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bannerGitHub2.htm
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bannerGitHub2.htm
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<!DOCTYPE html>
<html lang="en">
<head>
<meta charset="UTF-8">
<title>GitHub Banner Generator</title>
<style>
html,body{margin:0;padding:0;background-color:#272727}
canvas{display:none;text-rendering:optimizeLegibility}
div{display:inline-block;width:100%;background-color:silver}
input[type=text]{height:30px;width:90px;font-family:Arial;font-size:13px;margin:0;padding:0;box-sizing:border-box}
input[type=file]{height:30px;font-family:Arial;font-size:13px;line-height:30px;vertical-align:top;margin:0;padding:0;box-sizing:border-box}
img{display:inline-block}
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Gp2M9wL3IZYesPvsFdV11XUnGnCFIvsidx4O90psCst2CvdDdgoTvxP/+Zf3NiUKE7/7I/jKFfw2/YYFvgb4NvmGBfwM+1AlChP/+J78DhUjChO//Gj4DhUjCg5jf8P3vHbLdvfKwxLDzaLM91fME/r4pffgFW9CiINzXjTxgZZcxomNgZeJjgjetdLD2hrQW+L7BB4T/vsBUzJCb5Nk0i8fE/o+YDBW+wYaJd8g9yT3B7/QtaoepG6+V7FttcAYWLeClGC5iI6BlomOrcaXqKTVCPvithWvWvb7FLFkCHJ6WD4wGzBJ4NrVybLUtB8T/qPZFYqNhJSHkAhounOrsxq/uLjDv7VhU0tPZktqHg78efh893j7VXf3CuoSy+U24BNoE5DQ+WAnCg58CtfLA/eKgAr7FvtPY/se+yga+2nt+y7TKR66Bi33HFD3M/c6Gvc+xvc35vckHg58CvdVywPi+2YV9xb3T7P3HvcoGvdpKfcuQ+0eXAbp+xzG+zP7Ohr7PlD7NzD7JB4O+9L4Q/e9Vwqz98n7Q7QTUBOg9zqACpFIkElPplCjeVjJest8YFljWbdrrcGtxK5SsFW2q2C9Yr3Imsmcer5Pc1BwkM0Fj84FDlz33TMKDvxBi+oB7OAD7CYKDjwK/EGL6gHr4QPr6hUs4eoHDmAK93wrCvt8/XIFugb3e/lyBQ5/vfkIvQG+y/fZywP4jPfzFfcJhPeM+29aT4JKWR5qYGhP+10a+yKk+2T3Xvdrlvd89xceS4wVQYY9dE8eUHVjYEUbXVuVyWsfc7l8u/cjGs2M26HKHsugtLnZG86zaFKjH6NSkjw1Gg6gdvitd/dbdwH3vccD99ArCnFYa1n7Iz0IVQe+n8Sk1dEI/Op/CovF+GB39zy9AcHL99HMA/iIFsX8EgehtJ6w9wbiCPco9wXayfcMGvU85/sfRvsgcftAeB7LgwW2kp73BfcbG/cAuzxENFVY+yH7Ah/7GSRSTX8kCA5/vffTuPcad/cqvRL4K8trzhP4vfdJFVaWqPsg90sbE/T3IOjo9xX3Aku7P5ofjQcT+KqZ1a3wGvYy1vsD+wlHRvsDcB7IgAWulKf19wcb2MVWQE5mZF93H3tnaItsG4RVBZSzl4uXGxP07MhOMzpUMvsD+xZz9wO0gR8OoHb3RsH4eHcBn8b3pMcD9/P3RhX7Rsf3Ru3BKfh4Wwf76/x3BVQHxsEV96L4FAWN/BQGDn+9+AXB91PBAfhSywP3GvlWFUf8B76EBausurrgG+vPQSMiRzUn+wJi2s59H02EBV6Wr/sk9z4b9znY9xz3A/cQLfH7ET1YZ3hvH7j3igX3v8EGDn+99/zB92q9AbnL9+LLA/iA+LsVuIFx9wz7MRv7kYv7xz/7LqtOrF0fYqnFYOAb9ynW9xH3CvcNO+/7FGo4iChDH4mNjsSO5KbFGcCkucTeG/GiNmaUH5j71BUoSzQtJ0vs6/cI6r7TzOVe+xUeDqB2+SDBAcP4WAPD+VYVVfgLB3Zv+0v7gVn7Pn37bRnNBqb3//c191vm8wizBw5/vffTvfeXvRK6y2jJ96zJaMsT8vgO+BUVE+yomNSs8BrtPeH7EPsQPTUpJtRqqH4eE/JkfS9r+xka+xDnLfcf9x/n6fcQHvcZL6tkmR4mbxX0yk0s+wE7VjMvQcT06snJ8x8T7Iz3yRXttT9QSlZQNDNXxszGtNfuHw5/vfdqwff8vQG7y/fiywPL9y0VXpWl+wz3MRv3kYv3x9f3LmvIarkftG1RtjYb+ylA+xH7CvsN2yf3FKzeju7TH42JiFKIMnBRGVZyXVI4GyV04LCCH3731BXuy+Lp78sqK/sILFhDSjG49xUeDmsKE6Ds6hVWChNgNvg7FVYKDmsK7CYKE2A2+DsVVgoOXPcB+HcBz8cD+OT3ARW8B/xk91T4ZPdVBbwH/KD7cgViBw5c92S591S5Ac/4oAPP+IBJCvyg+4JJCg5c9wH4dwH4qMcDz/jkFVoH+GT7VPxk+1UFWgf4oPdyBbMHDvtji+n4T3f3L8MS92DfPsn3C88T9BPs96X3RRXjlqHUzx7X0qa9yhrTXfcJ+y37QWj7Jl6BHs2ABbiWpPD3AhvYx05BU25qUVcfMTmFYY0sCBOQhDgVLd/pBw7o+xqz9xW5+Da29xqzAYmz9Mn3osL3bLMD+ML4phV6OQWjfmTRKhv7KSf7Mvsj+wbPL/C1yJrWyR+NiQWIe4p9hRpjpX+s6fcy9wf3Z/cUQ/d3+7f7tfsc+2v7a/uK9zn7QveZ93fy9wvUux5ZBl1mNyH7Yxv7ivsg9zz3Z/dn9yP3SPeD97ms+4I++0b7FCNLfYGTl4+Mko6ZH42Z3vgcBSb7PhX7AD/7P/sEPF3V3uvH9zn3FNLBVDceDmOgdvd2x/f70lcKi/kvE9j4hfd2Fej7dgXYBvvF+WAFRAb7t/1gBdQG5fd2BaDHFRPo9yL3+/co+/sFDmOLZQr3ksgS4c/3+M9n0RP44Rb3wAYT9Pc8xfcD5fcVLKthmh8T+Kqc07PwGp6I9zb7bx77ogb3vPwLFRP09wG+SUFQazn7Fx/7dfetBvfOBPdEBhP4yfcKivsPVm4++wgf+2cGDpqCCgP5Mj0KvnhR9zP7ZHoK+zLZ+2f3jfd