20240802 09073100 1.0 TRUE iVBORw0KGgoAAAANSUhEUgAAASwAAADICAYAAABS39xVAAAAAXNSR0IB2cksfwAAAAlwSFlzAAAO xAAADsQBlSsOGwAAIABJREFUeJzsvVmPZdeVJvbt4Ux3ioicM8kkKYqiSipqKFd3o4dqu7sNA35o GDBg+N1/yq9+9bvdbj80jEY3CkZ7UqlKQ6kkkeKYzMzIjIg7nWkPxrf2OTduhpIRkpIskVJu4jIi I27ce+4+e6+91re+9S0bY4x4OV6Ol+Pl+AoM+/u+gJfj5Xg5Xo7fdLw0WC/Hy/FyfGXGS4P1crwc L8dXZrw0WC/Hy/FyfGXGS4P1crwcL8dXZrw0WC/Hy/FyfGXGS4P1crwcL8cfjsEKvoc2GTwA5wFr AA0gugitlfyDVC4+tOZvwviXCDFAq1z+FdEjxoAY+UoYnquh1jlQAtG2CMhgnAYcgNwj6hWOcQgD oAAwjR0QNoACOj3FBjmO0MrryA/JKFN8/W73iLjL3yAGB8Vr0+n900VFIE7QaaBPr4AKDio4QPXw KsJgMj4ZiCo9KVr5GiKgA//yBQbn8EVG6wCdw2kNTh1fjTOueBsi5L6ZkWnHr/z8yqAzQKeAWbdO 86cyQGdoeD8VUPG5IaAznN/xzzU8DBwMPJS8doYWBgEanKv0rAgLL89VWFyxxLguxktTu1c6H82w SLPxc0THRTmsswBYhRAVosrk+vjumfyuA1wLmGuXv78KMmfp9eRDA1yjMoFcijP5vQ5pbqG4OFsg 5EDMwA/Na+Rc6giUsYWVNci7YOUyokmPXqX7ofYePTpo5OnZ8vYOse2hdCW3pdafwpoKVs3TfRon Z1g24+rj3Cuux+EjpOcFNJmGwRYaGxiudzcFHNc0d0OEzh+jDQt4u8ZEPQb6a0BzG9sSeJo1ePWq 5a0uX7++bWHyZANW6zXmR4eIIcga08oOe/fzNFghQJthMvZeu+9bWC7SsoLif7zwZyioWv4TuyGf Kxtu+PjCwweategR5EZqtCiUhjb8gFy8h7h59rdAfgTk14CYp4WiPHJlkCmgDTRl6do4CfxIETki uBAVMi/7DtHbNDW0OTQ2wyVkzSnyXCPPMzidFlnUFj1KWQzT0f72fI1eXlNWx2C4V5Zb6bPHVbcj hGGCfscxL1fyLjYq2Gjk4FDc0MPDmBrQBaArRFWIYVLokKNFHj18fh0GNFqPxFxbXJN74fkxzRPk /c3zM2jYUOlEGQZfU37n0kaXJ4klT5/ecDt/9lAqzZDiZgo0hRExqN0hWJXpMKIxarjJokEfaTT5 PXCzXUM7wGuaTo26iygqg7LM0PdT+HZ56ft7VFCR1miYNzV+jnSwbeIWRlcwPDJ9g74/RnQNrMph 9AT5ZoWQz+GLCbzr4ZozqKaVuY52htKt4VSE0wEq1zBlBmMMYoiyt/qVh/ct6sjPrqBchOu5Jhyy jAZljq5v4VyHGFto5RDRIrgazjcozM3kBIQW0deIYQvlW3kufx62ClovYXACE1rAZ4gxORZBdTDZ Cdbt62jidSi9gnUn8GEON/sawtFd/L9dMjafNeq6vvT3UeXIsgwmL2B0hu9+/8+gjIWxl7/u72yw bJadOyODQ7BerXBy/ACuqeH7tHi5uHgDRuI8bwq9qIC0oZJBS1+VSmcxvz/J14i+hOk8Ju2nmHS/ QuZX8HqOXl/DjeV7MIf3EA/fQGsX2G63wPYhyv4YE2yA7S0o7eGNQ9S03AohZHA+R4wG69lSznod HYJsNl6GAWwBZS2qdop+WsHND6HKCjZmUD7CRwdnAtz2A8SugW9W0F0NRY9zZ3UV3LhhP2PQ0F82 dH/5hrpqfAQaUQdDb9Yny5LMhkWg8e0+hJ/eQXfwJtz0dUCVUNsl9NmnMNsTdHmDorbI6whjtghV jVgYwC9g+0Oc8T6GGrZfo3Br5H6LDL0sHKUizopXEUMH7Vso3yHS41RydssBYvGzS6/foExrRtYP vduIEF36WYi4Fh/I+gmDxxbEwClopcXILa1G5w18PkVnJuhUjnJ+Hd1sjrZ3OHz33176/srdHLwp +oQ0VvSu6fVwLQcsyjdR2DmsLuD7LZrmGN5tYVWJ0s5x9if/DbL5TRTTawg0NqtT+HWNqKfQ+QHg Nimy0IAuLfJJBWs1vOvQ9z3mJ6+gdQ/hwlIMoInXYQMPjIeAfoQJvoXt5hj15n3E8AhZsYZVDUJX I9QNiuI+oswXjdUaISwRA99zCxUdSvV1GLWE1sdQNL5DlBP4GrpFZjvY/lvY4B/DZwv05l108UPk +h9gYf5bxIPxtHr+mFXVpb8POgOXpfMOyhjYnNGJRYwKPgZY/QVgWDsvlDYnAk29wvLpQ2y3p5iX 9G6sGCcVgtw0MVxai9GSiRc/gy4QT5a02eOwrbRfoAwaVVdjsv0pyu3/Bt3/GE5P4M1dPL77r1DG d1Gc/RyuXiGcPgZWH8LUD5DHMxhbADRWqoYDTx8axBmMm8I5iyq3sJrBZgpiAj2QrICq5rBFheW9 /xLFwRFmt26gKifQvgfOHqJZPkSzPYP+4OdAXyNvzpB1a1h6RN7Bew/nIxbxcoN15XhBD6so5mKM jathxMvRCDqHt1M4XWB151sw+ilstNBxI54Wih5hvkIoG2CVIcNfweqfwHQasXsTIbsNZB8C5lNM 5b420NxQbgXra/FIJKTXBireAmIP5Wto/s7z8wQ5jKJWyNeTKz7/8FUOuuEf9HiG73t9T77q4FHQ qIQaiK28J43Lo6N3EI1GUSxQZgzoNXKTyaZXvcOku3zDpfcbQ/0hlhaPa7iG/mdAmAL0qGKPqT4D bC9hOMwU1UdrmHmJbFZxdybEosllnlU+BfIVqmEuVLBA7+XatWugXQe7/jGU+wS9qlHm94HsMAEg vkMIJ9Crv0LRPADa94D4KSq/gaFL2Tn4LsLEj9NcyH5i+E6PNs0NvcXG3oJSK2jVQsmcDd6sZQTC a7GA3cJUBli8g7a4jib8NXrcR2buI/YfXD51+2HXc4Yuk+Hn0cTgNEE2VtaH/Bufs8HygfE0vRUl 1lBwnswgz2k2uXc/FU8lhRo8KYO4u84rBK9R5teTkWK8L54WL5ILQlAxFFmADRaFy6GDAQ9oGzQW RQ49mcG+eh/5yS+RP/xr9Ccfom49gqmQLW7CZLfxqfuueFgONXrfSjiZ5YdArND3BndO/1fkdHP4 fjQOYi8ZqqTQJv/438H4u7DV1wFzB/AGnTvFtj9B3S1x11xD6M6AbgPbDLGkMuKJMfiUxfsi4woP 7apRmvVu88pRpgx0ZqFtQGY8NtU3oJoniE//BuhPYTLAHt6CvnYX6vA6lpPH6J/cQt9M0cfHcNkj hOwx4A8R6/t4FT+Ach3AE51hCUN1O0FnZ/C2gDnjRvDQLnl4xJkkzOPpZjQ6e3D5B/Db5H0PQ19w SVVxDMcQUPPws4iBgFAJRU+YgeF0IZij1j10v0Fo1tCbwbVdb7CZX3EgqNMdHkYfTowh14qEhQEb fw0x0OvOoLSGLuhtcZ1niD7HYv1/o+8WaFeHDMxhHY23AcwB0C4A8zUgz6F4sLYG0XXibeigYFSG sPm3aH0tc+pjBRNuAMHCd6fo/Rls/Z+gsEapH0PrU+jYAI5zYGGMHUL50Whw3s3wNXk+QT2VwzzE GibQaSjkb11fIuoWoaVnWqPJ34XD97E130NtbgGc51BjfsX9o3Ny2dhsjwVfJE4XGW47B5gcQUWJ hn7bcbWHdfFFBWrgidsh0z3m1ybJu2IIQDeP4ZQj/sAna2zWxxKaKbGqBkYb2CzCWIL5EacI6Loe HVFLXEOu/ykO7Ds4mh5gOr8D/7OfQZ/9HczZezDRoJt9C8v5d/CoeAU8c53aiCfHMMK5XuLlySSB im3bompmyGOL3DNIIg4QBCuhe8+wY/H443QiTW8B5ZvA9BXkNwpcu+EFd9C//EuEk4eoBTfYQruW qQEE4hAwyK+4YVdVlncEu19g6M4gqIUYcZRTxHwGnU9hsxxKW5T5EWx7hqw5gVn9AogN+vo62vYp +vVtVMsCyr0Lr96XRWX6+4hugdw8RWZ/BnVmAe/lAJcEiqkQzBFCcR0+m6A4ew86MDzjCuDBRRwo ArKZgFx/fMUHOMe46APTQ6TDQ3xK/v5TD2smQHkNKG+gz4/gsim8tojK4MjX8K1DTu+uXcJvk1Hm 6Vq1NeAuD1lgRq9ueEPipGK40s+r+SkkQyG4Dz2xfjj8DOAyIPu5rO2uTQdPKaA/wf8pel+irb+P vJjCFJXgb13XIIQGmfLIZGr/L3geDngNrj9DDH8H3zfo2sfw3RK5/jEyE2Azes8NohhEeoG8Fgsn ByYNEZMAFgjy4ZODEDUmeDh4YJLJStcNw92YPlM2wTUco+h/hPXmHqK+DlP9CXS+QqE+RNMeXT59 5nIvaT45hOZhgxw9QXZFG8GQlKi7hVGfs8EiVsAbtbNb3qMldkWjpQl90lp7eXjBUDh5Cf3nPV9c Y3YwLQBZ0plCXkZkuYPNPa65A5x0AU+mBm7+GqrmDRShhdcbrAjY/t2/ATqeIhn8/E3Ut/4ZNvM/ R41DyaYs9BaZLqGChlNc3AElGK6dItCzmJpkQB1xllryW8SwCDj6uAU6ZnIsQqsRa2IoG+iwBVQL qztAn0pIlWUnQH4qIDazWYRIefJn/RUhxxU3JKdn9AKjK27Al4fw07sIs7uysaNN3i5DRH38Q5gu XTfKgtkSmM0pUDeI6n2U4SPxRoGFrGeXvw+re6DzQEew2MKgg1JMdwXxTLVRcvAExQzhE/FwiZfs MrBDdiUSZ1pPr5gf/p6bTwsoKx4CM36Km15he7MV78PlB3DFIYJJhkHCG7/Fpv8lQtagIBZja/m+ KnOUZYm2c7Db8yznc4ehsU0Y7A6ZHK0l7RfXhssRvE0/F8Om5d/RFyiDgVWFBDwpw9ikDDKhEUbN +DeIvoJvKzngiIFmsYPRPQwPgqxDpiooekSBsMYHcOEjmFijsCUUGplrepSIxH48ovJQkqGPsOpg FzVIJKOZjOCaHAxZywNk8MA5CLzTeBn+ngmZFDVM2hPU+CGieRu5fYO2BNDvIq9uXTp9jh7TJWP1 lDCEhbIOMSMdQMFYJsCIsf7240qDxTTx7kbyXhmDLDOYTAsUltAkDVWPpm3hehq2tPAkLIgay5N5 SlhJWKhhGKoUHYoJLxx41TaIfostPTN7HVW5ADY1jp/+EMvNj/Dto4B+o7BuLY6R4QnTV7HD9ewJ buktPjE9lJ1D9QV6yTe28OEUTfMhTjcf4k49k6it6vsdrYFZipLxszc4vf869O1XoQ6PoEwNffoj 4PGvgLNfAM1jtOv7UM0ZivoxKqY8Gf4KRpK4EL7KX8jDYj7yRUbePEBHVztfoOk7dHEjYC7qJdCu cWf7n9BEhdoHOZmzmIkXMA09pooe503JXmEyQ5fdxCZOEboWZf8xJv2n6Ms3ENEgIzhDWkkfk3Hy XIgemvdDNitPT+G4pGQEsTQarenlFjuqUoxUZJhgmFkr5fuoM/Fiz+7+V/I8hn2mWyGvj5EtP0C2 +gS2PUVBA8HryXgNWeIX+BJoS+i6hS6vuANxSAbx+6Cg6HVIonPMXp5A04hys8kW4wYNiKaEyiZA sxSjZzMCBAz1aLR6wHjJXJfuEHA8FHNJgmh+Xrnn2zSfWQfjCKNYhLCBsz+DDz8jWwO5ZniYA370 mFRaw6ZLBocHy4avl7A3Rc9PexiBWxIO12X3oRUP2T4ZZvAw4NKPCEZDuw0KTQjFIZoOvWXWswSy CoEed8ek2WeP/XD+eWM6OUiUKEZmPJD4GKcev/242sNirL5HBdCqR1ZqaEusp8H2LLmYGiW47ndX MlwN08HiNe55jrHP0Zyl7/+OExgPd5miWkDDCfThX+Dw8C/wuK7hDjp4zdR1ibk+hKH76zo8Il8I HZpVI4B81jHm/xVm2x/hNfczZAL4bwF8HT4nDnIsOJwJ30avb2JZPIHaPMWhfgXoWrQf/ADbj36C RXcMo1rBbSZ2JZu0tRprOxePm96Z0jWyLKBeH8lZweWYcQPvYTDMlNmaF05gh+BmHE67Dj5kaEwB zVNUvM+UqRIQT0KSYdFVXrKetZqhyRbw2QGQz6DkUDBob/wXkqHT7Sny5hGq1fuwzTFMfyYeZaMO MY0r2LCG5P/pRqkKXtPfBZqug128hTC7jW5zgnL5t6jCUgD1pjpAGZZCgwAB+6jRFYfQk2vIlILp 6U3sn7ADyMmFJV9JBLt8WfZgIoObyaPVFfrJbQn9aFxVvcXRT/8n6EhszEtanh6yEWCfHh03ZfHs Ms7N8L41Mp4lVx3j4k1deNJIkpJBg8C1yXWUVjQfAlj7FVAcI3Zvo5U5W0G5e9DmEaI9k3VOI163 WyB30FkF3/ewXiG3M8DxuJ8DpoXS/6ccglnHtXAXmkaNc1vfEW8zGAeTnwLqkThN23iETr+BqZqi 1D+HJV9OvY4NJgjxIeZ+CfQTLI8e4MbxdwDzPty1T9DECSabP4ELFsexxKPb74A+tOq5sCtk6hoy /2PA34BTb9PHvXz+rrA6aRV3cJIIoNXixNoBdhOWID5nDOvC9YUA1wd0rRfy6JX6f1eERPugXaI8 pD8Yv+qC0+kQuGDpYjMMlWzlRtK37dqicU/RhY+h8SFa/QBOP4HWM8zVHMvSI7h30LlriP4YOYFh +yrqLGKVf4J7679Ce/wQRdPBbs4wja1sDpnR4gBYk6hoUGQFCrrtLgycVBqVDpMbBCj7RFIkf4ZZ xh1xL2J57RRNsFCxxERbTHla+gxGT1HZI+j2XbmJnul8ArPlAXQxQbA8KAw2W2I3BXR1hKI6gC3n 0IanMaPzHubsl4BrEFvSLk5g26fImM0LDH9p6AmKc0J5QpuB1BlhfBRagi2PoC1DQmGYpXU0RPbM zNEzZipcQjVthEQ83DjAvWDCQQyWgbH02sgVdojNqWQaeZXGtagNeX40WDSMfN6ecRk4XL/PEbuv ozP0SJi962DVB1A0Stsc1s0B61G6CEWwxvZw2CIyhWn4CYnaTXaQOT9nYpwNGUret9nfwoUKgXQU Ta/hOoK5DmTfA4pvoSv/PSyz1w2zp3+DaVaisw3PWGR9xKTltX0EZE8R3ARFfxta/RI5uY7xL3Ar +89hTQ5fGcnZ9ATDGXyQc+aXyImNfonGb0Br4EIhYD5wsXh4OY2u1fAdec9XWcjLF9Vo8CTN+ZwU aTaZSWbI0n1WFpa4CAPRrkNgileVyPIjKHsbCt+Drx/BhXfxpP4YK7+EefoYOnuMvPwAZfUuKnKE 4tsweAPBzeBQ4fRkDbOsUakauevROgNv50B+iOUrEarrkLcdpt7D9OS8aKh8AW1zhJMfwYivzXBz YLCSa8LjXVssmntYxAivmJJfIvZnZEWgK+gia8z8YSJD5jNgfhPZ0T205RE2IcOm8ygWr8trapsJ f4dsaRpH323guhY3zn6MwBR4twX6rXhVljwiYbRHTEIjIUswc3iJBWjpOJcptGGyQdtJwsk9sajB bIWInNc9kkEZIpksufU0bmRkvyAlgyPQOxePhiGrh+038hk077ffoijPMRTZ0LsD7vdvrDhqlAh5 DZgbUGEBqA8T8N1fR7TMsLdQisTclL3jOmYSKhomDQgtjMYpQA+Ezp3Hx3nhORNqeB56IDpboFF3 UNu34IpvY6s12k7hsP1rVD0P2RJZucEWU6z6e7imf5Bex5IUMkMlntQqAeFZgHv6CGF6BDO7Dlcy mcH37aA8uWZ7VSFfknE1050cm4FBLl8lbcr0shYwkpm+y8ZvkrkcPSsBPoevoyHbdFpKgvrA0p+A XDEk8HBtDddtcDihO30ImCNAzdDlC3SVRswy9PoM7VQhy27C2AWU/r7cfFJztkpjQ8b8w/vi5QWG G458mYh+ch1NcQNNeRPXZ7+CagiRtMjaTrCAaDUUMY2SZT3flHAmlYwkwqOPpCAmVva11QPATGDI r7G8Tqa8F9AHr0Mf3Ed/+pfY9gGtyqEWN1EevIIwvQbnmFHymOsWfVej3S6xXS+huiV0z9BjKwbD to9HKn9ioY81JAxBaQk8w7YFQn4o1EjdkzzI5ILMPHxxJBUJsa2FGCsZQSZNxKuiB8AMGV/QwKkc XnaQgqUX9KJlSRKgstxq5D7R2FcS7sp1yyYm5yo+x0h9OQwWvReVB0T3T+DbV9CwhEb1iNUcYfEe coH9IiaECwQ3pbfNioOp0HlAXpcMHjCc+73XpgHr7wjumLZZAxe36NQTbPUDtOY2kN9FN/2mHEbX 2oCJWkKpLcq4QqZOEn2nPUDrGc6fodItsDkSrCtMHuJs878gz16HxTfh9Wtw+hCZsshRSLlQ9yUT UL8adBcjcv5vpQgc8pFD88Pvl2k89wUuX1gMS8b3Gb/uP1hHpSQbQuY8PSzC5V7CGMtT5PQ9ePNL hLyFKnqxp9mixMQuMC3egFJHsslinCavsDlF3z1Er5h9qTB/5W3JKJnQwZ09hOprTKaHKKb3oMw1 POj+a+QHAbNMCXbKa9p0HRoiV9Zg0TwSPhYxjRRCObgQhR9IZ+bk7hMEGiOTw9KgNCxFyhHn96AX 95AfatTrLVabNYIymPYGpQvIrcKRVjAPf4TYrBFrYlQnMH7NMzYZbi5wT5xkOEiYJ2dAId4wGeMR GQ1bZuHMRH6eCKYpLe4UjfoE6Fcw9YkkF6Q8hbG3uNSknii5xU4RAyzhDTOQxL9YJ8oNpl7cYImR BHq7gJvcRCgWQtaN2zMU3afnod/IofsSjUrxfkZ00aOPGl7P4LMSvrqDsKhQrhU6v0KnWsyYbSWJ 12+g4mmCEhQpOPthLvaI1iyaZabQwgwecxlbbNQGAVt4vUWu/jnc/C5W1QZuGzHd/hzz+j9I0oTk 6XAwldXZxQ4dr0DfQW4fIagzgTrmh7dh5tcQihkcQ0PB6okXevF4n6nH+2qEhMPk7Y0xfEv8qxdb sHyNfQO1//P07j0iMy4j81gKkwMMU+tKodMnsIZE1hKT6RGy3AiBUXkHG04wffAhlvoJ1qpDaDRM c4zCfYKbeobcvIH3jg2m8wOpl2xOn8hGKedb9POIjdlgsv6puM+uyLEtSjh49MQebECeGyzt68hU EIMqRkRYWhyJj9Po1xLvpn0IvXkfZvsT2PXH8E+5Vg9wfPd/QDAKdmZGhx92dYbYbYSPYx5+AOtb TH2NPDQwnIdxAzMTx6Jz3sYE8EkhMGE2eo3Eu7MoFZroohWWvnENK1LhdYE2O4RnVpdeV3MM69bw 5MmQ6LcrCiaqQs+TnKMhi8eQUrxKeli/W03YbiROAVzQ6Fh/x6RCeSA1aK51KIYyrmcY6V+iofqb yHQHrz6Eyz4VXplSdxD0ffT9d5BhjsZs0FsHl60R9bso3K+wwCfQDONBWgcPiPMwUGZeCuw1tDpO c8z7C2Yhc+TqOjLzGnz2TWSTH8JXNbamQrM2qI/P0ISPcKQ/xKxc4ET/a5TFf0Q0n8CHf4mV/XPM Dv4P9OoJTPsa9NF/D23ncH4izhjZ/EwosSid7HstZedfIYNF637RYIlxGUprrh5XeVjn3tW+MRxr EbdbMul7RE3MSqPtrWSQDKvPdY1bd48Q/QQZbmCqjwRj6pqPsV3/HJv2Ifrwc5xlOZbqTwH9XZTZ E6js32GS/RJ5tsVrywPE7USIiDPjYSNLJraI9ITKA4QjJqsLKRVqTSdAN9nGs6zHotCo/VpqDWND lvUSvl1LESyPKoLbiA+hY0TuPObdGobFotznDBE7i8fm5ygzg3kOTIg9tafw26fw9Rl016Aig5yh Uaq+HiaMIRMrCQJ82QtrWMDooZaQyUjOKIvDJXGQsfDZQvVrYYPLwi+uCW9LsPTYIHNrgIWz2QS9 FOeGdMqy3EnKmSx0OYMlabMRxF8ytfgdi1jHQdacMl7Ka4TeIBnPpXh7pjuGIxVgD+eU0pKdy59K Pn6vg8u754H3BKU+gXFzRNWhVj3a7psg7Z7F+F15B276NfjqPrL2Dfj+Q2j9CY4aGqR03wJrYYV0 aofif3rGBUy0olaCdFcRDRMzt6GrVxD7DMq0MGYC3ZF9v8LW/CO0xX8GU74J7+7iuvsRCv+J0EVO i7dEASLrG+TLCZ5mN8CaDZBPGOm595LY4v3woUjqD1+icTWtgYxifjNsAnFypNiS25GezxU8m6to MHuhIAcXo7U2VXgbg8UiTzlyY9A7jb7mRvXIdIU801ioKZZnD3C2/H9w0jKdv4XqnBCoWfl+bXmE 6tBjdkh2PRM1PSarDeymBZopqpvvgRnpWlWoqgqabPh1g7D6BNX8muBIoThErG5BEQdqGsTlI1Td YyH35df+NIUv9Zlk6qwj6B2k0FMwpDYRDeXNpS7mAH1RYTW5i252F7fjMUwboDZbNJsnYqxy32DK SK8kxkEpk6GkQUI/kitLOJvDRSuM6UTMpeEJKSMowGmS/kFF/G4qgK5k2gjC6whVzWBm1yR7xXyV /DySIEr+zcCh4tbxfH0e9hY2L1IyoTfiwRlmRF9QUa1RhTAREtQfhTumyLdqnwD1MbrypihvyFoc 4INkon4X2uEXMPKPEOpvyLVlxOLaGaBPkMcP0faPsSx4D+8iZP8YYfYmWv8WfP0ObH0M7R7hCP+j vEwYC8YltUC2P/EHi0a9IfhVDC2yeCqhZ6McuqyHKx2y9RyW0Am5hkFDZ4eoi3ewXtxFPf+HmD78 /3B0+iaM/zFi8Rj1RKPr/hzzfovSLuEOfy6JFmaNuQ41aSKkl4RcmPrZl8xi/QbEUWaCaLRYB5ii ERoUej/CojDZr+FO+6MQ9YQgJTvpd3Rzze41TvyphDb8vigKzA9KLA4yTOdWPOHj4zuoXSv1Vqbq UUwDJn0Df9ahO13hF5/8B2SxQhnmmIZXeP5INk7ZE0S7xnv4EHl3C9Wnj1GG/x3WPEA0T+DmU6g5 s3e3oLJOvBtFoFeMC4HTKdAXUJMKp9Ovo5rOcLD8CXD8UyzDFMvpLWSogLgWvSFrVjA2FZkmY0E3 PkOW499OAAAgAElEQVTImdliOUUq+oymQjQTFMLRWmFx9oNnJ1xoPsNtkaoVnq179YYDx82K7wF0 IYPmgmN4JuFihqDoDU5ELqfS96H6Y5Tde/D9U9SzCczBN+GnfwJvb2P+/v+cPLfiWjKMIaJk2Cj8 JJI6mX00AurmOXWbOrTEu1zNupUhLBw23HB2RRUT3Ua8vDVUe1OAX9gGmDwW3hHaQ6C5CV2cwLP2 jrio4IBLIQB3AlxPMC9PgTaDa6fwYSYyJcy+BZzBhTUKqVHlSPweFj8n3mC6AClWZ2ZbGTScG2vE eDM7pwMlZYiL8jAYOWU0hMlYeCl4ng3rmgaF4RJVQWjYOdcOup3AmAcJFNdzoDobSJ0GRf4e5qsF KnMTzUmGJi+hF3P0qsPWNSgyh08nd5FvH+CQ3reQHadCgzmtZgiHh3D994R06aNFr0pEZnTzCUyY In/yU/STOxAhNKJazFZSIQIHXJmoVr+AqT9CnbEW9AjmdIuJ+RXag3+B9eH30fQPUDbzZ9aeHANk XSBg8jnAV+Kd8+CmFJdz8I58suL3pzh6kZq/7ylxbDu6mNS44uNcA2rrtgJQH9yoBPSezw7Ew1E6 oHNLnJ6coCXhLkxEJI+McOFgETzcbtGfPIFbb1AU/wzKrRH8CXo8hnYJ1DQsqo0O98t1AsTjcUov 66fnhGW/EMyJ/5DyLJNJJiwwq5fPYZjmbZ4g6DP03JjbpXg6Osugiwql6tELlaCFZgHuSAEYMKY0 F3seKD2g0ENTh8inWsYXHfRwzw/BcYUlIir9pLZ7F0aqDw6hsoNUAkKgnuVO7gTo22QDd54u710S +5LsbXYk4XJPGkdIh1PPjW9KWEr2jEkV+btEQBNHcCeAV8ohQkY3N7h3Vg4vMRqmQ8kyKLHSQ1mO mOd+V//m13PJ3KrMITNPUwVFiMIONz5Hy8qDfThBMYRmEUwKCXwsBrW1gILlMMRoRqtPj0gOBxrq IeSm0WPKX5P7VMDi47R+idYyAywe5yBvIzgrWeI0NAzHqEeWstxJb4pw3Luo/XsI2X308Z7I9bnM wsxvICtm0MfvwLkSGzjM1QaekkjuEBv9OkK4jcnNbySGO1n4YDhYQlnWiVbixV9Ryopu+hps+L4k enw2gytvwOUM9QkjfMkAwb8PgyUaRgMtIT3Sz5OkBOkfpXhYjvwT4j86IisUZgt6WSVU3sJmAX1w 6NYKTbPFtl6i7baCFy0UwxauKyWnGzlEblPDbTv0NVna/whRf4yu/SHgTpHFD2DCKaqRwLmk9hWV KdfweQMl5QgslTgC+kOg+jBNQ5bq1TpdIPDU1QTPDTQVOdUpotsgbE4QeEpUBYq8EFc8rBkakuRI 4h5P6kE+Z6BnSD2ZlH4MonAiUpdEz1KW9YXvwJBpHfVR0kiZQI+u/xBZeQsmv4vo50K1IGcr+I8A rEWJVa5XmKKJHEp+GENAfpbAzFFWIGRT1L1Pzxc5oRzODyHEGLLtJGJE0mJ4XRZLe+hsAy+eNg8I Kh8EoFimUprElxkWzlDmI3QKD+dmMLaDKnjYbBJ21pN8O5MayEaM1Kj+lSSExFjxeSpia2ZQoRMj SAM7FjUnCJaZuESpoEPpVIXOVHD2GoJl3WKFqv4EOZM8vDxPkURGDCRdDp7v9FcDUTiH8rl4bDRa EjXwfRyXXxQ6SeyXIsTH4u3OTlHrDA7fEQepsRt02Roqu45Ov4VYfBuxuo9muhgyvrxMk2oslRHD zXumh7X0WaOd34FV/xDafF3ugyvn8JYVA3SnqNyAPy6DJZnCPYN1EZcSItqQJbc2Q15ElJVGWWVS kxiELc2Tt0fbNGibTgDk+WSKPLd48kEHmxtkJVUK+XxmwoLUjpnpDH1u4aV8iAv4ECUlbdUK4IMx lb4zsLSnCJQnobdhGbPzpOammCBkE4TJIUy1QMb0er0FmhVcfYJSe5RhA9MpWXQScljm8wz6rpFa K7rPyVhdTEww5Bh/yIlImTUKBNrYDyTMFxs75rfU8ck3SW1U9SJEkKsCGRVHM504Zh0xvhUskxZh LZQRXpth0eywGeh1iOSwYsZRQVklXq6rO/EQc+IpQmlg6MMlRK9mT0tqlBqWEh16TjU8QymqW7DO T4xSLWHYNruWPKNgzoUd96gwhWjFUK4oQ+8OJAtKY5mpUlQ/Z/rJiPoMHtJuZsRw5JZFxh2sH6WV OecFvKpEPSB6HioazpZomS3Lr8HlN+F5XWaC6fYJIkuQPGV8GO7TO2R9X4ngM3h/XSoIqKjLz8C1 ls6PpGKK5VRUXCeTKSLXrlPYUAWcZWhUsJ3eQm/eQu8MYu5hq9vw9jWE4lWE/BqaLqlZkJwcRyBZ 4JV0AEol0iUjCNZ1Cz6+IgX9mtAFi695hocpHIva/5gMVlrwMpXnCh17WNa2PkVVFVgsppjOclBR 