Arriva l'afa, = le Regioni si organizzano

From: Subject: Arriva l'afa, le Regioni si organizzano | Focus - Dica 33 Date: Sun, 18 Jul 2010 19:15:09 +0200 MIME-Version: 1.0 Content-Type: multipart/related; type="text/html"; boundary="----=_NextPart_000_0944_01CB26AD.89BA0B60" X-MimeOLE: Produced By Microsoft MimeOLE V6.00.2900.5579 This is a multi-part message in MIME format. ------=_NextPart_000_0944_01CB26AD.89BA0B60 Content-Type: text/html; charset="utf-8" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.dica33.it/cont/focus/1007/0700/arriva-afa-regioni-organizzano.asp =EF=BB=BF Arriva l'afa, = le Regioni si organizzano | Focus - Dica 33
TAGS: Caldo, Disidratazio= ne,=20 Riscaldamento= , Risc= aldamento=20 corporeo, Servizi=20 di assistenza domiciliare

vedi anche

Vedi tutti = =C2=BB=20

...E inoltre

altri servizi

PATOLOGIE<= /H3>

AGGIOR= NAMENTI

ARGOMENTI

SERVIZI

Elsevier

Copyright 2010 =C2=A9 ELSEVIER
P. IVA 10653850155
Mappa=20 del sito
Ch= i=20 siamo
Note=20 legali
Pri= vacy=20
Scrivi=20