1v/c/zZ8fTZwFXX1e+yz7SBv7KiT3CPdY94L3Ltn3AnQKmovH+OjHAeTP+EvRXwr3HNiZ9z/aGuB19zX7ENEesEo0jIcb+6cGz08V9zwGtb+Kdrcf9w5TlvsuUhr7DW77CCFZHndfTItuG/s8Bg4ri8f3qsf3lscB488D9zD4IhX3lvgax/xe/WD4bMf8KPeq9/3HBw6gdvflx/eXxwHkzwPkNQrP9+X3w8f7w/eX9/fHBw7Sf8P3kcf3z8MBw9H4nM4D+Df3+RVP93f7QgdYRjlvNRv7CPs70veF903y9xf3R/dCtfsWZZgfzZ8Fvnxe9y37exv7Wvsy+w/7lPuP90L7AvdN9yDfvMHVH/eeBw6aoHb378f3yYQK9y/4KxX3yUf9YM/37/gw++/P+WBH+8kHDvxBSgr0zwP0NQrP+WAHDvtjf8P5NHcBpMj3ls8D9+wrCvyUB0R6MvsB+w2D9we4iB5OhAVHjpj7Ifc+G973Cp/3WB/4lAcOY0oK489PCvedB/cV9wn3t/wSBeQG++P4O/fW97kFLwb8KPwKBfgKBw5aCv1g+EHH+/35JAcO9xKL60B2+RvQEuTJ+KfJE3jkNQrJ+RuOB/d8/RsFxAb3gPkbBY79G8n5YCYGE7j7eP0A+3X5AAUOmovsP3b4+/BXCuLJ+DzJE1ziNQrJBxNs+PuNB/gw/PsF0/lgTQYTnPz/iAf8M/j/BQ7Sggr4otED+BmACvubRftw+yr7Jc77dfee95rS9273LPckSfd2+58fUwT3EPcfMvt1+4v7NkgmJfs1zveL3p7fwsof2c/skaMbDiugdvfDx/e5xwHjz/fq0U8K98OBCuPZZclYrB+rWTmLgRt4TxW89xeK+yX7ESN1fgrSgwrD0fii0RO4+NKtFRN4qHbCZMh2nroYVaRjpm+eCNbWqvX1GvcrRPdv+5r7nkj7dfslHhO4+yzS+273mh7mwaSisR/7RfEVwXqwdKd2CHBbXoVrGyb7Ns73i/eK9zXP8fH3NUf7ii9yLklMH4qKjYobgZNKv1uWcpAZDmOgdvfdx/efxwHjz/gQ0U8K993zB92xevsn6R/0+zkF4gb7HPdmV9txnFWlGY0H9yOYzNP0GsdxxV6tHqVoWJhQG2FPFcj3E4X7Evsc+yiMYB/7UfefBg4rf8P5CMMSt85lzffkzV7NE9QT2Pix+KMViauIsmy4CM9dN5xBG/srPjIl+y33Im3qeR8T5Mt/9w51+wAaKDJYJGA+ltFfHnWuh62IpkiFGPtEm/cFWPccG/dcwPcW2/cv+yOq+wSiHxPYPZsxpeka1MvD8vcwlvsHao0eDqB2+SHKAfeIzwOkKwpM92/9Ic/5IfdvygcOmn/D+TSECuIrCvxZB/tG2yr3WPdO4fD3Qh74WUf8YAf7Clot+zD7YIj3Kcse+F8HDiuL1Fd2+WB3EpH46xNwkSsK95r9YAXRBvef+WAFSAYTsPt9/RcFiQb7dfkXBQ73SovrK+88dvkU11cKl/n1EyyXKwr3U/1gBc4GEzT3Q/kUBY0G9z/9FAXOBvdU+WAFSgYTTPsz/PwFiQb7Ofj8BTgGE4z7Of0ABYkG+y/5AAUOK6B29+h213b36ncBj/jvA7YrCvd7++r7ovwKBdwG93b30/dq+9MF3Qb7lvgR94L34wVEBvth+7P7UPezBQ4rSgr3n88DkSsK95n8KwX7yc/3yQf3ovgrBT4G+3P77Ptv9+wFDiuLx/joxwGi+MEDyysKT/g6B/xj/OUFTPjBx/xyB/ho+OoFxQcOeQrYxwPYKwr+Jvd6vfs++cL3Pr0HDmAK+WAE93v9cgW6Bvt8+XIFDnkK91jHA/eU+1oV+ib7eln3Pv3C+z5ZBw5c+Wx3AfcD+EoD996ACvtv+5qqcPdQ93b3T/t2q6YFDvtj+xG9AYX4lAOF+xEV+JS9/JQGDvx5fQrP4DblE7ATSPct+HwVLAoOf716dvgZdvcHuhK6y/fHxhO89w34BBWxlJzY9xsb9xyLQEsfeQdbelSEV4T7B3tze3h8CFpmgl5pGka5QPcL9xPIzaSiHhN8j2iOfpdsCM4GdLuCo+ehjfcFlhr3Dort+1j7HEhe+wB3Hvf7+xgVE7w5emJmbR5oYFR4YRtQVbPG2dWYz5cfvZTTmbabCA5hCocKE7wwCvcUS/cf+zr7CldLa3MfifeuTwYTfP1gxwf3/veWFRO8Nwq6r6kepqy0mrgbE3zk30b7LR8Of71tChO4+Iz4CBX3F2A0pjAb+1hi+zki+yHM+xf3PfdJsfcWvZcfT5QFRQofE9iGCmEKucv3/scTvPhs+EYViQasdFvK+w0b+0ZV+yz7B/sKxPsx90L3BcDGq6gfE3w8x/lgTwcTvPv+/F4V9y3f0OTV9wde+0L7A2hgcXQeZWFbg2kbLjfX9yQfDngKu8v348sD+JP3kBW/ior3dvt1G/ssN/sA+zf7OuEi9yn3N7T3CL2dH0+VBWp/ai77Bhv7B1Lk9xGJH4y9Ffc+n/cKk6ob1dpj+x6XHw78QVwKE+goChPYlrwFE+gtCg4r+2a99yhVCosKu8v3/McT7BPc+Gs9ChPsNIkHqnhbz/sQG/tQYftGLPsDwvsy90P3CrnDrqYfjVkG+wlUQ/sk+xF/x6qEHlCXBfsLk+dp9wQb92uv9xH3Eh8T3PhxBxPsT/udFftB+wRhRPsJT+/3DvcJxPL3De/dQPssHg6gdvhxwPdOdwHbZQoD2zUKx/d1BykK96YGDvx5oHUK9xLnEtzHF9xHCviaBxMwTAr8eftmxXF2+WF39xLnEtzHE7jcPQr8ywcyeX1hfIONj3weE3h/VgUTuIGyl4qWG5imjpqjH7Okj7TgGvjDBxMYTAr7Y6B29+5291V39253AdvHA9s1Csf3agfa0fdZ+7AF2gb7fPfZ92z3VQU2BvuS+4QF+EoHDk4K/WB/CvcSoHb4cr+LCtvH94vH94vHFBwT3BO820cK96gHE9zytOz08oktVR773Mf3kwfxm/cN9w72jS9LHvvWx/f1B9R2sXmeHqJ2ZKNSGy9gV2lwH6V/cMcoGy1gUm54H4kGE7zVBw6gdvhxwIsK22UKE9gTuNtHCvd1BxPYKQoGE7jXBw5/VQoBucv348sD+JH3lBX3Ry/q+yD7IjMs+0eKHvswiuH7BPcmG/c10vcH9y0fSxb7H0k8KChE1/ci9xTC6/cG9Mg5+yIeDkYKiwqHChPsMAr3D0/3JPs/+wdXTWlxH4kGE9zfT/1gxwcT7C8KRgqLCrnL9/7HE+z4bNoV+6nHBxPc+WBPBxPsN4kHrXFXyfsHG/s/T/sk+w9Bpvtd92Uf9wW6wq+nH/v890cV9yze0eW7s3pyqh6vbq1b+wIa+yg1SiguN9f3JB4O/Aqgdvhmy4sK2scT0BOw2kcK94EHmIytjqUeE9CPrJCulJ4Iz6m2jJ4boJuFfawfE7CiwAUT0Jl1cJxgGzlxPWWAH4kGE7DzBw77Y39VCgHAy/eiywP4QfgdFfZwTKklG/spaC1YNdNm9wJ0H/cGc7FxWBpVW10z+w5136iDHk2ABTefvEf3Ixv3IMnW3+ZAriKhH/sUpnGluxrAuKrX8ZtZXZkeDvxBg734Q7gB6ccD9y75RhVPZAX7GUNe0/vwB1GJQPcEnZmNkaseg7wFhWyCioMbWISmyx/36Oy4KgcOf8B3cArWZQoTuBN4+HAW+JpP+3QHE7gzh2J9bB5RcE9oUxthZp6pdh95pYmytRr31U/75gdtikqzYR55nLNm2Rvtsr2ypx+NBhN4PgcO+2OL1lVwCpn4bBNwmT0K92T8mgXDBvdk+JoFSgYTsPs//E/7P/hPBQ6ai9f38udXCpH5WhOwkT0K90L8mgXKBhPQ9wn4PgWNBvcK/D4FyQb3QviaBUwG+x/8TgWJBvsP+E4FUwb7DvxOBYkG+x/4TgUO+2OgdQoBk/h4A6I9CvdU+4z7Y/uiBdcG9zr3dfc6+3UF1wb7Y/eo91T3hgU/Bvsr+1r7K/daBQ77Y/tmyWt2+WN3Epz4bhOwnD0K92H8mmcwBWB6fn1jG4CAjJJqHxNwkk4FE7CDrZeKlxu+safaqh/3ifkBBVAG+0b8VPs++FQFDvtji8D4M70BoPhcA7Q9Cln34wf79/wzBVb4XMD8DAf3/Pg8BbQHDlsK9yPCE1j3soAKcoxXjWVYCG9ni2j7MBpUiiMuiB5LB6SKqYqiXQibaotz+zcaJ6FD9w2OHhOowgczj4uU90Ua64veKrge7LmL1/cWGvcnlpjYjR4OTQr+Jr36JgcOWwr3G8ITWLr7ZhWkir+Jsb4Ip6+LrvcwGsKM8+iOHssHcoxti3S6CHusi6P3NxrudtT7DogeE6hUB+OHi4L7RRorizjsXh4qXYs/+xYa+yeAfj6JHg5c97W6XPcRXLoS0PieE7ATUPjj+CcVeXZPWlQbeW+Orz8fpFhsmV4bZGN8YFEfVQeutsGptRuwxnCBoB9zwK96tBu+sqSquR8O/Ar7Wviv/Jp2+QHqEvcQ4DzVE3ATiPdg+1oV9zUHevgOBWMGevwOBfs1BxMw2vkBFeo2LAcOf71ydvgbdqp29wC9h3f3ZncSucsTmxOr+AL4XhXCbJdiknMIE5fLlXD0Qql2lBnC901imlP7UgUTW41/do1xG/tPWvst+wn7Bbr7AOhoH1T7TLZ/wfdMBRObipOdiKYb91Ct9ySvkx9PlAVifGgp+wsbd3+NjYQfYpsVOb2B9r4a90n3BqzDoZqGiZMeDn/Ie733jb33vL0S2c2CyxN0E3j3QvgSFXTXhKizGuTLyeLZwFcznh7IlgWshW73JvtFG/sVNC/7BWqRbKI+Hz1ZBhO06AaRdpJuahonTE5gZB6pTgUTdJ6nsKXIG6ibiHXQHxO0gK6ygqkbn7aOqM4fcMYFe2dlfWQbeIGNl2MfE3SZXluRcRtkZYKIfR+JjQWxtbzH5xqjh5qEpR73M70GDjIKoHb3VLnXuff4dwH3i8sDjSsK92j7+AX7SV33ZQaQgQVJ+2pd92r7VMv3VPdouftozQeRlQX3Yrn7Rwb3Zvf4BUYG+2D7+Ptj9/gFDvtmwfkJuPcwwQGS+KgD9/s9CpfBBdObmanAG6Wkh4WjH5W7BZdeeI9yGyN4OlqAH4VvflcFOQaCXgXdBiX8bQWBXH1PihpafF+MfRtudY6Sdx+AWgWEoqeDrxvtosjNmR/3DfjABfYGlrgFDvtmwvnRwRK7x3zH95fHc8cT5Phl+MkV9xh0M6o4GxPU+wxRQEJAu2mkeB8T6Gl+N2oyGk6xWsJnHvdU+xEFtm+vbFwadHpD+wb7BXnhtYIeSoEFV5iq+w33NBv3Fsnc1NtVr2qgHxPUtp3brOYawnKwVK8e+1n3FXaYBXCcbauxGqmly+b1njFwkR51+4kVqnexcVkaRUB2Z4EeE+T7MvAFeZdWs8Aay9Gkq5YeDvccuffnuQHJuffnuQP4cfjaFUtLBZ5yYqlHG0hlcHVsH0vLbGzKTAV6c2thRRpCqGafcR5MTKpsyckFfZ23adQbpMKQt8UfykyqqkzKBaqxnLu9Grx6vGyxHsrKBft7bRXp10AtLT8/LS1A1+np1tbpHw78efho94xXCtbTE2AToNYrCjQKDvvSfQrM4Dbl2uA25RO0E0L30/h8FSwKE0g3FiwKDq74TxLYXQoTkPhB+HIVLgoTwPuXFi4KDnIK94X4chUuCg5yCvcorhX3Jfdw+yX3cwVXBvcT+3P7E/twBQ77Y6B2+G249edfwxLtx/ddxxPcKAoT7Ja8BRPcLQr3mRb8msf4mgcT7EwK+2NcCvddxxPsKAoT3Ja8BRPsLQoT3PeZ91oV/WB/Cvtj93e5AYX4lAOF96UVXfiUuQcO+EfB921qCvttiAr88cr48YkK920HDqPB+BDB91ZqCvtWiAr8EIgK+1bK91aJCvgQiQr3VgcORApS+0V2+eLPAfehy/cUywP5ASsK++YG+y47MfsHR677H/dNjB/8i8v54vcU/eLL+eLrBw77Y/d494gB9xT3iAP4CPfyFc5UwkhIVFRIR8JVzs7Cwc8eDvx5+xn3eCzqEsvlNuATUBOg0CYKDvvS+xn3eCzqEszlNuDa5TbgE1QToNEmChOI3xYgCg770vh793n7VHf3COsSzOQ339zkN98TahOQ0SsKXgqnna+o4RrrBxOE4RZeCqadsKjhGusHDq74TxLWXQoTwPcTrhVAChOQ95cWQAoO97mL6gH3D+D3jeD3jeAUcPcP6hVWCvjbFlYK/DcWVgoO97lsCpx2CsB2Cq12ChPfwBPDAPju9zYlChOUAPsb+MoV+8v9hgW9BvfL+YYFEzwA+5n7UCUKE8MA+CT8DhUjChM8APvu+A4VIwoTwMD4//wOJQrBFiMKDvtj+2bD9zB2+E/pErPP899GyRP4E/T3d/fpFTOAdUJHHj9EcFlMGkK5+wj3LfdBrfcluZYeSZYFXoByJvsCGz5PyNTDqK3Fvx/l3ZC1iuoIEyiS3hXpNy0HDmMKyfc0A/czKwoqBvcC+xUFvQYOYwr3A/c0A/dCKwpBCg78Cvje9xZjsxKp96UToPcSKwor+xYF0QYTYM/lBROgzzEFzgYr9xYFDvwK+O7nEp+2YPe5XbkT0BOg95/5ShWAiYhvbhuEgI+MiR+UcD2kcxtaf1pgiB+2BpyNjqGoG6Chg4OfH3fCl4idG5+1ld2RHw47CvwK+OO7W/cHEqn3pRNgqflWFTqXxWnRG9LAsdiUH1gGE6B0hoJfRxtjdpiafx8TYICZiZyKkwgO/Ar45OkB9xLcA/cS+UIVLdzpBw78Cvjk4BLIx+bHFxPAyPk5FTbH4AcToOYWNsfgBw78CvjIq/cDqwHaq/cDqwP3kvkfFbxkslpbZGRaW7Jku7yysrsea