From: "Saved by Windows Internet Explorer 7" Subject: Amarinth appoints new agent in Oman: News from Amarinth Date: Mon, 12 Jan 2009 10:39:00 -0000 MIME-Version: 1.0 Content-Type: multipart/related; type="text/html"; boundary="----=_NextPart_000_01A7_01C974A1.FB27B550" X-MimeOLE: Produced By Microsoft MimeOLE V6.0.6001.18049 This is a multi-part message in MIME format. ------=_NextPart_000_01A7_01C974A1.FB27B550 Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.processingtalk.com/news/amn/amn114.html Amarinth appoints = new agent in Oman: News from Amarinth
= =20 =
=20
  • Homepage=20
  • News = from=20 specific industry sectors
  • Oil,= Gas,=20 Petrochemical Industry News
  • Amarinth =
=20

Amarinth appoints new agent in Oman

Edited by the Processingtalk editorial team = Oct=20 28, 2008

Amarinth has appointed Al Ansari Trading = Enterprise LLC=20 as its agent in the Sultanate of Oman.

Chris Ryan, export manager for Amarinth, said: 'Appointing Al Ansari = as our=20 agent for Oman will greatly increase our share of the considerable API = 610 oil=20 and gas pump market in the Sultanate.

'Next year we are looking to secure agents in Saudi Arabia and Kuwait = and are=20 already in discussions with potential partners for these strategically = important=20 countries.' Oliver Brigginshaw, managing director of Amarinth, said: 'An = early=20 indication of the potential for our partnership is demonstrated by the = fact that=20 we have already won an order for our T Series Vertical Sump pump from = one of the=20 most respected contractors in the region.'.

3D"Send Send=20 to a friend
3D"Print Print this = page
3D"Bookmark Bookmark=20 this page

Back = to top=20 3D"Back

Contact Amarinth

3D"Contact

Company = profile and=20 news

Related Stories

3D"Contact

 

3D"Newsletter=20

Request your free weekly copy of the Processingtalk = email=20 newsletter ...

Sign up=20 now

=20

Categories

  • Plant= =20 Instrumentation (5,478)=20
  • Proce= ss=20 Control and Management (2,525)=20
  • Commu= nications=20 and HMI (2,535)=20
  • Proce= ss=20 Plant and Equipment (6,164)=20
  • Proce= ssing=20 Industry Events and Services (3,198)=20
  • News = from=20 specific industry sectors (2,263)=20
  • ENVIR= O-Talk=20 - Environment + Pollution (550)=20
  • FLOWt= alk -=20 Flow Measurement (753)=20
  • WATER= -Talk -=20 Water Industry News (1,211)

Search by company

  • A=20
  • B=20
  • C=20
  • D=20
  • E=20
  • F=20
  • G=20
  • H=20
  • I=20
  • J=20
  • K=20
  • L=20
  • M=20
  • N=20
  • O=20
  • P=20
  • Q=20
  • R=20
  • S=20
  • T=20
  • U=20
  • V=20
  • W=20
  • X=20
  • Y=20
  • Z=20

Copyright =A9 2000-2008 Pro-Talk Ltd. All rights = reserved.

