20250404 11161800 1.0 TRUE iVBORw0KGgoAAAANSUhEUgAAASwAAADICAYAAABS39xVAAAAAXNSR0IB2cksfwAAAAlwSFlzAAAO xAAADsQBlSsOGwAAIABJREFUeJzsvWeTZMmRLXauVqkzS4vWPT0SwELsLlYYPpB83/YZzfg3+MtI M9rjp2e25Nu3XAVwgQEwqmemp0VVl8yq1Hm1oh2/N6trBoNuAAtp7BjLqerMynvjRnh4uB8/7qGX ZVnidXvdXrfX7U+g6X/oDrxur9vr9rr9qu21wnrdXrfX7U+mvVZYr9vr9rr9ybTXCut1e91etz+Z 9lphvW6v2+v2J9NeK6zX7XV73f5k2muF9bq9bq/b/78UVpZl0PXqUqR1KYoiv4dhiIOnH+LTTx6i 4zaANEcchlhbW5PvLHwfrtmFZuvQbROqZcC2HTTsDhylAZXd65ewHBu6paNADhQFLEWDUmpAXmBR RGjYLoqyQJamMAwDKhS5vqqqUFWr6pcCFPzJ/vI68nsBM9Wg6erVs+RZId9T6rdSAGr1ONKKEsjz XJ5R0158j231Z6t3iwKICsDSv/x5gRJZnkHT2Nf6vjJ2gK4ASlldI4kBy7z2RYXfLOT71c8CZulU n63odPXYy7/ZAT61Zsjzp0UJTVXk2mWWQ9UUoFSrgbne8V+nKfWYFEAtAteeNUORl1A1reqS9AdQ 1OpGRc4+aEjTFJqmoSiKKzmK4xiWZUn/sqy6pm6sxrV6g/Mkz7l65lUrS5HD6o9eLuJplsJYXVjm t4BaTz7nSNdqueZ/12T76la1LP2y9qohLctC5Ol6H77aj1/4Dl5QJ6PyxfdWXbveQ+sVLMuMwibf +coYrq65mjNF+YVn/9q+vYTW+at8//duYV2fVP7uT+dQ8xKObsKydJSOh73tXXieVy2iIEGQhpj6 U4znY4yGEZK4ROKnCP0Y/Y0BpvMZJrMJ8iKF57joek00TBumYkDxbJlwCj01i9zT90WYqRjTpFIw WVmgLHOougbLMmQx6KaBslBEyZmmCdu20Wq10Gg0ZOGIIHkO8jiRBcRr8m+M1QJMX7zPF6eK98+p FOr3DBTQoMm9udB0zYQG9rOAWuT8BAp0qKIIK2mTNaIAppWj4CCV1wVBkVWgKnp1HaXWNleysFJc laZVihcCXfJaV42LXRF99XWrKs9LUfocq5c1heqzKKFCe3Gfgos9hqKWKHJ+UtbjU92IKpPKiUpO 0VToRrWpFEWKJKsWb5oX0KmLpKvVM+UFx5UX0EWr88m/dlFT6a8e9RUL1tSM6m9kjAFNlGD1maHq SPxYZEOhcueFr1+PHbi22X1tozZ/2fgpOlROOO+fZTIuXD+qKG4FaRRV/67lCdxMrz2z8x/UAWW9 +V5JVz1wq59yz1+jybWuKa3fhpL6rSusX9YpLngqlo1uH/1mG2WaIYx9xPMlLE0XRdG2DehljExX UFgqMtsSwY7DBEEAjJ8fioJ4Y3sTd27ewub6FnRVQRHFYrGpnocs8JFkKSzXQRTHODx6jhwlbtzY hWd7MoBFbcKIQi3Vqz6P4oUondn4EmeTifzO3Z5949+MpxO4risKlu9TMfLFz6jUyryQ96kIqRTT jPZbKf/m55kaySJL01i+Z1kOWs0+HLspwuqpOprNFtxGSxSoolWGkaLn4H9xocv1Tc2EyoWel2L2 8XdeOMyX8hwrgebfrsaewm+WNlehKCZNoyDVgijWFbCMllfPyrExuID5Vxqga+qV/XB9V5fP6+vo yKHV17rSldSpBq+Ti3X3VTnhfVb9nS3msnlYpvWlzc5zvavvyfV/wYis3vtq/75qKcgj/wqtzGrF z4G6ZqGZtnXdNEZBy53KZKXoi9/ELL3WUpqmK0VuVM96zew2LPcXv5PXgyEm+fWH+Jo/VVfm89e3 lQX561hM19/7OoX221ZSvzeFxR3an82hcwEmGdSiFHdOy0sYpSIv5BpcxUaue9Bsmqg5CrVEaKow zBJ20cV8tsD0cogPxhN8ourwLAs725u4ubfPrRw6bRTdBCwbFHMu2cV8juHpKTotG6Zpw7VcaKYD 0JVMchRhgjxN0W7oMFwH6w0Ps4aHIAhkAXc6HTSaTcBx6Nsi9P1KAZjmldsillsYi5VQKBCFFecZ 4ixFUmQysVs7TelQViYYT6eYz31oZQYlChEuY+imiXQ2x2kcYzQdYeHPUZoFnLYF0zMwy1NYhg1b s4BEReIniP0UZUJBVOD2WtKXlbISS6asrCO+luEShqWj1W3BcExRyMhKGQ9ed72/IcqYz0wXLdM0 WHxmRUGeJMivWRDXFc5KZEuzXkBFWrnpdMFoEfHFPy8hrjrHaqVMOY78XdN1tJtV/9lM3UCSJGJA sZ/8O1p41aLgc9FKVq9cdK6b1XpZWberVSt9pGJ8xYJcWZLsj65XVnLV8fom1TBLS/NMFKNRPxc3 II7by9fGSz9GadTKqraIv9TUqn+rsVdWlqN85Wssvq+51y9zK1eNc/Oy9nXPd329c+xe9O/F609W YZlUMK0GXMOCrepQmxCLRfOalSkRa1B0Ey3Hgq55CNIAURlBJb5Rpti5vYWtfAeO7sExG4iDCOPR JcIswuHwOfYHu7XUcmVEKLQSjU4DyyzEPFxgND8TJdOwPTS9FhpuUxar2rKgKg7UyIdmGNAcB7Zl IVwssFwuMTo7w8nBATbX1uE4DhzPq0AaTlCSyGLiXW0uOD4H/SBNQVMB4jTBIvAFw/v4/ffhdTxs 7PTRaZpQixRlagCpjqKMYfM7ngtnrY9b25vIaD7ZgNHQoDs6Pjv9VBSLa7gwFRtGYcAoLTi6C9Ww kcyiqzlYvdg3LiaO//PoQBRWZ60NqAUOD0e4nI0RL3RQy06+OBSFRSUcRZG8VjsolYzlNb5WCFcK YVxOoCs6DJiwVBuqqiEtC4RphCAOYKmOKAOOIe/DuVhdn4qoPxjg7OwM3W5XXmJtycYmPjGKKKjm l24R8SxauJQNVZc+c77FWqMyvI7f1dgW+/KyptIl1bjl0bmtsKNkNb+qKvfgopdXDUaurkhnvnjh Cf9GbaVikzSVe3GcVxa8Kc/3YtyVr/l+XtYA3y9p+pdggF9sr1K4lIGXtdUmdF0mVq+vfv5Hp7Cu d1SwnDzHoNtDv90RkFfgcH7MBZ6kiMMAWklA3QEMDy4XZtFCjBBu7iOm0OcTFLkCXTXR1gy0Bm30 Ol0kaYgCKQoqQdNEnqVIkxSmZaG/tgHddmTiF+FEfs7iALMggGVN0G500G63RXFSsPMgqIB2XYfT 68HpdBBOpxiPx/jks0/F2hoMBoJvifukqVANWhKqWF90E/KyqFw6QxeLklYkXeCu00eaxeLiKnmK 6WyMIlLhKB2USQp3vQPPdWHaniDXWRxgvphiOJwhSJZ487t3UGQlsjBBssyQBCGyVEWmLcVNdPTa QrkGPit5LngIf47PnkMzVXiNPXT7Laz3HLTsdbTsDpRCRb/cFCsPFFxeg1bVyhrSdaRBtXiuK63r Qvnh+CFc3UXbaaNhNmAYDhZhgOPLU5xdZgjHczS7Xaw3mzKOHHOONRUjFfr09ARHX3yBRbuNRbcr 71PRUmmItUg3rKz6w+HmZjKbTaBqkDkcz0K5JnFHKsOvupxhDSr/stZsNkVR8MW5pWLle1ScpaLA aDfh+wvpz8qClYWj63K/PH65hUIr8mUtV8oXEAP9cJTQjNUiJ/758qa+AmPSBKT81TG2r7qAv47C +TrD5beNZ/1WQfevPiwFP1gs0G61BFE2GFXjAPDvTANGZiDXCpRqAoU7BYOAJRd/iiT0sQjn0KwU tmrDKQ1olA1FhaYasNVcAFrZQHjbvESRFSi1AqaqoWM3oLoqep22LILFYoFFMBfBu5heYhpMROje 3H6jskgIeCYpdL4Iwls2Ot0eehsbODg4wPsffijPtLu7i729PVkkVFSGZQpeJWLBZzMIhgMdVYNr OciyDk5GR0jjArZtyvccr4H15jaUREekZQJ+U2kiKQT07ToDNFs9RGWKn/739yvFZLloWB4abgtN rwHV9ColE0W1RfFi3GkN0LLNcwX3997EZHkJI1VR+jniSYhgESJVC8TLDPZmA8mkUg5crBTQVYSV i9agS7FyV64smBeCriSRBA30NIFjVLgX+2UQNwxj3NvewPr6Onq9noyrWKm6jqZaYhz5ooy2Ww3c urkvmwJd8us4nGN3EMcRNJ1uP3BxeYbnR08lQru9vYmDo7Fcm9+VOSGYXytcKiAGVV7WKBtsvO98 Okc6nmKMU0wmE7H89LaH2WxW448VzkYZorLc3t5GEr7cwqH1/qooHRUfx5x9YFCn3++LbDJ4xGer 3FVd7s+/5UssI1VFHH+9S7ZSDukvif5d9c96YfHK1F4zONi4WV6/vmzs1+4hEEOtOL8UHPiKhfbb chl/pzwsCVNbJpxGA0UQQRFuQbWjGFQQRATsBJmE8lSoJakCGjjFukpwPIWr6Oh4XThGH6ArFSQS IVJMDRbpDAmvqUCDDpcSTRwlSmFSUF0HulLAaTjoNNpI8wR+5MMPl1gESyRJjJPzyh1hH2n5JXEs Lh2Fw2t4mM+neOOdt/Dg3bdxcnKCx48f4/D/PcbGxoYorw5d25W2IACf1wJUAoamw3I6sOZT6Fop llQcpQjmAU7mx1iMQpxFIwyaA+x2N9Fv9gDDRhovcXBwJFZKv92FozlouS10vDYMk/0EikWMNI5g DQwUxQvLthIIRuGAUlfQtdbgLwOUdL1dHa7ZhNvuwLU6CIwYQR7hcnIp1g4VFr9P5U5B5CL53jf+ XNwllVZLjYfQbeKL97RMHSajkXll0RFgsR1bxmXaauD21g7cXk+UebFYVJFXw0AUhghGE4wvL2Qz axomFFWTMLxu2ZViC0OJCJrE7hkN1VQocYhoOoKmlyi6DvIwgpJmMKHAVFSxdDkPAqMpKhTySl7S GvzYstBwdazrNmBX955qz1FeTjFdBOgqOtZ2tmS+2ajMqBy5cSmvUIj5K6o3xYxcqyqePn2K50+o iDWsv/ceNre24BclwvEEaa2E0zQVZcmf/Le8p+i/oExWP9mSa0GPr2upeo0C8hUvSfqvvMBHOW8r S3RlbdLrWCnU68qU/75una2U2H/UyvoPK6yVr7/a1a4vHOEr0c1ZBtANE8UykPcNx0GRpShVBeaS C5y7hYVC17DIfEzCSwTZGKUTA3m3ClnR2lczwXioDDTyVhgSVnMgT184+BRYeSq1wrS42GgcFCWM rERX8dBtNOAbMeb+EqN4BEdx4GhNIClRJpRXcrxKWTAtyxMlyefa7q1je7CJcD7H8fExPv/ph4iK TOgT3G2J0cS1IK1oEmmcwvUa8KNLaIqDzsDGzI5hG8BIGSM/yfH4/Ak+efIZLMutlKdjI45DLLIF /NRA7k+gDo/QdT3cWN/A9mAg1qOlx0DC5yPiX7mlKrlLho5kOsX5cIhREcNPLnBnexuRnuD0cooH e9+AndFqC3DqD2VRRWWO4cUZOu02ur0uwtkCtm4gK1Ox1kq6Lby2zLcCreVhOh4JNSEpUhR6Cc1U gGDBEB82B2t4+NnnGGURJpdnAg1YvQ7UZYA0IsfKxt7OHg6DEJ5pYxHn0H1aiwrSgMGIAhmxMXuJ PNUwHk0wXTzEyeW/IsAYTfsuHh1aGI9TtLub0HViojbUOIYt3CRyZoiDdZHFPnQG29QU0XRYLT63 KVHmZR6jwUCBYSCYT+E2XaDlYnaUwNrpozf1cePGDWxsbYl4MVCz2V+rgxJVxDCn+72iIjDgkaaV pWGaWI5H6AwGcv2sVtgWN0diVb6Pj3/y/pX7+92338H+/j6MdlssZyWMMOgPKuXwVYxOEU1SkdNo nfPf/BuC6Nd/59+0WshGo8r113UkyyVMYrLEY11TLDu+fv7Tn+Gb3/iGWHi87vv/9m84vfgZNJWW rgZFTbFMQ6SOidzxsEgzzJMhLkMN7ubbGOUdXPoqSs0SN7rFsdQitPwU/8u3/xZ/8cYbKOMSGR/F 4L5Symb3e1VYr2orINcjJl5HY7Q6fM2FVia6YEJQc+QSWcvg2g4s9FEqOcylDjWn8qHbQxDUrJHK Qlw4Vfz+X96udgvek5PHiSTQSlKgqSOaVVhKy4qhKZXZTfCcZkye5VCy4oobo9GCUBSxxm7evClK iqDos2fP8P5PfiIWyp07d7DNnbgssVws0GiswS0cBL4mgqm75IA50BRNdmk9G+Mb9x9gb+cG0qTE 4eFzzCcT7AwG2H33Pdh2SxbEbDbF+fk5jk9PcDm+QK/XgddqwkxKwW/gOVAictgiGEUuQYIb+/uY HjyuggaOI/ejEpVnoYtl27jR2cN0Ocd4PoN6MZRIHf9urdvD+uYWUj+CLqTGWvhFIRdQo0jwJEMz YeuMwhKHNCp8MsvExebG8vnnn0NXVPgbm9je2hLlxA1LLKg0Qzaf4Obbb6PlaXjy6Ge4HJ2h3W/D a7eQ5BnOzp+hTC3qGpj2DE0zQ8t2kWcRZotzJLmH4fhEInzd7kDwTU1IyjGSxQzIfSGA5oEmsmc7 bcC1ZX7SaIFGr4cyCIE8gsn3dQ3leIzReCz3f3D/vlgRVX/TiiJTy4NYC7YtclFQzmt31rAsgQv8 2QydrU3kYYjYX8pnpN4Qu6W7yfnkten2icus62LZBpeXcD0Pze3tFy4/75FVkV/efyXXNg0BRl2p jGp3lc2kpahpQtS2DEOoNrIRWyb0vJLxjBBKmuKDDz4QsvXm5ib6e3tYDodoOC6++c1v4p3iLsoi kc3/4uIAT0+/QKzHcHsWtr0GTsYZ3tq8iayxhc/OQqybA5juAMPLORqOh2nswxhOYDue2BCKUULX FAksG7+msvq9KCzBbOhqmBZMuoS10lAIpLLDNoWBUfEA08UFloEvllcJDWle4sHamlhfslvK92ue SplLhORVCkshwZDERqEg8d4cNXLm+f1EhG4F8tp0Objbir6qOVuo3NQVT6lk2J0AKYmnnodgOcc7 3/gG3vnWtzAZDgXv4ou4zc7ODpKgWjAUxOWixEanL+Mh7pRho5k0pH/T4VC4Wbc2t6Fu78K0TQ4e MAqgqSU6qoW83YJhavCLGGf+AvFiAi81JJLJXdE0Dej1LkxLgIGOiNaKq6BIM7Ey+eKCsQya8RXr vddsC73ANi2EcRUlXEYh2sSOVrH0a6Y8F0iWJBVB19Jgm7YoYXAzIT1fIqgKWg0XWVZF3FYuDGEA blhFEAj1RIkjeJzedIaTi4cYTU8xL1woMxVRlkJDjDTSoMQFnDhEt5PAtDTMJ+cYnuRo77+LjXUH u/tdGIaJMJoiTyYwTR16U8V0/ClUxYKONhy9h1zR4V/ORC6avRbyOEIYhbJA9YaHcDHDwfNDUVb3 3riPDuWTjeNZ0zFEUdU/x8fH6PX7ULkZ1J7GFaXH9/HpD78QfI3yEEYRfvL+++L+8b0333wTg1YV iBD6TFnCpCKt76UIBSWT31dK0pQNlZtuZXGRg0ivVvhbdM0cq3K/yBEk7kZqjkn8V0dMLmDIYFYC t9kQ9ORf//EfZa4ePHiAZm35ZXGC0nag2g7MpL4fcvRiE+MJ4YzPcfr4MyzTS9x885tQkyn2N3Zh N128//kTLMMxytDF508Ocedb30M+zaCaRr3uQlE7KqjUa5L0H5PCWikDh6xs7rocTO7AJYEJFWVu w9RU4SllOU3bBE23B8vuoiRLW9IzeCEJF9VXrTg+wod6OURR4y7ckaoJ52LKikQicGG6vIourXxr 7mL8+2rOSQwtoXDCiAtQcGriKKNp/I7baqGMY3nOTrOF7p99W55vStD2+AR5oqLQUwznF9AXJTRL QaPlIktj+X6ixtC1inPVbFJgTLFqlvMlytkCTashAqOaNtaam+iVOZZJhIvpGOPJBGGe4mIxFfCW uFGThEtiOfMFptOpUAGQQQDlVfoLlWeu2uKmJ4sQpmNDazawOVDgBwHGixkuLi4QxAlub+wIo57j ptTEJ64NpgVxHEjiNVRypfQXGwp3eMvC5mAd8+VMFrHrOBWuIaC7IZgYZcFtdXAyHuFyeoCZskT3 Xg+Wpwttpeu14BgawnmMcBoims/gczo1GwFiGE0LmnKG4Sl5eo9gGm4FPSgq5sEc08UMZfoFytxF s3ELD+79Bdb6NzC8GCEI57ij34JuaOJKh1mCMo3x9OAZPn/8BVqdtsjFyqoRKIMWJGWBSomWpKah t1a5e2Qmk6clysI0YBo6upoqmRLcwB4+fCjjws2Kiop42Pr+PhAlIj/pbFZ5HwTWKfNJgnixgGXb v0AVUGhh1dQLvdUQS24xncjnvAZlmlwxKnzHohcxFY4grUny2sLjY/z9P/w3/PCHP8RffvPbeOed d7D9xhvIJxNgsayscN1APJtVDP9Ch8kofnsfd2/osIYmPn78Lzh49BzIbbzxjTeBxTH2Bz3sff8t fPB8jk8f+7j1nXdxHimy/i2bVh6DZBky0lZUq2IM4I9MYXFQ+fqSS1YzkEkNSOju1WZ2BSpGSIwI upGIy5iScsA0FBIn9Zp1TGVHMipj269qHBVxQbkjMUyeI84T5EqGUidIXoGSAlQK47tEllSRI2IS VLIU0KvFapoS+WFKAwUkmleKQDg0K2FmlLDTkVeWlCi0HE3fRZDN0SQPrNFAEi1gqBqMey6WMx8n p+d4/+OHmF4uJJVn0OtjvT9A2IpEyK3a9OdC8Ui4JP9sbQ/PZ5fiMlIp0LU1CfRzZ6zTjLY1G6k6 RZEshZVvOyZ0gyAqNbIC03GrxRcmYMCSZjwtPpJ1qYCu5o/WRY2dcBPg84sg6h501aqicQw4CNGx BBwNa/0+3Dp1iouA7gv7qorFlSHlXDg2TsMlTqMxio6J3pv7aA+aKNUCrWZHuGokyybLACfPngnI Pg0SnKYhzKaDTc9HkS6QRxqKxIHmePJ8jhIiNXz0dzpYzAqk0QRBcIq810dRRnjy5As8/OwTtDxP siQM05T5Yp/4k1iSY9lQk1IWiWxolN/aWhQZ5v8MHVkQVNgU3TDDEGyKLt9oNMIXz54KfPD9738f rU4HSRQJXiSbYRiijFPBp8SFY1slTjJK22yKMvsSz0ypNg+OP1sahrK5EJbgPalc2ffbt2+L5UY8 TaK+moaHH32Iz754JOtw/9ZNfO9730PfoYVfoJzNxArXaCmaxCrpAZhAM0HhE0tmhNeF29rGba4B 1YKp9GF3Mjz/5BmKJMTe23dwHp5C9S3cHKzh4OhnKBr3gHiGhk2ris9l1ilaBdRXpTX9oVxCwYWE I8MQfokiSWRHU1INrk1QnSRRHWWhIY5TxNkF/CSAomuwSxWGzihOB55Jl80UOEXAflpcr1JaErWr 0ljIwpacPsl5KOFYJiZDsr5C8ctNUgXoVhXECaq+UmnJLltbVOISUDnxVZawaUZTyNJUMLXrYWFJ dTFcsTrajbZYCZPxokrVyUIUhga1YcLp2FhTTbTafag5yaU6ltMFJuMxThdDEaC210C30ZEUJ80g +z5GvAzQcMljq6I4xIr4kv7Q23ZdbHt9BJmG8wUVoSqLkG4udzvyxWC64p6pBNVlh9ar5PK8wghl 16dlRnR9tcOrVUCFllqv0Yap00IlvlUK45+uqJblsA0DdmOt6k+9UTE3rsojpEte4Nn4CPv31rG5 tYfMmMPaaMFptBCUCYahD9exYDQ8rDX6UD0b/izG6dEFFqcLrA3aCMtDOLYNK1egMAI8G6NUS9ie ie2ehaUfCG4WFTFGl5+Lq7h/4x729v8HhEEGz9RFWXHfzItCosZUKGu9vvDoQOvxmpKo8L+ag8cE /8CvsKkGLVsFs/EIR0dHEknk/P/5t78jGwcDGOFsLu817Io+wvGtsoxqZXjNkhJLrYYhRFnWfUho edEiqyOF//7zn0rQ5/79+2K58b7sP6060jGyIsfl5aUoYW4anu2IMqOLSovRaLWQL5fIiQcLRllF WZm5IH2KQpQMFSqM5BNqoJfQxP7et9Bq7ePTJ/+MvU4Pj376Mzx/9hx/9rd/gf072/CVJt68u45/ /HCIaX4BV2f4izJAWlMNz0gerPrHpbA4sBxgLoAyqcxrWgI++Tu6BrdXTT5TZDvNdejEd4wYXsuA 1zQxGlakvUU2A2IVjuFBLeie1TkKr06HrwWC2JQiLGmmzhRaJu6ZhNijCON0DL3U4TB6tAJU5VUn NtdWoEQ+azxBnm9CvMSEYpKPVTPhJYu2Il4KFTrPZBGaizEWszGaLQe24wgWcz4+QcvtokH3LItR RgXazTWs73SQ9DZwtDiS/km+Y7kQ5W3lBWbTGUbDC+zv78G0dFhmTQWgNVTvqjLB5LtpJvJESG5V PmQUIyVTnDkwpSlGkamuwt/UpiU0knW1Knxd4TX1c10jj/IeZUa0kYJIAaQlwMelZFcWQLL0RTFx jFahcdjkdyky/yku4bUH2Lu/gUih4oiRI0IaBRg+v4DBFCW1gLq2BsM1sO71kGsO1pdz3L1/B9vt uxgdnWP67BRaGqPdbcM0FCSpj+V8DENvQeOzOiom01M8/GSE2XSCN+7/BXpUkufnUFtOlVsZkaO2 ROD70HaY2adewRgrS3PFJcujCPP5HN31gYzFnFHZ83Nxw7lBv/XWW+htbgLkSdXRQ7p50jim3HAp S44t7l1WW1K03kW2SFlgUIOWV62sgiAQhURFRHngff/2b/6m4s8x6pck4nqvaAj8+x/97H1s7u7g O9/+NgbtLsIggCfZGexPivnJqbiQzPRgmlvOfqySzulFpMyhVQGn6kcpnDgDptfBwHbw1+v/Mw4P P8FizAjoBAc/+xz9ZYDdt97Ewp/i7mYbT458OEqGPMyhWXy+Ko1NKQiH1NVG/lgU1ooXIgQ63RRQ mIvVyRLhaElWsuRwGjAMG3oZISp9xGUki2iwv47J5QzLcYAiUFGYrPzgCG5S1YB5eeqArCXR6FV9 GSq/KA6R6wlMkzySNkbDkQiaVmgYlKrswgzdU5HmYZUMLa5gLThXqR+k8BAwJaC8yqqv8S7Zkfle qQpq2dnUAAAgAElEQVTvy1bJ6Vrg5PIUmlmi2/FgOzoGXkMihjMulIsJHK0Np0XFpyKZLNA0DaTR EidHJzi7ZGjawu7+Ddy6dwd3v/Mt2FGVKkTqiBBYuTgYBaVVS5s2ipErFeC9mosVN0gUsbiGVeQU CV26ApZuYGuwjt7GGuIsupY0XiusmoMjAQvmZWalRH+qz0yotEzkHgpMkjm5UGuaS5XSVEWz6DLt 7XAcYuhGAAcFIkQwoWPNaUBbK9DoduAnl5JknRQJCtUS6zSK5ygRQG3fR1NtQFWaCI+HmI0vgCCk oSxpRXriYTwaotl2sLPdwcUlU7uOcHR4gO3MrgDvIJRIaVxUwRFd1eDQHWKQYvW8XKyrvLs0xXA4 FDfMPHJlQ6Hy4hgRm7p37x4c14U/ncJh7iPnhPJf008kcEPFJEqGVS2YN2t+pSxQhaHGkp1BqooB t9kUxU/AXsoo8X2KJOd/Npexpdtt8JmY3RFNBFyn0UClJgnptJ7SavMiLtza3ETMpP/5Aq12Gxo5 cHxO9sF1oYTMwAiY3CmJ/EkeAbotZZDSMoGl9bDZu4tp5xyF0kCsjHHyxSPojRJbt/fg9T0sHzEw o6BcVrmPlS2gQtFeAUD/TnhYJA3W9aZevFmbtmmFrazASxJDOfmMetBdYfSMSox+vFKS1NiCpeq4 9IH5cIb5tMTo82fo7jfgrJuY+xOcHh9DjU00Wl04HRebZqdiNF/DyLKavawzHE08KuQEpFKYSrEM 5DkTfVOogQovNtDbuoOHzx7jx48+EoG7vbuPFpWn0YDGRVyz85kM/KL0B5AmiZBc2a5IcteUWRWB VOB5ldv45uZ93F67j0kwlmgUA2uT1IHNxZaQsrFAlD3F//Pj/4rj0+fidm60WX7FQcOzsaOWmI5j nD87hJkdw7x5D2X3Nhy3AV0xEPqRlOtxDBUGUdcyhe5Z+PSjQwSZgYcPj3Hv/i66PQ9ffHqC/Y17 cLIUpjxfgoy7IHMdTQXNtTZyZDAVHYXwjUhQJfDOfUKHWWrYaHSRK4Tfc1iSWF6RZxe0CP0l1jbW EQRcaCqK2Tmy0IDVvIPZfIyPTv4F4+IzNO/ehLXmIEkXUJQFPN3ANFlg7M9gun0okYYgaiCKVLRb TYRxjHC+xDu793G/cxsZ5jCbOrS7XURWBF+dQbn0YRcKGomKx7PnUgUhnQcoVBXNtoX48hKnFx+i N+hCtVpIcwufHQ5xePIIO7sObt/al6ofrraDXL2sAgQ1HMDVxiRxKhO6WT/58OfiYv3gBz/Aj370 I4kM8+9IaSEvT8jSgoNWlhb/GSSxEIwZlb4qQfE1TWTNMpiABoUQiqJAMXVoJQMFNdbK9WUxMshS QbooJ5bpef/n70uKUXQ+FlexSQw4jIXMXHEVGYAB1KUvWJXgVexLVnMa2beYPMYAqlltwnppQ1MM FFGBIk5h0ZxWUtidFvZuv4NHT36K6eUU7W4P2aMLPHn4GPt/9QM0bRMRDCS2Cpv0FNoZBimEjtAr /7Qqjl7VDOFK4AjW0Tq60kmOO7dvo/BiJIUvFQucrot8oWA6neHZ8TPoe/erHYdpE7UVQbOdYGOx XMqEi8KR6xZXUUvmHmqFio1+HyXrVCkq1voD3L19B53BOsrxFMnFBXSbSdIvagSJn18rJ1FWr2Ay V67jKhmX7mV9jTog0WwqiGdzDIfPcH7wBLoyg6bG2NtaR6vVQTg5FnCe+WWeoaNl24hTBWl4ji8+ G2FtYynYV6e9AcduifKqFAcrOpSYXUyF/T/oDZCogVgDmlpAY/kaJYSmtuowuS4uoM7yC7V1VD1A 7f7SovpKXpi4l1kuY0pXgtgVG8c3iCPBTnqNHeSLDJrZgWXmmPqfYq5PsPW2h3X3PmJ1gnazgwwG LsIm/KWNs0sFXzydYTQZY3ExFRd6fc3DzlaOdiNFiQidZozYPkQWtwkzwTE9bGxswQiBaQgEM18w 0n6rJ3yjIi0ElqDycGwdRZ7h5OQJnjw/x6B/C2lmw9YbWMxiHD47xVbXgruzUbm7Nb5ERUUZW+FH HIP//Hd/Jz+ZOC9UhDpCKrPOfxcvyNXC/UpTcdWkMIDvVyTNlzTDrugOX7bsy6vpSeIEaNsIRqOK a0UKgxQ7NHB4cizKlBwvcUtrRbtyMa/69ZImm3MdHZd/11U2Vi1iFgVS9Ne2oGgJfvbBBIvZRZVn mbt4+P5DHJ8UKL9Pz0hFXZziSk5YSeVPS2HV5TOu+FEk+QlJjjgQBBwcRyeYzQPhEPXtNbh2U6wW c1aVI5Gdj1aWkBWZE1PxkchFqqrE1XhUmVVcFALMUiGziupR4LgbMgw8G09YbgEOSaSc6Cisv/ui gsGqCuMqzeRlTRb7NatrBWKvvl9kCxgMgXdMhHyeIEcWR1gsfUwuZljrMH+NrleCNA/lu62WLdZP FC5xfPxTpMkOPIsRQOJPBlgqTNVNmF5bwuWO1cCgs4EgHyPNplA1A822jjAdCyuclIRVDtgKq6nA 3lJcFVl414IJklxdh9DJp+M8aSbpCtXiHlg6vCwR4VYVphDx8yZS5RKn2cfQ1nK0d3tiXWajJWa5 hXGk4+HzGS4XJZLYwyKxJW1F6/ShNhqY5yXi0wCtRolusw3xpmhdJ5oEjcnp6zQ6MPZZyweYKENM lzE2TOZGlBI5JHCcsNyO6qAwUowmh/irv/oBTo59HB8v0Wtv4s0H++h2HWQhI9bMN2Wlhkp+xN2v AfEViN3c2wOmU8FlKVfkXtGyWc09o9ISiKmVPhcyZW1VquiVLXjhkq+aeBKr6zHKm6SiTJukWOQZ nj4/xDIOsb6zhdu7tys4ZgUDrDyBazjsSxthg5pDtwoEyNfrNKEoLtHZ2QKUDL3eDv76+/8TPnv0 czx99gls1xQ3Op+XUFgOaaVtuH50tWLe/5rtD6+wOHCywxPOSiXXT4rokVrG3C6apTHBXeaHKdAI jHtNOK0W1ja6mA3nlW9eA+KykOpLE3dinmIVUC0R5zGitHIXycwmbykhFcBz0WszyTbG8OQUZ2mG 7bUN7HW61YWuYT4S4v8NMtkrBfAiL4tBg6LIUSQ5TJX5lqQiVKkm/jxAEmTI4gxmo4mm4yEvc0yX l4izEM3CheWYyLREFtf55acYXjzHztZ97O2+BaexhqxkxDVGp9UW4qRlOIgylrWp8v/KtonJeI5C 61dgMgiKGwKoalellbkTV7gT8btVBQ6CxWzcrUN/LoRIEi+FhsrPWPWCLofk9bFAoIM4SXCZjZC2 UqCr4uk8xKePpigvLNjdEktNxenCQRDHaLsR7u96WGu2xE0lV286TTEaK5gvTCxDHQEMBGYf3+qO xY2N80DwOLtlYPPuFhTbwPDkAsH4Usax5XpSXTQIU6m3ZTg51CxGlHBDirG+1sLW+j66rXXW+RTI CQ4EKL4KNtQvsah0HTYpEadn1fhQUXd7sqmGS7/iMpEeoNZ1VleblqYJi10sHgLqi8XLBaeWsSvV olxTMvyd6yNNBDhPfB/HZ6f46LOHWIYB/vLmjQpMlwh2lf4jXallWBTZNXn+2lavqetJzVRWVNC0 1n/8sw8x/29zcYXfeHBHvIJ33/0bbGzexE/e/xGsMIIe59BYiLI23AtuZsSzf4Oa3H9whSULWYJM OaI4EoB6BRI23TbytCqEx0iXqVtCDpTYeZwgKWPJmhdBWOVvMYO9rulEgbraRYpUlBUjcWJRmS5c u1NVjCS24XrQtrbRbjQxHY0FRH320UfYvbH/pfK0VyZ0zSaW1ImXtC+VnP0KY1yYy0oDht5Eq+PB 7U4Rnx1iHGYIlznioMTYmWFTt9DseIC1hYatoNVxoGgl/GCB5WQGHwGycA6ckhQaotO7gXZvB632 GvMf0FYc6IYOMzIRpCWiMJFiflYjxfDkDKpiwHNa6OgmVJY2oT4i5lIHK1Z9v66wVzWuygWxeuZa FlB0FUXEMjqKlNkRrpAeCfn2Yj5H0IzR3NzCUTDGR58tMBp34Z8NkZ+cwO1voLvWx1ajRKP0saH5 GJQRgiRAXjhomE2sba1hnio4nl7gaBxgqSZYg49O24ajGUjgy2ZlNxx0b/WQMACVB1hGZF6HaLum RFk55RnzH4sC/+X//N/RbvZw7857cJwd5ElQEWKNDIZZB4tWrd4Ur1K16txZKicC1Hfv3r2q3iqb Wa3oxCKq02uuWOtU/CvO1csXyEpYsOqDBHRW1zFY6qjKivj033+EyXQqa4LuIa09dFlXvw5M1db+ VfmgOlr5qvt/qcJC/exSycMw8P2//ks02108+vQRHj8+wrvvvS046qPPz1AWTeTLHDn3hEKr1jmZ SATg2Q9avr9mMvQfXGFVZnOBJI/hxwtRKNy56fY1nZZgCNk4w5y7ll6i3c5ZmlJ6biKFVlpXJrPk U9WlTSSniu+tBC5LkZWxpPMwQqEpNEcZucmveEIuSxXzEAzLkYoFgvdct6Jqcuv1Esmvcgnrh7za I6+nWUiBOMVGECYoSg3OoIfujV1kjorAz+HPSjRvNtDqddBqN8TE7vUb6HW7kgQ+XYxx9slHaDWb SGeRRArPLx9hNh+hvxgi6G+i1+7BNFkFQkPLaSJKPLHgGnYTg7UNfHb4iGUvhYfEyKKjulKrPi8S MbBMi6Wca54Q9bQgtRWRka4N52s8G8O1THSbLeG5CSdLp+vLZ3YwjYeYlxdobrSgel08/3SI4YmC 2zfexcT+Z5ydj6BlCradATbaPVhpG2YUoBgFUqiwZHkdHtjRsNDVSmRqidPlEkka4cOnC9y55WC/ 60JDgrT0BQ9lcvXa7gBJmWGBEvPzhVR1aLie8K1mfoTJPIfdMJAVE4xnH+PiAjDWHsDr7ojFH86Z LtV+sahXGOaqKgb5V1eUhRQt0gVWEEBFtnsx/zVgz+9I7iHdrDq39mUtzStZe7FpKnVqW1VFPy5S XJ6dSO7mdDbD2uaGyCX5ds2aFLzabKUfNQRSCeOvQDVfZXjUMIFEh8n5Y4SSLqlaIIsCIQifnkb4 v/+vf8D6Bsv9bMJ1G2hou1genkPVLNkHNdJjWNlD16qKw79m+4MrLD40882WkY8gCStulkXrx5Vk ZE4Q87pYWWFZxLCyJtTMFJ4WT9tBVCUkS7pJEFQF4gyjqljJdg0/LlmWpi6/ItGbpKiqP3BH5ITG leks1TGbTYlsirtaCywnjYqQ5jAnjxiEWHi/wjOuTqe5Yo4LTYtE1hLPDp/h0p9DZ4mrdRO3bz2A Y3WQhiqacmpQlR9WWYcls+vktBYGBB78+d9geHSA088fo0znaDcceDqwmD3GwZP3cfuNd9Ft3EDD SWA7LXhOE8PlDOkogG63sXl7A8tpjDiIMZqPoKsLEVBJZfQsmHV/xU2sq5mK0uLGYBgyL+PLkdA/ sLMLW6veF0XOnV1tYZE8htaewerYGIYZFvMMTdvFoKVis3sTDTlQQ0VHjWHmLFHtQDN78H2m3pjQ 9AJJukQ2P0FhKmgrGWLFROIXOMUA+REjtjG2OiaaFg1ERi4VmFoD2Olh07AxMs8QDcfQ66yaBdOf ggyDtS3YZoiWF2M8/Riz0Ri3bnwP/Z2b0EkkZipXnZojHCmWVllZRpJ3V6VlsdHqEG4aZaNmrku0 vAatr6qYkpLAzZUy+qoSxa4j3+d147RKx7leEeXR8TNxQZmIvrO1jd2tbfz0pz/F2mCAXoMbSJ1a tqLkXCsqKBU4XmXhXPu8Ok1KFWw4mM1kQ/eLELs7+yKbdH/fePO+pOFwFt549y2kkyWeBxpyTUNE PqJQGVjW/Dc7pOmPQmGRHhBGvuwmNK+pmcknoeuXJqHwi1zBmwoxeZeTJXS7hO4p2OvuyS5FHhUJ dQRDyfxdMdRFQamlWFbCNdXIt2UkhbsNoDfIO8kqXorUANeqRFTqsygUa20FMPMz4cTUkyeuwCva i4MVVtHPFwpLOFFFJNjUMvWxub+B5oYnRQhHFxM8OzrDjURDbzAQxViWKZZLFr1TqtN7bAsXRYre 7g2sd7u4fPg5ho+eYekz276JvZ0Wnj57iLHnwzHm2N29i0bPRRIXmJyPkCkG9vZbmC+XOLm4kPpc rNRjacCg18baoIWdXuNLRdhW4CvHgv9mhJYEVup/KnDHZB4auWBVVCqPPcJmcLrcHGY4vwhg6hoa fRfL+WfY8u5ilyWiHQWOpWAZThHZvlSfGGcBjEJHu2FV5MogQNPsoe1uo6EWmIxTLL0SR2fPEE5G sO810dvqSBQxSwvkmoLIULC2sw8zd/B85mO+mAtBMk4KyZqQjAYllnSdNC5hwYHjGoDbQBEGQoVR r6Un0c1dMc1Xrt9VapZtIxmP5fM236eCo7Vf87S40a0CPKty0a9SGHGeimKgbE+nU7H8eZ2rqg2W hr/43p8L2XVvZ1coQuPRCO++9XZ1/F1aBYlWRF/pZw3Cc328Eoddcee46daYF13N58+fSypQaZdS ailLS/R6A9y4uQfDUKWy7mx0jiLUsAwShFTMjiYUGM5/VeufUc3fs0vI9A7iF5JqUJ3eBk1RkbGw WpIjjvxKETDr3U9ECVGzh+EMbsfFUfIUUUg+iQrPaKJttWAorIJI/zyHQcC4MKEFwO29m0AW49HH /wZMngHFOc61B+h172Bj+21s37gHRc2g2sRcgJIRFjSgNFQsoiEW/jFcEkCLhBAYmm5LhPerQGbJ yCB3TBaVu/5ZWV6V033x96xqSaHP67MMq/Dz6kgturpMhgGtwTRHMAuR5RF0t8I/pvoNGHsxpuc/ x+z8Id5t3sBebwfLLBBT//nBAG/fmeA7bxpw4eGDD+b4ycMTNHsG3nlvA395w0NQapipNtIH78Jc 30H4/BmW58eI/cdYb25A0w+QZY/x6NE/wm7uoNt/E66xj+VzHReNOTSzgf6GgbW+LkmpZ6cnOBue CTXhs+djIVIaui6u8nqvL/QPi9aqCuysb2N8PsInDz+T47pu3boFi7KtlAhYpSI5x6xFUNjCJppo lA4u4ilMt8CfbWwDyRzuoFo0nC3driJs8Eusw5FzA8s58UkLtukgyUrE6RiaUaK/XuLi/BKuqSPE AD98XuIoKfBg18amsYCJQ6hwkWKGtf1tBKaOgyfH+OTffoxd1cKdloe0m8A2XWShJnip1TaQl3Oa qNCUNqAsK9iC0+m5osTOxxcYTSri6PnEQaev4dadvhxt1u9t4uc/+wTvvPM2dvfWoWURnp98ivPT z5Ens8oz0z14rS20u9uwQULrTehGE5GfwWaEMUswnQ7RGbQZ8MSPP/gpdGKGpgXPc7G3vV2l+FDx JSRi92CxUGEG/Ne//3usrW/go48+xnf/7NtSComluFdWoiQcJ5VVp6kaSnobto0iDKuoN1PNGAGM Ipj8PVxIShQLWbJUOcvjfHF+AD+c4wf/4w8wH1WKeHt3R9jrjPKHWYFnT59LmpNt2JjM51DLCDaa NYTDk7EyKKzM+GuqoP+4hcVB+NKpJau3K7/bc6odWmM5XFL/ywwX0yFmwRQtundNRYBQsr0JhJum VWv9yrIhWbMyg3OEPhNyuSsoUG0TZabgyckJwtxBs38TvcG6GEpRGMM2G9Ca65KSsxg/x6Onn+Fo +ASmZWC9t4OdtdsomMP4Gxmm1xvxKD73KhdsdYxLHU1qbQDpEsF4gslkinkQQ7NVdNuMCpowLz7E HT2G129h7OeYHSzgHx/hYpnAsDZh+mOUswTPHoWYph6O4gHyvW/jVM9xcrzEpZ9ic8NG04yR+UN4 ao7du7uYtTw8/fwpypinE+nCDTK0EpPpEAfPz5Ep3OFbMJcOus01BMsSwSJDrzPAoN1Dx/N4qBh2 btzGcr4QTtVyNscZhT3NhT9E7tHmxqZYq4ftjtTAXxEm3333XXiDAcxhgAZ31DSExkqkrinlZBI/ QrFIKp7cK9r148uuyxbfu7+/j0smj88miJcR5qaGoaNDbxdwpSJFVSb5bHKM4fmlpEO99e4DONMl imWC2WQEtd2GY+oozAJROMXFxSEUtQHP3aiia4YFjZVtw+okH9ZB29pZR7PlYe3kY8zDC3zx8F8l BWjS2MbsfIoPggt88ZENz1xAQYyGW6LZZ+Q0E+xxcj7FZPgUTsPGzz/6ezj2AG89+C623Lu4HE8l p7Zjd/HzH/6D8Me2traxPliTtBmLaWC1xW5Q90RVtdgkCGSO3n3wFna3dxD7gbiipGWQp3iFr13L C6U1yJI2bDLGpM8kScVVZLUGNcPp4yPMfJ6+VJVyTsMI672BuIbdO3dgHR3JuCyWC6kgwvI8XLvv vfceLN2CcnhYla8Wg62AvopWvurQyN+nS3h1Tp5ShdcLNRNlISedBNX5hKwX7uTM9jfg6jZsy62K xdV5e6Q5iNXGKKGqIWMaQ1nAMPU6b1JDZ72BvAwwGj2BbRRVuRiLJ0FriJYMx09xfHaMyWxcJVkT kGzZcLsNZFoOc3Wu3FeU7ctOsP1yo3W1ChevvlcDpIqCcJrCsAjo92C7TXh+hGk0wSxYYnme4paT Qs9KzMYlPv4ixLPTGUqjhdbODTS27uODf//fMAxLbEeuVHlcUon1WXvIgmbFOIkKHJ0cYNuc49s3 BtjrmYh5wIfZwL29u5h/8BCzSx58EckZkYajQvFHKLNz6KoHu3gP9iqpW1XQNG1sb7B6KvPrSiyn S0m45tmSMqdSU6yOgLHmE/Pp6IZvbmJycSG7LS0PVhDwWNAuzFCqpGkskDs6Wl4fnlkgnIRAqACV h/1LG13wFXYoOGXtksrpOiRoximauobNZhuzSMdiMsPTcAll38PNnX10UWDBWlvPTyXpe2NrDc5G DxcfPkIaBvA0nuZE8LhEaRQIgxmGZ58iiWI0WusYdG/BrvlCdDNl4XsWCn+Ky+EFLHyCW1sW1loJ PK+Jk9Mh9HKBxWgKHX2st0gjobWeIUuXVSCnVNGjknQN5PoMms4MgzFORh9hEkxgGAPEsYbH//Av mF2eiNW6s7YBry42KKd2e54kLUvpWtPE2eGBbCr7u3uCYzGDxFTj6pzGFYbFDbV28VZNNn+Kb01/ mI/H8rkcJmxZ+PzJp/jiyRPZhEhAjZa+lO2+e+u2KL7l0XM02m1Evo9/+qd/ktpgb9y7j8H6WrXW efL5+Xll4YkruEqgZ4LWrxAl/Z0orF/ih3Phc4L4sfBd1BzNfhNqg+TcFtrdFqIxD43QhbYguFKt JyTrn/iPXtUrIojrWrYwlOlyJjwAQtfQapdSsvj87BOMh8+EB7KzcwfN9j7C0MLzw49xdP4YSTGG 1SSeRaZyhPlygot0hnuD27+0779KIwZCIqYMpZzSXGfay7Ow8qeGOJkiDhaIkghnl2OMFhO0Nkzs bq3DtzdwMg8xNLrwO7soeMJOoSI12gzYY+8//a/4/MMf4r//80doNGPs3uugs2nDyVhjPcRZsomO vY5JqeHfDy5xukyxv9WF3eWJLiE23t1FeahicT5FmWvQMwUtkDPFiqcmJqMRhjNSB2zoahsLnpGo nmGw3kd/0INHqgPxKCoqKo60qrYgyeAK4LVaku+mm6UUAez2+3jy5EmF43Q6CIo5FMeUhOeM1SkM HYXBvEBiSNYrc0FXMkT8hsAyFdbqQAbKxP7aOhq2hW6nh0Wc4mioYTo7xeOnIYLAxptbCqbDBRZT H7cf3MDaZh/xbIkgX8LxTPTsJrKECpWbYQ7HZBBoitH4IUaTZ1IFdke7CdPpQNXMqi7bkiWFo4r3 l6qI/Co5vdPVsL3TBpGwy/EMUX6Bo5MM3Y6DZot4p4FUKcUNK9MS8WKOUiHRtI8403B88gRheoY3 HnwfjfYmDj95iLtrXdza2ZOT0+GHMtYce/IQ5RxJVYF/MZUKEZTY9956G2ApIrphq8hgTYOQEto0 IqhB5e0ChudhMRxifnYqmwyvI7w8XRe8rL+zIf1lFgELRRLg5ylYaHaA8RS258q1JnMWRVSwv7cn 1jfhFI4JD4rhTyos8aSuWcrigmp/JBbWimRYhX9VcQEvZ5foJm101zow7YqvwgRnU62iQVeHVso4 V+fE8aCIIFhWGIrbFLxoZjjg5iJpC9ElXX5Aq9IPLvwzJMcJ7hsG1tfvYLZQ0I1VJKUJ3eKkpciL UGpK81To38ZzrtoqAkmGnCieJECWH+Ny/Bzz5TnmgY+jkxHG4RJ3tNu49dYaPr8c4+nFDF+cL6Wv RqZDY3mb6VjSICf6JrrNAba+9bdCLF0WOZ4fPEERE0gvMOimULptzOw2hjlwyhrqZY5bHR9tNYLW dXCjexeln2FxPsblwQmSSIWS06XW4bVNUWRKackpO8Qq/DBAEPmYsHxxf104Q6vDlldn57E6BZUQ 8RC6LOnSR5QmaOoMDpQSZmdbKjEyx0Nmr2MODcskk8NhY0Z2WSb6FQqLAC8XDn+uQGMKvaT/BAFm ho4o5clLFqxmC5utruSnTZYzPHo0wvmTETqOIjQZBi+4LUYGqyQYKARySBEFPKothmvrsG0LKauy ppFgjUfHD2GadMnuQLU3JMmdnzU6bfz5d76L//J/PMT6lgPD3cD5lBvhGAfHx9jaXpdS2Y8/OkdY uEDmiGegOVVEmrWnuJBdrYnZOKuibFBxOTxBEPwLbt/9JnQjx+7mlhyTVnDxR9GLwx3q8wtH8ykO njxFt93Bzd09oTMQoFU7HZSs6MoyQajLOvN4Oquu6+77cup2MbqQw1U4niyD890//25Vv74scXhw gI8ff4Hbt+7gBq/NMkcW8yM5wLOqAqtenySUpnIwC5UVXVByIVcH5q7ON7jO+JI0p1/Zi/kdKazr rtTq5GHXtaskU6eE3lDEqiJwSAEkS33T2xX6Ak+9YVKnWFhS7YApOimm8ynCOBC3gykmZBK3vXXM Z21xwQwrxiicI7d72NjbEbD+fHoJ/eJzqHqMxfwJivwCKJZSnC3NFEx5GKnZE5Z4ab4IEX/lYfVZ kE0AACAASURBVKqfrxzU1TSsCKVVLaEgYgWIEU5Pf4I4nUqSKBEzFiY0uLuGIU6OTnF/dx+uHqGt R4iXKew8RUPqreviLi30EpNhiidPhjg8jYG1Ddy8eQdxpgrY3feP4YcTlGs7cNf2UJQ+Pj84RHjp 440tVoLIsN5ooeuZsG85cFse/KmPyeUSk8splsz7MliSxYAf8gDYDA2vg3mwkA3m4NEXIshbW1uS JsXjzxg0ocDzFBwSRd1+T5SXzl2kjoJxMbIaw/PRMWaagWia41xJscxyTIMMms30lFe7BCslxegv rarVyT50Pamwfvj+j2XsTcOGxQ1INRGmCeZxKErzwi3x7r0t3L3dga5bCLGE7hjoba7j/CET6Zlb qcFmjSpdkfpRQjXTFQnPB8tLnF2Q1xfh1k0dmt2BQ/lMcsznS+zf/k+4nH6O48Ofw3JS3Lq9ize9 Fmy3RBRdotNbw2y+xAGDIAmfRYVjsw4+j6sD8jmTmll2RRW3ut9pSBbDN966j7/8sz6S0Ux2iqtD Xd2qEsP05FiidOPZDNubW6LYiP9y/bBGVxn6Ug2FJwlRgdC9F6OfZWrmMxwcPZeaWbf3d9Httq/O Z6SSmY6rU5S4efU7XextbYuy4innAtkUuVCNzGazIi8vecrTwdU1zFZb4AIC+XEdJa/Sk6r8QbrY UrTwFUeQ/e4VFssg1z6dgHPkniBHymPMdUWOfudDUUHpeSKF6ljXnORQKRK2IpLVZXwX4QJ+tIDt WOh1BzBUPqKOfm8bo8k6It7DKxDYJoZKD5d5C7ajwPRSxIshTi8OseEUDO7IeXks+1oqNsJURxJV VSJ/kX7wK5wvfq1JaeAacJfa8UqBNF9iNj/D6fkBNMzgmrGk1IRhgabTxdrGLtxuH/5MxVI5l8KE 9zdasPcstFkuuVCE5jENfWTTp0L4bO320bGXuFQjFMsTmKkmhfdm02fYvfOmYCTD48dgKmqj3cXZ 0sEnPzrFe/stTAYxtvoJOnTFBwMh9bX2QpinE8wPGKWt6Bx9gu2xDtdqyTmI3FRY74oHU2Ss5ZYm sktz1xa2M8PyrALLahTLhRAhMyaV1+Vnmp029KGK+bDAmIeCkmqgl/C8HvrdDtxfId4hlUp50EO9 U6+IulReBHK//Td/LcUNaVUtxkwiv8QiVLHW64gF/ixKENMVaXQRYI4CieSJ9gdrOMwO0WIElCWN SbfLEul/Xlch4aJjLnkUnOP0PEOzMcBgg1kGVGRzHB2eolTb6Hb6mC08dLrVSTimlqFYhnCsHHaL VWspHrYw0qWySB4hixYo8wQ7N7fQanuIEh82D3bMeUiIDY8VPVmaWApEpldVTsCiOnGIJwfPxFVm itntNx5IqWWpn0X+IEocHB1h+8aelGquQpOEnKpClH4UYrFcYk7LNQywsbUpmBVL5pCuwJpbnF+u 1Vs378shI8JNkVPciInpshlkrOlv6vIdHo7yn7/zd7AIEYzHCJY+uuvrUnP+imxtvDhV6zdtvzOX UA4qICgb+OIOno3OZFLW19bkfL2G0cR2f70+27aqBCBKoyglB42TQc1N+5M7POtRY1l12Wv04Tpt LC7PgLU+dt/dg6Lt4YDsiGKJ+3sN9LIu0udPkS6OZMHlSYw8IQO5hQnrgzP/LLZx8629/9BzXiWi ylmmuUSBsizG0p9gMjtDx2SdIUuOQ0+iHG57DRu7b2CRAI+ePIW63UeoZwjVDIahYb31/zH3Xl92 5deZ2HdyvDlURKHQADqoA8kmlaWZsR681th+8V/qJ/vBY83Sw4xpWeJQarKbHRArV918T85e3z63 QDCI5MgtUZcLCyCARtW955z92/vbXxhh1JmgVHvYKCm8Ax+L8zXSNMfxZICnIxONkiKer5C5IcL9 T6RI+tUahyMfoWLhLAZeRw7WylP0Xtwx8EQYyRW2iMykzY+zejg4fYD3Tqf4/LNnSAIFju1gdZPg 86+/ELcDXoPDo4eCR4yyluoxQl8sShhWK3yrogZWa3Ha7B3siQToPgSURevjpx+gCCJk60wCHzSl wkGvg/1uH91tg1DIDP/0614gzPuJp77cE7uNlnQc9DzXVFQMu2Bkl6Oh2xnDcD3BnGhVdL14hcs7 YDpJ0aFouilhe+xkXAnBkM1yRvY5RxjiYybyukKSUYGwhWEOpKsIwiWa5hJdJiGNx/iQVkV0Ek0N LFcNpgMb0XaFUa+LzYqGkLwf5lDLDci08X0bfscWcYUkoSsOVKeCbmxRxCv0HRO+r2OzSBCvIljd MRROk/TootFkkcMuNBm/kjxDp9fFHzx6ijoIUWW5uIfyECP1YLQ/RZSl8KudNxrzE8RBV5NCxE0n 8eF+l2ndhmCEBO35a/4Z/w5TdCwqHyQtiv+O3RoLFiXW2w0ubq5xfvFaAHg6ntKva3F1JYcBvchY 8O8PGSnUhIAII/BZIR5a53B+SzL2t1+wdlHi0Gn3SnU+XRP4vbLO58jchWAwlnuCy7MbbGc5XEtB 1avxMnqBsdqF7/SRJTXsyQMBql8++wyllUPrAg+Nh62bZsR3SfInY7k2MMw+dO0IX15/g9JocBdc QteP4FgTBKGC8GAK41SF9brEar2CZXoi+k2TEsOug1qpMb/8If7R2OBw+h1Mxx8jzyi+vka3q0Fz OqgDHii/mYmMqk+khcZCEu7JZQCxgW0SoVALWK6CoKiwjU3keRcT6wmCNRB3Ctxod3iyP8BmRSLp CLXh4OVihfPFAmbRYDtfo3A7sLwu3IcHkgu4ldU1l0A63Ef76NKXnh9NXkmw6tAzMN2z8SSOcTef 4fOhiURVcXdpYHjr4HSq4fEROXwzpMULrPQTHH/8FGXl4PLZAtpIQfbNNXylwgfHQxw9fVcKBYmL F69eYma1I1nH78qNbWuO3Iy9o4cixKUH+bA3xsXdDZarLU66XfzFwQgfuQt84y8QcgnB/USwRu12 4GtM6mnDa0mEZZADsSU+dJICnRRy+vNhpasnOyseYPdYWpUSC6ko0oLW6cNy/BYb3YV6nlbneOns 47++dPB+VuAvnyxwpC0x01WMf/A9hD/6GnodwaznqOsEYL6h2UZ3aVkGTxmhalSUdYTr28+gKq/g eRMMlvtw/T5osB0EN2LIGMd36A6Y87NGrgJxpmK5aWBaA/SH7SLOUgIoertJrspatIt2s4c9fx93 Zy9E2ZB3qb18gW7/XTR5IsEafNmGhfl12wV1LQfvPXz8Zquu2CTXZlKESCafei2WyGeTAcKcalRi WHSg5aZ8u5XwiscHB/KZ/ue/+Rv8wUcfw9AMPNg7gKJYyGZzqMMGGf27GJBCidM2QnfQx1//b/+X +MJ/+t6HQmpmniadV0aDEWraheyYAvS8u79Wb/dW4lbBRcLvo8P65W+GL95EVNGTOWyqDhxfR9qN sdkEyMMCsc5q76NzfCIulVq+Rrq+Ea9x0yF5r0BK4z19x65udnoqizweA5OdbcfddolZWmMbpqjc FL5bMw8Vi8Ua6fY53HgmCTW2xpON4w1zBV1oTg+N6WB29Q2SZYH6VMf+8SOYtoc8C9CUEZSGPt2/ 5c3zJucdwiCGqhbyXxSWyLNSUC0Cxjkteq0BOh7NBlXchXN0pj187wcfYNzpIclCvLqa4Wa2ktCF o/0hHh2cYH/vFOe3l8IXK9MQOmp0fQ/jfkc4MHWZImdCNtO0mwRJFEsH4qKRVf2034VnjLHJUsyS GK+QY1M12OQa3h25OOy8jxz0y2pkRDGVAI3eoH84EHvis+cvoXz5DB99+Akenz6BodrI0lrY8L7t oeP25YGTzRkDbWtKmTgx1NAMGtYVsiXSE4rauSmiVMeEYVHeQqBckTgxvu6Z+zr9yjgCMROyquH3 iD1xEdHAo/OEqkqaT0VX0V1R+gWB+W68vw81obxmSOJXXMi994ybib2uGOCRQFwaOdI0EV6TZXUk TYhbv6Yu4FAWxusrUAcLQy6Ae5ItMV+9hKqYKNUYqkrdagTT4te3kcQ5stSDqhBXy6GplOsQemoE 4pQYThZYzUBWJChJa0hDdLsMhCCPrSOdusi3DBPFzj754uJCkscZ7Pr4o4+EM5VsAyk4rftoqxWU 4JSdl5XE4O3cThk5FwVbmQrYUbELthxbRkHijuR50dGideeoYPV7YhIowa/8d3ebezLp+fc//fRT LM6u3nzW1i+nO4tHPL7V17c2ErYG829n1xHDStC3OgjnG8ThGkkYCpOatLcqVJAUCj6fPcfJg0N0 xj6S5TVSnjg+XS4tOGZHyIm8vHXFrWMjN3pLVqUdiomxsY91QJBwg8YtMe7Z6NgGzDwSKxGOSx3X kNQO4XY1GkqKN8oKy7yEEt6gTmoEgzH2p37rNw66MVLdxvf0WzosgvbCw6LkwUG3O2iDYbU1TOIE ly+hOIzxpj+6gqwM5YYfODb2Dh08+9FXcDoHOJruyYlNsZuGClezJbJojuOJgYYnldp+nqpBHyFf CndSt35cOj/9Whe7Yo6+dZ7JtouR8YeBgkt2vJqNleNgWRVIrmNkGxPJZIjxQYip0cPYV9E70XD2 4g4nTw6hdfvILxYIn/8t1vkZLmYMlehj2jvGwd4DdB12ltx60SKaXLRWXUDpk2rwZC/EV13tHsoo oKh8//Qp01HTZbYukTDiaufoRuV+udNo0kyRB1SXvLOgHS35si1HHk6OqjzEOLZsg3adfv/j7bV5 66TQxx4NC4sl5psEX3CEIxyhZTDrGUanffk80hVZ4HwcmJeXQ21KWGaBgpSVRm11qHKckh9YirZR 4suMqjXN499TDIRhibPzDTarDK4zxMkpcZvW/bUuaxTk/Wnc9BnCXhcHUIVOJRH6Q0cWEiQU8z0y 9i6ON+gcHSG8upIlBh0hTh4+lFRy4rzOdCqOIfzs7hcUosS4d4jwXGyuruQzdHxPOmXy5Gjh/IPv fSqHA73oKWeTQ0M1JJmI3y8vqO65klxFb3le4n/4h3+QBQijwWilzc3gG+3o/dfcHRi/1Qnin/H6 ljusHYoqAB/lL7EkEa/XN9iurqAqBC6HUE06D9KjqY/nZ3eywTi1J1jHd9Jh2FYPURTCbbqAJU57 re4uLyX6nS/KBAzdQ1/pw6y2kkCSl4mciMylY9ptx+5Cx1ZGQYVWvilHSl0sVu6iEGeLDd5z2SI3 SIsbXF38BI47Rr9/CM12UcaVeNL9xldNVnCGujLa4iq2NZ44HWRJKHoyg9HzZYHF4hqeWSFXcyTZ AsubAIeHp3C8fZxfh1gu52Ib43VIfvUk4NTVF+j1B2gME/NNjE20ldOM3tv0PqSVCz2sLIduVAqq jLFoFCi3ScFGVWOkKRLuMbQM3GUlNinwfKthVtbYzxQ8GJbY0wt4ZYVwNYffP8LB4RhGZwD1KEAc pHh2/QVstSfk3ol6KLy6MuC4ogj7msVYDP8MF4buSIHiRpaUAyb9cjnBYhURfC1bJyR24MxkFF6X ELZTKVZlxU3VUpQRvb1pSxDdsdvf7p7YIdxbvNwvTe695u+5Yobuw202YNZBWFi4jTyk1w5qr8Sp ouPog8dYuzpWz84QLZkM01oZWUoGtU6QFZpsq+nwwKAK4ozygMpYx/uQhYx4rSo0yKxq4+S8DjuW Hmw7RE3vs5IFsQ1bEcxWUmN0kQVRuN1opZRDdmVVocP2LdQKyaie+Kmzs1ouW7tjEkW3sxm6wyGK 9ardIDLReZfcQ+yIuJfcJ3UhuZPsvF9+8Vp+ZgyYYFiKgqu7a0RJgo/feUdwMEXl9eK2XkMSBLKZ J3eOzyP1kIv5XLbFdOaVEI7B6FdyDu4Pj/+/APu/kDTnV34hr5rtcx5ivn7OMCR0OpEYoxVFhM0m wWikYzzpwes/wXx9ga9f/gSb4Fq8nuwixItnr9GUKjqf/AV63SF0l1YzOhSKORVFCKLcEo07fWS2 gesmw8p1YSp8IDJxJO3tnyBdtHyRIN6iyirYPQ+NN0DB8NaOhbCqseXNv7gQicfQS4DGx2DM9Jzf 4YRgMaDrgoRWcJQJEcVLAd3TaImu64PDIYWedUUspJaxglqsRF3j5VzH0ZEvsofpeAiFYlBFk7Ey SQIc7Bty8qmmhTjNBWzlaS+iW0NDkd+vjDUpjAzQQJWhYvhEkSMflvAaDXaZwA9C6AUfYhMzw8KZ Bqw3xzi7W2BSrvFuT0EaK/CcAiYydHUFj/7oY0RBgvnlFsGiwPX6El+/eIUiUuDbXfxP//F/laUG v5+S451mQ9d91KWF7SrHbT0TZwYabzDXkAJmzVBgew5QE0guhJdkS/gBiYS6YFU/+cfPBAT+47/8 Uzn9WSQkB5FBo1yLc63XsBtxf8Ella+3g0c5rRt1iZ6t4UAfIYxtLBdUCDQYDB348NA7of7RxdXX F9jOQ9iSS8xrxtG2Ix7pSk3PL/ZXqnRZ97ZoWu0gyxSEWS0WPZz3OgMXlt5gf6qhTGoh2NYk/on6 nrhoewpy7OOhk6Sx4HR8DwwQDgId3YGDKAqwihMpVOzmHj9+3L5HcqZ6PZENyaaQVIedoLlKkpYQ ymTyXg/JZonVZv0mdozF6vjxYyl64fW1dFjszFgY+Xy8IW9rdDO1sdlu0Ts6wosf/lDCgX/wgx8I xYUW5IPxWPS6b3uE3edzvnE2ZRL4t/j6lpnu9zMsR95c2mYbC+gKHRzJUOeIRl/rBcLwOaBGsHuH yPJrbKMlapVr5Qbz2znW89fSTV1eHYlnNG13obItbZ07JZZbd6HbDo6aDU6CrqzJKeexKgO+00O3 38FdGaCOIyTbUrY2rjtF401Ehe95Oq6ugHB9Ca/e4rjjwbRqbOMUnTyFzoeKI+hveMUxtVGkBWQy AhEo3m6uUVVr+J4hyvSEhv12B9PxQ9j6EN9cfyPWtqOHfby8STDfhGiwe/CyHVZQaXJCbmLCL3fC Us5YrBmxZOgSIku2ODd4fJCEOS6FjEGnjIxRxBxtRY4XKnSbAq5SCv+HlsyFViNpMmQNFx0aUo0u nkxzibBeJtD1duS6nm+l43CGA6hGheVdgGS7gtox0Nmf4MvrLzAeDuGaLpJtjH4zEP2mphpIkhh6 n9o3HbZLDlSKOdNl8lisgZoqg8kOi+CzUsgqnACuyHFAWxQVZy+/kdQg/h5HIH5PlIjw/7NIsqjd c5TunRPeuLqKu0Qu/DsW8onnShjCeZwiihq8ti2sL9b44HiCyQMfZaMiUc6QBzGSgmnkuoxIEk3F