RWR0onhjYmurj1TUorKBIo7cIiBRuUgnGOvrWPpthcSp5jARwjq78CtFpoIO LZPMkHHmOvA/3V/qfyrpjtZK7OOcveuTX9zdahawpqkkMcKHcm1CGPGOB1I9+B71R+1RQDbZw7T/ AM9JOW/AdB/P3qGZ2dy8jFnbqWOSagJFW4Riv3j+XT/ghCM6jtBDpJGdy7sWZupJyTUbPjk8n0pC 3p+dNRdzj0rGeIcvdgd1LBqHvVNSz5f7kO33zz9BUi429cHHWmSuNoX0phfArrpR5I2OCvP2k2xH kIbn/wCtSpIR3qItk0oqrmaRdimDfe6jv0NTJMjPsJw386zwcdKduypznIrlnWpydpI7o4Oqo3iz TZSp5pKrQXm0BZPmHv1q2jW8g+WXaf8Aa6Vi4x+yyXTnHdDaKe8bJyw47EdDTcVBIlFLijFACUUu KMUAJRS4oxQAlFLijFAC0U6igBtFOooAbRTqKAG0UMyoMscVUmvccJ+dIuNOUti0zBRliBVeW7RB 8oyaoyTMxySSahJJranTctXsTUtDTqTy3LydT+FQliabSgVvOSpxIo03VnYUnjFS20piYg/dPWoc UuPzrijNxlzI9idBThys0kf3wD0qZLnbGYZ08yE87c8qfUHsay4pmiYDqD1H+FW1dJBuU55r0vdq x95HgTi6cmkQ3eimSQSWciPGx+8Tjb/veh/nU1pa2dn8zD7TMO5BCD6dz+lEQ++/rwPwpjSogJY/ hWaw6veTKdaVrItTTSTEGRsgfdAGAPoOgqnLOq5A5NV5bl5OBwvoKix61FatyLlgdWFwyqe9MkMr M2SaQkmkFFcLbbuz1YwUVZC05CF5plJXRh4Xd2ceMqcseVdSQtnmmEk0lFdx5IU4Gm0orGvLlidW Ep889R+44pQxplGa889ol3DFSwLuO5uAPWqw5NTSPhfKXoPvY7mmhNX0Lf2+QYWI7UHHTk/WpEuN 7fMB9QKzVqzGK76LjVjys8fF0pUZ8y2ZfopsT5GD17VJXNUpuDsyIyUldDaKdRUFDaKdRQA2inUU ALijFLRQAmKMUtFACYqOaQRRlj+FS1Qv3y6qOwpN2NqNJ1JeRWmmaQ5JqE080w0ormdj0ZpU4N9h p60Yoor1IqysfPyk5O7FCil4oBorjxT1SPWyyHuuTCkpaSuU9R6D/lZdrD6UiMY2z+vrSE0016sF 7qPlqzvUZNJcYTYmfzqqSWPNOxRinLbUmKu7IQClpaK8ucryufQ0YcsEgoooAJOBUGj0Eoqy1heK Bm1lOeeFz/KkaxukiMhgfA64wSPqByK7qU6cI2ueJiHKpNtIr0Uqq7ttRGZvQDJpprdST6nPZi0U 3PNGa4q8ryserg4csbjs0ZpKKwO0eGK8jr2oBxSY5+nFJQInWrca/KKpw84q/FyOOvpWtGfJNMzx NP2lFokQYPerJGQDUaLnntVmJcqV9a9OrTVSB87CXLIhxRilIIOD1FFeWdgmKMUtFAxMUYpaKAFo pcUYoASilxRigBrcKTWXc8zGtSToBWfOmXJrJvU9jC0+WmvMqGmsOKeykUqYJ2mujDK8zLMJctIh pDUkkZU+1Mr0TwQFFLg/hSV5dWXNNs+jwlPkpJBRRQamCvJIutLlg2JSUUV6qVlY+Zbu7hQKSlrK vLlgdGFhz1EgoopK8w98WlQEuMAn2FN4rc0PT45R9pdgQrEDB5yP8ODQ5KK5mY15WjbubB1a6sLE 272RZAm1JWBABxjI4555qlo2pWdmsqXNq8zSEbSuOMdh6dau61eTXGm+Q5RURgQI4zk9guM+pFRx ahHHpsVkLP8AfIobccEqdxIJ44yRWSmmrp7HOpwVPltqyEPulQM7bTO3O442IOfwJqAW1vMEeeNG Yw+YSygnLH5R+X16VCsoaN4oySyQCL8S3zn+dLeyf6PeSJkZBCA8Haq4B/Vq5IqXNa9hz5OXQw7k xNcyGABYyeAOlR0nfilFekzalHlgkLTlFNFSAD+tKxo2kJjAppp5FNNA2PiPNXoW6c/Ss9Tg1aib vQVHVWNSPv24q1EACMcVQt36D8K0I1BAz6V69GfNBM+axNPkqNCXKfdkA68GoKvtHvjZe/b61RxX HiIcs/U0pSvESilxRisDUSilxRigB1FLRQAlFLRQBFJ941XlTnPrU7n5iTTWwwrGzd2e8mo2iUmj Bpt1ZvDHFL0Mg3Ae2SB/I1ahiae6igQfPI4RfqTiuy1vQtPSdbm4uGSCGJUKcAYUY61VPERou8ji zJc0VFHCWlrdX7eVbwtI3fHQfU9qtT2VlppK3courkf8sYjhVP8AtN/QVb1LXf3ZtNKT7NbDgsow zf4fz/lWCfWu397Ui5T91duvzf8AkeRBR51Faiz3DzNyFVR0RFwo/D+vWoaDRXFax9Qo2VgoNFFb 4aN5nnZjPlp27iUlOxRivSPCExQaXFIa4sXLZHq5bC95DaSlNJXEeowNXp2/4l9qB0zIT9d2P5AV RqzDIjQm3mbapbejnojdCD7HA/KtIXXvW2OHF2uk2IJZwVSKSQMSMAMRVmT7dABO0gd0HOVyRx0z j3/nVVhLaXCNJGeDkc8N9CP6VNdXyPEVjVgWGCSP/rnNTKLfKoq9zGpK8pSW2xFbag8BYiJDu68n Jq7HqaTRSl4SFVCWGcg+1ZCRtIdsalmPYVPKFgh8hSGZjukI6ZHQfhSnSptt21Bxa5YorqOP6elO pBQSKDuSsrDhyQKkBHUdKhRuSfQVIh4xXRQhzXOPF1eVxQ80w0/nFNrCSs7HZGXNFMSpY2qOlHWk WmaED/MK1bcg45/WsSFsEGtK2kwBzXdg5aOJ5OZQ95SNmNeMjp6VSuY9kx9DyKsW8gyKL1corgdD g1riY3hfscNF2lYpUUtFcB1CUUtFAC4oxS0UAJijFLQR8p+lJ7F01eaRVkfoPXgVGknY02YGVCq/ e6j61TW4LNg8SDqPWtsNBSi79Tqx1ZwnC3TU0oZGtrqG5ixuicOuemQc1LrOqXepybrh1CDkIgwo qrbSLKuD2pJUK5FPCUlzvmWqM8ympQjKPUpMKYw4NTuKjda6sS7U2cmXw566K5FJUrLUZHNeWfTs QUtAFOAzXbhI6NnhZnP3lEbilxTgtP212nlERGBTKmdcLUVeZiXeZ9Bl8LUb9xtJTjSYrnOtiUva k70oNd2GXu3PFx8rzsSQSzwN+5c7e6HlT+FPkujIxPkW6j08sH9ah3UwmrlQpt3sciqSStcke5kK bAwVP7qAKP0qAk+lONIBWFaMYKyR2YS8p3Ywk01jUhFRN1rnR6T0HIflPuRVmLnANUi2BU0cnFde HaSPJxb5pF114yvIqEnmohKytwTUxG5Q2MZrPER1ujrwU7x5eqG0vekIxSiuc7SaM1oWzcVmocVd t26V0YWVpnJj4c1K5rQv0zVyQ+ZCw9RmsuNjgYq/A+Vx19K9OUbxseFF2ZXxRinMAGIHTtSV5B3i YoxS0UALRS4oxQAlI/CGnYpsg/dt9KBwdpIyZ2McpHQMcqffuKoyklsSk/7L9x9a0rlBJlD35FZr OyMY5R83Y9mFVh52fKd+Ppc0VPqh0F2YJ1MmCvdhWxONwyMc+lc9MR5fyjj0rdsG8+whfvjafw4r tpq1Q8mpJuly9mQlTnOKYY+elXjDzR5IzWeOdoI68pX7xvyM9o+OlQtGR2rUMIxmrGo6PcWEcclw ExJ02nNeXzpOzPec0nZmCENOCmrJQZpCtethfgPncxlesRBaeqU4DmnqK6TzxrRBlqrJCVNaUETz zJDENzucAVs3fhl4bGWd7lS8aFioTjgZ65/pXh4mtGFVqT3PpsNOMKMUzkCtNK1O+O1NxQdMkQ7a MVZitp5RmKGRx0+VCaZNDLCcTROh9GUivQoSjy2vqfPYq7qMgIppqQ46UxwRWxzjD0oBpCKAK5MQ +h6WBW7FPIqFutTEYqJutc6O6exC3cU0MVODRIcNSHG3mtoOyPKq6snDblzV5Gzax/U1ko2047Gt NvkijT0XJ/Hmrm+aBWF92qB5NLxUZkAp8ILNvboK5T1VqyeNcofUVNAeeaiQ4De9Ohb5quk7TTJx Eb0mjTjbAq9AxChx2PNZsJ3EDNXbRwJPLbo3Fe10Pl+pNKuJGA6dvpTKllXawB9KjxXjyVm0elJ3 dxKKXFGKQh1FLRQAlI4+RvpTqKATs7mRIpeM4+8p4qlKq3K7W4cVoyrsuWUcZ5FUrlPm3rx6+xrK L5We64qrTs+pmPujYpJ19fWtfQnzDLH2Vgw/H/8AVVGdRKu1+G7H1q54Vtnn1j7HvCGVDhj0yK9B T5bTex89OFm4mwORSEfnV+wtY5rO9aTd5sKBk54685rVvZrPR4YLuK2VppYxsHQDuW+vIrmx+Jjp CKu7/pc3y5uE27bnMsD0IxVjUry+uooluwfLHKZTH6962b6SPV9Ba/MQjmhYA47jj/EU3Wojcabp Ea/ekCqPqVWvL9qm1da3+49f2qbV0c5a6fd3mTbwM4HU9B+Zpt5p91ZEC5haPPQ9QfxFbviG/fTP s+n2LGJVTLFev5/rUbatDdaDJb38ha458slc5x0OfzFehhq9fkjNRvFv5+p42K5ak23ozDtrOe7f y7eJpG9h0qzdaRfWke+e3YIOpBDAflW7+90vQIRaIftFxhmYDJGRn9OBVfw7f3st9JaXxkljdCQZ BnB9M+lVPHVWpVYJcq+9mCoxuovcqeG7WZtVgn8pzCN2X2/KDg9/yqPxNFdjUbi4McohGAHIO3GA Ov1rS0eSe212TT0k/wBGRnITaPw561R8Q6ldyvdWbOpgVyANozwfWvNlKU8TzabfgezQT5l6GPpV mLmdXlG6INjaDy7YJAH5VZ0zTVub51kdCBlhtGVwDjI9RngfQ+mDLpQKacm3LB98m0fxMPk2+wxg /nWno9jHawpd72ZpIFGOwGATj8eazrV3Hm18kE6ru9SC8sZrGPfBMZIz8p8w4Kkng5H5AcY4rPuL nzVYSvEkbOVJLb/denAHX06ZzV+91JdRe2tLAlt7hnJU4ABzz6+tS2+i2yRkXA85j1IGwd+w+p5p xmqUE63xficMk5SdjkbyHYfMjV1jLFcMOVI7f5/pQYmUeXIBuABHuCMg1saxYva3XmpIzLIAVLnO 1gw/oT+ZqpqwWNlfbtIfy1X+6AM4/Akj6AV6tDF8zgt0znnT3Mkj9KRRU0oAbcOhpoFXiH71j0ME vcuMNRPUzVC9YI6pbFeUcVFnH0NTS9Kh7Vqtjy6mkia1j8ydQfujk/SrMshdz71FbfJET3arNvHn 5iK6FH3LGUZWmmJFDkgtU2fTgChzzsX8aQnHFcTPeVkh2cLTkJB6VHnNSJwKcd0RU1iy7C+HFXyv yh1rKU/KDWnYyiRTGSOa9qLPl5Ivu3mxRyd8YNMpUQrGR2BzRXnYiPLUZ2U3eKEopaKxLFopaKAE opaKAM3UQVdZB2PNQzxh13rjOO/Qj3q9eqGXB6EVRgJ2NG55Tj8Kxlue3hnekjMuBhTgHjqD1FXP DNwI9bt5CeUIJPtkZplwgBwfwNR6bEI9UQjgEHj8K7qa5qZ4+Ljy1WjvIYwl5rEAH/LGRh+ByP51 R8TMfsdh/wBey/yrZSBmu7q9OPLuLXCn1JUE/wDoJrC8SurW9gqMDi2QHBzg4ry5S55J+n5G2CVq n3lrSzu8NX6+m0/y/wAKvXBAi0EnplP5LWXpdzDFot9FJIA8irsHr1p2pX8U2n2Edu5823QbuCME Af4VyyhJz+f6Hc4Nz+f6FPxgCNaBI4KLiqo064k05rxVHkp1Jb/PrWpPqek6okf9ppJFNH3UEg/T Hb61V1fV4ZbNLDTozFbKeSerc5/nzXp4SpWVONKMWn1b2sePiIpSfM9jev8AUp7KwtZbUIVkXksM joCKyoda1e6ndLeGKRlGSAvb86TStVtJNOWx1NWKJwjgE4HbpzxUz6lpmmxSDTFaSaT+JgcD65/l XPHD+zi6bpc0r6PpbzYc/M+ZSsiHQJJZvEcslwAsu1iwHY8Cs7WPmvb0/wDTV/5mpdCv4bPUJLi7 dgGjK5xnJJB/xqtcyi4muJF+7I7MPxNRytV27aWR7NCLTv5DNJlU2hVD88bMGXuNwwGH54P+c7Vt e29tamCeUJ5D+T83pzt/Qfoa5KyuktLpvOTfE42uBwceoNb4X7XbtJGrTn70cjJkMP7jD8Ovv2rm xFJc2uxz1I2kxlnFDYXMU1tqEU5eQRFAuCVJGe9b80kcK7pZEjXOMuwA/Wsq21O2s0CXOnPav/sx jB988U26v7fVR9ljhJUfMZJjsVPfrk/pSrUqlWSlNOy3em35HLzJXsyO/uItQnhijBkhDgMexG4Z /UAe+T6Vka5Lvgixy0h8xm7HAwMfr+JNaXlpFbyEBvI3Bmmc7AwXoFxzjPoOn1rnry5e7maWTHTC gDAUdgK7sFRUp+78MTKpKy16kYO+L6UR8io4jhiKeOHrpqu8j0MKrQQriq0nWrT9Kqv1qEbz0RDJ UPepZOtRGtlseTUd5FmAkICADg81aQyycDOKo20oik+blG4YVrRAxehB6EV0Rd4Mygv3iuM2+WuO 9MxUsnJqPpXAe8xyipBimoM1INgP3qcd0El7jHoRxVmFSrBlNQIiuBhsGrEIZCOcj1r2YPRHzFRW k0bMD+amMckY/GkxUdq2CKncYc/WuXFrVM1oP3WhlFLRXIbjqKWigBKKWigCrdjhaznXbJkde3uP StK76LVN+RzWM9z2MJ/CRQuSGWorBv8AiZQj6j9DUlz3qvYnGpQ/U/yNddB+4cGNj++R1DXM7wxw vKxjjBCr6Zqhcn5wvvVr+Kqk3NzitMVFKmrIyy5v2ruTqMKBSN0NP7U09DXmHvlBxhzUbHJqSb7x 9ahyAa9qhpTR8vinetJliI54p7dCaihPPSp2Hy1q9jmW5WkOKnh5jqrPwT9antT+7rxJ7s+tp/Aj JuRiVqWCeSP5onZD6qSKffLidqrRHkiqir7nPV0TNuLUWif/AEUHYTli/LSe5Pb8P/r1Jc6tcRDy oZRNARlRKoYr7H1xWTC2GxUsw4zXasJSaTaPClUkpPUhuriWdy0jZ9AOAPoO1QL0pXoXpW0YqOiJ buRE7Xz71KexqKXrmnocrXn1Nz26GkEiVuVqrJ96rK8x1Wl61CNKvwld+tMNObrTa3Wx5EndiCtu JXKLgZU/pWMuN43dM81tw73QYcIPYf1rWGkXcUU3OKQxwRULMAeWFTSQqCc5b/eNRbQOgxXEe5JW ASeisaeJ1j+9CfqaavWp12456UwSdhY7+MdY6uwXkcowvHtVPZCeqjNSRBVPGK9aldRR85Xs5s1Y GwRV9uSD6isuAjA5rSQ5jXnpU4pXhcWHerQtFLRXnnSLRS0UAJRS0UAVL0/dFUmNW744dfpVCRhj isZbntYVfukU7g8mq9ocahCf9rH6VLMetVoW23cRP98fzrpw/Y4sw0kmdOPvVU63fPT/AOvVv+I1 SB/0nNdOLX7s5Mvf78tE54ob7tIOtK33TXkn0LKE33jUDnmp5upqCXpkc17dP4EfK13eoyW3OelW jnaM+lUrc1eYfL+Aq38LMo/Gihc/eP1qazPykVBccNT7M8kV4s92fVw+FFfUVxMD61QHyy1qakMq rVlzDDA1UDDEbMsKcMDVpjujzVKNsirsfMfWvVhsfOz3KMn3qQU+cYamDpSGhj8ikjODinsOKhBw 1ebLc92CtFFmM9RUE3WpUPzVFN1pLcqp8DKp600049aStzyBO9b1rzEMelYXetm1Y+WpHpVfYkaU FetEfJiq5qeTnPFVzgdyK5D2pijrUwPFQjb/AM9BUqsoHJB/ECmStmPBHOe1PTGRio9yeifUuKVW QHjb/wB/BXrU/hR83V+NmhATxWpbnKYrFinwRhVP/As/yFatjIzg5VQPYEfzor602KjpMt0UtFea dQ6ilxRigBKKXFGKAMzUT+9/CsyR8Z5rY1NQI1Y9TkYrBlPccj1rJrU9rCtOkiKRsiqjNtYMOoOa sv0qrJ15rai9Tkx6ukdZnGapL/rj9atE/eqrH/rCK7sVrTPOwDtXRbA6Up6Ui0N0rxj6V7FGf75+ tV5Txip5+KqtzXuQ+FHydT42PtvvVo9R+VZ8Awwq+Of0pv4WTD416lC4+9RanElE45psBw4NeMz6 qOyJb4Zh+lZUozGDWxPzC30rJI+UinT3MsQvdZDE2DitGBsr1rLPyvV61evTpvofOzQlyMNUQ6VP dDjNV16GqnpcIatCGon61KepqOQcV5j3Pej8KFU9KJqYpp8nKChbinrBlPvQaD940V0HkC961LUn yVx6VljpWpEvloF9VU/mAaPss2oaVY+pMxJqFqk7Uxq5T2qhHtGegp6IuR8o6+lN71JH1H1qo7ox l8LFEUZ/hH5U9Y0HSnCLcBzTvIbtzXrQWiPnaj95li3AGMVs2Q/dE++Kx4ARwwI+tblouIF9+ajE u1MKPxEtFLijFeedQtFLRQAlR3EyW8RkfoOKlqG8hSa0ljk+6V6+lNbiMK5vzdsVb92UJ4J/Wqsy YxIGCk9cHrTIT5cpgmbnqjHnI/GidZAxMmGB7g1nPWR7OGXLSSIJJwvAOTVRyzHJ4qaVQORx9RVd 2buKuna5y4ttrU6wk4f61WiPz1Ox/dsR61BD97Nd03zUb+R59JezxVvMuL0oNIvSlPT8a8hbn0cv hZQuetVGqzcnj8KqE17UdkfLT+JliD7w4q6p4HHcVRg5Iq6vFU/hZEPjRSn4OM1HFw1Sz9c1CvDc 1473Pqo7IuNzGR7VkkYkIrVU5ArMnG2aiG5GI+AqTjDVLbP70k4yM1FC2GxXo7SPnXqjRkw0dVk7 irCHchFQKPnINaT2Jp/EiNuDTW+7TpBzUZNeYe+tENFPzlKjp6ntTJezKzjDmk7U+YYamdq3PJFH StudNnkjsYV/QYrEHSukuod9lHMv/LMDP0I//VVRV4scJcs4spKaa1AoNcZ709SOnrk4xTCSOlOW eVP4c1Ud0YS+FjwZgPlBP4UomuB6ilW+desJ/AmpUv4W4kVgO4PNepBqy1Pn6l+Z6E1tLdn/AJap /ukcGt+ylE1qrbSpHylT2IrEgWNvngkVh3XuK2dOXbA4P/PRqzxPwoqim22WqKWiuI3FxRinUUAN xVe/bbZyHuRirVVNS/49D7kU47ha+hzToswMbdQePX8KqytcWxKP86joatSP5MxYKDUF3cZhI24Y njmsrtu57UoKENNLFR593bFQk5PWgv6imFifatILU86tU5lqzq2P+j59TUUPWnAn7JGfVaSD71d8 V+5S8jjnL/am/Mtr0obgZoFI33TXkR+JH0c/hZn3JqoetWrr73FVCa9lbHy8t2WITirg+6Kow9QK vA/KtU/hZMPjXqVZuTUBHNTy+tV2NeO9z6lfCiyh+QGqd4MPmrMJzHiobwZXPtRD4ia2tNlaQZSq f3Xq8vKYqnMMNXpT2ufOR3sXIG4xSHiWobdqml6hqbd4BBe+hJR8uaqv1q7jKVUkGDXmo9+WwylB 5ptKKpbmM3oxsw4zUQ6VK/K1F61uzyhR0rs7SPzdLnXGcxDH1ArjR0rutIANgSRn5AP0qk7RZL+J HM96Rjx0pSzR9YmY9OQRUR8xvvZXPZR/WuRrU9+MrwTBie5C/WkEiD+In6DNARQeQPzqRQmecfnQ iGm0OWVF+8XHvsqzELWU/M6n6jFEZTbjG7I7KTUbW8BOcMh9wR/OvWp35UfP1fjZcS1ijkV4sEdi DyK3rE5gwRyDg1zttEEYYYnPTmuisSTG2euQKyxXwpFUFfmZYxRinUVxGwuKMUtFACYqhqjgRKnc nNaFY2pPuumH90AU0tGy6OtSK8zJuX2cYBzWXKMnJ5rTvB3rNlrGJ7NZXRCwBFMxinmmtW9Pc8qu tDolJ+xw8/wKfzFOtvvg+9Qx5+xQZ/55qf0qaCvRtaFvI87mvUv5lpelITR2pr8L+BrxY/Ej6mfw P0KFweTzVQ9atXP3jVQ9a9g+YJ4jzVsH5R7GqcfWrX8P0pv4WKPxojm6E1VJqzL0NVSea8h7n0y+ FFiE8Yps/MZoi6daWTlTRH4gq/w2U04OKhuFqXpKRSTLla9Rq8T5rZlaJsGrRO5KpdGq1G2VrJP3 WjWK99EsZygqvOOaliPJFNnHFcPU937JWpaQUGrjucdV2ixp6VGakNMNbyPPQo6V3Wgn/QgPYfyF cKvQV22hN+4iB7r/AEH+FJu0WVGHM/vKviMwC5jzgyBfmAH5VjhF273RQD0UV0GuaYkgkvA5V8DK +vaudZSDje/Hqc1zy3PUwkr07dhhVSegH0FPSNT/AAikwR1INSRnBFJLU2k1ZskNpE3Knb9DT0tJ FH7u4cfjSpMP7tWovmX2NevTirI+bqyfMyGKO6Vxl43z6jBP4iumszvtkkKhWYZI96xYV/fr7kVv xACJcDjFYYrSyNKHwtjsUYpaK4zYWilxRigBK564bdcSN6ua6LFcyT8x9zVr+HJmmH/jwK14vy5r Ml71rXQ/d1kzcZrmiezV2K5pjdKfTG54HU1vT3PKr7HQnKxRr6KB+lSW/wDOo5/vkVJD0r1WtDyo vVFk8ZqN/umpCetRv0rw4/GfVz/hv0KNx941UP3jVq4PzGqhPNesz5lE0dWQflqohqyp4pv4WKPx obIev1qsfvVYeq7da8l7n0y+FEiU/wBfpUaGnfxU4/EgnrTZWmG2ahhladdD5s01Tla9Q+ZZSkGG qSJqJ15qNDg1zz0ub090WAcOPenS8rUZOVzTydyVxs9tbFammnHqaYa0hucNd2TENNNLSGtWcQq9 BXYaK22G3J9BXHr2rqtObbbQnphRWdR2ideDjzTa8jQ8QXCR2yxbhvY5xnnFcwx74q/qALXs7k7i XPOe3YVSesm7noUKfs6a8yLcv8Qb8BUiSquCI3qOpYwDV043kjKvNxg2OW44wY5P0q7ayAjmNwPe qv0q3bdBjFerE+fm76lqPaZVKfWuhAwoHpWFaKGuFHvW9iuXFP3kjeivcEopcUYrlNRaKdijFADG 4U/SuZrqGGVP0rl+5rRfwpGmH/jxIrr/AFdZMw61q3R+WsubvXLE9qrsVTTYvmuYx6uP50rGiyGb 6H/fB/Wuin8R5GIehvTH5/5VLB2qvIcv2qxD/OvUezPKjuiw3U/Wo34U08nrTHPynNeHD4z6qp/C ZQuOpqoetW7g81UPWvWlufNrYfGeasqflIqstTqeKH8LCPxoGPP41A3WpW61E1eU9z6ZfAhUp/8A FUaU/PP4U47ifwMZcjIqGM8YqxKMrVVOGxXqPc+ZGzDIqt0NXJBkVVYYNY1Voa09x6njFPQ8EVED S5wa4j2YSuhrdTUdSP3qLPNXDc48SLSHpSmmmtTkFXtXSWT4skf0U1zaVv2bZ05B7kfrWdRe4duB dqvyEkB6nqe9VX61bm4FVG5NYo9SYz8afH1FNIpyHk104aN5XPLx0rRsS1ctx0OM1SBq5BwtejE8 eRq6Yu65B9OtbNZujrne3titTFcGId6jOqmrQQ2inYoxWJYuKMUtFACYrlj9411VctJ98/U1X/Lu RthV+/iVLs8CsyY8VpXdZc57VzxPXq6IrOal04br+Ie5P6GoGqzpQzeq390E/piuqj8SPFxDumap OX61ag5x+lVP4quQ9jXpPZnnR3RIT0qJ+gqRuBUbeteJS+NH1VfSiylcnk1UPWrdx3qoTzXqS3Pm 47DlPNToeKrrUymh/Cyo/GhWPNRtTjyaaa8t7n0i+BAtO7imLT/SiO5L+FjjytU24erdVphg5r1X smfN/aaA8iq0gwasA5FQyjms6vwmlL4kRCl7UlLXAepB20EPSou9SmojwauG5z4jXUcKQikBpSeK 1OUE61t2JzZxj0Zv8/rWKg5WtfT/APUkdtxqai9w68E/3yJpj6VWbrViU5OagYVzI9aRGaEOBSOa QGu7DKyueHjZXnYmQ81ei6VRi+9V2Lkiu2J58jpNITFrn1NXsVBYJssox6jNWK8yTvJs7bW0ExRi loqQFxRinYoxQA08DNco3JJ966i5cR20jnsprlifSnL+GzowavXXoypd1kzn5q1bw5NZEx+Y1jE9 LEOyIGq9pA/fufRD/MVQNaGl/wCskPYLiuinpqeTJc0rF8feq7F2qkn36uxcjrXpTdos86mrzSBu tMY/rTmPNMb+teNR+NH1GK0oyKlwRVM9auT4qm3WvTlufOR2HL1qRTUS0/tSfwsqHxIeTTTQOlB6 V5j3PpI/ChB1p46imc04dqI7oh/Cx3p9KhnHFS9h9KZIMivWXwo+bl8bK6HtTZRxSjhqH6VlP4Wa 0vjRXpRRSVwnpS0Yp6VC/WpqjcU47mdXVDBS02ndRWqOMfF/DWtYcQn61kxdPpWrY8RkH1pVP4Z1 4H+MTS9agY8VYlHNV3PBrmR68tiBzzQM01utKvWvSpK0T5yvLmm2WIa0LZS0iqBkk8VRhrZ0WLzb 5O4X5j+FbTfLBswgrzR0qIERVHRRilxTsUYrzTqG4oxTsUYoAWilxRigDP1l9lgQP4mA/r/SufBy B6itnxC+2KBf7zH+VYi8kg1dTSivU6cBrXfoVLo8VjSn5iK1r47QaySMcmsIndiddER45FX9NP8A rcdBgfzqhu5q/p3EcjEcEj+tbbROCiuasl6/kaEf3quR/dqpEMVbQ/Ka9Cq/3TfkefQj+/ivMa3W mnpSk801uhryqH8RH0OM0oyKk+etU261cmqm3WvSkfPx2FFSZz+dRjinZqZfCyofEh69KO1C9KK8 w+ij8IlOFJ3pR1prcmXwsX+EU1qd/DTT0r14/Cj5ufxsrSDDZpDyKfMKjB4rKWzLhuiE9aaae3U0 w1wHqz7ig0jDIpucGnZzQtzFvQiIoFOYU2tjkJoRWtacofrWXGMY9K1bMfuQfXNOtpTsdWBV61/I fLiqsp4qxK2T9KqymuaK1R6ld2gyEmlTk000+PrXpQXQ+cm7tstw10/h2HEckxHX5R/X+lc1EDxX b6bB5FjEnfGT9TSxErRsFJatliilxRiuI3EopcUYoAXFFLWbr07waeShwGbax74pxXM7CbsrmPr9 +ly2yEZWA53+pqmHGN2eCKz3nQM2zd83XFR43dUPPTpV1k5JQitjtwfLSbnKS1H3jpuOWB/GsuVt zegq5NEm0sAQRVJsZ6ViotbmuIqc2zEFby232fQrRyPmmeR/w4A/l+tYSn5uldfrcYi0vS0UYAi7 /RaufwnPhP46KEXQGrQ4TpxVdBhVGe1TnhK7Kr/2e/kc1CP+2W82NNNalNNY1wYdfvEexjv4LKs3 eqjdatzVV716Mtz5+OwdqUGkPShTWc9jWn8SJFpaQUtecfQR2CgdqKB1px3RM/hY7tTaX0pv6V60 fhR83P4mMkGRVfoatHkVWkGGqJFRI360w05qaa897nrPWKGGm5xTzTGFNHPLYdnNIRTQaeo5rdan KTp8wrWhGyBfXFZduu5gB3rW4IB7CoxD0SPQy2GspETDAyaqTHnFWZm61TPJzWdFXkb42fLCwgGa ljHIpqDOakUYr0oo8Fs1NOg865hTsWGfpXa4rmfDEXmXDSHpEP1PH+NdPXLiJXnY2pq0RMUYpaKw NBMUYpaKAHYprxrIhSRQynggjg06igDkNW0q3tboiJSFb5gpPSs14QvArt9QkkiEXluybuu04zzU SEyTBJCXUjo3IpvH8nu8t/mZeyu73OEdODWdPjzCK9C8QWttHbFkt4lb1CAGvPZf9Y1aqt7SN7WK UbMt6Jp51HUooOik5Y+gHWut8VIAtmqjAG4Af981l+B/+QlN/wBcT/6EtbPijpa/Vv6VlVOrB/xk YX8Sj2FTN90VEP8AW/lUrdF+ldNZ/wCzr5Cw6/21/MYTTTSmmnp+FcmG/iI9DMP4LK03Sqo61an6 mqq/er0Jbngx2FfpTBUj9KjFZ1NjWl8SJRTutNXpTu1ece9EKBRRVR3QVPhYvpTTTh0pG6GvVjsj 5ufxMbUUoqX0+tMf7tKQIqNTTT2ptec9z2F8AykYcUN1pT0pIxkMQZcA1Y8sButQD7wqzXXTWhxS 3LVmmAXP51YaUdulQjiNcelNJPrXHUfNK57+HiqdJJBI2aYfag9fxpK6MMtTzsfJ7Do1qXGB0pyd KO34V3paHkt6nSeEeVuf+A/1ro8VzvhH7tx9E/rXRVwVvjZ0w+EMUYoorIsMUYoooA//2Q== ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/bmp Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/images/756/logo.bmp Qk1GXQAAAAAAADYEAAAoAAAAlgAAAJYAAAABAAgAAAAAABBZAAAAAAAAAAAAAAABAAAAAQAAAAAA AP///wBhYNsAs7LrAOjn8QDz7/wA+PX8APby+AD27fYA7ebtAPz5/ABycXIA7u3uAOzr7AD39PYA 6+fpAP78/QD9+/wA//n5APz39wD6+fkA5OPjAKalpQDw5uUA8+zrAO/p6AD28fAA/PbzAOro5wDc 2tkA6ebjALSzsgD69OwA//z4AP369gD++O8A9u3fAPvz5ADz7uQA/v37APn49gDspgUA56cGAOmo CgDrqwwA8K0PAO6uFQDysx4A6rEgAPC2KADqtCwA77g2APG/QgDktT8A7sVfAPPZlwD36cYA5KoE AOurBwDwsgoA4KUKAOSsCwDpsBEA5awTAOWuIADosiQA47IsAOa1MwDpuDkA6r1AAO3CTADqwlYA 8MxrAPLOcQDy03wA7M98APLVhwDu1Y8A892iAPfkrwDw3asA7uC8AOrl2ADu6t8A4K0VAOayGgDq tyQA6LouAOS7OwDov0gA5b9PAOnIZADpy3IA582BAPfdjwDp0osA69ibAPTrzgD49/QA5LkjAOK4 LADguTYA27Y2APTmuAD++/EA8MMOAO/nxgD9+egA8+7WAPXz6gD39NwAdnVtAP787AD//vQA+fnx AP//+AD29vAA6urlAP//+wDu7uoA/Pz5AJGRjwD///0A6+vpAHp6eQD8/PsA8PDvAIaGhQDz9OUA qqufAPDx6gDr8NUA/f76AOnu5AD6/vYAmpuZAPX29ADx9O8A+//5APP18wD+//4A/f79AMrLygC6 u7oA+P35AO778QD7//wA9Pr2APr9+wDk6ucA+f79APj//wDt8/MA+P39APv//wD09/cA6erqAOfo 6ADX7/QA6e7vAO3x8gD4/f8A3OToAPX6/QDn9P0A6PD2AN3p9QDl7PMA+/3/AOfp6wD9/v8A+/z9 APn6+wDf4OEAXZ/uANjm9gDd6/sA7PH3AOPo7gARc/QASZHvAKbI9gC71fgAw9n3AMne+gDV4vMA 5O35AOvy+wAFaPYABmj6AAtq9QANbfoAMn3uAEWJ7wBOkvYAWZn2AGSf9QBtpPcAeKr0AIe09gCO uPIAmcD2ALLO9wDI2fIA8fb9APL09wADZPoABWP1AAtm8wAMZvkAFGz2ABty9wAjdfUAKnr1ADKA +AA6hPUAQoj2AFCL7QB/sPoAga70AJK69wDS4vsA3uXwANfc5wC9yuoA9vf6AOnq7QDw8fYA6+zy AOPl9wDJyuoABga+ADg5zwBUVNMAkZLmAMjI8QDY2PcA7Oz8AOTk6QD6+v4A9PT4AP39/wDBwcIA /v7+AP39/QD7+/sA+fn5APf39wD19fUA8/PzAPLy8gDx8fEA0dHRAGhoaABaWloA////AAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQFpaWkBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAWkBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBaQEBAQEBAWlpaWkBAWlpaQEBAWkBAQFpAQFpAQEBaWlpAQEBaQEBAWkBAQFpaWlpAQEB aWlpaQEBAQEBAWlpaQEBaQEBAWkBAQEBAQFpaWlpAQEBAQFpaWlpAQFpaWkBAQFpAQEBaWlpaQEB aQEBAWkBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQFpAQEBAQFpAQEBaQEB AQEBaQEBaQEBAWkBAWkBAWkBAQFpAQFpAQEBaQEBaQEBAQEBAWkBAQFpAQEBAQEBAWkBAQFpAQEB aQEBAQEBAWkBAQFpAQEBaQEBAQEBAQEBAWkBAWkBAWkBAQFpAQFpAQEBaQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAWkBAQEBAQFpaWlpAQEBaWkBAQFpAQEBaQEBaQEBaQEB AWkBAWkBAQFpAQFpaWlpaQEBaQEBAWkBAQEBAQEBaQEBAWkBAQFpAQEBAQEBaQEBAQFpAQFpaWlp aQEBAWlpAQEBaQEBaQEBAWkBAWkBAQFpAQEBAQEBAQAAAQEB8/T0AfPzAQH08wHz9AEB9PMBAQEB AQEBAQEBaWlpaQEBAQEBAWkBAWkBAQEBAWkBAQFpAQFpAQFpAQEBaQEBaQEBAWkBAWkBAQFpAQFp AQEBaQEBAQEBAQFpAQEBaQEBAWkBAQEBAQFpAQEBAWkBAWkBAQFpAQFpAQEBAQFpAQFpAQEBaQEB aQEBAWkBAQEBAQEBAAABAQH09fXz9H309H309H319PN99AEBAQEBAQEBAQFpAQEBAQEBaWlpAQEB AWlpaQEBaWlpaQEBAWkBAQFpaWkBAQFpaWlpAQEBAWlpaQEBAQFpaWlpAQEBAQEBAWkBAQFpaWlp AQEBAQEBAWkBAQEBaQEBAWlpaQEBAQFpaWkBAWkBAQFpaWlpAQFpaWlpAQEBAQEBAQEAAAEBAfMU FPN99AHz9fQB9PUB8xR9AQEBAQEBAQEBAWkBAQEBAQEBAQEBAQEBAQEBAQFpAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAWkBAQEBAQEBaQEBAQEBAQEBAQEBAQEBaQEBAWkBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAfb3ffV9AfP28wH1FAF99vMBAQEB AQEBAQEBaWlpaWkBAQEBAQEBAQEBAQEBAWkBAQEBAQFpAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBaQEBAQEBAWlpaQEBAQEBAQEBAQEBAQFpaWlpAQEBAQEBAQEBAQEBAQEBAQFpAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEB9vv2FPgU9vj29fj3FPf3AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBaQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQFpAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQHz +n59+xR9+vX2+/T2fvUBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBARF9jQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEUnPn4fnh+rAz39g33AQEBAQEB AQEBAQEBAQHzAQEBAfQBAQEBAQEBAQEBAQEBAQEBAQEB8wEBAQEBAQEB8wEB8wEBAQEBAQEBAQEB AfPz830B8/Pz8wEB8/PzAQEBAY0iJh6glAEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBjQH3nIucDQwNnQ2d+fMBAQEBAQEBAQEBAfMBAQHz9PPzAQEBAQHz AQEBAQEB8/Pz8/PzAQEB8/PzAQHzAQEBAQEBAQEBAQEBAQEBAQHz8/T1FAEBAQEB8/MB8/MBAfN2 lLqvoq2LegEBAfPzffQBAQEBAQEBAfMBAQEBAQEBAfMBAQHz9PT0AQEBAQEBAQEBAQEAAAEBAQHz qycnIScM/B2d9/QBAfMBAQEBAQEB9PX1FBR98wEBAQHzFBT2FPTzAfR99AEBAY31FBT19AEBAfMR 9fYUffMBAfT1FBR99H3zAQF99X0UffP08xB99AEBAfR9FPb2eHOkxMHLHgz29X3z833zq6vzAQH0 9PQBAQH09fUU9fQB83199PTzffT0fRT29X3zAQEBAQAAAQEBAY2NeuHr8Bb9C3+P+gEBAQEBAQEB 8/b5DKmcnH74ffMQFPkM4pwMi/b2+H779/QQ936cnA369xHz9vviqZx+9xT3++KcnAx++/cUKPuf DQwMDPqL+n769330KH57HByyIPfE0rVTFXd7DIj29vj6+/f1FIt++fYQFPl3e3t++BT3fgz59qvx Eff7d5wNfvd98wEBAAABAQEBjQHs6QOHCwv+/X98/AEB8wHz8xCT4+MZFw/urR6xowq7oHVTD+4V DM27DO53k5EICXWcsqKVi/gHglN1naKcCM1tU+4VqQTuhbGxfhip3g+plQ2xp+53Bht05KkED+5S IMfO21MeCXcVFeR0IBkVDRubbRfu42J0GN7eHhVTiYslF+50eKvhdA2ynR6tnfqGAQEAAAEBAQEB 7OjpH3+tf/x/8o/9/AHz8wGNo5tsYEhIXFAk7hV+Bm5gW1tNYaKibGBQU5UFdGdcNktnD9+VDjhd NltQGa0MOEtbUSBgTlOtfjhdXVE4X1EEJmBOU+4azbbbxMPbtu4ktb7GpcnEyLkVFae1taIeIrfI y+4ei7jbxMa1sq2Cy8jLHrIGIpu2xsTGypVSCcwBAQAAAQEBAffo5+Z8jq18rfJ8+R/9nQEBdpmj T0M5OT4rPVpqFR5uRytCVz0yUJ1hMENq3wdMVEBYLj9LHu5OQVVFRFRICXdbKj9dclhUUaZnVitk ZVU8XadsQlVq7n7H087U1bzUySa31NbDwNPQ17ZTudfTy1Jy3M/EHiTK1LzX1dDCyybcz8UclQaG tdTS19PQw99SiQEBAAABAQEB6ucCjguPHwsWj/2H8gsWjAF6oWtGKkU3Z05GPUdT5Tc/R2FTTDVd JBg0MGreYUIxUIVQWlphsVtVN6BsZUJSzVstSmyINj5Qul89NiRRWT1LsoU0VVHit9XRxre42tLB 3q/XztjKt8POxKl7w9LKHm2208J1dcPSyKK3xNfgGMrSw+4eG6S008mVtsLZth4YAQEAAIwBAavo 5+qBFhQVfB31h4f1HQsMAY2aTj9lagXMlyVFK07MXD1gfg9tbm4Jp1s+ULpQPjaCdSAlbhgMamGb dTcwMGrMTD9g5aVNPUyxTitGg8w4VFoNp1s+YLHK18WlJWumwNO3fsK+ySVwsNbUyoDH0cgPe6bV 1t651dW4lZ+6sLqFy9XWuR5yuNPYr4WfurCwFQkBAQAAeo0B5efnA3mOAQ1/nQGPhwGNf/wBmppM KzZ7BCKSjWdMYYZILTJYWERFWVEFTDpfsVBVVTU1WFhETZWnIE1ELD9IdeNOOkgJsk8sW6dsRitE XUwuRFKnTS1Ln+Svuhh3CLXT08sjxb+1Ug32xNHJILXSxVMVpdjTy6bVvtfX2MHYxN6f2NPLUn63 1dPW19fB2MaiGQEBAACMqgHr5+fmf3mPFgsWj3kLHx8L8gGaqEwqSamyhoQBAZqjqEs6NF9NTDM9 YLtQPVsFUUAvS19fRyk2lXs2K0BbUQfu7mouRlOiOC5GFbIlT0taZi1BUe1QPVuVnHJobcrD09DG oHHcvscXHSDa0cclt9PYsh1txdC1p9izrsjIxb7WuSDEvNx1UrnW08XIyMTQ2N4YAQEAAIzzAevn 5+t/j/v8fI5+H3+dnX/yAaqqTDpbHqJ083Yi+nsFUD1Gk+3MRj9QBWdVWgxsV1VqpMw3PFyxbGND OKMkYFHlbENCU95hQTJh7iRqgAckRT1Q7WdVWVOtmN3F0s7TxqZ7aMq/wbkl+8PPyCC51tO1nWvF z8eLxNHccGvL1NjecNq/2MudpcK+tXBoytLDlaABAQAAjXoB7efnA3nyAQ1/nfEfhwH3fB0B8ahO LUVSrRf34cyCe5WJST9HXlxUWiTMJTNBarpOVUQ3TFdAT7slWUFeTlg5UA5NMT5cahpHP1GfZ0JF NzdWQGcFJTRWUh652L7WyN36Jh57uNXTxMnG0tW2IM3Dv9fbx9bSyCO41tTGycLSxxpotbPVwdm5 tsDV2tzB0slyBwEBAAABAQEB6efqH3+Ojwsf/H95/BZ89QHzAWFWP07l3x4HbFxfU+1uSEE+MEZn E6MgRj5Rsho3Qz4uZE1rzJJPRVVVQUkgI0c+O1RfEl1AUAQmSlZVVVZKIAYiRi5Rgsq/1comJPu5 uQ+vwsLa1b/Tx7HheMW+w8LSv8G4I5C2wtO/1cWwG3O418XG1LVxydfTs9XbuhMQAQEAAAEBARDg 5+iOC/zyC/KO/fL8/Y8BAXYQjUwtM2edsoJLKlp3CKOWJThhI5aZmnhIP04Ep5ZrODglEBGN8Zpw YTglCpN9a0o/XICfI25trQnxJTg4bifvq6pJLmCYytLYnheCydXGDBq7sYqwt92sIpQBx9LcmLe3 sKwi83bM3bewo3h4J6ywu3jdsGiEo924sPUSlpYBAQAAAQEBAe8C5wN/8vh/fo9/9Xl/9vPzARCq IEc5ZEo3XD8+TuOIlKjzAZeXlpqamkw5S+KFo6GqmqGhq/OElpKqqo2Qq42aTylHn6VsW0tTCZuX mpqh7xB2ml45SZjd173EydrU0Nz6I/R2c5IBc3MQcXq1vcPiGCF2hI3zEHZ6dnpzlJcQdnNzc3Zx lJl6dnZ2EKiajAEBAAABAQEBAQbp6PJvj38fCx9/f/sBAQEB83aaa15FVUBANDco4Zkn9PPzjRDz AYyXZzJd+xoS85JzEPGo8fPz8/Oamid2jJolTE4H72FXWhiJrBAnJ42MjZKaZ0NcgBu2wtTT0tfI u3KKhJSoioQnje94drjBrqeAKO+aqycQivSoq3YQ8xCajZqojauo84ySjXqNjAHzAQEAAAEBAQEQ AaPq6o/9/v7+fBb2AfMBAQEBAXoB825PTk9u7+99AQEBAQEBAQEBAZlybG4U9fQBAQEBAQEBAQEB AQEBAQEBAQEBAauUcmxsKKyqAfMBAQGMlKgbYW4jeAGwtrXK3cwiJ/EBAQEBAQEBmqt2zLmvmyKZ AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAY2aegHlqPyHFvKdAQEBAQEBAQEB qqqSmpqamqqr8fMBAQEBAQEBAQEBlKgBAfHzAQEBAQEBAQEBAQEBAQEBAQEBAfMBAY19AQGUjQEB 9AEBAQEQ85KamqvxJ3N2AXp6eHMQAQEBAQEBAQGMqKoBenqEkpaMAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBJ4SoAQF6AQEBAQHz8wEB8wEBAQGNjScRERDvq40BAQEBAQEBAQEB AQER9e/0egEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBjBCSjRABAQEBAQEBAfN6EAqUmhDzqJqSmicn jScBAQEBAQEBAXaEjY19EBDzjQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQGN dvMBjY16AQGqAQEBAQEBAQEBAQF6jX2EjZaS8wEBAQEBAQEBAQEBAZSG9PPz8/PzAQEBAQEBAQEB AQEBAQEBAQEBAQHz9I2NJ/Pz8wEBAQEB8/GomfH0koSW8yd6qpqXJ3YBAQEBAQEBqqGNeo12do2o AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBjAEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQGMAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAAEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQAAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAAABAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEAAA== ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/images/pixel_trans.gif R0lGODlhAQABAID/AP///wAAACH5BAEAAAAALAAAAAABAAEAAAICRAEAOw== ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: application/octet-stream Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/thumb.php?file=images/1732/DSCN1075 [].JPG&h=100&fix=100 /9j/4AAQSkZJRgABAQAAAQABAAD//gA8Q1JFQVRPUjogZ2QtanBlZyB2MS4wICh1c2luZyBJSkcg SlBFRyB2NjIpLCBxdWFsaXR5ID0gMTAwCv/bAEMAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAf/bAEMBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAf/AABEIAWMA lgMBIgACEQEDEQH/xAAfAAABBQEBAQEBAQAAAAAAAAAAAQIDBAUGBwgJCgv/xAC1EAACAQMDAgQD BQUEBAAAAX0BAgMABBEFEiExQQYTUWEHInEUMoGRoQgjQrHBFVLR8CQzYnKCCQoWFxgZGiUmJygp KjQ1Njc4OTpDREVGR0hJSlNUVVZXWFlaY2RlZmdoaWpzdHV2d3h5eoOEhYaHiImKkpOUlZaXmJma oqOkpaanqKmqsrO0tba3uLm6wsPExcbHyMnK0tPU1dbX2Nna4eLj5OXm5+jp6vHy8/T19vf4+fr/ xAAfAQADAQEBAQEBAQEBAAAAAAAAAQIDBAUGBwgJCgv/xAC1EQACAQIEBAMEBwUEBAABAncAAQID EQQFITEGEkFRB2FxEyIygQgUQpGhscEJIzNS8BVictEKFiQ04SXxFxgZGiYnKCkqNTY3ODk6Q0RF RkdISUpTVFVWV1hZWmNkZWZnaGlqc3R1dnd4eXqCg4SFhoeIiYqSk5SVlpeYmZqio6Slpqeoqaqy s7S1tre4ubrCw8TFxsfIycrS09TV1tfY2dri4+Tl5ufo6ery8/T19vf4+fr/2gAMAwEAAhEDEQA/ AP6czbs7AZAPYA9RnkZ4HAB61IsBx1AC5JPJIAPUcE4JPPHYfWtAoM/NycY7cZBz09ScHk89KlMI CjHGQcnbkY4+9z7jA59TXou2+iXrtp56/p2DW7ajZWsrb20utfN9/LrrkvGCMgdQCxOcHJyOR7np +PSmeSxbBBGA2R0+uD0Jxnjqew7nSMeThcDnpjB/QdBjv0/kmzLdgDnk9sg9gDyCfb8aVk9VtZaP bprb17iineyTdlZ3stFa3a66etykIwcLgjHHueM9+TgAZ+oxnpUHl7NxByMjs2ev5454PHp6Z09p wQeMHjHOc8cj8AB9a4/xh428NeBdOl1XxNqUGnWqg+WHIeechc7IYV+aRyeAPlU8AsMVjWr0sPTl VqVI0oQtzSk+VJO2mvV76K/4mlKlUqONOnGVWbd1GN23ezdrLzt3Vtbm80ZK8+ucDr14HfGMjPU7 cnBFVXhyOg2k9jn6jB/DkCvnO2+N3iTxzHct4B0fRNJsoQxXV/F2qyxSyKMsZLfStOsp3bIHyh75 AAQT0NeS6p43+K0qahqGpeLYY9K0uaKK+Hh+1+zvmYylPK+1vO20iJwHYA5A+X0+cxPFeX0EnByr X3nDZtWu3rdeaf5XPZw+RY2StL2dF6Plm7ys+Xe17PVKz1PuYxBV284AAAGcHpx6cY4HQ89KZErZ KnIzkcAgY9T6emDzyAec189aN8Qfg8Ph1N4m1m1+KutanYu0F5JD4w0fT45rgHKNDH/wi90IY9jK MM8rEgnnOK+NPH37Qbf2hNN4AuvGvh22Ulo7bVNesNZkB55eZNF08EHqcRL0xz96uCfG+XQacXKc muZwjTqxavaybnBRb06Pfyvbsw/DWNrOUYuMbSa5paxv7t9ryVvO199bH6sAzKQFlkwCON7DseQA egyMntj6VJ5t13nmAOBxIwIHHIGePr+Xevxv0r9sP4waJOu++sdbto2AaHVLVvMYDJx50M0fJHcx kc5K19RfDj9ujwt4gmg03xzokvhu9kZYzfWs63dhIThTIUeG3ljBBxgvIRjq2cV14PjHK8VJQqTd GpJ2SmtG7rdxul0d9uwsTwxmmGg5+zWIjFpt0mnJLTXlbUnbyv8APY+8PtN4oJW6uVB42pM4Iycg AZ/vYP1xnvTTe34OVv7snAHNxIB6ngN16D8Kg069stVsre/0+5ivbS7iWa3ubdw8UsbjcrIR2IOQ CMjPI6g3DEACCORnGQMnPXsB2+nqckV9RTqRnFTg1KPKuVx1bTS1XdP12fofOyU4tp3TT5WnFqV0 rO6sndX6ssQ6jqxUgalfoUGV/wBLlGMngA78euRxjNP/ALX1qMHOqahkhiM3c+CO2fn9e2T+lJBA cnJ6jHPfA56ZHHbkZ6UjxZzlc+mMHgDHoMDpn6cY6VV49FqtbNWa2u9dNNNfnpcS5XZKOtr9fLTX 9dPvIH1vXuo1nVFIznbezgY9x5nJGD1HqPerVv4g8QgBhrmrkgdft04xz2/eA4x1HX29aKwZJOeM 5PAwTjtkkg/j+nFWI4WJBwCpO3jjnJ5PXgdAQfrRdWd9rtp2b0b16NeV0yr7JJWXbRy1Ser08977 bFh/EfiUEf8AE+1heo2/2hcHpjJyshz+HFFU5oSpAAHGRzyBz0BJHv8Ay5xRSa1+xst0r9P8tLdP kTJa7dvtb7d38vmb4gBIbOzpkdct90n17nPQe1TvAQvqo49vX8+g5Pb6VdSLJZh93AJzx3Gcc+me B/hT/LypzkqDnjHXnjGee3Wrvdbra+r6f11t/kTHVdLWvd20vazuuvls7GO8W5jgYAIHT+HA6nk8 cjqMgZzzSGAjORgFRnA9xj8e/wDTGK0nhYlipBOV3fQY+6efrgZJyeCOaFjycjoQcAg7QQO5PPUY /HgZxS5ryae2ivupXWi02Xlbp2WrfnJX0b03Tt1W6WlvXftjtFtfBwBgZ4wR178hvXPWvyF/ax8U apqXxsudDubuZtL0e0sIbKzLYgi8y0hnllVBgNLJLK7lzljkKG2qoH7JtCMng8gZPJ/yfryOK/E/ 9qxVT9oLWUPRo9PJxn/oH2vT8cc18PxzOUctpqLlFOtHm15brSydnftp18j6rhKEJ5m3KMXy0JOL e8UmveSfTt11R6R8IseaNkYwsTA5JJO5Cp5JzyG7e1ehXFkH0D4hK6YQ2mnz8Do8c10F6DqVdvcg HrzXn3wfABA6tsPODxgZ4zwT6AcZIPJ4r0fUtXtrbQPiNHuDzJptnJ5SsCyqs8wJIzgA7hwcH0r8 yVRrDKPm3slLVR2Xra/e/nY+nrxaxbil1il6Kcba/N/1c8501yfgz4oVhuA1VNzAHaqlYc5xgjjB GCMdfWvi3VpI0kmBKgAnGeTngdSeR2746da+n/D2p3er/CTxpEH+zxLqUTAgjdtKwhiSM8noOfTI xX55/EPVZbC7njtriRhyAwkYE4I556EjO4ZPJIryKmJjOtGld80lfROy1j91+l/TU9/BUZRjWk17 qqW1vdO0X6b2207679rNscnJ/jwecdcFSeRx1x9eRms27haMqwbbtORyQcZLA9j0wMkcYye9eUeF fGFyuo/Yb2ZpEl2GEsxJBywYcnIBBH4jjNeqahNuCtuBBVSMNz2zkjjAz9OoxzSq3p1Ycz0bjZxv rqnb+tnq+x6WEtUlUV3otU1pe6v1+a9e5+0n7Hmr3uoeD9Q0mWZp7PTYtNmsUdy5hW5h3zKhyWVW YjCE4TACgDg/YpiHBKcAd84wQMc+oI7D06V8JfsMytLpOvIzg40rRmAGDkeVEuTjgnDYOT1PtX36 kJGMHaDxjtx6/wBMd+OO37/w/Uc8rw0nd+7ZXeqSUVvrb8tbdWz8Vz2Eaea4qEWnHnb0Vk7q7dlb Xot/K1kitFHggque5xztOeuDwB6DjNNdVUlirdCF64OTxx0PPPf696144AFODyB1GD0OQOCd2M9x xx0qJ4QQCeQCAMn+Hd6c5OcHt0Jz3r2pS1Wl9dnvb3U7/ffXf0ueSt22nfXS2tvdtr5K29t2ZDRA xlioGSDgDA9OQCP/ANf4ZWCNfMCgcAZIyRwGPzZORgdh1yK1PKKnaQOQBnjrzk5yexA5HT1qOG3C ycn73A9sE8+nbn36U3LRRjez/BPpvf1snrfoUtkle2u3R310aXytp38s+WPBBCM2c9AWOM8Z/L/P NFazWzZOzAI43E9R+B9cdaKnm5dLr7k+q6272/DsZODbupSs+0/TXby/DyV9xYFyRgnPfHccE46Y xxxyOxpHizgBfukDgcYxjvjJGRgd85zWssZAJIB6qCD/AHjwAM5wM+vHv1DZE4xwCOnXOOcbsnJ9 j6k/jbk2vd2tZ6+l1307q2vbQV+iSsm99be70ei0srW/QxGiAOccgZx0xzjvnrgA88AmlWLDMe3Q ZPTHccDoeewPfFaSRAlmcZwOg4HJwB7H1BP19aUwHb93tyAcscnuB9O2Mcn6JOzej2Vr97RtG++n W76ju/Ta78vdtv2069eiuZjRg7gCABj5gcf3u3t+Z9OMV+Hn7WMqr+0LreSf3cenqcEZBGn2vsPw 7HOMHk1+6DIFJDKMYHYDHTHXoeSTn27E1+DH7X97DbftDeJnaRAiNY7izAAbdMs8hs4wcg5/PrXw nH0kstotaP6zFNb9r7ef67dPseDeV5lUsm39XkrS31sn8r9L9enT0D4Z6stpCXD/ADMmxBnHVfve 3TJ9OvODV/8AtJJbD4lFyztJocbMFJ4K3R25yDnIyMdBjOe1ePfDTXY7q4C+dH9nRCYxuA6KcfN3 4PGT2r0BNd0i0sfiBbzzwwTX+jQx2zOdxmeOd2eNMtt3YZTt5JC5xxivy5Vf9km3dtdUkrO2j6dX r9+6Psa1FxxcmouTcqbWttOaO27+emx5/wCF9XuIvhR42SKGZi91AVCr8x+WM8ZYHGc568cgV8C+ OrqaSW486ExgMQN/UHcMjGTjnHfPA4r7V8OeOdOsfh/4v079+13NKrQLHYSzKdijJ3gEIAQeCeMc YzXwn471qO8uJ2cvGMuxLQsmSDkhsnBzznPPpzXiw9oqzm4JXsk+stU9Oml+mjPdw8XyVo3s3Uva y1TUf6v0T9Dy22vpItXguRIq7GCkA8EA/UYGB14wTgA4zX0YmpJc2NtMG5aNCRuzg45zj6nkEfQc ivkLUb23hnaQzlMtlSBgcE9M9vYexru/DHji3SNLO5v49rcJ5rqrLgAYzwVB+9zzyO1d2JScKM0n Jx3Wzbuunl2W7Lwf7utOLa97vtulfqrLXy33P6EP+CflyLq28QR5BA0HS8Z7hWtVBxnOQSvqOvXk 1+mMaZAJUZUegOQOmO+BnI4P19Pyp/4JsXyX0+vIrB1bwzauhAyG2XFimQenG4HPGf5/rSYfmC4Y YzgcqG4B68cAccAHr1r914ZqOWT4Wbv5+Sst+trryfz0Px3iVKnnGKitm4tpaW0d9euu19vLcqpF ntgN6Yz2zkDI79yP1qsYfnOQRt4T+6ffnuOntnjitox5AOCOMYHbPTgkjBwOnJB656RGJtpPG3Bx kE4JB9fU4B9K9+93day3Wtm763XdvbW+3Tc8BOybVruyS120211vp262Mlo0U9yWyR0YcdRxyCSR jr39KbBCN3zD5lbJOR6kgHAIxwOc88DFXni6kqcA4XGRyOxB6c/TjJNSQxrkNtIJPJIAAHQcnjI7 E4/pUxl5qOq3et763+fkvJFp6apqyV+ul7XenX7yk8aKRu6kfXv346/Tj9aKvPE6nLEDGVyckZJz jg9eCfQ+tFDmr7NbK2l9Lb6ev9bRzWta+y6+l90+v9WZ0Jh4wRkDJIzkkg5zg9e3/wBeq7oDzgZV gTkDg4OGIJye+SR6YPIzqlO5xn0J7c59QeDn/PFaSLdu98EYAz36njjjrjFPmfLFJ++0k7Ldaavd bXv3FfRrvbX0ta72tZdepQjiAJzgA4b/AHsEE4A4J4PAPel29iCMg4POTjp6emM4HXJ6VbERbC5C jHGBz15A4wec9enoeaQwMSMDJPqPQg45PfkdPSkm7r3tbvVPT7N189NvxCKbtd8t9Fv0svLy+6xm vGckcDBPX6DBHqBk5JyK/mX/AG7PEVjaftM+L7W+v/KcXVmIbOHfNNIRp1mqsYYgzKrMDhsBe+Qe a/p8NuCeUxjjGR/j0wOnpjpX8jv7aJ/tH9tD4mtziHV4IVZmzt8qytI8DPQZBPy46+1fE8bQVTA0 oSk4xVZy0V27dPxvdvr5n2PBcuTMK0uXnfsWtdN2mnv8+p9GfBG31a8iF3a6LbCIRkrNqN5aQNjb 95YjMZwTnkNGMZxj09M1TVvEllpni6SSw019PS0himuLSKe7/s+V5JDFMzrbusSyKrrlmAYqMZ6j jPgKjG1W3HmO0kBQAA4B8tmIyWORlc5x6cdqt+LvGd74VtfFWmIgkttatRZXkE0YZGSJ2kjdCJIy ssbFsHkYZvavzidCnTwaqctRqo+VuT0cnZNpXt0vp+Ftfs6ladbGOEYwUo8strNRTi7tveyu0+uy 3Lvg7VfEbfCzxjfad4pgW0t0J1ER2H723XbnYjvEsiqwzuMYJ7e1fmR8VPiLfm6uIyLK9IZh5hil ikZd2OpgUHJwDgnJPevprSvitLofhbxB4ft3njstWV0vYhs2y7dwHPOOvGOCPSvgPxvq0V9eXkiK T88u1SQQFJ4wcAd+eeSPxHjww1J1b+ytyWtJOza0u1+Hnv3PVoTqU5VHKcWpSurLWyUVqt+3yXRW PLNb8cXTyOG06ByXLFkkIP0UMBwBwR0ORnOK5KXxzp7TpHeRz2rfL8zKWjB4GA0e4DGOScYPcZqp rM5E/CkAk545HI6d8ADr7965XVbSGdN7KQSu5cD7xI6Hnjnp6nPIr3aeFpOEZNTSvytpq71Xfpbr 21ZNHEylWnTvC6j8r3Ts7t9ett7H9Of/AAR08T22s6nrNjBqH2ll8GTt5UhPmoYb/Th91udqngMO G4HIIr98jEzOCRjYCMYGDwD+fBB68Hk8YH80/wDwRM1CI/EQwbfnuPBeu2yMTh1Ns0EzKFAwwKQM AWJxkdxmv6ZtuWJBKkZyCOMcdTwCT1wRkZ61+v5NGnRwFGnTk5QS5tUk/eir7Lptp9x+S8RuUs1r S5UrpKSu2tE0mtPNrXTTfcq7CME4IGDg4HXtkdcfXgdcCozEdpYgAbAeDnkngHHvj1JGc56DQERb BzjkZHYkjIx1656celPEK7MMDj0A6nPT0zxn9MV66aWu91dX6XtZ2W3X5dNjwouN9N9k330Xn1v5 Lre1lhNEfu8HOSFPTOASeOvTA47e3JDG2VGSAOCTgZOeBxyMZ4J6DHIrSkiQB+QBxjIOTz6Ak9Tj gjvmo0VQyHBA/iyByec9zuBHOeCe/vClrpbRq6TWytra/TsUr2a1umt9tXqnbdX/AM/SGSENjCkH knr1PJ4wfz7+/Wir8kZB4PPfPfPfGR3H8+lFW0r7J9dZJXvZ7aW6/f6BK93r22kktle34/n66/lm T5toAzww92HUZyR259TTJYSDkD1IwM5/IAA/h3xWr5e0hQoySSNwyDzkc5xnAyeO2M1DLGAS34YG OvPPJxjgcCjT3dU7813rdX0s9+9+13vqzO97Ppptp/VzMSPlTghVz7g5znnkjnoAe/TkVPGgwcAk Ljljk5H8sf0yeandNwAXICnkjPAPIx69vXH51YEAC4B2rtYZPBz7A9eccn86XfySa7PZbXe+jf8A Vjp53t/nf71b5mdJGH/3vXHAUDnPbjr689xiv49v22p59H/a6+KeoQ2N7qQbxRFaiHT4ZJ5BPNDa iNZNit5QIdHLEfKjBiMCv7A9UvbPR9OvtUvZUgs7C1mubiaQkJHDEhZ2Zh6kAAdTwOeg/la/bG+I ng/4gfF+50rwNpUerpq+s3rz6LpUYiXXtc1Cdi1nfuPKHk30T2x1y7uysEGmTRiWVlRkTswvClHi fm+uutDB4RSqSdHSdSo7JQUndKys7Wbt00OTG8WT4VoVa9GNN4itHkp+1+FJby5d276JJ73+Xg/g P9o34u6VqekaZ4M+HOixOdF1DxbrWp+LNXdNP8LeBNPsZbx/E+uW9rNp80Ed7aeU2mWks8UlzcXM EMcju6hvjf4l/tp/HLx344n0Hw2vgKws9Ru3i0+4/sHU7mWaAukRuWE+sSgKz+Y6KVx5YjOTvLHu fjD4tsrPw/4o8I+GtcbVraTUlufiP4zglc3HxI8XQT+fHpliGxcT+FdFvle9jLomnpFYQTxgzpbo fhLTLG9PiW2vr+Voba9uo7aCARiO58uNlZ2Mow0c8xkCxRbsW1vFLJOYPt1sLn8e4seBy7EzwGDw 9CGX4JSq4nFYyq2/aNctLD0oxSc5X977PO1dWSbX5hj/ABX4mqYlTp4+GFV2p1KMbWUmuWKT5lJx vfVq7VtD9sPgP+x18YPjX4RfxHqXxvs9EsZg8T/YPA2kss12mUuUtPtNpcM0ccoaIbmkZmQqHJFf Bv7WPwT+JPwF1O+02w+KFr4guFwsf9p+ErGBZQ80aNKRZ29p/qomeVgpUF0EYwWGP6Fv2GI93wZ8 PCHcV0+ykS3gjLtFGWZ8SO6r5eVbO0k7g4JHzdfw7/4KGzeJvGXxwvPB+jTtc6hd3VwiPczpa6Tp dukc1xcarqV5O0dpZaTpFvDJqF5d3EkcQhtmIZ5TGjeFGrPEU8FRwGBoTr4xwhSXs3KUnOUEnJqS aUF70r2ilrra5vmXH3E1DAUsTSzrGRrV3BU7uL5ua1nJWVrtt7uy3ukz8k9e+IPxN0fwd4s8b6hc +FLmw8O6xovh2zjm0y9s5tf17V7fVLuTT9OK6giySWFppfn33lrIbZb6x8wKJk3b3hz4k+J9biu1 1HwnbzNpWmeHr+9TTL4eeItd0XTtbbyrVzPM/wBgttRj+1fMdiL5rbFYCvH/AI0a9o3iLV/CXg+G 6tdM8F+AU1lLPULZwW1vUpHtZfGHjbU3UCSc6pJYeH9B0uZ/Mb7PYkxlYZSzZHgDxpqVjoWn+IdO txcvrWteIfEcmnOA17b+A9Cij0m2mmGGUWtzb6PPpd1BvIaG0KhWjK5/ass4WynF5dTp1cLGrUoL krYqi3FVMRBp1fZSu04U6nNRUrO7pvfQ9/JPELiCFGFV494txlyValRKSc1Z1OW1uaMZXg35dbI/ p8/4IY/EDQtc/aDk8KQzXdlr2n+GvFs82j6nbyWV6sK2k28xRShXkRAQS6KAQCeg4/rSEBGWIAAJ xkdfXIzz64P+FfxE/wDBLb9onQPg/wDtGeCNd1FmFhNcS+FdXu9QtcSroPiS0n0nS9bhldWMIRrq 1Ny0bBzHI+8Fd1f2/wBlNDe2ttd28iT211bxXNtKjB0khnjSWORWHGGRlI6dTjGDXRPARy2aw1FS dOMIunKVuZwts2rqVuu3nofX4fOZZ3H65NxVRrlnyvRtWs0tdH26db6or7PvY2+pwcDoCSeeCAen +JqR4hsbAOcjjJIOcA4546n6471bEZyvb1565Hrjp64PqOuac4AVmHXGDjJ4PHHbGcc4H5Gp79f0 Wl1663X+Wq6btLRWsk3dJX2vb1ur9rLuYTxhiAQvHBzkHPtk844575PvQsZ2qNgO35T3Gc9+/cA4 q86biFIzj5t2Cdp45Jx1I7Htk4pYkVjn+FeSc47dMHHfp19z2pa30Sb76p2ulbrfXpoNPRJ31sl3 b0enktPy9W+UPvbAx6EZbIPr19vrzRV7ZySAPmwSDng49ev5+poqHJptXl8nZdHtZ9l3G3rqteu2 94+a8lqvw32I4AcsCQ2MjPQdiOT3B44JP61BJEVkK7gQecgcqfQgjv8A41tCMA4AGD34wOoGOc8n jjnvjjFV5ISWJ24B6k8DIPUknqc49+/ts0lqve0V91a9nrbTuu66PcyXo9E9rfj5GSITj5srkkMQ Se5xxxnI69cdc81LJEV9winnbjgZxgc9jj1x61cclSgVV/2zjjp1ySeT39+MA8U1ldjJy2SBgHGB kg4Un1/LBOM1nq9dnfpd6O2y7P563e+z2tddej16b7269n9x8YfttePpfAnwS10WLsmo6vFcQIsc gjkNnBCHuShIJJMktsoXHIJHB6/ycDRtZ0vxMz6dqEumeM/Htnda5qurXztdQ+BPCuqzXCwMY4o0 k/tbVbYPdWdqoSVbe4tIS+V3n9d/+CtH7T154S8W6Z4Q0SS1uTo1pNDNZzxx3MMt5dyQMgaI8O+6 GL5WBTA3FM4Nfm3+xjFL8aP2k/BPgjxXIt6ur+JLLxH4/uWWFX1HWN1s+i6F5kMaNBpOhaZDpllH p0DRQM0MrzrJNLM7/vGX5Hi+HuBFm1WEP+FGjVrxp8q9rJSlKFOMLptSmoq8ovmjFqSs5Xf4Txnm 9DNM9hlcak+ejVjTXK0kpe7KUXsnu31Vnrqrnzj+0R8BtZ+Cmr+GNHvJr0x6vY2s1npkVqZLyVZE jnSJizBFurpwjSOUkRTumdhEjxP8daxLZ6BK2uXWqWF88bC0ttLiAElrqbSEyWkMzzBpxDF5L314 9rAWeWGC2t5RHNIv9KX/AAXL+FSfD+TwBqvgsT3HxJ8VQx6LpEySMNP0HSYLZpNZ1PYP3Fu9tpsF ypvJR5kQcrC8W/FfzM/Dv4K3vxe+Ill4I8JTwXNxYzm78aeN9Vu2msbGS4mVWltIbiRrOKZBBciw twDcSOb24nknjWBIP5w4k8K85z7C4HGYaMcVmGf4tSVKMXGlh6NKaqNRh8LrSpRlLEVv4WHoKpTp qDmj5TGYbDYfMquFkkoRjTlCEptyqT933nraNNbJ3vKWqfV/1c/8Ez7fVdc/Z18MXT2jXN7drcol jatkEteToZri6k2rbQR4yrOjOUG8oCcV/On/AMFF9a1j/hoP4h+D9J1UXGkxavPp3jDWNDmeZ9fu IrlhZ+F9EzDFL9he+S3S+uFYNcQwssaFHKN+8H7P37QPwr/Z5+E0fwE8F+MrXXZ/DdlcQeKPFUd1 vvBdXHmXc9nLeRTLE91/pADRJGhttwgiVFjUL/NL+1h8VLjwr4/8Ua7Ho+fGOuz3i/Du1uYP9H0u HUJGt5PFt9bsAbq8tNPnmm0hrktHFqMlpfBZHtwG8irlFPJsdVyPK6tGticDRjDP88STwuU4aKjG th8FKV4/WZ2nTjLWejtJRuejxPjKX9m5fh6KjCvV5YKS1jSgornqSvJ8totqNra9T80/ikjWV3f+ H47i1a7uI7Q+IZbZnkh0i03zfYPDKlokZroqtzfanKhEYJsI1BZJDWX4a8Qa7pM16NLhSKTXLPSf AOhlreSeG00cor6m9uN0aySXy3891KFIEc88kbBmRiZU017jXf7Ba5l1Nytx4i8X6hceXLLPdTuG WOScKsiDeCwy5YKHVTsytW7XWJLexhnQSx3VhNqlv4Nt4o0EC6pf6hePFfxoUJuGtJ5UukYlsweT Ap8pEUfoHB3EOExONWWQoP6hToezowXxLCpKEq02/wDl65f7RJp3nKprZHHl2KVKhSwuGqSXuxlR c3bmTlZzqW2dVJuC3cHF9W39l/sz/EWax1zStO1aN5pYhJYNMzKJLCHUCIrKdpSVaZrDWX023gUR oURzIxAQqf8AQH/4J3fGn/hdn7NPhK9vLjzfEPhB38Ka+GkDymSzjjmsbiTnOJ7aYqoPH7kkMQOP 846SCfwX42gtIblXfR9ct9NutShdQLm0aU2Kahdbf3ReG5lt7y6dFjQXMavtXaBX9gX/AARR+Nja f4+8R/DTU7wLZfEDw7pmr2Vu7ApH4g0J7i2lWPJAD3NjqEM7qPvKqN6GurHJ18JUko8tbBV/Zzi7 OaoydqSv1TT52fqnB2YynVnh6klZy5L7K6UWpLWy5raPrdPY/pYESjgpkkcHnBOTx1Jxjuo560yS MeWeecHPGP8Ad7njr1Oe3etFh5ZVcqQTgMcAjPQcYHHA5Ht601oQAevB5yME5AHGeoPHXHfHBrwX K60vdWe32rRXa2uvzVvX9La92y6/fvHVpK+3X77mJ5WckAkkjJPpg/ryOOSaQxlQOAQeMYIHPOTj PXp9OorS8kqDkhQCPvDkbunI7dff+sIjGVwMgg4yPdsD8ffkjHTOacVPmXvWi1e0tWndK62bXzVu uoveVnd2jbbdvbye+n42epHFHwScNk+mWwM9evTgZ4HtRV2FBHksdu7PbPORwMc/5FFPn2unstlp sttfT5jT73eujs3pp5fPrt6HQCLBJXkYyM8cegHr09cgcVFIDwM4zj1GO/zZGfTJP9a0NiNzztOc AZxwDwOpOOoH07VVkiyQpDBeobpz3yM9sDB44zWknJK0VeLbk0n8Kt1jt10trt8o72a+FXXySfle 773uZrRksG5cqSMAEnqcHA5GMfl1FZuuaimjaHrOs3DhItL0y9v5C2Av+iW8k3U4HVdoBODnHXFb 7xsCoXjAJz0yOcjPJ+UEfX0HWvnf9q7xP/wiXwD+IF+snlz3GlCwt2BCkte3MELgEkfegaTAHXGM 4NdmUYZ47M8FhI3bxOLw9Jx6cspwUr28m1Z76rocuMrLDYTEV3/y6pVJvS/wx0s/Xtv10P5B/wBs XxbcfFT45+K9VmuLZrfRW1TVJbq8mVIIJUZo7ZpDIQAUQMkWAcyyxovzSKDP/wAE71/4QH4reDvi dqpNpe3uqx3VmbtXRoLK7vSVuZ9674prxSbnbIA8ayqj7CCq5bfBrxb8YfiFeaRb6l4b0i1ac3Gu yapqM9rPdWrXBmsLTEdpMHe8ljmmdDIBGtkgLMZcL+hHgv8AYm8TwaLpur2HjXwu+rrOXi0WDz47 ZrW1naJETU8s4eQRHldOKxM207ipJ/0Eng+EcFl2Hp55iYQo4DLKeEwGHnRnVpVMZOjFSxnLCEo/ u01STk0ozi5aH8kzpZxmOfVcxoUZVH9ZqVpT9oqd4RqcsYWck9VG7stVoezf8F05te8X/Bz4can4 OtWv9a8W+ItP8P214hQwW2jXVvcXU+ozyBiIbIxWqyzuwHnITalZHuFjf+bvW/EuofAfwZbfCjwB qdu/izVorjVfFGrJDHcRWC3kaW1xqFzcIsixXkwU21pESLoxQsQioGr93f8AgqX8UNb034b/AAn8 FaedGbxDcaa+kukeqSTRaa+jWhabVJrR7KCS30zT7e1mla6M3mXV0La2jiH2ksn4oeDv2dtd8ReG tb+JXi+9Xw98PtLjlv7rxF4h8yyv/Gl7CshlbSo2DAWFoxighjkffI12HQMCSv8AJ+P4hll6r8Ic L4rDYvjDOliMPi82rPmy7grhfm562JlUlaFHE4qnCU1TUva6p8j6vi2OLrY6eIw2HqJ0qNNySbvi Kzg0otq1qVPS/NaMpJa3Pl/RPEZ8BaJ/bFzeyrYRXFy2n6fJLMLzxRrUztLcXUyruldZb6SQsWz8 v7sAhQB8t/ETU9YuNT1XxLq13ca14w8QTNLd317cPcXBeR93kp5jO0cNsuZpG+WOKOAgHJUH3Lxb qS6nfXHia8jNhpNnby2/h7SSF3W+lxNIkN68eCDeX43XKqOUWWPc4fKr5n/YckxvfEmoWVu72bWo exubxWkENzcQpBYQKqZkll3Ib2UJtS3W4AyxWv5e4rzXKsVm9Hg3hCrOrw5lNadTNc7rpwq59mMX B4/NMVUlyuWGjKM44eDXLFaLWev5uswxlKcZ46pOUede1pqfND2id4UFr8HWpbRNKz6Hgj6TeWFr baPZyNJq3iVmvtcvVL+ZYaXGygS3UwB8trtzNFbxlvMEVvM21Y2LHJlndLu51/ToZJ9O0OdfDnhc RB2FzrUcUcIaF8bTIs8ib2VjKIfKl+4yE+rXXhy9uLh4LBi+oa/OftjIGZ7K1BEcUSgZ+XbJKyKg by4ba6kbLPGBgeK4NE0rWxB4Yuornwd8LNOiYTpGzx+JvG88C3GpSxBmjYRHX3uNFs3dHkaysba5 eNDJ5a/X8IUMIsficdg60KeFpUaNHC2bl9YrNQU6uIktIwULVPZt+7TcYNJqx+kcO1o4+lPFym3G DsndJzlLlUoqLd4rlUaNNWtGnHm6mrrfhiPwzplhpkWpR6rqUmjyaZrdhmeO/wBK8SQ+Xe39hdWt 3HFcrdr9juxdusTw+ahUzM5Td+x3/BM742XPhvxV8M/GJu/K1Lwd4s07R9YHmlWkttQRo5bp+d2f KihgyR83lY528/ktJpCabaaRJq2vQXni/wAPWGna/O8cbzw3l9rN5YnULS8unEbfbYp7lpblDDOA IpovNCktXvH7JXi/+y/HfivTrVJbe21y2gv7G3Lrvt9S0a7WVkXaCCZEv7iUFdnyBQelfXycKWb4 vBzq0pUswozlh3TlzLmpJTdm72ceX2aT11sj9HyTMIUsbTnGc4qcqUIwlGSVSVNNuadrJPl20tqm tT/Tk0y+t9W0vTtXtCsllqthZ6jbOhyrW99bpdRspGRhllBHPTirzLuV8gHJ5HB4BHB7ZH5/jXy/ +xH8Q0+KH7LXwe8UecJbgeGE0a+Od7rcaJe3mlKrHJ5MFnETuIOD6c19VCL5WwA2Txxz+XuOOx5z 24+dnHlm4zXwOVt7qzja9vNdd/M/eKE1UpQno1OEZaO61Surd76t2+epmlTyVAOcKSSOACcADknG OT247moSucAAqwOeBwQCe30PfnPYdTptGMcDG7AwBnocnvyR36UkUa78k9QOq44wM5/HnnGQcGiN 736NPXpe93o+1/u9TRJ6O907aPVWstbd79/zVikVbOCDjt0GQOAenp+f4UVeKLuYtyDyMErj26Nn 8hRVJt7p9td2HI9+ZR20s3bbrbyVzf8AL6DI6fd54wcnHQA44z3HTtUE0YB4wF685yD3GTgc5z6/ rWn5YBxzkA4/x9cdMA46c1TmAz0yecdc8YzkZ4I7CraSinfdq6vq/hbW2no9PM51dWt9zdtLW6J/ 03prpmbSW5BKngEduDzye2PYHH5/m7/wU28Wf2F8FrPRY2zLrOrWnybtvmLDN9w4/vdATkKSGC5A NfpcsZb5+cZyQeAcdBx3HHWvw3/4K8eJxAPCeiGQsltGL+SFZVjyY9l1GWLMq4RkVipOW2gBSSK+ +8Lss/tXjnJMNFPXExnda2cWrN6JaSat31v3PnOLsZHBZBj6z2VJxkk7aNK/zaWv37H5x/D2x0KP Sk099Fg1LxNf699rvbvMX9pzOtunlNHfSJIbeK0jAQWiKsT+c7lNzMT9ieIfGXhj4SfDiT4jXeri MeHbSaePwyZ7T+0L3VXklmbS7bEW+V7q8d0ijjTbvlG1Ox/ICyuGmja7tGIkllMp8qUNLuIUgj5s 4OMDaeSoBHFc/pEer+OPFbX2uwG98L+GtThSxsr9pDFquoWjxteGSBwVMUM+61eV13CaCVBnaDX9 q+IXAOZzyqlRyXGweZYpuNOnXo/uqXPG+IxWIk5PloUFq0kuZtWZ/L2F4tjQqyh9Uc+fSnVpydoq 65elpTdrtX6d9V6X8Fvhz44/ac8SQ/G7443tynhaPVbnW9S07XbgQm/0zzmvdP8ADNhFCLT7P4Yt LtbL7aIxnUorWOO8llWWQP4V+25+0cPilcWnwmsH8M+HvhT8PdTnliXS7OS2/wCEjvxHDBFaQRLd EHSdIhhEjwWghW9ublZLlpTaxhPXdd+KGuW/xA8P+ALi/vnn13UU1D4j6tLOkGmeEfAsRN1rmpXz tKtsuqXdkjW1rZIXujJdsY4/MUAfIP7anhvSfhf8Q7zwv8NtBWfwT8QdL0/xFa67Ho8ut+INfKvN bQ2mnwWdte3yWltJI1yYYVUme8ikljBELH/M3xPz3LOE/wC1uCOCq9POM0r4qMuKc8hO2IrTqzUq 9B4hOUoUmk4QpXdqblD3eZyX9G8F+F+HzbKsNnvG+YY/I8szSMqmDweGoutmeaRslThh4NKVOm7u XNaULRbk0tV4dH8AvHPjX4e6h8adN0q+uPhxYz6jBB4ibT5zprrotxLZ3twrDEDLFd21xCkI+WNo fKOWRifnrxIdNn1Ka80bSf7Ntrt1sNKsJb59RnjcEo8+oXMjcXk20yXHlJBDEfMEUMSfKP38+CXw 3/an1L/gmH44s5PDfiPUdT1CPxXpPhXw9q+q6EmpT+GriS6gsI30HUtXjuLR5A0jpa31tb3sUkje bBHKSK/CSXxfaePvGTaV8R9Mi8Ba14b0a/8ADdvJoelpY3z+KtPtms7LSPEdmkNuvmXt5ELe5n1J QIWZsuELNX4Nicyx9OlXoxw9ClQrwpxxtXA1FUq0qMZRjGlGmopyptvnqWkruLveyOjNPo5+H+d4 athslx+f8N5rOvfLanENOMsJj60rOlQqVYzUMPOq0k3NtJSjZN6HjOt6vL4ZvbS30m6aTVLq2uTd ahCiyPaQqqxXUtujK4QsJ47SB23HD3JQhhx5M1tFdzfZbFWFjp80d7cxx7mNxq80ccsNu0eWEzWM Zt45XcO7X6XLyEszCvXdX8O6rpJuY7u3nttd1SXz5xdIsQbS18yG3vLPBMX2CIi5QmNtrXMqgA7Q Rwbx/YvtEFgJZra2VhCMiJridmZ3neQsAxMjFmwzYcsBzX6hlucUsFlWByrKFKtWxsYUaU0/3qou f+0VppXarVqvPTirtxoqCb0P5nzvJc28Ps1x3DGb4V4LGYeuoVZSlJU6qkoyWIoycUnSlTcY05Ru nK8mot8p6KvifSrnw5JpTeHhc6paQ6hHrnimQlTca3fXceoQIkaKkEcdtBBcwSlFA3sqjBOKf8H9 Yk8LfEnwnqpbbHd31lcTEgGNjPJPp2pQkEYKiOfTpMA4BYMcEVb8GyX2j6Frfh+z0iLUYLLTpbfx LPJEsxtb7V3jZgqsG86a2mJimcg+Q5M25WjDDkIHlAsbhEZZdG1HzAyEhkiuyhmJA5Kq+n2YBydp OBjqf0fiicsnxXD0qinGphfYuvKaUWoyceejzX/eP2lrzaTtd2Ppcqxr5cFUd5Rqwi6T6t0pJuot XZSipXjo7vXdH+gv/wAEfvGEGp/BDxV4ISQbPBvjDU1toi5ZYrK+kju4ChJY+XMJzNg8fvDg4wK/ XhV2qOhXBGCflOepAJ6+47+9fze/8ENvHJ1XUdcs3nLReKvA+hakwJwr3+jWI0u8JyeZPN0xt56l sk89f6SgmcnAKjJHrxjH1yOuTgmtsfCMcZUcWmqjhVi09P3kYzSafa9rq3of0pktZ4jLsNUu43gr rfZR2dtb3+/o7spOBg7F288juvv16HOePzzinRRkg8dCM56g9Tn6/j+IqaRdo+8QSQTjqQcYwB0y frz9TU8SnbkHGAeTjJGTx+AOeSfrmua0na2iu0lok2mr6369NNex66ulq07ffbTffXf10KkiB2J4 xzg45PPfJ/lj0oq8U544XnBwOvHYHPPr6578krJ023rJryu/JaWT7oTUW7739fJdHpvb8e5r42Bj ySDnJGMk8EZ5P144464xVBlZpBnA+b7ucgnuPfoOoA/MVryJwwGCoPfk5B5UHg8H6de9VCm5+VI5 wFOeMYyAc5wcg5x6962i3pt7uj01vbdPr89VbzMUtNXdP1TW26Xzst9X1KzKw6jIIGAANuT269Bj 3/Kv5lv+CyWtyXHxNstLSRsW/wBihUbsAARqGUADBAxkgkdOM54/p5aIqoBUcEbcAgcnuM569z9R zX8pn/BXORrn47XUQy3k6i67epUJ5gGB7Y6AA4yeOlfvP0dMPTr+I2XSqL3adOdT3uji469LX10/ 4c/OvFCrKnwri+TRzcYvWzfdbbNb6/gfnt4Mb7L9kvNqSPBLC0MLrmN5YjvJkGfuDA46sW9Ac+wW LxT6vca5cW8Xkrc3Gt6hZW8axRS7Sbqa2iUZCeed0acEhiWPJNeMeHIJUt7WTY4Rw4icglHK7d+3 oDtLLkc4yM4PX1e1utTs18Px6Zb21zfaz418I6KsV4GFm8E+rQJem6cOmy3+zz4uG3hfKHOAK/sn xx4gjwvwJxBnNOryYhYSeFpVU7On7dSj8T6J7tfJ7H4D4b5L/rFxXkmT1IKpSxGOpOcLO3LGUXK9 tWrK1r28rn5sftQWfjqDxtc+G9RefSbvxN9n1LxWbC+LXZn1S6g1eXS7yE26eQIHiO1Y7mRYoInt 2RwxdfkCf9obSrX9oL4ez/Fsal4m8IfCy3k052n1hoXSxVoZ/K0+CO0mDXfmRQbxPL5ckcaruiKl n+4P20vHNpoerTfEJhDe+I/Euta3JZ25nMy3E7RXto148yERvZWstwPKEaJGcx7SMCvMv2C/2a/g D8SR8V/if8edf8OeJZ9NTw+tlpOvy3+k6Fo+t6pcarPNJFd2Oq2I1wLb2NvHdQlhb20TYaLzZFkH +Hyw0sLjM2zHGyqYhVqs/aToqXtcVi8RUjCVRPVy5Yzsm20tdEf6E8LUc6zjjPMc/wAzoLDcM5Fl z4e4fwj5Y06cqEowrYqjBr3VUi5R9o273aTsz7wl/wCC237Luh+CxZaB4a+K91cW8M1na+FrW20S HR5IEklKX0uoSasZUknLtLKBZSeQTsBmKFm/GT9oH9oz4aftLfG3RPGPgrR9T8KXPinSLiy8UaTM LOKws9Ysrf7VFc2ctq7PqUky2k5bU5lsZpJHUtZJ5jGL+h5PEP8AwSy8L2dtoGuXH7KkOqaZY2sO oQR2vhuOJLhrdJJEgkvJrm8eNt+V+1XVzIQf3kkjEsfA/jT+zR+wn8U9H+3fCFvhvovi1Qlz4ffw NdxWl8bwDyQx0+0vDBcW6xyyCZDBskiLFgSNw8WVXJ8qlUxP1LM6bcJUqlWpKMoxU3F2nT5dUpWa 0bWu599xNkS4m4azXJcHSlhsTj8LL6hjJSdoYum41MPVjNP3XGrGN5p9Xo0mfippuot4j8Bp4T0e xh/4SHwRrGp3s+szzK9/q2h61BaxvbBbidP9GspdJ84COSYrJMNsI8xmPI2Flp9gZdX1l3GkaIlv PJPHGsktzPNElxawpbs8STPKJI5JIzNEoEu0yDg16Dp3w+1r4afGifSPE3hy51p7MX1jFYxfabW1 1H7Rb3bWFyZIZA8aTFJj5bOys8DsQQFVV8HeE9S+I0/hvR73w7JonhvQ9T16fxddoZp7W8nsNe1I ywSXMpIZ7XT47XS44gwVfsa7EQMFH6j4T4PB1+JYYenSjiealQx2WSm3yxxOIqJOVTmulhqVRTqV U1yJWSSsfx148ZDjs34F4S4kzqj7LifIcfLhziKcfeeJhQ5oYWtKcfj9rBU6vtHq1K+ieljSbXT/ AA54Tv4bLWL688R6lDPqesxXumxWq6lFf3Md5B8qajcPbX8BKzSQBriFI45oROSVevMUmia/NoI2 3XsckZI6rMzRzIxUHhEEDrkFsl8HAzn1vxdeabrnibxvrHhjT55PD1pb28UcksbpLBcS3MAeeF4f KVLeQb4V+UhYZSobdhh5tFYtbNpmqtbybpLXyoZTvVftBuZVmLMTiTyopUyB8w8xN55GPt+MsRHi DF55RozlVpZDUoxwVaPO41vY2hVfPJ2mnKXM5RsrpdUfhGSqc6eXzb1lUnHTWnKE5JKUXtG/olZa H9SP/BB7X4k8R/D9PtW+W5k8UeHri2ceW0IN/fXkQ3Fju3rfrhSox1BIIr+u8w5BU84Gc9OmCDjH qPp6D0/iY/4IY6zdn4v+G7OcqDp3xHS2CxAIj28rWMEcu0Z5lt1j3nne+5zgtiv7ezF0A5JJ5PPG CfX2AwR3PUZr0puUsPl1SorTqYDDTk073aiovVabJWfVLS92f1Bw4/8AhPp0t1Tsk+1lHS2lrfjp pbQyDHwMjLHjI4GBnjt0zn056dg+ONSQvpyRyO/POe+eMdevrV8xEMMrk85wASD2+vr7Y5prJtJX AJx1OBnvk849c9PpWUZK6tJu6b1u7q6eytqrtNu7/I95W5t0k+t73v1tfW23yVvKpKpJwowB9Px6 +vXp9DzRVsIkhbcGIzlQBnAPsOw/z60USm097baO3l+r/EFGHZPzbavt57enf0NWRN5I5UDlT3II 6EDuPfj64qKOEls5yBjjI7cZz14GOAP55q/JFlj8pwf7vB6Anv06njGfQ06OHB+bjIAHpx1HBPsM 9e/NNSsnq05a7N7Kz376q1+vkzJR0VtEt+2zsr39PR6dSAxArydzZxg88A4xk4PGPy9q/lA/4Ksz Xth+0XeX9rK9vNBrE728i4DIy+cvmD+9nJ256Fg3UAV/Wf5YUZAycHIB5z+XPsM1/LJ/wVP8M3er /HLV7qJl+TWLhAMoTtzNgEZyDxjlTk/U1+6/R7xuGwPHuEq4ytSo0ZUpwlOrJQiruFk5SaSb1tru 73PzzxNw0sXwziKcIynNNNQje8k+3ZbeXU/MPw+t1Kn72RmEkvnjPJMkm5ncY5BcgbsYB2rnJUV3 1/PYWF58Nb3V4pLzTLT4gaebvTwZGS/kuJNPjtbadUyDFLIojmMmIwhzIQoqjo3h+6sEjWaGUFlB 3MT2Jzg7RxznOOeemK6y/wDC97r2gXFvpblNR0i907xNYOozKsmj3X2uXyBtO6dhAPLUgKzYDYBB r+pvpFYSGf8AhnmuHwThOHNQqc1OSadODfM48rbS0vda63PxzwexcMj8Qcir4qLpRjiI05p393nc