Other sites in our network

3D"A=20

A Pro-talk publication

------=_NextPart_000_01A7_01C974A1.FB27B550 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.processingtalk.com/topimages/new02.gif R0lGODlh2AJaAPcAAP///5fc69j5/Y6TlEhSU7rW212itV2qu9Tb3gCt71WCjmtzdBklJ5fL2Iu6 yBIXGFmSo6nn9sjm61WFk4jZ7AAAAKbT3Qoeh8fa3ovE07fr9rW3uXW5y2GuwyY0N8fu9sze4nfH 2nfU6lB5hjdER7bJza3JzmzF2+309sXIyaWnqabb5iMmJ5ekp1HI9aa2urvk7GiXpajO1mOyx+Pt 71mKmrzd48zz+vb7+wwTFTM4OF2muXedqFuesmW2y2Grvmm91Gq6zyq787bP1CxImnaruN3r7nqE hlZkZne+0qe9xNbn62KKlYijqPP19VmOnjtTWO3u7nPO41markdjakZbYJ3i8uPl5YPC0omdoElq c5q2vZzS31mGldPi5W3N4wcLC1merlmaqmOktTdLUFSLm+fv8qjh7k1wrVtzeSw7P+L+/wQICXuU mdbx9Rq284fZ92qFimqks4ertWqwxFlrcGt8f3mjrpbf+Gytvfv//8fQ0prDze38/ktxfHrW9mPO 94HM3uXz9dzh4lmWqPv7+1mOouL3/Y3N3Gq2y5etsBMdHy1CRfP3+2aSn2W4zyAtL3eMkTtlcFSS o4ezv6qvsFmKlozCzzpaYUyIl2N3sPv7/9vn62GmuoPR4+73+9Lr8F6erjrB812uwmSesAmw73WG unmwv2uUwl6aqmiEuQgOEEJfpb/w+naoyF2arhGy8FWKlgGu81mKnlmOmnDT54qewwuy8+bq61qS nliBuQAEBFWaq12KmZDI127S92ygrQ+o54PH21+Pn3Wu1l+OmleXwk+KtC9KT0uDq//7+32Suvf3 92qlu1WWp5rL5GWo0UuAj2+nto/S4TxUnvv7916Fp/v/+4TH16fC3gQEBL6+v9HR0hip4p6goAwM DOfn5+/v87vJ3ywsLLvBwsPDw12WpnKJr0K45gQIBBkeHt/f3+/z87GwsPPz7xwcHE+Poff79wOh 4///+wwQEF1gYOPj3yAgIK7u/CovLzAwMBAQEAgIBOvr5z4/QI673SH/C05FVFNDQVBFMi4wAwEA AAAh+QQEkAEAACwAAAAA2AJaAAAI/wCxJEkiIgI+CknoyJGTh0MSDnTy0JmYZ+FCiRMzatzIMU8z jBwjfqxIipTFPB7zPKTDIVEiljBBUpRTsmQMUjcZUgzJs6fPnyRjOBp6U+bPo0iTKl3KtKnTp1Cj SnUJsaXDgVizYs2QBBsWbEky+Prqq6zZs2jTlm3ApUEDC2wtyJ1Lty7dAhbwFtiLwYYNDIAD9/Vr Q4Lhw4gRL5GwpLHjx485SaZBuTINM5gzY0bhpJHnzzhChy5EWg+A06hTq17NurXr17Bjy55Nu7bt 26yTBAkihYIVEUF+hJmyw0eHHz8OKD/QafiUMDuWS59OfbmB59Grd+qxo7kYCITEPP8PE+aAjxkz OqQ/gBw5de8QnsifLyb6DgPROzHfr7///vf8BejfgP8ZIIYhNSSY4BPECegggQRWJ+GEFFZo4YUY Zqjhhhx26GF1MyT3Q3o/GDeDNHTMcJ4PQSQSxCOJ6LZbEAMFIdBAAuWYwY489ujjj3z44pYMbAkp gwxcWMBFkks2eVdeekG515RUEmYlDFhimZhikHW5hBGcGGHZmJeZgcKZn3zmmWijFaLHm7jFKeec dNZp55wyAgFEEkD4cMBwxfkwYnLKNTcFdtrpV+EOiGpH3g5hQFDDE4aIN4UBJfqg6SOCqjjodN49 Ed+oTxBy3w6n4qdqqqxOx+qqsL7/ugN3PiTSwxO0KPiEOQ3G6qusq34o7LDEFmvsscgiF6J6KKKX R3oqdpDIHBw8UgQHuzmALY265ZgEFt5i8eO4PvpyCZENCCmkWxYcyYW7TNY1hFxUSlnllIRhCYIE MOzL77+IeSGBF146BubBZGp25plqsolDaXDeKfHEFFdssWq6GVfiIx30cGhxQRxHKHPOQfeeAdxV eJ0Bir4XnsdP1BAfIYf2MEPIHZynXrQjLxfqfPOZ2t0B3aFadCdHH01d0qgijXTTTHMXiCc/iEFI zAvWRzTUUD/NdNItIyt2dSOqZza0HRxbdogSlj32dGsbl+x6y5GYHh3qFYH3DHrX/9pSENtqSyMH DnEgkLaHXyIuuT2mm+6OQbLVpLtHuvWuku0iaddeeVkwBJWg21CADVnCwG+/EvirGMEEF9zYwWEm nNnCKIDGJmlumnbx7rz37ntuISun6Z/i7ZBzp2mTfCh0nTTf/H0GmDzhdlOkrJ140ct3damH+vBI cpoer16nn4ZK6szZdfLrr66uD+yp0e35w3VYT6q1+u+7j1+Giob9doXQYpH3BhiEAWpKUz2z0IgO uCkDum2BAjxgAocFwRbthoGC+tACC8hA9bRHY3RIRM5ckgcXUQsIuwncVWz0LcNhwXDfYpzkmjQ5 Gi5JLpe7IbxkgLl5eY5e9gIdvv9KZ7rDkC51qhvYwFwHmTDFrjKaMdPCbCcaiOnud1jMohbxVEAR ze9QxLlZATk1KOdUrwdoRONw1sgd5z0PZc5hmYOY0wOWhUFUEJjZoX4wqx38IGcvAmTOBhkiA8QH aNrLDtG8ZjToNTI/zFEfyxrJHUdW0gCYxCR35hcGQhiifk+oj6oymUlGPvKRwYJQJPe3P1A96JX+ u9CIYLQbPnFLKzIqYPIopCJNzaiWWfnbAWdUo90kQm7CquBuwAUurFwQmRlSUYy0spsOHGdZZRuf ikIIOBedwkVBoAQluAXDFzpAIBlo5uJ2NEMb0lBJSaJLPDPHQ8rxsC54+ZwQ8UX/Oi0JbEuG8ZcX Bto6JhqMTGWa3RQb4TArbvGhEI2oa6QAhO/Zx4wgC4KKQiYojD7SjM9JI3nIM4Xv0OySmDwV0VIW BkOYg1KECAPKGAUe6LCogLoMX/h2kMf62U+R1smfrIZ6SVShVJOYLKlPf4oqUmpSqKsymv6a9jSi FQp/U42Vhkq0zHRiIwTCIFeOdDmhES3zW+BK57heuMy0plNcAskge8raNjHayK07gms6MzZBuCHH lzrq0Y10eUxCFiERjwhCCX9JOIFg6yGISwLiwlWud8oTnxawQRDncqQjycWzeKFXlPbZzyIapqBL +GfAlIhaJoppTFHcDMMYWkWH/0r0trjVogj69IM6egyMGd1UzoSzPEjqB1XDwY/RfFtS8GBPkspF 1QGiF507ao8426FfKDvhvRmp6BHo0egMDOBJBS3IANUpWh+VW8n2NtWo75VpJiGFskz6FmVi8Cn3 7lNHUvbRkk3FT1GV6zWnNZJ90T2lgh+ZIa7iNRDTCIAnsME4GQmqPR9kUVjUyjge4ajCuowWiZQl PrQF8K7rzEAgEOGLH/G1PSYe36ZsxGEXEzOXLbqRC9UJV3ViS1yXuERea8zOGyZpL6LTC+dKCwPC dI6zc8nnlDy3T34esbWgAIVjWHfa1Ho5MpE52GthG9szdaahubtibtfM5oqF4P9FxAXjx26qUQmW DL6rqmN/CIyqKVwXpazq459EJR+teSy/hDDADDh20+4a54A8Ne95KfQ07uAHf47E5HYC7LE1judR Av6vn83LvTqGob8p/S973/tfqMLPwEgbsKu1Or26dVXFSwqArrkQAF77mgstbmaLjqkpl8woxQ2Y MFt63aRg70hINgw2Fiw4owOC05i/pDaNi5zrJk2jxW/lYK1m5CI635rbwM4rM2MY2BQP2Uc97jA7 fXHDFVhgBURkMhFLJ7ofArHKowt4vojImCVkWcsHd8wSDQoKIzhcTE+UXZlrR9s2pbnNGM94nSj6 vR5YCrh01pSnzEhST6/x1FL/vc9wrkYzlmla092h7qAJrbVOxkcM3H0ReFmkIvTs3ABLnRR6JYTV VKdUk/1d76VMXV+ZylSSvr1PfiUdyvmiWsD+vfqsjv5fWKvXVy6fZNfU+zWnEV2lB0iEW6cRTytY IQJuj7sVVtBrcDNTIG39cAbYzmxe0/3vvX6c5AIwd2aDG63MvDHi756VxfFd15Cn+67trpXE0+ju 3O615tO9Vnnz6HHjaqc7b2iDM2RJA/sunWGIqGTSCjz1BBfYB0DxATdQxg1uMIKWv9wlTiwhTA9/ 4pgpo9DYSrERZ27Tm9Ss8eY7Pza7FRSk5DyFDmSbg3F2OvVNaimaPae5hABP//VYHVWWxqzQ3fEk y0H2hS88IrEE5OAOrkb1oUuIaaTkjm+hQ57oDafT3/d/syJTPQAdjLJUoTQr3NF/AHhyJldy9VVH QnVf+IFySYdGr2Jp7zNd6VOAlXQANyMuK8Zr09AAK2B6ZwB5ARBhfQdvbrVODRAAkieDKgh5XDAN iBAIXCB5LGh4RPZWetV5ixMIy6Zr00AJpzAHvqBrdMcFgUBherVOePV5SuJ2hEeDbaEuRdI4WtgW TSJ6gmdko4dDmRUBqLdvALNvH3A6TTZlozNwsKd6h9EYtZd7WmYEuad7vfd7wGcEhyAIh0ADwwdF soUCUnQmh1g7yYc7y/d8jv/4iKyxWyIzfWBkV7/UUcUzA1uDXFMQHmDkiYdySOaAPcwBP00jc3ck Mwl4ADNjCDHVCR2gJ9dXbYaEgIr2A7EEKvkXgMvzf6fmdNETPWDkHP1VgFNHaoRgaiTlgcD4i8Ho jCNFHmgER5Bych6Dar8VjcRYcks3HhE4U5s2XZGSaPjjAxuGCLzmAFTgAR6gBu6oBu3IjlrQBBFm AS0GeqGnaw0wB0WghFigBfDoAZhwCiuYa9MQA5gAjwO5a4jATisGbjuyYp6Qg9iwYoHAI8KADSw4 DdIwAoyQDx4AksjQCxnAbA1wkRFZkdiQLr5AhMmWgyzIBZRQBJTQAFbQd7//RkNs52vMhkNJgpNO EpTzdG/2hm9NpghpQAJqUAdbIAMvoAhKUABD0AZKqQZpsAX7Jjp+EYcElxhelmWcUAl2QAI6UAdK sASCaAS/93Bp6XCUcQhwKQhQlFAoIAi0c5cL4wSKWFuNCIl+CYm79QgnIAUzEAYfdwAngEIzwjGQ IgZicABkRCiUyGcS2InaYzLKFSyCloro1wkzAwHmAAH1kTMbdX0+MH+2aBy52D6ZBFLP6H/cCIwe Zym/iEZTICm6IgYocyjPOFIBGJsktXTBWIBwNJzGOZuOiT3AuHUnF4z5F3YVCJrY1R0/wAE7kiSX gAzfsA8PsA/eyZ3c2Z0M/xAKm7d50NZtvEYJUMAAi6AOjAAFD/AN3QkGmIANgDcMDACe36AGlNB3 zLZ5nrCT5dkkvYYIfOcAmLAID/AOZFAFVcAC3MkIwBBhBJpru3ahvKaCWIAJ99CeJFAEF7oCcRei V0h3VnAGJoqiZ3CTNiSDZxABMHAGZ1B6MZolMAoDd+ABD9CdOeABkHAPQKoGVcAA9NCdq0AGMvAB XJkla6glSzB7dHhws3dwoNAC+rCjOdCjW+AGoIB7tpd7NBCIYSoIgoAZckmXiYiXU+QEnUFxfBkx fxmnzbdbUkB4IeBxlfgFQJCYu/EIB3BoELADiWU2yfFbaDc0ByiaJhNzk/+kH9TVCaP2U6xYKodk Kr00iwXUAwhSf9C0KJpEfSbHm8l1Z5FSKtjjAyegUTtQA5ZQAxNQA2JAct93KaNKq7YqjLvpaUmV q7xomId0mQHIXJdSgfKVdX70p44JHfszAxumazEACfVgAgBnBw/gBzapgjxpg4SHCFCwCoxQBVBA D9rwDU1gAyZwD/RAkDI4DVrwAHYwBENQBQ9gDhl6kzWYa/Zag7pmBTyZAVCQA4wQCUNgRFsgr+oQ A/p6hfs6g5B3k2nwAN8Kn1XQACl4ojJqhYQXARqrsTIqoxvbsRrbaxbwojAKoxpwskSEehpgA9R6 BFJZB0VKBgTgAWCgDWD/0ALmmg/a0AQf0LNsyKSzJwG0JwEfcAOzV7RGS3t4CApCy6Vx4K5SiQQP EAlGIAhcmnsC4KVjagZ/aAaXQaZ2+QloUqabIbYLkyaNoIhr8jAXJ6dum3Ei8AUi0AqtgA14eigz oKd6mpjS56s7sBszMIBwZICt4nGXGR2ZqVJ95JmTwqpPwDI3R3+iAovmdom3ImlCh0AY4kggRX2z ClKRsiAJeAKekCJApys0k5ygujw1U1LDyLqg6n+eC0bHWANdAAHPMZwkV5xOZVRAIAXBkVxmp3bX yQXPagdusAbKKwDMKwBrIABZ8A4jUBZ3UAyWwAOUgAh1xwHAkL0OwAQP/8APivABQ8ACFUAPJtAH bgAJFaAFw8ADl8AHWrAIWcC8deCuSei9w1AD8KuC04AFw0AL8HsJdCANl0ChujYCEKsEydu8z2sD CkwGpDAHp7CEN4kFdNAElLCDDXAKbVAMMdCfDQAJ4vsBNgAJ9EAJbscFdxAJjgC/J7gCDcABc8AH DXAHQzEH9+YAbeAIpzCyMXqCEXAGfOAAW8AH99YAW6AIimACMFAAl6AIUtsEz2sH9KAGJiABimC+ /JC+bqADFVAPA9ACTqykWNKkBfCUSmADa5jGlbDGNqAElfACe2ACc9AGZIwB1JoFVfwARwAKXqAE TTAAL4ABJfACSoABnP+wB4i8B4NgBkYwBI0MCmUKAuTAxBuAAGbwCWJ7Zp/RGbRlW287yrklAoN5 shzgunirt7LYRYY5mmEwAloABWSgBX5QBomWYMg1dTFlH5Jkdp0QCqiCm7I8ArD6mbnpR5V7QZdb f9Z0Ic2jab81u4fimJ5buwnYCWPAK7g5KeHxBAqgABPgfbNLCPAQzgqAu9RMq50rZ/ilX7oJgCVF m9S1fyxTRydAARSABWMQq9ZjnTvirJCwAKAgAAXQAgOQ0AOQBTxABepgB2mgBgygDurAAAyADI5A CVUACQwACR+pDmyAvmsACvlwvkqwBh9gvg9Q0YxQB1qgDmlgAiZABmz/8A4c7dEeQNHu2QsRdgrr SNEMwAgeYNGQoAU2uQJcgAz0UL8CoARxkAZ2sKVrsAJkkAMWzQBkAKKOINEsAAm1zAgMcA8VDQlV ALPfYALPC8bI4ACOAAUs8A4VrQZaQAlxINEdzQiQsAiLwALg+qMVTQI8sAIaCwMREAcewAJdXdZq gNgsQAZzoAWQwAIPAAZxINMEAAYkAANrMAQl3cUoDcYPcA8sQAJ1kKRn/AFUidiQAAVKkAWLzQLj QAVVkA+ITQJDDaT5gAQLwAIxbQIEsApH0AIEkA9hPdqH7dV14A9drQ91sAcDoAMskA9lWQJNQAY6 cN3+UA9HsAcokCah/6EmFSfKpDzeEAUczBoCnfBxU5C3QLC3KPQ9zqEAmKAFdpAF3uANA2AHVUAF T3AqZTABExBK+VUqmPlelwbOAf4EXYAJ+00FUDACQENqxLHMmRp0jwstn6IdfCaqnjsB4TzOcvYd udIF3myYCELi5oUgDO7SWmAI7SwGWuABjEAFWqAFT9DOvSiMszsctWs/09xcrsi6/xc9+mc8MdIM 4MFePdAQGSA5z5oGHyAALaADC/oOVq6gDCDZi6AG9VAHVIDC6qAGD+ABZEACD7AI9SDbQ7AGN4AE DPAAJ03SaF4PZKCgHpADVpkGHsAGD6AGJMAIfV4PdK7XCjAHJAAGHv8g6GSwo36u10Vwkw7A0Wht A/6wCqtADyzQBAJwA2nAAGpABoDOCFsNsX+eA2AABjrQ5ev4APSgDmRQAM8b0X3OAKvA5YN+xeqw 5STAAHgu6HcOBgxQBXT+AAwQA4IdAVwg5n4OCTlAD7pOAosABQq67CSQBmnACIywABKwBgVQB0SK 1h9g5gSABGZOD2TAB0pqwmRwxaC+CAvgD6TO7GxA5oC+CARQBxv9AGRwD3muBkeqD7Xu6+xu5mCw CIyw6w/w7otAAmQACa6eDw9AAguwAFWgD8ydAhTXMDjAUOJN3h6fRZJoHHe7yl9wAiZfZ70lBn5Q BQOQAusQDqQRBYP/QA6RkAYQYAATgAlIYO0KIB+K6sswtwNlUNZp4NIj4AEqgAB7cARa0POhMODe jCkU7gPNLB/ntSJ/1FfKYeAEuH05rwVFrwXO8FtT1wUoLpqdSAhUZwlaUAeZvA0kEA0/XlJ+YAcq UA7ckAIEMALXsc44HuLw/IzxsSDkrLvzpfZP0KqmEj3gAQxFcAlLGADHG+U8sAgVcPmY3+f0AAVz MASFAQMm0AY6oA37oAgFsAUjMAcFkAUmcAPPWwBtkA8nfQNMsAWGUQCK0K38YAcyXQWrQAJbcPqR kMUSUABNoA4PAKFVoAS33wSsbwJVkAPFQHhz4J6wXgDsi/lkkAVZ/zCkbWCu8koG6lAFMjAER/AO HtAGns8vMhAH94AEJuC8AmADinAPFaAGAnv7UrwKFQAQJLYU4NFmiAQJJuKkUYKwQJsHkChF0OCA AaOBTVhUILPFxpAqYOhFGgIyjgkTddoUECDgRoEjLEysuRFpjkNFVR7YgfHhg4l8HgYqykdCHQkl BTRWyGJD4U0JNraQyMFmAco69MBAOmIC4RAmHk3oqGCnZJ0cJCDFKZnmAT0yWQ6CkrrAnx0EjfTu xdEIB45ChfQMBlDY8GHEiRUvZtzY8WPIkSVPplwZsogvQXzMMCBmyucpM77U+vIFSJBHj370eMJI RSEAhaJcAceucP84b1rKQBmwDlclKNEgPBHTo9OOMDsOGNhhoAfvQVfaEdDigVtsb1VGQDhwAEKX Gq98aA5S3nx5H6yfPAG//okBHz5+/JjRYcaPHTvmd+fPv3mPHsL4LAxneFtHuuAMCENACGpwsIZZ CJnCAAMIcXC9Gtij4ogrAABHBz9C8Qy0WKAox7Bw/JFExM/EEGNB0KZILsABQxFwCjGeeDDDF2E0 5MEnCAnDuR16GBC5MDrpYQIFFLCEEOamCJKHOxzIgAsuYoBkAVAEUKKOKsIUUx0w1JBhDQEKaAjN LN7Zp4A1fBLggyy2uAFNEyKBRAk0fZLAjTXWUOQBbZpoKSsobOj/EyEB0IxjlQrqgVMAhNxo1A23 4gjAiksggWQmN144AglG1Hlgn2/AYOMISwd454EcsljDjSokckkGJRQVYIA07MSzDXUY2AJNRteQ gAA2EkXzBgk+aPSGGz6QoFEB4nhAgRU0aACSB2b6gARtuHR0qyHWKICEJhyNQ4mWfopjz2WlvXMN JcZRwwSflMhHDUWH0MeDRaCQwFx9KuCTJmkBFUCRe5hylJ4KWKUJIWfRJMHhah9QIx9F0IxEHR1m EgCUaY21awAa9tLrr78CG0yPxbjZYGaaa7b5ZpxzxjmFw/TA4w84gv7DDcTcAFroCCxTemmmmy5M hBOC6MCAGD8T/60WKaIOIuofxNBigQ6ZUaEKffKpA4HCrqhCEtdg24YEPxyEAJ4ymlRgkuQO4AUZ bwpLgQxJyPCmnA2OIAGKCX4wIBoq/ChjhkfOkzy9GhQYQQs/olGghh186OCA+wzgpe5YJunhgB8O 2MEZZ/CeYhK6y4BgilDKYMQb2Mohww9CYC+jhi4sV2ACQsSYJJPLR4hmggwt2XAdD/VBZgQFJJyC kK+hL6Qdw6GgvgwmFSgDHutxhJ18MeDJZBLQdATSMwXF+PFCCRcsEkfPwvgBixBCsbuGF03hFa8A hjSwcKUAaElcbkBIAyWgrwogwQY3aIEO1FEHGKzBX/sol0uUwP+EKnjAWyRYRQ74JAATVCEfCxiY DVigjSwcCi6TaoIa0AUKQQVrWLvSASPagMMP1OEBltgUF5AxEhwKgIE2UEIb1ACGCuyCBOXiAyQq wAA++aseitqCGtTBCHaZwAP3EBkZVgGGI+CwCR5gQRwGpgh1kGFSWdABEuCkQRUOAFAMg0IDNHAG KuRgAC1BAj30iKYWqENZLWBBDAVgBwYQIINDIOEqRDYEJHAFh6Dwxy624IYP6EsNcDKBPtSwCDJM 0gMGQxMmIWEHHMJADUxpiR1ysAg+fSAOHlDDFi51MUfaQWP5aEFL4qCOI7RkCwTQQRsARQ4CnK0v gPnLylwGs8X/bMAb2+RmN735TXCGE5wq6Jko3nDOc+IBMRpA5zl/4TR4xlOeiMFMEH4QhhGB5mqk OQ0QVOMMMgyAGQBAAAHUwIAc5KAOgwAAO+qgBkZUIndkYIR2tEAGMmihDlDwABViEQY/kAB3AEiB QclAADLoQA2eYsTl1FCFjWJCAfCRHHqwh9EqIAGiIYqP4mLhh4qmoQ4VnUR+JgAFZJCBCiPgKCQY oRvsiRQ2JWUEJsiQ1CpQgQweaCkEjqoGKtRBp96rAQS0cATogUMfi/AA4nCkADLYARcAiAIB3sEA SHA1qWGFAhm281ak7m4EW63CE4Y0P7kN6DOIDdKQekAkAwzH/wCB0AAXSBG+GkioExygAzDucAlf cCGBkBjBB9DUEtSisGAeqEMaoPCWKiiqADqgRwfnoIYHrOIbfALFRujBpxtUgQ0VeACfJAAJGMpQ jmuwwSy1EVt6sYAEcCpAwXYhwjgJMQ5csEIC1fGOLJQsUDSByQMqQI+OSQAK2tjiru5Rj4ENYQQe eEAV7FBIMPDJDavcRy7JoA1tsGBYNvDAcm1AlhwYqloQIwCclCBdX2gABkxYBAsF0AZI+NIGoKiX hbOiYDvQg19rMME4KsCPmdygDpBiQblucDFFzEmUpDQlKlXJShVD6h4uBmYtH0CAaVHCihWowsDc 0ONHDrOY1f9iwAvihIR7vIMM5XKDXVIwTQDogWWAeRlj2gG9eT4mCn0zjB6EkAA0o1kIODhMBNKM ZheEWc5zpgxmZqCkfFptNFkzzyM64AxkDAA23NABGFYx3J14YwBIWIA3BgGzK1TCcC9VATcQsA5u kGMAUKCCHbyBNgDgonA6OIIKvLEAdexiFYyIBDkQMIhMtyENEBiP5EB6hErsAQEISEEW0qAFMUzN D3XIwjZejYBtRKIKWpgEJgagAhUcIQ0D2EAKyHEETnsaATAT9RH0gWtvgCkSG7ADFaighUgYexAI KMemMVGGs6bVxGyAhB/EMAEtDGAPjYhNOwaQj11s6QWWxrT/Cn79BHjwxtSu9cY2jqCbMLjPQYaA Hz4ZK6Ee3K8DjwgFIXoQggBwAAJNelJxQqCBkCciAw0QrSNe6SwlLCQNM3ftA97igQUMoAUmYIkG aetiZEEhB7uNkxV/G6d8VKACYBjWcZMrgKyQoV8sgERaHMwCJAwskcioegxVPMQAhL0Bwn0AGdqg hJ40ylhIgKIdblCtRbDqAyHB7pwKsIUs1EEdFSC6Gwo2XZooIgtNaAJLVFwF6uaDW45Mw3CX+2Ay +FEDlGCAB8q1hSlfeAgHjuG3KgDiHDBCUUA58QiV3q1ZwVjG+6LxKVOpwVUC92LEBRWShcmqJCNh HIugsu2V/2xMKJTrAy9QhCK2MLA1tIEAG7DmlrlMmMV8mc6MGXPPzvzmBLzTMG5+MyCm/33w0/ML jzgAPqsmmhOYpgPjUQ0hqDAAJwAgHEfIBxRPH+V7HGGuhmHGNvRBAHKAjcOIgkogADsAs8IohHLQ gRNhB1epAEiohP0zjCtogTQwgNMwDx8YgTZAAAEsDCdIgSrwgynwgyNIgShADFFbGw84ESewNNtI G2+IKwSMjQXcALryhg0IB2YYABJYgHIIB8SIAhXQAS2INw8xsQpYBD9IBQWog+sYQH/4Bm/okMMo BAQYgDqYL57BjUoYKG9Aglgwhx0pq88wkim4OBnJjzAgBP8JMQBzSAU5IMMmySwxMIAAoAlE4AAs CK0s2ZIuyYJ8oAebs7lVgBUSmIMNYxYTwKEh+LlZ0QE2AAZI4IdcMrpLVDowcDKnc6SoGz2nKjsH q7eByQJ10AJMeIA2cAkhioQi8gMGgCI2eId80AESiAMLaIkWaJgRI4qOGYJBXIUq4IN5mRUbWIBU 0a+CgYJJuQE3eMa3k4A0QDwN2hd1YDwoejwWIIMIwwcZYIQcGDA7sAEboAJ2oYKZqJfPq6XQG72k Q7E4IQvi6r0KUIRomTESq7HXG4LYi5NZmsfUo6UkiwSXcIsjoK3aE0hh2pglU7ZJeUaIVKIsIIBK 4Avnez7/L6vBw9AAOMADj/xIK8Cmpam+Mrs+7NOA7cM+7ws/lpw+EZACIMCPG1GQ0CiNmOwczbgn BUgDhgo1TSOAB/iGRcgBvlsAcjCD29iDAdAHcgKAQTC1bRDCKDgCO9iGFGwobvAGHbiOQnAVbRAo AGCGFFABUMMFXvmB8xCDNIjCSNuAGCSHc0sDnpE/bSqH+AMAFSiVudQDZkCAPbhKcKiDBdiG/WOH rMyHE3FKfouCRUtMURsc23CCGYQCtEpCpWOAJlQALaiEK4ANLNwGHbAD29ADblCBSuCEtIkDSYAE tow/B2wc5tkRCKg4+XGQ9rhD5uiBVCCF+YisJ/iROoQS/wOYBjfQACzIAw64kj/kEgHggUVQBw+I zuhkgAdwpBeoAx3wh3J5xNqaFX8AgyKoxEw8ug8Ysk00FuTyRLgARdzSxqwTlHtgBNwylK9jgk3p lLXIAmESiQpQKNPSl1VQBz6xgTSYCYjQhgBVAyQYgIZolAJghKPzuwqwPGNpAzu40DiIBDuoKDgB Ri/CRo64usjTAA1YASp4gDQSAEqAgRfQAUO5ieZchHV8pHYksXf0Fnl8AHqMsVBiPRulr33sxw/I UXoMpp1wgxtwizrIBwaAkyPDGGHyAEhYsjgggZmQgCaIBC3NAi5dAADsi5VpmWtqDOlTjA8oBexD M+0bSf8yKwwzS9MEEII+KAzuS7OVTIxPcINDmNPw+4RD0FM2c4w/PYRPmIxBrYyXBIIOSB0juZ/O UY0hQZ0DyDgD8IMWuMosiwJuaIGDBANt2AcWkCgAKAd9eAASuDIEqBUGYAEc7EESUIOmTAF/oId9 4EpXYQSGYoYZhAQC2IPCgKZoWD/NsNSB8oI64KUj6IewRAIPaIGBMoNIYARIYIEBsI0oQAJ1mMsr WABIUAMOAQAnGAA1gNWpmtVvSEyCkjQkaIH4M4MjWClqFUJcQKnKBAclxMxUIAQFoMy5qitTRZtC 2IAQYi1QIwcSeIcoJChOZVZIIKsHsR40nB+7gYDHyjj/LICBFdAMH0iFygmezCqSH+AsaUhOLPnD 0hKAFtAHdWABlmXZHHiHcjmXCtAGZeFOKvtOaRDPojuvTFw6TkxP5WJPUaSXe8iHmYCB13qA4Muu B9AUK2gABuivOEkDdTg0MKACZ1EEFjioOHi7ArgBUCADNmADLZgDRUACm2MEPqAJtNWvVaKHYQku eliFRagDDb2H5fLQa2yJNMhGEY0wGDgDHogjOGkWR1gEO5gWlxCuQmFHEhg9E4PHIT29HV09D6Cu QqMHceFHVppcgHxSI4WvhcmHfaAHLTCtJ13FaqlaRjgTJhsWTJlWfziCbaoHf7iyMP0LbIK+6NPI wzhT/zhNGja1PjjNPjpVScQ4BDgQBViQhVJ4A1HAg0AtjF9wAesVBeEFgBuwXhcQBSvYPlHgXkDA pkP4A+YtBfR9AxfI3sM4hF8QgltAX1gQBTiYXgBwA+51gT8AAA0QhVKQhVsQAnWSDMw4jRMAgk4Y EgEJAwC5ERiZgk6YAQiogiMoB1wYqMJghijYgwWAlRwYqQ14BwiEqYeyOQ8gh7AcAEIZgMIoh434 Blt9rxQcBH94AJGwgw3YhhbIByjgDqlBBp4pBG84JTa4h8HZACTIhyh8ATJYhOFSg+twgpiYyxfY uxy4hxPpwQdgA0EDgG3YCH5IzEEASnpggSjcABJw4v8J5RkniAQ1ABvLvKImDAMIoAI4joKCqYd+ RQIGiMUHqNaG8odaLQxcqId9eAAGWAVtYIAq2JwMsZ74kVgF6ILGCoMZkIIA8AU68IEvwIZToIXg pBoIGOVTyBYLCDsFchapKD5WVgQ7YAHjooJFqAJ20SB94CDvBE+dvQEC+AapLU9N/Nmn+0QS69ah VQJ1YANHMoEjiAQZuJMgAjsrMCIwiARAsQFlq4KrKMhFqI5ROi0lyKsHSIOBUQKqEApjIYOjE4Aq 0IrEpRckoOACcAPI61BrBFFtHNEzgIEqwqJAmTs22CI0ma2EAj3RMxdwAQMcpdyAVARQmq1FAJUB 0Gb/E2gJzs0lIg3IYMoBBpgJUJhoLZCBX4oYi57GJriT1ZWYIbivLPACNyiAeiAAbtCDRggMlhGM LsvIxqjTN7sFolEaknRTk0xTlOTpBIiz7XuD4hWCGzAMQJCHNENqAPgDqEYzUTAMF0gzeUDqCICF 4j1q+8UDr4ZTIWgFw2iFN4teOF3TxyhgTwiAECg/0KAQBa6aHbAPQMsHMsA1XPjAK8gkSFCBgdoG EdYGelCHBWgBFXC1gdLir2zhF47hI2CzFNiIXagAUGWBe9gKKiCE9KAC6HECYdIGpXsHzc4BAgCH sDyCRbjs88KdQtjhuRyAfYgiMNiGFF7h3AHjE9GD/0pomF0gAIYqhEh4ANcGg77xbbPpEHu9zDnG HjvoEDyOGNvghoIZrucabp2IQnJQQtLmO4cNEsVKQwepw0eG4A7oBHO4wxMgUWmYAPAQkuvxuCTQ gFZgOS5wOVg6rdRqlHC2ZgGAgQKwARhwUB3AZQHwBzYogiPqGOYSxJ7NL/QcZnqoWWN+PF70JSWC Fmf5OqcNgFxgKw1nFgnokhvQWgbggVT0JTRxTiqoPA3/iK9dmHdgAwe3gSa4hwdoAktBCGimAjBQ lgLgpb1dg74N0ejiRnyIgAgw0epslMn9FDSZAxbwAHVIl0eiBwboIJiQiUhkaAGAsWiBAeFKl1mh mP9G8RdWcoOMDnOMiQOIiQPUbaCR1oKBoZSeQOmPGYcXaBSSARRQiAQCOAJO6IuX2TKcJlPfRQw8 gFOproygzrLrk4U0XbMPQN7CaPSvjtNCBYBLT7M3CFRReLM3mNM+UOo0Sxo3QNM0K4WxTrP9zfSv pvRS+IDC+HQ0gwVWT9OmhoxEmIFLFoFEQMMBWWD8cZEXYY5JaGI22Id7IIAB2LbCUIToFGwvFmF+ oMgrcAJmEEnHZuFRjezYGIB7AHcXVrooyoHj9gAFoANC8AOGcoIFgBR0R/cqmCtmCDF0p8KB2gB9 mO3a5jvc/vbdPrET6UoRZgMk6JBCeBR054cu3ob/cagH5r7X59aC6Kargunic1c6NhDuwkC1KFSB hqn3gBkB+vmMSC5vJ7lNBnnkH/CFBhgDJsksHBkOMciDlcsAmXe5BZggJIUWob+BKtYBO2mJAmAI ZiEAE6IUSaQEP8gBLbCBllACfYgxF9LEGCuAF/ohCUCCVci8B8MtK3WDLbgHrVCDNoCBl4iET/q6 Lgi7AJiGE1V7tkctGMCwb0gDRLCEnUgiIXKEum+CLmkXRdAHAPMDqveSjfCANlBcNxiCFdsFMjAB NwAKL4oEUAgiKLJSATh7JV+BCDgDCpMUet4IMIgxadQYBvD6NKAHbfihlriDDHP602MXCSALO/kA /w2wJSt9uzRZCXpOOtXPUdz3hwqIBGZ5/QrIvwkK8Dhw0otZhMdvlzlQAlAAhWPaBzJoAcUVgJUm gzooARTQC8Fwvpzu3cf4BTiFA6BuU0nf9KHB9FV/s/XFgzOj9ARYyTcFiAQCPwD4BEsgwlYAWiFM AKsPgD8N3xzq8wuhPFEAALgp1bCUC1EIZSUQggPAh4YqVcLZ6PIlzDwHZgD5MmMKzpxiIBCC8OSJ oSc+/UDxwADSIm0Vdr0jkEIPAG6QGKhgBmDbuwokym1kl8LbkW0ACg14oG3AxnIsKnzjNnbAPbQA 1FaosOgoPaUVINmhZE7LOgBO7NCroO0BvUXfKv9UwQWgEWHDOeh5K6Snkr4UGwfsq/tNLLOyZwvN XcuPK9msbKpcGXtklWHEA0i/YFGvNbhxdRn4SRWGkBY7raPoqzC7dF1ti6oM2mhHnVsA3u7VjQ2p ioInNWoQMhAmDE5D2xWQ71LjSc+f24UOG6ZdwXlCYrpkB3anyKUGXBR5eOBBB4ABBpgPGGxAQkAa VHhADwsAmpUPgN8wgMUpDORARhppkMGgDvp8swgjOTSoDxjaNKiDOos8AGE+D1Chxoo6EMgGGGDc 89846mQhwA115BBHAEFa4QAVD7zjAYJ2VAHjKlpcUgQV9FRhwxpD+MNIBg5U8cA9SS55Tw5VWIj/ oYY5eLBIU2koqUMOdy3C4gOYMHAPgOowwMCbOoxDjxZcaHBGBDBQAsk++shIT38NnskAEuPQieIi 9HSpJhki6rCgB2Q8AMmliJrghgQfyFDHAyxAkaAOeeZT2IiIasrpghUoamcd4zyA4YssmLCGGyQY ps6pdpDBAIQ6sAAJCSzoU0UckSxAgD91KGFGI9U2gsO1OGhrGVQwvdROYN7ChINIKykkLrouReHN S3oI0RAsLnwEx0EIAbIRIA0J4RIO7yJ0w0YSIdSSBiu1hEdDLuALbwRQaaBBBBFosNFFCJUyMQBw JECSQFagpFIpcERQ7sYJ3JvuS3Qc8EMHPuwg/0ZOBuwwxU/abXdeGWqEtUEkjCzCRl1gHBEFAIOw QBlpG7yjzRHhRFXPOO8swi5ZZslFV1tv3bMAOwAgUFwFDCzgDVj37OLBEXxwQIZboT2wFCRHeDMA ATogMFYW6lTAxiLqbABAaCxoBgBnnoEm2nHbmIbaAFnJerce3ry9iBr3VKL1bQDktltvvwU3XHEL EL2ODnXlwJdjzBCwT3TTGUY5FFSMYInNhPQQhndiiFcDefARIp/NN9fQhXnCq1dDDHI0Q8klXFjA hTmQFMgG9dXT6AEVCubwwAMMMALJKmB44MEq2oChBhNccBEDIw8soqKFNJIRwx1krMLGKoxQof8p G2QwwUj4PKCFU0hjS9/QQWLskIVIeKBEkFDCGiSgg1XwwApcCMAFM8AEKEwmRd3zXwOKwAh13CMO HxAAD3gzjQBgYQTIUEeKcrAKDzAhA8CAQorU8QBk3GGD79OhGqhwhztsiQ0CpIQCkPEANpDAEcAo ohq04ICIWQFQZyDiA74RxSzU4WffYEQb+BAJEuQADIyIRBzI8EN1qGER/PgGCbKwhSrkgEZqaAMM JACDD4gKCQxw3wPUQIIHnA8JVfBiHLeAhBy8UQ31IMM+vtgGGyiCAB6swAN21asK1KMKMLxHIMmg jn3EsQRZQMJ//OEPJBwhBdSy1rWqpS1t6aH/W+gCF8pccgh/TeQQuRTXutrFywSUIgL1EggsPGIv AODgDQl72MPkhZA/bCQlCFGYwBqikWwmIAIBW8kbXAAHgrxkmArbiB6cuUxrTnMjfTgIx072Sw4c wAAH6EAPIACzKexgBj8QA3oMYQ5DQMAnyMgCVHBhBzVMhQ3vGEDXsMKPylyFBQ+gqDcYUJd8cMVt Z9lICvShDda95R0kaM1g3gaJbZAmBTpgxAiakAQfQOFvAHBpBfaBhNYwww4ssOkgkLCKRXhgAcNB gjoGVzjuHc5qpCmHSL/BOMc9wKZXIAAYGKCGBTQnHD6qA250E7bOAUc4ACCOVu5GlnsohwyD/0vB OEgqHeoQ1Q+0Cx53vNOD8IyHPDXY5xMmMAHh1WAWhD2POZ5gjjFIgwMZyIB+uOAASkyWspSwLPMa 0AAHFMERPHCALxrgi/xk6bLNs4AFzsAFSrSBCXfAAhYuAVr1ZeASl8ACIqaBCF/gNgANqG1u8YBB XxRgD5XKghvWAIMXbKEAAhBAE0zqCwt6YoVWwGAGTpEFYJzCF1yIQADSkIMF2OAGyiXBKqQRpCAh ghJZIIU0HHDBIElWDm24QwbOsALJAoMHc2jACiLGBV9ANsAWJDAXALUCBAc4AmewghUiBoMVyKDC MIiABSpc4TP8KcMWhkEBHNAEOVZ4CAgYBP8fbaBhC+wRBi4OFQwssIUmKGIIBTCBCQqAARsMwQQl 2IMEQOGFIZQgBRgAAQZSkAIQGOG5ICiBIlqwqiHwyleVMEIJWqAIciDAC3vYAwKoZYZB7GEDL0jB IGgAy2o5wVqzLIRlUIbLX3LkmAgRhS3pfFZ2ucRdKrkBwlayzI4IWtAaAYCfBfIGcglECOpctDQd 8omNELrQb4DDSd7ZkJa4JNIJ0Ag7BeLNjZDMZHqmww4OcIIvdEAMMBNDGDrRgVDIhyc1q4HsOLGR QbSgDlVAgjccQ7hvgMEbVhnEABZQCaelwJIEeIETAIc40uAi2eNwS9XoMThkIyELTiuEN6r/gB1S +OAAWogE0ZhRiTrY4W5FIwEDjiDsPaShCkdw9x5YsA+ldkZFTR0NAK6QbBZMFZNxA0dafH3vjewh H7swqubEyhvflBV0FaCHTaMwgF9voBFj8cY75Oo6BkBBAcBbD3pulzubTcCvsKaZJQ67nZavhxDi eQL9EoGFx2bAeSvYLxd+bgGh60c/z3Ne0K3w86WjVn0JVjoX9LN0qCf9wVNXegBWUMXrYlDrrfgA E4jaAgnwyA03+IAi1JADBUzjutPwBAWEFLG5RwDCVkjDAyLxXAm0AUQNsOB6uR4ArF9Q61xfgQWy XkWtMz7rEWN8hPGBjwisAFCSnzzlg0R3/3y0ohUPi5jkPe9iF2ugFTDQQB6/zscP3MC8azC9BM5+ dj2Ofo+gODsfbwAKs7vhA7d3gxFA8QEjHMINbhCEG0BhhOMLwghGoAENzEADI2xoV6Dw1Qb6IIjo C0IQKKjWJ1Ag/k+E//vWanO1xO+ENr+5lnIOF50/oMySJeAXelYXn9E5zARMrNQqUdgNFJqgLdo3 IUQEqNMfRNoBXtNLtML+qcS9HMItNAQevISngZpKjBoAlJo85VIe9MAPfEEtzAB4TAFPhEE+AYU5 +IRP8A4UtEDXAA4uDMIVkIbXlA4/LICwRUE5DEBgFMI6cMMghAMKIFolUIfobIQTbIM/YP8byFVA HQibE+BCtOnBHpAAI1QBFZTBDvSAAlQBOZBGIeAC0QBAODCQ97SA0wAALlxBGZqBHbCBXBWOv73F 2+igEm6DDohFalRADpAAGbRAGbZhGQ7CApTPAiAcLoDNxHmOHSBcFJROBSCBuznBFdTgWJCDP2BS dKgAdZCcAriadigWengHeECAYfVVDUyBdzwB8RTPdtCHApjHLBACzWxHMfBAY+3cY3nXcPWi+hAY z/kCMQojMQ5jMWaAd2mWaEVdZA2YdzkdBjkdNWJQdWnew3CBFjyAOpDAEbRBG6QBFLBADkDBJQje egWe3QmJFTjCcgxAJHgSPXQBfU3jNF7/EDWqz/Ng0NE5Tz+qjz063dBlnX4RZOVVEd0lpELO3YUF ikOOHjS5GOvhXovVnkVKJChIgEZ6Qahk5EZq5BKEpEiOJEkuAfTZwSIswAAcAQt4QApsX/SZwSHA pBnUpPjdJE6uXyPkZLbgQJy93/0BQAQ0BMd4zP0FU5/tnze5wQQK2r1UWqP9glRO5VT+wUl8zJ0p UysE2qfNn1G+RAQAghDMX0O4AQ7YGTW5RKkpTKh1k1o2RAeiDKolgieIQBAYgMy42g7M2u+wYAvO gh9UwQAgQLS5xBiqQBWAwVJ4gApEAZwx4QCYgUtUWxZQ4RXuQj5sgBPAWTn4g1hoXFY8/8AADILH bUQ4vICYbA/2xJwlYEIVbEAZAs4gRIIaMMD9sMC9lSbgcEMkaNQ+lEMhOMEAFIaKtMMYHoFKVcJm FkI56MDfgKZdQIEWQMG9WcVGMAM3oKRh1AMCFAICSBxZBUd3rgPYPEAabENsHiYBwMYDpEAhaNwn ltxOINZO2A7u/EbwTEAXPIEY7MAOhEEqDMN54NV5FFQPvIzNLJbO8VwSZEAAIALPZcA0/FaERmgS xNZjXSjPYUEScMApOECFKqMnDNh8rUCQmCg+jqgnBEJ1eUIARMANHIIAtAIXKIAH5ICd6BA9qEEc XELd/Sg6pmM6RoAD3Og9vEMOMAITIP+CNbIoNqhPdYlWMQbCNBxdaGnWPzKjPgJkAABKQnrp3F3e Qo4pmZ5e533dc/VBHwgAH12kDdiARdJe7YFkSILCSCZfSZLk85mADnBJyMUBJ2yf89EATMZkTR4q CngfTuYk+/mk+wFlUHKlxQCMniGl/mXgRkgqXDKTOgnEOeVSojXELXxCAK4ELPgSoh2CqqopDhzC yKhEBZbaoQHAIaAlVhrgWy4TnXFAB5wABYgAEHTCge5VBwRCIoSBGBACUChrYdWAFpCAP6gk2YAF GdQm0OwNCxCAHdgBqahDHZCNHZCABzCCKvXp3oxDFWxrGqiDPqgSC/DD3nhAtA7A3CD/AbwVxsWR wQhsxwhAgQ4QAL16Q7hCAj2wwS7UxQPoQB0E7BH4g/QYRrv6Awtowy7chQ6oEluda7pyqzqMg7vC azkqgB+QgA6MDdkcQRUMy8G+w8XqwGKM1Su0Yh1Ai8vWxSJAgj4A7MlWASMwANBoQ8S+a76aHE/0 hNEawLC24MzRjhh0gg+cABdcgqwZwM0NDwRMgRi0TA8kKyGkghwkQhBwAAdgAQdgw4NmgIYSGAfQ ARZMAzZo6JOAKNomgYaewtgmQR5QAgdcqIY2AAZNqN8GiS+sUDpe0NvFXYSZpQBATABcAjD4gRZo QRoAwyU02BnoF5gG6ZCeQREoQOQW/4MDDF6QTIMvSIEwBIIvYEMgYIMwYMMlZAA2FKMw9qLs8pxm OY/mRczlgqmDAcqfnMHpSQzEkOmYll4r4F7rCcAhOAE78Eib1h6cXqSLRe+L2akEcOQSXC9HggIn hOT1Xq9IPh8nKIIdpEEdRAIGoMAh0AAnPN/6Qh/8Qp9N2uSiqp8TbEuepcucBSU3Ndqk0ZmlIppS 5ioEUgymAsANONobvAEsYEwBahOnrsSn9sEblIIFl0JaHoJKeIzGNMQvFJ+nJQBBtKUGcqCe8eoJ iMAJzMAOdIcBEEIo0EEnmEN6FFRinUcXQIGFvMM99DBSLEIO1MUuuM8f5UAOKMUq8P9wEN+FXpjO +zyAEV9rddhFEfPwOwwVvkZndmiHCzEACYFSGVWHcqhIDvAwGK/CwdYFGgsxA5ABJkDBIlQHEUPx EVcAGKSxFkOAH0CCkfSw+yzCGvshYugFb7xCFxrAE0hCG6UxA8AbGHAJKAFyicQGECtFxUJBDYTB GHBAIryCT/TnsDLr0j7BFHRAEFCAG5wBEJxAB0BADfhEF/RABxhAEABBEAQC2c5AM/hAB7SMh3IB ja6t2K6tNMjB3nJAEdxHEUhDIohtMudBItDBHeQBMjdDHuQtBzhAfgTJHaQBI0RRv0bRZRXBHPhC OkZYxLDeB0ye5EWA0wVYO/tCHJD/QBTFwHdREYQNHoT9KOWpzzoGAAUYbiAIg35MAxeQrmhB1pWG VmhFnUOL1jNekH7dwQhUaxpQwgog0TfXgYZ4AAmkAR+U3vB+nkJCE8SU3gfAgAxsgQPIAAyYwBFA i7Sc0PNK70VqZJBJQAuEq8KmAcnWwRZ4gREsgRcUtfZ6wRKIrxeAAAKYpPQNNSfQQKLGL/wqqhOM n6Le5Pr55E/m0v4GZQjXX6XmnwAfcJ2txMnUKlGKgguQpUmAJVpvRFhXYKfNixV4Win40id0qkCU Ascw4K2KGgGbGp194AGMwgEcQA/0RLKih6vpDnrYGmJ9ISRI8S5QjxhDAhSICR5P/7FhNHHQMMKZ gPYUH0VDiXF1GIgfNCu/qoEUNzEbkNyS+KwYp7E2MIBRAM0ukFxgeYBeLAIZ6DAegzY9QMEEsOIE eMBwi3Ebk091LIIfvMLt9EA+UUFl1wUk+IF1vzZzb3YDGQZvz8A03MAZ5IHRHihemoPwDFZ3/MAP cEAgJIF7K3Yo4OeBhgLLeMLxRoAndEBiq1oI5AEwNwAd2Ic0NEN/kYIBSEMx84CDA0Mo2AcPpIJ9 AAOFWzgw9NcQOZbz3AEkbE+kgMEiWBQksEDfMII0oPPxfoDnSUzrdV7pXR7mrcCW7AP3LMIIBADm JaSYAuk/C4k1zpeQ4yMGBeTPZf/dPSK51p1BDPDxA9i4B1QBH2/PO9CDje9DccvADcD4mXZ5l/NR 532ADaQBJMCQqUy5EUOCIjwX7qW0RX4ATuO07y1BFljUk4MBPeSAjavDAIikBIAAknVZ+Mbk9Ilv SBpB+DnfTEY1DVSEtqAAEXYfO2j1/W4LnX31/THaR5xLLgVwqAq2S2hqAnyqBtiZqVKqLpFlAqSl pub1S9yAqcd1NcW6NkFEYLslqW0qnckBT+jTDhiAK9eMfOCEq01BepxHsk5nA+0CxQqx+ZDcCCiA azO7Ntw2A9zxLjA7G/CDUmiDBxSFYlY7xWa7Nmh2FUDBwyaHNhhIydnMT1D2HVv/crWTnOxQARS8 TbUvxbxDgR8wQrgzACY8gY3+LMAvSV40O7nvdhV0AT+9wnbb9rOTgb1f9237gcz4ZwsriGLuxQh0 gXWXD8VW+y4AywiMgL8bBiQE/AycQR9EAB0YOz91QheKByxyRygXlK/PAAtDgH52gX5CQB44qDv/ gH92wgmcQCf4whmEgAGkQiqMATDEQCqwIh2MgTnEgNS7hznwQAxAgDkMQzG44n4Ow9bLwRy8btTR URpsARnsAiQ0QSRkRRZqChQ0QCs8lyA47933gR6sAZu2Aj6ctAbgwyVAghpsgQ3kDRk0wI6zswZM pOft89zZ3XUJnuDtF5LXY+GZ/+iJYn7vPh7e2UGPVcH9iE2OSRkeKcE9rMIWvDg0Ha/nHS/uPcxE ZsE9tHEVNJA21IMSFMARvEMk0IDfs+njw7lGCp9G+p4X5JHvLUAOHMEQDIEaqEHv/349YED3IjUI 2AAGCHpST1/7du9Qi+SiG7rzCcK1oEBNyi9O9iT+ejX8jQscuAD913/9A4L/JcAbuMEvAUQUbwAI AtAjJEEphQkiFCToIuFCQA7duHiTAGPGNy4+OCwIUWEphgTd3AqZwIVHADdcwMqYsZSQPzgoWnyJ 8c0vmgQ/RBTZkKAonxNVFiX1ZFaNJz16EHpSg1APCE/E7NgRZsoUp0oJEVIwov+KBwZj6S1iAIlE lREQIPgROxYSGSiQxp4lQ4YuJChg6db1u1eBFigeFq0yy4CEHwVKlU6tAfbtt8N7R3QJjJesWb0Q gsQSG3cEIQiY8pIZMcHPXL9199IyYADCCNIMDJ9NOyKw6rgKeuww4FuMgtkMoHQR04UKmbd1TZsj ROXzXkIGOFhIkuoJoTC+rUKo8R389B5inn6nytTcdwXr13fpFQNYjGFsIfSA3SxIp++GxAx78h+C Kbwr5gnLFKDFHO+emIC9LpQyB5g7isAiAy7m8IAMPtJ4QJsj5iBBGzaa+MAEFuih5IMPUlChhRZe KOADAdywQQkHGphmixh4oGT/BQfQsmENJVgg4xJfHHAghAAi0EAGRVpQRIkVrIjgjGk4oOMSLhyI 4RQurAggAF/mKOIOXwKwYoVLKGmCEi4sSNORSJiYg4szzkjTSRvvqOKBNmRMA4wKFgBSABN02KIP CSBhY4sbYLhExzscsKGVSjWAQYkmeLhjCxs+qCOHSGywwQ42tBnhgzVaYOGIKFAoQJEm7lDEBE8/ gMGEF7YwwYQWmmjjxQ2bWEOAuyRQlQUkMOBkiWZBwAADEBDwotlqrW3WCy+M4IRaZpfgBFwjxBWX BhrMMAOFdJ1oBId2cShEj6IcamcdeQH4xAV5brpJlpveOMReggTy6BABDjnY/42dCtLDjYMPcaMP lXBoBY8/4MCjlYjl7aNhh+MlqGCENVbpEw0qtjgCN+ztQwM4/vgDjw8UJggHhx9W+GGHRw4YADn+ A9AxqMJ4qioDphDj6KfY0+I0P6qAAgq5oGB6BEsIIc9pqKnOemrcRhhBsRoU4BoTLZxmerEJwMZE aij86OUJc8orMLAqtHi6bcXY+yprucpWoJMk5ABbsQCPI1wBQrQa224/HLf7tKiMfmJtqdVijG/H JxDDAPvsC4OQLhzHbToBRccE6qkTz+oxx8uYDvQY5L56ux06MYA88GqYpaodvKuhiwmAD1549fY+ nr0JlHfQQOENXI/B7xhcz/+S8sRm70Fg5LiDkgwyaCAGSBYYIpJ8VlFkCy3oAUOJRPOpoIo27NCH hfpZyCcNB+JQgwVIIGEkH+o4SxXCR4ICBIkFjBiM//RyByao4R72I2AD9gcXEkBiEZCgAhYCoAD+ jYUMpwjAA+sXlzbsbxHvUMc9SOAILsTBAyVkBCQeAIY0mEAJZNgFGLZArC0wgQFtKMAWWKAGPlCC CpAQ4AAd0AoYRAIK+agLWurAAHq0QABriMQqtKEFPpCPAUcoxxEgOJb+UWELBagDJOqXj/oxIIJV qMM97DCED+BFERLIAgvqgQEjYAsBGCgABhBQSGpdawleKOS0FJktR37LC+H/MoK5zpUuFDhhXe7S wyYDRi+e/WJfoXyJKHg2MJ6dEpWpVOUqWdnKVCbCdqegAx06gJ3/GOIpT4CAGMQAAdE8QQFQoEId qkCGaKTiK19bD3iyoxVgfs1BcXsmVAzwimqKYStfWWYNJmAJZj7hFZRTpjezk8sRCJMKxaTa104z AQM1Jplfa8ww/CO5HdjnN695jX2wGbetdPM7irOKAZzyn+kF6HdQEQNTetNQfYahB69gij574Ezh NbNz+nyNVQ7Qg/IoDmk7OEAnxmMI3QXIdrmDniUssczgIQ+mCuhCS2VK05gqYHrHy+k2n7ApHsyh SA1wBCTsAAoJ1OEBihDA/xZIQIIhrOFTNHzAAxhQjzrUgww5yAEjFvEANZBAHfRQQz2wmgN1rIIM BxQSGMCwCDWQQQ05WMRcMXHVfDxgEWD1KgkYAAYGEOCuMWiAB3LwVhI8ABmOUMNe4/qOB6hDjvUw H2QZ4Fa+brUe7/BAHdKgBgaQ4ak3iAMjclAFO9RBHSRIgwdWMdZ6QCcHHnBgXz1gVazWcBFkUIIA BNACMtBjs3YggzqOQAa8QuGqv12F+FiwV9ogtx4eeAAk6MGAOFiABBXQgRLaoI46LGsJEpDWIKFF SEY6UpGLVG+2DBlJcHFikpREl7oy2a5NfkxenuQZIEQpSnn8ImCmdOWACf9cYAMfWAonOME0AkAB T8DyBzvoZ3awqThC1EALdSAHAsqhAy2k55tPieYvreecMMBGKVMYKFamkEul/Ow/4OkCBDpgAGYm JTu4jE0VNoCAPdSBCg6SMfCWSZWnMMib33EQBDbaZN/c7p73zCjofsaV7RigE4lIQgiCQFAxnPh3 VIHoiTVaZjP/Bp8Ofc0BfmM7NlvFmYrbpUgPsIOCToUqBhhpGLhJvaw8wRJdeB7yAGoZIdfAm4aW 6U0ZnbwaDGNTlLjE94a6AAncYENKVcIRlHADYtmgCfd4wAJqJQEJ2GALBOAiAZQwhDZkYQimLoAd 6FGBtAbpHhWAgiKGSAb/bWiDAIqAgamHkAUSsKECJEij/JSgxhwowBfU5UEBhsCn4SLBBEOww1TR aGoJmCASOqAHP+rRbDu0YQgF0EEdcIiEOnSaWAXIAiSESMRVUNUOJjA1ruzwjspaV9+yVgQJdHsD 3oJCCfkgwBaGcIQH3KO0nZL1FtKwCFHX0dVNsIGpTQCqCqhhDk1orh1yyIZIHFJagizAHsqrXpev N1uJdO974StfS16SXe6CF8/0GzA9QCQjshCCKIRQdKMfvSPyEvCBmd50pzc9BEAQwZm+JIVHdGAG P8hKB35Q5zo3RQutAkAU/CGJYXShyuC5aIHQHuMnTKETB5Db2w/wAwNg/8Ups/gPOWMs41T44Af0 +U8oeuCc/2T4CgAoxBEuBzxaCFp3V/sZLfqOUZHi8wAHODGU97mdMOTOPCrewRR+EIAb3IACHYCo bxTEnylk9O5Nzig+79mDMMS9cyLlzmtO/ObeGA2bvrxaD+I+Hl5m5TeZ78TQktwF2NENpoSgww96 QIcZ0KLRCvBm9mPqzU3lYQt84AIH+FcFJLCWBEgggRa2AApimaANLLD0GnBlAk9bgBFgmP/pTZ1F CZCBDW5NSMhABtbgBrZNG+rhgNyg/9ZgCBiBDaAASC5NADAtB9JgGqggB47ADdagCbrqAYYFFAiA Ho7gWD6g/wRACdRBG//mDwY8TQJIwE/cwA78oP3erw0gAVEk4H0YoAk8DQU7UACO4BtEJIsKQAls IItMgABGhLckQBEgwQ9SRREeYBfSAAaIpQFFa32waA3cAAVjZA1swAPgpw5YoAIYwA6ggB5IgBz+ aAkKCVoKgA7rcJBeDg+zZZLiiwbGxQwoyZKcwF3sC7/yq15Qib8ywgp4phA9Yunsxb6eThIn8emS QAooAEzARARmAMs6agd8IAh8QBR/4Ha0wA76AQD6wR+EiWkyIe0YJBpGgAqoADfaDgJ4YRLKgEHK gBd6cRJ+yTJGYGsW4z+6YAQmQRQ7RxdD4QSAwBmSyQ/qYBAU7wigQC3/1kMWaRE3qKLFnkfIdKkM JmESsOzunAEe1iMTnKFoXu8qQI8WLKEMymA9JgELLm0aOoEQJgEeykA9omEStmMKnCET1qMMnGE7 8Al3JoE94IEXdqDrfCMMwkAX53H1SKqXrqaXqmKkxiMrOCrz9qxAiocbFySmfoACQiARPEEKICD7 jAd5lqylBq3PaiAG7oAOtiBLuKDipmq6GOABcoAeWEAJ1iAG6eEbflAGqkAdWKAJKhBU6gAEDLAN PEDZeMvhDChIqmALKpAHFiEHkuoL7eB/fnAIH+DWBAAG5oCM6IEJAoAHPuuASqQCIMEE1qBEGKAu JaAKEGMr3QAK9O9Y/wRA3o6ABSKhAivuHoYyBleBHnqIBysACYCk2sQHSAqALpTADZRABx6ABOry BnRAHZRKANqgr+ZvDqarLgVAEfyBEdrgWMjQCKEqDvIBCQ5IAKqgAlQIEjxAHdTBLF+gWhQJBJ4l BQZpD1iu5fDQ5bTlEASBBpozvv5wvtSlEXLuXRpRJXrulP5AIwDGlR7RIzQAEITgDcpTFH4h6QzM CuCAPeFAAygRPlvJEjFRBESAAiggCKzinjrhEb4ACIIgFDugA/zgFMdOB1YhgiABGfxgAqbiK5RD jqpADRihCrpJMJABQzH0Lu4iNCxBC+5imCC0MrrgQ8lAC3IhNTxADf8y4QdGgBGGSYGkkRrNQg2i xgPkCAlqdC3EAMPIgASQgQomQJf8gAyQwTRewy2QIcMYgRG0oCoi8irC7DJutA6ggBHSgAM4wACC yUirgEg9gApyoQfOyUSr1DSmo3NigQrUYJjqgBGQAQKSYPl6oAy0gE2rlE0n4MSSRjSuRsU2Emm2 4wdmoAOUj/mKTDQELabGwBO4TAqAwBxa8noIbZdCkj0swTEgIBU2hQO+xwJ8QRriIA64hxSYwBEW QRscExIqQBugIA2goIYgIQvcANMeQAuyMAorgA0sTQAG4B2wEgYswOAuZIdurQT0QRva8KleYEgO 6AaQgAEciwQc4Az/+IARwPL/EhBI2mAR6uFYmLUCcmAEjsXh/OBY/m+qvsFPMA0MUpUoV5WH3lUb /EQAaK0CHuAITGALGIEBqCANqiAHwMAD+IBY8mEXsoC34sBU5q8F7qEOjoWptIEf7kE0kQphBWAO VjUHmlIA0oAeCOAIKqEEWmABBqAErGU4x6s467C8yktalHNajEAAnFMQBMEPAZG+rHPnOukQUwkO MkIUsBOVwJMgNAAhRAkQvJPAjjYB5CEl4hNqUakZdmCWZuARkiAJOsD2sOIATqAWvgBsgeARfIBA UTEKqqAeVCAFtkEF0gAZouEJksMOemwQECAFXiANyIAK7MAbVMBv///Wb72hCqLBD5CgBfagkLiB HIxtavhWBQYgDY7gBTZABzBhb3uMwyB3GhdvFSrgY9tgGxCgbskBiqggMBagbwfANGrAD1BXBbyB AL4mZBEXAbihEupACyAAK65iK7oAE9KgEspBdLlhAwaACiRhEqhgAF63DshgALbhCLTAFCuBGxBg HWw3DXLXAIj0CEK3brF3BHqhB1IjEoR3EBR3AIQpKqaiKwKVOzhSz2YgQOtsCmyqepxCeHaKPZ6A FA9gBmYgUhuNyGKKFrgpp6KJm2ghBmrSATLAF7hgBQKACxogACKYCxABErThBYjyfTyXDI6gCXZF ApwyBx62V98BGf/UoR6UkFuxkreIJQ4y6AEedgxjpQnyaAzz4daGYDepwBEcAIKnQQsu8ANuQAEW oQ3c4DbpYVYF01eaAN6YlYYVQR084FrXFVD4wTHfJ14VRRuGUgDUQBuogAH2oX7ogQ0gQQsiAYrt qGC1gWPjoF0ZlgUuNhIeAAkW4B3mrw3uwY6nq094a9siAQOWwAi8AAO0JThTzg4xYA+GQJCSE2an Bb5qblvERTpvDpN0VmjnpWdTCQ8ygihYiWh/tr9wQmUITChEOWpbOWBi4AkMgS2cQzQgQMcO4Atq QZdrQQoSrGwVLwUQoCAKgRuAbATUYAASzyMQgPEiARcUrxCimRn/mKEQyO6DU6ARPCIcKkEujsAe CiEFWkCYnYA1B+CToyAF2IEauageyiEcPKIfNuBpquAI6gUBdMAPnsAU6+UK/AEZIkGYHYKYo9cZ eI88JsAUuaERo6ASBpcMuGHsvKES2KEQBPcIuKEQPIIborcMoCCZPUIPNloLJgETsiAKHLES9kJA ssOXpqB27smlOwEUAdQH2EwMsA96oKI8bGpvasAQZHkKemBSb8oljwdTZyqccvqlFKAYdKQIJu2B J5gLwASCMViDOVhX2Q0UaNUGCoBWn3KEI+EeJEGDYGA0U8s2s6hQdAAMViENAtMN4vr0BMAGdDgu h4QDIFiC3bKK/01AAJqABIZyCFgADDg2rg9biZVgHBj2HmZRHbAYDLQYq7t4UYbSDfIBDNqADCqA sytgFUTl0j5gCJRQAPIBjhO2Xd8aWTh229pgVaggCwfAjxN2ERhBHS522waAWiSgWbxFvEBAvOZw 5ZATWoZzkhfpkGgOvoxAOqdzk3WukwtCO1PJCkQiAfCglcDTlE8ZI4TgE1T5JUbZlce7IBzhpKIi wsjjCXYgl3WZAqwAD6SgBo4AFQEAB3ChejMaAMiBAKBgARKvEPZABV5AmRGABBYAAaJAwaOAGQrC CfLhHsiBIHDhdcvBCQCAGRjvCJ5ZwSfcH0ggoHGBHCphEPR78f9ygAT2gCDCYQO8wcIJQgVIAAqO ABwAYB30QRLU5ggSLwp0ABIkHJxVgMQJAgEIwA9U7PMMwYPagSCuoBJcvMGdYADCIqCvoMGjYADq IAWIXMgRIKP3oAowwQ6EmRlWZMgBYA9WMRISDxdafBvemRmyAAqiQUESRDu4Qz9/YKab0QdmQKjb g+90iacv9Zu4b/tgSqfNIQlIoT1qIKFqAELkoFMd2BccGEwomAsyeIMfUw3qsgAigQx0wARvAKwF IBIYgKwj84SxMjNJOxLalYaHIA7sgNbjIBLsQB1urUSIxAqkOgAaABlWYVhm7YCaIAf4YQASe9Zr PQ74ZP6agAH/tIAKkPgwI3uLK4Cy3bVY2IAAdjNqIKEOJNNNdUA0TTuO5/hYRG4AEnbU6mARxnUN uutiY1gNbluQ+2S3Tc0LJMALhlMCPsAL7HAP6LDlouW4Delb3qsPy+VcnLu+rpPnPlmVQjkh0jOV HvEGQmnoXAIj+iUBAGzAVhkjxJu8x9u8zUM7fqAZcWcKDgAIclkErEADIiAAYoC+DWID/OEBdGDL AcAd/AESvAEXGJoAGMADBuCknUAfGEAHdIB+/GEDaKIQKgFDuIEZrmAB6CIfen4A1MAOnhkAwuEF BoCMBiCjr6AOeJMAAroQcD0LGtwMImGGWGAA1BkX6sDra3wd/8aBOOg58fpBB+rh77v9RvfACXDh CBjBD1LhzwQjBZhhEJCALnQAoiuafwIaAAZBBY7AcNWZHHTgLCChEjB8ABhhAMABF1qArzyAxsdO H8BgAxRPBbpdHZw5HPaAQ7nCT60i7upupl9eCvzzAJ4CzxZqCnBpqPdGeZaf+wS4C8zhBwIY7Qpq 7iCEDrAWCy4hCbDAFwIBEVYg069aUSrAhO01s786B27V1McaEuoBBEbzVw9oCDwsC2FAhzzgqea/ rb0rEgBiwTsyBdaYYEHm0gouvhqsCJDmQT1QAgrc+KCFDb8FEtZsgQQmh5oFkQg88NOxBQsqVBa1 EXAjDRh+W//WSMhXAUxNCZB2ZREgwNEiNg+a3Bii5qcAJBUqQOKzRkA+bU2AxmGjjeOaFve0KvGX I4eHLUCprFIaZ5EadUrtPGjjZYkXCSDmgsCAVwKGAnwL7MGw5y/ewSAQGD6M2ItiL5waGzFCg4aZ ySgqO2mEA0ehQnr0APgMOjSAdutEmz79GU6CBG8OoUYdxZtoF6trw4rw+dOv2qth9RGN4wOeP4AA /YITwXVoUbxdmD4UgfjxG6+rW7+OHbujGtyfEOrh4wsQAwZ+hK9Vi0IEKxE03ImECwC7ersqfDsS DgAzfw9IIKlDhjr7sDBAfk7oswgmSJCQwwJXAFDIBjqwAcn/f2mQ8MADauzx2QDqLBAfAAOMAwkk 92wDYSVqLLLLPgM4AaEd+XADgB4vkDFUBWrQ6MQAI4EDwBUsVMCABwsA2Y8O9TzIjApIsKAOEmkg wQgkUChAiBhPjEDGf3Wo8UAOJCAAoTfvvEMmAJwQsA89LKTwmTcePLDPPkfAuE0+ZNRRBwmL7PPO EfFFoU8FG3w2yAAYqpHGlOosAsUINRACASFThNHDDgccMEMQnn6BXi1fdACBd2JMMQMQpNYwgQKu vqrApKeGIkYXsN6Ka66vTtBFDa9awmoNTwSbijR5+EBHEXQEgUUGDVjBBSTa7GRSHR1lUeICBX1Q Rw7WChDJ/z2SQFIPCAK0sQgJBSmhDj2KANWCOmC8K0ALSFSRhQ2goEuQQQgpxFAGXASwxTgMDBGV AEroMKcHJqxxQyRVpLGFBBIo8IC1W7Fwr0swyUSTTTjpJHIFWtiwhg1MVNFGR0rkE4kbAvBQZBsf rOHGVFWdK69WLbzjAR9AvXCvIjesUUA+bOyc1lptvTWXF3fh1VdfKaQwRGB8DYYXAoUhBjYCcXHy GA1GkB3ZZGZUhgJmmW3GmXWkZXeaFauJ4ll2sYXmRim8JfCHaMzxhhtocAjxd22lBA7a4KsBElof v8CSuCga0I155ppvx92kB5zwxQw9dOBDEF+AGoAGEbRihP8iAwyqQ1Pf2BEFAE74U8Ei6hBghzeV cFO77frs4gEB5JZWSCWxV6ANPffUkYUK5CDAzGdHvAOifgQ0xQYjNLLjljYVsIHEg4XEUQWTR7DY FD3ebKYCJEcGOSQbDMyfJCRwAoDDFdxskAUkMIAN9quCJZ4wLD9AIR8LiN4GEFCIMj0ATZ/ZwJB2 MabPIKAdKujgHiK4DgTtrncqSEE/PkOoCkSCHShcxx5UcAQMaUMbkKBCF8QghkpNgTw76ATpPhWq UUEAAlPYwQ+CoCoIcCdX5iDdCTwRBAjoaoq4WiKuWgWrCaTCAZdIQgeAcYdEYOESvuDCNJABhp3Z QBFVUAL/zvgigQ98LGMdCde4qACDcw1kXfeoQBW2VQd6QMEEQLGYAJBGBjBAAWVD+FcAAsaFFawA CqtQxBqikpY0VOEkKHNDHIGiBEhsJCUraclLYjITN94kJ6rESVFk9gEJyEwCVVjFySAGRzkKQAfa OAIo1vCBl/nhZop4wC78gDIBGFIAH5DJN6qyhkiohS2HdAtclkCXqlktBXvQJtUKgAEEdC1siTGC IA4hiMiUTTKUsUxm3tYZuZVGc6CJgN9+Qbe91TNx1AnNITQAUIAqBwC7SdzfrNA43kDuM4dAnEFX Awd6SnSiouFcd3aAxB/0YAYdMEAHgEABDXzgBoegQQsE/wWAKCzvPrW7XQU8MABu4IIZEYyg8Cqw ixzUg0Z6IAfumgKGerRjEE5gRt6sh734HKgpu4ACmcKRhlVwL30QikMdmGQHejTFPt6ongXnJ6Sm 3A9IKVwABEPDDgR4Qwe70IYHJPWELkBhARu4QlGPWggzUTCvfWRDFQbxGWY4YbBFjSA49KGOIwCP GdXLWwo9oAIYgYYZ4EiBW3J3JUshUAyZ6oRHPwUqClBACqQiRHlOINokUOoJuerBCVBrBSmkgoq0 jVUopmAJW7mqV0pUQBdaNQE6wMANZ5DCD0Lxg2Y1IADT0EIOtFAAoJjAAycDyg22EAMLgCIL96hH AT6QFv9JMOCPoDhCf0zghi3cIwcuAcUNFHGP7hnNukpAwip2QYYhKOweCVmILwQ2sGIsIg3DtQEJ tHEHSkCCHm28QSEVgTtt1MEiNNMCFR4QCVBIoA5gYMO7bACJnHw4xMRrmXWHUIf7LiISEijkHJpg gxss4BtBO5oEPIAECj+gAg9AghIoIgA3mCAODICEOtoACvAughHqYHFMHjCAuGRzL35JAV+GAE6+ CAachCEn2LywtjUIYszrVBvbGgE3zsSzOnOjqAYoV7jr6PMzeKiNLFiDg+zc4G+lEIVDayOEvDku AQsFAG14I4Q3HJSijKanRWcBgTAYwAc+2FQnwoDRM3z/QJcf4AFKVSo72tnOH2AYQPCusAFvROJB S8VgOTRYBTY0RRtk4JDtUuCNI5QjgtfL3lKZRwYysSOqTVlE+ap6bGZklXl0ep8eKsECsA6pAh8i a6EeQIABpCAKNrVdFtRBJBvWQAtVePWtVZ2CzeiVTHxlHgEAC4A9eGPe9PbGAFhwBCABYBCpjgSZ UrgLFtihEkTt9hUIsAswvNVShniCGDB9gB2UznToEUEARPAIc2z0EVKIQARCYIAeSBFXP/iCFFLn CULUloo1CPmwLOEqWQ2LO8D6QQDOINog9IAOWAiEJwIQAErkgx5kaBQU6EEPEjSqCpBYRD50MI5v PEAf/zp4FBM8sA+q32MVOXj6OB4AhUXcQwc6GPoDnEeARpGABRpq+tPz8VxEAB0RGfAF0B2gBrEw jMaX4AIP8s6CtFdBDfdg8D3eQXUGNJkJYmfYo1bBgrLvY06RH7oacPQAHdTBDlXQAT1qqI6BNIoR i2AA1VnwDQptvg4ZSvwiFsCIHCAkDZzPh4bqcI+xV71CuSe7OiDxgiVgEwQFsEEBhpA1K/PFBnvJ GmAEMxgvH8YLh/jEJw6BzrKZmW046MxmOnNU1LSZoh+AxRt+I2fZGO5vogCNHlwgivjLXxT4BECd CfeZP/DmFsoZ9EIjwBtv0Ar8U1C9gX6NhoDXYVHesf9DPnACMxBxmBYCATVSGgAMR3BCoFYBdtJS /gAJ7FYJBMAC9/BXtjMOFUACLxBBe2BfW0UPL7JvCzAO76AOKsBrSXVTOcUAr8YMA7BjOQAJR1A7 hWAHasBu35YTHnAPh9KDXQEkYVUBqyBqSeIBUAAFZKAD/rAAA5AmCFAokOAHEBALZCCEAIAA9ZAP 78AC7VAj61YmfVQBLEAjABAJLHAm76AGUMcC+cCD3iCC/EUjKtUfUFAFZOAPBEBXNeWDD0AGCnAq hJAlU5ApB1A6JyAF6EEBF6dzHWCJFOAGGhACEScGvpJFO/AFISUAZyAHK+dbNQBzsFIDOWQJE8Ar 3JH/JU9QKtzRBRBAB4kABJ5AB+aABQ8RCAHQHi9QDwygO0vmAYuwjGrgAfSwCoygBVDwAN0zAZfA A4ywCtM4ApjwAGCgBlpwCgpABtfIAJgQAyPgAey1CKvgAXbAB3OwSWxgJA7wSA2QARkwDRFwBlxw B2qwCmwgjjzABRbABXNABZDwAIvwAOrACArgC21gjfYYCRbQAFwSjiTQBkhwjatABk3gkWywCiSQ BVsQB9b4kBqCBIogA5EABY8iIGqAIWxAApyXIerwe4wQjjrQBjbAB2kwJzqpFnRVADEUjklRAkdw jmDACFmAAdg0ZccXGNzUTVWDZdE3TtInNiiQGZ+Q/05ltjaVgRmeAX5r9hrjR1E3AAvOkX6hoRq8 0X6fgQOKVjmf0Qc34GDYx1CAwBul4Aaf4X+fcWgQFRp/lgB4kICLWR0WJSwQIHEz8AOiAwGd4AlW kIka0AoWiIEptTwMUIa3AwVKRQBgUAE5kAUwciA6UAKIYjzvkCH7cA+VEEGV4AE4pQNz2GtKVSja sAiQoAIa5A9ssAg6YG5EyAKHsm9IQA9qYQcPEgVI0CBkxXo0ppz94A9HMAi4sAEnyAbvMADVo1Ig iSUTwAjvk1chVgH+gDxu2G4bWAkVNG12UgkqsABIQCZXQGo5UYZUSA5ptQA5sAtswJ5vyAB+EIuX sv8DPTAFRUSJQAAqIpCJmmgAM4A6qhMCo7ADEIBFv2IAJ2AFh4ADoFAEHXoruhVzrHIrwuKKMTcL wkIICIRAwWIAIBUAQUAISRABK+AJGiAArSAANGACRVAElGADEtAAc6AI5CA1DYAFXAADNtAAfCB3 B+kLl4AFiMAFDYClDfFIiDBG/LilDlAEpOAIp9AAZ2AF0HKlFgAD0BIwSYANjzQwXMpFB0mnFjAN 89gGd7AFkbQCGHkJW5CmVrAQGCkwGgADMiADfMAFZ2ABjcoHMnAGK1AAMqAETZAFcyADBaCoNmAB W6CpSsCojSoDNmADMqAIWeCSKyADezAInxAVN2D/AyWgCC2gBDaAAnqwBmYwCEMgAxjgBhomAcZn A3EhNSBAfFeGZcrXF3uQNVxWGBhwF1/jZV6AAnSJTmaTNu3kBN13lmgpfvPUaK0AOG+5fnIJGnVp UG4JGjdgBX/gAkLgN38ZmAAwaM7BroA2f3a5GvXHmAEbGo45KZrSCZoyBU9gAEEgBUAgBVaAD2cQ A52pgTkQmocYH4UwAFSHUilFACjyGai2ASO7AZVQBypQPQiABOpQBeSQZyKCg63GAFDQmYWwDVNS CdUTI68XIghgB0ignZ+xB0NCAF04AANQAo3wGUlSD0DCDC9QB1WwAHNoQU7hB7aCDF0Vb1WgDmRA /w6ekVcTxG7e0Ee/+Zy2Y7JI4A21gwsLUAVk4gRHMA5GMk+EAgbKeQUDcC9aq2zNiQkjQEQVegAN qimpElpAR6EdgERSIAIN+wgHwFq3MgGh4AMh8KieMFsoiiuvaEWwqKKt2B0xWgO5KCw/0HGt4Ali QAeiFQAOtjo/6nGtcEmtAKS/sQatALEJswYawAUDI0mS5LsLQacB8LsMcZAICagr0ACRtKaS9Eie QAGegAVy6gtl9LvAyxDLawHOG6jIS7zXe5Bn4HGqI0n4gA8wsAI2cAZngKrdWwBuqjowoKjsewYw YL/3azEWAwM3ExV9ABM38Bs44L8OhgPApJd9AP8xn8Cr1iUBRtAHehBkUqmsxses0FoA3ORNezE1 XDl9ZtAIKGAGkiGWY+k2mqFm4XcaaslorVAKCFUdc2Z/f3N+dEk5ieOueICYBgWYgqlQAHAI9fpQ zSGwQ/wZBIuLDVopSmQIU/ADowAEIoAHATCxGfiZZbgf77A/4WAYuIALnsEOZvUayoZSeuA/VxAO 2QoAKrEALVUou8AAVFAFylkIuGBX4QC2R7AK7+AN+QEAdBw8ZmAHpvkALwAag/XBnqFSLECb+uHH KGQHOVABguRbVHC2hTAI3DAIZsBCAGBBFAQAZOsUZEAGKsBCOEDH1dMkbKecUWAY4IALEcQOBMD/ Bg7yGU5wBVdQPYWQArFDIVWAJRv1A5WCaUeEOohLAeMhcY/QAaPgRD6gRKT4K0M0DDFgDpq7uaTY ua+SzRPAHRCgJcIyLBNgDsJgBQ6WcgYQAniwmSuQiWsaAGvqcewhRzhwA2oaAR+gOh/wj9Xbu71b Rv7MEP/sz/tYRgEgd5qmAY+kpnRXvdiADUkABA0AAxGAkA2wvAe5vP/VEP0cABaAkP9sAamjzwd5 qMgrvlZwBnqpzxYAqYx6kDaQvpbq0RZQAPervvd7v26glzDRCrJUwDCxaXoZR0H9SQNsvx/wCThw CMqkrN/EF1iDfIHRTYChZdBHrRwsNmRzNloN/xlpwzZ98E6aAX7yxJg3IApxdhowrAEJcGe14cJ6 YAV4UICr4ZZzvRq3EH/2ysO1ATk/HIBCANiBHdiFRsSMSbAwWioyioucFR6Naw5HsA6FEEJNEYTr wAy4gDt1cFb6sQEL8EH90ALrQFijXVRRMCUqEDxB0gYtgMvkQAILENngcIK7AAkj4AcE0A6SFW9t AEFRYAdSdQ9HgABKW8vcEAkMMGtxzG1zrAIDENmTrchO0G2FgABHAIduNQKsBQUtsMkAYAZZ0ALg 4ATcQALvwA2FEAUD8A5EYoVQ8DqgUQhm4A044lcf9Bm6vAC7lt7vYCeDoLMQEgUvQABSpQ0z6/+I FRrMDAgeh4u4SbAplGYODmehX9AD4fwqvIWLT2Ci14xFtFhbvdIrM8cqtvIEiTANMHAGdBCLj2Bx iCCn2FC9BQ10HtceGnAG0wB00+AJiNAA1buPdefjGRAI2PDj+xgIPp4EDuAAjzowEXADuJs6VjAN Qx4I0euwKf2jVqDRXIDP/gXkkdQeH7AC+/ioPprlA2MFj6TQqvO6N7Cj7NsAJiADeDrTCOnR71sA kkTTMo2q96uZR30RDvbkrYDT+DtSEhClMHBOh6Bhd6FNx5c1Q4DBfjHVe0E14YTVCCB8jdEY3MpO ZNkHjeA2J0zWjNkHLvABrwHDfVDDtfEG/QT/AG4waAngHHvGG7AQogAAgIpzr/laI4gZUYUt7BXV OaEriQYgBqbVAR2woIYbOiNAAv6gA98gVozgD9e+D5GsA0cwb0iQDwyQhf5AdddO7uXuD5dHBlvo DXZAAh5g7dI+QeFO7drACObgA1qgAwswbzHkAeSuDuLDY5o3APZWBwTgAbLWPoFnB+x+D/0u7dQe h1VgBwO/7mCxVTTkBwkk8QPPlB4Q7fAOBuHOAvwQyZGiBWRQDxR/BASgBpDAAGAABvrA7XrrAeB+ 7eMgyFqo8iwPycyTjk+gKT+wod0BAQbwCA5rcREQAECAUeOh4YRwAEhkADOnzTC67GKw4Z7b/4pD 1Cq9kisHxB1ZHyuE0AxJkARK9AOvdQJJgAUhIAVSgA0N4AkWZ4yYiQiIEAJY4AsPDQTT2yxs/+N+ T+QZ4PcZgA1DngSJQKS+QAGI4AueMA0O/XMUkPdJ8AUiICrqoTqYOfi+AAM3AFDMZUZnQLutIOYE /c4A5XGIGwAx/qiGKkmVOjAWoASTirz93Lt1bud1frx3vgLoW3zoO1IfsJmFXugfAAO59AFU1heS XgJR3U17cDVYRulUdtVbKX1LABlcDRnbJ+o48P2kzmbkupg4AAcDJRowDAD619ar0WeAIApAXBvO set8DRqFmQA7jK89DAAAASjBwARCDgEAcP8I0EJALjQghBhR4kSKFS1etOioxsaNTwhN6bGjx5QD PoJ02PEjyJdaQDqMYLRoV4UKkCRJiqmNZoUH9+6xqbDowU6iRWmCeQCG3rt79HYtYpBjJs0cD3Lo 1AaliacOkjz4fPAgKtGnaqIyvQeV3k5tizxAyrGK5tSiu5aCdboTDIkRT57U0KLGZ46gY+dWlVrh KZQuEDBBUgc2xyJ6YKb2fAcm6CK5O3dVRctg0SKgFbRBipUkxIwDByAQytMpFYRQBjp8sRKBgpQZ jzpA2Eiog48OU/7WmKBAwYQJlp6kCgUhuXLlXWpQn1DDLyHpCjYqt/TdO4Tj1xWEv17jB5D/E4+e mAsUIYCUL1JOSMET4QwFERQoBJAvgGmSCCKEQLDBIoMGAiEwiCQebBDCCJMA4iRp5LjjEimESQKb JDqgIwkRAsGCQiBONCkEFUM4JQ8OsHgRkQCsQCRBLBDRjwsPYXQAC2wQQcSTaYAEsgFfGuCCC0R8 YZILJLnwRQkHLvGFCwuSxDJLLa+0YAUYYChghTPOsMCCMzSA4YNWNFhTgw9u+ECCLzWg85APbCjA hg8+ALMAP4cooYQhhthjDz8LNfRQDDAoAAMEEFj0UUknnXQJTi41IlMaaDCDUxQ+bQSHRkLFoRA9 9MConXUwYrUiHDRAdaIovJGoDyEIwjVX/1xdAECDXN+I4IZfci3FDYREwRUQhNwoBdc3/oDjVlyN bbVaa6+NKAaOtOOOkDAOMODbDjr4wYAfWPrixA4U8CAdmiAZIRUtPNCsAjZIY6s0o/Zliy1t2NBJ sUUgYQAobchQ5AwpzMFkLdPYAGqqXSDxgwoPStMmYNMYgGIETOr1jKh/NTbNMwaqUIAQA3aYogoG Av4XYJq0YQASh2mu4okwLIEC5IxnZoAMSOiKWWO3Cp4Z4rkWweQUDSJI4pETdqDjDCvo8IukEwJo pZUIPJmhhyeAI8SHR34ATjzrqGO77fOs68KS1/5KDj3lIBDjuC4IMaSGuV8Tg5AJngCilv8TZgjD AK6t+E8EKSjQ4AYNAnD8cTrlSySRGQPw5IwPPHkkiEdGf8Qk0ks3e/QO5BgjFGDkCEIK2T2RonQg Hg+Agi86OOCHA2bwwWwffpBDmiKKACYPIBKRRpo8jE+CQ2nueP6OOxxIAgvttb8kg2kCAD8AXzLA 5nvOKUDkEkW26P7I8TOA/0ktsVzhBgGe7noFLmBoxX6vYYgADG5wCAF8AE17+sAhbuCnAqQJTENg YAFKEMECDMpPi0oUBkDAKEchAAQgoBSlvOCFJZDwUpzIVKfMAConjIpUpmKVqrB1rVhJZFYTccMb dEUsgvDqE7DYoa5KcRAAIIsgykIIHIL/iCs8zNCJT6QIKfyyHTGIYQqdOAEQDOCDLPrAADNgSUtO sC41yGViI6iBxeRCMzJ4wCm7gOMuALYLbcAxY3SsYx7BwAASXAyOpqFMxlYBCUisQhtggMIW5nMA BZRRY/eihzZWQYYumKORllHMTPbYMQiMwAMMqNe9vmFHjpFhKHHMWFs6NgFC7MAAU5hAFSBhmZlA so6rYAAo7QWJnE1BDCMwiyH/SDMo1MCTYLhjBcAQyIlpQZaYZMsDPOCHGFwiEDOYwQlMAr4g9OAH 9xFBAASAAwFYYTXmMAcpEmEfH7yiC8uhDnLcNk9C0KETELCEJaZznr8ox1uvIYRH+maI/24BzhLm 8MHtpBCEH4QAfBo4RAREgAfGicBxFXJoRWeABQNS7j8hGJ3oSteBGZB0pD8wWxCG1wMxDMMAUqBc LUKQBHD6RwQnCMLKDtCJA4widCihQ4GwkIdsPiIRWUTqF4KQCNUslQ5MLVEighAEGGHBE+GMgBW4 cFWLTsMKAQjBHCgxJfiVtaxHaoCRFIQlC7iJTvazgZno9LQVmCmAElBT5PqAghvcAAYWsIEE5AQm QVkQghWkIAUXtVgNevCDJAwhAkhoQkzRwAicMsMKSYUDzpaqhhZpxyCg+EQn0Goih3DBEn+R2oGI AiERCOIvgEiQCCBEWgmQB68g8odm7f/wDVYYbXCfKIfA8Y07YtiBDzxBgWz+Jwko/UJ/RGC4UIwA Cp+EwuAUUIVPQgIKT1AAFAiWS0gwYrw1y2V60wsJElShYueFBBmg0EYy+GEEVYACAZjABwrUIgg7 sO4na0YG/EKhYyj9gXXhW1/vBNRjAvbuddnrhyfQ4jHqzSUZ+pKKHySiEz/oxHYhTODrDrjE3h2B GHrQAwM4QsHr1QIhgMCBEQiNvCSYL8HIoID7Emwy9IBKfLWggF74BQLm8Gbs6OOJ3FgBop9oBeMo MA0v0ckKUjDABKwzHeRYRzzK0c4whlFPzgWhGZ0ghZgtQYt+puyVVSQocMwhBoIawiP/fukBEAAU gDz4QAq5+YBEF7qDDmTxJB0AgnSBMI1PuEGiJ0hE8IYzgx/4rtKVJumlzfaDMLzmBwFw9H/G1L9W gPUkv+PdGBKRLgP04AT/4RykFQqE+ghjqo/7qhRO0Yx16rrPFeIANv4cuRt4TQNOthMiitCEUyjo fWaFNvya5CQunKEVgsCBG8RE1zJZiUwyMFOaDqHAVthgCF4o4ANNAKh1HzaxeSpAoi7YWC9IYAk0 OIQRvCDZfT9qhJY6YaaMkFkzhAMFfcDBqRRerXZ4QwUPh3jEJT5xildc4t4wLUU0AAghNKsUb3BB bSPgApLDASIfcMEbYAELIQDiBgD4/wNDAGFymMu8iRFxwx9EoXKWuwAPnxBu0LFFXMAFDrl+DsE3 LeqSR+A6dwu9BCW6YF9C/CAUYpiEH6qQC0g/wQ+YMLAWRkAFZ2pB65hwJhS0QPYqjGAEPC6w2RXQ hSeUoQh8UMIWtqAIPtjg2DdFWxlGYIdIFGELlJgD++jjkikoQOtaeEInOvEKQojBAHT4geDt+wQx lCEWuTAE3mgxgfsaGO0KeAIdqAyDFQRgBXmYwNnjdQpSRMMP9u0C6RWQCjogYhohAEIIMsADKkAB 7X7oQihO4IkxaMHAUHAvFapQBS2IHe7zxb7a3e62CUAAjLWohUU94Ylqn4GrVnBDH/8+IQAB4EME BojbtjjynuN4xwBACAQiQkABNxzCDXuSAAvQvxkIBUvwpx0ghMqDgJHwCDrjG+3Yjh3gAE/whTGY gcfhDxF4BEoLiXEJnh/ogD8LgBOYhj44hMl5LhAEHuKgtBUkKZIaHpPwosqjAw3ogxuQgHG7AfWL MhHwhBAIgsMBghWQqLB5BDywsghohTOYkRDogCAIgDNYAQk4tsuZBjo4AE8IoEDAv+z5ngiAKBwQ hENoNDfAgRtoAA6YgxeBkmiLNiMxkvFpAGv7BD24AS/xmm5LEguQAXADNzB0oBWQAbxSNxMwRAg6 LHdjIEZZRBAAhYH7FBQglXxzA0H/cIMl8LclALhL2ZSBIzhJhKGI+KyKYAdwuIJTRMVUVMVVZMVW XMUowAg9UKD0axUcUL9RfCJbrEOh48VrIYW+8QjyGJtO8A1zWAkWXIlw4o9akAL9oAMIoIUdAAJs 8gHp2AFWM4fkeLvqSI538g7waI62cbu3K7JW8jM3gQEmhBwB6EFsOoFAaAC7GhMAEoF0USk62IFX OAVEALzE8bMfnAE6oAPgWb4QII6EOoETIAXmCAV72gEopJMVoABP+K+8gYAOCAHzKymqEYZp8MgA gKiIkoLwywMe844ug4AYoIVxdLvwMMlt5DG3o4JxnCfqMIfCySLWEAlS4MlQUAny/+tDq7KC9wuo uPGy+ZuFjXAOaZQuceKsPoDK+8EDKegEb+S8jjCEcpmiO+sIBQyD4cGi8DM0EASCR+iEHUgJkjqB WuCmJIgcfBhKIPAdH1hBbAIelTpIbAqdRziAKYCAqpmc3Midy6EcKWC6R/iCruGKHXi1QLgqK/C/ /ZDLGWCyG/gEUJhILggALsDHQIicFVCNEwiB/gggNRmTy8GrBiiCU0iQZ4O2BiirtJJNBTmTDxAA NyAT/tGPMuFNGciTMpHCMwggMAEsCzhEQzQBQSkBE2AgPIkgRmwUCRCAT2iEz8KBRhMAQaABTfy3 TUQhTcksUCkEzioEU1m4XkTP9P9Uz/VkT4hoBssLhTB4hTGQPBA0ADH4neAJghO5jxP4gi9YvgBI gjB4glAgl0ojjx6gS5aysxrQpy7wMvRw0BqwDr+Qv22hOwVtRgFQoKGMADu5MnL5AjygqAgw0dzQ DZzaT/bonMmphRnYge8DvgqZKjASgRD4z/+shYmkg5v0BCA4gB1gKg6Qhk4glwMYiTBAKQ7Igxgt NApwzBFZgbjCBrrsgPu0vLxhm33yjrF5Ai5lG5isSeUQg7VUqnIxgIDiiCkwiTEQs1QIhKH8AVf6 UuVgjjvFUwjIx1BohhkIASGBEiPxkBCQgg4wj7k7D+2gNOCoUC/bm7x5hQ4IA1f/aw9yaTXG/AJw caWUuJ2vSgTK/A9P4CaUOsjgCR7gwaYXJA5y6QFD6ASLug/ga7r/oIAxStMDeAQg8IRAYCjbIMAp 2IEkEJPVsLQZwIYxwQZ7kgaBLFIgkJEaSYI8oAMgwIYZYZwQEAauogArwIY5YE03PCtnk0O0OhM0 AaAySZMIqCs+9EMiNM4h4E0bgAELKoB2Q87kDJQJgrdDgaAM+gBQAIXvvCwzcAMjAFhL4c5/OyEU sqxNWSFQHM8XOs/2pNiKtdiLjQjg80jH3Bz6YKiSyNF0+U8aXdUfEJsnaDVfeoJZaCWWKo+40TK4 uVAKpdmZ7QjGpIA0mZz+ODbD/0TSC7Qoi/oPE6XIQqsPyFmTofSNV6ud4Ziq0gnCpz1QqUKbTmCo MAgc8siO0Ksi8oCzWeC8KagNc4AAvzQHRyiyKqoBc/gBbDIAA3Qb6yCPLxvTMc29Mq2FdCEOcFFT MaCDdPkNMcAGCgiBEzhL16COo4Rb60CuMEhAkgCXJ4i/CYiFC5yBQwUP7dBK8zDALWOzCaAFMYCA rJQduSwJH4gu2SGQFqQAyQFCw0SpDRnII720I20NS2uN1vCBRLg88DHM+4CprHq6IKCD0Vy8LCqX H8iDZkgFaXQJAwAGUojePKCpGZiePEgEcuGAQBAGKQgnRGBDCwAQrwEfx6EAMP9MQyYB19c0qyMx kxVAEnXdH3YURN48AwBSV3gtAMBiPeRcTv/93xJIAUGBt0RJgeeME0bZIEchoYTVxBIaIYWtLMz6 FITrLPI8FYzV4A3m4KCzKCWkk66RqP8UnejKW/8Evy9gjVeaghb2Czg7jmAsDy1DDvmDG326UC/L jvmDgFS4vAehg+AJgUQYBSS9olydqv30qgDQIpJIRvDxj0JNLpya0/yc0xULBXN4AkuIPwh4jdHl YgpNVL+Zoo2gBVrYiOS405r8jsEhW/BiG+sQM7/IDjCtW7fRJ7zNWyAYnh0gUJQNBBHwgd+5jzx4 hRnAUjgGDwjtRu0IBbT0y4//CJzrgBvCoYA8eCdvnDvkoON58jIwI48f2NZACB6kWi4otg/csJPC /ZqUorRK2ymeQqkgoLSdsuW2/UmmcoNWEAFao4BWQDgCEgDJAZC/e5yF8oEA4JMACISJBN9LSwRf yB0hcaAkUK7dmCg6ORNBuE1sIyf5qFaIWoEMCIAGSBBwVd/XNBLN1Mw1mcIbZMLThJOnScczKIAz uQEbuNd7Xc587WdDKZR4SxRDwQAJAIVIiawGfuCEXViBC09JdAIn6KzyxMUOtuiLxuiIAJ9WQCD/ AT57xI+bWglmdAk/buEWDiju2MqVFg+bddBulNmN2LL5E4M5rbwgDYNJLZec/66ilLi0SnMQOjCA 0aWNV/idFe0Ac9AOL54iL+biNa6OL7ZQPKZZvcFTLtXkO56nyEufMQAvuNXqutVjw/SNTiDQGlC+ WkCbRPAEOvCbsEEOO2abjmDq7JBcCj3KsgGCVEhU7JBrT47Ztc2D2OgBJDOHUBgDUpADgdzPGcgA OiFUDaAA9khIvCQOlEJM8Hmu2zUb3gmCacgcySw0EYiA6XSDGxCET/gAFI3LE8kmiLoBfMCHueKC /QwCX+CfNkmgD+CC7AE+JjNRJSRDAViDT0CB1Qarao0A2FwBRMieaPOFFdCAM2hDZ0uSzQQfJUxH DRCEAOTNQRmCBpCBITABGf84RHbbZ3xNTnwV4EAJ6AI44EZplBFqrMjitweOYMrSFIdlIRRwgvL0 LFaJAmZolSgoBFwo8EIIrgOnCFh0IgfnYFxQ8KBjhnCwFitAPzhxg0/og8+5qpL6s9YG0JM4S7QU CV+qospLwBVPwPJw6W5sDuQI4wvVGUnrhKH2CGk8gb7Em5RoDZHYAXAJgymwDZYRg0k1gFbT4vnL PahGj87VDjubIhrmiH3Sjo14BSIfgy0XyO4I67ilgwCwkyQgBLr9crfR4z0GsbMWg4SCv1Ao3NlI ao7wZMyFp7mOa+YYGwio0OmQGzs/D/KoDnDUp+WIYeZYDjV+AiKH0TwAEJ7/lahwokip8k9aiy7I NlWp+YKz8TNEpoMrDYUZSDQwNNHN/MH9mw/WoLQOaOYZUcJWoAAOeMIZ4ACkPTbG8YQkeCqpgikB WS4xUUIDGkphoIM56JAXCYAa8Z5kL6tpiJzJwW7wcZIzySoN+D8n420rMRIleIFu93YluFdwT+// XbfkTAFAIRQDlrdGYSwQsu8IlixNPCHLGtiHbQRQmWiFq2iE2AAEiIgJBwCAB4ANiAJ/D/iKKIdC 2IB+sBaBhwgnMHiAZ4Z2+HeKcHgAmHiEuPiDr3iJAHiHV/AoSAGNR4iERwAC3/iJUHAnKAeKQICW r5asEgRu7oNlAcMAgFE9/9ONCqkQFsy0IDVxkQiXk56CxMkbl+YILoZQpNcO/EyJod4I5JqBq7WN UzVikagi5CpLkrJLlmGxKWioJFh1S03yV2pxL3sCbzKAvzAHNQXr7jOEUKA1UQUfJsTkv67bCTAH LjiINbCCPKjTsM69mkxz2DXrvxCDbOoE7XiFhJzTIwsoO86OuYZG7FhbWsintf1SCNDKTujRFn8F i6TQyuM8MVj6GgicxuiBFRfjuQuPUKe1MYIpEUC/+zHREHiFw0bd+gDQGVmoqbqPvB0dl2AxloKA V7AN1bjRVTWAAxDNsCnbMoeAL7qdiQRSJ/1J/gC+GeCBGIgBxb4DDsjWT/+FEIdCH+ArAutJBCyY AwfwBGxYdvCBzfjVgNYLHyjhdhmIHDeYToC4EUEDjAYrYJyxIIPPCyUvGpqIaEKGxCESTQwpUCLj xgJDhtgoILKADRA2SoIogAEEBgwIXsJ86WWJF5gzaXLKScOIETNmUABF0QgHjqGF9CAFoHQp0w3r lDLbtgGBkw0bUgDYUElFFG7hKrVLUagd2EIAogxAsI0sOFxWcSnldmXDFbkprkbBWi4cACfcooDd prSQig3tCiFot4FZinbe/G4QvDaKVhVZVaToCiCFk8Z7lpKz6qTdNidSEYSz+llpY27cBoRrnKLf gHXcCnGrhFVpuUpet1L/JcsNwQC3KXBtvTKoHNPmzj+06gNAj1Ich9wI0EBnRxAKEUQAOQEkyIwZ QR496nBgvY8Tj2b8mAKB0BQDnTqFeVJjP//+Nbr4F6B/EHRggDkQQPDEE4Qw2AMhYnTiA3nw9TBF GAkiGAodY6SSSg8G/GDAFD3sYIAPAVAgRXhffPHeDwfs0EkHr+ynYBgh6qdgFxNMoICPljzYgRQU WBGBkRFYQUePPjLZpJNNdhHKGdTdYEUQNTyZpY81LOlkDQacQIEItajoww/51UDgCQbsNwEE7c0w nxhYdqElkzWIkV8zGdABgRgIPgHBDzM6cAYWBgDhCQfYYJEIIhk0E18q/6dwMIMwWIxhgH2J0PHK DzMc0EEnhDyhAIA1PNFBmCJ8MYMnVgQQQCsfRMAFB6Fw2cUTr3QwQwcx0uFrBz4AAcQXQHQwbIwn JNLJn1P8EAQQUgjDwYs99KBeGISkEsowuZDSyQ8vjmIAtmGYa4AcMuaRB6dF3BEDMNLcIQ0dQORx BwdAJOFLAI9iccodeXCQwTS+nJJEBhkg4sk0B2fgi8QNSCwxH1sookhDDRQAigA3tKJBKxJYYMEZ BFlgghIrvxCRDEPIYEEBGNkgs0g2SADDSTcXAIIbEoAggdAfgOCFIKAE7QUICKwkEw2ceDFTTTLd lBMnRuxEw09ADdWIE/9GIUWdc0s5xVo762wQDgK5IbCYCm6BUwkArm1DmBNKHbYBLuukUA43jSmF tjd3RYEA2k5UAk47SlF2xeKVMAMAM3Jvc8U666gAztwbAGD5YyqEw005iKsFQDvcCLZBPyogcMVg hqtwhQqF3LWON7isbRkAhUx1BWUAvDR73mjPbRbaiE01+RV1t1MVACowQ1cUZzM39tifCIDDUp98 8MEnetyQyA4+DAnesWbOYCwQPojaAYvqxweBiT4cMIV+AvoH4Kn83c+/GDPQbwcwmoIYxPChAobh AO2RgieC0IM/LegVHLDAJQxACAiYIxTY+oGZfECBFBWLRUFQz3oO8IP/HWBwTjUwhIL+oyVUpaID dOAAB+iQBxtCwE46NJU5VtAHGPgiBD+YQJ12aKou+aiINdjBF0QgpmOlB01PMGCC9OMmAEKAR0a8 0xOGwQcNZKATBhADIQxBiE7MwABcEEADVHWCE0QgACIIWQgeYQA6rMAKntDAGZJwAimc4QNckBF5 ThAEc2BJARNAFXeKlZ5p6FEKkkxEKA70ileE4hUErBGACLGDGTzCTAYIRRjQaAAHtCICScAWEAJw skPcgALhecQPgACqE0wjIdPQAEF8MQYIACMP0iAFtqRRBGmYwxwcgEH3zsAFGwRACkFIRCCS4ABE DKkVh6CVBhBBQ2zA/0Agp6BEBjiAhUtkABsLK+ccWqAId3JgC3y4BD0vsQUlWMAKZzjDQGBgAS5w oWQWYNlDlGACk63ABiuwAAgEIIgPEOQG1wGFG2BQABjAwA19uMEHBPGzD0iAEzhYg9KAtjQERG0J n0BBTaZGtZkMwmo0mKlPzNCImzrha0Q5itisVzYAlGMDrmkbN9qBAHKYDheVE4zouGE6vmQlK+Hg WzlSsAen7s4bvdnAWFC3GW9gNQqVY047IseMxZFjHdvITRTAwblCrFUFzkuBU4WKlW30zXRR4BtS z3K6SswFAFL5G+qKOph1BLUf2zhrbqI6FcHABXhI7YfeTMc33jlvcf/NMx0Cqme95hhBZB9wg0C8 cwjwJUKBPgiBisajnh884n0+GIUPvlALJwYgEEHgYHo6Yb8azEJBwoVAKiCwny5Ygn/CJZWCZoEq MURLklJ4xAPFYCHrTuGTxlLRGB9kgAMEohVnOMGg1gfAE3xhWLEyH5nWN64DYGsH8ulBghjUQjtZ ogv6tUR+eYTELTrJESu4ASWeUFwjTsDAEChiEnukXwMMSY61OFYH0IQqBT3IgAbwVQ4BDCU50KG4 f9LvqZ6AiFZ4YgYn8IGGTiACWkkhvUISwTQ+YAX0UsANOFgBHRChx2OZw8GLfML4PuWDHYQpCJoa RXmlFYQ3UndLNZr/QicOIKL6GmAHhKAER0PAoCBEYFYCaAUF3jesYUkBD9jBRytaIZA8iOHEfRwP F1oRgO1w4QYgY/MhvoONfc0AC55wYgRI2+ZpCOwSHziEDeZAiUvM4Q5NOMU56TkHRTQB001wQAMA 6mmAVowPMuBnpxXyT5U1ZGUHPUM4P4CzPujBDa1g5nUk4OqL0voGMJDASUD6gT6sQQItGTYCQLC0 nLjUJjOx2tVm2hOfeK1rRNlpT8e2jUpcxXF0bVsKvAGYDXCFHLhgzl/aUY7HKKUSiJ3qHtSyDQSQ DRenmxxb0WKWs5QDHFhZjOQ4l4K5dJsbKsA2ONbqDbUW4tuVcEJh/9oRBRVsw9thqR5guAFWwTiu qty4CrqjkoJthCN2uvHGVwYBcqlwTnJgSQHmwpIXuDLjbUythG+usJvPMuUMIQiBJ8Q0JhFEQAAf SK14imWsL+w2fVIQgSSnJQIraMANgrjBGaahot3mZ0FUpkMiEnECLPSJP7oqYAGzvIMYhSJBU3BV 1FE8xipO0UIfyrKZEmSI7P4gCRz4FbFC1IFihQIIsGJVLZ64PjN9CD9iMFcnEnEmUlniSQz2sIeH 0QAbSMNHRNShJcSQhGlggRSJbLAiO0CBWFmBVciy8CzMYV0RTeEAK86hJSaQ3P7M535bosV+ACWG tG+pTjUIbwiQDP+EHoRhB1Ig8yPEE9sTZEADFFBxCALgBgoE4QxVYtUPSrWlJyAqlGZy8Q8MIYZh BeFYAARlBwixJedeWLgXhoAhatCMcGKBQa4KAJJAiCwTmkgT8dPpeYcViM803MAKJMGx5JkVIMs0 IAmK8F+KYEER0IGEYAM2DEmYaYAV+AIH3IGi3UAD3EEJlmAT3MEczEGmtQAlzMEpNEELbMElNEAN dlqscEEDZMAWvMAKRIAMyEAAcMFCEVTLyIAPasAhCIANwIAgCEDO2MAHCAAo2BpGuZoEbFNIkATR qBRJYUDPME3TxMQY3sQSyBRP0NRP3BROTVsh8NRnFUI4RAE79IX/6wAAOERBOLghOJhFH+5OXiTG vcnhUpgFOPSDc9ybE4BDTpUOIe7OIw7GIxbCIoYDMwyiE+BCTgkiLpgFMzwFAITDFXTiIESOUoQD JQqiHYJDOOihUjjBJ3IiJrJDHLZiIdjhYNhhFNihH0aBE9xbP0TWveHcUgRAItRWLaDXF5APLyXC DLDI+9hWq/jAqxiJK/HSIWjPdPSBG/CRFUiBD6CLevHSOAZAHvTPGPiAmewAB/1RAEwDHYjBDjyC CGjAJ/TBGdDBFJDKImGXplhIGt2P/AjQDIxCmEhBB/SAM34Bkg1eLdwW0wFBesDIAXTCh/QAHknA nYVB/enQqZiK/wtRnuTFgBwUwxZ1gaCcQXYkgnEFyBPQwekNRJkBQXzcDyEYwIU8gSVAQKIckp8w yOJ1l3XZlyIZQAeEAiGMSw8AQSCMAarkwSmkQg0kAQX0iXn0XRBYgRAVy5MBQQh44/g8QhIEQBKE Agc0AAcEgZJ5nwLwRw98iqY4TDM8yIeEyg6EAfI5yOiBZJPUQCiQkX68QgNYQJ+EgoRMi4rAB4X8 QLcQSxIsIJmICbIEQQg4ng/MAB04Znl4goRRSwgAAdjdASWcAh1gAVomASKsACIkARYkgTQ4gEJh wRwUwRw4gANgGg80QW62QAzGoDvVJh8owSX4ggxQjAlcDB+sgP8GNMBBEadDFJRBHZRC6QxIgBRG XdQN5AxGWacN/AwGZKewSYAbuEFLRE2xIQAoGEHUqOcS0ARKsacZYo0ZaE1NhQNQ9IHX6JQbhs0w 8qf14Ma/9Sd/ZkaAEmiBGuiBImiC5lx4fJATSYEzWkGSFKWxTFiMzeQPyAp0RICe3cAnNIcerAF2 aIAU0N3yCYAAKGF2cACghAIkUYDVFZ0I4MMNYMMBgFIr3YAARECflFEN2OTZmVB5vEIL+egOFMsf UUDIBIKKiYmKNaRDRiYtrSN8xMgOcMAHgE8IOEhO2gmqJJIWhWSW/FeXgh8XSMAZJIIFBUoZmcOD JEIAFMn2fcH/D2SRAjwBBx0AIZwkFlBACFTYi+wAXdKXGSHIn/CXinWAOaxjDwSBFHTCgkRLJ6RJ KNCCm7jlCQQqHYxKiaQCiHTAbo2IAnkCHegkMe1AKjyBgyVIDeSXIaRdKMBpPmKIGJjDcolBqkIJ kyAXW1rITSKfHABDgoBIKphDKrzCgWCQfBjXSbapAKGZIbHPi5jQiwyKhCQBNthSEeRBJ9BLDAwD KZigCc5mCTpABd7BKcwBB1ACBzjAaq4gb/LmO+Vmpr2APb3APd2rEshTA8BAKzSAQV1MQUWEQ0SE QgxsAeTMCngEwmphRoyEzninzoyEDbRE0QDNSxiBG6TUTLhB/3q6J3vmBBrW1NagwCcQxU3hgH4m hYKybMu67MvCbMwWKJpOi89J05AIgwHID7HYlkMGgYZoAEelEgd+QI6aLFF8jAC4QQB0wvhIgTuu QPdkB48aAh20gqx1YDRJiydEACLwVhAEQPdYQfcF5DrCyIbRqdiJQSKcjJFoAESBR/moGJKMCZSC B/vY6AiVEBBoAA7cQAjoLJdkSXLtyJiG6eFuCQSQgjTc0AzkB4K4HoLQAZxuaOpRlyHsSCj8EbJ0 wiWcAQWcQBr5iq8Gqndpygw1wxM44yMcyK1mEIO0qRgFCrY8i40myLYEyhRcEqkQAk4SWRCkgpsU 5Q8QQiL5aP/t5Z4+tigeJIGVhQgB/SWgsGp+OYkW8ReR/cqq9p79dAmAAIo5NANLpkmgbNgMBIIQ BtEbvZEvcMEZBAAHcAowyAsw8IAjxMApFAEP8IAc6G//6m8RwIv+liClbQG8zOtu7mZuKsIpvNMW bIEDyBMfzJME80GnDcRCyMDKOIQS8AGqFSzMSEQBrABFYMRHOOzCjgRJSKxKUOxKmNRLXGx5LoEA pKcXzFTI8gTWzCfJokAfpOxO8VS1yewQE3ERG3ERn8KHjAu1fgpC5kg81pYTAYEBCIOhpZ4IwKkV iEmG+tqYeYKolEexvEoA8JI0CBcHdCgNaADdjhDYeoImhcr/08ZRByxrci0eTq7q/kzBCWhfm22f LbmYFHzK6RHebUnTCe2AqkjpDrwpDNwZS2ZJDZiDIUQe4rJlEQ1D/XbBMAxDjxSDt07ek7CqjxBC KOgH3K3QmxaJBjRQd+3HGEzDWAbBZmLDF1AApoDSD4hLByQCV7KPrHhCQh7LmUwBAdkHfCTCNFxC Krwpq4QAi5yAOYCJIamKJwCuoJDXDuRBCCSBfsijIYlBl9Sej87Jn6RCIJfHbp0dADkIfRhXoJjD MFTqjiSRInmS/fRomtxqf+jKlWFBOfbPfpxfEMAADvSBnTmRE2kArAkCFySCNPRvDOjv5K6AwNDB Hfiv/uZB/zNg9KSt4ClsQRPg5rzmJro6ACVgjANI8AyCWgY0gBByAf+dgb7+Kwc7Z0M8hAng2syY ABNq4Ul8RBTqzK7d2q7ZWve4wRJggBcktdC0p3vOBA0vgREAxUzRwCEIwsj6BFA4QVE0wlGkLHXs 5xGTdVmb9VlbTwzkSH5Zgn7wF3AdF5Ed5kyeQKzI0XgMyRM9rV1HAD5EgBSMggBNI//dgAYIAAyY I/3RAQyslI2xyiOYUAicQIKAZaMK8j73CBH9F4DwiBj4QBJYs8LEWBr9XXpxhyShl0OmF4aMj6jQ l+LKQVTqkJcaLoDVwAPZKTacQRGEAhdcQjHUgAOswDSQgv+HLcmSdEEq/IBXVmOaFnMWpQlmdkIo /IBc4lEDfEp6kA8F7NPdzkCSUsCGLd3VhS4AWaYUREADpAIHRAAeJPSEMfIT2RbTJar7tMcZVNQY iIGxnEAnVDKTJJeO1AiSpdcPkNe2qMoP0AIhdACdjgEijGUY4A+J+SipoIqF74dzTVEBcZ0p+weR nUAr6MEhpN54NGoA3ACIBkAQAIMj6G8MSHQeYEEGMC5EZzQPSBpG38FF43hHzyu6KgIH+ILO8IE5 /asiXIIQcrC/5GD7ysALAOdz4vRz9nQEnAFFgEIfoIAE4NpHMNMHMFObWdRRi9khcAIGqBQNODV7 oicngIL/R4HCVH/CIcyU1N3UIaDAVq9UV+NATrVh2AgxWgv6oBO6gjpCf9ze9A6IiZAHfNkHHdCB emiKk/kKHUiL02EDHVRIGMzA0/ITqzWAAQjXK2RAONmZ+MBIQvqAsM7AK0DAhyQIcv23lgDIE8Se D7BJMRi444KID7yCJ3UAemzX8dVJ5yFfGIhB5IGpJdu2iCjAMOQZB+QBKNhADLwCDGxUHtS2ERUD B2ymkYDur5QIISwJ4W6eAoxBrNDBeyVCkrrBBwSAe7hYAIRAKnRCjYmXkTxo+UKgJ+xAEujRH4nA G9WsZMcY+3QCcXGQFFjBcAfqCdQCEJjDkyySjxrIIllC/w+EUqM+gnwlcg8sCAD9gC+0ggEWL/7c noL0SFsL7nFdGH8len/Mgmc/UwNsh4PUBx34wklgwQ+YQwy4eP2+OIxj9I3fOArqr0iPdKbFoCII t675QqddjHD6Ag227wrE9L/ea8to/UOkWk4XAD95hA1k7AoHdRSC+ZeH+azAgMdQ4RLAUpwLzZuv 1Cc0giCwpxEcwnVgjSAMRR/0QVabgSCgQMo6AVcPBRAHeqEzfuM7PlMceobPAvxNfp1k9hSZi3HR wo64tX7UOoLkAoJgULEeSE7SAnGRAjAAw+KSgvg+gTlgZhLkQa0Cyiv0QO8tmCJtu5Zcvqv7CPiR ip+YQ/9wGQIEhMJ3PYJactGC1CmzhymXWsI0tMIpyAHJOAIh+JAbKAnimkMI4JYnqG+v4ProPUkP TAMeHCTyzcDTnQGseKYUIGP7taiWY0criAAt+UBYytEnRSZASKEQ4ouUWiJmhEqVasoUCE+eGDJn oFmeDjt6nKjl44kCjx89TggF5EeNGiJPAPlCIdGOHQc6hSE0ZcajGdOsFKFlkmdPnzVABhUa8qQC SyafmIsBLIahLiZpPYFgTo60VDGGxXAUg6ujrTwc8RA7lmxZHk2anL0zpwjaJqfQKoKhoUHdDJcu ZchQl4sGK1zOWHjxgo+JFVyUDH6hJDFjEzLOwBgypED/5cklSpiYXJmzhFYfPkgADeODAFASlrgB tST0EiMocODQAwAFJy+uDx2iQePQpz59PqEwMxw2DhTHnThpFLuQntkAoEeXPp16devXsWfXvp17 d+/fwWt39HMCT0sKunyscbRGlwld3HdhDz+9gvITjL7Hj34/+pAT7gPQKIjSc8+j9YbyqL4EGXyK pyfa848o+J4IxZwn8JMPwBogZNDDD0H8qAtfNDjlCQ7osKQLDizgIo/zQhTqiQ58ACKRHw7o4Ice cuyhowR7CEEEKYLoAYJOvjhBoABE8ESEL2Yw8pUMNNDgAzfOOCGIE74AwgA5xjAHgkQoEIECJp0E IohX//aDrz/7JiCkAx+BqCUICBisIRUIADQnhIFOoICOHmY4waYDejAgRylOMMfBn8gT6qgEHfxo w556iYMJWjTFCqsahilmmCeGiWQrrcQKKwazWD1rLLfgmqOFIuaQwQpEfOEjrwa46NWXBjQ4TIMI +BiMscQUU8wEJUwoAAYYTCjBhiFMqNbazKLFzNlnb/gAFG9Vw8AGELwoFzTQBFmukUbM4GSJd404 RJDccptXkOHMQKGPRo5DIbnlcCikufAILtjggxFOWGHpxjPJwP/eBAlA99579Kn6Ls5vwZAOPO9N +uADceMYFSwZwPLSi1iohzm2lOSXY+ziFF+AUcCkA/+9AgpmS2cihJYuIKTwIZ2HemIGH2b4IQyp OhhlBiGlkAKIGQwQQ6pmOAghgBU46AAILn/AMEI/yxTBTCl2NATEkQyoAYiBzImRkD+HpCAPA+r8 IsmEptihgwMghDTSoLqAgBCiQWpvvwzb64mJXrTqZZisHOk0Eia8cqQNsTYXa9VWXw3dLVnnaEJW B3y5ZIstLpkmgADOCCDXM2KvsthkcV8sMcNagdYEGGyw9trMMCuBMhskcONcb0EoAIPnMbgNlOk5 4c0NTmx7dwlO7DVDEEFoEMQIfI8LDjnlmGvuuYXZb9/99+FnWOWd6a/f/vvxz/9++UbWH077o+Km oxD/4iFTMMCXUoEUABFiBz74QiLC4DcDXAgkTzHHGA7oA6n1gBAdytMPAvEDCABBBECIW4i6sIMv 1OILQQiFARzYJaqdhEDsKYpQzDMUAcXIJ72owSx6UYwnFAMroSrGEZlwOa0QkSs8aEMbPge60InF LVVUhCJa0AIstmALvuDC67iQul5ZIQIrQFbukuWYbWkGeNgaXgoyk4I9VIY0ErCBuKAHPechgFza 89YSyoWAct1me9jjhBFogEh85atf/nJCbAI2sPhNkpKVtGR1HOE/TW6Sk5305CdBaamb2awGvYhY DcSwgx0RQgxiIMSC0mPDh8BQhIGb34FeQYdQPKGB/zv4UYhC4YMOGGAKhniCGAyQtKVJ6pZGiZD+ fmiSOPhQUzXQ1BNiEIk2lIoJWokEEU+1qq9IkYppQctZqtiCJmSxBXDR4iV+5YstvIB1vvCiCdCY xsZUywIFqJZlhlc8OMqRMzBoHmfyiAEQPA8BDe0jIL3Q0IaWS3vbMwIiE0m+RiYHkgJzziVBGlKR IiyToTTpSVGaUpWGsmIg6599TpIhiDQzcVJxDy1+9jKpOOw/HMIQ/V4KM/dgyiQ+rAETNFUMJhwx BqLSijdTFdUnkjMtrjonWti5TnZycQuK6GoLKkHPeeYTd/tklvDQSjzMwLEEA6VMAebIGbku9Hkg 4P+jRPE6UUIWEnuIHB8NzBCOjaIvkh8d6WERm9jqFGOljXXsYyEbWclOVn9HkU80eaKpXmQKqUzg pjfByQNtNpGcrKriOrG61a1W4oqKYG1YyZo7xuhuWWgVHvEGuoeBEnSOGHDeHqB317wOd5C38UJf /QpY4mwUkgFzzvoUG13pWpIJlLXudbGbXe1uF2bv0dQsTHK5zYL3cUlkwuMu5xXRtiEsYOHB5zon xaqi87RaZacimnDF17o2trJ1zFmZdVbMZEugbdXtHhBcgCEgGMF5XKhdh0tcihrBkIncjUaRsy5I Pne6Hfbw+2LQi/OOmMQlNvGJUZxiFZ84VKFyxIqCYRxjGc+YxjW28Y1xnGMd75jHPfYxiR0hqswN 2SvszRx7N7eqzrUhC2O5w+bucIcmRDnK9XVLC0o3B/y2Nr/5bW1XXxDWSsAWtoo51pnRXNuzRksJ xiuem4eQgoG2Vc5zBG6CE1xXDOC1uH0uLiANedGMLrKRx9FwYQ37YUUvmmABAQAh+QQEZAAAACyw AAAAeAFaAAAI/wDzCBxIkOCPgwgTKlzIsKHDhxAjSpxIsaLFixgVJqKTaEbHREFCihwpEksSkyYz ZEiisqXLlzBd+uLia2YDLhZy6tzJc2cBCz+DFhhKtKiNozZgKF3KlKkECUuiSp1KNaoRGlizas1q BoXXr04aiW2EoyyOQoX06Ol0gK3btgfiyp1Lt67du3jz6t3Lt6/fv4ADC677Y0bcDjM6/PDRwUee jj5m+CCZJAiHIEkyBzGZGSWWmKBf+srAp4FpGTdvyrDApbXr1z6BBpVd1OhRGEibwnjKW4IXqFWD Gxm+tTgNM12/fh1r9qxaAzugS4++Y7D169iza9/O/a7i7x2kJf9CnCdxZI+ngiTKczkIJcyYK6M8 Of9zaNB8fDXQz980ztVcAOhaTzkNQZSBtRVgA1FIJQWCUg9KsNtuvf0W3FRGcJLhVcZhhRwKyXkV llhmoaXWDp3soGKKLHbn4oswxihjXzPM8AN55NFR42M+JJJeEKeA5MB7lWV2EgcOcIAFFg5cYt99 MfFBmi8yzCQDFw2gtpoMAFqwGoEGGphTggqW2SAMD4KQ5oS8LeEbcBcusaGcHXrYVYgoMFeiHgAA QN100M0o6KCEFhpYjTcuduNjHaznKJAcVGZZSEkaiQWSSjLpJJT45ddAaZ9iKQMfrXHJmpcEWiAm mbUtiJSCDqb/CUJvb8Y5FSdLcKIrh8Z9KMhXn+h5Vlp8qmjssdPBZVcnBnTCLFuGRivttH99lyhi NfrQ42NAghTkI0EMGZ+SRzqQ0pJLcqqSlFNWWSUfqIm6JaoBpjomq602aEOEaKr51G8W2nrrhnUi 96GIwhJbLKDUGcvww842SxezDf/psMUSZwcttRwXaq1ijHXAUWM90iHSKe+FG1KkmTnQ8kkZfAaz uuzmx8clfOTMpagmmOrzlzqJSRu+ZpbZ775qzioBCG666YXAVtXJ1XEhJkxsnyoaAF0PWTec4sVd Q3zAwxiXnfF1iCnW8dozdhAXoozNIJ5kkuURErhJTppEpQ64/9yZ3+q+dLPNpJWmc89cbvmzqkAB NcTQ+C441IIY9Ju00rQ+HRUoF2o4HK+9HpwniWWZyCcAXDec+g5ckz3dsVlL57rZDm+MF8V2/QCu YWz33p3bByiW2GJpa/sot9+6Fx9mSSa5JOCBtySlzb6YAG8DJmSpuAyIzwv0vUQbVSYG+y4t65sB S8V5cLgSXCeIwCasVp+oa6016/dvvSLsFwMqO4v8g93Xsma7ickuOrbTWmN457sGWuc7NopbjbDl EWnQgSMbCUmQkuCjRLTsMnt7WcxW8qTQ4Gxd0+NP9hLXs+55jydiWhXRXNWgWampX72Jim82F6dd SY0G8EMY6f9MR78phMGIYThiGAzQA/vRTn9c49oSWfenh80uUGez3wEJ2BZCQOAAJwgEB35QHQea kUbCq5EaJbNAj3AkCMhLxCPYAyT4gDCEe6MES2JWwtDUbHqgylmWsuSlxHnvS7MB3wwZdJQbXm5p vLEQJ9zghiVojipGoJPU4NcVq82vTwZYYhh6IMokJrGJTAzDDkY5yin0wJVanIIrW/lKV9rylUyc Jf6kiCKuMasH5hCD/6IjnR48oQYzoEAAsPCDtpxtWbM746AQtcZq+mAxQZjB7sAVksf4KFJBgg8l IoUp5+2tj9EjzX7cZZpBbm9xiQta+Mi0IBDU8HJqalpU3HD/iEMsAQGXjIquNCQ1gyVHfqfrkxKR eMQpMDGUqYyoKCFqP1ladJak1JpDZUlKXGoxf/ebAgQgMIUDrJKY0YmLAaZQA0vQIRAhMMwBr/hE BEpTOx9bTI0eocZrnicyJAkqfOBTJMsoCVOeYQmT0Mkp/QRSS6r52eIYFxShzXNyBSCfVvGpJoBB BRRGqCQCEECVgYKuOAb1CkLpB4AjhtKhbn3lQjWqNVZ2dJRiGKleMbrEirpSih+9Hyp3MAVCiEGV WowYdcJQgwmYIxSwNIBKazq7vhbwptW6UTXXyJjOZuuz3CTJI8BVVKLCpz4nyUzMzJVOKTm1nYMk pOK6V8jv/ynyqjTkatLQBxUv+NYLAC3rrgiKVhoI4k6jI0vpPtmnKYjBog1t6EWb2MqLXlQMx6yB dp/L15XK0n6jDCzrJtMB7wKKLVSU4hO60IUaPIEQDp1s2Ci7WMReFrPLmgsFN8tfNv5Um0KVVFGL JJ/UckapKmEqlEqTgf04WD+pkWptV/O4nSDoqli1Afl0OysLPQ24Yw3urTxHXK6Y4bicHF2JrkY/ BbiYpNa9aCilG+NQYle7LSVpXWsp41CmN387kAIFxAhZrcWljKus6DHZW4PnNgvIZOsa/5Jo0+4M EEXcAV5OIdjf4XW2eD3VFt0mIxICE9VIaGaJatG1knRmYP80poGzTQCkvdpagLYV9gmGjbJhDvt2 CUz7Z4gDapUMeY5DXTkEiAQRjuUod1gJ7RMjqKAFLTyBxtMVZYw56tzsavcJG7WoGAgRTCNCdIkZ PSkQAhGIU6RCDKg0ACFireQadGECNSDEk+8XwP5hbKWq7FqWtdkR4D0wUSEDWWOKt2wbVVOzxDNP T8csmZGQNiQETjPM1pwSNzdYJVhKjbxQ9U4umaCQMNzz5I6iVaTh0wsgCFiIRTziXJn1OILIN4iq 9mgW068c3EgBAUbg3U3b0uCyvDGOQQ1RkUJAuxB4rpNR3VfoeNEcNZiFGKKTV4hPgZidCIMlatAJ GwmWik7/bB2U/+SsMByWmNK5L2B+EARPWAEGiECUX3Jqo7QpKjHB87Jm4dZsopuHZEAV6t2ISi7N eGYle/R2SxzcgAIYoRVnwFKAtK64OxvSVBZWN6wwYE+yv1tpT+vtIEBsq4ES1Ax2QkGjg9Vv5rI1 HCSQRCi4K4bD0hjVF5Wuwj8Na1cO/r2oZp1cV8k1CLhYAU3m+JK7UPhmTWECw5iGBrhwApNqEaUg DeD9XB4GtoBU5n7xQSACEIEbUKAxzeyA7N8W+2sNfY0gK0zuIQjtyHz5981etu/FTGbKROrMmzEw m9ss9Tfz5wwCuEEEso4Tru/M6+ZmHE/Ezm52+8uGvol3/7y9wAkgmgG4thoOJ8ivlQ8dtO6RBkAh 2nEEEkBhBAoowwRcXIZJwDfhhOAMzvBcAch3nuZeE0cInoZ4pLRK3IVLOuJ4CtAFENBEInVrlvB/ WiMGExADK7AGGuAJ5ZVeMIdyrgMdpFcxWoN6e9EJPwAEFBCDFHACQBc8iUJNPXctuAd7PudlspdG XRaEnxUZoTUSAnZm2sZHqtV8NYElKxABUKgBK0BuVBhP8YRuqoIvF9YqWYUU4OcvvuUbXmAEh4AD KPBPF0J+V2EEvoVoJ6YcpOMc8RcFBPAODAAJHsAIZEAGVFAHUEAGIwBfYqAAmIAMmOBimMAIWgAB o7SApf9GSodHCKykeHkFAQaABWeACKHweLnmUDvwBJDnZMzCUrlwCg2ABacwBqlkgvqzcgeUgv7D gnnBLAYwAyEgBSLgCUAwPNaCKIhRGGqke9f0i8TYc8ome5olPLenbMD3X74nVKOFhKjFGSPUfM6n dVYQAVaQde1UbuRmSI9TVayyhRnWhRzWYWK4BG5AA2xIVlXxNATFhiBQfkCEA42AXHHob30yfwOQ D7sACQtQCXswVingDWmwiJOACUcwAAPghwtpByPgDMa0cBE3S5FYcWGAGF60A56gAZcggRQIa0Aw DUmQCk8gTCo1Bcf0BCOla0mWciBnZHIhWbTogIhVRQj/9Cx+0QmFZQAnYAUaYAUnYHvCw3vV9DHO BkHMeHvD03M5KHT75Vm+V21GiG3xkWZPp2CBA2f+oQFucAMr4AuC9B8+841gJwNVdVsFQI4MoiBm B0nfx1u/xXZSgSu5QjXDYUn0GA72+CEjUjr6SD9R4A/f4A2DwFYAwAzcEAlpEA1qkAKFcAWR4A39 UAjegARPYA4LWJE2toDwhVhhMAYhFwaE8AMcQAo14GJNJgadEAAgmAgRlz8quX+0IEwf9TXUVVeJ NXoo+HKA4kwo8kx7oZKhEAjRFwBDaYNISZQ3spzIuF+b9WXY0ou8B51DSJVlZpUEllQjZB9aeR9c eRMa/yAAhwADvrAF8MIaA3JIZzkm4ZggbOkqWYUBZGd2YLg0aWdJIOaOAhUVQFQIn6B+7Hcc+1Y1 gGl38ocA26ADdsAOAKAH3KACL4ALfYIAdiAJ+cANCeoEiTkASKAAI0eRzwWJ2TVyOoaCI8U1YlAD hvBwqnlYnXAGfaABHMCSvqmA+2eJ5lVxr2AOLdl3AJgKr7BE31VYDvVklyWcemEAEPAKHMAF2JBN 0PaDU0qUzumUQpgYsBeMxSh7nvVZVDkD1mZa2qZmCFaN6TQaNbEfXLACKwADo4Ke89IaVQiO9yIb kENPRIEB80mfCGB2vzF+fwZc8RYc9egENKArA0o1v/+CMAeKmABAhw9AAgggfxtQBR6gBmlQqQDw