2LHGrdlguRpkNjIaryzxoagfz7IR2USZLCrG79QkooMlHh0zIhOysplZYXV7i9gfILPfgldz9DhE Ed+Fig+Bo0dSI7UJB2gVWeU5dNxC5w+hzAmK8s8kI6LyQugLpq9lQxtKsjB9P52KcSlkgThYiv8x e8jTsW1QCUZClvt5gYVoUjFVnwgBux/vBOIkBOEmp5F7MaBADgpJg5+HolLaMWrnU9OeBj2s4MJD BIbX0aBgqQdxOvPpTlFdinrpbTDOECnegWga8sSDo9IDNcTkMzCEaiWzlW76+cd/9tSWm4Ra5fK+ lvMkcQy9oBSmpc9xbu/PDRa9vkeAP0AbXkFn78MzAUIHC2cIfoV7608usMNTtpGSyQztinAi78/M qscCvT1Cm91Eq+lNV2wdINwyHlpJuuYQzh4h6LmUw9zI/hahfYzoWhRxxXoXwPKeN1LT5/ydnSY8 KSdUkWCxMZMlzLBmDN8osKgy5P4AlTuE1/cEVDe6hL1ODfd78O1NOEzFUPa6RK069P4JJqKkMdRm qiHclmyiT+qsV/A8bHgApW7CZUdiaCkFVPQszcqQuQqOzNY/JoP1WWD76HHNDyzsEM61rUfDR7NF XW/QdR1KncPaHlYkIlOdosjURDLrPZAzTazQc9HxxyJdM3ptCrn5QFxl728gqJvow21s/Q20BBPV RzBqk0BLT4CcRo3AbQuVJw/CZNfhXSu8JzAD2LEmb52yI3mCtlNhNjEYamxXyCYLSeeLMZKdxpN1 DG3ODRDDlB3GIBq5/DoKGPI1h2LkFxiSORu0x/YzZ2IMo0MXbkF1LUI4haYgXCAp9RqUvSYMeGw/ SfLEfAxKsAzd6YnKZyAXTCRJWDTOQ4K4TzJuUjI0yJiIvpH4OfTkEumRHlvuArb6JtZqIaqvTP1L IXEo0eAIpSiI0lD2ibQ6ehGCnBtsM1YT3EGXfwdh9j2oyV30tkbdf4Rt+wC3No+SkgONBA8P3jeR XjGizY+WXtEMrb6Jbf4a2vI++vIeuuwAXpQTWG5EUUJmXit4NYFXxL1o5A1W8ztQWUSun4ghr2wr oP8GBbbsEzB5K613KblheMaGDytK/0mPgso/pKIPOjxB31t09TWocABbHKG0OTbxsYSe9KYCbkAp YnYeSj2U17EMNdkMRfCmIN8THxTIxTCUvXz9lA0N0kq4fuKdUmyx51fO75ck0/r32+ZrDAHOO+eQ jjA+pgdagPm2WWHTEqQmDsIwktK8TGkfIHiHtifHicL5NHS5MOmVZqOJQSdeYssBEB7E3lgwPIu3 U2mN1XC5kor/GCrE+hC+PsFB0IjuATL3CBU3TFZC5wugXCCae1DLGoYFtz0zX+QiOfQsQSkPJER0 XS+YFuR3QeSHmaWhoWB4JNnAAbOS69tZqAHXkV9yE1MfavTfWe2ffv/i5VrnHpxgJwPVU0APFaU8 iZInpkkql5xbUkRYQd+FJUp+JkniyGkghdiSrRqG6PJTIZPe4qBhly59IKtK6QxPD4ugaJL4SOJ6 giqpM6zzt9Dk34BTa6y7H2LSf4Iu3kBjvo5VwSYQvaTtueEZetLmpPJCjbPJEby9BU9F2MnXoOhh sRi+4+HzKh5ey6HdCkX/GHn/CJk/FboJvZpMqDcHqM1NbMq3sZ1+G/3kawj5dcHehIpJjI6CGrs0 RUwZRGn4EHB29A+Qt58iTg6B+hY6fzqQbo/QmwX89L+Ts4eGPIYGSoz7VnSseGA0/i8R28epn4C9 C4cDhFASMEOve7QtewsEREtTz0QRp1WDBJskB8j1L6AJ0u1O3qTcapGbuXxU3W20WY/WLuUAsT09 u+S1RZbxfNmYuH8fGNbYgGI0VmOIR+pC232cSsUY5GmNzGZCAJXOHVGjWadLYAkI3Wc5nKlc6pSI AWi73uFA5IQp6vhIA4LE5NbbV6FjjWBWQNnCsYGCui6ddnzu0Kx+AR3fR3A/g+k/hupzxOYIzbpC pyPudAREV0BkTRdP6AzaTNBkBwj5DeQ4FflfYmfcqIlKyWJsli5Q9+hZWge9gqT2MLC4RflgIDjK jk+eUOLckAD7eYwLcZh4u0NBNiVJiLG4DKo/SJiTIe12jXXscWtYrynTmBQc5B8SJfIUZhKCV8xy qGScxQsmbMtyI8oCCEBOT4W1hoVk5siW52esTY+mfB1++mdAfIyt+gAhnsDr23DZn+DBnb+QjS7y NfS2AjOuqe5OiAos1zEF+qJEz40WA3JvMdF3MS1ewcmtBbLuKcrNu5hsKUMcRRXWiGRNjy2VOfJ7 2E7fRDP7BkL1OjTLkRyxrRYdw0dh2pNbSDA6hb2iHKoCPpr8E6A8RlXch9fvodmcoAsTBPMq9OQ2 TuY0uDolVviVZS2s1RxMYHH6r2Dy95CbR6LCofPXsFVzUcptcYbCvg6db+GzU/ThGKHPoVwlEjQ6 FIgTypPHlLBAylCmg499ExSKK5ykIryOHo/gzGMpwI+xQCReplt4u0HZz/BVGlfzsDhxxHjkH9wL Dptmg5odZDTbPqxQlAXm0ynKkpwUpq2pStqjIYmSCWE5gRg+kEFNAGJsSKElPBsHXVaJCjh0TNUI LF0Y6RC7/+0k7VEXn+5Ui0SylpFQegGRplmv1shwHSW+L2ni4B4ixwaVWafNKVkrgvPMflHULKko SF3gZgPX5Ki6TyQkIB09lgrqyV/D1g2ynr0Ukya5dHkbeGoDb3n4GJNB+H/0vp5dYVTS2mEwYzPB navOM5/ZqIHpTyVVaYOVKveZmSpciT47EU+KGFFOwbiYw5sVmmyFaT8ofopiw5i501LZXzJyck8B PUOdHWFDWRvTI/MOeROQdRp5toQhQssPJ+TVpIVG7ISb3G4z+GqJ1XQjsrtlewstvouTa/8cpzfe wXz9BMvVKfT2MRYHE2zzf42PTx7Dhw6zSYVCXIoLXLP99TdS0xzv8XmLMS6TjQIW6xupUNpRuYnl VBNE9SaiOkDUMzy98S8EF81sicxOYdiowdNAsYydHYHYHGwIzMUQsFIV7MckY9b8XL4u9QFw8H1S nJ4ZU8Z7F8fOaVFoj56ImuuWiq4yeP0ng+c9Q9RPRL0DrpCIIy0aevJDiY5P+2NQkcL5a+8W2qXj tExNJKpuj28l6rEK2d+jsRqrFIRwvAsKvghN9zHrJ6Ea16sWzfSDg4NUPDy/vustR2PTtz3qukXT sIdbL00mUp85Ho7p5E6ZRZLzGFe/mETwVcPM34Z2S8T2CF1zHb6/i0ZamySSoGpJ/KQG1gY21rCk XvTELE6Qq5UYAyMZpkoq55W9Ka6+xwfISE71s3PfRlLez77/VZC6tJaSMYRkuzGC2QkfU8RLFIs8 xjGoT1KmWLS8DwafhIOnfIGChMwR8+O8X1ggyXFlWdKb6OOfQrvryHpqgr0Piw+BbDl0IRo/xYgx JR6VbMjpt1Fb8uAeoeiPRY+L0rpZ/yoydwtmcVu62TA5YyYMRQIqPZMQKS/zF9Rb5YHloVwBre5A Z/R0iNkweXMorbaKYipEZRqt8yx2KnGS9fhyfKXGb1CakzgJpLWMevMM9chKz3jSDi2viE3RQHWC U/VwDKOImXDT7DYY07/Jrgp4SHzki7VXCJOvwfsaKO4iVCRKruBDk6Sdifa0D5CHXhpelm6J0j1F Hp6IkVPhDCE3aAVLK5FRIZQOgYQbDAGJ95zLAgv4vAPAE+N610n2M8c+iLXf5iplFNm7jc03pCtR Ai5G1mvK1OkNdKyg48FArSARkyFWCdtTcmd4/12G8rwrMK9yqy1aAtvUS1cViv4RAkml/oHQDjrc SJVRgzSwSL6wu5EYLoPjQ/YlpMLE61Dql4D6BSJlhfsHsPUDbIvXEatC7nuTXGZgMk1dpXlwsVL7 BUZbkOM1gc3vw/h7EmQz++mo6KkLFNJV5rxh6/k8c/2NdUwvx1dl/FZdcxILmn0M+uRB6Q7b5VmK scd+hOKJJSkYcntITRB8Z8ChAsshVBgIp1+8QBilYLkRQ6bh7QSxYlkHYVtpEoU8viL9BbuO5SJn 8O1jNN2HUO5T6HCGWn8PMX8Kox6jzNbI1AciDZwzFCB5ca+Ve+p2PRrovbbil41nFDQvbF4B61Nf bEpVJ50q/oLzlpjjkWRDtn0KM7k5TveDBjt727GV+tCVZi/MPL8w3q+vw+X30R7M4U0Lvz6REiXn DmE9Wf/sYpzwknN7RwJjIbI5ME8QzNfQZW/jrHwTpn8VnXuKVh3A1ArbSS1rgAdfUzPLxdIsZlg1 XMea0Bcjz+qMAFuGSGa61L1a+UoVCj5mQ6PWZwr2h0xbgjleGqw/WNBdbBcBSuekA7O0xSZnIOXr xVAlPg1DEf4FFycZ01KoMFAfztnQyQB+wVmK/oks0ITxk1qQyKOCxQgh744Ygj6LcKWH6s8A9wYQ 6GWsoM0/ReceQvn3UcVfYN6+i9KdIfq14FIdMaqBXpBUFRhunHsxSe/oskndV9D89c2jDFuq8eL7 Z55DfSpibfxchZA4mb5n6zuLqAtoqsFK49T2UsNYhnvozDfhsu9Ip2tlp2j0Ap3pEO0cB+7fJ2rZ YOOYBez1FL0+RGAr9uanqLM5NpPv4mz2XQTzHajmAWxLOfpD2NhKfwgaKILbvGB65pybXebrBUYm 628o+hagkIZ8I4oJJM96R9AptZ1LVLWxdCytvc+hOurl+DIarJ1dGeRfxKvyHrmERORZ7W+4QeNK YBlmJsZVkcQAecqOhuqqRowvOnKT4FMa0dRvYGBT05gKSk5PQQnRUNqgZ8wPsfvuK8KtmWYH6NsD uPpriM3bsN1fI+ofwOfvQdsNVvGbqYl6YPumFpZ4WGiFbJqaq18+aHTS1OwRT/f+neoTUxdfUQhl Sl2Rm7SQphylLqRllFUtWlOiMTcRtII1lN8h23+PuCp8qcSVGu8Vmx84dYQ2fg/O3URG48ywrjhB b49hT0ewN2FWfaxQm+voy1eEHpCtPhWd8gZnaPO3EKpXYMuvY9osoVyPXG8GGHusMWR4SdCXayC8 MIZFTlHi/DlpDkJVWrYkk3bu/Fkg2Hx+KFA2J2GoLy3VH7TB2j+JRvpC8KQenNcSijc1lqAQ4pWo iN2CB4xnp6aY9K2T0fpiDZYa+tiJ8ZRSGWYtI7LB2yPo7elx6A7RMGVMU0Zsii3g+ZQzRHsAP2Hj 0KkUrrYFsz7vIGQRbbibODt+i8xTXoYMeXasYX9Dh4V7/9LrEyO5E6YblSaHWibeIGY+iUkpKkzS g8rRmlto7Gtw5jqM+xDGfYSojtGx3MR+QwqTnX9PeipKm6ihNoqdk1OlHb/S0wRK9Qt06gM0/iNo LFGEv8WB/xvo8JEo42SRigwJn6NiQ6tZA3cDXX5fjFPBtmChQ07MavsTePU2ojmU+sMmaxF8ATcc SmyewcG6UWn5RlD0BYHvoImP0XVKTSrSMmPpDHsF0tQnkHRX9iNrdN/h/OqRJ/+Yx+9ksPaZ7YXI 8ibuVAj0pobQb/AQbMlwJQHUCceiGz6QJr/ocFASd6VsNO65UdVAimXHEE5bacAKprul5TtBdQvS WtmO3jceIasRqwg16REnE8TmHbSe5R23EfQDyUxpdwLfPYXtj+WrcqewJBFeZbCGJqJpvkZm5l5p CmvvmBGmYqr0kqvgshtw2X04+4qkw4PaQukzaTTh9D1AMUPGtlOkIlA/fKCRaHJ6qEiR2r5TaWEa vgkT3oJWlJxeYhaPUVEloylQsKkCaSfD/SKg7WKOzszQZtcR81tA8eeI2x+gaH+EbL2Rlmh18Qbq PGKTn6HUd6W1FdcEOXj0uEXhQxoXswj9xUpDRAF1rwiKCQAtTU+J4Vno4sme3zqqaHAtpnU8Koi8 HH8wBkt0M6HtoDM0kORY7R08cZRzo8Ow8KIJCtww4++f+WaveeGLdN25gnrJjjLjW44VH+lTDexw Mm7GqGmgAHB7Uqm7ZQHxrGBfFBRsHFpT6K9ELfg3i2FXmPmF1B7qzbsw679BQYwrPEChqW9EjapF KhlhZxtmRe1CwraVuo42UCGCmBfB8TK1myePyJKfQ0OTpfbygY0wKa+rgOw6UL4NlN8EslcA/R/x uOvQ+ilym2GCJbLmA8T+J1ibFdo8R7CvwOfEqd5EoIAgG87GE8SwxGk7Rbv4OorJdcyaJ8jJ2wqH og8fS5Ii3wX6OZbmG6inf4ZN/ibW5CQVc0zKOQLW6NTr6LK7Et5bY5HrLWj+tJuhpzz0eDN61tft FSO9oLGSe8YKhN3aGjx24lfSbPQ8tE5e/jlmJjAmvvqjHSAXHv70WJnB5795KPAxtlDjwZwx+SEq DQq+S9l9W6SEyD48I9ETFVb494w69hyUZ5VZUtv58efj2Bc/YHs+1g9Tt7soc6xWS1yjjtpQBvbb Zmk/h9Kc3/OgYN5lv776BS79bd93uzKjhNslyeAxLN54NhYAbLZAVr0hRqfvX8NWCInEaDppPksZ YEMmf76AL29CMZxTM2hDjSriZwksZ7aLbCv5nrV45hupRs2TE+WkO7K3NxCym/C2Qpf9OaK6iRi/ Bm+oEknBuTWMfg0a76HXryDI8+/D5/fgNZsSkBu3BFghkOVwxU24WMD4U0GjrHoKjcfS287621jH Bbb6ltS7oZzDkMxreY2pm47OcmSDqzLOlUjT/Ja38uX47YcduUbD3PPfIi9epfIbnnub1Qrr1QZ1 UJgUE5Q5w2jKDHn4SMMWByqS21GWJCHBbD6xXkMhgnPc2g/s7n2FlnEb7YrxOWjoJCnyOX5efOnH Fcv+qrT4TpHy+eMqtm1Z5qK0yRvJU4c3Vrr5WCs/P2l4gi1gZqxpuynNVIOLcASDAympx9KOi8XI QmmzU0R2cGYdmmYTzeku3Bq1vAUUj6RjkEp9U8pVFBnPoYHTLtVN2h7ePMW2uIs+z6TURSRhwgyK sjfhNqz5Bpy/nYprWexrKLFD7WVyqY7kukLewekpWqGbGGztAbL8nsjCOOtxFv8UjZrBF6/CzF6H Kq5LyCyKV8y+BhJaU9/EUWpIPo+0Thtajr0cX9iIe1iNKHpSPjzLxOhwjZZTi2pCJd8DrJdLMVyb ZoWqmmI2n2Bdr+W+saFKzpIza8XgyWu11LAb27aPJXj+mYOJ+yFdx2ddofnyqTX8XseVbcSuOucv n9COcswsyL3gNpOhz59T812UKCXzOYW2bKaZi3opN7OZvSIdfAILu6UGgxrfxJ0Kqb2DOtlha8Jh k/T7udZKa2lcSA9JuT1pCkF5EzYe0AENqVmmkZ+5yJZSNZRh2fEU2rBshVI4AY7ZUr0dwnoFI8kH XuqxyABrCtJRxHDyDtrsDlqqiSqLupwIbhVzih1eT6Eqizxjl1RapZA9nbRSb03+vRgrfqU+/298 J1+O32Hove2XvJ+AwGa/LhkuXZUi23RwyIbD1IWjpnuHkj+fTbDs1gL30CMWfiV7b46HDgKOZgt5 XRow0aEjH0+8L1Y4BSnTutiib3983ufVl385XWVwRPnxsr9/MZyEmU/vqJhKD0nvtOi5KTvnUAoh kcOnan9K6VAhk36SSjlSxowEvClxm7JiBBU6MSyaBb/DXWWpH4u6929yo7bQmlK9ExjR8pKW0Qms Dx3acCyeG9nwIZLh7iXTSWxRKdbVEbKgFaROO68rDDgkmfMapvYoKNlMmRKzgJsusApvCTbIJhem olKoFv0vT8mWoYu1eIIkXw7Zt8RzGrTPB+Z/+t1L+sAXOfTYbm/AsGhYxtCNP1svNzg7WcpzKUF+ 6/YN+ZqqV4gvpb+nsTo7O8N6TY/LYCq1wSWKUMjvxshCejl4SkQ1qOtGyvRGpRYOaWewJ+rJJshf KQ/rC88EjrVyn/XrK2oVr7o8us5jfM8FQVd7vGn8+YQAJXXOmUDnRtZJTpeyvmxuULM7tmxmqqUS DGWnY/KQoiiPwiUAcsxd6H1yIyW5pHyc0rsFlKd0jhHhNpbusniTjS+ovClNEyjFK4qcLIxNRpWa 78qx6WqVNKeGEJtJExqUuL0Ja6ivzkaxStSHt8rDScKgRcUCXQn9qJOVuhOrobEARejGLFvi3VGf KYWB40Y6r2Z/Ob6IET292WRIpEB6OFTG37WnLdwoSSMNei2sySVMzLNMqg1odGyWYTE/xGq1knU9 3r/lSUpqpLVfCgwi6yqzUNag24WEyWgJvYmH9a5nqf4j87CuxLCG0pPfMWQcW0h91thuWjFOvEkM L12fbkrqBMR+ehSqI+NdoOwk8kf5t4EdPlmwTInelUWvh79lGVNkxowGYGy7mgZVbJ7p08juvcP3 bOHK+kFpwCVaSHzvXJQxpWaTBkk5KYniVXi+mOX7EH9gd519MDUt4jabSS86wxIjxfpK/oYs+Q4Z jZZL2l1q104sDOEfXzOFqDse3t61J6G50ft8Ob6oEQdDMXpUo3ezk3wKFlOGhpYeVcCTRyc4PTnD bD5FNZ3i0YOHmM1m4lFxhN7DiYBBjbYljBF2klHsseBcLt/PZhMsFjPxyMaQUULSYa/sMo6foXC8 MywAACAASURBVMLxB2ywrhhsz3TJiGH6Qh6WCA2yF9+FBcI0cXJkesGvKGAnJUlS8E3ZGkazEadP n8KaQhqQUmtLgHVVwlgtreadPe+ewzCP5SvSw2DY6dYnzXTWFJIcKZUC5IoNsj0t5aRFoZI0kxqa +FZGg5pJF2dlSdug3niScKEOmbTkolyN9tjmXlqcJalnvgX1vEpMdIUKhXTMTvK8SeWSJJckK06N ptQBaQRqRz2t8wXLU/Zlrd4XOcqi2BmMXRelAbKg57+YHghmRVECHlRCe+C6fHKKRw8fY1rNsFlt cfr0TF4nAfDUpdPITI5o0wHVe4dNzU5XQULK69ev4/DwEIvDA3lvhojjg+83Gq6dGMnfl8GiR7+v h8WFmxZ8TB/G7fGwnrP7636TshZZEiKjgqdkMoYsQzsURe+nSJ9Jl8qGPR8XeSBtu/fc5wyTX+5B USv+0t+TxrD3vtI4dlRDFqBT+o8M5Sd74c/ABc2RQr7UbOO8EIUcVWYGdZVSxmOn6/G0FJCTxeRj yZPohyUpY5nHPePZyUKLUEa6r6Lz6VqzSomks7wWsQ1SLQYpY2nFF5TIOxlD+RfKsCgU1GIiBydE rIJOjUK4+Ieu0knXiCJ5TkJEWyZMb7z2MSz4YxnM2F4mE85j7LOaBstzGM0P3tA+12n0lLj5CUPw EWPcGQR+L3ypPsr+4mFJj4jiWjQohhLgzmHV1gOhexBnpDgiG8JQmIB/Jxxe3vf8PHqTpUwUk59t pNwm8c3x92ePzuSxxlreb7FYYD6fY3ZE6aAg1yhQyrLH6fqJ5LY616JvKYm91zhXfRHyMnuDOMVI SuMjN+fV8GFv4seHHZjwnWNtXboRqc/b+Pq7V94FRmOhavrHszf8olHTezyU5490s/Yf+4uD+M04 Lm60i68//u34/fPm57cdzbbeAab7D3JlEhh6vhEuboyRIHjRiO8bfN/2InlM3MLkyShKC4PRfa+9 dNIebe3u/gyvwZP13Ks85+QYEkvFuPK+0tUc2siLUONo3IcOR3/AI9VHnp9gF++Ba7vPNFYcxBxp CEbqDAfvKTc8v07KKuGlbSeG4eDmLXkOQzE+aGxGzIlhnfSNpMzTQMqlDlha40kpI1WapDpf6eA+ 6Ds9b+2MoeVl43CWPKyzJ6c4PT7Z8bh4rdJ4d8JeihTHVNi2ybgLGiGN0fUXJy/zvFrCaC26kUQm WanU1Xn/gzNk4EmcGLHDxhwF/xhj74O2z0mPVsXs1363b1hGpu04Lk6wcym2H43CeHKNhqbvnn3t i+9PEPPi+KzF97uMjD3/JIRKpFRiRfuGi6HnxTEupPEz7f/81+aB0BSBVjsYEq0kvU2xO1YmNGe1 LG6ezoKDBCkL370G24SNBp622g/e2/h7MqeTZNA4b3IlqRh+1+LsD3eMB9j+mt/P3O3zOvbXy/h9 74g7prkdvZk0zzyMhtIx0ZZj0idDVaUO3GWZuqm3W96/VtYB2+JxD5Jqw9ODWb6WysCDFh3vU7pH 6RoNyckXDpTnXeNlw22HSGDo7O46dgGK8nNeEz0vXsdkNgUbU/PgHNW7dy0OPleDlZBVGanfpd4R 0zLr0JOHdOFG7ac1u5Zyr5R1Se2d5FQWAsDI3dkPcp9VdeBoqFN1wbvZH/sb9rkTPciIjNd1bgiG axxSsuPrj4/xNdweq3dnmMfKNGkt/mJGq6DG/ei1ijfD773gT4lGMTS5eI5R3b+uZ2dvb34Ctdwj eh8QOychCL3i+bxANZlgMTsQgHWz2YjRGj9/cukdZtXQyHPPc37GE3XPdrneEZ9HRY5negX+4Q3y neQA4T/4lVDJ8NhXNrnosYxzqOncdr10SL84OLN9k8J4eiPttsZx04rBogdzOF/ghK9nEi1hXSc8 dAwXpajOpH6GKfpJhjHJQBmpvKCyhXyOz/Dir4og+jodsGVW7PaieIRNj9YnOkQ1zzFbzDGZJJnq VDL1ewLdmRK9uOFHLkgKCUkezJCx6JabkoAc272Pig97Rmh3E/cmKbMpdv8sL2vfw3reicC/H39H kUEnfJLzmzSZzJ5539Fr2RmsAczcH58nRkM56XFIk42LIcXw/hc/2/jvcZF81u8570kbnHrwBGIp HcvsZ5rjg/mhSOzQkZxSBnrwGmi8xPM6rZ8bHuy81mFD7k9Jmp/ftFb0qz32DdKIP6aM8rPY6md5 5fSaxozzuBfGvcGvqVwmVRH0IpzZirovDQ698/l8CmsPBNs6PT2V55TloPDabHH9xmIwUKmxLLPc XeekkUjfUw7p+evmN13j3D/nuGsyugm4Z99LhbPNEzi2O5tOxHia6eiR8qwn7eYLVhylL8dJ4YJ2 fQ3PFkUXMKJnLPTg0RDLGoslGSJK3xh53ti+Kyk5DG+6m7Cs/HWDdf58tp1je6gdVTxtnr2J3zc4 z1s0Y6y/Hyruh4ypXu5ZYHQEvvlgOemLDKaNL4aru2vkSTnG+Rdu7G5h7bm/z3qWQ3gh0jkM0Sjz zCykQt8wdb3E6ukKm4OUZZWsUDZgKRl5WTnKwmPt1s8cDiN2SUa1uPZDR+LxENl/LucrHw6MP9Qx QgbPrNExKOH3F3bkRcMfBmZlRumdvWAhHf7sHkQaDPcLwXKFqkiYcVs3gn9eu3tNjEFJvXx27w5B aAr8SgM2WxwMRdEp8+d6L970crlGt6mhdu3znp/0uiosZKi6H5mkwWgmedkMB3vfCCnViw7aAarF rUFMUX1xIeFotwQzG04EyT7Vz4K+54Bt2nw9QyqWlvBhE/GSILAsfMlY7F3Cud3Z2X1+0IsTtz+h kiG54GrvP1e6SO+u79dDVhq8kVc1poPHr88YrpF6cDEsfUEngifR/hhxhtE4Mkv3vPG8BfW8UzGw 481g2CRrxUJresE9DU+Hp92TXZX/CPzue7jk2vD34xyNrGc5eLhx2IR2L3wYnxd6EhX3buQf6Hie 57n/fRK2xGcemr5P6+xcH+5Z45deP/2t1uN6PFdjaNoaejOUyxBqSeUSQpuZziZo6hRRKNUgL4YO 6xXpNSUsVXbXn43f/iaDmT85cC27eqcsoqwTqpP0AUWVw/X0CnvJXqdM5iDR9kV0zUnA+B6wO5Sn JD6HRfYcpH834UJEHzJSA/bFTTHeZHF3d3pazwfdaeTGnz1X3mIva/e81yiyNIn7P9/3uvYXyRhe 7t8wW557CPF5Ejqde2EP6+IQDQQafJ6Y/tev9Zm/f85meWbT5Cms4CnNYmx6BFxYGYu5NcUA22Ro 6Hm1Ds024VjjZvm0+3SXVt8/HEZjPjs8bx81GizOo3B/ug5h+YedJWTWfN/DH0fCR88PuM8CsykJ NHplfK3xb3mfRuM/et+eTgLrBJkMIXlzMoWPHk9PT3dZxfH54x7t2ijAO7O5RZHj8Gghh9BkXspj q/pnoJx9Ss14eF82ykmKgOTv2Fh4vP6c159a/o3rZafkMYrsDiq0n29fQgr8k0StmtT1hg+XA84K h4NFKRfj9TFjJIN98xgz6xpl1WEyJWDPTreNkCa7bi/kec7Vs4npSEBMi2DEedK1sA33LgyJqYSG wPV40/oRr9o76ve/n5rJrxu8/VNzrxjquZM76AldZBiPN53UlX2M4qLhpfLB/r8vfq8Hl/03OeH/ f/LerNeSK0sP+2LaMZxz7pA3mSSLNbEbPQhQQSpbbkGW9WTYfrAh+M0v/gH+aX4x4H9gGJLQEtyQ 1FK3u6u7uljVVZxyuMOZYt5hfGvtHRHn5B0ymUySSQdxeTPz3jNF7Fh7Dd8wzLLAMeC7Etn3ulha eMY9Fw69DOfwsVgMX/mlf+euLEetFm7Hx2bNDKsXOhEnkXmRYbHIcX7xGGma4JNPfnvnUINfnCof IKPnAxFm6GsFO3q1jPlNyQA6lG79uannELF8ap1iPDX6c5nCceOTAOCcxPVGokL9/VbvDx1sD8wu xvhH2axnpcJ87cwzC8q7zH4wPnb8AzUY1clWDr00LO07lHUn14VHAopOqn+C/C6XfTMgJR4vpKKb wUBxxecV2muVkeE5PP14JWWb5yH6jYZlI7+6ijLf3OTEHlu+xCVNJK4DDYYdPUS1jSCeDw2vTyCb XCODpB4xqWN0y1OwwOjf+bUHrFufkX0RIb7yjDK9nMiv84mRfh8kiyDokbyllry1hOEnQRrnGLyr 4h2HlemJS3lFKbKRSUcnHCoKxrG555qcZMixLnZ/l5d3UzwFTPo0fQoI9Yydflzayg0zy3BuOxSK ME0h/ef3N2Vm8oNm7HgK/Q1ZTVndbVniPJ87zrCOy5HZD77WwcB9BzmI1rLx3Et5U+0qud5NVUtA efzoQn7vOKj678+ePhdpmnnZqcjsWm6gZabOpYKxZ6mTEEjhzjXpP7kOSNjA7enezEAk61PXIK87 X4prT24RV1aJmF2Yom/fss/cd+AIbsFW+TX65adPxwzak/vZd0yWBot0iTTJNJDRGHm/R80MnOdY Yc8u66YaieK6CGWZmvBf/7l9jSmhk+8dkemkhBB/MZV0o+6jKxNZc7MU5PSLzTlOJkq0iFsCEHkS M6xO7wdj7DcbFzy0dueJ0frd7dRd5ka1+roefCc/c/0g39CfZ0JjqnuEVJ52f338ZE56x1k5apQf By+vWBCRLeCUJ+YBMXDAvdvKYSlfZzgZ3+yffp9En68Q0N7CzeA3LE8Ur2L9fKmp7s0gT0/PZdHz i4cf6Hh1AE66fKnCY2QEuM+W5GYEMzNg8nSQexBFbDLHiLjJzbM7bp49oTX6Hzl23+djuKWVwsNv oPvrPZq4QRmXB4MXn5FHy0b6U4tVIYTpcl9jTzHAspT+WTboEEA3CM1yIw7i6Kzd00HgG9bDum2j VgdoKxw2NrXlxAh2yp2UeWDg7iupOFHPFAXrRekwipUsu6H08D0HhzDey1BvdC0FaJ8uN3RNUqYH