VfWyTSWr0Vz80P25vCVjp9t8PtQ0WHUvDfivRNB1TRNUvbW++yRQSs0WmjShDaXAgjKpI8d3PgSD a/nsHYg/ixD4m8Y/DPx/Dc6jc+IfOsbiGQaYNU1C0e8spZ1uZIbeWGZWFrftEEkeBikq53lioB/p t8XfBiT4o6RqMni3XWTXLWLw35k2traWVjY6LfeL/Ds2u6zJJFdXSvLPKqK0gbgzlCAGJr81/wBo T9jT4o/tIfGfwbo/w08LaTpiDQG8KeE47m7l0+98Xpol3eX15rF5ILR49Pm1BLgW+ipMHFwtjcPL LEjQlv8AIDA8SvLOKq+W8yqThKXLXS540qnK3GnGUtJbNNbpO+yP7y4JyPi2pxPxRh86rLFcG432 mIhh8XUlTqYSLlGVJ4fXlUJRtJpbRvLRpHznba78GPjjD8RfHXxRbwl4Y8YeI9e0NtB8KaJaSyar o+kaLpGj6LaaTBNHZ+e91NHphnvXeTNxc3Ms9yzSSyOe/wDid+zz4f1y88M2Hw+sda8Q6zpkEOu+ JvE6XRhh0rw7pvlNcytJ9oWKwJuGtrKMgx3E9xPFb26yTzRxv3nwP/Zp8BaZ4pf4Q+MvBGreJ/jf pWrar4bvfhJbeHbyfxmdXjvZp9OjN7Jd2eny213pt1p182qTS2enxwXQkju54FEz/oTpn7Lnjv8A Z2+JGoeHPFdlpGjafLb23hrxNomh3V3qWieEoNRVNU0a71PVbu2gfUPsWv6fpMN1HHBbwC9aMiZr USSr8JxHjc7/ALVx2cwWcvD0sVVnX+swjQwdWtVjFRpUYNxqTioQck4QcNm2k0n/AEpm9bKsv4Lx OQ5RUymnmdXJatHJoUKirYmCcFBYiVRNqEoe05oSk4tyT5b62/G7V9M1PSNa03VItW1+LTbe7isr SfUdS1W586KOGaK7vFeSSSX7LELkRJLDuCHzeRtavTNS123+Gf7O2sReG9ZnvG8aePtWstKnivp7 iK4twtot/JZ/O2VW9e7i+04WWYx+bIS7Enuv2qNL0Dw949soNOmvvINtfatdWGltbFNLtXngtdKa Pc3lvc3N5b6vNcWx2Mbe5spIw6xyGvIx4cuvHPjb4Q/DRmcaZoFm3iTWg/3kn8Uajd+KZZrlUQRp La6Nq1hbzdB5lu7KNpAH6p4VYjFYzErFYZ1KVbF4SOX0FytSVXE1Wm+b4k46yb21utHc/wA+fEvD 4vhbwfrZdxDjamOzLOuI6lWhWxFV1atanhoOnOKcnzWl7NdrdNkzoPB1hqvh/wCGvju3lS4lfVrP TtJ1BJpDi3jih/tvy9u4h/Jm0qOBYQpEYbdtUpkYl5ZzT6NZyC6aex06XULqOzkZpIY3vYNFigZY huSMs1rcgthWPl8k44+gbHSG134Q+KPE5jMP9s+L7g2oWMhWhnlutPhjHzAeWEuxGsnIdTwozlfO NH0OWPQry2uEWWSKPQZJgD8rLZS+IRcorHaNpN7pwfg/dUN2Ffu+YZLSo4SVPDU19WxOU4utSdtX 7Z88E7p3ba+J9dup/N3C9Go6WWxlzuE6cKi1dlKVmubtZpNLfT5H7Mf8EWNNurD486DFeokUkvi7 wnqlsYcCCSO4sNFlB3RnacSF1kHVXDbhkNX9xm3k5HAyevQEHH8yO4znrX8U/wDwR68i8+NPw+mQ Ksw1uzS7jifIt5bPUjbww52jOFiSQA7eHGBt2k/2yyxEEDGckgjp8vqDznA7frxXy0pN5dlKmlGp HAqm4q104S5db6PRJ7/kf0/kKccK1HVe6r9/dg3a/Vb9F+RSCFhkA8H888fhgZ9c5+lQunLbsBug HHI9M568857/AIZ0GTHsAOeAD2z3GeOfXrxUIhGGfaT83B6k5xk9cgc+9cyd29Vqlbd6XXyTltbT Q95PZ6bq3W60snfvf5X3Kka7sk5Xt2Bz75x17c8+lFWNmR8qtzyQDjn1J/P6+3cocG9U4rZWtHov Owct3e6Xqr9utn5/0teh8ktgk5xnAxjj8Bz0xznk4OeKVYBuGTweNpx1BzwPU854yMeh40WhHXJA wA3UH6jkDrjOOMfSkEWXBAzjueOp4Oen4Z9fU1pKSvFJp27ddF12T27/AInPr076+n4dfXuVJYQF JA2kgdRjBHHQc+nPHXmv5Q/+Ct/wV8Q+MPjb4h8TeF/iTrvgfVLHUp542tJ7J9KQDzk3Xljf2tza vGS4XlVYsQQ4YBh/Wa6D5QVLbsbsjg5bknHQDqM9u9fyof8ABbizuYrD42ajbXBt3g0q3UYl2O6T 69pcM+0Bt5U27yFiARsDD5h1+k4aw+HrV8fUxVepRhhsBWxMJU5unL2lNKUffT3benXra7RwY6ti YTwdLCxpzniMXSw8o1aUasXCrOMZc0HvGz1ta1nZpvT8pfD/AMXfiN8GNR0nwl+0vodheeFtakgs vDfxZ0O2kttKluH4jt9bUSTW9rcTI6PHKksEMh3gQ/Lx+iXwv8J283jfwzrFiY7/AEIPb6mSGWS3 1CylWOeO14Bjlju0+RQQwYSZGQRn5o+KXxM/Z/8AD37HVn4L+JmuaFrPijxH4Cs7Lw94R0+aLW/E mpavNaxnTns9Hs/tOoJNBcBHN20EawJu3SoGwfoj/gl74c8aRfAv4aD4iWl9a3Ggs7QjV45TLcx2 dy8+l2rvMGdo7dttrIGJVGidAeCB97wZ4l4vC46HCeY5t/amT5xgantKeIqupPBc8U17823ePM49 E3ppLReFxZwBCtlOK4qwuVSynMMozWOGToUpUqeYOFRxjWw9LSS1jzSS5o21ult+eH7ai6V8D/iD 8OPCXi611i98D6b4ts73WL2LVNVgfxj4NPiOwvf7KneyureCeGyeOzLWU0U0c91DCkytGXif7M+C /j7wHqf7RPwe8YeNbzwNonhjxd4c8Z+INB8S6HeXdvo11bfDmDw5b6HoNwtzql5baHqskfi+5i1N oRFJKbe3O1NwUe7/ALVnw8+C3jzwVex+LPF/gcPpd7Zw6T4pv9d0Hy/C3iBdVtZPNF1e3a20Ut7J HLpkunzyIbr7a9v5EsrrG34Rah8B/iZ8KfF+r+KtA8aPqHw28Sahf+F59T0K7sNZ0+TRtRXTdSvv 7C0OKeW8aXUtQ0rSPOWHT1trp7CIRvK1qNn8yeIPCMeFOKsfmWWKhmWWSrVsUqmGcatSNWV5OHsV aUbJXi+bbSyW39M+G/GWB4y4ZwOXZ17XJ89o4b6pVWIhUpUsZTVNRjVjiXBRc+rVTouVNp3XA/Cv 9rH4pwf8Fh/Hnx6tYYjr3iP4pa94PEYiku9H0/wVZ21l4F8NzXDvIXGi2fhDSNJvLy/SWOV4Xku/ tEbPvr6h+H37cX7WfxT0n48x/HH9nfwV4y8zVdd8HfFC28ET6to/jTw9qhF7pnm2WnX2o6y062tw Tc2kVtBbybYFlimR41kHxR4I+Dnj/wAG/Fnxj8XdD0f4nw6mkPiJl1jUvB2vJe69Dd2sun/2NLpO o2Ea2KXNjBDbw3N1DbaZBZSWzR3KRqSvu3gjw78b/GOkax8fPh7ompXev6HYx6N4l059TsEm+KOg 2skVnf6Pmzvngl8QaBaq17o+txyEyyaf9na/UXZSX4fM6mZcScmBwWV4qtN0oYiU61CpGFL3Ve1p csfdlrN8/I1FcrTdv0HMJcLZHOjicfmeVwqPB0sJh1HGU5V5yotJNU4pS5eaWulnzpt6K/F6V4N8 B/FCQNoGqQHT9Ivb/wAYfFg66sq+K9Bj0W1hg8OeEI7XUp7m9s/NYX808kjyPcBX8rykQqfOvhZo 0w8L/HL9oK9h2xXra3pfhMIhSOJJY5bPTrS2JJLC1sPsdhHhid1v1LE49Z/aGf4M/HL4O6R8RfhF aax4Y/aP+Hmr23hLVPCl1Z36+M9QTUoLu8utG8Z2MyHUNU0h5rBlsbm8W8s0lkk+ySHfLXh91+1r 8Jrv9mnwr8HfGElt8KfEWleP7jQPiT4efTrz+0dHW11gXWq3sFhFayTzI7XNw0QETBABGoVVUV+q +HOGocL0YRrRWIr06WLr03fmrRzCso06Maj5fdWHSThJJbWa6v8Ajzx6yfO/EbMKFfKZTngcipyo RyaNLkqqpWfNDGU3F+znTq813OL5lez2s/s2L4bzeE/2afDtlrFq1vc2134JOpQyZgMFxqHiHRbW 4SQtnaY3uWDA8ZBBr5gg0VX0O7tRHKWuB40to5w2JJZY7/wfNaoCB/yxhW7KEdVmc9uPpH9qr9pT 9mzx7+yz8Yfh38OfiRouqeLNH8JaZd22j2d3KNRkWw1zRmPkySoizzwBfMmWGWSeFY5HdRsYj4/+ AN38VfFEPhbWvEWiR6L4MFho+laXbSTxXGozXt1pfiHydYvmLvKyamLJ4FIZ4ibKMPtcIK/U8fxP gauZYDLcJTVfD/VaeGhKm7uEoQblCUWk7cqk23bTo9EfK4Hwsx+B4aqZxWlHBPAOjTeFxUHRnUp8 iTlSk788uZ8qio6XbvZXP2e/4IuQxWPxt023J82Sbx/ZT7nY7oEA0+NIgehUpGpPA3yF5CSzMT/b 9OnVgSQORjr9ABgDJ4HGeeOxr+I//gj3aTWX7QkfnwrC0fi7wzGyrwTNbW+l6bdMy5+V5Lq0leQH G5yzc7tx/t4nYseFIAxxk8jI4xzjj05HTPWvnc5Si8KoQVPljUXLFNKKc1ZWstL6v8lc+m4fclg1 zafC7WV9Uk79dbLV/Iz0VncHad2cnnOcDAz2HoAMfyxYljyCCrAjluoXGMt0xx1x+WcU6JGZnByO hAJIHvye3PAzjOR71bYMwOAuOmMHceOfl6n34PUH6eKm+aztounRNL9fl+n0CtzJdbW9NnZJeXy6 J7mPtBJ2kISSeTnIyfw/w6c80VblTdwSMAnGVPHXgcce47mipXLp7zXdXWjvH07rW3n0sJ2vq3f5 aaruttn6JvudTgYxt6YweeAehxgE47emOlO2cjAGMHk8nJIyMccccH68CrGz5Q3G0nnB6dMAng9R 09Tg03BwxB3E4wB2+bn8CAD68V0SSTV2l/NffS11ZWt2VvnuY999Xp1tp/wP6uQ7cnr935fqPXPY 4Pp19K/kh/4Lz/BU+P5fiF4ri8R65pz+EtLa9GjaVMY49XCzwB4bqPDGSMKxdgqMflDDgZH9c+CQ cgDAPIGeAMZBB6DHp269Mfzq/wDBT2zt5/indW19B9o03U7mKy1C3bBjmt7m1mDq8bAq43YbDgjI +YGvsODOH/8AWfH4nJoS5Z4vCVoUZczh+9cVyJyi07X1duiPIzjPKnDkMLnFOMZfUsVSqVFKnTqO VNSi5JRqxlC9k9Uvdeu5/Ibrv7Nvxj+GfxM8HePfht4I8ReOdH1rwlpOsaVIJ0v7KKyurS5tNXsb j7Q++DUrS8+w3UBji8ryWYBi42n6b+EPhP8A4KDQ/wDCrfDtzpHim2061+I8ur+H/EsersBo+ia3 qcU1/ouuab9kjku7UxvI9s0L/uvtBQ42Gv3X+GF5oek6Pp2lWWkw/Y7C3EFrlPuREgtGD0jUHGEj Cr65r6g8GaxA2v6HCNOt1jW8tWjG1iFCyIdu0H5R7dOec12w8COIMtzKjXljsNCdNUk+VSlKUYNS dNvqk7tPW6vdM+gxP0g8uzHLfqtXh6ji6aqVJxlXbUI87fJKMISiozUWlJ6JtN2s0fyxftm/sh/t c6ZoOqeBoPAOs32jeN5tMt7m/tNblubaw1ex8S6RqEOrzIkK3Biu/skka+TG7xS3MZkKwiSVPkS5 /wCCd37WOnXeu6RZW/jS1uNL0PRvFHwllk8QTDRp9UgNwviGPVGVJ/sE8IitXt1lR0eJm+ZTvKf3 U/F3UbN7nT5r+yiaGKG82fKxJkVwIwF3bTzwTj5Tg54r5z8V6TbeIPDuqeG3WWxl1fRL23ku7GR7 e8tk1OOe1AhuFO6GaOPc6OMFCQRjNeRxD4VZ19axuMWaRV+SoqMIN804ONVpcydnOKdOSTScZPd6 nocPeO+EwmDwOAlw3l80ueNTEVIuTVOcXSWjla0OZTV03zJan8Hniz4tftweH/idoOi6/wCL/Efj HxPoc+m/2j4e8L6vDq2lraWvlJ/YeomC2jt4J2jj8q5jku5GYuSWUEY/bv4UftbePbfwxpvgX4J/ sp+JI9V0qyij1GPxrf2/hfS459qfaJbKDTbPxPNdQ+ZkF5Xty+5cnDEibwx+wb+0L+xz4v8AEfiz 4IW3gD42aBq2u3+vS+HfivpFxdeJt93MZpY08RWGo6ZNduoPlwyX8F2VAX+LJPskf/BQPU/Ac94v xo/Za8S/CrWY7W7hXxDoulnV/C5u0gka3We+t9PtZrfTpbhIlLPduFUowYlQa/N8NTznB4mvSxNX +y4wjPDyrLDylUrUd58qnzU6blypR0Ta30P0TivG8K55gsDmGVcPYHiLF4fDvEwp4fEU6Dw+InTp ynQlTouliZx5oe9F1WnKyWtz8/8A4seAv2ov2kfG2q3PgnwF8K/hz8XPCMVnLq2reD9f1hdb0iLU HunsYtakl8Mw6dem5+x3BEKMJ4zGG3qrstfkZ8e/2cPjj4L+Kk//AAuG+0C98Q+L9astA17xLbzX F3a2Oualp+nSRnUk+zWxiv3sb2xudyBlbzVZiG3Kv9PP7Dvx5+Aeh+GviZ4t8TfE/wAGXnxE+IPi y88T63BdapaQ3ltYWNtLHpGlxRzM0wSITXTBWc7Xlxgk1+Wf7dXxK+GHjb4VX2n6LrOl638Zfil8 fbvx1b6VpMyXl7oPhnSdSsPDuim5aFi9qLjQvDtldLE64ZZw64DgV1YXC0MvoLEUc5VfEYt1p1aU 1BzpJfw5SahePucvup2vpa58Hw/xnxJmOcZLlOL4Hw+W0686/tqlKljvaYXB0JN0lUq1a9S3Nopc 7aVvdtax4Zf/APBO39pz4Z/CL4k6jB/wg2oxXlrb/wBsRGG7urnVdNuL22eK88JayWgaGe4fyYZr e908JJ55jSVgQ47/AOG1j+0D4F8PCx8H2N7438PeGNO0KXWvDPi22Gi6vaHTGuZZrfwnq8ct8l8t h/apS5t77TrAr/aFsUncSZH7y+GLG91P9lfRh4lic3s3hvwV9oNwpM2+LVtDlAYP381FztCgjORn iuP8Z/C+ayOr3Nmh83xBba/eabFZoQ8SXZ+G8TxswJKysNLkcYwCm/5BhifpMm4axNeOHzWWNfPV gq0WqcIzUpJKN3ypW5W9tHfV6mfE3iLVxUsRkWLyjBYnD4bFqlKUZVXGVKDaah+8bhLmSfPFrVWd 02WP+CO/jPTvGnxrg1QWl/outy+PNPfVfDesW62up6XdT6617JbzRq7JPDDBcxJFdQF45o1V8RsW jT+310ySwAz3HUDJx7Enn0555r+PH9hXwHaaN+2BY30Fn9lvrLxF4ZM1xEqq97FPpOjSyrc4QCZY XeQKT80cgcgjAA/sV243KG+ZWO4E8tnnIz0B64H4VpmjxEZwp4lxdSnKpFSTspxXJaTSt31+9tnz eD+pP2k8DCdGhNp+xqtSlTk7Nwv1Su7Ps9btNkEcW0luxx19ewHGRjk//rp7A7tvBBGVOOcEZwcd D2POcflUsaAsATtHPy/3vfnnqeMHufpSNHtcdVBxyCSSOh659PXv2FeO7qSSavo3fV6WbjdJNtOy 0v8AM7b2d22nrqlHa+mrV20raX/EqmHpsGSc5Bz6/QHOMDn0orR2biSCFPfB/oQfzHHNFEVSaTlK peyvbbpqtVbS+hLavrbpq1dv4XdvrdX/ABXU2ANwI2sBjA7AjGcZznrwcnk5HvShAozjBBwAODg8 446Y/wAgZp8a53E5+7nHTBBGAR0/Ee4p43buB24Pr1z1/HjJ/WupKMrXvZtqTSflumtnppsulzPZ 2VtF56baX/Pr11QzBYAYwD0AJByenb8T+fOOfwM/4KTaP9r+JTuyKV/tDT+pXBBgkwcDkkkhfQ7j mv358pjtJGFLevzEdMjBxkdMZxx6nn8VP2/9KN34+mkCthLvTjgLuLZiIz0PcgjHOR0r9F8MMU8F xRhK3wKnGVpSfT3UrpPTzvprbaJ8lxrSVbJKtN2fPKOq1176X6LqfCngTw5dJb2zbYiAFz3IB6cY IOB025CkcYya+kPCOhyLr+kFFUAXtsCxYgELIgIxj6kAc4wMVzngTw7NcWUbxQjbCVEjyOq8kgDH Vief7p4Gc5GD9B+FPDlwuu6YyRo6W97brJKki7VzIrNtLBC5XJUZUAkdehP7fm3EdWpjrxaXLUd3 0av3W2mt7/rf8pwmVqNHm5XrFXTurpWTumu+9rPp3KHxb0eUXGlebH8hlucgMrARrKMleSRkY3cD PfjmvCNS02aW4uLhFk3kDa3faq4CqMkgcAcADJOTX2n8Y/D90k+muVBUtdqoBG9AWOFfO0ZxjAVm zjnHQ/P99pEccUsl1cW1nDBBJNPcTSBI444lLu8zsAqIqBmZi21QDknt8tjsy9rVlU548j3l3Wjd 38rdfw09fB4N8sIRUm20lyq76JRstU3p53tqeKeTM6CO6g3gKARIEb5m4wCcqCv3T3yD7V8hfHX4 +fsk/DaK5svjD8SvA+hyh45ZNEi1K31TWpHtbmGZUGj6Qb3UVRJo1E6G2ERj3RTfK5U+AfGj9oz4 oftcfEDxN+y1+w5BDcHQbpdN+J37QWqXEtr4M8MSoFGpaX4Xit4JbzxLeWaF7e6uFl0y1F6kkVtJ cJGs8nUeBf8AgmR+yZ+zl4P8T/GP4/Sa58X/ABL4J8Oan4t8U+LfFCPqAt7bSLOTUNTn07RkeR5J CkMghha46lQ7KAzD87zXM6eYzrUMDgsPi401KOIxVaP7ik72cVpzTa1bUOa3XdH6vlfDGGymlhsb xJmOLy+pifZzwWU4K0syxMW48lScX7mGjJuPL7dwlK94p2uvgTx58b/+CavxkbxNZat4I0rS5Vhj bQPGkPwv1fxYl/M1yn2l5bPwt4c1u6gBt0BhW+tYSHlcsoK5HpXwM+E//BMPUdX0i+8Fa18OtM1w T2wt7Txtptx4AutQuwVCm20zxtp+g/bWlnz5UEUMqISIkUbdo7f4Tf8ABUf9iLXtXstIsfgT42+H /wAOb3U30PS/idqvgLw/J4Ni1MyLDbW+p3Glavql1pwuoykkTSwyOFI8yJOSP0wuNA/Zs+L1re+H EPw08XGKK2W90e0/slr+3i1Cxt9RtH8i3lhvo/tNle211DIgHyTK3DfKPkcLw/k9eoqtT6lXqKV3 GClTTlGV+Wzim4p6ardato+szTOc4yuHsKL4nwGGqUowhKtVjU/cyinq4ycVzQd2k9F06mbqPhfS brRTpkUdpd6TILZYwvkz2k6RTwzRurIWiePdGrRspKhtu0ggV5N4/wBMuluvClrY6UtytxrDWl3d IkLHTdLFoZpZHSXkpLcW1nGTCGcGNPlC9Ko/Zr1z4CamviL4Ba/quoeC4SZvE3wR8SX7Xmm6hZsC s9x4H1h8yaJrVkGN7Z2GoW93Zak0DadNqWmrci+t/XIp7TX7Cw1/T2ljt5IbnNvdQmG8tbh/JWS0 uYiWEc9tJG6ybXZWDI6MyuDX19OvCko0IU1SVOmlCMV7nLFJJRa6eT8vQ/PlhEr141fbqrPmdTX2 sZXTamnZ3burpNdnY6n9lDwqLL416L4jiABu/E+nRXPmAB1mS2062RItwyqtHHGWxgbi2ec1/Tgc bgxywJKghecNxhs89+uf8K/ne/Zqjjh8ceHtwGW8SWUm7ByX8+FckdPuqBnsMD1r+ikKqBh1bPvx gggjpyCPz7V8dxE08RRemsZXWt3fke7Wi37W2d2e9lseWM42sm01rZa2W+iTatpZeZVCgNkghvXP QHtxx07Z46elPBBIyT3BJGSRkjp7j8ee1P5+UuDkZZePUAfqSP8ADg5UDGG5J7gjgY747559+cdD Xzrfwt6Wdrt305t7a7dH/wAFHpSSTj0Wt9btq+tu632vbUd5YyQp6HnDc/iD9aKchP326twQB0xj GST6dv160U/RwS0tezvtqr3dtdL66r0JcY3+yrWVuunKruztfTW36XWvGAqnAyeOemST3Ax+RoUE 5Y8kdMe2cAAcjr2OBzUkecEdcE5HoPp6du3el2rkYzls57MAuCTyfU+2a7Ut1Zx76Lt019PIyVtL a20u+mi3v8r6PqmhVJGARyMHJyQc8+3GTnAPc4Nfhf8A8FJvjD4N+GHjSWbxVc3tlGk2kN9oisWu Ysz+XHGGYSoOS4B6gE+1fuiGI3bsgZ75zkdenHJ7ngetfyI/8HBzXFr4vhuYJZYXQ+HXzFKyNky2 qdVIBHze/fNfR8KzrUs3pOlKKk6c0udX/ketrP5/cePntOlPL5KtGTgpRuoSs/lp5rp/kek+D/2z fgYkCx/8JDqJkPlvIsekO3LBjGWX7SAAdrc+xz0r23wl+238ArjXtKtovEt+0w1O0t5kGlSBFuJJ ItiS7bgDJV1b5ugYHHc/yPaPrutRiN4r+4jlKLlxJMhAxkgkEMfrjGScHnn17wB4p8RJ4w8Mq2r3 +x9c08sn2+eKJg1xEN0hMyKAVABYnGMdABX6vRw2OxFSm6lWh+9mr2i1b3lZX6aK+qufnlXEYDDR lFUK83FNq1Rdk0vh87/0z+u79oP9s/4EeHoNCOreIb63ea51DyiNHkldvs7tvJ/0kHapGdxyMc8D iv57v25f+Ci9x8fdd0n9ln9mzWdV0u18T6hDf/Fj4kaRBHaan4d+HMDGzvdLt0uUvVivdeurgmO6 tmtbiCDS5okZlunK4X7aviO+0zTdAubi9uIUs7jXpzLNcTMcxQXkqiWQsQI2ZAHYny9p3n5Rkfkh +yn/AGqdF+NHxi1W4kOp+JdZtfD2m3TS4LWmmnUJ2SFyctGftsX3SVOBt6mvlOMY18HmOB4fwtdP EZjUhCVSF/dpPWrpo01BSa1+4/RfDbA4Gtlub8XY7DN4Ph/Dyr0qNSd41MW3GGGTTilOHtp05ST0 aVmf0c/A39on9hv9lbwJoXwv+HN5qmnro+mJDqWrJ4ckOqa7qLPJPqGoarqBufPvLi5vJZn3yE5B Xjdkt5Z+1d/wUksJPhvJD+zh4W0r4vazca1Yad488EeNfD+qm0174d3ztb+KrDTGstXsy2p3emvN b2zTLdRIJHkEBZVK/iDJqOrXN5q0kIudQvRpz3FpYrcFJLy5EBeK1UmRVBmkwqjcMls5BJNfnz4u /a4/aK8NtJ4S1vR5/hxrwnikN+dOvNH1uGOCRX3WzTW1uGSQqsbzW7sjRyMFcq+G6eJMDguGMDh8 K69aNSvhVUpezppU21GN3OXWTesuu/c4+Eqeecf53i8zp0aNeOFxqniFi8X78k580Y04qLlGnFJK CiuWFle9mfpl4N+PHwq+FXxxuLT4K/Dzxdrv7LXxK8P3viL49/Af4v8AhwX3h7wH4q0ljcQ3ngrX Zra21WyaK5nlhjeK8JMDLFcG4C2v2f4y07xzZ6vbfHr45adYfH3wl4+8deLdYvvgBq3ws1PUtK8J afptjdyaV4c0vxARbXsd7ZaVp9hY2BtpZEkeG38tZk4K/Z2mfGbxTpf7J2m/EP45zw+I7bX4rmGb T5rG2SXV9Jk+zxWtpc27RJFd3Mrx3cpklDsyrkucZrk/hv8AtK/CjV/DXh7w78O/GHh3wNYWS7Yv Bmqyr4eGnvLPJNLBCLxLWzlLzSSOptpZEIcFTgjH5dh8Li8XOjWjj8LRpVVOrTTjKnKDi2o3Sdpe 0mm3zNK2utz9uxOdYfA08Zh6nD+YY2thJUcFWqxxP1ijNvldT95KjePs6bUElTatHlb0u/p/4X/8 FVv2qLTxZpHgQ/DzQPi//wAIP8O9FT4l6dL52ieN7vxBbWFnFreo6Te2UyWf2mO78+Se0k0i4jbc 4hWDCFfvu9/4KEfDy30rTNV1LwV4p0C01WwE93o76c7apba3LIqy27TqsUFyiopEj/Y1kJRCXwCK /C/wx8FtM+H0es+NfGdrB4s+JWpeJ7/xJY+MNPe43W0d3JdFIkulCGWF4rkmSIkwkqCAcA1zWq6t fX1zNeXTbpxOu15gzGPzCwJ5BKNj5QRg8gA4r6fIcmzfF0qlfGY6UcLRsqXKoqpUs0udyTdoy6J6 /N2Pz7jDNeHKGOw1DKcujHE14xqYnlcoUac5LWnGLiudxlbVKFnolsf1J/sd/tk+A/H/AMUPCmja P4e8Rwz3PivTbQS3yrDCjTT25Dt+4+YYkBbDAZBzg9f67VO5ARy2O/J688nHHNf55X/BMqSSL4w+ AvnYKnjjTCQxI5N/b7iN36ke3fmv9DJc8sD1A2jjPJ5GAe/pjHp2ryeJsPHC4ilD2k6l6cpXm1KV 1y66KyVrdna+nQ8nLsR7eFSUqSp2nytQi7fZ7u918rPsBCnnGCO+SSfcn/Oc04gDDDoeuckk888+ 3ToPwofCjgcnOO5/DOefpzjP0LdzEqSPTDEjnB/iGcjB4xjGOgx1+aSTVnZWV227rWztstn+N/l6 CV2rO8rq73SSa16dOuv5EiDyxjqQegAPB6nHTqPwyPWihiFPI69weuPbIx+P5UUWv2VrbtpvRa2V lrb8WNpNu8lf7u3RP/Lr5Gqvy7sDkkfjjJPPI6A/0qcAAAZ5zuB5znkY654z1wc5z6ZjjwckrgMf fgYJ+hJIweOCakB5yCf7uDjAOTnnGRn8OmR1rt3tdavWy013sv03Mum/mnp/TWn52sL34APOATn5 icA59++P1r+Sv/g4MtDJryuFUkW3h187f+nywQDOccZHORwOnNf1o5wDnnB47Aeg5Hce/X1xX8rv /BfTSXvdULKVUf2XoMoJHACX2mk9Dyen5/l9Fw1NU82pSdl+7knF3vq4K7Xz6aW6bnjZ4lLASTej au11Xkr7vp21+f8AMHp0QXy8KC2xAcHIJwTnBAOOACPbk9q9U8DIkHijw9MyltuqWTMoGACLlceo HTJz+JANYWi6BuhibehIALHGMYA4yTzjI4HryCRXfaRa/wBn6tpjRuhC3drIwCxbkO9TkkxNn1Kn HXGe9fsFHMadJ0HKHM4zUuutntbRWW93t13Py+rTc6lXk102d1p7tpK91dfdZHoH/BTjXdU0b4Sj WrSP7R9n1t9PuopVbDWOqySaZIJZFzhohdCTIGAyD618R/AFEm/ZU0h7cY3+KdSS5EQMhEpitm2s MLt+Rl27mYnqQOAfv/8Aa/0dfir8OvEng6BXuJdTtNRexeR1Cx6pYMdSsxlVBXdcWca5O5nVivRj X5v/ALEmsHUvBvxO+DGqzJFrfhvVLHxLpto0ixzywS/btO1RUVwd4glsrFiFQbftC7iQwx+ZZ/mF Sn4gZbmVf/dVOKTd3GN6cqfKr3teUopvW63P3fhOjTx/hHxRlGDUXj6MYVpQivfq0oV6FWbateSh CEnfolbZO3b2ulyLqck0QkEii3VCcKy/uo/mIyMKM8c4Byc8kV+X3j/XtY/aT/ak0nw1bj7fZnxT b+FNISAhw+k2V2P7QuzJtG5Hs7WS5ZiOiHk5zX6b/HHxM3wy+GnjjxPbpEdVhsJLDTGmkBIv7mA2 9q/ljbuaKTayqpGTjivlj/gm78IbFPEXiL4++LLuKy0bwDaz2WkXN+6x20+t6rG+nS3Lyy9TFFc3 KYDD94yndnAPb4mcRPMnl2W03B1OWEYaRbbquC3Wtox5no7WWr2M/Arh9ZNhOJeK8Y5QoUaVSnTi pN804Rbfu3ScnUdKK0vZvXVndf8ABRHx3b20nw7+AHhaQRad4W0Wzn1qGIoIjfyrFZaVa7UJw8TL qMs+cA+fEw/ixQtf+Cc/h/Wvht4Q1fSvitp9j8SNZ0GHVL7RJHtbzTYbu7Mk9tavNZ6gb62dLdoI ZythO0ciuQjH5a998dfsz/AX9pDxBq3xA8K/EDVLPV9O1gR+M7jRtWt9VtJ2eIPDHGl7BeTafcx+ W7W8kM62+DKptXYB0+YP2gf2bbT4M+Ez8TfhV8X/ABtdQaNeWlrqOna7rO7UUmuJhGk+nXVjHp8b IjHLW8tvNhV+98wA/N6uDxtCvTnLnqYPDwVL2lG7p3SUVzST93l5b20bk3c/TMvz7LquBoYHCYuG CzvHYqdfEYfGYZudSVao6vJaV2oycrRlfWKSXS0Hwt/Z/wD2kvhz46s7bxZrUdn4IsDeNrFwda/t DT7+0gtZ1itLO2nSC8MlzL5UcbSwxeUrGRlYrsPpPiKIQreTW0SyK2pWUCkyLtxNOcZYrncFRioA JYZ+7t56X9nz4geLfjN8IdbvvFV+b/WvCV7bWD6q6pE+o21xvVftKRqsTXKKqgypGjP8xI3EEUNU 0tZfFPw/8IBnN1rfiS51q8UZKpo2gWTLPLOOSEa71W0VGyEyrABjjH3eUYijg8kxeIhjatR15QoK lNpqnV5oQ5I2SX2tWla/yv8AmHEMcZmHFuCwOMy/CUJYGE69aeGpySq0acJVnUndvSUYtJaaOzuz 9PP+Cddq1r8YvCERDADx1YqAGUAAahCGJPtzgegGfU/6EUZHlqQSSQMfzySemSMd8dPev4Av2B9M Nn8XfCFzK2Vl8a20sTDptOpqyf7JJHRsDAIAHr/f9GcIoPKlATngcDI5/Ln8+1eNxNJVKuGtq40V f/Eo079d9zy8uSksVy6J4mpKEV/K5ababWsujJAVKjdx1yBjcT6556/z7ilQAkc+2Dj5QCTnnqec Z469sUcYUAhSW+bIONuM8857+4NI2WYjpxj046/5x9eK+WSlp2106XWya89vwutL+jD4kmr66p6d r3fZb+vns8hQBvOSeQRz+QB49/Xjp3KYWBALrjtkcAn2AOOeScf14KTVnZ819L7afDpr2V/6sTLV vd3629F0XmvkbanocjGcYBK5yDkHPXnH5Gnfh6dBzyep+nAzUAPIJzkfifQ+vb0znpSh2yCcDrtA 6beAQRye4zn8B6d7snrZN6pPW2i20slZ3s/P5za2nZK3o16f11sTknDA85zkc9cnPp+nHSv5oP8A guLop1S+fELSt/YWmuu3JI23enENnjcVIzjpwT2r+loEE8k/hwDn26+30HJr+ef/AILJ6fLdajCs blPM0C2O8jICRy2jsDzuIZVIwBnHIr1MolKGPptOLfI156uG297dtumvTzM3gqmDktveW+ltHvdX +7z2P5jdL8GuY4Y7m3vW+QSbfm8wqRhdsedxjYg84A4IPJGe90jwEj+TMNNvJWEqtFBHDNJLK2/B URKrSsVIy3y7VBBOFxXb6DaQSiKNmzLGrL5rKUh6qUCAkspyG3F9oyU25+bHoymKI2sVw/2e4WKN UmgUFgjknLxhgmMNgsJySo3BQSBX2lTH1qapqPvSb7vRc2rS7J6vR2eut2fD/VY80pv3W1Z3e+q6 ryXpfXVnC+J/C0JaF7m3u47vzi4jIlVlkALBOfmZ8Zznccjmvyx/au+H3i/4K/FTwd+0h8MtMukt 4Y5dO8c2NrAEM0McsEq3F5bRgG5t7yGWeG5lMckcMltaee0Zkiz+4fiyeK4SxggjWURsEJVFTZvU xee07nJcKxYp5eVAYc4yfIdW03StTtr/AMMaxp63+k3sUkeqQ3CQTB4Z0kjh8t55IpZGUfaGAit3 CsUJY9K8PO6Uszw1oRX1mkvaUZXs1JWvZuzjd3s21bRq+h9bwjndThrMoYi7qYOunh8Zh/sVsNUX JUjKLdm7N2v2XofI3hzw18B/2vvh6nibT47XxLYFY5fE3hQXRtdZ8La6Asc0d7aRSQ3UMHnIJbG7 Cm2ngeJoZmbOHx/s7+AdH+D+r/Auy0PULTwl4gW4a6nuoVmuIrya4W9t703NwWea4tLmKO4gzIzq 0YwR0Hxn8T/2M/2hfgD4n1b4p/sp+K77UvDmo3N1eR6FplydP8W6ZErtJcadcWFx/wAS/VraCXzR aul3DcyW7RKtsGxmTwF/wU2uNGl0nwR+0t8MPEem6pbyfYdZ8X6RELW+XajpBfT+GNXTTw0pmEa3 Ri1hx5ck00Kysiwv83hswg6tKOdYTnxeHjyUsRJNThFRUefld+ZxWiaberdj9Fx2R5nWwdbEcDZw q+UYqrHGVsop14qtQqNqpKEqTlH3YtK6cW20raJI+fNW8H/tCfsQ+LNY1zw3our6x4Bv9lvJqUOm z6n4V8T6ZbM8kEGrtbw3EGn3tuZpVRrpba5UPI8J2MzV4/8AFX9q3xf+0Na2XgvTPAtl4WsfOiub jQ/Dsd7qN/q+oLJvhLqyy3WxWCbIIvlLZJTLkn959B/a2/Zi1nw7qGpad8VfDcmmxWYll0bxJp2o W10EIRXNxaS2NxBM/wA23ZbTykFW5IGa8gn/AGwv2N/Dk8Wq6FY6F4x8abXOl23w88H3V1rd7IxZ ooJmv4dNt0EbnYJPMyFH3DgZ87EzVGNeOExdOdCUuZpyqR5eZp3qRS5XZtpvVpLXu/Zy3NcTiq+C rZzwrjqubYSCpUsVRoRTk4cqjzOaXTqtHulax5z8CfhDe/Aj9mrUdS8Z6fNaX+q2Vx418QWV8hs5 7C2sLO4voNPlS48oLclWERjbMnnYUDccHjf2cdE1j4kyeO/2gPFGm3GmWeq28Pg74Z6bOlwVt9Gt 5ZrvWb2zJDLmedtOWS4DDziqx7mEIC+iatoHx1/arntbv4jWd18I/gXbsmpzeEL2+WfxR4vitZEu bS1vooI44LK2klSIukkrlUBULJyp+mGbTtH0nR9N0XTn0HS9AtF0/T9OgSN7VrYhcSARE4LFC0rl CWLA9uOjJKdfFewoQc3hMNVdfEVHfkr4h+8uS9nJKXK1a6SVm9Tx+JMfSwP9oYqv7CWe5svY06FG pGo8uwKspU6k4NpVJQvBxbUrSd10PpD9h7w89l448Ezb0AXxLayKxYByF1EfK6g70cAYw4BOMjKk E/3bxNlImC5BiU556AD+vHuSK/h6/ZJzB438FXAVJBNr9s4lhdfLPmakWYFDhiFyU3YBJUghSK/t /trnMMZ2hf3S/KR1+XAGATgdOM9Ppiu7Oqk54mMnaStyxTdmmuW7XS9v6W58fl8Yxw6TVm5Pun0s 15+b/Vl5ZAXdBgYwR2yTz/njp707Kkq2RnngnngkYPcY+nTFU1eNnBIK4xwB9TzjsCMAkj8amYqW VgeD2PT0J4zj3/pXj7WjquzvrbRva+t79l5ne0oq6Wumr3aurXvs73frqyVcc7iuO38WT3JwCc/X rRUGNp+TnrkMOozwcHjPY4JxRUyUr9eltfTXfq7P8Sed9V2/Jfp92nbXYDAnB7ntw2PU8EdgOncj 0pwBJyDx1Htjr0B9O3ftVJJDyp5Psc/KCMnI6jp/nAqdWAJOSRyAei9exOBjnH9O57HazavLv5aK 68ltfzM++39f1/wddJt5354PHHbJA4Pb0z9T15GPwF/4LEwyPd2yxv5bDwxPIGBwd0MEcgUEg4Z8 bV4OGYccA1++o6gkkBifYjt1PHX07c455/Cf/grZaC51rQUIZ1k0C4RwCcunlIrBnzjAU5ALDJAA HNehlTjHG0pW3i/lbl0/DfXz3PNzSPNhZpK7ul1sm+u/n5+t0j+a628V+H/C/hvUfE/i/UG0rRdH QPfXQj8+VzIwighVNyF5pJHbHzYOFGwnJrWvPjz+z5o3hbwZ4hv/AIgWcNh4radtOF2F+2QHTL+4 03UP7VjMoksUsryzuIJAWCKkO9lAO0ec/E7wZ4g8S/DbxdpXhjRrrW7621HRdVGjabEbqe7i07VD cXDWkce4tdGCIoi8TSElEDHIr5l/aI0rxV4r0rTfHGnfs56/4L0vxX8OfiJ4EsdG0DwPrP8Aadz4 j1DUfElrp+u+JNOsdNaex1nXJLu3vJrm9hh85phcSS5dmOPEebYrB4ylTw9RU4cqlsn8SV09Va+y 06bJnrcI8OZbmmFlUxacqiqSjJusqatCKcVaSerfW+nRdD9KdS+KHwqsm167v/iH4fWDw1qumeH9 caa6ge0tNW127i0zSLacxtEYzf3dxDbW04Yb5Johg7wK8W1L47/s83etHTF+L/hmDW7KSeQ2j6pa ZjeJGLQL5kLXB2KskgDykYJIIIr85viN8BPjT4U8Ra14oufD/iltD034lfCTwv410S20q+miv7eH xDpusSX9tBBC8ep22karpFnDc3doLiC1LB55EiDGvq7xD4T8Nf8ADZ/7Q0tp8O7dtGvv2SbGTw9J J4KifTrbxMblhNLZFNNa1g1t4Sw86MrfMpwSVIz8/Q4gzGX772nO+Rp2jy25VZrRrTv3VvK30Ffg 3IYez5JyqwqU/aaVUlTn7WEJRaet4xbaurNR2s7n0J4Z+Jnw5vNV0YeHfil4Z1zUfEmg6h4r0HT4 9UjEup6bpFxe2F7eWMSOpkWyvtJvbRxHgyT2kikgjA878V+NP2SPi3Dptx48T4Y+M7nxFo2p+JNO nOnWtvqN94f8N2E2ra7rFrqllJBezWOkafaTXd5P5x2wxMztt3A/j5pHwk+MHi7TPgDdfDzT/FOk eNPAnwb+IfiCykTStV0+cX2g/Ev4karH4fknkt4Y4dQ1WEW5tbG4kSS7F3CEjdZFzr6doXi3wX4L /Zw8a614J8bf8I5efAz47+Amk07wnr2pXFn4k8V+CNZ8PaBp11Y2On3F5ZSXup31skbXEEKMm6bd 5Ss49Krm2IxdONOvh6U5csbSlT5ZWklfW+unRPSy8xUOFcHl3Ji8BnNWjVlKlahRxKhKEpVJJuUe ZJxsk1e7TvdPQ/Qvxt4P/wCCa2geHfBup63oHgy007xnHLq2lSWup+ILuTVdFSY2X9owzQ69CbGy tbtZIZJ38+KR5drJlFxe0HW/2EvgVqHiWfwVo+gW+o+ErDw5rdzr8Wlr4imtLDxtbQap4aFtcXU7 QTW11aX1sbeXyfPjB2zTXEiNI3wF4j+GHxR8BeGvhlP4s+GXjaePxh+zDrHgfw9BY+E9Y1i6t/FE /jeLU7fTtQt7Gwu59Kv1sn88Jex20ghukYfIxrP1f4BfHDw9b6l4Hk+E/ju6174kfDr4I6Xp8tho F/daXpd54e0bS11CLxDf28D2ukNZTB4bpNQmtzbSxSC4Ee1q+fpYaiq0qklaPtJS9mpvkfK99Zaq 97prddtH9RVrYqeGo0f7XxVbnqTp1P8AaIKU6cXZybSUlZLlve7aum9Lfqfqf7QPwv8AHPxJ1D4X 6fql/qXiWwm1W2F3Bp8kXh1tS0azvLq90oXMczCVrcWc4SKN4crCd4kAxVp5poZvJvJWazs1Ty50 gDoIpfNJWXkHbvUqN7MxVQFKYbf89eE/CXxV8L/tNalP4P8Ahx4w+G/hDU9R8Sz/ABFjn3y/D/Xw LHUo9P8AE3hqZ5prOLU9R1KWzme307y2ihuLhHjS3EwH000Qulv1hneSWOWRfst1boHlMeGdo4Z0 CyBGcGNI1KszyPtJUkfdZDilVoTWnucvuqSXLdJtcsVaLT0dn26o/L+IcBTw2JpSp879rBybnJ1J SlpeTnrq9bJ3fmfWv7LttGnjXwVLAdkR1OxlHlEiLdJfFgfL5ESsCG2glgxJ3Emv7abeT/RoDuyf KjJx1b5RjnkYx6AdR7Z/ie/Zptjb+LPBkm1V332mSkKqxbLjzY96vGApjfcMmMqCM5UbWBP9p1nc MbS2Ibh4IyRznOwdcZwM8A9K48xnz1bp3S5rel46P5+rd732NcNDkoU21duza83y3fZX+T0OgimJ BbIOCMjAB5zxz6Y/E546gWC+cMDweDyML2GMcckE9Cckj0rGim4IAGWZepA5A579+/TP4VaWUowO DnGTg+uSAB0AxgemRzmvNSu29Lene2unS/l1Zvypq3Rd2/layfTZdbO/U0/Nw24KWUrx14PHocfl 3oqqJe/C9gB/h2/Ifnmip54qytJ2S1vbt0t27+mzZm0pO65mm9Gn09308/L5XNQEEnqOw29gOSRk jr6YH59bCscrkltwP4YIxn/gPc49skms9ZMFumTwRznB9OxwP/r1YikOemBzgt044AB+h5zkdsd6 6kuummrs3q7K65ev3Xb7mWjSt8r+astb+dv+CWvNBbaeMknIySpzzjHbPr3z1r8Qv+CrhMOq+F7k FN50icEyLmNY3EUUjvggsAkjYAz82DyRiv21BZmI45Y5PA4B5/DOR06kivxR/wCCsklvBH4avLm4 S2ii0uYPM4Vo0Bnt1US7gQVZyqbRjlg2SAVPbl84rG03O11dvmajo7NSu9LLt+HU5MfFyws4pKUn ZpR15n2TV9X0ufy8ftDQ+I/D+g6LF4a8T3PhOLxP480zRb3X9Pk8m8tNLurDVbg3CSruWK3juoFM hfMjKCAgwN+z8HL/AOJy+Mvjd4Ql+Klt41sfB3wRsdU0rXtPmkl0e91T7PqbRatYLqENpMNUtoYr a01FxHtbU7O6eMtGUc++zeHvAfxM0PUPD/iKCy1zTHbzp4Bc3NtIHiDrFdW0trdQXFnMolmij8l1 DB3JUjKnMt/2ZvgtPfWepaJJ418LS2ugWeh3Fj4f8WNa2/8AZtqsj41RZrK5+2rdvLLczx3XmLJJ PJu4JFeVxJhnicW5qpCaUdLcr5bRVrJXeltNbPyep9FwzmGFwWXqhiaM6VTnk7ui5KTk7p3avrta 7tqfJuq/Ef4xaf8AsN+J/jS/xC8V634u1W+8F+GtAtPEWg2Vlplj4o17xZoVs2q6BqMer3k2sRPa vfWs8l3Y6Y8Ud00wUrGxr5Z+IX7YvxfHwn/ZY1zR/Hx8PeLPFlx8WvC3xT1CHQTrt7c6n4Mg8HX+ kSrZWs8U1xG6a1cW7RpM6pGXmOAhDfoDffCH9mTSLJPhxr3xW+J+qeGvC3iXTLqTwHrGtW48MQaj o96lzFb3X2XS4LiG0iNu8d0LC4sLyQjbb3lrIVkXxLVP2eP2M9B8Q+ENc034ueI/sHhrxT4x8SaR 4ekvtJk07Tr7xjpOlaPqsMkc2hS6hLpUNvp1tJZxNqP2v7Um+e9nQmM+PQwmIVRShTqunL3oR9ly pxcUkkkkmut7766vf6+hjcu5lOtSdT95VqpxoJJRnScKdJp6NKTUr2eqTs3qa/wq+Jnxm+JX7FE/ xZ0fS/C+o/GWXTvF76KYvs+m2er3Wl65rWk6WJoi7pb39zHp9uosZbmKN7ot588CuWX4Y1v9qX44 6b+zv8R/EOo/FzSLzxv4WuPAEEnhTWfB95oXjvwNrGt+KdB0TxLby6dJNd6XqHhv7PqOoRW+oWWp i4mufsMxtIlZ1X7V8NQfsyfDf4LeJP2erT4y6xqfgq+vfE2pR68uq22jeKLB/EN/e6of7O1DTNNt 1t5dMu72X7MvkOFEaNMJZDI7/Oc/wC/ZE1Xwr47sfE/7QXirxf4v8Y2fhn+0fFl/qOgnVzofhXWd J16w0Oza28OQWC315caRZC/vtSsdTvJVSaFXjlnM6e7Xw1WUaajGVlGCSjB80F7q16pJ3Tve17Hz 2FxeBoVsY6tCpyyxDqUksP7RySs0nKV1GKu/dild/c/EPFP7Tv7UOm+C7C5vfGviqPwr/wALF0DQ /DPxDPhKbS9T1W01bw5d3+s2Wl6bqN0JLtLG6trEQPHLHGfMZhIfMCr6n40+Pvxe1H9kTwG0fxC1 EfETVvib8R7FPFTvHpWuz+GfDOuXUVlb6/HI8zQajJFA6PbRvKixtFGJWcE19YeONb/Z3+Lnh74R 6F4p8Sa7c+HvhnqyeINFsPDyW1tNFeWVha6ZHHqjy6fdW9zFNBAJWaO1tpPNLtvEeI173wP+zp+z P44sI/FmjDX9f0e+8S+MdQ07TNe1O0uNFtbvxPq97Hr0klta6fYypLb6i16LWUXAFtsUMjhMHz8R hXSanVpNcslZqMeWXvW966VrvV7K2ttTvhm+GajOeFdOSk5RjGildqS5NtHzQs5L4W+jWp8lapY+ PfGfx/8Agnp1l441Fvhr8avCWjfGO5s5dRmEmk3vhTw42vX2jQmOEhbS61tbaKQIH/0beRFIQFP2 lJo8i3EEcMZKC+kWKcbeSURpUnbO6Rx5aGACMFw8jN5e3adOy+DHw38DXvgPVtNsVnm8AeHdQ0Dw zLf+Irq4uNM0a5smiu7IrHJbxTK9qhVXlhLKwUg4BBm1fxT4b02CKez8S6fGsUqyNDLPZyy29xIz lSqCAO8gjWVZJGdlCCJURWZ3b1MplQp053qQp1JK17xSvZNc+q16apr06fP5vOrja2GVGjUqQpRU XelJSkm1bRRbeut97Wt5fRPwOSCHxt4b8qKREGp2KzEkbo5luQu8pGZUA83O394pKgcEcV/ZBpsw aztMtybaHHcE7QfbHAJ+o46mv41PgJqtpqXirw5qml3EVxY6le2wMijEclxDfNDK8S5JGWjMm0nA ZjtCptUf2H6XMpsLFtxz9lgJBx3QE9x15GR271VWTnKSk03aykrNacruvPa6sl8jOtTlT9nHays4 uLVtI306Naq1vI6+GYkZJHXHTg4759s8/nk976SquDknKgA5BCtznA5yBkA5IH06VzsUwOFzx3H1 Oc89Dn9PXmrol2nAPAzkccDtjoPf+p5rDlaauo2T17WtHfbXyv023Mk3t3t10WzubiybiVbBx35G ecds0VRjmA5JHIGNpGR7EtnOevt69aKj3ulJS89Ff4e7Xl5WTsQ420SkrWVk0l081/T67m8rOF3j /wDV0DcHOc4IHuexFC3RBIHCnHb07YGSMcZJHUj8I87lJR8qoP054xwDjIJPf27VUx8xORweMgg5 PP5ZHPA7V1bRjaLV0/i3WivbbtbVXZg9d1ezXf5Xtb5/i9zVWZgAw568HkjLegBGAecn68Hr+Rn/ AAUgtbS88W/CE6nBaXGnPrVvbXcN7BHPZyrPcJBHFcRyo8MqSTPGirKCjMQD7frH5jDBXCgjjkde hzj9TjPY47fln/wUckjtbfwFrcls93DpOu6NJNbxANLIsut6fa7olPVommWbBIGIzgk9fKzqpKjl uOnG6bwtWMXH3WnyXbvve9mmv+H9XJacamaYGErWeIp3uk1ZSVk121f4bas+BfEvwr/ZRvtduNJ8 R+HfhZoniD7LBdSww/2B4X1d4LiSVIpg1m1heMkrxTLHIpZPMDgHOccHo37MvwA13WtY07RrbW7E iPzbb+wPHXiRUltgDG8c4ttYA3ZjedUlHzRyI8YMTIT57+0b+zV49+J/ibxP468LTaOdF1j4YwaH b2kt5fW/iC28Q22sQ30MkUEWnS2b2bafNdB5X1CCaKaNVWCRZSyeR/ADwJ8Vvh38UvGOp+Ig+n+F ta8K+A7LS9TXV1u7iwv/AAl4Y0jw9eyTWjrEIvtt1pEl4n2aS6JhuI/tXk3PnwRfzTDM8fDD1alL O8bGqnKUsO8RNOPK/s3ev8qXXWy6r+lMPw/lOJglLBYape3NelTlaSabVrX3u2/PXU7z4YeGNH8H 6t8cfDkULarZaR8StViS81y8OoX7JJd6gxkuLzUJZ7iVyUBLySsWbODk8+Z/tO3/AIi8OfCmbxR8 LdPsLvxPpuo2k02n2elabq17e6dIZLaW1ggeC4nJ+0T2s5EKhgkLZ+TdXoGha5omm+I/2gdX1jVd K0Wzb4gBprzU5UitRcXk96ipmV413yzSLGiFuWcBSTivgP8Aa/0j4p6/4t8Kav8ABbx1o15pQ02S LxRZWev6Zpi2U9pd2/8AZ0ZhuL8q8+p2+qahJGxKp/xLkDMp2Bv7A4ZxOIxHDGQ1a0Y1alXLMI5V ZSTqyk4RcpSespO+97p6W21/Ec1weHo5/mVKF6FOlja6hBRtSSi17j1cUtktV2Sdz508bfEn9puz u/EumJaXL69b3HgqHS9Ps/hfpMlrP/wkOj6PqGrlbv8A4R/7IXsrrULm2upJpvJimt5Y5WVo5FHs 37Mz/FvxX48YfEKygt/C0Hgew8SRqvgm20rdqut2dvIbC7YaTbCJNNa6kV7clXRogs0YKmvE9N8M /G6fUZ7Dxbrmo2NpN408P3Vjd/8ACaaAsieFLa5s9F1xbt4rm4YFbfTbnUJFhE4Q3JIJmEkKchae Hf2hf+JFc6b4j1a1u9J8STarq97J4u8OGy1HRIdURbaG2ktdVmkkjlgkjtg11DbIJpY4iF3gj2YR nK7tPljDbu9N/wDPqvVHh42NNOUYfV05ztzqLulLld00tdUlp832/Zi20rT7bTdSgt7O1iK2sk/l wwQqqiSOUB49igBHMfCjgENkDPPyF8Efgl8PvFvw0uPEniHWfElvPcePPigL22tPFmsaXYW3lfEX xTbJm0s9SggtkkhijLMI4xK5ZyWZmJ+h9E+IPhR4ToT+KdAufEM+hwbdMGq2s19LOLaQ3KxrbyTb 3R3JcHAB53fMCfn34dWkHi39mP4g+DtOvUsvE2p618adN00XBe3immvvHnjAW0TXCbi0PmTLudPn jbeVVsLn8c8VsXisJk+AdDF18JOtj406tSjUcJKk3a0rauOnVbX03P0Hw0wGHxeZYyOJwlLEwjh6 cqcKtNTimp2bimnbTS+/zOR1L4e/BjRrwahqYtLiO6fzpk8Q+M5tRnurJpVtFkcX+qz+bcpPcQGS 2ly7L5myNmApNFuPg7dQeI28F6N4B1CDTEghe50fTtF1RrO8eO8kdJpoIZ3hk8u3UkMwkyGGMggf J1h8EfiNqVp4Zk8RafB4Y1zSvHljrOsWGp6mbp28OWsN5cT2oeyS6t5ZbvUFsXhjWURsit5jxHFd /wDCH4SeLPAth40srzUtPW78VajcXdg+ly3F19jsYTc4kdrm1sWWYLesBAsciRgMRPJvAX8m9qpx SqZ1isRWhOCcPbTnGSVSEZSvFu65W5K26Xyf75hMpwlNr2WV4akrNxnClTjZ8vNFK601VnfRLdn3 5+ydp0ssPhS8eItHda/f6lbuqFIooLjXrwxBAQpjVYgpWMbdq4UjORX9hWkXf/EtsMkEmztwdvYi JevvgY6cnpX8i/7IW8eHfCdvJI1z/ZuqX+mLdyLte9/s/XL21kuHjydrTSROxy2MtkcYY/1f6HeR /wBm2DBiW+xQA5HOBGucgE5OMevTsa/ccmxCr0OVtyUIUYp2a05Iq9m077PZdfn/AC3xbhnSzCpd JSdbEOSVmlzVF1Ta0SsrPp52PSEuBgYYggDkdCe2QBz/AJ71pQ3BJ3A4AGGOc4IHQfUY9/pXIw3A ZRtbAOOOuOPfHbtzjPJrWtplBG7JyF9Offrjpn3/AJ17lrO6als7tX0bvZ9V6enc+Td05XV+7vbS 6tpfr3S66vQ6j7SBw4xjtzx+XPPPPf8AAUVmLJvGQNw5AOAeM9yT1/yO9FEVBLotb9db27eVxcz0 36dbW20stO/3nVpOYw4UjcRyD2Pc+5Hbt9Rmm+blhnJ5JJPTH59ST3AwBjp0jCgk7Txnr1HGOmOh HsfXkc5ZMwVepHIxnODgc4IGew56c9MYq3Fy1votr7u9vxf539TmVne2ul1vf7vN2utbX9WPmuTG M5GMbQDyPp1yeOBg4/Pn82f+CgFtdax4a0iDTrmG01BH+1WV1cQNcW8N3Z3UN3btNAssLTRGaBBJ EssZZCwDoSGH6E3M55BzgfljjofQ54/I5wa+DP2zAJtF0JggyGmXk98Eknp1xx6+nFeHxCpLK8Rp zfu3aLu09rrpv2TPSymTjj8PNXUoVItNW0aty7+av/w5+Rln8Z/2kNHt5NPuPBngTxbEjIkV9oF5 qPhvUMR8fvbbUrrxHbSiSPcCiQxDrg88cjq/xU8V3NxdT6v8C/Fdqs0jT3Ftpd+dVs/MbAmez26d bTwpMytLNAZ3hE8krQpEjLGvsWmRIlw4bDIJWK5zwck+vUHseAOetbk99YW95BZXOrWdpfXxKWFl c3sNvc3rqATHZQPIs1yVUrvECOVGN2M8fz7jsJgvauUMFBTesoUuaHM2ru/xaK+t1d9u/wC6ZZnW PoWcZ05qyvzRu5a7yd7N9fu3tc/KTxn4X/4aA0X4/eDoNVbwDdap498MaxDH4mhSDULaPTNRGo3U UsJmgjWaWKB0jkMZBYq5UjK18zSfsffEDS9H17TB4t8KajeaprOk6pp+rx6teRSW0OmQ3cDRNGNS kVhKLmOSRblriGUoBBDbOnmH9kPFHwN+B3xB1TUdZ1XwZ4P1rXLsqmsavbxWJ1O4miBXZfXdri6k dSCpW4csuCuBk158f2P/AIEz+YsPhNbcFSDDa6zq9oFyScqLa7jQN2GcEADtX63kviZl2W5Tl+WV ctxjngqFOhOStL3YJJNL3W9t9NdLaHy+OymrjcyxONnXhBYmo6soRp7OTTta7+1rZp99D8rfD37J vxHs/E2jahr3iXw3q2k2/wDaqao7X2oFZ7e91G9vEht7WXVZtrBbnMcqyBF3BJ47nYS/nWpfsa/F ieK0trbx1oGm2i+FtI8J3lpb6hdJvjhaxub3UoLj+0Npv5NSsLeaLfE4Yk53DJP7LRfsbfA5Sry+ H9dKInl7U8W+IgBgYyqjVMKOcZPpnpWXqP7HvwLTdBF4U1N23KZIbjxLr88cnIK7lk1J0AUA5zwD 06CvoKXiplTjphMZe12nBJvSP9/XS7t9+p83jOH8QqzcMRBKS5U3BP3W09U3o9On3n50fAb9mqb4 VeL9J8SeKPEvh/X59F8L+JdNubmUwnULq51O60WayuzLJcSgS2cFhdxOyorEXI2lNzhpvhJ4lvIf Cmuado3w88deLLc/EX4ksmo6FaL/AGfF5njnX54pdNvzDMrrEsqx3EDI6meOUAqWr73m/ZF+AUJU n4d6PKezX7S3wPQHcLl5lPoc8cfMTxXdaH4U8IfDfSLfw74Z07w/4Y0GyF1exaXpy2WlWduJ7ia8 vbxYIfIRBJcSz3NzcYAaV5ZZXLlyfg+MuMct4qwtHL/7NxcZUa6rRlKSgtO7XM7W6bdeyPqeFY4/ h+vVxVDE06lStSjSkpw5kkpKTdk0k730vr5an51yP8cvELqIvg3PDII/Ia58Q66bF3VSPJmkRNMB DxFV4BAIyrbs5rorL4XftAarLHPen4feE4Vtzb+ZHbarrd6qOcyMDHrVhCJNuwBjblWCkFCAAPva 6jSTy5I2UxyqH3psnjZXGVdJE8wMpODlWIIzjPNUbiIrCyea5G3JwzYGR0KnCgE8jIIB6elfJYBY SFSlGOAotwVpOcJN3drvmurtN9rWvtdH2tbifOa0Eli/Yp6J0VyO1orR3lZ20+fmcP8AALwo/gb+ w/D1xfvqt1BqMlzd34hS2jmub6/lvZTFbpuEMayTlVQu5wuWZmZif6X/AA7qIfTtPYnGbSDPPcxg 9cnJwOh9s5zX85vgxmi8S2ZbO4XsJ4IJx5qkZIyFxwTk8d+K/oJ8MXSnTdPbIybKAjGP+eYzk+np 2PB5r9g4XvKlXcrLWFrKTsrbWt2t22Z+U8XNutQnJuUpqcpSb1lJ8jcpbLVt20662e3sVtdlsHJw DjCkdxx275x7AfjW/a3JbaQc54wx75xgHP59BnpXAabPlhk5G7jBHQjocc8ckDnBz1xXbWxUKuGw OvJx0JPJ+vUHHpX1N7Kyto/S/bpotNtT4pt3Wis2tt9LO9tOiSfbds6a1nYKwLEjPBGB/IEf1+vW iq1uyKp+ZTkjvgcZzgA454PFFZyk7/Cui0dkvhVt/wCl9zzemnLfbv5efn/Wz9CC45OcgcYJGSQO e4GODioWUvnkk7jgnkD8+/OP17Zq8FxkkqMY6gjjGAuBg8Dnkc449ad5YJIAw2Bkgdjk8cE5HB7Z ByTXTFNfF/Kra3va2tlfVW7Lr1sc6utF2+5b6Wd9vTzOaubdlzjCg54PGT1PHsSRjkHA59PhH9sJ D/YujuBys8yjPIzsc56j0x6HrnrX6E3Vq5BGCxHfbjgjOeOSevfP1zXwb+2La/8AFPaU/ORcyAcc DKyHGe5A9T2PvXjcQSSyvE3TdoPay25Xrp52PQyu31yg2l8cV17r1V++nruflVYBRdzZ2gmY7vlJ w2TjB57fQZbr2ryr4ifDrxZr3xY+G/jPRWhfT/D0tjFqyTXjxJBbQ6jLdXUiWiQyLdyzWkqw2+Zo fLnjYudm0165ZqVvpBt6zMScnBwPlBAxzkNzk/Q9a6xGICjITgnJXDbgTnHPIA2kDnOcdBX4Hiqy p1nVjNRbTTckno7XWiV9tPuP1fDTcLOK0aTWttNLPrstLLffqfEngz4feMfhj4y0HxFqGk6lrNnq uteMxqUOiQ2LyaVDr11OdJudQa81e2W8tkWWMyzQxie1XOLWQkheH8faF4vtfHfinVYvCHifxJI2 t3Oo/aLCe0XTb/wTcaZaWcGhgTX8EpvbTXFOoi1EKx+Qk7i5LskbfojOSYWcFAwYttIzuTPzBckE HB6HcOxGapbRmN41Uq6sGVVC7SeQxx1OARg+mR1rmp46SqOpOnRqWSjzSUvei3FpXUktLct/PyPR VaSmnZSlJa22uredr2vb/gnx/pFnc+Hvh78HdGtLjxDY6bfeOrWHxbc38b2l9b3mp699tmthGZJ3 j0mPUry6s7ORnIGmQ2zOEO5V4zw78OtcvtR8FWnijRvE13H4cTxxq2t61qN7HJqWsW9pHdabouiX EiTgSzalLd21+GZVjaO0dXaNiK+6JrOG7QLPbRXSLKriOZI5UWSJgUcLIrhZIyA6SKFZTgryM1Df o+7cCSmQ27JJ3EgLuz2PPPrxg1108YkpKNOPNKd3p7yVk1brrezb6Wtbr5mMn71rJttO+t01u7q3 fb536HxF/wAIT4+0f4PpB4Tj1DRvFPiLxTc6tqlpBdRreaZZSQX1ultbzSy+VFGBaaY7KjyDdcOQ DliPI9F8O/GDQPFNtrfjPQ/EPi7SIfD76bevJqWmXV3ZRXuiQNqJ8ma8txParqk9/tjt/On4YLEw KE/oq5I8wOwOCR82AOf4hjBHIA9+vJPHL6iCzMDt27RuKL2ySR6Y5zjHPTpW9PGuMpRlSpNVNG5R amk7K3Ne606J7JdNBYWrKKas5bpWV7Xtv8t+721PBfhhp+qaR8OvBem68X/tO18O6XDeiU7pUnSy jRo5Gb+NWBVgSSG69q6m9QiNgjtkgnHYg7cAgcHGD69+MmtTUd0k4ByApGcAgbSDyT688Hn14zWT eNtj2EHcNzAZBLdgCRjHA47nJ9q1w9X2mI1SSum3fVvRySs9bNu2nroelyWXM3u9E+l/vV/w+Zj+ HZGj8QWxxj/SYzkc4O8MB2yD07dzX7o+FtcRtJ04LJhvsVryeeAiEjA6E45yT1PPBB/Cvw9Ii67D n5S1xEVU84yV9c4+ueOTX7V/DvT5tRstM2qxT7LBnGcEGNcAc46EZ6+1fq3C07U8Qr+6uR790rpu 9+2vT7kfGcWcznhkrX5JJ92nybN9dNUvx3PoTRtRLqpPIJAxxnocYA9uO5z9K9Btb3heH2hewySD knOe4PqOlc1o3h1oEU7CMAfeAznHY9fmzn2xx1rr4bPYMEcbTgjjvwOOvQY78nmvqnUjvGSVunW7 ta/VrXTTbtbX45x0WmvVJO9r9L3V/wAX000NJLxQoDsRjoVH8+R1Bz1OeKKrPGpG04BBzxnkH8R0 yBRSfvNtKm9ezXbTR26fi+5m4pu6T6d99PPvb8NWe1LMRySByfT1wOcdQcDnnAzVhLj+LjGT0wcs M445yPQ49Px5zzgF+YsTnCHr68nkE5A4wOnpzT0um3ADO7G1iCMeoB579T3PAwa0k7JJPdaa25tF ulqc3JtonZfPRJq//bt9OvyZ0oukOQVxx0wBnHXA6Y9O2a+Mf2xfD2t6l4KtNQ0HRr/WY7C583Uo dMt5bu/htnVla5jsrdZJ7lImZWlWGKSUR73K7VYj6pe6ZSwABPAxnqvPHOCSf59e1Z1zdLIGSQAh sjawBB3ZDAqcgdcdSD0rycfS+sUKlCd3CacZK+rva9v+HW3o11YdujUhVjbmi1O1tLJq23XydvuP 537HVtOl1m7tFurZbmGQedZyyCG/hc7gPPspSlzCwwwKvChDA5ANdXdX9nZhBc3cEIcxxxtJKqhp JDhBucgBix2hSck8YPf9bvil+zb8G/i/CR4w8KWM1183l6lZxraalEWwS0VxEpKsCAQWRsEA8cV8 jaj/AME3dAF00ngr4x+PfDmnswzpOqNF4ksFCYKiOJ7nTNihst94nnnBOK/NsbwP9YqOVLFOMW7u M4t6XTSTjqu135+SX2WH4hhGK56TvZXcWnp7qem/e+n4vT5Qv5I4YvMlljjUAEb3RRluMgkgHcSM DHJPSs2OZGRSjCQucFlZTtC4GcA4x8wz0xxX1Pq3/BPf4kNAU0/46aVclV2xw6t4LljBC/KvmTwa 1csMYGWWFiDwFrzmT9gP9oTTfMaw+JHw0ulOcC4h8R2hJP8A1y0a6CgjqBuyRjgc18/V4JzOm6ii 4TjvF3tvbTVp6Pdrprtt6lHiHAS5eaUoN/3ZaX3s1ur9++jPI13QysQS2CGYDpg4YEEn6ZwcdhgZ qC8k8tSGH3mXBHJDKQwJPQhSM4JJPpXqUP7Ev7UNou2PxV8JJFVnKNJqnixGZHYyMSo8HOAxdnwN 2AMc44p91+xb+1HcMijxb8IoBkfN/aPiyYZAzznwdGcE8Hpx045oocJ5tFfw4J7X54XSXL5tvXbr v2OfE5xgKk04TbTu2+SXS1ujV/LdtLyPn+5bLv8AMN7ZBXjLehA9sg46A44rkL5yGZQw3NncHBAG MAH0yTkbu+PbFfUw/YN/aOux/pnxU+GFgxOXa0sfEl84U8fKs2j2SuRx951Gc9MjFmP/AIJufEm+ bd4g/aJt4kk/1kOheAWR0BAGIrq48Rws2APldoVOckqO+8OEM0lVvKpCnH5ytt1itPLsvvd0c7wM Em5Tk1y2SjKF0rdWrLz1112ufDeoSIZGKkfOpC9C2RwQc8DHQBuAD0xXnviLxRoHh62e61rW9K0S BQUM2q6jZ2Mcir/CpuZog2Cx4XJJIA5Iz+qOm/8ABLT4bsySeMPij8TvFJdgZbaLUYtDs36cNbxv qOVYHkeZnvyOnv8A8Pv2B/2Xfh5dR3+kfDLSr/VkZW/tXW0Gq3+5cneZpUjUtkZP7oZJJzX0eB4Q lTdOVaum42/hKyeivfmSv5PVKwVOJ6Cg1Soylsk5ySjolZWT5v8AhvO5+G3wp8PfET4wa/aw/CTw X4h8S6bPPGh8Z3Wk3+m+B7GPIV7lNfv7e1sNWWD5mKabdXW4qU2lhtr+jf4aeCI/CXh7SdPu5UvN RtrK2hvbqNQFkuEjVJHjXAG0tkqAAAD9a9L0rwt4f0i3itdP0+2srVAPKhtoIYIo1VQAFSNQFAwA AByQfrXW29rax8iLaR3KjOBgHoTg8YweufavtcBgIYKDhRjJJ6y5pcyk7rvp8ldfdr8vmOa1MdJO qo2SfIktl7uz3e3Wy18zAjMgJVYmKjAJweM+mBznGM85HHrVgQzsAfLPzA7ueR1wAOwAH0/HNdWk cAyRGuSBjpjaM46H1z7+3NWFEYwdoBJGSACecY6envjpzjFetCCTjurp6O7SSeyfm+l9tux5LqLt t1fyVk9lt3vr2WvKC0nYDcGPrgnIPHcDp/8AWorsAcDGBweMgdPcAnB/E9SO1FbJKOlpd9U+vy/D oQ5z6NJOzWvflfS67Ld62802gduwyRyeu080wjbyuQeucnkgryfXrRRV1N5ej/I5YbfOH50xkjMW bnooxjjGQfSqVwSWOfTP49c/nyPQ9KKK4Kv2P8R0R2XovyKhJ+Tk8iTP4Dir0IG1RjA2A8ccnBJ4 75Ofrz1oornn8T+X5I3h8UfOKv8AeiORiUjJJycgnpkbgO3sT71CCSzKTkAJgHn19aKKifT0/wDb GRNu1762hr1/5df5v72V7gAAYGMhifqAMH8KqA8j32g+42Mf5gUUVnZKLskvh6eUS6esZX19fWIT ouwnAzlBn2IOfzpgRByFGQq46n09fqf8gUUVrH4f+3V+cQk2rWe8kn5rsQAAnkZ+Vjz7KSPyIFSr 0B459gO59KKK6Fsv8MfxSuKey9f0ZOOSAQD8gPIFaEfJ555H65z/AJ9eetFFdFL7X/cP8bX+8wqf w/8At5fnAspxnHGGIHsB6enX8e9SBmUEgkEkd/UHP8hRRW8dn/jl/wC2ifwfKP6FzaOevJzySefx NFFFU9/kvyQQ2+f+R//Z ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: application/octet-stream Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/thumb.php?file=images/1732/DSCN1075.JPG&h=100&fix=100 /9j/4AAQSkZJRgABAQAAAQABAAD//gA8Q1JFQVRPUjogZ2QtanBlZyB2MS4wICh1c2luZyBJSkcg SlBFRyB2NjIpLCBxdWFsaXR5ID0gMTAwCv/bAEMAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAf/bAEMBAQEBAQEBAQEBAQEBAQEB AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAf/AABEIAXQA lgMBIgACEQEDEQH/xAAfAAABBQEBAQEBAQAAAAAAAAAAAQIDBAUGBwgJCgv/xAC1EAACAQMDAgQD BQUEBAAAAX0BAgMABBEFEiExQQYTUWEHInEUMoGRoQgjQrHBFVLR8CQzYnKCCQoWFxgZGiUmJygp KjQ1Njc4OTpDREVGR0hJSlNUVVZXWFlaY2RlZmdoaWpzdHV2d3h5eoOEhYaHiImKkpOUlZaXmJma oqOkpaanqKmqsrO0tba3uLm6wsPExcbHyMnK0tPU1dbX2Nna4eLj5OXm5+jp6vHy8/T19vf4+fr/ xAAfAQADAQEBAQEBAQEBAAAAAAAAAQIDBAUGBwgJCgv/xAC1EQACAQIEBAMEBwUEBAABAncAAQID EQQFITEGEkFRB2FxEyIygQgUQpGhscEJIzNS8BVictEKFiQ04SXxFxgZGiYnKCkqNTY3ODk6Q0RF RkdISUpTVFVWV1hZWmNkZWZnaGlqc3R1dnd4eXqCg4SFhoeIiYqSk5SVlpeYmZqio6Slpqeoqaqy s7S1tre4ubrCw8TFxsfIycrS09TV1tfY2dri4+Tl5ufo6ery8/T19vf4+fr/2gAMAwEAAhEDEQA/ AP6fmgdiB8w4Jz0OAckYzkqMAcckEDuMSrAQp4IwxJY9uo45OckHGBjgg5zzeMYOBgAgfTG7g/TP TJwMjnHGZvKwDhQeMHhugPJIxgAHnt3xXo2trf8ApWbVnpfW219HtoNb2tay122TVlqur9eVGO8e QMYOSSc9+mDu5wOpxxjGcMAcAj5HBxtJIxzzt5B6ZGWPBPvxgVotFkjAyoOMdMHrzyCR1545II5I NHl5JHHBOMkDgAA++OOO4I4yQcppaemq6Xve/wAtvlfS7Czvbp1d0u3yt5q97rQoiLcRwAAMemMD pnBxwcnsB0wRiovLC454BGc45JbAABHA547jg4450cH0xyMHoSTx7ZPIJGOemO9Ymv69ovhnT7rV 9f1Kz0nTbVd013qFwsECDngFypaR+VjijDySN8qK7cHKpVp0qbqVJxp04J805NRhBaXc3JpK1tL2 te1tRxjKTUYqUnJ6Rjq7vl0S3bd7JW3+4tFSQTt5xnCkZ64GQcZ425HUdMDBqq8AIzgEAjkHd15I PpnkjDfKAAcYyfCf+F3ar4rjuR8L/Br61aWzFW8R+Kda0vwdoLHkq1odWuIbzUAOohjjtpSMED5g T43qfxV+M8v228vtU0PQNI064ittRufDelW2pLbPK5RV87VLi/WRnPCOiiJ22kYDAH57E8VZXh7J VJ19N6UVq48vM/eam49XKMHFp+7dbevh8kzCqopxp0HZe7Uqe/0STjFVJKT2UZqMt/d1sfbTxgBR jABG3nGSMbRznOMA4OC2ScnJAbGpOV+ZeWAAJ56ZPseMDOTyPYDxPRfGHwhm8ATeK/EfxQ+Pt7qF lILe+XQbT4cWFmt0wLxLa28+kvIYSrDc8pJ+8VycAfHvj/8AaQm0zUZX+G3jj4kR2KAlIfGNr4N1 W6dio3GRrTRrWFUkYEqkSFUB2h3JGeGfG+UU+VxnOrOSUnThSxkZwTsrSlVwdKhzLpFVm29rpqT7 KHDePrykoOKcZNc9RTUHJJXSaUpPtrBX0+E/TdTcIwCSygEqDiRlI4xglfcgnHOMYweKkae7xxc3 KgkqcTSg4GehD5XnsfTkDAz+SGkftv8AxU0eZE1O00DxPaxuBJ9p059OvXGScLNp08NurEfcb7G6 rkZVuA31Z8NP20fhz43uINM8QwT+C9ZlOxV1CWOfTJjgZaK+RUaNOd2JYhs5diI0Z67MHxbk+Kko SrSw1R6KOI5acXK6XLzc0o7veTivSzROK4azfB05VJYdV4QXvTw01V5VpZyhpPeyuoPZH2J9sv1G VvbwcEgC5mB4HAA39CRnjAyTjPWj+0NUXkalqGdoJ/0y4GATkg4mOPb16ZK4pkUkc8UVxA6yxSoJ IpYmWSOVHUPFIjplCjoQVcEqVOc45MnlZDc9CcEAZJJ6++MnI457HBA+kjLmUWnGSaT933r3as01 dNJNO9/OyTVvB1vrayVnq0+ild9Lbrr5dS3BquskELq2ppsB2gX91jOccASqDjGex7jJOBINb11E /wCQ1qykjgf2jejPHP8Ay16k46kDAwQO8UEO4445/H+EZHcYzk++cHJpHhzkjHK4wT1HQkn8u/YH 0FPTSyXV8rjvpsr6Lpe11ZdgVtY2e99Vtt0a89fLW4x/EXiMZI8Qa4p5zs1W+UDJHUfaOwPv0z0y Tbt/E/ihc/8AFR6+MckjWdRHqRybjIHPTkYxjFZggJJO3jcTxg5+gHPGRnGTkdu9iKJjjKjbkgbc gA556qOc+uM4IzyAHeKumopJ+r1tv620Wuu21gve7totdld3s2/ktfO67F1/FfivOF8UeI06nA1r UwMcf3brnJ7jA4PXjBWbPCytgLnAwCSSMZPAODyc5PHXqelFP3e0X01tfSy6afrrZ66qWm2mnJbW ScFs0tuV2d7Lf7rK2+IAXGMYxkl8nnAyRn3PTJOepqdojjDDjHIGOQcfN1AB+6QBzwepq6kQL5xl QAeG6E9WJAPbJ/h5wAOKkKZUgnqQfXkgkZxjB7AAjjPBFNPTRJaLrbqtevbS2m9tBJJ9E0rPXT59 Vbrr01WisY0kWWO0nqMHBBGOvJK8Y74zweScimeUcYIwCBjI6jnkAAEEnHXoMnpzWk0ZBzgEFgOS CRgEkHGD7g5Byc5yOXKhJyQDhSc5PQLnkY6HJHJySOgBGYbbul0bV5JpNWVvlZ23Wq0dgautNbJa tNfy+7ultbu9bp6mQ8QDAEKBx0PAIJ5IOck447Hkg4xX5M/tc+ONY1b4vr4Qku2TQvD1lbfZbNT+ 5N5cRpLcX0iZ2m4YyCNHYMUiQBMFnLfr3JDwx5yQCOAABkZwM47jpnnof7v4pftWgR/tDayoJBaC zboeALaEHsOT1GfQADJ+X4rjqpKOVUowqTipYum5xi5JuKhNxvZXaTSdne7Seh9VwhShUzWTlGMv Z4WrODaTcZc1OPNG63ac183ZXav6X8IXKyKF3yERBX8xmb5SME4Y4A6EDAAyAvt3d1aCTw38TIX+ VRZaXdjqwDQajuJOSqjcuD1zgLjOAK4T4ObRtOcsyx8A5zggkEADoFPzDqCBjvXp+o3lpa+Gfie0 rgBdGs3PqRHcybgFAHJ5CgZ43dRjH5kqtsGoTafLKb+HlaTjGzSt713bmXV9XbT6it7uKlHv7NXW jtGrGyu1q29tejR5jYSBvgp4wjwN66zpzKR/DuWNTlhzn5WULjHU8Ek18W6pgSyhgNwJBycHuMEE nPcdAO/PSvqjRdcl1P4OePbexjVdmraSRLKPlCyOwLbRjbtAODuHJyzZBr8+/H3iLUNJup4kuS7A Esy7PLByc4wu3acjl8kEnDenj1cRGVVU3P3pRg0r2drRatZaJS2Wt9Vuke9gqLUa7aslWa3s/gpN ad/S/wAtl0E2GZgDxu2nGSDjO3tzgbgABjPXO2s6eOSORGB2ssgO48c5+9gAjcCASR6qTjGK4Lwx 4ymvr1rHUMea3ltE23aXBU8HHG4csBlSAOcbufQtRlBwR8oIyD8vKjBwNvfG3oTnHsaitKVKa5r3 Vpc0W3ZNx1eqe2q1bTbduY9PCP2k6muiUYtPpfvs76Kyt3Wx+1X7IfiLUNX8C3Oh3k8lzF4fg8PS 2Mksm+SG21vRLa/ltEYn/UQXQuXt48jykl8pSsaIi/W/krkDH8I4AyQMZ/PH14zyOMfC/wCwzM1x pHiyNuANL8CNjIPC6JPAGGc4yItxxwDkFiDX3wsbNxjODx93qAc85xxyTk8nPOTX9B5BUdTKcHJu UrwnFNv3rKpJK7VklGCjo/RaJH4pnlONHN8dCPKl7W/u2teUITk1bX4pPdb8zu9StFEFOSDnJ5xj BJBw2OnY4JyOMHjFIyKGdjwDkA4OCT05Oef7xGOTg8c1pxQYGc54O7jGemcnkZAPbk5yaY8O4qT0 BPAGMgkds4745xkYxjNevdJ2aVm39m7cbRdtbvd3emqWnl5S1d9nrdWavotPlfy8l1MnyQEPBAJ6 g5zyP/r9MjOeQOj4YiXC5IBwCBkkH0HBxgHPcHpjpWl5ByQV6AElh04HBAJ9c5wPmIBxjKxwwt5m SeoOCAMEjHXoRgcE8dODyABy0UNbaa20cWo621bvd6311vezHe6taVravdK9tebsu+xnSxcjI5PO SOMdwCuD19f8KK1JIjk8Mwzj+L0GM8jkj35x0yKKfPJaWWj8l1jpqtkr26W201ElNW99rrbR9Y+f pf5rsbywFeAvJwOOgJ4wQcc5GST6+1K8QXgAhSMkEn0+uMdSSOuOuRxppCAc4AZSQPlLZ5xkn1JH PToBnkNTZIl4IXk7WJwdp6ZA47gYOThvYnlyeyVmrWk0rvV2SWq6JvS9r6p6MzulZJb/AC6aLydr vtfR7JGOY+vAyTk9yPqBzjpjjHTOT0BCTuBxjqB0znsMZyD97HXnOOgrRWASMfl2pk5zz64yeAOV Hf8AlTfKOCFBGQcMM5AHHHOCATg4Azx0wBSbipa917yTv0slbVt67JLW683f8Wm9Emr221bv9+m3 UzmiIBGMYUEDacZK8YyTwc8gcDqOuD+If7WRX/honWSMHZBZrgjPItkzxnr1z833sngNX7lOg+7l hkegGSF547ZIAOc+2etfhJ+11Ksf7RfiMMThPso+Y9f9FjDHoQMHpxycKd38PwnHz5csw8m7uWOp q0tNoTabu799Vo97H2PBcVLNK/M7v6lWWy0/eUk721WuzXm92ei/CvUUtkaRyAFjBXjl2yMDkgnH J6HI+Ycc1oTak91p3xXa4mID+Frho1LZXEU6MMDlQBu+9tzycEnivJvh1qyzTC1VjhAhdtxO7opO ThiQDwTwO5Pfu7W2t20v4qMWMr/8IrKFRQzAbpgHJOOSuB8ynDEnOM5H5kqieClKTs+aXLypaW5X Zyfd2VmlpqrpH1taly4qcnHd0kmle16lNaOyb63/ADetvO/CeuxWnwg+Iu6VB/pehkHcqgM1xKAM kgkhs4xk5A4IGT+fnj6/iu7iZwzMVZjk5bOOg3DPqQeARgcEYr718KNp0fwq+IZmtVbyJtCZ0MkQ zvvHRWcO6EEHgBjg4IGDwvwF8QbiGe6uFt4lRRuOEeI4HfBRzyCcjhvlUdMgV4EJJ15TUH7qjFzb i5WfK1az0+Jt82vK1Zqzv9Bh0+TELRv2ydnFqS5qVJa3as97+tlfVnktnq0tvrVvOuVRGQAAAFWU gHJGCSXBYqexBAJDAfSDX4uLaGZXyrqhDDpyFbqxHGB1HIx8wxk18hXdzPBdMUYAB2YDcm44bOMA ncQCAN33gcAkDn17w54rN7aJbS4WSIIFJyoK4x68kY5Chs8d+T24tJ06U7qVrqVmkrPltf3k2tIt 69d3cvAe5Wqxlqpclkkt1a1tdG1fzdlbdn7zfsAXH2uy8VoSGb+w/CJIBwR5EN9bgnGM4CY+YALj aMgCv0iWFDtOAMc9DnAIBB9TkkEkgHg885/L3/gm/ci7XxPCD97w1o0jYbvBqmoQ9yDkBlYnJ6g/ 7A/VfygMg+2c8Dk8ge/cdcnpX7zw1UU8lwUuji+6+KV5Xaas+3zTerT/AB3iVKnneOioqPv03ZO+ 9KmvS6t17btsrRxjB6LuICsS2M8jntwOfUchgO1bygzEDqmAwOTuPByST0BORyfUEVsiDHTGQMgA MDjAIIOAM9O5wTkZI4hMYOeD0Pz+ueQPunuCQvU5KnoM+42ormbTcd1orN6Xbt7ycbJNdbaJ2PCT Vrp+evSWzb3bvfTdd7dMx4yG3N1wMAdQQOQc5BBwc8njHU1HBFvbcBkZIJwcbTxx33ZycHng4yav vHkkElsHJPfGc5xz1zyB0A4J5FPgi5yB14Izj0OQeo6A4wf54It2V7qzvG6Su7pu92lGylJ/NpJt FXXzsrt2V/h8+0m7eWndVHhzwcqeu0A++TyB6gEdjRV14y54Xd1OPlGOSf72O+OCSRj0op88Xb3o 6b3pqWqcb6vmb2et3r5hzJWTd9E/vS31evX/AIO/QCLooOCSPm6Y5HUjIPB6Y65yeOYZIsEEnIBH 3RyDgcY7j0DHp6E1qmLn7oGQfxIwP4sY9foc5PFVJIzkt3UAkfLjGAAc4AGeTjOecEYwKfM1CMm1 zNWcd+ZtJba2fu32aer0vpl03s/xe3n1V76JbrtakkROQCAT3xjK5wVyQccY4PU84JIpWTIwQvAb IzxhTwDnIJ4ySBxnAx0qyq4ACkknrjupz0GB/eJOM8jn0KFfu8cgfqSQT1B4GBjIBxknAqeaTa0S a2VvR2b1TaSVn0vuUk210trdq3RflprdW3M503EgADIAyB/CAoXpkKecAkjBzxwMfzj/ALbev30f 7SPi+3s3VEhuUjknJwV2wxqUDN8uVO6P5RnIwDxgf0kmAgkqeoDE4GSBjBwSMHA9cHaRjPNfybft 06vqOq/tjfELS2vHXTtP1e5hFpbM0McrxyeW32iRCss6ttw8LOIAQq+Udu4/Dcc0pVMtw8U4R5cW pylUm1FJQknJNRfNJqXuqzur6rRn2HBEowzLESnzW+qTj7iu23Wo6LVXWjbavZK6ue6fCDWbBJwl 7ryQzYUm3SRXuHfOSFRUnuX5HRIyD1ySOfTbvVvDEtp4yIk8WJdR6TJ5MsGn+Jvst6jv5U9jdy2l lHFELkFUiF1GbeVjk/6s1yv7PUr2ukC2tYLazTyd2La2jjMjEFt7NtO/cc5Ygk+1dLr+peHH0Xx7 Y+I4ZH1K500yeH9QSMs1lqdtOZBF8si+VHd5Ecszq6oiMpB3ba/OHh4U8JLnrSam1Z0lFRcmlzJw lTm7ro1O8Va3NZJ/a1cRz4uShSlzRdO6jNN8vPFNpRSdrXbvdcqa1OM8N6B4Wn8AeLtSu/hh4l1a 5UWhsrxr/wAiyhEsrm4lulm1SynjMSD92FtZy7kjAANfA/xK1Pwfp9zMkdlqWlOPMV4po7u4VGBI YeZbtdqy/wAQI6hdxAIAr7R8I+PLDS/hh8QfDl+Zrm91yLTf7MuftNqU05rSe4kuGHnTrNGZopVT 9wpyAQ5CHI/MP4kTx3OoXeZndUaRctMJMndksNkjdSewGRwNteRGhGVRJYrFcsIwjyylF07WjZW9 mk+X3Y3WrbcbtKKXq4etUVTEc1OEb1E1LmlaUVCCTV5SSs30tqpN+7JW881zxX4faVhHqTISSqq0 N3CQoO4FzPbwqc54w5UEc46nMt/FM8UiPpWsKWQkqsNwH2qFHLpG7opyOd7ABcZ7Y861kR/aHDku Tkrnntg4ByOw74HTqoxwmq6fKri4tmMciEOGRsEdGXdgkZyV44OQ2W6g+xTwUZwi3NuN3zSqQhON pSSg1ypO7s7qLVrK61FRxClVnF00pcl2k1zaO75dW3o0raq9vNH9WH/BJLxJc69PrUV4qmf/AIQA XBlRkcS+R4ra2DsFyoI8zaAAPmOQDuNft4y5kG0Dk8/Lt68YPRs+4A5HJOBn+cb/AIIkandv401O 0kvZJIbn4ZasTBcv5rG4h8Y20hktXA3RKIXAaFyyhQ7oVKqh/pJ8vaT8uc5APAAPbkge+cgnPQnn P7JkdJYbLKFFODiopqUfh5ZQptJXSlp0vo3qrpqT/IuI5Kpm+Jmk1z8vNzcrle3I3JpNXbi3o79L RldFYKCAMEAjrn5eB2BwBweSQN3YcioTHlSAv3RndjqV5yD6bjgentk50Au0EHJ3Fs5APbnBJBB4 AHOM9O4pwi+Tpg7cfdUYAOcc8kdTk8n5jnPT101du7uk7WbTT0S1vqlzPT57nh2s7q7dtPwv17bd Un03eK0QGRs24G4MeRxgEZ4weMjIAwCMgngij6Y69zjDAE8E4zycAcgYI7k4rQeIjcflJUN/COc9 c57cA5yORyMc0kSKm0fxfNz6ZwO5A789RnJAyQKlSfM1ZtLq3fXfVt63dm9Lt+o7uz9LO9ldWjfX TbzvfTe2kEsJbbkB+/PBzk9CAxx2II5Izx0oq66HPABHoccdc84P4j9B3Ktxb2jJ97LS+mi0emtv mvmNdrfOMN3Z2110vs/TZmztySFYk85HU5yQM8nIyMjA6E9AOIXjOWUdOhySeegHToScZ6gcgZFa qxY3ZwDk4O3k4J684IHPX9c4qKSEbvu8HG4dCQSeQTxnHHYAkjgDha+67Pm1to1e1lePu2slbZvV vXZqFv69bXaem2v47+RmLEc4weh44PTO054IHTgE8cHnmpEgA2luMcjOSB179wRjsOR6CrZjCbeO WLDAG0YyMdQCTk5zgZwOcEipFjYKQFJzyQMlhgZP8RPTrjqAOuaOb+XRpqUtbSey1lZ6NpNJp6vq rj3S7addNOVPX59bJdG+tCSLbvK4K4GAODk5PTjgE5xnJJJPIr+Qf9sByn7aPxbeZcZ8VamoLBgw CX1xxgkjIxnC4IIAzhjX9gRTAwwAAHQ84I+bgADjgk5yeePSv5Sf2/PhFaS/HvxjrF7fQ6prHi3x 7r2oabpljf3Gj+H7TSbG8vZtNTxFqcE9lqd5p1vBa3fi/wAeS2dzBZ6d4a8PX3h23gm1TxHo1xdc eK4YxfFcoYLDVaGGhQU8RisVXV6dKnLlpr3YK7nJySgtF8ScouyO3B8SYThhYjH4qNSq50XSpUaP Ip1J80J35puMYRjGL5pO/K2tLs2fht8Zvg98NYbO7+InxF8G+ELJ5FgabxH4k0nR4hMYi/kqL+8i ZpdpZigjLKmCV25x8/8Axz/bF/Zy0nXNd0pfiJaXl9azzQXdlo2h+Kddmt5VghuGimj0jRLry2WK e3Yq+NvnQhseYufn2a08E/CHR9N+Jll4P0c65c6Nr0H7OOi6vomivrVsl67yeKv2p/iDB9jlhOu6 xqsc154A0/U7KSy8m30wWVuvh7wPbaxB+e1pf/2h8QIbuaW9167truyuri3vp7+V9V1XWb66u4H1 jXJ0KnVNfnTU9fWe4mj1C/srXWvFNzdLvt9Uj/M+IMHgsnq0sghXxma4qm6+OxE8HhVh4YTBUsPC op4qpP63So1MS5U61NVeX6rgalLE4p0vrNKmvj8Z42V4Y5VMFkdP2taLjyYjFSnFQi/3U5OlSpRp OtUcY806jpU6Tdac1aEJ/pNo/jvV/FWn3LeEPhR+0d4kWeEzQyeHv2afjxrFtNE3Icz6b8P7yOFC SSonkid2/dxb3Voz8pfEjx2PCEl3J438E/GXweqJJLJ/wlvwN+L3hsRKsjRSBl1rwRYqHSQCOQAF 0k2xMquQtf0q/sM2Vqnwk0248kDUdVie/wBZvYwqmCHy43S0tfMZpYokhtprOyUMWhjhvJCFLFB+ M/8AwU08YaQvxB1TT7eO4jjtl855ZXZYJTprm4M6FmMu21kika3AiYzXySSsXZUkb5+vPK8PhaeI jRzGvOUVLmjj8NGE17RJOlB5YppVGp+xb96Sg5SpxbtGsb4y8R4LBfX1hcmq07U48saWMjGbvFT5 JyxUnKKm3GkuTnqWi3GzXL+W2pfGn4aSvdzT+JItOSzVZrt9X07VtCWzhe4gsllupdZsbFLdGurq 2s90xQNcTxQ53SKG6Gx8S+F/EsKDQNf0nVmaGCXGn6jZ3vyXEQmgci2lkYrPDmSMsQjoFdSVJNfO 3xnmuPDXw+0v4d6NbrqvjP4wXXhn4h+ONO01Wv8AXPDHghra7sfgv8MJxHbn7BrnxAn1DUvih4h0 i2uZ3m0jXPhnbanFB4i0W5toangb/hB706mmt2mgT2Oqaj4M+Hek380dlaSXeofDXwT/AMIZbeNb DxB5NydNj02bwnpF74q1SO4mGgeDPij4n1aysJ9Wt9Iu7f8AVcLwNRxOX0FUxmIwWOpww8sbh3To 4hYatiaft1hZ8n1ebrUaLpSxCcFGM6sFFtyiezk/i1jPcrZhleGVerCn7Snhq1SmqUqtOE40Ze0j USqQjOndaK1S6UY6n9R//BEi7cfFgWS7gE8L+L7WRWOCwWbTbxCeM+XllCqcDcGAXOc/1HrESzDp kkNkj5ST0xgDqOASB1HUBa/j5/4IdNB4M/ansYJ/GGtWeheLvCfivTNN8JeJmu723tPEkVvb3F1o 2l3ep3NxrPh+/sZoFEWga3qOp3kejanolvfQWOtXAjP9i+wFflGCTlgecgjI2k9vc8n0OMV7VDBV MuX1OrKFSdKFNc1Pm5ZxcIxU0nyyjeSk+Wz5b+7KSSZ6OIzWlnVT69QU4xrJpwqW56U4zkpRbTa0 TT5tL3vZNspCMDdkYIxgn24GNuMc+gI3HnnIDmjIjyQOcZIxggg4znoSc57nBJ5GKtmL5myNwY7Q SoUAAcDGSR9cnOOoGAVeLIOeSQMHK9VB7A46nHHBA+XOSV0Wjb00v5trTd3vp6mNlba930Se/bXT