AmSgDhraJ7hADiqwACRABloAeZ/GmS6XXQqAa0eqNafgC1iQGBN5a5B3pNiwAlgQCizZgGGQCnTA AZoJAeZgWM7lRRBACwtHpJ0GcXxXrPAVWIn1Fys4CtHBNbpne7zIrdS5rVl6lNvKexLkXzUSEnQT WtdWYPNhplDHhA1mEw2gEqaRM9lTL3RaboozBEMgA/yahWvJryWQIHuwp33apxiAAJczVsClhrci UHjJCWtHj1SjVoXQHCYCqVGgDxVQDxQaBUjAAAwABg8wAA46mPsQqldQDyzAApCQA6vgAVSgqif5 Xa3/ql0uRoGzNAOeEAHTABIncAqksH+5SliG9QSvYBJkFB0/cAatwAEj9QQMV1jm4KMsmZnVsVIQ MAuEZz+EYGs1UJHONVK0YAhTIIt0wTqJEABnEALN5Iveypzd2pRAGIRFGTfWck1NGZ2SoS2UoZ1Y eS7vao3zSiVxtgJPEW6w8SXvVCAm8LiPy68BC7kEu6cbxqf06acKKwGDhgCc4BUYYlx26TkTmxVw qAcXu1zxF6kcewQOyg0cywYVoA1IcAWJSQAPoKF68ALqUAEVwAa7UAE5AAU0+4A3m5qQZ6MZ+Qh0 IAc98ANSEAErkAoTeJI7gF0tygGtEAHltYJcEAFQ/6uAoNYDyCpLhgVf1UFYVUtqumYjB8BYqhpx euVexlpGfdEJHTAN/RQIPdADPEiUh6EswXMYUxpBwqdGXgptB1GdOsiUYFp82Wlal9Gugpta3mYa DXYTObMCKDCjhLSerDEvecY9kBu5Q2ACJ/y4bVkUfJoUMOCnCQsCYxVvg0Z+IHIreUIDuSIn6/d2 YvEJyoGxCMq6FTAAhQAA5cACvvu7BHCYhVAHoNqh77DEvrsIVVC8NqtwqtleOtYDD0dSQeCmYzAB E3CSPYBdxioNvnAJJhm1wCANEGAJUtsFtLBeNcCsdRxxhJC1b6U1PWCDnfC1YWujhDBrobBSewwY j/9AATcAA3QAAYTwnNeiLC7IQMqJpdnSRtKpZTdCwFuWlNHWGEEgZkUILut6laq1Znz0naARnlzA By/QAPy0eXOar6cSGybMryh8wic8sFjFwmQnAXwKApmrufPWsBIbUEZgBu1jb/FIA2LxFZ20J6u7 sUV8xEnsu9pgxU68APegocwwAA9AxQ8ACVfctaykxa/aXu/lRdllrMAADBDQBZCnx5ZAxmVcDL1A gfP8eFxcrFLLkvPMznsHySMlBqngiVpDCF1wkrN2P3ERcmcLGB0QBIEgBT9gWM3EFopRHZw8wMrJ lM6YySHDO9/hyUSZg9A5fEUYBNGYbUYyuOkCrxD/tsalMX3/QS+2jBM90TNkEia+XCa1QZ8aRp/z ScwKy7D7GWJT8VtRQX7EdRUG5ZfKFZhEvABRAADroAO+mwOQYAcU6gS4C84DMMXa8AAeQAaY4Ady jIB3pc4KwJJHi2M4xmRgG7YDzWSW0KRaG7bk+wQG0L1a84JB8Aq3xs6poDUm2dAGDQF2DMl8HNFH hLZzIaardgbYwLTMycBISYTZtE3ZpE0T1JyejNLOqSgUNJVBVRnrimZKaI0tEZ7zmgEr8AEw0KYC otOl0tNoCTn8yssIYiAF2yBDYdSzAgrwFn5RAVC+RW/6OaglZmIG4xXUrLEcS6nyNwD3sM1kQA59 /5ICLJCyUlwB5ZyqIYrOJIqzLlaz2GXXdK1dXLuqVwvJU3DIIvVesvYEiU0IQhoKuhcKLqoAhAAE J7CLYkALE6hXT0AKvvoEFnikqzTRfjEDJyACGtAHERAEwuiUyMaUIKN0d0M3XMrJwFMjh7FsJH57 U9nSmjEu9bEkLCEMGSAM2EDjMr6VGewfpiEBOCAA0pvT9GJnPKHCaOmva6nCATsUKFywSvEUfNqn /zJ+4xdcf3YhG3JWVDPdYaG61l0B9LABfRIFA1AFSPACHGqZD5C72T3FDACIhbyAwpTOrrreErde 7fXetnbnAn21J4ld7mxrE8BeTHbYgD7I7NUDQP/wCIpxxk9gCba5A4mugGLbRNcr4XzhLBRuBTcQ AECgU5FBPFG5QLszGSdQ6gUOBCSRGAgMe8opFycN0q6ejFIJwS5NpmWqEsLAalKACFIwDZ4QCL6A DeCZ4+2kdRpwCGDJuKcCILYVFCXQMwbiryk8BElRFBd2G8KcVQUAAvP5p/PWufxZFcMVOh/SCE7A 5YgZBVxdAUjAqU5wBVdwxIVADv5A3pVaCGVdAQyACRPwrFcb51ob3/Qc14Znx+fdUvuHa2GrgAvX dwZ9x8a6XoGO17d219q112PLklZrDvfDGCoZtjA6NhFH2SdO4SJAAVKQTZOh6te58sVH4CfwBbX/ UAtS8AVfAASo7tIijnuTrF930XNvY00+UMpImGYzzmq1kIsxGADKRAGIEOy+IAxq+mZx9mCtcRMr oAHSKyA7rew78birMRQpbAKwciB6qu3F/Kc0XMPoxz65kiHkflDozlbrwLHknQbbkNX7iAsqQACr QN6QKebjzADE23EgH3EZNQUYh2PV+3H5bfEtxV6z4NhNZA7MysWx6kWLsQPu3AMz0AlS23crGbXy e/CM/XBl+86eqJKsSSOPcAId+QFWQAFfUOqfPcrFV+C6b+pSMPO+P/M1f/MkoS3aInxvWy3SsNJD LxKtbfRYwGoX7Qme0PQBUP1Mf/0U0BoB8BpX/48l1v+mrUBJMFD9tnxIOvETkBsmJfzbCFICksvC B2vMTyPDwYUrl2SXArUrWJ7l0wwQOHAU0qMHwEGEOr5VqLAIkj4CA7x5O4KEEQM2FfjpIOBvHL8K 9KBMIPQEAqGTEMQY6LEjDIQaMWtMqPFkyoEZQS6dCjUm1BOZllQS6jBjCgQIhk4aOND06A8go8KI IXSgg4EnTww86pFVzFEDOwwQMlcWpsonXbrUgADUnIGwYQhN6dTU7t27M058kRJAkB4BVkTUkvLl xGHEe78s/lLL8WPIkAsfDlLZcpAZRWfM+NHhB2e8oZt2aNbB6ubNly0nYR0kCQcsIbAJCyRFSv8t Cp4oUAjQ2zdv38GFD7ei4ZCeRh8iWAnAxYKM589lmJAB3cJ1EyaGWCgwJLt28EMKdCc/HoMNDAUw IMCAAYQEL+vhe6G/ZImRJV7sL+HEfz8nI2gwgwYCCxQQBQQbEUggggxC6KBFdmGIARIYAOOBe+55 YJFVwNCmAm1yeCAHCXdZBIoapjDgFDrEaGuKHVp6CaiYaHoijA6ACMCNFYI44QegYOqihx8MACKI Djg45Ycfdjigk7AMCEUYKxIJYwoVe4DpiR58wIqttnqAyxykpnCRqZLaEuOJWVYyAMor6xLNrg58 OAE33mAQQAMKIvPzT0ABNUy1R2bwoc4OPPP/bM45Ff3Bh80eqUzSJFyrNDZsbLtNBBF483Q4UEO1 YlTmrIjghkPc+EADDSJYgQtYpauuuutkKCC78bgrAdcheh3vV2DPS0+99hCAbz0Q9KvPCDPc2M8+ TqIFUEAaBDGwQDMSxAEAPRgs6MGDIMmoAkj8oEJchkBMVxsGyIDCg4zYheKJGRDRIIAx1IRrTJlq UKAGQgwoypMIpvHhkQNQcpGWHa6S1BMNYJjmhFE66aRh0lZoJQmUVIIpppRokakLpD4Gs4ZQjjJp 5VmQcpMQMeS0C0o5ZwDiC96YG2633QL1+bGeF4NsUNVQ24xRRhWdIY9E6GDaNQ4qtTSJQKrm/5RT 4AIYNVRQdSY1ArBZ1aCVVlht5YOyNThjhVpnpXXW7MSTwbu4wxtvD/H2APbX9toDgT0EAvdCcE4+ OQSUaO0zgpNsG2kEBRrcuJZAM7JFoZFuvXXwQQ/AYAiSEbo4dxVttNml9F3UgWKEEdSIlwFMnggi gjUioGOKud5kyZAa1urdpiiZMkDFA5g04Ky23sLmDLKnMc2qw/Jo4IxEgnSRRghCMYdGf2lqK6Yu JvjX997VUuuJr9YMWCyx9q1LLykosOLsVq2gIIJDBGglgt545vSx//kMOFsbjGEoU7TMdAZpoemE HJ5HmkQsLRGuqUylWCMbKWQKa1prVau41v+brZHKVGAL2wfccIg+7EkDbriBAASwKle1rTrUoY4F vjOd7+RQO3grQQl8pZ67FQAExPICCNYjuMAhYAmHEASAQAEtI6AAB434hBmMsDgDVQ5BW1SQ5sAF AExAggEMgEIXxCA6MnhgjGskwwiQEsZFtMsPhPiBL2yACFKoJAzsMwDvyAe84dGoZQZg0itmogBE KqAL5pADBxxAiVCIIRWhMJQBqNYJNqWERoTYQUnAp8gneNJfiaQJ+MSHSODhbiUxcokYxISTE3Sq OIfAQR8OoYHiCOAQN+Bf/wLgv90EEFC8iYAb+tAKESzmgJMyFKJktsCZySEPdGjGD0ozCh//PI1S lsJgpjzRqQBoYA2H2N8HtTaq5ZBQnWcz5i4/cIM+9KEgqmIV22x4QxMU4J7boVsOezWEHpqgh3wL YnuEWMQkImBwgVuCG4ygnydCi1qL288VKafFLV7Oi+Dqgh/8MAIFBOwoHcUEFEyqBQWYA0sT8IMW UAqBHoQhFHL4iR75SIh+1QRGBthe+WqSFUt8MpGInMAEzKcWWogsFD8xX/nWEtSg9g6RXVhZTIYa k6oSFZBzeVIYeoAluPzgTlqLwAc+UYhC9CECngiBMKahtd/8kmcUwBqgCoOzsn5AMIQhWmUOdahF QZOBcqCDNPLQjMMmgml0SMQ2sZAETEnh/5udKqYbcLmbX4pKnZuNQNpgAIMVwACeB8GBqsoWgTPc MzvTgQ6v+vmdf/bQhynYg95+Zdu+2cCICU2iFwYxOPoE1z76gRZ/aBAgbFnuck7Y6IO8+ooeiAku Xy2JAixBC5WwZF/R3cEOOhEG7H1lj11dU78gQJcd9HSqRUVk+Yb63veyVwFGJWoiu2Df++LXfFed xcryW5O5TMEkcMESlvY4iljm7Ax51YAnHjGKHcwAZ8LxVDAHA6gT+AAIuPFEIIT2BdX4wAed+YFg RdNAvHRAGnRgrDQmSEHWYAE2wghB/DqVtaphNmu++RpnWcW/BjQAVqdKlWnTdgYuzPCGdP97bQ67 06sSpKCHtS2AbWubHoPu9oi8RaLglPWfaCE3uVpsBHMH8i1w7UvNcInRdNsMlwOExbtxFgtKQok7 GDWFpzX53kqeNIVDWlcM5nAqfIeqlqmCby33Fd8pDf3ooRpVLY42ag0MET4wfcXAO/hBEDDbmw0y JxCQmjCFr/YnxpzgEZ+BVBACEcwTWKaZIzbxnFD8JGlKwzPTbIbTJmhB1iRBGJmSH3N8EYJAZCAD gfilbkCVTnWKDZdBDi3acBmBsVn7OqrVYbe/48MeAhTcVCb3HrDct/VsOaHBBW5+6uMf/HDiWpXD aBcb9EUxSTdGMa0LS5zERwPskX0tGR7/7k6Su36TBWa5a0onAN1UMZUE0fB9QiQJ0YlQhK+ok66v +CYOaZDDdy0QsMTICRFTF7nSAIkIgW7+1xgr6LJKM/CEzn7Tpz9J4QRHOswMCCklX5hQMEGA1IgV VeumyMFiSmd6AztRzTwUwWnUdFoREnGKRAD7BFgQBgWMI4gCnOIUl6DEJaYhgml4Yho7husIwwaD D3wABg2wgAQOkZzlLFhsqVXyar2tw11FOdxTJneV74YAYqmbt8ClT+KkBW8Aibly4dCiE+yN5gdJ 1wBimEQi4cELTh9ALF6FRyzm6wzutnIoKWfKdw0M55kJWC01EEpMn+DoSOchEJgJxAlG/wlyqxq6 C5Z4Qn1JaegJnGTQXtljwXtAlc88ojE9w83ZArGZmgeHrhd+jM6XGQQgJAwlqcjAOymg6qPPLCw0 Y1QDmd50+DstD6SZeh4We/VfYyEDSRBBBFxogTvggSK4g0voMERQO7R7tmgbGyTjgjNwgz0JGxJi GxyaIbjxp26TrXDbgxKoLdsyPAwwN/UAHC7jsvtwKCNwqIqKvCyiN3bQqDPbHISYrligAjWggjqo A0ZABghIgu/qgTLQAkbAQShgBC2IBQITA0MgC6rIM9ebgvEKLIdLC0UCMJLDPfuigwAIASAQASAo vpALPpEzBzFwr6kSko+bAE3TkvPSnf8w6ISrIIQ90gsRALXDCIQkMJQg+ALt+5PvswwfSJgtsaTe ywz146O6mDNGkYMSkwP4czrEsr/CmkSmqUSsw7pgCwFEWIFpoIQ7uAOx4zplEwZfEAZP4IK3Cg50 ksBWgRUuWIG1MZXTioAkYy3noCEcoo5e6TaA6hUO3EDzKIAUUA8R7BsSLEGGMgIBsBZBwA/FYcEx sxwzuzdwgQAD8AMyOIJtQIBBQABuqIQ0GIFe6AE/wIRI2ABu4IYUqIRIwAQtEINQaAtCgBkoZJ+p IJ6cmIGGe7j2CqXb+733SgUOoIOc8AEICLnxgbS2CB/7apkniKqpQp8sUQoVcQkVgZL/HuAAZNMN sDm/QjmAIAiBE8g+6iOMxFANZhqx6PoYCGiYJxGLfuMjJ2G/OXlEOWiGO3A6wsoDB+q1qmuaRABF scO/SlGSImgCHiBAB0gCZcuAS1A2RGiADBAyLlBFt2uVFXiVIHNADXinsoGBtaEOC+y7uWky7fCh 7hg3ECSPEDw3I1I8E+QEFDwuaJEWeYtGBJlGzEMILSgDKBiAKwAXPeCGI9CCScCELKABcLmCFoCC aBCwUKLH5mulMMAJWYMSMbAE+/LHoMqv9wIYmHkTgHw0qTI04gMlzaxChpw4gKlIAWtJAjOTrzgF bEunE7qBewGCGaCA/enIoYm1ICgU/xErOqPRR69CHjFwkid5k4aLkpmMEjmBEvaRgzGwSZ08LGva tagDylNQksrAOg4Iz6gbwDtwgC2AjaZUNqlUTyFLRRCSRRNyAxh4RRg4IcO5gbO5AVC4lRyqDiaz ldfSwF7kQL3Rm2EpRmLZLWTsrWfpj7qUlhbEKL2UwYOoAkywAwQAAGZIARWohEE4iD3wByiIhMA0 A3JQgXJwAgBghzbAhDJoi5IRA4FrH0Lygco4kg5wuFGqtLYwCc+8KqxCCoT8FzCkOJwyBw4IhUSj BfM5pdZ8EwEzEp/blx2gAy7Az7AxpilqBSmYgWlgoXuphcQ4EqL7q0QhsdMwDZbICv/peia7YDPm vBiAYyWCMwClI4Xq1ElIVDHS4DXFwjo6CAIOsBQHgA0gqJRPdCT0TE9GzQBfmEpY4TENQJVD+AAu iLmBqKUbeCcBWIMPkJUa6o5Q3cXsEFC8kbICQA8gqrL0MLdiCRy4XLxn8Y/7gMaLklBv+SIAGABG GABwwIUWqBAPOAJwAIAo0Acw2AAAKIRKIAAP0AdvCAcnSAEowAQinUcZhUm7mAFJ2cPDeAQDmAmZ UAoY/VH90rgh/bj3EgqUSQJS6EclNIlRqgFXCoNAMgDMKDGreIQT0Bo8wAOwYQ5YDIAfOQFEQIRA AIIjMRSjIbHnuYtEAawOyAqmmBP/uIAS57zYNWMzPCWFTvDYZnA/kXVE0jAsOigCrLO6qKMEQS3U qGHKIPjEp2TKRq1ZX/AFIWvPV1ywFRCyvIKBs0GbVsBNe5IOC1gB7+AOX/Gn8hgCDiwACRgWwzM3 V33LY0RG4apL/piWCE0QvdTVbcgHMshBEliEfXiHI8AFY9UHbVBWAECAI2CEByABOziCNGABSKAC BQglMpwCMakZyziB2xBTIOFbOvKBHQAKc43IrHgCWhjSkBMf7JqFqcKuGrDc+SKZr7qegIEzbuUM buVX3TCMR3gEIPASO2m5JHBYfYWmztgBSKkJ3bEYKoXT8WKzOqVTsZADuHBEOx1Z/52UBsOyP5Q9 2atjGhYJz/CkhCTwRAJMT/2r2UZ9VJy1gFjkAqp8lRXAtrXJygKwDuygIe3wDlKNG4B6sh+qsgJl VWJhj1hdPOHqDy9InMVBLnpDAcv5hC6iUIRYB31YBHUgADvwBhVIgX44iGOtgAFgBwTmhnJoATso W20AAw+gAjNSGBUJC6uwjMZwjC/4gTIJC34F4dJ8L3PoDNf4gdGE3ENbXPYqqkbTiiI5I4ARAxsW mA7YARtuGA2jALhDslH7gUCY1BuokozNWJl0zpgqsaywVznjtO56E5dwzijWnejqBGAYgyz2WFLY 3U4YA518vx+Iujw4BaljkaE8Bf9LcY1CPQWZ3b9TcIBCdQAscICnlN6m5AK7EwQ3sAFf4AIYkIAl 4GPQcsXVco4KZFr+FKjA25UB9UBywzJXvVqslTeHossVlLyMKjMFIQhdBQBw0Ad1OAJuiAJmYAZu QWB9qAAPqARURggnGIQNWIB9qAAGqAIFsGGTcJPuygkfmT4KkAIQDhioqJpEQIoVngAjAQL5OYGD ZGH4olcIkC9FoirNdLQfCC1E6AD1yWAN9gwD0IsTeLUPEAQBuIEzCAI6OIM+4BFhKBKXiGL2qeK4 6K4dwB2xCKVOKDGbAYJVa4oYab7gian2sVfe5d0x6F09Vbo7aAZHbCDhrTqmWTH/rCtULEAELHgs 1miCO3isUyi7S6hjLLiES+ADkjbpkj7pp/SFFbC7RgAFWPkAFPoEy1IbCpSBWOkVJRMPGGhG/pSt 8YUyvRlGGyhQSS6W9103GkABAYgcZ+yP+sUWKkqQMjuzTx4AFiDWg5Blb4iEDE1gbRgHO3iBQXjl g0AAEggJNRgBXUafPbIYG70Zx+CNLs2eOuk/K0iCMAAvkeuAxQiACJCCIoXmRGpJQCtNtliTzlyL df4Agp2B7NHXugjJnQsEx8AaRHgrChixADiDaQiCUQgee0ZiNrPne7YJCOiFU9hCH1iex7aKRIDn hikSNRPo3k1oUrDT93u/MJaG/82gg4FsGg7AhiRYykA4g7nDgmk4Az4AxTloAkeS4zp+SpSubpVW tj8+A7mDlbH5LAlELRvg2W17juywAQko5z7OoYF6ssKDgRAkRmN81QVVKEEwnEM4hKcOM2yRIk52 nE7+ZABggXwoBw31BgJggXsgA24wVh2YWzKoAjIggXo4AnIohGU9gn14ADLIZdyhx7B4FB8ZXN4Q gUd4BbHCGV5Kgu4yB3PtAr++n1agAHOA3P0aqoojuaNCnzX5HtoTyCSIpSCAgBlI2M4AAk/Ah3Tq k1Q7DCnwEoVlEozVHSSu4oG7Z5SoCSzQABE4gRU4hAjYch8IARvgAn3sDLgIc/86ODlO490d4N1X IAVggHNS8FjePoA8uAM6CAQskIYiGFTIamkuoBqvOwQYqLkbAEAeaALmpWNGT+mUbtRHp7YV8AUL WI5zIqFJdQMIlAB7Cq1bWYEPkAAbsAG68aEf8kUqE6L3pjItS+reoqVGsBYHtcv9xoFuoaL95d+D WAAkyNAr8AfPAYMjiAIA6AcdUANyiAIEqAN62IVV8IfALIQBeAAG8AN6Bat75DQN62DgIHED8IEv EAErcIMIWN30MldL6AQpsAIUggE5gDTcE6pE8q/24jMl5PF/wddXC4InCAE8OIEOYDYruIE12B8d u7EAkJiiONQkeIT2eXgq1tb/Jw6kmuiEJEgEH5iGFRCGw+jCVgm/6QqDMJ+B5PwBLGbEOHuFGAAG lmd5+GPEoOQAT8CCO5CGTsgDDsiAU7ECT6iFaZgGG1gBPUcEB7iDJlD0S2B0kbZjRzfppkx6PmiA V4GVBoC7DsK2Vcn0Q1iDTYUBCxAtGDABC2CVMygAAT11s3faYDTq9k23+VYizNEDmp71WrVfKbr1 Psj1T16AKshQJziCcfCABVgHVV4Ftx2EAaiCiFBRZrADemAAvZ2LhrlnGHkUuc6aWgBXvcAZ+9FN rIjmTjgBCgAFAViBd8XCjqv3aHavPyqJqlqLHRD3CAgBCPA0H5nUcHIDPBCB/3XnpTpcoT74gDyU gvrhAg6g8ojP2H4rr5UJpe7qgX3ugEd4DX0kJIdfiR44uX3hXTsNhdx2xJZ/aEeUA2kABuFdsRPg AKaBrGVL/1PAeSWpeR5I9DmYAzl2pKVX6UdP+ksAiAYSJHxwc4aLhRt6Grn5gK/Vpw8RNGgQIOCD RRswWtkYYsPNDQ0FSpQwYWLIEBMFCqBEWWDPypcFMMyciQEDApwIdvLsuQSFHhwoBBlZsoTTEiOc jNCgYQZFn0ZScUzVowcA1qxYWTzYgDXKTnC4CgFgR4DNgitfd7IDoIebvwr01FDpIsaAjwOE7h6Y AeSLiACCA3gKYqCDjyBAFv8r/vGkywQFkiWbG/PjFIcONRR0meyZ82YFNUJ7Hj25S5caTyCIebL6 SQ1LEDgEaCXAE4QfXzxZabUihKcAXxZTiEDhCwUNbvS0SnJCxAeKrbDt2GGg04HqBqpb7359x5TW qiGkekLoBxYOnQzM6DCFUI/rM3xY58DBwN4p28OEIZVKfyf+hfGDHKR0coccPADTiQN8UJIHEEkE kUcencjBQQinnHIJIhwUIU0Rc9zRRBGUUJKEAxlgccklfLDoYgYxZtDiJRaAZJsGKySkRx9uaHBG BD4GsMIZ0dkAyiE3SGTBEBJ8kiQMKZmEkkojlTDEHlnCFBNMMN2kU09h7uT/hRFm0MAJmkYhhWZT NAiCwiEoyClVIzhYpZVWi7BRxR5kAVBICguUU0gUA7yzzxFXMKMVO+QgQU8F2jAAhQKE7JCXIaz1 sEMQgA0mGBA7dOKDD6Hc5cNwhJh2WhdPWDJaZJ95llpnCkxQ66y4giYbBLDVkJoCEIQQQXRJ0DIF EBQEIEx78/3QFxAnSOEJBcVpgMgjX3whDDYhJDHDdgestx253lmHnQFTPFbDD0AcEAQFrURwQrIh ZGfAD4/M8IMPnrSiwTRB7NBDGHT4gggQPxhACsOk0BECInxwIE0nEE7Tyg0rcECHc6cUgdk0VgQS iAY3nIFIEIg0MEcWPMzh/wAWDqDowCUZuEjjjDBm0ICOKxB50AoChKQBDGecoaMMFhSgowUwfPDB CjKY8BEKAkggJUlDlLASSlemIFOXXdoEpphhemEU2mse1aYghwgSDgpPTWXnVXhixQAYYOhzhDcD IOEBAzr44884YFTwgD92eLP4EQSQkEMFkTJQxRMGHNDBDr6u1km0IihrRQACP/JIJ78S0sFiPcCG 63jndQKBrKVt1oUlrkmGWuyp/ToB77zbKtorHGCThDk1cE5vdjO0t90MJzxnRWFBCMxeJwRPwcsO B2i/Hnbai1uuqNqrO0ENibjrQyCISHgCBSd08AOnUnRuBdEBuC/HDklE0P8K6IEkQQcHhLEC+mkA GwSiQyAoAAMNGEcKUhABNujAMURQoAHCmMYKuKA+RPhiDiSaQ81UxKIZsQhnJbTZJbCQAV9swRcW kAHPfKaBfx2NC0njAkIsoEMbdMQEMoABKHpoEpJkbQ9Y6lIKxLaHL9kkJ2UTkxfSpDY0cYJthzAD FuVWJ7rZDStg2EXkHnCPdxhuEYtYReQit4sciJEFLICEGdkQOW1AYgKK6UB2IAABA4RCj9fxgRSs YJwTtKsDEBiNGBDjHl9N5lY12OPrZIU7WznyCWKAnWhCg5paPXJ1tdqkaAzwiBP4YDXCgB69lHcC TyAiECH4Qi1qIQIRnCD/BEEIwxTe94Nd/uB93vslMH+5HvE8ATHVGcUoetAD1LXnAD+Yz3yCEIIQ cMAHfCTFDn4gvABEIBBAUEwgrGCFDuWBQHLIQyKSEAJXOu8ESdhYEtT5vyJgIZ5JmNGI5nAKLPBT Rv78Z4xa1ICBNoAPDeACH/jgMxtQJAIRsMIZYLDAnhGpZDAwSQFgYIMCmGSIWWvJSrTEpZvMZCc3 eaLZpKimpCylKU+JGxZRMLc7dVFyZIAEGOfIBjZoI42LAJwcK8CGvIFxF4uAwikeGoTEhIIOAUCE AZ5gCEsFUgNWaN8MQrGaGojBB4/YQa9WhTve0UqSpOkCBMyxms7ozlZ6/3wM7QjhGj22DgIToAUQ auE+QoSiNgGYJSk9UbIIiEBbtSiOFfDgiesEwhPOG5K7gilZ7VknPLA5HakWAy7LLaad8OtEJzrw iLzsgBAQmEIY/PhOUxlADKHAkDQg4AhgJAgYiPGqhEYnTU9Mg5VA4MA+R5YBYWDhFDxoAgcoAUKA MneFGeCCRH1WNF80oEgfuAE+ICrIG1TtAxGlyAcO8YGUNI1oU2pJlYbAtS3VZIlfwglOQAAClI5p CWdLG0uZ4pSnZNEMTqhTIWhqN0lBoQYj8AAYtKENMIJhEfRYMCS0gAlIsCGnc3yAB/wADC5QIDFf mEEQIhCAHxDiFX4J5P8NktThqLqGc0HogDlACZrYyWoCTwhF8WhBC8hIpgaz2MwExNAausr1kZck BCHCg9YgOO8R8POEiK3wgQBIgZvGKewoKSBOCniiE4lgIAVEMJEkvM+Xk/VeB9Ilnh5Ey3nDmcEj gCCCWA6nOtrrADQPkK7r8FG0HejELqUxBtTlIRQgopA00imhjZ0iEXTAwjQogIdxCkOd1WrsNDjQ BOQqYgshbG6MfOELLoz6A/LSwHUt4IszSCcCOgJSQW7wLyQ1xA0wkEEBNKLRKbGk175W70pI2sQm IkC+IPCCF8qGbGSj7ShHYQpTYgrTp+AgwF3MSoQJ8dsR3JQBDIAECaD/0G0yKGAEE3bwA8DwgEVA ggxaUEAMQpGKUAB6BsD5Zgi0HAAN9AEHN4CeMOyTgWkQBghhIOtkgIyaWEmmdzbuRCAMo8cyxOpV QBZDD/IDgSJvfOOrEcMjf3CCAFhhGu3ScisOoYFZhsCrzvMBnJ9znEdM4yJWEME0g6AvH3SgzL38 uc9h3trNFec4nuCtOAf5CMy9zzp+mZ4P1ulN3Z5gOCMDwuiAgIhpeLMZHAvECeiQh0bngQNYCExD VyAYZf2ouHfgwCWwgQ1Qy4igB7XACojlhj5IgAusjkANuUDyFeR6gW5oRJI4IgMJKGnXJ0mJS3wd k/bW5L0I8IJ8QeEG/04om9nNXlMVjWCEQ3xCKihwghNwwMVrA8APXQjFKsegBSjQvgp+oEIVqqAF LYyg3FWAAgnIEHwyUMEPvW8472qQihnA0nMkt4LTPoCHahFLAIewSASkEAbRzGKTvxrPr9iairE3 mmQwyCAXGuCAU3Sij52ZwBRKK+TT9koMU/D4LMI6hSCEjAvNmIEIJNZVncBXxR+IvVgnzEAgtU8E 9IEgGEcQXA6cKQ8FzgdiUCDPJUYHpJYYfFkf8M/T3EAfCIAGBEDO+QAQIAakScEM9MAMUAA+PBTo YAO1kNLITQM2PJ8G4AMFYMEzBUcD0EsIRAu10M8a9MEhuMEhMB4OGP+BLxSBIpgdB9FdqNndcxHL JwBAxsxQBOCQF9qQDMgAkThNK7TCBzAJ432AEEHer01esMmETUhAFOECDRiBIHxCj6wJKCTb5d1X 2iCFUlQRDRxCndSNVVSbn1xbDdwKBMQALYwAJELiq5QbJUpGJBYfJNKYZEDAXzgPEJAKHWAGB/jF yEnAEkhA3mVfGMDGq7zKLDzBK/bK6tTAAUiBpIkAHhyCW/QBL7rBIIVCZEwAIYTBI+nRD6jLWxVZ 65wHENDBGMhZYTkPnvnAD2BHBQZBIIVOzZGg/eARnkETBioPNcIcnC1VaxECBwyWclCE0IgYYMUZ IJWhCMBPIA0QHmj/wBr4IgVE4AtGwA2swZRBlIi9j7/cwDQAgWPlmyBVhHgVBCikHCg84RxwwM40 ly+E2s4Q1AqtAKqtwSHAgAVwIfrh0AvhnQ4ZzUT8iHrBAEucREep10n02kbFhLAVAAKAwg2UXt1g hR4koQAIgiDY1+U1m5qsSR02hUxtUbVRheoFmIBlxRN4BsOJxmtMpWccnyZKxhScgF7lhQH0wCGN Rg30AAp+CDCEQjhJgXWAXGRskltuEiRxDEJGlEZp1Ar01hfsQKx0AS2QzyOByyyG5WjsReW0oAF4 ovIoTAd8wQl4R188TwB0QBA836WRI6nAHGYGQQWKo/IcgLrQQbVM/4tjJQvJHQc1LtMogY67cEoS 9BL/Pc1Btke7TMPTcEE17VMSSMMBnACRBGHYnUIIEJxDEUakVcukFRc90V0DZOQK2R1Holp06NBG AB4YlqQNREABJA3erYBEFYDSQJ6UTElJANtMygQGbAkIFIQbvImcoMCT0IDmpckS9CFROltLIaVU AOWczE21PSUAWELudNKqZKUmQsZW1sIXaCb8pNZomIPIGYaN0YYnfAF2RNLtuOXtWMJdmBYhsMe+ kII5pAKHZssP6EomQQBgApkl+KWNQYAldKg5oGgqrcczaQvWtUcn7MALtsIZJEKnnID5UMA00MHl lFl79FzPAV0vaf/PvogBHVALY7ZTcATAzCkMk1WdYszAwKSLaf3ANHVAD8jBGIjpw4RAB5BCDJDC KOzAhZwAFjiQJ2ABHQQBNjSAlokYb0nBYXFTBpwCFcoIdTnXRXIBR2aQBZyBdN4ASL5Q0uSaQzFJ GFoAD70QepWECZCER21NroGN2BRAegYRBoBAqJ4NKBiF5y3bsn0eFbUJ6TUCTJ0efzolnnxGagzD MLgG+VglgX7GiooBV0rBCWimnrXGE0CcFPDcDwSBCHBAvnyl6pzG97GVavTAetwfxuHH+0UGBMRe MCbcaKQCBPDY79xKW01ApjyBU+HBF5CK8xyWpBVctFiBygFBCJj/IGI047OAlrhgB55lh/fo6/tI E3pEhwj8RXIooawxUACE01XVgi2uawdgQwYlAb26Ux7IgQHIwQ8kwdUlQQNYQAOQSqR5QmAAHskR REEcwiHwD9ft2yFYgMRe5J/KbIwQFA41QG0gKij0gXfhXUQpCQMZjY7YwNNwVEcdLRElLbBlyUts CUx86knpBKr6oX3Zl+cRZZu4iSC8lHvGqqxqxWcUKyJcwhhEJYDuKoEeKIJ+IvwQ6xjM2Q68AkKW EiHMwCr+ilT+DmiYx/zximughmrUwCvUUirMGPJREo2Ra2eoxhOMQT1R46AlIHAlQbd4Ihf4iJyt XJsBQQUyqQ+s/xKz/BKeBSwFJAIWfIAVkBJytEK/XR8eSgQD3Vwt2aAGJMlDOdQZYINX+QA2/N1E /KMEDE8rsQ8BoRovHkK/MYNBBAAWIAKxkNoZ+EISqBBAEWr6AepzNQDBCYaUnR8ooAAqbicP2YCO eCeTSKoQHe2lZipJlANKMC3TygQIlCrZmM3VoipRGqVLmYkZNMInzEkhqF5/7iRWzIpTiVcSqApp oC2NqS2wBkHbukYoRMsrsIsnJEINmMMMEIKM0er7LZzv+I4lvCUE9EAorCjecsaOSdJjNFyP3Yqt oJVUGQLt6M4ExAJ8PJMBcACQ2GIJakuYfVO0fKLziAADcS4FOv/PvmDjvkhIdkRLbUTHj9gAYQQH HoiAOEqmlU3EdVlBEqCgD2BBb0SHQ4kYNiQCB0gPb4COsjhNyTTEGVBAICQCJWADIqRIAEjvwE2D P01DyeBDAEyD9gYyDgmSOCmHBPQGKIRhGDaAEjzyFjzyIx+tEqjvEL3kpSYRScRvCqgXTYSqqIoq fS3bUPoh6AnifjmFE8SNTAnwAM9qw5kDF+jiGlhBHjyBrtKYiXqG2iIoBO8AsU4BCp4wBCymNb3O WwXorKRwj4XrJsGGjfVAa6RCeZhWJ9FKF5gWr9jKYEZlDciVHokruRLCqHxiBwRHADaEOFlBCNCo tMCSwzqULUn/D1d25R2FwVeKgaW0S2NxGRAkAjXOwNEBgQG8wg7gGF6sk5alrjNRYwecwKRxmTcJ msZSSBL0VhqHADY01hn0zwmcwh3cQTrNARZ4wtxtryDvDBfM0Bl8SiAn1AqU4XV9wg3sDwx8bAbJ AB9swQsowQv0dCV3VFCH5+PF5EkYkXqxV03YAElZXuf1xH3dlxRlLf8ORUzFqn+eRiicwVX8WxAs MIGC9WkYAGDQGecegHgQAqqEwmhYQifQyw+wxhQAWY15xhO8h/IVASmYx2sUax+dQqYdZgg0Awfk QTMkQaGV1hM0A2gVtogmWTWaQ2hph1yBhmqI3B8U1gwEwvQF/4kA8Cg2jMEi0sIroM5idACGIPGV AitmVkdeZNzGXUq2/E916AfPgaUe3fAThMEOIIa+KAy+VEceoOAo+kAnxIAjOEIMAAMPFAEHAEEz XEgQCI8c15M0NPcpUK7MBEKMRBqVLudA3ew0jHcDbIEiKEJPW4DmWV90tAIMEOpEgCQfAHVQy8AQ hCEb2jdK8FCudQTXYIAaYoANgMBAELgRSAAGyCF88UQUJZtRQPXZRPVU7++0aZEAf21WnIY5rEAf wIAvhMAPwPCuiutpSMYT7ABgUMDaOhkxPVNYRgYpfKIs3g6BWoI5iIE5+MJ0hEIYECaKGnfQNEAH TIsUiBjJcP9BIoBLM3CBJxQ5kqMgNnABFgwaz3GuqpDrZZ8A2HFuyFSLOCFCERTPE9DCaEBAGMyf eVjOAZKKwhyANXEA9NDBmUdsIEyD0bQcNeqodWiTAzg3IiBCn5qKI1CzPosBKQBDDKQCMJwCIuDQ JWxIeuSBvWkIFgSn06AfcNEpR3LBPqlIBqSPMMgIFlDCFpA6JTiAeZvIFqy6CSwQRTwESBKq0VjA I/d0T5uASXqnDAC4BGgU0TaEBARRfyPJB2geKDyNBBhBj3hBsM8XTiAbJ3wCDZAygzObKQNiHfLX fmnRFmF4AU+GI6zADVDCE4Ar2mYwLueKrVgCiitLNEIwMb3/lR7p0fJ1QFQy8IUWQ42cQihknGs8 wSuEAikEzTR8rg8kApN7wr8NYSc4lWDUdNVRgACswQqUnTD8RRCE6++oxqXc1g9QC9aNjsJ0wqA9 074QgiOlhjl4aJqZ1hRcTig0AAlywF2cwO/2wQ20T4KiDp4F4A1IgD/ewA1wASlAwCn4wiXkwfs4 gC9QwiuMQQNgxND4oghQrC01r8/T9AwhgoZkAD4WwHKdgonQjIxQgiI0wdm3QIOoDEEllPYiBEce BEIkjQzUuk9X8qGegQTYgAVIAC+GBAy4AU3j5EZJVE4qiRsMxAcEvh6sgbGJMn2aCR/a79Wmiehx wtb2FwrA/00rvzLYTsYwNIANSEPD7bJnvGjKOEAqkIaId8E5D0ZhJYx4lPkwGgA+H0AKRmVbumXt uMokbZLfbpzCUUYA3EAgPPQGW04gfAAF/MVoMSYX5PwoeUJ4Nf8ZtIKKn4AB0DXHc+5S6YYIGABr IEanYB09zwAmiWX+IRldPRKSPcEpCH0SbFwicBOY6RXn7tKlHNa/AEQAK1Y0WPmxY9qNFSe+nFhx I4CPDitaRbASAF+rACKwFPHhI4mwQBQIftAQIUOeO5c+CGhwZ86cO1myNIk5R1ELSnMoNWmxpQGX oEEDBGjQ4NIWJWfOyODCxcIKC0qUvKhqQsaKCB8OubEh4f/TIZM2WoKC8cEG2bNibRQocFYCqD4C QGAoUBcDAhAI9Hrh+xeBF8FLCC/hZPiwESM0BKFAYcaMY8mNGuEoVEgPAM2aFXRW0CWGnGKeSZf+ DOHHGQFn8jzpYqkGbEtdaiQiGSGCiC9Afoh5UmMWhB5TIBCiBSGIiESGnkBwTihUKEKEpkwhBKFG 51Rjpo8Z8ypIklS0x0h78sRTBA49gASZ4WNHiAghOuwGsju9iB+PgAQ6E6ITX1YI4YQTdnjCsxpq QO2jHzrxJJBQIJhihx868OEHA3bQMJXsFJighi66mIBEEp8Q4zoFm1nhDDqE8+GEkUQ44ZH3Dtih g1Q6ASL/xhCkEEGEADzBMIRpOJgBiBk4QCSEGWyzggIgEQnkhBBOuYODUxLBIokYtQogECwSWQkG GLC4o4gmKOmJhybczKKFOeJs4ScH+LjkTl+4mKYBGZJSAgYNZHDKAi74sMoqJbBaoUxQJHjLDQnK LEACASQtc9JKJcAABhtg2FSCrjDAAAS/SAWFE8FUFYyvwgjjhBPFYl2MhloPeQyyyBpxwonKLtts M9MmMI1YBRYcY4UPzpihB0KaM6e56RIRKCMKajHQkBGf6GQGAyCY4AkOIOytkw3DMOAAb4t77gkS OzCQkA66PUEEA54wpwMODLBkjDzMqSGUH3z44ocfkvih/4cZMpS3v0R62AFJChKhJZVmDMgQgi4+ Oy/EGsTwlpSiOhEDAkMgCOM658TwbdjOJtC4MxEVeKKHHgwgRIxQTinCHENwNKCHgg0QI5VQmn1F wegMkJe/GWvsYJQdOvnhxgNGmSGIEJgMggM6fpCmiFRikAbNncGmxIGdubzjFAcc4EARDhzAwoE5 3Gzh7iZy8omnLQ7dQinAldjCgQYCbUBRPrZ4IVETqMLKAhmGKMGEAj6AYYUChiArrbbSKuArGzC4 XHTQJairVAn+MsINLwhz3Q1O+HK9MFhjrbVWM2oV5BNcHaOMMsswAxaAYo0nDUQI5DiFjhlmCKO5 4kgmJP+RgfC5wQoRgOihhmFf4dGHTlJx4AwKeDMAQwPO3YG4k6cIWJpULJnhixmKCwOCUDpJmZAd wqjhCdf5DSEOMIOeEacG5rjOdCDwCpIVZwYhCAW4LraDf3UmgCGCwHlQFrIAdCsUBgjFAzfonBCJ SGMt+4zGAGiOCt3sNwAkBPRI9CEFOac5HVJQDRZ4gI+EAEJJAMIQh5gEbEwjED7omhyA0UQexCA0 wOABD6Q4RSvyICZ3oCIPijC3tMXETXnTmyJOoYgmAM4BgOPDGtkYFA0Iig8y4ANVrMIHEzDOBFgZ ggwct7kV8NEEQxDkEDRXSLe4xVOHxIDoSHW6v3jhdKz/WoIAjBAYIxwGMYa5JK1yZYZPNEIyvcIB DipjmcwASwHD4IEjujCMYQyrGDEYBsyIBaLuWcJmJYweAKtnhQi0ggIGIpmCfkAB8wVBGCvYSCA4 MAYfdMsAGjrAD5zXgQ5M4wxJgAD9fPCK4kTrFZ0IxRg4wLMIAkEiPkBnAGfQAQO8YgZJcNETDMAs nD0zRGGA0fM8ZIl2dQFF9CRED0ZyAqZl6GL7cw52dliiD3nGEp9ZWg+a85touQaFXaAZBIYhrmbs UEH07EAiYCAAN8AgSilVzSHM5ANpbFGKMTgFFy6hRZVccYrSkMMUm1AEtl3CAVp0U5vclKaYUEIR aHTb/1EykIGhcCEAEdCACfiAOKpWRSlVUVQBzrCCIeTRLYN0SyA95blJmQ5TcfHCXUDhBRBIAJJ7 UdUkjeAFTjzmkjRwg2JocDsa5AoFh/gEKT8x2FGWcnjAegI2zlCEUNC0GDVwwAqmQYrj1fAzs6EN CoVzAl9G4Ay8mQLJLDELUgTCE3ToQAiw8IMTBOASnfBBEOSVNU94QgropMMZWuEJeDbkEVTrAI4+ 8q4zXCIV2IhAlP5Qi1p8IWgiuBYQpEABKQwtCPULwjRgMA1zQABGJ/gBBJBHm5JNAFqEeMRzuQWE TtgsCAaCgBh2kIonpOIUHGgGBGCDwhNW9EQbbI5vOP8WIppNIRUhCEQzYrhDQkTQDQDogwYo8IVA hIACGugDAA4xjSDcIQZTNMcUORAALkhDGjfFqU95yoE7sC1NRL2DGePGBwsojhJ42oIiLgGVOzXA xEGJwFT8VketIooqb+lUID8Qu7aUiZAwaIWkJNCKVrTlA1luxQducIglYGAJhzDCp14nAcKAgnWg WAINGnEIGrDuEIKQs+7+KgjGgFJXvyNl8DBzSs0Mgws34EAeQGGDGLwCBn24QR5UeDxi9eIUGMZN AEKQoeEgaAKWeIWEKlqDPJwBERZSWBAybBLzqZMC84kXBc4gpGkEIEkX6kB6sBEK5VpXBFL4Qv1O YF3/514rCDtATRB8IIJWuGEFYwjDCWrhA0KYhja7pM2DeTODEzBLDFgzAA/bGYok4CYJhAApSEeU PP6aF6MK8udCXyHAcdMzBBoQBAyS6CCBhQAGgvhAIGYQA0eEGIo8AJs0gEE2nFqxCVZkMU/dJBNF FEERlOBCli2ABT3t+BJ84oMvgCyUp2A1UVVBMqJMYAPcCBIUYZFA56J8lixnuVMfsPKW3SCIJdgg zJFaAlxB4QYzsA4FbiAMDQ7RFSOAQhCj7IOb60wDFDSCzpAJJWL14GcAWGIarTiFHCRgAUcQYgV9 cAMdGu3o0iSYAgIJ5gmCYKHe0NI0nShKENJlAFJv/1kDARDiF2oRCBd1wgqfcAOXWyECd74nEFaQ wg5OgAft/eg+zPZEIpw3gw35poGdCAI2sBDsHjCkAx4qTabR9wrYKGAKQ6QX3TXEvgn54BF04IIG sIC0cd9+hzGT2QpXSMuXxYY2MhxD207xCpNFLxVFAGozSPFvRzwRiv7+98Gp3ybrh9EmNjkF3rYg g1bAYCh4ukRTOW6BCKwAqod6gVIs0ADGMY6OV7HAGWCgua90SnNfPWSn0iLzl8McFATAUSZJzRzF C0ABBUgJM1AgVTjBDYyOMT6hD9qMzv6KMqIOsJ5ulC7D6rrAFzTgFMKFDmaDAwolDyLK7IjFHLAm BP+SoJ0kAkc6YApEzzR2oLqkwAeIowOkAIiKQgoC4bmY5QlIIdCa7BAigO14pO1O4QcIgRQwrLpw bUaCIBWGxZZKhET8qQfcCQJAjwZLAwI6IWMmAAKSwBN4hALooJ6SJEPCAEdmQARCwByCD/fGDe50 r1hew0NIhA4VpBfioBf+kAkcYRhiYIMIcRiKwREi4d8CzhGrD6cSThKb4A7iRG96ag7mzxd84U6c 6ii4wKk0AP0w528UReTgD48UZQg0AAYEqQAkJ49i8asEqQSiTAK47ANAIRdvwA1AwAZAYAlc5+UQ cJRGyQyC0TAeUBCKruiWsQIFoQ9QAHc6yTGcYAP/E0szuuAUfAEYjMVDasARHOELU9AzumAKeuAV cmFB1JEWGGgcPUO9guAROgB6UuGZkuMPgOQEfGBo7uUUsMA/bAALrG3XOuBbXGMCQmEkoiRIDG/b HG0CdmB7LKHXloMcX8ETAuALqisPDIDZGgIIOqBmBKYDGqwOG8o0LKE43jFEWmZYNmuHeoEJFJEJ esGVeKAYANER4oAmHaENnugnQwwSr0gSr+8OGs5ucMIXECED1igDXi0AWg1PmGIFTkL93g8r4e8q bOD78qj+YjEWS4ByxLJyTMcNbiDLbgAUQKAARmVUDhAU4tIIlnExUqV2lHHO9Iqv6szOckfqfofq //wss+6QHM0ONsruQxwqD1MhZSwqDFZGXmaADsTQOWijBw4gCDwhCcbAhxxkDh8KXMaA8mBkRmCI MEmDFhLBE37gCejFIlPwCYpNukJgDBjPuU6ANzbIHXcoozKKN6GNFmjhNBttWBSkD2fhCRzhPAjR EYqhJneSEf2NCYCSB4JyKHnq+iZxxuwmJxTBO5OKDxChKC6iKVdgBawAH1YgK9czUV6g5LqSUmwA LPNILMmyBA4pLqjsdNrSLQtAMMysMNSSMAIDGTkBVWQlVvwqd6bxL/XMlASzMCNUQo0Hsz7EEgyh Y5xDHD8EZiCgnh6BfaJJDEbEZbxxQaajA5KEZP9+43ie4AcAZJvEC0HI0SPRaX8IQbaSxFtcxgpb sliMEzEntA9r8g97oQYGcRgWsTlnsg2KIRIUMfqqc/quk6iwE/vwxifoxG5a4AUuISimgY04jgv+ iD2xUqtU0QZWgKwKgHLosz7rMwUO6SvY0i7c0k7zolQgaQnULBhnJzAGo3ZshxNwh1D/KjKqsZQe lDMmlFEbtZZckkRLQ6Nw6DyegBaQh0NjIzbyp0NeJkgTxBxC4QksgRDs6zSLBTq+K93uKxUyRlgu K1Id9aFAikhrsgbigCeVdBie1N+iMxKgD1h/ciiLkqiu1Cf4hk7AE3AUoRLWb43oqEy10iocJ5D/ 8kiQwPJNSyAFxHIPXFF09kCR2rIt2bIu+CJPWQUw5qp2MmmTCpUadyUwF1VW55Ve6ZU4TxXaIvVT L8sKhQVfIdJeYRKkZuFIZdJgn3MmV+lJ2yDEfjXghPU6J5GosJRi6SRZc6ISvvMFmjVas/JM3TOP FGU+w/JNtzUFhmAPUrYAwLVO98AtESAvAENmZ2dVaCcxlkAxaIVB/9IaN7Dq5LVeg1Zoh5Zoi7Zo UchWZ+Fge0FpaxJXZbIYmpRXf9VhAW6KIBYSh0oSsfRYLTZZxyhjK6EFOLZjzfQqTNEU6dNNszVl tVVlUxYDXNZlRwVmZ3Zm/WJVDuNm95JQISMccw61Zx80M5iAcAvXcA8XcZmgNzPKaBvXcR/XaK2w N4u0YAHxSAmXORlxEaOzYZ9oiqy2OqmvKCdxa7MUb1qgO1H3OzP2BRShbFHxTNOWWkU2W7e1PlM2 Tt8WXFnWLcvVbtNVXTEJZxNUZxn0d0RJeH42IAAAIfkEBJABAAAsAAAAADcCWgAACP8Agwj8gicC BSA/eogx4OORjx+dDkg8oHDKlB0TM2rcOHFHDwMcJ36kKKakRQMeGfroMINlh5ctI2pUKIYQoScQ DEG4KHGHzJBAgwrNuCOMGEM1ktaAAHKo06dQo0qdSrWq1atYhf6Q2LLrjBmJEvkI4mPsI4Fok6hd iyWD2gxw28KdS7du3Qa+LuFtIIOLXy4WLPwd/DewYQsFAhdYzLixjcePYUieTFmyhMsSlmjezLnz EiOgaYgeTVq0GUEoUqtezboRCieNcMiejaNQIT249aA9QSGAJyAdFBr4+mNrxoo8qxqwiDHkyB6E IEAwOSXMjq8+ZmQ/ULw4xx5TIDz/GU+ekM9OBgx08nl+vftO7jeydz+/Pn34EZdDUJr0ifkD9gV4 H3zzZWXggQgmqOCCHLXEXUs/fDVDHnRo91UQiQiUCAdJBMFBEGoFgcVaao2YhF0opsgHHw20yKIv fMlgGGCCFXYYYokVMERjPC4G2Y+VYSbkZUt44VlnRnDCSWilkWbGk6exJmVrtMl2W266oRUEEEA8 JFxDLh0nBnMc7eCTUB4lx5FRBoSx33iEnHRAWXSupF2YM4UnXk7SmYcSejugJGighA66kaDpFZoo ooOmlwgQnYj3hFLTgdToooVm2mhzDDJo3FCfahQqdyGNOqpEoZ6qVXdApUpqUJ9u/2WqqN3V+tUo E9Lh0gwRZjfDHB8WcYqHDnwIYoclJtGWssqm6OxcK7YobYtcyCCjtX7daFhiOy6GI482MAaZZCBI AEO5lsEwpBdEHqlZkkpy0qSTUJox5ZSfuFalbVhmudIBMwQR3EkBd/CqRMhx2lGbCnO0nHpA2RTG FEiZI51FYXQQBK/ZRXind3lKSp5/5wFIn5knm3mmRiqjzJ7L67kcqAEhUJCIUfv1RwhIMbfs888+ d6qgxxF2AHJxXRmM9FdG2xpm0axyV7SELkG9dHdJJy11qr2W1fTRVk/Nq3FIK531rmjbOpaGGGqZ IYXawQ1WWCB+6IADx5Io17N8Q//LxyUZsBhjtSxWK6Nf1h7W4+Lg/hjZuSBAjplm7bq7WbxKzjta vfbeq5oTn6DwSZW1XYkbAALNwNVDRk1hwA9eO4jwmK7//NFHDUsUs0LWAcVmD4b4J16cU3Tw0Jwr gXmn1gcYIIZ0OOkEwX8SbcpophoBmt6l3G9v5qMdFJVzUjsfgN723luvaXtDwWf+T0I/yNLaAjlk Z1la4o+W/XTmnyFZsaOfltgGwLX1b4ACqVPTtCNAsdBpfgYUIIbuRz8JIhAtYiGLQJKlN7ckgUMc 8EFYfEChIJxiWALhwIj21re7cAFGLcpLXfgAwxhKK3EWwKFiLDCEbxXgMT8MF+P/fOQ4G5zLXBIw UuUsdyQlGUFzNOCc51bjGhSQznSnAwJZOtCJ4iyHYAkMwiNcgpww9OCMZ5yYRaqjnvZ0ogdqdF1E 5ug+hIEEeBbrE3OKgpEICcR4AqNaS3Zwk5HBiVMvU9l6cNcy98EnPT2b2czON7Pt9a5N5hgPf3aG kpSk5yMpC6VPvPc+/JQSUM3LHR1NiZ9WulIoMzjLBtdyQRIJxEQdGiAu85ZLtOCSRLacZVqAGaL8 0W8tbrngsW4JzLbNkpjEXFaI2NI3ZgUBbnQIS1gecUIW2qUBL/wmYQbTgBXV5RIrSqe1ZNAiHCYO XJWhDGQY5zh0qctITMynvJ4I/0UpTpGK+8KiHgAgBS2Gz3ytc93atLOxlSCnkyoDzxqrk8YwWHQK z4uTdc5nqDfe0RDR8Y/rbjc96xhQjPNjyRg7EVL+PEEMudvUR9JXSTP1oKYeMVMnb1pJA8y0JEhx 6c50ir5FYYqmidLp+gZ1HpTJJD9LjSpKghIwEWVgb1jIalaVxcKs0kWrWr3qVbG61WZhVaxxCetY vSkXsOaSq1/Vaom8Ola7mMirbTmrN9HarBZ+lQMZOksR6JDCE90FRuP8C2KzlVh2pjOdGYDhOteZ Q8rm6IfxjOc8xeU4DJSrXJnJJxOdCMXSQOmfqsnX6GbDr9wAgKAG3d5EGZLAsf/cKWGhMtPEIJoS iUpnTOpBn8qa5zqKBA8nC/GoAcQD04ag5UJfecRXOvE8/tTgCT0ok3tQgrtE8dSoKcnpTH3qyaJ+ Mjz8mYU5XNemonp0kt3l7qYSmbKoNo+3QMtv7iYSy2YBDkVJqJknsOHXAhvYwGqdC14KHAhhzIWF gSBwBgIRCLq0KAML/iaMFjsYGM4lWR7iEF0xnFjAlDhb2qpRtQgzWRrN6EY+yqyMJUNEI0pmXCAo l2eW5ETO8PhyoGFSk54UxSg+CbVUYm2/XnuCP0p0tvRjoENpJ1/0MRJQL3OTSL+r1E6G4aPQ+w94 MjqcjWnHfg4xXll+YA7rXrf/KSGJKE0lCUnv+tSieM6zeL3nJuuu98tnFG5OCUVoTHVZqvntpPoW jb2N/CBDcuGwXxAxDRgFIAB/wbQnpoHpv+DF0lzAdIs6jQhE7CXUmUY1pjt94sQO2BdwacCmV33p SWMDRptG9TSm4ZdOw7oBlB7nqgczbL/gpde17vSlix1OuvR1LhzW1gpWcIYVBCZb0z4DDLQ9mcSo eDDa6mFguuWYIIHiA6BYQroxM+PJgLZynAAFaEDhhifKO0lGqDdo4sVPzUEJNQBHsmoaERvWCvS1 BRXYFye6A/qd5ba0u+hEMbpGOy8HqHEKrsa3W9wejCcn/wlDSM2zNiAw1EK2/33I+JTyBDg7rKfn 4yigKzlSnwb6duoZ70zRK1Tv6dynQMe50IvK0/u8jFHbi3nMjK5flJmMv4bF8KWtQHUrrMDYXKj6 Gai+gqlzfdgBsMLWl811wlT97Gjv+tm9jnaqs9oTiAh12K1w6RVYPdNsZzvduZDrubed6lvnuttp /fe017oBfAMnss/AeGrDQAMaePy2rW0BI2pAApCfzLRTLBjFMMaH37KxZD7wgRuQXgJuuMG5QcFu ygxpieq+t2gOIYggL+kQ9V6SaIRs5NMcWeD3agRsaNPa0722Fl36QaAmrrEBniU4tPNInjE6PYpP Z42EMITFNDrK+X6ZIpM65P8BCDGL6Jgnlif4ghbFyH72/2AKk3Lp64AyR/P1VOgjdd1F8Vyd2YIn PV9WFEG1SQDoUyOVZwiYgIAGdDX1SdszXucFdBEodF/2SYoyVemhO4/WFr2GCGWFDbzWAAGgATbQ AJeABYDDBR54CZeADbS2gljggohwgiCobDPIgiyIgjgIOJSGghmwaygYhCfIg7WGbIjgC6cQAzzg AJQWdpc2DQQGOLt2VSzIaR3og0cohEEohIiQbKK2g+j0N9EydoQxLYURatQWeTAQARoQAStQTjKi bdW2AhEAA29oAixiY2fgeY2BI+FiY49zY6KHbnZoAoqQBS2gBAUgAaDQiEv/8Hqw1xmc4AZucAj5 RnuHQAOgYS+052+/hwKfCHzBV3DFN1DHBxw/MAoksUbNN0BeAlyDhDJjNiYShzGZhFzFtR6QhDIP A35LAVIY0Wbm5zqwAwSydEGdkEnW1XIrAT8hUVQTVx0TY1FBF3TRWDtjtnLk82XTKI3thXML+BGA Jo0WdTuA1o3T+IATJ3H8t1vgQY1W5hMjsQNyIAccABeXlgFUsAg50I+M4AenwAUrsAV1AAn9mAMe UAwKAAn08ABkwAMimAEKwAD9SAIxoAUPkAP/GJBcQAmYwI8HGZL9CAlUoAUM6QGOMAIGKZI5wABU UAScFnaIkAtUYJAPsAgP/0ACI3AKYTcNjoAM/MgATDACDEAPLakAMYkF+5gDkAAFK8mSB8kIjjAN 1HYJKgmVB2mRXHAGxcZqhHEGbsgHTXAHlGCCC5kDJJAGDqBtjmcCcWCTJJAFKyAZjreGgthumUV6 JtAGUKAOD+CXOaAGR2AC9LZuk+MujehEZgAKQ1AJiqAIJUADgkB7biAIoUMvR4YaqtE5oiglBEdw SoYlrwUAyPcIJyAFj4AcF8ElAxQ+NMEQY9QRrdNJi5RzhZRxqYQ9KWFc10UyByCMELB9OwA7DHVB 7xd/LMcQXDQUPZVQNSeO0th/C+g8tENRZxQK2shJJ3E70bl/0/id2ymBB/9YjRBYEua5EDiXEt0o ge5lXnJwCligeHGwCN/wAPb5DjmACQ5ACWqQA/Zpn/QACYuwD+/wAN8ACUUQASPwAAT6APTAAAP6 l/npAJdAAvX5nxj6n/vQkAUaoAyaoRmKlFagjzj5AE1ZBSxgn5BgBw0ADJCwDwDKAB/6oY4QAIgA BRe6D98AoyCKod/AAHcQAVbgBznAoz1qoECKD2o3eLRWa2LnCB7wl+pABmTglxJaBXwQeZEXCUVZ oN/ACFtgLng5GWIqYxLwAUpABv6ZD1BQBSQgow6pCIzoiLHXiHbaiPVGiZRoBpGQD+qgDosACS/w CZoomYfwCWbQe525qJ//aSUHd4pfQAERIAzOs0Y/cAJAgKlokRAWAQGhYFsQQlwXMVVPJ4DXBxLd 53S9GAbx55vA+QTlZwBqpkxBECluxowG4xQyN1FxVHHCEUc+NTwlMRxN9hBP0AU1gKyEEEe92ib5 Z4DQulvLAawP82Td2Kkjs6zSOY7PWYHCdVPG0Ql0cCIiGABkUAFHIEQvoAMPEAMxsAhVoARClAY5 UAGRgAFD4AEVwAP4AAUVkAUYUADnCglbYANboAMecArSoA4EIK9DFAn3UAdDYANpQA/2KkQ/ogRp kJFMsAUEQA8kEAkmYAOXUQCKUAcMsA9psLELMLFxUK9tEC4tMA6MwAHS/wAJ/lCwEJuu9CSwFcAE +GAF58qzQfQjBUACP4sPEcB4YiekjBcBS7uGESADakoCVeABOaANkJAFBqsPHjAHkhF5BFABdhCw JLALbSCmajgZa/sBk/EBl3F6bjt6JkAAbIAMTbCIl2EDLwAFaPkCd4qn92YEgqCnRrAElHgIoEAC OUAGVcAIOVAHXoACh2CJSUIDrDGZhwCKUbSZNBAOsVFFwEdwVhQbpTiapPkFtYAPN4AIlWoRHaB+ 6qeprvk8ofBwRcELFaUyhrIcwYObikYo5nNTv9mblkALICGMYhB+hiCrFoQWO6CNb+Y1zhhnuPNk 16hGvdpnvbkzQOAJif8wAzuAnCJlnuuIMRYxZmukvdHIjb0ajePTBTvxnLxagOblEY8gBU0mDXSA BcJAlQHACBXQBGtQwAJQB2yQBlSwCm0gAAb8sgPcBwKAtDHQrxWgBH2wBlVQAR5QAGtgAySQD6cA DAxQDyBQwCicwmugCCxgBw4cCRarCAYsADRcwBIwAPfAAJDwDQQwBG4wwzQsAVkwDiCrDpHgwE3w ABWwBQV8A3WwClowDE3pwSycBSp8xRsMtFaAtAS8BjT8xV88tkwQARlwB5HABDFACVywtA1wCnOw BXwwB0yAs0ogxPfAwUrwwSQACSMQCXNgATAwtm3gxWObBlugCCagBE3/4Ahx0AQr0ArdpgiRcASI rASK8AIWALfq8gGR8ABQIANffAMOLAAFUAX0UA8toAhKgAH0JgFK8AIvYAKMaLJZEAktUAKcUAL5 4AFhagIkoAZKIAg0MARZ0AZtoAgggLlukAJKsMp7cIgqUAKDgAAv0AItQA6DkC+ii2SgiQMFhwOu NZq1kH5smATOGbtAoH6s+YoLcQBTMAJagAnIUJLRMAlJt3TOgxS4maorgzv70QUKoAV+MAHRsRTi oRQ7AzvKFL23KqsgExSPZCnXOFHUQdErN1RjYA7Pg5w7UQYKMAIKML/XSAhlEA0g/QQTvZ3v6388 pzMGuEYVXY0Pcz5A/0ABFCAFdNC/UhfA/+rFNNzJVKAGi8DEXwzBBOwG/rCvEeCvRD22HjAEa3C0 XzsHDEAGc9DMhOnFBdDMShAHDGAHPxwHFtvFLxAJAzAAcroGoIAEbFAB/pDHayABW9AGWSADN7AG bnAHDOAB6nAEP5wFSizDDqwELLAIWuABPbwGcwAJC5DIiijKHzAEXO0PDCANVIe0ViwAinDWnH3W 4wAJcRAHHrAIf7oIiwAFWRAHQq0OLKAGAgoGBODBi83BTFwAOlABD/AODKAGC4AED5AGku0Pq8AA 93APLHAPgPoO6lAFimBEPEAC6vAO72Dcx80CYOq2EjAEJPAABCwAW/9gB3UQB3xw1yagA2Aw3SxQ BSYAAm9Z3OldB9B9D9PtAQqskSYQ11XABgTQBEegBsqt3ATQBnvQAh5g3GqgD+pQ3DqABP6Q4MVN AC9gRaIImt9sOqiLfAGTBO83UbF7Ah6OqWACHoQQDVSQBgOgAhuwASowAAqsADNl0iA9PXBSXMHb SdHgByA9AV1ABkhgB3ZQBX6QFNIxCyzXXAstvS2XNEYDFLRZFPlH0SMQ5SMQC9UZHpOCrEtBfU9g CcvYBVQQ3nZABdGw0oTgB46bBnEg5tjLq1MARxOtRtkJRxNTE8MzUXBkjsL7A3nwA3Kg0w1wdQKc 2RJwA3zgAYzAACT/ANWDLgBGjddI2wZLvcSEzMFQLdVz4AtQoMOQYNx5fMDvwAKQwACrANZrINYD XMBI8A0skA/3YAegsAY8AKhNQMOKQAChvtdxYANr4MRgwAaR8NeB7cVeHAnqMNqJzcIPkA+QwAIL cMJKQACrLqBU4AuX3dMCQAA7ug/aru05AAWM8ABqkAZHcAQLQALyvQ8MQAB1oAbpbgcL0AYn7JaM AKZRTQAesABHUAc68A5qMKWR8JbakN5IoAYsQAXjjgR73QaREOpVYAdHcLVQUAdVsNwyALctwAJk ANUyoAZswAarAAk8ALcIr+7bXQd2UOx1gASQwAb8rgXjngaMsAhg/xCyug4KWQC5D7DbdTDuVeCn IQwJVYAEHgAJO7/upl0FRxAHH6kGLVC6AtfNoWmKx3cCLDEDrwu7X6C/X9BktzUFWkAGKoALhYC6 hXAFlbAACmAAClAFJp8GQY6LqEpJZrL2Pa7AKukNzBAFA4AEI/AEoQA83TuczxsEDN2b/cEQTFMr HAFV3xiNa9/2VTABC/fPWO4fc75yRK4FdVAOTtAPBCAJC2cRYuDye4ALTuAE9YAJof/mKd3S5PON EEDk10U89MuAhJCsNRAKidAWDSAYge7F8ioBH0sPaXAZQyABjF6vR53UPBDpTU3pUU0CHnAHAXAJ jqAFVKAOkn7tFf+gBloABQ9A6qbexWPLCJKwCLG9wiyQ/iCsDSTw0X8662vwAnf862sA2BUg2G4g ADAAEHVWVSAwZE0LFh6oVHlQz8aaLZAUUhlxycpFEhWyrBFAZhcbkCC1QWIAhkoBAQLcCLihiAXB IQKaKPrA8kZKlnHIbFlj4wVKlkOq0KsQyY0EMhUWSGhp4ibLSIs8MGDA4+aaD3xkuBmiw8OWGx8Q EiiwRoYaemAqVFBjZwEJAkoEmNAHSR2bNgJskAGzoMBTATDsLIokAeeNJvfU2YmZ0o0SJDkqHGFK ic9NNwUizXn6wU4OSCkANEJR2vRp1J9wrF5dqJAeALFj1/oCxIf/jx1ipuye0uEL7dpBhHfoAYHR kUYAmF1BgABc7ELt6kTDNOBKOG7TzT0hFGbHjjAGfhjYYcAApiODwpUjoMWDCgCFvFXx80S8uS6W CM0A8kj4fwB3gOCJJ/Ij0L7bOvhhhg58GG+HA344YEIKJyyvhx5CCYO36q5LoR4tDAgjlFAGfMKS GmqAYArzxKihCwJnmaUGLRbgJj4CMHlFDN12ewKKDWLTw4l6MAlFtx0JmSIU3nYrj8kpwuhhw90g SPFKc8LQcgorr1TSgB526IE3MKfoZIcnFLAkBjqwyCADLhpgRCOOeJBhDTvAAKMJAZR4ARQB4pCs iTXc8KeCGPCB/6ICngQgoAIPDCqABA+KWIELTKdZtNEqKhiBizQWscONNeIgitA1Hv2IDSRgOIgF O25q4R41irAigBEeqKIsG3QoitQsHqhAEY4UKQEiDyqAwoJXyeBAGgaqeOgFfaDAIgBssbUio40E aAOJOsINlxHJyLhTAiW2sCGlOB4gCyvMTDChJnSrYKTRGySwQYJix6mgDY4eHbXQD2xYdw0YMlLH KgEkKACGqwrw56uwqPVACY5eiCQNRu55Zx891SHW0bWQuVMJfaRFeAsl+L0hjjq2AGWNG2Swg4Gl BPigABtWGiKpvDjSdyWaP4DBsDUkqGKVSvQgDTWoS9ujnXY2sP/6aqytruWEIDowoMndfKtla+FO AKKDMPyoY4/4VKgin3sIKCE2J+yAgpEBmAFgHSQk6aIGQ8rIJJoRosnEGQMOmAKZAZwAgJsckTli g0qOIIEMP8gbgQo/RujhNgBDRzMaPzgfYYQJdvBhhgMYDGOSTBRQIBNeIjxgB2fggUdJeDLx/Qkx enAGCm8KAQCBIiEQPJMJJlCgcwVWhIdw06OpgcAabyyEAA/8iH43MbRAAoHYNrAcmc6jIbzwTFYE f/lJxCgjmjJ0C6PLFLljcUz8a1BSSzGBTwxh+AEWAvEDS1iCB3LgQAYacKk5beQGMVvDHEhigjXc oQmAElQFCGX/qArwIAKbChikJEWpO1yKCwGwAiYYxZFOdcEKCnjAwEzlwTWsoQ7q4OFO2PWASPzQ D9PAFgcgoQMMfiAjRllDsIaVQzsEUQBpAENBKggJKGDjFJBwyBqohQlEWGEFAVjhtuhkkxukMSzt qgAShiCBOjyAHvUoy1jKIoACDMAOOtjVGhShAzZ8hSNbqII6FjAzif2rhHaYGQziAIl7caQObLBi AZCgDhJsQQBrkNhXPrAzEuQgEjfgSFgkYIIsECAHOVjFqAQQCWHVwTDtClob1PEAv3zgDgwgAwYl gIRVMIAnEhgMJJpASlONsidpUENhckgJRvQyh20gzCca8bSo/52mHd7gZje96U3aAOEHPegRb8QW zv+gDQpHuAIABoEED0DiAasgwB6Y4YQBMIIR3nDcIBagBkz4QQtQgEId0lAFNUBhBIQYARn4ebx6 qIEMZCCADnRAEkhIwg8kqMJBoeCHUMwgdMLxQQ/8AAUyICENJFCDFsQwAx90YAdl0AJH05AGMlSh DGF6AiYmShFMqMEDJKBCNCYxAiioQG/r+CdKJ1oFKpDBAy19wgQw4YGOrhRzE4CAH2yEI9CQQQE8 mgAUFrCO2CzgHVSBhEShoNIqkEEL9ZuCAqBwOS0glY9dEIMBCHElFdmvSoD9Ug/A9B1C2CcQGlhB HmKxpju0af8aETgDtwpFhryYwB9QWFcaIsHBQRUqI20Y4QtJFilOUspSFsDUGTrFqQow4Qy5suGp hGawfW0yYWdsVxpWGIBLeMADGBTAEoElLGKtAQlqMMjPrIgQKGTgFAyoBwa8mLIGWOG3LLQsSz75 yTUKSx1VqEM+9vEAKqzgVcvqCQH2cRcyMAshkBomAdhgwp6MdpE3sWAFtOHKdg0MlvwwyUM6CRZQ fCASVGkDxDaZQ73EQR0wWYMS8lEUnSVlI2vgQx2OCC5GgEENGLTBo7poAgLQ4wFamJYOmNgEBlSA DAb5ZQXA0AZgLeIIKLhmNlFTCbTKRshDroUUfHAAcoLNN1//kALX0hmGdUbBnfZlgzZsXI8BHAFc KhiE8ZyQggFQqgotcA4ursCNStTBrFw23noGoIMFUO4ILNDGLiBxhD2Aw8zcaEEayiDS0BlgBHZo BwJwgYt1bCAOVICATEdQhxZw4wqHRsAAqoCJnk6uHQNIQxvKgYA9zMes3hgEbNiRAm/oQNN2qEIW 9mBpKtShDZKmtKgn4FXtPUobi/DDX7UwAG7oDQApqMShIBHnMq9jG0fQggIIAYUBbKAddiADsAdQ hwkUB7D6K1P/lMSir/1AnEoCwjQ4gB9LmCMPScjACsKiYdFqAQYfqMIhkQLg0IKQB4oy7aNQOykP pDBbEXgt/wwrIEMa1haHD84hRxwprLwE6gFDLKIHkIgV4zYRuTlEgjaOAChF2OFO0NUiFx+yBQ+A EVvTmAZGztgGKiBB5jJXQw60wY/jKEIJQ3DwHBjwrhfcwwNagIQV+ytIidkFEhiclCJJFiuJQ2IR h3zlAzb8qDpMDGMHDssHlECAXXyDBJHYQgEkUBOEUYENDyAUUh5ALCX4qw4P0ZkNlJAFMgyEESR+ 1BFICYJ0bWFeawABAY5AKmpWYO/t5aHfm6hjQfTYx6YB8pAtPxspiHNMSv7CCWrToOGEQQvpUY43 SPCA+1bgGw/YxxzbKZtCpEAHBEhBcuITGxxwAwkLIB/s9//gD2/Exxv3qIA6BoAL6NCtEmkQQ+h8 MIIjcMN4QkYAErQQhhEsgByOuz0AvowEKkBiAPFBwCDYIRt2bKMK9biRkLnhj3bEpxIvcFwlUlqO 83efGezBRPZwtJYVI4QuoIJtGLJCqAcwOD7LwwUVmA4PiL9CqIRKOL9KQAIFMAfACqwoGSwvcRIx IQQIIAS/goBQ2I4JWJM2yYAz6INDgDc3YKk7sQM+UQIdwDccekFEsQISOq0T8gAe4AKWeyAXgi3Z oi1SuSFCwSMlWEIlaIEqWIRFaKWVmBU1oIRboaF36ZVf0bgnUq4KgARN+gAHqCMWgAJfmC6V2QJ9 ACPtwhT/7jojMmADelilVaIHD3gAf1CCD8iXAlACEBAAO/KjuHEED/AHg3AJ+kqtqVi61HI6gbmJ dlEDnOEgq8shgSEDMOSkiQGLDxCKHKCHb1AxBmABNVgAuRCAXaqAOuAgN1qDNhCvBRiCqyiUApik xSuxLXSD70qwnTE8YJkwEuA7knC8LNAxdsCByTuNyrs8DYADPHjGsTkbMdENMBGDJROnHRCpRxin CdACcqAbBGiBOrgHMIDCXSCIDbgC2Mg9b9CH4AMAM1CBaOuH2PAGO0hH2HACbmjHdxy+XVgA5Is9 b0gBHAAAdvCGOggFAHkFLQgSALgCFVCB19sDKpCEhoyN/3DYgCxoB+QDgHJYmneMj0FIgeeIj0io g0rABdhoBG5QAX1wSDNIjkJQASR4gdgwA43kyNjYBgIgg6/anrVYBC3wNW9AAGFDAPZYACk7Hm8g M7oZAKKDyYKcSSTwHkt4givhNv5JEQMRQfLogVQYgx/4AQFRkaqqAR5IwRU4hBuAtxs4PZ5QBIOA MRv8oE7BBEuAhBwgLn+TFH9gABLoPyqgAgXwAG0gwghIuCO0LR1SBxZ4zFtiBC34OV7JCBJQgBFQ hxvbJCUgPiZyouRCggrYBSR4iKewIDOcri76omkYIwogIjPqlkNhAEZQA9tUg7sAmBuYAzK4BzLA mED0uf8qiIR8mLFXSUSAYwBGbDqAeTpIfICpoDpayqE6IIhxYIQ7ObBPeoF8UIM2UIR2UQei4Ack 4BdFuDBkKAtFaAGmGIpVAANMSoMmmBfOJEW+m4yZUQI7EJebKqTPBEZhZABi1DEzwIFPSMbSWEbL +4BSSAAHjcYOGIXxmIJpNIAZ2MbwoBDz2IERiIR1gA0A0ANc4LMBIIAH2IV9YAFv0JsrqIcHUIMX wIVBOAKSYIFKiA0VIAEdeCgEIIB3AAP4AIDh84ByqEfuUQOlAgByaI9OECkf8IM2QL5BqAPbrIMb cQIPOwLkw4VIkCoWUMr4OIIHeMdwaAOvWIDXUwEy0IH/JF2HeviYAoyNcNSyKIXHLvWAL22nQlgA RvjJR6kAoSQEMZiAenu9BbgHHfhGJV0urEoB2NiDoXBIptQyNYAEzPmbFIEA3ZgSLkkR5+Gq8AiT JDiDM0iC2yCFApmAGmATN2mAM1iBCBKtX6kJAZgkG4wDWflLFriH8mxE1LKBKmABSICEfCjWuwAD IpytGlpMHEoVxVsILcgFX2gAMlCHLEiJLSAB5WwrO3gIz6AHNvjMjfPCVaihD4AwklNN61JDNgTC MuouJLiHfPAKi/MA0MAYJVCD0ewj6FLPexhOD4gvP3oJpKMU5WQ6/XJOiYtOSpQlP9KBe2CBODhX rvsA/xPwCoyBgUJ6ADCgh1VcAxjbNWKxARiYC0gAVDvYgiaAggcwJOsqAB0YsaR5lHeRAYZYBEaw A05jgP+sgGBsr2EkpWI8AkHAgUJAxmRU0AVt0ASIRiBosnGqRinZErDJxlCQhAVQAW7ABWGLjysY gHz4xMbZm0NZBIpCAih4TBJQVG94h8lwHG7wlwoI0uGrB7SKAn9YhfsigAGoBLD1AAUwgJhChvgD ABXwgEWosgVoB5pUhxsFgEpghEVQiwdQ1EoYh3ckB19ZBXUoUsj1l7w5nkMBgzg1AwTUhhwo3A1Q g8mtgAcI0hxlv/8D1KHcEC2og96jWfJhhjqAQjDQBv80jY162IXSRUA2iMIKyAEyGIEO3J9OrQHn +Rv36YATmAZfoIMZ+AJEwAZSUIAaCAUfcBM44YJYxUEqoDsbyAgbZAQ+4IghyIIjUAR+cYPEQ60b GAImZMKMQFaDkyEjLBXGfJQYCIBp4IIz2CRq8gcMWpk2aIOtKJQ7kAh1ODwuDM0KoALE5ROOgK4z pK6TS7nWBELY7K4+zN8lRCiesIHy0gIZSIldeheXwIRI0AcyKAs+MFE14InkXM6EfcSFncSqy8Q+ GQD55QiuAwUYQAIwiINNsgEeSIM6iISygAEqoAc1YIHyTIlS0ZNFmINnUoN7WADrUoKEwCBQsIMH YAD/L+6TBVCAy3CDCO7Zny2xoH28HVsNyfMxpbW8CHDQL6gNT7CCEDgAKmER8CiTJhGPmIICdYAE JBiAFFhK5ciCeHqodfhTevhSFdgGboiC6Wvbt30cfVgLuoUVMzieUV4LbdgHVtaGB0AGBZgBA9AC 0QCASMiBc7QxVhYx0dADMc3lChgA45G98TPcl1C9OL3cYNYbBBjdOJW9tVCDWh4AXF6LyRhmfyCA XAvKodwNr8pdpZDSQ7Eyn2UbADiCVXBIaB5NVWYE5k2Rb6OSLnEeFKkBc6DQ8TCHLAGCCLgBLCiD LmDVN8GUOWmCPigutljgiJiMTWqXVViFKjAIjtBi/zc4z/f0gLJoOI32QjDAmDXoFCawglw5gk2K BKJIrke5A3zAlgg4BBywACjQhoJ4MC1umCwYB3ogAXUIIpAVFp7wwhhggkWwooHNoumiAlf5ojDC lHdt1o1uuKiIFYIpmHPlTgKwrhjmAdskLgWDghQ2WEgwiPT9lz5wVjtoaOjEGVKBpV2oAhPYJJXY F02kmASzJQ9QBFJhiZVomDZgAO/kngWmt0Vg5CpoYZ2RgJWQgDRYhUVILjfIAt/kA8fAiRfwB20I miwARhojAJLg6SYgUGxK2iC7vNjAgwRQEOoVgSBIMt4IA93gEdjmkTDghUyAgpLo2C8lBxSIjT0g AP8GsORHAYN6KIco0AMccIJw4D5QPgK4TeVSZm5UVuVdqObRFEo6MAdajo1IGAj/suZyDlE7IIru FubH8YdiVoFj/gbPVebQbWYbi9N2SGUSMOcB4O5zXADjeT9tnt1A9Wbeiw2BgdtDUeX5jo0BWASH jG/v3oUHWN7m7TZPVYAu6MopEAMrmQVC2AEOuIQ8qAEFWreBJt/JAIGuANQ2sIECSAPJqIMhqEX0 IgF+IAB1kQAaH4JIYIFv0IJKVReewS3cCu4sQPGkCGkaYnEbSAOiiASDIQFtuIMIcMNWuIEzoAQS WAUSaAMT2Bd9UYQ0YAF6uClcGgIb6KATLzE2KIL/QGAEICqAAnCERQCj6YoLG8gCFpCE1rQAREAE FkoKJe9xH0dxNCaMszslJDhxE1ADf3gBG6CmeuADKMgBOzA7BSODIN8Cr6AKRfAJX+nWpmPxFH9R Xm1xFfcvZJgDNudyHd7E76rFHPCAI3ijTzqlUAGiIQAmDeYDD4ACRSCAKsr0QYcMnFWHejCBs9ul XWCELDA7h8kCHeAHfmCMMV8Etsh0JSABu4jFMX+AI2CHA0VQFNjjy/uFA2jSRzgBH3Dt1rZwczCR A3mCgVKDcYgn7gaD90gOHDBR4PbZWsYFjakDFXAHIXVb6OYG565HFjiCcIhuQJWIe0A910UCSiAF /yrw3DYQ75ZlAXX4BmkO0SOQDNddBfImZhxN7/UGXWZ25thQcLaYZqLYtVYa5tnbZtr9tm8GcKUA ePf2r8Gm7wdI8FTWhnLMdQXASv8REXmOcAknEBAkkPx5gl6o51WNLDfBFC3IgfeSIwZYhKt/AKlr 2Qfg+juApn14Bw8ggKhiga+vg0tIg69/h3d4gLdvezmq1LF/gG9QB2CwAmC4Q3V4e72kB7fPaQfQ rgbwhACIgAhYAQ6QhEWA+3xAKY/hegWYBmCQp77netZ7+29ghAyIACZggByI+xpaAURAhtV7+xxg AmzhgmnFFgVYhG8Q/a+f/a+XOnogAyogARZYBf/Ah/3zinvZcgS9LHsqUIO2v6Uq2Nh3uCUwqPtv WL1b4vq38HrUg36MZz01wJiuoJij+QAZqAMGgHvcx+Cvz4c2UII4iLGgiQMwsAMvqHYVw6q30for 94d9wKLiz+TwxyJtBYgH+wj4e6Bu0QNIatQ9eMeQgA6Di3IwqKQHBcaMGjdWWgfgI8iQH3H8OGDS xw8xYqZMMXCgh6EnT2rQlAlBzREECFSQYbBKW4UKda58JFBhgBMA6/xVOBIFwJU6AlchBeDtXdOk 3MYFVfHR2716Hs0wrfAAiYoN3sbtYlCHTwhklT6qeBB00ZFt7ZCom2v1XoVdCNt9rDTOG10WQen/ lSvMdQAzAAiYgtn2sZ2+oN8IA6ikziwjBgMSE+AGoJDRCou0EGLpZwGCohUIxGaWOgekBR711NG2 4XJmbYtIVNEywtLMGoTChDHQYwoEmhMUKOgCYWV0mtq31zDHI0+SDA24OEgDiV4OMjFGnM9BIoYj KudJ8OBy5lIaDwgfPGAAJQYiK1yixQPo5WDggfQwwgOB9CjoCCIBTBODfPSoR8UiDpJwBxcBcMEF BRG4cYMVEsbHQA78uTfCKQFYMY0jVZynRgxpMICeGjy4OE0XjExEAi2IlEgJFAWqMUEgHnqCzTQB BJABhjlIOSWV7ymQzwMIMUKCOugRdx4jbVgQ/8EKPJCB0CLqkOCBe344IEMcKJLghxb5pEjCAnVA kl4WBdxRZw4L+ZPFFm148M0+C0iwRgssECDDBzBI8MEHNihio0HvPKDGAi+AYMdEHmwhwAdVgNGC IJyUYAcjDDHEaSVeVKJnpmS0kAUZ9/DHAhkDcKMCEizsQ0IWqwrL6TbeIAHJPmpkYUQjG0mrUUci WftRIj8YsEMHBkDQWkszdDCFIeZAcC66yBwRDgBmHMEIJD7tc4QZUDFV1ToEgFEVOWQExcBvVmF1 hFY68KONV3+pkQIAehzxgDb0DMAOAHv4A4kWbWDxCBTe4AAANzpoAwYJ5ADAjB0PDFAIAIMgsf9K QmJ9FMkDiAGggmI5LGJZZ49FhgABbHzDM2aBabMyVFWssogH9ewx8wOlnZbaauC+FhsARnnA8M3j CKfGCywjQEIFRGe2CCRUdFEDLdsRYgBzLGU3XXXgQtDFBJZwp10MPNxBSQbicdGAA5Q4cMnghRve QAN8FO5AAxZITngRjsTBgwP2WdGhL5QYjgUHl1yi+CUN+DJ66JEHsMI0iGTgADYSio5F7B5y4YkI GvThRgROvpjBKaTIQUkDTZboJCK+YOGLh6dfwnyJJTaQQelOWj9NBstb/6EvDXh4BhfUiz4++Q2c sQIfRfAwhy9cOD9eA4ifEQH94FOSxR2QN87/xQoRwLCCDEwgA8nJIIADtIABYVCpAiBQEfoQ1RoE MIQtKGFRN3iZHSQFgw1OChQ2kIEispCFFwwBA6AYAgkYkAUb3GANL8gHJJTghiUYwQt7UIIiFLGB PSCAEzTgBALIoYgWKGIPP8TABlSgghQgwAgooIEN94ABJw5iD1IchBmgyA1uIIAG0ZoWGKt1LZF0 oBM7AMIXZjCFlayEWwYghBi+BQGZPEELfngaADhxqSpUYQAeAcAGFFMVJ3hjAS14yiAW8AASqIBi AstKuwawABYkDCxsSNggBlCFnNCFjyOIwQx+4Ac71KYSSKjDNj52BQI8oA5Y28MCqrCAxgCA/wZG sRnOzKIOnhnmKJFhRyHHEbB25MMsbnllGmRJS1vOxjSouQtrXAMb2bAhCx8hJB8Vwa6eacNsqiHD COCYnZkspzk9iKN0qNOF5ZBLb3urwdq8IwcO8OESGWjfCvJpgQ9ZIJ+mw+cK3Bc4X7Rvn+NZnQUY xwXJrcAKDo0APs63gn32U5/7/NDqHOq7M5zBCitw0u0CIYUAtKJ3HXKoRl3UUJC6CA8otQL9IBqB 47nopSytqRXOYLsGBAIbGehQQx3a0aHmtKgf1ehMY6qBmEZgqUdlKkTxIVWpNlUDrWgFPjSg1atq FQZW9eoGFXgDG7yMACUQgADcIIAbwCASTP/bQqTCqkBQgMINoJCABOoKig+Y4GJbiGABXlYHEBhh CT50gxuMYAQaCOKHPqQBDYzACSMIIotZhCxGKmuGTzSisxjhbCM+kRHO4uCLYAzjH8cIkgMYoBMn EEEQnhMGcyznjeia4xzhiYk4DOIjhcDFFa7AMmZwox5AqQfWmJGCAeARF9wYxBVw8RFyFBO510yB PxKmAsCU7Jq4oFghUkAANUABCiMwQCgmAIUBPEUPuHhKuyKhH0iQ8iNRiO5HBvGwCtisEooxCC3b wZV69PZk3PAHzzaQGQWRgZMAuK90W7Zf2shGNdGcwmv+mJqSRea3wgWAE8hBgJEl+GxQUED/a6Lz BHOZowdhcLE5klMD6ljibT24myW6sDaa4G0CNXhCDJrhAw5wAAvU6x737um98A00yYEzMkGj7Ivs QZmgH7ry9AgauGkkORAEHQ/3wHzl23kiEIGgAEolRAHrsZnNnlhzm62X0jhbDxGBaJKHuMyFnmID G8LAxphtN+ZB8/OjAdhnPle3unzy00nzgyqkI00/GPhvg5XeqglY6YEqKOAIR0CCB9ThgTbAoBVy lWte8YpXumKAADnYZB3U8A4SKKKwEvACJ5ZAw1zruteThWxjIQtZMxwi2GY4NrKRfdpln1aMqv1I SXxAAREAYQfbCoMYdpCITqgEt7l9ggIw/7GAdiAgCk5wAjtwsYcBEIAeQVHHEfYwCFxsQAd12IO5 o8ANO9iBHNzo1y4eYIcUzJscOsgJN46AldlUYhDmDscVKnGmVbDhAWRQgN60QAI7cOPh6rYDJBax igpogwAbcDi66V2HRQQF4UcAjEG8scUBKAbez8VFCnTgK27Q3Cxk8AMmkNDwcDghHLgoxwIYEBR/ VGKLZalaGKYwggVswOlBYUOv9oCLczt3AGQYOT9kznPFLOLihJjjiuNoDuY4hxAynkA8d/CDHYyB FMM4l4x//ARCdAAIiZgDJTjgAAcErqeXMHLrsKD4DCS+yMoLT+AinwEOJCIJRs5e9pIguv/AXYID kM9AEiB/+Qz0lPTY6KkwhCGFaXgiADf4BO+ssGYKwJnNIqD97ekcZ9pbjwKsF4Ew7uwJ1gdfGPcM xJ8lbzoxExrJhH7+Qm3nu4dKuvrVt+oNChAJEtzjHg4RNRW2MKmw2sAGpz61BJbwgSws5B3v8MAC yEHXXnuh1/bv9WI5MVnF8p8GxRY2DRwbAAagIKDAsTEbAjrbsyVCB5zAtAHBD4SBtYnBD4RAbImB 2+0dBMzCjykA9+HJEfAbEsCQT1xdDuQDAVQBK5HMAnwaCzCAB+jKA4BBBbDBCUKBCi7CN2jKPgCF NqgDA5BBC9oBAXgAA9AgyanBCLBNDdT/CfyFIKgtAhgARVCAwTsIIRSGHBLuoEAABdpAAiTcQw/W 4A3ykUC43xiSDHVAAa8MIRKQALywQQXwwwN4HxJWzQ6c0wioAQvcAxImhDpAQj1AIQnEy8jp0juk IQmgGASkQihAAIs5Rx7mlnSsDSF0gg9IwUTRQSip2BOs0w6IwSMEAuXRQRBgQehRGehgwQogQhIE QSIYGRbkwfAgAjbkQZGBTnhggQNQXhAkAQecogOcQhGcAjBKAx1YnpF5XuiFnuI94+L1mRTknhV8 AA4IQO/wnpPQHu/d3rTlnu4FgDa22fCVmRQEn5mxnp55gvFF3pRp2ZRJnvKNhwUImqAF/xqbaRRM WR8/MtVVUYoEKEELDEAbKMIQKFBcbVABLKT5nZ+kfAAogEAJNEEkZIES2AAoFFav4dUSzJ8XfGT9 IVau6Z/+GRZjXZawoWQAHmAAGuC0NAIO4ACzKaBqZQsQSAEQdMAOEEIP7OQlesvZ1cC5BKVMUAGb gME3JOUiLOUhqgYDQMIDsAEb7EJgIKUc9occBoUxoYhUUqVW3gUD3AhSfoM25EBTWpwCzMQTTIBR 0kNSgoFZaqVwxAs9jCVcImFQ5ABelp0f+IEHZOUXRuVUVkAOZKXPjYA5lAEy1OVbFohhLgIDLAJg soZzGMAURAMmQAJgQoEHrAI/NOZPBP+FcITlHZLBBPRAJ6Cit6yYAbSmAYjB23XB3nVAEEzDDWhA CADBDJjDLJiLJfTADBhAEJxACHxImTVjEACBbvrCB3BBtgwPB/wAMMhBJ9ABHcjBHRDjHeRBIuSB NNzBdhbB34BOHnhnHhSBHNBBIiTCLxZBHgQBfAYBkc0nkWFBIFBjUrXCUpXITM2ZONbeNs4egMaZ TTmJJ5xjAwwfS13ZkojH8IXZ9Mhjk3lIm3UIF0wDhuIZgfYjP1rVP97ADaAVYoUoiH6ABJDfQqZo AZifDayopNjfR+bVZM3f/emaF+iETtRfjeIfRkRWZC0WYxVgZhWbAJqBAQopCjSCHhT/wkym1rP9 QE+WBGudHRwZQmt0mwYSgiHQhDl0QRV0plbugjZQIcn5x5fi5VeSHJmKpgeEhmGm6RdCQlN6ZWAs AhXUAAfyGDIYpjZ4pXAQhxowAJ+GKdMcYVBY3EwwQmly5qBqJcmE0w7EghqgKaGSgBrkgFY+gBak gou9GARogQfcoRZogRrMaZgGYRWU6l2YZgd4gn7SAZVKYGsSwnbkjTm4xAEkQgiEQAeYBHph2xOE wg6EwQ90QAi0wge0whmEAHs+wgkEAh1ggwZwQTP0DXiGAjCQwhRg5xgAwx3wAA+QAjAAQyqUKzDw QAxMpxzwwLmCK7sCQyeMgg+4p+hJ/94znlkANJV+0g9MgehVcRW/zhSdjaOcMRU+MBVNHSiezZlH BQAigNn2fEiEKl+HOAlU0VTFttk+cqj1eegHCEAEHUIEoRXIotUNmBoMtKiLnlqL2gBHdmT6GQEo 6FpdLQGuaaSNggAI4OjO3ihI2h8noMAnSNYP8d8h9EFpNYIAAqCyHaATJKCTqtYjUukO7IA56N3e rQRLqEQcJQchEIIfpOoqiCkVjikYBOEIKAAU5ADZzuXY9qk2sMEU7kJbkEGptu2YjmnZVQFnjq1o xi3aJodMWIJRvu3flh0V+AEVQIE65K3RCMfPIcPbLgIUzMRiiql/UAEjQMyY0m3eUv+uAmTbK4Cq 36opPyDul46tYPhBT1ZtKJKq6jKAH1gCqeZA3nZu2aXt5WqDf8RCBwTAIWhAIqyRGLSWtUXHjtFE bd0Y3hHCDsxAKBEC3kxvDYwBK8KABXCASRzATf4AB1hBCKQCLdxqKIjBMOzdD4wBJAJDDAzD+KYC 2j1BMcjEMJiD/ZarIwxDDKTC88Ln50nofaJZBLTCITTCIaxVUx2CHkTQByyVVkHa8dBUPtKPBpBo A+TBKZgPTWloAPDBHKxPxV7Z9gSUk4lZPXoUHyhCEfjC/JRIxroIU1UwqQBsDG/Vv94wDt+AEWAA OWxACkiAAPQB0uLAGtwApWiAQ57/36RI5BApgRdIAAjUHwi8QAu8wB6UJP19JAJE8Y3mqM0iQEim CifYFUkaKQpUlmT130ou7bA16RjhABy4gBy/goxNQQ+4nVDe8d5ty3OskVqagxgowAhQQaCGJT1A JiQQhx+ciwIgQ1g+JRl86SNDAiNwJhjOiVE+8lPGCyT8nAJoQaqiCGQyAAkYh2zSxLnUwAhIsiiH 5c+NwHRoAWeGpc48JTJMQBDUQGgksh98LamCITh1wSoHKhiCISTPbigYgDkoACGjSH8wACNUgR98 cqpesgJMgbVZ2xTUACEDc+jWERQU8iOTwAhcxy938iL3AB00ABbQcWu0ZtXSKne8/81rytjevViM zRh1UEfexIA/D8PZPcEreAspbNtMzEJA1wRRzm8XKIByZEcXIAeQ8UC3uiu4AkMyjh6YxaN4wDD2 9cFICIBWfawAFEATgCslnMFSSZoEWyz9EPAnZIF+LIIanILAspQV8ECoqYM6kMEpbE6HZEAbxEET OABIKdRCSY7knEEMeIBD5EgLFyxUtYIQnywNV5VVWRWlUMq/foARg2gb6ED33UMVDIEegMQ1rtVV OSRecRBdyRdP50NBRsIAvIAdsIA63AMBKIEZ4KzN3ujOYgAG4Chhe4FkfWSNYrFh5RqQDuCwHWCz RW1IfIILyEMCPGINnC/ecSl0KP9Ha67RGkWHII+AKQ9yeZVXcaTtOsXRKuOgcYyAaaf2BMB22sJT a/ORHVGBcTh0Q5s2DkqzJcwCBGzpj8VyFVAB36K2NO/zPvu2ayvAK3CAHESDH6QtBLAEuME2iq2R JQyycfSlblt3c4RBdi/ub/sBLczEaFf3BNCza56TKrO3jUVHbBeHApgDdo92GRTvHZvLE1xHS+xA J7xmdij0tvAmPFVHj1UHTTC3gzv4BER4jtFNgmMc3mAc3dBY3tFC3/AAMlLCKUiDHEwnHYwe4zXU R2HUQ+FDK4ToGiBtH9wAmeTrGSBBmvB0JGjAVEXVwUrwPu5jizuAGixSZ1IBF/T/50tRgXsUIT3E gUedAR+wUl6rQRHY40qdzxnIAAnkQCUvAiNsgY4b7MFOVYuv1clqFYvrZ4v7K4gasVeHKFqtwQe4 WiV7wAO0AA7oQUz2wRoU8VV1UKpJAIjeFShkHwksUhUwQB2+Q/fRw6Z5AD0cAQ39EIwStqVfuqXX H2LrmmT9mmM/thmj1rMBwC8kAAN6L+Ulgregi1p+SxwFdLhRgR3UATilgjCnLY1px5WupSDLpgb2 OgSgF3p1W4U7NDxxxxPc8Wgb+0P/WBdgAhWkQR1AARWkLW1HeEM7NC3cDW2PgGwawjCcL0/yMTy7 Zh4Ou6vPUfK+s7WFwdfSKtxB/0AYFDggh4KLnbtrOkcP2HsP5Du2Rce2v3O/Vy08C7i3cLZK4CqB /xgqY/MBTMFMUHgNTIeOZfiDO/jaULwlXDzHM7ePTfQdFEHgCR4HnMIpUMIWWF7gjAciDB6gcUHy dMgZIJANWIADbEEBRLUVnIIHkIEd2AgUcAH28sHi9I/AUt8KOIA0FMF4MMEiIEEBKIEHqAElIMIc zAHjIcIpMIIHVFAcRA37cEEafIM/EKHAkTCjNcC3UgIXFAEk+MNF+oM2IAHx9A8+ANAwXoIFeNXM y0BAUcIcXMIKaEDfF4AMeI4MKJAApKwJUJANDIEOQIIiSADNHAEI2MALKEIJAP/xWlEKDBh+AZxo AQzBioKABGSBXpvAByBBBfi8jVRAG0gAzRGLEmCAD/HaEuCoYAs2poNxF4Pkpu/apH/6Gi8bTV4L IEjBF3wBmpUIr3ZAt8TRdbj7csSRFsySE+ACAWDC1WoHHU08cvj3E8wC+V9HT3a/874ES3Q2HbX/ 20FAJ9aE3uEdBChAFbSDE0SBHZiXTABEjRpdBipQUOMJIQgDJ9SYJRDhkx4GdlCseNFARo09dvQQ s/CJQEJhLgYJ5CnEjylTwhggJHDWyB4tNda0WbNTRowaD1jc0ZNimI+Ehho4cGAHoScJIRgS8/NA jxoGFXQJ02Nhly5UuU6wZKn/hiFaEwhCrDGhKlm0XNly7VIsBg8epxw4wOLgUoZLe/Nm8NvgFDJ6 YBgoKAZFnRo/VFh8UwMpxwMPdUy0ioDFz6JINwr4YxCnjodFDx6oI1PkTAQrASJwKYaJQY4cDJBB WYREiaJ8kKAwoDebBAM2u0gUWNPmAZgHDMgsqtBGQJZ7jE5xCXBGERLfD+ipocKAgHESFX570EJp Sx0Gq7grbmKHgePYi+gxcuSHARgPkBcxqLJFhjQ8IO0BNepgQQ0T1mhiEQKQgIS0fRhpwwYBOBNQ MjvsGNBAO5B4oAJ/FBmCgAoiAcWG8VpYo5JxKpiNjDYwoIGTJZbwAoEcddwx/0cvfPzRxhu9WIKT Ios0wggalKTBjCWZNAOFKKWcspJ1ALgSyyyv1AMIIKSgwIrVRAjihxk66GGKDjr44aicpvBjAW4A KIQATIYhCIKQIGpoqS4mWCqkhDo5IJWlUjngBwNCmUIMQ2bpk6ClHhKoCzEemeEVc8x5wpBQdnhF qSf8qIKcKyOBwg+CLHliq0gTmgIkQAV6lSOgDOjkh1B6yKkiA2bq6COInnhqhyl28OQGAQKYIQyS DADJqSkymkhXiqatqaNfE611J2l/6LUiRocSQwySeiJXDJYoOiqqJ8AaiBBfF1qLLUISocMAOoLI pa22CKK3LbQsiUuaORzwy/+XhBVOmIsGfGmADwLouaexRRZRhwUWZLvnnkU8oAKKfB4ggQ8N/Fjl HkUEkAAJelaZTY0qCMgnB0iAUc0KLqooLWYCIFxkFXV08IAebegxDQpIOGahviGOUwMKnx/4Rh1F 1njBn1WguOSMU9SgGoo61FAnh12gsECAmamY+QFGmE6sCh3uWU4djNW5J2wSXH6A4nfuqULsHNRg hOcqqshnnwoSXPABNuAW+4F9FijgBuQeYEGd5DBmYZ9vLudYBxJKa2LlOr5pgkV/PKhC9Bzs8IJG G3HkkXYdvUDySCOCNMLIJJVsckkzhJ+SeBSq1BL5K4P4AswAnBfBh3Up8iH/iEd88KGDAzqBU05m CGAEE0y0iCaikLoYwY8RtKhCixEUAHSSMjKJZoRo4Jkkfgjy7CKaxbTwo30ROV8mZvAIA/BifmLo Ei/o54fFlKoQkSADFNqHPipUwYEjqEG5IMC/EbhvVk+IRibKIAY3wWN+9cvEJDIirU54ZCEI6cL8 6JeJPFBuBXkghPwy4ZX+ZeIpU4AH/eoHj3jVhBApLKIB1lSRUIhBiZlwBkleCCuiFOUoHlkJRdjE rh4YolUISRer+qWATlAgED4IhBTMUUauOARgVOlCQpYSlzwczBdcsIDDFtaABnBBj3fwAAFKIIES VcAONlCCDvyhBBjcwQQf//jAEFpGBURUwUQC0KQhK0AFPkhAkjawwyLUQIkwxSEHjGiCDSRZgDgw oAJ1KIAS9LELTDjgAxIowAuGIIEqqMFpfPjkB1wJBdIJwA2L9MAcGsCIb9RDCaCUwAsIsAoCDEEA ijDBDSaJBDBUABPDlIAJWgaJJkhgC5+8AcvYQIBoKkIJN+BMy8AAhS2AcpJU6I6CmrAcCklAAjbI gj5WcYQP2IENcbDBFjxQgSyMczxIsEEL7PACX0ZCkwL4QBWysIYhKKEAH4ABDxiQjxeYoUY30hEG MFA72xnhEG6gwSEEkVLecQJJTtKpGQRRPCpZKXlaSsQJKBAAT3yJAklASv9HdvCIL5ygS9ibwQji NCcCgIEF48gHCbSgAP0pwA9kWF0a6kACElRhBLHwAxTI0Fa3ulULCwEZFJCQhip4AFVVCSsZtGCJ EfzSA9HohAJIUFcSQIFUczqCxSCBDDLooAppSMME/VBCUUGBBBMcwVLW2lYtiKEHfmAECeqQBrNW IRYdMRZWQjILBWgBCjGzKyOoIIcgjEEBmGgr+6AA2S5MYQRQCJtd+fqEaU1AC2eVLBlIEA0O5GEK PShDciP7S7TGSygQUMgVb/XCdBmrTNnLorsExhS19CsUgQiBD05wgja60SACiSNVINAoCABDDgb7 YwPe80H/frANl+CCIOv/IYE1YPI5AkhReNYwSSWAQABDyMcipMGEByxAAhYyAQk8IAMFK0EGN4CB PrWAiGkwgh9ZWKcSlPCBG0TiAXZwQwGGpgSNgvgDa1iD2Jx2g48a2AZIsIOBJdCExmaABw+4pgBm mWET+OOaDTZBJNewBQaoYwtrUCTlCkACSChhDT5Wgg3WoIR8YILMN5hyjl8wDg+Y4MORHDEJwJyF RQz5Ay04QgHcQNJ62AA5dQAlAXIA5htgMhLHmdyO05BhH5Ogo27YsoUIsIs2xE6lLqXd7dzgBiM0 KUhGwqlOd+pTKR0vqFnS1Q9YPYMgkCkMK3nKCWrxBVsD4dVUlVMhFlCP/w0ggBsbOAIZ/GAOKpDh CCm4QhRwsY4UDBsKC1DBBqhd7WojoX11qAQCcBEFcHCjEgQ4q7Q30II02GED3PAHFKiwgA2AAxcI qIQdIHiEHFQADGRoATe6HQUEeKMKUEAfudtRBUkYAk7T3gASJDGCI2xgHbho9rOpMIFYA2teUEjD CxCw7CuAuw6YyAQmBrCNDdgBCt7ghjfqQAV0cxsXV3i2FmJhgBEgW9nMtkcKIlEHBfQguJHgBji8 Le+AGzdPV9wiRbRogDIFAXtICcNUDNIFWiiELFtpSw3GkJEyvRe+ltB6v2oAlhjc4Q6UyEAemSCy ur29bu8gwxwITGYEQ/+ny1FWhA4eUI8CCAAJq4jDHNTwgCxImgDasAOTCSAZ0m3BzZTgACTCI4A4 QMKcEdbBAkBBY87f4JVqUNkakADMNZig8ZxP2+nWsHcwaIELI1hFFiLceFmybMmCfADeGQlSJKhD ogeGRJaVIDoMu4EMDN6CGt5BOhuQAQlukIAdIKGDOQigBbhZg51XJIMq3MMOSuAB5TFgAha8eQ12 YMQQ5JmGRZCuDkgwjukO70ttoM4GaVBHFSywBlQuAAR0R3Y0jUeGZHdSStRGjdSYhElMLUpQLdWu BFCWQn8q0BCWwgBorRY2UASk4AsUoKoAAAEGIUtw4QjQChkGwAyupBD/CuFKogDgFuAKtKQF56Qe IMEOuMEF5+RKmCEFkIAE7MBKuEEFds0f1KANEABL9AAHuE2xyoYAyqERWPBKnOAHyaAKFsBKvAcK hkEL7EAJC6EePCAJsWQHo0AFkGACmA5WuqDd9mAHd5AZuKEOJMED2mFOKqEdmAEAKgEJjkBOqBAA cIHlogETjgAXWHAHCVENJWEAwkEQfRDbFKIGtitdKMJNpMXVXi0IOsAApuAJ3ogSaYHq2GJVlmIk StGN5KtfusAcLAEC9EUaDsZhyCAH/lBDNOQI7EAN6EEBpOFjYODAKiDBuowM0KYOtKECFsFqpKMO MCASNEPSSGAVUAc5/yBhEahAkkhAG+JCHY4AFG6AouLAxm6AADiPxqBDBrxsEepAGEvPadrAOQjA wEqkDdagBabDAbjANupMHSrAP+qAN9DmkGSMxsAgH5CgDhbgBXKsCoZvDWCsApYs+TBgDdKAGCMB 8eJAy7LADo7AxkogDepsEY4gWRQpCx4EDOqgRrgRdbJAlsasDZCgBFIEE+bPRCSNDCoAdV5AHyrg yyLyAeogAINkdliKABHAAIMk1HpnAYPHpxqhEYwHqCIQAPREILSLiVQCAzWwFsAED0TAHHJwS3Ah BfbACa6EG6qAERaABAFgD7yhBZRwEAmAALihH/KyH9ISS+pBG7zhSv9woRIGoB0gEQBicAbZIRz0 QA+iwB8YIQUC8wVaYA9wgAWP4AHyYQOuxAw2YAAqARyupBxYxy2vhACQYQIcDqjqgQEiEwBWbi57 sB6g4CnQpIMYoRKuhAYGcwOi4EpUgArUYTMBIAqmkBnScDgHQQVaIAXS8grqgAyqSg9SQC7hEAAG gQDUIBJIMAo8EzSvhJr8ACS2S1owcQd+gnqCoL2gzgCoriwABQJooRXN4izgq+rq01+UIhRCIASK 4GC4wAHUgAHuyQYK1AYCyg5yQAuAQQ3+bBgzKe/+bieJsaNagAUkiqTaYBoH1P8eAAoGKcNKxBF4 QB00UsEKoAAO9Pn/0FEHelIHkME/yAwej2Me6/E51uAOGAATMoAPOCwe+2MR2GAV2gmbxgOROIPv IiFFC2AIQEEAHjLL4gBEKJLB6qACtEEjbYAAEg1FUPRAX2AkGYcBKESTUMQRGEANSiD96MEOQGEy 8y+dmgAEFIEFqjQntZQnW89F8gHMYKwOEIAGBjApd2QpbaRIiCR3nrJJoCRKnOATpjJKGgECIxAr K3EKOgGqdoBcdmB5NjAANCACAoAU4iAQU4AAMiY3bTAHjgAcwmEDHtIDWPVK6mERSMAf/EEf9GEA +JIcyAASNsAJcGFDICEfSqUPoW8G54Q6B8AfjsA3nYAXWUAHhrMQ/zBzARLRDNpArFjgCNKyWj0A CayETjyUCo5gNf0hWe0gH1YnBcKBHQaABPwgFVYCAtaKHNghCo5gP8ZhODeADOhhOAHgCgYTCSJh BrnhVD2ABbLgSryBBMw1CqgJEjxgAcIw8QATABbOA+7BLcMBA9hyBFaFEIhCWnZgUBBlE5fn1n4A AmAx6RYlT1SxKyaAZufLPsmuEjkgCfwzAxrGFiOrDoJWaHsxDgjMwO6OyUig8pCAGHPAakgU9s5U Q1PEaYXSA/zDxchgF0ZUHdpUAg4kH0LHHy6s83QAOkqABNgADDCM9ExPHiugCoTRHhfkHghgHxFD QexsF0zjruoBm/8m1A6Q1A5yqQ0KyzigVCgr4GwEYILIzEqxFPHsoMx8Jh/UgAT0gQz4aTQGaQHa wMM+gAyqEfvqdEmHANJ06QbSAAz8bsfudCdRRxFcxAP6dCgRQABnZ1Btx0dk51CPZAEXdXhQQCob AQceFQcktSop1SwIoQd84AuAICM6wHk3kAJUIwJagRIAcU7qYBeIsR4SEQDqQT8chAzy4R7yYQB8 M3zrqaz6Tk6coBJ0gA0WAQuRwFdZgARcs0UIIFlVQB/6QzivhBwKr3uRgASrlQFU4EoqgREW4ZvU oRwWmATqQVxL5AEgoTTDlwyS9dlIYBwU8peYYwTqCwJyy3CQIGn/8NdYNyAftGE4zaAevkE5UjXc WOAe3sEOfBMBVMdwfPUexuEIZpBOKgBjzSAN9UENkAAJCCBzGMEPKpEQzCFdOGJQZiA9vfILZiDp WKIDTmAGzKEgtk4MQsEAxiAUZPZmy8gSzAEY0u4SGsACHIER4O4eGMCOGQAKKMFrCIDMLk8N+GAN 8s5pFIEE7kGW3KAKcqANPqANxhTxFI/Jvk8Nro9OPeAULsEDkAGbXokMX8AOOLZsHbQJYgbO2vZH J9JG79H1RmAFkEAbaK8AkIBjD9Qu/5YYA5fGVgT1HiAOHBIiJZJKcRJytZQeJSANSioSXsB+68wD zkkRTjUO5KnS/9rgBkqA76xmdNvUQsajCnAyS6vg/tZgDiChAmZXKP/0dnMEKQlwSHDKSAwVUX3n SYSHnnlKeKXyUYf3EyY11SoVAnbgBLK4B6SXvb7gKzVAAz5AEF5Ae4fYe5O1HirgcqrgCNqhHNZh B8MXIEkgH+pBCRtBBfKBGMljHBagEraBG9S3D8eBf69kAbqXOPbgSrLgAbpXcSKzWqEggqu1ponx L11wD6BMiA9pETKYVo0VABohCsAtDnTgG3aBfjeLs+LGpFHaMDN2HFz4SlJAB4hRDVxT5spBrBFA DwDACaoJPAjzovnQqmLpLQshHMwyC6qAAZRxEaBAAYhCf8rzPP8PgHqAwKBFQARqQYshQFo6QD1n 4CXQOK9djahCgBDSGL5ogVVqIAbyixYh5g7aQC6yYA702AH2CzGybJLYT8syq/+IqUnLDEFKQA+a gAHa9AYUQR/ebGVM4O9soArowQ9MjAzYwKB8rEJsgArYwCD5bpEtBJQEoG2N423rARTWoETiQMFI igywIAaUrARWpkkFYJyhgMwAV8F0IHBvYAuyAJt2zJyB2TjsEgRaN5MM6QGu7wNMoEJMQAcWh0E2 I5CjSQC2IB/yYQtESgvYAKP8LwcYTMLg1nERKRxfoEX7IHbLWUECrSiFJHdzhBPMIKaQhCl9FyoF YXiEZyqJN5//h5efg6pSjYt6PFFNjMIHPCGhBYCmFKGhD6kC6iE0NTofvOEKmEEPGsEJomAHI5o8 /vRKNuAnfboe9gASC8EJwoEv9zdZcZwMAjEL7u1K1aDeqgCnE5QYd4ENBoAP1a2lHbqo3zKi64Ec cCGjC4EdfpAedoEB+opVoMAO2nVOhpwvNyCr+3XJSUCmkzoKCr3Q3TUKmHgA1gHImWHI+XCI72wd 2CFLmOEKvMFFcoAERoAQYKUSzYWJXs2gvzIARECLCeEngKCoQgBUSrgteqC9PCECPOEVJLuMumAm nuC+eKAIsCAD/AiQGqYBVuAGPuED8GEFrGMEwAAJTEACYOAF/0ZkC3Qg9+5pnH77dQSAD9RADe4J BkrkPw5UAoagClaBBE7BeWLgyo6gl2DABMq9ApodwLUBEuIAt1sgC2R0+EQJRBqpyxT3k5SpCHqU H9wJoGygCRrKH7agANRAGZFgCLYAG3kABiRABuxAEUSJEbKgANKg31+gM/zhBXR7F7RhAT5qPEhg lQBqkcp5lSIhB76xlwKqBf5Vlm6gFWAMCkCqCtigmW2AB+Zx5DGp2wGKom1gAO4BKFfJ4wEwUDMt d2EHBWKKpmpE1OTZDD4hSnoKBYaHeBvhxKcyxZOnUs0hulxNvCbCB1bgA1pBk25gDki1rb13xyO6 W+eECI+gYv9ntQLaadAHoQpsupyN9Qo806T5kMpN06cZYdBp+krpt97IoN60fDS8wQW5+syJ2qhf hGKLEBwoXYD9YRnx+gm0gAoGHRw2oOcqIS39XKszdsm/WoAj4Qhq3/btoKT7AQCYYQ/0bAEgqETY 4AGqYADIYRBwga2ZYQHAYBcgwQ86fYuNohNcDbA5kAJEAAhSoXmDQAoQOhAqghDmqxMMmgI0gAJS wdb7xRIMYOogIC7u4BR8/S98Ye2mIaFB1QoQIQAowQMAYh8kKGRYPHigDgyBAgIIMIBCgkEOMg40 WAngh95AKgxWHRxIhsE3SDwsBAjQQAEDjRDV5YDE4MG7hGr/kKQhwILFEQk3qrA5+ABmjoPf6LFk RA8KFitbSIDZR4JKvgdDgdJjBEmmugdgHkT1QA9o1aAxiX4jqibrzAcstoJkINDlR7dQpB4ko2SN AAElCFTVKPfgO6sM1G2E5PGjRKqQWhjhtGSJFwSUMWCgjDkzZTd9UBw6RCPyEk6kaZimYaYRDhSs UQhCoRpHo9mxG1VaByC37t26n9T4XQOCGAM+Tvg40CnMjhMRNERodePDnTjcABQiUKHCrnrgctdb tSG3Cn8P6BFA4L0CGXJ6ACBYACZ79jo03Ncrv89bIQCVxhG4kht2FTywSHgAbHDPgAwggV4hR6ij Qm7eJLiL/wf5GNjff9YJCMYRUXiXDxJIQMHCO2Qcscd+jdRTAQNaQAABFEeEA8Ag9xk1ADMHjqON gRvokx0YleQ2gDrfHAlJPizcw0A7EuqwzzdqkLNhDlCISMI9+VQxQD/isUAPMgoQMoUYYkyB5g4H zBDEF7W8SUEAIgBhQAcnfEGBG62E8EMnodSgQKCCGnACBRoIoEEeEwjKaKMKdPFbo5YQAsEEljwR gxx3OJDBJZd0CqovngQQwQq+BKDBHFpk5VWWaiyykAAkVJCDOoykQckZFwVwCSaLEAjJCGks9sBD RQTARbIBTOMIMr8GpQUlwGjhASOwKvGBEkcMUMAaSvjjAf8kOTASAyVUUEVCHFVsFRQPK3ARgANV /PprulnYIS4Zd8RABSSM2FFHRIssQkJWX+VAQhuK2JHPRCSos48aWbTRrxoLLKwGu2rYsXBWEg+A RD4zLXLiEAIc8slq5DD8ABktxAFJxE0ogW/E92alTj73eBWJEpFMRUIWCBghmmQIWKZZ0l6ggAMO nwgC2WikcWKEaWakpsdqn7FWW9OyqXYbb2Ln5htwT0BA3Aw/zLAD2oFYQYGhrbRSBHUbZkfPAgAC UA8kKVj33S5gRPIh3wW2h8sCkEC8T5R2OAFAO4xkx8Lf/Pm3t4CLNLafGQSwsQgD3uBg3REPDLDf IEh45EH/HXtH8gABuAHQRkIXtse33rjsQUYFbKhzRHd6fEfCCDAig/qBs1YASTm5bcCjj0Duos0A pKegwy67fFNHJZUcUQWVzBCwCvV6b8jAC1FcccQigt/j/OU5UFEDmVPsYECaa7YJ50lz1vkFPDkn BB04ACEWxaguEAoPbtADKE6BQEd1IYKX6kKjulC2CXQhU3eQRiLmcAoOOIADIEzCNKxQKl9woRUR mAYftkAJCywBA3eABBlkAAoS7GIBSsAAKM5wkuZowAKUaEMMTjGNaWTgFG3gAQcQEYB3NaAByZpG AygRAx5gQYXIuqIavmEHG3xAAmQcAhLooQUHXIIPDUDW/yU4lcQi8uASXLBAsrjQAD4UgQdzaMAK 7OiLNb5LBlS0AQyGQIkmbIELMmikBfLIhxXAoAAm4IMMLGACJTTABjbApAwKAAMbyGALTVCEDGDw gUkOwQIwAAUnuPECRfDBBjTQywcE0LRDGAEEQygAKEAxBBNgwA03OCQ5hgACDCihBVl4wRBSsAcv LAEEe4AmJ2gQtchMJmncXFp7cHAINxSNNFWzWspW8wkUmAE2Xmsn2GY3tt2UDTjmMABy1NSDJ/Qg ESE4wQlQGAFp2KE618mONrjjHQZYzhs6YEEdBqGbehwBd7jYRjs2cNF2LCASuHBPHdRBAkWQ7nIa AoCAGP9ABjugBwDlWEAVstDR0sWuOu6xQxUWYDlcYMcDNMWFN45QgkZElACFI0cabpqC/exBhy6C FBlyVKMFgPQFOtpRj54HpM3VgaAbOOoAcMOMI0CBSoXwhj4gsdXcXEcb3siNGbyBBC55CQCwm4jx pmCAGXQATfZkk5vi5D86dSAIQPiCCERwgkfMgBCOUsAUZnACP3oiFI+KoKQWdSnLPqoGCMSgOYAh h9DS4RTSkIYcpEGJALRCABEIATbOEIEI3EAAc6NtA7CygCPcwwMm6AMA+hCBAFhhLzdYQysu8kcL rGBXK3gXHjOQgUBMQ7l2TFYDMsCF5lpBAYvQSB0i0QX/KNxjFR44xRmamyztvqu5yPojHhug3BWc t7l2jC9sIwDQ5sYWBiuwQQTOYIP+rqAAFrCADTSgARggGMEwaLAEGAwDMjb4A4dYwyH0sIboHCI3 4JxtHzLcilsK4AYX1ste3CCAPuDgBm6ggRGIJhpOuMENL47aabJptG56YceZ8QINGqHOF0dmalSz miC21pqrxcadTAtbPOUJnN+c7UwQoFQNniCGA/zAByI4CTAGGqDs5GABc60HW3PjhHUg4Aq4wN0R hvTkASxgpeBAwCDWmZsU+IOo6WkRFaCQBXbkZn3MCMd+6PoAMO5tfTE1QyTUUQEwRCg3zHACDmjk HXVU/6Kq6yscDorku+LVQAt2gCgAcGHnKGB6D/7Qxjaw2iJkkGAAHdUDoQGghw3oYBVZaI8TKIOL K4x0AWwgAE2ZEWzIAYAbZKAeAzAxAkL0YAYzMAchlHMAH/x1VxRIggF24IMgzGAUHSjOCf4EqATC aBgxMIcFGxsoSC1K3hdMd7yfwG45AAO0wOABD0iBBdmyNgQmlO0N8IvCi2hhEerYShxgkGIBXMQK CI7AB4B4x4zf8brQzQA2MjBFX4jcF9NAhB81cIMVOKIKWWFATJ4tDS6cIcFneG+yCqzx65K8jjiv LwxuoIF3Vbe6Z8DHfz8QnZrT15EWOK8FCiDf5HKyuf8NrvrPozPiVkiAMzjQS3RucAMJTHiMt/Q6 GSncdQGAgoxkLJrb365Nzex4x0WbO91JA/fRlPMzghDE1VhjBkEs2Wu0cfKTyRZlKROCUoY4GwTM MYUwdMBNIhiDHSrBDT1nZxFI2AA3uOGPCpCgElcIhxNwUYkqqODzA1j9518PeztAIRLcUHUUEBCJ I5CDG+UgABk8D/rsBCsWZFhA7cOBi3LYoQXc2EMdchBpAmxgEFFwRzgGsQGpymfWKRjEFbgxgCMA HzsPOAI3qG/9K6TADgzYRXbUoYXfYIL2qg7HHuxwhG1k3icDYD0LKkAyVQAFdpACuBAOyAd+IcEG atD/AqXnBFfwAkjQf+DHAtogfdR3gLjADS1AAPEBgFCgAMOhVxAQHIQgBj9wAlIAWCcRAlrmAz7w CvVjJ1/wA77xbgpgCcHxBItnCfAWb5ylAJZiCb3wBMVghPhmQV1ghMNgDuyWCuZgDmIAATHQbqcg cxEgDKgVCCcRAL6ACIgwDfAyDRxgDpYwBzZgdMEFhp4QAiEgDNDVAL7QcXNIhx33cdDlKW30hWcQ YhpwBmdwCTGgAI5QBKcCUCh2XIgAhz9nEe8ycsKFcjBwR6TiBhl2XsJlBXe0As7RHDfAQs11Bnlk ApdUXwVWislliv3FSU9nSA3GSR8Ai7PliQlmA6Bk/3WwKHYNBgrhtAQSgAHJBAISEIy96AXCiAB2 Z3dyl3eiMRnSNE5SU2SocQiCcBrr1BqD9zVAZniHN0+Kh1c70AMi6AM/0AM/wD9AYAkF8Q4euAhq 4AFtER+7sA8SZQcEMDDs0jhAoY9AoQ5qoAbFZwdIsDgeUBZg0BUz4YEkEAMn4AyMQAILEJAwUZDu twv08A4PaQf1SJBsIB8/4QEEUAX58A3qMBhcESQsAJAR6YHZ4SJXNgJkQAAQKZAMQJBEsQsI8Q77 oA2RVjwKAAVqUAcZiQQE6XKrEH1HsABkQCAMMBg6WQHa0DIQCTDhQg/ysQiYAAE/8APIQYJXtoPl dv8CtUABwXUCO/AIQLADTzABENAJ4ZaWv9FZV8aWMxAKNyhBnFUD9RQKVAgMd8ADVOgI+JZFfumX VBgDTNhvPHAHpyAFInAKcpAEy+IJtSAMgdCYUQRQQnQRDZAEQYAFSUAHiRAEHIAFGeCGWICaGYAF n3KHI+cLgYANSZAElHAKWBAIJ5AE0oUspHIR8JJwwiVEQGRyvtAAMzc3wZVEqLJgpgJd0xAAxvlf ViCdYUhFK4AsynJHFqAEfHAJVJRx1XVzpQh1oQRgT/d0rlh1sPgBreAcEZaLtygBtShG8VmLBVAA NgACCDCMkWGM+dlNRfNiARqgOCZkeDdkpYEafWf/BlbTGuxEeK3xCdv4ZN14ZfZjAPmzAzPgAx2g Jo/gJieAlv3CkQAoCZmACZCwkmDwDWCwkwPjfvIBozHqO9qgDfwABhyZAwzgPlbpch5IBk0wDSdQ BsiQAzeao4uwk/LxAIwAFip6FouwkruAUmpAD0kqo/IhOCvKBjkwok/JCCNQA4YAKMjAFRxZLIvQ paGDpptHBiHoB01qpIuwCju5C2xwJCw6IC6KpeXhpAMDpdkhpWUQCCIQBFppghyQCAZQZfdzAngQ ARQgAj6gV4TgG4QwWB2QT3CZQBVqCHeJQGFKCMDQDHLgb9JAB3t0B3egb6maB0VwqtLQb6laWtLA /wHTIAIhQAczMA0sBKkiIF3P8QEIF1tpaAWIwAFSMA2+gA0q5AnCkASfyQGk+azRFYZciCy+8Jl0 IA1YEJtAsKwf10bSKZ0Zh4ld5J1x6AvyhQjPiprLhQio+SlJoEbhagXWaZ1RdJ3PpUJTZF1b8Ckg p3EaV2CtWHUSFmFjhErquZ7OgXLEJQEKG06TJEapVIu/KAF5Nxkg4J/KGBnldBo3BqA4BhlTU43q VLJc4zXpdI3tAE/cGGU7uKidsAP30wEd8APfFpa1AARA4ANdoAYj+gBaYA5vapRPKafyQaNXqrSA ygZJSj1Ju3mQgBjZEVJnIAKdoAUPAKhJ+6IASP8FWqAGRfuUMLoIUDACVLAIMWql2mGQMNq12vAQ xvNtBkC0BkWjVro5OfCiJDMBYUAL54KlTksyahCld6uk4SK2UAuVZCANA1QcP9ABsMUBlDoFB1Ao GsCenuADivoEsUAIbNIBYgAc8waEPhhvkGIIhGAAnQAMp1AE0jAHDjBCRVCbrooFIPSZq1kEeUCa l8ABJiQnIRAEkcmeCTcqsxWsXGhw7DkN2MCbpHIDAVCZb3iH0RUI8IKvXHhdfPC7gyoFo0IBnrCs J4RfAQCGvqkr41pHfySHXjibDvBxXugLDhC7cvgpVHRfNnBfnFiv13VCXGhda8RGPWeKPKdcBRv/ YRWGdWsgdrNFXAmGucX1YWC3Fyl2CKmESiEGAxp7sZzwS64EY27XjG93TVbzsS42oI9BwuSEGlez oC62Tp8weEDWGjjAsoenG6nQeL4hHGeyHCfQCTPQT0GwA5P3Jv4UBDVApNqwC4ugBU8AtvTgbFDA CDlwtzTKD017xVt8t2AwpVXKxNrwKyy6CpDgAQ/ABmAABVuwApH6BEjBxO4HBovApQs4JgpQxWFM o79DBsYzAciwEk/7KzTqxWSACQzAxdqgDmarABCAP2EAxVRKo3U6yNrABgwACVIMt1AwAWXyx1mx xXxrCXncxVvBxItABVTgAXMauEFBBcNACYGw/6FA8Ag+cELehoKHRQGtgAMDFwRjYA6kkAhSEAJo aZcKULqmqwDmQAdE3JeoRQmUoEafspoZ8LudUpodd83QpUbOKVymMg2xdQN94AYo5BziKq4IZnRx AnYsFFsr4AnTEM/zLAxtdBLTcAl5wAMOcJ2BlAHCFQBxEzdBhF8UkKzOyQUOkAV3sJp3QAqUIHP3 ep0ngb1c4IX56psRYAEK3QR8UHSxhWBAJK5CtAIyMIp1NF+gGHUGVnUWsAUtsAU2MGIshgGV0AJK YAPIO2Eh5sAsphpmJwGgsJ6pxMGSMQQv3UMGuoxDZhrA9AJbsAdXc8IDindRQzVU8xqAx6Cq8f9N XoOy7WBqOPwKYmCCVVZlGeoJFMABhRIAfDIDhhW+tSAFO6AAVJAWxQMBdY0VA5ELZWDXLofJJJAW Uiu1mAwThO0vVeAHf23YZCCAjEAGaXC2VVAFkcAHkHoCHTABmDDYNkTZUKDYY1CosWDXiE0GfqAA MKsAWrDXnp0Wpx0cYCuRLmdDYJoKP5AIefADeTAMjA0JyEDZg+3Ye93HqnuhMdAFqkzbkEAFEAAE WNALmECUkEACUAAF4dKTf00gObA5NkQFIzCEjvcKOzDMUvAFnpCZbvAJxzXQkoS5j9oBXUBvOKhB oysolmAIUJgKQSBcwlDNItdxcgiHcjhF0CX/4HR4CcRJKnNjnRR3Swd3Ed58EpcwDF1wBxaAXxrQ B58AdJlorR+OvVgwApAwMGoADF0EcjBwCAeHuau1FxZB0cLFA2esDuFyj1DAB5/4vJioXUJUKtn1 X3VQGJtzB0bXsCseYkinF0N0SSsQWxEAA1CeYFDeYJg7BHXQFupQBSZAYi2QMepwD3ghADud5CbQ Am2QBRuwBEgOCkZwCCO2dhf7S23gAQ3HAARgAuK0BG1OoEtQTmbACZFQ5yBFDihwwqfxGNk0NS92 CCrWNLQxGzjQHoXQTl5TCd6gApmu6Zuu6WNdZWZignlFzD8ABIcFBOWGJ1aAB5AKBBngAMMw/wLG 0wEGEAa8UNdlsLPmMNlVoAVnqwVfu9i8TgXC/uuoHSh/xusj8ChPMAlFYAKZpARbMEvOQQFf0AGU OgFxEAmnsAUOoAgvwAeB8AVAMAOdUAZn6wdZSY5nkld0MAXREOs1EArOALMQMAUQUAbRgOy8PgFP 8AOIYAUwAERnwAFPMNkjIAankAexEOs4qJYKkAp0AEWeAAQn4At3oAWg3esTQAhB4Al54AeUTdl+ 8Ou83uvHbt0pn+zK3ij9bsSNKQKegKzNJfNd9gGf8AnEpAEUEN+Qkng1MAswApddIAaPEM8qeANP Q0xu8AHnvHHwdXMBO0VTBJ4WgEL4oCvPof8B+IAP0rmbzznjfrrG+NAKfdAHYBcB8IIH4noSu2IF GUAG9BAx60ICWFBzXGAFN5B2a2D2KkZb5zyumNAy6zIuLJcDPCAAa6AnLLT2mEthtOXAGhBFGqAI LOABVRC2VHAGFKxiOL/hKbbetXgGCrZgEMxgpf9ol68GORAJSLc6JFAFYBEJ0aGwN1AABADm9wA8 Mw0Klah2kQEKey4BfsEIsZ8DWUBjAWoaI5v4Mizp5KADBLP69TAIfXAIJvuxKnzVLCwIKXNoALAa jeD8le414QAOV4D+6a/+6S+FTwCzT2AIaLOhYvDWj9ABfiUCcSMCci25AGGuhgEgM2Y8CtX/xcCJ EwbE0FIQMeKELhQnKLBUMWONLhIjjhihoMYTCAZmSInwAYaGM54iCLgRgYKPGSc8TbNwJkKEMxo0 UPgCJMgjHz8MnJom4suMMAZ82JQShA4dH089hXg0wweQLyd+PJkQis6PHTNcaljhSYTXUBAg/DgR gMKjsR2ETcMbQIOATxqUikhUI+TIijWGQQQJsgtYjxJBavEDsnFjCEBqnSi4Y0coc6lSmdvxSAqi Bnw4BLJCoQMhCF0yWqoRe+Qs2TV6+JBCQUSAG30afcKBo4+AVisu3ZlzqYEFC4h88eFynFIDLha4 NGjg4E4RPgGsBEDEZcU0DtisrMg+fQWX/yoP6i1QsyrSmQAFTCgpoDP1tBUBLlHCxjsrmHgAmS1s