------=_NextPart_000_0944_01CB26AD.89BA0B60 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.dica33.it/cont/banner/files/20dica33_728x90.gif R0lGODlh2AJaAOZ+APbEiISFhuHe2+np6f7+/vLx8PDw7rq3s/r5+cC8tuLh3feRBeXl5fK5bkZG RtvY1fDu7MbCvPb19MrKyuro5tTRzfOiRe3s69bT0O/t7Obk4ujm5M3JxPjduuHh4uvr6fzlzPjE e9nW0tDNyd/d2fnq1d3e3vrUpLezruzs7MLCwvqvP/CTKPT08uTi3+7u7djZ2u7Xtfn4993a1/Ly 8cnGwO7u7qioqPf29f727tfY2fzjwOXLpeCsarOwquLj4/z8+/3v3e7Trubm5/3z5f2hF9/g4dvc 3drb3N7f4O3t7u/hzOrs7NfX187OzuTk5e3u7tu8lpiZmeHRu+jo6Z+hosDAwMjJyf/47vf39u/v 7/fNlsSujMXFxa+vr7Gxsby8vOvr6/v7+vv8+/Dw8Pz7/PT09PDv79DQ0O7t7enn5vj39+Tj4fPz 8+Hf3fTz8vj4+Ovs7Pz8/O3r6vv7+9zc28K/u/Pz8e/v7fbv5e3u7e7t6+/u7f///////wAAACH/ C05FVFNDQVBFMi4wAwEAAAAh+QQFAAB+ACwAAAAA2AJaAAAH/4B9goOEhYaHiImKi4yNjo+QkZKT lJWWl5iXBH0Em52foKGgcqRAcmNAdGVldK2tYrCwCLO0tQgyuHBwMmu6a1nAwDhZOMXFEshmEmbM Lc7Ob9HSNNTV1gU0BdrbBQbe3+DeeHgG43h843zo6uzt7u/tafJ7exdzHx8UGy4kDxUjIzgI5FCj YMEIERIkOMAQhUOHBxQmsGMHYQ0OFWYo2LCBAr6Pc+jRywChZMkMF/LtIyGCQwIfMH2giCiRYoSL IzA8eDCDhICfJEjMeIAhYA07CyFKnGjzJocRFUQ8IKHgpwsNWLF2pODxw5yvISF4K3DnjjMJxVpA 2KBhgxquFP8GfMR3IQM5bDTe5I3WghnaYsGySHhj4MM+AT4FKFiswIVjx2zYZOXIde6FPerMGcjE ubPnz6BDix5NuvMnTqJSjyJVSs6qVa7oiJFNB4EsW7hv7fK15lfgYDjQCke2zJmZZ8inWbvGTRuZ bt3CfTtDzpz1dPCya1c3r17KfGo0KJgh4t9AgQYRIl144CEKmTMVNi34VMQMAS664gspco9JCBns cQ9bAsxQQQQHxAQfTfJV5BRAFWAgwoQTYmBeDQkloJR6NVkkEFQSStXTT4s9ptVWHl0mljZlvdEC MnfswdFb+tFlVzjaZGONNC8SB0xvMghGwxxsMFbiYy5IdiL/XDVeho51pUUp5ZRUVmnllYtswglq gqjmJWusAVGGmLHFdltutMhwiwy6tPkbcMYMx0wzyfGl3HLVNMeNdNKdcUY51kHABwTmbGcoO919 x9UGbPRTXkAEGYRhBOs15FBMSk1k0UVPRfgAfm159NVl/dEzoHgsufSeghDR1NRNnD4F0KzoZdhe fAgt5SCnEIbIU1A/KVaiVpWFZQCLd7goQQsFGPbWAHJ5dRlJaTw5zlhjVaOXi30hM4xvu6whwR4a IJmkkm1RVplXdDlp3WZYxivvvPTWa2+XXXoZihydgPnaGGW+IoZtaNqSiy9w+AacMMYck0wzxz3j ojRt4Lkc/zbckMEnn37iQZ2g1h0qMh+J3sOVBmy4QZ55kU5KqUSWKghTfLvG2qt9VBHLJFxsuaBA PxXUoKHMCzJYc6znRfryrfEpxKCmvII4IU89AcuYY6GKSs+KZPFVwB4U0Bgtf/Xs4ZVIdj35zTba noXWL7/sEiQN5F6VVbpq0LjufqRaS869gAcu+OCEJ+KJvqmBKQcQjDMe8GyyDFywmmuy2dubDDdM 3JxzStzCxG+0odcdFuupjTcab2wAddURip2ggo683Tz2qFRugY8a5fJ67D1EtEwRbTrQrBUUP2HV +JnrWFX9FIWge9BnqimsSKOHIVK3Yuqeq051GuHUM1SdmP+RV3Uk7dbH0lDW12psJddX+Xz03Xf9 oVPO2joqiwwxgfUGhwQQuBtH3LIzkMzhMtXSjDcKx8AGOvCBozkc4kQBJlOsYgywCVhtCFawyoWr Nwpb2DGCQ5xk9CVi0Pic6KhRMYtRoznPMUDqNkYO6qwDD647xzlkpx3amYwtP3uACCwEqevxzlKX +h2uYPUhCBUPA1AEn/iCEpTwlecoTIveQxjSoU2l52Xs4aIdDCIro1BPVt8DHxWDdaR0dcVYpwMb yswXLa7ojSvRssxIXCdDA1CDL27jXxbWgAsZtAAPA0QRXObygQv07Vr3gxcEJ0nJSlpyEFrK1wQp WEEyPS7/FhzsYCHbBMI3NYyEJewccj4HDRq0oYWly0bGZrgx6rAuHSXBDg97mAZTqSRlQhkiyyZV qSyuSonBo08ToRKhKEqRilRcGQcSwpBqWvOa1tQVRWyCoRpARQQkYAMF5mCO0xkAAmHbwHiKAiJf TXF8jZkMV76yhwxkYA5qcIEb3HCVrjApb+m8o1xEdUDMkCN9bevRMAADJBy04AJuIeAiLYNAtYXj khjNqEYB5wnUbHJfrVmcmDBYJshJTpRqslzCLvebhTqshMtC4Sqj8UoX6kiWp4sODb1xSxyCLHa7 5GUvU0IBBhRJKEL8h+4oVUxjJpFVEanIMpnpTCmGr4pD/ynKUZbCVa5i85pjxMBG3rIHPODlj4A0 DjOC0wIDUEAB5ZHQTq4KTcQoBmvqWpR43CCAffbTjhFlgGAHGB4Cxq+RjcQMob7RNuIE51u9gAMO aADQvTGyb/aTzkY3y9nOkgYUW/roasJEJlaUFJQdvIVu2LRSlsIJlahcBp1W+crQ6QWWeNrGc2hZ yz/9qVCEAmpQs0O7DwygZ25wFBGXesRqalGLyWziE6u6E6qFT4haZWqDqJeeplYzATWoAAnUMIcM ZOagOMLLttz2WAm4lSX2oSs04Wku5tXVDQrQwFvYMse7nUi/E6XLAfkQyfTxyBnG8M0vJJAPy7aL HufdmP9nJ0zhCkeio5gU7SfCJFJVAMxMsUAtmlJ6MLi19JQwla1MU2hbm75QTxrjLU9XJ4506HC4 hypu2Mr1s6GUZ5jEXMo1n7vF4D2oeM2kUHV3IkyCIOTJFcHJrMzIu4VEQAQK8Ag9HOnIkdADksc6 a17OcpZvveEDQpSKdYfSk/Bdd8lzXWNf2dARlLHhMZKJzGT4yyT5lRUz4PjjM/4yjMDMoUbng7BF JWzhRjv60fgihIYJoDhTWPq0tznpiFe70kG2NHOx9Utf6mTbmrrQdM5R3eo8Bqgc4nAdOIbHPExm VH06qjxOAIjStCvkrzqVe1GjKhQtBGRJPdmbzbwQGBX/UgMXfIeR7epyAu+CUEEP2lu/uEAFPoRk JBPb23Kdq/jmzJE7+4yfScIzutzokRQ5MrP324vb/vKLYTz7gJiFt6ohze9+c1ZLEhSt4kR6QUxH LrWj9AXm+IfiVM5WYjTF7cUw1hzUqRpQ19lhrIk7VOMiF6nCVKr11LPNrsLM166q2fCSpkxJdfMp ISqKk7cZgQpkeWcOdmRBA3SBQCdUGcsAjAwo0E1lLnO6Srau1bSiT/zuszGNwZoAJUrQsIzjdNbo 0VqPIYM08EceCRTHxb/h77Kb3ZIBF/jAHdcK085GNiIWJcLg4GnMOSy2y5qpCqPh4hfDUKfSqc5v cZmZ/4330JdFLVdyfRxyXbfsySQveU1MztVXcbd6LL9IMzHgBCc/mQNuAGzeKhtgsNTznuitNl9i qoxhyEABRi+jsCmkZqUrBitX6asC9sn7q+X3RBKVn7uuftazbB0Ha0CAAc4L5m/IWLNnj770B3ea SVeacWX4MIgPntrKsbaUJx5hqFcMcb1Qg3S5rbhuOTbj68RO44Z3h47ZUqTF+xiKSoVUy74I+f4z dZuW50VJM2UjMAFJ8xROcCHpwQH5sQEMMEDpMiP6UHqPRGDpkyPytgzeggMGoH9T1m1VlXRXxU9Y MQOoImdPdyR6NkB9tnOLpXqD5gwyAAs0wCe0lDpkkP+DMhRjCzR9PviD8wJw1ldpYzImJQV33TcL u6FwCWNKmpNiD8dKLVBT5mdTMMSDvYVx5kAosMYOLxB/JFMPczAA+sBjyQVyIZdrtJJ51fNFLveG w0OAcqh/HDABADEBLjcCG4EV69YWEahIFPVl6JUj28Itx8EMNIABssdMmxeCahY+fZUkGrATwCQU I0ICT2ciJwJQwucfL6gjySIxWTALYlCDMJaDqIiDqYiDQNiKrhglEuRRahcmrGBarmBSmjY5ucAL neaEj/VSELNKnyMNVVg6FFdxz/cN11F4YMhxAmJcasAAZogY11Uh3TaHxFM8jneA3LiI2CiHH2KA 5zH/Am7Bh3cWGeioFXjTZw8WIIsFHWgljHcgAtkIbsM2bLT3K5k4iVHxE24GTbxHgiizjm+BWPVU VtmSdXeQBZHzBseoWzk4S6uIiq9YkRbJGZ2gSUPoL0WoQXCXiyNWYq3li+2lYocIccMoOhKXftsw djxVHctoEs0of/VgXGEjjT6zeyRQB0ORZvjXbUhHIcSma3T4jQQIlEiphnc4AUxpgBjAKHcGdeZS LnumN4dlD6SCQ+RwU2PmOTPAiN7WiPioRn3lV2zgDwABTpa4Rph4JHZDdfCTlQfVHDKAAzNoG2LQ An2XJ3oSZmRwkYAZmBeWL7L4UZXmGp5kcGeSGwej/1KDFEKgNhwPQ353YoU4lWqA1yf3Y2M+NSjw N5PFRYbtgzLnhhiWyGS094htdn/5Z5ROhJSwuXkVoJRTNgEzsA/61BgpWCLnuGcosh/nQxJ3gYHy RgMvIgBAaSH3uJzPlBj4dZaONwIiwHtrhF9RpyTqApx1cXqEgg1vYJe2AAt6mX7X4HcQWQCCmZ7q qQjVp2FrxzgYZIvbF0ojpgsltnDD4FjJoGJ6pxwreVMUdyzJqIxaqEPY8Zmg6UsN5oB2lpN8BU11 UAfAkoKLF3LdloCxmaFiWXu45gQeqpQksAEBeYZPZ53n4puLBBaOJJxikS1n9Z0S4AJiuZxjqZrA Qv8iZzlM9XFXfGWdeQZ8KdpldpEBBdACxYALtBBi4zlxp/Z36/mkUHoaobVJpEBpHAYEJGUmAgOS 9ckbkJk5UMg5wkiMK2SM5ukcAyoOg7eM2/GFsVYy+ABY/IWOygMZfOgzyvWTGhqWM5qP4pNUaPCh HjoCD/BW85UYP5GJdhqBEzUq9vSCjPVHy4IDGkCjNJqPSoeo+YWW1sNt9xF15bNnQWoSBvAGd+At WVBIahILMrCXVsgNUBqr6pl2hllBrmGEtVhSpIhwqsqLdRcYLiWZGvhwE7N3xciSzmFOWTgOt/Qk M8lLIvFsZGhH7QOBU8cRikcelrqtlpqaItiWyUX/FN2GBoGKAVdhif84RYqKLhFVLPzhjgrkR8b5 DGqQmo6YdJmaqOfKMpEyPBIyIuXTqCpSEuljFpMKDIUkOWLAga6KrNogqxB7kRk5sRtZCliaCvL5 kVxqMGrSJnT3paCGd+SXQrXlSi42S92QjB3DrIXyasL1rPHQS1t2Dx+Bc4uSSD3TY0KUZt7asz47 NXEWiY6BO98Ggo7Bk2z2jxOqgkC6LiExLTnkR9Bgqi1AAT+bmtWltONzFS4gc+gRh56CPOVjPgUl FmZFFqGIFkGSsLJAA89BnK6KgQ/LCE1Zt3Zrt03gAXAQsVLSlOhZJUEQAiFwAtEHcBo5iyKFsaqg /5iLybHf5z+/GrKphAyj5jl7VzHo96otOXa+1bKDog4vC7MkA3Zb5kjQNq3TyjO305NMxrM9m2au C2dXpXvnok9ZVbQRkoACoAEFsmRKm6igKhksqB8HVF71JBZ5URbKe2ZwtrPNK25TFIlaQQJ0ODxP 9CtUYTcaoDWeGGZloVCpiqQzmJd60rCy9EJ/Sbd3u753iwR0wLek4bdWEriDO320SqVWqjgZSxsh loS72ISuJQzE8FKbE4woqZfml7nlaTpYGA6/NXhc+H5B5aayA3YyW7rPNhepq1cKgLRv9rwg3Lz/ SLvoGJV5qpz4JxAicBUqU3tUExSKqr1uQSNgEf8SGTAWZLEN6HcBbBbCbqa1mCiQWdESA8EraTQi 8UQZ+LA1N4wshKaqBEMDacANl/liF/NCftcITYkBTdDFXvzFTnC3aCABnNUETPkEGyW/gCu4hFsI O8DGjwZak5a/pZBBR6ixKMUmvAiyDId3DzOmKflK/3m+e6KDqnYtGXegovsOpNsfpgttOwNE6PrD PxzCa6a0+HUuJewzREujnUcf4MTJkzy7fiXDhvUB9fCCekI62kABlHxdrwzEmXw3SqKIRgcQIYLE AftG3YssRip0lIMDeNBIZ4tqcDtx26DFTPm3iiABHhDGTIkB77tRZjwBaKxRakwl9NvGhPDG9dv/ aBQ7x3TMOK6xuLeIx0m4hB/7qy41QptDucIIcWWquet3cR7DsluoS4ssf92BwdAWpzyTMhEaywT9 yhG6tJBRwnTqBnXguhSybdeDENKpEcvjdOSzjvNkNl1GqsZ8lgX9w/MViX2YFTJKENYrVwCrM+dD sCxiqsaApBwofGGGwznCNsa8W8o8Acy8CHSAAU15zRpVzUCNUV5MxlVCBCdwAh1gCN7MzRZ2OIVZ q7SYpadFnwWzhL0QwAvzFwU8snbiSoP8kAUQQ5kZePjcmfs8O43sz//cYLdDRQM9Ax4cPh580Dea yZpsjpvMPG62ZBD9f1GGETqRGMsjQPqQV+ME/7XdAAHQsQ0QMMqxfKNlKXX+xYc9VjVuMBntozdW WbYroj5FKgEIO1mH9REWGB3GbDqylL6LkM2MQAdowJROsFlCDb+L0NTgPKVzvHaLY863GGIby7Gk xMdxAlNimhzDGDone5ljnaYzdksRzIVpzcgW7Mhc1tb6UCSmKaER2t3eLaFU1HuNoWe0rNCRsXsP Ol+2DNjHhkbuhDxJnJ0HRBLg0BwucMmvDMNXM9JaQSP4wNg/t2LZYAABIhItihcFQLk0kAENhmh7 sDFsg8zZgNPqq9OQEAZNaQOm4SWjUdtnx+GcgduOJoQVS4t2DHcfuau66KUgi2KoZMBTm9wma/+m MFbWfdJToAs7003d/YzBGTwXRaVPQCEA3l1XQbyu6CJYWWHekfEY6I3ebtASRjQfUfNEqkkib+m0 j4rDx4IH903QAHmdlU0sqGyBy8EtL3J8wbBgn7PYa2MANZk3VFcjD65qeJGKKJvTO/3aP60JcrBB CMAvIO4ZHs5vlEYLdCDoqYEJIv7UUY24rPEaqfDb6Nx9uBBZvQisTziZK2Yn8xxLfTnWqrOmGdeF Ox6zPR6ttQNt4dF0wQJNJhCQ16kkg+WA0rjkTF6nj0ECMweATLRMIRJfPgGqblGz9kASLzgHCvAr 46Z7USdA/mU+F6Bv+INWhqiBP+I/C0YYhjH/GRhdQB9ww3aOphHZ3Mlc4XvOCD49AR7QCNowzZgE B2ZQAFpQ72RAA2aAAwhgpaKQCHQQBk8Q8E9gA3urCIVeGhIA8AL/BAUA75AgAQVQ8FlCB1nQBmRg 7/cuAXBAB/wOWpXQ6I4uznQcJvHpkQMT3GlyME2In0+oDMcd47YVOv8p1qmmaqyDcSBz6mp9wda9 6kDOKOjdVwIQ6yZK3hpQ6zjLoLiu0OmmPI0RNGC0K93jRL6ytXaTop59ThvQkxSd0OwagX5I5heQ BgFS9s2nemjeetmeBfa5Bm1VhsB3R0xSF6nHJ1c4kXoeCdXcBINQzcwcBkiQzQSAADSgBHGQ/wJK YAM56ErMkAWJnuiKTgAF0JSCAAcmwL5NYNSDwL51y8yujQhPwJR8fwhDENvsawIO3/fLPAgFEPhn 3AefLwhygANkEAdxoARQoAWL3wbKAAd/DvkejwjbLAgnILjGf/yCuwOelUkZ5p5EOOnnjMcoz1oq 1eKn9OIvP7Uyf6wLrFs2Ph1/Ug49NQ45rw4UrPNr3fOPXLMoYySzjhVIPyPVmkhKrtebrOuc7ATL 5iDdAwgcIxUVGCIiDzMkAgoKLi4aGxsUlB8fexB7am4PnYluGqGSo6SkkRsfc6oXF6pzexkZEBCx eAYFBTS6bzRvLRLAODhZWWtwx3BZLXgUov+SatCU0pcZtgbX2NnZuNxkZAZkfeLj5OMT5wXl6uoY 5x7jTeh9dPHn8n0EOFBhYSlKNt5otDFjZhgcBHIQIJRDgEABe30KOLFH0Z6TMOQqapyQTpy9juvG PTnXRB2ddhspOpGgrl46OkgqPunzsRwBOm3ihImjBIqWgAMlGJRDBwEdOQwbhuwTJESIE+JOOJ1K 1emOpVizat3KVZ3ShmDDih2LtCzSMmPoqF2rVgwdMXAVyp0rVwayY8aI6dUrDIdQYBIIEmxBuHCL N4h5tdHFuDFjbriufdNm4IwBPLYwa+aDBwIePqBDix5NurTp02lSp9nDujWr17A/UFDDIFT/KAYM RkFTI633blK4bYdiQ7z4o+PHFbhRjiGCnQQJ7NiJEKFGDQ6CCGEwlEgRI0eQJlGaY2kDiUOeOs04 VUoS+1EUBliSb6n+HFat92C+hqtx4WDErCHgMTKsgUMBH7TH2zT4aUbZg5AV4A04W9XUFU3nzCSO SydplA4BZujUzz9AEWQQAgVkQUcWCjH00DkSTDQBEmEUQEcBYaBhERzwNOGjjGj46CNLHt2D1UgT lEROhyQNUQAcEhQwRD0ToEFHORyiRNFMFo6DABn88ORTiUJlAceBRa1hVFIEhNTUU+J0cMKcWzgF wJxzlnDhnnz2GdJYgJJllhxAAEEUEGy1/+VWXHQ1ioBdMtiV115ZCFNpX38BFpgZLXBqWBug8uKY YxFyI9mDZ2SWKmaeaebZabDGKitoqqWW3x6wwUbeAJRE05s0vP46GzSlBCecBsUli5wLyrkxQwUj 1OCcdNRZh90IgxCCiHqLgKfbBhooMMMh6KX3gBvgOjPKewsKGx999l3AGmf85cKYL79IUKleBCJw ZgHNsOdrKvfpZ81lDyY8oQEVGrlVGPbYAA869TjhAUgESCCiPwCRIZCJZiKgBRQSFCWBmnSQYU87 ToBEjgn2mLBOPRqq0+VSSCo5jgf2YLQOxBliiU5M55jg8s03htnTTx4HZRAOYZABhxzCHP/E5jpv QlXODk5p7efXYHPVZqBkh4UUAWUZKscYZSSqKFxiODpXpJHCUeAxlPLll1+amrGpYYUh1sYbi41K Q6m4fKN4wpZdptlnnkEw6+SUh1arrbfmygp5HwzgeX2gdz6fu8MWeyyyybKxbCMCQIstB9ZVi921 2RbCLQnguSAACSQ8cIgh5Zp7rijvldIusRu0W4l9BO9BLzb99VKY38OsUQwya7SwB7ikLL/KBa1a c3DCkk0YjlY3Z0WHjhM4QU49MCfJIzlwKMEPxyUWFPLIEsDRBh0EYZEWVDK/mUGkJUFbR/rWkbMl 2aNm64gfBoQ2AZ5NAAMFNIeRQKS0MTX/jXpmgprUhEEHGvQPIWBRR9bUwTU4he2FMLQJPmZYtrIN qgyFahtb4PaWuMltbgS6S94uJYxMBWZTnjJMYgZnuMYgzhsLI9+qWPW4yllxVrW6Fa4014rQeVF0 liDdb4BzuuEYJzkKeAC2Xje7NgoCW9oq1yFm4DtCaGc75AqeJ2YACvcU71vrUtczegO6V2DiYPbS xfSEUr0BrUECBqCAbihgn1XI4nHjIx82JtMwjnCFSROAIJUmILNyyAFHI+rYx/R3EP7BQSAq0kIb cKAEirhMHS/yJAUhmBGHhaSB47DBOdyHlVxScCIYuJLNjIQA+4mJaR8r05midqaBIOBA/2ZQ09XI scKtdS2G4AxnWPBRQ7OhDSmGAkIZ0JIouMXNhz9UiF3wgrchEtGIfpNAp/YZuMOAajGFG1UuJNQN KV6jcZjsDGauyFDUZDE/XOyiJVTxxS8KazdqKJaxzEic1WFgjSNoo3VGOjuQsvGNcLxjHvOYnhko IBK2aY8phnM6+BDSEvipBvTsha9f+K0YAaoUDeaQPEoWUhWw8AzCNPkgTqLPl+uQwBNkVCVlbsge VlIHHFKQyvydyJXRvJEsgXbBNmFFRj57XwKXqcsjkYQcSELCUyeQQSo5warlsBAB2rCTpZHpadTE wUDMoCIlFMAMcDiKUrj5TW+6MJyQ7f+TWclJznKChSGDksM6ddhOuMVzLnaTVDLyNgxMGRGJ/CRM YgjXxMeUKoqUscwZphi5V/FBcg3NrWgeqsVcca6iwA2jb8YInI2iTnXJwYATQOpG7FjLWs0F6R2B t1LhufRY7gkkR5OF3UFOIxXyksU2doEv6lXvUnfYg1EL2QrWXDKTTC0fheaKASHZV0jsUwmRJnaO tI5jr139ICtFRrJXOm2aWhiAPYYw2ZDQDIGhDMkC1QFMcYTBR/5dBx1uRqUM91KXdLDBM/8awsAO loRaMGz/6JDCcXSTHC30WmRnfKFxWlYsmE0bUTi7FnciAJ5yi5S/4GAM61GqtH0pYt//OJXE1YaK cAF14kATFxmDTnGKn+mMbrdMK95C1LfBDe6vMErcUdTGNmd8hAgIwdzmuhmlKS3EdvC40uApAhTd 9WNHmZU75AhnkstLxbysET3EEAZARGwBBLx4H3mFt1XxpczCOpmSSiMBr1dt3zrkoAX8CfirBY7m iaiQgiHYow2LdfBa+ctLDbYVZ2/lE1ldRiVMf7gjWVCCXz8oTRFW00TDQEAbBmCDNrAoKYx97Dhi TONmd+UrN8bxOc9SKLf10MeffZQQR7sXJCsZMIIZjBIRs4vW6qIbBdgkUzEz21Zx5raf4bJuvcwa eW1xc190xW8tCqzhZrS4x0LuIx5A/wgnOMF1Jn1dwtdoRznPec51RoR38FxGcCG3EW7IeMYbAR7i qKtd8Ro0f8h7aEwNA5KhK1hr0sCHSCvMqVmpdEow4IH9UlCu6kAAFEj06f2F2ml6ocMAqICkCSB7 KQ/epYShSuFYd0WqVKW10xV4DzPsWtQlHuGJDZIFCQwhaohlcapfvOzGOvvsWom22c6WNiCkJS2d 9Wy250lk6wloiEXkm98EQxhP+WK1AmntE9MtxcxUZoqg0bK8501ve+sq5QSjaHA9R/lgDavM6RJO cWaAgYYjfOEm9fx0H05dciWCdySgeE2RxSw3COD1sBfAxh1RnJiCHKfh3c8tdgE4of+sQQZZMMBE v7cH1bTc5U1VXCdv2aeklwMONlDliX3eP6ybSQIIoMIQfmCPo6s6wkqn+qt/OXVcDuEJP9qI1MG/ dE/u1YNYn6bWgW2mMyHgB1RIg7FROFmyi4PZaBeA62BW0GZZg5JO6kQHPLZDQBZPdTMgeJdk34ZE 4hY4gsNagjdlZFBl62YZmCQ5uLV4DXU5WoQrrvFb+iZ5YVYflOQ5/kZcxhUKAvBwomdH0lWDDkd6 dGZ6isA7sscGZYRmGod6RCh7G3ccMVVURvU9l1QvNHAHhlZyMoAAa1AAxFd8q+E8yJcNUNSFzCd+ X7gnzkc/0gcyrfRzIFR/ZoAA52f/QRMgdlgxhpnWakUyfgxUfvNwYTJHJetHh672ITQATUAnf79W EAZxEGZABx7AAFGDfd7nf30AgDEUBDuABX2ABZUogF4hDot1YzsQBHJAiehEKJulgGvxiYtSAnNC BA5IN3BQAjtgZKSVZEJBEH+TRIETKuZ2bogDDtiwBB2QDalSGY8zC6HRATFgRRQQAxTAB0uQjIyH OSVYb61wAZFHVDGwASmogl4UA974jd7YKxhlOqHACSJgCDqIgw3HA+w4BTr4cKY3BewoAj7oBkAY hBrgAj7IOzPQjz1Yj31me991H7EAAR1wkNygSL+AA1PoLzRggq3BB6sBX8jXhROy/3wvJIfiAAde RX0GlobHIGwIwAA/kAT2wH9It2pz2H5hCFflVwD5hVVN4AFPYCMY8moaeWv40AYkRoiCRX8hmQWJ mARPMABaEHZjZ3Zlp2wvxDVBwBQh8JRoRwQnQARe8RWVVTYhsAMEwDUH2DY8tpVu0RRbcAJB8FmQ IgNcw23EIIF7A24UCDirhYG60AFb4FqHU1CU0QEhcFCNcw0K1Rmz8Bl1EhpCIASysgQhsAR8EAMh wGWqMY2u8RrXqJhLsI365kVVQRXMeHnIUwou8ABNUGfv+I5R0AAN4I6lWS4AgJqpiXr2iI/hQkf+ WJv9iHqyx3GOIJCUtARbsAUdAP8LddKXhdYCDNmQr5SFqZF4t7CFXGiR34CRYZOTX7JKoFZ9QFd/ /vI/T+AB8TMBKPl9rZaTN9mSIjF1woRVF8OSasV+YCgOEsBrgDV/hqid1zQMJoB/StAGayB2ZgWJ kghDTgmVUnl2TVGg/zU20baVBCCK6FQoCcgWn6gWXIMDczdPMgCLd9dtRMQ3cMlkcik4oNIYfHlu vAgZvpgNwIgNs+U4mBQaEFCYoPGbibmYzgiNW3Y5JEiNXGSZuRIGKRg6m8mZLigNxNUMdNQJEUcu eER6rZma71guMzAFqAkAPECPvBOb+JhGeGSbtYmb3/EIzrAgihkCMSAvQvCbt5D/C28gFEIGFzKg PVjIcvyhOJNRL4RXZXcqX+BwPjHHdGKokvggB9bpkdYXktdUMkZgBN8Zngbkniv5nlkRPzrTBzJy EX+Kk4J6a22SBfHnaz9Zn4iKAIjVBibgAUOQAjRwbIsFoErZlFFJoAF4oORAgGpHAAyaWYTidm6z KFzTgI1CN3VTd7J4ZIzkoX8ToomhCwFVoibai3tKPsUomJIjo3xAo7FimSKoozvKo7nio7ABpJhp CVNRH745FRpQef5GAQxAAkkqPL6zpIfwpFNQZy01AzyAmlNAhKl3j0GYRnCEAerhpWDaCI8AhJJA CWUaA4akUwVwBwspZD8mBnHK/wdauKbQuYG9yB/b0Kd96qdYMWGBCqnkJBjX+ZFlYp+kSgx1kASN 6n0QNp6bWp5aUQ86k552yFZ9GLLo0CY4AUI+uXUqK5QIEAanmqqrGp6uypRhM6C0ujWfKBVPUaAn AALkAAJaU7VBIBXAKQZ9MCdPUZV9IAY7UCfAmQNkU7YhAJxYwKBY+5UHmQN8ubUgsLV1Midxo4pO sQUloBBYq5YAsAM7cALEcJBbGwIA0AE4AALD2QHAQBB6u7YgcBhlmwdSuwUgQAMlsAUAsLZ3SQOW aycdAAHpRnjXYJfX4I2RewIloGVZdq2PaZd7i5hzEAOdu7aM6Yw2apfHOJwAgP+jouGbSyAEt3sC c6AatVu8x7sHh0kBUrEEjgeu59o1FLCNH1CuoDOcQvABMfCbywgAW5CmW5BRbjAFAGClnWC+VSoC 53ul8Tqv+ioCPGCl7FulUzADT9oA58s7D8ADIdAAaxsD93i+MeCbDRAFPdADNXCaqMkD+FqlPLAI uzO/VSoELrABxGsnwCm+D9sCqti5wEkEcBEEv1kCHdC5iZs4G4inEbJTIych3wDD0gk2GtkmcDBg YJWdo4oDa5gCLfuyqRazQiypS7FhTldhS5FLO7sUHzE2ABK0QHkQciEUdMCoqKqqrPqfrxqJWww2 Thur5XACdyu4dWK1fbCVMBb/AuLwFFsguFLRAV8rFasoBm9MxluABYDClydAxlLBlV5ZFjhUBnTy FESwlVR5tyeAACXwFG4cAiCAAFzDl228lmsgxncyuE8RAgf5xsAAAmt7kHWyA28gycDJlyGQB5sL wltQAItspnKytoR3p3x5DZz7FMiIuPG2GXXyArK7toh5t97YuYyprY4JGo65Bd5YJ8ALGorZuUIQ A1x7vGlQJ88sBGv7Cr9ptkuQHz7azN7ItfwgrqowFftWpgDAvU7hmJ7rFLNRvg08pa4Zzw3AA8JD rw+Qv/L8APLcACRApfsswBqAmtbcwAlc0D1QpfLMAwIwA655vlW6AcM5Fd3r/xQ00AItRBUAcJat HNFO0QGIA8MLExkqrLETIsNzZZ5cUcNoc7KHKsX+oi90YAI/fJIwG37t6YcRkxVkpTNI4ofk4IZL zJJgcU1ZV4iWMqqJigA0AANHi8VKu8UBCqtP+bTk0MfjQMdbsMZXUXZrvAVWGRVZLatcbMZ9QARl ORZNwZVg0cdy8Mdtx7U5oBZiSQe/qhCJOxcnDMmIGwRExjXWIxUl0JZ1UgJFVJbA8BR8JxWj/BT/ tMgdUJchwBiAzQ182QGwNcsGUCfBeLohQAGbMaOPOaNbABoUYKahMQemTcyhfSeiga3B6xRzcIxm mgaOuQSqoZgxsAdmSwEQKf8vlrkHJwAAvM0a1nwBYdAKrkDOmVmu6oy4yczOFMAG/uzAT+rA9TvP 79oJ9lzd2q2vD/yaJPC/ZqqPTyoAbBDP7IjACRwFEaDe8ywC/hwCJJCvDRADkLAFqLkEFLCwszCc b5AHe8uKJQDCijwVS1AAZbrKTwRFKLpJMQydM/w1Kk0A/kJg2AmSLn2fCGADMFAHjErTQWzTrBYS KPEOcWgPPF006hN1N82z7tcQxwCqQovUZ6IiHoAE+UkF+6kiLba0MibVYl3VYe1isYrGXH3GcHzk TzsnnPh/aiwWvxoWhezHIXCAQCAVRKBDYkm2IZC3IcCKcoEDIQCLjowMfp3/BWK8F3OSZHMiAZ6c B0lUAGPOl3lAOLygyZB9bpocIWq6p5jNuYB5Bpb52Xhgrdg6B5cZGritu4xZzM7YjKAxB+BLGove 2lswzSdwOWk6zSGwASX420uwza1RJ1yk3PrG3HtbH8NZHtPN0PpbB/3Y6rZJr/iLmiIQ6w083/ra zwLtAqoTAwJ93qhp3/i63tRhBwWdLU86pVMwBYzgAvjdAPrN35ntFC1gyiXQkC1UAq18Aho7nB9t kabChbdgPtcQ4X4y4RROBmiYskhdKf5SBzjuASZ5Do46xC0eQcNka+Ngaih+nu3D7/zlMORZhx/S EHKQBSYWxaBFDF8CA0iQ/wT4RxVB0H9Q3cVf88UIGhU/fsZXYeROrtVpLA5Pi8ZfcaBiMSdjwaBu rU6IIsZsMddcoxAXXRWCGwI5ME9nPid8seZF1OamvJkHGQL/dOePTQPOusgH3g18edl9mdlbgDB4 MOiQA9qh4do3KsbpzOiNGdp8sIxpureUbqOi4ZhpMKROodtbMI2/rV7IWMshcG+vYeqqUNqwrc5L oOpOYa4NPN1E+M79COu1npqDXwe84/f07exCMOzIUaUuUKWqU+w9wN7OUdDXwQGuiQjySMGuOe3p DAHVHgItILXC2so70MqWvYHg/tESwsJVVrrmDrJMDKgXotJJ4TcoOwwq6/8vLEIHPwDxEm8E9uCf KUmy8BMSuVRK6gA0KKEzEmAPOKdVLMM+EjPis//iDKHURn2IDc8iZoAESFAHixgGFG/xTOvJiBtO Gq8OTF4OaAzyXCzySg7GJs+JKB8WKi8WLF/lZgEIY0AnJ3SGdCE7YmI7IWIIjTuSkzsljQhwcGuN WWuEWaA4hDg4EhKEEh0hHaytHSWqb29ttKs0NKq3JSFLBTQFBWSqZAbFxarFW1sGeM1LvBDRzXxb IXzXytfUIVsxMc8xfM9LfDHW5dxC39na1+Pt6Gnc3vTeacp7+fr543vPACe+CQlxoaC+CyESzik4 Z445bg4TLvlAsVoIih//ljRowGPKRh4kQpL4KFIkgI1TSJxsINIjRxI8ULoQsjGGi5suNgJgo/Om gCk9ekSxQzRojxo1ODTo0QBDTJ08ttTc8CxEDAgGLLY4kXCNjK+7VlXtAKyAxbJlfxkoYKxs27Vr ycid26eu3bt2J+gtgLev375N9D7xS4CAnMIIaLQxIwEHqEwIImOCg4AOAxhITHhg8EPvBDqF/9YN PGEwXg+en5Slc5f0hCYS7sJBPQGDDb1NWnvGwNeuBA9O9NogjebJkNGCRffxzLewnMN0siw2QyoL ZMmTMSWBUcfEjyFKEiYMQsBukIQn+p5HH6Q9FuXw6zYK0uc8fbwntuAl/xICRJ9EdzVSF4B2CVhf CPdtkV4f5fXRiBiFRbjDFhEWlkMiBDTy3IZlDFLIIYkscgkCuxCBHYk5NPKVDHA0soYnJ4ACyiil nHKCBCCEkIcZLfTYQgkFxDJLG2/YgksIt+RhC1r5GUCMMchktcUZzOAxTjN4QNBMNdqwowo52lgl Di/o8EFBCEK0w047z3QAzwkA3HMCH2nUmQYFS+yBzz769APAFgeZU9AFB4k36BwUAJBQDBHx0tAH FmFUlRBu6CTApTRxJEBJKqHUKUubusSDAE8toUEMGwnhAhtsjMRRTg3sxIYCHglFlB1GIcVBFExV sFEDKcE0VVVXZZVQC/+q6LhiI7yMVYxZCckFjFzGVLsWWmwB4+S0csW33F7ewkeaaXg5h8BhcJji mHWUnYjJZdwl8QMVT3h2WIN/jdtXAZ7121tdEgTXbxNNoLGbBPy+JpvAejlBMMMThNHHEAMjV5py zNVVGB0IGJZFY45d564ZR2CmGQMDaCEegviutyBeFq28Q7iizXfgfXdxhXMfqry3xcx1iVHNgEDL F0Jd9hlNhMZCn1BhYbvsUGEkGYbwHBBXe1gGiIowEkJkF+6A3S5BNAIHizK4mMUnMtJICiFmFLCK GXS3kCMsIQxJpJG5/LIFAHkEQ8YuMVhrQJTKGECllbzgwUeWjnOJzRb/15jDppjvWP7ONXNwA8+Y lGtz5glpDDSHnfcAuief/vCyh1X7VGPQoAgt6g1XCW1R0ENLNDQH7hNBuqgaUsU6RaYcueHGpZeu NIUAK236U6psZGqqAiE0EIICrBZvU0831TpUUUHpymsDvsY6AwnQD4seVhbdEVaMOLxhEZ4JdWCM Rc+2pa3hAIyLtAzgrYzRLF/J6UuE6EAZwyDgMe3CDh1osB0k1EFeQwgDxfQSIeXoqy8b9BdeJICB fpnQBKxJWG5k4xoTTgANNqgLHVyzwg/+xYDmaiAD2eWuygwACSYzwhOooAQarGxnLvMLERQlswP6 xWZJw48ydtAeVQCN/ytUDEJ+jvafojmIi+c5wQ6wgAVlgCAIJeBKCZ5WGCxWsRpS09CGNkSIQyBi B3Tw2iMgsYoSlAAEAOEjAljUohB0gm0zOgEpSoGKVITgBH5sxBaQFYIWvIEGl+TbKjpAg2dsYQlL SFYeDIe4KZ3BGdDgAwSuAQHJbSMGHXjGCUD5kBPgjxyW69wnQ6moT8KjKrvsgKIokIbOASCWS6jG ElKXBta1Lk/VQKZF8pSPQa3smlvYwO4k4ruHcIOJVvmABrL3q5XwQHnLU57z2tcANyhAAahqgBA0 YD0NnGojIVDUR9gAKwDchFYbiUIEIoCroEQAKUtBXxQ+woOVNCAGVP9ZWQfit5XcxSwGA3BWMhIS wI52dC4EjM9qnOgXhBUADn8xVxaoQwc5cOxEE3wCDDBzwR+gzAZkSAFOQ6Mck6LUL3AIwxOG+oSf 4sUGJiCNwzxgVDoAIzb78gANkSAxvMABGD/1qXJGyqCNIcAUcHCpuxiIVJqaQIhDSAEZJFCC9gRB DHcRQ3uW5he5UmJnJP0ifaKYsxOAIGZFIwJgDUQgo9kFd/QhAu64UYKuPk0Mi91C1Ko2x+eUoY5c y+ODJMMs9OCAjyxaQyHXsLYYhWIUprBRapOVuwJQchaXNCInaZAHJt5iCeCUrJOedIwQJGMLWGLc ErSkylW6Eph8WCz/AJbAlW+QyXJ8YK1VzBE6bYwjZstNgztitoo6KaOZrOtHVdBTlYMU5Jq5iwEF BsU7381hIAlZ7qLm8AEKxEAZQthAqlzwTgW403kuWIkGNkCVVNFzI6aypzl+hSZW9fOf8YwCB5Bi lIPWIKEVcAlUpmJfJk40IXcIsXQBEIMPZDR/++OoR1dcLZDm9cXhipAcEIADGtggDWQogATMQAMN JgEJFuyOEb4zABvQ4LP3wheMl8zkJovGOXRYgxnIoAQtFIBuUw7DD4BsQRMkwQNDDAMZ2rCGc/HU yWj2CyGQ9ta+EKHNS8ZCEIjARjbmYM51niMQgLA1OxpCDHlchLv8//hZyaxIE4iWUSiysMgapXbH dPOja31kyUvG9g63yPQvfEGDEiwhDzkOhkfPcMrgPm4aq/wcPPAEpjn0TtWcA6V1KfBLMrFa1axG XZ2c6UxQzoEf1DzIHghlXtoZ+1CI8rV7HeINjIzTKgOgAAUIvAE1VFva2KaAtam9AQbY89vgBmWC WcVPnPCXBCKoQAVGMAIOTBgpSeEAuyuAARFMYQrrE4ACXDBgaTdkD9GoFgSGLW5sD2AAc8BKM1jM cGu5OM1ohnK6bKzBJ/zACEkwgca9PGTjhMHIEoBDS88M8ZKb3FsyfuCUlTCAIfzAAxjfeBKM4AGb UiEFWmhDFsxM8v+TO3nNPi+XXepMdBlXVg5jcOkY/PxnQffwRCsi5IsUvWhGL/LRWKY0pWUB29hq OtO+wBZvA0glY2Ap1bBOu9rX/rnNwUO719A1ePlkp3zU3e52ygDrCEXsah7778sOvEVKrIH7YSTb 2FZD4q29bW5TG9yQtye5/+mGGWBA3etmt7s3L+8R0FsEIlgf+/bNbwJTgCILuYDvpK2G1iMe4RkI LjMaznBqhTToeZUxA3HQBi2koOUMsPgPhv8EBgxhAEoYMw5EnmTcO9/5KZdyAWwQBioMYajD/8FQ h0CFMKThyjtv/vObDPTxlyc0RS/6hrAmCDqUoc+HWIT8n27or2T/Qgai1QTVHdNoRzMm61vHdbLw dV8XdtjCFiu2cFhyatfgOGz3gBDoDmSidnLHOnVXgfuAOnuQAXo3bHzyd4CnegyxbBsATuKBUQeH ERSBeK3Xgq3neAQWeTLoYDfhBg9weZiXeey2g573eSLwAKJ3KaRnT9SmbTBYbYpncHOQAdEgDXgw ewtHex41fiSle3DAe9OXAmEwAFTQhVQwAGFQZVf2WSPXc1R4hk0WfRLQBmSQBr/nhV0IhslHAxKw c2WIhksmCVTYQelHdJWFNe/3fnYEaICGAE5Hf5GBNpnwIqRFdaHQGJCYWjzSApOodVxHgGB3gDkG F2T3hMH1iREI/2tncA28Vor+8EmmmIp410xy14q7lgYcOGxzN2yDQosgCHirFwP50Q0bgBEDoIKH l20u2IJH2G0y+G3lxl83iIM52IyYhwH19oNAKBJCaG43wQbfxm0tKG2w14RN+IRS+FG7hYc0o3sI sAa8RwNkoAU20I42oAVkQAPUQRllqGTkeI+5B2UPtIbBwI7umGNtUIeRIX74WJBPpjFdpTF9+DRH x2d8xnRNh4iJOEiElAlw4IihcHU1gmWV2CNcV2leh4kH6BYrRmpVcnaqtICheA2jyAeq+JIwSXev 6IoVGIsbaJMfeIs6GXi+A4w+WV+Ip23D2Hjcdoz2hBMKsIzM6P+MOQiN0SiNMxCEl+JO+8Yq4KaN ivcBF8CBTOiECqiAxeCJtUcXBqkcFSJWpLVjtEALjGEdlZFk9liWcmmW+niRpWAGa8kYIfOWFTKX fkkYCrmQhuEcHPJ+S8d0grZHEml/i6h/irYu/ed/ddORbwCSbYCJmmaA09JwpIYHp7RKpraS2oAH MVmaMamBe+CKeseVrKkPHbgPfaeTuMiTjwKMB/eLQbl4w3iEDOBtkcdPCmB5TrmUzTicoAd6DwCE Uck+Qkh62HiV3CZtH/BrXfmNnyh7WBKOf0kYRvdSFmmRkdFScLmd5MmdhOmd3ykZ9RiX5VmW5yeY Z6lne7ZniBn/aIaIiDKQiPY3dRgZmZLIkZVYmQIKWzSAaQQ4kgg4doZTasygJdOgShAqmqRpmhRq inJHJ3ZCJ6y5oa+Jk9VUbLJ5bLRJX7b5iyrIgkP5gkd4jC6AbqA3nDBqnMcJlcvJnPpGeqsCedSW hNOZDxwYDV15nbJXJbTXnuUSny51CBvyNEbapIFJmEmqpM/BpE4ql+8Jn0Z3NXJgmIIIkZGhmE93 aPjHiI7If6XgaJJIiZRpSURyC5eJmZtWFpuooNbyhKf0OI/joI7jgCs5oRX6pzKJOhhaJ3zwAhza mj76mh8KmyEqorT5k5CamymqokUJbmwgAA8wo8cZo5qanMop/5UCQJU4+pzZmISnp5WJ+qN6KqSf 2HBVOnRY+qpViqVmKKtnqGS0iqRZA3+DOH9gGqaMqQn8+ZiN9mimAIBb55GK8aYiGafcUpKeaWpO KJqjuQekCKin2YqpOXfalaHX0JoeypU5CaKy2RAimHruBam3ua4Hl5usl6IrqgE2mJyaWq/H6alR WaM2qjzvhBNWSYQ8ihG/tg8Z0ICsmp1hCY5TaKuOVXQMK6t9+LAGeX4NS6vrt6tjwKt5ZJ+LmZ+h JayN+JhWh6apRYla5yOyQAtwymlowYkBBI6l1gzRkKfUWq3Xiq2qmKE0OXDdSifacKiHunfE1qg7 2ZOQqoLsGv9t7qqblPp4LjADnhq1Uiu1+aqv+9pf5vacpiedJoaqrlmwBsuq4Xh7EpuQZXu27Hm2 aNiXV4qlf/iQGhtoh0h/Hns2i0imxOpoaIqslEYLBMqsBzotolaSVLI4qJYlNduA1uqSOJuzhEqT dqdqG3qTHOpMQ0u0aXCLtXm0SLuuviipQumC3NaiVQu1U1u6+copU4lO/XoT2XhtBveLfXeTo3mw YhmWK6a2uru7vIuHFAuruXqx9FkGhxl/8jd/dEuRUtcJ+9d/xgppHemRbBqSIqmJTgJAhZuwe4qn iau4i0uKjNu4MmmtukYnqemScAd3PyuuQGu5Qhui5ko7m8v/ub54myW6tKH7ghqwKajbv6mruszD us75uq7HtRQxuxvYDraLsCzWuw78wBCcZvYYvHomB1gDBH52vF+6mINkt1MXslVXrP8pASaLsik7 JCuLoHRaLadkuKsKmjXrOOL7kjSJoXHHdpVLuYoKkwZhi0VLovTbuSbarvgrjPJaEqjLKQAcwAKc o6+LhNimgggMa9PQqrPXwBGcxVq8xWaJkLlqGG9rmBmswb/qLoe2iBjJaCNLCsbKtx6ZsoBbgJpJ kitcLazavXg6w47bijbss2tXubHooRtYmo1qtEF8tEOctLm5AS6wPJuixJDMxOhElf4KnVAcuwfM J59Txad2/50Mx8WgHMpc3LZu25AYbAh9BmhyW8Y9JHWZwLz9WSMke7ICSiTUW71ih4AA5ImG6zip xqfUKsN6bKGu+HY43L6C/JK0Q67wC8SHLMQpaGK3SQHRpgZsoDzMcykhkc2SPMmUXMlPDLsG3KOa DA+cjJ1RqLAAJMrs3M67y4cWK598VrzGm5gSqZ+Mibd5e6Z7G70m7HUGKsctK6fYWwy9LLMN2L1+ Osw03EztwIGfA7SVC4vgysO16HflGnjPzLlJ+4vRpgGN7M3YHKqhmk6TjLVZS6oDRmCmeqq/uBDn m3YOuKcMbHZRaDjunNM6basN8sUN2SEdksEce892i8aOuf/PJHus0VuZLaCytyzQz1rHinPQMru9 7fACEUia4cvQxPy9fADR8CDRG1onk7vDO6zMzax66brRiJyCA6AGIC3Sci2q/YWjq6LSRCjOBrwQ YCvTMy2kRbrTgj3YfnmlFSuYf7g1GkuIc0u39od/whrL/CyZJRyAl5jCzuoWUn2SDwrMMXyzXF2K u/a9YP3QYs2VX13WBJuqZ52KRDuCy8bW6grX/+RfdV3X1pjS/2pPDLCjsWuifM2B6qtqVezJ2NlR hJ3cyu27Pf3FYDxH7/eQEIm8HevK+iwjxbqRWRegA0okcRy4JMlip8TZqDazwezVWx3a+gC+6xvR p/3e7Lv/msns2q+t1iMa2xs9bcmI27ltjeSm0liJyT3srcQdtmL7ycud4Ap+cs192Av5h1sq3WOs wY59f4k2rNitkVhXN5Y4gHB6C3Msarpc0J5I0zNLXOcND+rNOuz9rX29vvD93jdJuXpcyL5jbPhN v9OmAcnY3/7637utAb3N0q6XgjBtrVjtx1RM0weOxQv+5FDOZPBcyvKcsXErt/eJn/e3vP35Mepy rNBriSDpps36C5sWFwlI3p2c0CneDitezl5d2jAe42I94+I6w8eG0SP4w/htyPVlbTzu40Ae5EPO 0nu9rcPNdsUdmjedu1H+6JAeYzxFyup3GBUMBBkr1Fh+/88dfLcgnOFJDaC0zHVtWr0gLnabzQxU /aBpl+RUjN6L++bo7eLuTed1HsgS/bWtTcizU9/yO7+fG4M8PugyWOhF/tLEJqhqx+TMrpKNjrs4 HenSPu0K5OAPXsHR7X7aPogbjJ9RB9mwLLJsvLeQlqy17OGYmcsjvqCGG7MMqNDWGuswmd5/qg2J /se2Dt86zCeI6ky7zu+l2MxrfaJCWYyOh8nTCdM6u3Z8amoLDJbITe0SL+3oR+nXvn6YjsGLTd2O PRmv/OmgzsZYd7LS67eK8eFoMUB13JnN4O6Ii3YSGu+gnYr0XqH2bu+Emnb5ru85rMM5PLk4m9GP Wr8dbf+/qJfsF3rvBd7JDw+O6hztEx/1T97TT0rlFjy8217PFN7K+fwiF/npziuJplDZluSR3l2g H57ZDFe4C+jLrBTDMl/zb37zxgxrTbjzuY73NK7nCJyoysz3sJ16s3soIBioo03gij6aTN/kz14t Uv/4U2/tfWjpRxe3jN3YwOrBnQD2I/u82x2APYJJtxDQmZnZm7nCi+PCbs+9oZjkWu3msr4PdD+o D4j3O8/ap+2+GZDnM87rPeyBv+9MsJiBhw9eOc/wTP7uB2vHEQ/5zp/cbEvB69elmr71XI82ogXy iybybezP3b2W6T7Hu5WAJX6dbN6nsB77633DcXf8asf/87bu87aPqGfd929+qK1YsEpvzgwICHiC g4SFggaIiYqKfY2Oj5CRkpOUlZaXmJmam5ydnp+goaKjoAQEfaapqqusBHKvckBAcmV0tXS4YnRi vGIIv8DBwXAycMZZa8hZyzhZOM84EtESEmbULdjZ2m9vbW804OHiNAXl5mSL6QZ4Z4LtgxCCfPP0 9fb3eHv2e/z9/v8AAwr0Ry/NvYP3MihcyLChw4cM90CcSDHiwIsYM0rk9zCNx498MiC0h2eePEMo CalTR6qly5cwY8qcSbOmy1OmULXamQrWKyBlxtzCRZQXAl/CkiIgZmwNnDXJlkl1lkXatGpmzGjL xq3F/7c2bcaFK0DOXAEyBQykXYlo0Ds8ECCMnEtS30GNeC9+NEi3XlwIFR2mCUy4cGG8FxIrFpiG Y4aADwvyFUm3JB95JlOmZMvIpufPoEOLHk3aEk6dPHn6/BnLFtFcvYwqFSajWNOoU5k9o8Yba9at b7xyCyt2bNlz6DgbOLMcXsm4lvsezIcwr/WBfKWHNByRu/fvCq8DvKCRvESH2qdb1qx5nXK1pePL n0+/vv1TqFOzWv2zjP/XvOwiG1Kz1XYbVLnpBo00vP2mFVfBcfNVcWUdd85anJ3xlmVx8SFXevVQ d5d4JPKTXXYjgafiioeVGJB54znWEIgkrceeIW29V/uAfTz26OOPQF6Ck36q8edfGUAAqEtssyVV m1O3JQjNbg1m9SCEXnlDIThkmVWOWsmpw5xml9EYol33uEgiinywaQ+Lj8Ep50JqxohdZGaWmdmN m70X5J+ABiroZ0MSuR9/QAg11Gu7HNUkMLXZ9lSCUk05jTVWXilclsMRN06XXp6l3DvrCCJXdHma JF2ded3j5jwLxTWnivPIuFBj/8y6Yqqqqsonn+8ZMOiwxBZrbCX4PWLoKogiyaguAhpFoFK2FeMU blNZSqVvv23T6TcUgloOWhkyt86GpurJxws0ojoSq3i5ilCsgOnqXa3nNQSQveDxGuKvvwYbCAAh +QQFLAF+ACwNABYArQIrAAAH/4BSgoOEhYJeXTR+i4yNjo+QkZKTlJWWl5iZloNPmp6POwsLK5+l pqeoqaqrrK2ur7CxsrO0kYa3twdwtby9tZy+i6GjwcXGx8jJysvMzaeDN17S09S3VWHOp16CE9mf wMHDpI4houPe6Onq6+zt7pTgk2FdhDe775PbUt34toKd4cw9Kkesn8GDCBMqXOgnHiU4NwbxY6hv osJp2IKVWLEixECBDEOKHEmyJCuHD6sMElnRpDOC51zKnEmz5kGUlJoMMhGypc1jMH8KHUq0KC+c k+BITIUAjoSnCOgskiOHlk+hdBDgeJoFQVWqroIaHUu2rFl4/zRFlNLF0pMn9/8Y0aEx4EeSJEY8 MBhgA0dWOnSqVoLTZILhCSYU5ePWK0zhwxPgfgrzRPFgLUM83PXwY0iYAnD+BlYl9qzp06htIl0s xQsjfQD9NDngsM0QJDBgHDFh5AeDIQPCkIGDoGtUwU9W+qEBBpeXjIxwEYq9utGEQ5HQqMQFJm4j 2Iye0GaMFIEND7mRmEjC+feAFG2aEh9dSdyiFaLy6xflMbX//wDiU10ka7W1CHhw6AMOHUoc0YQO uvHmG3BhKKFFATggYEaGo/2wUnLSCdJEIyGmtciAi1zX2iMQlSgIdK+lBcd4S+GUxRAwNAGDeuxN OEAcUJBBQ3FmdEWfJPb5gd//fvv1F+CTUEaJDIqPLHXgPy0W0gkdA+QI4W69uVehFmS08cRwWrTB oYcvDnJAE3A90cR2glhWjSBVUAMdlSq61kiWraFRGWVoKFiFd37ABmiNJjIiwQ9N6Mhje8ABKaQS cJlBRpFeTZJkCBytwEJ+oa5wgpSopqrqK1Q2opMgPF0pxRMKdhGbHyl4GWGYFFpYZhJHxJGFGSmQ IQEcHkDTaCPNCQIGJFc5wid2jdAjYiSv7uMIbDSCcatDcMgp6XqU/hgkDUo08cOQSthAA4dIgtRI aavWa++9mbS6CBx0fufsIZYtQkMdD+7q45gFtAFsHGRQkUUYA6SZRCEBb6uc/8XaQjLtiowoxZgk zd6AsbU3VNxQo3IMEOmO5PpoKbrq0gCFEnB4hmFUkSQ5r7z49uzzz/oCapGCUjzrCAJyfimhmBYm vDAZQ1ChBRxGUGFDHdNNAuKsj0RL4rKR9NmICRdHsjXGgtijcaNtIDFuj+69nO66UAAngRI/DEBG hoI5ojMj9P4s+OCoUhmGinh6ZyiifhQAg9K8Bte0wsFCTcV7WTxRtQ7QVDLIiBhb9DXXlIjNiIoH eF6nv4MwfqKJcgwB4aQunzu3zBRqsQYSTwxQQBZSgcLzIoETbvzxqEFDzfJe0EkIjIl+DonsBjN9 IeUMR20uDTboYAQGg6BRif/X0WdcJdiQmL5IE9KALonHpMsqhfvnk56FCSzDXantMdctuQ1ZMEId npACGoRGeAXZWQKRx8AGjsVFuNBF18rGCAQYoXq9ut7CCqA9IF0IB2hAAhoGQYXxfYx1oosO+h6h vkxk61YKct3rSEcGJNAubvyjW69sYKwhYMAEUpNApxrxN+INz4FITKJMIFiPLkAvRlJI3SMkYAIw HWxyG+wgFMikhSxgAAOICx5rUki+Gd4qbNTCxOGyBkU/+YN0A7jh/i7Vvx2SoQBkSIETmuCBARhQ jMI4YvGUSMhCKkRfY4QEDUywtAw6LVgcvJwH7xgGHGDACdaSwhAlQb4yniz/fpJo4SOegIYJSAMX MDzh2kg3hJbhkI46/N8d0SWBK6ChDkPYGyD9UEQ/DNKQwAwmOxDJSVUyYpGRQxj2ImkuMhWALhJw whVUMAjgUaKTxlQhKNHIsT+xL0QKSqX5VtmJ2OnPXLDEnSyf2YYBwEEFTtDBD+CzSV4K8oin2MEW guCHIOwTIVvYAS+3YIktdIARJ+BICTDRAQC0IwZOusQWImqJJYRgCX4QAkWNYVGMYiIEIA1pCAja iwaYFBM8MOkUsjHRjeZrhZooIw2SiUVIatGZNGgDFXCASSsMwi/XzKYnN+bGRTzBeXhCRGR24RBP mnERVCiX3Oq4zpySIQxw/7DCFTBgBD8ekBG9/GUptrAAgYZCoLUAwQpAoIoFEJSslnDrIjqwgCKs FRMAWEAvthCTS5RDE/gBnEsdIYQFCMGXelVGYQ+LCSaJoggOrcWSomCJJS2AB8mIAUdIuqRnwDQT ZXyU9R4ZB2ZOkp00cNgEVNAsKZihnhMcp6xS+NTSpdEPZBtEFWz1RnHSVpsACUPt0um/CvGQnWZo FxnA0IVbUoEM1gTrPReYCrKatay8OGtbCarPgh7UD3klgiYa2ou/agKigE2skvoKicVmdLC+cG9j HcsfyYqCspTIa10bsFJkFHYB/WkARzy7zU+UEQFDcOQybzrLNiRXWCqwQv9r49M3aAk1m7WdRLOK Sgj6kROFkwAHGV4Js1gat8FmMIPvqMDcEOYSqNKlLmJlfArr2hOttNBuKuT6iby2w7y0COx92PsI +TLDyHEVBSM0mx+PymJJmKVEA0QR5WT8F76eIGYkPAkxZWZRklu8Yxsc3E4yaOEAEh4EhRMZut6a sJu5LXD9fBtiE2UBzMS1I3LNoIUBSKAJYIAnDBigBRgHUsZi/YSNdTyvEOxgSaZiRKQROg5TJbSu IcDCekdxVyxsoQiY5mckPr3fHMg1oZAAKRGm3IEVbEGtoB6wH1ptjlP5ga/ghSyufelo/BTBI5f+ dSNoPQpb47oBsT5Vq2P/PY4SIBvTeYDErkFK7BV81xGB5WsR7OoRCoQA1MVehHt3feslCfsRrdYo qIvQAAowwtvrbvciTLqBKTNW3IYVt7kbsAFI5AfbomgAeAf87RUI+Bw84EhkE26OKSj8EVD2g4D5 C2nMrgDcdl3EFJ5t1yornMk9sIAFosBxh3Jc4IuYgYDN0QCMrryurgbVOZa934X6Qa3W/jamP3lG A2N4OV62KZidOWYzSAAKAzADEtA8Ydi2+elzfsgg3ChKSGyNzpKIRwqmamLl7tkMFcoCawVNaEPb E9H4NMWisYvtWG+B1Lbm8SLg6odR/HoLU/YIRzgNAizgZ6TfLoKoHTFl/1d/Gj9vVW8jQjUKECwA ALDmtB9OMAoAAADx4AXwKLbgYyVtuwGXtztI/74Iyq/A8pgvB0dACuoS0HzAHdg2SAuf6sRenN0g rSsksn37jihpAQ1gfb7da17Vjx7ARa7rr0NQeHd7PvjIXoG7Gb+CGDTCvYVdPu0f8e/rC4QgMOns IngQcD/wANyPLT/AL/v7beunCCJgkvnRn5/IBhzcUUi/fixb/imAe+/EwH8AJn5ktR9FwFZ0NQpN omUWJlsVtEWkZVphljAOJgE0EAddBAZMp2ZOB2JQJy2wkhNTdzo/Vy1NVYI8xwhmkEPqdGJ7JgE2 EAdtwAAoEGguVmiAFP9WaTdW2MVokiZ3flcEiyB3t5ZYdcVW8yaENzZ3C2BrN8duwkNS9yFXdAdw KyBedUdSnecHUMgIyJZ5B7gInYcf1wZqOJZxXIhySYhYakhXJAVkF3dtZLVR5oV5RuRkPyhp47AE yLcIFIB8xJdYaDhkyVcEzleEHvFt1xZ7ejcK/UZY+YZsjyhxiscI3dcI/0YQmBZ66kV+wPd7n+h/ 6rd4VAaKDSACIrAkJleKXFhXmMVkC2B9+mFSU6Z7ftAD+SFwniiEtRhltXhYVzaFelUC5rBQsad7 CVgE1hcD5sCAsfVbfiABEchgFGh0ZmADSkBFNchag/BaFfaM4AgJBRL/VGmkIkbzPmw0W3UWP3Lw THPTBsXldTmVYhJABkoAXSpwAC2GS9CVg9NFZGrXg2y3eEqIUNhFhHTXh0wYSGgla4BTiYiVA43g eIm3ewsweDzWeZRnc4tABAvQUHI3hjHhkOs1eQvAkX6QBx9ZDijZh0CmkIRIDrZXkH7AjNYHcHro h0JwiHTlEYEobk5GAYPICIVFUQNmcIRHCviBh0SZbx1wbb/nb0rmCJkoL+JnfgEXfwnkiWr4g+y3 JP2lXwLXi1ipkJ7oEfkRZfm3AD1gibYIiubHAx4nCsBYX3BJENemX085ikvijB/YCFVhBh4gdM0k ZhXIZzbQBsyhj13g/1OCIAG7FI4e+AitJUN+MEIjmCKtwxrL4lQp6AdVgQBkIE/wqGfzaHQ0oAWF 5gFfgGZbpR9QqYM0FpDXhWM5SZUEhZBGKIVFyJBDyJtLuHjsRYUQWZKWqIWJpV9MYnkLgIWZF5PQ WZKauB8AAGRD2B/mZZMy+RHRqZ04GZ0dwHxL4pP5BmQWBSqxlnz3ZkR1R1/GqZ6LsAETdXFTSZX1 GZ+PNWNSeJX/1QBciYmfuH4WV5//SZYEUWXtSQryspZtOYQLYAGMYAH1aVL0SZcZZZeddZWzJgoA kIBO0pefhQmeJBVcUlrUWHQSYAZ41AZZ0AWtqVXUJAjRVUwOqA/n6P8IW3OjrpI2aRQGbhIJNLAW 2xEr6ph1sIMAfmAGQ1CaVeVgqEkGxjIAB6CPKjABTaAfttlLBVictBmcwsl9ucmbCSmmiaVjROil 0fmbvQlxMZGRyfl4lhenHbqFz/medkpwABYCctqh1ll32JlY3vmQ3GmnzLieU3ibv9cRIdCTF3pY xTcKICUEJIlvhvpXkCpSIGWn3ndYn4Z7eFecl8iExEAQ98afAfefbtmVwjignVh+BsqKDqqgCcSg bgmhiyCherWWo/ByddmHGXqfHsqMCgmichZTP5cVckAHSjp0hmmNNFAARTIBrRloE5BJcPCNkskI mRQZb6E4UwcjNED/MrlVVApyA7cyDzuhD1UwAeJTPtD4mX6QFX6wBlDTpClmBopJAxZoBdPaXEiA pUR0RMMwCjtQsIPHg7UJcTR5c02YhTujpoxAdzrWhRG7ABI5LwsbBMS5e22KnKV3ko7QAURApyL5 pTm5kSGbB33qkolFjEbJXnUYE4UKceola2TlhH7aqIjlB3wYUZN6ocB5cUqiqktwUD9LqVwYE33q oIq3AeBGUKTqlRWLfPIiljT7lQTqqhZagJFVk+UnL57YoO1pq36Aq61YkL94ob6qZATBkQV4AsL6 oaLgl5PpCHKAAEI0F3FwWih6rxYorTWoVWhwBYOApOSYQluTjn7g/6OFIA10cgOUcVs0YAin1GGX SQh+4pnxQAdOcbda4IKnea8bMgBgMK1V2gRGALAxRmSj0iSosHa2OYU4Ww78dG5+gAWgBrELGZzl gIS3O5Qfy5vlUJFsioke6wce2bUmCQIka3sj+bwpCZOUtwN0mrM7ex80yajbSaixSLO3aZ1FqbN/ ZWRCyV6FFRN8OJaG+KVHq7MwKWT2mafM939GlG/zJgqcVV8VBwDgpqqgyKqMcJYzdlgCsG4CsKoJ GsCiILaiQLZma5UW2p/CuKEFkQfrpgHBKIx0C0XQSAdZAK1ZoSnN+hQSgANZwAD8qo9W0Fw64ASD EJnZygiYqbiLu/8Wt9AdfgAiRbUcRFMIVRArCZKZmosyeIshdIADePSCT2HCGHAAprtVuKS6h0Zk xOi6NSaQset5RRBQO1AOAeZWO5BQueuwFRtIDbBPQbBtJxDG+IGzP8jFz0a82NaxYqheedUAT3l4 dVrH0UmSslYOeNwBely9LJuppge3ncqU10uSM/udnjdSpicE6gZ8S/CTf2gqQkBq1gaJdnUCmbxt GCWUWyzJ+HFY7eteF7cFmbwkhtqejrUCHhW1dWwO7od8S0B/S+K/EXeVAizL+mVX/RurCsyWtRqh SgZpL2e/+gEqU1mLwMyhaiu3C/AWkoEKlFEZknC3EtBnNrAGxbH/FSWMAyY8BFfwBSigwl2wR0nw AzBgAh6ArY9wzSYjMI9hGPNsAmCgIIhgGeHyBE+Uw12gz2/yCDTwFoohz1rTrY3AuW2QAmFAA5wL zuJswotUulMaaLYEAz8QBjHwlDtwsYuABQWLko2ABeEZUlmsCbDLpieAfk4CAi49po1QhUsiUGqV H0XgxoyQA5aV0xtbvJYYWc1LKuLVvH0MvbNsDtG2sv1RAuBWeui3yYPKyPZLigiVnrVYV5cWAj9Z hI+Ve31VWJf2WIvY05wFkO51jAH3X9zHJB0xibJ8v+YQt4ugATKHljCJwKaKfHFNal/tlgi3wMV8 q0p2fqRSi0I9/55XqXOPRVIZDJfFkBVtoAStVAce4M8DwAAwgAZWMKX6iNF7ZAJDkJg4gyoeTAZ1 UQe9ERwDgB5X4NlgAAZWUKVooAMe8FxCBM/pIGsFq2mOAAI74NumEAQ74LuSQNzG3QpP6Zyu8JTR ZgodEAOKLAuV/F0UsJOScN33JgRM6V7VDQnf/QmS/IhP2QobIARQSTyZugh8+HixIAQ36Qo8IAKl EAOtnA3JmgU0kAIMYAJNUEpdEGGxHduz3QXs2gSiXUAzKiXajNo/gASXdAWNKWEEPttX4AQYgARV owWvBcPq0L7CNBNIVhLjybO+pgEhbgl3q9+UbQQQjgZOMAESfv8FVzABToAGTYAEHjAESkADwKPb AZIV9TgAT2ACOnBJMj7jNX7jTTBAetPhBgHiKW4SI04St2yAyjvl2Vwc3EMFT5AEboMBaDDmaIAB OW4EvZOYXQHkTyLkeZQZdZAjYj7mX6QDlu0Zm/JV/bDeWl4TrZbeJbEBAHBwF9XnKs65mqIEVDAE P2AEScBIeNEZA6AEBXAsR1IvWZEFbXBVXu4BRsBI5PIEVBAGaQIvhn7qqJ4qyUokZpYCA0AFsH45 KXAhnHLp9pKsTkED9ggxsS45QnIsHZjqwj7sp7HqWYADilkAyv5MGzIfbL4qWVEcEpDsy94GJezs xJ7t2o4ayRot7XDw7cQRFbYuOFTh7eAe7oDx7Nu+7uxeE+UOGIGh7uTe7eku7+1+7/j+CYEAACH5 BAUAAH4ALA0AAACtAloAAAf/gH6Cg4SFhoeIiYqLjI2Oj5CRkpOUlZaXmJmaiDQFnp+gBTSdoaWg Fx98ZDRtm66vsLGys7S1tre4ubq7vL2+iTimosLEoR+pBqy/y8zNzs/Q0dLT1NW7bcXZ2QNhfKKt 1uHi4+Tl5ufo6bDa7MJkA6nf6vP09fb3+Pn6hcGgZO3ZyPwjQyWFlgJ3aOxbyLChw4cQIx4yU+rf J4sBCwj0V8BGwYMJJYocSbKkyZOzKAIMuNHTRhsD0mihERKlzZs4c+pkKIOUP4wD2QlsqfFfipjJ 7tzZybSp06dQecHxebHoRYymhhYdqDXMgBfJFEYdS7as2bOFelbc6pKoy1BD/+PGLTDg65lRaPPq 3cs3oow2WDVulYs18OCNc+GBFdW3sePHkMMBDsyVcOGKlocaUGyAceTPoEOLjiVB68/MlK2i1kwF mafRsGPLnp02mOnDmduaXj30hZo5fM68pk28uHG9cGzvxk2YOe/eBdN8Ok69uvWcMnC8ec4dcfcw ai6oGn69vPnz+2SsMdO8u3uBBuTWTcOnM/r7+POXUy+hgJb3AMJHRnxDnUEFFeL9o9+CDDa4THJt 2PBfgAAacEZcBsb0XwEOdujhh6/IkAVFSlAo0IUYxkXggBbGZYMaGtoH4ow01riIDNlFGIaJZKDY 44/wEXiGhUKSYcMQGpJn4/+STIIoYn9KfEChAVTKNSSVWA445H9nXKgEkjIp2aRZE5Rp5ploltmE B3A4aCaHugQRQggnnCdDci2Q8cEAGPpIWJcFoigoi1ReeYYWF26phBofpNEZnGOSmeakaSJBB4Nv 7iInnejBkQUOEQ5ABYYTWmmAFlx2CWiXqBJq4ZWIdnnqB0N8sJgBkUo6AQZN9Orrr06kiYYE9zRR 5hP1ZBrnnHUWsgOzxnkqAQ1pUMHnj4daNuShrALaI6pXFvoqqqmeMYAaKYCFa65kKauIBB4EWyYG l9Zj7ATI0uMuLps2S8iznBYHh6cUVbvBhIiWiq2qWryabY+sYollt+QiSkH/eIuxO9a+itCBgZn5 0nNvyOr4SqwuRJxwQgeGAOwvcQPj0EIBKajBAKIQK3ziqeBWTHHDr1pYcc8ZXoDHkBpDxXHHaJTp hD0jw+YydZ7KTMYFQ9zMaqsCHupzwrFWTCTDX2tx5ABGI510U0srEoaZNth7rNTQUp2FBC0YkMIQ T9jgNdcObw320ORuKzjhNmwwwB71rbu2Tm0nQgfImMhBBwKYy0GAIARsTkvUEhEgB+YI0KG5H52/ MnV1Vb9hQBhUaP13gT0TbjuiQv9NeBoMoN3445CXCakjH0/gQSOe1DsIAXBQRO4qZuCAgOiae74I HWE8oX3fbSoCui0SZL/9/xMFKA9Jf90zQkcWgHFNgwRw0EF96pisXt0aOICqtxpPGFTxgGEjlw0k dDui6W53G/jABYAGPJxELhH3asIg7gWpMCBhXwiggRLikAIl2EAgrDCDGbJgOtNVTxAFMJMg4GAC SjXhZIOg1Jkg9cBBPEFNiBhC0yhlAvNNUHiDKMAF59Y2OeCADHGIgxKgMKEQws9yJrSeIvoliBPM 6YpYnNMOjvMpCbThDDXr39C8dkCzFbB2ZazYBxIoky410CY1PETxjicICvqBDvdSFgFwAIUwhKGD H1xFG0SIgyzAAQGjQ+TpUlgmPxRAXpRyQhgIIUN3xdEPN5yABAvhsUo6Df+GP5wAh+gwRMotjQ5t iEMYlMhEEA5SAoWEg+VKJ4fTTbFuVsxiFrcojdHhwAyjCKYwhdmGYrZhFMccZjCNWUxlOvOZyhzG KLQhELMpwX8+IxuqBkjAAqaRcOeag0wc98aSXLIQlKuj8DqJJg4RwAyq/KMHXUlIQyKgACTMQuYI wMgJSEBeSAhD+QoQhh1OwAnpA1aZ0PArGF4yk5scBDs1OYQCwKE/Q8gjGnxIwYmaEoiEQAAZ/MjK Jr4ylsG43BpoKUVDUNEPHVDZCbYwJwDI9AQlgAYCzKAFJfj0p0uEglChwE1uIq6oZ0yqUpd6u24y tWJOtd03h6aG39CHnOX/FMk5B/G2MsVNnaK8lxM8MDwJxBOQ9IyePbUABQlcTgIrpQMZzPQxJwxv EC0skwkO8T10glQREC2EB8w0yUN0FV+FoGApTTC8fdGBoKtcoknNAEtD4mBHsszfIW15iJf+q27R uCdQR+vToQq1qAM0I2qN+tTWuhaqSj2caqP6VD7wgVxqoIA4g5NVkmz1jjt8Wijz2oT0rVAJfkSr IOt5SLbCrw10EKE+tXAmhEJQhYboKyX/mojASjSdiMgrBhJbpsHuyriCcNc7SSpZelY2OZjNHx3e t9mWDsKzg7DfM8xA2v4GdairVa3ZUPvUbtL2jAd+bQElhNSmJhhVtzXb/xAocAH6nKG3WuVux4qH 2FDq1RBygKxyQ6jW5rZ1Km0goRbagAMlzFAR/byrH7QbQw0fwruCsIHTFtFP8h50Vz5M718RgNyS uhel8R0kAoJhhpVylhD4FYR+mUEAMvjXv6YlKoGRSuClpnabDx4ag5VKwC/fLsLbhDBr0wzbM4NZ cWFIgxsxDJFLSuAJkNwoITQaZDikQJ6BJHEsEeBcFFP2sSs+7HgXIa/C7nluh3goDm1YJiQwwkzG zaMTgixkUXKuDZFt5XLfe1kyQEi6dFBCAcwQPzl0FrT5hTUzaNDBK/c3ywFO7WrD3OYBm7mpbE4q g3/tVD5ENcAQRvMA0f88NNtGOAUMiM6h6PwQuv7q2k0wqJmcAMoZE/YQoB7xIEtM6BM7EQfw1cIA zDQERtCYxp2WsSFw7Icw9MrRiJgcd/OIb796+o42MPKokWxqUBESB3ToaQHgJz+XytoPU/6FGVJA cVvf2rS7HjayzWi7BjcY2B8P9mxZKyFmcxzMy+ams49NONtqweU2gPYA0jVtajPEkzK0VHZ3DGIt iJu55Ybfue1ZkCGYCRzeg/SjO2wISWtyEocdXh45HW9BZKG0kyV1kg+uzzYMwAYpRmRLowzxh/cC ARRPu8VJi2tunjbjv+64x9fc8dkK29dlPrmz07zrl9tW5cY+8MpfPoD/3olHC3iw+UJwjiYMeKDb obS0IRAAhXkul9yFHnoWSCiqTE7A1Yt4t9L9Le9C0LsRd4ak1CeNCGXxV9RDh2/Bx50/Q95tCDti dcOh/PCI9yLgaa/42oHadhsQVctwHzCCde1rYOOd5SjvMt9fruuUo9bZxn5+xbBvg8CrO4Hp0oLi 9/Hb6zKdEHAYYFoHnfmTbv6iCKDCEH5gpifzdfRgJdl2/w1Y1h+iAHzTK5D0YqGkf6QnCG0Ae+4n e6cWPbGUHAjwA1SQBmEHevfVe2a3C1mQRBwUfMNHfBjndkT1fFvGccNGgiEHVRr3axFWfdf3dwS0 ctf3gt3XfTK4fbcV/3glNwS1cgEvcGHjhw9tAwI3dVM7IAY7d36DkH7rt1bm5n6G1DwIwDfmNQG7 Z34GeC9T8DI1xn+FkDJEgEk4lDInEIbYk0eT0gRR0AM9sAVLZ4D75040kHUE14C1NzA7RQcewAA7 IgFi5wdEeAJk53uFEIiNEAQ7gAV+gAWJ2AgBx4HBV2sf+F+VB3cZZ0ZLQAFaQAFLIEBwl4nksgFL sARzcIl4t4lLcIk2WHLNV4Nwp4M6WGwyyGBVFRNLEAOR0AG4CAkUEAMU4Ae3yAwbEAMbAAkxcIzI eIy5wAPM+AhTwIwiAA0dMI2W0DbPsgPYmI0dAAAAkAM+Bodw0IQmJv90UIiHbYAADPADSWAmiBR6 +OdtE8ADIRBpNiYIchIEYvh0mxIEBaBtC7Um5EMHO8CGPdAAb6gIyjIZsVdqdviACDAidJAETzAA WqB7mwMwg5iBnzWPjPAs+HiPjIAAHAiJHrh2vUgBlHh8IbhrI2gDMZCKtxh9u/aSqNKLL1mKpmhs thWTrxh4sWiJyxaLfFACqVhyObiK3KQEDMAoMRACifcINDUIQiAEjLAEIbAEftCUzGCVWPkIunRF u1gLUdAADTAFjQAAZFmWv7AEW7AFLOMHNMWRlGCNckkIYmBT33gIIiVoTkiOlFVIUYgAcABdT+AB eTUBf4iFSTgFvHT/gIeQAzvgjYFFhktwJmhAVocAAGwYAV2ZfwgJUqWxkFvngIG5ZIVkAhKoBG2w Bg0XiBkZMIpgiB0ZAh9Jm4wATyOZRJG4dhsgBBtQWkPlQaf1dpb4kjbAiUA5QJkoIbe4ByuYa8uG nMmZcj85ncoZA6z1dzqpcrzDiTGAB0/ZCFEpCG1ZlVcJjGHpC1wJCV8JlraAlmq5CFNAlgDAA9Go nnOyi0JQnpVAl4gAAiGAhAV4CHLAl+NoaJVVmjjgVkZgBIeZmIggekrYhaVHCMRFCPIiSYoQAj0Q BV4IbxRqdaI5e1yHh5jDam1gAh4wBClAA/pkgX7wmlx4CR4Zo7a5/whakJskqXa21pu/WVpBtUTG B2AZpwIqwAUoYKRdgAZfZ508+Zw2EAY/8ANhgJTWqXLc9ANgAAY/kHFpgFoxYAENAJOjCIPXlz3h sQfg6QjjCZduuAjr6Qxx6ghXNAhseUUaUAvwaZaLwANkyadrmZ+b4J+vho+CQAQ8EAVREDJE4I0I AAIxAHRL8AESkAfHuASVlQfTCAInunl18IyKWgMQWgLY6I05EAQjIwYgsAMggIRTEAETIACGOgik GgWwCic5EIZ+QKpEEARIGEF+IAZBsAQ1MAGcaarYWAIC2qscaqu/KAg5kKhRAKj26KsxqqiciQC7 eowlEEtLIAQxkP8HBueAJTCNHZAHDxk9SzAFUzCKS1AC8OoHpxoEVISIrAqZzHKqYaiq9zoI89oI NQqSzrIDQZBLMeACHPiSupkCt0hxL6kBMQCupKgExwiuvqgEc3CLEvsBxWcDGhsDXGAFXHAAKnAA XKACXVCl3DSKF3CLnJiJt/iSRemdx7gBP2AFBzAFHiuzRTmKNJuKG6CLxslNFDAFXMAFU7AByrkE exCzHaC0nLgFFuAHQmADW2CQx9gBS5ABq5UCMbAFPjiVJZBLOHUIUdkBcbkFVDkHMQAAc7IFXbme aDsIaFtT6WmncCsEbksnczAIbLu3J9C3VCsEFGBFnQmM5wmMcUn/J89aCHVKCHFJlV/rhm2rtvzp B1PAjTwgCJlLnyKguYawp37AA/X5ufRplvDZANwoCA8gjw0QAlsQltz4kle7hj1QA2NJlpvrp6q7 uYJAAqRLn0LgAlS7twDglvv5prt6Am7rlroaBG1Zrm4LACxDqIZQAiGwr1Zkuw1gqCewA0Tgtg2A eQ1QAnrblg0gBFlQuVtwvHdgBgiwBAVpuz1QAqcTvjZlRdgYAlrIjTMFACWwhvEolyXgvwSZUxB3 AmKQS/eob/rIobAaBSHAqlgEAGFoRQ1AkLgoBh3AoQQJALM6J0HQwQRZvhhMlueauulLSAWclmS5 BQWAAyVQwmk5/ydlR5s1tbdXBLjPUoY6HAIgIGU2PJu1OauDMFN0go0RuwRJJARMrJvfSnEW665O TLERe4y6tcSjeIwcG4Lf6q5HywUwGQVG2gRFtQRC2wG9CLOXCrQ8e4sPYAUowAO3qLW3eJ08+5J5 vARpkAbD6K63CJMxYMcxOwcZq4ujaAMAsAJjusUdsFp8sAQNgDbtSye6GAIAYLbzWLewS5U0dQLH 6LZYuZ5amZWwe4w0dbeI67bgakVbILg0Ba5CALt925Y0BbeEsJ5WCQDH6MqH8Lh2WlOmHAJNCbtx OQjz2QCbm8wurLuh+6d+oMIu/ADNbJDM7MK7SJazrLsEScPSvP+5M5CW3EifcJlFXzvEAFPB+Ii9 sJtFHWC9hcC85LkFOXAvpOuNKwMAO4BI7AcFDXACQvBKJdAAW3ACfogA4au+ONChSZBXXAAAmpMD 1CugOVDJxrKGjRkEmtkDA2yPIfCWE1ADBYmEOyBT3niPhyVBctIDEdzOHbADHYzJgDiQbBgFWJlL ijqWIiwIcxLTJdy+0wifs9u2ZNmteYCW1NsB27wFCBDAisqNaAm7NywnDWABmPzSGLwCSYzJNgXT e+uNAAOwtimwhKC/goAAHxCxTVwCS5ZES7DPBQCu6Io5JRADPpUHO5AHPvXWeUAHdLAGa4w5NCBU OEAEWstNRyr/xlDwrU6gAk4wBE7gBAMQBUh7AT+ABlwQAQF1iy3UBDxwAFagAmZcAyGLAkerAGVy x0dA2RRgA0dwBUebAE7AAGmQqBjwA0fLAGXCALdIBRzABQmABlRwnEMbAwQ9t4zsljtblGe8Bb1D Ux3wlB3cuIPQpvxJAcTst9lNyhyJl9WtvMEcAoILU9ndlJ1plbh4y9QtCOvJvI07y788xIRQp8WM yags38m8ufC5uaarzM+slvv9AA8gurzLpyHwurhIAvApAH7gwsxIv4LAvctMlvPIu7t4tWOKuNld zvOYB28bhgUs1ex8nlYJu/AMrR0cxADqjSOjMn7AvI0pmEGn/7rud7UHjTltG789MAMOWiYR0AB5 QADbWAg5MCfG0gO+OwggwIYdHc3+8jE10AAsswPebaOoaiYqDcETIMFATLdzYoY1LUoAOsH3ogDT y9NvmwNlUpDdiDoDrbp7kBySLOU40AFkOdcIYOcNoIdIgJpUsARIDdYiHAIWYAEAIKAQV9X/DDBv uatadMNiXcSGMFODgABh4AJCoAFxIAQIvEGk6gdZ4MSbkwV+YNg+BZlYYANKsARBnAV94AdagMZ+ 0AdZIFQx2gEXMEBQoAIJoNi3OAGO/QNKerQCgARWILIoYAVdcItNYAW9ngDHbgUtBNymfQA3awVT gJ1NcLQ20P/sIhsFx64CH8ADXNAFJpsAHrClP3ABPJAApp0AYGAFSZAGL/mlYdoAxi2mZBkDtqW1 L4Ba38oGDNC+L/CUc1rdcsmfGTve6I24WFnKmei3x2sIDQ+5bljQhbCf5VyMFE/ih9um8y3fg0Df b4vwcpnf4ay6yOzMhSC68Hmf+T260JzMVCkIxp2+Db7vgsADNT0IBDkI8Im57FrdZDnKgsrh5B0C CHzD8ApacUmXX6nPVdQsIwOgL57JnOMHInViK5ygbUk6D2nncCACU6Ci67jlSu8HEzzp/BsBO24I TC6PpZ72gpBXUZDJz6KrNlqZWG6jLD0BPSDTF2ibTRDmBWD/RZlc9TtdU0i45lKOOn4gB9p8aiic BXkAr6QDB3YeAmQAA0iQBD+gAYVu1fiIkVVtAUFMCFW9At87J9448msf1kRs5ZPuL5YeBk686V1J A3GAiHfkxIJABgi9AyXCiFjQBkrQAUQgUq/eBkGLBX1AB1BABn1AlEVlpEj7A1NAxiqABMKOsjww BUZw7Drwkl1gBREQA80+xzFA7lwQBe2PAnO8B9ee7d3O7SpgBU4wjUkACFZWPzxcYAk8iVxcPEJc KBFCYRNgVmExS2lKMRYNSxQNDVs2pDZLMaWkL0sNJmwAW3t8eH5LIUt+ubpbIbtburUxJ7whMbW3 fjG9uRQx/0LEv8DHuMDKfiHY2dl+W9HS08wdMVsA2N/X5sAU28rIucS6rA08U6E8wPbfAKFTfvsN uurN88ODnx8hoYzpCgXAD0NdPHr0iKJLYo+FoSDy+BcKl61i78ydSJerBLYdJkN02IVtgssC53aE CEKzJhFgAE7s2MEjShQeHUIQOXFClxw/BMxIgEOjQQwJOLJkgdMNgVU4WYL+gIEkyZQpPnvMDDLz m8wmUXo8+ZZ2Ao9eMoEVcBmhB5G4uoI0iDABg8smfsjunSCxaF5sJfxKjDLBBraVTVw+EXMS3Uo/ Lns02IH0aIgGHXC0MWMmVAc4cBDkAdHhWYPPSJDU8cAAgP+FTmVlzmxwW8y32wB0S6ss/Jw0mUEC l5VG1GiYMEKWxIl+FEecu0eFlECaos1dKGaw7MCSRckOIhKUHM2yYUcOOX20SOhTokMqFSoeqUDB RcUEJj/gZ8QSSzRhRRc2YIKEFSgIYWACmCwRASRLTJEACjzY8IMgU6DSxCKpiGPgIIVYcUqFKKDw FQoHnGIDA2CAkQQmmnDiCSiilJKGiy+8oMoUPdThBiwXyAKONLz4wtIWMWACki24WJNMCFsIgUk3 30ApjTVUNullk9x4I42WtuSEiRDLDEdSLu380g413JAkDz35YHSPNP/0809A+RTUQD8IOYVPAw09 lAuQE1X/JNFCmhEUCqE8bJHQMSDF2ctIafqRUgcfXWapSxPAZFam54SQ0wlpTUTUUIZ1RgABCNDQ BmhRTUXVFlel1kEDMDwQUQM++TTWcsCcldZa0rSVVgExNEAHMJHVNUVQusABZAQY2PCXciFMQdhE ogbWQA98TTAuY2hoxllkE6xVWWWYEbZZLnLI8dhoZuBgGhwSSMpQN+PCUIcJhPD2Wm7Y6HXbNyfc hk0oQWChC3FrGucHcsolx1w0r6awQXTTLYGDH3RoEcRpySQHRwpK3EUDAljEgAUdZIAQhBZKZEHy EjusAUcfbSBAXwxQlKKCHVxE4EQEURxhAxQBqgAFgU5Y/+FEgktsiKGBEcQwBxQTWDEBFCTYgaGG HMaQxodc2EAFBlcsIgiJXEywgdcexOhBEweA4aINMTaBiRKbdLLEHKGMUsoSHfjYow1IpAWDCbDM 8QIfRwKT5DvRBAXnNcZoac06QmguZi62eJrLCQ1t0SozuGB5jpawVENqLtvoQkE5IL3JUpoflW7o QXXiZNCeh/bZUTKhlJ4LCfkMX0+iuVikS1oAPQrRpB8pBE9QIeShi24EPvY7qOEWezuenPnBLrJ+ NJcLAXIgIAcB/IImFWoIVGUVAnCICAzSMgUqPIEuM8lBCLYjjaCgpQcK0EcPJqCsHkAAGBJwQlpq kJYmNP8BDROoCwckMJcJAIYsC3SCRSbgBA/WhVwTCMNnGPMtyEhGgSHgDLwyMy+k0OExWYCKvkCD gBMQagf/i4FEkGACD/jpYAjbzW1y0ECH8cYCOZxYFotjsVxgjCwaA8ZIkvMqMixBCBSAzhLIkIsW sKYNfujATWiQghQEYQdwIEAOhEDFLNyRAkqgQR+AsAMQSMAMfchCH+gTnaLZYD9cWMLUhEA4DeEH CpyqmhOggAmt8cBAE8AE2MS2AR5ciAdQS9vaQNQFK6jgJzAQBCHqNgdM5A0MHhgBF1qkNsCBQXCZ KJwn0tCAFYwiDWloxhJ61CMPaLAHTagDkdJACy0hKU3/spMS6p6EDGtY0w9zoFKWxKm7EBQFTXMw XZiMo6VKhaRU2PASpsjpu9VhgxrEMIa/ADCFQA0ET8fLSPIaULpA4UIBnwlBBLkxKemdS1EXyQX2 HEIoXfwjdNgwDDxSYpg3EIMCnTrfS2KyPjFG430lOIEY5Dc/OqSGfvrjX/9whQA60CAJEalDD3gw hDAMwSVRKAsAVJeLcjShBj3oBzAUCAAKThCpRJVABUEVwh5sp4QnTBgcUkXVF9bABujggUu40AMA iOF9urnJDuXVPvp9pgMEcGkWTIOA13TAKnQYQKpMYASBECNhF0tYCG7TvlyI4R+fcVhhKVbS45QF jAzr/8YOaNKaJTzHGUvIARZAsANUXIwIBKhjCkqwAwL4gQhCAAERgAAEcSxhAzngbA7IoIVF9sEP mOxACShAgUVEcpJKgALULtmBDozoEgVikIPEdqIaJKBrU2BQhjZkhQ4pYQKLoG4SipsEWRZiAko4 xRQOcAARFAIMHXqBCWJkgm7EoBmdQIVtGrABkDZpDmlophPQIDnKbQG/mPsmS1gSA06Zk0DtOAFI u9mLcG6BQB0ox4PHhI0HM64cFACnqTi1BF7E7nTxQAYvOEyMz+FOG9rYwgbYdE9dtINKvAOJBj7z qH/cyXh/8odAmUdQ4nmCTaEwFY3v5FBgQZRRAImCPf828iiFaKMD8Ihfhf+KUZX8rgBYftaoupgx P5CwAHBoDks7g4As5EsldPjfTG36BBjAICJJmMcAbECGFNiAF8mRyU3GVw4SksM3umDdCeAgBLU8 IQpmBQYRimGCiLCwCR4wSXLogGUJcCs5RowCuyYApAZo7CRwKAArVILlApSgHIaBF5ZfU1gCvHUp cvihShCA6hbYwASI6oERZsAQU9fEN7oRQxD2AQCNiQF8JQiCvyarRc5wsYtfJFagTwACYgDAss+5 mxA6MFnUxkEO50GAaHmWCzMUeDzgdMa2QZADAhAOPn1AgBJaQFpncCEBvz0jFAgXNSUUlwqtdAI9 Wsn/gRiAckcx8O0SFMAgTYdBEAeIAhqssAgGCKIJp7iCd+tGuCUUghFL6MIheGACkXchDTQm0Aos sAUlSGoFXfoEMtNAhQqggb9BUgCRjCTgd25TnPO89kicFKVlgC+eyjgdlP567Xj81crrnB0yPpLR j3wDxRV+r4tbrAs0YePa8WTGOKpEUefhWE87lkdBl8fiR4XA7MNrlpGrt6hcjAsgAmGInxQSA95B mSRHN5VCQhqSxnrR8LmIMAhykQPW3WTMZMZBU2JAhgIckgYAAEASYlOHOkSkYDGgAQ7ysAWZuIcb waHsFqjlhxxk3mYp7UBz8OL6Lez51NHASy4gKw0U/2LanMDw/YkLC76cWJuK6Chs8oHxGDOQQQla SIgZELKYVC2GI1BMWHFcX2HWmS+wpGIsl8c/7d0HIQdaeI76N5AH0yIgDnEYmR/aEAfRavn5UJgf 4SiwAQgsUt45s0hmoAQ40AdikAcUgB+bJFz7xm/4QTiEYwStNDdOEAZrIzZpYANK4FxjEwYqMDc2 gAFzowITZwVKUDVzo3FWkARNAAbgRTgeQF4KoARPIHIxAgZd8ARpIHcE0hGb8ChCgF828AJpoAY3 hwYYEE1uwAZqAGDkZzEgRQ1zcDgWM4Vw8gkUhgtReA5b+IRjQoW1YGJeaBxdWA1gkgsz5k5jSH4E sv+GTzgFM+CGqCOGchhY5LcDMWZ7q/M6neFSEuAUPvUEP2AEPmEChpgERhARQ0ABTxQcUtY+IDAS QyUGukeJvOCIs5cmjZcNk3h4wSdtuwdYI/E6wrd8unBqTwZopjh8zKcSZvZ89uABJGB9E8Frj3KL KHZHJHFs2gAADAR+auJsFVOH8dMq9GMG6peMZEAGUAB/ULCMSgB/daQFWMYySoBlzweBgUQDOAN9 BUADGqgFNACOUPMDQ/A0DLhvYfADHrBvDRgGJqADOsAARUNzP8AASpCBDHCPwhUGMOBBpMCCMBAG VPADP0A4LNgEDPAB0UQFVOABTwCBA+ABHjAAEGj/Ah5kAppgA1E4B1b4AR3XJEuQjzaQBmGAATeX hDCwhGrwAReAB7RAjDLJTu4wkzZ5k5oTdhrwUTjZkz75kzJJE8jXRfTjUqKhBSkwAEPAAIJokD/w BAwwBBZJBm1wByVQAvczfhHWRatnHMIWRkD5hDlAE8RIPwiwBmZQADZAkEPwBE8gAF/hlkOgAa9V AGaQBfZjWuQnlGHphSxllmuZjM8Bf4RZmNIoWnWkjYq5mIwpXISTjg3ImNoImcikjZoAgY6JmRoo XJcJgfmVj0pACprQmZ6pmDM3mqe5mKmpBCmAkkjYBJPDBkPwAXtwOX1JjD13m7r5DRsQY9mgELsZ /5zCOZx9CAeioZYpEAYD4JAOOQBh4I35UlNZCQzcpg8rsVJg2XohsHjE2Z26YJZrIAFtQAZpkJTM 2ZzPSQY0IAF4SQdH4Z0yuRPfCSsSIJjqZ5j4iZiJKZn8OZnB5Y4MGFz9+Z+lyZ8BCqD8OYSe+QID apmVmY8PqpoPOgNHKAKT4wJSuQdpgDnwyWUdRocd+pPNMAxMsmIheqIo6oVFeZaiQQO0lQpaoJ75 khruqZfFUmzUKRSrswVDKQZ/lqLCuaJB1AYF8KKlUHltwJ5WMZ1AWoev4lJkYJ+DiZ+FqZ/WaI0N 2p8ImqXuyKWTmZkSCpoMmqWEE6GjKZkzVwcpmf+Es8EAA3ABLxCTTTqndFqndkqcrxJrZxlEZtAG fjoa7Emj92OjDWQqRPF6urBSVEIUprJndwqUK4oVOHBIf6oUUSGohPqo5GeWEgAFUhoGVFql+kmm BoqZkUmqZKoHeoCZpEqaltmgrrqYRrCm0UQbA5ACcSqnmrqrvNqrvioN9KOnAIQaxIpX9ZKp3xBb O1ECqqgLd7ET2fmrNhmsaTasxWqsryKtXPakWUBHnxqqhGmlqLqYpwqmqTquWRqrjJkGF6CaZOoB R8imtgqnMKmt9nqv+NqheVovdNCv7nmsyJqvQLqvseav/zqoAmscZokDBaCcUgquhylacQCBWIr/ rhZ7sQ1asfyJTO1KOKKVpUaYktFkBE9wq7masCibsio7k6/Ssi27so/qsi4Ls8AaV3BgBlqwnFRg nxBbf6NKsRgbtEJrsRwLtKa5mGrgmkmIBG6gARSQAtSkqzQ7tVRbtVZ7tb/6pHDQBjk7BPcolfcJ seLKMvs5tGZ7sR0Lq6RZtqAJgScpskLyBBTwAWmgBVKLtXibt3q7t3x7k3laZlwbiIOIiB5gBBDp loibuIj7lIrbuI7ruE4ZuZI7uZRrkBRJkex4uZpLBZJ5AZ67tmhatiyTtg8aBiIgskzEhACmBX3b uq77urDbun/7iknZlplrBEmQu0lgiLzbu777/7vAG7ydN7ydJxt1EBvIm7xIMANI4GbO+7wwoAP/ qAMeVL1s0J/segFYyrYQegHsSraI6ZmaAAMiCwNJwIR0Owuxu77s277ue69/yy/caJ5L2ZSVK7ke YLmau7+aawSGW7hG4Ab+mwRuoLu5G7y9S7wKvMDEOwSw6rmIWZ5lSjieq73aqwQWnJijiQTl6wqz eQF8wLrvO8IkXMIm7J0tm2ZB5KI2kJwDoLNUMAQyPMM0XMM2bMNRyQA6vMNMqcOJywb365RswL9E DMAVqbGKCbUcu58fW6YcC8F1ZMEXnAazioQW2kQfzAdncMJc3MVe/MVy2LJ6mgU40Kc0UKRaoP8F pLCxZMuaVmqlYZCc6vcBdPwBL3zHeJzHMHyeN2zD4NufKeC92puY4cuabgzFgYzI8GrFTeDBLqkF Z7DFYDzJlFzJXuyywiqpk3pIpNGnf/rJfjqObTCOpFzK41hqp1xqy2gArHwGBpDGsBzLaswHqZAK PjKERDhz4Mu925uPGSxagwyh2TvIVjoEtDobUnkBEGAAkmzJzvzM0Ay7MsuvavY/xHrN1+wzWLEG UtHN3kzGZIwD4rzJElDOh3TOnUwaLWAGb/AGnywrpmzKBhC+Teyx2xvI+PzGrIlMwNzPxnxzsCkk DPC0aRDJ0XzQCJ3QWCuzmFwvDv3Q/AoEdFD/BnQwBgZ70f0qBhotBtWsZqghA9iMzd88ziS9yWeQ z2Prxh8bxfpJzFBbwYhcRx+gtNGkACV7ARnAygq90zzd0yrL0ECtl9lKfkfx0BINBGNA0RvN0R2t ZsAgA1At0kj5xoWs0lRN1dmL0kn5QRWwtE1LATht0D491mRd1mWNAy3M0ojp0vZ81Vcd03X0Qa8Z t2D9AlpgAGad13q915YMB/sGvi7t1oL9xjHNwa8Zm034Aq7M14zd2I7tvlNt1YN91T771vhsAh3M hHC62I/d2Z792VZbZ5M92nVU2XUUx2t9AYuskq6wAXTryngN2rI927QtrRLg1qYt2Lmd2/oZ/wYM UL51gKF0y8qxXdvGfdzIfaIrs9ukjZjwh9opELHQXUdDgJIYYKFtOgBpYABYltze/d3g3Zc0EK4S W95wjJjQHcdxLKpyXEcDYN0elN3UxN3hXd/2fd9jCAfRSN7RnZylHbGnLVqDKbGgWn+Hqd4D8EFJ qAMCrd14oNP4HeESPuH0Z5j9XaUGHuDPoeGn/dz/bdpNgAHX3QRIQLIOTt8TnuIqDt42EKrRHQeg +uHo7d9yDOPJ+OLPHQZqmoQk7gZPQAUp4Mrps+JEXuSfvQY4XpjrneMWftpSKsdh+9xJgIRLawI/ DqcobuRavuWMbQYf/twwbuNRLo32CeU8C2Tj8CriJH6+LckH3D3kXB7ncr7TBQCuUT6l4SqYYv6w P0DlsEkwTejm3T3nhF7oB51++DmYip6Mhvmpn1rdaj455jjcg27oln7pXwwHgUmljK7nOe7ogvk2 kY7F+HUGlY7p7hsIACH5BAUyAH4ALA0AAACtAloAAAf/gH6Cg4SFhoeIiYqLjI2Oj5CRkpOUlZaX mJmaiGGdnp+dKaKjpClKp6c2Nk8eVGkFm7Gys7S1tre4ubq7vL2+v8DBim0DA6DHpcmoqTYeHgOv wtLT1NXW19jZ2tvcvzbFxsefyaXLSqpGPwMvsN3u7/Dx8vP09fa04MXi4+Sj5jYpTKjj0+6ewYMI EypcyLAhITP59O0L1U/Uv4BPBmih4bCjx48gQ4ociYhMRIkTK1pc9s0Egw94OJKcSbOmzZs4bWk5 iXKfSlMsB5gY8sGAzJxIkypdyvRjCp49xf38xyDJkBQGmmrdyrWrV2FPoYZLqfLfDyOuCn5dy7at 27eF/8KIjYqsLEsjCgZcUAu3r9+/gEMqoTJ3rE+7qGwYeZYma+DHkCNL7gbHBhXCcydSrGguIBto jieLHk269Cw4NC5jFqs5zNRlAQeSMU27tu3bhta8GaC6cOvXqAbU0fAhzWzcyJMrB/wmjOrVUH8j