pir4TpniLDWoUsAcVjMskYp1ExxRPODzkcIwW9CilKkoPvm6DTh68P6OmvJyflxwlJR5X966cOjU 45ut8+c5vrFbJ9fyUknl+x13NHXHa4JvAIckwGU/mXGfo9dX3jfbe5HUNZ2rXRDypbMEOu76WYY4 1R6c79HIzs2d3H3M5fmJvIe2YQ+OjV6+J8UbWYIvaRAiIMkQMS3eeH6IffIZ77vPpn2lY96Lmm/Q aZCPZR43R0IQqmCmibXuR+S63HdxgGyZIjLan2rLSnWRmMiw9JYlwP62ck+ln/Q1Hq9xuWZSERI8 eoTsF7gezzywMWiIEon8o/ac5L63bByqaiG5dMzAxh7WXW+Qpnaz7EX6EQ6nwr+blPgU9iM0sDGT 42t61LDHoOhzKIrYY4QkILS7wwnnTPOK/9ZV9yuaHgcTf4yPP0qLj29cO2tU3paB4GjocJwh+gzw rqHFV5nEvM6hhriup3gUkPTnc7dpl4mNPx1QEol9tOtLb8oZ8i7Ptcc4aTCVck79dSLOSFQEmgp1 GaPat2hLi6bUKaVFJQMFqlkIpSigvEqMiNcYESr7gNrHO34Md3A7px7irIc6g/D4gwYiZbPHfr2T nhOvTbEg8HglQWy/2Ss+bF+iKgl1quS86vr8+onvrxiw3KTDgfw1ADGCtoiyQ+qB7JJjFjAgtsWM P6iTL29DIAEnzh94Zdestor98QFrkAwtRJRy8XKMy7PLiM6dmkFCexycth1kHUdTG4GBOS6YNFC9 rtMYUO6fckmPSSKhfk2Nb68NdDi5G7+rA8b0OY+mneN7dFzHY5zY2ET3j9MnH3mY40d+y0M6zzkc Pw9LMHdmtOk8C6Kzx/nPSFzRHA4xZsrUcior1LRPSxIJTmz0sqeSmUAaxdIs5hqMLEwRIk8NuoWh 3wfaWuV1GpvIhkbkNaegvAE7RNLDuo0l8X08hjtAxcd/nyPVfaCLrepf8Z4S7+y+Bd0KIuyF5fLk 8SMJWBuRn7nCrmlEXikiQtH1uL/ZkvDWIKlNzTBi8NApzTQl0+xKMymLQLh6nBRoH4ol3aRRpXKt 9x0JpS444peeFwORx63oia6bnU4xElINAplEyAmXGzlwJ+zgVjn4njlUu3wx4IgU7Kzp7TKcO8+P O0E+iBzvaJopvAw38M8/R9W/FKxkh9MMRvWM1atMykBnBMqZ2OGEdtaf4/O8IezioWN8rXGyr70M nksenlp01xDA9yKna+rxXqpI0NtSgpUPWuN0MGRp2GC7/QJBMoAKQElCPFCGJE9hcmpHG/RRgr7p UZcNqn2Fdt+hq9kD1V5bGH29N9R39RiOgtRUVSjfViplxwf0Ou1SxXSRkLPDJJcJpdq0tdhc7zAM a6mAWDJyMuxLeeppSfn+FnB4r9d0nyknqDgbpy686FxEE0dvGhsP6NaRUmI6X9Nq85lNOf49ju7n mgl5M5jKQdFlkkivk8q+LRXwyGmhFEhuSiGvpVy/W0fKvgxxJZtmCYfyrjwE+HrPcfB49xwjXl8w SYoEl2A+L4Z8QDryaDwuDfmJDhabUIy6Ayrf8WRTsGKe2vO2A5YTE9T35vWvGFj171079SiPP5s+ PpRGODcJ/xlIRfHnKJCBjTbLObGlqiuDz9puVKYoXyOMOkSmR2xCUcIMQ0pDE5BrUDw+EZWKwuRi utCUHeptI9NMTjL//yCIOtwSrMbvxPp5poKrgKjE4XWxhg0HQ4P0nSm13ftpLe/1KMInn/wdPvjg A3z45ENcPF7iZLlSo4vNRmARX3eG/0q+hMIZcBu811jv6gxtdYYwsOK4ItkIsThJi6wIkOVUBQjQ Pn4mzU+y/Okk07VcxOT0ubLJSfWKWy91xV2TTicP1B8/EftxBK3stmJ1HsWwfSzPQbt2qUTktTsE KSc/LfqWsimEUpwe9KfGstVTRxySXIOJaIYeQO2DB1x3Zvo4U+42BxLOQHIHh7vHR9jC9ODxd8dH 3DL984eZWnKuQadaov6I8vROYrc0XSPXiD4aDPjvtwFb5wf13qcPcKQJxvvhjrJr+mx2xBbpv9sx iMshf9Tp0/zg80p21Gc6UmcZeMur7C7X4+YpJF3qlLOJzB7MaoXPnn0htBhm/vTbFOS5pfM3m/QJ ur4az9884PrzGDpncT1f/vzdDhL9No7gHoiLZPRdPw2WHD5J1qQdJKAH5mjt6bxdga49cGIfoXpm 8bv154jzRDJbTm7PTs/wKH6Mqy+2aLc1yo7emT1OhDeny4SZLuVnXud44xmJlnlTFtB3Aaq96p0z gC3PF0hi9h4MAul3MdiIzphzh+H4Wh8nX5wCEdbPmplnRFw5FMrAx0maCvYfuGj42FhOLgOUyPeK Hjqbq1zQA+xI/NT7eaLnODgG38hodOFviu8ROtsBRyV7dNnXQVP1SJ7HH98UjuttHxSMlA3LKWtw ksgg7MGoP/nxD7Hf76V5XHHiRXkdWSsBmqHSLMODiecEeWdYqqfPr5fvxzl7nUMYL4GWkfu2BHYW aZFiebqUjPb9Dy+QbwLsqxKXl+20GQWAIf/xmzehUMAmA4E2WclTC2XMrEIyPSKBIijGQ7Mcta2X XcqVh4JViunPOSAjuC8iVouqAmv0dEYo2UwP3VvmomFGx3egOCcBs4nDLXEgaijJhcUWGUvPOd3k pWnWS7rv3x9Z3+OM6vjzc3M4gGTcpqn1Dh9sRUjDnrAagpc7itt1Dm80ID9NkcYRbGakvOXvy/DG TzSldcG1OvU+uUHraeL/ppbAXIDy+xLwHzoEzeDWCgca5JZWvi9tAyw+WuIkLpB1Bk2/k5hQtyzf CTt9G0j3h45BBSqU7Mw34LhR1AQaBuzWBH6yJCNcv3LZjucaKn5q6l0QpgCkuY5PCUCzWCMYChhT YLeOQHks1Z5mNmWZa7mCi+WkSs+F3CXdc5pMAYjzvprcxA6IKS7GB8c0ENDj3UZC06POHxqkXGPe TfaG2dDhGKPje3Lv8iFdTQYb6Wlqms1PSglolkOf/+5GxvNU9sxMIrAJSv6QwSDS4H5dT41J9eRz ssPxyNTga8yxTv4B73bQHx5Sa6DibKy9ayHyR8p6EER8a5EVA7I8RpGv8OiRQdMW0gJoCcoOORIL vumS0AcgT8FWKVYSHzliJJLY/5xId+0TTQx19IUuIAYvCs1xolMxAtdS0q0eKYE5TVK59hyrto0u OqLHOQ1kGai3ViKL0ktesKtRrDQgunfrlD0nqkxfdYci7JLef38yLF/yjU1u18vzPRnFPN3d43rX QxY1oxRY7LWm4hkFqENbuzKQ/i6pClPyc7OEIZJ7kRB2cTjY4CHAVFljfv34VOP7s3Ze6XCSNjyI c8uFitYLyp2Z1tXTS6zOF0jTQojeUZjJgE5X5euzCb82nK8ELNePEq/AwakaEgUrF9gHLp+NOTR8 yB6BKw954xDV3FPJlKukQ1pEiOXGCpDmPdJa8SCS2cnGWYoKwShSJiJ1fC7CE3R6NBdE84vOZxA9 rawkWGmTX/+M780x9n/HIDT52Ann0FGZjsvk70M5yEP0pBynVNaBW3ckaPBcLPOVQGuuq2ssTpgF 0AnmHGW5w812IzCIER8mhYNbt8QB8gU4uhd8H/9vx6Dl4R3vemU4PLAOkiR2GvIKv/FtH2ZOPPf1 ukHQ7RBag7KOkWQ5Vit3mrzOzDcZsNQEgdMSZezLlIrZC/tUvXrwKcZpPp73dubMjjZuV+LO5wMP x0YkVQ7YXJeSWuZFJVSgfMmeRIK6CtBUbCKTi6G4MMV6KfxBnLdE6MwHKcd/dFgxRcMzSLmA5ZH8 DLZj4Hr3d8tjnJc/fIbly+QDdPy8v/eGEtDf9iE9KeZPUt7p+MGj6KkuIVw3R9SldlTFyVUWIF+u YPIC+5sb4TayVFT7Kj6rYsG8IqifYvp+sp7HdzxSveLhN36PbBf9OcdqiKjH3YUo1zX67gZlE2F1 fgo8VmreQ56gbyVgMboSNsN6lIJg0twUAX2VJB45co4MOzUyFb/TD1ciGRPyw9HhOEgObqpqEyoD H3ukGZBm1HKi5VWChqUjewjSxNdJjp48OhLrRKxu3FjfB85jMmhI6g0DnsusGKx8afg9SPGZpvPw Zd/BMdMGO268T9ShdxuoRODtqN/mS19K84ocSoy65DQ7RpYRwtDh2bMXklmtVksxTnjy0ROUu52o d242mmmxakhSlS/qqvKONsK7vW5e9aAbFmEhKjrAe5WJiP6M3WUTFqgYC2oXDxTr4krp/u0ojmoz 3fcPBwFTyhcs0qxwyGT2CbijMwgwePQIog5tt1dtqmiiQvgGOB+Xxj852OFJvyTlZxBx/A7p8BFs W2K33qJrG+SLFmlmcf5+iLP3OKou0IkjbYUBZJYPMEYlbPh6ZfVM8F/MtKp9iLo0sF2GYKAPnzrC xKZHlPDxyovqO0IlFgiR6w0vGZfv8aigz8hR/I4HNC9wKMct9QnJ1Z5HdgA+9VNERx72/EqvSeVV GTJzrnUnSy5Rj+8QMCA4sGxHNYUZ9u04MJo2uhcvxHU2d6bxHFIennd4m0GGf03iro6D9Zy7SCiX 9uJ7hMQFcnq97bAtN9g926L9wUdi1rA8fYKzxxdAWKLrd2i7Hbp+gx+eldjvOmw3bDRT/GyJKDgF hhy2j2RoNKmEOOAz17dz3hZXkDkGDofn4y7Yydd1tASDusGXTlOnnpRc836y9fP/5rNLHnu6PInm PDNVq645A0UHQgYDtDX9MkM0fYk0XaJplLtpbfwStu6tZVhzICYokMdGu/xAkckCoJU+UYQkcnpG pMw4orReHJYqIWKzdsxuBzQMejWuSKzIvNr6hQQiLhSWhAKXsES2M5gYhGaLMOgQRyztONkh/47g Q0Z0iyhcIEpjycpSE6MyAarSoq136OxewKpdw2kH3ZhTkGvNjJGYMDWg5IrmIjpsuvrz8K63ejz8 47YvHou8eLm/RVPcTAPEZqvMfvLGHNOUg3/RK+PC3V1vnC0Vhf0W8rsHEjIz+ZHbSld/E80D6Vyd w5uK8pj/jg9eJZvqt2ideTel0QFpJsA4n2Q//exT2YRZJqYZp9i6NmNSgKIMRfYYYVAhDBo0KaWj iSdco22vpB8bdo+0W+MUJvT5+Zm0+pg4pO4cHJVJbxsekRrlCs7PtW8XqFHrNGX2G8Oca0hFXMmc fO8qSdDxGrWduE1nFKgMmdEqqn5Glnlb8jKT0sFk4eRhCNSnrNVMwulkiY6UuzD8nsSriTzJAEAN Igm++hzpYj9OcVRJMhQFhjRT1+G+2kqgUq4TBN1e73uU/INwK90NIwqjiYoDio653jCEWZDPRrt5 TimSmAGxRVWqjRW6QvocbR2hb/W1WdrGcYPeknumHCnfjCeRwV2+MeN8l4959jL/7o80VUXQeSk9 H2JEcTn2KFuipAXcH+nGhRirRN1TQjIdSsWiy3Wmxn/IjeewyX9MmCbPTeWBD4UR/aF6Yy+rYPig w8nfcSDkuvBPMc/Y/PMcwDzaRhkVTY9mp5tZHJO3qsj5brFAz6xsCBDnIdK4QxCSqF/L19VvVcBR 4LscRBFRH6hWF9VW+17VQPQ9+OA1ZaJvO2ANMxT//Ls/CH9ROSdVJPWbhTJbQiRyqxHsbREQ/8jy m1kvzyt/ryJ9zwePNwdkv7Zrzojj0agDMlssm+vO80yC0gxoR6MDPSmcImqDnpkTA1YUDUhIoBas TEBBW8XMMHhxkQwW3CCZbjLtZDYgUx7aY7W9qFI26/fkRDCCs5HHUlqb/w7eENzAmF6MJxOeXdd4 FzNRBra+BSq+T9of9YIZTNHA5BXSvEVX0k3XByxXCrqhokI53u1DzrccTmXiKGVsWL7MSiq/8/qA 9ej8xOlV6Y4qZGbJm1STzNAfT5yLneGmo8hIucFGuNM1845H/jXku5DfJ9iFyF9Lpqs7ufSQODU+ Ek48wJHxNUaIxhQQ59i8+WvOD/58mWdjOcsKgZ+zpjaSrKMO1ze6obKtkOUD8kUsmTzZjssmnQAA IABJREFUHVxJ1cnMtUlUR5i912ibWmA8IdSSa07qH0HY38DRN6rpLkc0DWLkvUSqWuJ7gLxu3oTE n7ssjLU9RK15slEM20QZskUh12j3fCPgUsYB29OMxpuiqLLH125V/+AHlq3Pn2A/CZzkT7purW9Q VAZ4kbnbhBIYGJD6jUMS90yP9fEUzg+CVnpzzZbATpaHVgFohYFJQoSLDsa02KPQxWSJzyIcwvcJ HEh0SFBHISpDGRrufgxu6jjNQMiSNItobZWgbRgrKUi2l68gbpFkp6oA0fEzciAgAvcv9Uze1WMu sXJ8k+jf9Yael8LzLOfULJ2xrkVfDGhaMh20p8nf22xuxgDHjNlnMNxMOFFS8vTLAxH/fbKBY6Cb MifeAPyijMnxe5+LIVKx9LbenPoOqHTyXdmZL1/dszqEu6qNjFQ0fhYS3Btdw2xZEADNDZbveXXK 158ZdHQW5b7DZl0J4tuE526rcASqcdLtp7tvlyYWziA+xyKS/BKXG8m0J6PUeVko4FnClFgKsi/d dmjDRqWTKUqQR8I3ZbBmP5Xkaf9p+fteIfjtOT/P0kjVbVY10LlkjDbwuEiZHjp5lFm6PalmAl3l +0OT7AyZ+aKERZHA8D2RGmnaEk3boW47IVYzJedo0iy/nDl9UFTQy+jqu7HNhcMeKS5LyK0h/QRV 2YEAVfa3TEyhOGJKiILugLBGEPUIl6U6j5TUV9JJpgStgBeMvbt3W7LyLnLzFDxYFtyiVumC1tPP n4p3JA016Y23XBlVruysLMg215JyVAudN94DTplfJl777E00ykRemhIn06SPNxGVACjot8rUmdo/ x1x8kY9LHV9tXur5gY8MXI4UZY+DJktSvZmVqO95s6NAZMRsg8GKYo0UfORr69qXAHW6lrXKFkeW GUcOpt9mjKpqsb9Sm7TBUpFXy0aIMckUWN/mETh1YwmXI+Hf3/dTZuuzYt+c58HzWHNKSIlrNt6j SB3Dqxo7ZqP7EklhEKcJsrhA22qWNh1voemu0fdYUXT6IGFvRjgB+1P6+37HVB6XOw0YrAtOTOwd W0L0tGSX5Jt3/Qj5HG6KIikmd5tcegJ136DZM4Kz1xQiiWp6iCAKKMumOwZfcpQulgWlSHvpk41i ZdpHU04jSZl7ea9pzJDERuRKGqDpaYlozx5FKKUjF9YkIfPu++7Np1B3lUUv94CmD73bVYglqxpE /iWllC6HHKmK5C2yM8lSRAO8qgRTJw7q3rpK2A/T688tqqRH5gx4JfikqZaBXYftdqvyJY3aX93W EOZ30cU6+rxcn4rPAlLnLH6M8vcHSc7juRBQsl/b+vyRk4gOJdg4jJe76Rnc1pcJwrhHYjoUywqL ZQaTMMBTgDBA0F1KpqkKJjwfMydtBi9KfL/FY3jJA3Eqk3n4+5fXcG775b+3kjVxujqh3YnKZaZF 09YhpW5/jmWSoapCNPUEW4qdOOXrHF8pPZhfYBPp5Ed5ga1wixTBqvK5g6go8CIoEJM3vLwsAZqS amqmJRIhDjKg4m+aCa3r32GxWGFR0P8uR1Wxjg4xsKnLABMt0PG/QUevLEcojyvvhWPv7PNRnYGj e1E9lR2Tzx+iriz2dgdr1wIkVAeRXBrCPBYnlfTj6pqTD/ImmVXNp0l4pw/2BXkcN56nY+o9+Q/r eZr8vYtH70tpVrUV9i9YRnOilohfHaeD1PCXUXiWIF9qtjPXaGdT/HiQMxfro+eev1n4fEVRaDCj u0uWyb8p0nry5Zv7S+5utgdB0ENsklThFoYif66R7B9/cAO7ftJxI1xaCzxPvWbzXFv6e9pTGwb6 O1LyiOdnh313jYbnqd4jy4gfZKCkuYPKJHEdqmorwdba/zuwgn5LRySTfreJeyWP2d85BPPnht/9 eRyHL0ZhJXXbSJDmY1JmW0S6D8CmrWHMCVanS8R7YH3lcYG3+0V8/VPCWdO154e1zZhksJaN59bk lJER2szEZOeFVtCYTvcqsV9yTT45dzMSbj/gNM9hqMPtnVPKGgMXZ9Bh2EfYtu2MduMatLJeKehH X78LDNThGuk/3A/YvGVvosfp41J8FpnBDa1B3cRo2cKKGdA61PulZHInqwgRIUcUDbTXwvpnUFxf XjidLy63FEmcSqDl9KftamTRqXtdj7tx32WKyXG3pw559yHXB3S9jFH6RoL+pMrp58N8j29yvKTh 5S/2eDht7qMsW/YUzkcoySIsToOEQZ5vdw+0e7oDMtizkdtMMtkzPX4ioefBkT1N4r4qZ7bH98Ss zG+Q/Mku3I4uO5J1fZAjBQMh1UlrNA05gHvUdSmOw0ZclSzajlNhKocQDpOMLYiooCAdSztm7Aq1 0epBS1rCbNh1pX2c3KQ+t2YWIdkcS15PKp+klsagN9wgJoTB5rBlirIEqpF5YZEsrWRdq8eJrKn1 zQ6bNRVKMuHd9eENYuIBhxXCIJdp6wAGwy3AoGgekbOBqG8RWJXSseJWFYHVtqlbDHzvMiRjx9AL tLny2FtOzTB7Hh8l2WSr+vnsyUngYpO+4xArQ5ql2NCrMmjQhy0s7y1p1vM+IBE6xcdPUmGT7K+u sNsCu7UBfqSxWN0X8A2Tn+8Af817IIoHmMEBxvGt8on0xnQL4tiOqB2wp9qhaF95vI2WBoJj6Yl6 54kf39HBTdA07BHoDS83iUwSCX/ggmf6yvQugu2MAEbZi9D328gIegj2Y8PYsMxJKMecIolymDhA 8iR0wFSg3HFyuRNxQbEci5aTvr2bAkWOfOsHBQEKLY9lIToNMDeB4rllI9d/rum8Tn3Fd82t5Rgi MTfpuK3kFCyQK0X8v88NVS+/fKbjdcOdX8uMVVZg6Ry719c37jnZZyI2b4e+37qJNhu/msXMLeC0 B0VcEctParNpucu1ogh556BNZ+VW4Tva51MVXXk9eVL2vTgFVHA3RSb9MfbIyggl2xKtSiqZaImT BZvzrEZimHwh76Ft9uibG7nJw4ETc0qHL9CwgmFrI4rBpSIbhLRaQjFRZcYrwrtuWXv1W76pOQ7s ruMQQjKtQZ91ZSnfN23BUpm6a2ao753f19c9+qGCFVkfmqm6nuLbyrAeOvz9dJAZzf5seDJn+Bed 4OlNp2n3XPzs+IubwlJR1W0jF50lBEs3NtB5IZOYF5S4F1IsWHNz8XIHd+9l9DL0SHVeVNVGEl/F +kT+znKPi0R/RlE/pefEhjeVoh/qkik+4RGOhxZFKM63MBktqYw0V3mB6pJ9DbrpcsFvRQNUcCvC X9RU3/dBphG2YnX8n5X3yM8gdkOzXMgLoPnz9t02Upgv8tsC0vyY/7v/8zFOisfclJZqGzJNZobE a+Ls49SKjtfLyfnKzUmhOUXp++ev98phtUMkWZMyGJytHBUcHJOD2ZRk+N4UmGuXgdQh1XU9u+sk Mt5KlmZvanr/tyD5e9rJdzJIKJYRiiLFaqWCAOxtFcUZmmaNfVWj3O1RVx1sa9D1KyFiRz2hOzF6 BnYaw7Kf23Uw7QAThGhiLX3FWMX1mAnklKxrxNXff8yn4WMiwYEKS/G2kmyXAwV/rVq2ZeqdDFQ6 SQT2khWGQSGv7RVyHeXwmw1YXnlxXJCzGlhpPf5mZCY1d4dxsrXOyFImeZpyHT4/ckGvF8ao/EfG XlSPWmy6O0TOhTqUBn+ILFfwJ1+XmkYNAaFOm8vv8A3BgD13vQHRsJRhgI7PCeajJI5OesR1hzbf smAZFDt0zYDaZWp8jarfISPH0RjJwIoFIRMEydKYkuXq3i0KZkutAOxEtyuKYQz7Ny/czs4tmJgl BlieEy01xoxKDq+oqn/2Z+hdOo6D1m3ONfPAdUypma81fimvlHLYPeqGgUgt6P0R5wGMIfhRNzHO htn/0kw7Rinrlz1UToF5I050GFrZwbnryJje3ahd3QiSW3pwGXF6OjHW4ZpzmHZ4vxCTHttUIUyq IXlhFEwdW6SmRZZ3MKnyE5U6VCOPAGNyFKlBXbciv8QA17c7JNUK1VCj6Q2C2GhVQCxkzbLRwp4q 04TLi2Bd6rKLaKYolTy8eo6b8h5Y6ocbddOBXsrEv/L+U8iJ4vJkKEcTkrBGZgbBqrFslKAVUDnj 9dfPGwcsr6d0/OU/rKyCew6/CG/7dx5tx2Z4LAqF8tljBr4eac7sh9xA+qB1MikU/iDBoXQCkeDQ YLeLZhNK59ojjXeBTkvfQKrpgTstFSd8Saq4MSpCaAOHP1dsjbw3kVoMcPO8QJlygqUkcIQ9TDaV drmYc5DeQ0wLp2VqfJDnBfI8gQ0YsNikLITj2FSRKFG0bPILGnyukf7udfiPr+283OfxUEky11Kf P3a+62ufjVmtE9yTck6DwnZboyO3VFa6WtrzYbLxDZoVc6NglqJaajpFZJbGpVJ1FZIgQSrW9pp1 s8wiMFa03sAeLm9EbXVwzWh5qYGJm6dncnhAJmO05+Odnru+kjTuW0TJFjZUHi3XUt3+FmHwCEn0 ARb5ExRphG65QdM/RzOUaD6nDyNLCK63CAnXqTQXK7RdibbjJsw5vJ6PhKYeYYSOGadE4Ptdq247 5tPENDnT60RbNk+9EygKN/UISbZGkvYCdzHxgN2eSHCa6zIz5RuY9by/EbUGJ4d6W0kIN+7Vv3In 4wXzY1unFCrrVVF80iSfNWdlQaZ+lGpRVSV2ewYYUnh0h6Tyo18sLN1syWDBhqlOjYSIKqtBMxj1 y6MNmLrYjPAEanlJD2kieTOrD0KP4zl009HPyanzE4FZNFWFKG4Rm3bkQXLhE6PEfoNcVGpfu16c KYgRYrbIPZ9ka/YtFIQoI24GKpYco6KlD+zsDzjkvTt13+XjuJw4Li1uIyXP/35M/j0OXN4QVwQj Zz/36ydl1sE1KG7QHNxoOT0QMxUP6KmCK1Nrlu1aqgt3MFX+4MqcHmRWHApIUKNiQxip7K+Q9r1A ILWyGAh1IsleJBvx/JgKPOV70y/2UOvqRjP9RP01vQkE1w8z/U7kkzqEbFPYVqeThN6wRxoYxOeD OAn1mx5JkyBm9tLXCEnozwOUw0busciqcezAwVRsYCPSZ5ym1z3HCA+6gypERP/EQmDftYUxVmzX WI6nq0b+vljSyFbLUnCowmFc+HrB6uvRwyrvd0a2Dh6gPRddGJ6Pp70/H+B8wNNySLMgHXNrNFcU OyENevF15CpYqhnqWPtWOr3hn88eEanOKR6zKfYUJiyNCDq76dw0vZuCEd8Ddb/133wP7JBrFsen MjGTJStsdeqAhTJB1YvNRev6LTIg0PPBz7KzNSKcuYkfSxL2yxg4CWilvr1vECq+R0tXGWm5v/OP 32160PECfyjjOg5o95mdKuzAtx/8SF6vlU5hWQrqTeGDfRBMPR1egwYs20OxWBcvS7YXIlVxYC90 cVpomdO0okzAip4qJTItjALkOa87cUrMoPR5ey4I6ZnGqFvfs9Vpq5RUQpBmoO3RXpeSyak8OEUq CyTGSrYuBsECGxpgw0sM0TWZ5+gtP0OGwS6RXlxiQfhETXIGG60NbNAiPwuxenSKkHizxsLuB/SV FXoRqw/2xBm0Htrw5mX4/HqNvaxhLRt/mLA66QRvlhYdsoLYM6BYUMOjRsT7yJJXygSAFcfiK4n7 vnkPy2dCd3xYDjHk5x4JL7/qUmuZCroOl9PIZjBhP0KQxYEV6Q7aaYsNU7hAnrqb1fek+no6qS6Y 6IROoRdCrnX0CQmWss5IPlUZHNs62Q/X6PbaWGMQtOVLzy3ebe5zUy5DqRiEM8SOc8ZyTrFm2/LG BVFmilyYieySdc0FvkPcnri+VO8mk1ysFglJ2DFLXl3oClHz2aoXF5S9H+9a033+99umUPPvXoDw +PdH1sTM11FdxQ+5g029GX/OqZ/izrShLSRsYobEZi5yTmmcCmrWTuT5zfpyhPFwbzPkoMr0TzfN 4sSIrHfAvlKlaiIc8OimzABCiWVt+nv0vlxt/3n6QsCXNW/rJBA1EQZMStCwZ3qyzBDlG5jlNbJF hSApYPqPYJv30dvHiBYvkG0ZXANgqyax1rRYLJcIPzzFB6YAti3sZYndVY39ni8eCY7Rhgwc7VcO WPy3OKaUOTeWASYb1OKvANJCQd/ETgZMErgRC06T7ZR0asG+rYA1B3r5KY3HYh3vmtPf2bSekzrn o3lfB7vAdcv4m0eSEjSo8Ak+irgtLgjiQFYnKwRxNgIRhfflWOQ+JW/LTCZDHljoX0sUBTjqpnTN KIziA69Oe+R9UjvLnQDtZqklu0+m81Tfp2ZXk+wJ7dOjuEfYqlrB+LSuZSD9BPkrU31HqmY9b2l+ SpCqPub8w8/UwbhNUe8HlHvFB7EvxlJzCG7czcfROqeXmQR4Uqbmzsa+Lzf3ZpTyJyCKx/PCWLLr zeu1z4k1u+848BB0x/x6DsTLzehdx+skGpJbszBvFDKHzdy2MfI6uqXmhj0TV02ug3OeHt+vL0Gd wkc45C657/WKUkCyS1BfQ74Q7O/79KjXKqNkLYczQETJpFE5l9n2CiYgAfgaO0rQmCWiaIV4H5Am gGKgOMDnCKIXiIcEbXmBnT1HlxSIigTll3ukiwJFH8PGAxYyCyoxNH+DYfc3aOI/gV3+HcwPPgFn hPj1ObA5A8g0O7sCLnJU2RbdjzvkZxHMX5VInltsTnLcnA1IFUZ39ye0leux0lOBmwedsPggZoY9 3v/hCmGyRZzS0JaJhtrwuZxEoB3h8AiIWtiwQheSLpJrnznaIX7JBOZt23zNWPyHWBZHntyXLz/m gPulshUeSesdZ+lkwsYkpw1M+/1um5BBbomQTpGaXCQtkpiGqBM9Y/761abU6aPzkvPvtZ/97nBv 83fivc2/+xuVihHj5+ZoXVxDnOW3OK+Y2z+7e16lPnh0NfsA3mLKkW9rZpcsi1UOOjY0HmXAYmYX 4uycAVlVEpgFskkvY3cCH8Uu3DgWATM6tSOfUNQsL9XxV8G7cyK0M9B94Dgemhw3xe+CMEyPvR3m 8FXE3b6NYxqKa6Nd+4tO3423bvYUMa9tEyPvEhhOh8PnyJrPEZS/w3Lzr4XaIulbVKBDhswaRMkS Zr/EVf4/AVWFdj2gjEj2ph28RZhZDFEHiy8FMtBHCyALgFUESgKwAT7cWKzOCNGBNOPZxaL6guCy OHN6BXFAGVKx3JZ+M59Lq5/YqJTT8xdPsTodcJJFiEzMKKRztkATGvLZCB5n4sJeHdcsD2nPRPab B47OuUXHQYvHVG7NiZx+TArBcfCD5UV6oGQo2RebjAPHxnIGpJcjJR41hwLV097vdAecv+a8fKgk B54C6rzZK1bnbso5f5w/9DHHigyHv0vUtPxd4ox/DaKEFd3uYQjzrHP+dwYLoTBx0iRNVQYQVZMg FIyUjTjmxe+RUDyOphq88GzsR8w0uXmxt6f9CfZFJLhRtifu0VT6nOh0qskbiv/JTsheGHV83FDB