4wVbHJybWxypKqppKSqqaRybR4O/Ar7WrbfoQH3Ts4D9xmWFXQ5BdePi2WGGmJFh3d/foyNfB6HYgWHp5SKmRvvvay8vWKbXYwfnMcFDmMKzffFA/emKwpBCvuGFkEKDvwK+1m9Ae+8A/cMlRV5U4lsfBpRrVzHrq6VmqoetQeDd3KCbRtdcq20qpWskZ0fDvwK+N73FgGp96UD92P43hXr9xYFRQZHMUflBUgG6/sWBQ73ufd3uQGF+ogDhfelFV36iLkHDve5i8f3MsfHx/eWxwH4gc8D+IH3bhX7bvhSx/wO96r36sf76veW+APH/NgH++z9YAXUBvT3bgWoxxX3SPgOBfH8DgYO/An3/bWCdvfPsxKTvfdbvRO4zPj9FbeYnKbXG8ygbVkfewdrg2uCZIYISoI6fzIaTbtmyZrQjMTCHhN4j3aNhZN4CL4GgqGFnsca9xQH2Xm7+wtXOIMueR73hCcVE7hcf3Z9fR5ubmZ+bRtfaqWvvcSTs5EfrZCukqyWCA5aCvv8Bz9LBVIH18sF+7/4Qcf7/fe8B/c49x8Fwwf7OPsfBffEBw7Sf8Nddqt2+UDDdXcSw9H4otETlvc40RVypMtS9xsb96zB94f3Eh8Tjupu8VvEHuHqBRM2aqg6LwXHTzekNhv7gi37UPtLZ4/7EdUuHzQqBRNWrW4F+Jv42hWwTppERBoTlvuC+y1B+wQwT7ylbx5vrhVa2Ybishr3hvcx0/TV1GdhsB4O97l/w1/H96rH95bHX8MSw9H4Ns8Tdvi7KwosiQcTrqp3Vdf7Ghv7L/sW+wb7lPuS9xf7CPcv9xTE1auhH40GE3Yt+DHH+/T3qvfNx/vN95b35scH/Cr8NxUTrkuH+1H7UjD7Gcf3ksCM95n3dPc0rPsV+wMeDvwJ9/2196+1AZO992+9A/fb+LQV9wFO1ic0RFf7F2mQRLxhHnOns36xG8furfcpH1kWdIn7CvsCPm3N1sea3efeqEZCHg73Sn+992i94nb3Br0Busv3s8f3080D+d/3jhXQgtNhwh6ucFW8LRsiYVhvcx+pe3G8+xMb+1F3+wFegh/KgQXPm6257Ru9un9doR+TeoxfdBp5B3KCaYAtfghCgfsRevsXGki6QfcK9wbW0KqsHm6euET3Exv3Lrf3DrabH0qVBWWAcjT7CxsqTNH3IoofjL0V9JDG1uwbxutp+yaNH/wPIRWIik1ubB5kZ1h2Vhswccev3+earZAfxpOfj8GYCIyPn5GPGw78eaB1CgHcxwPcRwr4mgcOTgr7+gdETgVWB9LIBfvFx/f7B9LDBcAHRFMF98QHDn9VCosKucv348sT2PcdrhV9nLNq3huxzZLAxB+vra7D9xEaE7ifi+JU3B6+zgUT2GunWkoFsF5il08b+1Fg+zb7BSCwVqVrH1JArHUF9974RhWca5hXTxr7D1Ms+wFvX5KvZx5xqxVvuYO/vRr3INDa8LSzfW2oHg73gXgKusv35sv31ssD+hf3kBWJ0IPUZb0I4Uo4i20bL1NmQl8f4VtBo0Ab+yMtKPtC+xS8ULJpH2a2s4DQG87bnOi6H0C0wGjuG8T3BZD3MrsfTZUFVnhyRfsDG/spgPc5vIkfvQT3R5b3HIqZG+XTQCSKH/wWWBVii/tA+zz7D1z3Bfb3K9vS7fcvkPs4Sh4O+2ODCr/H9xHQpcuYyxO6E36/Fsf4mgbGler3A8ytamJufnByYh4TumBFfXJsGmKfc71nHsxcsGNcGlhhXlqDX4zIZh5TbQVhqq1d3Bvhz9Pgw3W1MNIfYax/lqIaopikqbseE76ks6Gwtxq9Ztv7EWNhg21kHmZuc2Q0Gg5c9ynT9wC59wDTAfe60xTgz/gLSQr7vvdIFUPT0wdD++IVQ9PTBw5xCveFuPcctPcCuBL3qMJkwvfXvxN9gPdEcwqha2teY3BbSHm4OAoTfoAxCvh59y8VYgpV/SkVE52AOL8HE32ANgoOcQr3pIUK+Ea/E375Ms4VE544vwcTfjYK/Gz4/ioK+D8WYgoO/Ar4Enb4A3cB90C/A/dO+WwqCg5c9+l2AfL4WgP3G/jWFWtr91f7VvtX+1era/dX91f3V/tXq6v7VvdX91b3Vmur+1f7VgUO6Hm5972z9yKz9xu5Aaa590S891LE90q5A/gw+LcV+zf8HLz3PqIG4qB4+xTIH5Z0BcYGTPclfZdVngiNB6iO4pnoGpaL6PsZHvsGYxXUBs2+h0tIT4RKH0oG+G+BJAoroHb3K8f3ucdP92gS48/36tET7BPcUQrP9yuBCuQfE+zZZclYqx6rWTmLgRv7SQYT3PcsBxPs9zb7aBW89xeJ+yX7ESN2fgpNCvwEvfgEB1n8txX8A734AwcOmovH957H96LHAeTP+EvSXwr3GNae9zjnGvcMY/ce+wbIHqNeVpJYG/un+94yT+QGzxb3b8f7b/ei9z4GkOCJdL4f9wxUk/suVBr7D237CSJbHndfTIxuG/s8Bg73E3u2a3b34raqhQr4fMITnvda+WwqCvg0FhNeOQoTvtj9fBW2+2gHrKuWk8i4CMS1aQpCbYAewIYFnZOdutAbvKdua2NibVdnH/sGPHxkfGQIDlz33bkBz/igA8/4C0kKDvtVtdqpqb1avG0K92TDE9eA+Iz4CBWEpoCzXbQIr2JjmT4b+1Ne+zT7Aj6l+0f3SXwfgU4FpruMaGNWhmKDhIuNdx9hB4mckIuZG6T3EIvewGCZX4wfE+eAkKn3P5Kv9w2XvxlPlAUT24BFCoYKf734Rr33C9ZXCrrL9+TLE9z30vksFW6lgZNynQg3BhPsv2iZgKhu+xJSGJ1k9yHIrGeqWJ1mGYmJBaNmbJ1YG/sOMSL7M/sPyPsn9z/3Xar3Vc/3YfsN9xditx/qtXq4BZ/8bhX7ETw8Njowwfc591z3Epqtp7KBdKsezlqVMFIaDlyLufevMwr7sfzMSQoOmvtfuOL3B1XB+QjDEsPR96bJE7z5Mj0KxnRQ9yv7X3oKJbD7gPeLbh8T3HdOBZ+Kx4dkGmBHi2yBg4uNeh5eB4mbj4uVG7X3EIviw1KWdI8fk6z3cI7B90mbwBlJnQUTvE55Yfse+0Mb+y0n9wz3VPeB9y3a9wN0CkYK9053AYcKAzAK9wJY9zH7SfsNWktrdR+J965P/ibHBi8K6Hm59wa19+G19w+5Aaa59yLA+F+5A/jG+FcVvnFgxDMb+xhR+wIuJMz7A/cO9wyr6qyXH1+bBWJ7c045G0dLx/cH9x7wn6+tuYBGqR/3ljkkClz4UrkB+La5A8/4gBVd+HL7grn3sAcO/Ar3/rX3q7gB95PCA/fO9/4VtftoB6yrlZXJtwjEtGkKQ2yAHsCHBZaQm77VG7+kcGtkYmxXZx/7Bjx8ZXxkCA78CvfzuvcatPcCuBL3h8JlwRPo9yNzCqJra15icltIebY4ChPwMQoO93330