kIAMMHjgYjtEYLihlVY+sIEPB4aAoRUNeCIvFQ8IMAEGMiBRBIY0HkiDDwTMuIGlADJwwAQvzFhD wwgK4GMOB86I5AE7bDCBBDUugQGGDwQg7sgbYChACT5kWKFIGGxY4QwLtthiBQ0+0AAGCxTRoYJI QGnhnjpgkIAABpT4II4HkMAQBhO2CFGRexhZIA0GCLDhBgmUUKQENJeQAAMbQHhBBxIliCOHSJbw ooQXlMDACyNooMENUIbYgJso2nigDvuELMGIQTgxAwUzMMXUiCVeXYITIy41o5FGUMA1V/9dd3Ui OAB+BTZYYTvp4Qejxshjqg5m6CSMHTrwIQggpgVCCoa6yi0JAwwh5IcDDviBkFmmmKGDHsSA4Ika LKGoi9pig83dd+d1l5AOvrBCgEMEiECECA65wQoRZjjgBArwwMMKKyJQOIIATthq2hACiEADgR/p BLfLhAqi45rWOuELkb+ggIIgzKFDBCAOMOCHROggpQfNdnBIjGfpGKOHDjoI4qoQpEgCEQtM68Bb A3oIZYcenvDooolGeuKJjiajumpCLAuqA82mMES2Kbb6YZheUhEmNR80g8DpCdZee6IJSuKs5RP4 C6BKnfhIQw0G1FkEEjJ4YAKZRdRAZm//dSDRghJKtNCbb0b8AGYESBZhxAMGPKACCkgYgEQdEkbw wAMT3Gi0ihEYYYAFSO4hIYs5MFGHETIYuBwYK7BAZpc2BPhTB3XU6LxvKO5oQBo/9N6bBCay02Ly RSqoR4I1qoBEiTUafYBzAubI4HTaLyeABz7uoMJyFmIn44FIeFcTdUigaAIGfCJYIQ4SIGGBcyja aAMJSN5Xwz0YQAY78IEHVAggGCqQhT68gAVIsIEN1NQEE5wIDA8gAQkYcA/PQSEHdpBAATQYiTTk 4x7nI8ERWmCHfKihCvlggxpMsAZQ1cEOJGCBAPNBgBZEqg73yyEJ0ncE9jGAESzYYRY4/yGIVbHq VZyIFasE8YlbsSpVuDLDFXPVCF8Jy4vACso05EIB7wRAKUAomg9EJoWgfOEyQymKsXqQrh6cC101 IMTRWCMb17SLI/PiyEYA6TUgeOIMKwlAbhgmhZWF4V5SgGRuKCaTR/yAKyTTgIYEhkaDqWxZHSPK VoJQFbLsgA6JCJdYfiAGQhBCXe6KGiHQ9QRZdq0G5hCDGF6RLtZErV5iGEknDLKDGlDNXemKjdOq tkwFVKQytXhjB1g2BQjUQAyJYKQPQjGFEFAgCSeYgQE6YQ6nySs2EYENIWiWS5MEAQtJwIIvuEAJ RqzCiFQgQD5yoI4HPIAF51MDEqDAAP8wQIEM+1QDFV5Ij0UsQh0syIEHqnCPXTwAc3XQwQO+8Y0q 2GANTdDBN9jwOyrUgREPoAc99nHCwVVBHVDggB9ywALrmQAJ9NDGA3SgUH0OEBIRRUId1KBRKtRT HQR4oRZgsAYCVG8NkfhQFTyQPQ8s4h0u1FwOGHC/ByTUpA8AgzYicQMJVuChLLDoFgQggzQsIgcJ hUI+sveAd+TwHlhlAT2A11V8MqAJa3BgPQoggTpEVINs8Oc97loFEiwCDPdoAu8WsA8w7OOlP1RH DujxAJZ6gARQsF4bcgAGhFZBc6tYhB0I8I09YXYV2jiCG9JUgUX88wGQqMQnmogpTvT/NlaXosEh BIFFGmhRVbuyVRe/6EUR+EtCz9WAJ0QGhEd8QQS16IobseuDaU7Bu7wUgyFoMxLWjLcGFAlkbVzT BY28i71/lA1JzPGKTiSiIOU6QSK+1YMp7MAHjwDwI3r2nSScyyTVIqMndBPOmgTBKM+aAVlCkct0 VQSWJKkwRjoiL2SqqzbskogyG3NOkUSNMRJZjDnMEbUJZISZL67I1aCZzQ4Qq5o9CIQIzjaDL0jh B28JlyuVya6KNLMG46LZFMQwBmEm4RIZaMAlyKANTMjgA1e2gR1WUYEfDUERQ7jBB7ZAAjDQAwpb kMCVTVCFiKI5Elu4AQEWEQkbXBkG/y3QAQlMgKQbtGAci/qAn+7AgAoQQAlD4MEQhqADDziCDB5Q qwBkO6Is1PkDBYgDA7TBgAWAWSWK8AcY2EAFPly5AGgWQFOtNyksR+J5JFBEmi8dCQbsQh1HqLOf wCRWsk5QAhaoAhgG0IceMSALsrZBJCDBZRsU4AWefkE+KsAAXPtpDjJYwxYYUIcVFGB2aLaD+kBx nz59YA4eyAKSBPABJGijHia48gdeQIBV+OPQPJDBEOywBRrmYBdV4AOyLbiPOsD7ykogAD1imya/ /jrYR1AVq2hgBCj2lhOYymJxsYirW+0KBVxU7nKDFQC9xPsG6w4EV4CgRjxQ4ARBcP9j1pQ2hTCE QckQ6KWJdR6184pkkMVs5nphE0hz3tJYstQMf4t1gB6EIZc7+Ba4vhUtOhjALRBgZcsSEa3VdIEW UPu6L9mmzC7g3JXJbIy7WuzhiqyNve1qpohf3JgndIILXMiDISbQ87kzU8bQfHmNrW7NE0ihA0/4 gSc4MJIas0vujYGNiWnxhBjwQA6UgA4X3OQBJQjA2TLwU7DXt4YPKIFNAlDEOGQoABsoAd4woAIZ ZigB2pOhDqAQgBJeIAEBtIEKinDDGmzQBmTwQAAwMH2g3VQPDIS59IxWBBIW0YYPrEECNm3Ckkwv gRvEYRF14L7ubeAGReRjTWtAPrz/kaTqNdxgCPjhHZvTXXoT3OAGaWADEiTghvtU305H6DUiYhQG UIPOm7Ldob+Tw7/RS7+TqwMwAD8BeL8CCD4H0oIVGIL7GQIaeoAsWAMJfAEbgAkbggGYGAKkKgAJ 3IIhcIMMJIACcD4T2Ld+Y4TOaz3Q+wD8I4EUbBIRNAEdiAM3sIEqEEBa84AX0C2JcxVYAa4suhRc 0bhbMa6PA7koYAaRG7kAAAU3+AA3AA43KJmZKJiF8QSh6IogkKZOOIBOoBmb865cgsM4rKafi40N Q6/1GiR7oYkD2AFXUieumIE5moJOMBY+lJnuMokOMIBQqCMD0CMTG4ZqsoRJdLyR/6jDC4saCDAE 9poFtkMxdXkCRyTEPMiDROCAVHi8vlOACciDANgXRAgFElNFq7EMaMqaThg8QpgBIPiBW6qWTkC8 WES7tAO6ENu7yuMBSsiAu6sCNogDCUwfD5gDAdiCfADAj4KEdxirG6iCBZCtNIAEHVCrFkAC62EU lzoCCcgCD2CBFhCARCGDAliDLIAECMpBBngHO6AQEnhB4bMDNaAHTFiBJniAfeC3F/CHeuiTOFid 3VkzRcg2vVkAELgBJFgA7tMTSIg09jtBDOo8HoAfRoEEPaMhD/grMPERCZABDwBACVCEAviAOuiq OfgAC0CdJmAUFiDJNlgEIroBO/9QBwbgtxYggTkALH14E3m0QBuwgBGZoR5pA+EjgAegAgugIQZo Az9BAjD4qxIggHuIxzVIg3rYwAKwA9mxHqhkPSToKrX6QTsQAK/MgSowAQmogrFySZhsK0gYACPY rYmruCjCOIyLOC3KIl0BORzYAAQIlkIAFscEFobxQgHog18RBJ+IgCAIDQqQiZcTikdYltBcwx0g RJY5GjHwLpo7Gg+jQ45gr6H7OQigGaWBANrIox/wAXMxiarITf46zaejrmUxCIIJgx4wAEcKhECQ Cq0oCs04zu96rxoIhaKpJnM4u2JUALfogcKjAIVZmAhYvLaZxWZ6AkQ4BABYA/D/NIRZLDKquZrr qgVGkqZc5LHDqwEIgLkISwVZOrG0Izu3eAJgkAZpoAR5ugRGyAGI7BEPUAckQJMUugFQYDM2IIEN tIO/soEsOIIjmKESSAPrmQN1YANteCkksINIUErV28AeecYtCJ1FEB0BqAMqkMdIoIdVgIQ7aAUY UIMKgMgXGAdv7LM4sIMXgIkmKIE1UIIjiINjoyFFEAA+AB51SIMjYb8eyYEciC0l0AEWIAAqWAAn 9b09qwNt2AUGqAIquDU3UDc+8IBVOIKVWAFMWAUvBVMnzYKeZD0yqIAKOEk7wLY46FN1OEgWqAMQ QICmesoHiMotuIcKKMB51FIh/yQDerCeEhgAO8C1NVghbLMDetiFSG0DSPso2qFSjPRAnjQrKEAC ajs5JJFSrESVv/StJ5K44mIiwty4XQkOxVyHX2GGbVhMJ9iADUgBANiASpiQytSDX8GBQ2DTVkgC /3IJl8OMIDCIjkFDNTyAp1g5RcS5/tov1hykomvNYNoBt+glQjAHCJiCVvIvbN0ZA/iuqDEEsRgD FUsFmaFXZzGJAMADlQmZoMjNNewERQRFPKKZavKltMO6HyCZ79yJM+AAiBjPiOgCc+CCyuSXEGAa VQSxybCE7dSN+PzWORoJuOiEZKoBuACCtgCmuGOmjO2BV6CE9fCF5aAED6geAf8It/J5wRsgAwCU IEjoqhlqA36jkAIogAh6gQ+dx5SihypQggiSgRJ0UTWQR1CJyhZggSoAHuuJgzSQxzqogDTAAv44 A0bw0WxjSTZtNqaNoBbYwBCSWwmYwdRDBg+IHqZyqs1bhAXYlCqwAxOIoLqkoTQYAgHg085hA3pg g0gIPiSBvVVAggJohS3IqMI9XOnJUyKyARLo05M8gg002wrYhb/SNsEq2kWNyjkgNFF9gNgqWmyz 26ZVRzvYwCroU1GVPRpaBBIYh4560uvxJwZgg9eKrQ/knZuqAwSIOFahuFiBokvxSzPIVV0dLl0B jl7dgF8FgBRoh3XYgHBAAG7/qAQE2ABm+ATKBBYcCLND0AMBwAL/6qa1INhPwozcVMMTqAUgwIxR CAMI6AGtMBdy/Tl3ic7YxE0+1IwJEwOZcbow6NaQ8YQCQ5dZgIBX4AAL8IVmQBcIYMSkKRcfmAYK +F+u+F+CiTpvYQ1gghp1ScUSS4UZoAMOSIKXmQpUvFiMHQYuID0uCIQZaE8Yk7siG4gTEAHdCAo0 RFlrGjwZfoJdDAXx7DtLeAIx4AI3gAHSsIBLGCp+axQG7agPgFC7zAE2YIQZutDcIwDV8QAdyIff zYIc0AY14DcleKF0q0atfSr1oUZIYFDRWYM6EKw1QIIKaIMzoA4L6FGIrEbB/5UAJIBjHdgpq4yE f4pj34Fknt226rvSB9AsO2hBHkhBByif0KqDEhCARCbRz7q1k3u2bMsHdYBSr62CU5Yqfvtc1hNd P10DRYgDT+3TB/hRFni3DIQEbIPKYH5U2aXd9JmhOcChfLBkFqjK6end0IrULHgodTgTn/2rHtGG 4CWANX3HDXwBfViEFoBCVqlVi6M4GoheK2KiKexVX/2VcugUblBfbmgHBCAHAACFldAALpQJK3AD HKBf/3oKRpoWgsFNkQk8Hmsu76CAEKCKrGA6UMxEdeWMV4JNE+OWFeM5POqEQvIETziBTsilN0RN A4CWwgMCh2ilHugEbICBM/8IAWOR1w4AYGjxDpC5rhMATW+pI9q0OlqiJhmumtd0DY5wux72CFrg ghu4hFxo1xkOMRFOhV5QJopYxQkwgG6SC+xCoyc2MXNQsqbQilRYJouYjAl4glPwBSzAAihjDzCw A/d7Y0aYxtQDQAEAKRbISlAgAP0jLAbIhzhQBAKgY3ooNHk8AotatXHwgA1sA0go4zRgxzgAhdDt x0RugxXIWUdu23WOR5/lHDtQBPgwSkXQB3BugkjIh77+ADvwADxeP6c6wXswNAHIgia4sraCgq1V g5P0Bxb4ESWwRj+pB/3rvUWQPVfDbePWbD0N3dFdgzkggx9dblEBLEMtAGX/ZmZGdWZIDa3Zla16 AIPdOcF3gJ8mIIEq2N1t/uP1sQFKJgG14lK4NIGvfLcCIADJlYB6iMA2UAd/IId7bpWKg/DrzbiM w7jDxJXuDY5tqARjvYJ2SAF/NlZviIIND4AQCAIpEAFI6jHeuAEsKBjMmJbpWpZqaS4RCIFA4MwP mKIaOYOMToKz0cRXKBYcToJAQAQsGAM+sib+mgIDOICdoYNxoqUO8IRWOIRDsIIZmKXYIATvqqOa i7DafAJzMIAdSIREqDH7apZOkJZQAAKFUYpaYGKhKArjJJYmN4A8yGGHcGqPKGKqZiZLcAALKIJy YiZrmhgukIb+dDEFSDyS/xOYrFHrLo9gVnrxV9i7yCOJqMElZLoIuqYlAb0DB/AFeWICzlGr6xNB GIACMJBcAdiUFBQAr12EafyAIeA9LpWhj5JsPF6DAsgCNlFSHVgE69E3NVgf9/O0NJhLjzLb0j7t Hs1jfRArUHA/ERxCNqgCGfA8GLwBBS9AE4TJNZgepxJCxLUBRqACjzKBJgC9UpXuZju5HlmfNDHm NQAFJOCHNOABNJVHE7iDd28CBogE4fvlJuiD1ItAGxgCEVTSBypvf4CEre3APnBUSDWBPsiCBxDc d/SHcJeAIbD2OYAEAsAAbcb4PmgDeoC0dWv440OCXfCHuhV5ASB5AZxKiP/Md21YACMgromjOIqT FVwtTFzNIgvHlXxmhnCIAnYAACe4gl8BhygIh0IoBHAIgFFC8cKrhaeomCTogIHNru0yi4phmEyy 8mb9FT34BC6RiZpup2nYkg+QEA1IAjF/gjGQlnKZaSlQGA4wTtz4lz6Q1lySGjyqOdI8GqPwsCfo ganbxZLxgQKGJEuCc+26LqGosR0wGkecgRXg4iQYYI5YpqFDL+wE9GJIBYuFMdlcgUOQ1rOLmk6M mg7oTiv4icvogDDwMJsZvIwFgowOBUKwuZjegXfNpVZiDDE4GzHgGQ6YBiu4uwzQAnowEBsokiF4 QLESQkWoSxs4t29YBRL/aIICQBMurQCTtIFGYQD3qMsCaIE2cBK2xTV1ZIFFqLQpKQBHeB6AILDF BgF+PFb4amBBTYU2Nngw2MXgyBAYMExUWcVmERU+EmwMaQNp0QMolGxc5KGkAAkGTQoMUGRDQoE6 GyMVsGGjzZwhPCDRszNEAgyfDCosMKHEXwUCKyO9g7KFxAOhMAq0aTKkCaQ6Q7bo0LbriI1I93II /chDJo9F9YYMIcNAUYE0aDG0eVDBQxMbduh5UCRBApKmAz9yreBPJpldbCD1/VuBzJwCMGyYQPLg wb56SgbbUASpQh2lJJqubPOOgJdPZmjAji0b9qFDr2GbQYHCTG7dn3AA/weuB8BwAMaPIwcQIcQJ CgFEUBDh4wQeK4nCHHj0pZYUKbWA/Og0rdWHVhFa3fhwqPjxNQIE3AjQyYCPLxFu3Dj0/gYiQhAM 9TBNBFYE4IkUJwRhH38/zBAEEAF8IEArSUDgXw0QGNBJJwd0MoMPrzxRg4gQ7BBCCFJA10ornswA RHQznGCFFSJsV0t0QATRwQ4M6tjJDj6c0cca0xhASIgKIJlkkpaIOIGST0IZpZRTKtlFDalgs8IK QRzQwxMVQmCOGITMEICMN0RA4w8QdKHAEx3kaMATWAYQwgwGdKBjDxn2AMEThPg3hTlPTDDGFz5A 8MMjiQQSACIKXQIFPf85QAJFS/QsQk8kbthQBQuWZkpFFZtVSoI6q0DCwD4P5OCBAox88ykJ9+yz ag5gPEBCFWrc+kCpDGzG2ar0kEEJFxkoRMUq37CaK1CVyvUNJFV4QKmlwD7gBxn05CpXsPSAsepm unoAGAPWkkFSsKReu1kOm72zWa3BLrACE8+SwUiz68bLSD7cuusrqO8+8A5ZMNixyLs5rALwA/mc S6o6DJBRBSS2MkLtu/FuRg8JZKizMCQskJrvqSRkgQS3uubzrrjqrvvAETTsNpsRRuAGmyCfuEZD b7rxphsKjeCghx7BBVdIIewhZwUH9UUnxRdANBeCnKE0eEIttYgARCj/P6yQXisyaqABefl90kgj 8AlwyBk/0NdcINPAgN4NGUDwXx4RHHKDBgN2HYQUEUxDRwc+BDHNBx9EwEGIIj7x9QE79PBDBxAw WUMXENChAeNmM951cyLAGEGaNd74SAcHNDjDAa8D2YcAiPRgSA1OQslkm1Ty3rvvXXxJCimHy/nE l2L42YGZVqApXZ+3h3KCCCf4QIcvZ1CAYId3hhGGAQZM0cMOPiaCBR1PGAqEOYTsIEceWGTgCxcW XJLGuYssUikUi2wqAQEVPCB/aYhfGhihjgBCwg/SGAEkcsCIO0yjCPsLIBlIsAgGUEELjGAA/khA hQ2ShAFQ4MEcqqAw/0aQogFc8AWyHIAJhUHCDnxwBDLUBQlM3IEPd0iDB0rmCF84IA2QYFcDPwYs EgxRHfmowhZ4ADL8VfAeJIgDDyb4AIo5whFayIca0tAGEz6AEXFQggUs4ERgqcMDamAAI9JABRaQ IA1NOEI+chWJSGihh+ogQQ8Z0YaKfGAIcRgiGZDQQxK0YQtxqCMJmmCHJHqgDXao4wHJkMhJPoAy SohDD8nQBBPEgQQsUIcSCVAJIwxBiO84ICIHUId8kGABLcAkCQYwiEbs5jaw4QTOfMYbMwiiD7gU Gi5/NjQcEAdpwFka045Dh1AY4AA/+IE0WUcHA0CgBn8yAIxsZLUkfP/gBmMTAXRkFJ0AaCA9Eghn fGawgxk0CAiBIFA6HWC8J5xCA5+gwd9mdILDFWgM7OtACAIwIA5kswtWwlAY/GS824nIEhAIwhnE mc40AaEDQNhaB2Ywjed8wTsi+I6OdgSEjO7gnYjQwBkQ2iQobS6bvpuS5pBUDGDEoAvDGEabeuEI c+xOSlZyEgSe5ydtalN5VoiABigABAOIQQwhClCdfNAoYTQHEXmYwSPCc4AOJCIIJwCCDzowHgr0 oBNfOMEPxPcDOsBvGlxApw0ucYo5UEJ+I3hAHEBRAAJ4IBccuF4EVtCABjhADkVowAoiwAUHOAAR Z3AsHygRgzs44BL/kPUFEKXhiDvIwLAOkIY0ImvQaWABC5fgAhcawFnW8gGyDlBIA/hwihjwIK/z a60DeJBbPhyWC6jlAWi5gIXMZsABlOADFuagiD3gQkJc2MIcHGADTqxjEDA4w2Oz8FsZWOAqfJDB GSzAh/OWcX4WkAElmrAFPphgvDJQigmGUIAhKEUGOikAH9xrgviGlygw+AAMZCCDnFjABOG9zBBK MAQbYEAJLciCEgZcAEVk4QUg+AAoQFCAD0sAFKCwQQEw4AYBeGEPJtjCSrzghjUcIsUbqAQ5EOAG I3gBAwjgBA06zA0b96EQKBCEIA4hiNf0kgaC8BkxcbmzYhqzEclU/6bSmmmch4ZIoSGyROZEBDwD aEcK4HFRAJ4DhEc0B6RScE6ZTRcBCuiIdYGgwH1a4YYbYCFvT2jGCg6BguZNrQM/OMEJXlGDHvjg EUE4kQ+kWtMJdAF3SbJSmyDQgSR4IgRJyEAgDtWD7JzAnYI7UI0OZSQM+cB12IRAKORAClpQCXi3 m2mUujCFKSg0CWeghBg464guUGIFXGiGpHmHO0nnohMxMp0VgmCAMEyBTcCjQxI6EYYfNMMcylsB HRrU0eacAXsneIRHW0GBDH1BBGJOQiCEwWkKICIA4lzBGdCDDw3cQYSRGCQVpoGPf0cgAHMdEPNk V94z4MMKrd3twv/LaAEVttaghZWRllZg0IqX+VErYClrLSDs4FqAtepdofxCrt4GIMvjXKB3xcu4 gjJa4QxuII7fBjTZVvQBAH0Y28sd7nCmVjzo6XV5Ts6wAhsc/cM2sEABmG6RdKbHIosbzOIsMuDF 4UedAobBYIjSdRAsgZ2gkMB6+tC394AinG1bg3sEIIgTv4ftAuiDa9bQBxTUZg1F7gPdD8F3uh/T yLVJm5FxcwifFdOXP/ul0FCgzKTpYWnJAYCIKm95Llv+QtwMgqr39FZqGqAHdAgC5/OUiJOGQATC 4EAPbt0BcA9IAyvIwz3FwIGwfSAAQUhpJ3rA1VTUAGuhgID3jNT/BSbx7vg1IEQnfNCJJ1jCAKGe QjR9EAr2/QBxQNjOCXZQAwVYghA96B6uaW3+KXUhFGE4PiLu1onB8AACK5AdB4pt/i4U4aOmo4Cd xgfV7ysApUGak4TCNFhBElTTDHiCBrjBB1hBCEwHdITAK4RCICxOzGlAACBIdwSAeXBBvWnAUjUA I+QAKeUAE0wWgQTANMTPXFnBRT3KZAWAL1xC/HBWBuBg/BwWZ3HWRxkUgaxQayFLxq0AeSAED+Jg DfLgDbIQDiJhBtSgEiLhE74WOvmNYTVceC0Od3GBgbGWDACXazWAF6qXgQFXyPlcGjZdGtpAhLiB BsDA3+iERdjA/xlcndl8xH7RoU7sF0pwndgtASi0TQOKGCgE4uK4QSK+x4nphwCcmNkZwdz1wZLR QCQKUyP0AXDk0ifAmJKhwG8ICSXChuOJ4mwwWeMRTdIUAg5UmZU9DuQ8jvFYwgTQogIsXygMX0RZ CeRojjY51JfkDSGYgznkAvRdiDmkgvDEgKtlU+XlwhhwAAc0wy8+gRiEguZ8ye44if31zgRUIwQ4 yaEZyZ+YA+QYAiG8wo84HzgqwARo0xOYAzue3zw+SQ1YApJgQStgQShoSQw8QQPoRxKUAT26SSKs WYGMVUZ1FDZNSQXiAem0XgdIwfI8IBB4xz+tDxYYmRsIwg1Ywf9YScHcnIEV+IKADAhTOYAjIAkP qBDKXUISJAEHZJYUYgMUGqAncEB1yaQDcAAlUMIpcIAn+IJqXYIvBMAf0FkABMIT6qBRRkAGACVk XcIl9CQHJMFUTmVPnoJPyhYlaOUpbKUDHBcldCVZqlZTboEDQOFaJkRt8cFU8gFnnddcOsB5KcFc ntd7zaWB8WVfGpgJ9KUWXgYMvJzSVVx5xCFN2JdlXMWHOeZjXl3XDQYMgAAIUCYIzIQELMFg3Fki wh0jugEncOSSJSINHMJvsCIA4MBtFJmRFRnPDJkomkHamEGSVaIvCQIqUpnSsKLRTN4rVh6kBWdQ KZSVzOLxCaf/5QWVJbRJpEUakgRVABbbc25jLUondHLjpBFkl4lIrYVjPM6alUBndxJkeSoJJexa LDTDD3wfKUxlMwDgPHZB5czAD4SB+ISCGBjADgxfdiqAGFjkFzibIbzCSaUZdNDIDDQUBJzCCryg G5wBc9gIIpwCHXBAEdDBPLkZPrRCCCrcUM7BHYjoiN5BHhTBKUiBMNCBMFgBIhSBHDRBiYaoHIio HNzVKRQBJRgUBdDZNHBAc3iCMPiCpiUBFkyDCOQBD5hoHswBjkqDjOIoJRQBD9DoHRRBEdzBKQTB lMoBMEhDE5xCHmSpNFwpD1wpmP5kkzYpWfokXjmXImxlWm7B/xb45JzWqZzygZzi6Vtewlz26Xn9 KXydVwEUlsMFAL1FAAyU0YCdxweAxH/d13/ZF1w8Zhu2whw2ZolhwGNqKgYMhiC+RyPeACh4wRKY 6hJ8phloIt7dzM0AE9752UYKQi+ZgZHpUmzwxik2nm4QDW+youQlxyv6J/o5iXM2yXMGYHc653Q6 CfJF5y4yZ+9E5/0V63Uiq3lia7ZCIzAgiaQp1LD6zp8YQptEqy0+jn9aQieUlFQ9QVp1QoCKmX06 WijACQVwAQccwHQgiBwQV5dKA4uegZmUjbCxUE7eATD4lm/JAb9yAP9JAxbggSfQAcIubMJabMLm wTzhQZlB4P8X8KgIeEIgJAIdJEIi/ADC3oEckJY0JGzKAkOZXqySNinLWqyIEtfNJiyNFgHL0igP xCgdTGmZPmkTFMEcxGgTIO1dtcAd0MEcbMEl0OmavoAD6GmezqnV5ikf3OUWAOZfhpabFZZ+/Q0c Jth/me3ZSipcWCqJWQSnPiYGbCoG6IQE4Aco3BmpIkDeesHeipgRiJhpugENcMKp8hJH0saNGQEn 8Biu3qriMd6u8mrSFI0rgmu2Wu7lYm7mai6UQNq0bi49alOkTQCT6Jn49QAwkEJwugk3Uc+eHECR GE8xxEAq+NboYQE2eELGReGU8kAM0EIxmAPC8gAp0EGmGUD/EFAANnhW8PYuTqVCDDhCDEjv8HaA J6ibFCSCRnXHgSSpbzmC8ZgDbiVsDISJ8PpWKqRCLgCv+PoW+QKv+cZs/F7sHfgW/dZszCKtbyEt 0t7B/u6vIsDpFryAIsyBc1HCFgDwC8zpCzBwA5NRAISbsAFXYxWWEljwBaMt2hbAYHxY2zaYfe3B EKTAYjomBngBhw1GZYJA3rKw3p7qEvgtKAzuC9OwqSouL5liDusq5DqB2iwTsCIHoXzuEBNxERvx ESMx+AFg5kxrFxBChoQBIUQVIeyOldACbi1sESRCEkwDIvSklLYvOFpxMQDvO3UCIfxAIozBMIjI 79LCGz8B/y0cXxwXQw1MwQyszgEAgyOwDx53QijwVBXXwO+ScTHIsSX8LvQWg/EIJyGTcXMOcjEM QyFTsiTLLg9EryNccvxGr/x6Mv4ibQs0gc+KchOUsiJQwhy0QAsoQgM/7XjRoADXJXgpRQPbsgW/ gBJo8H09WKSWQAn81y//8h5UKh3C7THDbQu7cKm+8N46MzPb8A3DsG3Kxmv80uM2nhMgDTM1U3wm 8TeDcziL8zijn+jSIjf2QjEQAm6JaB48qc1i8hN4riUYT6TRwqzRmjYxSbkKJ/Sdn/JV7qThc5W0 sSE/QS9o005NsiUXQzpDr/RKsvSy7ydfbP7qr/+usij3r/8pszIDA/BH23JIi7QDW3AGZ7Awo/Qw uy2nIrOOKbMyO3MNL8EN47AOKx7k+oYP/6qVeS45+/RPA3VQF3ENAO/FSq8mD7RQJ7FCWcIs1EAc MIFTIzRUPzUTWHUxRAITxEAktEEmS3QbtAFFV7T/kjVHZ3RGV0IlfDQAV8JIj/QFK8ELKEVJn7QJ ALMJpICDpcBep8Ae+HWnIjMCrPBLw/Qz7+1M33Cr5rA1B03Q7OpvpOLkTp5SU3ZlW/Zl+w6k9YJC Q98sYvZSI3QN9EJoQ3UvZLVPOcJp94Iif3UbiK/0grVYX7TPYvRZs3ITfHQLqHUru3Vv5zJco+0v 23VK53WMCRBzX/t1cnODX7c0Yb90TM8wYicuNc/GNeP00Og0MyVHMfT0ZTNncXb3Z4v3eGfuLoY3 eROksWZeVjs1VM/CaNeAVg9DVkNvarv2RMt2wpY1Wds2KwPwm6b1APO2bzMwXOsyXde1cBd3CYxw Afz128atSwu2c7fwM79wYit2dfNGbl532kR2b1pZQAAAIfkEBGQAAAAsAAAAADcCWgAACP8AsSRJ IiICPgpJ6MiRk4dDEg508tCZmGfhQokTM2rcyDFPM4wcI36sSIqUxTwe8zykwyFRIpYwQVKUU7Jk DFI3GVIMybOnz58kYzgaelPmz4gokypV+qOp06dQo0qdSrWq1atYs2rdyrWrV6gvE80QmyiI2bNo zwpcmyRDhrZu48qdSzeuLy6+7jbgYqGv37+A/xawMLhwgcOIE9tYbAOG48eQIUuQsKSy5cuYKxuh wbmz585mUIge7aSR6UY4UuMoVEiPHgCwY8uencSsFApWRAT5EWbKDh8dmh4YfqBT7ylhdhBfzrw5 cQPIlTvv1GOHcTEQCIlBHibMAR8zZnT/EH/gafPrEJ6oXy9G+Q4DyjsVny+//vzz9PPb33/fgBhD NQQY4BO+6Wcgf/w5p+CCDDbo4IMQRijhhBRWaGFzP8ww3HjBAedDHmKB50NatXEQxEC1CTTQWljU 5eJcvmTARwM0yrDXXjJYwMWOPPYoGGGFAZmYYovBwFhkMEympAReUJbZk0ZE+dmUNJgR2mijnaba aq7N5qVstQUBBBBJAOHDAb395kOGPxBn3BTRTSdfgzvEOV13O4QBQQ1PGLLdFAb84MOgPjyy5gyH trncdU+k5+gThLy3g6TwVUrppcxdaummmu5QnQ+J9PAELQI+YU6BnKbaqaUXturqq7DG/yrrrMHV 2oE0iYyXh3jgjXVKEIk0ZBYlJ56YYhIsIovsiy/y4UsDz0ZLI185clEtj4H1NQRi2w5ZgA2IMdYY CI6RK0GSSS7Z5JOXGcGJu5tRyZmVKFwpWmmmqcZal19+WRtwgj7SQQ9w/hZEcIoWd1xy5xlQXYPQ GTDnedoR/EQN6RECZw8zHNwBeOMhGtx5YYix3smRWneAdZOy3InLLjcH86Qvv0zzzNUF4skPYhBy 8YDtrXzzzTbPDPPEsyat9NJMN91geD/oqisd4YEI6q9BnFKWA8TWhiIWHDjAARZYOHBJi8y6yIeM vshwlwxcNGBjjjJUa0GO2W67bV/efv/rt7gwkAuC4OgquQSTTrK7BLyLyztvaPaioKW+r/Xbb20d DDcomtvt8PGhmSsMZ3KdlF76ewYwvCB1Uzw83Xapq+czpHAW2uagn4+X6AxtMvpoxtJ1oqqqmQ6/ qqTKkfkDdD/zGbTwxxsPn9PUV2/99RRC3WHUIHYQ7PdZO2SWiUGI/XXYY5d9dtpqO9vAjO/HLQMf O9at493ZWrB330OCy9i34xIcCJaEOMVdhhNL4IQC40UlegliNJ+Y3GpaUznL0SYIayrP8uDkm45h 0FBsOk7rekBCEvbmhNUx3ekcdhyJGag4PZBYGBoFgYzB6Qee2kHURiSwEX3sh7wzQHr/TiY76ays aC1DXRLjUxzhSSyJ1VFiFA1ARSpWZ3lhIIQhmveE9lSqilVE4hKXyCqkLUpiwjMj9tbIxjY6qFZR i1p4EAUqEGWtLFp7RPm69pC1hE0gGSAb2djnlrWxzW1u44ON5Ec3/Fkrf3zjX//EZQNzBW5wk2nS ugx4QHg5zkr0upcEKVhBC8ZGCkB4BA5XJkKDBQFRB1tTK5coQuSUsDvdmQJ2NDZFKkpqZQ8LgyHM 0SdChMFhdcpOckaEQQzmDnc7qGHznGfE50SvU9ic4qR6aUUq6nKa1JwUGK14TUu1THrvKZ0Lz4i8 S4lTU2qsUDzdSM+mwbFDHegAHXI1/6iXnOUUxCrf+FDkgIEUtEUtWhYhDeksPlyCDxCtm/xMYL+K 4s0vexOSJP/mt0tWcnADlAAIDnc4L3BSM44DTZXsNUoKmtJLIjDTD2JIMA66clA95M3omCifSfUG Pi2jqS6zAzsnAnVSB0idcmYoO99Qh3ld7EShzoKoR4TnlTMwgBYFNCADOIdlOQRqFMf6zhxK6phV zJPDqkhTh5mMq7R7TwzBaFZf9rKuyEPiUYcnH3Ty9VUcSlg9B7u00EENODPAFaIQlQez6FFsQTBR EszngIKuyLKEnItDGyqjGUWUonWjm0X1RxjCDEGjkgTXYcCFgUuCNKQENGllQMGud/9FiYENDKXk 8pWafZXypQAIQRBUWcuCMfOVhNJpdMIqqRjWB6g2m0JT72rOYDZKPUEjmMkIYYAZ9NAsU/XQoKLJ 1a4yyGbVgQ/0lEhF6ojTYciJLy6TA5/qRFG6cOVl6ubqS7z6N4rMNd4YfUngcrZzneedHob0qCHC OphWG8oQPnlVx7LYMY9B4OOJxCY2smE2s3FZW0N9YQJFNsAEchOtDEDbyItGcqOK8RsGKilSASJu k5ah7ZMQ6EnH1QuCo+QXcE+Zypn+yabHHRSilMsd+co3DACuVG98pjGJtbe91lEqmtSTnqBlsctS Ha5VR7RY7yLKAODkk1cVBL20stf/YXMNK6BieEw6p87Ka03vW+EqhrTyt750/bOnChxFMZ5TU1+s 2RiXqNd5FueL6VwOFT/W4Adb+kK14h1iwxOysUhjIi6hg1m0loREkHqykrVsQQP5FrQx66GFFHG0 UBxairK4xYDZ2/426j9xDXBwl1xSZZg0W8UtMKU0+LEoeevbIcsmpmvKEwfh1IG0YFCWo0vdtIeq HThpLL67zE7rylrdpV4Mu9bRIpUN9oUvPEKPhWLmeH1W3iesWUEzA6N9WZinY+aSYCeMr33rnJw6 gbOLnqpOd+AbcFw++YRrLbCq7JvDYwY4VehM6sTo2t9Id4IQEDjACQLBgVVe+uQQ/xJPhuY4Rw+F JyxBuHAiHiGsX5XIWKqmBFwGyT6Gihh+EJWb3O4W2hbjLUgv5nW4FgPs14pUSevihBvcsATZYsYI jUvpj0PTUiE7O6YIkzYHPZgWWXZOQ0mc8pG7DachmgN2xWlnlhk2Q4wh/AAZM4QxO9GBMVn7LD4Q 4sG7+wNHD8eoDI9vk3sAZX/fWYTHmSvj91wqQtD5341/POM17+/5Sj45jSeY6MG4MSi3bmOnJxh8 GT9ohVsnhQ57+6Yg7bCLzYACAcBC7xA8HeOhvHpQY7nw10RmBuvRLCAytUO0VixKOAR9HZ6sq0Ec YmghkkZCV/FoQ4tRGPcNXCDw9f9rB0fSyrjhEIdYAgKsXhkFviuloLxSkH875Jg+4gRSmEHJOChy IKBFYHkiBmJwACCkKGIHXYNWJ7NjTMoBVKySQ1vGJwjXCRkDAeYAAe1BaceFFj6wA/QGVwYAHIY3 HKhDRbX0eKnjcBBXZwI4OoxHQlOwJ6XSZzX1eCrIHQ2XS3N2Z5u3eY6HVt60bS+IVoBSeqo3Tl8E HzEIAVPASuw1HNBRA5ZAB4EQAhpCewb2V78HWHHUIeFhVeFBfGFIdn9nFmHiNcXCAWODPskSSA4w fZn1LEA3NzhiUaNFWoWRUd63WgUwY344foOjSZQBCkZAdQiAAJjhfrg1JfEnGvP/52zPBgRSEABW EAI9cGQz8AVAcAL+N1wHoF0QsAN6FFifWDAKpjIGh4EMk2VP1Fekg1/UhHeQMkSRQkdl6AM9ACD1 FoKh4yCoU1Mc1HBwom3aFh16Aimw4wMn8Eo7IIU1MAE1IAaQp3jE+FPWCCg/BXDx5U0mOIQviB01 VEOtk3lVtDEKh4SApoTaQV9h1GZ58ozmEAqtQ0VQmIWdglYjuIUMkmnC13I/1CsA6V1/927FcoYF GQRswRZtUTZwmDZrI4fYJ3RDJ1osRnQulnR72GuACFI3Rhle8JFesH6JuEDvx4g0IAiQs1uo0Vte 93VfIAKt0ArYcIljp4mayInR/1YyoWgWM+ApBFdwmHKJssMwDvhLOUSBfCKF9kaBXURvjcJ3G8iB olJeajYogsUgSlRc27Yw06YnA4JwJ+AJVINmladLLdiVo4N6R8aVQrhf2zZtlBeNRnhMHFRFUIaE nuJD0AEolNJTFDdDXdAFfFJl9fhOfnVW9JWP+ngfG9KPjslyLrdYx0ciZniQA4GQyqIiC+kWDdlz DZAB0BKaz3IjdmiROXJaf9Ete8iHNjBjGzlA62JSIXmIInlAtlWSoGEGKLl1u6UvLgWJsCEC+KcB GsABulSTQKCJnWh2GRgGI6AFUEAGWuAHZcBdR9UyJXMxDHhEWFYfoTApMvicI/8QjRU4gzoUleA1 lbuYTw+iThIDjG8JJ2cJl1zUHp0wBqcig4NpMgqgABPwbfFJCPDQnwrAhPE5jDoYn6lDeZbAhN34 liaYQ3EGH7dBcvJIjytDgkCIX4Epl3h2TWVFS4mZNEikmBASOvfUhY/JaYICRJQWhkomImjhNWiI IjY6EG+xkIMEFyAWIzTio3pRLSlmkRZQkagpGKupGK75mh+5BCOlfrTJfprhLrYVL6FxCPUiCOGQ JSs5QfRXf6+UBCHQCUc2BZmYnJvof8QFJwqACVpgB1ngDd4wAHZQBVTwBJJSBhMwAV1kMpBClIZp HU/gn+rRBZhgp1QABSNwMnD/5RvoiUHqCYLiwTu8w2YIiKBvOQH9+Z9wCQGkIph/+h81IJhcBSCH WgdaoAWGoJVioAUewAhUkKpPoJWlV4xvqV3TRCB7KZ+E8HbIgYKblyc7AASBEAinkApiwF+Wh4Qc Co3cZVSLlkTDAx1AqWCwMh6PIBa9aCFwBBz51KKI9Y/jsXJzJEctyistt1gyehZ6ZJA3+jU5GkiA RH1u8ZkZEDc3wkj4o311YwJEl2tJulqL4YcfNX5eAAKbRJu1aZsJpIhVIggQWy8s1aW/CZwAAHbA QZM1+QUn0LHIZWR+UAUDkALrEA6sEQWDQA6RkAYQYAATgAlIkAZpoABcJo3u/+FENlMGVVAHaYCq I+ABKoAAe3AEWkCzoeCngxkoj4qLP6MeXSUicbQghlln2yYGL6sFPasFzlBTb9WhGLMdhEAI9WYJ WlAHG4AA20AC0QCfuuQHdqAC5cANKUAAI7Cr8cm2bxmXukqXNRQgGHicPAiEHmiBNTALXoQdfusb 7RUGllADnRBE9RVWdlWCq1I6JcOOlWKiDPIDQeAJVgADiAA1EZKivBNYoHMApitHhwVEq8srnwMe ZehYBTk2KIKZO8qj9BoXodkABWAErXAGcWMtwStaRVp09pOaAQtAGBB+y2uwIWVSHjkIs2lA7vd+ ZvA4KLClEUSxLemSGJRVZf+aibXQbmqqSqLCCCpQCABQCFFwBeDADrARDt6gBWUABQOwDrhQCVAQ DV3WAy8DqA5jv4NwBe1AAK7KDevrDVUwAiGHd4L5CiPyqJC6HqCqHiG4JhLGO5MiHF8FZwvjDPa7 DgS8vykYg1w1C1WmVV/JJ11ABUdwBQAADjrgB0c7bbEABeUQG+FAApJQw2aZoL8KnyKkt8naOpT3 p8gEg6BXHRBAoNH4Hl3bBUUsMVMwAcMwDRrABSewMhxHe9d5TvBxuX2VaK7iA4EQABFwAxTwMW2S T4bVxl2ouiy3PSq3JplmriIirh7ioi5HKLBkbQ9Ro8fCIjyHu/SaF9ByBgL/cAMRALx8MbwSVbz9 SlqAkbwDO7CY9GtMgrAI6wWckGxmEJIGFCWc4MmeQS/yx72/xQ0b0Mqu/MqvLJwHY7dwIr5SsIxB sIw8owULAMPMoAJVoA/5UAcIABtXUAWSgL7qm7Z+4LfwUAYEOgkMwwvI4A2wkQJkIAlk4A3lsAFH QAJQMAHLEw1UQJ0CeYs9UAMK8Jx+EA0KUAO/kTlBxAvQHAuT0APlsTLO4AzSPAWT8MxlwIShUAaM 4A3qWw5k4AeE8M9lMKrr7J/aMQmZIJ7RAI1PYAkuvA4xrA/IMAIK8G2EwMsaXQjt8M2KqgB62p9l MAkA2jP7DLbO8CdEjI0f/ziYjReAqGcAVNPECtAFEBBDMdgFE2AJ30ZFVhsDK7AGGuAJHRC56TW5 EkcpYWyze8V7E9IJPwAEFLDVFHAC5IG6cRR8pauic5RPdqxydezG5LqibK2u50yZlvmuOoqjuesW eRE3KxABeq0BK7Cvfs193Pev+iNJqtk/fcgYmoxJH8kkXmAEh4ADKKB+7OLJm2EEH2mluoklvMUl v7UBcvrZoB3aIvAFu7F/0ya+4+t/ReYMZDAAzAAACEAAasAAOZADdTAIAMAOdaAGjFAJB00GjLDA WkAG0lkHUOABVBALYeAHJGDQADC3akAGBEAGOqAGkAAJjPCcarCzUIAJCv8Qgn/nAyFN3FWABLxN w1ZpALHgB8Hds8E9CZMyAVCADGRABSNw3NhNvyHd3Oo7t4yACWRA33ZKBq/KwPKtBlRQB+atqBij BUeg0eCgD4vgAeGsSwpABnaACwAQBQTwDgwACa9K3AkenSOgMWLQpsjg3W3KCFoAAVDGRb46eVxk TKxHQuBoAFhwBogQCk5cZTswqB4qPFNQA7lwCg2ABacwBvz21JEb1ZB2uYimuczhRDMQAlIgAp4A BCoHR9pDqeXKK+Y6rmKOT98aWKVb1uCqx2O4rmlBkDSamXC+mXVt13rBBVYQAVYAvNjHr/tadKeV h/xT2Kx52K8Jm4y9BG7/QAOWjYiZYVLvZ9kg8MnJhgONkJKbXbGw0Q4a/VKjPQPUUaZm+gW1cMvs 2gHOgAwDoL7coANgsApsUAEPYAdzigQL4A2D8BpXUAnfvN0qwA0IsA7cQA4DAAVUIOvFDAC44M06 cAQq4A0LoA67sAqMEAnkgACDEOxtwLLoudxHUAl7cIgpkAVpoAVi0NR+UAdZsA3WjraRUAVaMAmY MAAqoAJHkAYDsAEpQA5HQOzG/hrJfgT60O3eUAdVEAkbYAdUEKuRoO6DgADlMOyYUAYODuHjUAFs AAl+YLVaMAB70Ajr2w4DkA+7AAkL4O3g7g3jDgHwfgQDMADGzfJ2MAJb/8tFfyvjlQeEYTAeILcD nqABl8DTPp2sQDANSZAKXbRmzMMnNcRdauVnqONEkvZoU01fUp1OaRQhnTAF3HUCVqABVnACcRwc W+7laH7HY49PZ43mZx7W29NpIiMi6grXb26jLMJqc54BPjotGuAGN7ACvhB01FJRfX68MpCHGFkA gh4u39K8T5fJHQmS02sZCJRAKxUlVSfp4UDp9IIvvYXpAKDpwDXaj8A525aJJ6CJHzNcP0AIVDAA TgAA4XAE+QAGFVD7D3AP73APR6DhscEM26APBEAO6isbUVAJBGAHmw4bhVAOOpDD7DAA71ABkFAJ vB8bV9ACaWAAnQheI//QBggw/LDhBClQBX4wBX5wBCkQBbOR7MjsATnsBL4Ov8bsDRie/OvL/Buw 4d6wAeEAEMwGkFhQLhwAhAijqNChRcuRdQDAjatQYZGfVArqcEuo0N83b4M6AmDGLVKaaGpSFLoS yVu/Qt6QPDH3pMbNJxDETDEQRoxNnISmhNnRc0ynMGEI/eBAqoYCBTXEiOkUYI2GRDoNGCg65ckE BbTEbCVroNOOHT16bg1TttPWHW3jiiHK1e6BtzvedjrQ1+9fwAe8hgok4EaAEz8OdPjB2PGMxpEd O24MucPjGZk1a/bRoXOHzJRnPK68ObOPGah9BGHNOonrIK+TJMFCu3b/Biy4M+je3dv3b9++MjQg zkWDgEMwfG3hI8MCF+hcLDinLsO6henYCwyxUMD79+3gvdsoQB7DeRAYQKwHIcGLBBBelkhY4sUL AvxL9C/hpJ8GikI+McIITrzghAYazEDBDAZRcLARHHAopBA99BipnYhGQkgDOPDwUAQpgPghril4 CmOKGb74QsQdVvPhhzAUSEMkAHAhZwACHvhmkRwq+GYBcsxAKJw9BtBHBYQGUcGbbQ6K4gg7tokC IXa48UYHjgoZ4B1tBmCGpBRUQAAhXAZI44fWghAjDY4AuKKSDdhBiBwqtEgjhSE38KYcJxBSgRF1 8ARAD2YQ2GNKiepY/2AbXKi0Mp9ykmwEgCgGQCLSGvUsR04nvCEDCogkoqgCBjBSQItKrigEgEIQ 2EYHO+TUgxsVXmgUAATskCSfLBHoUyAkFLDkJpx0mqIHn4AaFgKeuAoDAgh62EGMGgyB4Kmo6Ork jD404CAnuooi5CsFINiqxLW2esUcaAmZqkQxCEnllbbQnUKorfYKzKzA+vXLAAhe4YALbIKwzLLL KpNMMspAUxg00yIezbMfNHt44s5QO+001mZI85HYQp5t5NkyKDk33oBTuTfhfPGlAV+4WGEFGGTg gznqnpMuZ+t65q67AoAGWjzxyPMOgwLOOw8B9eKDzz776kMgvv2q/v8PBydo4KTAAxFkUBAHUXAC Qgkp1BBDDRH6oJQE2gYRCMYO6GGKtOj24REYDThAMWkN8KMFRAeNgpsWjtABDG32YaGSVcvR5wES UsABgSogYYCFDUgaSA0kAUjBH3r2yXJLRkRixlNICNhjTgKi8SwIH/7+0os6PFDjiH5IQsKDFr40 IxJGIGFhADmjQCJQhK5YAJLbrwDAiQHU4HzVz+n5BlNcKzkCiRb6NOMINYQf4CBcCCAj1IkqKjUV QhQAtdEociRhzEI2qML2NMYE4AUy1GmzRnKoYAEkIIMWolKsnfTkJzdRwARq0KytnMIXWBhND2zS BbA8cCvYWAEWQpH/E2TFJRV04EBNIGAOd00hXtCiBbGeUC8VAsVYKjQhvspyQ774q1/5GkVRpFWx hgFxYYwZTWSKeESJJfGIDYNMZzjjmcx0DDUgYw3IZBOE2mSxZFtMwsq8yLLhxIw4uyEOH/hgggZw wTnQyU7PejYdGQxhCHHkzhC8I8chlIBoe/gO0pSWNKVNjT34uY+BjFC1/vAnQWYg0CAMhKBFPqgQ EYrQhCx0oQylbW1uW1EQTgAEpPRkKD1AVomSUqJOzAACVThCOXDxJYQwIwp7WMADcpADb6xqA++o ACSqUIc6qOEBD/AAOTT3gC4hpBws8NHo7lGPKQ3CHw8AAz3ssIFt/7QgH1CAwAGC0AFk4CkmalgE G+6xpw0ggVcI4V85K6AGjjjhCCwQ1AvUUYEc3CNSAnkAGwawqm0wkx+YGkSO6MGCNm2ABO70AJ6c EAk1LMB56SMVRp5FBYlSSh8VqAf8kMAABoDhAcSjlD9El7x6sIAFkMjBKjxAhQM+YScmWiC2usAs ZM3AExGYRiI8eQpSgCUqdLvXT15RmxEV5QdnaAUHoPWEJ/DkXuZgV05osoMDGGAKEJgFTsayFULU oAs1mKEYWGiIKeRQh4BJSyICcIYQKCYzQxRiEItIRLxWTImawasTKfMiJJpGNT5YTZpeIzKS2aaL uSnZFx3bgAz4Qv8GxPHFCiQgAS4UJzrZaeMbLTAEE4Q2tHLcDmhDu8c+YsAG6QHk0qYmAfwg4D6c cFDVjEADQSSSEwNyZNf+E7ZG6GGSlazQ2TKZtghwEgieCEAIDnAidK0FuiWiG2icgYx8nK8SuFhV 8pAACUio4Evb4KU26KGOBbRABeRAwJf4mUwALLOZrBrAPY6AA88xcxcVUBwL7gEGSFCBED7oARUi 4gQ7ILMi7/BvDggADpIcYRH7rQA9clkIbQpqAPuowC7AsI1jdqlxAo2UHipxjw4TQCSFiMQDKAwG bwyqEvmow0RHtT6laMEOzovCRo8gJ25slA0V0AYSnMeMHHFED/b/rAgb9psDKMR0psiqKVRqAK4w dOARdJBDD34ghQisICNdkOm0nmAtDrQiAh0gSye4EAGnjiuqPUhhidwlFKzuYApUJQQKDQCZ5z7l JjqB1rVyYg6srhUwnejANA5xiECQkmJB7EBfKq3WSi/mYj/IGBRDM2nI/EAylhl1aTajscIaFjav 4QAWaTOb2zD2No4FzhiLY8YVoKBbDVgjG9eYs59NR7SilaMJTGuC7xitj+WBAQyWhoGp4Sc+sbUP bc2ASBQ0ggb8WQKBDJmgRjTiE2FDASUlVFxMpq0jeEhAIjIjBREkYm7UPeWJpnJvuUyCDOXcxz0I MAAEXFIRHvCA/3gBQN4K8IMAqXICMy4Z4gEok5nfcGbE48vMiuwiBy/2gALoQAg/iMQJC1hFRUxe kSo0ihl2oIfJQfKlDehDwxz2EYjf+8+LJzxSWuIlG4zMqjiUvCL8wPk2xlEPG6vPooTQMY83inP5 NlnFrKqD/zTHy5MvogpSRleyGBiVsTLLAD24FrOCMLMxTGACMu3BT04oDV9cIhU5gcATgCENCFgC ql2gxRPG2sK+64QQWGVLs3qg6U6ElazgIgQhehAKrQ5e0YF5BAVuAAM6QIAQCWsYXvrSiYr9hTQQ O42nO30ZSzcm9ZSGTBH96qIpfiwIVkTsyEy2WNxgAWW0Ds5wbv/9gga44RAaUGN2NrtG7CQ/aKPF o7FBC1o9jkc86JEA0tKjNGjHlpCy5YQjbWuG/hxya7ulwW3DHTYFke3cD08I2tSdkF/k4QAzAMIX ZkBd6pqVEHU/s1X9AAUPYABIWARt6LB3IIAUsBBusByDQzgSwBR2SAFvOAIQ0xJksjj5ojj6ugcM xLhFEEB6KMBesgNKMActODCWI7IHoIdF+IYKSDkAaIQU1IYcsDAKqQSZQ4gNq4hvsLkBuMAR0zn6 6rkqcJ5COIKS04YVxLkXYAGkExWlS4Uc2zGNqgCowzht0LoVW4B74Ah+OrkH8CUp6wkqAwqomICx eoLGq7tBMwf/YAAGCOiCqBA8S1C7tSuGXripOIQKBQg7E4IquuuCNAwF/YMWMUgFnigKAyAEMosX teCKzzsRtZo8SwuCQJCCH3AXxeALxsCqTIubTxw1ztgYVPOMy5iB1Vu9ISI10iPFu0mT2aO9xOqi xtI93luZlqGsS+CDBoiAM9gZ4/O150g+YjQBGSCa8MijZCOa87CBP0IPaAMBQroP7UOAqoEa/TAQ 8iu/RWKQBhkb4mI/hHC/9wMAHKCDvfGMaaEurvAKqCKWKyuD29mGDQAed6oAMDiCaGIBGwSAXdKG IzgIbqiHcXiHRYgxC4SvDHSmBZATBNgoUlkAb5jAe9gFDzgC/z7gADLwwh/sMEg4Am/AER2gnyy4 JzZYBHXIHIGgJx2kuR6EOIAisSGsCBYYEz3whgewCDW4h0rYwCekKBxjOirssQpYgClZBx2oiByA BDtoFCdIsqtTQQ8gA0zwA727MjFAljL8OgXICXcBCngUxJsYK7KKQ0EcK0sIGK0qOzp7AgNgM7L4 ASAIglfAoDRMha2YOzLTvKcKO8nbikhMK0r0C48BgkA4A2xQKroavVWMvRkAmcc0mMcMjcYIRctc xch4EdJTDY+BxdeQRZLJvS66RS8SDuIYowxYgQ+AAZnptWCEDucgRgswxqARj+YjrfDgIxvYTaM5 jwJoD1Dwgv/2EE79kC37kK1rxMZvgySv8UYFKbdwNK5yTAgOyKrFILuZ2gHI+AlCMARzsJa6Q4Ys sBBcsIPwYQA2eAeSIi9+yKWDY4EHcE9vYICKgBSIQ4gU0IfEGZ13IAHnQbCchIRtoB4dYIQRaIIk 8AEoyBzPScp9+LmVw5wkQYJVWAQPyCjjQR4A2MFh8kEgjC/9vJ6ZrIAHYNArIAAwYICIEolwqIMc qDEorCgpFEqnq4D52cAsJANjyq+TEgheCkMDGhYXGosw2Eps6cqd+AmxhEdi6apisSrNmwLI2yo1 XMQnwEt5eYVQAKJQuBaoIAQg+KQZEANa6MNCewJS+KAnUIv/6CKRSZy8GTgBEdCAPoiAIAAi1HgY TjM114NFWHyE1NiMykzF+UPFxTDFy9zMQKWi1pgN10gCDtAi3bsNYcgAYcCGS63UWzTN08ysBpAA HBCAMANG44Oj2CxGZDvGONqO0yot7zA2Pmq2y0Ka1ros4bSP+Cik+pCPqrGt3bot5uzGbyQbChFH ACDHcqQDrDqBL+iAd9GWDggFd9E8QKwBKhgBTkiSFqiDKkACb7iVAfgGGPuSQRiABaiEg0gBAlAH AniBX/lBEasRcx2H0VlBQSlXJMiCg4iJKtg6UvCBA9CCSJgSZqiEOrAD/RkEEmCAI7iVPUgDVtKf PWCBfZg5/4t4AA+N1yswVxbYuS0h0Y+EsPji1iOQ2HzYhYwCyqVruiqkBwatlG51V1bByQfgT1Ih gxFoPLCUKTL0uiOVqRhaUiZdUrqzKpniTja0y7MUKzRk2sUTxB4AgkdgjLZ7Akv4qh2Q2nGZIbVY xzddq05IpROwgsMQEc7ktFN8IsdcjRNo20+ayzQZDb6iGE3LtLq1NMB4DFMcrD8VmdiYxdEUhkC4 RESQgmnwhEDwBWz4Ik49zTRKIw04hBtYgdhEvl+TzdosAWO0IzoaLRuAAfCwo/H43OpLmt8EJKap xu2zxl7dj60hkGBtzgZpBCeIznSbTgDIAy/7glqYAejSvP8irTvvrDs2dJ8WkBOSwIVBUBWEQICk 5IcFuJUoKIcBiIhCWAduGIRwQAEZQzGjRAgn2AZ/yBJv4KU6uBUnwIU+0YM9IAFGqAIqKIO0UIAq IIdVKQRcQJRwiIQAZIQWOIgauQJEMQM7YIOT2lAOWwSMpa+cjF7wfZUK/NgcICDAIRMBThKS04YF gDBcgMig1DEIi4KkrAAk0B8nuALmLQRy8AcSpZ+PZQBMmIAYurK6I9K1dFI57MpjUdIaENKbqMMG GrRxGdJCrAFaOCG/a1powSCxgse0VCHirSpzgIvO8Aqy0pas0omv1aFTlFMKkAKDWQ25JcXUCOPW CFNmrYX/WpACFQECuAVUjdmMzhM9f7GMvogYwmLU2au9xLLUwa0FEfAECqCAACBkCkAExfUFYWiZ yKIsmIEZ6EijFdCAMOs1YSw+zkq+0HKOOxKt8lA20S2ao2ktaFMPapzG+2hd/eiP3fIt5nTOB7Hd jkDW91PWRPAEEQgCuJiKHYjWNSzaGpgFP6gCgOuThMBfFagCMOiwgouCCRHfARASMhmALFDf9t2F fNgAJ5iQcvAHEKuUHx2AQZiUIXmBKmCAHCAmKhgWS8CEKtiAwGGGQYAoBlgFNmCBkiVnkjAJ+tyH cigE6Gk5BW4H/D2CAK2EbS6EctCBzAFni4ACLQCV9kqI/5Kwg0UgsnpAgFa5sZVF2OuFyAdIAyk5 ZlxQAQIouQdYiUrJSQaIMrMaNLPKynoxB3jsw6gSlwtyYkGchbpTC3NoobCDoP3jtB3YvzWdgU6A qqmwiaIlNB8WK7ozYkOQoUT0CqoYzMc8AU/QgA+wAgr4grY1GJAhrNb4JLN2WylQY7VWYzbupDQh LMLaW7kaTEuThlZMjVesIj62PSwY3Ev0BEEu5AAYbME2ZOgIgOiIjsclbJppBTdwAxgYbGHkmVNd vtFiVWLDI+8oAdxctmfMPuSURuTsD17lNtd9XWANVlhWv2KVTtzlgA44AQoQAVCSlrnpgEBIBJ8Y F0MY4v+u0gIS8IcFGICJnEAyUAP0bDIWIAA7sIM6eAB1qIOJtAMS8ABG8Ad/0IGcZINxqILmTgN1 0AfsZgF+qAA28ADhJm5LWdiWqzCcvYkRgAId+LfpJgFIoAcnq4gH0IE6IO4J9AdIWGZtEG9/YAFt 2IUP1AHsvocC5G7vdm51GIfxLm8oUwA/IAEdkMiJPIIqIAMG2K93UHAdcMGKeoWeeII6IIDsJvFF gAR9oO8JRAJGSG5+mG9/GIfypgcomICt3b/9GwtpeRZ4dKComr8guIRTCIUx+CBiSct4AY2tggBr IQS96YutkstR2O3FMACoMoBHsCCgNRdxoSp2uWK/Czv/m5hiZxGKLQ6MOP0CKQgAQdADAbACEVhj sHZbt1URPl9rP/dzNg5rPx1jUgO0yeuAZqi0VvTTv5WNSA0BTL3EtKYAQSZkwh5sS790Td/0wbaC yNWDRviACLACxG4jODLGU51NY+uOY3s+Y7uj8DgaZ0waplEP94A298DGbqsP1zVt/rgtM4jdBAEu c2vt251O2JbTE5iBogarUKCDTkAh4kXiK+sCKEDnd7gHbR9AHsm4B/hAW8qBAlyFbO+RDxRBpVwE Bb6lITs5i2AAW8r2d6jQ9n7orrSJEUAGBlAHbbelZa6ILFz3bL8HW1oFCqsAg884BqBKKLho/Qb3 WypA/zA4+EWIMgjwA0h4gIH/9kVIeHxaQREslVdICy6XBHKiMAZYWJHq945HHCJL543rsIrXoFOg A7O66SBnw5sg8iwDggBwgxXwpB+wiWvpAi8zgLnsAA44BVHDqrwwgFAQBivQbXQhuyvrAR/g8rJc 061gF2YxK73ZWpl6gln4qreQREXzjBOohUEOABgQAA2ggD+fe7qv+7UG6z9NDUSNDLquW07LDCoC TSyCdCkofEAWAUMWbE5ffE23AscndSuIgBs4BDf4AA2g5BU4Pjeq3AJo1e7QXGTTbGRMmllvLQS4 9amRj6gxAjNwg14dP/ILdkEQ9ueEkEGR5fY7rvfT3f8DGIW+oDPBU8N7m2ofZ2pzoF9IaPcOYwPl 1wZIgIJzPnh31wZ0rwgwYAQPIEB3NzkBtJzmNzk2gAQ/CGZiGQE1+P4ma+kqQO7mpzBtYIAAHLJd aOmv8AARXIRP+XCTq34dB4gJUwxM8LCrAkJtCCtoY0DGw6qFi/y86hGmRw8IVCCxQQjJz8aOCRc2 JAPFQ8eGUJ7MQKQhwBgIT8QYqGnAXI2cNRTUIGSgwwxPEab5eHSAEAQxEGjt6GDgURBPGmBMOzGq U6emHZqtaJUEaVIIOiEgpaWzC4S0Y8WGmiLz7ZNZaWkaICSm04G8eTsZwHtgBpAvFAJYCWD4cAAK iin/1Grs+DHkyLUU1/ry5fGXE0E2c57h2bPe0KJHd/gBNE8iOqiDJOGQZHOS2IFmi6gtYrBhK4UR 8+a9W7eVCMI1EG/VqviH4xrOrLBgQQb06M+hmzAxpICMIdWtc79eYM/1PQXGky+A4TwGEAgwIGjv xT2nT4dAceK0ZIkRTmZQNGqEgoYbNAg4IA1m7MefHjgoWIgeegDwIITtrAMhhRUCIAdZSe1ggFhP eGjXFFOIIcYUSD1Rw0yEaHESGLtoc1AFLoLBABQjKKAGGy5q0xADLe7iIhv8KKSNBywytOOPLkIC RRVQQAIGSdqwsaQCJ6L4hAJVPOlijDvSSMUIVEDx/8CRXarkByNQNoQJligxxAAmVahBD5IxurgL A1V0McUOr4QE444zkiEmR2/6YcAOie5ACBUeQFkBJCN0sdEqSCKpTo0j4Pgmm0FEsEYEdJQ4EF89 GFJDFzl18cRAGxpwgAEDHfDDDxzWkNYT5hiAzRnGTdNBXh2ccEIeDZyRyIlhWQlBKOZYudMEt1rZ xQQ8papqF9muSqIYT/i0oas14TXDCVJQYEUrH2gQgRUURHCIAK1EYNhitTlmr2SO4aZbACJUNqxm nG3mWWnAjnbwXnIYvFUiM6z2GmusJRECNlJUXNtgVqy7bm++FQZccMIN94Ebh/QhAHFu3CCAAOpG 0P/cdNTJYIIMFmw383Y5WwdeCSUM4R0G44kHgnkYeAECe+61h8AShwjCiRGg3Ac1Cjg08okZRuRH oIEoeO11IwriwKCDFUpo4YM4wOEC26TEhSJGhJxISEYzJRpGiHKjSAghCoxQhQcMCE7PIgxAQkIV I6TlR+CCQ2ISJIIbTgYZkS/5d+SSa16jAit6sMgqhTNAgh88nfiETDX83fg3omfaReeVD174khAE EUvgj4+AFCaWkzHCBH44qbnkNdJSEwQj9M5A6IYjbuOKvivQA7gGiKHA8jR2IcakDxH/e1q9F06G H4T84IsNiJCSVBjVn3otigPFaqVcBtD6Sg3VKrD/fxfmyMGBAygRCjGkIhQz8IEBkhCITsQlQ1Yi xKKmpYBV6W0n+1NAtFSlvyoNpEQ02QH1wiCGHryKXLfR2CFw0IdDaEBjAjjEDeZFr8Qo5jYUwFe+ BhMBN/ShFSKwzLAE9ogDdsAHHfALwg7WCTnkgQ7N+EEzOjAKH6wGKq+JDcUsJgVP3CYAGljDIeTV McQAh10iO2O6eAjDD9ygD31okBvUpQGY5WxmBbCZdSygHZ39bAg9M0HPyBO07xStACA42tIQ8J72 LMENRvDCEqQ2tQLRID/3wY8RBGSgA30tbGNrkIXOhjYAfMIF8kiAHDzkIVzlhBBhOJEYNiQiEZ3o /4JaAJ4fmgQFk0DhliOwhF2ekEso9HIEIxhmMf12TJ4oAJmY0EIub8mTCRwTE7yEgh96kSsrPQF2 WqjCN3dJTGxecH/HbJJJnqmATiRBDscsHQRE1IV3KoAQJWomOP2gT3ACj27zqyYvE4einbzTDxOg CQlJGAZCdEGfNvKJWxqKiXFqQQHmCFHwtFBRCFgkFHIIBerE0D5E1UUnOWHVhpyFqlSp0hKqKuf+ JjABbWWLFmYJBUi1tdJUudSlqOIf6qxUzpOmLqasqok9D9CJi4SoJj84QS0IE4EPfKIQhehDBDwR AmFMgzCHGcxianibfEnBMu76wAes4K+yBmwzRv80YmmSKNcl0kEaeWjGXROBGjokwopBwEISsJBF Lt5mh25ooWISM8aQnRGNxIEBDFYAgzamLY7HicAZ8FidmdWsOgX4mc6s87Oe+SwFexAPeVCLHhsg LZFL88Ig3uOF2c72PpCc2hI4UUmucbIRTlgQKM02oVE+6BcJSMQOOnEKOtChA6lQpSFOlxSlmEgB UKBCHapAhmikQpk24slJ7Sk3ZbLUWX7riQFekV4x6M1v+8vJBHx6pVc8wZg2cqm3TjeC61JBu760 r0xhZzoIeHcEKILAMIbhLRKCsCbhMgAJ2ZsrvcW3lXzakNw8pL94iqWVI8QICBtck4tUhIQ16UH/ ibBkCVokBcI2AXFyX5mTpEyhfUoV4bNuNYWsqJR/Mn1vtmAq5Av+GIMC3qCAJ5hkJWtrqLMIqoD3 FiLU1SREIWrfKE7QRSucYarq8sQjRrGDGQiGN2AVa75qcQIfAGEyngiEZSojsCD4wAem+YFc5yoH 0XRAGsxNhDQSARuJYYEDWBBGCMxlw8PMJrG4IaNuGjscjjWgAVzgQgRucAg3WFY5Z+ACdW62xz2G 9rOjTUHPTkvI7+whaOcxJHuS5lqluQeSt81tfTLJ2675Frhlo5AoiQsAQEhhWF2lgCeQ+4MdSNhb 7BVvDbRQB3IgoBw60AJOdKJKVO1NJs8yhytt/4XSDeFtCqe7kiqfhRanaHsWe4tu8qqwAQTsoQ5U gB+3ozyTE1VLvqmCgIMDviG+hDihBljotr010k4kYmJBqItIbYUikVrEJha/+MVFTD0TvwpRyYUV hmUiXj7l5SYHhuWrOjGF/O3PEmLASZOHzD8BXytbP63WBmWucyNna4MzrYEhqHUrGl95Bz8IQmIN gzGvBsIHZH70V20jGctk5hE/OOAMghCIGraViHbOc56XmLA8SKM0TWyGagR9xdgkQRgVO1dhfBGC QGQgA4FIjCegfhgznpE4xLFCpSWbnBZGQAPpOo5zNBvaxQPSjz7rmR9VLflWFw0965m1ImmryP8l 0Ba3RsgtgQq0SbD5OpTDFbYeQgAEERCmMFJ4BFB+EKK47uAAIFTREaIAgCj4QxLDWJWHTBotD2Ur 4Ts+gLNYNauDp/jJT8Bv8M+SCjunxduh6AG4PSTtKwCgEEcQKKpoYXOdBNNDtIi+t1p1ABPnJQx9 ISmE24djbV94Cj8IwA1uQIEOXGRDHTIEibjYwQWci5kYCFkEXkBY7VXPwSUKolBPrJQIWdhTX8AK IYAbe8mKUq2cTpGQ3ASZkD3BABFCJ4QCtQQYtcQUBinZzrWgkP2bJfwb3YhQUpBQIoRA3tnLZVjB C1lBw3jCbnwVY0hGsQFBEAzLDNiPAYSCL5D/jFrR2QHdmcGAnV7IAVZYIRYuUSc8UR4UgWo4kWoU QSKcQsNJzAkcGgVogNMUwCmcwiVQwiVMgwhMgydMg959TN/BAFrBQANYgAQcQiN8ALt0md9lVqht FuPlTAkAEqo9XgmclnhEotAgQOVhntLQVn3gmn3YR35ozYAYSDh0jRN4EtmYnrBBSBKYC2KIQBLi BfX4AJ3V2Q/whRbYQT8AQD/4w3XdUiZsG8tFQ5iAyQStEi9MQhlUSxnwgjJOgonAzgj4UulcyTxN Qp1B2DGGwgkAgTMokx/UwSB03xEwyXcFozFVCYl00wVdC+qUwSRMwvuFgTPAw/5kgjPEUqwg/8r8 1QAtWEIZlMH+TAIWSMANTEMnEMIkwEMZ5IQCRMMktM8UOEMm7E8ZOEP7cJwYTMIFwQMvGJ3tHVwP wEMsYJAzwBgNspdS0MSNXVlNhIbKdRNPcdQr5RyR5UEgBMEMBMIJWNDOKeSQdYElYMkKEtmQTQBZ vJyHiJQsTUEPsNfVPcJlUMZkpEsgeAYQIsYN+ctjFFsQcQYQHAVSpEIGsBEFnADsmQZLIgpfINFo LBEWZqFbqkYebMUX5sFejaHaYUEGJIEIRADLWMAd8EAR3MElvBki1OEcdkxjFcenccEZuAHKDIfI NAfOyMwhVgepbQdpQd4ePKKqCY15UF6sWf+ia+GHIxmBI11SJ+qaJm0SO/BH6QnXKT5IKg4GxlBA EChKD3SCUxohnXVAB/iBLe6eDqzCPbAAJCCDQcmE3zxEFWSXGjBCFcTXiiADdVIn5VDO7liCFlAO djGnpHTBdpKBFuSC8HiAGmTCD4wAI2AXI0CBN4Jj4ajBLnlAcyKBfCqOGEQbGZAAMlDBBKCOH5AB MvxOTTAOMkgbIzCCFsRSGMhfh2HJdtJnHUABI6QBB3CAAVjXgFZBgHoAFeRCD+yXeE7o7/gEhMUC FagBdtUBIyADBCTBUvVAGWjBek6ogsZClYmBIVxgBtbeUhXdAcTVBqIjSyGFJcgk/9BBAKj/nggA AVDupE7CVP/kJwhOkFjEHAaRiFKmBakcXCc4hSuNmZYp3bAEQhIcUBB8gVVKxlbOmQ8cRYckEE7O wBQSHEnhxcclkRzgmRy4pRbiFV3WlaCiBqGSIRmyXQggwgpMAyXcwR204aHVnTD4gjB4Ahd0FaSJ zMZEwKVxwQowR3BcFqfKDBfYDGeJ2mVaps8MwWZq5ngETQp8pqudx+WJJtMYgQAIAg0IwufdR2ru 2oH81if9WoScnrA1ww4w1ww8Qmx0gEXgzQFAFdUBwSP4AHDeYhRUQT2oQApsgwqkATJEwxNQARnY wbwNAgKkwAukwaDYgTeoALzGK7x6QxVE/4MfIEEL7EF7cAM5ZAEJ9JK7qsAApMERvMAG6AAmUIG5 tkc5DOw3el9E0AMBtME2IAC6kkMkXFfnLMC7DsDv1IAfcKwKeAMBGNMRVIK+IgA3VEIdaAEE4M0O IByqYEIaVEI5WCw3bMAAUIEkTAIVDMDI1gEZDMA2HIFG2UElcAMCrMPKpoHLGkCAHkHFomvTjkAv 9IAfYEIkbAA3cEMKVEIkPJMYhILIgchIxWwA/oVN7gUHvld+RYvMpQIH0EHW+QCBteBPyZxMpCD/ yMXz8eS2DISpxBM+dmkPcMDc5Z1wjOUQHUAQhMAJVCVU1oJWtqkQRSFGdBgENIVSDRzIkf+Uj1Yg wvipHDTDHWihHKiGwqBdGKZGIjxqG9rla3DAKRRBE/CAYDpAEtRdBlxC3SFCA2SApXFBpkLmCqwA F1QaY2oAGx0HDDAHzVAmztAMaPGRz3zW40li0FwHBoBmetCqreZWaVbS1NRHfQCr1whrKcJmbMbA ExhCWoAbWMDbAVyGY0hBsV1r96UAAkBIIXCDvWnKAHBfhSDA90UCLnSfVRUCMzBDIfAeGRxBCjRC hYRDJZjEEdhDIaRAC/SvE/gDIwyAsUZBCrADOFZKPZRDOFRIP2xAk1TBEUwIAuiAHzxBLU7IFfgD MkRC/1LI/xqtM4xYt0xALXIDse5eJdT/Kxlww+55QyWwQyHQ6xFwQyFUCDcYbRlAwQBXiB5csRZM AiZkAQ1UyBW0ABREg7l5i9mCiwiFgdoODF+IgSWkY3651JJdUE/YRV9EqczlrZD95DDO8QShSrWA YE+0irltbpWJCImcQuGZUcncwEsAwQxQgLwsLmYEzBDVmdM53WfMwAFchFjMRe0plejaaeh6rimD ixyMAemi7l1Bkdl1oeueAu1uBhleKAd0YWDegQNsgaHxbt0F7zBbGqbmRqiSjBvAgKfCQMnIxw2k yw2AQgHoDHSMmgx8liKSlh+x6iMS0iCBZtG0lq1u3iXZR/maL/qigPoGF7AZK3E5gkmR/0UPLFu3 PMEO2O9kWAEeSEENHMEtAgAO4ILSVjEAkAMBQMECcF8h7IEKvAABIwAJLAACRIFFRwEzQIgT5MM9 kMOD4MLIloMTAAAzfN8RJLBFf7Q/kEAP4wI5VMIgGLT35QAJ7MGDhMMGeINIP4gK/OsRgAMArIM+ SAI1HQH3RYEOQIJHb7AKwPSDIAAB+AGfiJAh3Eg7PMgVVIJOZ7QTDADg9PAVZHQUDEAdpMBTNzUC VPEeVAEm2EH/MkMKNPU3AsAe6GIkcJ8ZkIMK7DQ7tAEmlMFbzEX7OKBTwWIQGOERrVxM/dsq3fF7 EdXd4u2TwpS31IA5cEAo8I8+aov+HP9yX5ibAVCyxSUrF0TzcPCQ1bSCFMzANKjMS6gZwPBmnRWR b95ZkNIprPSAh5iYWupFwOFFVjBgwbmKFZKCK6Pun/bZVpydXpEhHQQBB0iMAxgaELyGowJQMAuz dmeALwjvpR2GxmjaIXwAF/Dg2KjQDbCRAKzBB8QMzViANteMqWEmN4MHqhWADbia0ARNq4FvrYrm reEWfkCNaope17AzcKFNsAmbPIdXGDwVEFjPFBxAYNSCCGjMvMQAQAOAHmyAPzyADpg1ALiDP0CC N+BCFFQCATCABwyA7jmBPjCADuiAPrCAP2wADnRfJXjAEjPDFSxA5OSDiA+AGthBAgP/QDi8wAAc gRoMQBVfQR14gDoQQA8Xgh2oQxZktBlEAiNAAgsMgAnjQh0UOVCvwzjQCAxzXz/oQD2oOQFAAn3u gRPgwhEwgh+kwpStSAowwyAgQeToABNHsRqwQA8DwCCowBHgqwmTgw4YDiRUAkkPQAiDAy60AAmw +E/vnj6AwQboOAF4gD54Qzg4QQpAASaYDt8gpej+BVSk6bA8ggHkj07A71s4NpOdoAuy4JBZAlsk ASm4rY6ijgXVwAi5H2jbJJ4F6SOcAGHgAR4IR2F8agCcwFMhAiIEAhAYIdZ9hhSSBm37poe8CsKI i8CRO8btgHGTQieoezOwpbv36VbY/xUdFAEZimEXUgJ0T7dr7G4QOKrv7u52B7wv+IKlGbOndtkK WJqXwUC6JEcrSDLMTIcFrIB2wPfPVPN2XId3eHMBSMAgEVKr9TfShKatdl754lqBGzjYtLOCw/Mo Nfje9IAPfEGE28/MN4a7BIcG3AECAwA71MNBfMMRrDAzfDgJIIHQqsM+fPkKw/giYAISkEAOLHT3 HeyUIH0akMADPIAa2DQADIA6LMCRD8A4QAIk3MM26LgaLMIu7MMAjLSV5wMT68ELkMEidIQaMHFX q8ECAPUVsEAFsHjf4yKbcx8zqAASsIA6IEEaIEGXQ0E9dcsIkAHSj/kD0HT/RvE7vP9DD3MCAewD PbCAiHuDBzzAPuzDEYz0NuQDGdRBHZDAIuzDO5y0pmtDpwOAATPCA5CAHRxBGhgnFVQJjyql6Gbd ZpRLY1D7h4DbD/jADpyIrQOf+eV6C1YLi80C/7CYPoqFkXGUiIicTbD6DDTlsudd1T0CECCQD5wA DiaBFCY72JnGDjgdirwfVtiEq5Bb7TkYBAKEgR09Bu4wIMfAQYRyOslh+LChNGl5KBY5RadIolN5 NNLh8JEDpSSU7ty5lAFlBiwpWbZE6SuDrwYWzqywwqUBFy4rdkbQUHPFigIyLBS1YMKEDKRDhphg inTpkBIFmDItcHXPngJa92AogAH/AwKwCMiWNUvWS1ovSzgt8cKprRFORmjQMHMXhRkUKD41woFD DwDBgwW3W0cYMWFHNRjXIHTgxJcZPTr4CPLlS60AGiK0MqJoAC4AUXRUqPDNThQATvxVWKSOgB1v lbipXq1vlwcCkOodLlSpdAVt9O7VyaKCHAJmgo+8WyCaGQHTbBhxA8DOzgNtFdgguQKgUJwq35kd WbTLND1vhQqpgLQAHIArLLgzgA+gnw5IKQTjuMJtgyyQYIANNhiowpInnqjBDyjyWeC4DRAoBDxv HngHAcE2oG8XEjIEAIF2VBhxDwrX0ee12LxRIYV+BItCnwoGYOdFbsppwQ4SFtEG/wwPqOhCDEIg EGOKhHY4oIMglMysllq++AECCIrc4ZEToKyhCwW03FIBc35IMokfauCSzDLNVKCLLMmcYAIF2Gxz gicM+MEAMbpwTIw8Deiggx3y3KEyICiA4YMzuAjEhx8C0eCGG6xIRKBIIzWI0kkF6iGMHw5QMAwj d9jhh08N6GSHTikVdVQDeuihE2DGcJWUTkgxiKExGmroITl+yKOIPE4pgo6LTjlFoyCSSMJYBzg4 paSTkjjFAWUdwMKBk1xqiQsJDhHEDRt84QIGCZbgFgaedEJKBi4sUCopqJy6CqoSSjBBXqdKGCKr fLnyCoOuwgrrrIDfosENuoxYAv/hJeSiqy699kKhESf8KiSwxAAwzOLEFmvsiR2CAOKHHmboYE9B NfjghkNoaOEI0Ugz7ZsjVGOtAg8G4AYXZiik8LYKdsmhHuv0IKc108Cop51BnGCmYuacE82JGH2G IsNw0lhluvHAi6MO8uygx7TTvFluw/vmM82++GCsYIEJCWMHAW902EUbD0ao4YkuoFhggyuWbroQ b97BsMJ7uKtiEMGYcYLxpSkERx91jqiNmeUqXtuDSpYbzIlBNlhgnwoOVCDPJ4b0dAYlI6uFAgqk gJKQOYEIJJBEohxzTQOAENSKEyA4E3gyaxADAja3TPMJS9zc8ocVYECkAzGeIKT/SCORpHOGE04I hIIPBBHghjOCoOOMPtxYQRg6SxX1VIOMDOPTHaYgxKDpO9F0ht0f0fSAgeA3MiGYcl+nFmKAMSQE IhC5QzMcEhFp0IFXHHkgsZSFBURgAQvHSkIT7pDBU1DiEpegFhZCyIcSnvASJozJCrTVCFDo5AOH 6MMn3KCBn6xgXelSF1NkwK4hFAAGgjBCAZAir3lVRSpaSUEBbLCvr/hLLAETGA1QIACCHYwtCptL XezSiE/spRERwwHFMoaxjCmmMbOAQKd84IMDHKAT8AvCGT7wAQEI4AM8aNlogoOamfkDDAOwzRU2 4I1IfCdqPiNBOQSDgCqwwTTa/yDDHgTjhBR44wjloFBzntMz4ZAhQ+y4mmkW4Z2tmZIZXxPOA/ax Hj1UggVmo08F1HGftT2AAANIQRR4tposqEN0P6qBFqrAyNVcMhIpYI/gCBc4w2mDAIkDwB68UU1r emMALDhCfADgOUNmaG3aGIcdXjCIzTWSBBWghxpGULoniAF+neiEZYDAJAoEQAozgEAoKiOCCFgh CWEIwxPK1IUOYCYAEZACQYPXUAjIjzFqqsGQkoelO5HvAwE4gT5Dwb9OHCAIITjB7JokAhFQABHT CAAFEhWAM0wjCKOQVPws5b74fWoKT5gCBHpxigCEwAfYOINGZ4CkRKgPUHRKSP9C/rdUORyQFArB Va5u5RBpzGAGHqFDIjyCjSQ4IAmBOAMMGoCFaZyBD3c4xRyawIFoTataGTBhClGowphwgY4w0IkG WgEDGETAJ4A9gw3OEAEcGoVdNpCA97rlLnldhSlZ2QoQ+/VEsPwLYFIsixcE8YlDfBaLcNliw1CA g4iFMYxjPKMZzyiYjeGNegbwwUb7B78Q2PBkN9AAMI7gopdVYB8yW40/IJGh3xCABfdA3GrGUQES vIBCe0AC1tIzACd0cwHjeIc6VLDJp/XsZwxgJDMG8IAK5AASwi2EHdRg3F9WoEf32AAAyHsPWZpm FanBjw48AAUokEEH/ljAAD7/hIAYQcIPEIgFGYSLgHrk4x0saAcA9MBM43rDcBVggXUAEAkWDO4d atDBOFiQj/F6A7n3IIN1SPMAEpChCmQgQT2OQI6dHWEfDyAD6eZHCCIJ5AeWOYEUmnRPETziFT+I DAVuEIEkfMocajreQSnQGQqYo6HHSxOZnhAKCFgiTcgrHQQWVANLpIIDSTiBCIIAgRkEAmQdAIIn 8PHPCFDASZjR3pB9oDuQ/aATSw10TVFFKYLMDwJ4w4IGRHCCFRwiAo32QQhswIWifikhk6YDIQjy A4TsACGvIAUwRk2KWFH1AHm4Ax0CgQVpFIEDxsICC7kQVgpo4BAw8IQVbmCB/zvwoAkigSu16EpX lxi7AQ0Iii8s8M8AWMEKgPXJDdzgBgFI4LDOI+IKPiABG9igKfSqCmTxJdkCgKCykkW3WDKrWQR4 4RCmFQQN2sIW0XJRL4AxbV/+ooemIYa1rX0t3h7qgxn8YDIQ6MSu78nX3faWj2gTLmugADUCgOG8 Wbhu1HRQAsEMYjfveAAr71EJClXCAz7TAYc5CbUYaWMRkFBBI/3BhkXowJjrZcF8u4kEeixCDXb4 ThSQkANb1uEB3/AAz/vhjyMMAhcbaC4b3jGA5ZBmFTsmxAQYsZ7AQcI0/vCNhQtnmn1UQkOzDG4l VLAAJGToCoCEr3DzowZyRP8BAXWgxy5W4Y/vFKK8DPDD8KZQpDAQCVQ+qGeRAxCAI8v2CyKwghuc HKook8kSnZCCFWQIAzkAr01biiiXySxRgovBEGRmjAJqYIAgcC8ITwgBHk7QgUA8+wZraMWd70mB k94TBtPoQP6O9QibArB9ozqAQESVU7x1IgmJ8ME00Kc9IIiAM0BYvqrCMOkZiAFUrdLV8l8RA2Cc //wJ1FUi7sABT2DhDtLoRB44kIEIOMoTtZjGNGywglYjwgHuoAmC7RKGDa7qyloyoAD5QNl0AicI hTMi8ANsiNoOYQ1u4ANgwAJg4AZgwAQswIbOoACM6F6sgipGEF+uwiucaCz//sXdyGIJGsHfaKje 4mK08k0PTKsP/AIw/o0wAu6MBs4xjoRUDiCnXE8KgGDz8OEMYgDifisHJs4fCEA0AE8fdGCPRoMA tmEwCGkDvnADKqEOVGA5EAAJ1KEKyAEHBGMAviuRdoEBoADiCmEb0gAJNEcw1msROglE7AAJnk4w 9oA+CKDABmAASqARBCM/6iE+mOEF6qAKFoDDNqQCECxLkGFspqkK1IEMyCEwAudCLsxwYk7oVkMM kcAbVAMXFqAKMsQJjmAcPGABDmM09GEVeG4QBqAKcum6UokeGIAKFIB6AEV+piDxFu+eGq8WHsEA sucLKMAKKAAIZsAAGIpL/2qgE06AAkBBAFaAFJanTOBES1ZPeCwKTTiGEBRE9e5kByQvAkIAAoKA AoLgBBhlM9wAD0Rg85pMBO6xDz4gCWZACjjjJjig0CaFfSLlo+pkQUxHQehnIO6nAx4hCTigqObE +MRAVTjNqRAoFKLKIdCvgRxCDqQBGCTigU6AAzgiCVYiEFRyIz6CWaSBB4BtDuYgWtxqhKql2FSo AC+hASRgsdzAUCzgBvSgEdzgA/ChFT7hA3xCA+7IjgTABmCgFcDNBtxAt0ZwXpyiKcjNKrQCK76C LC8ril5wCVAgB1FAiBDGBhlGL3YwtVLL38qIFlsLAITQdAoPAoSkBgxhCv9+YBSuDw8CwAl9KzgY QLiYwR/egT8AIBzIAhdwITDYoW3OKJX2SA/+4wrCAQUEowViaWZiBA6poAp4rhBwwW/C4ROPYBXe wRvCQTBU0zbMwA4w7gFegHMkRi35iAVMjr5o80XsIAfUCQrQhApKsRAGgRsGwQxoBAA2hHAAAMMq kQzIQAVoBAdUczmYQQVY4AF4Du8QABxwgULYgQDYYAG+YzTIgkb0gBtaY51+RCPdyMcM4ADyJ/Ia r/E8IQj2hJ5252N+IG9Cb0vMYQx+4BQ4oAPGRMrI5E7GEXeucULT5PTUcUEsAQI4IABaQQA8AQJ+ 4At2rRVWIAQ8IQC+YHf/qowCnlED3EAPWkHNRGAC+QobROWj2CchDYJUpkB6CC4VpucHsIADAm1k 5qcHRmUGfMAgPsIAfGxKBIoUUqFIZCUVMkUOYuUO5IAHgKETHIAPKCEPgABZKKIhOCAEhuUSEIED iuDV5kAAi4AShE0lEJAl6MoCtNJDNQCHjtJ8fiICaigAVoCONMAGQOEQMDACLGAIJMCzOjDcvNIE rkJeys3cxlIrzPIF0cIIzIDe4MIt7Y2LBAEFDuFhUKsH7RIvXasx0JHMFEQdxaAHfCDypMAcjmAd CuFETCO91oEZcKE16sBt6OtzSqQfWmAdGkdZlyYK7FAFbEM+2qAFroAZ/8iBBGaxEMChuXYBEkbA DwigHa4rENtgQqLADrDmHo4AARKxkrghEhggkk6Tl1JTBQYgV3f1N52glwoBAY4gw+pmBAgKCloA OgHADLKgBcDBCbiBBN6BGwohCtpQdPwLCkJjMArBDLyBDBaBDaqgRPIwBRZAkyL2HYKLWt+GHHxO OOJQGHfAjVJPVj1mP/kzAIBgB+bJB0KhPlWUEMhRS5DHEhjDQM3kTtRkAh70Zx/0TjRU9bBkTCAg BCJgApOAFqZAUAJAGEZmSfEHCIbME1rHJxDhETBDGLAhBAJSIOAI+WpK+Qwgp+7kB7RPHndvpCgg BPoHIw/OBzyhFTQApv/8hw58ARFAxgBMzdToIAQQgQ84QP7GdBpa4QZWgAPoQM1+ZUGnwQpoh1HO ABGCABEaYA6ygAdwklq+Kq7myiftStksICjOwFBWAHxsCAZcF4eIogAOi1A+YAWUIiurSALCrVKn giqkYgiWiCu24ng1dVPfLWFCtS04YVS3xTP1IrVS1WKAMGP0knqSNEj2pE9Epp4kYwRIwB904BvQ hhH8QX1Dhx6wsJqQIB8YIMD84QrV137v1x/U4DoHzBtyxAPSt3wvZH7PVxsYwRx8QAt0YAGq6QhI wAPsVx22owIeQAfqYACwqQ4IwAMgKT1YIDZy5B4euHzPV8OqwA4uuH///aE4IwnBFsQPTPiCj4AM PIB8AxgM5pcF+ME4R0ALyKAeUPgICEANIIEBwAAM9OEIsAkJPEB+1XcccNMfZIOBCYAEVlgbDkRO kGQHysx0OqFrT+rZAiAIqOQROgFLCEHOgKAHFkTKCI4QAO13gGf1uiBBGGrLCiqi3sR42qQGXoED vMocsLFrtW8HsIpkCll7JM8/lcQgZqATMGUKeOFI3ijQPuqN1PZULDmnJqAGEkH7fCAQEAFZtLH2 QiUIknDNrEADYECjOkAOdiAJOsMKAiAQksAjhMEmbAgbPI3VBoUzXEcKRAAb6IByEYECGkAYqI8L RBkRfIGtimAOrIWE/04ihE5IAUNIrkQoJraA2WRA2YLC4WqCC4hCJ4zCAr6tKWQABkAB3OLFiPCl 3LYiBY7XX/jFBZf3LZ43i+6tLgThEO4CL6q3Lq/3LgWuVWFrCgiiB6bgACyjT37gMmoBCDpgBBjh PHhVEiTBoiV4gu/hHiBpEcwrbEaapOHrAcCAHt7hHvZuERggB9DDNHLgAXJgO7QBCprAEzpAEjzA o0fOpUd6F4DOpVX6HloabCJpETwAEnKAumCapHchpXt678IGDEggYBdEC9TAo4uzpVfYZ2T6pX1m EaCgCyAAEyBBHXo6BxaBHsAAph/gHt4B4xZhEajLNH4GrlmABSCBrv85WBsgYQI+pgP6J0oMwMsg YFR8YPPuzEomOtGGpzI6wPkm9GgnalTimEvumE3u5J3imBzDbBzXUU1Au/WqxAdMRxiswBNGCqtO wBMQIRBCgElM6gRCIAjCYAo64Ad2e7d1+5J/G7h/O9B+9Akq41NGYRRWRc5G5gAQzuAsIwRCgAP6 7CNB5Y8TCs4+JhCgjU3zwNPkgCVDILb3rCIpNwnOFiMy6FgUUADn4BQwaCWu5dgYMNkagAG5gA/4 IChswIYAywrGCgb4lHUJlVE8cFJhwAaIyJ1L0ATz5Sq2Aiy+gizGAp9BtQa1CC73AqAhhgcHOjGw 12JioFWnpy/DYPn/TJxP6EREnWR3OkABPCAdeHUEUkELPADjuINjw0YbOLike1zHdXzHJTioiRiS JEkRzsBWMeGodxySYJpb/YAKNjiSOPqKoWAEMOHGw8aphYMNOFo4tHx0Ykd+qoABJJjJzZwBIGHJ sTgMLAEKslwb0JwMIMGpzzxskppApsOI0SOooeAU/ikILCMU6CAAEKEaDYF+Nk8DonGjQsF0hscH jK9pk9ZNKhtpz/F4IMAcTCdL7mRMJiBK8oaO09F0Es10hGQCaAEIaqH2CCEUOtTxJM0TGCXSMIN1 /gkPPGFUAmG1T2BQtS+4g/2NDMJHFwSN22h3qBE/d2fPQkWeJtKN/3ZASKYgDAq7InW2TkIBTaUB AhwBGLgUGCoj0pHlER4hpDxhGl4bCJYFC2gnA4QBC04B2EIimuXbJWACXMrFec5AJugIZfDhv6Pt BqqoUAL8ZA7hA5piA1c5Kp4CsiBLLMmynlsQAUAABDZ1LdYiYd6yYfQCoM1AYsbIwwGuoM+IFGB1 evJkCrIRCGRrpPpsBpika11cDbCGW+8myrHmimd473bB53ehy+nG5+OcbrRB6HmEARyYDXxeONg6 zlcBEiBhFXgECrYAnw5AAWqeo22OHrQh67oAy9TArX0GPcAgDkcAAkaAiW/c5r5h6OOQDMzr5+Mc 5qx8AujHbSegCv8gwa3Rg+uNfhUYoIi5AxKqQKfEYATUgAGmnumrvAbUHgyIHr6cnlu14KyXfqS1 4QE8wA+AgQtY6jJSJwIC4AcI4RXyZx8TlaWqUUG8OAg6IMruOEKzLE5CIZBpgRa6IPRqYBY+fcwS LR0ningIgXrsJB61Z392wBNG3woySgoS6s5E4AuqBBqj0RM6IRF+2Z80IAl027eF/ZJJpthroAe6 VntUdAYe4fqaREU/5Y2Gz+CWr0oNeyI74H5+QBrGQM7yIBQAQlqRPHmkJUqSJAgHOqcS0cEyjQIe K4iEJQlBgUIgT9M4NGnCQdGWSxlKmjxZ0pcvLis/tIqg4cMNC77/zmjQ8HKFhTMRPri50UoDqENu fMKQUcAGDBg2TJgYUgAq1KgFqFbFgOEqBgQFsCJAACKsFy9fy34dO3aJ2iWc2Bqh8daMGRQo5M7F UUgPgL18+7Yb1DdwXzliCBEyRAiCmB0+PFGYcYJCgCQ/fHwRQUFErROhRkDxwADKhCcKqoCGBIU0 FEgMWkNixNp169mzIZGo4odKbAaQyEAh44GMnxFVoBBgwodCrSA7PIPmTaY4FCgjKv/wvLu3HwU1 CD0Zgek56s+2/TyhhWn3bDIjnqT6kajTj06lxUf/DB0/6hFievQw4Ah2tWlBCBAcjEBGbLb9xhoZ CoAHySL0PADG/wOL9KaFAjGEkkoo8s0QgidABIGRFQFo0AcON1jhiTAccJDBNAGIGMYEE3ShQI41 KHBjFxPkmKONNj7RSSBBGAABBGX8qIAlNew4QX+EiDEFBN7VYKWVTyiG5Q8nBGDFND8AQYEVrRyi gQgihODDIyec4MMMbmL2xSPTCPCBFWuGEMQjM/jQQQc/CErooIbGaYAYW3ZCQQQUfOEJR1ZY4egJ j3Swg6A7GDDDiJv6EEIggQDxyCNBnPAFEKKS+ggQiEwzajN0JBHICXTk0VAeHGAhwokaRLBCAAFI psEZWJxyBweXYIMNSs5m0EC0DXBhwQo9udGHBFzYFMEZK3DBBf+YKyQFgwZuNHIIUDbIIMENHzDl 1BBDPDXVVFVdVcAeXXWF1VZehAWKG5yYVRZaa6nVFiecwGXEIZ800ggKTjiBAw566CUYX+14o0LH Hn/sMWFWilHYYj5IEYKXagLRwSNSlDmsFEFcQkkXwxHyQyhiTOJHFbmckMgTfmAynRYjUKFFFVr0 jEnSUGiBdBUjjPCgdEsr0MUTZRTBhxJbbKEIHzZooOcJPyg5gh2RFLEFJXOMJEWqHUyhQM9aENnJ K1MaQMcPZYww3BNilBFLLoYoRssExE3XtAJP0DHNCjAEu0IeEzA9QiqnkBKNH8P5SHUqdLwaAhAh ZMADFVA07Uf/F6Gc4MkYWkwHBW5UVKG00VVDQQIZvZNBxXBACllDKjN8UQtmYFoBwwcf4JFRTwIc IoAAEUgRBnezdMF9DV3UsKX3OHaRCq4NBaLB5OA24MApnYQCAY4TTLHDlGJAUKXgVXo3CwRP1DCF IEzDClxoxgxEYIWJUMBSO6DfDIIQhA50YgZSsMICI9AHQTgqCAfogJxmAMIQAipOIBxhBMOgmESg qBVWcN4N+iAADQQgBHzyAct8ABEpzKAHM6AAPiIwqQBgwzFw+tI0sLE8DeCDAlj4wQw8EYAGnMB0 QIBdmTSwhj4Q5RDtwoERfFEERewKEb54Fkp8Ia0GZIALPfkE/wBusAKcRABcdOSCDO64gjM0rxWt +IAFhtCuD9hgXk95ilXsda+s6ItfEvACJ3ABF0F8og8CYwsoyIKAtBxMYUswgsJoQINDNMJie7kY XgqRMb6wAxxXaKUrX+lKUhgCfIl5wqIuZY4gfAFQD7zMsDQjhW7RAQK02AEQSgiBCewgVQYwx4+o liMfYU1HObLEBCwBpBxNjWq9eAIhGCOFmMDgDMPSgABYKAIQniAQDdhJt/QYARGkKgg+oMMOXnEK RIjAbGEwwMk8EYIZ0IEOf4IdmzpgwzeRwkahoEMndhAEX62AAp5gjqIg0IEQnMETM8AUHYQxjZCe 6BCHuF7y8v/wIO7U4EYQiAEttjk1J6UUmg+aWvCmls2cKgACQPjCm4Dgg3qe4kWd+pIEliABa10v DP9zkpNm8QSo+u9/3zvAy/AgAjwcAgB66INX3VCpUPxoAoQIA5aS9IMpbMl/VwKflXAGBDqMAQhq 8ukJPOiD+RwghA+sYAAEWD0Z3rWDJeQrCfNKQlP5IFGE4IAGbgATN9xEAJANgJosBVQp8FEEP9hB BVeQQCyClQIc7GEEbrCGD4CJJwEQlCdacYNpAMETJygRTKbnPDeA4kygAOMcYKTGZ5UxA2VMI3Hj +IE1HAIGFpDjt+hoARlUywI74clNzgAVGESlkPEqgCGhYoP/e/HrXggAxQ0ehrFSEkUAghDEEsji hYMhLGFwASUKIFYxvOBglHi5WHpTCWAANEMMBghFGF4xhk7IpwOJ2mtQgwCEKkoBVT6FYhKYGgpB /eBsT+hBnHogBkM0tUdPclKJvQe+/z1pxSvOmoeDOb0ViSACh8iTFAT1BTxMJAI8plSlIBhh2Nkk ALWYwQ6OV4vSjQiCx1vTF56MPIrSwRyzBcIBdnAQDkijE4I6QA+mEIbKcCAPR+5AZDYigkCswAYW wEacGEyyRJFmeNl06xOYpFOa6jSbUzjBZnxwAAP0AAIs9jAQiiANYIQiEFaQwqbEsFKscW/SlIaA AToxq9nq/5EpTFnBNDzxhR0wqQuJexIEZmAAqmKJxVN6Aqf+81MQ/sAAHfDppja11xMgsLURnVRG AnHYoP7pT0Hga2FncAC10iEjUojUFCVjwV3+oActO4GJrAxRynRAgM6TbUfHNA3ncYEDPjgFFpIg jQOcII9StNUpQiAjHs8oIhmZyLGKgAUzlkSN0SJuGuMYkw9ogLoweMkZ7Chd6dogAgWQbrUkp10L bFdeTolXCQyZlHvpCwOLBIFP3CAIutDlE4egQcA4uYRMxle+CXuLfSHWXrpAjL/9/W+ABVO6kG4E TAGIWxB+cADLQLmn86RnoKZtS0FPQVGz+CaIVew9a3bve/8sftL3qF71FT9hB5FpngwxQzYpWJmH UlCTmiTD44qa+QsvwwnZRHCpyEjhUj6A4CPqfgK7azgRP4dAJ34ehsL4bwI1OBzJ/EcyQ0CVSqFo Jv4gYA5HdJNkNTCHE1GNTZ1+z39P2rPnNT8/P3+h2J1F4ZMsn3cDjIYDM/pCJw7QCQgAidI4wpol CJwYQnBqBj8ghTlSkftHfOEHtQeSqVH9Px5Z80mjgYAldG+OU09xBp0wgBOfTKqOPrSHrTgD332a CDJNgw4dJFRHA3X0QnXgAHv9gRjo4Bi7vgmKw6rTrE+FKggb+T9TSMwPaNgBPSAHYzCAdACApBAD pDAKOyD/BxxwAlggBc2GBXQQBNjQAGUSAfMmBbWAdhlwCvp2RmpURmXEBXH0LTtBcDfAXNElXUnB Y390RxZgA2wmA/IyLxdnAiWAgzpYAlURXvqyB0BYFR4HCjaAASBwhPEFCmqhSWhhMGuhMJ8ESg4T MXIhMfhVMXlhczfXF2oSAUGBEy8hT6MnfJrhU8hTC1+AbAYwBW2oVoITYirmTZzHfN9DeCx2dctX dVR3h0+yJanANwhBB0EVAokwCl42BZ3QKhAEYQMUAEDAhgegS70yLBRwY4yRd53lYJ3lH6FgDk9g CV3gJEmSGIYQit7TJKZmSypGC7TAfDxiI57XeaMRfXM2/3s1MAzDYEuEh2ef93nWJAZ+NmHFFmiK QiSBIAWA8gNBIAIc8AOPIGg9YItXh4rf02HVVyX9YQCEID8/AgGwMwZjZXxPkgrxwyRj1T1QcjiP EwB4sEs+8CYcKBEzEmRWgCamM0MIFVdAp2Cw93oedGXs548dtIwpgwUCJwI9RQHmki5BkYGMZkG1 8DK71AHY8C1JYDonkAR5IAcGIAc/QCujkgTt1ABBFRGe0CvdAiYSkFskxUKwMlJttgLDBYLEdRLS sj4B0H0WAAp98AFnUC165C6/cgbeIoPO410Vp5Q8yJRTEYT5skj6QoResRUq94RM+F6aJF+gBErt NRcjh/+Fp3QxXJhKwtJHLnROpTNPUoBVeYc8YocpYeCG/TeHq2iXttR5KpV1NWBNkoZiVrdSWicG nTUlVxYGYdADs3aYJLMDG+aYy5gEdIAkhxMKr7BXEMYy5uBWU7VWoSgks5cleKlTTmKNVicksTh7 vqiaRIIIlzAGpJF5qqmafVYLaQhUnWWMY6AZ9zRbPuBNM8BUqEhno0ZLh2cJSWJL3fM/r1BbqYA1 OxIkY9WL2dQjOJJiY3BueTUGEjQDHHAKSYANIfBTXCBZdJUmVTR9IcR+BdUiyCaQHiQoQUABiXCQ VgAnX0ABrZAi1DNJHwATQLRP4gmPGpAuQMRjZ+Bmd4f/DdwCE6glAdiQBIhQK1d0Ex/gVYeQIszg BuSEBYjQEyxxBr6QBPnmLCXIBcFlkycqI8LSQpMDCiiQVA83gzagEwVAXUMgg4OklBW3g0xZDvLy lE+ZLwUAAktYlQRzFlrphCzHFlwpFzRgBo3wCTJXCPmlhYERBcxAlpPyEz7Rn5GSTh1QQXoSYT4V QQ+1A2n6ZSRTMobhpoYBdXv5ij7iJNeEdSz2BGEQVBKEJN5kTCeQbIrRmOy3Az2wA4Eml7TWQGKA mAYgaJ+odT7ymanIl8/5BCK2ijfCYngGPk/yClNgAGMgqgOVTLLpeV1ABwFQY0lACHlpqp9HmxKZ iTtg/4yhUEWvUAM/4AmJUHkzwI3cs2fA2iOfGYuhWGk9EArLV3ukVnyz9wS1xyQrJT9d4D+GYAii yIexQAiJiWocwBNtFwBPlhkjUkVA9SYi8CvHFEJvwntBoEMgyUF/qpMCVyw2MCNQhFUltG0BwGMw IRNWkAQ2hENmInD9KkSJwAEQ5AlBJBledwNFcQYakQiUgA2I4AAZEAAiGiPTcBLT8Fj4EADT0AAy Mg3gQimTYi4SYCagcEd31ABKALNbALMwq5RKsKNOgYOFVAIpsAc6KKQpABVZcYRIiIRIahZokUnv BYVsIYVQagZQ6gR1cV/5VXOBsQEI0BeotBdauxdA1P9eAtAHewFWMmRkQMCvFECuRtdRvHdlaaqm BiCXbthPiiKnLGasd7qXgnNls0ZoNbAYD/QD/YRQcYKIhcqmxnQpfNVA/Pd/ScB7R+eojtp/3kF1 HTZr/2MOVxKbEwABhmCrkCIsAUBOeSBNrzo85sAFW7UGVpAHd/aqzZpTsZqGP0ertjQFNpSsGLVL l5Yk/hOs0BlNwqkj8TNp/zMaT5cKqTCHWPKs4pMYxyl7d+gd3OEdSVK6PUIInSCwHQBFCFQUk2IF IVB9XhI3tRlMEcAnEORnfwZhHdBPIPZNY7IRFAUEiZBXTyQiBvAKO+CJ/hQqZWKfB2AdZqZAnjAq 0kD/gD9AEEnwaQkbAtiwEWdgIrWCLHdwEHOABZ7QLCsqstDCBThBTqEbsnzAByvARzLxCZDVCjDQ Tt8iA3ywBS+gBC8gwzZbcTZMSPEyL1DxFHsgL0OaSEmBFfziFUY7FkeLlUzbpE4KpSggCFYYllfa FxuwDnvBDNtwtU6wARuQAgCwAZXgEmGLMTiwXhpgT/IZT+VabA9UKuvHfvDoJ2llJaCqYMFZt395 xyyGUY43VW7aA1OivWs8bWDmP0nSUGOQvP8xa1NgqP4UM1X0ZHF8ZVyGqykWZqmWYpIKJM8nBmKK gf1qBXQwna8bCmegFysSBMArm6qcTV1gAJdRm6mC/2x0SwiWEQol1glTdDZUAiU61YtP0H/FUwSk 4E1bYkvvAwGn0BEGUFvNMGbNsJGhUD9P0AwKNmbARwhTMB/mwGVpuo2kUble8gfyNAOBAD0R4Abn hKBjsFK08AodEGEswwGlA0L4N2Fx4gNpCmh/bCWMIXyRmaagCiiDliQTEAt5miltwnuO2lk7kAc2 xAF/0gkx4AiOEAPAwANFwAFA0AwNqBDYoBHnJg0Z/Z3Y4AC0UhIRMSz8Ni0qGlINADaKIMM8mc41 hhMwUIIwwVx8UMM2XIN3tMMNZ4MzmBSDVBVDgAGChAE2AAISIAFNbQQSgAGNtBVH6khkoRZHG18r 5/9I9AVKVmgXcxHFYznFVQwAKdAO67AB4YAA3FAJCLABzPAJAoADfPEJzvMJenADiQBO45oq99tT QCVBtZYqqSLH/gRoapXHgIm3cQo+YvAnAbmo2kgyYRB0J9BsQQBibPUKHGABl7CNkBcK/mEdPsBs ZTp6bsx+nQV5kFZ4eAm7xuceHUAHL3IrtyJ7ptvK5rACfQADvpAyN2KqpZuajrNMmGGbj+B+//ME TtS3P0IKQDVV0aSalmAOYmAOvtAK2GBgrXZqPtAJKyAADSCmnhBMAYA+XJAIqNYMXGDec2S/QIAN XIAF2wkox9SqJNbc6zR9A5QRk4IIRaCZ52FqgXf/P95kAJdJT3mV4IvFASxCB4FXkYEwDUXJJnl1 ZJvyAxzgABqNCIjggTrjCMlbMqQADDGQCsCQT+ByCadwCVgwZiByCuYGb83zXN5ZgXHEBeaWAfkW CBVhElhACW3TNg4ANpQw5F9jAuVyE/iwwhZQgkVpATArwzJsAtNlozKQ1BLAFDbgEx8gAUVY1EPx AQEDCs4jAUZASV4Q5iCAAP7iSJ9AA0hbMGmxckr8FkYwF09rF/eFhVLMF1S8F+WwAdzADXDNDe2A AOQAAEaAEz4BWY1yCHqdCEEHKmI3Iuv3jNjnA6NgGckjGUZSGZfSCYoNVXYJAeVodSaWYrbkHbY0 /wuPvYwROHcgRiWB14ZH1lNix1gEdgCB0H1mA8/4jCoIJSwJ+Za3CXT+0UAQMGje9OqsnE13awme iZq6nU2OsAI3QAnukduqWXmuO3vyYwnLJBnylIl0u1ZrlSTG0wG2+LpdUAyXYAGnMNqv/gSvEAqk IN7TAI8+kAju7QkrUjqYFrqQhSoUIABrUDkcIAw9FQTxwyPcsXUjlFeOwSrKfWnbeXk/QAia+j3m sHsMlhhT0EGh0AAxxAEEdgIN2gc3sECpzTIHZAU3IAGndQM3wAWkkMy+cAl5ICgO4AuUgGAN8AGU dRNgJQIYyScdikDndQM4gQgzngFYVABzQBKngP/kDkASJUEJitAEYN8CDsAHiJBGJDyy1BJHB0ct CUflM2yz1SUBbCYBXhX1MOAGKWxe4bUUUO8TTv0ubqAHaxAWYVGVafG0mEQwSzpfneRJTxzWKBAO MpeFZM0X21AJXHwF7ZACh87F3hAFmX8GNOQYapI8EYAnlT5F8fxkP9cpZReBQFB2VmAugnADZzAN Ygd4rp6IdJAIifCAw9RicBhnbovMwPxE5tIKnpAonHnr/2EAjMFhhkA/IMkBmGJDswbPQGCrJiJP HChPQJVX/9EJgSdonZAIgesdsVnc2P6qw9AANiANQRLb004IQWCxqQC8wo01ANHBUwCCIr4A+SH/ 5kkNhhAIhTEA8QCQDk8UTFDQRaNGS0+eWNKoICNHCBCeOKxxsYtIcwFuBOpwYgYhAwcCfaAA5Msj H19OcLlB4dEJTx8O5TzTikKtEwZSYqzxZAeQGUF8/PgiwgAEMR18BDn4KEgQmRBEMqwxyyGhkg0J EXpy6saNJA4TBYigIcLSE1R//NjhoxaFVhoCWLGiwQrgaTdWnPC54kYAHx1WtIpgJQC+VgFEYCni w0cSYYEoJP6gN0OeO5c+CGhwZ86cO1myNJk9R1ELSnMoNWmxpQGX4cMJNmhwaYuSM2dkcOFiYYUF JUpeWDchY0UEo25sSPh0KLWN16BgfLBB/rx4/xsFCpyXAKqPABAYCtTHgAAEAv1e+P9HwAsBlyBw CU4MPNAII2gQBAUUzDDDQQkbaQSHQgrRAwANNSwknCjYAcCJKzQEJ4pwLgQngER6YuqLL3yQQgMN EpnBRRd1quWLGXzwxIoIIgjgDBkPwUFDPfpwQ4MzrJDCB4i8CkBGKQPIYyGGxhANsB98OEGKAKah Q4wdHhFBg0/6OIOOKeCaoAYxppjCAAOmCGMGA6yEwIAdDphhlBMokKKDHmr8YocTNBOhllpEEEEK IB7p4IA9O+nBgB7oWEGCAOgIw5CURAI11C4YyqiGlUJFNVVVu4hBjmJUTbULCH44Q4AzquzCkv8a dAWphkRO+9EghBRKC4IepnCIFgiCECERQ04qiZBQQnkLTrY+TWWMt8YY45Ugkkhl1DGk8ciTCDjo AYggdtwhhAhC6OAgnYAwV4QfHgEikDNC6MSXFUI44YQdLDqrhlmz7MSTQEKBYIodfvDqBz31TOXT NjWaIOOMnxDj2hqaWSFNY7k0TYQTHtlR0g5S6QSIEwIJQQpGA/DkqhCm4WAGqjhAJIQZfrWCAkYR CeSEEE65g4NTEsEiiZe3CyAQLBJpDQYYsLijiCYo+Y2HJr7OooU5xG4hOAf4uARtX7iYpgEZlFMC Bg1keM4CLvi47jolslvBalAkeM8NCawuQAL/AQa3mnDDJcAABhtgYFyCQ9zAAAMQ/LMcFE4E5FxA /gokkBNOFBx9QRpOP+RBCCNsxAknKrxwQ9lnp33DM1ymQGhAa0SMDgM6wPELKQ76K4BWPsBsrhs+ mV2PNdwQQAMp9ISxFQEEOOR6DTgo6YlQpgl6Gin6AkIEfG7Ahk98XRIgAjoc8pSmHfb8YYYZXvGI IUKmclkKwjQIxAz+JAIBIkpRgxHBo7Q0A8B0Ygcc+IAebhCCHsDFErBSQFQshhEMdhBVHPRgBiEw hhV84AwzqOBJzHGSt9zFCpzhyw4M0YUJPKETdoJADTmgsIQ4MCI12YpDovWEjMVkB4TogJ1O/6CV J5ijAxwwgCXGkAdz1CAUW/rCX5Lwg0FJLIn5SkQPdqAzCiSCFqlohgEkBoGVdCF/oxLDVkhBkE6I AQKGgEAY2FISMSgEhBM41UgU8IQeVIoQYgjFKYpgDkPsoAOW+osBxJCKUFTwFQyZ1u9mgC+ToawD o9hBJ34gqQOMoioh6FkQOECHH0ijCKmIgTSypkhXUsIBimzaHU7hAAdwQBEccAAWHDCHr7WgmE3Y DXB8swW8bWE5zlTCFhzQALk1YG982MIL9GaC6mTHAjIYQglMUIAPwGAFBRgCedLTnvQU4Ds2wEA5 4elOCdTnchL4jxHc4AUC8dMNnOAPPwskuv/Rne50ZjidID6hOgdRiEIWwlDtJDq7MyQCCP5jlBSC 4D9hbMUAPsCRooIQCjpo4AbI+1FhPnADAXwCBy8VAEvdEAAHwuhLJXyNBt5HCEPQoRVuKIxmNEqv CCBiS2IJwAc+sJj8GexhkjIAAyGAli6IIRFC+pEGUpNAjAowM4lSlNCAUBk+BSFSB5iIBnAwwa3U AISh0hUN3xpCutb1IgaTwynoYL8wQOuQdkHM+ayQwB64VQGvcJkPOpEKB5whJxK7yg93gKw8TuGK 0kiFJWo0A4eEAQKh6MQe9xeGqLBlIYTgEyORVQNzsOUtEHiFHR0ygxCEooZq3EEVRfIEQpj/yiRP 0OMcA2CnUBggFLI1SVs2shIQhiQq5niYAeDCEN72NWN3NVhyK4YW1x5ANCFQWBKAMN7xJgEb0wiE D1YpB2C0lwcxaBUweMAD+c7XvjyYzR3oy4MiBPOWs/naMZGpiFMoognOdIAz+bBgBg9HRjLgA4Sr cx0+mECbJsjOEGTAzXSuYMMmGEKIh4BOErvHPY8zMQbgabl6/scL9fTcEgRghAAZ4UAIMpCNTbc6 M3yiERJ63UsrZKEMTdTIp6jUX0b5lxkIaiEcC0xWcmIAYbjhBq0YrAgOEzQtH+8DEnhNKzzRgRvq jF6akRG5PMKB5dFAL4M1axBo9oopHKAD/14CUgemmis3RSS5CxkVQ6ZwgjNcuRU3GCxVliiF+lHA M19QVKOCABhHnozSd4HBpqb6KVSx1hAXtGuqTCWSYfDAEV0YxjAwUowYDCOQqWqTWy1RqT+35QmJ QEwElCIwOzLkB7lTlzBW4JlAcABLdpIT/ezXgQ5M4wx1qZEPXuEQFr6iE6EYAwcWSduxemWsvG2y AV4xgyS87wlRraAYfDADU4WBSzMgrUg6AsiOnZsQPTDNCZL4CImpMbQl2TRDNHYRUF2wC7/rwUme TO3lurEHEBjGDpuBFur+LhEwEIAbYKA7EVCgVoe4mg+ksV/5xuAUXLiEfllz3/lKQw7zbf9CEXR5 CQfo92te+5rWZkMJRSCYl8jJQAaKwwW8aMAEfLDm0a2zHOvsrQBnWMEQMOweEbsHxI9jJ+Hombj4 eOE+oPACCCTw4v1wTsZG8AInHmRjGrhBQTQoKA1Wh4JDuLQRn3CpkF8aUSNPNAZPBklHdqWrWTDE jVORgqN+cAKCeEZd/hOa8BqPF3xEQAqg9O5AInADDQgABlW6Ix1gsNClGuQRB/gBwEwSGLEkPiEL wQgg5zqqjKk7CZ4IQRIyMDw7Ae8LHdjBRscH6Rzp+SSBIfPDIUAKOVSsgxqca6hr0AMxDBIbZyhC KFBejBo4YAXTIEUHr5sRkIxqI8Y61I//bveDKdjRErMgRSA8QYcOhAALiw/AJTrxlSQGAbyecBQf oIOk8IRx8wl+szNHEo2YOINLSAVs2AsR+ANF+YIe+IFE6Qv/mR4xAIuqmAYYmAZzgAAuOYEfMAtQ ASSDMYQJWCFCeIQcuSEgoBQDIIsd4IodSIUnSIVT4IBmgIC40ghTcaPfsiOP4AqPsBKHm4JUCIFA aAYr4S7acgMA6AMNoIAvgBkK0IA+AIBDmIYguIMYmC9zmC8OCAAukAZpWDmWkzmY44A70CWtwbk7 MLBf4gMLwCZKSJstUIRLiA60aYAzHI4IoA5morCmy5vqeA/HAbEP+Kf2sJoRg4FWGBwJ/2iFVmgP pUKelTqEJcCAJTgEI4CcfpIAAgEFfQKFJaCBRjgEGtCnQxCEWEQouRMEBvkx1mkoHHAoIiuyvqMd R6A4XWEISxBGtMiTr5iBA6iUTqAD+jsAOQkCdWkyOojGixIBbKCDY6kTLzmDCDgDGGiAO/GIV8gA GLgyFdmTHRgUHzCJqJo2WnuCXAE1DBqVJ6gzH3CKYlg8eFMjadufDngEfBEeIOiBlbAEMeiBMAgD Mbig8Qu1hzyLOVGAYQAKDsgDULCBGHgFGOiDG8iD6KurXjiFEKCAHwmAEJCYY7GICbCEV2AYhauB PDgDo0qiHwgCLUyNnACpkgwBJPI4mv+ZhgCgCq8QiAjAhlCAQEBpFBcRIEA5oBMIAhu0SR8QgZ9a gTEIgxOoBR8ghFiJCuWqAULQmfqRCeqrCqcQyw4IhST4kSToLYqjqozJrl4xiSDcFWiBLdOCy3ML AQ0QBBhIrx8QJR8IARgQhA8IoBhwBDGELx5wJWkABlliOftqAvtqQ5j7GtpQhCJQBErgAqWyACxY Gz68hLbhA18IROKAjqXTG+tIxLwxARv4kRADhfCQgHWSxPPQRHlCnkt0REFYAhsARcFZgrEDBTcw A31CATcgEBo4hMkxAlAQhJfqg1akRRpAgUaYRQgBsiHDkF70RdkBRoaYhfIkz1lgrov/4BhLmSpa oKGFELx6LIlcADhzMIdUEMGPUJZUIIX2IgVpIIWAayI6SIIkoCJoeYJXKKzsYi6QFD/1nLbdkq6T EANzmIUnwKPiOgCxuBNQiQreyiGIFNFQ+QgFsIRpaIVTkAMJsABHIIQVQBI6cNAQYkJHC5qAmbQO SIhXQ5VOIIggeEYaJIzUCADxgrRAeJ9OsIJPcIOVagUReKQdCQQmMRQ84KoE8ola8AQasZ8dkKST sLYgwAYsiMoegIwO4LRQYcmPegVdUYApGK8lAlI9mayG8YFHoAMu0AAsuCS49FO0EImNCNQ2CgmR SMFeKa0x2KVTeAU8gpZUKAKaawZS/1hMR3gv+FLMxZzMTfWaTg0w3MCNUzCmLZCBVgBH4kibSwg6 1LSACFgBosObF1gOC2gAbdKmCcMOC/hGdPoOx0EnqTMxx0mPTdxNGAAFAfgbGUvFv/ECUEABXcQQ FNgcTnAD6GSQM2HFWZQ7CtnOucvOveO78BRPP421XckIDxVGGsIYPhPCU2kTjLAE2QvU5jJUuRy4 jojHjOAgc4UVHq2rQKOuUQuki3GjUFghjMgVuVyIEWVYUfEFDTiFJ1glkOAAu8mDeXxIczilJGiy ynCkDpiCNEWVHdBAH0CWOwMvgpCCQMgRFHoCUgAKRzyECIBKl5m0U/gBQiAFkoQ8mf8xmSBIhdgT OI1hSUJ6JAg4U5ENFQjoBDaaAAi4PdzxHZ1hoIhwpBkQgRAwB4D9U4rz10KNFTe9iBSkuF6Ig14w WyZwhGGIAZNY22EoBkeIhMVszLrlVJarzLxtgjsQG2SKuTnQVV/wBbQROuTgAqHTgFc1p2baG9e8 1QvbmyHQABgIsQIAJwzDXKkLsRKQRDA7KVD4AFC4ATcAARsAgSXgJ0101pd6KTNAXQOpVkF4zueU XW0VhD5AAYPiMQdxAnAFT3EFgPE0lT9yyA+SPUACWPML1FGLVx7d14YUleUKIX/910Ad24shuA6i ITXl3oZt2C44BV8Ahgz6lBpwBGD/ZNgumIIeeIVcMBj3pYXXUlpQccEggJS+SoV1Y5Y/YJQTwEeF MIdTwAJ9sQEsECAX0bMaoqFQMA2h0TIodQoPmoCp6AFL+BNnqatXGAjhoYA8MACt9AmKKKQtqYiu JddUsQSUUJXhNdRSAdheYIK4ZYJeSDUeKIazdYQ4kGFHaIP36mExvNv7yltPvYPMJCbd8AVEyIAF y4CgDJL844PmWAG9iFVbteJbxQ4bMFUMg4ECwFzMLQFxCuNxoicrU6obAAUQKIDKqZxmBYU3NgLZ XZDNGajYlcW2eztarMWD4s6G8k49+N3wdIQZ9d5CNuRDRuREpqtcod5C1pXoI1p6/0yFPXqyhewK +6GDpi2JUemBAwgCT0iCMfAuwdxagquhMaARLjGZCW1kkaCFRPCEH3iCJcJgunoCqkyUEBgDQ1GU vjBB3vIYw2s4uxw1VOkCWnBPVXkrqDAVirtQR/CItXWEYpjhHJ5bxWQCH+aBHw5imPNUvaVDYtoN RSDnnuMDRCAIzVjiFViBF1qBK4ZnvXmB2NziwrGBL8awMB7jEjCx+KjEelpjNi4AASnFAkFjAgmQ 1+UEzSGd0Ym7g9LdPs5FXgTeDXEERcbojNbojebojsYgh2RJTxmVkkBfQBKJPNmkyZITMdhegjPG twCeGSjC+QWVJ0i9phUgWbarD/8eq9AihP2jiq2o17tqaVFjYe/l2hk2216oAbUdBrmd5hhug2KI hLjF1G3W1G7GOW/+VGMCjrIhphZ4gUsYjmlgMNTkAg+LZytuusi1gRW4ugIQp3zWZ31OARP7DjW2 Dzbm6/y4nBdbglRE3YAKkAEZKILiBINSbLmLEN4dMoqu6Iv26Mmm7Mq27MuGlfGTV2NGUCSkBe49 1F35rIrZbFhhrVD4CELIwVZOFWnJzyDUwVRgI1gTv6JmWGZmCKWe4RqIAx2G6mGoasW85ki41OLu 4SAeYpzrauBQprIxZ2dShEqQ1QWbsLXG4uvgJhDDsBD74rougRQI4z2oXHjagxT/W+M1VuP64I+/ 9hwAMbuBwjEdW+zdbZ0/DuS+exXM1u/95u/+9u8WRkHWjl4OIuTMjj1YE/CPLuQU5Nq0aGoYhvBq jmFTq+o2EEPibszj7ma9xTmv9vCyce7dqIRyfgHptu4rbut5xrC9wWcwrmvwToEh2IMZL4Dy3us9 YGMEyA8A4fGA6hyBSpAlUBDTieg+7t29A+SKBgAm+O8md/Inh/Iol/JQ24jdnoUI74Urn+HehuFi mOrgJm4MZ8z50vC7vbm89WrmBnHnHrARr4QWMPETZ2vsaNzGzWe69u4Z/24an3EMwHEcrxwd7/Ee 94/OOZAgz2PFhpBwaOwj58X7hvY7GGaCSaf0Srf0S8f0TNf0Tbd0uIVbR+D0UBf1USf1Ujf1Ux/1 YRbUKWf1Jo+9hlvqBz/bpp50aZ5bub3mC3+v+Rrzbd7UIdZbNP9qY2qBcS72ch7xF1AEOX/ctrbz 7GZx7wZvfZ7xu+bz8rZxNlbvQXfv974xIXdoIo/ohgoyiEpy4A0IACH5BASQAQAALAAAAAAqAloA AAj/AIMEASIigpUvPnZMCdPBx4wOByJGVDhFTA+JGDNqlLijxxQDGydeNFCR0JSFBnr0+OFwhssO P2BC1KhQDISbTyA8IXTxwA6QIYMKHZqxo80aSGvsBEq0qdOnUKNKnUq1qtWrQWNGfNmwQyI6PsLO CPLoEdkgSTgkQZukbYa2WDJgmZuhrt27ePH6ytCgbwMZDbg0sCDDApfDiBFbWLx4iIUCjwtInkzZ RgEbmGHY0Ayjs2cJoEN78bKktOnTpjkZMUKjtevXrs2YQUG7dm0njXLjwKGnNwCBQEJ48nQi4cKu WjmetFi145SeG3eE2bHDZk6TKFmK9QHxYXKMCgk9/zGUczyEHtR/pl/PPj3N9vDhg/xhgFBSpDnD +IzPn72BTlgFKOCABBY4IIAbxaTgDD9Iwx0deTzUEgenBJHIKWtxwAFabCWBhYcgzhVXXiTixYcv DfgiA4ooysAFYS+6qBhjNC5G2Y2SWYaZjphJ0BkIMIQWZGgSeCEBaqipphprsMEmm2y22ZZbI7sV UkhvArX0CHcGiBHGD0EwONNEy0EHngE7DNUJSUxpVN9H9j0x3knTzeCQWBKKSdMU4unk53k/7ace moQOGmhRhSZqaKIGMBRIEmHcNAt+PPmk6KWGUkcoggZ26mlEnQD4g4Iw/cCpgKGGCqqqGakqE6kH pP8aKqystuqqTLFy+oNLuyaSx512zuDrDBRaWCEHlFDCYVsecuAAiCCWKG1dJ56YYl+CAeaiDIW9 SCNkjFFm442Y5WiZZyDYAEK6NoA2ZJHwInmakkYswWSTrT05W5Qo4EZllXoA8Bt3nYBpnJcHhIUr mRWZOVFKDu85RZohGQDBc/YZIp5JYhgQhA8HdNUQV7D6xKecKOcEXX/tvcdyfAbQ4UkInfQgXlJP hAHgy/196rOBAHbQQbDAcgcRRKdGdavQRzONYNBDF20n00wTTbVGVW85NdMR/ZDH0Msyi9aFHJqV xCnImr0Ws0k4MFcSee0lty90053BXnbxkcGJKzb/YIK2gSXm7RCQFUD4uI8RPtmOmm3GeGegASkB CESCNpq8SHKyBCeq4Rvbk/yiMCXAvn0M0a4dkITwWHfKRBFKBsQeew9hNIqmRmvGflKbRdW+Q5+E GHJxxw/twJJLYXZgOndiSudneTetjKnsgyLKKHqyp/RT9mjuSl+kT+A8nabcT7/oekNRt9/P7GcU 0wxmbSh/EBsm0brQVAkNf1lal2W6TPvjUP0EyL/4oYV/3AHVAcaitrSUrQMFy0Me2PIhu8AlRPR7 BNnop6G0qIVZd6kbigRDQsH15RJ6o5a1WAQYb9XIcDgC17h2tBnP2BByQTKSDiu3Q8zJS0meyxfo //g1OhxcSWAAAMLHJEKSinwpSz74mJ1eFwaVWDEMYjiJE7n3k5J4KU0t88lFfgeBPl2sitWZ2A6U J8XlucRO9JHTfWpwHpelR3s76AR79Kge/2jqj9ubHfb4NEelYC+Q1KMOH9OzyDv2sT8gORRGGskz 9WGlVlSBHwVD5KG3DdAHP5AIJjcCoLGsjW1tEUgS+tehD7mykx9i2yuZBcqQadItdXllEOgQE7ON yC4VvMsrN/QIZDkrLcrC5d0CJ7hmJuYvl6AbH/imosCES3GVadyNIlOAGwbpmz6yHGhOQ5odlnMJ pPHhae4VRDPQwJ38+oRuSCewL3xMj2tazhPbeP8nijAHPLQ7iRUDGobl3CSL/8leoNY0xj7l5CPa E4PG9imQR7ikJQ75QQ9uMkcI8M5SiMSe7ERKKDQdsiO5o04Pcse9gtrnPirTY/m0lz2S0jSPfzQf fGKV0/NNDysxwV8m2TKtXIJoS6YKGUxkJaoDhBJs0crLMIlaVLxgAxvClKLa7IJVYLbFIResiwjv Rla85bKi9AsCFuoHt7oEzjCG8ZYLafRMwDSAD39562MeYxkLPM6GliHXZ94lTiOh80igOOxpKnck dZZmSezE1xClNE8r+QYAJ/iYdJroRDBBMSzGaRhP8dlFoDgyJRtbCPnQtB6V+EQ8cqpUR7q0FDv/ RZGftnXJRgtJiPTNLqWxA25CS2o7KxY3JdpDj806ihLaKbSPrI0uIAv1Mkw9spLoI4oeQ6I8h2Ty EW29W90Q4QvyjlUuXx1aWYxWNWCp0i6+wAbdsBrfrgYzviIkr3nrlgH5IsITiGgAItC7SrTA1xee KK/d3iKQX44QMX4h4YJjqSEH0I8SahkRM1fAhRV4eAU2sACIR2yDFSymmX/p1oty5M0Wa5PFkDOs OE2T2CWA4sY2Jie8DHuaGmfOXpwIohBDV8QrBUxgSkxIFrXoJc9KEbRUTEkVp+xc1jIydhI1BEK3 x2WTNjQnOhljRaLXXds++aIOCcWk5tjboNyR/3qxQyRrlYseKtt5dh3Jc33muBOIlu8nIgV0l9FD vpNmSj4l9emhEyWUN0sSpAqj2FM6oTwP3W0ahwkAFzTNacSQ9xLo7VAq19YhtdKlAdNI9aYDzAVE BNgXwrgbIlQdgFrb2taHSfWtD4OIWL8FbijC9K4FY1S49YXTtXamYcyKLIHI71nGPoyIz7ACF0fA hiaOq+C+lRlvMhawl/lMYm9MbhuX+8arMQIo1I2aIo2msTnGXOeE/E7ZCCJK8zTiZQFgTx/UTIsN G4tAPktFLIrh4FkkBHaqqJLa8UnhEMjidFvbUKWE+QAGMAcEhNcD5QHhBEBgXbCkOIPdsrnRl/+a 82ZVsnI7086507EdxDryUpgqlzq1k/LLXX5nLu7xjj1IbqNU6shFrgmn8VkfqBQqXYplXAwzOEEI 