B855AH2V4zBzPsyERFXollJv/H6L6cW8R/LQFPHtH/cHTgUJ84y69+mmusPQyEa5y3dIuyVie4GI aqS2RdJtEFd/j7D8T1ht/xOAj4H4j9GbCzRhjXyoYfoYSbtElxk0FVUwWpTOM9GeAunSSmN9KH8N EvaG+BGaVYzgyR5NsUfHBndJOHmNMKGvuk5BWxuiDVQCiGWa9JPu+/TcLIVvy/Kb9x3XH5vqA0wa Y1cSXe/UhG2IqiQOkfGXE9IAZlHKhH2EPHE675Qy7LfRwyJv6OBm5/iW0f2o5vV/9sd89/XEVmZW POaKlLQL17KEmC3eqPJqUg+XtcVmN2U4c9XIMaA4YJ8as2ovQgIRyyqfZfEGPnqcan+raaZH4ftD e1qatZHO4TNEj8gey1tSzY4lFr3ihfsrlToZnKScIOiRuw4xQiJEqBee/QHR+ZLHsteimSjf0/Wl Io5lSiMsCy3ndFUY5Es1SeCi484n0i9NpYJ4fYBAGADR1BcboRMKfnwIWng7zGA6jntOL0mYiLP3 oUbVNL397h86JFIAsEJe3AYkG9aAm7ZDPjQo4g4CuyO8hc1+cgct8CgtEIR/hCH779ClP4RN2MS+ QtAvgOEJlv0Wje2x7wLUfYySEt5tiM5GSBe00HgG4AMMwRLtggq8gZDRTRtKucurSKCDXNumR0ng rPhRstf3Cv3PsVfK1o2W3L6FQJD1+fkF8ozA6hb1tsbmhthHYt8SFIsYZsFX50SQAgME7eqQjsvA hNm34fw80SXmjPexRxI76dwjorBfnKkjoZblHrvd9qWd1mKjyFzhKQkFXiaDdiB4r0W+8NgoPaGH mJ0QYbc4uGnm0iPCT3MlnQ9kHl/iS9S5OuVxJiHTo15tx5j1iPGF/Mo0bfRChsdBWwKh0xnS7Epx NJy0CMWEmDJSfzJyLpnBqYg/NbtogcapJyeWfe2ArTQGdQFB1Czd5yxOb5SKJJ+XO2CL/a5BV1YC YjURp5TMtBiYuAtPvUpZoA9Av44D+cuHX/BzzJQ8Ur58U/143fjMynP3vrXjDTX7T66fIrENUpZE JHpzTTc3CJpnSHpgH10hMTsg62CLGL1hz3OFrs2AxsAMv0MSZjBDhm0XYXc9oOTUrzEYThMsTq9F KkkYulGPNgthggyJzUVNt49K1Vcn4HlbYk/NuCgVFQwjslD3v3+9DIpLG2YUp0aGRkTir1BXJfb7 HvTjKHcRbJ9gkIl4gIgBNKK7NpHwOiDjIWv623DN4bh3fgO7PziNHTZtD/Ww5r+n3yfFR182TpkO b1wnsOboFvQn5Lh5GFK5qT0XbN67mmdcXe0mdxwUSBPHXwhX/nhcqIis+Z5KINQFgRrMgo/ezIcB 0QZ7yQzTNJN+1KQTps1mnfLNDn8OxvOhbHnFhmnWQ5E30hpEtK52I3oxY3AUojZxvEflnlGiWnFE ih2T/oR7j1eXn8uAIs8VIkJsTL6AKCrwqHe1OBAJBqzj59cprFZr/PP91/+uCfH85/Prf9zbkv6N IFm8N6T2RccA/G0HrAcOT6HyfSuFVEyT5x/tr2AbarZ9BsRbwo+EyJ/TpLWrZf3GlnzHX0lwzMm1 YxnRRRjqBkPaiLOyCVIhPqMJUPUhApug28eoo0fICESN17DEdXHjNbmIUkp5KpGmB2pKPLeoGewS VUWNxQzj/sNXDeN6FzG+RDJ1rpnnXxIISl8HfniS33OhoDEuiLJqFyPPDM7DAHHBxEBhJrqPd988 cHSUU50dhxO/9pYe1qSzNRcH87IVnqeklkpaH/vMh2Njt8JFEKxx0zQeh8FEX6/vqlsdjf2/McMZ PRKPmsSaeU2ig/415i4ycaqyJ969RYYEfas9VKnrX+6RTb0yytZ4OolmY9qMd0xVuXtPHUbMoa9Z 7g1sYpL8yqDsdIhEEnqSRvGl3fY6RWMiNDnLSiKpCZsgfiiVHsQ+LtE11LSH9Eq4CBU2IpHjQWTq fY11zfheXmKzfU2MGu4a2Mg5/7ZbWA80WYSGNRP0894GRHKzzdDlPxDsFnuFEa9bRyjLGln7HOg3 iIcPpM+E8hdAUwLpx0D+I4D4RYJOhzOAzkJkTYCTZyZL9OTsYJsBV8kpLlY7pIvnEoTa/jH6LkMd WKT9RnCQEd8AJ9icsPOmJ82Ia1O0yB4erOj6VIlwT2OTzYzCHJX2tLR1wSk3cVY60WfA7JpTtHtm 9yXyE9KKpgtKPY/XPeKvS0/priOS5u7dGRZvHAYiwg72rkHuNZGEv+XY85qGskyzCEvNvghXCCLV xD5e7GOp6nAm8jteyXIGzfAg0rkF1bxENJm6iswnkP798XdMro/p+lpE5fglWteS1VDMTktSH/Tk dURt1Z0DCYQahL0G18H5HT5SORFw2lqPuBmlg7Roe5Vu8cma5Cyz4FqYHwr3kijtutyLfRqBidRh 4k2WF0BLPqe4DDE7O7z5XoVRf3xdXyegeZMJunt7nS2PVdLE5VuPWPcekwqv8+NzN7OHNXx6+nME 5scwzXMU4QbGfoFh8wtUbYmFvUSVN4jC32AY/h6D/S1i7ATI2mVnKIcOq/qnjj7DTKaHSQYQT0wp 6n1b4+rFBZZosUrXiBKWggGaIZdJIQh/GGIkcrMQ4MqWCtMxTwZXXOL9B39njnZXrS4PfYkMp+PE DzKjYnWgyQUZHBFpabhARdJ2e4msXqMn3kKA32/ZhOI4O/Jf3QOqgWHoXWdmfZwZsK+nFQkR5SGn hPSQ4wLv0VUW7dCKQBhTRwk4TItl2KGZCHcU2BPXv+LIlakpSz+XHJAfOPjGHhnqg9BjpPwTPSZ1 diFolc1nRRzzuwYoNvu7lpkTZwkqUMidLhFagRESbbtfi7xM20To6hRJlyNmSVWSdsFzdDuO5xDz dffR47ezEz9HWXCgwD8Zh+72v8Th9ez3sR8diUkkJwZmqIEtv6gattohLwIsTgKkRYvNTYP9Jobt VoiCpeC85i7YypXTEbWS0Fcjby72e5dcD8V9dRRsvMXE1V9Dxdl1Eng5/tbMVbNXHpx2zdfO8SGu LbPnnH/XB/opGNcHf1kVQ7QcYTxUG7P5axzAbgYj0zGxfBOajRvsuNZFvmcWVaPPGtgmwrA1CJoa MFew+TWy6w8RD58jJp6pWwLBKZL4BLF5D2hyZNVToDsFsgu0RY5t/2tE2x7L7p9hhT8CzOUsyQsn Id6Ast4JflYZbD/N8fxmCfMBUDy5RN5thAPb1CGCYgAW5wAnxszkhgrR0KIeDHZRgZyDFa5/TqaJ 8pcSUtsCTMwI1fHyBZOOstJwetRiHjMKiBCUTQVhOY/0KVygDjdIMp6zH6C5+Qg9r0dIW7QMtj97 be7+m5OfHxCRny8erwN+0JR3/RK5hYk+Z+CgHtFIZ/HCdrP+z7xsi7jQiaAlmI30AG08cwcgTCBz JZ/8DnXdnZOxwAaY1SRrPwSBHWI0HWVrVbJZcKOlOv3weSniRnAc3XcEFBrGqPekihheAAAgAElE QVTK71YfQ4e0/m63XQ6OulJuJT8D03pmjvmC+l5UA6DCpCvBfZkoYEJOPxVqIkKHAkidpLF9wBrR Zk7qZd7P4sHfLbKV6zG6NcHhQj/h8qj+epw5jz1JKspGE/neP6e85MFFuG1T8MjG+w953zJ99Z6b 7nMINxTYERBJU9BWgANSdqPboq826Ko9Evt/It4/QtLtAPOJ3KBN80jWYVP8v9JjDcwFFic/R5R/ DNQWNb0JmAkHnyCBqi3cdQxRDcPASq/OvcXwokObir8eUhNiy92J3qFsUeRAtGUm3QB1DCOTbs2q xbNKhol6LUUSfGxN3HN+jhIWubddP1W+xHTGhTynx/Umx5s33WcCbK9yzIOVBCwhRbsfzvpcknaK 8/AhneP4IJdJ0OqhWogzQ5LelaIk0dkbV/rRhMLTY9gv0908WbDpzMkHAW+k8CRy0wgdKCAXzDP3 ScnxPme8mfh8Nap96mg7zkBgvFke7v98F462JopeG6hZrtQTpRo1qKs9rAiucVFSXsUBWKVEcKhn q0a6pLFMMWLWL3QmD0qb8dd4ClxdqSh9bbL7AKIuzFzbnlExt/C6LTAdY+j8z15eMm7EP6OIvYQK nnRY3WTaf2bPf1VJ8IDBk0wHu8DQZVKuB9EVwqSSfndcLRENPVL7n2G6S0TUn08S9GaNLmcJ9THs koq2f4jw/J8gLP4QybZCV13DhrXYiSUP3F5BVAoDJmwNwmuLdtegL1pEZxbmjBpZFTrsEacGi/NU aER11WCoqQ8SY8+AwjaLeHgSuxdjYKosMA1mV/e/AWVHHOMUpy+fSR8ELDdc+XYE/JqHG2fzHVL6 FDLy82Vh4nAd7Mnw5HAB+D4AAZB6wm5bjHJEW+QypctHHNcES1A1CdGFcDxAb+IqpZ+oxi6koB6i AB1LGBn1WsSSSYVY0QpaskMCVQmDYPkXopVeVChiap7UOl242WTxO36EWIktN6c6bcjgMAgoMBOg ao/t2mvuKyCVS0bPow5I2o69Em3AjtI77tpKGeWI6n51qgmINzYJ0Jbsz/jg463gVCtJejkdgyKz HFqe65qgFDc5gGOQcmmc7wvK3xx+biZFOwtUc5en+w82htUEdVIYkYmsgH0J3rxBTPAoIQTg1C4C 0bxpdApjFui35P/9GUzbwnQrUUtos2tYds+HD5E8/iH6YQksEiDfS6BOwwKxPYFoHIMtk3uOuEbM QVSbANWAhNpvLEmJmchaIOckfS+DluIxvQpC7F40qDfsa9JKz6iSKvXaGbDYt6ThK93PFTb2wALS fuN8w5BKyWEbJ6VgJyjwhnv4m5OfH2i63+bKMv/ufCfcYvUQB931mGXFqZ/C3E7AJLtdQKdJdmBd 7kXX6EzCQ9G6E1bMGxv065XDhPDvJJw2EiSNIaQhxvkJqS3EPUXoSWxlv6pKBeHMaQkxLr5f491+ PCTjLjDld+kQMwRmS5Y9t1IIt2lmhcCaF8yqUil3Ff9F4CnLamZX3iWFODB/3fS88xxIz4r695J5 evnguauNwkjoMekP3bh8oPcDEF1fvgQ8hq085Prz0jEGLf8ggeL7Jxjfif/eCdePfIRY4CPMqqzw P/l+agw3v0UyVDBBhybOsY5DNOEJ+iADwgUaBvebnyPDEkj/XJgaUfN7okmF5FNE9Sk21Ra7msTh FrCPkPQxQmpZlWQ1q7zRXUcokJdACMacSDPSJ1QmIdaOGKzBoOlKhIsAJl8ie69Q/iWlvHeVIOAD Usg6pckQyEwDVSo6ULLioaLZmAnKo2bK7t6Vc+mGYUf4y+l64bWPN6fmPBAyqaz5Uuo+gxhQeo9w fwJMRReISp5uEsG355087gpYVJIkA3zf1KiqDuW+lkyNJ5Jfwp1z2Zo3clBVSeXV2XqhxhiMNlLy 0V9NyxM22dmEpj418U/k9XVNCvQGMQ0BQgOLnWJuvDyNZGh+ZCdjBXyXDwqsaOZAbA3hJJqdKmI+ RL6ixG2IqAaCkoMLQkuIr1Fkf5YUrmdBqzW1pdIkS0BlTunAbU5CaJ4YAeokvBvLf3nUOFTQf6P8 jw90gqOT3tE0FR4l76XknK0xN7m7dTudZ1cP2GiJDjvXic4SFN/mjGAJVehffIEgvEKefomkeIIq PhXZ4666QldvMYTPYMMv0Yd/h76/ElnlgE1nnoOqQtd+inZXIDT/EGb1HhLzkVQAPT5F1/0KSH5+ 7/sLaEDccwBj9W5O1IyF6hG8z1iScu7UBo2U+VEWw5ymSNcl2m2PhTTbpdhXvQp6d3LSaAMyFIEj LuzxEdKGTfB/9EfohZ+oSYFuTEwmVOYrcJqXb7aBv3HAeojrdd8b1IXFE8Zg1Qk/Tpvh8kiH7o5v NS/wC7bc1arWUFP4TvXaqXnEE942SgAWETVRDOVNwGDIpjoZ6CEiyeBU0pbBNYopyWzUxh4DNpea Fyu0QgOeSudW6ljDC6M4Yw1OolfF11BKgrc8+64e/bBFFBBdTaHBHHYwGLpSdOl5IySLreiWMzhn RSSgXU6fxOG5s4jCnQreS7ZNSlEim46KurGnY0bMmsIYNGBpIBuw33PypgFKEjWacTgrOCVAH17z ObOCB2245huY/9m0Xubr77gM5N9vU9ycMiwrk8FEpmFie++oXNycKMudhguY9lOEzV8hap5gufhj cRAy+79Duv1LWPMe0uHPkNvPELdPxBDTpr9CxMnc/kOY5BK5mAmvELc/QRA8AvAIUZQjiZcPXr+g VqaHNdSk0vZJx3PTGMQ9zyp9O2MJWmVTI4tDxPREPEvRNzlwHcjgi6R9V9ijdkMqTrtrUQa9+6C8 kt98yKhg9q129rz+umExYKk5z5u3SN48w3ogYvLNHyPQFbnuxtaii8LGJlc8taZVi4h8RHGMqXMX sByQ8NjhJOJNwGZ5hNQsRcFBTAmaPeqmxKJY6uNFEdk3x7WhyGMIL6chACWJBzbdI3Tcufjv9SNn asBdTKU1Bn4JOZvvK1MFS0u1RVVCUF4ZvxMy8foStN/kwcFBOHAIUQiORz9XInrhtMm6qV/IOS3y U+T5CmmWIM17AezSBCQY6ECjSH0GJqpLCu1J3J8HKUc8KFhKdccA0H8bsDq7UC8+KUlJ72BTWEXx CBviLjRfP/7wGXdLcKoPWD6geQWOO5smrw4CGlkWYpCq/VcZ5XOuFg44P/sQ4dWvgJu/hS2fIWkM ivQUy/1fwlT/GkP/UwQ1s/JzIH0GxAv07R/QfQJB8AVgf4BleIkm+gxD8B9R2whh/zOY8AKxqOW+ rHZycHCKHnbU9UOf0CbNwtYWicj25EjKFtEyQR/EKIl3tJQSB+JVhmVj0awbxFYSM4WfEzlBTTYa dsxcfu46tvvdqK5CXwO5TuSHCtpBWwTsP/o2wJsaD79SwFL+vmbdcql8E5Sp8lxz/Jajp7qAQ4wz uPDkTvSbHknFRc+ammk0+yH8oeKj1JiBRSNL80kxXx4rAEf6pi011nGRtrwgW7e4gTzJUbd7DXAk P8+0oHxPpGo4zqdcBpu6Hfv96PoEttM+VRKXc/iT8v3cG9F7w6uKUgzNvz/pfjjsD7MXj2SZSeC4 kmc3ECiYIIl4sdlLclAhhwQN2s1LCP750Q7Kz7otk+W/Ne3uZdlpf10F4JdImTckW0SG1zKU6xpg iTg+Q109QddV2NxU2G0vxYWbDinkgBbFCdrgE1WlCnOYxEjQb2p617FciCgtjrahYkQlpTZpR03D zCxDltIu61roQiKnWwwIzUA7O5RVKKwGaSI7B5mhZ2YcacbnRBjj4Zn0l/h6DUsjAfM6Er1tkcau VylDEmZv3JBSDD0VO9ViXQw/Bm4ukdxsVMEQLdKWwTwQSy/CDHo6IPGGl02zk9e8vN5hGf4B8lWO rPxLxJv/A+mOm9cFEP8j9OUXGLJSIBFx9x7QPkeU/rXgF6/bP8YiXCOiCgeew9b/HllcSiO9Hf4A VXguPS9CfdS+a9B+kGM+yF+yhX5+24h4X5SGSM8y4dru6udoowjLZQIUBg12KOutZIr5KhVsTxdn qNY7hJsORcfagwFGFdfZP0xuCFfuwNnSUFCTS1VSOBDgRiGekOS4MlPuqZrKNk4g5iDqVkUjCgWr MjIGpBcxZgQtQ4HSkL7JDOvBg1mS5+dJ+NYyUL7kPuYb1jJqOuwoQ+E7djIcHVnIMyCbO0a3aTXL cpbhSq69T+WSrXWpweV9ufG6KBl8PciEfgygHBGrMYWWjUp2zkJmhCyFawWCMkaLEwxlPUTKUT/y jIN48BmEX6lOyfy3uVChfHZx23a9IXnI0RZnc8lybUNSrpLIPS1K3jclhBnQI56nHn3dSr+Q0zBK 6yxPfyKlYdtzbEEX4wF1pbZqPChqSKcU2W8E9EsPSDVe4IB5W2uwIsWJ0jn8/CxO8jRETs5oqxkZ s23xFaR7Udej7fdyQ6QZqSGRSKjQFYaaTHSd1vNRoK8rZwuvQo/rmz22mxYdsU484dabkOiEjZIr HbNlNKB0U8sBg841p83OKcRywzX232DAEl3Poc/HGNIVhuiFOIm37W9xZozwUi0y9N05IkoDY4c4 +Cly+3OE0Z/D2hfom2u0vQpPEh8VcfAREmrg1EYc5xTyZlS/TBaoCHMoiVk2Ll0guv7JxWXVQEeb PsIqW6AjhpCcQF6TCFj98D30z0JUIQUorfgj8tqZlHZjp3j2rEZQdcpr7ELpWRkyUIzq1gskRlR2 LSqaB9OsVnpwTHCY9qlDjwZd5bn6/i7NXl/X8+nNA9YrjIe1FFOApU7k+G+a7cQjQM03ql3jWhrZ zM7mN+hkN+TVDqb03vfSvC/clAEdc/jmN3xCnoMAHZ1wnkzAJGq4XtdDPSj7Ck1tvoaIfOjnlAXv popU24hqhOkOceo+ryU2KkNPTJiDakzncgLe6qdXXqPYwjsO5rzXR/bAfUc8rKRfIaddzDqIBVEM G99natYwBCGmRPcrHaptyGOTLg4ud4/HvpTvUfQk50LLwDTYO2SBlWstvFDRxVaAMAOCbYma5nCD gUsDm8jrcAooGKjYBV5OBTmp1XJTmv55oSWo46VyI5QeioMzUF8/GSKkEYNYioylZ79Du6/Qtg1W MdVZqTZKEKqe20YcaOipmQg5WUpOgdvw9nIKquLabXGWk/5SYOhT9HmOMCkQJCsM7SVsuQaqL4Go kuyPU7eIiPdgCxtvMWCPqPgnsN0zdBTi2zdA/z7CfiWBipkK5YzHI/AYJr+zHUF9PEpXqhRezQRJ HSHYWCDngCQjRF5NNJitGe4ONaKTCIuMnNVUrPP6y63gtcJ+h/RJiuEKCK5aBLUUSGLQ0zB750RS UECO3uaqpp69PlFaof8XDTQC2JhrROCpTjyIEs2vb1L31jMsxlB5iy7j4YeTG2MU9OIN6XsNk427 HiwjVfKEEsSi3+3VFUY7ruMm/iT3K//WRbe6s4xTRqNuPgqEZGCl8BQvpLrsvCmUitmCfulNJ+9D SjEdkSddizBukMYVsqxBlIRSatRDJAYG/ZFm0EhrcuWts3WcyeE4pP+IezN3Aiv1xKgiAielAZ2D SIeKWqRc28bgtGiRiCGD8r9YDRAdz34Te1iXlzspP3iZGPxjmVKxR0VCOG96BplYJrfcedUf0Gcr DfKC5QspPBxeKLiXAYy4MN50nQgOcmLpS3Ft4PM9cXBCFQtCJ3oaOtCkpG9g+eXwYlT4LPcbXF/t JdMid/XktJCscbfbwYanqGn0KfQUZo3E5DEriGHpaEwJb1mvVJHyfpWk5jAbDIH0T+QmrG2JbrhE Gm/kcy7wIRb2x0B1ija8QZ8wO8nQWU4Nn6OLnotaaLT4F4C9AtIvEZgSg6Vy6PuAISyd0d9tmpL2 D1PAYvYi74U9Vb9BscFNhyArwYv3XlKH6K7JN1VcFFp+rk5kX0T9sbrStV6QbM3SjY7RC+yv17je XOHRH/wYCbmCnaHYhGS668ZiP+xRtntk1N1iucueJCe6rFkkE1aebjIQ66Ua9tL6EU499bicG/U3 H7Duz7C0opmyId+/8uDBEQJw25t3Glei3CmgRH9hJlkPxek46UJxlSYlR6O5F1E7eEpXnk3oad6k Dg/m0+2RN8cx7QMff3RgvuPHlNyQMsgHRJ0qhrSiDwacnlK8P0S6TJDkg2QfpPu0NT+zigP6933c q/Jl3zxYeXL2BCPx3/U6vExjYcnqRATZrehrIVunSYHFKsFqyR3bkW8F28ZAxL4OlXs7XDzW0p0y QGnOoOQ3BxrJxkiTiUrDE8z3JgoYgnuzWITMDKmoyVKPpiU6gaSyAKe8jeDdlHQ7JxYr/UrBvCMG zp+jgZgpNp0TQaqrICR5oXqOiC9bLApkWYLLKkNTs1/FvkyDTPypjDSvO4I45VUcsp/qm1LqqOgQ 38EX9cfKq8QNbFOi3z5DMmxhuhBJm6K3v48u3ot5RFKcIBguUfe/wzC8BwQ/xya8QJIWCPMVhoKs ixQN+54hM5YGudh2EUKhcB2Zig6piAowa5+zZxTzxFRTGyNScLG90DRoLivJhuwmRBu1iBYx0hNX Woactq9xdb1FbDI8efwIq/dOEaUW0RLIqgDBmhdc+Uh50GNJP8eUmMQdEvFszBBwWMYpPXuJg04f DeWlEvGBUsy8SBZ99SzgrWdYAkTzN8fYdvHIZ+Xr3Q7s4+9TbyqUm1jSSO9mw3TT37yOYqHBjM1T 6lzzcYzwqiZxjN+aqzF04qvoJoIyQeRvMguiQebXcDjc2RQsOvGg4w1OPuLpyYA4YynEG8JgX7XY lwP2VSc9nnZobpHNmfBGPA9ecdQHq7kongw7bjEvndQnKGDo2PMcj1NiWdZVh4CE2TbUnpalsCCd ltV0oe5VSI7AXhEdzHokBQOoQhekSc6gTAoU34MzxZBMS/TvuahJJmcvSSER1DhjT7PrYiGOVzQV gQoUMjBNWKzpelL3qaeGZsD3wmY8JYdCkC7HbJ49ycKoogcfv7ncoNoCq1WBYmFQRIQsJGJKimaH wTbSiOc0sBOnpXnppUGSb1iHLA02ix2WWGDRLJGUFkm1Qdo+x9B/BtvvUCcfStM6DD9AEv2+BFP0 jxAPP0EY/gNUfC5Day9nP0adsyFEb/eCdQuHPYaY8BnW4LqOxO3dy4hxQ/fAXWeQIqoMgoEk6j5G LPb2Fva6xcAside26NBvmYZRLSLFcFOhv94hIZKCw8kzg8wsMKBEH9C7sUYk93CIzCS4OMnw6DTF F+y9EgxLx8GmEV/QoAlgxDE7QSaCAQoe4Z3JtRCO7/c7mGENJF+OO7ybQrnHSfY04v2mRTEyZqWE 1D9rOj4jT7rsmGYS4w0p2ZhCFzyMgWaUxxHdAxF5cBLo9bUmui6zBpdayVDgvuP+DCukYRwXqTNw JXnaZK36tlFLK6lVJhgRqtJivQY2G/aiuIATwcJ4FVCNOTPOHcf6MzOLOVZp1Phi41aoNHNpHY9l GhAkVCPgLsssKZbmNMtCuhtXvPHLBfpeVVGV0qSmFlVFMbgIQUN7s0Akedm74gCB2Dn2mqTpalrJ tGiGQXVXZqRZHoneN2/6kDg7AZS6IQGVKZMBSdIj69jsd6BD9rqc1ZpeW83SyXts2NgPaOCpy4fY vI2lHBGb6AXiIJObhwDjtm7RElTJ5nqdorjosCpa1G2FbfkMQ9mJJFDMICdlzYVcG1/Gsp+mpSmn ZDRFMTCUE2qvkbdfIMMLxPEaQ0iq04DM/lJiTRdcoqO+es9seydBIku/RIgPQa6yCBYPCVv9kkWx xuZ52wWVmKMmVJ9FJK48AwckVPzsWp2Oj4wKdy96jTpqqSek6aime8D2SK9TT8s+5LYSOpYZAhRd gqJ/BDQhhucbXm20C+G2yfMJsNu4qiVskXLDjxOc/6BAQs0tQoF2FtV1hYbeBHxvzGZZ7XB5ET0/ 0CCDblW+//r6x9ufElLVcCQkTbh4jS++nJtQyv73/L/JUh4zqamHM//yj9aAw8e4r1tY/C813QV2 MKMMScNegaACQ5Aewlc/TMJejAZqaTwbyjr3KFYWaW4RUrGf0AJboGkjtLX2fAgcjJJCTDAPTueI 4tb3z+yHU0L2mzxVxUM2+DtVvR8FEv3EdC4BTdAosxfGskVSCJZGXLT7BlXVI+5PHflbX7cRQ1qL pmXvyCKyZ9Iz4n+kNgn7jmj5lptMgjbdIo6oy88gx/fUoV0kKOgETK36ukBDv7qhQZhwOlUjSHju 6XbUoO3IJNBgxoAq+L3ZtZTZc7CTLCvLO5FRkYKzoYQGYS85bFO7MjzCwhCZ38DWJW7KHT7Md8gJ psQa++3n2K83GPIV4mKpskLFUlUahC/p2BIsa6S1ESLYL9GVn6Nc/weEu/8HET4R7b0+fIzGvi+B fNmtUbUFEBSwdo9wKGGyDcJ4C1PfqCNzF6LpOYTIYcU9mn00i7ZgvylS6ENCJVK+pkJXZeNyhPvx phLSuFYu3HS27R4pgawx4Qfse5HUT+5gja6pkRY5oh2HLNyxUmBX4eYzwiEM8tNT9FWtEGuTICj4 /AxADfp9gyQssfz9c8Tst7Fhvx9QBFtsW2axyuVKxBZMwcAykXcMCOW4vH74eaVHeHSBYkC0WSaD iJA9ut1Lip7zHhF3xkkPSeVfVBhXcwPRfp6pOHjaBjE9vBHJ4Zsj3ef8PMkcRoa/KxPGNreTpelm U0T2xPT0iU48/21pvhQTSm+t7R2D9Wlj7LdGb24hcbajVZG0ENi3LLQvokHAW2u5pqO1OD3VgM2L QxdiBhZmKvKO9tSv4Q1BArhBGodYLogHG9B2lM1pgEIFDj33UQyHndIEy92iP9cg1fRy40/lr2aM nHTpeWDDfMpiI06hdOjF1qycnmbdytf8aMSFZz511OC4LBTBXpKvFi0Qhiv57MyiemLtOO1jaRqf ofHX32hJd9P3uLrW67lIEjGVJVCXu3iWU8bZoO2YOYWyk5s4QpHFyFOVeKZahjTBBQhZSxadUjuF gNd9DOFjM1Noe5hiqU1gkX9WSAnPt+C5og7dL/4W3aMlknPg7OMI0eefIXj6C7x3fY0sHPDvfvq/ 4KJ+hPP+AwThKfapwY7Zk3qn4Qw7ga4MYYp28ftYh++jDXrUJoWNc7x/86/QLv8ZqvyfyiAFu7/C svwVMrsBqn+LIPwfZbAyDAaJrZFTf2yI0FUxbuoCacUTaVElAxpplFOM1CKQdQKEO+e5WfWI2gip zRHR668ywJrTP5VJttxwqI7qkP0MgnGwAHZb6XORJM0NmrCUxGaI1gmCzwKcPuqBsxZlfon4wzME lyn6TzvEQYL9psYy2WHYV7AbBjtmWRwi1Sjeq2HSAZuSa22Ds7NT4FmFjjjYiJsk0FHy5m0ErPsP D0rUvx2jkg3Jtbfgn3gIVWOmbDDPdKbR/e2J46tzkhxM4vDRrrEeIs/PnRuPd9xlduLDX4zi9MpN HjUL4e9SRUAb/CwtViNym7b28tiZnX3XNi6AaX/OZysOWQYTs1fGDIMlFukTVEDg4qFJaoS+VBs0 os29yum8h0UczF1NzK+DeO2VKf314M3hFWLlZ8bRL1x2R3WMsdym0qmQh19+f35STACnzI+HWGRO upomsgz8PA8R4nyguq+M1AX3ROwVe81UcgxZWiq4eNw06YdnQqQ5+2TAvnmq6g9SErLvlKgaAeVy QoN1vEFV/hLLboPz6AnOi38OfPhPsa7+PZ62/xE/+8X/hfXpP8JnZye8/xFWV1hWDU6TD1CYn6I6 ewbzeAnT/hBJd4484kaSYrMf8OJmh2pokBY/w9n7Hwtpunn2GWxN3uuvkQ9/jTb+x4ii9xDGjxCw /cAMiZs2LAx5tSpjOmVUltecwUdNSrP3T5CXlaj19ux79hVMNyBy2VjIDdvZaonzub8ALO3YY8wp 6ug2JCLeubGyZcCgf8kNkxOVWNyr+Ji+r9Bzirw0WJgc11c3CNsAUZsJfKHlpDlukLPsXxW4eFSL ATbSToQJA1cxcAP5KtHnjQMWR8lzbp+nRfibVvoW99xITHV9gPKHvzmkkeya1V5fx/dxXrllF/iM 