dtQdvf4thL3erz3Rbj3nLgTfO8rCmD3Fvv4vPf49xe2B7kW/CO49/iNB/cC+/gFrQb3CPf4BY37+Lj4I0AGE7wk+9MFiQYo99MFDvvH+FSz91yzAcez91yzA/fo+OAV2E3KPT5MTD49yk3Y2cnJ2R5jFlReXlRUXrjCwri4wsK4XlQeDiIKbgo6ClgKOgpmCjoKWQo6CmcKOgr3Xg46CowKQwrQWApDCtBmCkMK0FkKQwrQZwpQClgKUApmClAKWQpQCmcKmvdX90jZjApIClgKSApmCkgKWQpICmcKSAqMCkMK3vdjDlIKWApSCmYKUgpZClIKZwpDCuRYCkMK5FkKK/cf91rl92MOPgrsWAo+CuxmCj4K7FkKPgrsZwo+Cuz3Xg4+CuyMCj4K8FgKPgrwZgo+CvBZCj4K8GcKUwpYClMKZgpTClkKUwpnCj4K9wKMClQKWApUCmYKVApZClQKZwpUCowKigr3B/djDm8KWApvCmYKbwpZCm8KZwqKCvcNWAqKCvcNWQqKCvcO92MOPAohCiIK+2h+v/kSvgH3NsjpvwP4KsMVgpeCl4KXCHJ1bG9lG2Zvpcsf91IHlJaan5WXCMzhut7qGrZ0xkVGXlP7BB77fwdsaGxpbGmVf5aAlYCgoZ+ioKEI+w8HWpZio3MeeJ2lf64byLe0p6QfMvjHFU9vRV9KHoaBgX+Eggj3OwfhoKqtp5ZvbR4OXn+x96Kx936wAbL3E/fa9xYD+QL3vBX3P4ch9x77Sxv7SPsC+x37P/s+9wT7H/dF9xHRxufIH36Sf5J/kwg5WUtWIhtLVaK2Xx/3YAf32rEV+9r3PAa3tsOhyxvJxnFhtR8Of733hrnAufeFvQHDygP4nPk1FapdUpdUG/s7+wT7G/swdR9fBoJdBbwGioKLgYIag4uCjIMeYwaCXQXABvs8ofL7EPdFG8OwlqK+H8gHbV9YfFYb+xs49wv3D3sf99UGlLkF++IGipOLk5MalYuUjJUe9+kGlLkF++0G9wuf5PcO9xgbvbt7b7UfDm4K2/cZvop333f3AnfevhK+xPjMxRO++XL3uhXqR8ktNk9LWWkeiQbDZ1DFNBsqTkcuMchI79TKvcu2H40GTrHKVt0b7cfV4h9RihVRbFhBUlWy0GIeyrS6uMwb06taUR/7y4oVE35RZldYSxtQXrfKxqu+08PGX0uxHw77FIG/+Cq+90O/Ab7L9/DLA/ij+H8V9y473PsMW1h6fHMeknuQe5J8CJynsJWqG+bATvsKbol0iHYfiQazeF2wQRv7F/sb+xX7V/sE0ULx9yrm9zf3JLAfnM+Uz8UaPPscFftSZjf7DyUbSV++2/cu7PcN9wHStWFYmR8OQvt6wfnKwQH47ft6FcH8ewf3APcf9wD3Hvb3Hyb3HCb3Gib3HAj4TcH8pGkG9fsi9fsj9vsi+wf7J/sG+yf7B/snCG8HDpr7ZXb5/sMB5Mz4M8wD+Q77ehX6Nvy1/jbM+f74M/3+Bw5ahL9zdvhUvxL3Nsv3YcsTuPjkvxWHgX+IgRtdeKu8H/fW9wK//EAHTVh9fnEfknuRe5F7CJinuZWqG/vPBxN4XodZgGUezAaUq5C5wBr30fdh+9wHE7hDrVTbo6GQk5oeDvtq+3bA+fjAAfdoywP4LvlCFZCbkJyQnAiRf26RchsuVU8qH/0pB0huZ1J2fI+Qfx6Geod6hnoIhZmqhqEb5MPF8B/5JwfMqLHFnp6Gh5QeDiEK+1GUdvl4dwH4nYAKVgZQ+21R+25R+21d9wNd9wRc9wNodmZ2aHaSfZJ+k32dlp2WnZW8+wi6+wm8+wkIwAbO94vN94rO94sIDiyLw/kYdwH45BauBzr3cjr3cTr3cghABjn7cjn7cTn7cghoB/h7wxX8MQbK90LL90LK90KSnpCgj5kIjQaQfI56k3TK+0LK+0LK+0EIDvskoHb5UHcB+Iz38hVF9wlG9whG9wkIZwZG+wlG+wlG+wnQ+wjQ+wnQ+wgIrwbQ9wnQ9wjR9wkITxZULVMuUy5U6FToU+nD6MPowunCLcMuwi4IDly3dvciufc2ufcidwH4uPc5Fbn7gAfZ9zYF9zK5+xwG0PciBVsGR/siBfuQXfd6Bj37NgX7LF33FQZG+yIFuwbP9yIFDksK9xUVvwf79fc5BY0H9/X3OAW/B/xH+2IFdQcOSwr35BWhB/xH92IFVwf39fs5BYkH+/X7OAVXBw5c9xi5obnouaG5AfjE+DgVa6oFZHFocGYba26an2sfnW9mmnsKawWyPwq1qB/7ZARrqwVjcWhxZhtrbpmfax+db2abewpqBbM/CrSoHw47CjIKRApypPiapPc3i5WXBvtzpPiVla+XBx6gR5b/DAm9CscL+MAU+VcVshMAbQIAAQAWAG8AuwDRAQsBHgEiASYBQgF0AYwBkAGlAboBzwHnAfsCHwIzAlMCZAJpAoQCkgKqArcCvgLSAuYC6gLuAwMDGAMkAy0DMwNFA1gDYQNnA24DdQN8A40DlgOmA7EDtQO8A8ADxwPOA9MD2APdA+ED5APnA/QEAQQOBBsEKAQ1BEIETwRcBGQEaARtBHAEcwR/BIsElwSjBK8EuwTFBMoEzgTZBOQE7wT4BPwFAQUFBQ8FGQUjBS0FNwVABUgFTQVRBVoFYwVsBXUFfgWFBYsFkQWXBZwFoAWjLLIHilSEfGdvpWgYwrOUtr0a6gcLkYvB+O7DAbvO+HLNA/knFsH7MgfUxuD3BvczGvdU+wL3GvtU+0v7Evsg+0/7ROgkzFce+zBV93TBBkbFMer3Phr3N+33CPck9y7d+w37MvtDLCxNVh5VBw77S3b3VMB3cArbZQoT3Ns9Cv1mx/eaB3KhsV7aG+Cut6WhHxO8Ucf4mk/7bAcT3FyMJ3dkHlZwYXVYG29ljrVoH2W5iLH3GRr3awcO9xRIxzs7SU/7FPsVzVDb287G9xUeCxX3Yvs79zv7Yvti+zv7O/ti+2L3O/s792L3Yvc79zv3Yh5dFvtJ+yb7JvtJ+0n7JkIKQgr7JvtJHg4VS3k6QEB63MvOnNnW1p09SB4L6icKCxUgCguaPQpe3vxtx/ht9wG4+wG5B8qRuNWWlYqHqR4L446zmqsexabHrcMbtbB5bKAfnXGNZWEa+9bH9+YHqozKZbYennphrz0bKWRZZW8fiQsVbGdxc0hnCGIHs5ivnK2nCPu0v/gDBwv5YBUL6mQHjMKSmq+nca4YVGOCYFkaLAcLlWF8jXgbZGh+cHMfeXeBc0QaVAcL+yX7b/cl+3QFvwb7E/d09xP3bwUL9/74XBU3CruvqB6kqrOcuxvl3kX7LB8O9x/aFY0GZ6e6VPcFG/dlpvdd1QuglbOcvhq/XbM9JHBJcIEewIMFqZmXpccbr612al1JhHGIHwv8sIZ2+YZ3Afto+OID99iACjkKDrkB98e5A/fH+PoV+4P7g133g/