PEd+vnKr75jjFY3+fOTELmkOWddwPB2OrUJrtkipv1N9sW8m6C2HGi+u0rqHMAyC15lWOLQQisIc RaFgtS5hORmS5BzxunXzJG7lUd8pcVylOOUKdWR/TzqwjNyrnasIiw238/l6hcV6KW4KvW4Xn3zn E6iej2KxlCJFb7DsthDuGT/7ju3L/ZUGtO2uBWj3Cw2z169klBxPJlLw2JxQiiM4Iz/rHcDePvv/ /dyq30PB+tWHmqdHUabiAluSTZxm0HjBGUypNYjpnpAskV/9VFagtEyh66VGfCneoO83Ika9vnkl glWeIvSIqsVXihVxF1rK8Mz1DMqargINKqtBaZWIO1xrW1BH70JxtjArC57awBvtY6k42CYE/h0s rEeoezqUconQsJCSxEpNIzVaass+/k2vYFMiyW+RJJfIshVKpkoXIYpyiaJay9aJ7jW8OcbDI/Q6 hwibAk4HsOwacZ2iXIcSKS6OF/S8olbOJBWjQVhpknqcpWErJu/4aGjhohDp0mAaFUouOBqiQKJs hLoLrdANG2VSIUEN1+a634Fe1ojDEmlaw1dtnFcrOCoF5Sau1xu4lYFwtRDxM1njDx5+JEzw2WyB TAngjj1MbUUE0Qtc47N//AxPHj7GuDNCvs5wcvAIR/sP0O/Tx6qC59rwHAM6f850qEUi4SJ1Rq1n AMubykhNoe7s9vaN/Up/PMJwOoGW03gvR5y0C4XtfIbZ5YV0WbwnUp3WNI50KPz5F25Lin6rHKmi ImWCfFPgWC/EHvky1/F1UGMUFPCNDM6eic7hEAdaiehmjeJujSJnYZi3eYqMLxPHVUWWK/dBHZty gawwEEaUVDF12xVbaqOh7XSMhglSwtMj7to+zO21IrTBxVEHhmG1XKW8xu1dAFU7kMOYnfXDD44w YpEg0XqzQY+ZiLvcSffoCPV69caJ4Z4CwlGNRYpgumLpePDggfzg85LM58KG59h3e30t21my0+VZ krCLRkZ8bms1ju+6hi+++EK2gO+9954cGtQQkmgbrTfwBgN5V+L5L8kxbVDHv8Q4+O0UrF/7fbEd p3F9QQ9IuSC0N86TVC4snZFYpMiCV9K1xKcvb7ZvgFQKUb2+IxHud/Nb+b1Bfwxds2EaHs2ohU5B 7o1GQNtQ4XJVzgfe1FESyISKrKyRaD3RzLlDBUOKbwdD3K4irNMcW60SMfGw58DOLrC9W2CT5rBc T3bQ5fYCuj78jW9/uneMs4sZ7mYXQonwBWAnDhMiCreI6gqK6ctDEoUFhj0bw+E+Cm2Dy8vX0AwX m02KJN3CsTRUdSxdxmS8L2NVUnLVvpHTWeOpvEsbsXUHnmeLgJfCGdoTNxqxG95z7YhIDWBf20NW rBCCkV8mSvrqbDLs1S763gBNsxWd43a1xM3qDu+dHMAcTsUzKWoU/OSnL+TrrddL2KaGd999gg/3 x8KCpvass2fi3UcP4Wsubl7cwvR5bWvoJnGfUCybOX4TxyIPi2NMQ+5WqcsIWZZbCbclIZHdKSkU msht8nYUrnME26X8Gb+Pe8kX/4xYij3pt4aLnvfGn+yetMwXVZONqoHuK1qRYIgGpqth1hi4DjN4 poPL2w18Azgemtg/OkBoeyCcFQYZLJs5hSw53FzQv4wkKnZxOkyC524FvdCwSFQUmwp5RgdbWwB8 jpRtPm3rqsvlQ6vB5JKi/UE5FA/xgM4KtSVf8933HuCdd97FgPY7NEk8O5P32Ds6QrPzgCfnKb68 FBNHBoXws3n56pVQHvjeiVF9+v3vwx90pcDI50ZMk6OjwazLVp9Jes/D03fQ87uoEpJDKmGwi+9V GOKWzYCitJKbXYgGt9Isbl6vhzwM33S18uS/hSe2ASz4t1WwMnKNagMKqdA0AFVrFOoGWbpGN6uJ WsGwub2hgJlVuO18FIMfYgC/U2GTlFDsQ6yDDOH6NSYd0g8saMYAdmeDVfAMX7+McHLyCU6O35Pu okxpoEZBIEWwPfT0AapgDkuPJFNP0UukxI2I6yg5ts0a2zxCePkcNQb4/vGHiG4bfH48R7NqUG59 7NkjvH/8EF062IVr6GYH4OaID9ROWiA7aUo46P1DXsrrC1zQDiZZobJCxGoKKzegxBaS1RBpX4fb PYDp72NJcuKr51CtAtfhHK+rAGbal1OYxECvPxKhKfvVbc6bg+BHJPwr+rtreQqfW2r6jjdMb06R 5yY0+nZVKmqa0tEe2OBIVqMuI0BvoFMhUAGDxkTPAU4POliVOr68fI73O49QdT1sLRd3qoar6wVM 0hNsE1pS4SId4Hq5hNo5FSzr1asKH/kWihxINQ1Zf4oLkjRLHaHmoVw3GBoMQn2EqLlEuGWoBDeK GnqWi+8dnYocSvy+VAUPDnz86O//AbNVjPn1HHP6gv/hp+L+qjs2jh59II4EWs8DS3OpNBIYsl2t 8d/+9u8wevlMsiS7roO6UGWTzBcJoJILSaCcIH2cISHG0ukKWG8sznB0fY278Ueo4wrdusagLjDu AcORi+q7D7Ha62L7k5fQshRj20SdrjHpd3E7uxGb7pJp3dURgiiQDuxg5GGzCvB6O8fDRyRdldBz /Y2m9r4DynN6u3PL7UBtVq24SzGwDhV0B+/gk4//HJpqoVxtodPaukf6SC7mgGS+J5s1/G4H6+sr euJhcX0pGBUdTdhJdXxfIukJF1RBLAJnHg7kYfFg4GHDLuxmu8IHh6cYqmwCXGhNgIKhLfSis0y4 tikbdfrzj6bMB9ARr9bwWNzCSBZKv5z88+tGQo7rLKi6SQ7fLt+EneIvqAv/lQoWnRPe2BDvnmnh mBgWDK8DvTJQKq1HOPNsSkkhLuSG5Oq4jEPU7BZ8A5atINvWKMoIntVg7GpQ6TfOlXC2wfz6uWA8 xII8byRdxHx226rJp0fo93tiNqZ3+ohqBVGYwrFyoIiQ1xsxckvcGpajwxhtpSt7kHOLp8Icajg0 fBwJS5eMXkaBF+L+yf8RECaHRib2mpsxFtwa/6X8Cs9oUgcfljUQqxBLyzHaN9D9xMQHpo1kDXSN Lh5MnqCsdXxz8QyzsBYCIr1H2H4LjkAA1Wfn6QpedXN5gXFPQ5Ly0jI6nluyCiZdDzQFm80Ss0WB zmCIbm/YJrUQ42va1bv4kAlFoxKwny/L8Vq3g1yD7XjIi0TGX3KAdOsQccdBsd2iCELcrdd4+vE7 KPI1FmmAfqePJjbww7/+HGm0wt64h9UmwMsvqYNMoa9ifHfvFO8PHsHv+Jju025lhiRP4OsenMEQ WqJjG29Q5YCr+0jWMcbdMfo+DfR0vL6+wk9/8hm+PnuOD7/7EfYHA6zjEFWcwtYV8WUKtjF6joe/ /Pi7eP7lM1xfX0tX9eTpe0Iq5cNICQo/y/VyIR161/Pf2BTxYX508hAPDo/w/5wFSMIAl3NFPvfC MNHxVNimiod7A+haD4uLK6wuXqMIUjieD7szkglhsVljzs3uPQeNEh9LQZGx02pg6z8PQbnvDO9/ zVfbhezEzCAjXEN/yK0oswi5893ldO5CIzQSLXdx9z/9+7/HggeJeOeTsd7D/t4ehkx6kizB3d6+ yBAzhixNMRiPEKet/Q+/Npns0+Pj1hl2vZbDmKnRpMZQdmM5DuIg/PlCg6Nw+43/PL7ud8Ssvi1s S/92+Fe7FysnHyoG+FgOatdHkRuoqEQXD3RdAjOjrI2RIiBtOwfIG0fGFbbGlWYji7dCGnMk/AAA IABJREFU3rRKhr6o8EwNjqshied4/XwjsU2nj1y5yLO7JYaDLg73T9p0Z8ZL2TaWcY50u8D8/By1 vkZlpKj7BSonQ2reYqbSGz3HqHhfLFS4ht6zuuh1uHHRxTG1YPtODg+LBZnCUpzbtTHbbs7/Z8ot lhwBrXegdQ+wzYhfXaCwSxhHLkLq9MIKnuJBM3zcZhUuCq6+h3i3u48LzLDX78GjM2SjCNGSJxfF pm6WwvZNxGQqi06RgHyJ6XgAt9/F1XKNoozhOjYMk+v9GiVPc+Inanuiqw23WlTTk5BJsLhBmhUI E8o7CihaKi0+k6N7BLS7HWCSi5wm2WxRrs/w5LALb1Ug12xA7SBLS6jslGMfWsQMvwZNpsFS6C1F SUYF5IkIr5lOc7uYCYVhj8REqwu/IfbWEU4ZsZ6jwQl028f++Bj/7cvPcba6kYd1f3+Kxe01ctq+ 9DoC7NMkLwsipOsQTV7i4Ggf19e3wuqn4ymxFqosWumOhr7fEXEzt2m8Zo3VXrtg1WYJ7msKzpcB fnS9xuevgIM9B6f7Bt7d93A4sHEVpIibBjFzKvsjxNSippmwbb765g6O20WfInrqBu0chqJjtVRF n2nbXSjcWr8VkfbmuXlrZCInq2p4fxk42KfMrD0UxRZhl9Rzn72JvKU6EJ9iXBjtXHidmfpkcVvI OrXb3PGl2YZErBH/Ix4VMBshCLC3vy8+W02ci+OowmR2fg1dg1qqIm5mp54miTDjiWsRm+LPfPHv Sl4l059/y+ueavJW0fj9FSyZXO8ty9vsU9EHcjEeajZ+8Of/AbO7V5jdXGG9TZCrGvSuh+NHB3j4 +BAvXkUI6RpQN3BcHapzAj3poAwDYBOI53nZFLKFo4K+aujxnqGoUtzNVsgLdhwOXNdDk6dST1TD g+JUKFzqw1Q0tgJ/0GDd17Eor7BNbrDezFCtc7jmMUw4qBQdZZOjymmwxs1bu9nRytbyuT0FeeNV 2NYZllkgLO2H5gCTKXGEA/LQcRVfYbbhqJDjLgwQD7s4NUZICx8/fXGJH0dzXMcLPDAskUYYYzpH mG2AAXcIeSSF0HE89IcDwfMoiuVnoyQajKwQ7Krf62ATbjEiRqEaYtdB2S47MW6yODYL1aduN0cs VixUUQasA2J4qjwklJRwI1eQ6Ju23vYMlFjP1ljPFzjwYnzw4Sl0BJhtKV0KUQUEpBvcLNeg1RVl NE6vi4luYNzvCc0BXhf9XhfDrJTYtPOLC0RhIqc6KSe2LDVUseDl9pej94PxHsr3atQvFXxz8VIK j9n35GDjlnSxoOtGDc+0UMUZlts11nEgNx0dTD/7yT9A10zRq3puB5fnF5Lkw/cvYDEgHZh4bMWJ WKA8PdzD3t4YFzmwIlisxpgFVyjXr3GjhXB6TxBmKW7DAH3bQxIVKOMSE9uH1zkEm3H6XVE0bVMw aNuIogR5wQJF26Q2D/BXbYjaIkZVG104uZhpahWDwURSquXZ0tkptwcYgXaN3RWZ/lEom9LTR4/Q 7/bfgOXImeG4y+Zkl8UfliYi9HWwlU6U3RJpIix01GGGszX8wQBqxSVZASPPobgOkuVCQH5mKxCk 5zW9zzNs7SwIV/xuNeJNYvrO/ET5vXZY9+Mg/6X6PnFeoRICyxr44YuZ2Hr0H7yPQxJCg1rMzV6m JeaXG8TmQ6zYyeQRXIedVk+Y38YghdYPoYeXCLYrZMlWeFkmb3bPaAvCYo7RsA+XYCtxMbn6BHQV 8Zqno+lySQfPFKraYJ3kmCURMq0SISetgHPTREwsm3SIMkY/idFlePS96X62e4MknhY5FkWMuzzC ok4RagUm+hHMTiuY3YYzVOYdHF9F0fQQ3+T4IsyRosCiWGJVZDjXQyj9GppdosQSmjbG3e2t3Ews UnRR5YnJh1UuMD3qNUvGm0arUBUL6RaC9RLL2RxbJpLQl5uLDa8rgl7hRFWFSDras6T126fPU0GX yJQkWxt2t9fSB8gQJ7sc7I4ZJpQjyjKswhBPhn0hPBqkRlg0J0yhVjMBovtDH49O9gXnYNerk9Kx bXBeKxiHCUzXw8PDY3hmK//g6a7czjAeNLLV4zazZthKlaMOQxlvWBR8eqxn9AW/QPJwLB0FuyKO ehyUGPmVhbHwguDbOD09lXX77dU14jCRosSOgx3U119/LcxsSR1imOu83fpxfObfE8POTh/bbYVb cvZMD73+O3g8PsE7Ix2fff1cHmBvbx/TyR7UrEI4o+uDiTEtfdQNXKtBwBU/1x9iVdWSW5kGpWut ad6vG4kk3IHM/4pZmhUsUXZ4bdiQtDK7iuC6UBhiEcdysJFEyvfEH0iLX8gu5LJEvlbNeyUXuISQ Q8pN7I4Wsj/dg+G4iBdL8fViV8VMUI7VTEHiaHx9cyOg/JPHj+XzV4gJVrTCaUdUeRET+x1e9+// V+R7vxeLZG542cG2HMr2/1cqkkrBqqb31ABanuFyXaIpEoTbEnGqwvFcdG0Xy7SBVVoY0DI71rBK FCiOi4k7QL9XwnM9KN0V1DpGuVliPY/x7PwFRn0Lqm6j3++2wB/pDmrLaCcbjw8H8/IYduzYNg4H B+ioPUkRjlDCV1wc+lNkhg+zUKBlFdTClIemPQ12p5a0Ke1FEgFuHGFNyYStCKC/SbihLFDpJILe wOiGmE7GqPUR1psGm8UNbjdbRIqB/uEQ7+0PYDo5psgx1jTMAgU6uzl2nqDPE9NbyE8y5eZqio20 sSyWvKm0hlrJCp6qoz8cIS62iNJC9HVMe+aN9QYI5XguIybJIi2DPM2ZPBRgTqFsz5EO9eeylpak OppM0On18ODhCcrr18JH4u8vNjdCnPjg6T4sl5+/hvnNOYiq0B6oCx++P8Jkb4p+b9wW/CrFeDCC 57qYL1byELBwTMuxdAni6W6ZUGnaQEwzzaBWKkzYWN+FuIzXMuYJ34yHEf2cwkg2zuKPVeSi17y3 TY6CEPPbG6SeB8f28P0//IF8Hvf+WfdupfzBB7HMA/i+i32l9bdaBxv87OIKPwlvxfjvow97OH74 AH/w3Y/gGCYuv36F2e0Sl2fPcTzah+mUyNIEWZIK3ZSyHtHV2TpKJfoFWsy9NfGbMF65RDwKFFFu 0OWAYHtdsqNnAWo95Ri1xhFMFWZq68POe0NePKz573LcFe5aG3qblaVQQRbXy3YEpnvoaISDvX1x 7uXYznujIqWFBwmXAo6Nz3/8szf5DI8ev4NJf9hGlslmkLsG2uPsUpR+lyDWe7t0hdDEL3ZYvzdP 99al5z6Jguxfat8MJPQNUnqwzJo8TShCOdCoIZXuJGB0U62KZmzSUCOW4zqqsclViSJf6AoG+hg9 eidZCdx+HyWusbhZIS9vMR09Rbcji2tJ05E21bCEA8aMwzANsFU3IoswyiGc1IRypiDYJLgOl5h7 Mb7zxx14MNGpbIyMjnhP8RNl4EUak1vDQ9wRTKnW2jaeolxaDeuVgtCI0FSluBQQkKeLqel70Gwf ltvgqHeMZUhRsYr+sA+TmXrrDbSamJonXeDeaCw3CxOZ03iGmvbHxJV4Zhex4GcsTEWeomdbYsnM bsmyfQz7gLKNxUiP+jwWOxGv0iCOp+IuTmx360gBDtMMt6sAWmnj9GjyRupC4zd2b1yhk3lv+Q6K bgc58TDfR/ya7q8xDo9PeIBjvQiwN36IWtdR5BUQFHKab8INaG9WqxompKDYJhzXx4TjTBqJBIkG BMNRB0yCdyjrrloH0dViJR3dsDfFOi/QcfrwrJ7EWK3XgTxsXLiMRo7QP2rMZQHBB9tyeYD1EW2j djOHGld3t9JRiRBa17HX35Pujn8eU3PZ6yPOYqwuzlHfLWCVnAAipJWP3sEjdDprjCZj6IaKl69f YTa/lCUNlQzmwb5k/ZC0iZILIhthVLTunQNVzCXVqgXeJVdwN5ayWIo1zr2MqOR9pcniiCB8a23c 4lciPYqi1n/MtoWawI5SOGcSVd/+m+TitWzzdhxs2fUc/7etU2i/Lwx1l5xHHgqkJdAeOQjhkjIj ekgNN7ctjej0nUc4efddYB1K1w86MIjbA6232/R00cz+DgXrnwLc7039fi/SHAK7skUTEz6KXXU0 hoXGO0CuZMInanLiKV1oPYZNlCiaWGQ4g7rBtMwR19S3KSj9AWrHwKbYyue0zlLkdoanoyE+6O9j 3gmwvG1dJw3HQsPk5IzkR13Ey7wYNYu/1iDVttApps8TOCkwVftwOgPkro7x6BDK2R0My28jxroW oDtgtvYmibCMVziLIxwNJzgajMUtkgVGS0soGbuBHN09DZwpvcqBBV/MCouQHLEtiA45FHOPbJQ+ nSIr5Od3wGwBs+/C6jMsti0mdHNk50D9HG9oOi8w5KBjbGENmIzkC1+t41rS3l/dvMYiiDBwSUyt ZbNkuB3RGN77aPPlkBUv0hXS13TpbDl6qps2bJQOAhxnxS5aIVWjtdLlr7hZ7EwHOL+9Qs/vYbJ3 iDAgMdbBdsvCdiCxTaZhocy2mC3OsFxdIxtGeOfJO+jvT8QamLYzfLgspgQ5BIETrLcLRNkYisVO oXWwFFC8aTAd7uHRwxSv7xa4mHMpcSBdYlwnmPT38eDhQ+mg6bhpuYHgLDwsOp4vXZtrWlgvNyLq rSxbcDOu5fmQc9wRgm1JwFjB7TaiXAFNssaTsQ/bH8K2fJynGvpHnyDL/hNu57diYXxze4FHp0d4 f+8Eq5dnmN9don9MbIcidAuW2UVZrFrfecpK7QJK3D4gLFiSRv6Wl1eredx1Xo2OXo8XmkWMsiPy 2HJonTFS0hlEjmQgDUNMTk6w5XtjaCsFz3S50E3RjvLeWK63MvrOFwscHR7gaP+g3SCbJuqYRpIJ vJ10pkOfOS4VovBNsvPjp0+kuBVkvIswmFvPDCaLJHGxjBv0f96G8L/nv/sXKVi75HIYvNG53oWO hOZcxGAyxoq70GjXGm9lrm5opUEDtdqEp1hwNz/D/vgApaHj+eocr6sEjaXAs/ehq1NkYYaiP8Gy WeLl+R3+tNPDgdtHhCtoJm+21gWTsV80XTPI+jUMHPf20Fcc1FsXuRrhs29eycnAltasDXiqAi+L cDzaw6QzQs8kwU4FohSJ1SB0NNxkpWgPiQtVCVAEOfTSwrS3D60JhUtlhZkUC7bHqygSB4VOZwjF sBGu1kg9BwOzh3yR4/ZujlQB3MM9lK6BXDExsRXcLuaIm0x87qdODS2bw8gS9KsQYZdRZSo69kR8 3IP5FbpTH0cPjpGcz1C7UzDlbbW8QxjfSjfA8TIqC7EzrulXlQTY03JM7UpoF8OJjycVkG6WMGoL aulI96tZDpqyRp7RbgUCbq8YmOGoOPAp1fBwdl1iFW7R7zao0jlmdyXG0z3xfVeNEta4h86Y7qhd 9JoOaiWB6rbROE1a4LA3Re+pJ5a6/+l//2s8+qPv472Th9AsCx3NwFgBzhdLPNgbIs5DbEtm4m3R cyb493/1KTrHHkqjxCCvMfsvK7jWAWpibnRBLRPoGq12MlRKLlmuaQ5EcYZH7+4LcB+kqSQiFwmJ oBWuvvkStm5Il+/0prC7Pk4sFVq4QlH+FC+Lv8CP/+5L1Pkr/C//44c47DLteoFyYMPwDpAmsSwQ LL1EXdxi7DeIljH66hRl2KY88cVxUsKBdwEr9+OhUkew7T0s1rRn9sRdV4oDeXRZC7Qzq5ByGdtx BT7gPdr1e7Ix5EGNThfhYoZMbeRe+ub5MyH1/uDT7+PJAaU0osqmGr+9rsRKd3w1CejkYaLq0l3/ hz/7i9Z0Tzz7dg4c7LBdpy2QYesoy1cZJ8KVo9PpfZCsJFnvksH5WscxFIvVged1BYfdmvBO2zCO f/WC9esqqVhc0AZFUcQIjgM52ecFcSaDHkYaqizEZrNAv8lxeXaOOm+waRRYnQkKzUeZEojPxNWB HuLktsTbAusmw0hxYVsdDPwRGqrlVSrhW18ozteUtogOlcx3CkQZkLBlkIUG33NBCFmlIFjX4HU7 IjNgLBJtYOuSmrZYbkSm6AYo8Hx7Dqex4NKBgH7aixUKo4bZMVFuEhye7MlNcLa5xpbrdt0VETNd Qc2Jj7w2Ec02WF/cSKAq04s5BixXc3z67ikatcDFYo0kLsEFm09HhFEH094pviKwnq2xof1JUcHT GCpKrIrbRbtldIs2rRWfiq7O5GFADy5L9JgctYY9H1la4Ha1gOa0BW9jhSjIu6npUJKI4wVxLLkh 67ZLM6BiPBzBUCtsNyE028TI75OPiibvwFoGWM/XEi3WcTzs9aeYDvZgUy2wi2h7e2yQTkFlCsue /BkJoD+8vIJaFPj4gw+kQ1qmmZggsmN6j/KcykGV6uJiE25i1Foh1tocoe7On8GikoFUlKZGHCRy 3fxuD4eHXYQ5TRUL3N5dwTCZrtOXr8tkn7ura7x/+ED+nEWLThHsggTzNMZiwvizr34GRQnR6U0w W+vodvoItpfCwxrv91DcpbLE0MsCluJICHtYaFgndN3gA9w6UfxTr5YZTsCdqUVko+eSq2maDoz+ BOW2xd3kmmRcHu0sXEQmVCOrSzhVCX/Qx+3rl/ibv/7Pgvn92R/+sQDmYm38G173qc73GKA8vzv/ LF43sazZ/f97ZwzBrvj35HlvxClC3GeJrxbtVlSn7zszDpmLSNzr/l54q1bcS5X+dWkNO96ojIRS JnaEt7JAXSSoF5ekNaHRDCSKhlqzQI4rLWG0Yoa9gYfLizluggoYH8HoHaOh1CBKoOQFCtIK+AFo HgxrhELzEFYmkpJdG/2FKph8G/w7ZcuR4onAw4E8kq5pIqW7YaOj7/g4GO3JEZfHBRzdkO6MlrkW C6tjieGCwYTyGugqhsgPSOrkRaECvmbm3WILQ7yQGvSdIeLZGrArjK0utSCIliEqio5NB+skxdXl Gm6s4DsPHsMZ+Zgn9LoK4A1cVMUSnmvAi32Uag3bNaCqAQo9gzk0Mc0aaFGKbbpC2bSkxPlyC9Wp kdakPBCkbfEZLknf9iEiSN0a3mVw3QEW80t8+fIbPHr3fQy6XRRNjc16BdvxoTMUgoyzHXzCUz4K AmhNDGvcRRwscMURrHeATr8rREnbt9FVfLxOL7El+TDOsa3XKEmsdBhW0Wrc2oDZHVmSujzTlNU6 i9fffvkzDDsduWs44nFhO5mMkOkanl9QLkWqRYn1JsdstYVipoIhTSZ76HoDVJMDZEUsHuXUrjZ1 DosaQqNCyiLimnA0F4ZF4LeREep6MZOtJTudCSxMHp7i1ewaL549x/7pA2zSGBdXl63IWonFHK+q LfzoZwGysoN6W0nQwuHpFOpDH1dnrxHcraBUDJ9l9uMQea3CNyxUlFb9hhfvP24TCTYWeQjL6AmH TjCNUoVObhXdF1T1jeMqCwObAA4EzngoGCpTls/OzuSzfu/xE7z36LHoQ1H8bm4JPOSlAO0See6d IO49xqQg7UKT3w5m4dQiRXRndSwLH/6aY+8OG3U6XSlO5Gj+27GXaVRZJMhnTTP/NEYRcw3dQHFb 9jmtfjNytPIAA5VEQgfjroc78rNojet24bh9AYwNySQUbzLZfPGB45y/oRNAViFh+Og2wOOqljmb mFmbwEwZTft98d8ZEmBNemDUxXQ8xoO9Y+RpgUClIt3AarlBqARI7Rjj/kBU+R5sDCtffMuv1gFU 20BUB7gLbiTTUFcyGGWG6G6J6aMPcHF2DkuNcXL0EJP+GNV6JWMxiXzz9R20rMDQHuDJ/pFgV9k1 +WU1PN9GXYewzBFs20Wm6HA75PrkmAW3cDYl7CbEyHPhuiqCQEWwyHF3t4XqN7LuJi7FePAWaGW6 Sy5dkapym1PDpNEfI6HKGrP5GneLNdzFGjc3W8TbVOyKuZ1yFWovm103z9gvdgaV8JhIvqSmjJum RPWwimtE6xX6loUH9hAnowM0Ew2vzi8wu7jCITeEx4/EgkToIW8Xrd3Nzs+e4DddKj94+gS2ruPF 829weXmB/Yen8tnrVQWrJp3DhcGsvaLC6mYmacTbWYT9B4+wNznAJlijCoSGJPhRyq8RZaLl01Ng PB5Dob12VWO1nOPVy9cCtD86eYSebmN7O5fv09A0PPvmGwlLeTjZF0zxZOpDsXo4Xya4m8d46TaY uD3oxkqcODu+g7jeiBVMss6g5ooY+hGI59hJzPPNo/JWs/OGgKkT0yulsK3m57JgcF3iegqC5UZC Vdghs9N5/fo19o8O0UUXZmOJx1q4XMii46c/+0IKzJ//yZ/iOx99jCJO6dHcZhD+hteb7MI3mQqt sJv/FiVMb7aREhTckljfkF75e5qKMEnaDpOFnffNzlKG/wa79BEdS4VF8HNt4T8HcP/WxM/yvQvP 4ud+ROyiDKXGydDDKssRFzFs+kyz/8ozqGWMjl2KM6nddeHqKjZagyQOBCC0THKLdKi+Jdwqbpyi RhNyG2MIiHN1a0Xsf5lG4lFlSrc9oSKIy72wrGlkx8Rjp6Nh0h2h1xmgMjJxPaVjYriga0SIeBOI 4eBoQOsSR3g89NDue30hid7kGzS6Bsvvomfo8Fgo8xqf386gWw58r4d8x3Oy/Q7ykkVnLdu7d/aP MWxsOQHTixx1t0av14GhqRiMhogKG3kdI+ZSgtAKAzdrHXGuoMtukRSKimtqgrUW8lKVEFK/10US Za0B3K4QsGCxeNuuKxa5JfsmTcOGzPW0QK8/QZyXuHh1A0d3YHo67m5ukV/eIimYEtPB0cGBPIiG 54q3WLhZi2haPJs0E5swQRmVwhmKFxEOjg5xcHgo6d0/oy6UREgGrr41DL1NHhRF/w7g3RsNZRS1 O55sv25nd7i8OMMqTjHuDzG/CTgjw/F68Bi7dXcjrP8yyJHFJTYL3lddnBwPkVUplvMbbNYzEdiz GHB5QHsfynk8x5cfBN+HI6A/6iOaZzh99wmeX18gvA0w2hsLXYM0hafvPMbV9gb+eIy8DOG5Q0Tb GAPLxXpb43qRoXZKjA4OYCsmVq8XWJ1t27jGPJQYuoqJM7tiJZDQL01o4i7NTslsML97LmlF48lj KKSNqIroABVSMkhenc9k+8puarlpmfrkuO0fHsjGVKLQSP+QgAt2Pb9DR7MrPPeeYlxY/dpr9pbf 2Nu/rx7uQTs7QxhFUqxkTN2B8vw1XVIfvP9zNjwND/m+2oL3+6A1EFhgdyPkyraC8kF0HRPDjoMn h/t4fXuDi2Aj3uYa8Z04RhpscVeF8B6Z8B0DY1NFE4TIFwx00NHYOnKthOYOxfrX4gbMtEDyAGl7 sDWUQYQ7+ispmthlcBTgi1ubKIsRpiHyOJbvkVsk0gUINmqmjR6Lvq7hRD/Acr3EeruSH2TTT5it Zjmt+DjLMbu7BsoA+0cjWL6BLTcwmwie4SCIU0z7Q0wnh7Kdury6we1yhrAukKCCUzERiEbLNWKl QNRk0BoFPc/F8XSEuAywjjLEBFDpDcURW2x5fSFhPtnfQ67TIylEGDcomyEMwxMHAm5B+XAplSZY X02AmQkqdM00nNZHnCEaXGTGFJ+66JMwSOE2W31uFLNImOjrbSS2Og8dV24oFii6Tei6grvbGK6h 4nj/GJuYtPICw8MxTti5xG10PMH6aXeI+OCoJSAuVkLMfHOQik3yW92GjG0GDkYTKca8b9xhH/ua iuTiChe3cyHEzi+uUXVz9I4d6ZbruMCk7yFixl2WIa4KKMQjbQ9914c+0uR6b5d3mIUL+dy9NV0i CkzHPP1bQicPDMe3sNhmuPzyszdR7OdnF5gc7uOdp08QlTn6XgeuoaBn1NLxff36hSgx5ncBTGuL k0LDR0+OcHw4gWudIwm/EQUCO1m7Z2HUs3/+sP5S0eLnQmNHYrr9nikb1psbQyCIgwcfCWSwJuE2 CIQDaNIDzG4z/bbXkYxf5Le5tiOpNZTf/PC//t8Se3bw7vvAfNGOeL/hJfKaX9ra8d9nUb/Httq/ 2BKMxX5ZHEmJ95ZYfvWVHMT82vcY2L1bA7uxm/lcfi4qqlWYe8D75Z9fdr6FDqv8lX+Go4SlqfAs XZTyI99CXiW4SZYouBWpVNi0gmW08ToHtZ57poq+Xgl2lSY1wkhFZHMlr0CNKzi1IVymhKeGoaLW KuRFjJv1UnARdktdy5BDhSkh23grqbg9jxFbBtK4EFJmlmSt5kpOnwqe34Mlxm8NNslGTmkyvQ28 5a1Eixh+0CVTgkvcLChb2UoHxkiuvt5BR7PhNgYQ5TIqZoYicpW+pQtFAY6Czsk+TKvCNmJCSwnP tsUieh3nKBpNotOZvENya40Owk2KtVtC6xso6a6Up6jTluzGxGLapdCzXCISFAPZLh4tK0rYTgdG 1aC2d0xrCVnwZEW/YSiH30GaF1RuiFaSGYMcR0lxoGwlyCKEwQaHj06QRSuMeyMplBeXVyhDBaPD KbxSg3d8hDqKhemuNSr2BiM5+dllySkv0ofdYSY3R/PmISEu0u8yp1IFuEkMQ9GbPnp0inUY4eX5 Fd59+AhUFnYGfXlAKeTVPFtGqtV8AWc4EZfQOMrhdVyoJmFvW/IUyd2KSg1FqrRWNnGJV9lLhHGA x+8/kYDer9dXAhdwY6wXtYzA7CRLQ4UzHCK7muH69Sskq4UYDfrlCnphoVH6eHFeY56qyJUUD/dq +QyNwwnsUsXq+o40WvTvF20/fzh+4cWHmDiP2zFhqDSBXODqqkGjmej2D9F/+Ah96v+I0dUtLifd 1uxOOqvvffSJHFqm30FHPmpFRjliKUIk/W2PL4sLC9PO8LD9ptjBkwb7Vl7nPX4lIce1aAw5ql6v ZxIeckQZ2Y6wfO8OS2pF+Gq3QWRXJkX730QuITk9LeROPLAqiBcw9qsRZvNgQGGmjuzqDnmQoGP3 sO8fwckHyG/OUHoq3L6NQ5rguyY2lN0QLLYdVJaB7SaHttkiQ4PIBMy+DYcCYcfkIm6sAAAgAElE QVQUXRxPmL7rwdH5waqy9QnSGKtgjccPPxSx7qJcS5IN21UCwvzQ6yKDmjKNmdtDBynJnLTxJVuZ Y1beoGSyCkp5H68XF0iUGmnDd0ZeUIMTzcbRaA893cH1yzNsr+6w7/dReY6MhO7Qh+v4qDQNizxG bSrQ3NaB4ubinKVdbI9JStUZE8aAWZoZ2gOJSfviy/8XB+8doWRH1ajI8kpkNwYjzw1VtoA8kS06 OOw2R6zFQt+gF7pRoqCPkc5ggwyvzs4QVRUenJxiuV7hw6dH0k26GZ0pTCmuaRLB4Dii66LsTzYz eIYieamL2xkG9h6Op4eCHWabULAck08iGd5MHiWOKMktFHa+laC9EwDfR5i3XuQ2qjSGlmai7SOn yPF9GXGGYYRV4qAKQqR0HWDntlzBPNyTANFQbRAsA4EOjLJqgxuaBFUVCiY46PvoTt9BQh3d2Us5 cOKYf17BtHThzH38V3+Ouxdn2FMdeKUi+kOONnRLenV9DvN2i+dffiZhE6N+B9999wjG4CGMuxxf vb5D7Y/w9XmOKN/ig3d6OP3wExw8pN7Uxd7kELj4+187+NwXEqY1r1ckxKriVuK6Cm7mM+RnX6Oz CeFeraVQEfOM8lQKCZUET997F3/0J38Cm3liuoZ8uRKJFK122I3dnr3G3pOnQLD9jU/uG16UHGpt x3UvvZGxfQfCv3Fm2AHp7PpoafP68rWIqMnbuifo3jvBkloh4RfSrem7UHf15yMoiZv/2gWroUsA bwCOBdQSsiPXNDHq6+oerJ6HZZTImzjtj3Ho5q3kpGlwfr5B7Gs4PTiAWhWI8hyD6QjWoEQ3TnFA k321gjaYIItzzG/X2C5iYMESWQn5z/IUnO4NcToiSbFGtF3janGHTRjA1zqw6w506vG6rScPNyrc bFBQqhqkgdsoMoLg7fdOoLgq6ImtS6ArH3am99D9uyw1WIzpWs4RlSkOjnp4arfBoq+WN7jdzjDu 9zHq9XGdh1iqjciT5vz3dVpEN+imJkyOrOsNvlhuYU9OZBPUdV1hfaf0vHI7UB0NQbmFcvJ9vLgJ MPR01Ns7BOsvsY1KnLp/jPC5g+lTG0FZYJMw9srG8bvvta6naoPGblAafWyUALrZIFUzOL6N+TbF j+8CGOMHKM5o79LDdNSFXmbijhBES4z3R1LU4udbxEWJ5xcJesMInf4AeqNitt3icO8YlkbxMt0a GONFgzh2h4rkq/LWZFiDUE3E7kSVbkrW4qrS8nDohsHknZJF1pNQDf7HB6ORAOSbTo3y4jmuv/oR NoqFsang9atnmBzt41G/g97pxzL6x1WGnFKWtEEWkaBsQvM7iPwC48mxhJ989eXnyJU1esOOPHBk qz/VFEwdpoEXyDsO/A8eCaewJJB/dg6vmeA/fvRX2NxdY6ZEUMb7MIcdPAkWGERr/F1mo1ZOMZsP 4TYLdN65RtdP8d0/2cdPv96g7jxEHa7QLUP0KnaeudxblWFhmyYY1zV820BVaeJWGsY5DJ1Lja9w +ervcBOqMNUulMbH//Dv/2c8efIHch44mYF+ZaLUSmxWC8HRzn/6OV4/f4Hvf+9T7B0cIF/MYXpj VEWLKXEJxc6e10m4k4wHY5hIwRCVBmZ3hPRuAac/FvkKC3yptQsi0aJWlQSozpYLhGT3A/iz7/yg xZxLGkwqsBRT/ts9f4DeJ9/HT84vW8vuXVtDayR+/8RX/80kP78Nzt3zPNgW3qdB35+yfJV1I0JM W1GwXc4xX66RkBGuKLK5MujaiAoZnUqjBDrlFA7N/QzxfycmxS2JSBRUpkL7ODRUjIpRy4DefW1+ qPyZ7arG1nXX2t7zS6jk08vWbO2+K+DpUhWV/Hej/gBWakvn1jFsEeC6tYrOdITbNMDdciFMZNHQ qSrCMBXWca/nw/Ud5FWMqowx7HDBoGNdVYiSFJVF2U0MI65FPc9Oha4TleBoChTTAdwGm2AlYHpG 21oFuL65gOvR+jdoAddOrz3h6gJaxaSXSqQ+8XyOchOh6ljCpif1w68Zc59DqUMUZoFttILVlOiY uozWjeHAbAwoKXElA5mmI6sjzJcJsiiFURrwNB1qlcL3hqjYlcWtx3iXQUcMiqADKkM881L4YjQ9 5KqcJwMDNfgq0gyGZ4lIl6FqZGJLsvAuwkowmqpAmcS4vr4Uh9SHJydyLUhfCOd3WM7+T9jcNnbI 8nfESK8e7MkiptQMhPM5mpSqEgW+1UXTm4qttFaxeGp4+fIlJtN9dHtjeJbTyrHCWGyM6X9l9nQY PRfBqsHe8UOEcYHZ3Qv84ZOPod6G6N69gDP2EZgKfrpsEBsO3pt2MB3q+P4f2Pjr/+MnOBj6mDhd FMtbpOEGNpN8bB9N5SDnNWCBZMHNMtl807lBYsNcDU8P9vHVl6/Q8y1MJx5Qx4BpYUh6zPxGsEha xXz+4x8LTPDv/t2/E+CdOBOZ6XmyaB90Yp3ivdVqflt/K3r4G5KoJFrEdANn0kG6uUNRtO6/QRLJ iMnxr7332P07OJjutYG2CfFSo3WHuO/Cdvjkv8nUHE62vyxi5MPyxhD/LSnC/eaAr3sLW3IXylpB UhVYbILWn5rsSZO6rBQOk1QMU9wXHG7pXBOezweCxF0q1enR1Pr3cPNHIW2XiSpkPpMMWhLs02Du PkRpcXeiTZnPudnYff/3mjr+YHfFdBMmlgiZkP5Ulo0OtzKdgUg8+J5uCdhnrYp+ujeEb9i4uryU E4imanfrJU7cPaFp1EmGxjKQ2w1iKMg5Y5mNOAwYYY5OQ8M96oUTksikxTeUvljLrLZb+P0hevEI WVZgwe7MiFElKowe034VbIPtm5GXXUyWlVC4ak8L1PTsYkdqmhi7FvqVBcfponPqYztfIg8CbEsW i1jev+f2uIrFzealFEH6bPE9T48m6Gk+9rweJpMezq/Wgq/kaQLXofurBouhDYYqwbV0NaAHl0wd fJB4x7XqWkkZ5rUTvyceEmI8114DkbfoOtLrSxz2+6hOj6QLrvUa680c4XyGLCShE+haJ5hQUqUA saIh1m2saw1Lmv5BRcpNtG21EfO2J4aEpfjuFwgKWnR7UBsTZVQgonYuLzGl9q63h/VqgWfXL3G9 neNPD4cY0+TR8yVZ+R+VHO8rBbpOiWeWiWeBidlLHduthj99Cky7GvbGA+xN+uiyY9YqrIsM8yCF F1HgraNxVRFA8x7XqgZ5TYmXIhIq/j6vp22VcGmVhJArBNGZ8kMUYz1VxXI+FxkSi0hvfx/lZot4 s5HnjviwUP5FzL/LKOCWjlNfkQtZ2fEdsWVahwEGXRcvrl8gTEIJvvjsH7+QZ0MSt32K233JJ2Bx 56Gt2cxZbJ9zCXDdEUs5uood87f8+paZ7u3Pb8zD3vJ6vu+0xPdpp6vi73m9vnRZ202AbRDJvNvt DVDrBuK8EKFmhwr7jochN4nk5jC8lCRB8kWC1vS+/Zok4gi0J5o87T4c422P6Xt7jN0alx7W0o0U ueSzcT1r6R4GbglT1bE/mcrpwlNLfJSiuDU0442yXOLZ1bkEQ1CvdjgYCw7DB7iMU/TcIS7jAFnq w1VreLTrRSOM85pmcydTrKKNFCdypzQWWZrvccxGLpmOidaBT0Dc68n3w5Esub4Tf3StZqdQI1lt Ea02wsymiR2dKf8/5t70SZLsuvI7vm/hHnvknllrrwAaAAmKoxnZmOazzMZMX/S/UkPZkCPNkEOC ZBNAd3V1bVm5xb77vsnO9cxCERqZTGQPiTBrq6ru6shY3N+7795zfkcFVdsFtPsx82pHYF8mOzL7 4IFh4tHBISrEYlVx/SEcy8JsscDLmyu8X66xs67xxeNT6emwh0dTsmOT413g5fVrXH33HqkWYLtb i36n12WVp4hXlhe3fA8E2m028hmT4WWblhAZSJ1Q7EYU+UELxO+FNpF7c7BMl1ZbPDs5lkCK19c3 WCznSGdrmGmBQ58L5kuJ5GqrNto+oYWK3NBxXcFk5Wa6qBUDNQNJTIaJOjALpjPTWbAWtjyTmut0 CYehHWEq09+OG0B32nizfoPM1vDZT34BxwugzmL4qoU3L7+HFtgYpQfwPBNbG9hVLjYLE+8uOUHO cXySojfwEVeJ4GNshvyqB9hejZFGEbrtIVbJquk7KhwccWLeNK65fnOCO72d4PxkBEWxMRlfo02r FvmIWYnR6FTShv7sP/5Hwes8uXiEYreTFsOH6Z6sTGoDnRSsuCZOCOl/1IDTYklsimDYq2loX+Ht 1TWWuxXishTWPJ0OTO45Hh3AoSuEjpKiECT3h7yzj6LVHgYMD8XJD/n4YY+ETU/uQ4UlI9D7BYwN UZb4Ii4rS5kkcSc9PD6TKV12f2zjLk5rAYND6UNKeWNSHmAypt6FUlG7lcpNxHy7dLtH5iUyDeOx g980NyDJV3uYUn2U4iHCuIeGotwobJk0NpQwjgQhm7t5EyGnqbDdoIHvs+qTRr8jX8RmucLN7S3W 2U7kDHpSIN8zJYXoYw99KnxVU45/q9kUicpUar7+UiQGCaUHriYspFYrQKAZUO7xMd2eL6ES02WK JY/QGgF+PtazOapMwXaxgasGaOmW9MJ2iwUK9iA8B/6RjxaxKWWNsI4R1gXW5HlX3JELRGWJ1WoN o9qjOxjiqevDDdrotnuN/igvUU7usEaKnAbcv38pz7VcrmHpDtSnLg5oEKZOLi3wB3/0c2xWa9nB 2fiXLMSyQHqfarQME5Fs8HvcpBG6rVYjP7hXBZdWc2QXLBEpALSh8IgXhbLwk9Xe9X1kSSSIaNpn zKCFvuXg0fAA6/cFYAUoK13sOTpL8XiBskrRMlRc0bWgaygyGvD5GZlo+QyE1ZFyQBPOEEa5oPup I6N1y9ZM0fDxZlVsDafDE/i9IcpNDFM1ZHI9W0+QOwqmSgedfQJXSfGzzhB7zcW7mxSXKwUTt48/ 7HHqukEcrtG1bAxPDiTodvPuFtNkBt9qNQEbCcNxVbj8XFCJ8DRer0WOQ0ifqgQIdxs5ejtBB+1g IGTf9XomEfYMnVBdF9vxGB0e13k23+9RNb5zVBWb6rb4TKHe45gUJvCUyJMdarWWgce7t6+h6h76 XQ+t1gjBRRuDbk9i7IlMFposjeOEb1PnxhPM/YbzMaiQ98jHhNUf6vGD97AeULCyYNHfxRTae7TG Q5XFxYr/8EH5A4mSnaAlRAX+v0XWLG6+Y0MtXMRpIonBNt3+pA8woTaltkpB12mh47BEtcWnKOLR opKwAsL0G+FLM+V40AF90J6InoQKfU4Dm0pLPnCKNe+PjiUFcWWJlFOzWkVu8OgV4XI9xWW4xDaP caAdyPvaUgnO9N6Wg+PAR9/1cXn5DWbTG2RGJYk5vJl50XHUvkvJ0c5gdh3RRCWMSGfVxEAKQ0Oi 6tiLnYTWGxNFQmGfjp7XFz784eAxvh+/QJwU2OcpSprNk0TYWQymcDxbKKPMVzRZuXORb7NXuMd0 Pseb2RWeH/wMumkLYXW32ctimLEC8pqE4+P+Iba7GHskyOIK202Mo8BAh2TMNMX33/5KvktqmMCe xy5sjgKiYzOxDDdCvGSvbjadyObAHEN6N8vZDCXDRrgZSIFVQud3RA9oVcmCVXLyyclYZ4AnJxXG moV4vRXZxCza48mTH0FNWUlZcoRWyxhavkOLvyom4sqFWRJeVyHK2SeiVIbhIiXSpIZmdYQdlcah 7G221giKK6OWnx9FCZ5YB9i9vZWFOuj3sZ7PUDgGprMb1PaReBftKsKZnUPvKKhiA+8VA3dbC2/d GLYxlPSkdJti2O/h9NOOKMTnt1dwLE+m2iR5kDRqq7UssLSNlcTCDAciw2j7HgPwcH37GqeKLgnl v/rV1zJM+eyzz2Ril2426HS7wmEnDJPfi9MZSXWl0bcl9ppKprIyUWWAastGGHPit5G16Jtf/X3T U7YdLCcb/Ozzx8LD54bNCHteG3Lf6hxa3R/57qeM8tv7BeufbsL5Z1ywPgaV8Qb9+Gj4UG3xV4nh ZvptXsgY3bMMhGGGLI7EUsCzcNdx8Xa+wCaM0Bv0YXHnSGqU+1IUz4+PTnHQ7gkH6wHIxcWKcUwE BzIY4APa9d44+vFQgPYVvhZZrLiGcUT+QG1kH46QONtCmESYbRZYhTu8n42Fs5QoGerAROrqCJVS EnzXVQoGmVF5z2ZqzUFBVWJ0OBLtEiFx3KU7jIGvbSzTLYOxkemVWGgootxGezHquiX7AEyMzuWm csjJD1M8PX2G4/YFLMWXrD1OVrO6xu1yifVqJo3sdn8gCzwr/47XhluVUKU348M8o/SjwCrZ4D+8 +BXOBwd4MjyGr5kYdnt4lqdYlKE0nZ988RihqM7JpMrR9gIM+h30XU80UboVIAoTtHs9OYpOFkvs ViusYuqAVHiDISrbgmZp0JMQaVlgFe3Rt2krIryOMjdGtDd9TnmEoUzxuMmxt+mmKQ47Q3xy1gI7 PHfKrTC1Xs8meJwwfLdgAiBWaweBz83LgqW3xKD9VK1R5Bn2PIKWpTTNqXzng8flzuhUfJ3bxS0W G6aEE5tjQutaUJitqDW+0uNgBNfy8f3tNb6/fYNOv41ep42qXcLQXYSbCtNpilF/K6lPCf2u+wp/ s4L0DNOJAjfPcdozMHwyxPGXNrpPL/D263fIW570OGl8jsIYVpHBaeTvInMI9zuUtS3qeWxLfBev YZgdfPv9K/zhz/8Nnv/853Jkl40iCOAKLjmTP0fhCpvNSlwc7C8SOb7ZriRVnFPDt2+/hq4zyp48 NR3DwRk+/eRz9HuHgpsmK0uk+6x8FfpvrfsFqjnCP9Ao7m/+5tcPQMj/b97778WU8CFl42GRepgY PCwUXBz439jAY3VVxbFoizhZogGZY19TVZBUpYgxy20kN0fP66DV4ZEyR7gnAjZF98iHwR1asBal WEdECKc3lM2KDfR73c+D4vphUeVuzqpVcuzuy1d5zfelLZW8UbgRKuZss8Ltao55usfdZonS0XF6 /ggptVO1jnerqbDYU9fANouxuLxBPF7ArnmEMdD+6qmYhd+9v0K2KXEwOoan+jLuT8lR5/BCp+AO sji3Mr53SkUoxdAQSW/FxipM0Rp2Ea32GM9WuJy9xs8ZH354hFJTMF6vBeQnuZCMQd+HcEkiTYgG idDu96CPDnG7WmCe7PF3qzFWFY9wJc6dNtqahR+dPxJSqyS31Sv4no5u9xBhXCCNyGmKpN83mV7D MizxwrkeTb+2WHsU05XjJqeaiVZjxwmiCbR6HWTbDd7fXMvA4Wh4KFhruR5ojGVvJc8lJIHVjVTk rovpcgWUOnp+H4N2M/BwOgGityUubAt5bWGVJojIXEt1GG5bIuC40D6xMuxYcVoONEZf1cCGWGGV micfmetLvqBSJaiLHaIoRanX0DxT7EKtjoa/+tP/jC/b56ID+zU9nhdDODrw5PAYe+09SnQwmzDH L0Ol7+H3LRzCRRzlUM7/EKpYa/Yotimub2PU9RRWUODg4Bj+Ewau1kKQrfY7LK/eI9tuRUunaCaS eIHegESNBMvNHq3Aw9v377HZ0j/qyOZP/M7g6VNk4wny21t4LR+bxUI+p7/79pcyYd3uVqLzAt0W 0RqqVklSktdJRK9mrXJMb1f4yU/+LY4JJiR5IiS/i5hwYfRI8cEgC37P7Lsw3IL3qSxU9wGqcov9 d0yB/gEWLKZ9fPQnnYsAVeU7WE5bZqhcPPIwb+KrqKJermUkykZzVVJlTlsJaZm80cgFUqRvUmkG brYr7HVqsRwYXdIrATWu4HJiWDnwOQbhMZBtkJx6oBymHCkIp8tQmyQ/Gg2ildlubPYrHEJaEldf Ryz9IxHs6zWDIRZIrT2MPqdcJVpBC9/cvsFYSbHzK8x3WwlLbTkW1pevMHj2U2TspfUaxfJuPsfN 6zeo9jGG3T4U1YSh7VHv1wgnXECY2muKNqXrOXA9QyiPm/kclsYLguEZJu5aimQD626A2btrPOkN MTBcVO+X2FyHGB350IIU3f2FBK4WRYr+0MQmzbBd3MEz2ihSHT1ngM1sJqnKTF3OkSIYBPjqyRHm m4W4CnbbEAtKKZjKXe8xcD2cW218OTpAmT/DYncD6FtcnFNtn+P63WusMw/Dw8codzlMM8d0Mkd6 cyPet95o1IS2QkMWTjEkUSFhWyBHb3iOrbHCy8UME22GH7dbUGqGrJZSzcJzUDHYNVxD0ytMN4lM z07aOg47AVqWI9ann3/2CX4zGOJP/8tfNrhm9vjWS2xev8JPHtX4Nz/+KaLlErPdFrFVIlUWKHY5 BnoHbbWPsdHB21TD0UZFnAGd3ilqZY/t2xDFJsP6zRK2tsd8NpV04z+/eS2b2k9/+pVMgyvmcQYu ks1TWLqCPPwW508v0D6iF9FAvdnj8UCHcfPnuKXw3AuAR/8W3zo2vpve4mi5wU+YRn60gKN3oRcB yt4Bvvj0D/E3//t/QDq9wRPXw0wzEe3W0FUNg34b62SLtN4h8HIM/RhJ9DWWswOo2KHTvYDZGiDc hBgvI8xevkWNGdot6gPXMuWOt8CSC00rxeFpJdd9QVF1lOPg8AKa1kaZaMijsEEEsUjigkT0Nlno /P09iFDONLbeiEWpr6PLhM/NAoK9Mh61acejzq5uCCoMO5GBCv2jgq35Z16wpJoi8opbgmDQ7+UC H0pC/vf7Cqdq+gIPalj+HbK52VRX7iOD6Jpn45U6aVY4/LvMWmMyC3cETuGKfQjfNDEiQJ+Pf5Dz 1vSmHqQMFFCy0UjUCfUkMva3LNSGIf4yJpywMuIRkskkcZzKP/y5pmKgiCKZHFKKwBuDfSEtzZpd 3nNRIJN0HZF0UZSaF2JT2e9CQUVzekMJBqtJ6lpse4/NnjjiCLnhYnB0ID2LrB4iqTPcLsZYU7RY 0LLEMM0YgWajbfvoOj7y4xP5XIgw3u6pRFawZbBm30A7aMGoSWJNoTLpNE4QkREfhbKLm4Yptp31 ZgvTt3ByfoHhqzESFDDrJpeP0fJt3RSZBCedtF0EroeQxuJFCEMqywuksYok3OPw0YFMZHfrHcbT haTtsIntdiOxQBmFgnwXi7YoL0pEdYQqK+FBh0MnQanAYpgC0TnLFWrihft9PMqeYLndIVneyKZE aoFhUq8UIkm3iGLeLikuTo5xPb7Dk/MnOBj18Zv9TkzC37x6iSen5zj3fayrUF7/lCnGGuO4ClwM bDiKIn5DNuBNxYJHf+EnJt6+/Abffv9SaK10IBz5LoLjrgxIdAIdu+RSF4iFDV7j3Zt30pfkuD+L YtRaLlolapm0RYKhySxIFWXOYA4NdcvBqkjxt6s9vigOcHx+Ct9UcJO8QVZOcfKJg9Qa4OX3N3Db 7Cd1QKXONiowX21F2Nzt+jgctHA5fYc4XiGK11itxzAMXzZlimKLcgNV2cMxmWlJAkch94If0JOo oixqxHty/H2MBgGC4AJBK5B+IL9/GWI9yI/+Ww+Z7FbI2VM2Tei2w3pMfj6DkwUK+aCUv2e4f9yO +cc8fgAe1kftNfFN/fb8KiC/e7Eoj4Vc3GjOleMgL2ZNQ5w38gaFwjVyp/SmCf8AC+NzED5H6QCP OUy95Q1rGZ4sAP/g5z887gVsLE0VhraqlUxi6BznzyJuhNMmLmJEk/B5+Vz82ftNKAuQfKA8rlaa WGf2RQbX0eC1HGkCV/fvseXyK1Kx3C3x/t0Vbq5usJ2u0HZ8BL2hKPLZO9BNTrCakIfcZlCEAcvS sby6klK7RdV2qyNH2CKMsV01YDzNSNHzApi5KpmERBUTMTxfLzCZXcOyiZEh30HFIOjgpD9CCxEO HRdpzQZ/Ir0IszdEO+CIn+lBa8RMH84qnDptzLYZiizHJtojVQqoBhE7hkg5TNeE7XahJSRj6FAr FW7gwfFok9pgvHmFdF8gj3X4boCLk6dwWp7ElW3DLfJUl0Uq0zXsc76eFcwsQ6fWYHHYQTP79R18 Rs1z4aKUISP0zUK/N0J7O0fX8zDo+xgMuw2Iw6hhtzwc5AMcHD/Gf/3rv8LFyQmubq6Fy+b1O4iU Eotkj367C6eypT+jJRtEyR6kMjstA25JnRaBhQ52c478e/CCIxj2DZLyPfy2CaPlwRu0YBouQuGS 7dEuurIBxUWK9XSG+WSKVotLsILrq2v4QQdnF0+wyXYw9hVGJwEOWwEmZYowqZCaOtaah1lWwHk/ Emro07MMrpfD02pojz3MKdLZ51BSVabhZRZju19jsVjDF/+rLrw4zyUDrMA+jBFHE6hkYBEzxIyD KoaquLCsQtotPGGYRiX90ZpFQZ7AUE7Rckbo9s/R7hzDcbh5cGWQcqmZtH+4v39nkeGfCfjjPU+p Q5KIPIjDNlbLDPD9/exh/c77EP0MrQ5EnRhNFcWqhheiAPrvBWhcyJqgSB6TGN/NtFwVpjRgG8Ou LCQm4XSVKKBZFRHn+iFrzv+tDqT5pTlPP+S+VXmjrGfG2mK9ElkCFw1C2YrdHuvtUl7boNdBUbQQ 72M4titnde4IpsMv3EEe7UQc2XIcMRFL7FQUQ1mM0esN0G052PktbG0XmR1L8nVFiYVawvEb5zs5 5JxKcqJGzZJjmSLYZIglv2zNsXDWG6Hnebid3OLy6j16LV98e123IxWc07ZFGT/ZLpCUmRjMe51A yKt5WOBscISeGSMgjJCvJa6x5fG6JHJER6XTHKBhNl9gf3ODlk1dTyUbRxjtYKm5TCUDJ4AZMHaM paMOn7A8xqnLbr6E3VIQtC10D0e4u1xgGaWCU3FNT4I8bI2I7AiLXOpnlLqBbRLibnILm+bsTl/w un/5y7+RaqTtU5WdyOf+ox//GKPRIb77/pVUV6x0qdrfhTFMjcd7Q1K9i7TGo4sBLvtdeJYpFSZb DeJQYD9vu0LAiESvC9WwcHz+BO9fv0Wn46OudvDSLXr2ARJWooWKdb2XVG9YZKwAACAASURBVCEO Eg7PLtBtU0O2FG8po7FIK92s9yJpSfaJXFNKSN+iLQsWGfx5nCA4bMSds7uxBJJwMsjPUtuscRvu kaZsbbgw3AGu4lTIp7s6x1HfR7/ProcJ76iFY72Nm//0BgtOAHdbqVDzUpF7hwnW++0OwZBC2FoC SkqmldPapNYwNQpzGXirQq1z2bg1lVWPKmRWgkjz2sb5wU/httoYDU+5iovUhAWBolbIsxgm/93/ 66NJgyaKm5TOkv8vXbamIaJcYnCEY8/elqb+Tj7hP04F/9/lSPgwCeSkRzGb1F0uPzyScezJi4rn XAmzzGKpdiRyW7EE6yuLxQM6ln+miI641SgRznXjfm9sP/cvQn75GCwmf7635dDhTuNomKciQNWd Zuoh06UihOk2k0FqXijgo0CSNx9ZUoaqY9jrY2fmyJVSxt6e4yKJc/F9MRSiZRhIiloEnieHQ8F7 ULRJ6oPb6qI/7EE1dMljzJJaJjC+68hC1T09ElsRj6NE4TA9xwv6OC0qbKYrQap0PY7ha2z3sRwT c+6gZG/xcylSBJ0e1uuVaKVOj08knn63Woop/HzQR+g52Ox28hnwqM0g0xHH9+EemzgX83BtaHKh MVGaleAuzXEbrnGo6lCpDi8VISJsNxFKhXozpgHTzuPJtNc+6cLVuuIV2+1WCKONaK/K1kCGFmSJ xZsc8/0aVpLiyHNQ6IFMsF69/AampqATuPJcDIrtsmfXaaPlNvKIw8EBXKcji5o0hPMcHX+EzXIh Vbytqvjjn/9clPpff/01bE53Oz6uwg0GholkX2A4OMQ4WePQP0adRQh49C0UbEoIXHKjGFhMFzA9 C4dH54jDqby/aL3BWufk0cJ2ssQO3CSGUlXwyEwxKm9wym/I9KLQcjyeYDae4OyTp6gCVjSk0/J2 M6FFZJ1TtAzMDyxk2z6u4ho3LyZoeTG+/KwPLV+i1ENEui7pUlw82gypyEqRHVCzZek5IhpQZdTK 56NqnuSFZuClEOJYZSJFyBSGjdAlWUtsfVY40EwGizxrrDxmC8gUVGS/8xRHu4088UePjxaZDwM0 AgnWq8aOY5PMWoqgmmk9JEokGROVOPTgMExrdGAfP9//z6PhD3IkZHKtPNg+4ou6d22LZYPUBr4Z TRfkLn/PJFkZWXPykO2hOy0RaIo9gdA+VUFGdTCh+RqPfTRWUkdE+xMb84DhaLLTPCjWH3AlHxTT zYuDYluokxIZxXg8UnLCmKdoKUoT8+TxaNbIGIR8kFQCB+TrkMUvr9ELuojMDPPdAulux2dCQvJD lOL4oIMsSjC5vsNiOpdGJXspi3VjEq3VtjT9H3RFacJUacn9hiyJGSdotDhQOJo2WiR6tmoVtm4h STdYbm2kuYL1Zi8TGs1UsE0z7BiSwQksNKw3kfgw65rGjhplGqHT8tC3bQyCAINeF8s4EpN0ptYY UExJLHG6Q8Tj53qLfZrBqzV4bPRGS1xN7tAZHMGxKoRxiPliLAZWOvNNA1gtiEK5Qp1X6Pg9DI+G MH0b9baUkf4mLVG2GTZQYb/dIlwuoKWJeCWXuzmmno6z80PcXL2AYav42Vc/kcXp7ZsXGN9d4uj4 kQSNBr6PoEVGfCU3AuPqec2dHJ9hu77Cs0fnQnjot3x89cnncDVTmO68BqMiEST2Pt3ASje4XN1h tD6CX6joqo4cTRWGjfr0dKaINitYDoWZB2xTocBUyKO7zQapzspujYpdhqKSDMHgoI2g24Ef8Mi4 Q6/fx3g6wfv3N4KBtvq+iHfjOIRFXZvbg6MnuF2ESFcTzD0V4S7FGl3Y9SOhjObfxNiMX+Ksr+Pp H32FZHOCYreCbdiY/pdfSq5mWLEvRbsVm9msqu7F0tIz5r9v7gHTaSiyJH3Q7F8o3Eg5AW5B0w8k HILuCGkyEqzJp+ACxudjktL98/yDB3vU979llfebF9+K5ou4G278ITde08TZ4TEWl5P/5rrxL9bD 4uN3Wc0CcNtuhX3NvDQegSgheJgmcEFjL4uVl/R2mIFH57hmyopdyli+2SV4A2dJhpKVFY20NDBX dLOYTTbb71aW9KLRgnJ/LDQ9W7Q/XKj2rDBIc5hP0XN90eewJ9VUVzyHNxUax9w8VohHMq/EzZ7u QlRJInqZXFhRmcgRXv7mO/gEy2W5EBe6w4EozuMqRrFKkeYJ4iwGaUAE6/E9T+7GsKMcx66DTdk0 InmsoG1F3gL5UmWFoN3BXtkgqhi8QBO0hYKyDZMJ2B1YbiDWi/FkgX1cypHt3XguyTGjXiDgv2i/ g2Hq8JwOWnCx2YcSgcXF3fF8nJ4Sl1JifTPD7fUdgkyHZ1vITBe+48IgPZUGniyUkTh7TcLGUkyo sY1u9wzjuyusZys5llBFnlUWInY2/K4sVnm8x/r9DarJFKeGLRKGYr/DdFJg1Hbw7/7dvxK2f8AJ Iaulz86x3WbYre8kuDbcmpgvLiVslGGsnteWoJAsW8tixaOgSnzOeovD3gCPzx8hjGLZ6WvLwm4y hs8BjKmgN2gLeXWkH8CJHajESngalvKZ72DppRyf06hG0DrB6/W1NKHVlicxZX3LQB5liMME68UM Xz06kO876HWx2q9xN51gPG548SfnZ6LJ47VFsigx1balikxkmFQNPWTDANcENjctt4dFWuG7d2tc vZjD+fln+OLnAQYXbVhZKjx/7dvvJL2IW/A62sKxfUGDyx3IVCrRFP62GpI8RsNBUWnIWMUrJRSz BUMfQtVGWBMd5LJabkgONOAzBZ3aOsIEhAr5UXrzw7HuYcFhqAkLACGbsJ+l63I/0K1Ceu+343t9 mNxPTeP9Q/jEP2LR+mGCVMXceo9aRSlHQbJwkixGq+1Lk1vEmHWTqMMv8EH5zqORHPs0MsWbIE6W tCYBao4t5t5t2KTe0ObCYAdfN37rBueH91CqssHPXVUsPU3Yo82Ge9IgZvdpLMcib+5C69bSCytF H32vHyFRkdYLRUNZsK9D87WKxXSGu9k1DF/FwehQeidFsYdaVlivNjACHYatISr3IqRrtRx89vlz HD06xvLq5v7o2izUSbLH5eQShTOHfnCA1G8Jq5s3QLvlC0GSPTTaa/hZMbKqLmMYliMeMfafKm4Q zKGjOLXMcXl9I41y2+0IoI/BtY+fncFyDFwcXcjix4tJKo4owXK2kNSdwdDAbjLFZ4NTnJ08xqhi dJUlVVJmezg7GkHXHKyXY9ERUYLRci2pKA1qrXoXmC+mcPUAelBCMTKxrKxjwPSOMDigAyBCHUbI FyvY+wRPz04lDu52do0k3MIcuELrDHwLSNnjA6yuj27AytHAIpxgz0WWqnd+n24Jv62KUHK5usWm 64tHbvD4MejOknE6VGxmC5wen+J2tkC63qFtm4iqBEfDPsq4gkFG2RqCNfL9FnbVHrZe4ajdpPbc vp/gYHAkARV5HmO1nuH99Fomh8ejEwzorStrHJ6RsJoJsvi7V99Lu6PttdHttcQwbkQEC7aRWQb2 SSRR8Lpeots1oGs6ztYGtMcOJvsIf/H2a7zdMLh1CN06hKJe4FdvvsXFqI8hWXGmBTNwMTo9hpeH 