4Ri3pQHkalOOKprevUZvUD6iw+qMP9dsQYCGERv6qkDK39veKHVC6Tg6gvecRR5lcyo7PM+Td7mW 0yQMAYvUbNWCiwoSBEdyohikSOjgTAkVTs+d8oQPVnPNe8G4HPEs/ffj8/pVD/88c5aAP6jxNGXT Sqkadf7FWUqHAbcPDgIRTLRWJ6m8H0VmXNQeiES3aBNKTtOdiJ+Z+vkWraHKA63jB4QdzXbV31J6 hNI9UOneJAixyuk0bASs2lRE4aviBAMWKUk2+69Rbv4VgvIvUSSfwDyqgCc/Q5L9DxiCf4Fi8acI ln+EOj1FfPMbpE//LdJqA3v6X2Lz3pmQexerMyTB+2iqHVoi4/MCq7pFkN8A+RLp++8juihQbdew Tw0sqTrM1rM1uvIXiJIGoTggr4CGtyTL4x5ZEmgrlevD0U16bn5sBbrBU5UzuxuQLBPkZ5zUBejK Frv1VgxGHg0/EPCmcCBHSIQ3BlStL649DlUMN3FZ3BJRBJPVxB3iixh12KMJalRlJ1ZjQZLBLGOk 8UJAu1SzsXGDLixhOS1KOV40QLbjxREH7SEdHJSN1ZVzVP+mA5bUoTKZ8P/iMyXfHJ8MVufTKv/n blBe3jwz85gpKQ+9iuVXzRhYPowSv+7xLrvi0VqjpS5P+DCDB7hG680L18wW+WQ2QuWdOQVTK/Zk KqehTVgvm+I/TyNAVC8kpw1+wTwJ8JWGlnw73AVDmU6RLJyYAiYhCNGg3zVj8K6ryf/QnxPyG2+D bnxdAWsenOYmt/770DpIiCRMzAgi1VQSeEEgvpUH7+GA5wThe+p71fNtO64F1fLnRImBSiCqHZvY LRpSf5hlMYugazgxYQxYjfYIDcv7RJc1z9NSbOBiDCS2C9OC5rzcoFq5nmE8UEIAACAASURBVHX/ E6D+r9DvYlzu/wPS8C8QmDVQ/HMsFz8H/kGFNPkxPhreQ0zKT/Ml6qd/gcvtn6G0v0JU/bfA+xnM e6cIiwLNsEMZljDLDotlCGwvgJMeTfQF6vVe7Lni7iPkIjr5HEP9twI6BQMLzpRASSnjoBNlW+8q I+7R1qH9hTCia/nmd1eI8xjZSYJ4GQnUIGIZyPKfC1uYAlZvA7mIzoNSblE1p+BEfSBOhT0CPo7D lihGn8TYv+CgMUad1Bg4iGmIbghQBiwuqTjBzaaTYDb0laDd67ZHta3E6Tqhd0AXC4ujCVIMvDa2 J4b2K03h39xINc1f8pSbByUbNM7AVIPYxKXT/5ip3HWjyXOK2+x9gerNfOOELjRyA5X5rg41znq8 4+dTgjU5cP6mVawXAw9TageKdUFRkN7uPdd2LUoHbDxPkzo+Tl+dtA45yJYPU3UJCrmAafsNlJQq nmVUQiCW86kAyp5TnLs+29eQXXkNquPNZnxuJ9kzGYpO7QD9s5e4fpllIN9F9cKZzwqaXWlWkrFy 85JGMcsXJznUMMNjr0yz7aHK0LbEonFaOaBriPxng5FZGoM8jWl5ern2WlFfiLJOSskk6bDe/N9I T3+AMP1vUO//IdbtX8M+/xxm+0uY9AWu+88Qpc+Rnv8ecPYTdKt/ie6DP8Dq6b/Bxfav8eXTP8e+ PEXUfYjiww9hCoOaUJBBKSxhFqAeSq00ug5ZxKBKC68e2O0QBs8R9FdAT4V9Dmi4SbApzvKN5a6/ Epyu6XySG4JAfjDgrL9At+vQVTXW13tw6SRpjDw5wWIVod+pKB/YhpCGvPY7dDhFaAlt72OEywyW KOSWSP8AnUkwLDNkL7iREqQfC88zPrVIsh5mmaNmr3Kn154A7yhZIj1ZIcoJXTAIwgz7kvdCKQ33 MFsg4fSbMIiYzfgpcfgGjVRHxOUI5vRjd8lAE4uAwcpRbDrbivmoX9BRpPiT+TEPWHPMzTFx99Xe oP+Is6DntauGEG3H/cLBDiQbcjeT9LOY0XufQW1oqyO9Tmko6DaQRuG0tuRx4zhTg2CWV4hFYiWT DEzlmr20MIOgdz7mzc2AyBLWaQrJMGXybaQ21Pix6LA9V9OcnbvXOj8PHLcpJMyDDsOIVBcusLnf lP8LL9NxCv17k7A2joqVhuNmXjJBVB6oaoqzVPYMAfkdlswMRKQscd0FFgaFZr/BrM/GrEIoNFpy znusEgzZW6NmOkNC0KJLP0dDbf/0FGH1XyCtGmT1FZLqBtvtB0j6vwGyP0XwwRO0j/8xmvPfQ/z4 f0UcW3zwV/87nr74FF/86q9xtvsYp+/9BEF0DoQrhNmJfMB+fY31dY3u8grF9u9hwl8hSD6DxTUS Wwheq2vXiOMdQACmAGsprEfMlqfiOM02NwAjXo7/mtoV0qCTAMl+IdcEhSZbDmaCGC2ZCuydkhZH mEdDGlSPnnxCDjQCyjwPsFmPICEVitmShU2JMIkRnywQL9mj3SLOeyRZhLzpES+MTBlPTznlpW05 pZoyB3vRTDnkdasWCKIa1u6QpSfS8lfrAx83vuGAxZRed3wCBCdTUz9ap470XF6EmYIHOXIhlTeT CujxoSBRlSRVPt68zJl2+HsPNjIPmu5zzmEPQ9K6ZMi8Mch69wMABTSqxOsxrWemyzSUDiPmKSRe PphZQoQ4o6sMR8nqvMybkvgZ1UAPEVIc0IueEWDoAp6HJxAXNc9apmmqPobn1b+vg/Pmvs8Dzlc5 5gFwHgTH15uT00doyGRGICav4/t6WXWWTkjz59bz5jcsZ0Ml7AP5qUgMT5cyhI0Vxxa5a8cbVpy4 ZVJNHJzSqzzxVnminVCBaBmfxn+Etl6jbV4A9kb0reLiAiF+BAx/iC7foF0zG/oE2a//FPkXv0Rw /icof++/x9UHP8fFH/4G2ad/j/qL32L74lP02xsYc4Y4ewSYM6TnC+yvBmyf7tBeXyJsP8UieCrZ Y0CLeRuj5kS43iENttKb41qRxcd0SSQN/Me1B9dG7gIKICYhktQI7KMP2Qvt0Owtyr5Be9EiDxJk zMgJObEsswcMfB2TogpqtKZHT6ll5nGDFcXSobWI6gDdWYQgZyN9j8HU8r4N78ekQ2YJOVGcXTsU 8rylg8sEtkUShUiWKYKoFdxeVJC6yN+l/I0bs7/m8TVkWMwKOCE7xAL5wFT2WxhmUQFTRB2dhmyW hsyuAiT75MAp+VUzhFfvz/j+1XxaOCmEitvOwEugd5RMq0Vbnn0AanWdzOAUTqJGAo8GjjB9oSQI Cdp6k1AMzQeuasfU1yG7WjeClka0Qjw4/SOTvXfyEIICl/4NQX4z38SZ1yB/hz+XHpnTG3v5utzB HXyD47bGOTNm/3p+oKAZo24qc1OV+Ubj9dd7q0h2wUlJG0XLcsWbqY21z5Y4kJD3IaW1yg9VLYGa KjfDTcCj3qXpbkJ0KMVNe5B8ipQW/V1/zir7G8Tlj7Dc/gy2+wxd/Be4yn6JJrlAF/wIP04a3Jz9 AJvV/wy7/Q0unv8NzLN/h2D3Cbr97+H5xf+GxQ8vcXb+t+if/mfUl3+L9vo34iTJBnxQnqLcfQBb nmERBTgJif4u0O/P0VTnyJafq9oFZZDSCoaifcIT5FcGJOTDuGA+zKlgGpilFx+SQ6laWOxvcfoZ JQaxSXDZfYaBrAJKvpDXKT68EaIsRZz/f+y96W8keZrf9407Ig+Sxaq+ZmYP7a68EqA1JKxf2IAB w4Df+O/wn2rBgAxYwALywNauR3vMTE93HTzyiDvC+DxPRGaSxSK7u6qmq0f7a7DJIpPJyMiI5/cc 36NQnYeWmXVBZ8oOMFdtSlh30r7WzYsbo+hA1lZcTeqmvFGFCkCp415hUCgKZjoTOLXOJbbzQLsG RdZWlQjIuQbsYMnGf2DoefK3vE8DupU+QqoAAFi3thp16G+VB2caABKSipeVq8mASmbahfbibaE6 HtXEjLsABbbKV4MWF5k1JTfjoM1Nrxq8VZ87KnrYWm+DXkPXPLNpnbkpc0CWDsXqhtgwlRnE2yCF l24pqNNVOmOHk3aaCKCteZd2SMIBcBcQMOcyx7Wl0M6iVLUBAIjgk94c8De7MQm+pNNcfGRDQaDl KtdiubJAvC332t6+UURT8sThltuEC2dOhUmrPRj4T010bg40B0WK47L5wD0i9/11v3x+n3UE/R45 iX54c/CZNSgckT+j4SzfNBmTO0f21pcdPnbxcShjQwjLiJy1kE2igqw5W/M2BLI1owqUEcieOsCd gRLTyuKt7wwR/vn5Kwe9gp1qOlUVtJ2Fhu7CDDh6vVCQ79TFV+qbjfo6VFRlWjdfK4r+Udfgmvqv dBb/hfr1v9ZvVv9KuvmPOn/z/+nyd/+Hdv/DRtmL/0Xhl/+T6uf/nba7f6/k5t/r/Ou/VfabG21/ mykefmnH24UXuk6+VB1fKI1/pXD5f2mR/G86iz+Xgs814ppMRAGSgJTBppyU9aaWi6YLZTLYIAg1 i1LDqtewYMQaKAU/tUNjzoG463rUWb5UHK61A4f15aD8IpXqVptXb5RuegX13rjPy/UaAyC9ws3g 2Urnz77QefG3Uh0p6c41oPHFwhhm29iA5Qb42xBqnRUqgkz7fakaldMkVhX2OrM+XKF1eqnbbxq1 W4LatcLsmfeOP7QvIQHkLaufybQ0JNWrr7x3ZW0bJEOojbl4HMA5JLNdOWBMxrTQJUDWVhq7xugU adqqiU0YxIKWyeR21PakqIiswQXr1Zn34KAsD5VmKAwNuH2bTpPfGeyiRG9MLym7qPN/eEnkPSuy LL+LGBAcwZe+klWqDHpGCprYcTRlVavc7tWUrYonNLH/a1+nLIXTEHvohr3Tvss3ELuVrScyeSdO uYcVqcOo25uleSdCBeIjv/CpZteV6jvUBSdKC1y7kKn12npAQ7+00j3NGMntNPS/Uh99pij8TMPi r9SEg277X6n7u532V3+j4nKjcHmpZ/kLxV/+r1Lx77S/+Far+pVW+2+Vbr5Vu/tGaX2rJQ41/a1B B6qzVClZHxQppJgNXubOTXYzM/HzE6Hpi6lF4ZtWOkCwbg0+YhgtKhizpOs1pqOegVbf9dpVt6oA bWe9xl2ibIy1Lhaqy0b5Mrbg1jC0IHm6yK1crDNoSgRH7MIcp+6GHAwAaD4GOkcVnltkj01eY7I9 UR4qguzPRl0hqd1ov9vp6gphwkKr8yno/oD1HfOyE9NJ/lbcGsWEzGdRuHmDtUpQYSTQ90y2yARC VxscAOtxM/v4OlZr9ATGy0UOl6wx+EKLFg+lZI3YWTrhZ1DkzL1f0QQKs0jZMlF+EaqPal032Bp1 jt9hZG3SHw47aMZWi5OA8WCJZP0RTxumOZdf+Bwruz5GJBPO6PTmmaku0TK0QAVjnUZjtSvV7PB9 owB5XIvqp7F+P1bx93F4h79+r7d5vwd2DHWnaosO4GUj3TTnVpYid75SoLOkV7Hcawhu1fcbZc3K VUg73r/cfAK7+pnL54AfajI13f+tdvgbxSMKBv+NFD1Tlf2FAVuLl2hr/Wf1r3+pYP2Vis//WuHn /0a7Z/9K16uNFgPyyX+v7NXfKttcKQexUEdSlUjNMzXkING5wmTpllsgZLnRTbqGIMG/vS8YzBXC YfARSDd4b7bqqEKoDJLJVzKl94RxT6S+BWFOKwZqE4139M8SJeNSSXEhLYhStbb9Vj1ikotcYxxr M1Q2w3bcIFkwCQH3MscyTR1/11i/q+kqlfBL+06rz1bKl5n1tKpXvTa7UrfbUpt9q6TITihwT1nY /JCANWX93gB3aojJ2XIykBlLUS50SeL5AiMLASjZ0Jear6UO8TKa75REndKwUwp2Q7FyZHHXrbqi sYDVVq3aGnupWG31WlG4ttE1omI5/oNZYQRaJg75IjYMSN8hv4EqZmQjVpdkmwjWh4auv+HeY5mh +e+2QrfmNsA5HJHhc82+eLGThAENbtutvYFN06neVao2lbp6VBrQBE1UDg9b1f/z8mVGRQf++1xQ HkvPU6fg0/do/trdtj3DOvBMp8dYrEsKtVyPpQsPQn5en7daLCChw8TorcR292PkWVCLQHKGAVGv 7aufKxq/lupfqu/+H4XhreLojxT1C4XdL5SvvlHX7lS9/lrRm18runmtGOG+n/21kvOf6ya50Jj9 TOPqKy3aNwpM/S5UvRlU7julry8U0bcKC0sA1EM2riYXp9xQ7a6cQ73iJH0XXp/qb3iQ6JAVnYKc biobdGDIcrKpavfGJLXy80xRESlac1/0Gq47lZtrFSQUTPWKxrXMyCiTwAIXhVQiXG9SheDBsBFj SIQSTwXMRkp+3VirFymeXeNk6qJYqos77aq99r+jzwj/MFYSUC0tFE1QF8wu8u85FPoeGZZdAv5L Vma7YFfZ7BQP3kA3zTuLUJ6uJwFCdAQRpl841/hJR6dnBOvRIAVCs5VdASBgrTGDGNq4D147aj1A bam138TKhkRpllvPqq0Tle2o5WKpcNiZG3fT04OCduG60lKhAFeXKUD5/XBf9/hUo+t0KjbhqOr6 CNKcAtbMd+TrzS079Wjo4qakb0IZG9rYGIul94SJ/fjrCb2v72pI+tR614Dg9H156Gt3MZp8ISf0 vA9EJgfwaOt6ZEzjah+3d7QcxkLLgCY8BHAgEpW1EYKosma9cSHhhhah8usLdS//nbry1xrrN8qT X2k1ZsrGTJtnUl9/oXgXK9v9F8Vv/oPC8ddaRlut4/9Z364uFUbnylZ/qiB+JiXc6IGqfaR9GWhV 1X6K+9IAo113bdIyGURkyODhxXQiptJ1JjjbiSALqyw4DUljzXcUIXpThS2tPKPPd7a4UG7PB8Od GzjT2O51fXWr9qpVn7QKzmLln6+UB1Q3gVForC/cOBzH/pZhWmvtto22u9o0xr7Y51YqItUOZg64 CBLU+7LV6+tXyvS5uVgBkbDOJrr/Ezzjh0ywv2er/qSBPdWzcXxmfSNODA1qm3hUvZq6t2a8lYTW C0IKwy8qshEOuqp9TM0FgtswQDMAZXFG6ohVUKdlnqrZ92aQkC+Ri6EBX6q+HQ3hnK8axXiuRYxX QYVT/nNyptQT7R+3PbGSdB6t+/V+LHXvZ1jHRi9IXRDrbioxlyhx7CoIBOxZkpZAjPEC/Tuetma3 /KkHrI+8Zg3yB39m/3t4Ajov1EZdz2tytwnmcn7qVbXXZniBIxD8w3HM1XSJdjsI19LlOdQqV32F xhVY4BoU0+aIBhVn/6gg/CP11X+rbfOX6tq/09D/J0n/RVFwpT7+Kyl5oWT5mYr9QuH1Xs3tb9R9 /TdKwgt9/gsQ7BN2htstRNiw1XIRKcsSBedQbSoNQMiHSt240TBUdp1lo+tyzRNXGbCUhhFDsAn+ styrzRs1aWuZkZmkMoSAbjN2hs7PCvoaPE+pEVxklis4C0zAD8J9yVMv0MenOkmNSN3uBiOP39zu TY4moS1CDkhbqobh0aluBt1yTxggLNGQMiBJ1IryGqRApnwFYBqxgEQttK1JIIC88SPKy5yAAkdc kAM1NSP4UWF85rK2SIS0KDf21osiaLGTLJJMo6HWemOLU9di1Ih8NQlnlDbKukJRRb8HCQ0ccMm2 GsVppSANFA+lVnFnkKym2Zi4XV3jYMuIYqMobrXIK8VB7Xrffah2AF1Lze68KfcePAI8j+v474c4 jexMVmZMk0SX1WYna9VDHqVPN7vSmPfh9PdmlbU/+B7W++O8HiVvz5fdPZmg+WtwVfbWmpHHTP9y nTNaFREIeKOHEYAcQY8pAtdf2SKGwWZHWcV7B+et8cHNRLHKacyno5pLfneltvxzn9JWW1X1SxW3 r1UCojy/1Hj+bxVkX6m7+VbbuLA+2Vf2Gr6Uwp+7fHADhOaN4hHLjl7Dz0O1yLvsR7T0FLaJRvqy ytVGmdKushKuV2cYK8VosTvqgWQg+TxVVPSgDIx7GiNjAzuAABc1ajpcl+DBECRaNUzfVZrY4eKL XBqXWoWFScd3prdNoIvV7lptXu+1sThIpkcm6ucXiAjyJvTLdtXGcFVGWyuAliTm1BMFhYqzVB1D N3szUY9F6gDg6g+/L54OWHc2uGkUTxaFSak6bSv0feD82SVkfSqa5UTkDPCe3eiNxqiaMhQAhZPv Xx+rr18rLZ2tD4IZCd7VOrKmXQBNxaR0e2VIazCYoHm322roz5RlaIiXph0eghXpAqNiVM2ouvOs j0zLuhqT+JqRsx84X/dpJ4cbw6yh3Hre7D7BAJ2Ai2aaEdewo/gdgU3/ysCy96aK/7zefXm9ReD2 fxwngg9omx300gzLMPldWpxzms8qfaGmw82lNqyRlfUMUJhW99KbN1uTtFkUsZKMLAICsU+cud6T 7s+k9JWCy98o4posn2vY/KWqN632+0B/+vq3KsdA1fmlirO/VJz+98rOSjVnr9X8bKfdgO7VpcL0 z9UHK/Xdtwqbf9CyQ0ZGCr+oFG0k7QPFHUoJ8CNb9WziwVo9uvMENpgXCbZeo5IFKhb0Zeg3terT TlVSKehbmSRYgwYNGVVv9vSqXYMqyAKNaNl3W+VaKFudq60rJUWuRr1BcbDhWoSXdq9U5V7J+WcK BhINUPTIuDL/Qvcee7hYYYbPYqWBezGLTCeNc8vtioxPq71t8sYJtqEASQTIA5RyXYDxA2dYk8QL 2uTWInCOFrbt6leKpsmck5zjqdFNcPGdDCCfoYu1dClXo1Qgq1orivdKup8rmLSKcBzelxvVO7zv sGZaaPXHvLGJ6talVYM81OWXuMtu1LU3CoN/oXJfqSSFnaaO55ed4nRv6ff2dmnBFWE8bOZHcl9c TkxrPVWQvFTXZ1Z/A94Mor3tTO6JmKjn8SaJ66WH3zhHATwb8c4cOoL0hDy3G+oTMH0GZDqvB7OU J8bL9B/u/94druikKPuuNf+pd1GrMMA9Jb7f/V1GMlzcR6WIeYOYVw/WjvKbPrV5AMw9LUfMl5NN GM8dc4MZ8HdSnO17VddfqC1rVctSxVmronDjjKBrzPIqSv/WekbxOOiLpNQX+TfqLnLdvPhjbXZf 6SrqVH37WuM/3qj6p1+q+Hyn+Ms/0/r8r3Tb5WqLrcF60I1LcahBkTW9VNmgXV/q/OZKSZxKFwsn H3O+tTdH7jZ4reXtuVuk2XQicPggE3Xwa/Y6URIttOyK6URLfXbE/UV4KRrJP1JQ4sTzmVYhMsyj akrG6Oe63VwrLHxyjygfkItmu1cOdSygKcsT8T5MrApvCFmJCjoySZYeJvZQpWbhA0psyPkGzLTh iiniG7mbv9UZMf73r9ZwIhUyL98RJ2qIIXZJtTnBGGo6ottONKz8MH1LvG+m8LBurgkEsfW5EASj JeaW9pnpoiPihtSwOQXz+xG77qy4EGq5HqzupozFI69rKytZG2gHrTPTjdEU4LMGfgVtdbI6jgnr +rmJ6/Im/tr8BkDyxdUFPhxQ80MvdMEfA5g+hYZ/6Od3MpwT2tJDa5bZeei5ZgrXfXL16c9nJP8h qB3KPn+s6Yzfe02nyiBkA3OgO3UVmh/D4YPOHoBkdWQqtRZ5oPNFrgg0JYN98y+kP9tY9hCFrS6z QGfBqGR5ZplOnYQqX1/rm5d/p6i61eKrP9H58y/UXCH6mCgwInSmgEldkmhMzqW4UBdCd5l8MaGB DQyoIuUMjALg4lBqWO6Q7qdz7mG5guujC712o+257ZZrgdFLm6hkYB2ZgkexOvpU1v8lCwW2ow+2 vGrxHex9GBjvb1V/2BWPSOj5AFnmogGpN66sLwXZlSAWmB5OZhpF7m7jFzcqBPOLa5pWL18GNrbF dmqxCqy/BcTAykuz6aqUmWvKoL4l7mOK4J569JSSwp+byYdpemMCWlUK942aulNXfuFj7UkobZpf TCNcNKgmX0G5O83s+3e88D/NQPUu3NJ91QV4Z4+tI+XmrvnF4Rw8cVU/lNWdrpDG8yMBC4bDXZej u+7VXfVuaR0+APTO2fCpau38WDI0o0Y1mbp9q/24U5vsFZ1ttFrGqvMXirLU4BEG7OR4zNG7U0Kj u0+ldaIsvVCyDHTz6kpN+Y2q3+6l618rb3+ugfE5x7HMFa4KBavMgheA6BZi8Mgkeiv1rWIT74O1 AUUnUwMhenJ6Dqyb7k7os9Pv05O2pf8+bQzwZjgJmXihb9JjW/kE33BWU6l8IPC//7U907RccklH ZY4f+NwfJMOavnoQ/Ne3vdnAG9o4p7fDieMj1dgXahqXWD4c0GSmMF9cXbs0w0t6EKDOAxPSIwgi TdMqjdG8lvKIYOQCZ+we5pWGSaoZmXpWxqsl2IGST3OXjNlfg9YP1AAUNMcq4BecXLiPDAhaw1tx 4VNG1oDjkAE277XRJiinN+X9sulHX1NAnYnJEwbcf/Y9drrTku0hwcAfGrTm9/tdASvJjnpqp+Dd OSM318s7eluz/ZsPP+DTHbKt6To7DbgHQOSYm1Q0kIBduVGzfak02ml9WSpZrhWv1hZ0MGO1rjfN eOPvcb2NirJE4RcXena+VHezV/1mr+b6N1pEl3a+232kEQjAtjSBvyBPzKa9NSQ5DXIGWFyjoMoZ QK2EZALh0ZRCzRdxMIgQ16ixOXgNoOIfWcCGnPvqdLkAwUcwVvRmw0HZgLUYnEB+5omCTVf5/AF8 o7zKck1+hhsYV5y6sf9oAevIxD918aAsd2didhMoUnwbHExbgyR2a+v5eXwXnXsaflGm0dKAf9Ak SAaALJA5OfkVMbf9tAPTgHdsinnscCNE7Bh3j5XvMRDAQNXUDsJGSTWo3vdondnOaUh5w7NUZjnF +TVZZBPfm/Wopp1+cr29TyE5PQc/5jq9yecbfT4+CwjuSPrONZfpp5nNaeCaLaXetSg3Tv/u6bIM 74S8fT+Ls98/yfDm758abaQAph7Aa83nfybV3ykDT9RE3CeS70OPYbrFRK5UU21UtoOS5p9UZ5mC xVrh6lyL8+fSYm3qoI0KLVYAnCvtECuHzL50AcY4b408DA/PBMwbyr1W4b7UsEfhA0HBSBFwnrSR Vq05MIfrxITzyHtgbxT0UMmQBodCM+1zmyynoD2mh8aqIVVP94rdU1QzlMYT+b8wT0X6TZMZCwYb XDMmPPrhJIp8Y+JG8j6iv2ffP9H6AGoN84u6j0L2fydZ4nrp3Nu4zqJOWI+q9pBRXQ/8/g56uoOP JmFRG2+Rpj2Bro57B/cFEKVRF3MSpZeUJzQN7OatTzFfmFxTrs3FG8Pfy5eNkW/JoEzFET+6oVdV UjrWasuVOcV4KeivKwpRpuAjV7XfHW6A0/PxKQQrFuPr02DFBGx2n/4uGdb9Emxe83v25G5pQ5oj LOb0/FjWM523h8pOFo7fpz87BF+rkg58lcNrOWSPkxRwhd7ZdKyuGHvM2DzwueU8pqVMgJO0UBx/ riGBjP9c7e0/aEBE8XqrMH2l8fJWw4s/UrC49IC1vzbp7AJnIHTP2cAYRp9lElkZVmjtqBimPua4 da0AyVTckTDJ2BYa0858Gy3bS0Ob5CkqNSBuiFPDAf3fWxY0zG4wJpXz+Pkv6J2ZVI27/tB+MViG Pcdg8AjjhZiUDwDuTPGYK4xgodw1JPkhyyhs7+jx2lv2YwWs4IEScZ7WcH6aytR2DnK/XKiz1hEn 1JxsJx0o88ubLqqufam8SJTlNFxHtdVWt/WoLEutVAvgCLn/te1Adg5MLJ9rByF/t+x6S5B1voFt 1yG7wlbKcWDu3uLBb28eezxfa6ny7Es3S+jMks6fSoB6aJ1mRm9BBCaBwHetUx2u+yWdv0dPXEIH bd67vMA5AOG7aF9Pag/zBPA4XXQJ7uPbN/dXJtvzR4LuIeid9K7mjPF4IJPmFmI2ZB8my50rzb5S FHylCgeZ9lrh/rcKN1fqmq3qqtSw/pmaeK2h+qWKxVKLs2eKlmu31qasWgAAIABJREFUykIYcvC+ WYLRbDKYFhRBSZgvNIM5Jg3NoOy1eUmprwJpA+ygVwJOKu+VAXqenbutcggNzT6bqKCPbu3cR5aj Bkzjw8CcbMZMU2d5J1MihToDTsvuxdjwXWz+OAO9L+7ZWilTNmv3tkFMAMBO/GP9CAFrvgHuNnj9 QmzRp+bk0reatNRpvCG7SnO83PtNf2f3nFJ4du8hqLRcpjo7L6yBf32zVVlWprgZBfSjzizzIugw OWHmZ55xCLn1oCvAf038UQOEzDcgFzElDWzyXrc3tdrO+2zFMlOaLJUscrV7am5X93RFUsf30MdC vni1KB49Nz/22pdukvGu4yL8PrUegzWg7/XYMvT0vR32TjY1B8L7u/BcEmKB9oDS6TEITw+/97rm Z6LknUvIAxTl5E6xEh95m9hv0BaX5IbcIjUdt/36L7RuX2oJFKe71rh7o66pVN2WquIzxcM/ahcl 6oozrS+/VHj5uVQUlunt+0bLwZ2RqTJwYTb+WhOpXzAkYoybKqJHS+la9t42ARwaNUpxxvaK1zmw wg+Rz8CHbMan6IFS+86qcC0yJIGarlfTIRflvUFRAkfcV3huwRJBvtj/VjclFukHyLB660XjtMSg LDyU6T/EheLDNd2Nfc1yaWFbk/aHCapNmu4zjguAJZE3XW6k7lJ9u7b3MsFFhufoM3X1SmOcGUwB 8TCCz8KmjkuN3bnq/bmC7NfK0oWiACwVGly4qRCd+Bu1uRc7edmnlXTWoQeAgrebAYJ1c2vHFMeF gj7X7jpWFcVGtD777LVJ3pAhEqSs1xbkautc+22ozW6vxSJVtgAMi2ghN/Bk8dV1SnRuz30M6Cfa Wmay8PYk7zRARBH9knnNmcIxYyBoH353SvPnx7ESa9aeUqqcfze7GoVPAPcI/If3+vDNY/n11DXX oEpgx2Nw9IMvpGvng8v1G8jdlo67Lt/zTSw6QhL8N/3czaYV40Quv6dPM1+CERb0NJ2HDKr+xEbg b7pHX9nAmKNVwWttFY+1orRUOJQa21JjfqlSP1OZ/7H6/hcKuv9dC/1Ki+G1zsrPlW5/rT5s1Ke9 bneFiuqPFD37M7XRZ+qaQl2VKlxkMsEp0JSGaRqUANHBKPVPX6nfD+r3wBNj1RsJ7nRaLJWtVxrP rjTiQ1hAqeE1tupaAJ7QZRILQkYfq1EJ9R4woOUOZHnXarEpFOxi9W96NWWpYNUo/yLTkCbaGZ93 qTjJFXadojIWCt19W2oVNGqTK3W6fPz6OAwU39b952N/vT3IVAEOBzbkuM6PJOD3IQPa2z2MUEn4 XL054iLKh90RtTw3I3dya+WZKy7wdWs277zrOHRws/ZdqMpuKpRDQ0tB3SF4MIwW8Al39UFw347A MzrLrNnlUo0D6OZEcZib2WnbQxrdqO5v1e32U7OzUIrGNe4ixqlqTR+LNwLkv3sXekMeEwRTLeX5 QRnPLiV2LihlvJ/mUthvSxwf1TGodMt7P/dS+nBaTUL67rm2Xsf0czOynVTSDhcVX1ugoo/z/n2K p23W5rJrzmx5XcOdwOTHNzkWe4XvWZdRnI5Yv1no0JVDHqJa3V2wHmbrNR7vmmsgttF5aZUxHeuQ LmLQQjO8VxJ2Siavw2fbRtHwykCR7e61ZV+gxIsQTale2ef/ozWtq2ajm6sr3b5stLx4o+dfXWj5 /FLNGl35Wre3WyvhluuFFkuIe6ietkpCNuJYAWaLXaxh36ssS1PobKtaUTtN9XJgW96L4prmd4TV FkaN1aB+W6u8rdU3raLIYT1kjBmJBLS31q3umYgC5vQW5qi6SpSsCFqjdje1bl5Waku4jEwgz77X W30/+/0YFcbHD1gHRxo3KfU1T35Ay5+Z+zPwgcBAdJ0DQhOa7KXyVTpxCwkOCLE5C596fBz22lyn h5Sf3Xmx5EJOjTfG9+IQZDulHwJnZEcT+O4QvGgKogBBguL9hyiuFMK5wmfNHFn4XS4ENzOwvtyI txrjZfcd7NjpolFZBCXHClMLCLv9sR83T1LJDo5Z1HRG3npv5wDlahGnPz/dySiF/Qnu4uF8kVmA u5mXBw7//aMI3EddwRxwPSNyNdHJMGICLR7WbORxMPRw9DoHbUog0+H6ueOczG2GR/58sJwUPFA/ pVdT2QAHPbckHbRm0+uBtrSqgcCoUx5Tank2d337n81eL8s6FclOYQ/2/rldm1W3Uf3lX2vBAKbt VLx+qfHNS4Ph7F6XWtbfKP3zX5hrTd8MJrOy35bG7ChAt5Nv5p2VoyaBAiE4l7I6NgaJ8VFfQygO 1Je9+t2xv8ekO0+w9dob97DdjBpuI4UNU3AyyUgpwNtwp7AbFHU4faeWUQMzwOSDs9IhAc7wqm21 2ze6ukaPLlYKTgx1zR+4PlY75KMHLN4EK4msLDidCHmmgnWWWcDHjZK8VlYAyAM+5O4xyzUgN88C 0MciE+vREzKp20j1dn3gOZnKItxFmO45u8lSA3gq4xLClupcFdX+tDsTJHmpfAkaPlbbwkUkWI4q Vj6ypiwtd4F2G6mZMjX6DOiIUwpCAmc3mhVV5+DFjWhTqfiYHdgkkQEQuJ/JyGLWcHpozcFtzrj8 cQ7bmHx7FMyTnNkYwyhScycW92OAuJ79+XG6zdMsx/L9JdS+32ID8oDtx8M58nPxtlTMfMzH0tUz 7fn1HEDzk1GIG6cm70TRs9Bwt18ZUaAl+O8UxZ1Wq1jrVaZkaFTTW4laDWFtUz4DlLaNmrFSv/pC ++iNqmCrLIi1zP5cWX5uMjTtcKXq8oXCsFA+ZFo+/zMtq52q3Std3/5G/7j5Rn98daXl+ZnOzl9o tS91e71TebNTmLmePx6yNjDiGgfwjFtNFrjTsmWQSJH7RHMAEtThC4DQZWfZVFNdKx0zxX2qPMoN d4axhz8YIYBWAQBonph7yjZvrln6dpnyxco23qrZ23nguo7ihYkOtEznv+P7fH+YM7+3P7mA5RN0 IrpbLx0gD5O+zzDulGTYedfKF4OSdM5G5sYcgmo0TEnZYw1dprZOVZc0yzkpKwPTxVNPAtrNDtgK 0hZ5phZlU+AOJi0S2XTSHJyt7ACo91LZAqDeUrtNqP2uN2fdGMlanEhCAHxkdByPAY2NJwn/K14S 5DaTGgA3DiKD6B2N5sYD1mu58hsGqZy+ctt6N10FktGbWumcnp8uD+oc5oSTmiAV89eAAVmYDRyD mQfOmdtoPZ5JacNOpYFI5/JwJnd/3MEAmZFzk2cA66kZ60N/e878pjTYeqOTR58/46xJ4x9T2nWq aXZ6Lru+NENW9NZSu/4QmBu0zAYtLJMfFcJnLNzFOqRHagj6UNr3Wof/VrvtP2hz/bfad63y5aXi 578wvFUf7pTvvza10r6ieV0YeX+x/ExBlik6e6btm98oDXJTPAi7VMueQNMr7SKh6xIsgOXIykUm hLbB0RKZppvRBR4KA4oy4kVmQ6zMvBkJ5GzSC2X05pjCM0ksCVStxnbqoXIhYtRqYG3A1YOaalCX ZRrTzK5TeJJDBO1tcCoafx+BB/7oD+gYfMxh08cPWCh7HcTV+MyZ9/SXbCDJSi3WjZbntaHPISE7 zw+1BYwwfcIBPo6mOmcSwwFKNeg2ZGboFlGOcbMy6WvgDDaRkZ2L1d4dRCZ3bisde9/xbXrS7Q0R n8SFlZH8TcTHyOA8KNyq3NKnojcVTzAIgHadSdqyW1sD0e4dyotxarx74M2W3ucKSdtNp9tR/5SV pOGzK8599Lj12UjZZ9t3Azfy+k+kmsdQMdPLKdvw3/cm9pyFtZMRrX9MDc8TpU7QOR912djJMUCn gWrOuuaMy3tSTkE5aJSd2FqZOYc9wWyxNnn0GTf1fgA8ThOjoLLyaZHD/QT3520BmutsIOV2Z9M3 UOBmDQA+z5Jvd0yOr/5PFftXija/VdhttO7+XnFzrqZPtKsH0VKNI+gvZ2r7papspezZMy0v1lou f66duYlHGq5qMJ8K+9Q0qFSNaqpK+7Ex5YV0GSlEqphNBcBz16lj823emIETg4ECCE8UK85i9ky7 r+KOhjnX36ia66nqFQ0AYMmuuUYmi2WyKrZ0ZLwJQmRl0blVJxkwniRUGga6ZWJpgpz0yO74p/zX 0cNiWQ9hlv6w5TceFzPlX1aMKpaeCZRVqGqXWoDiwiXozAA/x2xNNuNpqxjSs9k68T46riRoRlVV p6atXI0y3agYzrxfRr5heBDea3SUuInPLYvBeowsb43XT8EY1ju/NQJ9Zh+/NMfeOCutHHB6WG79 BgCwIPH5G2YMS8urR4IHOtiVPQ5KUrHkNSDcRtYVWmCuN3OguSvlzOu015U1TjOir2LwDy5AF080 wLO9ToJ7cxhUELDs9/k8wtmkW2E0fyeJ99Caph38AxJcH1ojo3L/6vi9k6yI45jdtr1fBRfUsyz7 /jhnkDOOawpU1kg/6mXdBWsdv06ijU0mUa+Fb9Jbn6o/oMVfvXypCPPPMDGdNpuc2nlq1TeN6vH/ VT7kyuNaSfBS8fC1TfWqcq12hwzLnypYREpyANKoG+AAJeGTa/ZXz7+YRC1rA2ymNNhjKoVGVdBo vIHPF5tNF9D2pA+V5qECANHtoJYeLeR9AntMr37qPxr8Qap3vdlzkR1qFypsQyXcbzOtxAYMBEL+ LrQ2F/ML03OlixfWi0POptu0avds5rHSqDDVlbZvvq+pzfT+vg0v+VDr9zAl5MKaqBEmn+Eux8Zv sgkW3/fSge+1Tax673ruxLehXRiDPTjcjK2iFGkaMhxSaHA2NMQjR6v3keJtYpkZv9dyQ4vsCdCq e92RXdhwHVuo+HProUGvGEVZKuVLzC8Sm0B2E6Shb8GswGWENV8ry2MtFlK193IPnBmVJi7P3Ez0 S+jzb/ZXWgZLpclCSc7fS7VcLoyaAUxiN0EeTs1kT2kk4YVPHtOECWbuNvZTL4jX01w7TMQoF3bC ybBQCHCIQD+u7D0w6zUwZ82gupzcp233/LiNdzTPHNbgOmEHh3ADQHJxz1NSd2VmsALQ16a8lCaY kVhG6IBiD2RsgDyO62d4NGCN/UZNW2tTba0vZQafgFqm83umVPFYWBOaga6VWtyutA+CRPvzv1LU nFt5WG3/k4KuVLEYtLr8Vzr77N+oO3dbNwg9dnhxqj5NVEWD9cCQfonjROEqNcS7KW6ObECZlouF 4m2sMe5Utbcqu63qtle+yGxaTqA7j/9IbdOor1pr3oNy74PKSjhFvap9oAVqJqivQ8Q2ECLg1ClT 5XFzEpsmSjIphX1SnCvPLoXt1P7qW21e7bS7xeXphZL1pfYhmuxX+GB8Uuv9cVjD7AzjY3zLX+3z hHDGL8155RqDSbaYzIda3XLdKw3Dhcrb52qqQPstTfPMOIMNPQVKK3PwrS27SYu9sqJVVkCkdmLl fjvYG9eZ5hUSr1zoXPyRzp6PGsIbVW3lJp26UF0n2tbsXLFS5ETWvdlwYzuGdbx524ZYbKPNnihd TRMWo/ZA9WD3ulHXv9Tli7UWy167Tady9636luZmoZCJYx9rEf61dq9v9abZmnHHxTP0gxoN442a plKSPTPgHiJpKX2WNLGSESt7vk8jFF2xEQG6aHtw2Z4pTdnq5uBqbBJP+Bh0iVpwOWOg1cXXBtVI YoJdYVkf5gfbTa2qQrHiCHy9j6Ox962dycO+6Zwixp2LOJFwD3Fvlnbx46vCG/uuZbNWOgduYW76 /vDWOLdkNbUNWoq81QXyvdhRjbW6XW7vXdPUhtImrRjGzK6NjmyCLOHkmKw5PTtpc4yoEWBemn2p ZAkMgGzZeadkocWqeYv6c3Di5iP6c92+/K32+gdlxc9UFD9XUsTqFwu1eaFocX4wXCe0HudqPh3d 33xrNJwA7/cx8899qpa+UhDrzc/YnAMlw3Pl+szUGnRTaaxrxQwVLl4qzwCMjuZNMUD16ehanXnm rWs3h0YTfiq/J0kUGpzS6zfSWaX9OtAe7Nd6pfWLS4WrUM34WkP0RnlbKt5zzwR6VQC/CLXqY/28 SXSTP67mMbdC37UwcUUgAIAxfGLI4jVCgbbhfHRN93eth3Zp10s3ffN5maOJ61TNY/8k/YW6KjDd 9qreWXnlluQI24NMd0+5YklJhbcc+tw0XuH2tXr9Es6fTKAPIGrXlg4CTQJTksySZ3bjVrvQMiY+ WuuRTVbwCZPKQPmqUJKvrOF+i/Zf2KhYZCqWmFiA1nctITtucFsw9sdOUbJTbmDEwmAP5TZSU1HG EMhjbTbfWKazXCY2VcSKHPsoBPzrptFQ7aYbpLPrLEnIjtyK3tDZw6l4INMkR2ofbjLG3xMQ1DS8 UHKdBh0EEVQxUWTNUKhIaystyVxWZ7EWq1Bl1ZkuGNNOnI6YlpL9hQSSEHUCsseZWuHvmWPNnIAO cNPnKFPfguOwXd5Lv5CJk+uKeMCfJ34TxANJIAcbgx1ydoIrp9BripScxSr6VA29UPtFJsWJ4asI vre7b/08QDXBrerkiib4PFtg7pXYa2HD8mMnqwdNziDn5Fw+MOW62b7REDQ6f3ami8WZkiVvEgFh giLMrj3vWKvLS9xRbBOtSni0fo0SHKgobMI3MTsCeJ9AYhaxZWSc49vga6lFmpvhAEDgXinXA31U +I/jwgcaIOkPGSZawHAGe8V/slCwSBXQN8UL9LRkgy1CpczxgSWEIhdFhkw3yaVPkG32EUrCCcxn L3ZukPrXfhVzQffTv3vV+7WXTwjva6c071UsZuE8tKLR3CYr4WJziRAyA8opmtv76xdWdjA9NNqM GhP0W50PWp11SvCQK0eDJdSl69Fb/2cgy+kU5mfal53SXajFaq2qHnVzc6M4r03O9Ty6nXZv+j7U qD5RHPulSZK04a8MOpAUqXqknwesvxkQ+A0QgSXLcy0WqFXQJ2mN+F0TIFokpGnUe1OZAQW/R0ZJ 0DFHanOGuzsiPv3abZ18gOGnev56CiD9mYa6V1v2ihKCYm04twgRxBBENV8zvOBmj2FoeKluxFqe DvK599O83OAcT/QQcE39KTmaryd9swl6EPSpS+TaJTGVdGDYTN4YLapckQFwG1POSJlUEXysbKT3 sjWgLd/3JzFIugX1bnJaOgwpTj7Pa4HelpWOREgHVB4YAdByDg7gjsa1Y50gI3b8SaNFEmuVnisB uElg4A2beYFPSfzahg0kgf5cY2TjBJntIlEcjErbG6fbIKcdSh1CegRESIJFoU7PzUdw2Ndmj4eT Tlj3Co2e1iuJ/8RpNV2ldqzMNwEZZZR5gzTU9svCMV91o+HWS3L0udg+uL6yJtB+Bw6t14ChK9LH ZEED70X4hxiwTrKrQ6Diap2k8A5gwAmrZL7is6JCqLbb2I2UgcFaeCaVFxMxk9sxB7hJGtmqqpDC HUztoe8TQ3GP3Zljj5ijxC72B65qeV4pX+C9RqCSYamaEnTxLBdjlgCWSfR1qk0NcI7SJlSPhZPV /vQ8uCHcMYcbqIebaGWD94XahmzLm9pkfsV6VFoQEMnKGqUhDX/POJqmNO5kXbtPG/SgOCyctD1h 1Hz4QxbqJNUTMtnJeT5+OcMTHMl9xDDNnIk4WlhgYUNgKuUChz5d47AyZE1Czh38ycRKcVNnbZsp YG4UW1ZCxsXF7NkpJZrhyoJz75/NU7pZDsZcwP3m9nISNAiP70x/iSFBQAYQIfGDZlqrNO1MojjP aBlM8AaoNdPzo+Fk0dxkizyIsrl5Bhe83cuySeqcebi9/Z1Wl3X8F/OJPDmnM7Rm1MVFrHhk6mZ1 lxGXCVboghJokiewRn1VT71J3KAQogSfR8ZjYD5pCyfHFUR4VhgUuEEBRWBjP3/+pdq41oAF3qJT 0vUaqkr1Zq9mv9MFmu8BNl+txgRXDSdah8vBNqKaYEW5uK0V7DuFZ6GiLFcfBaoo03aDVTcl5yLn 3kjsPevGQc3vZST3/daHP6RD0Jr+OTU3fPcnIBx3L/6dFjfKF4FWZwSr2BrpsLnLkl4ETW+ftpEd 1SUZAFQbUvxYSRRqa2N9Ag/M+EjLdaDFOlOUImmLUUClquIm853DxtrcDJQfTCHRKGKXtFKKwLnU 5dml0vVOQXwlDYUHLtvx0XynU723N5XBQFB+buC8HpceCKs5mB9NWWOrtP+Fif6Ve8jSrQdb/MBN +sYdXzwboVSbzD8P6i9kGEdy8f3+kq+pRzhlrTPc4XD+cQQ+4LQo91Z+7/I+0GPaXk8Di/jQ1wnj UhEDDkCbAgpAqTooNugIwRqdKCeEU17zGaxcP8sxE7yhkNhUuDyc89SkrQF7Mj4lu0IuiIA4Tpl1 6GYjZFOWYtI0Rn/fyxt77skDk9IP2RLLdk77KLNsziGzn7XO77UtDudoZgrMQWsm5XpAjKPe56tT zKOxbu40TOG4udvHjXJxYManEqLxwa5ryrYMM/BsDqiBgn5QvO2Vlq36ulZYV4pGJpGBhnjhWVnK ZthpPC/Vlzvd/PK3ZuOVnceKz9cSTI8Ywn+pQY0Wm1jhbafgplYOLefzhaJFoc5obY3q21ZlPagO qGD8mgyByNAGoH3w4/P3P2KGNa/TvtXMGZtIt3NPawYCMp2j6QiFhKZs34wqd732W24AlBcolSIN HRNAGpeGaJs4aJBIfXJImUPAW51hXpGqbdeqykjlDhyXXyRh7GhiFzGDWuOwhaQItSxiw2utV0st z3MbCpTtXmOwNBQ9AQmPQ9MQp9dBs2us1exTVXVjbiFQPoolgFHgFqWppFYVDWOa+aDp6UWQVTGx wzWIvgE33IRSOjmVE3POMV9zkJr6PrMEi13IJ2z9GWx72ocZzFx2anJb342emJ9D4yNbSdqaWQPm ILyGEACjWWKBi2NCCokZeAVSut7DMh3wlF6OA7QZwY/m8Mthghr3Pk8/QGZ3LB5tqBCpFYKWZUgz 88EBk1BURgjhLdNiXhvg2sSfc9ZjpxhNmLZ6vyo6MZ54Sw3OhgEMDaYgMZ/gCc/mINTt8eEPgWib 2mAIUxPRlR4mEN/YVFOZ+8ia+3uzlDYvZv4YR+1Ss21RIsDPSH4PUsY0GnJ0q5u//zsFlLXrpeJg rZGeII5MK0xUC3WfbzTGgyr8BulpgVYfYVpMQnnE0xuEA6X8+bnC1YUaVFRofN/utL+u1eDUk0Ya IqSZR6W0TCbBvwO7+Q8zw3rb84/G+Pz1AeV+8ri+vtSOCRiN6BKkLdcImRTlSTJJvHKDebnizzGh fNXr4jkBgnS7MhnkJMZAAiWHXPvrVK1pfqNxNHkFGhaLv0xjPLHpJXdukkdarQorKU2sr2cnP1dj gLzEJosYTnhpww0A6LPR7nprj0cV1ZrIMN4tU4IfiSdeMykjTIqlU/noDXRuAgLBXf7fvOy1Gnfj XlY1q7taMjD3YGbIwPyg2WHGp3yH5zXg68RPtLaQ0c2tf8b5sOY4QNzZZLidNPYtEwFK4hmON64Z le/t5kpC5Ij9Pjz+fZQtY59wBRCjXC2DcB6ZYJw30VGsGBq+z/mNrPTHlQkMVwl5eQKLWuPZTE4Z qoDMHvX88ylQvStomTPV7NY0BSy7AAxabrHrdN0loQcGzPW+7LQRT+BcPDjZiPLi3fJCLICZrvAx YwsmTZwpEKTdJKhozbNRIcF4zVRx4rzCT4xS9dpZRtUNhUFbsAND508vXliVUA9k9GRlIOFHLaCG hXAFe/sI81jxxTPVRa7tdqfhmzdKXm+02Sbq2HiAY/AHu1EJAStk8DVDRz6d9ZGq1NMMi5tomgwd QH/HDGER/0vtq5cq6zcaGriE/AzmOnd9pDikKc9u6w1d1BuYGvI4AlS+Ko3SE6V4ApZq61rtPtb2 JjVi9DAe5UQCc4Z2pD18KzINkz62XdaF+4AabLbYlQe6eLZSE2xVtZE2m0xtheAcsh5kCTgBgcov LXM0rhYZQYk1GDebN74DgIu2M89Kmb7bAwLluiVQUzrNwdx6WTb290wKY0pbh7bMJMtykHiZz6Vj 3GYJGz/PNP8Znx+xTV7ezsyAAeVeowkZ5MMyMG/ek+laCQ2GbTL58IwIETbUCdgYBiUXt1ZK2GAE 6If1fmZts1Bpjzc6oaid+JyNobgxBQXvlPSYRLj2eMcUd5hLf2zlaDpzDGDcJjYBiCcCrqku8Hpn m7HJb/LkPNnxJ5PA49x0t3Jxmu6ZRf1BRuJEWeQk8JmLt5dsFuioj9NYYRKbvNVT0EgrHU9L1Hst k4TrxhQzMBT0oGWIGOv79Xr2Z7Qk0IMYVXY7DXWlsQoUdonCPtTt2WdK05UWi+fKURftO3Xbnbrb jcpyr+EyVZ90SrJCwflaZRTr6vqNwm9e6cVVpSo6N+WIEQwjQpQNVy+DAawp2Fr+0HBYlm04+tt4 b8PKygjflTGuzN5Se3Qktt+U1+1/ULK4UNSvVVcXartWq3Wt5bONouham/23GtqlQq1sygYVZ0RK xjCnmUnTbPad4urM8EZUULttpZJaMNor7pjeBaZ7RYAxnz5LdkCGl8agXyQLRWOh7ZW03d6obiqt 12v1aaz9de4TSRrWjPbNFylSA7AQTM2dk0FA4AaqD4oyLPfVmx/jRQRjY9u8o8Tcfx7Ww6I0oPnt sALbqSMvS2bYAzbsjy36UXeXTwBnkQcQIrYMVHvE3BwHRJsTgbw5INBQz7z/vV2oD9yMobqjxsEJ mGR/JtQ64N2IjjCMhOk6CFavlRjmaSJGo6GfZuoH2A6UOc7dNPPNcFTDY23DcaOJmzex1uuF4iWB pVQ3SSJbnBmYAh4DmrUTDieGJ+5OMs97p2l+v2wKODWwbN9F3nh+ndP08bF1n54yZ3kHtSB2DJfQ cUAdm9nkIcCLiHPbCFMsMopWwZpAPagDjlKlyttf29cE+XBxZoJ84NOD82dafv5Hur79WsW/+Mpd f9JM63LQ7neldleVmkWudbxSB5m6vjE0PMEYaEUD+TqckPKRXRa8AAAgAElEQVTvsdC18+ufFgyy Sty/0Nl+JAE/AwTCfZrIuaafbjsqB9dCGD/gZPytp9FNDeDfj/W5QtyZ+TplUthqfdFreQ5+KNWi SbXbBCq3wACMo+DZlmFrFhpKei+B0tjlNkxZcZepb7nYXXOIvzwTjA8mDN55Npll8xcc/PlN1nZy bZ5lkE3S+VRn/l1yuz/oBB5lZ47X9owHIrjNgepozjH/7NTz78daxx6aY63sqynT4/hoyM+ABpeU GU1czkpOMsz+YkLnD4ffS7JecUIpHWlvLSayKjIzriknulOWMymMIwCn4ECsfp0EAsEpRYab+8hi FO+/bPOcSs6DHv0cwLoJqc75c6Vey77JLJtAYzXobJ17SwI8XrNVq9J8DrANG5obneUrxTCcC3Rr 2NBrrZ6tlAQXOi9yff16pwHNuak1YqBbzh3o/IBq4dNaH0AieaKazzTamYhLyo4BdjcJ0U+Ivlm7 imVI7fRL76kEO0XJVumiUrYMlcAqDSFyepkEoRkre8suKCOazP49GocwUpdEaqHfAIGogDtQntAs nSyMuNEP2c7U7wkHw0hxfGC6EE7j+0UO6z6xC8EtvY4Zzmmw+iAB66BecP/7c7blEtKnTiOnFJ6P zV1+ejn1xtZc9Vj/yr9GH/0gbzO976fThaC6mCaTKA/U9hnaFRK+BmJUpqF1q3RgEIBgixRvykEJ vbO4dbdu6xECNmCjcpt57xt9arfcvTWRt71NdhwMmEGqDXzRxfI2SmR+mYFUBxp30rBBiXRUGoZK AzL+VkPQKo0StU2lumzUVD83UGhGwpDS9S2VnAfKl+fK0kQvVkwCQ40N4OpWu22jmj4jG7T11oI/ sB6W9Ss4zz518VjgOyF6qwaK40afqR50JaaGM2lvYYDLxtDElmEVrs++29DYHA0btdsQhEJlGRb2 0HYilfQ6TMyysAwvAALR4W6DPRcKBQ4QdJ2eo+zKQZ4Y/Xcb4/r3bJdq8SBMVBTwv2Lt9/uD/vR9 CdgPt05xasd1LA8JlEd3Gi6+08f82LLxHkjn1+CIdRsyTIEiSYGTuKXa/QmmNa+7xIYhtolRguCM nkziizG8Oia+g+KWUsmD1TLH5cgJ3og/Gr9zwoI4IuHeuPUTXqZMe2cdMYpGE6JcJG7M7e/BTSy6 CiOLULffbJQXTjfi+o4BnIKZQ44QNYr2VjEKJTTcklZ1v1en2owxuqDX6mf0+FJjEsUvt2oIcgBT AZeCSXSZ3j+ggDUx7Q8lzEEuhB/SnPYp1XyxWhkYx4ePpNiY7nYQ9xMWKDZOIJzCthzU9gtTX7CR NpOOxHsPKA54poO/mwdJAyMGjaKktZKBHolNG+3mdtcRt15jfMzfj0ySw9x5JgzRfFxzEHtL8uWk 3/T+2dWJLtUdtYZZCnieph+xOvZIU5nwkst35R9vuS7THNB9yudy0U5Mvi85cpQ7ZkUacTaeg51J ESFZHdvXgBshyoE7ovHP+5UiBQSey65cBh+FqcmS0RvWeBKGdIujT2vC9eC6p5jq52ZWopinksAN yBpnhD4b2KguDrTfc41CN/NzyLlBVaRtQg11rDgKTRGVgYm1VAy425j7OVtKsewtUzUBSPopqI6g RorIJJPDQw/wD6bp7lLBDnKeaaDzCJ/+ljfdu2nSMhN3TbkhhMv2RiNBxuyVIvVACHbSfhsYxzAp VgixaBCmpo32JchhFBdBAhc2EjfZFMOMMHZvlYFtMYBnrba+PDrmTDc8O/PMh9tX9R03FY557mXx /dMAdT+7+hABCwiBTw9nLSjvaRwmhyemsvOwaYYpzPSbH3PR5LZsGRyVcdF8c/AVuVrGREo7Hu+J xny4t4zZwKZR7ia5hrEke+q1215Zf5zyfvYidB00DDjIkjHaLW3fTJNRacJ5m7S17D3/8ft8jy1e 71TnT4nh9L4TkeldNmAPmZjSiefHrbApMOhDHCtDeRCSk7UvWrUlbBAgP6miYKU9Pas4UN0yYKp1 drlW3uUq69o4sP0AJIUAH2gkczOppADevgIrCfWHFrC6g+zuaAhul4zBHYOWOtMdczwxGVinJZh9 lzW5J2b9ZC/eYl4J9aMGUBqaVEvXI2kbKEtCw0j1Y6+aCUmdK1RhO4fjnFyOJEsiFQtuHqyTJgOE yU3adKNsEjNRhKaGth+fTy75mlJwLmHmm+80Szy89g9QHhI8vT92DFhzhuWSPH7+QHqDlXKIiJsq fExlx+98/BNmyzciF907DgYmET7+fWDSmnDKcdgA3WciwvN+m9ckBgptqRr6T8V0MLZJat+Oqute exMkQNXCnY+atrHN7mxFOUnvin7YDGN4X6Oqj7y4Z8yvb/bkhF3gkBfbEDdsxoP6uFOUd4qLTkp7 u68APNsdDCkd5Yo6VQXVZsf5TZTFhcr6yjiF+/2NtvVWl2fnBuuoNljaZaosqwX8yMASFgYHRZYM rIE7+A8xYFnvYrqpZw0sAyySgrrCgX0f5U3oDFx8w2A7QpGsTaeIoFV34VQaIB0jFVmo6/KVFouV zs5WyvJEdePpft2dS/0zhbHjnMbeOXLwCbNk0BicTChP4AIuH0LPxLFd1rCfykGWTQZNMdRvQgcq 32222+v+QP0sVwf1j7kh5dXAJMDn17MH1cGb7we5YV7fj5xAoAt2LJcnc4kJckG5auX1RC01FYkp U/TxPhsc+DV71Z6hmURwp6bbqxtulIQvDvxBvPIQSqyhYY1ONBpQnjWtMpQ8AuVg4qws9evhU++5 O4kadyW027oTocoJAnTd21R1gKA+tErBVHELma/gqKF9af3haJErXhTKw95UQDqYCcp1drFW+PyZ 4m82am+oGyk8RtVv9lovc22umYqFSkr3M+CeCJNUQY5NTwoBVj+tgDVlP1MP21LEtMh18fxSWXqh /Q6u3q16InkML3BjkrRWDjcgAhslQeLOHE1nSgvzjpzTH2w2imD+M+Ug0oeJhrRXH3S6HjZKozMl Ya6xD1XvkejI1NfsQljMv9HQUvJdqyiudbZGqSFU2UTaloWq5swa8odJmvWv/A6H09fUjb0my1mM ruIXODpNtu64tHiQetKa/XsuNMCmIzie8rtzNMc9gXGbec2Gd2KX1Y++LMM1D8ZZvtmFGb2HJbVQ mN76nfkrZKMZzvirhB4E8dc2gxFJuhcOUjCUO61h0g58KvHg4/oiqFd6sT6z7L66udFVGOj8PFJB hAQV+6m3sVaoLtCXSxTvU2kXaUAKqfQSrbnoRHcjrUPFu0QhsLjzQXo+SitE/ZZIPEjbpVRnCqpR mUqFRSWlt6qzc93c/k7hZaKvvviZ+qRUVzeKPsv1ZrdTHuYKDGuVGWYSsw4HuSHwsKP6fK91HHL5 EIHkwHpp7F4fxfn5AX6WO3c0JiNb5LzQQlnqaajHg1n7CIoZThG4NA+Kg0hw4yERo2bAyVmdNYZw rhugBalabKk6KDPxRJ8prQRk97EXDFUH9rzpNWVq9I3SuFSao0nbqgQ4WsZqaqaJyAN/WjvEH9o6 1Vc/lszHSdd3+31fVHH229NnFgPAwwDi+FuH3wWW2qJhjjRKmk+a/ABqmSQWnwDs4/HlUkdwW+kd hRrsZvbWiuFGAdL2ETRWhdYD9GlqB2xoFxiQuTGydKNwdA0zjIIKwykGitbPlBeJ+ggyNIOJWNEK UaLUeKR6lqq/bdTt3CvTMFvgEucs5T3P330w9PtWJt+5JDwyGDxgQeoNVClgB8WQweSuoFb4GJbp nSlMZh5NYY4jSwv/C0kRyLVR0KtY3Zp6ZGBE5dzxVd3CdJKsIRlCuUEN0UsJ6CMEKmRhKDGj8Mpc dPnAqp7JYrXnGGkE07/454D1MdecSb3bH/AJ38D7/7Z7xJVk/d+zLdmRZuxEeocwtGMssMM50tTx Ur0qbUuUWVGAQJniSG7+FNc8AbZWBZAfWADxqLAIzCyFHl8Iv5PHdZRzgXrkgppQfdJLl7nabq82 Qp4nMAWTpI4UloEC4GkXsUYc0W0u5iwNQaY2H0Rnf5S3N7p9vTfjlgG8pGntt4Z/c7eLD/t6f68B azaSMHzS0Oi6vJkkZ73ZCk7ItJ6owymzoqVJ/ZKNYZXVBY3yZNB6FWqJhbfBFAhGIOdQC3C2AooK