uDufeD94O5+4P3gwcL+wkHmvsXBbcGmPcXBfcJBwsrCv1gC968tlr3hV8H+2D7hQVgB8O2Ffcg9zQF+zQHC/skNz8uKDXM9yj3Aq0LnYQfVYYFbpSjQfcGG93Huc/SVZt0kR8L/Kz9hgXEBvip+YYFC2P3O/dIzAv8CvjrwQGe97sDnvkhFVX3u8EHDvwK93fKAa/3mQOv97YVTPeZygcO+JoVC/cEiwukrqawG6yrenqnH3ipsHyyG8mzsgv3Jfdv+yX3dAVXBvcT+3T7E/tvBQtM+xUFvQb3AvcVBQv3JvdJ90n3Jgsr9x/3SAv8QffE6gHm6wPm+CMVLOvqBw5jfGgo+wob+wVP7PcX90L1s8sLK/tFdvdOVQoLPQr8mscL0vdz90jaCxVd+KC5BwugdvlgdwELXIu5dwoB+LgWufxHXQf4RwtP91oVL8fnBw78eftFdvomdwHhvQPhKwoL/HlKCtzHA9wrCgtkCs8L/EFw90jUC+M1Cgua91f3SOAL/HlUi/eJCz4K9wMLvfhOvQss4OoHC4t3Egv3Vg73XA6Lx/kkdwHjzwPjKwoL/Ar7ZsJpdvoHwlcKC6B2+G249y7Diwrtxwv3WftZ+Cj7WfdZE6ALK7MHXoJvZ3QepGYFCwPkFvenBqfdlqO1Hwv8QY52+XJ3AYv3qgMLK3+9enb4dL33TncSC/yr/YYFwwb4qvmGBQv8Cvjf9xUBCwNRCgvH963HC/dXDvdVDgZf+18Ftwa3918FC7mzwxq9Z74r+wRyC3cB94rKA/eK+VYVC/xBi+r33OoS7OAXC3G297a2jbb3trYSC/ftdqp29wC9ErnLC/xBi4sB90iLAw4+CvcJC3UKEgv3E3v3EvsHdui2C/vSrvhPAev3WQML+KYVjJqYjJEbxwv3MLn7G2eYHw52dwoLwfdNwQv4mncLf733ar33Rr0BC/wK+1q9+cK9AQsb+zz7NfsN+44LYhtMZmZgbR+rC/wK+1F2+j53AQv4fOos93hXCgs/H/s297kGDsf5YAcO+WwVC/dJB/dHv/cMC3/D+QjDAcPRC3/DdHb5NMMSC3cB4s/4MM8DC3b4A3cS90y/C9nHYEChHw7ax/f+ywv7XlX3Xgv3X8H7Xwv7Y9+LC393Egv3WA4AAAJYAD4BTQB8ARYAJQIsABkCLAAoA3kAQAKbADgA3gBAAU0ATAFNACgBhQAoApQARAEWAFwBTQAkARYAYAEWAAACLAAzAiwAcwIsACYCLAAyAiwAFAIsADMCLAAuAiwAOAIsAC8CLAAwARYAYQEWAFwClABEApQARAKUAEQB9AArAyD//gKbAAACmwBWAtIAOALSAFkCYwBYAiwAWQMKADgC0gBXARYAaQH0ABkCmwBYAiwAWANBAFkC0gBXAwoAOAJjAFgDCgA4ApsAWAJjACwCLAAZAtIAVwJjAAYDeQAMAmMABAJjAAYCYwAXAU0ATQEWAAABTQAaApQAbwH0//oA3gBEAiwALwJjAE8CLAAuAmMALgIsADABFgAPAmMAMAIsAFAA3gBRAN7/4wH0AFAA3gBRA0EAUAIsAFACLAAuAmMATwJjAC4BTQBPAfQAJQEWABYCLABLAfQADgLSAAYB9AAIAfQAEQH0ABUBTQAxAN4AVgFNAC8ClABFAU0AfAIsAC4CLAAdAKf/LAIsAAICLAAHAiwAMAIsADAA3gBLAYUAQQIsAE0BhQBgAYUAYAH0AA8B9AAPAfT/+gIsACwCLAAsARYAWwKKADEB9ACAAN4AQAGFAEEBhQBBAiwASwPoAHsD6AARAfQAKAFNAD4BTQBvAU0AHgFNABQBTQATAU0AHgFNAH4BTQA9AU0ATwFNADQBTQBCAU0AZAFNAB4D6P/6A+gABAFOAAgCLAAMAwoALwPoADgBTgAIA3kALwDeAFEA3gAKAiwALgOwAC8B9AA0ApQARANCADoDQgBKAU0APgKUAGcDIAAbAmMAWADeAFYC0gAAA0IASgKUAEQCLAAuAiwALwKUAEQC0gA4AmMATwMgABsClABEAU0AEgFNABkDrABkAZAAPAIsAFABFgAAApsAAAKbAAACmwAAApsAAAKbAAACmwAAAmMAWAJjAFgCYwBYAmMAWAEWAFQBFgADARYAIgEWACMC0gBXAwoAOAMKADgDCgA4AwoAOAMKADgCYwAsAtIAVwLSAFcC0gBXAtIAVwJjAAYCYwAGAmMAFwIsAC8CLAAvAiwALwIsAC8CLAAvAiwALwIsADACLAAwAiwAMAIsADAA3gA4AN7/5wDeAAYA3gAHAiwAUAIsAC4CLAAuAiwALgIsAC4CLAAuAfQAJQIsAEsCLABLAiwASwIsAEsB9AARAfQAEQH0ABUBTQAkAskAMAIsAFAB7wBFApYAJwIsAAgBFgAAAxMAMwJDADMCegAWAtIAWQKSACYB7QBAAskAMAIGAC8CZAAcAjMANQKUAHEClABxApQAcQKUAGUBTQATAKf/LAEWAFsAAQAAAAoANACCAAFsYXRuAAgACgABVFVSIAAaAAD//wAFAAAAAQACAAQABQAA//8AAQADAAZhYWx0ACZmcmFjAC5saWdhADRsaWdhADxvcmRuAEJzdXBzAEgAAAACAAAAAQAAAAEAAgAAAAIAAwAEAAAAAQAEAAAAAQAFAAAAAQAGAAoAFgAeACYANgA+AEYAVgBeAGYAbgABAAAAAQFaAAMAAAABAWgABgAAAAUAUABmAHoAjgCiAAQAAAABAKYABAAAAAEAsAAGAAAABQC6AMoA3ADuAQIAAQAAAAEBBgAEAAAAAQE4AAQAAAABAZYAAQAAAAEBrAADAAAABAGuAbQBrgGuAAAAAQAAAAcAAwAAAAMBmAGeAZgAAAABAAAACAADAAAAAwGSAYoBmAAAAAEAAAAHAAMAAAADAX4BdgGKAAAAAQAAAAcAAwAAAAMBfAFiAXAAAAABAAAABwABAW4AAQAIAAEABABsAAIASQABAVwAAQAIAAEABABtAAIATAADAAIBMgEyAAEBUAAAAAAAAwABAUYAAQFAAAAAAQAAAAkAAwABATQAAQE+AAAAAQAAAAkAAwACATIBIgABARwAAAABAAAACQADAAIBHgEOAAEBGAAAAAEAAAAJAAIBEAAHAJgApwCoAIoAjgCKAI4AAgEOAAgAeACYAKcAqACKAI4AigCOAAEBDAABAAgAAwBuAIgAnwABAQIAAwAMACYAUAACAAYAEAB5AAQADwAQABAAeQAEAGIAEAAQAAQACgASABoAIgCeAAMADwASAJcAAwAPABQAngADAGIAEgCXAAMAYgAUAAIABgAOAJYAAwAPABQAlgADAGIAFAABACgAAQAIAAIABgAOAAUAAwAPABAABQADAGIAEAACAIgAAgCKAI4AAQABABAAAQACAA8AYgABAAEAEQABAAEAFAABAAEAEgABAAEAEwABAAEARgAB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";