2FyTRNqcWpr4l6ZVwgKC1zEZVGG2gWMFUCobm4jU31qi63Szg6wIsNkvcIy+XE9qRjot+7UxJuMZ ajb2lezDIiVUk/t/Hhat+WaF0/Mz6fG1SKvlPUS/YVmJZUyKio9QMqKJZOrTv1SFRT8+47Effjzl CfRtpeFeMMVds8WNWXonBfGWKrCJeLRaYxi0sVvl8Nj/oixZqySKSzA0RMeqNuL9FuauBGdfjmKK DKFuGbBMR44ipD0+oGvkKKmUuJ7dyQ1KbCzVyRFvlPPHSIoCs9UcXrslR4W72UIY2ofnXdmF8mqH zM6R6ETqRmipJjKvEBPyuX8kcDT+rE2xFYLB9c01Phk9lSNH7SoC97vcL5GkLXSHh0jSGgr7ML0O ngzb6DBMwt4gzshs2uPb/RvM11scnZygp3eZ6o6/e/Etkl2KLz/7Ut5TZpTwlRLnA77fEHuyxzod CUP98vlX4t3rjgaCcHn97i2W2y0Cz4BeamipNqKiRFWX2IR73M4mmDF5pWXB6wzENRCY7PGxEq5R BY7cZC3UYlSO9hsEXTZQm6Oqcp+c4JAOqgLldoY034qm7ejwc/z1r/4aV3dj9A6PEW/nCHo+7H4f LSdAON1jtr/Eu7dvYRkRRsfkyQMXBy04WmNG5+XIQA0VbL4XUGoGgwwwuE9qbigAhvRtXN3EcrHG 92/ucHg4YtMFablHHu6lyqNEYzEjnrdCoqu4ePYYSbzD4WQCp2/DcWMUR6UsQNPJ99ALFT2GcmRt aF4br6n213Qc2X3U9Rbh5hrHqiUGdK3IsUi2OP/sC0znKbbzCfIsRO/oBIfnxwh3Mbp2D3pYSEtk Gy0QFZkMKIhrUXRb+kgS8ODlmM4nmMxmGCg5Ti9OkSomJkmOlaJhsfgSi1SDmS/QNubonBzgy198 Ikdm90kP715fw2BQ8DqBHuWwOYxiniViWG0TrtZGXkaAkaPUCqyWCo7MPs4OHkNTPHRUC9Gigmqo 8LrHKOsMl9O3mC6u4DgcfgUykImLTI7jPCH02h10W4GcKkij6Pf76PjU0wEFTzfrpljwDAM5r5mH guqjII6SljO2kP65Fyw5NT9gVO9LR5okO/0eAnRkxd/t1jAWukgXHIZBqgZ2cYLpYolB/xAKE2Yr 8tstoWSyOmJoY6mXiLd7HLQ7GJgO9utNQ0Kocgx89hkcaLQKsNEo8V7N0VR2ARIeKERMM8m3G+8W EkJ5cnAkI+Fot5XJ4++u9L9b8vJoy5vlQUeVpKmU8vz9j370IxwMD/D2+i3CKsHxaIR21UVe05Qd ijm50k3sdzHep9y1pliFnBr2oLpNkvOn7YuGnc2y3lMxOurgOrnD9+9eQYOBKE9w1juAr3iYrzdY lQXaRS701HCzxyefPZdgAm5inV4bh/EBDJIesgyLRYzu8ECcAILGoU6oJvG0hVZ/IMEO1DJxaLKP YoREObPKrXO4OcWt7LOtsGXvjUxxk1aaWo4Wts4AW+D95Y1IJchKIufJtztItxw2EM8ywrqgvo1H 4hTtrg5X68nE8ei0B8c3oOT3GCLRz6nQ6gdUyT1Nw6CJWrrK91IV9lw4OKDjwcert3dQtAoHRyO5 7vi9UTe32Kzl98t1iOvrWyhKjm7HxcWjc/SDjlTiq+VawJD8/Miw59DBMQ0hsjpcwLdbrHjcifeo dzWGh0NYtiq+RFb8mT9D3fexeH2HrmrhyBzi2O7i3WKP2fYWvuWhzdg410JNicl6i4z9U9eDQk1c nGC/XEnkGCuzp88PkRGOuAklD8GqM8xyF07FEFMXly+/h6es8fmzUFK4HVVBx+Q1kiKkGp3HujDF +nKMeq6glfiIsiXSIpWY+xaZcD0btp5iu7xEFJaIWhmimEhmD73kEVTNluHYoHcoG37BxXm1lM9T Jt3qTsS7R8MR2j4HNLoMzaRZL/0wW/IWeN+l937h32trDhcvHtf8diDN5qv3b+Q4oSmlsIhopq8L FYWq4267w/DwrDnfciEmv51HJzrJiSEua/n7w3YXvqJhv1h9WEjk/E8dz73qVtzhqLHb7+S/ceGT C56jdq+FnLhblXyikehWGOxKVTb3dTmyfZTk8iBq5Yvignt8eCQ7NhcuHkX4/K7fSDOmyyvMV2Ok egWf6TaMN2K/rWL0eA9qewBTz0H0ExlfjJqKVR3L2RQ5J1jrLvIiRKfrYNgP8OyzE/T6HYxvdwjc AeL1Hs/PnshnwLAKTaNafCBm6HgXwu93m/cPpjrX0r+ikZYCXBpm1UqR6Rab17FDEqkJPQiEKqm5 Lm7fvhCdFoM8Dy5ORWBYxDF226X0v5L9Fqttc9F7vgez5NFii5iJziD7yhQ2OplMnJY9PeURqkSl qNjeTqAMu9DKHK1WjZHXQpc+PbVCp9uBwc+UUXDcaIgroZYHH42+JbJNJMRSfTfpTJncJO3AFlkI p23LzRyXV5d49vwTYaldvbuUtsTz58+xIXvK8xBHCUyjls94OPLlZtJ0Zu/5Ysi+eX8j9h21LmGU GR71OyjJZEtU/mgMBk/x0+dUtZdy7M4vL1FcL3BbTCTx+nR4imS1xaS6klMGj1VRVuLz9kmzOO1C jOdjxGrVJDMZptBBXrz4Hs+fP8VowEqulD6Z5/Zx2fNg5HvoXoBwX0CJOWW2gGCIVzeZGOMtK8cX vQHmCJHSkMq0pSxBxpyDhQm7DACHAuLG+qerZGplyMM7YfaXhYr30Rs4zgC7tY4Xr79B2z/D2ckn GA5OQH+W3rKRj8dSTZ2PjuA9ftZMYC27YfGTLsHi4v4+FNg+fxjv6d9XL2FDg24oCCyB6T4nVpWv m1MJ0Y/VZUNUyLnY5HBabbidSLRJLs2fqiaCSULu+GyssOjrGniBLFrb9UoqL7rRyYtiP4Y7AZN4 5Y3ouggwH8SmorWSC59WglzG4TxG0OaRpplgjKnQXUnKTCnp0h9zvGTXLxu6ojU6QJ1neHv5DhvG pve6ojSfzmd4cfUbuJLA4mMZ7bDc7qHqNjTDldd7+fYSHUfB49MRNPambAeq28YmjIUQUSc6TN2R XYp9EiYiHxz1sdsxcVfH04tnOOwPkccpbsdTvCchQqEPLBCN0vbynajiaR7nEe723SsU0R7ZxTEu zk5x0KU30pBACBGCCmtda5hk958nJRjkVtHLR1sJo57MvCUle7ZbyN8V6oOVC9YnzBhSsWuGE3oM 39QQxVvJDSQV1PAt6ZVdv/41AvULeFaFtgeMOgEC10C05c1SQAlTGbrwAiFcUI71xOzcp6qQCMoY elZyHNc33D/ifWvYlgnbVNAfBKI/InButpgL5I/T30qtsU9CeU5WClyskmQtx9osD1ErGWy3RqnS oqUiKhN0jUA+czev0XZthFmKGS1lrNZdE7XqiIm4TIH9YocxuVaFh77bQffgAL+8/TXWdxMJsqCN 6uzoQLyZpaJJ/uFON2EYigiWeY8Qy5PlpUxdmeM5vrsRXjurIQc5jtoeOl0TV5d3mN1s4JhDyc18 t7ZxlUewWjUq0owtRQghAUy4poF40ML6boe7aAnLIOabNhpFvlelipHsVzCtUHpriurAdm1sI3Lj m37eo4szuF4X2S6SyeFmsZR7o3/SRovop6wRGnNzFvs67xc26zmxJ02Y96HKXlYzRPr9rbBURvvQ qZ5Lg1tTChntpvtYviDRf2QFojUNLUC42eGbV+9h/czE8aHNK00qLQlPYDR9FGF4+hh1lCLe7UW7 5bR5Js/E3tGgrh5K0UY68NBwZ7owj3Ndw0cchtIQ5AfInZdBD6QSrLMmVpuLHBdAEbJ+ZICWSLD7 3Z9iQR5HuVsTSbzarPH2/SWUtoX2yQGgW7i7vsU2ZgUA1MuFxK0vJlPhJg07rkgKYsLtnB5Mu4W+ H2CY2iLATMsFvv7mL7FZbfH02ecSMlEUMfrdAK5rITd0nFycwCj68IYDOd5dHJ3hbn6LMkvhOSb0 ngdPzbFfL2VK0wp8ZDXRJ5zDa8LtYvZgzPQfinDLEl3PlQqhrFRBnvCzjaId9vRUhiHOu65UOjzy 0RJS0qhd01q0FdSuYTYoIA5KbIP9p1CEnl7HgKMP8HZ5C6fjwFBJm7DFv0lRMIM2ZIfma7s/mnO8 zs+ePlLCBvmd+C61O/euBfBmEM/W/XekIwoX6PV9ZGmJy8t3ciShHogV4V/+8r+i747w7PljtDwD i4WCsuAGlctxl9XaYrHHYjVDURei4Gf1gF0IPVwjny2gWgz2ZS8ww6vbG+TJVpBIiu1J9avdxrjN 1vjeDHC1vMNksYD2GvjMO8HPgidYpxsUugLV1KTXk5uqHLFJ92QIyKefforxzRhRuBb212YxR5I1 guBTDj2MnBpTLDYT2O0zbLYl9EEbSWzCdhz82atbHHZdnPY0OXL3qMEaHiE7Z9W7gh2zh9kw37pE TnPqy2uAuYkx9UGHmG25EQT48rPnePL4c/k+q2QPM7CR7lO5lvjveP1sxhMZMHDD7B8eAmnxW+G4 3P+VbBi8l7jh/dCPHyDmizqPJl3jg3+QHkG+4LjAQctDVMW4Gk+w9hPx2s2nvBkiSdawVAv54+fo HJkweW5nqWuaouvYKSZ6Tgt5FUML2qh0FanKxaVE27YRdNiL+C2cjx8Sqy42BrlL8ffdQUdWe+5i /DUiCE7RxchKQSmPeg8o14+xOM35g0wvE+l2J4sfkcc8jnExJnFgMp3CcQO8e3eHbRgjTApJQani HKvVRKxHAV+nDXTbbcScnMQlkn2EeLkT7Y5ZufAUG0msI15USPZ7nJ9WePbkAmVd48XXv8Yw6ML1 ArQHbXS658J7jzaxWGuIsQkLTuL2BOvAIFaHqBvad1ZLGC1WSgUCxxFsSlAXcoxmUIUOA+EuEnaW Ic4C/jcSDyKo6R5qvIVzEEBtBfL+dztmzzErp0S4W8HQFXzx9ER6RDxy6a026tqQHheb4AfHXezy BXxLRZaUkmhtyCWnSpXMHYeVK0W6fA2i/ylr7Mlnoi4sSnBxzHgxjRjzxmBLJRhFxQVlK8Cw50uf anq3gmEFsF0FyZa5ANTxhTh8cgDXJZqFSdA8BTRhKV7gSC+M4AHKViQ5G6XE3ZtKCSuP4SPFcZfW GOrQYiy27POFgg4+efYZnO4Q48vvYJMT9fYl9LtX6HA4ULpA7OPVy5fwTx0Z+yuOiUSpUNuGfC9y r8ixPcDLF7+Ga1k4HPTx6vVLQQN9+umXYrcZWRE+OepieuijNHVE8434aJmGnmwrXG5txIWB7SzD 3GRStSVC4v4nBtxPYnjbAtvpAqubMVZZBZ8EVpMAzR2SuES2qNAbHOHg4DGODi/QavUkubnIaevJ xOc5JO6YJA3DhE18duHJYsmFqlB5Eookv4APofJm6QffLjTq5364xw8QVa/8AyYOd0IuDDzu8Ig2 v0tkoWHb1SQ1lOjjdCe7WJcXTqsDp9LBoKhDvweHgQXUj+gpKq9/j1QmDVLHOoslMj1HgdGAJIhG mS4TJsuCQYyIpn2glrLHxARmKrlN28BiuWzetGlgtl5KtHu/3UyU6IZ/0Jl8aMTzeWmiJkyw1RKB Jxe37WyCFZHBmgo1rLHebDDjbuYGODo/loplGy+gc7fJMyiWhsBzZUpZ6opM+BLFQFu1cNhuwzJd ZGqOp2dfYbGdYjXdoN1hWGqOSo8QVToyZhcaNny7J0jfVy++w2X6Eo/ORkKwtHze7BmizRLL1QxJ TlU7IYae+OfUugO/3YFr6dhwUkW3vWfDdgI55rEanE8nqJM9ho6Nx6Mu2mcjMTLzuDs3XSzmK+y0 hqKQJqFEsjF5eno3F5xLFu+QpQpMW8duf4tROMDhgNhkHZNdhe0ihVZaYsIWfHK2k3YC2wdUrlOs xFRqLlZrNrULprSEwmNv1SZsi1puds5YlIkaEgf9ruiipiS1Bm3JmZytGeOlwdRHEpjKvuOWglCa cRVDRJwtzxLh5/lxgMs3l6haDWWkTDJxLFhqiaOOhzgmzphypAK5ZmK3pxk+hW2yMnXh9HwM4gzn 6zv0p2+htGxsnRHSIMOvF99hEBzLDazlNsKEVhdbNlQitfl6Z5M7ODZ7myXWPEXYLRwcnsLwfFHK 0zxuuyqCtgPVqGC7BFbmoHfklpw43cU+VbHKSrxTdFxCw0FaYdRtYdQfok1eV7uDkKTamynikNmV GqLaQcvxoWcqHj26wMnJU1QVSaQ1FLclsWm71QKuycNpJUMtbhiW52HEa7nMMaWSXWkWcVJYGllQ 41Lhg1IfQY78gI8fJKr+Y5n9A2uKR8C0ypGNdzh8eoFRN8Dw4hga+0XhHkGvxokb4P0iFlJAwZ1e cDQQygB55QZhffdHBlZm281G5P62Z0s1tVsuGwxNVYneg9FevDgf8vn4WtbhTv5buktE78QQVssx MZ5PMRyNGlsJz9/1PxTHPeTo5WEIo9tFV9ew3G5ktJs+VGaWiScnF4iGBW69qWBjL4YncEmT1EwR TK685qjEcbPK15SXUPXmAmBAwmG3i5yR5l4PX31+gJeX3+J28RrTyZh1DAzbRa2yR0OktIO++Qg9 w4NrOEi2W7z65gWeP77A6dNTKEgwHlPTtRf7juY4WGsbpDSbGyp835PNhYJZaofs0hO0DmUJXDg4 jKjyBJqlwNWI063lGG77gVQCmnIrvQtqbajaJtnh5nIKSwtw/ugZVkuOvTN5zVlOl4MOjVPIvERC IWJtwPc0eLRGaTRMN6ryukgbTHBeYp9k2IZEYJPJaCLcx/Jd0rxL24/EQ8mAhhawCuv5GGcX52h5 Q7GBeD6Nx6eI0hB/8Vf/F95dvmnM95qJLz//DLpWYnK7xnq9R1WnGAQtqdo49WU+Y6GksrBVDAJB BT2eIS1q6KoFO3Cw5aF3FyJSMiT7FDstgXLzBv33v8HzeI7at/B/rH+D20czLHsX2My54DgYuW3J gqAin60JbqikYFCsOxj2pBrTDRWff/EjpBXw8vu3ODw9R1iUuJ3MMJ4vMOq38MnZKTSDx/AWOrGG X5cKMttG1u8hc2zcVRHu5u/Ru5rhccdC7yJFW2/BaLehLlOJkdsQgFk1m59RbrHcXstxzm+RT6ag XG8FAcUG/lafyamHOi1yuvg9SftFV+XeWmcNk/5BvcBpIWmkw8FA8hDuXtzih3z803VY7EMYjSKd ex95VttliP2yAdgTezz9/iW++uM/wGHvEG9+/RvsJjs8PrjAv/rZ/4A/QC0mUuo/cr2E6THVmc7y EmodNxUcPVhaJZ4+7kp8kG9Fu4HrmFjttvBdG2pF9e++iRe3bIQcW5c6XLeF6+u3EknPPsLkbobN co+2PUTRSjBbR0iqDKvtBkkSI2PmWrsDeAbqiI51RqmWuL69EREmILEmRAAAIABJREFUj4UnoxPZ MUftrlRdn1+cyzGFZTCniN7xmSyADFPd5FPEVQrFU1DvEiTxCg6nXKMuFNuEEaeSQJMnMZyqgFGo WLxP5HPV0q1ESPVPztDrnwnPiIyuf/0//09YLK4weXODUWcEL7VQZDX67iny/BIdfyjHsFaLZIwW ppSEpCUePXqCfn8gkx9lvkKo1MgN8sp2aFEcahlokRSbsSntwPYoAixwytzC50xk3kh/aBfmePt2 gl6Z4eLRE9TJEo5Vww8CzFYbrLcpao36LSKQa/DAoGsxNCsRnHixZ7rPAOlaR6l5+O7dS/nu+Fl/ +fwJOpyWBS3E0Q00pYWy4PjcRhxuGleE18HXX/+tHO00fQovsFBFCabzHY6MpxLW0PcPMI3muOid wCl02KUGvRWgf/4p/vaXf4n9aoF//QsPn39+gYwWHqYE3VXIFRXB6Qjvr7/Dsf85/uo3L9B//gSz DNhXvLH74uEsNAVn7o+h/eaXQPYGqwMVk8LCMupie1fDO/FQ7Bbwe2cI4yX8fl+a+gZ5+HWF8fU1 Tk9OpK86GI0k34DX8uHxAT799Eyiv775z3+HoNPGxfE5Hj17Kunn4/EYvl5jcHaMn0/meHvzFoso R6rSP9mDarVws9jiu+sQfzSv0DMu8fTIhnJiQvvsCdSbLX7zZ/8Jj4YOVGWNel8hKVaYvvkbdHoX aHUu8H6xhdXqYf7nr/DpV6f49fRbRMUenc4h0gQibXBsHX29JxUWufL/y7//9/jTP/kTREjR9UYo Ml36og/IqQ/DLD4q/vlfYsFqHM+yixGcJ75BnVaQJjoo2lEESHZShNVkhjyMEdxPyzgtoQ+LJl1W OcwUpHeJhAVpyLJJS38TQyAYA04LDTVLDz2m+yTaFkfinE6kuXyQVIvLBMuyRZUeRQ29ktUUtTa8 4HsDXcpyludElcjxjWdx2Vn7KFgNMfJbUzEd333QYw0GxLQQF5wI0kXoAA8qYFYpHzHt+blUjoF6 T3NzgeVkhrv3C5ic5zAjbngoMDQeb3ROzSi2Y8W3s1HpNbw2ZQeX2M1CbFPgMLfg+WSt27AND51O H0l7L/IRHk9p7GYK7zLfApYiFzaheS1Pl+qJv+fLIp5kbW0F17zLUyFHGKqBrKgRJokwkBj6QE54 NxjIwsWjzNnjC5yxb8Gdd8++3hodlTIWSzRifM/8njilpcZonk+RxBscHvSlyvW5AdS1PC+PQYz5 sg5tvPv+DV68/BZhVkp/qKwanyOTgarKEKlKntc4dg8FXUMiabqOEKcx0kWKk9MRzHYbvkaeWdOs /1gDxOumz8Zxr4ss3Td6M94wiiapy51uG53+CQr6NdffYzJjivJOJp+FF+LsfAR/GGC/WKCMVtjP m7YDJ3Lr//NPcHL1PQY5YJL0UPBm9lF3j2EMTnB02JX0mdlyjlxR0A5oYC6wjEvsmUzEz5ti3JYH lQGrZYn5at2kT9OdUFcYHR+JtzWmFMPQhbHOCLW799disqb7oYw5bdcQLSe422xg97qwvB7erK7w 7I8/x+GZhcXiBtPtjims+PQXz9HpBoinCTYcsnBYFZfyZ2M1Ra14ePRsiM+PfoF3dy/w6PwU7dEI L19eS2hF97APtU4Q7RuR6JdffonVfI5Op4NXr15Jyg5POz/0459ufr6PI5fjlIyiG0KCpOMowPev xzI6r5IMGi/IwSG81hCnrS5svekNNQ3IJnaIDStO/0SJQzlC2qTWPjT0H6KzH6K9WJ5ygeL/yuDU 85NTmaARws/kHa/viIn65OwEms6GYCb2H6NgD1GTOHEeX8NNDMd10e624bfb0oNL0gSqSf3LQion 3w9wMBxJs5QSCTfgaN36LSee0yMSIlRVQIP8f+ZyoebyfohdOQjYoLNg1qo0T6UPJ2P85jMk98tY GNiXTb/j9OyxTJ50i1WjL8cVOvd3OyKelQ8LhCziemOYPj4+FFbTfr3C4eAEo9FIFonpdI7J7QSj 4SFcy0VuliI4ZCgYDdMbjqqzHN3Ax3BIOxX7QGyiJ4jjvXjWxGeXxkKMdDUdnV5HOOScDtMKwmMN Bab0aHLqVxbNhsPJoCCF0kiM1s4B054Z93aLbbKER91eaWM4eow0txpvJFFEfhdaQEsRRZd7aFzM JIwXEiZ6e7NCwrzH2QyLNQcu9IZSY9VIW5yqoUkE9+0FVsmcnHaCPjpWC3fjOfaxjij10B+M8PTZ uajNqzpGpe6Eg9/p8TNYwDcynHU15PECWrGFZTvobC5xoaQ446Q3aOFmQ0lHJBKU9PUlHN8Tzhj7 Xo5P3FGFIs6wKSJkcYz2+YFUKLWuYLXfyn0Th8xRZChJIRNGp+0LPGC/38sGnSWJfJ/ckIZnj3B2 eIj1YgrbdfH6boLJskmjMtsDbBcOZqWL4vIWhrLjLARHZy0c/OQMSGKEnRrTmzvspiukdQSVW0VB yKKG8bsYxxf/I3bhGE5wiN0qQka+V+9ENpvlYiLtgJPTM7kOBSuVZkIM4YYQEJe9DT+gnn4vFix5 0CN4j41ozMoNiYH+PZa73XYHalrAiHKc94e4eDRA13BQxU2TnJgOTq6oPOfNJykqvJh3O5ht/wM+ RqQGfPMf+QUZEeb5viwUNOsS7aJKcCQEbTNfrbBcTUXg2O61BQEiwahMAiH5wLHw/rt3uL27loWV vkfu0G8nk2aaRmV3kqLX6WDQH8j0sWRWouPK8ZILDflBXODUe8M13zeNtzzqvptfw+9o6CUt9Fod eCd9VJGKMk3RZZXJcATNaJTdjMoSX6WGmpFUXNBsVUR8ttfDsH8gRzT+vbImSoTkyhyaS32BijTa 4Wo5xjbZwnR0jHqMKa8ESOgTn2JsxV1PPA69ip12G+2NLz0pNqKpOWWGYEWhEUF4RL24mtwcJBYY /DH3i5swrIIWNuutNJWJBPJsTxYnTke5sDM0JNxv5NhelbHo9Dhto2qew5eYnr3NWIAAo+EZlitq hXpYTCNsFAba7jDq5Hj89AB2YCHeL5GlDMZlEAJ7ZZqA9TzPh2bys49Q1ZwUM2DBFPnJzZpQO02I mDF1auM7dHo9gQ3uoxWmkwUcdyiVCyenPOaTgtrpunj85AJW6UnFczke4/ToGH/w1TPxyU7HMznC p0oTxTZdp7hbpLjmsVE5gH/soH3Rxqv3N3LNsK9H/R9V7SQ9dFwXnV4XrU4L8/US0TpBrWg4OTlt +sBJhslkCrsbSBAsq0SPvdg4weTmTibsYphv+fADD1bto0xjuFWCoe8I2aGEiYPjz/G33/wFnOI9 fvqJjyfnHXR9FxZMpBY9lU/ROjjG8vYa83fXMNMKXdNFsc+wmrzCy7uVZE2OF1fIYgc//uLf4Ojw DG/fvRDXyqA7QndA4en6AyDz7OysOXFR7vJxX/gHePzTj4TU0DzEvpPIkKayE/Ai38WR5Jkd9QYS 654vtjCI7hgSoMeeUzMhenhDdLhLNUVzL7EfD8/7AOe7jwzjYsWFkCVyO/CboyTfjPTTmiBKZtxx WjmbT3B9dy3nZWduS0LubLESmiXFimOqva+uhQcuo1pAzNLUWVE5H212slix1BUjp8QP15IEDbKq E+5KzXSETC+hTVAywZzDKEKrxRtKl11RJ5NI8ZEzHoOvtS5FAkD6BKUaLP/p5RP9CuF/DF2VKuMI ntuTSVWCpfT7kpxTQSJCFGFtEWfLYcBsOUOuFtA1F73Ah8HY+iIVMznTbng8ns9usZg3FSvTe5gY zUeHuq00RE6rRxh+qJrpV3RtE+1WS4YHZZpB1xSZtjJ9uagBl1FrfiDBH67dIKQHnQ4MhTog2l4a 2wzxzUw0JvSNx/EsNeV7mE9DfPvNGNNrhpFYsAxVxMK+NRY2/ydfdMTKVBUGslTDIlwLS2u9yhDu UwQ9VneaHFOXy6nIQFgREn6Xn1Nm0fCqeP2wEmQP8+Xfv4Dd5XG6gUGWKJFk/G5MeU+KZonyvlIq RPs13K2JwSeP0HMOoERbXC2n+HWe4Rc/+hlct0K6GcMuNHx29CWsx09w23Px5m+3CIK29K2m07Hg afq9LjptD07g4vLmFrfTmdzcXIAov6Cwuig2uBvf4MuvfiwaKl5XCn2R+1A2Um4mT548wTIl/eMO RhliPR0LEuf5o1NsSEOd3dEXhMvXC/zk83O0ugzLrWChwnI/EyvTbFOg3w7QO38i+Qqzt1dIt1sJ f6Eq8XbypuFo0WvZfozz06FcN6y0P33+GRTVFo4bT0Lfv3wpujJeM9wQV8vl/4MI/HBa+pdbsO7Z OPzS8WBu5E1dkstTouu2cNjp47Q9wJHt47DVgU6fCst6XkRZw8viwidJNloFi6ZxYmRc6pPiDz0i seLIcaCpZETCEPiSXCuvhRwpSQ+GIGV4I4ilhLHfBqszmlEzWVCpcaEymjfYaDiE7ZFnFEqZzcuD LG9msw1bbSltu1QF30so2F/YxxHU1VKwIE2IpMixJSiVf+aOzemb5VtodzlCJ7XKgGO0sI0pOYhl YsPUZQFLM4UkbLRTXIz3eSjVgKW78FVNkoPDFflaS+RKgixvQVOHODnwZBzPQEtqmxzHQsv1UeeJ oGs5WYpjwvTYAKdliEC3Bu3DSWG0H2E8vpUbYDgaoBe0xPBKo7fLinQ5gS3gNYj4ltWV3EDU6kRU 9TOxqIZuWnKkZmVDXBA/Bh5ZszRGlsc4OztCVd+7E3g8YzMWKvbbCq7dRuDuxAM5uX4HU2/D1Mkm V1E6Br759hpOO8XRCQNFLcG0lLUhSu2ffnUBy9KQZZFIGBSVvT0KiV0kjGaLtnKzcwOdrxYiEGWP dDFe4O7tGGakAUaMuxkFmmwkd+QmnC3WGE+uYNlMZSKeWhPLT8u2cHp0Kv1Xxq/h6AQ/+l//Nzz9 yRcI3r8UJtrz4BjLqsCL99/BNn3JR2SHs5KqmfrBtkxxp+EKqx2fhy0RSi5odl5AU2pZ8M+PR7IJ coM2S4iein5aVo6O34LfbUPNcxmY5AU3egdHB310T5/g5R3/7gSLqyvkSQm4Z7hclsiyHb4885Bl Bkyb7ZIVNjtuMiYOnj5Dqei4+vYdNrsMW3of6xy+ZWJw3EHL0PH+/d9j0H2MR+dnImXh6Yo+zJv3 VzgaHUjoqlihYqYD1VDi3+qzPn78yzHdP7T6mxfwMTNHPIWWjkO/i2cHJzhj32AwkF4LAXOMkVqs uCMupZHKCuZgMBSBpiKjd8bFN4GekqjCXgh57pbVON25SBmcQvA49mADL2UykVYFlquV3Jj0NTqu IdokNtrZW+GuTMHrq/fv5QLg2JpHuIQ3WJnJDUV0yOOTs8aTKGEhGVKKP6NQJopEIB9ymigVYY2K UD0iRLZb+cKIoi3iFL0eqwuSKKhBspGXe3HA76hkJ1pWmuG1VAAs9WlXSpAhHIfymRTsy8CHpkfw 2lzAM1gmFfd95PkGmyQUy41JnZHB3o2JPRcTo8RieSMLIKka/Pe0YfAowv4dF/7pPIFuMGS24Iov 2XM82hGxW2432JOhnxdiztb4MwwOVkjaNGVTYXQVF3J+J8wZ5OzeEbEgc/YKtFwb4/FKvsP5ojkm HxwcSgQX/8ykpJMjH73AQ79j4epyjf2GoaskaFrIYhPb9VwqUH6uq/kKSk0MsgG/00G+1fD27SVK ZYvh0QhFyc/alMqWfTNeJ/zebtdrOba3fB+aZsjPJUXiav4Oz784xuiwJXz/b158j7ubVZOZWBY4 ODuH51oYDo6wWS+w3oRw7I0MBZ49/wzWqQfVaOHFTYRvJ0C0tODEOiq7Bff/Zu7NfixLs+u+debh njtPMWdGDpVZU08iJUoiDVEUINuw323Af6HfLcgmQJiQJXMQu9ndVdWVlRWZGfOdh3PPPBpr34jq QlNP6rbYtxDIyqyojIh7zvm+/e291m85H2EdvkUabQQ5ZOo27IYnm2wQbfcSkZIp1E2p0GlPY0p4 q+mg03QwGA6xyUtMZ1NUjZb4EflMkC9HQuzV9F6wOdvtBuvlRlDdzc4QVZbCLXZQ1lfIggLdYR+r uoXlOsBsm4nfr098UdXA6ZEqGzTvP0fz0H16LBqvws/hf/Me6s1GWinE4YSbCb78YoJPPgZe/+Bf Yj1bil+Vz/vd3R3+7M/+TBZXaiKrMESj14MiqeC/Z0r3Rxg9H1wp8zn54uSuKHE8OhGoGjG/DZIN ubCkEeIigdVpisyfxMLr62vRbeg/+pFUO3mSyq5IvxwfWpnwPSQCP45I2e9aUwRZVDIVJIVhr8Gq 5ThGnMrR0bEoyoPQx2Q+2YMFhQJAEYaGs6dP0Wg1JRWZNwyPFUt/JYveiWkiDfYpualtyTGBXG3q vRKy5Tnypy6IC1ZVSRXDB5I/EyswSbzOmB5sC/CfOilDK3E3m6GoElhtdT/xSjMxJ/PrsALhi8eD MN2hwa+hUhFewW2YaDYsrII1wliHYyXIU188eSYzHF1zn+enVbJgqm4DRR4Ia4rVB/t47PGwmU6k NavXZtvFqBzIzjjsD+S4R+4SGd3b+3t5b1lhcKDBo8H+OMBItuyhSqMQ1pGFAHzIibGuqj3/rKrR PzrEZHKLPI2leuD3R+sVf729vcVocCpq87rK8flnhzg9GmI+VfFX/+kDZkGKD+/n+KxlyLGKFNQ3 b67gOQfodBtI8xQffnULRQtx+qwji9O793Pc3wV4ek4ibQtxxGvio85TjA8PcOAxxoq3rIZ2s42D Z3+IH/zgNdwWJ4QbaFoXrrVGzM1nt8V6k0iEWbf7GYajQxl4UCTMo+2zH7/GE93FxbeX+NvJr3BJ /Exto4omQKON9LAP27jG1o8RgclBKRRRzUfYZaH0Izez3T7wttTRdFp7j16uw1/NJSvR6Z9hMZ/D LoCO68k1dT0P0+1KvK1tg3SKBB+u7vEHf9hn5AmW0ym0PIaRbmXRPXjyA9SjIxRaicXEx39+c4HP z4cYG8wr2MK1GhLo+6vFDSZ3c7hGG+evX6ByXUzib2FaNeaLO2ldaJqLzepe3BDsHTK1iddSQluj SK79Vz/7mfR3+Xz+rrMJf+sFK6Ux+yExmVVEFm/Qb1T4o88PcXnzHv+Uo91GE8MHd74cF6HBVWxU uxT+LsXt2seyrmW3mDGVttxJVHrVAjbTW3TRwa5yJT4r5+hYIHsKCvoJFQLR9H2julZEfMimeQWF wbkYEqXitlAEMVq6i95RU7RE95OJoIZ7bgfthoPhiG75Gu/evUOyjdAlLyo28Q3eIdgGQukkRL3f GeNkfILhYAwlo3QhlYpxm8TYZCliU0Ng1rhdzBAEPnIjwM4rsS1qLMMErtmUUFMzKaHMHbRKH+vN EklGoWWEyoigMwCAeY6ajSfdz9BpupKKzQlOmDWwrUxoZoXM3iLNFlCsEpsywfw2FCorfXJdy5Ye k225cvR6d3MPr9nZp/ZkAbpNT0iut++m+wQYP8JddPewOQAVefsV12NFbkb9sYISKx+BgDSRF2g6 TbTliKej3AWiBGfvjTczeyThOsTzj57j9v7dA/7mHItljouLt3j+0ROplOKoQMNsQIOHPJ3Baalw x3N8+OY/4ZfXv8CP/s3/KlSGVvsQdmeNv//FL+BYfUnkqdIp/vhP/jlOTk4lBKIuc2y216KnarX7 MrhJrTZePvshDsYnqPIYqb3DP/3vP8Gv3v4cT6pjJIt3qKsARWljMg8Rqzb6L5sIF+9xenOGoufC bBgwGjnK3QY3767wB3/wp1AaBtpaG09eDPD16gJ/ePApbtYxruIpPCWHuboD6h3cQR9xZaDaOaBx L4kC1P0WpoaFobpCd/AMreEp5u9+hVPLRCPzodstXL6/hnG9xvHJIVqHB2Lt4UahpmtU4RbOZosw 1GGxGmt0kGcR1v4St3e3sHUDL55/DjuM4XkGvn3zN6icFlS7j9tCh3+vw/MN/HGPLQQFy5mP9XyK j199DM/t42c/eyuUiP/xf/vX+Ltvv4KqjhHdr2Hf5cg3C6SLG9jdA2yKNm5WTBuP8Kuv/53E15U1 hyA/Rrv/FKYZyMb9a2bd3rvL3//X9LN+6wVL4xHwe7RTHg2o4qV4nKVt2+nKlIRHoGy3nxxYjBnK a8nuOzs9xDZ+ieZ8Iv0gTtxcyxPWOg9GxFfQlhL5CfzNVhajhrNHu3AaRS6S9JbYpCYHTmMvjFO2 PbmBvrOq2pMYWPlFeSm2Gmb/iT7n5FhYUMHlB1E2B1EoydP8YHObDc4oDIUI2rA9dFoteeglhWe2 xEG/jfZwgAglbrdLzMM1gjRAXOeiwaKokpQGpVDR7BiwNRvFNoYZF+h7LWnm244hsVjEpCx29HhV SNnfkzFxAtWzpYJkNWupJmzNQpKnyIMMjmYIHdIn313RMKJwUNckcefnX36Boz535Ca2AUfh/l4n lmXoMgQ0CjHoH4nXzmAQBXuEeSI36mOiMJmLvKno72SVS0Hu95lhaVEiYQqOSRMs48zIfuIBlFzx /UCF4RiPaJ48L2TKxmvBAYipuaL54gL66cefSO4jsdTPzk/R7v0PeHl+LqlF11dT6cGtVjt0Oz2Y poNed4jrixXWmyn8nYfhqCvEi+NjwhYpvFTQHzEn8RbXd0xo2shUsdXvwnaPMeiG+PO//hnqco22 raKjOAh+AQS3Oxw+GeOH1h8AL1SMXvShdPZMrl1c4yevngiPLYnnUAc96Dmb4Vusr98Djb5s4Ow1 u40mnPGh8Pe7CrCZX2P97ZcyAXXPz/Hxv/wTCe6IchWzi0t0VRMn7RHOxw52eQldDXC7CUS/WKgq nF5XbFnLzQoqtX12G4ZSY7pe4ZOf/BAnz5/gzZs36PX6Uo3dXl7ifHgqkh1zykUlgdXrUKInkiKG Tvz7f/9znJ8f4tlZHycnTQkOub/+KXarCQ4PjqFqOf7Jjz9BUqZIxzt8vfh7mI6Fy8U1nCrD24sr xLt7NKwITovH2gJJHmCzfQv/qyXUk1e/0yrrt1+wfuP3XFA4Jifu1zFU7KaRJGawic2b3C5ymd7J j8Cpmh9i3GvBcFSJSDKVSsSii+kSH6ZX6JSt/aif1RwJEFDkTbH0Sno2wrGmbZVNR4W6IVWmhbnO oyFd7nOkpYcg3gqJgIp1TiNZSVgOx80OoiwWUSX7x6ZjoKV7cBomQOW9SoGjKUwpClxpUen3aIPI hN9VOQqUhi3N5XUSYrHbiiG0ZH9eU3B1NxH2OuOSiBvmAuophvRsCPgjYrjVauLg4GhPV4COajbD PcfE8xXSkY+NWmE9ucduu5Z4plLTkNH7aOTwixshWfAGtQSxkyEPUmkue01XdFWMeqLcg4ZZ2d0Y lDHoS8DrnmllyVGPOyF3QWF7lxk0Wqt4hOcix12SXjLdEG3W45E8FZZ3BbOopQFviSdTk0knK95H fc7R4Qk2DEaNfPjLSPownmdLvyuhJ5Pfe5EhKSgrKGE7Gk4aQxwND3F/P4VjNOHHAbTag6nHWC3v hAdF6J1uEI0Sodk+wGa7RLPdw8HBEBklHW6CX/79z/Hh5gbbzQdoiovx0UvYdhfvv13g6vLv4Olk knUljMIJXBQkj34TQdNs4DBCq6FiV6zgGAPEwQiD7jHsPEZ35KOMI6RhIawp6pdOBs8Egx3nKRaL EC8P+giu30LNZ+iEX0Hf/QI7P4Jahmg+ewFr+GNoKQcyO7wcD+GVKzhgUpCC809f4e8uvsH7yS22 V7cynRaOv9NCRh1XoQm7P7dNnD17Lt7Q2/sJRr1PxV8ZbSL0mgrsOMePWw2kKvthN2J/Us7OoLC/ p53iakK8dYlui6LXFJpFfDa1jAUKNYQND5mawW6ocIYOFos1vnx7u2fD029ol+jYPAFwOFaJI4E9 1Nk6wcdPP/0HC9ZvMyn8nRBH+RJVA8mTtKaEMWkrsBQNrXFHduvZeiF9ECJGVts1dputVCl1HiDn dM00YVYULlYI6wTbeIs5o88dwOp05TjhDfswmdIr6TiVTMbo35PUHkmO5kh6L4fgklhUBdbrBbKM E7lUAhvI6OIkzTT7wuFiSATFp1ygHNeUkT5ZTjLJpIobOoadEcYtRQCE7WZHejCm5cqit4j3/So2 y4skFX1SrdH0HLJQwP39DL2BigOzDZ2etKrA0XCM004PCpNKZGhBe9IOs/kc/jaG1+jjSfMAjRbp CPsJKCu/1caXKmfQG0KzXOEsGZyqnlkY9Qeisbq/u5Pvh5M4qsaJ9ytJQOXCo2rS20rjSKB0bbeF qsykp8X3zOBCQ98MK2VNgWNoSIp9z1AWKy5sJCY8uBm4kC23NFLvFzsSF3g0p2yA4tycUWcpK7UA h0c9uAUjoK4kdKHdOUar2YLDydbBCHESYMmmtr+F16L8wpcwB6V2Zdzebh6Kns/QPUTJAoaVYXzY FKeApCpp+4mkEEcDH0kaycRyPDrCe+8Cpc1rGku1vNqYyNIZLt5dYby9weGwBz/MsK1u0T5qoHeq S0rQxWSK0Z2G1mWNVF2Kbu72SwOXwQccvojwB//TmDcTVhfvkG5X8CNfXARmmaHTb8MPd6jTElW4 gX/zC7zUl/j0xMH0LsG6jDD5m79B8nok/d+WUSFyKux2U0xvM9EDfto/w6FtIHctrJIY9XKGOo5h 6Q2BW+6iBPdpiqPTE0znCxi+Ie8Rq/DJzXvp/350cIAPF1+jq0HQ2B8d9XFZVFjZLVws1zh89kNM 5ld4t8lg7BIcDix8fH6K2lzg/dV7vPqJiXXmo2U2kZsKnv/oFf7yL/4KaaNCo62gTxsTe6tOjVyC ahOYDVbANhTV/86d8l9cO/4xQig4bRF/EFcCjvMVRnITCFfDZK6fXePD3ZXwtdmI4xSQVRh/zwbz sMFmM0ft+wBV1lK2aeNo0EOr60CPDDk2MaaqwcmPpGeniKNABHWu6+wtDAWhJ7UEUoiCiWzwikZM LmbUDdVwmeknzCsdtUmMjSXRVnxo64q1mypKcqW2hejJiZhcpZ/8AAAgAElEQVRV6Wi0GiK8ZD+I 1RZH2nwo2Gxc+kv4uwDr7U56PIN2A3GVQFUNMR9n3ZFgYJJNiMPuGKNmFyOnKUc5JpUEdL3PZri5 u8Ht3T2SWkH/8BRur4lGg4yqSoiV/Lu8Xk8WptHhIVDrCMkJi+7lhk+TGEFI2moK54EuwdgrTzcw n3NUrkrajDRYi4mYnilEJOWFkhL5eFDsixWKQR8NXYIdHu1QkrrM494Dg4zVFrMV0ySQxYJVFYcH 9Jdy46JI1GOTW9TxuWwC/HM20B2bQxRDcgUNYyD6MIaW8CgpAxaFYtVYzLj93hECHmuMBoEUspN/ 9umnGIxcsWPx4RCDe1Lg/OkzfHPxrfTIeE/mZROrRYazsxE63h45RN3aZjtDnE3hBk2oPYozKyRa gsaRA2fEgYEKfVUB11wAMxRqjXS6xd07DTffzPAi1vD0EwNOr4376xs4JH+QgR6t0CFVw1KxuFtg tyFbX8MmiNEYuRiaQLGt4XWO8KtNiA3V5vNrFC5wWc8x6Hax2uSI7QLFuxtgcQsqok5bDRSKitvJ rWBuNN2Bw4b/zVR0XRcX3+L8/AnOhgewqYtTdLQ9B7PFJZJkhZNxX0CIla3BS4HC0dFtObiZ3iOi /Wd4AtVUMM0iVFMT6bqB+bSF5wta6Wz0zR5KI0RqVjCGTTx90Rei6/2/+49wbAM6MTNBiCRVJDPR 4CT/e+im778e77N/lAWLk7X6gbXNl9yccQwlogQgxyS8E241Ixy1PIK/vJcbftDx8PlHT2HmMeZh gAxMfTZgVgo82xToG0mK6Tp76Htp0IjLpR2nroRe6hi0TBS0XEMhPOzBFM0bVaGSnnqsjCFVNGnr ojWhNccqGOetyJEGjQrbbYLAj1HmjlQm1F05MpZuYUD+tsKQVwZUkgnEh5SL4F7Rz7gy6lAcw5Tw A83UhdRINXOr7SL2Orj5cItqkeF5+xhPR4dQSCVYb9FwHRFR8sXFkn05eiHHBwdojsaIWd0EG5Qq ENZrLANfQHJb8k7oH8tybBZv5ChJUCLlCwUV9N2+xLu7qoYoCKQX1Wh3BevM5iLj7VcUGUovSvkH N9Kjzm2/UO31bvz55bhI2Ui5b55yQjrqd+T/ydiIzymJrVHUJGxkUIpUKoXlKtkPQmqKV0cYH55J 5eiHS7muElqS033QhGHZkpZTlVTqH2PQP4au2bi5JmSPUEiGF6gwVReRvxeZBrscb351ibvJVAIp Vss9VYDhKO/eRcIHOxgdClZYRUuSo/mekDy6SX8IvTyC0s8wGlroDDyJaGOf52jQRLVbo9Htoaqp VDfhegWePOvg+JghHTo4/zM1B8+OSGMgdkXBLs+wuXmH9cUb2G4bbq+BZusJ/CLGm/U91oGD/tkY 7bYHte9iqDdx5HGjLaF5LpJUxbJ2sL3bolcCcRTjULdxcjwSG1UdXEvbZdBrQ1dM6EmGigCBXQCf tBLbwYDXOiswX76Xr3P67InQb6f3M9xtA9inNc67HdFp8YDSbffgDEa4my1xsVoi33lo9D/Dz67v 8azrSICsqRW4nd/h9PVrdD0b/Y6Lr9kbTmt4hgaYbZiVDWguKnLH6r206fH1uED9oy5Ysjg80Fj2 GaZ7P5FWJIKz7VoGnrx6IUI4+ut4dOLn9KhtaTVgqhbcNn1/lmhRtKQQC0htAn4RCnGSfw9ZSRTY cXeV+C42DakDYgOSKnkWeTQbS2CBKiI8mrG5m/JISta32IAeJAiS7JzlqLMAllrB5CJpm+IRtFUL TbOJptOGydRlPohc+DihkSip/YXg0bLRbaMh+Fn2YUwR2lX+Pl03366BrMZxbwxPsUWP1u4MAZJH azKsXEnIYaAEKw+xG0WRsNYp+fDaXVQ8YqKAGgfY4Q6z+T1uF/ewNUMSf44GfbHAiDaHC4dK9XoL LfLJi0q+J9tx5fhLWqhWUtKhI0mzffjloPvr6KaHHpeADMVcTupqIe8p8wUfHQff3WhlBdfhDamg waSjch8Sy9Onq6vYUbxWP2RLZjnmi5VIDzhBpEbq5j7Aq5ODfbQ5CphuA0lSYeFvEW5ztD0GaLiY z5YStdVqufL+5YWLnc/4qRKW+RA3NeNRV0VZGHj16hOMxl00mg6i9C+hVoYYmy++WcK2PLT6Dfhr du/acIoT2LQ5mTPBSOdb/hwMq2XhuoHSDNA6OIeKDtyBi2z5FXove+JRDZMa7W4TpyfPMCNtdnaP NCtQqrpYVc7aLqw8Q7BisPIz3FFSE2tQWmNEVQvN5+cCCXz2ZIhDrxAe1k0YotTb8HNDqkd0SBm9 RbFl66qCabRxOGDrg1adDtTaFonN0+EQWhwj8LdotNswO0T71PjxH75CEpbynC43MYajI+jNAiFK bCb3+PGgi5tNAJXoGKK9eb9wom8b6LgNBJqL99MY5spHt1GBcuSPGHNmEsq4htZvIAxC1KWCptOA YzL7oJYeHkXbUhT8FtH0//94CcsaeV0KoI83Pm0rnqXDRoVe00K305EqiZCvYcuTPhZ36CxLJM7Z IE5GJdCtkARacpBYMUGSONh32qfcEgTHRGSO1YmfYXwYHwCJBSsKxOyfUQcW7SsEevSaEmrKVFvu /LV4HCla5HRLji35Gp0OgwkYhe4hzyC9F4ZWwtWQLJb7pr/JYwJEp/TokeSH2uHUjJakAmWRo1BK QYD4aYwgWMKrDPzksx/hwBvAUxyAyl8xA+97QFzI6WwfHQyFhjpZr2QxI/kS8Q67iAQHKuabsjgm WYQdpR/kFvG90clk5+RoLf0f9i2oqXLIaE9zJHUhPj/eiHTkEx2jd/sYjANkSSx9xEdbiGBbfiMw 81H7Jvgg9q5E0c+dae9MyHfBdy0BVqJc9ASwp2uwmS4tFApNrtPl1Y1UOvx7hT9l7nuGtscjOI+4 MdYrwuAUpAkTt10YuiPCYpqpG56JZstBFJVCBKDOyjYriXB3nS4ct43ZdI5O2aADFOZWxyefH2O7 TLCcbPDT//wNPHeMJ89NLGclFL2JFwXQS+5x7/8lvnk7h9L8CIfnfwTvqCdJ12djA+0hwzwMcWx8 8Vf/FzJ1A7peKt2FsbJxfnwsCvRwsc/hq9Qc67tLPHn5Cm3Xwt++n8M6+BiB0oQ7GKI3tPDBv4Pe 8DBISzwbNtFVdvDMDjYLFe0nH2O9qxD5O9ykCTT3ED5ifPlhBtAipBsyKS2KCG+//iV6oyFOnj2V yTfZ8oN2C/mO0pwOVJro2Y8tgR17h10dFq1jSQSbRFm7iVIzsAxCTIIPyNtNtIYdlLTj1Jx29zC7 ucC54WG1WsPtN/Du/RXar46hZCnGz44x/XAtGHTG9bGXWFGHmfG6P1Ti/4XXf+0C9lsvWExp5vSJ /wiyo6zRtC0MrBqOWqLdGooymmZeUazzaEFLQ00gG1W2e3U6zdFyBHHp46JqvIStONCyApptPsSd KtAtAyVJnBmPAyqUnH0zXWgPhmOKLYV9KvoBWUH4QYLlaofryQT3iyX8JJMYrlLZhxpQ3X12qmKy SqRv02y2EQYJVGWC5y9KNCtadFz0h2OxAF1ev8GXX/8cjaaNTz97jX6zgQ8frhD6IXSnDT+rcDFL cRMRLXyMcaajTDyYHQcteh4ZY5WV+wVLS6CWKrrHI+xurhCnS4xbGUKOtBl7luo4ejYWOYCCJo6O niJNcuyinURnLcMJ3t0lGPdGmN28kV7DJ3/4Qq6Ln/qSKqPkOtLUx2J6h4OjY2i2jnq3g6JbsJs2 /DhHxQAQVgY1J68mYqYMFxCDuMupD21NklzNdOn9TcgeJSUK7xYBRsMeeg6jqFJUeSb6L9qE1IIp Lr5QZZe+Aj+z4BUlGlqJLFjhfDhEkvtYr+biHeTQpPQ0fHl5iXb7AH4eIplmMEoVXqGjz8pnlsJJ NXzSeo0wiNDfPUe9rZCHBr65+1r0Smqu4m/+6guoliIePvb9kiTE04+6MrSxuyHqWYSnz16i481F kNp1n2E152C4grGZYXzaQWF58G7HqEc5Dj7v4NtvvoQ6OEecN+HPb5EFUwzCMe53U4TbCmFhIkkU qU4oY2lAR6uscN5UcLv5JYYHY6G3jptNHG2O8bEzxLq5Q7xeoX3Sx3STYq1aeD0+Qbb4Bof63jto N5uYrjJoVg9Wu4Xp9hZ54aOJUhA+8XIHyynQsEwcjVpQEGN01pUNJdgZaPd7uPzwFmFyjTBkh9fA cWeMqtnEoP8M9vUFWnWGhlJgsUsklGNbkVvfhXH5c7RrIGLw6uBjbJoqLsMZ7v96h392/BSK97do ftxHo9WHW3nAosT91/dwNBu300tpCTzqrx4Xqu9XXf/tdVgysXtcvfb9D/YrGKDICRbV6vxeqZni MYCYDCbTPiInuGj8AzTx9/6MgkVBNZY51ttfZwRSDyR4me9SZZkIIt0q+TN+Dpu39IDx4WGKCqeB 5DaxAboNQzFscnq4sizoox7afaKSSTdNsN1t8SaL8ersJRodCiOB+XQi+iYep2ib0E0H2y2Nzx2x b/D71PMdGlaOnpKhdnbQWJZx/F/lCJJURK/0uSmgvFtFnFWwVhE221gi0QfDpkwYGVTAxON8qQor ibl7QdhBHvFYsUadEWhXouVRAR59h/QhEeE7ujOb9UW517fxNo5jqS53nOKa1n4IcnyGIgmRER+j 7a8JK+Eko9hPRWX/ugfxyLx/7HPxY0/NaKC0ze9cCI+7JysvqrA5NGBvkb0vqUqrAk0ONChrESyN It87LUCsGhh3VVW04mwR3tpII8L3GgicBnQmX9MsntXYbek936LSSlSGhv7gKVrDFsJqC00diId0 sfpaptM0iR+fjGXxjHOazjkomWB00EG5DaQd0UoPEcQq7pZr4HaCTC/w9fsLJOYKPsaYbVaS60gb U1rGWEdbNDtEJ/kIqxTrPBZG2ToMoLRbiAwF1XwtaKEfvXqN662P09GRHB+zrY//+/oaL/7payhZ hOIuwyrIodc9+NffIptfIy0yNJgSpBTwygKTqwUYRLNb3uNJ9xztngebujLqvXRbYrjoOWT827vL a6luO4MWXr9+Lb3Z86dP91RX35e+IHu0hFWSMsLrPxj3wVbU/XKFhmkj3OxEid89OkM9GMPn8xnX MKoWpmGCv/jmDi/Hp4AeoTlsCoHCsAskMxdq3EHfxe9vao70sH6jocZVdb1ay43v2vZeoCjx1w90 Bt7g3wsv/f7N/t0C9kCWkRivLBPD8pi+J9OSiU/T3pMaqO3iN/BYaT5Ottgb4THCto9FUEiFNpN7 5FiYpphtdtKEHo0GaAnDO0bTJYlRl+kTLSxmQ0ech7i+u4a/26E3OMDhyYkEUCyWEUyL3jxqvTYA 9Tl2CcOukBshdHBntJArBbZZsvfAaUyGYcpwANVuCfeImq0WFe0NBck6QrRbYnK3QcvuiC5KqQts VktE2zWaDLfod+GaOuxWD5cX7wT1QtIq+3XbGpgtZ+imPZweHgo6xie0jtYjqyEVFRfsdRDh7ORU Tt7sb9mmJkdvLhgUc4aBgobZ/e6Y+LhLfr/MFxvWY3LRQ5CDvPeaCltRESahvIccRpisjqt9UIjd aAh3q4r3uYOcGqpmgeWK6GKm+OSimjf0MYajHsb9Q3nAKESjbKI02QYo4bR0KLqJpI7kGJLVO3FK lGoquYCnp0/EqL1eLSTppy2sewWdHlljfYFEKg4r3wIN/uyrCst1hLvbKcI8xBBDTCcrhKUvwRY0 ZtPQ3mzZUNBGnoYoFBO1qcDsNuGOevj2qylSVPjq8grjIMHR2VOxTzWTEld/9/doD3ooNKB7MsIq LUUnN5+ukUPD4VEDpX+Hnp6iSSvN3TtYjQFcs7ffaEodKz8U0oftWlhvmfmpY4kVXh4do2VY+OjF Maoig95u4ouvv5TBUFmXOBqPsSN4UqPfdYObyxscjlPk1N1VBdoWTxgutHoDzXHlCL+NayjUKnou FSTwMhVWpmOnlHiX+0gnnlStaHEymMJl7qEJeFUDnvm76Vv9ThcsTo32thi+h/vqig9NxMVH5e+5 U1tyHHzUZHx/UWJF8PgA7EWL+98/olR5U9ZVDaPpiXK4mMzg70Jp3MZJBsvYix1pwhYLCfEn3P2Z OMz+jalIdWc1zH1jud4rsHm0khipRkvMxjxeMg14tVzIA3Q4HsMyNHxxcYFNuEVZKJjPV9LEp5ma D9Pk579EvI0lS5CGbXru2rYrhBs/38KPfYmNojYLaokwXEtqC4F+3OGjYIlMZXaNhSJhJlybMSRC WeDiU/d17KoIs9ka1x9ibNYrZIGPg24Dx4MuDFo1TE98lzS+jrpd6S2RO39zP8UmzmCwYmJvUGK0 DHjdNuwSePPtB7x5+428F6TTNDSI/UfG0c0mwjCGv96g4+1TT35dye5fj9z8x0rru8Sk6nHD2ldY LvtUTJCu+LFPuyk4udBUmQpSrxXFO2ncE1HDm58CYVXdB+K2OyuM+w5aboxo68uQgn0i4aZZIVRL heXZIiR9d/811J2GzmEHvUPmnKwQhU00GzYGg55MJL1WQwzq7S5FNyESatlaDWJUUYWF9J9M1YFS 1GiWBk77XZREPfspjKKG7eSwrRQNt4Eh30/TRVDluKL3z1AxXczFCJwxan6xBJURzWYHWg50DReT uwlG3Q5CDRidHOErRsxrNF6zMjfwhP696Q3aJCFwo1jcwqWg1WjgRbOJmJ3LhitwxuUK+Cd/8sfw FwvM7qf42Rdf4sXRIbqdpgyu0uUST8+eYBdsJeiWVJIG+2ZdgjU/4ObqGu/xAVQQW9SNBRt4jope w0SWBdD8OZ73eojMGptkDat24cU61HWEghKh3hiX0xiN3IB2U2A136FrMPjEgNPUUFt7X+zvXYX1 SCumvEGa3+wdpRkyxks1BxJ+wJKUynQaohn8uV+Ufr1TP1pn+GIf5fuUQmFGKdin21h8MzN5WPhg sbKitKFmhpOqiG3lMblZ8gbrVBTp+7BUJvzsKzuGXPB7Hne7oiPicYVfV4ifGqmZqphfo2QnPRI6 6sfjAVqtjhxfyM9i72W7voTpRLDtU2iag7bXRRMdWKHHgz9G3R7aDgWqG2zZ69CotU+haBEKzYdi EfyoochViQw3dRd1acuEMjMjvJ+9R7CLEIexhMGSR0VyA9lI5ERJWGhWoNdq4WA4QBLF2ES8rXWE WY37BUkJJqI4xcXVHdxWF0fHJ+gPuniJl3j79i16bQ9tj8b0DLY5hOU0oRlb7Db7ReP7LO5HxM/j oOPxz6Rapj1KjoV7ZjfTn6mm58MbFTuEOx+2u8dU74//TKqmt3GLKMwkl4/XmBUlA0ttOhFMLhJc xHLc3syR7BKZiHb4UBoGcm4AQYHZbIflKkId7fnxtVEIgdREjIPRxzg6PJOeqWrUuJtNkTJhKN7C TClEiwRNRJuQqeVCymW1dXJ2inKxQcPm+9FGaafSzNeCAJbhoi50tCxLwnXfff0tioaJdbhDU9Nx dHQIDPahK0qpSNDK4uYKXcfC/P4Waq8tyn21MYbumChpyrU4aXbFOZCx6a2a6LXaMvFlK2DccHC3 3uCQGZfzGSwzR+O8i41Ig7aY3t9K+vZxlmLU72Izj+AJd04VaxdPN7JxORrOz46lp/rz+3t8uL/B s+MOlvEKaazJ0ZyLGaPAXo8PEDV4tF9BTzZoBQb0XYo2A4azGkEjhlnqSLcWLncZ1i1dRNYjD1hr N/hdv34nPKzHl/LQRxH3PlXtKgkCrkygZBHSFHnQvv//PR4N+WCwMnvE0vAlfCzTFj9dGiaSxCvJ xKKJIoa3icVqLtQBLkiPFdojppn9ryp5zBmiJIKGYv79pkwAuYOpYYY42El/wg27qDXSNFlqh5je 3gngi9A1LgS5HQujXJhfXIw94OjoXASNaR7LpLCuDOFoddyB+Ch7rT5UI8Wdv0MUUuSoiX3GNfff R/NAxWZWYL3bQ/NYXe17URqW6x10PYKhxajMQhZehb41TkJzSkIMyTgkYJAToSbZYKxiwkQmP2Gc CoWU7zWFolEcYzjMBS/TaXcx6DTx08kt0sDBzjYkeYWNestxkdYqsnqfsP04Pfx+VfW4SD3+t8dr yYWNzXsJD1EUeA7Jl7WQT8mV56fyfuD1KfhnNVlblixIhD8SC9Mi10qxpB+kBlwYuljPKsxuVegV NWaHQE5xKRAwdy/ZIvb7OBp2kCoR5rMpspp8egfOuBD5Ce/DJPGlbymi2UZD+nr1JsNkNkMY7fDZ xz/BRx8fYzfZYHH5HlkUQMt3aBo9aCp/Dk0QQBQiu2ZLiJ7bZYjNJgRFf7wviijB569e47PTc7Fg FbaHzWKOyc21fB9RXWAw6uMu9BHtAsBpo1QNpIUm/tHVYgnDVFDbJnaViaev/lB8sXe3l0DpI/Rv 0B73JP5MK/rSFvjo2VOcj8f44m9/iq++/RaT+QL/5Cc/EsF1s6zEB0qUdxqH4uvlqchrevA6HWyM Em9vvoHVsAQ+SK0eA1ipizs5PUVeRhhbKuJNCsQFjnUOoCy4Qw/v/QlKNUC3asHJbMxDV4I5fKPE XI9xs5jh93rB4ktsG4YhacVNkwaZPVifVRd7WVxMHmF8Mip/8LCxn8TPESzw95u8+p5suQ1p3dhH CjGnjp9LRT3/jEcNkR48jNGZZyeNdwmvcPfMdXnQ9sfAst5Dxfhy2z10Bl3k/g45Uc0VFzXAMw3R /LRdDTGTq1Oyopg2HcOmaXrQxng0gB/m8HcJ/N0+AKGqFFhJjMGwg8Ggi67lSbAD8+50WHA46VE6 qNJYhJTL6R2ynYkq10CjUaiR5W7AdBVoborzcRfLlYpdSKuLgiqh37EhvSjefLv7t+h1+uKxzINQ hIMkUXBAsQwSZKEvEfU8En30+in63Z4QRD+8eyNK/fPjMdIkkgqVsqs0L7AOVri8m2OzizBw99Up FyV5j78nd3hUxT9uOOz7yYLJf2p2s5jVRTQNhw7cUPbIIX5+EmdY1EukUS0zFZ8Leh6i0+8ICqeq dfk1TontiTGf+9isA5nKcgJCu09RhphMd6hVSjcqHB0OZcGCHkB3mhIjvwreI4oDRHEDeZrL9Hg6 naPVHYjgkb7RltfBOgiwErKBgtbBEHeTC3yYX2OIGF0cQCsf7kv2StnrMgwEYYlVnCDRNHz+R3+E ZbqFYlCPZEGnGNZfYaUQH7O3eX38k8/w/v4GTz7+CJf/8T8i3Pgo1hFCzcV6uUas51BmNU4OBogz HdNYxbh/jsi/R6TkiLfXSKIJ7DDfc+FqE5uLCxyMxxi1OsjPnuCLX3yJm8s7WVx/+KMf49CyxJHA WDbCA4ZjG1HgwzQIfLTRt3XRcA29hui+2o22nEQaLx30mh4upvcwSw3jRJGTwkmvL5Fx/U4LR1WI Ts5IFR2uauCmZ+HWyLAOY+wSA8Wuh9+7BYt9kcdXnuz1SVQRu6UGxVLhNUxZjEg9IE+JBmJD32t7 eKShJ+0xKp4fjw8CX7KbF5Uw3rkDM2BTOEtE3G53e/6OQnuOK8dDMsqp/t5tffma7GexKpHeFSsu ndMidqj2TWJRwoe+HFk1rykRTsvVGn4Qw/CI/O1ivrl7MHRrMglkph7FihwKlnmAL35xjzTlBJKf 34HOSKsyxC4u4GUVQOFnEYqUw7E8dLyh0DSDDa1JAayeIvwhu90U6YfvU9G9Q6PtYBffQUna8P0l Yh4X2dy3DGpoMVttpB9EpEr36Sl22w3yQMVssRRq6jbMMN/s8NHTc3kfvU5TqtP7+1vMZxN02028 fP4Mx8Mxrm+uEGx9GbuT7PDh/h2+eX+JMM7RV+ng3weBPGqnHq8RP/YMLw2Bxhj4PfGdo5S9bpux SaXEZlH3xgUyy/fWnoRx8CqQxcBg2MU2WCIpI5nGSp+TR8qqwOi4Rp1yAVrD9kL0RiM0Oxl24Qyb cALFBLr9FhSDwtM5wngC052i2Xew3a0xbgzlWlPLxbxGsqjmsxVa3RF63RH0nYkfPD9D9cbG28sb vH0/xafPX0P1LBGtfvjmDRq9M3iWK1w1Wy9lWEJLzcXNChd3lyhdHf/i8+eoFxEapCG4FtotV8gj 375biIfPaXm4mtyh1GpMVwtBhzfaHSjJDss8wxoZkAZIsx26z8fwefgsU7ydRMh2G2glY+gmqCoe 1SvkpSdRaQ0GkGxD1JmCH7/6BHqh4f31NS4vrhCGOY7++Cc4PGT6tSv2p1JM2Qu0msR+66i3Wzwf j9G1XNwuJygYEqvZODoaSMqTc3AIpdKhRwVOTg8xHvURbRcytW9bNv5F+xlkXKuXOIaCXxY1vroH zLKLkf3Zb7u8/MP15rf9C1iuMlmZS0CmFXC6HnoHIxGnMWV4GacP1hULI7sFwyBsiSm/+wBV2lTY FJ6xgW66eHpwKrd8KvJg2jBMqLRvkMbq6ih0FQt/A62oxER8ctAXBb0kx0j/pEKr2fjuYSpsQvgC 0aiwqa2wyqLy3VD2kV+1jlGjjYvpDLtdKA10PpT+aonFco3JrY9+t4Vel2ZnSjOo3qgx9xNEixDL 1UQesGGTEU6OyCRKhp6mJRYLwIo9pDWrzBbWwRxL/2t5X4bNFp4fj2FrLlTbxof5FN9O7kTtfagf odgpaLnP4WY5Bo6JGTVJ5G/VFRJ/BiXJBYp4uZjATwNMBh2cjYboD7v4ybiL2+kM/fsJWmaGs6Mj PBmPZfrpb1uIT4/x82/eIshrbGjaTjPMGWvfaqBUVTx9cog8Ys8pQLdLZDJ7SPv0G1ZSj8d4qaxQ 4FfffovFaCBpRcQuM7GIv7ICVh+tStAwbLn46y9/IdDE89Exeo0O7CFTgCJxRGSJi8lXH+SIHxMl s1iig7YcowdPHXRPqdC/ROrFKALgajrHh/UML/snsLQUu+t7fPbZa2jlQI7frd5ThFwIix3U2kJt 13JdqPYuEk1CXI+GLbz55j3WdzFsnbrzHH/193+Npor1kvgAACAASURBVGng2dkp3B//G3y1XuG8 s0Glx8iCSKxPnDJnXgSrrWFdxNjslljd3KJXKXh+MICZaFhHBaJGhsFBX+6xeMfQ0jWqYorzwx6s XgMHozGagzH+j7/4D5jvVLS9Y3z6gx9J5fMf/vzf46e3TOR+i09e99AcNCXncXT8EW6nMfJGG/3h Ibyei60/wbhV40//5Efo/9LFttJxufLx08u3OEx8PD0+Raszwt3dEk+fPhffJvWMpy9eQ5nM8ed/ +f/i1R//d9iWNebLOXwmgPdbGBUKPMPAKg9x0Glyp0TPbgAJuUMeajUGmuwZq1ATA+exgRNvJESI 6WH56xzC768Zv+mY+G+5YFE0+t2/k0ueRFgtmJabojBJBI3huQ14riHBkLsdjw77PhGaHtLVWo51 VFx7TkOqs5ZF4SHNw4agO1bTHfIslaZhEidoOh4OO320nMa+D/WY9PwwYv8+opnHCVZGtO3QaCtH GyIuuciKlyhFpZHU4KKJff4hKzXGlRPboqtE9C7lyNJqj6VKnCzm2AQUijpwvT3/iwx0vqbv7uRn ODs7w+HREJv7OwnjmG8XSPJIBg+KaqFEjKyKxVtHlDKwln5OEuZYYA2NXqxsTzFl8nCWlgiiFFmc IfEDgMlE5kZuRFtXcDIe48nJEVymJScxmg2CCxuSnsLbgtVNQYV+EGEbMSF6QvE/YkvHakcQ4D7P j5UIp6qsOk+Pj3DY875DyTzGiT1WV3zPx0mxz5dseNInKVQFDceGpTf3JuqGI5uSa1hI6fc0DHT7 PRy0+5LOwqqqxcpN9HmGbAabMMT722tc3d3h6zeXYrN53e/h2bOn0CmPsG0EuwyWm0L5lu+RD6XW 0PEOkUUm3vzqnTT+z8+fY2y8Fh6akddwmtwoKvjBFovFChfvfoq697Ekz7AqXK+X0vepywzXl1ew lRyV52K3nOLZ05H0jhLfhOk4sC0Np+YTvHr5EX568RVubj9gtpiiPz4RjHailTA8Dz9otYSE65R0 LHTgcMLH1GtdR1LVWCw3eH+zwNnBCbqtfN8jU3Ws0wy5Y8NzS1gHXfSabZj1GJv1nAo+dCwVnzw7 RLpYQXNyuEqBMa1ulYYnx2MschUB+V1s+KcG/K/f4Y9++AnSJBRqiaJSemOh3G5Fl5Vm+ym0d3SM Q32EdsNFmUSYzpdQvKYchWnpEl0k31za1ZT9BsZeIgXdBHS2ahUJ4Y6gru+/rHL/vdBhlXUOg1PA qpQ3pWvzCKXDafX3PaxwjTz2hZNFQiX7G7W/Q1Ur8hBxzfUYaPqAVaWthmC4zWqHlb+RIxNTljf1 Bl3Pw2jQlwYnK7zvT7Ae//2xAWzVkOCAJErlgeSZkJypmKI8r4WzYQ9BvLfbECynrjdwXrzE8XiE vNnG02cvcHt9ichfw5LkFz6oZHPliPIch0eDvf7ooS/mMqWamFwSQGe3OD4aIJyskYu6PIdqWFCY 9+eosFyGDgSI8hSr5b4pX5QF4mADWzNlQb69XaIgMiVm/2W/aJ8dHuN4QOy0g3vy2vMMh4MBxr2e yBrEGNvuC8b3+dlTND0XDvtOpoVRUWDDiSPf7/4QQ8fAZD4TvMxgNMTV1RXCOBHm19FoBNv4dY/y sar6ft+y02wiCUMMWqSZmuIjpY2GYk1ia/izUc/GxYzeTia0UEtLdwON2rr1KF/Zh4awWqcYWY6d RYlOeyjkCXL3u8MuoCTY+jP44Qa1NsfhkYsktuCabaRc7G8CbCbs2xWYlDFOWv8z8iJAoUWwWzns rirf093sGu8v3yHuG3j1yScPBnsTrz56jpNRGzfvNfzg4xdIPAfXFwpef/YxTkcD7BarfcVZVrBd D41Cwcknp/ji8kJCNjhwWmcRavrqOh6GiSZ2sKJO9lgiknkJlyxJJ2Fad4yvf/ol/vRf/VtYkY93 sxkuvrrAOlnhbs1EdA1Hx0O0O21s12vUpYum1YbZjfH8oIltkcH2LBlItRsWFvcLed/pk/WjGGr/ h9htZ7CjGM9XfHa43DEXwdgHHdM4XVVi+KdWze71pOFe2IYAFrlJFgwmZs4ohdqid9xnGHDIloY7 ME7ErSyoxr5IYFVNcS5DWH4Pm+77XELexIZKtEwq/O7O+BCHgx5sNjTXS0ynE9HbeK4lRmOak1k2 eq0uKvUOirKnkdKewd2O9hymyzDunuENba8Nr+2JsZcYGj6k/DpFvW8Gy0PEfERS+B56YrwgDRmh 19JIb3basvpfvfsgXO7zF89B2+18ucXNdImru6mk6LRcD4MW+doZsqoWe0Fic3y9FCnG2dlTjI8L LLa8gVKsNwustnPp8ZB62W4/3U9l0hSrcCuESJIcdcNEmZciQNwpEQzFh4Mm4pxDAQMmHAQkVy7u 5AhFFE+r5Uiajr/aYrlYwbUtHLc6GPW66DYbCLJM+ogcr9OdT8GnoRvo8AZ0GshZOSW0wdawS2b6 Gfu0a+rDLBOOs5/Y8e/gbkl/J7E6B/2+APZK+j1/4/V9V0JNRXxNVpiFbrst/z/1aHypNEHT1C40 P8pKSiFysOLUawbpGgjScN/PZBJPUSMpc0k0YvQYhwUfff5EdG1OQwU0JhJJKiMsW8Pp2SHSqzUi VuxOB+t4iyBcwtZjdJop8vg9EuNfSQx9mO+Q+gn0TY3aypGUNvRGV+4Jr02A4li0ekejPhIXcNUE H718giWrzmsFdZFgenePiBTWB+AhsSrsx51++hKJWWK5nMMs6F7IsF2F0i/7yegcmkkdlSuDkSKO 5BrlREnvUhiuju3lHMnlDGqYo5cbyCZrZFqG4eAIX0y+FmvNOlbxxcUaQ1aAZg9NJ5GU8tHoAKVR IGYaUqXifh3A7hzJfay2M6j9l3h/NcUPDk8lI/HP/vknojOECK+Tfe+3Bp4ZFi7Z4ypSrJcLwQ5x w6NUiQtPaRqYLhfocZhFveBD61p+JvEmJjAqekkNEQlzIERE9u/69dsfCXlvCgdpr5Dern1J8NBP T2CpFiKCwWCj1+6LtkZjGjBDkg0bbstCXimIc/rjQlHfOhLhzKMFsEsI7ee0rrPvn8TM6PMkFSQK dnAsCynpDJJ3R2oox+L7ngvJnmLcpTyL00pC5eoKGcWtDxIIEjGvbm8QRnv9V7/Tle+PDUqW5uyh ZHWJJyen0v/iUS9NUngdkiL26TExjdI0f3P6WPjIk0KUx2bPkvj3L7/+SkyjTOVttofSLyqTAllM v1aGCNu9fky3JaxDiAFUMjM5t+HiaNTFkjstQXBxJp4bcr4YFhrvtqjSBC0eYR0bVZ6K+JVyCZnS 5QU8CkEdW64NKy/erNRDUWvGBYurOk+kXKzCOHhYrIYYDDooCY17aDM8LlC/2XdgY1ziw8Qjts+T ZOO9KOhRZPwXY9DonyxkM2Koxk5CC0g6NbFLdzBMQyZ1RL4yZXu19WWxG/b76I0ekDdVgCxinqED Xd0b6F1GyEUqvppfoszWUFTy1yh9oVk6gt0PEOy+QlyVgurJKh1KyipZQ6F2oDd04foz5ox5jCTk MkGZi1O/34br2ei5Q2SLBVzNRLj1pU9HITDdER7Fk1qC2l9hs1mi12/juDNEQ7Xw7t0H3F/M8MXq Bv1WBwOjCYexJ0yRsvuS4EPhM8m4x90R4tkKTbOBweAAV8ECNj3mjolGp4d5kGKTxpjFCl7+4BXg tmA5JTIo6J8+hZ/5MtRZJMC9X0oGQGy40PsWvM4QhWLA6Yxw/e49pn6MJ52x3IfSi6RPkMMr6tK2 PryIlX6AMHTl1FETeS0nHhWz5QIuNzJe0yyXNgJT1xnHJrkOvP4Pgcr8+Vip/V4eCaXIqphYx0Cc HHlMTKqLIgI2ywwqE9lNRxjvJsMwaw1rP0Ac5Vgyh4+2EQZz6rrYd2hkXu58zFZbdJ02qKQi5I70 yqPhEIa2lyk0uh3oyb4CYA+MH98JSvkAGUwXppKYsd9b3Eymcswk9I9HK4at8ubjf7ezGqZRiv+O D+/1/Z2YjgWHzKRol433EfzdShagXbKT8b+mU53tyfGXVE4+rByXL6cbIYBWhUVqGgy4UFIVqc/Y egWNjgvbsOBvVnvBquNg2Otj3Gtj5O2HBqQ46HqBtmPj6cEBgvBcFk2O+9lPoHrZMXSZ+DHDEele BZ7XtST7UIDI/hJFsbRmkKjBvsNmy9DYplBHdZeMJ+bUpRJJT9lDv9eR3mDgr+FwN/1eo/Q3f+XX 4z3KniWrq3225L6vyOtJUioZX0WeoX6IIIuzfYJMnltS6RmmKdeK15l/K48V4gV1Gohi/0FMSiNv ArfSURYqKdoUcuCg18NmxAesxt12iTBZQzVIciXiZ4eg+GuEFGWih0brKdyWhwwqok2OMqmRhBus F/di9+G9t1nlaLVsdJnqbWhIQ4IOXZFRbDcBvJMW5uu1pFkzNm5wdIx3778VqcDz81Mc8QjbaKHT a+Hko1Pc3k2hZCWm/gZVEMMzXPQZDacoyOMMd/OV+CBvF1McDsYSEe+vVtjkEaKbWwyfneFX335A Ws1RmzXUBpv5vvSLHbMhcoxltMU2ThDP19imFcpthi0rOruPnsXkqh5CTuHtFv7+3RS9gyPE2wjD bpftLBmQkO/PsFgq/j3Xkc1u5wew+wYypovzqIdSEqaoBs7E6rWvVggNEBOiYDoqoY4yX/N+NsWP 8Lt9/fbEUTJvDGMf7UTzr+ZIw1WrXSxnIVYLJq6UcNv8b4aI4/xon+8WxTnW/hpmw4Lb4LFkf6Oz P7Rab7GhUVaxsI0C5HEk1p8pSIBgGEQTVZGINIH9MBIGuCOI9oe4GgauMgZet4WhPV3zaLaVqouI YR5HKAb1mqaElE5na2myE/a/CXYEekp10EdHFgkm6rJyaTV7ULMtSpUYGfrO2OTn8cCVB5M3d7fZ ErhfsGVm3z49mdC/PAyRBmvJcmvaVI9X6J4d7u1NioJWg2EQBlx1X2ITK9/vNBE7Jky7gSgqcPHh EgnH4NtMxK6fnj8VQSK5VayeFMdCsFxjvdnKKJ2ML1IstJJ6KlVuPL4HbMqTwPr1m7cIot0+hAIl mq3Rvk9RFWi4tgwWJDz2Qd3+qL16/JDtgg8fqa9MAaF6XaCORJWyz6GA5wvSCxSdNhp3TyZlI59E h8oSEgdH7avdDllV7jMnqxpJlGC9SHFyQmmCgTWj00pVBh2tNoNbLTmSHh92sAmoH1ujrFooi7Gg r8NNAa91D6Xi0ZcGchuNdhObkJYlEwOnhWeHJDkwaCSWKpl+R/ZrtmGE1fst+u0eG5NYsAdKq0yz hYtv30iK9nHTQuoHeH91ifZ4gHF/gNXdPbwDBe2mic7oFK9ePJfEpfn9BMv5EkmY4DJayobC3u0q jaXiZeAwVA+3qy2a/SaeWH34ATVlOo4aJu78DQ6GGvz1BdqjnlA+1EzFu3dfIGZYCmPrFEV6hLwO dZpLbqO6fY+OmWG+2kI3PFwsfGh/+xUOG5pEsh2Mj+T9bnGDUSbIswSdVgdpXotmrWmOZYjjkuRh WRI2m202WKzWGB8eo0721bX0hioOh1JEyT4w9zGy7vfsSPjrHZdsb13EgxpCP8X6doL5xMDwsCXq ZWqqpvN73M9nUA0bnX4fVp6i2fGQVxQHzoEwlv9/F4bSJOYixOw+xq73u8zZi4WX5TQa8MMAuvZr FfZesMqsNUtuPrH6qDbu7qdYbJbQLRu9HkfZ4/0uwgw9JgHXGupKR62ZEvDAkXqpA/3xUHY9+Zly nunpcdsHKxilgTIu0fC6UsGQoXU7n8lCxcAH9l9CJuAUgWCd+z1Pos7SqCEaneGwL8c6VqYiv+CR ksGfXhcHjJSPY9hciKpYLDMMT7B02o044amFjcVIG7flSnUahftjFBdiPgzsn5wcHopokLsgd0wm n1D+yBvJNAKYDwby6gErw0/lUKSIQoIkxAbFxvijber7Jmf5/Ad/IaecJbfqBzopd145EvJIwMVP QmJTsWRxGk5DNB8qbjbSDwP2pm1Wj70uDk+OEfsB3k7fos4piu0j2oUSsGDYJfpjB83Wno3F6dnO n6GEixcfvUQSl/jP/ylF4EcY9Z4gjv53mJWHhpqjqeZQky20KETPLNAceGh1aRmzJXlouVyj227B bTWw8OdYrhdIKsBxPayiAAYBjY6Fa38Ne+CJ0bnYMJ1JwdHBIZoNFx9WS5wNiVTJsVtvYZWm4LBf vXwB5fPPMN+s8eb9e2wnd1BTG2euJ5mc3UEfRqeNy7cXePr0Fc7Gx4iDUKxJP/7kGb6+/yD0iMVi ij/5Z5+iSZZazaFGJfFfimsJyy3wa3xz6Us+QNn2oWpLpH6E1XYHnc+GauD//Iv/B3/241dYX6WY Hy4B2xAF/mI+RYgK/aMzpKUqp5rjVy+lSq6TDKWjSdvl7vYW6/VWFixRCQguaj85fLRtcbPnRPT3 TzhKZCvxx1QzJxH0soBVZtjsZug/6cA6XmN+t8GXbw3xgKW5jnCdo9Pu4cj9DMvil5ivQ/TJrM5T TNZbcfEP255IBXbBBlG0RxdzUsQHz+RRWQYVFSzVQZVR16vxCcMqiLBL6KRT0O92UMUrDNoW7uep 2FeODk9RxRHn/Hv+vMpUF3YDEhyNGiLm46HN8rqCYMm3K6RFiIbLGHQFl5M7CQSI1Uq+Vqvcw+mm 9/eY3t8J3nm1qmGq+yPdT9onv/ZFJgWabheO4SBekWNf42rzXiQXfPDYqKegjUc5rh6ksIYxe3Gm LJicsp2N+riY3OB+ei03qV50YWgOyiqTG/dqOcWH5T2OekOMHAOVBaSSNkPyQkNwNuPTU0w2G9zd fcAnxwNZ4PkhotyyloALEg1oFAcI2UtgWS2RPHBhIY6ZFQ+thBI2wEZIXsNUDOgiFalRl5psLJZi IdsxLl7FOgxxN2FasSc9jtoxEWttvH3zFYowxNFghEGnDZfSE9vGwWCA+yzC/fYOm3iLOI+wvprg my9TPP/sYwyedoTAabhdXF58JaiVo4NzfPLRKb5+80ts8jmy8nMYfL+NAXYgTZbmc00q1oOjc4S7 LVbrObqehRenr/fTa269VY71ZI0gXmGXbaB7LjrjAe431wId9OCilbr42Ydf4PTkKZq6g/V0ieAh n5I9Npql39zOcfrkBLPVFEcHY+go0NZU/C9/+m/FApMUG2Tn/x9z7/kjSZ5kiT3XMjx0ROpSXS1m eqZ3d1aRe4sDCX4gAf61JECQvDvwdkFx5NxxuD2tu0uljMjQHuFaEc88s6e4u99mCVQCjaruqs6M 8HC3n9mzJ86xoV40y3FV05Sxwmp/A99zUFmawBpn0xFcr4v//vdv8PWXVxIfx67xaECAW8cm3sB3 dBxfDNE3XuHXT1S8uf0e/dEp/rIzwm4fYrsN8f13P4orBn/2oqrwzd0Nno1OUGcNRoWPXVjjq8U3 eH52gbNKx+uvvhV6C+/FH/YhDnNLulGOyJP9ARNk2MUF9kkBT9cQrma4Xd6jdPrI9RZPfv/rj438 +uMxLKrv+QtPZAakuh6GA/pV92VUSXcWRkMy2Dnr1lCiMVyTgt89Xl/+R2hdBgKsoaQ79DwLz55c 4OT0WLghHJWOpqdCJKT3uQRAlJkkonA9bPldMO1TNQ3RQEV1JZ1JWUaCJ2mqjr5viC2wY9ty6u/C LXyeCnRQIEhNIwNxy2yF2wQgI27bNgxFKKCWOcbjqVApeDNrawu7xQLLKMQhT3GItxgNeuLeyU3Z oB+Iy4PS1HLivppdyanEYjCZTATLK6pWEcCfRc6T77nC/RI+GVn1LBYcs9JM3EupguQSgYWNGjie 5up2hcVh1xbCsnhghxOMj6S7fCySeVJKd0TXScO0UdV8z6XY8wS9rhwE73Os3qcuyO8ZX68rMH0H nZJOntWD/UvbabEL4K/EsuRhL5uHIOwW9OcW6dGBg1iHaPgefga90q6W1+LHFfhthBoLZ55k2O0j SdmuaRgIun5kouncLWbYiy12iXA3x2b8ApOjDgbjM+zCGMt9gdrqoHt0DigZ1G2BJxcfwbG7iA98 7QrOTi9kvC+zAl9/+z0C38Vw8KQNlE0iYeWzG7Z++SlezV9Bp4HjdCrLD71R8fTpUzFCvLqfQWVi OP3dHsBr16JPf3s9eZ0JVMd5DN+zxeWTixxTM3E1u0Wv08PAOxaowusOUKsqru5u5DoeskRcQvh5 GiRdT49xfXWL1XqL//F/+jcYHx3LMuPPPj7F088+gtv3EHJJFROj9eFQ1dHp4PZugfmrmZgdHh0d 4Vef/wLR/qn8nveAZTWYeH3Emwj/3b//d/A7gfjmf/X3/zuej48FUtj88BbmcADTsLBah0joH5/m uP3xB5ETRTmNdCsEroUy2YvMi4YCm/BDBN11R9jXLbOcEfUcC0wkUY0ijZHsfOhuCkXdin5MrY4x HrxEo8+Q4y2SsEHgWDie9ND3bAnUJCZC0zlur7J9BlO3EYYRNuu53PhuYItxJ6UmFJDauiPcHT6k YRwJBsYPY58n6CkMB2ikO6OB3mI2RxME8AwD0W6PqGqENySr9apEpaTCTaHTwXq7EweCBAp2eSai 3YoCb5Lqwo0UlKndlWI2IhjZVOh3PYkfI4jJDu7Jpy9l1OU4ybY7363lJuR4xYfzLOhh0GX6tN+m 0ghoTQ5SgzTLsEgP8me+aUOtWnNCgrYEQkkGfdRPcnxTslazyZ9L/zEWi4z4GO3Y1XaTyQ6JhYQ3 4nAwkiiv9/3I+PW+UwZlSLyeRGc9l0Z8nmg52yLEeLKNFCteX9nOskiZrTmhfKl04KRfvyLgMjsr vo4sSXEvS5AG09FIaBqO1VIu7uYrkR6xuJDegFyV8YzOnMVhByOLYGcHWLGJNz+9hW0+l8+ErxX0 JbctKE5H+HWV6sLwBzCMDso9eyxTNpI8Bmifw3COXq+LwZAUEh91lSFNOIrRaaODqBhJARtYHpbx vSwGjo+mqNICd9t7jDsuuh2/Te25YSJQawdOCotaFvLeuZXmJpcH7f1ygY8++lgcIxzGnJW1FDrQ g588LdeB0wvQC1yZIrRCxWa3he14WLx6g15/iHd3c7kn+flf//B7/Gbz53j22UeI1hsRXB9PjlA2 DC5pMWaOduRUhULOZpKNJZQgkyRfFul9iN5ohC9efoRVmaFrDPH0Cw9d08OiSrFdrSVA2Ff5zOzQ 11R0jyYYk9hKyx7fRF4Qg7VgIBCMdcdk9xtaNX1oBYsYN/3WFWITdFxoI7OytBbKAUMS8loToJ1F h7C57XC1nMi6tUy3OD8/wcdPn8DW2REkiNdLOT3oerDe7DHsj7Bbxnj146VgHM+CLhrFwD4tcL+8 FzAwr2jKF7cPJNf0dSXguatTgtO6a2K1ascax5ZU5W1G7KiWwFHeZI/dSCv2bXGaiFuPokK8XMq/ syuRB7qsxA6aXeGg4whAzdGIG7NDmKFIE2GWKy47QxUNgxbINN+1mzSOVRwZ/brdikkBYJrig+xF QO6ixM39DNVwDKOvCz5V13RWbYTfNO0O5FqytPBmV/JU/uwx+YfgN3QTjdZ2j/TJOtARQqfG0xWO Wi1gfWvv8/7Xo2kfDw8+GHxNfP9UBIAuGIyAfxCscyTmA8trSYoHrwv5bkI0RNYy5U0Lrma3Ibd1 JUWcHdbF6RlOpyNRPrQ8MNIrYln5U9fIzds2O8hGlhgYt1jgobScYZNtUJgJrr/Zwgkc9EfHOJqc SHLNZqNhFUXY7Qv8+PYWHSaQay46qoNww9CEQoTYBtn2RSl0CmqUSQ+hkeGj2LtsTnB1e4PdfAmP Qv2aWGYs17OqSjzvDeB6trxH4nSEPahZZd6k2PJYJqbjIY6PjxHuNri2bfS52dzHuA83GJ1OBL9a 72Pc3N1KQjr92ZLsIPelESmCx9G5NU1zuWeSsoTf6wrn6dx30D8Z4/T8DL9frtEYKu5m97ieL3G7 W6PIGVQ8wp//2Z/io6fPpLvb7UIhCP9f33+P3/zmTyQDwMhNPHt5AeX6Bq/fXeLFkxe4urrByHPh 0uedFJ7tUoJju8fHOJ70MRh04SCBanUEpGeTgSZDBz6sxsBsF+ODpDVIiKrQL2rh1/BhJE7BjkFT IxQbA+l+iKY5oFRWWGcRUJB818WwW6PLNX7VhiXwJgEsMRolgZB8qMVyi+ViizJt0OR0MQ2RbxMU dD6iWp46N46ItJ5x6TeuiocW23H6HHFVPz0ayw3K7DRuqXb07CordGmDw4e+rKTo8eQXEbZlyYjA yDKCh+LRlGVYLu5FelSGDA3Q4VsaAlvHoBe0YyUJonUlnB6OdWmcY8pMwwFH0vZ7sBPhQ+4Tyyky oWPwz1hoSLNoH4ZWh8VO8fEhNn1qMXU0eSFyD3Ze7AC5DSW0zv9PKAHdQLpBtaZzBsl7tSwvNtut FB4+VIEfiKazXfC8ZxH0Xgy9pNFwe7deS+Fi1yEW2Lud/Df+3rYMGberupbXyG6MD9dqtRIw2jAq eS3swHid+Xcp2OV7klgz3xfW9UM6m/C0To9PEPQyuJ0eHALlWw3OnYXM8aD6XVlmhJsQM9r3eius 7hXononm4iMcBQGOj54gH3eRHyyJqC+rLbpug+ORLbQOrt0LOoOICJ8HQyMUlIOjwx12pdCzEPMf z3Yx7vZxfXsjxNgCtQTV6p4lLrEHBuYeGlhZJhQD12MqM33wa/n8+NlSk5j+3Pky1dkUi597AvQ9 D8FkKocvCzh5Tbz/bq5vhL6i7oGg35P74uOPXiLKUumaiHEenZ7gSa+PZbQVuRm93D57+Sm2iw2C kxOc5RmGPUeoLX07kFAQjUTooAPl7Ay2aeJ//Y//Cb/69S9wF95j1Anw8uNnooddhWsxJvR14MWL J2Kz9PbVTlj1vWEAzVbFM79JiHbysG1Q5Yy3S1Gzm1a5Xf4QR0IhmEv2lXhE8fQm0dNRiTcBs+sf kUQeqiaA3dGhGDuJsaa3tKkM8XQ4RK/X2lCQDginjwAAIABJREFU6azSM0sIHYo4IEZlLuklbASe nr8QW9jdfo24YdaejcnRkRQGPgzEuUhWy6hH46YsTYVN79D6hC7qht5q7eIYl/cLJHmBz6ZHP9un 8MGi5IJpM/wSmUGUYHU/R3gIBacSEbVlYXp6jK7nYeg5GHgOuh5dRVXZ9FEK9GgiyE5NFNOs6g8G hfLvLELbnQiOCaryISC/xXAYMaXD4DZS03GEqWQLkhPGbSTJrSTxifA4oe8Vjd8cWIUpowXfh3jZ Sxp2+xHnxOaithBzi0paiMNRJU1+pqQ8+rU/FqpHDGu1O8ho1QV98Q0ZZ/laiMHxexELER94+uPT p6tsvbcub1pR+HTKZYUqP5tyHQLavE48XFi02d1wvc9rxlFYfO1NGwEbP0XFYb2TTpNWKP3hERrd x568umSD/aaCub2EP3RRRjrmP0QwFRtf/JWHSbeL/WCMb5wQNsW6Cjl5mTDpOzygGobvphh0XBG3 d1wDHZvSslpoLPeLpRxg09OneHL2BGXSkpJrrcGhTNC4JiIuieI1qnANS/GwzzMsdzv0+l3BMVmg SG5mUjmtZFjchYPVtFjk/uoKm3AH1XGEQsDP7PToGEfTiRj9jYcD6A0lL6343PN9UVc4li7FraMp GI2HWKbkBi6JLkra+d1yBjPowO128fz5BV7/8CNyyuWofbVs+V50gB30u/jP/+Zf43L2Dt3JKQpO 1IqCZ2dn+J//j/+A3/30E/7LP/sNHM9pX+9+Jwco7cTbDtSAVrQlRCYEMYr7g8UUn8l/6a9/gVxC Xn+OE/RESmRbxQ6JH3oUJshTX/g3upmhMcg4pg7LE9cFzaZdzFjm86ZIUbBNL1qSIzGAmCxypRKe 1mg8RWB22wcFNsaDAN2pD1vV21GMG7a8RBJFYtnM7iMbDLHYhNJi86QjQ1zsf3dbsbKtCUI/rOxZ 9IRwqunidc6fQ1+t4oEERxG175oYuAE+Oj/D6WAorPRDsodOfWHatr8ZTQaZr6hyy1vCcnzZkvFh ZhFjUdRIsmXwAqkVHKeZCpTFgr9xgdBxSGFoA2rpyMDwar5+XlN+D1IPqLkjnWCzXsEaTaXLYkfA m4WFTpjMhiM2LeJYmqWwPbLtW6yJJwBfv4jH30sweT/sUm5C20G4XOFyNhdy4mOXSOuYgKxvz5Nu igRP2RrajhxG1CPyz0jUJOAvtjSKKhq3xwOCQuPlZi+iZ+r46AhaMACVhV5pE8EHjHEzLKwTJkyX qKwDirRCsdehVBWG6hyurSDRFUThAVdv36EzusLk6RO47hDTcWuuR08z0mB6BMZtA6rNVQa70AKj wBVQXG1as8JO0JWwCfqjkR7A1J3T6ZFIjqiXi0CXjDt06RrqV9jctx0y8/wOUSb3Df/d0lVRDTAU AnmKvuvi/OhEglHKsuV9dQY9GUf5dX56Kp0odZkjuq/yUFE0XF9fyzU+Pp5i4NiYdM5xGDBHQMPd 3ZUUqzezNzieTkS+ZHsmKkrctEri5ufzO5wPjuRh533D0W30wKsKYx1f/sM/YNfroDceQclKjI/O 8Td/rWFVEt7Y4+rdlVgRjYIB4n2IIkraezDmqaK2DsNRgY5twCEHkpTeisUTH+ZISGkGPauKkqZ0 XLu1J/FyuUK8GcH0N1C8UBqMEn34/sfon+joHpVo7luSZBzuqHaRU5sXkhhVkldY7tc4G10IaLm9 2+L1Tz+hM7QwPjmRAsQQUo56WkKS4QZXNzcwfR/944lU+Ph2IVKeLjd47IiGQxTMzFus4BJ/4M/j w0TGLt0x+VBxu3O/FBM8WrJQ3vLpR0/EsM9sakmDdskxyXL0+ySw/uF0IXmWoxMxDOGksJCzZWZI KzufphGOGR9KccEsc1n/q7qGzSFExgzF3gAVOWFl6/VFUJ4POG9sYY4/JALJ6PDmHscDRqm1OBVt c/glQm+nI5HrwvMqS/TpcNH1Rc/IrkVSa94jhD4Kxt9fPXvBAOvd93h7dScFnQ8Uf77QGXRbuk4+ TNvdHpbbwVAcNNrCZ9FokNeW4RcPgubHmPtHu+ur2RqGkbaRa+Rj0eWTXvCu3yZ9Eyan77puoTQs MLSbIDo3Uk3HR/fqDZKKwRKA7faZRojbRQhtkMPpDtDvHgQvC3d7sb1JsgSbfSM6wGG/g0B30Scu WeVI0kLoFHYnQEfRhF7y3evXGN4zxoyHiA7V0KQrvL56h89GX+D46TkqJlUnGtzaxvLdnRCJeU/K 0AHg5vIKA8+F1h/AHQ6kw6d1D4mW7K5fv36N84vnePHihdBKHOIrBpBsdihdW3ysHEsTVQM7fAZ5 jKhu0HQcKvreB7h+dY0vfv0LaKYGx7Pxw+U1tpcpvnj5Qu75i7NTaFmDhFid68kmL6dI3hnjX//F 3+L7y6+RaAb04TnSq1t5HsbMCdAVYfvbioGgN8Sr+yWKbQzL61HeQLGubLaZvQDFhkInXSFL03kW H2aHxXRhRidYGKCKbvHjuxlW86V4rVvTS3jBGQ4bWvp2EXhdWcu/+MUZ5psr5IM9ZgltSEawrQqb ei22tGpRSZse7R3kK7a5WxShArUaijVIeTXHyfM+omvajXDZToA1Q6r0UOQmmg3lNECHgQ95IYBm MT0GuPK1fXx0dCYWK+rZGXTNhEFeELd3GQHZHGZd4pcnF3j5vHVjeAwalWxFCRcl9Z0dQSmdEqst tyO5Qt1bA5UyGKhCZGygY3fYYcENS48Mc1uwNa6Afd1EWdXocLPEkaso8OPlTCgcFHz/gu2PpwtI yEivMkowv7yFPx4gd0wYqiO8qeU+ko7ErE2ocS4FgWEPN0t6cK1w1B/iaDQWcl+cU4htiI7NqBpx j6DOkjieXrSFKypSrPII/89Xr0FDfXrA97yuFBIWwIREWq/AXGvwbhlCVztYz2usV2tJZDZUCx8/ fyY+Ye1orEgSDmWF1GAqZSEOEs/OjvDdd9/haDyUcVDrDnFzcwPsIrHtKZsKt4s5qt0ehmIgY9oQ ybNaR+xj3ioNrq/u0B8cw7K78Pwu9gy2yGqUuxRDs4Q5YMhEhtlyhx8u3+Di9ARHxhDr7QFPXp6I NIVdnun0hKVdJ6EUMMZUNGoXb2/XSIalSFwsRUEe5phoY3zzb7/E6Z+N8Sdf/Ar/9u//DsPPfoFP jp9idXePUfAUyT6Ga/bwD5df4ZP/+r+A4ls4xDsp+Ol6jU9GU3x1tcST5y8RaCrckiRhGlk2MEZT JHGG1SaUJcKoO0KvM5BCI9In00DFLfKO+K0L1TKwSLd49uuP8d31W3Q7XSRvUyi5juOjE0r/xA3D JxWIThNgKIyDyoywWlzhs4sXso386s0bYbMTuxyqNTZJjc8++wz/4ff/gL/5z/4aF59/hr//u/8F Lv28CJkwnk5z0LMUuOMJcH+FxnGRky9s0RniQytYXJs/CB6jhDa3MVR6uhilxF75lod1uIfWBJJM zNOpk7i4vCyQ4yAnNoFI1+mIwf9uEyHaR0JnOKyZ1edIlNF9lEgsN6UedWPi7u0aV+9mOB1/BE3P UauZjD1RxDzkBFmlI680PHv2TP47xyl2AhzT/AfuEYvQ/H4Gt57AVxVEaSzUA24iPS/A0B+i2235 SY9cpcfu4xHzedzwcZRlF5NmKdIH3hdXyApa5jlBakpgynyE8bAPTzR0JIq2oLTX1DLSsAWP4wQm b8IG2Ng0/0uw3G9lw+bwJnnIA1xQ/PyAudC5lR0iMQZSPDh2EWuSKDSJh/fEL4y0CbGh5oNHoTRj v5pS3DHEL5QOsmJpnYrOkyC4Y7mwmOrcqMiSGOvNVnAxmsCRMkKnCaaxpGTbq8BoOIRhMowkgtoN flYivG/89/iP2LpYVsthYq7dew62/G/OcCwdgU/nWN2GSymb1ZGxi8RJ3fJx/uxjPHnyCZK0ws31 HW7vbyVJ5+h4jMlohGa1Rr/D0ApLiu12OYdapDiaDCSEg1QByXFUSets4Q1qRnWTI/8BScJkIPrr l8LPUh0Dw6MxdNeG4zG+zJVEJ+KEpxcnCG/WEjmmVsDzp+d4+2Yo103vefJ+r65nQo+wuz1Us5ls fHs9ssIpb+FTqYmdEaGMLIoQuC5G5OkpKmIxUqTIQUFel3C7Hq7nl8LxY9eWx6lkN5ZVgadnF2I4 KK4ZttP2+mIVXsryQKtLrLeR4F7E3WqaF+x24j0XeB6OxmO8vrrBZjGTpdhiPpelj225+O6HH+Wz +tWL57D8QDrKdE4ZVBsY43sBsqs1PryCxXZdFYI2DEeD3zfhdcfwBzq8DclyB7Ht7QU2UnE14JZl i/XbSzi+gipLYdpdNBWJkjSWWyPabpBuCxzWOQw7geN6cPqB3LBJnKOKHXjw5ENYrELoZgHiqobp ya98UGh5wemD1jDkV/Hr+uZOihZN4rjBkpW8Z7YaTpVuljmSspAC0ul1xBHT1Fug/P0x6X0BsMpA 1yIXYie/WCAY78SCdTSeoNvhQqEWkLm2mY/Y2rk84hwk+InURTfgmoZIkGhkKJypJMLyoAuDfRsf BLD1g05rRpjGbSAmwypWq583bhyD+eDz/+fNt1qt8ezpxc9FQQqbzXzAtuCWpIIoNUqFjHpDRlkW s9aszYQeFwLO8qFix0AMg1bD4qwqm0wT4S5GOaRkyRachzY8EQvsyUAekH+O3fy+eJoFlUWXmNaj u6l0eVGEq+u5XCdVs+A6BOxpX2KIfo0Llo8++wKL+y3SQsV6F2G1iwRK4CHRLBp0vZGEgk6HGvw0 w3pd4bCLUCUhithACls4S7PZHCU9/fmeLBXzxa34y9/N7tDxPdDz8RC70AwuPIB9EUsXSmPcznyD qjFwoF2MbouZIA0YeW2UJsN41BeLJb/rotsf4Go+h+MFUOg2smeKNx02DOx3rcFkrWkiQ0qKWtK8 JfkGQBIxxSiVrTU7Ytr0zNf32MUh/uQ3n+P7n75FkWTi+rFO1vB1TyK+aKBILSs7aG7QCeITvkyY Lk6tFq2dbA1nZ0eiXeVIx3uJ6y92n+y8jmmNTN6fRgNMBz+9uZStNoH40zMSUY+F5MvPcLs/oFDc f0KV+Zf4+uOj6pnCaXODVIvvUMHIJF2D01cxDbq4vyaUUkgqB3VbrNBQGagQowxzWBqTZnKRstAx gMBnh0LirgmryKFoOXbpAct4jpriWd2BwUjwXY1VtIHzzEWtMpjBkjUw297tlovWSAoRtyl8+PjA cp3P56R1Im3Z4NyYsYjQCsYgYLzPBUeQDkwMCfP/T8Dr49fPAPVDLp/QKoy2G2NhoDawH3RRmAyu VISUaJWWOCNwhJabR8ZG+W4wVA19P8BkNBXaxc3tDG/fvsVcr1GbmhgODnizuA7sRm2jqGRpwM42 lvdnD5lAzaLtQokTefgeU7D55zR5e9wAsggIdyjJ5MbliUsxt1VrYszGU7TXa7BZ7+GRO+R1cOBj 88Ci51aLnVyZMZcvE4NEFmlDJ5UjknivwG8Jpu9//WMKxSPFgyMIr+NjTBz/jIVrPt9JkaYDKpcM 7DioQKDOWqF/fulgtggR7pYSklvWBkbjY+iGJQU7TQNMJxO5BiyA+/0ImmxgWQJqSW5mpuN2dxAW N11oO1YAt5Pj+Pgcy+VBQh5GvZ7gpbP7tTy0LBYkFpcRx0a6cGpCGt1tDm26ETtSEo73K5wej8X9 gxbcxPn2LCr9MRbcErNrOhywiy3s0widgGoCFav9Bn4wwslkjCjcY7kgNsb7KIBu87NMsU8S4afR y4tUoq9//yXe/vgGx90pKjdAHEbipcYNpavosvQgxkT60P5AWsgchmtivphhtTrB2dExbNJzuGHW VMTrjbiXEuszDVsKETfrPGxd0nqCLn7/zf+NeRjhSRTjoyenwgN7e3ONgxrCckf4l/7646PqLQ2F ZNIx+pmclwxRltMfDL2Bh547xvFRJgkjoyHlBDXC7Rx9p4PtZoaqWKPm1r9UoGsNekEDV/NQHnQo aYn7RYU0r8S3PKoY9a6jowXwGk9m8LYhIEkxQ1kRAGxkA0YWtqEoMhYR0ObDyQ+bGzx2WCT3sT2n YwGZ32QN0muJGkMCoZXHB/MPSdb4ZzZpMuIULWjNE182dCSXkk/lUuA8lly6EmTtt6Mbiwt1ZuTV +H6Aksx2KRAW9IpERkOKGCkYsmkkP01hEXnIWpRTEiKupnPr7pBAyTNhkMsGr8ihp6p0QFzLE3Bl Qebm9Od4raq1Q7ZNR4in6+W9rMvZRWmjiYyP/H95HShb8R1DrhMPY44nDOTkA8vN5Oq+kqVAa7WV S5E6P72QOHdSFdR/ZvP4yPV6ZNc/JiU9SoMef2X3dX7hoxswfMMUcfJyNcd+T74TFwB9/O7L32Oz PkBTffheHxp/rmdB4wHaJPjhh3fIsxpnp1PZDnoP2zUeZnINHgwMUWk47FIhktbklqkjOOoYX7z8 cyHh0tnjdn4tFirDo4H8jP0hkbF4s9xhdDaVlOnb1+/aMF9xL6Adiwen8XE5n8vWcbc/CA+MMMVm t8F4NBDVwmq/Y/MII3Dk9fLQOTmaCPieVinC+CA5gqS9cDHDDpK/MhX76dMLbBcr1FmFH7/6EepT wFaoAeXWvZTFikivHtjxcZ5JEAa5ZePjSRvGUuTieGJx0iDIbpjyM8YdRzS4dOPo6130Ve3nIFti pnTkbQwT3795BcelwsWQwnYfRzj5ZIoPcktIpruCUkY03uBOSUM2G/1JH7oykNPr3eU9XF9DmbVB qg7JZWmJ9JDAVExUjgNTb2DZJTy9Qhgm2O1uEe4McSTgmLONNtjtt2isDL2TCU6mJ/j+3ZdQNLou kAd5gKHZYs1D4WinQzuVNhhCWNTcjtWN3EwCstKHyrZbjlTNDaYiAlThctFLnZ2C8wf75X9cvFrP LVNOa7K3D7uddFePREmNPBQSSSVurMWVKEKt2MGplDQEOBl25YYw2PbTHTSOhfJAic9nn36E8JCi tnTRloltS1W3LpAP+r3Vdi8jEn/+ar2GaRjCj2ERFpmObkv3wkRqYSI/fvAPeBwBfxrmkR3Ndfrp 8AiabqFI2I1EGD0Ey9J5gRoz4eSwePFnVqWEgfA950WC/rCDyXQAXW0PEJIZ+cD8Y9zv/WtZcdnx YLb4WMh47UgrYbH17Y50h2KXvVqK7rDIYhgdF72OiW7PRUMf8Zjyd7PVf4LvP0YepTB9D+tdjNGg xMlkBMdmLgB9zRuR5IRM8iEFw3ShlTpM1UO25OvXMUt3GHV7iEJgt82QhroEPjjoSxJSkxvQkYo8 rM7a8fcQhRja9NzKYBkKFMPE7G6B5WYLu9OXrkU61Jj8MBVe18chO6CKQ/QmHemmKfmi3Ie+6jer KzRGA2fgw/YCNCb9zEIpJuwibS2VNPDZzQwnoyNZWjF/oLFbiRsxXN5f9MGnASEpElKYPFfMBSYn x5IZGccp7hcrCcXgayaXcc8Mx6sr+Ty2m1DcWYUUzkDOpsKrV6/w4slzaLaL/+23v5UCqB2PMZiM sbrbC/H7wytYdYO4SCVRlxfaVE2MyeKmh1NtIM5D7DZLNDVlKSu5OGyDky0/pFK4UGrjwFI5TpSw DU1y3eoD4NkqzNNTuempw+o2LoK+BcWrkShzfDO7FBkF7XM7vi6dgGXQT9yG4zKQlP5QvhQgjgf0 2OLGkJ5QhqG0IaGnPehVi9sQ7A4PLFIEgg2Rb/BheP/rcaT6ebThQ2aaaJKWu8Ui0eq1DPG/4vaR fkrkrWSTGm7cFgICtDzt9qYqHKQuN63kb4F2Nw06nodev4dwG2NfZi2uQ792oU5oKGUapSEfMOhz 1KUZ3eEh5LTFDjr0RspL+Tk2HQoeaAwaGd5NI4uAumiLCbGH/mAoGyL68gv+IFY6BqqS4QiFOGBI 0ZRuspEReDAk5+4eYbjE8ZRRZ6ZgkEJS9Wn5fJDiKCTc97oqfrXeWm1Y6yMtg3+XHSo7Y6F09Lpy oHAzxoKjNKV8Rhzx6IpKTd3bN3O8+2mNOI/EFI/p301Dg74SB72EFefy/9B4UVdbt1YeChw1h/2+ 5PCdH59iNysQOEeCnWqahcMyxnbT8sa4su+ZLTVgeRUiVQ6wGksOxW0Sii7xh2+/gWmRKNxgfdhg 3Om2o/2bS+yiBIMkQxiFuHhyhjTbS5dH7JBb2rhJ0TE17JNIfNnY/SbbPcIqQb/bh9EwRq0RpjtV Cxz3iRlrlFwtF4JrTscTjDpDIe6SVsB7vT8ZyeGVPXThHAvpmjo5PpYuLmRaleXhbj7Hzd0CitHK jHjA3+1CoVHU0OX68ecSi6VkyDM0yRTIdweMe0P0Aha1Hc6OR5LHwPuo9Uf74MTPitilNCihUZhs OAIOcyTLkxiz+ztcXd3B8Yc4ZKWk0NA87o5m/gQqt4VoCCOLspIMcCp0LQLqtmAbX393g8lgjOPe FHXZQ5ivEOs7VH4D3VNxqo8x6NnoDRxYvNiNzeKPsjggL/fCEeEJzRucFV/TdHgdJrroLTmUqR+q LR8m/5yFoT/qC1lQZwpQ3hJC3083fv8rZTHwGe754GtPS+duV8YqZiRSZMoxjw9irx+gPxxJe53R 7pgYx3LWtu4kr+r8e5p0HeInX2WSEBSHGfKYm0+gcgLRBz5iPXyop2Sb1zWWyxYLI6P6ERvabSPh iPU6JIzy9E6hcNuXZXLaTganGI0mOKMpouuLJQqLe3TgtTJkvJGNXtnqK+XiMl2IlAhGqBe1pNqU BYmtawwjDx5PYG4RHxj6vP6PCeCPndRj0ef1egRnxUCPBFLTbDWhtLJm6nfWBnx0O4QAjgWX5CGU xty+zqRjot+tYI55BYfia1RIHR8Fw0Knx+j1+6JPZBdO5xAWSjGYK3Oxq7a0Aaq0FaQnOcH6AbKU ovkeioavy4DuKrjfXuNmcwN/auH5p0/h9GLcrE3s8givXv+Iv/jNb0QPu9usZYlydTdDGKdtMg/x qjjFX/3Fn+Hd5Y9Yb+bQNA86E6Vo72yaEpDBcbFL8TYNJ8c2nK6HIqKEawtDNcX8kAsO3pPH0ym2 6y0G3kBIuR03gKqYcj+zm7+bzyQEY/JAa3FfvJCDiAsV8sHubmfi80UDyvV2g9WDTEwsh3xf8g0o dudITknaLtygG3joeDY+efEMv/3t1zKKBk4Hs9tLeabY9ZdWH/2R/0eXl39Sbv7Yb9AoTEWmXasL tbKwiLfwOkDf9BGGOX77doNoXaKz2WPgGJh2ldasPrFR7BzsNt8gqDqIUxNVXqHy+nAHE4SrA+6+ rTDU/lsU0WvM8AqVEjLdCmZl4NmRixcvPRRCUk3kAWGicxSHUiy8rgstaqBYXYnk+vL7K+ySWFpk OlwmqwV828BstQMNLml/S6ExmfN6UcuMT6DceRCxPgLVfHgfHzpxWXU7gtml7GSSXKQPHa/X2g+z H3I5q5ZIkzbXz2FyMQWotLDJSxwfXYivV0riKjssTf66SCf0CljVEW7v7wSzmkynyDUVr5f3SOjD zZitkz52u3uRjjAEpGMyXMIWtjslRpOARFHG3LOKt6MgCyUdCEqoWKQ3OO+cod6FKBUTdK6qHB3p fYSRruHYeYL1boXr+1vUWo3TMwX9Xgd6SSuZHWyvj3pZIm9srCMN+iLHeMBxu4Rm1FANB4v1Fs/7 A9koU6ZDXZ1Ddwtih+SMWSZ2jYHEBiy9wTUdGIx2m0mGHbuWR6fTUb+DjmuKA4EIqO+3cHQPA5+H R4wijGGWLnR4WKwSWE9CsROibjMt11glEbrmABP1AmroIflWwc3NFrlqQvPOsStnMC5iHOobnD07 hVvcIVwU2C9UREtDKDvnvxyh90sVo48z1KGDI7eH42wgLgrE0faaIbSAb9+9wak3xmkwwnK7xn63 wC8/+QhGo6KndbFe3WMQGOgHffz46icZEVdbZkEOMNtuJDR38fYGZlRh6I+gHqiQaGRDGIzH+PHt Tzgt+5j6U+hqjW/v3+Lk189x+btv8PnwCV5WLv7N5SsRl8uBSyJulUs2aJUDq+UBnhlI6EvHV1EW 5OWpOB6OUecRjk7Gsk23DEuK3HJ5j7erBbzxBD2FE5SN049PcP/mFTpOB9Woj58Y0rHY47NffoKQ xvQfHoZFp0+evEC430qQRDF00ND3qcjQ68SI1ztYuoVJ/0REurdXc9zdbtH1jqDUT/D6hxKmvseo P0Hmubh/t0EWV6jLU6yzv4OpraHXa9Sqhho91E0X+4ONmxsd1rDAehvLyfkI6tJVdKLp4i+0Wy4x W66kmyg14KI+h+15UMi0VltQnqx2rqM507MYUerAv09X0J5pSWcgiT4PAPL7AmFuOPP0IBsjdiZK T8EhimVrpjV4wNF0AdeTOMU+zkW2QO1gXTWYDB6Z6ZnwoaTgdTxhVEv3RwE52/sil9cq1iy0v/V8 IVZGRes0yhPRoZDbsmGZlnC2+MXe5edFAYtu1Y6c7Fr4/RvLxWrLYNIc26jCikEUjimWNKbDYrdB x1VwetSXFp8mfdkukyJIAfb2sKUvIRQWYQqIuYkLPZyfDDAc+mApJjgf7g7iPV/X7VhYUXdIr3zV ablscS0WKJnhyPt5TJluO7t/yuHin/HvfPppD5vlHlW6a6PFoMOwmCmgoz/w4XZU5NtQbFJ6AwWf nY7QG4yxvj3g63dfYdBcoHYZ2eXCCCr0TzoYHY2kuzO1AFWuwOx4GJwya8BBbhRI/RDmSSGb7Muf biUpJ/AoXN9KVy22MAIxxNhqkTgr+OM+jCIXJ9vVfottekBta4ILhQfKwLh9K9Fh5HxdiQ0Nx33e C1wwbOI1YjWWqLk8rzBg+tAyROp3JR+B475qsAvaYLfdYq104Ef0HFuh61g4GwzErpuOEnSKmK/W WG7ZAHD015BVpYDoHOWcNBXgndvQaZ8E202rseUY7bCDa2PODNQ4OzmFHmu4CYktZsjVGuOAumEP +YfoOCrujCSO0lAziwR8pT2sMMGVBrZ+pcbgAAAgAElEQVQWIbAa9CwPRuPIB8pPjZuXY25u3BFm t3NkcY79ocQh3EqLy8mDo1Vu30E3cugu2b3ktXgwdQ+V3mAVHmQEWNNsj+JRSdAhOzfFKorbsSMu BEwf9rvSWfFBOTQFbHq7DweCKRCHoxc7XR3Y0kpaTkF1PWA8GOuJG+d7D83jlxDlSLdgtBE3fYaJ 7SHBer2Fa3twugwitVHUBZbEJEgG5GiCRkDz48FQXjOjoVjsM8cR/EwcJGiD6xDgbBAdDm2HRscD 34FuG2J5jKISbhVxMJJGyeciTiFf9R/A7cdiLmPWe75XaWnhfpGg4oiqZrgL1+j0fZxNJnC6Q+TV DgpdMLRGHkKulNgY5XGNUi2xpt6zpK5Rxz4uWwtrHeh32xGQaUPsJPlQilazKKTLa/WE7FzZhemt AV64h+XU4m/OEZ7vgyLlx9cqr/1BRiSbT0XB/GaOqmQYqwnbCLBotggPM5YtNEqGZjWQbVq6rpFs ciT7BuaJjTjTkXPpMqGbJBOqgaw5QHEU2F3ep6z2KZSOAa3TWuaoao6kTpE3EaI0QzxXgJCi6B5G foB7bvCSPRTPFGskEnmzoobL5kZRRQt5M5/JIcT36w968Loe5qu5LIJYGFjAWPSZhk7XDd/oyHis +rTo4TPW5lfeXikwCuKCPr78+veS2mP1LWSa+rOnPlO5ZcP5kIzOQ4PSo0LJUWo1NFfH91//XiRU huNLshQLEQ/V1WonW9C+E8iyqiAFxaRMKMPV5SWGfg+dE4YHxyLI39fAZNwXydO5NxEZ2vKPdBf9 /6nD+sOLYiIK/+HJeahjNNSxLRR41QTVwRPJCXlW/aGNwdhAo4UwenucuA3iEDhs7kSOYPUVGBZ1 W3s4+gn8oIIbFFA4YhDANRNU5RZhfI/NooesZDafLkZ8GpNO6gpXs5VgARcEBJnhNxmJRxaJdyFB YcMQl0/e+HSLINOeHdK7d+/kAybeJHq3B4b741j4WKwe1/M0KeS2Rng+HGkVVQTXs/kC/V4Nzyed gpISmvqT3tEWUj7I3ILRR4uFtrWvsZCVhWztAuGLacjTQmLDaNHM10s/KvKR+D624QFD35fOQrhk WisEZxfVBkby8GwLLb8eXz/5U4+mez+tK+TLHWj3R1IkI9jJdxsPgUNWI6Zv+I5YVBvgMR2312Of RzKWfvdmJ5o7bq34mqY0YhyO4PgsVBV0dqeOjfu7GYb91guMRn3sQoTgmhbttpG0k05HxOVjvyue 4MIje+xk3yuyj7a7sl1UG4xHAQKvL9SEisB7nqMfeGLrfPl/duGSrd9RgfsZ5jczbG5qKKcX8Acf Y48tduVOAk6SYoNE0aE7tXAByatK6gyNWqCqyWtrwes0j5HENZq9jqnXQ9fqQNPp4mELl0oxG7Gp efLsAstXG5iP3mJMZKL/f9ZCBzwwiceleY4BfeNI7oSKQ8zcAg/93hhaTveLPX7x648RU3T9+grF JsPV2yucdC9Qlg3e3S6w2NzhZfeFuLUyFZ2UF2gZnlhPcPvmnWBn33z5Jf7qr/5CHCe6ox40Bk4M u8LUp714lj8caLTBcX1ZeJT7GJZjCpRB3It6XS7X4uaA+WYpjqU9FmwFOLNOoCo5Bi5txpufCdsf VgiFwJ3ss1qLF7bqy+UG63gHq/Hh5h8DTUdYxdv7d3D8HCcMKcUeu3iJZTjDwJ/AYnptxC1jjeGk D6/P/MIc200p+XENFSMUNJS52IIwR46xT9EhlfQUBhIMx12Yji6j0+5+jogbo6OWZ0O7YgpDSZjj GpiA6+3trTB7OdbS3UDW00UpDPWLJ6fwfRcaxyCTGzz1Z5eB9y1YqEgXW+WyFGFyXqmIElox00KH t1+Mk4fiQ7+iR1CZWzkWLKPiQ9x2nHyddIZYbzbysDIkcza/h6rpmE6nQjrlhosbU8Nmwe3AUQyY HIUY9c6wCdq0PhYrpj0TbxNfMnKb/iBwfixY61evke52OPIDmDJO0uBtj6vrO2wXIRqqCxJuNQ/o +DZMLxfN5zo5YB/RJ7yQ8XYbrqAqNfo9V8Df/SZEnhzgdPuyHKCNyiRJpTjzepEaIQJn2iwnibzm UbePaUDPe0tE0pSXcJx+7BAfi9X7ne7z8/N2CcAgibs5bLdCr9/Bs4szsRvK36iyse4GKtzcRb5n ZmWFnK4ieoWqtpHlKyhGJl3wZp2K7xpDap8/ffC5r8mJUwV/4+Ghag6SRkWt6hgGOlQeYvR5d01k aoaoiMUQ4Oz8HNnbCAPDkRFeG5BM2qoheKi7jouf7t6IL9V4NBZKjesHmM+WqIsKs9kCrqLi5OVE CnjPmmA/iFCsavhTA0rU+nhx2/fp+ef44tefwWoqDBw6ZOgSCdYzGiyFb8hN4EJcTeJoA7ffQZWr +Nu//RvpmGf3K/z002vcvHuLw5JSLAV9y0S+r+CfjMUm2+/3ceL1RO4z223xw08/4MnTYzlIaStl m60KgIumTLNgegE+zFxC8mlIaKxrZFmJ+c0C8X2OwBijp7/EfttGAQVdB72pCdNvaQqNm6OrnUCD j6bkRe0IriMyGbKW1RK1/xa54aCsHNSVJrltas4UmwmsbAy7F8Omq6fNVKlcRs5DuJOk5KpShJdj cVNo6nA9C1m8F0ImH1iPY+nxMd6+vZQgSWJCBOzJmeoz85C2OA/2z7LJewDcKRzmVk62Wn4Hq9m9 GALuIpoDUlcXYDAoEB+4dSQXhf7uXfGgIj5DXhO/j8GosIyndxs4ypGJHBluKzly8B86o4oSnluz hnrFXOgEXY/8pNYWmSM5v297cDxQLR6KFcc/Od3f0/NJ0VK1Vsht1uj4BkYDr80YdDRs3mxwc3MH S7NFXOu7nniAdQwb+d5AFSvIDzYICnpOCVVvN1YK49hp2czQwFIT4JzrcOkgK6Z51+J5vlrct6tz Enw1VTZ+Mv6yG6M6mu4Xjwk8/+hLwOP33ku/2xM8jltpVatwfDJAp0MJk4Hrqxmefj4CrByOWUMP VyhvZpIyxI1yEFhQwyEGnQx+v0atDHEgOzzOkOxzKQZ92imrJO5StmRJiIRK4TrdVpkJMBxA4+eS JrBcCz3HRBSuBTtioAZpATTO4/qAoyBILPZVcRDhKHw8acmVDOilwoLYYSEOJIpcJ6YE/fKvP8Wr b9/i2ctzuLWLgd3H0adn+Hf/w7/H6OJUIvKG474UjKDWMXZ8ObMOZYaffngl5F0hSlsuEvLZEgrL TeTIoZcKLEqXRn1k+5HEdpm8P/IMnapANrvHYML8whJ1nNH5ElpRY+iYCHsufri8RN4txI0EeolR rwNlzXuS7q0fIIZVMw+FWINovxKEuxS7bYr9okCmZUjUN9IJMdoqGChw2bnr3LjlME0fT549k1DL 7TVB50SAvbTKcWD8ezxHh1vFgtQJYlcWdLpoKjp63gDBqI+6PxcBLgM00zSUhzo97OUBDjp96YqS NEKaeNDUSiRBLBi9/hjT6RFM94HpzgAN2xE2MB0dyWxmTiItcyVrjb7bj7YoD3o34l2pYmK1P0Cz bJnxKXWR7uFojOV8Kd7cokWjLUjBYsViQf++DNk+bXEhdhBVy2ZnwQz6ZJnTuHAl+suYouwiwUAJ xFaFvvc8lYUyQb3aezSBR4yHWkF2aXw97L5oraL8M5pIGux5ky5e0KIGGjp5jjc3V4gOpXSCfTtD 39URWB0EjQ913Sb5hDtX/Ps3h9egypfFptcLcHrUxel0iGOOHJ6F2/uNdBMct9n8UVpEryxyrdpo +kTwG0lTZjAEQzgobbGZXk0CZ8t8/8eSokfDRfr9syu2PQcnR+PWsVaxRLJEjy52PamlorBVaNzM NgUQabAOOnTPxezNHexegsFZIDmO9XiKpiQnLJSHOmVXyCJa0y6owaHIEDJgId7hkMXi3ulbOpIo hMJDkV10FiLc72T0YzhLSaFyVYpuk50PP2fywIh9jodjoZp8/e47BP0R6jRHxgj5oIfGq1H3UizX ayxuF2I9TG5ZoHelK630ApZRwHNUiQPbLu8xDMZi+6OkufigXb55i09efiqLJRat69tbweHKzRqH co/ibSyHNiVhw88+Q4/QAu+dzRp6P8Dsp7fQubphsMRui/DVrWgTR794iScnR7iMdrhbLUTik3Qq TJ6d4LBaSadlERj84AqWSCnaYEyGTHB9j8Zs/XAKHWYvxshRMJpYsDs5/EEDe+BAyygX6UJ3NzDy BhlW2B42wsilaVuUbbG6/wF58VcSzNp0ApiBBdOI4Ds5Jr0CpyMdkd5Do1TCZlaZMqPqcrJ1O0NM pxdAucdqPcfr1yHGw650FeykOpzxmRi9XD6k2tgySpIVztw/XZ/CZkq12QYjsGC9j5+QEEni5Zvl QSK7nzx/JuZ1FHp34zY4guCzRwdRzvO0ts0SOYlov8zUn0YpZVyTXBjhIjWyBer3VZTLNe6XS9yn qcR/Mbar3wtgKRwzlZZEylGPNz+LlSTctBiE2Bg/UDBIUuXmkHwqeVh+lsq0Y2O3Z2NsuZiQb5Qx JYhpzAaqXBPt5V/+6hRabaDcqij3FrBRkcwr3N8WsiTRPuGQUwnY3yM7O6B4lhSDPazkgJOzC+w2 G7HykYesCuTaFaOBYBzEvlh8iAHyfTb7pI2259hH6gXtnx9Ip3w/LFiPzHgWrIYR9CkDQrh/ZrGu kOWU6lBobmKxqbDRS+gdGxNljE7XgrZVsFuNsNioqKMY3T5JyiTWVkKcVDQLCaGDbA3FoT02MwLo U18jRoXcaiRjQ3Ua0WDS6iUPS9Q5iwldITTsmTNJx4w8Qd8aw3J96JJ3UMthwkUACdcOTfDIz4oi PHv2EprRho3QxJEHtPexjjdvXmPijZCtc5RxjsHJAP/w9Vc4eXIizP/hqIdnnzxDuT0g0G0xsqzT lmxMGs/nn3+O5d0CAxoBFAVGx2McaFdeVpIANBoMhUcVb7eizEjCDdaXlwhmJgLxaacMJBdeGXWM aRqhIUygJ/jln36B1XdXAgksM3rePRFvO9ULoHPN+aEVLEOx5NYvmzbKSqsoOXHh/hJoHBWKpghp bWA70PJCEK+61KGaFfb5Cnmm4+pyj+IQYDg8kfhxpSpg1VM41QHHu5GMZ33dEX8i3VZgdkvk3Rhv je8xspjy2+BqE+F+sZMOiDdFYAPnIxOL0EGz07E47BE3e5weT/FseiqpOfvNGravwnF1bDd72JYv YOp8voBtDhEENG3LYbk9/O6b17Je/mR4jkKt4fd0LNdLNH6OJxMGs6qoVzV6ToDdPEOsmDCUE3Qa H2Wo4n5/Bxg1nr+4EOFyFKbw3Q4apUDD4AbyjBgFxG5DNaD02iSd8uYHBK6JwKgl79Hn9skw240f nxpNkULTunlWcnBQszbbhRIAOosKDDUTfkOObw2NsVkaO5UCUXKAV0Dww1ynU6SGKtriX33+QjaO 0u2NT3H56i0q14Dl9vHDm1t8vXyFTRCj9hV03T0ujp7DrGwkG+CH2S1mPQOffP4EQd+Gs96iiCOM mem3WeHb3/1WSIgble+5wm2To0uNHCyUhxK2ZgsZmTQOLiLYkRYUwT9gb7zHfl5+NMSUtpIAlKXE jX0oRg7TqLjGxMuPzrCvb2C9MlBt+kgiC7e7Bv2Rgu7AgrmaYfirrYifK5MBGhoMrUCVxdDpQmId IaxySexRHE2i4t2hh2nvDLPbO9zcxBjRvq9KUaklEkOVGLV9Rn1nBSspcPbiHG/fXsu2ret2ZczU DY1sNxkhTcPDdruWQqCq/HzIlUpxMZlKd7xc3eMiOIarWjAKam17+PH7H7FYrfCnf/GXeDN/jQmL 2yrHeTBtt615gtzQ8OZ2jr/8/HPoZYbbq5/wyfPnbdxaYwL3KT4++RORD7ETzw47uEYbL2doBk7N AMn9Cs6gj+1/+hK9/+a/ApwEoXsio155iOGGERyvwZ0a4fz0DNVPP+LdV6/QOZrgp9kl/tXwC3x4 tAbK8NR2c2ZSVkM2s9laG5cauSx0IKxl68cPiDdanMVYL9YCMPOm5AaxY/Vhw0JWZFDUWoDTF+YL 9JORJLtskg0UiqqzEp5ioGOQd2QhKip8/+MrfPX1d7A9X7hT1JSRgOg4JvqqijB0oWkNBqMBht02 josMCI5J9Pj2OwOsVrcI94yuJ0jMzQxHjwpHJx2sNlvhxfhZDv/uFq5j4Gg0wGA0xWHXwSgYwzEd pBsNRbSXYkROFPEKZsuNGDMleriDAK6kULAjYafEUVrUPw8UhMexjZ0EwWzeHOL06QdwWcgenUUf uj1uxETSIhlz7eFRxMlDorMi4baZxRE2gc4i+rDtlBHlAYRnpyZpvUqbFEPwngWLmFYRLwGV3aUB 3aSg28L5eYDuwBahcG/ERYmLbMvgDo47BKpV+dzZXdJDazvbSrhmyhi0Tqcdq+sG2/sFPN+Ep+lw TB0OrWOoSq0LcYPYpwf0XO9nWolgSe8B7qQ8MPmbPDXBu1jcOGZGNarEgM5lT6YjWhyQR1cy4vq9 NQZnJk6fapgWGvKkL55tFNXzsCBDh24alVKILxRN6hhMYpseBt2BpELTP4ptV5e2OCkQWDoCd4TD foneRR8HM0XpWbhfHVAYqoiXo8JAE6vYRSHSIoNqqhjZIxw2qWgZ6RqhO5ZgaIL5NRkcV8PueotP nj6X/M2eSJZCgQg++ewzHNI2f1PcXRm8y9dP+xhVxT7cy4Fj2Qy8LWRqIAFX+Hq+L7CHsJEeCLns 7MXmfHnAfjGHSe97iq91A7k6QX2Isaly8Q7TswrpcgN9m+DH/iW6Y+I8KoYnE7FlPn5yjsswR8pr hA9tS8gIKw6ASiPYkGupMIkfFKmEQIgfVJEgSlRk1AhWQBInSPYpmohFQRHtl6MyDSZDUR7EVdHW ufmzUKn0fdrL1sW3XZiuJzfWIayQZjU26Rpvr28E9O6OBhiRoKfUKGJGWm1hUDxLvaET4GQ6ESyJ gGddc41P4bIjsp7ZfCfFYzSeIC8VbDcH4RcRT2KwgOcHGE2OJMZqudrIh0zrWL30UIQayiYXno9S agJaUi9JC+cwiRE0Hhqd9r8trkD5EkmXLFIVY8aZO8JELaEctGxwLrg5itLFQYqW60mLTTxNisuD Po/FnKaE7ajXpgVx5CJmRK4fJTS0U3nEtiQogzYtaRsrTvE3eTs8WbkJE/4Xr4thCKesbrbodg1E KUfWPUyTPKoEdRnCcBsJLIi2CeZ0TNAotdGg6bTN4UPCWIQGSR6hYuBDN0BvMIDPqDCOV3uSfRVY FJFX7WKGnwEN5lhQqR7QOi2lhJIqfr1v59yOtpQykWJSigQp3SdYXMfItxBG+f3sFLeXcwlK8fsZ vBHvVkNcWj1fhW8wVp0da+vtLx5fpimj6Ha3FTKmGBiaNnbLvcAe07MJjqdH2BkbbOc17EoXq598 fQ0z02FVtgDqVFHQ842vSzOZOF1J2g7SGqqlwx10sdjeCO+Kjhc8MDerlWCBlq2x0UTP6cCzaBlk CAXkbjGTVBrDtXA7n6MX+HB1/WGyaCQUmF8k4fZ7A5FLcXQ+Ohqh2/WERlEUieSg2LYu6ge6d4gN BaVbSoOI+ka+TnrED4aYkEPG55y4rtNHdXeJ/ds58uUS8dMpPnlygfmbBbr9Pq5m7xDuI2x2e9jk EH54xNGW2sDfEbugEX2gGxKQGWYlph1ffKcPKTEBnp6q2PASszjqtsJMMVI71MiQyajVHfswO6bg Bms1QkOnAKNBZ+BK1BL5PlypF2GO311/Lzwkmq05ji0PCfkjtd+OV+v1vThJdOiDbtETiNzHVoBb ZxkilNhuN1D0Shjyvb6NKHEQUsicR/j2+5kU5U53iE63J9ufNdN8adS3WuNo+ALzzVbeBx+mCcmA jKOCIoTJzEkQF5F4iVPfJaMMrSV4zcpCTM9IaX58WAnC/wwwVxUcTW9P0YeQVfl/idPz4eXyT9b8 rZPk+w80i5mcsIaJDrP2LF26K/59Fj1y1KpGEe4TT2d2NnzNxLl4feR7cTPEDES+H5UR6g4sRxNx LUH/3mCErqNDr2ykndYmu92iEuOhA0CEvfwc2tz0xVeKhbd1/FbQ0MaGEiQWd34eBMTp9fWwmZWY ML21MqHYmvgLHy75GbRLYbdYEf8jbprDUBo0RY10W2F9nUFJM+QH8o1ypOUC62KBQxnBHRvobOuW GsKTpGJXwuteSIfPxCL6j1HSVedbyRZ0PF+MC+nuwKJOexk6q67ul6hoLVpzZAeydYgmYdfLwNgK nRQ46vQRBH0sVzv0O23aNuuDZ1g4eAwJDsVJNNzeokhiPD1/IgJjbhsvpmfIowzetIfLN9/KRvXk 7ASzxb2Eu0y6fUmfdujlFrWWP7x/1oslzi+eIY2WsB0L/UEPimXgEPHwr+Q15EUmI2mbpp7BaHSY 5MI9OYfBm8t1kOklGo2cdgU2t35VjaxIMZj0kGol7msFnmrBbjQcDSaINmssr+8Rrw7oum0a1ge2 JWzlHyTe8alyXQdHPQ+NFuBQcMzzYFVt5Pue9ilJhpoBDAyEoKxgsYHumnI6mLSePenh6HQgNwmp DUFvhbmrS5S2ZrYPchsjZIvl7ZMnz+QkqotYMK7dagElT8iskiLCOHnyjeiWQGsWnt4SclG2bgVX i0iEqBTwDofn0kH4Pp1KXcGzlHogeIPaKNjv6A5ZYjoaSzgFrYodq3Xe5M3jOK4UPUaucz9N0HNX 69jTgyiOWxKqRVBXlfU105TZ8fD3xPpURmnVNVJuZNjGK5RCuFJExAfrcYQT87lWLEzPr8di9Rj+ yULlp76cugEDUxlyUVc/B6Pye5NJTU4OHU+lQNK25mc7wXZUEKdPOG1IBv9MMQQ3o8FdalfwDQc+ xd4TZt5ZyLJKUo65teXGbMu0Ilq5qIpwdXqdFojlJvCRmuCRtMj5vCmEaEwaRpMx36MWRjc5YT9n F9IUT2Hxau+9hu+JqUkP74ucLcHdAg2xzTBfYHC2xEjPEaUh7tY3qPUMTdOR2KuMFjGpBUNsXsjX 00RewnuEHC6KvxWtxmKxQqXosDo+9vs1fv/7bzAaBvjkV5+iwB6NYqFuVLmHiuQgbH4qB3zDxQA6 +sOpOOp+9/Z7nF4Y6FJ1UaZI7xYIPAcV1Q6lgcVyiSIFusFITiQuKXTDlsVJll1itdng5PwMg6MJ rhdzDCYjBBa3ta0rLj9BYjSkYLBbJPSgWUy9NtotN6U/VBs8KAX4/blxp18cD0OBFgwT/ngshYkC fAulCOjd7pBTKa7evkG0W+LTp6ewhwaMZI9ykyNQmGDVwWenH2MeRRhZB0oHAPsDK1jtjohvtpIN IceYrGjHDDbfMdN1bQdD14WVsoq3kVcRx4R9gabMpfvRbAYhZLA6ZKonyDZ0luSN2MgDZ/iQh4L4 iE56g6XJMumEm771veAXk35f8gGlA4vbHD54mhAuybZO6C1V1BhY1LjV2OwiRGsVh1WN04nDQQFl ksJiagtDQ2m9YR7hEG9x2G6gpTWOTvp4/uREvKWIh1X5HgaJm3xNutk6Aei58IJMV4Wl9oXCEUUt DkNciR6D9BCTYZC/NnXb4aiaeHfxIWVHxkLBQtuiXX/AG9hZsPsqykJ+LyOTrgue+FjQeTMW5QLD zlMplE1GYZJ8E5FaUPxs+61uT2gVtJR5GAvfpz5oikUPlBY7YqIzsxDLUvhSIrNRmQbkSDfcxCkq 4ZWVktlHC2c6Y9DNlY6VrEtiTw1VCmaUJsiiFQxTgWUTXzGgkTQKVQT1yb7EXX6PyaQWq2vpqnjD KezAyIOj+0f7exHeNRoMx8TghNZAQOg1smgh7tbTJnA3xHNsuNoE22sF+zTEoJtD02scmQP4gQ0t J5DP12OjCLrSCcUVcy5jLK/vsNqt0OEywbeRxw/BoU0OEgG9boBFlCBPFDR7TUY5OhlgRMeNLV59 8waB08Uk6Arhl5w7xQHORiMkewWFpyDMd9iHeWsFzsT09QaN0uDdK1qKkxw9wj7cyjTTMJSXZ1XD jI1WXM/ry3Qf+cxLFnQVukNDcVW6C3bLPGBJWoUDkXwx71B4cUmCrOBnKxdZCpQeBGiWMxi1ie0+ wfUsFJzwyHBhDG309h6SbY3sAFwu38Dr29KMMLCk3u6hHtkfHnGUj1NWtj5Fm/UWOqkORoWwSKAq DvoMdXQcGAXTOlqOTdYUWBc7DDwfeldDlVLnl6NUVOzjDMsZ031zuB7X8TTa8x54HQ2KOhdnUz44 4e4edZ5g0HVxNqHVDNXnKv5f5t70x7Iru/Jbd57vm2OOyJFklapKrZbU3UbLNlq2AX/2n2vAsOFP DQktUypJxWIxSeYQ05vffXeeG2vfCFapIbQMNA3zFRLFTOQQcYdz9tl7rd/K8gpJXuA+fhDTdF5w pziCqwV52lw4jmWFPr3CzP1CjjV33+3huIbgOdJ9hTKjSZk7cYWyq+Ewy02w0CWyIoFPuJ9LfRdD QBlNNsgThoWkFzkDNVChy9TnAGk28LGpv9HCgXnd06dV1lJF6ZYhiyx9d62KocHZD4kzA6GQi9Fw zaWHw/QUWWCYJ8VmPPtGVH2bsjiynyW6JXoon3s+tBPVNaqyhhMOx005Hj+LTp8/T7+f/Q5ip599 kpz0ns4DXF8u5N/I853IQdY00vK4wIlTWcKqLOmT2Z6KviOKuUbN0FFWYM+ZisdIDLyGo8MPSGoN 4PNBr1gdddI8tzVW1c/RY6wmqQJ4xix3aGvmPdroZbFn3FwHa6xiympz1ODT1kNhcP5pwPNvoHen KDMTcbqT+1R6BPgl8FMHfkANVzekkJseXNNFo7fyQi8/PeDLX/+jNJX/h8/+vSwc68MOIzOA2hjC dbvbRtglDbbLFJN+hKJTsVH3MEMGrBZ42B/xx4oqmwvFyZbZo1FI0aXh/ghPC1AZCh7uDtCMEtc3 C6RFJHo/k2hsx5NTATnqFHKSJLPVfSQAACAASURBVEJ5C9sFlHZwYybN9FksTIkOe8q2xzYKcyvT H1hXHKI4nidWNir/eaqVzZAyEZrie4a9KCiXCe4ejuIC2B4aBO4LNgexjy0RghcdcH+/RZPW2G+W 6I0SZ69fyFSeMMJ/SpP7SVhzBpCcJMZUzHarxDPHULK0JpmAwtKBU0Tmk6F3cEYuaktD1GQwCqYl dxL5TbumG07hWQ6qTEOZJtD7FjZ7J6op05Q0i2Xq0oJhni0+e3mDMGD6souOTHlqctwQQeAgqxgm Sf54hSZvcTwkwoLy03JoPnekOejwwwtkUYT72/e4fnEiYs9oV6JvbViKI5gTieFyc3k49ts1TK3H 6asXaMRDx2xFRtCTG2RLNcEpD60lLZHItomg9REJ6C4WfZAnvPOh0VsVFUBbjDXE1PPXODGSPkOe iLmZC9ezf5HNeYoPCXXjLip34amk50M48QPc0MjUsIajjGHoXclHpQCS/P1aHkjZiZ9Fp09HQvn5 0/01XR1tkshyRqJEFK3lz4VaKMGp/Dd3SYzb1QYqdVGaJr4176lae3h4FGyOofB+ZjK9JOaXejTi ogMzEGQKiaJaUQCKib42UGYMTm0RXMzkaEtPJI9Rcm2IEjaGoQMN2zTFM78wqxJxLNiOIRHrmt3h zSsX68fvsf70AWoewFML9DUnoCWuTgzsehN5xliwQqaToodj/4aDjJZeyhLL9RrLzVaGNCdnM8wX C0FOM8H8wjmRvlvTWvjtO4oybew+xbDDGfpjjccgxigukDBVSTOgMkCCKv6eiysb6waaJMft9x8w mbyBoTjClledEm+dEUaahve3H/GrX/0Ku91AHTldzFFqOl5fXQNpIww09t5AyYdo3QYtHhE81+en SEn8/fBBqu7r62tRwZMgut9FuHh5Ktwygh7J5CfLnws5I+v4OdQKio59XR1JYuD84gXyMsNXX/69 HKNjY4/bb24xCybQNR23y09IHB0Px1KEpz/250eosA7QNUeOMfGxkAfryH6N5SGcvkFXHIYGJHGx FAZytO1O5KXtH26FpqmqKd5cnUJpVMRbokYtifd6jH6HmTnC2COSt8AyesQ2KxAGU1yPThGwL3g6 JK68X+2kjGevhH3UvsjERwXzRtCt9tRGNVLlxiV6idfnL2BwfHz91zh58QZ1UgtqJWtbfPv9V1gW B5xcXWCkMeae2Bc2ZyvpmfjeFD0f6sIS5vbtp3dSZZ6ekeHOkfcTmI49AW0kRxazKXEZ+lAnE2yj I74+JFicnCHeHGRHzEcqKr3AgdVb02CseDJM0PuB2sCqiPYdWRQYC58MwRNs4Ikb3/HhhC6y6ChH 77NwgirNYU5s5Gk+LOTEQde1HFvHgQ1Ha1EqnOj1TwGnpLQyJsyUxjynjRPFg+mNsIwOeHf7ETnZ 3pMJDjz65zRgs2elwhzNsT9wMeMUUUWcpBI91bNKoS6oSHFxc4KmHCMtGjyuI/zxn/w73DASzmFu Y4r390vcrWMYzQT11kd93yP8t1MoloJayaEYzDscllIq4LuWkowplIpVuwJX5SJC4agiDgbValHu jygjTuouoPkEGh/QuZSvGFDmY1zDwziYyN9JpJHvz9E0JeI0ksojTQkKzODrKv63/+U/oO4bfH52 BtUGvmFFYUXw9AXuf3eE/SmE07oY1z7S+y2++LNf4To4xVcffgfV76HZDa5OxzB7IEpqaYJP8tf4 x3/4Ek08R728grW9QvrxS1z85QG78itMRj/HcvmIf/2Ln+HV2Qz9YiIV19XnP0NdNDA8HXlcIpic Y/3pVkSsZVxhtXKx2lh4ePcJb/7Ixde3BRqtwWN9B6XP8PpygSo/4uIwuCZovyg7DWmnoFEt/PWv /wEnZ+eoiJBuXTy+28O3ruGYL/Dp/V8jsFVcLNj7avH2z28QEzCZFPizX/45jNEEf/NhJYeCp6Hl Tyg1pzMB1UJdqXLsSo9HMcbypVPsB5xPXcxnE+khsaLg7sVGMnfNiAki+xJ11eKe5EMwK9CRkne5 3oocwfZPkTGavKRk4gLKhNeWTmhb0qaLOJbxODVLkj242cgxjEbaxWyGls702oPmW8IsooWAupuC KuQyRuh7mE4CqD71YjJtx6S1ERU9Hu8+QAmnuL46lyNQmSewdEXG4ZwAdn2CrteGHY0SBR7xqBV6 ukvST3pK/2W+n0sdGkW2nGalQ7XIEp0vRLJaYcdorKeUGzZHGabxbLh+Nl8r5XO8liaVE3tdLN9J EtB7XTjq0vFiaKnSIjkmQgZwxo5MR7I8kwWOHzk68qWnIIfhFKz40hJtz7G3jtDz8bjfydfLkARW R1Rom0xe6Zlc0+Jk7ov1iQvVOFTg0TPpsI/IyeACilrDd4eY9L7iRDZCG1XIyw3idIl12gvXnEce Nq2rfIfd5hFdasINPNzffZJBxmweildOmuyyZrF3NyTAkGzbHkvUDNcgx4qpRFWPY1rg3bt7rFcb +TOLk/lTr6aBOZri4vRzoEzl3gzVK3t0Oap6SMrmKZR5gP2rFzgeE3iBi5whtJy4uhpmJzM8fHrA 5VkIbdoi0R9xcnKD6XiGNLVxwAZ2o8B1VDEiM72Z0EH3jBz1FvePKxx3hsSUMWx3W3/E2NIQXugS M0fePwOEuUE8T3/1pzzN5yMynyGBIjQVFmzG336P29UBy/V3+PkvzuEpHnbxRtT/62iLPHPw6uYU nsMp/Ri95DGwpzr0nKuMUWmJ6Ah9mqbPRsgTDjF05MkK33y3Q4sIr94ucHbhoUxVSQ3icZzuhsnY Q61xSMOe5xOl9ieVmqMwBABwbAoCfbSujbQ6yPi0rOh8p2+KL64qQjxZTOZzYUVxykR/HcvZfZxg Ppnixem1VGurdYXZNEDTHrHex8IjIh/ItAw5JkVsdtseXkyprbIkxYUi0EMUyciXaFguirPxqTT4 jbIVncjLN69gWTa2yy06X8VYHUb+fuhB6UqUVY3ZSQh3bOOb779DEZeSxEMVOUkJrAY0sr3YP2lJ Z7Cl+pEb9DSt+6cYZS5snExyF+NArMeMYad2IWplUkm9cAStKZCQImp2GM+YyjIcD7WnFBk+UM/H xeexPi88rRy0CJd1jbqv5PjJD7Pu2BNjr0pGI2x4N79fAMWAbagiRXhO4uHvq9sScZbK38Fpak7f Y1sLkiQYe/DVHr5rD4p7OvQdVngMEyW+WIMpYaUNdttYLCaTiQEnpIjWQrXcYH7iw/VtfPfhd8xw gen5OBZ7KG0q5tzpjE3cQo6LnIayMmwJN6w70R/1FG3yq34STKIrwDhFhdzxKMH9w5qIMDj2SKaK bWNiMj2B66owjR7Rbo/Nai/asWzf4+qGwlxP0oM4bZN7+aRH44LIKZ19foZ4XKBoCmHpc1rNME5O +9Z3D8i1DPpEQelvEL68wGgMYAdsV4+45Gi/ZxCJj4vTayRRhtTlc1ri9sMG998b0KcmvvjTK+zX JZTDDmZUygRTK86wXP4Ol5eXPzxTOtlnnHLLMZ6HEYZYlFg9biRBh0OJ0KfMx8SYFq+yQd3HePP5 S5ykc9HDzcczqA1Bh464LiiO5LUSC1ma45G8q/mJZGR6ZoGWLo6pLh5hnj7GNDibCnbEG3muLFiW 48oCRxBB1dFcbsog6cf+/DcvWE1RC0yuLGJAzWG7nBypqFmachfMVewPO4k06tpaFqXFcSb+Nnql zhcXWK9WwhB3rUL8ZUQTX1+dyQv6fvlOsDJqz+w3NoiZnxfLi0ZuUbLVJQHEmS9wLBluWcIoWM11 0ieJs73sItvtGsvjGtevX+Dq5hrO1MP522voG+6oGRqdk6Gh2hhTmjAKpLFZRCH6UsH775bYR/e4 vJwJ7J8SBEoBOC4WOiW/nycMzTPVQQIXQGFnIY18NiClgc0em2rIghWnOV68vpHJyv3yHmk29Kyo BeL1YviCNMSfmuwcOrBp/TwJVDg+BWmvRwl05W7MP8HJJKs0V3UQU+eTDfohWkA02xwSqusK66KS Iwb/DXcUQDc1pBL0EKE5dji9vobW9EKanGpj8Ucye5BMK0nh6XO0viYUV5aPaVxie0iR7kuMbAM2 j6y7BKqSYrs54PyKxFftyc/pYDQfodszQKIQxboXqFicu3DtGlqn4fzmHL7nykuq9FS4a4NW7amK bRk2we9XvH69+BuztIVr1iKY5Sbw9vNLnJ0FyLINLKPCOHBRZTqi7R51u8TV1YUcX7kmiCDXtKR6 5diVo31eb9vRkRxrWAGPmkwRKsXr6FkTFDkJqCoMt4Pld8jL3aBha0mvMGSz02sVn738FRSKnVcd NusSWWQAvMbnDi5ezlCZ36IaAw4tfWmM+N6XJvsf/9HPYBlDNNkfwgy5yGxWOcqsx2GXo28STKbn CMYdfv5FBSglzm7Ggq0Jxz5OFiPcfbrFYbPD/OoKXjBB0x3l66Polyp5WsTy+IjJq5di/De6Grqj S7VkaB3STIc/trA/rqXanYe+UEwlik6Sq7lpa7IG8P1Qfh/U9BNpuqtD87YDPVIpvIkCVwswpwJc t9BFBlbbDTbbjTj1vbEPVVdEfOaaFi7DS6wf19K0fliu5Ga8ff0Gi+lC1LpdacA3F3DVCR2oqPoj XJ8XKsTcnyNJNrJg8Zjz8fYTbpcP0tRlc5GRRHV0hGLoePfxPT58+P7JxKxiPp/h5GyBpj0IiE5k CIYmC3BMe0SnC7N6OnmJQ7JDnGaoCgYmWKhrXZJ9iVIpy41cB5bp8lLxaPgHBt1nmQE/jPci3pgD gzgvsNsyUeiIxfmpBFk822RY/XCSSGUzyweGBUj1QuLqE5eJizmryV16kOqOiw59d2xa8+dtV6NX aHpWsNnu5Ps+vbDFx5YUOdbRHgV7WEklHC++DGOzhas5yPQapcMXQ0PVs2/HY5aGkL1EVmWUYdAg zr6kGkKj1qqCNG5JIm1zEyACqAzRpTXWj0dp8icZU4spRiWpw0Xo83zfYbwYC7CQx8i0KxBMyK8i l57EUufpWNFK31CugVSXnLBSz9VKunWc1agbDaPwDFOXgHcLyaGE69Isz+O4Jq0Ex+RQJ0TfME+A Ve7tD+EYdFM8f/iCkmKrK7ZQaRVPFwGs5/kysCHUkChirxtDKXuB9GmVKdUhaQZaY8BqNNRZA1sP oDQ0Y4+RH1JEeYfNskYWkxBCfhqN9A/YZ/fQDR/e2RzKwYWBwXj/nHep9oM4Wd67pynu+29XqHMV dd6jzhLMF28RRQ9YLE5xjAs0fYa6qbB8+IC3r7/AbBTi7vsPsplKIIlLtwRlNZBpJZ0Kuq6gU3uU JK52QwJ4U8ZS3ZIqyorqYXXAq89eSc+MidQkb1AdwKKik9SiQcdn/vSCVLmE8mVX4FmqeL8mLnP6 NLS6A4SEn9HTXmG8mOHF22sRtLFX0PPcuyM/uoBlDi9sdCxEMGiCVogM2d0IlnaDupohr2LUbofw ElD8BZpmitmNg/wY4TsuSHefUKvAaDYobLk7TWT65uJsdo665IqvoT7mSLVIdD/CTu9bGN3gx6t7 FfE6RlPqKI9M1rlDz/gxxxZiBLVWdc3Tfg+V/Kin49oPEVZ/EG00+N56mf4pDHCl9aMBjmmE+/UB q+UeZVng093DMOKP9xL2KQJTQxf5BG86bTaCepkMzeHnqSzlA9+9fxhMwAyg8EPoh0L8e3x2eI0V bY84HRC5vaFLBcp+1DZnhLmFYD4SSQe/di5AZZsDWo3J1JNeGp3/3C0Zv+bRI6izyuUd5ySK0V+U bNDIzKpSx4SUyrLA+pHxVo+oEkUIrCSxVnK83SLLIziuJ0iZVqMg2ITWq/Jw62PGmzG/cqheD1k6 CEZ7XhdD5C0GT7gS/EkKaCXRVxUhq42NvnKg5B6MwkNQ9Dh7zclZg8fvdqiRAEotCU1kr7ljFzfe jZj1uQhK1SS9ot9zw5pewYe7e4zOJ6iUYSMqogTH9RFZlOHCPZMKjGnITeZic1/KxFqpgXwXY1X3 CE/PEVUtbj/eQy80oADiPTHIJXprAxutqN7PRlOskhRRscH14gz2NIBz74g8YfLiWvRWzwsW7ycX +Iuzc3z7zZBMFRxcfPbzlxLsOj6dDSz4+FtxVBw2BygvXuHifIE2T+H6FnLKjupBd8bqiqsWPb/B NMQ63iA3GridjqkSwLVcGXJw8V/uIuz3B7xUgFV8wON2J0oAhyy0VoXmKHKq4ZDop6d0bxg938sD praauO19mCg75qi5MP0ON+cLmL4ObzLB9GzEgGjsSc6sO8TLRgBx5EpXHG0rJCfkSDaliNFCxYIa dygppmuJjynFvR+XFFw20JMG3338IJUVKzj6Bfmi1QT5ZREagwOBFUzTwZvz18K6zmkIXsdQfVuq L17cgpVRnuOYloi3DdqMKT4G2mKL0elIpoy75CjYWUWtxHtHVz2V1XTbD+EQ5Q+9lWeTLhcoxjcx CodwQ0oByAfjRNXQPRg25Q0QP9nQ6GWFRAsOqxggb1rpKXnSGR0a79Rbsb/D73c0maHgNNC0pW+T 5wrams1Zqp2BWjsOiGfC9LIUHScLjonAnsCehDhfcCzPKWGJtqK2jRaXIRGbk9zW0USWIGA9aXYr A8yOlCRJ4uGiqECzBrAeNQdOQlkuVepb9HEvGwLYMLdVMTUXdYa3V2/QIZVjG3MPRezOFCKeOcWK U0JrWumfyeLI/6aCnJsLdU9tKc1xwh41BoUoFvJYx3GVo90Ck96B2/vYP9zL8bjqCIYpodod3ADw x4DtFjj1TwaP5VNVzM8PhmDLQlJouFuuoU1cGD6npw0ORYS+7BHoHnS7wfYQYXskQd1F1RE3TPb5 Ho3C52SA5R0edzhGS7yYvZSenWXXOL05RWrGGGk9PGNIC4/id1gnezgXBOKV0r96vP2ItzdXcn2G gcPw4ZBpfnIKDZdDHD39hODmCswWrlS18/kbkZno7Ues7u9lU3N8C43CCaMhKn66IXSq4tkdNHSM T6f45uETZq6Knn3MfYrPbz6DIQJi/q5IXBq3d99KL4uxXsRJm4YjMWWsiKU3pv8EU3NE1Eh3vzVF 6J1galcYuQ76SkHVOWhwi7PFSEbKDXk6piqG30YhwbPGbHICfzLCanfA/cNSOE6H1QOUusf5/Axv X9fI7qmcjmGyuXlawJwfYPgJevWAx40p/qrJdIpwxjN5J+jjrmnEIsN36tOHT7B0B69evpFqKI+O sH0L/miEiHmK5NAXJfYH7pwZ0o2CLneg9yr+7E+uMT4do9JLJO/vhSRheSr0pkFTRXAcxrTTNzik RTM1l8c54TmJNkqy0FBkNdKEkELGKQ2TzpNFKKN3L/BEalCUR77Xg2euLH7oWTwzoJ7DG/j38mVi j+qXv7zGcrkScabWm9itj6gYVqvRfU+8D9XjutAxk10OZ+xiQmC7o8Oi0p2NeKJcaqb8tBg7DgLX kn+35wTSHTx7Mj6VMoZnVlOE5Ux5cSxdkp6hVcio1+oSlI2JcOIiCG3kt5z2mjKttVwm3Vhw+hqz qykODx/QNZb4Cw3bRV9UiA5kxFcykRudzzHi914zhIMT6ELQKXo3XBvaZsLRCGlxQJbQ9sUjtQ0T HjQe34seh8dsEOAaYxzSg2C3ERhI8xz3m08IXwWS8vzM3Hq+3kOPiG+Ihzgf5CzM7pOjTtkisFwZ 4qyTe/zm23dY7rhQkIA7gUqTf7bH+CzESWBiMjZxv6vhBRpevTnBu/IgBvN/++9/icRPcPe3X2H9 /l6Cb43OFi9qMPXRHPYC1/vmq38c+lYdJdFPsEa+J0x8erjDL//0L/E/kr/GgGCnQk5PoFWjbGkT UrCYzjH2xvj44R4VvZ1qh99885Ww2tuyh356Iu0ZPl8crrhhgOP3mdynq4mPT+9ucdNcoqHY2HIx mY5wVS8QVxE0aySbvhP4ktZUp5G4NSRtnRAD8yc2JaRukT0O28qh9pmkfNBHxaql1hv45hhpmkCp iAHWUUY5ikMKbVciVA14bxUU8RExm8ZHVW6YX1sIXQevTq7gv7rHb633iMckGYxhmCNM3UsEZoM4 esQxj4QUOg1H2B1jyQhkNhwTfNjAV5MMi/k1DmmNb+4PooS3dR8jXcMkHMPerwHVxb4yEMU19lGD Q0ba5ASvXp9BPVekSqwOGRwhFZJcUGHCOKpOwe1+h17T0VY5PNuC6fs4UESp97BsH5Y25A+uI6aQ pOIlzNoMWUVHQIKgaDGf+QimY2wOvajcs6KDZ5syWlbUUuLmFdVE01I6QZM5W/4qTAZONDv87OVE Fp34mMBRGtx/jBA/HDCbXiJOxjgoCXq3gzFu4Xotzk5GsHsdm/sN7PEgkTB8pmHz6Do09rmb9xRm sq3DUwj7SBbJm0+pQbSJcXLJcFxWkILrYYAq+ziV2Js6WDBnJ4irNZLiIzQcMJ6eYTa5RLrcQW0D lIlL1ycMNZIHf7crsHxI8ObtGI5vIM9SOI4O28vhhz2qokUS1whs+u0MFMcW6QcVyUMAu1tg0psw vB7m2BD/5437M6k80mOMeHuEHpg4vZnDmLQiUblbP+Dzt5/BcF28//prWcgM15YTAAcUefce159f ShipQduLRxO9DVsjJpumYQ09h07KDhcMO7EzHB7vRfFfKB1i9s4IZmQ+gLVHjA2CNzbi5RqYRAiP EcJfXIli/Lv1A6L8iJPZSMI0DE5Xowx/+Rd/gf/z//i/8D/9z/9BJro9U6m4WdgGXr/6IzTFEubQ LSB8QZKim7iFAwe1iJdLGeTcXC5EWydJ4DLKBG7LFD0rcG4AdSXYJu4/v7j6HLfrLWCc4c3icySr GHPSGyjhSQq8OX+J/fGAv333NYxwJAMcTmFrJgvlTJnW0NGu8SN//psXLPY/iTF53pWem22MAzpQ xjBmcq4K0/ahsFZ9IhFwpM6pVbxk7FUHo2+GoACNoawGRoGGySzFZp8IxylweD5mmnQiU5mx52BM uqUzhmYa0BxXGtl9lop0gGQGojcux3MkdY9//PojPj3cw3NVvHx1jsDsUG4fJdWFqTdmA7iBgyvD xMXl6TA+tiE4Dpv9KSrLTRMxbTq0brg6+roRID8XFsotuCFn+730HKi2JzSP/mYidtOkwn4fw/Vp EHdxatAXx0BNIBz5sGxT2EVU/pMRxmNMxyEAoYcsYBRVqKE8jnF6yIYpG+2HvJXYe1qKxPjrz+C7 Cxx2FdCaWN4+4pAu4SxUnN3MEXoG8mSLXjExHRuwmE70HFbxg6v490cjjYvW86/9QbiFlB88+pLB Lz61oZnOiROPanVboG8rCWyYMGyDVaPCAQFxPyfCDVt9XGIZ3eFXf3IDR7PQFAPehbIw9qaqNIVj MlVblYqC5lE+b45dwmDmHSvXfg3FLiR01CWWV7qLNSpk4tXrOh61PXRmC/9EgTMyYPn0efaYmi5u P8XY7neYK4oEg5Bbton2iLY7jOczXC5mAzyQ/DFVEeqmsMwITOQRXlfw8vUr+Is5fMuF2WpwW19e LCZTc1HU+BA0pSB0poGP67MFDCrdiXaejLFfk7bLWDkV5ycnOJmOYCgG6jiWCp4sM16Xik4RCdsd fohW7198P59e8SeCB90TfP6edV3r6k6mzTmdA0Q3cUFi5qRhwH9yXlBHqTWd0E3ER0r5AjMR2iGp m6RY9iOpM6vSCGVZQekdOM5Qqf+Ynx+lXntG1z6P83tOIOpaXqh3cSGMndpU4TWdPBSi0O5V2K6H NqkE7O9PTGgT2jk6hMxgs4kKuYeaeoJYIVCtLHI0DKNkplzFNJMOuuYLxqOiaLCoYWmqTEIcR8N4 5EkgAkfTfZvDMtiYdgR1optsHO1R8YjGkz+namqFYMJcQAtlniPL1yjKHHkSi/gyqWmxKEU+wUUq 2WxQZTWmiwU8x5CF5bDbS6keKOyNabj7fit/H2UCfDAcLxAkLY9H/BhlIRUiFabUrvBl4HVkOW11 T6ktfY+YE0EumiIcNMUYTRvO7WaFqqK6fAxQ9VwWgrNJKvo6GXlF+04NR/MwYSK2rcru7fAF9igm fWqK/DMZcs/eQ1ZVUnE99XaeFyt+nn8+6II6EcrqZg3LYRqkivSYCtOLYk6lsdFVBpJtg/VdgeXH DJvmEUVxgrAeQVOpiWqx26bSF6RAl3RVip/45+iAZ6FnmClELt5VUIIcqlvANFyYdBbQWK2kSPsI R4M2qBqdehCj93hhwXTYr9wiPmSo+1xoHvfrpWx6szHxQhM52iemjcvFKab+kLpEf7VotBRVFg1x HzSNYGhml2cwZwGSKEF2TKGG3OwMYEs9W41jvJWkp3DkwnNJx2CPkoEpGeBMEMWJpCwxRWkxmcj1 okCRbRFrNKQWCXSxqgQkINNkfSBT/EufZwnEMwufP+gIkb7l033lAvUc+EGHA585pvzcr9ayYV+c n8qAKkti+XM8KQnskIMe9r50Bm0YUlUzaIMs+6778RerHzU153l8Lzs1qYYNV+AGjyvGeR3lwZim MzH5UtzYaz2SJseIHB+m2JA7rmqoG0LCeMSoZYrWlHPkSYv4kMjRKgg9BO4EdcmXOIbqMoA1kXAB vqyzWYDT+Qy6QtFlLXaD6MDdiw/gRIy1X/4/X8HUKkxGjvRxmBAdFxlofdctNoxJOkgEysccwNXd rSwk9tiD5lpCzpTpyMMtTt0zUe7Tv0byBD/ccXjT+YD3PWUQCkzDl5AKXp/ouEcfDTFWn11eDON0 DhAUqs+HgIuyIdnCxCiYDAvegS5+0gWY5kOjHFcGhss6UA0Flu+LsHJ73Amviju/4dSwUl/6F77p oY75+jCW3IfvDAx0EIz3XD09VVD8/ADIe+qZPfsYf/g8/ZpKoY3oooZJpWbqCELq0ajXcrBUa0Gw dH0mRzxWjw+3d9Icd3QHN5fn0s+LowbBZILTU1/473wOpBKoUqg68cGcYpnCvapo56oKdGotRnbf s1FYAcx2oGvWeonWp1dPOQzdywAAIABJREFUxfTEw35Dm8sRnunBrHRRc/cK760px76sKmWTcY0B zcNADcaunczmUDIOLUgz5S0aiBfP16Hph8guK8sQFSl2hx36opDnwWDkld0i5sa3LWUoMD+botZ6 LB/usD4ecPX2hdjYKDNhDzP0XUkaAlOHuDA4vqB4uNENsov2iZU2RLn9U4HyP/+RyfXT4iS9USKD nn6NHxEi83vm4vd0OnLDECNVR5OXSKtOjpCmFwytAz579H4WgxuACxvt9YKEpufWcpBYDY7lj38c 5OdH64g9NyyfFy4+bFOGYdI8fDShkt5Yd8hjGi11eXD5IlpKg0qCUGk8stF2OtTcQZpoeLi3cFiv IWNFYmZ8H6fzU/iczDHKKzZQV4nAxyhe1bjLEner22hzNv/oXJ9hsyyw3RQwTFIDGCm/xGLuQn97 g2N7lGOP7hiYL0JZaLbrjSwYRHBMxwuku50sErP5HLHayuLIWCfmN9OkTHsIETFDtHgguyBxwntq oywHZZXL9+ozBblOJVS07SrRvPQX5z88RJzGEU0sxAf62MoCI48Vy5BlSL2QFwYyJDimMda7DSIe g/MWtdrIUTpLYziuLQtb285w3+s4cIdPe8TrCl1F4y1Jqz10Qvms39uI/lAz9lxdDR7Dwboh/a3n lJ/nH2hFqyPfPB8BRmiRZCnWHwOtmsuRuKqHylGpOVUsMZromPhzhG9O0Xcmbj8tkWfAZBJiOqN8 RIFOWUWRyOKs88CtFAK4Y4ybQqC2a6CN5kBeAI2HouYUMkVpJ9BtDeFkhMnUwnK1wsflnSCAeH+Y YzmdTkQs6jAQNk7Q1A0eHh4Q+r68jMIlKwowR+npCRdRcSsI5wENRLKD0hGWt5PJntK38LlZ6QQy kqnVQPFNwRrxnJsqNZbZAfuuREdZgakgS0s0gihmVJ0hrhC6E0SPZ3CKt5aTCtsnylNBQN2UhI6I TOS/Pol7lts8D2ye2zbPv06/6rODgpUXTd3cpMhJO58t5PdTVkMisGtbUKRfWcnxkM80e8fHrBTK A+fbc38k+r/DppLQWJ54fnp4mWcN0pNJ1ySuQh+EjqdTA2ezEdJsMTxMZLpTCOlY8vLRdtGqKlLJ SOP0g+m5NQ7rGnHkYLldi0J3sQgxm/sYjV0c0wzL3QFx0crUiDdzMp4NfHie9I61iEwNzcJhX+Gw rbC6j1C3keyWp5dneP35OU7Oxvi4/CgpMUwqDscTuXFxwgUuQeUqGNlMER78cabj4FjEIrTkjkLR HBEaWd9ALYfjKBEffMg76IiOsYRzMCnYcUM5ypXFAUWRSVVAixKnxHw4pYDgA0TETG8gb2ukVYbt 8SDHDk5CKSANyhKmqchi2fHYEbYosxoPTOHVNEw8F6NxgID+OB6RXs+RfUOrVIqwZcqMhiSipKLD aEoP3e91Y/z8k2Pfc6UlX9xAcH0+Hj7fdzkGSnI1jzl8rTs0NY8gZILRQ9nDmoyA2pHYM16P6SmD Oj04rJysWuLjH+/pVbzH9YspFqeOJG+TPEDtGB95stIY95bGxA4V0LsQWj3Cx38osbmtUB+Z6Zci a9fouiNGpQ+/pVeVdhtOhjQhd7A9wWFJnDVYbhJcXY3RWg6yJEW8O0g1I1ptQ0fdcRgwIJslbLdX hQVVsbpoB7oFh0zUiiEns2sy+PNI8FQaZJqB2dkc2bFAkdRCfGDILtsi7Gn93dffSEoyibydpuFI Rpxqi+SAVqssOaCIKBylxWnyQ59RkEJP79y/9Hm2cv2XfUr5OzRNJEVVmUt60Yk7BCFTSE1e/xev 3giLf7ddwzcscTYoXMy5bAtE08DYCwQ5TQqKMGdtRwJj3CwZyBc/xQWLnx923D9o2PJ/ZldKuTmy fBwzFfs8QV70qBm3rvbovBFgMDQhgdKRCwWB6++TAr3eYXHh4uTEkuirkIGNRoTDaoU91cc6wXwB LIYaOIEobml4VZoMfVXAMQmCYx/EwnQ8kV2RPYyr6xm80MDmcCu+J3reojhD0ZDlVGG3SbHb5Eh1 YGrbmDBizDSxTzPhAnFnkQazAhz7GmZTCFHVt2SgLnoW8efRsuPwmDSkUvOG05JBcSkrUIYYDKGm EtwlLz37I2xoNpSFVIVop3jTuTgSf0udC0kiDTMT5xNgQZtIg5zH47LCPGDajgeN4ax8MOctppEB LVJhWENiDr8mw+XAcwjs5OefVFbDDfz9z5+rqqedWL5OYb4TlMcxIl37eGq+D6LV5x+WZPrpUo1Q QMtgD1puKGmpn4YUyYFpxK0MX8RupNLcS9LnWr5PnpLIqCIhgJjtdKuj2erYqwaWX+aIjiUUu4c3 53Cnhep2cN0aHiPm8xIzegU9SiuGZGyibLYRkTH38M230p8kk721bQHg8RqzRUBaasyeDBX1rLAE ukcnBJvgnXz/58EYBjM2Wx0h+4QG6RokHjDhqUFghkhJz6UoFRWMhtNVG3XZ4uvvvsHpyQVMXZEh Td7xyMZpuImsU7AmiljM8ENoiUl5CCukjgXBYM/6g1P8P/t5Ps4/FxV/WFi0RSHXOwy84ZmmcO+J b0fbkaGbUpnxSNjPT+TPEvhH3JLQSGjXoUmezfpOGZTuZJLBkNbPT76HJX8hL6TsUQOyxKTupTUG IWTfSp+Kn0OaIll20OfXQrKMyX1Ci5FNImcmUx5624LxGLbRoFV3IkY14aDVE6h2DTcwMT57ITso ldRJXqPhrlwoyKKteAFJesjSCtPZAmdnF9DMFqrDVJY1Htbv0SuXQr+s9gNcjqK3qmDz2JZcRXKo puF4IBkkO7ihg+BkjHQX4eEYS2/OIRub3K6WXCIGUVAEqclCslw9ipDVMBbCcSJ6hc3Vlzc3CE5P UWzJjB+qCF6vXlNgmATrGVDZmO2A0XQiHkxWcJxUJh31SIVog5h7NxuNocJHlwyUBWrK2PhkCV90 K4wWXKxcJGR3UZcTTOCHRFAfYKtP3O0/7If8F5uPiGQl1buUB/yHe82BwFOq9NCzZSVmQGeMGFts kgxkAocSjdIicMY02AhvvMhKhH4oDKtIKj4HpzfnmJ7wSyl+yIJ8OFKVTtIB4Oo+1NZBmdTYbxk0 kiNMfVi9Lqr1+SsD1tSAbrkST2+qBorcRm9oKJQa2yxCxOAQldmArJA6CRrlEGQ2mcj3Jf/mZoXl fousa+A4HnIeOXsKSR0UeYPt9iBWFG46C8MV3LZa9+iSEq1WwFR62IEF3QvFitPHBcZ2CPeEwxVa hCxojQKj1XD3uMTV5Sm8cQjdo3SlhUJtGyUyaBHmzNEcicaporK/bsQiI/Ra6Sv+1ysYLkTPA7Hh Ng8b4/P15UT75YtrjOYTFLudoJFsP0CTN1g9LkVozOvCo7Ti+1BSmtQtqbirLJHN2WbiDqOfSk7w UxTkwf2XPc+fyoJVslFMjhpHvGSm64zhHnjq1Ko0zgxJmoiCmqJRNl5pXUCXoVBKbD7+FvPxBBfO RKiHzCGoLQujMwWqoSJevkfOCRqb3socjnuKz85vcBpWtAHjwGlam6A43MM97NGXJrTuCtrxlzjs DHSjv8LPP3uLswsiTDocihjrKMOefq5ijmnQIYkJHLThWmPRFsFKsXCpHme0Ohuzulh+eOxoK2qd JjAnHpLIhea54o1U4CJpWV3w79FlJM9+ziR4iyJPsLrPMQ4tjMMZJqEl5AMkW3k46jSTCaNOvnbV wGh7mIoJp2+x1zrEJUMsCvSMwtKG4Iair2H1GrzpCDiWmDeE5LlIDkccNSDwXZQ0oyS1eCDTnJL7 HrNzKuQzASSa6ktwy+cRRtKP5Gg3CGlpLu6TBKpnII1SmM4E+6zHekWqBkfjlqQhUx+G4ihcMIRz HN6vYbIB7rqyOazzDr7LsIMc8aHB6oOK7QPjkH1sLQWNo2L9nguuifHrEmfn7AkpyI4VXr6awX7I sVx9guOyQlXhz07wbZ4hfWygUa/3F3tYToffvf8rvDn5OSZZDmMyQeI3uA0bvN3MpZrjIsyYLD/0 0fD5LCQuBoYZ4t2Hb3Fbp1KBWVzkQx9n4wU+fvcR/+uf/iX64IDRvIVqpPj13/0GwXSK7Z2OZhXg k1JifbzFxasRlBA42AVCa4LyqKE4Cv9AoHdU/rdOJUEjVEv98atLhEqL335cw0g6HD7u0YQuzIAQ xFpoIa8Xlzi8u8f94RET28OYEfSiQ2afiTRbDiFE6Spi3iwvxPHAjYQVtzMKZHO7f3iQEF8uzBTp usEEWqng17/+NVQy9lRWbQ06XZNJNSu4qIgkWZp2sl/94gu4IwdVchC0DjeogjFydQN1ROF2LZU3 je5ESzWdgrvHHf4NS+Mf+fMjCEd7aB3DCqhT0eRIw4qB3m1NM0UUyhxoWmM48yzbWkBrVjiFEXrY 5Pcy9aHeiDwsol/oZdLrSpDLth2KfWPsOwgnHjSd8oMCbjjov1xC8Hl+7seICxubuxQxDdFWCTcY w54HGC8YLxUgK/bYrQ64Xe5wzHrEhL2tyHXSsJjS0T+BZdJInMFh9uDFBHbnSi8jISTvqTE66Mxy qezIO2IABxv8dd6iUEsUbJzT61ZQUDsA/7iok13U9Tmms3OBZO2igySScHEnroXyBnobaWngc83Q U5O5gy0hcoTw8SjNahLoiXZROFkK0GURQHW7qQv/iHo9nXTLvsN2naIu+fUWEjll6C4clyp474nu mSBOY6keLM+TAIiMCxSrPMmqI//bkWtwjHZomgyWGcr3I0Dxhu3CBj2nRBV5/vT4xUjXB5TVEWfz t/KyyoJWalArHXpNAi3tSjyihHCJGdZY9SQoKk4uecyFUB9OLi5xzJlgBOz2JVy9JH4NowXTJ3vU u0eYIxujooJ2t0X26RGj2Rj++QhvXy6QxhHsMb1wnLgVSI+RxHeZiiG2pFYz8Db4HO7EF5U3J5b5 scBv//Y3+NnP38Ke/R3qikeqOW7fb6B2PqbzAJfnJrI0wbsvDdSphtqXNh1g1lgdPuDhwxZN1uHq 87GQElxvGJzQicGPaVrS9C+6oenN3h8r7DTiMGUJzTUFFDBSPalOqf0r6Xeli4ITvyc6Kimw7JvS hsbhUad3SMtYYsG4+xOyyIr+w/ff4u7hDl989gWyPMHjZoOrly9Q9bEMe5qS5NsSSjNEyLEZzx90 KXCD/Pb994J3YuV+Ts0gCwjiaSr2KnWRNehKLzhz4rgp+SjrDi6Nnz+t5GeSiBSoDCGgAbRiiVQJ tYCGSEr+KYgTNAoDA4jn5c5c9tDSBtcvbiR3kFqpMq9wyCNMHPK3PWRtgUa3BCFCpbDl2SgL+ph6 2JYpWNuJ12ET1SijEEZ7hnHIzWYP1T7CHx9A9WZv1MibDA/LNe5uVyhywLfnmJ+O0SeZEBTUQsdx yeToFrpeIXB1hA5H+z7SIhVdFGUJrdJjHx0HmqdiIVDZyCaGuUGXNSjYjbJY9utQVBctsSkqp4gK Wg6ADVWAeEVTIRcwCnVgg+iSl076DR0DSTUUfSNjYj6gXASpnJZwD6UXKQZ9X5wqJuxT1I1QKri7 0moumYcNr7c39DxUivxsWCabV5z0EJDFJm8tgaVVTWGhhzRh7+ggobfz+RQGkcSmg4646/wIz9YR BgZ6VMKjV8wJTDNAVSeI9jv87rtv0XTUiukYzRy4ZEvx31NN2FonfcXcVFE2XJRUBP1Lkbi02n5o bqsavLGLJqqx3u9QYYd9woh3DYcohqcpOFR7jOcTLMYt1nGJrEqR5Qcc9jZC9mFY9h8BbHq0nor7 7RqPhz1aUxMxqOeP5ejCKezs5QRnrFLlayqF08aBzd//7ZdYnE2QFw/oah2VruH+QwRD9dDxOpuu xH4psY+JcQWrBNJHkiZshNYI9VSFObeQl+snecvT8fmpp8S+KgGJn72eYL9ZDxorUxfmVpzkKNi7 rFuEZxMoeoec7YoqhyMIo0H3WHUVsr6AajuizGf1zexDLkjz0UwWM8okdLK7pmPpifKIlyYpDim9 hx7OnJmchITLxun2k9D0efhCexoToY5FhpPPXyHa7+W/naKTockh3sG0yRPzRINHWQiP5AH1cT/y YvWjLFhkmfErZZVAzYioo9nYe3Jp8iwuqm2qnjlxItiLQsiUU5k9Tq8upHIZTyfS3Pt4ey9NbIfN 9NBGm2RSuXCXqdsO8XEwV5JPFO1bJKsC0Y4MH12qB/KK9JChlTkK5SAvVZQwrinAMU+hazYuBCB4 Cj9YQI0Hkev+uEe82cGYG3j7xQuM5iq6lgk/sfSLOLWL+YBUxMyUMhGhbkdne0MqPAOdGENZWw70 A9lRy41MzcgDn8xDMYvm1BJVVDmHUH0PeZLK9TvWpfSJuBA6tLlQap8OaBdC5kaOCcWxcCgz+Xo4 Xqwz8uoJuevpMBrKdarNqwZNXsNguonRwHYJQCS3iYsVF7McqlqhoX6NHP6yR104SNMCUcTKsYFh VpiNiHoe9EYsv2htogm4TSt5kIu6FcoDg0PihItHC53ESd2C6zDsg8cgS/oyhtrC7xjw0CE7clDW wDicoDp+RKlv4JNO0QYCgVPSBmla4+P9N5KgE/qnKPIWu3KDfbLE+KpHcO5iOwnkRdQxRea5aG19 0MrpjWi1kqaU8Tq5Y2XChnsnYmBTVaTyUH0NmmfgkO9Fz8dTFvMDSDilefvu+zN4jo5mbKMrXNSt jWMbYPt9gOXKQLy7w9nlSDbVaHeU1KfTmzN4s5GcFnZbDY7voVMoTh4Wq2GiOhiZJ4EHoyPWOZe+ VNM3T73HRgCMDOsgxZaq/Typ4DpM75YRjSxEimuhsgFnQU8kIY6A4imIq5jEOIxHIR6XD/CJdTJC HItENl1/EsgJ4Ww6l/eXCyA3UiYeSf+S4a/koJYV4FvwZmOElyfoHAOPX32Lc92DQ9ouJ8JaB9Vh 2d9Jz08xHPmef/wO1o81JZTMvO4PVLQdmqKQo8I2O/6g/ZAILNOQ40wriF8Lv/vNO2leXt5cD7FX PBJZOkzPwUhTYHYKjrsKFVp5IaIDTym6LH4Pdw2ypQcv9BCOddTKAY2SQnfIW6LIj9QINqdreQkk UdcI4Zsz7JY51ncfgSiQCG8eT2zeBNuBplMhX+OYdqiKCGlXY1el2OaZlOXckVg1UWFOUioTc9jL YaOccgY+j3wYOPYej22pqniUNAMHiqGiBnVjNAiPoYU2rMRF+1SSq3kumONwOhH19ebLd/LQwtAE I6y7NjKllcGA4H4Lanaokuc0j+2MWpqpRPRUKfMNe+nxWFYtizw/nFBRN2Z5NPKS1WIijTqk21SM 2aoeAI2G7S6HbVGXFAnhgtIOsYMwozGv4MDF+1sODSgF2SLwZ3j54jPYVojl8g4fPzxAuThBoPtw DOrVGiCs4OgKVEdFlai4//sK2/gR2vyAuvSxXZfQGRLCDcEa4ZbYaM2R9CVKAWi293wD/oShnyVu vMuBFnJ2Kebsh+4T9jXvk46ZPR4i3ZJC7g3P2Y5C8S4L0BrJPkL1wCwrDZ06LCS8doQofvHFF/ir //s/IrpXhbzZJgZC47U03TVtKlPkwFzgGLxH75ewJnwmXBgjFcdmg1XE0AoLn1+8Fl1awv6PxiRu BtoORApu7GWewpIEneEF50IfjgPJpiTZYlUMLDTKdzKm+9Q2LEqGmAcZ+FLN08d3/uIMx90WaqfC mkzw3VffIrBDWFUuVRurt65ToNk6fJ3/VgbP9AHXFY5WXA66Qr41QrSlBIKTZtPGLouR961IHDhA iusCr+Zn0sMMOU9TSOG10ZQDfUPot1UrfnlCPH7Mz4/UFeOKzHbGcNQhY5vKYR61YoWLxxDWKaNU 2mlMA7ZHqqSPtE9w2B0RxV+j5YvYt/LNE9bGl0NHjaZjgm8rJMQkYcmvocw7LB9ynI5ewBtp0H32 h5jSm2MyCeC7U3mRaVAlCZ99mJ1ylJBPm0kwfSKAtpHN+FVaZiwxwDYo8ZtvvoFmEUNiYuLqaEgL KMldKgUHwygqpvxWxxTHrIBlabLIcBHj3sedjg1sxlE5Zo/JYiJ9JepsTNfGeHYC03cAh02PHu50 8Ot1ZQXteBziu8QNoKJzBowL/1tzTGgcKdc6bcUSWqtkvfRDHE5pZDFi6jCjmlhVVFCYB8hGk0Kf noLkyOqLs7oGYa3ACSbwTDLBqIeifECHHlANnovH7X71SV60q/OZMNoNy8Nxn+Pd+w2aVsF2c0Q4 slA3pXijbRqoOwtVDlT58ALkVY/i2KBpc3RVBrXQUO1N5FsN+02KRs8EDqhghOXDEaZ7xOnZGCfT Bd5/s0HfqKhiEiUanMxHcE9cXF+O4VodgvwEojjVfbR9BnV6hrJvRaIy82jRMnDcZ9BbHYEb4GRy AtuzkBcR9ocVvv7yt9A6HWc3Fxg7OrJjhngb4fX5a4kmcxdfQ1POUaaXGBmvJF5OEm/s97h8GcKs F6hoIbCISdLlWXp4XOJ+s4UfBrgcnyMtWyTRTrR3FMOK2JPaOyYwpYdBGU9hJ9PDQesP7UitGK5p lOcxi7z6vCqfMilJNW1g6LakN/dKi/OXhMQNHl2DHt00Q1Oz2s4xPZ8JoSFKE1x/8QaIK3z67iPm L0fIoj2ypoLi2XBDT6a7LC4opt2sNmjCCb5f3iNRGhS3Kn7xi1/Am4zQuiZ2O3LabNEt1rTPFZkE DNNAzk37/4VM7P+HEApu7CpRMjx6xbIK0/rAow1HuIFHhbYr05FSKYeYJuo0ao51OyzGp+h3W9mR sqaQCdVuG+HBeZSE5V4zxSGfZEdUbS4Bqhw+qEqDxYkJJ1yjNTsUfY4SucQzaTGtDBYC28d0FCCn 9YEE8eSItlEkmHN26uHkxMfN6bnwwyu+5OiwPR6R7o/oyg6tE8CnF4+TUJo7jSGrjToevdGFiFnT HCzVA/EkA3e97YiMZaO2F90TZZ5S0leFTMOyuhBQoV6mMv7m9IDTGT7B5HWxwY06l7Rgn8A1VqhM CAp8eWAppVCZpk0dDgsENg+4qJXU8bRPbCwTmUrdFXtYqYzEma5dwECasClaIo07zM9JHVWhVC5c xYVisFJg7Bob/RU+RI+YTXxc3VwKlPHj3QrHtMZqRyFrC0tR4dhjGLUpeJd8n8DUOmKyMPEW8HQL fUX6J4/wGepEgZbZ6DYzFGtSOE2ZRNqegiK3EKemCBgD0QU16DPq1OjN4/8rGEuatQ5XtVHGKZrH FGm8w3jiQnEVLE7PoTIw4RjBsS08rtfQ2x7X83MB0O0+LTGejXB2OcHUtfD1h4843h/EJkS3w/J+ RfcPVt0GtuHD9zuZqBmdiiZN4ds2mn4PKBHqroDtTlEdYlRZjzRif7XGaDLG9fRSNua7h3vYFPj2 NUJ1wNNwUxnUekPid83JLPWAxGv3vRy/02oIrFX6HKY+WH0s6vyCUHA7HIxEIJK8h6I1SB5XYvli iItS8TCnoihqaB5pIy4FcTjQNUAmft+KU0MpG2ziaOjthVP453OWgPJ1desN8t0KBU3+voXAHJLE mbBzenMlcINtm0PJM6w2e4z9ESymQ5FcwYg06gvxE1yw2KmiGI/TIS5Yh6Mm7G3uLuPpDI4kvLBJ OwymGC/PJjyTYhgasC8KGBpRxAuMeV91BVWR4+H2QVJzp5cnYrcx7BKdXcL3LLiaLQ1bIMBt/Bs4 3hSGNcUxdvHx4y1uP93hxUWFn3/moc3YsO1FeMcJi6ivffbRHLhsaCsrEJraleyZsIFZwZtbAs27 397DcsboGYnlcVJGDvsOh/0ec8PF+WiO3h5olRw1s9nNiV7Lo4veQus1+J4vPPVjkUq/gWEP399+ xONuI1jkl2+uZcIa2K4QAcgRoiiQx0G6BWzDHThI1DoZQ0VG5TMd/EkC2BWJn80QmlrT6MtgiFCY 86ndIq+YhkPFUSt4Y+belWmPipRQVcH79A7JpoVVLzD3fAkTgcNoMx7DZzgaNQLfgqKZuH9c48P7 T7DcCRxvATdwYVQpRn6IOKbOjuwsGybHeJWCUqUDoBcDdr7pEC11dEcfXnkKffcSxnoK71cbxGSB 1cUwCe1NucfclB5ul7IxBGMfi9kcRZHIEYN9u5hgw2OE//TNEo7e41+dvYXlsqVANT7V6gOri5ve d9EnpEmELKml8vcdS0JNdts9LiZnYm16eP8g7gtiuRezU3z6+IDAn6COzqE0VIQHyNItZotr7PYq tHaBw4MO9STGmMJoV8fj7V5CUv/k7R8Dkzni5QpffvsPMM2xcOnlxKCqyIl04XtBuQ7lIfVwQjFt SzjotJrxeMqMQL06SDI2F/aOeQPjMaqsQbLPkCYFzmYLaGaHeLtHyvYL05xMBb4fylQ5nI6wijZw Qg/rwwbRfzrgZnYhuQQ85egcKCmtkGgb0VVZGLljBCczjA8nOHnxAvZiMlBJnzjt0/kMu80W7ukM d7/7iNXhIO2cgC0K5iAUTF1nrYifoKxB1LStNH6vpjO8JbmATcOigqe7UvFIc8VQRdnO8pPNddIS ifANTEcaj6rtC4K2FTLlVOiiu3QL/a7H2dUlvBfX2IQ7me6QB89qglP1qfJGFkFhSlc5JpaGyelE Enc6qqW1XBbB+/U9Mh5dNRXf08biOHhkY1JjSkoPYZP4CkzNQdi66GMbzd7CXZzhi+tXyLMWyXe3 YOi3+M2yHMskwXjkwAlId8iQRwcEToDF9FSCW5MoxbqhmfcBSR7DHdUIWJ0pLS4DT3Yjlbthr2Af Z9L3opzAc3XEy0h6FnYQgjo9W1dh8LhXaMiiDkqjwNQ7BFmGuqXr34TFCqzgTdUlNorN8jasEZo2 xr0PdTdGfn8C7WBCM3OYfoLNaAGjWcF0EoSLRzh2hv1OR7KhVucF/NP/HYalSRpN3xSYhOTr+7B7 D3pnIzJm+HD/GwD3GPsnGAWnqKsAxqTAsfyI1NWQHhr49SsU9zNg68HTQixXd4D2PTbNElcnF9ju bxGnH/Cv/80v8fLEMxNMAAAgAElEQVTkBrd3H/Gw3MviTCN6TgnLwkZcJWgzC/f3KqKVCeWY4uQz D/vkOxith+rRE4HwLn6HpP4t1Ps/QXG4lCi4XmtxdX2B+eUYRzXFSomk+f56dobkuEWWbPFypiFO VnDLOapbDX6uy/TWvJ4ivL7C3e33CK0Svzjvcff93yI8/Rxqa+Du3QZ55eL15zeI8w7p4TfIygN0 z8PJ1RiTEdldBepyBMu9QaPEaJQt7GYOaA1UEePqAtj7j3/zj5ieXsP0KB/xoNcGAmKXrBbpbi2A xtkZwy9qfHy8x+lkhlN/inNrAcmXL4FTy0art7hbHSVVqnzc4r+7+pUMXI6rNabeGH0c4/z0FR4f 71DextCODSoLmPwr6hEtXL+9kTDjsokF2sfBgeJIpxnuxMH0hGSLWsJFLkanePzuW+jXLyQdmxY6 CTjSf2rE0Sf5PymbJC2ygch4JBrLOB0UIa6uIe9rHOJETMtsynmOg8X4DFfhRKYWSZmiydl/qUUZ z5iqhh65aikExMnJDJPZFArGkm/HfhYb1dFDjvVmjyQp5OjEXpTvj6W8jyviPTQxD1ueg6kxaMQ8 psm4vvSKjtFGFgnbtWQB4eJBv5ehp6Ld6UaDXYJn8rOzM9E00bycpEehWEbJASUXDBnJt6iUCoeC O12H1uzxN3/315LbR8Hd1egCwXiE0SSAxbgw08CxKOTITKUwgzgG1EeHnhKAXhXjqQQVtA0aRr3X tOgAlkH7CntDZESRv2QKU50EUxI7k3KPst3h1PoVKGLKOZXbqCjjWBJmDFpkjA7huAG8MVCPEO0U 7Pm8E5espWjtFdqEx1yOxklm8GDpughsHYM4GBtR+w2avQKUL2Gop7DJo28SdM0IfvfnUG4TmHsb zToEFa1NquPIpJ2e+OgaLz9nqnOCLt3Bt4FgrkKxUpQtr+sBmnMqQ4o8p7K+FytRV7CBqEgEGgep fe0jWRFNXKNplzBBmCFtXnNhTvE+26EBxVBgeh2KLkEcH4Qwa9iqNJF3sYZtrGKbb8S6NDE7jC5D uH03hJ7OYunzJeYRdTtkQeYWN4UYJ4sLnIVXWG02eEw2SFcxDKcTJNKf/9EvUVU7dEkFz50DtYcy pvK/lDSaVqbnnCA26ItWTiqUFnz77Tth4P/3/+4zeKpFpQUqUnql1aDCpW3GYGp6IIGlEQdCnJ6T eGsYUukwLaemVYq9MVXFdx8/SsO/K2sYlB9oOvpoL5U1o8aIaPqwesDq779Co6sIF1NY3Ow8Crdt 4ZQRHMm+cJ2SKJrh/tuPyA9HtJMCQUBEc40GuXzt/1+4c36EBYtufapc2XG18Z/b+87eSLIryxPe ZJj0JIss261WS4JmMYP5/x92AAGzKwx2tauRZtpUl2mSmUwXkRneLc6NzCLbjTArDVAN8DXYVZUm GPa+++49xpAWTIOWdtfZAXA9If9u9zHWUU8uperAeDgUMbF9shOpXUIO9swW2GGEgl2yx2a3xdWz Z0exsaNigE6t6xoWHWJIvclIiN3h3eZaWvnEDpljG47HgKAjGI/lArLwz1ataAOJySg32GFkhrJd m9wP00adZDjcbrBebJBlbCMHWK+oJMBlEg1ce+AfgycFBAdjTzBP5OMwUWPdYU/9ItbZTFM0lfjA UMxsOApFb8ka9K4iNKBgxyxe32G1ontPIcuG+dlU2PusTTyZzOHatHmPcbNdYx9lwjXTnE5a4Wfd EzjGESRIcCvriRXJ0hlsT4eXmYiWDg43Cqq0gaJl0D06QpswAxulsoNlj9FqAfbsFOYxWiNHYy1Q YYWR+lTqJwxwlIcWmR2TihhkK2iosgQmLAzMS4yVK9ixjnizhXZoYWsB8msXajXAfqEAac8prPQU 4dRGgRLTKyp1qGgsva8lYoUNJVeqFYqGFlShKFuYtilLT1sxhJLUMHC6Ld7GEcx2Dq3zYWo5FPMa RtFiv/UQxUMo/gHuQIHhtVDMHK3TIWk0uUZpQU3UBtd3e6xvW+wSDddRhotnLvLkPbyLczh0515n KJ012yNoQnIdNTjTIS7PbNwVMVKzkomwzTnZZXI9hhNCOiwoRY5qn8Ny6bpd4v3bBXaHFOOzAUYm tdf6hRM161WNjlMuPvvsUxT/+m+i9OHy3JL1YHGyVVE5nJA6KZPslRyHoic4J/tY6rTU+Sdxm5I1 ezJMlD4APr96iu16I0tDJgMJsVxFjjG7puSE5j3421MN1Nsc7+4WCCc75IYC17dgDkxcXMxgEHSs tBjoJlarNeL3ewRqCI2de1XFNlrLsRqFdpKqxUeXYRHgRml3jXIpor1DgmwtsyjVOtntoIIjyZXj gYcwDEW+gkVTSqoS20SVx80uEo0h0+Gsa2IYzuR3JEmGmllNlqIWEq0F1+tb7PNnZ2STQnUtWWpS aMwKXQTzMTyfF4Pqio3YFhFWQdwIQXnE4oicCtn3lPnVTQwGvmB+KHxHkwjKESdEELMipFAmhCKA Jj795KVkSRFF+VpmT5oEJHYGCSXgySCclku8l6/Oen9A1xUpEsHhUKm0qIWjpjcNDps97t4vEe0S QRMrpSoQDLbhk3KN0mZdkK4sNQ7rg2DZ/DGVDkgv71vWVP5sefIUGwVVSA9UXAiRL1KkywHy7RAG 7dyHLYxpAs0roFgm2tREytk422F/KJFUO3TtFroRQ3dqTI2g109X2e8jqFY/UkKYQVcY4XNowxQ2 0z7KS1+PkW58GPoa+nCDJBrB1AzEh62c425QorK2mHzqwNIywNhjfnUBd3KBL14XeH37Giosqb+I iemENBSqcYwx8Z+g2VO9tUAZAeWhxnrVYmjW8IwaZmdBN86R7hI0UYt026DVD4LnM60CjbFHqVNt wkJB8rLpY7+k5lOO8gDxK6w1H1cXM7z98wbJtkExJL8wR1EQIFnC9joBFY8vPck0uztDHGS6ShP1 i7FGM9gQpksvzBR/evt/MZ+eIRyG+PLLb/Hf/+l3Ikn039zforRbqMlSJtReOiiUeiQBnLSce/H0 SpoaOgv+DYnxukwYCQ04Dik2yzuBGbB2yAmYz1uS5mIoTGNhTgCKQTR8hcurp4T6wvAHKOI91uT8 5TRRobFJr4NFJ6PZ/FywXO9uF8gOhei+DachOqOBY5mYQkN8t0N8G+GP//tPCPAUo4D1sgaHQ4vC THD55Bmyg4qGMIqPDdbARIWZDbtVBHQKHkvRYDDoKApsRZNoPHMD6IEuwYrFRXZC4jjCe42SLybU oY+hN5A1MTEcxDgxU0DUIDJ3ohPELkhBxLnVA00n85lItPizEJ8Mg6PrDMnDqmBfFEvF3WohgSwv UtGfIihP9O9o0U0vQp3+dAtsNnckEMkPnYurhh5tJpJ9hmk4hOWZSDUaYWh9m7mmj+I1Dt0e8/kU k4uwf5hdUhq4XKMywxb7fW8nxlSdhF+i+kmW5eQjlvOFhqE9hnMxwvtugbv1Cl9H32I8SeGFnmQ2 rO1RdoZLhmSXoG4O0I0xQsNAjjsUHe222Ckk8dnAYWMhuqkAxYXOSaEwoLsqgqkJc64iN1PsqwRV tYOym2C1e4c4u0OrZ1DMWiafoPURWldCSBf8nAj69fgzQ+HEJJVJnDsv0FRb7NcbbN5sUG8ceNYU Pi3RrBTaiKoWlMC5QU3mgFcA7g7aiwCqmcpDwGtmO9SpCvH+2wjRZoehO8XZ7DnKegdNs2FTwSGz UEVAfVCh1pQqpu7UGE2bI0sjKIkP17hAVngIwga6e4et2sIfGjADE5mwEHqwK63PyHhYf6Vi7BuY +JSQtjBrQ1ycTVC8voJXXyF6D5Q7G6atwppqcB0b/kCHpvQSM1QRlVqj6YgPJiku7EbHq0TuV8Uy kHQa7qIG75YxNlmKychGaXRYHg7wBYfVBysqj0TREpvNTmrCA8vEeDQWDF51oCFw1dNv2hZxkojO l0s+qTfAZDIU+RxO6nHC5oSOuT9E53R4/fo1bq9vxA2dkzTrx8KScBx8cf0Ws+mZqJyK6/dhj1bX UTm6kNGVWxPT8ykqNZcO4SFOsF1GYs/XJSqGwRN0ZYvFZgndtzGg6a07gl40UNhJ+Pi6hBRnI0iS zsSmdMFUnShvmjFqcjB0rxn5YS8ORq3rkrbfFUqu3RVDYP3kxJH8myYJdpsITbGDQm3pAeEERPcS TApZBmVc8mxibIoacbyR+hJrCid0ueCibNZ2NCEm00wySYk4JbVljHA4EaVEdnToxR6tYrzdLbEj eVqzYFmBOBlbuofRxBeX6bZspBDJdfl6uUCu5EKZoE/bcBzi4uJMeJRkv+sqW/w9bizbJ4IBar2e cEtUO0nexN2YhAQojsyQXEoK4z9rUXU51tUOh12CV89ZN8tF0J/drGzHThqFN1l4V6ENdER5iiou UMUK2uSALKJriwfLGKExIqjDHLa3gzMzURkHrHdrLHaLXk7neoqkuIXmRZjPHQSTAOhsWMoYpnIh ShnMAMRKgeR0BqqCGR3E067Yb8W/MdnMoTYNps+oHLoTdYsodtHMr6XzCWUHhWj7MeAMOwRXBSxX w7iZY7vaI624fKDcbij+kZ3hIbSeICeFiNLKkYp1QcgJdfJ1CM3RBOxQgW6XaKMEbU1VjCG6LoE7 zlFrMcY1MJ3ZgKugLQZCA9odEqyXkcA6drcqLvwQI8/EgDr/JPImBUaDc4z0F1juruGrEwwDG7Mx H0aCKbkEZDOAGSLPmS+TFEsNt3e3WH67kPtwOppAmwzw/nWEw3YnmlF//w//KJJJPM/kp74gn5D3 OZtOZYNtlIkN3NPLZzgbz3GzXopm2o7WXwMTAX0fCZTVO1R6h3W0FlrRwA4FxsFuMDX/Td0T6g/J 1FreClxiQBjOoUAWU/11ANVURPqIpQvVovJqhVWyQzCdYvLsHPOXTxCYDsZnYzQ6yzYR1su1dCit ysHV5BVoY0maT9Kk+OTqApMXIYqWDlI1iGX++AIWS0kdK1k6WtUQcjPrUJwVqC1EJQASJcVCqK2R cG1dZCLYV1oKfnH1S+ER1nmBMkugFAUmuoUnT6gTZODtZiPoXQqpsc1rDkIhS7PmRWUHOkpz1iAo 8qTc6Xk2ZvMxnJGHcBrA9TQEgYkyK8XElSRjrveLJMX6qzW2iy3yfYk868TlVg8C2P4QpjOAySez aJEfYuHv8rtFk2DgOvjFy0+xSUi0NnsJ2prLOyK2G7SUcL5bS0s6rmIgIRHUQkg0vUW4AoumhtT6 SKLNoghqk+F84ouzDnltzELff/VWQJ/jYYj00EjQ84IAvu2LXn2s2ohXG1RRASVR0NHvsB3DtyYw dQs5C2vWBspkhSawhC2wSg6I8hyqVqGxbzAIKwTTANPLAL4Xoi0tlHtDAi5rFuTxGYqFpiD8g4Rn HS0bEbWK7I3SL6mZDZy7MIc54u4WERVZfQ1w7hCVDJoqTEcT+6qzeQhLJ0/SRnabIz0UQkuKREFB x3R0gZl3Lt23594/Cgyj2HcCMqVEju62UoA+5GsM5ik69Qz7Xd8sMamXVr0Rx+t1fSNNnYHb4tDW Qu0h94aCgfEmF6oLl5z+XEOrq1hHNaLGxGYfwzHGSOsEzoBWYh6GUwcO+eIk37NeJWrtKlKjhRYO EB0y7DdLIcU3lgHNdmH4QzRFjf0qRbRo8fL5FT7/5Qz+uEbZFBhxZaHqKPJCarlJVkrHjaa0nzx/ hWgT4Xd/+INkcZqp4syZkgQiiUBdauKT0AwM5G6Hg1aAPAtyC2kAYrA4TwDvusTz8VxkfS4nc5lI jE6ROleRFXh58VyCKz0CNCVD6g5wdXWOmnhHW4Ph04r+IBjCN+/eYrPYQd1bqO4SaJkB22Nx3sBs fIHzT8dwJhpu1zups/5XcHP+euAo8xaVtAdeRBWZ8AlbtCWdfjtoeou4zKT7RdstAkwLysDKLAHE /+vfpMPok47iurDIoSsK5IcDkmInjsh02jWpyWO7uDibYWT7wg4nZYXLpcAfStdPzAMOXC4Bs8kI o/O5dMoC34Hr8AHkE6egKSvR1F6v11B3XNYqCAcU+KOOkyPutdRoWkUp9DLF0KV1GaV+FajBoNf0 0jqpO8y8uSzz8iSFxa4LSciC0h/CeWaKXjjXy3qnw+ioMKAKubbIDpIpOaEKLzTgBWe4JG+843lr EO1jbLcttMqFbSkYT4bYGSm2uwr+cCT7sFiuENc+ku0eI8vFzKGEBWDWDhwaDGcREjeHaqxg2BGo 2nfoTFTUFbMceKGFi18GUDVd9iUpWBMqRSaIap9FUmK7YP0twMCg3bopMAwaDeidKdQNK/sl2u5f Ybk30AceVnsVX92t0I32uPzMRB4XSOsYwSAQLB6zS70xkC1SmJmOb98v4B516jerBeKYD9FnOAvP kGwybK418c5j1tXkmqgeTJ9p0IYHrJICs6cO6psxtn/iZKFgOFmitt7CnpxjUI9gdDmaNsV+f8Bm vYduesjSVrq4LGecf6ZjdOki2So47DVU1gRFlcBygWX8Fk+vqB5iwXByyTAo7Mf7XaGrOalYHhsS OrZVhrQrMX96IRn25naLr69vMaOMsD1CMBng3B9jSPJ5tYVJHTXDxbvlSgIVNAdFRVK/20tlWw7+ +ff/ImBmMwiEiP3ik2dwpyN09Ky8W8Pfx5g/PRe8XsvyADFcWouc/AIq4h6A6N0dXnzySrB9ehgg Tw9IB774AXA1sPj6W7geVWqHIjawJu9w5Akns1zdYtS6WOyWKPUSm90OA3+Iq4uX2KgHVJsO++4G v/r1bzF+MUStbZApe3RahoHP9i0za+sjU2voOoynI6RuX5diIU+kUY9iYQ8VSHs/uw4G6TlHgTh3 1KsccuQssFN32m5QD3rRMcNe907AXGNbFm64POHSknVfooYzDdtExebANJSwCLVXQ1QV0ZpmfGhI CTlyHZmBMbDtaJoaF5i155IGr4gsdkyBNxDFlO7W2G8itHWEMvQxP58ifDKCMzUxCwPRE9dNBQE8 TOdjdLs9lm/ewy5qDO0BrCqHUSe4bioBCFIamt0dpzOkvmBZBIpSqYEG0uRaVrJ/Du3PoAnWaUIq juqIuiU5bGqr4WJMFn6L6qbGmfECXZRigBauWiMYVhg9pV9igixZQy0oDUMGEAnQIbI0g1vGeDFp EARzASHyvLhegKyu8fU37/DV9Xuk1Od2XeEuGhQpZO2QHLpWxWQ0w/nkDG1niFxxPYyh2R1WTYnF 6z/iUG+hWx3Mg4F//5cW58+HOJtfieMKayc6+gaNS+38qMbw5QVKZm27Dsp2Aj8JYQ9eYc/JRZD8 A7xffIFwZmL+wkJUrAC/xvwqRFCE8JLP8D//fIesU+D/2kFxsYQflqjUO5zRQFRzhAe5ub0V5sPZ xQX22y+wj7ci6mj5PlIzhjJtsXtzjf2qwHDwBIfSQ1k5iBMVldqK4N5dkmGRLOFOHJw/OYfj60xe cfvFNzjzh/iHT3+Nd3fv8H/++Ad0mYexc4Xs9RjDqYFF+xXsmYNYrXDz7hqz6QU2tzts1U/w9df/ hGdXDozSRnrnolI91BcOPvnsOaZnpTRtCIfRPQokllACC2feDOGFj0qrRR2C0jn9RPoMm8UdXr/5 Br//8k/4TXCGbX3AzB+LFjvVG57PZqKv5p9pWDCLT9bY5JVMroOzGW6vl5gPxzDzEjcs3NNj0+jw ajyEG9jwwgTzT5l5UZr6N8iqHeLiIOKWrkqtsBijCX0PP0KbLymY2nYPVRiPv2Nk8GPj5IfGIW7G XNedZHiPUrwsSp0cjo2jJRFfO4nli6sMmf11LbrdD2Vf+f5pn0ybXCtbzAFZYGc7mtQWy2aaP4Jp 5RgpA+ijEQK6rbBZYNp9zWpSojzPoKk0RDXgDGwYLj0BgXhPbV8qoVBSORU5WC5p91Enre0obwRJ zSVm0h0bAaBWViNGBKx1kU4jSp60ET2Sw08mAxw8Dh5PcqDiAl14GKF11KzJiYVLC7WjQww7mJag 6FU2OlwHlqHDHVGfSEemFBIotnFPQnfCsXSWRLVBVWFUqTQQyowieyqezGdiN69SfLHt4BLpTzJ3 wYDZZ6JDL5DGATuX2y2NXnWRZbaCCySVi6JKRbBRlC7F0LZAV6U0m8Y48DD1SWbumw5qo+Hmm/dY vI+xu4ME+64mTisRtQg1fAev3okEMgEU3tjE9MlUQIw3y2/hxf8ucIsnlzPMnpgwRypaS4Opd+LO rQ8crKOluB+xsF2kiYBwL88nUi/NbhXcxQQMuwjrc4xsCwZBtkXPZ9WbElpjoaMXpjnC5dMrhBce CuTY7NZY3dziYjzGxPJx9+4W+yTC1ewJ2myAZFHCorz2QIenzbCOU3yz3mK5XGK5K2UpTaVc11Ix HfroCoKCS+yzNaLCguZ3eHL1QorjlkeaCE1AG1lmcklKazNi6QQqTM1rzs55CVOz8Nknn2M2PcfN n1/jriqQbjewVR0DenDy2hPH1Sl47pBLuhMpak6K7AyShO9ZTPdbqIaNr775Cp//5heYzOaibea4 PrKq13antA9XNMS4sYbHe5RdULI4PsolIR+qkzC+CNv/BVnUh8L5vQzvA93w0+BEYXDV1eOmKAPL gj27ibozAC/NvZj1dxlLfLjYpr23quqDwSkgnPbxlPFpbSatg0pV0CqUUdMkk1CbXuOLaggs1nO5 SNG0vClEnKzpmBsBndnfdFJQvjjvBdBo5tm0cOoGl0hk6dFzq/puW7/Xx+OlAcFJcuSBLRN4XqsK 62KFzqI8i9N3YSkDUpyCHFCKISu3T3XPAvumPmKlbOEUknZxF1MKdyfbnugsDvPG7ikUdk37tFKM PQre7LYjom0Ey7JhYLkBDOolEXTbalKorbV+Mul02j3XaIxOBOMcygA3Jg7RTjqinUrkfiLidCVd ZHTy4QyYjt1zH6nrp3mi5c5r5gc+QhaDDRrJ0iwVmL1Koa4roX01hoXWGWAZ0/kowmIV4fNQw9nz AONxCH/myLK3QwAFDrraxe0+xor2aOOpTDpv37yHodb4u1+9wnq9Rb7tUO547W3MgmcitkhKmKiR WiqScgujdJBmCRhxJ9YETmtifbvCanGHkQY8nc+FYbB49w5dV2M8niEvdOyzCLVW4Xa5xrZc47Bc o2In1tAQL1dSmJ6YFfxA6uborE6AsyqzHeq5jQjsDUUbrRe27yTIEl91MkUVWo9aUS5T7pl3b97J dX356lP4T4dyb9aEZcSplEJYmrCoUUaNeE0XPB3NYVmzYnF/vY9gWDrccCCkbGLJfvfP/wPD0bmo VDQK4Q/MnCo4pgP/0kbX5CjKg9S3uKjZrVNMZ6SZUcBS+7gC1smJ42GgOgWDUybF8VOBTKzuRRa8 38YpyTpthxmR/P3482ErPxUXGewIKu2t86AoH0LD/f71O3QMnqxF8ESwcUAGXr9p1mnEjp0eicff x+25kuwxgB33V9zbKVaoiKoBt3hcEVMhGcICfvh7j4PdVB6foXz3XH3wvDs6aT/9TR9gezfoPsNk RnQKwCQu07q8QwFFysA9AJD8TapnKsgxdgMEl8/l86wVidktz23TwGa+RqJ6Rv4amwoDyU5pNeXs 92jZ8CCCnjXKmuhtBYlCfFOHQmWjQ0XWlsg0dqZYx+yQE4/HrEC3oPv0ZSSIuEFaVbhNK1R77icD tILtmwVWWY2O0juNg00dY7ndIss3GNGKfmVitSY8JIEXjOC0BW4Xa4G/XD59hjqgm4sLYwg0VoSs pAVYB12hgoSORXRAZ7mwuOylHFC0Ew/M87M5Lp9c4PWXa0SrQrqqdWejqmgdRxAwAa0a6lxBRdG7 pBQNsOXbLbJvDrhZvxNlhMvfXMq5YUAYWEOEPhU3TeRthYvphTjmdF2GYGgh37cwXBuz8xn2aSad 36DR4HmNcCmdgYfnvzpDR8u6QQ3Dq6GSfCzORlyJ0NAEUCktxAySkjFgzbHu3WmqCsvbd8IoYZli ZM/w/OULUYrdf7tEuYlRVhlybo+OtCIfQ3R9jrxSRG13OgtFkWQwoBFKCSUroBY5/vj7P+Du3UaW erxfjEEB3WCgdFHnCZLDTu7XojFRxy0CnR6Lf3v6818PHP0RDYmHS5u/+P0f+ZjyF6LSKaCJgCMF zo4ZlGR5R1H+3rOHdaOTDVnvMPLQFLS3sGI2RDVQ6n2QfsLHXcC8/ee59pPX+iCgHv/rfweLz+LS cNyxfpcZuD4MISx/91D6XKp/6RSEv3+khtWrCtvfe53HK+ft+AW2yrkRUetUWKe799HjDVnWWW8a cDp3R0PNU7bZqaZkgBI0G8kv+9f5uZI3YNSrCPDfRb/kZuHt5CY8IQhTHGG4dGX0JnmdVm9UQ3VR 2Il8dxjFsowfePRs5P4cnXc2a5xPRmI3RZWYPJW2M9I8hO02UOwQvpFDDfbivsTluV0pUOoC0+eU T2aw1JA2BzQxTRBSMbQgRzBLSsSVgjAcY1f0ZOeMTt9VjW9Xa4zCIZZNjILyOmWGbXINpVqKK7NG hHhZwzXG2NYZ9ukGuqOiWQJ30Q3SfI/nr54iol3Y27c4XCcCDh55PqI0Q5zWGNkh8u01/NDE7Pkl 1NsEd/u11FRpMEKMlavxfDTImoNg3OyxB3c2RKmkgN3LABVU/+gUWJoF3VLFAah/vjhtUuCPf1ao qlTUcbNsL5MaLxTv1YGloh3oMDONnRUBLjeECRGjY5tIsr2IELizkTBF/CDAcrHAl998gTDT8Xef v8LXXy7gosXYMrC/vUEwVtDqBQxVRZ3lcFoD8/klSgpZZhsEFBZgnP3YgKMP7b1Os/7pYeA4LXV+ cpwCzIOs6mFm9jDzuN/2/ddVwg4+PO08Q8eCPzMcqjJzuXTMbY4GL6ctyw/hGNyFXpHq/vx+MCM5 Ou32mQ9zsH77vEUYEHtcx30Nqjsdg6pIbadpqORwH4QZXx4Gp6p9eHzHX/ngfRJd+2Pu3z+5pPBW lhogMzW+cGG6/usAAAZnSURBVCRuPcTqMYujW87pbDKES92K8hTHUXS9goWo2pHhc3Q0ZuCm+YaG 6XcuV9PdHyt/TGlRnBbNPRWDzAARnO0l34+OOr1XAqFv/JPBjhzOpxTOQyEZV14wUx0Iho8SPXV7 gJmPxey1TFOUZSoO269+E2O9Wwmlp2osCdRURWHQ1risZW1HM9HFKeZtKGDlwz6Gq5iYP/9UKFQk 3je2Bf+phpFGcUBb9LtYhqG8jtLRsajAk8ErJJQfzj14Qxdu6MLc0h8gxfR8jr0SIe2AgoofGpdH qrjGVIMWESWqQw31QENhMn21YHYuOiqLFjUOFM1zaK5iIqtNlCS2f3uLEaFBPCZSuEBdOXa3qXtm SilBbMfIBzVyVEolqiBtWSGJaHlPjp8hfgVmXCDJN7IkbJNcSNHE7pVNh1ICoC4d7pbySPSxdDxc ryNYUYrF+2vc3mygmyF++9u/F74qgcO2rWG1jjEczeCxW2/OcKh01EUKSyXivUaR1v2sLM+u8vEV 3X9suffBIuovqngdA9pPHtfDN04Lw3srqnsbvf7fDwNk/6DfH+IPamXH8MY95O7yRhZD3wdNAaqi 9rvwYLvynU4ykj5HPy47uT8PlnXy/e+d4R8c5ilV+onBruFPnhelFwtkgbx3lSfFgplgH3SqqhYH HwoA9t56vZswlS77s9mJ4sUD39SjQdt95tdW8v+jVbzSa289dATrPUo/bK8PWvwotZ0YQO8p+0e5 cDknzFj72YFS1IpAK2RC0HuTOEW1KPCBzGjgsk7nOTBbS+hfBBkHs0vJIijH3LSVEHn5e0QxVesn nLJOZFkqx3Vs4tB6rN/ZPtJT3Oc0GfRHz8Db30viu9cxmPFaV1BYHlCAl9Xn0mUT8jm9D6MGRkri fINMS6CyHlTrKHZcJr8SUjE9NufzMc4NFtlNMW5lI2NfpxjYQ9g04jU1HDKSvukdwIOnoUgONIPe mivtPQPltFHbrCQ8qBFsYMqsqtIwmfy6P4Jujl1kYLneCuhZrSkc4/XTLBtBvE/IxtgnonNvGA6y UsWbbxZwaIySGfCsKyhegF1jiBMRJY3WXP5BQ9q6MBDibn1Asc+RMrvt7pBSkpzy3UMHNe8XfGzy Mkc6zMOs6vuQBo6HncGHQz2tvR6OB0GFrhwftv3wyfrwsf4GPMWiH8TH06ZPEV8+dP9ex5v7WG+S 7cnnpfjV19MYmmTJJfaSH5ZcFOijjGxBEN73UqPTHlb0ZWRh+khh+sE+yRsP1o/8RaefD53T/t/U TyKaX0r3ci5O3++XBXyBYEkugYUozvhClKFkmhq0Hyl+9ozH3rFZuhXCxj/W3qimwP1Xey+9D+fw 1Ctg9iBu7X0A60soVL+kMw/VQ/vM1pBioLhriBcgs06t4ztN33hgjYwXgcGZS8U+ZiAvGtiOBoPq Ezgqrmq0iqczPbWkNHH6ofaa0JKOS2NJeo8ZMjuFzKAZgEhO5mEQUc8s9eRAxcvDkg7lvHWTn6zF jr5jGUAnXaWE5nBPCchgNthCZeOADt1ElGtDwrEIpJdhHDXrLcWEcga05nF1frzsDCZ0Mzo/1lZz ZNBBldb+vKf0vvRZRjCkBnea8KQ2WtcySZIl0c9QLVKlEl4uCc0EFYuvJs1uVU1gRpcvzqWDTb1i ZlTEzlFMkqYq3KfZ9FJAv3yNBr7zCwvPZ+dAXqE5ZFKMj5IYztk5Bio9FSKECuuGPvJOgz0F/MkZ in2EIPDQpik810GhaQIOHxN/9DEFrJPLxo+Nh5nXD5yFP4zvrZG+N04P3f/3OG1bHvAf/qLv14j6 J+3+4e4zpj4r+O6CvP+79R/t+8Ni1sPP/dR35Nx8/81eq52QjB/7GufNh+M/bQX3sOb1vV/7H8mD sOD83aGKQud3XpHvH88BA+iHIMv75v51EHh8fP30cQYrDi45vz98Knh+2E9u+L4xckyojsM76Xp+ eOUHtlPHRgnRd/2gg8zD9+8fuN5i5P771PI/7uSHMXj4bfvHSji8mPf3hc2mz+k8cP+Ilzrtif4j z5r+4AVVI5mpf4+GKCx88nuD/k8/lH76f268xF81JgA+Pf79b4/C+pvLaz2Ox/E4Hsd/3XgMWI/j cTyOn814DFiP43E8jp/NeAxYj+NxPI6fzXgMWI/jcTyOn814DFiP43E8jp/NeAxYj+NxPA78XMb/ A8uqdvIez0R7AAAAAElFTkSuQmCC Wyoming State Geological Survey 307-745-2250 PO Box 1347 Laramie WY 82073 US wsgs-info@wyo.gov M-F 8 am - 5 pm Mountain Time 20250101 ArcGIS Metadata 1.0 Wyoming State Geological Survey 307-745-2250 PO Box 1347 Laramie WY 82073 US wsgs-info@wyo.gov M-F 8 am - 5 pm Mountain Time None ArcGIS File Geodatabase withheld https://doi.org/10.15786/wyoscholar/10075 RattlesnakeHills_100k_BR_GeMS 2025 Wyoming State Geological Survey Wyoming State Geological Survey Laramie, WY vector digital data Data Release 2025-20 Suggested citation: Wyoming State Geological Survey, 2025, Digital data for the geologic map of the Rattlesnake Hills 30' x 60' quadrangle, Wyoming: Wyoming State Geological Survey Data Release 2025-20, scale 1:100,000, https://doi.org/10.15786/wyoscholar/10075. Original map publication: Sutherland, Wayne, and Hausel, W.D., 2003, Geologic map of the Rattlesnake Hills 30’ x 60’ quadrangle, Fremont and Natrona counties, Wyoming: Wyoming State Geological Survey Map Series 61, scale 1:100,000. Geologic map of the Rattlesnake Hills 30' x 60' Quadrangle, COUNTY, Wyoming This digital database contains information used to publish the 1:100,000-scale geologic map of the Rattlesnake Hills quadrangle, Wyoming. The bedrock geologic map of the Rattlesnake Hills, Wyoming 1:100,000 quadrangle was developed to provide regional scale geologic mapping for city and county planning, industrial and mineral development, and general public use. This dataset is a conversion of previously published map data to conform to GeMS (Geologic Map Schema)--a standard format for the digital publication of geologic maps--and is GeMS Level 3 compliant. The objective of the data conversion is to reproduce the original published mapping with little to no added interpretation. Wyoming State Geological Survey Wyoming State Geological Survey 307-745-2250 PO Box 1347 Laramie WY 82073 US wsgs-info@wyo.gov M-F 8 am - 5 pm Mountain Time Rattlesnake Hills Wyoming geoscientificInformation ISO 19115 Topic Category geology geologic map data 1:100000 geoscientificInformation geology geologic map data 1:100000 Rattlesnake Hills Wyoming USE CONSTRAINTS: Users of these datasets are cautioned against using the data at scales different from those at which the maps were compiled. Using these data at a larger scale will not provide greater accuracy and is, in fact, a misuse of the data. --- The Wyoming State Geological Survey (WSGS) and State of Wyoming make no representation or warranty, expressed or implied, regarding the use, accuracy, or completeness of the data presented herein, or from a map printed from these data. The act of distribution shall not constitute such a warranty. The WSGS does not guarantee the digital data or any map printed from the data to be free of errors or inaccuracies. --- The WSGS and State of Wyoming disclaim any responsibility or liability for interpretations made from these digital data or from any map printed from these digital data, and for any decisions based on the digital data or printed maps. The WSGS and State of Wyoming retain and do not waive sovereign immunity. --- We request that credit be expressly given to the “Wyoming State Geological Survey” when citing information from this publication. USE CONSTRAINTS: Users of these datasets are cautioned against using the data at scales different from those at which the maps were compiled. Using these data at a larger scale will not provide greater accuracy and is, in fact, a misuse of the data. --- The Wyoming State Geological Survey (WSGS) and State of Wyoming make no representation or warranty, expressed or implied, regarding the use, accuracy, or completeness of the data presented herein, or from a map printed from these data. The act of distribution shall not constitute such a warranty. The WSGS does not guarantee the digital data or any map printed from the data to be free of errors or inaccuracies. --- The WSGS and State of Wyoming disclaim any responsibility or liability for interpretations made from these digital data or from any map printed from these digital data, and for any decisions based on the digital data or printed maps. The WSGS and State of Wyoming retain and do not waive sovereign immunity. --- We request that credit be expressly given to the “Wyoming State Geological Survey” when citing information from this publication. Geologic map of the Rattlesnake Hills 30' x 60' Quadrangle, COUNTY, Wyoming 2025 Wayne Sutherland W. Dan Hausel Wyoming State Geological Survey Laramie, WY map Map Series 61 true -108.0249 -106.9847 43.0218 42.4781 publication date 2025-01-01 RattlesnakeHills_100k_BR_GeMS is a composite geodataset that conforms to GeMS (Geologic Map Schema)--a standard format for the digital publication of geologic maps", available at http://ngmdb.usgs.gov/Info/standards/GeMS/. Metadata records associated with each element within the geodataset contain more detailed descriptions of their purposes, constituent entities, and attributes.). An OPEN shapefile versions of the dataset is also available. It consists of shapefiles, DBF files, and delimited text files and retains all information in the native geodatabase, but some programming will likely be necessary to assemble these components into usable formats. These metadata were prepared with the aid of script GeMS_FGDCMetadata.py, version of 2/27/24. Confidence that a feature exists and confidence that a feature is correctly identified are described in per-feature attributes ExistenceConfidence and IdentityConfidence. Confidence that a feature exists and confidence that a feature is correctly identified are described in per-feature attributes ExistenceConfidence and IdentityConfidence. Map elements and topology were checked if needed. Dataset is considered complete for the information presented. Estimated accuracy of horizontal location is given on a per-feature basis by attribute LocationConfidenceMeters. Values are expected to be correct within a factor of 2. A LocationConfidenceMeters value of -9 or -9999 indicates that no value has been assigned. Estimated accuracy of horizontal location is given on a per-feature basis by attribute LocationConfidenceMeters. Values are expected to be correct within a factor of 2. A LocationConfidenceMeters value of -9 or -9999 indicates that no value has been assigned. In a GIS, digital datasets, nonspatial tables, and metadata were created and attributed in UTM Zone 13N NAD27, and reviewed to the USGS GeMS level 3 digital map standard. 2025-01-01 1805 21 5107 434 1015 12 108 1195 DescriptionOfMapUnits Non-spatial table that captures content of the Description of Map Units (or equivalent List of Map Units and associated pamphlet text) included in a traditional paper geologic map. Has an internal hierarchy expressed by attribute HierarchyKey GeMS OBJECTID Internal feature number ESRI Unrepresentable domain MapUnit Short plain-text identifier of the map unit. Foreign key to DescriptionOfMapUnits table. GeMS Tph Phonolite This study. Tc Oligocene Boulder Conglom and channel deposits This study. mb Metabasalt Undifferentiated This study. Kt Cretaceous Thermopolis Shale This study. ^gv Cambrian Gros Ventre Formation This study. Kmv Cretaceous Mesa Verde Formation This study. Pzu Paleozoic Undifferentiated This study. j Jasper This study. Tt Trachyte This study. Tpl Phonolite Lava This study. Qsd Sand dunes and Aeolean This study. Tsr Miocene Splitrock Formation This study. Tfu Paleocene Fort Union Formation This study. RA Reclamation Area This study. mmb McDougal Gulch Metavolcanics This study. Tqla Quartz latite agglomerate This study. Tql Quartz latite This study. !pa Triassic Popo Agie Formation This study. Klml Cret. Lance, Meeteetse, and Louis Fms combined This study. Twdr Eocene Wind River Formation This study. mi Mafic and Ultramafic Intrusives This study. Kf Upper part of Cret. Frontier Fm above Kfwc This study. C Corundum This study. Twr Oilgocene White River Formation This study. Kc Cretaceous Cody Shale This study. ^f Cambrian Flathead Sandstone This study. umb UT Creek Formation Metabasalts This study. Kfu Cret. Wall Creek ss in the Frontier Fm This study. Js Jurassic Sundance Formation This study. Qls Landslide Debris This study. Qb Pleistocene Bug Formation This study. Tm Pliocene Moonstone Formation This study. Tl Latite This study. $t Pennsylvanian Tensleep Sandstone This study. !d Triassic Dinwoody Formation This study. B Banded iron formation This study. Qvc Volcanic Alluvium and Volcaniclastics This study. Tv Tertiary volcanics undifferentiated This study. Kmrt Cret. Mowry, Muddy, and Thermopolis combined This study. umg UT Creek Formation Metavolcanics This study. sc Supracrustal and related rocks Undifferentiated This study. Ktm Cret. Muddy ss and Thermopolis Sh combined This study. Qc Colluvium This study. Qal Alluvium This study. Mm Mississippian Madison Limestone This study. gn Archean gneiss Undifferentiated This study. Qtg Gravel Covered Terraces This study. Tvf Volcanic flows undifferentiated This study. gr Granite Undifferentiated This study. fgt French Rocks Tonalite This study. Ash Quat. (?) wind blown volcanic ash This study. Twb Eocene Wagon bed Formation This study. Kfwc Cretaceous Frontier Formation This study. Pge Permian Goose Egg Formation This study. pg Quartz pegmatite veins and dikes This study. ^u Cambrian Undifferentiated This study. !a Triassic Alcova Limestone This study. QTb Boulder Deposits This study. $a Pennsylvanian Amsden Formation This study. Jn Jurassic/Triassic Nugget Sandstone This study. Qt Terrace Deposits This study. KJ Cret. Cloverly and Jur. Morrison Fms combined This study. Tst Soda Trachyte This study. Tat Alkali metatrachyte This study. Kmr Cretaceous Mowry Shale This study. !c Triassic Chugwater Formation This study. Trh Rhyolite This study. Pp Permian Phosphoria Formation This study. A Alteration This study. bs Barlow Springs Formation This study. Name Name of map unit, as shown in boldface in traditional DMU, e.g., "Shnabkaib Member". Identifies unit within its hierarchical context. GeMS Unrepresentable domain FullName Name of map unit including identification of containing higher rank unit(s), e.g., "Shnabkaib Member of Moenkopi Formation". GeMS Unrepresentable domain Age Age of map unit as shown in Description of Map Units. Examples of values are "late Holocene", "Pliocene and Miocene", "Lower Cretaceous". GeMS Unrepresentable domain Description Free-format text description of map unit. Commonly structured according to one or more accepted traditions (e.g., lithology, thickness, color, weathering and outcrop characteristics, distinguishing features, genesis, age constraints) and terse. GeMS Unrepresentable domain HierarchyKey String that records hierarchical structure. Has form nn-nn-nn, nnn-nnn, or similar. Numeric, left-padded with zeros, dash-delimited. Each HierarchyKey fragment of each row MUST be the same length to allow text-based sorting of table entries. GeMS Unrepresentable domain ParagraphStyle Token that identifies formatting of paragraph(s) within traditional Description of Map Units that correspond to this table entry. GeMS DMUUnit1 Paragraph style for formatted description of first-rank map unit. Times New Roman, Regular, 10 pt, 12 pt leading, left justified, 66 pt left indent, –20 pt 1st line indent, 3 pt space before. U.S. Geological Survey National Cooperative Geologic Mapping Program, 2020, GeMS (Geologic Map Schema)—A standard format for the digital publication of geologic maps: U.S. Geological Survey Techniques and Methods, book 11, chap. B10, 74 p., https://doi.org//10.3133/tm11B10. DMUHeading2 Paragraph style for second order heading. Times New Roman, Bold, 10 pt, 12 pt leading, all caps, centered, 12 pt space before. U.S. Geological Survey National Cooperative Geologic Mapping Program, 2020, GeMS (Geologic Map Schema)—A standard format for the digital publication of geologic maps: U.S. Geological Survey Techniques and Methods, book 11, chap. B10, 74 p., https://doi.org//10.3133/tm11B10. DMUHeading1 Paragraph style for first order heading. Times New Roman, Bold, 12 pt, 12 pt leading, all caps, centered. U.S. Geological Survey National Cooperative Geologic Mapping Program, 2020, GeMS (Geologic Map Schema)—A standard format for the digital publication of geologic maps: U.S. Geological Survey Techniques and Methods, book 11, chap. B10, 74 p., https://doi.org//10.3133/tm11B10. Label Plain-text equivalent of the desired annotation for a feature: for example "14 Ma", or "^c" which (when used with the FGDC GeoAge font) results in the geologic map-unit label TRc (with TR run together to make the Triassic symbol). GeMS Unrepresentable domain Symbol Reference to a point marker, line symbol, or area-fill symbol that is used on the map graphic to denote the feature: perhaps a star for a K-Ar age locality, or a heavy black line for a fault. GeMS Unrepresentable domain AreaFillRGB {Red, Green, Blue} tuples that specify the suggested color (e.g., "255,255,255", "124,005,255") of area fill for symbolizing MapUnit. Each color value is an integer between 0 and 255, values are zero-padded to a length of 3 digits, and values are separated by commas with no space: NNN,NNN,NNN. GeMS Unrepresentable domain AreaFillPatternDescription Text description (e.g., "random small red dashes") provided as a convenience for users who must recreate symbolization. GeMS Unrepresentable domain DescriptionSourceID Source of map-unit description; foreign key to table Datasources. GeMS DAS01 This study. This report GeoMaterial Categorization of map unit based on lithologic and genetic character, term selected from NGMDB standard term list defined in Appendix A of GeMS documentation, available at http://ngmdb.usgs.gov/Info/standards/GeMS.. GeMS Debris flows, landslides, and other localized mass-movement sediment Sediment formed by relatively localized, downslope transport of particles or clasts produced by weathering and breakdown of underlying rock, sediment, and (or) soil. Composed of poorly sorted and poorly stratified material that ranges in size from clay to boulders. Speed of downslope transport ranges from rapid to imperceptible. GeMS Iron-rich sedimentary rock Sedimentary rock, in which at least half (by volume) of observed minerals are iron bearing (hematite, magnetite, limonite group minerals, siderite, iron sulfides). GeMS Mostly mudstone Mostly mudstone, interbedded with other sedimentary rocks that locally may include coarser grained clastic rocks (sandstone, conglomerate), carbonates, and (or) coal. GeMS Eolian sediment Silt- and sand-sized sediment, deposited by wind. GeMS Clastic sedimentary rock Sedimentary rock, composed predominantly of particles or clasts derived by erosion, weathering, or mass-wasting of preexisting rock and deposited by gravity, air, water, or ice. GeMS Mostly sandstone Mostly sandstone, interbedded with other sedimentary rocks that locally may include conglomerate and finer grained clastic rocks (mudstone), carbonates, and (or) coal. GeMS Sedimentary and extrusive igneous material Either (1) sedimentary rock and (or) unconsolidated material (sediment) and extrusive igneous material (volcanic rock and [or] sediment) or (2) volcanic rock and (or) sediment and such material after erosion and redeposition. GeMS Metamorphic rock Rock derived from preexisting rocks and altered by essentially solid-state mineralogical, chemical, or structural changes, in response to marked changes in temperature, pressure, deformation, and (or) chemical environment, generally at depth in Earths crust. GeMS Rock Various rock types, not differentiated. GeMS Metaigneous rock Rock derived from preexisting igneous rocks and altered by essentially solid-state, mineralogical, chemical, or structural changes, in response to marked changes in temperature, pressure, shear stress, and (or) chemical environment, generally at depth in Earths crust. GeMS Sandstone and mudstone Sandstone and mudstone (including shale and siltstone), in approximately equal (or unspecified) proportions. GeMS Sandstone Sedimentary rock, composed predominantly of particles or clasts derived by erosion and weathering of preexisting rock; consists mostly of sand-sized particles, with or without fine-grained matrix of silt or clay. GeMS Limestone Carbonate sedimentary rock, consisting chiefly of calcite. GeMS Colluvium and other widespread mass-movement sediment Sediment formed by slow, relatively widespread, downslope transport of particles or clasts produced by weathering and breakdown of underlying rock, sediment, and (or) soil. Composed of poorly sorted and poorly stratified material that ranges in size from clay to boulders. GeMS Sedimentary rock Consolidated material (rock) composed of particles transported and deposited by gravity, air, water, or ice, or accumulated by other natural agents operating at Earths surface, such as chemical precipitation or secretion by organisms. Does not here include sedimentary material directly deposited as result of volcanic activity. GeMS Alluvial sediment Unconsolidated material deposited by streams or other bodies of running water as sorted or semisorted sediment in streambed, or on its floodplain or delta, or as cone or fan at base of mountain slope. Grain size varies from clay to gravel. GeMS Intrusive igneous rock Rock that solidified from molten or partly molten material (magma) below Earths surface. GeMS Mudstone Sedimentary rock, composed predominantly of particles or clasts derived by erosion and weathering of preexisting rock; consists mostly of mud (that is, silt- and clay-sized particles). Includes shale and siltstone. GeMS Sand and gravel of unspecified origin Sediment composed mostly of sand and (or) gravel, formed by weathering and erosion of preexisting rocks or minerals; eroded particles or clasts are transported and deposited by gravity, air, water, or ice. GeMS Alluvial sediment, mostly coarse-grained Unconsolidated material deposited by streams or other bodies of running water as sorted or semisorted sediment in streambed, or on its floodplain or delta, or as cone or fan at base of mountain slope. Sediment is mostly sand, gravel, and coarser material but may also contain some silt and clay. GeMS "Made" or human-engineered land Modern, unconsolidated material known to have human-related origin. GeMS Carbonate rock Sedimentary rock, consisting chiefly of carbonate minerals such as limestone or dolomite. GeMS Extrusive igneous material Molten material that was erupted onto Earths surface, fusing into rock or remaining as unconsolidated particles. Includes pyroclastic flows, air-fall tephra, lava flows, and volcanic mass flows. GeMS GeoMaterialConfidence Describes appropriateness of GeoMaterial term for describing the map unit. GeMS High The term and definition adequately characterize the overall lithologic nature of rocks and sediments in the map unit. Regarding the subjective term "adequately characterize", we refer to context and objectives of this classification as described in the GeMS documentation. GeMS documentation DescriptionOfMapUnits_ID Primary key. GeMS Arbitrary string. Values should be unique within this database. DataSources Non-spatial table of sources of all spatial features, sources of some attributes of spatial features, and sources of some attributes of non-spatial table entries. GeMS OBJECTID Internal feature number ESRI Unrepresentable domain Source Plain-text short description that identifies the data source. GeMS Unrepresentable domain Notes Additional information specific to a particular feature or table entry. GeMS Unrepresentable domain. Free text. Values of <null> or #null indicate no entry. URL Universal Resource Locator (URL) or Document Object Identifier (DOI), identifies a document on the World Wide Web. GeMS Unrepresentable domain DataSources_ID Primary key. GeMS Arbitrary string. Values should be unique within this database. GeoMaterialDict Non-spatial table that provides values of GeoMaterial, placed in a hierarchy, and their definitions. For