data:image/png;base64,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:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAeAAAAFoCAYAAACPNyggAAAY/UlEQVR4Xu3dP4wl2VUH4PNex1jCtmQjRySeHv45QALJAYFXQracGBOtBFjkTkCIdUBIsEYgEThHxkiOsJ1YshA4ILAEEoGB3el2QmStLS0g4bjrodczszvTOzP9qurWu6dOfRt636s65zt3/eu6dadnF/4hQIAAAQIEzi6wO/sd3ZAAAQIECBAIAWwRECBAgACBDgICuAO6WxIgQIAAAQFsDRAgQIAAgQ4CArgDulsSIECAAAEBbA0QIECAAIEOAgK4A7pbEiBAgAABAWwNECBAgACBDgICuAO6WxIgQIAAAQFsDRAgQIAAgQ4CArgDulsSIECAAAEBbA0QIECAAIEOAgK4A7pbEiBAgAABAWwNECBAgACBDgICuAO6WxIgQIAAAQFsDRAgQIAAgQ4CArgDulsSIECAAAEBbA0QIECAAIEOAgK4A7pbEiBAgAABAWwNECBAgACBDgICuAO6WxIgQIAAAQFsDRAgQIAAgQ4CArgDulsSIECAAAEBbA0QIECAAIEOAgK4A7pbEiBAgAABAWwNECBAgACBDgICuAO6WxIgQIAAAQFsDRAgQIAAgQ4CArgDulsSIECAAAEBbA0QIECAAIEOAgK4A7pbEiBAgAABAWwNECBAgACBDgICuAO6WxIgQIAAAQFsDRAgQIAAgQ4CArgDulsSIECAAAEBbA0QIECAAIEOAgK4A7pbEiBAgAABAWwNECBAgACBDgICuAO6WxIgQIAAAQFsDRAgQIAAgQ4CArgDulsSIECAAAEBbA0QIECAAIEOAgK4A7pbEiBAgAABAWwNECBAgACBDgICuAO6WxIgQIAAAQFsDRAgQIAAgQ4CArgDulsSIECAAAEBbA0QIECAAIEOAgK4A7pbEiBAgAABAWwNECBAgACBDgICuAO6WxIgQIAAAQFsDRAgQIAAgQ4CArgDulsSIECAAAEBbA0QIECAAIEOAgK4A7pbEiBAgAABAWwNECBAgACBDgICuAO6WxIgQIAAAQFsDRAgQIAAgQ4CArgDulsSeJXAPi7/OCI+1FjpZ0Nc/VXja7ocAQIzBATwDDxfJbCEwC4u/y0i/msX8Z8trn+I+JVdxC8OcfXrLa7nGgQItBEQwG0cXYVAI4Ff/qV93PzTEFe/0OiCt5fZx+U7Q1y8FvHW2y2v61oECEwXEMDT7XyTQHOBfTz4akQchrj+SsuL7+PBmxGxG+L6jZbXdS0CBKYLCODpdr5JoLnAPi5/MsTFZ9o/qd4+WX9/iKuPNy/aBQkQmCQggCex+RKB9gIXcfn6EPGlQ1x9tv3VI3Zx+b19xNdv4uqbS1zfNQkQGCcggMd5+TSBxQSWDsilA34xGBcmUFRAABcdrLbWJrDM4au7Cg5jrW1dqLeygACuPF29rUZgqcNXHwxgh7FWsygUWl5AAJcfsQbXILDc4au73TuMtYb1oMZtCAjgbcxZl4kFpr+b/eTl47Z+dDWmvaXfNY+pxWcJbFlAAG95+npPITA1EC/iwb8Mxz80HNe/OaaR6YE/5i4+S4DAfQIC+D4h/57AogLTD1/t4+H/RgwxxPXPjy3RYayxYj5PoL2AAG5v6ooEThaYfvjq4W9dxOEvjze6id2fRDz655NvevurKR3GGuPlswSWEBDAS6i6JoETBaYevtrHwz9/9hZDPPqzE2/55GMOY43z8mkC7QUEcHtTVyRwksCcd7EXcfmvj598I45Pwjdx9Rsn3fSZD0199zz2Pj5PgMCLBQSwlUGgk8D0APzkJ/ax/48hrj58LH0fl/8zxPCrET/68ZhW5vwAMOY+PkuAgAC2BggkEph++OoiHvzhIXa/PcTV608C+Ju7OPzDTVz/zdgGHcYaK+bzBNoJeAJuZ+