XRXb1TtdamLKrYwrFQQB1IJxzjG7JBx82MBR3A5DUi2gFSAcfUc84PHUHJ45zznnNX3jA6EEZ6Dk bex6HPfOdvAbvnJFFn+AZJ+X17jqMY5AyAAQcnjqRNK976u6UXzX1+J7cqfVbLfVNsF0crc112vb SyfW/VabXV0RNGSc8chTyMg8dRgY5+oPt6FaJQ8rkDbtIPAOCCccsuMemfwxg0VSml8Uknfa0trx 2s0td/Ww0/x11b68r7eastbLS7u2asafMAVO055AUBu+MZGRuwT7YGOSaimAwezZHQZwcZ7dhjgZ GDyMkHGwkJAHXPHHp34xzngle3Uk5wKryxnzDkcgKOMc9DggbiWAz0xke2Kt6bu3VaXbu46RkrJW XM9E7d7XM7a6J6a+tnbTRP8ADuZIQHhtxO7IA5yPu5x2zwOCCT0wCcWNm3B65B4IIIXGOWIzkdzk 5wc5xV026gj7qsctknpznPI4zgZ64IGAKbKELEbugBzhio+mBgjP4A4HBAznzOT0lb3rapdevWza u9bqzSte9hLu7J7vvqrL/gvrpa6PHvjP42T4c/DTxZ4sLlLuw0qePTRsEhbV74LZacBEADLi7mSU oPlKRtubG5h/Hp45+KNz8UPH3ibxd8VP7Ui+H3hmW9tr5mWRX8a2Usy6hpHgbTchke08Z6q+j6v4 snieeKTw/Z+F7C6S3tlv2l/ow/4KS/ErTNF+H9v4Bl1HT7C816w1LUF/tG6mtLEXBtriz0p7yaBo 5UtzdGbesUi3Dhk8jEgVl/nd8KaBpvj/AOI3gTw/4Ea21iw0nxEPAHwysr+xkvX8beNTe5+Inxo8 RabNENKfR9DuftdloXm/ZbWfXLaGKOJImhNfr/DGWwy/hPG5vjcJLkx6xNaliqlKVSgsPhYqg5zp R1xNOlWrxisJFWx+NxWAy6TisW61H8h4+zGriMbRy/DV4RdPkhUoOScqkqko1JKyUpJ2iveXK0qd Rp6NS+Qvib4n8U+J9X1vUfGCTxeLfHUtubn/AIl1076XpSR2tnongjQrL7T5lpo9rBJZDWraxjTV tQ8jTvCUciyXniW4v/niysbRPENvYafM7y6dqN5PqctxP5l3LPdTWr3kcjWyStPrOow2VjNr97aR izg09dI0TSf7P8NRaTZ3v7R/8FMfgfpnwg8U+DpGGo+GvBmieEdMv/FPi21061mlZpIGN1DZ3N6z z3niqRLpobAXE8Wm6QNUvNS1NX1LXBbH8MfE3j3WNT0SK2t/DEeg+Hbl9T07Ttdur42Fg3hDRtQ+ z3el6RaabBDdzQW+r6hfN4i1EagL/wAU+Lbu+k8Sa1aahHq2jn+T+PckzzEYPF5vSw+PwuBz/Exj ltCM6csZjcNh8d9XxuZYvESinU4fwWJ5qbxEFHEcV8W15V8JTp5VluEeH/N8VgascViMLVxCnKh7 GriK6g+SKnyuNHmlU9pKtW9q1GgmuaEWpOclr/XD/wAE+5YNe+Bmk3ULiQXMCG3gtjE8T+VFqto8 7lFKS/aFmikt/KkeNxukBa2SzK/gb/wUC8WeFNK+P2u654o0mTxfFaamlv4Q+H7rbjTfiL4mtpGb +zteaW4jktfh/pDNby+K51guX1e3l/4R+2inS+vJLH9//wDgmbZ6Lon7IGheIfFK3mj6TKrX48Ox XGk23iPXZBI1xaWWoRmb7RpliVCoLW2tXlRCLi7XSZLCLS9O/mv/AG1J4fib+0/8UfFt9d6F4Qtr JdUm1LUrcFNA+FPw00iJoNQs47a5urBLrUr2JorWHTvtkWreNfEupW+nySy654sAi9COQ1OGa2TU 8yy+eM4kqypUuFuGsSowrQxejo5rxDTk4vD4PBxi8VPDtK7pKpiZwpxqU5e5xNUoYTJ8ulSlOvNV MNHDULQjOtimkqEU17s+SpKE6kk4pXip2pqo1+RvxE8X65b63r/j+71O3n8TQa5qupQ6wln8+r/F DV0a9fUbJVlENjY+BNNuYNX0prV7p9AuovCVhYhgWnt87wPcaDB4aPhDXtRsNO0j4f8AgPVvFUt5 cI96yfFz4n+IPAFpbWVqEiSSVX8IeEPDun3elyTwwwz2PiaR7hre7urU4Hi7VofG2ojVtJ0yHTdK a4Xwx8PPDUtoVvbzSLfUJpZbrVJFia2vvEPirWbmXVfE2rid7Zbq61RbIWlhbW+k2y6Z4eslk0a4 l1mV1PiS98WeLbiKwd7Kx0fwZHdT2N/PdtcW7fbdY1Cz8Q6s1n9mgWE+IvCcEF3ctqP2S1/Z+FK2 V1q8siWPWKrxlUw+KzatGXNj84xsoRxmZzlKKk6VbNa6VBvljQy7L67moyhKMsctxmIwOBdKdR4i tTdZ4hpxf1jERdOpiY0op+zlOlTjiYNUqfs3XdOhFyo4Vn6sfsf/ABU13QPGeg+NPCWvXkGtaVqV x4rtYdRu4pdS07xb4U1OO8151mjYreSazp1/oOs6ldxgpr/jXxPcadbz37aFNcL/AKD3wb+Iek/F z4YeBPiZoxQ2HjTw5putrFE29LS7uIVTUbAvnmTTtQW6sJD1327g81/mEfB/X5vA/ijQJYZLxrOG S2v9CW0cKkd1p011fS2lzaeVK1o0OgSa/wCFr2znlS7fxelpcTOX0+Ja/u3/AOCNXxfj8T/CHxZ8 Ibq9FzcfDrWk1nw0WkDfaPB/ipBdQG1Uf8udpeAyBwXVm1RSMqwJ4sycK+Ho46DUqsZzweIlG1tG 5U3KSXLz8kqc5WfuvFQhzNpH6vwdmPtVWwklKDi7cjk5ONSm1GX2pcvMlJ8rlKUYpKVnGSX7F+QW yQAMDPXg5ODgYPQjnGSDk8CmSp8hJPBxjuM4OcZBP4A984HGNFkXJYAjOe+MkHAOGx/wHHOSOeTU Txsy7TxzxkAAjqMFcHnnJHHt1x4rtFWWul1Z30vG3K92tV0fRNn3q0i9m91rp0elraeVra28zFKn JLZPIxnAPOAMjnO4Hgds8YOacqMFJG0k8HPGOSQW46dT+Q5AGb3lqw5zxzzjJIH3sAkdOAckHjv1 aEDbflI5JIK8EfxAHgZ5AyeenOScTzNtWV7p2sm7q6t2d1fS3ez12Oq5kk0020na2nddru97LTYY qliT93Hy/eIOfTgE4wB1yMgjggiirUUJcY54A5BAznOM5DDgYHQE8+4BVc0dLtbLfR7xaTSaS6dO ty46pX3vZ2V1o4rqnvrp8uuvSbBnO3jkAgdOTxjpzxg568cmomRcknJJIGOMHHqRn3/AcAAVd298 e/AJKnqe/wDdByO5IB5PMDkDaenYKvOTjHU9DjHXk8jkdNJcq0b16O7T0UXpfS1r2et9tTBW10eq Xyfl5P7/AMb5cq7mUYHyjII45zjsMHbk9d2M9+lO8pRuJLEBRkZx0ySeQoA7888DOCObTx4+boDg rnJ5BOQO/b1/Q4HHfETXU8I+AvF/iaVlRNH8P6peRuW2gTxWsrW4DlsBpJjEqnByWAxyKVGlKrWh RglN1alOlCK1vUqOMIpW1bcpLVWve+xE5qnTnOT92EZSa7KMW5PVq2l7PvfVbn8oP/BWX4s6l8Qv jjqXhjRr4/YLS/Og200MsflWVhYK1tqOpZYlAohglnXCvunuI8YUylfEv+CYOpWmr/tj/De+ktZ4 /D/h3bo2hm6eOWy03RYkQRGQyrI8t7rjIl2wjWIyCZbbz2ittRtrzyH49+Il1b4j+NPFOs2zam11 ZavZeGNN+23EbaxreqXV1pGkrJHbP55gOvrZHV0Hk3keiadqlxHNaRMtw3qf7K9mfg7rPhLUF8q5 1Kz1Gy1LVbtoUSTUNUe7juLxo5pSJNgQhbQSTSSpCLeHzCsao39+vwznnPDWWcL3eHyjJuG6VfNp 0eWFTF4urSqvLsnhNNRpVK+I+u5jm07qcsBVy6M1SrTwGKw38iZjns6/FtTMZPmVTMZ+zhJzc4U6 TpU51JJRlJUpOfLhoR96VRV3aUVVp1P1j/4OBrPQ9V8M/CE6gJ7bwBoJn1XXtM01lspPE2r288kn hXSodViullska4W8m1VI7ZrjZFa3rXmkrBFeXv8ANj+zx4a8CaxqCftD/GMeGk8F+F7hbrwR4Pvr zUNM0hNP8N2902ia6tvZ6c1veabZmJNN8B+HbJ4YRERqkNjc6trVpPbf0Z/8FjtK0j4x/Af4Iab4 gvpLCN9c0rx74m08yiIX+j32j3umz+GZp45IPKMkdkItVlae38nTrbVLaO7M19DX8xnxb8V2vxAl sdI0OzWP4Y6LustG0xrVJG8Xa3ZTT2szQ28KRxReHtLMX2aa3hiaO51G3a3kMoW7htf5wxGYZJwp wlR4p4ky2GLjlWOrcOeHXC9ClVq5pxpx0uZ4fGVaEZe3rZbw3Rxv1TAYbDRjh8PmVfM8VdYupQT3 4uzCeBzyVaniU2sLSxVdeyg6WBwrpuFRvkgk8TjZ0aMaaxEnUVHkgpShiG6H6KeFf+ClPi/xndK4 0AaDpd6t5YeAfCdksMnlac0JA1/US6wNNd36RNqEMbWqwQ28qRWweySJ7z8Yf2nPHNr8RfGHirQv Buua5N4Hn1a11Hxjrt+EsbTxr4lsp7poUsbO3bMehaPHPIthb3Opah9rne51V5IH1FIrTsvFtzfe GIJPDFkLZvGev2ctxrt/PJcL/wAI74edZLcW8RijklWe8ULG8ClHbKwb7VZlkh+cfF2nTazcr4a0 qG6kjSOEXE0EHIW7kjit7KMBFibVNZnZbaFFFxcW0EjutusTsp/mvjhY/gzM6mUZvio4zxX4ipLE 8a18O6WJocF5fjnSlguDcs5VWm81dGVCWe1qNVOnUqwyaipOGMjX+Qnxhj84rYGFd06UacnWweIn SUa2Ew0IOniMdOklTjOacnRgpUqKnXmo0YSlFxPI7W5tbrU9S8bXwMXh3w1pcmn+HLdEk3XEgZbM XMcb+bGj3ckkljp6KiyS3VylwTEY0d6C2l4qweFDdPaT+JLQXXixiihNL0R7yw1u9s4opmLyxnVd P0Vik05kuLfwzGZSmZYz11/p9hcXNnazqsOgeCG+1an5cLS/2r4hhZRNAI/MDPp+gOlvpFjGBIt3 q7sDMxcRpzk2mahdWljdXsRtPFHxX166t7HTwgWS08DadOun3V39rKiGK3vLqKbw/YywpNLczQ69 NMY0ksWufS4Oy+tl2e46nL/av7Iy+isy9lrSy2pKUcMstozTksXj6kcVjcHia1L3I47H2gnTpc8v rcmxFSrOFbDyVCnhowp0eeouajShBzw0ZSnySlWhQeLzrNJQd6k6mGoTim6lNej6z4kg8Qa1qPjP QtNl0SO5vz8RNJ066/fRW8cPiR7bT7q/VZVVtEe0OkWdtb2rzGTXLbW45Va689m/p4/4I8fG608K fH34YNazSWvhb4jaFL4GaO4dWkOnaotrf+EoNQkDMDe6PNf+HtDvd7RtFe6TqaFYzFMqfzPeJLjQ 9a/4RTS9IGkWvhho9c8MaR40gh/s221PwV4Zl03wXp3iXxPosj3t1oGrXuqeHNY8ayWguNSSZvHt 3qFuY/7KaKH70/YN+IWp+FWlsJzLpmvfC7xt4f1yKKeSQX2lqNWvLO+jnLbpI54PEd/4iSWJ2by2 itmDuqxg/YRtWxuf5a3f2ini6clCVOlz0K3IqlOE1el7TC+yxHs2rSpYKMopKVl+p8P4iWCzBfu5 KLeHqympqUYS5Y061BzjeLqQ5eWcU7JrmdpOaP8AR9aJmww56hhzwCPm5+Xk9iMgAHqacyAqSCcZ O0nHUgkAHgHHbA4x06Vz/gTxJbeNfBPhLxjYsht/FPhvRvEEAjKsqpqmnwXvlBsEZiaZoip5VkPI YA106q+DxyMn3OOBzwAAcdMcZ75x84o81krxk/iuldSTV9Glq0m27Xvoj9qi+aK6qya6b2e2itpo /l3ZntEMH5QScYJ6/NncMg9DyCCTk4PbbUBjGVJbgnHoACeTk5OVXJ4xkckjAFaTo2SWDAjnAyBg gHHHHYD8uDnIiWIlyvylducAZIzjB6EEcnIGR175xak222kpcseXS1r6p2tZK0UtbWsm9NUdbdHZ rpZ+6rPpa+2tt3oQhCqgAqMDGSTgqeQAQQcjnI4wSeO9FWvLCsRyW68Anjr2OcDOBu6c4zngq1FS 1V0tFvLpyrpo76X1et1d31X+Hb/D5x1vfX162+a6HaxAOPm2nJODjpzwORkHvkZwSec13iJOTkAg dAAuQThiCM5JwRknqcgZrTCc7iCcjG4DpkcAA57g559sDmq8wUHJXJz74HK9wcAjqAcng9zmqk/d jezW3vW0va0tE1ta9rrVWdrozi2mkktVbp0tt/nb13M2RVZhkZAHTjAbqRkZIHIyP155+Q/24fFK eFf2dPGLhnjfVvsmkgRqXkKSM17KUUFcgrZCP7yhmkVc/OFb7D8tQ3sWPykkjkZwM8cjPI44yc8m vyp/4Ks+LU0n4XeFvDrSSCHV9RuZ7uCFRJcSxrJp8UAgt2kRbi4YNciCF3VHl2hmCmvp+BculmXG PD+BUPae1zTCycU1eUaElWaUmraqnZNp3at6eRxBiFhcmzCs5qHLhpxUnFtLnUYX5Uk3ZSbemqXz PwP+H/wn8Eaz45vPF/jXwt4p8R+FPDniO500avp/iWx0nT4fEt3dl9enm026u7TUm03R7adY7W4s 547OKDVtSGFls4Xf9OvA3wr/AGdrvw9omif8K/vrG6ubqeZdae+E2vRajYX9xGd2qWmqy3B8nyTL ataM+j7GjYoZIzHXwZ4M+J+j6Va2Ph2bxDc6bZ6XrlwX1u20iS7iSOJHW4ksbBvMsYbTWNQP2+4h jt5Hiv5hqFrPKfNt7n2j4oftX+BNB+Hb6V4Njm1j4w6zDZeG/Ct/F4ZM1ul/NdWVlbeIb3TfLmnv bfTz5d61pboRd3UNtYCe2a7iYf2P4hYrPeH8ixGaYmXEWBy+hL67iKmXVc0hBwdOlhMsc8HQl9Xr 42d8JgaWGwvPicRVjhMNTw05zpyq/wA3ZXiMkpVaspSy6rNQnT5atPDSq16kpJ16OHlK9acZy5uR uHI1Ko3V1bh4F/wUe+L/AIN+LV98NPgR8O9S8R+LI/AMmu+CfElr4a1yPW4b3VJfEUul6J8KNDTS 4G1C8+IWv659vufErWl5HN4a8Py6Ppt28upalounw/Nvi/8AZ80f9kL4RWvxi+NmhjXvil4rNp4Y +Hvw38PBLK08IayIHXRvCNuzXK6frMa6erXeu6vp+mXWi6JFos9pbR6tpzwX137d+zF8LPCfwpjT xh8YdcTxX8XfD17rGsWumW09jd6fYapquoaxf69qVzdW5WHXPEmqXF9LJea5A1xpEUI+y6YGmYyP +cf7QHxJ8RfFPxn408d6loPifU/DHgqZrTQtLupL6w0LwnYat5V5ezwRu95c6z4n8QwJD4h1qy8O WV/PYeGrbT7C01JNG053i/iLizP844Aq1PEbjXGJ8f8As6mW+HHDmM9pVwPBeWZricRWpZlGc6ip YfPcfPF081zTFUqdXFTxFbCZThpz5ZuX02ScEZ74iYqvheGeGJ55isRVi1To1aFHBUVgqUMPSxea 1sZbBUpUm6tHB0cTVgo2lKhTlXdVr4v8QSXeni6LzjV/Fequ9zfX+QIJdSmeBFXJdY4tJ0tDP9jj EPzx28kkjG4uJweVFpY2NveWouNfm1wGyv8ATdSMlpbwKZnM2p61fOVa7kmZPs0Hh+2097YJ5811 LeOlrDb3n6b+Ff2LJvF/7Kvir9pS88T+EV1awtNe11vh7o+oanfapF4e0efT2sdPnk0mPVooryGx u4tU1LToJbvWLTTotl/bN4gvEgT8/fiVYeMrLxHap49/tuy8S+MrO21uO68QQ2kL33hRIY7PSLrw +LSS1sBpunaXFYaXp+iRLpUWivFYaBHZ2bww2tfzPDPMFhsxzLOqGcSzniTHVKtbB4/F1qksbicy rc0814nca9NSqypTWJeW0aFSpUw1arTxdeoq2Eoufy/F/wBHjxb4eyvGZtiuGaeOy/A4iax/9h1M FmM8Bh6FOUVTxFChXeLhSwkatGcZUMFVw1JyqV6leMKEHPxyPw7pusz2envfWnh+w06O9vr7Wbt4 RZWSWNtNdS6zcRpEJY18MaPDPNYadDFf3eqa4wSyWS7lsbZPPPGniNPE+ueJvGcuhp4bvr+xsPh5 8MvDA8++HgnwzaaXDpFjHFcXbm4aXwt4FtnfUrq5aXWb/wAV69YajfJJdy3Hkdh4mum1HUI9N0aC KLS9ChhlvrW5eNo5LmLNzo2l3853/a5Z5x/bWuSv5So6wWwiSDbHHwNpCdUlOoyOkVrFGmnaNLMx KXcsshl1vxHcWqbne71vUon1ONPtL7LODS7FLkRwrj9eyHM6+QcPvEY+slmUKWBoyw96cJrNK1Gb y/LOSk1TvkuX1ama5pUUJ14ZvmlOFVylGdR/H8O5h/ZWAxNCdajOtWrQqU4tOMqtGo5PDqtdNuOJ rKtWqKa55ZdB1EouMqcfZr7TWsPDbW+j+E4l8HadoWlaTpeu3MqalHPrvgi+0lfFGv6P4ghW00pt D1HUtS8QW1tBaw3TNDZeF7C6vdSvtW/tF+1/Ze1nUF+LVzpzXbS3/jOPWfDEs1xJsku9XvoE1jw/ fXskjHzbyeWK1NxNKSft2oXryBZ5ZmHn/h668ceIfCd6NIkNz4R8N6fr+maXoVtbW8Ul9pkQttY8 VaxKI41vNQurzV4tA06KSXzgfDGnsoEcSWkUmX4P1O58HeLPBfii1dy+n3VhqKXDs5uL6/8AB+v2 msm7dw+5m1PSde0q0kLMZZFsGjC+VGHb7fOMdXwec8LZhjale2JpYfB42NWpCcKmGxFKpiWqVRcs quEhg8ZmEaFSqlVcIw96UFTb/QcorxpywtSm40uaGHxlRQi1Tqp1fYYlVleMPb0p15SmlFNuLcm5 wmf6Qf8AwTO+ITfET9j/AOGU9xI0l74bi1HwxcNK7eY0dncfbdPkfcC2H03UbQphQgjC7AVAr782 ZUjONxGQv3efm6YPXjsRngjGAfxe/wCCOHjKO88G/GfwFHKr23h3xdp2saMiEPGdB1e1ubfTnhAA H2cabY6UkbKo3ja74ZiD+1ONu3GeT27tnOOBxjjBAPfgEgVyYyjPD4uvQm03TrThJpuPvcyU5Ll1 km2+W/wq6Sb1X9IZdW9tgsNUTu5U4xd91yJRkm9dNGvO9/IpMuBjPyqehwMDIIOOuG46k9fplI0I O4eo+Yrg5HGMjGM9AcHPQZySbMil85wCuMKcbSOCc8kk8nHfjjpmnRRAg55yOcjg4xx3PHJ455HP BrC9mtNUk3LW6ur7avra+mmtrKx3J3X5rTrt23/NlVotrH72DkkqfmY5285zwAAMnqTwOuCrpTOC w4x90joemePXBxznA9MUVHNJP3XGKvom2use9+vm/wANWk3u4/NO/TXRNa6v7jcAweFyA2M5GMAZ HP6E9RgYINU5Ad4GM9+2O2B+XX0xgD10mUgHnGOjcEZOCcnP3egAIz0zniqLIS+TnvjGAM8AcnOA ehBPfIzgVtzppLVrTS29knq7+aS31t12wtsrW7fOydne2+6VrddEit5Rx82Nw5HGMnIxux2xj5ee /XnP4G/8FifFsdlrXg3SXuYoBZaF56+bG1whurh9Vljj8pPmVrh3t4POGzyTIsryKibq/f4xH7w7 /wAWcYx175PUjGDzjnvX8wP/AAWV1Y3XxlstN3gLDBpFttBUEAabp0rdwcb5nY4wpcMSwJ2n9m8A MvjmPifkNOWipLEVk0r2iqahzWmmnaM3o/ddrNN3PhfErEvCcJZjPmcW1GN03ePuzloo3TS5VLld ua3L1PzL0t5NTgiVDO9y8gCqYwyySM22JUEcgYOxCrlS5P7tQxY7inhLwV4j0vxzr2veIU1LS/EO ka++laJpMoaCbw5caDqBt3vEjjhDR6rPqUE01vK8izWtoLOJEt7s3okd4SfyIbeVHxO5EavjcYVX AZ2Hy7nkPyFSSoUSu2GII9k0mW6e+m10l7nUrOR9SjmnV737V4gvLpLTQ1vPI/f3Daj4m1HS7ebe G+0y3ZRmlkl2P/fniFjMDk2T4nPsyp0cRgOHcPiszw2CrqLpVM4pqNLLcTUjNctSOEUq0cPGopxp V68cVGMcThsNUpfyhkeVVc7zHL8vw/NUzDF4yhhac1ZRcJyUZ+6r2nOo02oqNo3p8yU6kT5b+IHj 3T/BnxD03TdW1bT9E+Gfwm1eDxd8T55I42l8d6x4X1HR7yy+DumQwTeelnLc6lpljqzQCW4kv0ur L7Ok2mR3Evjf7e2u6F42+Ofw6vPBHiLwwdN+NmheF9W8K/D2y1t9B8O2vijXbyx0G+muoNGs9Rv7 i/n0+70eWMQ6Zq+v6nam50jwpo2s6jjTrnlP2pfh9d6f8WrPwhqOr2uvN4dXTrfxVDNFYPE3i/Ur i81/xRFb61Dp1re6nZRLbXlzqAeWWFvEGoald6fb2KOdPT867T9ofV/hB+0VpPjjS5rGWz+HMo0n T9Pl0+bUo9RNno1nazaBrT2PiDwhqOp6MfEFvJKmnJ4hgTTpZJ7uxS4v8Nc/4WZ3n2d+I3GHEGe8 QVa+a4jGVK2YYLC14zjSyzAU51ll1LC3h7eOMx8K8ViK8FT5sPHkw1SH7ypU/wBHMgw2SUc9wng9 wjVx2WZVwtwpHM+NM4ynMK2XYziDOca8FbK5Y/B1KGLwWFnLEQxOJqU61LFOlSnlsZU6FKSP6d/g z+xDqlp/wTk8b/CbVfit4b0Lx3491HUPES6Q3wx8YWmm+H4tYuPCk0mjy23i678J+LHXT5bDUYp7 /VfDfhi7nnlhu38O6eISl3/PXrsnjP4LfE3xV8OPjlpUXieXRdN1nwoum+KrjxHf6LBa3KLaeHvi b4Rjkn0+7vtH06xuZr/w/qOnxaLqtnb6jqthDcaBrGozz6f9s3f/AAVs/a41bwrFL4Y/Yri/tuW3 uBpfjgeDfibq2kP4ZuBZtFDaWOmaZYvDPLJa6dcXFzH4sm0y7u7e0kOkNCbeBPzL+Kv7SXjn9oT4 xeBfEPxa8FW3hbxUmhXPhTxFqMlhdWF9r1kkFleaTd3Ud/Da3VjFGNDtLdtMtlj0RLy91fW9IsdL l1y8tU8GWSZ5jfrVLOcsisI8Ni3TrUa+Dp4/CTpRnWo1MPVw1Z14xr0YRoOcZOuqypydLkdeo/qc 9yevwHw1nnFfB9Wph83yHCxzh5ZDNcZjstzrCZfKnicblOa5dUrYihiZYrCRxUKWMaoZlha9SliM NjYShKlWuaz4Yt49Mso9P1S08QaDrF9rV3b+KNHi1KC21f7JfibxHol3JqenaPqS+LIbe70n7bDC n2rTdH1S1BjhWGCeXzu5tprm5uGs1W1lvttrpyW1tHKAkk4iMVtbxjETysQsCEFY41twsTZMMnpm i+IJvFHhC4+Ft1rUGm23h/WNY8T+BtMn/tJLjU7jUtO8Qm50WynsryCM3+rXENr4b0ywubDUPsy+ IL69giaVY7Y5cUtj4fsr3xc0P9oWFh9jtPD1uI9jXepX1rBcsbeVRJLH/YljcNJKYQ00OqGwV0jl DRp9vwTl2M4lzbD4DNsRyYXI5YrFY91I1G3lFapVzGpmqjSjh44rMsThIe/yRnGpmGGwuWSlNV6M H/F30g+G8njW4R8T+CcN9V4e8Sqax9TCUoc9HKs/pPDxzDDypQjUhSjVqSjTnShRdCGIw2YSw0fZ VYU47fg/TNZubLxVa6FqgstI8HW0Xh24AmmFnq9w+q6fD4xu7ia3ikmZLTW/EGhLYvL9mDyaLawL Klsbgrw0ME32VgwZFsruwvoo2GdsE8w037ORGjxxSSW2r2DyEsiyfZYkkLzFFb2KOPR9F8PweCLX QYtC17T7a5le+j1PVVmh1fxTLa3dxod99pnmik0yC11TTrdLvVX1C+GreHVvY9WtxMYpfLLe6kvN UtrSFYmbUrJzFGf3cTy67oqDTblnE+HW3k1DQ5l813AltgrJJKJFP6b4nVIVa+IWDoUqNXJMTg4Z vh4VZznl6qZfl6o4KV7Rpxy1YGWVxlSbU6Tbk26jZ+eZRUjVo5PBNSpyp4nC+1Ube2n9ZxNOTrxc YTjVqc/1iq2tZOykkrH9h/8AwQg8Zy3niRoZpQV8UfB/T7KZWOXuNX8HahBpk8pTaoaRYNMmLSMo OHHJ3An+nvysZJPXkqPm47Dn1GO3UgcgHH8g/wDwQe8R20Xjj4dRASxXR1j4jeGJUZ2dZrTVdHbW 9Pk4VIzuUmSKQPl1csIlJ3S/2EtCQMYyAvHfpgcZOM5J5zjI54PHoY2tLE1KGMcotYzB4HE81mlz VsNRlNprX+Kpu6cnZ2vc/qHh6XNlVC7vOPNzJNWV3GXok1JXvdN7XMtoyx5BP5c8+g74yBz3J61L EowMjjgHBJPDcnjGR6EEg8LgDGbPlHgepzzkk5PQ4U574zjGfTgPVMEDaFIB9D1x0xg9uvXGcYrm XW6Td3q0273S3bVnZ21euul7nuW1tp23+HZq2jeyT03adyB0AOcgHOOMnA64Jwef/r4OOpU8gPGM 4HyjAUenr3xjPPX8cFO8VopS76Oy15Xp7y+/TXbTVO09N/uv1ir38736b27Na0i4JwPXjAIJyCT0 ztIHUjBxzjmqoiO8HA+Y+q44IUYAGAc8+g684wNRkDk7jt2qNuMDk8n6KcDA9DzgYqOOEFy2OpJ6 gjI54XAODxk9cHA56NW1un0dlq+lratW0tpt201z6R020utezau3u/TprtrWaPHQ5wd2OQRjoTnj jryPfpX8p/8AwVsgu9V/aJksbOGe7um1C3ht7W3iaaaaRdN09BHDFEHdpMI21VViT8uMEgf1ieUv lkDnG45wOgb7vXI646jnIwMAD+Tj/grNFPF+0bfXaSyxSrqCmNoyQYtmn2LI8TIBIjyb13tuBOMA 8FT++fRsdvEzByi4qUcBi/Zc12uZ+x0su7drc0db2d7H5p4sKT4QxUYR53OrBOOmqSbs9Ulez0u2 tFpufnroNnPBb23mIkbCa5tJInkhW8guLKYwXVvd2QkN3ZSQ3Csqx3UMPnBW8nfEoYell7+xi8F/ Z9SXR11v4tfDjw7dX87KkdlY2Vx4g+JF1eNbBNmow2SfDgXMtkHVnBBnD2rTCvPPDdu4hVN0myQx ybVI2yOnmJGWQDazqJJAjEAhZJD0OG7vVryLSJPhJrB08alJpHxu8Nz21lMouLWW/k8C/E230q4u LVJFvbi30/Vrixv7iLR4L7VJobaWKGzuo2uLS4/pr6VFfGU/CPiGFCp+/r1MHRThFaueKjJRUZyc GrxUGqrdJWcpLlul+U+A9CjW8T+Fli4RlGliqlZWno6tLDVJU2nJScZRqxjKKUZOLimnJo/PT9sT xxqP2jRdT8Hi617x34xvfGetaQlhpGo3M6WBn1XSrvxNBoH2vUPELR3/APaj63YpK1+LK3OqOV8Q T6DfxQUP+CcF5+zj8Po/i54r8Yaj4nf4q6rpGi6dYSzG58dS63JLruqRap4r8CeBvCnw68W/EfQb fT9avvDejy6n418JeI11XxDLbJY3Nx/aeq+H4Nr/AIKEeFdHuNK+HltqHh2zs9T8J6L8Q9G1TW0u NSa8nuNO+JWv2M2n289rBpcF14a0qD7IY20ezOkzXGtX12dQl1vVdetNI/C3xNoOrfDPx5PYa5oV pf3EN1aypo+rpff2Xr1hFfBrdXOnX+k6hcabeXOnpFcCyv7C6YI9jIyE3drX+SGHy/KM4xmPwGKx uLwkMbXpzxtajSwtXGVsLhalOdOOGftPq9TDxi6NpOly8taVR0eaqlD+3fD/ADrhuee8e8MZBhI4 fjqhmeNzDF1c3cML/bvtMdVs8JWpzniPqWWUXTpRwrjS9n7SniLv2sq8f67PEP8AwVs/Yo8A6hL4 O1vxl8TLnW9DsdMjvbjWvhN410u+1Ga6sYby21O90rVvD3h1rObUrO5jvGe10fS4EMwNlZ2tmUjT yv42ftXfsJftAeHbXwzrPxG0Gz1XXUt7vSbbxVe3miWdgyagthFqbeIp9OvvC+mamsttdXWmRy6t YarOVYW9zbGeOaD8QNB+Onw++J2l/FTW/j3qdr4n+J/xC8ceGPE0uiaXo8OhaHYSaBa6ho1roOlX x1G20jRtE0u2lt4bG8+1xWunWphsLSCfTrOaUezePfgl4R+Jk/h7RfhZ4W0W9svDmiN418ZeLb7V IdV1CbRNBn0+wOjTarfyXlzqN7d63r1hp2jaJp/2uTUrmOG3ntrfR1nvrP8AM+IMNkGFzetk1HD8 T4LC/XMTHAZ3i/7NhReFwuHp4r63BSwWEcWp1HRhChpVqQtQryfM6f8ARseGoZTwhX4qzTMcFDF5 XkU8xz7LsG62Lgq0KPNWwdOftajnTnPlpxjUhOdRzlCpCMY/vOJ0rwVq/wAKvj1YyeEtX8K+Jrlt RbTfB2p3PiHw7q1tf22vaTqiaFqk2m6Rqc1zrk1hqcRk1RtHtWsoJbeMNcabeSReRT+Ffg7VvGVt 4T13xC2hz/Dn4V3XiaCe+0SbSraDUb7Tda1fXreGbTpbuO9SXVDLA1vdalbRW99pOmxpdahJdzSM 3Ca/4Gh0XWbPVdL8PNpVv/aMtlo9hpmgQ3sl5Z2FhewXF7PosmkTDUItTvEvopdP1fS7+zm0rz4p 7e/tC8UnoXi7WfD3gr9nO/07wK5EXxL+NHiCy0W6Zbg3l/oGl2GgRXUshvRNfNZG+tLmWGKa6DW0 GoCKF5YJBHJ+w+FOJw+C4kebY2VbG08Bw7h8bjKbw8KVPMMTkGMliMuwmMcZ16EE8xxuEqPDR56E qmGxPNCVO0I/wTx5jMr4m8CMxzLLsl/1ay7AeKU6+T5JUxVKvDLamJy2GJr4OjVpUqKp5ZPG43GT 9hSp+zwS5qNOpL2ClKbW73U/G+sfEjxvoWkfYdF0ew0S0ltEubSe3WzudRlW01xFnuXSANqq2yND YTXUMlzfyxW+bdJhaebTabf6RpGja79kGxtOnhsp3IeNZ9AvtRnaKFiCsZW303wxDEXiRDaXUMce 6NZSvrHhPQL/AMOfDrxxaRwFJb1dKsdW++3mGDwtrPjC4gAKecl1Ya+ujW+3zo4tiTRop3JnnLjT 430RNQiaUy2QV/K/1gmj1fQfAevXUIEp4WFPD3ixvJTeNkUvAUqzfpGOyLHTfE+MzKrWxWZ8QYHM cRi6FaUFQw+NwOOx9OphMLClGDhh8PiKclFuLtOU1CEKcoQj/OPDdVVcFlj5HGolKvUaqR9nUq1M XWqKq4JqNp0oqahTpppuMXKdpSl+6n/BDO4lsfjno+lSXMs6aD8Wk0izmuDiaSzmtNS0m0R1ySNl m9vbxpnCQxxxjKLg/wBwTRAjH6gABgOT8x6HPUD7o474P8Qv/BFnSrnSv2hfDltqMqXNxqPjT4f+ JIruMYjD6l4Z8LSyKQS22X7VqNx5ySNlGn+aNHXj+4TbxlskAeqg8AD/AIF0ODjnvzxWb5ZZdkFa HL+8yPBOTgrJySkp2s7fxOayV2lotHp/UfD9lhJQtpGpZJpXV4U2r6yV31V2uZaaIz2hwdoAI4HO COScEdMYHXHbnpjKlMHbkDCgjgEY4xgnPQnIOe+0YyMXghIfoSoyCTjrliSM8DqBjPPY9KhZRkjO WBIPQg7c8HI57K2eMZ6DIOSk2n717dN078qTdtWlo78u7vZaHudmm1qnbTtH7kr/AK9isqEk5VmB 54B9v4uSep9Oc8UVOqqFLfJjP8XPXJ/hI9PTg57EElS7tq0krJJpKpurXs46PVPX0HqvtP5KT6rz XVX2W21r21niLNwM9yOvYZ5wR8vXuOFAPTLo4TvBPJO0544HPYdFJxyO+MjpnU8nueRu6AcsOCDw AeRwckZJGPUPWAblIYjIJA6c9SFGAcngnng4J6g1o2tI3ut4rd2bV9kkmm3o23rdaWtknve2i0vr rdbev3d1YpNFhOBg4PGTzz9dp/2Qe+c+/wDLN/wVQ8L3GsfHjVLmORGZNTMYQTReZgaXpTKoUN5i hty/Kc7jgZ6Af1USxAgfLjAwBwR1UD6gnp0AVsj+9X8n3/BXb4C6j47+OuveKfD3xM8TfDvWdOul mN9pGsfZNNigh0HSI3m1TTr2WbS7q3iYF1a70u5VCowVyskf3/hpxNmfCXEsM8yrLv7TxGBwtac8 K5qCeHcoe1qOV4L3Iq7cmlFLnbaXKfN8UZVgs5yyWX5hmVLLaOJmoLFV6OIrwjWcZKnCUcNCVZKb esoQnblsottHwjpHhu705Io5rYqMJyQwfGeMkjoAAQ3OQMYDKN3WXPhSfxJoOoWunu9rqOkzaN4x sJbdX8+AeFtctL/UWtZISLmO9l0a51WOyuLVHvEu2tp4ba9aD7FL4H4e+L3xQ+AmqaJ4L/an0aw1 XwHrb2Om+Fvjj4cgkj0NLm/CS2dj4xs1kmg0e7uGuFhGp6fO+lNKwE0STMd36O/C7wpF/wALA8I6 5p5gv9KtJoNdV0aOWG9gEI+yWSqWMN7b6m89vasvz28tvcNLkRRFk/qPMPFDIvGLg7PuHp0KmWZ9 HBSxKyzF+9KtVwlRVbYWo1CGIk+XkiuXmXMnFSg03+Mf6oZ14a8S5Jn9N0MXllLG0a2EzHL6iq4a tTpyg5R9tBc8FGN/b0aihWpK8asIztF/AGtfBC18c6Hqa+OdZ1G21zT9G+HQv9e8U6nZrbab8P8A UPjNommeIXttUh1CW1+xaxcXvia+v9eurmB4BoWj+I7uytIvEdzBX53/AB1/Yt+Kv7Wnx28C6T4R tPDfhy11fStS8IfCiz14XOhJrfg7w3p3xB+JGma34t1N7L7Xo+q/EDT9Muh4Uj1DTkXTfD914dl1 vypLjUbrS/tz9umx8H/A34h/Cvwj488Ly678PdC8V3es6k897qc03xC8Aar8Qre6vdBkurXUBAlz pT6ZDpOkWV7CthHr9lHrN5a2ujwwRat92fB/4i+A9c/au+CHxE+KPiL4Y+HfB3j7Q/jz4p074naF LqWk+FNc0H4fxaBYaN4a8T22s6vPJ4B8WaZoXjuHR/GuoeINN8KIviHQpfC8U+t3et+HLx/8pcXl 2aYPj7H1cZVhga8MwxWGp0qtKnhsJGhSw9GlzUpvEXjTxdGjQqr2SnPD0ozSpzlXnVp/6I5Bk3D+ Aw0uOMmwNPMq2f5NXxWGxKo+3xWHqyozxeK5ZxVSWMxcnhp1KsK/s5U/3+Fo3TrU4/hp8Bv2d9J8 MfEaX9mnX/gn4z8aftI6Xf694cl+Auq/CnSp9bWV9Q03VtE1GbU/EfhnULO08FJ4V1KPXNb8b658 VIfhhHZSw63pl7qeh3dpft91y/sqeM/2avihrmmeIbjwxp0Xh+8s/Dfiuz8CK+l/D34cW154I+Ef jLw14g0+G50TT4dfXwR47+LWlRSa3ep4atBcabD4pfS7BNHvXb4a+Ef7Unxhg/4LGeLfj5FZwWHi 3xj8Y/HXguWKK11S+8IaP4P8S6JqXwr8G3WtXQgsL+8+G3gXw1P4K8VXuvSWtrcz+H/DtrrcMUMk ttj6p+GX7cP7bPxN0j9ouL46fs4fDH4m6ffeLNe+Gvxy8N/DzxNP4L+Kug64vhSz+Gl1DbeFvFN/ qmjeKXvPCvhS3udK0/QL2zXWLSE3UN4I5yIPM4p4ayalhsdiaWIx+JxmOrKpLG5jm+EhTwmGxMqz hSwWGlLB4epOU5JzxFWFWpJKlR9q/buE/vMwzXiXN4U8rxmByink1TIMHPM8FhqEqNTG4uriMPRn COIxE6rpU8JVjGeFoYetT/2qpRnKnW5IOHw1+15p3hTQPiSLL+zb+0tUtp/EeteHbTUY9Mbw3oM1 /baL4JtdKsNVSCO38TW3hHQtH8YNo13592PEOtsYrPUrbS7fTpvIk8NXvj/4o/BrwBqRuZLPwjol x4u8Sx3l5fXD2us+PL2/+J3iZ9Tur5Z7pLm003U9P8NvPfTPeGfToluJvtVw7L9d+GfA/wAMfiqX tfC+oaPp3hPRda1n4hftBaLqOg6b4S8V+HLTw5o1/pNr8LJ/A+pXw8Q6Q9xoVrcWOq6v9ivlvbXU L/VdP8X3T6Mtvf8Amvwn02+uPBv7Rf7SWtJifxCviLSfD8nlR2kaat4rvozLbQERpEwsjqHh60ga Jo33tqKLhI33/qngjlMqscBVxjrRw9PEYivjo4r2tPEVMh4UprNszVehUT+r0cbio5fhMOpXq1cP Ki3OXM4r+FvpQ5hguHMp4b8Osoq0p4jEY3NeLM5eFwqw9OcfZ16VCjGlS5qcJvC1ZQqRU1G6ocnL GpKNLc0bQ5PEnwa8QeJp499x4r+KE66bchHV/sWu3yeE7eDG4MtrBJcagEeN1R4HJIMUtyK8r0TQ ZX8JXNsqJNcX2i+GWtdrb/Nl1XXPHXgi1dVMKv8ANpXj7wywKb1jd4ZREJ3XyPvqx+Htx4K/Zv8A Atlrenixu9O8VfCq51iyuYYreTT7nVfiZ4YuNUtLkAlW+wy6hPHKJMshtnbarfNXyTDpTaZ4P1JR bSTHQtC+I2jWw2gteap4I8EfBDxpp1sf3MEUbW+p+GtdjxDEBvvpXW1cwsqf0TjcJywyaliknmM+ H0sdGVlfG5o44jHSlFOLcpYurVcpNOXuu0rM/AsiyqphMPlTquSlSwmHhNcrjepNQjJzaS5ZKb5V GL91JKSXNp+yH/BHWe11T48/Di6QW7Xc/iq7v9ReAZjjH/CbpYaHArAKqpDoej6fNAy7CYXiJVlC SN/a+8XAOM4ByOuQQCPukHkA5BI64yK/iT/4Iwadb6D+0Ja6JA0c0el/Ezw/oqXPSQjSbrVdHk2l MhoJJ/DsrQNhSyKJJN7Sbm/t0lTgnkjbnHVu/QA4PbAxnGT65/NMTg45dgclwN6co4TLfqvPTcpw c6NerCSjLok7+7d8l3FOyuf0XkM1Uw1So7c0qiukm7NU4xeqW7ald3u2t+rq7MtnpgEkDByeBxz9 CV5xjoMgmJYFIL7eCx+XrnPTp1ycYwASMjgirEaMzj5cEnHsf7ueMcenHTgetl0yNu1hjDHIyPly T0GSM9AFyDgZA68MXbTR6a7Xa2eisrv1dlp1191aNbaWvpbpHptfo/LRPUyShxkIvXBGcY4BGd3U 9ffrjINFW2j3AkYUls4IzxyM4Izye/4HmirUrbrW/wDK3p7vVKz7X9b63K55d5LXZL0fS66W0t10 OnMIU55HqM4xxnvnkHk4GOCR2BNm0gjI285z1HTOOnXkD2I9MXAoGf4gMDAIweeDyMkAENgHB549 XbBngArgjsRknkkc9MckgjsOOtNNu6ta+iSerTSsr2bul6LRJJOxgrXW6Xfdeemnm33ul3ZXdAVA wOQOduTyeudoAGeQcgg5weK/lD/4LlWd7Fo/7QmpW0rW5g+H+ox5Enlo63el6BFcg87nj+yyyiQA Z8rcFDDNf1iFBk89AV4weCME8EAYzkZzgngggEfyH/8ABwH8KPE/i5fix4x0bx54m8N6V4M8Aazq mteH9FvI4dO8T2tl4Tt717HWrdo5UuLO4QeTPkAhRiIGYRlPoeH8fisvedVcJhZ4qrVyPH4R06bS lGlio08PWrLnlBP2UKkptJuXKnZSlo+aWFwuMzDIaWMxVDB0FnOBrSr141Z0m8PUVanR5MPSrVFK vOEKMG4OClNOcoQ5px+ePjP4o+BPhr9iG80T416to8dx4k+EcGmaBodxNHfa7ret3/hyOLw3H4f0 wrJfXutxapLp00F1aQm40+Zftt1PbRwvMnr/APwS20/xjd/A74ZN8QILy2vPDMkMyf23CY7u+udC sLXUtFsJJLlQWa21ueS11GOUSRS/Z72xf97DKK/nl8W/Dbx58Cf2gvA/joeGviB8S/Dt3oHgHxdo 8uraRqPjJLzwdrHhK0PiKddYuxMbTXPD+vm8hstOsYUZLC3Fw7Q6XdG3l+nPgd8aP297PTvgl4Ku Y/itY3Gm/FaJ9C8UW91GvhHWfB+u2FxBrvh3x5bafeNa3kthO+kaz4TuL2xvLy0s57xdIVTdEXPy OQ8dYvDcVZJmVR4SgsHgaGCp0o14UKlaviKUKbWIvKSk6VGHPXqUZVOaVajKMKdOlKtL9azfwlWK 4KzXL8sq1cwqZzn1TOJ42rRmsLhKWEWLhGjl9GN5yq1JVpwre3lRkqWHqp06lVRo0f3X/as+Bfgr 4heE5NO1680savpd3aN4S8RXa295/wAIp4hOuXOq3N59iu5YLTV7G+m0+xtNS8P3862mo21wXtjZ a1Z6FrGl/gDrP7PPxp+DPjPxfrNvr19afCjxQfFPw71/xFpHhQ614Z0vwP4z0TTNL8U3OhG+guLr Tbi/8SaZodhHbNZaRd2Gp6XY3/gTxRB4j8M2N7NzH7bXwt/aW8O+FvFHw5v/AIcfE2Sx8fy215FJ Kz32m2vjTR/G9xe3mp6hqHnWdhYHxDbNPBZaneSkSulnpltPc3d4syfJl1+zP+2Fod34n8NaNrvx ztNR8A6P4T+InwQ0aPW77TbHxpqwddR8W3eixXF1HDNc6Atpqd2lgZbG+cqiBZbvULSz1LyvE7Ms n4o4izTE4ilQynPJzVCOa5PUTqTpYlZfh8PVlReHxFJUsNjMWkvaOlVjCjjakKyw1PEwfu+EvCPF XCPDODjguIcDjeHq8MTXjkvEGXt06M6FDF4rE1MFXljadelVeHwc61aMKGJwco18DUqUPrGIoyj6 L4G8Haj4e+NnxE+MHhrXfG0mvTWvxhurrXL7w1aW194ptPH3hrU/BOp+E9L+HOsaXpGq6JrGp6X4 r8Qf2c18ul6D4Vt9P0W88PatqVx9hnsPpTwpb/G7xZba/wDtF/Dfw/rGreINF0nT/DXxF06G98M6 JH8ZvDOm3BspNFsrbw9qOoWll8R/AdnOL7wv42tt9nqViNQ8OeLNM0m1/szw5Y/nP45/bX/4KBeE viD4L0z4p+M/iJp87TaNcXHw1sItOj07xF4QjuYFm0t9N0US3WpNqNm+pWtxJqNy97I0gf7THOhn T9ivhB+3J8OfCvgDRfBnwJ+AXxQ8fappljHFrWk/YR4P0TTtWuZTe6jbtqnjvUo9U1SYz34k1D7H Z69KrXFshnJa1Evx+E4XyCvWoYriHiLE4jLVlzeFm3hJUK8416NGnhnWwjnTqwqzjKrN06dKHtYY Wpl7oV8Pz0vpuLc68SMJPCUeG+DshrznUqYbMatPEY6risFCjTjXop4fEYDK6NLCyo1sTGpVxOLr KlJSpzwrp1oTfzr+0hD8CvjV8AvC3xw+A2oav4f+PPgHVdM+GH/CP6tbG48V+I7m8uLmPUPh18Vd FFva6jrNmEW40+GO7tJhaRLBY6fE9ndyJd+SH9qn4L+J/wBkvwP8LtWvNL+D95P8WofCHxO0m9h1 a/1DwtaLcaprniDULTTv9I1nVY7LUntGCyTl9PlMMF48UciQHvPjVF8fPjF45vfHHwN/Zqsfgr8c NOh0zUtT1Hwl8R4dV1yaO3ma50a48f8AgT/hDW0bUITFHBPoepajY2eraZqdlp15pmuRwRmzufyH +OXwZ+Pln8YLmf40+GtLsPHfxR1yOzvNQkfTrXTR4n1a2tJTeX1lo6Kmk6tqMcsN8qSWkU2pGW9u ra3upGlkT6/h/H4SnHEUKNfD4DD08JicscafsaFTGZby+0x+HlTjJU/ZtwalKDp1YvDYhPDwhK7/ ACLPvD3D8Wxq0uIK9DGrMKtGOA9ljstxfEWS4qriI/XsteZ0auNljMqxk6VGSw7jTdBRXOvaKc6f 9Af7XXxs/Z98Z/skfG74f/D/AOJfhjWPFOh+ArHUZfD+meItKv8AWBBDc6S0UjRefNczBXltlvRk 3dqGVbnybmSMN8T/ALOer/E3x9eeCrvX/DkPh/4dXK+H9F01bi5OoeIL3W/E/g/xZ4Dj8S+IWluF R4vE9zqFxHBE9q4luNEtY769GoW1yZvmw/sTftT/AA1+FfxY1O8+EXhPWLm6snh8SXV0ur3vjTQr O4hS6bU/AGtaJq0OjeKLLXbFFNzpl3/bMseoO1nb6PHfbHb3H4XeN/jN8OvDNlpmlaM3xl8EeErD 4Sat4ghsdBOjeOfClp4N1jw58Tra1027EC6B4xt9Om8SDTLy7uJ7PxEz6oU3XNrbW91P78eIa+a8 QYLH4rE3jh6leM62Dp14OrhKcMC5L2cXKlRw/wBa5U5YmU5VIJ/VZctSc1tmfA2V5TwVj8pyb+zs 4xOMxWX1KP8AaGLy6nUwOMqUcXCisFVp1L1swlhozWHpueEpv20+enVnChGf7h/8EZhcN+0HYXF5 b/Z5rjxh8GdTuUVyxF9qfh3xDd6pvbaCrrqr3ouUwu2cXAIABU/2+zNuyqg7QAMdfmGDnHTkg44w oHOBX8SX/BGXxd4d8dfG2LxV4eui9vqfxK8FzSWVxaPp+oaTMNe+J839kalZygPY6hp2kXegC8tR 5sSyTLJBNPA6Tt/buyDAIPXsSSRnqcY6npg4yPXqfWzadKp9VlSmpw/2lxaUUkp4upUSmpbS5aiv F7b6bL8wybCV8BRrYXE0amGr0qnJVpVoONRTso1FKMkrJyvqr3vdNooxJuZgBnBHTIx06Adec8HJ 67R0Jt4YjgArwOec9SQTt6fTnIwORy9YcEvtODt5298E8ZGcE8kDnrjsS85BK7eccEEE8nuMHkDO MAfXAxXjprm5tUnolZqz91Nvp/ktz2LJSV7Jpb6yvsrvSy1ur6JtLXVmZLEGG3KEBickHA6gAAdP Xlcn2xiirrQ7TldzAlsggn5s5J6cDkjqSSD2oqVOStbVdHa91eK3T82vL5K6d07XS8tW7Pl3fz/H 5rpRHyDk4wD0OQCcAcnpweMEjkdeaMcMSp6ZB68E/d569vqCQNvUSgqykbhyOecHOOR15zjrkck/ e5oVMDI4w2PUgkdccjPQ57Eg5ODXQ7J6R0ukk7ybaas99Fyvoknu77GSb6X1a36dl019brR+Voyu c8YIB556YA3DlcdOmCc5/H+c/wD4KlaXY6n8UNa0HWIUudC8T29roWs2c8KzW1zY6n4WtoLiKaNi EaN0ysiNhZEZtxAav6NyoKhQABnBHc5zjJIIPGMHj+p/n/8A+CmekfbPiqW2NtF54fyRgkH+wISx zxhQoYYUO2UDDaeD+neEmHwuK4xw+Fx9ONbB4vBYzDYilJe7OjXhCnUi9Vq0/Jpxve9r/G8dVa9D IauIw85U69HE0atGpGS54VIc0oTjJXs00nzaWetr7fI/wt07wVo/h/w9oP8AZ8d3DoOkQ6Rp8s6C 4kjtYokiWCGS8FzIAsa7H86SV5iSJJCiqE+pfBU/h1dd8OWcekxrBbX9h9lj2qttHHHJGoijiiWO KJQg2YhQFYxiIp95fm7wDoU6W9nm0cAoC2AFKgnCDAk5dcAsSFMgAbPygD6X8G6S8fiLQxHCxI1C 0UBQGZUSVQP4wDyDuBGSUGBjcB+35hwfwXgsZClh8pwdJRlThDSL/hNKk7tyk3Gys372jaVkfldH O8+xdGcsRjsTWcpzqNzc0pzqfvKk0m3705Slzy1u5Sk23e/pfxiXw/f32kPq1hHJbWyXczC4LTRb 7bUkzshuvNjNxFAJLm0DbXeaCDa8U0ySJ85a/pMOoeH7iw01rjR9bvdAuzYanZmCS+01b+O5soJr M3Ud1HFcIkT3dqJrZ48XFvLJDPC5V/pH4vaZJJJo8bQlPn1VVMiFVGL9cszBVUKzH5JAQBtVgVZc 14jq9s51G5nTIKeVBEiKQogtI1t4AVJYbkigQKABhidgX7x+Mzrh7IK1XE01gcMpV6bj7WNKlzRj GnGEeV8vMm3VlPmT93kSh1b9nLsxzGEaElianLTd+RSdnOpJSm7NuL0hGE48ut3e6ikv5cfh7+yl 8ev2J/G/ivxh4+/Z90/9szw14g1q61bVPGukeJ7my+J00M7xoj6/pviJbuw8QxARSywaU+r7ReTG 6cx30kSw/b/gL/goP+xPHr0iav4R1b9nnx08Elk2h/E3wC3gS6uFtlaSHT7bxMtnN4aulyvl2irr akXA2JDFHkSfslNbWt/GPtdqJGMe4SBGjkUtEQhVgodjhy2xwyZICxGQYPgHxY+B3wa8Z6Pqb+P9 O8K2+gxrbXOs33iiy0NtLh0+1uoJJodRutbt2sxYXYL2lzLeCUQW1xIYGhn2zx/iM/DnGZHi8TmO VTwGLqVKirS+uUqdKcnFKMVKp7OpGMadNKFOFGnTjCn7sYpNJfu2YeKOH4uwuFwPFOBzak6OFhhK WIyDNa9GnGkoq7/sjGyxGDrTqT/fVuSrhnWre/Nualf43/YK0zTNT0D4s/GvxmdMk8Z/Gf4jax4g mt0u1vJtH8K6K0uneG9AnmihV5E08i/NjvjRG0m70+ZPKSSJR+RH/BQqXwhrvwKu/iQ1zZDx/wDF /wDbStfFnw00t7tRr9z8NvCWgar8P9DvLXT5wdRbS3OnXFzPKqwaeX1bSUWZpUhV/tjxv+yB+wLr 3/CcH4LeObLwL470nS7u70saF8R9Y+EXhLX79rhdPtE0fxbdLpmg6nozahPbRtrOgDxJaS20z3Gj LqZieGt74c/8EiP2f5fEOkePY/HPiH4mRWlwpg1C58SW/iK1aKCZXS2OtzalrckcaofLnfTP7Pv3 TzFjMfmlX+b9pnlWhhMujk1LFfVo16P1qhGhKGJxlSUfa18RWjiJVqbVSeIlVUaMuX6y1yyjB38/ hvhLgvhrNsgzitxhm1PDZDDFY6OW5hw/iaOa47G41QtinXpznl6qzpyxak5Vqca0sTJr2MVBv6A0 WOfxp+x1b6nroaa9vvhFpFzJcTAb3ltfD9tebniuSI/NZ4k80yiSOTeTGssTBJPO/iF8NbzQrj4u 6jpdvFpcmoeE/ipc+DDaiJp/P1HwX+zza2k1pZ25ZDLaa94P1kw2DwpKzqXgtzBMGf8AQfVfhvo/ /CFXPgWK0WLRZNKGhNb2P+iCGylgFiYrIhdkItrUhLWQIwh8uKRo3wwPnXxCgtrO98IwCK5/tLXf FVnoulnN39jL2tlceNNW+2yWobybd/DPgrV0t2vAlpNqRtLGWUC8RJP0fKMqpYPAYGliKNL6zTwt KFepGEHN1rc1VzlBLnbcrc32nGyfLY+TzGu8xzLMcbR9pQwtfF1K9GjGcnCjTnXrOnBJW+CnV5VJ JO19FfXif2B/h7pPhr9uKTWdBs49J2+PtAg1FLeNYYNVtbnQPAl9GtxDEYoZJ9PvtciMF68T3IWW /gJENzuX+ycKdo7sCc8EZY5OB6jgAcjkZPv/AC/fsieEm079oTw54jWFJVv/ABbL5k4UhrRni+Fl tbWcoUhZWc6Le3cTsd8WHWHCsxk/qGGAVJ75BOQQwJJBHpkYzx1x25HyedYaGGxEIUYqNOo6lVQU naPNKCcY8zso8sW3ZddNW2fUZdiMRXjKWJrSr1aUo0uep71R042cFKespct7Jyk2oR5bqKjEiVcn 5TtJJ4PIwNwJAxnIznH4EjAoKbX+UkYIIBBIwepySAOc4AIOQSDUwXnJzkYUE8jaM46gsOcHPUDG BjouNxBPzE4BYjGMZHXkHABxnHHUYzjxXd2dtOXlfS2tm7vS6s1rpzXtZI9BXSTXM7NKOz63t5bd E001d7IRkPVTj1254Pp90+hORwe3uVIyDnkn5jzx+A744xkeufwKuEqqSSk0uykorp05Xvq97v5o TnNP3XJJpPX3r6LW7vvppd228jYQZ3DnbgMOxIDZ4AB7k9TxlRweki5B46c5OeOnByMeg55+gzih FGG5GR1XnA3EEj5h+BPNOUAcA4HBweDjjII59s7T24wQa3V00726Nrla1lfZ8zT30vo9G7XMt36+ u9ktXtq7vXq99BNp42jGfcZz0I6+49cYJwcV+I3/AAUM0sXfxHlfaH23fhwyEkjaDoqrkY5PzIrE DjqcEAiv2/BHAJ9OMHJz69RjHP8Atd+TX49ft3R258fStLAs6rN4deSIrIx2jTtgH7v5492SAeN3 K4K5z9v4e4l4TiXDV4u84UpPTlTadWgrRV0k+VtNN329T5fjCmq2TVabStKpFO6bWlOpZtLdXV3Z XPj7wVpebW2wC5CqZFVBuXBAOQVyBubbkn7xxlSQD9CeEtJkj8R6JE8ZjlTUrRdjxOhWQzjBYZVl 2kZcuy/L1OOa4bwRMbSx8u3SWGK5YFlVZYyyhxx5gHmHBUjfydmV2lmZh7z4WvWXWNNVHlUXN/bS TZieV2JuY2O13Bk6hgxYqrl2AwWOf1nH5hVxGLnU5pcsanuxlK/L72q7LlblFJKSas1e+v51hsJC FHb3lC7917pJXbk7yei3Ssk1a+174yaW6zaNvgKqf7WSNyG8uQC8Vt6kEDduYbgCQBkAR/ID4LPo k0vyxQOzvC8nKOqMqpIXKs4KMx2Oilclm2qq7jhvsv40lXi0N1jlklabWo5FSIsu1J7dmUgxnYoL yDGGALZGQwDfh1/wUQ/byX9mzw7pHw7+D8Vh4g/ad+LXie1+Hvws8L6obqO30i51Wyke++I15FDp V/b6xoXgqe60+31PSXms5LnVbm2sHIihuUb5vM83p4ShWxuLnGlTpxnKbnPS0I3aim7t2i5WV+bl 6Lb3OH8ixud43B5XltB4jG46rSoUacVGMXOrVjBSnKXuU6cW7znN8sIq8pRWp59+2d+2RF8G9Usv gT8EdIvvit+1f4yjsT4Y+GXhXTRrN14a0vUXUDxJ43vUke08H2Ztma58PyatY6zeancm2ltfC+sa W88sXyZ4O/4JSfG79o6/tfin+3f+0t4oub5Y2v7b4W+BdZvdH8OeF4rh4bu9jGuXE0s2kwKrXKzH w5Dp9ntiMcFvY2CGGP8AQb9hz9ijR/2R9H1bxz4v1LUfG/7RXxRtTrfxf+JfiiaPVdX1nXL+WW71 CO2vLzeYoDPcJDc+RcNasYfLtdlqM3F39vT9oP4HfBf4B+JF/aAs/Gt98LPjHLL8DPFd14A0M6re aLpHxO0XUtB1PWtSuLWaOz0HS9N0V9RvTqDPNez3otLPR9O1TWLu0sJvjcRCvm1OeLzurHDUbN4P KY13TUYN80KmPdKSq1MQ4um/Z05Qp0LyjNVJytS/U6WaYThjE0ck4Gp0sxzWValhsfxbLBUcZicV iW4wr4bhujiYOlhMtjJyhSxNSE8ZmDUcRTqYODhTl8CfCj9mX/gjF4u8Ux/DXwJf/An4q+PrmK4F tZXnxPXxnr2vyW0aSXEdlP8A2+0OtXMAQyy2+lLPctGt3JLCbeCQxfVrf8E2f2YtBT7f8KPB+s/A jxNH5X2Pxh8F/HXi3wDrkM8EzSQm+TRdaOm+IbaJpCj6Z4m0rWNNubaP7DPaPbySQP8AgT4E/Zw/ Z5+Enxj0L9kP433ngbx54N+OE+m+OP2U/wBuD4G69bW/xC8J3dzd2194di8U2mjanJanRb+a1gs7 xtUgkl0GfU21PSten0p7XU/CDPCH/BQH9rfT9d/ap+NXww/as+HmtfCf4V+MYIPDXws+P+uaJf6n 8T/COnXA8OeHdR8D6dJJp/iKLxBrug6Ha6zrGm+DtS0Wy1TX9U1S8nSfV7pDdeNhMzweHlChXy3B YefMqaeCVOUoR972UpKSVZe0pwlN1uZ0lGMk6rkmfTZrkOf5jGeLy3jDO8xw/wBXWKqxz2viaOFr ylVw1GrGhOFbE4GaWLrrC/U68KGLhUS9tg6dOdNv92IYv2g/2cr2K1+LXiuL9oH4GyMXuvi2nh60 8OfFn4UwI0nlXfxK8O+GLG38OePfA9oFs21Xx74R0rQtf8Oq15qfiLwpqPh+11DxHpXvmrWEV5NY XKC3vrEQ3d1bXUUouLWQOkcVndwTxbo5o7ixvZpLeVCySQuSuPm2/n54P/4LJfs3XNx8OdH+Lo8Q fDPV/Gnww8IeN9Z1mPSr3xH4G8MeINeutYspvCmq3WlQXHiXTJ82EGrabqF7oLaVNoetabd3Wo2T CUn680z4sfBDT9D0iw8LeP8AwT/wid9ow1/w3qlp4o0RvCI0bUJI57ez0TUjqTWVlp4ivIptE0NJ o7W10p/snh6MaVo8lpp3qU81wj5Z0sfRnQq04ygqtSMZxU4xlHl5mptcklo+Zx5Ur2evxGLyPNcF P2eOyivgsXCrOFR08NJYavKjUlTnJKnH6upwqUpc31flo1EnL2cZRcp/Wv7MVsieP/DLsoRn8ZaV dYGFAc3OnwFY9pACqkA2gbRl++TX9FsaYQEgZODyCRlSOSSCQAcYxnAz0wK/me/Zj+Kfw01P4h+E 7XTPiH4F1O7uPFulQ29rpvi7w7f3Esj3lltWCG01GaWV3LAIEVy24YOGFf0y4GxWGAOOc5B4GeuS OPlI5zwRjrXzufVIVK1Fpxmo02uaD5naUlbls3vpqnte19jowdKdJVVUpyi3K/LJODfLGN3slpeV tFbRau14sBiCQFI3E5I+bBOQT054wccqRnHGVUbcNtGN2QATngEEEgde7ZJ7+nD2UHB3qeAeB0JH TJ52gjkEYz79QZzg8AngEYA5bOBj064GOikHjHg9mk5WbuuyutE5K77u197NtWb7m25aPZ3W1k0k lfolbtvuOVeSSWAIBUkHntkHOSD78cCinJxy209j1JBOCBnBHI49cqeaKrmenu+ejut46J9tOn4a IFOUdIx5lvdXd27N7WV1s/P532ExhuPbPHqccADjqT7DoepUAjnqWIAxnjHYng56gZyABgYpqHGc gHp06Z4yCcZ429/y5qYADkYH45GO47ehPrnk9xXVLR2vqtNkmvhvdK6v8WtrPW107vD1X43vov8A hu4hAOFxz6jA45Gecd+cD6gmv5J/+DgHxFqHh/xzbPaW+lvFLa+DZZJLnSdMubglY50Ux39xayXk IUqoPkzg7cx/KrOG/raI/DH4c9cnpn/9eeen8jP/AAcN2iP4ptZMt8ukeEJcYJAZbuWIE8HgBiOA RkFc5BWvf4XpQrZ3h6c4OUXGd46Jt81Hs/8AFe2i7XZ4+e1J0suqTpycZJqz3eik+qfVL87n4GaJ 8XdWtykjafpE8RRF8iTQ9J8s7DOiFBFYJKoVZW3jzcyskTSmQRqD7D8Pfi/eP4z8NB9H0hXufFOk ytPM+qxrFIb2zysMNvqNvaxwAxKXgjgRcyu7I7vuX5P0yHYUwekYIIJJVWZwAxJADYIxHwQy84PX 1bwDCR4y8KSsxUR6/pM0bqIQflvoDgpJvjY5BAjIYNkDaC2B+x4PKcFGWEksMlepCnK1Ssk7zi18 E1G90trXt12PzjF5pmDlXhSxdRNRk7+7zJuFnJJx1Su0ruyXWzufoP8AtjeN55LXwOr2Omsyah42 3xJCjwRxg6DeMwWaHzhIH+cSNcvg7vuSRgv+Lf7NGpW3jb4o/G3456lYpdaZoFvH4P8ABsd+Y2Nr FeajfapqbwLJujt7y7QWF1cLDFlm1G6hMnlmRpf0s/4KK+Lbfwx4F0bW5Hl0+WDWvEOl2t06XNza 2Wr3R0821xO0SiaS1kn09VVxCxK3EQaGK1hO386v2cNPj0f9k6DUbJF+0+J/FWtT3rIYSZ57XU7j R42KOnnIGtLGKPGXOYlLbQxRPi+NoYXH8c5Jw9hoQpYT65hq2LpKUpRn9WoRxNKN5r3lOphpQq29 3krSWt9P1vw4WMybw1414wrzrPHPLJ5TlleU/epvMcZh8LjZ8t01JYPHS9lUj70alJShZXOs1DxV Fealqmp3lnpFrHZ6dcalPeSWFqEggBF1cXEvkWriWNY94ZCJCYd0LRsfNWT5juP2zfgVpukX1zp3 hGfxprd6ILafw1r+hWVtY3kc0gNzFeajfadqlvb2j26P9pWJbwXKTpFJBcoZ1X6Ft7bGqXKXNlb3 ljPZCxu7G5ht57a7trmER3FtcQTiSG4iuYy8ElvMJFkjdo3RkJU/ln+0vonw2Px0HhP4O+HP7Djt 4dI0vXLGzvGuNOuvGt5PMbldMhluZrewtVgudOtZLa1eK1g1Bb2GC2gijRW+g8SJ1skwuWrBwwFD AYzB+yxDfLUrKq4KfNJVFpTcObm31bUr2bXzPgtlOWcX5vmtHN6+eV80wNZYzAewqOjg40IzjGpG rUpzVSE5VnSVJ0vetdxqwain+qfgDwV+zH4w+EGr/FXwf8Nbr4QXXiTQvGXhxfFOt6gJB4ca90q8 8P6xr2gvfahe6MLC2afULe2vni02W3ns7mMW9o0Zeq+g/s/fAbwv8O/B3hPWPAOmfEe7smku28dG wks73Wze3El/5z3On3hlbTpGZVgtpbzULUQSJGHeMMr8T+2veab8Dv2b/hX+ztpF1M+qaho2lJqh heJPOstJMGta5e3MWC1tNqWu3lltRSqXOdUijlaG1eKT4h8J+G/2xvhX4C0T4j+ErDx7b/DXUrB9 Y02e2K+IvDcVgZJWmvJ/Dtw2pR6ZDKrSzz339lWqPbXBme7z5pT8SwbyKk8DUxuW0p4mvhva14e3 q0m6mIhzQUoTlPmqYXD1lT5VKNOlOtWdOEObT99rYXi/MaebzyXirHYbLoZw8Blk8VWdWpiMLgKl SmvY49WqxpY3F0cRWVBqpPEU6FJ151HSlKf1Z8G/C3jRfFnxF+NV9JoPhLw7r/iy/wDCl18L/HHw +03WU1j4e6PFbWmlxW9t4gtQ2k3sFpZWGnxXkdgpu0E07u8cjRzdfr/i6LULa30q003SdO0Wymsr W107SvD+hWKPCANM0+znew0uG5ewt3e3lihW4RI5LO2diYYykniHw3/ay174t+ItE8DeL/AlidS1 p00+21jwnLf2ywyCN5JL7UNG1O8vITbxhHvr64ttQtzawxyslrKAqD0bVbZLKRw80cMC634fs2k8 z5FW48Q6daRRg5JUy+ciopYq5bAAB2n7rhTA5DQweZYyk6dTHUaSlV56FKk6FBznLD04RppvlhTg qPM6jVT6vGScOVQPzXjzGcV4rOMmy/HYeWEweIqUcPhaVHF1MV9brwp0MNVrVq02lXrTrVKuIcp0 fa0njakHzKbm/wBYf+CYuq3Fx8cfh5dXCr58vxI0OWWdIzEzE6hpyBmAYEllyrYUsTu+9uIH+hFF wMAsAuMdDk9OeTgjJ5HIGfav89D/AIJrQfZPjN4GGxRLF8QdHUtkLHvGqWAVN5jZnywVW27SBk/M OD/oXpjbkgAADGCNuQQfTJ5zyB16g5wPF4tssZQcIpRdB9tLTjbTVWSb0XXquvh5O5ewrc0ryVeS ak3vyxuubRNt6tPSyvd6jmUhSxJGMEDIwOxGSOgGcgHIPTHQISrFcDAwP9o9ecEHqCMnGeMjqDTg m/GfU5BztBIJzt/nkHsABSKCGA5HcHvkHjDBeRxxxkZ29RmvlFZq1m1ZJRbu18k3dXa5b6ve2mvs 8ye8bq+tk/etr66XSeqXvbaDiABy2Rno2OCMjpnjGCfck46EUU85YAjb9c9ePXGfwOe2D1yUaKyc X8rpL4bLTqrrtrbfcHKMXbl/D07Ndv6a01VGc4zycDvnAPrxx09MHp2qbHQZPQdMc49e+P0/E1Gn AA6ZJxngjOMjuDj3zntzTwPUn27jtxgdCOvBGOOSBx2Wta173tdLW/uv3tdb3+Jdl3ZjuOByPcZz j6e4z+n/ANf+UD/g4NszLrkUmxjt8NeEpBhdwx/bu3cAAwOGAJLL+IGM/wBX2OOpz0HPJHPcjA6d vY8iv5gP+C8thNdaojpGkmPBWhy84IHka5OWfGeW8tWCD5SzYwwwc+5w5UcM3w03e8YVOnu2XJfV 7N20vo9Wtzx89u8uq6K/NBejd1fRN/ck+1mfy5aXp88gjcqzY42hJVyFLFQCu0gqCM55bglhgAeo +GLIWmu6JPMLpWh1PTpFCwuqkR3UcmR5r7SRkZUxlwVAAI4Mek2F80MSxaeZWJIAl8tf3ZY7WRA7 FkXDfvCUkRRtVpcMV6+w0HWLi7tJPsEIEN1BkrGCiMsqlcTRE7mKpnAAkJIUJKwCj9Vp4+pTVB06 kFyNNJ2XLacOV6NO6STt0tdXsfmdSg6tSqpRcW1dyWl4ySU4Xu3JtJt25dXFtpPXpv8AgpBov/CX fA3xHb2duy3mhvf+KLdpJcotroV3puo3jRwxp5ZU6RHdLDKBH5reX5avBGZ6+GP2TLyDxd+zDrnh 1BK9/wCCPHF0ZrZTHvjstbhGpQ3ZMhVjBPPLeJmKYgvA4ZMrIzfpJ4+gv9fKG+0m0vLKS41GC5aa eeSGW3vUjS4tpZHaKG5hCxuyo8Mjkny/NMZPmfk54Juh+x5+01f/AA28XygfCn4z6Bp1vZavqFgs UGkN/ac66HfXq2qxWzXOg3/nabq80MIknsrq11m7t4UljhT834nq1cHxZlnE0ZSnTjWpqs1dJOMa lGcp8t72w+InUUOVc3sFGKu0n+7eH0qOfcCcWcBxfs8dXwc8flUG7SrVKNbB4v6vSUpW55zwX1dR U1yrFur8FKbPcfEF1pfg/R/FXi7Wmgg0vw5plxq9zFNfQLO4060a5aGISSzSy3E7qLe3tVbzpria OOFhKwZ/zP8A2Ivh/qfxu/aksfFniWzOoaZouraj8SfGl3JAxs11Ge7uLzT4dzRvEktxrksNxa2+ 2R2tdOujEjJbnb+o/wC018C/ir408BeJPAfgbRtMnvdbvNPluftl+uktNpFtcjUSunXN3E1tPPcX UNkpiurq1hk017tkmZym/h/2c/hD8WP2c/2YviXq2g+FbJPjh4h1G/voNE1XTrnVXm0fw9cR2Vlo Bk0XU7Nbma/W01LUNFW21G5R5dcHmxyxSvCs8dZhic/x2W4GCq1cJXpUqcq1NN0vqs4Sr46anH92 m8JRq0qcuZWxEqa15oqXT4R08s4P4Z4qz2WLwdPiCdZ4bB4SviKEMTDEc1HCZdOdKo/bRpwx+Nji 696bg8Lg6snJOMmvn79tX4P/ALQPj740XPjSPwTe+KPDOrzWPhvwnJ4SuptdFjploJJbaz1VfIhu dFmvbma7vJbi6s00uyM4tft9yYY5Juo179sT9qH4LjwjoPxX+AWg+FvCenWdto2hWMGma5on2nT9 PVUitrTxEdW1rRp9Tjt133JismLhzL9jhgkMbaX7OP7bV/cav4n8I/HvxNb6Dcazdo/hnxFNpEFl o3hzUEjNrL4c1pLaOOfS9NjljQxajei5ksbtrgatcRRhp4H/ALafxc8Mv8Jbn4ef8J/4M8d+IfEm u6NfWtv4X13RfGH9lWWjXv26bVrrUNPuNQi0FmXGlwCS6ttT1GG/u4LWO4006o1t8tUoYOpVrZpg sbCnOm50oYHE0ZxxThVlD2ypVY13SlRaUHJKi2lBKpKMopH1sMVmuHhkfBme8OUMZQqLD1oZvl2L rPBONOlBRruKoqf1rDc1f6zKeIipzqOVGFOFRSq+peHvG/wz+I3hw/F74deCvDui6vqUl/pev6gm g6NZeMdN1N4IJL6xu9StI4HuUnW4WWDUomcX1vKA4inE1rF5HrEE93L4YtJIUuJ9f+JHgfTIiwE8 kQsteh8SXu1GyNz2GgXZ3tGkSk7lbBw939hnwvqI+AnxE1aW3kWLxD41srXS5bkRR288Gj6XPHfT wLOsjOsct6kTzrbvCssJV5BKihd3w3D/AMJv8drm20Ypd+HfgN4f1jWdcu4J0u9Nm+IHie3XQdO0 5QiRWtzcaTYT6q7GMOyTtqEEgSSCQL9Hgc4wv+rlWhh6GHpYzG4uWXJ04U4OvNYhYaVZxhG1oSfJ OVlFOMlZRSS+KzHJsVh+PZyq4zF4zL+HcHHNpTxVarW+r0aWCp5jRwsZ1pN/x6kKVGLtzupF+825 P9Lf+CecLp8aPBcyQrGq/ELT2J24y66rZgldp8qRVzwy8KRtRW5Ff6CaqNqgHOANpHIxnbnrjB4w D1zzztr+B79hC1YfEjwFfGNImfxhppYqWVdw1G3JjG5yqruJIjVmALFSQAoP98KNnaeASoxvzxlR 6YAPB5ODnGT8xNYcT1FUxVGKSajRcba7865btJ220dtfmfOZRG1CrzaKdZyTas9VFbNWXm29Htaz ZMvTK5weARknnOc4PQDIBAxjPrQSRwPQggcjIHfB49RwecYGMUA9AD0z8vJ59AQQSABu65KtznNA BDcAgsCNxB65yTwDxnkZPHU4HX5myau21e8lJN2tot7W5tNGtW/vfqxunu7Kzuk27aKyduqa10uk n2BjkDaR6noM9+gDDjPOOc5z1opuBjgYbJzycAZI7HqcDgYGQc84opNyT93la0s3o9OXW3MnZ2ur pPTzHJSbuopppNWjfdLR+ffXq9e2yDkjBHQ4JGORkcc457dCOSc8VJuHbuTnr2Oe/wDCQew6+vIq DlRjLdM5A7YwRjGeOOeCc88nNA6qB2GCR930B4wOTyQO2OM4rrb1UXrqr66J+77u7V11T189r427 X0t0t0Xltrv/AMMT84Jxx6cnoTgA5xjp6d+elfzj/wDBbDT7e91SBbkNtk8CWABRQSGXWbwAg7hs BYBWdiu1Srg5+7/Roz84JGQBgY7c9gOQB+Gcg4r+fn/gsitumrabPPyP+ECD4C7tgj1DWHDiPZKJ G4GxGjZTj5juIVvSyd2zKg4t3tLVNfyJ7O93dNWTvftY83NlfBVE+rVtHundbPpo3fTy10/nL0nw 3ayR200MVwsTRAtLHIZ284bDKYpiqwtw6l4gkc8OVBkmDF29HsvC2mWtpBKxnuLOZUM11aXT2l0p 891hthPLYyRRK8oX7S/2S4gWF4FRizSrFh+Hpx+6l2q6SbxHbywJGJD9nM08CpE5hVo0QI6xJNNc JHEypNdNHCfQ4vtkn2O4soJIo2S1iMU8/nX0wjCNIzXGTKLVDBtDxNb24ECSPACYo3+ur1qiVKmq rg223JyesUk2uZu97fC7NJJtpq1vi40oyUnZySa2ina9la6vHrrezs0m310/F3g+G2htPIvJkUox Nkdks1nazRjInnnMbF3ISVY4DLbT7N8YjXIr4y/aX/Zg0H4/+DDpjtbaH408OS6hd+DrnUUlt7u0 vRJGLm1nmtkulttMvEit/wC0rW7td2qSQ2yWgs763iubb7n1h31O4tbecq4h867gR45rK3kcSJLM /mI0F19oa4YrPFDd2wMlxvm1FZDEx8y1KdrDVkTE8Uc92kCW0Nxqlh/Z8rL5mpsunk/YLpZ1CwGS 9L3MCvEsxtgkss/BjowzKjUwVao4OrS5oO6lJctnTmua/M03ed1eycbtu79TK8dislx+FzPBScK+ GrRnFpySeqc6crNOUJRcozjtOE2nZNs/Hv8AZ3/brm+EY1T4D/tVaV4i8jwdONB0DxbBpJvPFXgz +zJXtZ/DnivSpLiyvtc8PLDKtxpOpWhutZ07yre3hhv9LuUk0/8ATzw5L4Q+IXhjR/iB8NdcPjPw xqEUbadqGlahftZK0MMU+oWk1jOkN7p+sW1y6R6hpt6LWW0kZvMhjWa3RuX+L3wC+CH7TcMWl/Ej w80vim1juYoPiJoqQ6P4vtLOaJ7hZ1uoYL+5urXRgk8p03xC+t6JAnmXaWVpczX093+aniP/AIJn /tI/B7xkvjL9l74w6Z4gGnXok0m5i1w+AvF8bTxrHJbPG9xdeGNdt2tpTBf+Xq32eazY/wBqaXZQ Ti3b5nDTzjII/V5R9vg370UlKrQcW0rKVNSq4ZydqkozhOELySg3zM/TsbS4G49m8wjmEeF+JKsV PFUcZywyzFV1T/eVoVZShSjKtU5FzSrU6knzSlRrVZOcvsL44/sC/Cv48z6t4hh1zUvhh8RtXT7X q2u29h/amga5fXVnFO11rPh2a6sGivLtCrNfaHfI1zcTPd3yXt1O8KfHXg3/AIJD67a+ILafVvjj 4U1PwfKrLdz+GtDvx4oHkTRq8L6HqFyDYtKjAwXUkl1BKzQLGryShR9DWvij/gqXoPhiWx1r4a/D jxdf6za3Gl6ZqmuP4Js/EUlwkURa905PD3i/w1pOpDT0i3zg6bdXAEjz3KzWsNy0eJ4S8E/8FHvi uTo/xB8b+Dv2fvBE0tzpviTUfC66TD4okexl+zSaeiabd6p4gt1DiZFuLHVtMt3kcPLPcxbUPgYn McvrutLDSxGGc5wdTDUKtKtGTulUdGmsNVxS1uo8qprmSUeS7nH6vKMLxlkmFp4erxDwpXy/DqVO licZjsJio0YU4RlD2TVRTq8it7OhJVtV7NUZxlyS7r44+NPhn8Cvh14b/Z++FFrqviT4k3WhTeGP A/hPT47WXVra71NZYR4t1rVLDM+luks41KJ5fI1DVWL29nJZ2lnd6lpXQ/Az4Haf8A/hNpPgG5ut 3ibxXJ/wkHjvWrGG1u7c6y8ERtNKtpXWKUW2jW7C0Z0nIefz5WjL3ZVO68C/s7/DL9n62u7zwtZv 4t8b6p9qtdb+JPifUrO/1u9vbiR2ubn7dcia10mwAgiuJ5Y0W4nWUSzXNw0bwrvXBingjjsNQuFe 7dfMScrcSWpYTzJbSTSWkSSiS2EMhaxZIrSNxLdWtndhbZvoMhy6tOeHxGKp+ww+BXLgsI5Rqyhz RnfE4hwcuWonOs4KUqrlKc6lScpunGl8XxFn2EjhcXlWV4qrmGIzTF/XM/zuvReGWYVqc1Onh8FQ qctWGDjNQrOVSFKpOaoxjRoQpv2315+xvbJZ+OvBYEdvJ/xUltuukaKeWVk1bahmlRnhaQNEdklu 7KwVckvGwH9yUaho1BIDFExg45C8Z4ORgDjB6AkHHP8ADh+ys3keOfA6TwR29wmt2LGSxuBJYyKN W+VY1dfMWD50VDId6SLKv2iXapX+4CKUeUnzDlF5wSQGA9+vTnoVJ+8DinnDbxEZqTTlBJe8mmov flS1vfe60SSimk34+AShQjGyfvNO7ad+VXUtE1ppaV9+tnbSBcSY4beFOM8cjjgfd6DkcEdT0AcX IOwZPzMASQRgDAAOSCc8n65GSMCjHIcZBIxjOcgk9SFxzgds+4C1Oz8ggjqQW4Yckn+IEknp068Z zkV5O/2b2aT0as9Enfrqrcradr3Wuva37t+Zq7TSvdpStdJWd09e2qe2qJA2MbmKZydwBHoAONox jkYz057UU3OcIOcc9OeQM9MZ59uMDnminyt9LW/vNX1VtFddF+Jm5ST+K+2t5dUn0dv+G2TsjV3Z AbOQB17k4HGOmBxjII7c4JqVWDDrkjIOfrznA4zg8jGCMHOKzgxBOcdQRnIwQRgHbgknJIzgcAYI wKtBsZI79RjnkjjIz37np3B4x03TukkmtHzXu9Yq9m0tGl0b7q+8Po273ts/S2utu2q9LkhIORgj HHTBI69s8kggE9tp681+CX/BYW2+1avosAjErX/w+u7WON1lbfLJeayg5j3MWXduQEEM6L8sg3of 3rztwenPzYwRwT0Pv2HY885Ir8O/+CrtobrxX4IRNweTwlOIgiorySxajqcyRxvIjxo7KhCGRTDv K+eYo8zxehlrVPHUG/5anMle91TunHZKzSUr27as8/M1fBzjHSzgr2XVxVn3ST1vrrtc/la+IXjv xJ8LfhB488X+F5LSHxNosWkW+lyavHDfwWcmv+ItG8L3OqQ2kzTW8t3ZQao1xpwM6XdtcQ2U/EUS CbI+Ofxr/az+CsXh7wV4k8L/AA9sfFnhvwv8QvH3iDWr6xttS034ieDfA3ih9L8Panb6R4T8W3Vv 4Xk1TSS76no8t7bahYXW23ltdGvbe8t37j4naL8Nr74YeNtA+KvjI/DnwtrFvYWY8SSW15qcml6q mswXOizpp2j219qtzawamn9qXVrp+m3ZuIrV4Fe3hl85/K9d/Z38PfF7w/NceH/2q/D+tfEO18K+ OPG3xS8TeKPCsrWGvfDz4r6jpWv3Gs6Lpi38VroMFg0zXGlabZ3It7QpqQgXSHshbReXxdiKkcyp XqtQhTjKUeerG03TlKFuR8sYxblOaqNvlcZfytfT8C4TBzy1VMVh6ahDH4nnxFTLauLVWDo0YUIO vTpT9yFVzjKilO1SrQqcit7SOH4h/wCChmuadfeOdIsvCPgi21yK4+Fuq+ANL1SDxBqdjf8AhbxX DZXHizQtdmsPEeki88Q6SniLR5NNuNGj0a3ubC0197uzYjbP1usfGT9r/TP2g/i18CpfBn7OU0Xw d+F2s/G3xBLcah8REtT8PrCfRyDYT2viFob/AMYmx16ytrjTZFTTZ5TqUUOozSxW0knOfEr9kv4D +LvCnjXxB8Pv2gfhjNP4e8WfDnVPDniC71mxU+EfA3hXwnB4CaLxzexJbwKfF97p2g6s+oWyaXDZ anaTq8GoW4+0P7P420HQZf2lfit+0lrHx7+COneDv2jP2Ydf+EnhY6l4r0/SJ9cu7vT/AAndy65C sElmP7KsNY0eK21qe3+2ObtjFbQzvc21ivzVCti/Z1HCVWNRUqiUa1WrGUp06FKVC0XUUnPmdZNz V+anNfAmfS4nC5MuWNDL6UKksK4VYVsFVlOOLisvdqThSjH95SeNq/vJc8asXKMlTVNy+NNN/wCC i1zDd/s6f8J/4I+HmjeGfjD8LvF2ra9reiR+LrWXwp410r4kfF/4b+EbyGObxZPYnQwfBXg+719b iFXjfUtc1M3H2SOHT1k8Lftx/FXWLD4RbvDXw408/EL9m/4//Gi/az0LXILjTvE/wVh/aCh8MaNp 96/icXEvh3UB8J/DMniCzvH1DVLh7vWzpepadPeaa+kaWh/8E9Y9R8G+ALH4h+O/AGs+C/B/wO+J 3w2g8S+Hr6+1C0n8Q+I/iR8Rvil4c+IHhvUbixjspdN8KzeKtFk1CQyZvYbS8tQFtbhpV4a7/ZQs tJ+EXwa8S+Cf2ov2fLbxH8H/AAL8Xvgr4+8Uah4mg1P4cvo/xn1j4tXsdpDrNjPBd6T4uPhn4heJ E0bTNTikTU721s7iGSxmtDYal7/1rMEo054it7KrOo6SnWlKLU/b8qi5Tai4Xp6q3J7i5bNp+fWw XB1b2zweFpxxKxFehObwmIlQpKSzd4KpaFGVWNSVSeBo1KcoPWFFRTftWug8Sft2/H/V/Bvw+k8E af8ADrRtQf4B65+0B44fU9M8TX+n358O+NPG2hv4d8PacfEl9Pp1k2meH7SS4e9vlubie4v3iuNN tQBfcV4r/bx+N+tab8YvEOi3GgeG4tD+En7PXi/w/pMGh2mrR2upfFLSvhdd+L7aSbWVvXvLO21D xXqjaF56RvZwNYw3TzNDDFJ0/jn9mT4Rad4B+FupfD79r34PaPplt8KNa/Z++InivxBdaRqOha4d U13xF4l1S90NtJ1VIrPXRZeJ3CeG7rULq5ttDsdHupdZeQ6gkVrx/wDsnfAbTPB/hz4i2H7V1jpP 7PPivQ/hx8KPFesWWiWfieX4kXHwp0/w/bw2mkahpM17L4b1S9i+H0OqSqNH1CDS9WsbiydtQivk sD5UJU4V6laa5pVJOUealVnJtV4t3jGMvfdOLjTd1JxjKUrRc2vTdHKpKhSo4SNOMa04LmwOIvHl xdCo6UkqLjOdbDUpwowjKrKMKjhWVKDlb0bwh8Uvi7rv7VPj7wF8QvHvh/4e6PpOq+KbXQ/g9rXh S8s4/FPw7stIuF8B+NPBniXTND1aPxbdLbm61TxBaa9d2MEOkNcS6KLx5L6z8Me4OhhuJbu1u7GG XybeORLkxCydoPL067e8huLEQx2Yhnje6nkuEiuDK6ahAk0rSN4Bq+kfBfQfjzJ4s1/9oDxx46n8 KfEddP8ACvwu1Pw5rWpT+AvGHx00qF9PsdG1vxNaaXda14PvfDuhTTeG9P024Tw34csbfTNT/tWR Xu727+n0inme4gvmtWi1a8vY7e9s47OO4iuESBFuPIs21O4litI3uphMsVvLe2GoXuoW1k0sjq/1 vDuKvSqRqWjOCpJxdOVOMm4qdWMJVIKVSKa5m3KVoWcXL4n8NxPhYQr4KcKUoKph4wdqSpRTi4qM 4pQpyacJwlKc1UbnUcfbVIqnN/VX7L0rjxh4HZ0ZXW90dSsbeZAym6iu3liijDxRQTXEr3EYt/JM bieQo0ryEf2xwzhrePkcxocnqP3Y5XBxyOmAMnPTNfxVfs9Wps/F/g+KeCWCa31DS4LtChiSVY5o 4BcJDIskkLIoQz27gGHdDOnl28sUUX9n9nNutrfuTBGT+KjpgDPJyRkkD05NZZg1UrtpKKT1UW9F Fppcqd5NKzu3a7ttoRQhKnQpJ7tNtPR68lk7JJfE1drv8Wt+hikO0nOASAOwxjrnjdtyOzdAOck1 ZEpYBcc88vuIwQQTw3oeuRjnoOaxopCAORg843Z7dsY2nqPTOR1yDaVs/dYDbg9cgZOSR/ECDz1O c+1ecldJvRuz3u9op6dHq9m72s3Z2NbadbaaJarzttZXvdp9NtbaqsA3zfeKjJweMYxjr1zk9O3X sVSDgZyN+MDOSB0zyckk4x2wOR6UVEuZOyVkklrTu+lrtre1r79dX7xneMnzNK7/AL1r2sr2tbXW 9tL/ADNnJ3ckA4Bxkj7oB47DcOxIHTntU6E5B6FSAxweeh5AyQD0yT/PjOjlOcLzwBnOM9Rzgjd0 JA6Ec9Ksq55LccgckDGT35yeSMAE428jvXamnZ8zvd68rTk1brbRvVN66abJmey2tZq3az6Ws36X 0d9OrLRkIbOQFyQeQQegAAHGOcZzyAMmvxG/4KzRbtU8EMY0kD+HHVY8KRcMusXWy2y00OQxkB+8 VCq7SBUQyJ+2G4EjkDJb7vX5cjJIyScc8A88+1fi1/wVfiu7m48BQadpNzrmq3ulSWOnaXatbR3G o3UutKFtI57+4trO3XDi4aSe4iUmCOJpFR3R+nA1aeHxVOtXqQp06UatSpVqNRhCnGlKc5VKkmrR iotuTcUlFtNHNiqFSvReHoU5Vq1adGnTpU48851Kk4qEIRXvSk5PlikneVlax/Mf+0L4dY6N4F8Y WWg3+raf4L+M/wAL/iJ4mstKsNQ1OW08LeHtYm1HW3XToxPFqlvbafKTNdCFlWysmN55KxTufHPh f4u+Cfgzxz8TINX8PX3wd0j4mfs26F4X+GngHVLjW/EVzYatqk3iAxWd3r97otpMI9cvb7+2objW HGnWthrdvFdai40/en6B21z4m8JPd2/jP4a/ErwYLeF1ttR1LwL4sl0iMSR21vFBbeILDStUsZYo bhVvr6eGZpruyk1LTRez2l6NOvbVp8bvAUrSRap4o0CDUNPs03rqNtaxXF66JJENPisriwhsZLWy lleG4laRLuWwliuIraR4pvsXk51LAZlXlWw+OoYinyOLdDExqX54RS5ZUPaU5fDFXjGpOm5WUnCV S3v5FisdlOXzwWLynGLmnLlmoVKD1qU6kVKNSm4NqtDeVnKHNGLpc75vyu1fXPhzq37AC/C7Sdc8 Gan8VfHfxC+H3gmfQPAXw8fT/iPa+F5/FTa7JZeJtRs7Vb34gXl7No00eipDeSXcTXdvpVrZBbqW e6+LNZm8QeOvBP7Dvwbh8OaVq3ib4Y/Fz9qr4Uw6B8R9I1e3smnvNV+GniiLSfFmkRWeoatBPpUn iTyTp8Wjz3NneRLZlZpYHhtf6D9F8R+KfFd/4muvh38APhh4n8O+DvHC+Hj4r03xdp+iavdz6fZa Fqmr3WjrH4U13StPubl7uyOl6xpl+yWc0FxcQxbJSDx/iLSPHjalp/iez/Y5+G1r4isr6fVJPEen eM/h1NcrqdzJpElxqmma1deHU1TQ9ZvdT0mykm1KK8j1aRIGiutXu7rU78nno5JmMpwrxwlWEa3L ioS5oOnadFRg3Zrli1OSu1J3lJt3fMvqKWcKPtVDCXlUxOIxkY1cXQUoYnGYKvg6kVSpwoztGGIV Tl5IzslHnc3KR+cX7PVp8ONe/wCCWOoad428V+KPC3gy7s/Hmk+JfEem2S69qfh29v8AxxrUx1S2 0DSAdV1Xw5pFlPd6zqunNGTqNjAlg2qaVayXV9p35u+MtV8EWHwC/aA+Guh+FfAuv+I/Dfh34Czx fHz4VXevQ+EvHHgSLxF4ch0HTvFfhO6uINH0P4m3SanZX2tarc6ePET6ho3irSNRhS+Ot6pqX72y SfFjwdb6vovhH9kTwt4T8NXjarPL4W8OeMPhbofh+c38F2t1HNp62jrPb3bm2Qi8WVrlbe3uJQtz BFPbee6Rp3iSHw5rPgPRf2I/h3p/h7WrjT9ZudGi8W/Duys7nxfYw3sdpql9pWnaDcaZqi2CziHT 7PxHZ6nLbWs92ts8esXba0nt1csxc3TcaOIupYdunzcqvCUJyb/eKDlTau4qaTXN7kuRX8XD5xUw uLx9aWFVWNfNnmNOEcwwUIUrYqjX960fayahRlTvJug+anUlTVanCS/Mn4vfsx+N/hZpHwz8barJ 8JoNe+PH7TPwdfw18LfC1pqt74N8L22jaD4kXTrTxLBrekeFS0Oo3fiKGDxBpCwQQzwieZdVuZLy Y2LZUk1/9mv4f/ATQ9Ov9e12x+Mv7S/jDxVoXhl9PvITrfgnwJo9zpXiLT9PMtkukeH7bStV1Bp7 RmmkfT/D+s3kV5eeZZaVY/r1pJ/aJ1K00HUX+Anw/S70SWK+km1v4pFgusRfLHqlrZxfDvVoLHVI bfJttQtkE0S3DxyLNEZzd3vBP7T/AIDvfD51T4jXfhDwT4gPjHxTFrukRao01xb6l4d8VatomqDS tR0fQbVLSK8tbe9eG5Xw4kd1Jeyyf8I9csLCM+disHXwvLOrGEown7k51LtQi5Qg5Lmlz04QTqRk 5Kq7qTirvk6cPnONlCk6uDdSrGq5qVKpSnJVXRq06EP9njUqWoQnFRUp8vPR1qNydSXxB4W8M+H/ AB98ev2Ovil/ZGrXWo3f7NMUPjcwW2oXlldeP/h9oPirwJoep6s9lBBNDrriMxQ3TSyXNmbbTZI0 lSGeO5+5P7I+1SQ3fnObO51VJrqK4nt1t7qGGa6kjurv7EmnLHHcSW1zpepJPGNPvhcx+VoTT2N+ 