PiWcwQA+x5dr3859qRk+z6HzlM552RMTGz7w6c6+vfuQEsgMCe9bM/BTP9wMCaPlvf//ANKDAw0D MEBfZvZNp0QSbqjBX4AQRijhNFmYocQTBj5XH1nloWKCBxSk0N+EJJZo4izxDeDBfBoiyGE/y4RR RysinmjjjTg6skYbF5oQnngnkQcjKjIyFlqOSCZ5o/8EBajo44GsJdjhYHWo05iSf/Wh5ZZcdtnl hFz6EqZ7WbSgxRAmIPHjhodNSUUdGb1wJJZteWnnnX1EOCYve7aHQxtpPFEHDGu62OaQpwhq3Qt0 woXno30aFGk9k+IyaaW1MfnBDzAQCmV0UiKqxA9DwdSoW5gScmdCqcbTKi2XbrlcFil60AQGLPZm qFTTMZgeHqey9eogXrIq60HDyhKrltqVacAARtya62Vs8jqlCQ1esF6wXiUryJcIeeuXuKLhYCYV bkj76XihkkPkjGpoy21X5IKbyaO2kLsQnpvoOxkOb+BBRbS4rhtku8qcUqReZ8y7Vb3+FgJpscoe O9L/xBFLbLF25oJna8EtRvmiu6dQMQMbVFzQsMNM6Zvsxn5gvCoiMyeSsST84swsIzLbacnNkUnQ gmW2ovGDwREJSTKVKKcxIstJuWzxnhTH3PPE30KqsdZZ76wIphgfQvWXlV5ds9jHhr2cBG9oQYUH OhiNdD5KJ3zhcNBArZTUXoc5s9lYy6wq1l3nuciyag/O7KqRAp4z2jsnfg0dFobBwOWYMzDE5px3 7vnn0/4oemFJJ31MREMw8MPRc4NTdzn4ufQBo3rnxLfhVmvt+O4+F/74sI2bvTW+wfNu7/C+nz0N DtAe4fzzR5gg/fTUm5DE9dhnn4QR3HPvzPfgO7P6//jkr/7E+einj2HmmoPufqEiH7q09OllUDtO EE/9u/GED4+74v8DIM9gdjwABhBfxNoY/3qHvAZiAwdPgJ4EnVe9Cmrvgt3zXvjCV74Oqu+D7Guf +z4HP1CNzG7YSk8a7mcTcR1PeQtEIOQCWDiawWyGBvwaARmYwL7FsGo9pCHQaBEGJBhxghKsYPUu qL0MLmaD4Otg+T6ovhCOEHQlZNcJYVfEBhWHhTTxFhCBmLwfem2GQrxhDQ+nQDUK0IBnDGIQzRhH xGHDA0bMIxKhp0TqMTF7ToRiFKU4Piqmz4pX9FwWD7ZFUigMXnPYFhhFAjwekjF3dHSjHB3ISRue sf+SnyzgJjNZQDtagwEwyKMe90jBPkrvj9gLpCDFR0jzGfJ8iEwk5xZpukb6YzAwaEUkJ0lJ4/nP EKQUZScx6UkaIrONcXwmNKM5ymROU5rOBMYAOpVKVSKBla10JSyvJ8tZ1tKWt8ylLkMHpF7KL2Fv QlkKJEnMjhhzmZi0pg6jCTZNbjISL0zVmKx5TXz+Agfc7JQ3vwlOV75ynOUU5Dl/cEtcsm+du2wd XUDxmh/UAWUXqOdHdtdMNCZzn2mkJjPZqFKbjdGfAyWoD/npT16YIKEK9SY4o+fQcW4vg7OkZS0r ur7MYXRzvKQbwmDHBrytUKQOGeJK/XdSl9JUpaD/zGYZLQlTWclUf1fVKi/IgFNuLnSnDrUeRIEa 1IkSVZ26TKrrlupIJZgAb3uAakMqtQUL+PWvfgVADrBpUlKiVJp9xeEhQGABEDCTsY3NJ54A8Nc3 lvSrWuqrBUypCM02wqstJcRNy5pTVaK1p2vtXlA94NaKwjWRct0oP8qTBJdA42mO4AM9G6Hb9eh2 GnMILiQ+8AEKUGAAxqUALzDAXAw44gEzIAEJroEHPMwJoGoEwAIAwN3uNmABLAgCPjGr1WVpV7GG 6MACOsBM9a5XZtpdgHwti0PyxpeziYjvZxcXWkGYgbQJPWtDUQvLiEKxtem86FFjaxhrwaiLRMkr /yR+KwgKK6K3frBwMOZwgTkMl7jEzYdyc9Fc5zJiBiiOrjA+ENyQ+gECEABWJSp1XkPkgAUWGC9m rZrSDgAAvYUIAgDEGybIgoCHg2ABeDvA3n8qFrOaxS8iPDvAPNXUD9sEsFl1OmBxplaD5jznWxWM UQa/zpEy0s/sJixJDSMCw27+xQXm/GEQg9i4AyBxc0+cYumumLge9sMeYvyz7C5gygsYrJO3atiS GjSrOUyEfAEQytCSbcdTXfQlQCtWQRhBywHmMivTCssAmPrUAbhBE8I81A+awAlOcAmZ1/kcNJga DfELgxDkK4QwxEAIMeDMEGCgADWsObdt3u0hMP9cjTm72BEgHoSdB/ABXIjg2iLgM4qnQYFoa4LG hz6EepvsBxBw9wS4A4F4c7AFSnepAznog5AB0IEtzRvdXToBd7cQ72Ppe8h+CEK9t8RuAPC73EcW eCH+fWTDBcGxftA3CODNzBwwOd4TF++9FT1x+TagA+IVRBDaTe9CXNwPPt7CyX0MgIb3geFeYnnL Cc7kmttc3kwOE8u3EAQuCdyxBef5IARO7n3mDpt9IACocSrgURNYe6iOOhJYTcgPOsHUTigq5o6a K1sHANfx2/Whw2CBBVigLFRAggvilQY+GOAM1a3usn3b29/WndlwTnbd5353PjzVD2kIvOCfuof/ wjubEIf3g7OdHehCeFva0Y52cpM7iDqg+AGCeIDmN6/5bBcC29kWAec574c++9kP0lWABtiw+kFo 4PUacMEDRsABDoygAhi49gxKH93T+0EBwHcB7DfgBzUYl8UXKDwEQiMBHMgAAc9HgCBk0ILqFuD6 18/0IGpsiBMsAOhl96t8m2yBlit5AV5a73fF34A+rL/sLOg3CMDrVyUPvA8gULL4uYv+zNJfySfg V33Afd5ndvAHcZSVA2W3Xu+lc+PXB2VncPI1gY61gBP4YznwXRO4ZIMwfhq4gAG4gea3ge2nJfm3 gWYXb+6FgvI1gC2oJR1wfhPYAP2mXY2Fglsg/wj6VWVH5z9ZsHRMZ1qn5WVQFwBV8FNgYGpe0FZi lj5XFwBZp3WXw3VmJg7hNxWcAlJ7UF1wJ3eGYHd3l2F9R3d0V2Fj+IVj2HaCMHiDJ2iFtwcdRgiG p3iLN2dhcAjB1XiCYGd+AGIiZlyDQAKWt3spNnqaZwikx3kptogoJl3TJV1uwAZs4AKSqAGCAHsa oACzVwOcWAO2VwGiB129JwB+IADBJ3wasAHEl1wfkHzLZwDt0HxZEH0IgABi4AfURwPYt4vghghl JwgsEF5b8l3iZQENwAKCZSdmV4J9oF5+1W9BsADtlwPSyCUWwAJaEo00KHLB2H/e92OCoF445v+C 4SiN33JjieYHlOVX4jVuX+Je9QZ/0ggAGsgCftBu8lV+7LWA5aeB6yUIHjeBC6hkDRBf4IWM/phw M0iP+Yh/gHWN8oWN99WMC8mPWqJd+seQ8iVeO8hSPag4/lVWZIADNtApHoADOMApMKAEKImSP+A8 I0kDzmMEKJkFWUAG0vMDNokmJqAFWdAG2WNqR/hTVWCEaFAFVdAERTkBHjABN4CUYHAEq2MFVeAF XSAFpnYAT+AFWBkAUlAFGICUGHA5KoCUm6MCXZlquFKWX4AGWKmUSUkYJvAFSPkFJqBUfuBXfSWQ W1AWHoUy6jEIcKdsFkZhzCaGZCiGZkgIcbb/d2a4HoI3CJH5hhImh4XnhpUJh3goXI5HXFhWDNOG XIEoiHXAe9vGiIi4eabJiNtGAr0nCCQQiWzgB5QoibNZibG3iTUQARHgB554e84litMlAKboApeo imrgB902BxIGixzRAigpAzLgB7UoBre4Bi2gi7PBi4ZmCEHwXTm4BQtAZFviV3m5XXgCXl2iZP2m Jcf4conGJep1ZMcYZC/IAg1QCOK5WTWGYwlEjflpg4Pgjg74XguYg4KggY7VB5Pmf+ipJehoj34w gcLIoBsJgxHZb+5FafHlchPJJfN3oROpZPG3ffK1BS5ojoJQgD/WkUZ3Q15jBjqAU3EgCEgA/wMD kCda0CmC0B99oAXOQwBaYgJHEAZ5chy1VaN+gJMmEDMFEJRGGEtYWQUTYGpdOQFJiGpS0AQ/cABe GXVlGXVP6ASX46UBMARm+pWnZgRempZehwZU4HWoNgF0I3b+6HE/EQZN8FEUUJlnQGiFUJjbcph5 V4aK+ZhouFu/FXiFwKhveAiPepmDIKmFMGd6KAh52IeP93hu4IiOuHuCsIiGIKqiinqOaKp+RgIK IImDUJu3aZuCMAKc2JuCEAGeOAjXhnmneompuIosJmHXdwd+IAHNN52CYIvQNyDZJwjYB24sCF7g aJ6YJJ7nKVlbUo3WuFlcol04l2/vtV2GUP92FAlxhGB25Dh/J9BD36WO3zegDSgr8AiB4EUI8Bgz DSqv9sgl4vmPEzhYWuJxXAKw14qeRLetL0hw59dw9+VeCJpk5hpfIQeQ4OqiVvWRCTQIbaADM8pN RiAIqNQGeQIHwSQIHmAGfQAHU7clQ3AEJmsGPyAIVGACJkudJvAEMVMV2GOlV7CzRRkAYFClpmYF E9AFWWkrU9qlQfsDXncDTzCmTYt1ZWpqDGBqN7A5V4B1aXoFaPCmP0C1q3MDpqYO4CB2vRZ+nlAR AzABE9AE6PEBEhZ3aDgIGnaGeSe3fZeogQqZbDiZlVkIj4qZlHkIiTcIeehheVhte+iZgrD/AZ3q qdMViNtWCClWmjNQB6UJm6fqqbQpicbZqi5gnJ/buX5QARzAm4NgB6Ybq7gXqtFVnMLnq8zJrAUg rC1JCLUoA2VSALA4CM1qaDbHZOQ6oeXXXdz1XZBlrf/qbuWprVvCrVvSAe2mgUz2j4XArdwarvx5 aNyXO/O5vQQKrw8YfvT6gBbqbh6HSdQIrudrNff6rw/qvsobBPp2jBO4nifavC0YX4o2CBqYooUw aewabh4Jo7iDABq7sZ0ifSVJAAQgfUUqCIQypEYKB31ABkcgpGFwBHSwpCbAwBtsBCngBwSgVtcT dacmBUgAtF3gDF5gat+TpUfQpuNTlFXw/7RQaMNZxwBmOoWbw6ZY68Kb86ZA2wTF0ASmRqdjy2tk Z3azVQpY2gVoAAOf4WLVBQFxu5iPGYZ1i5hhmLeKqrd7u0KU6reXSZmLJ7h0RgiF6weHC3mI24cb oADEuauY+7iEoLl0jMeQ6Aex97mEELq0SYmDgAGlS6t+gLqG/Il+kKutG3yWuJzAWgBvMKwoSQjS aS66awCh0bvUtL2HQH8P6VfHi7zvqyUCaLB9kIH0Z3DiOb1Fp4Pod72FIIDWi36DM27cR5H3xyzx Gn64E6/lC7/MBMAAzL6l3L7BrIAbKH79557IfF8UG8Ap6jUAHM2QY7FZMwh0AAMHzE024P8HcGAE fdAGs8EAbeAHBQADR6AlQ2CyQ3CyP6AlRnAEswEH8WwGHEEFZuAHbfBQSXBqSAmV3AO0T0TD3wO0 E+ClVTDDRvgDTuu0T7DDMPAFafnDVcA5b2qm1DIApgYG+UC2S2wBHFUKXfAFB6ACa6sAKSMIeABj hgAByYaodouYinmYh8qYbraof7eGYty3lplXY5x8aPxsbLzGa5y4bxxilig9bjAIc2zHo5mqvkcC AuBnbkCJlmibohu6oCvIoVoBu3m6qesHtjcCfpB70CUIxfnIvyq7k9x8OJAFg2AuNFBdmrzJ19eL ioCMa5SXOUbKymvKzHuR6Pdduzxu0Zj/roXwXX0gnvubZNnb2OmYQN4nZM2sy+8Yvub6vOR7r+fr c8QMrsb8YwMb2A16oPjbzPrVJdC8kYudvy/YgRM7XzxIwIZDB3DTzTDwsn5gA30wAEPQ23kybDCA A33AEQSABBtMBifrPAwQM8wdB3l2HDH7UEKJQQS9GAbtDAit0Ay90ECbdRC9w11p0lnqBAqN0bem 0dTS0R+txGY70qLQBF5g0kLbBA0SaHCbtzN90zRdt4TamHPrd4DHqJLZ04gQqX2rmYZQhw4uCB3G mUWtuHzIBgrgBhie4RhuCMRJnKXo4WrtBgpgnJjIx7Y5m4Hsx4Cs1iIwAoZsB6g7CGV9/9ai59Sf y9axi86z6wfQGdeCADAGcAGtaF2hcdd6nQjXWDgBqIB/fSelDIGD7YIMyoxa4n31hp+GoGTytgAN K3IPi37R2OUx857Oi6HsVaDxuNkY+l4T+qAL2J4p6ljFLMylHbDoKbDO7I0NGSb3FaLgKAjpm739 J9stStsDHFZ9QAdUcMAa2ylCKqRG0KTMwk1G6l9IQANbksFBmnR98AMeIFpDoAVa4AH/HKUXlN1G 0MIBMHUeoOpI4N2rQ8M/EN42rALn07NPeAVWa9Hq/XVXGwATcBkILQQN0ABLANLxPdIY4AVegAJg oAJO0AQusNJ+AHdWzN9ZfHcvQLdkeP+GOJ2GBe53bFjgiJAGZUyZgVupcOjgacx4hFu4LBZ5FLAB majhTV0IGO7hVE2KgsB6qsjHsHeJrLd6k+jVK/57JEC6pxvjgjDjaN17Iy58yvmryxesgkCsQpOd EOCZH5ABmjwIRt6dijBumGSe0mqtT37K+DvlXVJ27KVdwTuR1/jYvuy8M08I88ehl03yaH6eg12v be5u7kWDa/7Xc16+uYPMDZqPGlq/IRp/XyLz4wfo0jvNuFPNhv6iiC4HNNAEjD6jzJ10CawlbcBN SWA4RZSjefKSzoPpeRI9G+wHZmACvt0HaHLdF/Tr3WPERjgBVqCEHgDrPyDrQHsDB2D/Aqd2AGBr ahiQlQxgBF2J3kbIOU+IBkOAlVKgtpg/ABooBGQ7AAvYAL0GCkbwBfV9AFZwBRgwHBRAxS19xVzM xWNoqLP/xd4OeOIemeQOqeeO7mMM4eh+xhBuqWpcuMFF4cRFAclJ8IYAfMBHm683CKq4Ac9d4v0O e7AqCAevADOAAWZdq2Pt8KI3iiNuiX3IYXugyTsuCLpoABsPiH24hUX+8YrgyYcAniJXdhX41ygP CAB9g4MWFoSDAAt9DQtbgyAWigBBfiwLAB0dDSyNfn5BCyxbHScWDYZ+ip+hLCCfJ6Kfq59+HQsd tbW3uH4WCxa6vLl+C5i1jcYWl8aV/8XHtcYAn4PSiNbJwMzGLL/G398digus393fDbPGus/T4+zw 8fKD1HJZSU06+voMfX5tMGDY+DQkYEA4nzwgMfGJzpGHR4Z8MvOQzKcBJgb2GWIiQIAqSUKKTHLF o5GTRrp4XFkFiYcDH3/IrBKz48onXlYGuOHxCc+VUjxegVlliFEnHtEMaRIUaJMByYQIMSYEKrow WLEa+eLlywEwXZw0UaBmzh55aNnxWftpLR+0bmux1RU3Lrw0eNOm3cP3U1+9gHXNGQzvg+Fahg8H XlxLg2PGjEXMIAFZ1wcKFCrLo6V3HLdXvoLVQlRNECJDpBX1yZENU59f0/xs8dYgB/9n25dYTEvF OYg3Y7XVCevFbpgvYMOJS9N1YtuC4J+WR4NWzTUha6zBNQgFrnu4d5+ymztRC/x0d+s0x6NXC0GY Jvn26fDww0RAEzKRGISRRCYMJEg88YQHED3EAANGPGQEA0MkYYIHRhlhwhVXODGSSDBQiNJJSFjx xRdoeCBiExOEKBMaJcpkAhgHHCDgUGDY54QTL7aIQRIHqACgExgYNYQRM0Jo1FAHTEAFFQMsIZUL Liw5wABCNNCAEFmFMQQYXX0VVhNubPDBC+qFuZhdYpZpZlpzfJCmH4kpduabcMYppybOzEPanXje mYMmiKTFSVqdyLMnMXJWFoQm6uX/qSefg+wZRJ6A0VloZex9gkAbJsAnnw77deppQACGWuCoD5lg 6qmomnDhqhueJOKrsIoo06y0yiTgrbgKeOCuPvbqq69HBvvksMQ+WSVWV2YJllhJMDDAWZOaSWa0 1AI22GBtflDtttx2i5ai4IaLTGy6BJqDBYSWs4W37MIT7rt3tmtmpX7QgUMKOmgq36f8ghoqEqSO murAq17YqhGxJlzrwrk2vOuBv0bca7BHFmvxsV0oq8IEGJjg7AXyMsYXtCF3e+3JJaescpjwtuxP ecR90ghoy9SZAwss5LCyty6/u7OZcsBRwA/wxbdPv/z+C3DAEA2casEjHZxwrAvX/9pwrg8zKLHE FCNpMbFZZezVAVZwXAcbz/6s9tpst812z+DC00g33qwb3i90iwKa25PCrSjflSFgRgpHFL0p0p8q zXTTTp8KtUhST/1q1bRejWvWW3NN8ddgo9EVCmCUjcHZVIAM+Omop646ZH7HG08QWwAAwAk6swOC 7JmsLmfrfequlz1kFGT4voh3qvjiRzTu+ONJRC45fZTbarmuD2cecdecP4lBV15ZcQUaMLBROpi+ l2/++Wrzjv7b6q8fDwISKPFDvvoeXfx+xy+uvKnMN9/q87KK3g+mRz1eWQ9Ym/uaCbh3ADt8DwYe GJ/7JkjBCu7OZRZMX88yqIug0f9gAEZoAhrQYDR93A9//0Je8vbXP+dJToADJCDmDjixBBLLBB/q XhfQoAMFUGEOb+GgEIdIRHeJq4g7OyIS6ZCFAlABH064QokwYL8T/ieFyNufqpjnwqnBkIBPmCEN jYK9YTHgAB/SkljcMIQvIfGNcBQiveK4tpfR0VI4IMMTRTiBLqjACioI5MYmQMgJUOiQhURkIRfJ yEY68pGQjKQkYRDD6YlxjGVkABjSuCwueSkNdwylKEdJylKaCQF5HIBCMOAEQ/rxj1aIpSxnGUsw 2NIKtsylLnfJy1768pfAtOVXWkRMNMwKjJekIfZUwMkteewDoDSlNKdJzWrGUQ7/qCxACn6EBBG2 0pAU6oI4x0nOcprznK9UQToFyc52ulOQtIynPFXQBKvJsHpjJGOwxPaVjXXMWdG0pkAHStCCqo4O cDCDFqxUn242AQMjHOGMJkrRilr0ohjNqCQ3mkgp4odh9zRgPo/kBI2ZDaAGTalKV8pSb2EzC2Yg gxIGMAQG/MADRnCQCerAU6X59KdK69emhqqP+BTtqEhNatGgVzVk4jOf2/sCCshmNg1QIaAtzapW t8pVwGATDjhoQwHIYAMlpCAMxOpa19QwBCrk01dZCyMBf8AGGMqkrmwIYPScKtIDHuFzZLsCBpAg vgvgoauITaxisyoHOiAAAVnA/wEOJGAGM7ShDTTIrGY3S4MCZLYAoA2taEFLhtKa1gBnOIMWVqsF G2iBD621gWxt8AIb4EUJSsBLClJwgd7u9rdxuMAQJidAvkLMrzkk2w4hSIUwBHGx0I2udKkph8bS wbGPza52HwsHBMDhu+ANr3jhsIbyZuG8ko1sZCXA3va6t70taIEZ4vuG+l72vpmlAtWKG9Ljbu0H aPQKWHjoAQrM4QzTTbCCF8zgaOGAAV7kryWf+qsfbFLAW3JDWZ7b4A57+MMgroUZIPxCCVsumT66 sBq5pAY3hvjFMI5xYrNwUwB+sb9a6xU/wbAxT36AwzIOspCHXE0EIczGJr7aJf8nYNJ//pjIUI6y lOMIQpQAkKmUM67WPCdVHp90AFidspjHTGbfFaCLCkuywx6mA8B6b3RoewGCy0znOtv5Z1nwgP82 dOUbT5gBSEiu98AXZwPc+dCITnS1wgC5/yF5rzL8gaAf6IJnzVnRmM60phmT56g5+nl+vpoHVGyF HY6ldIfdtKpXzWo/KIFVny4xpK+m4k66gQKGbbWud43oJxQMzfudNa66wEkVrHEIF9ACr5fNbDFL 4HHAhlWonzCBYk+gCSbwkrKbze1uy1gLXIx1hGeNBms7mXzeTre6G8zocPP50VnGgLnroIEfG3rd +M43dDnSQnGnmXIw4KToAjQgAD7cW98IT3hWn8A/d1sZ3rQ6AgqkGlhCg/ngCh9oIAAAIfkEBTIA fgAs1QEpAF4AFQAAB/+AfoJ+bFUBDogBN4N+IwEBI35SAVKMlpeYmZqbnJiPi4IHiKOjAWyCVohW focBna+wsa+IlX6iiVZWN4cOpn6pDquTtbLFxrCfhKORjLxVv6rH0tOxVYigjGyJ0MGNVsyCbDdV VauXI+Q3TZdN41UoLpwe7hN+Ilb1brlujBNg9X7AgMHgZ1SmEbm4rWo1yBopBwcGOXroS5CUhw6w XbpB0ZorYOYEMSzooIq2Xp1AskLpx2EAcqNWnexlaJukRDARAbSEYpSUmttUDhqJqFzRlNEYNrGp DCUvcA7rMXVx9NKoeBaDRhvKsiiwZ5xUMnR4atABciSJESK3Ktc6QVT/S14CppHkx60iu5ZcynKT WKd9LY3Am8kKOV5yLTnEyvVut8aCjjK1xEvhSlcj5xK2xLGUs0sOLzEUmtcVyWe8Qg7i63ghYNOr cw2GaMnthERvT4NGxLi0Zci6WZflmtHyWES5L9vth+gsouFxwTIvPiiuYxSMbFZ1SH0iy7+uTlbs /MwhKDaVHZpDX9XSKIAueJlm6jJy4psYe5UFL6hzL/nhyIdYRHz995BaqHhGimmIIaaXdL84WNJw /KHiYEWEXERKRKE85FxggwAT00jxkWIFUfcx4tYxTSRUmBXJDTIBjDKqdsmMb2Xmhwv4UOPjj7Ho COSQRGoiZJFIInlkCZJM/jjjTrAEAgAh+QQFMgB+ACzVASkAXgAVAAAH/4B8goOEhYaHiIRpi4t7 jo97F48Xcx+Wc5iZlpucnZYUHwMDFKQUaqeJqaqqjGmQr44XlBcfmba3mJ6dpKOlFKvAwYOMsK+y srW2lLi2upyior/C06yt1pPH2drZYbfOu9LU4oXW5ZDb6MfdzN+b4+/D5dfYsrHpx+zt8PBpfPLE 5+bAuhem4Dpcnvbt+9fIWKxixi6EWcZM0weF/Bi6gsjxXLqKGN9p7EiS3jZmIcdp3FjSozaTc2TZ SimOkb95LSNGqmdP20yawlbmhHhs571jh14APdTq5r9iLEtmM6ptabB+/pzKG0q0qMsLVms+5cpR kiSTYYFh1drwFUCAe0NaZRgY6WvaaebcNsr7qNWeDHPr2l11RhDZwxyJrfSbBnCkqNmAFeaDuLJe V4uJOf67+RUwPJZD930rby7g050DnwsEACH5BAUyAH4ALNUBKQBeABUAAAf/gH6CfmxVAQ6IATeD fiMBASN+UgFSjJaXmJmam5yYj4uCB4ijowFsglaIVn6HAZ2vsLGviJV+oolWVjeHDqZ+qQ6rk7Wy xcawn4SjkYy8Vb+qx9LTsVWIoIxsidDBjVbMgmw3VVWrlyPkN02XTeNVKC6cHu4TfiJW9W65bowT YPV+wIDB4GdUphG5uK1qNcgaKQcHBjl66EuQlIcOsF26QdGaK2DmBDEs6KCKtl6dQLJC6cdhAHKj Vp3sZWibpEQwEQG0hGKUlJrbVA4aiahc0ZTRGDaxqQwlL3AO6zF1cfTSqHgWg0YbyrIosGecVDJ0 eGrQAXIkiREityrXOkFU/0teAqaR5MetIruWXMpyk1infS2NwJvJCjleci05xMr1brfGgo4ytcRL 4UpXI+cStsSxlLNLDi8xFJrXFclnvEIO4ut4IWDTq3MNhmjJ7YREb0+DRsS4tGXIulmX5ZrR8lhE uS/b7YfoLKLhccEyLz4ormMUjGxWdUh9Isu/rk5W7PzMISg2lR2aQ1/V0iiALniZZuoycuKbGHuV BS+ocy/54ciHWER8/feQWqh4RoppiCGml3S/OFjScPyh4mBFhFxESkShPORcYIMAE9NI8ZFiBVH3 MeLWMU0kVJgVyQ0yAYwyqnbJjG9l5ocL+FDj44+x6AjkkERqImSRSCJ5ZAmSTP44406wBAIAIfkE BTIAfgAs1QEpAF4AFQAAB/+AfIKDhIWGh4iEaYuLe46PexePF3MflnOYmZabnJ2WFB8DAxSkFGqn iamqqoxpkK+OF5QXH5m2t5ienaSjpRSrwMGDjLCvsrK1tpS4trqcoqK/wtOsrdaTx9na2WG3zrvS 1OKF1uWQ2+jH3czfm+Pvw+XX2LKx6cfs7fDwaXzyxOfmwLoXpuA6XJ727fvXyFisYsYuhFnGTNMH hfwYuoLI8Vy6ihjfaexIkt42ZiHHadxY0qM2k3Nk2UopjpG/eS0jRqpnT9tMmsJW5oR4bOe9Y4de AD3U6ua/YixLZjOqbWmwfv6cyhtKtKjLC1ZrPuXKUZIkk2GBYdXa8BVAgHtDWmUYGOlr2mnm3DbK +6jVngxz69pddUYQ2cMcia30mwZwpKjZgBXmg7iyXleLiTn+u/kVMDyWQ/d9K28u4NOdA58LBAAh +QQFMgB+ACzVASkAXgAVAAAH/4B+gn5sVQEOiAE3g34jAQEjflIBUoyWl5iZmpucmI+LggeIo6MB bIJWiFZ+hwGdr7Cxr4iVfqKJVlY3hw6mfqkOq5O1ssXGsJ+Eo5GMvFW/qsfS07FViKCMbInQwY1W zIJsN1VVq5cj5DdNl03jVSgunB7uE34iVvVuuW6ME2D1fsCAweBnVKYRubitajXIGikHBwY5euhL kJSHDrBdukHRmitg5gQxLOigirZenUCyQunHYQByo1ad7GVom6REMBEBtIRilJSa21QOGomoXNGU 0Rg2sakMJS9wDusxdXH00qh4FoNGG8qyKLBnnFQydHhq0AFyJIkRIrcq1zpBVP9LXgKmkeTHrSK7 llzKcpNYp30tjcCbyQo5XnItOcTK9W63xoKOMrXES+FKVyPnErbEsZSzSw4vMRSa1xXJZ7xCDuLr eCFg06tzDYZoye2ERG9Pg0bEuLRlyLpZl+Wa0fJYRLkv2+2H6Cyi4XHBMi8+KK5jFIxsVnVIfSLL v65OVuz8zCEoNpUdmkNf1dIogC54mWbqMnLimxh7lQUvqHMv+eHIh1hEfP33kFqoeEaKaYghppd0 vzhY0nD8oeJgRYRcREpEoTzkXGCDABPTSPGRYgVR9zHi1jFNJFSYFckNMgGMMqp2yYxvZeaHC/hQ 4+OPsegI5JBEaiJkkUgieWQJkkz+OONOsAQCACH5BAUyAH4ALNUBKQBeABUAAAf/gHyCg4SFhoeI hGmLi3uOj3sXjxdzH5ZzmJmWm5ydlhQfAwMUpBRqp4mpqqqMaZCvjheUFx+ZtreYnp2ko6UUq8DB g4ywr7KytbaUuLa6nKKiv8LTrK3Wk8fZ2tlht8670tTihdblkNvox93M35vj78Pl19iysenH7O3w 8Gl88sTn5sC6F6bgOlye9u3718hYrGLGLoRZxkzTB4X8GLqCyPFcuooY32nsSJLeNmYhx2ncWNKj NpNzZNlKKY6Rv3ktI0aqZ0/bTJrCVuaEeGznvWOHXgA91Ormv2IsS2Yzqm1psH7+nMobSrSoywtW az7lylGSJJNhgWHV2vAVQIB7Q1plGBjpa9pp5tw2yvuo1Z4Mc+vaXXVGENnDHImt9JsGcKSo2YAV 5oO4sl5Xi4k5/rv5FTA8lkP3fStvLuDTnQOfCwQAIfkEBSwBfgAs1QEpAF4AFQAAB/+AfoJ+bFUB DogBN4N+IwEBI35SAVKMlpeYmZqbnJiPi4IHiKOjAWyCVohWfocBna+wsa+IlX6iiVZWN4cOpn6p DquTtbLFxrCfhKORjLxVv6rH0tOxVYigjGyJ0MGNVsyCbDdVVauXI+Q3TZdN41UoLpwe7hN+Ilb1 brlujBNg9X7AgMHgZ1SmEbm4rWo1yBopBwcGOXroS5CUhw6wXbpB0ZorYOYEMSzooIq2Xp1AskLp x2EAcqNWnexlaJukRDARAbSEYpSUmttUDhqJqFzRlNEYNrGpDCUvcA7rMXVx9NKoeBaDRhvKsiiw Z5xUMnR4atABciSJESK3Ktc6QVT/S14CppHkx60iu5ZcynKTWKd9LY3Am8kKOV5yLTnEyvVut8aC jjK1xEvhSlcj5xK2xLGUs0sOLzEUmtcVyWe8Qg7i63ghYNOrcw2GaMnthERvT4NGxLi0Zci6WZfl mtHyWES5L9vth+gsouFxwTIvPiiuYxSMbFZ1SH0iy7+uTlbs/MwhKDaVHZpDX9XSKIAueJlm6jJy 4psYe5UFL6hzL/nhyIdYRHz995BaqHhGimmIIaaXdL84WNJw/KHiYEWEXERKRKE85FxggwAT00jx kWIFUfcx4tYxTSRUmBXJDTIBjDKqdsmMb2Xmhwv4UOPjj7HoCOSQRGoiZJFIInlkCZJM/jjjTrAE AgA7 ------=_NextPart_000_0944_01CB26AD.89BA0B60 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.dica33.it/cm/img/cerca.gif R0lGODlhQAAbAPcAAP////7+/wBiuv3+/v7//z+Jy/r8/fz9/vf6/Pn7/fv9/r/Y7n+w3A9rvh91 wvv8/e/1+/H2+vj6/Pj7/Pb5/J/E5S9/x/X5/G+m2P7+/vj7/fL3+t/r9vX5+/v8/vb6/E+Tz8/h 8vT4+1+c1Pn8/fP4+57D5I+64e/1+f39/vD2+a/O6fj6/T6Iyx50wvb5+/D1+X2v3Gqj1vT5+/L3 +w5rvvP3+/X4/PD2+vb6++70+83g8fP4+m6l2I664bfS6+/1+vX4+/P3+r7X7V6c0/r8/vH3+r7Y 7n6v3Ory+fn7/Fyb0+71+enx+c3h8S5+xtXl8z2HyvD1+k6Sz+71+/H1+bXS6myk17bS68vf8J7D 5d7q9m2l1+Tv977W7ebw9+70+dTk8uPu9/H2+W6m2PH3+0yQzk2Sz8Xc7rjT687h8uvz+d7q9arL 5x51wu/1+Hqt2u/2+uzz+szf8Xyu2+70+vz+/muk19bl81ya0mmj1vf5/Iu339fm9J3D5Ii23pnB 46fI55i/49zq9Y654PT3/Iy44C5/x3uu2+30+u30+Z7E5djn9Im23vr7/a3M6b3W7X6w3PH1+vL2 +y1+xvT5/Nvp9brU65zC5AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACH5BAAAAAAALAAAAABAABsA AAj/ABFMUJLAgIEHChQcODCgYYYAAQgQAECxosWLGDNq3IhAwoSCBj0oXNhwAMSIEzeqXMkSAAKB GgoWMSCSpEOIElvq3EnxpUeCBorUZFjyZE6eSDe+8BmzoMiRRY0mnYrxxZ6OEmImwRSjRQskJhI1 NJqSKlUKLyh01GCoQYMzMZBMcWvCJM6yZpN26PDhA4IlAugkOahQTg8BdcnmnTrjBgUKVwS0SUAi 5EhCAoYoXoy0xIUOfQTwmTChMuGFdgoQsYsSL+eVJUR0yOOi40fTCBeaEDDgoQ4tIAoUOAGhYoUF ACBUYMCBYoXgBTCEuLgAg3AQxDGWKHSjxp0cCFjc/zb4YCHRAWosOPBxxIeDBtMBFGBQoYGDESFC OHDAYEGFEQJgUBEGAoywQnX2FWdRCSVAIUAaFPj1EUi5nWeBBTqgBMAIDTQnnAAVUASBAyAoSFEI DawAwAIgWgRBAwxcVIINPwjwRQc+jUcTVCY0UIdiFowgX4sUMeCAiQMWAAADFmBk3UU0bICFACJc ECFMIA2VQgFksCYRARU4IJ+YFVlwQkYcnHmgk0patIEQVggAxQUX+MVCTLiNlFlvZHEggHxCViRA fDr510CbFUVAgxgC/HCDlWplRaECLewgwKWYZvrnfBb9udICIDhwqQXQXSTJBpO4IEMQldQZ3gQx Gf80hwCWenHTXRNxKiiSTsKIXEUMIEpRBBEYoUcNXXxmZUcJgMSFAwoIAElJD0VExRHyxSjorxdx wJwA3AIrLAA4EBtGDTJUuSyzCVjSQAwKTEFECrcGsIiYulIEgoAYhcliRhaMC0MEOGzwhwCCiBDE lQho0MQTTyDkRwM7UBuADvwRkC8A9TXnIn8s8sriuECUG8EGMghgBh4dqIXAJW40kMWOLRziREls qEeFxtpWBIIFhEJQgAXFNRAoRQscKoDHFKEAQxXFbhCICwJQEkUUVC/RRGUPPLDGYQEXIEABW0S0 MUUEhj22gkk7INx+C7AIbkVgoKCCCopuYAMajcBqgQggjGgw4WmDPBKJCU5UqyFGHKxAH9MiLsDA CeFeBAQKcUhB7AY88CBClVeykIAjB1VIL5+4vnYRE2/YrUIZJ9sgwgwd5ACeR5OaZ/FdqlukCBNO SzHGyULwQPuyEkjQbOkjne7lUb0HBAA7 ------=_NextPart_000_0944_01CB26AD.89BA0B60 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://w.sharethis.com/chicklets/facebook.gif R0lGODlhEAAQANUAAO7w9ISVuGl+qlRmiomawDxamGyDsWR8rYaXuz1amVRupXSJtmB4q01polRk iVRmjEZag2p/q2R7rUZbhImawWh9qneMuGuBsevu9FRlimyDsombwWJ6rWuCsSk+ayk+av///ztZ mAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACH5BAAAAAAALAAAAAAQABAAAAZ2QEDm QywaiRnhJGLQOJ9OgwAy+FQaiZB2qy0oBJ5Pp8DVMjAgUOgS7pS16HSo036H5Fq62I6f17lpgWp6 blwYcYd+e299hHxqeX9ljWEbHJeYHGmXBwRhCAsSmZogHAcWAR4ZDwEUG6+wrwQBDkkDHri5urhJ QQA7 ------=_NextPart_000_0944_01CB26AD.89BA0B60 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://w.sharethis.com/chicklets/twitter.gif R0lGODlhEAAQANUAAOb5+sLv9lHI9VnK9qjo7aPl8cLw8rru8EXF8sry9Pr+/sXw8q7r+fL8/O/6 /ez6+03H9IXZ+EnG82LP8ori5mXQ8kbQ/tDz9aHo+VfK9lXJ9bXt7/3//4DX+L/v8Zvm6q/r7rTs 7/b9/bft8J/n6rHs7pLk6I7j55fl6b3u8cjy80PE8vP7/rft+6Po6+j5+l7L+EvH9P3+/1zL96Dl 8LPs+vD7/H7W+LDs7qzr7dH09T/D8V/M+P7//////zPM/yH5BAAAAAAALAAAAAAQABAAAAayQFYH xisaj7wO6xYJXHTQaDQQ6cwCnkSj11hsvl9DYDZIlEStX0uEa7sTg4wq1/vZe7m8XpXRLAh1dj49 hAoHBAsaAgYuPnaPdjUPLgYCAh4kjpCPCiQeAhApH4Gbkh8pEDEHKKSDPRwvICgHEBIjJqQAhBwP ICYjEhIhJxwWmz8MACchEgglFAAYxz8yFCAIKwQoBDIYxo/JHwUrFRU0BAY2hLs2KTTlDhM78/T1 8xMOQQA7 ------=_NextPart_000_0944_01CB26AD.89BA0B60 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://w.sharethis.com/chicklets/sharethis.gif R0lGODlhEAAQAPeyAP///0KqPyyENyV5NiWDPih+NyuDN0KpP+/z7x9zNiF1NiN3NimIPi2FNz+l P0GnP0GqPzCRPj+mP9fh2EGpPzeUNiyMPiN9PTCGLimBNh1wNiaDPiN2NC2GNzqYOD2iPyNzLUGo PyZ7N0CoP2ORZip8Lid8NnegesHSwmSTZjeANjGGLp66nu3y7sLTwjKHOGmYa0ClPTmdPx1yOfH0 8TiROR1xNiuLPvH18XCcc9rk22+ZdDOONV+TXnWkdHqneu3x7qa/pyuENeDp4Ofv5z6gOziaO3Oa eSZ3LTCCMOHp4jmaOjmYOBtsNjmaOz6FRCx+LVyTW2uaa7PJtC6LO7PJsy2EMy6HONvm29fi2CmH PjSPNS2AMSyLPjOVPjuiPyB1NiZ8NzmePx1tNiN+PUSBRSVxLiyKPkCKQNbh19/n4ECJQDCOPSBt LSV+OzeDN568nkCkPdfj1zCDLTGLNjiFN+Dq4CyALkWORFuTW0CnPi5zNSqBNj2gPTGROzCGMy6I NSZ7NS6GNOHq4iiDOxxsNiR3NlqMXeTs5CmHPTeUNSuCN3OfdT+mPtjj2B9yNjSVPTOUPjaaPjui PjGPOymBNx1vNniieuDo4Nbh1iB4OiB6PTSWOx95PT2jPyNtMD6lPufu5yRyLu7z7yuDNNbi1j6j PeLq5DCSPx5wNjmePj6lP6fBpyZ6NCh+NkSART6kPTqfPgAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACH5BAEAALIALAAAAAAQABAA AAj/AGXJKmQpVQIwhgaEccXHgACBsmZ0ukCAgYUIfgSV4LLFlBNZTTZd2JCoC6pIVi4NQvRDUYAO Y8hUtMCG0otXCAAAsLMCQgMNG7ScoXLlCQwUOgE4wvBAQAJCrUTtORRkVKYqQ+T4qLDKgIJAO3TQ ABKKRZ46czBU6DMpwwIQE5KSWMMkxoERDr6oKjAASZakKdB4iIP3gwxJIkwAYoQFRwsicKK8gXKH DicvAwoY4ZFERQ9WCEpNwZQmh5AICyp5kvAAlgc8UlwknQDihgIDjSgECKCnSI0yOQGoacMggQAK BwJACAEq1p8TSk4d4UBAg6wlAQ6EkPBBDCRSZj5xFHCjCWKHBgIWZSggYsACBY9sCAwIADs= ------=_NextPart_000_0944_01CB26AD.89BA0B60 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.dica33.it/cm/img/esperto_domanda.gif R0lGODlhKgE6APcAANy4pf//9iZ4xRRru93Gs4uy1ti0m+j8/+TIuVqLufX//5eIac6bhwFctsWc eBp0xfPl23Km1NWtlkGKzKt4VUdHNjU2JgRnxrObh+fWycyqlQFivZqamuva1WlVN+W7r7mYd4u5 5SZ1uyYnGAJjtsfY7MpwZVVVRLamjv766jB8xniz5zuGywplvNXQxcqifNSrjPjq5aiJZjiCx5t4 V7nY+drr+1lVOOXNxqeIWnVmRJaEWmaczreLZzV6ubTJ2cykhJjF7Ec4IaRUNGZaQWhlRRhwvYh2 VTODuxFrxamWeLzW6IZoR0ZEKuPEq8u1ms6rjba0q6jK5t33/srk+lyWyDKCxzWG1Vea11VMM7iT bCqByt2+sJB8YhIVDQtpuyYqIu3q5zg7LgpgtUGKx25hObaid+js+btsXkSM1RZmrqna+6aWZgpi rTKDzZyalqiLc4V1SSBstnp1Vrjh+kV8tS0xJZaam+ernEqV1mlmU8+2psShggxxyJN1TDuKzT5A L8+litymo3Z3a8yEevLYyxV20oZsUP729PHf19WzkEGGzCiF1iRprMOkjhwhGLTN5M6qhP73/rRc RCJ60XFtVsaDafT99RInJMng7t6UkgFqvD97xVCc4npwSqbP+I2luJmao5yWlM6+sgRr0frv8MaU b5yWm0OFxih0rpWWlVFKKvD1/c/z/whyvTl3q1ONyBmAzU2TypaalZ+XjMm1i0uMzdzl8e7g4V6j 2vb08wxqsTF70wFew8WrhNGZe4YwHDia6+rRvKC4zpJqSJSWnJzA3JJtVrDT70mLxtOIfWac4iFw xDdKSRRq0sGskYpVOsuunhJXnrjQ816k6URBHTyIwqC84rKQdISXol5eTCYfC1hTL21HI9eWbUmF vlOP1DyR05aKfdnAoAZy0kyG0CY3M6Cgm+rQ0IeMgQNpsjAtHjFuuIKSjA1foUxOOzdusP////v/ ////+//7///7+fr7//v/+vr7+b/DwC1wxCBdkoKGkpqOkoCAdeXz9SH5BAAAAAAALAAAAAAqAToA AAj/ALVkC3XnXDEOdzgoXMiwocOHECNKjPimosWKd+7M2jgrI0SOHD0+zEiSJMSSJSeqRIhS5EoO BBWqeiOK1kFatGCGEqXwFM83CityOKWKg0VRFUUh/Wn05yxVszjMSvrm1CmHSC1yODcTqdQ7xRJy UMX1HFCPs85NnSpza7+Kp4qdQ6oq1Js72S40aNCmwRgSewMLHkxY8IbDiBMrXoy4sOMGjDf06iV4 8uPBkTNr3sy58+bLLRq0GCBnRQcUC+bQwtUhAwICsAmMioYi2igCCHK/3q37NQAD0TTwAaEEjhIl GBxpeKJBgwQJzaFACeSIDx8HIEDI6HJITwULFcTY/xEjXgygE+EBvRNTAZCdChXeadN24p36+UQ8 FSkyR8mTBUXoMUsoY4jWQi+HkaDgggw26OCCjj0o4YQUOpjgghdayFiEFXZ42YeBScihg5sseMEu r0hBABsy6KBEDDgQwIUBANT4gRNOSAAAAsLohuOPPxoAxXDYyECDH8ccccghR9AgAzYgAAFEJDBU GQgML7wAghZa5OAHE0QAss47FYBhgR3jgVFBfWuah54271hwXhPuNVHBKtwUcQQRRXTxhBKVaNNR AxhuQIJniCaqqGZjjNHGo200GpmEi1Zq6aWNNUDKBXJE4AIKO+xQhjgQoEMAAHtEo2o0ADgxDhex 5f/mRKywcRHNMxgUt8ACXXSxa69KHuErHMk5B0V1ZoBQ5A7cZdHEOuqdaQcYYpj5zgn1adMeIHDG CR8gFpjXxAk3VDKHDjqIM8oC2rxxThuGktDCox3W+2Cj+Oarb6P2UohYCy0gJuG+/N5L8MAH94vw vgqPAXASY3Dywx5K7HBEFv7gYioXqa6qQTR7wNpbbCTbSiQ22MCh8soLKLnkIV2Eio0jEgRyHZdG +nHIDVlYAG2ZYGDyCBiPjCBGfeitt5557NlnByDx6UAErzoc8aceMLVwwQVftOCwOmCHLfbYZIcN 8Nlnl6322moT/BfZJKg96YNqS6g22njn3YLdZfP/TfYFJGyyiRE8DKNEy3FUMwgEOHDhyOPKafC4 BgY40SMBOI4zDpAASPCCAw68IKV0x/KBzQI00HBMr10ccQwNIAzpQJFG0nAIETyTV8G0djwyNO8+ nwAIGPZtq16cUIuhwxxxsHGEJws8Uckdpzg8b6Nd66299pFt7/33AAsuvvhnf5H99rukr376W7ff PvjgJ+q++9rP/77eScg7ADgFqLLDAnHwRDX8AYHZ7MERGEhZcia3IwQA6Ufj+I0EoAAEX0inOara A6qigUA4uExJTOiCErKzrNbdjk/CEw8YpuU7MbRwBO94Bxig1h44Yat4gMhCFzzRBRTk5wkoUMsu /1qgjl18IQmbMJ8Sl8jEJjrxiVCMohSdqL0nwq98VNTbFKdYxSzmzYpFREIBhpEONizgdkIQBy5w gIBRoAAFz3gGyDBAx2gQgI2yypwENSClPpJOAjTigiDHEQ3T7UBnTEikDHC2gyMxoQxEiGQTwiUn 3rnQHHZYx7gAoZ4T2CGG2tKGeezQBHR5AgV6uAEbnjEgJQ5AiWq4ACmUmIRXkuALu9gaLpNwgSR8 YRNJ4OUFXmm+TZBjExdogRoG0IJgDkCWyiQFOb7AzF2MoQ+uUIP5etmCPgCzBUbg5gX6MIYBbEKZ Y/AlNUlBCjXk8peb0GY3W3DEb1JTDcvchDnNl/+/X7ril0mgpzqeqYaApo+czkjCBryZhD6cqJZf 6GUShrjFijLRiC3AgjGiQIsuzGEON1iHODKAAh1kgQh6GEQF9CAOXBHLAIUQBo5g44TfVIkPQADd C3wBBChQ7jcfqNFv9mAA4RjpCEzQwQ6WZbtDSO0GwrNAuNoTLve4UEzaWpM2nkYm+OzODha4Abpi too5PEMh5hvAK1+ZABHQU60BZcEExvAAUiRBDa7YhRHGIAe1unMAy2yBHBqBzwG04QHNTJ8zGiEH IwB2mQMgxSvpSU2/yqFrjlVmXwNqhF2oU51GUIMPJrBMxAJWrXIQbC1JQ01ZbmqtjWCsWk+7C3z/ uuKuA0hCG4xwTDWoABxqkEMbvmAEaWw2fcHkp0WXS01qRuAH5+hC1W7wLD1U4gYeoEUURpEOTLRD lEcoDggQgANhxMYJBlAEDHKKHRBYhw/KeYIGuVAjAxjgORMcjpHQdYhQBUsHHogkuMDjVQvEqXfs uaF8dkemExhYqiNogieUuoBqFEEJbwjFbHOr1gOsILVwHUAJ6BBaNYR2ALvoQx92Edm8HpEc5JCD HJw5USO0wBlqrewXDNEH4gLWCEkwgis4EQIfMNMIwjVCHwbgWMeiGK7JvWsIajDj4LY2r3p1BTYL mgRXyPi2vERyCwwxGiN8oceoHYArTpuEB6ih/wAKQOwDfNkHZ6rVsctc7Yb3zOc++5nDEYhCOuZQ Bk8IwQJNwIk4lHCbDvDDHM3ABCZGoIcujDcDPeoRF9Qbic9lJzsYUBZyMCBHDapKAkC4knRAAAfp luEI/l1SgMMEiKNxUk7DG5qctFqBSoDrO+8YkwvZMwdPhHc/O+AJk40AZMfGowB9dfIAjFGCLofT EK5wc2P7wOxaMmO2fSCHWp3hDBNfAMk8ZjZpLtvYcK4ZHPGARbgB2wdDKLneJ36Alx37gC88wAi5 CMIDONXmATxgxnV2bLTFLePIshixhkiCjJPgjC9ouc7MkEMfmJFnNQxDHrlNAse1zGRfjqbkf/9O ucpnK/ECnKPYUmtCFvTgAhxEAxsouOM5mmEOTHjBHGKYAwa4UIjcNA4A6v2cFlAGggS2+gi74hWx khOIVOcUCNWp2CGY4KQFoKsMZaBuBZpAJvFY4BFeeER5xBDDNcHwO+GJoZreoYMJ74obRwAKs7vN 7HiEQMlNZkYV1iACI2S8EVtghghMrGSJk1YA9Q4ukx+ggkYwg9saj+0VGv4AcoT230nAQj3yYISD f9sIPmiEkLktACUbYgMiYLLqH0BYEWjcELZnRpAb8W8jzIAdTCbuA3ahDyuIQAAyLr2XU2GFATDD Gdh8wL+R0IcHrEABrmiyHFKP43pze+/gD7//+MdP/r0fHBSz0EERiMANmZOqAwRwhAJRWYn2NEMM XXgGAYreo2hIYL3YkQNPwmq+ghyO8AwoQEcqIwNwEDs2Yx3ZoQQy4Ad+sACiUgZPlQXO4h5m4gUe aA5gQC3m8Q43EENyAh7XIkNHowNxwB9KgC5DsXfM0Ht+p2TS9wADwArUIHGGkAy3EA/xQAcRwAyG kAqQkALyIA+Z8AquwAMHIAu4kIRnwAMDYG8PUAKSoAC6YAzMVgUHAA+fEAbywArxUA8HoHq2kAn2 IA8HcA2NwGNycHkDkAoHkAAhYAMhsAIlAHkRgA/2oAD/kAexwAx1uAQHcA8HYAw3mAQFYAPz/6AA dNBWX1AF8bAMNhAA83AL3zAAIsAOQfAP8aAASzAMCsBYnjgFoWgMqTBmmFd+rviK4XdwBZAORXAD N0AEQrAOtBADiZABM+IA1uEIABANGCAOXQAHfIADvchG99VpXEIDxpEyxIICx2GM4oACQIQavoIN 1gElyrIsFlMGAWaLRLAeFjACIegF6HhV7wBDJ1AJ66ANIxAeJ6ANevAO06INnjBhlbBoRTATpWcE IvAAzGAEfid9MlaQIoB7coAKB1ADsGANUnAAsGAEUnAJsiACVXAGNWAIsBAArLACSLAInzAFPKB4 t0AFEeADdxgEIpAHCmADNVAAsFAAAVAAtv/wAN8wBTaQAAJQAAcgBXKAewMpAPBADzZABQXwDddA YrKgAAXADJwgBZKwkDG5BFggAH2oiEZgDPJQAHVQBVKgAFVgBFigAK1QAGqABVNQAiJADsagAMMg Ap1ABUBYhJnwDxEgB8vACmvACcxGkAXJDIRZmIZ5mIiZmIYpBw8gArOoDbfIDetgAaMAAb1IABEU CIEAHY7AAADwAQbwBB3QATiADgjQOZ7WJcSSHaZzCAGWUicgBnCiDcbYK08CBygjA7opAy0jjllw iyXINC4UgryzHvNYCcEmPHBXj+vxCBUwYfoxBwvgCUYhfYpHkA8wDyHAmCJwfA+QCgQpApD/8A/f KQAikAklwA50AAn6MJQFwAqpwAMKEAT6EAuGAA+ZQAfsQA0KwAkD+QDG8A8aqQAloA+N2Qn3AA64 9wP/kAqGMINwVgeUcJ24Jw82UAcCYAghkAnsEAEKkAoCgHgB0AmpEA82AA9GIAAP4KEs4AMHEALS V4QjJgBVMA8RkAoTagxfyAIBEALMIADM4ANTkAKG8A0HcKPId5Z1wJiCeYNO+qRQGqVS2nqO2Q6p FElCkAUxMJqkeSpFBV8YtAd7QAAQUHRBBQBQoAWgox1KoAGRoAV+0A0eIA5REAX5MAjNMAiStg56 ogOHQDu7mQOh4ppEcFJE8C1f9Qhoomtl/3IelTCP2FJr3BJDTWAmReAJc2AuXVAEBFGUjXl89OCj lNCdD0AJQCqQZ1AAPmAI5hkB9iAC1xAPUlAFKlB4NJoCPNCdGRoBKSAAn5AJP8oMlJAACoAFWCAP tpAKA0mJWPCdUxACo2qeIqAAoECQyCcAqQCV+iAAAkBtlAALSsgDnGCq7MAO8yBwscAOlOAD92Cs 9+ADpmoIPsAD8aAPVVAPW+ADP9oJ8fAAVaAAEvoAAqAPQSAPIrACrOADpdqYl1AAIjCh3Cqw3Dqx FFuxFnuxFHt8jpkNRfCbZbAN4rCl6IADrpJe6/U5wBgNXJAIa3SanRMIn2MdGLAq2EADXf/AgEpg p48maT2HCUejDV1QJAsgA4JqMVITSSUYHuGyQtRCNFcVLta1DhWQVXGiB0VQaxWwDqtwBAB2BHPA BhlRscdXD8bArSKgAioaC9yqAvKgAApwCfUQivFgniHwD/egADVQllUgD1cgAKYqADxADw+QCfJQ D/VwCfaQAgrAA8fqA91JCZRYBZSgAgfAA7GwBccnADZwDQ8bCz6AfIt7fMxgDFRwfDwwDfFAD7cA o4ygACFQq5QgsPNwDQVQD7wgsLEQn/GQB09pngKgAlggCQKwAvTACbFwfKkQqyxJD/IwD/IQAPUw n2irAlvwAFuAsdibvWL7uyEACiB1A3H/IASjEAMZYJq2IhygA19QYABcoIyJ4Bv3lVOiwwdQkCo0 skd0hAH+UAn3KB/oYQFC4CLSKAOhIl18cgPxsR5gJVUr5Du9sy3aMAd0Un/voAdsNwfD0x5NgHd1 NzV3EAprS7HxcA1o+7slnAq1CpXsIACxMKqvEAtIwK0zEAFUcACLcKxVsAWTKwIREA8qsATTMK5A 6gM+oA88MA8qEAsq8AC5EA+5qgJQSQnr+gA+4Lox7Lm/Kw88YJ6UYAyZsAVbAA+UEAtVgAyIUADZ GgTbxwu1WonLIA9uoAKc8ABIIJ+p0MSYi7n0CrgK4Lef6wbXcAmxEAJT4AOJxw5bUAf6/2AIjUnE n6u9kJy9M7ACw+APtegJWdABEMClbGQrqxIyuKHJ8McF6KUI8vsC9Cs5zeEc0WAAH5Aqb5RAGMAr R0BdZbCNgLoDj1QE7QEf03Im5OE7ZjKPnGSPkzQf7+BrK/UdaLLB5+IJZRAHCjG9W6AC1GvFYLy2 nKAClOAGS0AF46oCPiAFUzCtxnC9v1W58mkMhmwFPoAMZ7AFBZACVqDEWxABT0ivIhALMyAAorcM M5AKS5AJRWzIoKAAslDN5lnN8ZDDVtDFBJ0JYZDEPoAEVBAEqRAAt1AHJRwB8gAOEyAPK4C2lAAP 03AG8xoAAqDD8yoJPpAH8hABbqDD8P/wDwGgAjwgCWlgCFvgBjOgABFgDdw6xkpszUZ91Eid1Eqd 1DOwDMPQDtdVNVuKC1TdASOLALCCG+SVAZbZODRyXzArJaksARwEpgYQMlwwCqnyOHwgga3jKwuA MrSzA06FHvHBzE8zQ2j3CIAwj8uJNJXQBHpQa9oCLmISVqakA9NczdVsza7ruCoQx0TsBp4LlKpK CT0MCipwBqxQBYwAD9eQAglQBSC5Ase3As9KCcnACpBQB25QDlMwDTgtDz5wBSgsC/FADZ/rhFLw DZA7BZnQt5xgBUatxSpgBbzgxT/5bEjgA8FwBiHgBpdAD1LwuQlwAJlgzUswBQngAyr/AJSgwAjU IA/XKwDzqgDeDQl1qA+cgAyXMA/E/Q+tUAeckAY1QAdIIAJW0M8qgARL/d8AvtT8Awq0WAYYUAoZ QNWsgQ4MXppc2gG4AAEZICP2ZcpWR0FAAB33CznLIV9P8OGO4AtmsHSfhgFrWiS2owMIrLTjYQ4n 8AjhknbrMUMjmDTaUIsV4I4WIIKTKVZVoxDETb3WvAUpEABAGIoK4MQ+4AZIwAnXcACSwAr2QNBX cN0xyQoHUACUsAySUAD4gAj2kIg+wAjzSoY2EA9hkABbkAsHgAoi0NypQAV3iwRugM8WegBU4Nsj KQBsTLm5oA9uIAJBQAUCYA0lEA8H/3AL9UAFi0AJl1ACrWChCsDoSIAEM1ADCsAK/5CInKCV8C0A buADbLkIKvANt4CWChAGT27NVRDpU4APpUANvMAI4qwCvMALVpDrur7rvN7rvr7rM2DNZEDJUdAF HvAMpTCaMbDgDM7giZAIEG6ZWB1B6UW/pDMkUABIAMAxkmMdQKAIUGBBvjDu71XuRHJUYBIf5EEe 77HjLsTXZfI08GHXWZAnh60taHeCQpAfR1AUM0Dc+03nx+3TM+AGPr0I24wKShwO1MADudDT1DsD ucADPPANY44F8cAJExABPGALqJDrM8DGubAMPOAD/64CHI0KMzADiSwLPHDcnPANDv+fAHUwA7Zt BQQ/AxzNAlvAAq9gBf7JCJ1A8bS6BTMQANdgBUSPBFtg6U0PCySfAK+wBVdQ639g8lbwDce9BZxg CxOPCgJQBxXN9Ma6AtbA0W6w3//+77/e9m4P7LluDREgBfnwguPbGqNZvgyeAR3AsokQBuRbsibb U88B7lJiX/NVUxJQHe+FyuQOjFVnHQ6gBT1AwFxbqLsjVWcCHtVCNCHoHj9zAkVwAr/JDfK4DpHq gSMANauQH0Cx9mpv8D5d0bnO9EhwBZzg00zO9FfwCizACHWACpyA6yzAArmgADPNCVeQr26Q+ypg DW5wBTOACrzgBoxw+5zQ04zA5Ln/v/KMYPSMwAt0zgK8MAOVfgVWAP6Rvd81z+QzwAgzwAkzcA9J 3/wsQOfxj/64fgW8ABAsVHDiZEUgqhlXfMxwwwsJkjqctiDhxIJRHTecvglgUYfhjBlWrFgDWdLk SZQpU7KYsUxKPiVdMiRCVwhHBxzocOzMkKEDLgiJEDhxYgCAIhhQFElQpAhKICCKjHIBAODJKC57 omkIxMerVyBhgfABAUJLDxk0DnkgcuPdOgtixNipIOYdGDte8oIBNEJMXW3vbtzwpG3duneA3tl5 9AiMtizVPMy6Q5KhNZYqNae0otAapwitPG4mXdq0ZpLfpgT55sbyadixZct2Y2UG/w9I+Z7RgtBB 504EwREI84krRiJhTj4AMCAByvPnMGBEigRFAgCqe5pL4G7A+549EjRoeA6VjwOzaNV68ODWjh1z iyuAqfDIApjGeh8BiluhyYksitBjhEfsEMOC+iywrxIhADnlDhZYQMW1zGY76Y8rZvgsmRXqiPBD EEOMUCURS/wwNhb+8CGCBGb4w0KUTIQRRhlZQiWCH/J54pne0BEOARy4GK4QXMKAoBAExhnHO0Ui CSsS6ZICQgIDuCCAKgC44yoQDaisqjnyzEOvB/XWuoGIusCgT027DmQMDC8KfMcwQCpYp4kiKjnB CzAsQOw9Ak84YZ1TOEBFQhYwM/9xUUYnmGERVOo4lFFKK7V00YRY+OabCTK89FNQQxV1kT+skSWE H6JAgYAjg0TgAycQEBKBDHApRSgnlDQAKSdfeAEI6KyrkoArq2JOy/G44y4Q884zBa0cjmHCgyyI aAKQxgDBD4y71OSzsRG0qQAQQJrYJkBtBiHwPQNHYMwCPVbhgAMyJPyDjEVELXGGCRJlId989RUY VDLcKJWMP9zod2CGG7Z0EWuSiUCKVJWYyccPXl0OVi46iCGGDAggapylnHvBAZSBbWoqAmTF0thj xWOW2fNQfjatY3TIYuc0R8DvkXDx2kuMbA0c1wJA9Ei3Ai8ssGCbvvry4oRKZjH/FNJ7J1hkAq67 5noRsMMG22uyHV24XzLSVntttsko++2uxRYbbrjJQAXiR2dIhm6++/b7b7rlDpvuGWQpIEcMFkgE J42NXY6AjztoOdeYJTg5ZaWkwi44LjqH2VgwmWUAZZTPyoGGnD3wr66+GrPvBJ9dFwMvMOYi184b KqlED71md/qtpouY121Ust4a8MD3nsDtNJDnu+20na/bFlRsscaWZKyRfnvuuy/bbh6M+QGFBdjo DYfGvzQgA5CHRIA575q73IFfI1EEACdadrlz/r/kDoZAjM4BphigFtKCOh2ojj8WaEJj8GKBd9in MQayA+3s4LQTWEAIldBBF7Yx/4J3jGAdgBBDX0aQheFNIBlZ857XFkEGW0BMa9pr4fKgd0PplQMV E/hDOWxRQyAGkW4wXMFLlFC+xeGgWPCjEgRw4QICFKIQBGCidHqFMl9FwgBEEVLnEEAszh0LgAwY nSnMeJYDrsUDgamAoN5DQhCuyTFEc5196PMOPOlgAU0YQV/sso13zE4Id6CXClkYRO0tIhmoSIPy WnhDHCLvD4uwxR/SUL1wCFGTmiTDqSARBQwoQQkdwMkSvQMDA8QAFxlQDgH20JTpUOdXYZnfE8bB v84RADiea47oyvgsMp3OD9PKgp0AEZi8XNACJwDEe7b1iDh5gU8WsIM2blAEHf/s4AZi6OMy13GC vFggFDxIAKeWh4pyQFKd62RnO935TnjGU57zpGfavsGDw0WBDWbYQQYgIIz+4QEGL3BEISCgRCcc i1nPIc9zInEyLWghKkapygcyFpzlNAeAQPjFLwZIJjJRgAZ+IEIWblABBGnDhPQ5gR4iyBho5kea BUKaHm6gx23SxQKDaQLR1sEBDMQgHgpQgDzkEQ+kJlWpS2VqU536VKhGVapTpWpVrXpVrDJVAf+4 RRiewIYF6GAUiQgSVQwwUFNAgQDCmCJVngNLKBjlrEDw1VlAoBSKAuAD/FvOssLiUTOSSQYiHSZ7 ttmEd1TgHXERg6BU+jMHQlP/mmAYgQVGACAdeKISEFxstarBRwuoQhRIlUQ85jGPemRVtatlbWtd +1rWnjYGwjBDDuJAhFHEAH0K7YEDqsKFQgiDAL3swTCh0Q1iOKBJKOtBDrBhHSp553O9hMoLAAvS wY40gSW1SwUqoA2kJca7diDQMx2Il8Y47QZH8MQREISgAK1iLhXgQCjiYQ97xIMeSDVqf/37XwAH WMADJnCBDXxgBCdYwQtmMIAVEI9SjGIH7NUBCiDgI+a8gEww+C1b36cIGXSjG9BgAjSE0I0cRMIB Z6HAXbvTnfhpFCp0LaBgCUsMHRDBAz1tghBuYJgSQrCCatpWN31GoP1AsAhH/ziCWxh7Ju+icBbz CEAATovUKmdZy1vmcpe9/GUwh1nMYyZzmc18ZjRzWQH20AUG4hCHI5RBCRf+cA8owIfmAGBIu3UA BSighfTIoLemyAEFcsCHuG5nO8qSAAB/ZTM0ipQGxGBCGdrSBKQBggiL5U+dCsTNAtVuPgWC5oHA 0IQszGEO1XBpZXOXhW1UggN3kMc98AFbXOda17vm9VMDEA8IyMAPh9CBnBfHBQO8wNAwoBIXepIB 9I0DAAMtCx+AUDpDa+EFz6HSc5qz6EYDgQEnC2xzbwyNYt8gC+WqwA2c1kzLUlAv1Bw1epPshXdw Yw6brUYgD6TuJniCA6cwLf9S6UGPefRa4QtneMOZGoB6ZIANOyj2hEchOQOYIrnM1iUpM/DFo1wb PechCx9gMBboUMk5L1bWGMkNUj9Pmgk6yHEWVlGndcPlPmJYR10cE8g6bQNQfJrLI/LdhVW4OwuB HIG6iUCEgcfjHvIoKpUdfnWsZ521a5a4Jw5xBDZwg0dcUITGX0Clm3QgEYm40it98SuwAAsKwHKO UphigLcyGoBQsVlIY07pBO64QYIaIUr7NBdpygWCT1MQfuxgQk1X4jCr0MYJmrCOarW3UE3dQC9I cIENiCAI8TiqAi5xD/6ifr8HkMSv47EBEpSWqCXYQDnqoYADyIMeR7VyPOr/EQAbFCAI+93vg1H/ eysT1ai/rrppA/DgDWyiHqm9xzwUYP0ro5b09ki4Aqpfj4RjWR4puG88LjGP/cojACkIANXDsYEa yGMe+Cj97X1v1N3HQxL1QET553HUpLq1/Wot9EuEHXgzNogzM4CA9zEFCpCAPQAA4FA7dLiSGJMr 8ai7YIEOsYgS6TAPBjCFszC3kQI8amkCVCupH6sAv7igmCIhMXC3R+Am8kKaERiBVagEQDiMarkB Ici8OJgDUeCApiKBDeCXK2iANvgE1AqAqYsHRGg/eaiHUriH3ZvCb0iAebAH9quBDUiDemC/eti9 erCHA1AAhEOGMfgG/ZM//3r4NQC0B3pILQWosoK7NSuTB0Rogw1IrTk0rRSQh1u7vltDBPCjv92T w1IAv/sKgEuwh3qgOvS7PXqowxT4hjFABgWYPkikB0mQh/wyLXpIgeobRN1DuPxaP+aDrUQQNj+Q AU/wAzawCQP4hR7opeXQBGwIBDywKCegCs/RjkVLCukoj7DwikD4QLEYoJsRqWM4BkpjD2oxqUr4 sRByl9mZqQM5JqdZBzt4Bz55i50qgm6Mr1UggjkoNh2Yl6a6gDFYgv6rgi/Ig1u7hQJYgWmwByub hho4gAIoADrQvzVYgwCAxBSoAXdYBKS6hWEIgRWwgeuzB3mwgRW4ADdYAv8FQIZM+LVbWIJboDIq WIEQMIYpaEJEsD4bCIEQmAIjpDIFmIYVWIEzeMMloIPVKACMRAaVtAH1S4FWcEhjYIUUoIIaYIUg WIEgQC16YAWRPINkIIElGCopUEkpqMOEI8UzDEVBvIQs+z+isrXwY62jSgQl2IEdYAMd8IM4IIAM AIBIMIWzsgRlwAM80ARLMAE0IARBsCi+BB25egJlmZmwcABrEwsaE8HmogHUgUYmqLQyOJOk8y4F qSBskZ2/cDenqQs+OSlAGAxqGoEmsJZr8gQieEx2ZKoxGIMaGKoVaIA8uIcgGAPQa4AZmAIFUINe QAJ1IIEG+IR4GIM2QD3/0luCTUAFeQiBL5ADVHAHNSiBFKjEAlCDDbiAfaADEkgD3AuBDRgGBciF DVABH2gAN2CFSESqIHAHEpAGFSCFXpAHVqiDXtgF3gwCBSADd7AGI1QDamgDEnCHL7ABesgFEhAB TtiE2gwHEqgDNTDCCDgAG2iETWiAMYiFDbBJa2gDFRCBC1gG/cqvaaiDFfgH5VOAJXiFh4yHFOi/ ohpA14qBWtiBHGADT6C4cRAKGIBLRaAAYBCCY6DLX8BLNDCBuzQBQiAEZSAjKtmDJ4AOXwoE0rE2 vvuo01FM1GnMaaGWkvKuuZiLC4oT/ECaGPwLQMggL4hBZkq6+wCDM7km/x24AW4ogiY4zaUigU1Y gSX4BDkggQiwARKQg0ywh4rkgXkYg+08gBVogSqQh15oT6RSANpLAAUwggZoBXmIAHUIgRQgPwVY gw3IgwMogTZAhd8rgO2kghYQANJzgwuAhKEaKhHYAPqMgAbYBQXgAXWghkuwAUltBVlogCpQgGvY gCTIBFbIg1IdAwEoKhXYgCVIg16oggNQQ3Y4gAjYAB5QgE9oAzVAhhVoAx6YyDZogA6dBxvgAWlw zdELgFvAgl7YhDyQgnhwPdiahxQggPIxgyPIgTJAgQ5AgGQzgHH4BWAABiUIEgDAA2UgBBNYWDSY BBOYhEkIUkv4BWAZI/8GIDlfwSIaW7HEpFKZU6O2UKz5aJf38FK/SAy3AKcTIJqdyiBucDe8ULcs oDkieNNBIkKmaoN25U0SmAFWKIALoAYFSIEpaIAHuIcN2AA9pIMGCIcUaIEN2MRfm4YxQIXns4Ef CAFG6IUQeLDpq4EWQAUS7YU0OK0Q2IQCiAdWoAIpWIEBeEejqgc6GAM3gERdGIMGUABniFr2i4AL WAFnXc0aaIArkL8V2IACAMVMmEo52IASSIMGqIH2a4Co/YKofb4ZgMqhKoFrOFx1WL86pLopWAEV aAA1KAAFwIczWAEraAA5QF3YEsQASAQU2Cc/MAMmmLMMGAdmO9ghAIb/aOgNF8AoZbAE46WASRiC IYBYiEUDCrAEM/qFSOADM/CV+UEZs5CBKaUBYWrMMsixa0mMEbKs2YEmyvrGdhMUEMKWGHyLG1iF brS8VdCBN62GVVgHQmqqFmiBZfhHkkyBEGiAEBi/eNiFDXhaca2HH2gBMhjUNjiq1FLDRajVFtgE NfCBXigA1KuyGmgDWIiHJbiANIC4ECCBELABWKDcLVCDNsDIKmPaNLgHe7iHBriAAPC8QIyHEGiD AiCDdwThL0gD7tPOEHhPEmgBfXjbJUiGNqiBFJiH6UyBMdiFS9ivZCCFEsiExm0DJDBC8JM/37u+ VugEEvgGNJSEFMiE/05oAFg4APR7LdkaBTOYODbwgx3ojaKQAC6QgEkABgmIAQiAgDAA5OAILgL4 BVOwLjRYZORd3kmggN56KFo6mYw1HcWUAe31A2IgNp1hoMWii3VoQSTrE8VCk0Epl0eogFUYFG64 OT95iwDhBiJAjG0IBZxdqgtoA1btvngIgg1YhjpsBRIQAEW9gPyig16YAEUlgTUrrRCGhUxogQew gXkIgTFI3KOahxrohXK4B+skA/VbARIogADGAny4BFlg1nith1bYgD54znbegABghguwgd8T0CBA 0KhEBndIBqSyZpUkASzQBQVwVmQIhyaGwk3ohQCghAvIBHqwBwEYg/9pqII63a82uACro796kAIs QE8sgATrQ4Y8sNw8WIJ5OEk4hrAMmGM2yIEc6IK1c4L7GQUnsARgYIAU+JgwKIVS6GlEwAVcCI5E KIQsyR9vQN7kXV40oB/DvBwQaC4/oAEZ0AJhIjYiEILuKqEQ2o8hAxoxQCxrQaluLBdtwMFN8+Rt OJMy4IZt0AYvyF+mIgV3WAMAJL0pkAN3CIE1YAQejgfKHdo1IIFykAfQu755uIcl2IAEoII28AFd +IdFIIUQ8D0OJgEjGIZWCNcgkIIBaAOVbAAsiAct3oQ1SGn9SoANrYFk6IUBOIBhuIAZqAFxloMp SABSqIF5WOwriNf/HQ7t0dbiBqCDPxgDOggAenBHeSiAXrgCbnXHNeABAb4EKdDZ6/O9TJjoVDhh +qODVNiEVyiAVvDasIytLAsZfnrpHRAGXMAB7/gAYfiAh0WBnv5pXQgDIzGSWomBKfKnDCg7KPAF ChiC44IGSxioJhELPsCGHfADP8jeHBgmnSmXJqiLcXE8FhSDb3mHE1As/lgHudiG72LBlrKsQRkM T1iFfvMCOVWqBmgEZJDDg6MyOijdDWiDCCCqcD2AAMhWW4gHaZCG/MKvErgAM2bXTThVdwAFpMKH ADiAFFaDNRDQCxgALLiAApgCDd2EAXgAaYDXeNCFeKiB8HQHMpYG/6KKgCMeAx+oAQVIgF5YAnlY AjVIhgcD2izf8i5vASmQBTX4BAVghTFg5n8AB9Ml0F5YgyWQgwtQhy3YAGlwYz1cgghYA+VT2yUA hU84w1rrvQdrrQGkh1LY3Rit43HQLWkTBlnRhD4+AhcIZFVChJ8ukjPQ70T4p1p4gqE4nRA7MT5o CkXwhVqAggVXCxpAD6surGLyDxL6cGg6ASKbIz3wLkzzCwvwAjvp8G1wqbdughsoAzhFLC+w5aYi KipLOKrjr0xYgn9AKnSn1+dUAEQ4AB53vQeTP0m4hR+YAhuYBlZo1e4DxdO6BUggT9PqvyXAyEyI v0T8v0/NhP4Kw/96YAVIoAJWQC16zcMzpLJsRniFR4b+m+EYSAHyjocSKAGi2sQU+IcauIWXpIPU 5a8DgEJGRCox37L/u+vVGkB7kISecOkdeIZRHwpawYEP0IQhoIBRcAEXGIVooBUI6Al6AORRKIVV ggFh6IBRYAOwQkEPcARgrwWSWfBhOjQ+0ALFJKYsQEHE4o+80AtA0I/3OAHx4qa4GKFQhp1qqIQR 8I+Zpd8fe4QWX6oxTKrUwgfUYsQyJD3El1ek4r/S8i/LLm93n77f28LWcz2jwnjET6qjwoco9D5P P6r8Sj+iilfSK6rUOqrNP0TsQ6qpqwd8uL0pdHfvozrdQwTykz//OKQyK0v8W7svFn381MI1evCJ J4DpHTADkAGoi8GBQrBLQpCAaNgRbPAzaPAADAAAEBACYUiEcQCBJwD/HZABHbCAY4ADZvu2sRe2 QwCB6UV7Zb+WcmGmLm2aCKodA5GLOwEIQOvWVagw4qCYG9uK3Ghy44aOOdxuaNvGgUO8jBrj1ZsX T569jPMQKVAgT55Jj/LwZZTXUd48eiIzKgiQYp5JlvXsyYvHMh6invU+xpPpc97Qnvjm4ZN37yfJ ewHq1QsQIJ6CeJLopUgR74BHnvM8Zl2a1GcAmfPuuYwXoGaKkh4DNA3pFOm8qT0DzDvZMx7Pv0Rn bixs+LDIe4A7/4xiw0bJjh0QIGRAkKEQDi4IAGjSRMgSAycEXGQYFU3DsW7QVHcT4mUOES+qiVmC YVuRIgAGFDmQ4YeGLyh8tOTww0RHFiGAhFTQ08QCoEd2AFWw40X6Owsj1omxsG5EhSaPHmk/sW5V kWoPuZXxJMT5KYyGuwZg+1FeAF0ZJcXLmxXrf1jx5ZRV/c0VwEoaCcZST2OV1B9fGenClFPx3BOW TPRECJQ8BxDIFn58WYVUVW55FM+ETV0VoH0KIJVVPfKk8JZbV2W0FFN2nahRXnyp5BdiQR42lkdh ZIBBHCg8EUcZOMSQgTCFdADBB5owoExnhJiABhqECMJANE4A4P/IOHx4sE03HggBzCRdWvILDIrU Muc4ACgCQnEyQCEccX7ooIOaTTikzXNiSCeGGHas84gXYNix3ToWWAcIIF5cNwIgghbBTRZZELHK DtUIKop8haGkgD30bMXjPSZlhGBNMdbUEz08aRRSrC6mIJiCH/3Hlz05tRSPVxwN9pc8kvToU1Ey mUSPSSdlJW2CRM1oYI1F9SfTPdc+dZ9bxvYHGD1jASYSInkR6auQ7R5WSgYo7FDLEzuUgQK8GSTS QSJVKvMvIVmiYcKWk0xC8MEEm6AlwVx6wwcQuNViwDgGRELcDiAIBwI2NBzy56dNEFHJDVlYIMY6 YJC3DiAWPDL/wsvbWWCBFxVEZ+kjkVrAHhHrABqRENWEUupGRFo1VE2m3jMUszLJQ49UNNb3Yn8w iXTiSzaGyLRQWMnIkaxjPY1SUXI5xZMuVmWVV1FMDYu0jFlNVaM99TxY7tP0dESTtr5GGGNIGwHp LuGFBY4IDs841sUR3OgQQwdSTlkIHspoSUjAgmiuuSYAd265JQVzqYUDGhgggSISUMxnDjkExwcI vjFRhgdlcCPqHDeYZ0dBYFx3shgjWLqdol4AMoJ1lga/yghFFHFeGavMUck68RV+PfbZa7899917 /31GMYyyBwpHxOGJB6tkAEEH7fNbiAEMK+zlBx9s7tmWXBo8uQkFpkCsyG6gAEADQMEBPZCBFiIB BAdoQQbHYIIHavepEwjhBkU4ngUq8A7hgQFlL3sEol5Ws0dZygvbqcA6ilCGEVjgBquwwBHecRFV nEMVF7khDnOowx3ysIc+/CEQgyjEIRKxiEb04RtseIdQzIIDTXRiEjlwhzs08Q7FGBoH3nAHG75B FPGJz0XugEMqvuENUnyiD22IQzXmcBa00OIUt1hDHc5iFl28yBOLkUU7OlGKeOwjBwICADs= ------=_NextPart_000_0944_01CB26AD.89BA0B60 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.dica33.it/cm/img/esperto_doctor.gif R0lGODlhKgE6APcAAG+l1f/+9hNrvNDRzwJcs0qHuei2lCR1uhtzxMnd78yUZvTcy5XG7Wmay8WH WgNlxvz46vnl09bq+zN8xvb//20zD9mjd4u66Mnl/JqamrXJ1XOw5wFivaVmOzR5ura0rhhyvcmM YTiI1szIvbZ1S9SYa0SM1bqEV7h7UIdLItacchALBJhbMQJitTWDu7ja99qphriOakGKxiklF5VU K+nFqahrQs29r7CnmPzZvKiYizQvImaPtu3+/01GNunp5oa13Nr1/gtkuyiDypaKdqbG5qm8z1eU ybrV6Sp7xJi73EV7tfb19KxyRiJ0w/XJqjqFzQxpuphpSMybcZKcpIZDHHFxaRFqxp1hN1VSRkOL zarZ+zuExEOExFqa15Klr1WMxDKDxUaT2DKEzSmF1dy1lzqLzuXu9iN61JuWh2hkWQphsyFsuNbi 7ZualSF6wm1NL7bO5vTv6JWam/339OT9/wNirJvE3ufMt0KFzSp7zCF7zBNlrvnOsx4WCuW8oO32 /ol8aUmTyhl40ndAGF0oB45SKLvj+6HL9IGoy0A5KqFbMit0xPX1/uPz/tGcgszk7zqLxvb+9UqM zJWblWVaSZyVlZWVlIE6FyFzzICr2P73/QtxySFnrEqLxE2Z4zd0rUmFw8amlZuWm5FMJCFsxpi1 yyZyrQFdwQJqvuKmfT98xZdfQcmmhMF9UlCM2KrT71Kl79quj+rUvzqP2IqJhKG94whvvbJuRO71 9TKO5cuznTiSywd21YZYOq13ULV6ZjGMzwpptDB80it0zKVdTXagvZaVmwJptTOLxd/f1kuF0Ovd 4Zutw+/8+PLCnYKUoNCOYh2B2Of29OOwiwJo0sqQcsnx/xpwrpaOhaVtW3WIii9wuJOu21+i3/L0 77HN9RsdEo6xz/Dt9vzUrxhioptOMuCfhYCfxlEYAP////v/////+/v7+v/7///7+/r7//v/+oRE MQ9vsRBVnoaSiit74J+gkyhdjqCfoLZpUeCddiJjnoA8IkA/NX+DcyH5BAAAAAAALAAAAAAqAToA AAj/AGNA+2KJUoYMlKhY0pGGCpUMOuZQmUNxzrEMbqgc05Eh3yU3GT5e8ggypMeDGCVODHmQyqWE c9JkPFnRoQ5LGSyGpGTJkpuRx46NmkPpHsV7aUZlsJRP6SWEPUedPMhxTs+cl3BmGOUTZ8Wvc1CK HUuWLNiKZdPmPBszI1EqxmIcdEOXLiWlB0e58ZjmLsKfCkFScjOKUlg3g+99VLw0H1OlGY+5IXrV IEK/VHQwfEiFpyWbczLWpXsw30OfdHv6hPagBT07BAi0sPMAFTICD1pzIADbzprYHMrRexC7NgEO HFogR9XiN3IOqAisWdNCdovmtFGtQYWKA/HY12Xb/7GjnPt05eRrI5/dnQD348xbpIL+YH2q6sqv e3/g/IGQ6sjJltxzBBZo4IEIJqjggru59xsBmRjxyCMqlKBACVNUaKGFCigQggMnAPPLiMCIooYP 4ayg4oorKGKFFZVkocaLO/hho40r+DHDDGns0koNBzgYICpRMHIBH3ZoR950nSizQB/PwGCBBSqo YAEMBuTwhDUk2OClDawk9JsQURQnxHipCPGfMEJ4x119yd13HTKzIcPdddwh81wLUSi3HAdtPidd KgT8VygquRUoX3L61eenft4Vt1t+ZcY23YNCSCebe62tIUR0LQjjZ6YEyHndqaimquqqrLbqKqvV 5P/GJwF83CClCgpEo2s0IfQagq4dnnCCK66cQII2ovjiA4ss7mCFGju0GAgRNd6I4wx+ZLOLAjA0 sAYH5A0oHQN5JPlta/UVkUMff1CjSoW8qpBlH1ziYkMHrCwS2hqptHbcfZ7O5qengTJaJn/ITUeo c55aV510yQnh6W9+VgNupsjMd59vntZGHYCBTsfHyJ5yMCZ0Em8XJzLktQBnfceB6/JsAF+XKIM4 56wzzs39lkoqtZYBwxQKDOtACL8Ie4KvIKLgCgojaoODL3DkyOwKOwQSSCX+qEFEGopY60eOO2Yj igMWiCMEf91FgQqhWtxBXcSlcgBGBFoaIKWHDpT/kCU5U5DQhA1SsIJFTN9G3OcgiEhAgTpxLKEc odK5zN8hq5i8X6e3OBrFf7k9cJ/EbeY2Oh8cvDBGF0gUCrCogErcQqzSBVofd8khw7LuureAzBXH +S48oC2o2acQdFKXGx8XxPJfymWqKb30l1Zv/fXXTz899twTrL0QwqwhjB0ZCzOCARZY6AouuJCA AgokkPC0+4I/3UQTyEpR9dUrzBDIP2nAwdesgC0bpYhsO7BEK04whS+s4QF8aNN5+LAGDYCheMho mBDYwIwnPYMaFoiGAxwQDVXkgBwlIIG9OoCvnKxNdKR7wSEa0AkvJCAIHggVn/oksh50IQp8uMID /zlwi/Fw4D5sak4UHhQFDvRpfNQB4hoooAUtUMBln6POz4RRDj4oRwh86KIdKLiGzw0IUJd6Ycme cwVExa5QfSISBdvIDyRsgA+FylQUosC7PiLje4CUHqv8yLtBEvKQuvuUf9QkgBHI4hFTCAEuaECD RbCABqSo5CU7gAUsdMAGv7BBMUQRCDiMjX+K+McHcJCGQPhAbCvawQ5wYI0TtOII8hEG7wDVmiPc gT+EAt4flRCBBTzBAOfgVa/OsS4u6cNLnbTEHPjwuc/xIQwBWILoHsCNawCBE7Er4x45wI8W3KJf umziFcoRhQdUoxxraGOsHiBE+RAAnFEQgKfKQf+BZaCiHNVokwAo+LOf0XMN1JxdQNt0n3wiNGCp AJ4wqEkmIZSCHp3A5xoQUEbwSe8BveAAG9hwz0TJJ5A7K6hK0wTIlRY0kDAVQio+J4RGUuMcKnBA BxbRARTgYhGkqIJQSdGBn5IiBYYwxyJiQIRKzIB/KlKEGgKhhrDBcgXh2IEiboACB9xgAjSN3SLX wIYigKGMP+NdAZiRt33sygH7WJckcfFJFpomCuHrnDDG4A49IIMPnLADABrwgE4ooRHqkIA3gogE KPDnCtREAjocF4QlXMAZ7JBAAewgDG8EIQCAUAIbnLiBILgDEJrogSBcgISZFuAFFABEEULxwCP/ YCAe60AEIxQ2Uz6AAhGPu8YSBJCKW6yhE7CIxcj4wIUt8GALfOJDJzYABT4goAg9UMcZALAGbFxg seoE3x7HS97ymre8gTwvTb+nXvUKQBipEMYekaGBMrSCaB0iGtPmp0IsGIIQFQgwIXQgBatCVWyw 9ENW1bCLJkzhA1dgE/JuQaaZpgIZDTBCNX5XUzJFYQB4+wMM+IaCKUSgD5LkpJekYJgr1FS+t4gC JIKgCSgIgLjzSMUF6DCJKBijDl4QADvAcIUl7hECGBADH4rgDAxMQARtgAUfXtGDRLBBEGfoxjy8 0QMeCOAIAXiHCQSxjiiAIBdF0EMSkICEKyxD/x2JQEASJHCGc+qTwgmAhD1AUIRGsCEVnXhAFJTQ BgHEWAlbMEGZBRDQFygZCZBYxQEAwI4j3CIBQOADMqqpz/Z6+tOgDnV7hSEAMsVYABp4pCrepQL8 5jdDHgrBCVDQhA6wIAWFyMYvTIkjqOboqi3aQRpiQIJdDKK9pb6CAOJQgCvcgg/C4ERNG8AMcjzj HNYIgSvc94Qc1IuFYJpMkd8LAk7wgRG2kAA7mBCHBji7Ee6GLBDiIAQKHKGmCNjjJrwxD7utQwZR uIIm1sGGLRQBsrfwAiBuEQQgzOMKVzgCFQWhDgFoYhzxnUcSEuCBONgCAfp0AiC8wY819CIKef9Y hwecPQ8JAOG9nIiCDOChBz6AoBHeOAI7BIANPggAAwWQQQ+G0IlTCAARGGADpg0tgAgLAAQ3jrrU p071qlv96ljHej7zKYB8phoGICxBCUKQ3ypNiUoWkjWtWWEIX2RDCtU6MIJV5IcdzCALomhCKxqg 9aazAQBK4MMtmr51biQAD8jMtiueaY0nqOIEg2MhKxAT9XwKoxPP5sMEvHEICpgCFOq4wAY2cAHg cqIHkzh204U8CQFwwguSAMEVsBGKAFzhBwMQPRDEIQlPQMDSgxcAPI4gCHcI4AVAuAUCrlANNghD EmLggAAGwQEMXEAApbCDxSXQDSUA4QIYYID/zZHBiVtI4PpeoAMbCqAOTswDG1dAgiAukIArIKAa nAAzHw7x8nwqu6ZZF4ACOIAD6H9SV19SwiEhMAUlYCVTsmrvUgIiBD+2RghEUEq9djWnlIE5IkvZ AAwoYARRwAZWxwa3AHUCkATMxglNN3uQlQizIAsqIELbZgNYUALUMAUxcAK/cD8YAXXO9nTewABQ 9wYC0AkXAAgTQAFAAARK0A3dIA4CsA5HIHUgMGQCcGWSQILzAGYC0AhF8H3fdwF7oA6r8HTzIADu AAaeYHuHcAEkiA1s0AkIsA6CgA0gAAKdgGmcMHulcAESYAtNeAFK4AUgt3oAcAacgAhFEAVe/0AB pTCCpdAIggAEhYaHAgAGFZcAcAiEUMeCBBiKoiiKV4CCAvAB7WIN2eYAHdKAZ/eKEqhttcYC8pAC OlBK4cCBLHJKvxYOYWMFH2AOU9BswVd1oNh0mqAEpbh6IIAAHsAMNYBts9YlPUUNf1AGsgADDtAE dIEAIFAKCMAGB7AB44B5D3cF3uAOgyAJAMCCnIAOccAGw9eMTnBjVPhsn7AO3tgLR+AMxMCJnAAC t7AKbTAMzqAJCPAAnOACASAGr+AOnGALyhAF5XcKQSACnBh1TiABG0CCATkJ8NAJvdALqWAKF8CC mUCCSeAOBQAIoYAAYqAOLtALb3AK6iAGXv/QCHswD07ABhfgCEr3cnn4dOCYh0Z5lEiZlEq5lEzZ lE7JBssIdR+AjdagACDCIQ1odmj3IQ6wPrbmC/KABRcIB3HHPxs4A2GTBQOgDPqgDQBQCkwpACDX jKXABQnQBWwAAmxQCk93BUYQAX9wDgrwNDaACw5gADVQA1ASAx0wGE+XCXoJAlzQA0XABctHkG3A BnGAAR7ABlxwBheADepwBNhQjwiAAAHwCacJZmwAckcgCVewAc4gCJ3gArAQjwwgAaAwCKAgARCA k+wAAktAAZrABtygBBLwd4AABpxwCkUACDN5miCQBPBQBNyADQDQA0twCwdwBfNwAMv2A47/IABO cAABAAQH0AmIIAmfYJGIcArr1wPoyYl56ATe6I1OmZ/6uZ/8CZV56I2oCAPWACJk14piVyVVYiEj 5AA+hS+GkAJSQGBw4A8FZJa+aHeVMALKgAdqIAptMAEHsJTheJ9swAmmcAetiQ2nOQ8IwAPjkAMi VjTxowLWmJh/EAM2cBDeCJf2yQbecAbt0AYS0AMJkASlwAht0AMYQAEvMAh7AAheMA974I1s0AOf wAZOcAQ9wA1OkKXqcAClEAd1gAE9cAYu8AZOkADqkAB1EAcJ4AVg0AMgcACa0AhBAAkSAAZOwA0M wA7XMKQNgA2ngADcIAB7cASA4AiO0AOm/3AACKCib1CaXtADmmCEIKAEARAEEvACCfAJThAKdRAE nVcEIZoAG4AG3ugEIGCfp9mqrvqqsBqrsjqrtEqrq4oArOoEI1ADslBLrOghBtqAYsc3XelT94IF vpACrIADUpAFWaAIirADuahgdQetWVULOFAJTZU1s8AArRmregmZIYoABTAAniAAIdqTIDABkHBi 7TKYIUANBvAHiVkGj/ALlHAJe3AAjICmg7Cnb+AFXnAEk4AGB/AGpZAJBeAFoHAKB9ALoOAERpgJ B3AAp1AKbzCnIECxTjAIjHAA3AACy3AEL+kBt+Cxq+AFnsANSYANe8ANg9CMHnAEYIAGmf/gjZmw CkfQAD15swdAsb0gjg1wBCDwsU6QCR4bjpxQk2ywBxn7CkfQBaXApZlAsQ3gBaGQsIPADaBgqF1a ml0atmI7tmRbtmZ7tmibtkWbCfbpBIwwAFS5NB0CrHM7t73SNIIzODbICjTgCzoQA1kgS4rgA1ng A/7gD9I6A2rwAdmALTOQVbM0AGe7qmx7CoPgqB/AAD+LABV7tHcQARHwBM+gCtHwCPNaA/Rqr/h6 CYxQnm+wB136BsTADW/ACUf6Bq37BklwClPqtAeABnOaCbiLpm/wulPKr2+AAMTgpPzqBElwtOX5 vG+AvC5LDKdQvKe5r50rjkmAABPABs//C7sVSwyZ0LpVO72t6wQYuwcU+7ogOwhogL4I0K/JmwR7 MAgeILzAewCDMAhvwLL8KmcH4LyZ4LSvy7nc0LkI4LROgAat67EFzLtOmwRvMAjS4LZcyr8Wy7aZ kAQDzLbuW8EHwAbScL0HsK9omgkTMAJCo19M8yGxdjRd2SXscy/HigWLYAiGwAoxkAZW4A/hEMQz sANZ8A8CFDaylMT+cwnQ8LLEgLATULxmSwuzMAm8yw2MsAdJcASge0J/cCX0igeo+wePcAJSMQFu i6atewATwAgIMAQTALNZnAl6oAfOy6UJrAcfewB6gLuM8LFvEMcfmwRYXLwH27pazK+t/2vHe6DF ICANnZsEdvy8zuu6bguwCKAHLPu6SdDJuoumknwKTkAMHkwMxBDFFZsEbgyyb+ABeQyyRssIHsDH HjzAepDKTuABFFyxgEwMiAyyHvC/hKzLueyM1zkBszzLTjAEbDAMbIy+uXwAHjwMTcsIbPAGoMAN HWy//eoEerAKs/AHsmABkdQhDPo08ONTK7RTmEQDl8QCpABgAVYBmCAPJSIKOKAZOnCBgbAj0SpL aPmsfpAFYEAMA0zJA1y2SaABSkDBjEDJHqABXdwH80qvfSDGqZgTrUvBasYIQ3C9Q3AAgsAAbzB6 3EAMWpwEYfAGwwC7jEAGjTzLdewBD/+NBhTsCWDgAftKBqr8xH4cyB/rAaVAwTbdyR7sBHvgwJ2s Zt7cx28wBFPqAR7gvAebvEPwvIPgAjo9wbAbBmeqB7p81XswAV6QDEidBAYr1Sd8y0Nwy6rcyV36 u2jADcPwurqLDUPACHFssHsgDQus17Bb13rM0kMgDSzNCHnwCkMgu1oM1W8gDWqWB0jQDusQBN7g vGr2vHoABspwjRaQK7JWa+CGBSywCKa9CJiUSaSACZhQAYVQARB6Atv42uZQDNrACvWsDT7gA0MM 0DtAuCmiI9sgaXU9v0Z93J18CgAwAitt1PvaAAuAN+vyBInZBzmA0dRACZTACHoQxZn/jQYeIMg2 tAoMcAGg4AHSMAbTaaRD4AIRq8sTkARRjAb2oLtJIA0MgAFZPAFoEAZSnQRDMAYekNcdPQwhHd8u 7QF1XMlJMAbcANXc/ccAjgY2rQdXPQzEQAZuG9/yzd1O4AITUN8T0MZFrck90AC7OwFJvQdtPQGn gMZ64AIuUMedbNhjULGZDdkToAdkcNXdfQBDsN5SLQ0e/cdDQAzn3coeYAsYsMkTAAoUvAoe7QIJ 0AavoAdxkAti8NDx3d0wKM5TUKy4gAWYZAidtFOoTQpqvgjygwtHxcMwMDQhgMNVIAXWUAxCJQq7 wNu+TbhP1Ys7YAykvAdjIOHI3ckT/xAGI4DieW2/HhAGA7AAkr4uf/AH3XZieoMY8b3pIz4MHkAG ejAM3pAAnr4EUj3WY7AKexAMrTwBZKDVMD3iYRDFq5AELqAECbAEI67gHsAFXIAGQ7AESeABwSAN Y30AYQAKOz4GIy7fuj7ie1AAgUzTUNDhnTwMwyDf4f0G37wK3DAG8r0KLjAE1H7KHjAMwA7e6tAA E0Duug7u4K7VXMAGMl7HYaAHS8DsoFDoS5AJ4c0IUHCwAT4BS3AAXOACWmzTHiDgS7AHPP3p/o3r 7R4GSbAKEwAFj34Ar0BFxGDxdQAAnI7MGjALZTAFxmIDps0Cl0QDNqAri8DapIAL2//mNPLjACog JZEkOIvwCxAAAb5ACIZQAbu9IzPgDz5QCZXAItOaBYx+AMMw4lAf9d2tAUbw0l2uy4mQA9GdAzAK ds9A0Y/gAIWx6WHA7B4gBkjwOAmgBIcQBqNXep1MBqvADEewCrDgCOsACZowsxjQDI7QCD1gBB6A CI4wpl7ADUWwDutQBxoAClDAAF6gAZDQAA2AAevApAVwAGSAzG6PCFA/Bi/ABRuACBrwDRAACAAw BmMACkMQBg2QAM3gOO9AXUmwBEiQCxRQBxtg6g3gONrFA4JwCHQgAQwwAQkwCUjQA6AAAONABz2w BWDADYnuAmFADFDwAor/pg2OXev/AAgMsAoNMAAA4DiOUAQjvgrisKh1AAtSrQHdhwHXMA3rcAhH MAReIAEBEA9IEApkABBH2gwZkiSPuwYTJoRRWEAZHhhTTjRhQYoGCyxYaNgo4apKChQh9pUIEa2E ihAhSigIcYKEjV/FYkga0a+KuX4VKu1QlEXRihVEfoYDGs6Pn22rPLgYA0Xh06fDJpi6sYrMKj1J XEzoMmBBhBw5/jxygCLGo0fARlFyunCCBy7jEoAJhQhQgiRK7mjqAcYFGQA9lsRx1GDJBXWxvMVL AKCApnXeeMSBZKzLBUBeuHgLAmAChmttNngBpKGAFwkvPI1RGIZBgjBJ4ApmUCeB/5gxSOp02eMi TJgGPYJoBqLu1TAMEryEAUIBSBIMsCNtCTKpwaYLR6Csk7ClgbE6FyaJubYl1IRkYeC2kaD9RZBQ QDYdmQC+QfDOBTY4GsAlFrwLlvAGgzgmOASQazRpIA4JGgjFGwqU4EKQawBZagkoCIJFgjCkYmiC RGapISIUOqDBEBY6yIgFG1wpa6R9RopGBZQUiCYEB1whARdcSFikBnViwIQFecwpBI4s/CEKKDhE 2WEFo6D0Y4dElhiDtd+yzHIMD8TB4YhhmApjjNhCDGuWP6yxwZBfDHgGhgzYam0CGbypo4AMl2gj AS7uYGCJRgIcI444XunBGBF+i/8DCXTg2WAIF7hwZAMobEmAKVuM4CKJCSC5g4s2fghjFSUkWEIE PY6gAIzfyGSgDYa44GKdJZRQpwAyeegBTygYCg4dKIbpwplEGqiDh1XCcMGIIJYIQok8lpgEkiVc iGwID9RBxIUlMABniTC44KEOY5gaBgoAnFnGhTw8CKKZO6aRgYwlitgAgHWACGOJYTRRZ4kEXghz GHTqgKKNMwpg6rVVgjkkDg/ymMCTOsT5a5VVkGDiiFXG8I2LVYp44g8YFGiCBlJYbOIEFBxw2QKY aSwhmmhYUsABHF3RsUcSSIBgk2KqMMQXc1hRZAagkl4BD2aWPOooNZYhwzcttZz/YFkcErk6XDIm 4GKMWciJAM0YsDDEmhz6eOIYKlaBggsoomUAEqtYK4JPBozw4A4Ou9gEAAAouMPPCyCBxJsATOBi CVA/teWQMa5qQIkiDqHjjjDasGWIPDDwlAE/6/AMil5fHSMZ1txJhm8XoOg4gAaa4gK4AMaA2wUM bFHiDHt+y6MBd0RQgoI2GEgk0i4CAIBddgDwYJl2lo80kgRscTuJSGxxhAHQjZDAliPgcSYOII4Y wxt1Gugij6bUASA1BjS4oAgKjIGkiLe5eG12RxJpStjihcF1X+iBN2TFFDIkAx01MEAZLDAFjaQA Cy4LgQJKYAFVZNACMooGzkLg/yId9axnKMDFHwKwgH6kjGg28IXSkpaNAHxgBU/zQzh28AUumOE3 spIVFHQ4BjOMAAc4wFiiyBSJIRhjAWExQAxYwYIS9GEBT3ADFbrwtjDkoQsMwEAXuNCFZdgCAy5g