This project requires JavaScript Extensions to be enabled in the settings menu and it must be run iin edit mode After pressing the green flag and connecting to the MQTT data feed it should show where Mayflower is. The + and - zoom in and out - the black cirlce centres the map on Mayflower. The arrow keys move the map around 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6FkoBlTci9fZZ7akNeAACVA/L+m17wb9AGVHQkcW7EGzTiVXnrCym+yaX5+974jGK8TS/QtFf0AZNZkf0wX0xgmtfZK154byefcUDz/R2nOnZJaaUC5nJ1uq0Mt1lTCrjMk4sxmUq9p5fNFKdKAyZ5/5DJ+5/r/S4YgPKiUyj74zcZ5xMqJ2CKEy1sGPaH2U+As+TzTQ6QylUrooHcZmKwFCE1r6rLfzcr4+4tAP41z9fgM59hMuYnsVDWzmgAFgdbmAbAaQtxetcFDUDmmhUpWAgNBhvpfGPz/0kAmgOk4l8qzKJjYNNXMMMNeQliHmZSsCWNSXkphZGee4p2fnyeDZVQhRpgFvIoapmOYckzyW8UuZoEW5JCddyzNP7VU06XuiWbRS8m3ThKe/elIBinWSlzYjyVKurRVg2n9LvmS3UqAKdSt84pAdM8g6LiyWbW5T4D4F4XmhanY8er8RWZS6h80rSUYmpHF8Wc70FNSj3lvfZy9YRSyklnqVwS6kwAryuxRol3KdXDQHY+/RL1N+N5MsGsVcgnS5073vyn4MMJ1vIUmPECwvrKAS2F4ayvMWqlJ2N2AiZzAZFSL+kvciVLgJljpBYDv1ElCePB/xLAhYnhTLvOuATUzzwtkbA3oT8pyiF0yCtN96PR8iUwLQwzzQu+EACy1teQ8spTniCkKolwzwCo0kWlNNIRf1OanAuAY0YsvcO8mEe1NyvLG7W0U9cqPyLlZNanA7CQgDkICUAlefLT8lSZZIGMC2vQU4KJWTJxX/0EGihKKqqg+14ALJ6aEnDX574DoJbwitG0f5KqNTslE2Lq+6JWeEpZi/DPprgk7O+nP0VqSNsfWv3lAJQqVkM67C0JyxWsvVq14lRPQ4n1ibSgmilVYHF/QwJq6SdeslHnINKPwHZKY51gUzbk+DsVYMjTikqK6f9HlZQWUq2QuBps4hjp3oLqugp88hcgtVQPxTHpVwJYLwe+P3tEqLVgPp+yuUWy5w+akZA7+ZH3H+9lqN5idypWnV0uTt23MEs14VehQX0uQAJ2HqlScfIC+fnOlGdNx5pF5iuZt5p2rJHKK1amFDWxq4Ex4AK+C49DlRKgfFHJYxakyrINRan6xnOZk+qGz1mwp52S3CkGPNWhmBXnb/yopGWkaO2WJSSIyVRl6VmqZpgFAIvpKwGgj1UtNMqx23uhjv9ievn7PWev4/SYmU6ovr5izV84WcHSABzjA07WBDBX+G8cgOMDXdKJLgSAZfysBLBcVzIqZJPsD4BpRjYJDXInZ+FQOpcr1QTgNO8y71WgZE4e4P23BMBSYl844CbBbc086kd3ybB7KwFpQ07GnKSni1GUpG3AeyIBz7eSGfXXn9I2KiXgNC9v3JmaQmY4Dx1JeZ/aWYnHylpz5VUQL3RpgOlFm+9kttbQ+WyVs92fBOSzqDbKuZ28jzDXNK1yvnE2F8g0Z1Sfr5k65vMXGuj/RACazsr0gbtwAOrJUOqp9KILCZZTo8TOzGtT9gJg4UXnTpGS4vsH4Piz7A+09xcAp5kA5mL9P1ICmitbA9AEpUlJ5/fKhjs3IdO0j0h9Kj3awnzftwQUL9oI/VwoACcXmI6Vnkui3V8AnHbvMQDOP3K3CjbrgvVDq47tk9pa5RPP9Sl4ftKybby2WE/SfkT9/XMM32e8Z8pkzE+HYnj/QnLtyrSoaru9PioMNT1TUyyAsd/H43hqnOgMKU6fGVOcdk9zlsqn2tvZ096/nqvpfWSmEVIpzZW5M/5MbqH+p2mYsQVyfwBwLOiqPeJ/4wBU3msZB9QTS+9Ov889AaAEqnWIZY9UoWlLyWTalV3UKS6UaQDcv5e7fwCaGqAE+HQAqpYn4/6v7k2zV4p1DwCWaziZZrRSAk5Z5GNB5/xpze4HKg7HstRxCagG+tytY8WemrbE99OT7nwisyhU4sTmwMtV33hVYNm1QT3PeL9lTYAYk2RGXE6+13t+TAFg6eUWP8IxW2voHj0y0SpwbV5z8plUkL6UgXqflz15f2KTquPLLhaMIozvfyLzXNZk5KPLh8k3MDHGW3ddVVmk3Z+pADRFpdlitzxdhlqhvQDA9NjPpNhVudrdK2gvAOrzpX3XFLCdy+OSBzQp3/n5pgqUQ/KOD8wk6LqUIr5lwH7aABaZkIk2aKb6Vl5+CdbJ++tx1ddX986jB0ZrjQIUzHhYWpqqZSndEIz5KO9fLtvyWadLwEL9GkVbjGNOtktRAes8l64fPk8F6nErsbL/2K6lVfC/NABpb+x+cPUK9xaA08Is5qrT92UPxAKA+U5QrqPsl2KMzyNt9bVK9V0u0v0AcJfkFHVRdrcq1ZhqriTHZ0AUq46nuveLWlRKkk+3EfcG4LhQ4XUiuQczODp+aTph5VgqG3q3LX8BAJzVccB86yf1Irsdi/NJHVPfm+fr88yipvJapROgE0DaQzIlhPZECxabEefifQu6Vy75yEvT5YD6XqbUmqad97Lvymed7gWbuVgNgLG02B4SWK20PPWmECBMGondsXF7kkgQ2xwrx1bfc2s1/scyR6/iy6WiOCor4oTixmuVJowu/ppc9KUNqR9I64fJUZruZCVSd1OygpQCKk0VZS7kzY0m1LpkrnQccBxg+wdgCTDzAcdziQpcpboeW/W0ISYe2nz1Io0ll8yvW/T80yopb8A4TV/mF9vLCy1ssD3oXOWz7GGEG2SAewXAXPILAPPVaEpQTjHTjQSegNNx4Lps1q4YM9LuVtuLlpcDsPTOOXI61GLOtV7c0xblfr5TicqJBpU6JTrW6JJSdbcJd68BeD4yafGyWU4aMG1IcU4mAJjXtpovrz1U/d1e1KZSapJSlUpCfxqd33zmSXU7KelLdXP/AlBLJgWmTArMTWkVxyHiKGc1sw+0m/fIth0BpXAUzwFAk+9ovmMpQEwJuB/oqWOUZzC+8jVX0tRmGYvd7wkAz+cEFC+Q6xR5GOklp2y50ssru6wK3y7fHZM5ZiEpGO9vAkxTrwRQstPmOLdOD5X5nDKJuX00TcJpSWAO3Ng9pzgxZiZi0gbShNjiumNbIZwjXzqRX9fnOxO7bRJgaUqQKadGmx1S06F7/+XesYyDnbfY0CWYOUl2GqzOJ0CKRT11THZHhncpbt1/MKVnrQre1f9yPJxPBe8fgDoXShUSYxSMZLDKgnOD4qRtG7aTEN1Q2kCyr8hE8EWTNdXWAtM/Anbp4pQb4hOhJJPw+S8JwGkLpHiDfQAwTgi+VDrfC7ZkiwXNXiKZTI+fnlRud+sW4yADplvjTBm689n29xaAYv9xIRgA1HMsgmeGmRBjS4NdU5zPON3wvD9haRgXA5i3wWUCPIlhxSPEaYaKX0MSj+DatF9U/Qcln4ht2TfXQSqqhgOsGusoSrcrPQppX/D2pHyJkNfPkktWJWFLPpyEFPLYofDp8pyrmiNlg+bs+5zbxqvmWxAY3u5YnGoi5KTBqyU8z9d2agnskoyxW+0YKMjHTxvt2k7VDpOW/jxDS7/JBahYX8XAKDoh43U5K1sDcDJ0dM6Fkf84rsHKCShs+CKWOq6+pczBEBVKIymGUTnHKj5qta9/RabFsLYhJu0v/tuFu6s7EgcoEZgksKQiKkFGAzkeIkwtZF4FNiKEvU3Z3ch2fLj8znVhuxUBVZxplSK5LplM1/KRuK7E/jm0LqWa7MBUDJsY5OKv61VhzmsuKccGcEocUhEso11hi2kA1BK0bFdWBm6V9FWrSqv1afUpewjvIsVngsK0e891Le1EmE6W+fz8fjIsowPPGtiTz6Xt4qKjhFQb5nxOo3n92H1Mdrel9qfTz6TGTDv949vKWjMEYB6tFxlh24inxMFs7qhjRPJ5UUG2iCeqXWX7iX2XjGRvN0qxOBohjUaoN5oS3xKVwf6DeeBTxQMtUNWwjZcY16gKK5ng5j3tTPZwLwLxvC9DEILHXd08S9vTNOIVS3u3AqdqmJyg8wFQJsjYmVzbZaZqv68AWFxHmyoTaLknAJy2EMabRKmb6YyQalpEACrHRy/sMQDmxF2lGXYDUJ8n0rPwWSxY8498hXTH0uKReln2CTEY0oIZw44wH0Dyk7n0Q5KIscz0DAHJQO/GnXdj6dJL8yIi0tsp9fibJyvf9xxsd3totNsYBhFcz0O12oRrM/UXI4kzxIkNhzEv1y1K/9Qg0gbKQw17TBCPKmov8hSVSLPCY9RXGg8dTZskHWbREoLFSVrC8HrcdFFJlUma+0TRkXFxcxL119OcI8Y2Vdhw99arMql5uk/19yu9Uqm80W168xuYJoP8lpsqe8VC1Wn77441nY85jcxhweo8/MWszh0jkGZupeirp/W9efvS28sZMgSgGJkEY4IYKTwrQxQEqNWbyJyabDSYREx7AU61In+yz4wVB+gNAtgVH63OHCy3IpsUWskQrhPj7PIa/PocOrNzGAUBKhXV504NNGDllXDnYqNIf7o4kj3U1GTpiaSUVsDb63zTSL8nANSg2mtypwHQBL++/57gyB0SDf7Jd5nmZJjq+p4AcLqNbD51yac0v939Dhas2Ye/JDONWKrjgGWkuadahFlkBeqVVXq81PQp3WsBYSJOyMhKUXdtbK+tojO7iMxpiK0VhyHcSkXUM+1AgjUdbCHMgMPHLkF3GKI3HIkEqXsJNldPIoGDSx54LVZX1gREMzMzkoYKwxBRFKHWbIk6PtdEMkuQxbFkFnSjSm126KEyAbhneCZPdV2IBNx/nLGcqr1AowXFJAD4vBwLHX8rt1FQC01sMLMkwOjPeE8AaL7TtDDOdDrXHhJwnhLQUjZY8YJ5SzNT3CcMJHO10eaSaL1yPooVnlPAJUVE1RSHGPZ20JmbR5BYqDAk43oYxClSywKbZVadFOtnzuDEJdfizPop2IjRqs/BqVWQbJ3B6qkzuOS6xwlQ77jt2zhx0WFsb60AcYxBN0Bn9gDs2UOqFZuRdrKMHsecHJU9oN3IGo3SjuF3ui55TNJNxLxUYRLtIL3nSKnCy/NKCJsqjvdWx7DUMi+3LEZNpSJNW1X9dO5canlPebsifafnywRIuZhKE8P0iCedqiLzNGGDjJtduSASB/Le9Y22Wtc8N+OkKOM/b9GqaTcmRYet/3MA0tMVAOYhkFyHSfaB16FNGAUDVF0LYZjArvrCJBoMArTmF+jpwEKEUX8b8aCPA0evREwwbq/Cdzuo+BZWvv4FHL7oEmyHHvrdbcw0HFSrLpZPnZG60wc87FGA7aMXDMT2MgdVFkn+4eSydS3/pA1pBo0T2dyFaatz08KkvoJ7FecAVMeXalxMAgO0ah9jozRUDG8Cf/I+1B6qgKqkTV0YAIUQKiEto2xzSqeqveKnevcAZZnkoZFpBrBO5ZlZj/sCgDMPfYGKdeRxI1WnwPJJpa70wJLPJwDkgey9J/Wget9ytU+vMspFQCILh0hGPZmoJHNQqVZlI+vmzBxGYYQ46KPTqKK3s40QHQziIeYOzKNWmUUw2sbO3bei3WqhvXQCngWcufMWdNfXceSKa+HW5xDZNVAq28kgVy95QZBIm9II5/NL0xxkynPOY2YEn2pNzI2vy8ZFYkPpuFpeGC4ShYxkLjiDj6f96uMHmljbGmAo2aZc5mQZmr6D3kjHxAwrWu8GKs85rWB8HxKwINDS6VPZpF3pNh24FzJAEcIo2hUL5y9nARVW8B7Bfh0W0m3vFEZVbHc/H3NWVNxTJR+szrXPFxWsbyD2g6GmNADZJV9LQHq4WaJSKzqyYVZgCSM27CMJukgj2n0+3HoDCa9hVzDsD3BwroO1lTNoLx5CtXGQ8hBh1IUVVxAywb99CnaaYnuYwk4jpOEQD/quRyGMXUSZhyizEEYhKnbZeFEzPsz9bgt1ZCG3FVUBuwpYa9U4Qb6Y6EigxoAtKChpFVgXOjW87keegI/9/W346D/cqrIwSYLLjy/gZT/wXWh3OvjJ3/gzVWgunxKAWuXK4kzDKfSp6ZOqr1SCgYsur8AzOino1selba9a8JokTLnyAAAgAElEQVQhHZoG2ovXAJoWOioEkIGyUtuo8dvPR4VflJAoWeIW9wt+roSneVGp4Gc4b8Ir5g1MAFLEEYCiPozQRkmNcuGkI4TddTCfQUnD7nSNmXnEiYXZdgen77hdVOrMxVeg2yWTY4iKNYQVWoj8GtzeMroba7CqbVTtDJ1jlyCttBH0QrExPSdBGPYB25Bq7MNCqW1suqNBSceFvWP0ywsXUDT1pF1G4V428ik9frormQDvxlc+Dd9ec/H062bw9VureOeHP4S3/dIzULUTDBIXT/+Z30W0qxXLeFWbui5ty91xyGk24K6Ym87z2pqxXVKgNLWtAEbeos4EIM0lETwTIZtJB0jfd5pjpKTP/gAoz1JIbaNst3n592W+PyPepu25iNNIYng6X1dG0rXCUQMXJ6z+j+AkKRL2iCPU2JbLqqCKGJZjYzjowcsC9NZOorlwBGlG79bBcBSgF2Q4cNGlMtmaPKAHLIALP+liZ+UutOYPobJwsajKKBxg7fRdmJ/vAMOeeNVe+wBcxAhHAcI4RaMzJ3FuhiOrlRr6wwGciodhd0Uub1ebUnPhM5xDL9xVvfTGMgkmtSlv1yH5WNeV3DYn5Zk/8H147XOuVLw8z8PGToDnveYd2OjpXjPqbfT4mdfX3yvbT03gtInn74VDI3Z3KWt07E9nh87pRGkensnQzqW8YqprJvZuS7Eor5jSrGAvyae14fgzxUVNizhLmozQuuLpmVdpANzKybGRUKTnbI7xBL7S+ZqAowAYKwBmoaTGmO91nSpsp6IyHYjR31yGHe7Aqs2I9CMyHM/D4ROXIogzbG1to1arl4U7PMtxUYm6CLZXkNg+aksXwXM87KydRhZ3MTfTwdmVbRw6chG2d7ZQcYDu9ibmFg7AqzWx091AMIzEQ6vVa6g1qlg9fQcajSbqsweRWlWIA6IMul0AHKNw6U5XVib0LpJCX/eyJ+Jpj7kajWZTKFI3f3AVv/7nf1jMx5i00vXAytgqJlur0WnsZbHD844MWgLLxuHG+TKJJKjuojjthoXOcpgqtrBVtce9h+13XwGQ2lI3IinjBVTBD3lWlmYefJ+xuhiWnUgg2GwAxJdVaRkFQM6ZBiDCCEkyRBR0kUUx/EoNaW0BfqMO7rA43FrGaGcZjbnDsLwaqtUKLNvFcBSjPxhgfumQ7CMxtomJnaGSBlg/czcyz8fc0UvhZRlW7rwFnbqNMLXRi2toHrwYtWQLW+uraLfqaM8s4I67TwJOivnFw2i355GlIVbO3In+1joWDhxFAB+V5hwcp6IWUD6rpoSStzQaemsJQQB+7O0/hVu/cxK/86efwuMe92S8+HGL+PLXBrj1zC143yf+GWc2gzGPeJoENMM0WkpM5nL1/bV9bnr5ZoxWOViT3bFKSaZsrvyYKRJwrw1sNIzvKwAm1KxmBkp3Iatf/bys4tWUSESCJA2omUrzQVZa3pAxZ6wQhHESqj1khXYVod/doBJH1fPhL5yA7TqIwiH6m2cxWjuJyuxB1GcWmAYRACZxjCo9Y9tFSAB6XmGkOukQFTvFmW9+A4cfdBViuwoMtrHynVvRPn4MtZkl1GcOY219G227i1O3fgMPvOoK3H16GfXODDZ2tnDg8CXY6QVIgh6i3jLSMMGhy6+G7bcRZ57KjIj0ULaQtMCg85XbKooSn7ONqQppH+fSUkX0gUdeeQyvfNZj8XNvuxlbPVUfa8ZO91JRZkxNnZRHIYqy0LK2QzGH6IWr8tCyt2EuTc/BAucREt+VJknTbDVC4tw2HAEojpyhgk3VOt02NN68cDwo3JSvzXfg9nBSctC87kcyz63A4g3SEEk8EFutWAH5oMvk5ABUxnOCOBzBGQ3RHWyj0agjii1Uqw3E5M54ngSbextnMNo4jeb8YWTVNkCwuxW4VgoHKYZRBt/3xZYiGYGebbx9BsOdTRn0Y5c8AL1BhK07b4HX6mD+ikcidmvItjeQ9tYw7K8j6O2gUaug1w8Az8fS0YuxvhOhNbMIJxki2bkbW5GDYw+6FlGSIWZKMBiIh15tzSCKwpLkqQhs8jw6Hy5/Ms5mmEhH5xs4vTEcqyVWsUGztdBeEJygx58DgPqeepMfg0+msKtjwkbsz3QsdHHRBGk5f7D7B4BmW7mSd6AyaXrxEdiCqdbDX5GxEkyl0iLE0bBM8KslrXY04jFFIlwlvONRgNHOJtqdpjBo6Dz2+4qIWvFcNOseBturGK6dRv3AxUi8Bly/JQ6LFGry2hbQbDQQUJLmu3WnUYCqHWPlzCm0Z+cxGmxhtLaKI1c/AvHMMewMIvijLVTCHWxuraHmORgFQwT9IU5ccTXW19Yxf+gEwmGAuLeG1Tu/jdmrH4n6wjGEvR5Ga6cklbdw5DiGg20EUYpWe07tZ032MavORkPBHBcSJbbZ81DssRyMEgnNmTHKMWCYZ0rYVzV8KZwdlVcuKV1mDE/XWeh0obITta1qqlvaheqahbeaB5MNgzSXzHtIunwPlTI0ZHRxyIPTu8wRY11pQJlLTZyQnBAsrquEiMY7uSqtk8Gavf7HJB+fRFSpKpfLsjwlWktKPWdD7XlcsjHSOEY2CnJSp6JjcdDCKMFo0JXwiZuF6G+vw509hurMIioVSjsVAE6YPssbDHIvMYYGuGIip4ZmtIW1M3eh2prFcO0kli57CPzZI5IvJgOnksUIhzsI+l3MtZrY2lxDvdmC7dawcsetWLrkgYgGO9i8/ZtYvPI6+EceIICM1lfR39jA8QdfiY3+AOsnb8WxS69CEFlSY02nKstUGrFerQCOh5gOGrVEzr/RwoZcnISlkoZtpSZidxyP9rXubGC2MynIp2Znhpz9rOdA3VcVhmugqPvo+GRpB6p42zTJOy22WKYCCQaGpiQblqvNMS92wokaA1zO9zO/U3au2qlq8lPYvQTg3CP/XUYgJdFIcev4n5g7Je+LFxCw5AA0SwizUAGQAOaEcEVSWlK9DbqbyPrbsCsOstoc3HobCQkE1brE5CiCs2qj6COig8YhbDT6J7Gzegatow9Glflet4ooZdKdXjrJDxEoKa0kRhJso7+xitnZGfQHtPuGaB28GFvLy5g9dBCtw5chrlQwuuPvsXHqFA5c/0MYRTF2vvOPWHrgVUgzR6Q304UMfjtRF6NgIKWOqV1BvbMo6cPSLjFMFIacii6qauandYmX8k09fmaqbMxcyiVkQQRRzHGRbqmqhRmXOCUAC6o+tcrUkMl0AKqFoRbRJLPbFDZjTprBHufja5ZLYbblDCNpTLQHADVBwpr7rpdmUcQwsZJgGSWAw/RUDsB8OY2lF3PVTLDGo6HMHKWnEFLzskGXxUPMHAh5IUI/AvxGW/ECJSrvoNFqIXLrqrhayKvczQcY9TeAte8g6g9w4NonIWkeQMznSkK4Fin/IcLRQEDMvK+TBuitL6NWcbG+uYXjS0u4a7mHg5ddIXxDp72E9e1NbH3pv+PEAy7BzvEbkA53MPj6J7D00CdjNOjDoWcfsSNAikoSYNDfwaDHPPVxJLLvhuLNiSVjOcLsZrSAvEWd+6VHqtKXpborpUi5zcReTkiBRaOcUaszbqewmzI2nsozhcZuL34aaaAEsM6KTOMTmv6ALLaJOOnelu74L2PaU7JRKay573pRxtUuvX7jSMBAJ4K8uyJlqWCusiR6LwjbluT+cNCVnsxhMBQ9T85fpaK83DAMUCW1Pg7lvHqjhSixMQoTNGeXUPXrCBNFiddxKYrt4ZkvIx300Dp0GfxDV2IwCGG5lgC6ihGC7oZwAx2vAroyo/4WskEXHqlZXg1tL0Fl4QRWV1fR9mJsbnURbQ0we9EJzB6/GD27jmD5NoxOfxvz1zwR8WALCIfobm/Bb7QkZ52O+gj7O8Kgac3Mq57OVA2uB9vzESaq5oULrhAIeZ74ngBwjA5mmJAXAkA93UX2Roz+nDhhbFhdxilLABckjX0EnDUGpqXu9gtGRfBIYXUe+pys3+vBBjc7dlR2oT4jIRK68MXDEn8MOgvzRPH9xY2W1gwZhv2e7JpTcSsIhn3FiIkj2Ymd2Y6KxdiiJWEQtzGPzK2LJLHingCbfLZCBZz6LILIwfyVNyCpHYAf9hDQRLAyOKMtrJ+6EzPzc2i2ZxFZFZHCnLMRAeDW0F/5FpyZQ4j6XXg7J9H0XbQXL0Ny5FrsVFtwNr6J3m3/jHp9Fo2LHoqou4KVO76FWrOGg0ePoW+1YccDDDbOSh56a3NTKGDtpYOYmVvEThBJTpuFV4yfUnoHwyEq1Qo8lwv3wiWgqaq0EyLrPjfo9yMBtTNSpg9VpkVx9koVXNK1OGBqPkUq51WFY7bfhHct2RmzBnkPc2IaEE1nSfZ7JgBbV/9wFnS34VFlelXAraJaaYF7i2UI8+s4SGLVHUv2riiAaEk4hXAc9LYBUZFAJOk1btVOoqiKY8VxXqbp+pIKs90qPN6P2RdKHIlIpQiH20jW70botTF3/AqZaEqnzKWHGiDc2UQQxFi66ErEtod4sIzYczFcuwtW0ENz9ggC5qDjEYabOzh89SMRNQ5LntaxWuhtnsL2yY8j3h7hxMNegKTVwMbfvxf2/FHULroefjgQNg4XBMM7VthFJR6gV1nE8eMnMFi5Ddsb6xIcj12WDlgIwlCksXA8GHPje+WfIp2m+NtF+w3T0J+MpZmZlOI6E50bdCbFZLMXdTrGPiUmB1Lfk0JE1GFOv9Pg1wApNVJpG3KWdVFOEZyWyc0pvTkLiSrcDG7rd5NMCE2YnNIm/EyaUHMPe1427G6LLUXWCo19z22MAzCzhWKlG+HoyLrw/2gDIZPJSumQZCnCRDFP9IaBnBcWJiV5Go4tJZgPdt0KgCocv45ao45w2EcS9lCL19FNKmjMH0ec2bBTEkoVIyYN+qg3OvBnDqIXKJVfa9URrt+OYP0sHH8B4eAkZg4/AO7MYUR2Hc3WDIZBiJ2VbyK640uY95uID1+B6gMegvCb/4itu76K2SsejaRxAPXeMobCtInh+xV46Qi9tbNo+h4y28Xq6TU8+7k/g2+un8XpzVX0T35FHJVqfQaO14JLiWjphascCLNCTDl0ip9ITJrNhUzQ7nYdx1hm6uecRKJDOnpfEdVaTRex50AzdoISp2MCgAXozdCLUVEn7fVynqgJQLKfdS5fmxGTABR1y84IuudIHlwnDqzZhz43621uwK96cKs1yUw4Th0JK9vAHC8zBXRKlCiXNhB5jEd5P4xFpQj6O8gi0ukBp9YQMT0cDgupmUmYhwl9UrL4LhnCwQCuNwO31oBb8eDx+2iArdO3oD63hAjMK1dVvJC2FtU/7cB6A1HmYBSnqFY8hAyeb9yBpLcFm9Su7hrmrnwUouZRDPoj2MEm5rNtnD35VXSOXYGDrWsRVROsjb6F4OtfQliZRefyRyEYReiEyxjaNVSZmoQF37OxsXwK7nAL3e1t3PTaP8LVl14rqvapL7tWHLb2kYvQmTsKuE0MQ6o9Ombqw/CG2stExf1U3Uzu7VIxSnXfeNxwWhRFxarzfTrya0swl3uFSOG3QcLV0tIg2tImL1JyuYNZAiaPyRkpPXkGYz9os73eGABJU9MN0dlUQALxxo73+SaGKs1bFtZrNo7VueY52fb6ClqNOtyqL3nWRn0WUTxEFA/kVZk3ldhMzqDQuVL9IEzJpQxKD/vwXHZD8BAEQW7/qcJtSb0wmO3YiKgCbBeddltIBoMoFonjucD26mk4GIod5VEy1prghtTM1OiYGdN8I3FyhrAxRDTsAr3T4skm3gHMHDqB6vwxJF4HiEIs+hmWv/BhYPYAqg/+XthRDStf+ySq2d0YbHWxdNX3wJ09gc3V04h2TqNB8DHu59bk/Ukp21o9i4ZfhWsldNOxcep2zB88jNoDH4Vao4VhQGq8izihdGFIS8FIx+305GvH7nzs40kJaIJSQn15DfWktyv3NNS1VoGKFV5yAlXQPIe1xGPN0NJuC24vANLup/efJIpfqJjZ4yEfJSENABqXt9rXPDvbWVtBu9UUFUOiZ7O5gDQdodvbhF/zYclWpzofnEfk8z3SuO5UqCVENBwobzgdiYPCl+ZDSV61UheWDF+E//m1pvKyswFSBnuTBJ6TIQn7sBJmZCLZHIYes+upFmQySLQbaK/aNA17cBM27RkgXL8LcGvoXHI90Ghi++xp8crnWg2EvS301ldw5EGPQezYWL79k6i6dczNXYEzt38WBx7yBOz0A/hehiAJgbUzCFIbTqODWr2BGqv4UmD9zEk03UQKp2aOPxgepZ5Xl/dP40Ckc5ZQ1SjnQcfBJM+sW2ownzvRM3qawT753WRQWANQ1auM72Wn1asOe6hjlPQ1bUYdvySIzZKA6TaowWfUYaLcBtTvqsJp0wHIHtcl0bxcTtb8Nc/I1leWhaqUkSjgNTDaWcPsTEviYNVmWyhRkyTH4uXkWorIYEd9DDZXYPu+0J1o6/BPPhhDF5LSEruHHoXqluW4qslinCbwazUEQ6bhGpISZCDbcVPUaixo5yBz1VKKVkTS+PWWOCQz4SmcOXUS9RMPhtOaF0meoA7SzLrrZ7HQAlZu+wLa9UuR+ENsb/Vx1YMei69+6Y9h147h4OWPRdjdQbhzJ+DFcCsLYIA9jgKxQb3mDFK3jnDjLvjRJqzWQTz3B14lKby/+eo/illC5g9NiDgM4MRbEmSnl8z+fYxh0jHhd7p1yCTAqCWktDKnyE+GOMapceNbkalOB+WkTnqp2vA3rynzR6LBFC9W5KIhYactBi15CT4KD+loIckF+gvjNTmiRWSnKSW8dBxRCsnaD35atrO+imZnVuhSieXDy0YY9rtoNmroBzHcOksfqYbLTxH01B0HmIYLewJAVH1RwUwveH4VlUoFEUnGzHyIIWujUqEX7An/sD8YourXUKn6KhDMsEzIYPA2sjSAbSeoVjmRZHcodna9QVaLhYrrIDz1ZQwHIeYedD0ix5daEb/Wktilb4/QW78TO6e/iRMXPxx33vlVXHbVI7B2uovN7c9j8dA1SFqXCDMm6p3C9mALteqsFFRRpQ9GMewaCRYVVEbr6J68BS9+yRvw/Y9+Bt73+Y/h81//nOoMgQzDXldYNq7vScaG5aeWQ2IGibqOLDwBmqRd1MeUbJMZhcnf9TljEqroQGZIFYPRPo2OVeR99wJgHu+dlsXQZoX2wrWUlyipZhNNEensqqBb/Mo5OVAVADc3ML+wKEU1ttdAxUllJXe3SDSYAVxfArAmHaSIaueJ8jQO4SYDxINtDCj9EoKmKgNMupXlsTcMK+ZUYl2KgTgA9KCDkdhTZKow2OuSZMDcbq0iqi1gkLniI+oH8JoddGbnEYxiRDGdkgGGJ28BnBZmH3g9wsxBtdZAloyQjnaEixhsnVbUcd47GmDp8KXY2lhDaq3A71yKbPZS+ARJtImQ7OqtnWII2V6k1mzDdn1EG3eht3YKJ656DOL6EkajGL2tZczPtJHGI+E1ko7tVMjqieBVa1hb30Cr04Hv11UNhsHPE8mQp6q0KhWun87HGl6oGaczpaEmi0zmf82siFkQviuTMSVxrL1aLUkn8aS9eB0TzAlEytnKJefuBTbeWaF4jrmHPD3b2lhHs9FESt6dpMaAOBjAsxKpYONAWpV6kQ/Vq1b+ZOoppeoZSlOihMwVJtrETnMwYJDbdeEKEVWFc+hRczXwgUfDnly/NbsotiBBmPTWFMGBXRaiEZgqTMORkA2oymhDDoYhms0mEG6he+rb8OeOwZ67BJbD3ngJfDtGo5piffm0qAa3OoMUGxhs9pANKZxXkYQhWhc9HNWDlyLobqFuBxiGIdLeFjy/hmGYSE+bYwvH8LqXvxF/+uF34i/++h1oXnQNHvKgx+L2tbOw/CqsUQ+9rXW0Z+YQ2xWkwy0MRyo2yFinV63KxDAgr73LyQmapOxPk5DKjlPqVqtTLQ21k2OC2pSgptQ0pW5B58pDM2LPGb2m9bEmxWvsWruIGLvLC9S7cPGVYani/byLH0/ym6g4giy1fMSMCbJrVBSg2+ui0erApUrLC4A004E6XBcwhcMBKlmAbNRDVPAGMykIr3geRiRGipuuHsS2XKRxJHSpzvyi2Jms1yDrhF6tbqXBY1TMbCjActwqRlGCRrMjnma0vYLR1hm4s4dQWbxERHvU30IUbEtZKGIPC0cfBK+xgLOrn0G2GcOLPEThNwF7AfNXPA4ZGdJRF72z3xapiqCHuYNHsdkdol6vo7u5hic94kk41JnHe/7yd/H0H/xZLPdC3LZ8F1JurDfYRET2T6ON7VEKl3Q0vyaLs9FsYTSKEIUjAaDruaq1bqlP5W/7AWCus/PxUCrXDK1oDWV2Kxjf8nW32ofutK/QKiYQGT4CGekwq20FOUA9q2E3ClOn8KjzY6fYldr0MheFuuLhx2XtTlucBbdaRyBeJ5P8ZJwkeTqtClR8FQ8UL8eSbIgKwxCEqgtWMtyCj1gCuZIhoRMibWVVmoyZFmHA5PGllOm3sAe3UpOOCQzi1ptt4dPJfrsM2OZt2CyQLBthNApFnRXhh3AADJVjkNQXQVOgVgXqNRa099BoLSBKfSmKT+Jvwx5EsGMHwfAMli6+DtbMEWwPIzEfagiwubGBuHcS9bnLEMOBk3YR9iO843X/D37/D1+Dr5y8Fa991R9gtr2A3/ub/4rNlTuxecdX0fAdRG4TlYWjsP05kIzB/+q1GtbWVkUyV6o1Y/vWHHZ519A8aFPUHU/G4WSy8uadOo9qgqOIJRrBacndS02z0ftG0+lykDCXnR9QqP6U9S95d4wx/Gl8KRRqNOdBbXNN7Y5kKgAqsJZBbwtW48E/lFFF8TMYDFCrcZBS8eC4gum50l6j+URppoLSLqrVuoQTulsrqLfaGI0GEgCuIMQwAexoCCchr64Hr1JD6NXg1ZglUENVqKKIhiclRlXAVWWszW1IHlra8bo2+oM+KtwuNY0RjShJyDvMjV47xmhrDf7scVQ6x+Ax7eemGI0CsbnoWQ8GfUT9TdhxF2FvDWkwQuPo5bBr8wjCEWpVX8oLaJEyF55sfx2NxesxDHoYbX4Dc60TeMil1+DTn/szoDGLZzzlZ4Un+OkvfAib3/oHCa4niY25y6+DM3dC8sesEWZ6k6bJ+uqqMMIrtdZYazPFl1MlAdr7LTIneaakUIF5RsUM8Sg7TzGwZVILupcukFdA0Cm3wgvOu5aW5JK8ybsREC8kW4mrsb9pJ6RI45lScYKupSW83kNZ5L3klMmIvuKZGW0zOgoU3eKZJpQW7P3HtmgkY1Zznp+DxHIxSiy0Owsi/odbKwJYLw0QbJ8VCjyZ0lTJZFmnjIqzVHPhILK8c0LZj5BJPDYpIqAShEFPQODXmYWgM9FEnDkIRzGqFeajR6LKyD30XFs8TQmE9jZQmzuG1J+HS6ltJaj6vgxnMBqpdBcXw84yku2zEkucOXQZwJx31Mew30fNrzItLeyWndO34OADHoGzt90CN1sn/RWwaZ7EuOGGZ+EHb3gxvvyNL+KP3nsTqn6A9uEHY+jOo7N0EaI4g7Vxq7ScC4YjwK2gMTOD9sIxVbY6UffhOiq7UdbMKvtOx/YKe81gT2uHRdd5aI2iAajbFJvOiumIaPDo83SMsnAyjbYi5/SEzVTdOQirCoA6KF+WIxQAFL0vDYeYsFdxneDrKgtQv4ZJYBdVKdl0pfMp6yho78jkRl1g1MVw6yyS4aa05IiHKoPCfijV5izcxiwSklTzF9M2iqI31aWFbxIOkMZDqVILepuwKzU0OkvIbB9RbKNe98QbptYnfUyXVFe4eLaXhS0dVTrwGYuzlBfO9+KCEs+SZkO4g2DrjJBvveaShJwqYMs3F/3ujgAwYgcvBrg7MxhsrcNLAjzlqS9Hklj47K1fkGD65upZICY7x0HjioehMnMEvt8BupsIzt6BqHsnegP+7krtM1ONqduU+CUnneZOPkASP9USwnRITQBqYof2TnU61CSQsqxCf3Y5JGZrDm1v5gdPA5hp40lcQtJ9e2+UOJnrNkXltKB2SeeyYbWvfFbGF2Pczc5iKb7mkAy/ouJ+zeuYBXFyey5GrTMveduQ3EHG4Ho7wIiM5DPS70XEjttCvV5DRa7liWeoum9Nbi3FCik/Z0kkqNUqCOh9B13pLMC4pFVlHUldtdMgPUy6MlDFxbJoHP57sInK7BKy2jwy2oSSVSptDkoRZlS8LEI2WgPz0la1g9T2gZgOj1Lpur1ctr2OxKFpUMVFRx6Kn3nlm/B3X/sM/u6r/xs2fGx2b0OrWkHdX8IG6WW2jY7vYuf07eIURSR0VH3pg0NPers3xOziIbEBacaUdceUdrt7w5gA0ik7KZTSDcvzgO9ewDA9Vi3dprOkS491LydIX0vb3NNCM