6KA05Wm41lYwSAS0boWuJ5u86BWmiOgS9ktgIxCbDoDXb81pT2ADEVyYxgq2znWuW8HWXTfICgIw DU/EGtQZgLvasx6BMyQ7RfDNNOELf3crnMEKHD4M3j5UzGSq9W6IqbYGJNAKDWigFR8AfStA7yMY UDvbNbIA4c7lmQ+4vjMfuIHsbwAKd3WmhkECxQfccINDCEAQN3aD8IMvCN8fQhDqNoLmDjtjTrgh selETb0i2yR92cZfu9H3kfnNHZUy2QBmGfj/wEM7MfqMlE/DQ38WD+4ncyAUpIuq+HieMBKlEAIC +oHfCTIrfvH7wGK89R1CwVJS1ige4XA893JaVEWwIzs1lxSG8BHOtRA7V4EJWDtTVj48V1MowXA9 4CUWGDsMl2dBN0YrBWgmYWXBFWeNQkdAQAEBwAETIWkhESimxBeH0QDSwARdwAQ8yASWEAOngAiH 52t3IwxmBXgh9HbCNg0UggW1Ng0weHetNg215gsx0INa+IPAgAUNcAaI4AgK0IOn8HWwRjfChggx wASO4ABcgAeaJhh9YYUBcAYN0AZx0IaPZxhzd3fLdlaoBGyZdgYwYAFzEAeImIhxEAlx0AaU/9AA nnEGNMQj4VZDEvABnOF6NtACkdAGfGADuld64nZjJaAIkZAFSrAEbkA5XuAGNCABitAGqIgBNIB8 PrYE41QabnB8XoAA0fdYnENv+rIvtFFkR4RECGFbr2MRPqBE/tcBNcEQCSQSWsSBjaITO8EcjqQ+ HSF/F2cA9hdxHbMrYdF/A1dyEMBbDdEUIQVwdlZFtpOBCriAWCYGN3MfEag7VNZw8QhzBuhwz8GA uqNzVOZnnKVFO6dzHVhlXMSCNoF/GBdokWQzlvAESTAzM8BHVsYfBtABZoF5AeALCgAJFVCSJlkB D6AGWsADvsB3+oVqmPZq/iVgAaZqm5YBWv/ACB4ABSOQBkjgB13AAXG4aVhABfRwkie5CGSQBpTA BDlgkowQA5gWd1NJlEZZAdpAApFghZuGGFh3CVWwCiWpA3bABHWABGlwB2dwBoixF8GkFy9CiDIw AiSJlCcJCVTAB7d3Q7hnQ5jYBAtQBwvQBnOQBupQkmpwBKAYTp7hBbVXCQTAACWplQOwAAtgBy9Q AgtAkruQD3WQAm7AbqbhbqSxbm7QiwiQJPPWTtZXG0W2b5gVBCcgAp7wA0vGjCDnjJqlOmLQXcmh OoT2MGLUJ9qYaCDBUK+FM/W3EzdhCCsxcub4MQDIZuvIjtkDcEGHgQfoEc/RXOGBHR8xKmv/AgGW gBRdkDOqg4EkwYDdyZ7buTvIlZ0pAVG1Y1y1Y48Kp3AZmHO68xwl+Gd6Vh8RZ1M8lR5iUANdEAo1 Izsg9VOUZmC+sGnAwACQUAUWeqEEQAL58AAMkAZEmGm1tndxKGwBAIdpZ2uOkAMeQAIMsAur8AA5 kANVwJUB0AAKQA/6cKE6mqEMoKKQcA9VgAQkoA1qMA13h3XJZgf7kKME8A6QcApHaqJdmQbfoANV QAAswAYPsKUP4AGUYHgvwgXSMkIW0BlNoA4sQAA6uqP68ABdgHu2Z0Ol53qKwABbmgMPAAlVeqX3 cA+K4HqM5QYFUA/7QAJVQAbqwKUwSgJK/8qkG3oES7J8uBgvozEavqiaSyJkrVmMlQWbX3ACFIAP Z5AIt2kAH3cCXwAESeYc9wcmFmU0B/CBhuZ0qXWCgARGrjWdSvEl4PgER1FbtxWdMyAG4UOd00gU 26MSALesKNGsdJJx9kcIDCEFUhAWodAF5umrzCpQ60kSQfcc3tqty1qfALmtD6it7QmQ/GmQ3BMW B1BQH1E9lhJRNTAB2KpltSMo/BErVgeSXfAAaSAAazCwAysAGPACdsAC3xAHmwZ5XIANWECER3p3 FJB203BVmEaXWWACSLAPBBAJdpAPTxqi2CAJ9zAAAkuwBWsDc1AFYFABBCCwSqANDMAFd/9HXthg s1yABOrQBgZbDwzAA2ypaV3XdVxQBfeQBQIACgtQASzQiWlAD2mgd5InQnXzVnNnA0cAsDegsior AFnwAHUQJDbALTIAAx8AGpi4GaDBsfdgB21gBx5QATnQBGsgAfVwD21gAgUgATcAqBLgBiVAAiyg BGtQAGSAko2IBDnAAIvgswLQBgDrfPVSGjp0OaiJAJc6L0GmfJLlTpsqOv+ifUjEb18QAAJwBnRQ qqeaqpnVfQ+nPD9ACJkQDdFQBhAQCv+RUz8QHjWgZWM0XIfSERqlFE/QBQoAATsQCkpxFEihvA0R nWFCrAHoXU2RO/m0rdqrRfe4q6MQAkn/UDDmgDPDc3/Sur09EArmC6/aGwbsua0e8YCWkIK2M64Q oz05tyY/UAsikAR5gBJpsl1i5IDh0wWWoGUfAVw+xa8Qehh2ALACIAA3AAIYYAMfMLBu0AL3kA+U EABYwAN2gAlQQAVMUARQWARM0JNMAAwjAAWYkAY8oAX5oAg2gATvgLI2UAU5oAVQGACBYLIou7QY MMQSkLImoAYw6wYCsAXfoAYOUAQKgAQWagenQAlaELQCkMNPywNpkAYLwJKOxwVUELQ3IAFpUAEk 4AZrYAJgAAkOgA8RMJSJEVcnNndnsLVpoMYTPMRDnC6RoA5p0ACKYAdXSgV20AQyUABz/3AECxAJ TRAHY8wCBXC4iZsDc3C3dbAIVVAP9bC3aKt7oCADWLoFAmACjFAB+SABa7AF2oCSkCu5adC5lYtO OoROmqu5v1garUF9ZiAIgjCMxChP/2JZpctvQBAIYJhGFWGq+5eqzhhaNpMJI1AHdRCkdaAFflAG cba8odBwGWMRi2RlPvEKhBAKqfAECuAHWlAFWjAC6VgeOEMIHSm9w1qs90EIo5LPoRQSGmky3bms YmAO5gvQOiE+JOEnMEUIZeAHDD0CT6C9hDACkiAJDF0D24uB7Gu/hART5VoSC4dc5IpzHXACnhAI eWASQeccmhJ0qBU+CjABD51opKVIOP/FwHERodOgABAsAC/AyfWQBooACmsACn9MBcBABg9ADyww DvewCosABXHgAfTwAItQ1WjKAhyqBjNsA36QD0oLA2kAo1VgsyWrt0ubBT5dDy0g1KBwBNrgAU0w yA9ABlAACY3LAljNAFCADCebxVSwCMiwCFS9pVRgpFyQBougBU3QBlDABlUgsEPAAvRABg0QAZHX aZq2dxzmYRpwBpHAtUuc1pyMBIzwDnVQ1zmw1JINBlUQBwzwoouQA2zAAPfgD5Ocw1PdAmsAA1qg pSzwDjmglaD4AaBQAAsAyI/MAGxAAhesBIuwCw8QxLBsL+tmue5mube8ueukOZHVy8f/N4y3UVnH iIwS8gMA1zFA8Kn7VxxhER5+UAVHUAnlgAD2sA4pUAl2UAcKEDvRgAla0M44QQjaSD7pMQH+jc0K IAkk0AKVcARVMALhSL7zLKzUa6wNIYCIkh5Vtqyv0N//7QcTwL43Y8D2h37HC1NdoAVIwOBHAAXO wKzOMM12MACKcARk8OIXzZ3b+4C7+nIB/c7gmYEyhyZikArn7Jw/8avmEHNoQgjn+R8qUVISSVIM DGya9q8B6wZtQA8M4AF42gZdawOMsArqoA5I0AYvoASKEAdV8Nr0UAVN0AR2oNZK8AJtQAAVAAlz YAM0XgASbAJt4AEMkARWgAg867M5/5wDjIAMkKAPLxDBTcAPcD3I37AK93DmW6AESpAFZLAKYHDD P1sBYEAAcf7A+VDZXOAHD4AEi10FdaAEAvsBilAFi8AEW1eHjrcCjreWZ1B4vu7ZoB0JdlkB6kAC kMACZ67pStAGVaAOYACwTZAGLGAHW/ACW8DWShAH96DbEnAEadAEai63D3AEEgAKgloPAHuIJIAE pHy3TVAFoO4Gn50GoGAGoknLPDYaIKC5PhRkTpIv9UaMr7l99RRyoHTeploLX7DwT9YR0aAGAxAF xSwwUaACdRALZWDILZAFduAH5CHgF6GRaNIJ8KDxLVAHVIAJ/lAIAIAAC6AFdKQQKP+Dz8hD4eEj R0hBCCPzKmPiMrIzrhl/BBu/AJjgJScx4uX5ULQjHmumFCOABN4gMO0ACc6Q0aEQDUjADUiUApAw CRm9re/LrDyeM87VvfjKcgyYnT+BzgqgAM65Ji81ARZNO9RBCAqQCnWIDf8XSBO3PVV+N5oWBxCs 5Q+gBUWg6iQwyR+ABCgZCaqssjAQBy8aCWuQxRigsibgAePwAjYQ1BEcwUfMAFBq6H2d6MjA6Ju/ BvIOszILBmyQBqoswZBNBWzwuD/7DQQwBLtdBzlABlxwBtOACSzgDUM9AE2gxBH8AXawCF2wdWeA D/igAdDveZ4X/XAcAVoL2lnAAGX/XuaO6wFU8AB2INSyv9tpwAYsYAKHa7dDfQOfLwBKwAJ2+wEW oMYF2wQMoAYFAAo3ABAlSLAwsWZInSygBCz80EadHQESFrw7YsSMEVBLNC7x4kWCBE40BHFCgGDj SY0haaxk2dLMSxQxG83EgaOQHj0AdOr8cuLRjB9ThE4RYwBIrVo9gwQB4mMHIS31wAFwUs7bAG8I dIYbQEVSFa2FVGCC8ARCGAMGCJkz8GPHjgPRCHADUGgAGUkErjjhtgDKCHMzdnQZUaPTCSBLFS+e IebJEwWFhz0h1MFHhx8zNM8IlcoA5gOhQ/8InXZHjx5hpvSIhiSsN2TOUPd49fgJ/60aT8T02BHK UmFDT3KPQOKtEIB2DKJBMCc0DNQjOpkN8uZBgTlCoQhBIIR66OrTPaaEQa16CqEa6dPrJn9eeHpD YsjzJjpe/Bg6P2ooUFCDUFpCnuiiixrEEApABYD54JAzQjhgBwN448200yA04IBOOggiiQx8CYCL Lh5IQwA32nigjgCwGEgREhcAAwlQ1rhhizaUcGMNG8h4IA4B1hBAhiy2kGCND+x4px47MLHDBAFA UaSKBxjhw4pAJLlngIiO0EEfLu2wAUcCKiCgRyW0UYePNWBoI402hpRBjUXaEMCGOggo6IY0clDj DivOQAQTFrKIKA4oBF1DAjs8YP/gjggiWMGBUyg5ZQ5KK6XEFxgiOCMSEW8QYIgmshA1iybyVIeF IdJsY4E21zDBA0iYFOAGCUxoIhIYDs2iCnWa6PEGPtrYokcbqrhHEVDcMIEMFpQwqAooIrmxgDRI yGFEGJC4JwsjMOJko486ksCIT3AwwwuTUNpIJRq6ZekleGFCYaZGaropJ5242eCLpnb4jiijkOKX qRN86CSaKlQ4LoUqPFglByToAmAPKBiZCwBmvGFEEgV+k0QSLbTARJIyIMyLLrs8gIKAI45YgAwP yBjBgBGQqUILSeD54ZHFFvOBED8wgaIKKqCQBIIZLutgBkJGkMQPP3B2BrMdJon/2o8yJpAEE0z8 iKUHMSRxDWNv1NAimo+1GCFoKLSwZIoytqaCaExGMEuB4o5r5wFkqBiBkClCiQYKb/Ktx5+YR04b Zz8IUU0MrZ+GIG5JJhhvivdyg0A+A9xTL74wyNshdEJK/wGbFYQRgz8FdJui8y5aN9CA0wjpIgZf VsDmlLRQs7D339/KMAgsOvwwDhFJNNEPLjLAhAFBBTgCki1kbAKSCjxgUYAsduyxACiy3z6LHOjR hp4H5MSgHjAYiSEAKxCRRB053RjiBfyVkGBO5MUkUxtIuIkMq/iGHZQwB2RcSQAwmAMfBPABHjwA EoyC35+g98A0VIAENzIBPb6B/wQ+RKABafAHJEx4whN6gAp80AAMOJWGG6xBhjNcQx+UAIYKMEAR W0jDKnLorAKQIFYLMcECCACrAqyhAGSowD5a4CMlMEKDqZKIOhJiP2Y5awhMzMeQtqCNCmijCnMC lCK6BYpvcUQC4loCJ9wgCCN0RF0pMcJKjMAJds0LBfCKybzqZS986WQD3qjFCQTzr6IcJSknUIwP DuAHKJCjLllgACQWQY9V1IEb6yBHFVg2iLqQAwlQgAImqlCHI2QhEguoRx38gLcjrKMulUACGUhQ j3oQAE4PYAAm6rCALKxqAQpwxgx6tpQdEAeVWThCPaowAjH4QDATSMMvB8DMev+orXRUqAcSkFAH LVQBl+D0A3GOcAWMbaCWJEBCN6HlyWdGI5wLuGYzidaFWOQNOavgJSZ0UwMtLGADOkkBAXSwiEVA ggALOMIAVokEP0ygB2WggjeREM5xToA8maOMfTwHH85FyABA4U4irAADLECAP13YXA+SgI1mPOZ1 GFLLY7gDONqh5S0TMkAn0vKgnmqIQ76wAIiSV6IHMM95DODBQuxAgi8NwQMP8AAYoDCkV/FIAIp4 wDe8xz0WlJIM9JtTFRjgiAAE4AzTmF8bYkhDGQpACSSogP/WUCYWJPEDW4iENwkAiVW8A0tuUMiP GPEABazACgFYgQXv0KQFaJD/g9/QQQgjEEEPkECzm9UsGfTxACZoYFOdiogJTHvaNqAPDGpYGRmq EIckBjFWOELCN1iQA0jElolOPNQC9vGOcTxRAnWwYrK22CyDcNGLbKhrPgQQRBa84BA0yMhGQMDG jnSkJHPkxEvadcc6rgQFenDCSszQR5oAcifIWUchO+Cv7yTyC/N9hA+W4kiElUMnlbjHLupagXcQ IJdk8MYVcKATdnDDDgwgQAtwsV4z0LIKBT4wAMLRF39schv1qOtDJKaTK3gjDc7oGRB+oAA7bCAc O2EGOdKACdopoA4tAOVOrjCAKjxtLutIQRZagACcDGIABCDAAAZxHACwAwFG/0TAOjaQhixcYclQ QEiNdYILbxAACngzDnLAqA1G0MIcfrADApygEydcQQX8eIAdyHFm6aTgCHWghSTq0eRtoLIfCLCD FkqnHs1x7qM1MIRQeEOeH3QgDLvhAAdesR8FFFoMOziDAALQCQi8bqfomUDr/pMWUEOoQgZAS6g1 VDxfcIELyBsRUtOwggxAgQUtaNGY7qoNNRSBAfkoSAFeuxBKTlWrWbhHF+SnQBtQgQHvS2uVFKis JkRbEUl0A/nsesN9SGuGz42EGnZB1m0HkakR+FD8ACUoUER2g676BgkigI8VjICpNqB3vektAUXs AwmifaGnWqAGD3hADQOHhP86PPANAmShBBK4gRumJcSCDIERLDgCCfKh2wrkoAmHqgcL6qGPjUvA D4L9gLKymNwKdHENW2DD+fIBChNAYhzkuEh1NSKB63JEuyVJV0o0QoN6mYETdQxvHfdIg/Oi9482 CSR7k+IU84ROvojpgIaC4JQyzPg44PBGFfLhwwqAAYfvqASSAaAHXNghHwOlyjqugOQNJAzOZ8fF EfxxZgRwmB52WDEAwDEVAEShBWkYQ88gkIYUoHkQ7NCJKEeQiTps4DiFuMIVmFEXdTLCHytuxIoL gWSxkGEAfT87O45AAJ2AYxuMX4cRJV+Xyl9eD5UgQ0W73A4wsiHMY7ZDFNb/C4Bt7GMBvg/8Ovre jwGIDPV+Xz0A1tFnCAA6N4BrT4DU01HaPeUxPTBAWbYD6UJPoRkf6IMV9EOI3fi0LBPowqQ7h5Yw vMUA2ikd+ocShk7QYahFDVGr27AILSiCOFAHfaAiAiCDGDKBb2CEU/CAAlQiMhg2BhA2YLuHOJgG LVCg9WEAUkirAHA2LLEBJACjMIIhg/CAa8MhFjAgG1AIKDooHoihB1oDN2gBdSADRICfxjo3DJIs dnM3DbCANFCHAcAAejNCGzBCGFCEb4ACTek3AYiEb1gEdahCdYAED1gENRiCB7KVNug1iDMIRtCH LCCDi4PAjAu5OvA4D5iD/4iYiCwouePSIuVaOW3Qk3ywASWoAB3wgotII527Li8AAY1AFwTwgjmi ARzQAxRgCXdxifOCifRiuvVqh/b6Akcand3wlx54hJ7ogB74AR+4jM4ZATt4sCt7ATvwBx1wmCaq AxXwPT3ghtOrhwNjhhb4JYVxPjtYgEp4MD2QMzK4OwDIu10ggLAohyNws5x4Pi2wjKXohBEYgOMY hCxYgBZAJwCoBEaggjY4jgjrRW/wPbFgAB3oO3YghwFQAVREgF+qBHLkhgG4JZ3Qg0XEBXJgFXCs BHH0vYxRgwnTm9wLs6ZJg6zQiXUYgDogA1kqxgGgJ60oRjtQg+WzR7TLx/+2KYzra6nOsT5LUIAu eIJSS4tTwAIO6IBOMIfc+MhI475O4IIzSAIxiIVM4w0xSAU6aIbpKx2hEIPSgYBZUA8I8A6hSIU7 KMlU4wI7OKpIoAdLWgV6WIDvyQcSGJIC0IFeWgUd+JKYk0AK5J57UABEyED1qYdFSKwKshI5STYw gAQ1oAcSiK3wsTUl+IYc0AEScC07aIIvAQU7UCABoJEhkYAqyIER4AIrsIIGwIRt6cF1U0A14AJ8 iIAsWIRbqgJxwkxnogJ/yIHQOoMjIK1IWIWAK001YIAcgIiGQMEHUAQlCkOJI0MzxDjeggEtYAEk 0AfhWgArMgKTQ64tSjn/LzofD1CHVaqAcUiBdtmIQUSA6yoJ7fICPJojIxCEo7Oj8DKvPnICFPiE 9Pq8prPEp5uBRwBF+nidH/iB1AA11OgAA/CDSACy9cKFFFABs9QGbciwuvAGfqAHJHiBDRgABlgF NiAAMwCAK6iHHCABlDmCuiJGBCAAImw8f0BNfyCHKBiEI7COHfABIMiEsXGC6WEAdViAvdgASCAB rXCCFmCEAX2ALNCJCPUH38MBRWCBthwAEFuAHEBGjBkAHKqHndBQg7qzumjRF42E49gDIru9gawB ohgBwhGk84mOYkQCSGCARRibQqiEHh3S0yMDNXiARZAZS1gPA6k+4WBJ//8gDwMIggDQgGnw0CCQ A5VSgAkwBPoIhVCAgDFotLeAEA4QLWkwi9xYDTGAAEUti+AghE7oBPGYglTgAWlIgqRktYXYAiTA zDpoghi5gUjQBhZwzRqsUGTwFQEwEa/8KmKLA/khKxHMoWJIS7LaQFLIADLQgRJQorkkE3oggwKw getpogGgwUhANiQwzh7ZAhZYlD7hgufxlXTToB4xgQcAAyrIgAhYNTFVAx3w1oHzVkbQAskcLRgK zE3FTMxEAhIQrLKqgFUggC+RrYgbwzI8wyBqIuHquNwUrjQQrGRZFuCswy3woQfQgQVYgHY9giVw gzTqCBCIWJ7rCHJBgf91YQk8GjqMZZfzss5GsEd6sZebqMRLBAJP8IQgILVIJbXV6Ekx2I3MIAQ7 O4JK4AYamM9IgIQHuJhC4M9dWIQJbKd6WAAVaAQEDRN9aNAHxTsCGIdK0IkB2AUf2oeFWoDOJIMJ OIAgGIE6OI51IIAHMNihrQdIqIfjQAAoATsCWDFcsFrfu4LI2gU2EFIErYMK8AetYIYB4IcKoNuM Ya5dQIKcuAIkCNsHRSdwWIB8oEYvqwDdg9KJooLCAYANqAB1UIH9WoQcyIEcaoF8+VIAwIEW4Fup 7TAqIJDcSFPx8Eg8nb6i8FAOkAYD8AEK8BOV6gI93QHHeAJzyIBWMD//UKODM4iAPOCO3CAPwOlJ 9DOHHqApAyEFaeAALOCCtMLUWfkICbgRH5kDh8mBKvgSN1CCJpCB7wHbVR22sBxLspqRZPUAB6AS K8GSDQQGRGiY6imWFPQAvZqDOlgSJZLQsqwANdhVUAhNKOCDteLBaSWBDziUSNAB0Hq3COADSqhg C67gLXCAFWgUc/UUWsHej3CSd5BKN9gCVmESMZyt2MwCTMiHXZWAXekVjmNDNQRYmDu54MyHXLGB OCABehgR7jkRL3ADI2DOiDXEQ/QCoDODkwC6RqCBjXDE8OqjPZoXHHCC78QJkgWCRwACCqCAGYjU 8YgQtPiX+NOQSYAE/zC4h4WqBCvDhTRggCpAGW/AIcoSKAQgPhALEx1Q2rtlWh1IPABw0P9y3Loy EygIgw6IBiUtRjUo5P96gCNYmEf+Lx3QCtOjUeerBxKk2yuwW7z90SC9Mjvg2wdo5EGQov9iAbow vSsRSMdlBCgNg1iQXEGqABaQJBwYABKsgFPOCQRQKFJmrkJWh9NFU49i3QmogZB0nAgpCwjYgUDQ gBUgBZA0BLQgBEOAgFTQYD5IBbNgjiIo3hqIPkvIBeGwDbNAPzEojbT4gUTAgum1gmkYgdSEKxn6 ABloAw+gBypQA+ErgB6JqyGwgxw4ZRlqgV3bkYQOy2lQgGtpYBwhA/8GKIL4oYIrORQkYIBUQAQ/ gATXTFUxqSETAAM2SIMvoSFqWYVF4AGNroAC6hELIIF74IEImAZAeSI8yR4ZmKEXOoMzsIJGkeCh bhQNGGrQTB58lqE+6CAPsACVXgGN5jUlYoR8GDwr6pE+GAJI2LgPWEMkaMM1SDf6AQUjMIGBMIE+ yBHLRRMZagIRkaHuqQMlflgknthDxCNETAkzGImhY5du6S4caIQ94iPv/KN7IdlOOAAfmK9OMJCe PA/0q7/6gwCtQQZLwqEKuIfIM9pCaIFFmOP95AdtIIAUyAk9GIQ92IO35WM/hlAC0M9BPuSH4dy6 YgM1iIE8GIFGRoD/StYGHPKvHGjkFPhtNrhkqrA731sHTq4rTwblvAXSvt1RU+5tVdYGNmBlqhiA V27cxx2PWp7cyk3O7SZBbWCASMiJQSCB5YNbvv0v3NIC1H2C1VDTGmDJASlnn4y+6SOFIpAGy/a0 87CE/DYHRyDwsmAdkDQL27i+J1hms5i/UHiFKSCFSMECD1kBEyGBNhgVUYmEanmYbI0BBkC4SFAE JdiCOADbB9jZNmgDXjksMnhxXmGCAJAGdWAAO9gCW1EUDqDnNKDaNogDRbmDhz6SYEKClOvwNPgG etiHemgDFKcRAqAHmI5yItcGCYoEVWIE+jkDLqACKO/ysKuCKYeS/y44gxVgLLUCajfvkz45g6OO IA73cDtfADCiAhRXgl2hgmACW2BaMB1QAoX2gCxQAhMwkXpQJTVYwXtY9AdWhzn4AFCwAEDPAjuA hF3YBUyY8jpYBUZ4cbC1g6ErRIgFAei86+06iTT6lpa4I6TzLu3EYsTW4p2wxE7IjC42AMhejR4w B0MFNAgYATKoA1yiaM3eBTIQZHIoUDrWhnvwXAQdAHYV7Stw7bogZNjWh22A2roCAw8gAE/KhwrY BR1ogwwYgQWoRroKO4WqB6xc94lpdzDIAX+YirbVZObuZBCDblGebgRdAL4FA3lf73IH2nHQirbt btyL5VkO71tmgf+B6tkvewA10NFiFOaA59s7ZADW8oPrq+/VXVPWWWf0kL4aYL/0IBDKsOwJYD8E R1QBeYLaiGb1BLUfCIIZcPncoIxXCAVSAIY7SARfaAAuuARMIGZITihGUABfWCweOCw2oCp1sFwy UAAosHJfRgZHyPq6egAo4AA8QAQFUONFgBV6YISnD4BTYAQSZAAqaAArcIBKhlcG6GUP8ANGMFhF 0YZF6EY1IGY5roNF+C91qAI+YKw58La6YgAxbfF8gIS0pwRN+RBVu/wPyXyYfLcGgBJI/nwG8IcW h5WD9i/LHQfbhoQ4gAEYsINvACC0Bzt1qIMtGKAOQ4IhoHQJGAD/fUj9KiABhCL9RXiAryeASpjO JaguEFijvU5idNlrU2/ilph+85LEWg/PdXivtugAnzS09MQcdX4Mc5AEFQ28AchCAsXlp6Xcu6Vj PtwDqrC2u5Wla+fD12baK9kvsPMAFQAIBAiOgGFQpYmnTATCAYhSr0KFXVW42Xuhxl8UAOAW7KqQ Y1EdAAAGEcAIYF09bbt21RN5pU4FfwgAMBugrUJLAFcW8IPojyE7jmw8qCGQEQGBewMKAWh3kw2j GlPCxKLiTeQGbTkGiCx3rwKbRWTIYWVDwCVPrWqo+FHQpQbcJ1PDGJhC6EkNSwr2PhFjt0YXS3AH xyX85PBhCBCm/xioC+HJqzGKDXQS06OHgRlBfLwypFcBoUdANncCVgRLhgZcKGkhQ4aEa2RVmNy5 tMJCgNwOmFBh5IEEpmIOAjgYQQYTk1MRZBwhMNuBlQDRgfVWwwhKjNy6W1MBNs2KlQinqJCBMiJG azJVYiDikIYMIzU6gnOw4qB1Fe++4kBR7+hSdCuswJp6MXBxiQLIyAfFHRGcEQAXXKgWIYQRUnhG BBHA0EAcBHj4IYhV8MCHHSTo4E8VcdRBABVttBBJPUg0ccYHHwxhBxk66EBCGnZAUUUWBXyghB3O tVEAKKBIAAoMihRZTxMFlHBEjjoQEElzSLSxASdGcLIEKG4o6f8FCF6Y6QUCXixh5hJtutlml10a QQOdddppBp4oNNIIDjgUooceIonUzjoz7LCDDzNMsdhUncxwACGRQkCIYhCMAMULImGAoweQ3FPH TDXFNFMhlYxDADcNRfJABQxEwtQVBFSgQ6p6DMDCA/44AQBSqywQKAJ13LNIPVc0dEQ+VCQHRCZI 7CGSN/nk2kKg5ECiQwoikUPGIh4QsI1IKVzLEEoVgJFDTi/FtA4ApeqzT7ppgeHPswBs220VG4QL yTtLNfVUVFNVdRUAWWmDBFNR3LqIGgPsyk4kFZyl0wLagAEJGRMoZtgUPYTRg114faZAX39N8BZh s+Q1GC2KPQH/QQ1yUSoGzIB1EZhgNsdsiSUv16CAJQaMNkMHP+RRBAcZRLiCgxZqR6GEFq4QHTYc NKBdbuDldgY+AhzSCnjRcZF1AA1cIgwX0WkHXoYRqB1e23G7nXUEAQSCBR9Ys/32GVb0HcCDS2OY 4RlMn8EFNnxw4WBuFjTgSwORT2iBBWNLl6EGmWuuQSubw5A5DDaYYAIMNZr+gQB9fC0BDKV/AMPo Q7heIygf1P4BmKAsIYEEYLb5gRvBG2EECCWUgMHwAnhNw5dfrommQCAIND30b1rPSZdLzGkn92ag oCeffgIqaFPr7JBZLSfsIAb7hITRSSeRmuPyYQpQEYcZLr0Q/0kkLRjLq6yw5RIVZCFbANgDEuqh gvzp5CH6KIdIEKCCeuiKVw+hVQS9kYVUAaAc9agCFRSQGQhQYQDMaMgLBrCNE6LgCA/wQCTyV4gU RGJLTEFBxHRAroecK14x4eAVKlGPeGmDDQxgxBEyMsMaggsAOKxAv5jiFLAEjCpWwUpPxlEvXKgg EopgIDdkNbGdWEwNWpBZXA4zFwPQbDB7IVnHCLEywuSlC26J2aTwEhe75DGNdlTABGpAixpM4GSB JAwheiAGQpgDGHQ4GhZ8wQULFM5Ckxyb4zKQAUlOA5NYq1wnn5a2CGhAbbmZBgUspx084CE3FMia 1vQWtuiYEv9CWMMahURpyxVAiHKVo5DfeBmAFZyhb1YQJuUaoMkMYGOTDUAEKi/XNg3gQwOYI6UG YIDN1mmOmxp4XekEcINsto51p/uABNCJThgsKUnoZB3vegeKG7jBCKCwJz6HJycvvQlN0kMACDAw vTRVz3pvGp72uNe97+2pT38KlKAIdaggiOALP6BLGMzBmB5U6jEbe8IIMBEJdpFPJE4gxwLAAMUj MAQATvCGHXBBPlyQYxAiGcAqHpBEkRSiOUwpl1k4SL4UIEEdHvAAFCZAMz9AIQsZIR87BsAIBjwA EguYSUkREAkWxARWPESXSPpRsX7tSiRHyEkU0gKJHx1BqIL/0ioDoEiwrFBRKlZUgUi20RM2VIEc ZRUUOzZQDzbgRCRpLeMZFxWzSBmiYx9rI1z00oUn9GAHU3hCGQBDmJtN9mWXqdlkzUEXA4RBMT+Y QWkN8YRQdMAAMRODOeLymCeY4y5dGAYw5CCNUyQBNXxYpjMh54sk9Ba4z4wQIp7pi0A0YBrTyE0E WvEBa0aHAhTwhCeee8sAWPeV2/2uKwPwXOc6V7ynfGZzudDJaUjukpJ7nGpUUznKWXJs7kWEJrEh DGzodxqI8C7cpim3AWuodRnyZo1ucAg3tK7BDn5wg3kHYRCAQAJesHA8L6y7NvXOoGaqcJrW9E81 tYnES3Ae/5zk1CWF1ilP4HPo+CK6jg7MIAQUkIIPDHCojgUhCZal2ctqBlIo1EOF3DhyClRQpEVA ZBdWbcEGXlCPByxgA9xI8gLIsIABDKAe9NgFCxYA5RfUYRxHGMAC9AEReA2AHEcuRxaqsIhVQEQd VAhMF6hAggVUAsmVWIAHHkAPiPCDAG0+8h68UQ9IQOQeZ7aDDsy1CH+c+Qg6UEk+7KCCDWygDvrg 8hH8oQ1tQEILlyqym6/8Z0bQeR8EOHNK6koXS225yzfZhVjsUIk9qLo5TK7ApwcQ6lGX+gl3UQxj O1ZZyOYlkE8Iw2kTQQk5pCIUsUUkIV7RgQ5QKjHmMMABfv+wA0p14BGWjdQPOjCFGkCgEz6Q42Io hZnSEiIVuZVGj6XtgN5eordYQA0H6BCE/AoDEcnlgsEDoclABMK7GuhDH24wN+uGd7veJdsswYtd 7EqB4YFARCCc64lmQlO9EvKFMFLzOOBu0hcqf++EIqSahPtCvxkouHbXRuCdD9iam2vFDfoAgE90 jpwQPnqE4xlQGFT4wry78Jow7DsSo8npGKjw7tjUJTbB6cRu4gSL75SnT+wpfA8lH6Fm4AMRiOAE M6hLJ8IgBjokIX5AVowh4uIHBuTAWx4iQ6D5DhE2rCIHDICEB9QBFm+RYBEX+zVEtEEPwyM+rhC5 vDYesIj/B1ipJItgwKAjYue4dKEKDPA7CSCRAzpHfhU57TwJ+B76wV/+YmrwAAMIC5bCHx73tI98 qX/GCM57iASdUn3tV6HSuupYkVqAhOMhAoZOrUId/igJJKiagyaDYRW61wYDtAABMbyiGRx9DF2W XbNmx6wHMzjBGUCBiCAAwbUvswQtGrMDIPigA3RoRieczwEcimWlgjBMww9MwVQYAEex2wEEQSjE zPw8QfPVljmQAik0Q2/lQR5QAh1wwCkIXBIEARZwgDQkgSaVXH1xQSB4ghQ8F9u4wde8zSxlnCwF WNvYoCtZF9t1HMN5AjT513PlUuUoHMuhRnGx3Ca9nC8g/4LJOeE0AOHFSQfbkJIVWhPPxQ3ncE4r dA7QQZwbfIB0gU7r2IAZmuGDxVOSKIkNYADvWM+GXRibgAKZlAmZ8E5AUZiasIkRCAIdvgn2YM/w 0IkghN336EmfNJT4QNSgzFgHAAEQzEAn2MVnJRIjyRFt9dETlB4k6B5YaN72QcQqQIJvsN7lXV5Y hOLgMYAa5N4pnuIqHN4ieKI2mOJQ+IEe/UwVsErkqSKuqYEazCIqzp5HRN/i+cEwaMGvrYIHlOIw oiIkUIFUTIAa0KIpVsALgd7gRcXH0IUYGMevQUUVQMLygcXs/WIwdgQzasEU/AAWcEESiIEaNQYD rp8lTP/ALEDADsxAEliBBkxDEDyCASiGPEJA0fzAaEyDBqxAIADBAQzgDnTAATQDhnBbbUGWsTHb PU6KkFHKFNDBKdyBNBTBHeSBHJQkHajdDOQBaqgG3agNKlkXDmITFmZOhuADTuKD28zSTeIkhuCk 3ITNDgaACGTXFI5NgFmBhbjcMmFBbyVB0gAX5DyOL0COCnLBFK4N3GiOF25OFpJSF96A8igPPd3A DXQh0J0lOZ0hGkZYkriBWeKOBGBdmLiBIARPiUldHQoUQP0TX6aJQHiBGXzCIZxY83gJDQjC95gB DbhB2HkPCuCAHuCAIp6djMkdAx5KaRnbYyggH3FkzRj/AiFcCjm+4uXhGhlogemd4i54n2leHj3E B+S9ou0xQie+5gOQAckMxhP4wW2+4i48ACNUQRXY5mtio3WEIyT4gTkooyiqQRVwy3G2ChVQ1g74 pieeonBCQWlWgDYwQv7RYw8ogHR6JzKMABV4QDmeolhoASb82vRpQQ+EgAYIwDQYgEfqGGnlImDI BQHSWCdU1gEEIEf1RaRQxjR0YQQEwg885Ps9QjNYwAr8QA3koxjknQS+wvr9TGcNRmC8TCMBg4jy AA/EAA8AQycYTREkgSStwDScQgwUgyNQwnewzTepZYYE3RqQ5ULOgSPwwCUMTtvo5CXcAROMwHk4 wApw/45YnuXcYA2A7Y14nYIjOMIp5IbMVSVTZoBTalJVTkjMRQhufFfYYM4HnOWZmmVXcuXmbKF0 3QAMbEEWNIEJCAIOhCE9CcAarIGaGl0a1ogJKEIWbEEBcFjvFIAitEEWKAEIoJibyKGZ9CWZ/CX0 IIARfALz2BOcGEFkNgIKmMHwDKLY5UnZmV2MNeKx9UUnhAJevEykEIKyKeBdwIUhhEEZqCYkuJ73 teYq0AMDkAEujgCr6eoDqEGu6io9qMMDKN8DkMA46iq0goFwaoEWcKdruh49YIwfxEzM5J0CPOu1 5hQyaIEfjIAWNJ7rsQGvCudeeACzMsIIpIJvKl979v/GnEErvZKAHxhCY3BiuPoqI1CrtZ4LGeTC DgRgJxgALTzruUABYKTnvepqDsArSLkrGCyCvoYBB9AINoQCIVgGAV6WZu1RY8hRXIjBARDNK/zM GylADZDCKaTGKYRCD4QCQs4AKehXBBobpagMZPzA+tlRF/QRhz6BI8RADFQbKQBDicaAHHRAHpxC 0lzNNDiCu4KFGnRBAGCTAExmH6xBFwoADhiBEjRBEziAI+QDWJBBDDBN23CBIzACPUjrKmiDGqQB H9hA2SqCDGBILeVGK2VAEfCAA3DACDBaBajBHVSIJWnpMjUAfUGNJcFSDWqh2B7CDdjAFvBAE/CB m6L/JeiC7gcUgB3E1S4QgBKozg2sAaBM5o6aZRqyk5IoAgEwwC7kwwKkwJosAQZEAuKqwRGYmEGV GIXN5UBVaphwgppsmPbgCZ00j/ZsDw3gifNCZmWeavmY7GtRSsx8TA0YQg8cQF3IaqsSgiWMgP3E h7GenhqQAVvUAM0IKzC2r2qqL/1WATIgA7Cm7/yqATLER2pOgALUL+4Rhb5OQM/EhTlsYrXGB+4B IwlowV50gbkW5/oCIxmMwAxwgB/8b2o+2xNQwf+ah2Lwb/7+rxpAgR9MACHs5wgUZwGrQQT7gR2p pgePQAuLpxhMgAjrLw6HgiX4QXXML7DmQhiE8AiP/8Cz9UAecIABvAzIUkYDGkYY7EBpRVbPKEYu uFHL7gXPfLFgzNYYPDHPYDFveqgXGwIEqExeHC2JjmQe3IEci2QeEBdxKY0VcIAa0AMJEAAZqAMD SAOTroGg4IAAdCHpMtoq2OYDEAAJvNAl3CQXpMEiqAMZpEEbFMk40AMUxAGjfacjME2Zao00QAED gAEjIMMisIAj5yYiwBKWRojLTYh09E3f8BIXTE0E5GQO3iTnpM4aSIAjIC4j3EHphGVcomWafkAb 7IM+EIAOgAESpCkhC8rXkuU7AU+NuIEMVME+9HE+KAWYuIEJQEIjk8E9sIASfEmo0oD1+NM//dPx Kv8vQZ1JiV0PYord9DKUqTJi+YQCBFygOdRW+cJMX4TCFCwSkA2wFlABJijxAFOBRJMrIA1tQltK Q7fFyUS0BB9Gy3xv3pkrta7wCGg0ynTBBDS0RNPw92qvAvhBtWICFaj0Su+FAAdSDUs0W0yAIYyB NEAAAhtbGITBFExgX3iMGPzMCFgCSpf0XsBvZZUWBVPrSBsbXhSSYOSCGDRGZc2byLJbDvcAIRgC Q5OrJYgWUXcbBGDGuMmWAr7PAIYMb0JAGIjvE6jMBLcsXPxRF/c1IAnwX+e1YCMwXwNNztTAj5Io 0nDAJZxCEdDBHXAAEkq20gQAMOSADthAMNsBPdT/gQbcwOtIgBEsQQE01zQUwz6cigdAhA4IgATU AwM0SIbEwCJAQhZ8wJ6ugRtsART4am6SwDswwCXgwxmYzSVkQNl4sw6QAVfRgx0E8+05AOI4wCVI 0jHJXISExwr4wiXwASUVk06WdndbwC6X9wociAyswA2YQD7kwGu8gxr4wjitAB+k95kmmAQUgAmM gDpkwRpsQQXkgw3USOr0gRkgwBAMgQ006Q2AwBDwgRJYgATwASPkgwkIQBs8QBoowRAsgRJUAAm4 9gLcgzcQzx6UwBB4AUKV2EAhAAb8ZYu3+JmYWCBKr0JZbz+j3ToAwSMkAcgFQhIYQLVRSt7RFs3U /xZQawESZEELLAAjKAZK3wxcDFLPfOxj2IyrhgEh3Ix1Ngb5DhLK6BEbw8Ur/MCWSzmtYiIE+AGQ tICP0DBncdZNgzVKTzC3hrGOnU+eB+ChZGY3KlLNqMz4VdbB7sABtFalDLUeLcbHYAY9PjqkP7rH hIJfeAw9EqChH0rcPUZjLRJc70ADPkGRM8YAbjlg08JdFFKd+7VNv9FJv8VNAxKr+3UxxAAw3EER zIEDOAAWXMIlFC4ldPe/7brSXEIV5EAaiOV/qwMjyIAM1AEUYEIdVAEJtG8VqMEDDIAAKAJEsMAW NIE/QMIpUFMGqAELNIFrJ+oWYMAayECkhfhr0/+DFvCAFvgGJKwFFTCAOrvBEZhLFXw7JORDJGgB MhxVai6uFVSOgDRAG8CwlYwAJazAJTCBwxOAAjjAGVgAE0CBbyAVE9jBrNwAKNRDDmjBHTAVUWBC HPDB6zQBBd3eA7TAGnx4PsCAALiBAHyAImSZB1hJHJBOE9SB8XkAGSBBGlT4hWdBthL9AiwAiOd8 GrAA/1AQ0SPBAGAA85RYpb54jNdz1c3414022D0mP8OYPxPKCXyBCIQNBUQi0eDntzHgViuSAiAB wbQDJJRBqyLGXjvbbCGGUJ9Pq0KbZclqGgE+G89CYOxjBHJrkOFdDdwPU+wBCCXwZnF5pODFh87/ dQ6fj56Dup6Lp47JNa0yBqjPwDREAB7U3wKyKlww+mVEuuxfesLSY+3neQ8k7PlUVl3QzKuSeoAi W34+5LjJOQTUI2AAdstOAGeaQyjkglvEOWDH+qrP+gSYg2JzwG9JpXFxtwP4wgoUASRAggmMrgDY QBXcQxz4gTPnw+f1sQfsgjaQgSKsgQnowAM8ABKYXnwDRAR8RXaRAOUmS44KDxa4ETBA3YI1oAbo o7cohw4CBEgsqsCvSgEBLfLl8ICkyqIHkLRpJODhwSIFXFZwCXCpyqocJDgyWEXCESN6DHiSYLGK kR0CD1jwJDAuh8o6AtwMYAEGo8ujJJq0YbCT/4AOdVnWbKmQD8YaPZwi+dSKNA0Dei47slmUz4SA LIt4+lO3qgIJAR/SvNOXgyjHRd8W7KHBackSLwgoY6B8+fJkL5s5QeY0yDMnI0uMGKFxmoYZM6fN oEDRqBEOHIX06AFwG0C7dUG+UAjwm8KJDjuGh/nho8OMGcMNlEHirRCASpAmKOhiCMKsGtu7dHny ZMIIBcO+13hi4IcBc08gGOiQvscUCN/Bj+hSg9aT7dqfzADSIRRSzIEgFB9meOUJWrqgIg5mAEih CipG2I4WS0YYwZLvIJiCEPro227DV3bopBMDDCDOAAJ32MFEA8I4kUP9QDyREEKC0KCPG0IwYP+K ExH8jpApemDRgFcgEMOAEg0YcsgVzamxgwNMPEDJTnoQwxz0WtxhCjFqJMTLHg/gcoopXjTggDTH JKSGLizZDkkx2lSAzjoVeCKREDqgQ087/axzgu3+pHOC+2pIhYc7KEkigwYc5QJSSBugiYsGfPEl gGIeIOADGyIp4YY26IFEHX9eUKQNRQqwYYsqPJhDgokUeUqRFkjwwAF8WjmloBtAaUOdChZaIJI6 6hhCAAEkyOIbSCIxQQIJhmhDn3yUuEHZLBip4oUWIKlgkTqUwMAGPuJgYJEYAlhBBj/AUCOSAiQo YI4qvnngGwKakGFeRaigBww2qlBVAhBeQIL/ASRKSFaCI3ZRxw4lQLDB35UY8KANfpWIhI+yzkpL kCwYUCcOJSTAQBEkAHYWWml50OGsvJRowwIJTIhDIcEkWIAfNqCYYwhp2xiHMS9GkwyzpJVGQDQ3 RBPkaNJE4wS11FBr7bXYZqsNt9zWOUEEKwKgwDcp0huzhw6AACKIIJDrwJnnoqvkATU8YAQZP2qA AIIaLMQECiqgIAMZSRToewQtJJEEk8X98EMSP/juwg/Aq9CCDChGyK8GLTCJ5sRYGB9hhhMmkUQL KjBh0MEUoFCDDCo8RwaKCDEZAYIw5Ky88Qm/gzzyUA6YYoTFFcfEjzKsDGNFMfo2j3LGtVCc/wk+ IkjilQmMvxATTCYwMRrjFR8ByRYJgXx6xqOhIwgizancD88lKaMHKTk8ssbcOxmzTDHq/yFKadoB m6rzpiNBoAvV+VMuQhAAIIBtBgocFKEENaga1GgYMeDBHDLQKC5cghI8iMEdeNCGO9yhCJeoCRcy UAV1tEEAJlADWZQQrAoQIFmgOJkA1mACKrTBBmv4gCJIoIMbgKAeD8AEE5gQFzWIxAZtQAIB1MCA XbDhWFSJIgsiIYAbyMAEoNALI66VLTLYQQAwYMQD7CBGEIBgDTeIxAPIwIczeAsSWxAAKOTVQ3/s ggAi+UABPrCGAlShApCwwBpsoASRFMBYef8RgA3swBAJTNIGk0QkP+LAMAy4ARQey4cNbmCCNUYC WzaAwST/1cUvQksvbMCLFwcZKxggITDKWoA21MCHwcjLDU1gAAteYATIbOYyllnaZTghCAGc5hBR G01pqlY11WRNNrSxDW50U7pAhOAEUvCEnojUg9J94QQnAIIPfBAKueXmAfqoxzyRoAU/sMlzBFjA ALJwhHogAXkjqMM/kVBQg/5TclqowgKOkIUBLKCgtxPoP9Mg0Dr4gxFlGAESFtDPgtrBCQDYAyPY gJjadTQLkahHFSQRiycItKBVwMR2NooEhDpDATZtqD+RQIXzCGkHYjCEeRSAOo4OoA0LqEf/GuAh hjJQgZ6YqMI800CnOjDUoRBN3g7CEA0qHDWl9agDLeTwiilEQwtXzapYtQCBK/GtRmVqEpnENAPk CJAQ3aHT3ghYg0FZIg8hsCsQfuDXCVKwCxPsAiEgMAwe8OAUGfAFF+ZABUagCxIMWAkkPECFItDk DurQB7Ka8ICp2AAJ2rghDwug1C0wsg4eaMEalOABMBjRBogUVgXssghUrmENyjJBZS+SBmUdgbOK GMIckKGGJvRQDQQgbWbRCAM16ABZJiioEhhJAnXMgQtp2MdUPhAHAhwhVk2ARBPSaN44wHELkCBD CZSAhM7CwA2RWAQS9qhf7ApACVPVYw3v/4EsJdSBAG24gShh8IEsbOoDN6jsCBZpAjI0YQh3YMQM YwgJvAgxEgSwQwF6uBNlpSEH1TXvAqKVBnUcQTSRmQwCQKDMZSKANE4zghkgs4TO/LiaV2sNbLLJ NW6uo0ahCEWSftAJL8XVB7WQci2+8EADvHMPdthGSMORAjuQITwkOAI3tgmAQuzhCGR4zjqWZg8V qMEPC6hEFLqGC28QABlV8MY6uJEFO2wABypgABXqsI3oAMAMlWiBg/ZAggpowx8tGETXBjGAKkDB D2u+gjfUUJ3nIMAelYDzEcoR0tuc+Qh1qMGLuESIWXRBC0hQghm6RoNK9FQS9UDAOrZRh/8BRGEd dqiCltmBG1TXAQJlIMMCyNw1NI8VHlA4AgK6ZoYWyFR3s8CfXFnEJTGE4QAzaBtyWEQICVoCAmy6 jwTttCFC1G8MiT2sAgLFbjtlaBbmkEYRIusLPqSBHh4gwcAJXsQHkKABK1DALqpwAwnUoQIeEEkL FILD/KqWvxKoxwvXoAjV4lYL+SBAFapAgHxowwNH2EIBxAhcG1ChAmTQpTZyUIU4pIEniljDEBgx y0hUgB5otAEJMl4HnXClDX65wyWgwAJFCGALi6AHQ5qQBjJIACFyecARGFkFFiAhDRxJA9Z/bkRQ LIDhe2wDGUjQxdySwQ0SQAIYVnEP7pr/RR+gXMA7IsFINQCdCk2IBAmGjXN9CYDnH446PfaxAGUN fDBpIKYAZIAEfxAgL02gRxW8QIPIIO3GmPHC5338+R+LJsiscQ2Rt1Zmr21nO+yBgDlSMZ8amCPK UxYBBUQwgzpABwA4QAEAHHQbBCwgQgugNQBwsQ46Mz8SZKhE16i/jRyQIQW3YcY61nHoDYx8+k7Y wx5uo4IHpIHawb9COHDw/JHuQgcbuA0OBrEOB+mBHFUgQxVUcJt2UEcB6mD6AKAcTCv9gC0cbiMK BgAKCAFGOsQPqqAc5m8druDQyAEJkIEAbgMXtgwAgq0Osg8AnMD5buMKjgB56mDSAAAc/9YBF24D HFBwBOyAzujP/gBADzagCkagQ2QPTOaqB3rAPdomCNYpPfKKULyjb75D3uwkUGKvQ+aNULRjgtIN AjogBDhAETKACxyg6RRBAmxADMVQAraAESCBEqaBCl5IWUIsDWTAkBhhtR5OtXBI7jjO4yrAiDCA WHgouH5OWO6hHuwgC0ymxGROAtJAG/aBCuZACYZgCOAo8fLi54JOk+KAkcjgATxgt86CDxxADUZL L9SBEVRLWOxw48gg5nQpH+zAAUxgCAhJjvTwBj6gDh6gk9IoDEMJFOIAjXhOHaDgHcgC7wRBAgiA BcjCBPaBDR5gt0DCESERA3au5/ICWP/kUB98hSN0SR9EwuFs4JL6QAm0YRwQwPNkLPREj/TWcZqo JvWuifW0qWt0A/bMw386IAh+oEMIYQa+QMpEIAIiAA+AQAG84f4QwBsGQP7MTAUgQQJvA806agU3 4B7krBLaoRI24AX9Lwc2EADCoQUWYAHawTaCjQD6Tw9wAACi4AoGABKy4DZooAXs4AhSYJv2QA18 KzoSzQ4WwBsSsBBUgBGgoP9yY9BGIA0GsACP4DbWIdUGIP24gQT8QAg5hBYwYQFugx1CUs6i4wQh wSNTEgdwgRz2KToQ4KGOYAMcZBsIrx0g8ggWoA24ofw2j/zY4QVE8idHcACQQQFAhLH//IdF1CTc 2gYI0AkIZsDcJuBN8oM+IMDe6KQ7JjMy/6oJ/YQ9CIEDpgELKGGyHIAM7iELIJE0Y3EOPIAFKAEL PMAfhgC4XhO4JMAOVgsG6qAO1wAGtOAeBqDjPu4G+DANMOCNbOBcFENYUO65rAsR0yDmbMANTKBY yGISBaAShQ4KMNEGoGAo9uEe7qFu+OAS1GCWEoIlmGJTlOUW5RARjwCVYGAOelIGZlEH3MAWLfEG lEARaqUrMGEqCgAZ1IEMhtFjPKBTqkA0d+4BAm4R7uEd8kEkoLMPpzMLRoUWP6AKdGYBRJFi8rMJ ZpINSMAc0TEdRW8zTC8yOsM03hFr/1jPyI6sHp8ASXhjBsJgSHzgBKSMAgIyAhChCwwSABAACdhA D9NvG+hBDbyBHCqhCh5gFdRgIbdhJa5LHcCAANIvBQggYcghBQbgK9igHhoBAK5gAfKhKJlhGxag DnhiHRgSEhZBG8gg/XBSB+iSGYhILhahBYyvCo70NjbgGxggzwZwG1igKLmBDNoUCcghSavAL4NE DLqgCupAS7MAEnKADQhg+MBhAVbBI8NUpYiO2qJgAejBUseB/MRUB5BUEZZ0FSAB+NpBD+kMFwaA BHJg6xQVuTRnb7zk204kTX5gBh6hbW6UyoKgB8yDsQjhB35gCvSjMg2FO6RQWq2jBv9I4RROgRIa pQEUICo8wFu/1QMqlQx8wREWAY3cYAiUQF1haQvowQ5tcw7rYTc7TlhwCwnAciNeouE+oFyFhQFg qAAYABHrgA3SoOvARTqrUQCOAOiEjvDokwlWgR7q4AWyQA3ugRKYjgXmAMDuIZHaoBIWgAQKwA28 pQL+1ZBGQAkEoAlyhmTLDpQgrgqUxQ4AhhFQAhJI4AM+QAHAQA9NgME0IA1wUVkQSR0i4QXa4LQI oAKOFvGqkbY8lo3SiBF0RvIG7Fs2BQlIYBWQoPNEdEQRYDNKVDK8oDOkpppWwwwEYUVjozZc7/Vg 7wmmoAO+4AvSowNs9B+tICBbIYr/fHQD6EFY3kFQp+5iyGAj6mEAVrAchiLWwDL7mGEDHG0XHoAB 1KCg6qErw7Qe3sEbbkMqK0AnsjJM6yAHAOMBBiA6UoDoooMbWFVYqkBW7SAfPhcANoAfKmAnlPId BuA2GmEPQhIJ0vQrGEBz+OalMIERTsKm5EwlNfWGtK8FTLEeogMcBmCg9Cn79MAbNtEDEJcA6mHM /K8C9GEFcaEd4hIlPMBNF4EMcMd5guRMDgBYDXPKauEEDIA9xGRt9LcGIrMLxGBZfSARQqEypxVQ uiCDNqiDPigNoKDgSAAZMqcOlo4KPOC1hsAoGIABGOG5hs4OdyleOW4IqoABcKsK/wLOA+xmVF7r A5pgAQjxkrJgFW+gBQjAuCQgEpAgEmJlOl+gI4RODfKIkSIhEoJICRbBA7hQAVaBCj6gZBeAvdzA DtjwBijBDhTBISz26QKsDvQov2hxJHSAiD0lDuBwCKqoYwogEuxgCxYM78SoCfhCJIbADtpAjFLG 4Xa4DXxYPIHWDRSBEEEA6j408nIgDdxAwtKgDRTZDlaB885xxhDAxpbJbGlAx3oMMozJmlDgmlzj NVoPbulRbgnBB6rMRAzEP6QgR1vhAw4BLX20HUzxHt4SALYBDHYhHxZABVLgCp7vNsrhG3ZhESCh HkRwA/zhGf2B1BAAF8rsCjrXdv/JwRkXIhKMTxWFJehapwqOYHX/brf8gdqcYADuwXZxl7dIQCnz ZU275grIYQD8AQy0gQEwIUOeQAG+6gi2wZm7Bno9EhfsIHe3LjoKIQrAAaH7QSVvdyjqoZfXbx61 4QEiAZiDjxtUoA5YgLc8QAvmtkPM4UxWRNweqBZ2TwROoAcMoUd+AAi+qROewBAs4U9qgKVPgGxm wLAQeKYJwRCGARh4oAiwQLIswAIawAGO2gFkoAAKIADOYAXmgChCSRH+lAz0QRv4aw2OgACESBFv SIhMdwRYa2uVpR4YoBj4rQioIAegYGVh8wa2QJnVIIigjgwsIIdggMRgwEDJoiz/yAATJYAELtWu gSuGkMCJaaIINKsNCgm4bqAJPIANXsUNXvMGFEEHGCOU4g4c16AJViEfFmkNsmAVyKCtgWsIIK4C 6mAaYzMtlKB8o2ANZCCF6yCICPsF/IEBZOCugVavPcA1d/Y1CwCXSGAN3GCX7qEJQgm4PsArXjLG QI+S03EQ1vaZoIb0OPlqQBlrQhkH3pb6SBkKd8CufgBFjCMEIqAVFuwQCuAIZJmWbXkb+IEefu02 nGAQUoAuCfAbKgCQRBABmFZYdsEfyM8Ex4/Ootlz+zR3F6INbmMQspmY7YCbvflBwFkbBHycy/mc c/dD13kf6qESEMDUcKMcyGAX/8CAESakBr5qD7bpClIgBejsn2FwAYR0oqOD/rhBx3ccLd/BDq7g NlBgEPYgBaJjlivgHmpyI3FjAVeBmO2ZQ+yxflZEWIHgH8kmf9sjb3M0AOggSHK6Tp7gEb4gBKzA Ch7hgBGYEAbIpxPlFIT6USplUjTgEARAAyLACuZAHfKhDaLvAWaiDXLgaNugCvg8DtSgpDDm0D8W P0ngHiLhCMYBEorgN1aAEsjASLNYCbagCezAA1ZBs+pAEUwAWKqgCTY97Po8sLnCBLSFDNogDiDh xKGgDTZ97Yz0FFagJphAHSJCETg9DTKLDMCABbKY0+3Aqi3X2AkdCZR2Fbq2Cf9uRht+IhJ+Pfpy gAX0YR+Q4NezYHizwDYJwCFgwLLBIPA2PQ5gpgKqwBG3AOeMeI2IpQ7SoNtTgh5YoM/9gR+wfQF+ vQnqQB0W4Qg6r8dmrJKXaQkO4RMOgeGP5vSq5jVAGZRjQ5tGeR1etEw6YW3SZEk6IBBaAeSTxQKY wL0DEb7ZQAfAgfjKwZ/I4Jr1uyBegAMfebdS1/iwF1Q5N8Fv12clmnQHgWklOuVahwzqIDoaTZsZ gABUPgrswJz7VLUE3JYL0HIZQXy9wZfnLwsCBs4gYASgQBEcHHv9oR7oEhcWIHpZsMYrAAwWIDoG QSnyNV/1wR/W1Am2wZ9EzEH/2oHuVmLYBqAS9qDYAIAb/EGioYAWuoRvvm1EOuARSBpHKeALOiAV /OMErOAGAsAHTAQ8/CQXgqAWclQDkkCmp7VQ7M2t+sYcNKgIGKWDLuX1m5pvIyAA/q2aFwEK+OAG CmBohQUMBPdkMUELhPRk1eABwCCzHkAhTlYLGiAAKIUSTLgZPcAnwEAdqIAJYMJibNVint1f2XcT NWv5O4sRckAbMuv3yYAHVoCoa0IBICEmfIINWCAOHIAK4N9yVwEMGGAHAcLDg0UMcizKUaECCx2L HkBSx4LAgwoDK6gjk2ULiRwPCj7YlTBfmw8fYHzQ+MDhogoMCEh0yGAVwgr3/8YhTNnRIBkkEy1W sSOwIz02+SKBMMJpiVIvCBBgaAo1KtQlfRp9OmQm6RJOXI3Q+GoGBQ4cKFB8KtsIh561egC4ddtu XY25NZ5AmNIBSJAfP8KI8RFAg5UIH25YYOKNGYB22kK2c7uNHhK33PyBsdjCbTkwkF4UAoBgwcqE CskBCHdkVUIC4ABcqffOm9sNl+k9IOAEgBM7FcAs0rHB7R41/qIAALcA5CIPC9oOgi0bwLaeJPZA HnckSyQyFbQxR6B5IBRLr/wQsB5uAL2EZK4cX1CBgFvk/BL6CweaAOlVZPz5y1eHYuXowEYF9ETy WTs5QDFAFnYwUMEiagzg1v8VdazigR93TTFFGFOI0UMnHfgARC0mUhAABV90YECJImggQAA+HLAD BBMogCOOT8wgQgSHrMEFITkOieONRc7VBZF2WTJBDcPwIA0HWGDhABaXOIAlFthQEEEEAXDRQBxQ UNEGHx+s8YkMkWjxkx0EIMHDCjLUQUYVwGDBBBlqMIJJGlBUEUMgXIDZABcrNBCDFsiooQYUfjjS QANzjMCIGiSkMYKeyKThJhWOzKGAnmpUMcKfPDTgQBx66gCFAg58OaihXNwxAgkkkFEHD2dEwAUP obJqRxM2nHFKGiT4U0UkcRBABQ+KqOoPGZHwseyxSJQJgwaX2HEsAXHU8Wb/EwXAQK4AbpQQCQG2 IiEsBkeoS4AdR1RRRxbPIqEsAf4QEIkSSixbTxsYgKCIm/va0cIgRii1FFNPPSWVVEaoRZYbDCeF 1Fc0hKVWI2Z94kQjhbD11ltx0TXXE2J0MMMBHXRACASJUECBFFa00goXiCnGWAW75PMYABssYodm LIDBRj2DQHbPAG3h8IJL/vmjAwkpHHfERAxkUSF0s122CiRIWAfAgAwwZxwAw+lzNQApEHB2FW2n AMkDFAIwiB35+JNFI5DpUw5kOgxEQOBCd1RFFxCYBx4uR6yUD9fvxTffAtpoA4Y/Vxeigj4P3FNP CutsU8cRn21wDxirnAeX/2S5DbIACwMt4NZzYHgwQi4cGvBDDyCKSOKJAaS4YosnSBFABBT4wGIN RCoAwQxS+ChAAxAoYCSR2TfpPJFIKmBJMTHwcAcdeczBASVFFHHHKdjc3EoAiETQSgQwCtCKAIdo YP8Na9zQig8IoA84uEEErACjG8BABthowArOMLwvTSMDGRiUBYY3jSRcgguwKhQXMkAJPljhS3wI hBXINcIVjDAJDrAgBA11Bi5ggQ8WWAEXLACmDHhwBYfiww3PEEMLwCACFpDBCjTQCv7B4FAOtAEM bGCDFRTABhYwgQzIlS0ZDAGLXCyACQpQGDfoTwAl+QABP7EGUBTAC58QwP8NBCAAGtgABGV5o7lA 4YarSGAIGFAKJ0ABiqRwJSleGAII3EADpDCMKQgAQQEwALGIQWViACDLIRbGsIyBxSw48JjHUCAy kpVsMXJBmcoMsAMDqBICEDAAiR5hswj4QgGJWUxjFBK0beQACW3BxQAIsACySYcAacPBFRCwjmTa YwNpCI4eyIGEerQABRWqQ2y+VoFVMIIKA/hMIcgRiRa4RziMeIAd0raHNgxgG25BQSR2sQva1W4D e8DBW8rRNLcwgxzqTIE9w2EHfmhDDSPogh+qwA23pKAO9aiE3wCAC/jI5z3aCBsJjoAfJ2wgnOtw ywvUsAB7guOXdjCc0H7/Bh6IqiASWeho2TzABgZgQgGECMMBfGCAmu7gBzNwUQQDIAUW+SAIQTjB CYCA1E7UIHs4skQPOpAIB2DjB0lK0vMU0IXuzeV5s7BEjrrwhFSQrxl3yIMc5HAHORQBEQkMgC+S h0T8IfCAg8lf/fKnFgPe7BBvvEEMA4DDLzWAghnwxTQKVcMVDC+HhY3VA20YgBEOKgDT4AIQecjD WE12s4OKFAV9UagviRazPwTiGSBrhTNYwAatwEcEVlBDC8jWAmcY4hOzxcUnnsGJXPSf/vpQRnvi oA9uFMD/SHKDQ8DxEH343w0kIAEB4KCNN2CYdZUiga0gBSlaWYIXGNmU/0hKEiqcMIMgEqnIrWyF ExoTBAoOUZb4gnJkaxklKVFGFwiIAQJ2SRkhDNAJIIiAAkmg5WwaM9DglE0bLBCmcNqGANPZ9y0I wFfa2rkHXABAD1nIhwogcxkwIOOg3sjNW3BBtj2QoALvOMI4S3aFLEAiITrYw2f0yY2luW0f/qiE YkaJAkV4ACQPwMQEJqCFAeDnLTTYwzhbAIaJRsFyYFADGQjgDQ2XrBAbqAJRTFMyBIAZASTYxwJc Oso9WK4CbFCDFmowhR34oAdPqKkBDuDTCHpiBrwLwpx78AMgfCEIEKiBV3PUpCdktQZWvSpWGY2j LjQ6R5aYdF1yAYxmxP8AGMAYXwzyEAC7TgMLiAhMK84wDU9MY9XToIAVXt2lVrwRgoM57QMJFSnP ZgALhKVgpCo72CthgYOIuJkANBBZL4G2AYio7DSO6IYPxBC0vljtC3V9CV8YyoYWXEEE3OBXx2q2 S0eEo2AeaIEGyEAGibVhYqNogQLEewW8vS1JSJJEGAxQuTe4wb3JdW+SuIGvEpjjBz7RiEO4QQJe YDh0vbAECYAA4tddSlQg2cjxRoXiFfejV2ggCAEIwgwkl28o6zvKk+G3zmIQQ8zM8QpVhsEAQfhC LU4wjAUcYQD1aAwbPFA6nl+OBN5IATfKMQAyXHQARwj6EZ4O9Z0voE7/RyDHHlJQiQVAQecDqAMD 6rHznlcgB5gwQCZIsIANcCMFLUACAaQOoQrwgwADsPrRuz7jhGRuAS14QdYJEPQF1OcdfKfn2lXg ddKwgREKGEY0qnAEemKdTlxfAD2ww3QdaGMXkKCCFrZeiT2svRLcgsQi2jwAoyOdAGrY+RFWPPe6 iz4FKniXatjsAS38l6c9SBkECDGD49Essns+QBAe0QlL1KAHPjiqGOZipAnMwi5i6EQoDu3ormIP rN3rAlO/Cn3lW2IYxagBf82xVsqewn0o8oQvhJEBYWDjEtioBYoQaAUKVBYR2p6GMHyRbWCCCIgA fxlwCViQBL1GQdgQ/wiIgIAccAocsGra1iW05iUDuCUpwiUaAEBeQlgW0G/8swKIEAiVdUT+9kGF Yj9u4AbnFlmwYlkHVFsiaFkWwAd80AA4pFmzBVs2MEW2VgBSNASxZShUtAIA12848wESkFvkAl1P NEV4BAoShwE2UIUggIUg8BQN911dCF5OgXHiNV4QxxXqJUhc0V5YsUllgXD01RYpV0oocxdhsAM7 MAVP5Wd12FO18AUzEA1q8AAFgnvI4AGLcBkJwWP6sgqrwACCSBqPCImLYHo6oC+NyACNSBq7sIiC qA5pwAEn8IeMUIkdcYgJoQ044QH74g+QwADrkRC70BFnAyFscHuQ+P8AqViJpWggrTIXfoAMx0IC McGKpVhRq3CI2sAAWvAEf7g3o8gAD+CKmUMAOrAKMZUDjpgQt7gvZCAQo9EdjFAGPjAjBxAKdkEI MfMKPHUCIvBqIuADgdYBEKB8PTADjwAzdPFVlqAyP9AJT/A83hdpkmZ+U3A93FMkAKkA/bVUiJZV YEVzRwUMRcAFETANUhACFikCEiQCA/aC+ocIOjQolcVBEcQFiNAA75drJ/l/BxgCwoAFiXAK54MN UlBYqzZZGESCgeAJIdBqEhQIIZAEU4INlqUByOYJOnlEr8VYhvVsFThCGBQpHEQonSWVDnAJOKhZ N3SEt4VFVBRbX5n/WLLlRBLwATijhP3mb09oEs9VAONSElbYlm0JSY80MFjYFCAQXuGFAQWQlxoH FWQoSNa1MB8XFmagMfHVhmzxhiYTh75HCCBiAHfIUx2QSsHHh0BwAqkABaOxeE9QA5uZiY7IBovg ipBomqfZHQNRmmFjeglBNHxAAUEwAnl3igfxiG1WBZAgiLBYmhHyJ3mHmqfJBjPhMwxABRPwe+Yw m4LIBgNBnGFTEAmBIVpgDhBABXGXmq64CwbhiLVZmrW5m6pJGg9ABe+zZzPwA4QggRxQjnfBI10C VMwTBk/gmTTnAzWCj9gTkHXxfQpgaDlifvwFAVW1VchZaEdWA4RQ/xf8BVas5I/mcAJfAASUmQgc mCIi8AUnQAGypjwbyY78g2wOFAH4QKIdeEAwSAEjOSgp6oAJiAXpkweUcJHNhlmDQVd44Am7FpTC EAguCYGnwEIR6As2JGyJwAGegAgOcAqX0GuhZQUqxEORhVk2BFqZFSsNwAcy4EE3VEO4pQFlyUU8 ZAOEAQMzSEQ2gFwAhDNv1AfNBUCFIWuHoEZTRBIwEJdyeadV+DBYuJcPA0l7ipd+iQAQx3HrNZhg QXIaExaghANuiHJwsQ6e6V8xE2d8ZgAzwDy98wgmIqFAYABUMBrawAhLRQajsQuSqIvBiZqwaIiP iDkJMZqtSRF2IP8DeHACEAAF6QCJ2iCIIqYAWqAG2DieJDACEwAF9ECMpbidz3iap0oGftAFdFgj VOABtegzhziaMaF3uddyE0AG1WiaD4AMWgBTu4qtHoAMkJCqPpMDHqAAl6ABy4OZHRAIGjANNRIG PcWOb4QPQUVnZQABowAE76hokoYj/+loQwJWYuCZDHojTTILztMFLmcXnqmgdRYzLhcGNhIKRjWw B5AIVoAPCBSvH4oPeMCHx0OyGgBBEVAAW8ADPKAEisAEjkAJyfaUNhpB09CAvkBYSSAMHPmCWHAH MUAJ8+OBBlhtXICkAChVV2JYJYmlLukAwoAIfLAFA+gLoMVB3qb/AfhQlDbaJa+lWMkjg3IiA1lZ Q7UFAxYwB5HQBlvAW1GULW6ERDfgBlBEEm6khDCgBAPgDUMAbsbVb2Q0RU60hAUwBHG5l4+Up3TZ uGD4p42ElxP3hX/ZhRXXFV5Bcom6MYzqqI9KSjHDXypDCFNAc56QBD/wBTs5AzvgIlIQoT/gB4AI BjlABl6Vm8a4CGSgBYywCIu4iAYhvMVrvKtADwxQJ9W6iL7hAepAmpCwKOpwi23ABRRwAj/whw/Q vPQACQ8hiVoQCgZAKcHbvcrrB3Xmi5BAD7xbiMgLCZjgB1SgDsf7AM86AU+AShwSC9QqvMn7vLyr BtXqGyTgB48p/walogbmy7tQMAE/oAALLLw5AAnvuyAjsLtssAsaLBMMgAwj4AinwCI/4AMzEASe 4AklHAIoQgEa0KatQAFAmQengAWtFghBICRHViRedWT9mSNPQAchMAPOUAZlkD01ELFYxSGnGzMX +3u/h7GWIAbSQzOrq6ERkFxWMGAhgJkZ+ghJMA3JMxgBcAdIoJveoQ4+QwKOcAc84D7TcAqOwANY gEEoUpI+u0H2U4F3sJneoQW+oDzY4AsDyEGS1QBhrEI/NUIogkEcFAG2NiiD0SuO0AavMrYcWJb8 Yz+ypgGwxYO7RS7aogVxRwJboAFYdMr3dgNtuoRwem8ykAYzpv8NBKAE/qMHn+BvdkqW5GIDQ1AC iru4i3unjjtFGLAHjvunT4GFXgBISyBJmWtdgmQEGeNeZdG5jPqGogsXg/Ah5+jNT6WhIeADGbk8 gcaRFCACJzAGjuCLz2oO5oBkUMAIZFAGHUALVLAojPInjMDPyFApe7In/MwIJKAFfoDBjMIIyAAF WsDQVMAEPNAGcWAHkeAAK4DOQPADE4DPv9gmdmAHcSAHR/UDT6AolYIMmDACdmEOYmAOT+CL/uwo nye/lkAIJO3PjMIoz1oDYyAlviAlHNAF+MwoKD0CJb3Q+MwIUDACqUAHdNABdFAEjkAFCH3SNdAB IlBgUIDTZED/BVUgz8hABQpw0B7wvQyQ01TgB5SmfOYAu1JQCwM2GAgUbXhAMwhkRzdgBScgJNA3 AQ1ZF4awkOBDCGMgDc0wA2w1grumPnIQCi2dJBPQAzk1BRlrF5P9ewtaFz0QAsmDCGPwCK42GNgb BAYQBnlBVEmADZ5gP/ggDZCQA5RIBvdAiZaxCIboZgrgAWxGBtIQQXHNBVt7BgMERxJAADlAAgTg OUzgJRRQtl97QDxEPzdQlPUzolbAQbbWP3z7WrxCBaqhDSTAA9Nty80FR8alB9LNW5qcLaecBt9A iSQABmlQlgH0XDAgAbasB8VFRgEkAUewD/kwjWCABAJ0CMr1/wE+CArP1csmYAJD0OBDIMzDfLgF cMyPtMyDwAlGAApmgEZGQIbf1RTfdV1asV1fcQhpMRYpnuJuoc2L4Q37xXLe/JAdwLpSAAQzkBcZ mX8qEggrgAXXY9X32QGdgCM+8AV0cD0MndYjYNBLXtBF3eRMniNFjdZY9QTm0AN0wAU+WER8sAIk oTwn0Amd8APS0AQtlG5fFAB86Gc/kApiDQxBcOM9gLrBlwSdAAG5kAo78DJ00AmpML5jTgt+wNAj wEqaTT8f8GoB8APXY9AGkASIMAPmkAtXLg15cOnDVpSesI7YkCho3dc18ApBwAE1wNBaUOWE3uQ4 UtSoXgWnnv+wE9CxX5ChRwUEHCBVSYCZUnAGoGAETCgYeq18KDMLEVuxEas4HSAFdN0jfVAIOLAG 0a7o7ng92DMFr1BnrLQDNU26Ne17IOIDIXAKATZgtJ69OL4DIhIESRACzXYGH6ABfrBLJiAANlAH irAGSgAG/LAv+QAGDxAR/nC/DTBCvmCV2uZta9AHT6QEjKADBSAAWfAAaUBXg6EBNmACDsAB89NX LlsCNDRET8qBzHVsXpS2luUI+6AP07gLZIAzNmgCe7AEzNUHRgACnCABXLAFl2AB9HPKcrIFVcAC LbAGJgAGLl8AN0hD920uGf4BEI6mMDAEW4AETbMGilABagD/AwDUbyWxWnbq4CXA4F8E4W0Z4Yx7 pyAgAW4wX/WlBzigcCJnMUxRqEqhSNOc4TQAuiPz7CjuqKPEDuBAuk/MSmLwAx3QA6HwCBOKqYIm BZ7g1q3rJSMdPUEwIpQffB0w2U/AJA+LJIu2ckvVwz28aGKAZxQAp/FKAW/UCnltzpG1K5esxSdA VMfnA0nABVr8BZ1wqevI6bU/VBtp6yfw1oFAB+aQCiewuiD7bKN2VK/7IQbwCCU4sDi+2RRA11Zw A4IACtPgsT2gfBAA2IjGVA2KfUQi5QkbaT8gBRJ6n3QOAdNnfngm7qcgDT/gaiEQmQOaJABhSeBA gV1qEOrU/yFJCCkBNHwAFVGChhWegBBSkJHWkwk1apjrIMZjjScQRj6ZQgjCgRlhOnz5AmTGjB87 fHx5ZOBAooXTrET4IEMNpC0CbiiqcsREm13qTLiJVIFNmhsm1DywU0QBGQ+MMDGhFMFGEy1k1KjT UUBAlgdprASAeylSFTVdvzbgAmwEATWMqsShZOXnjUNu+CiA0hdTGkfIWLQQoETbIh5x6HbVwoPP Fjv10tihq6aKowY25qSBwsjD4zUmvnnggaSuGiptNh+p85kAiQWK7BBQ/W7AGkUV1MD48EECchgF LBQYYmJIdBPVh5QYUqCADRvavUMvgAEEKDeCUDRCj14QDf83bjhxWuIFgRcvS+zft8/JCA3+51H8 B/A89HDAoRA99AAgQQU7oCMJDmbgIARskgDCh0508uEEDYEIAiYgNAzihCRCQmkHAwwIpSQDOjBA DAieeKKGLmbswpIabLTRIxxv9GgWGGOUkRYxHvlDg0MOuYECClpxIwIKgNihAymUpCAAPAT7yRMf MjzhC4da0SCALzqYQQoRpHhkhiDW3NLDL04A4kNPQugklRNCYDGMEwl5ghAxQjFgCgjEONHFUH44 IAgOfpgpj1NOkWYMA8IgpIcfOghpgowy0lQBgwyBsYZNRyW11FG7+EGKWnDq4IAdXKxhFkI6qPCV CczBIgD/Ck7o5AADRM2Ixi46NagHAyCAYIoDHvFhBmBIASaUV0L5sAdSO/qopScs8bSGjiyZANkn DNgBglfi9KEDEzvxoZYTEuEgiCSwQMSKVmCwYx8kbBDABCQgIaMOAr4hgF9F/CGhDQEKqAMSMNR5 wJ8qCBiHHkZiqOIBFsiogoG01npgBCtWmAYYD9hQg4CJ9cmBY3oeIGFiNRZhYIRpAojgDCYgyUFi AvxRBww2qlBijSH8YYANlFUmgIUHIGFgER2cTpkAlgmwgwGYq9AHkiZay6GCHCBhepyxo54aDEZI WARiMgjQgQGFizvuAxjubm666aSrzoQSSvC7nBK2626P/wL2MNxwDLxQzgYQHqdvCVDgizw++uqr 77733tuPBkE++cQM/swI0AkCC0RQwQS/8CSCCH7SIEwRYuogw1pqkaLLVWXq4MI9a4CgBxdNekIM Sk3yqEZwBZKRRx2bzzHHkTx6IpREsOEigGlCOMGTAEIAogNjudQwBE9+CgCITn4A4gsR8NDg9QCk mMnME2jyIQhmZ6j9hwsJMUcqCmUOQJkDWbSoUReeACpkkcSAJwlVjWTUhYwc5AkKMEcnNAgBUg2r IzCyUadMNcJNTWBGqVrVCdJlIpFAgA6B+MIKgeAJDnQgCCcKBbAUsCMKGgQCBriQGAihJwNgRAET 0BQEQv8QAjFwilPUCwUEZuREGnlEAcAzBAQSoSSZ+OBDIqiSFSgwDTJaQQB7gIQ/hnADAUigBVA4 ghKOoA8lsFECW8iCWtxgAjtMJg5DkEABFEEFmuWABIoogATmEAl+scUON2iFAzzwjTrwAQQSwMAL kLCLHKihDTIABQz4EIeo8WAFK+ABAxgQBxOAQgJLidsWPiAAN7wgY2nggw0wqQgCSKUKL2hBJHJp gxcQYBXqgEQkZCABJdimNfRYRRUQ6UpFIOEBQ3tBFrQgAyXMLA6JbKYDiGOcD9wgOTe4QQH6ts7q /M2dJTDc4RIXT+1I4ANeCA8IMICA+Vwuc/bx5z/zswT//vBHEGYgHUIBlJ7TGUh1CRJBAFqRnIne wApd+kIQgADGN53gdlIAgq/EMNIpiCGLsDoJ8pK3w+ZNzyAedF7yCnISc7wCAoTYAf80+AMfnKhF lppJUIPgie2N4aY9qN0JAhEIKQTiEWF4xQ9+MAZp9aATYxBiBDVlkB+ZpFOdGolKhTWsUYmwg8Sa kVkn8ARSFAEYUpwAt0g4V06hSlWrCoIPXNVCOuzqRCEQQQee8IoZiAFGaj1iBYEXCmnFyIDImtEs PBIKKSThggbZFFnJaioaHRFGEMgDIrDhg0ulCwhYwEIDyKirM9xgD/dQw1Pa2ARprkEJHtiCG2Zr hyHQ/1IJ1owDOgsAAwHIoJcMUMQaBMAddLrBkTi4ARNWAQUJCKAESsCA0VjAAkW0UQm9vUEkVkGG u2kBK+bcgmwVQYIsSGANR6lCGnQ7BCUUwLYVS4MABAAKDPCLOGzYxyPXIAEQuAEUzySBDdZgAyVY YLlVyEF+b8AvE0AhDbPUp4HHyYjkdPgD6mRnO9/5txQMAXHz1A4GCjAeL+yTny9+8eXu40/8aK5z oqMB6QD0ifQ0gkAOfSjOPjBRNxxCAGe40xfURAErWKR9b9LrDnpgrB6khBAqQVaWs2yI5BlketPb 6ozANRKDSG9cpAXUDlIyBXaJT4hW3cEOXGUARv2gRf+pSMWVg7eDS/1AJFP0IBLLSqw+qURHR0Qi jTQlPUvQgiSfJUQupkjXEdagE9P4QAPGICO5UpqEdr1dTKIskiccICZ8SoInxtAFwkIAiWbNbJgV 7SlNTXBGB/lBKIYlo2B5q1SYPWsPD4IsLsfoCbToRQx+kAhhIIIL+IBBGh6wLwFswQNqmINtW6aW JkCCBZFYGIQJUM5IkCENMhBAE8BQBTZuoQpI4INyHSkADYxgEX9sgT88YAcBfKAKJJilItaWxxbQ gwHOIUM+lNAvEuiAt0qAgg4qYTQPyE2QJMjHAgQAAyREWLeKqEcdZGA0BuijtyVYQBWacAOwVaEA Sqj/gweqAAOotIWNJpgLCUwQmXoQIAssL44OJLCc7oA4xH7723XI4c4UIO5wKQiPihcHggIgwMUw hvHl+inQJWzuxqNDgUJ53Agn+Bh1qosCM3AmiBu4oRF6+ESYrBCCnLbOCmj6UF6leqk5T7kHYZhC lacw+MGHgctfRnyi49o8L3/5CT2YCYtaCHkNdUIMUcVU76Z8oZJCPnwa1KCUhWgOc5BCGgYgPelf dFMDAilHT0iFTRUoLl9XEEYGaFYSdI8NRCSBg7D2tAJIEQAB6KEVSTAHrz0N/GChMNSjJokBgPAI QnSBWieg6g+IrcNR3ehUnc7IYRMdIwW6yBKt59NL/9N6EATG6Ig+pCDwgMeREnYBAp14RCC4MI0V aIAPHlOLLNAG7rItbbiH3oqKVcivIbiKI9i4OogZSjAaT1qDAkAGNsiBKpgltkiD13mCHNCBBYBA AlAYfwO4yEgDJNCNRWAELmgAZBiHhbMBy0CCI0CC7foaJQADbSABO0gDEiDBjaOCtliuXsoBJlgY v2ijBaAHMNABE2gNjckNAjC36moDIpQAJKiACiAAc0ICMFgFFiiaoMOA5fAO6gCcvrkO6YgOE5uO w/GOPcCA/pK6OZxDrIsx+YgxgBqoJeic0Rkd0dGxT/gPswOyBNkABIgADcCBT+iDBMEBNxiyaTiA Uf8IAcEAKQ5JkxloFr06gE/kxJp4FUIYPGPZAUJAvFRkPFU8iSlQM0GJkWQBlFxDqrzin1cJgx64 MnMQg1F4hL0jkzwxEQMIgQAQgTjZEExxFWMxgCfwspWYgR6AEZUoiE05CEIIAjD6CXzQgFYIAAPw lODrvlP4AADQgyTpBOYzlY6otA4QARF4PnUxrMfTEFQ8vxCxkGSpvsS6llEpHgg4v7d6AnMIlR8i PQ7Ahjx4hRPggDHIAzkYg4Z8BWl8gjHogTFIBDnIBWRRljCAADk7EUERFS8zByCgADyAC4myADX4 mCZgAxZQgQI8QAFoA21QQAEYAka4hyzQr6GTADf/WAMYqIMWsC1+oAcP+Bi2EJkGGIFv0AHbABx+ kYB6YIEmODDlgoE5gDAowAtpqwP/6jclsIMHYIBsU4Jv0AYy4AEHiEoBwIB6iDCcZIQKoIf8KoC/ WC4yUAcSYA0TeIB8iAMHkI4CaLsrtMu5pAd+swE1YAAouIfhCLrxuBvuUKfsYMMhoMzuyA7ouCTu 4A4C0yUj0Ccv0Cery8PI0UN+ojH6eA8/LKgcQyiwK8QBOTsF2YB1YCPVwQEjEwQBWIFKPIEAuLsu yasOeAR0QZQo6RIO+QFBIYQVURdUZMXkmU7ES4VovClBMQeVEANBmQKeYpZESIRAkc6BdJQYyKJB /2kRQtGgS6SAmPgCvJqBTzwATJmCkji2P3mRG6EgUjmIKXgEKbgZ7bkZbEgFcfRPctSDQ4gAVRPH SSuhI4KAGQAjeMwoH3gVx2qWGOGWGqCDE6ADcQkWuqoBISIFLogADiipK4O9dMkD5HCAVAkETziD pToDbOCfMMiDBgiBQDgDX+DERKAXDjAAoToAVGQp4AmCKhkjlWRJbuMHApSMmazJm8zJney3LVAE RWiCJogEAkguJWhCqQnAkIkASvA2RXCDIWiDOngkUKgHMCCDNtiCISiwftEBdZgDGVgAfoAEwMDM DxiwGyRKEwCDd1i4AmiDNKAKEIDLBURMfisAKP9QTCh4B33oSxZQmKy0gwVwMMNMwgoAg/yCAUbY y8ccJx0AAeWwGxiwgSEoQ8+0AVC4AZ/UDsfRLQkgD1BoHCPoA1C4JNIsTdZEAU7op6xDTc2xDyNg VjM4qILSsdn8sdRBxHUwsj7AAT3ogw+IgBswkDOozyCYEpBSIZqYgfapkJpolzfJnRkYvBlIk1Nk RSCZoJbqEXqlHshrlpk4gJIKAxPpPFpxH0/ogJRAljCggxWAAV/4gTAIhTGIsx94hEfogGKcnRBZ lXT5xDgzkUGpvkezokobrAvxH8YKhX1E0BIqgg9wA1/gAB/goP6cKwitKwmdgVpQkt3BUMMiCZX/ WKAXqZ504T5PmxFgsIAVOAUD0MUXMQelzQMNcAMsmAEVEoYz8AQKuIEAUCEDSAIxsoKs7RIzatlO kJf26QAEeiIIqFjzyR4NWMmW5IeylEkEFNX8soociIMK9IAK4Acd2A1IaIMKJINdqAAk2MC2wIc7 qAAPKKcF2MIqMDAkYIRIsAMSUIN6SC4JWADK2AKoiYM4gAIgjINZGoBxIEolqABIMCc72MIutIGO g1S6lFS/kMQ4WIUKIIESaA19gEJFeIAK+BhQLQBG2AU2IINySgPC1YExBF4M4FW7sZsCAIU+EAQw Ia5DYNkJG67qwl6WHTrloAE9cAPxeJx9AgFi/6UBPFRNGcsP+DAC/UAoHIvfhTJEagWA2zyDmzmD MxAjETCjNQDXc+WSDwkfRgGCFJKJE9DG2LECYaCQFULFkhiUKTOAPGiGV5AsG/GhLAs8IeITkgiD RJiGnEmf4yE9P/nX0koTj7wpA6ADbAgAYcBQjZKqDLGQ1qGA3HlHUeOfQCGX7jwWV/RILgM+TVHH lC2VIqAIc5gABDpiTyEEOuAAYKAFEdqsJ1hSuKCAjM1Q6oEAc8hFPaGVH9ChQJuRY0srTkGiGkgF grwpbtksOYiAVggfXkmFTpgBCvgAT9AQTvyCEFiBVvAEcQ2A9vCEJIgAfDiTICAEI+4ItT0BYf+g gKvFh7fltpcMUwPcOSUgAEioAzeAgTjwABJQC0VYgEgo5ZahsEiIhN4CmTTAB0pYBH2wgRugLTuw ryxEgrarJiTINhsgAHVQAiVYhHxAt9+qgkig1TiAhF9GAiqQAPhagJGzASqIy5yU3YWpCz5YLspd uNbIhxdoDSRAgqKoObtUgxxgAKLAyTiwgy0AuuYdsll6LxiYXnrTABggjOX4gM+kuU/oZ+2AAQJz g0icwxWbw8dZXzxk34FqzfeFzfiVaNIpu2lVnW2ohEA4V5jwqDf52hX4gQ7ZEI8CKVrxHl1p0m49 BAPpgxuIgADwhEDoKQgIhU54YTK6mRXAguT/0xEx6AQp0wk1mRc6uDIDOAEzgi5PKCIuKz8g1sUi nQLqec4oQZRECAEfyMWpnYEdoAAnuZ13xCuKNRFXISI6wAsiJYRZAD8nChayMqEn9rQYcABKoIUI HSH7S4RFRIQcEhZeM4dixBkr4GKe7RPhYdEp2Cg6+CwJFqLsnIIH8pTLO6pXEINEyAOOoAVSiIEu IAUrOIMf6IF0RZTWqZCYQNcAwIcTYB8gCIAzAIKEXYEQiIlfscZxAQJsmAb9c1uWVLAWeMmJMwF+ 2Ifkag0yIAH3+oBImLYhWIPmjgwyqIAHiAT3Uq4CENQmaIsI8AUoeIAjYLlQUgsBWAAWyAKg/3QD NvqANmBBC7AAAqCHr3yvWaq2q0DCBYsEnlyDUHIwNzgCrKjASF0wRlgFKrCv5uYOo1EHOzBvCdCl NZgDBrCDBRsKJJgu5m5uBl+DLQBefSYySdQlUJ7MWVqO5QjxQ8Ckz2RwUDgE/hIP+VgcywkoPawx /Xhf/dAPgxKE9YDN/9Cx+lWdQgiHabgJChABwJIJCggTA45PmMAdIAhpe2kF1zEnN3goAPgEc9IA CvCBWvSEVtCv876Bz/6RMcCCQAgB/TnOE1iSALCzc/UEIxGAAOiEK7uRSjmRT1yfY5HqUeDEOOlq T5hPBT5yr/7qi9Wr9VEXctmBQHCDTziDDv8wNHVcK/frLCT2z6EloSdwhiSYpQA4xc9aveC5RCuI ndkBgmOZEQiQKmkMFw6I6R94BROpMiDqge10kSvjFlpQk8BbISkIgbSeAnjhk0QIUVpIiA/ZgQbR oCCoYR8wn2hklBCggB+oyDyIElTvFupxYSzIAC74gBUgAXU45SqogH2ohzZlg1UAUyVogquwA0XY Ai3UBgJogi1oAjvQgddYBBZYgHr/Ujv40hxQAO3pAoOLAyXYAtCNgzY4LjtoAoTPgjqAmGIIgBW4 Aw9YtzZA+HvXAW14AA/QeF7ygEjYgi2IBChYeAIAg4RZAAZYBUNqg6zZhW9QuS1oA3JugwX/AANI eHebr4I6aNNFIAHKXQQyeAES4AcwtXmcR4J5tye7ocwhYI6is4F+zszusCfHgXoV0yV9AoH4UE0D y5z6mBx+mvEbf82COoSwk82FIpADqfJpCFAlAaMTeAT/DQThEdjbWZVo5ICH+ID4gaQPOIQ+oNY+ 0K9+SwKkMsl8BoXEj4A8uCkISIJWiPL+5ZA3T1EbeoQQiIDzDoAUIR4xoE8+Y/YvC4Mk0J4q6dYI sPuIUqGu3uJV4ai8OgBG8cROGAVhKL5WSARYkdmyEhZLJ/4Oqkgs8IUkoAk+MSA/qRTPJ/VWeE8f EAlP2QE4YZFUwIIGPXQLmZQ9ySJKmYIx/yAFGGmfZvw7c5AqZKmUAxCDLsiibXkCl5iB7ISRxh6p VygiZOkBgAgSwtwECAY6GYBQQ4ECCIS6WIJAqkgSLA0+wOgCiV6FRR487KpQwQMUeg8gMXjwAMwi BqsW6WDDxiUYBpiKjGDA5oHLVRxXMbpjYcUlKovooczxIGQOD5Ae5EAJpmaaaVbO4KNEIoc2lGwq 3CNAhSOkpzmiMlAqModOkR6QYHrgtoo/lWmXirx3b+fdkBXUya2QL5IbJSTs5liUQ6SaLCBgwLBh o8AQEwVgWJBReQhlzp4LFJh8WXQBDKUxgJAAAgECL6BUe/GCAJQATq05LcnNCTcnI0ZoAP83A1zQ JxRmzKBI3kg5DhyF9ACILh3LAR8nQpw4ASSIlBA/IBjs8OhLLRFSOoRCdONDqwgUrESIH0GDm0P2 b9wQ8CGEgQ5BricRQHw3nEHKE4akgogAgnyggXtSPPKIJ1Yk0d8MSZzR4DSh1FCDJTVAsMMBBkzx SieveNhhDQZMI8ANreB3BgVAACECBSd04Il7tfBo4xdBzHDAD48A0cEBB4wizAdrnEEHBLNYwpCU DFliSA0TTJmllltO2QUTXIJJZQ1PPCFGB98d+AQhCpkTQgRWaNDKjAaIodATQVAgwnbYrBBAdxx0 4sMPPfRgwA47dNKBonRMM813QHzRAXj/hIBozisGEDLGKaQQQkcSPpw5wyM/1CDGD2OkMgUdifxA pgE/rDmFoBD14AMQsHbBEJkK1NBDJ0VgwUEDcXLBgwJUMFFEHlpAUUUMlGhBggdqVHEsI2qQYYci dZCgAxl1xMAnIjFQcS0UaaSBiR93NMAFFxbw0YYW11ZLRRUjAANMHAT4Q0AVadyhAT4aLClICXFA 4Y+3VUTChwNxVNFtFRDroMPESFRhBw91EIBEFibwsW8VH78QBxn+IBEHx1W00QYSJPSrchVIRAIx Ek3A4KIS+/rD8L43jwaDBJEVYEIJBVgwhNKUmTCEZKBJJpoNkWFggwSggICBFxJ4AQII/12zFptr AizhhREo0LAbDUZwsnbbwdFghiCHNLIcc8w1B5100U1ByBShiCHG36GMUWeHTxjkwxcieDJDBwE0 6N4XUrxHQXkBaJA5DDDic4KQM/gQQiBWkE5gKLM8kaAAKIDyJgVSCBoCBUGoWR3leHiywxNXdlGD OWI80YXwlghfQ+87BHKGBmcof+OZJ3wBxA5AUPA6eTx+MUMPoRgwwwlBGmAAHYhwwYE5EOWqJeLG h9l+RLkOUwQlw5gjTQwK9HJHEaSkz2UXWBYkeGMi3pgMEIg34cMKQOjEFAxnCDoEIBAzSIQnsDAD TwQACz8IgqA64IMkCCMQP5oBB+IEBP9zQAoIMzDUiDoAug4k7xShmEYERGBDHgGBEDMQQfRqdKO/ ZWcUiUCEFThAC0JYZ4FP6FIX1PQKaXAgEb5YQQTOQMUIBIAL8MGiBbgQgAZQgg8rOAMXLuGAdr2r AVswARem4S4LdNGMXfSiuxrgizc6KAkOeNdQuggnGqzDC61wUHw0IIDoHAIfK1DCFhqwAjiugGAN 4MNQ1KgEOEYtakSbWiZDYwHLCO0DGIFMZS4jyqGJMpWtGGUBSjA1CcASlpOZmgZgULQhgAJroIkM ZyQwSvZ8IDS+/AAoPnCDQ2TNCIdYgtDKFpvcgMINbsCNGT4hiLXVR27XHM41UdAIQQj/ohFOUI7d nNCIvO0tOh3q3QQmwE53qsh4hPhBCmfwgxMEwhOBUKH3KOCJL2THEwJ9jxUCEIQdGOAAJ6BABFoB o0OswACIIwQHYGAfDdxIhTvwXgdmAQEP/mAGQHhEDxRyJTARbwKWeIVIcdSMUwB0Bz3YIBAS+ojs QAqHPfAQBA7QAYQ+BEQQ6B+XLEG89rUvRBBQgByqaICKOqALcoDBDRCxVKRyqRd5kF18rMCfHoSB EEvsAgQ6MQYI/A5xWIgANlzoOOrFKQJS4OAJSBcEQgQBg54QhkB9MIO/zoChHBgDDV/HQ4D+QHZS 4JEUtNMDc9jKByK4gRumMYUdfCFS/1ed0uHMcQceSMMB2JhGAKwSgRW4i3RcaFcWI/miLNbRF2hc bQYyIFt34daOtK0tNuwYANTiNriYO0Qf3LC80pIWBijoww2qCEc4ckEG71oBdR/JhUc+ErrPta4F kNZdOIZGMhkSgAAiA4NaTk2UkIEBRggWmamtN75Ug9p5YaA0N+DADe+1gdNS6d/IsGeVH3CDILyA ARoc4jXPjCY2BQGK3NCgD4fwjRtQgIM+rGGbgnADDbwpnOPILTkiPqdz9CadeKK4Q0Y1aqk6Yc8e 9M0h2wtFGCBgqh/8IHz9+QEdtiPDNb2iA0DoLSLIdwpKjYkUHMDcCpLQAzGQqAcz6P/EmBDaIfCc lH1hYjEhOvEdBXThBz4AXELHUKYebFSkiL2qmgjhtyViNc5YfUIYliiHWu4gA4fgQw04IAA9wIAQ ctZSKgIRAPj4SYU4xhSWttRnK1BgBgg9ABACsB73BAFSIgjEdzpwhk+w5wYakMKhJiggIBxgQlIA Qi1WDVDGEQkIPujEDoAH5Q6EABHYCIKvMtsJokqpd50IwmelcQpf5Ak+FJjGHadRW18E4LcaIBAi LlHbDGDh2tfGggOwgIVLfPsS4v62AxxwilN0+xKyHbe4re0uGFhxte12wCVWAO/V4nuSfPDFvqXr LulKtwEAjy7BZWBwGWTm4Hy0gA3/PnCIVpwBBhGQGnzZO0gJgGaXkJllaDLOmc3Z12lDE83SQrPx zX1gmKuEAW1e0/IlwHIJFa5bIXBghrIp8xBu+A1x+iBh4AQHB40AenCOkxxzNuc56YznLGbhoaaf tNFCVYjwqg4R41n96r1TUdavbrwa5GJ3WO9dKsbwiid8qHgQoAWY/5elRg96TFhfX++CNzwyGSTH Q207RBAXpUED3n8MiQHzXlEELpxCAaRYASi4EIrAM2QCrwACPkPgA1tN2XFiWIijfVC9E8DqFY+Q gicqJ7paROrsY1jBIRwugDOcINY+8NQPxEAHT/CwelIwz4/MwWIyWX1MhNhBB/6W/1kDwD1LXXhV KmIgh1NMI9kRCEQSAjGNanu7yFw4bRLQ/W0OoLvc3abEufNwCvKb+xRzOL807uB+/c2BEtwmPyXq f/50i9sBW3CAIopwB3TvX7s5TLnxwRbwgRJcAh8o4AIm4AEu4APygcEtoMGZgAyAjAVkzlCAxiPZ wBjZW3thhNI4DdFwBmh4htHYgAbYQNMUgGaYwAu+4GYMQQmInCitBzEZkxuAgA24hhcsATFFE4nV HA2UzRIokyCYgX3YBwocgnAAx3KhDdEFBzklnYmpE9e5ndUpANxhSdd5nYo0Wu9soSW4k5QA0BZy nhnyXfJx4ZQk3xbGWfIND9a9Yf/kMcQ6hWEYuh3k8WGWxAAiNIA51MAU5AKYTQQwFCIfrogBhAJ4 1AnivILh+E8naEeRiJUBPIJ1VI8NnYAPYErqcAAiTENkfAr0fEEnGEIT9Q4dVE+e+EgHGACwaYkl DAl47B6pgEnV9UIMBEEA4IEIFBQH1EgAUAAiCEMSBEESjBYW+J/5nUIRQOMd5IE0NoE0SAMP8MAd NIH/yYGx0cEd5AspYGM2+l8RNAEw3ME18kATnB/5lWM6ZqM0NMEc8N8cKAL5NYEiKEK5bUH8GaAC mpH+6Z8BbkECihsfGOQlKAEDmgB1ZcZ1VVHmnEF3NYh7VUYMKk3TZORFDgF7raD/01wkDJZACbzg SHKGZAyYKEnTDYDAaSAABixBLhFThx0CcHCCD+ZGzgkCCiAhDezcb9AAOG0T0SHHiDUHDuiBFdJh 4KVPF7od3AnPGb5h+jwlE0UlUtVhnDVlO9lhH3rlV3LWGACDLILlBJBJo0HlVXLJE5gdIZjD7kAA jO3AIwRBEACKWw4VLRjAKJyAJ3BAfzzCmUDAGXaBOSQCMgLB7gFBWJ0UmEAAEISAGJjD7nVAGoZJ DYwBIgSAjQSCkNkQJ55CHjhjEYzjHciBaaLjaaomD8RAvowjMDxfEQBDDMSAObTmOOJmbuoPOOZm NsoBOTYBcK7jPFLCHMzjHGzB/z1SgiLMQXO2gCJsQXQqwgsw0ha8QHS+QAFepxJMkhIogQlYwBlY wcBkV3wMzCd9Jwyq53p2ZCus4GUUjXqO5HzSINRcTSxtzWlggGmITW7E5A3khmz4oA8awc65jW8Y IVFKYdwUpTcd5XOY2N+B5YRSaIVa6IViaIa2j/AEG4hcmVvGwEJw6AQQwgFEiAGEQfg8RP9MwOG4 WSjcVAesye6ECV6FQA+kAuVRWZw9QSJgh6ztAD1BD+jZJm0aaWseaZEeqSOoiZI6wjDEAJMSjyU8 gZIe6ZXi5pXSZm9yaXA2gZeu43AOpzbOYz7qYz4+J3S+QCVcp3W+AHXygSORUf8DvOB1WZEJvCl1 emd6vuCefudlrAAoxWdJ0udIpkDGTU3WgMZ+Miqjek1sSEBMBmjY9Kd/LsFu7AZQLmjRFWXdVGGE amioiuqokmqphuoeVp2W1AAhiMGagIdCuCGYqQgtPEEodIIYEA+HgskTXAqZbE/wxOGlNBAEwKWt nlWuBt/ueOEcLiuwVd2HjB201gCU0qYj9AITdMi1UmsMZOmWcum3juOXhik2fumXLieaKkKa7iMf gIz+sekB9mmeyqueKsGb1usLuqBGimShpoBJDsEehAYGAOyilkZptGTWIMCjig1rUCpO+idvXKpv bCqDihjSlZiJZaWpauzGcmz/x3osHxKVriIV+jAEWWIlHCqfyYJZmGTsloVsitUAE8RBDcwCEzDB tWqrIzhCGxTDMDBBlHJrG4Brb4JpuX5pCzQB0ibt0iZtC1SCPirC067p1M5r1dqrCXjnC6zn1hqN oXptCvzrHgBsCZbGHjgqBjBs2qZtfw6opbIN20wsiFGhcyhddHzs3eJt3urt3vIt3goPtqrItdbA tcqszBJuHAwDD0TCztJmG3grDwjt0Batl5Yr0lpuC2Au5katPj6t1Fqt1dZr6GLt6IokoRbqHvRr CuwBZ4itwLbufr6k2spua4jNM12qEfaGpkohiDWoECal3fZt8Arv8BJv8eZt2zshrzvJ7OAyQc3G wbXGQTE4AhM8gSMsrvTywM46LrdyK2tC7tCSK7ka7dEubeZqLtRC7eeqr716J+mO7kh2bQn063yK 7aGKbQHcr9nuZ9bA7uyubaXiRk72xttsqtF5k6debHQUA981awM78ANDsC52QS9McARb8AVjcAZr 8AZ7ofF6sAe3E4uhGLYaLrb2wvNC6eLqbAy0QSREKWs6AvgS7fiSb9NmLvqmqz6uqeeub5766Z5y rel6raEqjequLv5yRqMm7BL7L8PWrqXihm9I8YIa8NwmMAAEBAAh+QQEZAAAACwAAAAAKgJaAAAI /wCxJEkiIgI+CknoyJGTh0MSDnTy0JmYZ+FCiRMzatzIMU8zjBwjfqxIipTFPB7zPKTDIVEiljBB UpRTsmQMUjcZUgzJs6fPnyRjOBp6U+bPiCiTKlX6o6nTp1CjSp1KtarVq1izat3KtatXqC8TzRCb KIjZs2jPClybJEOGtm7jyp1LN64vLr7uNuBioa/fv4D/FrAwuHCBw4gT21hsA4bjx5AhS5CwpLLl y5grG6HBubPnzmZQiB7tpJHpRjhS4yhUSI8eAACSmJVCwYqIID/CTNnho0PTA8APdNI9JcyO4MiT Kw9uoPjx5Z167BguBgIhMcXDhDngY8aMDt8PPP9VTh3Ck/PoxRzfYeB4J+Hw38uHTz6+/fn46RsQ Y6iGf/9P7HbfgPnlt9yBCCao4IIMNujggxBGKOGEyv0wA3Dg+dabD3mI1Z0PacnGQRADySbQQGth UdeKc/mSAR8NxCjDXnvJYAEXOOaoo2CEFdZjYootBgNjkcEw2ZESeEFZZkwa4eRnUNJgRmijjXaa aqu5BptsQQABRBJA+HCAbrz5YOEPwQ03hXPQvafgDmxCp90OYUBQwxOGYDeFAT/44KcPj5g5g6Bo IkfdE+Yl+gQh7O3QaHuQPippcpJGammlO0jnQyI9PEHLf0+YI+ClpGIaKYWopqrqqqy26qpvsHb/ IE0i4OXxXXdjnRJEIg2ZRQmJJJqYRIrDDssii3z40oCyzMbIl41cQJtjYH0NgZi1QBZgA2KMNQaC Y99KYKSRSCrJ5GVGcJLuZlFyNiUKVIpWmmmqsaZlbEH01ucjHfSwJm9B+FaocMQZR54B0inYnAFu knedv0/UYB4ha/YwQ8AddAfeoL6RF4YY6IXM6HQHTOeoyZ2gjLJyKjuacsoutyxdIJ78IAYhEQOo Xskxxwxzyyo37OrQRBdt9NEKevdDrbXS4V2Hm+oaxCllOfCrbCViwYEDHGCBhQOXqHjsiny86IsM d8nARQMz2igDtBbYSK211vaVrbZ4dwvDtyDw/z3ukUskueS5S6xbeLvuhhYvClfW+xps+HYAnJ9j YrdDxoJKTvCaxnXiuefsGWAwgtFNkTB02Il+Hs6Lrgkomn5iDh6hM6B5qKITP9dJqaVSyrupjR73 5Q/N5XznzrsD/3t7SDfv/PPQR6i0hkt32AGv2E/tkFkjBsF11lt3/XXYY5OdbAMwor+2DHzg+PaN cVNrQd13A7ktY9p6yzcISApO+GWcWAInBsiuKL1LEKP5RONW05rH4ctM4iHemnZzsXwF6kzEMV0P NrhB3XhQOp8DHcKIw7ABCacHDAsDoiAwsTX9IFM7WBqI+AWijNmwdgYwT8hW95yS/exkoQOie/+E szuGAVE6QUSiAZa4ROkQLwyEMITxnqAeSDGRiT8UohBPJTRDMWx3XYyeGMdIxgXBamlL886gNtWh qZWFao/w3tUespatCSQDXvNa+dxSNrOhDW18mNH63Ba/aMnPbvWzX7dsEK699W0ySjLX/wC4LsRN 6V3yWmADHSgFIDzihSXLIMCCMKiAmUmUQsxgcTioHe1MoToUU+ISG1WyhIXBEObAEyHCgDA4Wcc4 IMpXvmQXux2w0HjH6yFzlIepZirRUbJs4hJficxkOuqKTWRmpE62PPZ4roReDJ6krlmpMErInGVM 59HOqKEOdIAOtPLTS85yil95j3slcsBA9Kn/IhUZa499TBYfLsGHgr5tfSZ4n0Ll5pe6/SiRecOb IxnZN/5JAASBC5wXJqkZxIFGSvHSZAMhBwARhOkHKPTXBEfpJxrmhnNDfI+jdNOek6X0ldZJXRFr 6qgDiO44KlzdbqJTPCp2AlBnGdQjvEPKGRggiv8BkAGWYzIY1hSJWCUnDBvFSybSCWFMTCnCQBbV 1rEHhVfc6ixlqdbg/ZCnvHtPN+OqqgwNTJ14LZrmlNabGcxqUIPKg1niyLUgjCgJ33OAPlG02D3O ZaACfRGMDJrQt7ltofMjDGGG8NBEbusw28KAIytq0f5ttDKgOJe6nFRAA2KScfRKjb0cCIAQ/wTh k6r8VzBJ+aeXOseqjUKhfGoKsykIla3btCWizrMzf4GMEAaYAQ3NgtQN+cmYUZVqgmAmnfYkL4hL jM41EVac8rbSOO2RDhKNW9ZYig6ts2yrfJEI3N9pcZb41aY4wbld5lUojhfKq4BfhSELtfNWbCxL G+EYhDmSiGtc81pjHRuXsgnUFyYIZANMwLbLyqCyhGQoIiGqGLxhgJEX3Z/gJGmZ1DIpgJVEHLwS qMl7Qa6Tn+yBnla6Wz8NyrfZMa95w0BfSOkGZxRjWHjDO52fjuk85tkZFKN81NsuFUSAle6gDFDN O031QMnzKngRhlar7gmFvESz6JQM1u6Stf+sYvAqfNOb1jlnKr9IzCI3K2XFl2lRiG9Fp3Cs6E3k LDFjAR6woikEq9r11TsbG4s0JuISOpiFaklIBKYRe9jF6hOPbxHbsQjKRwszi8OWTSiIQwyYutEP ovfrFv/65kgkVSZJqCUcAT1KgxlnMrazJWlJT0qnCa6pA2nJ1yk5Jzpj4/Q6a6JYeWFpHdNpNblA jRhzpxNFJAPsC194RBwBFczr4iy7T/jygVp2RfWOkE68dKW/PFhe9abZOHCqJhUzJR3tkJferRyy B8Ga31KpF4a8rC+puunThqU1voXuBCEgcIATBIIDoFy0xhv0HQupUY0b8k5YgrDgRDyiV7r/ElGw PE0JuOixfAG1cPoKyja2xc2yIZabj0YMa24thtakveiRzMUJN7hhCafFjBEO59EZh0akNoaNSQVW 7AlWMC2ntNyFgHjkHUN7TTo0R+qEI84mG0yFEtv3ASZmiF12ogNeSvZZfJBDfUf3B4IGzk7/Xd4g 94DI8V5zBomD1r+/GVSEQLO8AS/4vzc+3uctvHEA76/KX7FiRDZdxTTvL/L+/c79ng4IESZ2SxEa YRGbAQUCgAXb8Rc6v9u485T28dqbCcsAjqNZOqRph1ANWJRwSPgijFhRU7jCy/pjjGruYcxatqEk vtu2QCBr0vYto5VxwyEOsQQEJL0yA1SX/0cvSaUa01bqnjyBFGbwsQlWHAho4RedxCCGA1ywUFUn 7p3hxLpdHqempwJDT3Yn+9YJEwMB5gAB6oFou4UWPrAD51ZWBtAbeQccobNEqiR4ohNwA5dm9Mc5 f7dBU2AnoBJnKiV4HJgdAOdKZ7Zmjud4gddV0+RsIdhVe4J5nYdNVtQeIwgBUxBK4AUczVEDlkAH gRACF3J6+kVXsldXaKQh3rFU3nF7U3h1cmcWXII1wMIBXRM+xIJHDmB8jqUsM9c2NbJQmJVZheFQ 0QdaBXBicGh9fRNJlAEKRnB0CIAAmBF+rQUl5Cca5idswyYFAWAFIaBjVvcFQHAC8HdbB//gXBCw A3FkV4/4L/5FMvmmgAbTZEYkV53DXsm0douiQ4yyRlfoAz3QH+g2gZqzIKGjUhMEcGvSbM3mHHWy KKnjAydASjtAhDUwATUgBoPXd7RIU8a4JzQ1b+U1TRhYgyFYHSzEQqbDeExUMf2mg3TGg9eBXlgU ZnTyi+YQCqazREK4hJjSVRXYhAnSaLUHcjaEK/AoXXInbsCShfUYBGzBFm3xNWI4NmVDhstXczZ3 WSB2cyLGc20Ya3JYUStGGV7wkF7gfXtIQOLnhzQgCIoDW6ghW1EndV8gAq3QCtiAiGsyA4qoiIxo JvMXiWYxA5lyb/g2KTq2OgYDgLQEQwb/eCdEmG4GSEXnhihv14AO2CnZ5WV+clcJEkS55WwFY2x1 AiD7dgKe4DRchniv9IFOyTmbt2NNSYPv5WzGdnjBiIO8NEFMRGQ6mCk11Bx78igydXAq1AVdcCdJ Vo7kNFdchV7pqI70gSHt+JcfF3KApXshgoX3OBD4WCwnso9u0Y8w1wAZsCySqSw0goYGaSOc9RfY 0oZuaAMntpD8Yy4bFZF5KJEAtFoVCRpmgJFOB1v1MlLCJgLqpwEawAGvlIhAoIiNmHULGAYjoAVQ QAZa4AdlAF08dTIfEzH+50NMJh+h4Cgk+JsjEIwHWIIxJJTURZSr6E4M8k0MA4tguSZY/xmWU6Qe nTAGokKCdAkyCqAAEyBt4UkI8NCeCuCD4TmLLBieonN4luCDzQiWGAhDZdYetHFx4kiOJWOBMshe cjmWbMZMWpVKejk0P7SXDaI57PSEgAlpfXJDiDaFPvYhaIE1WlgiJjoQb7GPegQXFOYiMeKiegEt HWaQFlCQmSkYnKkYnwmaD7kEGNV9pfl9mpEuq8UuoXEI8CII4WAlG8lA5yd1pJQEIdAJOzYFJpmb iwh/uLUmCoAJWmAHWeAN3jAAdlAFVPAEjVIGEzABVAQyi1KTdzkdT+Ce59EFmGCmVAAFIxAyZbUb 2Jkv2imB31E7tQNm+oefYDkB7fmeYf8JAZ8yl2/KHzUwl1HVH3daB1qgBYawlGKgBR7ACFSQqU+w lJhXi2DpXMgUIGwpnoQgdsWhgY5HJzsABIEQCKeQCmIAX4mngwwKjNC1U38GRLzTHDHpX6sCHo8g Fq04IWfUG+7UoX31juDhcWqURh16KyAHWCJ6FnFkjyeaNSmKR3d0fG4BmRmwNjQySPHTfG9jAjfX ajkKWosBhxRlfV4AApJUmqZ5mgLEh1IiCAALLyHVpLAZm0BgQyRZkuB2AgzLWyglBn5QBQOQAusQ DqwRBYNADpGQBhBgABOACUiQBmmgAFAmjOtRRDBTBlVQB2mAqSPgASqAAHtwBFpAsqH/4KZ0ySd/ ioo5cx5S9SFohCB3mWbOJgYfqwUtqwXOoFJk1aASgx2EQAjoZglaUAcbgADbQALRAJ6v5Ad2oALl wA0pQAAjsKrhybVgKZaqWpYs5B8KeJsuKIMQiIA1MAtVVB1uuxvhFQaWUAOdgEPpZVVrdYGm4jkf w42QYqEJ8gNB4AlWAAOIoDQOkqG1Y1eZcwCWm0Z8dUObeyuY0x1XOFj12DUlkpgryqLkGheS2QAF YAStcAZrEy2xe1k1inPvo5nxmj8YQH27a68WtVEOOQik+T/hJ35mkDgosKQKRLAd6ZH54lRVapK1 AG5ammNPwAgqUAgAUAhRcAXgwA6w/xEO3qAFZQAFA7AOuFAJUBANUdYDKQOnCGO+g3AF7UAAnsoN 2+sNVTACFLd2c/kKIPKngIoekHoeE2gmBlY7jvIbVEVmBeMM5rsO9Lu+GziCUTULSfZUUHknXUAF R3AFAAAOOuAHN2tssQAF5QA54UACklDCV5mfrwqeGaS2uWo6h/emvSSCkycdEECfwcgeTdsFNcww UzABwzANGsAFJ1AyD3d6x8lN7XG4ctVnqeIDgRAAEXADFJAxaOJOe9XFT6i5H0c9HWcmjWatHyKt G+KhIfcnpZRsD1GiwpIiL4e65JoXy3IGAnADEQC7fDG7B1W77ZpZgJG78zqvjzRrSf+Cr/jqBZzQ a2YQkf/jJJzgyJ7xLuXHvOfHDRsgmwFjtgpbC1Kwi0GwizajBQsAwsygAlWgD/lQBwgAG1dQBZKA vdqbtX7gtvBQBvQ5CQbDC8jgDbCRAmQgCWTgDeWwAUdAAlAwAcQTDVRAnPJ4ij1QAwrwm34QDQpQ A7whOTjEC7wcC5PQA+JRMs7gDL48BZOwy2Xgg6FQBozgDdpbDmTgB4SwzmUwqdfsntcxCZkgndEA jE9gCR68DiGsD8gwAgogbYSAygZdCO2wzHqqAGranmUwCfB5M+cMtc6gJzSMjBFIl4A3f5tnAE7T wwrQBRCAQiPYBRNgCdK2REYbAyv/sAYa4AkdELjdNbgF9yhRbLJw9XoQ0gk/AAQUcNQUcALhgblo RHuVq6Fq5E5m3HFl7MXUuqFYra3TXJiH+a0qiqKp6xZ5sTYrEAFmrQErsK5q/XzP967zk0ibaT9v yBiK/EgPmSReYASHgAMo0H3n4sibYQQPaaSrWSWxlSXntwHeIAJfgBvtZ2zSO73w50k/4AxkMADM AAAIQABqwAA5kAN1MAgAwA51oAaMUAnzTAaMsL9aQAbCWQdQ4AFUEAth4AckIM8AMLZqQAYEQAY6 oAaQAAmM8JtqsLJQgAkKMIFy5wMN7dpVgASmTcJHaQCx4Aer3bKrPQmOMgFQgAxk/0AFIxDbwk2+ DX3b2ju2jIAJZODdZkoGn8q/3K0GVFAH0K2nEqMFR2DQ4KAPi+ABzfxKCkAGdoALABAFBPAODAAJ n+ra8x2cI0AxYtClyIDcXcoIWgABRDZFrmp4U7RLn7dB0GgAWHAGiBAKPpxkOzCnDro7U1ADuXAK DYAFpzAG77bTgdvThHa4fKa4yVFEMxACUiACngAEHXdG00Oo1Xor1jqtTN5Oz2pXlRvV0KrGVbit aUGPJKqYWs6YYS3WesEFVhABVgC7y8eu64pznLWG9RPXnTnXoBmaeL0EbkADgq2HmbFR4ifYIPDI vYYDjZCRh12wsNEO68DYMxAdVf9qpV8gyqR8Wx3gDMgwANrLDToABqvABhXwAHYwpkiwAN4wCK9x BZWwzMWtAtyAAOvADeQwAFBABZseywCAC8qsA0egAt6wAOqwC6vACJFADggwCKreBhyLnbV9BJWw B3mYAlmQBlogBjntB3WQBdvw61gbCVWgBZOACQOgAipwBGkwABuQAuRwBK3+6q8h60egD8buDXVQ BZGwAXZABaEaCdM+CAhQDqyOCWWA3/o9DhXABpDgB0arBQOwB42wve0wAPmwC5CwAMee7N7A7BCQ 7UcwAAMA2xVvByOwtFP0thyOeDIYBuAxcTvgCRpwCSit0rkKBNOQBKlARV9WPHf/wkLQ9VVyFjpF ZGiD9tPo5dPeBEYO0glTAF0nYAUaYAUnEMa+UeRILuVnzPTtNNVSHuVNTT2RxjEfoq1cneUmmiKg 1uUZ4KLOogFucAMr4As09ywKdea3KwNriJAFwObcoi29K3SJ3JAQObyWEUACBFJOgnR8Hg5+/i7z IluCDgCEztiPUDnOZpInoIgZc1s/QAhUMABOAADhcAT5AAYV0PkPcA/vcA9HQOCQwwzboA8EQA7a S1JRUAkEYAcGDTmFUA46kMLsMADvUAGQUAmkDzlX0AJpYACNSF0j0AYIsPqw4QQpUAV+MAV+cAQp EAXCJuu07AEp7ASnDr6y7A0C/x77sDH7OrABBe4NGxAOzDAAJLAA5RAOwhYFKqADmZrfIezvFbAI fpAKClAH+Mv6/gAQ37wNAlCwIDNukdJEU5Oi0JVI3voV8obkibknNTQ+gSBmioEwYjJuJDQlzA6Q YzqFCUPoBwdSNRQoqCFGTKcAazQk6mjAAMopTyYooCXG51EDnXbs6AHSZxiknXzugEpVzMmfWQ9I 3SG10wGwYcWOPRA0VCABNwKc+HGgw4+3cWfApRs3Lty5HeTO4Nu3r48OgDvwvTtDLl6/fH3MWOwj yOPHSSIHkZwkCZbLmDNg2Zyhs2fQoUWH9pWhwWkuGgQcguFrCx8ZFrjM5mIh9v9tGbkt2N5dYIiF AsGF+x4e3EaB4xiUg8AAwjkICV4kgPCyRMISL14QbF/SfQmn7jRQFPpkxAgnL5xo0DCDwsx7FPEb 4cBRqJAePQYLtlsnQgqQH6ia4qMwppjhiy8A3MExH34IQ4E0CAIAF3IGIOCBbxbJoYJvFiDHjILC 2WMAfVQoaBAVvNkmHACiOMKObaIoiB1uvNGBGwAKGeAdbQZgBgBmUlABgYJwGSCNHyALQow0cATg iko2YKcgcqjQIo0UQtzAm3KcKEgFRtTJEgA9mEFgDxkBAKeOBbbBZcYa8ynnxEZaHACJOSfcspwp nfCGDCiOWEfNcSqogAE/UlH/QItKrigkRwS20cGOKfXgRoUX3gQAATskyQfHQhDwkpk7FbBEo406 mqKHkEY6FYKPfgoDAgh62EGMGgyBQCaarurkjD404ICjq1AiRCgFIPBpQKd8esUcWgmxaUAxCEnl FaiYnaIkn7wiKymywg3LAAhe4YALbILIKy+98KqrrrsGc3ewxOo1LLAf+pr3XsAWU0yxx2ZQ8hHK CrbsYMsySJizz0ZzGLTSfPGlAV+4WGEFGGTg47XbZKut49xC/g24AkgmubjijgsOgwKUUw6B5qib LrvssEOAOu9yFg8HJ2jgBD311ntPkPhQcGK++u7Tb7/+/nvrgB6mYEpqHx5x/9CAA9qy1QA/WkiT zCi4aeEIHcDQZh8WKnm0HH0eICEFHBCoAhIGWNgAyAFIUMNEAFLwh559QN2REYKY+RMSAvagkoBo AgvCh65/9KIOD9Q4oh8gkfCghR/NiIQRSFgYYMookBCzoCsWgMTyKwBwYgA19n7Ub3q+yXPTSo5A ogUvzThCjdAHYBEXAsgQlFBDEU2FEAUCfTOKC0kgspANqqg8DSIBeIEMdZyckBwVFiCBDC1oStUj kETSSIEJaojVp1N8wcKwHjLqYij3fcJmBSxC4YhVqqSCDhzACATMIa0pVItWtEDVE7KVwJGoKoEF 5BZSLPgVcYWrW6NAia3yFf+vD77rLYahCwlNaC8UmjBecwHMXwLDl4AthmCPIVhlgoAZHCZMh0l4 WA8hZpqKncYzp+EDH0zQAC7EZja8CVnIbCODIQwBir8ZQnCiOIQSoGwPwmGZy1rmsps9ZzvaSY8R cgae77DHDOcZRHrWo0b5FII+9LFPfpbGHxEkKAgnAMJKQGKSHrBqQCwZUCdmAIEqHKEcuPjRQaKw hwU8IAc58MajNvCOCkCiCnWogxoe8AAPkANvD+hRQcrBAg4J7h71kNEg/PEAMNDDDhvYRgvyAQUI HCAIHUBGliiihkWw4R5c2gASPlWQ7QWzAmrAkROOwIIxvUAdFcjBPeZEqgf/sGEAj9oGKvmRp0Fc iB4scNIGSKBMD2TJCZFQwwJaB45CHSpRs6KCO1ukjwrU43lIYAADwPCA0bXIH4FDXT1YwAJI5GAV HqCC+Z7gEQKpj1ddgBWrZuCJCEwjEXs8BSmGQhOpbUskr8BMgFDygzO0ggO0esITPrItc0CLIxfZ wQEMMAUIzGIjRvEJIWrQhRpIUAwLNMQUMJjBsTAlEQE4QwjawhcRhhCEJBxhVfOVwr5UtYV3adAJ E9MYHzhGSZIxGMIyw0POJMyHa21ABnwhg9P4YgUSkAAXUEMb3jDRiRYYggn86tco+qavftUiFzFg A+Z88WU3k8B2EKAdTsQn/2dGoIEg0MgJ87QxaOIpWiP0IEc64mdpAMBjgjwRgBAcoEDMcspqByS1 wTgDGfkwXiVw8SjUIQESkFDBj7aBSW3QQx0LaIEKyIGAH2GzlAA4ZSpzNIB7HAEHfUPlLiqANhbc AwyQoAIhfNADKgzKCXYgpaHekd0cEAAcQDrCIqxbAXpUshC2HNMA9lGBXYBhG6Ps0dq8OSc9VOIe +CUAQQoRiQe8FwzeIFMl8lGHd8ZTeS3Rgh1aFwV8HmFK3MAnGyqgDSS0jhkXwpEepGkoNlg3B1Bw KERZJdGZ1IBYYejAI+gghx78QAoRWIGiuvDQWz1BVxxoRQQ6cJROcCECK/89lkt7gMABSaskNd3B FGJKiAMaYC6qlYlGOkKrXXHEHDVF6lg60YFpHOIQgQgkvkDYAbDA+ahwdsu+ftCvFxLGzXP5QV3y 4mfE+MVfYh3rZCTDgRtexjKaSatm1joaIaKmiCtAQbAaoMQlKrFjI7PNX/8aRRMM1gTCURkXkQMD GLwMAzfbDnUcm53ImuGMKGgEDb6zhPOUkT2NaMQnioaCOdZHtHdcRyL4IgURJCJqryVkgWzy7KpM ggzB3Mc9CDAABNhRER7wQG8B8NsK8IMAjXICM+zI3wGYEpXfUGW6mYtKQ+0iBwr2gALoQAg/EMQJ C1iFofxtqCq8iRl2oIf/vwXyow3oo7735dB+lbvNd4d7TjrCJBtCnKM49NtQ/ID4NsZRjwgnb56E qPCF8Qnx5qK4wDmqQ/fwhsl/L6IKLWZWq9ZHE6DCygA92BWsgnCxMUxgAg/tgUgMKA1fXCIVHIHA E4AhDQhYoqVdoMUTgMrAqneEEDV9Sqx6UOdO+DSoxCIEIXoQiptuvcxkeQQFbgADOkCAEO2K11bA 0ol8ieUw9FJMnvGslzjDJfBvngsJt8ogGQ4sCDUs68EUhtbNYIFhjyaNaST9gga44RAaSCJv8KrE 3YS+ZIC9Yqj72tcsGqc4y5EAy5jjslU7doyP5UQbJ2sG8JjxZ5ilAWV5/1209iBN2Oc2CH/ycIAZ AOELM3jta4dKiKYLeaZ+gIIHGACJRWgDv+8gQAryww26eRvcJMgTO1LgjSPsV0ekdHdz2f3ce7Qf 3ou4Pj20n0k7UMIcWhAvwT/8AHpYhG+ogIADgEbwP23Igfi6j0pQuIKwL0P5BocbAPbzL4l7roqr gtYphCPoN20AQIh7ARYAOeSRp1SgMAu7pwpAOXjTBpkzsAW4BxzBpn97AE1qMZB4sZGYiQkAqico u6bzMnMABmCAgC6gCa2zBKEbumLoBYoywplQgJwroJZiui7wwVB4PloRg1T4CJQwAEL4sWppip+4 uwI5qrWLsyAIBCn4Af9paYuveIuaorOnoUM/+4t/GbTA0IsZGLzBE6E/47s8rBolWTzGMyseUivJ o7yHiZi4ugQ+aIAIOIOP8bxMk43Qy0QTkAGUIQ4sIjWUUQ4b8KLlWDUQGCPtkD0EyBma6Y704L3e U6P3gI+jCS3iYxo6yJrAuJXX+omgaClUkbEysJxt2IDPUaYKAIMjaCUWWEAAuCRtOAIW4YZ6GId3 WAQGW7/lcj9VWoApQQB8OpQF8Ab0u4dd8IAj4AMOIIMZpED8goQj8AYL0YHpyYJpYoNFUIe7IRVo ekCGk0B046b/wkBDYQEi0QNveIAKWAQ1uIdKgD8ShCeRO0GSS0EMq4D/BZCRddABQ8kBSLCDN3EC Enu5//MAMsAEP5A6GRMDVtHBm1MAjpCWkQjGK9QIoAoqI7xCoLKEcrmpnnuyJzCAIzuKHwCCIHiF +/HBVPCJpfsxuWOpnFM7nzBDo0rDsBAYIAiEM8CGk4qqvQPExJsBghFLdRFLwoALO0xLQKSLBuG7 xhCYQpSMQ0SYyOMhRuyh0jgNIcqAFfgAGLAYTLPE2YiNTLSATSyZ4ii9wCKOLbIBx1QZ5SgA6AAF L4COyuyOx8qOx2LFVtS1NxKaWWwPYLPF0eIPDrApt+A5iNqBuRAJQjAEc9CVpkOGLMgPXLAD4GEA NniHgPotfqikb2OB/wcATm9gAEORE3QriBTQh7MRnHcggdYZL4WEhG2YHR1ghBFogiTwASi4m77h yH24uIGzmxNBglVYBA+wp9I5HQCAwE+awApkLua0HYKsgAfwzisgADBggHYiiHCogxyAsBKcsIo0 uQqQHvhzQTIQJeoiKFLBJBssn1NpIKMIA5fkFZj0CJGoyWBEFZ1KlZmSuylAO5z6QTB8gqW0llcI hQ8KhV2ZCUIAAj6aATGgBSkEsycgBf95gqZgLQFBw7WbgRMQAQ3ogwgIgg9ajHm5s0AzvEIsxEdg DL9ASz9Evj50iz1US7eU0hmCDMuIjCTggBySPM0QhgwQBmxAUzNlxP+81Eu7agAJwAEB4LFK9Lwn IkxNHDVOhCLfICzBCo5Q2yJUoyuWUSy6qszsoA4ywo7qyJnJwizK+kxZpEWkuY9bJK11oIOaOoEv 6IBp8ZUOCAVpkbsqrAEqGAFOOJEWqIMqQAJv0JQB+IYF+5FBGIAFqAQWSQECUAcCeIFRocD+mhBb HQfBAcAxqVUkyAIWoYgqmDlS8IED0IJIkBFmqIQ6sIPsGQQSYIAj0JQ9SINEyp49YIF9WLiFfAD4 DNYrsFUWmLgdsU94XC/mYtUjENd82AV7kkgTREEDpQfvjIIBaFVfzZGEfADnPBQyGIGym8mHykGb w9CHgiAO7VAOZbr/mXoo1wzCpNTJn+rBjh27K+wBIHiEtyi6J7AEntqBkT0WCWoKXgRSpOoEQzoB K1ALAHnLO+NDFwpLxzgBn+Ujo1QSw8gqfKkzOjPaOBsLudhDsIJSg6EMRLRLYQgENkQEKZgGTwgE X8AGH2pTvUQiJNKAQ7iBFSBM0NO0wkTMEtjEKpoiwLIBGBiOKjIOuG29lpHML4IZVZy9VXRU7/iZ 85BU0ISPRnAC0iS2PMixL6iFGVgtubPQpoPNpgvC5mmBKQESXBgERykIBOBIflgATYmCchiAQSmE deCGQQgHFGiwAcvIgnCCbfAHUPEGTKoDTXECXPASPdgDEmCEKqCC/zJgCgWoAnJ4lELAhTQJh0iw PkZoARaZkCtIEzOwAzYgqPa8r0VA1+dSSNB9XUlRv3fNgfHxmiKJ3hPhN21YgPXChXAk0Apbryjg yApAguxxgivY3EIgB3+wz+l5VwbAhAmAIBlrugr1yQ89QphclQ2tgQnVCCVkHy87FgrVwhqgBQOy Oo+llfv5qWDkyQSaXJkyh6kAjKAIKl+xqY6A2QziwyGlAClQF8cY2jxkDBiGDBnl1FqoBSlAECAI 2ij1F7+oO70Tl7wAi3oJqy5dvMYzqzOl2loQAU+gAAoIgCmmAETYWl8Qhohxq7iiGIqZDSRaAQ3g MUy7xM7Lq9Dzq//YsKK/Qo5Sm9uUWRnFWrXmSEVU1A6/7Q7wwKzN+szQlI/D1Q/+0NRE8AQRCIKp sIkdCFUgtNgamAU/qAJs8xKDOF4VqAIwwK9uiwL7iN0BAJEiGYAsyF3e3YV82AAnsI9y8If9AlgI HYBBqJMQeYEqYIAcACUqOBVLwIQq2ICvYYZBYCcGWAU2YIF6lWUgSQjj3IdyKITXKbjsbYfjPYLp rIRULoRy0IG7ceWFhAItCBTkMgiEsINF+LB6QIBQkbCRqzB0XodwfIA0iJFKxgUVIIB+ewCHAFiF