gC3McIQeHAEIQVgFvmzxxjKKYwPqmIAI4HY/4bVBBhMoQg9gAQQAnEEJMmiMGVZxCAkoIVN5a0D+ 9NcGWXngCO/ggqUi4ToTMAEAZriaGQAAAcWtIhIYKMIF2pC/LkBoDKt4hRKQAI9rmGAYFACACIbB DjMEwwM9AAAURHAVCdwhD3kwgwvukIs7GMEWiLAFAMawDCCAwxHTMEbgxBAMH/8mYx0AyAUS7mAL BszPC7nrlWv4JIIeNIAMtNBFbhhghmEI7xpOkQHcxtAFDfyBGo9QgMlSUAWc9VMFMCNoCWaWkpSU BQU6cgUKWuayMuBBGzZhAQtY0QEp7MAPSduoDwKgDjXM8GkzUAMPoNCU/K1iAr3qlRFucA8vysp2 MhjDJIwAlj+EAAs2gEEf+lADN8zhirIapiYA0YVghMETccCACGxRBFpw4X4JYAAUjlCHBphgIQxA hBfUoYUx2NFTXChCG+7ZCCCYQQZdkMA7MZCISIChCHGQgQigQIsENPKLk7BFLpaxChMAgB0euFvc VpEH94VBC1oIAwDUkQcuaIH/C8po5qpWQYslAIEJPGjPKsTQhXdklR3GiEQeIBAGM3jie6FgFxjq oAmncCESmkiYCHQxAXB0AxFKKMBVMPACdERoFS4IBQDoAAYCuUCyPMDAETCAOTOM4VWhGAMkwNGF LqyiAI5QAulMYIxEQEGyPuSCJkYgCxi0BAVNMIQDDFozGg3UAip4bwdzpLOFUjChrpjCLzBRBVKQ AguswEITfHEUkQJlBO5wx5NqeJQZfCEUdiXdMHsINyV8gAheCEYBrgiF9Y2hAcrIQQ2mAJNd4EFt cQoFFGQQtzwc4RuIwK4mKAAJFxThDlpwgRK+AY8jyKBbhyhAAXgwDSDYuACy//IEJBgQiiJAIhKh UAcDuFCAC1DgEN0yBhdMEFwgaBcJQQCDCCLhglUE1zBHOIQkPHEHSBhSBqGgpZcl2wAKhKKeZihe KLoDhjF4oQ53kAEkYDGJCaAPACboHxcQG4pVbFF0l4RFHcAwDBNMgguvaEQcGCeOdHYDEDwwJDhe YIweXAMMMijANRLwCiA4AgBdKMALMNCtIihXBkpog4eVIOsuTAIcgABD3AYThy5oAQqKA8MAdtEK a7gECx1QgCos0MEK9tOC9L2Ry1ymMwqahCQkYBEpALyIKtAgIzCZAYJnuAI1qMMdzHhaOIiSBWMQ 0wykW6wM1jqBIyDhHokwQ/8eZJAHu3oiEloQR9pkEQMHwOAJOXgCi118cBAnog65+EEP4jAX0HFh znWAhIu10IBr9OAMPUBCAQBg6ch2gZRLwFcQGmAEdSBMAiOgQBEw4BgymKCPjgDEGTRx2UjwIg9g aLMEHFGEf4kxbl+swwYuCdkN7MbRZsDAn9BBdAysAwlgSEYigtCDNrgjDmDoQgJ6gIgC9CBuJsBn DyQAiCB0WQw9zEMiphmEOsBiCDJHO94BoIlNIMHuqfZCMgoQB+LBQwKOaQMicsgFdKTaG2awRQ8c IYF1oEMEZuhCKK5xiFDkUIvdwIMsplCWDrAgBAawYI48qG2W0AyhJTFoBvf/4QBc2AALhDB3FYRm iBQQGCYt3Oi7/dCOTahDhjQMBzT0rIU8xE0L/j74lz/QDE+IQATDhEIBZGAGMIxgASNSgSqeoTY3 UMITZtj+MJGqBcAtwwQyCMZaZUCLKSuAgosEtfICAAiFPNCCLjgCFzCBuAGDSNAFMvAEAPgEE+AB wOkCMFgFu9KFLqAFKPAEMACABhAET0C4ZIgEE1gFMEiEDZiEPAgFXTCBPKA7QcgDZFErGdCCVeCB PBAEGRADM8ilxSFBH6zBZQiFBgCAIzCBYBCB0wAABdzBSBgDMDDARACDJXixPBADycI+TQCASfCs gxtBAPCEYACAADgjJiyz/0jwBCgwQAchA12YMxOgBS1YggIoQS7whCMAHNZaLITzBNWTrGarAQuI tiaQghCgBgNQgfu6vX66EUpUgPZTBUcsAVyoCENYBBaoAOOrAkJIARoYxYpaGaRpvo3KB3WQtyyQ khrygUTArsWKG+7TAjPggQ8YBR5YBi2SgUhYKxo0hgEgh2cwAEd8gj5wAzcIBVrwN2LavknQAhD0 hP+TAROILmykv2VYglfgAl3gBfpLQDPwMho0OE+YxhN8RhFIxyBMLU9QnFC4Qy0IBaWbRi1YuEko vRjMNB00OBUMNi3whFDQArrLg2BMwGSjBcURAxOgu2UQATGoQWXjhYHsAv8X8EIZcAEwMINl8MgC WIZ8nARN274JW4ZXMAEEfEZCXAbzE6ylEwGVzINJkEjSEQNPEIQQXKwwMAExgIJ9nDNpDEJrrMkh pIVv1AJ0mIUyYImXiAEDsABqsAAFeKiU6KeSEDcMyqBoM4Qq+C+LQJkK6Id++CdSTIEUMAQaWBkp UMWNUoQAYAd1OIMZMopwmIF6OALzM4HFqr/9awYrUAQr+AIeULgdTEBNEwc8eIKR+QPGzIAM+EB/ mwS1UsCCVMkdXIb1mYRQmL8CiASd9IQuOMGDm799TML9G7+BdMYCEE1aoL/RlAFPwD6DA6PS4swu 4D4aVKtgfMNlWAYZ4AX/vjSBNwwFFTRIi1yGSHDJZMiDV2jAPLBGXvAEQkzASBC5ZeCFhWPIgpwE pbvO1wyFZMM+apSBZOAFf/MwT3jN89uA4DE/M5hGeyw/ykxALViydFwfunPGztTBYKC/eRzNelws I8ADfmoCVmiTKZgvqpxEHEEoraQGFbCBKqiAQqiACvgv4wuwDJUHefhKGjiRKsCIE3CSGkqwGwgA OnAHK4ASu/SBDWA7ZevLjwSALNiBGSApKjgCM5jHqJoEWgiFZugDcvipGgAqY+CBgtw+MJrG0hNN GZgE7ptSKq1SK71SLM1SLd1SLu1SL/1SMA3TKy0ADSiDjmiCGPgDWZiv/ynYNhXASpsZKFUwgClI gUK4UwzNUA39iAz9CLOsqBRIkSaYghh4MARTBLlcB3gginbzgxngASUFQprszAIQhyQ5mkr4AiMo TAcEQgXkgWZQhgVQG6C6BzlQBwqggHVYB1RdVVdN1VaMVVmdVVqtVVu9VVzNVV3dVV7tVV/9VWCl 1R5QhjJQgSlwEwOAgUeYgjY9CWfdtq1UBVa4U0IohHS4UD3V0H8qBExAPlJAERSZtkEtg0oQqSXB gQCAB3WohRlqVB9QhnVQVVftgR7IhVrwAUUIBzWIADn4gB9Q1XZQhx6gAHh4BwgAixp4hgywhFaM PnZgh3doRYiVy2CtWP+LvViMzViN1Vg0+YMjlQUFeKAFlS/5ghkNOgELzVNrzVNMaNn/+icMJQS1 DNSM2CkSSNNdECkE24GPUod2eJJ2u0sioFg6kEt2CAAI+AB8nYFaaMURGAE5CACpLdqHfQc6kINR zQAqUAd4UFd3aMWvpVVXHVuyLVuzPVu0TVu1XVu2bVu3fVu4jduzpYMIONIRmYISaFMFwFuDOomQ nco1IYQ8xdA7xVaXNT60zAlC+IiKUhEVIQEFkIVZCASd3ahLoFgZuktH9YEB2ISvZYd1CNsfuNEZ sAJnWIdvGAA5YIJGYNV4lVd1YIJZiJOjjUuKldqHfVip3V3e7V3f/V3/4A1e4R1e4i1e4z1e5E1e 5c1d5n3YuiWZKTBWvdW2lRCoEjiBFBjFmK2AasXWbH1ZtCSExR1Rx22CJkCByM0BPHAwjiradnAH f1iBGSCKHfgHdnAH3FWHeAUENfCHHfCBdoDYTRiHcRiAH6CDgF3V2n2HOZiDdYiHgI1V0B1bdYiH jb1gDM5gDd7gWaUDPKgBajCogTJW6u1bCyiBEkG+FODeaiVcw21ZxA3U7P2IERVXhwqBKWiFWZi+ p1kBK5BLdxgAKJnfGXhX/eVa222He+WJH4AHd2iE6BuAEZgFZZCDb+jZVqSEUVAHimUwiI1VdZU3 Dh5jMi5jM6bV9fuD/wdaCWad3rwtAVWIhvWqCLQsBPEl3MEV3xg2hJkdxX9iASlgBRtwAAPogzL4 AXbIgqMwio36gQj2Afm9S0UgAjqI1d1VhxHwiR0YARVlAnagA2YYASn+ABwYAWVoYnVwgy1uh3hd h6NtReIZgDZohDOuZVu+ZYw90jJY1jZt476NLwcQPhuggRQwt+3FU2zVYz9NS3AVmuw1BCn4BQew AFkAkk0YAHt7sBXIAnbw3B+Q3xwNhyxQBoJlB9j9BivwgRnIBnZoh3iYhlR1BmUQojTQAR1Ig1K2 BDeQS1WVWnV4B0Q4BTt4AA44gC14ByR4ABNQBw4QAvwV2K+NPi5OVf/QdQc6kATQpYD8xd9U/Sh3 eId44Oh3cAeNbsUAkAQh4IB1oANXZjDP9VkuDoB4xWKZfmB1xWJczmlc/QaPXVNmtRGDipF9gMST YQFc6ICwrFA77t48tomP4GMUqagTIcWPGGQDiIAIgGkrMFSiuIF2BilwDgdFqIWHndV2uAT/rQQ6 +ChFVdd1YAJlIOU0yIY0+ABLuAS2VocAeAcKQAQhWAMA2AAxIAACSAAkaAEtYActmIQAiAd/7gF4 WAepZVUIMNpNiGDPjewA0OiTZmu2DuDQ/epUDYVJYNUAcId1kARJCGkuVgc66OhKdge5bAS5hAeK 1WncrlUmONKpbNP/HHEoFLABFpjhRdiRRfhWQ7jjO/Ze7t3jEK0oLJBqGlCRnZqCP5gFJmCC2M3R GqLftW6Hb87RHFWDAbjtWP0An/AHZWjnroWHdtBuLoYAZbiBDxgBN8iARHVlgb0FVLgAWnaGBkAF AICFW4ACdtiCLYCAVI0DcSgVyX6HIOCeO3AEzw2AFwACIJhwx3bluJQADO+BF4CFdYAFWGjFbjqE eHiBF6jkdH1iLmaHeJAECmCHM/hndzjdgI1LrjXv3O7x2P1gny4LElARFvDKQG0CXHCADkhLYr5j 7k3ZmB1ftESR567ZjOiAJkiJGGgFPAjYgM2HSJ7fFbDfj2pRHJ0B/3/IhoANW3VVhv7dgQ9g77du Bzqn872mAzr4hipq7YelgIQ+BdpmBwjIhS1oAyQggCMIACEQAgoAhAloASGwgzW4gHdIgFNABgK4 Aj7AAOXhgD0Igwcwg3GwWkUFhzXggAcAgTUoBwoohzVA1RcgADDogTWgB3PuAXX4lg0IAoxm1R4A BQBIgCOmANkGXZj2cWRvBxGRhTfNGSF/iSboGR3xSozI3hVm4WRWZmauKOieNhvoACw/AQt4hhw4 1fcO2CywN3X3g/VWh3GwtxzdAfLmcXT23zT46tht5zpvB3jYhOhr4H9+cQoQBw7gAo2mgFaUBHh4 gVRYBndoAQJACP8OAAB4SIAoEAAK2IMWuIOB5wBvOAQC0APaJoMWQAJW/VpuIABbAAR0eAACoAAO QAX9fYEHKIB14IAW2GvJbo81QIVXoB8F94YrWAMoAII6wHW2hlhWRXYfXz9mv5kTuC/gPgGWQYHh NoSMEMXsxfal1uMpf+5u7wAbMN9foPpWqIEFiN01x+b5tbcV8AEm+Ch2PXMfyIZKjthY/Qf/tYIA oHP31vdW5Hd36Fqt1esXXwdT4IBJ4GJWhQdVPWwZoIBUeABJuIUWkABVDfE24IAk0Ot4gIW0W4dD QAIgEAY+QAILDoAE4IAxiId12HwOUIcWiH12SOhJ6IEHeAD9lUv/pA0CIDiFNSgFcViHRugBJfCA NeADY5DsyE5UpvfxCMADB4J6V2iChloohzqBDviIaWOBZT5m8fX6qO72Kx/7X4iBBW2FXUj7gGWC iK2FuxTvFbiHh/2GfMVReS/vWHXlWgAIfzvU0FHXCB47Ou3aqVu4EB68SxnYqasYgIIGAtzgbVIX AAkYTbCQaVlnx446DnzYrYNwccCDSewoXITQaAkBIZk4rXmxLoCkF0K0BIjHTgiHAMg4wKPzogWY oxwoQlgHTx0ddkE+ofJUB14ACHU2cMDXgx28dRTXVWzr9i3cuHLn0q1r9y5cObP+wFAxRYEDVydQ EEbh4IShFCw6/3RgkcJQYkIVCBEqNJlQlRSPWWDpjIUxYxsdfp04AYPcAjnqmMBz15COvxmyZ+zw o4zhJT+0Z/hI881tu3wCfShTB69dQofKG2bI904dBY/q6nBqAUTdzCMtGhwi8EodAQ4UGKE649qb iQQcDmBvZKIBkGqfvgUQQ+BFwR5tCOxhF0ACKi0E8AAqNIETUzwcoAJdAAixE4cYD6zhBTjssJMA AKkgswoDPQSwDgV0uMMWXiWaeCKKJQawQA3UWGDBFCE4UBgJDjhAQxWcdYYjKYmlQFkKFVym2Waf gWYDkkn+EsMUZcwixzoMNdIQOzfsMNsM4WQRQEP+hHPlQCMwNP8mDgLtMEJFTLRDx1VMqNnOm5Zk EBcDa6zRwAW6cNDJGVvYAQYFdlQTgBIESLMFEHxMQoEJ2x3yCT3iXIDKEeskAAIy+P3UAzcEALDF BBysQYceD2zwAheoAMoBB++sdcgBLRwAxBn+1REGBwI0kABFKfr6K7C/riNHDXypEAIKTTRhAwoh uLIIKYt9hoVmLLDQI2WUDfkYDTQsliS4ypI2BQw3zNLQcur8s9sMivhRS0Uf+AFmFtlAwA5D6pS5 ww4fULSQO+/Q4aZy7WQwJ1zrIDIEAVEQ4AEGFPgJRg98EKBOD5pYTAAXL7DjCBhrEPDAEXXUMYgQ 5SDQSwt39ID/0DoYsNGCHRk+sE6ddpTjzRoF1LGGEBT0QME6SKCzRQ9sIdcDD0rUEV2wUUs9dVwt 4VEGDBaEMBgKrrhiQ7ehMeZYCt76mO22hnj7rQ3Ltt0ECqWdMIUsNSyA7nLf+ICll2JukgVtOyii xg1cVuSGmf46tMnAbirkkBsIv/XOOj1IEAcGHgaQn0HrUL4OIAkkgN07AQCCwQsS/OROPEggYfkA 7LzzDtHQHZLAO6xyKcEhEqjDFu090PHOvQZ5VPxa6rj0HNXNO//rin8YYIDWDpBgAwuGsNA2CcqC za21j/0YJCGaqU1DZx28rWwTpMUQwwkxtPJHBHgrx84I/Aau/4g/qt0Q+A58UIvirKYWicPXQtz0 jQW+CU5yiouF6GC4AASgV235F3YsxCWKuMNCrpKdazJIkaZAxyO9SsUaZNcQ4sXDHa6JB4kMp47S 4ash61iHBJn3vB3ysC5hwUMNnmEBBzTBWp+BG42+1y0sOAYymZGM+az1rfYR5hdWdF8MHiGLXZzL fgvBVy12E8CBPEcN7RKcGnAgB3bIwYBXUtzA5MAEOcjhGw1kwsHiEo/fUYACFroKBTrIQexUjmh9 ZIlCKAAPoRmuj9EpHQ7X4kggAOEiCHEHBSTBjhfG4yL4uuENK/KcoUWph6Y85Vv8Mws8PEFrhbGR 1w7jChRgD/8yRoQMDYg0GbUZUX1ULAxhShMDGJThD10s2BeZkAX9KWKZ8BqAHxTBLx/8YwBM+ME/ pNmvhLiJjt5kwuO+ETk9qiNgYeFSWirijIr40VWba4hBNDg7olEwne4A5AwpeDwucal00InOJtYh CXa2pYIVucpVAoAcVDL0lOyIwCzIQY0YycgwIZARLJuABVtKUW2JMYRktMeZ0NjgF3GTmzDlV8xZ jAmZDBmAmWbgj0r0Sx1mlKYiKnEPZfzACmD6AJy+4c1v0qGo35AIBEPpFku6RJGGa8cNr1IRTEpi oVN6hwuz0oOz/M4/FfFPI9jyR7To0yMy9I9Bv1pBCza0rc//g0BEJ1oCBVwUo3Q9DAqwsDbOsIAG 54sMIXSkvraZFKXCJNcf/nCDhXgxX+rIB7+mqYYz/UCm0vSHFT4wgMnS5gN0EOoP5PCD0MrRTUz4 Rh6rtrob+sc1H/IIW9hSVnXE4ypr4RLU1GIcf/LROIfcox8bMiIZ6tY4SsVOW9LJVrcy11c3ZMIs ckA9BcyVrnWNho1OwMQOeEavj9loYipgCNF0oH0mPSlK39eKYt5ATV5kgjp+Q4d/mCmny/xGNizb zGx8YJntaq9oRztaOpr2muNsLoITrGATyTYAeJjFM6ihgurW9aIOcFZjQMNdva6NiZTZ3ttIw7X0 TqEVu/gDjB6CCs7TLvAbn/3GD9RgJn+owQc++IEP/HHZNJqRNyOg42iZMdoWf3YEVjjYJfIhkYMx uclOfjKUoyzlKVO5yla+MpazrOUtazlyc5jDwSwRuWOAGcwZOIaU0XxmJo8iA21ushsiF+eDtXkU kaPzweacgTjfGc9unnOblyynPeO5zxm4hJrlFGeJ3DkgADs= ------=_NextPart_000_0944_01CB26AD.89BA0B60 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.dica33.it/cm/img/banner-199.gif R0lGODlhKgE6APcAADkiE7uLUkQoFqt7TKh8UKStx+XNkL2TYFU1HI1iOmxpcqNyQ2hxi7SDS8Sa ZIVUKqRwPJRqQlk6Ida5h4RZM9jQyZOWqsOSVItlQb2RWycZEfHq0JxySqJ1SZJkOtOrbJpsQnJL KszEvXtRLcKUW62BU5tqPLqNWqV4TIpcMhQSEZCMksycWty0amlYTq15Q7aKWZ1wRMe+tHtUMYd2 bKaWiFlDMsqeYtOtcZKDeGpDI1RYZbyKTPj44WNBJBQQDaOlvGxJKmM6HP///zk1N7WjlFZUW4Nc ObF9R8GWYZVoPXdkV9OmYriGSpNhNEdDSCw3T5yhuMundc2iZbSCRXRRMd7EizIpJiolI7aJVXpL JBkUEejl4DEcEUtKU+Hb0iYVDePDesWdadW0eXFFIsuhaFRIRWNDKGlMMEE5N86labKFVWA9IZl6 Wtaxc0k1JkwwGnxaO7GCUNGiXteqY4FVMOnWrVxic2lFKc2jaOG8cNu8f3NJJXhNKvX+/mtAHql1 Qdqzcc6mbMCNTbWHVDxHX9GnaqaJZoZgPX1YNbaGUauEV5VxSvTy8I1gNt65cLaadIJrWJpkM5Rt R8ieZxINDI5ZKoldN7KFUdmvZbKHWLmro21RNcCPUsiWVMqZVygrNa+KW8aZXnFNL1AtFjEaDo1z XrCDVez2+sqja9Pj+4FOJR4aGBgcJqSOd7OPYHuCmcaibQ0NC72yqhwXFEE9QPTnwZBlP05QW65/ TpxoNh0lNVNNUJhlONi1eJ53TmVHLpBeMW1HJdCeWzkvLKeTfqaCVIJCF6OCX9iva8yvgvn+8FxR TRQUFmVeYHRVOL+3s8umbciXWqZ3R7iFRkkkD5luR6BuP7mIT6h3SMORUNi4fj8tH3lXOJdwRnVa Q08+MdCpbp9vPrSDUBcWFxAQDzEuL1wrEHdHIXBHKD8fECsvPCQfHfHw7hYYH82jao9wUd+/g/H2 +Pz/9LnJ8eXt+e7x6g8ODnxfQXZXNIF9gY9oQL+jf4hfOKujnq60yiH5BAAAAAAALAAAAAAqAToA AAj/AO0YGGglTDwDYQYqDKOH4SM9eh61eESxRYtkmTIy8dSpo8dOFy6QECmqpMkbom6ovDGlZUsm agwZuvGuZZkMwl6VUdNhUgJvEbxNynBCQik4ALoI8LEPGJguAADAGRFKyqs9VqxMyKow6x43ghyc yqaEwhEJcLawIoJli9u3blW8bfaWnNtmtIiBI3aFFTtWKmhpGDyY1hZyrMg1I0eOFuPHdps1UyGX FmXDlDPL2lKLiIofWwCgkbBFbhoj5sytWw2qVluoFBbt24cGwz4JVYCxAVblCAdrbdhtUarj0gMk SVCsOZHBAaUyhsZsm75nz4Tq08fgwBEuXKwDJ2DA/1hTogSB8yjOd1gfIwEZMg+CmZiGxIDAgWEe xQvDvz/DiBRVZFELGdFhIB0bdRKAggE0eEJHGYhEwoQkSGNSSSup9FIGuSQRQz/7nOJNP7+8Y0gM k8QQyj7GGLOGAF0gkJQA6ezzBhgACAAAAonEktWPQAK5Bw6UwJDLPh6kA0cVbAAQWBrCwSUlXVLK tUUzxDBDTBpp0EILK25pAIZgXWhgmGNXZjaZCmuymRllpWn2AxHOEFGJXAIkggYtoLFjzhVXgGIO EUSsQ+gWggmzTxzg+IAIInG84UMV1kzSASMDRCJXFxJQ4MEDFyzyywBrwEBCEs4JIt0e21S3Rzys jv/hxnbRpALeeGucUkIu5w2AXgccxABCFX9oYUkvC2SjEEJhZBKIf/3pMdGAF2WUiYFMZJutJwFg 4y02DYa74AUgRUghCaJYeBJLw3RAwSSO/JLAPohk0c1OJ1TRAQYDvNIBVEh1QUoViAgAhgAInxFB LK02bEU88fy4jTJuvBJKLhwEAQcCAsAxChvc/EALlFKW9paVpVEpFznseEFEGk+kASaYlSFKGKJp vqnzziqU4/MW5jBjBDuV0FKKBIgAQ8s95GBBzBNYgBK1oauZYRgYEowSAT5wYOA1BrdMYs0vv3hz gBmV4AhHCnVYUsYv1nRQAiHMOWD3B9S5yqov24z/IUV30SSRAQynELLGOLsS4OsAKAAr7CV/wCff NFYwC5GBEkEEkUSZEIjRtQdqO8foc0jDw7eoexvuRxBKWOG6U0xzidZHKBFBAkcg4sBMhIiSxA1H HAxHKVIl0g0AGui4JAqtvtLqGGPAOsEBr+CADwGTnIFGDBQIIAECXSwJ8g+s1BKlySbDGeeV67O8 i6FpmGG+yJZZSQsYhFl2GPtx6uxzZn4xB5R+8AMwwKEfkwDHFoqGhTQs4U+pMYegQAEKZkRJAEdI BAZq47V9TIIDHPgFCjgAiSv8QAMAYIMHyKALMUwiAhwYACFgkIEDiOI5btiGL14VKxxALxxSoMR3 /2CgCfMQoARyIEDjUMA4DgALBLfgQ7GOtQA9ICQiLaDDHALRAgA9RA8FCp22mDC6GwxjGHP4RLea oAg2pk5ccIyQSEiirhtMA0TpyQAJHCAKNUwhD3/MQxJGYUAY7SgOaNCAUgSAgBkwQgwOEMMBxPCL SfwiO6HAwCsmEYpujGIUVehDk+AgAQEEQQJOYgXJ4sLK9aVMZ81gRytWc4VamOEJ7CgHzj5TGcKY iZXksNKbvpQYViRGBZUQmQDqgAlGhOwetHhCLVzgGkIRKoKg4AUxQFMKJRDgGXGYjQed+AsCcIAA yNjCUwAwggSgowmv2MctYjCAcZwAXQ64gRjEsP8d6EHPDWMIx6ykIIbvnEATp1Biehq3HhByYAEd iIESZiAEdMRHHI/gj0UyQUaMUGRzEkGQ6EhHOhYMgwVzYEEnsMFGN7ZREW8EV4M6cgFzSaiOLWHJ FERhN56eqiiFhIqjJKBIhPnANpPAQBswICoUvIIRB9jDGLyBgUREIA6/YIMERkCBOvQhBOkQQhB8 IIAnYUGYrURZZvqnAnbsAgqFKAQRnnDLK/Rsf595y2DKJKa47IyVVsIfjbLBgTNoQBaV8JPT0oAF azp2HaCQpshKMQMCgOCFEZjEB0X4iwiIgRmVUCQcPFCHVUjjF/tQQgdyMY4snOC1GUhCEt7RTxz/ uGGgtNpnEohoRBT41om/AWEM1hOBfujgD6s4ViAgslEt0iEZgQhQRRBE0pOe8YwsyK5JV9qEcTSh AS0FL0xRB0ePyHEk0kBXJ0RBgvScQAm3CMWpcgEHA87IB0cABwo7FoR9HCAJjDhBGzqwCEQsAgPG aIMOk7AITRTRGpeoQx1SQIER9CEdWg0CABDlmpN5GH0ma5MKWgEFKDCgABagq/zMQY57CJOXcvGl L8c0JkSNaa9SkQAaqvCGwyb2CX1hBzfYQYRaGLkz1hwUL+6BQmEQIAIR8KA1GAEs4fIDCyfsgjA4 0AddHOCFSrCUHHJ1Ck2c4AAHcAAQbQu97YSD/zupiIUDxlMeAuTCtx1oXLB+E4MFSLQPFX2AE5Lh i4gUaA5MeO60BqTF66ZUuyfV7idYcIHvNuDSDRgHptkIU5h2a3UdeRBIajqSOvziBYmYFyJykQgH dAB5pEgKKUIwCoMhDAFVSMAvfCEIRISCAA54RRJiEY0x+MIN4RAEJQ6Q0FvUgQIpcIQj6jACHSAA AbU2TBrMUTK5rNWvbCUHXGGhClQw4AnSJAIx2KECF58MxjZT5F4V2QWoRIUbAuAGN7rAih8gNi9G qMUWsDBkInhBfkc+cpGNsAUNcIMNBNhHlMd5KQ5EIAk5mCwAZuABLVBBNrfYhzWsMYBcEOIUWf+A wZkdIAgfyuq2bsZBKsoghvCQJxe88u00puHQGFgjBjGIAAV8gNwUGCK6F6HuFJiQjGQQCFtMwK6k Jx1pFkjjE9LwhKUxzXXvNmC835rpTDPwEZFcoxskqAMCMBCE10ZAtPXGNhrK1DE2WNUBqYD5GB7h Kh3O6h1oPgAMSsABDPQhCCMIQQgQwAZbd08D5SAGEeCC1m/vjBzlgMIdolAPVTAACjCTPDGwABhE eYkyP+AlaOJNmC6wg68a2EI57iGLtpqjFlfwEjfewI5a8ALdwAe+F4zgDGfYJYUEuIVtImANDqAA biCwAtoUiQBHzABUnU0A862BghKMg4YZqKH/c2zri/K3mTvhSIUYBpcrnDNR5w0FujVAEAEP8EEI WnjAHD7wCNBFHdFQ52gnNWnZhXUE+AmekICecAE8cGlIkAtyIAdcd2nepQhtpDriwjpk1wCjkAEp sA/p0A8ZEDw5AhVCEAJEdRQIEASXwAF5Z1tucGzRMCu+sB1hAQOLsAgcsA+MMBqkBAc+wHhIoSOJ gBSVgAW1ACYepjN+9SaT0Qp3QA/1UAB3AAWtcAWiZw6jxw5YwA5/cXqo5zM/4DPlMIafkXo/cA8u xgpY0FikRwtX8AajVwte8HvB9wReMHwKoABGABgawAYoADYU93wRQAIyEHtC5QF/oAtJMHIj/wdC KJALcxN+sZVm5Pdy3CEFNCdJRWQeDLUe2cBzwyV/9OcBFEUGq3ADTBAI2DIMN1BdkFaAnzBps+gJ V4eACxgSDEgFSNCLD9iLmKZpFOhG2MADcARq2LBl4qB9B5AOP5AjpSAAf6AxosUjutZyOPABszIr miBzaGYMGIAPJWAMKIAHnDAKb4BK38MGCAAHAiAMCDMDMqICrABk3gZub8JWbCIZ7lAInfd5u+AO 9HgFRKCFEdSFLwMmhsE+NJM+h0ELXFhk5sAOwcQOWPgGgDJ8vGAEXoCH6JaHG7kECuAM7HBCbNAB t6AEY/N8HMAIvWAANBBaSjFtf/BxMQBc6/8RibqSBeF3ALFVBm/WHd2RCkQZSQdAHiXwW47DHvMH Ak0JAkpwCTqAf6LABByVUtIQiyzgCbU4iwh4i1lniwgYEtpQljzQiwPgi72YC0hwaRKIaTDVBG90 jC8gBw2SBRLwAwgjMDqABwaTI2yQAPR3AMkWDmUAA7EQAeW0CIxgDc9QBZBpYCWAAWfgA98DB9wA B3BAAX2QABDgASMwAngAAIZRC2mwei+Wj07IGO7QDLvwD1Rohe7wP1x4BRBkm0TQF/XzbXbBCl5i TG3Yhe7gFhaZBhhZS0aQnMmZh3mIh7yAC0awhzTAbn84DRGgBM5HNtawD7lQAdywBaXQBTr/QABB sArY8AtOlGfpMQAlQB4oR0OvlQSFKQWCUCtiQAn7dACLkHN6FgPeAHSTQH9QFgEgUKC3AGhkwAJk xAKfcAEJyKC4qIBciXUSmosJSJadMAgaigQv8AID8AJIkJZqKQdtKYycJpdzOVPYQAJyIAChkRQI IAw+UCZSIQzFdQTlhAJhswb08gtxkAvPEAS/cASjAAyIcAYNhgKIoFmjEAIjoHYUkCwNQBYpcAlJ 8QPEwAuYgT5rBUvk0Apg2gr9CJCz6TNqSD5XgAWAooXE8CekJ3tkqIZk+DOI4hdYSAx4SpBesAPK uZzM6QW4gAu8sAMiqQBY1gU+MACp1XyN/2kNiCAFriCTApBZQiAJhJcevaJEuXAKulICriUeGUAJ 0QBE9UmU+OkAB6AJ3adE6xFR/zl/BAplEmc7KcAGf/CKCFiWXHmh2uCgtSiWukiWZXkBZamhPHCs VNChHfqhHhqiwJgLE3iBqSNT2KAIJLAAXbAFOrIjfAA+ydNI3pAACXAGBDAKBfYLGZAAwECe2YMI oxAHhed8miAeRdQBiIAH6UAB1zADFDAAK9UBHmACMjJwRmBCDskzpUEO7tAKu/A+YFpirXAPcUp7 slAOLAMotglBpEcZ5dAzmfE/A4exeVpL0NmnylmHfwqoxLeHJakBCLAvIOANLTkJjKAEVv9wmhpQ Cj5QAvlABi+wCDGgUL+gnudhHu2ZcmdGCdiYbIIgCDMnSbmSRArFHkAnLAUadNd5nSEgBAyqDYPQ Cb3qtZ1wobZooQtYlmCboR3htYNwrMj6AtkACNPgocrqrL8IrZv2UiiKOiTgCGCAI12gDmwgDHCQ swLABvsAAgkwCuR5AEfAdlAWBzhKAGNzRCVwCkQ0r/RqHh5gmX0wCiOwVdOQAWuQDSbQBwDADrTg DEaQeoD1VyrwpW8FBbsApg3bCs1gphQrC7yrS36hpoAiHKjnsW6Rep9Rmxj7BDtwB3fAp3yanDuA C3UovXkYqMnpDAogHDsyDbewkunBAa//4AoFhEI0KwSWkAEEEAPoOULk5FvdVzg8yRxKiwMOkAdA 9A6xkAQ+CQMoAAIxcAtQeQu3kAADTH9XC6u2QwFC4AltywNjm4sXEJYOGhKjhrYaesFfa6xNwANN QA0vILeAAAjZoKwf+ovAOIFf1wRy+V3YcAEjcEICEI06oAMwohQ+MAkTNQMEkwAEoAk9DAOyJXhH ZLmc6mAqRzhKhAFHgJk6AAAJ0EijIAoZMA69AAICQAy0YAQrUJJNyDNsMku027AQi7tmKgu7y7sS Kxd+oboc26V5VRoA0IVtiAsKwLw7cMfOe8dGEKjS28fSS3zO4CUAIAQQhQJjZmYdIAbT/6cBOvAK zyAEL5AEIfR8wNJ8OWlnhUNDoXAJohAN0eCTTzUJi5BUclACiaAESpAIM0BtXzUKPuAEERAEFJAA /XAJPnc7wsDBchkAChisZEmsX1usnXCsDey2uqzCHgwIC7AAcjsNIky3dou3XLd1DUAI2OADJ5QU cEAGZLVfQRADjjAJWVACNlQGziEGgiMekGi5JbAIBIAI5vQLRIQBRXptAoAHbFAFI5AIfUAAN5AB 2XANPjBkaWABRlAJXOrF5fA+t+sODFAI/Ji7u3sP/iaxZGjGFv0DldCxgdEz5QCR3CBgsvQEDMC8 zavH0Bu9e+zHzWkGRmAG2SwMA2CXp/+iv79wCKyAP+qwBocgAatwAaHAfZzVUENLAEfQAWvgWsbA AYnQAfugCeBIALoWAYxAAdNQAogwA/1QBTpQB6NwBn3gA8JAAcNSB/o8Yf4bATPQCd+lwiHhCdoA tsS6tmwLtsZ8rMV4rMhMDdSQrMzMzM0MtyR8t22JwkigCA0AB5UAFQIjDKgEFQKQDxxAARzAR7Il ODXkk2sALBgQARGHAe6KBtYgARyAB0ewBgh1BAjwBiu4mYG5D3KQEqIwDrrgCAAAJc4QBQabPm/C 0SrgDrfbDP0IBQJZDpMxe2f8P7OH0WXYB2ggsWpBCz6jezCgDDADCyXdvCbtDHd8B0b/EL18zMcd 6XtpUA4o1AeKsF75RAmMsAjOEFoaQAETgAEIAAEOUNQK5b55RgDAMAIcUAUUAAwp8AuX4MjZ0AZK gAExgAGM0BtBiwgecDsmsA/9IK79UAcxkNVVwAcShtYJMAht3QQBgKFpq6EZ2rbGysHUoMIs3sF9 TQUw/gILAAHLzMxzO8IDUMK+yJYO2AC9iA0LIAA/UG87Ym1JkSNHEAOmJlvspXInQB5rcDuIsHZG ygZnkBuJEAczgA9JgwiEowkYgJJHcAkgQCqdIA3ZcgMXsADXADJOUwA1QHk7Y9yUAaaSwSat2bEc vdxobNHIbca6hAjT0AVrCBgfzQoa/4AIgWAKDNDo2W3SJq0AfGq90Em9ncEM5jDkAFAHEiJboXAL rsBtGkAKOKAMPoAO2BAKHaBEQ5wLnVUFk5AIR3AGTRoBGDACazAKWbAIC3AABPBa+okB/bAAjNNQ CxAsMXANVRsD4nA7/VBhI+AIIADiLN7CxerAxXzXKr7XfN3tMI4EyQoI4iAOyxzCznzjgw2MvjgA 2GACGjDkUCEBOlBKULF2IFBZr0UI7cmpiYAH+DUKCBAHjhIEp4QP/SABs24No2ANni0eMOCTcgB0 2TAOihAA0jAFH3ADJGACwaAE3MBYNIAKpgAGXfyxbnLnbuLRc+rRgK7cyE17ZrAEC/8gAS72JXwS 3TYwBZCwvI7OAHV8B3tYx3i80pX+BAU5NA0HAL3AHDW9D23ADCfUTVaADwggCSTwC3KQUATQmLKe NfgcA5wQAkEwCiCwaoRwAFhPCZRw2QclB3c2AFTL7MsOlcPVqopry8d6aSqcwccaAG3rLXpNDSru 7TDeADD+7SCKBAsw7jNe7iCszIDQoWoZoi/QBBRA8kQuBEFoSBJwnTrgDe6yD4kQBBiwBgQQAmgQ BxIADBIgAd3ABs8wCvc6TgRQKipXQ/p7AgRwCgOQDRDYCSfQATBACAmwBuJAAb3gAeCQBrXwBe0A DCXv0ZSRu2T4sXN6/dU/sbzrApv/cAv9AHlqARj0CABvAAO+sAQ7wAD6AAvY/fONLvR4fMfSa/Tx ExijvgA05OkYYAo5DRAaEEyAJOFPg1AcOnAoUQJNHWBHziSSMApPFSUoOoyDQYiEmAwOHCRJcoPS ogFrvMWIECNfggQU+s2ok0CJkgQgYnTgiWIahwU8mjQg2oDHIB5Ck2Kj1sQptQZNqVGhSgUQICpI qCJ50fUFIHFhxS1YAGEBILJXvQ7omu0FlXQ/tnTpIkCIDwQCAAjAM4kCnn5VRv3KJQFDAmvWEsAB JjhIt0n7OKAgcMqyJhgwTpU4kESMyAMEGiY6sgbbERAzHFHIEMBELzszaDyJJE9E/ykVW1Ts3l2u 3O5m7lT4Jl7cuG/exO8tl4VFRqQF3H6ooMVqi0BxMHPB28HAgoUVsPQxYKDA/J0d6XcY2YHrSa11 T4jI7fKH44kkDiaZSnNdHQw78CFFkhOs4eCMGURj5Aw0fKiiin6sGWAcQkqQ45Q1siDBAZMc0GQR DhD5JYF92DiiCmFG6SOIEXxgow48RlACkTpGqcODfVgSJxuhGtCqgSaSaqIpbIaMakiqqJmqqhcg QOJJrr76CiyxxIFgLLLOymbLrqYBxC0EKgGDLlLYYCOvvaqIoIpEfLjFhzZnuMSHICJQYh8ERjGQ Aw5+IeDPEixbA7MDcvkFBhBf4f+TgCMwOCICC/H4xYMIZiDkggF0kUIZG2jAYgV5XJCFt+R4C66V Zo5TTtVytvhhueHuqSSHGjzAYwtact1CAAkuScQDJSJwAZYovgMPFlgYuGNZ9drboZBaajGnFnZ+ 0ACAB07IIIMbkMFgCRU0AEMLO4qA448XFhmFgzh8SJBRCkCYTCMCOMiFkDUIGNSYNX5BxJt+FlQi nyASGEWJURCYAQ8fQghChzoS0eGmGUawuI5+KKhjASSfzGpII5uqqoGtqsoKkAcs8WrKqwC50oQq w8ryKi/RWuCFawSoRINSukCADQkk0AuBODwYIZ0jLrlFiQEWsAYFEPaJIAIQGo3/YE9rIhDxTwL2 eYaDbhA5goAg9kGEg0R+IQ2NR9fIZgYlFMHkggwUucYEGI5QgJkr9ImCnUp4m47U4NxJldXl7ilH ceKGW3wL32RJA5pvPOAVAQ00YAUAG8AhIRZgzLAgCn+AMD2KFcgrj1n1vHgCCiKIyE0DAcQhYUMH EIkEi+uqkWKDb6oJJpcIjvAhgSOs+RMFFH7pYB8QUMjlmUvsFW0SCVBAQwkCEEmkCuRnGCWROgiO mAL0L0nhlio8AKGfRGaQfwQKUvCA5KygpAIqqvAvWf+s6GIVf9ACBFjmMggkUBwmgBnMZGaWtJBF HIBwQhd21gUAIEAIQdOLBBBx/4kQxEAR48iC3AYwjQgk4Ba36MfVOBADJUziFygYAQYwMIkqAAMY GGBDB9iwiEswAhEEmMEvYmCNnvQjF/cKQBNJcANPZOAFJnhALs6gAGKAQh8K+MFvyjE4UxnOi4hT HOOOc49RyWUTOUhBENLRAXhogB3sAIcNOvCIJSjAAqbj43dWMJ7yKIB1riOCOdgRrvoEQBRTEAM8 MNAfnoljA5A4lzg44AGNYKgEXCMA8yahhAV5QwJBGEUuCKAJTqAAAwfrgBJ+cYYF1GshMYgBCJSw tJuI4xbxisECaFnLCPTjEgnI38q08r+svABKykQCBFaBDjKQAR29uEoCFWglBv8qgYEMjNmVxHEN QIwADPfQQF0QEDShCeAMiJhBHzqQBUyMIxcnBEEIEgGTEyVgIng40SQ64AMMJAIYMxBMHEaBgRns g1EdQAEMMpCEd+DAEO9wACEoFIATdCIDLJCGIhQxggeYoB/coJY57lCLUf2GVCpwh3BY9dLFLacc srjCFX4jCxrIAA4SwIMO9gAMLGjABvjoxhQgoY89AuEf/wDC6I5FHkGipz1PWAcWZgeAXojiFb9g BBrMEC4N/MEOXzgDKSxRS0JoYg2EOIUcSmBKVe5jBsC4hQQigAYPAMMDBCAEI0CQBAJkYVsZwMAA cqERltjpFh6YgRNuogQQ6OT/lx2YxjQGgIIYROkr0+hKVvKn2ZW9QIBk+MMfhCAESygQAroIyzZ1 0Yte6EKb3Fxgaxegg+mUUwAIgAPQBAAH8IVgBBNaYjZoOYJRBKEKcMJDRRBASp5OggPpQAMH2IAI HyCiCh0YImcgKohwfAAHOBCERPNAgiYqIgtyYCg20jGNdGjMBHi4glXNYQQs3GOlu2mp41g1nN4Y B42yMIMXplOJNChAA2dIAAJSAQkAsIMb+HjGAHBAgygotQBAyHAUimWBZJGHdbXAAivKUU6AxiEB WegGM3KlgWqIoQeQIAUZgDWAzBCCrQ0hAD7OcAYJ1IETIcAHG/IRAgyYgBBZ/0gCCQ7w5G0tggBy YF4Hahk/mCSCAuQDVsYW640IWNmyuehKy1q2TK+Y2WWWeMAq3IwOaK6CtbowgS7sLAk798IJsIXt NhlIZxOEaQtj2i0cgMyrOFxCGHWY0DQosI9LMIy3ePGBoUchgRkgIAKX9gYHrBGEWyRgMiWAwQk6 4wBKlEENhggHDgJBgA64IRnbGsCaLoKHdAwgBR2YgQQe0IsUvOEK7NjCtKq1XxU0w7+q2u9xZPEE BZBjN1uoBAD8gQE8LGAPNtAcJ0zhBEMcwgJM9TCHPexhECcrqrgAxSFpsRcPtLAKcbAB77pQChNs QAYSQEAwbrEAJ//iCCh4Bv/3NPIMCbChTniIwS06IIclE0JbGSj1tigDgq7lIx90GgUc0DcDNuCB DY4YmA56Sj/0Ua1mV0mLWg7oMpdJ4plaQIcWtLCKm6/CCXfuhSR87gSgBx3ofO6FB3RBAZ0NGgBw IMVz84IHdurgEvMcgBMqHbQRhAAOoxBAr0eOgCPw8xZBMNAvOHCLymhCW6d+RzgMIYgPGOIEqTDB LwIRCEIkwhpHQEACPHAGD4TgBSOINGyd0Adu8E4FWMACLVZKDnLAFDnAaYayBWwOfRySN1soQg76 IIx4hEIDKngDMo5AglSsoKkZ5uO5i4UsZd3hCaxwPF2E4Y11MoIYvMucWO3/gQgBPIBSKNhHIkQ5 ADScQaEMRU0MpCcaOYxjrYM6gSayYAzJPKQKMzgDnRQeAgmEgAKXOIMOJKADE+wjCCFIh/iD0Ifx J8Ca8y9LNeefQF202eZwtrmbV2EJJ5AEoQsGAizAYBA6JzhAPiiFe7iOpduphCGFKjiCEdCBBBiA bFgAcXAEBFg6XkmHoGGDGRCmUGuJGJiBBOgJ0VgDGOiAUyCJAyiDEyCAAwivhooAb8CAQMCBZFiD EDgB7uuHOgABcQiATsCGBlgAoEsBH+CGK9gNWiC2zYO8ZTsOAFO2yjMVyyMHBagFMJKFJZiFOkCA LBgDbtgCAMAARBgAOsiB/9EpNz46nQ9Llh1oBd3QAG6oHUzAhFDghBIrJ99ZBkjgBiFwgpjghBl4 hgR4hjqoFEdgHgIYAEnsJFOSA01gqzUogThAg1FIgDaZBDzYBwn4sSqQAGFgg0tLgcDgA5owARBI BEegiYqpgzpwhH4wAW9qrdpKoG0SB0loM/+zuZxzs5srQEsIBktgM0tIAWZsxmVMgV74A8i5jt9S J66TgCM4AmHAAxDIQHHwAEcYQ56agXS4BEcYpsW6ichqOAzgiQ4QjUApgQ4wBhTIGGOAiV8IrwQI BXm8hANwgw/4AFEoA2kYh3HwKGxQhAu4AEVAgl6ogxRwAjZ4A95pFVrQjf8toMLeMCPjMJVkozzL UwEFcAYwuocumAUMCDIDOIJy8iAlGAYYWAE45KMNM7fvgIVdyA1agAMBqINcOIEbiAQiaLwuUIcX 6IEKAIbg84AEmAZG6IsziIFLoBfK4JpcwD1IXKUOCBQ0cAQMUK4zGAFOGIVRSIEqkIkUMEdHcAS/ A5bIkiwQmIYOWIAO0IkFsDO8fK28zLNeCAaak6b+y7n+e6YHSAFlfABgRMwHoADFTAET+IMfEBPa IQUBCIIg4Avk8YF0MIEFMAElcIQUQB9m7Ie1XEuYwJGboBprSAEJODsKwIAqQIRRsJMEqYLu6YDB SIJwuIFpkIMbEAU1cIP/QJC1uGOBAMiFbJinXMAGOZiGGHgAiAwGCRg23di8LahOxymjjgSOZPuN ylM2FbiHWnAG8BwOWciBYsADPjCAAwCALniDfdgHbJgCDGM909kw/ASCAogCKKiEi8xDCYAAQrgB Y0iDWmAFungAW7AHDAAAMkiAWMyHqEEBTMgCGFiDTBQihvqFOAABG/ABfpIACthKOfgFE0kARMiJ XIgBDoiABQABphSmSzDHfvAAD4BFdeyHflACX6KsXAhAINWzoPOABAyGB/hLaOK/muM/LdA/xAxG mmvSVRgBnAsGCAiTH6CFuhAAAaiCMxCARCg+NggBVwRH9DlT0VQfCLVF/1/pB+hJBDxIAB84giCI ATz4CzY4AxigAG+ogw7wgA6ggDALr2QYr0BIBlkbr3B4h3e4AUKIgS3JhgkxLhOggGdEAHawKpWa tuRYHFngSOTAQsKxvHJgB2c4tmb4AVmwgVmoAlJwAAPwgboYhUmAgCkQNw67T/0sAF7l1ULwTxUQ gDykgAZggVBIgycIqi4QAivwA0jYrfpZgAvNABLYlhPIgl8Ahg54hhBgqA5AAz5QPwz4sVE4glw4 BRgAhhQIgCwgBDk4LCs7ggTImDOdgTNNADTQAaZUAomhABnhiQUwRgNkxmW0BC2IJoRNWIS9uZR5 ADLYP4TVgdLiAz6AJv8nyJnAIbTfygcJgINGAbkQUAIPCE1arAONOVNapIAQ4CcKCAJ+I5ExVC6R 24c64AATaIkMwIQSyABRyANRiCVKiLvw+oBwEATwegfwSjVDEAU5kMQB6AAkQM5sMAFLYMw6IAUN KDEwWinfSBxQLZVkqzziYIcubBXL24JNgAc4SABb2Ae6YANGMIFOSAJ9yNVd7dV/KIBCkIVcAYA8 5INryME3eII0GJNzmIIhEAE2EIARqIOsgsETiFwYyII1AIZLiAMdeFoCYAQJqKt+GIXnuRdCgIFa WgNTikSeiAHSCL9LOwMEQIBKYwPzowBg2Qc88IAqCIF5VQLEZDPETAH/6HwAkDrY0ire0oom/uuD VVBM4z0t59WgP0C/CsrYugCAN0iE11XDPpCAPgBNWmzckk3ZPvABDvKBSziC7RWAUdiHwPMBCtAT h8uCA8CdGygDRp2Cd5ioMqCEVLNfSniHVKAEMUiFd/gANQiHKRAFRXhXy0ICH5mG/BPeB5CALpij LhqOCw4wr/1a4IA8aQMwZ3iCUdmNyFyCImADIbADfgAADYADDIiAF7iBHJhJ/VyqKJgP2uMGboAD h2ETLHgCIyinc7iAHuCCfnBQiAyAkSCJLFCrQCGESWADFIhKykABRHCEySChjlgDiNMxAjAlqYmD 7itFfkMAYZg08nXd/+67BErJhz4wnjqwV2C8OSq1GC3oAz4gLdNig9LSAeSl2P3rvz94XUJGAFKg TFLwgRiog3H6ATDYiy6QgETgFTUUBu7VGIvJ5IsZAZoAmhGAg3PKmE9GADy4BTuJAcMaB20hgSQQ hfwYiQOAZVgWYDEYYEoIYPtNhfIyhLgzhBtALzmQVB/JBkDohSMFKR0AACy4gi24hy6aPA3ezo9s BnJwByr8jWFjB8fbDVngBmhAuljYgCC4lhHggF4wVpmMAvwsgH+wgJxkB1bQYQFIB0c4AjZ4hlrY ASwohWoAhA2QB2MAACGgxQYoAwcIBUaQIRDQhE3KxL4bhanLhejLxP+3WgNBKYF+mYRn6IeAAgYg 6z7Y3eGdwgsKOAM26IMzCAHViBrhugQKoIk+gDPktTmKFQbj9QEhMN7j/QM9Nt5qOORq4FK9UAdF jovAuRb3bAx1wgAKIF+VHoE+iGqphuo+sJgZ4IPeYoNTRFOYuAUkkh5MWDLJzYDIpbiy7gwx8AyD 5t8ySAU1EC9WC0i5jrsp6CgkmAZJJQsnwLk+0AIfiLCKlOYA21QsrDwPBk/fqAReIIJNrYQaQAZS cIQeQIaekQBvMAElTuca/oc7IAdawAJ2eANuQIAQqIMj6AAJKARc2OcBsQM/4AemsxgTIIBFYIQQ sIbtWwAQqYxTuAX/jBsAC5EDWLuQXNikhtDEIHCXMwCGGgKyqwNRYcg6ZnQEG+0FInzLyVqACJAY 0jqt6I0m0wKGGhCBRhiCCigGYBCC1xWCIhABfDit9RYCdQAA+qZvuuBGLLUW++YENAAAqOu15+qD EBhwAg8BAZfqPqgCqK6ACqAJLTuCfpDXW5AMsG4Iy8AQsmbBJ3uyV6YENbDfVXtrRP2AQkXUZDhx Xv5lOfClF3hREHAEKkWHESADOAAD2lOBZ0YOjNyvwqZmD/avH+CFJ/gB8JQFZigCnLYDEagG2kmE GICAG3AFC+DVdl4HFUgDIrgCcHgDBFBw2t0HLyiEfQ4+A/ADGfgD/wHggxFwgghAgTjQrhOAgWfo hV+IgFMQjSxoCMqAqzOYhAjoMR9QgrbigBCYhDPgBB0gJZfWsrRMy/q5BB11AtJ8LBCwk3XcCSVA gEE2ZKbTIDbAh/JO3AoYAvNGg0OGAxEYgiU45EMWAFJQB7ooBVnvgk4UAFn4Af2ui2dgAwAAhjgI gdfVAWEYdmIndj5Yv/UzcBUh9QSXn0R4dhLZB3+CR9EQlMxwqM4gCZGghDxYNUblZbnmwfH6AEEI cTWYggTOBRDogGwAgWtQgr0WhtPqAzjQgFzxL5nKjetshozkTmo2bHIg1XIgBiNIjkpghyJAhHNw gB6YgXLCg0UIhv8mEIMptwBc2IIr4AVmMAMzeANg6IOKIbknKAR2KAUAOIZA8AM7qAMB0AGLyQV8 8IZfuIUjWIAD4IBpIOvNIABraAjZvHM5wIdRQgMJgJ5zLQGMoABaahoYEiaTDd/x2zI4GAEbXax9 gIlK1wkOsAvK5FJ14FI2KO9NeAMuBYdRFwG9AIBUX4L5rm9Yl3Vx6YKzBIBKqARr6QIw4IZngINe Xy44gAMf0AEdCHzBJ3w82EZhsExkDwFTaIPkGoXtY5Mj2AcMyBFI/BN8idzOoIRpQIRXLoNuX7Up uGVDUINyh7u4Y1RGFYR3OHefHQATgNTOVIJgkFjB74N0AICL1I3/xcnx6cAVcsjILQD4w8Zx32AH XmAFg6cBZECAVegBflCHFoYBa9AF+sQFd9CAPHIBZ0ADVMzdM+iDWwCHdWCHaxGCYVgGLmAEATjp Edi05+kA/EiCEwCByI3zhgAGECgBfAAIBNNKEEDhIxeaGcDqKCKkSNE4RXIIxPB2K0GiOnhGVOkz og6FGWzOwOmTwMMoCX2qhKgT4RaFfurgkFLXBQBOAP6GiMgJoAu3dkPMlNIgYoiLUkrBpFmSgxkA MAASURBgjpc+GuDAvOGEM1KOGpFsSGBjlk23sKa+sfHh1lQkHZGKtAHWxhSeIKOCVDFVo8ghRPsm dUCRq8SaLDDk/2jChOHIJVIlKCWhZDmPGjVlxFh+V0bQB0Nq3pFOJUh05jxTxl3Llm2BiV5ORpBB 8IfPCB8AttDS0OWHii0q7t0rt4UcLVqskrMi15wWOeEqVNBiZq7c9HKywBULcc4AFyEaAHB4ZekG hi1paNBQEAkYIkTpJCAQlggcKHbjzyHp0W4RHEKEoIUHJyxyQhmUOODAARmcAAMMGRBSwmBVxNEL PnVkgdgRMyyQASZZnJAFIYTkQsAAHXAQQRWJzDACHj5IAEdLl6jkAwI6KJHAEXiEIMEIQTgSwYvq CICAAF3cpGQjQ0SCUxdFgWEGVBqAIcMQzICx5QpDeDlEOzngk/8IAl1+OYQ/aHTxRgVnNpKDBHFu cuYQNZw1RAWueFkDHl7qFUQcbX5pDzJ4dOMNIolUMUMEbEgQAh4UUDDCJEkcYGkSDlimIGedqZGH IaSJ+gGpOJAqSgfTDHCJD9d4AAACOepABm46dNEbOT8At4Vw5RCnAnKssMIOsewIO90WP5jxBHAq lGPcEhFUs8AyEYChQR/KBINNEjQYQYMzaCCCzBFswCGABD68Yex4pEhiix+QxMpHOiaI8k4qCybx yhGanHACAYhMEscCnHTAyQxnxCFBLlkEkIGIJ2TgYBYoVDEAASu6yI0PkwYhgA/cIDBDCmiwEQSO KXgQQRBBCNP/kRIx3FIHTqQIkGQX6pjhJTc/Rbkl0GBscRQzW4ChD57M/KBAk20gsPMXZoDBTJNm cFPDENDYIADWjcSawxBf4INAJFwMwUlZQ5gtQg2mnOElHBy3KQI++BQxRCMScNMHHOmGgCQeMwTR wQgxjHBCEhlYemkSYmhqWRmRv6NGOOFMbsgH4eQxQBI4iJLOJQOwIUA2CcABAB588KGFDnyEoAMb 6mjAyhbl/LCFsMP+UBywrLRSLO28qnAFL9I9W8kbMUggxAb82IRALK+8EAoBNLjQLyMyIgAHHF0Y y4pv1Vhihx/KCIEAHzqkQEIsCx7w/glx5FPFL93k0uIIGISA/8glKICgiMP+9a8A/AsGGwIGHs6Q CAlUQQJnQEAi+pAIOMQKDiNIQQJGMAIP9MMDJlCCEkwAAnGAYAExiIE4aiYAUgCgFF1wgZeUFCUR iEAGNVSA0LCktB8IhRiVAIMP7gYN9aiNGBoAxhKYQRasQWNGcIjEWBBAg2JEIlYIwFIk4uSlIvjg DAn00ngiobbuAUACc6oBHCgggX6sEXQhuMUCCOCviTnofZl63Gcmh5lwUC4cZVDDBwRBiQPUIQnh +EAM+nCJdAigHwlAABsA4IPX9UEHORpBH84HAA3QQji4w0Ina/esZzWjGdKZDiuIQAvqTEcFGhjF DKrhBi4gwP+FOjgAMh7QhCQsoA0fO1ffQsaO5HRBAMcwwBAmkA4EkEEHIxiAvt53gMH8Ag8cmMEz boGBa+wjASh4GB2zkIVTRCgDmtDEKdI5AAwgABFuCQI3dAAHNoBkFBuhQAockYCTeACEIFyZP2+h hAjEQEkAOJcAigLDIZTCZzYUwReGoA8w/ECHWwAHnn6Ihny8AUyy2IKgvuAPZ3BjRuAQCk+K4QLu URAO36BBDaDhpSxKwEvf6KIO3jaE090NjVLhxhKGIAMfbOQlhcmCHAihCQj9iwSYuqOmypCKMrwj c5mLBoTeYRk5FCYFryANIQaAySDAIQghuAYeEPCAdPwBAQf/FZAG00EGCWxylfdoZSttR5y9Fqcc lZhOJ4OjAjh4QAjK2EA6tqABAXAAEg/QhSG8cbOeHRQPEhgmLXJ2jHj4oQKJIIUOfNCHXCTiAG1A wb4OwIhRIGIU1qjCAryRDacmIQkPcpCDTnCAOMSAAFUYhSLWcCICsCERQegHG/AAEpBICp/4hMwM 6nCSgfaznyDghDAuCILxAMBmAohKKby0hJsURQNb6NJEKzoEXvyAGULtwjPQAAABeGlL7KhBRL3E BRvgxAabMJuXRMC9bwC4hmarYk2H0JYzeNFLPigF1laAh3NJwBR4usU+vMEBFKCAAHJIDCGYqrgF LegGltGU/6bEcCljcIAAHThC5E6BAUr0gwMgoEQZTnCNDMihBPhUAgiuYYIUBKMOOlihANiggxAI IwQjEIaM6pqc4PzAdiqoMnFGiZ1WNgsAIziHFIbwi1JIpQ5j4IAlRKEJt26yjGcAZW8A8IdkhC0Y pGgLH5TwCwxw4AjdKIGlQnGEBHRgACO2VG4llgFGlOAXiOBAHOqAjxB04Bf7GMAAcuGNS4AgBkrg YB1mILgQ0FNSlwhBFUaQgFGMIBGT9MAtPJAINkiQAlto4c0EoI5r7WQWLtzklsyWg9vp8AfEUBs+ 2NDQY3/BaOBQExhoEFF/zBeYEshBk3IAh4jWYHsIOApNvf90BqIKo09DIKueZgGMvVQBazJIQAQm 4Y0OECAXiTGgop3KuAMQ4ACa4MAvQLCIGHjAGpcgwCU0QYFQiCEJHigMITpQGQVRVTXYWECnYROE FJjLrejjQ1t8wAfmhuB0ACAW7QR7ZWfp9a68uh0tQhCCUkhiGcqohm/+EL0HNMABo+gCHIgKDAB0 Uirn8MQyNsABUgjBB2RIQDeNcQRjxCEFCkoCDESxmcVNDH4nYMQAOOEIAmDAB6c4wz5GMYoIjAIE ucgFxmTWDwqEug9nMFe6RsGGEXCDDxLAw0gQkK4HRCABSqCAF/vwA1wj+VpvEEoOyAsGsEmUosUG w4Gl8gP/pPkDDMUYwiw08AYEwFDAcyoGSz+PerhZ8cBpGwIe8CCMlnkpBEHAB96eofYqtKkIt4jA vA3z4RJFDEIl0AQKJnGKPpQgBSCoAwFgwgFNgAADIOBAB0BA4gx0JkF/nEISpvAOBwQgG+KIwQIe VdIUkOFmIYekMy9xCUfQa3s4MW8og6NYHZACDktwASv8QBc4ggd0gRDYwQaQgQZoAAKUgDJQgAlM wT4QVctwA+34xjnwQA/Ywy8E0x/0AgGMwi+gQAIchigYQh5sBo4xyCAdwCvkggMkQSjMQAL8wiiE 4CgoAQpAAAlgQwbAXS6gwDUlABtUQUicAX2QxISlFQKg/0wQ0EcDhRwFXIISJMIo6EA63INvzNfN kJkG0ICXVEAO5ECbCMVEbQGW8AIYnMHnhQkv7EQ7gMMzuIBQ+EMk0ECb5IAAgGE7FMMS1IBQcMK2 CRUN5MBR1Aka+ICXzF4IjEIIeMlvhcCccEENuEKbfIGoIUKq1NspEEIW8EgH5GA/1MEtxAAFTAII EIZARYAjdMDDnYAcZMABoBgliMFURQ4uqoYilMFSHcAALMAowIFlWZYjpMADRNJBtVRo9UEdjAAF pMMI5AgpsBCUyFC6IMAb+MC5AIAwiAMcqIMYzAMKlMIWCMAljEEEWIIDEMATjgIwsIPRdEE1vEAP yMMikP8CAriFI4BAKmhCDNwADiSDG+BAOAiCIHgGabwCI7QWAUzDFFCGxcTAJIhDLgSAKNyAbWXA GsgB3KHAM/hAFXCCAPQNNyRZMAneuaSVW9RBCIREHWCQBykBASqBLNCCTXwXKXhhKZjBLHxJmIDB EOTAlmCJC7RIFywBgAmVC+CDBICBC+QXmGgb9+RAUnIBDQgegX2JDNzNEOBF7aGaBnmJqIlaETSJ l8zCGVyhDyACQc1AFeQCIShBCAxAOhDACEQACkhKHyAcCizAKcgB4jhAGeRBHpyY46yBGESOIA0S p5xCCYAACBCABxCADrAaN1QBHBzBGbzkMSbJfM2XMID/RB/wgTCUBX1sz7l41wohgBAo2XwgwDXM nCT0gDKoAy2UghBIwSuMgIjM2jNcwQ9cizq8izxAQv/9ARtYAglQghrgAEFWzgeYCg7EQhkcwC94 gzHogCiw4wIYQoJkQS6QwBTcwA2IQgbAwAkEAAlgQB9wVQeAw/mMAjcIAwUJAN/NSIwEQR9QgAc4 QQiBgD8BKAgBaKdVwuKVwnclCRgohQa4kBkQhZUEjVQkQggAzQ9cgQv8ADjsgwSUQjbGjQuAA05Q kBVxQiQgYZy0Jht8Az64hQ+wKCOGgEdEV3Qx1xFQxRHAQxuIGhwgwi3UxxmMgA4QWgnkQjpgwF1m Qx0o/0GKAKbi1BaJ3RGOWcb71OAiJMGKCBQKUMYaXEIG9MMBgAAB1kEdpMMZ6MD8VVcvBEMf5CQY 3IQE6KcjUIA8nY5n3sRnzssf9IEW4IEAKEE/dME5ICAC8AYpLMIDLkASxAAw/EZmqcP4+IEUCAEp +AA9BUA4RINUlYEhFGQ0JEEqMMI+IMIBoMAoZAE+DIAhnMA0oOAUvKoDiEISkMABwEAHZAAB7AMB nMECpMgRMNA89U1pegQzOsIlJIAj6BOyJkI/fZoJRIASLCkIiFAl3INBFZPsFMWv2QSDaisYpJEP GE2yRMkWcII3dI8DCcAW5sSR0EecmIWKhpwP6AC96v+AMKSDjM4omTZXTPSDvx4BwMZEAkjA2qVD FVRmOiSCEvTYAuhgLqCnbjWILF7KASBOGcQAB8wiDNTqRdilB3CANzlCl8agA1AAAcTMAIzDDWSB NJAAEhAoZELmp82GWwnNtXBDSyXJAt7Eas5XfdAHznYBBYCAAIBBBlQLrwCAI1gBIygBCSACO/xA nB1TMvmpDwhBH4zDO4TCAZhGKhwAw/3CniHCAOzDL8QBIjhCLjSAIfwCNhgCiYlCDIZCBizCJGgi IgTBCCDCDHBVBEhAabKkM9JdCvTDnFKAserT3I2CI/TDRWSEB3RIFWxcJcjCeOTM/RkUAKiDzyiJ UpT/ApCQQnDG47VggGQBgA1E0hYKQDUkKGsuz1m0Rb3SqzDUruvIqAYxFz4VbrLuEwcJLNT9DUyE wLEuAEXmQogQH3rCAAEgDq02SMUuAvbNwC3Y2D50AGllAAUYwwyAbARYgwkQguNIDHkS5h8lyA38 4CgcwUWAQAQcQRXc3ShskgbcjiwIDa/wSm/IkJUs4LVcSxf0gTj4wA9oQQ/wg9C8UhvYwBvw1+00 6GYJ1QwkGRvwARJQQjhMwj68wsAgwhEwwhHgAAYQQCKcQgw8DBOQCiVkQcVShqVowiucAUJcwj7U wWpBkA8sQAfEALJy0CXQnQaJxBtIQKhdQiIAgzba/9OjVIHgUcAtnMyS/cBHtdDmVnGu6RqUKAUA CAEf/AbQdMGtiSoAcAMwSEAXcBcXum68/sG80isZ2K7q4G7ukmkK1HGy6lOzcpAjwVrhpQBBTYNh IO84rAEABcCGrAFinGIJnMAp3MIvVGwH9MEJ9M8MaMItVEEGXELhnRABrEGDkNiUbkqCUEIG3AKJ RUAfiNrI+AC6sAE3cEMd+ACe6p+4loOEdtIC5nIX+IA4zIAGqIMB2AHRKQcxexIGBkJnPQAplIUw ZMOlPHI3GEMVGEMdhEIVQKscTAEJYA6pqIFoJMgRLEAMHsAkjEIHIMICMMLh4MGqXYIJdMAOR0AE +P9wc70IWfXNDHCPSowAHNQBAlDAG/DBGYTADFxDFeBBaFVCJZQDrvmEkdzMT3zuFgsBOSbwb3CD 1B0USSxgrj00RM8TG/9Bvb6x6qwOH/SBR3wEc9VxCjhBAjiBB/STCXzQf57fCU2DqgwAEnAk8iZG EGqCvVVhB/CBJlNAAliDAFEADJjALTgCB5yAB1TsGtQWVMUgVS+I46hYbZVAHxhDbR1AH9zCDIBA uuQzGiAASbTMCCySECjolvSG/9bvAuaEuXiAIxQtGrhAKOXvlC3gOXzCPHxBPxwJGwiDB2iwN0wC CuwDB+wDCeZCB7wqqXwAqHwKp77DKyTBKIhzbaH/ACKEAAHgQQdQQAMMgBw8hByggDUowUV4QAJQ wCjUQSKQBALMJwL4aTASrIywgRYcASn6wJK+tqQotLXiaf821HzljJV0AQJUg9EIjVL8gASUwM+l 65t213elMesKgBCwsRsLQ0lrAZ+m9AMMbh0HgyPAdEyH0EzbtDh0gA7jNKblAkfKAUeigBKg4kGs wSmI1RpA31ofAQj4CwxcwyKvgSxy2Fe/DwxoApRKk24tQr/dLQb8AkEhQsM5QD/8wgyUACakQCc8 yjWIwyVUl+E6wgP4HQtFqHnNNY2wQQfsAylQwD5wg1/9lXTgTidlVjUMwjJ8gQcQtvpkwD5EQCL8 /0IQEEACoNOrCkIeCEJmBBIlaJWmEAABHME+HMENzCIH1MElNMAaYAMJwAAhYEKmYUAicMAt9MMR wFKckCkFkRqOAF5JnKkHGLUHTeu0DugHLfT93oTsfPHmklcX1MTobsEZ/wAalIBuuMUm5Uyute58 qaYEzK5cqY54a4EWjMAqqPTu5pMTwHQv9MJMm4A4iMMCLMA0qJqqTEMMdIASGDH25oKY4kEMhIA3 8DcM0PAlWIMTEICqT+xXf7Us6tbEotMBSHjFnsArHIA1UIA8RwAioPkvSHKmAHvDrIGqKsE03AAJ YEKhNaxdU8ADAB5yIolnAt4+BE4VKEEuhMAbrP+SyqES/mlANQBCD3CBZM2TD3jAPphtLiwCCJzA DUQOZ+BiKlTOpcTBACRIEiQCEzBCBIyAIpBn+sqqeZ5CFkhEQewDAiQAGgRrAgVdycT53s2AB5T4 pzXrgIrDPDsrCFXrX+EamV1LQ3Hu5lZDKYzum4IBLeADASBJGZ+xdtvM5l7xSLoxGaSD6ox3p3f6 A7zk7qa3E/SCTLc3qi/AnY/A3kVAL4zAKDxjHyDCiax6KntAHZSAYozDAJSIAEnM+2TAK0SsNMHA IojtCN+CwHfv+zT7L/TDCFwTCCTAAIAAajlAYp4YoLmwGOSBA8wAeu7DogjeiI5AeZc3AJgFtGZk gEU6ADgIj2Bhh3JQxy+/SyMQwEiaRQrcahDkAmYYfKbgmCCkQizQLb/MwCQogVZRwi84wgCQQAZI AyXI6qxOEwcAwzSMICIYPoMJo94FnVnoU6jtE/XH9HR92n+6LwfFNMAGBAA7 ------=_NextPart_000_0944_01CB26AD.89BA0B60 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.dica33.it/cm/img/banner-201.gif R0lGODlhKgE6APcAAMjGyOK5WdGmPMyhNNqyVNbGqtzEl9q0WcupVOPHiMqeMre2t+zj1eG9Y3Rb H+PAauLh5eTJl6emqP///+bVuM2pS9GlQs2lRdawU+ncxda3etCpSdSoO9StTbyOEvHt6MicLcab M+Xk5sKUGNvZ3dyyS+jSqsSaLW9rZ+PCct65YriXRqaWb9a7hs2lQYeGh8ahPOTNppeWmLiphs2h OeG1ScaiQtWtUOLEfMW3ltGkM9KtW97c4NGpRc6mSNmtRdSuVYZ0R9CsTcGdRsmmRdWxWevl5NSs Sd24XOTe1NKoQNq1YNKqTM6lPu3q6ODf5NGtULyRJaaHOcKTIpBvHs2iPdSqRbqWO86nRciiPsqi QdyxRN69a97AdcqeOpR6OcmhONmuStzVxMyhLci1iero6YNnJO7p4dOlLraicPX08rWKKcWdOejm 6NbU2paJbOPi5dSqQZmFULSbW9TS1dCqUKmLQ+fPnMShStmuUtSpSYx0NsqmSdesRs2mTcqkPr6y l8OZJMmrYtWxYNKmStWqTdGtZ8e9qcGWKsmiRc6kOMqbJdGtVbark9O+luHg4tirO+/u7O7s6vPv 7Kx5BX9qNOfl56yEJN+9esuwatavTsmkQ5l3Jc2iQOKyOsiiSNjX29qnHNGsStSzbcyyd9asQujG fbSPNZ2AOczLzc6yWq+ih9PNxufFct+2UuC/itqwPryfVc+jRaebgdusMOTIf6eSW9OsRvLv8sil T8SsdurLfs2nPNSqM66SStu1a+HQs599J93Z0763rMGXMs6fNNWpUNevWaOiotDP0uS+W6GNWu3q 69CqVsefNte5bsiXKff29NjW1p2SfMioTby7vuXi3cyjSMeXHuKvQtWvR9SrVIxxLpybncihUM+k UOfk4L6uh8mlOb2wjq2srcLBwujOjdinS7Kxs42Mjn59fe7p79KrQKCgotaiOdy6UOjGd86fLuHH cZKRk8ykS+3gzuzatMWpRvDx5+GkFdCnNvnQpNq3Wdm5ZbKRQdCyUCH5BAAAAAAALAAAAAAqAToA AAj/ACE8GQih4JOCCAvCWbhQhMOHEEVYMpKEQowEtTLWkocjxkUcDx40aKAsABJXAd65qkGAQDZX BmLcMfVAmStM+8TciRAhgalWXUKGHEm0gQokSAMoDeCqqdMaJUqEmXojz4+rpUpB4sAB0lYBSvpY sVChjtltzdJuWwsEyLY6fjYwYdKhriZNt24d2dCjbw8rVnpYGKzEyg1DLTRk+ieE0aAikItggCJE CJS6HTTluaGpw5G8oP32HWxBiQUBqFPrUzRggD59OsYomK0gxIkQtUNAAwFCAe9FwHnTvpAo0TU/ 1zb1uODDBz0/Zv34ad78AnPrPjZswILl+gUX4ME3/2lSWol5K9wFEjSYECHDhhEhWprPIIMJc+Yy JuAYwUQEkCKNpBRKKkFVQjYEGOBfFwHUsIUmKphAgQl3mNNKCl2koKFQRS3lIVNNRVVCiFJd9cNU JmZVShxxKNGDHoUUoscNN7S11o043mDWXEzIxWMP2vm43WA9nGdFHNoMgskroyBQxDE7RLlDW20J kZldNxjTwVxBakeaBaIpkZoiZJJJAw2tDeCbbL351lsxs/XGm3AKeEFDEy5gUZwP11zDh3TU9dmc oNQV6gN33bmwiRZauPAdooONJymeLqh3EHvtQfBefPLNZ4k1GdhTIUYYpRABBcAk0EUXXAi41EoG wv9yQAz+NVBDDZ700gsXFExozgM4tIIDDvBcKJIKRH3olCsiblFCHlNtIe0WYfzQh1h6ZKstIUy8 9Q2NN7Bl4zY0AkHjlj1ukJ2PhPixzTEE5MEEYPRakdUPmvyCiQaCGMJIlMcELHAHnHmGboxzaauH eQwzjJoiaKZ5ZjEUzxZCPHPO6SadzjjTSSeyyNKcdNBhUMEnCOyAwKDWaWHdNc1px511NH8H3sfg RUqpC51U4XMnZFqK0KXtMcTpQ57OB0499o2awH619HqHqly0+upK2UgLCRImXGSrJ57QEgoaBmQQ w7AJ7GLK2q20cqyrHi4roojVmnhiGEfIGKMxeQj/HHCUOpoVLpXn1sVjlz6iWxUBnYnFMItxWHEL FL8kNkodbR2Dweab06jJZxvEKLrCC5uXmgBltkabAhTTUHGcGvuWW500dGKByCP7QQ89n+BBTwUV 8FEEF7/wSXOjWBTa3QWLNuooeFiE54LPVdBA/fVVBD0Q0UQnBMfRSCdtCTj1UVChOU8LC0wGU+PA agMgMptNNrDAQsusFymzxfxi59OPfQlAnyngUSy3kUQZJXnVgOQ2N2r1QXR30QS4tuEWgQ1iCUsY BAEwYK5zHa5LPjiCCEcowmtZIVuCIY+kTkcIKxxhEK9g0j8iGEHMeOYzJzxCVljUsDGVyUxqWh0I /+LxutfhJmI0CJkSpfONmjGHD3yow++IYAMEDEIQPiBOy/JUHZsxilHQc8F4xOgzGoDhjGA4UxXG 4zPtrUcgmdIU+CQiPqUxjUL42QU85HGqjzzAak2Byg+ytgVaaCImCWgQ/0KRD7KZ4JHDalvbaoLA BMZvWcyKSt3CUJU8rAVcVGpLHShIwWMUYQccvAHB0MWjuXhmAyQ8grbOYwExgmU8peGhAAjxA23U YUmG+Icq6zJMHh1BG2IJDDvEJIDX/PCHaWpNxLzghTatbgDVs97HZHG7Pu3um07kzgYIkYgLdOdP 3sgidi7Qpwt80XnSE+Mf/pAF6pkRjWeiAcTM6P+M2QgNU0UDXx09BQ5r1ENU+KnFLnCQAI8kIAWt Ksk7SmCgLfygkD94xUVUgKuwiW0RQogB+4ZVQLcN5UOXdEVLalgjIPiNETClEhSgkIeWcHBzQDCL XFYpis7YpTMjrBdgwKSwI/ShYQ3rgVduMYhRGGIHMP1XZHZwgx7Zq0XMRF3q8snVrlLPC2k8kxd+ Rpxy9uka5DROcYzDh0LVLGfqVCfNoPMNenwxnuEp4xm7ms800YY3JzjBP+GYqe9xaqBtsEQbymCE g+JRoaaQxx0uciylTLQGE5VKCTyxBY0m4Gu0CC0aQjGGsiVgj2srVgpOqixm0VCCNxiEbAfxtyn/ AUEynMNADQkmQQyokjO6xcwIb9EDLASGNH85IYxGp4cjCSCbigALbEqxDUNgYhSDiNIgfsHdXxCg A0Vi2Fh0VkbU9VVNA7BTFT72MSde4znX+MR7efcc5iCKCNzxJj2uoUQaDAZnTVDCHxh1jVE24xuN Mmf0XPCHnt1zr9bL3j5VB9gTVHh7b3yEht9j2PCJrw0gBnEZGFsfe+DHHGo7lflMAVEVKGsL9YPE D1wRgwjYqgT2Q4M78pGPYzzyaal1WyUROKCWmDIySI4MEDYHGQL4TWBzAVffDqAJbViZhNhSGCG2 zM2rQg5yHHiNAIqhAxBMYYjxUMCdtmyMd0WV/xG3LcIBlqCCQeTCDwfIQycGYAFCcBM1NGBwFhL8 Ti0YZ3d++IY38NAnMBrHUHJdazmdaB0XDIZn7O1EeCYV3UnN89N/MCNfKWxhEJyAGMQIARtWzQYM E03Dj+BwROoY4hCP2AgMcGwe4aHi9q3WVcyCMSxkXAKePCCQnrBfKELhg1NRiG0hqSQ/+HGAah8g YNauNmQwoG0k2xQD2A7Ya1+LGbowV4SA6cMPrKCEFgmAA+w+TRNSQzHUFUMR9QZTu6SDOSDMFApt wUARMLiEHfhACVzRgX9l0Qkt6OnRhOBTIr641j55wxuf+ERxuEnpjjPHrS4AI/bWa+lLs5F67P9l VBaakD19skZ1fw1sCGauajbAYNBacDVCNizrTnmq1iIesRMaG6pdJ4ACokoADjbUACQQINjSysoW DBCBVpTkVtkQrT5w0CsUF8soSHE6AbJN9rJnuyVoR7u1GbfbI9xAdIXYRh7mHiMr9GFFHGARBx7W mv/2zJ7+bUIn+oKFI9DFLWYBuL//PVNRCGEQXOiHEMShD9QJoAc++EQuzFKHZkSn0YxyYsCA4Idy WqATctUipakTslr2TNPY03TJXV89MFBTC+ydpwBEjSYFlBqwNGd1FrJgA0nrvCCx5nCHHZI0oAfd CZJwQq4Rqsejj/TXJZHbraaVgJnAD+v1owX/GpZAqwQMRQVLmPMSps0PgmPQ7GW3Kdpzq1ufXumG eSPY3Kdid71bnkwC0ARc5Q7u8CWDETI+oHicBwSMUAeWwXgz5Tk1gkFFUAFE8CcIgAB18A+M0AxR 8hbT4R0fty6jtA3X4DI843EzU2nggXsfM1a2c3LUI3h/V3vUpF6Swgu9ZzEngAi3MXNscIM2UHyJ kHE2MARDeHyaonzx8XNAN2LMUAbQxwxEZw/3sQsRkAHXJxJDBiK3sn0J4B9cwBQOAmO0AAl5gAmY 8Az90A/r134YpAJyOIdyuARI8H7wl3YrRUOeVAidNHelYDfX0gc8xDAWQB4WUAUW8EC3owNc//Ew a0QIerABmLMDp8SAjFAE/mYZ5wIuN4ABhVAXjlcEz9AFo6ABr6ABOwAFjsF5wFMBGyAKXYIoWHBW E4d7jjKC6kQa4ZFpPGM9AXaILFc9PkNNEXZeqaM6HTNzP2hzMFB8GfcJNhCN0jiESYhh7tFzszYf Tzhi6+AE0CcJuFYPjnUHJqCFU6N0TAc/Xrh9mNA1KUASTZEHFBUAB1CH/SCHSEGH/FiHYTdtebhB nBNB8TJ3Bgkt9QMLP7AiLbJ3qOEifdFcg3Etg6EDOlB5AQgm5II5pwRTSeZvsDVMmKFKK4IFfmAI GnCKBtACpGAICNAMZTFTQiAKNIk4zYEF6v+SHVlkOwqGKCHHXvFEGsM4b1yFRmHlcqkzBrKxMSFw g6uWBS4gX9GIcdVojWu1CZughNq4jYplayNWBuvADOAoCR+Qa+QYKhlQEaOyNr+mApb0hVswCLRS CwFiFE0XeSPxR61iFP04h0hhh2EXmEiwdi1RUzZ1F/GiSXcXiCpSiAJggIXBbnGAGntnkb2hCEqw AR0gcLfFkXC2eJ9pLndRODwSPe8WB3rggb+Aki0QAXeACbbVFjA1U5xXB62kLh93AQbIi5iGV5OS Tfd0JmjkBdDkV20SAh1jc4O2Vp8ARdQYjdZoA1jJKFiplZtyWNzold4olk4QCZNwBvWQBAz/kGsM kATAMDW1AA+rRUklgUCwsgVC0B90qQJVwwV/1AWl2IZVw5dEQYeB6Z+BWW16OHYHsIeakCLswBWQ QBgQ+RfGcA6EwKBcwRWwoZRjUAVKEAaawIBpkYmZSADg8g84tWTBhRk0KYu8wA4NWQp9oA15oAn8 QAqOAAwtoAqQISU7IFsC0xbDpB1yhWk4kzOH+CWSwlcQVpTOEE0bI3NNqQWycA3FEV+8gwd4YI0w 8IzSSQRa+h1aUE9X6mqXknzX6XNduVhfCYXMIAmSEAmRQI71kGtNA2TFQkk1oRQ18AOQ0AvW5T6s Up9++qf7SRRhx49NoRRIQW3uJ6BPRzcp/7JDkXNCvMALYBE5zeUVE0qAOhAPSgkCA9AEG9BSoaRk i+eJwNUZsoiTfXELcdAECkAvK2I632AIg6AKo+AIr6AKpIBdGERbmmgu6dIcIdMzioBL3QEmRzAW tfN6H1MFXiAOELZP+QQxQRQ7yOkMxSFfZ+UnUJQI0RmllLYoWHmlMKAFMACmyMeEXFmmZ4qma8qm Z1AfWmiFJ7YLu2BSBxQABKCh96gBw7Iq/uqvVaOXfloUSCCH/XkUgokU1qZSaMeoJnItWWFCesBD LGKpCWeRA1AxAxAWBPMWbdGroRlK4KJbqnSiopCqefEDq+ow42Emx6ABstoPLXA2zwAZFf+EAbYp M4fCHLKQTVVgaYKRV8SYT/bUBM9EJmnCJryBCKnmDF4waOyUrd80hFiJlVqqTsXBKDaQBTDAajen KDl3fGJqNOnaletaBsyQpt45Cd/JNKFSIfQ6p5XlCprACM+AA1T3NErXBcOydBryt0IRuEUxuHXo l2HHQCVALVOhboPYB9lyItbCmBPaC2iABjpQDGkSXQJQCN2yAx74GKEUuiTqWz+FLsMFGvQib8Cp TwKwAUXwDdugAhoQA5iQCarAD25xA+uyHbQoGH9nATBSS1Vge05rJ6JmJmCQjBRTDGOQMbzRlF7A nPSQC4EiaUNYTtRhHYkwncOXBcp5pVn/8AeCZq4QMLbwQabqeqZqu7aT8AFlWQ/mo46/NiABEAba 8AznCAwy0RNKlxF9+7cAHLh1SbgAigTT5hRRIS13M4gqghVX4RVbwQHuYJEU3DqKqJmagAHbsF1P pYkzFXD0R7KsRBfCpUOlsEyH+DEtWyaoUQqdEAf6YAG/oAEt0AJOVQSMIIon6hfmMRg/4wNxB3hg oCZH+3IDoLQZM3NOG77eRDJ+sDISJ2kdtwlD+EWb8GlN8AdnNHxg0DHka77Lx3wfFnRQ2K5siwu4 oAZtaxFPgwlccBQFOnf9kIUkIAYWwRP8Wwt8OywADLiBa591OYdxEyINOxXVgiIO/APD/9YVXFG5 Frm8anQOenAOftgWq8gIS/AL2YUBokAjnCOQd1HChncEmaENn9ED7LBMAfgzp4Mar4EGSSQA8dAJ o/AKjmAA17UD9idCxGWIh/gzIWMmNABoCmDEfvVXtgGEXjCuieAD0vGK0MwHxYEd1NEdVcs8mzB8 88Rg89QEWRACqFZzqvbF6Iq+2Tlii7W+bIrGbNu+udY1EfAKa/gMmjwKLQAMYpDPGaC/+/s0fcvH ARwSG7KXHTLIIlLIhpzAFmUiEZxwY2C5ANhnhdBmNwIEUjIZFl0HUKBbIUwjJjtC2iBcxFUkK5Qa CPcwL6cAizAGziAL7jACYIAJjlBj2P/FySS8F0UilKv8M0ogrUi7On9lajSHnNR0aCSTga+opVq6 CTGTk1nUPFqwCbkYHvOUBR0DBuDMtDW3auS8lWI8xouVzu26zpOwzmr8vqhSYwZgALZcAMAADL3S K2/dzzhQC//rxwK9jnBzNQxbyFJRLQoMwRQKFtnSM5f3IlHmUgyII23xwSC8OSE5TDRJQrdgd8fK bqahM6YzJjv4vM2rBeewCB4wAI4Qzy6ZGRhgOHogGDrdyqijpCAwc7Qx1EDIzBfgxCRDDXxABJtA BLsri9thHdN5V46CBVmsxR2TnKx2g8ucBV09ph5GR+oq1mwaCWSJD9gdCbjQzh/wrm7/a8dwjSpw jc9pfQfpiBH/O0lCkQLGkiyD3BTZ1iwXJS3DthWwYZGKYAHnMHcQqgfvcgyyCcL/hhk8+okcdAz2 Z0OlbGWVndnlYRoCcATh1dOtwRqw0xvuMABgwAbn4A4e4AE0fF05HC7DJCOrzdoobcxqMieyDdQp dwEbADxmAc0y7sSEIDPCXbVXnCfR82lZ0MVK7Ay255RB6ALhS77ec75N6IRknLZq+uTVXd3c/QFD ZwQUsc/+YX4pEBOoQiF1rRF2HSwCHCBDdqhwWG0gkrjTEmMN3cplITjgIhmiywiKl1t3EVx7YXgk HMod0Jjm8RchI4lH0iL+pzppprS4/4EblqkDaPDha6ACLVAABmAIHWAunnF3cZB3HKAIGDsbztAb rcHcaWYxSywdUMQHFVAZQhA8UOQHwJMuQVJc1kGL0TMeoPbjrLZqMKgF2QQGceJ7SJ6NSo6+2om2 Tw7lUe6+yk7l4Aie+msAIJECDBUD+ssTT6MRLLaeHDIS+yiYab4SCr2QeJd3j3pCMTK6uSW66I5b kF1DI1QXVqYNqEsvflE6X5bpZRIxFIMbGYu58UBEILAIgXAC8TAFHkAJNhATBlAEmkAApxwHCTom FU4DzD0bFjoGt6FmVYAFPSAKrv7mqk7jsDgdh0LriEJ43EFPRpmcTnuU/BQngdWDiP8Apt2zhMPu YU6IzsZ+7GPNpsv+82U5IRGQIavVBc5m3jWGEbWQ7dt+sHL4Ids3LRa1Q/XCBDFSIwITwpwzsp88 f+1Obh0Q73mRykogiaSjBxNKoasRTa4zG3ZSDP8eD8ARCNgQCCAADRRz8JfwCmxdAo4n72SvBMP4 02Pl0hSjqWMg8D9rAUEi45xXGcCj6pXRIyVv8ihP1V2c3EaZvGRyRs4Q84gQ+qGfajRfWDdftrbm 5OF47D6/7FPOAEK/dK0gD8BiAvZgERSC3sSyIUPh3oMc9Qq8kH1AFQZJJU8GSqP7bbn1beBSQxEU Bn3wGSPdF0ogOujGIvoQZmvfxcb/6DrLm7F3Hwh0jw11vwjxgPfusAaUQAm13AIVCAWnzPFz4Qed wHJoUgwEiAZyvxtgABBNlGzYwKTOQYR1KixkCEXIQ4IbsEzE0sOixYku/vwB09EjmD9NRCpSNMCZ ghApT6xkuZJYiCcxZcaEUNMmHJxwROzk2VOEJaBthJZhxszJUSeSlC790NTpUwYUTCTA0cpqii4J TFAAdsdcLXnycMBrlSLFA7RoGyhTFiCAqxpxS5QIE2ZunjyaNBHge8xvEcBFMBQBAgTDYQx8+SLW 2xiD3huNNT3uUDlMnyN6NG/W3KdPqVJxOHDQR7IKDRpeVK+moUPHmHiLFgWaUhsa/7QpIG5Di+du CiVKa1q8erVkxw3kNwgsYV5HTxNFOtCMkQ1CAQ1ZfprtSJjQD8OH4RdiuXBh4sUeE5Vo3Jgli0eS ipoIEAB9gAIFLU8gQkTM/4mUUpppJptuykknnxL8yZKhjEIKKaY+WEqSpig8g4IYqCIrhVYe4MIA YCiIIIFaSsQBBw7PSquBBtx6y5W5SlCMgAMO8KtGHANDbMfEZkSsMiCRm+wxyfTq4IgjMDvCCs0K KQRJJEUjTR99dBjACxqq0HJLC04rZgDqZguEtil2KxMabGRb5DfgDCHulx388msJFVT4ZQkkCFDk hEBAWMQLWQrJA4g6EMgFCEagQP9ooYegcOghhiJCD6Mm2nNvo41Gik+RjpzR71P9QDhBJh4ILLCm AxFUkCegGCTqQQgnlFWpSD7IIMNaNkyhLS4iwDCCERMwBcW0HmBRBSSSRQLHGplzlrkD+JG2xsAC o5aAHg9LLjJNKivyW02gXNIKK/ogF7TQ4lBCgE1JQi1LdksawLV4QLAXt9t02w1N2bAZwd8oKPEg ih0MMWQbv7a5AYrCAOvHWCbYIIYGCxCw2A8/6mAECEUrqMNRRxd+dLwKmDhSlIsyqpQjMLQU6eUm BrgPvxA+DTAE/BSwd0zaooiJh1JNLTDVVRN0tQwnkIZ1VlojkYSZSeqx56suOHz/gC1lcIhBqhiA TYCsFRtAlh9lna2zH7RV6OdZaHHkp9kci8CWxx4JKLKDxo484pYeCCKX3D7YERySKUtDTUsLLJBF kXhfGyNM2fZN6d5F0PR3BA88SBMEd9AIQ5RmtGGikBu8/ed0flTpRwUbj9nmG2piR6AZRppBQNFG NYGiA0gZqkAUJpgQRaJKV8YUZgvqg65TlPSj+Wad/RwT88xHeALooAc8NVWcit6pjTLCF398ophh WilmPjjjVmHBbgAts8TIgII7EugCB0y44KKfX1ZHW3/9pU0F0iJgAQlYo7fhaDF64csBFpOYuWwB Flv4gWecdMEnHeEHG0xXHERD/yXG0UcAnSBhJ5JHH+mgYTqxWcRLQmAvfYWgGMWIzeUyN4UTeMEH JutA8HwYvNJ14AY76gAGDkAnLhRhCLlAAMYyxghqMGJjGOAYRCIiCixKKj0aycLxePFFMJYkZyAI gTOckZKcacELJ7kXImozhShUbwRRiAL2sic0VHFPVQqyRBnARz7xFQVWSGFGGSSxvgyZwhTwUBFa uBAiE9QPB7XoQiW7AEBMAnB1KnCWsqSFhGnVaEajxJZiJKO3I2zgCJW54BHqUpdSfEZdSqClCE9z OAFUgV3scs3jYHMvaEzuNmpaBDZsOIIRLEIBVdADcpgQEZMhpzI/FKKQjMgcFf8MIhe5oEbG6uAH RqgiUSALDxbNicVbZMQFLniZC8D4To+cJGc4k6fMFDAG6QXCX1PwAObiOLAo1MaO2CMBCUBxUFCQ AGiPYCjRisagoQCyfIM8iiSQtj4TRMAcVOFQh4wFImCENAZ3MMArTnSWTGpybc+qEyiTlUAHzi0x dauMNmyqjVtoAwMIc90QNeEZoAL1b+uijxISZ4FOpCZLvXBNUx8XAhfeDBp+UpMxkYnMPumAA4Qo xDa8egMhAK8yQfQhNIGkFwwcowhLOEChcvGJ74BzB446iBBA1oFzbsAi61xnE1yghB7UEjqc6pQZ c3bYe45BZ/q86hwD+kbIInP/oAalQzJSkQoAXDYZbgAFDxqaE+8FJaLkEyRFl3IGBtjDK18Zi1U8 ZIACsEK2YgipAaiCIqw8A5NoG0RvB4HNOi3hbdPyUbfCKooK+MAHBLlFTrVBACDQ6RgYKMEtgAoa D86SqEU9ahVI4tRfiqo//nmJvqpqzCmMYKoDEIAeClGYbRijDt/4zu7I+kyCBK8gPNTbWKkIBDjh gQ9QkGIzPgaF5BhpeOnBwjrPYxFaKmEkYDCsGS3sjJn50l58gixk3fjGxmbOjiRwQzIAUI5qpDjF 5QBAMqRBgkdw76FC+SMgHWRa82HUKyVS5LBwYABHHELIBSgAMEyQoRPhoAuY/3jGM3g7iB1Eubd0 aukBR6kJIVSACDbgMh68zIeC4K1bNbqBKLShD8+ki5YciLAAIlzL6LgGDfHQ2X74wx9inCIKiIBG Ma2KzDIpoBiEOMcNBtUMROeXCeT8YfCA5EMo3YJczV3lXrigzVz4YXYI8BgUDqM7IRwBIxRxwd/U RZ8moIbC8nRGR2Rmz+iNqTZ07HCZEHE56mVuJQQFhYmrgQ46TEDYw1aDCNygUIY+IiaPKFCyk/0T GgNlQX9MWhmMcG1wGKENTjhDPTC0Y3gM6xWOyEEOAAEIYRMZQwZoASYq+YxRZEIQ8563xYQ9CCQg C5Rve6AmwMoHPAxhBQaYgP8BVjAEBkwAEybjG/AazA5eWODNtcyld0WoiCrVi6qB8E8U1rCGU5zi 4x8X9hSMacxFgIBi7jWGMZzEBLtCgdKr7OEzo5mcmuOXbxaxQhxKcVMaGcd2uTjIQhAM6gqgp7nN DY2ECfsRMLx6APK6585qPQUypTfE/cShM7RwAYthDxR0AEA1yNENAEwADgDI7COE3QY6gEIabqAD HTirUKCBgu52f3GMRfAIHhS0oDywBjgMD/iCCoPZIkCtVLxiilZ0oQVkyEEjVnF5YZPBEQU4hCPI 0AINxFsQsYhFASZQANLHQthFIBtxOVYBevDhO/TAwwr8IQVHTMAR/vBHPSb/oIFEaCELMGBD8dkA g+FroRNNsIBIsnAzDEdvP3SkvsfXcIlLtGACLcD+JYQdhakyrlzTLNkPVQkklPXA0WOVZg8LsZmh WiFdoMkpBpbwC3gjgBEY8OE08XuR5oIwdvEImQED1IgPmXmNfLq6MgEBxsKqMQGBVssCIuADi9km sUuGckCHdpiHcpiAckiHeRjBahC2zMIsFsusZKg7yzqxcmAxFxO8yrqsVHAxaRAGaZjBVGAFOoAx I2CA+ckoJXsGUpiBVZiFaXgDORC2NNAFcys3MiCF0ZsDW1iGQzg9X8jCWMgFRogWfoCuOsiFgBuC IfCy2rs9VMgB3ZMCKTiF/yt4wysIOTmUwzc8PhjwAjaIQzkkBv6go4/rvpG7hGDgBE4ggwkgA0IM hktYA2KQhXNoOfnKsoXImOS4IPkKngsCkpzDxPfrgXOJpR8QDXZQAl5QAlEAglHAhFFAAD64BWny IVE4kgAMrEohCQKUmQMkiZlxQDLRJ2wYk9vgD2jQGWgIBAABgyzQAm/wBiaKHWq4BxiAgQwsB3KQ gRcowXJ4AW18ARkQtmpAsQUAAGmQhEh4BBNDsWqYQTgoRxK4rLJbADrggUhog0dAwW8kgTKIhDKA gEcAh3q4lZLSAF0wwkNghSQ4BBYQNl9YgTlYBYNcH0fwBTuQg3FIgglIAv9HsANfKIAYYAQ8OYAi QABviAWGdARg8LYWOAUpQIUvUMMcCAYp0Lw5YENHcIQ0KIAMKIA5sANH4IoW8A+RuwR/aAEKoIDd u75gmAMyaMIQaQE7oAIqSAMxmAAxQERUcAQDGAI+EIWXW7+aMye96pv165acQ5INaC6bajpamiVU 2xJj8IEOuL9RMARVKLo6uAEg6KH0g7gvEgfUEAfAnDrGiZnH0ZfduLPbMKYxARAzIsNPkD0++AQb IAIi2ATL3ATK3DKxS4VqkIB5UIcSrAZtVAd1QIYJUAN0QAdySAVhkwQ1MEFykIAFGLZoeM0JSIZf IwcSEDbbfIQFQIdyiIb/04wEYSsDawBCE2A3XUiDWZjKCbCGYZsAKbADW5iECYgG6LxIOQgCYYhO ObADYUOAA1gWRsiFFcjCD7jODBC2DGBJbhiHCciBL/iC9UyDL+CG6DyD0xTO9NQ9QeQEXRC2MxDO aLADTqCCcBi2AT1NKnAA5xS2L0AFYdNKriQdI+mh/eKvWJymVDJLgoASm5I0K6ilN2s+kUgcJSgF TeCHX8AEHBiFKhICb7mBnSNFXmAnWUicwWKcwhSTMbkz/mAJ/Gi1P3ABLKgAPkhSPqDMTUiEzMxM PkBSIgAag+JMCUgH0JyAVECGdugGdCDOVJAAZJAB4SSHF5iHZJiAR+iG/3kgB2FLhnnoBrfjATH9 wDJoh3b4wAngQB6YAAAQQT1Ngh8EhgJYShZohOt8g0oIAieA0JacAGEgzWkQThYIgkpAN/mM0PBk PQxAgCHwhzSkyj2oBDkQTlvgBjOAz3HgBm5YTxYwAzMQtiSoBAcVtmUwA0P8gAP9AmF7VTMwvQKg AjOYASY0AyrQzzRwAAdA1FXdA16dAK0cnULQRP3ySm85EqXbjCTpg7ogFx2dDwE4qqOiJTSAhD4g AEYYhQRogR1IFE3Qhh64AB94GQkTidNwB/ooCXvxUf4YE/8IATbwgi3xgfJQrihFUiVN2Cdd2E2g UlCwUiwtwegctnLoBv8ZSAceAADSfAF0ULt5eAEJELZ0GNmOFQEZkAE4mIAF6IZ2QAbiXIB5AAAe eAF1eIFuEDZpuDZCDQcWeIO0K4dKoNVVELY92IMZEIM3QAEUUAdwmIBZsFRMnU8JnYBcwAB+AALz lIIvONo3cABYTTgWQFVVZdWptAUzcABhkwNlJdZDUNZYnQBYJdZxUFYHwM8JWNuLpFv4bARYZVZW 3YMJ5YPR0a/96oBMLEtRA8BbEJe/sYKjehldcoHmy9cqQQMdsABtIIJc0AADMAQDMzPkqoMNuAAt 6CsB0IdemI6WMEYAAVg2aDUYsIFNMA/l8gE/oAd6+ATJ5DLMrMAkZdL/zLRMLqvMwKvSzsTS2UwF PO2GbtDTBUgHmpUBdKgGEhDOR9BG05xZ6A3ZRxhZYesGZBBTZGBT6J2HBVgAHsAFYaMDETACMTiE GehZi3zaoA0CYeOGSjCDIJiFRmCF7HzaIIhaZxW2qj0AKMADUB3V/V2FArDICQjbVJ2AcYDVqVwG ZRU2uiXWGaBbDHYA0zuEy5uBGdDPL3AADTaDoN3bFJbgvxW2FaAHk6lW/tpEgtCDxv0bJCEXioMZ EYoXKumlMZghC+iBW6gAQXgFVTQwhlkr4/imeUXdp2IDIvima9Bd3PWD34VSytTdJLXMygTe4OUy MV5YyhQ8N4DYLBVN/5olzRIEBZrdzdYUgQmYWZBV05F9gezVRmFrB3IgBy692GukzT69TXAoA2GA X/mdgFUIAkutBGELWhawzQmQBkplZHQDhKIF3AnAg8SogyGwgy+ohEgeNjF4zVM1gwQNBwqeAAtG 27vF2w2+4FdmhYkdNrVN0HEI2kpQ4V2eAEAIWk1+4WnVxEcLHos4SxFtXA8a0Tarjx7O15IAL+oo BoqpAm3QBDxoBkyAEynagSnzLQLAAp1ZIkFIxVfQAFIwGEGwGEPJhYXV3U940sv8AzGuZ9ntXXkm goLSOzTGRuglTXVohzkuzeuUAaXtRjp200cYQTwe6BcQNgnoY2RITf/oFTZyUFp1EDb/NeRDaIQk pGVAYOSgfeRKsMhhoFUU6M5KDQI1xOSiFTY8AAIC8FQ7GFWTptVaNVtUngBVNoMKlmVYHdYJmIGz dWVlpeUgoFu3RWH4BAT87eVcvlRfDlq7feE8IGYouWGtZuaJ2y4B4ICLK4kvgbWcoQH6oAFB0QI2 iDLa6eZwUoVBWJ0bYIMQGIUWuOuarEnQk7fYeavhpcwlledNsGfeJePKFOPY3ecz7szP9Od/VocP