9MAWNjoeZp7jO9YePE2rM5VPywAZH0FVSMBGGUZRl9VlKLGw2kfstcLGzzSGyUXzhU1XfN9BIMBrGgHQW9L1EZn8QCG9jyS0QCOlBN6QnBFwiIfxR42Pw5tSibkXRejOEGUxKj3Npill3giMzFWtSr5aHbeZ+CZ5ATphBCOYMcpvKQLp7mAoe2jwiZCebNzXT9LahU7aVUsesDkE94Fp7Uo0hkJ6VcDARHz4YNeF9HGacTVEH7jIH7qRW/Bx7/+T7j8+DF8865TqNbauHhpBh/9h79C3HPgZ5vwnQyn7rpNCpfmj16EbOYoms2OhDNW19YxO7sg4BuFZPWYrThKAI5lDwy2CteRZJXy4DUXvW6BQjAUzJo9bLVpAJykf/HUXaAvZDRb35V7uWjnxLzdNACaBAUeOylpC/u1fvUzszToIWOngLwfM72g4Jam3KP1MKbiAScaYbC1gmy4jTQcwHGqIgnjrIs4ymA1ZoXI6ud1H2EYFcXmNLbT1FH55LyLk6gd9iW0XafI/2UAACAASURBVFQ9G0mQ54DDIRBtw3J9+I1ZBLGNit9CpdbAiLw7K5OgrzAIswSjpI8oTFDz6T0z1ccF08/jkHQOFO8sqbJEoIFsOER/6xYJLqfxDNKsK2lCZmZoBgy2NoDhKvyFi2F1jsOuLUj5gOv7cK0Qly/M4h++8HHY9Tq7uqAehOiunUZjYQFpcx6zJy5HknLBqF6EdKAYr5RYpkiwWLIupJcpM0I5IIptRDOFwjtFlHG5q+pBhsQopbnw6fwwEuGRBpclkrsvAsIFKqbVf4x3LTXz0yrMNR3BWgVrVWo6RdrGFH1jCBZ+L+k2QwtpT1wHoLXZYdWuembGLqV8wQq9NmYtKk2Mbq3LE81eo7zR/uYdCDZPq7LUJJawjGI9tDB/4KhkIPzmHLoMd4RrMvGy95mmCpHmRTq7UVWn0sjcACJFNKSnS8k2FGBShdEBIfhqzY70feGgkQDKyDfDOxJbS5XzpAwpVVjjsGY5TsQTZhyPlKchuYh2DU3Xxfb2HYhGEZrNwwj6W9KjsL4wKw2P+psriAcDIRvsoINaawG1ShWjJMQvP/vH8Z07vwYnyfChz38QK3ffiep8A8354/D8JQSBhXajjcgj9Ux5epR4YuznTgS9Y1U7w0J2FhTo7WJZPO7JpLHFsRBAuTEPmUNJIHxKqcyrtiScxYXIa7M1hy4oKiE0rSpPFc4Xn7xblcpi5NT9KRjUQFWZmNxZMkIw07ah0LQxNS+6FrgM3ShCrCJlWLUrn5UNv6gqtvb7sQ/8M/z2goCMWCSzJWGjR68mNHsa+2bUW4xmxxP1LhmBolUEew2yETnr4Gjs0sEYwqp14LOpJZk0KbOAlWJbZCn6yVcYA7tV8g6DAVyXYA+FjcOO/lw0zO7ws7OzjdRyUfNr8J1UjukHIRrNNqLBEJT4cdBFtWZhtLMK2B20j1yGtDYvjgMbKoVRH8FgGwj6Qr6dXVgSBk3n8AMQ+7Ow/SbcZIR6NsCA0l43PMjbz7CcgZQyOjqqdoYBdlYj9pRdyBSkSDfVh5Gda5g7pk0b7GyIfcpkQIX1y1W2UVHt4BTfUL1vaWcZANTxvrxrrGbEKPJDKST2mn6d0lP9anI+o7HlghacxYaFRjhGE5L1fBWSNmfWS4Co9ZDnZt1/DC4IgO6JVTjVOjwnxaB/BulOH97CAeEBkmrPlcxuA0LPlt0sLbheVQgKeidLNUGZBLtZJM4CJ1VDwoBtS/pA0zHyKswc0OZUO5JIXJIeNSwhhbLlBsOYtONU85sUWd7qQ3aVHAzg1Hy02geRpX1Ewx2MAipwG24tg+/WlQzKYgzXTsGlqq4dQqWzCNvvSJ1Mb3MZcThAteqh5VfQ21mXEBPzw7WlhyFhS8Uq19IWkmATqb0EeqUEhW7v4XLRJCqYznPjvA47s+mEEDqqTJVjKJzJJJX7jXY2MNxcQeZU0Fw4BK8xI2pYVR9GQvCQbVXHNtMuAVioTpvCQmWjpn32Ku0Yo2nlISTToRhL6xnaTcgGeisPCh3NkCH48v6ToqZbVz0vi7vLSEZbyEZdpKMePCdGsPbd6jk7nxHbrdI5BLvaRiRxPUW9AQuFRkNhyigipiP8OVQdCWrrDztnEXjsMhCzJ8uEykwTMYKEKSMDyq72UYhavSI1B4NBVzxH2mncB40ME8YUmTbzK4pBQyIAB1e2ME1CUb/8RMMAnfl5DAYWonAVFS+B7x0Rx2YnOAO/2oFs0C2dSQLJf0cWJc08XJJhR3007Bhb6+tCsG3Wq1i9+1uSGqw2WmgevEzyyGzK1B3ZaCweZ/TFcBSUjcb0ItvLSecxqZ9WAWjWtZD3SAmo1JIDePyOabAYo+01xP0NVGYOYebQRVKNF4VsoUcgK7tQx/VKutVuALLZQEGxmmLw7S75VLM3adtpoOu51V5ywYTJswzaC9Z0LxVgVyYSP7r1iVV/8A9n6WAZUbAJRIGsLMkfrj9U3WPuS3Cbs7ArrGJTgySrxakodoeUH6QYMfzhWqjVfPi9VTGmSYvigIVhLHlkAS57xuQ99kSSTWnxSumga0ooHZmdqLHWQmRVKM9Ap8a1PSTRNjKL7GVf+s6wyDyLB4r0STsry1Cv+cK2Xjl5N2qzc2i2ZtEbBhgGQ1Q8BrQViVQ2q86AZvuQ9EsMkwSdmoOts3fA95ckTuqmm9jYOovOoYtEC2zc8WVUavOI3Q5OPPgh2AljWCRUJIAvxUlcTANkvVPSji7z6nAiPp9K3THeyZQdASnPzIxMpYJK3Ed/9bSQN9qLh4HqnBKzjis0NIbGxD7DUOxdsQNzYkAmRBCVb2YP6SzjZkE2vEol369FtZpTQfFEsl7ULIxEMF46LTQkzkMu0Sa96MmiJs33KzI8emPtvIsrbUBV2JbCalz8pIzgo+oQe4x1HM054OyD5AXqDzgNu0oigso8iEh3/KLYRvZ/szhd/C1Ef2sN6HXFuai2O5KI95stVVObV+2rXGYmdC0GtydXGgVSEXqwIJJPCkAjtvEdiMqpeg15njTqiUryfBYENRVfMKL0Y+8Z5TBRGmaMUWYpZg8eQhgnIrEdz8Wo31M8PZesbBZmVRAGKTzfFzZ42N8U1dyYOSgSp7d+F2qdFgKLtP0GmjMtpImNensBI24SWKnAHfXhcXHEqmrMsWMM1u/AMM7QmV1C0t2QxWnV56VXouNY4lyFQSBOGPmHvbXTsEf0oDvYCVJUZjqywU+z04FDZyR3WFIu7pzwqUIkDhxPhc6UbRljFPVhpyogr7d5pQTS6Ttho5PxJADkSE/f56MIjhsOA787fnAeL732MOqXPhCv+Z2bc9Jxbn4Ym1RLX26R/MoskzRiY/Eh2XDUlY1hkoj2lIds9gjS24/Ii7mXrAqdnvnOaBQoWr0wWvKtnAjANJRuBhUnVl0G3LrKQLB2g6qROT+bu3urTAAlDm06srBZWKQGsKxJMLeMINik1pZ2EzsihCO5Nh+eqoi7KfGZPb8pu0TK8yW0H1kgpdQdxVqShNIwiSlH2qesN6F9U3Vt7HT7MgEsSKfD47suur0dtBpVbK2cEl6ibWfobayiMdtGvztEbeESNBdPIGOxfW9bujKwBzYDRFWLRA5FUwtHfTh2gnCwKVpjfn4eJ2/5ChzPR5sOzKgvthxp/xR362urWDx6Assn78Qlx45K/PAb3/gODlx2CQZSG80NfrjLFJ3phK+fO3gM/ZBzScnHFnsUGKpmm/U9cRijXmNZBPcXjmTxSkwxL4eo+PVzAtAMVGsJeOzAHA7f8nH85T9/Zsys/PSn/h7PufG/qShA7uhIXRBjoHmdsrZELbd5PGPNLkWH5TdRq7UQeE2kty/lAFyXjATTZZQQssmgkVKjZJMQQRrCySJho9i1tkgsprU8epBs4ybGsmu041U9ZKTTfe7ZynXFSy4NVb6sOCFpKE4MA9L0kKlagmCotvAimZR75Mq16EXaQn2iHSltr6URJVWI2suOAG3UG6hWXPQ2VzFgGUB7DhmlCqUL7bR4hHrFwvrdt6O5MCcFUBKqqjcwHCSYP3EV3NoMBsNtjNbuRLi9IkH3i695JLZH3JSHbB6Izdjvb4qn75NCFgVYv/VLOHjJg+DNHcHm8h3obW2i2W7JAj+wtIBuP8Dm+jrm5xaw1e1jdu4A/LmDUovCOl95BxIz+H4OXTNXGEUWW4hQRQ/XJA1ar8/I2HOTIG6bwW6xlEJ09igA/FodbqUhu03RRJK9BMhEylTjdF0mUOSac5gdPziHI7d8chfwJp2b//7X/xMvfsv75GslbfMduYwDLVQPZWQ7V2cXkWRVZBaLkIZSi0t7gDEny5+R0AAbTipJlQc/820c1Har+T4jBBE9rXz7LpZ7Bn1u18C0m2r4yAFUoAPSgvaT1zkYhc1yTs41C7kdA6n2laYy3lPWGY/UAMrAqQyXxwmgJJP8L6u1GC+k5Ba9Li12JXaUkVkzQLyzLIQBr7Mg4Q0Gl9PEw1yriu2Vk0iiQHpMI+VeKh4YMGotHgdYA+zW0aiMcPJr/wuIeqg0F3H0gddhdWcT7GRAB8mxM5w5cxeWDh3G+nYfzqiHcPl2XHLVw3Dbd85g8SA7e22g6rnora9SvAGsLmx00GjPIAhV27us1sHs0iEp/OKx7I0jDp3vSayUJggdxDBKkQ7OwBUzifvu+XBd9uvegO/XRCPxPKpnOox2he3ypKWEsvElj8m0qXJAJGbH/7NtLM62cOlt/wMfMiTeX7z9XXjOT7+iyNTc+rU78dBrLsMgLmujP/NXn8ez3vbeXQ2vxPTyjz08I4PD8RiOoESiL0GquwqTyBYLlbqsNv4ncSHh9Cl+mqbY5Dv75twyBj2Vp8wKt6DXhePo+lhiMxODnx23pMotDw1oCagMaMX85YrnapUeMrYHzyV1ikaztLISp0NRvEimJJnCFodJ6P4cPCkZTITIwK78jL8xCEPGTtzfRqNTwTBK4dVaGNH0oYT1fPF+k2Eftc6MSEVkzIRQinOzRcBrzAr442AHW6u3oN2wsN3ldY6g2rRQJ8E3TREM+tjeXMfSkYuwsryMA7M+ts/cLsH7M5t9+A4drooQWoc7W2geOoqwH2Bhfhabm5vi6S8sLaHSaGF9cwOMGLBikOPHuXFabMruotaclVpp5tCTwRn4tQ5GQYIazaD+FoIBCR4+qo1ZVXTvMptiAYxsUPuRaU4A0hlJlKNH0ImjkBOMb7yshR//L78m8uv9/+Xd+Ik/+aJItvXP/H4BwC//07fwpF/4Pbz8Kdfjd/7DyzDIO2I88OmvwcZWf1cHWQuHHpE5jo9P/PGvTkrQ+/zf3/vCX1JbauVpJwlsGl3ixcjNN49RzEwVn6PtxzQb7SaqY92bhsCi+ii9stwuZWiD3+cVWDKIyUjqXMjOpjrkSuOf0WgHfrMN2LRtGa1jGKgvBr9XZaWgJ06OZdfgMZTRX0NvZ1OO7Rw+ip3Vs5hdOIo4tTE3U8fW+lnEFaraodqIsbuNI8cuQq87QHd9GU7WQzjYguPV4Eipgw/XqSFkrDENgbkj8LyOdPyiVGVv5XAUqu1KxVlgaYQqb623Zph0lFQfHRM+5yhKYSc7yHh914c1GqK3cqe0RmEgu9ZZwHAYSVPPRs1HZKs9nCUtSqeFkQra/uzpI9vkqvodaS+Xh29ML5hOxcZn3j4GwCf/wu8VoSETRMVOUWOM6oPXZ5/+09+8V2C77iMvPu/5X3zae+SYp77o9XlnULWrEsPL2gueBkCJIZLK7voyyJRsdGK48mTLBKNrq97flvYgP4pSrjZGocHOAaSdxdALyygZ7nGsSCROY3ZeKvc4NilzrR49QkpqRyT/KM2kUo6ZEvaomTt0FINggGD1LI484DGo1g/i1PK3AGsNdv0iqSwc7axLO5F6owHXytDbPItouImUQCPH0KnBnTuCBncU7a5IRqd26DLYWUU0R3db1cY0hfDbU3YkC65gS2MmAoYBa7/exOrGBjrtjrxjd3sVlt9Gc25JeiWG26tI/SY69RqqVozt7hAjq47m/CGhtklGyXOkvllqeWRTIgVI26vgzve+ARe98MYCgGP1IWmGrc++Q+J6/FACTgVgBvzv97wO173018ewYnnHHpd97D33Tvo9/JOvQuUpr5YLh5/6z8h2zuAvvznE6Z6iGv34w5rQAOS/n/KiNyhbg2yOPVx+9ZSK7SHqRkobCT4m9AlIerxOUZOqAKnCENLmKM9B6+77lLqKdkZvfwTPVSpevDOWI0hXqwxplCKp1KRVCQuzRr1tybT49XmVsUjIyLEwDEcYdnuSfJk/uohAOJVVITy0l9qI+tsIuxtCnOivb8D1HcS9dTCWTqkRg8X2Ndjzx8QkiNbukG0f7PmLZIf4Qb+PTqeD7taWgKPRqolnTmnkNxs4e/oMEMWYPXQIUcrf6Z1vomqlwgBvLByEU2shGvQx2llB327iAccOY2f5JDZ3Bli89BqMrIZUCdLBDEmDY3Mo7uHSDzAzOyse8tOf+HD84Y0vw0tf+078zee+WjC69fawXLA7n/sDFUvNAfjEn/+dAmSaMvb077kWf3jjK/Cw570Bd5/dKH63vOM3ZB979xuLL9785jfjjjvuwDOf+Uzpr3f33XfjqU99Km699VbcfvvteOITn4ibbroJL3rRi3Do0CE8+tGPhkhA20H1mW/G6H2/KNf67b/fwRv+xzauP1LFx1+4NAbAJz3/V2QgJaA8LTNUcPYZ+HYlU+BQakmXLUpEhl6U6pUsquy+nu8hLB1eVZBcp6hkFyhpvM78KW1ZMq9VZ9CEexkz/pcHSdl30Gu0xONNel3UOy340u+QGy/S8+5L08s4DpAlFhrNRcTuAMN4iDR00fIPwLK2BLxkeLe5B7JHZyTF5uopxGFfFkhn/gQaMwcQux66LKxa+TZSlnXWGP7qg8acVW9JT5wDsx1sbu9ICKneaUulIfPJBy++GDuDFG6jI22Rq4hwcMbHXXedxMKhY9jY3kY83MJo4yTs1kGkUSzOVO3AMcwfPI5gFAqHU3ZEp0zOw2TN5gxCxoSTDDt/9wcI0gg/ceO78Bef+ic5ThZq3u2BQmDjM78/BsAn/fzvlgDLA9g/+awbcONPPwtPv/ax+NzMteXvtYuflH30j/5D8cW73/1uvOQlL5F/v+Utb8Ev/uIv4sYbbxQR+6Y3vQmvfvWrJXfLfxP173znO3Hdx34U/g+/BcGf/PSYeH3g20/jD75/Do8/4Y8B8PHP+XmROHQqGHvb9ZGG3qqA3ba8POrPLIiSfLq5D1/ezC2r62TISIzI6yWk7oKlBpS4aSwdF2j3hYMdpj5gtw+pZuRgIJhNNtlxoabaijA/HVLds/McpQ+vRV5AmFPSLDj1JTQbl8BCHb7fx8rZL6GJCjbp0Vo2lo5egpV10stctBtVbG+vo9maQ28nQW3+CKJsCCvtIVr9Ng4sLKFvL2K48S3UZ+ZRa8xic3UVETfjqStWUMoxIA0ujdDd2kH90APRWjyCURShu3wKyQ4lY4qFY8fR73cxXL4dbrKNRabxvBacuYvhtxdlp9Kkv43ezg6cSlXSioyFrm9sSTcxxgi/77HX4I9/61Uyqks3/GzR41rldcneUaGa17/y6fjK+96Npz/t+/Cy93xu13Rq8snqpxUwr3n263B6dUv+buH447NPv/sNxUkEGD+UbEeOHMHNN9+Mt771rfjqV7+Kd73rXfL3t79dGZ387+d+7ufw8E//jLCSJz9v/uwOfvnRbfnaVMFPeuGviNuvW4jJgxgNEhXjRQIBKkxDunm+4yWP1U6IYtmohucErGJuqN4xPFecFNlkhz4ybTpy8NhEaRtRMILrVISaPwqH0hF2GPQVWC0CW9x8sTv5LEJ/oBpnrFBqkxmioLFexYxvYWP5TqF2sbjK7jPTAcwuHkRC8m5mYRBa6LSb0qdGMh6pjfrsogTVu3d9EVEWiEdKfd9ZvBp+2sPyt78Mr+YhYZqxcwx1th0hqygPwhM4qDWBwRqqSQ9n7/gWFo8eRYYqthiLXL4FjXANQ2cB1SufLJ0uPAbUN8kKH0k/x2SwIzuPziwelqzM+uoKFo9fipXTJ+Hd+kEMkxBf+Mv/ie9/y3vVHnp5S3q1qaXSUMLIcTwZDxo23OleE1GKJk1w8I7nX4tn/thL8IMP+x58tn1dXkR1/IbsU4YK3i2Ozv/NhTghvNqTX/RaBUCDnLoXAOklE4DlRgWq5RnDg6o4hzErDoTex0R6gO0CoOzXKwAcIhx2EQYj1Bj9r81J30LmRJkGY7YmTRgacqRdSCRljY4UmEv2RzJATPOpOCaLijaX74ZnhQgGPRw5fhFWz5xWjlKcYnZhAZvLK6jMLYpBT9Z1EMUYxBaanXnZ66R/+utiSljtQ2jXm+hzy/pRD2k0QGd+Af3EBmoLqNU7cCv01IFevyd2Gv/RWzujdqPyHbRaDaze8hW4nVmMAnrRFmYvfwzcxgzYIGh95SySMJB9VSgCyACvzyyi1prF2dOncfwEt67o4QdueCT+6M0/rqTfd/+YpDOls7fjCHNJ8x3Z55G7YjFBoNasIxmoXRzDPNqx/Inflmte94I34c7Ta7DsY4/LPvHuXy37HJ8fb7uOuBAAPukFr5Y6ENmTOO8NLRHy3LYQnoNIQ8U/s6iqcwko5qK2D4VIqTaSJgBVoJ0qQagoooo1KVZswdQSMgHI19teFfVerzUwiNkX0ZO4YKXm5S1x2a+QXVyZueE9HaTcA48wGXVl9yUGeLvdbVSsQFoAb6wxZemL3UTyYmumjVq1ipWzZ3Dg4CK215eljS+D3n5rDgGLltg5gVujdc/Cqc/BnzkGK0zERp1fmMPp08tSgxM7Ply/I3vqcSUOwyG8Ks2MDNZIbYOBeIhRf1P6GdpWA52mhzOnbkd76Tjs1hF4rRa2NzflHJIzWK/DjYZ6/SFac0tY39pBu9lEp1nHqLcF68t/hTOjHbz0u5+GE3MHcuOmHP6Xv/7VuPaVN2EUh5iZnVNdcRn7ZdF9ZuPDb/tpPOK6y3Zh5YPveDd+6CdeKrbg5zsPheUcfUxmZVU06hk+9M7X3wP47f+UG571k6hQZVhcLcp+MKneunRQMalVSISdroSqzuyF5qNpUgOLurm5hwBQJbfFm803X1FPpmKDrGUOgz48hxO2Jt+1Gm2MbBa56yQ5nRxmSSpqYx5pB8ca6BpSquKQmZMV2fuE9AuykZPucj4ANhrzh6TQKe2v5A06A9kF6v+t7NpjLLvr+ue8z7nvee3Mzuy221JbY0JrGgK0uNlWrbE1GkLpX2qKIsGQFCukyh+GtASjpsaiTXwAVogkEAMFrKI8hJaKm1asXUIgqXb72Nnd2Xndmfs8j3vOMZ/P79w7F7Ua5p+m7ezdmXO+v9/39XnEvR5ci01LhoKDdHayYSjiFmecvd1NwOvAbm/AzTLUmzV0e0M4foSotQyXDp++J5ABV50pjcBZDaYpkBJYWxfUK497Wi1aG29BI97E4cUXgeYxLC+vYmS5QoebzEGEUoLhcIhFjp9gYzROdCuGro2tK9vAy1/+f1/s8ht+ES6zxCRXE2R79ByMwPU+G5Ppu32tD1q7/Tdg+VedLu0yRHywCQQ2aiH1TYgaTpTXpXapuRrTFBXwA7liEkGiIJlhCObaWa7CxH2YGOgQNxN5T6jjNE4lwUGJDXEKqjQ8hfsIVjQXgLbPLQQDrBrSzRNctGhPFIC0G9PsupJAE3xfjY5Jx/wMbjeKyQAWd50MbqaNoF0ZbxMwamBZXPB75IhU3sncNWu9mA4x2n4VUeBhXFJvpg63GCEexnDDFhbWrkY/sWDtnMN4HMMO65If5p51aYEpbhtL6yelHBu5wN6llyWIREnfMlxAuHQS6cEeovaa6AitzjFM+KwtF5lLslUuDGbv4gV0Flo42L6CsNlCHKeCwvF2dssE0clbMXjxLJZWV4BjPwbH9rFz+T914GmNQTEoik4xCNPhSIIBPOwEX3AbY7XXsX/2o/9nAPJ9rb7plzUCYpZwAwoKBHLMGiUjDJ89cg99rQ9av/29sNz1MyW1kPNJjCweyPciTko9OBo/i0RDnAcDyYnMGs0N9PJ46+SO2fkZ+mB15/BWKl1BgFjM244FrzCnk7UYp/niPzgO0moN9wMYM5qnVFDzIzYY54CGRzD/VQoIe3Sbaq4nMVczqJ5+bkZeazZEvRyCcnQUs3Sbx4BgBcgJpkjgCbVsYO7E+jEIaI6NSYbIt9AfXNIg2asfRwkOxYm0mSC3feRUlm0viDB/8MJZ1FdPIc59aViTeYd+T05RRDWPyTtOD9Hbegn+0iJFXOFwrccUzdret3STLh47iUlhnAvq7SWBO9i9U0eb88gocDFMEuRxDUuLK9jdeQGFtYNGsI7BOEfz5HU66Kwn0z73xg7JgUKbI7XgwUfBEsCL0Ki30HQneOncM/BOnMKdYU9gg8//2Sfx1l83U5H5r2e+/T3ccd8fIu/uYnllDcOUN3dH3XiaF3juI/fhsQ89PF8x6Y+/sn8Fn/zWl3A8aCG/5R2wvPUzZS0K4NkT7O5c1qKe7X7MC4e1F60ROCwm+6qg2cyCApBMNJnLVINk86JNcFD/2RT9vB45ZSdCaBe97p5mdNxbcu9sXNgNq2CeZC3Rtmp8ws80w2QzMJ5CvacPw2JtVwEWpkFLwAA3GByjTNVICUqgcFLa36EnBIJFwtu5MjPkJe2R5QDA7p63tFl58WC1aiGsdIS9vfOwfAdRnWMPav/lwv0RLcR6cbB10YAJBi+j1iaolZqHvrrjMDSKEhMnQJEn8PKhPrN023Bs3pKBZER4ow9H26oT/dqCamVq6PBG5u+XjHq6wccDAh4KWE6EYyur2N/dRbvpY3f/EkqrhcWT18oKg8w5bm+YrReWlpWRuA1aaASqS8f5GFbYRmtxGTuXX0EnsOEvnMJVGyv417/5fT3m1dsfQMm9+7iL8c4FNBs1ZESS2xGy7iVpay+tHsf29h6WVteUliVcSdlluqDOfW0/aYbU7/7gY/j8N5+HFWycKZP+IcAxgFWgTlHK0RhhcwEJc5CGuIa3MFVJp1qB0f6jWsL/dPwmxF3hKMRugmS8h4LuR0kCr72k4W/J0QIHzJU6k17+DHFrGowp8kYOSnkhptx04Gx+p+nopTK6qW5Nx2+aYBJExnTLThmLD0LJEBLdm0trWmNley+j4JSQiG9azLKzngxF1STYgFuYuN9DMeQzGsJvNmG5K/r+rEzgWqGW+B5HEhxOy+DmFc3wCoSS5yBhiluJkhJ3lKDjnpjBlw4FzHGsmg49Z5qDYR/thSZKO8CY8ihED6WJNjOx/FDoyezIy471Vq2+guFoC2naR94dob12DYr2knCWLJXqgaMArC8uYdjPkMceVhY7GPYvoN+/LPFRru0Y8IPeIU6d3ECce+j2BrijOI8vYYLgmQAADalJREFUPveUgAf3PvZ1UTYGO1sIgxoW11+H7iBGDX00m21MLFfCVgwZ7rinc8Jp7LHc+tJv3oM3/MJpRI6P5mnTYVvW8hvLiJKkRY7xkL+UL6g6bwfeUqypjIGw6VolCcjukFAtjUeOlFOn6k1JpeJEnRYOcNN4H+j34dZbcIIQGYfLXqBGxKum8EY109ygbCuYuohYnqZQg4E7Aq8yNRscoDkABuZVaJrv+o2ZDMj0AdgVtZErJI+B4PoYHXaB8SU44RLC5jIKx0KGFCXXUmFTMiSsFR02KfEQWdaXgpjrLsPyiOYZwraM/awu4SyWyv+ofwFkKnluTd2hG9UQtamizwF3pfbPvyk+QJHtosgJhycCO0JMqwurhajZkr4gyx8XGUa9QwEpKNzZ7rTkEE/RTq4Ie71NOA7pmwF8t4M4ZH0NNBsN5Zm9S5vkBwjKtrp4XIigzcvn0ew0UO9crTqTgAyKahJCNh7viw+ztNjGdz9rtmTRTW9XeRHSlIiHKiKn2sL48CKWt57DpcG+LoyTd9wn40dzPUxFkowe+pWv/7H++689+Fd44qnnzfc0rzpTTlI2ByMNKg+7+7B8SwrxbBY4vuCS2oiLMx0yFbLoNWw1h8EkuwGebG4NCiSeCw8O2MIM97fg2hn8oCXECFHSLFS5ghPYtEJGaA6oFENuiQc/Ip5t7u4myjmOYVEZwXYUaNxWyDq66uz085A6wMJdQ1JyR8zwVDxaajkLoWtuZyp6MY3WG6tIMgelkyNHDDezBF2imJB4FsTPFbQbi+HRMWBCDewhLHcI12mYw8SBLLksNmdrRL3Y8J1A3TIV98NmR8V6no3h85swEVLGLlN4Tg1+1MLh7i46aysYZQ7qLQIQEowH+ygpe+cHqIc17B900Ww1MB6P0FmiutcEw8EQ7WYL3Z091GoNeI2GzHROXH0KmxcuCHGzvryMwWBP4ItRmiOObaxffyMKp6aUTIArR0vcQbPZ0o3t+Tg9/I5qwQ/83l/io49/Qzyb7uVNbNxwg5oZ8qjjF746e1H3vO8jeOq580cqYBWC5u7bbsafP/grCG0P7TPvmX2/5a/dUsbp2R+GFgzHvxlFlsNv1I2iAok3ctxU+wiELURc6DsuupsvIWrVzHiCSlganRBdTUwbg4SposSkNwSiuuxcZeItFf4j61HJrVHptMIHquOddsuqIU1nzjEKZUHY4HCobBoUM77grckDQqqlIFk8gVETk4wByyaHXhoJ7JI3Ep3dCZM3WtF5MRYAFjkVFiiuSdk5mhvyjrIwmVCInAfSQjrq6/No45WwT3HJiYbGN5zVFbSVmMREOAB2B7VoQetD3n7sbie2g36/B1I7nDIVXYJpr7uzj1prQT839bM5lmG5Y1uB9ry+7NUSNDwPvW4f7sIi2u2m8H27F/cArzQNDhwsblwPr7aIUZLq2dRCzu9YD4/RDmsYpBNJpVx3ooPvPPEo7n3gj/APT38XOU0ch30E7absNoZs6Db/eRZQd73nD3D2+fMVLZW4UbO2u+snbsQnfvddeNdDn8DfPvnvcwG4cbqMx0//UAFouT+uZkJdSR4Lip8Tds/i0yI/4zgWOi1BfeivEUSBbi5e2Uamg3IZrn5Zas2wLgrChrixHOTKr1goXML6za1KmdupgudsflgpDkx/GxOQpeweeHuobvQMyiXnCKZk+jWC4fxcgjxzy7DSGPO6LQl1545zulmpZoxFbuBQthUq0BmQZgvDx8AQNE4a3KawZKFrkk2Qr+Q0bMGrqHBABTFMRloCSfWqcwJRQKUxwuuZ3g7F2iNULN4ntN78TCBTrtEBzw2pBKAOY39ftSjrcX7xgDELeU5ddM/jJ07i0ubLKIcHaJy4QQ5TuXCVvLHJhuN74GyQIrmJDgnR0oFtY5TE6PcP0Kz5+N4X/hRvfsdD6O7uo0bbsoMDNNaOY0C/t1EP6fmvzQLqbe97FN989vtGkUzyzaaWJ7zrpU99ENf80g8iryysv7l0aKNEmlyWwifsvKCNFm8TLr5rhtGm5YLREJEmqkfFKuPbOxn3EYS+RLvB4t2KRLJhN8lTfLi7jbCzoKGubqHKtyKPEwRcR1UNh0mXFQOfRCLWa5rl2bJxmFlTzQMa59K0umDH1r6WW4s8GSOn1gyDwrYRtppCAxcjNkNt7XELK9BBkt5CRSMgpF+VqDopQ4YiZybwIz0Lw1shwWaqe8da16g7yA9NUsIRbL5c+uVRMImIbnJSVOOVBoga1JAmGQJuDyap9F4Or1zUQLfg5xFOT6K+zyaJYNPqPVHaeHiIiLvl2Age8WCxNImTGI2Tr0dk5SJRjZMSiydeJ7/kNMnRavJ5E6/A+SnrRr4WvpcUBxSlbzWl4JBNYkQ1T+XH7oWL8BevQasR4N1veyP+/itfw3bfR1oE2N36PnD52VkA3n3/I3j63Kv692s3VnD3T9+MRz/zDSPg/r/ykU/cWoK3Fyf/ZJUpAGIEniWOgt/saM6lVddMlZU1In0/LJQ554dGXYrURiKI7axActiFXw8N8HNwiPrquopdsuYo9MOCmtN3h1onWpVxrMOTOJH/nR8a6uf0y/AWKo7InNeEUfM5GuMwWDOuzQiu5E1K+zDeIo6DWNaqVLFnA2SG1pyGicJZCQaxUDO61/z/HAdlKheY5rgKI1yLB0Ng14pqagpu44MsASJWfhbliAMBI3KkYumx5eVckQek8NgR+3AmiQABZM7lvQMFGoN0Ze04dnZ2UW+1VWvxxionqbJJMhoY4rrjwmkc026WWw3+0MusC60QgwvnNac8tvEjyKIVZBYPjKvKXHVyTuoqdct46471Dsi93u/uKzsFHkG8A6Gwexe3ce1Np7F19i8MMw9AaLt4/0Mfx8Mf+xjSV781e09vve9h5PDx6uN/gnPcxFRfaz95vy6fefajeW7rbyGP2bj9KJ0YIUKqYNHxiDCd1DZuSbMA5DqJmLDKgokEJokGcTtCnJ9USVm/MUWxu+5rzuXUmtqkiBVvWC+a7LB+0s1HqTXC1G0juDMvWTYfgNO/W+iXKkanaVm3JRhY2iYrhWkcRBldIc55NzJVG6LNFCc4H4CSXq+Q1rydZbQj1h2H9APDr+Wh5OtTx1/RPzmXqxznWcgauQ2CaMe6wSV/x+9WWq7LmZQg0ILwez4rsbRslSu81fhZ9MIbDQeYSHXfRuDTWYB2uBZanRVMoo5erIHHpZJYHu/t4dj6CYzTDEGNCBsfucNilM+L75HvjhzkgdEDt2g3SzUz0l3NAWWpQLUMalz3ejFatRpoavl3jzyI2++5YxZYketjPEdAumntGpzbemn2/7/9+Fdx1yOfEyJI4I7KlndWNnknbitZA1CqVilHeDcPbjGWrnLI1Y0Twi4IZ2L5ZPB50+Ev/ywpjBoey+rLhkulVcfGuLePY2srgvi4tQVtFqbjFmnbcTdajmBZviD35H1wgG07BnKvoXM1epkPwJn2nJS1TMs/H4DTVD5VmDK/WMWII9SKGxxRP22lm6MbkAN3Nio8IAZqxOpQXFtu4rIhchrnSPPFsM4KqRpoXGyCj18OrbtMqiYAIi9TyR1LfIiByJuX6Zk0ShnXjGGLvsozGQFhqM+bcDOlAzRB6JHRNkLMjjigIgRQr7VxcLCD1srKEfiCh4PrzvYayvoi4nQEN+vDDiLVtS7f0XikLp43JHVthsMR6rWWEC3cULFzTwbbcCd9DLa38eEPfUDkK22F7BrqnWXcduPVuPlNN72WqhsYeB/+3Gdx+qd+TumXRuCf+fgjuOed9yNLUvzTE5/Gz959Lyz3qjNHeY4OmXqYEG9i2N2DV2OnRq80I9U7Db4pN3iqlm/4GObm0naEdgWeD98l3LtnbFUpXcYOUtB3Bm2pLtQE5TSUTKqf5x4bBajZoVJwxyMiQsy+drbGq7in8/ObaTEskc3ppma+hhRd0zQR5AvL17bCJ05HQ8IlTrhH5kaipjUjXxSfRS5xocrHbsqXJl5PJ/1oO2RK6FLUTg6uOUOlYCVRNyxH+HOOZfDIzyUKJ1e26PV7CLlntSaCe1E+L2o01PFyNcdGi2aJ/dFYPBHWuJT/IKeFSYi1LP8M/56MPnxljJjQfcfDeDRCoxkiy+lYxdEXmZEZXB4uAh4mfQx7e/jt974T5/7tGZy67kdx1XWvxz9+8dP4mTt/Hk9+5Qk8+FsP4JYzt87KJQbep/7lKXRWTuLF8/8h/xSSp665/sZZk7S6cTW+/IW/xp1v/9X/FoB6lFSsmlBYV+02f3CeViGXp/luOmDUizT4KNVr+ldOqtmJsg4DEoqYh64ojpwrskvWnE9pDVr5TYNkxpafC8BpcFVef9VPyJ18Yvi6Ro/XfAl8eoSwMTVGFRwMsWqPPKstpdlnBu3cebMO5c9MubZpCuZnENZVJH2lJqlzWZxw8nkQMFuRqipIvznAhk8ro8bK/020ABHATTpnoGiBH0SzcmYqlxEoCA1EjbNOo53FtEnjHrMn5+dSWYJIazURgi0aRS5uQciP5i0qPUL+c3SIlFAyzi/zDMlgJIm57jCWzEe71TSm4pggTmxp4nS3L4gX/eDvvF9uWUGd/HBPvBGfag/jPkK61mcFtq9sYWl5Fe2lBfS3NxE0l+SV0tu5Apc1twQGfLPNkrqZGY/9F+cWP3PuiI3AAAAAAElFTkSuQmCCdata:image/png;base64,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calling spritecalling spritenot clicked0.1dropdown cursormy leftmy toplefttopchoicechoiceceilingtoplengthdropdown valuewaitfalsedropdown setupmyselfwaitfalsedropdown choose actionmyselfcalling spriteghost50dropdown cursornormal costumecostumenormal widthwidthnormal heightheightleftlefttoptopfrontwaittruecalling spritehelp textMayflowerwindDirectionDeg180-60MayflowertrailclonesheadingwindDirectionDeg180update mapinghost50map zoom level11startzoom dropdownupdate mapzoom dropdownghost0inghost0outghost50map zoom level118startzoom dropdownupdate mapzoom dropdownghost0outghost0