0GfqHx/+Fd9JZx6H4n1/W73T40hmOh6Vr99bTsbG2u1eyl03w9i+uFvVubKWS3j0+dBBAlvM0EJ1 IYV748vfEloZ9O+FXxGmv4reBZbq/wDDFr4eiuXERN7qDXeu2+lXkDPexW1xEY5mt5HuNQIhtgUs xWBzHLcFS5MZisNhX7sHOtiqUJU05SnypzdNzjfkSlGLatFtJtM8/G5ZnebV8L9SynMasKEPZQpQ w1aspQnVqSjH2kabiuSNVwUZWXLBRs0uRfW3wTSdfHeiI0gMum6nZ2rpKv2d5bSO7jh3rHE7wzRr 9lV2KiPdJJBdxPdRzs8f9ienXANra5I2tbW54A6GPtjjqMZJ7gc9K/jL/Z31p9e17wvrMtgdMlfW P7HuLCG/W6Nlc6VquowyRzXMY8m4SLzRaCS3muYmEDJAY4IYoW/sd0yfdYWJ4BNraMDz3hTPOM55 yCB7HGMVv7SNVufPCpGUE4zUrxcHblSa0s204Wet00mrN8uNoVMPUVKtTnSqUnOlVp1YyU1Ug4wm pqSi1JOPLJbqV+Zpux10T5Gc45OCW7ZIPORzuIwAMEdaupMdqgErxzjaMAcE8cHOB15Bx1xzzsc4 O0sSWxxnow78gkEDrjsCATkGr6y8kA4P3j1wcjIGfbHcN1AycipcW2m9bbu13slpff7ultbRORdV +K0aWj13s+7u0r3Xnuo5ye4AAAPHHPOT/wDrwcchRRVFJCMEddoz6+3JByMDA79c9qKhRk0rOPzW u8eyfnvb7rsOVvba/d912X+Wzutzoh8qdgeAMEc4U+gU985BxxgEHgwrO2SDgZ46sOnfJBByOinP AIPHAFaOVWKlgQMkYIOc/Lkkgcc/MSfUjGMVyyljk9yAAc4POOM5zz04HBA6Cuht+7a0VZy3btdL bS1+ZN66Wbd2c2717q2jdtujbvbTz7eegrkgEEKy+mAOuSe2Rk5/E5yABX5Mf8FH18vxb8ENQMMk y2/iTSbZ1ibbKBqHiSw05XGSAY4vtwmmVmVWijZcgMVP6tbiBkk8g5G0DjoGHJwQBkZA6EA54P5a f8FInvYtK8BavpcUNzqmmaxpUthbTPHEl5OninQ0WyaecNHbfbY5XtVuGUiB5RMQQhry85m4ZXjn pJ1MHiKTjJqMH7ajOm3KV3yxkpq8m2o2beyPXyOMZZxla1ShmGDqc2smuTEUpp8qXvcrirpK8tWu x8MeNP2mvht8O/H8vgLxRDr0F/Fo3hLWG1K201LrTEs/F/jC18F6YWktrpr0Na6vNC2pgWBtbTTg 97LM8UVwkdP4Y/Hb4b/FnXdc0rSPEFjrVpdeHPBPij7Jq1rcWZsbH4g6Zba54IZ7LXNM02VR4o8M ahp01jazQR6jbKlrpuo2UeqpfTXHFfG39ku1+NuoeM/GNr4r1TQ/EPir4Mat8JU0wWunTaFZ3d9P ql1ovjBt1vHqyanoM2t3U1tFaaraW1zPb6bNMqm03y/Ovwx+Bc/wq+J3j3x3deI7O60Hx3ofhzRN T8LWGlPpw0z/AIQCz07w54b0q1+zobiO60XQ4NQtddh1e4NxdX8ltcWM2lxTabJcfynFZc8JUkql WGNjQcpUbL2cqrqUW4N+yesqarVE1UlyzjBSl70on9R4LDUK0HBRi3zKNROXvRcVe6jLR804x96y TUpe6lGTOx8Ez2el+NP2mrLS1FlZ2Hx0ZYbOx02Vokjf4V/Cq4eO1ggtBBDmSW4CRxBGyDLjkPJ8 4ftg3+leLvhVdeFtM8VaF4f+KWkXPh3xn4Rj8R3tposz6ppmsyXen+c95LbzwadqVvpmtaW81wn2 S6tlv4vM8qG42+gXHxS8H/DnUP2nvFnjzVr/AEzSU+NvhTT2ltINS1G7uNQ1b4LfBDTbBTaaNatq dzJf3rwGKWKxgVvNSSSCLdIo/OP9rhfgZ+0FqGgeMPCfx1sPCsfhnRrjRNcvb2z8c3dnqNxqMNtr ugRWGpwaTqFvdvp2i3/iHU7uztLmWeGxuJ7qRbe0tbyaD+0uFqtd8H8MR54TT4eySEqc5uVTTLcI paOpGMZe7e65b2k4rdP8DzihRjxPnLnSxFOMM1x8o1adPnhCUMRKybhSnKUZSfI4KnJJuKaild+E +M/gFDa6n4p0nT/FXw+m0K/1T4V6bovjXU/GnhhCuk+G9H8AJ4rjm03Vrv8Atm6fUJbe61abSprt 7G5j+xyz2kSalDOvt/7LPgfwn8OviDbeIPFvj7wJNcH4aeC/CdlpN78SdA1JP+FmXNlYaP8AEldG iXU7sPq2qQ+FfAzm8keG71WeW5cohurtB5FYeB/APh3xRqMWsfF34Y6vaax8UdB8ef2XpVhr18ml xeDPFPjC213w/p9tNoNzHN9t0XTI9O0iNpYBrR8M6jDA9xpyNdHzu4+GvgO90HS/N+Nvw7ttO8Of 8Jr8SdPv/J8a299f6Lr/AIp0fT9Nur20u/DqqmiQanpdtp11bae9yw+1319bLcQK9w/vU6dS85uE Vy3uuZrWU/idpO6UJOaVpRV7Pmei8LG1FW5aUatd06k6UXP2LcnelH2iUlFLm56SpVLckqic6kNO bm/dy08tra6iRo3X7LDKJVzIrYiji8plGH8yDyljkK53RxqeVALfN37Pms+E/CnwD1XxRrlja2Nv ofjn486vrusNpqsw0rTvjJ8TJ7zUEngt57rUDYJbbbi2iBvYIAlwtssP2aOZ3g79pT4S+IvFKfDr wx4j1TW/EOoabfJa/wBm+EvFdxo7N4TuLuw8Qy3GsPosGlw2ljf2s1jNqEd/HaXF/Ja29tPLdX9r DP5/8JptI8Vfs4+PPh1rLyaYPE3jP9orQ7bX0iN0thda38WPiPbRXJSKa2mtbqAX9zJFFO8AubOP LXCQXEiL+JeMkYR4fymFZTjGXEGFhW5G4yVCphsepyiutlFPkcdeZy1P0jwqp1Z5vmDUX72XRrRb fK244rCRkop2bV5OL1b921opWjy+vftH/Dqzl0+7sfEF/qeqalqEqWdvpvhrUbeO61Unwg6+GcXN lZwS291ovxC8NXmmFGaWO9vb4287omqRWlDwR8b9I+KaeM7jQbbXLeDTL2DTJ4NZhsrJ5TYG41C4 urUafqN9AI5LOB0ka7aymiJLS2kaN5lx47Zfs13mj2PhrSfG/i2x1DV/CvxI8O/Ecan4c0q4j0++ XSfBejeGtI0VTd3a3aW14vhzQ9U1W4cTZvtNngtbUbEmXq/h58DtI8HW3iHQBqV7qh8Z3+q6rq51 S2t9PVIryJo7mzkGm2tlG1vcWd1cH7dLcX1zcidfMmaJI0r8gVLIFTlRoTrVsRCVONOsoP2UksUn WcVyYdSi6MVO8uWcW9JOUnb+g8LTxUqkZVI04025S+JXScI1KV1zT5bPR8quvevzOST+2f2RtMm/ sjwLqMuzzNRu11i7VzBNKmoXeq311doZbeGKKYCS4K7o1SF5LdJ4FWNto/r40e7B0+wUN1sbTJxx 8sCY5AwB6d+gGATX8jX7Hvlp4b8K28KNb2llrmqWGm2rktJaabYa9dWmn20hZQoMdrBCSgJ2gqju XR2P9Xmh3udN08fx/YbXAGPmPkoMZ5BDDHIOfpmv3/J67r06qacoxdJRjK3u0ldpRSc9IxatFykk 1bma1f8AJvFuEdDHuEtZqvifazjzNTk67U5punTm1Npu7pxb5ruEW0o+lpcHA3dscE9yMg9Mg85H THP1rTguMj5j0HKkkMckHOcnAzkADHOBx24+G6DKpyOnIzxweOR0A2gD129DwBs29xjGSD07kDp3 /wAe5J9Sa91RilFpqys7uLdk73T9613tZaJ2b8/j7cqdmpW0btZtaej17PVapaJ26kTsBwS3A9D1 HJ49/wCfPaisxHLqGBHIB64PoPTjjPJz6Z5ooXs1ZW89pbNxtqlro7972urid200pdPtecOy3+b+ V0l1iyFThWIyBk4O0kcnkAHBxgg54+XnJNIZcEFhkHd7jLZx3POMbjjueR2b8pxg4A5G3GMEnJx8 2R36jk9Cekcrqu7thj6sDwTyOBgcgDOe2QDxbV2uiWyb0eis7e8nb5LXV3251Z2snpvbVtd10VlZ ddXuNurjZ8wJAIwQCe5yOTxj/EdckV+b37fenR+IfDWgafJd39gLiLURHf6ZcvaahZzwz2M9td2F 1Hlre7tbmOKe3nVW8uVFZgyg5/Qa5lLE4yQRgAZwR1AIxj2xkYzg8Cvg/wDbOAk0jw0cDIbU1GTg qpFlkDAxkscjAzweOuPE4gUo5Vi+VJS5FJJ2cbKUW076btWj3srrr6WVStj8K1o4VItSXuu/upNS Wqabunq42WzufjNbH9pLTI5rTw/8aNH8TWYmX7JYfE7wNZ3hgNvMs1m8PiDwJqHgjWJZ4HiiKXl3 JPIGhDySSltlR3+qftQNdXV7qXgn4P8Ai25nKS3MmmeJPEHheK9eKJIreW/sNZ0TxbazXVrah4ba 4eOSeSNnaaeabE49e00JFdOCdwEj4Viww5GfvLgqTkyBhuBK4YEhRVzUdf8AC2laxpWhavr2k6Xr niT7Wnh7SL/VLS2v9bk0+GK5vl0iznkjutR+xwyxPdrbCYwRTRvKEDxtX4DjqVGdZcuXYSVVKUnG nh40Itcqc3L6t7GWiTk9LtJdEftmWZrmFBL2WLclyq/PGFZ29xPmlKDm1pG/vO73V7cv5ReJb/4a +PdY/aK+HXx+8WeHPhNrOqfFj4ZeMrzwsPGGianKIvC/w5+EN7b21rc6zZaZeX+k622hPZ40/ShJ ZJ9sskRxbRzSeDj9mz4OQeGNa8OeH/2kvDN7Y69L4duJ9XfQ/Buo63byeGNBg8P6XMmrPd6XeWn2 S1WS/t5dHv8AR72x19hdzXM9i+o6VqH7XzXHwx8f3N/p8N34F8XXulXNzYatYJJomuX1jf6bItrf WuoWjPezWdxY3Lx293BLDE0Dukc8cTBQePn+B/wS1CWVbz4efDm5n8tWlgvvCvhq5yu4jdg2AkXJ UqZVV3fADbiAD+mZT4pQyrKcBlMuHqk1l+Dw+EdSOM+OnRowpxcadahKSi1F8vPUqSjzX9o378fE xmTvF5liswrYqpCri6ssRUgqUYxU5uMpNRik4tyhFvl0lyRU42upfkl4c/Z0+H/h7xjpfiy2/aCs bq2sbvxFdy2txH4YGq6lB4jv/EmoT2N/rdnqaXV3pSt4gS4vbTULfULa4vrGPVdPOgzT3Mc3mOsf sjfCi5hszf8A7ROlIuneEPDvw/Mhg8PQ2lx4a0fTbK1Wxmt5PEX2iI32p2U/iCS5SdrdDK9vDbOY Bd1+2Uf7NnwCQCWT4LfCqZR5kP7zwP4aYMG2lMyHSiyqzoFIYu/ynLFiqnOv/wBn/wCBUUvlWfwd +FNrMshIeHwP4YIIkZZgGK6UpwkhJULkyMDNlZHUn3Kfi5hfdj/YuJvFPT65SjbmUVZWwsovySkm 0rvRtv5nGcOS9s5QzBxU7QvHDQb5FP2i1dZSu3KSbadnJK7UYpflb8IvC37O3wG17TtVsfjr4Puo /D3hTx74b0y01fxd4YjgmtPFXjaz8WOHvW1INcT2MtjFaWVwhC3tvI80yPOWxd+BDfFXxP4E1q/+ GHw88DeLfB+rfFH4z3Ft4o1f4mRaXba7Z33xX8V38E1rpum+FtX+zyWc7yQ2eqWurzre28cc6bYp YCn6hJ8J/htp5X+z/BHg3TWUFQ2m+HdHgZD8rSAstmuMyMHJwCd5YoD8yx31xoPh4pZPqOj6ekem 6prH2KWa3gxpWlGBNX1OK2f5zZaVNqVgl7exhbe0ku7QTyQSXEIb4vivjahxXhaOWVOHpxjQxkcb GVbGVK0ealTqwi408NHBVI+5XlZutKEEtabk1KP0nDVDGZBiK+JwWZS9tXouhUc8PCTlGVSFaTaq vER5/awU1JRUk0nzJJqX55x/Cb9qK/8AKh1DWfg/4ZgRJbZV+zeMvFVyLKadrgweZ5vh+2l2yyM6 h1VVnYyxR8Js6iy/Zo8eTqk/iz43+Ibi3S3WB9O8JeGPDvh2LyRIzMkepX9rrmpQs5k2pLBNFMgU DcmCa+1JXiuY7e6tZRNa3MEc0dzYSxy200MqB45otuUkR0YTI670ZCNmASTRurdBG21XcbSSxhiO CMDjYBgNx8uwYPUY4PzuAq04VadKlgMLFQbjOLwVGSUnyurPmrRr1Lqd1zKcXK1m73T+sqZ5nFem 1UzXFJVG7rD1Fhm1e1r4aNCSTXNdNrulorcr8FvDGm+BrrRPDmkvqFzY2d8H+1avfTalqN3Pc3bX Fxc3t9M0j3FxNPKzsziJiQoG0Aiv6SvDmob9N08dD9is9wIBORChx34GABgZLdO9fzp+CyIfElmS ANt5CSwYqARJ90tx6ZyoOSTkEBQP6BvC96p03TTxk6fZkcnHNvH1OV64wBjGD82cE1+ucL8zpYlz d26kHdLWz1bVlZLq09ejWp+Z8XX9vhpK8nKM5Obbld3g5SlJ3cpPW7le7V3dM9ftbndt5BAC9exP GCOepyCcn6HNdFazHGQdowANuTyMjJBGQoyR1zknHqeC06cbuoIzlc8YHX5TkgKc4BA4HBwBiu4t ZEKoM4HBwfUevToecAkZPGOlfUX2S5U1qr9Wuj12s+6SstG3c+LfMnvdNK19dIdWna130ezelkjp LaUgHpgjPPTdnnqTye5A5oqGGZAvBxnkkqQRjAxg4BBxnI44GDjFFJue0bWVlpNRV9L6XVvxWuja vdK+loXWlnb/AA9ktdr76630PQlXbjOCcDGTnjBOTwM8YxyeA2cAYMLISxyCT8xOeSCMYyD07feH pwelX1Tr3HTJOCAc4HBwOfTjAOcg8OEat0GGyMnjuMDOcAgcHgkHoM543tJK8lF3Stqr62bVnbZa bJ8va+nL1s9FZX7pJeWuqSv27LW/NXVuRnG0DDDHU5+mO33uOPYdK+Ef2x0YaL4eZc5FxqK7sZxm O0bkYbJ4GCVPJ6Ac1+hd1auQxwWUKQOPQ5Az1wOT6fU18Fftj2o/4R7Q2IGVub9Qx5I/dW7Y6E8f Kc5PQHqMDxeIJJZRjHbVUm5K9rcri00tXJJ9Hdd00d+Vv/baDf8Az8inonJ3tb4tLbO9n1tY/Kmw GLqZSFBMxDiNBncSxByfm3gAIHJKAsWAJHPmfxF+GXijxN8Tfhr4z0G9gtYPC66ha60ZtZ1izIs7 3V/Curzpb6FZxTaR4kfULDQL/RPs2uy2MWiT6rb+KdMuZtV0i2s5fU7FCl9IMYYzs2TjbyNq5GD7 kqPvjjBLJjrUb7oJ2gAnLRkSA5z5mc4VVOOMH53AOzb834Ji60oVVVjV5H7ybcVblqUnCSs91abS 2jZ62TP1fDzdP3op35bq+i1std21a97XTVtLo+N/D3w48dfDrxp4e8Sy6d4g8a2d3qnx9hn0/Spv BFuvhXT/AIm/FnQPFvh2eFdXn8Iz3OlLo2kNc63HNfeItbstQl+y2EE1uUVfMfiF8O/FsXxB8aeJ 9J+EFv8AEG5l8aar4xt766l8HnSfFfhG5+AI8A6f8NdTbWtZt9Xe0m+Jtvpuu3OjXOmy6BaWWnHx JHeSaosVif0TmZjB5gkRHSRpNgBCyLg7icHZvGcchgGALAniqjKRsdGVl8p42VQCA67Rv/22YK67 WJKhchVXzGrlp5jWjVlUlSw83GLouVSNT36VaqqqUpRrRUVF3u4qL5Ze9zu0l3xrSU7qN5Si1o7J 6tvm5UlzPXlat8Tu3dHxlp3hW08GfDz4D+GLLRdb8L+Erf4rwQ+P4NRs7Pw7d3Oo6rp/je807Wbi w8O3tzYaYmt/HPUvBmr6Ta6JeLY6fe3WlQaf5en2tvAOZ8LfA9JvEHgCx8XfDOxutH8Jap8edbm8 R+JY9N8ReIZ4W+LXiAfDHw/qWv6xNqviTWdI1jwz408R+NHS9vbm6/tTTNLvNXuP7QubmK4+6jCJ Af3e8CRsqxWUDawIVlOQrRja6sAoTjBJHmVUvoSHBUEphSX2qW3y7CgYsSQGA3Kyk5DdDjJ7aWPm lUabUqjqOouea/iRnaVlKL5k61RKTcm4qFrKN5eZjKr5uV8t5O7bu3FpyV+ZO97VGrvqkujR8RaN 8KPEmm/BXRtH8P6F/wAIF4i8Y+OfCvjPx5oHhPUrfwncaRZ6r438Paz4y8Pwat4VvrCNW8N+CreT wWLrQb8vquj6FbxWMk9zcW9y3j/gT4d/G3wPrfhXxJ4os77xbLYeB9S0nxK2veO9a17V7C88TeEP 2e28S3OkG4tPEc+oQt4u8AePrtNB0uaK2kvru2l0+ONNTEifo2zNufzJCSxDfM21SrIQCSVDMVde WyFYKAWb5lHLaiCzcldpUlihA2lWdyNy/KcjnDANnBGGUldqeYVU6kZ06M6deU5VIyhJOPtYxUld VIuLilortx0U/d0bwtapDmVpSu2/tWatZXfazerd3bTVHgPwt0S/8M/DH4d+H9cia31XR/BvhvT9 Rt5GEj2l7a6LZQzWZm6M1m6G1LElmMe5yCCD1d6gEbFWwwVt2GfBJAOAckMMj72QQSDjndWtqIeS 4UEkKDGMj5QY26gkEZY5BOc4wSVC9ci8OxBGWblSyZYOWBHXkLnAGQxIJ2na+SBW2Gre1xKU+WKU nUvpG85yhOqlZpO078js3dWavovR9naKm73le176bLRvZtLo3Zrru8jw07R+ILRsDm4iGFKNhxKH CqeAcbgDz1z0OMfub4W1xG0fSh5h4sLIdRnAt4s5AzyM4IHY4/hyfwt8Oui69bjOGa5jZV78smSV OQOWxkEEZAwWAI/a/wCHOnz6jp+lFY3ZVsrM78EqAYE2Y25yOuSQD6kZ5/VOFqijSxau1G8OXd8q d1K3TdPRN+dk0fG8Wczq4LlvZQndLrfkund2tZabaq+zufQOj6iXCHJbgD169R8pJxj09wAK7+1u mAU4fBAwNuAQceuOc4GSBnrj71c9o3h94Y0LKeACflyB2IG7P168Afn2ENps428BSR8x689OOTkY Gc9sEE8/UOorXhJaJbpqXM2u722tprZdnf4+SXLtta7WjatstXfXu3JW5krpXvxXmFwRwMBcfLgY zy2SDnrwBnB64oqsyAKORjccZz07fxAZ64zk4PsclJzlfRQf/bmz93Td6rye9ttjFwTd0m09b+8+ 3XT8V+TPbxcZO4kYxxhRyOuTgY4GfTg5zwTU0cxznAAznBAK7uxIIBOAQMgg8egrnTMBnLEkZxk5 BAPUgDaQcHk47YJxT0uiHwD04bABHvnoBg565yMdRkDSTcdtpXtr8W1rWd0u932TOeNLS1lbR7JX v15btptN7tJPpfU6X7VHnDBuVyQRkc4ORnIx/dyQOgA618TftqaVqEngbT9X07S9Q1Sy0+9lk1eb TLaa8udNs5oSovJbG2V7m4tI3jQTvbK89up84wvGkpH1q91sDNgkkdmA9AwznjjpjHTrg/NnXdwk 0ZWRQ4fja/zBt3XAJIIA6g59sDivLx1P61h6uHqc3JUhKErSaaTSvy3slJXbUv5o72evThpexq06 sbc0PftbazVtVq+t0tlfofzv6ZqNle3s81ndWV5AswAltbiOVN+MDkOSkituDROoZSPnCsWC9ZNd W0OxZriKMuYhFvljR5JHI2BCx3OXJ8vA55CqMncf1D+LH7H/AMDvi7NcalqvhpvDniO53b/FfgfU b7wd4keRTuUz6poEtjLfIrBcQ6it3AwJDROuQfj7Vv8AgnF47tbph4I/aPv73SJWRm0f4sfDnwv4 5jjEEqyW62t94dk+H+oK6OqFpbqa+lkC4kZ2Zi35hjuBKtaanSxsFTXM5QxFOSlZWkoxqUYzUpKV tZQpx3aV7n22H4ipRh+9ozjZQScGpwXK1zNq6ae90oNabpPTwG9HlRlnZVUhSCxQAO3Byr4Clj/C SCdyguTuJzo5flXZkyOOZPlDoSAAGjUfd5X5sxsAgxw42+7ax+wn+0rFbCG18f8Awe8U7UjjjF7o 3inwcoCJtRz5U/jcB+OGAUgneSzFs+dH9jP9sPSvMaCx+C17EDu2wfE7xpayrkYKxpN8J2gO1cMm 6ddzxqQobLj5+rwZnMOeKhSnF82qr07uG6j+8nGStpFWXKrJpcup61DPssny3ruEmrv91Wjaz119 nZx1026JqxxyZhlJBBXcrlVwp2sNuQzKowflwqgbR6gE1XvGEagOFXLJjOJMmMggErt3KhKEZIUk jC4DE9VD+zF+2PagxyeCPh5clWl2yRfE24uFkjkczGRmv/CljIpjkdookIG1MIqiMqI3XX7Mv7Y1 yypb+BfhjCMg/wCn/E+6ijJYgs2LDwVqbjO0xttiZtpZXwGNVQ4WzmO+Hp3T5eb2+Hdk+SWsvara 9m4y0WutnbkxWbYCrUvGumusvZ1VdJqytyvXXVWu+rT38ruRukkGcAqQy7IyXKEOMAgKVwwCgjbk nALcHkb+QhyFYkk4KuMHDKAjDs7spIJO4lRjOGJPu4/Y8/bMvSJJrL9n7TWLZcy/FDx3eTRjgY8q H4MIjPgAgrcAH5jk8Ylj/wCCfv7Uesux1j4vfBnwcpPzJpPg3xj4+k2kHcFku9f+HSrtPI3QyKxG 5uRg7w4SzmpVbcaNKD3k68Je7rdpUefVu2nK/derevLdHOsuhFKVVyeiSjRqq+kNF7iilq3dy6dU kfJmoSoHYqzYOVHyhmLApnqM5UkAgcE9MYJHG6pf21nbzXVxNFbQwRsJ5Lplhh8pBudpJCwSNFBY +YxRY1QY4UvX6G6b/wAEstXv5En8eftO/EKclgHtPh54P8FeCrOQcBxIfElj8R9TQSKcF4NWgbn5 HTivcvB//BMP9kjw/LDfeI/BOofFTUIXEv2r4veJ/EPxIsjcq2/7TD4d8S6jf+ErCbem4HTfD9mI zuWFI1AUfSYDhGtTlTliK9NShJu2HjKalzNN8yqKnaX8rUWlF9Xdp1eJsLCDjRpVqktUnPkhDSyS upSm9v5PJOyPxe+Fz+I/i74si0X4KaDqHxMuhdRwXOuaTDL/AMK/8PFnHm3fiDxwUXRmWzIaSTSd Hu77V53i+zGK23iZP6Tfhf4KHhHwzomnX8sV7qlrp1lBf3MEe23e6ht445Wt0P8Aq4fMUhFU8KAM cE13/h7wB4V8Nafa6XoWk2GkaZaRrFZ2GmWdtY2VpFGqqkVtaWsccUUaL8qxqioq5wgGK7u0sLKJ TtiyQecjA4IAHtnBADZAxwepr7fL8BDB05U6MZ2lpNzk5OWt05PRaJOyUY+bcryPlczzWpmM4zrK PLBSjCMYtKN1Hq0nK9tb2tZ6fZWAhYYVUYjjJC9umBhec+wORxyBmrKpMwX9yRnBLHkg44AHrx3A HocV1kcFsCCI1GQcYJUED0Ckc46cgZ5AFTCOIA4VFHcEAjp1XJz945YDGccEivVjFLlb5vhcrNdV ytpaNei5WrO927NeR7SO9tOrb8lH3WtE7Xs3021OU+yylQWTgnODng4GMk5J4/Ac9ciiuxCqvGB0 7L27cYyM57jjp6Cit4wjZXk463s41Lq7i+z83e7vo77Ec8t7r5p+XaSXT8+5GZG2oeM5Zs45yFGO /QZ6evPXmkyynIZuWyeSeWIz1/E8fQ8cUUVrUS7L4kvl7mnoc1PXf+7/AO2f5sSV2+ds/MisQckE n5uuCM57/wCFUZyWY5P3QrDp/FhiOnQHBA7Yx04oorjqfZXTmp6etr/f1NYt2i76ttN91aWhV3sS mSTkd+ew7nJ9cjoc8jpi7CAqDHGEZ+MDJUjHQDH4Yx2xRRXE9/kv/SUdNNu9r6e4reTWq+ZDJM5V ScZJ2nG4cc+h6+/Wo9xYtGeVBA6nJHTnnkjjHHUCiip6/J/+2hNtKVna3Kl5LlhoitKgIz7N6AdB 2A/+t2xjiq3HHyqcYxkZ7Y/XqR0z2xxRRSj9r/EzRfDLytbyu9bdrjJ4U2g4PJx1z1ySecnJ7n+t QmNA2doJCp15+8pJ569enPucnmiitIpWlotFpotN9uxkm7R1f3v+aK/LQaVDOAc8AkdyMAkdc56Y yckDgEDFKpwoIAHIHAHTIGM9cY4xnH44wUVtFLTRfAun9y/56+o38Uf+3l8rbFxQNzD0j3A984z1 /Ac9ffPNX4SWIBPBbp+R6nJ/Mmiiumlom1veGv3P89TGptD1S+XKtPTyLUbEZAOAGGMcY4LfTr+X bnmnrI+Bk53Oq5POASORnuO3UD04FFFb9JLp7SenTp0+b+8l9F07dPiiWfvoC3JJPPPb/wDWaKKK 2STSbSbstWk30Jgk+a6T9+W6v1P/2Q== ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/images//bookmark_icons/delicious-small.gif R0lGODlhEAAQAMIDAAAAAN3d3QAA/////////////////////yH5BAEUAAEALAAAAAAQABAAAAMs OLoq/o4xCOWizzYs9OCdBnqjyAFoigZsy6qq68Kp3NKrHeCAvuM+XhCoSwAAOw== ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/images//bookmark_icons/digg-small.gif R0lGODlhEAAQAMQZAP////v7+/n5+fj4+Pb29vX19fLy8vDw8O7u7u3t7enp6eXl5eLi4t7e3tvb 29jY2NfX19bW1tXV1dLS0tDQ0M/Pz8zMzKioqJmZmQAAAAAAAAAAAAAAAAAAAAAAAAAAACH5BAEA ABkALAAAAAAQABAAAAV9YCaOZGmOV5piJOaiQAywIhYL9AUUyULbAMGBgUkBeo3ixSZkQDAB3aIR wTxcgCGkgsG5vlebs2LBEBroh/qa/CqPigWjnUFj0A1dfO64j2gZUnxXfy+BAHMXDxI/Miw6DQ4X EhM/AwYIjwAODxcTFD9uGW6idXgNpqdoGSEAOw== ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/png Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/images//bookmark_icons/yahoomyweb-small.png iVBORw0KGgoAAAANSUhEUgAAABAAAAAQCAIAAACQkWg2AAAABmJLR0QA/wD/AP+gvaeTAAAACXBI WXMAAAsTAAALEwEAmpwYAAAAB3RJTUUH1wYeDiobE/l79QAAAolJREFUeNoly91rHFUYB+Dfe86Z OfOxOxvbppslsVKaWMEGC0akBJSoCFJQBKOU3njnH9j2RtobCdqKF6lpNEKRRFC72e1m092Z2Zlz zvt64XP/0A8Hj5dCL2bb6qaOGoFKXK5ZSTRVAUGKluf90dGl1SvDjXcGcWy6WjZvvBUAEiFiCAiK QYFECS+gUQ79s/vut71BJvEbWyZzWRDMRTRChgCRILqhyIM6rI3wnKYhepH88bjdi3jpmoEzIguQ c6/O6pMTW77yvowareMV3tqMk7xji8n27fnrW53G/vvi1CzsQinXwaKdD8PvP7nDn9Vf+0GKybvf xEWvOwy6rbOmcGnf3LpW/n1sPLpKMnBiL7wpHxS8fLG89089rszVjSS5VO4/aR8+CgK3teHXhaFU qwHR8Ka1velg3W3fjj++Y0MI+w9UO0p44qNz/8VNe3enGFxWDGOdzAhaUwAcdGou8vaunBzaR/er 49q7Qu9+ku58lC+vJAkpNVMZOybH5GxoL3CVtF4Xl+2X33bslezlKP38Vtj9LF1bTbT2pEBkzqLm ejURjgXCxrWqEzundRitZlzlS/0eIq2UcIxWkQBGDh82f05Vth4i7XlEb3/KtcGz7y3GzLPy172Q F/n6+0gyRAzA5AdPz6unxc7XREV18GPUv2mW1hbF1fDhd1mDmcqpTXkhJg4WjgCTex3l/bDymhtN dUhIIj1Y6w6+cqyTEFKQcKRgghZAA2RqW3kvOPrl5fPnObo93Vh4zWmiiJUIlIIWqACo/8Px9ffo rEzms3Z5s45XhlOjjs7TqoR1dewhHAelRUOEKIxPxzSeTs5Px9V8BlIM48kIjAqAYiYBQAICAQBE Av8HqApXppDA180AAAAASUVORK5CYII= ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/images//bookmark_icons/spurl.gif R0lGODlhEAAQAPcAAAD9/maZzIe77WebzY3A8mud0JHE92+h1JXI+nOm2JjL/ner3pnM/32w45nM /4K16H+z5WaZzIS362mbz4q98Gyf0o/C9XGk1pPF+XWo25fJ/Xut4JnM/3+z5pnM/4S4632w42ib zYK26Gud0Ye67W+h1I3A8nKm2ZHE93er3ZTI+n2v45jL/YK16JnM/4e67Xut4WiczoCz5f////// /////////////////////////////////4S465nM/4q98Hir3mqd0H2w4/////////////////// /////////////////////4e67ZjL/o2/83ap22yf0nqt4P///4Cz5XWo24W363qt4Iq98H+z5o/C 9YW46////4m98JbJ/Y/C9XKm2G+h1Hir3v///32v43eq3oK26X2w4oi67oO16I3A8oi67v///4y/ 8pXH+5HE93Gj1nCj13Wo2////////////////////////////////////////4/C9ZPG+ZPG+W6i 1HKm2XOm2f///////////////////////////////////////5HE95HD95XI+2yf0nWo3HCj1nqu 4P///4Cy5nqu4IW464Cz5oq98IW46v///4q88JPG+Y7C9ZfJ/Wqd0Hir3W6i1X2w4v///4K16Hir 3oe67n2w442/8oK16P///4e77ZXH+43A8pjK/mibznut4Gyf0v////////////////////////// /////////////5fK/Im98JnM/2eazX2w42ud0P////////////////////////////////////// /5jL/oe67ZnM/2aZzICz5WmczoW462yf0oq98HCj1o/C9Xap25PG+Xqt4JfJ/YCz5ZnM/4W365nM /2aZzIK16GeazYe67mqd0Y3A8m6h1JDD9nKl2ZXI+3iq3ZfL/n2v45nM/4K26JnM/2aZzIS462aZ zIq88Gicz47C9Gyf0pPG+XCj1pbJ/HWp25nM/3qt4ZnM/3+y5ZnM/yH5BAAAAAAALAAAAAAQABAA AAjTAP8JFNgsH4J7jeqVm8cqXryB/9ZtS4fh3LVy1cZJCAdhIIttKhBerOZsmjtuwQgyW8myJUoY /5r1akmTWbBYpl55abXyWqqM3sJxG6UtFLZtre6txLhmmplK7CyZigQmHcKaLeUEgnPP0TWsLAXF AdTIU5t5azSlwTTKUpmV+MLYu+iL1bRwWYJpMyVnpSh7oJ74cgZ2JWBYJOMVZiYshjhnQbmx05YC W6C49kZICyEvnrss7GKpk4Pugjl75CaIkycvnL9g/BboS4BZGL0BrOUFBAA7 ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/jpeg Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/images//bookmark_icons/furl.jpg /9j/4AAQSkZJRgABAQAAAQABAAD/2wBDAA4KCw0LCQ4NDA0QDw4RFiQXFhQUFiwgIRokNC43NjMu MjI6QVNGOj1OPjIySGJJTlZYXV5dOEVmbWVabFNbXVn/2wBDAQ8QEBYTFioXFypZOzI7WVlZWVlZ WVlZWVlZWVlZWVlZWVlZWVlZWVlZWVlZWVlZWVlZWVlZWVlZWVlZWVlZWVn/wAARCAAQABADASIA AhEBAxEB/8QAFQABAQAAAAAAAAAAAAAAAAAABAP/xAAlEAACAgEEAQMFAAAAAAAAAAABAgMEBQAR ITESBhNxMkFRYsH/xAAUAQEAAAAAAAAAAAAAAAAAAAAF/8QAHREBAAEDBQAAAAAAAAAAAAAAAQAC ESETIjFRYf/aAAwDAQACEQMRAD8Adj7FrLLXmkaw0tgIztHPKqp5fqrAAD+c7nc6rl5mw6zS1Jbv vV1Zw088jI2w3+lmIIPIPHwQdjoPp/IVsNZhgylpaclaIJJG5O5YDYAgd9kg9fcd6DZvnLJNWrzC 1asoyJGr+RJIPA/A5+AOdFbw5br73EtKlziwT//Z ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/images//bookmark_icons/ask.gif R0lGODlhEAAQANU/APjX1tTX18mKiMwBAWcYGMnKyubk5M8oJ2pdXfTo541LS+b5+IgEBfS6ueZv b5KVlenW1f/+/t1EQ/rz87laWchNTZItLKpxcdEAALYCArg2NdyWlsoVFY9sbLHExOzExcZqZ9Wn p8jY2PDy8b2/vfbMy7ZEPtXDwKUAAN1bWqu1tvr6+dMUEpyhodlPTO+JieySkfWCg+2enbKrrJ0/ PqpdW79EQcS4t9m6u/j8/Pz9/J8REqEaGqiQjqacm////yH5BAEAAD8ALAAAAAAQABAAAAbGwJ9w +JsAGoDAhEhMCFysgexRKTEjDcEOMxg0OpnBZxiBsU487gCiwGA4y59sIFmkOSw2KLz5JbowCzsO CTUnMw8oGBURKV0fIhYACDQGIgRcNgBdEgUqNAAgEjokDG4UDl0vDzc0hAIGBRlcAgddJSMrNGsk PgEmbwEcAwcTLQE9DQEeHRcWGBc5LgMxHgQbDyoIBAwoGRoBWAMhCBkW3YpuGiQRP40Mpl1uXCYk K0MTLmpqBxcBOkxW4ABhwwSFHgVGMAkCADs= ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/images//bookmark_icons/squido.gif R0lGODlhEAAQAOYAAF5kaMHM0mJ+i7nh82200IDQ8qPk/5PN5JrF1sDq/MTu/4azxFNocJjm/3yx w6/u/873/4ukqHeKiK6fi/qUItF+IuaKJtmEJfaWLfifO/SdO+WSN/ykPvihPvihP/ihQPioTvio T/iqUvmsVvmsWPmuWviuWvarW/myYfm1Z/m1ae6GGvGIH++GHu2FIPCHIfePI++KJ/WkT/WnVqhy Pe18F+p/H+yDIOuBIOyDIeaBI7dzMvGYRex8G+t6G9NvG8JsJOSJOqdtO9RoFKxfJp9UIpJxXKVl Q49cQ6x2WpFRNJhbP5t2Zph4ah8YFv///////wAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACH5 BAEAAFAALAAAAAAQABAAAAd1gFCCg4SFhoeHKIiIKlAfJIuDIoIdIYIgiCWDHilQJzOIGYMYUDGG I4IcFCYyLC48hhqDGystOTVBhhUXgjs6OD0/NEKGFjAvNzY+QBEJChORQxIQTwEHR4tEBAYATgtJ i0UODwIMCEqRRgUNA0yRgkhNS4OBADs= ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/images//bookmark_icons/simpy.gif R0lGODlhEAAQANUpAJysu//MZv+ZANze4MbKz9/PsZintubMpOrk2ubWt+m/ad6+i+PJm/LDZP7+ /u2SC6exu7O6wOKya5uquZakseO+dfPx7v3LZfDt6OjbyOLc0NLV2OWcLvaVA/f39ueVGv39/fj4 9/6YAPKUCuqpSfvJZevo45uotPuXAP///wAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACH5BAEAACkALAAAAAAQABAAAAaNwFQK cThghEJMIqFxpECSjkDwYAgTjUDgsvAsRNNpJ4PIarUMTjgsOZzPisd6SmK8tQ31XFK4ByoHKGsj CBYKbxcFKQtyAh8FAwMaFSUBCgVOKRYJGQQUAAAUBCYIIUhIAwagoAYbp6cRq6sQr0gQsqAntUK3 uAC7KRsTshMEwCkRqgAGEZnAAwQEA7VBADs= ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/png Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/images//bookmark_icons/reddit.png iVBORw0KGgoAAAANSUhEUgAAABAAAAAQCAIAAACQkWg2AAAABGdBTUEAANbY1E9YMgAAABl0RVh0 U29mdHdhcmUAQWRvYmUgSW1hZ2VSZWFkeXHJZTwAAAHfSURBVHjaYjx69xsDKYCJgUTAglX0188f k1vLhcUklNXVbl26wPT7i4SqkWdwLE4bzh4/wMsv4BHgc/3K9X+fX0yb1HvuyC58Trp744q7f6SE jG5aYY2AvG5McpZLYCwWJ715/fLOzatvXj4/sGsLn5DYl2/fNbT1QhPzWNg4/vz6AVHDuGz3ye0r FwmKSjKycnx981BNWUFaTIRfQPD169d3Hj1+8PCZiKza/98/3r9+7hkeJ6+ky5BTUHbvzi07G6vO 9rbP3778QwVAEaA4UBaoBqgSGAfMjs6ux48eCo+ISk5JYVuzmsHOjsHGmkFOnuHoYQYDAzZlZeuM TAFBodWrV3Ny86kbWjNJalhcu34jICAA5EAeHgYlRQZubhAbSALZQBEGBqAsUA1QJUgcaEteQdE/ QgCoBqgSiEDB+vTN54vnTkMCYdXqNVeuXPn06ROQBLIhgkBZoBoImzk5v1pBXauzuU5GXFhBSfnH j++bN28+duzYzZs3zc3MpKSkDuzd3dDem1BQx8srAApWSOJ78/r5kmldorysrk72KioqbGxsv379 unPnzu59B19//h2TVSYiKgmNB+TUeu/2jasXTr1//QIYTcDIEhSV0DYwU1LVQI5cRlKTN0CAAQAz vwEiAjgmvwAAAABJRU5ErkJggg== ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/images//bookmark_icons/magnolia.gif R0lGODlhEAAQAPcAAAAAAP//zP//mf//Zv//M///AP/M///MzP/Mmf/MZv/MM//MAP+Z//+ZzP+Z mf+ZZv+ZM/+ZAP9m//9mzP9mmf9mZv9mM/9mAP8z//8zzP8zmf8zZv8zM/8zAP8A//8AzP8Amf8A Zv8AM/8AAMz//8z/zMz/mcz/Zsz/M8z/AMzM/8zMzMzMmczMZszMM8zMAMyZ/8yZzMyZmcyZZsyZ M8yZAMxm/8xmzMxmmcxmZsxmM8xmAMwz/8wzzMwzmcwzZswzM8wzAMwA/8wAzMwAmcwAZswAM8wA AJn//5n/zJn/mZn/Zpn/M5n/AJnM/5nMzJnMmZnMZpnMM5nMAJmZ/5mZzJmZmZmZZpmZM5mZAJlm /5lmzJlmmZlmZplmM5lmAJkz/5kzzJkzmZkzZpkzM5kzAJkA/5kAzJkAmZkAZpkAM5kAAGb//2b/ zGb/mWb/Zmb/M2b/AGbM/2bMzGbMmWbMZmbMM2bMAGaZ/2aZzGaZmWaZZmaZM2aZAGZm/2ZmzGZm mWZmZmZmM2ZmAGYz/2YzzGYzmWYzZmYzM2YzAGYA/2YAzGYAmWYAZmYAM2YAADP//zP/zDP/mTP/ ZjP/MzP/ADPM/zPMzDPMmTPMZjPMMzPMADOZ/zOZzDOZmTOZZjOZMzOZADNm/zNmzDNmmTNmZjNm MzNmADMz/zMzzDMzmTMzZjMzMzMzADMA/zMAzDMAmTMAZjMAMzMAAAD//wD/zAD/mQD/ZgD/MwD/ AADM/wDMzADMmQDMZgDMMwDMAACZ/wCZzACZmQCZZgCZMwCZAABm/wBmzABmmQBmZgBmMwBmAAAz /wAzzAAzmQAzZgAzMwAzAAAA/wAAzAAAmQAAZgAAMwAAAP+/APu6AvSvBfGqBuOVDN+PDtuKD9iF EdR/EtF6FM11FcpvF8ZqGMpzJs19NdGGQ9SPUtiZYNuib9+rfeK0i+a+murHqO3Qt/Tj1Pjs4v// /wAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACH5BAEAAAAALAAAAAAQABAA AAiNAAEIBPAuXTly5M6tizdwYDx0CCNGXNcw3kGE37h1CxdR3cBzCL1lw0YS2zaO5NgBcBeypMts 4hDGAzlupMuS2xC2Q9jt5s2YEMlx8+kSHLmgQ4mSNBq0p1JsQEGKe5qTXDuW5LwRzYaSIcisNklq Q6kSALyL4zJyM4oQXcWvEhFSbCjQnUGE5tTBaxgQADs= ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/images//bookmark_icons/facebook.gif R0lGODlhEAAQALMMAEVwtY+p0v///0RvtI6o0oGf0YKg0oKf0Z612Z212EVwtHOSyePj4wAAAAAA AAAAACH5BAEAAAwALAAAAAAQABAAAARakMlJ6wyEBLx3vkAoikNISAFQhsOwCPBwMmlpA3AcoOMK q4BZahSCKUy8FS732zEIRGaTR1zanMPbUoStbkNOhOFwKBTGsIOhkJCI1+Y1zLBGXDr4zszCn0QA ADs= ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/images//bookmark_icons/google.gif R0lGODlhEAAQAMQAADy1RP/6+Pn9//////7/4+7u//z/8xMzuv7/+Blf2xUfgPn7//X/8dLn/0Ju 2xxasf/6/8rT8v/09PD////1/4GZ38rS1LzX/9YfDaq2wuf5/+Dm/BMsoFdzvEy0O021UiH5BAAA AAAALAAAAAAQABAAAAW8YPJ540gCHgqsiYFIxCRo21QMVCBhiSBMjUrnQHxULgwGbwB0HGoITYOj YFB4sQpHQzAMBIaGhbHraSOIGMEaQDAIvEnlAAkYApOJBMxY8BYPDwQIEBQDhQMGDAFxCQ8UEgYT FAgIAgMEZRMOCgsLFD4aFg0NEXAJDFoVMhAIEQccBxUCPBAaBwoXlxIQAw0KGacGBBsKChUaihoX wKcyCxodHLFEBx3JGA4UBAOHvd0DDHcQGCvm5+gAGCEAOw== ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/includes/languages/english/images/buttons/button_reviews.gif R0lGODlhZAAWAPcAAABIXpDO5ki12QCn0gCOxQCEpR+u1l7S6eD3+wC83krD4ABthgCdxH+/3gCy 1SDH4wDD4YPN5Rqm0ZDo9ACDv4HV6gBaeWDD4AB1nBC22ju12bDt9gCSxAClxzbC4BC83gCt1s/n 8wDG4wC43ACLrgCMwCu+3wBSa0jH43rT6Rmw1oDl8gBmmdD1+q/Y6xCYyiyk0P///2vG4Ui63DLE 4XTU6gBkhVnI40PL5Quj0AB5pQCFrTCp0gCNtCK42wCZzABUcIPb7T283QCmzVO+3gBylWLP5xC1 3lDF4UHF4kCizxCPxRDH41LP59/w9yfD4QBri4rZ7JDi8WvO5gugzgm73Qi32wCevgCr0QB9m7/f 7iCTxzLG4wCDsxe+3wCUt1C02ABMZ8Dy+Y/H4gmw1wiz2Qil1gBhewBmjQBYdDK12QB4lyCZy0K7 3HTP5hm12hi43Fe73J/S6GbU6nrW6yK/30XJ5AB7rQBaawBxjgBLYjvI5EjM5l7C4EDU6oze7jG1 3gCRu1vK5Uq13mbI43TX6yDN56Dp9BSk0AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACH5BAQUAP8ALAAAAABkABYA AAj/AGMIjKGlgcGDCBMqXMiwocOHEB+OCTFwoIstFDJq3Mixo8ePIEOKHEmSghKKAuWUXMmypcuV Syg6KUGzps2bOHPq3Mmzp8+fONnEAEOgqNGjSJMqXcoUjQ00XZhKnUpVaYAXHLJq3cqVg40wJ9JA KaKjS4muaNECEQgjrdu3cOGCics1TMWBWOl2tSBQgN6/gLfy+EG4sOHDhNfGiBBHACKBiDgQLhIG CBQdJX7o2FFkh+YiJ3bsENBHAGE0lS9nLouhy487d2zo+IGhCJDZGGyI3ZEVse/fwBHzjXFYoIYf oCtS4XBCIGEAAg3oECgDefOByxU/d/4DegwJRfRU//yBKLj584XXCCRCGMPwGXnOCLwgIboNgUOG iI+hYYdAQmvIFwN90UEhUCCBXJdDcvwJGEEfRMRgAHqI5WfhhRhaqF4MavRQAAnrqbGAQDnYcB+H eRy4g4Az9PDfiDGUeKIaDLQRnWI7DGdAGwbG8CEDFaiR4ZAZDmDkkUgmaWQWdwk0hQIDbHgXEgMI IdAAAgkhhH8xKJBik1ReIVABFW3oxgBkVjSDCkq2qSQWcMYp55xwMhlDBUmAIJAPPmABYgxuIGGE ETcogAUDAqkgUAp+CqRAmlMIOoUghnYgEIg3kGlnBViQocBdhtIp6pwglGrqqaiWmqYCIJDxhkCC mP8whEBkDEHCrRmAMGsMiMYQBQhfCHRDr1jY2kMPuWbgw0BTuAhrniQswKcHsKZqbaoOZKvtttxm G+yd2WYAh0BNlEGtr2UIRIcDcJgwkBEoOGBpDEY4kIRAUaQbQw3ZYjFQFPP62i+9Z+AhUL3dJszt CAw37PDDDIsZQxAOW3HwB3VUFAQfDQ9E8QjzFjICxhpzPEIGXgj0hwMC7WEHwx/QUFEhTUBs88M0 fHDzzQ48wcceDz8h9MhccIHDHDUzXIUXPpv8QdFcwOwFDUcnDTMNNOzxQRMHAN1wFUXj0PXOZDfR RAJop6322my37fbbcMct99xtS4EA3Xjnrffeej9HINAhEAQu+OCEF2744YgnrvjijA/ORAsDbWCI CJRXbvnlmGeu+eacd+755yL4AfldYqxg+umop6766qy37vrrsL8+wegCBQQAOw== ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: application/octet-stream Content-Transfer-Encoding: base64 Content-Location: http://www.quick-counter.net/aip.php?tp=di&tz=US%2FCentral R0lGODlhCgAKAJH/AP///wAAAMDAwAAAACH5BAEAAAIALAAAAAAKAAoAAAIIlI+py+0PYysAOw== ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/jpeg Content-Transfer-Encoding: base64 Content-Location: http://www.g2s.com/media/theme/one/img/banners/5.jpg /9j/4AAQSkZJRgABAgAAZABkAAD/7AARRHVja3kAAQAEAAAAZAAA/+4ADkFkb2JlAGTAAAAAAf/b AIQAAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQICAgICAgICAgIC AwMDAwMDAwMDAwEBAQEBAQECAQECAgIBAgIDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMD AwMDAwMDAwMDAwMDAwMDAwMD/8AAEQgAVAEIAwERAAIRAQMRAf/EAMIAAQABBQEBAQEAAAAAAAAA AAAFBAYICQoHAwsCAQEAAAcBAQEAAAAAAAAAAAAAAgQFBgcICQMBChAAAAYBAwQCAAIHBgMIAwAA AQIDBAUGBwAREhMUFQghCTEiQUIjNCU1FlHTJJVXCoEXlzJSM1TV11gZsZJWEQACAQMDAwIDBAQI CgkFAAABAgMAEQQSBQYhEwcxQVEiCGGRMhRxgSMV0VKTs9NUFhehsUJikjNTc3RV8MFyskM0tDYJ JWV1Jjf/2gAMAwEAAhEDEQA/AO/jSlNKU0pUBO2urVaCfWmzWWArlZjEjLSVjnZmOiIKPRIr0Dqv peQct49okRb8gmUUKAG+Px17JjzyyiCNHac+igEsffoAL+leD5ONHCciSRFxx6sWAUdbfiJt69PX 1q2ZzJUI0xdPZXp5P+aMFFVKat8Q2x7Jwc0tdGcNHun4sKlJGk29fkZCSBmZFqJ3iTc64gUypA3M HpFiSNmLhT/sZGcKdYI0Em12FtQAvc9L29q8ps2NMF8/H/bxLGzgRlTrCgmym4Uk2sOoF/cV4X6n e8vrX7p1Bja8E35CXcuIVhPSNKnWylev0AwkEUFE1Zasvjdwo1RVclRO7ZndsOvumVcxg21c3KOC cn4f25N7xmTCnAMUy/PDJcXADjoGtc6H0uALlbVYnBfLHA/I0uVh8Xzkk3bCkZMjFf8AZ5ELI2kl om6sl7ASxl4iSAHJ6Vlzqz6yPTSlNKU0pTSlNKU0pTSlNKU0pTSlNKU0pTSlNKU0pTSlNKU0pTSl NKU0pTSlNKU0pTSlNKU0pTSlYZ+1mdCUZSuYvhZMY6yXds4kJV+3VFJ7D1JBbsjmaKFEp276cec0 ElQ/MmkguJeKnAxck8B4sd1E2+ZKa8LFYKqkXDykauo91QWYj3LJe4uDhbyxzxdibG4rhS9vdM5C 8jA2aPHB03U+oaVrqrDqFWQizaSMK7t6o4vzNa4nI+fMoJZQxLjCnQkb6/erj6HBpjKh3Uqari2Z Vv8AGqyTyPy3en7lXowhpFqRlX2YCCKCjhQy4V6HcN3w9zdMDF7ebPMWnyD1d19FROg7Si12sSXP qQBaqFLgcfzePIM/O17fj44XHxh8qo3qzydT3WJNluAEX2J61lDhKbp3r56mZeyPMJRVZxdSEMo5 EBJBqziodnWq5AmezazRo3Tbs0kXj+JdCBEylBVYxhABMf5oHNkk3XlmNhwjVuDxwxtb1LsTpv8A aFZbk+1vhVxeMGTZeCZefOdO1rPkSx39BGqjVp+wur2A9Te3rXDp60XrIWHSYXyLRJuQo2Q68g3s 0TIRpumtEnl1X0uaKdtjgKD6JVjJDtXjJcp27pqY6KhDEMIa6CfuLA3LhabHvcSz4UmKFdH979QQ fVWFwVYWZWAYEEVxs27l26YP1A5fJeKZDY+Su8PoeM9CEAjkuPRo20uGUgq6EqwIJFd8nph7Nwft 3660HNkS3QjZKabPIa6V9BXqlrV8rbpSJtUMQTKKqgyCRbi4ZCoPUUj3CChgAT7a5wc54rPwzk+T sMpLxRsGici2uJxqjb9Ok2a3QOGA9K7hePOY4/POI4nJIVCTSqVlQG/bmQ6ZF9zbUNSX6lGUn1rJ kkjHqvV4xJ+yUkmyRF3MeR0gd63QV49NZdoU4rpJKcg4mMUAHcNtWoUcKHIOg+9un31eQkQuYww7 g9RfqP1VW6hqOmlKpgeszOzMAdthfERBydkC6QuyNxMBAXM2A/WKiJxAOQl47/G+o+3IE7pU9sm1 7G1/hf0v9leQmhMpgDr3wt9Nxqt6Xt62+30r5lko471eNI/ZHkWyJHDlgV0gZ63bqbcF12oKCuki fkGxjFAo7/jr5ocKHsdB97dPvqLuRlzGGHcAuRcXA+Nq+jN40kGrd8wdNnzJ2kRdq8ZrpOWrlBQA Mms3cImOkskco7gYoiAh+GvjKyMVYEMPUH1r6rK6h0IKEdCOoP6DVTr5UVNKU0pTSlNKU0pTSlNK U0pTSlNKU0pTSlNKU0pTSlNKU0pTSlNKU0pTSladfsiyN6u+oKw+y/sNXLvm68ZSlaviHCGFq1Jh DmdvomLeyjtFm48pEsWDJuqq9kJOWfLHTapKpJJImUMHVzFwHM5hyHFh4RxIx4saO8s01gXdpGAF yQbAKFVVW19LMzW/Drj5U2bxvxHcM7yx5HabMTsRRQwlmWKCKBCWsqEF2aRndnbV1dI0TV1bW1CZ bivb+5evlU9NK/lXCOWLDmuEjPYDFVmyC5y7iuO9ai16ySmQMmRkw+eTkfCTdceso9oyO3VhXKsk +RbA3dJrFOTJO47Ly7xuku583MGbsnZPZkUKGbJuNELWAYahqY3DjSrEMCLVhbjnNvFvnUx7D4qb K23lQlUzwyiUBMSx7mQgbUjBDoWwKMHdVK2YGs1PtdxZ7U52x9jL0A9R8L2p/iecSgpv2Eym7fw1 Vp6VBqjtJ3W8SR9isEpF+cmrrPRybydM0TXFuxQImoIi8OQMa+Otz4xj8jfmPOMtVIkZljVWkkdz 1YhFB0ix0JqIAuTcaRfOXmLZudS8C/sB4nwS+a0CRCV3WKKJbWVmkcqHKW7rhdTs4QaSHa2K989J cPfX76pV3MfsJ6e5F948x2OztoO40/FcrYXVPxPDyDSWckfuP6dTI5Tq8Qxj0mzmSPGvjqSDohCg ihxMGRN58ucg8hcnbaOM7pHsXHEUdtpNKPKRYXdutiSSVRWACDrqasI+O/pk4d4S4Sm/cw2h+Tc6 dj3u2XeKENqNolsL/LbXK6MzSMQpVKzA+tbMPrvlv0o9ppX668P3rBVwiZXIqcjim4yUvNIV72MX xTF+AGtyFhnZ5gpHyBGkOZRJMWZE1gEV2iJzCJ8Wc8w97w+U4cfM86LcItMdp0bVqx+4SQSFU3F3 +Pr0J9tk/HmXsWXwvOl4Ht821zEzH8vILacrt6QQCzCxKp8PTqo97HxDkD1MqEp6SK4yxFhfJN/n XsNG322mvEo396qJmMaDc5nJ8/k2ghUXV/sZmr+AcNZ3z0y2TPJPwS7cUwRE3zPxd9yI9yGZkZEO KoJRdA/JPFrQRrG+sRrcMCmhD8q3ve9S22Z3GcWXaDt+LiZGa5USP3CNwjn7cjStLHoMjWKkSdxw NbW02tXhk/7N5gzfiD2cq8Znax2alXP0cuHsHGM2t4xRkDMWKpat5DoJCxFqJi3DNGhsXSr+nWF2 jLVlZWwPmBmavB03VSMovU4tmwNtz8Kd8ZEyY9ySAkpKkUgaN+q9yVzIA6grINCtcXUg2FHm5Bum 77XuGNHmSSYkuzvkgCSGWeFklj+V+zBGsJKMQ8RMjLpNmUi5yMzX7OZkhr2pUcYe2lCZ0qr4YqV+ w1mfKOXcI0mn5/tMxbL61t8lZ5BvhKxweVK1SnUEwg3kLT16/JMk3AqqCo6cNVkqRt2zbfJi/mM3 BlOS+QyTRRxTO0ChUKBR3lMbOGZw8okU2t0AYGu7tyDdYs38rt25wjFjxEkgnmmx40yXZ5A5cjHd ZkjKrG0cBidQbm7MpGTtkm/X67e2lJr1ReYnoOTMc5QjLVl3I4ysLX8hXS9O6opDx+EaaR2sztdz bzyEy2NNHOB4tqzRSaJlVeqiDSr4WNyrbuDZGVuC5uVtOXhNHjQBXeCKESa2y5bAxxaCjdkC0jMW disa/tLH3TN8fb15Zw9v2aTasDkO3bqk2dmF44svIyWhMabbj6is+QJRIn5km8CRqsSB5m/ZYcYA c4nxznbD0LWX3qX7dyl0zJk5tEZno6ktEe9NCe2SOyHY52956jVxn1LFXao2IpAzbl47gEkU1WnT Yc+DYKfugzsvbJ5JhnYEcePHeF7HDcKY1VID8ulm/GgAcmzXb3q8NmbbcDesWLHO2bnJLlzATx6l 3CIsJWaTIHzalQXjkLGMC62S9lr44fyX7HeuHrBg+QouR7Lk4l1+u7KuT63jixUSorQmN7biJHDp Ki7pLKp12Jtcu0hq5fpA8hHSL2ScTRmCZiGSVMJR+7hh7Ru+85KZMSQmPdoo2kV3vIsvd1ByzFQS yLpZQoTUb3FQ7XuG/bDx7DfDnkyBLsU0qxNGmmJ4exoMYRVdgqyNqVmYyaRaxq/bX7SXiqMrrA4+ 91RyHh9jkH0mYOPbKWjcMSwUJ9nPI9nr2YqIpYYyoRmKpFOOpUbEziHcMDuK6WcKk5OcgtyllYNk xp2jlytu7WeYsw/lQZhrEMatE+kuZRdyyGzWk0XA/FU7k8izMZJocLdu/tYnwAcxhAe2ciV1nj1B BCbRhJBdbxdyzEjTWfXo/ke2ZCq+YUJXJDzN1Eo+bLFS8PZykGNeavMoURjXKpJO36r+oxMDU7SW qXWUloEsxGs0GkgEZyADqEUUPa/JMSDFmxykIxsqTGV5YQWIjcswAs5Zl1IFfQxJXV8LCr04jn5O dj5QkyDmYcOW0cGQQoM0YVCTdFVH0SF49aKFbR7kEnNvVuVdtNKU0pTSlNKU0pTSlNKU0pTSlNKU 0pTSlNKU0pTSlNKU0pTSlQx7DDpqziJ3eylbbIu5ovbuh7Juu0UfJKbggJXPNqkY2yQqGDbYQ32D Sladft09Zcy56ivUD2E9dKHB5suXqlmQ+VlMKTj1jFpZRotkiI5rMM2ZZtdgxeuGTiNYnVYrqIHc slV0yG63BJTJvjLkm2bFn5eJu00mNh52M0XfQEtEWV1DC3UEByQR6MB7dRh7zHw7ceV7Rhz7XjxZ uVgZkc/5eQgJMI5IpdDX6EFoVUqfVWPraxsn2I93pv69fr+xn7U2j02xhjv2ezBNwmLpTGNcioyi VioW6eNbJVge5zEYzVsr2rRcZWAcqNETqLrrqlIU6ICKpJrbeM/2w5jLxrF3WbL2WE60mcu2tfkW 6K/RSS9rkdAD0PoZfc+VRcE4NFy3K2THwd9yPkeCNI0KMdbAOyAFhpQGwPViOo9Ry5Zo+333Vyg9 eTF39tMiw5lzHOjTsIPy4XosSTkJyMGCVRFK5y6KA/ALScu6WU2ATbfhrZvafEvj/YoAMrFjyJgO rTHV9wPT7gP0VqXvnmryXyHJLY+ZJiY5PRIBosPtYC/3kn7TW3b1xyt99eEcT4aydhel1v32wBnS kVbKVdb5AuK05fqeF0h2kq6q8vY7TcqzeYlaPVV4FVMvNxAf9tIqAmOiGFeVQeIt23LJwdL7RuOJ M8RMd+3KEJAcIEZev2aGt0N+hrP3DcjzVsu1YmfrXfNpzYUlAkIMkOtQSmsujm3xOpLi4IuRXUvj aUaFqx7DZaXA42yNKV2sXTNNYg+0lRhLpJVOPVlmUjZ4mOao3V1CIx4sSSBAUMu3Zp8QAnAoYBzG UTtDDK02LGzLGxuLoGNiFJOnV+LT7En3rZPBVjjrPNCkGZKqtKq2NpCo1AsANZW2nV7gD2tV3N3F QTlouSato1KbuLI6jCSRielIy7Fo0RfGK5flaFXKki1OQ4EcHL/YAbhtrwMkhQRlj2x6C/T7qmBF EshlVVEp9TYXP6T618EpalxUfOyjYkewYRsu9Yzq7WIVQ4y67lqlIAuk3ZFWeLOXKyXUVKVQqg7C Jh2EQNI7W1MTb4n4en3V9WKNL6FUXJJsALk+v3+/xqoMzp5n8fWTRUMZ3ENAnoqNNDoChGNwdGag /jxFp2bJYHRhAOmYqu4iO23zr73ZbltTXYdep6/p+NQ9iAhV0JpU3AsOh+I+H6q+BJemOUIiwFKw VJNyiMbFSJolXuXMoouu3RTAx2QO0D9dqcAUUAhQ478thAR+iaYJ2w7aLelzb7qhOLimTvGOMy3v q0i9/je1719knFQYydnfINY1rLxTRu4tL9vE9J/2irVR+3F29SaAtIl7ZExwKU6ol222A2wahMkj KEZiUHoLmw/QKjWKJXMiqokb1IAuf0n1NVaMxX+rXUUVESqzrNdavFIyWJ1mSTRB8uCRgblKyTBq ZMwkUFMTbAGwiGwQ3J9SetRhVFrAdK8vvNJw3d6w0aWWMahWMd5PrN3K1jGr+JaMsgUexsZuIcum cW3QGUSTnDJGXTEird0BhBTmXlqbx9wy8WR5YnPceJoyT1Oh10kC/p09COo9qkMva8HNiSGeMdqO ZJQB8o1xsGUm1r/MLkHofevWWz2HZv0aw06LV23iiSDeMbNToN0IpNwDEh0RSRKySTIuHAEymAwB 88dvnUoSWJZiSxqfVVRQqgBR6AelUiVsgF4+JlEn/JhOSKcTFr9q9L3Ugsu4bpt+kZsCyHJZqoHN QpCBx3EdhAR+V9qpPYYdNWcRO72UrbZF3NF7d0PZN12ij5JTcEBK55tUjG2SFQwbbCG+waUoSww6 isGiR3upZGyzuFL27oO9boNE3yqm4oAVtwaqlNsqKZh32AN9w0pVMrbIBCPlpRV/xYQcipEyi/av TdrIIrt26jfpFbCsvxWdJhzTKcg8twHYBEFKkfLR/lvB9x/FfHeW7XpL/wAv7ns+46/T7f8Aefy8 OfP9O23zpSo5K2QC8fEyiT/kwnJFOJi1+1el7qQWXcN02/SM2BZDks1UDmoUhA47iOwgIqVUnsMO mrOInd7KVtsi7mi9u6Hsm67RR8kpuCAlc82qRjbJCoYNthDfYNKUJYYdRWDRI73UsjZZ3Cl7d0He t0Gib5VTcUAK24NVSm2VFMw77AG+4aUqmVtkAhHy0oq/4sIORUiZRftXpu1kEV27dRv0ithWX4rO kw5plOQeW4DsAiClSPlo/wAt4PuP4r47y3a9Jf8Al/c9n3HX6fb/ALz+Xhz5/p22+dKVHJWyAXj4 mUSf8mE5IpxMWv2r0vdSCy7hum36RmwLIclmqgc1CkIHHcR2EBFSqk9hh01ZxE7vZSttkXc0Xt3Q 9k3XaKPklNwQErnm1SMbZIVDBtsIb7BpSithh0WkO+Vd8Ws+5j2kSr27oe7cSqQrME+BUBUQ66Yb 7qgQpf1hAdKUPYYdNWcRO72UrbZF3NF7d0PZN12ij5JTcEBK55tUjG2SFQwbbCG+waUoSww6isGi R3upZGyzuFL27oO9boNE3yqm4oAVtwaqlNsqKZh32AN9w0pVMrbIBCPlpRV/xYQcipEyi/avTdrI Irt26jfpFbCsvxWdJhzTKcg8twHYBEFKkfLR/lvB9x/FfHeW7XpL/wAv7ns+46/T7f8Aefy8OfP9 O23zpSkTLR85Ht5SLcd0wddXoL9JdDn0F1G6v7JwmisXisiYPkob7bh8bDpSpHSlQzE6ozE4Q042 fpk8Z0oVJFoRxAcmpxP3KqKhnS3lTftSdYpeJS7E3D50pUuchVCGIbficpiG2MYo8TAIDsYogYo7 D+ICAhoOhvQi4sa5XPsp/wBv7nD2Rub/ACVgr3IutqbrPHD+Nwz7ZZCyHc4CoKODqqLNsf5HMvbJ ONi0iGKk3aP4h05TTDZSROGxQzVw/wApbds0IxdxwI42AAM2MiIzW93T5QT7kqwHwUVr9z7w1ufI 5Tk7VuczrckQ5UjyKpP8SQ62At0Clb/FzWniC/21n2SS074uUW9c6xG9UCGs8rl+QfxZk+QAKyDO BpMrPKiJfkpTtUhH8BENX/L5j4ksfcX81JJb0EYv+sswH+GsVw/T9zR5e274iRg/iL9LfYFDN961 1HfVh9Sr/wCvmIGVu3s/lrNNtdM1kGtGjrZbar67UsXqfF4evYsNYX7KxTYic5Ak5T8gFEDoMmqw CobC3NOcLymTTjYcGPBfq5VWne3xk0gqP81f1sw6VsRwDx23DIQcnPycqfTYJrZYE9fSO9mbrbU3 T0IRSL1ue1j+sm00pTSlNKU0pTSlNKU0pTSlNKU0pTSlNKU0pTSlNKU0pTSlNKU0pTSlNKU0pTSl NKU0pUNXjqqQ7Q6042sig9xymmiLRBu92dLgHTSYqKtSdsUASHiYdzJiI/O4aUqZ0pUMxIqExOHN BtmCZ/GdKaSWaHcT/FqcD9ykimV0j4o37InWMbkU25Ng+NKV9ZFgxno6RiH5DLMHqK8e9TQduWip 0lScFkyuWSzd22OJDf8AaTUIcN/gQ0p61j099O/XOSOY8jjw785xETme3G+ujGEfxERXtB9999R6 2+NQdtPhUWHpB6slNzLiSNKf/vFsFxA3/wCwWLfTuP8AGvnaj+FXHDep+A686bvYOjuYty1VIsgo zud9SKRRMwGIIpFtHSOAGD8DFEo/pDXzW1fe2g9qyDOsCQgUwFDcSEKIn2ATHMBCF3MAfmMYQAP7 RHUNR1q3yV92H1gYhyBcMXZA9rqtCXqg2CSqtvhEafk6YCFscM5UZSsQrJQ1IfxTl1Hu0jJq9BZU hTlEvLkAgF/4Pi7nm44cefh7fI2LMgdG1xLqVhcGzOCAR1FwKs7M5/xHAyXxMnMUTxsVYBJGsQSC LqhFwQQbGrH/APv2+pD/AOYVb/6e5g/9vdTX90PkT/lr/wApD/SVLf3k8L/rg/k5v6On/wB+31If /MKt/wDT3MH/ALe6f3Q+RP8Alr/ykP8ASU/vJ4X/AF0fycv9HWTHq79mfo57o3Ocx36zZ9r+ULxX K04uMvWWcDda/JN6u0kYyIdTaQWuswaDxm1k5lqgr0TqHTOuTkUAMURoW/8ABuVcYxUzd9w3gxXf QGLIw1EFgvyM1iQpIva9jVX2flvHt/yGxdpyVlyVQsV0up0ggE/Mq3ALAG3xFZ1pKAqQqhRKJTfJ RKbkAh+G+4Btq06uOo1OfglpRSESmolWZRKY6sQnJMzyiRClAxjqMCrC7IUpTAIiJAAAHXmJoTJ2 gy934XF/u9ann2zco8Mbg+POu3sbCUxsIyfgHtpP31WuHjNoKYOnTZsKxhKkDhdJEVTBtuVMFDF5 mDf8A3145GbhYZUZc0URc2XW6rqPwGoi5/RUtFBPNcwo7hfXSCbfpt6VUAO4bhsICG4CA/A7/h8/ 2DqZBBFx6V5elfNNUFBNx4/kMJDbG3EDAADsIbfA7Dr7SrfmbpTq49YxthtlagZGT28awmZ2Li3s huoVEOxavnSC7vdUwF/ZlN+YQD8dVDF2ndM6F8jCxsibHj/GyRu6r0v8zKCF6depHSqVnb7se2ZM eHuWZiY+ZN/q45Zo43frb5FZgzdenyg9elVU/Za5VItWbtM/CVqGbiQF5eflWMPFoip8Jgq/kV2z RMTiHxucN/0apU08OMncyHWOMH1YhR95sKuXbNp3Te8tcDZsbIy85gSscMbyyED1IRAzG3vYV9IO wQNnjUJmtTcRYYhzy7aVg5JlLRrjgOx+g+YLOGqvEfx4mHbSGaHITuQOrxn3Ugj7xcVDuO17ls+W 2Bu+PPi5yfijmjeKRb+l0cKwv9oqQOsBDlIbiAnMBSbn25CO/wABuXcR+NetSNfUxikKY5zFIUoC YxjCAFKUA3ERMOwAAB+nSleC+xHtBgr1Ox6rlf2FvqGNMbtnzSOfXKTgbTKQUW5fHKkz8y7rsHMh CtnCxgIVd2CKAnEC8+QgGq7x3jW+cs3Jdn49Acnc2UlY1ZAzBep062XUQOtlufgK8pp4oE7kpsg9 +v8A1Vb/AKy+5/qt7l12ZtXq7nXH2a4Suvk42wL0yX7l5BvVkwWbpS8Q8SZzEaV0mO6J1m5E1tjc DG4jtOcq4Ty3hGWmDy3b8nAypF1KJUK6h8VPVTb3sbj3tUMGTBkrqgdXA+Ffz7h56kPWn16yfmSJ hms/K0alWmyxsO+WUbMpF/BwjyTZsnjhIiqrdq6ctykUOUpjFIYRABENUXasRNw3PGwJGKpPPHGS OpAdwpI+0XvVw8b2yLe+RYGzTu0cOXmwQsygFlWWVYywB6EgNcA9L1zFVL79Peq1wy9vf469RMd4 /SkjxX9bX1XKLaOdSxUyOVK/XI2KnXthus6xarEM5JHsxSbgYorHR5kKObZ/FvG4ZBAk+4TZVr6E 7V7el2JUKgJ9NRufYGtwMz6b+AYk4woszfMncSmrtQjGLBfTW7NGEiQkHSXa7ddIaxNTEv8Ae/7w khZeyUStemeWoWutRfWZOntMyRlqrUaQSlVm5OkWqZiZ13XWxjgC75iDpJqAgZcEifm1Cni/j3cW LKfcseRzZdfZKsf4odVKhvgrWJ9r15RfTlwVZo8bc5t/wZ5W0p3TiNG7fxBLHGyCQ+yPpLf5Nz0r oA+tT25tfuz6p0zOd4q0HUbbKyE9DTsXWXLxzXlXsHLO4/v4cJEVJBsyepIlOCK6iqiZtwE5g2HW K+X7FDxzfZdrxnaSBQpUsAGswvY26XHxAH6K1t8pcMw+BcyyOObfNJPhRojo0gAezqGs2mykg9Lg AH4Cs+9WzWPKaUppSmlKaUqGrxFU4doRaDbVtQO45QrRZou3ZbulxDpqsU0mp+5KIKjxKGxlBAfn cdKVM6Uq3Y1WPPP2VJvLSLx+j4byMW5UXNHw/UZKGaeNTO3TRS8giAqLdNRTkcAE3EfjSlYpZ7z1 L+tmC/YHPDernu8diu0SVhsUEiuulIf0kyY1ks2+jCoIrCutCsF1HZktt1EkjgH5tt5HP2rnW9Rj bPHMO25HLZbiCHOmkx4JpACVh78aP23lI0IzqU1lQ1gb1F+9ON7MjblyxsyPYo7GV8ZElkjUkAyd t2TUqA6mCnVpBIvWv3OP3FOqW89lZ3EGM6lknFXrV6vYpy3YL29tsmwJYM0Z0lYhLGWHYVGPiHjd RJxASoPXzoVO4b7cOjuAjrN3B/FWTyDZNhyOStkbZyTesx42xCgZseLHjLZTuWKkmOUGJbDS9tQN iKxTyjyVDtO47omyrBm7JtuMj98Of2kkzqIVUKCLPGwc/NqHUW6dbgH7Nc2S3uVD+oSGMcIYon1K VhmztZLPWQrrUlMyPcgV+Pn7rHYAUjaa+hbQald0szRTdukXD162MmBCm+AnD4z2OHhT8x/NZ2ZB 38hCuLFG4xxExSI5eqQMndsGJVSqoQbmvD+8DeJeUx8aXHw8aVoYXvkSyIZmkVWkXH0oVfRfSNRB ZgQPQ1cGLPtUksofYO69Vo/EDZrgCXn8q4yxr7EnsLhQ2Qcx4Sg4yYyXWIiDKxGOUiINR0u2K5I6 MZRRDkAbG2Dw3XxTHtfjxeVyZl+QJHBPNh6R+yxslmWF2a9wzWDWt6GvbbfJJ3Hm39m48UjaHkni jyb9JJcdVaRVHoQCWHT0sD11WG1i8qHTZRAkMYgmuNGTMJR23Ie2w5TlHb9UxR2H+0NYarKtfk+e 9zRNT3j93FU00DOy+2Oe1G6rhNExE3RMlz50CmOfnxIKpQAfy7mARAQANt+iHEz/APqm2D/7fB/N LWk/J5GHJs3VftjLluBfqO6/6PXr9lbhsZ+wv113i+V9xUPThg2rhHOFJ27TliwBG3OEmbWzbFmP YR2myjZ+HJWoeYkoCKgqswanOg2ScvZFZIwKHS1hvle7ZnDMEycu3/Gw5Ze+IVbL7TlRcQBVKs8p ALSTPp6MEjDX03yPsWPgciylXYdpmnij7RkYwB01Gxm+bUqxjoEjjB6gsxHrXh3vNXPVeJ9R3Mbj PBVviMqPfY5TJs7nS41XC8C5m427o2DljwiGNLPJqV2JqTEjFBOPQZN41d0RR0lx5mDVD8TebOHe QfIDce47v8edmQ7QXbDXH3SLTHE8SHIV87Dgjku7gMUleQagGXp0mee8F3rjPEf3lue1yY0b7gAu QZMJie4rntMuNPI6Cy3CsircEgm9ZB/7WdJNt9j2ZSIpEblL6aZHOVNJMqZSGHKWAjDsUvx8m+d9 Xn5968Ig/wDycX8zkVTPDTM3KJCxJP7vl9f99DXTt9i2Z/alhhHE+AvTuPmnuZsvwdisFrssE8bM LHUMWVh5GRUzI1+SfmTRbTczOWRo2KskJ3DVsRdUhQ48i8+uebnvUUEe0cfVjuE6szlejpEpAJUn 3LMB06gXNdffor4J4dzd/wA/yh55mgTguxyQQ48EytJBlbjkCWSJJ0S5aKKGCSQq1o5JDGjHrY8u VL9O/chfIMS5Z46y3Vp5KRdybbJTS3uGEmqMG5c+alazcU7AWQmXySzNYxTlUDqCID88igbXzO27 ku3Y8mbhYeXNnRq7oIz87slySrFwWsQSbEsR0UMSAe1m/edfAycZnhn3TZMzbWiWNsB8VXjAmVe1 HkYpg0RIQyggr8tvaxI6A8csfYvJlbbS2Vom0yV4ZPEawyPYptqNltyDBg1dpPImHB2kLhVnHnTO 8UTImChx6o/CoCPN/wA1eLfNO/cyTfN6XNztw3JEfFhnnU5TkgtJFiYzSaykAAkkVVUwpJGJLuTf mpybL8UcO3R8Hhc+HDx10OQ/Yib8vjF3ZSssukgB3BEQYsQBoH4K2Peo1ryrWLGGOr8zmi1WaSfF qy1jekVkIibiWhX7mIZEUWcPlIx5Hc1CgobikoiIF232Har6LuY+X+KciXxn5KhzRxfcFlGAcyQG XHycePvSQRhmaXsyw6mCn5EaM6NN2B1O867JwjedpPLOLy453vGZPzCwIQksMrFFlcgBBIkmlTYX ZXBPpVz+2HsFOetnrV7G5dgU03llr1g8PUweEBw1ZzlgTrcHFPFmxvyuG8Y5ke4FIfyqCnxH4Edd hfEPDMXn3kPbuM57FdvmkZpbGxMcSNI6g+xYLpv7Xv7Vzq8++Qs7xd4n3bmW1qrbrBEkcGoAqs08 iwxuwPRhGz6yvvpsehrmyuvoR7tXxaNyXcUi5AsmRla5MsHL+4qu7RYXVyrru3lK0PMpM2rVWKj2 XQcJdZFJu7Mm2SAw7AHRHZfM3iLZg/H9sJwtuwe6jhYNMUSwSrCSQlyQ7NqVrEsgaRyOprkPyX6c fqD5I8fLd6b94btufYkiaTJ1yzNkwPkgAyaVvGqaHTUNMhWGIMbCsP8AOvpB9kmWywNayQSxwtIp TU7WpQWTsusS1GnxbiOkp0kaEUpNyQxEwkkzUbuRWbIgk4AqHU4dPbk59WG05fN+SHnm2wxY2Nk5 s0ISMhcdoYge1kHSxTuSqqHuAKJTJqazdK/X/wD/AA/+d/BX01+PR4Qz8rI3blEWzYedPlNiSS7l +enaJMrAQyxxzfl8eSSUx4oaQY8eO5S66nec9Kl/fP6t8w43yTc4WVicD3K+0qh5aoSd2r1miHEL epNaFiZqQrcLOSowUolIN3gRsj0kxO8j3DYTCXmQ2rmw5HJ+EbhDuE6ldqkmSOZNauLSNpUlVJ0n VcK3xDA+ldPfqET6afrJ4Lu3EuPzwzeS8DbMvM23MOJNjyiXDjEssKTyxR96Mo0RnhLECKeKUAHS w7oLg5P5fHooKHKk6s6YHAoiUFUjRb9QpTh+ku+w7DraoEEXHoa/M+ylGKt+IG1XBaxekiRXZEVW 7V02cO0EGoPnCrNNTZYyDMTF7tRoJir9INzKgkJCgJjAA+sWnVZv8dv8P2+n66hN/auTzLeN/Zj0 19esS3/3y9j4C94qpOGfswp/spX1rrK3yT9vrH7E3mSd+tNPqmPVWjlxMSTVu6bvyrHSIFaTbCly IUTbbXbTvXE+bclyds8fbWcTecrP2aTAcKsQ29MOJVzZHl1XCswa/W8pN7XAqhSRZGNAGy31Rqkg cfx9R+UW/wClq1Ff7Rz1o9pmXurkL2EQqF3ovrdGYhtFNuczPxkvDVy9WWZk4lxUqzEhIJNEbFJQ Dlos9UWSKqDIiZimMUywFNn/AOtXmfCs7huDxuObGyuXfmUlXtMGaFFVhIWIuAHuFCkhr+3ymqXx 3GyVyGmIZYNNjfpc+3SuzP7bDnS9DPYtVMRKonibIh0zAHIQOSpShiiBf1hAwfh+nXOnjPXke3g+ n56D+dWsw+PQDz7YweoO8Yf/AKmOvz9PcVre0qoMFjBrJASn4Pw/H0RzGkEUIeDukLX5iyWpm9WK EWymbDKTci8By4OQF3uwCYTJlANm8k57bHlttZ/+tTSyAWID3EmhtF/8qOIfL7C166I7id6l4fub 8dJ/tXl5MyrpKiXUJ+0/a1EAyQ44PaB6La/21etO9QWfqi99G/YDHdis61j9jouemEaa9lLEosu0 g8kt8eLntkdOP5FO3IXhkqv0pBEjZu4RXWQ4KEDfVN27bdnSfccbFWeP8pGI5GMzSLMWjEnccMSB LGw9RYqevwq39i2HisOdvuBtseXB+7IVgndsqSaPKaSATieZXLAZMDrcMpVkY39LAdv30jRkPCem LmErpiGr8Nm7N0VBdM3NIsRH5GsDSPSROIjyRQbJFIQdx3KUPnWFvIzySckMkv8ArWxoCf0mME1q N56lnyOfmfK/8y+34bP/ANpoFLX+0k3NWJjzMeDawOZLL7R5x9jFrjdvcD3LiKpFwObfZllC1fF2 Ec6SmKoRvDUzEFviKzRaDUolvFNFnJ2aJF5B0ZZdZRZYxgt/nfNNn4bNtu3zLiQiXasaUAYcUztq ijeWaVzDI1u5IAWYhRdVFgKpnivwR5M8yYe47lwXCGVhbdkxwTPJlQYyd+dZXgxojPLEJciSOCWR IYtUhSN2tYVfcX7G+kx1F4iwZA9mGFuQk1IotYrPsZ7u3tZ29e3KdpdTimD+AvvbPbLcZKvOQZRi YC7OdFUhSnBIx9WHF5f2okxTflRlhtOhMGCQkmRo0UFcXq8hRtKD5jY+tr1lfP8Aow8yJGm47Xix S8eeAS/mcnLxcFVRMODMypZEny9SY2HFkRmbJYiJVdGYqXC1yf8A26TH2aZG9w8n3b6yvbD25Zeq MBjLHDuDh6j7zZirIzVwRwrJZcu8JS6fdMxNbhark2p8BISbyNYt13aZWLgBTA6ZyhvN4T3rxVuv Atu3Xk+FteVk7g8jRytgRN+z/MnHUuVgtGBKRF8+mzdDatVfIHEOW8B5huHC+SQzYXIdsm7ORCz3 KPoWQWZWKurxssiOhZXRldSVINax29e/3HD9pUn8Z7Y+98tH3erVK6wL2N988lLImqVxeycYzsMl vmBNaEiYWSiVW8wu7KiSHVMmDsUuqmJsu/mfA6tKku1bOrQyvGwOBH+NADpH7D5iwYFAL6xfText Z2ndOlpJOoB/Eff9dd1n+3P9h8zezP1X4ayDnrIViyrkONtWR6W8v9wmH9jtlji63ZFk4hzY7HKO XkjYJJu0dAh3i6h1l0kiGOYx9zm0v8zbRteyeQ87C2aJINvtE6xoAqLrjVjpUABVJuQoAAv0AFXF t0jy4qtIbt1F63V1NWPXgGCsXLSM4wN3XQlJZRdaQdcXrkqvcKOG7VY3QWAyZN0y7EIABuGwji2p 6ri0pUc28t5CS7zx3iv8H4ftu58h/wCAbyHkur/hv3jbo9L9Tfl86UryEtMgsj1LOePrM3B5XbvO XOpTrbYhhWibFUoiKkEygoU5AUFq7NxEQHY2w6msHMn27Nh3DFOnJglSRD8GRgyn7wKlc3Ehz8OX ByBeCaNkYf5rAqf8BrW7SvpV9d6J6kSfqLEXvJCtYs+bqXmq83d6rDL3O6OaJLRkjAU2YXFiDIKs 1aRKLQqaaYKER5cTAYwjrLef5r5HuHLl5fPBjDKiwZMaKIahFGJVYPIovfWSxY9bE/orGuF4m2LB 403GoJZuxJlpPJIQuuQxkaUbpbSALel73Pqav3Kf1eMs55UhMg5h9o853uu4+yHZsqYWxu9a0BhC Yjusy0XbQbmBsEdV29uk4amGUIowj3j1RvyRJ1ANsO9P2vygdj2l9u2basGDKyMdIMmcGUtkRKbs GQuY1aT0dlW/U2tU3uPjr977iuZue55suPDM8sEREQELt+HS4TWVQ2KqWt0F/evO8UfSN6y4Ytfr 9kejXzNDXJ+C8iKZId3OSujiXJkeXlFHC1tb2KrvgVrMMlbjuBB4rFtmi5yhsY5vx1U92848o3rE 3Dbc7HwTtefjCERrEF7KrbtlJB+0bt2+USMwF+gFU7bvD3HdrycLcMSfMG5YeQJTIZC3db/LDIfl UP6EoAbC3Wtrd9EAYw4iIAAXOiCIj8AABbobcRH9ABrC9Zar89uXZfXtD+wfvq99voqMVzVH/Z3c XLGGtjLKiS6/rq8uM67sh4FvU41SHdKPZAQOoC5yri2UKokOwlA26UB5hLtG1R8eZ12w7Gg1J2jb I0KFvrN+g9LdLgg/ZqzmDjEW550m8qjZv70Y6T3BeESNfooIuTcdetv1X8bmsdfU1HPq7Ik9oc55 Vho5phyZnKBPR9optdcR85ZnjbKraANFVJ6uzmKRBpt2TeEV+F2ax3pXx1CiiE7B/bZZJpottwsb LmMgMyCNpSVT9kZDca1Y3YuSdLWTt2+apKaTizxRwyZmRNDGqFY2LiIDWNQUG5jbSQNKjqAzdwdB UE4wx9QLp5e2TX2NzPUF4uLcS0a+YQ8/N1MJCWsk+ZpD0VoalElLOFUjWcYyOlICzK8QfrPQW3b9 I86uf5FURMcTFdSQGBIDEBVuWIeyBiWYEAkaQpHzVKNjcJlDgzzB7H5rX9SSOhW7MosD1AJNw1ga 2w/Q7TPWKp/bZmhL08u+R8i4VP6LXQ4z+S4tZpYY61Hy5hlpIRa73xMOg8aPG8YR41EECGKmsZMe QpGHWOfLs++zeOsf+0ccMW5/vZOkRurIIZ7MBcketj+gHper78aptA5pI2xNI2B+7G/GLFWMsV1P QC/S/wB9r2uehH3n9Ys8Z69asfXH1TyBKULP2L2Uq6hE4mXRggyHUJpMyFox84mVUFk2Tl/2iSzE 6olb90lwVECKCYukvNNk3PdMJcnY5Wi3WC9rHTrRvxJf2JsCt+l+h9a6efSH5f8AGvjbmk+yeZ9s h3PxnvCxrKZIzN+SyYmJx80RAguqamSULd+22pAWUA82cQP2/wAhfmdMPTvbmYs5JhihI1+YpzmN hX/YLr/4eVtKkehW4+EOV4qoLkj7teSoqch3/NgybG59lF8CIblHmOpQMFIKmxs2plKWUnVc3X1+ Ndis4/Qxi8Zffxn8Hg2cwOUniylklTWF6x44czvMNCr2zD3LKFsLdN5VHxX7ZYQYmY2hC/vbjOu0 rFMy1fQGzRPlXcewj0oyElmDVwkl42OaIMhKQGxVAbgPAAAojzw8u7Z9V/FPIOQYcbfzd17OVhQt lxznSsfdjniik7RkAVez+yKoiIUIRTXPTfuZeDvIc/5naG2uPYsdDBFFO35eTtq7uXlidlJ7ju8t z3CpcgNe4rYN6sYpyqylDZAyu5kWhGzV+3qVZmTpLzCC8wcp5WelQ4nUYruEyikiiY4qlIY3ICgI F1td9IXh3y/t25/3jeZJ8pO1DMm34WUVbIjbIa8+VMLaomdQUjjdjIFZtQjWy1q75q5vwnJw/wCy /CEhdndGyciEERMIhaOGP0DhT8zMBpJAsWNzV6ZdwlG+x+GPYvC0jI+ILeJaUjGcwVIHAw00jFwE hCSSjfcBWTZybZFRRPcDHSAQAQEQHXTjgPLZ+C8wwOV46d04c4ZkvbWhBWRL+xZCwB9AbEgjpWlf lHgmL5M4DufB8uTsrn4xRZLau3IpDxOV9wsiqWAIJW4BB61zGZHq32gYXtCmO7I+zs7ObnBRDmqu nlkq1ijklgOgNYfsEVkhanUfAdNMoIuW6yoFMUioAAdINg3T6eeVbeu+4ibMoBEjrMFiljb3EysQ b/LYk3VlFwStcdOWbD9XvBt4k4tkSb/IhBhieBpZoZU9VMDoGX1e4sFdGNiqP0rwb2Ywd9z+GqvG X8ymbH9JtiCEnJOK1LQdotEAk3IcjCIyjHw0cebRctUgKoko5M7bgIl6qhXJQAOUn1V71uj8gbYu B52TuHBcfLknjnQCytJqBx9ARV7UN7JIqCNxoKhSGLfrV/8Ah32P6XNw4CnIPqE2fYePfUJNtsO3 y4eWrIMmKAo67hHkPM4OTlWAyIHdclHWUsDHIqp6F9bXoD78+1l8xhMe077JlW9R8YX5vlFeAyQ8 dxj7INmjZl/Yo+NrUGsCM08YqWR4quq9c8WTVFZYrXc6olDXPiHEeT79nY8u8mZOOwyiUiQ27jKS yhBbURrOosTYdQvqa6C/Vp9TX0yeF+M7xgeFotozPOG8bY23CbAVZEwseSJIHknmF4lcQIqrEl5Z HSMzWVL12NXgSknMdAIlKA20pC7iAAIjFSOxS/huIgHwGtl6/PdWGftTlTx2TG9UYZon8MvqlS4y dJOx1ambVCqy1pspGyBZmLjSnj3SbOGhV+qk9D8jd31UgE4BpUDeoANjXnTfL3avU3eTvaBrPoQK rqQjYKX9cVmRZ6JBc0auREJSMUUdzqrvmDYzVVAp0emY4CUDCPrHNLCS0LsjH4Ej9XSob+mr/FVt yWWm51KwyY+3idBbrUGOhrcRHHNzcC5c1WxSi8taYtVOPb1mo2exCgJRZoImAqRTIgByAmYfIkkl mJLEkkkkk397mvt7dL+1Xb9kVjG2/XHluz9B83SnMLXCUamk0m7d86Yuqe/WYyTpq2OqiyVk2hiO BQ3EUepwNsJRDVa43/7iwP8AjYP51avDgHXnWyW/5th/+ojrj+9OMuZ7ha/LJY+grM9jKjCMKbJ3 KtxVDtjdGlzTx1PsMeZTxvlFo/ouTMfREqk6k44zgrV7AGMsKToqB+mGy/IMDa5JVOWyB5GLhGLr 84AUyRyRkPG5Fla1w/S63610K5vsvHcjJRtyliWWZzKsTtNGTKoCGbHnxyJoJmXTG+nUswC3QsL1 J5yn80BZrpnK6wmWb9mKow0RV0sn5aYUKlVfCtaeJBGwhMPYloKy0AkvFM5ECx7kiqrKJF4RyRAV zpqhBtsW39mPbsdoItvkYt24i7tKw6nuyv8ANYkfMLXa1r2uK8uP42wnEg4/gSYePscztIYMdppZ Mpx8z/mciYByGK/OpAeTSVLaQRXUd9AYAX67qMUN/wAtzvwDyMJjcv6mkBMJzGETGUMI7mEfkRHc fx1hTyh/7vm/3Uf/AHa1C+oz/wDqOV/w8H82KxQymw9eoqWveH/b+t+yWPLXSPcn2oy3VZrGmC7L fYzIuJs65mf5aralbyRWKjakmcJMQz9ilJNElm7ptIILIrJCZJNTVs878Z4nktdr3GHMxFhx8DHj a+RBDKGijjjlibvEOql473X5WWxBva3r4D+pXmH07jek4xjQZLbvGoK5BnaCOVBKsWSII5EilljW ZwhlBK3IBClg2QLj2h+qZzDW2ANg3M6EbeHsDJ2QrL1l9i2Dx3LVednbNXJhpJM66hJRExCT9mkH TZ2zVQcJKO1Nj7G21JHwrgmGWAR7QI52VntmwAlkZnRgRMCrK7syspBBY9apkX1O+bItx2/dP7Q7 