ZAAWGyovGyqWzBZzCEYpdCljsZ8OvsJZaLqmMAcGyrn3gb472wH/6OPRGeiElrKJjLDYL2vgn2K6 CjaECPLCoLgJqxTLE/AEDfgAK6CAL/BZdSGYsIIMPqrpn5WCHM7pHN5hPVKSsAorpn0qq4wzaRBE xiBEGlpix8MCqmVDT4hiKg4AqY7qKp6NAKAN2gDbqcaYVnADN4ABqb5EkMHT0QOsPv20KwqOElhM UyPF2NvMU9xM8GjUW/tbwI1USf1j4bPU0lwHDuiAE6AAEegjW4maDgiERAiJYzEECdYpLSABf1iA ASBH9CMDNdBNFGMBArADO6iDB1CHOiBHOyABD2AEf/AHHVBINhiHKuDsNFAHfThtFuCHCmADD4js yb6TbS04+EpY/40YASjQgWsTbRKABHpIMUN5AB2og8lGP3+AhEzWhtj2BxbQhl2gPx047XvQvtVu 7c5Wh3GQbdpeMQXwAxLQgXEkxyOoAjJgAOt6h+zWgQGUp1cAiSeoAwJA7fleBEjQh+FGPyRgBMzm B+H2h3GgbXqAgglgWeiDPqOwlVkJxvZxKeQLgks4hVAYA/9BFZ6slsHAKQjQFULAGrDAqaIcBcV2 CwNoKQN4hPqJWGUxlpiCFhO2upzLCBGWlZJQYbIQ0i+QggAQBD0QACsQAR1+6Z/9WQRZcp1u8ibf YZh+Uhn+sy1buw5oBjgTxCeF2soQ0xBIUzbEaQqI4imeaqkuc/8zT3M1l2orEFs9aIQPiAAruGom eqJNxFPDDDXgELXTCzUrIo6VGcWWgZnmiI5Vi45WxDXs+Nu6/g7KMgPBZY/OCja+Jra/HtITmAGK 7qlQoINOOKDJvWAZ6wIosOV3uAdUxz4NibcHoD9JygHtW4VT3xD6u7+OXITsnSQP+7eFZABJOvV3 OE/e7maYzIgRQAYGUAdUl6RMNhQXzPVTvwdJWoX3qgBqjzcGOEkoKOfkdvVJ0j4wqPZFYDEI8ANI eIBob/VFuHZqAsD7Q5RXYIoVlwRgei8G2NZ/WvZ1N5sPu+V5w69xz59ToIOhMmgID0KNmHAaA4IA cIMV2KMfyIj/XemCHDMAo+wADjiFPqsprjCAUBAGK0hsZuE5GesBH1hxnORRn4AWWBkqrGHZh3qC WeApqTjDMguME6gFKQ4AGBAADaAAJw96oR96nX5pKGWMLKWLoTbaO+OLGZrLG/pyKZj6JxaBKo7q Nc/6NLcCrp9zK4iAGzgEN/gADRjjFfi8JjLbAvBT4FjbUUvrTmwZQVcsBDD0m6mOmjECM3ADR909 3oN0QYh00ZwPMgnk4luHxD2AUQCLJ9O6H3w2kW7wjTaH4YWEXccvNrh8bYAEKKjlaud1bbB1QwED RvCA7ON1f7s+utF8f2MDSPCDR0aVEVAD1kcxfq6Cy9b899IG/wawPg/bBX4WCg+4v0UAFPf2N9FP 8AA2gAnwgGq3dd4nAw/QuIX0g1doSZ6jAss3lNfX/tr/sGyvPg/jfSh4ghlABA0IgDEgYKQYaFSh iREfDIyahqo5AAeHAFpY5BYPApUGCBjTTozq1GlHhw7NVrRKQggCBDEQalCE8JAWxRpdIE6sODHU FAhPRIqcBVGMAQOExHQ64NJlJwMtD8wA8oVCACsBdvIMQOEnhVpChxItarTWz1pfvhD9ciII1Kgz pk59afUq1g4/OszIk4iO1yBJOCSBmuRsoLQi1orAudOKzp5y5caFayUCXg16W7Xa+6GvhjMrLFiQ YfhwYcMmTP8MKSBjyGLGkhsX2NN4T4HMmgtg6IwBBAIMCEZ7Ic3p0yFQnDgtWWKEkxkUjRqhoOGG Bu7cNMzElq0HB/BCevQAKG683To5FiPuMDDxCfSVU6aIETPl4ZMaT8QQ0gLFA5hd2nZVqCAeDAMo IxSoYSNemzYGDMLvEs+Gn7YK2jx8B6Mffn3iQQJFFVBA4l958LExoALZafeEAlUcKJ558KVHxQhU QPHAfxXGB4UfjPgXHyYQesCGfgxgUoUa9ABonni7MFBFF1Ps8AoVkLiXoDbokaGhjin6YcAORe5A CBXglQfJCF3kuAqAAKqj3gjtpVhiEBGsEQEd100hkwE9GKL/EUVdPPFlcwYcYMCXB/zwg3M1QPSE OQZgcwZf03TgUgcnnJBHA2ckkl1EIlUUijkO1qDABHI62MUECpBZZheVmmmdGE8QQiSnKclE0wlS UGBFKx9oEIEVFERwiACtRLATUGsNJetRQ7kFVwAiKOXnU1FBNZVWe2I1LExyCKtQIl0lIpZZYiUR AjZSRLsWTlaceupcdOlk11145fWBG4f0IYBebtwggACmRjBYYorJYIIMFkT2bmT1MmZZCSUMQRkG mWEGAmcYeAGCaKSNhsAShwjCiRGgtMYwCjg08okZRrymG28oaKxxI8DhIBxxxhWHHClPzKJdDz0Q kh0hPYgk/0aRYUy3snaEEKLACFV4IB8D9CzCACQkVDECRH7sLB8kZBjIc9JkQAK0ehLyPHV663nn wSKr/MwACX5Imt1I2eV89DdbU9mFAlo4LZ/PUEMQRCw7Jz3CQ5g8PfcEfixNddW0pATBCHYzoDXQ Qlu9dNIK9NBcc2IoIHh6XYjhJBlH80wG0RDY/TMZfhDygy82IEJKRGEwbsCYXWR0ZkpTOGiSAW++ UkOkCtjehTlycOAAJaGIkUooM/hgQBKBdGLycg4ScuSjCphJ86K2M5oRpNKzfh1KOywehhg9qDnD CW1ZewgOfRyigbUCHHLDq7D69FNbFNBaK04RuNFHKyIs5f+nr48I34EPOjATYg2rE3LIAx2a8YNm dGAUPgjLI5h1FmhJSwqeaEsANLCGQ7gqWz2xC6q8JcJS3W99H7hBH/owHDeYSgPsqte7CiAvxlgA Mvba1xDyZYJ8aaZflQlYAUAwsIMhoDSjWYIbjOCFJTjsYbuhwWta4xoj4IY3vdlYxz42HJGNLDnQ gc6cKEKIMGQHZmzCVHakp4UR5K1AUFAaFNY4Akus5Al+cKMc7wiFOK5nBCPw2qL0CAVMaOGOa5TU BP6ICTiCqBd0ctAT0KaFKkzyjXsEkfRs98cCKY2QCuhEEuTwR69BgDpdGKUCCHEdBRjSD66kJBtb xqYnKBL/jkPTzqJG6YcJoMR73gsDIbrgyvVsKiTCxMQltaAAc0wnb1pQJgR6EIZQyCEUIxGD6ThF iIxQ5EzNSZRGVPdFS5Qpk7abwAQsVSlaYCQU1rRUOFVHTnJq5HZho0gmu2moc7JOJVM4QCfC0IPp pOQHJ6hFTiLwgU8UohB9iIAnQiCMaeSEJzgBCvzaUispLEVVH/iAFXTF0V5BJYAB1AoBU2pAOkgj D81waSK8QodERLAsWEgCFih4wbbYzw3o+4lPPNgtEY5QLzCAwQpggMLi4ICFfYnAGWa4mHfFazEF 2Je9GLOvfOkrBXvAjGbA6hkbEIyIB/PCIErjhbWutTVL/3zYEjgBRYxdsRFOCM4WuYicROygE6eg Ax06kIovGgJsEZEIdhQABSrUoQpkiEYqcOZH261OlSuTrDgThbMabOoVBngFd9K4HknRjp4PegUt J0tOTYFtBIulgmPl6Ec2ppOyI5GsH7UDgWEMQ1Pe015K0pQS74XWHDSbAD1VWSSVfLF2pewIZ7uX Mu0BNyUCfUXKPDXQy1qCFhEJk3YX11cyVsQ6pgMo9xQlpykcBJy3QydlK2XO+UoPvoxCG6Okh1/n 7Ze/lsrnLMKG35pNZyStm84UTDeK8FXrDAo1lSceMYodzOAmcrloRmtVixP4AAhI8UQglqIUXwXB Bz7Yyv8PUqpSOVylA9IAbCKksSwJ4pQDWBBGCEQVP56kBahu+SBciJoXbDWgAVzgQgRucAg3OBUw Z+CCYuZlQxtm9apbTUG+vvrDyuyhX50JomgKZlaDkWaJb43raqhI14zZFa8hExlypOAnilLAE3z9 wQ5CqynuWLYGWqgDORBQDh1owRzc/CKZNCUSRRk3DHHyZnNk5jpcfhHRZYJABwywupNpqrCAq8IG ELCHOlBBddSr59cyRTsFmFZ1EAgurJsTE+r60gDARLSmstmJRDwrCCrBZpy0g01peqrYxjZ2dRfn vZSsqUgt0aZILGsjlxjA0PdECUCnsGpWi8HQ/6Xv7fD/a+pK1TNStQM3us9pqXOnswaGgJScIoJg 0/0gCEDdCbUqGggfVPjHFmXLUZbilEf8QHgzCEIg4EfS/51YxSo2YLHyIA2tILAZYFlWWc5yFmFE a1Q68UUIApGBDATCJ57wN09CKEK96MUKRU7qX9AXAQ2Uqi+EkWpWc77DHOorXznUMtC7HDDPhGbM RWRrEZfAVrgaIa662Y0VOeZmLgIAOSEAgghyohMpPIIrP5gOSndwAO115whRAEAU/CGJYZgJOtxs FHQqhWv2HiBRZ3KTra9jMuis1u3US8WJOQKdUPTAuND58xUAUIgj3FIjtCB3RuoIHVr4XVNoOsCy XeLo/1kP13TpXZ2NdjCFHwTgBjegQAcE2pznGMI64LU1rMG7bO1J89mLG3unTMe4xbHpOhZR5adU YlzutCnb8ayB91Ym3/k+wXeE6EQoIIXOStXO3PxNN/bn62pLuLpl3IuI9xIRgpPLiilWUJ8VkuWJ uFg0KEeRMxCC4KcZxM4AofAFuEJaYuGhWFgOf4kcGEQADqABdYIC5UERgEUCgUURJMIp8JqznMCN UYAGKEwBnMIpXAIlXMI0iMA0eMI0oNy2rBwMfBQMNIAFSMAhNMIHoIqDsVxURdlU6Vy9lMAOYVnP lcBXYQYP+gsCDJ3RGQxbrQaasQZrvIbF5AZvhEPGOP9BFoEM1SFHEohKT4gA/bXE4vhAiZnYD8SE FthBPwBAP/jDYq1RJlhapERDhmCI84ARL0xCGURKGfACHU4CdqDNCOTR10TSCEyCiYVJHIbCCQCB M0iWH9TBICjeERDIaK3hZG2H6+yXqY1EGUzCJIBJGDgDPNhOJjiDGaHJ59UALVhCGZSB7UwCFkjA DUxDJxDCJMBDGeBTNEyC6UyBM2SC7ZSBM5jOshmAGEyC9MADL+xAikVaD8BDLDCKM0zXDnwfd0gE tgXUdDiamrxEJ0SiPEUTGZ1bJk1AHgRCEMxAIJxA9KQbPtFXF1gChORXfdHXBFhEt0EHNjXHdPQA dxT/3CMwRVIgRakEwlSsX0/Ij64QhZzxT1QAwQHYDASkQgacEAWcQNdthVXMWkwMEFYY0AASoEaC RR4ohALmgUw5IMZhQQYkgQhEALpYwB3wQBHcwSWAGCKAoAdmC1HtxZNxwRm4AbnkhbcMBr24iwwu BpVFBlf53B7ooJb5C2cIXZgFoVm5RhIZQRJJERKqWRVZETvIxtTp1TpMIU5QCwUEgZH0QCfkY/yV WEL4ARiinQ6swj2wACQgwy6JBM5UThU0lhowQhUgl3cgg1/6JRkEJuYQgiWozY/UgV02SRcYphbk gt54gBpkwg+MACMwFiNAASIq4s+owRt5wF0iAWcS/40Y+BkZkAAyUMEEjIQfkAEyYE5KGA0y/Bkj MIIWwEwYeF5HQIjaeGYdQAEjpAEHcIABKFZrVsFqegAV5EIPuBYZ/Nkb0c1wxQIVqAFj1QEjIAME JEFA9UAZaEFl9iZtxkLriIEhEII5EJ/YSWOCiR1KZVskOU/NQIAlcKN+0UEAXJ0IAME6mmM5mhPu jObyOc9EfBujWMcUuEwpYWInZNoYUVj44JufBEISCE8QfEFAHoVBkpgPJORzEM84zoD/cZ6sjZ1F YoUcpJgcaGQBvhRIspSLegWMPuADalwIIMIKTAMl3MEdYOCNjZww+IIweAIXUBSQecu1RMCRccEK CP/GXTwVkroLF8gLVUnZUAqlvgzBURplZvRLCiyll3VG0TklwhiBAAgCDQhC07VGVa5Zb9yVFr3Z caxDM+wAYM3AI5xFB0iTzBzAQQkcEDyCD6hlGEZBFdSDCqTANqhAGiBDNDwBFZCBHYTaICBACrxA GvyIHXiDCmwqp26qN1RBNPgBErTAHowGN5BDFpBAHGWqCgxAGhzBC2yADmACFUTqaJSDqybi4q1C BdADAbTBNiDApJJDJCxW2iyApg4A5tSAHyCrCngDAfjREVRCqSIAN1RCHWgBBMhMM9JMF2BCGlRC OQgrN2zAAFCBJEwCFQzAsyLmAGzDETyTHVQCNyD/wDpcaxpoqwGs5hEE66Ti6wj0Qg/4ASZEwgZw AzekQCVEAiGJQShEm3RkUzO6Hk2EI0xo24CxVqOAWypwAB0cnA9AQPahGn2JRPXcjkk8AT3Zk+uJ SYI245fERA9wQMidHF48pP8cQBCEwAkA5D7WQkFmaP/wX8p0BAQgBECNKKcwDkB9CrGoqBw0wx0U oByAhbFYHAN+RSLsKAaKZFlwwCkUQRPwgEs6QBKMXAZcwsghQgNkgJFxQZHy5AqsABcUGU5qwAn1 BQwIBrwAJb3AC1bdkL5cVc/1YL80BgYw5WeAqZjGVVRC0cOsxmqwqca4KRRyZQw8gSFAhHE9BAR4 /9oBMMVQSIGcCaripQACGEchcAOpVckAJB4XIQDjRQIuKF5DFQIzMEMhpB0ZHEEKNAIXhUMlKM0R 2EMhpEALpK4T+AMjDMA6iEwUpAA7KCKU1EM5hAMX9cMGFEgVHMHzIoAO+METfOHzXoE/IEMkpK7I rG68OoN1ZcoEfCE3wCnaVQKokgE3oJ03VAI7FMKnHgE3FAIXcUO8lgEUvC4X6QEBa8EkYEIW0AAX XUELQEE0uI6mRCzjcE8YVOyvxIQYWIJ+sRY59Zf0cNZKyER/ghvJmpM6tiEIw2f1LB9noYnrHO2B VccUnMLMhVC43IAGBAAQzAAFuMrNNkWv+I+J8f8bv1HFDByAQE3ESYhd086EiDbtiFoxkcjBGEAt 1brUAlEcAmrtKYAtVDxgcHIAArbkHTjAFtgY2o5c28KxkRHpWzQpuLgBDCgpDIQLatxAqdwAKBSA vRjGlMnAVdUgV+UQlurgD/kQUwZMWYlp0kkRa0Su5FIuClhuXsHZOjgCN1lED+BZpjzBDoguUlgB HkhBDRxBGAIADuBCvQowAJADAUDBAiReIeyBCrwA7CIACSwAAkSBMEcBMxiHE+TDPZBDceDCs5aD EwAAMzDeEdSuMC+zP5CA+uICOVTCIMjy4uUACexBcYTDBniDMxeHCqjqEYADAKyDPkhCIh1B4kX/ gQ5AgjIfrwpwc3EgAAH4gY1wjyGwRzsUxxVUgjkXsxMMgM6o7xUUcxQMQB2kwD7nMwII8B5UASbY QeoyQwrkcyICwB6QYSQknhmQgwqcMzu0ASaUAUmchO4J1w9oYRDEnwBpm7o5ykiQMGXpk8iO7H6a k6bUgDlwQCjcjiiuG2UB3zU+gQEEcbHRKRf4cV7cj8S0ghTMwDSYyw9vGK+cpYkBUEKg2AFwxZ6E CXQsW4lSG6e0xEGcDpEoW5oEIClsMdWuqIspRMXF1APSQRBwgLM4gI0BQVno6O648Rsfdgb4gtse GU9Yi5Idwgdwwfl9TPncwAkJwBp8QLvAiwUc/3K8WBlRJrJlYFkB2ICX+Uu/dBnjhqlTnhlcuQbD WCXUZUwm4xXVVV0nV1YYGBQQ+OI/2UQtiIC1vEoMsDIA6MEG+MMD6IBEA4A7+AMkeAMuREElEAAD eMAAnJ0T6AMD6IAO6AML+MMG4IDiVYIH4C8zXMECPE0+NPcAqIEd1C4AhMMLDMARqMEACPAV1IEH qAMBqG8h2IE6ZEExm0EkMAIksMAATC8u1AF8s/M6jEN6dG/i9YMO1EOFEwAkeOYeOAEuHAEj+EEq FJh3pAAzDAISPI0O5K//qgELqC8ADIIKHMGoTi856ADQQEIlQPMANC844EILkMB1rzPa6QMYbP9A eROAB+iDN4SDE6TAIH2Nzcyj09JEBFWonzyCpjUKRWwuSei0f0lf9l0ffVnCRyQBKdgWeY5E9NRA 9zia6xhAOKbYWD/CCeQEHuABXujEkgbACRgUIiBCIABB/BkcVfRfVoB1QkBHNQ5LSsTE0j76sRHJ XJNCJ1h6M2CkpqeoQrQUHRTBAzYgAlJCXwM2WZxtEOio2p4tYre6L/iCkc2xkjrYChjZg8FAqfxF K/gwuySGBawAZHT2vghyZDQGZSxyAUiAD/1Ql6k2wTSlmC5d5KKZbM82x2jybSOHJ3dTy/jAF/R2 7Hi7UKjKXWjAHdAuALBDPZDHNxwB9jKDcpP/ABIgpjrsg4Jj73YvAiYgAQnkwC0rnqwuyLynAQk8 wAOogTgDwACowwLI9wCMAyRAwj1sQ3mrwSLswj4MwDMHeD7krx68ABksAoqoQf4mtBosADtfAQtU wHWjvBheeOIxgwogAQuoAxKkARIgOBSkUqaMABnMu4M/ADinrv++wzuoLycQwD7QAws0tzd4wAPs wz4cwTNvQz6QQR3UAQkswj68wzQXuTYgOQDILiM8AAnYwRGkAVxSQYOYp3V4z0wcHFSEilD8eXQY V0zvQHaAedtN3phjX6R41yzcjneJ4kTcVzRRR7R5ipXPAD7a+ckN3CMAwfD4wAmMXxL0H507/9xW 7AC/aQeYGISnpEmkiV1w8d5bU5cByEFKpOjqbzrVSkNLgSSof7oDesVfnTEHUEIS5KhLvjFJtjpi KzasWwCT1u2R0e0KzJxgzK1j3NwM0QtWBa5Q5pCVDbu/9KDihoaYtfbSsYYXECESXmVs9MYnZBH9 xum2ixGffsEM9AAAVShTZFAEtIIRKMIAULMOlMc3AISdKACc+KuwSB0BO94qcRtIUN8uDwQg1VsH oFAlHRUqaKN3r04WFeQQMAMA4Mi7BbgAMCPAkQ0jbgDY2XmgrQIbJFcwxqnCk9mRRbs40vNWqJAK SAvAAbjCIicDpgD66YCU4iSOK9w2ZEHCgP8NGwZVLD15UsMPlHwLRG5AUAijtwfvEJzcAHUXiboA ELRT8XcP3HX6ECr0piJFv5NR9FUYwG4xt3It7JBYpA2MBypdxBCCIGaKAQM7DnQIcvpLLdVffkCA EHrHoxOta3RRcBu3AnM/TCf5USN3cOHDFXSxHXzCBAXJlU94YuCHATFdahASc91Ahw47ru/o4AMI BRgfznAJ5ONHIA03blhJNBo+/B3y6e/oEebHAbNhRO/w/8M/AzrZgb/5/JtPQAN66KETYMZwkJRO SJlPjk7G6KRCOTKU44c8isjjlCLoOGXEUxI5JYgkkkjRAQ5OueOOSzJI4hQHWnQACwdkzID/xx59 zIALCQ4RxA0bfOECBgmWIBKGFbh40gQTZODCAhmitDJKE4YooIAsSyjBhC+1LGGIPcw8s4A9MCgA AzUxQOBNBOSck04EvOCEBjeMoMGIJfxcwghO9qSBBjNQOBSFRpxoBIdC9DgJUkjbWceRGiyt4Ykd ggDihx5m6CC78DT44IZDaGjhCJai2KiCb44YqKAKPBiAG1yYgQsuiCrYJYd6ZtKDHIM4AqOedgZx gplHIU1pJV13haKucNJYBaafeqoDKDvo4ahVb0y6a6qnOJKqKcYqWOCtSNlBwBsddtHGgxEw7QKK BTa4Alll43qHrrjuyamKQU5ixomCkYUL/xx91DnCIWZMUtZcDyoxCVInBtlggX0qGEuB6574rL8d ZjjthNQooECK1giBDohAAknENeCQMwCI8Kw4AQLidA6uBjEgSA43456wZDncflgBBkQ6EOMJQkLr r7ToZjjhhEAo+EAQAW44Iwg6zujDjRWEiY7AAA0MsL8wDpyCkPma7iS/GWp+JL8D7FO7P9HuQ5A/ OQzwewzRMsSQ8Dua0RBDaaShw8M8ElncxBaxQAQLLFRMook7LD+FkksuyRELz/kQnfRLRs/AlxWE bASUJz84pI9P3NBAgzNWqHJKKocYQgYst4RBECO6DFPM3XcvYY8CUijAhuTVZNNNOOuc3v9OGlAQ IM8+l+AEUEEJLbSRTw5tRNFG9Y0UgEkrtXQWCPjzwYcDDuhE7SDO+OADAQT4gIdUAViVI98QCEH8 AYYBPOQKG/BGJHjihMbkpRwnQUAV2MARbZBhDydxQgq8cYRywIVZLHGgBclQF3ZMiyOL2ElPVsgM bXXkAfs4ih4qwYJwQaUC6piKuR5AgAGkIAq5IkgW1LGxzdRAC1WIIEE4GIkUIMUb/KpLIbzxL20Q QGAA2IM3uNhFbwyABUdoCgAutsC6mEsb47DDCwZBMQmSoAL0UMMIPPYEMaitE53wwaZSUwsKBEAK M4BAKL4jgghYIQlhCMMThNOFDnzhCwH/iIAUGLkzS0JgB1Ow1HFq8Jmh1YY6XvtAAE4gyFDUrRMH CEIITtAy1YhABBRAxDQCQAH0BOAM0wjCKOJzoPqEbG1PmAIEenGKAITAB9g4AylnUJpEkM070RGN aPA2TTkEjhR/29CGCKchacxgBnTgAB0SIU5sJMEBSQjEGWDQACxM4wx8uMMp5tAEDtgIRzrKwOhM V7rToY4L94PBkzTQChjAIAIR0EBCz2CDM0TgdhaQKJZsIAGsFSlLxOPS7syUpgLAoE3Qw8BI4RQn 6s3JC4L4xCFYqj1OvHRQhUIBDhRFPvI1Cn2RUt+lmhYaH5TSbmoLAe1GdQMNAOMIigFg/wX28SoC QmKKlSAAC+4RMIKMowIkeAFc9oAEahVlAE4g4wLG8Q51qACEKhHhA3PAgAgyYwAPqEAOIOHUQthB DVMkYgUyc48NtGQA97ghR1YxwKp4AApQIIMO/LGAAewFAY2BhB8gEAsyOBUB9cjHO1jQDgDoIYr9 ouK/KsCCmQAgEizg1zvUoINxsCAfb/XGVO9Bhpms6gEkIEMVyECCehyBHLg6wj4eQIaOsc06sPnB Hk8gBdX8UQSPeMUPSkaBG0QgCf4xx3GC9kgKRKAVFDCHJYNmnOA8IRQQsIRxhOYxCJylBpZIBQeS cAIRBAECMwgEpzoABE/g45ARoEAtIP/5Bao11wc049QPOjHNBtcHbQbqQSY9gyksaEAEJ1jBISKQ YR+EwAZcaCZvRPNhOhBiwj/w2w789gpSAOPFpIgQNw+QhzvQIRBYkEYROJAiLKiOC+qkgAYOAQNP WOEGFrgDD5pACXSCTkf8/KeP+pmBBjRgBSvwhQUOGQArWCGhCr2BG9wgAAlEFGldWsEHJGADGwwh SmTa3UbL1NECgCCkHcVzSU9KJy8cgqaCoAH3tvdSPBHKUDjQA00/wShFn0+nlLoUpjDpgxn8YAY9 gEAnjvzHgh41qf9jFQOcWhAoiJAAYJhrFsTqQB2U4CSDoMg7HhDDe1QCLpXwwK50cNr/EOpKG4uA hAok6A82LEIHS7wrC/5KRiTQYxFqsANPooCEHOywDg/4hgea3Q9/HGEQuNgAVtnwjgGYZFWrMC4h JsCIo1AREhzxx0WoKEV/cWQflbALDptaCRUsAAl1uUIB+erUqqiBHFFAQB3osYtV+IMnhYgrA/zQ symEJgyg2cFygdDHPwYgugbwwRdEYAU3YBdA2w2OJTohBSvADgZy0JlycLPJ876Xk5QWgyHeaykF 1MAAQbBaEJ4QAjycoAOB8PIN1tAKAf+RArH8Iwym0QG5qegRCNK6fAKUytEEaApneUInkpAIH0xD bFQDgggWCoQD6C0MH56BGDbeIA69//0VMQDG3vc+OA39IBF34IAnsHAHaXQiDxzIQATa44laTGMa NlhBjhHhgDs0ocmXyCeU/bmjDGieD1h+EhcaMJ6Fnv4DtBvzIdZwgw/AwAIwuAEMTGAB2p2hAF/6 kvE2mvsycWlNzlsTSd9k0pMuoRF60IPsCM29QA0q0YtuRB8crfycnmSnk27b/EgT9qBLAQgux8cZ YhDqpeag1P4gAEskrg8d+O9/BNgGpBK4AftvoBJ1UIFJEIAEdVSBHHDgJAZArXRlFxgACkKtELYh DZBgYk7irhahWfjCDpAA3E5iD6CCACBrAAagBBrhJKqiHpqCGV6gDqpgAU7rLipgsv9sAxm8RYuq QB3IgBwehYrmYoqq6CAgYdoIIv+QwBsGAhcWoArqwgmOYBw8YAEu4n/0YRWabRAGoAp8SKxciB4Y gAoUwGm8I5OmYOPAw2QCQAxr4REMYGq+gAKsgAKAYAYMoJJyowY64QQoABQEYAVIoWiEozluw+d4 BpSKg6cIwSx6jjp2oOQiIAQgIAgoIAhOYD0CQAPcAA9EwOWuSwQg0Q364AOSYAakYKGsgAs4IMK4 zkDgw+uYhtLMom3sA2464BGSgAOaCTqyTgwUBMWsSXBCIZs0hO8QR0PkQBqAQXEW5wQ4wHGSAAsy IBCK8RQSz0UMjweYbA7mwEbuifP/+qnKNO8SGkACLMoNysMCbkAPGsENPgAfWuETPkChNEB/8kcA bAAGWuHNbMANjCr3wERL4IzO5ix5uCR5ho9NiK/P5GQJUGDRUCB4/MT5vEemqO+mbsr6ri/7eOo1 hqnCDGEKfmAU1g4PAqD8lGrUnIoZ/OEdsAIAwkFOcAEXHoUd0OX6BsYO/EcPtuIKwgEFTqIFbAhW HggLq6DZCgEX8CUcbPAIVuEdvCEcTiIoH8IM7EDVHuAFKmZRDFLUWADXWmIpF8MOciCOoKA4qKAH C2EQuGEQzAAyAOAu+gUAdBASyIAMVAAycCAoTYIZVIAFHqDZFA4BwAEX4IIdCIAN/xaAJ/5HTiBD D7jBIORoM2oxfqzDAA5AbkhODMXQE4IgO/aoZoBgU37gCbqA5nDDHMbgB06BAzoAOLgrOKiDD2UG DlnTOHRuEM/CEiCAAwKgFQTAEyDgB77gyFphBULAEwLgC2rmuygADSNRD1qhvkQg9QoKG7rObs6m FOdjQKYAFT8mFZrmB7CAAxrsU9imBwRkBnxgPjiAAwwguUZDkUghFUJDQlIBP+QgQu5ADngAGDrB AfiAEvIACFYkD/IAQzggBE7hFC4BETigCHZsDi6vCCjByRwgA0IHG6fs80bHAurxNjXgdsQRbGon AmYnAFbgfjTABkDhEFwvAixgCP8kYKVmD86iZHdMgEt270z60R89aqSMr8+8wAjMYNBeSiEL7XsE AQUOAVFs6tFeciID8b3MYhDFoAdGjhLN4QjWoRAGgyPqah2YARcMog7SpSUwJjD6oQXWwWDOFFmi oAFV4CGcog1a4AqYgRxIYAkLARywahcgYQT8gADaQawwsA3eIgrsgFru4QgQAAQ1iBsigQEsyCeD CChVYACsFEut0gmEqBAQ4AhIC15GgJGgoAXOEgDMIAtaABycgBtI4B24oRCigAA3JrGgYABYAgLN wBvIYBHYoAoCAwJTYAE+yFXfoaniVF3I4dk6AgG1cAfih+egVFMkczIDAAh2QI//fCAUGHM4CaEP b0NoLMFSPnM4qOM4JgA1uRU1qWM2e642gAMCQiACUi8JaGEKwiMAhOFTxjNugKC5POFkFAoRHgGS hAEbQoATR2N+8mY6TfHtwo46fsDtFtHpWokCQsBuZvHSfMATWkEDdOlu6MAXEIFTDEDGZIwOQgAR +IADDo8/p6EVbmAFxqm+QoQ0p8EKXGY9zgARggARGmAOsoAHqDFH0EmfpExGqszKbifLzqA8VkBr aAcGlPZ2ZMACCiCixuMDVsBK6PF6JOBFd68E6IxMlsd50mRsc3Qg/exPgpR7Do0GBGFIbNJQbipJ JVLSJq2nwrMzsmM7PKXjvmAG/0aABPxBB75hXBjBHw5XY+jh/bgICfKBARjLH9zvcCeXcv1BDdzS sbyhMjzAcAV3LiCXcLWBEczBB7RABxaAi46ABDxgctUBJyrgAXSgDgbgi+qAADyggoqCBRSiMu6B dQWXcEurCuyAdjXXH7jSgibrLPxgeGn3CMjAAwLXc8EAclmAH7pyBLSADOqheI+AANQAEhgADMBA H47gi5DAAx73cMfhKf1hIVKXAEgAebVhLJ6jNHYAvj6mE/Q1lrwsAIIgNh6hE2qDEPoLCHrgLLiL 0giBwXJGZ3yuC8qiksyrkTaJOYBGOWrgFTjgnMwhDvXV7UTmU0ZjauzLCirzNP/mYwY64T6mgBdI Q34aLJXk52DPZobDbgJqIBHczgcCARFWZA6RDkCCAPxMWANggJQ6QA52IAnAywoCIBCSQJyEYQWs gHawQcVwTDwWCmWkQASwgQ7oIAkQgQIaQBjQjgt+GBF8oZ6KYA52REI/z3Oy0XP26XNQZwu2TAaw LMs+zXa4QGqfRKIkys3gTAZgABTezEt0r0zqLE1SYGzdZPiK72zl5E7WdnsKjW3d1gw6OW6rD9Ik pW4DcQomrAem4AD2aDt+IAhSAwg6YAQYYSiyVBIkQZZfF3bv4R4qaBHkilt+GZj56gHAgB7e4R4a bhEYIAeIgiNy4AFyACe0AQr/msATOkASPECXa02Zf3kXok2ZjfkeknlbLGgRPAAScuCrmBmYd6GY s7nhuAUMSMBTz0IL1ECXuTKZkXdXnHmZd2URoKALIAATIEEdsjkHFoEewICZH+Ae3kHVFmERvooj eIWhWYAFIAGic1cbIGECNqUD7MY1DCC9IEBAfMDlBGw2XhkCLEUMvqMDwm5bybWTBMSBc4OCk4M6 7MiB+5C9+JAQj6OngU42fOBjhOGEWwmcTsATECEQQqCPYOkEQiAIwmAKOuAHrvqqrZqGt5qrt7rB rvM7/GMURmFB+utTDgDTLG2PQiAEOCDBdHHjOFiS9mtTAuHLDjQPVEwOjjEE/5r6wGBRjJOAYOmg CCxHRT7v8ubgFConGX/EsXnEdK7sykKPC/iAD7LMBmgnoayAnWBAQy0gadeD9mQUBmxgeOJs93iP bG3UTdhETkiqki85kzP5+RDtUDw5UUBZSdchBuzWMwghDN4uuLUjOnaTwGqmAxTAA9IhS0cgFbTA A1QtJ3KVW7Qhd4MZu6u7uq37dbs5fCvoghThDKTAHDBhnK27gpg5T/2ACnDXgnCZfqFgBDBBurlF nTuCDXC5I+ybY1Ymk6qAAV4XvQWcASDhvOs3DCwBCupbGwicDCBBnQecW8oZLGBifImim6HgFA4p CPYoFOggABDBDQ2hbVxOA//UsJRC4WN6xgeyTl3NdTlkulwBMWggwBw+xjaoAzgmwDU6M4IF8WNW +mM8YwJoAQhqAekIIRRsE+Q8zBPWo8MgyY8OCQ88QUACwROoJkTdrqu7XH7mwzrPooDhp2ba8DFr 5sAAJI9cMX52wDOmIAxCGhavVTpCQUClAQIcARjqExi+o8VX5BEeYZU8YRqWGghcBAtcJgOEAQtO gck4gBLe+LEf2xeA5KCy7Gl9oQHuh1TwgbPB7Aauhzw8e1QO4QPgLPaOGEaNR0YLYEtc3UaDL0cF EgRA4Gy9YAlw/U8WEvoMxZPNYFHMJ5Sxbx1IwUmb5jqmQA6BQORaKcFmoI//9DW51YBa8lRe2pta 6Bd6G24Xun0X8vtdur3B30Ubwh0zGGB12aDbOwKhG3wVIAESVgEzoGALAOkAFIDacfnY6EEb1K0L xksNFHpXiAIMEHAEIGAE0le6j+0bxB0ByUCuvL3Bg02+J6BtDGAKJqAKIEGhiWLfy30VGEB8cwIS qkCYxGAE1IAB5H3d47sGEh4Mxp2v2j1PtWCg1f2XteEBPMAPgIELbKmVRyYCAuAHCOEV5KYST9SW 3NAs9jcIOmC7KFg1ycs5QsGDaYEWPJMPZ2HH3WulBbGTfIYQnGY6FJFq6GYHPGHorWCUpECSBEwE vkA20lANPaETEoGLDUkD/5LAqrXay2kYVMK8BnpAX6lmOGfgEdZuNaYVhq3O0hY2QQjpEToAbn5A Gsagv/IgFHbsP6UhEVQkCMbJROjgnSgAD6wAEYRBsE8Gy6eBAzCPAxRhCzxv0lHnSI7kA5yuqCzA F86Adpzudh7qAzBUA0y0HN0ABmSAeQ7KBmDU1Z8f+l89IIHvTQJSTmodBLzAC6hH+7U/bdd2T/ak k297/M3nJbFvEOSgMwiBxD9jWfl1av7IN6Q06pA8FEYACtIXCpxDAQCiigcGkKA8UQAFEoOFkBgp ZLgwYkRIJKr4ofKQIBkoZDyQ8TOiChQCTPhQqBVkxwgoAzWKhAJlxA8fP/9WZoT0UUENQk9GYGpZ kCVFP09oYcoYkcyIJ6l+JOr0o5MCgQzJiByIkyXBmGJ69DDgyOZELYSAcBhB5iFFjgrJKPAJaRG9 B2AeLMKpRUGMUKlCQZ0RwhOQICEoWAmgoQ+OG1Y8CePAIcO0AILDTJjQRYHmGgowd5mgWfPly086 BQpiAAKEMqAVWKrBeUJXQmKmQOBZ4/btJxDE5P5xIoCVaT+AGG51SIMIESF8PDpxwseM5yIofHk0 TcAHK8xDBHk0w0eHDj/Imy+PXroBMbw7UYhg3ZOnaVaswD/xqMMO8jsMzBjcnw8hBBIIEI88EsQJ XwBBoIGPAIHINAU2Q0f/EoGcQEcepySSBwdYiICYBhGsEEAAFCB2Bhan3MHBJdhgk0GMMs4YYwM2 NsCFBStE8IEbfUjAxRkinrECF1wIt0IBNsCggRuNHHJDKzbIIMENH8BggwkmDDHElkMUUMCXYI6J QQF7FFAmBmpigIAXIIAAihucIEBnnW164cUSeurJyRKccEKDEUYc8kkjjaDghBM44KCHHgA8Cmmk 7Xgjhxi3iSEGbTv4IEUIwC0HRAePSGGYiVIEcQklXYBEyA+hiDGJH1XkckIiT/iBCUxajECFFlVo ISsmvkKhRa9VjDDCWy8Bq0AXT5RRBB9KbLGFInzYoAF3J/yw2gh2RFLE/xaUzLHFJVIs2MEUCsiq RWmdvEKbAXT8UMYIID0hRhmx5GJIb7RMEBJMwirwBB3TrAADiSvkMUGwI6RyCinR+AHSZ8mmQkeE IQARQgY8UAGFsH50EcoJnoyhBUxQWERFFb/uqiwUJJAxMxlUgBTaaDWkMsMXtVQnnBUwfPABHhS8 94EAhwggQARShKHTLF1MXUMXNfBWdWZdpKLhhoFokLCRDThwSiehQJDZBFPsQJultuFrG0+zQPBE DVMEQR8XzcwgghV4WEEBfjusPUMQQXTQyQxSAH5CBH0IAl8QB3Qw3QyWXy6edJZnfngYvSWSWCtW EH1DHwJoEEAI3vkQqv8PWEwjxQw9zEABPhHUFwA2ngTuQ3DTYBO0BvhQgMUPM3gSQAMncAyEyYZp sEYfh7hxSJU4GOFLEYp4iIgvNH6fgS83NpABFzx+AsANK2jQSgRGvs+FDPKvcMbQrbTygQVDVPmB DV1uuaUwgUlMY0KTmcCkJgl4gRO4CJQgPtEHOfkJFF6gE572xKc+GeFPNKDBIRrBqEc1CgeFKESk TggAdoCDFIa4GiHo1p78mCMIXxBP4b4AIgqIoBZSiMAZ6AABWuwACJuDwAR2sCADmAM0ydLMZ5q1 Gc1YYgKWCI1mkJWsXjyBEJuSggaudAYTaUAAohOB5U4QiAZY4Aw+rF//BESwoCD4gA47eMUpECGC bYXBAJzyRAhmQAc6hMdkzekA66BDisuEgg6d2EEQQrQCCngiJeyBQAdCcAZPzEA/dBDGND6JmEMc wmk/y8NbdFIDzEAgBrTAIrJec8omvgVZN0OWFW+pAAgA4QvQAYIP5ngKyPwnOBJYggR25LQw1O01 r5nFE5wJw6rV4ACkwoMI8HAIAOihD9x0w31CAZoJECIMuVHND6bAG7rh5mq3aRUQ6DAGICyHlyeg HE06cYDLFW5xAcAb01BXz8ltTp+ao4nmEOSD9RCCAxq4QQSapIExOjQAy8GPL6VwPxH8YAeLW4Hf oOdNCkiOdhG4wRo+/yAcNgaAPJ5oxQ2mAQRPnKAw9hnjIYjmBlAgBxTZm0NkyAc+74UvA+ML3/o+ sIZDwMAC7BsR/CwgAx1ZYI1sjOgZvgSDMAFQS18K4JdsUEA1jQkBoLhBoRwFKT1MTwCCEMQSKpgn DPqpT4AyQgdRYKhFkRAHICRho9CKwmaIwQChCMMrxtAJqHRgPfn8ZRCA0DwpKIiXyEuCMkNBnh9w 6wk9kE4PxGCIZXoGNq8hrTSfUDfYqFa1zupsD5XGGBFE4KZWkAJ5voCHv0Vgt/a5j+EgazIhBaAW M9hBz2qxscEYrmfM+YJzfSZJOpgjpkA4wA4SkQQOSKMT5DlAD6YQhv+ZcCAPxu3ACSgQCE+IIBAr sIEFsCGdxWJqPQfJmRXZ+YTW4FKWuLTiFE5Qi+gcwAA9gMBqOwuEIkgDGKEIRG374xvQTG3CFO4C BAzQiQrFtH5YwtIKpuGJL+ygNV34F2wgMAMD1M1qBlYtbZ7gn6/00nI/MEAHeNmf/uTzBH1b6SPr c7RAFPSX4QlPEPQ50BkcAJ10OJoU5LO8EwGuhj/ogahOcJjqOjIJ5cEb0WC6yeJMg2hc4IAPToGF JEjjACegn/IwdIoQTGa3lJnG0SjwNxUVAQvgkxH5bBS+8a3vix/QwFRh0L4zxC+qUbVBBAoQVR0h LKsW0CqXtMTVEgT/UEljOhMGzlQAEPTIDYJAgalR8IlD0CBOf9LTneTqJz/Z9a6GaqupDdVXvwI2 Uhv7ZHqFE4BzBeEHB/DBcxfkXOWKhzw9QC2Bp8CeWXDxs6mt2hSpZrXVwsZq2da2ap+wg/MODXXV yZYUqjs7KSxnOSfa7STN+wVSsS9bIsjPeaWQHx8Y7hH6PsG+M5uIYUOgE8MOQ6boNoEa9AtTdMOU IZxZm1AoEQK2MYcjtIipGpjDeCmuIi5ZnNr+ivzjagPwF468Uc/BZuP+NsAEnsABynwBn52AQGgq 7ERLDPaFhPDPDH5ACnOkgueP+MIPMnPf3KS4bp2ZImxeDgFL9Nwc/yhe3gw6YQDjJRs8iDMuBVpx hoDzMhHGmQYdJmeeTY5nPOgxzwHy+QMx0GF39IQO8kx0nRonSEGPLe5XpvDCH6iuAz2QwxgMT4fB kyIGpBjFDuTAgRNgQQpPxgIdgoCNBhgmAnWWQi3anYFT9Pl74huq97iwviKt8dA3WCpUo6qk3epP fhawgXtlwKUuadoEJdh970sAJrCeaQ/DB5OoQWEDDIBA+XkChZ4u+FY8SR+Df+JgBwl1KDOYAVF5 XVQhGoVCACwnAq2I6P3e6Nzv4LAWvPQZ+5VsgCnIH534Am1qt0g31WImldrmttP7/3SrxRupIC9J kAR08EshkAij4P9dU9AJD2I4j0UfAQAE8XcANAQiJkIBtrUp/rZRjbVRXhEK5vAEltAFr6EaL2QI Jlg1rnFiqJVatEALT9cZlyFysNEZT0B19XVzNTAMw4BaCadfIzdyUyQGACZZRzZg7FEagSAF4vED QSACHPADj0BgzdaD3NYsV9MDWGcbXWEAhJA2oAEBJjMG4RQaqpUKaNMa4UQ1sdEvBRMAeFBDvQNg R4MHlAFcVpAcHJM6hvROxJZYBzCIlGNdb0eI+EQehPEDWFBoIrBLFNAkUFJ+nOdggMND1iEe2FAk ScAxJ5AEeSAHBiAHP2AhBZIEatQAv2Rn6hUAPiQcEoBToiQ6EhL/Su+1AkI1ejGii0RlI2ITAGBn AaDQBx9wBjpSP1YyJERSe0RTAJgGjbz3e78nJsRnJqB2JsenJgjAJncyfXuSJ98oVx3UQW21faZW KLlWQuCHQiWCP6RDRhsTR1JgTf7mM+emH2Ewf4CHfzDoj6iFg6jkbTUwRc3CbazFf7CBLxtFG9YV BmHQAzX2kJiyA5plkVF4gKnRL6HwCvn0WKFiDuwEQ+lkgqNxc7oBkLj0GlaTWp8xGkOIdEQ4cqWB CJcwBgfhcTIpk/9VC+znSxvFhGOwQ3UUUz6wRTOgTC1oXyTmQgxnCaqBWlRTN68wU6mwhTkTTkNo RZ6RGVfzBGOQ/2Y0MQaIMwMccApJgA0h0Etc4AYaIE/K0TxWdzlvN0iOoWSISDmLSAGJ4IhWEB1f 8HWKsTQQ9AEPdTt5pJa9owFQcju7dQbwxW/YICS71VBrIAHYkASIcCHPE1EfwE2HoBjM4AZhhAWI wCNc4Atn4AtJwGffg3pcAFRDBZuTUSKjkzCggALHJGm2ZwMrUGlTNQS15z/RqCW+N43lwCXWaI0H BCdL0I12UifiKH1xtSd0RY7aRwNm0AifcGuFoFfft2sAEAXMUB9uYCVuQJjyYUYdsDjcAVm8dDiN tAPz+V2YkimZQgj5qZ/VNpA0+BmvQUXdJoBh8EuIkxpbNEQnsP9kvVGRb7cDPbADA6aPNjY4YgCR BkBgJPhtLmmDLkiQW/gEoQWD+6d/aZharzAFBjAGKxpIRqSTItcFdBAAN5UEhBCQLzpyPMlDHrgD TBgKzfMKNfADnpAIGjcDYjg1/ZWknmGSNmiCFAYBPRAKTod0JRaTN/cESNcaqZQ2FhaihnCC2TYB sUAIEZliHMBG8hYAzqVDg9E8vgQdIiAiRHQ50PFzQRA7pig5CRqMhaYBZ2ADlIE81rQ5HfBIu/VQ H8AYScA6rmMF+CMidIYNicABhuMJuHMi43YDbmCM6JUIlIANiOAAGRAAqykZ0zAj09BQ+BAA09AA kzENRmIf9dH/JBLwqKAgP/LTAErAq1vAq7wKjUpAnLyHabqXAnvQe8uZAl+SJm+ifM8JnRaEJ23y VtU5V4DSQdhpBk6AAtuXa7p2QhuAALfTVgLQB4/iTahTXEDwihTgpnKUlz9nXfNJnwagj/O3R+zR n6v1pAI6kPhiXTXWYmJgXAVnY0TWgA9qn0OUH/o0OH8neEnwc2yHoRgKeDyRbZxVY3VjDriRkxMA AYbwo19wdwEQRnnwRDiaM+bABdm0BlaQB/mFo1d6SzrKfsPWo6g1BawzpZZUQximGnSjpJyRhfeF NhNWNy9HbamQCviXG1maNS/0lDaXcDtxEFarGinrGYTQCY3a/wHI0zecWh9WEAJYBxzn0pM9FAHe YTgAFmD6Fip79FlcVBzpJUlAkAg0cTyCYQCvsAMjyEcDYhh+eQAzUR4n8DeSVCDScHg/kAd5kAQg VqkhgA3pdQaHcSErcgfYNQdY4AkwQpuuSlRcwD5hVCIlMg18wAcrcD+K+gkO1QowoEZFIgN8sAUv oAQvgLvCimm8+z9c1SVdNQR7wCUHRCZKIlZrAq12Mq3R+XwZ5CfkmJ3ZiQKCoH14pY7sCCkbsA4f 0ArnilY4sFYaQEdB8B6QuDxHVjgH0gGI2DvgcU63kaKJlZT7Kk32q22WNHEwpJ89QBtdq75VBl50 oxqLNAZM+/8VNTYFEMpHptI8zgW/1sVdQeqV4aViXumSoSF1YsCem4eoVkAHWjmzoXAGjsIYQUC0 L5rCt9QFBrB+Pqlk+koIxhYKpNUJy8MttREbuDSETwB4O1MEpLBFvIFaZgMBpzANHGAAM9UM49UM oRgKbPMEzZBY4zV0hDAFUWEO3DWfYXgQGQscfwBHMxAIRhMBbkBGjzkGqUQLr9ABkBUqHLAxlrN3 kiUdPjCfPuBdPLcpRXeA85mi4lFgqjGmTxAG++EcP4ehG7UDecA6HBAenRADjuAIMQAMPFAEHAAE zQB5QcAB2IBeaSYNmHyW2OAAFhIjdmYif4Yjs/lJDVAtioD/u8OIxjfFPjCAeg+1VHywu7yLe/IT vJCWe7anJP4zQBjQPxhgAyAgARLAzEYgARigQGzynAtUQa4WneH4fK2Grdm5fdp3vd0HrpHCvZ8g ADgAKZ9ANJ+gBzeQCF3Upguit7vkS4hzY8gGBPHLR3qMTvi7bff7bdqGL+FxiBUKhpgSBsV2Ak8W BJ+lTq/AARZwCWEIAeYQCl5huD7gZO95cu2LiBtV0b6hcABJsyaaCh1AB5CRIRlicyprRV1gDivQ BzDgC56CGS+asjenGeCGQyexII8Qd3XzBMbTYqBBCr4EQ04kk5ZgDmJgDr7QCthQWC+GYj7QCSsg AA3Anp7Q/0MB8DVckAgp1gxcwNXuk7dAgA1cgAVjKR5EZKOjNdRoZHX0cTT1gQhFEJJFcWIGZylb ZAAeKUc08dcJxQGNQQcG1wGVOw1ncAbNQRPG1R8/wAEOkMmIgAih9yqOwLT3SQrAEAOpAAx3ZCSX cAqXgAXjBRingGZyNjRFUmangHnrwwVolgF8FgiIIAwyggWUIC7i4gDVQgm8TS0mwCQRhQ+xawGo x9gWwKu4i7smIFUFAFXILAFYYgM98gESgHzFDAo3FSegQDQSYAQR5AXaDQLceCec8Ak0IH3Me0HU 2Wp2ZQTf7M3e2n3gGa7rYATs0yMO9R6H0M6JUGwCcm6D0f++VZhsPjAKxvYzJ3IaM5EfndDPzuSP ELCG21ZaXolaPIFas3A1YhCFlIdvn1UbBid/xrVL56ZQg3UAgQB22/LGd6wghlQikHiPP0lsXjE4 UapOHL7Ct9SvllCSHerSVuQIK3ADlMAULS2TGiezN5c2loBEJwJHHqiv6ZROqsEzHcCDM9sFxXAJ FnAKF83hT/AKoUAKWD0NveMDiUDWnsAYG5Nhp+tQCkIBArAGC8MBwrBLQYA2naET4JY5NLE7DgLU GDaWHPcDhLB/VmMOPrdYLzQFkxMKDXA6HDBYjdNQfXADgdPRocI3VnADElBSN3ADXEAKR+wLl5AH 5OEAvkD/CYfVAElzAxHlTSLgid5Rmn1jVrXeCoig2hkAPQUwB5cQesHtAMYeI5SgCE3Q7C3gAHyA COOjuq+aI+ujaDnCaM2du8JKVRLgXhLATbUOA+h5A2UFVjAAA73eI818JW6gB2vwJs4qrUtgBuwd rd4I3xq0QdYLztsXDrfmfdr7KNtQCY0dGDq0Q7KlHQK+PHCcfsYDBOpGeRPfN00iCDdwBrAzGD+g TFvkgHSQCIkgeUDEWvU3X/RqxD58PE3SCp6wHiNZ4l9hAJuyWYawNqbIAfrBOjX2xkDwo4cBR58H R75EE1/RCQZHYJ2QCB7PEzmp00WussPQADYgDaJR0lYk/3VBIKqpkMI33Sxfe7pFH9SqdRt7tEcH ECoHIWEUZgmo9aRONDVTyxs22hlIZw4BcAOBYF5H+teB8AHueh3GdgJc0OnP4QkfcAjuegatcBIn YAA7fDVDVDg0gUOpwcH69tNtOwMtrVpzk5+qcWL5+QSnYOpJcBuJ8Ioi8vhEpFmb8nnlFzxWsFHT oD4K0mY3EADiwbq3EwDHTVFYUAS/lATCEAjPU2gRkAF5cAeXkDQNcAdzMAd3kAVZ0ATSPweK0ALj QglN0AJbgCPhfyTJ0wCX4KuMLQNGIlXc/gImIAM7ovhuYAMSkGqFdt0CAApDY3tXovgA8cFGgQIw PkgA1f9HAAgMBRhiQAACQUQvEy0i8JJxycYlnDp6NGKEhiAUKMyYKZmyUSMchQrpARAzZqFwARL5 +FLrxJcvPqRo0JBoBk+eQHJ+meHDk5UIEQKcAXoIR0w9fdxoOGNFio8wBjr4CABUbIA8T2qcHePD x48dP3yckBJgGh0xOx6J0PCpzxk6Uwg9mVBDzJQpBgxMCTPDgNkaEAzsODBj1AkKUjr0GPplxwkr AUTUqiVChBQgjzocgNyph4EedFZICEAnjKEaCmzfxt3lrALdXXD/Bh6cdww5xYT/7gLhxxkBZ8p2 sVQjuiXdiSgwjSDiC5AfYszOgtBjCgRCtCAEEZHI0BP/CO0JhQpFiBBhQhBqK0g1Rv6YMa+CJElF tzGkeeIJTyLgoAcggkhqhxAiCKGD7YwC4kARfngEiEDOCKETX1YI4YQTdnjitrOUU+uHTjwJJBQI pmjrqx8eeyyV+wLroosJdtzxCTHqO6uZFfgK761AKBDhhEeSQq2DVDoB4oRAQpBCtAA8WSuEaTiY AYgZOEAkhBmsswJJERAJ5IQQTrmDg1MSwSIJKVdwKhAsErnjEhhgwOKOIpqghJImeGii0CxamAPR FlrYwgE+LnnUFy6maUCGS7ZQAgYNZJCBCwu44OMFJURVwgQZVtgTFAkKckOCPQuQQABX93w1Vgkw gMEG/xhuleAQNzDAAISKggWFk4yOzWgijjbihJOQnBWJBmkPMekklBpxwgmWXJKpWwDOiJICJCsb ygor6PDKqFq+kGK7H34IoJUPWongBns/8VaPNdwQQAMpHvOpFQEEOGRgDTho74lQpilzGilOAAII EfC5AZvIMgzgBgEioIM82gh5DLIfZpjhlQLPImSHiOGioBUNApmBMhFi7uwz0JAsja2R2epkBw4+ 0OOGEHr4y5LjajDLth2PYxq4CZo2EYIxVvjgjBmIZs8c9uRLJAAr8GmFAp12METHJzpRDIIJnuCA xe56NqCrAwxwzz3AJuhgREI6UOwEERYzpwMODLBkjP88zKkhFLe+eDeJHzCbkW8NE+lhhy4pSISW VJoxYEYIfOviZN3EoJuUAALoRAwIDIEgjPraE8O7p5X2zbYcFXiih9UIESOUU4owx5AdOmDtXQPE SCUUol85Cz6vZsgwySU7GGWHTn5A7YBRZggihDCD4ICOH6QpIpUYpPHzd/IpceD3OO84xQEHOFCE AwewcGCOQlvYvwlF+EcUJbYQqi1gqoBKaFQDNNWAUvFhCy8glQmUUCoZWEAGQyiBCQrwARisoABD sIFAbDCQERbABhKwAQY4mEITSoAhwpKARYzgBi9spIZu4MREasiRZjlLWtIyg7QE8YlqlWQlK2nJ S7z/FZMzJAIIUjCTFIIARWHQzQA+UBdoghAKOmjgBvNqiss+oLFP4MCMAtCYG1C3A5/IhWof6FfH CGEIOrTCDS7rjBQrFAFEuOURQQjABz5ghR+crDFtQY0BZvAD+5ylC2JIBFSaooEPaEAET0RSzCJg BZvVAmc+OA33TnOAAwBBAzgQGt1qMLvfREdHrIRaLGWptMbI4RR0IFkY2EMe1REiEeaiGCeB0INV KuAVUfJBJ1LhgDNQgDtXnFFXdjCe1k1BcdJIhSWGMgPyhAECoejE61IWBqTVxyyEiEzwxlMDc9RH PhB4herIM4MQhGJtndsB4mzzBELUIDkFcp3pAqCY/1AYIBTyhMAu/Zkj37DydkgzR1sM8Jez8FOX SwtMYxIKARudpQbuPIBaQsCiJETMpEnAxjQC4YPwyQEYL+VBDIgDDB7wgKY1xSkP5jCHO9iUB0W4 X/t2Wqj++U8Rp1BEEwrogALywalPbQAXgCIDPlB1gqLigwkgaAJTDUEGEgThCr5qgiGUdQgfRCtB CKIrtWIghcFyoUW84MJkLUEARsCIETzykY7oNVrWMsMnGpESbZmRJS2ByRJPsZp3Ye9dM7iMWXzE xi+IwJkGEIYbbtAKTorAa2XyrLwOAsdWeKIDaOtShToDFAIViAM3+AQNNLBJEQShA4D0xCumcIAO xP/FKR2wD3QEE7eNmkU3Z5nCCc6w2VbcQJgxG83IKOCZnIRGimwZnpKw2zUYxKaRwWGnIYw2S+D4 0zbD4IEjujCMYTytGDEYRu2Ck9EJWGI1xW0P0n7JlLCNSHVn+YG4FiSMFXgmEBxIi2IMIzKSdaAD 0zhDEiAwFB+8gjxbe0UnQjEGDgCPnkAAJRZ9wE/IGuAVM0hCx56gSKKJwQcz8GcY3jIDctrGEoB5 5F8m2oMjnYBvj5hR58LZnkaehUcKYKXRuuCVHrBHshdmaI5yB4FhtK0ZHq2oVxIBAwG4AQbjsixz DsEnH0jDpzSNwSm4cIme5qGnOeWBNORQ0yYUAX7/l3BATwtFqEL9aaeUUMRS5deABmQgA1GNagAi oAET8IGBjR4VpkZVqgKcYQVD4CpBzEoQsuqKhK9qIa0Q4gWHgMILIJDAXCVyLLsawQucMIleaeCG kNDAhzSwFgoOUcZGfKKMhjWjEpcYA8lS58bSic4sHPkElUmBND84wek8syAoIold0lY0PiIgheqF 1BOKvoEGBACDsqyODjAg4iC184gD/CBECWXjH53dHbM8bQI6Qs4qJ+DiJHgiBEnIQLsU0wGjdGAH U3xYdb8AXPaw8bQ9aA8p5GAjpiGtmOTFTQ16IAbcYeMMRQjFmotRAwesYBqkYNrSeEOd3uQoPJxp /wq4fjAF1VliFqQIhCfo0IEQYAHaAbhEJ3xgW+6N1BOk8QEdzlDaE39Bu7wdnlrydoZLpAIbEUDS H0DzhR784DMQg+K/xBAEpARhGjCYhjkg8JYTMBI3926MISagNUI8Yl1oA4JqDBCEEUGgLql4QipO wYFmQMCVOVqok32UUPZ4x5ChE08qQhCIZjDGo4SgpxsA0AcNUOALU6KABvoAgENMIwh3iEFNzVFT DgSAC9KQhpvh/NM3N4EDd4Dfn/h8h6TWjw8WcCAlILUFRVzCU49qgOujGgELIDBUSuDDpEVFqoLk iqwfwOFA9nRWGLTCVRJoRSsGIsh5jfEQS8DAEv8OYYRd2VACGwHFDEGxBBo04hA0mOEhBLH/IOJa ECMZrGsxIhw4IsRKrG5xBCyLjrOwhAX0KMcYuhk4gNXoBDrYubnZuwWBLDoIgoipEmygA/FIjLg4 gwg4AxhogMUokFfIABjYLJuAjB3ADB9IKEWysPt6AugYr+PQjSfYLR8wgBooBmijsc6psJTpgEfI EHYZJt+wBDHogTAIAzEwGpXDuCusgcNQgGHgghvggDwABRuIgVeAgT64gTyAJfLqhVMIAQpoigAI gRkRjxKpr1dwESergTw4gz7imx8IgtCrJGfCIjcMgb2hgDO4kmkIAC/5ig44EGwIhaurjNHgiZj/ qQzQ0Ikg2AHlCAIfEAE7WoExCIMTqAUfIATg6MH80g3M446YuRox4J4gxLwOCIUkaIok6Ccs86hX 0ijqaIwcPK4bI7JXMCddXLEQ0ABBgIGVUhG3CAEYEIQPgJkYcITUk6k4KwJpAAb0mT06wyk7wymi 4ilFKAJFoAQuECQLwAJJIb5LoBQ+8IXk44Ko4oJII5VRmT7pMwEbaIqyAoVPOAQUGiHuMwjyW6F5 CT/sE4QlsAH1a5UlSDVQcAMzmCEUcIONoIFD8BUjAAVBMKM+uD//owEUaIT+OwnCOqyXOECZSMCz mIWXdMlZaCgk8xHWsA9aMBvpMC6kaY9cIDJz/zCHVFC7J7AE80gFUngpUpAGUiiyJzAHOkiCJDic XXqCVyAmjWqoNIQae6tKCNiniWo8c5iFJ2CdgjqAP1oMEymQ+tDKK8Q4olQAS5iGVjgFOZAAC3AE QlgBq6CDtowlyZuuMhGRIPiBDugO+QKOTjidIMDAP5QXDQiAksqJQOiYTrCCT3CDMWoFESCepAgE rdgMPLikKjEKUvQEoSCZHTge9siwIMAGLNDEHtiJDriP36ivK3qF6FCAKViZ2pqbHZimF/GBR6AD qcIC5tHF5PQo27kd3gCd5kQy3fDFchqD+DmFV2CdXUqFIsCzZiCFanSEmJIpaqzGbuzGQUFPcf9s gjk4Bf7ZAhloBRScR0i5BEOLRwuIgBXgggAIlRfAFAtoAAiCoKsaFROwgBP8oBPKlQ/CNLXKlREq P4OEAVAQAFWxq/lTFS8ABRQgwJdAAWPhBDfYyJHQC/vrP1xbCZPMNZIMNmFDwOTMKOngDRNZQB3J kXur0eYMjKexhHubHXyzHaXZEX3j0QIBndmRUeFAzFk6rooyL/nCkdAJBa15GugY0qRxyyxFDl/Q gFNgGzqgDg74lDzYQYwzh6JLAsgCpeHpgCmoTeDYgbDzgfHorZE6HSkIhHW5micghS7EvkOIgBPo QEH9gVP4AUIghTastipJkiBIBXszMh6pr9z/IR4ImM03/Q0I6ITPmQAI6LdwQZcuWaS4GZ4ZEIEQ MIcmVU4sW1LnVFLdRDK4w7JeiINeoFUmcIRhiIGEytVhKAZHiIRqvMZhNU84Q8/dQxT/qbM5OFBf 8IVHOTRC44JD0wD97CACKhV8HNCtKpUh0AAYKKsCuCCuIldMK6sS4D4JGKMPAAV2vQE3AAEbAIEl qCHy21AzMiMzoNeOEFFB0EiN9NcTFYQ+QIEfAqyScIIWXcmYaEl/YqUjmy8fvbcm7Q3bMa8eXVIk rcLciDKoaVVZqp2sxBEkaxogVZq309KUtZ1T8AVgUIDdeFlHSEAt7YIp6IFXyIXGyFlaeCdM/8WN ugsC09ClVHgx9PgD0TgBIPQOczgFLNgQG8CCmOEJ4FobHQmFIzETzyAen7VNlekBS6AM9ZClV/g2 dqGAPDAAUnQ6ILiMrgMly1tVj9JKSyAPrnXYk+0Nj+oFJvhVJugF9uKBYqhVR4iDvnWENogpxE29 Ys2pY0XPOyiUoZoDRfAFRMgAp8oARXwKoOODM7C02epPARXdAS1QG4hProKBAiBXci2BDGpdDWoh zRKkGwAFECgAYAEWDQWF3TUCfxUJY+GhfuW/Was1//s/IDpJI0pJPVhYR/BLlYXe6JXe6aVekKWO 6rWxi3s7iA2OLkiF15GsKRQDvpkBOtjU9v/QjR44gCDwhCQYg5BSkVQl2bUZA6F4iyQBy4+9DVpI BE8oJL8R21h6Ak/8jBAYg80ADYhhJH4Ckl2MMobaRVSkBZycL5R1JCwbS0cokFx1hGLwW8INVmpk gsTlAcVlXG9Mz91TBP35H0Vw4UDjA0Q4nc643BVYga9ZgdHVYVJ5gX08XVixgdXlqtZ93RJQK4T4 Phe6XdwtgIx4P46g3Y3AiH3lhGJ5Fme5NSAy2OQdQAP0FkfA3jAW4zEm4zI2YyG9jfqiDd1oj5m9 N9twDOiZJsMQAyB9mgeUD4KbAdXBUuF4Anfb1JgppFlKWxALJ0IQOi+hGzTGEb90pOdlUiz/81ta 7YUawNVhANYO5ts2KIZI+NXxLOHyPGE+Q2Gi4p8mWJRkbYEXuISomoanikcuEKsdFt1J61YbWIFO K4AMGmIiJuIUUKsTst2GwN1ihghhmaslmD961SGM0Age6iFO+KFpxjWUQNjD8mKWPONt5uZu9uZv TuPZ8VFUpMoCeQJaQFm4m45vspFxPhpzCAWiJATA09/geI+hRLzAS4XPcZqUM1ktvWOPmmS/rYE4 KNxMHgZPpsYQjgTxdGjEZdxj5TOiQuWKVpQWgOECUoRK8E+nuipaJl1RkSCy4qqyWl1fLoEUaN09 CNcU2oO2ut3btV2GmAhkTpaLYDUe4iu//6Lmg8WW5V1J4wDnoSbqojbqoYalN46lGz1ZjMMop6nn poFkWYI7Va0BZfPbrN7bXnAEvk0vT26D1Gvoa4ToE07hojrlVF4UF26BSnjhF+BokB5dW+5hrioV IWZdX1bpFBiCPfDrAnhpYt4D3EUAiLiIw9YhZNkhkFiCkIiWLU7ehA025u0WJjjqy8bszNbszeZs 8mIogp6Frfbb0PZbg97bYuBkhW7osbbGmirrYt0z9Dxli1br3tvojW5rudbhqxrpCRppE+BllF7p PUjpv/ZrDBjswQaWwkZsxK4IZPEIxi7eaT6JcLBmyTbAA4yBvWWC7vbu7wbv8Bbv8Sbv8nQGb1/1 1a427/Vm7/Z27/eG7/hm7wfu2M6278u2twemZEveb+/m4GAF1hAW65iqqdYu4fMklAQnKkIBoEVB 5RbG6Bd26xdQBN3eVlvOVrv+bZRWaSL2a2A27pcObNyl6ebG6Zzeq8bG4sfeYiMqrCSi7JgICAAh +QQEIAMAACwAAAAAJQJaAAAI/wCDBAEiwkoEEY8OTJlywIfDAxAh7gizcMqOiBgzaoxoIIyBjRJ7 7OgURoyYijs6NvTRYUbLHzNg/tC4Y4pJQoSeQHhCyOKBThdBCh1KNGMnA1Ny1ljK82PRp1CjSp1K 9ekOS0xIGejhtKrXr2A1/hhLlmwiOolmpE0ksK1bt1iSxI2bIUOSunjz6t2b1xcXX34bcLFAuLDh w4YLWFDMuIDjx5BtSLYBo7Lly5clSFjCubPnz5yN0BhNujRpMyhSq3bSqHUjHLBxFGorhUIAKQkX NuwwFuNElF479VgYlKZIkjkJnVzY44ePGc9ZHuDdO+NEMU+ya38iZmRK70DDg/8HT1O8+fHnIRrA vrS9oSmdzstHjz6s/ftfDZB68YJHjBhhhGJAcfgVaOBGMEHUEm8s+ZBHWtG9lUQQHASRxIVBxHXh XFjw5aFevmTARwMkyiCYYDJYwMWKLLaY2GKMwQhZZJLBMBlmMGimowRebAbaj0YEadqQNJiBmmqq uRYbDm8BEYQPNTHkkEwR/UbcRjsQCBJSYWhZ5UlIPTFLdid12YFDaLo05Qw0laTTmzt1ZwBQA9b5 nZ12GoXnnXzu2ZyTPRjyRHs8wdfnoXvueeCijEoUyiVmOOEFBkrckUUMWnHlZaOcTsXbpx1Ik0hL eag5g1qnBJFIHhUGQYmFFk7/OJdcs3b4oYd8+NKArrySOFiKXADLImKEDfGYsTMWYMNjk1EGQmXP SpBjjjv2+KNnRnCSrWhEjmYkCkemxlprsc325FgPlQTflNUdYKVP1vUQRidD/TYnSDtAIAZF2SVn kwE+PIJuB2cWPNPBErm5HZkj/UTffPRad16WEGfZQweeePJDGEoxJQa9QGUp8sgkl7xppyhPZUAq BegBwMuFOBFFCUrMEYMjAhowYMo8F3XqD6SSSsepD/qQSKpBnMKWA69OeKFcHDjAARZYOHCJrbfy xYeIvsjglwxcNGBiijIAa0GKxBprLGHJKut2szA8C4Lc0+q4BI8+XrvEtnt3/+stauGioGS5T3ZA r0M1nbRDB4VL98O7JnPV5aYiM3dyTV1O0S+ZYvTwUEMuPdIgSzH5MNNEOe2kOndBIZqSznxa5+fr A4qk8+1Z/iDQD+sN6rF3dd6eqOvxneybRBH3zKkBwIDw8vMwM4MCJylY+l8qmhqvPKc/Mwj0gx2s Kn7SHExIoUBSP41F1FNXfXXWuObawIjzhy0DHyuWreLZxFqwdtszWtZklOUsuYFgR3jTm2c4sQRO OJBbRPqWIFTzicHJxlymO8APSFKRTvhAIB8knUIqEoYemNCEFVnI5EgmL5tMwSkXKV5IRjIFQxAC AhCw4RTmNZyLnKlxDSpYTP8MICjtjIl1VXLXyIAiEpLFx2E6E88OmnicJgrPhEycwk7aUwPWDWiK tzvOw8YTu5HI0IzfOYqX6GXG+ITHjW984vY20ok5RAF6eIQZO3BRAnLYzBGpyJn25migTwENaKeC jtEelDS2KO0RQWBarKYGNQfQhWpUg19dtsY1r3mNDyayH9n4F6z+sQ2AAWyWDaIVt7lppkfWUuAC t+U3I31LXBYshB6+cC42prAhhXvEI840QuKQjCIkNGEYlrnMpOhrClYs43G0mBMbekQkWtzXDyD5 JCCeyXQGwKHvmAKviKixdlPkE1fsdKiU0ClLcwKjzkTSA5OM83fwFN5WaHf/J9ixE56u+2LxYgiR +AzvoN+5T7umMoY5mCGPEAVAIZhhBk6A4AV3+A8Espc8Qh7IkAwiGFq+eZa2nOJVkRRI+S7kAJbK JQMdeqkmOZkrPlyCDzgtm/1MoL+eoq0wa5MRKt/mtlaucm4HlAAI7nY3L8gyNH47TZHClUtd8tIH B6DnLz/4JIcQM4UEZSOXRraVjthEhy88yj4pNsUudUJz/bJIOuE6hW1y9RGKPNVzZtCDjhGqK74J GT1TQsXXATSd3+GKYsGo2LJKjj2E6slWPII7xH6xsJb9zhhDNjw1muyzJIPKyZzznJmozBFDKERE V/syJ+ACAyWwWQwCyYud/3m0kBD5GelEBR3o5EEgkJTa+ZKQPge0dEPH1aRebFpTEY0opzwtG9l8 6r/FLGYIQkXlshyzLAy0EqlJRaBTOQOKa2krSBCM4C0FRy7YFEKXTsJqCisCzCDgFU3FfCFjy+oR isWTTpozxEls90U8uVVzO3mCXCmSHA9GJ4QfVJNDDHBPpmhPZOs8rD/ZSU9meriE6VxsmLhYKMWu E3aZTXETQxxQtoYniv5scaI6Wh7NdnQk0OlAVXrgCFysVjasfR4z9kiOSvHAEVMQ5G2/ouPpwCSk Eh4fIx/pqlhZSGpSo1pylYuXrdXUFyYAZQNMILbpyiC6o/zpKYcaGbdhYP+VSjUg3mLZmfL+iIG0 9Bu4KJhLPezySVmdb125at/o5JciJ1mOC3cYRrOKISdg0mwULXbg7MQJKI8m0zYHAoS8RgevfK1w F43XThhPZLGK9YiqO8LqyZ2YnpAlVHeo2Ohr8texrNani8k4WHQiNmQTY2vJJOIbgBY4SxKxSScG Qoep7EAMd3goRJmBAE6wgxmqDbJECzE9JTThUjEgBIiXHJVPla4lp0K3WqRBB7SUtJFJOFoiWFoh 4roUpnbB2oduukkv84rM0uUpmtN8mLX9b6gCbNYB59bKHXGGR+TV2wOjSoM947K97/XzVd01nIWI IRQzeEuh32q5DzvTJCb/McdyHg2BGw5Yw3eqdBe5c5TNfeyDX+AlcO3bFij51cKmpeNPHPbqVr9w mR2hiNJ3SEIubaWJmuNiF8Uw2aQn/cNY9zB/81k7XNtaZ4y2NdIbW0LHhngrTLxIliz3znemJDud kEIAsGDaQY5EPyXIdh5xwQ0EIGAQuDBDI7CtbYkyIwopIMcd/BNI2JFbKC6BSSIT2aBTnYUtU07E I1iVNFjV297EpcRdYKrvD9HUy/TDqdjEdjbpphltMVozwpklGYaDV6k6shYn3OCGJYz3M0boW1T3 jJqqajwIBDMcMvc1Aye9xQdvPUknYuLGKZpkh81UoRb7tS+1p9E78qKh/6VpTmGe6HAHzummyJ/U AwhIfdSmo7FxwjhfZmK/1aweDjJVCHabVJg7XKF9SLdqkpN/RudhkhOAS0cRJ7Z/KtRMEBh2zIFr PZB2yKEvd/dOAyIcU1ADXdABFDANQaBEAkUf3yEGjuA8EQV4OOAEZoAA3DAIXsAJUeAEuqRt7+WC XrAF4EYI2bM9CJNbMTF5RGg6EQZJM8BNQfAgR1M+SgMrlFA+7JNlxFV6XCYiu+JJJLJ6ZkZd0gVU bNY2ywICCgdec8NUnOEGh3AIS4AAv8cZDqQtUWVLR9JnLsNLQCAFUtAB89UBJ+B8wPU4NnFzplN3 NrFCaYc6OtF9R6GBF//REeI3c/BRfjlhDhAQBtMRISLnc/+3A/FXFLRjVvwndkzHdLY2iCpkQlsR Cu4na6JYVtpnisikdBCIfwNIgAZYEigHJqsGRg+Ia5W1WNQ0ObjjLg7TgRMQCnRwOhvYYhcRCllw RxBVCAjgBC9jBFywAhJgBIPADdzgBTQQDoRXeI2AC3swBBk1W0rGKQfjEu54JqcCatDhHHoVcuvn FubjNJ43NezDIXdRNVYIP7qSemODIj5FXdXFGEEVhtxVAG/2kGY4N7C0GaBgBL3nd58Rh+k1JHSY GnYIAF+Qh1ZgBUmgLvviAyEZksB1AIgGATsgTAaTVd23gUCRbIXSJST/+F/CIXNTV3PmxzBoco8+ EAqi9gSeaDhWMU8OKGhH5xFNhx08cRIHEAQh8CQG0AVLMQE1sC8k1HQLgRRHF5ZguRXzVXVLWRFQ qR3LoXSS85UJqE+10xvqQmA7k04DojkK0AU6wWg/IUYh4x2vkwqKYI0QFQ6DkG1ugA7dgA5uMFHs wI3eOAjiWHjbxg5m4AUvsAU3Q3VfdCBP9o5EmGOV11u9pYRuIUywko+pmSFy0ZoaAlOWdIVbM5Bb uHqsN11o1npqJnsMmXARiVRzthleMJxe4IYZ+UByyJE0IAiAw16v4V5+BgBS8AUi0AqtUJKJFgYo CQQh+YcCcx0ueS4G/8ALvMBMK1YnENFXTyBgbnVsdXkc7jcoevl23KEUOtEJP7R+PhB1UmeUzxEV msWUKTSLKQRZ2TEFHfAFnjA0PUBiiXZ9AyqAw6FoBDpfCiig/tceXdATq+aA12RrGZYSJyAFQPAD X4lGBdVYUWcJUwdNwOM6U+QIe+AyEDUIg0CjhWAB3RAMXJBtehAzFeWNhEmZLzNknIABd9AGjkAK WmFbURF0GCF5oBmaRQiPpbl+qqmPGFIrT4NvXiqbDZABuzKmunIiB6mbKYJdhoEsDNmQNvBmv3lA 1uJUxel3xrlA55Wcp2EGzEl87FUuunSHeagBZ0AHaKmdKQkEzgd9Lv+UJfDgB1pABmRABX6QCc7w fSKjMN2XkzXpLpPjfhMwApQ6ATnBE+PEOum3ifxJYotjWlCqEW3XcQIKofPlVwqWJWOgL63YRcoR qiOgABCAoZMQDSPwq8GKoUmHrG5CYmGJlmu5deE3RQfwBRRAARzwCp1TWBynWOwxAQpAC/vCTvOR ElMQAzQQUYUwCOf6PIKADvIgBG6QR4XAd0NKpNATBbiAADRzZBCAYkIhEzIBmp+5IEQYUqRjpYoU HdCBj1bmNE/zsHdxIaQXU1eYASFCIhcbGMBSZrppAbmpponRppEBp3E6nEuwVG1op28YGtlyXtyC GocALoIQDknynBf/RKNfgFcTsh4eh6gn8Icn0FUKgR2QegTe8AIbsAGVMAB1oAVloDNi4AfFqgA4 sYjtaVhzErVSm5cjQAJ2EAd2UAUjMH6z0B6XWF/Pt6qEcpRD+KpVUoJlJ2gQ4AdSO7b7xx6WgJU8 wTE7gZXtMSYKUAV2cARhWwZnaQlUQABIYAd2QAWXKKAUAZZMiWj3BIBMV7WFUhHD8ZZz0gk/QAes aBEdkRwzOSBisBQtJ27CY5ewYztZIgZzEA4R5QTcUK8AcAY7GgA0+jx6MAicoHf2Kq+HxwlKsAV3 AAzAIC8ioUGguSBPdrDvaDrqxhu6tSB71VsKS2g8l6UQuyF28Y90/1GxYloXYXMiosQ/XVg2JtB6 BSey3CUZD3lUZugFIBBLdnqneNpAGlkkgtC/4EJVNhuoLxOSBaMuh4iSX3ACIWlo7QcFBLABtktt TPu0fiC4dpAGfsCrO+R9k9YDFcy4aUAFkqAPCFAI/TAAWtAF/RoGYqITPZCJ+smfp+qJPxOEsJpY bZlChFDBaWAHdUAFpditLFoD+kK5JNYFVDAA/cAM3KAD0SCrCzEJVOAN6yCO9kACmQDFkIuhsTZ1 rKY5tOAxO0R2L9REEKAAaHyrveOBW7lPnSAGE9AFHOAJSdABwbNWmCUccpB3EWUG3MAML3MIgsAM n3ACwfAIgoBHhf/ADdIYvEH2XlfADXswBzzAA3JwO85BMO84HTHxEgObbi6BbpmsJt/0HPe4c05D SVtKK98rvnoxpg1QAEbQCmcQNsFiy9Plsa6nP2vqvgSEAWQIzPObVE4lnDKIkRK3v2bwNyhAsxUU wNEpnUH7HPXUsyhZCzknEECAVWEQDWqwAS4TBTDIDVfwMlEwAFSQCVWwAeEQDu0ABdEwDApWgZDI O44KBe3QzhsABZKgA+sAAE6AzsAKERCglaFwyiAEVzWgldpBw4h0Jva8UBoUEqvIgJlABpVQgypA BpPQA6EQCq+gHV1UAz44RYSgt4PyBEg8AIBsD/rgB9iaQtGABOD/ADMIQALRkAoflxQfFwoDOkU+ nWQtlKGR1Uyxxh1lbCVO2RwGUANovJVrJ58bajlwPAxcIAAwEAKPM0XRJGkpIQcYsLvQk66c4DJ6 oAFY0AA28AXy0A1nINZMbLuOrG2NwA5eYAJ3IA3JqzOjoCBt68mk3LykfLCVlyba2xZJUD6pKSuu iUl1MXquDBi7cgYCcAMRUMuDgcs6pcvqW12H4cvwC7+utHA8Ur/1O4MVd5kIoEBBwgmovacW116y Ec0hKTBQfJJfgM3OdwIJIcVH0A8AAA5HQAL3oA5IMAgvgwBVgAlQUA4vsw0kIAl6+QSZQKzFmgnd 8QMXvQ0vQw5k/4AJZOAN7aACC8AImKAAJuoHlBoNB5CEQjkFoaoFlCq1T7AbMLEDvFDdIxANmcAL E90DZQAPZYATmVDd0aBgoRANJLABL9MOjBANEFDgmeCtIyC1E/Bo1a3edKsAXYS4LA0A6zAOjOAH VLtDEJDEgOwE3rAAaoAJUmvd+50JPbEQhCDhBH7gFVG54bqsYgxiiKYcPUAHvhACPeCtCsAdy3TS HF4mJt0Fw3AJGrACdDdYXs26wLCu8soN0gYAgpAEOxoM8iAPgHAI0EMDXgDIc+3IhUADRzoHWWDJ WkEW75jJBuOOVEqlCmuaiC0QWtq94CuxrmyxgbECEVDoUY6+iP/+hV/Ivv6DSmwaQA45GaTtSsPJ I15gBIeAAyjQhtcyg6JhBMP5snyKJLItwACAzdxcoIhaC9jcc9pNBi0AyOTACB7AAA9ADwsADk4w CHWgBgSQAi9TDgTACFVQwQ6cBmkABWpABVSrBQTg3ACQAsNOBgRABjqgBpDAAGoAqSSABGlAAFWg ACC3fjPwBFTgwHVQBzpABiMQClMiBgqgBSRQBz5MAlQADzozAlAgqZSKDB6w7lSglYnL3QCwAWRA AvsuqVVQBSTgASQwArTgB8igBnWQBnVg736gwlrw4SH+AB5QBVtJCPruDYCMCwRwDwzAAJDACNSO 7AQABWObFH7/sO8w7wfWTgUKRmGRpX1HDSaKdRQ49AMB0AoNEApGjtQ/wAGkYAlIrnZQmQrNoBVn V2Ct+4hzINcvww7cILvPAwPd0NbBEAzdIAHPk65GINZpHrx64AThgAAp0B8xMAZjgGyBDdEESzBB lPf1qIlvgZoO65qA/4+BXheAYcsGYQW1vIXpi76uh10KCUCP7qaRHqdyaulL4AY0AOqrDRpOJYeg DgKcMBoogAON0JylHs3YPAPvcsA5t8Ag9OqVoFrkcA9ssAvaUAHvMLhhuwAbII1mUA6R4AGMkAbk cAVREAWR3ALLfQTkIG2/bwf64A3b0A528AC7sAqwjgDHfwV7/zAAafAEh+0DuZAGA1AOxt8PCKAI ISwGHUAIWpAGlYAA/YCv3V8FVBANUKAC27ABAwAQdiohWLdnAIEqR7bhAgAA17Yj+bxtq4QkTSVu R6pQEYggSrgoeyJBwTRBywBmAK6wqABGjQJCCuqouNKQWTkV73aROLLnSpQo6zbY0fIkGhQVFOsg 2ZBRC4QpT2pMrWFITBgDYcRInfpEzJQwO3qEmRGkByEDIRrkgaBAQQ1CYnqE0DCtk1cDncRurTEh FlSxYnvsEGtgMOFOBswNadjYMY1BKRs3CtEtQAApiQrgsMktnGPQoUWPJi26kBMaILYo4kGKlIEd HUbN6OCjA//tAx1+dNDtY/cM4DNs+xBe3EcQ5MiTKA+SxPnzJFiiY8lAPcN17Nm1b/eVocF3Lhrc 3Fjhiw+fBlwsyGC/3j379usLWCgwxAL9AvnzD9Hfv4CN/zAAAQQJCBywQAm8SDBBLxpEAIElIlyC kwg5ocEMM4wwYgkvLKQhHBwawRAFJxppBAccCilEDz0aquWLRw4IYwoap7jKhy9O+GK4IHw4YBIq WmAHAHCO0CEHbSqoYJ8HvnngCIYaK0QFFo6oCQAVG2KHHAKOcMKxQrzRYR0AnBhgnwpISOFLLBvC pYU0OkkOuR3SaCHKQmzaAwk/IDgpsobyBCCcbaqAYkwAmEH/ABfOGgqnHQIGiMIxJ1TQhxsA+vEG AT0KGYCESK4QVNAo2vGHCipQUoklbTyASSYEQFuJhQ0+axPLKwbwQwtEo/Bmj0QHoKIMCKiq4Qlz vpqRr64IAYuwKSCAygAIzAmlWLeeoNGAANbQIBFDnO0hsa0mUAACw9Id7IAdtPoKrDB4KQaD0QoZ xIgWHQMFHS4++cQIM/Jlhxs2SzP4YIQbciIcBPYg544YYhiDsANom2G3H2j77bfggiPu4zmbY245 56TDQrrqUlZ5O5az6+679DQQ4BAYfNmCDxks4GJn9XL2Gb77cqbPPv/2KxpAADFQGgQBByRQQRC8 WEICDr14/xBCCSlcggYUCvnXCE46pOFCFDA0AwW0T0xxxXxfDIJdrbACC0cYDTjgOB86EWOENAZp KKQBqriHHnVyqICferaxNYoUjIwVAAS8GaCcPMMZ4IhyJgWAcTt0qImZAb5RpxKFN9j07wFGKAu5 RGqwA5yGIt+AzRSgkMSOKzmpZPKUCtnAg3Fg13KPNf9eAHMz3IRIn1j1SH7zAZB4fJDdt8mTGRVI gELVlSpo9dU6KomSmRRU8EeFPAspZ4BKOGnoCjsw8byh53GJpIoR3jLWKqy04mqCY4nBALAJQyia kYcfGOAJs8CWArQ1wGl8IACdmMAsrtIuCITiFZbQVo08OP8FQjxBhF4JAyEc4YXRMIMbmnOMHrjA AUGARg+4GISgEnZDHIamEMzIkAkUAYwYpGIHneCNbm7zG94Mx2PAOU4QVoecR4iMZNBxTgaqaB3r tKxl3fGFLxrgCy6sYAUwkAEfbuYznfXsPfCRgX3w88aiHU0/GCiA0pSGgKZBrUEN4hACoiYhQHIN B6jhRNg8dCEzCAJtJFKbivIFALfx5gdjadcUduADH7RrBwdg17jC4IcsXClRuOBGC47gD3rsIgf+ SEFDyqGDB1RhD4PYQxUYsAh/+A10OiBAKwFQDn/sYxyfG4A6kDApdnwKEgTYww5fQIYy/OA4HfDD BhpSSw//MEJSDiEAI14QOzswggX6aEFKwkGAYTaEEwtgAU8mVYiIkIEcDWkHC/bBAjKVaRsDWEAV FJESBKSBEZAYB/qIVAUycI9VHhiBGGJSBW+kBBz+eEAdPoM9AnjAA3V43O9YcKVCkGMAdqgCJCAB hRFQ5QlxmUIPbMQVt3SBEFjpwQ8QoYEABOERM0jFEybwU22J5Qd0IIU55DAx2NR0Gis4xQhJGC1p QWAWUkHXDl7RhCiFJhwEE40gsHGGRnXmeTkka1kbIiKmmaAIMSCiETdmG4/VBjjIKU4UoSjFIJgs OlXkaxK0+NcMvAyM37nOd85jgvTkbGdrZON62jiEx1qA/z/1GcIQSlC0Pcyxjkrb7B2dBoIHWa1D G8pahRAJtkGIbWwjQkEjCoEiFDmyMS8CQhKkAIR2ZQUsY5mRB8OQMQhgwg7tWJRksIQAOxQuH9to yAbeUQFIkAEKSCABC/KBBPeBjh7vYC4AtvHcdIKOBQPIEzfGsYoKfKMO3lDBEVgAhSfIyQBVgF04 jgCJB1TgHQNQgTfIQIJ+lCkLHshvBfxBpkLYQR81KUQl1FGBVeATS0fQxgPa0RAVgKEC98gnOe6h DW2wIFbJxO8u0kRMNSjUewy9CgRS9aUr3KMC5AXAIEiwiEVU4AED+FIUWHCPK3FDH9oAwyLYUAF1 VEF/Xv8BS1aY5ZZjicsHUpgGFvIwZURgIRcKmEBQozKLGtDhDFagA2F2IOYb+MIcIXygjcTwZggQ Aip6ScUWbAWaQjTIhi38ABdi2JiBGdesg0YYiwrRCBQIAgTSqKlbfaOxji0Rk01MznKkSMWT+ZU6 VQTsXxsQWBl8xxcrkIAEuAAenrmHsUIbgglc7erKUvbVmJ0jBmzAtM5i4EEEuprVOIE2QBqBBoLQ Gic0lNpDLrK1nYIt2xqTIyBQIAC49eAA++fb2GQSGQ/QwQKysMLGXCENkCBBOZor4wrrYAAvKAeg ynQm7jZkGywJ7xH0UYkWfVdJLdnHPr7BBkhgghA+cIb/HT4ThTqswsTp/ca/kdDjhC/8HdYEwADm B7oCc3jCFaa4Cr6xYQQPQMO7qEJNroAEMCz8HszVQyXGcYQ8da9VDQ2DM04CYxZoQwWuRHcF2IAE hrCjugxuQYH3TQ8ld+VdLn3ykme6yWuhJQSt0EAeJtCFNj8BAqlwgAbOkIe4EILriMiDISAgFUKE MM5pT/tXDmCAYTwuNCocRDiY8cjGfMIGEsjXDGtIaMAfjEUhSjQIgGFJ3fwAY0e8TaSJI5yQiQyv HMjrXveasst3WjuEBc95VoCCPmigAYpdrGLR6Mb1vPrVlTVBq12tHwD1h442gAEM7qhr0PrRaqHt UNkA//nrRtBgQksA22gvZKJPKBu2KWJRYxQ/AymIYAa99eBX3nz9N4dhEtFghJH5QQ8PLKCZANDD C9RQ7nNveAAISAkOQJIS0O0j3t6l9+eM1N0NyNh7bDA6GzzQBToogzg4OCQ4Mu/Ztwqogx4rQCXZ hXe4MAAQk5owk4xDMAp7gI77OI1zAjvQMDYoOZWoAgPcMPx7uZhbKJqzOR5bFX6AQOfat1UAujKp gvAaAKPzHgZIugAKg/5pui4AIK9wKKnwih9wAAcghS5wIGdhllyQgzsYBqx7gi6YQqB6AkvgIEuY wisEIGkxDB7IKhkiJW64FzNwgrtrDDeQgEawiUGggf/Ae0PSGDxEMwIlkKlQ6ITcWLyL0Ri4qo0e IQ67uqsoIpnmgA4r0rTqOBnN046X6bwXaAA3OAQN4AI0SjXFug9MnA9Yq6xWY71Wu6z8iL1aIxA6 Yho70rWrCS0E6JDUCjYzoJANKSRjowFhM5FFOhu1Yb5H2qTjOIEO8C2tiDOnEqEJMBQd0AcPYAAD BANmip1x8ABzAwDnYoMFeCcEUAE7WABzi7/5m7cKqDd9oLhtkDE2YAAPUIN7eABt2IV8OAIHgACD 25w68EB1uAcPGJyHk0cPfICJawiLm0AbVBKNgyeOwzANJBMO1DBtIAC/ObkjKzIWYK4pqZITXLEU vDn/FiQd73qulmCAOmAIJ0AnYiowNqAHBlADKsC6AMqKZYEpKNM6NlMpK7SEqQDCtEvCmOqCGoAA IeSyEbIkD6qpH4CAn5oKJpgdPYAtHSKkQRhDGnACFcEBM/gEheEGM2CGPYNDOJRDFFiCLBgBCHgF PHQrxuMYSfOBQISiQSxEQ+Q0RVxE7ggsUbsE9IiAM1Aj0lMj9cBETDQBGYgj/rAs2CsapbEBO9os pvEj3kvFBwGkPYqQDplFWkQkszmbEomt5muIH+AkaTKAdwkLGRmhYzkWCIgGD6iEK0CAAfAAIzOx HUuJlbiHaNyAB9gHjXylfeCHiAwW+euucfxGYhqv/5QwrwrYBUg4gg3YgCx4AJeIhAaYAfoqkyNA k11gBBUgh0qoAn8AyYAsMubBkgVYsHerwI3DQIMEuTLpQIHEFPuihwo4SX+IFWaIBHWAuVWxyKtQ QZybsTxZh3wozkXwgBUEBxb4qGDJr3KEgirwA/3ZwR50ybeIC2YxFgrtChGaCgZaqQECoZX6gZ4y gA7oAdi4pBPALUOwBLdgAnK4u+VDER3iIch4kEEwg3BwghbZqijghhS4ArzTSsCTQ0EogGIYgVgQ g00iy4vpDbP8mCeqNJ26tOdIRL+Cyy3yDpi5jhX4ABgII9JzD56hRL68D7+cD//gxNabLP7ILBtY 0//Y4ywCAQUveBoQiJBVdBCpkZA9khrjGxs+rcyzQYFmy0wAmIHE2I0w4Eka6YSLIYRwaVRpmQBk UITYqYNkVMZxwLeNfIdonDcWmCfQgQSfIwDYMZPedKVx0IYaVIc6GJIoWAB11IcUUJFtyAdkGIE5 SIIDoAJgkcZTfYBq3BwkyIdd5QYCWIWTPILPCMl0okBVkjCCNE8AaId34IcNVM9dgNY9IAFjTbEv CQckyAEakzkWqzmM7B4FlM53KMdmlMZ7IqZ92IVFUIMR4CBjwQsefKmpcIu3sL5ZKMoKpVBkkRYR iguoCKFjuVCtGyGeNAdziLMaSFEMOBGJbVEXbaH/HTIDL2hKbsAFduAEBOCGFyAHcphRrPTRH03K TzADJdCCeQ0F2DgGVohZVkiGPDQiSZuBtCxE5UgCDtCrk0EZYcgAYcCGoQ3aRWxE8HAANFCFZTAF XUAFVNAEqdUFStAZqdUENJBaPrhaqV2Gv2yjAtgCW7AFE6CssLWFLcis2is1OuqsUovTBoka0aoa QKpbsNEQPu3TymQkzHykH9iBHziBE/gB7AuD3AAhOWMzn6KCOGAIPUCALKgDKkCCdvgSZjiCb1i5 97mceQKAFCAAY9pVUp2/XCEA8QSdb8iHx0GAI0CCFvgSTyEAKlCAMcikkzAnFUCCI/AbAOAGD4AE /1XRg3JYigEQHgRQBxYYVRuEV2e9QAhk3XoYh1hJyApYhOOcFBwghzpIiCjZg5wLVxTMz3Jlie90 iMBJA3LIEzMBAwONP+OEgi54M64QoauQG4N9WCi7iq2gyX/lsmYxBFoYQjhj1KmgQn3NQnMxl7fg ii5oA05IvtZqLROh2LCSEmYIBxriho3dgxfYg3KohBdIgT1AALvLSpMttNf6BBpQAioYgQlAix9g hQuY4RkmgpqlDSXCpJBZyymioikVhkCY4WagMk8IBF/Ahr9CWpjhAleg4RomAie+gHOwgCi+gCZ2 YiLgjzaCYhrmg/wwgRoORdqTADoqxc3CI8ZURf+sqdsKMbZDytu9bQQn6NvG2AEQlYJamL4Z4UkR jaqzS9gaGAFMyALhYQZcwAXNiQKX07FIYBMn2IBt0oMrWIcrmNGGeIHBQVabEJMoORMwqAPedYKA AQB22AB/YAQyqIIyMIApGIEq2ICUcB42CShIWAQSuJO/wQXY5YY62IVx0JzlXQQDBQAK+4Yj0Bwn EJN8OgINewDtaYFE5thE2RM24IcBcJPwrblUaYh+GIf0qoPxM2TNeRNvHocAq7gHMM4q6AIOrYoQ EqAwcKmzo4r8ZWWfqgGdpIofXGASKpZmUZateIKaegWuQBcDmIp5PtguyIIlQJs/XSQTmWCKXcr/ cCgEXCgBckiBDdiGDagEEO7gpowCQTvhOHwtFPCCOMAEIhWgDpDhC0gGGj6Gi9kBY6gY4Hg+TEpL Hm4GKnKFUwDiIL4AaKAAaSvqJKAEbPAFYeAiufyiL3IAMGLiGdYFqj4HKI7ZGqbiC2CFq73iq53i /DiHGdaEGWaF/CDrCyAC/2jTAjABO0KAIVCC3XsQcXAQCcEAcSgtN85bvWWtRhJUxYs2EQiCEaWR HyBshzo7aaGKESADOxhZoACKQRgKDzCxXfAAbxjDK/CG8fIIDH6BOhiAFOCGDdCBCsiHAdDsAdCH duCGcliAj9uHBdiGQfiIfuCGNug+NijHKpgA/0uYAExIqI0FCepBgls6Ml/dgNp2hyiInCpAr3to itfeB20Q5tYuh3pIEuAdw0EYgEt17XrgByRbUCh47OVu7tw1HH7QRm5oB3RjsbPwA8whbf3LAYji hn4gbnI4gsreMOleADTJwfgdobgIFx5sl/t92AA6gL+VgxiIKjCjinCBgE74gajAZ62zJHbZih14 BAuXs0u6C4H+AUIgTUfYAzO4EMpUtrSJ6FxcPh1SEU4YBFoihxdQgRfYBhXYgHK4AmbAAT0YaZJu CBZBNAwYAUkYgTIIi05w6QM4hhlOhh7g4gswhhlwaRkmAii/gCDI8iCA6RmmhiQwBieGBicmBv9p C4AkoGEiEAYzv4AAQIO0bmIikPMGuIwrbgU3cAMYgGI04AKXloEZdoX2sIUZtoDVqw+yJgITkPMs BuMwlj2ypgZqSGsM2INKn2FVQAAlGOsZVoJs4GIiyIYJKSS85WvKxMVAfSTikAIKkIJH0CSXmoFA oIM3Y7MEHwF0JIAF6PUFIAAGqOUkaYkHUAMFJQFtyAFe/3V1MKna3IeHfAAPOHYw6Dd/UxJjZQAy WIBsVINaNsAcgIIFVgAoYAE18HXQbU0l0QbRWXZmNzLvYZJrL0eTYgF10DBin/YqIIFqf4d9wPdw 7wJdvwd3JwA1YAR1SBIw4Ed1tEhLOgsqyIf/dEwSepd2bv91b4f3CnuHJlES+64BMcigQzUHvBiM aOEKBSfCIPAEGGgAOsikIewLueiBR4j1MSCFAgJNaIEAOqj1GhkiMTiWHQCCAxAhQ3AEDDCCDxC2 vmbxCJ7gF69Y0ygbHVWCSlABFSiHER6EHWUHEzbZpGwEQVCCEcgfCBiMJp/hA5DzC5gCUU9rA6jh GiZzLs/yK+ZiuudiNBD1JLiMAIBiagB8YpjhANCFtB58GvZ7xDeFpv0HKNYFX6h0IhD0rZbaczD0 C7haWxgasZ2DIQD8IZDhLJ8jw0TrTLcFU5D7C/ACR890JcDyra4QYUtxVH/oF3e2hqCNE5CC/yDo AMUYoLDshKgbWGEcTUxggFXgBzAAg2/AMXj3uWCHBHoAsXVX/nXEMQSsbkhAfupHQOi/pVVYfn5g g+fXBgZIyQUKZChggOVf/gcYwVUwqUUI/+XnvxG0fyUBOJX2A1AFiAraGECCRE+btgoVcuxSuEsd FAXmRnhYxQ8MxkVgElYAw4DBg4TaPIyYYqCHAQgjyDBIyMYDFEhgLmJ8wIajR0iLREKqAsEAnQwc Xj15IubkSUJPajBVUONJmBlArAg4AwTIgaJKu+zosOMEkCQBGiR59OPADgNoDUxrlUQMITFTxCw1 amDKUgUxMBgBBYqGkcA0AJsxg8IwisSJG/+haITDMY7IOABQrmwZALNBCPakKFepHDlvlcghwOWk UKHLqlezvqznMacskkZMeGVgRydWF3bvZnWAyAVWPXYf2/1DN5HiFx4hT7abg240vY2hMRZgN7QA 2oXtngZtN7HdAXRdIBL+AjEr6q2c562KGu/dlCzEL2+rvqYCFgqUMGFC9wXLKGFfeQVsYYstlGSj SXkYwKfKFprYYspuXgBnCye7DRjghpwYQYMZNAgyGImDIeYYAK/hUIgeelS2QxgHyNhJD4RAAJdR c9H1hI1KPUWIAlC0pFAFuyBEJBgeVIEJAw0RuYuTRxJZAT2MeDDklAqxQZAHkLDxJJIkMTX/JkVf KsRRR5BAUYUaWAqEJCRX8uSTAh40pI2aQk6JJpVQTBCKASN4CaaWMFV0JklT9BBGD6HUUAUkInng B6RmFglnFZDOSUgiAdywwhg99pBWSmPWMEENRx3wQxAhBHEWjYsqhVIoHfzgSSs3RCBFBzKy+sgY DWjAQVE3QjCmIRAYshQTW/i1BCh9+RVYtEaEWFhhii3WGGSRtVZZIY04McgGnb0wWiWVpMANAjSw 8y28rL3WCCdNzEbLUZ0cACB8ux1Q3wXFETEDcsolIR0RAPKGhsKsTHMdetoFcN7E4IlHnnm7WREB xxr8s5sqqujyD3zUAIgGfcFposk5912w/7KEBcgwhH8AsvJfgPcRsQdwu618ATUYMMgKApr0fAEC Gn6iIcDcokCDGyWSmG1jKq7YYmViQGCjGJ2UWmxcU4Qx1xQ+PoUXFTHdpM2dCIEBCRUTjKDGRm5/ VLfbG+2SJBQe4I2Q2zBVobZICNGjZBdL0ZIXpHULpA0bPWkxQtohHek23HODsbcHVECggBps7N0T FRUBfnrkVXQxKgSNt63N21Wk7eXeaihw2w65Q0CFTLXTBulBp+NZhQIUbZ4kFZyeccgKP4ghF24w LtXFmEahNAUE2Rt1wAwzGGDIBOFPkHgnGQRwhi8/GGDAD2CNgUUAdMzCI45PifEDUV04Mv8EKB/0 75f/jOAGan3oQ4ARxGEQo5hGMBBF8QJAIXCBi80gYBAveAE50oUBBKTmgQ9sEQ4+gQEF+EEBTzCJ vgB0AOkErDfJeKHAOlCw3SQBOQgzBiqgQQwpGKNnrNDAbv4hMYqdh2IYOw/HIqCBD2RjNwLQgAbc AB9TfAA+REiZLWQgAxO4YjcW8I8JtugfBr3MP0fbDRGWATNbMIgaBRiaKnZDIaRp6BBM45ASsvGY T5ghMJwoEdUWKBkWuYgyZntCD6ZgjqIcBQInzN3YylYXG41gBFXoEiQYQA8ukYEKClCKH9pUEJhg 4kqjJEPf4oQJS5qyIK5U0ggUoIW+aZL/IGqKZQ1m8ZRFWmIEpczkJguySgV0gXIxASaXqGAAIIAu TsTTWulUqYBeHtOVo1zlEwwQhiewspYFIQPxFJC2LnWuBqO6TQ/EMIFLOjNVXZidLQlCPBtFU0kK OAoHGsABZYkhDGnx2rFMZZQd1GgpTDFKGF4RUAUwlKET6IU5YuCIojwBAqEIBQTokIhXHLQo1ROD IWqgAEfYQAIwgIEEPrAE//klWi2tVrVMhAIEaisxhfQgalrECW5wQwnkMAM7burBb4HwEybQQgkJ MaoU+utfF3BOeaCqnB9YUTk9jCp2gIMGIhABGrqhxhp24wqJcecC3ilPEYFDjY9dIImt/2Dibm7w gRv0AT7LcAMqdrOC3dgCjF28wBdNMAQL0GwLu6GGYIewVa7uBg0FKAAGHssgIjjoAu+5ABo2hIAH NfECG9LEMoAWIiNwYgmmFQyIArmYyBCyMnh5wjAq6kimxKUoJknk83xUST94spiZGlymSmjC53Hz t36IpSWDS0zkUs+3xuVtCVHVBRICN1Mj+JFBRUq5KmghU2uybkMbSqnqXvcHHEhFJa8rlylodwSW kAuQoLtbKkRXqQagC3W/W4UReLR46YXAbZEyl2Li8ihhgIAlxhvc906Bvf4F8F0gYA5HEqLB0QuD 2Q4qhrRAQJcTIGb4GMqU6Ya3xOENn/8lLBHiaX54AipmqCX0UtKTSqDGNfYfjltqhA8QMESHAJEg DkFTFExmqJdBjRPMIFQjt6ZFjTBDJCY3gaPsQEYqdGoyzkgEUqARjZ2oT1fr81fesMINvAkCBQJA AbUChxVJqA81kMixVnhMrzCgq13dwNYIAMxlvCHCEGhGxj8PoQQl0Nke9vBYyXY5QArTUBzjs4VH o8ELpl1Caf9oQBMpUFysxRplfPAD83IgCHRQaPZmW1G4bO1YI4BCGuyABGSUAUixVMD4qldhpXzY KVrJhYgJgZTcLqXF1KvBscf0k881VMN1eXWs6wAF4Ta0C+MTcUX9i8uiFKMoqbjNSdL/Qip03ldr zztWsgnhz7SUjRCEsEQXLKFug9JvUaNCyfpQQiuk5PsVNnrK1gA1qtzdphO560FIeUS2KhPUR5Nc NyFqEGNc52WaJDYxxpticYyHlwlKsMFJQ45SGgMQWgDU8QADs2lsoWDJTH65B+dlhEgcNxb5ktFi ZcRVNPSgZ0QwxAq7TAQ6WHGrboZqcLCgnPIEggIshEbTKZAEnz/MirqgBhpIRo2OaSACUycCF7gQ gRtoghq2+MAzqEGNZ3C17USghNuJgAYwniPuaAh0CRQh90QXQNFvLI9aC7AhU7CCGkrYAxrMvhtx KKFfQbO0aTkh+U1zOluevtpNv/CF/1oEQD0UAEIHZvCDdEq4webopzqpcIR1MCMFkBhBQHNZFA// aFmzr7cB6jIFtESSLk+hKEVNNYFUzKAH9P69jSrqhzQMghngSAMVEmdQS5wK1zXYWrFRJVAIoISg BBf3+sIf7nTO/kfo/EESPOGJINxFUbnXsNjCIP750x939h83bsB98NyVbWvmrvIBpERFEUKy+BNa iMHF1YA2hVQXXFx4HVtF0cI0mcrETZcDMtQIpIEJiBwHhtwHoNQH1NhKgYLJvZTKbRoKwJwKDtVr fMIQkNAnGcAY6IuM1KAN2mAnyMGMyAFy/EAe0EEz0EEeJEIQJEERJgESCgM2SAEFqP9HAPhCCARC BmRAIKiZJ6SZxEhMBGxMEikRFGmAFTRAA6wADHwAnW2MBrwVnVkAG4KRG77hG5ZAocmhoRUa3/Fd G0EWBuzhBm0QAhQNNagCgHiBFyCApREi5JWWEWCa1GDLiXzaTQXBCYhA52mHFIjaDByA/IneqP0A Qe1OJEQBAHBDPkRDLyTObI2J9ImUCXkUVKCFI1nUqGmTJHkUqgSfKi7TDxCCOSySOdxGKizSO6WB KDqBHewXU1jCE3zY79EP8HmU/djGAdDI+nhivoCbNo1KGPjeQb1CWtxPAAjADQTCDigKQVEUgMkf vrmfuN3b+nRCGITC7h1AD4wKWpz/032pRfgR1FxwTVz0AO89j9gslYzsgBhIXDIeBV5MXIlNwBi8 igEEQSJcYMaxIkPtTwdmpMhJgMmZ1gfk2I71hcrRQJG9nGS43AqmSCHgAAooQSXlQirM4FncoIzI QSfkIE7apE02A3IIIRAKYREkwikkghEi4QlggTBQgAYIWQGcwilcAiVcwjSIwDR4wjRgocRYQed1 oQaU4Qc2gAVIwCE0wgds4Rl4oQacgQVokRuKERy6YX+UQArUoaElmqIp2mTtAQLooR/+IQJEms8g ouRh2mAqooesnBmEQ7Y4AWS0FmUAgRRkYQDwilrQ4wE8QhA8wiOImiZqwRGIIjew/wAUQAEVaEE0 /F5TjIAfjJeUURQ8ZEI0VFI0wANtZkLyyY0W0JcfaEErzgIJlYEPzEAYOEM0RMMOfMEMZMJuaQEx AkA42AE4HZdqys5umtBcPIG23aIhlEE0ZEIZGIDXiAFsymYm/EQiQZLDLWNxVlImnIINfAAW1Egm wCb1qGYZyN8kKKdswsOG4VsPvGZ6RcMk7AAdrMUUEGdsjkAmOEMoGNw23khc3AjDRdIUVNlMogVe fBj1nVDE9VqJWUIQBAAQoFkIMCTHOYVFjsAd2MAZFMAZaGRG2hhHQkuO8VhI+kUKqqBkeEtKVsa8 mMELVBIEkIJMXugO6qRO5mQO9v/AMRBCBwThD+bBEGrUUBYhFmRAEohABAiAAFjAHfBAEdzBJXhC ICCCVVKlZGpHF3phK5xB2J2BGzxRxyTRCqylf7ClFrmlf9BMHBpaHe5BCdjloimBLRxeZPWhX/ql EqiCKSiBXy6BAAXGAF0aaaFW5QFVY0BiZTzCF1AABUgBE3pCIuQOQf0AEHzBVQBBcHaCZ4KmOjzA OOiDPkzbJ2GnFjCCDtRBGtQBCXRSNMgSFJCBsA6rsELBCBDCBFABOKVBGhCADlSBcGkBKqVBLMyS DnjAfWoBCegqCVRBc7JDGuQAA8AEGegAEuyqP0BrrYnTsEbfUkgrKo2AARCCFqj/AQGgayc5Qzn6 04E9RQ1QDhmQALMSwLb+oBj4QbB2krTqABVUVNp4axoMDuytjxhQzrbaQRqQABRAAAeMwTZGAxVs a7OSgGmKQSIRINdAj4M2mD91gA/0ygEiG7bxGkUSUx6sH6cGAXaeqIhZpBbMgQ3YwH6swKLBQATA 6EbWWP+kVEuxVLSUJJM9xo5KRkrKXCTwlznYZCcYaQ3KwVnIQZImaTNI6Q9KAx2Y7RCm7VAOJRIm QQggwgpMAyXcwR04JVJOoTD4gjB4Ahc8TBaqRxJ1XdeFHReswBmswMbQGcdwAZ5ywRdtkVvODJ+6 YaEFGqD+6WNFVgpA1h4c6h4i/0BfJmqiQqoAjIggLOJpHSYgsRwKOIGmUkYo9EAnzoBEliPZdMDm aR6qgl6rAgACVMER7ME6IEAl1AEyZEINYEIVtAACREE4RMEVkIPxAm87bMMGXC/2boM3kEE0MGcK 4MLzTtAAqAFpHkE7bMAApMEAcIYOKO8AcEMURAE3ZMFnAgC4NoQ61IEiNO/zcsMAEMAqeWb1VkJE dIEAl8P2ZuAAfO/z2gM52IEWQEAY8KtukUEckIM9xC84cEMLlCY8QIEKlEM7IEEVbAA3RAIV1MEC X4EGt0MaRHAPSMLy8i/0PnAdWEIYyHALrEP84sL8kmY/MVKFWdhtbGOFumwQcP+mQV6cMvJa9ZkY BNDIDvxAB+wszz4xMfEBG1qA0Abt4Z5B0CJtRjptji2BIOgot3TL1L7cSqIABsQBEzhCDJBCM4wa TR5A2OZgM9xBTgqhHDwpHQBlImhU3TqlUBJlEHDAKRRBE/CAmDpAEkxhBlzCFCJCA2RAA4Td33Kh EkXACqwAF4ghF5zBEt0AncHA4YYRnrLlnQYaHFZuAVRuoPYdZMUy53ouCHyu6IoupqUcYESe5Ene 6lKN62JeZTxjqmnPExgC7taCM4sANAOBH9SvEyBAOIALN9QBfalBJTADZTBDB63DEQCvKFoGaowi C5BBJKwDZRSCNztnJYDTAPT/QyF4Bi4AQBTMaiWUc4uEAwfZbxrswgMcwSCkhh50EDuQA3ANgChe AQmMgAHPMzpDQQvcM2Z0EC4MABWY4zYWF0F/8zszwwZAqw4gAD6rADdA0AAsbzmfcyGswwCYJhRs QEiHMwpnQhWQgzefs/2+gLHuSI9Y2MGJTSf4QBActajNq0VOAI/UhUWG1+8ZwvN46IlqnAIwgeM6 LhvCAGBIQEnZABkerRiHnI39z0caAdQOFUsuUANNLY8+0EqaQQuMQC/EADDQ8RjMpNeImxyMQR6H bR7UcTPYipQGJZUq8lEPJQcsdh4UQZjegQNsAQdcqSRjsiSLst9qB+C+lRu4/wEMFC4MuMEhfMIh mPJcgUIBvKEW8ekQyEAsw6WfVi6g3mUt992h6mEu7/IuQ17kXVowC/PUsG4xOyYACFRc7MAMGGRR /MDmOXMT4sEJdIFEAwAOIAA5cMNkFEIlaGz9hsMLDEALDAJlpIA+LAA3XMEVgAM4OEFlIMA93EMK UMYeDMAAbAB748I4h6JzNgIErYM+1ME1A8AgqIAKDEIhsUMd0AMSXAFlcIIKDMA27HQ7aOwAvAs4 6ABvjgBDj+I7kIB4FwL6KoJ4A0AKqMEIhAKM0EUopfQo0neEO+cRkME4sDM+U0ZG14FJF8J8t8Ae yPdoHsE1ezd4j3gK5ANF8//3ILRAfbM3M2QB9yYc1/gT7uTOD2BmEKBqEMwAAuLahqKjiTabqTx1 VVtkExAuFwSA4wrCa8zUR3o1DICcGJuUnJchSpmxCh5GTaUxA7k1UT2GEShCJDgCD4BtM9zk+ngf PtokkerkFLACGuxkB7wCK7DCDzZDIuTBUNJBIh+hA0x2WAQB3XJAp1N2ZZe6L2CyJmu2BtyAKZiC BXABVeDAMiwDCMjVDQjAGnzAWuLpftCMDPT65PqpHO7BEMxlAdiAGinCY+2BEqwMH/pl6Oo2b0+I EoiDKWCIpaYWMX+aZRh3VHyBD6TTFJjq5omAFXTdNPSCRDtBC+jDO+gDOVD/BgKwgAd4AzgMwviO 6wCkxrxDgj/4gw6wgD9sQGqEwwCoCTeEwx4QQCbpQ49HwRGoQf0CAC5UwgAcgQ5UgrwjgQfcQz2M OILfg8YDACfYASNAgj6owGTgAptUOMWPAyRgAhXod2guwLtEAcN7QB3ALzfM2j012DtVQcIPQhV8 REkDgBMcAQOwAI3jwB60wBEgQQucRjvoAEE4PIyTgDfgwiBkASPoe2qswzs8QHw7wfZCAgtkAS6Y gRIwgrHaT9jcRg3+gFEHwalqHhAYAFM40hO8Avk9wZc7lPisGM+a2CmgeVY7rgTwN2VEBh8ZgUnB QAGc1IuOtYwyftQGGQIN/5m27Llbp3WKsCQGtAET2DXY5nX97QCRkkInsH6hy4FzEAGSKscPFsFQ BmVjU0IQAIcxcAASZgCoiymWljrxS7Iv+EImNwBw6MJeXYArZHIEfEAQfWQr5IoG1CkbapEFrADN AHtqg9EQ2HIsA2oBSAB85IeiKcJu7GEuI6pu+yUiLsEUDQg1eEgjUs3lsUi369oyAcQXHz0OdADy pVatABGsaIDBY0A/AAh0VKig7UghAOtYPPAApQoJFiz8qQCwkcUiTEg83BsQBQCuI/u0MSBDAAmj cfmqIAAQxc67IzD7LXiwaBEkn04GQHpQ4UGWRgDY1fEHDgCzLB6eVlDjk//ZEQ9H2MW8V2HRWJjc WCxwAqDQizQ6dCBBQgYSAygjzBGqMQIkThLj9NUbBMCJHW331p0kdw+MNqUAwg0YzCLfi5MbWJCo EnIcSRV6Nr77luLkoAFVdJBBEpLeIjIjnoiBQGhKmB47DhyYEQQ4woRfOj2pPaWHjxMHntSYoAB6 dAVPQvUw0CnUc+nbt49I44BLeAsBxHvReBI9AD04UNAwIsGGBBjzbcy3f9++kfPp+fc/icIIGg6h wQwzUDAQhQRRaIRBBnF48MH19FiPvSHiiIOHO6SRZoxODDBgh90m2cEAOT6Uw0Q5OpGDEFbQWLEH Uqy54II88igihk6KSOT/lDx4JOICYzjggJJmTrnjjksyWDIDLE5xgMkMHHAlyiUvcQBIXc6g0RU+ +OBiBV10eUaDM1ZYwZcCZLDAgjVNMEGGN4cYwoQhbHlTziFKUGLOOUsoAEhNCtijAEVoxEAcBDDA AAEElNij0UgRKAEBLywVZwlqLlBFHFNsMYKTAC0t8EAEUPikkQj5q4HVGp4gpIMvTvihhxl8UO4L ERrS4AZOWogIAG66AsMOjdY5K60FvNkmBYlOOnYXBtTQZ4BwqDqCHoug0mGADVIYhJmTgBIKJgQ8 sEgbAnCJCYlVdqkAjDpgCieNNMqKoo5VtH2gnZOyuOeIt3Bh4SJIhgr2/wEduEHPiSi4qcSOfLRh Q68JjOtCiyr8OcJbcE9KbLHG9BgAjAp2qeIKuAZJIYVyUqDhJARYyEEHZZl1dqN7tImkLLicwGWD AQh4x2RIqKhBDDFeDePDHXbowIcgDqpFBBG+2MEQQsLYYYYTZjWuBu4m6OGRIKSgIIknuFs7ui4u aYALuMMTTxD/+GPPjPfggyEC/PCTAAW7Bf/PDSMMp4FAMwQpEEEFF0wVQhwYRNUME9poA5gN8/Dw AAN66AFIIC9ghZULiDAASFaSMV0ONGgUvQjXX6fjlFMSEf0CNHSh0XQelEzilN1fpwRL3tHIAEjZ eTeFxtJzl4DGbFS5gP+a0JXgA8jqL7gTT+WJMEGT0UMnR4nQAyV0D0NHp1EJDJbhnZo9pidCdnE4 Mf8CU5Sg3ggamd8eBbagUfiogYNCkCY9rWIVBHbgg0f8wAAzoNUPgBCAVnxAAIfwwgCAJSyLEMtY ZyHBBpxwQCeEY105swgLqpWVFpzFIg84AgI0wgwUvmVcB/PgRaqwLlwggQ0WoYe8KFMva+GrZCbj 10m8ATCBEUwyOnwAGBaQghSepBBOqIQOdiEZP7hqBGQYAALCxYwo4OItIGNMVo5QMjYgIWVUicIc 6RgOtuhgA+wwIQqfdRZIeOMKb2EYAo7wlEVAQQFJMw4hdkOi30ytFhT/CIAUDmCIKXRiFF8IQAAS 0Re1bccSsToBBSIghU+yrTsxuAQiGtAAT8yNCxaAwVTsJggjmOE8jfjEIUAhAV/Op2/40c/g7IYD GoACFIY73CEClLjGJahB0TwVJ7IQiTbcoQjSaMYYQkEiA8hOdKQzXSdStzoi3OF1vANGOnNHu0Q4 jwirWx/1sAA8SrwuUMLj3SVwxzsiCJB3NDpE9KYXUFsIT3TcG8IW2GmL8AVUFQUVnSbQpz4ipK4E A/RfQXmnCoA6T3/8C6jpGkEjTVHPgAhEjwKXZoCo/eAAOwjDAZKggVa0QgACgIEjOkg0eBWrNPRQ gUaiQI4B2IEsKlyF/x1gUghykOBdFXjjYZjBjRbYoQ4boExQpGgRNhAAKz8sGRggsYB5paEOR6zD WBfxDq0CYABONEvRdPgObTyAEQtoBwJw0TN2DOAbFWAAFSwxgSqkIY5WXUAdtpEVxayRGXYoWboO w45KHAGpR8AsVlngDaIa1Q52sBZHdkExJGThW7g4zyDIoA0wMCKRYjDE0nhzgKhBUgSTnAEhOvEI IHiiFWcIwocgwJ0a+CBXVmiFJ8KGSumMwA+n8EUgloQNV87NAkvYT3o+EYAQcIEGtDzJehpBgyVI wCF/Cxwx/SOIDyQzmR8wXDKb6UzHQZNBCfJCNXlQhCLkYZsf2lrpTv+XOgLLoZymk2cPnHcMGjWj dKzgADaSUDxiOIBG09gdEU4xhya8gkZ3cB01UIEGVAiPn9TjQ4rRwAUaqQIVNGoFjYix4WcAiRKa QoMFaMQ9G1hAFcsQR4/DR4QtBKp0aADUpjBAKIBmA6CGIgICpkeNgpYASKpgHisOAaSQUoMTPX7f BTBAIxoIsIDbPQlLcXOAIJygAzGdwig8oYEIRKAVN9hpT4V4hHAh4B4e8EkUjsCCb6yiDuGCFhIO 44QNQFVb+2iBRjYwjn3w4wGV2Cq5EHaRRbDAJ+yIRGDTMoC3VEUHWGHKU3KgBoVlZQFCeUs/CAaV LLyFLTi5ywPuUYX/GZ4kBQ/Qhgf8YI4wKkIje9ABPfihDq1GNmSOTeI9FoaLOuwDDGCghw5G8o6v /KTQh0bCWzjCgCrUAQlqUIcHqlAJjThhJouoAtKmIIYp3HtrP/ABbiUphYEgVwpWOEQEgBBTMTQ3 OqGUAh4weIZUOFc6E+iCA7AhBWxkIBDYiBsXXmmBuvXHDSHwhAQ+sAJQqBSB6/mEeX1ZHxgsAQfs 7Q8K3vuBJSzhvfSVb+GaaYZDCMJxn/hEgjCQhWtmUxocCMFudxPhHWSPwMBIcDxplIcZBWmkRFiB BLiQBCD9Ixums8I/etcEShgj6w5AA+6Ql7sMsLgBXIrxBaxA493p/0IDmsqGpjRhASA5oAAmWMEH bHHS7RV5CIE6X5abXACAgoChFyAglalXZQRoSsv5E4SmvhzmC9Ag7BcY8gUaMeQCTmhVLIWAvjvw gxn0YPUUsEJuNfCBM/BUItzwqTr8PBEWECBlCNCHvh7QgmexQA2oAUAKSJCPdzzgHfu4R78KMYBF XIQEg+bqWp5SEw+Q4yR70AcYFuGPhVGlDixQPgIIQA8GMKKF4SCADMviBCTsYx9k2MNJuKEPb+Ci qAhmFVgI195BNhTA2MigsQrBGxhAqsigMdSoMSKrZHbhAbSqECqBBXZhF+4hCzagEhbrMIRPXyTt +EhgD8IBAZCAHv/YAAwIACbg7QEYgDbsbTd6QAzybd8QQgQkaZJ8wKW+QAoCQAOsAAh+YAeKazue 4AekIAIOAQckgBRQqQu2IxccIBCEgbq0EBE8ARF8ITxmqT9gIARM7gxE7gbc4wY04OPQQw90SRB6 SQI+Qeb4Qw/cgOSQCRRybg9BwQ2Q6XAQRxCAbhALUQl4IEOySQ4SIRDoQAx24AdKhxp+AOpMR+pG x5zkKRGubu6S4RiMwRUi4AaswBOAxBXuiQiwwBVMpwnMbu5QARYhTKMuAHvcjsVWgEtW8QI0gEb+ YXpUIe8uYO82BQaAJBtgwAQsgOzE5/BMJ/Ekb/Ekb1Ac71Aib/L/qszyOI95luETOG9/qKF/Pi/0 Rq/0UAr1EkiBkIY3nKYTbGMHDgIIAg4fAqAY+KwC6KH3ZAb4wG0c1OAIUggB/AH84AIBNsAgN2Ab VKAOFCFcnuoekCAFSCOHuO8i9GIAwqUQNqAO0mAbEKgq6C/80gAJXiL8hA0JYAIA9mAAWgADEIgb xqH39EAF7OLXcCALaAIS/MASwuit9oAA7qEO9oA0JNCx+GEX0sIO1sWy0K0SwuUK6qAKDoPQ+vEf ++gBlE817KJf2AUM1KEKFAA3GugA7A0Sd7AHNykARAAIH0kKREAKgOCBDIE7LMGlvmsFhEFtqpBt LCE6SAELLg4b/7Ah4zIAGzxhGgIBDI2gP5YAbs4gEICgC1vJF0IgAIBOvNLjDWOuDtODBuTjvXBu CfoQ5+iLvgSEQAbRDGig6K7pDk4hCfKgm3qAkQyAwKbApJzHHJpnRojAEGiEFJzn6owhebAA404g edDuAu6AwJpgDuZg7lQheVIHnWgxeRwgxTThA3KRRkrqAnxxUyJA7yLMBnrRBobABpjne4DEoUzH BJBsdJZMUAgl8rYAoBhqysKHFbIxf5iHGlDAy74xHEGPRkCARvaAP3HgHFcqHZ8AAurtNgyhBgxh pn4gCEQAD6aBCQbAHSaCaKLlCE7iCu7hAQYyHNbhCnAhhcChDv/iyD9wIQ0iYV0K4QrWARfMwFoA IAtYIB+JRjKoAAkG8ieioBHMAIvSQBtYQAV65owEaRCMtALUDz2YAQdOKGa8jRw0ohCWNGaqIIhW AZEUgApIEgBmtEbXKwtW4R7i6AiMEhLIgAzcDS7MACWjIAvUQR1I1ERRVFzIgIpQ8mdQkhnagWDY wAOoYALEwKV+4DZ2g0JzBS0DgAISwQBsKwharwOC4AuCwBxqgC+lowYg4AmGIQaUEJVY5TmiSzBT 9eIyTgt9oQttQDPRoxDc6wNg4EwCAU2moS1XYD5AAQVUZTPt5hNq9T4+wJdsDplCExRCU5kERBDc owDaIBKwaUj/mkEOhsQACEEM5Al+nId3VMd0pjOgimCkkmFFlE50EKp5mqAIKOGeAkoXDI9LkmfF REcXXUEX+8DuNiUAvk4XeecfLGAIJACgJqrI2lPyzoGdBKUACoWdqCGjcodGlkE/VSHyRKfzzCz0 uiygTk+l1iwdI1QMzAECZgsCzMEckAO5rGYYOCYFVGAfimYBmKUSnoIMNgAAowABBgAJtoEbtiES vIVlhpZluGEDqCBMuWGOrmADXtRlvEEH6sFnYfYiPGACRoAEvIGvomAQWmABNuBnCeBdHuBrEWCO cIEbZjIHvIoAvGEPBmEQNkCzpjZmXeJt6ShuCSCICsYPhgEw/8YIAOP2RcmBGxrwHSqhZeqBHwQL JKpgALghZ+N2AdRgEcDgZnMWAbIACbyFHBaAHr5hAchhEOhoHcohEjzgXXYBEqrAEsKgE2ZgB4zj NsRgBoTQB62AAoLgdYNgBjY1DJDrBAygObRDAVylZKeAEDqVbUwVOrogCZ43CVa14oTB4hAhC31B Aj52vCYEB3jJDdjEBiiAAgLBEygAEVaAC2yADj9hCdowWAsBFPzGPkhOAs5rWQGRvozgD5WgDfpr SOggCIBLA6YhCEJk7dZudKYgdFiBCI7BFYiAFaRBdtCAGqhhBbiVFYrgFDhgGqxAeGxh7kZnDrKA B+bAARysef8uYe7ilQhcgYF1YUlQIcsu6h+IgQio4QYq+B9kGBUsYO0cYAU0gQiWAUiIIU7iI8vW 7hzOgX5KQIkRlhoYeBnQ5wUuqsiUAAHGTPKymBo0AQE0gRqWwQskURWowRb2ThM4oYJpQBwqOBzE gRU0Ac0QVHtD9jhA5N70zQc6ZwYO4gtmYATUQES1oSLVABIG2SLuYQEW2QNi4wHw7xvwT5InGf8g gRE8gAwWmQwWgQEgQR3wz7WgT9jgBQrkAAhGwAMIQJPVgQGi79K8KgfUIZMX65IZgJA/aN2ggAxy oCsfObAs4hsgQZUXmQDU4ZarljZqwA/IoAo0eQY9GZTv6vn/kigHoGAC/EAN1GCRF4AAGMCbF4GQ 36EOGDk21MGX0UUdhpmbvXlvVVcLemAUekN4jeMJDIF2H+EEcisCcvcdHyEUaqALpuBSB6I5EM4S XEUMOmAGxMC5DlriEPAE6gkLpOAvpzcLAyEQLM7j2EsPSAUUSJELziAwPSEQBEEPNIAyYw4H+iBW 2UsQ5EN+7cNY6xdZAXEJjGC/rokSMi4EdMUhAgDO1o7EaAQVAiEJ6IADhGEFdgUbfkAO6CAQKAAG 7IwCpKAtsYEO6CAJEIECGkAYpgF9EWGrfcHDimAOlKRJLkFJ1FqtV+zt1DoDVow4fWELfKFNGuBM VsCmygR9/9eECw7YeRyATmQABkChPPGkBBK7BIZgDxgbfVIAfQZlUTCgABZFUSQFsyXFCziBE5ag sz+bsxGHBgThEMwAAyp4f0aHjlOPzXJjB3JDj2PqAICgFr4ACIBgCjABnPk2GsjAlrUl2xYXLbpC W4rbuEuLA7WBH7ThKBmAuJt7t19QETzBB/zAA76BH8jPuYtbMvBiFbKb/BZhb+GlTT2ADaLKuIu7 tMCAH9hglC1iFWajnv9CDXLAKKFbW7SBk6+vIucNAjABEti7vZGCDQjZtb6BvS0CKYgbXhbhu7Mb KXZbqhihEzxBCiToACDAADiADkIha8JgFAJuny/cB5KQVf9ewYF+QGlYZTtY5VVOKeEQbgJoAaDf EQieV1ZCQDCFoeIqTgqEwRdglb1SRT3c6z1swBO+gAJQQBA8oYIm5AMagg5lLgpdLqZlGgbyMDTf CwOa4Jo2mAOkJgRCgAOAMBRmIaCIIAAeU2oCwQqsABE4IA+cWg58JAlCIBBCwGtOIAk4/HlD4KiL oJ6e9+3ugDlPAQsSvUoWnUkugQ9aqZUenQu85ExsQAPsjCHOYD404F9zR8/epABgwAYCD7ETu0+G oGH3QNUbVrIpm1EU5dUzG7M3+7NvrrNBpecSxAz6SRxWOz0K2sUJAQLEoAcgaKY6IJ6LHSFsGwg6 YAQcsGj/RgACquC3K2AVjFlbuii9t527wSCqukgbbvko8+JdvmoLrOALIAAK9OUiwv0i0EUN/IAK zNsitP2DVncEqoAe0Pvd8zvb1Ftb2GB1E8lpwoAKIKGdw/2W9ZsB2L0mqmDYFQAKkugiokrg8eKY wf2YGcADGCDhb5litMABihAIpGYHaioAfsAQNHwGhvCmSqkDesA4YoFsHggCWKVTu0B5G7oLnuCg IcASuuAHTqDksQAIiP4vM87ifNy6lkB7+UMQLOADPpY9KCAEzqAPJCAEAlhyGuALQgAGgC5B/eMO bUDTr/w+jtWXltUEmJMSasdGAHiPd0DYp+AYWIEakqHP/0MBUcUgFJROGiDAEYBBDngAGKDGgZIg CB6hbERuGrwQCDgA0TE6A4TBSXigCYjkrBmd0X0hA7hgPs4EBs7AFxrgDD7gA24AH6zgDKxAFFFA AD5gh1XhHz7gED6ATmTJIfJkTkygYVG9ABib1Sl7DybbshkFBEBA1jV7Cbzg5mz9pkMFcUilQLbA U7wgpbSXEOj5VZImDDogBICgE8wmCYAQuWrhLf84GjxgFSYGEkagC6oA4d0fExpZ4bUhHcCgwO+f /wFCm8BVkMhAYiNw1yoG9MBoowcJ0iowOapsCfCl0wg19BJqW9jwAaYnhBR4cChQID0PVRSY28gA oTY2i/++CfwGCROZjikFsoFUZcSEMDt6TIlF5WDKVepsfozIZhcYoBCmEBrBCBJPn5CoQBjhgZ7M hwy1pVPjpwokhxV2VZi5yIOfGA5CdJgBxAeQABQSGaAjRYQIKwJw3AiQJFGoVM2SSAkRJNQEBZQp W6qMObOCLqES/YAQS0ENvEGCnACCxTG2QMJYs8YmRYoFQQBq27bdaEWQAJ8a6bGt54YGQXoEnGlw