data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAKAAAAB4CAYAAAB1ovlvAAAIxUlEQVR4Xu2ceWxURRzHv7s9oAdUylIbpbEFIZSjhBuUKGqNQgJBUiIoxRCOhIQoGqh/IEEQsIkxMaFigyEaaJAEWuIBBCVxGxorNVw2Ui4tZ1ELtFB60cKamcCTKu1sd9909i3flzRp+5v5/eZ95tN5u29e1+Xz+XzgQQKGCLjuCXjt2jXs2bMH1dXVhoaiLpuSkoKsrCx1Q7ZwDAEp4P79+yEmNyIioksH7vEk4Y0389F6u1vHdd1ufPbha7jVVIPm5mZERUVh4MCBXTpWFtNDQApYXl5uySeuyC6Xy6qm8+efj1ahsDQZwL/12jvN58YkYMroGxDjaWpqwqhRo/QQYdYuJSAFPHr0qFU0MzMTpaWlWL9+PRISEnDp0iVMnDgR69atQ1FRETZu3IicnBxkZ2cjIyMDy5YtQ0FBAfr3749du3Zh4cKF2LFjB2bOnIkrV64gLy8Py5cvR25uLrZu3SrbjBw5EgMGDID354v44bc0q/Y7cx5HwZ6/MeMFD1KSumHFp2etmBAwM+OKFFAcI0aM6FJQLKaHgBSwrKxMTqxY+bZs2YKDBw8iJiZGfqWlpSE5ORnXr1/HnTt3MH/+fMTGxkohFy9eLPsVFhbC6/Vizpw52L17N1asWCFFGz16NFJTU1FZWYmxY8fiwIEDGDRoELZt24a5c+ei9Ei1JWDfpGhkvehBY7MPnxddxgeLU/8n4DODqiwBx40bp4cIs3YpASng3r17ER8fLwuL14Hdu3fHpk2bsGjRIty+fVu+7oqMjJSvvYSk9fX1so34vrGxEefOncPgwYPR0tIi27S2tsr29x9CXnGIPkJa0e9wxQ18X57q1wmLFXBcWqVse/HiRcyePduvfmwU2gSkgGfPnsWxY8fQo0cPa4W5X5Z7p3BPHrt+fuSRRCQmp/tF6GbNH6j++08pn3gnLFZhHs4nYN2Gcf6p8AycSIACOnHWwmjMFDCMJtOJp0IBnThrYTRmChhGk+nEU7EEvHDhAk6ePImGhoaQPQ+3240+ffqA9wBDdoo6PTAp4JkzZ9rcful0lgA7REREYsnKb1Db7FFux2U+OwzZL3eXlSoqKjBt2rQAq7JbKBGQAu7btw99+/aVEtbV1aG4uBhTp061dkfEjWhxiJvL9z+woNonLikpkQ85iNVVbOf9t31dfTNWf+mGOyLqbn4XJj/dC98WX8NTw3vip2M3LFbxsRFYmd1q7VMPGTIklDhyLAESkAIePnzY2qEQ39fU1Mivy5cvIykpCcOHD5e7IdHR0XKbbsGCBdi+fbuUcdasWVi7dq2US+zvil0RsdcrRBZbfMePH8ewYcPkzonY0jtx4gTEpVRs5dXV30LuV7Fwud1y+E+mxOD1KX1QUdmIZ0b2xJLc39sI+O6rDdY4RQ0ezidgbcUlJiZKicSDCEKc9PR0KaB47GnMmDHywYTTp0/j/PnzmDFjBk6dOoVDhw5h0qRJ2LBhg9x+Gzp0qOwzffp07Ny5E1evXpUPJPTu3VuunmI1rKqqktt+Yk/5ZkMLPt6ZYAmY+lg3vDn7cazffB7vLXwCSz9qK+Dbr9RaAo4fP9759HkGkALm5+fLvdz7DyHbvZXsQZyOHDmCefPmQTxJI1a5//b3h21T8x188rWnzeNf7fXr1TMSi176S4