TAV1mE10UFoUmE3tLVnmTYeQ5YGaTVkAkADRFk6WnQBQsOxunAD/PQMeKAePfoNhUG2RHtoJGOlX dgAUkASnZWSXLNr/Z41pDPCDFZCCPXhbuq0E/dTpVF5lC37boF7us+3goW1br62E1wza3hZbCV7h cRhVTb4CP6CMZ3owZfagUtDhrm5m+hiN0rASGqKB+wiB1dASKhEAQjAGQhAAakCAhHCUf1AFVbi/ QRBdDRi3vMbKAmiBTECAe7iHCpRdJuWy2C3sa8BdLw7ewbbnaEzsglrsagxkOujjiGbNCUAGdehY SaDZjrVj850AS8BTGVDoF0iHEowGauxTXDjTPVYHchDO27SGMkgCVhgGJJxUXw6CVbDNoNXPVXAA FnBgZODt05vP37apP7gCKUBVJneAN3BgWxBWXGZuWBU2qKQCQwwH/2E1agew3wloBFK1SDHghj1w SZbcA3SLavgsgBaegBWAS8zQ6r0xtXUxqnGlJSsILCX4YR0AoQGggWJQjRk6rC/ZCHm13TrYBt85 CEc5jMAYhFF4hpo0AFEP9QJwBFLIhEFAtHZO2E/Ag2Q00om4APYYvi76gwlH7Gi0TMVOhQ3shnTQ 04nFhefVRjketmBTOxkowTIQ7XboWDgYwXkgcd4kB+iV9gloA9sEcmuQBtdOwlXw8dMkadrmze5U ZIocNlSY2k94VxfAck4wg3E/TeecA24wxHGAyrKFSjKHSkMkgzIXNhSuhCSPTgaQg/lUQ0dI90fN gaIlVqJ91iHwgf8kyWFTE1H1Lqo3A2to3hT4niGPLwb8oGYaUISJqF3b/Q5GCQ+7MgwgKILe+oW7 RmdDKOcWwEpHAD1D2AEEiJ2FtQH32IR12gThQ74Nd49b93n3qHWD0jsTWwAJkAE+JofURIcF4NIu nQfoJYdqWICLRQdelwB0OLHf7GMU41KLlYDMMrvxHcF2+MYxRd82AHIj4AE6AOEklAMWAIQZkIM0 sM894AaKDIdTfQMWYwE5kINw8LzpJAUN4AO88YEhOAVUQNWtDYdb/QIyIANUCAY72MlB9IU5GMRg IL1gKP3O94V0R4W+r3M5T4NySwM2ZMM50IWdtAMpsIU0sAUqd/3/cEh3XSCFiEeSoOq5OBhRZ37m 0RANFHINd0GNRh+AL6EhOlMAA6wCE7IAky+P8oAmwj0wR2n5uIYTetCCP/CYUXgFInMEeeM0LevL P0h6+Df6aCw+5MsCL94E+XcPhCoxXgcIdBLaEUQmQQI5dOgWoCM3sBvEdgYTLqhW7mK5ahqrMXSI cOGCjhKQkURYLZUwcE6YwUnCCtAqFsvk0LTjy5cdO1JQoQoWDNWyWTFt3Sy6YsinCpo0MUl05ZSU YJymTvV56erVNVi3Zl1z6pS/FSv8+buZkydPKXbIshXrdqw/nVLm0j11ZUiiHlaOWOnTx0ocJUoE CGhCWIASDooV/+vTp0iRjgGSJdOgUazY5GLx4oGhUeXPBR8+/Fyjd+0CatQ+NrBuvaFOHSGyhUDB UISRnz/ixowJ8WeUgQKOMiEQVYEIEd3iYMDI4vz58z9/mGeRbj0Lc2fanYFy451OMgDlGCpcqLEc APEayYeseBFAqmTyk6Wqnyp9xvPw8a93n0raI5as1IYlwhwCyAxzKDhHLA02CNdXp/gyQzgzpOFg LHjgUYEQHYRRQhg9ZMHGV3StceIaUai4oooopkgMMWwMoaE3NWqIxxBDiMVWWEflmOONOOa4I1tX GInXBXpZsaQVgglm2GECKEbYY4pMNpkCCkzG2wCYVfbZHy6E5v8HmfT4IRpqWGAhGpusMVEHE6LI KacQCDCyQwVggDDGAIEQQYoBBpCiSp3U8EHEJjZkoSh01UnHCy/YOcocpTBoxwYb3mkK3n0YoQdf MnRwep946YEaqhugqLrqquDRF6o0oEgjzajx0SEND+CUIYkkZZRhjRgFkJGJIMUKoooqjCCQyyc5 euEMHro4QgYpgjTTjJ1QdKDJhyCWosQfmMIIIyKIBHIuuucickIIbHihxTeEGHMttghQc28FdVTA h5BA0sMHPRWQyQfBACeSSLM2/GiDDVpo4QIWSjY5GGFOUlyllVdSRkOWvHlMWRWyyOKDmKGNRqYf TLAmWsRquoz/hZtxyrkBh3XsMEgRFTiz5yLOINCCcIPWeyiiRDhnnXQuTOpMdphqVylzmkot6nyh 0gEKCVmT0N13s6qaNQ88PDH2I2Q/UjYPWvNw9tlhg722NSKU4YQkH6wTyRlJAGMAJs/43U8/Kiyx xCAYiGJMH72IokEBBrTwzBL8FFEEASVYvsUWsMBSCgcCWKnAGCAsMjoIIGwWjyJNWNCDHoXcAAQQ k8MOOyNQQHEDBrlDIQTKHHbwOwY3dMAE8Sq3tqYPqWFhAfMWWCzYYYl1nnGXWE5GQ5eaxXNZMV+K eXJqbVawAfEbsHk++qz10ENrdYhi8yBQgBEINqMrYIgjwmXS/wwj+iK6idEa5RxngAEMTmNDu9jg DDY4x2Gb2ITUWLUqtYVtbGILWwXZdjYIcJCDcPggHEQgwhF+UASWOOEJRWiJNrRhbk6g2wdwEQl8 MIACETAFDlKQAi40oIcNUME73uEKV3iiBJgoQAwigAkVIIEf/HBF5UqQOVhAoooc6AUasjiGLKJB BzrgQCl+kIc8EKCMByCAbWSniTKWIHduJCMGlqIJN7pxKb+7YxjyeIQ9LikOflQClJ5nMc99TgHF 0EFlEplINPBme4kU2fkIJotrUFI0Kzufal6mJtRYwGXsq4Mf2LGBmzHhBNg4JTZG8AegDad/x9FN dRpFKQUukP+AzggBpZyzCS3Y4GBuEJWmsIY1EmCwmGIbm9k22EEPjrCZzjwhC6PZQl/56oV0c0Ik cDGJelDgDgmoRS1akYIH9JCcylBGAAIARRUYIAav4KEKGvCOGtBzilWkBT6x2EUOxCGMliPAEJ3I jzOWsaAGPShCERpHbvnlBw4tRRhL8ZclOSlKUloMlR6DvSwZknun2x5mBgCGKrjAYSYTzTXYpBr0 rfR8aiqpScPnGvKJhgnG0AL9UjmCRYxCOIbw33QsRUAwVMo5UMulAGGgBRj8kg7B3NrbjHlMZGpw mcx0JlahKc1pUtOavMrmB7jpTXDCoxUPOKs50alOArDTnfCDRMLl7FnFuS7mByUAqCsCgAQkqICJ e23iAQI7xIQS1qALXUoYGvpQiJaCSROj2GGmREiNcixL3LvMlS5ThU7IghBM8IOZ2JTSNqGppZZ0 zUsdpoWWtkY0kALNNozhBWiMYAQe8AACDOAIVdwrOcspYAGLmoVdOioLWtilFoyqQASeICAAOw== ------=_NextPart_000_0944_01CB26AD.89BA0B60 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.dica33.it/cm/img/banner-205.gif R0lGODlhKgE6APcAALn19tX9/8P7/C2WkmSYmY2xs7n6+Y3e4YHR1Xi3uWy7xIPIykyyrM/8/J7p 6qrv76jv7rT09K3x8bn49zRsbaTu7gtsymqmp4nZ3YXV2ZTb2qHs7a329X7Q1Kju7Zrl5bDy8a/4 9n3N0XnIzleGiLf56ZXk5ef+/zmI1bH29UaS07Xn5dbk5ZDg4hlGSYLO0UZzdLz395nn6Fe/uHi8 v7X497z5+JDe4YbY22a1vpLi5IrS04vk3arx8AozN7nU1bb5+HSpqaDq6oLU2Ibj4MrZ2bP2+o3c 3nHByf///yp3fpno6nbGzNn+/6nFxqz5/SN5z4jW2nzGysL09Mz7+4za3V+TlX7CxHC55mWdn6fX 2CJTVMH2+rbLzJTIyKr19Kz49M76+8b5+bL493rM0HrJ0LLz85bg4MHo6Mj+/qn08pTi5Lne4EqY qvX8/XrG5HfVz8H592+/x6Xw8KG5umfFw8D+/k6W4pfm56vx/tD8/RxtcXTEy9L7/JS8vkGbmjCB gqHq+lag1tH9/murrorb36Tt7M/7/pvq67Pt7rX9+br8+SReaUiIhbn4/bL5/sr19K308ane34LU zUSmo4jY8dD5+67l5FF+gMz++xI8QM7+/1y07qHh4bf58LX19Ln//Z3r7Mn7/HzK0Lz6/VvJwJ3n 6KT6/bbx8Sx+3uHq6/P19V2Nj5Te9rX79hZbYYrX2nfHzb38+bD9+cn8+bfz9Hvg16Dr7LX5/tf6 /meyrMn59pDs6KX1/s/8+pXv6tT3/MXx8WKp3rX+/Y7X2a/t6KHr6mvRymO73K7y86Tp5j+NlZrQ 0YDa1bH38RRu2MDv77L79sv3+ZLk4XzM07D+/qTNz6b59ozp5Gqho7Hy9bD97EmSkZ7z8Ln+73LN xnGusFWNjdD+/HzMxove2i5gYZ7u6afr69L//Ym/wODx8c/499P8/nPDypbj44TS1+rx8aHn6NT8 /HOytNrt7KTs737R8onK9ITe3WexzvT4+Ivg99z3+3eYmtz6+4GkpiH5BAAAAAAALAAAAAAqAToA AAj/AHMIHEhwoIKDCBMqkMOwoUOGSCIiYcKHT7t2Ffkw2Uhx44hYIEOCJEOyJEkRKDuoXMlyJYKX Q2LKHIKjZk0MhXLmPMCz54EWQFvcAKqjqImjR/EoVSpDxpIliKJKRRQq1Iart65qvVqhq9c5YB9A SKYBTik4NcakWJsiBAe3kd6GcDuXwxc1ar7czau37xcOgAP7Hcwhb2A1QooUYMT4FaMtjBkFCdZk igBRmEVt2kRlU4PPoD8PGk16tB7S7FIHWM26tevWBWMLVEj7IUSJEi9yzMixN5MRZUYIByncpHER LZOznMl8SAabOHUW8ukzKNGiRpGaWMq0KdSpVKtu/x3v9StYsBDm9NhhqxQRtWzH0A08l67bvXrx Dv4buP9+vYXxB1gFK7DxDyOvJMgYBRSEw4w06GCWSSaYdUZFaKGVVtppo6XGzmsgviZbbLQdZFtD EV10UUW+tchRLMCVYVxJKB2X3Es44thcTBlk4NxzOEg3HXU9WddCdkjhkSR3TTkFXlVWjceVeedV CYEaG7xgywzdsJXCGPL1J1d99+mHl35+iSnmfnYB9lcIaoBxCRusOMaYEkoAwg0hkoTRAGabiCKG hRiCpiFpHA7iYYiMrjZiiQqhiISkSGDEYoswfhTSRrGU4amMM4pgXEs5xoTAjjL1aNOq0hFZnZE6 aP+XVFLc4dHkd1FBKeWU5VV5HgQefIEHAlteEx+YbgFW15hl8kWYmtACBgaAfwEI2DWRSMIGJgm+ QgEgyyzTRjrQBCDoZqJQMYifhTZwqGmoqdZoiI9CihCluK2okW/EfSpccDF+OiMZKIlKsEqnospc jwyvigMGN7XqqpFHIrlkrU95h2t4UpbncQW+zuHBA0+Qc8AxxzxxbJjMviVfsnc9Sx+ZNCfLARjT /vfFLGqs8AMFjuXZRrh8WhJoZ5scMsgh7br7bqKLzgsiQfbWdhtulWKEKXEBf+q1wMchp5zCMzXs 8E0YRKeTqz9Zh53F23H31Nwbi9fxxx776oEE1zT/s8RZRniJrLI0v+xmX9HWXLN/fU3rbDSRrOBH OXuA20Ybel4xBWdUUHHI50y3++4gUMsrtWtVW41vvpcyEZJwsH8tOzXUFGy7ch0kTDbDQJ79sJBD Eun227FefOtT4IUX5VYV1IM3yCHP8UAy3cDxywy2GAHfWmEqbrhdX+C8LLPekxkYzno5DsYskagx ywNsFECBEuFe3gYhnYixWRif89/06KX70OlQl7qEXA1ruanI6/7lqdh5ihpfox3uOiC23JFtYWbz XZAkNrGgEK94cVvC8ZKnvOVxpR7O+1j0wCIB6sGBFzMggiPS4iX7FM5mfxGfzWqGrLn00GY4w0vO /0IAAjBcIwQS6EEi+rEHPC0jBwqgxDxWsAl0SENpn/vf0+IlwAGypoAnyleKLMWpBf6LRrZLyQRd oqMd8a5HZXNY2jjYkyMMZXgfBGHclJKx7zjAAbe4xR8BeRW7lccQhviYByAAgR440pFqiIQQmoGI GWAjcGB6mQ/B1BYfEm58YwJTNLiXybVEQy31eQtgzmQYu+AsEqhIhCQAwYhGQJEBOZCCJESBjkP4 KVBaPJSHhmm6AULqRKvLjdbKCLvYDYxgBVOJCHJETZgoDEhw5NGq0sbN6LjqjtfJY/GY5JS5ReWP gRxkVjagq+d9ZZGNfCQk40HJGfDCEZn8YT7N1/+ymYVAlPkM6A9xiLjzgYEDn0jEJfxAAAXkgAFD 2EAyLgGNTAziQpm4kOjeRcxhenE190KmQxA4xtb9xoFgC5saKUjNCy6sJqqSYze5GTyfgLNiH7yY COlGN0Sgc5CAzIohvcLIoj7SqPLsgRpMgY9K3lOgmxwo+Xa4yWjUoAZAyCoQrrrPVPozBJ3E2Rgi kIgfeOGhOHiEI4CAikts7kJUEEcwNdTRqHnRRCIlqTJNChLZeQqN0UQYjnJnTTe+MYOsAp6Q2BZO o7xNO3zcKU+RB9SgBvIWyysPUo8aT3lGMh74WIIl8QnVrirOq1G1qla1mhbTfrI+3NMhByQhiTP/ VOARE7CBLBZxCVRspgFxnWtp6lrM04U0jAhc0dYY+EDa1W6lLKlmGzEYU7RBbJuKXVsHcYqdo3SX VksRYTmRJxV0XnadzOvKHIq62aT2QAIS+GxTY0iKq7ZWoJo8beFEad+s2te+maxLVDmZFpwZ2Bka SEQaBGAHG8TADgnV34XkulFhEvejAcDrSPVaqX2BhJkxcq6InzvBljbHR4ilaSGuq2LgUacFPMEj kr67R3I2JXnmvdtX2Mte9zoSvo4UAj5CUYpm2OG/+M2vfgcMpv9yFckB/ucYonFKtaTFLQa+hjIk AY1DpMEGm7CDHRLx1gZQuFCjI24XB2ibMV4k/1/LJM7rvDZi50I3urr70WGrK9OZ5uQIgAY0Y2FF PKToUW5za5IMnnTZXZmHkT14gKQfIM8kVjq+PagHPjZwliM7ubQD5WFA+7vVqwLBFVxNcildAR8O RGJ9EmAGNPpAhUzEIQ2imEIw4OqZCtP1wh99iJv15SI5Z4rOdSYxqRIW0z33ToMPa3GgBb1dD8aK xocO72TrFopAasUrU0JPZ30M5Ee2UA09gEAzOP0NUpQaygKNxpIFamrW1sAApVZ1KTmplkiEQBsG 8MAlKGMJXItBGsGAUGeEy8WOYlhF+toXRSTOLxiFjYJphG6pynbYbV432oWw7mKpU4UqBJonN/+4 Yx5lBd6mmMIBpng5UG8hhJoLIStduRsid96V9sL350CXACzVQIRrwGEGp7ADGKIRh1pEQxET+FIN XMFq+RjBCDVwhiI4IJ9aJGMbjyjBJ7zxhCc83RWekEUMYjABV0QDF9pwxCO2QXdcOEMb3tjGVOeS AmdIQBLBYEcD9CeAOHAhDlRAhyX0wPjGO57xpcEwoyAecd64TiT/GsUoTJLx2+HZxBzvXTehM9M5 ZvfPJ095yhtLY8jayuWVnbnNvY0V2m+gAjtHZAV6/GP4JuP3v/85CFDxBR5cAx9cSkM0XGEDAIRg FhMAcD6BwAEgtCUFpxxGL07xBLs74xFGSAb/q4fBgUc8AhfRoLs3PBENMFQjBHkAhfYiYYTTSv0S K1gHOmixYAFwYQrqsniPN4CRJ3kgQnkZQUauAxzHpnmadxJpJE1qJF15xiO8I3KlZ3rAozY7QR2q d1M5JSvdAXuxh042V3PnZXsbkHu7t1lAB3wgEIMxaAaowAHTYA4whA1pIAs1YAM1EALRMAH+JTiK AIRqIQEh8AicoAIooAJY8AiR8Ajr5wp58AbCoAJ3oAKCYA95sAjOkAfCIAz5gAVGgAuukAKP4CVe wnWKIEvBsH+iIACFNwWiMAh9MIAESBoGeIAQlxGXAiNlMAoLGIgOCE0ReCOg90Y2IXoZWHoS/9OB 3/SBhNZ6tKJoMVeCDnCCs6dzugdp6fZjwCcBMmgGpEiKqFALKWAO0/ALdXAMaWAHADABijALY2AD +LY9YBInX/AIBgAC0dALz2ABwogCpxACroAKjgCGKrCMWHgHd4AFXfgIgnAHgiAIj2B9ZpCGasgW zhCEl4AG0kALYiCHcTAFu2CHePh4BbiHraEilgdingKIDqh5nVdBg0VYhaVnz6ZBjciBQwKJMeaB qzc8LFdjloiJQHVztvcxnThu7wV8yQACpWgGEVCREYAKnxABkUAOvGAWspAGXAAAs1gDAOBkrRUN wwAGuDABzvAEbyCMMLkP1eAMJTAGWHAHqf+AAndwhc54B/eQAk/QjCoQAs7gDClwX2r4CWPgDAaQ CNAACeIoAAsWB7ugB+yQjo63juy4Gn7YG1zjNQ5YjxXERi8hWBWYKnx2Nhl4etoViQN5HQVpkE0i c7EnSJmIXnlzHj3nkD/3e9owkRb5CZ9QC2NVA+TAAzwwA+YQKCLpCoJJaqWGfWBgBBEgC0EJk8GI DDOpCI8gDDkpCIEwC61QjSogDHnwCMyoArOwfkDgDAK1Fp9QhM5QC5AgDYMnlYVXlVeJlZCnh1vJ GhQHj5rnKWLpeWRZlht3YkDSj36mWKbHNgcAgo8Vlza2BHV5WQp5e+BGJXuZVMnQl38ZAaX/WJGC KZgh8AkAsATNMA11YGTowAWLMAExUANCCAT45l+O4Ayz8Ahjtw8WEIypEIwo0AugUALSiAIIKgxv 8ASV0KCt4A1gkIVM+AiOOQGeAG9jUAOKEA3OAADQIA27MI7kuAsNcIe8mSiD8JusUXFzNo8uGpae hwCfB3poCR3R1mLNqYFtSSRvGYLUuRQac53plXPf5jHt1QPBJ4rhOZ4RUJ6fAAYk2Q2T0AJmsQhN wAVqZwOLYABcep9XlZ/DgAuLEAnIAJOcYAFQAAWVkAwlYARYgKAImoUKmgdGsA3VAKco8AiKYASO 4Anv9l8G0I2KAAAUBQkiKgBiQKImypta/7mVLwI7x0aIBTOPGYePCBBNFIgA77CpvBMFnhoFPeKp GFByR1ByJZc205aqbUMxk7gGaxCX4PV6TVJeOSYlPAcsHpCr8MR7jvQAwjeRpEiejzkBqAAAEaAB k4ANM2AK6JAJMcAFXGAHi7ClXToBQugJAFALn1ANUDCMp/CfUCAIiwAA3pACwtCEeLqMrVACKZCT UJAKs1ADbeoKjgAAnvAJwzAXbXdvBuAKxbACkJAG0CAKr1gLg5ALwGVFm7ALnAEMuQAMwNAED9sE 4iAO6IAOH9IEa+ZRjHJ5/yIcLwqjnYeImbqpJtupnyqqo2pypWqqo5qq0wadrMpdrvqqrv9HTrkS Cpa1FcbQs1exczwWtEnlq/AlkcBKkU36CSkwmLUwAR8wCTxQCt9AC00gAIsgAFrapVr7BMPgCLIw DJVgpqegAs/wDAPqCEYwC0/QCvnAhEwIp1iHAqkwt9VgBN7QpwbgCTaAT9vgDaSgCPT5CZ7wr8GQ BoZrA3aACqLQBFakBwGQopYQAJuRUbW2GX1wuX1gCX3QBK1BTI0SqZ9iOy46sixRMBRospwaqijb TSwLaKTasoB2AzxxctH5gaqHHRSDHTVrs7H6ATIgc+ukguOhe3sptO4VdEYLrBYpnhGQraQAAZPQ DEQwAx5wAlTgCosQB1qrtYqwfs4wDHf/AJOCgAwokKZQgAXe4AAZUAiV0AqgEA9vKrepQAwGYL5Q 8AjyCgAloAiuAACO4Are4A21gGoG8AnxuQLQ0AkJZgcp0AlxAAnokHiQoLmcKw67kAnoIA60IA6Z EACXyxrsEAYONy+gS5wo8aKkK4ET+BKom7oM46kvnDam2rqlCrNHIBSy+yq5m0c1W5DkVILoVaQq tF6emG58GXQRebTBWpFLm602kAIaMA46MANwsAknEAdgoL3bO60AwAVpEANPEIwwab/hurbl24Rm Vw1M+K7ua7/2YA+VAMeVAAqLQAqLUAI2wAVj8Ak2EAEGMAGSoAUUwAjhkAWA0AiXUBmb/7EJTaAH mSsPfbAaHxwA8hAATcC5fTAI6NAHnkvCgAiWIVuc0CU2OIK6h/WpGaCyM0zDMNs2tntT18F6OsC7 F9MdT1FZKSjEurqrECBpPtZ7QddCyau85DkBtVALAGAAhnAFCGAWauAGAZDF22sA0wqSXOAI9iDG ZfsMqWABqZCmgRCUc4sCbYAMKvCuUIACT/AFULDN3fqfFqACj7AIngBhE8AFrpBbn2CfneAF5eAC AK0JW1AAbLACVtAIgYzBmyAPl7y5l2wJmMzJpNN4FjbC/fI1o1uPypGpmrpnKauyMvy6tEttQaF6 QGHSO5wdu3uzGoMIdEl7C9kVubfLvv+cVMH8gsmgxEgbmGaQrQZQAzugC0jAAM3ADycgADEwzVzq DfEJCiogjM/wAaAwDE+ABeiMBdugA3KbpvKbzvYAdmULz1BtASgACnZQAhPgCKQQA65gAGtnAKAA Av7sApqgCXRdDphAAZpAAZgADlwADpdAC14QDpgQBLJ2sRfbAByCDr05XHW1GpkXsqNQnGZ5nNV0 yh8dBTMl0qn3KiiNw7C8cq7KcuT0FHSJgo3GK4agq+w1aZRmbjfdQr+n08L6CTXQ07FoAMXwB4AA CDMQCSdwAqig1AYQDaTgCIHQrdx81p6wDa2Qpqkgz9sQCIKw1e8KmgVqBO8MkzDZBnn/oFukgG9t 13wx4MdmQAMUQNc+YNdbENAAjQkwUA4kQAFbUNd2TQGskA6SIAbo8LiWYAka0njA5ikoLJaW2gGb WpbHebKYnbKsy9kHELs5jHKSOInilB21oiRyiYmpTVRF/EiuDdvBDJFKXNtX9QnWisx28A2OwQ22 4A9JkAbWOuNdughcsAuykAfVAAoA8AhdWwJ3CwrpN89m4AjbsASVEAqzoAiOUAtTEAOnQAp2MAGk QAoW6glPAIsC4Aj0vAgp0HwCoKE1kAAwUOaa4AMuUN927QJoLtB17QPrbd91zQgwkA3MEAyWvCEC /tgB8CkZfcLGSU0my8ItbMpvBMOf/5o2nuq6rPzKr2xtuuuqbzPaJjANlh43JuAOe9QkeHCJf3Rz KzjTQTsyverakiYBp96X3ymKxDyegpmtyAzrxroMr7AHDFABrwgKkcAF0LAIswAK0GCtWptVxF1v w+5kqzUBXWoDzN7szC7sudV8n2AHNFDmMLAFVhDfbH7mcn7mcP7tcW7fLlAO+b0CvLQZvXQIVSQO VOAL/b0a8iDZBm6phN7CGWDoqYyyiT5TNmxHji6JRbEGHrS7k26zlj4NsyKXTVFZ2akViMTLwPLa pk60qe57wHe0y7u8xxzrxwwAoHAFCQII4zALC/ANcggKigACDUbj92mfSm3sXopVq//l8lorC7Lg 7M8efYIp7ItACHwdDoBwAeHQCGr+5nEO7kgP5+Ke5piQAJJABQFwsUqTopxrCfLwGSc8j4Q4AlLQ 9VJAjy9QTYXu0Zm97ytrqv3O6Czr6KVKDMRgcv9+JJRu6ZquFB9w94omAwx/cz1rDKEO8aQeaa79 cxUv20mM8Ukrnmaw8cjc8YNK66/ADb9gDMuwA6QACswHAPk84/4l8zO/VVrV8jLfpcSutYtg8zhv Azwfi8peA1lACEHNDeOgC4ZMAeVg++ud+0mP9N2e5nht2FNwyU3AyZaMyZSqeVyPBDRAAwmQAMvf DlIwTZr6DtPfI+/wwqCaymXv4Gf/n/auCws7EP47AAtVoHpHQAw78AILsP4vMP5vXwVuD/c3MMtI oekmcPd4/7sxR5efDhBCbhkjuMGQBwgJFT5g2IMhQwkRJUCUmCwZCBBmzETgGGFjR49mao2sBYCk mTRnlLzaw+AJswEfRBmowcXVBJwTgNTg2dNnDSBBDQTdKdTAUaRJDdiQZcPpU5yfZE2IMcGAIl3n 7Jw7U2HHlSzcGhFoxKicC00+1K5l29aHJrgu5G4pR6IAG2no0A0alCvXKMCBpbSjMY8QoQvg/Hih QUPKKATvJL/LUNlyFMxRMmTm3BnD5yqhj4wmTbrKjhcLrqxesKPKkdMvpFyhkSAd/zNmC168QM2b GLEbLdaYII4HzwfkH2TIMOXAganmzp0LHGjMIMKE2CE85C7R+3cJFzV2/KhxfASSJU2WdAWKxqtX SuqkUfBnQhqaU3Pu/PmT6NCgakAKCKWUeurAnCaQJQYbrKrhikTskGXCT2woZgcpxlEgCyvKgcst EN2KSy4XtoCBgHRWoCWAAAITYZQRCAPngiz8UCUJHJNQRwspRIjsnR8lqyyKySarjLLNOIMlM1hg weC10g44ApYXrkgAnHlwVGeHKHZQ7cof9MkxCXqYWe0KLXSsogUT3DHBuOSUY046OqcTaAPrDKlA Ow+w444i8MCzyDxCC43gE1RKGv8JAJMAGMOGRChhaQBbNpmHgRgEGAYAnAzQqb/+/vsPQAILPOpA pxJsikFZDPDghURIiSGGNNDZJBNXPFDmAw2IsQItuNIKcVi1gtWkRArCSUASEZp9kY8ECOGwCxzh 6aILeHDkETAppFhglN1eQGC3wMJ9AbDdgnzH3BfeiQLK0aTEcJ5srHAiR2ZSu4Lee/Xpwo8u1ElC n3QSmMcLHYk5o7jjkGMOuujqnO6WDfA06KA+M07oz0A7jgijQgnlCFFF1avFjKUEiAeQPfagRCtd 5rEDFC6SChBUn4wKKkFTkUI1wQkYtSEGOxZRRoMJULFBjCkaaGIdW0VJo5Zi5in/cQsSgyV2WGO3 oKvZDkSQggZwsgjnHxy7IGFtVn7AUbXG4r6i225pk3s1ub1dYIHZ5Nbt3Xhhe4GGC1jBhIUc2fiy 3hsLsIKALLKhJ4kfgrjADx13uOFNPGRIrjnoJKbzzgoKMuT00/vc+CGPPcbo9dfP4yjR9RhFJYSR 7iNGCSUAYSACPXKAQ4CabcY551KP6jQpqwxEMEEAbLAj+kU+cAeIRTJFp4915AEmF2CayKuYRsop x2us0UJr663hSlfsBC6wgoQikmCBFfzxJyDbH+YxLIEfsIAFbKCNwQBoDWvQgw3zAAcAWaDABdSG gdb4AT0GyKUj3OAGR5gXATDB/4q06ag2QSAACXCkPwJk414syAIBMEePHZwhTnOiE8SiIwSC5NA6 FdPTnjLWp4b0oAfe6U5ELJIMIx5RiSHTyCecODIn2u4Ti1DEJHgHiBkAwACTwEc1FOEKUnCBCzFY xE2W5ymgJQVVa4TKBNhog0UAQRYAsMMEOlEMN4rCEntswCb0wJcwhGEQ0kCDLrhBAQqYz2tZ+xBb hMW+cI2CbFkgASZw5IfItRByBfBD/LJwryTAQ0z68GQBBoYjFhZATNkaWDoIkY362U9MbtgBLDRY hSoRghUwoEMSutAPHHlhHvIjgZjowIrHRS4b2SCAFUwJQxkmh4bPgdjohIBDHf/ysAI+/KEHHiBE h/wJUOH5zhFjJzIoOlGdTowBpwwACg/QABBKGMAMasGFMxTDDjfhAimGoYhPAE2gzTvVG3/mRjYq KFV2jMAE4iCKQ1iiDw3IhB7C0AA96EEvYdhELbSQACvAIJHnSx+wHsk+tSBgXFKInxUwAcwkXIAQ DETMBZbZTALg6B8kaBvlrHA2HKnCD/9gRbboYIVsIK4IBECbPuaXBcSxYQcZhMUCEkBJCqwiCf2A Af+GOT9Q6oMFTvDDMlvoTDLF0HPLeVhzPhA6a14TmztMXTeB+M1wcqxjsCNURsajTgCs8xOMqhAA 2jkBO0SAAQNgLB/S0AR6QCL/Dk2JQAiiAQSBKi8nSZnQhAz6WRvQkUEGkEAngBCDOFBhEH2YqGov yheNNqEP6GgCOmhxiXRcoBEiJSmJ5HJSYo1LNgnIhuFgSggaFHBGzDRcL+kAA0xgwgo4qmRTWREO EqBNFch0of1Y0Y8iPBcTJHCbVF/zFXB4EJirKAcM7gUPcJBwbU4QU4708YMWsuKZMXQYdJYDOrjG Va50tesPH3LXcYKHr+MRGWAZ9WDCTqAWswKAAOzwgBkMYBl/+MYU3OCGE4jDDjbggg1mQVDmbRYp ngXtZ+PAoE/YoRPnAMJDVZtRX/hiEBjdy0W3x44+UGETtkoDKpgBjnDw9ny+/zXpsHYjNnoZDm1J mMfcaDNMDmECBm7rAh28TIds9QMTaCvC2kjQSydYQZMEYEUlx0yHLsSSDS8QHOF2Sa0ifLeXSXBC EOrVZhL0gw5FqG+a9ZtWGf7XFIqWTsTsJFccXqzAGTuwN1knAdhlGmSyA8mhovjgnBSWC8RDbR8M keEN18HDSXBDAGQxhZrh5KAqLujzWnwgAbBqERqokChEQYUGNMAXDRCHHoL9xx0bexDosKg0BKmX TcRBEunw4EgXychGriVcLC3ueIOZ3NqAQ4UseG4sx6TTMSehzGtDcyabaThW3AiV2ZpzFaKwgHlQ 0pLnxlERbBqEAvQD0CSwgv/b4IG/Zy5AA+5wGFsDHGBIzzV1EJi0pcUJEU1nZNPnEew6GQW06M1K jIYNRhq+kOEBUKIO0HBDEvjBFAFwSqAyP+NS2ijrWzslDgIwgB2U0QkbpCETwBb2sPkyCIsuG+mb oIKzAwBkeUh0ELfaxNS8EIQkJ/Lav9WaDyLZ0uje6AdYQkwWsmBMCtSvHxSAQdujG1203a/NvexC JrMRcEz0kgUkYHsv50yMrxDCpb1URQEMP+iBtfBeXQD0eE2YhDY/8wo7IIYGzsDwtorOAQPWoeos /gBKX/xPZlgwEzmSnkU1ilGzaifr2/nxwG4iETOgBCUYkINLnOAE0PiAB9L/sNCBoviNOG9xDGQB ikhooMJ+DHaOm79sZQ8iDMYWRwMG8XSJykMeAdixONCRCVtN4aMhRWRvua4JcSFAkoQoISZMmYQC ZOOsbtOHlukO3Q+KaW1xt8JP0QYPs/skdcMEtWM7GKifH3iBKBicwjkcPmu7tgOhJDgqzIEHNnMz YNKHNou7KtsBylu4D3COato8SNOhglAd0dOriOAOjTgnJtIIVEiU1FM9w2K90IqBMaoKA5gsCUgD AKgDBrA9BpiEJvAHDRiHD5CQVHEK/ai54UOoFpsKO9AADUiDTTiEYKOoTCi6i7I+dAgDaRgES2CH BujC6RsEHQuAPpAo1lo2/1vJhEvwAqxSJN9SqXMpjOKqJHn7AcNDnAnUMgmkg0C7EbkzJRZis6Ki nCCgrz+kli74ILehnNawKvmBKaJqs7BTNzUTk8KzAlYAMz7bwFDqgh9gAzZAAzToBOUQwRGUDok7 h3PoAQNLwQdYnSH6GBd8wY5QDwhbPQqrQdebFU+JA2KUsQuoPZU7h00oBl1IAA8YMaeYolkZGgYh BUcIxhp0IigcmimwAVBQBE+IATFgmjSYhkmwg1ywhDTIQiogOozKKHjMqCycx3eMx4xirT5gBxZh EXSABmbAOt7CGjsUGxpgP+xiBWoZE33wA0+spALQqhxRBWbqLhawKTb7B/9WSptweCmI7DccQQMv IRwCoBZVuACLxJ89ayaM5Df88sQp47cVUA4bCjASJIjTgcVZpEVwEiKJKL2Q6QgnmsFe9MVgZL1h HCM7MIAPCMI/+AMGIAdQsIF54IZ5qDCrlDWQq0ZS6CwbIEavjAMuAIUYgIZgiAMDcAU7sANzyIFE EB90qD56PDZ7lMe4rEd7xMd8ZAe91Au9EANJSAACECmVGpdRsBJpATQCoAMncIICiBwaaUj9Wkw/ MEmTPJh0YKALeLcCWMzGZLNw0C86cBwCsAY2YAYv2ZcL4KSCCTf5u7v4IwDYLADF/Jf48rPYNDw/ 8ANr0AJJUEXmyDwSlLj/m6S0cEIwFbxFXNw4dALKTyCJoXywonQ9WRAA4uGCOEjLDcgBxhqAP1CA A7iGd+AGQEgAVEgD/EiKRZgQUrBGnCCFRVgEVGE9ZwAAMRCFOBAQO/gFXdCAQQCGQRCHdejCuRzQ urRLAg22QGpHIYM2USiGBRhMwjRM+Wumx8mGmUoAgyk7s5OpecBQDz2TwnglxyQEcChRm9KkyCGE BJAC3kiN2kiA5NKNL/EfBoovyryAIGggGMXQ5cqGxEiAK1gAhQlBVmyOa9Ih1OmmA6NFBcs0Q+k0 dXLO5wTG6EQtMRIjojmEEDiG2mMslcOGUxiBeQIHrbCD9XSKWXEjUmDC/9BSCld4U1mgognggjSw AyGYgR3YBGnYBO6hhYvKKNgaULqMS0Ed1EAKg10ItqaTBqehLZWajJUKN8Q4jA6dm74xmBLt0OQ6 E2/ZDbihURjFGwytUf9JLt9YwL3ZG8oDvNRQDRAdVQwN0tY4TQ8N1dawvBC8JriaKx7CGAMjTnGK CJ5MTp/8CJD4hNOb0hokymAESzEax1ETg+v8ANqjBMb6gxkgAmxQgGUAhAvYAVKoU6/UuVkhximw QRtACk+ATzHYBBvAAQYYBz7NBKHrnmM7OkBFOngsUH7lV6L7I9ayhO8pkgyQDH1pDBhNLhYNF76h DdZgFw/EDNRo2E5l2P+GZY2/gYXQADwP/I0boMLf8ECRbVVZ9UAq7JWJTdUPvDwitaYc6tVZNLC8 KqKezDjT6zT0mFLWY1bX27nqFAMxmgIxMM8UIAMGWKztzFZs+IY2AARukAIjSMs0kIW0fDFzvdIr FblxJAUZAMI6CAPw64NdEDp+QDZ8NdtB7Ve13dd2nL6ANTbLGBLNWJdW1Y12SRIiodt24ZIm6dvQ CI0lEdkmAVyRLVzXGA0NIg0NOgPGPQMNOtmT/Q3JtbzGPQPIPVmWhTjOK4iL8dWcBL3PA5SMU84n HRmh1NkqjR5iFABREANIEIAF4Shl+AbaYyxAGAAG+AZ8gIMc+ANuuAD/x4gHCQAFqa1T6kxL5E1L CZiGYwjCHWiCJggAdICEJqAFdMgFFtFLvDxbte3eeUQ2PVBQccgEMcCMy2iSIpEMzHCSJ/mMvtVY eCkNDdqg+UXc+s2g+aXf+W0B/m2Byq1cdwhg5Ahgd2BcAY4TBH6rtzLSiDvSbEpSJRUi0DXOB+hJ 7yjWnwzK04WwKp2VXEMt1ALaBREDKoCEXRAHX+AFIAzCeUq5GTgGOKiDHKCEP1iGNsgCFRVSKmzc aejhaWiGUlisP2CGJuCH682Fp/GHJsiEfQQyfORe7/VXBZUGZ1NQKhg6KuiMznhfv62Cwf1b0ZDf /B3j4GgBMh7jxiXg/zQmYIZL4A+AE+SYSVOIYwATwToxBrkKTtTx1XOgOCWdYCCSAJ6sYFxkopHQ xeZUVipt1q60TrAknnGsT18TBb24BDmwPWu9Iqesg2M4hjqogxk4WlHOgRyYgVI45VKoXW9FgxPw B9qC3n1kEe2b5VkGsnjs3nZUVHekx1+zYmBrRy1eXwzg4iXR2MEdjb8tDWW23zMm4zX+XwNmYzd+ 44ZZYDl2NCFwxVu4ptExHQj2gD62K9AjZInQq1w0j0M2vURW1g5mkNV11kiW5E3YBDFAhU5YgAvg hj+ovT+Yp97hTtsL5RkYaFMeaKZcBiXYg0awBt3zB384AeiN3limZRFatuV9leJcVttetuIGaMeA AAA7 ------=_NextPart_000_0944_01CB26AD.89BA0B60 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.dica33.it/cm/img/banner-202.gif R0lGODlhKgE6APcAAPHk2fXy7Nymg7eFUd2yk/r7+9Whe+rUw/j29fDq4tGWa9qphMmOYvDy8ebK tPP19LZ8SO3d0dXUxtGZbezazPHt5NqcdOTFsujNuKdvOvLt59utktudeYxcL8yRZO/o3u/o4PPu 6ObLutuyjfPx7dWee+nRvePBpc96Qs6UaOG1m+C6nZpmMu3o4e7m3PX08tihfd2zmeCph/Hs49vI ss13Pe7f0/Tv6WxUO8mLXeCyluG9pfn18tupiejKtq6KbtOGVc2XcdifesdkIu3p5eG6odSRZff0 7/Xu6K53Qt+5mtWjgcCDU/j18Nq4ouC9oPLs5NqckcSJXOrWycfUx+K9qfTz8NKLZ9addvfz7dF8 RuTFrvj28+zl29GZcsR4VLVnSPHr5bp+T9KccfHt5d2tjuTDrfL084JnT/b18fX19cicbMtuMtSg ddGTcff29OGukvf18uLAqdepgdnbz9uqjKdQNtygftSZcM2jderl3eXIrvHz8tutjePBrezYx+Xk 29mth7+FXOTEqOvn392ph+XBqOjNv923lNOddtCbd8p9asOnhfLu69mnh7+AS/Pw6/n49vT29cGI VdeVatikfq6Vf+vj2MNYEdSnfcSUY/Lu5uCkgcyFXXwzGvX18+/i1/Ds6eO/pvLv7JVDLN2rje7q 59eYbd6tidWbceK6pOPGqrBeP9SZd+HDrdWlifHq4VQ/J/Tt58uAVsGQXePHt9mfd9eKee7s5tyj f+PbzuTh1+no4OS9o8GqkdGsjfHt6uG3nvn28cmKV8WRbsWZZfHo4+fGrrtpWPDm379tRujSw9ui etCBS/j398qLdvf19fTq4vLq4u7i3PHu6ubRyPr29fX29fDw8K9yTcZiH9GOXt+act3f1ObHsvLt 6vPs6fTr5PLn3uOvj/Lt5fHu6PPq4vf4+NqngPf18PLp496RaIRUJtWwlMBxXO7czJ1VPKKAYeC/ sNCgb9iZc55sPfPv7Pf39/Lr48BNAfj4+Pb29vn5+aysrPr6+v///yH5BAAAAAAALAAAAAAqAToA AAj/APsJHEiwoMGDCBMqXMiwocOHECNKnEixosWLF/9p3Mixoz9+ID/qu3dvH7Q3nz69WGnFCglq Lbq4+AAigc2bNmHp1Imvp8+fPWfMCFqhAhSjYcJoWMq0qYYQUKPemHojAA9rPHgg4BIgAIlRJBpY WUn2xYMzD9KqWbt2n1s1buOy3UeyJN26eOve1cd3n5WuEdq5+pVEzK81GSBMyqHAA5NHwzwM2+ZB QRAvXsYk8uIhhxQmGSZBYJGBBTt2LFh06MCinuskEAbIThwviaZia/KsepfOn+/fwIMLH068uPHi Ajsq5/gRJMiRJU+mJNvyZUwXIGri1L5zJ1CgQsOH/4dCPgwZp+ijqqdqFUFW9wEgQSLR1UqWI/iP sCxbNiXb///FJWBceO1zjVv38KWPX/RRIFg7YgyQxxqw5ZDDBAoME9k226SggAKYKZJIIooEwcAk TCTxCGgZlJYaa6llsFo9scmWRBKy0bJGbkq8k0UBxwUp5JBCJrfccs05B9090qnEkkswdUETTlQm 0B0s34kXHj5CFXVUUUkphR5T6kHF3lVZYQVJCFPJB0lXcHpFwpxzxllfAC3lqWdL/PH3iRoPrARX XC/MCYkNcjyByDzFTLDGJI+k4AEWbZwywTwf4oGHFyMmUkIJm6WQw2OPiHFjEqW5WE9pHSSxzRhj aP9SD45J0DJAMcVkMsI7AQBJ5K/ADmnkkR45x4+CJKkBzXRPWieldlVaeWWWWmpZ1LVJnTfmUmWy OVV7afKw5nrs3TBumTdINZW38pnr5rtu0imvvHh61SYANDyxAyJztNHGPPMwg4UtBtiCRSp4gNjK iJ9+qogXQXggxcSPQQABqkmQ1iILRnBzigWcoBIPC7INoKMmeYzwR6/BtuyycMMSu1GSz0HnFkrU zRnllNFK2x211YpHzgxFkbNtU92eiRUPXMSRLrlVVdWtehpscvTVWJ9HxtZbbwILBqucoGgggZRB 9gKVwCAEFq005gYeC8NggNwkQhyEiYKQavHFNyr/Y8Q2lJwChBbcMJNBrbeuUUweiPyRRXMvRx5s zDL/Q/OxS+6DM0tfARMTTdBSeSVPPwVt7bXaXp00VWhmdQS8kEQtO1VUTR2C1ZtscjvWGoTp++9h dvkHBnucIIoSyBNQRh2OCFBJ21d44IYCeGBhwBJLGGDApySWSMxnKD7yCATib3OFMkDQQ4kWNXAy AMm35iH/CAfwIBI/kudfZD+VM2cssnbZ3AtcAgnPPSt0OBkdLKTBpaAMhUtBQ522UpcedH2rCVtx XRY2yMEOBiALdurKvAwFOzc9rVu6sxoZgBcGKCQlPAD4wwEw4AAz7KAISiBAHXrQAyF8qBVCSAQW /w5mPezJbQkNK5EHGOAZFGloGxYwwiy+AAQOXGEI3CBGBzJgsjwEIhOBOEAknKO/MhqHcjKjGQBL IkACGhB0CMyJAkvXQKFAUDxg2pqYtjU1qmCQCzxoQn46SMhCdvAIWbDPXwh5BDj95S9xmte71mU1 DZCBPDOAhThsMIVlOMAVO8gh85bAtiXUYYfocB4M5LY9JGYPVBDzwBJzMJkUUCIVOWAAPa7ADQ6w YR3EYEc9ZLOGEZDNBL4yozKHg0ZiXY4vellWzkjguZlkp2cKxNJ37hieChCtKJc0j+pWB4kmLI0L wmiCIPODSEO6E4TvjOd98GPIrkySKuTgpAguIP+HIsSgD5W4niP64AhFEAMPMFiAIyrB0LnBAHuf wkwKJCVLBWDIAkwAAxOuQA8BzAIIwWRNEooxgicEApnLTGlwmnkkNUKTJJpzUnVGUU3QRSub2gSP HR34TXAmBWvkbEIkAMmDdKpzne3kYFI3yM55svOpUIWqOvMz1ajeZ4PpSMYUamEGVxyPAJm4Xh0U kQ124KAD9RCEF7anPSHAgKFLgAHbgtCYFGBmDB7aBhjAoIwv0GMdVxDEadAqISUgYg/JVGlKWYqk /700OjJ1iXWsGUefjQ5oduxSl8iTRzIYTQOf5dbqbiDUrATyqEhlpFOjylrUurYJRjWtbGcrDNP/ cuG2XIiEBpbhhye4whVPIIAjDJCHJQiiHmjAQSxiwY5spEBEJTCAWyvhvLVtCjMjGoMCZtGJTnxB GejjwDoEuxoW4CgThy1AYhVrRsYqx6WZO0mzIAETyl5TdHPcJgS5dK3+gtOSoXVKUCNhWtc+Vams TTB+XqtOYdR2thC2hoQnPOFIIEAfR1iGKIrwBG94QwWBWEKJBJGNeCQXDdkQhF0T4dC3MnRtWCiB 9QwwokowIBvK+OgXZpELDghiNWidVTH/EIn1sld/7i2Wkh6ruTc0yx5vBAEcQ4dT/T6wWv3l2tbG RM50LO20R6VqUhWsYAbD9sEQtq01EIAACkuY/80IiAQothADYvygHQ5ohwFMJIVs/CAexGhYCbBH XYYydJVqE4KihSBjZsBAGaxgBXgpwQlOSOFF9SDNABBhA2EY+ciSSzJHCuDYzL0BZ9WBcgvs+wGa tFqO+S3dlsSDjy/515J8hJqXZWvgBbeTzFE185nTbNraupnCFmZzJOKAAWLUAwdocMIO9kwMYrzi 2tceNA97sAABpBIdaUO0uCsxRC9AesdXuAM3BHDc1LgmMYEQB/5ArUxRz2zJTJbOAOekaim1+t// prJOElAT0nGTp5isABn8Sw6FcxlqR7AGUV/ra6YCO9hmRjOx03RsOLPZGf6QhSLEYAkcWEIEr/8w aLWJ8YwgtKIEdegDKhawAHTQHNyGVhui0QEDWyjgC53IxR2MAARuwCBFqboRBOYBAHov094aITW+ o4lqEkBC1S6YCcBdHUcpf0Ba4PHJeLokwS3nWl03iLhtcSsMQMLWwGE+giCrmmDXBnLj7zn2m+Hs jL7zowsb8IUl2lGNdpSgFcQIgiKWsIEYxKAMpShELr6NDnC79a06x/zAbMGMOwhhHdzghAKYAIFs wGYAk6DFPP7waae7DOqWc2yB9O0SezTCgFrf+r+pdE3vWBmPZdcjOQJMJrSrnWl9T74zELB8azh4 zR6PvvSnv5U3UF/6y1e+9rfvD0jUoh1OqMb/BhymiFf8wgnyqIIOeiB5AXgb3MyQ7nTFLYQJUOL+ has0FlIgCDFYjBaaQAttMAImYDmuh2T80z8akSQKEl9VZ3u412q5F3AJZFkGp1NCAQU9VXagVUHG tzQXpg/b5wwSJgzK14Ao2IDGsoIs2IIu+ILGYgMxcAEiUAcNswSvEANV4AeqAAcy4H4CkAu5kDaO pmiIdnkwsA2zgH93wAlYMAEpwARSqAmBADCIsBsHWEawB19UpxK1d3vX8QFZN4FfdxOxliUOpIFZ tjVGQ0GiRS6QEHGAFIIpSIIS5gznkIIpCINkpFIFMA3yMAV+IABeMD1esAQ6WAUqUAoywAlA/wgD uQADHLBoR3h5KbCEvcQNqTABY+ABKDIJmbAKuoIB7wAA85aFkbOFpaYXp+aFJACBYSiBugdr3pFT aNgTnOVfRaMUbvgUECdxWqEP+LMgmrMPbIZOCKAXzrAPfXcPzYiCfBgSH6E/BWAMEUABwZALbmAE blAZjqAKweCDP8gJuRCEd8ABHHAHqzR5AjB/p2AhgTMB8pgCDDA+k6AEq4AIDgAAM4AEp4iKr5eA Cih1NWNqDwiGMqF7AGeG06JfQJFwuqhwxPeG3mIuchiMvsEParASgZIGaZAOABKSbzAoBJIgIwFN esiHx4E5+hAJYTANtQAHQigAUXQFilAG4f/YiJxwB3cgdOiIjkIghLngCENYCUKQChSlAGOAIZ54 IxkgCJlwAADAQf8IkJMjkP3DhTCFEq44CgjpbwoJLWfokMCni55FfBYUh+6Bkb5xFmdwBi/gkWkQ kv/hH3DRFgiSFwkCU3ehl3WhIMYSHPzwkdanDhRgBjJwB1dwBVZ0BSXAATqgAjrJk+eIjvSAjkJZ CUOoNonwIRaFISkwDOSTAezQAUyACL2CQVVplb+iilO3lQcZCi1wCWCpe2J5WQ7JTRuYZcMXYLnz i++hD7+hBm8Jlx6ZDg9Al2thl2+BlyWBFyNRkgVSknzxHKv5BukQZ8lwCN7QCwLQXYvpBYf/xwEq MA6V9pOWaQE/yQyRGImK9oTyyJTDMAmiYV6z4AEG4AqwIJys+TKuWZCsWHVeKZu0OYa2WYE/Q0cY SHZlRw6bgJbAqRWnqAZ88JYr4ZEPIAltASB2CSADkpd9OZ0DYpKYs5r6YH2RkAw+AAdwIAIqAANu 4AYv1wpuQA9wYJ6VaZnoCYm5sGhrE5+NsUQSkwFiwACKMAftsAJ7YANxoF79eZUKGHWruJVe+IUE qnVkWIYMmaC5KXYzYGsKx4aVJGAfGJzDWZwXOpdzsQ91+Sce+qEjCqJwmiA1s5r8gKIasKIccAiH EAPj1wo06gZX4AYyYJ7niZ48KQSe56Ob/6gAFMUAS3QjnZACBlAHMbADWyACFIAPCOAPTvqk+xOl /0CQLMmKVfqKjSCbCZmlNYFAuEmWEASmXUMOvfiGVHEEGXRhZ/qWD/CRaoqXbLqcbhogcFqscjGi 1Xksdrp8CHAEB6ADFgAH4icPG3AHUcABNHoFneAG4yADjYiOPAmuRqg2qZAKjkpRwzAqKpIDKVAC jkAAT7AFDmACU2AD5mAVkeCpnwqqMIOVlaOVbOSKqBqBrCo6FmiL2zQUXwqmRcEUY4o0ZjIVWQCC /OkPxMmraXAEv0qSbNGhb7qh17Cmg0KS0Jms0hgczPoG4tALnLCnVbABG/AKggAPNAsPpP/gCcQg mTuZjpS5qIpWrgkjKUw0n+PzCOzaCu/6BGbgABhwAFNAAaAgDuYgCwFwBCC3r/zqD/9ZqlS6b6iq qqxaWQfbpT6Ri7xZNQ9rqxK7lrrqGxSKsYKkBhrKscKqnCEpCXMbrALyl38pjH0omMuXDjzwDuPA AVUQBXYABvDgCZ5ACqRgB4ubDYUqA0LZk+G6NvSgKUFqIbRUtEyQAx7gBUm7tBhgAgfwBxTwDqAA AMkgDlKLBEegD+rVelkIe6S6RiYhsLBImweKTa+amwzaoGOaO75YkVnAthX7tmiRBoKUFskpFx07 rP+Bt9RLvcBKF9LZtysoHPxwD9iZBXH/QLicQA/edbPwEGl7RQpfYAQCMI7kmKP0QA8KcAqOKktM 9BkQIAYrArqiSwA7QLqmOwV/gLoRsLoAAACrKw5IEAf5OrusabtTClle2whgyLtbJ7YHi7D6pYHB q3AVMJHFSxXHa6ZuW6HL2wQvgBbP25x1uxbO67zVe70IsrclW6fDcaLpsEH+AADBwAkWgAfuQArE 4A5EzAp2sAhvU44CQI6dxwEWIL+U8CFC20SlIgZi8LkM4AWVQABFAMAH8MUyhLo2YAOgUMZkDADi EA5phwD84MAHuLW4ixKSZXsVXJs25bsN2aUcHJGe9XARO8JsabHFCZf6ocJ0qwZO8gKA//LCakGs I2oXfEkSyVqdw9G9OZwFXFAASHAMqEAPdYAMYPAMz+AOdoAMg4oH9CCUQniOP0y/HiJLufQZVmzF i3EFY+AIlyqvpWu6XwzGqPsOYxzMwYzG5pB2V0u79eavaRTBMTXHFByBAHdfPTO2ZNvBRbMJfeyw 5ILJc1ix14AWFlrIKnwgwYrIHMnIciuyJEnDerEXwgiYlewMcbBBXCC71kAB3RoFpAAPv6AI7rAI V+AFQ2QLd8CePfrECWMERlC/DMAAsmzFTCAF7ApzKiAKF+ADu9zLB8DLvpy6wfwOqRsBNgAAUxsA nYq1i6XMxHK7L3UzXguBYHvB07ylXP9KltZMqwAGsVKBySTsD9/sli+QSIMckk7ywngrsnr7oUzm zipIHPowz5gsjJ4KDsegCotgB+7wDLdwCzJaAmrDAbZA0E9MvwrtARO1RCcihVYsCFLAAAgFB0Vg CBfAtBhwCCZw18tw13p916f7B8B8jQP8y2d8ryeNzP6p0kfC0qa2b5DwzDEdcNIcR5elwUDDx8Sn O+vB00wj1YLsln9BAnwQ2hWanB0rKDGc1Gw6w8hKjHm5h079BhvExs5BaskgD1Fw27fwcl4NA3eQ CgNjARZA1kbgIQydA4LQf1cs0SkgBD2gA6ogCmbgDQ4gAnW9yxhw3Q5A16Xb16krQ73/jLoUQAEj HQ03wANtbGRubNgrhdiN9Zq5u28QCAyPLWXZcU2tarBjmbBfGpEgnNlEVc/zRqGi/dkNUOCjnaHL yZFyO7dIjb0fapJ2wdQnuZoZCdvHu73/YA8XAAelUAqOAAMlEIQ9t3nBTQm2hCH1ayGyfNxS4AGt IABl4Nyi4AdbcAHSTd3Und0O4A1bsAd7QNd83ct6vd1gDMwkbdLnPbsvQAS8gAu4QAKtyd7KwdKz B9+3J9+zaaCtdl/1Lc206HtdOhRmWxQPSqY73XabPZwFXuAEbuAqTNpkQdp0aawEAk3UiSyczb0W zgUs6KnJUAvguAFxVQq5wAxhfein/3B/1GOuUywFLN7WCpALhQAHKlAEOyAHfmAGZmDjOu4Ne7AF ZnACJzAIPZ7d133q2A3kQe7RaXwD4IsAVkAIu6ALu9ACekANRMJSzKAFvN7rMvAH7i1NVmAP8R0K hHAJl5B1kN3lXp7BeewTPlADlFBrqFADqGAUp1ADGDB8xOuLvujqwoACKHBh/CDuD4ANa04foG3C b54WZIGXc47ae2vndQ5N4k7hH7HnfV4A9zAF8hAMG9ADMC4AzGABnCcEwX0K5VquUAjLj97iMFAI Ma4CwaAKO1AFcoDpZrAFHN9VJ7ADT/AEojDqZkDqHL8KPf7pKP/j163XfR3MZby6oP8QAX/wAbLO C54aJCylBfnQ8z7f84UAoAH7hcBQ9MZuAwWq7HBEcPWNXzglCvlQAz5hCFFfa8yQD8xQFDWQD4bg WWn77Zjc8wDe8+feAKFNAjMACSlcnC9szop8l3bbFu2MIH1x5/fQ8/OGAvmAAb9xp4jE59s71dWg iByOCkJI0LkgAwvADJVg6LbQqPToGWydS63QAzEemUVg8Tuw+ZsvCnKwA6IgCjsQDEqwAivQC8YT +qEf8iQ/CKvg4zp+6kEe2IF9AA5AAYAACHSAC218HDufD6iwEVkgAz0PClzbzAMbCvJNCDawCzKR e9rR5VWCUzoB9VLfEzZgCBjwpVf/n/UVgAGGAAr/pdMhEPb5AODXrQZmX6GQ8AE3sPa82shOwhZq weAbChdzTxf07s73ABA+fPDz5w9FPgwF/fF7cyQLF34RJRbkV8CYNx1wZMgoVGpcrwNTDphBVSgQ OmZjFCjwkEOKlBw5vDgqQ0CHChVFdK5QtVOnzidFEBFApGTFkxVKlCIq+kTUiUGDVk3dU9WBAwxZ MZgwcaAr1y00uu3qRgfXtQIK1Srs1+/fW7hvteSTEbcAm3yF+OnTd89HoV7hPlkZ1cgMhlAiYDzZ FaFLL1u2vH0AURnEBweFCh0AkSABLAeibNhQwcwBLNQOmOVjY+gAPhuGfOCDsppZ/4UKGE6Awq3B 928NFJiVecclXz4u+vxlvdaAD58zkD5AenEmwhMBOxI8UKMmgjd1YQgIeFDeRi8BB7rv29fdhw4B Ptizv6dPlg8BOkDV5yuQHxIM8JIhoYKc2YMTHQaSiKCFKlLHhyJ0MCOZcAKIwxgbphBBDlQ6RKeN VCjxgIGYclBgiT5swkmFYFp00agYlAhGCRWUIICAEWIoaigC+kgRkaOeOGHIQaCSahWr9sDKhK2Y xGCVJ+iQkgpAcPnEn7TWKqituOKaCxW7DtJLnz+GOC4fTAiwApJG8qmhlOOwiGAQbc50MwLKbKjB Tko8g2XPbTA5swZYEtjzTGbwMf/ETdpsw21PQyogZ9JNfjvFTguOS86f4/ZpwDk+RvnghhfosTPN 7gTIpxe88ikv0zNRCIO9A8w8cwj19rlHB0HPtIAvfY7jBwM78ynoj16PGwKUifwBNi0eAuDnnwL0 ASFDEfzwY4cOUUHHFjxYyoEBNwxwRMUVg1EhhnXbjUFHdm8coYwRcMSxhwXmSFEJIJ/w918hiVxl ECWxuuqqE+SgQwI6qKCDFyIgeQNLLbnsUi664iI2n4FkGQITHfzCqwg286mzmcWWEdSWd5YBtLJm 8rElggNi7vNPNFWARRRBEcFsNTZEeW3RGvDBxzYooICUDHLIIKNSDZRAM5gQjun/ddPjmnuOj3Jc uEFVNpY5g4DjbFBD1Y8FIE9VIGwIA2z2gMhHgDDCMSIfINjzAU1R/DJTB76O0wdAAQk0UwBxwsnU iGb74o9igsIAhYJD/FBFlUNWWAAVAhYA140UvChhiR7SVXddHVKP4UYCNmCdgDL6CASVQGRfoBID Kqn9RqaY4rcopYSMCkkkq5rqCVckkAAQKqhsgQhcSLinoiz9sfjiuYbQYvtWUYiokLzuuWcfb1gb 5ZvjTsHFFD1SwfsDF1xwuRnM3PwgT0FtMFTmDwqlhP+duQk1imLU0fLBDCjMAFKSqgAZfrMnVIQg BAHohaaUk7WtcQ0WkBBUBM7w/0EBoKAXD1AVJmxQngdgAhNhkER3DtKLfchNAN0Jg0Dilg/A9aUX KChE4PKhHIMgpCBI4IhDuPCHfHgvIgXpC18YhKUXgCIC1aiFKlSgiiksgwCoUAEB0IEFPIzOET3o g05cpILUuW4Da1xjH9g4gjosQI5zWAA6DJAILFQiX4EYgY/6OAJA8k4JAYtKIaNyghXQQHlT6gYv eNECQuCiHJBwRgHScr0uzaVYKJABEvYiNyMUQm2qyscogHGcKeCCCHqYCwHgF7/7fcAWbopMZOok iv3hEhYgmKUtUCMKAcKCgEUzIDNmoLR8RAo3uKnUcUAhwQDwwIKcyofWPoUNEv+YgDXQ+WB51EDC fBgBhQfIxxBGGcK57aOCaAKCAGwwH0HJAljzDNYPC3IQAhVEFsdAhwXMpESFLOiJ/EhGBKZwiCqo AA5VmEIE/ICKFexgPI6owxoJEIMd9KQI6kojG0uxgT7UoaI+ckQlTIo7LChgAm04KR3n8NKXLiAQ fGyKv04QsCH5CxGKZFjz6AAIQPCCEEN1AQhugADrueVi//iSXRrEj4OwAQVTpWojTpmPUKhSD3t6 witdEMtZaqMGYyWrAz6wJ1x6ppe/DOYwjYY0ZCoTN+TwzXE0AE1p5oMHF6wmHz71KSuUDwUfPAMK y6MqAbygPOXDBFWpqoPueAP/CMkSAHuOw58mAktY9xRiQWZZThTIDaAUWVBBCkACG1BgGRdQReou QIEIHCIYO7hAMFz3rhg4IRh+qMIOOKqD1pWiFCIlrkjJWAkstAELqUiFAlKAhzYYQLonNUAmTDqH mY5gR8BbwVGSgpQRKHJKDtsFUPUAiC5cIhkgCEMAMOmljMElLRK5W9/2AY3BkKARoTiOKVRJiFbG L36R+QD4KGGZy8QSrYVKQC8/A0xCsZWYtpmBApPJwN5ooE6guGsAojHNrP3VOVZYBmsI+wAHCMAb 4CSPeVgjiRZ2R8YztgEp3ykocOzjGvuwgQxyuNkgEmhRbIjAQ/Y22qcucSHG/6DAAbKFxmAcIgIR WIYfLiCCHbBLBU7obRUuwNvfbqAMpQipcXtwZpHCYCUpYLMHUjCBRLQhztFtQ3Rz91I+apcovQNe 79oh3oZJQBe7uEQX7pcMRFcmAe+FS1Pl+1Qd4G180CgfG6jBX6xqFR1uEnCk6UdObUSgMjbIXy49 02CZdQbCAyTaWw94zAUu04Ea2MYBO0xKrOXDU3/lgxWsYKYVFxYvB2CxYc10gBi/UA3HXs9B5HO3 GbYwUz2sJ4PwWRAZ5MWIkUaykiNSgDeA4qDeEAVOzNBQKl/gAg7wQxGcoIoqyMMVrqiFGarAUTis sbh1cES/HRFSA3igEznYBv8D3DyBMSR8DHFOeJxhysc+AFK7Q2FKvXDUDuUxTNC7AIA4PP5xcSQj 5IzGWF0e3SB94AUI+BHUCoCBaf+u8hJ4aQZkBCWK+/2PDTpYAF76ZOrK9LIyDjgOJUQBi1YXkzaQ OqasyYABQZ1iELk4U649tbUGVOcJaNLBE0S7j2KjcAdoIkAv5MaG7mRq597I1BDYQ+q5sR1N8qx2 Qc4uA38sChMCOIYFBDWEP3ibQd+2h2p9sAUrYm4KFKDAFHxwgXpndAfyrkXlL1AFK+qgDGXYAJrN LFIfleARTBhGDjzgAZVOQPUKR/gYDIDnmUJc4hKPuOx+kXE66MIGoABA733//3sAkJyp+QDToyVi n7spqwimhLlWL0EBuR1HGzqIpSx7hQlbdMbUCZClzD4DC0rUqRBuVTo+IAWFZS5TAxioE9dBnI97 gOpTL7ACH55gq3CGA+yINewDdtD+cAoDGfO7WDmA+TiAgzgOFPgDfdgLIPuDgxgCz7qVQhCU0WoW gjAGDbkAQ7AiOTiEKQjBcRMBM9iBHZADeqs8EagFzEOjMasDzzOuOvCRDRiDR5iFYTi9FEg91Wu9 hGOpTEAH7JKp2Is9IgyEHpiD25OAajgACniHCBiN0QAFKgQAKgQF4VuqLIkIvhCfA7AB+huFUBhD /3K+r/qAPVgGWKq+DzgA/we4DO07Nc+IQ9Sowzo0GjzMQzxMmgqAAnJYpknRAFDAgGjigibYlIKI PxHztec4gzDwBjWYjwd4AUrsvwc4gwTwhhibMTU4APmgD/GZDx8IA/4oLS0JKG8QB4jgBwUZvMaZ hmXwhg7shRUwAxFYBlxchkPwARHYgoyyshW8slpoNxd8QRiEwTEao4qaANIzvR2cgJXowTGYADxw PevKBJiCqXxZgCCEqUpQBEaQABroipBgPCiMwinsPSxUqqW6mPniQseBhjd4Af0aw1AwBXyUuS4Q MH5kw+qzDDnkvlOzQzvUQ4M0mqThQ9yYtQ7jgThogr1SiF37qyOov0aMxP/5UANKrA7C6sgH2ERO nA9dEZ/xmQ+SbMC9eCIt4Yc0eAglWwjSUjIeOwQzsKJgKALZOAQMOASeFAEfqElVkAPIqzcR2BBV CAYdKAVjNK5+64E62DwvGAaDe8ZoRLjVWzggxMaXQgds5Mrcoa42oAVfoAEf4IplOAC0TMsD+IM/ gC0bCD52bEenOj7H2Yd5rMd7zEd95EcB80cEg0Pti0M/IcgBOsg9TMgEWkjgKMRDBCJ/mEjAskhu 4g720EhK7MgT4w5OnDGTJMmSHEnMasBTpIg4OIJVbJCAQkksUQMK8IFyg4NxWAFRuAAfcAAfqAUR wAAS3IEqEEp18wMRqJz/zNu8UkCzMxsjMoKdMWCAqaxKq5TGMYiua7SuSsgEA6CzOpMzlYgHXzgG b9CKnQTPrDgErli8LHRH0gIW9hgMbPgGMiQCUyACIkivfeRLf6QMwIwlwQzI7ytIwzxMhZQUutKA aHpIHnAGBlHEawoAEhAx5ziDytzIbrrEwiqPFmqPzaxMUPzMkwQWlVwLljRNVxw8lKwIK5iCKtKB QsiFQlgBQzCDLVA3HzgEETiGKhCF2bwAM5CDGS1BFyzOMzNOGEyRGhwX1ItGHlQ9BWi43GlS6brO 7Ew41UsBKYgHJzAE7/SG2vQBbzgGHTWDY8jSsjzPLtnCvdCHc7iHN8iv/5fDR72kT748QzbMT/xU NP4kTP80zIR0OqbZhADggodsAseMP2woVGxgUF5zjgeYj43UTElAIRhbD5GUMZEETc8UH8dxzFPk hzjIgjiYCG9zoor4hgM4hmCAg0KwBUqwAAIwBFF4UW/wyS+7UTP4sh3whkO4AFFAyjKAweN0yuLq gzIYg3Fpsx1UqdRbieisM+nKzjpTuGlcCQ+QAgj4gWB41RcFUzMwBEPohZ5QhV54VTPwBjJ1KpTr C7tk07yUT/nUg0KLUznVzwS7n87Yz8HE08L8zwpLPzKQFAJtAoCNA2dQCEI11AAIAFA5g+dY1PWk xM0MyUqN2EvtUM/8UP+14FQRJQiVPFOC2AdQoEkVKAUBYAZK2AYjEIBeCFfaFAEOlANRkAMzEAWc zNUqiJDNC1Jl3Lc68ALTczM3O1aVekasjNKFm8YebDMGkAImqAdiWIEiANeUFYVe2KjfUoEVCFcz KFe7yJIutMs0sAISeLl7ZNf5fNc49ct5pYwEsNOALBR8Fab/pA30S78KINBAFViJNNRCrUjooNDC wkg1+IRPeFiMlFjPtFTHCU3HsdiAagiIuFiKcCJ9CAMKEAFR0AEZyAUYsABKMAIjyIWb9INY9YYd vVE/2NUi2EU5iBDYOcbiClKR4lmDO72f3cFjvcpEgFaVcC42Y06XYII4bKiHV7iJYFgBF/mt1AGu GGiRImgL531e6I1e6Z1e6q1e671e7M1e7d1e7u1e7/1e8A1f8R3fgAAAOw== ------=_NextPart_000_0944_01CB26AD.89BA0B60 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.dica33.it/cm/img/banner-200.gif R0lGODlhKgE6APcAAKh4G/Pr1ezGRue6LIVmSNLGtEUlBzkhCpKEde7HOcWpd3hUJfPPPLankbyT Jo15aYdXFTEZA4tjIygSAXpUGHdXNZRqI6qEJOnVqINbKOjSk004KHpjTqmEV2ZIJllELolqUmU5 DriZdqR6IYpiGYdkOLeWaJZpGe/LOpxyJNu2Vt+yKuu+MLSLNt3HmculM3VLFOO9T9amKNm1NtOi JdSrNayER6WIZurOccimaKR8VMyzhpZzR6qFOZl0N8WcSdS4hlUxCrSKIcyiKNbOxbyUNLqWWMSo g8WcNOnIVp1yGse7scukV0MqFM6dJGlSOb2hdotyWKN7NKiahrqvo3ZcRMWaKcSVI7yUR+fdyrOM Sa+BHZaOhmhXRtO1eKuUd2JCGtvUyEkxG1s6GmNMM1MpB3FLJc2mRteqKcKdZurn47mOImxKGrqd gpNzW1xBGH5fNpFsNJ2DWLGLVty2SFs5EmxEEpFsRolZUfr139OsV3ZKVJx6XKWOcpFrVtm7ZN3Z 1LKGIJRyU+O9OlMyEsmeKc2wd7WMKmNDE9W+k0EaAsWaJJ9/aMSOIJx0Ud3DeZuDKHtvZa6SZ5x6 UWtLE+fDObqOLI1vSn1TVvbz8sKWK9atSsy0kFtPQrKOYm9TF6afmGdFGtSeJGZCSVQ5G1MzGauJ h8yVIW5QJ7ykVuG1MkwuC5V6Xpl1XFwzD6iSV/Lv7mhADDorH7GELFM5EczFv7icmIpxIuu9LCEO AGRKGmNKExkLAH5gG3dCDdylKO/LQsqvZayRKruGHsaEHHFHTyoaDNCxSubDNFEsD4heZZF6U2pd U49wN+q+O1k0GL98HNulJDEdD6uQSHBQMuOuKsKhg+O2LP///+e+MOe6MNuqKOvDNN+uKO/HNOOy LNuuKOe2LOvDMO/DNOOyKOe+Ne/DMN+uLOvHNNquLuO2KF89HtyqLeO6MOK+NPn39N+qKOC6N+e6 NvLHMPv78/PLNK6aLrmfL7GQdeu2LOG2O86ub9OzXNCwM9ChMueyLCH5BAAAAAAALAAAAAAqAToA AAj/AHkJzGXsgMEmQcCwWciGEgw7FEicUDJiSyAhDhxYstTCho0OOvgIAuHHjaCRBAiAcMPnDgEO KSusS3YgQq4JOHOKqUDB5oQINSMAFRrBQJBYMEiQUAKgopA1Dq5YKWQFSREsWubM0QEChCAfJUq0 +tKmgTUTk+DUCQrUQCxKbD5RmNur14kUIy7MgqrJyhAZNdJtMuJozx43BfK48JSIBzUPYsCUApPB ggQ2dUJJkGBhBBJ9KBiIBsYAmIAkKoIB2bFDgREjNkp4ILTKgG0Dq+yQAOBAxjdu9RigSEA8AQoU vSK4CqIIQD1uKPpRsB1iSzlu2FmUY6E9G3fv2bRp/wvPQvwA8dcGrPj27dq1b+tXnJsPjh24bWgW XeiFqIkBVxAA0AgN6dTARA43cFBCCgLxQpA0Bq0SRChxLUSJHTBEdMIIFQVyiEYbdfSRDq34AUIU rbQiyB0mgsDKJHdwUMWM1KzThCI55RiBGAT4ctNPbBFV1FFJLaXEFls8FdVUhRRxVVZz8OGVIzyE 1UofZUEhiSMZEKIIUQesEgsbGc5FQQYkSEDRBYFY4kBfQ7wQ2BlY+GEYI4DkAYQ1O5QgEynriBFK BhIsgEgdbGxmwSz+OBOaaKMJEAM/hqxmCBRGaDFJBaTUZtsB/1FwQiCnsKMNN8YVl0A9lXwSAQSn EP9ShijzeDPDLkI2Nw434mjHHQvgASueeOGdN6w2A7j3HnzwySdfOuDUh4YV+/VnFARKDHhODTkg yAEcDDpIUAQQrkKILqgw9FCGEo0AwAVCYBSiiB04MhJJrYhkUhRuMKLDHXDQ6MEYBtSU4wS5SLNB HK7cJORQQoHqCiIwQDBRU0lCJRVVVmFlhCclCkJlBiXwgWUDUHjCAypBRGBMxEFgCEOZFEBglwUp 6MVXIYUEVsMZc+CxByamZJFHDpyYAIdM64yxSqISwFAHZZuNUEQ6CZAGaWlJ/BFMpa2lAdsdqJTi KagGIILtGoWco02qxaHgzieKQGCOMK+akwA6EkT/ULcSIUQQwjnZbfcdsOWFN6yxiyu7wjXxnSPf OeB0Ux9+hey3yyoHJIOttjXokUaC4DrIC04FhUkIhQzZgaGoFI1wEVQOFNFCR1vx0WIUrIiUIu83 dMADHlVU8FgpBkRwME4HkBGHAQ5DLKTEsWhIEQCzv7mIFVZogoXHIAvihiM+ZEDAWNagPMcdbCQz vSuUmJlBL3NJQIIFFHn4pl/+CPZDB5gYGhXyEAAjJEIOcKAGKQZWhwVIIAN2eEYo0rQoTehDa5Ay DWqCsYPVYMoIOijBG2hzG9zoZgtX8E05jDMc47hDF8ZQxDC4sQtFQGMe9biHARRxAnPUwwE7JIY3 /7bjHV9lgzyKO5Y22hGOJSrrPZGbHOXYgQYqZo4Eu/BPEGBwgmGIAhwG8lbpJuAfMK2CFhQKBYUu VLGl5OUiGQmRR0BiL5KwJEWtcEMUGCGJDgCseB5YB+eU96OcHIAaElBE9MAEpjK4Ail2YYrs4rUk 7mmiCFp4TQdSJLI7mI8PX0gfFDpQAjAkjygGCEH8KNALCUDgTEq5S14+5AC/yKkGP3BEAJWRGAyI wAWOIIAHFvgMRBCKAmBooP1SMIsaOCqDXItBMPYBBCAoAFNa4AGnPFUwo4iKVKZCVarQUY8ZIEIo BqCFIspQDRR4QwITCMEvapWOOtiQG78qonfGc/8sxRnrPE+EInwkRznKXU4GQ7iABDZ3gDJw0Yvn SMeBElSBFNACFWYog1AKcsZQ6EKNbJBZJJ2iJI7QSwf3Kgke+dCvPnjCETGqwmNIcSPlLa8JVaBA Th42PQlBRCLXy1glreCkTBqhA3zIIw/iUAECgLIsaZBDBtZxyraE4BMkgID96NJKnM0yIzzzRw1e UCfDtCIMeUiENTgBsHWsY5iJygBmwJAmCaRAEzMwztaAAYwNVooTChCbDS4xzLNRZzeWcMIKVsjC 4njjGluwwykN0MN40CICPRyHN16winsaEXFHVOLizKONgEJxBZOLFju2Ia0hBIIEuuDcKnzRRVH/ bEOi3qqCBaQQBwmEAEcQagItFAIGCrmOlRt61+zmZYOtOKJFIMhXvtzghj58QRL/CliNStEEmxby J2IoQQgQFjGeAqUMdageUN8lVKl0DwktwMLHdMAIN/jhDnH4ZCgbgJYK1KGqEchNRJQiAfoRSiJ4 ucAh1gCnF6TjDFqw0x6KFgCkmYAATGuaGSRAgUNtmDOzQII8UKA10phmUjkAm2tAWIJ1EOI2oIrZ CVDoG3GqqjjzMEcgkjcBX+DCHopQxCl2hQ4glqER+AwWEfkp2vQg6xqldc/jUEtQ+qy2imgYghAk QAnOGYC2w3ACGh6cA0lw4AkW6MEspJDRiDWB/xRg0AUYimuH+AH1AhZ5iiVs1wItdKBeLXJD7/gg JVb0AR8mQCkBZAoGMRhsecZYRxzKgBPzmtEVP51IRdprSSfJdw430J0fLhEHOBCAEWRpgwl4YAYv NZISBLaAUjJgM850hk0fsoI/5AQ0oe3BFgEIAGN0QABUAGodlIGAGerwBkLZtZnQGc1oNriPDu4A U3PQZqcMWwcKKCEQVmDHNaCjKnQQB1UMwFsZTkCMeqQgAr6oxq64cQvl/GIcwCpHaEFbnmG1A1kA T5aymEXlbhhUWlXU8i26DCraQuMUYz6DtyogASnYoAUncIXLpPHmD8xZja8z0huFwNyPbDLQhP/+ HapF4IlJ+GHRZhhDEwz23QlIgxoZwNFPLK2IhmLaek3JXl+6Z7tPhzoKIMBvBe7AiCm0oQ3rY0MQ 2HKAIHziBFg/gf16gSYJnODWC4ZTDXCpgwBiYgmK8QQnHCEbOJNiUBkIRWY2I4ERaEIVei3xaVSQ 4moGFjbNIAMJP5WbAK3BCedgbAvPnQBueIMbdDsBDrmRHB/vypx1C0eSEcfP0C7u3wCHsnva0yzU phYcY25tIBbuZV+QYAtOkAGZzfwECdzBB1IAgC+A24RSkOINHwC5nZWQPyF8aM8d+bNIuhKFB/DB EY5YyQ1EIII5tAIEBEjgM4KyPDLCAQbKYyT/T8MUgkxTBElKcu8lW6DJG5SIAHfwE9PJIoJXlIAN rkZnt5WAPwucYNYU1BkjMAsfUggvgAa4VBh7oAxEkAc7YA0KcAlwsA6AQgowkAEwAAZjsACWsSj+ MAglVhonxg8pxhopowU6AAcfwE0xxkUXkEKqYGOq4njYkQAnMCvjsCu9MAEQMA/jkACQcAA29CvA sm+e52+NEw4BxR5URh/Sgh9osA00sGWUQAigEgKvdwqydwZMQHsSEAc8IAVScIMucwBiQAqAQmd2 tiGyswYbwRE9YAM6gFQm4gcoMgl1ZGht0Ed8gHRw4AE0IRQIkxO5sCO+JT2WhhvlZz2bpiS1/0R0 8eUJc8AI1wcCVVIBgoBqUyACpOQBLYNKWEh8KcB/m9ELscYhHqIJhTAEP1NWe8AIRpMGSYNhpDAG Y7AOCwABc1UZdmUJzhQaJdZXqVFt1yYHPOADcWBshpVK3jYMhRBON8Z42JGD/5CD2HEC8HYOCXAP zOEL/4BP+tZ5SSRa6BFlT8SEptcN9nE5VIQGU8h6V5iFW9iFHEAGJINfPpACEPAl0iALZ/gBb1Bc w6cEF3ABa3AIJmVyJGIiUYAiVKISV8JyjMAKUXAJFWBKgngTxrBTHiABZSANPLVzEdNQdWB+7sIm fLEImnBJWoAFc4BUlRh/mMgIfSACX9CJn/+ITnbAhkqQAl9XV5vRkzrTF3LyAlrga6YQAFlgAokw CcJUChQYChCwAGCAix3oGfqgV6OhQfzwNazRB1VABh6ACuuAPJ9iQohFA4kXjdKIHdwwb463Bl8S C72wChNQBkOWT52HhOQoeucYH1QWLQZFRfhBA2uwcLRgEFgIAKdAIFxIexlADRVQASWAgRoFIWLw j8imCxGBP7JzCKDZA3GofLvjBjxwBy7hBzrQBzdwA/UVBXdgBttHSJVGSE2QAQtQMEESfkKiiOxy MR2CEY/oJH3mCUjlBl3BAxkAB4JgaF+QaH+Ykw31CRzCIcRnAZahKF6VigaISx0gNJhABQH/4Euc IAhwIBm2yAYYODWVgTOz8ALPVBrAmASTogCG0BqvwAFvIAZNsAos6E0zZgUyMG7RiCoG6pbYcR3j UA4koEi5oAghQAzcMR7CkjiiBXrGYlrvcVpSFC3SQkUysAYW8AlTdwAhAAE0ViBdCAL2uAALQJlw AEGXaYaZ+XtgsAC9cAu3ZnyzEIc2gIfIyXyXEH8lQACZ2JqMwAhRYJ4YiRMOA5I/UQolIFkzJyQi CRSKYBSqxIgAkDF80T195meE1iKeVAF+4JySkBahoFEwAwF5sQUjkAIpgJ0daFd4QYC1JCe5JDS8 5IBHAAV+goaAkotssA5mgJ1xIAWagDUm/yaCwBADw2iCIJQBYNBdaNNN1aMEQuAE6XAqN2ZujYeg bnkd2KENukdbv5APCyos+mahSjQA/wZlpWWOAweYBgUtaBCFuRqiiGkQQRAgjQkOj1mPCxAWzcAD MJUBvyUNwXWGv+cBFNcMUtADkNCjcagD9uIHHNAVl1AlcAAHIOAIjNCarskKseklTpowj3ZIFjAG B1ClRHGlbUEkjIgkgbAGfHFJtvOSIWGH8Lc00nddjgAHbGAAO3cAdUACgbCw1vl12MkZcjpLfbFr uRRAZ5UHsngDcPAEpTAGb4ebc5YB+chM/pCVwBgpk7IP93lNmcIDC5CYNWEQuJEUvKGWjP9VHDIo qtxwHeUgDuUwDj6oqvi2HUS7l+QYq7K6hKdVZeCAq+2IBjLgACfwCTD7qwJCA9tgICbAogsAB5cw CXIAEj6wAL8FFLLQBJm5Dh+ACpQprRY3R5MgCCayrX6wVEuDB805rjfQB4wwCRngCjqXC4V4ABAS pSUgAcmAtrspkkJoFEgBdE6hMSrJZ3LICCz1cgSQARVwIqiWbXAQCgaLTrGgqUKwBRcQp3NKpzhz pwX4Ai8wB34QQKagBksJBBLoAR07BmaAgQpRcbhXBM6EQaSxd5Systi0KU5TMBHjFq8XbjEYjeZ2 oAk6qvhUvfj2WdlQDkx2LP+GoaI3q3//aXryoVrbsA1PG7W3QLUGUQYBMiDsUAOpsLWdgApwUAJ3 sAysIAc6kF8hUAaE+66ZuQEfQAZVUAJfKwdhi1QoAQKXMKSay5x8IAes6ZqTUAKgS0g3YRAG0wQe YAELkAz8GSTyGiaPRAkQsF4dQjtEh0l/tklIRwB+YmogoLd3UAG/tXMGAAMjsAZCEAhwOgI9iTN0 ihfc+QJnYAMSZguKIQJHgGFleYtnwgY3ins90AIlmzXShgKS8gcq60FiowWXgAqDp7xCgQiB4ASm wpY4K6qkqh0768ZEm2/gQSzbu0TocQ2xKnAb2iwDNZhogHrtKANXoATq21AwICCigIBM/7C1ZIAK mxF/zXAJgrAMPBA1gEu4ZysGAkzABHAJUYC/rLAMXcGtpTaZZ2pofcC35moGyRC4hThzNaEI6wAH FsDKIWyl04Mbj/Sb15M9tbR+c0SJyFkFd/Ci2zquFYwKGrdzq0ABGHGQgXC6qJu6EXsBlqCKuGQD 4Il2O3AESqNAtZgoC2AHmiEFfQa8zgAMJ8tXW+wF1fSnrxEbK8hNtxEBsZBC33CzM9h4oYqg5cCz vvLGoLUdFFrH4tG9ydIOfjlwkGOr0YJlVyYDgpwCVJs8qwAD2ZLIuGQCUSCWn5CjzdAMcWC/nVwC ZJsMBZPJpDDAT7CtJzLK3Bp/9XumfP+wt6pczGPgyqnTXRGwDhXQW2yQmTxtaUWxCpjWRpqWZ7TT F7bzEVGCnCnxrRVQBS7CCNq0prUZBCQQFQ6wBj5cnXIqxAl2zT2DBTrAp0YDBZzAB3+IhoZaKKFg Bj4QXz9wBnRQCSQmbafxB39QTWGTKZvSKTCWSjMDAGjsqeXWljrrK3Hcqvqmb3N8tABXWkj7ROtR evNxcLq6q4swAhUdAWXgC0oQZu/7A0YQBZ0wMGzgQCEt0mHxrQsQCs9AEwfgj5v8BF3AAbq92wyc EpcQwTeAD1/wBX3AChZpSoQ4AQehPGXw05sBBiA81OYVY4t4wsTXpfCiMZqwCBxhcoz/MLd+MpnU wAGsYNzUgAg6JxQhoARSkRE9LM2oi50JtgZW4LpmjQnFkJRL2Sc1IgbPAAZRTBlSgAV1vQnpHBrA qEF/8AiJkAjXJjbrMxuGtUUzdgWisFjeUKDntthvHMeMjURzHB7jCHrtkCy0OnDo6IROm6vbINFX 4Nn/VRSiHWZZ+wMmIAhk8AHSIAbrsNq9YAG3EAe9tTTUINuJW9toK8Af0Am43QUzUgUpwTvW1QZT MAVfcAPatA6U5qQ2978/QQ34tRk2IgYAJn7UDRF2cQIYI3RXAMwvyQjYBwIV8KLU8ARV0JBw0Grp fQCxMAKFoJJd7cPSHNbVfM27pgUK/6jEiUB9FQAZqyBBGUABFGIBLfADTLAJdCAAeU0aJEafj/AI LgAER5ADJoAFHQAHb+Cft1F4ox1uiH1jBtrPhQOOjO0r2tF5FppEjJMeCs1E57ihDl1QqNfiUCsD iwAJFEALyfNlXRR7aGDabtAJYFCGZ6gQraSjluGiyYTSM5fJG7ABavsBde7kHBAFCNAHVd4HCKCk F2mwXP6/RDEGBOADPmAZ7ioLuwkxjRsEW6oUkqTUXL2So7lJILCtGfABFWAGZPAEMeEBGlVpOcw2 f34FDrCwBckhc1rNh1DfPxBhQ4N2R3AEclAjTdB7bKBsiLAAA84E/EAHMaDOwlEaDP+w16Ae6ixr BNqWDLURJtUzKr2hCvpMHNHbeHDJArRuOEiPOPy2T+Rx0AHnlycOOc2S2R56Obsq0VYwAhTwBsnD 580uA+xg2qzwBB/wJRtnhm/g43T3QA8x2wbQ7U3g7R8wwFXAAZHwAAiQ9w/wACBQI+7+I8xqEOu0 Dk9gv3FgGa4AIVQHJjErISHQRkux5k9B8SupCT3QwiaSEhnwDE9ADRtABjLi9zZVFBDgAENAFVdg CcYXCLOA8XI61kgwBD+AxAuYBQFgAmxFDaXwrnWQIWokAT3wA3qgAjEgAHwlHCZ2Go+gAS7g4AqQ A0YwB4RFCImLG3VgMVuQWG6zQov/p9hsvLNE+88ffkSP7apOH6sKHWUK/esD1aGrdb4ykB8j0Atc XxRYOAxaiAZnYARjDxAfVhlQFCHCBGMHmtTR9alXLwsSJGSgYGdMsiYGDmyUJUbMhg+dulThULLk EzCrDkzIlQuhsYQHyoRYkCEDqgxxIrqKIE2aQaAbDyg6YGBVkFgwKJA4oQTAiC1ChDi4YkWTgyI2 bMxh5IcDCBAV1n2gNrbKEw91FE1gG2EViUJDChW66uDQoUCzpIxIYSHFiAuWkLzAYgNPMUZqMIg4 UgFVKQPJwMAwA4ZNCixM+KkQIAAYMAafPydJ4kKDCxc7FORI06GEhzG0CBGKBcHC/xZLTtipcpYg AQrfwRNw41apOHHj5biVY97ceTZtzLOVyzZd23Vt7bJru7Zd1bXv18Rf+/ZtxQpVK86dA5cOHBp2 aOSjkSGj0AUKbwxEOBDiBLQrZEDjByP46GKDIAhJZhVFCmJLGqPqYIOCXkiQSAIKYAjBlWQ0OqCj j0D6YMQPSBFjP5ZaaskgA4IIgQK/pEghAzMWkMCCEBACij+DhCqqjDpi+QQCppSAKqqpHNDEiiIs 0aoDPsAioIQKPPiAjHXIeAIlQg6awKAglBjCvrnqWuOQWUbgK4W/AkMCCSx0wGQPW/JI5AhJqiyl iWdCgYENRDLo4Qc9+InBM2BQ+P9MUQGSeEQDDFxIZId9cjBCDgKo8cADMMyAQIlZHLBCBlXKqUS4 4LgZjjhWl1vOOeZYKEfW6azLhgXoqsPuuna604678cb75hr0zluPvXPQeC8+Aesb4oJe3mgiAkVC IGGLU2io4YVLuxCIFlqCWGUgBxE6YBVaQnGoF4l6yRARVxRsYl6PxJi3iQMOUtElamfyxbYRpLhA ijSlsICNTzKww8ugfNyoxTrsgIGEIgHY4gKpqLKCyRa2ghIEAkJeQFMyPCCjAiynbSuCELYYcwi5 rLjCAbsCuWDNNgWD05E5l8jDmh34EEuMVcaAAYZQ2LCghTM2S8IzFFAITVHSNLD/WlJKLe3gjhLg qKCmFGaxpJAavlFOOHQSMG7VVpVbTla44Z4OV1y1yXXXXQfQTrxeuwt2vBXMU089cNjZhp336KNP Bieg1S9fVyAAkAY0uJXjQAOMCjeIBQkyqK0mggCDEgrdpYAiO2KJV8FkOmyQ4QbLcOVfUC3R5HZL ZtFd9y0soMCMhdn6kj+Hi3LRDgqIbAqqQIRYQ2NNiuh4jg4c8QPkEqjRXvsKUB4DxS8VsUOIxWko ZOOrck8TZzeR0OKOPZQJIwBJdiCggjGaIGQMO9gAgwIpYEEPKuCMAKSWqKgBIwk4sFqkgOCFSpmg AzpwxB0s6IMeWMIf/jhHOXoj/xxVhbBVxGHB22ZFHbrp6lYssNt1WIidAfBKb9wB1gD+JqzzqOcc 3UAc4tCwDcU5KxC9QIRGIhA5AFyBBjI4w6WqsIGHGSVBQeBcGTzXlnPV4Q12+AQFKEQRGNgBEXUY wxjq4Ao0lsFFE5JACghWBCT4Yy5I0IQlcoem3ClhAWBYy/CK97AgRGwpJ2iKxZr3vCvgrgcea8X1 OECAkVGjCgSoQhWo8T2GGYACV5CPDGB2PqucaQs4S0H7pHCYxLhABFCAgwf2RIgQwAAMoZBAD84w wEP9JmoJVCADI5WIBxpiH2nwBPV0cEwbYMEfZ9CHPj4IHN+kbYQkJOEJU0irW//dShsvvNt1Ypgd G9JwPH0TFrFyqMNuFA6IQGwW44aIiFWACQIAOIUoKmeEDjwxc1E8imyouIoyNEh4/FkFISzTRS96 EWmh8AAqUPEnM8ChGT6QQguwAMc3vQl9lriLHTkKADP08UsPK0oUkeKLQSrBSFs4pJKi1zEtcKUV UaDkHcxADThMkgAcoAYpUMQiEgxhPp50wvmusob1samUDoCTYUZRJ04o4AZVmpcrwCBGM2BGMzE4 lKK8GpoFNtAFQAimIaBgAhHgwxPF/MEPmEkHZwjgN6gaDtumGatYVSeFusLbrqCDnWABq5zkMU95 jAUO9hxuqPXxpBCipZIIlGH/no0QhQwIc4MnuqIMVsxcGQBKRXCJi1xemkBRCPGGg04oQ2ZAxQK+ loEFSNQHs8VgD3rQghZYoghNQpPuPGoJC5SBLcboSUmFIsUQkI4phWSp82j2Uo/poBVuAEEVbEqN kIGsCqgghUhlogQapCMd9PmkUS0hhFmwyS8XgGOcehYAEexgGWKpqh3AAIYMSIFQKjhUohAYml5e jRNH8EKBdwAFBIvABAtOAxPoQAd9yBUYc/XNqaZJnFm9ilYn1BV17vbXv24nO34bMXjIiUPzHIs9 42XW4upDAyGQYBfxjOxknYCGGmABsxuAQSxCsNmBHOUooCWEuKxYEIada39v/0gawszwiQW4Nso2 gQMcpFzlODRjolLgsowCdojc+YJh0iCpRjSX3JQqYQvNfR5WWrDICTJiuneYUkQFATIOiMUAAz2A K7aABvHK5wUy8IdcrnIINVlgvYJpgSOKgYkwZIExmSrFuZ7hY6UxbTNdTQACPyMAHDDQBZz4wg3S sA9DKAAK1jiCNawhggbrgQ5cRRQ0K6w2VhnHVctBhqxQyOEWhriFu/pVr4wtHsGKZ1jDOuc5dPge IHaSsUNwAAngma8ywAAAjXCCDHLcAQ5s4Gtm8IXqgDwuzlFxiuMiSLl6YgD9jYHJbIBBlO0d2yh3 r8ol4HccstyMOJRgIuy6hf8USLDnBykkI/iSYiyQVyQ1s9kBlsDtk3TABzdEAQR3yEAF/MCKKJSE GqsQ3kh94QBAz4c+L4iZXdKkaDcKRgt+GMUDsoABKIgADtTAVzLqEII3LCCAhaK1V/0b4NPs4AEc uMQccr7qVrcB1mnYRAziCjVbW/jCzsCwc+QWHbAL+6/a6VV2jj2e8PwtcOdJ8XraA0RmMVYGNFjD LWacLwPAQAnc9jYWwL0Bakh5ATDwhWY5Oy7Erxvxr8Oi/kiBWoQlrCY2ycC+LcgDzGN+tv62yb15 4hJjkHkj9ypyCB6+PABcICpnOsSbbTBBPmDcD5fgNwFYwYjqVgEMpP2SASD/UAjxircGAkJDzDSB phHA3E2GKYYpAhBVRrQSX6twRQjAUMsfbBpqCFRUgDGggR2w4glk6MIlOsCYVq8yDbg8lGeEc6q1 tQ3Dr2oO3Mox7G7ijezcOfsN/1bYwUEWxQoixqKBaru7CDAAX9i7bvs2ENiAm3qtrwmjEAiCzcoc xEO3f2I3B+mRcykFyGutmoCDyisBArgEQZiEzJsof0uBOJgIe2MDhBsphWuCgqIF06MQQlqpC2ie Q7CtHjim2JspP7gDOLgDQWAEBLifCphBoAgT+Qg++dgWT7KKQxglRbOAC2iBItCBPSgGKoCvI1gG niuKZHAFCbEALWACXJKr/07bJaT7Pk4wAR6oAFLYgC7wA3xoA2togzTIAT2gtc6YsODQuhHiuq6T DryyjmDrK2LjlWs4sRv6DsFpuxWLth9yMRowQLuDrAPQNm6jHCyYg3AzA1M0g6/5msFjA9URl8zB QA1chQXpkP04iOJqglKQN11oLcqrspC5hJApAX8bxguBwQUIAX0JPaGYF0KghSChEIpRKai4AGrs Mh2YhOmKgksAAX77OAQQvwrYvbYwhgkQHyGAGZV7gZUbAiuwiwtIAYmwACmgOB54tFpYDCjwADF4 mGQIJKHLDFmLgUo4lU7rNO/DAAxIhGHSghLYAFnAQzfAByhQAD0IxPbzr/9CFKELUw7msBtaYaFu GjsRw45fiUT/+z9zGhzE6oZkYadOWqK5u4JboATIUoQFDEU0GEUO+IBTpAZTFLwFYANWrMALhEUh y8DM6UD+sEFSAINddK0q85pKmqQqYxd2gYNegK3YMoMyiADQEz16IQRS0AXSqRASkMZqlAIfmAQ+ EISMA4uuAQE3UEIQIANqmMGfSEAIWIO4gBmWYznjc8eIIIG/wC0CGAX5SYQvWAYfMQpCQATsY4Jj oINBGMhKIMQEWCBf+iUIYoI54AEzEANZkIUukIP146/OMCDMDCG7YhWOzKtawaYX0r9HbIcY8htk Q0llyyFnO4d0SKdMdLH/ArwCJdgFQsiXCPCFE8DJH+gAEPiAkTlF6XQoh2KDUAiFVuSsV8zAcekc JPMjXAzB7uke7dmSCngCx4Ayews8aggF4RousGyCj3gDD/iEdSGBWzASNvEBHnCES/ADjXskOCAA N2CFB3iAVnoGtsiFnjAIVxgBJZkLCYWZe7AKlxsBCbAQC4CEFpACTMAEBAgDqXsCMuMPx2SDOOgB I5BMOoiHyrTMBPCMzXQgQ0g1YpqDO/gAWZAGMagALai6QcTMuqqrjaS/uaEO6riO/BvJb9obSQyW YSGWZeNNwjEcl3yxuaMBK1ACSgiCAzCGajmBYXACykEC5/wAVVwA6WyA/zAgAjd9Uzftgw0JglfM HBvMQBtMSlskHjEghXVoKO0hA0HdEjJwUzJgA11wU4eqAGoAA4TjglroBGm4l48YkdZiFwUIAwW4 BS27A5ABCw6oggqAA298ABDgrgNoiQnwiQnQpEBos0VYEiu4B5qhGWGwGXiUiBSAhB64A0zQgSko gBuQhA3oCTKohSlYhWdYAB/QAixIhTOYgRlwUcushEaZUWCqUVVTNU9wjWcIPTHohR+w1kQBIbVJ gHpAgXoYIbxC0g7rMEccSdssu0m8IcMSHLdjj/iQNizV0uKkBeT0j8kZEBu4BJ4MPHszRSLABoZt 2IadAuv0MQvcJzs1Cv94u9gDqAVs6IIvITOP+FMSCVmGFVQPYFgP4J5GFa4l2FifULgQ+YAn6AI4 aABsoAIta4aQ2alKqoAqAIEoeAAEiAI7TNWvdNBbEILmEQJhcABheJ5gwIYsEAJqxFB2aaML6IEK 4IA+4IQ2WAY5yBdj6AJsqIVVwC8pmAYscKt+kNYZGITK7IwZlRQv0FYFcDVX8wQdyACeMAYxuAUk EAAGAA6CVJUEuAdIEIZ4WJXX7MhaSdJh66tf4RVx8r8VUDbyICxjIRx9JcAXW6JFGIFPAFgHvZZT GBMksIEo4MmbuqkoQ4VLyLgoAISaZYVlYAUCQIVPEEo72BDOKrOMKAr/A9DYKkDOVVUIj7jDDQCJ DWDYKyGDB2AFLeFZAoADMwgCje0EmGhZWZBPEXkCmqWCS9hGne2CJ9CerzjQSKiCMSDajj2IA6AA wKBG+ZVaYUgFqFWTFLiF05GAWxiBHmgGxJyCKeCAByAAaSCuJmCGJyAEFO2BaZiGe0CCfpjgaXXb SggrhExIIBAmBVCAVnO1NsCHNPiBFrCAvV2FXrgHgrQwFIAEafiST1CF4XjN6fAwJG2hXwmxYuM/ vqnX8ECPy6VS9iicodLETSwE0KWFWgwCyVEiGUCCOTBY6WQt1qpOMFjYKXiDN9AFLq4AVmgAVohY VxCXKngALugCoRAD/2YIA2zgAg7YCCTriUn9AC5AgE5YXmwQEaDl2SqAg0e6n4XtBFWVBWbggkjo gocECVDABlCIhCmgAi5Q4PLlWRDgAiqgAgRYB6KVhjuWBmZAgAo4gVvogRzYgVQQhhGABEjAgh3A hgB4hR7QX4e4gaiSBGoYBWZgBkeOgk6IBAQwhiYg3zFYgGaYhFdQABfwgmN4gRdY23hwhxjA4F8C gn3YBw9eNVYTAVhjQ33wByWoA3Ksg2+wNRSwB2lQhICaACVwTa9rDlupG7zxlRITp7QjFvFIj900 LJVMrExspyw1nyRGESZOom57AdQlA9g6RQ8wg4X2ADbwACyWN3nrg/9MaFg1uARdCAUCUAOHVYMP 8GSHxQYPycuD4AKHXWRsCBGG7YJf3CkQuAQ25gCvjISQroXR3ACTrgWOZlhAOAuSeADZtegN4IVc 6ARsQACUloNbcIGQ3gGVygKHPQIK+AQe2GmGJYJiGIVR0NgvCOoJENta0AWJ2oGKblgMuAcKjocY +ANIQcixEqZUw2ZraAA/bDD+srpqUAImZgFyJgFFgIZ/UIIjOodE9LXGBTEd3g6yi0RVSDa0I5bv