BoeREFKATLNQ4MMHUDhq6/l9+5OEFTZswPgOPjx4CeTJgzLRhBKlIkXy/JgxI9GMAwamGOhkIFSH Rx06/fghzRgdAJFHKNK0l4c0iSSRRBAc0HFKInRgMQ3/BXhYgYgwSYRAAQWBeDINB000wYEiW1yS QYoqrpiiL75w8eIHrUSgwQc3WODLGRpoMOMKFpwRwQdu3NCKBqAc4oaQMMhQgHcw2GCCCUMUMOWU VBZwJZYYYKAlBggUsCUCCIBAphdeiImmmGaauUSbS3DyphE0yGmGGSigUKedOBSC3W0ATCEGIYRA MOgUBwRBgSc+SBFAAEAcsKgIFAj2RSgjVOGBB5hM8MQImKgRERViKACFBxFB4gEZpp7KaqtkBIUJ q2pgUgUUs44wAhVVUNFGAxRIEcQOCmCyKku67trLDI/8QOqqqGIygiVPiPEVsRF5AEWp2I4AWqmt sjTC/xOk0MFBM3nkYYm1qEJBhbfYWqupAqEYYMAYMSiAKQPX+hFGCBwoYNC12QaMiQKXesDAA+rk oC+2WihgSQ1PPAFBKD8AIcUXUlBgRQRWaHDIIRHw1egZMLTSihVSGDBBDTVUZknLNcxSw2SUUWyO OQYkYYUnSeSRijk+lBYEEEBwANuGUrTWWgaw+QJDdX7W5gUHJwQggQUwCCIICnrg0MdvXzfyCQ4f CDNNCCHA6IkInkhghhsSgILCbXosUcAZK6yQd3fihScBDNMtsUUTc5xSxCl0/GAAaTsY4EMIgQQC xCOPmPYFEJNX/ggQiExDeTN0JBHICXTkEWEeHGAhQv8AO0awQqMUuH4GFqfcwcEl2GDDYu8ZNAB8 A1xYsEKQbvQhARc6RqA3F1wEYAXf3mngRiOHEGmDDBLc8MGTUQ4xhJRWWomllgXsASaYW3rpBZmg uMFJmmiu6WabcHLCyZxGHNJbIyg44QQc4OA6U/vToAghhkCJYQdBaM4PviACYO2HUVbgSy2S0ABK dGEEChBDB3rQAzHkKgxfoEMNLlWFoOTKD1TwQ1qqkJYWypCDBkshDIVSA0KdQgYmUIISttAAG2jA CiI4wQ/EMIkuHIEHlOCDA7agBF9kLAgzkAwLR+DBH4RBDFPYgYQgYDAFQKAHhBqUOVIBgU4diwoj 6AL/BOgQgAhsxwpnoEMsYqiAMXCAFAbjYDFyIRo9TiMAzZGCL3hwLD9Eq1+BCMWxdjUCLejKDw+r Ya2ylUJF0hAzEzDHIzQWm9gEgguxi81g3PCJ690gAiIwQBdcBktYkuQJLhPNDk7gCU8win+HAMUW fjC00gDhNCc4ARZCcIIQCEMK2MACB0rjCyMUUA9Z44InEAG8AASCAh8AgQTcIDXbfAIGyjtDohAR ABE4L5cBQGWfzBA77hTAAjbgDnf8Jp73gUARc6CEAzgQAjoEIQPTkMIMejADCuDDYxXEhicocAIf XG0a2IDex/BBASy8xxMBaMBpQjDMh35sDX1A0iG2/6ccXxRBEatDhC98xyJfBK8BGeBCkD4BgBus gEcRcJ5PuSCDoK7AZDJqxQcsMITtfcAG4ZOSlLJEvvJxCX3qk4AXOIGLOQniE32A35tAcSYEsKl+ +FuCEfBHAxocohEDtM7XClGIAhJiYiQxxMQgAMxOpMI0M+jA0CA4KRHUQgRDzMMTaLEDIPh1BsPo wgN9EApCXAYzluiCZSfQsgm8crOZ4WDLptWJR0ihRhoYmSc0IICUSeEuIZgGKSMA2+WJIHNB8MF8 xkChIh6gBzsQLURtO4OhScETJ3jE0E4ghRN0QmId8IwXaWdNEQSLWoSYQQgCEIIZLC4RDw3AIFsR Mv+VaewHk+kCLTFLi2FYAle4Es0TbIYZ9mqBvZrBTCiQe4IgdOBxQctZKi5mSD5cggMUYOUO5vpK mckylobo7cYGc4PeGEERibgc0YBQtBMkAQunKRrRgvAIDsymgL0RxBlis0xdckF4NRIEn6yDg7J9 YkhLAMUKcpkhjgZga25AQSOy5iMfEW9v3NGaeOZWgPRcwpmQkQLKRPCDHUghelbAgwbW4IYIUCAI B0hoBG6whg9AD0gBQAMroLECVaABCMTlUMdQewjpuAEU4AWFL6zBCl38DqYvzcBLZ+rnnX5gDYeA gQV4ugLnuQINqJAB8SzwIyDt6AxTggGVnPq9Ajz/dQhK0IQmCuBpE3AJSwgAxQ1MsQxO2A1JtjBF NpZwJi/Uz373m1NafcxWARYCB7nmEwFr87g8dGIHnaCDseFjgB50uWhGG2ZzvvCFE3woEVOY1g86 cYAd2LUHPjhAGOZKyy5o9pWwfGXEyE2zWMbSvFPwQS0iELIbEBFkGsDIKA6wMTxcqGNW6BgF8tJs RtGIkB04VGwwTDTjQvAE0Ib2xjxBh/t6IhGP+0EimhGKUOxg41ucgn8K1LgOSHtDGsbmJTwTZRAa QIsvq4zNNEvX99Z35pqZQA++UIsvBCHKBpiry55ggNKQoga0aMbspDCKxz3B5ZjFLGU0u0BC6Ezk /xtyQBFSkYgPI5yYHb6c5YYJ4iTYIK4FBIAglAcDbAgvANcMABcKoIEzFAkGqJzaJ47qC0g/NATC 44IbaFAAnwoZ0kI+Q3ec9B0lNCFxRZCGQENQwUcxMAk/6EAQpiGdaQChrxfD/Ae4wAEfnCI1RLgA GlxxgQsUE0KtjaNpK0QBaFyACFhgxexhmiKaAs/PM91pjT6gAUifjHlA1cTs6RmBAjh6yN+ZJ6gv oImmfq8ET7VF6guQeltggKogEFLqs3EnFKSSBqCgxgVM0SaxynrW95PTrRvRCK7dCf653tOviyk7 6I0s54odEM4zxnCZY1zzkW3VBnRb5HNiUB8+V/8DlVUzDkhu6rZZ6qZuQOccy1NQ0xABaeMDRbEo obQx/CYFPvADDFcLrlMkhOQDHfAFv0KCwWRcjxBR8PE4O2BsB1ZsPSco5yUxJAFuO0h0giIGqTAx 4FYD5iUobvQeH9QF9WVeEABLNCeFlCFuN8d/K1gUYjAxBgAEOjcDYvADuWQaG2cAS0eFsDRZEkMU IUQIRLEDYRAz7fZhp9FsYPdhH3Y5GUADZQcAOOA1KGADRoACcbcCDRBHhDRYDWABNyAI4WQbKKBW RmADWiYMXBACN9AINvA8zuN2PwVpBcAdT/IdW9BP6yENwwRtRTMDRbGAEHAMavNBcjAGpNADdAD/ i6TgCKmQdKWHBsSABmjgCViwOMTgKx0zDcRQULUge0SQAdaABnqWIq7gO6cgU37mANJIShqQaD8i fDdgaBYgA7agCcswiRGAVEFFTzbgCjIAPsanCVFSAtRnAiWgCCVQANZ3AXvgaUpwPgWwBd0HCqm3 BRgAArIGCm1ifqqwBOKwJl6AAeLgJvjDCXuQVl4gDr2BJ3biBPAnQPaHHZLCIyiDMhGQMbQVGPyH c7VwAv1hFFMAKBMTKLT0c3OVbi8TMQrmMpslbhQoMzj5BOZACK/wA6VxFwPyA9kWBobiA0u5lIhi BdOQCN+2AxK1MYkCUfiBF6toADtAgwaQQD6H/1kRc1fnBTGUAUtpNDEN6DKVNYVm2XI92HKVITFB w4NtKYVVmJI6R4I7YIBhuFpelFyRNQM9Zw5xuRmadYZARy9aiECCUjOQc4fD1IUYFkx3WBqXUwCO WHbYwWvjFADH4RgiUIjC93ef8DV9AgD+8wHTcALYgFOgYAGc+FOdGGRN4h028AJKMAQ2YAGI0G8U UAsb8wUrqHall3qskASlZ5zUEAjKWXqs4AOlpwuydwER8A/LCQMSYH6phwbNkHrceXu68J3UkAFo cAGsYJyXgHrf6Qp9Z4itcAYWAAp98AHxuQLiSQ3/kHpnIJ5EYAHbCX3Gl3pEMI/xCKCmgI97kP99 JmCcF0AJAXkBW2AKqceQZmJ+1KCcS5ANxkkE2aAEF0ANxucFAAp+d9I/HQlXvwY90iEdNyAAGoBM OhcEgyECGIZzOpdyYaCjVkEodhVzMVdLOKlulzEBDqhgCSZLrzADP0AIylYfU9ADSWcUhNBFB2Cl B+AfQeAZYQABEGAOgbIDwLSUO/AEEbhgk4GmcikoDJgZPRlLmjVu4mYJl9GEdllfb7QCvjAGNWOY dtqmVhiceRFlBmgAGVOG3NUJE1BdPSBuU/hzh8WnfLoZM6B1HjaZK2hhlgliWLAEfHgbvNZWetAb S+AdjdIAvnBjS2MBS7ACoICaqWlOMPAbKJD/aLP5Uz4lfBJQAC9gAghgBPVZWkSUTBF1AhqAj8b5 DByaer6wnbZ3Aa7Ai8aQehpQetupCseaes3AoeZJBN55nqmnC+b5nRegCwA6e4PUKFbQPa2KAttB PPhJCddnfESgCgOaeuegnGggjwJqnAmaffyaekuQehN6AcuQJuZ6AUrgrLbHCh/6nQJqfkRgBmQz f7umayp6BkPCiGSjAQ8lAn0lBR7THJd6lFY6bD2QlC7JRQnEsglkCBTIk3B6k0cIs08QCsGllXYl BgdQTAdALaFwAP+Rbbz1hi45lT8AQj1AL/WBll4KhQ04p5ZFVzTbg09gCGn0WTIJXxKTQxV3/y7k kgjm4KeaUQMcEAH0mQRPO7b1ZXMpmXPLwpcT0wOXEwqcUUxB0wGFSTP1FTFtmhmXUQOVaRqSmTlD Y1yaeplBYAF146kAAIje0YjYcR0oIDfPIwLXJTxJwAWMmx3EYR0a4FNuB2m3Ch17AyUmwiRsh054 8LHBZXkBQAy64ArrSQzP6QOp5wrmhwYRUHrH8JzSegH6eQHTYJ7UkA2mQAn1egGJcA6z5wDcyq3T wLDcagO8qJyLpgr8Fgj/kA3/QAz/8A+UEFQywK3LkHpKwK0Cugyh5o7zGCWlpwmKkHoCqqAXYAul h6AUOq5oID/m17ACObAO67DiwAnmpwlmkP96ZuAEeOJjHemRtQFbd7IGYuMGOxIAdHAAe8FKCFdb dwEfR9kJ2HZtW9lxLslb1QazQ9oFDpjCP7eziwmF02IAfvWGU7mUM9AJSVkfLJvBKwgfNBgG9BIG dMCBwbWUUfY4KftePzfDZeiD4eZyXfpAIUhHhWVZa7sZqbACfQAAAhAAy+Wnk1VzBgBBtfC212aA oWAaPeAyqVBMBVdGfQozmFEDc6VZxXCTBpCpzZYEsKFfS+lXiBt2NqCZU4MDFsAgeUd3KEB2AKAH NIB4XDANmotTjft5ngAjt6rJQFUEd0AJp/BMd5FLQGAAr7ADoaAzPpAMDWoMz/kD0smLzXn/ns95 DKlHnSGwGp7Anw16B9Ywe3MAvbNXZrNXvK0gneJ5nHOwAiijvOPqn4lWvqn3AtyKj7O3DEPQvuDD oNA3BHswBPiIffZrfpSwJWAyrgZ7sBegCggAwOOasKmXPw2aeiggCHWCayj6a61wA6jZBwLgBgIQ ARi8F0QEdisYTCR4pTJoXD8wBYTSA9jWCSjcwlQ70bFkDh1gAF36g17KpR7nA4/AeS1JVxAwLqFA KK/AWyHEW0FnBb/ShRmzeSDcZa8AlwukhVwLX2YZlIvCMQw1MnmQ035aA2NwBtchZh1Qp3Ypxpnx BPg2KTlXWweAwhAgUYX5MrkgUT4AlIRQ/16OKgZhYA4cAHoQ0AWWRzQfhQ3IVFsGXRqCi4dYIE2N uwRYMDRAkAQyVQBw8wl8MkCFMGPkRMiN67gWoHYy5Qkvgsk+FTx8wAN3gDjN0AnzsoJk1KUTEAtP sLCpt8rnuQPPabvV+py+fAHAywEzYAzNkAzgeQFF4MtE8LzELMypTQTcygW8OA2qsJ1EoATyebym oAq6oAqqgArFowH9ab4JO69DQAnOegHZ4I67aQMFYMAFQAm2gI8YkHr/YH5bYARbsAXhPKBqwgkj qs7sHKGptwxQ9EMBywn4mw3vnSd2wpEXix2fIAB9cneYqAcfkAgGNykFDUyDu5clmDk6J//VhNAJ SynVMlnREzjRT6Ck3bYD9MGyi/nVQ6kxExdCRRgKWLAClxBZXpq0wDSUk6JzL61YVxq0GZ2ENWBX LhPUcjlG2sUBD2JseQBGWLwZpHAGfQADvhACkpHUd6kZdfoEDyQps1U5Cy4xodADTzAL5+VJWu10 dioxMWABrYAFqWAJlnc5RoMFUpAEwuCFTVlbwaWpl2MBjdC4KGABGSZMDKKINrAEXgMcbCXYfQgD gSBTvuBSpxo8K9YA01A4W2ACWJB1UaaVP8ABVscBiKCcqX0Bm00EYnCc1Qrp5Bqttpx6WJDa1OC/ DpB6QYAKs+cLtjfbs4cItveLs7cFvIj/nufgrN5tAjCwIxqAD61gaKTEn9aM3sqJCrONj/9Qr6xg A0LyAdM9sKkHodpdsH2QejaA3gN7VZ9AAwlp3lswv+ZLDQ4LJxeq7RdAA3mCa732axKgIzWSMgV2 CPvd3wqXOUZTcPsBbZVD75LSbz6jLCsY0bQ0MVdLKKmAyjQTgTEHAdQCAS/+BFPQAUnwUJ4QBCHU slzElaaRXzpICCuHCDDgKFy5eX7Vs0BQQc8mWHnRAdcGQjsgBjqT8IDy4jGuAHBqWSvcdDDvpzFw Bh9wCiRRM1NoCalgL0vdqEXaAZJiQQYu0f9OpVDaWx2Q40445JjRC9KQBzFgXnpRGqfB/2FqQ5m2 ZWFujYdJEDWeSk0cZjRJQEylkchcYAMSQANlk+e1YQQNgA2+EAirwTt9DjzO80QlYAPE1RwDchcQ JgFfJq7fqa32egHSoKwXwAXmN52pFwKpt52owNyp9wqlPnuo/grHmXqowK1N4NnO3AB8wAeDPjw7 dQbOA47zWs0DqrzGCQLHjQaodAPHvZ3ZkHofkN3Ky60gIJACigFLYAbXXt4Ceflo4O1LcPizR+7h MH/0XRtbhjERlHNT9qLyEe82iqM+kARJfrkPpQE3gAL9nDKeEAJJMJhdqrSjsyHXxAFWXTMQEAZG QRSVp11jkPBhkAgAQeHGoRueDIiBUP+jxhMxU6b06BHGgI9OCRnu6JRoxoEfQIAYCNMByKNQIawE qPVFBAURX4I88nGgx44dUyQaoJOETg9CT2ooABq0S1CiRY0eRTrsUoNUQpECfdLJ0xlfY34CnVBj goIaQSgEsGKlZZADU3wuFJOWp5gZUoJA6FKjy5MnECA8MZT27tW6dAnd7dLDY5IkQEIkkYINWxAf M3z4CBJZ8mTJQIJkMAJA82bOAD5xiXzCYxDLQJKQJp0kA5cVEmg0wtFZdqMVgbDZxpY4g68MS3kX 2cIHkRTRM3782OGjFoVWGsD+u3CBFREi/4hcoH5BVYDr1K7rCoCGmrFH1H0ciy49wLP/6Ki8W3Nw nQgaItTusErPao4mIvqna+LhOuxc4SKAABpo4JItlDjjDBm44MIC/IhQghrs+ENjBfyis+WTbK5j 5QMBQLEBjeiIsCUbaqixgTo+YLAQOyUwqE+JIVa0BQEQvNCEmmUQWFEJFaOjBgNxVuRkCS9iJEIc M8xAIcooG4GtkEL00IyCGYAQQYQTWppBBA0iSMSHE76Q4oszazmhg0QoiGBMKzRo5YNPONNDkOYi 8CQIAzrxIYkz6vyglVbOoIOuGiDICYgZOpjhkS9P+qGHHx6RQoNPDjmjAzEI0eoJm8KgqQcDOnjl LAh2GGWUx6QIwJMZDODyhE6kOKkW/11rEcEtH344oBPkZjIgCBjcCKCDKQzR6qkaZtHKkhoseara ooYxZyhruSKEDg04pWMvRemCIAiw4mwJiE7EUOiJHjoJIyFLSJGiT0JsmkIMUg0ghJBP+/2pi+QM eGWGGaZg1DLCgsAit9yAgLQxyCijDIgTIluhEdnwlACLRzwSLWTLQo7MIyx8sQAGIwSJbWM9lvAF mwwyuG3mQLC4hDcOHJGGgyASoSORA3boIJVOLA4kBCm6jPXXEKa5Do0ZOEAkhO+sYEkERAI5IYRT 7uDglESwSOKEQFaIIICbE7njEhhgwOKOIpqghJImeGgi7yxamIPvFlrYwgE+LhncF/8upmlABgWV gEEDGR6khEglXlBCCRNkWOFtUCQo4FgJ3i5AAgE+fxt00SXAAAYbYEBdgkPcwACDHRGQHRROvMA9 dy8QQGAJ333nhBMjjBDeCBqOp+EQFJ58EoVGnHCiykI2swIIKb5aSYq2KA0JiC9qkSKlIHagw4o6 W4nghhvsxHIzPQQ4RIBWPNnhgCBEaEX9+AXQgAO7GD1DBE7SK49IIU4c+IEPPhaAGwjgDD+AQE9q QAiMdOIAB2iMOc5SAzF0IGlLs8INNKC965EwbbtaiQgYA6wO/MqC9tOAHj4QhDD0hFpHyYpCtrVD HhbFEk8YAyJWMI2NiOEJ/YrgvZL/EJb0oeQEBnjCVggBmR+E4QnSCAAFgFCpjYDEAGWpC0IgMAVz TGsGX+iAOQywA0IMgwODKUwIbiOMEGAhES181CMoVrHIZEACG+MMDRpgsdGURjSEBJllIqMaLoTO CLDpjCC4IEfczCwDWMDkJe6ggFikghSp8CRPXqGQUITiVJGq1SMeNQoQDe0ArLwAGqoWBA7Q4QfS KEIqYiANuZ2iCLikhAN8SbY7nMIBDuCAIjjgACw4YA55awE0m6CIaPKNEsF5wRYWpE0lBK4BjWuA 5Ux0gXNUzgTmlIEFZDCEEpigAB+AwQoKMAQbfCAbmsBnPjWhCnyqgp/59Oc+/clP/1WYwhQD9adB ETpQgzbUoQ1dRjaa5zwqSa990+gApiggBeIE4XpBeAUEJhKE74HPB6nggAbWpwErxIlO+TvEJxrx CQE0EFnA8igFQsAFOvGPDoawSxIG8oExBcAt97MCFn7gGHOBohUBGMMGVxUsA/SgAzvYYBemkIQ6 0QmeVpAClzbagRCcUFcpXGECg9CBCx4ACBrogwaCYMRmFSWHW+lhXnu4EHN40mBG9IsRIcABJt4g AGg0y7R+sDQg+CARXIiACICQCAMYJyIzicgXO9EJDmSgE0/wgUvMEcEumIMDZUsCFuSYBGEEQhhJ SARMWjixPZLmYnrkAgoAqZlCrP+ANIQ8ZGhAJpnTvESRSUCEBQqwBEFAUg8wqKNrb3YJ1TbTAUzw wwgU0IVe0MIudUmFQhTyF0Jg0Ach8EQgkmAMY4xiMNggRid2UEs5AMO+PIhBDOrLAx4Ag7//5e8c 5nCH/vKgCMwUpoDzJs1pKuIUimiCNh2gTT5U2MIN4Knj+CADSizDFpTjgwle8AITXG4IMjgnPVeA YhMMYQgmsEWMZTzjYMpYEZRQhCK0uWMe71hI3VxQ5YQ85Mplw8hH9oKUoocDHMAGB1fSTBW/eJwL LvUHofDJGHfwCJVQIBE7mIYbRBgApg1QBOb7ADxbIT9PdCCBWwKCJ04Cz2Y8YRb/5sjADVBghKLW Yq3mCsG9DtABWEWAAhCUy7PEcBC6KCouCulBCM4gwjqRea3f+0InvEKBlOxKChShSQdOEBOaJGIa Z5jGZ3VolAk+4YZ6DUqzJuCIOwyjC44YBlCGEYNcaAsp01LABAiRqkU9C1oQWGJLR+iDHnxqIXnI 4s88EQDEBCADY3hMlTtgW8Z0IACtCHRogXCAMLDrB4RBd2rnKIUktFCVP8hobUsWmUDBoH2AlEDZ Cmkx1PxWYYUh2cdEk4RAoMwGj6SBL1K7cLIlAZlFGEF2uzBxd0HAjZ5ohnjbdapEwEAAboABS0R+ BvjBzQfSKLB/Y3AKLmiSB3kg/zCAeSANOfC3CUUo5iUcQOC84S1vcxMwjiV8TATNDMMYDkCcTMCH cC59ckGmnDvPsIIXu3OeLi5AAVq8OhsUYHUwyLoNSMc6UHihACAoOwgk4AUJgAABuVuCAIzgBU4s j3g0cMPwaCC84zEPBTFt8ic+weQmMxnKAHgCLX448R9awhKPVkgXIOBWjjrNQBu1zPU2iqavGCgC n5fCKHbwA68E4KWHgEEe6jJYTaHgA0b9wiM48oVE0CU5PrBeCH4gwa1MwPc+1IpWA8XuzqapA1a1 2AU9+gXv6SrThqhLcpBjFgiEghTZqtZCrgJroNSAXwoYBiLOIIcxcMEBvRjGi/+m0RQe4tX9qSD0 59N2/HwZIivmSEQiStkJUhCCAxFogDx4jASClTMQi8aaAdMLAXNoCwKiA3OgA7KRQNVaty3iiONw DMjQo4o5AWworgaggd0CAEHwBdtCJEIKApEZGY9QJNEIgsIAAkxCGQu4pHRDLZ8xgBHQrl7ohbno gSlIhRAIhDrTuAmagRBwAwCIKwr4gqShALgCgEOYhiC4gxjgL3PgLw4IAC6QBmmAOZkzsJhrAg64 g2KaG5+7AwhTJj6wAD7YAkognC1QhEuIkMFpgC3EsAiwgG7iAxCbnD+kHCXoHNVpsQ9wA07ourcZ gs5phc+RAEPpujQrlA8YiCX/wIAlOAQjYB3fYTvfAQUjcANQWILXOAQaAMVDEIRUNIO+EwQaaK7l cZ4paTIqeTI9wJIixMUipKAB3IEw6IExOA7kkIhE6DZ4I0brkQIs2Akx6AEfuJ4GOQMY8AVSaLQx yID0aQWM+pMdaMYZsL0ZGK2ISIiseDWkkBZRwaAesARa+IET+IEpIBpwFAOigQnvcQsx6D4xCAWb IAS84j7uo4Xvc4QVuAE6OAU3KIBhGIMPkCE5+EcFeAIO+IrP85Kr4kZC0JYusATf24ouyIOTEBrl Yw430AAtkpSVSAQI+AEKSDM9BIbOUg1sOAyZaS1hCALksDI3w6MNXCTSqKMQ/zANC2iZjSkEG0iC j/mti0GkpDSkyhAZFWTBEyCM0/oZg3QEHRwBS+iFH/qfV/iLDdq4ENAAQYCBQHChBAoBGBCEDwiE GYgBR7DC/Jq5XwIGXgJDm/svnPuvBRswRSiCG+OCNLOAk+ECObwExOEDX7hDLsAwLni6QJwcypHM yTEBG/g8FwOFTZEAG+DMRXwbSUwz1SkUQzFEQVgCG8BEN5CAJVg7UHADMwBFFHAD30me1zECUGAZ HOiDUqQBM2hF51nF3oSSKFmyWrxF8ZqFDfKJLvi9CWCIV0iFs5i4aVmI6Ww0ugAqCDAHcxgGn5AW 7TSH/PKk6NQ4c2gGDuAAav+8zlTAyIWIomDrPb1yzp4Aiuq7iyNKiIWAAH28vVC4ikczBPp8SO7L iqEoBp5qBjmAgQYohlRYgU/4gDzwR70iBLHCPNFYqhkIA1pAiglYSTyQAmUJAx8QAbA4iRM4AV0Z nycIhWk4hNcZgiKQwAxwLSwQhttImkQAlgs0jgykrZIZtdSoIy+4N9kwghKEyqQUrpJRpHkrjahc yp/JPzqgAzmIOB2cuO3KUqyIi8drF0IYA2M6hVcAqtVLhSLQuWYgBbh0BPzKr7eEy7u8y7uhU75s gjk4hWjaAhlohQVlTMK5hJlRTAuIgBUokD7MJiWwgAYYsRGrHMk0AQuIxnn/EjvVuTqr6xzOrCdC kUQYAIURWc0RWYLN8QJQQIEmuxIUuB1OcAPbdMVP6INGOITg7E0qCU7mGU4ns5Lj1LihkBa52C6h mABpYc6JmwDII1asaJah8DVfC1aiYM7m9MdmrRZn7aFh7dWj0JYa0KAbcjygkJZyHFDu6wVfOANg qIE8MADfy4NLoARSmNC88j5424FFO4hFq9cn6NAdOIE08QEj2gGP+AIKEDniWJcnSAUsWIEzsIE5 4AAJVIxAoJncaABsuKoquyBIcQymooxH8NgXDAJfEITdwgELmAw9Epl5U9LKmAySoZjHaAxbMgct 0ALtslahkBasONYi7IU4/+DBOGACXIuBu8C1YSgGR4gEuJTLpZVTmaNTNOSbabq5OZBUX/CFwckA BMGwrNUAQ42nPlyQc2pUySQxyxkCDYABrFunEmPbF3OxEvBMCaDEDwAFur0BNwABGwABJVkCSTRV wsMBM+BbVkXFF31RQZhV5BGEPkAB5MFV4jQ8KBMvcd2hjMyh4BOKaTnWZ3UKBXg8zvVchfhca7lZ HsrIZy3dcVVdvfJIDsg1ojhW5hzQCLoKWdO4p3gCYNkBflkUmmhHNQmB8XG2JzgVgosBB7AkiZUZ 6ZLJi12qC/KB2eJJPToNnnyJJMiY3VoCj2nSl3DKJW3Z0ZA3emuMR+mECf+gguwqtqOQC/fbrkRT iF5ggqNlAvQbBh4oBp91hDigX0doA/z6XytsWgB7Wjq9g7xRsDlQBF9AhAyosAyYBgM5gwAgnAZZ gTFB1LHV4EetzD4tMbBjW7YtgXYaYasTOzFLsxsABRAogNiJnVIFhRhemUzcOy/4HcJNRUFYxbwz nt5MRcedKIoyPFvcvtU14iNG4iRW4g5N3SWWV9udIOjTl1AABnP41WDbRTqIAcLAguSNWETwBaWq n7ZqIY2dXlrao0dIAlDYrUawAIshjO4dX6cU3z2C2Uf5AVIYgfQdgS6ghdKd0K2IPI1LTkegC1xz hGKo3/1N2rdkAgDmgQD/HmC8rFM0VIRnoqYcy7HgQAQDOQkHXoEVsAJ8WAENNuVAJDEb8ODQsYEQ LrERLuESyLrQ2RzWabsWduECwJ3V/B0V9p23G1zbGZ7gIZ4e7jsgHk5ZNM4iduJmduZnhuZoTuJV i994naANlQM5siSaCYQG8IVp8AQsIAV4rLJHid7HoIzqlYzH0KMG0C18Ow3CGDjUkGOWVSQUlOMy Kd/jSAU/oAKszCvIq4H67dleGGhETlpFLoY2KIZIONo3jeQ4nWSfo+QFi6Ym+JuobYEXWIrDsTDF ZA0ZOOWx/UOztYEV2LoCaKdXhmVYToFZFjsWxgBcdmEX1pFdHlVO5J3d/4G7Gw6e4EGeoBZOJXOy WqRcaUbqpFbqpWZqu4o4OpCZmbkNxfCFQGDMRPhBjKiypYKUeANZjVCgx+iA2aKDApiejTGDBtgj l+1e4LrnkaGMxzAO5PgsKqhZ7bpWrhAvgq7fGogD/kVaXHPot2zkSHDTw/7fAX5an1swjHZsv2kB HXNDOayEbKqwRx1pR/3Dc2qxEnOxEG7pEkiBEd4DrLMBDNiDWZ7p1WZhEMAA3tmR3OGd2e5p4FmC 4FmCYhbqx30eXdWDpgbu4Bbu4T7iLugsCqQZGp0GCBHjMHgImijn2TrZAUwgsZ6BUeCAECRKo7Re lk1BFKRnFHTBuG6Mq//qhDFA3+zC6/aLC4F+loGW3/he5PnlAaRdaCs0bLlM7EmuZAa76Iz+mxxr gUrQ5Beo7MzeYFRmW8txZRFu6dFOgSHYgwkvgNRe7T2w6dee7Q3fcN3BHds2gtzWu6B+XBRwAsK7 EuJW8RVn8RYHClqgg5+ZgSSQSWxABE9oYB0Nlh/0xTGu7hZ6CdkCljez7g4QSkAyAixgZ+/doyZV weCyY3j7AQNIhRHQAvVm3Ynr61mQ717g8vr9a/ld6IYuhhgw7PyOS/7a76btOTq96McGcDVUBAKv hAFHcFPmYMsxJwZf6dAm7T0QbQqfcNQm9NihHQ5H9Ld7u9xJkiQJ8RHKJ3EzCIfhPPHI7QUXN0eN 1HRM5/RO5z4/EBUDmAIwpYMZoINmoFI6EJbRM4BQ6BdmNIA1GutZ310DwMlZF5ax5oAC4ARc8PVf xwUvcIBOWKMf6IRZp3Vkp4Na4gBi9IEYhww6QPbj2KxSMocrXe+n6L2J4/aChm+fHWgmCNphCGyk bWT8xi/+SvNInlO8cfcFw5tq+huMzuTI1mQCfwFFuHNHncw9LzE9Z2mXbukJf2lBT20Ld2HXTnQO 1x3b9p1i5rvdztXitJKAAAAh+QQEZAAAACwAAAAAJQJaAAAI/wCxJEkiIgI+CknoyJGTh0MSDnTy 0JmYZ+FCiRMzatzIMU8zjBwjfqxIipTFPB7zPKTDIVEiljBBUpRTsmQMUjcZUgzJs6fPnyRjOBp6 U+bPiCiTKlX6o6nTp1CjSp1KtarVq1izat3KtatXqC8TzRCbKIjZs2jPClybJEOGtm7jyp1LN64v Lr7uNuBioa/fv4D/FrAwuHCBw4gT21hsA4bjx5AhS5CwpLLly5grG6HBubPnzmZQiB7tpJHpRjhS 4yiUxKwUClZEBPkRZsoOHx2aHth9oFPtKWF28B5OvDhvA8CFG+/UY4dvMRAIiQEeJswBHzNmdNB+ 4Gnx5xCeiP8fL0b4DgPCO/Ver779+u/s47uf/96AGEM18ud/Ylu+f/r0GSfggAQWaOCBCCao4IIM NuhgcT/MsNt2ueHmQx5iYedDWq1xEMRArQk00FpY1GXiXL5kwEcDLMqw114yWMDFjDTWKBhhheGY mGKLwcBYZDBMJqQEXlCW2ZFGJPnZkjSYEdpoo52mGg6tBQEEEEkA4cMBtd3mQ4Q/8ObbFMktp16B O5S5XHU7hAFBDU8YMt0UBvzgw50+PPLlDHuGOdxzT4Qn6BOEnLeDoegliuiixC2q6KOO7tCcD4n0 8AQt+j1hTn+Qdhqpog+GKuqopJZq6qm5pdqBNIlsl4d22I3/dUoQiTRkFiUffhhiEiTyyuuJJ/Lh SwPDFssiXzFykSyNgfU1BGLP7liADYgx1hgIjmErQZBBDlnkkZcZwYm4mzHJmZMoPClaaaapxloQ uNn5SAc9kHlbELn52dtvwX1nQHMFImfAmd9JV+8TNYRHCJk9zIBvB9htx2du34UhxngYF+rcAc4d 2nEnH39cXMiHggxyySQ3F4gnP4hBCML7lccxyiifTHLIBJ+q88489+xzgdn94KqrdGSHIaWzBnFK WQ7g2hqIWHDgAAdYYOHAJSUCayIfKvoiw10ycNGAizHKkKwFMTb77LN9STvt29bCgC0Ic3Mr5BJE GgnuEuTy/23uuaGpi4KU7rbWwW53cjndDhDvefi+ZAbXyeSTn2dAvwMyNwXAy013uXgvE0pmnmHe 2fh2fc4QJqCDKqxcJ5562mjsnxoqHJY/IAcznDLDXjvt6P0s/PDEF89g0BUKjWEHtTavtENmeRjE 1FBLTbXVWGu9tbANrNi92DLwMaPZMqLdrAVsu70jtYxNe+3cIAyZ996XcbIEJ/iXyyS6goz2CeGr edeXupM7MtnGYfDSE5h+s7keONCBtYlgcyhXuX/9ZmD+6U0PBhaGQEFAYWT6gaR2ILQNzWtDEEuh 6gwQHoyBTjkcs5nHLDfD9PQGdgObYXNouEMD+NCHzcldGP8IYYjdPaE8ifrhD2VYwxqCKmd/Ghjs oGi8KlrxigZKldCElh0+UQpDSivL0h4xPac9ZC1SE0gGqlY17bmFa1372tf44CLwlc18yjpf29S3 PmvZQFtyo9tkivQt+tWPXH9zErrWBcBC6EEKQHiECDnGwHsFgU/4+lIla8hA4DywOtWZAnQW1kMf GopjAAuDIcwRJ0KE4V9pik5wNgQveJ3OdDv44O54B8Pj/C5SwOzhoUoJRB+Kcpe8PJQSgfhLRXkM eOeZHAajaLtFKdNRVGxQNrHITZ9psUId6AAdWnWnl5zlFLiaXvRA5ICBtLNEJfqVG+EoLD5cgg/4 NBv4TED/vn6mzS9s0xEf4fa2QP6RbvGTAAjwhjcvGFIzfwNNk9TVSEeKQEs/2GC9DGjJO52QNpGz oXoOVRv0eEyjooyO53Bo0kMd4HLC6SDobMMc3R2xE3k6C58ekZ1LzsAARNTPfgxgnI6N0KQ7TOo1 R2ioV/6wTf/6oUb/dTGhiu48G1QiU01Zyq3aToYtjZ16oCnWUVFIX91MK88eFzTczIBVfOJTHsxC xqkFwUNJoJ4D2jkivrpxLvasp4pWlE9+mq1s/kQfYQgzBIHykVqHoRYGAonQhMrPoZUBBbjGlST9 7W+Rg2tXagrhyBAEQZKdtBctL4knkCbnqIbaYHtMerIp/8y0q85MZaDEI7N6XYwQBpjBCc2SUwvd KZdCHSqBTtYc9PiOhj5kjjL/BZzqgjI46GnODm1rVVJeLqum9Kp4dwhb2jXRlOhtZjWnudzgQYiM ElKrfFE1oQiBE1ZfLAsYxxgEM35oalOrml//Gheu1dMXJqBjA0wwNsTKwLB3/OceB6qYt2HgjwqF X94KaRnNHsl+iPxbuvzXSD08MpIZnRNHV3snPrmWOta1bhjIm6javGxhA4tudJ0DUy6JJzwyGyKQ cXpanm4orsLlkwGQCSeiCsh3T4Xuv7J6VDpt8JVXvlyOo9rcqlpVDE8Fb3a1KmZJpXeHTHymo5Jo sibWEP+s2+xNEqM5HB9CLL7zzfODUqU6t2ZHYmORxkRcQgezLC0JiTh0XvHK13au8S1ZA9Y932jg YjH4sPyEcIQBw7b0DZR91oof3QI5pMoQKbN7y19EaTBiRoqWtCa+6JfaZEAydSAt8NJk5C5X65RK h0wLq+4oo7O5peY2pgjjrXOIeON7feELjyBjnmh53Jcl9wlOFhDJlKhdC7bplaGsVwSrq10sBydN yDyipJpTHeqOG5QyjmBU0+sp7Y7wleXtFDRfSjCthpfOnSAEBA5wgkBwYJJ6TjiCtBOhLnbRQtkJ SxD2m4hH2GpWHdJVoykBlzZqj54G9h4+xzY2tB02wmn/y9GEP12txYy6sgoV0rc44QY3LAGzmDGC 3yI64tBUNNZAyBetDYjAtGhycRKaoY1V/GsytdAcnutNNXncrw4mTN0HUJghXNmJDlwJ12fxAQvT HdwfxHk3LHV3dWHcgxmDW8sM/E1W2+7lTBHiyuF2O9zbvndwX3fuwXF7vQavRIbNeHMMQ3y9qNt2 M7PbORP8F9QfNed/IWwGFAgAFlbH3uXQTuHDC5rDR/+lI8OXjGbBUKIdsrRcUcIh1gtwXiNN4AIT S44sIrmDE3tYgFLYbdQCQagrSzeGVsYNhzjEEhCA88rgb1wRVeSTSqwHAFz0ESeQwgwsZkCCAwEt 82qT/xjEcAAF+mnotDVzmkLnSuGYFFQj9DGc1N0JhUHAHBAoz51XixYf7MDaVmUAuHF2u2E5PtRJ cHc58CZvWDZ+kdN2DjQFb5IpYLZRcLeA1PFuoWRlWsZ3fPd2TmVMvQaBTkUnhrd4y5RE6CGBEDAF lARdu4EcNWAJdBAIISAhladeZQV6ZrVFFZIdPJUdpSeERQd2ZlElT5MrHEA11tMra+QAtPdXwyJy ZAMj/pRYilUYAfV7kVUAF/aFxEc3hEQZoGAENocACIAZz+dZSyJ9okF91gcEUhAAVhACPaBiM/AF QHAC33daB+BbELADZHRWf2gv7rUx6JZ//cJjOTRWkv/DXbyUdYTSQoXiRUboAz2AH9cmgI9jIJaz UQb0bmTCa7yWHG5CKJ7jAydwSTswgzUwATUgBnG3dqRYUrZIJyUlbtVlTAdIghAIHR/0QZujdz/E MOyWgmO2gtKBXUsEZW3yiuYQCpvjQzGog5HiVATIgwTCZ6P3cCkUK+AoXGAXbbmChOUYBGzBFm1h NVGoNVwzhblHciWHWBBmchK2clwIamGIUBtGGV7wj17AfGqYP9DXhjQgCIETWqgxWiZmfV8gAq3Q Cthwh0Snh3rIh7NmMYFoFjMgKeZ2boxyh6DTL+93SiNUf3Ayg9hWf0dkbYHSdfzXf5aSXE12J2hF IDT/lFq9xi+15ib7oW4n4AlFs2R2J0oO2JORk3gqxpMj+F29Vmt1F4sn+EoG9EMzloKSgkLIQSeI MlL21kFd0AVwgmPVeE1k1VTYlY3a+B4T0o1u6XAQF1eoxyFHeI4DgY6+IiLr6Bbt+HENkAHEEpjD 8iJXaI8x0lh/ES1c2IU2cGH7GD/f4lABiYYCWT+cVZCgYQYI2XOh5S6OVH0ikH0aoAEcIEoVCQR6 2IdHp39hMAJaAAVkoAV+UAbA1VIeYzEI034xtGPtEQqHMoGuOQKxaH8USEIxSVwzuYnhdCDSNDCg +JRkcpRQaUTl0QljsCkTOJYXowAKMAHBBp2EAA/c/6kALQido7iB0Hk5dWcJLdiLT3mAI0Rl6PEa BieN1MgxBRiC3BWWUrllv7RUnJSWOiNDaokgj/NNPviWf2YnKnRnQthiGoIWT5OEIFKhA/EW69hG cEFgKcIiHaoXydJg9mgB9YiYgrGYiuGYj/mPS7BQy0eZzacZ4sJZ5RIah5AughAOUbKQAVR91ndJ SRACnaBiU5CHqLmH34daZKIAmKAFdpAF3uANA2AHVUAFT2AoZTABE3BEF0MoJGmWzvEE3SkeXYAJ VUoFUDACGGNVtnGc8JKcAagdqqM6T5Z+5/mUE8Cd3gmVEIApYuml91EDYilU+GGmdaAFWmAIOikG Wv/gAYxABYj6BDppeKX4lL61S/yxldFJCFAHHAnId22yA0AQCIFwCqkgBuB1dym4n7AIXCzlZjMU O8gBku5FKtvxCGLRiQ6iRbgRTgzqVt+4HQ3XRVzEoLDycHEVoWdBRuZooVCDoWukRrXnFn+ZAWLz InZkPrtnNiZgcpyGopG1GF94UMTnBSBQSJRZmZZ5P2vYJILwrulCUTz6mQAQhylEkRX5BSewr6yV Yn5QBQOQAusQDqQVBYNADpGQBhBgABOACUiQBmmgAD8mi+aBQydTBlVQB2lwqCPgASqAAHtwBFog saHQpWNZJ26KiTAjHkOlIVs0IGaJZb0mBg2rBRv/qwXOsFFVxZ8JMx2EQAjXZglaUAcbgADbQALR 8Jyi5Ad2oALlwA0pQAAjoKnQqbRPGZWZSpUflB/5Z5odGIL/d381MAtIBB1caxvRFQaWUAOdsELZ dVRcZYCfMjkWw4yJUqAE8gNB4AlWAAOIEDQJgqCqc1aOcwCEy0VtpUKJCyuNgx1GSFflSDUggpca uqHTGheB2QAFYAStcAZioyyfi1gkenLkk5jg6j4YIHypW64J5VD+OAiTST/PB31mADgooKP/M68N 6ZDw8lNEmoe18GxJKkmWwggqUAgAUAhRcAXgwA71Gg7eoAVlAAUDsA64UAlQEA1A1gMg86X/Qr2D /3AF7UAAjcoNyesNVTACA5d1YvkKG+KmbzoefyoeAvgl9qU6h6IbRTVl/OIM1LsO4pu9CiiBQjUL OAZUPwknXUAFR3AFAAAOOuAHJVtrsQAF5VCvABAOJCAJE2yU6Ompz8lAWIuqm1N3XgpLERh4zQEB 4xmL57GzXUDCAzMFEzAM06ABXHACHONvlWebz4QedTtWbCYqPhAIARABN0ABEBMm4cRWTOyDiOtw ycNwX8JnxaohwWohDQpxeIJJuPYQFLorJOJxljuteUEsZyAANxABnssXoatPo8utigUYpyuu4ipI okYk53quXsAJrGYGAUk/ScIJfewZ6DJ9uuujof+JL1RLJsArBasYBKvYMlqwAA7MDCpQBfqQD3WA APV6BVUgCcaLvEfrB1wLD2UwnpPQL7yADN5QrylABpJABt5QDhtwBCQABROQO9FABbMpjpfYAzWg AK7pB9GgADVwG4ezQryQyrEwCT3QHRzjDM6wylMwCahcBi0YCmXACN6AvOVABn5ACNhcBoJKzN0p HZOQCcEZDbD4BJbAwOvwwPqADCOgAMFGCJU8z4XQDricpgqQpdxZBpPwnS5DzT7rDHMywrgIgGPp duKXeAZQNCysAF0AARskgV0wAZYQbD5EszGwAmugAZ7QAW/bXHFLb4gCxBQbVp23IJ3wA0BAATT/ TQEnwB2Gu0WiN7gJ2kXhVMUMR8VNPKwKWtTJCsx0aZfOmqEXerlukRdiswIRMNUasALaetW913ve ij58pJjr44WMkceC9I9E4gVGcAg4gALLBy59vBlG8I81qplQIlqrsbsi8AWzwX21BrzB+30o5gxk MADMAAAIQABqwAA5kAN1MAgAwA51oAaMUAngTAaMkL5aQAaxWQdQ4AFUEAth4Ack8M0AELVqQAYE QAY6oAaQAAmM4JpqkLFQgAkKIIBg5wP6jNlVgASQLcE2aQCx4AeVvbGVPQmHMgFQgAxkQAUjsNms Lb36HNrIG7WMgAlkgNxVSgaOqr7GrQZUUAe6/52mCaMFRzDP4KAPi+ABuixKCkAGdoALABAFBPAO DAAJjorZ3Q2bI7AwYsCkyCDbTMoIWgABM2ZEnUp3RuRKjedAwGgAWHAGiBAKLYxjOyCm/Qk7U1AD uXAKDYAFpzAG3obSb6vSc1a3a4a3xIFDMxACUiACngAEDKdFyDOnxAorxSqsNg5OvnpWg+vTv5rF RKisaUGOE5qXRL6XTv3UesEFVhABVuC5ubet2npyjaWF6uPVjAnWjwmZZb0EbkADb52GmeFQ0PfW IODHrIYDjZCQdE2vDjkDzEGkRfoFtQDJy9oBzoAMA4C83KADYLAKbFABD2AHUooEC+ANg1B9V/9Q Cbj82irADQiwDtxADgMABVQg6J4MALhwyzpwBCrgDQugDruwCowQCeSAAIMQ6W2gsMf52UdQCXuA himQBWmgBWJg0n5QB1mwDaZutJFQBVowCZgwACqgAkeQBgOwASlADkdA6ZZefZl+BPrQ6t5QB1UQ CRtgB1QAqZGg64OAAOUw6ZhQBuJN3uNQAWwACX5As1owAHvQCMnbDgOQD7sACQvg6rDuDbMOAcB+ BAMwAJrN73YwAjlrRF1r4HYXgmGwHQK3A56gAZdQ0ReNqkAwDUmQCkfkZLoDJx8EXFAVZpaDQ3Um ZyyNXSsdTVOUIJ0wBcB1AlagAVZwAlCcGy//LuM8bsUzD05AzeM7rtPJA2gToyHJmtRDXqEk8mhH ngEdeiwa4AY3sAK+MHLI0k9RXroyoIX4WABWXi3Tsroxh8f9CJCxaxn2cz8TlSQ3Z+bhgObowi6j xeZ3/QiK02t5eAJ6CDGn9QOEQAUD4AQZfAT5AAYVEPgPcA/vcA9H4N4YzAzboA8EQA7Ii8HvXQkE YAfzjMGFUA46cMHsMADvUAGQUAmIj8FX0AJpYAB9SFwj0AYI8Pj16gQpUAV+MAV+cAQpEAWQj+kb EMoecMFO4OjO+8newN6VX6+XrwMb8N7esAHhwAwDQAILUA7hcPtRoAI6gKjj/cDlXgGL4Aep/6AA dWC+kB8F/vANhn77zMANCRsNapAChXAFkeAN/VAI3oAEmkLwnoObRYldYTAGvgEQYQj94ECqhgIF NcSI6RRgjYZEEMQYMLDDwJQnExTQmkjRY6cdO3oYCEOx5EeKO0qqFBPG4ksDBzpVnNnpwE2cOXUe wBgqkIAbAU78ONDhh1GkM44uRYr0qNIOSWdMpUrVR4erHaY6nZH0adWpPmaI9RHErNkkaIOkTZIE i9u3GbDIzUC37l28efH6ytDALxcNAg7B8LWFjwwLXBRzsYDYsQzIFhpLLjDEQgHMmStrxmyjgGcM oUFgAFEahAQvEkB4WSJhiRcvCGQvob2EE/9tGigKfTJihJMXTjRomEFhxjgK5I1w4ChUSI8eAABE SAHyQ+WUKSSnzPjypfqOsj5+hFGQZlB0XOQGEHjwbVGOCt8WkDMTPdyeAfpURB+kwtu2cACI4gg7 tokiOna48UYHbgAoZIB3tBmAGQCYSUEFBNAbII0fzgpCjDQaBOCKSjZgJzpyqNAijRTs28CbcpyI TgVG1GkRAD2YQWCPAwEAp44FtsEFQQXzKYe/RgQcAIkjAcDlxXJOdMIbMqA4Yh0fx6mgAgb8SEUB LSq5ohAHEdhGBztO1IMbFV4YEgAE7JAknwYLQUBGZpZUwJIa+qzhCYmm6CEMMZ7ok08Isqv/KAwI IOhhBzFqMASCgxJqqZMz+tCAA0BbsoiQjBSAgCLsSPLoFXMaJWQh7MQgJJVXSip1CkIUrWknA2za adebDIDgFQ64wCYIqKCK6immmHJKK2S1AuvZrrD6gapmo71KrLDCMmsGDx9Z69u2wm0rg3Hnsksv dO/iyxdfGvCFixVWgEEGPgxzLDHG7oVsX8suK8BffznjzDPMMCggtNAQIG011WCD7TUEVqtt4txw cIIGTn4LTjjjBEEOBSeUY8656KSjzqgDephCpJV9eGS8mIh61AA/WugRxyi4aeEIHcDQZh8WKiGz HH0eICEFHBCoAhIGWNigwgFIUGM/AFLw/4eefeqEkJHzmKESEgL2QJGAaLAKwoeaKfSiDg/UOKKf CpHwoAUKzYiEEUhYGODEKJCwMborFoDE7SsAcGIANaYm02p6vmkSzkqOQKIFGc04Qo28BwgQFwLI uDLLLbtMhRAFrBwyCvZIyLCQDapoO40MAXiBDHVEdJIcFRYggQwtEuqz0+wINfSgCWpQlKJTfMGi qx4M7UIj4ynCZgUsQgF0UJVSoYMDcwA1Z9UpXG2UFj+fkDX84QMNv3sIavXo/Y945ZWiTkax6NFp l80/WaO6Wsp/AEJLgABcllKuYhWsTGVbYvGWWbzFliC8RYLjomAS0nVBdfXlXX6pi1/4wP8HEzSA C4hRzGT2ta/GyGAIQ1ChZYaAmRUOoQQC20NmDIawgyEsYqaRTWyAY4SJ3cY2wzGDbwYBHOEQMTmF WM5ymgOd6IjAO0E4ARA6UZIwTCEMPRgUdsKQxSl0YgYQqMIRyoELCkWHGVHYwwIekIMceINMG3hH BSBRhTrUQQ0PeIAHyAG1B0goOuVgQXy0do96HGgQ/ngAGOhhhw1sowX5gAIEDhCEDiCjRYXwhhoW wYZ7wGgDSKBTdGb3yQqooUFOOAILbvQCdVQgB/c4Up4ewIYBkGkbheRHkwbBHnqwQEQbIAEqPdAi J0RCDQsoHDi0xCUvMYoKzBSQPipQj9P/IYEBDADDA/YmIH9kDXD1YAELIJGDVXiACr57ghhKJbw+ IaQLiRrUDDwRgWkkgoqnIIVGErIyWhXqFW+xjkV+cIZWcKBRT3hCdmhljlQB6gnm2MEBLgKBWfyu IwYgRA26UAP1iWF8hgij/HYlkkQE4AwhIMpU+Lc//fmvfzOd1gCpMtMDOkU8AQQLWXxQFg+lBVzi gosF5zIuDCa1ARnwhQz84osVSEACXPjLYiZjQhRaYAgm4CpXV1iZrXKVhjbEgA1Gk8OERUwCskFA bDiBnIkZgQaCECInenPEjeXmY43QAxOd+JySSREInghACA4ARkVhETuL3YFWnIGMfHiu/xK4IBPg kAAJSKiAQtuoozbooY4FtEAF5EAAhWwpSAAQ0pAOGsA9joCDqhVyFxUAGgvuAQZIUIEQPugBFbDk BDsEckvvsG0OCACOCh1hEbOtAD3kWIhJ3mgA+6jALsCwDUBKaGi8PJIeKnGP6hLgPIWIxAOYCwZv 4KgS+ahDM58pOoFowQ6Fi4I1j3AibliTDRXQBhIKxwz2NEgPsNwSG2abAyiw052Cgmel/iSRMHTg EXSQQw9+IIUIrOBLXWgnpJ4wKQ60IgId+AgXIqBQUDW0B+DDzqpqVdEdTAGihPieAZRy2IP0SSKN opT3KmpSnXSiA9M4xCECwUVp6a8DN/9Zsq6KwuRq/eBaCdxKkpXyA6ZAJctfqQq2gBpUtaSFAxF0 S1victS4JFUvHPzLB1eAAk01gIQlJOG9+tWYrnZ1hSYIqwkyQzAbfgYGMEgYBiImm9WwFTZvNUMQ UdAIGthmCb754XAa0YhPfAwFTWQOYKOTiKlIQQSJUNliv6jF8C1kISuZBBk+uY97EGAACICiIjzg Ac0CgLMV4AcBxOQEZkAxuwMYZCG/cUhip7aQW9pFDs7rAQXQgRB+OI8TFrCKLWV7S1UYEjPsQI9s f8MbFNqAPqRL3fhg97S5VDavj/SgOrLBvw6KA7a3xA92b2Mc9XBv6KJJCPnS15rsVm3/gcXroDrU Dmp11PYiqqDgdxYqngn5aKIM0ANKJSoI8RrDBCbQzh4UCgLmkIYvLpEKQEHgCcCQBgQswdAu0OIJ HyWfzCVCiIqaRFE9KMoPOtFRkHaKEIToQSgugnMg7+QRFLgBDOjQvmMtSyY36cS0cuIVZ4WFylOO CpSX3HMlK8V/OQ0PA7sVhAcONVzkMqpcsGAuNe+lL21+QQPccAgNjHAyViWhZPz+L6/GkM9b3eoM O8MZ0UjAYKNBmKHZ2sO2cuKIcTXDbYCYMbvSQK6X/hhxRNZpYefhADMAwhdmsNjFipQQKv+wRP0A BQ8wABKL0EZ130GAFECHG0zL9a5J/9AkdqTAG0fA7oMCmWzVHpu190D+shche3rU3o52oIQ5tPDb b/P3AfRYxDcqwG0ANCL72siBc51TCXNHZ7pb+oa6B3D87bqbtfGuQuEKcQRsa2P77H4BC/gNOmhK hfiar2qqAIJbNm1wuPFagHtoEFvStge4IwUjiUGRuEqZgI96gqFTOR0zB2AABgjogoS4OUvwuI8r hl6YpxBECAWoOPZhqJTrggwMBdVrFDFIheywCI7iMFcZiYqguixysqRjsiAIBCn4gVUhCpswior6 OpRxwiyzimzxMqyIihnwOq/jHy3Luil0GQ9Bu7QjKgtCqreLu3RZl6e6BD5ogAg4g/982Ts6Swy/ m0MTkAGB2QwZ+jOBCQ0bwCHRMDQQ6KHYeDwEmBiHoQ3gyDzNIyLjOI6Q+Stho4MDOAofgJTFqgiM YCg/+ZMycJtt2IC7QaUKAIMjUCQWMD8AoCNtOIIA4YZ6GId3WIT0Mj7USr5DWoATQQBr4pIF8Ibh u4dd8IAj4AMOIAMHfL/qgoQj8Ib10IHVyYJYYoNFUIenyRNXUj90a79h0yXumr8tYYEM0QNveIAK WAQ1uIdKWL7/cyZ/E0CAI8D6qoAFOJB10IEtyQFIsIMhcYIAWzjt8wAywAQ/eLk/EYNBqcDhYUFA WZXh2UQZ7JOPAqkQlMGPsoRfuSj/kFqxJzAAEvOIHwCCIHiF58nAVKAIlOOw9lmoikM6igDCkhrC m+AWIAiEM8AGg3oprNNCs5sBb+FJYuHJrTgKKBxKLVwK8cg6suCWL0yLMBQXt7MgM7wgvvALDsqA FfgAGICXOYNDxUCMObSAOvwXzhC8r9qMGrIBtCSY0CiA0wAFLziNt6SNtoKNtjLEQ6y0JOKYRiSO TYPEkuEAiyoKjFuwHVCKQiEEQzCHSVE5ZMgC6MAFO8AcBmCDd/gmzuIHOdI1FniAzPQGBtgSIxm2 6EgBffgZrXkHEigc4CJHSNiGxdEBRhiBJkgCH4CCp6kae9yHefM2p+EPJFiFRfAA/2rqm78BgPXj I/eDv9QqTcfxxgp4gNu8AgIAAwZYpvMIhzrIgfYCQPh6R4GrANVZvgQkgz+KLXHKkzqKwN7hk/KZ iC1qMIV0p0J5yE30k4z6HZXLz1oxuilQOULgqCcoyVd5hVDIn1CgFIQgBCCoohkQA1poQR57AlKw nicYiVJZlJeEyRk4ARHQgD6IgCDIH7FoFinjsrH7wi98hLGoCqHEwtG7wqKoQqJEyhVtoLNoC7RI Ag6YoLeLC2HIAGHAhiD9UTOcSqqkqgaQABwQgAx7w71LIa+kQz+zQxWqDLECK8zgsxoaNKkyGLSS qreEjdXwoddgjYmJK7uSq7xkRP9HFBnniMSKOoEv6ABWuZQOCIVVaR8YrAEqGAFO4I8WqIMqQAJv eJMB+Ab0opBBGIAFqIQASQECUAcCeAE8eT/tchJGHQet2b4bWVQkyIIA4aQqeDhS8IED0IJIOBBm qIQ6sIPYGQQSYIAjeJM9SIMyip09YIF9OLdyfIDkvNQrYFQWeDcIeU5lRK7UEtQjwNV82AVqYscA HMDvpIfbjIIBGFRKdZBxfIDT5BIyGIGha8h2okD4RIh2Qh/6rE/6TDmJaqfD5MCRpEiPwsB5DToZ 7AEgeASjCLknsISO2IF8BRX1GQlLFEIg6wQxOgErCIrqSEops0IE2smyOAGKrSL/kPSQrrgpaQE7 nEAKJtOJpKhCn0pRcFkLMYRKYQgEI0QEKZgGTwgEX8AGDDJSqhQhEdKAQ7iBFfDKvquzrxTLEqjD F2ohr7IBGNCMF+oMo1W8g2HLHFIYQoS8QjzT2sgY31hTvTyORnACv4yOPLCwL6iFGQCj9tkilUvM /DSU0mmBE6kQXBiEMYkOBLBHfliAN4mCchgALCmEdeCGQQgHFFAv8JrH6HCCbfCHOvGGOqqDN3EC XJARPdgDEmCEKqCCMhAJBagCciCTQsCFHgmHSIg9RmiBAHGSK+gRM7ADNhAn46SuRfBV1iJHuy3c Mym+Ys2B3bEZ9Dhd/rg2bVgA/+TChV3sTvlCriiwxwpAgthxgiuI20IgB394ztUpVgbAhAlAnwcb V1nBKIg0V0GZzxpgz0PRiOIBKVBpzxqsAVoYuZmj10Z5Ho/aRIsMn/yMKHNIiavACJC6FIuSCIM1 KSvkUAqQAmIpi4ydwrEo4LNYUDmthVqQgu4AgotVUWypCqm7Ol6BipjsKS88i6YUQyBV2VoQAU+g AAoIgBOmAESIWV8QhnVhqqdyF3dRDBFaAQ3IsDmLQ727Kr/jKsSAoa76DEBL2oEpGLQyNNIYREGM Daqljduwq7zKy71Mjq4FADrYgUTwBBEIgpRYiMbC09Vj1xqYBT+oglmTkZLpXP8VqAIwqC5ci4Lm ONwBqA8NyYLHldxdyIcNcILmKAd/wC5rTc8BGIQksY8XqAIGyIE+ogI+sQRMqIINuBlmGARlYoBV YAMWWNZCrhBuiITP3IdyKITDAbfXbYfOPQLWrAQ+LoRy0IGnCeRyhAItsJLSKhlm4AY7WAT+qgcE sJP3+jf56uV12MUHSAMDSWNcUAECwLYHSIFCsFZyZIAEEykdEymDlBVz2MQWbKhPcR75lcFZULmR MAfyqbjjWT0p24Ew7oEZ6ASGWghDYdcdE1+PSjn1NYT0yUGMYAgNfYQT8AQN+AAroIAvoFhi8Zaf OosqWuiKlQIHfmgHhuAp8pD/n/opkW0pmGQyaeDCsehgtFM7p8QClTVCTyhhFA4AlD7pFFaMAFiM xbDZlJaXVnADN4ABlI5DfYlSwPMqK9WzGMKMEijLQPNDx6vLQKzL2zBTSataq1XTNZ3iz3vTv+yA E6AAEbCiR1GZDgiERCAUUDGE880oLSABf1iAAfDF4SMDNZjMAmMBArADO6iDB1CHOvBFOyABD2AE f/AHHSBHNhiHKoDrNFAHfdhrFuCHCmADDyjrs16SWAW35vrWPhkBKNABWbNrEoAEejCwLXkAHaiD sx4+f4CENtaGwvYHFtCGXXg+Hdjre6i9vw7suFaHcTBsxEYwBfADEtCBXvTF/yOoAjJggNl6h9bW Ae+DplcgiSeoAwLg6+NeBEjQh8sePiRgBLbmB8v2h3FAbHqAggkQ2NVbvYl4FEbZxOJpqNELgks4 hVAYA+vxE4t0Fa3oTwiYlP/Eif78yFHw6qIwAIYygEdonnMdlU+BqFTZ35mrOEO530Wplf/dlQ39 AikIAEHQAwGwAhF44IKu2IrtDg+HaBAHcQg2aBQ9YC27saTrgGZYMi5EUZNlix0NASE1QoemgBI+ 4ZRGaRzPcR7vcZS2ApzVg0b4gAiwgpY2oRSqwygFSz67jD4jPD6Doc0omD48GIUhDdQwNNQ4xEl7 japdatuQKzPA2uHYK06T6v/o4ACqFoETmAF1pghCCAU66ITvyU/2/ZMugIJEfod76PPZew9me4Dn e6McqL1V4HP4eD7pu8dFeF042i9tK0cGeCM+fwfghOxYVgBNHAFkYAB16PM3auMtSUBH5/N7eKNV YK4KSHVmY4CAhAJd7uxBh6PaAwNVX4QEgwA/gIQHMHVBXwRWl6Xtk74ueQWR8G9J8CTmYoBY7SZQ B3af4S9FdrbqwvXoOQU6ECluJm8O7JPzjjAgCAA3WAEq+gFDoZQusDADAMkO4IBTwLKKmgmLCAVh sIKuLhWM+5Me8AH/lsgKpYhUSRSRigmBbacnmIWOmIkgBDKsOIFaMOEAgAH/AdAACghxi794jIfo gk7RsZDRpchosJOyqWigpowgGZcClB9hEUjhk/Zxl+dxK4h5I7eCCLiBQ3CDD9CAG14Bvjshni2A K72MoPWzn77Dg6lytEKALI8Y1ngYIzADNzhTzMu8MRcEMudL5cCRKv7aAxiFm1ixm9NAVcPn8I5n c8hcSID06mIDtdcGSIACRFb1SNeGRd8SMGAED6C9SM822WOats82NoAEPxhjPxkBNfj7ApPmKljr tmcubWCA2NuvXZDmjPAA6VuEKhHubKv77r5eA5gAD1D1RX98MvAAeytHP3iFg8Q4Kkj7LRH81kd8 /nJ12Nuvx4eCJ5gBRNCA/wAYA5XbKAPIZj9JiP/UinuaBpc5APGGAFpoLAAPAoCGgWk4gVFA2MZS 8RVohSRYvR3zk5QkH4jkMe+nlFDoT4lSuXCWCDjn55y4ldErvRM28h43YRPOePt/+IrvDo0/gRIH iBkCZxwoaPAgQoMdfnSYkScRnYdBknBIEmRikiSBNoroKIJCgJBWrIQsafJkAJIpR0ZoqeFlq1Yw P8jUcGaFBQsydvLUudOEiSEFZAwBGvSo0AJ7hO4p4PRpAQxSMYBAgAEBVi9ZOX06BIoTpyVLjHAy g6JRIxQ03NBo65aGGbNn9eCoW0iPHgB65UAgBEHMDgMQajwpTEjMlCliEP/7fUJYDCEtUDyA2aVt V4UKlsEwgDJCgRo2lrVpY8Cg8i7LbPhpq6DNw2QwrkmntgwJShUokGRnJs3mtgLHhJ8oqLLbsmbS namMoALlwezkpaH4YSS7NCbiHti4ZoCpihp6tDVb3sWgSpcpO15RgSS6tzbOZJy77+7HwI78OwhR oZwZ0ghdtLcKbbSp49kIoXWXXRARrBEBHVMQMoUBnRjQgyE1dFGDhk9QGJgBBxhA4QE//CBYDRBA 8IQ5BmBzRkzTdFBQByeckEcDZyTi2F8rcghBKOYIV4MCE6QoXBcTKKAhhxp28WQXTyAmxhOE4Hel AVl2csAMJ0hBgRWtfKD/QQRWUBDBIQK0EkFIFLjZUS1xwhknnXXWAtJKAYhQyxc2nnARoEEItNCM CRlaUCdyFNpBM4k4lMhEF1mUUQjYSGFpRyBZQSaZKJ000kosteTSB24c0ocAL7lxgwACjBkBTj79 JIMJMlhgFK1G6RrUUiWUMERSGDjVFAhRYeAFCFdlhRUCSxwiCCdGgCJWtCjg0MgnZhhB1ltxofDt t43UhcNdeelFyhOzENZDD4Q4RkgPKwK2QxiJuUsYIYQoMEIVHpjGAD2LMAAJCVWMoKIf/poGCRm6 /cswGZAM7Jlx/1rc2WeSebDIKgIzQIIfSzr2hI/8KvyNxwh2oYAWEZsW//DEEAQRi78Mj+AXJhLb PIEfDl+MMS1ZQjBCzgx0PHDBGTvMsAI9BBaYGAoU3VkXYghIhsL/knEwBDkLTIYfhPzgiw2IkPJX GE8bkOGGHHqY5RTCzQKBASa+UoOSCujdhTlycOAAJaGIkUooM/hggEadpNuXjzUQsh+SCkR5L5F6 F9lkkpa/LaEY+Dkdhhg9hNjlR5segkMfh2iwqQCH3MBmmwG4ScFHtO9pZ50gReBGH62I8EWffwL6 iOEd+NDBlocemmgedDTzQzMdjOKDRI9ESqmllnryUQAarHHImp6aNJIVZY56vpi8u/7BDX30gZcb Y2oQq660FnBrUBYUtf8rsEP4aoKvniIspRirACBAFrMQoBWsLMENRvDCEqZFLbjQgCxiGYsR2hIX uYBLXOTCi14AIIfCFEZFwiFEGBwDmBFNyTGW08IIeJYbKDQMCjAcgSUO8wQ/zPCGPISCDT8zghGE jEg/hAImtMBDGC5pAkTERA2p0wsWCecJK9NCFbBIQyBSx3J6I2JuGpZEBXQiCXIgYsggoJguoFEB E9LXEv0gxyzGEF4jesITa2gwwhAJjX6YQOdEJ7owEKILcvyMlaYAAUNigotaUIA5EsMzLTwSAj0I QyjkEAqSiSFtVyJEk9ymHgMIyUnDeYIlOLQyLxZpAlB6Ei1oUYNQbBL/Sk7aUCpTqaG9kUw4XnSb j/Q2gbcZYEIH6EQYepCYLP3gBLVISQQ+8IlCFKIPEfBECIQxjZSUBCSze9NHcBcnKQDvTB/4gBX2 RE7hXeR4x1uI8uKZKDpIIw/NsGciHkKHRFjPIlhIAhYqJYXtfWR3blidm2QnvvKdr6E1gQEMVgCD 9ukFB/GTSQTOgD+g0MpWQCkAsHYVFGD56lcp2ENTnpLSqdggWQlklhcGoRUv0JSmYoEgtZbAiQp2 i4ONcIJdQKiXROygE6egAx06kAoSGmJkfxED44gDBSrUoQpkiEYq9jVEvTWpShIizhA3RMV9Oc4A rzArZFz4mSXhTZfD/3kFHreayiqNbARTpYJVbzjEGLqSqyTT6hAJA4FhDKNKotuB6LCUJdGl1Rz3 moAuJ5SfYpIwb2ocDIcOwy6ncTZLBkjmK9jlWWW6SwGWoMVfLjRapxU1hT9CTNqOCbohpWgKndhB Kfc2gbw5iZW+tdxuhbnKvEnOck/y4itXydVZ9HKV+EoMyeCWmCmkbRQn4J4VzhDNMXniEaPYwQy+ gKduyg6c4ozTCXwAhDt5IhDA41OgguADHzDkB/GUpxwQ0gFpIDUR0oDU9QDKASwIIwRfql1JNpLQ 8ZaEfA11Saca0AAucCECNziEGy5akzNw4Se42t/+RApSkqbAVygloP9S9iAsqRjwKsp66bKyAkGc 6hQsGeypt34aVHMBQAo22iYFPEHUH+wgrVWCzBtroIU6kAMB5dCBFswRShIyqUorGpJjw4AiD022 XnHjIwmprEoIdMAAXVVXlZo6tCpsAAF7qAMV2qbKXYqMSngzLeZSlCUQqc1CiEWsaglJ5Sp5shOJ SEIIglDMTqLoMcnUsmcjLelIA/pClQ4RfooqosA05o3qKQgpBavCEHViCnc2rRikDKXfGneVbXvS LpVEXFbTukhQIq4ra2CIJKXoL9NN2w+CkNCQZIqbgfBBeBncJo+IE3h9esQPDDeDIATiTewsHn3v e99EIUoOeZDGQpr/14yIQGpSGUmCMCwFJpL4IgSByEAGAiE7Tyg7JOY730teYgUJS5Qmq4uABsQk k5xsVKQGB6D/fuUr/5244So21lSsAmMF1lSBS6hpTo2g07fAZYPh2nEIQwAEEeRJCo9oyA8SA88d HACxkTlCFAAQBX9IYhhRKkwojVSYJw3atgcQkodK9NmvMheVpwxlF1JBXxVdORQ9cGxhlnwFABTi CHvUEC1g3SQdFoYWOH8ufg6Q2IJo2c+LTdtsu6qeHUzhBwG4wQ0o0IFkBmYwTzAEYlT72T0vVu+I veSWLN1yLKXtaU4bkYT6MqEKiYgQjoUMiY5paluKzl3H9e0TBEeI/06EIkm7fVLeZC055da69MZN kSU21JdLQjV0BkhECOgNpy/Uwgqts4KjPKGSblLgvD4GQhBsNIO6GSAUvihVOuVruPoWStsGkUMn EiV96EP/eXkoQkScF5EiJOIUh8bICQhMAQ08qwCnOMUlKHGJaYhgGp6YhrJJwlCXwOCcMGiABSRw iEZ8oEzazbdGeRhHHZyulAAAlZjClQBKNQUDDgsCQNzELUtNgUWNhUVYkMW2uEVchIO3OIEHlUsI JcGXmIQIDN+WOI0PyNd8/YCFaIEd9AMA9IM/TBUMZYKYKUk0NAdzSE4J8cIklIGSlAEvDOEkNMbK jIAPiYwVjcAkzP/XhQBhKJwAEDiDVvlBHQwC1R0BbqyVDm6VlMSNcrUNyZTBJExChXyWM8CD3mSC M6zQh6RdDdCCJZRBGejNJGCBBNzANHQCIUwCPJQBhyhANExC2kyBM2SC3pSBM6RNYhmAGEyC5cAD L+yAfQVGMsFDLBSJM7BLfoDOXxxGaslWYkDaQZSaFeGSJaXQrAFXHgSCoATCCVROrQXib3WBJRBH kXjRKgpTX6RaYXRSYCRGD0BGtD0C7blJnFCAmASCQOieSdiOnfiYjQQKEBxAvkBAKmQA+1DACZwc Q5QiflhI8hhKolAf9U3fPOVBHjBK9qkjRHRfuWFBBiSBCERAq1j/wB3wQBHcwSW0FyK8X/t5SkPB BIdxwRm4Qaq4xKjgRK7MigACRYgZRUkt3B4o4IkNS1Q8nItF4EuNhQMZgQNdEAbemAZtEDucBcjp hQiCRKZQQBDoRw90gjECn3x1QAf4wQvKnA6swj2wACQgwx+tyL5gTRVUlRowQhVAlmQgA1MyJRk8 5dYQgiW0zHzUAVEGSBdQpRbkQs94gBpkwg+MACNQFSNAwRVmocCoAQ15QFEigVoejBgoGRmQADJQ wTBBgB+QATJsTZYkDDIsGSMwghYARhigHWYRR8uwZR1AASOkAQdwgAEoABTsZRXkpQdQQS70gF2R wZLR0M0sVixQ/4EaUFUdMAIyQEASIFMPlIEWjOViCmYswI0YGILjQR7LIdMoshw8SZ4VSQ6+QIAl 7KLk0EEAiJwIAAEuzqIsshLfxOXlSc5grJowIcYUxIsanWEYdEKZoRB4XRex2UggJIHhBMEXPKM4 TWN8yZc12h3iwOIMNJ/ZBcaWaJryyIF9ycE5nuM9qSM99edD/Kf3ed+5hQAirMA0UMId3MH5ERi8 CYMvCIMncME2jc/8cUoEUBgXrMBNlA9GXeiscMGtdNSHRSRE/soQVCRFOoWwpEBGrphUSBxHNosR CIAg0IAgaJxYjCSOyQVQfRCPNcMOINUMPEJGdMAl1csBOJOzAf/BI/gATsJgFFRBPahACmyDCqQB MkTDE1ABGdhBmw0CAqTAC6TBfNiBN6gAmqYpmnpDFUSDHyBBC+wBVnADOWQBCdiQmarAAKTBEbzA BugAJlCBl2JFOewpFlbdKlQAPRBAG2wDAoApOUTCVLHMApzpAGxNDfhBpaqANxDAEB1BJcgpAnBD JdSBFkBAvdDLvXQBJqRBJZTDo3LDBgwAFUjCJFDBAHCqVQ7ANhwBJdlBJXADAqwDqabBqRpAXh6B o4JpsY5AL/SAH2BCJGwAN3BDClRCJCSRGITCiuQLbD0N6JDItBGE5NEZvjyBkbBaKnAAHUybD0CA 6dHZb61I5uz/zdwYXeVESd5hyHXSC4VYSA9wgLvRW0twI/EcQBCEwAk4IzKOk5+wU6AQD32xC2ZB wA7MyG0x3pU8zTEx3qHkZ6I0wx1MX0Qoyrht3zsq6PnBo0VwwCkUQRPwAD86QBLAWwZcArwhQgNk wIRxAYWOCpmswApwgYQZpAawj0zAwE3UikPmSq2EFP/8CkgpXAMKi1BggEZSxYvGqE59ZAVRC1iA xY5+S4+CoF7EwN2piGP5BQSo2QHQHp1IgY89KdWlAAKEUCFwA5wlyABMXQjpBQJYXSTgAtVRUyEw AzMUwsyRwRGkQCP8LQCEQyU0zBHYQyGkQAvcrRP4AyMMwDr8/20UpAA7ZCGB1EM5hAPk9sMG5EYV HMHnIoAO+METuODnXoE/IEMk3O3f5q2vOkOWzNYEuCA38JheREEltCkZcIPMeUMlsEMhsOkRcEMh QC43+GoZQEHfQq4eVK8WTAImZAENQO4VtAAUREPcVMlhUBe4dhKXAMoMWIgYWIJx0VUqkZ7lOM5h VMhyspq8stIt8qD8+mbmXJ7jfEjcWKx0LcYUnALAmY+p3IAGBAAQzIAyjkrv0UmfXITEzpe0DQRB JNNgqAhgIIrHxmfHyicJP40cjAHI5qc9QU+4Xd87noLLXoT3PSYHXN8+3oEDbMGA2Sy87WwQT9iE igSHloobwP9AhsKAqXTFDYjJDYBCAezKToCYDIBUAZaU/5yoAhLQAGmksbhUjFrcBYUF2Ibt2KJA 2QoVADhCKK0ekVHJE+wA3N6JFeCBFNTAEcAgAOAALgjr9AIAORAAFCzA1BXCHqjAC/gtApDAAiBA FERyFDBDCDlBPtwDOegFLnBqOTgBADCD1R0B4UayJvsDCeguLpBDJQxCIFddDpDAHuhFOGyAN3Sy XqjAnR4BOADAOuiDJDjREUxdFOgAJGTy5arAKgMuAfiBeoCOIYBGO+jFFVRCLVOyEwxAv+juFVBy FAxAHaQA4CIzAkzvHlQBJtjB3TJDCiAzFgLAHsxgJEydGZD/gwrYMju0ASaUwYowHTBOFjOlYBAA H/KYmnAdCcnYL1cBE7zGa3KyUpXUgDlwQCjsTRzeGlctnikawARTGh1wwRO7BO9cSytIwQxMw6pE cC08LE3Ol/HYZH0dQEPMyIUURmKN40Hw3Zbcltp4zp9lCfSRAgujY/XtF6OIWz55Hx0EAQdghAMM GBBYRIL+zQ8DMVVngC/wLIU1mAZc2CF8ABfYHrmgzg2wjwCswQfISq1YABbbyohJpBYvRYkVgA2s 2LAIi4ptLYxyJI3l1FhEC0l2nLeocVD9rRu7DQo1ExA44hQcABDQnghsCpvEwB4DgB5sgD88gA6A MwC4gz9A/4I34ILxEgADeMAAxJwT6AMD6IAO6AML+MMG4ADVVYIHJC8zXMECSEw+aPYAqIEdEG7k vsAAHIEaDMD0XkEdeIA6EIDuFoIdqEMWULIZRAIjQAILDMDo4kId8PYur8M4dEbrTl0/6EA9gDcB QAJb7oET4MIRMIIfpAJ0SUYKMMMgIIHE6IDyPq8asIDuAsAgqMARwOnokoMODAwkVMInD0DnggMu tAAJjLYuy5w+gMEGxDYBeIA+eEM4OEEKIJHIeGuhGcSQXkTwPIKZGQmHGIIJLVIt3ppw+tZz+u9g hEISkIJfzSbJVE4NhI6WxY0BCIp9wfQjnEBK4AEetARJaP9oAJxAMyECIgQCEABfBwsE8yWETb5T BxRGiByKlvAdiFjIpO0AUJNCJ4h5M5SjmeMno9QTHRSB93Hf9VGCUjd1RdRsECQoztZsVee5L/jC hBFxhmrXCkzYdsGAmNBEK0BwrPiEBaxAUag1sEyxUQhFUnBxAUjAABGQit11smxkjGIc2NbYXwN2 uKwxYXcVvPjAFyR23aB6MpqPBtzB4AIAO9QDZnzDEaAuM1w2CSCBVarDPlQ36p72ImACEpBADhgy 1f3pb/B6GpDAAzyAGsQyAAyAOiyAbw/AOEACJNzDNsS2GizCLuzDAHgyc+eD8urBC5DBInCHGijv NavBAuz/8hWwQAWMdrzHoHhPHTOoABKwgDogQRogwXRDgRtRyQiQAa9n9wO88t0+7zu8g+5yAgHs Az2wgGZ7gwc8wD7swxF48jbkAxnUQR2QwCLswzuIMoRrw4QDQOAywgOQgB0cQRr4JBUER21Wp8dO 20V4CXr9gGE41g/4wA44BkLzIAnRgumZnpKg1izsDWrF4WDYmiUpRrd6FpcQTzEGOb092yMAweH4 wAnEXhIw349rG0PsALIRxhlGn2fx2Wex3J4dHk8fnhz4dN2bo1BLQz2pI5uvefc9xFHhMAdQQhIg KD8CsTzmeVVfNZ9bwIYSLYUN7QoA3E0I7VAQHP7kSkhB/y1E+s+IPfqwNGDWWsWL6TXGhYUXUCAG lqRZyMUneBDxtnEoEUKSfsEM9IDxkCftdU8EtIIRKMIAjLIOZMY32IFp+0MFLEJym2mwxhwAnPYu eEB518PnFkIlDL9r0MM91EEWqECTUTIAHME7WPsnE0BmsAEjKC872MEDtAYbIMEhx0EV6PsRgHtm 0IM3UJMKQMK9A8QVFhXYMFgADkA/HZBSAACA4wq3DVmQMGBTsIqlJ09q+IGSb0EWFRsQFAJQyNuD dwgcbhi4iwRLAAjaqbC5x+Q6fYvUEbDjTUWKfg6j6KswgB1RbuVa2CGxSBsYD1S6iCEEQcwUAwZ2 HOgQBP/sl1pjv/yAAEHrjkcnzNboogBuXAXmfnxN8qOGXL17+Sro8lbvhAkKBA+e8MTADwNiutQg JAaygQ4ddkDe0cEHEAowPpzhEsjHj0Aabtywkohr6tQ7Vrfe0SPMjwMbw2zdcfvHbQOddtRmfZv1 bgM9enQCNuY4qU6kWMvpNKaTcznS5fzIUyTPqSJ0TnE/lehUkCRJxDvgcOrOnUsZkpxyYN4BFgfr M9S3fz8DFwmHBLmx4YsLGCRYoj8YVuACQRNMkIELC2RQ8EEFTRiigAIkLKEEEzCcsIQh9vgQxAL2 wKAADEbEAAEUEViRxRYR8IITGtwwggYjlrhxCSM4oZH/BhrMQAFIFBpxohEcCtHDoSQdqYHJGp7Y IQggfuhhhg4k00yDD244hIYWjsAFgCh0qKCCb46IAgAn/KnAgwG4wYUZk0xK06hdcqiHGwD0IGdN MsGop51BnGAGySSPeGcBMJ0wqoJdoGApnDRWIZONKq44KY46LmXGDnrILNMbZgBw6SAABCLTIISK qmCBkpIEgB0EvNFhF208GMHJLqBYYIMrBi30JG/eWSnYewiqYhCHmHGC2UFNAkcfdY7gJgpmRC10 VQ8qETVJJwbZYIF9KmCgCgUgewIr23aYAawTxKKAAinMIiQxIAIJJJGz8grMACA0s+IECPoaWK8a xIBA/7C4/nrCEsLi+mEFGBDpQIwnCNHKNq8Um+GEEwKh4ANBBLjhjCDoOKMPN1YQRrHedPtNN9vC AG4KQlizuBPZZvD3EdkOeG1m27aCLbja5DDg6DG2ki66pu9oZrropJGGjuvySITq78zDAhEssBgv iSbu+PoUSi65RD4szuZj7bYvYTsDX1bYrxFQEPzgkD4+cUMDDc5YwUEGGxxiCBkipBAGQYywUMMN CSe8hD0KSKEAGyQfscQTU3SR8xdpQEEAGW1cgpMcd+zRx0Y+AbKRIY0E1qElmZwFgtp88OGAAzqZ OYgzPvhAAAE+4OHLMMcs0w401QRjADRN3cCbSC5dtP9REspxCIEq2CBTGzL2cMiJFLw5ohyTDk2U Tu7JYIkdSclcBIlLC4kjfgA49VSbB/bx5shKWCj1VBVQR6lW9QACDCAFUZhTmrKgjnFRpQZaqML1 0iS+SKSgECgZFktQYixtECBZANiDN0hYQm8MgAVHQAgAvhU9lqxKG+OwwwsGwS3skaAC9FDDCM71 BDHMrBOd8EGUxFILCgRACjOAQCgwI4IIWCEJYQjDE/bShQ584QsBiIAUqEgwL0JgB1NgEmBqgBWG uaUxJ/tAAE6gxFD4rBMHCEIITmCvsYhABBRAxDQCQIHQBOAM0wjCKFQDHNeoi2ZPmAIEenGKAITA B9j/OAMbZ+CVRLTsMorZylaCtkk5KI0USKMOdZo2HWnMYAZ04AAdEqFKbCTBAUkIxBlg0AAsTOMM fLjDKebQBA68Jz7zyQDb3uY2uMWNC76DAYI00AoYwCACEdBANM9ggzNEAHAW0GaEbCCBkPlHQo2r EOE+JKICwMBEmcPAOlOkos6xyAuC+MQh6Dk6TtyTRz5CAQ6G1LrWGelVsWuSxbTigzb+bGYh6FuW bqABYBxhKGIi0z7OlCZ/QIKDlSAAC+6BrDSNowIkeIFJ9oCESZGJHgNwAgsXMI53qEMF5kOUouqU AwZcjxkDeEAFcgCJihbCDmrgYAMrIJV7bMB+A7gH/wAHUoFVJC8hOvAAFKBABh34YwEDkAkCjAIJ P0AgFmSoKALqkY93sKAdehIWsTpIJhbkCQCRYMGw3qEGHYyDBfnAqTc2eg8y5ElMDyABGapABhLU 4wjkkNMR9vEAMpirZo9Jyw+GeAIpjOWIInjEK37gLgrcIAJJuI05AKOwK1IgAq2ggDm8qLC/6OUJ oYCAJf6ysHNBgCM1sEQqOJCEE4ggCBCYQSCk1AEgeAIfT4wABWqBxS90zLI+6JeUftCJTVrXNTH7 TQ/CeBUnYUEDIjjBCg4RAfH6IAQ24EIl67IV9NKBENz9wdF2cLRXkAIY+CWFckh5gDzcgQ6BwII0 iv/AAfFgYW5ckCUFNHAIGHjCCjewwB140ARKwDJt8yHmMe9TzAw0oAErWIEvLPDEAFjBCtGU5g3c 4AYBSCCbEbPQCj4gARvYYAgK6hDhxumhchYABOksZ5Db+c4WeeEQ/BQEDUpHunvGqEc/woEe+PmJ Ik0ZdgCQHZPQtQMfzOAHM+gBBDoB4SM206EQNR6qKqomKCiKAGDgaRZWuigdlMAhgyAAJN7xAP3d oxImqYQHGqUDuJ6PphXQxiIgoQLs+YMNi9ABBYHKAqSyEAn0WIQa7HCpKCAhBwSswwO+4YFL98Mf RxgELjYAUja8YwCiEtMqHkuICTCCfyiBBJn8sY7/YG2wWBOtREuaStFKqGABSGDJFfwhZzBUVCFq IEcUEFAHeuxiFf6Qn04Z4AeDTUErYcjKDigLhCIeMQCaNYAPviACK7ghtLkhrV4s0QkpWCFvMJDD wAYTlzHCFrdkdBJWDIFbJimgBgYIwseC8IQQ4OEEHQjEiW+whlYs94gUyOMRYTCNDuxsPI8IzshX o5s4ckU3U+DIEzqRhET4YBor6xgQRDBNIBxgaGFA7wzEQG7jVAfnr4gBMIhOdKZN5weJuAMHPIGF O0ijE3ngQAYiYBpP1GIa07DBCgSMCAfcoQkWvkQwM2xM+mRg7HwIMYK40ADOTBPuH+gbiw+xhht8 /wAGFoDBDWBgAgv07QwFwBCGHjdOwXuoQiS6HInYiSJ3vnMJjdCDHvbW5NLpiEdSpnIj+nDlyQd0 y0yyme66onKFSwEI98bHGWKgZonytM3+IACYCjEAfeigeGEiwDaSdIUN/P73laiDCkSFACSoowrk wIFDBjDT9O2CAVBQcyG2kQYkbMshQF0E+mZiBySo2iF7GAgBtjqAAZSgEQ5RSD0QwowX1KEKC4Cr Syrg1bcgI1QirII6yEAOJKFEJTjIG4yF0TotTYQPCbwBTXBhAaqAJZzgCMbBAxbA18JEH1bh0gZh AKrggFbqfhiAChTgYi4jjKaA3DLjXQJABWvhEf8MgGO+gAKsgAKAYAYMoIvkogY64QQoABQEYAVI wWH2wjDg4uAKBo38YqAIYSMMrjF2wN0iIAQgIAgoIAhOgDQCQAPcAA9E4N5ASwSw0A364AOSYAak YJqsgAs4QLtK7jdS4+QqZuA2wmZeI2c64BGSgAMqKTFETgyGI748aWlCIZSmo+iiZjrkQBqAYWqo 5gQ44GqSAAsyIBAa8RSk7jyejgcqbA7m4D1+qeyKycPG7hIaQAK8yQ08wwJuQA8awQ0+AB9a4RM+ QJo0IHiARwBsAAZaAcdswA0aSvAyZEJyrMd4THIqRHIYr0Qaz8hWZAlQgMpQQHFu5PJOR58675// /unzXiX0Bg7cIMC7DGEKfmAUaA4PAqD1Iup4GKCimMEf3qEhACAcVgQXcAFJ2KFVAupVOKV49CAi riAcUMAhWuB/lKdOQLAKLq0QcMFXwuH/jmAV3sEbwsEhFNJ5zMAO5OwBXqBbiMQZjYcFAs1+KJIo 7CAHcggK/IIKDLAQBoEbBsEMkmJU5komBrD+yIAMVCApcEAhRYUZVIAFHuDSqA0BwAEXTIIdCIAN FuBSwmRFkkIPuGFNdIgq+hB3HsMADmBn2k0FVdATgkAyhshfgCBKfuAJuqDf4sIcxuAHToEDOiAv SksvGoMI9wUH6fIvBq5i0IUjLAECOCAAWkEA/zwBAn7gCyCsFVYgBDwhAL7AX1CLAmAwC/WgFXxL BOSumbDB5H4GZtqQNXhjCuAQXVLBYn4ACzjAuqqkZnpgN2bAB1iDAzjAACSLK6SIFFJBK5YjFWJD DpTjDuSAB4ChExyADyghD4CAPPIgD6KDA0LgFE7hEhCBA4qAwOYA7IqAEi7MATJAbUCRw9CObSyg FwFTAwBHFVPGbyKAbwJgBXxHA2wAFA7h7iLAAoZAAuaJ73JMQQjHBCqE8ECkGI3RnNbp8YzMC4zA DJjsnqTRyVBHEFDgEILEn7AM9JokCXFrI5ZQDHqA3bjQHI5gHQpBJ8jEp9aBGXBhTerAVewHXP9w oh9aYB2aBUYHJQqsTwWcx1TaoAWugBnIgQQosBDAAaR2ARJGwA8IoB1WKvzaoCSiwA4m5R6OAAHS D3y4IRIYgHsOUoESUgUG4END9COdYIEKAQGOwFgU7VaoCApaACYBwAyyoAXAwQm4gQTegRsKIQqa b1yoCgoGAEyyzwy8gQwWoVJwIvtSYAHK507fgaJ09FXYgRwyTdGiTwS97AAKLkOhRCu3MgCAYAeE yAdCgSoZkxCKEC4WxhKY5Cz5ojEAYwLgslThsjH40uDcIi8gIAQiQO6SgBamQDMCQBiqhDV1Bggs yxPgRZoQ4RGwSBiwIQTIkCt0R2g40w1xTuX/GuMHbm4KL66OKCAEfmYPwcwHPKEVNECQgIYOfAER pMQA9mu/6CAEEIEPOADqinMaWuEGVmCVfEs72HIarOBeSOMMECEIEKEB5iALeIAT5QOWhGnD1sPD PgxwROwMPGMFRqZvYGBiAUcGLKAAsokzPmAFHoQXQUcC8JPwSqDHOoRyLkdEWFZAl/HIcERBSwfK aEAQ+OMff+SfJFQbKdRJLkY1rUIyKINKzO0LZmAESMAfdOAbUIUR/AFqxYUecI+EkCAfGOCq/OH2 oJZru9Yf1MAms8obnMIDnnZpVSJrm1YbGMEcfEALdGABSOgISMADuFYdtIFMHkAH6mAATqgO/wjA A7YHpVjAJ5ziHup2aZu2AligCuygb8fWH0qSe7yKI/ygcfv2CMjAA5T2bMEga1mAH0xyBLSADOrh cY+AANQAEhgADMBAH47ghJDAA7AWascBI/3hJ+SWAEhAcrWBXBDDK3Ygt9ClE4Y1j04sAIJALR6h E9yCEIwLCHqAI0pr4AihugRmYA6uCzSii16risaoMBJmMGrgFTjglcwhB4f15talSriCY37LCroS LFhjBjoBNqaAF7oid6wrjnIHWmGmf1VuAmogEW7OBwIBEchjByMuN4IA9eBXA2CAjTpADnYgCVLL CgIgEJJAlYRhBaygb7BhvgJsM6YpXqRABP+wgQ7oIAkQgQIaQBhijgsSGBF8oZeKYA7oYzvR7mxC 8WyGCW3iZgtITAZCTMTQ7G+4YGMRRJu06cZyTAZgABRw7EIGz0N8TERSgGVPhPEcD2ZXBEZolnSc rGZv1gzOWGc9L8u2kaC4qwem4ACGiDJ+IAjEAgg6YAQYYRF2QUQlQRL0GG/z9h7uYXsWYac+BZET uageAAzo4R3u4doWgQFygI/JJAceIAfwVhugoAk8oQMkwQMG2c8mGZF3YdMm+ZHvQZI9hXsWwQMg IQdOqpITeRccWZSv7VPAgARGYCMiSA0GuSQlWXIb5ZIpuVEWAQq6AAIwARLUQZRzYBHoAQz/KvkB 7uEd5GwRFuGkyMROqpkFWAASsllwtQESJiBKOuBnzsIAZAsCdsMH7m252OKOIYBJxAAzOkDlSLVV y2g3sFcuvFcwGsOHsLcIa4sImRAwDDrh1sIH0EUY4reOUOkEPAERAiEEigiPTiAEgiAMpqADfgCk Qfqj/ZekS5qkrQs0MeM2RmEUiMO4quQAwuzLhigEQoADpEsQyc18tYi4oiQQUAw682C+5OARQ8Ci oQsPWTgJmpUOiuBrxgPtwG4OTsFrIhE/rro+3gbEQEztuIAP+EDEbKBvoskKaAkGxtMCJJY0+m4/ YcAGGEfHCK/wWvY/T6REVoSdvjiMx3iM/zEvyoAEjYVEjQMqBijUYrwxDHAusSdDMQizufylAxTA A9JBREcgFbTAA+SMIAT1U7RBcBUZtDu7sz07kE15dbenexThDKTAHDCBlT17eypZSP2ACgKXewI5 UqFgBDBBsz9llhWNDXBb0XybXESQK6agChggkGF7uRkAEl77d8PAEqCgt7WhuckAEmaZuT/FlS2C UlqXj00ZCk7hiYJgiEKBDgIAEWzQEGzm3jRABtsoFNDFYHxA5Gb1VQljn10VCRUGAswBXd6iMfJi As6iLLdXCdGFntHlKiaAFoCgFiKOEELhL9PtvDyBNMwLi4zoifDAE3YjEDyhY9Tz5kzaxP9zhzU+ kyOe93b8pQav0l+gKzeCyA5xZweuYgrCQJ3xEFQXIxSWUxogwBGAwTeBATPsmzwe4RHmyBOmgaKB 4Dyw4F4yQBiw4BQqjAMoIYexGqt9IT+eScQw1hcawHe0BB/KOsVuAHQ646yz5BA+IMf0LoLz83H2 swAo5M7/U/EEVBlBAARg1guWINBxZBoz70fQ2AyI5HWyjBQu1GIgYwp0EAjWrY6kawaKaFgjWw0m RUhxpbYnxXc199p2gdR3IbhrhdStu1a0AdWjggHolg1IXdGi2bpXARIgYRWiAgq2AIkOQAE2Hbcj jR60gda6gLXUYJobhY/BIPpGAAJGYHb/NTvSviHVo48MdqrUrXvRdHsCbMYApmACqgASppmPhZ3V V4EBWJcgIKEKFEkMRkANGCDXZd13oaAGoB0MVL2oaF1ItYCZYx2R88cD/AAYuMCP6phdIiAAfoAQ XmFnuhA+/cgGN6J4g6ADSMt75bK1DiMU0JcWaMEsiXAWCPy26FkJy+hgCOFiGEMKO6ZndsATFN4K 1kgKtGi5ROAL1iIGZdATOiERTNiJNCAJPnqkT9x/rUTFa6AHhrVjGHMGHoHmyIJT9ffjvoxahYOJ HqEDcuYHpGEMjCsPQoHAkFMaEmE8gmCVvoMObokC8MAKEEEYlhpeQnwaOCDsOEARtuDs/7g8bgAE QD7g4hjKAnzhDPrm4gDnmj4gPDXgPVvRDWBABirnmWwgP+/c8i8fz5Mx8VAkGVfEz0HAC7ygc0I/ 9GWWZmmERs4YsFX/dfARAOTAKgihvbHCy4qVY47oLjZU4yI8FEYACmYXCg5DAapgdiEBCtB0ddMd Ehgh+Z073Z//+SGBBKqAtpsfEsigqjyADPxgBKoACgiACfiAuZTX92fXuQlLT0eAsn7A961/+xFO CXfb/I3/96XfD56AFpgZ+tOdDABixJNUPxJ1+tFJQRUPDBhAIlMFCsOHEh1CGSGmRw8DjkZAgdTQ oRZCQDiMIAPSIQkoKBmQUTACE6RF9P8egHmw6KEWBTFCpQp1cEYIT0CChKBgJYCGPjhuWPEkjAOH DNMCEA0zYUIXBVxrKNDaZQJXrlmzPukUKIgBCBDKiFVgqYbXCRkJiZkCgdCTGnnzPoEghu+PEwGs TPsBBGmrQxpEiAjh49GJEz5mSBZB4cujaQI+WHkcIsijGT46dPhxOjXq1ZUNiPnbiUKEzJ48TbNi ZfaJRx12nN5hYEZR4D5CBAoE5NGjICe+ADme/BEQRNOQN6OTJNAJOnlOJcrDAYsIpRoirAgQgILS M1hO3eFwCRu2DPTr26ffIH8DLhZWRPjgRh8ScHFGeWeswAUXha1QgA0waOBGI4fc0Ir/DTJIcMMH MNhggglDDOHhEAUUIOKIJmJQwB4FoIhBixgg4AUIIIDiBicI3IgjjF54sUSPPXKyBCec0GCEEYd8 0kgjKDjhBA446KEHAFJOCYAcYuQlhhh27eCDFCEM5hgQHTwiBVLpSRHEJZR04ccIhPwQihiT+FFF Lick8oQfmEABhRYjUKFFFVrQiUmgfQJaxQgjwBRRn34o0MUTZRTBhxJbbKEIHzZo8NkJP7Q1gh2R FLEFJXNscYkUznUwhQJ0anFWJ6/YZQAdP5QxQptPiFFGLLkYAhgtE4zQaKEKPEHHNCvAcN4KeUxA 6AipnEJKNH60GdaiqdBBXQhAhJAB/w9UQFGoH12EcoInY2jBJxRV+EFFFYL6ySgUJJBxLxlUtDlW WTWkMsMXtWBWmBUwfPABHhTI9oEAhwggQARShKFADbN0gXENXdTwl8ZbdZFKd94FogGzCTbgwCmd hALBVhNMsYNdV+K1K156zQLBXlMEcRsXzcwgghV4WEHBbjvAPEMQQXTQyQxSEH1CBH0IMlsQB3Rg 2Qxab11aZVp3vXQYgCWyVCtWIHxDHwJoEEAIofkgpg9YTCPFDD3MQAE+EeAWADaeFO0DYdNgU7AG +FCAxQ8zeBJAAyd8C0S6SGmwRh+HuHEIhjgY4UsRioSHiC/3jZ6BL/o1kAEX/30CwP8NK2jQSgQJ zs6FDLavcMbBrbTygQVDYPiBDSB66CGJI5Zo4oopjtiiBF5wgguRgnzSR41BguLFjTv6+COQRghJ Aw2HNPKklFDiUEghVE5JiiEcE5IzbLyZE8QXpSX9xXgUiFCLFBGcQQcI0GIHQPgaBCawA+cYwBxi WRRXwgKprnDFEhOwxFi4oqhF9eIJhOCSFDSgoTOkRwMCMJsItHaCQDTAAmf4X+4iIALnBMEHdNjB K06BCBF4KgwG6JInQjADOtCBNOmCTAfgNhlSZCUUdOjEDoJAnhVQwBNB2MFrINCBEJzBEzPoDR2E MY0wKuUQh5DYwPIAk4rVQCsQiAH/LTKoqLik0YEwUdS+FHXBPCoAAkD4wmSA4AMankIqwiGMBJYg Af9ILAx7iUtcZvEESMZPYzU4QJnwIAI8HAIAeuiDJ92gm1CIZQKECANf2PKDKfwlZ3qRy18I8SYg 0GEMQHCMH0+ANR8g5ABbS9rTAsAziLENl1f7Wi+9pkuvLccHriEEBzRwgwhASAMkjGYAHLMbQEph dyL4wQ6etgKhUQ6UFLAa3iJwgzV8oDAtDMBpPNGKG0wDCJ44wVFyQ8JDIMwNoFgMKDo3h6mgjnSi K10GTle6131gDYeAgQVgZx7aWUAG/bEAC1tIzTOICAYkIl6HRFQ8EdkgeS0yEQJA/3EDJEVpSnq4 nAAEIYglZI9H3AsSkIZkhPChIElOQh8OyIc+KK0UAM0QgwFCEYZXjKETB+mAa3gZyCAAIXJSaI4f GZcERobiND/41BN6UJkeiMEQjQSLXOJyVko+YS9yaWtbIwVW/znMKSKIgD6tIIXTfAEPQ4uAX3Oj G6VNNV0FCkAtZrCDgNXCW0VRWsAe84XICmyKdDAHPYFwgB0kIgkckEYnTnOAHkwhDD/wAQfykNgO nIACgfCECAKxAhtYABuVcWqWXPOEC76lK395wm7zSEc9XnAKJ6gFZQ5ggB5AwK1gBUIRpAGMUAQC r8AJjFgwht3sdgECBugEduiZu/8NbWgF0/DEF3bwli4ISy4QmIEB9rKx5bbVLk8Izkb+qLUfGKAD fgQOcHh5gqC5E4q4WVggkBlI0pAmCL005gwOoEo6LEwKtXmceohmvx/0YEwnSApmn5gE1PAMYfPs ImKmgTAucMAHp8BCEqRxgBPgznHbOUUIquJXq0xjYRQYWnuKgAXS1Qd1+Snd6V4Hwg9owKIwiN0Z akdRitogAgWgaH+WxVELdPRDHfpoCYrXIBOpCAMqKgAIAOQGQaBgzSj4xCFoQCMh9UhHNQ1SkHKq 0yTBdM1JAmpQV+qtMLa2MAFQVRB+cAAfSNY5kW1saU7Tg7UmdwqvmUUHxcpWjVH/MGMbc6tcNtZp T7f1CTtY7cHYhhlOSQGzd5OCYxyjHr9SUbVfKBPsOCUC3qxWCrzxgdIe4esT/JqriTg0BDpx6DBo KWcTqAGwspSzLBkCkncJxQIhgBdzOGKDWaqBORTnXgvqMb5sFa65x/2y4n6Bwd4Um1y+LWwDTOAJ HLDKFzpxgE5AYCzafaAljAo/QgRnBj8ghTlSEfBHfOEHW7kge927l69QUC7zhoAlBG6O9j5uBp0w gOIaPRqmJZYCrThDsf2YiMRMgw5XS00XTWOa1aTmALz8gRjo8LdbToZx6dGMfpnTHKkidiNTgN8P 3NaBHshhDEunA9JJEQNSjGIH/3LgwAmwIAUKY4EOQcBGA5ASAR1LoRaxzsAphDw60xlUdFx4HYJY yOQbOHSiFG2QX31nOwvYQLYy+BCIvmyCEgBe8CUY0UhVtAfEj+jMoLABBkDweB6Bokfbk+mOLs89 IYEvfEdSkhnMsCSeOqkQUJKSYyLQCmruDoaRFU3+auFHgcH+wQaYgu1VuauxspWDOWurVtboaVBP PPgUd+tfUlGrJCSBDoEMQSJGEdopdEI6SpPqbQIAhNofoH7jSQ8F8solYXsTqt7USCjM8QRLdCEu bIGfIdSvMbiwd61spQUtKP6VrJhbLl95QsZze0EbMwzDsFbN9lvnZm4UJAbFVf9VDIZcr3EWgSAF pfEDQSACHPADj5BckcZvlPQxHNMDHYcXGWEAhOAyYgEB6TIGozQWbZUKLfMWo5QxcwEsyBIAeGA/ gVNcC4MHVjFYVsAY39I2RyRLiMZU+YZvWJNZNIeEV1OBX4IFSiYCfUQBEDIhqRd200U0/ZMZpYEN CJIE33ICSZAHcmAAcvAD2YEcSbBCDRBIO+ZaAfA/hSEB+0RGZlMdYzRbK1BQaEcffXhQ+XEyAVBy FgAKffABZ9AfuZMhBnIgeocwBdBlkxh4hEd4JZJ4KVJmKsJ4LYIAL6IjmOcjPCKKNRU+4QNToLdm SOJn6VN6AIAevIM2JeQtMiT/BZgkbAKzar0RBrdXdLxHf8G4VvynRqJWAxQEKaD2VsDnSmLgTXaR WWEQBj2gX9KYJTvQVdlYgcu3FsASCq/AS1IlJubAMWxBf2yhfmXBb30xjHoUFxvDVmFRFr/VcAh4 bmeBCJcwBrklbvZoj8RVC7AHSN4EgWPAPzZETz7AQTPASPHXL1/xQO8DbZZgjk+QMXvxCvaUCpDi FWQxSgfYL9hVMWs1Bi6mS2PANDPAAaeQBNgQAn/EBW6gAbXUGJGzcVtDc0QEFQ/GhFhzGkFAAYkQ hVZAGV9AckzxMNTzAdK0Nzr0koGjAROyN351BrQFbNhQIH4FTWsgAdiQBIig/x2TQ00f4EmHwBTM 4AYihAWI8B9c4Atn4AtJEGSj03ZcMFAGZZdVgR5nwyyggAKJdGV7ZwMroGUWNQR6JzyU2CGDZ4nl 8CGZmInLMyNLAIo5giOleHk05SM3dYqfRwNm0AifwGeF0FOkt1K44QYZ4gZKWRsn1AFP8xlT5UdL 40Q7YJuilSVaoiWwxJutZIxudV0VtEbwJ2pPEAaBxDRrwUEEdAIQBhjYSHM70AM7gFy9uF9HIwbT aADJhX6jJo/6J3/HyJFPQFb093u+14Js9QpTYABj4J5CdED+aG5dQAcBoE9JQAjEKJ/nBpD9I35W tFahEDmvUAM/4AmJ4G0zYP+CGCNcDAoW6qh/6pddENADoTBxDade9chvFkkWXaEVX7Fd5GkI69dp ExALhECN7sUBLWRrARBZ+1MUkQNIkyEC5VFAWzMZBBcEdZOGVsOchKhkGnAGNmAVjINJX9MBUORX 0vQBTpEEcCM3VsA75ZFj2JAIHKA0nsA36nFqN+AGichaiUAJ2IAIDpABARCXVDEN9jEN0IQPATAN DVAV05AguYEbECIBUgoKtmM7DaAEf7oFf/qnk6gEihl4XfZ3KbAHgheZKSAiLCIjj1eZlqk9OwIj MrWZNjUk4eOZZuAEKAB6fvZnUrI3MCUAfSAloMQ2iAUEckgBMTpDPklwmWX/m7dpAL14ezz0Gr/p VhIaar+5K5mlX/IlBomVbPuVYNEnnblJQLzRS0dDdEeXBAQXc9u5nUWnF532Vfq1F+bQSv04ARBg CAL6BTwXACKUBxC0n/1iDlywSWtgBXngW/upoXnUn7B3aAD6BFMANxaKRfbTXWyRMw3akRGpoXyR XXsxb5iWCqnAe3xhkR4DPxS5b81WA3pRMXrBFuoKFoTQCVDaAYwTNF+KG1YQAh03GKoSkP4TAaGh NMVlXL4mJjwkVh2EGK01RUCQCLq0OERhAK+wA+fXQ8aBFER5AKWFGicwNFOEHNLAdD+QB3mQBOWF pSGADa11BkmhHe5xB5s1/wdY4AnzoZdxelBcADsihB7oMQ18wAcrsDtN+gnR1AowsEIIIgN8sAUv oAQvoLeF2mV+OzwfBSIgNQR78CHLcyINUlIuMqk5YqmXSXndEySn+JmfiQKC8Hk71Yqv+AGtgKor hQMupQE1BJQwJKMMljTK0QFMGDijkUp5wZ5M1ZC8Skm062lYdG3xw5s9YBcfi7oaNlo5wxZMNAYN uxH6NQXT2UNnEjmR5bqZ9VkEyjHGya3TK49jcXFi8Jpgt6RWQAcgKZ/ncgZR4hRBULD+eL4BaACv J5APtquEoGihcFad8DifchdzoUe/ta/5mQpFQAoc1FtnwTKnMA0cYAD21P8Mp9UMZBgKMfMEzcBU p4VwhDAFCGEOn2WbJZhb2joYfxBDMxAIChMBblBCVTkGa0QLr9ABUyUmHOAtWgN0VVUZPmCbPhBa AcclCrd8tsmepaFcbGGixukbkUFw2+lNO5AHcMMBpNEJMeAIjhADwMADRcABQNAMVRcEHIANrOVi 0jDFLIkNDpAd9LFj6UFk+5GXYdQAmKIIemuIJKxPsAMDbSdNDsUHfeu3fWc7g1tlfrd3DSI8x4MB wYMBNgACEiABh2wEEoABzvMilfk82TNnl0mKlCdnm/qZoPd5mSt6owoAnyAAODAln4Awn6AHN5AI HgSjzsGzfQRITMNfjAb/BK/bQzasSrb7abU7ap62K6SxhNhJglkSBol2AhQWBGLFSq/AARZwCSUI AeYQChqBtD4wYbK5bqvLhN70zIHhbMNYr+mZCh1AB1LBHdyxb+sagOawAn0AA77wJR/qj+rKb1xB avlDAQL5CDa3F0+gOPIlFqQASPHzQPZoCeYgBubgC62ADUhFX+3lA52wAgLQAK/pCf4TACTDBYng Xs3ABRUtOzsLBNjABViAkqVRQPlpVvycQht3GwuDG4hQBOT4BPfHF8p2JRxkAOE4Q7qU08zEAU9B B8rWAVc7DWdwBpChS4kFHD/AAQ5AxYiACGYXJ47QsLpJCsAQA6kADDiU/yCXcAqXgAWnJRSn0GI3 djAIomKn0HWvwwUtlgFBFgiIIAz1gQWUUCql4gCYQgl2fSkm8CDUhA9zawFtZ9QW8Kd6q7cmUFEF MFGDLAEbYgMA8gES0HiADAr6RCOggDASYATV4wWUDQKfqCOc8Ak0cHmOuz2aKWc5ZQSanMmhKnqm KSVGADsAEk2ycQinnAiJVhyrVhSrm4GN5gOjoGgDox5pUVq80Qm3DEnBCAEv+GloNb1rpRdrNQsc 44w7mnWPIFZ3oWy2l1h9tGrNZFQHEAgl5ykrPMPNcUToMYW6OJCIphFHQ6GsVN3pe0G+agnpCJ7o fEGOsAI3QAkDcc726P9t88pvLmMJCaQeMSR+u7pKq8QWANMBALiuGFMMl2ABpxDN1f0ErxAKpBDR 0xA4PpAIHe0JTuEt3pW20dQcFCAAa+AsHCAMfRQELQORHMMlR6RLfxMd+dxdKAluP0AIv7cx5jBw TgU/U3A1odAAa8MBRhU10NQHN1A01ywmQGMFNyAB6HQDN8AFpAABp+ALl5AHp+EAvkAJStUADXMD 1ARKIhCGobGWQZNSb94KiEDWGUA5BTAHl2B2e+0AgE4flKAITXDoLeAAfIAIp8O2csofr/Nk/BFl h723hXpREiBbEuBJbw4Dq3kDKDVSMAADdw4giKwhbqAHayAjkVqpS2D/BqZNqaGo2t7zPZi7yaAX Dnw2eq941EOxP/xTV52x24/Dwq2nOEDgalmn7EEDIYJwA2dAN0XxA4zEQdJHB4mQCFcXQG+Ve7dV qyuTM1OwOBDSCp7gGvFTM9ppAFziVYYAM2nIAb0BN/q1wkAgoEkRQ2QXQ4CkSxvRCcqWXJ2QCNWu F/04z/69rsPQADYgDWTxzflNCEFQpqlQsPDcBSGbtv2uz22VFzzEQwcgJrl1XdllCWsloQ+EMRT7 SnPRcOYQADcQCKqloDkdCB/wqpqhaCfABVYuGZ7wAYfwqmfQCvd8AgaAvzpeQDP0A/mzFtrra86x HMwxA+fcVjgDS2zB/16w9ASn8OVJkBeJIIflYfQF1FVcQnapVzhW4E3T4DrNIWM3EACl4bZ7EwCB fU1YUASBlATCEAiTo2QRkAF5cAeX0DANcAdzMAd3kAVZ0ASKPweK0AKmQglN0AJbsB+ZryCN0wCX EKhGLQMJUlGW/gImIAP+EfRuYAMS4GZKFtkCAAoHs3caEvTBMyIHQ9lqA3lm5omhjQAgkD2WWYp2 tto5pWagqopsxlOuKCUBsLMCY1VdQk0avWh9NHs+oKU5ViBRKcqcVD1Cilc+wEPtTU3lHwDy2lZj EEjeVFrFDKd0UKyPUKPUA0C/2Gx3wZ61FwYQx14AYWDHgRmjTlCQ0v+hx4wvX3acsBJARK1aIkRI AfKow4GBnXoY6EFnhYQAdMIYqqFA5UqWXWqkdNmF5UyaNRV0iSGnmM2ZXSD8OCPgTJ4nXSzVOGrJ ZSIKViJEEPEFyA8xT2rMgtBjCgRCtCAEEZHI0BMIZQmFCkWI0JQphCCkVJBqjNoxY14FSZLK5Rhp T554isChB5AgM3zsCBEhRAepQKQCFvHjEZBAZ0J08rUixIkTO56sfPnTh48fnTwFCgVhyo4fHUgL FJgK7oQaXbpMwI37iRi3L5utOEMnq48TgSiIOPHIMMcOqToBKR5CisUAnkiHmMZhBpAZHBCFmMHU ynERiAKdCHHqDof/U4mwJCm+IkKAQFgS3bkEAwaWO0WaUKKkCR6aIDCLFuY4sIUWtnCAj0sc9IWL aRqQ4ZItlIBBAxlk4MICLvh4QYkQlTBBhhX0A0WCAmBwQwL9CpBAABf1ezFGCTCAwQYYbpTgEDcw wAAELxAIEhROvEAyySERWKLJJjnhxAgjojSCBitpOAQFM7Y0A4VGnHCiERwKKQQAM8+AjoLjEGLI CivoMKADx2r5QgqpfvghgFY+aCWCG/78xExB9VjDDQE0kEIgH6RoRQABDnFUAw7KeiKUacabRooT gABCBHxuwIagyQK4QYAIhCMEJUIEGuiHGWZ4xa+XCNmB0xOkoKAV/w0CmeEgEXqNaCKKjsvoB9Zm MLaTHTj4QI8bQuiBkCcs4akGq1TCjSdtaZpgW9AgGGOFD86YIVqyzCFLrUQCsAKfViiopTNDbnui kxkMgGCCJzg4jSplDQjDgAPw5cqsJ3DroDNCOrj3BBEMeMKcDjgwwJIx8jCnhlB+8OELPJP4YaEf 4twukER62GE7ChKhJZVmDBgZApm6kNUlMfAlJYAAOhEDAkMgCMOtssSoqltsZVLJNgWe6OEjQsQI 5ZQizDFkhw5AwtMAMVIJJdpXXkKL5MmQU66DUXbo5AeODhhlhiBC+C4IDuj4QZoiUolBmv6ktpsS B6R+745THHCAA/9FOHAACwfmILCFxptQxPEDKdkCxC0uvFwJBhvIsAES+djihRFNUIJEGSyQYYgS TCjgAxhWKGAIGz6wofYCbLdBAhswcH332yUAIUgvJECgeCPc8KLJ5N3gpPjknYQyyitpMMNKQT7R sksvG+F+zEL0ODMRIHC1SIogcBUGXwN8mJOiIEKhQ4Mb+HxK1w9K/QQH/QUo1Y2dd1hUAKYhrg8c ClWGoEMr3KCriJgPCIBBBMceEYQAfOADVviBrGoAAdZwxADIestLuiCGRJxBA0/RwAc0IILxHadX EbCCsGpBLB9sxG0bOcABgKABHDwLXzUw2kyOcpsgesuIR8TWBuX/cAo6vCoMZOFKzwiRCDd9KoZA 6AEQFfAK6PigE6lwwBkoMJX1jSxgO9gK0KawMWmkwhIMmQFXwgCBUHRCaLQKg7XcYhVCEIRqW6mB OdyiFgi8omdcmUEIQqEvmO0gYyp5AiFqAwG/BC1nAbhXKAwQikNSsiy1sY1Mgqg0a5mDNQaQ1ksi +cRs0WaDnpTNS2owyAOMJgSnSQKndJkEbEwjED6YmxyAMUwexCAnwOABD5CZTGbyYA5zuIMyeVCE xP3tmQR6HOQUcQpFNOFyDrgcH8Q5zgZwQQMa4oMM+FC6EPHBBKIzQYmGIAPSyW4F9DTBEPQ5hNj1 swD/vB0MAIqB/90FCXjFQ8DwhDSkJQjACAmd0pM4sYQoSY96XPpEI1Cw0TDpT0xjAh8ATvERPKkN TzNQiFV2A8AviGCMBhCGG27QihiKgF3jsemePiCBArbCEx2w13YeGJFz9sUvHLjBJ2hwwhgGoQMU 9MQrpnCADkghAPPpwFuMUoObzZEsVnHJS6ZwgjPMtBU3uGKvLuIqCkjkCxS5SBCMZbXkzHVdMChJ CGsSSENQC4k0qY1KhsEDR3RhGMPoVjFiMAyk1cSVE7DERzwJRWtR0Snv6kzPXvIDNRFGGCuQSCA4 MAYf3MsAAjmAq1DagWmcIQkQYIgPXsGVdL2iE6EYAwemlkgg1P+QfT6IJEoN8IoZJEE4T/hgtMRQ 2tqEgTgzyKNKLHGwEUoLlT0wzgkY9oiRwcyOZQnhS3KjgCBSqwtx6sFXrUXbUNqGaRAYBr+aIUtV xikRMBCAG2CwJpcG5RD78YE0pInMGJyCC5eIZh6i2UweSEMOyWxCEQR3CQdEk0ADIpB/nkkJRXyT cA1oQAYyUM5yXlUDJuCD51AsoguJiEQFOMMKhhDPf+7zn/nUkQ0CKtDf0UgCoPBCAUAAZBBIQKEJ RVJDjeAFTmhpSjRwg5RoYFEuoeAQ+WvEJ/LnUf19z0wxUKlSpouUo8xChE+olRQw8oMT6EwihMHV cerk5qviIwL/UjhbLT1x1RtoQAAwIIrP6AAD7F0wKo9I7WYoCcAJqpkqVunWBG7TEyBOYLlJ8EQI kpABO91LTl/owA7Op6m30imrZAEgUHtQFlLIQTbaspYW/8qSGvRADEvDxhmKEIoDF6MGDljBNEih rWzdRCkxsU1WIPIUNP1gCj2zxCxIEQhP0KEDIcACmwNwiU74wKluu6UnMOIDOpzBp8T9Ql2parXR JOwMl0gFNiJwnD9Q5As9+MFENoWrRIkhCF9w2zRgMA1zQIA4J/gBBFgi6Q0aYgLoIsQj6GQvIHjE AEHoDATEsINUPCEVp+BAMyAwRNuA8qu7oSRZqqJBmmklFSEI/0QzrEJfQiTSDQDogwYo8IVAhIAC GugDAA4xjSDcIQbJNEcyORAALkhDGgpm8DQX3AQO3EFw/sHwHbp5OD5YAHSUeNAWFHGJDjmoAUwv ZwQsoDkQKWGdIYJ76VaUo3x+gHk61g8/YdAKF0mgFa3QsQX5dL9DLAEDSziEEXakPAk0CRTHA8US aNCIQ9DgeIcQROarRz1B0EAQGu2SRr2EA+6J6XvgcwR9j/ISS6xelhBYX2EO8JFO0MHaA7s4YVBK hyBwajrYoINWwjADq54hAmeAQQMg5pdXZAAGMw1AIgayg4X4gJIfnK1ki9L6bbnkCVP1gQFqUAw2 QxdmsqVVB/8eMZk6YVEmlhBDD8IQBjFQq9izxn8NDDAFBQyDCzfggDwABRuIgVeAgT64gTwoor/q hVPwuacIgBAYGa34DMh6hdRQrzw4gwhimB8Igp9ToTFiHwpQjIWhgDOojmkIAO5wjQ4ADGwIBXlD iItoiF5BCIqIlyDYgZ8IAh8QAQVagTEIgxOoBR8gBJrwvk9yiZqbil4pFzFwG/GruQ4IhSR4iiSQ JPqSJSJ6JaXYoKIIq+kCr1fYIy1ErhDQAEGAgV8qDY4JARgQhA/glRhwhKMzpgYrAmkABr2JOghj JgljJmyCJkUoAkWgBC6wIAvAgggRu0uYED7whbPjgnLiAhb/GxERiTu4MwEbeAp9AoVPOATdqR29 gwHBs6Ac4ZO/sztBWAIbQLwWWQIjAwU3MIPjQQE3aBIs8REjAAVB0J8+qDzOowEv2bwt2SgU6CiQ Qj1ZmoVmfIlmFCXy2g2QeAtaoBekAKv1goBcAC9zMIdUKLhp8YpUIIVhIgVpIIXwihg6SIIkwBgo eoJXyKJXEqUF9JZIi0eFWxpUUjlzmIUn+BlNOoAJghjQ8Au3sEf8m7VpUQBLmIZWOAU5kAALcARC WIE+cAM6SEgjerm2Gg/OkKsOoIrGoolO0JkgwL0P3BMNCIBceqtAEI5OsIJPcIP7aQURuBrDCAQr kIKHwAMW/5oOxyBCT0iEV5mBHdAasrCtIMAGLNDBHjgBUIOLmYCs9XmFo1CAKbAVEUBJVtmKKfCB R6ADc8KCr9HCs5SlpFGam5iZtSQvl/BCPRqDwTmFV/gZKEqFIqCwZiCFOnSEYjImOqzDPuxDATFM QWyCOTgFx9kCGWiF5JvEB7kEEYtEC4iAFeCCAACRF7gQC2gA0REddhIRE7AA5Iud3MmR2JkxgMqR 2hk8U4QBUBCAFGmoyEsRLwAFFCC970GBI+EEN9hFz/uEPqC8zaMe7inGKhs971lGLXQlpLgJ0Fi9 27ANSZvOtaSNbrEESTOaSUsabMGNStNOv5gZo4FOmyBJJP8KK1UKrMaiDfcKBXTpFqMIz2tRyPvs CV/QgFPYFzpQCg7wkDzwK/wzB3BLApSqIavpgCmYSprYAX7zga2oqlvSGSkIBDoplycghf+zu0OI gBPoPRD9gVP4AUIgBZ+Ls+lAjiBIhUgTr9yALKa5GgiIyg5o0JmAgE6QmQmAAExLEzjZDmQBGKuZ AREIAXNYT7Skr/RkS/TESvJiOPrqhTjohSllAkcYhhigJCwdhmJwhEiowzsUU8JkMMPMugOBnAib g9L0BV9wkBEDMS4YMQ3AzNexHBLBxNCEJxIZAg2AAX0qgNSJp0GdMX0qAb3jqfkBhQ8AhRtwAxCw ARBYguT/Ebzc1B/9MYNJpSjgFIRD8FTMOwTjFIQ+QIEr4RLtcYIu87LUE6EgGi/H4k5JW8+YSJrA 2s70NE/7a4n28hYmPSKkqcf3JK/uK6Jixc9jTZpT8AVgUICXUIkacITUw88umIIeeIVc2CBspQVC ulGWiLgg0IgnSoXSAos/sIgTCL+qMIdTwILKsAEs6JWGyCp9uY1QMA7ykIir6VaqrJUesISDEIsj eoU9qxMKyAMDIMJ0AwKFwLcamjklpS97tASu2NfaMJr5rA1Z6gUm8FIm6IXD4oFioFJHiIOOdYQ2 KCaUPToybSYzNcw7IJBrmgNF8AVEyABxygAVDAAUfJAz/4ixE9pM0BTa0BxNG3jMeBKoQR3UElgd pmWd35EpC7oBUACBAgASIMFNUNBaI+jUKjkS6OFUzYMyKeO8zrMS5dyeLtMDPXCEjUTWt4XbuJXb uf1VpaBb6ZK1hXvVmuiCVBAalaI/MWCYGaADHS0Ll+iBAwgCT0iCMail0kDSYdWXMShK4kAOfvTV laCFRPCEDHKYgDWiJ/DBiQiBMXgIitiUhIuk3tjC9gqlLURCWrBGx1q4Zs1YZnwCR/ALLHWEYvBY kgVTOmSClOUBlWVZPzzMrFMExokcRXDeDuMDRNCZiLjZFViBdlmBodXeEXmBTTxaGLEBpY0npnXa EgCoH//rO+Cx2qstACRpPCeZ2iZJKE3lBCOREiiZkioxVVM1xmP8qNNzhLsV4AEm4AI24AMGz5WA LJRwibKQVklTCdibgUdAo9MSA+/sltdTCzmZgZ6xT5t4gh+4DNhCuM84IoTtLTsihG7jDnxJ4Pfc yFZ92yT12CnthRq40mH40t7l2DYohkjw0sAs3sE8XgxDXmxynCZQEDRtgRe4hHKahnGKRC64p+0V WhfjUxtYARwrgNUZX/Il3xQAqNypWgxY36u9WgRYqMaLvEl1HiR7HomKnumZnv5Fxo8CqQBG4D3m 4z724z9O4Le0R5qhFL94AlqoXYZLCjqSDe6ENXMIhWn/IYSOy9yaOItwLDmPSwWZ4RZi885jzWBZ qmGPrYE4KNkdHgYgpsPgjQTAdGWUZVkzxTBsUuJaTpAWgN7LUYRK4ExxYicrJtoQIZ18iid9Ulow LoEUYNo9ANTd2YOBslqrrdrgKZ6FQhKEcp4kgx6Kmqj8peNT9ZJk/J6dAORyNudzRudyLtZK7gkM xr9W4hZ2Jra3ZbgkvQoc3th8/l2OJSwgboOja+U7hOXjTd5sSuIlVhDnbYFKeN4X4GVgHlos7t54 IhHxXVowVuYUGII94OgCeGYzxoA9SGMMwOaSRigl0eZuXgIp0V/+7d9UVVsmSOeZpumatumbxum/ CiVS2p4Ffe6FnvZYU97YYvBhVW7lgLbDZBpoMr0ww0xiW0bordvlXV5oiNZedhrm0hlmE/BiZF7m PUjmjubokCZrICESkzbpIVGSiVJpsq1jMwgHVL3U74mBjWWCu8brvNbrvebrvvbrv9brLu1SRwDs wjbsw0bsxFbsxT5s1+XVnIbsmY4017VhfKZSHL5r3gXTLw1egC6mZErq4i3MASFtbBoQyVEQJW5e XH5ehn4BRbBqPcViPKXorUZmZSZfjhZjsX7mj75aakZrbFaSJ3GS/LWot96oL/nfQggIADs= ------=_NextPart_000_01A7_01C974A1.FB27B550 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.processingtalk.com/style/images/articles/but_more_company.gif R0lGODlhnQAUANUAAIvM3UqwymS70Ve1zuX09/L5+9ju9H7G2bHd6L7j7KTX5P3+/oHI2ma80rvh 6/r9/r3i7OHy9lu3z0Ksx1a1zZbR4EivycHk7ZTQ36jZ5r/j7D+rx1i2zqHW5EStyH3G2VKzzEau yX/H2d/x9nHB1cvo8JjS4f///z2qxgAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACH5BAAAAAAALAAAAACdABQAAAb/wJNQ uLgwBBuUcslsOp/QqHRKrVqvWNRGwLgshmBhpJEtm8/otLrZiISFGc96Tq/bs55MuHLv+/93FUMQ gIWGh1cQJw8gTiUlCkoAjwJqAgklfQIlAE2QiIYcDw5PQgVKCEIkagknmXSuKCQnJp6RoIUODKUG JwMoBL2rKAcmJr8oJgACncTKAUwABLQDJiQHqwEAzyjVJNsDAcbQSyYnBACzytZKykrVJgdO4u5K AsaVsib3JgHVzcruNetmTF6ydPXqkTgWhYGEUiXQBTiRalUqU5XOFcjUyhQ5FCWGzOrVr5cQAwFm TTtRwOQrJUNKqBSJItaAAkNuKQlgMhYA/zCdzK00gJNWzZUnIt2MeXRIrVbQiEqhYAFiAgUkCpgj MSsBCgGxhOw7QJFYUiYhZbE8UM2oOWsnvLbqN61JrFklxBmNZQ5AAAQvkxltJaAAgQABCBTQS/eE ALCZhAhI7Ostil41CwyAjOLngYkIpEyo6sSViRImEmzdqiRtLMEGHr1ufUJtLZC1Ycp0e2JVWiZ3 jaqrmanwuQTDaDMZLnhhb9y6ibd7DgCwEOnSQXuWEuJh6d2oV58wiPn1W64k8ilnHhLaxN21WP9e ErzW8FgCDhSbhgx6t2tnoaBAb/LlFtYrAzpnjWuvvJYAAQgQMIUEu3xXE4G9DXCCAc6F9uYaWBye dtt6RnVGEQmppMObb7nRh85w92WSijWElZMUCb0kVoB+hjXnX1i0HFDAKSEd8FNtr732UwE6QcEA KRbmyNqRG0IzmzknfQQdcyhcVNZwBXriCox7ZTIAUqEtEUBIQnRiHEuVhCmdRm2axVIrGjb4ykSO TeHAAxxkkZJ686SHxQAk9NcHV4ouIQAJWnJlhSsp9Yeolk/wZMAUFDxwAiG4hIrIbFjMcsJAUCgi BAaitgpIPVn8MwUGYCzQwQSu5qrrFRN08EUYY+wq7LBMNDDCG0MsoIEIhBLr7CECfKDBr0MEAQA7 ------=_NextPart_000_01A7_01C974A1.FB27B550 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.processingtalk.com/style/images/articles/but_more_category.gif R0lGODlhnAAUANUAAEqwyovM3WS70dju9Fe1zvL5+7Hd6H7G2eX0977j7KTX5P3+/oHI2ma80rvh 6/r9/r3i7Fu3z+Hy9kKsx6jZ5kivyVa1zT+rx0StyJbR4MHk7aHW5Fi2zr/j7JTQ30auyd/x9n/H 2X3G2VKzzHHB1cvo8JjS4f///z2qxgAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACH5BAAAAAAALAAAAACcABQAAAb/wJNQ uNAwBBeUcslsOp/QqHRKrVqv2IuAoVkMv0JJA0sum8/o9LQhAQspGLV8Tq+jMRRwxs7v+/8ZQxB/ hIWGZRAnDyNQJSUKSgGOAmoCCSV9AiUBTY+HhBwPDlFCBUoGQiRqCSeYdK0oJCcmnZBysJ9NDgyk AycEKAi+qigHJibAKCYBApzFywBMAQizBCYkB6oAAdAo1iTcBADH0UsmJwgBssvXSstK1iYHTuPv SsbIyujOxgHl8QLaPcunjFkAbvAEPmEQgVSJdABOoFKFqhQldAUwsSpVDkWJIbJ8mQDgS8gAALKo nShQ0pWSISVSgkQBi0CBIbaUkISJQsEX/1lCNA4pAMBmqVkoKq68iCDjuXk+KUGxUMFhAgUkCpwj ISsBCgGwhJgQcEBisRM5PZ6ItfKANaTnrp3wymoktSawZJUYhxTWOX8GXOqjxUpAAQQAytKCVdbA WQU+Cc/q+jXsLAEE0KIYgEDKhKpQWpkoYSLB1q1KPtJ0dW6AI1yp166LvaTVbNSqmeRFOhuWYXQJ iNFmYu1hX0ytX79Wsg612tVLOGdO6+RDw9AxRZ8+MW/zWlxxuZKQSnu22mgRs9PCvVY3ptm9MZE1 Ri3Zc28kALA8EOD4YPGa/IJCf8dwp4Qv0Lkzi4BRRMALdjSdQMJWmQ0woVm4gGXhaLQsoeGaef0Z QAIq6sAl4X21pQOff6hcU5g5aJHgS1nBfbRYOhpOSFp/A5hwEzInbIihS5mxNAUDo0DoC1+q9GdS NLCd8yQTHyJ1yhCO3XZibh7axpt/BKhk1hIAfCQEJyWh4thHyA1xUk8rtTigm1AKJtIUDjzAgRko kUfPeFgQQIJ9fXBF6BIC5LcEoFD0GckmcHboKBSodPSEBQ+cMEgunHZqFEdVCOGYFIkI4UGnqH5S jz9WkCOFB18ssMEEqdZqKxkTbOAFGGLc6uuvTjQAghtDLNBBCH4Cq+wnAojQwa5DBAEAOw== ------=_NextPart_000_01A7_01C974A1.FB27B550 