test.mosquitto.org:8081

test.mosquitto.org:8081topicNameHello

test.mosquitto.org:8081topicName

test.mosquitto.org:8081topicName

test.mosquitto.org:8081

test.mosquitto.org:8081topicNameidCallHello#1#2/idCall

test.mosquitto.org:8081topicName/##1#2

topicNamemsg

test.mosquitto.org:8081topicNameidCallHello#1#2/idCallSwiss Army Knife equivalent string/list slicer Reports the portion of the first input (string or list) starting at the position given by the second input (counting from 1, like LETTER n OF or item 1 OF) and ending at the position given by the third input (also counting from 1). If the third input is empty, reports the portion from the first position to the end of the string or list If a position number is negative, counts from the end backward, so -1 is the last character or item, -2 is the next to last, etc. If both numbers are equal - will just return single letter or item

pt:o texto de _ entre as posições _ e _ , inclusive 1liststrstartendif (end != "") { return str.slice(start,end); } else { return str.slice(start); }Allows reading global settings programmatically. Eisenberg's Law: Anything you can do from the user interface you should be able to do in your program, and vice versa. This library is just a beginning; there are many UI controls outside of the Settings menu.

pt:o valor da configuração _ Project notes Project name User Presentation mode Language Zoom blocks Stage size Stage scale Retina display support Long form input dialog Plain prototype labels Input sliders Execute on slider change Clicking sound Turbo mode Flat design Keyboard editing Visible stepping Thread safe scripts Prefer smooth animations Flat line ends Codification support Inheritance support Hyper blocks support Visible paletteAllows changing global settings programmatically. This block is for Boolean (checkbox) settings; use SET VALUE for numeric or text values. Eisenberg's Law: Anything you can do from the user interface you should be able to do in your program, and vice versa. This library is just a beginning; there are many UI controls outside of the Settings menu.

pt:altera o valor da configuração _ para _ Presentation mode Retina display support Long form input dialog Plain prototype labels Input sliders Execute on slider change Clicking sound Turbo mode Flat design Keyboard editing Visible stepping Thread safe scripts Prefer smooth animations Flat line ends Codification support Inheritance support Hyper blocks support

function () { var ide = world.children[0]; var menuVarName = this.parent.blockSpec; menuVarName = menuVarName.slice(0,menuVarName.indexOf("%")-1); //console.log(menuVarName); var menu = ide.getVar(menuVarName).asArray(); var rv = {}; for (var i = 0; i < menu.length; ++i) rv[menu[i]] = menu[i]; //console.log(this.parent.blockSpec); return rv; }

function () { var ide = world.children[0]; var menuVarName = this.parent.blockSpec; menuVarName = menuVarName.slice(0,menuVarName.indexOf("%")-1); //console.log(menuVarName); var menu = ide.getVar(menuVarName).asArray(); var rv = {}; for (var i = 0; i < menu.length; ++i) rv[menu[i]] = menu[i]; //console.log(this.parent.blockSpec); return rv; }

function () { var ide = world.children[0]; var menuVarName = this.parent.blockSpec; menuVarName = menuVarName.slice(0,menuVarName.indexOf("%")-1); //console.log(menuVarName); var menu = ide.getVar(menuVarName).asArray(); var rv = {}; for (var i = 0; i < menu.length; ++i) rv[menu[i]] = menu[i]; console.log(this); console.log(this.parent.children[3].toString()); return rv; }

function () { var ide = world.children[0]; var menuVarName = this.parent.blockSpec; menuVarName = menuVarName.slice(0,menuVarName.indexOf("%")-1); //console.log(menuVarName); var menu = ide.getVar(menuVarName).asArray(); var rv = {}; for (var i = 0; i < menu.length; ++i) rv[menu[i]] = menu[i]; //console.log(this.parent.blockSpec); return rv; }

function () { var ide = world.children[0]; var menuVarName = this.parent.blockSpec; menuVarName = menuVarName.slice(0,menuVarName.indexOf("%")-1); //console.log(menuVarName); var menu = ide.getVar(menuVarName).asArray(); var rv = {}; for (var i = 0; i < menu.length; ++i) rv[menu[i]] = menu[i]; //console.log(this.parent.blockSpec); return rv; }

Reports true if value >= low AND <= high

Reports the value previously stored under the input key in the browser's local storage. Reports False if the key is not found.

de:$globe zeige aktuellen Standort pt:mostra a localização corrente do dispositivo no $globe ca:$globe centra a la meva ubicació

de:$globe Zoom pt:o zoom do $globe ca:$globe zoom

de:setze $globe Zoom auf _ pt:altera o zoom do $globe para _ ca:$globe fixa el zoom a _ 10

de:$globe Längengrad von x _ pt:a longitude no $globe da coordenada x _ ca:$globe longitud per a x _ 0

de:$globe Breitengrad von y _ pt:a latitude no $globe da coordenada y _ ca:$globe latitud per a y _ 0

de:setze $globe auf Länge: _ Breite: _ pt:altera a posição no $globe para (longitude: _ , latitude: _ ) ca:$globe centra a longitud: _ latitud: _ -122.25785237.872099

de:y von $globe Breitengrad _ pt:a coordenada y da latitude _ no $globe ca:$globe y per a latitud _

de:x von $globe Längengrad _ pt:a coordenada x da longidude _ no $globe ca:$globe x per a longitud _

de:ändere $globe um x: _ y: _ Pixel pt:desloca a posição do mapa de (x: _ , y: _ ) ca:$globe canvia la ubicació en x: _ y: _ píxels 1010

de:$globe Entfernung in km zu _ pt:a tua distância em km a _ no $globo ca:$globe distància en km fins a _ §_objectsMenustagelat1lng1lat2lng2return stage.worldMap.distanceInKm(lat1, lng1, lat2, lng2)stagey positionx position

de:$globe aktuelle Position pt:a localização corrente do dispositivo no $globe ca:$globe ubicació actual

de:$globe aktueller Breitengrad pt:a latitude corrente do dispositivo no $globe ca:$globe latitud actual

de:$globe aktueller Längengrad pt:a longitude corrente do dispositivo no $globe ca:$globe longitud actual

de:aktualisiere $globe pt:actualiza o $globe ca:$globe força refresc Stage

de:$globe als Kostüm pt:a parte visível do $globe na forma de traje ca:$globe vestit del mapa actual

de:setze $globe Stil auf _ pt:altera o estilo do $globe para _ ca:$globe fixa l'estil de mapa a _ WikimediaOpenStreetMap Wikimedia Watercolor Toner Terrain Topographic Satellite Streets Shading Mapbox (experimental)Reports the whether the key is not found or not in the browser database