CBwpXTvNBQci5tx/bpzQRRHJoqeCPuiuSWhT9ACGui8s1mJa4ABsAIQo0AWKhgUCYIOVnQJOodkl iIBgZuNIxhcfkQb/1YYFZvhqWGDY0RQDhn2CKogCmspZNn6AZFhe4M6FDdDYBxhNk2bkTmAGKsAG IhCJSJBdIogEMkAAbICFFzZqjhbgZhABqJ2GW3gFjoaEW5CDI4BaOWgGSliAim4ASJgEje1uBNBY NYAFBECArx5bVCgBScCGd9gBYQiGAMAGDWjmfpi1R8ngbE21uo26V0uD9RNEYPCGaviGVPGNX2iE cqiHGhiIU2CVBEAGVrGb+2vceL0OvuHhYEkPZgMPtqPs9XAPy46PbWinJdpEJ2gcClBiFrExy7IB QSADEqQ8NTWDULivdThtLV7ZKNDiN5gCbGgAXSgAbJiCXQADDwAB/w4YiAjQ2C7wCdHbCGnQ2Egg x1xgBoZVRuZ9gkcK3/BlYwQAgy5AgEjIBaIm71+WBZMGhNHsCI6OhE54AGxQg04QgwnghUVGAF4w amwIN5jlggZ4hYfoBTGXg4eQA+7+hF3YBdu+hVuogA3gaFCw5PKWhZYIW+5egBJY2CM43PplcLSu 8D+48CyQ22ru4CM4gjZIdj9kQxBHoBKvBG9YVxS4B5kQheF4gVtoiAuIB3Fw1yS9v3gtuxKzV3ue 7GYbYsuWjyGXu00cgiPHDyVv1U8JRYN+cmoYz4Q1RTC48jHn8ooWYAHebiLQBfLGhkwogCmAgzeo gzqw3o3N3pb1Cf/ihgm2YNhaZ9iPIL/kXoZlkN0+cAxSIINPBoXh/mVjIG8uIDNpkIVF5oIPWGRQ kAZC5wU7p4KijvSbHpEniIQ+aAAxxwY5sM9l4G5ESHUxN4FbeKKtxoYlYAaaBQWWKC07JwKJqmgb gIQLEAZhiHB+aGY6YOsMfmtr9uCoE4EOr0gQt7VzZU1vqIRPmABf0IbCpYWBooBSOaFtErZ4VQW9 Mckcr9xi4XF8RayWxER230QacPchogUas0kAGFMaqPcn+NOFRtgFQAWhDAUsfrw3uGo4JYIGeANE iIICKOsx52JEWFgCIIgDdnNpuHOYIEeGTZE7P4A+JT8OiN0xJwD/EGDj1a4F6uYFXjD02JcGk+YC RD9q4Rd+o14CXgDrj3hIZthpItBpbFiGVB96Iij6T2DjV4CD5I0EjQXfSydH/qgC7pYohlVlrRcG qP6DfjiGY3iERwj7DR57KEB2fOjDWAMIFTEECEgALAFChJUScGuI8JYxRcTmzaA1oYwvXxEUAeBW LtvHbNpEitRm8mQ7be2uXdPGUhXLaytkfluxoubNFefOgePJbhuaoDKGyqBh9KgTIb1oGZA24YAv JcOc0PDXQtCTZ+u2eujqAZUZVGyIYJsy5s0YNdhQgQGjaxeYN4je0NUFZwo2bCVQfSK7LFSIZAYU STNmTK0sw8Zk/+U1HCHvhAnGpDUR84FMGGwIOFDBtoTDkw94ERjj9QAbF165eBkDhS1SrkjYQPGq zUs2KGnMsNWSJWaDLECoN2z4QDbSG1pRsBHZ9alXgbLElU0hS6UTAs2TDxzggC1MiWZqp0ESZj4P tmMvjvF75AID/ERA9u1TYO2INREi2pgwwURPDAMRdJBCDFXikDu3bKTEONwoWAYx5rATywQwXFPO SCWNdBKHHF6z0koxXfONTDbNhNM5Ou0EDjg/CUVUUUfRkNRSqxzwVFTDnELDC1dl9cwYY2y1Tlse hBIKWVOEEldnU9AFBl4N6KIWAbvoogtZcizwSWZyULAADHasI/+YNLZoJtkE2WEjDZt5HRBBZBNE IM0BtWDzgHGaPUFGJ0vM9gYhXGADiDS55CINLNjIwgtjsJQmp52RyLJbb7+JkZcsmcqiViSkkBIJ PUR8IsEtbTC3AXUIZPKaLNmRxp0BIHzXjA/RJVKeMMFgk8c9/bDnhQvBugCEIQooAIV9bSgrgglp /BcgQQklcCC13DDQjy4RAZDPOP1YBAG33FgQgS/wfKQNhhtymBK7KoX44UsjlviNKjnZtBNP6WzD DhpADUVDjEYNIYoTa/RSxyoRKBzLCTo6IUMLPHRRyjNABnkxkeskqUsodq06RRQNYJMJHLqIDEgf y4isxiefLBD/XRYNSJBBBmDa4coTiXLRhZprUpZXE6sMpsgEuUxgJzOyuAYIF5F0hk0BkVQg8qCR MGPdahMIqsYDrJAFyAHGUKppcJ5FgoCdw23gHTZU9HHJJcIBssQSiVIhSy6uwrrKcmHwIMUr72CD QTAuCP7Iesf88UgiwSbihQI5HGtNfm3k56weetARbUHTMuQMNwjZYxFH44zjDSSKlCEKNywgk8IE IZzDArobZqNhSijB65KINJlYYr0p4ttii9vAWFSMQ8xIgwO9vGGjnCE0fEohEPNQRSkUW3zxxUmC 0bEul5CVFxEEXMkGFauSz4PLFCyTmRoWSBCHBDNTYEYJamED/4tsa2aa11bGUApClEEREfBTJyYg i7R9R1CzqYLIqDC+2SRmO1xIVF6WUIExNKELvGmCLEDYBf15xjWv+Q0V1NKArvUhM3l5Bygq6Kom GGAVY5ADNrLggx4IIxVZyMuuHtGrXzUuEYnYgbGQBQUotGE/1mjWfwRCkM4VCHQJKkwZoJEPFrCg Er2YgC+2WA53fDGMJOkQGlWiEpasUUQ5kQlMTCQ8cKSDRfzyF1FkNAQnEMwBJHjejSIgPWhc4WFF uB4hnqG9INWBkY58w/d0wQa+sCIDn2ADGy7ZMh5oqRcL6AUFegGBDPSifhY4ZRzkVzMYLAAOz2jC AZogSxAWh/8MZECFB9YxBgIa0FATkEYX2NSED3DgMk94QgWqcAlWrIMQB2CTYqSxgU7IkhZyecYz pRFC38iCDF2YpS1/84EPdKILHIjEAxCAAC6AAgEbiOZkDJAMQhBCFxloxiR6MI0i3KOffzjDCwJ6 DMUxzgWJ4ISx0rBE/eyniWlIgx5UsLmFFKQSFjVQAiBhDDnBgAUJKEc5vKUIJXiEBf0ghCIgYBIN pVGNKhnASnj3khPNawX1uteKwLENoAQFDciTEQ0K4QQn+BGQcHIFBLbQiOodkgMU017FxtBIqdah kWhpCyYXoNUvUYCrW/0kKevXCxKQoH6mRKX8ZqZVO4RAkaX/2Mo4yfCEKlSgArhcRx0EAydDGW07 lRknKp6AClySApbPNEYENqoYY8TSms5k0zZnWRkxiHOcT+gCMzhwTmYwoxMV3M4BVkGLEDQSfz6Q Qg/ugYSABrQfru0HHVTwCPcY9AhQSIMJoMDQ/eADigCKwbQEsBCLWhSklfgFCcqgsF0UoR3ceMFg oDEOFnBDGAdQBDRo11KXsqsl7YBp70pkopveS0X86pdPfRqwqhBMqEQ9ASKgNwGkbuEUhuQBAaAa 1YpVtZF1wGtbvhcKviyAlDQbZVdBSbNSmtWUEjjBWS1wCwvQb2Y0WwA1zEANalSAGsesQheqAAdq kAEMu0yG/wEj48vEGqAynloHoIQmjcQiFrGSUeycgmaAbNJplr4hTlz3dNlOdOIDwDFGLhBLJ0KE gg1gqAMiFtAMKdigCC+owQte+9oZ0GFx7zGoAkxgBElIwgT6aQM+epsDJgjEGcId7rQqAVKQjsMc vwCAKyagCCdwYwiDaYRHyDhfUZxxu9qAqUtiKiKYsCQn5C3vHF0EI6DycahOuMIt4vumiyS1EVaQ gSYmQYCKbS9Iz/CvVMGwDkSAARGICIUdJkmzU6Z1ZmTNQIMpTGtak8ACZZUAKuMg7GGXoARwgEMF 5HrMEFfgCR74QHIEk2IVI/YALV6FGAghhlXQ8E023mhi4/904wi8icZ0CuEGSDFOctqyyB9IDGsM E9o6wIACbEBLKDJwWhsgoR8z+DfAZ6CPLv/BBRrAAJhN8IobeEISDU0z5uggoIUohBtydgZI5QFS FsDjBBCAhzNekDAlMMQeBogAuLSrIZZyt40xYfRMTCRznOC0Gzw5HqX3OFRMaxpOZYAAABrhhCEg wQej3p4uL+bf/4agLUc6UqxdFp4U+CAFKTjlg80qP1qn8uqnPAHWgW0Bqkuh7Gb3wR0yQI2uxNWW bH8DKQghbTiJW2GwCtq2d7xpcCtM3OC2tgF2fG5ZEKfwhZdFYZJsAEKMgZUZMEMoSntPKVgZ4PGY QTwyH4//ANEW4ZyAgifkIIcbmLmJvcUctKLluWrNOeMsGAcuPqIKO0xgFZCAhEVCIArt2g6NuXNp S9xYr2/UhLyqoPk5usGOnvBr0kYRxYws7YRFKGEXQbjRBAwA9DWcguhSIAD3hhRAqQYJEUT6Hhjs AGs72IGVtzjtLMo+Ail4fde7joPV7b9rsvfABv63QQ9IQRw8XiiMAWXVkhmAwQeMASnQAgENBt3F icLYXYvpGHf0nbj5XQSsAiKwXyyAQQgwoKeMYCmIQRMEQR3EWoGtYAFakxlkQBxIARLUQDwMwiBo ng0OQgx4WbAUwBGIwCsIAh90gCfw1umxWQw4w0KgQIEc/0hDtN6c1Q66BALRhFsW5UNL/Z4WussA 9A7M0Rx57YRO2FFPwYjy0MDA6JwTFMIVVJ+NwIkB+AIA6EghFIIUgID45aGqvUEIZAz6Qd36sQEF 6JsUHEILtMAsJGLZVV3+2V8qMWL+XR3V8V//aYEW2IAASoAZ2EEygJAsfEBXqNpWvEEd8NK0RcZG SYbdWZvQCM3JRWAGGsMqUAIFkMAJjAAAAMAJkBUJZMAo4VoJXNgCoEIBrgLjecAClMAsIIEq2GAl 5GAluEOA8OARiYAn8MElOAIj3ECapZkJ/IAebEISqt5CWJzFlYNHQGE5yEPthIMSFJAi+AI0mEQ7 qIJL0f+jGrWLSyRaeF3D8MmcHEVaT6lXwAyMew1VIVDfLgjNRsWjVFxBHdrAJeRhLoliW5zfH9pB +qUf+wmivvWAJRRBEVgCIrZADwRg2Vld/Uli1fnAaZ2W2ZndSfbfSUqBD1hABsBACJTgBnSFAaYb tCWH0CgC0WRgZMDJKrLiKriiIpSbwjDWKrwBLd7CCMzCFoyASvqAsOFkBojFk3EbIdQBGLCBBFzA CzRjOVSCEiqhDsbAbBkRJ7TBDcgB3LSCDtwAN/aBJ3gCOEqcADhDExaXnKkjSKFLSpQDC4gCNEDD L2yRNqgCiHxIPq4Ru3ShTPUjQN5UiqhIi7zIv5zhwFgTmnstwgjsAiGcnJzkSCHZ4SUEBAA7 ------=_NextPart_000_0944_01CB26AD.89BA0B60 Content-Type: application/octet-stream Content-Transfer-Encoding: base64 Content-Location: http://pt000123.unica.com/ntpagetag.gif?js=0&site=dica33 R0lGODlhAQABALMNAAAAAIAAAACAAICAAAAAgIAAgACAgICAgMDAwP8AAAD/AP//AAAA//8A/wD/ /////yH5BAEAAA0ALAAAAAABAAEAQAQCsEUAOw== ------=_NextPart_000_0944_01CB26AD.89BA0B60 Content-Type: application/octet-stream Content-Transfer-Encoding: base64 Content-Location: http://a.analytics.yahoo.com/p.pl?a=10001331291362&js=no R0lGODlhAQABAIAAAP///////yH5BAQUAP8ALAAAAAABAAEAAAICRAEAOw== ------=_NextPart_000_0944_01CB26AD.89BA0B60 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.dica33.it/cm/img/search-btn.gif R0lGODlhCgASALMAAO71+oi23xFsv2ah1qrL6DOByN3q9szg8ZnA40SMzP///wBiugAAAAAAAAAA AAAAACH5BAAAAAAALAAAAAAKABIAAAQyMCBFK01r2rtW2ArWDZs4WuYIcF1brKkLxC1Bd8f90Vqs ha0MqiM4lBZFUCIJIhhAlAgAOw== ------=_NextPart_000_0944_01CB26AD.89BA0B60 Content-Type: text/css; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.dica33.it/cm/css/global.css * { FONT-SIZE: 100.01% } HTML { FONT-SIZE: 64% } BODY { MARGIN: 0px; FONT: 1em Helvetica, Arial, sans-serif; BACKGROUND: = url(/cm/img/body-bg.gif) #fff repeat-x; HEIGHT: 100%; COLOR: #000 } IMG { BORDER-BOTTOM-STYLE: none; BORDER-RIGHT-STYLE: none; BORDER-TOP-STYLE: = none; BORDER-LEFT-STYLE: none } A { COLOR: #444; TEXT-DECORATION: none } A:hover { TEXT-DECORATION: underline } A.clicca { TEXT-DECORATION: underline } A.clicca:hover { TEXT-DECORATION: none } INPUT { BORDER-BOTTOM: #d3d4d5 1px solid; BORDER-LEFT: #d3d4d5 1px solid; FONT: = 90% helvetica, arial, sans-serif; VERTICAL-ALIGN: middle; BORDER-TOP: = #d3d4d5 1px solid; BORDER-RIGHT: #d3d4d5 1px solid } TEXTAREA { BORDER-BOTTOM: #d3d4d5 1px solid; BORDER-LEFT: #d3d4d5 1px solid; FONT: = 90% helvetica, arial, sans-serif; VERTICAL-ALIGN: middle; BORDER-TOP: = #d3d4d5 1px solid; BORDER-RIGHT: #d3d4d5 1px solid } SELECT { BORDER-BOTTOM: #d3d4d5 1px solid; BORDER-LEFT: #d3d4d5 1px solid; FONT: = 90% helvetica, arial, sans-serif; VERTICAL-ALIGN: middle; BORDER-TOP: = #d3d4d5 1px solid; BORDER-RIGHT: #d3d4d5 1px solid } FORM { BORDER-BOTTOM-STYLE: none; PADDING-BOTTOM: 0px; BORDER-RIGHT-STYLE: = none; MARGIN: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; = BORDER-TOP-STYLE: none; BORDER-LEFT-STYLE: none; PADDING-TOP: 0px } FIELDSET { BORDER-BOTTOM-STYLE: none; PADDING-BOTTOM: 0px; BORDER-RIGHT-STYLE: = none; MARGIN: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; = BORDER-TOP-STYLE: none; BORDER-LEFT-STYLE: none; PADDING-TOP: 0px } #page { MARGIN: 0px auto; WIDTH: 997px; PADDING-TOP: 3px } .top-banner { TEXT-ALIGN: center; PADDING-BOTTOM: 0px; MARGIN: 0px auto; = PADDING-LEFT: 6px; WIDTH: 728px; PADDING-RIGHT: 6px; DISPLAY: block; = PADDING-TOP: 0px } .top-banner IMG { DISPLAY: block } #header { PADDING-BOTTOM: 0px; PADDING-LEFT: 6px; WIDTH: 978px; PADDING-RIGHT: = 6px; BACKGROUND: url(/cm/img/header-bg.png) no-repeat; HEIGHT: 131px; = PADDING-TOP: 21px } .header { POSITION: relative; PADDING-BOTTOM: 0px; PADDING-LEFT: 21px; WIDTH: = 942px; PADDING-RIGHT: 22px; BACKGROUND: url(/cm/img/header-bg.jpg) = no-repeat; HEIGHT: 131px; PADDING-TOP: 0px } .left-part { PADDING-BOTTOM: 0px; PADDING-LEFT: 0px; WIDTH: 307px; PADDING-RIGHT: = 0px; FLOAT: left; PADDING-TOP: 38px } .right-part { PADDING-BOTTOM: 0px; PADDING-LEFT: 0px; WIDTH: 301px; PADDING-RIGHT: = 0px; FLOAT: right; PADDING-TOP: 12px } .left-part H1 { TEXT-INDENT: -9999em; MARGIN: 0px; WIDTH: 211px; BACKGROUND: = url(/cm/img/logo.gif) no-repeat; HEIGHT: 62px; OVERFLOW: hidden } .left-part H1 A { DISPLAY: block; HEIGHT: 100% } .navigation { PADDING-BOTTOM: 0px; LIST-STYLE-TYPE: none; MARGIN: 0px; PADDING-LEFT: = 0px; WIDTH: 100%; PADDING-RIGHT: 0px; OVERFLOW: hidden; PADDING-TOP: 0px } .navigation LI { LINE-HEIGHT: 30px; FLOAT: left; MARGIN-RIGHT: 16px } .navigation LI A { COLOR: #fff; FONT-SIZE: 12px; TEXT-DECORATION: none } .navigation LI A:hover { COLOR: #a3c6e6 } .right-part .navigation LI.salute { MARGIN: 0px; PADDING-RIGHT: 1px; FLOAT: right } .right-part .navigation LI.salute A { COLOR: #a3c6e6 } .resize { WIDTH: 100%; HEIGHT: 13px; OVERFLOW: hidden } .resize UL { PADDING-BOTTOM: 0px; LIST-STYLE-TYPE: none; MARGIN: 0px; PADDING-LEFT: = 0px; PADDING-RIGHT: 0px; FLOAT: right; OVERFLOW: hidden; PADDING-TOP: = 0px } .resize UL LI { PADDING-BOTTOM: 0px; LINE-HEIGHT: 11px; MARGIN: 0px 1px 0px -1px; = PADDING-LEFT: 7px; PADDING-RIGHT: 7px; BACKGROUND: = url(/cm/img/resize-separator.gif) no-repeat 0px 0px; FLOAT: left; = FONT-SIZE: 11px; PADDING-TOP: 0px } .resize UL LI A { LINE-HEIGHT: 11px; COLOR: #666; FONT-SIZE: 11px; TEXT-DECORATION: none } .resize UL LI A#font-min { FONT-SIZE: 10px } .resize UL LI A#font-normal { FONT-SIZE: 12px } .resize UL LI A#font-max { FONT-SIZE: 14px } .search-form { PADDING-BOTTOM: 15px; PADDING-LEFT: 0px; WIDTH: 100%; PADDING-RIGHT: = 0px; OVERFLOW: hidden; PADDING-TOP: 32px } .search-form LABEL { FLOAT: left; COLOR: #0062ba; FONT-SIZE: 24px; FONT-WEIGHT: normal } .search-form INPUT { BORDER-BOTTOM: #999 1px solid; BORDER-LEFT: #999 1px solid; = PADDING-BOTTOM: 1px; MARGIN: 4px 9px 0px 13px; PADDING-LEFT: 9px; WIDTH: = 190px; PADDING-RIGHT: 0px; FLOAT: left; BORDER-TOP: #999 1px solid; = BORDER-RIGHT: #999 1px solid; PADDING-TOP: 1px } .search-form INPUT.btn { BORDER-BOTTOM-STYLE: none; PADDING-BOTTOM: 0px; BORDER-RIGHT-STYLE: = none; MARGIN: 4px 0px 0px; PADDING-LEFT: 0px; WIDTH: auto; = PADDING-RIGHT: 0px; BORDER-TOP-STYLE: none; BORDER-LEFT-STYLE: none; = PADDING-TOP: 0px } .main-holder { PADDING-BOTTOM: 0px; PADDING-LEFT: 6px; WIDTH: 978px; PADDING-RIGHT: = 6px; BACKGROUND: url(/cm/img/container-bg.png) repeat-y; PADDING-TOP: = 0px } #main { POSITION: relative; PADDING-BOTTOM: 57px; PADDING-LEFT: 21px; WIDTH: = 945px; PADDING-RIGHT: 12px; BACKGROUND: url(/cm/img/main-bottom.gif) = #fff repeat-x 0px 100%; PADDING-TOP: 0px } .main { WIDTH: 100%; MARGIN-BOTTOM: 17px; BACKGROUND: url(/cm/img/main-bg.gif) = repeat-y; OVERFLOW: hidden } .main-top { WIDTH: 100%; BACKGROUND: url(/cm/img/main-top.jpg) no-repeat; OVERFLOW: = hidden; PADDING-TOP: 27px } .google-banner { TEXT-ALIGN: center; DISPLAY: block } .google-banner IMG { DISPLAY: block } .content { WIDTH: 400px; FLOAT: left } .column { PADDING-BOTTOM: 0px; PADDING-LEFT: 20px; WIDTH: 201px; PADDING-RIGHT: = 20px; BACKGROUND: url(/cm/img/inner-part.jpg) no-repeat 50% 0px; FLOAT: = left; PADDING-TOP: 0px } .sidebar { WIDTH: 300px; FLOAT: left } .sidebar-box { PADDING-BOTTOM: 0px; BORDER-RIGHT-WIDTH: 0px; PADDING-LEFT: 8px; WIDTH: = 182px; PADDING-RIGHT: 110px; MARGIN-BOTTOM: 32px; BORDER-TOP-WIDTH: 0px; = BORDER-BOTTOM-WIDTH: 0px; HEIGHT: 162px; BORDER-LEFT-WIDTH: 0px; = PADDING-TOP: 0px } .sidebar-box H3 { LINE-HEIGHT: 33px; MARGIN: 0px 0px 12px; COLOR: #fff; FONT-SIZE: 18px; = FONT-WEIGHT: normal } .sidebar-box P { LINE-HEIGHT: 10px; MARGIN: 0px 0px 9px; COLOR: #444; FONT-SIZE: 10px } .sidebar-box P A { COLOR: #444 } .sidebar-link { COLOR: #0062ba; FONT-SIZE: 14px; FONT-WEIGHT: bold } .banner { DISPLAY: block } .sidebar .banner { MARGIN-BOTTOM: 31px } .banner IMG { DISPLAY: block } .top-bg.box { BACKGROUND: url(/cm/img/left-part.jpg) no-repeat } .box H2 { LINE-HEIGHT: 1.9em; TEXT-TRANSFORM: uppercase; MARGIN: 0px; = PADDING-LEFT: 9px; BACKGROUND: url(/cm/img/heading-bg.gif) repeat-x; = COLOR: #444; FONT-SIZE: 1.2em } .top-bg.box H2 { BACKGROUND: url(/cm/img/left-part.jpg) no-repeat } .column .top-bg.box H2 { BACKGROUND: none transparent scroll repeat 0% 0% } .column .top-bg.box { BACKGROUND: none transparent scroll repeat 0% 0% } .column .top-bg.box { PADDING-BOTTOM: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; = PADDING-TOP: 3px } .banner-list { PADDING-BOTTOM: 5px; LIST-STYLE-TYPE: none; MARGIN: 0px; PADDING-LEFT: = 0px; PADDING-RIGHT: 0px; OVERFLOW: hidden; PADDING-TOP: 5px } .banner-list LI { WIDTH: 100%; MARGIN-BOTTOM: 15px; FLOAT: left } .banner-list IMG { DISPLAY: block } .box-holder { PADDING-BOTTOM: 3px; LINE-HEIGHT: 1.3em; PADDING-LEFT: 9px; = PADDING-RIGHT: 9px; FONT-SIZE: 1.2em; OVERFLOW: hidden; PADDING-TOP: = 20px } .box-holder H3 { MARGIN: 0px 0px 7px; COLOR: #0062ba; FONT-SIZE: 1.5em; FONT-WEIGHT: = normal } .box-holder H1 { LINE-HEIGHT: 1.1em; MARGIN: 0px 0px 8px; COLOR: #0062ba; FONT-SIZE: = 1.8em; FONT-WEIGHT: normal } .box-holder H5 { TEXT-ALIGN: right; LINE-HEIGHT: 1.1em; FONT-STYLE: italic; MARGIN: 0px = 0px 15px; FONT-SIZE: 0.9em; FONT-WEIGHT: normal } .box-holder UL { PADDING-BOTTOM: 0px; LIST-STYLE-TYPE: none; MARGIN: 5px 0px 0px; = PADDING-LEFT: 0px; PADDING-RIGHT: 0px; PADDING-TOP: 0px } .box-holder LI.argomenti { MARGIN: 0px 0px 0px 18px; LIST-STYLE-IMAGE: url(/cm/img/list.gif) } .box-holder LI.correlate { MARGIN: 0px 0px 0px 18px; LIST-STYLE-IMAGE: url(/cm/img/correlate.gif) } .box-holder LI.espertoR { MARGIN: 0px 0px 0px 18px; LIST-STYLE-IMAGE: url(/cm/img/li.gif) } .box-holder LI { MARGIN: 0px 0px 0px 18px; LIST-STYLE-IMAGE: url(/cm/img/li.gif) } .box-holder OL { PADDING-BOTTOM: 0px; MARGIN: 5px 0px 0px; PADDING-LEFT: 0px; = PADDING-RIGHT: 0px; LIST-STYLE-IMAGE: none; PADDING-TOP: 0px } .box-holder OL LI { LIST-STYLE-IMAGE: none } DIV.boxArgomenti { BACKGROUND-COLOR: #deeaf6; MARGIN: 5px 0px 20px; WIDTH: 380px } DIV.boxArgomentipadd { PADDING-BOTTOM: 10px; PADDING-LEFT: 10px; PADDING-RIGHT: 10px; = PADDING-TOP: 10px } DIV.argomenti { WIDTH: 180px; FLOAT: left } DIV.boxOLDArgomenti { BACKGROUND-COLOR: #deeaf6; MARGIN: 5px 0px 20px; WIDTH: 380px; HEIGHT: = 390px } DIV.boxOLDArgomentipadd { PADDING-BOTTOM: 10px; PADDING-LEFT: 10px; PADDING-RIGHT: 10px; = PADDING-TOP: 10px } DIV.OLDargomenti { WIDTH: 180px; FLOAT: left } .box-holder H4 { MARGIN: 0px; COLOR: #0062ba; FONT-SIZE: 1.2em; FONT-WEIGHT: normal } .box P { MARGIN: 0px 0px 15px; COLOR: #444 } .box P A { COLOR: #444 } .box-holder IMG { FLOAT: right; MARGIN-LEFT: 8px } DIV.google169 { PADDING-BOTTOM: 0px; MARGIN: 0px auto; PADDING-LEFT: 0px; WIDTH: 160px; = PADDING-RIGHT: 0px; PADDING-TOP: 0px } DIV.google336 { PADDING-BOTTOM: 0px; MARGIN: 40px auto; PADDING-LEFT: 0px; WIDTH: = 336px; PADDING-RIGHT: 0px; PADDING-TOP: 0px } .line { TEXT-INDENT: -9999em; MARGIN: 5px 0px; DISPLAY: block; BACKGROUND: = #adadad; HEIGHT: 1px; OVERFLOW: hidden } .content-banner { MARGIN-BOTTOM: 22px } .content-banner IMG { DISPLAY: block } .content-banner DIV { MARGIN: 0px auto; WIDTH: 234px } .news-menu { PADDING-BOTTOM: 0px; LINE-HEIGHT: 1.3em; LIST-STYLE-TYPE: none; MARGIN: = 0px; PADDING-LEFT: 9px; PADDING-RIGHT: 9px; FONT-SIZE: 1.2em; = PADDING-TOP: 0px } .news-menu LI { PADDING-BOTTOM: 5px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; = PADDING-TOP: 14px } .news-menu SPAN { DISPLAY: block; COLOR: #444; FONT-SIZE: 10px } .news-menu H3 { MARGIN: 0px 0px 7px; COLOR: #0062ba; FONT-SIZE: 1.5em; FONT-WEIGHT: = normal } .news-menu P { MARGIN: 0px; COLOR: #444; FONT-WEIGHT: normal } .news-menu P A { COLOR: #0062ba; FONT-WEIGHT: normal } .news-menu LI.archivio { PADDING-BOTTOM: 0px; MARGIN: 0px 0px 15px 18px; PADDING-LEFT: 0px; = PADDING-RIGHT: 0px; LIST-STYLE-IMAGE: url(/cm/img/list.gif); = PADDING-TOP: 0px } .news-menu LI.archivio I { FONT-SIZE: 0.8em } .news-menu LI.archivio A { COLOR: #0062ba; FONT-WEIGHT: bold } .column-box { BORDER-BOTTOM: #0062ba 1px solid; BORDER-LEFT: #0062ba 1px solid; = WIDTH: 199px; BACKGROUND: url(/cm/img/column-bg_notit.jpg) #dde9f4 = repeat-x; OVERFLOW: hidden; BORDER-TOP: #0062ba 0px solid; BORDER-RIGHT: = #0062ba 1px solid } .column-box2 { BORDER-BOTTOM: #0062ba 1px solid; BORDER-LEFT: #0062ba 1px solid; = WIDTH: 199px; BACKGROUND: url(/cm/img/column-bg_notit.jpg) #dde9f4 = repeat-x; OVERFLOW: hidden; BORDER-TOP: #0062ba 0px solid; BORDER-RIGHT: = #0062ba 1px solid } .patologie-box { PADDING-BOTTOM: 33px; PADDING-LEFT: 7px; PADDING-RIGHT: 7px; = PADDING-TOP: 20px } .patologie-box H3 { MARGIN: 0px 0px 15px; COLOR: #fff; FONT-SIZE: 3.6em; FONT-WEIGHT: = normal } .patologie-holder H3 { LINE-HEIGHT: 20px; MARGIN: 0px; PADDING-LEFT: 7px; WIDTH: 185px; = BACKGROUND: url(/cm/img/box-top.gif) no-repeat; HEIGHT: 20px; COLOR: = #fff; FONT-SIZE: 14px } .patologie { PADDING-BOTTOM: 8px; LIST-STYLE-TYPE: none; MARGIN: 0px; PADDING-LEFT: = 8px; PADDING-RIGHT: 8px; BACKGROUND: url(/cm/img/box-bg.gif) repeat-y; = PADDING-TOP: 8px } .patologie LI { =09 } .patologie LI A { COLOR: #444 } .patologie-bottom { TEXT-ALIGN: right; WIDTH: 200px; PADDING-RIGHT: 7px; DISPLAY: block; = BACKGROUND: url(/cm/img/box-bottom.gif) no-repeat; HEIGHT: 19px; = OVERFLOW: hidden } .patologie-bottom A { PADDING-RIGHT: 22px; FONT: 11px/19px Helvetica, Verdana, Arial, = sans-serif; COLOR: #fff } .title-box H3 { BORDER-BOTTOM: #0062ba 1px solid; BORDER-LEFT: #0062ba 0px solid; = MARGIN: 0px 0px 13px; PADDING-LEFT: 7px; COLOR: #0062ba; FONT-SIZE: = 1.8em; BORDER-TOP: #0062ba 1px solid; FONT-WEIGHT: normal; BORDER-RIGHT: = #0062ba 0px solid } .title-box-holder { BORDER-BOTTOM: #0062ba 1px solid; PADDING-BOTTOM: 0px; PADDING-LEFT: = 5px; PADDING-RIGHT: 6px; MARGIN-BOTTOM: 60px; PADDING-TOP: 0px } .title-box-holder H4 { MARGIN: 0px; COLOR: #444; FONT-SIZE: 1.2em; FONT-WEIGHT: bold } .title-box-holder P { LINE-HEIGHT: 1.3em; MARGIN: 0px 0px 15px; COLOR: #444; FONT-SIZE: = 1.2em; FONT-WEIGHT: normal } .title-box-holder IMG { DISPLAY: block } .link { TEXT-ALIGN: right; WIDTH: 100%; DISPLAY: block; OVERFLOW: hidden } .link A { COLOR: #0062ba } .tagcloud { PADDING-BOTTOM: 10px; LIST-STYLE-TYPE: none; MARGIN: 0px; PADDING-LEFT: = 10px; PADDING-RIGHT: 7px; FONT-FAMILY: "Trebuchet MS", Arial, = sans-serif; FONT-WEIGHT: normal; PADDING-TOP: 0px } .tagcloud LI { MARGIN: 0px 2px; DISPLAY: inline } .tagcloud LI.fz10 { FONT-SIZE: 1em } .tagcloud LI.fz11 { FONT-SIZE: 1em } .tagcloud LI.fz12 { FONT-SIZE: 1.2em } .tagcloud LI.fz13 { FONT-SIZE: 1.2em } .tagcloud LI.fz14 { FONT-SIZE: 1.4em } .tagcloud LI.fz15 { FONT-SIZE: 1.4em } .tagcloud LI.fz16 { FONT-SIZE: 1.6em } .tagcloud LI.fz17 { FONT-SIZE: 1.6em } .tagcloud LI.fz18 { FONT-SIZE: 1.8em } .tagcloud LI.fz19 { FONT-SIZE: 1.8em } .tagcloud LI.fz20 { FONT-SIZE: 2em } .tagcloud LI.fz21 { FONT-SIZE: 2em } .tagcloud LI.fz22 { FONT-SIZE: 2.2em } .tagcloud LI.fz23 { FONT-SIZE: 2.2em } .tagcloud LI.fz24 { FONT-SIZE: 2.4em } .tagcloud LI.fz25 { FONT-SIZE: 2.4em } .tagcloud LI.fz26 { FONT-SIZE: 2.6em } .tagcloud LI.fz27 { FONT-SIZE: 2.6em } .tagcloud LI A { COLOR: #333 } TABLE.esperto { MARGIN: 0px; WIDTH: 100% } TABLE.esperto TD { PADDING-BOTTOM: 5px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; FONT-SIZE: = 1em; PADDING-TOP: 3px } TABLE.esperto TD A { COLOR: #0062ba; TEXT-DECORATION: none } TABLE.esperto TD A:hover { TEXT-DECORATION: underline } TABLE.paginazione { BORDER-BOTTOM: #d5d5d5 1px solid; MARGIN: 30px 0px; BORDER-TOP: #d5d5d5 = 1px solid } TABLE.paginazione TD { PADDING-BOTTOM: 8px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; FONT-SIZE: = 1em; PADDING-TOP: 8px } DIV.boxDomande { BORDER-BOTTOM: #deeaf6 2px solid; BORDER-LEFT: #deeaf6 2px solid; = PADDING-BOTTOM: 15px; MARGIN: 0px 0px 30px; PADDING-LEFT: 10px; = PADDING-RIGHT: 10px; BORDER-TOP: #deeaf6 2px solid; BORDER-RIGHT: = #deeaf6 2px solid; PADDING-TOP: 8px } DIV.boxDomande SPAN { FLOAT: right; FONT-SIZE: 0.8em } DIV.boxRisposte { PADDING-BOTTOM: 15px; BACKGROUND-COLOR: #deeaf6; MARGIN: 0px 0px 30px; = PADDING-LEFT: 10px; PADDING-RIGHT: 10px; PADDING-TOP: 8px } DIV.boxRisposte SPAN { FLOAT: right; FONT-SIZE: 0.8em } DIV.boxRegolamento { PADDING-BOTTOM: 15px; BACKGROUND-COLOR: #f7f7f7; MARGIN: 0px 0px 30px; = PADDING-LEFT: 10px; PADDING-RIGHT: 10px; PADDING-TOP: 8px } DIV.boxRegolamento LI { FONT-SIZE: 0.9em } .breadcrumbs { POSITION: absolute; PADDING-BOTTOM: 0px; LIST-STYLE-TYPE: none; MARGIN: = 0px; PADDING-LEFT: 0px; WIDTH: 100%; PADDING-RIGHT: 0px; OVERFLOW: = hidden; TOP: 7px; PADDING-TOP: 0px; LEFT: 21px } .breadcrumbs LI { PADDING-BOTTOM: 0px; MARGIN: 0px 9px 0px -9px; PADDING-LEFT: 9px; = PADDING-RIGHT: 3px; BACKGROUND: url(/cm/img/breadcrumbs-arrow.gif) = no-repeat 0px 50%; FLOAT: left; COLOR: #444; PADDING-TOP: 0px } .breadcrumbs LI A { COLOR: #444 } .column .box H4 { MARGIN-BOTTOM: 10px; FONT-SIZE: 1.6em } .column .box-holder { PADDING-BOTTOM: 30px; PADDING-TOP: 16px } .insonnia-list { LIST-STYLE-TYPE: none; MARGIN: 0px } .insonnia-list LI { MARGIN: 0px 0px 7px 18px; LIST-STYLE-IMAGE: = url(/cm/img/list_vedianche.gif) } .insonnia-list LI A { COLOR: #666 } DIV.livello1 { BORDER-BOTTOM: #ccc 1px solid; PADDING-BOTTOM: 2px; MARGIN: 20px 0px = 1px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; FONT-SIZE: 1.2em; = PADDING-TOP: 0px } DIV.livello2 { PADDING-BOTTOM: 3px; BACKGROUND-COLOR: #f2f2f2; MARGIN: 1px 0px; = PADDING-LEFT: 15px; PADDING-RIGHT: 0px; FONT-SIZE: 1.2em; PADDING-TOP: = 2px } #footer { PADDING-BOTTOM: 21px; PADDING-LEFT: 6px; WIDTH: 978px; PADDING-RIGHT: = 6px; BACKGROUND: url(/cm/img/footer-bg.png) no-repeat; PADDING-TOP: 0px } .footer { POSITION: relative; WIDTH: 978px; BACKGROUND: = url(/cm/img/footer-bg.jpg) no-repeat; HEIGHT: 257px } .footer-holder { PADDING-BOTTOM: 0px; PADDING-LEFT: 21px; WIDTH: 954px; PADDING-RIGHT: = 0px; HEIGHT: 208px; PADDING-TOP: 17px } .footer-column { PADDING-RIGHT: 44px; FLOAT: left } .copyright { PADDING-BOTTOM: 9px; LIST-STYLE-TYPE: none; MARGIN: 0px; PADDING-LEFT: = 21px; PADDING-RIGHT: 21px; OVERFLOW: hidden; PADDING-TOP: 9px } .copyright LI { BORDER-LEFT: #666 1px solid; PADDING-BOTTOM: 0px; LINE-HEIGHT: 0.9em; = MARGIN: 0px 10px 0px -10px; PADDING-LEFT: 10px; PADDING-RIGHT: 10px; = FLOAT: left; COLOR: #666; FONT-SIZE: 1.1em; PADDING-TOP: 0px } #noborder { BORDER-BOTTOM-STYLE: none; BORDER-RIGHT-STYLE: none; BORDER-TOP-STYLE: = none; BORDER-LEFT-STYLE: none } .copyright LI A { COLOR: #666 } .currpage { PADDING-BOTTOM: 1px; LIST-STYLE-TYPE: none; MARGIN: 0px; PADDING-LEFT: = 21px; PADDING-RIGHT: 21px; OVERFLOW: hidden; PADDING-TOP: 1px } .currpage LI { PADDING-BOTTOM: 0px; LINE-HEIGHT: 0.9em; BORDER-RIGHT-WIDTH: 0px; = MARGIN: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; FLOAT: left; = BORDER-TOP-WIDTH: 0px; BORDER-BOTTOM-WIDTH: 0px; COLOR: #fff; FONT-SIZE: = 1.1em; BORDER-LEFT-WIDTH: 0px; PADDING-TOP: 0px } .currpage LI A { COLOR: #fff } .footer-column H3 { MARGIN: 0px 0px 3px; COLOR: #333; FONT-SIZE: 1.1em; FONT-WEIGHT: normal } .footer-column UL { PADDING-BOTTOM: 0px; LIST-STYLE-TYPE: none; MARGIN: 0px; PADDING-LEFT: = 0px; PADDING-RIGHT: 0px; PADDING-TOP: 0px } .footer-column UL LI { FONT-SIZE: 1.1em } .footer-column UL LI A { COLOR: #444 } .footer-column UL UL LI { PADDING-LEFT: 10px; BACKGROUND: url(/cm/img/footer-point.gif) no-repeat = 2px 5px; FONT-SIZE: 1em } .footer-logo { TEXT-INDENT: -9999em; MARGIN: 4px 10px 0px 0px; WIDTH: 63px; DISPLAY: = inline; BACKGROUND: url(/cm/img/footer-logo.gif) no-repeat; FLOAT: = right; HEIGHT: 70px; OVERFLOW: hidden } .footer-logo A { POSITION: relative; DISPLAY: block; HEIGHT: 100% } DIV#boxricerca { BACKGROUND-COLOR: #ededee; MARGIN: 0px 0px 11px; WIDTH: 298px } A.chicklet.stbar IMG { BORDER-RIGHT-WIDTH: 0px; WIDTH: 16px; FLOAT: none; BORDER-TOP-WIDTH: = 0px; BORDER-BOTTOM-WIDTH: 0px; HEIGHT: 16px; VERTICAL-ALIGN: middle; = BORDER-LEFT-WIDTH: 0px; MARGIN-RIGHT: 3px } A.chicklet.stbar { LINE-HEIGHT: 16px; HEIGHT: 16px } A.tratteggio { BORDER-BOTTOM: 1px dotted; COLOR: #7c7c7c } A.tratteggio:hover { BORDER-BOTTOM-WIDTH: 0px; TEXT-DECORATION: none } ------=_NextPart_000_0944_01CB26AD.89BA0B60 Content-Type: text/css; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.dica33.it/cm/css/print.css BODY { FONT-SIZE: 12pt } IMG { BORDER-BOTTOM-STYLE: none; BORDER-RIGHT-STYLE: none; BORDER-TOP-STYLE: = none; BORDER-LEFT-STYLE: none } A { COLOR: #000; TEXT-DECORATION: none } A:hover { TEXT-DECORATION: underline } A.clicca { TEXT-DECORATION: underline } A.clicca:hover { TEXT-DECORATION: none } INPUT { BORDER-BOTTOM: #d3d4d5 1px solid; BORDER-LEFT: #d3d4d5 1px solid; FONT: = 90% helvetica, arial, sans-serif; VERTICAL-ALIGN: middle; BORDER-TOP: = #d3d4d5 1px solid; BORDER-RIGHT: #d3d4d5 1px solid } TEXTAREA { BORDER-BOTTOM: #d3d4d5 1px solid; BORDER-LEFT: #d3d4d5 1px solid; FONT: = 90% helvetica, arial, sans-serif; VERTICAL-ALIGN: middle; BORDER-TOP: = #d3d4d5 1px solid; BORDER-RIGHT: #d3d4d5 1px solid } SELECT { BORDER-BOTTOM: #d3d4d5 1px solid; BORDER-LEFT: #d3d4d5 1px solid; FONT: = 90% helvetica, arial, sans-serif; VERTICAL-ALIGN: middle; BORDER-TOP: = #d3d4d5 1px solid; BORDER-RIGHT: #d3d4d5 1px solid } FORM { BORDER-BOTTOM-STYLE: none; PADDING-BOTTOM: 0px; BORDER-RIGHT-STYLE: = none; MARGIN: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; = BORDER-TOP-STYLE: none; BORDER-LEFT-STYLE: none; PADDING-TOP: 0px } FIELDSET { BORDER-BOTTOM-STYLE: none; PADDING-BOTTOM: 0px; BORDER-RIGHT-STYLE: = none; MARGIN: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; = BORDER-TOP-STYLE: none; BORDER-LEFT-STYLE: none; PADDING-TOP: 0px } #page { MARGIN: 0px auto; WIDTH: auto; PADDING-TOP: 3px } .top-banner { TEXT-ALIGN: center; PADDING-BOTTOM: 0px; MARGIN: 0px auto; = PADDING-LEFT: 6px; WIDTH: 728px; PADDING-RIGHT: 6px; DISPLAY: none; = PADDING-TOP: 0px } .top-banner IMG { DISPLAY: block } #header { PADDING-BOTTOM: 0px; PADDING-LEFT: 6px; WIDTH: 978px; PADDING-RIGHT: = 6px; DISPLAY: none; BACKGROUND: url(/cm/img/header-bg.png) no-repeat; = HEIGHT: 131px; PADDING-TOP: 21px } .header { POSITION: static; PADDING-BOTTOM: 0px; PADDING-LEFT: 21px; WIDTH: = 942px; PADDING-RIGHT: 22px; BACKGROUND: url(/cm/img/header-bg.jpg) = no-repeat; HEIGHT: 131px; PADDING-TOP: 0px } .left-part { PADDING-BOTTOM: 0px; PADDING-LEFT: 0px; WIDTH: 307px; PADDING-RIGHT: = 0px; FLOAT: left; PADDING-TOP: 38px } .right-part { PADDING-BOTTOM: 0px; PADDING-LEFT: 0px; WIDTH: 301px; PADDING-RIGHT: = 0px; FLOAT: right; PADDING-TOP: 12px } .left-part H1 { TEXT-INDENT: -9999em; MARGIN: 0px; WIDTH: 211px; BACKGROUND: = url(/cm/img/logo.gif) no-repeat; HEIGHT: 62px; OVERFLOW: hidden } .left-part H1 A { DISPLAY: block; HEIGHT: 100% } .navigation { PADDING-BOTTOM: 0px; LIST-STYLE-TYPE: none; MARGIN: 0px; PADDING-LEFT: = 0px; WIDTH: 100%; PADDING-RIGHT: 0px; DISPLAY: none; OVERFLOW: hidden; = PADDING-TOP: 0px } .navigation LI { LINE-HEIGHT: 30px; DISPLAY: none; FLOAT: none; MARGIN-RIGHT: 16px } .navigation LI A { COLOR: #fff; FONT-SIZE: 12px; TEXT-DECORATION: none } .navigation LI A:hover { COLOR: #a3c6e6 } .right-part .navigation LI.salute { MARGIN: 0px; PADDING-RIGHT: 1px; DISPLAY: none; FLOAT: none } .right-part .navigation LI.salute A { COLOR: #a3c6e6 } .resize { WIDTH: 100%; DISPLAY: none; HEIGHT: 13px; OVERFLOW: hidden } .resize UL { PADDING-BOTTOM: 0px; LIST-STYLE-TYPE: none; MARGIN: 0px; PADDING-LEFT: = 0px; PADDING-RIGHT: 0px; FLOAT: right; OVERFLOW: hidden; PADDING-TOP: = 0px } .resize UL LI { PADDING-BOTTOM: 0px; LINE-HEIGHT: 11px; MARGIN: 0px 1px 0px -1px; = PADDING-LEFT: 7px; PADDING-RIGHT: 7px; BACKGROUND: = url(/cm/img/resize-separator.gif) no-repeat 0px 0px; FLOAT: left; = FONT-SIZE: 11px; PADDING-TOP: 0px } .resize UL LI A { LINE-HEIGHT: 11px; COLOR: #666; FONT-SIZE: 11px; TEXT-DECORATION: none } .resize UL LI A#font-min { FONT-SIZE: 10px } .resize UL LI A#font-normal { FONT-SIZE: 12px } .resize UL LI A#font-max { FONT-SIZE: 14px } .search-form { PADDING-BOTTOM: 15px; PADDING-LEFT: 0px; WIDTH: 100%; PADDING-RIGHT: = 0px; DISPLAY: none; OVERFLOW: hidden; PADDING-TOP: 32px } .search-form LABEL { FLOAT: left; COLOR: #0062ba; FONT-SIZE: 24px; FONT-WEIGHT: normal } .search-form INPUT { BORDER-BOTTOM: #999 1px solid; BORDER-LEFT: #999 1px solid; = PADDING-BOTTOM: 1px; MARGIN: 4px 9px 0px 13px; PADDING-LEFT: 9px; WIDTH: = 190px; PADDING-RIGHT: 0px; FLOAT: left; BORDER-TOP: #999 1px solid; = BORDER-RIGHT: #999 1px solid; PADDING-TOP: 1px } .search-form INPUT.btn { BORDER-BOTTOM-STYLE: none; PADDING-BOTTOM: 0px; BORDER-RIGHT-STYLE: = none; MARGIN: 4px 0px 0px; PADDING-LEFT: 0px; WIDTH: auto; = PADDING-RIGHT: 0px; BORDER-TOP-STYLE: none; BORDER-LEFT-STYLE: none; = PADDING-TOP: 0px } .main-holder { PADDING-BOTTOM: 0px; PADDING-LEFT: 6px; WIDTH: auto; PADDING-RIGHT: = 6px; BACKGROUND: url(/cm/img/container-bg.png) repeat-y; PADDING-TOP: = 0px } #main { POSITION: relative; PADDING-BOTTOM: 57px; PADDING-LEFT: 21px; WIDTH: = 945px; PADDING-RIGHT: 12px; BACKGROUND: url(/cm/img/main-bottom.gif) = #fff repeat-x 0px 100%; PADDING-TOP: 0px } .main { WIDTH: 100%; MARGIN-BOTTOM: 17px; BACKGROUND: url(/cm/img/main-bg.gif) = repeat-y; OVERFLOW: hidden } .main-top { WIDTH: 100%; BACKGROUND: url(/cm/img/main-top.jpg) no-repeat; OVERFLOW: = hidden; PADDING-TOP: 27px } .google-banner { TEXT-ALIGN: center; DISPLAY: none } .google-banner IMG { DISPLAY: block } .content { WIDTH: 400px; FLOAT: left } .column { PADDING-BOTTOM: 0px; PADDING-LEFT: 20px; WIDTH: 201px; PADDING-RIGHT: = 20px; DISPLAY: none; BACKGROUND: url(/cm/img/inner-part.jpg) no-repeat = 50% 0px; FLOAT: none; PADDING-TOP: 0px } .sidebar { WIDTH: 300px; DISPLAY: none; FLOAT: none } .sidebar-box { PADDING-BOTTOM: 0px; BORDER-RIGHT-WIDTH: 0px; PADDING-LEFT: 8px; WIDTH: = 182px; PADDING-RIGHT: 110px; MARGIN-BOTTOM: 32px; BORDER-TOP-WIDTH: 0px; = BORDER-BOTTOM-WIDTH: 0px; HEIGHT: 162px; BORDER-LEFT-WIDTH: 0px; = PADDING-TOP: 0px } .sidebar-box H3 { LINE-HEIGHT: 33px; MARGIN: 0px 0px 12px; COLOR: #fff; FONT-SIZE: 18px; = FONT-WEIGHT: normal } .sidebar-box P { LINE-HEIGHT: 10px; MARGIN: 0px 0px 9px; COLOR: #444; FONT-SIZE: 10px } .sidebar-box P A { COLOR: #444 } .sidebar-link { COLOR: #0062ba; FONT-SIZE: 14px; FONT-WEIGHT: bold } .banner { DISPLAY: block } .sidebar .banner { MARGIN-BOTTOM: 31px } .banner IMG { DISPLAY: block } .top-bg.box { BACKGROUND: url(/cm/img/left-part.jpg) no-repeat } .box H2 { LINE-HEIGHT: 1.9em; TEXT-TRANSFORM: uppercase; MARGIN: 0px; = PADDING-LEFT: 9px; BACKGROUND: url(/cm/img/heading-bg.gif) repeat-x; = COLOR: #444; FONT-SIZE: 1.2em } .top-bg.box H2 { BACKGROUND: url(/cm/img/left-part.jpg) no-repeat } .column .top-bg.box H2 { BACKGROUND: none transparent scroll repeat 0% 0% } .column .top-bg.box { BACKGROUND: none transparent scroll repeat 0% 0% } .column .top-bg.box { PADDING-BOTTOM: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; = PADDING-TOP: 3px } .banner-list { PADDING-BOTTOM: 5px; LIST-STYLE-TYPE: none; MARGIN: 0px; PADDING-LEFT: = 0px; PADDING-RIGHT: 0px; DISPLAY: none; OVERFLOW: hidden; PADDING-TOP: = 5px } .banner-list LI { WIDTH: 100%; MARGIN-BOTTOM: 15px; FLOAT: left } .banner-list IMG { DISPLAY: none } .box-holder { PADDING-BOTTOM: 3px; PADDING-LEFT: 9px; WIDTH: 800px; PADDING-RIGHT: = 9px; OVERFLOW: hidden; PADDING-TOP: 20px } .box H3 { MARGIN: 0px 0px 7px; COLOR: #0062ba; FONT-SIZE: 1.5em; FONT-WEIGHT: = normal } .box-holder H1 { LINE-HEIGHT: 1.1em; MARGIN: 0px 0px 8px; COLOR: #0062ba; FONT-SIZE: = 1.8em; FONT-WEIGHT: normal } .box-holder H5 { TEXT-ALIGN: right; LINE-HEIGHT: 1.1em; FONT-STYLE: italic; MARGIN: 0px = 0px 10px; FONT-SIZE: 0.9em; FONT-WEIGHT: normal } .box-holder UL { PADDING-BOTTOM: 0px; LIST-STYLE-TYPE: none; MARGIN: 5px 0px 0px; = PADDING-LEFT: 0px; PADDING-RIGHT: 0px; PADDING-TOP: 0px } .box-holder LI.argomenti { MARGIN: 0px 0px 0px 18px; LIST-STYLE-IMAGE: url(/cm/img/list.gif) } .box-holder LI.correlate { MARGIN: 0px 0px 0px 18px; LIST-STYLE-IMAGE: url(/cm/img/correlate.gif) } .box-holder LI.espertoR { MARGIN: 0px 0px 0px 18px; LIST-STYLE-IMAGE: url(/cm/img/li.gif) } .box-holder LI { MARGIN: 0px 0px 0px 18px; LIST-STYLE-IMAGE: url(/cm/img/li.gif) } .box-holder OL { PADDING-BOTTOM: 0px; MARGIN: 5px 0px 0px; PADDING-LEFT: 0px; = PADDING-RIGHT: 0px; LIST-STYLE-IMAGE: none; PADDING-TOP: 0px } .box-holder OL LI { LIST-STYLE-IMAGE: none } DIV.boxArgomenti { BACKGROUND-COLOR: #deeaf6; MARGIN: 5px 0px 20px; WIDTH: 380px; HEIGHT: = 220px } DIV.boxArgomentipadd { PADDING-BOTTOM: 10px; PADDING-LEFT: 10px; PADDING-RIGHT: 10px; = PADDING-TOP: 10px } DIV.argomenti { WIDTH: 180px; FLOAT: left } DIV.boxOLDArgomenti { BACKGROUND-COLOR: #deeaf6; MARGIN: 5px 0px 20px; WIDTH: 380px; HEIGHT: = 390px } DIV.boxOLDArgomentipadd { PADDING-BOTTOM: 10px; PADDING-LEFT: 10px; PADDING-RIGHT: 10px; = PADDING-TOP: 10px } DIV.OLDargomenti { WIDTH: 180px; FLOAT: left } .box-holder H4 { MARGIN: 0px; COLOR: #0062ba; FONT-SIZE: 1.2em; FONT-WEIGHT: normal } .box P { MARGIN: 0px 0px 15px; COLOR: #444 } .box P A { COLOR: #444 } .box-holder IMG { FLOAT: right; MARGIN-LEFT: 8px } DIV.google169 { PADDING-BOTTOM: 0px; MARGIN: 0px auto; PADDING-LEFT: 0px; WIDTH: 160px; = PADDING-RIGHT: 0px; DISPLAY: none; PADDING-TOP: 0px } DIV.google336 { PADDING-BOTTOM: 0px; MARGIN: 40px auto; PADDING-LEFT: 0px; WIDTH: = 336px; PADDING-RIGHT: 0px; DISPLAY: none; PADDING-TOP: 0px } .line { TEXT-INDENT: -9999em; MARGIN: 5px 0px; DISPLAY: block; BACKGROUND: = #adadad; HEIGHT: 1px; OVERFLOW: hidden } .content-banner { MARGIN-BOTTOM: 22px } .content-banner IMG { DISPLAY: block } .content-banner DIV { MARGIN: 0px auto; WIDTH: 234px } .news-menu { PADDING-BOTTOM: 0px; LIST-STYLE-TYPE: none; MARGIN: 0px; PADDING-LEFT: = 9px; PADDING-RIGHT: 9px; PADDING-TOP: 0px } .news-menu LI { PADDING-BOTTOM: 5px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; = PADDING-TOP: 14px } .news-menu SPAN { DISPLAY: block; COLOR: #444; FONT-SIZE: 1em } .news-menu H3 { MARGIN: 0px; COLOR: #0062ba; FONT-SIZE: 1.5em; FONT-WEIGHT: bold } .news-menu P { MARGIN: 0px; COLOR: #444; FONT-SIZE: 1.2em; FONT-WEIGHT: normal } .news-menu P A { COLOR: #0062ba; FONT-WEIGHT: bold } .news-menu LI.archivio { PADDING-BOTTOM: 0px; MARGIN: 0px 0px 15px 18px; PADDING-LEFT: 0px; = PADDING-RIGHT: 0px; LIST-STYLE-IMAGE: url(/cm/img/list.gif); = PADDING-TOP: 0px } .news-menu LI.archivio I { FONT-SIZE: 0.8em } .news-menu LI.archivio A { COLOR: #0062ba; FONT-WEIGHT: bold } .column-box { BORDER-BOTTOM: #0062ba 1px solid; BORDER-LEFT: #0062ba 1px solid; = WIDTH: 199px; BACKGROUND: url(/cm/img/column-bg.jpg) #dde9f4 repeat-x; = OVERFLOW: hidden; BORDER-TOP: #0062ba 0px solid; BORDER-RIGHT: #0062ba = 1px solid } .column-box2 { BORDER-BOTTOM: #0062ba 1px solid; BORDER-LEFT: #0062ba 1px solid; = WIDTH: 199px; BACKGROUND: url(/cm/img/column-bg_notit.jpg) #dde9f4 = repeat-x; OVERFLOW: hidden; BORDER-TOP: #0062ba 0px solid; BORDER-RIGHT: = #0062ba 1px solid } .patologie-box { PADDING-BOTTOM: 33px; PADDING-LEFT: 7px; PADDING-RIGHT: 7px; = PADDING-TOP: 20px } .patologie-box H3 { MARGIN: 0px 0px 15px; COLOR: #fff; FONT-SIZE: 3.6em; FONT-WEIGHT: = normal } .patologie-holder H3 { LINE-HEIGHT: 20px; MARGIN: 0px; PADDING-LEFT: 7px; WIDTH: 185px; = BACKGROUND: url(/cm/img/box-top.gif) no-repeat; HEIGHT: 20px; COLOR: = #fff; FONT-SIZE: 14px } .patologie { PADDING-BOTTOM: 8px; LIST-STYLE-TYPE: none; MARGIN: 0px; PADDING-LEFT: = 8px; PADDING-RIGHT: 8px; BACKGROUND: url(/cm/img/box-bg.gif) repeat-y; = PADDING-TOP: 8px } .patologie LI { FONT: 1.1em/1.27em Helvetica, Verdana, Arial, sans-serif } .patologie LI A { COLOR: #444 } .patologie-bottom { TEXT-ALIGN: right; WIDTH: 200px; PADDING-RIGHT: 7px; DISPLAY: block; = BACKGROUND: url(/cm/img/box-bottom.gif) no-repeat; HEIGHT: 19px; = OVERFLOW: hidden } .patologie-bottom A { PADDING-RIGHT: 22px; FONT: 11px/19px Helvetica, Verdana, Arial, = sans-serif; COLOR: #fff } .title-box H3 { BORDER-BOTTOM: #0062ba 1px solid; BORDER-LEFT: #0062ba 0px solid; = MARGIN: 0px 0px 13px; PADDING-LEFT: 7px; COLOR: #0062ba; FONT-SIZE: = 1.6em; BORDER-TOP: #0062ba 1px solid; BORDER-RIGHT: #0062ba 0px solid } .title-box-holder { BORDER-BOTTOM: #0062ba 1px solid; PADDING-BOTTOM: 0px; PADDING-LEFT: = 5px; PADDING-RIGHT: 6px; MARGIN-BOTTOM: 60px; PADDING-TOP: 0px } .title-box-holder H4 { MARGIN: 0px; COLOR: #444; FONT-SIZE: 1.2em; FONT-WEIGHT: bold } .title-box-holder P { MARGIN: 0px 0px 15px; COLOR: #444; FONT-SIZE: 1.2em; FONT-WEIGHT: = normal } .title-box-holder IMG { DISPLAY: block } .link { TEXT-ALIGN: right; WIDTH: 100%; DISPLAY: block; OVERFLOW: hidden } .link A { COLOR: #0062ba } .tagcloud { PADDING-BOTTOM: 10px; LIST-STYLE-TYPE: none; MARGIN: 0px; PADDING-LEFT: = 10px; PADDING-RIGHT: 7px; FONT-FAMILY: "Trebuchet MS", Arial, = sans-serif; FONT-WEIGHT: normal; PADDING-TOP: 0px } .tagcloud LI { MARGIN: 0px 2px; DISPLAY: inline } .tagcloud LI.fz10 { FONT-SIZE: 1em } .tagcloud LI.fz11 { FONT-SIZE: 1em } .tagcloud LI.fz12 { FONT-SIZE: 1.2em } .tagcloud LI.fz13 { FONT-SIZE: 1.2em } .tagcloud LI.fz14 { FONT-SIZE: 1.4em } .tagcloud LI.fz15 { FONT-SIZE: 1.4em } .tagcloud LI.fz16 { FONT-SIZE: 1.6em } .tagcloud LI.fz17 { FONT-SIZE: 1.6em } .tagcloud LI.fz18 { FONT-SIZE: 1.8em } .tagcloud LI.fz19 { FONT-SIZE: 1.8em } .tagcloud LI.fz20 { FONT-SIZE: 2em } .tagcloud LI.fz21 { FONT-SIZE: 2em } .tagcloud LI.fz22 { FONT-SIZE: 2.2em } .tagcloud LI.fz23 { FONT-SIZE: 2.2em } .tagcloud LI.fz24 { FONT-SIZE: 2.4em } .tagcloud LI.fz25 { FONT-SIZE: 2.4em } .tagcloud LI.fz26 { FONT-SIZE: 2.6em } .tagcloud LI.fz27 { FONT-SIZE: 2.6em } .tagcloud LI A { COLOR: #333 } TABLE.esperto { MARGIN: 0px; WIDTH: 100% } TABLE.esperto TD { PADDING-BOTTOM: 5px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; FONT-SIZE: = 1em; PADDING-TOP: 3px } TABLE.esperto TD A { COLOR: #0062ba; TEXT-DECORATION: none } TABLE.esperto TD A:hover { TEXT-DECORATION: underline } TABLE.paginazione { BORDER-BOTTOM: #d5d5d5 1px solid; MARGIN: 30px 0px; BORDER-TOP: #d5d5d5 = 1px solid } TABLE.paginazione TD { PADDING-BOTTOM: 8px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; FONT-SIZE: = 1em; PADDING-TOP: 8px } DIV.boxDomande { BORDER-BOTTOM: #deeaf6 2px solid; BORDER-LEFT: #deeaf6 2px solid; = PADDING-BOTTOM: 15px; MARGIN: 0px 0px 30px; PADDING-LEFT: 10px; = PADDING-RIGHT: 10px; BORDER-TOP: #deeaf6 2px solid; BORDER-RIGHT: = #deeaf6 2px solid; PADDING-TOP: 8px } DIV.boxDomande SPAN { FLOAT: right; FONT-SIZE: 0.8em } DIV.boxRisposte { PADDING-BOTTOM: 15px; BACKGROUND-COLOR: #deeaf6; MARGIN: 0px 0px 30px; = PADDING-LEFT: 10px; PADDING-RIGHT: 10px; PADDING-TOP: 8px } DIV.boxRisposte SPAN { FLOAT: right; FONT-SIZE: 0.8em } DIV.boxRegolamento { PADDING-BOTTOM: 15px; BACKGROUND-COLOR: #f7f7f7; MARGIN: 0px 0px 30px; = PADDING-LEFT: 10px; PADDING-RIGHT: 10px; PADDING-TOP: 8px } DIV.boxRegolamento LI { FONT-SIZE: 0.9em } .breadcrumbs { POSITION: absolute; PADDING-BOTTOM: 0px; LIST-STYLE-TYPE: none; MARGIN: = 0px; PADDING-LEFT: 0px; WIDTH: 100%; PADDING-RIGHT: 0px; OVERFLOW: = hidden; TOP: 7px; PADDING-TOP: 0px; LEFT: 21px } .breadcrumbs LI { PADDING-BOTTOM: 0px; MARGIN: 0px 9px 0px -9px; PADDING-LEFT: 9px; = PADDING-RIGHT: 3px; BACKGROUND: url(/cm/img/breadcrumbs-arrow.gif) = no-repeat 0px 50%; FLOAT: left; COLOR: #444; PADDING-TOP: 0px } .breadcrumbs LI A { COLOR: #444 } .column .box H4 { MARGIN-BOTTOM: 10px; FONT-SIZE: 1.6em } .column .box-holder { PADDING-BOTTOM: 30px; PADDING-TOP: 16px } .insonnia-list { LIST-STYLE-TYPE: none; MARGIN: 0px; DISPLAY: none } .insonnia-list LI { MARGIN: 0px 0px 7px 18px; LIST-STYLE-IMAGE: = url(/cm/img/list_vedianche.gif) } .insonnia-list LI A { COLOR: #666 } DIV.livello1 { BORDER-BOTTOM: #ccc 1px solid; PADDING-BOTTOM: 2px; MARGIN: 20px 0px = 1px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; FONT-SIZE: 1.2em; = PADDING-TOP: 0px } DIV.livello2 { PADDING-BOTTOM: 3px; BACKGROUND-COLOR: #f2f2f2; MARGIN: 1px 0px; = PADDING-LEFT: 15px; PADDING-RIGHT: 0px; FONT-SIZE: 1.2em; PADDING-TOP: = 2px } #footer { PADDING-BOTTOM: 21px; PADDING-LEFT: 6px; WIDTH: 978px; PADDING-RIGHT: = 6px; DISPLAY: none; BACKGROUND: url(/cm/img/footer-bg.png) no-repeat; = PADDING-TOP: 0px } .footer { POSITION: static; WIDTH: 978px; DISPLAY: none; BACKGROUND: = url(/cm/img/footer-bg.jpg) no-repeat; HEIGHT: 257px } .footer-holder { PADDING-BOTTOM: 0px; PADDING-LEFT: 21px; WIDTH: 954px; PADDING-RIGHT: = 0px; DISPLAY: none; HEIGHT: 208px; PADDING-TOP: 17px } .footer-column { PADDING-RIGHT: 44px; DISPLAY: none; FLOAT: none } .copyright { PADDING-BOTTOM: 9px; LIST-STYLE-TYPE: none; MARGIN: 0px; PADDING-LEFT: = 21px; PADDING-RIGHT: 21px; OVERFLOW: hidden; PADDING-TOP: 9px } .copyright LI { BORDER-LEFT: #666 1px solid; PADDING-BOTTOM: 0px; LINE-HEIGHT: 0.9em; = MARGIN: 0px 10px 0px -10px; PADDING-LEFT: 10px; PADDING-RIGHT: 10px; = FLOAT: left; COLOR: #666; FONT-SIZE: 1.1em; PADDING-TOP: 0px } #noborder { BORDER-BOTTOM-STYLE: none; BORDER-RIGHT-STYLE: none; BORDER-TOP-STYLE: = none; BORDER-LEFT-STYLE: none } .copyright LI A { COLOR: #666 } .footer-column H3 { MARGIN: 0px; COLOR: #333; FONT-SIZE: 1.1em; FONT-WEIGHT: normal } .footer-column UL { PADDING-BOTTOM: 0px; LIST-STYLE-TYPE: none; MARGIN: 0px; PADDING-LEFT: = 0px; PADDING-RIGHT: 0px; PADDING-TOP: 0px } .footer-column UL LI { FONT-SIZE: 1.1em } .footer-column UL LI A { COLOR: #666 } .footer-column UL UL LI { PADDING-LEFT: 10px; BACKGROUND: url(/cm/img/footer-point.gif) no-repeat = 2px 5px; FONT-SIZE: 1em } .footer-logo { TEXT-INDENT: -9999em; MARGIN: 4px 10px 0px 0px; WIDTH: 63px; DISPLAY: = inline; BACKGROUND: url(/cm/img/footer-logo.gif) no-repeat; FLOAT: = right; HEIGHT: 70px; OVERFLOW: hidden } .footer-logo A { POSITION: relative; DISPLAY: block; HEIGHT: 100% } DIV#boxricerca { BACKGROUND-COLOR: #ededee; MARGIN: 0px 0px 11px; WIDTH: 298px } ------=_NextPart_000_0944_01CB26AD.89BA0B60 Content-Type: text/css; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.dica33.it/cm/css/newsticker.css #NewsTicker { MARGIN: 0px; WIDTH: 185px; BACKGROUND: url(/cm/img/box-bg.gif) = repeat-y; HEIGHT: 200px } #NewsVertical { POSITION: relative; WIDTH: 180px; DISPLAY: block; HEIGHT: 200px; = OVERFLOW: hidden } #controller { PADDING-BOTTOM: 0px; PADDING-LEFT: 0px; PADDING-RIGHT: 0px; FLOAT: = left; COLOR: #666; FONT-SIZE: 11px; PADDING-TOP: 0px } #play_scroll_cont { DISPLAY: none } #play_scroll_cont A { DISPLAY: block; COLOR: #fff; TEXT-DECORATION: none } #stop_scroll_cont A { DISPLAY: block; COLOR: #fff; TEXT-DECORATION: none } #TickerVertical { PADDING-BOTTOM: 0px; LIST-STYLE-TYPE: none; MARGIN: 0px; PADDING-LEFT: = 0px; WIDTH: 180px; PADDING-RIGHT: 0px; DISPLAY: block; HEIGHT: 330px; = PADDING-TOP: 0px } #TickerVertical LI { TEXT-ALIGN: left; PADDING-BOTTOM: 1px; MARGIN: 0px; PADDING-LEFT: 5px; = WIDTH: 180px; PADDING-RIGHT: 1px; DISPLAY: block; FLOAT: left; = FONT-SIZE: 11px; PADDING-TOP: 1px } #TickerVertical LI A { DISPLAY: block; TEXT-DECORATION: none } #TickerVertical LI A:hover { DISPLAY: block; TEXT-DECORATION: underline } ------=_NextPart_000_0944_01CB26AD.89BA0B60 Content-Type: text/css; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.dica33.it/cm/css/glossario.css A.aGloss { BORDER-BOTTOM: 1px dotted; COLOR: #ff6633; CURSOR: help; FONT-WEIGHT: = bold; TEXT-DECORATION: none } A.aGloss:hover { BACKGROUND-COLOR: #444; COLOR: #fff; CURSOR: help } DIV#interactioninfo { Z-INDEX: 501; POSITION: absolute; TEXT-ALIGN: left; WIDTH: 300px; = HEIGHT: 1px; VISIBILITY: hidden; TOP: -200px; LEFT: -200px } #interactioninfo DIV { BORDER-BOTTOM: #0062ba 1px solid; POSITION: relative; BORDER-LEFT: = #0062ba 1px solid; PADDING-BOTTOM: 20px; PADDING-LEFT: 10px; = PADDING-RIGHT: 5px; BACKGROUND: #fafafa; HEIGHT: auto; BORDER-TOP: = #fafafa 1px solid; BORDER-RIGHT: #0062ba 1px solid; PADDING-TOP: 5px } #interactioninfo H3 { BORDER-BOTTOM: #e9eef4 1px solid; BORDER-LEFT: #0062ba 1px solid; = PADDING-BOTTOM: 5px; MARGIN: 0px; PADDING-LEFT: 10px; PADDING-RIGHT: = 0px; BACKGROUND: #e9eef4; COLOR: #0062ba; FONT-SIZE: 1em; BORDER-TOP: = #0062ba 1px solid; BORDER-RIGHT: #0062ba 1px solid; PADDING-TOP: 5px } #interactioninfo P { LINE-HEIGHT: 1.2em; MARGIN: 0px 15px 0px 10px; FONT-SIZE: 1em } #interactioninfo IMG { HEIGHT: 1px } ------=_NextPart_000_0944_01CB26AD.89BA0B60 Content-Type: application/octet-stream Content-Transfer-Encoding: quoted-printable Content-Location: http://www.dica33.it/cm/js/common.js function pop (url,w,h,s,f) { LeftPosition =3D(screen.width) ? (screen.width-w)/2 : 0; TopPosition =3D (screen.height) ? (screen.height-h)/2 : 0; window.open(url,'new','width=3D'+w+',height=3D'+h+',top=3D'+TopPosition+'= ,left=3D'+LeftPosition+',scrollbars=3D'+s+',fullscreen=3D'+f+'') } function showLay(layId) { eval("styleUsed=3D"+layId+".style.display;"); if (styleUsed=3D=3D"none") { eval(""+layId+".style.display=3D'block';"); = }=20 else { eval(""+layId+".style.display=3D'none';"); } } function linkEst(url) { if (window.confirm("State abbandonando il sito di Ascolta la tua testa, = le informazioni contenute nel nuovo sito prescelto possono non essere = conformi al DLvo 541/92 che regola la pubblicit=E0 sui medicinali per = uso umano e le opinioni espresse non riflettono necessariamente le = posizioni dell'Azienda, n=E9 sono da essa avvallate. Cliccate Ok per = procedere, Annulla per annullare."))=20 { window.open (url); } } ------=_NextPart_000_0944_01CB26AD.89BA0B60 Content-Type: application/octet-stream Content-Transfer-Encoding: quoted-printable Content-Location: http://www.dica33.it/cm/js/AC_RunActiveContent.js //v1.0 //Copyright 2006 Adobe Systems, Inc. All rights reserved. function AC_AddExtension(src, ext) { if (src.indexOf('?') !=3D -1) return src.replace(/\?/, ext+'?');=20 else return src + ext; } function AC_Generateobj(objAttrs, params, embedAttrs)=20 {=20 var str =3D '