g+Xtcc8ePrSOREiyYIMbIheN4mjlhngxoIpYpleN1iS63F65bPtfzr7pyubsu47+sHAubKt6s36N xI/b3epYDudXuLVzWsFusNWmjV57Z4UkrXoJzEyCwuXjRFtJuHCy27syaihTbb+INh8ace4xt2Fy vK26PJ21JY4oBkwtEqtkmdWKq9mYNY/MSOtyNXWsI8y5PyjmnJM7lW/ZGRnb/uU5myMiW5klkKhS WNvgAoAAVVAVQFAFa5GeYvvBcV7LjG84I9jMlWzJ+Bbd62Rl+tGPLk1msb4rybNQszlmPqUXV0YG vvZvIg19qk6kZRs/dNdlFWxk1lTnHJkkPhL81iy4e44OPiY+YmS0aSw2kliVhCWLMzaY9RIVSoPQ G4FqtkNuOlgysWK6b2PQH1++u7P/AG4mBMs+uH1X4hx5mmmydCu61uyBaVKxMkBKVYRNjlkXcV36 BRMDd0o3LudPcTJm/KbYwCAad+Yt92rkXkHN3LZpBLgERorD8JKRqp0n0IBBFx0NuhIq4NujeLFV JBZrmt5ET5bx7fznjvK/te68T3Pj/wDx1Oh2/ef4n934c+X6++3xtrGFT1SOlKt2NSjyT9lVbxMi zfreG8jKOU1yx8x02ShWnjVDuFEVfHoiKa3TTT4nEANyH50pVqPKE4JYJKwV+zzlcXmFE1Zdk0SZ PYyQcIJA3ReHaPkFQRdFRKBROkYnMADlvxDZSqj+mbb/AKgS/wDkkP8A3OlKf0zbf9QJf/JIf+50 pVWxgbM2cprOrnJv0CDudqpExaJVQ/QAqopdQn/DSlSNjrrK1Qz6Cl0lVWUgj0luAmTVKJRA6aqS hOJk1kVCgYpg22MAaUry9zhKNfrndzDyLsMgoBSrS9kx7RZuZckSKCaBXko8hDOXQoIlKQonERAp QDUzHmZkSCOKaVYx6AOwA/UDapd8TFkYvJFGzn3KqT95FfD/AJDVr/yFP/6UY8/9D1F+8Nw/rE/8 o/8ADUP5HC/2MP8AoL/BT/kNWv8AyFP/AOlGPP8A0PT94bh/WJ/5R/4afkcL/Yw/6C/wVf8AUKJD U1u7Ri42GarP+mD5zD1eBrZnpEer25HacEwZpuAbgufhz5ceQ7fiOvKXJyZwBPJI4HpqYta/ra5N r2r1jgghJMKIhPrpUC/3CoeOx0/gDPEa1crDDxLp0u8RhFG7CTYxqrpU67gkaZ43Fw2bKrKCbpcx TII/lANeNetSn9M23/UCX/ySH/udKU/pm2/6gS/+SQ/9zpSpWJiJ9guZR/aH8wkYuwILxrBqUht9 +QHbJgcd/wCwdKVAu6CsFgf2OAss7W3csVHy7NmRq7i5JZskKKDxZi9RVIk9TRHiKiYkMYoABtwK Gynveqn+mbb/AKgS/wDkkP8A3OlKf0zbf9QJf/JIf+50pVUzgLO2cpLOLrJvkSG3O1ViItIiof8A dMokkChf+GlK+9sqbS3xhI5+tIs1G7ptIMJONWM1ko2RZn6jZ6zcFL+zWTOHz8cTAIgICAiAqVFJ Va2pJJpf8xJxXpkKTqrQ0KZZTiABzVMRsmUxzbfIgUA3/RpSvp/TVt/1Al/8kh/7nSlP6atv/wDf y3/GEhh//KOlKh8i4jg8tY6mccZAMWyw88ydxsqSSZNejIMXrcWzpq6ZFTFsq3cInMU5BKJTFMIC AhqOOSSGRZomKyowKkGxBBuCD7EHqDXtj5E+JOmVjO0eTG4dGUkMrKQVZSOoIIBBHUEXrVpGfR36 owCj41bRtdaSkXzeRdta7kDIMC0WdM1jrMjGZxNkaNemyOoIIpgTppF/KUAL8auxue8rcASZQfSL DVFAxt6Hq0ZPX3N7n3rJsnmryZMiJkbkJQiaVMmNiSMARY/M+OzEkepJJPqSTX9Sf0g+rk3HGiJl zepeKMLQx46Uyfk1+yUGPFUzHqNnVqVSP2YrGFLcB4b/ABt8a+pz3lUb9yPJVX69RBjg9fX/AML3 96ReavJWPL34NwjSYX+ZcTCU9fXqMYetuvxrZT61eueOfVfFMFh7FcK1gadXxcqMWDYVlBFd65We PHTp27UXfP3jp04MdRZdRRU4j8mHYNre3Lc8/eMts/cpDLlva7EAegsBYAAAD2AFWNyDkW9cp3ST et/nbJ3OWwZ2CrcKLABUCqoA6AKoH2V77qQqi00pTSlNKU0pVu1NKPQgGCUXEyMGwL3XQi5ZNdGQ a8nrkyvcJuHDpYvXWEyhN1DbkOAhsGwApVxaUqGOxmBVnDEnOCb9silCpeMam8A4I0URVc8xPyle s6MVbgrxKXjwD4EdKUIxmAVgzHnOabBsslNJeMal8+4O0TRSc8wPyiui6KZbglyKblwH4ANKVTKx s+ePlm6Vl6L95IqOYuR8MyU8PHmXbnTje0MoCMh0kU1E+soIHN1OQhuUNKVI9tIeW7zyX8K8d23h +zQ/mHc9XyXkOXcfu37Lo7cP1t99KVHJRs+SPiW6tl6z9nIpuZSR8MyT8xHlXcHUje0KoKMf1UVE 0+smInL0+QBuYdKVUnYzAqzhiTnBN+2RShUvGNTeAcEaKIqueYn5SvWdGKtwV4lLx4B8COlKEYzA KwZjznNNg2WSmkvGNS+fcHaJopOeYH5RXRdFMtwS5FNy4D8AGlKplY2fPHyzdKy9F+8kVHMXI+GZ KeHjzLtzpxvaGUBGQ6SKaifWUEDm6nIQ3KGlKke2kPLd55L+FeO7bw/ZofzDuer5LyHLuP3b9l0d uH62++lKjko2fJHxLdWy9Z+zkU3MpI+GZJ+YjyruDqRvaFUFGP6qKiafWTETl6fIA3MOlKqTsZgV ZwxJzgm/bIpQqXjGpvAOCNFEVXPMT8pXrOjFW4K8Sl48A+BHSlCMZgFYMx5zmmwbLJTSXjGpfPuD tE0UnPMD8orouimW4Jcim5cB+ADSlUysbPnj5ZulZei/eSKjmLkfDMlPDx5l25043tDKAjIdJFNR PrKCBzdTkIblDSlSPbSHlu88l/CvHdt4fs0P5h3PV8l5Dl3H7t+y6O3D9bffSlRyUbPkj4lurZes /ZyKbmUkfDMk/MR5V3B1I3tCqCjH9VFRNPrJiJy9PkAbmHSlVJ2MwKs4Yk5wTftkUoVLxjU3gHBG iiKrnmJ+Ur1nRircFeJS8eAfAjpShGMwCsGY85zTYNlkppLxjUvn3B2iaKTnmB+UV0XRTLcEuRTc uA/ABpSqZWNnzx8s3SsvRfvJFRzFyPhmSnh48y7c6cb2hlARkOkimon1lBA5upyENyhpSpHtpDy3 eeS/hXju28P2aH8w7nq+S8hy7j92/ZdHbh+tvvpSo5KNnyR8S3VsvWfs5FNzKSPhmSfmI8q7g6kb 2hVBRj+qiomn1kxE5enyANzDpSqk7GYFWcMSc4Jv2yKUKl4xqbwDgjRRFVzzE/KV6zoxVuCvEpeP APgR0pQjGYBWDMec5psGyyU0l4xqXz7g7RNFJzzA/KK6LopluCXIpuXAfgA0pVMrGz54+WbpWXov 3kio5i5HwzJTw8eZdudON7QygIyHSRTUT6yggc3U5CG5Q0pUj20h5bvPJfwrx3beH7ND+Ydz1fJe Q5dx+7fsujtw/W330pUclGz5I+Jbq2XrP2cim5lJHwzJPzEeVdwdSN7Qqgox/VRUTT6yYicvT5AG 5h0pVSdjMCrOGJOcE37ZFKFS8Y1N4BwRooiq55iflK9Z0Yq3BXiUvHgHwI6UoqxmDtIdFKc6Tpk5 j1ZZ54xqp5pu2SEr9t25jgnG+SUHlzSETI7bF3DSlDsZgVZwxJzgm/bIpQqXjGpvAOCNFEVXPMT8 pXrOjFW4K8Sl48A+BHSlCMZgFYMx5zmmwbLJTSXjGpfPuDtE0UnPMD8orouimW4Jcim5cB+ADSlU ysbPnj5ZulZei/eSKjmLkfDMlPDx5l25043tDKAjIdJFNRPrKCBzdTkIblDSlSPbSHlu88l/CvHd t4fs0P5h3PV8l5Dl3H7t+y6O3D9bffSlIltIM49u3lJLzD9Pq9eR7NCP7jmuodL/AAjcxkUeiiYq fwP5uPIfkR0pUjpSmlKaUppSmlKaUppSmlKaUppSmlKaUppSmlKaUppSmlKaUppSmlKaUppSmlKa UppSmlKaUppSmlKaUppSmlKaUr//2Q== ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.moneybookers.com/images/banners/en/realtime_worldwide_safe_234x60.gif R0lGODlh6gA8AOZ/AElScNnd6Nba5JCRkzQ0NdXd5dng6bS4xe6xbvmWJ9DW4ebLr/KoVZKYrKSo t9TY47+/v01OUMbHy8jO2dzg6+jr8nJ3h+bVw9HY4tvb3fuRGzM+Y8TJ1X2Emd7i6+To7+fq8eDk 68rR3Oq6h9DU39fb5sbM2HZ9k8zS3T9JaWlyi2tuc1hdbs7V4M3U3mZobX9/gOHm7Nzh5+7u7p+f oeDMuefDnNre597j6d3k6o2Tp5iesLu/y9Pa5ODk7dvd6a2usNzRyOXo8cnP2+Dh5IWLn2Rth+Hl 7tzi6cHF0G5yfs7O0ODn7dbV1lxkf+Dj593Owdbd5+3w9d3d4Nfb5K2xvuPn8PT1997h6OLm793g 6d/i7dja5trd5N7Uztrc4+Ll7OPm7czQ2drf5dfX2NTb5N7g6NjZ2293kPWePtff59na39jd4+Df 393f5ePa0trd5uXq8Ofq8+bp8Obp8t3h6ujt8+Xp8tzj69re6dzg6dvf6P2LCgAAAP///////yH/ C05FVFNDQVBFMi4wAwEAAAAh+QQFCQB/ACwAAAAA6gA8AAAH/4B9goOEhYaHiImKi4yNjo+QkZKT lJWEWUdHPpubISFboHkBo6SlASWoex51rHUerzg4TyhFABspHE5OPD56AQLAwcLBJa6vx63JrVpa es4lGBgPD9HV1gplBtrb3Nxq3+AFBS0u5ebn5xji6+zt7u49PRjy0SJD9xP5+vkm/f7/AP1xGEhw YBIOJvIN2cdwgj9BmDRx8vRpyw9TGE+VgFMHCZJXxjzIIuJkwwYWThx0AIAiRJ5hMIN52ILjGEhl y5g9m8bTmk8M3YJ6C6emAAYS6FqQK7dU3bun7cqskxqvmgsR9hY23Bqwq4mCYBFuHSsISyZOPihu 2ZMRI5w8sP9uHsNBhMMGNLy2kGBxwgOFUzGFUdEDqnBhkMhw5uE57ac1oZCHGsDQQoFSpS4wM3Wh gF2Uz+s+R4EKT95VrKhT2xvbMKHrrgjDcsDHekLZLJtAhUgb4mIALqPUwMmoylUsMFKSS/EQQoIE CBkOhCihggWHPaJeBgZGGJQPw4YTJ9MjgDE1xxj2qI8MWX0ABfAvtyBB/1znEuLARfkmejTUMlJJ VUAPKKhmYFb4aLXPPbQx5JVAA02g4FaCcIAbWml58MOGP4jS1g0hhdDFSiyU2IBzUxSxgxa5OHHA Hjd4WMJ2N4Rn0yo34aSHeT39xN6PBpQB35CWyXdZD+AIF0D/f/slqZ9/UQQIYA+noWBlgQUeiBWD DCrU5T4JgenVQCYMYSCDguyQBW4SHbEWh1y48QQRYcwBwgxPfBHATHxKwYMRDRyUxBJToMHCAQ5U p0IDHuTh6KMzzijMnqDciIylyQTAY2M+FQAke0QSWVmoTt4wXFul9CcOgGVgYGVqV776qpZbasXl hPw49Nqu/QwkQpa1DpHmmmdlgt2GWICQQRNnZDDFs0TM8MEUhc0xRwM7OKECoUakYBILHVThAAs6 6OGoenmoV4JGAsyIYW5q6VbpFq8gISlM8QggD5Ie9YvEp9tUE+rACqjBHnYeLsmkqlFQttQ5KLgQ 8VVYGggs/1YNKYirPw7GhtCBaYLAZm6O/jDFshms4ZxzZIDhxhQztDFTBjx4ewsALERgsxM6qGCS AxRQgG66e6BidDFbvIsheOBtF8/TPfjrLx7//ihkNAQTGcWP6sUoihoLj/aZw5gZKXGsv6J94K0L cVmbPl8VNIGBgogxxSebeODeGk00QQQEA7wQweAsrDCABDBn8MEZ2XKwxQPjApDCSiZtoMIE6gmN cB4UHF2M0qCjlfQWvwTGahk9UC111Z86RjBQQqnxqKOj0I4Rf0XSd1k5WM6a9pW0nun2xnDrGhDw IgiyhRUfgLEJdnt0IQGzB5DwAwk0sEDA9iwMQEMbMyxBxv8STYSxRQPVHRrCAwcckMRamQ9NtNF5 SMRJ0qFjeIPT+sqjxupSwwkS8EA1A9ADPRgYUmTUEIDZOTBhpbAMfXRnpFm9Ch3Ay4xShiSxLSFI QiBkTVeGEKu6IYoHWdhC0PbggCZMoQpf4NAeSBCB7RFgADAAQhvI0IQPFEEEYTCBCpyQggdQxAdH UE/8NocdjSAxf/kr2nb6h7ocWPGKWLRivwhIQCTEAnUItIbBDgajMipxc7R7AAmGJB8S7A6DS2nB PKYEtXigripYQ0GDJPSlt03AHII4AAF2AAAXZE4BOyADDybAoR+opw413J4EaNCEI7CgCknowAkA QMQT4OD/iPBbogM7t4cY2A+K77qX6cRhgCy60opd9Ag3wugTgJ3xjDfIZYweMLDLUBAd5sAGO3pA xzoaMxoF0hjb9OE2fZBDEEt4AQEAsIM9UIAGSkAcDFjQAEZ2qEaCJMAKJPCEFAxgCSkwwg4c4IAU pCAJmziLM7RgRhg9yj1byEQmYhCGfoZBnwDdZwhisIV2qTImARjd/ZhmqWNoalM84gIzdOKMiu4B YAaMj5GUMkE3aqYyAprK6aDmOiKthm193AoKWiAII7BgCTqoAhf0QIAUMKtEnFTAHhyZFu3BIAUr YAEJkIMBHZzgFvDkxBHqcMtcolE9HgjoEfjZT1NKNQYx//AEHIw2xRLgT3QMtRQO9lAeiDJGAHqo w0TXqhOAFYCNRoIrR93YGdJM5ZgIdIGZsoKaBC1zAigQxAQICQAqLGENOmuCBGBAixSgAUZ1+E44 b+EAHrhgDlJggeUm4B1O3PKMj8qlHjQRUKqGwaoB9QFW9XC0Ke5BaUyjF6aAYVbG7EEZbHXGp9Qg qrgWqTLzaUEP7MqOYuIRgQq4WLBQqg9BAOC5EdjkDiSggyZUIQJV2AMLAJCuTgjyWzHlAA6kQALO FqYTTG3qDWB0gwbewANYnWp8TWtKrNo3vj7w3BS/ClbwhOQYJXjAFMsqAJzoqHUJjA9ce4mkbxD3 rsY8IP96VNO2jDW3Dzo4SQRokILnOqEJB1ACBPJQojwkTRMDsGEEOrADcVWhCgcQQGefR7Q9VPTG NkaCaf3J4x7zeKp18JyQjQYH/uaPoQeFCU8CYGCcsEcGBghAgrPWW6eww0kOjgoxI3xca8hDucHi Ix8FMYdIEiACRfhpFSBwAhOspAN6iKcPgKBiHezgznjegQI6S4F0rVc9N75xCHxMaELHwAcaWclz F81JHWwkaYyOtArQ4oBIm0AYRlh0B2BiE1YQNtKLNsEBGK2NUUd6SJledAocoABQL9oITnoHq7hM 6x604FdacpsgrBABJdDwzAcQgw4M5WEFRHYTD6CBOO3/vINhowENJ2B2jULhqD/bONB6kEEMPlDo bvszyKjoQOXGbZLHgsJm5N7ACdBy1HHvQBhoqFwHVEmYG+0g3eMWdeVSUOp0DwE+thi3AwqAbnKj IRyyPt2s7fi0WdPx1sHbEkR4EDQlEEB7FgBCB7bbgDzc4Ds8UAJf7tyADjihRCgHAIsdt4U6OAoO MF+vHpqR1jroIQTc/gC3/Yla+RJaIyUQ97cyPe4kYLXg41YBRUIQ8MqhAd7yFszSQxCLe+PbJBw4 wL7rEACtk7sKD0hCuh2wB6RXzggvh/lWjZbwOzYcancEkKtiRfcrCeIIK6yCDbk3gDNI4QMKyF73 7tyz/xK94PCIfwEL1gkKc3kcDrq8tjM6QlWd69yfAMWqj2NwNKFvYN6trpwDmBADdPOgIEmgiNhN 0gCTAADqJtk0MaYeCx4cgAcOqBwA2lc9r9+CPL4PeAMg53rR68H0SUh+8tOu9ua7Q+F05AkxpwSg s9W9hH2owwr3oOztRWAHB1AAZi2gBDyb3PCJTzwLVCSARoXWqdYMGgXqEALmMc/ylz9tVenbT9Ya zfMngAo+YxI7cHSVwwNTRxFWtwFVcIDBEG+xJwxIQHuf9ArBlwy+lwLl4Xto4C0n8ABFYBLttgEO cHwH+EB50Hwq+GDQF1KrklzXZ3d9oAfbt1PcE15J4P8AhGcoLPACK/CDP5h+h6cC4PcXs3NGFDBz aeUDVtCEViAE+Gd5PDeFYXADnVc5AVgCmmUSPGCAJhFsWeICFDGATiAClaMDDxh1wEAFCRgLIWCB uoeB+zYNHKhZTqAARnALnleC6FYF/zAEzKeCW/VgDwZM6CAIWlCDeqA9aJZnHeBSTgCEkjiJiMdN DkA797RTP0ABzDB/WeCEQhCKUCiF+ddjW7B2o+B5RlAEeVhuWVV6V1cFFGEzJ8B0JmEEaRiBwOAG CegJx3CBrZCBdOh0EEgCtmAEe2iC+FYFKSiIzZckT+GCUIEBhghIfZCImhM0yrYBKrIDRXByK6AE 4qj/BCvQAAcAA5MoiS9wAjtwHdV2Lhsyf4lYB1EoBE8YhfjYTx9QByroeeOWElPlCWZnErIYAjxQ OQ0QAq2oge0CgZ8nKb3oi3DoenJoEkXEPk7XehvgdR0Qgj9DAQPJgCpYCpB3A9sAjYTYDtRYjYi4 fUFDAtN0Z984jjQ5TmdABEtAA+n4g4vHjOgSIzY2f62wBfgIhaKIf6cVhXqgS5Dnj+TWAbNYObow lVWAVRn2hR7geVWACg4pe3AQkSFgDMDICsKIkeXmdRrpAB5JglqAblOpC1Uwks23XtqAZUWRkuvw MIeYfZqTOXqnTjtAfjQ5jkVABhngLESwBlVgAZO4/347cC5mVFHGcARWcAeWNweWJ4qjiI8f4EA3 AIA3kAToZgKZgG5JIFVH0IoboAM6sJZFwJXyNiM314s1MZEbAAAVeQvDWG4oQG4csJYO0JYnaDsj SQoxh2UnGWvERRmGKAhCU2N7oAAEQIQlZwHWOZgHcAZLYDhuQAREUAE8MACSSISMpERBowxR1YSW FweZeZScaQXVpksAOBwlQZD9ZJr9BFAUcHUm4QQz0pXAsAUR6YYhEHw2UZa+pwIYUJ+3UAfAaQam 91nsVZK6VKEWaqEqaDRUsKFUwHZvtVEs1QfPeUsR4AQ70AANYJ0qSn4nQAZnEAGC4ABE8ARPEAMO QP+OP2iiScAh8qcFIXKPOhcHmKlzmlmkouh+uTQGn4mFAQAHDFqVsGgSScAlHHAEvnd1IiAAXZl8 +jCgOBB8S5eBwMCBDzCCRuCgoicDpod6MqAHeyADFwpzo+CMaqehHHqnHboRMEcFHTVBgoBGjqJ3 AGBnB7CiKgoELkoAgrACMyoigimOi8cDPMoMrHAMR+CecQACQsqZRup4FTqfAfCkYQAGIQkAR7CW 4cJODOoAWnp1TgCWBap7S3eQFjmmTvcAGsmNaPozanp1AOAM7HWhoiCIXQAHxdoFyFoCeHqnJYCs MFcCCtCnJPCn9+Qo0pQC5XcAHWCoJ9AELkpnfcD/qE9QoINpojyQOTTYCjiSBR8QinRgJyCgqUEa B/TanvYYrPLJpHCgmg5wn1fHAkfAoDuwBQIYdQ5Jbq8KlmBKEbR6C7ZabmZJgh4AnL2Kb7/aNRd6 A9j2WaEFeXTqsTDHS9Hqp33wKA3UQDa0eOtkqJTkohkAA4JATk/QAeW6AzvKo/JoDMwjBHTQs/H6 s0Abr/T6s1bQNR63IR3gTo5lKkXgTgCgAh9gBZKjtFTrBA+gtLsHbk3rTixQAh1ItUqbsBFZaU5L EThQM04LDFUwtU/XAizQYRyABFubAjtgBlMLtingBG4qoUpkbbf0QKjSIR6XS9AaKoJgsg2UB5E0 /zk7wAMn8LgWcALi47JAIAgE8AQ88KjiaAE7gAIBsCE75aOtQAEfMAc967PxKgeq+7N0ELQigy6N tCFek0s4h49WEAa3m5+o6QNWiAqlMGTwdV+wGpFkNQxnVR55kG1YgAUTZQZmwFY0Z1ESKgN8q0SJ i7jGqXZuoUYddbgJkwdj0AHbswHq5AAN8LgnYAE6IAEuOwWCEAFNoAOGqgQs1kCgm1Y2sQVCYLqn CwIV4LogIAeu6wN9ewONNLs3ULv5+GNShURAZwpCplr3NcFZNbz7Y7zTEAwPMHke8bzQO1GBVr0i DKgQZArOKLL0oQCHWwqO4gI2BADYcgDo+7gqEP8uznI4RCAGhkp+5gh5e5CI+HsMPnAH/Ku6FXDE rivAQRtKuXTA1faVnGl5YKC7qPnAqFICqLlPEwwGXJyAVKBkMNEKSCADzvvBFCW9I8yxgEuS2osR XDCy9CEIpGA7ASBNNYUG4He+M5y+7NgEchKYhqoiCmC/jpQ5zVAH+tuuPNu6qbu6qQsCc0Cv9Ko3 fOs1kLdjURzFp7UuvztkcJAWFBzKYBACXbx0wpDBtMUTe/ARqyDGHsEKZgysMEKhSnoDYzAGMiAD t6ykt5zLuTwGyBrMwqx2wQx5hluyo9BEo+AAL4wtSbDHM2wEMcXHKsqOcTkcoLtTnMgK9SeKPav/ uuAczv8rtJpqc2e0t+ohuDcQBpncztwWAhkKdEfzlfIVysI7UJ5QwR5wyuWRytPwX6ugB/2yvM5b 0M+LzrjElB+bS8TaBWwgzMOsdms0JHLcLhC8uHhcWdC80ehrATqIAsMhCh2izaLLhEZ5B3QQziqt xEDrF/Inf7K8UzfwhJpJpEYailEYAqYSczvNyaSwB/uneT1mX/uHzyFAHhrcz2U1DZ2GGMmABKzQ Lx5MT9jmpjvtjFfdfBCNrGzw0BANx9PaBwHQA1IQAFRQCjAwvgCgIrfH0dDcAQfQuKPQIZ+bztsc WUa5yCsNzgGs0tj40kmI0DdgpPV40zgdAxm7/1WnQAp6MKreNtRYRRHFS1tKzRgA3VCtIAMesbwE Db0Ym7F+2zVaHcxd3dXCzL1xLNYtEAVNysklkATje5uESgJG5dYn0AAcAH4BECPxeJ56gCMekAVE bLpyMAdIDMCNHMAvDWg4pkRCIMmYadhRjAQfK6enUAdgcF9HMIUBWcEJCAcDJgBsSHsNlSOT1xEA hAQcPMZlTHMFzNDGGsxG49Uh270lmwRlkII+/dqalbcqoCIOQAI5WNvoqyJJUAXg116fK0PzV3Ov UJnvmtL+O87IvbpysNySF9N78NySrMiGvZk65wG2fMsV2sbFkN32td1V9U+vuHT2pdNJNgwlMP+u sFqbiJEjAgTVImFzUmMGWFDQ7v1ZxOyscKBGFN0HYtACBWDWZ70uJdDVWNDKDnDb68QDJoACccMB SRDXO2ACHjDHOHverxAGoci/E47cyX3h8sfcaLzhksyepWstQ+rhNe1+D2Td143i8cXdLZ7P+gTj Q4YKwFACw+sJn9SG5f0Kudze80RR5yyhpgJ/NkYFjCEISdADUfDFTW7W69LKrDABw9YB2JJnd+YA SfBepLPbkLchQFypY76/1hKvR6zEFA60AqzmgV3Ve5up8Wot9CrnHW7TR4qCzXg0dZAJXMzFPIZV o7x0yZ4J+yNk7TJ7hU57n/CGnj7QHoxtZOz/Bkpk1RSKoaG91A9g6Q9wKp0cAELJRZPBAy3GA/B+ eiWAv67A0zIn0K4OCkzwAUI64Ud83GgOAtGr6xUFrz/LnsD+69YShRqCgh6rS1vgY1Kl7IVWNNIu DISegN7tpeNRB5qNBJyNBf3iy2Q81We8sRkrsvAhCC3guxixLufpEXhgAHjQEcAqmcbAClYIf+ft 6h7ABG8er3ZgBwCP5gNP8Hpg8AH/5tCdRJGnS9W2F6429VRf9VZ/9Vif9Vpf9SyPCsABwSWw7gSk DQWkWz3fcnWw004lmccACmHA67z+77WO3EdP8Erf1wc/tELb4VnAt9V2Ag7gB4I/+IRf+IZ///iI n/iKv/iM3/iOT/iCgAEdCsEaETTdMPYGcPM3zwp6sHY+fGOVigMRz+sTPvQVYPr/TvT/Hq/phfTq EecGz9LgLMlAGwdJJKEbsgMq8Pi8j/htAAG97wcQ0AbBX/yMLwgF4NOk4ORhXwdBoTlpZVG/3cpF UzvWhPN1IPohoPf+O/Sqf/re//1H7AEhzLcfsPTc/+aYybc/YAJOMAfGX/wwG/x9AAPxf/+GL8cQ POhSAQgGgoOCeXl7FHt7hoZ1jnV7AZKHFBR1eo84HlsgnZ0VdqF2FaSlpaMVIXqrrK2re3ofnp1x cZ61uLlxH1Y3vr++P2hVfsXGx8jJysvHMP99zMx9MNDU1dbGfX0lktwl3iVlZYSDjIeGigGwj3rc iJUUmI4em3F3nqCh+KL6ojFaFFpcCcxiCsSuOQhxfVjI8IMQIYvKGdpxQlkfAhhZrMAIwc8MGhgj +IEgLQKBYkBMEmhDo0+bNn1oOAuJUmVHPzRMivQj7cpFPyqnkdw4oM3GFccgsGDRxs+SATBoOFU5 AGPTZdm6fftWoMC4r4rMlbixR14dbuncydu0xYetU6JQmdJHKgvAd5UU6SUb4o7fOQwRztEVRzBg IXUY/UrCYo7FCBBW9IHc54UfAi6BxCRJWSqBaTBEEnix0Y8zCAP6MFXtpzQLlzNi8gzd5wP/yWJ9 lpDEmJIABCDHNs+Y4RtCcQIzqmZ4MQ2rtq3Qy/T4akCNmq9q4CiK5yHPJEGVHG1hu8UeKRD85pLa V8EK3nev9FIo7zeXYMINF4aQmMcIB6xC9dGRSTydRBIMJHUkTYEYIZXags7g5puApj2DEW7TXNTH AEBNhpFusvkhAWbNOXVSMVAVAwOCBp60YjR9CPBNACX00EM4NkZRnXXWlaDjIGp4d446HtzwnQHv yLNFCCF8YMsn+cg1FwhyVElHJQK1Eh56szw5S5VydLnLD2Qa0kAR0QTYEQGindQSDQnOdtkzV0gV Wx8zVNjGEqrBJBULJwHqh5+zYTTHa0v4/wFEG3EOmkGEV1zBpzEg5RkBnC2aVmIy2Qjgqac23ihd DyXkoaN1UQSgYxTeTRLAIYhsAckkeiFSxzxbtJXFJ/xIWcosVEKSl5Z4aTGHmMd+WSWwVOr1wwEs XMEMAVItQUCiKyA1YjYcWpsotSZyWwwBLBQDEmbIKZrNtR5FkE1z1LZBwAAzuDvZnuzihBlST/BQ IYTvOoXUEkjRIJVzOujQgMIJJ7ywww1ELPHEFFds8cUN7KDxxhx37LHGGFP88cgjT+wECdekDE1L iars8ssw49aHAzTXbPPNOOes88489+zzz0Dz7G/MMF9I9NFIW/RM0kw37fTTUEctNTXZTCVt9dVY Z60109l07fXXYIct9thkl2322WinrfbabLft9tte+xEIACH5BAUJAH8ALAAAAAABAAEAAAcDgH+B ACH5BAUJAH8ALAAAAAABAAEAAAcDgH+BACH5BAUJAH8ALAAAAAABAAEAAAcDgH+BACH5BAUJAH8A LAAAAAABAAEAAAcDgH+BACH5BAUJAH8ALAAAAAABAAEAAAcDgH+BACH5BAUJAH8ALAAAAAABAAEA AAcDgH+BACH5BAUJAH8ALEkAEQB4ABEAAAf/gH+Cg4SFhn8eExwoh42Oj5CRkpOPSQAAKSqCOwCC RSUlJymXO38maCkbqn86Pq4+HZeXg04NdYOzfwcChSeyvyoOdXU8gplISA6DRYKimyd/lyoKCqIp fynXf8EF3VHRv7JGfziqG51/RRuCKqBOgzxDAKuEJ68d5uuEaIOpgru8BuHLR0+Hhxu48CDRMUjT n3f/oKlCQw2aIHODdKjZmIrgxD9MnGD8g0YfAFAsjAkYuKGIA4i6QoRgycIIuj8bDhjTt6sQTZv6 /nCgAHMYP0Ep/yRN8aADzg0nHjywqNQmoSR58nT0OO7PCXMmHgZ9gG2dEwHzVD0IscNcB5ks/9+O SbqhVNl/AQW69TAm7QZbX1WJqANzQwBsgpxgcKoq6lSBf0qg26Aj61YeSTInKfangTmdqbTxQLHq xASMMUIcMAcxrsyjf+z605VXEEuLgTegqeNZVbFr1zbE0xeVMdQHGOr90WNR907fh1arcsBBlV0H PFY1yK4KQGru5+C6lQlT513aPs1ZZGmkjvQNDoasUwY/u6AGTZ86pgpNj1OcRlhmThUmFGjCBIJg YI4OVahShScN/tNgdzJxho14qhhRhBGrqBDQbD0RcpsnrNVBmioNrPbHgy1FuGJ+OO03SH/MJCag Rxs8KEhaHbS1AQfXqGDXBg9MeA4TISTRD/+Gg6jixA4CfMhTCbWNmA5rHnjwVI/rALmBkPoMAeNx jzWjhR41PnSjRzpukyE+KeSREgAMRbOFkd7FkIQ5KcQQw0BNrtIBKOcdUEJ6jZHoZJYqqKICnBSw cI460Uj133Fw/OfVcjWus6YToILapjob1FRqAJpA5WgY4AFwxBGt2iboEV4KksShIFIponqyZpil Dqqw0CgLFDSq6jaWzviAFppCs8elXV3WiAPmzKPCDcxsIBJlH5y4ThhhvNeaPm/FAJMDuPJU2x9W 5naCTNR296UHA4mUjqXEwcHujH+Y0dxR0h6yZz5/jFFKPlWAu9UDMfi4QQev4mNbCOYOgm7/CbM5 oOQgM7lFjl8N4IBDdfkUoUdvqzggQFPE3aKpUzJMpsOZl3FgMwcbP2fdDSyaI8YHYbBURBXlRUxu DFls+8fFsxXSQMdOGiGpORzIFMJWde1h5DpJrCyxVy4PUlNStuqhB9b53CTWgDdw8NQGfX7wwQQd FYLGq0d83UEMf3A4HyhNE/I0Sx7pYHUI2zpYwsCqpBAly83UgYSmI7Fi9tk4nrOHQNmMksQPP2CT jRFyf2BFEsZ2V0QYr2ah6d3sZgOAEQEEkI0hALzVQeedz+7A4TP1zkGUvBvx+O5BIrGvMbIb4cCZ ZmPCe+dkU1IIFiYsYv323E+CUCFmdC9IASAAIfkEBQkAfwAsAAAAAAEAAQAABwOAf4EAIfkEBQkA fwAsAAAAAAEAAQAABwOAf4EAIfkEBQkAfwAsAAAAAAEAAQAABwOAf4EAIfkEBQkAfwAsAAAAAAEA AQAABwOAf4EAIfkEBQkAfwAsAAAAAAEAAQAABwOAf4EAIfkEBQkAfwAsAAAAAAEAAQAABwOAf4EA IfkEBQkAfwAsAAAAAAEAAQAABwOAf4EAIfkEBQkAfwAsAAAAAAEAAQAABwOAf4EAIfkEBQkAfwAs SQARAHgAEQAAB/+AYYJHMXUlh4iJiXBbPo6PkJBbk1soHBwkApqbnAIPnwF1oqOkowanqKkyBgEY Cq+wsbEtLRgFt7hqurtquAWCYTE+AYrFh4yRyZJbOgAbzxtODp0iANYAKToe2x5V19/YO3jg30au srIYrq66BSW+vLu+wGGGxsV7k8rKW2jQ/xumbXIAUMUWblUA/quCJ4XCZ2jUnUOnQKKtU/Ey+rpF j9i9RFRiiBQZoqTJkyUPQAPgQAc0I5w6AEyBw2TChxt21HH40Minn0CDCtCzRw/RPXvyKF2aB45T OIiAxfioKOTIGCizhnD5rEEAATwBcGLxTOazAzahsbh0KQmJndD/eLDlwSOo3Z9FjR5NylTp078x BOmhiohKnatYtZ40u6GDJgeQd2ziAG0HTx1pnwHwUAruMx6iPN0FiuHTDb1GkfLt+/dp4DA3CB+i sgWx4pNcn6mo0knTDmgHnDxzknkDiyHIh5gQxXPDgSET2I4GekMG6r19/baGI2gL1BIBPHpcFAIr ydsmTShkoeMBpxPPUpBg/KDkTYUAmON0MB2vHi1apKZadts5FcYHdWwXwHeJeEAIelo50NxKByDi TDQC/PZMFfbhlIJ+D/HX3x4AlrjXauG1Fl54H3ygxw0wwgFjjHCsGMAWR5h0FRg8InaVC0VcqNYh PEBzAhxFltUh/zRONNkkiNE4KU1/cJRoomooLviXlnC02NeMN8gYJhxdhAFGGEekqeaabK65RwkO CAeNAyU0AE0ROuTGgg8h3LcZN5x5tgEPovX3iZUlYpmliit+YIVSYM7Y2g0t0mMpmm3uoKkOSZRA QnMNCKACTs9M0OdKKG3THKGFTgeHKEgggYUZtBoVoKJIxQimEB5AesMYMALbGg5SBeZjm0fIGdAh Qko2oUIOnKoZDtRSW9KqSWSbBKutPmAYrLEiIYOsZmhBa4BGWbeHDJEKoYevkbYGxgfAnHmmmYO0 WQSTDuwbl0qaOVBFFf5ucIK0GwCg1bMrbRLUHqPEKsPEsZqL7qp1e0R6gxUZa0yjUzfEUOml+CJL GU6O5eZEACURpBnCCmfFsGYlaAKUAODSOrEM55Z73VEac5xxHjf8YLTRkMKBRItMM31gyW36wIMR ADnRwCFGpKB1B3uUxAM2WichodYxowS21minwILDNpegR7i0xt3zxXrhilQWSOVx9NE3+BpC000/ nW/UNzywbRIohFcMFR7YBmFWe/RWqM2nyYAFFgDGjSjdJ2IZCAAh+QQFCQB/ACwAAAAAAQABAAAH A4B/gQAh+QQFCQB/ACwAAAAAAQABAAAHA4B/gQAh+QQFCQB/ACwAAAAAAQABAAAHA4B/gQAh+QQF CQB/ACwAAAAAAQABAAAHA4B/gQAh+QQFCQB/ACwAAAAAAQABAAAHA4B/gQAh+QQFCQB/ACwAAAAA AQABAAAHA4B/gQAh+QQFCQB/ACwAAAAAAQABAAAHA4B/gQAh+QQFCQB/ACxtABEAMQARAAAH/4Bb goMeJQKHiIkCD4wBdY+QkZAGlJWWMgYBg4N1ip6JHqEekpJIpqcGSJUFGJuCAZ+feluitbYeeLmn qAYYGCHAwHuxnlTBwDg4IaKkzXUBjMchhsSJJdLJy6HOknqLD8E4W9WKSNjKzNx6j9/gwR7kiMbn 2qPcj3qM0cHe8QJu0t6lu7dHnztgVBSVWMgQUUCBt5p5MxijYiGGGDEegvMQWJ1b9iQVNHik5J6M KKnp6YgDZMhI7RjFCBEDDspYW1gqCwjyEEWaC6lo/NQxXLKjO4/lU1QxBhWhQz0VnSqtoKIjMbak /HSNKlUPVB4o8nGkDsMAaAOk3OOVKo5PRxB83DibFiUVD00rtq3q6UEgACH5BAUJAH8ALDIAEQCs ABQAAAf/gH+Cg4SFhoeIiYqEDI0MF4uRgwiOI5KXmJmagzUJGhoJoYIxDJ6mNpuphBp8rZCqhQit fJawtreLNbOzRIIJu3w2H7iZrK7Ef7KttcjNt7rAkG/AwYNvF29giUFQZIVtFxdtksZ8b39QUIZB NeqG1xcZk7PMhl7pivh/3EFTixnpvBhaky5IPneCuDUhBI3PL1p/FrR6GCzLCIoaEIwLFcpGmlkI BHnc9ahURxxvODIoZ+NhmhqCLs7SwGBhxI+z0ixIRu+PDVAJ0iTDGPIPxwRQPiKQ2YqmQEM1GOxK g+qPl5WzElhaAIrmz4k2guDkU/RPw1Jk54xopSxY26l//8qNbbXABjWHa9lGBCkX7tuce+/WaGuJ 4uC7DOI2VTYXcCEv5XYt+NKYbUOKTRtXPftRqNSM9HIukNrq60TSy3BquCCR7SwGOPLy4Upyl91W VFGPLC2bAWHZIy68DtIWSmRgaYLcnh2L3nIGshEs19CQT5q5CVCTFXRWWZhfvkH2XI6gHEzUbRMb bcUAZwKerZ6w/IMa9YgH5AHjyErYWGLgZtFTjgYj9PbHFEuNUNUgFH1B30RjGWTfTIKUs0AZbRV1 Vl7CkZXeLKi0xgdWrajzIXs2tDSRbE+Qlph58FkHIhUijqVeOW09lIA8hKXIF4gK/LFLAgjANFBW glDSHv9FbMQo23vrtQJThty91uFtC7Q1FiodWlcOFF2ceFcCXV7wkCVf/vEkiFw0ZKMv4lFzjnbA lDeLQT/85dCCgniBpCBdVDhLknE6BKeUMWr4GhjAvKEliEJ0mUaaYqbhiCNRLgdJmmuWFiBurx1K 1l0h1Xepb2nGhBmigwTx5yqDJvqnYYlG8emIf4ylAR1icvnal2G+Fuof4oDzAWl5QWmeALJtGZiM 7AnqWlazXNAWKgo1UUM5BhFiLY5ehBsukmFyVI6DhM06y5QgVcneHenFaN+zdpYoa7RRppHFbQ/d COKD7I1XqFBCTpTec7LZ8EBDI3D7xxuO2CBDl+G1Aln/rKQFNYtAE04kKrt6bXHWHOQJkS5uF6BG W4nBsqXjGw2F1AYwVZVD5C7NRjXLAhTVBRJhUdIC0gNtrczHU6+9sdwIbV1Fz8oV07JyApd9nKgg FNPR5QJzXEtntJTSI1s0gsx1jmKgAvY1rmPPZG1Pza4tVDlP6ekQghuLSDMUd9FSddAgbxeRJzTN EcakCbxhR3mf2ABGvXxkVOEnSMHBOIFqYqbTIM0KAsakoKhoHUxkQC65qiRBcnktoBNIYuQMCPTJ J08lM2DsblwukOhgCbIAdlt9Yl3Zs9eQZ+Sna1LBH3PAc0MiNzz/Bw7WhDOOIG0QQSUi7ZRQwiAC QNGOPRnvWH+J9+i0400k7EDhjyL31FD7IGSIP78mP8CyPDJ0GunM/wAMoAAloR31DPCACEwgMpQE HQU68IGECAQAIfkEBQkAfwAsAAAAAAEAAQAABwOAf4EAIfkEBQkAfwAsAAAAAAEAAQAABwOAf4EA IfkEBQkAfwAsAAAAAAEAAQAABwOAf4EAIfkEBQkAfwAsAAAAAAEAAQAABwOAf4EAIfkEBQkAfwAs AAAAAAEAAQAABwOAf4EAIfkEBQkAfwAsAAAAAAEAAQAABwOAf4EAIfkEBQkAfwAsAAAAAAEAAQAA BwOAf4EAIfkEBQkAfwAsAAAAAAEAAQAABwOAf4EAIfkEBQkAfwAsAAAAAAEAAQAABwOAf4EAIfkE BQkAfwAsAAAAAAEAAQAABwOAf4EAIfkEBQkAfwAsAAAAAAEAAQAABwOAf4EAIfkEBQkAfwAsAAAA AAEAAQAABwOAf4EAIfkEBQkAfwAsAAAAAAEAAQAABwOAf4EAIfkEBQkAfwAsAAAAAAEAAQAABwOA f4EAIfkEBQkAfwAsAAAAAAEAAQAABwOAf4EAIfkEBQkAfwAsAAAAAAEAAQAABwOAf4EAIfkEBQkA fwAsAAAAAAEAAQAABwOAf4EAIfkEBQkAfwAsAAAAAAEAAQAABwOAf4EAIfkEBQkAfwAsAAAAAAEA AQAABwOAf4EAIfkEBQkAfwAsMgARAKwAFAAAB/+Af4KDhIWGh4iJioRbjY2LkIN1k5ORlpeYmYN6 nHohYWGCoKOjmqaMjlunhpSVq6+wi50yMR+goqSlsZepqrsewMC7w8STnrYfH3+jMUfOR4OkiSXU hTHXMZEh29t/AgKG3+CG2zg4gx6tiXUBD4oP7t56e3qLcPdwhgX7BYo9PYR6lClDSE8dJDFAJftj C9SzI9dyhclGraLFEoJKUMF2jZvHjx9LiBs3cqQgj+ZCePiTjtKfVnVe1tEjAF48mzht0uu051Ce PPjwCYLDjx/BgUj/2RQ4kOkgCnVCWPkwNZlVUAknZp0Iqt7FrxrrcIwB8g/IcltKeispzixKHCr/ gamDabBOTZx/cj7AAO9GJ049C/0EGjRo0cNFkSo+TPCPQR9WIlsRwtBqMmaYw9wA+5XKlrFnQ6tk S1oAFZApg8FcPVOv674y/s4LPGhw4aAlEOveXVQQ1CyShQgXYjnM5VKgtsChFiBAta9wQmT7Q7as 6HqlS7r56DZYy9Uy6+xx9zonPS2OZ9MW9FPobThq1PxRs1sQ732+61j+IGTy/v/LfFDHbQH88ZUH EIlmHTdUrPXNV+KUZZZ33s01013lwfPHHlp02GE9hjQn1B/NiXjDDQYYMF989PX2x2EvuljHFv8R N1xxtSiTjB4n3gBHjz7CUWIAWxzBDUdgJDlW/zbYeIARZ9R8Ex13ZtVBoVwuTTJehhrC4aGHsxUi 4j2D5PPHj3uouCKLLfYTIz9v4sfSEVbcYdUcVg1H3H/JDPZTj2eeeE8XYYARxkPO/IHoM4o6s8eT nK3lCZU4XIllJZNgmOEgX2qxx6frjWkmIffcIN+aKRrAoiBt9oPYnJHpGEeeN+7HkBV/AiloUDdc hksuiApCVgzLXaTWN1tImBJIln5DXnmFYGHGtJxooR6oe9wQqK6AcgvomfdUQ8W4VGBkln/JxIHn Qnq2+4cQHuQ6xoljgIsPDrpoxVGw1En3XEXHCnDWSSGYY/CyHunxAGk5NTgJEhAjIQMS0moxrf+1 nMQWmK73NGfvbRmR26DIGCFYaxwgqMtnu0LokSvHQYHRUKE0h+LQQ8JeM66xpCkYmlvcjMcwToEd JLEMEyNhMcayZettHgHc1gUcU3cRMrl/kCxIFvwJQcccIIQ96wdxlD121/05/YeuH9+Qo0ShLMMv RFuA5aA4JXTjs0dAq0TFwmzlBY8AMf2BxLRIy3CxGUzz5DS3sl37aR6C+Bjkx2ZO5TUddITt+edi oxy2FZ9W/sPpp/8JBxKV7Re33Iwq6sMRdVQ0pIEX7RHCID9TyQ0O2a31QAkg/jHt8Ys37hi2oAry 6Q3Mb7jHYOwNaf0PpoDwh+dZrCcY5WYNYllANDcnisjtGVFDxUqF8B3JNw7Gs8jx6CmCrSH3n1Lg KdoPMwrOxAigAAdIQFMY6lDmK6ACF8jAAdqqgRCMoCECAQAh+QQFCQB/ACwAAAAAAQABAAAHA4B/ gQAh+QQFCQB/ACwAAAAAAQABAAAHA4B/gQA7 ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/images/rapidssl_ssl_certificate.gif R0lGODlhWgAyAOZ9AAMDAx0eIR8gIjInGzAuMBspVS42UCs5Yz1BSDhGbks3HVU5Mmk9M1g/TVlO M21GOXZhMURERUZKV05QVlJNSFdWTFhYWUhTcl1haVdhfXBPR29aZHRoXGNjY2dpdG5xenBta3Z2 d1JegFpmiV10rmJsi2NukGlyjWp2mXh7h3F6lXB9on2BiXqCmHeEqYpPOYpkP6laPKxqOoxYRZNl T45ycK1fQLFlR6p1c9BrO+B4OshvTeR5Q4l1iqx7g62ROZGFcrKcWayIc9GAN9qnO/WQPf6oPtOF SsyTb9SwTdKjcf2QRP+wQ9TPLejCPf/3O8LCf/7PRfPCdf/7Rvr6coWGh4aJl4yQnJiJjJyZjJaX mYOMpIyTp4mYtZSZp5Scsp2iq5yis6SNlq+bo7mgl6Wmp6Spua2yuba3t5mHwrC2xrrCvLzD08mV kc2tjMquu97Gid7WqtvioP/VlfTQpfj4jvXysczO09HX6dzj9PDWz/Ly0/r8/QAAAAAAAAAAACH/ C05FVFNDQVBFMi4wAwEAAAAh+QQFCgB9ACwAAAAAWgAyAAAH/oB4eoJ3hYaHiImKi4yNjo+Ha2tn Wnd8l5iZmpucnZ6foKGfWJaipqeoqaB5VaWqr7CxnHchrrK3uKZ3ayBrub/AnHh3aB2+msRol2jM lnlox2h5fNJ7zMrUzdbMmcnYaJbEwZd6u8bIIGgsWnwdWuB8IVksZe2WHYUdaCHs7uB4+qqwwLQP DQh2ZUDEw9bpDogIEShUMZWH2LlM+/jssncpTwc+a+rhs3fnYxksHDV+5GNBz7KJaNgBNNiwgoAB OBUMUKDBVqdyBo9lwpLuUoej+TKNxKcHQxUQeNohLWm0lMGnpap0qLfpDAECEBwIIYOFQwQFEBh2 GrbmIqY8/uVAiCxFFS5HfCXvVOlHd+VIaizulAlxqe20TRQIuHGpyYqDIKCAul02sMzEv+30lGGX rqmgj2gu91VJcGLbS1Q34RngxhMWGHY+VQyqiVWHEC6P6uNTpgNUkCE81KMaWqq+kr6FFvONLTUy BXs+aYDzSbLQccHyQK/+II4ntpOxA1swB1QNIFn0XCdHrJd47AiQyN5D5IeDCkCiYwK//j2uKhBw kscedlAxxRRPNAEFEHjox4d1YXyxxQoqoLDChRiu4IKGG7rg4YcghijiiCSOyAcBdLy1Rx0GHuji FFSsIcQWJZhgwggiXGBMGF1MKMIBQB6QwAUWYtihhhx+/jhCAiOAaAKTLqCQwJQJJCkClSZ4OMIF SbpgBgcc2EGHFFG8aOaBe1RRxggmlLDlBB6swSONF9zBRiFqcHGACBkieaSHKFzARgIfBjroBReo YacaB1zwJBd3qmHCBSOgEMYFH2oIBAEM5FAEE2We6WIdagBxQgklZJCBjnL2iCMfeUKq0QEroLAl nxdWSukKk95xQJQjvFpAAnzkwUUY0wzLBh9mcBFVCSJASiiSJyjA6Qs8LBGqqGiWgEWwq06wIxdb vJrjBQdwwceQB4zAhQqN7nlBFyXsuWcCV6KAQgl8FLDFuoiKwEcJBfARBr4H5KFGAlz4uuGFQjDw wAIP/tywhBHbilpHF0CooGoGEsT5BbnmFlDAAWr0S2xFl+x5SVR4uFzABdMcNrNGUh4w8wFRfXHB yUN24fCFKNSwAw0TY6stty7uYUIVqiI6rguvZpJHCUT62i4fIgi8xQEZ8KGCwAWwkYcBByw7rApR 8YGHCginfIkZjTb8K9ElHK0BAwzssAQTTCNIRRchrHqBBMaM7IKqfGwhwrJwS6mCGm1nIPABKBTM Bdl5nIFvCyoDmYAKlqjwcwIHlBDGrELTemGbONyw9wIzXJyxmU9MwUYGISAqQS8jt/Cq5SgPfAHo YaigAtdhJ2DCAXxs3i8ea+DrQr+UY/5j5wJfIMKS/uoWYHewbJZgxdETP5Dt7bkjiGAdJHRwwQQJ JM7F4gJ3PULC/Zpt8hnMM5j4+OC9fgHwSpYowPK4gDrQwcttGZgZHmLmLMt1rV0jaIMMNLAABsTg b+170RNGmDszJMADEkDcGiTUAstxTQSTEtjuMFE6gWGCgWE7GV36dQF1YcJziMoEHhDlQ0zorwo2 mEHSeIAxESLoCWV6ghxIcAEMSAADK+RCC06QgGHZ6ElAK8CVdJaAsNkrAVIa1o+mRMY0XiCCzltB F8uIOhh20WQmQ+MIUkADJXbQBkWIQu4G+cQoOIEISbiCCFKAACyysE1uapONToACE6BABCXQl7DY /lSrTlrIRp3spJuIhqEbmSCUFtJXrU5VghrYQANJywHGRoigKNQHBhrYwA0kBgIEWGANXthCC26E KlR90UaVTCb40KivZjrTk6msVSqjSU1nOvNGLLiBHxkASFDZcoMvaEANaKABJe6gCgYwRjBbgKoR uMmYx7SkPLFmSWva857SlOY970lMGrxyAQt4gQ6GIIMXvGAGPVCCGMSgAQpEAAdYsIABfpmHilq0 WP6RBVzAYIMXAJQBL9DAERIqhDR4oAdXqEIIqmCFllqBoha9aM0y+oph0CAGD3hADpDwBiS0wQdj 0EIKhsoCK1zBC1e4ghWMEdOKFmumh6GpKfZw/gctxOBoNwCqFrBA1Cok9QthMIMZwoBUpjbVqTPF qFRDUVE00IAGG5gEC0JQ1KOCwQxqyCsb1HCGMFzBrGeVaUfWylZiYAENVmDpFbQQhjOcgQ2QvRMe 9hoGLjB1gng4K0ahSlhP5IEtZgADGMqAVzXciQ2YnSBkyXpZzAaWs2rtrNU+uws1rMG0d3Btaieo BjP8dQ27neBrN0vczh6mohPMbW6Fa9HMqlYNlTVGcDPb1KcW97riiWrNmvvZszr3uX6V7jDG69rh ovUtao0qLI47WKi+FrmfVe1ev/Db5E52t++17nljy97Yoje9/+UsWl/7XfmqwQtLBW4hUIva99Tm 97wCBnB7AzxhAW+XwKllMBvM8IUE5/a093UwdTUr2AhfF7YRHvBTMZzhyJoBwcawU2RnzODgxnTE 782xjndcYMxqeMZjvUIK9JHX3oZVrEVOMo2XDFk72WmykFDEnZzM5CUnuchiFWuErMCCD2xFrF7g whW4wAUvmPkLYA2DmsN6ZCSXtrdYvrKc53zlN8M5y3he85q/YGYzk1mpKfiAByygBaRaYagpYAEL WlBUlxo1qWMeM5nDXOYw9/nSmM50pitNaUuX+c+QvsIWHN0CLrcA0YL2AAYswFUQdMACsI61rGdN 61rb+ta4zrWuZz2BClggEAAAIfkEBQoAfQAsAQAlAFgADQAAB/6AfYKDhHmDeXyIfXmGgo2EjnuF kpCTlZeYZpibbGZ4fWxsan14oWyJoJ+CeKqEd3d4d4uwr321hGuxspubamdsq7yCnaOlpaagg2x4 io5sjXl3htNrjqS7jrutj4x8wnmhjq2Vd53An2qsy2qNbK+f77e20oJ78rCF8tG37rLvaHjU+Ap4 R2CngMAqxeqkrFioT4mWlZrXp5qgRHfWQFtDT96qjIZegdsXLRqwdA8DHuujycyyQVZsxWIJTFTN dcpYVZv5DJWgcq78Qbw4y1+/a8qkjQqnUs06c5/MhIHEJgwwl8PWqZL4DGjCRc9s5ZmIp5pIRGPP AavlT5rRPpxLz6UTCMrMqEFerk2c2smMXTx2vzp9KRLoT3fAwJWDF6paxMWGHvI59gwhynOabFa9 i4kzqZdfg427xIrQaIWQWpUmVXr0soRfPAu7JHvTK2yzldkKnbuSl5izvXDJxDLTXbuENAlSnnzQ GUjMBdXeNPxK7yq9h+flIlzQ8N6Q8goSP4iL9e+XrLTow4LFoA/g48ufT1/QhAoTAgEAIfkEBQoA fQAsAQAlAFgADQAAB/6AfYKDg3iEhoWEfXmKgnd3g3mPgnl7ipKQjZqNYWCbn2EtbH1fXlZ3bFde noJXo4Jro4yDWmdoWn14WWtlZ31ovpG7vZ/FfVeCssZnViyjX6RhZmF4VoiuiLSIeFp4e3eSuHiQ toR34pmzl5qvfWHQueqNbGos8XhXampeqYNXZmXU8JG25koZWqwW1bLU50wwWmdm3QGDxtOdK2DA 8AF4xwobU86sqLliJVQfL2E03cGjRpSgMFcMqWrnio2WPGfMcMvGTcuri14MOVRks1vDMzsd4vEF RuepMF4gtbjzxZMokY3GsUwhqKWaPtM6XmOTaiDSmIrK4BLEzROxRf2FtHgyU+ugGTODplXDEyYl G49Q+3Axw3VQwq4p1PxNGe2vP3q47l7cFnNnP5tgy+AxxOcyspxLG4LBo1Naxzt9+/xlUwqsFS6Z SPVZyeaOmsT1WLTgx4KLF399v94Fi0xQRi8H+8jVIvyKc7jLBQKN2MfKqj5qSloh5Wl1djO38Rpr BKkdWzbyyCtaWYw929izKZk/xMaQmg/GxAvSr1px+9qvBJiMMbWphgoq8X3iHyFmWOHBeIL9Bs1h 7mwCHljYKfJVV42oEcyG2F0I3oiN6AcPNL9B+MkWmqTo20lcnKSiJjFuEmNx1eEoiG6KPDjjj0AG KWQfFkxQQSAAACH5BAUKAH0ALAEAJQBZAA0AAAf+gH2Cg4N3eIJ4bISKg3iHhH15aGh5g5OIkIKX mZyZYF6doX1WFmp9Jx8YphgfKYMYZ4NlZYKVgiBVWiB5dxxgVSx9WFaEdx1lLFWioWYfpqZ4tqFe GKVsLGwtLNtsGIywjIgdd4LGd5J7Zx19d2h9VVeEaOvthYSPyy2uy4KmE2q2MHxpZsbDqyopQLGw oqVDMEEeQpDrg6dDFVtViDWyOIgNCC3B2HRo1ScZm1IpqqnBEAYDBlJ9UrTohIfcP0FWMAhiZeaV mTMGrVS5g2FiH4+wBKkDoUgopKWKrgzVKfUdHivYvLH4wOYkmxSuLPTB0DOToTtmboax0HNLVp/+ ZtYtJHqOjy0W68pFfKfRrt4Q7zwIxVNFmSBuWh+KBdvnw5YJR/uoAQWCUNqdGhlb+Gam4Khg3soV pWtG5xmdwO4wKt2HddUqeK4Em92i2zXFahhv8fABHyiKhtik7TlhgoUUpXm/YpEiHtZ3Og9/IInH QwoPYPq06OAyD5/q18Hk6fYhHnlX1FJsThFMzQU1Lb2k5QJpJr9DZQflMSWKjdE+aywT4CKFMIIH f6KYIUF+h/HjYEeqkeOfIv+FMiE7xYTDCRsIDpKCBIRcsQ8/XwhiRhgMEqJGTx2a+FQmHTJoRouQ hDGIjYNwEc+Dy1xBXx87cgHKjzx28puDV1gSsaN2hhHyQZFQRilllJAJEggAACH5BAUKAH0ALAEA JQBZAAwAAAf+gH2Cg4NshGqHeIN3d4SDWmWLZVqCjI53k46am4NXZ5ygHwRmfRMSo2YEEhODBF6D Vld9ioJ5ESAhEYoEVRYWfSAgjry+oMZhE59mebPGfVYEo30YahjW1ASIfa5rhHcE3X1sBGh4WXlZ BH1rYH0dHYRa6uyCeOGzjZzafR4Yinm0OJ1JZYYWAhZXJFxB0AqDhRR5+rEg8EsQAgqG+nyDJ6iD B28E/Ak6EyHErzOqfmHosGYUhmgorRggIGrax0138IQhEKZPHgwM2SCIIEsQAS5aEPCx1jJjnzMI CFDq44UAAjTTOA6qGuHThw7j7nzAcAfDNGzVIqhRk81aHwH+bL8QKoon5xeefbgc7TOWbSukBCJi GLeGTx4+sywQoLVmqE1NQiNMQ9CBrFtB1thWM8vWjMM+ElKoc6S1TxgBZth+wIwhlbajC8+21EaY cFWq6hzu09vnirp+ZfkOHo7WbefPKRCw0pSTzZ27X1JFs3BXecMJKZaafTnIgoQIFZUjqDIt2ug+ 4smzlbAapYRfoie0NUtQr5WqKhxZMcYGj6F9hJASkCZqOIUHGvlscmCCCYrTTB6kOPOFAD0RkoIx ADqj4YZ3OCeIcyA2SKBTglRz3jMsbHKFF1xQxUmFG+pjTGqapEbjIGFEKIhcLrIYoyApcsJFUS3+ aGSRLPoKKMgVRXISJCeBAAAh+QQFyAB9ACwBACUAWQANAAAH/oB9goODaneCbIR9ZoSJin14VVV4 g5KPhJaXmoosm5sWAGF9BAEAX14AAQSDf52CHyGClIIBERUBd2t/HQSrERGEuryrnppgBIxfxYMf AKFqCH0I0whmf2eCACzYg2x/aIJof2V9k1V/eeV9v5jo6uHBy30S0fJmYH+i2R4pASkArBAQwCAN QYc/xPoAELCGVYRZCIB1AyCxDxgAFlbhE7AqohkAYBAAyPfnH0aACCZownPHyx8wkCQEyCbAlUIW LFAiOHNtEJgAf6oIYvEnALmInP4AIDchwhkAbCYgYIPgzjRrZhAEMIN1Wp8/H7kQsiLoDksuf7z0 adGqD4Zq/n8O3STKZxpPbmUJ/Bn0VIA0iXn4CDoTYKbICFMRB85zFaxXa2EEjsIAUBEIQi7VYsyD Z1oYsNlS/Ct4N/DHM3eJ9lEtELWgFHthz4vAJsIdqdIKdo32OXI0DKouscTDBq0XVH/+ILhSNCEA gRjyIMYT4Q+fwAQEcOxzBwApD9KSW0/nPQD4jSo3rsKA0PGq3jk/MP+gqIWnO2xmqVUkKp0mM2oQ YoYj/xHIRoCFpINHGHIpkt8haClDiE2C6KMGI4SoQeAybODXIHfylNXhiJ4c+MgElRXDxRVqSTiI PiEOAmCMm1x4oYCiYAgjjWuxYIVNV1hxxSND8igPF/shGInkICuKNQhZgljRAoVGVmnllfJUoFIg AAAh+QQFCgB9ACwBACUAWQANAAAH/oB9goODeXyChol9fIeCjISOjI2SkZCUkJiZfWZqapqfeHl5 faKlfImHhoOPj4uSr5StkZefmmx3eH25tYN4vqGlwaeOirOzsLGNx5PKjKqYd4LAo6G1v9XCoo2G rNzNra+Vq5fh3omlodPoeb6auLi7waWkp4rOw/TkyZaU3P6nAOUJJPWLzaAr0nCxaedrlDxi5wAC ROSM4qFHqkZNlIgqYjBS665B6kAIz8JrA+lp6xiQ40WHkjTKVNly5UN0uXwZHPRFkMI7C0/+Yieq kDaQNQMuQrUU3z2WKs/dZHfNJCQrkHYKCqprFyKCtYoiEptp3lijYx1CMpmLjVtIWCk0ceJF1yvd QdH6GAQK9C4mM2b8chHkpc+XMH7VBBa02JNfQY7neuK0GBNiTYPpsmjBAqsgKwgxZYZU+LHo0qMJ Hxy0hVALrC3iCvJgurbt27YtTKjQJxAAIfkEBcgAfQAsCQAlAEsADAAAB/6AfX0YbHl8hoJ9Z3iJ fXhoiWuMjmuNkJR5fXd3jZ2en6CNeAIAAB95GABnfQQCf2CCYAACBKykZWWztX15f1V9EQBafQAh oceJYLChYX8YVh8spWZ3qggffIMRaH93f2gRIR3bAJmsFsTFeQBlfWuciZOMeYu8fHewYH9ex2x/ AIzYmFE18AwCBIIiIDjzhyEaBBEicqs0iIC3DgTW/METgQCBCH3+RSxFzAIAFgwJ/LFg4Q+BACnM /GHjyQqAAGr6yDTD0CDCPgd7NlSokNulK8IE5KoioA8aMB3+EJvAJoKAM3meElj4x8zBnR4kpNjl KQWAWjt3QjQUtKEqovlcV/HxJ6BDLwETWG2V6ovPwXsBJAiIINPnTi8AMGDIM0nQB1NmdXbF0/Ua njMeuIY0+AGEZl7phgX4g1IViz98SANFeDqPQrUImpmhHCCMJzWl/njIIxvoaDMsJsgUgMD16DMM iSfy242PhIYlEUg9meevzA/EYeORzkoqqAk5O+EJwwYPBhZ92NgWZIZmejPIBN0JD0oNTUbyGhGQ cMc9MvqewJPIJv4hUyAnbPSnyTE5DYRBIwD2AcYXicAHnyfwqXFheKvE18iGF5qhYYTseUIhF31c 4ckVViRyBYopCuIFivzA6OEnM8rYiY2NWKFiIlW0wAJ6gQAAIfkEBQoAfQAsCQAlAEsADAAAB/6A fX18eYSEgoN8iImIfIqMjYKOio6LlpeYmYt5nJyGeYOFj5OUpJOSlaeVmqyCa2qsnbKfn4mmt6Ol pJCSvY6ghHl4fXd4d7GdoYXLq4a4u7bPqaa2y514wrKglrJ9s56ozM7Qz9Ghv+jM2tqZydrB8KKi zoXet/XyifK0nuvX24LwCOTk7V0/Q+fE9VqmD12tep+s+RN2SeBAbAS/HVSHUNA8Zg0TxpPIjmIm PGwuycJWEBHBlq1gtgNF0+MigWyGxUyZiScilMdiEluU8g6bYz4xpVTDdJEZS1/CIJIq9RIsM7D6 PO2TVaigrFi/Yt1qqeoiL33Qcrlk5QoiLhtu+6yVqzat10xc0Mq1pNfSFiuLrLBokaJPIAAAIfkE BcgAfQAsBQAlAFQADQAAB/6AfYKDhIWGh4iEaIp5iXiLiZGSk5SJdxFrgmh/mYhVAJWhoo59j42C eHiFd2V/i3d3gnlrjSx/fXyNd5B9al6yeGpseF+HEwh9BAF9EhgYyAQCfRYYAix5fxh8AFeCCAAA mx3hVX8hAI+uWgDjaBMRAVVnAeN55X15fGB/AQR9V/z8fRPwxwIAC4ZSALgD4A+bAFysBMAD7o4A MBgm7BOA50++PggEoMFTZlOVe3+qbEKDIAIaAPMIgGFTrooae7dyHVODgM2xMH94IgAaBgGyQmYA tIiAwBYeNn+sHLPyB88VAh9sXcXHx2iffR9S2uqT8oyrlmbRgAGnJc+EP/7+bOXLY/SUUTN/zCAg APQLgZ6qzBTrE0DAhw8ECKjqlyJF4j4MCfjEmuem0a7I/rAYq9nsmXeeq4CZAEANC7Obb5npc4wN AjU/gxr18gfMXmOl8X4QZMGhmj8pBAmQZusMnz9n6rIA8AFAFVsYqnq+AgADzL0RPphtjifFLQBm aPfrI17xXqBe/kqKdUhVqVOJzrj3zob9oDXu+5hRI4iNmfyDPLWaKmoMNgwbhahRYB8sjLLeHQgK 4sEtkiAYS30WOsifg5KspsZqvRByhhcNJgKifr2AuN9+iJxICBf/cIiIFzD+AqOM5A3yy4uD3NiH Fd0IYkULDJbYx244JgmppCgTVDBBIAAAIfkEBQoAfQAsBQAlAFQADQAAB/6AfYKDhIWGh4iEfIqL iHyNiZGSk5SOj4KPkIaXlZ2ejn2Zg5yjopymi3mpeYN4d4J4ebJ5eId4tbJ9s6mLfKqPqr+YmcTF xsfEqqHBubGxurPOhne3t7PXsr7BmcHLyKHIxb/jur7a2NfOtYVs1dbo2fHd5rz0rOLA+frezI3w 6rfY9FHjRVA7d6zQLdvG0Nw9Ydv0jXPoUNdCeLTcCTSE5+AtWNgEKYtHMWLEkvkaZit3DVo0dx0l bTTESte6RLlc1hyUE5rInjxzsfrYp+NNg2bC9EnxSVLHV4LuQI30SuAdNlWbmmk6SU0fM16/ElJD NlLYgV/DqgG79ZBSQygFuXBFxCVun4Jz+8gVtHcQ3j5XBm2xMqgF4RZMBXnIy7jxJwsTKgQCADs= ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/png Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/images/search_btn.png iVBORw0KGgoAAAANSUhEUgAAACgAAAAUCAYAAAD/Rn+7AAAABHNCSVQICAgIfAhkiAAAAAlwSFlz AAALEgAACxIB0t1+/AAAABZ0RVh0Q3JlYXRpb24gVGltZQAwOS8xMS8wOABCZFQAAAAldEVYdFNv ZnR3YXJlAE1hY3JvbWVkaWEgRmlyZXdvcmtzIE1YIDIwMDSHdqzPAAACdUlEQVR4nMWWz07bQBDG Z+111hYhCTFNg+pQQFEjQitRcYIjSK0q9VE48gS8hV+j6iGKxLHqpVQiaiMlchEoRFBIMFBSs/63 PbRWjBPH5lD8HWd+M/60M7syUlUVXh4eKr1s9uNlNrti8TyGBCXYtp2/ufk+e339/tvS0gn6tLOj tBcWDucuLgav2u1+4fLS4B2HJWHOFATuXJalr9VqQc9kxBdHR4vow+7uAee6i+/29k6SMDVONsZc bXNTQYz9wP2Zmeqbev2UUZroaP3iKYXX+/v63tbWCrYEAcvdruu6rpC0Mb+eHh/bZir190Igw+Cj li7VbCrBmFmtjqxFHM5jxtUHhQEAmGlOHC/RtCIAAC2XzwJxxR8bxxFNK6aaTSVYG+e7Q4MT9k/s dGYBAO5KpZ7He/LHwri7UqkndjqzRNOK/3JDgzH2HgNjscC4l2gSF8xF9mQs3ojjMlFcMBdvxAiB S2nkDfaYtGEQf/xWkug4blKPOOzQIDzsBH/xvAMAMO04/LjaOCfo9YDATocaRBhzYcAtISxNKZp2 HP6WkJHXyKsN49KUIi/vsf5YPIOS5EyCBrkcTF1dYa/xPYO+2jBukMvZSJIe/F0AwBgAgBPFKBCM YnEsw4liJBfGBOOhBp1MxsaWFQU/qkxCECAEWKDU1efnodDtRp7iY+qsXMYpSl0s9/utg42N8mat NsC2nch/YFAmIaixvk7kXq+FPm9vK61K5Tin685qo/F77vTU4lw3EWOWIKCfhQL+srY2NUinuUqr 9Rypqgqrzeazc1mu9/L5ioUx/78MMDTyCNwTYgwE23ZkXW896fffNpaXT/4ALxpMATmu7W8AAAAA SUVORK5CYII= ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/includes/languages/english/images/buttons/button_tell_a_friend.gif R0lGODlhEQAQAOYAAD5ttbfX/I2w473V9F6Nyvj7/erz/qnF6oeo3FaEtubu+d3q/lB9xUWAw87a 69bk+dbn/aC/6XCW0GB9qkN9wp2z1vX5/1GLxzxzvOzx97PL6sTb+OTv/qfF7Ja141uItoup18Db /N/s/kyIxFmLyHyd05y/7bzQ7FuGyZW88GOPzPH3/kxyr93n983g+Oz0+D95v7HN8VGIwNnk8UZ2 wv///1GFxbLM8WaZzFyIusbf/EqExImq3KvG7YWq4qK/6XKZ0aC33AAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACH5 BAQUAP8ALAAAAAARABAAAAepgDWCg4SFhoeGFSBAKo0EBCQkNpM2ORM1QQUrBZydngUZHzUlKx4t KwupCxwcFi0+Mxc1EgUxpisirAYWCgIpL7IqBRA3phYGBgW9JgHANSjDED08CpwKCCYhIc4Mwy4a HaYtHh0dGzrONAUPJy4QAxERAxDfGxmyGBYnDyIiqqrfFMhi8ULBioMWEnrK4EDUBAAYYFBosGPH iIsjLshIcAmRx48gQ9YIBAA7 ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/includes/languages/english/images/buttons/button_in_cart.gif R0lGODlheAAWAPcAAABGXZDO5ky32gCn0gCOxQCAoCKs1WLT6QC83uD3+0rD4ABkigCexH+/3gC1 2o/H4iLB4QBZcgDD4Q+l0QCDv4PS6JDo9GTD4Dq12QB1nBCp0wCTxLDt9kHC4BC83gC43ACkxADG 4wCAsc/n8yO22gCt1gBcgACNuznC4VDF4QB1jiCZywBQaw+22g2XyXHU6dD1+q/Y62nH4ii32/// /wB5pTDD4UCizzrA3wBaewCDrUu+3lnI4wBrjoDl8gCZzCio0gCcv0vN5gBKY2nR6HrP5gCVtQCs zwBohTq13kPL5Qez2XjW6gB1kyvE4hCPxRDH42LN5gCmzQi32yCTx9/w9wBmmQyu1gBiehaezZDi 8WvU6gCIpABRY1PP5wmczFC02Cmy2AB7nb/f7lC93QBVcRm83oPb7SK73TO93lvP58Dy+QB+rwe6 3Quu1gWl0SDH4znI5ABjg4PQ5wCDpQB5lUjH42/J4zCp0n/a7EK93kG32nHO5jLG4wCMrkK13p/S 6Bq12nHX7Ail1gBfdgCOtUDU6mvW6yOz2Beo0gCRwBis1Bil0WLJ40DI44ze7hCYynHG4SOm0Siu 1nzZ7KDp9DG13hCy2SDN5wAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACH5BAQUAP8ALAAAAAB4ABYA AAj/AGkIpDGmgcGDCBMqXMiwocOHECNKRPhgxMCBMahQ2Mixo8ePIEOKHEmypMmTIG9YFAgIpcuX MGPKHPnEYhUCOHPq3Mmzp8+fQIMKHUpU6AoaYIoWXWBiARueTBeIUEq1qlWdASBt2Mq1q9cNC8rI 6XHiK9chAl18RUtDbdceOeSwMUvX64IhZRbUYFO2rtkMY+f6/Qpm8NqBfgEIzPJVMQ3GXdkaNtuD xYaLjyd3ZSFQc1c8P0KLHk06NGeBX0gvAABgCFtJoXuwdi0QtugMpwsV0rHhRxMTEXoUKi26jMBI AgRgEAjkR4YMOXLUqHHiRw3ATeREzyGwkCJFqYmL/x9fukeXgV/C/zCPmcYe3+cxvxctpz2GJsYH MlJ/O/+F0IUIhMEP3F30wwZsTdDeQAOS5+B4WAikIA2ThIafQHNgkIhAe2SQX4YbujeaDhkIdEcF RWBQHw0yGCBQIhOQFqF7ZIS2CAbJhbZHIom4SMME+V00iUAyzJHhg6JJoeSSTDZZRwQCiSHhG2/M WMQOUiAhkB5WYqklDXo4uaWSX1awgwZhCGRAkz0Q2eSSKhASgRwrLkKIQEUU0UgKAdJAxpuANjnA oIQWaiiUNNipgECIDNAmDY0MSodACjwa6QCTgmmoHwJdWkCng3JKQxqGNrGloYM2YSpmaUhJAx+F gv+K6qy01jrojJjNMMCnNEQxKK8p8OrrrpQa2icPgx4barGFGiEQCVdIigQhRnyZQhpuUOoqrIQK hKyts5Yg7rjkkkvHjFF0gINAgVzCgEAdBFJHfFG8S0O883pbbp8diOvsvYFwMeML5UpRgkBpiBtf ByogXELDNPAgKhPj2ttvuRhj7MDGHHfcsatEoOAAGjYIZIcDKAhERBADveCAHSqzLNAWHtuLxhFB LIGGQFH8y8TJHjsgUAlGcAFxzwK1IEZ8L8isBsf2mrHE1EFXbbXVXAh0BsdTCOSFAy20MJAaWoMt tkBk00CJxyV4cBERLZhx0SNCWG2G0BcJIYQZMGPUlscRM3Pc9kWOXO2xDR58oPjijC8OgiNeOLK4 BxA4EYfilPfRhxJbbCH5B5lvLoggXjT+QRsQbK6EE6DHYYMjBwhh+uRO9OGI3l5c/gEEjliut94e HMCE7IujHocXhxA/e+NeeIHA89BHL/301Fdv/fXYZ6/99tprkQD34Icv/vjkZw+HQJVIoP767Lfv /vvwxy///PTXb7/8UMAwEAeYhOD//wAMoAAHSMACGvCACEygAgdoCP1hZg0+iKAEJ0jBClrwghjM oAY3yMEOTtACDhRIQAAAOw== ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: image/jpeg Content-Transfer-Encoding: base64 Content-Location: http://www.celestialsphere.us/images/search_bg.jpg /9j/4AAQSkZJRgABAQEASABIAAD/2wBDAAYEBAQFBAYFBQYJBgUGCQsIBgYICwwKCgsKCgwQDAwM DAwMEAwODxAPDgwTExQUExMcGxsbHCAgICAgICAgICD/2wBDAQcHBw0MDRgQEBgaFREVGiAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICD/wAARCAAmAAQDAREA AhEBAxEB/8QAFgABAQEAAAAAAAAAAAAAAAAAAwYH/8QAHBAAAgAHAAAAAAAAAAAAAAAAABICAwUW U5LS/8QAFQEBAQAAAAAAAAAAAAAAAAAAAAX/xAAaEQEAAgMBAAAAAAAAAAAAAAAAAmEUFYHw/9oA DAMBAAIRAxEAPwDdLKqmWRtHyVc6Fo2unXuLBiUsgcAGAJgP/9k= ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: text/css; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.celestialsphere.us/stylesheet.css .boxText { FONT-FAMILY: Verdana, Arial, sans-serif; FONT-SIZE: 10px } .errorBox { FONT-FAMILY: Verdana, Arial, sans-serif; BACKGROUND: #ffb3b5; = FONT-SIZE: 10px; FONT-WEIGHT: bold } .stockWarning { FONT-FAMILY: Verdana, Arial, sans-serif; COLOR: #cc0033; FONT-SIZE: = 10px } .productsNotifications { BACKGROUND: #f2fff7 } .orderEdit { FONT-FAMILY: Verdana, Arial, sans-serif; COLOR: #70d250; FONT-SIZE: = 10px; TEXT-DECORATION: underline } BODY { MARGIN: 0px; BACKGROUND: #ffffff; COLOR: #000000 } A { COLOR: #000000; TEXT-DECORATION: none } A:hover { COLOR: #aabbdd; TEXT-DECORATION: underline } FORM { DISPLAY: inline } TR.header { BACKGROUND: #ffffff } TR.headerNavigation { BACKGROUND: #bbc3d3 } TD.headerNavigation { FONT-FAMILY: Verdana, Arial, sans-serif; BACKGROUND: #bbc3d3; COLOR: = #ffffff; FONT-SIZE: 10px; FONT-WEIGHT: bold } A.headerNavigation { COLOR: #ffffff } A.headerNavigation:hover { COLOR: #ffffff } TR.headerError { BACKGROUND: #ff0000 } TD.headerError { TEXT-ALIGN: center; FONT-FAMILY: Tahoma, Verdana, Arial, sans-serif; = BACKGROUND: #ff0000; COLOR: #ffffff; FONT-SIZE: 12px; FONT-WEIGHT: bold } TR.headerInfo { BACKGROUND: #00ff00 } TD.headerInfo { TEXT-ALIGN: center; FONT-FAMILY: Tahoma, Verdana, Arial, sans-serif; = BACKGROUND: #00ff00; COLOR: #ffffff; FONT-SIZE: 12px; FONT-WEIGHT: bold } TR.footer { BACKGROUND: #bbc3d3 } TD.footer { FONT-FAMILY: Verdana, Arial, sans-serif; BACKGROUND: #bbc3d3; COLOR: = #ffffff; FONT-SIZE: 10px; FONT-WEIGHT: bold } .infoBox { BACKGROUND: #b6b7cb } .infoBoxContents { FONT-FAMILY: Verdana, Arial, sans-serif; BACKGROUND: #f8f8f9; = FONT-SIZE: 10px } .infoBoxNotice { BACKGROUND: #ff8e90 } .infoBoxNoticeContents { FONT-FAMILY: Verdana, Arial, sans-serif; BACKGROUND: #ffe6e6; = FONT-SIZE: 10px } TD.infoBoxHeading { FONT-FAMILY: Verdana, Arial, sans-serif; BACKGROUND: #bbc3d3; COLOR: = #ffffff; FONT-SIZE: 10px; FONT-WEIGHT: bold } TD.infoBox { FONT-FAMILY: Verdana, Arial, sans-serif; FONT-SIZE: 10px } SPAN.infoBox { FONT-FAMILY: Verdana, Arial, sans-serif; FONT-SIZE: 10px } TR.accountHistory-odd { BACKGROUND: #d2ecfc } TR.addressBook-odd { BACKGROUND: #d2ecfc } TR.alsoPurchased-odd { BACKGROUND: #d2ecfc } TR.payment-odd { BACKGROUND: #d2ecfc } TR.productListing-odd { BACKGROUND: #d2ecfc } TR.productReviews-odd { BACKGROUND: #d2ecfc } TR.upcomingProducts-odd { BACKGROUND: #d2ecfc } TR.shippingOptions-odd { BACKGROUND: #d2ecfc } TR.accountHistory-even { BACKGROUND: #f8f8f9 } TR.addressBook-even { BACKGROUND: #f8f8f9 } TR.alsoPurchased-even { BACKGROUND: #f8f8f9 } TR.payment-even { BACKGROUND: #f8f8f9 } TR.productListing-even { BACKGROUND: #f8f8f9 } TR.productReviews-even { BACKGROUND: #f8f8f9 } TR.upcomingProducts-even { BACKGROUND: #f8f8f9 } TR.shippingOptions-even { BACKGROUND: #f8f8f9 } TABLE.productListing { BORDER-BOTTOM: #d2ecfc 1px solid; BORDER-LEFT: #d2ecfc 1px solid; = BORDER-SPACING: 1px; BORDER-TOP: #d2ecfc 1px solid; BORDER-RIGHT: = #d2ecfc 1px solid } .productListing-heading { FONT-FAMILY: Verdana, Arial, sans-serif; BACKGROUND: #b6b7cb; COLOR: = #ffffff; FONT-SIZE: 10px; FONT-WEIGHT: bold } TD.productListing-data { FONT-FAMILY: Verdana, Arial, sans-serif; FONT-SIZE: 10px } A.pageResults { COLOR: #0000ff } A.pageResults:hover { BACKGROUND: #ffff33; COLOR: #0000ff } TD.pageHeading { FONT-FAMILY: Verdana, Arial, sans-serif; COLOR: #00a2e2; FONT-SIZE: = 20px; FONT-WEIGHT: bold; PADDING-TOP: 10px } DIV.pageHeading { FONT-FAMILY: Verdana, Arial, sans-serif; COLOR: #00a2e2; FONT-SIZE: = 20px; FONT-WEIGHT: bold; PADDING-TOP: 10px } TR.subBar { BACKGROUND: #f4f7fd } TD.subBar { FONT-FAMILY: Verdana, Arial, sans-serif; COLOR: #000000; FONT-SIZE: = 10px } TD.main { LINE-HEIGHT: 1.5; FONT-FAMILY: Verdana, Arial, sans-serif; FONT-SIZE: = 11px } P.main { LINE-HEIGHT: 1.5; FONT-FAMILY: Verdana, Arial, sans-serif; FONT-SIZE: = 11px } TD.smallText { FONT-FAMILY: Verdana, Arial, sans-serif; FONT-SIZE: 10px } SPAN.smallText { FONT-FAMILY: Verdana, Arial, sans-serif; FONT-SIZE: 10px } P.smallText { FONT-FAMILY: Verdana, Arial, sans-serif; FONT-SIZE: 10px } TD.accountCategory { FONT-FAMILY: Verdana, Arial, sans-serif; COLOR: #aabbdd; FONT-SIZE: = 13px } TD.fieldKey { FONT-FAMILY: Verdana, Arial, sans-serif; FONT-SIZE: 12px; FONT-WEIGHT: = bold } TD.fieldValue { FONT-FAMILY: Verdana, Arial, sans-serif; FONT-SIZE: 12px } TD.tableHeading { FONT-FAMILY: Verdana, Arial, sans-serif; FONT-SIZE: 12px; FONT-WEIGHT: = bold } SPAN.newItemInCart { FONT-FAMILY: Verdana, Arial, sans-serif; COLOR: #ff0000; FONT-SIZE: = 10px } CHECKBOX { FONT-FAMILY: Verdana, Arial, sans-serif; FONT-SIZE: 11px } INPUT { FONT-FAMILY: Verdana, Arial, sans-serif; FONT-SIZE: 11px } RADIO { FONT-FAMILY: Verdana, Arial, sans-serif; FONT-SIZE: 11px } SELECT { FONT-FAMILY: Verdana, Arial, sans-serif; FONT-SIZE: 11px } TEXTAREA { WIDTH: 100%; FONT-FAMILY: Verdana, Arial, sans-serif; FONT-SIZE: 11px } SPAN.greetUser { FONT-FAMILY: Verdana, Arial, sans-serif; COLOR: #f0a480; FONT-SIZE: = 12px; FONT-WEIGHT: bold } TABLE.formArea { BORDER-BOTTOM: #7b9ebd 1px solid; BORDER-LEFT: #7b9ebd 1px solid; = BACKGROUND: #f1f9fe; BORDER-TOP: #7b9ebd 1px solid; BORDER-RIGHT: = #7b9ebd 1px solid } TD.formAreaTitle { FONT-FAMILY: Tahoma, Verdana, Arial, sans-serif; FONT-SIZE: 12px; = FONT-WEIGHT: bold } SPAN.markProductOutOfStock { FONT-FAMILY: Tahoma, Verdana, Arial, sans-serif; COLOR: #c76170; = FONT-SIZE: 12px; FONT-WEIGHT: bold } SPAN.productSpecialPrice { FONT-FAMILY: Verdana, Arial, sans-serif; COLOR: #ff0000 } SPAN.errorText { FONT-FAMILY: Verdana, Arial, sans-serif; COLOR: #ff0000 } .moduleRow { =09 } .moduleRowOver { BACKGROUND-COLOR: #d7e9f7; CURSOR: hand } .moduleRowSelected { BACKGROUND-COLOR: #e9f4fc } .checkoutBarFrom { FONT-FAMILY: Verdana, Arial, sans-serif; COLOR: #8c8c8c; FONT-SIZE: = 10px } .checkoutBarTo { FONT-FAMILY: Verdana, Arial, sans-serif; COLOR: #8c8c8c; FONT-SIZE: = 10px } .checkoutBarCurrent { FONT-FAMILY: Verdana, Arial, sans-serif; COLOR: #000000; FONT-SIZE: = 10px } .messageBox { FONT-FAMILY: Verdana, Arial, sans-serif; FONT-SIZE: 10px } .messageStackError { BACKGROUND-COLOR: #ffb3b5; FONT-FAMILY: Verdana, Arial, sans-serif; = FONT-SIZE: 10px } .messageStackWarning { BACKGROUND-COLOR: #ffb3b5; FONT-FAMILY: Verdana, Arial, sans-serif; = FONT-SIZE: 10px } .messageStackSuccess { BACKGROUND-COLOR: #99ff00; FONT-FAMILY: Verdana, Arial, sans-serif; = FONT-SIZE: 10px } .inputRequirement { FONT-FAMILY: Verdana, Arial, sans-serif; COLOR: #ff0000; FONT-SIZE: = 10px } ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: text/css; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.celestialsphere.us/thumbnailviewer2.css .thumbnail { Z-INDEX: 0; POSITION: relative } .thumbnail:hover { Z-INDEX: 0; BACKGROUND-COLOR: transparent } .thumbnail SPAN { BORDER-BOTTOM: lightyellow 3px solid; POSITION: absolute; TEXT-ALIGN: = center; BORDER-LEFT: lightyellow 3px solid; PADDING-BOTTOM: 5px; = TEXT-TRANSFORM: uppercase; BACKGROUND-COLOR: #303030; PADDING-LEFT: 5px; = PADDING-RIGHT: 5px; VISIBILITY: hidden; COLOR: #f3d656; BORDER-TOP: = lightyellow 3px solid; BORDER-RIGHT: lightyellow 3px solid; = TEXT-DECORATION: none; PADDING-TOP: 5px; LEFT: -2000px; size: 10 px } .thumbnail SPAN IMG { PADDING-BOTTOM: 5px; BORDER-RIGHT-WIDTH: 0px; PADDING-LEFT: 5px; = PADDING-RIGHT: 5px; BORDER-TOP-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; = BORDER-LEFT-WIDTH: 0px; PADDING-TOP: 5px } .thumbnail:hover SPAN { POSITION: absolute; VISIBILITY: visible; TOP: 25px; LEFT: -270px } ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: text/css; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.celestialsphere.us/celestialsphere.css BODY { BACKGROUND-IMAGE: url(images/bg.jpg); PADDING-BOTTOM: 0px; LINE-HEIGHT: = 20px; MARGIN: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; FONT-FAMILY: = Verdana, Arial, Helvetica, sans-serif; COLOR: #333333; FONT-SIZE: 12px; = PADDING-TOP: 0px } FORM { PADDING-BOTTOM: 0px; MARGIN: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: = 0px; PADDING-TOP: 0px } INPUT { BORDER-BOTTOM: #adddfa 1px solid; BORDER-LEFT: #adddfa 1px solid; = PADDING-BOTTOM: 