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.processingtalk.com/style/images/articles/icon_send.gif R0lGODlhEgARAOYAADmfuYzF09Tv9dLs8j2YsDqhvE+xym21xkqowHbD10iuyYnK2cXq8bbg6rri 68Pm7lapvme0yJ/W41itw5DP37Tb5G/A1MXn73u7ylq0zESmv1SkuEqht6HY5ZnT4U6uxmm0xtDr 8dTv9Eiqw57P2sbq8cfo8EmetKTX5KDV4TeUrGm70JbO29jw9cTk60+txV62zdTw9V2yyF+zyc7q 8Ha/0tPu9J/Q3HrB09Ht86HR3D+asdTw9DWTqzWUrTmdtzqjvjaWrjSSqjaYsTibtTeZs97z9wAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACH5 BAAAAAAALAAAAAASABEAAAe+gEaCg4SFhoQ2HR05h4UtFAoJCQoULY1GEgYWJoImFgYShg0ZMA6G DjAZDYIXKx8ol0YoHysXIwsPL0C7vL0vDwsjBRozNbE4MhoFAMwILCI8AgIiAjECLAjMAD/c3BMp JQwMJSkT3dxE6epEER4eEevqRfP09fb0Q/n6ECD5IBD69AUZGISDjhAHBh4IcYMDwSA+fOwIMCAA gYgRCVC0GFEFhgEkTvQYSXLkCRI0MKhwUWGDkJcwY77cUMFFIAA7 ------=_NextPart_000_01A7_01C974A1.FB27B550 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.processingtalk.com/style/images/articles/icon_printer.gif R0lGODlhEwARANUAADukvzWTq7nm79Tu8zmWrorD0TeZsoXAzzynwjuXrzqVrdnx9j+mwNLv9DaV rozM24bE1EGrxjyeuD2guTaXsMHp8Y3O3lm1zVizyorE0ozF057X45bR30+xyonI14vJ2MHo8Kve 6U6uxsvq8avf6dXv9E2sxMrp71ewxzyoxDmguj2qxjulwK3i7DSSqjqivTWUrLnm7sHp8Dictjeb tDmeuMrs8t7z9wAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACH5BAAAAAAALAAAAAATABEAAAamwJvw ZlkZj0fLcHmLlJjCUQQqTN06qWz2crNSEVQhmPlgsW4isxpzMz+WDAAgfJMzlq/8zZTvo259Qh8q hCoDVAOFKh4TAzWPkJGSJxMzCxIzmZqbmhILMzQNEDSkpaalEA00Bjatrq+wrQYUMrW2MiC3FbYV FA4CMcHCwzECwMEOBCEaCTDOz9AwCRkkBAcBARst29zdLRzYB0IFCi7m5+guCgVCQQA7 ------=_NextPart_000_01A7_01C974A1.FB27B550 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.processingtalk.com/style/images/articles/icon_bookmark.gif R0lGODlhCwARAMQAAD2qxj2pxYnC0TWTq4jC0InD0TWUrDmgujictjebtDmeuDyoxDaXsDeZsjul wDqivTaVrjukvzynwt7z9wAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACH5BAAA AAAALAAAAAALABEAAAVF4CSOEwCQaBCg4uK+UixNsuzczniLUe9PPdFjSEQdjkiUYslEIZ5QVGJK RTWuWBRjy0VBvmCUwVAojFEDgUgwQBFIb1IIADs= ------=_NextPart_000_01A7_01C974A1.FB27B550 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.processingtalk.com/style/images/global/arrow_back_top.gif R0lGODlhBwAJAIAAAH3R4f///yH5BAAAAAAALAAAAAAHAAkAAAINjGEJq8sf2EmKTotwKgA7 ------=_NextPart_000_01A7_01C974A1.FB27B550 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.processingtalk.com/style/images/global/but_arrow_down.gif R0lGODlhDwAPANUAAHnK2VZ6hnnJ2UNXYVFzflBzflqFknXAz0lfanG6yVBuemOcqVN1gU5we0RZ ZGqotk5rdklkb3C5x0VaZUddaHjJ2HbF1FB0f0NUX2Kap0ZYY22zwmWfrWagrnK4yHfI13S+zkZc Zj5NV1V5hWSdqkZbZz9NV3XE00VVYEJSXHnK2kNSXXXD0kRUX0FQW0JRXERUXkFQWkBPWUNTXn3R 4T9OWAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACH5BAAAAAAALAAAAAAPAA8AAAaEQJVQ 9TAoNArDY6gCAA4BlHSKChycAg+ixe12ESDBBwIrm8+wUYUza7vf7g5jRV/R7vf6ihFK+VN4d38p FC+Gh3iHhhgTLo6OeI+OJQQxlpc0l5cEGTKenzSfnyQnETWnqKk1FxYnGw6qqQ4SJ7UJBSa5uiYF CbUswCwLDQMiAw0LwSxBADs= ------=_NextPart_000_01A7_01C974A1.FB27B550 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.processingtalk.com/style/images/global/tit_newsletter_signup.gif R0lGODlhkwASAMQAAPP09VFgasXKzejq62h1frm/w1xqdK20udzf4YuVnJegpn+KkqKqr3SAiNDU 1////0VVYAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACH5BAAA AAAALAAAAACTABIAAAX/ICSOZGmeqMk8Tuq+MBwITGzfo8OSa4vfvVeDkSgxGIbfbfF4BJTQk+6h GAWjr2tKK2o2sC8DwAfGTgFPCBccaBCsO9faWx613/U8ZPoQiLQNAk0CSQV9fw8AIgRNATNNiQtq cQEMAw8DVRCQkEOccQYFAA8IXxAEDgcLCA9FJI9NAJINTSOhowACrgmpggAHaTxxmw9fqAWCfUk6 U5JXtKSsaEyKe01vCjsrAAwHAElXOmOjNZ/FK5wtAaMDU1/QkHhw3N5J0IvsDqMPiJ8HKsPowIP0 TUc3TJXiXNIkCFiTJJCqCKqi45+wFgkQnmo0iUyXYiMM+YGQDQEEaISk/zywOOKetZEuVwx4cwAT QDICr0Fg8qCAwQCXDgQx0OQIA2YQWCWgJcjPKJpNHLjqCMGQA6N05oAUcanAEUP8XJ6oyWLqPaIP kpysRXUtPyMBQYo11O5BDZ6CWgyE1KKm1wcEAABgVC0AqyYIngThw+mLVlPEzLlNYRhS4sliY8YR CwenXLaTWNgVkWwHo2INUrtZi0AfBEGGCpDg1eRfENiqUyse9hHyKAW534FGQXvl5NNqNfvgjMiz 8LcQatatAWFdVK5U7IyA5CfbKFdqk2rbkXFAsDQrTJJoIkmESO2TUYRnpZftKNk72T4bLiKb+eo5 vRVYTwaNwJMP2fTEAMQCaIgwRRWnpeXgAAeAVUMQQGHCgCjU8YQAAmpJk8pGLDAgyHMpOEChhfFl lMhhb+0H3Qin1RWgjWgUOEJeIyiwTx94JIjHKOoFIAokFl1hAB8DUFcVJK4MaNNJlyA2C392HFmb CGItoAMCyTTHJZYQuMjCJc/xJU8MBoSHQxswQEaCAQ0Ew+Wa1eEZA5wxMLdnnSXc04CbehRqKBgN TCXIAHr4eeijkNogjopFNUpmpJhmSsIqBDlZByoeaSrqqG3ImWkIADs= ------=_NextPart_000_01A7_01C974A1.FB27B550 Content-Type: image/png Content-Transfer-Encoding: base64 Content-Location: http://www.processingtalk.com/style/images/global/but_arrow.png iVBORw0KGgoAAAANSUhEUgAAAA8AAAAPCAYAAAA71pVKAAAACXBIWXMAAAsTAAALEwEAmpwYAAAK 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+f8AAIDpAAB1MAAA6mAAADqYAAAXb5JfxUYAAAFESURBVHjalJM9S4JhFIYv395fEARO1VC0 vSmKWyStTkERBEFb0Bj0nQ0JNZSNQVsQREHg5NoiRYiSSRRR0cf0gtA/6NwtGmZmdsE9nXPu55zn OU9AEvWsl98SQAKIACGgBBSB7IbXna3PDdSKk9evXcA+MMrvZICZ1GBP5as4WXrpA3JAkL/xgXAq 1Os7a1fPHZKOJQUl0YaCkvYAXJlNVOf7D6OrxacJV7LJxshmtD8AsFJ4UAuDKVdmsd+iNZPl/H0z k4grs66/etyKDQQAli7v6k06XZkqQEuDxYvbZie/u5Llq0vxg4Xzm1YzF12ZnTQWz+fKauPGDx2Z HcmsJDP+ocz2kHfi7AyHPiSNS/LbXBJf0iyAA5COhx8l8yTLSEYLZSTz0vGw/+1j1Jg7K4wB00Cs +goVIA8c7I5ET+tzPwcARM8D0PExKcsAAAAASUVORK5CYII= ------=_NextPart_000_01A7_01C974A1.FB27B550 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.processingtalk.com/style/images/furniture/pro_talk_publication.gif R0lGODlhcwAOAPcAAPX19WZmZuDg4Ovr63eCioWFhXBwcK2trXp6esLCwv/jl//vxJmZmaiwtc3S 1aOjo2p3gPP09P/z0rW7v//SW15sdf/78P/GL8HGyv/rtf/npubo6v/eiMzMzI+ZoP/aef/KPoOO lf/Wav/OTdrd3//34Y+Pj//CIEVVYNbW1ri4uP///wAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACH5BAAAAAAALAAAAABzAA4A AAj/AFegGEiw4IqDCBMqXMiwocOHECNKnFiwIoqJGDNq3MhxoUWDHUOKHLmRIMMTKBMuWLmApEQU BFYQuOiypsmFKE8kzImSg8gJBEg8hCmTZk2SNxXm3HliQQYQTUM2QOFgaMyZR10mZaoTYcoVCk4o kEBBwYgTJSxwuHBChISGMwlWbVABBQQMB4lijRCCQNWsJQee/HowpQUKJzIsQPlBwYoPbTmcuGCB IVAUHhpsWOEhc93NelFEgIBiAmCOW70SXsHzBIUVi32usOD6YFgNKzQo2K2gxIqpfw86aDCzamjS pk8HNsqV6e4MBxc7hi02enXEOVsCPzgaZl3jVwdWb4igPORS1jyZKpR+UMKJDwc1nMDNcPuKCSjw bg89NUT5jum1pp5K1R10lgIZXEBZQ1N5oB8KDThQnEDhrRAChP9t1JqAqq1X4AoSQHUCCG81FEFd +XVnF1UUFrVCd8llKGNDEpQIEQmbCZfjjCIFBAA7 ------=_NextPart_000_01A7_01C974A1.FB27B550 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.processingtalk.com/style/images/global/but_search_meta.gif R0lGODlhSwAPANUAAD9OWFR2gkldaVBuennJ2HbA0EBPWUNTXkxmcVh+i0RUXkFQWkNSXVuHlHK4 x0JSXEFQW0RUX0JRXF+PnD9NV2qotmefrUlga3jG1kNYYlFve1N3g1yIlVN2glF0gFd8iVR3hEVa ZXjH1mimtG2tu0heaXfF1HzP31Z8iEdcaEZYY0NUX2ils3S/zlN4hHjF1UdcZ3W/z2mls09teGei r2mmtD5NV3zQ30tnckZbZmOXpW6wv0VVYH3R4QAAAAAAACH5BAAAAAAALAAAAABLAA8AAAb/wJ5w SCwaj8ikMkniaFQaDgm52xGW2Kxwx+NpRZ+uuPsREXUC8WCnbR+5XmzsEqnb7ZeXUNdFBNINboJD cFg3MwqJiosKKEIIPAlDOleDgoVLMgebnJ2cNT1dkm8JogVCBDoDXQMWQg4BExWrrj2qomxwDWkJ p0YgDMEMQsLFID2lPAi1hKyrAlcEAgIBqzyucGIOPQ3OPDo92WpHMA/mD0Tn5iU9Dml9FUOQ4Mg8 E69DEzwB4aZCFV3Y9PAFJx5AHr6ISFi40AjDFai6iYlXoIuOiwH2CSkwwZpGTEK6BSoCMqCRHBBS QiCiMmUKIqnSIOg3pgu/AjIDQOIHskdGsHpESvIQSKTDgqMLhCBd2sGIPi8OAlapsq0bPT48uxAp NTKoViEmi9AwQLas2bIselggmnFmj3lDKmWMZ+vjVyEWumxrd0Uo0SEncAAYTLgwABcD01B7d7VL A1XQeugTMEFi1jiorA1Ydc/vkRYhDBcOYaJHKkhdBAC19S7SNgIZeQgodbkIbDEIwHk+gmEDhd/A KWzAUKTAjr1GCiQcorwNgR3LB43wkMFGBg8jiAQBADs= ------=_NextPart_000_01A7_01C974A1.FB27B550 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.processingtalk.com/style/images/global/but_search_search.gif R0lGODlhSwAPANUAAD9OWG5/iE9gamR1fsre49To7UBPWUNTXllqdHiKkkNSXURUXkFQWoKUnL/T 2UFQW0JSXERUX4yfpkJRXKu+xT9NV6G0u7HFy3aHkG+AiKm8woSWnnKCitzx9XGBiktbZFJjbW1+ hmV2gNHl6tHm605eZ3KCi0ZVYKe7wU5daKi7wV1tdnWHj1BfalFhaz5NV8/j6Mjd4tDk6WN0fam8 w0lZZMjc4U9faaS3vZepsbXJz0VVYN7z9wAAAAAAAAAAACH5BAAAAAAALAAAAABLAA8AAAb/QJ5w SCwaj8ikMnnZiGqizQWp0xWW2KxQt9tpSZiuuIshEXMC8UCnbR+5XmwMFKnb7SCZMNdFBNINboJD cFgdMwuJiosLLEIIOwlDOVeDgoVLKAebnJ2cNDxdkm8JogRCBTkDXQMWQg4BEhSrrjyqomxwDWkJ p0YeCsEKQsLFHjylOwi1hKyrAlcFAgIBqzuucGIOPA3OOzk82WpHNxDmEETn5i48Dml9FEOQ4Mg7 Eq9DEjsB4aZCFF3Y8PAFJx7AHb6ITFi40AjDE6i6iYlHoEuOiwH2CSEgwZpGTEK6BSoCMqCRFA9S PiCiMmULIqnSIOg3pgs/AjIDQOIHkkdGsHpESu4QSCQDg6MMhCBdmsGIPi8OAlapsq0bPT48uxAp NTKoViEmi+AwQLas2bIqeFggmnEmj3lDKmWMZ+vjVyEWumxrd0Uo0SEdVgAYTLgwABMD01B7d7VL A1XQeOgTIEFi1jiorA1Ydc/vERslDBcuAYNHKkhdBAC19S7StgIZdwgodbkIbDEIwHk+MoJDhd/A K3AYUYSAjr1GCCQcorxNAR3LB2kI8eHFhxAaiAQBADs= ------=_NextPart_000_01A7_01C974A1.FB27B550 Content-Type: text/css; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.processingtalk.com/news/amn/global.css HTML { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } BODY { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } DIV { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } SPAN { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } APPLET { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } OBJECT { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } IFRAME { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } H1 { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } H2 { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } H3 { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } H4 { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } H5 { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } H6 { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } P { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } BLOCKQUOTE { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } PRE { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } A { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } ABBR { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } ACRONYM { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } ADDRESS { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } BIG { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } CITE { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } CODE { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } DEL { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } DFN { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } EM { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } FONT { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } IMG { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } INS { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } KBD { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } Q { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } S { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } SAMP { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } SMALL { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } STRIKE { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } STRONG { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } SUB { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } SUP { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } TT { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } VAR { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } DD { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } DL { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } DT { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } LI { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } OL { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } UL { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } FIELDSET { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } FORM { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } LABEL { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } LEGEND { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } TABLE { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } CAPTION { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } TBODY { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } TFOOT { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } THEAD { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } TR { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } TH { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } TD { BORDER-TOP-WIDTH: 0px; PADDING-RIGHT: 0px; PADDING-LEFT: 0px; = BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; PADDING-BOTTOM: 0px; = MARGIN: 0px; VERTICAL-ALIGN: baseline; LINE-HEIGHT: 1.4; PADDING-TOP: = 0px; FONT-FAMILY: inherit; TEXT-ALIGN: left; BORDER-RIGHT-WIDTH: 0px } BODY { FONT-SIZE: 62.5%; MARGIN: 20px 0px; COLOR: #333; FONT-FAMILY: = Helvetica, Arial, sans-serif; TEXT-ALIGN: center } A IMG { BORDER-TOP-WIDTH: 0px; BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: = 0px; MARGIN: 0px; BORDER-RIGHT-WIDTH: 0px } :link IMG { BORDER-TOP-WIDTH: 0px; BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: = 0px; MARGIN: 0px; BORDER-RIGHT-WIDTH: 0px } :visited IMG { BORDER-TOP-WIDTH: 0px; BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: = 0px; MARGIN: 0px; BORDER-RIGHT-WIDTH: 0px } TABLE { BORDER-COLLAPSE: collapse; border-spacing: 0 } OL { LIST-STYLE-TYPE: none } UL { LIST-STYLE-TYPE: none } Q:unknown { content: "" } Q:unknown { content: "" } BLOCKQUOTE:unknown { content: "" } BLOCKQUOTE:unknown { content: "" } INPUT { VERTICAL-ALIGN: middle } .clear:unknown { CLEAR: both; DISPLAY: block; VISIBILITY: hidden; HEIGHT: 0px; content: = "." } ------=_NextPart_000_01A7_01C974A1.FB27B550 Content-Type: text/css; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.processingtalk.com/news/amn/layout.css #masthead { BACKGROUND: url(../images/furniture/bg_masthead.gif) no-repeat 50% top; = MARGIN: 0px auto; WIDTH: 980px; HEIGHT: 20px } #side_shadow { BACKGROUND: url(../images/furniture/bg_side_shadow.gif) repeat-y 50% = top; MARGIN: 0px auto; WIDTH: 980px } #wrapper { MARGIN: 0px auto; WIDTH: 968px } #bottom_shadow { PADDING-RIGHT: 0px; PADDING-LEFT: 6px; BACKGROUND: = url(../images/furniture/bg_bottom_shadow.gif) no-repeat 50% top; = PADDING-BOTTOM: 15px; MARGIN: 0px auto; WIDTH: 980px; PADDING-TOP: 49px } #header { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; BACKGROUND: #7dd1e1; FLOAT: = left; PADDING-BOTTOM: 0px; MARGIN: 0px; WIDTH: 968px; PADDING-TOP: 0px } #header #logo { PADDING-RIGHT: 0px; PADDING-LEFT: 20px; FLOAT: left; PADDING-BOTTOM: = 13px; WIDTH: 323px; PADDING-TOP: 0px } #header #meta { PADDING-RIGHT: 20px; PADDING-LEFT: 0px; FLOAT: right; PADDING-BOTTOM: = 13px; WIDTH: 255px; PADDING-TOP: 0px } #breadcrumb { MIN-HEIGHT: 25px; BACKGROUND: #3dabc7; FLOAT: left; WIDTH: 100% } #breadcrumb:unknown { CLEAR: both; DISPLAY: block; VISIBILITY: hidden; HEIGHT: 0px; content: = "." } #navigation { CLEAR: both; BACKGROUND: url(../images/furniture/bg_navigation.gif) = #455560 no-repeat 50% top; MARGIN-BOTTOM: 1px } #content { PADDING-RIGHT: 20px; PADDING-LEFT: 20px; BACKGROUND: = url(../images/furniture/bg_content.gif) repeat-x 50% top; = PADDING-BOTTOM: 19px; MARGIN: 0px 0px 1px; WIDTH: 928px; PADDING-TOP: = 19px; BORDER-BOTTOM: #ccc 1px solid } #content:unknown { CLEAR: both; DISPLAY: block; VISIBILITY: hidden; HEIGHT: 0px; content: = "." } #content #left_col { FLOAT: left; WIDTH: 160px; MARGIN-RIGHT: 20px } #content #main_col_double { PADDING-LEFT: 19px; FLOAT: left; BORDER-LEFT: #7dd1e1 1px solid; WIDTH: = 728px } #content #left_col2 { FLOAT: right; WIDTH: 160px; MARGIN-RIGHT: 20px } #content #main_col_double2 { PADDING-LEFT: 19px; FLOAT: right; BORDER-LEFT: #7dd1e1 1px solid; = WIDTH: 728px } #content #main_col_double:unknown { CLEAR: both; DISPLAY: block; VISIBILITY: hidden; HEIGHT: 0px; content: = "." } #content #mid_col { FLOAT: left; MARGIN: 20px 20px 0px 0px; WIDTH: 473px } #content #right_col { FLOAT: left; MARGIN: 20px 0px 0px; WIDTH: 235px } #left_col .left_col_box { MARGIN-BOTTOM: 20px; PADDING-BOTTOM: 5px; WIDTH: 160px; BORDER-BOTTOM: = #455560 4px solid } #left_col .none { PADDING-BOTTOM: 0px } #left_col .google_ad_left { MARGIN-TOP: 10px; WIDTH: 160px } #left_col .advertisers { HEIGHT: 132px! important } #left_col2 .left_col_box { MARGIN-BOTTOM: 20px; PADDING-BOTTOM: 5px; WIDTH: 160px; BORDER-BOTTOM: = #455560 4px solid } #left_col2 .none { PADDING-BOTTOM: 0px } #left_col2 .google_ad_left { MARGIN-TOP: 10px; WIDTH: 160px } #left_col2 .advertisers { HEIGHT: 132px! important } #calls_to_action { MARGIN-TOP: 20px } .call_to_action_box { PADDING-RIGHT: 20px; PADDING-LEFT: 20px; BACKGROUND: = url(../images/home/bg_call_to_action_box.gif) #455560 no-repeat 50% = bottom; FLOAT: left; PADDING-BOTTOM: 45px; MARGIN-LEFT: 20px; WIDTH: = 189px; PADDING-TOP: 20px } .none { MARGIN-LEFT: 0px } .homepage_box { FLOAT: left; MARGIN-BOTTOM: 20px; PADDING-BOTTOM: 20px; WIDTH: 728px; = BORDER-BOTTOM: #455560 4px solid } .top_story_box { BORDER-RIGHT: #7dd1e1 1px solid; PADDING-RIGHT: 10px; FLOAT: left; = MARGIN: 20px 9px 0px 0px; WIDTH: 354px } .top_story_box_right { FLOAT: left; MARGIN: 20px 0px 0px; WIDTH: 354px } #from_editor_box { PADDING-RIGHT: 10px; FLOAT: left; MARGIN: 0px 10px 0px 0px; WIDTH: = 354px } #from_editor_head { PADDING-RIGHT: 0px; BORDER-TOP: #455560 1px solid; PADDING-LEFT: 0px; = FLOAT: left; PADDING-BOTTOM: 10px; MARGIN: 5px 0px; WIDTH: 344px; = PADDING-TOP: 10px; BORDER-BOTTOM: #455560 1px solid } #newsletter_signup_box { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; BACKGROUND: = url(../images/home/bg_newsletter_signup_box.gif) no-repeat 50% bottom; = FLOAT: left; PADDING-BOTTOM: 7px; WIDTH: 354px; PADDING-TOP: 0px } #registration_box { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; FLOAT: left; PADDING-BOTTOM: = 7px; WIDTH: 354px; PADDING-TOP: 0px } #newsletter_signup_form { PADDING-RIGHT: 20px; MARGIN-TOP: 5px; PADDING-LEFT: 20px; = PADDING-BOTTOM: 20px; COLOR: #fff; PADDING-TOP: 20px; BACKGROUND-COLOR: = #455560 } #homepage_search_box { CLEAR: both; PADDING-RIGHT: 20px; PADDING-LEFT: 20px; BACKGROUND: = url(../images/home/bg_homepage_search_box.gif) #def3f7 no-repeat 50% = bottom; FLOAT: left; PADDING-BOTTOM: 27px; MARGIN: 20px 0px; WIDTH: = 688px; PADDING-TOP: 20px } #homepage_search_form { PADDING-RIGHT: 10px; PADDING-LEFT: 0px; FLOAT: left; PADDING-BOTTOM: = 0px; WIDTH: 334px; PADDING-TOP: 0px } #homepage_search_terms { PADDING-RIGHT: 0px; PADDING-LEFT: 9px; FLOAT: left; PADDING-BOTTOM: = 0px; BORDER-LEFT: #7dd1e1 1px solid; WIDTH: 325px; PADDING-TOP: 0px } #google_ads { MARGIN-TOP: 20px } .google_ad { PADDING-RIGHT: 20px; MARGIN-TOP: 15px; FLOAT: left; WIDTH: 162px } .page_box { FLOAT: left; MARGIN-BOTTOM: 20px; PADDING-BOTTOM: 20px; WIDTH: 473px; = BORDER-BOTTOM: #455560 4px solid } .cat_page_box { FLOAT: left; MARGIN-BOTTOM: 20px; PADDING-BOTTOM: 20px; WIDTH: 473px; = BORDER-BOTTOM: #455560 4px solid } .cat_page_box P { MARGIN-TOP: 10px } #article_more_links { MARGIN-TOP: 10px; FLOAT: left; PADDING-BOTTOM: 5px; WIDTH: 473px; = BORDER-BOTTOM: #455560 1px solid } #article_more_links #story { FONT-SIZE: 1.2em; FLOAT: left; WIDTH: 150px } #article_more_links #buttons { FLOAT: left; WIDTH: 323px; TEXT-ALIGN: right } #article_editor { FONT-SIZE: 1.2em; FLOAT: left; PADDING-BOTTOM: 5px; MARGIN: 5px 0px = 10px; WIDTH: 473px; COLOR: #999; BORDER-BOTTOM: #455560 1px solid } #article_utils_bar { CLEAR: both; PADDING-RIGHT: 10px; PADDING-LEFT: 10px; FONT-SIZE: 1.2em; = BACKGROUND: url(../images/articles/bg_box_bot_shadow.gif) #def3f7 = no-repeat 50% bottom; FLOAT: left; PADDING-BOTTOM: 17px; MARGIN: 10px = 0px 0px; WIDTH: 453px; PADDING-TOP: 10px } #article_utils_bar .utility { FLOAT: left; MARGIN: 0px 10px 0px 0px } #utils_action { CLEAR: both; PADDING-RIGHT: 0px; MARGIN-TOP: 10px; PADDING-LEFT: 0px; = BACKGROUND: #eff9fb; FLOAT: left; PADDING-BOTTOM: 0px; WIDTH: 453px; = PADDING-TOP: 0px } .utils_slider { PADDING-RIGHT: 20px; PADDING-LEFT: 20px; PADDING-BOTTOM: 20px; = PADDING-TOP: 20px } #article_search_box { CLEAR: both; PADDING-RIGHT: 20px; PADDING-LEFT: 20px; BACKGROUND: = url(../images/articles/bg_box_bot_shadow.gif) #def3f7 no-repeat 50% = bottom; FLOAT: left; PADDING-BOTTOM: 27px; MARGIN: 15px 0px; WIDTH: = 433px; PADDING-TOP: 20px } #company_info { BORDER-RIGHT: #f2f2f2 1px solid; PADDING-RIGHT: 20px; BORDER-TOP: = #f2f2f2 1px solid; PADDING-LEFT: 20px; FLOAT: left; PADDING-BOTTOM: = 20px; BORDER-LEFT: #f2f2f2 1px solid; PADDING-TOP: 20px; BORDER-BOTTOM: = #f2f2f2 1px solid } #company_utils_bar { CLEAR: both; PADDING-RIGHT: 10px; PADDING-LEFT: 10px; FONT-SIZE: 1.2em; = BACKGROUND: url(../images/company/bg_company_utils.gif) #def3f7 = no-repeat 50% bottom; FLOAT: left; PADDING-BOTTOM: 12px; MARGIN: 0px; = WIDTH: 413px; PADDING-TOP: 5px } #company_utils_bar .utility { FLOAT: left; MARGIN: 0px 10px 0px 0px } #news_form_box { CLEAR: both; PADDING-RIGHT: 20px; PADDING-LEFT: 20px; FONT-SIZE: 1.2em; = BACKGROUND: url(../images/articles/bg_box_bot_shadow.gif) #def3f7 = no-repeat 50% bottom; FLOAT: left; PADDING-BOTTOM: 27px; MARGIN: 20px = 0px 13px; WIDTH: 433px; PADDING-TOP: 20px } #right_col .header { PADDING-RIGHT: 18px; PADDING-LEFT: 18px; MIN-HEIGHT: 32px; BACKGROUND: = url(../images/global/bg_right_col_head.gif) #71bccb repeat-x 0px 0px; = FLOAT: left; PADDING-BOTTOM: 5px; MARGIN: 0px 0px 20px; PADDING-TOP: = 13px } #right_col .text_bg_light { PADDING-RIGHT: 18px; PADDING-LEFT: 18px; BACKGROUND: #def3f7; = PADDING-BOTTOM: 13px; PADDING-TOP: 13px } #right_col .text_box_light { PADDING-RIGHT: 18px; PADDING-LEFT: 18px; BACKGROUND: = url(../images/global/bg_right_col_box_shadow.gif) #def3f7 no-repeat 50% = bottom; MARGIN-BOTTOM: 20px; PADDING-BOTTOM: 30px; PADDING-TOP: 13px } #right_col .text_bg_dark { PADDING-RIGHT: 18px; PADDING-LEFT: 18px; BACKGROUND: #455560; = PADDING-BOTTOM: 13px; PADDING-TOP: 13px } #right_col .text_box_dark { PADDING-RIGHT: 18px; PADDING-LEFT: 18px; BACKGROUND: = url(../images/global/bg_right_col_box_shadow.gif) #455560 no-repeat 50% = bottom; MARGIN-BOTTOM: 20px; PADDING-BOTTOM: 30px; PADDING-TOP: 13px } #right_col .text_box_registered { PADDING-RIGHT: 18px; PADDING-LEFT: 18px; BACKGROUND: = url(../images/global/bg_right_col_box_shadow.gif) #f2f2f2 no-repeat 50% = bottom; MARGIN-BOTTOM: 20px; PADDING-BOTTOM: 30px; PADDING-TOP: 13px } #right_col .call_to_action_box { PADDING-RIGHT: 20px; PADDING-LEFT: 20px; BACKGROUND: = url(../images/global/bg_call_to_action_box_right.gif) #455560 no-repeat = 50% bottom; FLOAT: left; PADDING-BOTTOM: 45px; WIDTH: 195px; = PADDING-TOP: 20px } #right_col .call_to_action_media { PADDING-RIGHT: 20px; PADDING-LEFT: 20px; MIN-HEIGHT: 78px; BACKGROUND: = url(../images/global/bg_call_to_action_media.gif) #f8bd1f repeat-x right = bottom; FLOAT: left; PADDING-BOTTOM: 16px; WIDTH: 195px; PADDING-TOP: = 20px } #right_col .call_to_action_media_bot { CLEAR: both; BACKGROUND: = url(../images/global/bg_call_to_action_media_bot.gif) no-repeat 50% = bottom; MARGIN-BOTTOM: 20px; HEIGHT: 30px } #footer { CLEAR: both; PADDING-RIGHT: 20px; PADDING-LEFT: 20px; BACKGROUND: = url(../images/furniture/bg_footer.gif) repeat-x 50% top; PADDING-BOTTOM: = 0px; WIDTH: 928px; COLOR: #666; PADDING-TOP: 15px } #content #left_right_double_col { FLOAT: left; WIDTH: 673px; MARGIN-RIGHT: 20px } #content #right_col_ad { FLOAT: left; MARGIN: 0px; WIDTH: 235px } .ad_promo_box { CLEAR: both; PADDING-RIGHT: 20px; PADDING-LEFT: 20px; BACKGROUND: = url(../images/advertising/bg_box_bot_shadow.gif) #def3f7 no-repeat 50% = bottom; FLOAT: left; PADDING-BOTTOM: 27px; MARGIN: 15px 0px; WIDTH: = 633px; PADDING-TOP: 20px } .ad_promo_box .ad_promo { BORDER-RIGHT: #7dd1e1 1px solid; PADDING-RIGHT: 10px; PADDING-LEFT: = 0px; MIN-HEIGHT: 90px; FLOAT: left; PADDING-BOTTOM: 0px; MARGIN: 0px = 10px 0px 0px; WIDTH: 198px; PADDING-TOP: 0px } .ad_promo_box .ad_promo_last { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; FLOAT: left; PADDING-BOTTOM: = 0px; MARGIN: 0px; WIDTH: 195px; PADDING-TOP: 0px } .ad_promo_box .ad_example { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; PADDING-BOTTOM: 10px; MARGIN: = 0px 0px 10px; WIDTH: 633px; PADDING-TOP: 0px; BORDER-BOTTOM: #7dd1e1 1px = dotted } .ad_promo_box .ad_example_bot { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; PADDING-BOTTOM: 0px; MARGIN: = 0px; WIDTH: 633px; PADDING-TOP: 0px } .ad_promo_box .ad_example:unknown { CLEAR: both; DISPLAY: block; VISIBILITY: hidden; HEIGHT: 0px; content: = "." } #right_col_ad .header { PADDING-RIGHT: 18px; PADDING-LEFT: 18px; MIN-HEIGHT: 50px; BACKGROUND: = url(../images/global/bg_right_col_head.gif) repeat-x 0px 0px; FLOAT: = left; PADDING-BOTTOM: 0px; PADDING-TOP: 13px } #right_col_ad .text_box_light { PADDING-RIGHT: 18px; PADDING-LEFT: 18px; BACKGROUND: = url(../images/global/bg_right_col_box_shadow.gif) #def3f7 no-repeat 50% = bottom; MARGIN-BOTTOM: 20px; PADDING-BOTTOM: 30px; PADDING-TOP: 13px } #right_col_ad .call_to_action_media { PADDING-RIGHT: 20px; PADDING-LEFT: 20px; MIN-HEIGHT: 78px; BACKGROUND: = url(../images/global/bg_call_to_action_media.gif) #f8bd1f repeat-x right = bottom; FLOAT: left; PADDING-BOTTOM: 16px; WIDTH: 195px; PADDING-TOP: = 20px } #right_col_ad .call_to_action_media_bot { CLEAR: both; BACKGROUND: = url(../images/global/bg_call_to_action_media_bot.gif) no-repeat 50% = bottom; MARGIN-BOTTOM: 20px; HEIGHT: 30px } ------=_NextPart_000_01A7_01C974A1.FB27B550 Content-Type: text/css; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.processingtalk.com/style/css/formatting.css @import url( global.css ); @import url( layout.css ); P { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; FONT-WEIGHT: normal; FONT-SIZE: = 1.2em; PADDING-BOTTOM: 0px; MARGIN: 0px; LINE-HEIGHT: 1.4em; = PADDING-TOP: 0px } P.light { COLOR: #999 } P.font { FONT-FAMILY: "Palatino Linotype", "Book Antiqua", Palatino, FreeSerif, = serif } P.view_full { FONT-SIZE: 1.4em; FONT-FAMILY: "Palatino Linotype", "Book Antiqua", = Palatino, FreeSerif, serif } P.large_pal { FONT-SIZE: 1.4em; FONT-FAMILY: "Palatino Linotype", "Book Antiqua", = Palatino, FreeSerif, serif } P.large { FONT-SIZE: 1.4em } P.back_top { MARGIN-TOP: 20px } P.pad_top { MARGIN-TOP: 40px } P.pad_bot { MARGIN-BOTTOM: 20px } P A:link { FONT-WEIGHT: bold; COLOR: #3daac6; TEXT-DECORATION: none } P A:visited { FONT-WEIGHT: bold; COLOR: #3daac6; TEXT-DECORATION: none } H2 A:link { FONT-WEIGHT: bold; COLOR: #3daac6; TEXT-DECORATION: none } H2 A:visited { FONT-WEIGHT: bold; COLOR: #3daac6; TEXT-DECORATION: none } H3 A:link { FONT-WEIGHT: bold; COLOR: #3daac6; TEXT-DECORATION: none } H3 A:visited { FONT-WEIGHT: bold; COLOR: #3daac6; TEXT-DECORATION: none } LI A:link { FONT-WEIGHT: bold; COLOR: #3daac6; TEXT-DECORATION: none } LI A:visited { FONT-WEIGHT: bold; COLOR: #3daac6; TEXT-DECORATION: none } OL A:link { FONT-WEIGHT: bold; COLOR: #3daac6; TEXT-DECORATION: none } OL A:visited { FONT-WEIGHT: bold; COLOR: #3daac6; TEXT-DECORATION: none } P A:hover { FONT-WEIGHT: bold; COLOR: #333; TEXT-DECORATION: underline } P A:active { FONT-WEIGHT: bold; COLOR: #333; TEXT-DECORATION: underline } H2 A:hover { FONT-WEIGHT: bold; COLOR: #333; TEXT-DECORATION: underline } H2 A:active { FONT-WEIGHT: bold; COLOR: #333; TEXT-DECORATION: underline } H3 A:hover { FONT-WEIGHT: bold; COLOR: #333; TEXT-DECORATION: underline } H3 A:active { FONT-WEIGHT: bold; COLOR: #333; TEXT-DECORATION: underline } UL A:hover { FONT-WEIGHT: bold; COLOR: #333; TEXT-DECORATION: underline } UL A:active { FONT-WEIGHT: bold; COLOR: #333; TEXT-DECORATION: underline } OL A:hover { FONT-WEIGHT: bold; COLOR: #333; TEXT-DECORATION: underline } OL A:active { FONT-WEIGHT: bold; COLOR: #333; TEXT-DECORATION: underline } EM { FONT-STYLE: italic } BLOCKQUOTE { FONT-SIZE: 1.8em; BACKGROUND: = url(../images/articles/blockquote_bot.gif) no-repeat 100% 100%; WIDTH: = 468px; COLOR: #3daac6; FONT-FAMILY: "Palatino Linotype", "Book Antiqua", = Palatino, FreeSerif, serif } .blockquote { PADDING-RIGHT: 50px; PADDING-LEFT: 50px; BACKGROUND: = url(../images/articles/blockquote_top.gif) no-repeat 0px 0px; = PADDING-BOTTOM: 0px; PADDING-TOP: 0px } H1 { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; FONT-SIZE: 3em; PADDING-BOTTOM: = 0px; MARGIN: 0px; LINE-HEIGHT: 1.2em; PADDING-TOP: 0px; FONT-FAMILY: = "Palatino Linotype", "Book Antiqua", Palatino, FreeSerif, serif } H2 { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; FONT-WEIGHT: normal; FONT-SIZE: = 2.4em; PADDING-BOTTOM: 0px; MARGIN: 0px; LINE-HEIGHT: 1.2em; = PADDING-TOP: 0px; FONT-FAMILY: "Palatino Linotype", "Book Antiqua", = Palatino, FreeSerif, serif } H3 { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; FONT-WEIGHT: normal; FONT-SIZE: = 1.8em; PADDING-BOTTOM: 0px; MARGIN: 0px; LINE-HEIGHT: 1em; PADDING-TOP: = 0px; FONT-FAMILY: "Palatino Linotype", "Book Antiqua", Palatino, = FreeSerif, serif } H3.marg_top { MARGIN-TOP: 20px } H4 { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; FONT-WEIGHT: normal; FONT-SIZE: = 1.8em; PADDING-BOTTOM: 0px; MARGIN: 0px; PADDING-TOP: 0px; FONT-FAMILY: = "Palatino Linotype", "Book Antiqua", Palatino, FreeSerif, serif } H4.marg_top { MARGIN-TOP: 20px } H5 { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; FONT-SIZE: 1.8em; = PADDING-BOTTOM: 0px; MARGIN: 0px; PADDING-TOP: 0px; FONT-FAMILY: = "Palatino Linotype", "Book Antiqua", Palatino, FreeSerif, serif } H6 { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; FONT-SIZE: 1.4em; = PADDING-BOTTOM: 0px; MARGIN: 0px; PADDING-TOP: 0px; FONT-FAMILY: = "Palatino Linotype", "Book Antiqua", Palatino, FreeSerif, serif } H6 A { FONT-WEIGHT: bold; COLOR: #3daac6; TEXT-DECORATION: none } H6 A:hover { FONT-WEIGHT: bold; COLOR: #333; TEXT-DECORATION: underline } H6.icon { PADDING-LEFT: 15px; FONT-SIZE: 1.4em; BACKGROUND: = url(../images/global/pro_talk_logo.gif) no-repeat 0px 2px; MARGIN: 0px; = FONT-FAMILY: "Palatino Linotype", "Book Antiqua", Palatino, FreeSerif, = serif } UL { LIST-STYLE-TYPE: none } OL { LIST-STYLE-TYPE: decimal } STRONG { FONT-WEIGHT: bold } #mid_col HR { BORDER-RIGHT: #7dd1e1 1px; PADDING-RIGHT: 0px; BORDER-TOP: #7dd1e1 1px; = PADDING-LEFT: 0px; PADDING-BOTTOM: 0px; MARGIN: 7px 0px; BORDER-LEFT: = #7dd1e1 1px; COLOR: #fff; PADDING-TOP: 0px; BORDER-BOTTOM: #7dd1e1 1px = dotted; BACKGROUND-COLOR: #fff } .highlight { COLOR: #3daac6 } .right { PADDING-LEFT: 5px; VERTICAL-ALIGN: middle } .left { PADDING-RIGHT: 5px; VERTICAL-ALIGN: middle } #logo H1 A { PADDING-RIGHT: 0px; DISPLAY: block; PADDING-LEFT: 0px; BACKGROUND: = url(../images/furniture/processing_talk.gif) no-repeat; PADDING-BOTTOM: = 0px; MARGIN: 0px; WIDTH: 303px; TEXT-INDENT: -9999px; PADDING-TOP: 0px; = HEIGHT: 48px } #logo P { FONT-WEIGHT: bold; MARGIN: 5px 0px 0px 50px; COLOR: #fff } #header #meta LABEL { FONT-SIZE: 1.2em } #header #meta .input { MARGIN: 3px 0px 8px; WIDTH: 100% } #breadcrumb UL LI { PADDING-RIGHT: 15px; DISPLAY: inline; PADDING-LEFT: 15px; FLOAT: left; = PADDING-BOTTOM: 4px; PADDING-TOP: 5px } #breadcrumb UL LI A { FONT-WEIGHT: bold; FONT-SIZE: 1.2em; COLOR: #fff; MARGIN-RIGHT: 10px; = TEXT-DECORATION: none } #breadcrumb UL LI A:hover { TEXT-DECORATION: underline } #breadcrumb LI#one { Z-INDEX: 3; BACKGROUND: url(../images/global/bg_breadcrumb_one.png) = no-repeat right top; POSITION: relative } #breadcrumb LI#two { Z-INDEX: 2; BACKGROUND: url(../images/global/bg_breadcrumb_two.png) = no-repeat right top; MARGIN-LEFT: -15px; POSITION: relative } #breadcrumb LI#three { Z-INDEX: 1; BACKGROUND: url(../images/global/bg_breadcrumb_three.png) = no-repeat right top; MARGIN-LEFT: -15px; POSITION: relative } #breadcrumb LI#four { BACKGROUND: url(../images/global/bg_breadcrumb_four.png) no-repeat = right top; MARGIN-LEFT: -15px; POSITION: relative } #breadcrumb LI#two A { MARGIN-LEFT: 15px } #breadcrumb LI#three A { MARGIN-LEFT: 15px } #breadcrumb LI#four A { MARGIN-LEFT: 15px } #navigation UL { PADDING-RIGHT: 20px; PADDING-LEFT: 0px; FONT-SIZE: 1.4em; = PADDING-BOTTOM: 6px; MARGIN: 0px; PADDING-TOP: 28px; FONT-FAMILY: = "Palatino Linotype", "Book Antiqua", Palatino, FreeSerif, serif; = TEXT-ALIGN: right } #navigation UL LI { PADDING-RIGHT: 8px; DISPLAY: inline; PADDING-LEFT: 0px; BACKGROUND: = url(../images/global/div_navigation_top.gif) no-repeat 100% 50%; = PADDING-BOTTOM: 0px; MARGIN: 0px 0px 0px 8px; PADDING-TOP: 0px } #navigation UL LI A:hover { TEXT-DECORATION: underline } #navigation UL LI.none { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; BACKGROUND: none transparent = scroll repeat 0% 0%; PADDING-BOTTOM: 0px; MARGIN: 0px 0px 0px 8px; = PADDING-TOP: 0px } #navigation LI A:link { COLOR: #7dd1e1; BORDER-TOP-STYLE: none; BORDER-RIGHT-STYLE: none; = BORDER-LEFT-STYLE: none; TEXT-DECORATION: none; BORDER-BOTTOM-STYLE: = none } #navigation LI A:visited { COLOR: #7dd1e1; BORDER-TOP-STYLE: none; BORDER-RIGHT-STYLE: none; = BORDER-LEFT-STYLE: none; TEXT-DECORATION: none; BORDER-BOTTOM-STYLE: = none } #left_col H4 { MARGIN-BOTTOM: 10px } #left_col UL#articles LI { PADDING-RIGHT: 2px; BORDER-TOP: #455560 1px solid; PADDING-LEFT: 2px; = FONT-SIZE: 1.2em; PADDING-BOTTOM: 5px; PADDING-TOP: 5px } #left_col UL#articles LI.active { PADDING-RIGHT: 2px; BORDER-TOP: #455560 1px solid; PADDING-LEFT: 2px; = FONT-SIZE: 1.2em; BACKGROUND: #ecf8fb; PADDING-BOTTOM: 5px; PADDING-TOP: = 5px } #left_col UL#articles LI.none { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; PADDING-BOTTOM: 5px; = BORDER-TOP-STYLE: none; PADDING-TOP: 0px; BORDER-RIGHT-STYLE: none; = BORDER-LEFT-STYLE: none; BORDER-BOTTOM-STYLE: none } #left_col UL.company_search { MARGIN-BOTTOM: 3px } #left_col UL.company_search LI { PADDING-RIGHT: 0px; DISPLAY: inline; PADDING-LEFT: 0px; FONT-SIZE: = 1.2em; PADDING-BOTTOM: 0px; PADDING-TOP: 0px } #left_col #logo_advertiser { PADDING-BOTTOM: 20px } #left_col2 H4 { MARGIN-BOTTOM: 10px } #left_col2 UL#articles LI { PADDING-RIGHT: 2px; BORDER-TOP: #455560 1px solid; PADDING-LEFT: 2px; = FONT-SIZE: 1.2em; PADDING-BOTTOM: 5px; PADDING-TOP: 5px } #left_col2 UL#articles LI.active { PADDING-RIGHT: 2px; BORDER-TOP: #455560 1px solid; PADDING-LEFT: 2px; = FONT-SIZE: 1.2em; BACKGROUND: #ecf8fb; PADDING-BOTTOM: 5px; PADDING-TOP: = 5px } #left_col2 UL#articles LI.none { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; PADDING-BOTTOM: 5px; = BORDER-TOP-STYLE: none; PADDING-TOP: 0px; BORDER-RIGHT-STYLE: none; = BORDER-LEFT-STYLE: none; BORDER-BOTTOM-STYLE: none } #left_col2 UL.company_search { MARGIN-BOTTOM: 3px } #left_col2 UL.company_search LI { PADDING-RIGHT: 0px; DISPLAY: inline; PADDING-LEFT: 0px; FONT-SIZE: = 1.2em; PADDING-BOTTOM: 0px; PADDING-TOP: 0px } #left_col2 #logo_advertiser { PADDING-BOTTOM: 20px } .call_to_action_box .header { MARGIN-BOTTOM: 5px } .call_to_action_box P.link A { FONT-SIZE: 1.2em; COLOR: #7dd1e1; FONT-FAMILY: "Palatino Linotype", = "Book Antiqua", Palatino, FreeSerif, serif } #article_filter UL { MARGIN-TOP: 15px; FONT-SIZE: 1.2em; PADDING-BOTTOM: 29px; = BORDER-BOTTOM: #000023 1px solid; LIST-STYLE-TYPE: none } #article_filter UL LI { BORDER-RIGHT: #455560 1px solid; BORDER-TOP: #455560 1px solid; = MIN-HEIGHT: 28px; BACKGROUND: #7dd1e1; FLOAT: left; MARGIN: 0px 2px 0px = 0px; BORDER-LEFT: #455560 1px solid; BORDER-BOTTOM: #455560 1px solid } #article_filter UL LI A { COLOR: #fff } #article_filter UL LI#right { MIN-HEIGHT: 28px; BACKGROUND: none transparent scroll repeat 0% 0%; = FLOAT: right; MARGIN: 0px 2px 0px 0px; COLOR: #7dd1e1; BORDER-TOP-STYLE: = none; BORDER-RIGHT-STYLE: none; BORDER-LEFT-STYLE: none; = BORDER-BOTTOM-STYLE: none } #article_filter UL LI#right A { COLOR: #3daac6 } #article_filter UL LI#right A:hover { COLOR: #333 } #article_filter LI.active { BORDER-RIGHT: #455560 1px solid; BORDER-TOP: #455560 1px solid; = BACKGROUND: #fff; BORDER-LEFT: #455560 1px solid; BORDER-BOTTOM: #fff = 1px solid } #article_filter LI.active A { COLOR: #3daac6 } #article_filter A { PADDING-RIGHT: 9px; DISPLAY: block; PADDING-LEFT: 9px; FLOAT: left; = PADDING-BOTTOM: 5px; PADDING-TOP: 5px } #article_filter A#no_pad { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; PADDING-BOTTOM: 5px; = PADDING-TOP: 5px } .article_list { FONT-SIZE: 1.2em; FLOAT: left; MARGIN: 20px 20px 0px 0px; WIDTH: 353px } .article_list_right { FONT-SIZE: 1.2em; FLOAT: left; MARGIN: 20px 0px 0px; WIDTH: 353px } .article_list_full { FONT-SIZE: 1.2em; FLOAT: left; MARGIN: 20px 0px 0px; WIDTH: 473px } .article_list LI { PADDING-RIGHT: 0px; PADDING-LEFT: 15px; BACKGROUND: = url(../images/global/bul_article_list.gif) no-repeat 0px 50%; = PADDING-BOTTOM: 3px; PADDING-TOP: 3px; BORDER-BOTTOM: #3daac6 1px dotted } .article_list_right LI { PADDING-RIGHT: 0px; PADDING-LEFT: 15px; BACKGROUND: = url(../images/global/bul_article_list.gif) no-repeat 0px 50%; = PADDING-BOTTOM: 3px; PADDING-TOP: 3px; BORDER-BOTTOM: #3daac6 1px dotted } .article_list_full LI { PADDING-RIGHT: 0px; PADDING-LEFT: 15px; BACKGROUND: = url(../images/global/bul_article_list.gif) no-repeat 0px 50%; = PADDING-BOTTOM: 3px; PADDING-TOP: 3px; BORDER-BOTTOM: #3daac6 1px dotted } .article_list LI A:hover { COLOR: #333; TEXT-DECORATION: none } .article_list_right LI A:hover { COLOR: #333; TEXT-DECORATION: none } .article_list_full LI A:hover { COLOR: #333; TEXT-DECORATION: none } .top_story_box_head { MIN-HEIGHT: 80px } .top_story_box IMG { FLOAT: right; MARGIN: 0px 0px 10px 10px } .top_story_box_right IMG { FLOAT: right; MARGIN: 0px 0px 10px 10px } .top_story_box .link { MARGIN-TOP: 10px; COLOR: #3daac6; FONT-FAMILY: "Palatino Linotype", = "Book Antiqua", Palatino, FreeSerif, serif } .top_story_box_right .link { MARGIN-TOP: 10px; COLOR: #3daac6; FONT-FAMILY: "Palatino Linotype", = "Book Antiqua", Palatino, FreeSerif, serif } #from_editor_head IMG { FLOAT: right } #from_editor_title { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; FONT-SIZE: 1.8em; = PADDING-BOTTOM: 0px; MARGIN: 0px; PADDING-TOP: 0px; FONT-FAMILY: = "Palatino Linotype", "Book Antiqua", Palatino, FreeSerif, serif } #from_editor_head .link { MARGIN-TOP: 42px } #newsletter_signup_form FORM { MARGIN: 10px 0px } #newsletter_signup_form LABEL { FONT-SIZE: 1.2em } #newsletter_signup_form .input { MARGIN: 3px 0px 8px; WIDTH: 100% } #newsletter_signup_form P.link A { FONT-SIZE: 1.2em; COLOR: #7dd1e1; FONT-FAMILY: "Palatino Linotype", = "Book Antiqua", Palatino, FreeSerif, serif } #homepage_search_box .link A { COLOR: #3daac6; TEXT-DECORATION: none } #homepage_search_box .link A:hover { TEXT-DECORATION: underline } #homepage_search_form .title { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; FONT-WEIGHT: normal; FONT-SIZE: = 1.8em; FLOAT: left; PADDING-BOTTOM: 0px; MARGIN: 0px; WIDTH: 234px; = PADDING-TOP: 0px; FONT-FAMILY: "Palatino Linotype", "Book Antiqua", = Palatino, FreeSerif, serif } #homepage_search_form .link { MARGIN-TOP: 4px; FONT-SIZE: 1.2em; FLOAT: left; WIDTH: 100px; = TEXT-ALIGN: right } #homepage_search_form FORM { CLEAR: both; PADDING-TOP: 10px } #homepage_search_form .input { MARGIN: 3px 0px 8px; WIDTH: 99% } #homepage_search_form .button { DISPLAY: block; MARGIN: 8px 0px 0px } #homepage_search_terms .title { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; FONT-WEIGHT: normal; FONT-SIZE: = 1.8em; FLOAT: left; PADDING-BOTTOM: 0px; MARGIN: 0px; WIDTH: 235px; = PADDING-TOP: 0px; FONT-FAMILY: "Palatino Linotype", "Book Antiqua", = Palatino, FreeSerif, serif } #homepage_search_terms .link { MARGIN-TOP: 4px; FONT-SIZE: 1.2em; FLOAT: left; WIDTH: 90px; = TEXT-ALIGN: right } #homepage_search_terms UL { CLEAR: both; PADDING-TOP: 10px } #homepage_search_terms UL LI { PADDING-RIGHT: 5px; DISPLAY: inline; PADDING-LEFT: 0px; FONT-SIZE: = 1.2em; BACKGROUND: url(../images/global/div_homepage_search_terms.gif) = no-repeat 100% 50%; PADDING-BOTTOM: 0px; MARGIN: 0px 3px 0px 0px; = PADDING-TOP: 0px } #homepage_search_terms UL LI.none { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; BACKGROUND: none transparent = scroll repeat 0% 0%; PADDING-BOTTOM: 0px; MARGIN: 0px; PADDING-TOP: 0px } .article P { MARGIN-TOP: 10px } #article_more_links #story A { FONT-WEIGHT: bold; COLOR: #3daac6; TEXT-DECORATION: none } #article_more_links #story A:hover { FONT-WEIGHT: bold; COLOR: #333; TEXT-DECORATION: underline } .article_ad { MARGIN-TOP: 10px } .article_image { BACKGROUND: #def3f7; FLOAT: left; MARGIN: 10px 0px; WIDTH: 473px } .article_image IMG { FLOAT: left; MARGIN-RIGHT: 10px } .article_image P { FONT-SIZE: 1.4em; FONT-FAMILY: "Palatino Linotype", "Book Antiqua", = Palatino, FreeSerif, serif } P.view_full { FONT-SIZE: 1.4em; FONT-FAMILY: "Palatino Linotype", "Book Antiqua", = Palatino, FreeSerif, serif } #article_utils_bar IMG { MARGIN: 0px 5px 0px 0px; VERTICAL-ALIGN: top } #company_utils_bar IMG { MARGIN: 0px 5px 0px 0px; VERTICAL-ALIGN: top } #article_utils_bar .utility A { FONT-WEIGHT: bold; COLOR: #3daac6; TEXT-DECORATION: none } #company_utils_bar .utility A { FONT-WEIGHT: bold; COLOR: #3daac6; TEXT-DECORATION: none } #article_utils_bar .utility A:hover { FONT-WEIGHT: bold; COLOR: #333; TEXT-DECORATION: underline } #company_utils_bar .utility A:hover { FONT-WEIGHT: bold; COLOR: #333; TEXT-DECORATION: underline } #utils_action LEGEND { PADDING-BOTTOM: 20px } #utils_action LABEL { FLOAT: left; WIDTH: 194px } #utils_action .input { MARGIN-BOTTOM: 10px; WIDTH: 213px } #article_search_box FORM { CLEAR: both; PADDING-TOP: 10px } #article_search_box .input { MARGIN: 3px 0px 8px; WIDTH: 98% } #article_search_box .button { DISPLAY: block; MARGIN: 8px 0px 0px } #bottom_banner { MARGIN-TOP: 20px } UL.sub_cat_list { BORDER-RIGHT: #7dd1e1 1px solid; PADDING-RIGHT: 10px; MARGIN-TOP: 10px; = FLOAT: left; WIDTH: 226px } UL.sub_cat_list_right { MARGIN-TOP: 10px; PADDING-LEFT: 10px; FLOAT: left; WIDTH: 226px } UL.sub_cat_list LI { FONT-SIZE: 1.2em; PADDING-TOP: 10px } UL.sub_cat_list_right LI { FONT-SIZE: 1.2em; PADDING-TOP: 10px } UL.sub_cat_list LI A { FONT-SIZE: 1.2em; FONT-FAMILY: "Palatino Linotype", "Book Antiqua", = Palatino, FreeSerif, serif } UL.sub_cat_list_right LI A { FONT-SIZE: 1.2em; FONT-FAMILY: "Palatino Linotype", "Book Antiqua", = Palatino, FreeSerif, serif } UL.cat_supplier_az { MARGIN-TOP: 20px } UL.cat_supplier_az LI { PADDING-RIGHT: 0px; DISPLAY: inline; PADDING-LEFT: 0px; FONT-SIZE: = 1.2em; PADDING-BOTTOM: 0px; PADDING-TOP: 0px } UL.sub_cat_paging { MARGIN-BOTTOM: 20px } UL.sub_cat_paging LI { PADDING-RIGHT: 0px; DISPLAY: inline; PADDING-LEFT: 0px; FONT-SIZE: = 1.2em; PADDING-BOTTOM: 0px; PADDING-TOP: 0px } .news_release { PADDING-RIGHT: 0px; BORDER-TOP: #7dd1e1 1px dotted; PADDING-LEFT: 0px; = PADDING-BOTTOM: 5px; PADDING-TOP: 2px } .on { BACKGROUND: #f8fdfd } .news_release P { MARGIN-TOP: 2px } #paging_bot { BORDER-TOP: #7dd1e1 1px dotted; MARGIN-BOTTOM: -20px; PADDING-TOP: 20px } #company_info P { MARGIN-BOTTOM: 10px } #company_info .logo { FLOAT: right } #company_info_bot { CLEAR: both; BACKGROUND: url(../images/company/bg_company_info.gif) = no-repeat 50% bottom; HEIGHT: 7px } .latest_stories { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; PADDING-BOTTOM: 5px; = PADDING-TOP: 4px; BORDER-BOTTOM: #7dd1e1 1px dotted } DIV#news_month { MARGIN: 10px 0px } .top { PADDING-RIGHT: 0px; BACKGROUND-POSITION: 4px 50%; PADDING-LEFT: 15px; = FONT-WEIGHT: bold; FONT-SIZE: 1.8em; BACKGROUND-IMAGE: = url(../images/global/bul_news_list.gif); PADDING-BOTTOM: 2px; CURSOR: = pointer; COLOR: #3daac6; PADDING-TOP: 2px; BORDER-BOTTOM: #7dd1e1 1px = dotted; BACKGROUND-REPEAT: no-repeat; FONT-FAMILY: "Palatino Linotype", = "Book Antiqua", Palatino, FreeSerif, serif; BACKGROUND-COLOR: #e5f6f9; = TEXT-DECORATION: none } .mid { PADDING-RIGHT: 0px; BACKGROUND-POSITION: 15px 50%; PADDING-LEFT: 25px; = FONT-WEIGHT: bold; FONT-SIZE: 1.4em; BACKGROUND-IMAGE: = url(../images/global/bul_news_list.gif); PADDING-BOTTOM: 2px; CURSOR: = pointer; COLOR: #3daac6; PADDING-TOP: 2px; BORDER-BOTTOM: #7dd1e1 1px = dotted; BACKGROUND-REPEAT: no-repeat; FONT-FAMILY: "Palatino Linotype", = "Book Antiqua", Palatino, FreeSerif, serif; BACKGROUND-COLOR: #f2fafc; = TEXT-DECORATION: none } .bot { PADDING-RIGHT: 0px; PADDING-LEFT: 35px; FONT-SIZE: 1.2em; = PADDING-BOTTOM: 0px; PADDING-TOP: 10px } .bot_pad { PADDING-BOTTOM: 10px } .top_bord { BORDER-TOP: #7dd1e1 1px dotted } #news_form_box LABEL { PADDING-RIGHT: 5px; FLOAT: left; WIDTH: 195px } #news_form_box .input { MARGIN-BOTTOM: 10px; WIDTH: 225px } #news_form_box P { FONT-SIZE: 1em; MARGIN: 1px 0px 15px } DIV[id=3D'litrequest'] INPUT { MARGIN-TOP: 1px; MARGIN-BOTTOM: 1px; WIDTH: 225px } DIV[id=3D'litrequest'] LABEL.required { COLOR: #f00 } UL.supplier_list_az { MARGIN-TOP: 5px } UL.supplier_list_az LI { PADDING-RIGHT: 0px; DISPLAY: inline; PADDING-LEFT: 0px; FONT-SIZE: = 1.2em; PADDING-BOTTOM: 0px; PADDING-TOP: 0px } #letter_panel { PADDING-RIGHT: 0px; PADDING-LEFT: 10px; BACKGROUND: = url(../images/suppliers/bg_letter_panel.gif) #def3f7 no-repeat 50% = bottom; FLOAT: left; PADDING-BOTTOM: 0px; MARGIN: 20px 10px 0px 0px; = WIDTH: 52px; PADDING-TOP: 0px } #letter_panel H1 { FONT-SIZE: 4.8em; FONT-FAMILY: "Palatino Linotype", "Book Antiqua", = Palatino, FreeSerif, serif } UL.supplier_list { FONT-SIZE: 1.2em; FLOAT: left; MARGIN: 20px 0px 0px; WIDTH: 400px } UL.supplier_list LI { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; PADDING-BOTTOM: 2px; = PADDING-TOP: 2px; BORDER-BOTTOM: #3daac6 1px dotted } #mid_col P.link { MARGIN-TOP: 10px; FONT-SIZE: 1.4em; FONT-FAMILY: "Palatino Linotype", = "Book Antiqua", Palatino, FreeSerif, serif } UL.about_co_list { BORDER-RIGHT: #7dd1e1 1px solid; PADDING-RIGHT: 10px; FONT-SIZE: 1.2em; = FLOAT: left; MARGIN: 20px 0px; WIDTH: 226px } UL.about_co_list_right { PADDING-LEFT: 10px; FONT-SIZE: 1.2em; FLOAT: left; MARGIN: 20px 0px; = WIDTH: 226px } #right_col .header H4 { FONT-SIZE: 1.6em; FLOAT: left; WIDTH: 184px; COLOR: #fff } #right_col .header H5 { FONT-SIZE: 1.6em; FLOAT: left; WIDTH: 199px; COLOR: #fff } #right_col .header .text A { FONT-SIZE: 1.6em; COLOR: #fff; FONT-FAMILY: "Palatino Linotype", "Book = Antiqua", Palatino, FreeSerif, serif; TEXT-DECORATION: none } #right_col .header .text A:hover { TEXT-DECORATION: underline } #right_col .header .arrow { MARGIN-TOP: 5px; FLOAT: left; WIDTH: 15px } #right_col UL { CLEAR: both } #right_col UL LI { PADDING-RIGHT: 2px; PADDING-LEFT: 2px; FONT-SIZE: 1.2em; = PADDING-BOTTOM: 5px; PADDING-TOP: 5px; BORDER-BOTTOM: #455560 1px dotted } #right_col UL#jobs LI { PADDING-RIGHT: 2px; PADDING-LEFT: 2px; FONT-SIZE: 1.2em; = PADDING-BOTTOM: 5px; COLOR: #fff; PADDING-TOP: 5px; BORDER-BOTTOM: = #7dd1e1 1px dotted } #right_col UL#jobs LI A { FONT-SIZE: 1.2em; COLOR: #7dd1e1; FONT-FAMILY: "Palatino Linotype", = "Book Antiqua", Palatino, FreeSerif, serif } #right_col UL#stories LI { PADDING-RIGHT: 2px; PADDING-LEFT: 2px; FONT-SIZE: 1.2em; = PADDING-BOTTOM: 5px; COLOR: #fff; PADDING-TOP: 5px; BORDER-BOTTOM: = #7dd1e1 1px dotted } #right_col UL#stories LI A { COLOR: #7dd1e1 } #right_col UL#articles LI { PADDING-RIGHT: 2px; PADDING-LEFT: 2px; FONT-SIZE: 1.2em; = PADDING-BOTTOM: 5px; PADDING-TOP: 5px; BORDER-BOTTOM: #455560 1px dotted } #right_col UL#articles LI A { FONT-SIZE: 1.2em; FONT-FAMILY: "Palatino Linotype", "Book Antiqua", = Palatino, FreeSerif, serif } #right_col UL#articles LI A.link { FONT-SIZE: 1em; FONT-FAMILY: Helvetica, Arial, sans-serif } #right_col UL#articles LI IMG { MARGIN: 10px 0px } #right_col .text_bg_dark P { FONT-SIZE: 1.2em; MARGIN-BOTTOM: 3px; COLOR: #fff } #right_col .text_bg_dark A { COLOR: #7dd1e1 } #right_col .text_bg_dark FORM { CLEAR: both; WIDTH: 199px } #right_col .text_bg_dark HR { BORDER-RIGHT: #6193a1 1px; PADDING-RIGHT: 0px; BORDER-TOP: #6193a1 1px; = PADDING-LEFT: 0px; PADDING-BOTTOM: 0px; MARGIN: 3px 0px; BORDER-LEFT: = #6193a1 1px; COLOR: #455560; PADDING-TOP: 0px; BORDER-BOTTOM: #6193a1 = 1px dotted; BACKGROUND-COLOR: #455560 } #right_col .text_bg_dark LABEL { PADDING-RIGHT: 5px; FONT-SIZE: 1.2em; FLOAT: left; WIDTH: 73px; COLOR: = #fff } #right_col .text_bg_dark .input { BORDER-TOP-WIDTH: 0px; BORDER-LEFT-WIDTH: 0px; BACKGROUND: #def3f7; = BORDER-BOTTOM-WIDTH: 0px; WIDTH: 119px; BORDER-RIGHT-WIDTH: 0px } #right_col .text_box_dark P.link { MARGIN-TOP: 5px } #right_col .text_bg_dark P.link { MARGIN-TOP: 5px } #right_col .text_box_dark P.link A { FONT-SIZE: 1.2em; COLOR: #fff; FONT-FAMILY: "Palatino Linotype", "Book = Antiqua", Palatino, FreeSerif, serif; TEXT-DECORATION: underline } #right_col .text_bg_dark P.link A { FONT-SIZE: 1.2em; COLOR: #fff; FONT-FAMILY: "Palatino Linotype", "Book = Antiqua", Palatino, FreeSerif, serif; TEXT-DECORATION: underline } #right_col .call_to_action_box P.link A { FONT-SIZE: 1.2em; COLOR: #fff; FONT-FAMILY: "Palatino Linotype", "Book = Antiqua", Palatino, FreeSerif, serif; TEXT-DECORATION: underline } #right_col .text_box_dark .input { MARGIN: 20px 0px 6px; WIDTH: 98% } #right_col .text_box_registered HR { BORDER-TOP-WIDTH: 0px; BORDER-LEFT-WIDTH: 0px; BORDER-BOTTOM-WIDTH: = 0px; COLOR: #455560; HEIGHT: 4px; BACKGROUND-COLOR: #455560; = BORDER-RIGHT-WIDTH: 0px } #right_col .text_box_registered P { MARGIN-TOP: 10px } #right_col .text_box_registered P.none { MARGIN-TOP: 0px } #right_col .text_box_registered IMG { MARGIN-TOP: 5px } #right_col .call_to_action_box .title { MARGIN-BOTTOM: 3px } #right_col .call_to_action_media .title { MARGIN-BOTTOM: 3px } #right_col .call_to_action_box P { MARGIN-BOTTOM: 3px; COLOR: #fff } #right_col .call_to_action_media P { MARGIN-BOTTOM: 4px } #right_col .call_to_action_media P.link A { COLOR: #fff; FONT-FAMILY: "Palatino Linotype", "Book Antiqua", = Palatino, FreeSerif, serif } #footer UL LI { PADDING-RIGHT: 5px; DISPLAY: inline; PADDING-LEFT: 0px; FONT-SIZE: = 1.2em; BACKGROUND: url(../images/global/div_homepage_search_terms.gif) = no-repeat 100% 50%; PADDING-BOTTOM: 0px; MARGIN: 0px 3px 0px 0px; = PADDING-TOP: 0px } #footer UL LI.none { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; BACKGROUND: none transparent = scroll repeat 0% 0%; PADDING-BOTTOM: 0px; MARGIN: 0px; PADDING-TOP: 0px } #footer #copyright { MARGIN: 3px 0px 15px } #footer #other_sites { MARGIN: 0px 0px 3px } #bottom_shadow P { MARGIN: 5px 0px 0px; COLOR: #666 } #content #left_right_double_col H3 { MARGIN-TOP: 3px } #content #left_right_double_col P { MARGIN-BOTTOM: 10px } #content #left_right_double_col P.none { MARGIN-BOTTOM: 0px } #content #left_right_double_col .eg_image_main { BORDER-RIGHT: #455560 1px solid; PADDING-RIGHT: 10px; BORDER-TOP: = #455560 1px solid; PADDING-LEFT: 10px; FLOAT: left; PADDING-BOTTOM: = 10px; MARGIN: 20px 10px 0px 0px; BORDER-LEFT: #455560 1px solid; = PADDING-TOP: 10px; BORDER-BOTTOM: #455560 1px solid } #content #left_right_double_col P.pad_top_20 { MARGIN-TOP: 20px } #content #left_right_double_col UL.ad_text { MIN-HEIGHT: 90px; FLOAT: left; MARGIN-BOTTOM: 10px; WIDTH: 336px } #content #left_right_double_col UL.ad_text LI { PADDING-RIGHT: 5px; PADDING-LEFT: 12px; FONT-SIZE: 1.2em; BACKGROUND: = url(../images/advertising/bul_list_blu.gif) no-repeat 0px 50%; = PADDING-BOTTOM: 0px; MARGIN: 0px 3px 0px 0px; PADDING-TOP: 0px } #content #left_right_double_col UL.ad_text_dark { FLOAT: left; MARGIN-BOTTOM: 10px; WIDTH: 100% } #content #left_right_double_col UL.ad_text_dark LI { PADDING-RIGHT: 5px; PADDING-LEFT: 12px; FONT-SIZE: 1.2em; BACKGROUND: = url(../images/advertising/bul_list_blk.gif) no-repeat 0px 50%; = PADDING-BOTTOM: 0px; MARGIN: 0px 3px 0px 0px; PADDING-TOP: 0px } #content #left_right_double_col UL.ad_text_dark_sm LI { PADDING-RIGHT: 5px; PADDING-LEFT: 12px; FONT-SIZE: 1.2em; BACKGROUND: = url(../images/advertising/bul_list_blk.gif) no-repeat 0px 50%; = PADDING-BOTTOM: 0px; MARGIN: 0px 3px 0px 0px; PADDING-TOP: 0px } #content #left_right_double_col UL.ad_text_dark_sm { FLOAT: left; MARGIN-BOTTOM: 10px; WIDTH: 300px } .ad_promo_box .eg_image { BORDER-RIGHT: #455560 1px solid; BORDER-TOP: #455560 1px solid; FLOAT: = left; MARGIN: 0px 10px 0px 0px; BORDER-LEFT: #455560 1px solid; = BORDER-BOTTOM: #455560 1px solid } .ad_promo_box .ad_promo A { FONT-WEIGHT: bold; FONT-SIZE: 1.4em; COLOR: #3daac6; FONT-FAMILY: = "Palatino Linotype", "Book Antiqua", Palatino, FreeSerif, serif; = TEXT-DECORATION: none } .ad_promo_box .ad_promo_last A { FONT-WEIGHT: bold; FONT-SIZE: 1.4em; COLOR: #3daac6; FONT-FAMILY: = "Palatino Linotype", "Book Antiqua", Palatino, FreeSerif, serif; = TEXT-DECORATION: none } .ad_promo_box .ad_promo A:hover { COLOR: #333; TEXT-DECORATION: underline } .ad_promo_box .ad_promo_last A:hover { COLOR: #333; TEXT-DECORATION: underline } .ad_promo_box .ad_promo .ad_promo_top { MARGIN-TOP: 10px } .ad_promo_box .ad_promo_last .ad_promo_top { MARGIN-TOP: 10px } #right_col_ad .header H5 { FONT-SIZE: 1.6em; FLOAT: left; WIDTH: 199px; COLOR: #fff } #right_col_ad UL#ad_options { CLEAR: both; MARGIN: 0px 0px 5px } #right_col_ad UL#ad_options LI { PADDING-RIGHT: 2px; PADDING-LEFT: 2px; FONT-SIZE: 1.2em; = PADDING-BOTTOM: 5px; PADDING-TOP: 5px; BORDER-BOTTOM: #455560 1px dotted } #right_col_ad UL#ad_options LI A { DISPLAY: block; FONT-SIZE: 1.2em; FONT-FAMILY: "Palatino Linotype", = "Book Antiqua", Palatino, FreeSerif, serif } #right_col_ad UL#ad_options LI A.link { FONT-SIZE: 1em; FONT-FAMILY: Helvetica, Arial, sans-serif } #right_col_ad .call_to_action_media P { MARGIN-BOTTOM: 4px } #right_col_ad .call_to_action_media P.link A { COLOR: #fff; FONT-FAMILY: "Palatino Linotype", "Book Antiqua", = Palatino, FreeSerif, serif } ------=_NextPart_000_01A7_01C974A1.FB27B550 Content-Type: text/css; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.processingtalk.com/style/css/print.css BODY { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; FONT-SIZE: 62.5%; = PADDING-BOTTOM: 0px; MARGIN: 0px; WIDTH: auto; COLOR: #000; PADDING-TOP: = 0px; FONT-FAMILY: Helvetica, Arial, sans-serif } #header { BACKGROUND: #fff; FLOAT: left; WIDTH: 100% } #logo { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; FLOAT: left; PADDING-BOTTOM: = 10px; WIDTH: 323px; PADDING-TOP: 20px } #meta { DISPLAY: none; FLOAT: right } #navigation { CLEAR: both; MARGIN: 0px 0px 10px; WIDTH: 100%; BORDER-BOTTOM: #000 1px = solid } #content { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; PADDING-BOTTOM: 20px; MARGIN: = 0px 0px 1px; WIDTH: 100%; PADDING-TOP: 20px } #main_col_double { WIDTH: 100% } #main_col_double2 { WIDTH: 100% } #mid_col { BORDER-RIGHT: #000 1px solid; PADDING-RIGHT: 20px; PADDING-LEFT: 0px; = FLOAT: left; PADDING-BOTTOM: 0px; WIDTH: 65%; PADDING-TOP: 0px } #right_col { PADDING-RIGHT: 0px; PADDING-LEFT: 20px; FLOAT: left; PADDING-BOTTOM: = 0px; MARGIN: 0px; WIDTH: 28%; PADDING-TOP: 0px } #article_editor { PADDING-RIGHT: 0px; BORDER-TOP: #000 1px solid; PADDING-LEFT: 0px; = PADDING-BOTTOM: 5px; MARGIN: 10px 0px; WIDTH: 100%; PADDING-TOP: 5px; = BORDER-BOTTOM: #000 1px solid } .article_image { BACKGROUND: #def3f7; FLOAT: left; MARGIN: 10px 0px; WIDTH: 100% } .article_image IMG { FLOAT: left; MARGIN: 0px 10px 0px 0px } .text_bg_dark { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; PADDING-BOTTOM: 10px; MARGIN: = 0px 0px 10px; PADDING-TOP: 0px; BORDER-BOTTOM: #999 1px solid } #main_col_double:unknown { CLEAR: both; DISPLAY: block; VISIBILITY: hidden; HEIGHT: 0px; content: = "." } #company_info:unknown { CLEAR: both; DISPLAY: block; VISIBILITY: hidden; HEIGHT: 0px; content: = "." } #footer { CLEAR: both; PADDING-RIGHT: 0px; BORDER-TOP: #ccc 1px solid; = PADDING-LEFT: 0px; PADDING-BOTTOM: 0px; WIDTH: 100%; PADDING-TOP: 20px } #bottom_shadow IMG { MARGIN: 5px 0px } #company_info { BORDER-RIGHT: #000 1px solid; PADDING-RIGHT: 20px; BORDER-TOP: #000 1px = solid; PADDING-LEFT: 20px; PADDING-BOTTOM: 20px; MARGIN: 0px 0px 20px; = BORDER-LEFT: #000 1px solid; PADDING-TOP: 20px; BORDER-BOTTOM: #000 1px = solid } #company_info IMG.logo { FLOAT: right } #company_utils_bar { CLEAR: both; PADDING-RIGHT: 0px; BORDER-TOP: #ccc 1px dotted; = PADDING-LEFT: 0px; FONT-SIZE: 1.2em; BACKGROUND: none transparent scroll = repeat 0% 0%; PADDING-BOTTOM: 0px; MARGIN: 0px; LINE-HEIGHT: 1.4em; = PADDING-TOP: 10px } .utility { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; PADDING-BOTTOM: 0px; MARGIN: = 0px; PADDING-TOP: 0px } .utility IMG { DISPLAY: none } .news_release { PADDING-RIGHT: 0px; BORDER-TOP: #ccc 1px dotted; PADDING-LEFT: 0px; = PADDING-BOTTOM: 10px; PADDING-TOP: 10px } .news_release IMG { MARGIN: 0px 5px 0px 0px; VERTICAL-ALIGN: middle } #left_col { DISPLAY: none } #left_col2 { DISPLAY: none } .bannerad { DISPLAY: none } #breadcrumb { DISPLAY: none } #buttons { DISPLAY: none } #article_utils_bar { DISPLAY: none } #article_search_box { DISPLAY: none } #right_col FIELDSET { DISPLAY: none } .arrow { DISPLAY: none } #footer UL { DISPLAY: none } .call_to_action_box { DISPLAY: none } P#other_sites { DISPLAY: none } #prctalk { DISPLAY: none } #Skyscraper { DISPLAY: none } P { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; FONT-WEIGHT: normal; FONT-SIZE: = 1.2em; PADDING-BOTTOM: 0px; MARGIN: 0px; LINE-HEIGHT: 1.4em; = PADDING-TOP: 0px } A { FONT-WEIGHT: bold; COLOR: #3daac6; TEXT-DECORATION: none } EM { FONT-STYLE: italic } H1 { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; FONT-SIZE: 3em; PADDING-BOTTOM: = 0px; MARGIN: 0px; LINE-HEIGHT: 1.2em; PADDING-TOP: 0px; FONT-FAMILY: = "Palatino Linotype", "Book Antiqua", Palatino, FreeSerif, serif } H2 { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; FONT-WEIGHT: normal; FONT-SIZE: = 2.4em; PADDING-BOTTOM: 0px; MARGIN: 0px; LINE-HEIGHT: 1.2em; = PADDING-TOP: 0px; FONT-FAMILY: "Palatino Linotype", "Book Antiqua", = Palatino, FreeSerif, serif } H3 { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; FONT-WEIGHT: normal; FONT-SIZE: = 1.8em; PADDING-BOTTOM: 0px; MARGIN: 0px; LINE-HEIGHT: 1em; PADDING-TOP: = 0px; FONT-FAMILY: "Palatino Linotype", "Book Antiqua", Palatino, = FreeSerif, serif } H4 { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; FONT-WEIGHT: normal; FONT-SIZE: = 1.8em; PADDING-BOTTOM: 0px; MARGIN: 0px; PADDING-TOP: 0px; FONT-FAMILY: = "Palatino Linotype", "Book Antiqua", Palatino, FreeSerif, serif } H5 { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; FONT-SIZE: 1.8em; = PADDING-BOTTOM: 0px; MARGIN: 0px; PADDING-TOP: 0px; FONT-FAMILY: = "Palatino Linotype", "Book Antiqua", Palatino, FreeSerif, serif } H6 { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; FONT-SIZE: 1.4em; = PADDING-BOTTOM: 0px; MARGIN: 0px; PADDING-TOP: 0px; FONT-FAMILY: = "Palatino Linotype", "Book Antiqua", Palatino, FreeSerif, serif } UL { LIST-STYLE-TYPE: none } OL { LIST-STYLE-TYPE: decimal } STRONG { FONT-WEIGHT: bold } #logo H1 A { TEXT-DECORATION: none } #logo P { FONT-WEIGHT: bold; MARGIN: 5px 0px 0px; COLOR: #000 } #navigation UL { DISPLAY: none } P.large { FONT-SIZE: 1.4em } .article_image P { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; FONT-SIZE: 1.4em; = PADDING-BOTTOM: 0px; PADDING-TOP: 10px; FONT-FAMILY: "Palatino = Linotype", "Book Antiqua", Palatino, FreeSerif, serif } P.view_full { FONT-SIZE: 1.4em; FONT-FAMILY: "Palatino Linotype", "Book Antiqua", = Palatino, FreeSerif, serif } #story { MARGIN: 0px 0px 0.7em } #article_editor { MARGIN: 0px 0px 0.7em } P.large { MARGIN: 0px 0px 0.7em } .article P { MARGIN: 0px 0px 0.7em } #company_info P { MARGIN: 0px 0px 0.7em } .header H4 { FONT-SIZE: 1.6em; MARGIN: 0px 0px 0.8em; COLOR: #000 } .header H5 { FONT-SIZE: 1.6em; MARGIN: 0px 0px 0.8em; COLOR: #000 } .text_bg_dark P { COLOR: #000; LINE-HEIGHT: 1.4em } .text_box_dark UL#stories { PADDING-RIGHT: 0px! important; PADDING-LEFT: 0px! important; = PADDING-BOTTOM: 0px! important; MARGIN: 0px; PADDING-TOP: 0px! important } .text_box_dark UL#stories LI { PADDING-RIGHT: 0px; PADDING-LEFT: 0px; FONT-SIZE: 1.2em; = PADDING-BOTTOM: 10px; MARGIN: 0px 0px 10px; LINE-HEIGHT: 1.4em; = PADDING-TOP: 0px; BORDER-BOTTOM: #999 1px dotted } ------=_NextPart_000_01A7_01C974A1.FB27B550 Content-Type: text/css; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.processingtalk.com/style/css/ie7.css #navigation UL { PADDING-RIGHT: 20px; PADDING-LEFT: 0px; PADDING-BOTTOM: 6px; = PADDING-TOP: 14px } #utils_action LEGEND { MARGIN-LEFT: -7px } #company_info { PADDING-RIGHT: 20px; PADDING-LEFT: 20px; PADDING-BOTTOM: 10px; = PADDING-TOP: 20px } #right_col .text_bg_dark HR { MARGIN: -4px 0px } #mid_col HR { MARGIN: 0px } ------=_NextPart_000_01A7_01C974A1.FB27B550 Content-Type: application/octet-stream Content-Transfer-Encoding: quoted-printable Content-Location: http://www.pro-talk.com/jscript/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=E2=80=99s = 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("