tPwalBamkb41didNc3okZHn0UBiBw/AHW4VWk/V6gE+A7/nUyFB/aOvgYjNNAQ//PnIaH1vzxWuT wAkOc3o5+1NOweqgeDC5Apm/fKQWL0lgMfSuglR1F6jspQsyiE9+TVI8KZbzgUkKm/hej8wLGRQs skFjiaDaBFhmUOMCWkqChSmUZmmrbJEo7kONV9B2Wo2bUdVz1z3j/iOxUJES3W2CXveVsqtcNy83 uroplSVnZlTBvcffgTz9vusIyTkGq/eZrn/ngDVbiLPm8b+pZIIrMDdZm4NOdleARdFDSm1E6rpC eKt16pqNdk1pPi4Jk55xacGFBnua4JtGw9bTVy7+283CykADTJImm5gb9lfoXXXK2mdq6k5NOVgq PB6gAvRWKPh/ChftT3dZz+qU2PvWAx6/OOebIriXPU0eFeqi0SArA2qzE2bNgltPFiYVTLlwpOF6 iVPT3+/DRB2a+HWr6AH9w09pUQpak52MByBZRnozAUQ5r2iqowZaDhprpzbRhzWZcMuS4INi2Bsq IuC1ndoafwIUIhJzb7YRRMn3apmNdcE5lRoqo6tGTTkaJzVeLM09CFK5ZWqTnPeHXAcs4+yVGfwe A5ZRa+LCwGlceKSqBBRKOJNzQUIXblgYKce0MQ5VR5m2mze62bRqukHPny1NGSHB7TbqlaX0tnge l77N86WqsjfxO7P+sglKqCB3L7uxTLTvetUQXXugD4z8uQhQZqCDe/Z9z+k/r++xDkDht9D6JxzD J9YROzsBHCZMnw1EeM5ZjWXO8k3qf7T+1gLMXAMhuFK8GJWHhd+UVaum72b5vk92ubGuE56d9Qwm 60TdoUBJdNSITlaH6iqDIwIUCH+pvEJOt9O4nfwTcCKvI2VhoeRspRjRPzCF2N/d7q3nhwfhCAQk jtTcdqb6gCtTmGYmkwR0CDRK9IFL3lmB5PeWYb39PdchJ5q3oRsngK0i++FsEvGjsHMgGm9Kdqa8 WKtuG1WYL9TSugHFHCk2nqpDJMwzbkL8Fou9lZBQMhDAMw0nk3dxY4bN7TXjJdHbV1iYkL43Lc2T 5ZOfav/U14xovxucTkvBxy9OE+a7l1lhgjD3ewvMQelNRmRbk+wzGYB5VoxasjkCJA56RWNvCUqU IYdHhv+448unsOabF3174DoGcDYs22RAzATQRAuBS02AYUAw3G/cUwkZEuVfoKhOFZkbT6K+SNWk gfbtXkWSKU/g30rdzV5dEWmMForOYpX7vXOBg9hMiCtaPZhTELGwCpsgJR/y9R4b8R85w5rXwQKJ D7z7oE0YYWYGW04nG13vcW94K7SqwNigy8OHuSDT82pfqaGGJwCZVxVUDLLj1LTEx/iVYbogKSuL T3ojDgpdnm3NVHKokCRJ1JnWejBZIOEA8v1OyD+vH7IOGjXf+zcPuLZ5yjgcgxX/LrBVNx9QMnC/ uiMCVjcKpes8aK18GaFXcQMLYwbu+QM45ZNeIUaB9Hjtfpp5tpNLEvvudvI3MGaILBHg/MzkZAah 2oNDDJW2ubVYmjjUnkl+VapsBkUQ/BcLXSzWpu2PP6IJ9SlV1e8VTv6gsFHYPpIkVkIWBsPkI9w/ dyeHwccJWKfwozko0QQf896srRuzawK0AMUGSgsp6kZ9uzboP2DN25u9VuexluuVNVBfvXql6/6F gr3TT5ze4fy52dkkRbo4hm7TKs1K12+iE2myyZFybLbX0uXaKTYVLiA481bI7A42vu0CUMKBwgLz 0lG7LaCJlc6XL9Sa0UKtwHzkoImQIrt2EvytEWDw5LTsVlp8dkQ+5yGeyfYnDcVTojSDgbdJv8fH Y+D5+Jv7+G13opB853kPlKKjBOgdeZyTX3jinX8iQ5oUZedM4Y666WSAenpc949laVzeQDVy0QSh vtVyGLQGMkPYmoW53AfkrUNLh0Ld2bW6yyvhrBaGX5i/X50XuuputOgbUzJAkM4EjiYMG418oz39 2F5WE0iZ8Apw1tYs1cWnxVaNBV+8JQsrCSH4c95ppQRNqCTK1GW5dlWjsf9a54uFYSXbfanFbxN1 l6mqZ42SOlbQRGqf5youztT+7kq/61qFea4+idVQZkeJUhyr8CkAYkHp88iypGK6vu+zQPgoKdXD UMv1wkxioyzTrq5N39rdiX4PSPfTm2KW2HWe2CyGNpGMQ6RxsZaKj45pQ22IdpxyQ4s+aFH5i8Vw guUNcw8UWRUrzSIFy8RNKM0GyoGUIHLVvZ6eG25VoCQIVQSxEgigTA/rhbpyaz2wNOTNiBUsegVo Kw1X6tudTTlx6slhvAcYWzJ5Ckz9YTSBPBeXc1Nd8DHu+cfxEZzvr9PAcD+Izd+fP54q52djh3e/ F8m7g9HbDz68f+9D63mXssTDf/KuOOH8+/Nz9DFBm2vFzy/mIqhmQklCX/wpEwSuMXTTkhzBRee0 Ynk1JljDZXi566e8MmzaENgDozW40QgZERZ0ilLpeq/hlgEgPpyp98AAlma1WsQuvykV9J2iRar8 ci11uQbuJcj9u9ITD8vmIsuPLU2AKnZ/J3zHamfjkXvXwMyPNYEDpG0m/wF7XlP0AOoEyfojIN1t Y7pXbx4CVvB4wBpwW8nAh0RqoWwEnaGf0QEvlpnaW1JhdymmZ0Upd2jKYQS6rcxsExcP6AZx1FrQ p8mPdXxSnFmA42R0I/0zPneW2rowMEVCoXFYqG+wJR+VBHtzkS5S6AmIxYXmuEzA48IozeZIaghY NeTTSYnCItasHurHiKHEaQC6v9scg/tR08p5ilP5/MQbNlu6v/PnJ/bsx6DlP/H/PxxMTo/l8bf/ 8S7gQxfq6fcevJBPPlqT4SXTGQSrMCHTNs8GJyyZcsyjB8iel5kbWhQ3hh3qu1pjnE0BSz/ttYsk KDMt7ZdZJ2s0VVA8O7ubRuUOJYvE3KIE17BoNOaDqcak/4SB6mC6cVrhOJUqpBBqe5uuRrhRo6qC 0gaUuQnSYGf/O8AaZp24+5n9fC0mJuE03Qvc52htGXAc+tz3Px1PBqzZjuu01rxzcCc35rzxnl6k uKTEGZ9DBR0TRJeBiZNMq2ypfb11R2bT5waTQsCaSi70jlrn+hG4WvoY6OVHlHDQczrFJc7ObnOF +4sRhQ1a4Y7IVY1tSK4kXRosot5vFAallue1LrBGivOJP9ip3g8q8T6sY1UA9LrI+LMzuftY7kx9 tDFUF/sO866gZWXzPR7i/LX//PF37Skm0JFUfPp+nWi/33v6wwX1HSHMT5G972dOp9nbu8rA06+D plNkUsZ4hI54gKoYB3EbGQX3qRSUc0pV2pJx+DVxEG0c0k8d6P7kGhk62HkYbFrI9ejAbb/p84UL Z0bYo53Tv0Uueaexch2yDNgJj6dvNTbKuKeQW2YCbzZzxrr2YRcKsVMQolwDH/bU0Gqmuh2muFZp eyJjP7fJIMobrnnGwMz8EyxM/gjkZ7sJDYszUzE8FTTGvkVR5EVoFDKSdQlW6/2gOxVFOjvPbLLo VB8ueACp2Hm7vEuerW160Zo8Lq44LgsD7IEG4stvK/e4Q53UZGMmK3V0uGgkkirN2Yc1+qFsALTD eWVQuUWmNzSOZ9kgLYM7Myj7zPznuFj8zJ/0kyaTCBYWYPM6ZjaOPfOPSYiNXtkkLOe/61nXUxnO 0xPg+ffnjeXuLepuPY9kQE89/amf3wPl3Wwscj9Qflc0c9pMJCyC1dALMpXpKziL3hx3Hj+8Vl05 arxl8NMrSHqzxwL8CH7vE1NH+d4rWAfuazj1TIOBwB6bDRr3TfosUb9nHsVOPqi7qdVsOjOpCMwW b6LStchH07tDXCBWYiq8VJAErNqQ8yMZ6cGYd7qAn4gq8wZ1KgowW8GZEgpimpD4p7hgoF9LoQF3 f4SAdQB5nXzvTtkzffinSbLFyhj/wGGlrYjyXmaR2o6UhYBLCewtXMLOsB/U0WYdZaBmRrydBnZL mPdWa6ee/RcELZ6eB69cx9t0vh3uEJlCJ2oRkRaLQLe3jTa7VwqCXMtVorPVuTX4t9utbrfoEdGj QhuIJ53knhGRAzEfnewxhwzy7cDwVrP7HT2b+48lBX9sHVSF3/X+nPDqHsqGmJ6dHsep4w4LxYOn 1v3XdOd1Ikp8kjmePu70ew89p2WYQaiUrCrotKDMn5Qb/GrG7uqJEzC2ppvW7EflyAVzz5nXI5O3 gwnaT3dhO8+G12FGwiYLBitTOqZKW0QuSw1toFa14R25/terlYL2TNoX6robqzw4z2RXCQrLRmka mFspz2LVlkhAC0LLfQ4Js9vV4xsGacT8n+baw8rK6TogqzL3WWcoHDsck479B4c1HC7Su98+KIg+ 8evmcQb6Fv81dglkXaAkt4jrYTvvdlG8OORB0jQzz7soctNOFBUQM6NU5I+1deeZVAiKN9LnXySm 4+1C/p1xzzyeOKYLNH1T1dqVO/UDxqhrsY93NV6DkerR6NjuUTeGjtkbwsOY+e4LPzUtnVr9J5Md L5EPJ+7kcd5JuvNUh1h/4uTy4Oq+kya4XTAzsPJEsZSBx+n7db80fWrNwXl+zuNzT+XfdGHeL/ce Ir2efp6/Bl/F7psZymVi8FtGcY8F/c4DnIYfA016Ah0UFK4BdvWffLgyFyjHY830JXZ9bgSCVafg 60J906jKWg3njdJFoOBiYe5D9atS4XWsII0N6kH2GhHgee/SWNFZrrOrQDcI/02W4/NmRJXznY5v 0pG7i6868TygyjKjquMmbW/p79M15/Tin3tXc5kzK42y+JxAz5mMJ5jsmSU7oN2uNzzICBfKrnp+ g5sXL0HKNJrzrltFeUfAIr28rWoDuzVno5aLQfnyW5fmBTho0wir6A9CgmOdKE1aLfNB26ZSWSGG t/CLuS9UMZ0ydcvORtyc2JhdP4tsVyL1nssiHwzMWDMdOZAn5+X+mo0qTo0kTnFs4RPckaea8rMz 9LsyPVN2Pe2bsTlMUh/+g8ef/35W9VYW+Uiwmv/90HPNawcAErfhEHjMyLtvGXMf0I2KrAfzxAFO bsx4TE5l/9R5MaHInzpyuAoV0P+l+hj7SWwv1LBttb3Z6dn2X2pVb1XVO3VxpWjVK17UaneV/ql6 qb9Y/WuNeaKeTX6SdQlglTCluFgr+rZXNQza04Q3VzP6WK7A4Rvb41GFa4lrbHaa8vbH3OI5nvy3 WgQgAtjsP/iUcFquDsn1QKpNjwAzy05h88YsgbAGqhpOaKI0W5gFF/S/Oo7VxpCQB2uGY1GUIv0x horZGZPQlB+yGCnlVrevb7TCLn65UF/X2gc1p1YJLs30t7JYQ/xCzV7qrzoNn2+UZr3Zg2Gxzmqr WHWZq6lCVWOppgNjsnIyNuDShsa+u70k9QMZjmmqYZdx/PdxnRphYv/++C4+27HPb+Tx+xOOjVL4 nb6EE03jkWU6WfeO/fSQm2Z/J9CAibGJ5dQsBZT5WAbGhjFTKoxWYdr4J7CW2CEiUce1QP9xynaT yBHqt7WSZaEgx1nYSwhztkG0Di5ovFTXtXrdh9pp1FkQac20EIcrRuZPCIbu+o3S9ZmyF4G0nLTJ 6UkGgaqhVmqOTNi9uZOOb2ZTSf8JOhvfX8HS1Bst6w8mvTjiVs2wZ5Fp3P2DQkxTglFbNosuVVwu lFxJf/Km02/+ONb59VbFFh5TqH4VqtuV2o+VFsszoY+4efM7le2oYrFUb3AfsF24pjfIj70F0Znl xfn6ttofrPEWC6oV6fb29uhBiu/m0JAQWpnPII32z0jLB/j+70utYb6wLz57bik8hqTDHlliV5wE b0WjOe3QSneNciYDfM1GSK+CFBed9lk73ftXPl6ldxGOg9IaLAcI5taoFz39JQT4p4TuFiRwFSra BYomKQyYQdwMTB8XZ7EFSpRImZowAHA9dB75CSjg/Z7XoY918Ge8+/2D88y0DjIv8147Z1DT47sW sOKgsPcyzCq5qZuK5nq+yoxjWu1rC1hpmipLcrtgkbAe4Mjx+CSwbKgaesVAPiDMB2Tlj1+i8XkE I0tjiqCvSZqaECTEewNatq4X/yAa/6ns7VNYFqz4YtoIKA+TQJnJKIOngjc5ml7WKitsSDNWGKOO 6rNCWZAoaBCrdCCoWaAB0OYE75imYlBcoDynWEcfQrsebIJ9N3u+v6nxCMuoSC52jnnja7IrgtqH Xt8PhzV963TH3pR713/uBkcr84BJ3pVNfBEuHVU8SYQ4/5A3AX79lL6jWd1hnMmEaDQn4HQctUKb p6uUs3tzOWK8GYxmZ87l2YeB4mGlth41VnPT2acShrS3LAaSrJcYZEMonzJUdR14jvx91/vq15ym 3fPnI7bqfV0AHsraTtPzx6hL90vAwxGfeDRayUVvkryJymzqzTHxhSf4fMnsLsRhSjUKtHVr/Rim VHxU1rcaJuNTKFyd9jSEgTmEgVZPvL7sMjGCBYFvjJAxYgc3vyaNyu2mno1pD6/jKTTqJ7TmmYwf e3v4BiYcGfxKOLavG6FGngyRhnrUtqvV9qmixUILQhtwnxKqTmUKDMvnZ0Zu7nelyldblRXn2z09 PbjjOE6S7GXh/ZJ/Dlan1wEqonghsExR9HtMij86l5CUkBSQMeq2unHOIKL4GQYT8SSw51rfjFZR bqBP6IcP2jUyQCk1eYQESJraLm1NbvLdplGcJVqslgpfbxUbx9DZ7Jil4vQxUJqwU1ifItbQY7DK H+H2qBUmlcK4dXL2RKU5lAS87AkEOgGtfvB6qnH9PojyD70eRMPfYek8BFs4HSScXgj+2SSj7TyC EZrUM23q5D06sqj1+lzPz8+12+51/eZG7RYTvEx5nDgfItwAABIrSURBVGpsmO5SWkNiZiPBPNc1 awMy5qdOX0EqRi/UszL0zTsoVEBGRp43t8zPNwZ3+/ZywcHKnzrswSZ1c4Ad2SCA8UzN8TDUlvuo GJXBYYZ3yeCoSBWsnykIVxr2jAWhPTm1DER8GOcGHN3fvNLNDYYwCGtCRXPzWfJkuxdtpHeXHXGK IWRhvYbggAWxianilVRo/bAPTT//zlPC02ucgyG15yfL1Zd2Ur2p7JkL2RYfBKFNg6AFr93hDiDU kcaIM2rySFFZG4YEM1XkZgwAWpc4UCg7O3ORP9QYgEVQJlLLg5ilXwfDvAfnBbaLMmMOiWRwnamh 1lXuFJ2Wm4mby/3ePljwP8UpPbSegvOaXshhvDf/0snnD9tjuR9A53/NF+RDKPW3fufk35HdUFRX BA3H2uG9RnnGe74tb5XnCy3SXMsk1ZBl2oPaxpaqaVQkCe0u62uicWU31QCOjqEH79fjl/x426rO AFEmShccD1QQ9wcw0xMgqKR09jyezfvMigxsAgB/ystaMAdzAc1TtsPAI+1tY4/2o+qriuGgitWl gvPn6oaFyt2VA3USzifiADTASHdbXb98o358pmKxsMrDvDsj7l9+jKOtlKHs+8Bg5fDvCZl8OiW8 y6L4sGX39+5h3V8ALGelyWAg0+nVlY1ZvPNi0MOCGgDOAzUGmu/m9ItbczBqXePoHKqm90BQoxEd sDO7Fnx2VqjjZwiJmeZVpKClUc1FHahFSdHckR2I6W+u7/I0D1tAduz8ZFqT55tZT83MqfdMgJ7O sB7//Y+QNT/x997CpxzgGIfPJz877WkdIApvGalOPMv/v71r7W0buaKHHHL4kGQ7SXcDFGixQP// T+q3FkV3k9RrW5bEZ3HOnZFoxRKzsbO7AXQBw4n1Iqnhnfs451xnk2+4YCkkSwe0a7f4eL/B7rFH 5RyqspTUyfruXsXZZbpQzYp6/4TAKCVRDcxm5c1Z+3FAQ9mGmwQFP5vqtxqfBAxFAteWSAYjC+9P /RW0yn8/s4nWkRuXqIEQQJ28gbsN6JZtoAdLJhl8VagQz4lCxV+Ix1qjdFRIecR6eBSkyLG43g/Y dWvU3qZO7ZoNMl8r2pWIAYviT1LSz9c8O/fx8cO6CQ0bBg1U1fwjHNYUcU3PSYc0DltsHkyuWAqi TBMHqoZyyJnVsWqiXFmA6wa4tkfaU72AtS4ba+5cbeEjFz6F/pa8sK20foa+EVak223Rr4Ghsc4S FzS7bxoglpT7KdOH3ZIHu7Bj1eiwkPoLMxV2VZGWuRh+e6fiqc3t0O6FNSz3TR3W3P/PAT9lGksf gASBnxG5gDpyt1LtqtvusEsTvF0sUBce42ohFQ2pZXDDIagwyczZ6IY0utUcGto/XmFwHTrqoAdR R8145By/lM0cAohtDqLKDYpoWRL4guj3T2HceMPsSuQherHaEsX/8qxFf7/BsM2R5IXGfXEidD+2 Ag3799ciRzsOnm0T3N7eoel2WFY13r67xoeHHco6xeaeasCNSiwpsyeCUH3OLsjs2jiuc56KzH/X ovv0WCPOoms3KNxKAyJaMevDD/FMiUfhcrR3H4SmrpFgAQfP6b6hlsBc+bYdkJGw3A8oyxxXV1fY 9Tusd1uRmH1dYvAOXUKOoOXJIx2f0P0ErRHaTOfHCdRByoQzEdkPJxiUizYE/zZsNV5Mfj7pCi91 WN+PPV+jmrEZHJVqiCJNEeQS2Q824YW+wdUrIOU4tS26Zof1diPgry9zvC3f4L+fPqmrayBkcs2M MsJIvBkG1HP+OrlGOezQdCw8c6wcu4QdBrdVw8YJxjDZbY8jhT+7z1I6xnmFBoZWEExtvaaVNPjN KkH7uBXntlpeY3xToZWSQ6J0m9MJSbMsc4PqbLsWnliW1QrLN9dY/JAjKRa4/8+tOonEMkY+4RyP lEbllPhYLMbHlFBR1vg7Oyxy5VxWoA8IRraZx6xE4q9MH6rnINMwoH7kCQusJajCet3hx36DnMxy nRh5TfQvDNsNG1PnW2TdDjUZ0izS3X7EumyxfeewvVpj2S8wFrmc3lXHUeQZ1mOHn/tPaIsaXXcT iH7HoSd3Uo4+ChcxLnx+CcQWCd1VqDh7ikoTyctn7Rl5mSfXj+2bM+ZTptRWAKZqxWH4oC2El37f aXZYeAdqzgSxz06s/XHfNRXEJNzJPicsgV0k0qkIXejliNhr5XfSMvcjN7TtRV6WFDmbI7mTkFw/ NHCEKlDFkuqgO1YYSbnKkBUlfnzzD9w/fEDb3yKvegzZgOEBSDYZalToXGvOj9eDBWUKE6X8oVxk j9zdmbNrR3SfUqBdYXjDriE/5V9Iur/b8iDXVIV9tvZ5lh6OI+XSZpar+KJbSOWHM3YchRz9f7gl 9MeJ4TGOHSqfwxG53iRINz3Sf/5k9JsfEyRvPYaa8xQYYJJLeY+ufEBSDrilvK/v8e5vP6hm2KRb uL9mUmtll2PVe9zdAfe/3qFcvsequMH9mg2R28+vyeT3tCmz3xZiGkmIQ9viZlXj/n8fcXO1xGPz SFlANUr4W7MmX9NhURx/chsZq5uocDoy6hKnhRDh8eaiaiGDGM43o077OFSqY1mERKo5i7FsgefI kgxDXQiioHFGKTs7O7H3ywdLH4ebBHldakdw1GjPGOJz9FGOtmckNcfOPKgpPGth9z1+OFJp2sa0 5U+hvado3uesKM5HcBJJ238mOY2HdJAOLEpzfK01XXueE0iwZ9TmmjYPldKxALvWDSBHxGNSBM36 RCJk+lhzwosBQcUVE6OW9UzWGlMMLAV0PQoSdamPpOeMGNc9BorPLR2qooVPRtTLUQ6W6VznG/FQ s8bkrkV8C0wE7onkxAk3QyxF0FjiuKUBuwCvSJBXbM58QDKKPSfAswkO0cnaVPJZhzKz4bwYy3VM ZTgKZBqWRjhUxYfhK1kvsC43HQ6LQMl7cER2ncGVI1KNxOa984jtrkFB0T42Qyi7nLFMwyzI1Ef4 s2k3qPi+Y4cubdCyyz6sdTk55LaYcRGH9fq8Zd6LzcHatKAmXFc5GyHUA06/RQ0rwgHiteSY8A6l 5pSwzUp5Yy5tFu6o2dOho+aUo8xqLkmYlgqkEvTqkHB6TsLHqQLZo13ygnI3zuT4xl2PdD3AP7Qo 1i0+3jSoKw+3qjRi2+YemfrDSNoMRdvO2V4h4eis9h3F5/Wr9qJ7E03rZ1OqmaIixdfOWUZZEKv8 7GlOUc3U6qwvuyFM/vZ0SJ80W6tBh3Rer5nQqwo6g4wbDJHrHAF18A+qMxJyQmcXo+zY1ma5SDtY h4wyKJyM5FLwdOUw6Ejp6/0DHHZwvkNap0A1SNMpqfm4A36uDCzG7zFo9ct78gN1bhQ755E25tCa LTzrLmUGeIdd+YtKFIS2pCriU4GD08dNhsairbMXcOYKn88p5+o4ZMScI5ePlbdNYBg1wWZLcG1H EGiPXdeiq7YYyhTFKsfoU0X0CnqbDs3dHcotCc0pUoK2KHhPmXEf2BrKIAhPKjSsoqIqaEetOgnn SzuOggFff/bcMAesd61EO13TqwGW5ARwf6PJz8Q87VUBQ6GSMRdTrVxaOnvqlu3SMfflmKU+Rcsw XOkZ60UNUrWVE6UK9LbJo0efp+hTalaVICeDwny+6ZFysfcb+KyWQBu/DDLw6Z15MX3bo+UXcc6O I6ejG1dR3UTiZUo/UDMg8KOOMSj7NCs4hFOWs8B7xtgN1WfuF6mlhqwTHsMMvsbiiHC+Z+QvTsF/ 1W57iLBCAy02/kXlobNi44LjtugzEuPnafgEI2WlWBMyeOgOctoNFUM5MILDSOjWmULyb9ZStONY /7pBl5LVwJtsgC8T9Bz3RuoUpVTumeaF70bUEzpWkYTC+0QdH04JZ92LiqVcmyyse3QDOVzUTSen tbBJPIya0o3Soc+oTUc236iceQKHCZ+xRw52OhHB86dxldFgdCwtOo3BY0o8oM1aJMsarsrhqhI9 ywpbqrUW2vjbdYJf/v0gPfyEUuNVjnSRIaEzLwKEIfWofS6SdYMlWnIJpW46Svp87vTnSiYJoSxc 38UCqa/0Pef18qvBJLMOiwAyCnkdaitcuCa4x2LpggXOcBNIDpVTZXmhO46Xb5E+sPNAvXYqe9L5 GQSBkRh3vrzdqEjYL3p0CyYdqnCoPlGQb7TbGkWgo7TyRrsuu0u6mZBhy1337PGHCSTxAk6AcPES 8NMO8hgGf7A44Kl0im70ffQTpvWKI3TaiLA/+/ie6X6IpugQODnb+Fh4kZlKZUCfB1nnqPDK488T 1g6thiVHFSeUh+Nu+I0MowaokBjFeJGYHcXUwjqFSEDDPbkR8T2Mryi34k3qmJ/NUWwszMfrL7UG 1GiTrcnEdKZJxrRGgQ8HS1xTmoh0E84fZI5u52XRL/2eAZRpHSEs7KQ56nFk8INH2zJlJTC5Agbq FeiZSNzWJIlmHAqxyOft/OvFXz1jdArT63Fcclh3lIUp4CmXVFAOOpFGPa+uHFfTI/EpHHmFBM9K n61AlvbwvoZ7z5rWiJ5zHUl/UqTlLOKiVA2ZB6jE6V1eN0gcx+wZmZwyfjl5dOfOfoZ+Ezm7Wmts AnQDcl8JXP41kO35GlZQxNyriUomLbeRWsyJebvTsfC5ZYFysVCnJ2tbkZrH9kF5syJPSk5HhU06 PLa0m4127b7JMZAoSdKlUgyb3Ow2Hvd0cFsSWguFky1Srd2E45zIpTp3gkV5MtzWb7HgT6eE2TPt 2idRTxzVfsKofHrOPJHaAdGslFCUoYMo2ktmuNnnn39cyzKmhOFvdFj7lJCcv9G6wOq3yhHZwASy Q1mzj5QrmuAMKspbvSmPShfS8+Zn2AYSz8sNV5LN7vJGdZqkoIKFXQvZopfTTZsEwy4MGVW0QWT7 oK6zNkB1JVmgb1SvEWm3SFFIVZPRICPl2GAxhoNqOzMlwnyG3D6X18yR4xchQ3hufdp1GwXSppzS GMQyWU6RDhkVUEQm5hDhXMDsJt0hox5+kWFJKfCf3lkKJDFNyhOzwGzHzS0mKxhyWkDiFwluYtqd fllT6UuMiqfS2VJNmNiso7r4azos3rBqWvMk1G1JUa7e4VpA0EBIpuyxCu058rK0mhYvIrfMN+wF ELRHp2UKBcKRMLTvmEJupKhI5rYrStNh75lO0i2NSDmNlqnIsEVWMYrzQrYznM8WJd6KBn7a8mLx bMgd/3+qZhifE3eQUzvgXEhMitFZYyNBFov/luY8J4b3NRYpUuHNnv7WvhHkcmJKH5yVbmSFfWzr 6kUGtVWtKjweCeQsokucMtB14jSD6ap84uQPxeps4BbITd90+PfXlykdISxFow9lZ3kf7lAuWNOg 2fmL0X9gMej9A8aOtKuebMR2D30xipjxC/mbvapzNl9DnJl6NLPh5DM5Z6ZOyGHGAcJmrrr5wFmf xvZ3zuSgs3KpCJqBRvZmEb47wyIqsuYGEjTMLLCmDLnNH7RxYk/LKOTdvqRGJ9CAIyJASl7yDTFo YcASR7e9YtGdgT6pDpYu8PjK1VLdLw121Hx4w+FELlcUzuWycO/tPaJYiz1Cphhb3twEGcQnCs11 6NPzZyYY5Kg43dcTeZuqnKX6WZ5lWMxRNyTLcQQkm9qZ63U8eONrLKZAp4y74dRZxRJ8oLu9HCd0 qjka/k5u5rRNPSVT6JvkqLNDYBOM/Z74T9vIuD7iN0HfIjrIaFncMRw2vjf/z84hb2ojKx/VuSWk aPUbvSCu1lB356prCUTWCK/MCv/6zsLR9fEkuG7onMzt8rkUZrZy2vmi8kthu3M93ri+nrvvDdIW V4SdM6ltNAlcyBkSo0XQNRkk9l2YqIBRpjSUllGvkonAJJh+Vrimgq7syyVUCg6aYjMp35dsqKRg lSWVzvg5tsYt4//ti/sLHJYN+1YbWUcYfhUT4bkJbud5Y/LwNHULUancmhbF0fsfP88R+RaM7+SV G/P5Mxf0BSvuNWgz8xLE2enPew1Q4yk/Hf5efuHrn17G9LN/mrD056+dff+YGh6/PX+IfzzxMvu7 Fsazxys7Whrp5GierLk/0j4Pep88NI3P3PQ5+z2YY/AOJ6q+6STqn5Y0jj9zauzQT59AONNrWVX6 wxrJXnZ/vb5gzcUudrGLfSO7OKyLXexi341dHNbFLnax78YuDutiF7vYd2MXh3Wxi13su7GLw7rY xS723djFYV3sYhfD92L/B9+PhFCh8/YxAAAAAElFTkSuQmCC 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/10111 Cheyenne 100k Bedrock Geologic Map 2025-01-01 Wyoming State Geological Survey Wyoming State Geological Survey Laramie, WY vector digital data Data Release 2025-30 Suggested citation: Wyoming State Geological Survey, 2025, Digital data for the geologic map of the Cheyenne 30' x 60' quadrangle, Wyoming: Wyoming State Geological Survey Data Release 2025-30, scale 1:100,000, https://doi.org/10.15786/wyoscholar/10111. Original map publication: Ver Ploeg, A.J., 1995, Geologic map of the Cheyenne 30’ x 60’ quadrangle, southeastern Wyoming, western Nebraska, and northern Colorado: Wyoming State Geological Survey Map Series 46, scale 1:100,000. Geologic map of the Cheyenne 30’ x 60’ quadrangle, southeastern Wyoming, western Nebraska, and northern Colorado This digital database contains information used to publish the 1:100,000-scale geologic map of the Cheyenne quadrangle, Wyoming. The bedrock geologic map of the Cheyenne, 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 Cheyenne Wyoming geoscientificInformation ISO 19115 Topic Category geology geologic map data 1:100000 geology geologic map data 1:100000 Cheyenne 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 Cheyenne 30’ x 60’ quadrangle, southeastern Wyoming, western Nebraska, and northern Colorado 1995-01-01 Alan J. Ver Ploeg Wyoming State Geological Survey Laramie, WY map Map Series 46 true -105.0009 -103.9928 41.5043 40.9936 publication date 2025-01-01 Cheyenne_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 11 1694 2 4 589 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 Qt Terrace deposits T | L Qa Alluvial deposits T | L Ta ARIKAREE FORMATION (LOWER MIOCENE AND UPPER OLIGOCENE) T | L Qot Older terrace deposits (Pleistocene) T | R Twr WHITE RIVER FORMATION (OLIGOCENE) T | L Qac Mixed alluvium and colluvium This study. Qsl Windblown sand and loess This study. To OGALLALA FORMATION (UPPER AND MIDDLE MIOCENE) T | L Qof Older alluvial fan deposits (Pleistocene) T | R 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 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. 