2px; BACKGROUND-COLOR: #fbfeff; MARGIN: 0px; = PADDING-LEFT: 2px; WIDTH: auto; PADDING-RIGHT: 2px; COLOR: #666666; = FONT-SIZE: 11px; BORDER-TOP: #adddfa 1px solid; BORDER-RIGHT: #adddfa = 1px solid; PADDING-TOP: 2px } SELECT { BORDER-BOTTOM: #adddfa 1px solid; BORDER-LEFT: #adddfa 1px solid; = PADDING-BOTTOM: 2px; BACKGROUND-COLOR: #fbfeff; MARGIN: 0px; = PADDING-LEFT: 2px; WIDTH: auto; PADDING-RIGHT: 2px; COLOR: #666666; = FONT-SIZE: 11px; BORDER-TOP: #adddfa 1px solid; BORDER-RIGHT: #adddfa = 1px solid; PADDING-TOP: 2px } TEXTAREA { BORDER-BOTTOM: #adddfa 1px solid; BORDER-LEFT: #adddfa 1px solid; = PADDING-BOTTOM: 2px; BACKGROUND-COLOR: #fbfeff; MARGIN: 0px; = PADDING-LEFT: 2px; WIDTH: auto; PADDING-RIGHT: 2px; COLOR: #666666; = FONT-SIZE: 11px; BORDER-TOP: #adddfa 1px solid; BORDER-RIGHT: #adddfa = 1px solid; PADDING-TOP: 2px } INPUT:focus { BORDER-BOTTOM: #65bff5 1px solid; BORDER-LEFT: #65bff5 1px solid; = BACKGROUND-COLOR: #fff; COLOR: #333333; BORDER-TOP: #65bff5 1px solid; = BORDER-RIGHT: #65bff5 1px solid } TEXTAREA:focus { BORDER-BOTTOM: #65bff5 1px solid; BORDER-LEFT: #65bff5 1px solid; = BACKGROUND-COLOR: #fff; COLOR: #333333; BORDER-TOP: #65bff5 1px solid; = BORDER-RIGHT: #65bff5 1px solid } .linksBg { BACKGROUND-IMAGE: url(images/links_bg.gif); BACKGROUND-REPEAT: repeat-x } .tableTitleBg { BACKGROUND-IMAGE: url(images/table_title_Bg.png); BORDER-LEFT: #d2ecfc = 1px solid; BACKGROUND-REPEAT: repeat-x; BORDER-RIGHT: #d2ecfc 1px solid } .subTitle { BACKGROUND-IMAGE: url(images/title_top_bg.png); PADDING-BOTTOM: 0px; = PADDING-LEFT: 0px; PADDING-RIGHT: 0px; BACKGROUND-POSITION: right 50%; = COLOR: #000000; FONT-SIZE: 12px; FONT-WEIGHT: bold; PADDING-TOP: 0px } .subTitle2 { PADDING-BOTTOM: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; COLOR: = #222222; FONT-SIZE: 14px; FONT-WEIGHT: bold; PADDING-TOP: 0px } .subTitle3 { PADDING-BOTTOM: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; COLOR: = #222222; FONT-SIZE: 11px; FONT-WEIGHT: bold; PADDING-TOP: 0px } .tableInner { BORDER-BOTTOM: #d2ecfc 1px solid; BORDER-LEFT: #d2ecfc 1px solid; = PADDING-BOTTOM: 5px; PADDING-LEFT: 5px; PADDING-RIGHT: 5px; BORDER-TOP: = #d2ecfc 1px solid; BORDER-RIGHT: #d2ecfc 1px solid; PADDING-TOP: 5px } .price { COLOR: #ff0000 } .productBg { BACKGROUND-IMAGE: url(images/pro_bg.gif); PADDING-BOTTOM: 10px; = PADDING-LEFT: 5px; PADDING-RIGHT: 5px; BACKGROUND-REPEAT: no-repeat; = BACKGROUND-POSITION: center 50%; PADDING-TOP: 10px } .copyright { BACKGROUND-IMAGE: url(images/mid_bg.jpg); TEXT-ALIGN: left; = PADDING-BOTTOM: 5px; PADDING-LEFT: 15px; PADDING-RIGHT: 0px; = BACKGROUND-REPEAT: repeat-x; BACKGROUND-POSITION: 50% top; FONT-SIZE: = 10px; BORDER-TOP: #a6defd; PADDING-TOP: 5px } .mainLinks { TEXT-ALIGN: center; PADDING-BOTTOM: 0px; MARGIN: 0px; PADDING-LEFT: = 0px; PADDING-RIGHT: 0px; LETTER-SPACING: 0px; COLOR: #ffffff; FONT-SIZE: = 11px; FONT-WEIGHT: bold; TEXT-DECORATION: none; PADDING-TOP: 0px } .mainLinks:hover { COLOR: #222222 } DIV#navigation { PADDING-BOTTOM: 0px; MARGIN: 0px 0px 5px; PADDING-LEFT: 0px; = PADDING-RIGHT: 0px; PADDING-TOP: 0px } DIV#menu { OVERFLOW: hidden } DIV#menu UL { PADDING-BOTTOM: 5px; MARGIN: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: = 0px; PADDING-TOP: 0px } DIV#menu LI { PADDING-BOTTOM: 0px; LIST-STYLE-TYPE: none; MARGIN: 0px; PADDING-LEFT: = 0px; PADDING-RIGHT: 0px; FONT-SIZE: 11px; PADDING-TOP: 0px } DIV#menu LI A { BORDER-BOTTOM: #e1f3fc 1px dotted; PADDING-BOTTOM: 1px; MARGIN: 1px = 0px; PADDING-LEFT: 15px; PADDING-RIGHT: 0px; DISPLAY: block; BACKGROUND: = url(images/bullet.png) #fff no-repeat left center; COLOR: #000; = TEXT-DECORATION: none; PADDING-TOP: 2px } * HTML DIV#menu LI A { WIDTH: 185px } DIV#menu LI A:hover { BACKGROUND: url(images/bullet_h.png) #f3fbfe no-repeat left center } DIV#menu LI A.current { BACKGROUND: url(images/bullet_h.png) #f3fbfe no-repeat left center } DIV.submenu UL { PADDING-BOTTOM: 5px; MARGIN: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: = 0px; PADDING-TOP: 0px } DIV.submenu LI { PADDING-BOTTOM: 0px; LIST-STYLE-TYPE: none; MARGIN: 0px 0px 1px; = PADDING-LEFT: 0px; PADDING-RIGHT: 0px; PADDING-TOP: 0px } DIV.submenu LI A { PADDING-BOTTOM: 1px; BACKGROUND-COLOR: #fff; MARGIN: 1px 0px; = PADDING-LEFT: 3px; PADDING-RIGHT: 0px; DISPLAY: block; COLOR: #000; = TEXT-DECORATION: none; PADDING-TOP: 1px } * HTML DIV.width2 LI A { WIDTH: 185px } * HTML DIV.width4 LI A { WIDTH: 370px } DIV.submenu LI A.current { BACKGROUND-COLOR: #ef2e24; COLOR: #fff; TEXT-DECORATION: none } DIV.submenu LI A:hover { BACKGROUND-COLOR: #ef2e24; COLOR: #fff; TEXT-DECORATION: none } .subLink1 { PADDING-BOTTOM: 0px; MARGIN: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: = 0px; COLOR: #2e91d2; FONT-SIZE: 10px; FONT-WEIGHT: normal; = TEXT-DECORATION: underline; PADDING-TOP: 0px } .subLink1:hover { TEXT-DECORATION: none } .subLink2 { PADDING-BOTTOM: 0px; MARGIN: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: = 0px; COLOR: #ff6600; FONT-SIZE: 11px; FONT-WEIGHT: normal; = TEXT-DECORATION: none; PADDING-TOP: 0px } .subLink2:hover { TEXT-DECORATION: underline } .subLink3 { PADDING-BOTTOM: 0px; MARGIN: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: = 0px; COLOR: #ff6600; FONT-SIZE: 11px; FONT-WEIGHT: bold; = TEXT-DECORATION: none; PADDING-TOP: 0px } .subLink3:hover { TEXT-DECORATION: underline } ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: text/css; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.celestialsphere.us/css/lightbox.css #lightbox { Z-INDEX: 100; POSITION: absolute; TEXT-ALIGN: center; LINE-HEIGHT: 0; = WIDTH: 100%; LEFT: 0px } #lightbox IMG { WIDTH: auto; HEIGHT: auto } #lightbox A IMG { BORDER-BOTTOM: medium none; BORDER-LEFT: medium none; BORDER-TOP: = medium none; BORDER-RIGHT: medium none } #outerImageContainer { POSITION: relative; BACKGROUND-COLOR: #fff; MARGIN: 0px auto; WIDTH: = 250px; HEIGHT: 250px } #imageContainer { PADDING-BOTTOM: 10px; PADDING-LEFT: 10px; PADDING-RIGHT: 10px; = PADDING-TOP: 10px } #loading { POSITION: absolute; TEXT-ALIGN: center; LINE-HEIGHT: 0; WIDTH: 100%; = HEIGHT: 25%; TOP: 40%; LEFT: 0% } #hoverNav { Z-INDEX: 10; POSITION: absolute; WIDTH: 100%; HEIGHT: 100%; TOP: 0px; = LEFT: 0px } #imageContainer > #hoverNav { LEFT: 0px } #hoverNav A { OUTLINE-STYLE: none; OUTLINE-COLOR: invert; OUTLINE-WIDTH: medium } #prevLink { BACKGROUND-IMAGE: url(data:image/gif;base64,AAAA); WIDTH: 49%; DISPLAY: = block; HEIGHT: 100% } #nextLink { BACKGROUND-IMAGE: url(data:image/gif;base64,AAAA); WIDTH: 49%; DISPLAY: = block; HEIGHT: 100% } #prevLink { FLOAT: left; LEFT: 0px } #nextLink { FLOAT: right; RIGHT: 0px } #prevLink:hover { BACKGROUND: url(../images/prevlabel.gif) no-repeat left 15% } #prevLink:hover:visited { BACKGROUND: url(../images/prevlabel.gif) no-repeat left 15% } #nextLink:hover { BACKGROUND: url(../images/nextlabel.gif) no-repeat right 15% } #nextLink:hover:visited { BACKGROUND: url(../images/nextlabel.gif) no-repeat right 15% } #imageDataContainer { BACKGROUND-COLOR: #fff; MARGIN: 0px auto; WIDTH: 100%; FONT: 10px/1.4em = Verdana, Helvetica, sans-serif; OVERFLOW: auto } #imageData { PADDING-BOTTOM: 0px; PADDING-LEFT: 10px; PADDING-RIGHT: 10px; COLOR: = #666; PADDING-TOP: 0px } #imageData #imageDetails { TEXT-ALIGN: left; WIDTH: 70%; FLOAT: left } #imageData #caption { FONT-WEIGHT: bold } #imageData #numberDisplay { PADDING-BOTTOM: 1em; DISPLAY: block; CLEAR: left } #imageData #bottomNavClose { PADDING-BOTTOM: 0.7em; OUTLINE-STYLE: none; OUTLINE-COLOR: invert; = OUTLINE-WIDTH: medium; WIDTH: 66px; FLOAT: right } #overlay { Z-INDEX: 90; POSITION: absolute; BACKGROUND-COLOR: #000; WIDTH: 100%; = HEIGHT: 500px; TOP: 0px; LEFT: 0px } ------=_NextPart_000_0000_01CAB6D7.C8F51810 Content-Type: application/octet-stream Content-Transfer-Encoding: quoted-printable Content-Location: http://www.celestialsphere.us/js/prototype.js /* Prototype JavaScript framework, version 1.6.0.2=0A= * (c) 2005-2008 Sam Stephenson=0A= *=0A= * Prototype is freely distributable under the terms of an MIT-style = license.=0A= * For details, see the Prototype web site: http://www.prototypejs.org/=0A= *=0A= = *------------------------------------------------------------------------= --*/=0A= =0A= var Prototype =3D {=0A= Version: '1.6.0.2',=0A= =0A= Browser: {=0A= IE: !!(window.attachEvent && !window.opera),=0A= Opera: !!window.opera,=0A= WebKit: navigator.userAgent.indexOf('AppleWebKit/') > -1,=0A= Gecko: navigator.userAgent.indexOf('Gecko') > -1 && = navigator.userAgent.indexOf('KHTML') =3D=3D -1,=0A= MobileSafari: !!navigator.userAgent.match(/Apple.*Mobile.*Safari/)=0A= },=0A= =0A= BrowserFeatures: {=0A= XPath: !!document.evaluate,=0A= ElementExtensions: !!window.HTMLElement,=0A= SpecificElementExtensions:=0A= document.createElement('div').__proto__ &&=0A= document.createElement('div').__proto__ !=3D=3D=0A= document.createElement('form').__proto__=0A= },=0A= =0A= ScriptFragment: ']*>([\\S\\s]*?)<\/script>',=0A= JSONFilter: /^\/\*-secure-([\s\S]*)\*\/\s*$/,=0A= =0A= emptyFunction: function() { },=0A= K: function(x) { return x }=0A= };=0A= =0A= if (Prototype.Browser.MobileSafari)=0A= Prototype.BrowserFeatures.SpecificElementExtensions =3D false;=0A= =0A= =0A= /* Based on Alex Arnell's inheritance implementation. */=0A= var Class =3D {=0A= create: function() {=0A= var parent =3D null, properties =3D $A(arguments);=0A= if (Object.isFunction(properties[0]))=0A= parent =3D properties.shift();=0A= =0A= function klass() {=0A= this.initialize.apply(this, arguments);=0A= }=0A= =0A= Object.extend(klass, Class.Methods);=0A= klass.superclass =3D parent;=0A= klass.subclasses =3D [];=0A= =0A= if (parent) {=0A= var subclass =3D function() { };=0A= subclass.prototype =3D parent.prototype;=0A= klass.prototype =3D new subclass;=0A= parent.subclasses.push(klass);=0A= }=0A= =0A= for (var i =3D 0; i < properties.length; i++)=0A= klass.addMethods(properties[i]);=0A= =0A= if (!klass.prototype.initialize)=0A= klass.prototype.initialize =3D Prototype.emptyFunction;=0A= =0A= klass.prototype.constructor =3D klass;=0A= =0A= return klass;=0A= }=0A= };=0A= =0A= Class.Methods =3D {=0A= addMethods: function(source) {=0A= var ancestor =3D this.superclass && this.superclass.prototype;=0A= var properties =3D Object.keys(source);=0A= =0A= if (!Object.keys({ toString: true }).length)=0A= properties.push("toString", "valueOf");=0A= =0A= for (var i =3D 0, length =3D properties.length; i < length; i++) {=0A= var property =3D properties[i], value =3D source[property];=0A= if (ancestor && Object.isFunction(value) &&=0A= value.argumentNames().first() =3D=3D "$super") {=0A= var method =3D value, value =3D Object.extend((function(m) {=0A= return function() { return ancestor[m].apply(this, arguments) = };=0A= })(property).wrap(method), {=0A= valueOf: function() { return method },=0A= toString: function() { return method.toString() }=0A= });=0A= }=0A= this.prototype[property] =3D value;=0A= }=0A= =0A= return this;=0A= }=0A= };=0A= =0A= var Abstract =3D { };=0A= =0A= Object.extend =3D function(destination, source) {=0A= for (var property in source)=0A= destination[property] =3D source[property];=0A= return destination;=0A= };=0A= =0A= Object.extend(Object, {=0A= inspect: function(object) {=0A= try {=0A= if (Object.isUndefined(object)) return 'undefined';=0A= if (object =3D=3D=3D null) return 'null';=0A= return object.inspect ? object.inspect() : String(object);=0A= } catch (e) {=0A= if (e instanceof RangeError) return '...';=0A= throw e;=0A= }=0A= },=0A= =0A= toJSON: function(object) {=0A= var type =3D typeof object;=0A= switch (type) {=0A= case 'undefined':=0A= case 'function':=0A= case 'unknown': return;=0A= case 'boolean': return object.toString();=0A= }=0A= =0A= if (object =3D=3D=3D null) return 'null';=0A= if (object.toJSON) return object.toJSON();=0A= if (Object.isElement(object)) return;=0A= =0A= var results =3D [];=0A= for (var property in object) {=0A= var value =3D Object.toJSON(object[property]);=0A= if (!Object.isUndefined(value))=0A= results.push(property.toJSON() + ': ' + value);=0A= }=0A= =0A= return '{' + results.join(', ') + '}';=0A= },=0A= =0A= toQueryString: function(object) {=0A= return $H(object).toQueryString();=0A= },=0A= =0A= toHTML: function(object) {=0A= return object && object.toHTML ? object.toHTML() : = String.interpret(object);=0A= },=0A= =0A= keys: function(object) {=0A= var keys =3D [];=0A= for (var property in object)=0A= keys.push(property);=0A= return keys;=0A= },=0A= =0A= values: function(object) {=0A= var values =3D [];=0A= for (var property in object)=0A= values.push(object[property]);=0A= return values;=0A= },=0A= =0A= clone: function(object) {=0A= return Object.extend({ }, object);=0A= },=0A= =0A= isElement: function(object) {=0A= return object && object.nodeType =3D=3D 1;=0A= },=0A= =0A= isArray: function(object) {=0A= return object !=3D null && typeof object =3D=3D "object" &&=0A= 'splice' in object && 'join' in object;=0A= },=0A= =0A= isHash: function(object) {=0A= return object instanceof Hash;=0A= },=0A= =0A= isFunction: function(object) {=0A= return typeof object =3D=3D "function";=0A= },=0A= =0A= isString: function(object) {=0A= return typeof object =3D=3D "string";=0A= },=0A= =0A= isNumber: function(object) {=0A= return typeof object =3D=3D "number";=0A= },=0A= =0A= isUndefined: function(object) {=0A= return typeof object =3D=3D "undefined";=0A= }=0A= });=0A= =0A= Object.extend(Function.prototype, {=0A= argumentNames: function() {=0A= var names =3D = this.toString().match(/^[\s\(]*function[^(]*\((.*?)\)/)[1].split(",").inv= oke("strip");=0A= return names.length =3D=3D 1 && !names[0] ? [] : names;=0A= },=0A= =0A= bind: function() {=0A= if (arguments.length < 2 && Object.isUndefined(arguments[0])) return = this;=0A= var __method =3D this, args =3D $A(arguments), object =3D = args.shift();=0A= return function() {=0A= return __method.apply(object, args.concat($A(arguments)));=0A= }=0A= },=0A= =0A= bindAsEventListener: function() {=0A= var __method =3D this, args =3D $A(arguments), object =3D = args.shift();=0A= return function(event) {=0A= return __method.apply(object, [event || = window.event].concat(args));=0A= }=0A= },=0A= =0A= curry: function() {=0A= if (!arguments.length) return this;=0A= var __method =3D this, args =3D $A(arguments);=0A= return function() {=0A= return __method.apply(this, args.concat($A(arguments)));=0A= }=0A= },=0A= =0A= delay: function() {=0A= var __method =3D this, args =3D $A(arguments), timeout =3D = args.shift() * 1000;=0A= return window.setTimeout(function() {=0A= return __method.apply(__method, args);=0A= }, timeout);=0A= },=0A= =0A= wrap: function(wrapper) {=0A= var __method =3D this;=0A= return function() {=0A= return wrapper.apply(this, = [__method.bind(this)].concat($A(arguments)));=0A= }=0A= },=0A= =0A= methodize: function() {=0A= if (this._methodized) return this._methodized;=0A= var __method =3D this;=0A= return this._methodized =3D function() {=0A= return __method.apply(null, [this].concat($A(arguments)));=0A= };=0A= }=0A= });=0A= =0A= Function.prototype.defer =3D Function.prototype.delay.curry(0.01);=0A= =0A= Date.prototype.toJSON =3D function() {=0A= return '"' + this.getUTCFullYear() + '-' +=0A= (this.getUTCMonth() + 1).toPaddedString(2) + '-' +=0A= this.getUTCDate().toPaddedString(2) + 'T' +=0A= this.getUTCHours().toPaddedString(2) + ':' +=0A= this.getUTCMinutes().toPaddedString(2) + ':' +=0A= this.getUTCSeconds().toPaddedString(2) + 'Z"';=0A= };=0A= =0A= var Try =3D {=0A= these: function() {=0A= var returnValue;=0A= =0A= for (var i =3D 0, length =3D arguments.length; i < length; i++) {=0A= var lambda =3D arguments[i];=0A= try {=0A= returnValue =3D lambda();=0A= break;=0A= } catch (e) { }=0A= }=0A= =0A= return returnValue;=0A= }=0A= };=0A= =0A= RegExp.prototype.match =3D RegExp.prototype.test;=0A= =0A= RegExp.escape =3D function(str) {=0A= return String(str).replace(/([.*+?^=3D!:${}()|[\]\/\\])/g, '\\$1');=0A= };=0A= =0A= /*-----------------------------------------------------------------------= ---*/=0A= =0A= var PeriodicalExecuter =3D Class.create({=0A= initialize: function(callback, frequency) {=0A= this.callback =3D callback;=0A= this.frequency =3D frequency;=0A= this.currentlyExecuting =3D false;=0A= =0A= this.registerCallback();=0A= },=0A= =0A= registerCallback: function() {=0A= this.timer =3D setInterval(this.onTimerEvent.bind(this), = this.frequency * 1000);=0A= },=0A= =0A= execute: function() {=0A= this.callback(this);=0A= },=0A= =0A= stop: function() {=0A= if (!this.timer) return;=0A= clearInterval(this.timer);=0A= this.timer =3D null;=0A= },=0A= =0A= onTimerEvent: function() {=0A= if (!this.currentlyExecuting) {=0A= try {=0A= this.currentlyExecuting =3D true;=0A= this.execute();=0A= } finally {=0A= this.currentlyExecuting =3D false;=0A= }=0A= }=0A= }=0A= });=0A= Object.extend(String, {=0A= interpret: function(value) {=0A= return value =3D=3D null ? '' : String(value);=0A= },=0A= specialChar: {=0A= '\b': '\\b',=0A= '\t': '\\t',=0A= '\n': '\\n',=0A= '\f': '\\f',=0A= '\r': '\\r',=0A= '\\': '\\\\'=0A= }=0A= });=0A= =0A= Object.extend(String.prototype, {=0A= gsub: function(pattern, replacement) {=0A= var result =3D '', source =3D this, match;=0A= replacement =3D arguments.callee.prepareReplacement(replacement);=0A= =0A= while (source.length > 0) {=0A= if (match =3D source.match(pattern)) {=0A= result +=3D source.slice(0, match.index);=0A= result +=3D String.interpret(replacement(match));=0A= source =3D source.slice(match.index + match[0].length);=0A= } else {=0A= result +=3D source, source =3D '';=0A= }=0A= }=0A= return result;=0A= },=0A= =0A= sub: function(pattern, replacement, count) {=0A= replacement =3D this.gsub.prepareReplacement(replacement);=0A= count =3D Object.isUndefined(count) ? 1 : count;=0A= =0A= return this.gsub(pattern, function(match) {=0A= if (--count < 0) return match[0];=0A= return replacement(match);=0A= });=0A= },=0A= =0A= scan: function(pattern, iterator) {=0A= this.gsub(pattern, iterator);=0A= return String(this);=0A= },=0A= =0A= truncate: function(length, truncation) {=0A= length =3D length || 30;=0A= truncation =3D Object.isUndefined(truncation) ? '...' : truncation;=0A= return this.length > length ?=0A= this.slice(0, length - truncation.length) + truncation : = String(this);=0A= },=0A= =0A= strip: function() {=0A= return this.replace(/^\s+/, '').replace(/\s+$/, '');=0A= },=0A= =0A= stripTags: function() {=0A= return this.replace(/<\/?[^>]+>/gi, '');=0A= },=0A= =0A= stripScripts: function() {=0A= return this.replace(new RegExp(Prototype.ScriptFragment, 'img'), '');=0A= },=0A= =0A= extractScripts: function() {=0A= var matchAll =3D new RegExp(Prototype.ScriptFragment, 'img');=0A= var matchOne =3D new RegExp(Prototype.ScriptFragment, 'im');=0A= return (this.match(matchAll) || []).map(function(scriptTag) {=0A= return (scriptTag.match(matchOne) || ['', ''])[1];=0A= });=0A= },=0A= =0A= evalScripts: function() {=0A= return this.extractScripts().map(function(script) { return = eval(script) });=0A= },=0A= =0A= escapeHTML: function() {=0A= var self =3D arguments.callee;=0A= self.text.data =3D this;=0A= return self.div.innerHTML;=0A= },=0A= =0A= unescapeHTML: function() {=0A= var div =3D new Element('div');=0A= div.innerHTML =3D this.stripTags();=0A= return div.childNodes[0] ? (div.childNodes.length > 1 ?=0A= $A(div.childNodes).inject('', function(memo, node) { return = memo+node.nodeValue }) :=0A= div.childNodes[0].nodeValue) : '';=0A= },=0A= =0A= toQueryParams: function(separator) {=0A= var match =3D this.strip().match(/([^?#]*)(#.*)?$/);=0A= if (!match) return { };=0A= =0A= return match[1].split(separator || '&').inject({ }, function(hash, = pair) {=0A= if ((pair =3D pair.split('=3D'))[0]) {=0A= var key =3D decodeURIComponent(pair.shift());=0A= var value =3D pair.length > 1 ? pair.join('=3D') : pair[0];=0A= if (value !=3D undefined) value =3D decodeURIComponent(value);=0A= =0A= if (key in hash) {=0A= if (!Object.isArray(hash[key])) hash[key] =3D [hash[key]];=0A= hash[key].push(value);=0A= }=0A= else hash[key] =3D value;=0A= }=0A= return hash;=0A= });=0A= },=0A= =0A= toArray: function() {=0A= return this.split('');=0A= },=0A= =0A= succ: function() {=0A= return this.slice(0, this.length - 1) +=0A= String.fromCharCode(this.charCodeAt(this.length - 1) + 1);=0A= },=0A= =0A= times: function(count) {=0A= return count < 1 ? '' : new Array(count + 1).join(this);=0A= },=0A= =0A= camelize: function() {=0A= var parts =3D this.split('-'), len =3D parts.length;=0A= if (len =3D=3D 1) return parts[0];=0A= =0A= var camelized =3D this.charAt(0) =3D=3D '-'=0A= ? parts[0].charAt(0).toUpperCase() + parts[0].substring(1)=0A= : parts[0];=0A= =0A= for (var i =3D 1; i < len; i++)=0A= camelized +=3D parts[i].charAt(0).toUpperCase() + = parts[i].substring(1);=0A= =0A= return camelized;=0A= },=0A= =0A= capitalize: function() {=0A= return this.charAt(0).toUpperCase() + = this.substring(1).toLowerCase();=0A= },=0A= =0A= underscore: function() {=0A= return this.gsub(/::/, = '/').gsub(/([A-Z]+)([A-Z][a-z])/,'#{1}_#{2}').gsub(/([a-z\d])([A-Z])/,'#{= 1}_#{2}').gsub(/-/,'_').toLowerCase();=0A= },=0A= =0A= dasherize: function() {=0A= return this.gsub(/_/,'-');=0A= },=0A= =0A= inspect: function(useDoubleQuotes) {=0A= var escapedString =3D this.gsub(/[\x00-\x1f\\]/, function(match) {=0A= var character =3D String.specialChar[match[0]];=0A= return character ? character : '\\u00' + = match[0].charCodeAt().toPaddedString(2, 16);=0A= });=0A= if (useDoubleQuotes) return '"' + escapedString.replace(/"/g, '\\"') = + '"';=0A= return "'" + escapedString.replace(/'/g, '\\\'') + "'";=0A= },=0A= =0A= toJSON: function() {=0A= return this.inspect(true);=0A= },=0A= =0A= unfilterJSON: function(filter) {=0A= return this.sub(filter || Prototype.JSONFilter, '#{1}');=0A= },=0A= =0A= isJSON: function() {=0A= var str =3D this;=0A= if (str.blank()) return false;=0A= str =3D this.replace(/\\./g, '@').replace(/"[^"\\\n\r]*"/g, '');=0A= return (/^[,:{}\[\]0-9.\-+Eaeflnr-u \n\r\t]*$/).test(str);=0A= },=0A= =0A= evalJSON: function(sanitize) {=0A= var json =3D this.unfilterJSON();=0A= try {=0A= if (!sanitize || json.isJSON()) return eval('(' + json + ')');=0A= } catch (e) { }=0A= throw new SyntaxError('Badly formed JSON string: ' + this.inspect());=0A= },=0A= =0A= include: function(pattern) {=0A= return this.indexOf(pattern) > -1;=0A= },=0A= =0A= startsWith: function(pattern) {=0A= return this.indexOf(pattern) =3D=3D=3D 0;=0A= },=0A= =0A= endsWith: function(pattern) {=0A= var d =3D this.length - pattern.length;=0A= return d >=3D 0 && this.lastIndexOf(pattern) =3D=3D=3D d;=0A= },=0A= =0A= empty: function() {=0A= return this =3D=3D '';=0A= },=0A= =0A= blank: function() {=0A= return /^\s*$/.test(this);=0A= },=0A= =0A= interpolate: function(object, pattern) {=0A= return new Template(this, pattern).evaluate(object);=0A= }=0A= });=0A= =0A= if (Prototype.Browser.WebKit || Prototype.Browser.IE) = Object.extend(String.prototype, {=0A= escapeHTML: function() {=0A= return = this.replace(/&/g,'&').replace(//g,'>');=0A= },=0A= unescapeHTML: function() {=0A= return = this.replace(/&/g,'&').replace(/</g,'<').replace(/>/g,'>');=0A= }=0A= });=0A= =0A= String.prototype.gsub.prepareReplacement =3D function(replacement) {=0A= if (Object.isFunction(replacement)) return replacement;=0A= var template =3D new Template(replacement);=0A= return function(match) { return template.evaluate(match) };=0A= };=0A= =0A= String.prototype.parseQuery =3D String.prototype.toQueryParams;=0A= =0A= Object.extend(String.prototype.escapeHTML, {=0A= div: document.createElement('div'),=0A= text: document.createTextNode('')=0A= });=0A= =0A= with (String.prototype.escapeHTML) div.appendChild(text);=0A= =0A= var Template =3D Class.create({=0A= initialize: function(template, pattern) {=0A= this.template =3D template.toString();=0A= this.pattern =3D pattern || Template.Pattern;=0A= },=0A= =0A= evaluate: function(object) {=0A= if (Object.isFunction(object.toTemplateReplacements))=0A= object =3D object.toTemplateReplacements();=0A= =0A= return this.template.gsub(this.pattern, function(match) {=0A= if (object =3D=3D null) return '';=0A= =0A= var before =3D match[1] || '';=0A= if (before =3D=3D '\\') return match[2];=0A= =0A= var ctx =3D object, expr =3D match[3];=0A= var pattern =3D /^([^.[]+|\[((?:.*?[^\\])?)\])(\.|\[|$)/;=0A= match =3D pattern.exec(expr);=0A= if (match =3D=3D null) return before;=0A= =0A= while (match !=3D null) {=0A= var comp =3D match[1].startsWith('[') ? match[2].gsub('\\\\]', = ']') : match[1];=0A= ctx =3D ctx[comp];=0A= if (null =3D=3D ctx || '' =3D=3D match[3]) break;=0A= expr =3D expr.substring('[' =3D=3D match[3] ? match[1].length : = match[0].length);=0A= match =3D pattern.exec(expr);=0A= }=0A= =0A= return before + String.interpret(ctx);=0A= });=0A= }=0A= });=0A= Template.Pattern =3D /(^|.|\r|\n)(#\{(.*?)\})/;=0A= =0A= var $break =3D { };=0A= =0A= var Enumerable =3D {=0A= each: function(iterator, context) {=0A= var index =3D 0;=0A= iterator =3D iterator.bind(context);=0A= try {=0A= this._each(function(value) {=0A= iterator(value, index++);=0A= });=0A= } catch (e) {=0A= if (e !=3D $break) throw e;=0A= }=0A= return this;=0A= },=0A= =0A= eachSlice: function(number, iterator, context) {=0A= iterator =3D iterator ? iterator.bind(context) : Prototype.K;=0A= var index =3D -number, slices =3D [], array =3D this.toArray();=0A= while ((index +=3D number) < array.length)=0A= slices.push(array.slice(index, index+number));=0A= return slices.collect(iterator, context);=0A= },=0A= =0A= all: function(iterator, context) {=0A= iterator =3D iterator ? iterator.bind(context) : Prototype.K;=0A= var result =3D true;=0A= this.each(function(value, index) {=0A= result =3D result && !!iterator(value, index);=0A= if (!result) throw $break;=0A= });=0A= return result;=0A= },=0A= =0A= any: function(iterator, context) {=0A= iterator =3D iterator ? iterator.bind(context) : Prototype.K;=0A= var result =3D false;=0A= this.each(function(value, index) {=0A= if (result =3D !!iterator(value, index))=0A= throw $break;=0A= });=0A= return result;=0A= },=0A= =0A= collect: function(iterator, context) {=0A= iterator =3D iterator ? iterator.bind(context) : Prototype.K;=0A= var results =3D [];=0A= this.each(function(value, index) {=0A= results.push(iterator(value, index));=0A= });=0A= return results;=0A= },=0A= =0A= detect: function(iterator, context) {=0A= iterator =3D iterator.bind(context);=0A= var result;=0A= this.each(function(value, index) {=0A= if (iterator(value, index)) {=0A= result =3D value;=0A= throw $break;=0A= }=0A= });=0A= return result;=0A= },=0A= =0A= findAll: function(iterator, context) {=0A= iterator =3D iterator.bind(context);=0A= var results =3D [];=0A= this.each(function(value, index) {=0A= if (iterator(value, index))=0A= results.push(value);=0A= });=0A= return results;=0A= },=0A= =0A= grep: function(filter, iterator, context) {=0A= iterator =3D iterator ? iterator.bind(context) : Prototype.K;=0A= var results =3D [];=0A= =0A= if (Object.isString(filter))=0A= filter =3D new RegExp(filter);=0A= =0A= this.each(function(value, index) {=0A= if (filter.match(value))=0A= results.push(iterator(value, index));=0A= });=0A= return results;=0A= },=0A= =0A= include: function(object) {=0A= if (Object.isFunction(this.indexOf))=0A= if (this.indexOf(object) !=3D -1) return true;=0A= =0A= var found =3D false;=0A= this.each(function(value) {=0A= if (value =3D=3D object) {=0A= found =3D true;=0A= throw $break;=0A= }=0A= });=0A= return found;=0A= },=0A= =0A= inGroupsOf: function(number, fillWith) {=0A= fillWith =3D Object.isUndefined(fillWith) ? null : fillWith;=0A= return this.eachSlice(number, function(slice) {=0A= while(slice.length < number) slice.push(fillWith);=0A= return slice;=0A= });=0A= },=0A= =0A= inject: function(memo, iterator, context) {=0A= iterator =3D iterator.bind(context);=0A= this.each(function(value, index) {=0A= memo =3D iterator(memo, value, index);=0A= });=0A= return memo;=0A= },=0A= =0A= invoke: function(method) {=0A= var args =3D $A(arguments).slice(1);=0A= return this.map(function(value) {=0A= return value[method].apply(value, args);=0A= });=0A= },=0A= =0A= max: function(iterator, context) {=0A= iterator =3D iterator ? iterator.bind(context) : Prototype.K;=0A= var result;=0A= this.each(function(value, index) {=0A= value =3D iterator(value, index);=0A= if (result =3D=3D null || value >=3D result)=0A= result =3D value;=0A= });=0A= return result;=0A= },=0A= =0A= min: function(iterator, context) {=0A= iterator =3D iterator ? iterator.bind(context) : Prototype.K;=0A= var result;=0A= this.each(function(value, index) {=0A= value =3D iterator(value, index);=0A= if (result =3D=3D null || value < result)=0A= result =3D value;=0A= });=0A= return result;=0A= },=0A= =0A= partition: function(iterator, context) {=0A= iterator =3D iterator ? iterator.bind(context) : Prototype.K;=0A= var trues =3D [], falses =3D [];=0A= this.each(function(value, index) {=0A= (iterator(value, index) ?=0A= trues : falses).push(value);=0A= });=0A= return [trues, falses];=0A= },=0A= =0A= pluck: function(property) {=0A= var results =3D [];=0A= this.each(function(value) {=0A= results.push(value[property]);=0A= });=0A= return results;=0A= },=0A= =0A= reject: function(iterator, context) {=0A= iterator =3D iterator.bind(context);=0A= var results =3D [];=0A= this.each(function(value, index) {=0A= if (!iterator(value, index))=0A= results.push(value);=0A= });=0A= return results;=0A= },=0A= =0A= sortBy: function(iterator, context) {=0A= iterator =3D iterator.bind(context);=0A= return this.map(function(value, index) {=0A= return {value: value, criteria: iterator(value, index)};=0A= }).sort(function(left, right) {=0A= var a =3D left.criteria, b =3D right.criteria;=0A= return a < b ? -1 : a > b ? 1 : 0;=0A= }).pluck('value');=0A= },=0A= =0A= toArray: function() {=0A= return this.map();=0A= },=0A= =0A= zip: function() {=0A= var iterator =3D Prototype.K, args =3D $A(arguments);=0A= if (Object.isFunction(args.last()))=0A= iterator =3D args.pop();=0A= =0A= var collections =3D [this].concat(args).map($A);=0A= return this.map(function(value, index) {=0A= return iterator(collections.pluck(index));=0A= });=0A= },=0A= =0A= size: function() {=0A= return this.toArray().length;=0A= },=0A= =0A= inspect: function() {=0A= return '#';=0A= }=0A= };=0A= =0A= Object.extend(Enumerable, {=0A= map: Enumerable.collect,=0A= find: Enumerable.detect,=0A= select: Enumerable.findAll,=0A= filter: Enumerable.findAll,=0A= member: Enumerable.include,=0A= entries: Enumerable.toArray,=0A= every: Enumerable.all,=0A= some: Enumerable.any=0A= });=0A= function $A(iterable) {=0A= if (!iterable) return [];=0A= if (iterable.toArray) return iterable.toArray();=0A= var length =3D iterable.length || 0, results =3D new Array(length);=0A= while (length--) results[length] =3D iterable[length];=0A= return results;=0A= }=0A= =0A= if (Prototype.Browser.WebKit) {=0A= $A =3D function(iterable) {=0A= if (!iterable) return [];=0A= if (!(Object.isFunction(iterable) && iterable =3D=3D '[object = NodeList]') &&=0A= iterable.toArray) return iterable.toArray();=0A= var length =3D iterable.length || 0, results =3D new Array(length);=0A= while (length--) results[length] =3D iterable[length];=0A= return results;=0A= };=0A= }=0A= =0A= Array.from =3D $A;=0A= =0A= Object.extend(Array.prototype, Enumerable);=0A= =0A= if (!Array.prototype._reverse) Array.prototype._reverse =3D = Array.prototype.reverse;=0A= =0A= Object.extend(Array.prototype, {=0A= _each: function(iterator) {=0A= for (var i =3D 0, length =3D this.length; i < length; i++)=0A= iterator(this[i]);=0A= },=0A= =0A= clear: function() {=0A= this.length =3D 0;=0A= return this;=0A= },=0A= =0A= first: function() {=0A= return this[0];=0A= },=0A= =0A= last: function() {=0A= return this[this.length - 1];=0A= },=0A= =0A= compact: function() {=0A= return this.select(function(value) {=0A= return value !=3D null;=0A= });=0A= },=0A= =0A= flatten: function() {=0A= return this.inject([], function(array, value) {=0A= return array.concat(Object.isArray(value) ?=0A= value.flatten() : [value]);=0A= });=0A= },=0A= =0A= without: function() {=0A= var values =3D $A(arguments);=0A= return this.select(function(value) {=0A= return !values.include(value);=0A= });=0A= },=0A= =0A= reverse: function(inline) {=0A= return (inline !=3D=3D false ? this : this.toArray())._reverse();=0A= },=0A= =0A= reduce: function() {=0A= return this.length > 1 ? this : this[0];=0A= },=0A= =0A= uniq: function(sorted) {=0A= return this.inject([], function(array, value, index) {=0A= if (0 =3D=3D index || (sorted ? array.last() !=3D value : = !array.include(value)))=0A= array.push(value);=0A= return array;=0A= });=0A= },=0A= =0A= intersect: function(array) {=0A= return this.uniq().findAll(function(item) {=0A= return array.detect(function(value) { return item =3D=3D=3D value = });=0A= });=0A= },=0A= =0A= clone: function() {=0A= return [].concat(this);=0A= },=0A= =0A= size: function() {=0A= return this.length;=0A= },=0A= =0A= inspect: function() {=0A= return '[' + this.map(Object.inspect).join(', ') + ']';=0A= },=0A= =0A= toJSON: function() {=0A= var results =3D [];=0A= this.each(function(object) {=0A= var value =3D Object.toJSON(object);=0A= if (!Object.isUndefined(value)) results.push(value);=0A= });=0A= return '[' + results.join(', ') + ']';=0A= }=0A= });=0A= =0A= // use native browser JS 1.6 implementation if available=0A= if (Object.isFunction(Array.prototype.forEach))=0A= Array.prototype._each =3D Array.prototype.forEach;=0A= =0A= if (!Array.prototype.indexOf) Array.prototype.indexOf =3D function(item, = i) {=0A= i || (i =3D 0);=0A= var length =3D this.length;=0A= if (i < 0) i =3D length + i;=0A= for (; i < length; i++)=0A= if (this[i] =3D=3D=3D item) return i;=0A= return -1;=0A= };=0A= =0A= if (!Array.prototype.lastIndexOf) Array.prototype.lastIndexOf =3D = function(item, i) {=0A= i =3D isNaN(i) ? this.length : (i < 0 ? this.length + i : i) + 1;=0A= var n =3D this.slice(0, i).reverse().indexOf(item);=0A= return (n < 0) ? n : i - n - 1;=0A= };=0A= =0A= Array.prototype.toArray =3D Array.prototype.clone;=0A= =0A= function $w(string) {=0A= if (!Object.isString(string)) return [];=0A= string =3D string.strip();=0A= return string ? string.split(/\s+/) : [];=0A= }=0A= =0A= if (Prototype.Browser.Opera){=0A= Array.prototype.concat =3D function() {=0A= var array =3D [];=0A= for (var i =3D 0, length =3D this.length; i < length; i++) = array.push(this[i]);=0A= for (var i =3D 0, length =3D arguments.length; i < length; i++) {=0A= if (Object.isArray(arguments[i])) {=0A= for (var j =3D 0, arrayLength =3D arguments[i].length; j < = arrayLength; j++)=0A= array.push(arguments[i][j]);=0A= } else {=0A= array.push(arguments[i]);=0A= }=0A= }=0A= return array;=0A= };=0A= }=0A= Object.extend(Number.prototype, {=0A= toColorPart: function() {=0A= return this.toPaddedString(2, 16);=0A= },=0A= =0A= succ: function() {=0A= return this + 1;=0A= },=0A= =0A= times: function(iterator) {=0A= $R(0, this, true).each(iterator);=0A= return this;=0A= },=0A= =0A= toPaddedString: function(length, radix) {=0A= var string =3D this.toString(radix || 10);=0A= return '0'.times(length - string.length) + string;=0A= },=0A= =0A= toJSON: function() {=0A= return isFinite(this) ? this.toString() : 'null';=0A= }=0A= });=0A= =0A= $w('abs round ceil floor').each(function(method){=0A= Number.prototype[method] =3D Math[method].methodize();=0A= });=0A= function $H(object) {=0A= return new Hash(object);=0A= };=0A= =0A= var Hash =3D Class.create(Enumerable, (function() {=0A= =0A= function toQueryPair(key, value) {=0A= if (Object.isUndefined(value)) return key;=0A= return key + '=3D' + encodeURIComponent(String.interpret(value));=0A= }=0A= =0A= return {=0A= initialize: function(object) {=0A= this._object =3D Object.isHash(object) ? object.toObject() : = Object.clone(object);=0A= },=0A= =0A= _each: function(iterator) {=0A= for (var key in this._object) {=0A= var value =3D this._object[key], pair =3D [key, value];=0A= pair.key =3D key;=0A= pair.value =3D value;=0A= iterator(pair);=0A= }=0A= },=0A= =0A= set: function(key, value) {=0A= return this._object[key] =3D value;=0A= },=0A= =0A= get: function(key) {=0A= return this._object[key];=0A= },=0A= =0A= unset: function(key) {=0A= var value =3D this._object[key];=0A= delete this._object[key];=0A= return value;=0A= },=0A= =0A= toObject: function() {=0A= return Object.clone(this._object);=0A= },=0A= =0A= keys: function() {=0A= return this.pluck('key');=0A= },=0A= =0A= values: function() {=0A= return this.pluck('value');=0A= },=0A= =0A= index: function(value) {=0A= var match =3D this.detect(function(pair) {=0A= return pair.value =3D=3D=3D value;=0A= });=0A= return match && match.key;=0A= },=0A= =0A= merge: function(object) {=0A= return this.clone().update(object);=0A= },=0A= =0A= update: function(object) {=0A= return new Hash(object).inject(this, function(result, pair) {=0A= result.set(pair.key, pair.value);=0A= return result;=0A= });=0A= },=0A= =0A= toQueryString: function() {=0A= return this.map(function(pair) {=0A= var key =3D encodeURIComponent(pair.key), values =3D pair.value;=0A= =0A= if (values && typeof values =3D=3D 'object') {=0A= if (Object.isArray(values))=0A= return values.map(toQueryPair.curry(key)).join('&');=0A= }=0A= return toQueryPair(key, values);=0A= }).join('&');=0A= },=0A= =0A= inspect: function() {=0A= return '#';=0A= },=0A= =0A= toJSON: function() {=0A= return Object.toJSON(this.toObject());=0A= },=0A= =0A= clone: function() {=0A= return new Hash(this);=0A= }=0A= }=0A= })());=0A= =0A= Hash.prototype.toTemplateReplacements =3D Hash.prototype.toObject;=0A= Hash.from =3D $H;=0A= var ObjectRange =3D Class.create(Enumerable, {=0A= initialize: function(start, end, exclusive) {=0A= this.start =3D start;=0A= this.end =3D end;=0A= this.exclusive =3D exclusive;=0A= },=0A= =0A= _each: function(iterator) {=0A= var value =3D this.start;=0A= while (this.include(value)) {=0A= iterator(value);=0A= value =3D value.succ();=0A= }=0A= },=0A= =0A= include: function(value) {=0A= if (value < this.start)=0A= return false;=0A= if (this.exclusive)=0A= return value < this.end;=0A= return value <=3D this.end;=0A= }=0A= });=0A= =0A= var $R =3D function(start, end, exclusive) {=0A= return new ObjectRange(start, end, exclusive);=0A= };=0A= =0A= var Ajax =3D {=0A= getTransport: function() {=0A= return Try.these(=0A= function() {return new XMLHttpRequest()},=0A= function() {return new ActiveXObject('Msxml2.XMLHTTP')},=0A= function() {return new ActiveXObject('Microsoft.XMLHTTP')}=0A= ) || false;=0A= },=0A= =0A= activeRequestCount: 0=0A= };=0A= =0A= Ajax.Responders =3D {=0A= responders: [],=0A= =0A= _each: function(iterator) {=0A= this.responders._each(iterator);=0A= },=0A= =0A= register: function(responder) {=0A= if (!this.include(responder))=0A= this.responders.push(responder);=0A= },=0A= =0A= unregister: function(responder) {=0A= this.responders =3D this.responders.without(responder);=0A= },=0A= =0A= dispatch: function(callback, request, transport, json) {=0A= this.each(function(responder) {=0A= if (Object.isFunction(responder[callback])) {=0A= try {=0A= responder[callback].apply(responder, [request, transport, = json]);=0A= } catch (e) { }=0A= }=0A= });=0A= }=0A= };=0A= =0A= Object.extend(Ajax.Responders, Enumerable);=0A= =0A= Ajax.Responders.register({=0A= onCreate: function() { Ajax.activeRequestCount++ },=0A= onComplete: function() { Ajax.activeRequestCount-- }=0A= });=0A= =0A= Ajax.Base =3D Class.create({=0A= initialize: function(options) {=0A= this.options =3D {=0A= method: 'post',=0A= asynchronous: true,=0A= contentType: 'application/x-www-form-urlencoded',=0A= encoding: 'UTF-8',=0A= parameters: '',=0A= evalJSON: true,=0A= evalJS: true=0A= };=0A= Object.extend(this.options, options || { });=0A= =0A= this.options.method =3D this.options.method.toLowerCase();=0A= =0A= if (Object.isString(this.options.parameters))=0A= this.options.parameters =3D = this.options.parameters.toQueryParams();=0A= else if (Object.isHash(this.options.parameters))=0A= this.options.parameters =3D this.options.parameters.toObject();=0A= }=0A= });=0A= =0A= Ajax.Request =3D Class.create(Ajax.Base, {=0A= _complete: false,=0A= =0A= initialize: function($super, url, options) {=0A= $super(options);=0A= this.transport =3D Ajax.getTransport();=0A= this.request(url);=0A= },=0A= =0A= request: function(url) {=0A= this.url =3D url;=0A= this.method =3D this.options.method;=0A= var params =3D Object.clone(this.options.parameters);=0A= =0A= if (!['get', 'post'].include(this.method)) {=0A= // simulate other verbs over post=0A= params['_method'] =3D this.method;=0A= this.method =3D 'post';=0A= }=0A= =0A= this.parameters =3D params;=0A= =0A= if (params =3D Object.toQueryString(params)) {=0A= // when GET, append parameters to URL=0A= if (this.method =3D=3D 'get')=0A= this.url +=3D (this.url.include('?') ? '&' : '?') + params;=0A= else if (/Konqueror|Safari|KHTML/.test(navigator.userAgent))=0A= params +=3D '&_=3D';=0A= }=0A= =0A= try {=0A= var response =3D new Ajax.Response(this);=0A= if (this.options.onCreate) this.options.onCreate(response);=0A= Ajax.Responders.dispatch('onCreate', this, response);=0A= =0A= this.transport.open(this.method.toUpperCase(), this.url,=0A= this.options.asynchronous);=0A= =0A= if (this.options.asynchronous) = this.respondToReadyState.bind(this).defer(1);=0A= =0A= this.transport.onreadystatechange =3D = this.onStateChange.bind(this);=0A= this.setRequestHeaders();=0A= =0A= this.body =3D this.method =3D=3D 'post' ? (this.options.postBody = || params) : null;=0A= this.transport.send(this.body);=0A= =0A= /* Force Firefox to handle ready state 4 for synchronous requests = */=0A= if (!this.options.asynchronous && this.transport.overrideMimeType)=0A= this.onStateChange();=0A= =0A= }=0A= catch (e) {=0A= this.dispatchException(e);=0A= }=0A= },=0A= =0A= onStateChange: function() {=0A= var readyState =3D this.transport.readyState;=0A= if (readyState > 1 && !((readyState =3D=3D 4) && this._complete))=0A= this.respondToReadyState(this.transport.readyState);=0A= },=0A= =0A= setRequestHeaders: function() {=0A= var headers =3D {=0A= 'X-Requested-With': 'XMLHttpRequest',=0A= 'X-Prototype-Version': Prototype.Version,=0A= 'Accept': 'text/javascript, text/html, application/xml, text/xml, = */*'=0A= };=0A= =0A= if (this.method =3D=3D 'post') {=0A= headers['Content-type'] =3D this.options.contentType +=0A= (this.options.encoding ? '; charset=3D' + this.options.encoding = : '');=0A= =0A= /* Force "Connection: close" for older Mozilla browsers to work=0A= * around a bug where XMLHttpRequest sends an incorrect=0A= * Content-length header. See Mozilla Bugzilla #246651.=0A= */=0A= if (this.transport.overrideMimeType &&=0A= (navigator.userAgent.match(/Gecko\/(\d{4})/) || [0,2005])[1] < = 2005)=0A= headers['Connection'] =3D 'close';=0A= }=0A= =0A= // user-defined headers=0A= if (typeof this.options.requestHeaders =3D=3D 'object') {=0A= var extras =3D this.options.requestHeaders;=0A= =0A= if (Object.isFunction(extras.push))=0A= for (var i =3D 0, length =3D extras.length; i < length; i +=3D 2)=0A= headers[extras[i]] =3D extras[i+1];=0A= else=0A= $H(extras).each(function(pair) { headers[pair.key] =3D = pair.value });=0A= }=0A= =0A= for (var name in headers)=0A= this.transport.setRequestHeader(name, headers[name]);=0A= },=0A= =0A= success: function() {=0A= var status =3D this.getStatus();=0A= return !status || (status >=3D 200 && status < 300);=0A= },=0A= =0A= getStatus: function() {=0A= try {=0A= return this.transport.status || 0;=0A= } catch (e) { return 0 }=0A= },=0A= =0A= respondToReadyState: function(readyState) {=0A= var state =3D Ajax.Request.Events[readyState], response =3D new = Ajax.Response(this);=0A= =0A= if (state =3D=3D 'Complete') {=0A= try {=0A= this._complete =3D true;=0A= (this.options['on' + response.status]=0A= || this.options['on' + (this.success() ? 