// 100x35 GITHUB LOGO IN PNG FORMAT
var github = "data:image/png;base64,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";
// LOADING THE BACKGROUND IMAGE
var image1 = new Image;
image1.onload = update; // CALLING THE UPDATE FUNCTION WHEN THE IMAGE IS LOADED
image1.src = backgroundimg;
// LOADING THE GITHUB IMAGE
var image2 = new Image;
image2.onload = update; // CALLING THE UPDATE FUNCTION WHEN THE IMAGE IS LOADED
image2.src = github;
// GETTING ALL THE ELEMENTS IN THE WEB FORM
var title = document.getElementById("title");
var line1 = document.getElementById("line1");
var line2 = document.getElementById("line2");
var line3 = document.getElementById("line3");
var imgSize = document.getElementById("imgSize");
var canvas = document.getElementById("myCanvas");
// FOCUSING THE TITLE
title.focus();
// CLEARING ALL THE INPUTTED VALUES (IF ANY)
title.value = "";
line1.value = "";
line2.value = "";
line3.value = "";
imgSize.value = "120";
document.getElementById("screenshot").value = null;
// USING A VARIABLE IN ORDER TO KNOW WHEN ALL THE GRAPHICAL ELEMENTS ARE LOADED
var elementsLoadedCounter = 0;
function update()
{
// INCREASING THE ELEMENT LOADED COUNTER
elementsLoadedCounter++;
// CHECKING IF THE RIGHT AMOUNT OF ELEMENTS ARE LOADED
if (elementsLoadedCounter < 2)
{
// IF NOT, RETURNING WITHOUT EXECUTING ANYTHING ELSE
return;
}
// GETTING THE CONTEXT
var context = canvas.getContext("2d");
// DRAWING THE BACKGROUND
context.drawImage(image1, 0, 0, 350, 212);
// DRAWING THE BULLETS
var R = 4;
context.beginPath();
context.lineWidth = 3;
context.fillStyle ="white";
context.arc(28, 72, R, 0, 2 * Math.PI, false);
context.fill();
context.arc(28, 102, R, 0, 2 * Math.PI, false);
context.fill();
context.arc(28, 132, R, 0, 2 * Math.PI, false);
context.fill();
// SETTING THE FONT STYLE
context.font = "18px Arial";
context.fillStyle = "white";
// DRAWING THE TITLE
context.fillText(title.value, 20, 40);
// SETTING THE FONT STYLE
context.font = "13px ArialLight";
// DRAWING THE TEXT DESCRIPTION 1
context.fillText(line1.value, 40, 76);
// DRAWING THE TEXT DESCRIPTION 2
context.fillText(line2.value, 40, 106);
// DRAWING THE TEXT DESCRIPTION 3
context.fillText(line3.value, 40, 136);
// DRAWING THE GITHUB LOGO
context.drawImage(image2, 50, 160, 100, 35);
try
{
// CREATING THE FILEREADER
var filereader = new FileReader();
// GETTING THE EXTENSION
var extension = document.getElementById("screenshot").files[0].name.split(".").pop().toLowerCase();
// CHECKING THE EXTENSION IN ORDER TO KNOW IF THE FILE IS AN IMAGE
if (extension=="jpg" | extension=="jpeg" | extension=="png")
{
// SETTING WHAT WILL HAPPEN WHEN THE FILE IS LOADED
filereader.onload = function()
{
// LOADING THE IMAGE FILE
var image3 = new Image;
image3.onload = function()
{
// GETTING THE IMAGE RATIO
var ratio = image3.width/image3.height;
var width = document.getElementById("imgSize").value;
var height = document.getElementById("imgSize").value/ratio;
try
{
// SETTING THE IMAGE SCALE
var scale = width * 1 / image3.width;
// GETTING THE RESIZED IMAGE
var imagenResized = downScaleImage(image3, scale);
// DRAWING THE RESIZED IMAGE
context.drawImage(imagenResized, (350 * 0.72) - width / 2, 212/2-height/2, width, height);
}
catch(err)
{
// IF THERE IS AN ERROR, IT MEANS THAT THE FILE IMAGE IS SMALLER THAN
// THE SIZE THAT IT SUPPOSED TO FILL. SO, BECAUSE OF THIS,
// IN THE FOLLOWING LINE THE IMAGE IS STRETCHED TO FILL.