'; document.write(str); } function AC_FL_RunContent(){ var ret =3D=20 AC_GetArgs ( arguments, ".swf", "movie", = "clsid:d27cdb6e-ae6d-11cf-96b8-444553540000" , "application/x-shockwave-flash" ); AC_Generateobj(ret.objAttrs, ret.params, ret.embedAttrs); } function AC_SW_RunContent(){ var ret =3D=20 AC_GetArgs ( arguments, ".dcr", "src", = "clsid:166B1BCA-3F9C-11CF-8075-444553540000" , null ); AC_Generateobj(ret.objAttrs, ret.params, ret.embedAttrs); } function AC_GetArgs(args, ext, srcParamName, classid, mimeType){ var ret =3D new Object(); ret.embedAttrs =3D new Object(); ret.params =3D new Object(); ret.objAttrs =3D new Object(); for (var i=3D0; i < args.length; i=3Di+2){ var currArg =3D args[i].toLowerCase(); =20 switch (currArg){=09 case "classid": break; case "pluginspage": ret.embedAttrs[args[i]] =3D args[i+1]; break; case "src": case "movie":=09 args[i+1] =3D AC_AddExtension(args[i+1], ext); ret.embedAttrs["src"] =3D args[i+1]; ret.params[srcParamName] =3D args[i+1]; break; case "onafterupdate": case "onbeforeupdate": case "onblur": case "oncellchange": case "onclick": case "ondblClick": case "ondrag": case "ondragend": case "ondragenter": case "ondragleave": case "ondragover": case "ondrop": case "onfinish": case "onfocus": case "onhelp": case "onmousedown": case "onmouseup": case "onmouseover": case "onmousemove": case "onmouseout": case "onkeypress": case "onkeydown": case "onkeyup": case "onload": case "onlosecapture": case "onpropertychange": case "onreadystatechange": case "onrowsdelete": case "onrowenter": case "onrowexit": case "onrowsinserted": case "onstart": case "onscroll": case "onbeforeeditfocus": case "onactivate": case "onbeforedeactivate": case "ondeactivate": case "type": case "codebase": ret.objAttrs[args[i]] =3D args[i+1]; break; case "width": case "height": case "align": case "vspace":=20 case "hspace": case "class": case "title": case "accesskey": case "name": case "id": case "tabindex": ret.embedAttrs[args[i]] =3D ret.objAttrs[args[i]] =3D args[i+1]; break; default: ret.embedAttrs[args[i]] =3D ret.params[args[i]] =3D args[i+1]; } } ret.objAttrs["classid"] =3D classid; if (mimeType) ret.embedAttrs["type"] =3D mimeType; return ret; } ------=_NextPart_000_0944_01CB26AD.89BA0B60 Content-Type: application/octet-stream Content-Transfer-Encoding: 7bit Content-Location: http://www.dica33.it/cm/js/resizablefonts.js function initPage () { var fMin = document.getElementById("font-min"); var fNormal = document.getElementById("font-normal"); var fMax = document.getElementById("font-max"); var fSize = 100; var body = document.getElementsByTagName("body")[0]; body.style.fontSize = "100%"; fNormal.onclick = function (){ body.style.fontSize = "100%"; return false; } fMin.onclick = function (){ fSize = body.style.fontSize.replace("%",""); fSize = parseInt(fSize) - 10; if (fSize <= 50) fSize = 50; body.style.fontSize = fSize+"%"; return false; } fMax.onclick = function (){ fSize = body.style.fontSize.replace("%",""); fSize = parseInt(fSize) + 10; if (fSize >= 140) fSize = 140; body.style.fontSize = fSize+"%"; return false; } } if (window.addEventListener) window.addEventListener("load", initPage, false); else if (window.attachEvent) window.attachEvent("onload", initPage); ------=_NextPart_000_0944_01CB26AD.89BA0B60 Content-Type: application/octet-stream Content-Transfer-Encoding: quoted-printable Content-Location: http://www.dica33.it/cm/js/mootools.svn.js =0A= =0A= var MooTools =3D {=0A= version: '1.11' =0A= };=0A= =0A= =0A= =0A= function $defined(obj){=0A= return (obj !=3D undefined);=0A= };=0A= =0A= =0A= function $type(obj){=0A= if (!$defined(obj)) return false;=0A= if (obj.htmlElement) return 'element';=0A= var type =3D typeof obj;=0A= if (type =3D=3D 'object' && obj.nodeName){=0A= switch(obj.nodeType){=0A= case 1: return 'element';=0A= case 3: return (/\S/).test(obj.nodeValue) ? 'textnode' : 'whitespace';=0A= }=0A= }=0A= if (type =3D=3D 'object' || type =3D=3D 'function'){=0A= switch(obj.constructor){=0A= case Array: return 'array';=0A= case RegExp: return 'regexp';=0A= case Class: return 'class';=0A= }=0A= if (typeof obj.length =3D=3D 'number'){=0A= if (obj.item) return 'collection';=0A= if (obj.callee) return 'arguments';=0A= }=0A= }=0A= return type;=0A= };=0A= =0A= =0A= =0A= function $merge(){=0A= var mix =3D {};=0A= for (var i =3D 0; i < arguments.length; i++){=0A= for (var property in arguments[i]){=0A= var ap =3D arguments[i][property];=0A= var mp =3D mix[property];=0A= if (mp && $type(ap) =3D=3D 'object' && $type(mp) =3D=3D 'object') = mix[property] =3D $merge(mp, ap);=0A= else mix[property] =3D ap;=0A= }=0A= }=0A= return mix;=0A= };=0A= =0A= =0A= var $extend =3D function(){=0A= var args =3D arguments;=0A= if (!args[1]) args =3D [this, args[0]];=0A= for (var property in args[1]) args[0][property] =3D args[1][property];=0A= return args[0];=0A= };=0A= =0A= =0A= =0A= var $native =3D function(){=0A= for (var i =3D 0, l =3D arguments.length; i < l; i++){=0A= arguments[i].extend =3D function(props){=0A= for (var prop in props){=0A= if (!this.prototype[prop]) this.prototype[prop] =3D props[prop];=0A= if (!this[prop]) this[prop] =3D $native.generic(prop);=0A= }=0A= };=0A= }=0A= };=0A= =0A= $native.generic =3D function(prop){=0A= return function(bind){=0A= return this.prototype[prop].apply(bind, = Array.prototype.slice.call(arguments, 1));=0A= };=0A= };=0A= =0A= $native(Function, Array, String, Number);=0A= =0A= =0A= =0A= function $chk(obj){=0A= return !!(obj || obj =3D=3D=3D 0);=0A= };=0A= =0A= =0A= function $pick(obj, picked){=0A= return $defined(obj) ? obj : picked;=0A= };=0A= =0A= =0A= =0A= function $random(min, max){=0A= return Math.floor(Math.random() * (max - min + 1) + min);=0A= };=0A= =0A= =0A= =0A= function $time(){=0A= return new Date().getTime();=0A= };=0A= =0A= =0A= =0A= function $clear(timer){=0A= clearTimeout(timer);=0A= clearInterval(timer);=0A= return null;=0A= };=0A= =0A= =0A= =0A= var Abstract =3D function(obj){=0A= obj =3D obj || {};=0A= obj.extend =3D $extend;=0A= return obj;=0A= };=0A= =0A= //window, document=0A= =0A= var Window =3D new Abstract(window);=0A= var Document =3D new Abstract(document);=0A= document.head =3D document.getElementsByTagName('head')[0];=0A= =0A= =0A= =0A= window.xpath =3D !!(document.evaluate);=0A= if (window.ActiveXObject) window.ie =3D window[window.XMLHttpRequest ? = 'ie7' : 'ie6'] =3D true;=0A= else if (document.childNodes && !document.all && = !navigator.taintEnabled) window.webkit =3D window[window.xpath ? = 'webkit420' : 'webkit419'] =3D true;=0A= else if (document.getBoxObjectFor !=3D null) window.gecko =3D true;=0A= =0A= /*compatibility*/=0A= =0A= window.khtml =3D window.webkit;=0A= =0A= Object.extend =3D $extend;=0A= =0A= /*end compatibility*/=0A= =0A= //htmlelement=0A= =0A= if (typeof HTMLElement =3D=3D 'undefined'){=0A= var HTMLElement =3D function(){};=0A= if (window.webkit) document.createElement("iframe"); //fixes safari=0A= HTMLElement.prototype =3D (window.webkit) ? = window["[[DOMElement.prototype]]"] : {};=0A= }=0A= HTMLElement.prototype.htmlElement =3D function(){};=0A= =0A= //enables background image cache for internet explorer 6=0A= =0A= if (window.ie6) try {document.execCommand("BackgroundImageCache", false, = true);} catch(e){};=0A= =0A= =0A= =0A= var Class =3D function(properties){=0A= var klass =3D function(){=0A= return (arguments[0] !=3D=3D null && this.initialize && = $type(this.initialize) =3D=3D 'function') ? this.initialize.apply(this, = arguments) : this;=0A= };=0A= $extend(klass, this);=0A= klass.prototype =3D properties;=0A= klass.constructor =3D Class;=0A= return klass;=0A= };=0A= =0A= /*=0A= Property: empty=0A= Returns an empty function=0A= */=0A= =0A= Class.empty =3D function(){};=0A= =0A= Class.prototype =3D {=0A= =0A= =0A= extend: function(properties){=0A= var proto =3D new this(null);=0A= for (var property in properties){=0A= var pp =3D proto[property];=0A= proto[property] =3D Class.Merge(pp, properties[property]);=0A= }=0A= return new Class(proto);=0A= },=0A= =0A= =0A= =0A= implement: function(){=0A= for (var i =3D 0, l =3D arguments.length; i < l; i++) = $extend(this.prototype, arguments[i]);=0A= }=0A= =0A= };=0A= =0A= //internal=0A= =0A= Class.Merge =3D function(previous, current){=0A= if (previous && previous !=3D current){=0A= var type =3D $type(current);=0A= if (type !=3D $type(previous)) return current;=0A= switch(type){=0A= case 'function':=0A= var merged =3D function(){=0A= this.parent =3D arguments.callee.parent;=0A= return current.apply(this, arguments);=0A= };=0A= merged.parent =3D previous;=0A= return merged;=0A= case 'object': return $merge(previous, current);=0A= }=0A= }=0A= return current;=0A= };=0A= =0A= =0A= =0A= var Chain =3D new Class({=0A= =0A= /*=0A= Property: chain=0A= adds a function to the Chain instance stack.=0A= =0A= Arguments:=0A= fn - the function to append.=0A= */=0A= =0A= chain: function(fn){=0A= this.chains =3D this.chains || [];=0A= this.chains.push(fn);=0A= return this;=0A= },=0A= =0A= /*=0A= Property: callChain=0A= Executes the first function of the Chain instance stack, then removes = it. The first function will then become the second.=0A= */=0A= =0A= callChain: function(){=0A= if (this.chains && this.chains.length) this.chains.shift().delay(10, = this);=0A= },=0A= =0A= /*=0A= Property: clearChain=0A= Clears the stack of a Chain instance.=0A= */=0A= =0A= clearChain: function(){=0A= this.chains =3D [];=0A= }=0A= =0A= });=0A= =0A= =0A= var Events =3D new Class({=0A= =0A= /*=0A= Property: addEvent=0A= adds an event to the stack of events of the Class instance.=0A= =0A= Arguments:=0A= type - string; the event name (e.g. 'onComplete')=0A= fn - function to execute=0A= */=0A= =0A= addEvent: function(type, fn){=0A= if (fn !=3D Class.empty){=0A= this.$events =3D this.$events || {};=0A= this.$events[type] =3D this.$events[type] || [];=0A= this.$events[type].include(fn);=0A= }=0A= return this;=0A= },=0A= =0A= =0A= =0A= fireEvent: function(type, args, delay){=0A= if (this.$events && this.$events[type]){=0A= this.$events[type].each(function(fn){=0A= fn.create({'bind': this, 'delay': delay, 'arguments': args})();=0A= }, this);=0A= }=0A= return this;=0A= },=0A= =0A= /*=0A= Property: removeEvent=0A= removes an event from the stack of events of the Class instance.=0A= =0A= Arguments:=0A= type - string; the event name (e.g. 'onComplete')=0A= fn - function that was added=0A= */=0A= =0A= removeEvent: function(type, fn){=0A= if (this.$events && this.$events[type]) this.$events[type].remove(fn);=0A= return this;=0A= }=0A= =0A= });=0A= =0A= =0A= var Options =3D new Class({=0A= =0A= =0A= setOptions: function(){=0A= this.options =3D $merge.apply(null, [this.options].extend(arguments));=0A= if (this.addEvent){=0A= for (var option in this.options){=0A= if ($type(this.options[option] =3D=3D 'function') && = (/^on[A-Z]/).test(option)) this.addEvent(option, this.options[option]);=0A= }=0A= }=0A= return this;=0A= }=0A= =0A= });=0A= =0A= =0A= Array.extend({=0A= =0A= =0A= forEach: function(fn, bind){=0A= for (var i =3D 0, j =3D this.length; i < j; i++) fn.call(bind, = this[i], i, this);=0A= },=0A= =0A= =0A= =0A= filter: function(fn, bind){=0A= var results =3D [];=0A= for (var i =3D 0, j =3D this.length; i < j; i++){=0A= if (fn.call(bind, this[i], i, this)) results.push(this[i]);=0A= }=0A= return results;=0A= },=0A= =0A= =0A= map: function(fn, bind){=0A= var results =3D [];=0A= for (var i =3D 0, j =3D this.length; i < j; i++) results[i] =3D = fn.call(bind, this[i], i, this);=0A= return results;=0A= },=0A= =0A= =0A= every: function(fn, bind){=0A= for (var i =3D 0, j =3D this.length; i < j; i++){=0A= if (!fn.call(bind, this[i], i, this)) return false;=0A= }=0A= return true;=0A= },=0A= =0A= =0A= =0A= some: function(fn, bind){=0A= for (var i =3D 0, j =3D this.length; i < j; i++){=0A= if (fn.call(bind, this[i], i, this)) return true;=0A= }=0A= return false;=0A= },=0A= =0A= =0A= =0A= indexOf: function(item, from){=0A= var len =3D this.length;=0A= for (var i =3D (from < 0) ? Math.max(0, len + from) : from || 0; i < = len; i++){=0A= if (this[i] =3D=3D=3D item) return i;=0A= }=0A= return -1;=0A= },=0A= =0A= =0A= =0A= copy: function(start, length){=0A= start =3D start || 0;=0A= if (start < 0) start =3D this.length + start;=0A= length =3D length || (this.length - start);=0A= var newArray =3D [];=0A= for (var i =3D 0; i < length; i++) newArray[i] =3D this[start++];=0A= return newArray;=0A= },=0A= =0A= remove: function(item){=0A= var i =3D 0;=0A= var len =3D this.length;=0A= while (i < len){=0A= if (this[i] =3D=3D=3D item){=0A= this.splice(i, 1);=0A= len--;=0A= } else {=0A= i++;=0A= }=0A= }=0A= return this;=0A= },=0A= =0A= =0A= =0A= contains: function(item, from){=0A= return this.indexOf(item, from) !=3D -1;=0A= },=0A= =0A= =0A= associate: function(keys){=0A= var obj =3D {}, length =3D Math.min(this.length, keys.length);=0A= for (var i =3D 0; i < length; i++) obj[keys[i]] =3D this[i];=0A= return obj;=0A= },=0A= =0A= /*=0A= Property: extend=0A= Extends an array with another one.=0A= =0A= Arguments:=0A= array - the array to extend ours with=0A= =0A= Example:=0A= >var Animals =3D ['Cat', 'Dog', 'Coala'];=0A= >Animals.extend(['Lizard']);=0A= >//Animals is now: ['Cat', 'Dog', 'Coala', 'Lizard'];=0A= */=0A= =0A= extend: function(array){=0A= for (var i =3D 0, j =3D array.length; i < j; i++) this.push(array[i]);=0A= return this;=0A= },=0A= =0A= /*=0A= Property: merge=0A= merges an array in another array, without duplicates. (case- and = type-sensitive)=0A= =0A= Arguments:=0A= array - the array to merge from.=0A= =0A= Example:=0A= >['Cat','Dog'].merge(['Dog','Coala']); //returns ['Cat','Dog','Coala']=0A= */=0A= =0A= merge: function(array){=0A= for (var i =3D 0, l =3D array.length; i < l; i++) = this.include(array[i]);=0A= return this;=0A= },=0A= =0A= /*=0A= Property: include=0A= includes the passed in element in the array, only if its not already = present. (case- and type-sensitive)=0A= =0A= Arguments:=0A= item - item to add to the array (if not present)=0A= =0A= Example:=0A= >['Cat','Dog'].include('Dog'); //returns ['Cat','Dog']=0A= >['Cat','Dog'].include('Coala'); //returns ['Cat','Dog','Coala']=0A= */=0A= =0A= include: function(item){=0A= if (!this.contains(item)) this.push(item);=0A= return this;=0A= },=0A= =0A= /*=0A= Property: getRandom=0A= returns a random item in the Array=0A= */=0A= =0A= getRandom: function(){=0A= return this[$random(0, this.length - 1)] || null;=0A= },=0A= =0A= /*=0A= Property: getLast=0A= returns the last item in the Array=0A= */=0A= =0A= getLast: function(){=0A= return this[this.length - 1] || null;=0A= }=0A= =0A= });=0A= =0A= //copies=0A= =0A= Array.prototype.each =3D Array.prototype.forEach;=0A= Array.each =3D Array.forEach;=0A= =0A= =0A= function $A(array){=0A= return Array.copy(array);=0A= };=0A= =0A= =0A= =0A= function $each(iterable, fn, bind){=0A= if (iterable && typeof iterable.length =3D=3D 'number' && = $type(iterable) !=3D 'object'){=0A= Array.forEach(iterable, fn, bind);=0A= } else {=0A= for (var name in iterable) fn.call(bind || iterable, iterable[name], = name);=0A= }=0A= };=0A= =0A= /*compatibility*/=0A= =0A= Array.prototype.test =3D Array.prototype.contains;=0A= =0A= =0A= =0A= String.extend({=0A= =0A= =0A= =0A= test: function(regex, params){=0A= return (($type(regex) =3D=3D 'string') ? new RegExp(regex, params) : = regex).test(this);=0A= },=0A= =0A= /*=0A= Property: toInt=0A= parses a string to an integer.=0A= =0A= Returns:=0A= either an int or "NaN" if the string is not a number.=0A= =0A= Example:=0A= >var value =3D "10px".toInt(); // value is 10=0A= */=0A= =0A= toInt: function(){=0A= return parseInt(this, 10);=0A= },=0A= =0A= /*=0A= Property: toFloat=0A= parses a string to an float.=0A= =0A= Returns:=0A= either a float or "NaN" if the string is not a number.=0A= =0A= Example:=0A= >var value =3D "10.848".toFloat(); // value is 10.848=0A= */=0A= =0A= toFloat: function(){=0A= return parseFloat(this);=0A= },=0A= =0A= /*=0A= Property: camelCase=0A= Converts a hiphenated string to a camelcase string.=0A= =0A= Example:=0A= >"I-like-cookies".camelCase(); //"ILikeCookies"=0A= =0A= Returns:=0A= the camel cased string=0A= */=0A= =0A= camelCase: function(){=0A= return this.replace(/-\D/g, function(match){=0A= return match.charAt(1).toUpperCase();=0A= });=0A= },=0A= =0A= /*=0A= Property: hyphenate=0A= Converts a camelCased string to a hyphen-ated string.=0A= =0A= Example:=0A= >"ILikeCookies".hyphenate(); //"I-like-cookies"=0A= */=0A= =0A= hyphenate: function(){=0A= return this.replace(/\w[A-Z]/g, function(match){=0A= return (match.charAt(0) + '-' + match.charAt(1).toLowerCase());=0A= });=0A= },=0A= =0A= /*=0A= Property: capitalize=0A= Converts the first letter in each word of a string to Uppercase.=0A= =0A= Example:=0A= >"i like cookies".capitalize(); //"I Like Cookies"=0A= =0A= Returns:=0A= the capitalized string=0A= */=0A= =0A= capitalize: function(){=0A= return this.replace(/\b[a-z]/g, function(match){=0A= return match.toUpperCase();=0A= });=0A= },=0A= =0A= /*=0A= Property: trim=0A= Trims the leading and trailing spaces off a string.=0A= =0A= Example:=0A= >" i like cookies ".trim() //"i like cookies"=0A= =0A= Returns:=0A= the trimmed string=0A= */=0A= =0A= trim: function(){=0A= return this.replace(/^\s+|\s+$/g, '');=0A= },=0A= =0A= /*=0A= Property: clean=0A= trims () a string AND removes all the double spaces in a = string.=0A= =0A= Returns:=0A= the cleaned string=0A= =0A= Example:=0A= >" i like cookies \n\n".clean() //"i like cookies"=0A= */=0A= =0A= clean: function(){=0A= return this.replace(/\s{2,}/g, ' ').trim();=0A= },=0A= =0A= =0A= =0A= rgbToHex: function(array){=0A= var rgb =3D this.match(/\d{1,3}/g);=0A= return (rgb) ? rgb.rgbToHex(array) : false;=0A= },=0A= =0A= /*=0A= Property: hexToRgb=0A= Converts a hexidecimal color value to RGB. Input string must be the = hex color value (with or without the hash). Also accepts triplets = ('333');=0A= =0A= Arguments:=0A= array - boolean value, defaults to false. Use true if you want the = array [255,255,255] as output instead of "rgb(255,255,255)";=0A= =0A= Returns:=0A= rgb string or array.=0A= =0A= Example:=0A= >"#112233".hexToRgb(); //"rgb(17,34,51)"=0A= >"#112233".hexToRgb(true); //[17,34,51]=0A= */=0A= =0A= hexToRgb: function(array){=0A= var hex =3D this.match(/^#?(\w{1,2})(\w{1,2})(\w{1,2})$/);=0A= return (hex) ? hex.slice(1).hexToRgb(array) : false;=0A= },=0A= =0A= /*=0A= Property: contains=0A= checks if the passed in string is contained in the String. also = accepts an optional second parameter, to check if the string is = contained in a list of separated values.=0A= =0A= Example:=0A= >'a b c'.contains('c', ' '); //true=0A= >'a bc'.contains('bc'); //true=0A= >'a bc'.contains('b', ' '); //false=0A= */=0A= =0A= contains: function(string, s){=0A= return (s) ? (s + this + s).indexOf(s + string + s) > -1 : = this.indexOf(string) > -1;=0A= },=0A= =0A= /*=0A= Property: escapeRegExp=0A= Returns string with escaped regular expression characters=0A= =0A= Example:=0A= >var search =3D 'animals.sheeps[1]'.escapeRegExp(); // search is now = 'animals\.sheeps\[1\]'=0A= =0A= Returns:=0A= Escaped string=0A= */=0A= =0A= escapeRegExp: function(){=0A= return this.replace(/([.*+?^${}()|[\]\/\\])/g, '\\$1');=0A= }=0A= =0A= });=0A= =0A= Array.extend({=0A= =0A= /*=0A= Property: rgbToHex=0A= see , but as an array method.=0A= */=0A= =0A= rgbToHex: function(array){=0A= if (this.length < 3) return false;=0A= if (this.length =3D=3D 4 && this[3] =3D=3D 0 && !array) return = 'transparent';=0A= var hex =3D [];=0A= for (var i =3D 0; i < 3; i++){=0A= var bit =3D (this[i] - 0).toString(16);=0A= hex.push((bit.length =3D=3D 1) ? '0' + bit : bit);=0A= }=0A= return array ? hex : '#' + hex.join('');=0A= },=0A= =0A= /*=0A= Property: hexToRgb=0A= same as , but as an array method.=0A= */=0A= =0A= hexToRgb: function(array){=0A= if (this.length !=3D 3) return false;=0A= var rgb =3D [];=0A= for (var i =3D 0; i < 3; i++){=0A= rgb.push(parseInt((this[i].length =3D=3D 1) ? this[i] + this[i] : = this[i], 16));=0A= }=0A= return array ? rgb : 'rgb(' + rgb.join(',') + ')';=0A= }=0A= =0A= });=0A= =0A= /* =0A= Script: Function.js=0A= Contains Function prototypes and utility functions .=0A= =0A= License:=0A= MIT-style license.=0A= =0A= Credits:=0A= - Some functions are inspired by those found in prototype.js = (c) 2005 Sam Stephenson sam [at] conio = [dot] net, MIT-style license=0A= */=0A= =0A= /*=0A= Class: Function=0A= A collection of The Function Object prototype methods.=0A= */=0A= =0A= Function.extend({=0A= =0A= =0A= =0A= create: function(options){=0A= var fn =3D this;=0A= options =3D $merge({=0A= 'bind': fn,=0A= 'event': false,=0A= 'arguments': null,=0A= 'delay': false,=0A= 'periodical': false,=0A= 'attempt': false=0A= }, options);=0A= if ($chk(options.arguments) && $type(options.arguments) !=3D 'array') = options.arguments =3D [options.arguments];=0A= return function(event){=0A= var args;=0A= if (options.event){=0A= event =3D event || window.event;=0A= args =3D [(options.event =3D=3D=3D true) ? event : new = options.event(event)];=0A= if (options.arguments) args.extend(options.arguments);=0A= }=0A= else args =3D options.arguments || arguments;=0A= var returns =3D function(){=0A= return fn.apply($pick(options.bind, fn), args);=0A= };=0A= if (options.delay) return setTimeout(returns, options.delay);=0A= if (options.periodical) return setInterval(returns, = options.periodical);=0A= if (options.attempt) try {return returns();} catch(err){return = false;};=0A= return returns();=0A= };=0A= },=0A= =0A= /*=0A= Property: pass=0A= Shortcut to create closures with arguments and bind.=0A= =0A= Returns:=0A= a function.=0A= =0A= Arguments:=0A= args - the arguments passed. must be an array if arguments > 1=0A= bind - optional, the object that the "this" of the function will refer = to.=0A= =0A= Example:=0A= >myFunction.pass([arg1, arg2], myElement);=0A= */=0A= =0A= pass: function(args, bind){=0A= return this.create({'arguments': args, 'bind': bind});=0A= },=0A= =0A= /*=0A= Property: attempt=0A= Tries to execute the function, returns either the result of the = function or false on error.=0A= =0A= Arguments:=0A= args - the arguments passed. must be an array if arguments > 1=0A= bind - optional, the object that the "this" of the function will refer = to.=0A= =0A= Example:=0A= >myFunction.attempt([arg1, arg2], myElement);=0A= */=0A= =0A= attempt: function(args, bind){=0A= return this.create({'arguments': args, 'bind': bind, 'attempt': = true})();=0A= },=0A= =0A= =0A= bind: function(bind, args){=0A= return this.create({'bind': bind, 'arguments': args});=0A= },=0A= =0A= =0A= =0A= bindAsEventListener: function(bind, args){=0A= return this.create({'bind': bind, 'event': true, 'arguments': args});=0A= },=0A= =0A= =0A= =0A= delay: function(delay, bind, args){=0A= return this.create({'delay': delay, 'bind': bind, 'arguments': = args})();=0A= },=0A= =0A= =0A= periodical: function(interval, bind, args){=0A= return this.create({'periodical': interval, 'bind': bind, 'arguments': = args})();=0A= }=0A= =0A= });=0A= =0A= =0A= =0A= Number.extend({=0A= =0A= /*=0A= Property: toInt=0A= Returns this number; useful because toInt must work on both Strings = and Numbers.=0A= */=0A= =0A= toInt: function(){=0A= return parseInt(this);=0A= },=0A= =0A= /*=0A= Property: toFloat=0A= Returns this number as a float; useful because toFloat must work on = both Strings and Numbers.=0A= */=0A= =0A= toFloat: function(){=0A= return parseFloat(this);=0A= },=0A= =0A= /*=0A= Property: limit=0A= Limits the number.=0A= =0A= Arguments:=0A= min - number, minimum value=0A= max - number, maximum value=0A= =0A= Returns:=0A= the number in the given limits.=0A= =0A= Example:=0A= >(12).limit(2, 6.5) // returns 6.5=0A= >(-4).limit(2, 6.5) // returns 2=0A= >(4.3).limit(2, 6.5) // returns 4.3=0A= */=0A= =0A= limit: function(min, max){=0A= return Math.min(max, Math.max(min, this));=0A= },=0A= =0A= /*=0A= Property: round=0A= Returns the number rounded to specified precision.=0A= =0A= Arguments:=0A= precision - integer, number of digits after the decimal point. Can = also be negative or zero (default).=0A= =0A= Example:=0A= >12.45.round() // returns 12=0A= >12.45.round(1) // returns 12.5=0A= >12.45.round(-1) // returns 10=0A= =0A= Returns:=0A= The rounded number.=0A= */=0A= =0A= round: function(precision){=0A= precision =3D Math.pow(10, precision || 0);=0A= return Math.round(this * precision) / precision;=0A= },=0A= =0A= /*=0A= Property: times=0A= Executes a passed in function the specified number of times=0A= =0A= Arguments:=0A= function - the function to be executed on each iteration of the loop=0A= =0A= Example:=0A= >(4).times(alert);=0A= */=0A= =0A= times: function(fn){=0A= for (var i =3D 0; i < this; i++) fn(i);=0A= }=0A= =0A= });=0A= =0A= =0A= var Element =3D new Class({=0A= =0A= =0A= initialize: function(el, props){=0A= if ($type(el) =3D=3D 'string'){=0A= if (window.ie && props && (props.name || props.type)){=0A= var name =3D (props.name) ? ' name=3D"' + props.name + '"' : '';=0A= var type =3D (props.type) ? ' type=3D"' + props.type + '"' : '';=0A= delete props.name;=0A= delete props.type;=0A= el =3D '<' + el + name + type + '>';=0A= }=0A= el =3D document.createElement(el);=0A= }=0A= el =3D $(el);=0A= return (!props || !el) ? el : el.set(props);=0A= }=0A= =0A= });=0A= =0A= =0A= =0A= var Elements =3D new Class({=0A= =0A= initialize: function(elements){=0A= return (elements) ? $extend(elements, this) : this;=0A= }=0A= =0A= });=0A= =0A= Elements.extend =3D function(props){=0A= for (var prop in props){=0A= this.prototype[prop] =3D props[prop];=0A= this[prop] =3D $native.generic(prop);=0A= }=0A= };=0A= =0A= =0A= =0A= function $(el){=0A= if (!el) return null;=0A= if (el.htmlElement) return Garbage.collect(el);=0A= if ([window, document].contains(el)) return el;=0A= var type =3D $type(el);=0A= if (type =3D=3D 'string'){=0A= el =3D document.getElementById(el);=0A= type =3D (el) ? 'element' : false;=0A= }=0A= if (type !=3D 'element') return null;=0A= if (el.htmlElement) return Garbage.collect(el);=0A= if (['object', 'embed'].contains(el.tagName.toLowerCase())) return el;=0A= $extend(el, Element.prototype);=0A= el.htmlElement =3D function(){};=0A= return Garbage.collect(el);=0A= };=0A= =0A= document.getElementsBySelector =3D document.getElementsByTagName;=0A= =0A= function $$(){=0A= var elements =3D [];=0A= for (var i =3D 0, j =3D arguments.length; i < j; i++){=0A= var selector =3D arguments[i];=0A= switch($type(selector)){=0A= case 'element': elements.push(selector);=0A= case 'boolean': break;=0A= case false: break;=0A= case 'string': selector =3D document.getElementsBySelector(selector, = true);=0A= default: elements.extend(selector);=0A= }=0A= }=0A= return $$.unique(elements);=0A= };=0A= =0A= $$.unique =3D function(array){=0A= var elements =3D [];=0A= for (var i =3D 0, l =3D array.length; i < l; i++){=0A= if (array[i].$included) continue;=0A= var element =3D $(array[i]);=0A= if (element && !element.$included){=0A= element.$included =3D true;=0A= elements.push(element);=0A= }=0A= }=0A= for (var n =3D 0, d =3D elements.length; n < d; n++) = elements[n].$included =3D null;=0A= return new Elements(elements);=0A= };=0A= =0A= Elements.Multi =3D function(property){=0A= return function(){=0A= var args =3D arguments;=0A= var items =3D [];=0A= var elements =3D true;=0A= for (var i =3D 0, j =3D this.length, returns; i < j; i++){=0A= returns =3D this[i][property].apply(this[i], args);=0A= if ($type(returns) !=3D 'element') elements =3D false;=0A= items.push(returns);=0A= };=0A= return (elements) ? $$.unique(items) : items;=0A= };=0A= };=0A= =0A= Element.extend =3D function(properties){=0A= for (var property in properties){=0A= HTMLElement.prototype[property] =3D properties[property];=0A= Element.prototype[property] =3D properties[property];=0A= Element[property] =3D $native.generic(property);=0A= var elementsProperty =3D (Array.prototype[property]) ? property + = 'Elements' : property;=0A= Elements.prototype[elementsProperty] =3D Elements.Multi(property);=0A= }=0A= };=0A= =0A= /*=0A= Class: Element=0A= Custom class to allow all of its methods to be used with any DOM = element via the dollar function <$>.=0A= */=0A= =0A= Element.extend({=0A= =0A= /*=0A= Property: set=0A= you can set events, styles and properties with this shortcut. same as = calling new Element.=0A= */=0A= =0A= set: function(props){=0A= for (var prop in props){=0A= var val =3D props[prop];=0A= switch(prop){=0A= case 'styles': this.setStyles(val); break;=0A= case 'events': if (this.addEvents) this.addEvents(val); break;=0A= case 'properties': this.setProperties(val); break;=0A= default: this.setProperty(prop, val);=0A= }=0A= }=0A= return this;=0A= },=0A= =0A= inject: function(el, where){=0A= el =3D $(el);=0A= switch(where){=0A= case 'before': el.parentNode.insertBefore(this, el); break;=0A= case 'after':=0A= var next =3D el.getNext();=0A= if (!next) el.parentNode.appendChild(this);=0A= else el.parentNode.insertBefore(this, next);=0A= break;=0A= case 'top':=0A= var first =3D el.firstChild;=0A= if (first){=0A= el.insertBefore(this, first);=0A= break;=0A= }=0A= default: el.appendChild(this);=0A= }=0A= return this;=0A= },=0A= =0A= =0A= =0A= injectBefore: function(el){=0A= return this.inject(el, 'before');=0A= },=0A= =0A= /*=0A= Property: injectAfter=0A= Same as , but inserts the element after.=0A= */=0A= =0A= injectAfter: function(el){=0A= return this.inject(el, 'after');=0A= },=0A= =0A= /*=0A= Property: injectInside=0A= Same as , but inserts the element inside.=0A= */=0A= =0A= injectInside: function(el){=0A= return this.inject(el, 'bottom');=0A= },=0A= =0A= /*=0A= Property: injectTop=0A= Same as , but inserts the element inside, at the = top.=0A= */=0A= =0A= injectTop: function(el){=0A= return this.inject(el, 'top');=0A= },=0A= =0A= /*=0A= Property: adopt=0A= Inserts the passed elements inside the Element.=0A= =0A= Arguments:=0A= accepts elements references, element ids as string, selectors = ($$('stuff')) / array of elements, array of ids as strings and = collections.=0A= */=0A= =0A= adopt: function(){=0A= var elements =3D [];=0A= $each(arguments, function(argument){=0A= elements =3D elements.concat(argument);=0A= });=0A= $$(elements).inject(this);=0A= return this;=0A= },=0A= =0A= /*=0A= Property: remove=0A= Removes the Element from the DOM.=0A= =0A= Example:=0A= >$('myElement').remove() //bye bye=0A= */=0A= =0A= remove: function(){=0A= return this.parentNode.removeChild(this);=0A= },=0A= =0A= /*=0A= Property: clone=0A= Clones the Element and returns the cloned one.=0A= =0A= Arguments:=0A= contents - boolean, when true the Element is cloned with childNodes, = default true=0A= =0A= Returns:=0A= the cloned element=0A= =0A= Example:=0A= >var clone =3D $('myElement').clone().injectAfter('myElement');=0A= >//clones the Element and append the clone after the Element.=0A= */=0A= =0A= clone: function(contents){=0A= var el =3D $(this.cloneNode(contents !=3D=3D false));=0A= if (!el.$events) return el;=0A= el.$events =3D {};=0A= for (var type in this.$events) el.$events[type] =3D {=0A= 'keys': $A(this.$events[type].keys),=0A= 'values': $A(this.$events[type].values)=0A= };=0A= return el.removeEvents();=0A= },=0A= =0A= /*=0A= Property: replaceWith=0A= Replaces the Element with an element passed.=0A= =0A= Arguments:=0A= el - a string representing the element to be injected in (myElementId, = or div), or an element reference.=0A= If you pass div or another tag, the element will be created.=0A= =0A= Returns:=0A= the passed in element=0A= =0A= Example:=0A= >$('myOldElement').replaceWith($('myNewElement')); //$('myOldElement') = is gone, and $('myNewElement') is in its place.=0A= */=0A= =0A= replaceWith: function(el){=0A= el =3D $(el);=0A= this.parentNode.replaceChild(el, this);=0A= return el;=0A= },=0A= =0A= /*=0A= Property: appendText=0A= Appends text node to a DOM element.=0A= =0A= Arguments:=0A= text - the text to append.=0A= =0A= Example:=0A= >