'Success' : 'Failure')]=0A= || Prototype.emptyFunction)(response, response.headerJSON);=0A= } catch (e) {=0A= this.dispatchException(e);=0A= }=0A= =0A= var contentType =3D response.getHeader('Content-type');=0A= if (this.options.evalJS =3D=3D 'force'=0A= || (this.options.evalJS && this.isSameOrigin() && contentType=0A= && = contentType.match(/^\s*(text|application)\/(x-)?(java|ecma)script(;.*)?\s= *$/i)))=0A= this.evalResponse();=0A= }=0A= =0A= try {=0A= (this.options['on' + state] || Prototype.emptyFunction)(response, = response.headerJSON);=0A= Ajax.Responders.dispatch('on' + state, this, response, = response.headerJSON);=0A= } catch (e) {=0A= this.dispatchException(e);=0A= }=0A= =0A= if (state =3D=3D 'Complete') {=0A= // avoid memory leak in MSIE: clean up=0A= this.transport.onreadystatechange =3D Prototype.emptyFunction;=0A= }=0A= },=0A= =0A= isSameOrigin: function() {=0A= var m =3D this.url.match(/^\s*https?:\/\/[^\/]*/);=0A= return !m || (m[0] =3D=3D = '#{protocol}//#{domain}#{port}'.interpolate({=0A= protocol: location.protocol,=0A= domain: document.domain,=0A= port: location.port ? ':' + location.port : ''=0A= }));=0A= },=0A= =0A= getHeader: function(name) {=0A= try {=0A= return this.transport.getResponseHeader(name) || null;=0A= } catch (e) { return null }=0A= },=0A= =0A= evalResponse: function() {=0A= try {=0A= return eval((this.transport.responseText || '').unfilterJSON());=0A= } catch (e) {=0A= this.dispatchException(e);=0A= }=0A= },=0A= =0A= dispatchException: function(exception) {=0A= (this.options.onException || Prototype.emptyFunction)(this, = exception);=0A= Ajax.Responders.dispatch('onException', this, exception);=0A= }=0A= });=0A= =0A= Ajax.Request.Events =3D=0A= ['Uninitialized', 'Loading', 'Loaded', 'Interactive', 'Complete'];=0A= =0A= Ajax.Response =3D Class.create({=0A= initialize: function(request){=0A= this.request =3D request;=0A= var transport =3D this.transport =3D request.transport,=0A= readyState =3D this.readyState =3D transport.readyState;=0A= =0A= if((readyState > 2 && !Prototype.Browser.IE) || readyState =3D=3D 4) = {=0A= this.status =3D this.getStatus();=0A= this.statusText =3D this.getStatusText();=0A= this.responseText =3D String.interpret(transport.responseText);=0A= this.headerJSON =3D this._getHeaderJSON();=0A= }=0A= =0A= if(readyState =3D=3D 4) {=0A= var xml =3D transport.responseXML;=0A= this.responseXML =3D Object.isUndefined(xml) ? null : xml;=0A= this.responseJSON =3D this._getResponseJSON();=0A= }=0A= },=0A= =0A= status: 0,=0A= statusText: '',=0A= =0A= getStatus: Ajax.Request.prototype.getStatus,=0A= =0A= getStatusText: function() {=0A= try {=0A= return this.transport.statusText || '';=0A= } catch (e) { return '' }=0A= },=0A= =0A= getHeader: Ajax.Request.prototype.getHeader,=0A= =0A= getAllHeaders: function() {=0A= try {=0A= return this.getAllResponseHeaders();=0A= } catch (e) { return null }=0A= },=0A= =0A= getResponseHeader: function(name) {=0A= return this.transport.getResponseHeader(name);=0A= },=0A= =0A= getAllResponseHeaders: function() {=0A= return this.transport.getAllResponseHeaders();=0A= },=0A= =0A= _getHeaderJSON: function() {=0A= var json =3D this.getHeader('X-JSON');=0A= if (!json) return null;=0A= json =3D decodeURIComponent(escape(json));=0A= try {=0A= return json.evalJSON(this.request.options.sanitizeJSON ||=0A= !this.request.isSameOrigin());=0A= } catch (e) {=0A= this.request.dispatchException(e);=0A= }=0A= },=0A= =0A= _getResponseJSON: function() {=0A= var options =3D this.request.options;=0A= if (!options.evalJSON || (options.evalJSON !=3D 'force' &&=0A= !(this.getHeader('Content-type') || = '').include('application/json')) ||=0A= this.responseText.blank())=0A= return null;=0A= try {=0A= return this.responseText.evalJSON(options.sanitizeJSON ||=0A= !this.request.isSameOrigin());=0A= } catch (e) {=0A= this.request.dispatchException(e);=0A= }=0A= }=0A= });=0A= =0A= Ajax.Updater =3D Class.create(Ajax.Request, {=0A= initialize: function($super, container, url, options) {=0A= this.container =3D {=0A= success: (container.success || container),=0A= failure: (container.failure || (container.success ? null : = container))=0A= };=0A= =0A= options =3D Object.clone(options);=0A= var onComplete =3D options.onComplete;=0A= options.onComplete =3D (function(response, json) {=0A= this.updateContent(response.responseText);=0A= if (Object.isFunction(onComplete)) onComplete(response, json);=0A= }).bind(this);=0A= =0A= $super(url, options);=0A= },=0A= =0A= updateContent: function(responseText) {=0A= var receiver =3D this.container[this.success() ? 'success' : = 'failure'],=0A= options =3D this.options;=0A= =0A= if (!options.evalScripts) responseText =3D = responseText.stripScripts();=0A= =0A= if (receiver =3D $(receiver)) {=0A= if (options.insertion) {=0A= if (Object.isString(options.insertion)) {=0A= var insertion =3D { }; insertion[options.insertion] =3D = responseText;=0A= receiver.insert(insertion);=0A= }=0A= else options.insertion(receiver, responseText);=0A= }=0A= else receiver.update(responseText);=0A= }=0A= }=0A= });=0A= =0A= Ajax.PeriodicalUpdater =3D Class.create(Ajax.Base, {=0A= initialize: function($super, container, url, options) {=0A= $super(options);=0A= this.onComplete =3D this.options.onComplete;=0A= =0A= this.frequency =3D (this.options.frequency || 2);=0A= this.decay =3D (this.options.decay || 1);=0A= =0A= this.updater =3D { };=0A= this.container =3D container;=0A= this.url =3D url;=0A= =0A= this.start();=0A= },=0A= =0A= start: function() {=0A= this.options.onComplete =3D this.updateComplete.bind(this);=0A= this.onTimerEvent();=0A= },=0A= =0A= stop: function() {=0A= this.updater.options.onComplete =3D undefined;=0A= clearTimeout(this.timer);=0A= (this.onComplete || Prototype.emptyFunction).apply(this, arguments);=0A= },=0A= =0A= updateComplete: function(response) {=0A= if (this.options.decay) {=0A= this.decay =3D (response.responseText =3D=3D this.lastText ?=0A= this.decay * this.options.decay : 1);=0A= =0A= this.lastText =3D response.responseText;=0A= }=0A= this.timer =3D this.onTimerEvent.bind(this).delay(this.decay * = this.frequency);=0A= },=0A= =0A= onTimerEvent: function() {=0A= this.updater =3D new Ajax.Updater(this.container, this.url, = this.options);=0A= }=0A= });=0A= function $(element) {=0A= if (arguments.length > 1) {=0A= for (var i =3D 0, elements =3D [], length =3D arguments.length; i < = length; i++)=0A= elements.push($(arguments[i]));=0A= return elements;=0A= }=0A= if (Object.isString(element))=0A= element =3D document.getElementById(element);=0A= return Element.extend(element);=0A= }=0A= =0A= if (Prototype.BrowserFeatures.XPath) {=0A= document._getElementsByXPath =3D function(expression, parentElement) {=0A= var results =3D [];=0A= var query =3D document.evaluate(expression, $(parentElement) || = document,=0A= null, XPathResult.ORDERED_NODE_SNAPSHOT_TYPE, null);=0A= for (var i =3D 0, length =3D query.snapshotLength; i < length; i++)=0A= results.push(Element.extend(query.snapshotItem(i)));=0A= return results;=0A= };=0A= }=0A= =0A= /*-----------------------------------------------------------------------= ---*/=0A= =0A= if (!window.Node) var Node =3D { };=0A= =0A= if (!Node.ELEMENT_NODE) {=0A= // DOM level 2 ECMAScript Language Binding=0A= Object.extend(Node, {=0A= ELEMENT_NODE: 1,=0A= ATTRIBUTE_NODE: 2,=0A= TEXT_NODE: 3,=0A= CDATA_SECTION_NODE: 4,=0A= ENTITY_REFERENCE_NODE: 5,=0A= ENTITY_NODE: 6,=0A= PROCESSING_INSTRUCTION_NODE: 7,=0A= COMMENT_NODE: 8,=0A= DOCUMENT_NODE: 9,=0A= DOCUMENT_TYPE_NODE: 10,=0A= DOCUMENT_FRAGMENT_NODE: 11,=0A= NOTATION_NODE: 12=0A= });=0A= }=0A= =0A= (function() {=0A= var element =3D this.Element;=0A= this.Element =3D function(tagName, attributes) {=0A= attributes =3D attributes || { };=0A= tagName =3D tagName.toLowerCase();=0A= var cache =3D Element.cache;=0A= if (Prototype.Browser.IE && attributes.name) {=0A= tagName =3D '<' + tagName + ' name=3D"' + attributes.name + '">';=0A= delete attributes.name;=0A= return Element.writeAttribute(document.createElement(tagName), = attributes);=0A= }=0A= if (!cache[tagName]) cache[tagName] =3D = Element.extend(document.createElement(tagName));=0A= return Element.writeAttribute(cache[tagName].cloneNode(false), = attributes);=0A= };=0A= Object.extend(this.Element, element || { });=0A= }).call(window);=0A= =0A= Element.cache =3D { };=0A= =0A= Element.Methods =3D {=0A= visible: function(element) {=0A= return $(element).style.display !=3D 'none';=0A= },=0A= =0A= toggle: function(element) {=0A= element =3D $(element);=0A= Element[Element.visible(element) ? 'hide' : 'show'](element);=0A= return element;=0A= },=0A= =0A= hide: function(element) {=0A= $(element).style.display =3D 'none';=0A= return element;=0A= },=0A= =0A= show: function(element) {=0A= $(element).style.display =3D '';=0A= return element;=0A= },=0A= =0A= remove: function(element) {=0A= element =3D $(element);=0A= element.parentNode.removeChild(element);=0A= return element;=0A= },=0A= =0A= update: function(element, content) {=0A= element =3D $(element);=0A= if (content && content.toElement) content =3D content.toElement();=0A= if (Object.isElement(content)) return = element.update().insert(content);=0A= content =3D Object.toHTML(content);=0A= element.innerHTML =3D content.stripScripts();=0A= content.evalScripts.bind(content).defer();=0A= return element;=0A= },=0A= =0A= replace: function(element, content) {=0A= element =3D $(element);=0A= if (content && content.toElement) content =3D content.toElement();=0A= else if (!Object.isElement(content)) {=0A= content =3D Object.toHTML(content);=0A= var range =3D element.ownerDocument.createRange();=0A= range.selectNode(element);=0A= content.evalScripts.bind(content).defer();=0A= content =3D range.createContextualFragment(content.stripScripts());=0A= }=0A= element.parentNode.replaceChild(content, element);=0A= return element;=0A= },=0A= =0A= insert: function(element, insertions) {=0A= element =3D $(element);=0A= =0A= if (Object.isString(insertions) || Object.isNumber(insertions) ||=0A= Object.isElement(insertions) || (insertions && = (insertions.toElement || insertions.toHTML)))=0A= insertions =3D {bottom:insertions};=0A= =0A= var content, insert, tagName, childNodes;=0A= =0A= for (var position in insertions) {=0A= content =3D insertions[position];=0A= position =3D position.toLowerCase();=0A= insert =3D Element._insertionTranslations[position];=0A= =0A= if (content && content.toElement) content =3D content.toElement();=0A= if (Object.isElement(content)) {=0A= insert(element, content);=0A= continue;=0A= }=0A= =0A= content =3D Object.toHTML(content);=0A= =0A= tagName =3D ((position =3D=3D 'before' || position =3D=3D 'after')=0A= ? element.parentNode : element).tagName.toUpperCase();=0A= =0A= childNodes =3D Element._getContentFromAnonymousElement(tagName, = content.stripScripts());=0A= =0A= if (position =3D=3D 'top' || position =3D=3D 'after') = childNodes.reverse();=0A= childNodes.each(insert.curry(element));=0A= =0A= content.evalScripts.bind(content).defer();=0A= }=0A= =0A= return element;=0A= },=0A= =0A= wrap: function(element, wrapper, attributes) {=0A= element =3D $(element);=0A= if (Object.isElement(wrapper))=0A= $(wrapper).writeAttribute(attributes || { });=0A= else if (Object.isString(wrapper)) wrapper =3D new Element(wrapper, = attributes);=0A= else wrapper =3D new Element('div', wrapper);=0A= if (element.parentNode)=0A= element.parentNode.replaceChild(wrapper, element);=0A= wrapper.appendChild(element);=0A= return wrapper;=0A= },=0A= =0A= inspect: function(element) {=0A= element =3D $(element);=0A= var result =3D '<' + element.tagName.toLowerCase();=0A= $H({'id': 'id', 'className': 'class'}).each(function(pair) {=0A= var property =3D pair.first(), attribute =3D pair.last();=0A= var value =3D (element[property] || '').toString();=0A= if (value) result +=3D ' ' + attribute + '=3D' + = value.inspect(true);=0A= });=0A= return result + '>';=0A= },=0A= =0A= recursivelyCollect: function(element, property) {=0A= element =3D $(element);=0A= var elements =3D [];=0A= while (element =3D element[property])=0A= if (element.nodeType =3D=3D 1)=0A= elements.push(Element.extend(element));=0A= return elements;=0A= },=0A= =0A= ancestors: function(element) {=0A= return $(element).recursivelyCollect('parentNode');=0A= },=0A= =0A= descendants: function(element) {=0A= return $(element).select("*");=0A= },=0A= =0A= firstDescendant: function(element) {=0A= element =3D $(element).firstChild;=0A= while (element && element.nodeType !=3D 1) element =3D = element.nextSibling;=0A= return $(element);=0A= },=0A= =0A= immediateDescendants: function(element) {=0A= if (!(element =3D $(element).firstChild)) return [];=0A= while (element && element.nodeType !=3D 1) element =3D = element.nextSibling;=0A= if (element) return [element].concat($(element).nextSiblings());=0A= return [];=0A= },=0A= =0A= previousSiblings: function(element) {=0A= return $(element).recursivelyCollect('previousSibling');=0A= },=0A= =0A= nextSiblings: function(element) {=0A= return $(element).recursivelyCollect('nextSibling');=0A= },=0A= =0A= siblings: function(element) {=0A= element =3D $(element);=0A= return = element.previousSiblings().reverse().concat(element.nextSiblings());=0A= },=0A= =0A= match: function(element, selector) {=0A= if (Object.isString(selector))=0A= selector =3D new Selector(selector);=0A= return selector.match($(element));=0A= },=0A= =0A= up: function(element, expression, index) {=0A= element =3D $(element);=0A= if (arguments.length =3D=3D 1) return $(element.parentNode);=0A= var ancestors =3D element.ancestors();=0A= return Object.isNumber(expression) ? ancestors[expression] :=0A= Selector.findElement(ancestors, expression, index);=0A= },=0A= =0A= down: function(element, expression, index) {=0A= element =3D $(element);=0A= if (arguments.length =3D=3D 1) return element.firstDescendant();=0A= return Object.isNumber(expression) ? = element.descendants()[expression] :=0A= element.select(expression)[index || 0];=0A= },=0A= =0A= previous: function(element, expression, index) {=0A= element =3D $(element);=0A= if (arguments.length =3D=3D 1) return = $(Selector.handlers.previousElementSibling(element));=0A= var previousSiblings =3D element.previousSiblings();=0A= return Object.isNumber(expression) ? previousSiblings[expression] :=0A= Selector.findElement(previousSiblings, expression, index);=0A= },=0A= =0A= next: function(element, expression, index) {=0A= element =3D $(element);=0A= if (arguments.length =3D=3D 1) return = $(Selector.handlers.nextElementSibling(element));=0A= var nextSiblings =3D element.nextSiblings();=0A= return Object.isNumber(expression) ? nextSiblings[expression] :=0A= Selector.findElement(nextSiblings, expression, index);=0A= },=0A= =0A= select: function() {=0A= var args =3D $A(arguments), element =3D $(args.shift());=0A= return Selector.findChildElements(element, args);=0A= },=0A= =0A= adjacent: function() {=0A= var args =3D $A(arguments), element =3D $(args.shift());=0A= return Selector.findChildElements(element.parentNode, = args).without(element);=0A= },=0A= =0A= identify: function(element) {=0A= element =3D $(element);=0A= var id =3D element.readAttribute('id'), self =3D arguments.callee;=0A= if (id) return id;=0A= do { id =3D 'anonymous_element_' + self.counter++ } while ($(id));=0A= element.writeAttribute('id', id);=0A= return id;=0A= },=0A= =0A= readAttribute: function(element, name) {=0A= element =3D $(element);=0A= if (Prototype.Browser.IE) {=0A= var t =3D Element._attributeTranslations.read;=0A= if (t.values[name]) return t.values[name](element, name);=0A= if (t.names[name]) name =3D t.names[name];=0A= if (name.include(':')) {=0A= return (!element.attributes || !element.attributes[name]) ? null = :=0A= element.attributes[name].value;=0A= }=0A= }=0A= return element.getAttribute(name);=0A= },=0A= =0A= writeAttribute: function(element, name, value) {=0A= element =3D $(element);=0A= var attributes =3D { }, t =3D Element._attributeTranslations.write;=0A= =0A= if (typeof name =3D=3D 'object') attributes =3D name;=0A= else attributes[name] =3D Object.isUndefined(value) ? true : value;=0A= =0A= for (var attr in attributes) {=0A= name =3D t.names[attr] || attr;=0A= value =3D attributes[attr];=0A= if (t.values[attr]) name =3D t.values[attr](element, value);=0A= if (value =3D=3D=3D false || value =3D=3D=3D null)=0A= element.removeAttribute(name);=0A= else if (value =3D=3D=3D true)=0A= element.setAttribute(name, name);=0A= else element.setAttribute(name, value);=0A= }=0A= return element;=0A= },=0A= =0A= getHeight: function(element) {=0A= return $(element).getDimensions().height;=0A= },=0A= =0A= getWidth: function(element) {=0A= return $(element).getDimensions().width;=0A= },=0A= =0A= classNames: function(element) {=0A= return new Element.ClassNames(element);=0A= },=0A= =0A= hasClassName: function(element, className) {=0A= if (!(element =3D $(element))) return;=0A= var elementClassName =3D element.className;=0A= return (elementClassName.length > 0 && (elementClassName =3D=3D = className ||=0A= new RegExp("(^|\\s)" + className + = "(\\s|$)").test(elementClassName)));=0A= },=0A= =0A= addClassName: function(element, className) {=0A= if (!(element =3D $(element))) return;=0A= if (!element.hasClassName(className))=0A= element.className +=3D (element.className ? ' ' : '') + className;=0A= return element;=0A= },=0A= =0A= removeClassName: function(element, className) {=0A= if (!(element =3D $(element))) return;=0A= element.className =3D element.className.replace(=0A= new RegExp("(^|\\s+)" + className + "(\\s+|$)"), ' ').strip();=0A= return element;=0A= },=0A= =0A= toggleClassName: function(element, className) {=0A= if (!(element =3D $(element))) return;=0A= return element[element.hasClassName(className) ?=0A= 'removeClassName' : 'addClassName'](className);=0A= },=0A= =0A= // removes whitespace-only text node children=0A= cleanWhitespace: function(element) {=0A= element =3D $(element);=0A= var node =3D element.firstChild;=0A= while (node) {=0A= var nextNode =3D node.nextSibling;=0A= if (node.nodeType =3D=3D 3 && !/\S/.test(node.nodeValue))=0A= element.removeChild(node);=0A= node =3D nextNode;=0A= }=0A= return element;=0A= },=0A= =0A= empty: function(element) {=0A= return $(element).innerHTML.blank();=0A= },=0A= =0A= descendantOf: function(element, ancestor) {=0A= element =3D $(element), ancestor =3D $(ancestor);=0A= var originalAncestor =3D ancestor;=0A= =0A= if (element.compareDocumentPosition)=0A= return (element.compareDocumentPosition(ancestor) & 8) =3D=3D=3D 8;=0A= =0A= if (element.sourceIndex && !Prototype.Browser.Opera) {=0A= var e =3D element.sourceIndex, a =3D ancestor.sourceIndex,=0A= nextAncestor =3D ancestor.nextSibling;=0A= if (!nextAncestor) {=0A= do { ancestor =3D ancestor.parentNode; }=0A= while (!(nextAncestor =3D ancestor.nextSibling) && = ancestor.parentNode);=0A= }=0A= if (nextAncestor && nextAncestor.sourceIndex)=0A= return (e > a && e < nextAncestor.sourceIndex);=0A= }=0A= =0A= while (element =3D element.parentNode)=0A= if (element =3D=3D originalAncestor) return true;=0A= return false;=0A= },=0A= =0A= scrollTo: function(element) {=0A= element =3D $(element);=0A= var pos =3D element.cumulativeOffset();=0A= window.scrollTo(pos[0], pos[1]);=0A= return element;=0A= },=0A= =0A= getStyle: function(element, style) {=0A= element =3D $(element);=0A= style =3D style =3D=3D 'float' ? 'cssFloat' : style.camelize();=0A= var value =3D element.style[style];=0A= if (!value) {=0A= var css =3D document.defaultView.getComputedStyle(element, null);=0A= value =3D css ? css[style] : null;=0A= }=0A= if (style =3D=3D 'opacity') return value ? parseFloat(value) : 1.0;=0A= return value =3D=3D 'auto' ? null : value;=0A= },=0A= =0A= getOpacity: function(element) {=0A= return $(element).getStyle('opacity');=0A= },=0A= =0A= setStyle: function(element, styles) {=0A= element =3D $(element);=0A= var elementStyle =3D element.style, match;=0A= if (Object.isString(styles)) {=0A= element.style.cssText +=3D ';' + styles;=0A= return styles.include('opacity') ?=0A= element.setOpacity(styles.match(/opacity:\s*(\d?\.?\d*)/)[1]) : = element;=0A= }=0A= for (var property in styles)=0A= if (property =3D=3D 'opacity') = element.setOpacity(styles[property]);=0A= else=0A= elementStyle[(property =3D=3D 'float' || property =3D=3D = 'cssFloat') ?=0A= (Object.isUndefined(elementStyle.styleFloat) ? 'cssFloat' : = 'styleFloat') :=0A= property] =3D styles[property];=0A= =0A= return element;=0A= },=0A= =0A= setOpacity: function(element, value) {=0A= element =3D $(element);=0A= element.style.opacity =3D (value =3D=3D 1 || value =3D=3D=3D '') ? = '' :=0A= (value < 0.00001) ? 0 : value;=0A= return element;=0A= },=0A= =0A= getDimensions: function(element) {=0A= element =3D $(element);=0A= var display =3D $(element).getStyle('display');=0A= if (display !=3D 'none' && display !=3D null) // Safari bug=0A= return {width: element.offsetWidth, height: element.offsetHeight};=0A= =0A= // All *Width and *Height properties give 0 on elements with display = none,=0A= // so enable the element temporarily=0A= var els =3D element.style;=0A= var originalVisibility =3D els.visibility;=0A= var originalPosition =3D els.position;=0A= var originalDisplay =3D els.display;=0A= els.visibility =3D 'hidden';=0A= els.position =3D 'absolute';=0A= els.display =3D 'block';=0A= var originalWidth =3D element.clientWidth;=0A= var originalHeight =3D element.clientHeight;=0A= els.display =3D originalDisplay;=0A= els.position =3D originalPosition;=0A= els.visibility =3D originalVisibility;=0A= return {width: originalWidth, height: originalHeight};=0A= },=0A= =0A= makePositioned: function(element) {=0A= element =3D $(element);=0A= var pos =3D Element.getStyle(element, 'position');=0A= if (pos =3D=3D 'static' || !pos) {=0A= element._madePositioned =3D true;=0A= element.style.position =3D 'relative';=0A= // Opera returns the offset relative to the positioning context, = when an=0A= // element is position relative but top and left have not been = defined=0A= if (window.opera) {=0A= element.style.top =3D 0;=0A= element.style.left =3D 0;=0A= }=0A= }=0A= return element;=0A= },=0A= =0A= undoPositioned: function(element) {=0A= element =3D $(element);=0A= if (element._madePositioned) {=0A= element._madePositioned =3D undefined;=0A= element.style.position =3D=0A= element.style.top =3D=0A= element.style.left =3D=0A= element.style.bottom =3D=0A= element.style.right =3D '';=0A= }=0A= return element;=0A= },=0A= =0A= makeClipping: function(element) {=0A= element =3D $(element);=0A= if (element._overflow) return element;=0A= element._overflow =3D Element.getStyle(element, 'overflow') || = 'auto';=0A= if (element._overflow !=3D=3D 'hidden')=0A= element.style.overflow =3D 'hidden';=0A= return element;=0A= },=0A= =0A= undoClipping: function(element) {=0A= element =3D $(element);=0A= if (!element._overflow) return element;=0A= element.style.overflow =3D element._overflow =3D=3D 'auto' ? '' : = element._overflow;=0A= element._overflow =3D null;=0A= return element;=0A= },=0A= =0A= cumulativeOffset: function(element) {=0A= var valueT =3D 0, valueL =3D 0;=0A= do {=0A= valueT +=3D element.offsetTop || 0;=0A= valueL +=3D element.offsetLeft || 0;=0A= element =3D element.offsetParent;=0A= } while (element);=0A= return Element._returnOffset(valueL, valueT);=0A= },=0A= =0A= positionedOffset: function(element) {=0A= var valueT =3D 0, valueL =3D 0;=0A= do {=0A= valueT +=3D element.offsetTop || 0;=0A= valueL +=3D element.offsetLeft || 0;=0A= element =3D element.offsetParent;=0A= if (element) {=0A= if (element.tagName =3D=3D 'BODY') break;=0A= var p =3D Element.getStyle(element, 'position');=0A= if (p !=3D=3D 'static') break;=0A= }=0A= } while (element);=0A= return Element._returnOffset(valueL, valueT);=0A= },=0A= =0A= absolutize: function(element) {=0A= element =3D $(element);=0A= if (element.getStyle('position') =3D=3D 'absolute') return;=0A= // Position.prepare(); // To be done manually by Scripty when it = needs it.=0A= =0A= var offsets =3D element.positionedOffset();=0A= var top =3D offsets[1];=0A= var left =3D offsets[0];=0A= var width =3D element.clientWidth;=0A= var height =3D element.clientHeight;=0A= =0A= element._originalLeft =3D left - parseFloat(element.style.left || = 0);=0A= element._originalTop =3D top - parseFloat(element.style.top || = 0);=0A= element._originalWidth =3D element.style.width;=0A= element._originalHeight =3D element.style.height;=0A= =0A= element.style.position =3D 'absolute';=0A= element.style.top =3D top + 'px';=0A= element.style.left =3D left + 'px';=0A= element.style.width =3D width + 'px';=0A= element.style.height =3D height + 'px';=0A= return element;=0A= },=0A= =0A= relativize: function(element) {=0A= element =3D $(element);=0A= if (element.getStyle('position') =3D=3D 'relative') return;=0A= // Position.prepare(); // To be done manually by Scripty when it = needs it.=0A= =0A= element.style.position =3D 'relative';=0A= var top =3D parseFloat(element.style.top || 0) - = (element._originalTop || 0);=0A= var left =3D parseFloat(element.style.left || 0) - = (element._originalLeft || 0);=0A= =0A= element.style.top =3D top + 'px';=0A= element.style.left =3D left + 'px';=0A= element.style.height =3D element._originalHeight;=0A= element.style.width =3D element._originalWidth;=0A= return element;=0A= },=0A= =0A= cumulativeScrollOffset: function(element) {=0A= var valueT =3D 0, valueL =3D 0;=0A= do {=0A= valueT +=3D element.scrollTop || 0;=0A= valueL +=3D element.scrollLeft || 0;=0A= element =3D element.parentNode;=0A= } while (element);=0A= return Element._returnOffset(valueL, valueT);=0A= },=0A= =0A= getOffsetParent: function(element) {=0A= if (element.offsetParent) return $(element.offsetParent);=0A= if (element =3D=3D document.body) return $(element);=0A= =0A= while ((element =3D element.parentNode) && element !=3D = document.body)=0A= if (Element.getStyle(element, 'position') !=3D 'static')=0A= return $(element);=0A= =0A= return $(document.body);=0A= },=0A= =0A= viewportOffset: function(forElement) {=0A= var valueT =3D 0, valueL =3D 0;=0A= =0A= var element =3D forElement;=0A= do {=0A= valueT +=3D element.offsetTop || 0;=0A= valueL +=3D element.offsetLeft || 0;=0A= =0A= // Safari fix=0A= if (element.offsetParent =3D=3D document.body &&=0A= Element.getStyle(element, 'position') =3D=3D 'absolute') break;=0A= =0A= } while (element =3D element.offsetParent);=0A= =0A= element =3D forElement;=0A= do {=0A= if (!Prototype.Browser.Opera || element.tagName =3D=3D 'BODY') {=0A= valueT -=3D element.scrollTop || 0;=0A= valueL -=3D element.scrollLeft || 0;=0A= }=0A= } while (element =3D element.parentNode);=0A= =0A= return Element._returnOffset(valueL, valueT);=0A= },=0A= =0A= clonePosition: function(element, source) {=0A= var options =3D Object.extend({=0A= setLeft: true,=0A= setTop: true,=0A= setWidth: true,=0A= setHeight: true,=0A= offsetTop: 0,=0A= offsetLeft: 0=0A= }, arguments[2] || { });=0A= =0A= // find page position of source=0A= source =3D $(source);=0A= var p =3D source.viewportOffset();=0A= =0A= // find coordinate system to use=0A= element =3D $(element);=0A= var delta =3D [0, 0];=0A= var parent =3D null;=0A= // delta [0,0] will do fine with position: fixed elements,=0A= // position:absolute needs offsetParent deltas=0A= if (Element.getStyle(element, 'position') =3D=3D 'absolute') {=0A= parent =3D element.getOffsetParent();=0A= delta =3D parent.viewportOffset();=0A= }=0A= =0A= // correct by body offsets (fixes Safari)=0A= if (parent =3D=3D document.body) {=0A= delta[0] -=3D document.body.offsetLeft;=0A= delta[1] -=3D document.body.offsetTop;=0A= }=0A= =0A= // set position=0A= if (options.setLeft) element.style.left =3D (p[0] - delta[0] + = options.offsetLeft) + 'px';=0A= if (options.setTop) element.style.top =3D (p[1] - delta[1] + = options.offsetTop) + 'px';=0A= if (options.setWidth) element.style.width =3D source.offsetWidth + = 'px';=0A= if (options.setHeight) element.style.height =3D source.offsetHeight = + 'px';=0A= return element;=0A= }=0A= };=0A= =0A= Element.Methods.identify.counter =3D 1;=0A= =0A= Object.extend(Element.Methods, {=0A= getElementsBySelector: Element.Methods.select,=0A= childElements: Element.Methods.immediateDescendants=0A= });=0A= =0A= Element._attributeTranslations =3D {=0A= write: {=0A= names: {=0A= className: 'class',=0A= htmlFor: 'for'=0A= },=0A= values: { }=0A= }=0A= };=0A= =0A= if (Prototype.Browser.Opera) {=0A= Element.Methods.getStyle =3D Element.Methods.getStyle.wrap(=0A= function(proceed, element, style) {=0A= switch (style) {=0A= case 'left': case 'top': case 'right': case 'bottom':=0A= if (proceed(element, 'position') =3D=3D=3D 'static') return = null;=0A= case 'height': case 'width':=0A= // returns '0px' for hidden elements; we want it to return null=0A= if (!Element.visible(element)) return null;=0A= =0A= // returns the border-box dimensions rather than the = content-box=0A= // dimensions, so we subtract padding and borders from the = value=0A= var dim =3D parseInt(proceed(element, style), 10);=0A= =0A= if (dim !=3D=3D element['offset' + style.capitalize()])=0A= return dim + 'px';=0A= =0A= var properties;=0A= if (style =3D=3D=3D 'height') {=0A= properties =3D ['border-top-width', 'padding-top',=0A= 'padding-bottom', 'border-bottom-width'];=0A= }=0A= else {=0A= properties =3D ['border-left-width', 'padding-left',=0A= 'padding-right', 'border-right-width'];=0A= }=0A= return properties.inject(dim, function(memo, property) {=0A= var val =3D proceed(element, property);=0A= return val =3D=3D=3D null ? memo : memo - parseInt(val, 10);=0A= }) + 'px';=0A= default: return proceed(element, style);=0A= }=0A= }=0A= );=0A= =0A= Element.Methods.readAttribute =3D Element.Methods.readAttribute.wrap(=0A= function(proceed, element, attribute) {=0A= if (attribute =3D=3D=3D 'title') return element.title;=0A= return proceed(element, attribute);=0A= }=0A= );=0A= }=0A= =0A= else if (Prototype.Browser.IE) {=0A= // IE doesn't report offsets correctly for static elements, so we = change them=0A= // to "relative" to get the values, then change them back.=0A= Element.Methods.getOffsetParent =3D = Element.Methods.getOffsetParent.wrap(=0A= function(proceed, element) {=0A= element =3D $(element);=0A= var position =3D element.getStyle('position');=0A= if (position !=3D=3D 'static') return proceed(element);=0A= element.setStyle({ position: 'relative' });=0A= var value =3D proceed(element);=0A= element.setStyle({ position: position });=0A= return value;=0A= }=0A= );=0A= =0A= $w('positionedOffset viewportOffset').each(function(method) {=0A= Element.Methods[method] =3D Element.Methods[method].wrap(=0A= function(proceed, element) {=0A= element =3D $(element);=0A= var position =3D element.getStyle('position');=0A= if (position !=3D=3D 'static') return proceed(element);=0A= // Trigger hasLayout on the offset parent so that IE6 reports=0A= // accurate offsetTop and offsetLeft values for position: fixed.=0A= var offsetParent =3D element.getOffsetParent();=0A= if (offsetParent && offsetParent.getStyle('position') =3D=3D=3D = 'fixed')=0A= offsetParent.setStyle({ zoom: 1 });=0A= element.setStyle({ position: 'relative' });=0A= var value =3D proceed(element);=0A= element.setStyle({ position: position });=0A= return value;=0A= }=0A= );=0A= });=0A= =0A= Element.Methods.getStyle =3D function(element, style) {=0A= element =3D $(element);=0A= style =3D (style =3D=3D 'float' || style =3D=3D 'cssFloat') ? = 'styleFloat' : style.camelize();=0A= var value =3D element.style[style];=0A= if (!value && element.currentStyle) value =3D = element.currentStyle[style];=0A= =0A= if (style =3D=3D 'opacity') {=0A= if (value =3D (element.getStyle('filter') || = '').match(/alpha\(opacity=3D(.*)\)/))=0A= if (value[1]) return parseFloat(value[1]) / 100;=0A= return 1.0;=0A= }=0A= =0A= if (value =3D=3D 'auto') {=0A= if ((style =3D=3D 'width' || style =3D=3D 'height') && = (element.getStyle('display') !=3D 'none'))=0A= return element['offset' + style.capitalize()] + 'px';=0A= return null;=0A= }=0A= return value;=0A= };=0A= =0A= Element.Methods.setOpacity =3D function(element, value) {=0A= function stripAlpha(filter){=0A= return filter.replace(/alpha\([^\)]*\)/gi,'');=0A= }=0A= element =3D $(element);=0A= var currentStyle =3D element.currentStyle;=0A= if ((currentStyle && !currentStyle.hasLayout) ||=0A= (!currentStyle && element.style.zoom =3D=3D 'normal'))=0A= element.style.zoom =3D 1;=0A= =0A= var filter =3D element.getStyle('filter'), style =3D element.style;=0A= if (value =3D=3D 1 || value =3D=3D=3D '') {=0A= (filter =3D stripAlpha(filter)) ?=0A= style.filter =3D filter : style.removeAttribute('filter');=0A= return element;=0A= } else if (value < 0.00001) value =3D 0;=0A= style.filter =3D stripAlpha(filter) +=0A= 'alpha(opacity=3D' + (value * 100) + ')';=0A= return element;=0A= };=0A= =0A= Element._attributeTranslations =3D {=0A= read: {=0A= names: {=0A= 'class': 'className',=0A= 'for': 'htmlFor'=0A= },=0A= values: {=0A= _getAttr: function(element, attribute) {=0A= return element.getAttribute(attribute, 2);=0A= },=0A= _getAttrNode: function(element, attribute) {=0A= var node =3D element.getAttributeNode(attribute);=0A= return node ? node.value : "";=0A= },=0A= _getEv: function(element, attribute) {=0A= attribute =3D element.getAttribute(attribute);=0A= return attribute ? attribute.toString().slice(23, -2) : null;=0A= },=0A= _flag: function(element, attribute) {=0A= return $(element).hasAttribute(attribute) ? attribute : null;=0A= },=0A= style: function(element) {=0A= return element.style.cssText.toLowerCase();=0A= },=0A= title: function(element) {=0A= return element.title;=0A= }=0A= }=0A= }=0A= };=0A= =0A= Element._attributeTranslations.write =3D {=0A= names: Object.extend({=0A= cellpadding: 'cellPadding',=0A= cellspacing: 'cellSpacing'=0A= }, Element._attributeTranslations.read.names),=0A= values: {=0A= checked: function(element, value) {=0A= element.checked =3D !!value;=0A= },=0A= =0A= style: function(element, value) {=0A= element.style.cssText =3D value ? value : '';=0A= }=0A= }=0A= };=0A= =0A= Element._attributeTranslations.has =3D {};=0A= =0A= $w('colSpan rowSpan vAlign dateTime accessKey tabIndex ' +=0A= 'encType maxLength readOnly longDesc').each(function(attr) {=0A= Element._attributeTranslations.write.names[attr.toLowerCase()] =3D = attr;=0A= Element._attributeTranslations.has[attr.toLowerCase()] =3D attr;=0A= });=0A= =0A= (function(v) {=0A= Object.extend(v, {=0A= href: v._getAttr,=0A= src: v._getAttr,=0A= type: v._getAttr,=0A= action: v._getAttrNode,=0A= disabled: v._flag,=0A= checked: v._flag,=0A= readonly: v._flag,=0A= multiple: v._flag,=0A= onload: v._getEv,=0A= onunload: v._getEv,=0A= onclick: v._getEv,=0A= ondblclick: v._getEv,=0A= onmousedown: v._getEv,=0A= onmouseup: v._getEv,=0A= onmouseover: v._getEv,=0A= onmousemove: v._getEv,=0A= onmouseout: v._getEv,=0A= onfocus: v._getEv,=0A= onblur: v._getEv,=0A= onkeypress: v._getEv,=0A= onkeydown: v._getEv,=0A= onkeyup: v._getEv,=0A= onsubmit: v._getEv,=0A= onreset: v._getEv,=0A= onselect: v._getEv,=0A= onchange: v._getEv=0A= });=0A= })(Element._attributeTranslations.read.values);=0A= }=0A= =0A= else if (Prototype.Browser.Gecko && = /rv:1\.8\.0/.test(navigator.userAgent)) {=0A= Element.Methods.setOpacity =3D function(element, value) {=0A= element =3D $(element);=0A= element.style.opacity =3D (value =3D=3D 1) ? 0.999999 :=0A= (value =3D=3D=3D '') ? '' : (value < 0.00001) ? 0 : value;=0A= return element;=0A= };=0A= }=0A= =0A= else if (Prototype.Browser.WebKit) {=0A= Element.Methods.setOpacity =3D function(element, value) {=0A= element =3D $(element);=0A= element.style.opacity =3D (value =3D=3D 1 || value =3D=3D=3D '') ? = '' :=0A= (value < 0.00001) ? 0 : value;=0A= =0A= if (value =3D=3D 1)=0A= if(element.tagName =3D=3D 'IMG' && element.width) {=0A= element.width++; element.width--;=0A= } else try {=0A= var n =3D document.createTextNode(' ');=0A= element.appendChild(n);=0A= element.removeChild(n);=0A= } catch (e) { }=0A= =0A= return element;=0A= };=0A= =0A= // Safari returns margins on body which is incorrect if the child is = absolutely=0A= // positioned. For performance reasons, redefine = Element#cumulativeOffset for=0A= // KHTML/WebKit only.=0A= Element.Methods.cumulativeOffset =3D function(element) {=0A= var valueT =3D 0, valueL =3D 0;=0A= do {=0A= valueT +=3D element.offsetTop || 0;=0A= valueL +=3D element.offsetLeft || 0;=0A= if (element.offsetParent =3D=3D document.body)=0A= if (Element.getStyle(element, 'position') =3D=3D 'absolute') = break;=0A= =0A= element =3D element.offsetParent;=0A= } while (element);=0A= =0A= return Element._returnOffset(valueL, valueT);=0A= };=0A= }=0A= =0A= if (Prototype.Browser.IE || Prototype.Browser.Opera) {=0A= // IE and Opera are missing .innerHTML support for TABLE-related and = SELECT elements=0A= Element.Methods.update =3D function(element, content) {=0A= element =3D $(element);=0A= =0A= if (content && content.toElement) content =3D content.toElement();=0A= if (Object.isElement(content)) return = element.update().insert(content);=0A= =0A= content =3D Object.toHTML(content);=0A= var tagName =3D element.tagName.toUpperCase();=0A= =0A= if (tagName in Element._insertionTranslations.tags) {=0A= $A(element.childNodes).each(function(node) { = element.removeChild(node) });=0A= Element._getContentFromAnonymousElement(tagName, = content.stripScripts())=0A= .each(function(node) { element.appendChild(node) });=0A= }=0A= else element.innerHTML =3D content.stripScripts();=0A= =0A= content.evalScripts.bind(content).defer();=0A= return element;=0A= };=0A= }=0A= =0A= if ('outerHTML' in document.createElement('div')) {=0A= Element.Methods.replace =3D function(element, content) {=0A= element =3D $(element);=0A= =0A= if (content && content.toElement) content =3D content.toElement();=0A= if (Object.isElement(content)) {=0A= element.parentNode.replaceChild(content, element);=0A= return element;=0A= }=0A= =0A= content =3D Object.toHTML(content);=0A= var parent =3D element.parentNode, tagName =3D = parent.tagName.toUpperCase();=0A= =0A= if (Element._insertionTranslations.tags[tagName]) {=0A= var nextSibling =3D element.next();=0A= var fragments =3D Element._getContentFromAnonymousElement(tagName, = content.stripScripts());=0A= parent.removeChild(element);=0A= if (nextSibling)=0A= fragments.each(function(node) { parent.insertBefore(node, = nextSibling) });=0A= else=0A= fragments.each(function(node) { parent.appendChild(node) });=0A= }=0A= else element.outerHTML =3D content.stripScripts();=0A= =0A= content.evalScripts.bind(content).defer();=0A= return element;=0A= };=0A= }=0A= =0A= Element._returnOffset =3D function(l, t) {=0A= var result =3D [l, t];=0A= result.left =3D l;=0A= result.top =3D t;=0A= return result;=0A= };=0A= =0A= Element._getContentFromAnonymousElement =3D function(tagName, html) {=0A= var div =3D new Element('div'), t =3D = Element._insertionTranslations.tags[tagName];=0A= if (t) {=0A= div.innerHTML =3D t[0] + html + t[1];=0A= t[2].times(function() { div =3D div.firstChild });=0A= } else div.innerHTML =3D html;=0A= return $A(div.childNodes);=0A= };=0A= =0A= Element._insertionTranslations =3D {=0A= before: function(element, node) {=0A= element.parentNode.insertBefore(node, element);=0A= },=0A= top: function(element, node) {=0A= element.insertBefore(node, element.firstChild);=0A= },=0A= bottom: function(element, node) {=0A= element.appendChild(node);=0A= },=0A= after: function(element, node) {=0A= element.parentNode.insertBefore(node, element.nextSibling);=0A= },=0A= tags: {=0A= TABLE: ['', '
', 1],=0A= TBODY: ['', '
', 2],=0A= TR: ['', '
', 3],=0A= TD: ['
', '