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. 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. 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 | DAS11 T | R This report DAS01 | DAS09 T | L This report 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 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 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 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. 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 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 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 Glossary_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 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 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 Eolian sediment Silt- and sand-sized sediment, deposited by wind. 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 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 Igneous and metamorphic rock Consists of coarse-grained intrusive igneous rock and generally medium- to high-grade metamorphic rock. 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 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 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 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 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 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 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 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 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 Carbonate sediment Sediment formed by biotic or abiotic precipitation from aqueous solution of carbonates of calcium, magnesium, or iron (for example, limestone, dolomite). GeMS Coastal zone sediment, mostly fine-grained Mostly clay and silt, deposited in lagoons, tidal flats, backbarriers, and coastal marshes. 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 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 Igneous rock Rock and fragmental material that solidified from molten or partly molten material (magma). GeMS Sandstone and mudstone Sandstone and mudstone (including shale and siltstone), in approximately equal (or unspecified) proportions. 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 Loess Silty sediment, deposited by wind, commonly near glacial margin. 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 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 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 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 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 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 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 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 Intrusive igneous rock Rock that solidified from molten or partly molten material (magma) below Earths surface. 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 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 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 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 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 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 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 Unmapped area Unmapped area GeMS Water or ice Water or ice 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 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 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 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 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 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 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 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 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 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 "Made" or human-engineered land Modern, unconsolidated material known to have human-related origin. 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 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 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 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 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 Rock Various rock types, not differentiated. GeMS Carbonate rock Sedimentary rock, consisting chiefly of carbonate minerals such as limestone or dolomite. 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 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 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 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 Rock and sediment Various rocks and sediment, not differentiated. 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 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 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 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 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 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 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 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 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 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 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 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 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 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 Mostly mudstone Mostly mudstone, interbedded with other sedimentary rocks that locally may include coarser grained clastic rocks (sandstone, conglomerate), carbonates, and (or) coal. GeMS Dune sand Mostly sand-sized sediment, deposited by wind. Typically characterized by various dune landforms. GeMS Chert Sedimentary rock, composed chiefly of microcrystalline or cryptocrystalline quartz. 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 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 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 Mostly carbonate rock Mostly carbonate rock, interbedded with other sedimentary rock types. 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 Other materials Other materials 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 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 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 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 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 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 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 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 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 Limestone Carbonate sedimentary rock, consisting chiefly of calcite. 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 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 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 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 MiscellaneousMapInformation Properties of the map report as a whole. May include title, authorship, scale, geologic mapping credit, editing credit, cartography credit, date of approval, local magnetic declination, publication series and number, and base map information. GeMS OBJECTID Internal feature number ESRI Unrepresentable domain MapProperty Name of map property. Examples include "Scale", "Authors and affiliations", "Magnetic declination". GeMS Unrepresentable domain. Free text. MapPropertyValue Value of map property. Examples = "1:24,000", "G.S. Smith1 and J. Doe2 1-Division of Geology, Some State, 2-Big University", "16.5 degrees" GeMS Unrepresentable domain. Free text. MiscellaneousMapInformation_ID Primary key. GeMS Arbitrary string. Values should be unique within this database. DataSourcePolys Polygons that delineate data sources for all parts of the map. 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 DataSourceID Source of data; foreign key to table DataSources. GeMS DAS03 Bjorkland, L.J., 1959, Geology and ground water resources of the upper Lodgepole Creek drainage basin, Wyoming: U.S. Geological Survey Water-Supply Paper 1483, 40 p., plate 1, scale 1:126,720. This report DAS07 Cooley, M.E., and Crist, M.A., 1994, Geohydrology of the High Plains aquifer system, Cheyenne urban area, Wyoming: U.S. Geological Survey Water Resources Investigations Report 92-4047, sheet 3, scale 1:15,840. This report DAS09 Lowry, M.E., and Crist, M.A., 1967, Geology and ground water resources of Laramie County, Wyoming: U.S. Geological Survey Water-Supply Paper 1834, 71 p., plate 1, scale 1:125,000. This report DAS10 Moore, F.E., 1959, The geomorphic evolution of the east flank of the Laramie Range [sic], Colorado and Wyoming: Laramie, University of Wyoming, unpublished Ph.D. dissertation, 123 p., plate 4, scale 1:63,360. This report DAS05 Cassiliano, Michael, 1980, Stratigraphy and vertebrate paleontology of the Horse Creek-Trail Creek area, Laramie County, Wyoming: University of Wyoming Contributions to Geology, v. 19, n. 1, p. 25-68, figure 3, scale 1:100,000. This report DAS11 Rapp, J.R., Warner, D.A., and Morgan, A.M., 1953, Geology and water resources of the Egbert-Pine Bluffs-Carpenter area, Laramie County, Wyoming: U.S. Geological Survey Water-Supply Paper 1140, 67 p., plate 1, scale 1:90,000. This report DAS12 State of Wyoming, 1987, Site proposal —superconducting super collider (SSC) U.S. Department of Energy-Geology and tunneling: State of Wyoming, v. 3, 57 p., figure 3.2.1-1a, scale 1:24,000. This report DAS08 Kirkham, R.M., and Wold, J.W., 1986, Water resources of upper Crow Creek, Colorado: Colorado Geological Survey Special Publication 29, 102 p., plate 1, scale 1:100,000. This report DAS06 Cooley, M.E., 1991, Quaternary geology of the northern Great Plains—The Cheyenne tableland, in Morrison, R.B., editor, Quaternary nonglacial geology, conterminous U.S.: Geological Society of America, The Geology of North America, D.N.A.G. v. K-2, p. 453-455, figure 10, scale 1:459,360. This report DAS02 Bjorkland, L.J., 1957, Geology and ground water resources of the lower Lodgepole Creek drainage basin, Nebraska: U.S. Geological Survey Water-Supply Paper 1410, 76 p., plate 1, scale 1:125,000. This report DAS04 Burchett, R.R., 1986, Geologic bedrock map of Nebraska: Nebraska Geological Survey, 1 plate, scale 1:1,000,000. 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. DataSourcePolys_ID Primary key. GeMS Arbitrary string. Values should be unique within this database. 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 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. map boundary Line defining a spatial border around the mapped area. This study. 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 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. 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. 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 | DAS09 T | L This report 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. 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 Twr WHITE RIVER FORMATION (OLIGOCENE) T | L Qt Terrace deposits T | L To OGALLALA FORMATION (UPPER AND MIDDLE MIOCENE) T | L 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. 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 MapUnit Short plain-text identifier of the map unit. Foreign key to DescriptionOfMapUnits table. GeMS Qsl Windblown sand and loess This study. Qt Terrace deposits T | L Qa Alluvial deposits T | L Ta ARIKAREE FORMATION (LOWER MIOCENE AND UPPER OLIGOCENE) T | L Twr WHITE RIVER FORMATION (OLIGOCENE) T | L Qot Older terrace deposits (Pleistocene) T | R Qac Mixed alluvium and colluvium This study. To OGALLALA FORMATION (UPPER AND MIDDLE MIOCENE) T | L Qof Older alluvial fan deposits (Pleistocene) T | R 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. Shape_Length Internal feature length, double ESRI Unrepresentable domain Shape_Area Internal feature area, double ESRI Unrepresentable domain