further information, see Appendix A in GeMS documentation, available at http://ngmdb.usgs.gov/Info/standards/GeMS. GeMS OBJECTID Internal feature number ESRI Unrepresentable domain HierarchyKey String that records hierarchical structure. Has form nn-nn-nn, nnn-nnn, or similar. Numeric, left-padded with zeros, dash-delimited. Each HierarchyKey fragment of each row MUST be the same length to allow text-based sorting of table entries. GeMS Unrepresentable domain GeoMaterial Categorization of map unit based on lithologic and genetic character, term selected from NGMDB standard term list defined in Appendix A of GeMS documentation, available at http://ngmdb.usgs.gov/Info/standards/GeMS.. GeMS Iron-rich sedimentary rock Sedimentary rock, in which at least half (by volume) of observed minerals are iron bearing (hematite, magnetite, limonite group minerals, siderite, iron sulfides). GeMS Air-fall tephra Fragments of volcanic rock and lava, of various sizes, carried into air by explosions and by hot gases in eruption columns or lava fountains; known as tephra. As tephra falls to ground, with increasing distance from volcano, average size of individual rock particles and thickness of resulting deposit decrease. Fine tephra deposited at some distance from volcano is known as volcanic ash. GeMS Ice-contact and ice-marginal sediment Mostly sand-, silt-, and gravel-sized particles or clasts derived from rock or preexisting sediment that has been eroded and transported by glaciers. As glacier melted, material was deposited by running water essentially in contact with glacial ice or was transported and deposited by glacially fed streams. Includes sediment deposited into water bodies adjacent to glacier. GeMS Deformation-related metamorphic rock Rock derived from preexisting rocks by essentially solid-state mineralogical, chemical, or structural changes in response to strong deformation, commonly in association with marked changes in temperature, pressure, and (or) chemical environment. Generally forms in narrow, planar zones of local deformation (for example, along faults); characterized by foliation or alignment of mineral grains. Includes mylonite and cataclasite. GeMS Metamorphic rock Rock derived from preexisting rocks and altered by essentially solid-state mineralogical, chemical, or structural changes, in response to marked changes in temperature, pressure, deformation, and (or) chemical environment, generally at depth in Earths crust. GeMS Rock Various rock types, not differentiated. GeMS Coastal zone sediment Mud and sand, with lesser amounts of gravel, deposited on beaches, on barrier islands, or in nearshore-marine, deltaic, or various low-energy shoreline (mud flat, tidal flat, sabka, algal flat) environments. GeMS Sandstone and mudstone Sandstone and mudstone (including shale and siltstone), in approximately equal (or unspecified) proportions. GeMS Fine-grained, intermediate-composition intrusive igneous rock Rock that solidified from molten or partly molten material (magma) at shallow depth beneath Earths surface, thereby cooling quickly. Generally fine grained but may contain large mineral crystals (phenocrysts). Mostly found as tabular dikes or sills. Intermediate in color and in mineral composition (between felsic and mafic igneous rock). Includes andesitic rock. GeMS Sedimentary rock Consolidated material (rock) composed of particles transported and deposited by gravity, air, water, or ice, or accumulated by other natural agents operating at Earths surface, such as chemical precipitation or secretion by organisms. Does not here include sedimentary material directly deposited as result of volcanic activity. GeMS Other materials Other materials GeMS Marine sediment Mud and sand, deposited in various marine environments. May originate from erosion of rocks and sediment or may be derived from marine organisms (of carbonate or siliceous composition). GeMS Lacustrine sediment, mostly coarse-grained Mostly well-sorted and well-bedded material, generally sand and gravel sized, with lesser amounts of silt and clay, deposited in perennial to intermittent lakes. Much of sediment is derived from material eroded and transported by streams. Mostly deposits of lake-marginal beaches and deltas. GeMS Exotic-composition intrusive igneous rock Rock that solidified from molten or partly molten material (magma) below Earths surface that has exotic mineralogical, textural, or field setting characteristics. Typically dark colored with abundant phenocrysts. Includes kimberlite, lamprophyre, lamproite, and foiditic rocks. GeMS "Made" or human-engineered land Modern, unconsolidated material known to have human-related origin. GeMS Playa sediment Fine-grained clastic sediment and evaporitic salts, deposited in ephemeral lakes in centers of undrained basins. Includes material deposited in playas, mud flats, salt flats, and adjacent saline marshes. Generally interbedded with eolian sand and with lacustrine sediment deposited during wetter climatic periods; commonly intertongues upslope with sediment deposited by alluvial fans. GeMS Fine-grained, mafic-composition intrusive igneous rock Rock that solidified from molten or partly molten material (magma) at shallow depth beneath Earths surface, thereby cooling quickly. Generally fine grained but may contain large mineral crystals (phenocrysts). Mostly found as tabular dikes or sills. Composed mostly of dark-colored minerals. Includes basaltic rock. GeMS Pyroclastic flows Hot ash, pumice, and rock fragments erupted from volcano or caldera. Material moves downslope commonly in chaotic flows; once deposited, hot fragments may compact under their own weight and weld together. GeMS Coastal zone sediment, mostly fine-grained Mostly clay and silt, deposited in lagoons, tidal flats, backbarriers, and coastal marshes. GeMS Felsic-composition pyroclastic flows Hot ash, pumice, and rock fragments erupted from volcano or caldera. Material moves downslope commonly in chaotic flows; once deposited, hot fragments may compact under their own weight and weld together. Because of their high-silica content and resulting high viscosity, parental magmas tend to erupt explosively. Includes rhyolite, dacite, trachyte, latite; rocks are commonly light-colored. GeMS Coal and lignite Organic-rich sedimentary rock, formed from compaction and alteration of plant remains. Coal is consolidated, harder, black rock. Lignite is semiconsolidated, brown to black, earthy material that may contain large particles of recognizable plant parts and tends to crack upon drying. GeMS Ice-contact and ice-marginal sediment, mostly coarse-grained Mostly sand- and gravel-sized particles or clasts, with lesser amounts of silt and clay, derived from rock or preexisting sediment that has been eroded and transported by glaciers. As glacier melted, material was deposited by running water essentially in contact with glacial ice or was transported and deposited by glacially fed streams. Includes sediment deposited into water bodies adjacent to glacier. GeMS Fine-grained intrusive igneous rock Rock that solidified from molten or partly molten material (magma) at shallow depth beneath Earths surface, thereby cooling quickly. Generally fine grained but may contain large mineral crystals (phenocrysts). Mostly found as tabular dikes or sills. GeMS Eolian sediment Silt- and sand-sized sediment, deposited by wind. GeMS Felsic-composition air-fall tephra Fragments of volcanic rock and lava, of various sizes, carried into air by explosions and by hot gases in eruption columns or lava fountains; known as tephra. As tephra falls to ground, with increasing distance from volcano, average size of individual rock particles and thickness of resulting deposit decrease. Because of their high silica content and resulting high viscosity, felsic-composition magmas tend to erupt explosively, readily forming pumice and volcanic ash. Composed of light-colored rocks (for example, rhyolite, dacite, trachyte, latite). GeMS Glacial till, mostly silty Mostly unsorted and unstratified material, generally unconsolidated, deposited directly by and underneath or adjacent to glacier without subsequent reworking by meltwater. Consists of heterogeneous mixture of clay, silt, sand, gravel, and boulders, ranging widely in size and shape. Relatively loamy (silty) in texture. GeMS Mostly sandstone Mostly sandstone, interbedded with other sedimentary rocks that locally may include conglomerate and finer grained clastic rocks (mudstone), carbonates, and (or) coal. GeMS Medium and high-grade regional metamorphic rock, of unspecified origin Rock derived from preexisting rocks and altered by essentially solid-state mineralogical, chemical, or structural changes, in response to relatively intense regional changes in temperature, pressure, deformation, and (or) chemical environment, generally at depth in Earths crust. Origin of preexisting rock is mixed (for example, igneous and sedimentary) or is not known. Includes amphibolite, granulite, schist, and gneiss. GeMS Sandstone Sedimentary rock, composed predominantly of particles or clasts derived by erosion and weathering of preexisting rock; consists mostly of sand-sized particles, with or without fine-grained matrix of silt or clay. GeMS Meta-felsic and intermediate rock Rock derived from preexisting felsic and intermediate-composition rocks by essentially solid-state, mineralogical, chemical, or structural changes, in response to marked changes in temperature, pressure, deformation, and (or) chemical environment, generally at depth in Earths crust. Composed mostly of light-colored minerals; relatively enriched in silica. Includes metagranite, metadiorite, and meta-andesite. GeMS Lower-grade metamorphic rock, of unspecified origin Rock derived from preexisting rocks and altered by essentially solid-state mineralogical, chemical, or structural changes, in response to relatively mild regional changes in temperature, pressure, deformation, and (or) chemical environment, generally at depth in Earths crust. Origin of preexisting rock is mixed (for example, igneous and sedimentary) or is not known. Includes slate and phyllite. GeMS Glacial till, mostly sandy Mostly unsorted and unstratified material, generally unconsolidated, deposited directly by and underneath or adjacent to glacier without subsequent reworking by meltwater. Consists of heterogeneous mixture of clay, silt, sand, gravel, and boulders, ranging widely in size and shape. Relatively sandy in texture. GeMS Mass movement sediment Sediment formed by downslope transport of particles or clasts produced by weathering and breakdown of underlying rock, sediment, and (or) soil. Composed of poorly sorted and poorly stratified material that ranges in size from clay to boulders. Includes colluvial, landslide, talus, and rock-avalanche deposits. GeMS Dolomite Carbonate sedimentary rock, consisting chiefly of dolomite. Although dolostone is the proper analog to limestone, it has not often been applied to dolomitic units. GeMS Meta-mafic rock Rock derived from preexisting mafic rocks by essentially solid-state, mineralogical, chemical, or structural changes, in response to marked changes in temperature, pressure, deformation, and (or) chemical environment, generally at depth in Earths crust. Composed mostly of iron- and magnesium-bearing, dark-colored and (or) green minerals. Includes greenstone, amphibolite, and metagabbro. GeMS Sand and gravel of unspecified origin Sediment composed mostly of sand and (or) gravel, formed by weathering and erosion of preexisting rocks or minerals; eroded particles or clasts are transported and deposited by gravity, air, water, or ice. GeMS Carbonate sediment Sediment formed by biotic or abiotic precipitation from aqueous solution of carbonates of calcium, magnesium, or iron (for example, limestone, dolomite). GeMS Coarse-grained, intermediate-composition intrusive igneous rock Rock that solidified from molten or partly molten material (magma) at some depth beneath Earths surface, thereby cooling slowly enough for mineral crystals to grow large enough to be visible to naked eye. Intermediate in color and in mineral composition (between felsic and mafic igneous rock). Includes dioritic rock. GeMS Conglomerate Sedimentary rock, composed predominantly of particles or clasts derived by erosion and weathering of preexisting rock; contains more than 30 percent gravel-sized clasts. GeMS Alluvial sediment, mostly coarse-grained Unconsolidated material deposited by streams or other bodies of running water as sorted or semisorted sediment in streambed, or on its floodplain or delta, or as cone or fan at base of mountain slope. Sediment is mostly sand, gravel, and coarser material but may also contain some silt and clay. GeMS Mafic-composition pyroclastic flows Hot ash, pumice, and rock fragments erupted from volcano. Material moves downslope commonly in chaotic flows; once deposited, hot fragments may compact under their own weight and weld together. Because of their low silica content and resulting low viscosity, parental magmas tend to erupt gently as lava flows rather than more forcefully as pyroclastic flows. Includes basalt; rocks are commonly dark-colored. GeMS Carbonate rock Sedimentary rock, consisting chiefly of carbonate minerals such as limestone or dolomite. GeMS Marine sediment, mostly fine-grained Mostly clay- and silt-sized sediment, deposited in relatively deep, quiet water, far removed from areas where coarser grained clastic sediments are washed into marine environment. Includes sediment derived from marine organisms. GeMS Volcanic mass flow Volcanic deposits formed by mass movement (for example, debris avalanches, debris flows, lahar deposits), in many cases triggered by volcanic eruption. Debris avalanches that occur on volcanoes clearly without eruptive trigger may be classified as sedimentary (for example, as Debris flows, landslides, and other localized mass-movement sediment). GeMS Lacustrine sediment, mostly fine-grained Mostly well-sorted and well-bedded material, generally silt and clay sized, with lesser amounts of sand, deposited in perennial to intermittent lakes. GeMS Alluvial sediment, mostly fine-grained Unconsolidated material deposited by streams or other bodies of running water as sorted or semisorted sediment in streambed, or on its floodplain or delta, or as cone or fan at base of mountain slope. Sediment is mostly silt and clay but may also contain some sand and gravel. GeMS Peat and muck Unconsolidated material, principally composed of plant remains, with lesser amounts of fine-grained clastic sediment. Deposited in water-saturated environment such as swamp, marsh, or bog. With lithification, such material becomes coal. GeMS Unmapped area Unmapped area GeMS Igneous rock Rock and fragmental material that solidified from molten or partly molten material (magma). GeMS Felsic-composition lava flows Lateral, surficial outpourings of molten lava from vent or fissure; also, solidified bodies of rock that form when they cool. Because of their high silica content and resulting high viscosity, parental magmas tend to erupt explosively, and so these deposits are uncommon. Includes fine-grained, light-colored rock with rhyolitic, dacitic, trachytic, and latitic composition. GeMS Metasedimentary rock Rock derived from preexisting sedimentary rocks and altered by essentially solid-state mineralogical, chemical, or structural changes, in response to marked changes in temperature, pressure, deformation, and (or) chemical environment, generally at depth in Earths crust. GeMS Mostly mudstone Mostly mudstone, interbedded with other sedimentary rocks that locally may include coarser grained clastic rocks (sandstone, conglomerate), carbonates, and (or) coal. GeMS Sediment Unconsolidated material (sediment) composed of particles deposited by gravity, air, water, or ice, or as accumulated by other natural agents operating at Earths surface such as chemical precipitation or secretion by organisms. Does not include sedimentary material directly deposited as a result of volcanic activity. GeMS Ultramafic intrusive igneous rock Rock that solidified from molten or partly molten material (magma) at some depth beneath Earths surface, thereby cooling slowly enough for mineral crystals to grow large enough to be visible to naked eye. Composed almost entirely of mafic minerals (for example, hypersthene, augite, olivine). GeMS Lacustrine sediment Mostly well-sorted and well-bedded material that ranges in grain size from clay to gravel, deposited in perennial to intermittent lakes. Much of sediment is derived from material eroded and transported by streams. Includes deposits of lake-marginal beaches and deltas. GeMS Marine sediment, mostly coarse-grained Mud, sand, and gravel eroded from rocks and sediment on land, transported by streams, and deposited in marine deltas and basins. Mostly siliceous in composition. GeMS Limestone Carbonate sedimentary rock, consisting chiefly of calcite. GeMS Quartzite Rock derived from preexisting quartz-rich sedimentary rocks (commonly sandstone) and altered by essentially solid-state mineralogical, chemical, or structural changes, in response to marked changes in temperature, pressure, shear stress, and (or) chemical environment, generally at depth in Earths crust. GeMS Contact-metamorphic rock Altered rock that originated by local processes of thermal metamorphism, genetically related to intrusion and extrusion of magmas and taking place at or near contact with body of igneous rock. Metamorphic changes are effected by heat and fluids emanating from magma and by some deformation because of emplacement of igneous mass. GeMS Intermediate-composition pyroclastic flows Hot ash, pumice, and rock fragments erupted from volcano. Material moves downslope commonly in chaotic flows; once deposited, hot fragments may compact under their own weight and weld together. Parental magma commonly erupts from stratovolcanoes as thick lava flows but also can generate strong explosive eruptions to form pyroclastic flows. Includes rocks that are, in color and mineral composition, intermediate between felsic and mafic rocks (for example, andesite). GeMS Loess Silty sediment, deposited by wind, commonly near glacial margin. GeMS Mostly carbonate rock Mostly carbonate rock, interbedded with other sedimentary rock types. GeMS Intermediate-composition lava flows Lateral, surficial outpourings of molten lava from vent or fissure; also, solidified bodies of rock that form when they cool. Parental magma commonly erupts from stratovolcanoes as thick lava flows. Includes rocks that are, in color and in mineral composition, intermediate between felsic and mafic rocks (for example, andesite). GeMS Lava flows Lateral, surficial outpourings of molten lava from vent or fissure; also, solidified bodies of rock that form when they cool. Composed generally of fine-grained, dark-colored rocks (for example, basalt), which tend to form extensive sheets that have generally low relief, except in vent areas where cinder cones or shield volcanoes may form. Includes basaltic shield volcanoes, which may become very large (for example, Hawaii). GeMS Coarse-grained, mafic-composition intrusive igneous rock Rock that solidified from molten or partly molten material (magma) at some depth beneath Earths surface, thereby cooling slowly enough for mineral crystals to grow large enough to be visible to naked eye. Composed mostly of feldspar and dark-colored minerals. Includes gabbroic rock. GeMS Meta-carbonate rock Rock derived from preexisting carbonate sedimentary rocks and altered by essentially solid-state mineralogical, chemical, or structural changes, in response to marked changes in temperature, pressure, deformation, and (or) chemical environment, generally at depth in Earths crust. Characterized by recrystallization of carbonate minerals in source rock. Includes marble (for which preexisting rock was dominantly limestone or other rock composed of calcite), dolomitic marble, meta-dolostone, and meta-dolomite (for which preexisting rock contained appreciable amount of magnesium). GeMS Coarse-grained intrusive igneous rock Rock that solidified from molten or partly molten material (magma) at some depth beneath Earths surface, thereby cooling slowly enough for mineral crystals to grow large enough to be visible to naked eye. GeMS Extrusive igneous material Molten material that was erupted onto Earths surface, fusing into rock or remaining as unconsolidated particles. Includes pyroclastic flows, air-fall tephra, lava flows, and volcanic mass flows. GeMS Fine-grained, felsic-composition intrusive igneous rock Rock that solidified from molten or partly molten material (magma) at shallow depth beneath Earths surface, thereby cooling quickly. Generally fine grained but may contain large mineral crystals (phenocrysts). Mostly found as tabular dikes or sills. Composed mostly of light-colored minerals. Includes rhyolitic, dacitic, trachytic, and latitic rock. GeMS Coarse-grained, felsic-composition intrusive igneous rock Rock that solidified from molten or partly molten material (magma) at some depth beneath Earths surface, thereby cooling slowly enough for mineral crystals to grow large enough to be visible to naked eye. Composed mostly of light-colored minerals (for example, feldspar, quartz). Includes granitic, syenitic, and monzonitic rock. GeMS Water or ice Water or ice GeMS Chert Sedimentary rock, composed chiefly of microcrystalline or cryptocrystalline quartz. GeMS Coastal zone sediment, mostly coarse-grained Mostly sand, silt, and gravel, deposited on beaches, in dunes, and in shallow-marine and related alluvial environments. GeMS Meta-ultramafic rock Rock derived from preexisting ultramafic rocks by essentially solid-state, mineralogical, chemical, or structural changes, in response to marked changes in temperature, pressure, deformation, and (or) chemical environment, generally at depth in Earths crust. Composed mostly of magnesium-bearing minerals (for example, serpentine, talc, magnesite). GeMS Schist and gneiss, of sedimentary-rock origin Foliated rock derived from preexisting sedimentary rocks by essentially solid-state mineralogical, chemical, or structural changes in response to marked changes in temperature, pressure, deformation, and (or) chemical environment, generally at depth in Earths crust. Includes schist (characterized by such strong foliation or alignment of minerals that it readily splits into flakes or slabs) and gneiss (characterized by alternating, irregular bands of different mineral composition). Mostly formed from fine-grained material such as mudstone. GeMS Mafic-composition air-fall tephra Fragments of volcanic rock and lava, of various sizes, carried into the air by explosions and by hot gases in eruption columns or lava fountains; known as tephra. As tephra falls to ground, with increasing distance from volcano, average size of individual rock particles and thickness of resulting deposit decrease. Because of their low silica content and resulting low viscosity, parental magmas tend to erupt gently as lava flows, and so these deposits are uncommon. Includes basalt; rocks are commonly dark-colored. GeMS Dune sand Mostly sand-sized sediment, deposited by wind. Typically characterized by various dune landforms. GeMS Debris flows, landslides, and other localized mass-movement sediment Sediment formed by relatively localized, downslope transport of particles or clasts produced by weathering and breakdown of underlying rock, sediment, and (or) soil. Composed of poorly sorted and poorly stratified material that ranges in size from clay to boulders. Speed of downslope transport ranges from rapid to imperceptible. GeMS Clastic sedimentary rock Sedimentary rock, composed predominantly of particles or clasts derived by erosion, weathering, or mass-wasting of preexisting rock and deposited by gravity, air, water, or ice. GeMS Glacial till Mostly unsorted and unstratified material, generally unconsolidated, deposited directly by and underneath or adjacent to glacier without subsequent reworking by meltwater. Consists of heterogeneous mixture of clay, silt, sand, gravel, and boulders, ranging widely in size and shape. GeMS Slate and phyllite, of sedimentary-rock origin Fine-grained rock derived from preexisting sedimentary rocks and altered by essentially solid-state mineralogical, chemical, or structural changes, in response to marked changes in temperature, pressure, deformation, and (or) chemical environment, generally at depth in Earths crust. Includes phyllite and slate (compact, fine-grained rock that possesses strong cleavage and, hence, can be split into slabs and thin plates). Mostly formed from fine-grained material such as mudstone. GeMS Sedimentary material An aggregation of particles deposited by gravity, air, water, or ice, or as accumulated by other natural agents operating at Earths surface such as chemical precipitation or secretion by organisms. May include unconsolidated material (sediment) and (or) sedimentary rock. Does not include sedimentary material directly deposited as a result of volcanic activity. GeMS Sedimentary and extrusive igneous material Either (1) sedimentary rock and (or) unconsolidated material (sediment) and extrusive igneous material (volcanic rock and [or] sediment) or (2) volcanic rock and (or) sediment and such material after erosion and redeposition. GeMS Volcaniclastic (fragmental) material Rock and unconsolidated material consisting of particles or clasts that were formed by volcanic explosion or aerial expulsion from volcanic vent. GeMS Metaigneous rock Rock derived from preexisting igneous rocks and altered by essentially solid-state, mineralogical, chemical, or structural changes, in response to marked changes in temperature, pressure, shear stress, and (or) chemical environment, generally at depth in Earths crust. GeMS Colluvium and other widespread mass-movement sediment Sediment formed by slow, relatively widespread, downslope transport of particles or clasts produced by weathering and breakdown of underlying rock, sediment, and (or) soil. Composed of poorly sorted and poorly stratified material that ranges in size from clay to boulders. GeMS Glacial till, mostly clayey Mostly unsorted and unstratified material, generally unconsolidated, deposited directly by and underneath or adjacent to glacier without subsequent reworking by meltwater. Consists of heterogeneous mixture of clay, silt, sand, gravel, and boulders, ranging widely in size and shape. Relatively clayey in texture. GeMS Residual material Unconsolidated material, developed in place by weathering of underlying rock or sediment. Usually forms relatively thin surface layer that conceals unweathered or partly altered source material. Material from which soils are formed. GeMS Rock and sediment Various rocks and sediment, not differentiated. GeMS Alluvial sediment Unconsolidated material deposited by streams or other bodies of running water as sorted or semisorted sediment in streambed, or on its floodplain or delta, or as cone or fan at base of mountain slope. Grain size varies from clay to gravel. GeMS Intrusive igneous rock Rock that solidified from molten or partly molten material (magma) below Earths surface. GeMS Mudstone Sedimentary rock, composed predominantly of particles or clasts derived by erosion and weathering of preexisting rock; consists mostly of mud (that is, silt- and clay-sized particles). Includes shale and siltstone. GeMS Ice-contact and ice-marginal sediment, mostly fine-grained Mostly silt- and clay-sized particles or clasts, with lesser amounts of sand and gravel, derived from rock or preexisting sediment that has been eroded and transported by glaciers. As glacier melted, material was deposited by running water essentially in contact with glacial ice or was transported and deposited by glacially fed streams. Includes sediment deposited into water bodies adjacent to glacier. GeMS Igneous and metamorphic rock Consists of coarse-grained intrusive igneous rock and generally medium- to high-grade metamorphic rock. GeMS Mafic-composition lava flows Lateral, surficial outpourings of molten lava from vent or fissure; also, solidified bodies of rock that form when they cool. Low-silica parental magmas have low viscosity and tend to form extensive sheets that have generally low relief. Includes basaltic shield volcanoes, which may become very large (for example, in Hawaii). Composed of fine-grained, dark rocks, including basaltic. GeMS Regional metamorphic rock, of unspecified origin Rock derived from preexisting rocks and altered by essentially solid-state mineralogical, chemical, or structural changes, in response to marked regional changes in temperature, pressure, deformation, and (or) chemical environment, generally at depth in Earths crust. Origin of preexisting rock is mixed (for example, igneous and sedimentary) or is not known. GeMS Clastic sediment Sediment formed by weathering and erosion of preexisting rocks or minerals; eroded particles or clasts are transported and deposited by gravity, air, water, or ice. GeMS Meta-volcaniclastic rock Rock derived from preexisting volcaniclastic rocks by essentially solid-state, mineralogical, chemical, or structural changes, in response to marked changes in temperature, pressure, deformation, and (or) chemical environment, generally at depth in Earths crust. Composed of deformed but recognizable particles or