hey

=0A= >$('myElement').appendText(' howdy'); //myElement innerHTML is now = "hey howdy"=0A= */=0A= =0A= appendText: function(text){=0A= this.appendChild(document.createTextNode(text));=0A= return this;=0A= },=0A= =0A= /*=0A= Property: hasClass=0A= Tests the Element to see if it has the passed in className.=0A= =0A= Returns:=0A= true - the Element has the class=0A= false - it doesn't=0A= =0A= Arguments:=0A= className - string; the class name to test.=0A= =0A= Example:=0A= >

=0A= >$('myElement').hasClass('testClass'); //returns true=0A= */=0A= =0A= hasClass: function(className){=0A= return this.className.contains(className, ' ');=0A= },=0A= =0A= /*=0A= Property: addClass=0A= Adds the passed in class to the Element, if the element doesnt already = have it.=0A= =0A= Arguments:=0A= className - string; the class name to add=0A= =0A= Example:=0A= >

=0A= >$('myElement').addClass('newClass'); //

=0A= */=0A= =0A= addClass: function(className){=0A= if (!this.hasClass(className)) this.className =3D (this.className + ' = ' + className).clean();=0A= return this;=0A= },=0A= =0A= /*=0A= Property: removeClass=0A= Works like , but removes the class from the element.=0A= */=0A= =0A= removeClass: function(className){=0A= this.className =3D this.className.replace(new RegExp('(^|\\s)' + = className + '(?:\\s|$)'), '$1').clean();=0A= return this;=0A= },=0A= =0A= /*=0A= Property: toggleClass=0A= Adds or removes the passed in class name to the element, depending on = if it's present or not.=0A= =0A= Arguments:=0A= className - the class to add or remove=0A= =0A= Example:=0A= >

=0A= >$('myElement').toggleClass('myClass');=0A= >

=0A= */=0A= =0A= toggleClass: function(className){=0A= return this.hasClass(className) ? this.removeClass(className) : = this.addClass(className);=0A= },=0A= =0A= /*=0A= Property: setStyle=0A= Sets a css property to the Element.=0A= =0A= Arguments:=0A= property - the property to set=0A= value - the value to which to set it; for numeric values that require = "px" you can pass an integer=0A= =0A= Example:=0A= >$('myElement').setStyle('width', '300px'); //the width is now 300px=0A= >$('myElement').setStyle('width', 300); //the width is now 300px=0A= */=0A= =0A= setStyle: function(property, value){=0A= switch(property){=0A= case 'opacity': return this.setOpacity(parseFloat(value));=0A= case 'float': property =3D (window.ie) ? 'styleFloat' : 'cssFloat';=0A= }=0A= property =3D property.camelCase();=0A= switch($type(value)){=0A= case 'number': if (!['zIndex', 'zoom'].contains(property)) value +=3D = 'px'; break;=0A= case 'array': value =3D 'rgb(' + value.join(',') + ')';=0A= }=0A= this.style[property] =3D value;=0A= return this;=0A= },=0A= =0A= /*=0A= Property: setStyles=0A= Applies a collection of styles to the Element.=0A= =0A= Arguments:=0A= source - an object or string containing all the styles to apply. When = its a string it overrides old style.=0A= =0A= Examples:=0A= >$('myElement').setStyles({=0A= > border: '1px solid #000',=0A= > width: 300,=0A= > height: 400=0A= >});=0A= =0A= OR=0A= =0A= >$('myElement').setStyles('border: 1px solid #000; width: 300px; = height: 400px;');=0A= */=0A= =0A= setStyles: function(source){=0A= switch($type(source)){=0A= case 'object': Element.setMany(this, 'setStyle', source); break;=0A= case 'string': this.style.cssText =3D source;=0A= }=0A= return this;=0A= },=0A= =0A= /*=0A= Property: setOpacity=0A= Sets the opacity of the Element, and sets also visibility =3D=3D = "hidden" if opacity =3D=3D 0, and visibility =3D "visible" if opacity > = 0.=0A= =0A= Arguments:=0A= opacity - float; Accepts values from 0 to 1.=0A= =0A= Example:=0A= >$('myElement').setOpacity(0.5) //make it 50% transparent=0A= */=0A= =0A= setOpacity: function(opacity){=0A= if (opacity =3D=3D 0){=0A= if (this.style.visibility !=3D "hidden") this.style.visibility =3D = "hidden";=0A= } else {=0A= if (this.style.visibility !=3D "visible") this.style.visibility =3D = "visible";=0A= }=0A= if (!this.currentStyle || !this.currentStyle.hasLayout) = this.style.zoom =3D 1;=0A= if (window.ie) this.style.filter =3D (opacity =3D=3D 1) ? '' : = "alpha(opacity=3D" + opacity * 100 + ")";=0A= this.style.opacity =3D this.$tmp.opacity =3D opacity;=0A= return this;=0A= },=0A= =0A= =0A= =0A= getStyle: function(property){=0A= property =3D property.camelCase();=0A= var result =3D this.style[property];=0A= if (!$chk(result)){=0A= if (property =3D=3D 'opacity') return this.$tmp.opacity;=0A= result =3D [];=0A= for (var style in Element.Styles){=0A= if (property =3D=3D style){=0A= Element.Styles[style].each(function(s){=0A= var style =3D this.getStyle(s);=0A= result.push(parseInt(style) ? style : '0px');=0A= }, this);=0A= if (property =3D=3D 'border'){=0A= var every =3D result.every(function(bit){=0A= return (bit =3D=3D result[0]);=0A= });=0A= return (every) ? result[0] : false;=0A= }=0A= return result.join(' ');=0A= }=0A= }=0A= if (property.contains('border')){=0A= if (Element.Styles.border.contains(property)){=0A= return ['Width', 'Style', 'Color'].map(function(p){=0A= return this.getStyle(property + p);=0A= }, this).join(' ');=0A= } else if (Element.borderShort.contains(property)){=0A= return ['Top', 'Right', 'Bottom', 'Left'].map(function(p){=0A= return this.getStyle('border' + p + property.replace('border', = ''));=0A= }, this).join(' ');=0A= }=0A= }=0A= if (document.defaultView) result =3D = document.defaultView.getComputedStyle(this, = null).getPropertyValue(property.hyphenate());=0A= else if (this.currentStyle) result =3D this.currentStyle[property];=0A= }=0A= if (window.ie) result =3D Element.fixStyle(property, result, this);=0A= if (result && property.test(/color/i) && result.contains('rgb')){=0A= return result.split('rgb').splice(1,4).map(function(color){=0A= return color.rgbToHex();=0A= }).join(' ');=0A= }=0A= return result;=0A= },=0A= =0A= /*=0A= Property: getStyles=0A= Returns an object of styles of the Element for each argument passed in.=0A= Arguments:=0A= properties - strings; any number of style properties=0A= Example:=0A= >$('myElement').getStyles('width','height','padding');=0A= >//returns an object like:=0A= >{width: "10px", height: "10px", padding: "10px 0px 10px 0px"}=0A= */=0A= =0A= getStyles: function(){=0A= return Element.getMany(this, 'getStyle', arguments);=0A= },=0A= =0A= walk: function(brother, start){=0A= brother +=3D 'Sibling';=0A= var el =3D (start) ? this[start] : this[brother];=0A= while (el && $type(el) !=3D 'element') el =3D el[brother];=0A= return $(el);=0A= },=0A= =0A= /*=0A= Property: getPrevious=0A= Returns the previousSibling of the Element, excluding text nodes.=0A= =0A= Example:=0A= >$('myElement').getPrevious(); //get the previous DOM element from = myElement=0A= =0A= Returns:=0A= the sibling element or undefined if none found.=0A= */=0A= =0A= getPrevious: function(){=0A= return this.walk('previous');=0A= },=0A= =0A= /*=0A= Property: getNext=0A= Works as Element.getPrevious, but tries to find the nextSibling.=0A= */=0A= =0A= getNext: function(){=0A= return this.walk('next');=0A= },=0A= =0A= /*=0A= Property: getFirst=0A= Works as , but tries to find the firstChild.=0A= */=0A= =0A= getFirst: function(){=0A= return this.walk('next', 'firstChild');=0A= },=0A= =0A= /*=0A= Property: getLast=0A= Works as , but tries to find the lastChild.=0A= */=0A= =0A= getLast: function(){=0A= return this.walk('previous', 'lastChild');=0A= },=0A= =0A= /*=0A= Property: getParent=0A= returns the $(element.parentNode)=0A= */=0A= =0A= getParent: function(){=0A= return $(this.parentNode);=0A= },=0A= =0A= /*=0A= Property: getChildren=0A= returns all the $(element.childNodes), excluding text nodes. Returns = as .=0A= */=0A= =0A= getChildren: function(){=0A= return $$(this.childNodes);=0A= },=0A= =0A= /*=0A= Property: hasChild=0A= returns true if the passed in element is a child of the $(element).=0A= */=0A= =0A= hasChild: function(el){=0A= return !!$A(this.getElementsByTagName('*')).contains(el);=0A= },=0A= =0A= /*=0A= Property: getProperty=0A= Gets the an attribute of the Element.=0A= =0A= Arguments:=0A= property - string; the attribute to retrieve=0A= =0A= Example:=0A= >$('myImage').getProperty('src') // returns whatever.gif=0A= =0A= Returns:=0A= the value, or an empty string=0A= */=0A= =0A= getProperty: function(property){=0A= var index =3D Element.Properties[property];=0A= if (index) return this[index];=0A= var flag =3D Element.PropertiesIFlag[property] || 0;=0A= if (!window.ie || flag) return this.getAttribute(property, flag);=0A= var node =3D this.attributes[property];=0A= return (node) ? node.nodeValue : null;=0A= },=0A= =0A= /*=0A= Property: removeProperty=0A= Removes an attribute from the Element=0A= =0A= Arguments:=0A= property - string; the attribute to remove=0A= */=0A= =0A= removeProperty: function(property){=0A= var index =3D Element.Properties[property];=0A= if (index) this[index] =3D '';=0A= else this.removeAttribute(property);=0A= return this;=0A= },=0A= =0A= /*=0A= Property: getProperties=0A= same as , but for properties=0A= */=0A= =0A= getProperties: function(){=0A= return Element.getMany(this, 'getProperty', arguments);=0A= },=0A= =0A= /*=0A= Property: setProperty=0A= Sets an attribute for the Element.=0A= =0A= Arguments:=0A= property - string; the property to assign the value passed in=0A= value - the value to assign to the property passed in=0A= =0A= Example:=0A= >$('myImage').setProperty('src', 'whatever.gif'); //myImage now points = to whatever.gif for its source=0A= */=0A= =0A= setProperty: function(property, value){=0A= var index =3D Element.Properties[property];=0A= if (index) this[index] =3D value;=0A= else this.setAttribute(property, value);=0A= return this;=0A= },=0A= =0A= /*=0A= Property: setProperties=0A= Sets numerous attributes for the Element.=0A= =0A= Arguments:=0A= source - an object with key/value pairs.=0A= =0A= Example:=0A= (start code)=0A= $('myElement').setProperties({=0A= src: 'whatever.gif',=0A= alt: 'whatever dude'=0A= });=0A= 3D"whatever

=0A= (end)=0A= */=0A= =0A= setProperties: function(source){=0A= return Element.setMany(this, 'setProperty', source);=0A= },=0A= =0A= /*=0A= Property: setHTML=0A= Sets the innerHTML of the Element.=0A= =0A= Arguments:=0A= html - string; the new innerHTML for the element.=0A= =0A= Example:=0A= >$('myElement').setHTML(newHTML) //the innerHTML of myElement is now = =3D newHTML=0A= */=0A= =0A= setHTML: function(){=0A= this.innerHTML =3D $A(arguments).join('');=0A= return this;=0A= },=0A= =0A= /*=0A= Property: setText=0A= Sets the inner text of the Element.=0A= =0A= Arguments:=0A= text - string; the new text content for the element.=0A= =0A= Example:=0A= >$('myElement').setText('some text') //the text of myElement is now = =3D 'some text'=0A= */=0A= =0A= setText: function(text){=0A= var tag =3D this.getTag();=0A= if (['style', 'script'].contains(tag)){=0A= if (window.ie){=0A= if (tag =3D=3D 'style') this.styleSheet.cssText =3D text;=0A= else if (tag =3D=3D 'script') this.setProperty('text', text);=0A= return this;=0A= } else {=0A= this.removeChild(this.firstChild);=0A= return this.appendText(text);=0A= }=0A= }=0A= this[$defined(this.innerText) ? 'innerText' : 'textContent'] =3D text;=0A= return this;=0A= },=0A= =0A= /*=0A= Property: getText=0A= Gets the inner text of the Element.=0A= */=0A= =0A= getText: function(){=0A= var tag =3D this.getTag();=0A= if (['style', 'script'].contains(tag)){=0A= if (window.ie){=0A= if (tag =3D=3D 'style') return this.styleSheet.cssText;=0A= else if (tag =3D=3D 'script') return this.getProperty('text');=0A= } else {=0A= return this.innerHTML;=0A= }=0A= }=0A= return ($pick(this.innerText, this.textContent));=0A= },=0A= =0A= /*=0A= Property: getTag=0A= Returns the tagName of the element in lower case.=0A= =0A= Example:=0A= >$('myImage').getTag() // returns 'img'=0A= =0A= Returns:=0A= The tag name in lower case=0A= */=0A= =0A= getTag: function(){=0A= return this.tagName.toLowerCase();=0A= },=0A= =0A= /*=0A= Property: empty=0A= Empties an element of all its children.=0A= =0A= Example:=0A= >$('myDiv').empty() // empties the Div and returns it=0A= =0A= Returns:=0A= The element.=0A= */=0A= =0A= empty: function(){=0A= Garbage.trash(this.getElementsByTagName('*'));=0A= return this.setHTML('');=0A= }=0A= =0A= });=0A= =0A= Element.fixStyle =3D function(property, result, element){=0A= if ($chk(parseInt(result))) return result;=0A= if (['height', 'width'].contains(property)){=0A= var values =3D (property =3D=3D 'width') ? ['left', 'right'] : ['top', = 'bottom'];=0A= var size =3D 0;=0A= values.each(function(value){=0A= size +=3D element.getStyle('border-' + value + '-width').toInt() + = element.getStyle('padding-' + value).toInt();=0A= });=0A= return element['offset' + property.capitalize()] - size + 'px';=0A= } else if (property.test(/border(.+)Width|margin|padding/)){=0A= return '0px';=0A= }=0A= return result;=0A= };=0A= =0A= Element.Styles =3D {'border': [], 'padding': [], 'margin': []};=0A= ['Top', 'Right', 'Bottom', 'Left'].each(function(direction){=0A= for (var style in Element.Styles) Element.Styles[style].push(style + = direction);=0A= });=0A= =0A= Element.borderShort =3D ['borderWidth', 'borderStyle', 'borderColor'];=0A= =0A= Element.getMany =3D function(el, method, keys){=0A= var result =3D {};=0A= $each(keys, function(key){=0A= result[key] =3D el[method](key);=0A= });=0A= return result;=0A= };=0A= =0A= Element.setMany =3D function(el, method, pairs){=0A= for (var key in pairs) el[method](key, pairs[key]);=0A= return el;=0A= };=0A= =0A= Element.Properties =3D new Abstract({=0A= 'class': 'className', 'for': 'htmlFor', 'colspan': 'colSpan', = 'rowspan': 'rowSpan',=0A= 'accesskey': 'accessKey', 'tabindex': 'tabIndex', 'maxlength': = 'maxLength',=0A= 'readonly': 'readOnly', 'frameborder': 'frameBorder', 'value': 'value',=0A= 'disabled': 'disabled', 'checked': 'checked', 'multiple': 'multiple', = 'selected': 'selected'=0A= });=0A= Element.PropertiesIFlag =3D {=0A= 'href': 2, 'src': 2=0A= };=0A= =0A= Element.Methods =3D {=0A= Listeners: {=0A= addListener: function(type, fn){=0A= if (this.addEventListener) this.addEventListener(type, fn, false);=0A= else this.attachEvent('on' + type, fn);=0A= return this;=0A= },=0A= =0A= removeListener: function(type, fn){=0A= if (this.removeEventListener) this.removeEventListener(type, fn, = false);=0A= else this.detachEvent('on' + type, fn);=0A= return this;=0A= }=0A= }=0A= };=0A= =0A= window.extend(Element.Methods.Listeners);=0A= document.extend(Element.Methods.Listeners);=0A= Element.extend(Element.Methods.Listeners);=0A= =0A= var Garbage =3D {=0A= =0A= elements: [],=0A= =0A= collect: function(el){=0A= if (!el.$tmp){=0A= Garbage.elements.push(el);=0A= el.$tmp =3D {'opacity': 1};=0A= }=0A= return el;=0A= },=0A= =0A= trash: function(elements){=0A= for (var i =3D 0, j =3D elements.length, el; i < j; i++){=0A= if (!(el =3D elements[i]) || !el.$tmp) continue;=0A= if (el.$events) el.fireEvent('trash').removeEvents();=0A= for (var p in el.$tmp) el.$tmp[p] =3D null;=0A= for (var d in Element.prototype) el[d] =3D null;=0A= Garbage.elements[Garbage.elements.indexOf(el)] =3D null;=0A= el.htmlElement =3D el.$tmp =3D el =3D null;=0A= }=0A= Garbage.elements.remove(null);=0A= },=0A= =0A= empty: function(){=0A= Garbage.collect(window);=0A= Garbage.collect(document);=0A= Garbage.trash(Garbage.elements);=0A= }=0A= =0A= };=0A= =0A= window.addListener('beforeunload', function(){=0A= window.addListener('unload', Garbage.empty);=0A= if (window.ie) window.addListener('unload', CollectGarbage);=0A= });=0A= =0A= =0A= =0A= var Event =3D new Class({=0A= =0A= initialize: function(event){=0A= if (event && event.$extended) return event;=0A= this.$extended =3D true;=0A= event =3D event || window.event;=0A= this.event =3D event;=0A= this.type =3D event.type;=0A= this.target =3D event.target || event.srcElement;=0A= if (this.target.nodeType =3D=3D 3) this.target =3D = this.target.parentNode;=0A= this.shift =3D event.shiftKey;=0A= this.control =3D event.ctrlKey;=0A= this.alt =3D event.altKey;=0A= this.meta =3D event.metaKey;=0A= if (['DOMMouseScroll', 'mousewheel'].contains(this.type)){=0A= this.wheel =3D (event.wheelDelta) ? event.wheelDelta / 120 : = -(event.detail || 0) / 3;=0A= } else if (this.type.contains('key')){=0A= this.code =3D event.which || event.keyCode;=0A= for (var name in Event.keys){=0A= if (Event.keys[name] =3D=3D this.code){=0A= this.key =3D name;=0A= break;=0A= }=0A= }=0A= if (this.type =3D=3D 'keydown'){=0A= var fKey =3D this.code - 111;=0A= if (fKey > 0 && fKey < 13) this.key =3D 'f' + fKey;=0A= }=0A= this.key =3D this.key || String.fromCharCode(this.code).toLowerCase();=0A= } else if (this.type.test(/(click|mouse|menu)/)){=0A= this.page =3D {=0A= 'x': event.pageX || event.clientX + = document.documentElement.scrollLeft,=0A= 'y': event.pageY || event.clientY + = document.documentElement.scrollTop=0A= };=0A= this.client =3D {=0A= 'x': event.pageX ? event.pageX - window.pageXOffset : event.clientX,=0A= 'y': event.pageY ? event.pageY - window.pageYOffset : event.clientY=0A= };=0A= this.rightClick =3D (event.which =3D=3D 3) || (event.button =3D=3D 2);=0A= switch(this.type){=0A= case 'mouseover': this.relatedTarget =3D event.relatedTarget || = event.fromElement; break;=0A= case 'mouseout': this.relatedTarget =3D event.relatedTarget || = event.toElement;=0A= }=0A= this.fixRelatedTarget();=0A= }=0A= return this;=0A= },=0A= =0A= /*=0A= Property: stop=0A= cross browser method to stop an event=0A= */=0A= =0A= stop: function(){=0A= return this.stopPropagation().preventDefault();=0A= },=0A= =0A= /*=0A= Property: stopPropagation=0A= cross browser method to stop the propagation of an event=0A= */=0A= =0A= stopPropagation: function(){=0A= if (this.event.stopPropagation) this.event.stopPropagation();=0A= else this.event.cancelBubble =3D true;=0A= return this;=0A= },=0A= =0A= /*=0A= Property: preventDefault=0A= cross browser method to prevent the default action of the event=0A= */=0A= =0A= preventDefault: function(){=0A= if (this.event.preventDefault) this.event.preventDefault();=0A= else this.event.returnValue =3D false;=0A= return this;=0A= }=0A= =0A= });=0A= =0A= Event.fix =3D {=0A= =0A= relatedTarget: function(){=0A= if (this.relatedTarget && this.relatedTarget.nodeType =3D=3D 3) = this.relatedTarget =3D this.relatedTarget.parentNode;=0A= },=0A= =0A= relatedTargetGecko: function(){=0A= try {Event.fix.relatedTarget.call(this);} catch(e){this.relatedTarget = =3D this.target;}=0A= }=0A= =0A= };=0A= =0A= Event.prototype.fixRelatedTarget =3D (window.gecko) ? = Event.fix.relatedTargetGecko : Event.fix.relatedTarget;=0A= =0A= /*=0A= Property: keys=0A= you can add additional Event keys codes this way:=0A= =0A= Example:=0A= (start code)=0A= Event.keys.whatever =3D 80;=0A= $(myelement).addEvent(keydown, function(event){=0A= event =3D new Event(event);=0A= if (event.key =3D=3D 'whatever') console.log(whatever key clicked).=0A= });=0A= (end)=0A= */=0A= =0A= Event.keys =3D new Abstract({=0A= 'enter': 13,=0A= 'up': 38,=0A= 'down': 40,=0A= 'left': 37,=0A= 'right': 39,=0A= 'esc': 27,=0A= 'space': 32,=0A= 'backspace': 8,=0A= 'tab': 9,=0A= 'delete': 46=0A= });=0A= =0A= /*=0A= Class: Element=0A= Custom class to allow all of its methods to be used with any DOM = element via the dollar function <$>.=0A= */=0A= =0A= Element.Methods.Events =3D {=0A= =0A= /*=0A= Property: addEvent=0A= Attaches an event listener to a DOM element.=0A= =0A= Arguments:=0A= type - the event to monitor ('click', 'load', etc) without the prefix = 'on'.=0A= fn - the function to execute=0A= =0A= Example:=0A= >$('myElement').addEvent('click', function(){alert('clicked!')});=0A= */=0A= =0A= addEvent: function(type, fn){=0A= this.$events =3D this.$events || {};=0A= this.$events[type] =3D this.$events[type] || {'keys': [], 'values': = []};=0A= if (this.$events[type].keys.contains(fn)) return this;=0A= this.$events[type].keys.push(fn);=0A= var realType =3D type;=0A= var custom =3D Element.Events[type];=0A= if (custom){=0A= if (custom.add) custom.add.call(this, fn);=0A= if (custom.map) fn =3D custom.map;=0A= if (custom.type) realType =3D custom.type;=0A= }=0A= if (!this.addEventListener) fn =3D fn.create({'bind': this, 'event': = true});=0A= this.$events[type].values.push(fn);=0A= return (Element.NativeEvents.contains(realType)) ? = this.addListener(realType, fn) : this;=0A= },=0A= =0A= /*=0A= Property: removeEvent=0A= Works as Element.addEvent, but instead removes the previously added = event listener.=0A= */=0A= =0A= removeEvent: function(type, fn){=0A= if (!this.$events || !this.$events[type]) return this;=0A= var pos =3D this.$events[type].keys.indexOf(fn);=0A= if (pos =3D=3D -1) return this;=0A= var key =3D this.$events[type].keys.splice(pos,1)[0];=0A= var value =3D this.$events[type].values.splice(pos,1)[0];=0A= var custom =3D Element.Events[type];=0A= if (custom){=0A= if (custom.remove) custom.remove.call(this, fn);=0A= if (custom.type) type =3D custom.type;=0A= }=0A= return (Element.NativeEvents.contains(type)) ? = this.removeListener(type, value) : this;=0A= },=0A= =0A= /*=0A= Property: addEvents=0A= As , but accepts an object and add multiple events at once.=0A= */=0A= =0A= addEvents: function(source){=0A= return Element.setMany(this, 'addEvent', source);=0A= },=0A= =0A= /*=0A= Property: removeEvents=0A= removes all events of a certain type from an element. if no argument = is passed in, removes all events.=0A= =0A= Arguments:=0A= type - string; the event name (e.g. 'click')=0A= */=0A= =0A= removeEvents: function(type){=0A= if (!this.$events) return this;=0A= if (!type){=0A= for (var evType in this.$events) this.removeEvents(evType);=0A= this.$events =3D null;=0A= } else if (this.$events[type]){=0A= this.$events[type].keys.each(function(fn){=0A= this.removeEvent(type, fn);=0A= }, this);=0A= this.$events[type] =3D null;=0A= }=0A= return this;=0A= },=0A= =0A= /*=0A= Property: fireEvent=0A= executes all events of the specified type present in the element.=0A= =0A= Arguments:=0A= type - string; the event name (e.g. 'click')=0A= args - array or single object; arguments to pass to the function; if = more than one argument, must be an array=0A= delay - (integer) delay (in ms) to wait to execute the event=0A= */=0A= =0A= fireEvent: function(type, args, delay){=0A= if (this.$events && this.$events[type]){=0A= this.$events[type].keys.each(function(fn){=0A= fn.create({'bind': this, 'delay': delay, 'arguments': args})();=0A= }, this);=0A= }=0A= return this;=0A= },=0A= =0A= /*=0A= Property: cloneEvents=0A= Clones all events from an element to this element.=0A= =0A= Arguments:=0A= from - element, copy all events from this element=0A= type - optional, copies only events of this type=0A= */=0A= =0A= cloneEvents: function(from, type){=0A= if (!from.$events) return this;=0A= if (!type){=0A= for (var evType in from.$events) this.cloneEvents(from, evType);=0A= } else if (from.$events[type]){=0A= from.$events[type].keys.each(function(fn){=0A= this.addEvent(type, fn);=0A= }, this);=0A= }=0A= return this;=0A= }=0A= =0A= };=0A= =0A= window.extend(Element.Methods.Events);=0A= document.extend(Element.Methods.Events);=0A= Element.extend(Element.Methods.Events);=0A= =0A= /* Section: Custom Events */=0A= =0A= Element.Events =3D new Abstract({=0A= =0A= /*=0A= Event: mouseenter=0A= In addition to the standard javascript events (load, mouseover, = mouseout, click, etc.) contains two custom events=0A= this event fires when the mouse enters the area of the dom element; = will not be fired again if the mouse crosses over children of the = element (unlike mouseover)=0A= =0A= =0A= Example:=0A= >$(myElement).addEvent('mouseenter', myFunction);=0A= */=0A= =0A= 'mouseenter': {=0A= type: 'mouseover',=0A= map: function(event){=0A= event =3D new Event(event);=0A= if (event.relatedTarget !=3D this && = !this.hasChild(event.relatedTarget)) this.fireEvent('mouseenter', event);=0A= }=0A= },=0A= =0A= /*=0A= Event: mouseleave=0A= this event fires when the mouse exits the area of the dom element; = will not be fired again if the mouse crosses over children of the = element (unlike mouseout)=0A= =0A= =0A= Example:=0A= >$(myElement).addEvent('mouseleave', myFunction);=0A= */=0A= =0A= 'mouseleave': {=0A= type: 'mouseout',=0A= map: function(event){=0A= event =3D new Event(event);=0A= if (event.relatedTarget !=3D this && = !this.hasChild(event.relatedTarget)) this.fireEvent('mouseleave', event);=0A= }=0A= },=0A= =0A= 'mousewheel': {=0A= type: (window.gecko) ? 'DOMMouseScroll' : 'mousewheel'=0A= }=0A= =0A= });=0A= =0A= Element.NativeEvents =3D [=0A= 'click', 'dblclick', 'mouseup', 'mousedown', //mouse buttons=0A= 'mousewheel', 'DOMMouseScroll', //mouse wheel=0A= 'mouseover', 'mouseout', 'mousemove', //mouse movement=0A= 'keydown', 'keypress', 'keyup', //keys=0A= 'load', 'unload', 'beforeunload', 'resize', 'move', //window=0A= 'focus', 'blur', 'change', 'submit', 'reset', 'select', //forms elements=0A= 'error', 'abort', 'contextmenu', 'scroll' //misc=0A= ];=0A= =0A= /*=0A= Class: Function=0A= A collection of The Function Object prototype methods.=0A= */=0A= =0A= Function.extend({=0A= =0A= /*=0A= Property: bindWithEvent=0A= automatically passes MooTools Event Class.=0A= =0A= Arguments:=0A= bind - optional, the object that the "this" of the function will refer = to.=0A= args - optional, an argument to pass to the function; if more than one = argument, it must be an array of arguments.=0A= =0A= Returns:=0A= a function with the parameter bind as its "this" and as a pre-passed = argument event or window.event, depending on the browser.=0A= =0A= Example:=0A= >function myFunction(event){=0A= > alert(event.client.x) //returns the coordinates of the mouse..=0A= >};=0A= >myElement.addEvent('click', myFunction.bindWithEvent(myElement));=0A= */=0A= =0A= bindWithEvent: function(bind, args){=0A= return this.create({'bind': bind, 'arguments': args, 'event': Event});=0A= }=0A= =0A= });=0A= =0A= =0A= /*=0A= Script: Element.Filters.js=0A= add Filters capability to .=0A= =0A= License:=0A= MIT-style license.=0A= */=0A= =0A= /*=0A= Class: Elements=0A= A collection of methods to be used with <$$> elements collections.=0A= */=0A= =0A= Elements.extend({=0A= =0A= /*=0A= Property: filterByTag=0A= Filters the collection by a specified tag name.=0A= Returns a new Elements collection, while the original remains = untouched.=0A= */=0A= =0A= filterByTag: function(tag){=0A= return new Elements(this.filter(function(el){=0A= return (Element.getTag(el) =3D=3D tag);=0A= }));=0A= },=0A= =0A= /*=0A= Property: filterByClass=0A= Filters the collection by a specified class name.=0A= Returns a new Elements collection, while the original remains = untouched.=0A= */=0A= =0A= filterByClass: function(className, nocash){=0A= var elements =3D this.filter(function(el){=0A= return (el.className && el.className.contains(className, ' '));=0A= });=0A= return (nocash) ? elements : new Elements(elements);=0A= },=0A= =0A= /*=0A= Property: filterById=0A= Filters the collection by a specified ID.=0A= Returns a new Elements collection, while the original remains = untouched.=0A= */=0A= =0A= filterById: function(id, nocash){=0A= var elements =3D this.filter(function(el){=0A= return (el.id =3D=3D id);=0A= });=0A= return (nocash) ? elements : new Elements(elements);=0A= },=0A= =0A= /*=0A= Property: filterByAttribute=0A= Filters the collection by a specified attribute.=0A= Returns a new Elements collection, while the original remains = untouched.=0A= =0A= Arguments:=0A= name - the attribute name.=0A= operator - optional, the attribute operator.=0A= value - optional, the attribute value, only valid if the operator is = specified.=0A= */=0A= =0A= filterByAttribute: function(name, operator, value, nocash){=0A= var elements =3D this.filter(function(el){=0A= var current =3D Element.getProperty(el, name);=0A= if (!current) return false;=0A= if (!operator) return true;=0A= switch(operator){=0A= case '=3D': return (current =3D=3D value);=0A= case '*=3D': return (current.contains(value));=0A= case '^=3D': return (current.substr(0, value.length) =3D=3D value);=0A= case '$=3D': return (current.substr(current.length - value.length) = =3D=3D value);=0A= case '!=3D': return (current !=3D value);=0A= case '~=3D': return current.contains(value, ' ');=0A= }=0A= return false;=0A= });=0A= return (nocash) ? elements : new Elements(elements);=0A= }=0A= =0A= });=0A= =0A= =0A= =0A= function $E(selector, filter){=0A= return ($(filter) || document).getElement(selector);=0A= };=0A= =0A= =0A= =0A= function $ES(selector, filter){=0A= return ($(filter) || document).getElementsBySelector(selector);=0A= };=0A= =0A= $$.shared =3D {=0A= =0A= 'regexp': = /^(\w*|\*)(?:#([\w-]+)|\.([\w-]+))?(?:\[(\w+)(?:([!*^$]?=3D)["']?([^"'\]]= *)["']?)?])?$/,=0A= =0A= 'xpath': {=0A= =0A= getParam: function(items, context, param, i){=0A= var temp =3D [context.namespaceURI ? 'xhtml:' : '', param[1]];=0A= if (param[2]) temp.push('[@id=3D"', param[2], '"]');=0A= if (param[3]) temp.push('[contains(concat(" ", @class, " "), " ', = param[3], ' ")]');=0A= if (param[4]){=0A= if (param[5] && param[6]){=0A= switch(param[5]){=0A= case '*=3D': temp.push('[contains(@', param[4], ', "', param[6], = '")]'); break;=0A= case '^=3D': temp.push('[starts-with(@', param[4], ', "', = param[6], '")]'); break;=0A= case '$=3D': temp.push('[substring(@', param[4], ', = string-length(@', param[4], ') - ', param[6].length, ' + 1) =3D "', = param[6], '"]'); break;=0A= case '=3D': temp.push('[@', param[4], '=3D"', param[6], '"]'); = break;=0A= case '!=3D': temp.push('[@', param[4], '!=3D"', param[6], '"]');=0A= }=0A= } else {=0A= temp.push('[@', param[4], ']');=0A= }=0A= }=0A= items.push(temp.join(''));=0A= return items;=0A= },=0A= =0A= getItems: function(items, context, nocash){=0A= var elements =3D [];=0A= var xpath =3D document.evaluate('.//' + items.join('//'), context, = $$.shared.resolver, XPathResult.UNORDERED_NODE_SNAPSHOT_TYPE, null);=0A= for (var i =3D 0, j =3D xpath.snapshotLength; i < j; i++) = elements.push(xpath.snapshotItem(i));=0A= return (nocash) ? elements : new Elements(elements.map($));=0A= }=0A= =0A= },=0A= =0A= 'normal': {=0A= =0A= getParam: function(items, context, param, i){=0A= if (i =3D=3D 0){=0A= if (param[2]){=0A= var el =3D context.getElementById(param[2]);=0A= if (!el || ((param[1] !=3D '*') && (Element.getTag(el) !=3D = param[1]))) return false;=0A= items =3D [el];=0A= } else {=0A= items =3D $A(context.getElementsByTagName(param[1]));=0A= }=0A= } else {=0A= items =3D $$.shared.getElementsByTagName(items, param[1]);=0A= if (param[2]) items =3D Elements.filterById(items, param[2], true);=0A= }=0A= if (param[3]) items =3D Elements.filterByClass(items, param[3], true);=0A= if (param[4]) items =3D Elements.filterByAttribute(items, param[4], = param[5], param[6], true);=0A= return items;=0A= },=0A= =0A= getItems: function(items, context, nocash){=0A= return (nocash) ? items : $$.unique(items);=0A= }=0A= =0A= },=0A= =0A= resolver: function(prefix){=0A= return (prefix =3D=3D 'xhtml') ? 'http://www.w3.org/1999/xhtml' : = false;=0A= },=0A= =0A= getElementsByTagName: function(context, tagName){=0A= var found =3D [];=0A= for (var i =3D 0, j =3D context.length; i < j; i++) = found.extend(context[i].getElementsByTagName(tagName));=0A= return found;=0A= }=0A= =0A= };=0A= =0A= $$.shared.method =3D (window.xpath) ? 'xpath' : 'normal';=0A= =0A= /*=0A= Class: Element=0A= Custom class to allow all of its methods to be used with any DOM = element via the dollar function <$>.=0A= */=0A= =0A= Element.Methods.Dom =3D {=0A= =0A= =0A= =0A= getElements: function(selector, nocash){=0A= var items =3D [];=0A= selector =3D selector.trim().split(' ');=0A= for (var i =3D 0, j =3D selector.length; i < j; i++){=0A= var sel =3D selector[i];=0A= var param =3D sel.match($$.shared.regexp);=0A= if (!param) break;=0A= param[1] =3D param[1] || '*';=0A= var temp =3D $$.shared[$$.shared.method].getParam(items, this, param, = i);=0A= if (!temp) break;=0A= items =3D temp;=0A= }=0A= return $$.shared[$$.shared.method].getItems(items, this, nocash);=0A= },=0A= =0A= /*=0A= Property: getElement=0A= Same as , but returns only the first. Alternate = syntax for <$E>, where filter is the Element.=0A= Returns as .=0A= =0A= Arguments:=0A= selector - string; css selector=0A= */=0A= =0A= getElement: function(selector){=0A= return $(this.getElements(selector, true)[0] || false);=0A= },=0A= =0A= /*=0A= Property: getElementsBySelector=0A= Same as , but allows for comma separated = selectors, as in css. Alternate syntax for <$$>, where filter is the = Element.=0A= Returns as .=0A= =0A= Arguments:=0A= selector - string; css selector=0A= */=0A= =0A= getElementsBySelector: function(selector, nocash){=0A= var elements =3D [];=0A= selector =3D selector.split(',');=0A= for (var i =3D 0, j =3D selector.length; i < j; i++) elements =3D = elements.concat(this.getElements(selector[i], true));=0A= return (nocash) ? elements : $$.unique(elements);=0A= }=0A= =0A= };=0A= =0A= Element.extend({=0A= =0A= /*=0A= Property: getElementById=0A= Targets an element with the specified id found inside the Element. = Does not overwrite document.getElementById.=0A= =0A= Arguments:=0A= id - string; the id of the element to find.=0A= */=0A= =0A= getElementById: function(id){=0A= var el =3D document.getElementById(id);=0A= if (!el) return false;=0A= for (var parent =3D el.parentNode; parent !=3D this; parent =3D = parent.parentNode){=0A= if (!parent) return false;=0A= }=0A= return el;=0A= }/*compatibility*/,=0A= =0A= getElementsByClassName: function(className){ =0A= return this.getElements('.' + className); =0A= }=0A= =0A= /*end compatibility*/=0A= =0A= });=0A= =0A= document.extend(Element.Methods.Dom);=0A= Element.extend(Element.Methods.Dom);=0A= =0A= /*=0A= Script: Element.Form.js=0A= Contains Element prototypes to deal with Forms and their elements.=0A= =0A= License:=0A= MIT-style license.=0A= */=0A= =0A= /*=0A= Class: Element=0A= Custom class to allow all of its methods to be used with any DOM = element via the dollar function <$>.=0A= */=0A= =0A= Element.extend({=0A= =0A= /*=0A= Property: getValue=0A= Returns the value of the Element, if its tag is textarea, select or = input. getValue called on a multiple select will return an array.=0A= */=0A= =0A= getValue: function(){=0A= switch(this.getTag()){=0A= case 'select':=0A= var values =3D [];=0A= $each(this.options, function(option){=0A= if (option.selected) values.push($pick(option.value, option.text));=0A= });=0A= return (this.multiple) ? values : values[0];=0A= case 'input': if (!(this.checked && ['checkbox', = 'radio'].contains(this.type)) && !['hidden', 'text', = 'password'].contains(this.type)) break;=0A= case 'textarea': return this.value;=0A= }=0A= return false;=0A= },=0A= =0A= getFormElements: function(){=0A= return $$(this.getElementsByTagName('input'), = this.getElementsByTagName('select'), = this.getElementsByTagName('textarea'));=0A= },=0A= =0A= /*=0A= Property: toQueryString=0A= Reads the children inputs of the Element and generates a query string, = based on their values. Used internally in =0A= =0A= Example:=0A= (start code)=0A= =0A= =0A= =0A= (end)=0A= =0A= Returns:=0A= email=3Dbob@bob.com&zipCode=3D90210=0A= */=0A= =0A= toQueryString: function(){=0A= var queryString =3D [];=0A= this.getFormElements().each(function(el){=0A= var name =3D el.name;=0A= var value =3D el.getValue();=0A= if (value =3D=3D=3D false || !name || el.disabled) return;=0A= var qs =3D function(val){=0A= queryString.push(name + '=3D' + encodeURIComponent(val));=0A= };=0A= if ($type(value) =3D=3D 'array') value.each(qs);=0A= else qs(value);=0A= });=0A= return queryString.join('&');=0A= }=0A= =0A= });=0A= =0A= /*=0A= Script: Element.Dimensions.js=0A= Contains Element prototypes to deal with Element size and position in = space.=0A= =0A= Note:=0A= The functions in this script require n XHTML doctype.=0A= =0A= License:=0A= MIT-style license.=0A= */=0A= =0A= /*=0A= Class: Element=0A= Custom class to allow all of its methods to be used with any DOM = element via the dollar function <$>.=0A= */=0A= =0A= Element.extend({=0A= =0A= /*=0A= Property: scrollTo=0A= Scrolls the element to the specified coordinated (if the element has = an overflow)=0A= =0A= Arguments:=0A= x - the x coordinate=0A= y - the y coordinate=0A= =0A= Example:=0A= >$('myElement').scrollTo(0, 100)=0A= */=0A= =0A= scrollTo: function(x, y){=0A= this.scrollLeft =3D x;=0A= this.scrollTop =3D y;=0A= },=0A= =0A= /*=0A= Property: getSize=0A= Return an Object representing the size/scroll values of the element.=0A= =0A= Example:=0A= (start code)=0A= $('myElement').getSize();=0A= (end)=0A= =0A= Returns:=0A= (start code)=0A= {=0A= 'scroll': {'x': 100, 'y': 100},=0A= 'size': {'x': 200, 'y': 400},=0A= 'scrollSize': {'x': 300, 'y': 500}=0A= }=0A= (end)=0A= */=0A= =0A= getSize: function(){=0A= return {=0A= 'scroll': {'x': this.scrollLeft, 'y': this.scrollTop},=0A= 'size': {'x': this.offsetWidth, 'y': this.offsetHeight},=0A= 'scrollSize': {'x': this.scrollWidth, 'y': this.scrollHeight}=0A= };=0A= },=0A= =0A= /*=0A= Property: getPosition=0A= Returns the real offsets of the element.=0A= =0A= Arguments:=0A= overflown - optional, an array of nested scrolling containers for = scroll offset calculation, use this if your element is inside any = element containing scrollbars=0A= =0A= Example:=0A= >$('element').getPosition();=0A= =0A= Returns:=0A= >{x: 100, y:500};=0A= */=0A= =0A= getPosition: function(overflown){=0A= overflown =3D overflown || [];=0A= var el =3D this, left =3D 0, top =3D 0;=0A= do {=0A= left +=3D el.offsetLeft || 0;=0A= top +=3D el.offsetTop || 0;=0A= el =3D el.offsetParent;=0A= } while (el);=0A= overflown.each(function(element){=0A= left -=3D element.scrollLeft || 0;=0A= top -=3D element.scrollTop || 0;=0A= });=0A= return {'x': left, 'y': top};=0A= },=0A= =0A= /*=0A= Property: getTop=0A= Returns the distance from the top of the window to the Element.=0A= =0A= Arguments:=0A= overflown - optional, an array of nested scrolling containers, see = Element::getPosition=0A= */=0A= =0A= getTop: function(overflown){=0A= return this.getPosition(overflown).y;=0A= },=0A= =0A= /*=0A= Property: getLeft=0A= Returns the distance from the left of the window to the Element.=0A= =0A= Arguments:=0A= overflown - optional, an array of nested scrolling containers, see = Element::getPosition=0A= */=0A= =0A= getLeft: function(overflown){=0A= return this.getPosition(overflown).x;=0A= },=0A= =0A= /*=0A= Property: getCoordinates=0A= Returns an object with width, height, left, right, top, and bottom, = representing the values of the Element=0A= =0A= Arguments:=0A= overflown - optional, an array of nested scrolling containers, see = Element::getPosition=0A= =0A= Example:=0A= (start code)=0A= var myValues =3D $('myElement').getCoordinates();=0A= (end)=0A= =0A= Returns:=0A= (start code)=0A= {=0A= width: 200,=0A= height: 300,=0A= left: 100,=0A= top: 50,=0A= right: 300,=0A= bottom: 350=0A= }=0A= (end)=0A= */=0A= =0A= getCoordinates: function(overflown){=0A= var position =3D this.getPosition(overflown);=0A= var obj =3D {=0A= 'width': this.offsetWidth,=0A= 'height': this.offsetHeight,=0A= 'left': position.x,=0A= 'top': position.y=0A= };=0A= obj.right =3D obj.left + obj.width;=0A= obj.bottom =3D obj.top + obj.height;=0A= return obj;=0A= }=0A= =0A= });=0A= =0A= /*=0A= Script: Window.DomReady.js=0A= Contains the custom event domready, for window.=0A= =0A= License:=0A= MIT-style license.=0A= */=0A= =0A= /* Section: Custom Events */=0A= =0A= /*=0A= Event: domready=0A= executes a function when the dom tree is loaded, without waiting for = images. Only works when called from window.=0A= =0A= Credits:=0A= (c) Dean Edwards/Matthias Miller/John Resig, remastered for MooTools.=0A= =0A= Arguments:=0A= fn - the function to execute when the DOM is ready=0A= =0A= Example:=0A= > window.addEvent('domready', function(){=0A= > alert('the dom is ready');=0A= > });=0A= */=0A= =0A= Element.Events.domready =3D {=0A= =0A= add: function(fn){=0A= if (window.loaded){=0A= fn.call(this);=0A= return;=0A= }=0A= var domReady =3D function(){=0A= if (window.loaded) return;=0A= window.loaded =3D true;=0A= window.timer =3D $clear(window.timer);=0A= this.fireEvent('domready');=0A= }.bind(this);=0A= if (document.readyState && window.webkit){=0A= window.timer =3D function(){=0A= if (['loaded','complete'].contains(document.readyState)) domReady();=0A= }.periodical(50);=0A= } else if (document.readyState && window.ie){=0A= if (!$('ie_ready')){=0A= var src =3D (window.location.protocol =3D=3D 'https:') ? '://0' : = 'javascript:void(0)';=0A= document.write('