context.drawImage(image3, (350 * 0.72) - width / 2, 212/2-height/2, width, height);
}
// EXPORTING THE PICTURE AS A PNG IMAGE IN BASE64 FORMAT
document.getElementById("finalResult").src = canvas.toDataURL("data/png");
};
image3.src = filereader.result;
};
// READING/LOADING THE FILE
filereader.readAsDataURL(document.getElementById("screenshot").files[0]);
}
else
{
// EXPORTING THE PICTURE AS A PNG IMAGE IN BASE64 FORMAT
document.getElementById("finalResult").src = canvas.toDataURL("data/png");
}
}
catch(err)
{
// EXPORTING THE PICTURE AS A PNG IMAGE IN BASE64 FORMAT
document.getElementById("finalResult").src = canvas.toDataURL("data/png");
}
}
function downScaleImage(img, scale)
{
var imgCV = document.createElement("canvas");
imgCV.width = img.width;
imgCV.height = img.height;
var imgCtx = imgCV.getContext("2d");
imgCtx.drawImage(img, 0, 0);
return downScaleCanvas(imgCV, scale);
}
function downScaleCanvas(cv, scale)
{
if (!(scale < 1) || !(scale > 0)) throw ("scale must be a positive number <1 ");
var sqScale = scale * scale;
var sw = cv.width;
var sh = cv.height;
var tw = Math.floor(sw * scale);
var th = Math.floor(sh * scale);
var sx = 0, sy = 0, sIndex = 0;
var tx = 0, ty = 0, yIndex = 0, tIndex = 0;
var tX = 0, tY = 0;
var w = 0, nw = 0, wx = 0, nwx = 0, wy = 0, nwy = 0;
var crossX = false;
var crossY = false;
var sBuffer = cv.getContext("2d").getImageData(0, 0, sw, sh).data;
var tBuffer = new Float32Array(4 * sw * sh);
var sR = 0, sG = 0, sB = 0;
var sA = 0;
for (sy = 0; sy < sh; sy++)
{
ty = sy * scale;
tY = 0 | ty;
yIndex = 4 * tY * tw;
crossY = (tY != (0 | ty + scale));
if (crossY)
{
wy = (tY + 1 - ty);
nwy = (ty + scale - tY - 1);
}
for (sx = 0; sx < sw; sx++, sIndex += 4)
{
tx = sx * scale;
tX = 0 | tx;
tIndex = yIndex + tX * 4;
crossX = (tX != (0 | tx + scale));
if (crossX)
{
wx = (tX + 1 - tx);
nwx = (tx + scale - tX - 1);
}
sR = sBuffer[sIndex];
sG = sBuffer[sIndex + 1];
sB = sBuffer[sIndex + 2];
sA = sBuffer[sIndex + 3];
if (!crossX && !crossY)
{
tBuffer[tIndex] += sR * sqScale;
tBuffer[tIndex + 1] += sG * sqScale;
tBuffer[tIndex + 2] += sB * sqScale;
tBuffer[tIndex + 3] += sA * sqScale;
}
else if (crossX && !crossY)
{
w = wx * scale;
tBuffer[tIndex] += sR * w;
tBuffer[tIndex + 1] += sG * w;
tBuffer[tIndex + 2] += sB * w;
tBuffer[tIndex + 3] += sA * w;
nw = nwx * scale
tBuffer[tIndex + 4] += sR * nw;
tBuffer[tIndex + 5] += sG * nw;
tBuffer[tIndex + 6] += sB * nw;
tBuffer[tIndex + 7] += sA * nw;
}
else if (crossY && !crossX)
{
w = wy * scale;
tBuffer[tIndex] += sR * w;
tBuffer[tIndex + 1] += sG * w;
tBuffer[tIndex + 2] += sB * w;
tBuffer[tIndex + 3] += sA * w;
nw = nwy * scale
tBuffer[tIndex + 4 * tw ] += sR * nw;
tBuffer[tIndex + 4 * tw + 1] += sG * nw;
tBuffer[tIndex + 4 * tw + 2] += sB * nw;
tBuffer[tIndex + 4 * tw + 3] += sA * nw;
}
else
{
w = wx * wy;
tBuffer[tIndex] += sR * w;
tBuffer[tIndex + 1] += sG * w;
tBuffer[tIndex + 2] += sB * w;
tBuffer[tIndex + 3] += sA * w;
nw = nwx * wy;
tBuffer[tIndex + 4] += sR * nw;
tBuffer[tIndex + 5] += sG * nw;
tBuffer[tIndex + 6] += sB * nw;
tBuffer[tIndex + 7] += sA * nw;
nw = wx * nwy;
tBuffer[tIndex + 4 * tw] += sR * nw;
tBuffer[tIndex + 4 * tw + 1] += sG * nw;
tBuffer[tIndex + 4 * tw + 2] += sB * nw;
tBuffer[tIndex + 4 * tw + 3] += sA * nw;
nw = nwx * nwy;
tBuffer[tIndex + 4 * tw + 4] += sR * nw;
tBuffer[tIndex + 4 * tw + 5] += sG * nw;
tBuffer[tIndex + 4 * tw + 6] += sB * nw;
tBuffer[tIndex + 4 * tw + 7] += sA * nw;
}
}
}
var resCV = document.createElement("canvas");
resCV.width = tw;
resCV.height = th;
var resCtx = resCV.getContext("2d");
var imgRes = resCtx.getImageData(0, 0, tw, th);
var tByteBuffer = imgRes.data;
var pxIndex = 0;
for (sIndex = 0, tIndex = 0; pxIndex < tw * th; sIndex += 4, tIndex += 4, pxIndex++)
{
tByteBuffer[tIndex] = Math.ceil(tBuffer[sIndex]);
tByteBuffer[tIndex + 1] = Math.ceil(tBuffer[sIndex + 1]);
tByteBuffer[tIndex + 2] = Math.ceil(tBuffer[sIndex + 2]);
tByteBuffer[tIndex + 3] = Math.ceil(tBuffer[sIndex + 3]);
}
resCtx.putImageData(imgRes, 0, 0);
return resCV;
}
// SETTING WHAT WILL HAPPEN WHEN THE USER TYPES IN A INPUT BOX
document.getElementById("title").addEventListener("input",function(e){update()});
document.getElementById("line1").addEventListener("input",function(e){update()});
document.getElementById("line2").addEventListener("input",function(e){update()});
document.getElementById("line3").addEventListener("input",function(e){update()});
document.getElementById("imgSize").addEventListener("input",function(e){update()});
// SETTING WHAT WILL HAPPEN WHEN THE USER SELECTS A FILE
document.getElementById("screenshot").addEventListener("change",function(e){update()});
});
</script>
</body>
</html>