clasts of volcanic explosive material. GeMS Silt and clay of unspecified origin Sediment composed mostly of silt and (or) clay, formed by weathering and erosion of preexisting rocks or minerals; eroded particles or clasts are transported and deposited by gravity, air, water, or ice. GeMS Evaporitic rock Sedimentary rock, composed primarily of minerals produced by evaporation of saline solution. Examples include gypsum, anhydrite, other diverse sulfates, halite (rock salt), primary dolomite, and rocks composed of various nitrates and borates. GeMS Intermediate-composition air-fall tephra Fragments of volcanic rock and lava, of various sizes, carried into the air by explosions and by hot gases in eruption columns or lava fountains; known as tephra. As tephra falls to ground, with increasing distance from volcano, average size of individual rock particles and thickness of resulting deposit decrease. Parental magma commonly erupts from stratovolcanoes as thick lava flows but also can generate strong explosive eruptions to form pyroclastic flows. Includes rocks that are, in color and mineral composition, intermediate between felsic and mafic rocks (for example, andesite). GeMS IndentedName Name with addition of leading spaces to help show rank within a hierarchical list. GeMS Unrepresentable domain Definition Plain-language definition. GeMS Unrepresentable domain Glossary Non-spatial table that, for certain fields (including all Type fields, Confidence fields, and GeneralLithology), lists the terms that populate these fields, term definitions, and sources for definitions. GeMS OBJECTID Internal feature number ESRI Unrepresentable domain Term Plain-language word for a concept. Values must be unique within database as a whole. GeMS Unrepresentable domain Definition Plain-language definition. GeMS Unrepresentable domain DefinitionSourceID Source of definition; foreign key to DataSources. GeMS GeMS U.S. Geological Survey National Cooperative Geologic Mapping Program, 2020, GeMS (Geologic Map Schema)—A standard format for the digital publication of geologic maps: U.S. Geological Survey Techniques and Methods, book 11, chap. B10, 74 p., https://doi.org//10.3133/tm11B10. This report AGI Glossary of Geology Neuendorf, K.K.E., Mehl, J.P., Jr., and Jackson, J.A., eds., 2005, Glossary of geology (5th ed.): Alexandria, Va., American Geological Institute, 779 p. This report DAS01 This study. This report FGDC-STD-013-2006 Federal Geographic Data Committee [prepared for the Federal Geographic Data Committee by the U.S. Geological Survey], 2006, FGDC Digital Cartographic Standard for Geologic Map Symbolization: Reston, Va., Federal Geographic Data Committee Document Number FGDC-STD-013-2006, 290 p., 2 plates. This report Glossary_ID Primary key. GeMS Arbitrary string. Values should be unique within this database. MapUnitPolys Polygons that record distribution of map units (including water, snowfields, glaciers, and unmapped area) on the particular map horizon. In the original file geodatabase, this dataset is found within the GeologicMap feature dataset. GeMS OBJECTID Internal feature number ESRI Unrepresentable domain Shape Internal geometry object ESRI Unrepresentable domain Shape_Length Internal feature length, double ESRI Unrepresentable domain Shape_Area Internal feature area, double ESRI Unrepresentable domain MapUnit Short plain-text identifier of the map unit. Foreign key to DescriptionOfMapUnits table. GeMS Tph Phonolite This study. Tc Oligocene Boulder Conglom and channel deposits This study. mb Metabasalt Undifferentiated This study. ^gv Cambrian Gros Ventre Formation This study. Kt Cretaceous Thermopolis Shale This study. Kmv Cretaceous Mesa Verde Formation This study. Pzu Paleozoic Undifferentiated This study. j Jasper This study. Tt Trachyte This study. Tpl Phonolite Lava This study. Qsd Sand dunes and Aeolean This study. Tsr Miocene Splitrock Formation This study. Tfu Paleocene Fort Union Formation This study. RA Reclamation Area This study. mmb McDougal Gulch Metavolcanics This study. Tqla Quartz latite agglomerate This study. !pa Triassic Popo Agie Formation This study. Tql Quartz latite This study. Klml Cret. Lance, Meeteetse, and Louis Fms combined This study. Twdr Eocene Wind River Formation This study. mi Mafic and Ultramafic Intrusives This study. Kf Upper part of Cret. Frontier Fm above Kfwc This study. Twr Oilgocene White River Formation This study. Kc Cretaceous Cody Shale This study. ^f Cambrian Flathead Sandstone This study. umb UT Creek Formation Metabasalts This study. Kfu Cret. Wall Creek ss in the Frontier Fm This study. Js Jurassic Sundance Formation This study. Qls Landslide Debris This study. Qb Pleistocene Bug Formation This study. Tm Pliocene Moonstone Formation This study. Tl Latite This study. $t Pennsylvanian Tensleep Sandstone This study. !d Triassic Dinwoody Formation This study. Qvc Volcanic Alluvium and Volcaniclastics This study. Tv Tertiary volcanics undifferentiated This study. umg UT Creek Formation Metavolcanics This study. sc Supracrustal and related rocks Undifferentiated This study. Kmrt Cret. Mowry, Muddy, and Thermopolis combined This study. Ktm Cret. Muddy ss and Thermopolis Sh combined This study. Qc Colluvium This study. Qal Alluvium This study. Mm Mississippian Madison Limestone This study. gn Archean gneiss Undifferentiated This study. Qtg Gravel Covered Terraces This study. Tvf Volcanic flows undifferentiated This study. fgt French Rocks Tonalite This study. gr Granite Undifferentiated This study. pg Quartz pegmatite veins and dikes This study. Pge Permian Goose Egg Formation This study. Kfwc Cretaceous Frontier Formation This study. Twb Eocene Wagon bed Formation This study. ^u Cambrian Undifferentiated This study. !a Triassic Alcova Limestone This study. QTb Boulder Deposits This study. $a Pennsylvanian Amsden Formation This study. Jn Jurassic/Triassic Nugget Sandstone This study. Qt Terrace Deposits This study. KJ Cret. Cloverly and Jur. Morrison Fms combined This study. Tst Soda Trachyte This study. !c Triassic Chugwater Formation This study. Kmr Cretaceous Mowry Shale This study. Tat Alkali metatrachyte This study. Trh Rhyolite This study. Pp Permian Phosphoria Formation This study. bs Barlow Springs Formation This study. IdentityConfidence Confidence that feature is correctly identified. GeMS certain Identity of a feature can be determined using relevant observations and scientific judgment; therefore, one can be reasonably confident in the credibility of this interpretation. Federal Geographic Data Committee [prepared for the Federal Geographic Data Committee by the U.S. Geological Survey], 2006, FGDC Digital Cartographic Standard for Geologic Map Symbolization: Reston, Va., Federal Geographic Data Committee Document Number FGDC-STD-013-2006, 290 p., 2 plates. Label Plain-text equivalent of the desired annotation for a feature: for example "14 Ma", or "^c" which (when used with the FGDC GeoAge font) results in the geologic map-unit label TRc (with TR run together to make the Triassic symbol). GeMS Unrepresentable domain Symbol Reference to a point marker, line symbol, or area-fill symbol that is used on the map graphic to denote the feature: perhaps a star for a K-Ar age locality, or a heavy black line for a fault. GeMS Unrepresentable domain DataSourceID Source of data; foreign key to table DataSources. GeMS DAS01 This study. This report Notes Additional information specific to a particular feature or table entry. GeMS Unrepresentable domain. Free text. Values of <null> or #null indicate no entry. MapUnitPolys_ID Primary key. GeMS Arbitrary string. Values should be unique within this database. MapUnitOverlayPolys Polygons that delineate underlying material, overlying material, or some other aspect of earth materials that is described in table DescriptionOfMapUnits, e.g., dike swarm, colluvium. On a map graphic, such polygons are commonly shown by a patterned overprint. In the original file geodatabase, this dataset is found within the GeologicMap feature dataset. GeMS OBJECTID Internal feature number ESRI Unrepresentable domain Shape Internal geometry object ESRI Unrepresentable domain Shape_Length Internal feature length, double ESRI Unrepresentable domain Shape_Area Internal feature area, double ESRI Unrepresentable domain MapUnit Short plain-text identifier of the map unit. Foreign key to DescriptionOfMapUnits table. GeMS B Banded iron formation This study. C Corundum This study. A Alteration This study. Ash Quat. (?) wind blown volcanic ash This study. IdentityConfidence Confidence that feature is correctly identified. GeMS certain Identity of a feature can be determined using relevant observations and scientific judgment; therefore, one can be reasonably confident in the credibility of this interpretation. Federal Geographic Data Committee [prepared for the Federal Geographic Data Committee by the U.S. Geological Survey], 2006, FGDC Digital Cartographic Standard for Geologic Map Symbolization: Reston, Va., Federal Geographic Data Committee Document Number FGDC-STD-013-2006, 290 p., 2 plates. Label Plain-text equivalent of the desired annotation for a feature: for example "14 Ma", or "^c" which (when used with the FGDC GeoAge font) results in the geologic map-unit label TRc (with TR run together to make the Triassic symbol). GeMS Unrepresentable domain Symbol Reference to a point marker, line symbol, or area-fill symbol that is used on the map graphic to denote the feature: perhaps a star for a K-Ar age locality, or a heavy black line for a fault. GeMS Unrepresentable domain DataSourceID Source of data; foreign key to table DataSources. GeMS DAS01 This study. This report Notes Additional information specific to a particular feature or table entry. GeMS Unrepresentable domain. Free text. Values of <null> or #null indicate no entry. MapUnitOverlayPolys_ID Primary key. GeMS Arbitrary string. Values should be unique within this database. ContactsAndFaults Contacts between map units, faults that bound map units, and associated dangling faults. Includes concealed faults and contacts, waterlines, snowfield and glacier boundaries, and map boundary. In the original file geodatabase, this dataset is found within the GeologicMap feature dataset. GeMS OBJECTID Internal feature number ESRI Unrepresentable domain Shape Internal geometry object ESRI Unrepresentable domain Shape_Length Internal feature length, double ESRI Unrepresentable domain Type Classifier that specifies what kind of geologic feature is represented by a database element: that a certain line within feature class ContactsAndFaults is a contact, or thrust fault, or water boundary; or that a point in GeochronPoints represents a K-Ar date. GeMS contact A plane or irregular surface between two types or ages of rock; examples are faults, intrusive borders, bedding planes separating distinct strata, and unconformities. Neuendorf, K.K.E., Mehl, J.P., Jr., and Jackson, J.A., eds., 2005, Glossary of geology (5th ed.): Alexandria, Va., American Geological Institute, 779 p. fault A discrete surface or zone of discrete surfaces separating two rock masses across which one mass has slid past the other. Neuendorf, K.K.E., Mehl, J.P., Jr., and Jackson, J.A., eds., 2005, Glossary of geology (5th ed.): Alexandria, Va., American Geological Institute, 779 p. map boundary Line defining a spatial border around the mapped area. This study. thrust fault A fault with a dip of 45° or less over much of its extent, on which the hanging wall has moved upward relative to the footwall. Neuendorf, K.K.E., Mehl, J.P., Jr., and Jackson, J.A., eds., 2005, Glossary of geology (5th ed.): Alexandria, Va., American Geological Institute, 779 p. IsConcealed Flag for contacts and faults covered by overlying map unit. GeMS Unrepresentable domain LocationConfidenceMeters Estimated half-width in meters of positional uncertainty envelope; position is relative to other features in database. GeMS Positive real number. Value of -9, -99, or -999 indicates value is unknown. ExistenceConfidence Confidence that feature exists. GeMS certain Identity of a feature can be determined using relevant observations and scientific judgment; therefore, one can be reasonably confident in the credibility of this interpretation. Federal Geographic Data Committee [prepared for the Federal Geographic Data Committee by the U.S. Geological Survey], 2006, FGDC Digital Cartographic Standard for Geologic Map Symbolization: Reston, Va., Federal Geographic Data Committee Document Number FGDC-STD-013-2006, 290 p., 2 plates. IdentityConfidence Confidence that feature is correctly identified. GeMS certain Identity of a feature can be determined using relevant observations and scientific judgment; therefore, one can be reasonably confident in the credibility of this interpretation. Federal Geographic Data Committee [prepared for the Federal Geographic Data Committee by the U.S. Geological Survey], 2006, FGDC Digital Cartographic Standard for Geologic Map Symbolization: Reston, Va., Federal Geographic Data Committee Document Number FGDC-STD-013-2006, 290 p., 2 plates. Label Plain-text equivalent of the desired annotation for a feature: for example "14 Ma", or "^c" which (when used with the FGDC GeoAge font) results in the geologic map-unit label TRc (with TR run together to make the Triassic symbol). GeMS Unrepresentable domain Symbol Reference to a point marker, line symbol, or area-fill symbol that is used on the map graphic to denote the feature: perhaps a star for a K-Ar age locality, or a heavy black line for a fault. GeMS Unrepresentable domain DataSourceID Source of data; foreign key to table DataSources. GeMS DAS01 This study. This report Notes Additional information specific to a particular feature or table entry. GeMS Unrepresentable domain. Free text. Values of <null> or #null indicate no entry. ContactsAndFaults_ID Primary key. GeMS Arbitrary string. Values should be unique within this database. GeologicLines Lines that represent dikes, coal seams, ash beds, fold hinge-surface traces, isograds, and other linear features. All have these properties: (A) They do not participate in map-unit topology. (B) They correspond to features that exist within the Earth and may be concealed beneath younger, covering, material. (C) They are located with an accuracy that likely can be estimated. In the original file geodatabase, this dataset is found within the GeologicMap feature dataset. GeMS OBJECTID Internal feature number ESRI Unrepresentable domain Shape Internal geometry object ESRI Unrepresentable domain Shape_Length Internal feature length, double ESRI Unrepresentable domain Type Classifier that specifies what kind of geologic feature is represented by a database element: that a certain line within feature class ContactsAndFaults is a contact, or thrust fault, or water boundary; or that a point in GeochronPoints represents a K-Ar date. GeMS joint A planar fracture, crack, or parting in a rock, without shear displacement; the surface is usually decorated with a plumose structure. Often occurs with parallel joints to form part of a joint set. Neuendorf, K.K.E., Mehl, J.P., Jr., and Jackson, J.A., eds., 2005, Glossary of geology (5th ed.): Alexandria, Va., American Geological Institute, 779 p. anticline A fold, generally convex upward, whose core contains the stratigraphically older rocks. Neuendorf, K.K.E., Mehl, J.P., Jr., and Jackson, J.A., eds., 2005, Glossary of geology (5th ed.): Alexandria, Va., American Geological Institute, 779 p. key bed (a) A well-defined, easily identifiable stratum or body of strata that has sufficiently distinctive characteristics (such as lithology or fossil content) to facilitate correlation in field mapping or subsurface work. (b) A bed the top or bottom of which is used as a datum in making structure-contour maps. Neuendorf, K.K.E., Mehl, J.P., Jr., and Jackson, J.A., eds., 2005, Glossary of geology (5th ed.): Alexandria, Va., American Geological Institute, 779 p. vein Any fracture that contains mineralized material. Veins can display either crack-normal extension or shear displacement coupled with crack-normal extension. Neuendorf, K.K.E., Mehl, J.P., Jr., and Jackson, J.A., eds., 2005, Glossary of geology (5th ed.): Alexandria, Va., American Geological Institute, 779 p. dike A tabular igneous intrusion that cuts across the bedding or foliation of the country rock. Neuendorf, K.K.E., Mehl, J.P., Jr., and Jackson, J.A., eds., 2005, Glossary of geology (5th ed.): Alexandria, Va., American Geological Institute, 779 p. syncline A fold of which the core contains the stratigraphically younger rocks; it is generally concave upward. Neuendorf, K.K.E., Mehl, J.P., Jr., and Jackson, J.A., eds., 2005, Glossary of geology (5th ed.): Alexandria, Va., American Geological Institute, 779 p. IsConcealed Flag for contacts and faults covered by overlying map unit. GeMS Unrepresentable domain LocationConfidenceMeters Estimated half-width in meters of positional uncertainty envelope; position is relative to other features in database. GeMS Positive real number. Value of -9, -99, or -999 indicates value is unknown. ExistenceConfidence Confidence that feature exists. GeMS certain Identity of a feature can be determined using relevant observations and scientific judgment; therefore, one can be reasonably confident in the credibility of this interpretation. Federal Geographic Data Committee [prepared for the Federal Geographic Data Committee by the U.S. Geological Survey], 2006, FGDC Digital Cartographic Standard for Geologic Map Symbolization: Reston, Va., Federal Geographic Data Committee Document Number FGDC-STD-013-2006, 290 p., 2 plates. IdentityConfidence Confidence that feature is correctly identified. GeMS certain Identity of a feature can be determined using relevant observations and scientific judgment; therefore, one can be reasonably confident in the credibility of this interpretation. Federal Geographic Data Committee [prepared for the Federal Geographic Data Committee by the U.S. Geological Survey], 2006, FGDC Digital Cartographic Standard for Geologic Map Symbolization: Reston, Va., Federal Geographic Data Committee Document Number FGDC-STD-013-2006, 290 p., 2 plates. questionable Identity of a feature cannot be determined using relevant observations and scientific judgment; therefore, one cannot be reasonably confident in the credibility of this interpretation. For example, IdentityConfidence = questionable is appropriate when a geologist reasons "I can see some kind of planar feature that separates map units in this outcrop, but I cannot be certain if it is a contact or a fault." Federal Geographic Data Committee [prepared for the Federal Geographic Data Committee by the U.S. Geological Survey], 2006, FGDC Digital Cartographic Standard for Geologic Map Symbolization: Reston, Va., Federal Geographic Data Committee Document Number FGDC-STD-013-2006, 290 p., 2 plates. Symbol Reference to a point marker, line symbol, or area-fill symbol that is used on the map graphic to denote the feature: perhaps a star for a K-Ar age locality, or a heavy black line for a fault. GeMS Unrepresentable domain Label Plain-text equivalent of the desired annotation for a feature: for example "14 Ma", or "^c" which (when used with the FGDC GeoAge font) results in the geologic map-unit label TRc (with TR run together to make the Triassic symbol). GeMS Unrepresentable domain DataSourceID Source of data; foreign key to table DataSources. GeMS DAS01 This study. This report Notes Additional information specific to a particular feature or table entry. GeMS Unrepresentable domain. Free text. Values of <null> or #null indicate no entry. GeologicLines_ID Primary key. GeMS Arbitrary string. Values should be unique within this database. CartographicLines Lines (e.g., cross-section lines) that have no real-world physical existence, such that LocationConfidenceMeters, ExistenceConfidence, and IdentityConfidence attributes are meaningless, and that are never shown as concealed beneath a covering unit. In the original file geodatabase, this dataset is found within the GeologicMap feature dataset. GeMS OBJECTID Internal feature number ESRI Unrepresentable domain Shape Internal geometry object ESRI Unrepresentable domain Shape_Length Internal feature length, double ESRI Unrepresentable domain Type Classifier that specifies what kind of geologic feature is represented by a database element: that a certain line within feature class ContactsAndFaults is a contact, or thrust fault, or water boundary; or that a point in GeochronPoints represents a K-Ar date. GeMS leader A line that connects annotation to a feature. This study. Symbol Reference to a point marker, line symbol, or area-fill symbol that is used on the map graphic to denote the feature: perhaps a star for a K-Ar age locality, or a heavy black line for a fault. GeMS Unrepresentable domain Label Plain-text equivalent of the desired annotation for a feature: for example "14 Ma", or "^c" which (when used with the FGDC GeoAge font) results in the geologic map-unit label TRc (with TR run together to make the Triassic symbol). GeMS Unrepresentable domain DataSourceID Source of data; foreign key to table DataSources. GeMS DAS01 This study. This report Notes Additional information specific to a particular feature or table entry. GeMS Unrepresentable domain. Free text. Values of <null> or #null indicate no entry. CartographicLines_ID Primary key. GeMS Arbitrary string. Values should be unique within this database. CartographicPoints Points that represent independently placed line symbols, such as fault and fold decorations. Wyoming State Geological Survey OBJECTID Internal feature number ESRI Unrepresentable domain Shape Internal geometry object ESRI Unrepresentable domain Type Classifier that specifies what kind of geologic feature is represented by a database element: that a certain line within feature class ContactsAndFaults is a contact, or thrust fault, or water boundary; or that a point in GeochronPoints represents a K-Ar date. GeMS line decoration Locations where line symbols (e.g., ball and bar, question mark) are independently placed on the map for better display. This study. Symbol Reference to a point marker, line symbol, or area-fill symbol that is used on the map graphic to denote the feature: perhaps a star for a K-Ar age locality, or a heavy black line for a fault. GeMS Unrepresentable domain Rotation Cartographic rotation, measured in degrees clockwise. Wyoming State Geological Survey Unrepresentable domain Label Plain-text equivalent of the desired annotation for a feature: for example "14 Ma", or "^c" which (when used with the FGDC GeoAge font) results in the geologic map-unit label TRc (with TR run together to make the Triassic symbol). GeMS Unrepresentable domain LocationConfidenceMeters Estimated half-width in meters of positional uncertainty envelope; position is relative to other features in database. GeMS Positive real number. Value of -9, -99, or -999 indicates value is unknown. PlotAtScale At what scale (or larger) should this observation or analysis be plotted? At smaller scales, it should not be plotted. Useful to prevent crowding of display at small scales and to display progressively more data at larger and larger scales. Value is scale denominator. GeMS Positive real number. StationsID Foreign key to Stations point feature class. GeMS Unrepresentable domain MapUnit Short plain-text identifier of the map unit. Foreign key to DescriptionOfMapUnits table. GeMS gn Archean gneiss Undifferentiated This study. Tsr Miocene Splitrock Formation This study. LocationSourceID Source of location; foreign key to table DataSources. GeMS DAS01 This study. This report DataSourceID Source of data; foreign key to table DataSources. GeMS DAS01 This study. This report Notes Additional information specific to a particular feature or table entry. GeMS Unrepresentable domain. Free text. Values of <null> or #null indicate no entry. CartographicPoints_ID Primary key. GeMS Arbitrary string. Values should be unique within this database. GeologicPoints Locations of geologic point features. Wyoming State Geological Survey OBJECTID Internal feature number ESRI Unrepresentable domain Shape Internal geometry object ESRI Unrepresentable domain Type Classifier that specifies what kind of geologic feature is represented by a database element: that a certain line within feature class ContactsAndFaults is a contact, or thrust fault, or water boundary; or that a point in GeochronPoints represents a K-Ar date. GeMS shear zone (a) A tabular zone of rock that has been brecciated by many parallel fractures; such an area is often mineralized by ore-forming solutions. (b) A parallel-sided zone of localized shearing displacement, which may be recognized by sigmoidal mineral-filled veins, locally well-developed cleavage or foliation, wholesale grain-size reduction or mylonitization, or some combination of these features (Ramsay & Graham, 1970). Neuendorf, K.K.E., Mehl, J.P., Jr., and Jackson, J.A., eds., 2005, Glossary of geology (5th ed.): Alexandria, Va., American Geological Institute, 779 p. Symbol Reference to a point marker, line symbol, or area-fill symbol that is used on the map graphic to denote the feature: perhaps a star for a K-Ar age locality, or a heavy black line for a fault. GeMS Unrepresentable domain Rotation Cartographic rotation, measured in degrees clockwise. Wyoming State Geological Survey Unrepresentable domain Label Plain-text equivalent of the desired annotation for a feature: for example "14 Ma", or "^c" which (when used with the FGDC GeoAge font) results in the geologic map-unit label TRc (with TR run together to make the Triassic symbol). GeMS Unrepresentable domain LocationConfidenceMeters Estimated half-width in meters of positional uncertainty envelope; position is relative to other features in database. GeMS Positive real number. Value of -9, -99, or -999 indicates value is unknown. PlotAtScale At what scale (or larger) should this observation or analysis be plotted? At smaller scales, it should not be plotted. Useful to prevent crowding of display at small scales and to display progressively more data at larger and larger scales. Value is scale denominator. GeMS Positive real number. StationsID Foreign key to Stations point feature class. GeMS Unrepresentable domain MapUnit Short plain-text identifier of the map unit. Foreign key to DescriptionOfMapUnits table. GeMS gr Granite Undifferentiated This study. gn Archean gneiss Undifferentiated This study. LocationSourceID Source of location; foreign key to table DataSources. GeMS DAS01 This study. This report DataSourceID Source of data; foreign key to table DataSources. GeMS DAS01 This study. This report Notes Additional information specific to a particular feature or table entry. GeMS Unrepresentable domain. Free text. Values of <null> or #null indicate no entry. GeologicPoints_ID Primary key. GeMS Arbitrary string. Values should be unique within this database. MapUnitPolysAnno Annotation layer for MapUnitPolys. Wyoming State Geological Survey OBJECTID Internal feature number ESRI Unrepresentable domain Shape Internal geometry object ESRI Unrepresentable domain FeatureID Value controls placement or representation of annotation ESRI Unrepresentable domain ZOrder Value controls placement or representation of annotation ESRI Unrepresentable domain AnnotationClassID Value controls placement or representation of annotation ESRI Unrepresentable domain Element Value controls placement or representation of annotation ESRI Unrepresentable domain SymbolID Value controls placement or representation of annotation ESRI Unrepresentable domain Status Value controls placement or representation of annotation ESRI Unrepresentable domain TextString Value controls placement or representation of annotation ESRI Unrepresentable domain FontName Value controls placement or representation of annotation ESRI Unrepresentable domain FontStyle Value controls placement or representation of annotation ESRI Unrepresentable domain FontSize Value controls placement or representation of annotation ESRI Unrepresentable domain Underline Value controls placement or representation of annotation ESRI Unrepresentable domain VerticalAlignment Value controls placement or representation of annotation ESRI Unrepresentable domain HorizontalAlignment Value controls placement or representation of annotation ESRI Unrepresentable domain XOffset Value controls placement or representation of annotation ESRI Unrepresentable domain YOffset Value controls placement or representation of annotation ESRI Unrepresentable domain Angle Value controls placement or representation of annotation ESRI Unrepresentable domain FontLeading Value controls placement or representation of annotation ESRI Unrepresentable domain WordSpacing Value controls placement or representation of annotation ESRI Unrepresentable domain CharacterWidth Value controls placement or representation of annotation ESRI Unrepresentable domain CharacterSpacing Value controls placement or representation of annotation ESRI Unrepresentable domain FlipAngle Value controls placement or representation of annotation ESRI Unrepresentable domain Override BLOB field that stores feature-specific overrides to the cartographic representation rules. ESRI Unrepresentable domain Shape_Length Internal feature length, double ESRI Unrepresentable domain Shape_Area Internal feature area, double ESRI Unrepresentable domain