Zra2v5GtAfwA5oIwUUK9/mzZvlO8y4uDg5bLv3fR+UT/xOPG3jz4Ow4pIuXkuKVXXChAno16+fA/ByiCoCvA+oIsS4VgIUUCteJlcRoIAqQoxrJUABteJlchUBCqgixLhWAhRQK14mVxGggCpCjGslQAG14mVyFQEKqCLEuFYCFFArXiZXEaCAKkKMayVAAbXiZXIVAQqoIsS4VgIUUCteJlcRoIAqQoxrJUABteJlchUBCqgixLhWAhRQK14mVxGggCpCjGslQAG14mVyFQEKqCLEuFYCFFArXiZXEaCAKkKMayVAAbXiZXIVAQqoIsS4VgIUUCteJlcRoIAqQoxrJUABteJlchUBCqgixLhWAhRQK14mVxGggCpCjGslQAG14mVyFQEKqCLEuFYCFFArXiZXEaCAKkKMayVAAbXiZXIVAQqoIsS4VgIUUCteJlcRoIAqQoxrJUABteJlchUBCqgixLhWAiEh4Or387Dq/SWdOtGO+rQXC6ROR4OyO1+nAIRJYwoYxERSwCDg3e1KAYNgSAGDgEcBg4dHAYNnyBUwCIYUMAh4XAGDh0cBg2f4UK2AfEcbvDB2Z6CAd4lyNbNbLf/yUUAK6J8pmlpRQAqoSS3/0lJACuifKZpaUUAKqEkt/9KGvIDizUF7R3v7x4G8oQikj3+I2aojAiEvYCDTF4hMgfQJZGzs05YABeQl2OjfBAWkgBTQ7stfIPkC6WN05sKkOFdAroBGVaaAFJAC2n35CyRfIH2MzlyYFHfsChjI/4R0NGcU0IzRFJCXYDPm3a36UAlYXPwLvD8eDGhnpbO7MUZn1UHFHyoB7b7M2p3PQd7YNlQKGARKChgEvIfxEmy3MHbnC346nZchbFZAn88Hl8slZ4CfjOAcEcNGwOefn4LiHyvRK7Eb3lqahZUr3/vfLNi9Ytmdzzna2DfSsBFQIImLTUVTY0wbOpFRdfhu9xfIzMzEmjWfYtWqzn0GDe8d2ifbgzKFjICdvc3h9Zah2FvWpltOzgLEx414YKrY2Gj0ezIaJSVe5G0owK1bLbaQ7eyHKtlSNIyShISAdvGMcKW3SfVosg+/lpfA4/HYVYJ5bCYQNgIm9MhAS+t1FBblY/LkyTZjYjpdBMJGQF2AmFcvAQqoly+zKwhQQCpilAAFNIqfxSkgHTBKgAIaxc/iFJAOGCVAAY3iZ3EKSAeMEqCARvGzOAWkA0YJUECj+FmcAtIBowQooFH8LE4B6YBRAhTQKH4Wp4B0wCgBCmgUP4tTQDpglAAFNIqfxSkgHTBKgAIaxc/iFJAOGCVAAY3iZ3EKSAeMEqCARvGzOAWkA0YJ/AMxSHbkhMgaeQAAAABJRU5ErkJggg==data:image/png;base64,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
-50,20
-10,120
10,120
50,20
30,20
20,50
-20,50
-30,20
-50,20
-16,62
0,100
18,62
-16,62
00-140,-91
-140,-3
-120,-3
-120,-40
-100,-40
-100,-3
-80,-3
-80,-91
-100,-91
-100,-63
-120,-63
-120,-91
-140,-91
-61,-91
-61,-71
-41,-71
-41,-21
-61,-21
-61,-3
-1,-3
-1,-21
-21,-21
-21,-71
-1,-71
-1,-91
-61,-91