', 4],=0A= SELECT: ['', 1]=0A= }=0A= };=0A= =0A= (function() {=0A= Object.extend(this.tags, {=0A= THEAD: this.tags.TBODY,=0A= TFOOT: this.tags.TBODY,=0A= TH: this.tags.TD=0A= });=0A= }).call(Element._insertionTranslations);=0A= =0A= Element.Methods.Simulated =3D {=0A= hasAttribute: function(element, attribute) {=0A= attribute =3D Element._attributeTranslations.has[attribute] || = attribute;=0A= var node =3D $(element).getAttributeNode(attribute);=0A= return node && node.specified;=0A= }=0A= };=0A= =0A= Element.Methods.ByTag =3D { };=0A= =0A= Object.extend(Element, Element.Methods);=0A= =0A= if (!Prototype.BrowserFeatures.ElementExtensions &&=0A= document.createElement('div').__proto__) {=0A= window.HTMLElement =3D { };=0A= window.HTMLElement.prototype =3D = document.createElement('div').__proto__;=0A= Prototype.BrowserFeatures.ElementExtensions =3D true;=0A= }=0A= =0A= Element.extend =3D (function() {=0A= if (Prototype.BrowserFeatures.SpecificElementExtensions)=0A= return Prototype.K;=0A= =0A= var Methods =3D { }, ByTag =3D Element.Methods.ByTag;=0A= =0A= var extend =3D Object.extend(function(element) {=0A= if (!element || element._extendedByPrototype ||=0A= element.nodeType !=3D 1 || element =3D=3D window) return element;=0A= =0A= var methods =3D Object.clone(Methods),=0A= tagName =3D element.tagName, property, value;=0A= =0A= // extend methods for specific tags=0A= if (ByTag[tagName]) Object.extend(methods, ByTag[tagName]);=0A= =0A= for (property in methods) {=0A= value =3D methods[property];=0A= if (Object.isFunction(value) && !(property in element))=0A= element[property] =3D value.methodize();=0A= }=0A= =0A= element._extendedByPrototype =3D Prototype.emptyFunction;=0A= return element;=0A= =0A= }, {=0A= refresh: function() {=0A= // extend methods for all tags (Safari doesn't need this)=0A= if (!Prototype.BrowserFeatures.ElementExtensions) {=0A= Object.extend(Methods, Element.Methods);=0A= Object.extend(Methods, Element.Methods.Simulated);=0A= }=0A= }=0A= });=0A= =0A= extend.refresh();=0A= return extend;=0A= })();=0A= =0A= Element.hasAttribute =3D function(element, attribute) {=0A= if (element.hasAttribute) return element.hasAttribute(attribute);=0A= return Element.Methods.Simulated.hasAttribute(element, attribute);=0A= };=0A= =0A= Element.addMethods =3D function(methods) {=0A= var F =3D Prototype.BrowserFeatures, T =3D Element.Methods.ByTag;=0A= =0A= if (!methods) {=0A= Object.extend(Form, Form.Methods);=0A= Object.extend(Form.Element, Form.Element.Methods);=0A= Object.extend(Element.Methods.ByTag, {=0A= "FORM": Object.clone(Form.Methods),=0A= "INPUT": Object.clone(Form.Element.Methods),=0A= "SELECT": Object.clone(Form.Element.Methods),=0A= "TEXTAREA": Object.clone(Form.Element.Methods)=0A= });=0A= }=0A= =0A= if (arguments.length =3D=3D 2) {=0A= var tagName =3D methods;=0A= methods =3D arguments[1];=0A= }=0A= =0A= if (!tagName) Object.extend(Element.Methods, methods || { });=0A= else {=0A= if (Object.isArray(tagName)) tagName.each(extend);=0A= else extend(tagName);=0A= }=0A= =0A= function extend(tagName) {=0A= tagName =3D tagName.toUpperCase();=0A= if (!Element.Methods.ByTag[tagName])=0A= Element.Methods.ByTag[tagName] =3D { };=0A= Object.extend(Element.Methods.ByTag[tagName], methods);=0A= }=0A= =0A= function copy(methods, destination, onlyIfAbsent) {=0A= onlyIfAbsent =3D onlyIfAbsent || false;=0A= for (var property in methods) {=0A= var value =3D methods[property];=0A= if (!Object.isFunction(value)) continue;=0A= if (!onlyIfAbsent || !(property in destination))=0A= destination[property] =3D value.methodize();=0A= }=0A= }=0A= =0A= function findDOMClass(tagName) {=0A= var klass;=0A= var trans =3D {=0A= "OPTGROUP": "OptGroup", "TEXTAREA": "TextArea", "P": "Paragraph",=0A= "FIELDSET": "FieldSet", "UL": "UList", "OL": "OList", "DL": = "DList",=0A= "DIR": "Directory", "H1": "Heading", "H2": "Heading", "H3": = "Heading",=0A= "H4": "Heading", "H5": "Heading", "H6": "Heading", "Q": "Quote",=0A= "INS": "Mod", "DEL": "Mod", "A": "Anchor", "IMG": "Image", = "CAPTION":=0A= "TableCaption", "COL": "TableCol", "COLGROUP": "TableCol", "THEAD":=0A= "TableSection", "TFOOT": "TableSection", "TBODY": "TableSection", = "TR":=0A= "TableRow", "TH": "TableCell", "TD": "TableCell", "FRAMESET":=0A= "FrameSet", "IFRAME": "IFrame"=0A= };=0A= if (trans[tagName]) klass =3D 'HTML' + trans[tagName] + 'Element';=0A= if (window[klass]) return window[klass];=0A= klass =3D 'HTML' + tagName + 'Element';=0A= if (window[klass]) return window[klass];=0A= klass =3D 'HTML' + tagName.capitalize() + 'Element';=0A= if (window[klass]) return window[klass];=0A= =0A= window[klass] =3D { };=0A= window[klass].prototype =3D = document.createElement(tagName).__proto__;=0A= return window[klass];=0A= }=0A= =0A= if (F.ElementExtensions) {=0A= copy(Element.Methods, HTMLElement.prototype);=0A= copy(Element.Methods.Simulated, HTMLElement.prototype, true);=0A= }=0A= =0A= if (F.SpecificElementExtensions) {=0A= for (var tag in Element.Methods.ByTag) {=0A= var klass =3D findDOMClass(tag);=0A= if (Object.isUndefined(klass)) continue;=0A= copy(T[tag], klass.prototype);=0A= }=0A= }=0A= =0A= Object.extend(Element, Element.Methods);=0A= delete Element.ByTag;=0A= =0A= if (Element.extend.refresh) Element.extend.refresh();=0A= Element.cache =3D { };=0A= };=0A= =0A= document.viewport =3D {=0A= getDimensions: function() {=0A= var dimensions =3D { };=0A= var B =3D Prototype.Browser;=0A= $w('width height').each(function(d) {=0A= var D =3D d.capitalize();=0A= dimensions[d] =3D (B.WebKit && !document.evaluate) ? self['inner' = + D] :=0A= (B.Opera) ? document.body['client' + D] : = document.documentElement['client' + D];=0A= });=0A= return dimensions;=0A= },=0A= =0A= getWidth: function() {=0A= return this.getDimensions().width;=0A= },=0A= =0A= getHeight: function() {=0A= return this.getDimensions().height;=0A= },=0A= =0A= getScrollOffsets: function() {=0A= return Element._returnOffset(=0A= window.pageXOffset || document.documentElement.scrollLeft || = document.body.scrollLeft,=0A= window.pageYOffset || document.documentElement.scrollTop || = document.body.scrollTop);=0A= }=0A= };=0A= /* Portions of the Selector class are derived from Jack = Slocum=C3=A2=E2=82=AC=E2=84=A2s DomQuery,=0A= * part of YUI-Ext version 0.40, distributed under the terms of an = MIT-style=0A= * license. Please see http://www.yui-ext.com/ for more information. */=0A= =0A= var Selector =3D Class.create({=0A= initialize: function(expression) {=0A= this.expression =3D expression.strip();=0A= this.compileMatcher();=0A= },=0A= =0A= shouldUseXPath: function() {=0A= if (!Prototype.BrowserFeatures.XPath) return false;=0A= =0A= var e =3D this.expression;=0A= =0A= // Safari 3 chokes on :*-of-type and :empty=0A= if (Prototype.Browser.WebKit &&=0A= (e.include("-of-type") || e.include(":empty")))=0A= return false;=0A= =0A= // XPath can't do namespaced attributes, nor can it read=0A= // the "checked" property from DOM nodes=0A= if ((/(\[[\w-]*?:|:checked)/).test(this.expression))=0A= return false;=0A= =0A= return true;=0A= },=0A= =0A= compileMatcher: function() {=0A= if (this.shouldUseXPath())=0A= return this.compileXPathMatcher();=0A= =0A= var e =3D this.expression, ps =3D Selector.patterns, h =3D = Selector.handlers,=0A= c =3D Selector.criteria, le, p, m;=0A= =0A= if (Selector._cache[e]) {=0A= this.matcher =3D Selector._cache[e];=0A= return;=0A= }=0A= =0A= this.matcher =3D ["this.matcher =3D function(root) {",=0A= "var r =3D root, h =3D Selector.handlers, c =3D = false, n;"];=0A= =0A= while (e && le !=3D e && (/\S/).test(e)) {=0A= le =3D e;=0A= for (var i in ps) {=0A= p =3D ps[i];=0A= if (m =3D e.match(p)) {=0A= this.matcher.push(Object.isFunction(c[i]) ? c[i](m) :=0A= new Template(c[i]).evaluate(m));=0A= e =3D e.replace(m[0], '');=0A= break;=0A= }=0A= }=0A= }=0A= =0A= this.matcher.push("return h.unique(n);\n}");=0A= eval(this.matcher.join('\n'));=0A= Selector._cache[this.expression] =3D this.matcher;=0A= },=0A= =0A= compileXPathMatcher: function() {=0A= var e =3D this.expression, ps =3D Selector.patterns,=0A= x =3D Selector.xpath, le, m;=0A= =0A= if (Selector._cache[e]) {=0A= this.xpath =3D Selector._cache[e]; return;=0A= }=0A= =0A= this.matcher =3D ['.//*'];=0A= while (e && le !=3D e && (/\S/).test(e)) {=0A= le =3D e;=0A= for (var i in ps) {=0A= if (m =3D e.match(ps[i])) {=0A= this.matcher.push(Object.isFunction(x[i]) ? x[i](m) :=0A= new Template(x[i]).evaluate(m));=0A= e =3D e.replace(m[0], '');=0A= break;=0A= }=0A= }=0A= }=0A= =0A= this.xpath =3D this.matcher.join('');=0A= Selector._cache[this.expression] =3D this.xpath;=0A= },=0A= =0A= findElements: function(root) {=0A= root =3D root || document;=0A= if (this.xpath) return document._getElementsByXPath(this.xpath, = root);=0A= return this.matcher(root);=0A= },=0A= =0A= match: function(element) {=0A= this.tokens =3D [];=0A= =0A= var e =3D this.expression, ps =3D Selector.patterns, as =3D = Selector.assertions;=0A= var le, p, m;=0A= =0A= while (e && le !=3D=3D e && (/\S/).test(e)) {=0A= le =3D e;=0A= for (var i in ps) {=0A= p =3D ps[i];=0A= if (m =3D e.match(p)) {=0A= // use the Selector.assertions methods unless the selector=0A= // is too complex.=0A= if (as[i]) {=0A= this.tokens.push([i, Object.clone(m)]);=0A= e =3D e.replace(m[0], '');=0A= } else {=0A= // reluctantly do a document-wide search=0A= // and look for a match in the array=0A= return this.findElements(document).include(element);=0A= }=0A= }=0A= }=0A= }=0A= =0A= var match =3D true, name, matches;=0A= for (var i =3D 0, token; token =3D this.tokens[i]; i++) {=0A= name =3D token[0], matches =3D token[1];=0A= if (!Selector.assertions[name](element, matches)) {=0A= match =3D false; break;=0A= }=0A= }=0A= =0A= return match;=0A= },=0A= =0A= toString: function() {=0A= return this.expression;=0A= },=0A= =0A= inspect: function() {=0A= return "#";=0A= }=0A= });=0A= =0A= Object.extend(Selector, {=0A= _cache: { },=0A= =0A= xpath: {=0A= descendant: "//*",=0A= child: "/*",=0A= adjacent: "/following-sibling::*[1]",=0A= laterSibling: '/following-sibling::*',=0A= tagName: function(m) {=0A= if (m[1] =3D=3D '*') return '';=0A= return "[local-name()=3D'" + m[1].toLowerCase() +=0A= "' or local-name()=3D'" + m[1].toUpperCase() + "']";=0A= },=0A= className: "[contains(concat(' ', @class, ' '), ' #{1} ')]",=0A= id: "[@id=3D'#{1}']",=0A= attrPresence: function(m) {=0A= m[1] =3D m[1].toLowerCase();=0A= return new Template("[@#{1}]").evaluate(m);=0A= },=0A= attr: function(m) {=0A= m[1] =3D m[1].toLowerCase();=0A= m[3] =3D m[5] || m[6];=0A= return new Template(Selector.xpath.operators[m[2]]).evaluate(m);=0A= },=0A= pseudo: function(m) {=0A= var h =3D Selector.xpath.pseudos[m[1]];=0A= if (!h) return '';=0A= if (Object.isFunction(h)) return h(m);=0A= return new Template(Selector.xpath.pseudos[m[1]]).evaluate(m);=0A= },=0A= operators: {=0A= '=3D': "[@#{1}=3D'#{3}']",=0A= '!=3D': "[@#{1}!=3D'#{3}']",=0A= '^=3D': "[starts-with(@#{1}, '#{3}')]",=0A= '$=3D': "[substring(@#{1}, (string-length(@#{1}) - = string-length('#{3}') + 1))=3D'#{3}']",=0A= '*=3D': "[contains(@#{1}, '#{3}')]",=0A= '~=3D': "[contains(concat(' ', @#{1}, ' '), ' #{3} ')]",=0A= '|=3D': "[contains(concat('-', @#{1}, '-'), '-#{3}-')]"=0A= },=0A= pseudos: {=0A= 'first-child': '[not(preceding-sibling::*)]',=0A= 'last-child': '[not(following-sibling::*)]',=0A= 'only-child': '[not(preceding-sibling::* or = following-sibling::*)]',=0A= 'empty': "[count(*) =3D 0 and (count(text()) =3D 0 or = translate(text(), ' \t\r\n', '') =3D '')]",=0A= 'checked': "[@checked]",=0A= 'disabled': "[@disabled]",=0A= 'enabled': "[not(@disabled)]",=0A= 'not': function(m) {=0A= var e =3D m[6], p =3D Selector.patterns,=0A= x =3D Selector.xpath, le, v;=0A= =0A= var exclusion =3D [];=0A= while (e && le !=3D e && (/\S/).test(e)) {=0A= le =3D e;=0A= for (var i in p) {=0A= if (m =3D e.match(p[i])) {=0A= v =3D Object.isFunction(x[i]) ? x[i](m) : new = Template(x[i]).evaluate(m);=0A= exclusion.push("(" + v.substring(1, v.length - 1) + ")");=0A= e =3D e.replace(m[0], '');=0A= break;=0A= }=0A= }=0A= }=0A= return "[not(" + exclusion.join(" and ") + ")]";=0A= },=0A= 'nth-child': function(m) {=0A= return = Selector.xpath.pseudos.nth("(count(./preceding-sibling::*) + 1) ", m);=0A= },=0A= 'nth-last-child': function(m) {=0A= return = Selector.xpath.pseudos.nth("(count(./following-sibling::*) + 1) ", m);=0A= },=0A= 'nth-of-type': function(m) {=0A= return Selector.xpath.pseudos.nth("position() ", m);=0A= },=0A= 'nth-last-of-type': function(m) {=0A= return Selector.xpath.pseudos.nth("(last() + 1 - position()) ", = m);=0A= },=0A= 'first-of-type': function(m) {=0A= m[6] =3D "1"; return Selector.xpath.pseudos['nth-of-type'](m);=0A= },=0A= 'last-of-type': function(m) {=0A= m[6] =3D "1"; return = Selector.xpath.pseudos['nth-last-of-type'](m);=0A= },=0A= 'only-of-type': function(m) {=0A= var p =3D Selector.xpath.pseudos; return p['first-of-type'](m) + = p['last-of-type'](m);=0A= },=0A= nth: function(fragment, m) {=0A= var mm, formula =3D m[6], predicate;=0A= if (formula =3D=3D 'even') formula =3D '2n+0';=0A= if (formula =3D=3D 'odd') formula =3D '2n+1';=0A= if (mm =3D formula.match(/^(\d+)$/)) // digit only=0A= return '[' + fragment + "=3D " + mm[1] + ']';=0A= if (mm =3D formula.match(/^(-?\d*)?n(([+-])(\d+))?/)) { // an+b=0A= if (mm[1] =3D=3D "-") mm[1] =3D -1;=0A= var a =3D mm[1] ? Number(mm[1]) : 1;=0A= var b =3D mm[2] ? Number(mm[2]) : 0;=0A= predicate =3D "[((#{fragment} - #{b}) mod #{a} =3D 0) and " +=0A= "((#{fragment} - #{b}) div #{a} >=3D 0)]";=0A= return new Template(predicate).evaluate({=0A= fragment: fragment, a: a, b: b });=0A= }=0A= }=0A= }=0A= },=0A= =0A= criteria: {=0A= tagName: 'n =3D h.tagName(n, r, "#{1}", c); c =3D false;',=0A= className: 'n =3D h.className(n, r, "#{1}", c); c =3D false;',=0A= id: 'n =3D h.id(n, r, "#{1}", c); c =3D false;',=0A= attrPresence: 'n =3D h.attrPresence(n, r, "#{1}", c); c =3D false;',=0A= attr: function(m) {=0A= m[3] =3D (m[5] || m[6]);=0A= return new Template('n =3D h.attr(n, r, "#{1}", "#{3}", "#{2}", = c); c =3D false;').evaluate(m);=0A= },=0A= pseudo: function(m) {=0A= if (m[6]) m[6] =3D m[6].replace(/"/g, '\\"');=0A= return new Template('n =3D h.pseudo(n, "#{1}", "#{6}", r, c); c = =3D false;').evaluate(m);=0A= },=0A= descendant: 'c =3D "descendant";',=0A= child: 'c =3D "child";',=0A= adjacent: 'c =3D "adjacent";',=0A= laterSibling: 'c =3D "laterSibling";'=0A= },=0A= =0A= patterns: {=0A= // combinators must be listed first=0A= // (and descendant needs to be last combinator)=0A= laterSibling: /^\s*~\s*/,=0A= child: /^\s*>\s*/,=0A= adjacent: /^\s*\+\s*/,=0A= descendant: /^\s/,=0A= =0A= // selectors follow=0A= tagName: /^\s*(\*|[\w\-]+)(\b|$)?/,=0A= id: /^#([\w\-\*]+)(\b|$)/,=0A= className: /^\.([\w\-\*]+)(\b|$)/,=0A= pseudo:=0A= /^:((first|last|nth|nth-last|only)(-child|-of-type)|empty|checked|(en|dis= )abled|not)(\((.*?)\))?(\b|$|(?=3D\s|[:+~>]))/,=0A= attrPresence: /^\[([\w]+)\]/,=0A= attr: = /\[((?:[\w-]*:)?[\w-]+)\s*(?:([!^$*~|]?=3D)\s*((['"])([^\4]*?)\4|([^'"][^= \]]*?)))?\]/=0A= },=0A= =0A= // for Selector.match and Element#match=0A= assertions: {=0A= tagName: function(element, matches) {=0A= return matches[1].toUpperCase() =3D=3D = element.tagName.toUpperCase();=0A= },=0A= =0A= className: function(element, matches) {=0A= return Element.hasClassName(element, matches[1]);=0A= },=0A= =0A= id: function(element, matches) {=0A= return element.id =3D=3D=3D matches[1];=0A= },=0A= =0A= attrPresence: function(element, matches) {=0A= return Element.hasAttribute(element, matches[1]);=0A= },=0A= =0A= attr: function(element, matches) {=0A= var nodeValue =3D Element.readAttribute(element, matches[1]);=0A= return nodeValue && Selector.operators[matches[2]](nodeValue, = matches[5] || matches[6]);=0A= }=0A= },=0A= =0A= handlers: {=0A= // UTILITY FUNCTIONS=0A= // joins two collections=0A= concat: function(a, b) {=0A= for (var i =3D 0, node; node =3D b[i]; i++)=0A= a.push(node);=0A= return a;=0A= },=0A= =0A= // marks an array of nodes for counting=0A= mark: function(nodes) {=0A= var _true =3D Prototype.emptyFunction;=0A= for (var i =3D 0, node; node =3D nodes[i]; i++)=0A= node._countedByPrototype =3D _true;=0A= return nodes;=0A= },=0A= =0A= unmark: function(nodes) {=0A= for (var i =3D 0, node; node =3D nodes[i]; i++)=0A= node._countedByPrototype =3D undefined;=0A= return nodes;=0A= },=0A= =0A= // mark each child node with its position (for nth calls)=0A= // "ofType" flag indicates whether we're indexing for nth-of-type=0A= // rather than nth-child=0A= index: function(parentNode, reverse, ofType) {=0A= parentNode._countedByPrototype =3D Prototype.emptyFunction;=0A= if (reverse) {=0A= for (var nodes =3D parentNode.childNodes, i =3D nodes.length - = 1, j =3D 1; i >=3D 0; i--) {=0A= var node =3D nodes[i];=0A= if (node.nodeType =3D=3D 1 && (!ofType || = node._countedByPrototype)) node.nodeIndex =3D j++;=0A= }=0A= } else {=0A= for (var i =3D 0, j =3D 1, nodes =3D parentNode.childNodes; node = =3D nodes[i]; i++)=0A= if (node.nodeType =3D=3D 1 && (!ofType || = node._countedByPrototype)) node.nodeIndex =3D j++;=0A= }=0A= },=0A= =0A= // filters out duplicates and extends all nodes=0A= unique: function(nodes) {=0A= if (nodes.length =3D=3D 0) return nodes;=0A= var results =3D [], n;=0A= for (var i =3D 0, l =3D nodes.length; i < l; i++)=0A= if (!(n =3D nodes[i])._countedByPrototype) {=0A= n._countedByPrototype =3D Prototype.emptyFunction;=0A= results.push(Element.extend(n));=0A= }=0A= return Selector.handlers.unmark(results);=0A= },=0A= =0A= // COMBINATOR FUNCTIONS=0A= descendant: function(nodes) {=0A= var h =3D Selector.handlers;=0A= for (var i =3D 0, results =3D [], node; node =3D nodes[i]; i++)=0A= h.concat(results, node.getElementsByTagName('*'));=0A= return results;=0A= },=0A= =0A= child: function(nodes) {=0A= var h =3D Selector.handlers;=0A= for (var i =3D 0, results =3D [], node; node =3D nodes[i]; i++) {=0A= for (var j =3D 0, child; child =3D node.childNodes[j]; j++)=0A= if (child.nodeType =3D=3D 1 && child.tagName !=3D '!') = results.push(child);=0A= }=0A= return results;=0A= },=0A= =0A= adjacent: function(nodes) {=0A= for (var i =3D 0, results =3D [], node; node =3D nodes[i]; i++) {=0A= var next =3D this.nextElementSibling(node);=0A= if (next) results.push(next);=0A= }=0A= return results;=0A= },=0A= =0A= laterSibling: function(nodes) {=0A= var h =3D Selector.handlers;=0A= for (var i =3D 0, results =3D [], node; node =3D nodes[i]; i++)=0A= h.concat(results, Element.nextSiblings(node));=0A= return results;=0A= },=0A= =0A= nextElementSibling: function(node) {=0A= while (node =3D node.nextSibling)=0A= if (node.nodeType =3D=3D 1) return node;=0A= return null;=0A= },=0A= =0A= previousElementSibling: function(node) {=0A= while (node =3D node.previousSibling)=0A= if (node.nodeType =3D=3D 1) return node;=0A= return null;=0A= },=0A= =0A= // TOKEN FUNCTIONS=0A= tagName: function(nodes, root, tagName, combinator) {=0A= var uTagName =3D tagName.toUpperCase();=0A= var results =3D [], h =3D Selector.handlers;=0A= if (nodes) {=0A= if (combinator) {=0A= // fastlane for ordinary descendant combinators=0A= if (combinator =3D=3D "descendant") {=0A= for (var i =3D 0, node; node =3D nodes[i]; i++)=0A= h.concat(results, node.getElementsByTagName(tagName));=0A= return results;=0A= } else nodes =3D this[combinator](nodes);=0A= if (tagName =3D=3D "*") return nodes;=0A= }=0A= for (var i =3D 0, node; node =3D nodes[i]; i++)=0A= if (node.tagName.toUpperCase() =3D=3D=3D uTagName) = results.push(node);=0A= return results;=0A= } else return root.getElementsByTagName(tagName);=0A= },=0A= =0A= id: function(nodes, root, id, combinator) {=0A= var targetNode =3D $(id), h =3D Selector.handlers;=0A= if (!targetNode) return [];=0A= if (!nodes && root =3D=3D document) return [targetNode];=0A= if (nodes) {=0A= if (combinator) {=0A= if (combinator =3D=3D 'child') {=0A= for (var i =3D 0, node; node =3D nodes[i]; i++)=0A= if (targetNode.parentNode =3D=3D node) return [targetNode];=0A= } else if (combinator =3D=3D 'descendant') {=0A= for (var i =3D 0, node; node =3D nodes[i]; i++)=0A= if (Element.descendantOf(targetNode, node)) return = [targetNode];=0A= } else if (combinator =3D=3D 'adjacent') {=0A= for (var i =3D 0, node; node =3D nodes[i]; i++)=0A= if (Selector.handlers.previousElementSibling(targetNode) = =3D=3D node)=0A= return [targetNode];=0A= } else nodes =3D h[combinator](nodes);=0A= }=0A= for (var i =3D 0, node; node =3D nodes[i]; i++)=0A= if (node =3D=3D targetNode) return [targetNode];=0A= return [];=0A= }=0A= return (targetNode && Element.descendantOf(targetNode, root)) ? = [targetNode] : [];=0A= },=0A= =0A= className: function(nodes, root, className, combinator) {=0A= if (nodes && combinator) nodes =3D this[combinator](nodes);=0A= return Selector.handlers.byClassName(nodes, root, className);=0A= },=0A= =0A= byClassName: function(nodes, root, className) {=0A= if (!nodes) nodes =3D Selector.handlers.descendant([root]);=0A= var needle =3D ' ' + className + ' ';=0A= for (var i =3D 0, results =3D [], node, nodeClassName; node =3D = nodes[i]; i++) {=0A= nodeClassName =3D node.className;=0A= if (nodeClassName.length =3D=3D 0) continue;=0A= if (nodeClassName =3D=3D className || (' ' + nodeClassName + ' = ').include(needle))=0A= results.push(node);=0A= }=0A= return results;=0A= },=0A= =0A= attrPresence: function(nodes, root, attr, combinator) {=0A= if (!nodes) nodes =3D root.getElementsByTagName("*");=0A= if (nodes && combinator) nodes =3D this[combinator](nodes);=0A= var results =3D [];=0A= for (var i =3D 0, node; node =3D nodes[i]; i++)=0A= if (Element.hasAttribute(node, attr)) results.push(node);=0A= return results;=0A= },=0A= =0A= attr: function(nodes, root, attr, value, operator, combinator) {=0A= if (!nodes) nodes =3D root.getElementsByTagName("*");=0A= if (nodes && combinator) nodes =3D this[combinator](nodes);=0A= var handler =3D Selector.operators[operator], results =3D [];=0A= for (var i =3D 0, node; node =3D nodes[i]; i++) {=0A= var nodeValue =3D Element.readAttribute(node, attr);=0A= if (nodeValue =3D=3D=3D null) continue;=0A= if (handler(nodeValue, value)) results.push(node);=0A= }=0A= return results;=0A= },=0A= =0A= pseudo: function(nodes, name, value, root, combinator) {=0A= if (nodes && combinator) nodes =3D this[combinator](nodes);=0A= if (!nodes) nodes =3D root.getElementsByTagName("*");=0A= return Selector.pseudos[name](nodes, value, root);=0A= }=0A= },=0A= =0A= pseudos: {=0A= 'first-child': function(nodes, value, root) {=0A= for (var i =3D 0, results =3D [], node; node =3D nodes[i]; i++) {=0A= if (Selector.handlers.previousElementSibling(node)) continue;=0A= results.push(node);=0A= }=0A= return results;=0A= },=0A= 'last-child': function(nodes, value, root) {=0A= for (var i =3D 0, results =3D [], node; node =3D nodes[i]; i++) {=0A= if (Selector.handlers.nextElementSibling(node)) continue;=0A= results.push(node);=0A= }=0A= return results;=0A= },=0A= 'only-child': function(nodes, value, root) {=0A= var h =3D Selector.handlers;=0A= for (var i =3D 0, results =3D [], node; node =3D nodes[i]; i++)=0A= if (!h.previousElementSibling(node) && = !h.nextElementSibling(node))=0A= results.push(node);=0A= return results;=0A= },=0A= 'nth-child': function(nodes, formula, root) {=0A= return Selector.pseudos.nth(nodes, formula, root);=0A= },=0A= 'nth-last-child': function(nodes, formula, root) {=0A= return Selector.pseudos.nth(nodes, formula, root, true);=0A= },=0A= 'nth-of-type': function(nodes, formula, root) {=0A= return Selector.pseudos.nth(nodes, formula, root, false, true);=0A= },=0A= 'nth-last-of-type': function(nodes, formula, root) {=0A= return Selector.pseudos.nth(nodes, formula, root, true, true);=0A= },=0A= 'first-of-type': function(nodes, formula, root) {=0A= return Selector.pseudos.nth(nodes, "1", root, false, true);=0A= },=0A= 'last-of-type': function(nodes, formula, root) {=0A= return Selector.pseudos.nth(nodes, "1", root, true, true);=0A= },=0A= 'only-of-type': function(nodes, formula, root) {=0A= var p =3D Selector.pseudos;=0A= return p['last-of-type'](p['first-of-type'](nodes, formula, root), = formula, root);=0A= },=0A= =0A= // handles the an+b logic=0A= getIndices: function(a, b, total) {=0A= if (a =3D=3D 0) return b > 0 ? [b] : [];=0A= return $R(1, total).inject([], function(memo, i) {=0A= if (0 =3D=3D (i - b) % a && (i - b) / a >=3D 0) memo.push(i);=0A= return memo;=0A= });=0A= },=0A= =0A= // handles nth(-last)-child, nth(-last)-of-type, and = (first|last)-of-type=0A= nth: function(nodes, formula, root, reverse, ofType) {=0A= if (nodes.length =3D=3D 0) return [];=0A= if (formula =3D=3D 'even') formula =3D '2n+0';=0A= if (formula =3D=3D 'odd') formula =3D '2n+1';=0A= var h =3D Selector.handlers, results =3D [], indexed =3D [], m;=0A= h.mark(nodes);=0A= for (var i =3D 0, node; node =3D nodes[i]; i++) {=0A= if (!node.parentNode._countedByPrototype) {=0A= h.index(node.parentNode, reverse, ofType);=0A= indexed.push(node.parentNode);=0A= }=0A= }=0A= if (formula.match(/^\d+$/)) { // just a number=0A= formula =3D Number(formula);=0A= for (var i =3D 0, node; node =3D nodes[i]; i++)=0A= if (node.nodeIndex =3D=3D formula) results.push(node);=0A= } else if (m =3D formula.match(/^(-?\d*)?n(([+-])(\d+))?/)) { // = an+b=0A= if (m[1] =3D=3D "-") m[1] =3D -1;=0A= var a =3D m[1] ? Number(m[1]) : 1;=0A= var b =3D m[2] ? Number(m[2]) : 0;=0A= var indices =3D Selector.pseudos.getIndices(a, b, nodes.length);=0A= for (var i =3D 0, node, l =3D indices.length; node =3D nodes[i]; = i++) {=0A= for (var j =3D 0; j < l; j++)=0A= if (node.nodeIndex =3D=3D indices[j]) results.push(node);=0A= }=0A= }=0A= h.unmark(nodes);=0A= h.unmark(indexed);=0A= return results;=0A= },=0A= =0A= 'empty': function(nodes, value, root) {=0A= for (var i =3D 0, results =3D [], node; node =3D nodes[i]; i++) {=0A= // IE treats comments as element nodes=0A= if (node.tagName =3D=3D '!' || (node.firstChild && = !node.innerHTML.match(/^\s*$/))) continue;=0A= results.push(node);=0A= }=0A= return results;=0A= },=0A= =0A= 'not': function(nodes, selector, root) {=0A= var h =3D Selector.handlers, selectorType, m;=0A= var exclusions =3D new Selector(selector).findElements(root);=0A= h.mark(exclusions);=0A= for (var i =3D 0, results =3D [], node; node =3D nodes[i]; i++)=0A= if (!node._countedByPrototype) results.push(node);=0A= h.unmark(exclusions);=0A= return results;=0A= },=0A= =0A= 'enabled': function(nodes, value, root) {=0A= for (var i =3D 0, results =3D [], node; node =3D nodes[i]; i++)=0A= if (!node.disabled) results.push(node);=0A= return results;=0A= },=0A= =0A= 'disabled': function(nodes, value, root) {=0A= for (var i =3D 0, results =3D [], node; node =3D nodes[i]; i++)=0A= if (node.disabled) results.push(node);=0A= return results;=0A= },=0A= =0A= 'checked': function(nodes, value, root) {=0A= for (var i =3D 0, results =3D [], node; node =3D nodes[i]; i++)=0A= if (node.checked) results.push(node);=0A= return results;=0A= }=0A= },=0A= =0A= operators: {=0A= '=3D': function(nv, v) { return nv =3D=3D v; },=0A= '!=3D': function(nv, v) { return nv !=3D v; },=0A= '^=3D': function(nv, v) { return nv.startsWith(v); },=0A= '$=3D': function(nv, v) { return nv.endsWith(v); },=0A= '*=3D': function(nv, v) { return nv.include(v); },=0A= '~=3D': function(nv, v) { return (' ' + nv + ' ').include(' ' + v + = ' '); },=0A= '|=3D': function(nv, v) { return ('-' + nv.toUpperCase() + = '-').include('-' + v.toUpperCase() + '-'); }=0A= },=0A= =0A= split: function(expression) {=0A= var expressions =3D [];=0A= expression.scan(/(([\w#:.~>+()\s-]+|\*|\[.*?\])+)\s*(,|$)/, = function(m) {=0A= expressions.push(m[1].strip());=0A= });=0A= return expressions;=0A= },=0A= =0A= matchElements: function(elements, expression) {=0A= var matches =3D $$(expression), h =3D Selector.handlers;=0A= h.mark(matches);=0A= for (var i =3D 0, results =3D [], element; element =3D elements[i]; = i++)=0A= if (element._countedByPrototype) results.push(element);=0A= h.unmark(matches);=0A= return results;=0A= },=0A= =0A= findElement: function(elements, expression, index) {=0A= if (Object.isNumber(expression)) {=0A= index =3D expression; expression =3D false;=0A= }=0A= return Selector.matchElements(elements, expression || '*')[index || = 0];=0A= },=0A= =0A= findChildElements: function(element, expressions) {=0A= expressions =3D Selector.split(expressions.join(','));=0A= var results =3D [], h =3D Selector.handlers;=0A= for (var i =3D 0, l =3D expressions.length, selector; i < l; i++) {=0A= selector =3D new Selector(expressions[i].strip());=0A= h.concat(results, selector.findElements(element));=0A= }=0A= return (l > 1) ? h.unique(results) : results;=0A= }=0A= });=0A= =0A= if (Prototype.Browser.IE) {=0A= Object.extend(Selector.handlers, {=0A= // IE returns comment nodes on getElementsByTagName("*").=0A= // Filter them out.=0A= concat: function(a, b) {=0A= for (var i =3D 0, node; node =3D b[i]; i++)=0A= if (node.tagName !=3D=3D "!") a.push(node);=0A= return a;=0A= },=0A= =0A= // IE improperly serializes _countedByPrototype in (inner|outer)HTML.=0A= unmark: function(nodes) {=0A= for (var i =3D 0, node; node =3D nodes[i]; i++)=0A= node.removeAttribute('_countedByPrototype');=0A= return nodes;=0A= }=0A= });=0A= }=0A= =0A= function $$() {=0A= return Selector.findChildElements(document, $A(arguments));=0A= }=0A= var Form =3D {=0A= reset: function(form) {=0A= $(form).reset();=0A= return form;=0A= },=0A= =0A= serializeElements: function(elements, options) {=0A= if (typeof options !=3D 'object') options =3D { hash: !!options };=0A= else if (Object.isUndefined(options.hash)) options.hash =3D true;=0A= var key, value, submitted =3D false, submit =3D options.submit;=0A= =0A= var data =3D elements.inject({ }, function(result, element) {=0A= if (!element.disabled && element.name) {=0A= key =3D element.name; value =3D $(element).getValue();=0A= if (value !=3D null && (element.type !=3D 'submit' || = (!submitted &&=0A= submit !=3D=3D false && (!submit || key =3D=3D submit) && = (submitted =3D true)))) {=0A= if (key in result) {=0A= // a key is already present; construct an array of values=0A= if (!Object.isArray(result[key])) result[key] =3D = [result[key]];=0A= result[key].push(value);=0A= }=0A= else result[key] =3D value;=0A= }=0A= }=0A= return result;=0A= });=0A= =0A= return options.hash ? data : Object.toQueryString(data);=0A= }=0A= };=0A= =0A= Form.Methods =3D {=0A= serialize: function(form, options) {=0A= return Form.serializeElements(Form.getElements(form), options);=0A= },=0A= =0A= getElements: function(form) {=0A= return $A($(form).getElementsByTagName('*')).inject([],=0A= function(elements, child) {=0A= if (Form.Element.Serializers[child.tagName.toLowerCase()])=0A= elements.push(Element.extend(child));=0A= return elements;=0A= }=0A= );=0A= },=0A= =0A= getInputs: function(form, typeName, name) {=0A= form =3D $(form);=0A= var inputs =3D form.getElementsByTagName('input');=0A= =0A= if (!typeName && !name) return $A(inputs).map(Element.extend);=0A= =0A= for (var i =3D 0, matchingInputs =3D [], length =3D inputs.length; i = < length; i++) {=0A= var input =3D inputs[i];=0A= if ((typeName && input.type !=3D typeName) || (name && input.name = !=3D name))=0A= continue;=0A= matchingInputs.push(Element.extend(input));=0A= }=0A= =0A= return matchingInputs;=0A= },=0A= =0A= disable: function(form) {=0A= form =3D $(form);=0A= Form.getElements(form).invoke('disable');=0A= return form;=0A= },=0A= =0A= enable: function(form) {=0A= form =3D $(form);=0A= Form.getElements(form).invoke('enable');=0A= return form;=0A= },=0A= =0A= findFirstElement: function(form) {=0A= var elements =3D $(form).getElements().findAll(function(element) {=0A= return 'hidden' !=3D element.type && !element.disabled;=0A= });=0A= var firstByIndex =3D elements.findAll(function(element) {=0A= return element.hasAttribute('tabIndex') && element.tabIndex >=3D 0;=0A= }).sortBy(function(element) { return element.tabIndex }).first();=0A= =0A= return firstByIndex ? firstByIndex : elements.find(function(element) = {=0A= return ['input', 'select', = 'textarea'].include(element.tagName.toLowerCase());=0A= });=0A= },=0A= =0A= focusFirstElement: function(form) {=0A= form =3D $(form);=0A= form.findFirstElement().activate();=0A= return form;=0A= },=0A= =0A= request: function(form, options) {=0A= form =3D $(form), options =3D Object.clone(options || { });=0A= =0A= var params =3D options.parameters, action =3D = form.readAttribute('action') || '';=0A= if (action.blank()) action =3D window.location.href;=0A= options.parameters =3D form.serialize(true);=0A= =0A= if (params) {=0A= if (Object.isString(params)) params =3D params.toQueryParams();=0A= Object.extend(options.parameters, params);=0A= }=0A= =0A= if (form.hasAttribute('method') && !options.method)=0A= options.method =3D form.method;=0A= =0A= return new Ajax.Request(action, options);=0A= }=0A= };=0A= =0A= /*-----------------------------------------------------------------------= ---*/=0A= =0A= Form.Element =3D {=0A= focus: function(element) {=0A= $(element).focus();=0A= return element;=0A= },=0A= =0A= select: function(element) {=0A= $(element).select();=0A= return element;=0A= }=0A= };=0A= =0A= Form.Element.Methods =3D {=0A= serialize: function(element) {=0A= element =3D $(element);=0A= if (!element.disabled && element.name) {=0A= var value =3D element.getValue();=0A= if (value !=3D undefined) {=0A= var pair =3D { };=0A= pair[element.name] =3D value;=0A= return Object.toQueryString(pair);=0A= }=0A= }=0A= return '';=0A= },=0A= =0A= getValue: function(element) {=0A= element =3D $(element);=0A= var method =3D element.tagName.toLowerCase();=0A= return Form.Element.Serializers[method](element);=0A= },=0A= =0A= setValue: function(element, value) {=0A= element =3D $(element);=0A= var method =3D element.tagName.toLowerCase();=0A= Form.Element.Serializers[method](element, value);=0A= return element;=0A= },=0A= =0A= clear: function(element) {=0A= $(element).value =3D '';=0A= return element;=0A= },=0A= =0A= present: function(element) {=0A= return $(element).value !=3D '';=0A= },=0A= =0A= activate: function(element) {=0A= element =3D $(element);=0A= try {=0A= element.focus();=0A= if (element.select && (element.tagName.toLowerCase() !=3D 'input' = ||=0A= !['button', 'reset', 'submit'].include(element.type)))=0A= element.select();=0A= } catch (e) { }=0A= return element;=0A= },=0A= =0A= disable: function(element) {=0A= element =3D $(element);=0A= element.blur();=0A= element.disabled =3D true;=0A= return element;=0A= },=0A= =0A= enable: function(element) {=0A= element =3D $(element);=0A= element.disabled =3D false;=0A= return element;=0A= }=0A= };=0A= =0A= /*-----------------------------------------------------------------------= ---*/=0A= =0A= var Field =3D Form.Element;=0A= var $F =3D Form.Element.Methods.getValue;=0A= =0A= /*-----------------------------------------------------------------------= ---*/=0A= =0A= Form.Element.Serializers =3D {=0A= input: function(element, value) {=0A= switch (element.type.toLowerCase()) {=0A= case 'checkbox':=0A= case 'radio':=0A= return Form.Element.Serializers.inputSelector(element, value);=0A= default:=0A= return Form.Element.Serializers.textarea(element, value);=0A= }=0A= },=0A= =0A= inputSelector: function(element, value) {=0A= if (Object.isUndefined(value)) return element.checked ? = element.value : null;=0A= else element.checked =3D !!value;=0A= },=0A= =0A= textarea: function(element, value) {=0A= if (Object.isUndefined(value)) return element.value;=0A= else element.value =3D value;=0A= },=0A= =0A= select: function(element, index) {=0A= if (Object.isUndefined(index))=0A= return this[element.type =3D=3D 'select-one' ?=0A= 'selectOne' : 'selectMany'](element);=0A= else {=0A= var opt, value, single =3D !Object.isArray(index);=0A= for (var i =3D 0, length =3D element.length; i < length; i++) {=0A= opt =3D element.options[i];=0A= value =3D this.optionValue(opt);=0A= if (single) {=0A= if (value =3D=3D index) {=0A= opt.selected =3D true;=0A= return;=0A= }=0A= }=0A= else opt.selected =3D index.include(value);=0A= }=0A= }=0A= },=0A= =0A= selectOne: function(element) {=0A= var index =3D element.selectedIndex;=0A= return index >=3D 0 ? this.optionValue(element.options[index]) : = null;=0A= },=0A= =0A= selectMany: function(element) {=0A= var values, length =3D element.length;=0A= if (!length) return null;=0A= =0A= for (var i =3D 0, values =3D []; i < length; i++) {=0A= var opt =3D element.options[i];=0A= if (opt.selected) values.push(this.optionValue(opt));=0A= }=0A= return values;=0A= },=0A= =0A= optionValue: function(opt) {=0A= // extend element because hasAttribute may not be native=0A= return Element.extend(opt).hasAttribute('value') ? opt.value : = opt.text;=0A= }=0A= };=0A= =0A= /*-----------------------------------------------------------------------= ---*/=0A= =0A= Abstract.TimedObserver =3D Class.create(PeriodicalExecuter, {=0A= initialize: function($super, element, frequency, callback) {=0A= $super(callback, frequency);=0A= this.element =3D $(element);=0A= this.lastValue =3D this.getValue();=0A= },=0A= =0A= execute: function() {=0A= var value =3D this.getValue();=0A= if (Object.isString(this.lastValue) && Object.isString(value) ?=0A= this.lastValue !=3D value : String(this.lastValue) !=3D = String(value)) {=0A= this.callback(this.element, value);=0A= this.lastValue =3D value;=0A= }=0A= }=0A= });=0A= =0A= Form.Element.Observer =3D Class.create(Abstract.TimedObserver, {=0A= getValue: function() {=0A= return Form.Element.getValue(this.element);=0A= }=0A= });=0A= =0A= Form.Observer =3D Class.create(Abstract.TimedObserver, {=0A= getValue: function() {=0A= return Form.serialize(this.element);=0A= }=0A= });=0A= =0A= /*-----------------------------------------------------------------------= ---*/=0A= =0A= Abstract.EventObserver =3D Class.create({=0A= initialize: function(element, callback) {=0A= this.element =3D $(element);=0A= this.callback =3D callback;=0A= =0A= this.lastValue =3D this.getValue();=0A= if (this.element.tagName.toLowerCase() =3D=3D 'form')=0A= this.registerFormCallbacks();=0A= else=0A= this.registerCallback(this.element);=0A= },=0A= =0A= onElementEvent: function() {=0A= var value =3D this.getValue();=0A= if (this.lastValue !=3D value) {=0A= this.callback(this.element, value);=0A= this.lastValue =3D value;=0A= }=0A= },=0A= =0A= registerFormCallbacks: function() {=0A= Form.getElements(this.element).each(this.registerCallback, this);=0A= },=0A= =0A= registerCallback: function(element) {=0A= if (element.type) {=0A= switch (element.type.toLowerCase()) {=0A= case 'checkbox':=0A= case 'radio':=0A= Event.observe(element, 'click', = this.onElementEvent.bind(this));=0A= break;=0A= default:=0A= Event.observe(element, 'change', = this.onElementEvent.bind(this));=0A= break;=0A= }=0A= }=0A= }=0A= });=0A= =0A= Form.Element.EventObserver =3D Class.create(Abstract.EventObserver, {=0A= getValue: function() {=0A= return Form.Element.getValue(this.element);=0A= }=0A= });=0A= =0A= Form.EventObserver =3D Class.create(Abstract.EventObserver, {=0A= getValue: function() {=0A= return Form.serialize(this.element);=0A= }=0A= });=0A= if (!window.Event) var Event =3D { };=0A= =0A= Object.extend(Event, {=0A= KEY_BACKSPACE: 8,=0A= KEY_TAB: 9,=0A= KEY_RETURN: 13,=0A= KEY_ESC: 27,=0A= KEY_LEFT: 37,=0A= KEY_UP: 38,=0A= KEY_RIGHT: 39,=0A= KEY_DOWN: 40,=0A= KEY_DELETE: 46,=0A= KEY_HOME: 36,=0A= KEY_END: 35,=0A= KEY_PAGEUP: 33,=0A= KEY_PAGEDOWN: 34,=0A= KEY_INSERT: 45,=0A= =0A= cache: { },=0A= =0A= relatedTarget: function(event) {=0A= var element;=0A= switch(event.type) {=0A= case 'mouseover': element =3D event.fromElement; break;=0A= case 'mouseout': element =3D event.toElement; break;=0A= default: return null;=0A= }=0A= return Element.extend(element);=0A= }=0A= });=0A= =0A= Event.Methods =3D (function() {=0A= var isButton;=0A= =0A= if (Prototype.Browser.IE) {=0A= var buttonMap =3D { 0: 1, 1: 4, 2: 2 };=0A= isButton =3D function(event, code) {=0A= return event.button =3D=3D buttonMap[code];=0A= };=0A= =0A= } else if (Prototype.Browser.WebKit) {=0A= isButton =3D function(event, code) {=0A= switch (code) {=0A= case 0: return event.which =3D=3D 1 && !event.metaKey;=0A= case 1: return event.which =3D=3D 1 && event.metaKey;=0A= default: return false;=0A= }=0A= };=0A= =0A= } else {=0A= isButton =3D function(event, code) {=0A= return event.which ? (event.which =3D=3D=3D code + 1) : = (event.button =3D=3D=3D code);=0A= };=0A= }=0A= =0A= return {=0A= isLeftClick: function(event) { return isButton(event, 0) },=0A= isMiddleClick: function(event) { return isButton(event, 1) },=0A= isRightClick: function(event) { return isButton(event, 2) },=0A= =0A= element: function(event) {=0A= var node =3D Event.extend(event).target;=0A= return Element.extend(node.nodeType =3D=3D Node.TEXT_NODE ? = node.parentNode : node);=0A= },=0A= =0A= findElement: function(event, expression) {=0A= var element =3D Event.element(event);=0A= if (!expression) return element;=0A= var elements =3D [element].concat(element.ancestors());=0A= return Selector.findElement(elements, expression, 0);=0A= },=0A= =0A= pointer: function(event) {=0A= return {=0A= x: event.pageX || (event.clientX +=0A= (document.documentElement.scrollLeft || = document.body.scrollLeft)),=0A= y: event.pageY || (event.clientY +=0A= (document.documentElement.scrollTop || = document.body.scrollTop))=0A= };=0A= },=0A= =0A= pointerX: function(event) { return Event.pointer(event).x },=0A= pointerY: function(event) { return Event.pointer(event).y },=0A= =0A= stop: function(event) {=0A= Event.extend(event);=0A= event.preventDefault();=0A= event.stopPropagation();=0A= event.stopped =3D true;=0A= }=0A= };=0A= })();=0A= =0A= Event.extend =3D (function() {=0A= var methods =3D Object.keys(Event.Methods).inject({ }, function(m, = name) {=0A= m[name] =3D Event.Methods[name].methodize();=0A= return m;=0A= });=0A= =0A= if (Prototype.Browser.IE) {=0A= Object.extend(methods, {=0A= stopPropagation: function() { this.cancelBubble =3D true },=0A= preventDefault: function() { this.returnValue =3D false },=0A= inspect: function() { return "[object Event]" }=0A= });=0A= =0A= return function(event) {=0A= if (!event) return false;=0A= if (event._extendedByPrototype) return event;=0A= =0A= event._extendedByPrototype =3D Prototype.emptyFunction;=0A= var pointer =3D Event.pointer(event);=0A= Object.extend(event, {=0A= target: event.srcElement,=0A= relatedTarget: Event.relatedTarget(event),=0A= pageX: pointer.x,=0A= pageY: pointer.y=0A= });=0A= return Object.extend(event, methods);=0A= };=0A= =0A= } else {=0A= Event.prototype =3D Event.prototype || = document.createEvent("HTMLEvents").__proto__;=0A= Object.extend(Event.prototype, methods);=0A= return Prototype.K;=0A= }=0A= })();=0A= =0A= Object.extend(Event, (function() {=0A= var cache =3D Event.cache;=0A= =0A= function getEventID(element) {=0A= if (element._prototypeEventID) return element._prototypeEventID[0];=0A= arguments.callee.id =3D arguments.callee.id || 1;=0A= return element._prototypeEventID =3D [++arguments.callee.id];=0A= }=0A= =0A= function getDOMEventName(eventName) {=0A= if (eventName && eventName.include(':')) return "dataavailable";=0A= return eventName;=0A= }=0A= =0A= function getCacheForID(id) {=0A= return cache[id] =3D cache[id] || { };=0A= }=0A= =0A= function getWrappersForEventName(id, eventName) {=0A= var c =3D getCacheForID(id);=0A= return c[eventName] =3D c[eventName] || [];=0A= }=0A= =0A= function createWrapper(element, eventName, handler) {=0A= var id =3D getEventID(element);=0A= var c =3D getWrappersForEventName(id, eventName);=0A= if (c.pluck("handler").include(handler)) return false;=0A= =0A= var wrapper =3D function(event) {=0A= if (!Event || !Event.extend ||=0A= (event.eventName && event.eventName !=3D eventName))=0A= return false;=0A= =0A= Event.extend(event);=0A= handler.call(element, event);=0A= };=0A= =0A= wrapper.handler =3D handler;=0A= c.push(wrapper);=0A= return wrapper;=0A= }=0A= =0A= function findWrapper(id, eventName, handler) {=0A= var c =3D getWrappersForEventName(id, eventName);=0A= return c.find(function(wrapper) { return wrapper.handler =3D=3D = handler });=0A= }=0A= =0A= function destroyWrapper(id, eventName, handler) {=0A= var c =3D getCacheForID(id);=0A= if (!c[eventName]) return false;=0A= c[eventName] =3D c[eventName].without(findWrapper(id, eventName, = handler));=0A= }=0A= =0A= function destroyCache() {=0A= for (var id in cache)=0A= for (var eventName in cache[id])=0A= cache[id][eventName] =3D null;=0A= }=0A= =0A= if (window.attachEvent) {=0A= window.attachEvent("onunload", destroyCache);=0A= }=0A= =0A= return {=0A= observe: function(element, eventName, handler) {=0A= element =3D $(element);=0A= var name =3D getDOMEventName(eventName);=0A= =0A= var wrapper =3D createWrapper(element, eventName, handler);=0A= if (!wrapper) return element;=0A= =0A= if (element.addEventListener) {=0A= element.addEventListener(name, wrapper, false);=0A= } else {=0A= element.attachEvent("on" + name, wrapper);=0A= }=0A= =0A= return element;=0A= },=0A= =0A= stopObserving: function(element, eventName, handler) {=0A= element =3D $(element);=0A= var id =3D getEventID(element), name =3D = getDOMEventName(eventName);=0A= =0A= if (!handler && eventName) {=0A= getWrappersForEventName(id, eventName).each(function(wrapper) {=0A= element.stopObserving(eventName, wrapper.handler);=0A= });=0A= return element;=0A= =0A= } else if (!eventName) {=0A= Object.keys(getCacheForID(id)).each(function(eventName) {=0A= element.stopObserving(eventName);=0A= });=0A= return element;=0A= }=0A= =0A= var wrapper =3D findWrapper(id, eventName, handler);=0A= if (!wrapper) return element;=0A= =0A= if (element.removeEventListener) {=0A= element.removeEventListener(name, wrapper, false);=0A= } else {=0A= element.detachEvent("on" + name, wrapper);=0A= }=0A= =0A= destroyWrapper(id, eventName, handler);=0A= =0A= return element;=0A= },=0A= =0A= fire: function(element, eventName, memo) {=0A= element =3D $(element);=0A= if (element =3D=3D document && document.createEvent && = !element.dispatchEvent)=0A= element =3D document.documentElement;=0A= =0A= var event;=0A= if (document.createEvent) {=0A= event =3D document.createEvent("HTMLEvents");=0A= event.initEvent("dataavailable", true, true);=0A= } else {=0A= event =3D document.createEventObject();=0A= event.eventType =3D "ondataavailable";=0A= }=0A= =0A= event.eventName =3D eventName;=0A= event.memo =3D memo || { };=0A= =0A= if (document.createEvent) {=0A= element.dispatchEvent(event);=0A= } else {=0A= element.fireEvent(event.eventType, event);=0A= }=0A= =0A= return Event.extend(event);=0A= }=0A= };=0A= })());=0A= =0A= Object.extend(Event, Event.Methods);=0A= =0A= Element.addMethods({=0A= fire: Event.fire,=0A= observe: Event.observe,=0A= stopObserving: Event.stopObserving=0A= });=0A= =0A= Object.extend(document, {=0A= fire: Element.Methods.fire.methodize(),=0A= observe: Element.Methods.observe.methodize(),=0A= stopObserving: Element.Methods.stopObserving.methodize(),=0A= loaded: false=0A= });=0A= =0A= (function() {=0A= /* Support for the DOMContentLoaded event is based on work by Dan Webb,=0A= Matthias Miller, Dean Edwards and John Resig. */=0A= =0A= var timer;=0A= =0A= function fireContentLoadedEvent() {=0A= if (document.loaded) return;=0A= if (timer) window.clearInterval(timer);=0A= document.fire("dom:loaded");=0A= document.loaded =3D true;=0A= }=0A= =0A= if (document.addEventListener) {=0A= if (Prototype.Browser.WebKit) {=0A= timer =3D window.setInterval(function() {=0A= if (/loaded|complete/.test(document.readyState))=0A= fireContentLoadedEvent();=0A= }, 0);=0A= =0A= Event.observe(window, "load", fireContentLoadedEvent);=0A= =0A= } else {=0A= document.addEventListener("DOMContentLoaded",=0A= fireContentLoadedEvent, false);=0A= }=0A= =0A= } else {=0A= document.write("