The second input is an "association list," a list of two-item lists. Each of those smaller lists has a "key" as its first item and a "value" as its second. ASSOC reports the first key-value pair in the association list whose key matches the first input.

ca:associació _ _ 11

pt:os dados JSON _ em formato de lista

pt:o valor com chave _ em _

pt:um par (chave: _ , valor: _ )

pt:o valor com chave _ em _ false

new reporter added by cymplecy to allow fine zooming. Uses stage.worldMap.cyscale defined in modified zoom command block

de:$globe Zoom pt:o zoom do $globe ca:$globe zoom Swiss Army Knife equivalent string/list slicer Reports the portion of the first input (string or list) starting at the position given by the second input (counting from 1, like LETTER n OF or item 1 OF) and ending at the position given by the third input (also counting from 1). If the third input is empty, reports the portion from the first position to the end of the string or list If a position number is negative, counts from the end backward, so -1 is the last character or item, -2 is the next to last, etc. If both numbers are equal - will just return single letter or item

pt:o texto de _ entre as posições _ e _ , inclusive 1liststrstartendif (end != "") { return str.slice(start,end); } else { return str.slice(start); }

1

2552200255

Error

clrlet temp = clr.pixels().asArray()[0].asArray(); clr = new Color(...temp); this.color = clr; this.rerender();

e.g. list(x,y)Create shapes - if height is 0 - width will be used to create an equal sided shape (or circle) Color can be 1 pixel costume, a 4 item RGBA list, a 3 item RGB list, an R,G,B csv triple or 0 (black), 1 (red), 2(green), 3 (blue), 4 (cyan), 5 (magenta), 6 (yellow), 7 (white)

rectanglerectangle circle triangle hexagon diamond octagon pentagon 5 point star rounded rectangle lozenge0100defaultdefaultlistlength3colour1110rounded rectangle000flatten0value2index10120id1120200200110valuesqrt10109020id0120200200920202020201005201005lozenge000flatten0value2index25150id115050050125valuesqrt25252405000id0150500500245050505010025010025 point starpentagonoctagon150id501715011711711001711000171trianglehexagondiamondcirclerectangle

function () { var ide = world.children[0]; var menuVarName = this.parent.blockSpec; menuVarName = menuVarName.slice(0,menuVarName.indexOf("%")-1); //console.log(menuVarName); var menu = ide.getVar(menuVarName).asArray(); var rv = {}; for (var i = 0; i < menu.length; ++i) rv[menu[i]] = menu[i]; //console.log(this.parent.blockSpec); return rv; }

function () { var ide = world.children[0]; var menuVarName = this.parent.blockSpec; menuVarName = menuVarName.slice(0,menuVarName.indexOf("%")-1); //console.log(menuVarName); var menu = ide.getVar(menuVarName).asArray(); var rv = {}; for (var i = 0; i < menu.length; ++i) rv[menu[i]] = menu[i]; //console.log(this.parent.blockSpec); return rv; }

latitudelatitude longitude

reports a new costume, made from the 1st costume, overlaid onto the 2nd one

current§_costumesMenucurrent§_costumesMenuleft justifyleft justify prepend to left centred right justify append to righttop alignedtop aligned centred bottom alignedprepend to leftwordcentredalign rightright justifyappend to rightnumber00wordtopcentredwordbottomnumber00000042552554255255x valuex index000004y valuey index0000044

11 last randomnumber02dimensionslastrandomAuthor: @warped_wart_wars Checks to see if a clone reference is still valid or not

error

Reports True if the first input string contains the second input string, otherwise false. Comparison is case-independent by default; use USE CASE-INDEPENDENT COMPARISONS to change that.

pt:o texto de _ antes de _ Catch errors. Runs the first script. If it succeeds, nothing else happens. But if it has an error (something that would otherwise result in a red halo around the block), then the second script is run, with the text of the error message that would have been shown in the variable ERROR.

pt:tenta executar _ e, em caso de erro _ , executa _ return

8kmkm metres/secondmilesmiles knotsmetres/second

Create dot-matrix costume of the text using pen color size 1 = native resolution of 5x9 pixels for each letter, 2= 2x that etc Optional extra parameters 1. background color (color object or RGBA list) 2 .border size 3. font color (object or RGBA list that overrides pen color)

A1background color1length22length33color3check if parameters are supplied and setup the appropriate variablesfont x pixel count2start of code to actually make the costumefont y pixel count3font total pixel countlettertext lengthnew widthnew heightfont datapixelsfont data1listtext lengthlinelinequick fix to deal with blank linescharlettermatrix1pixel4length0new widthlength1length0length1length1new widthlength1pixels14new widthlength1new heightlength0percent size1percent sizefloorfloor1001004floorpixels2444value24new widthlength1new heightlengthpercent size1percent sizefloorfloor1001004floor

smallest componentrgb255

background colorbackground color border size font color

increase size of costume using a point resize algorithm

current§_costumesMenu2heightwidthold pixelsheightheightwidthwidthold pixelspixelsfactor4w14h014original Snap! codeadded by cymplecy as couldn't find a block to do the job but maybe should be in list category???

pt:o valor com chave _ em _ This block carries out the given script for each item of the given list, like the primitive FOR EACH. What's different is that it provides the # variable, which will contain the item number in the list of each item in turn, 1 while processing item 1, and so on.

ca:_ per cada _ de _ _

The identity function reports its input.

current§_costumesMenu

truename

true

rank1max lengthmax length1111length : cellcolumn indexrow10Reports a sorted version of the list in its first input slot, using the comparison function in the second input slot. For a list of numbers, using < as the comparison function will sort from low to high; using > will sort from high to low.

ca:ordena _ segons criteri _ copy of datasplitmerge11#1#2

ignorerun ignore

5LET (FOO) BE (5) is equivalent to SCRIPT VARIABLES (FOO) SET (FOO) TO (5)

pt:cria a variável de guião _ com valor _ options 1. username 2. password 3. connection callback 4. keepalive

test.mosquitto.org:8081length2length3length4brokerusernamepasswordkeepaliveprocess/* github.com/pixavier/mqtt4snap */ broker = broker ? broker.trim() : broker; username = username ? username.trim() : username; password = password ? password.trim() : password; keepalive = keepalive ? +keepalive : keepalive; stage = this.parentThatIsA(StageMorph); if (!('mqtt' in stage)){ stage.mqtt = []; } let wsbroker; if (broker.startsWith('ws://')) { wsbroker = broker; } else if (broker.startsWith('wss://')) { wsbroker = broker; } else { let prefix; prefix = window.location.protocol == 'https:'?'wss':'ws'; wsbroker = prefix + '://' + broker; } try{ stage.mqtt[broker].end(); }catch(e){} delete stage.mqtt[broker]; const opts = {}; //if username supplied, add the properties to `opts` if (username) { opts.username = username; opts.password = password || ""; } //if keepalive is supplied, add it opts if (keepalive) opts.keepalive = keepalive; //console.log(opts); stage.mqtt[broker] = mqtt.connect(wsbroker, opts); stage.mqtt[broker].on('connect', function(connack) { process.doSetVar('connection status', 'connected'); console.log('Connected to ' + wsbroker); }); stage.mqtt[broker].on('close', function() { process.doSetVar('connection status', new Error('Connection closed')); console.log('Connection closed on ' + wsbroker); try{ stage.mqtt[broker].end(); }catch(e){} delete stage.mqtt[broker]; }); stage.mqtt[broker].on('error', function(error) { //process.doSetVar('connection status', error); try{ stage.mqtt[broker].end(); }catch(e){} delete stage.mqtt[broker]; // alert(error.message); }); connectingconnected

usernameusername password connection callback keepalive

listlength0

cymplecy/picomqttws.mas400.com:443red,yellow,blue127.0.0.1:9001,mqtt.eclipseprojects.io/mqtt,mqttws.mas400.com:443on,offshipCourseOverGroundDeg,66.138batteryCapacityPct,75.358036shipSpeedOverGroundMS,2.337shipDataTimeStamp,1624083043shipConnectivity,Connected_id,60cd8a6b8422dfb4eb3001bcshipStatus,ActivewindSpeedKmH,19shipLatitudeDeg,48.90533weatherPhrase,Partly CloudyshipRollDeg,0shipHeadingDeg,67.6803sunset,2021-06-19T20:46:21.000ZfuelLevelPercent,85shipLongitudeDeg,-9.83427solarChargerPowerWatts,163.456weatherDataTimestamp,1624083051.65078shipRudderAnglePercentThousands,35shipThrottlePercentThousands,524waterDepthM,0batteryVoltageTenths,533.838988generatorOnfalseshipPitchDeg,0weather,partly cloudytemperatureDegC,13sunrise,2021-06-19T04:34:52.000ZwindDirectionDeg,190date,2021-06-19T06:10:51.650ZDate: 19 Jun 21 06:10:51 Data: Connected Latitude: 48 deg 54'19"N Longitude: 9 deg 50'3"W Status: Active Speed: 4.5 knots Course: 66 deg Heading: 67 deg09:04:4148.90533-9.834277SatelliteStreets,Satellite,Topographic,Shading,OpenStreetMap,Watercolor,Toner,Terrain50replay/status/_id,batteryCapacityPct,batteryVoltageTenths,date,shipConnectivity,shipCourseOverGroundDeg,shipDataTimeStamp,shipHeadingDeg,shipLatitudeDeg,shipLongitudeDeg,shipPitchDeg,shipRollDeg,shipRudderAnglePercentThousands,shipSpeedOverGroundMS,shipStatus,shipThrottlePercentThousands,solarChargerPowerWatts,sunrise,sunset,temperatureDegC,waterDepthM,weather,weatherDataTimestamp,weatherPhrase,windDirectionDeg,windSpeedKmH,AIS_JSON,AIS_latitude,AIS_longitude,AIS_speed,AIS_heading,AIS_courseOverGround,AIS_turnRate,AIS_timeStamp48.90533-9.8342766.1384.542754080000001falsefalsetrackingabsolute,trackingfalse2021-06-19T06:10:51.650Z67.6803270,90,200,160,30,330time,2021-06-19T01:00:25.000Zepoch_time,1624064425object_name,personobject_id,1prob,0.5218cam_id,1annotation,https://mas-science-data-publicimages-mission1-jun21.s3.eu-gb.cloud-object-storage.appdomain.cloud/hds-run_y2021m06d18_h13m37s11_cam_1_frame_04289.pnglatitude of marker,49.02540531974415longitude of marker,-10.208682967981673longitude,-10.065938433984751latitude,48.831408334595331624083043truetime,2021-06-15T10:53:21.000Zepoch_time,1623754401object_name,boatobject_id,9prob,0.5139cam_id,3annotation,https://mas-video.s3.eu-gb.cloud-object-storage.appdomain.cloud/tds_run_y2021m06d15_h11m43s19_cam_3_frame_00056.pngyestrue1624083043An inconsistency in the data feed has been detected Suggest pressing red stop at top right followed by green flag to restartIt looks like the replay MQTT data feed has been restarted Suggest pressing red stop at top right followed by green flag to restart the program016394726814389