lKBE4WmH746vaJ97nAvRvIJxfhMNYYKp8l0FxAADcndUEC9wvMefLcx+V/DzH82vtbzrdb0v8+xNVH7r/z3U9MfxIffy/fIEDgWQEBbD0QOLPAvHevj//40d1DV+8fyhr3x5GOrU9/F31mOLcjUExAABcbqHbyC8wJvKd//OjuHzt62f9+isa8HwhOuYPPECDwIgEBbF0QOKvAvC3flz/pvvjJ+NTW5myJn3oPnyNA4HkBAWxFEDijwJzDVxGvftf7wXfDpzfmN2OdbuWTBFoJCOBWkq5D4ASBOU+a9512vns6+oRynvnIvCfzcffyaQIEjgIC2DogcCaBue9a7wvY+wL6vjbnvJu+79r+PQECHxQQwFYFgTMJzA24+7eY5/xxpOOvtLx8fYj40iGuPnsmErchsGkBAbzp8Wv+fAJzt3hPO2Q1548jHS3mbJGfz9KdCNQQEMA15qiL5ALzDl8dg/Hx33503996dOrnXsblMFbyhaS8UgICuNQ4NZNVYO6T5elPtqc9Kb/cae6TetYJqItAPgEBnG8mKiomMP/d6rh3u/e/K3418Nx31cXGpx0CiwkI4MVoXZjAY4G5gTb2dPN9p6Xvm8v8Hxjuu4N/T4DA4/9v8A8BAgsKzN/SHRuoYwP7Rc3P3TJfENSlCZQREMBlRqmRjAJzD18dexq/pTxuy/rFAfzgzeMP6ENcv5HRVU0EKggI4ApT1ENagflPktMOVZ1+aOtldPOf3NMORWEEkggI4CSDUEY9gRbvUqf+saKp33t2CnPfXdebqI4ItBUQwG09XY3AewItAmz6k+y0J+dnx9fiBwjLgQCBlwsIYKuDwCICLbZw573LHf/u+IMQ87fQF8F1UQIlBARwiTFqIptAi8NXc08zjz09/SJDvxkr28pSTyUBAVxpmnpJI9DiyXFugM4N8MeYLZ7k04xFIQRSCQjgVONQTAWBVu9O528hz9vCfjqLFu+yK8xVDwRaCwjg1qKut3mBNoE1/xDVcRDTD3G9P8ZWP1BsfmEAIHBHQABbEgSaCrTZsm3xx4iObbW7zuU7Q1y8FvHW2025XIzAhgUE8IaHr/X2Ai0OX7V6cn3cXZsnaYex2q8VVyQggK0BAg0FWhy+imjz7vZpW/PfJR+v1ObJviG1SxFYvYAAXv0INZBFoNW70n08/OuIw2sR8fctejtE/O4uDv84xPUfzblem3fbcyrwXQK1BARwrXnqpqNAq4C6iIefP8ThcxHxbqN2PrKL3fdu4tF351yv1Q8Yc2rwXQKVBARwpWnqpaPANrZo22yxdxyTWxNIJCCAEw1DKesVaHX4KruAw1jZJ6S+NQkI4DVNS61pBbbzZLiNJ/20C01hpQQEcKlxaqaHwNbejbZ6191jVu5JIJOAAM40DbWsUmBrgbS1HzhWuSgVvQoBAbyKMSkyr8A2t2S3s+Wed+WpbP0CAnj9M9RBR4GtHL66S+wwVsdF59ZlBARwmVFqpIfAdp8Et/nk32ONuWddAQFcd7Y6W1hg6+9Ct/bue+Hl5PIbFBDAGxy6ltsIbD2Atv4DSJtV5CpbFhDAW56+3mcI2II94m13C37G0vFVAk8EBLClQGCCwFYPX92lchhrwuLxFQIC2BogMF3Ak99TOzsB01eRb25dwBPw1leA/kcLePf5PNnW34WPXkC+QMATsDVAYJqAwHnezQ8k09aRbxHwBGwNEBglYMv1RVy25EctIh8mcCsggC0EAiMEnhw6iiGuvzLia+U/yqX8iDW4gIAAXgDVJesKeNJ72WztDNRd9TpbSkAALyXruuUEvOt89Ui9Gy+35DW0sIAAXhjY5esICJhXz9IPKHXWuk7OIyCAz+PsLqsXsMV6yght0Z+i5DMEHgsIYCuBwAkCDhmdgHT7qykfvHn8pENqp3n51LYFBPC256/7EwU82Z0IFXYKTpXyOQIC2BogcI9Aq3eb+7j8ckR8NDn4u0NcfW1Ojd6Vz9Hz3S0JCOAtTVuvkwRaBcpFXP5giMNPd7H74aRCFv7SIQ6fith97BBXn55zq1Y/sMypwXcJrEFAAK9hSmrsKNBqS/XBz+1j939DHD4Ucf2zjg294tbtarRln3PCqsolIIBzzUM1yQRaHSq6iIe/P8Thdw5x9cVkLT5Xzi4uv7WP3bdv4tE35tTZym1ODb5LILuAAM4+IfV1FWj1JPck2L5zE4/+tmtD99z8Ih7+wRCHL8z/QaHVzkFmLbURmCcggOf5+XZhgXbvMttt7S7P3a7WVu/Ol+/ZHQj0ERDAfdzddQUCrQJkLdvPT0fSahu63Q8wK1gsSiQwQUAAT0DzlS0ItNtCXcv289OpttuGPv5ijst3hrh4LeKtt7ewavRIYIyAAB6j5bObEXhyiGg3xPUb85put6U7r44x325X8z4efDUiDn4z1hh/n92KgADeyqT1OUqg1ZPb2rafW29Dh9+MNWrd+fC2BATwtuat2xMEWr67XNv28xLb0K3epZ8wOh8hsCoBAbyqcSn2HALtAqPdVu45+n7+Hu1qb/kDzfkd3JHAcgICeDlbV16lQLvDV2vdfm6/De0w1ir/U1D04gICeHFiN1iTQLvDV8e/6/P2t0ql/+UbL5tP29PQDmOt6b8DtZ5HQACfx9ldViLQ6vBVRLst3H50LXtot7PQz8OdCbQVEMBtPV1txQIt31Wufft5iW3odu/WV7zIlE7gGQEBbDkQeCLQMiDWvv38dFG03IZu+QOORUuggoAArjBFPTQQaLlF2nLrtkFrsy7Rtpd2W/yzmvJlAikEBHCKMSiit0DLw1dVtp+X2Ib2m7F6r3T3zyQggDNNQy3dBFo+mVXZfl5iG9pvxuq2xN04oYAATjgUJZ1XoO27ybZbtueVeNnd2vbU8l17Dh9VEJgmIICnuflWIYGWgdDy0FIm4pZP9W1/4MmkpBYC4wQE8Dgvny4n0PLw1Xu/fOPbN/HoG5WoWr/XbrnlX8lZL9sSEMDbmrdu7wi0PHxV45dvnGcb2mEs/ykSOP7A7h8CGxZo+SRWdfv56fJouQ3tMNaG/6PT+nsCAthi2KxA63eRTwKq3Pbz0wXSehu65bv3zS5ija9aQACvenyKnyPQNgDanhSe09dy323bY+sfgJbr25UJLCMggJdxddX0AreHr74/xNXHW5Rafft5mW3o27+m8CdDXHwm4q23W8zBNQisSUAAr2laam0m0PbwVd3Tz3fBW29DO4zVbEm70AoFBPAKh6bk+QItD1/VPv1817rtNrTDWPPXsiusV0AAr3d2Kp8osI+Hf3GI+OIuDn838RLPfe0Qh09F7D52iKtPt7he9mtcxOUPhjj8dBe7H7ao9RC739tFfGuIR3/a4nquQWAtAgJ4LZNSZzOBi3j4+UMMX4jY/bjZRSPeHeLqaw2vl/ZS+7j8ckR8tF2Bh0/sYv+dm3j03XbXdCUC+QUEcP4ZqZAAAQIECgoI4IJD1RIBAgQI5BcQwPlnpEICBAgQKCgggAsOVUsECBAgkF9AAOefkQoJECBAoKCAAC44VC0RIECAQH4BAZx/RiokQIAAgYICArjgULVEgAABAvkFBHD+GamQAAECBAoKCOCCQ9USAQIECOQXEMD5Z6RCAgQIECgoIIALDlVLBAgQIJBfQADnn5EKCRAgQKCggAAuOFQtESBAgEB+AQGcf0YqJECAAIGCAgK44FC1RIAAAQL5BQRw/hmpkAABAgQKCgjggkPVEgECBAjkFxDA+WekQgIECBAoKCCACw5VSwQIECCQX0AA55+RCgkQIECgoIAALjhULREgQIBAfgEBnH9GKiRAgACBggICuOBQtUSAAAEC+QUEcP4ZqZAAAQIECgoI4IJD1RIBAgQI5BcQwPlnpEICBAgQKCgggAsOVUsECBAgkF9AAOefkQoJECBAoKCAAC44VC0RIECAQH4BAZx/RiokQIAAgYICArjgULVEgAABAvkFBHD+GamQAAECBAoKCOCCQ9USAQIECOQXEMD5Z6RCAgQIECgoIIALDlVLBAgQIJBfQADnn5EKCRAgQKCggAAuOFQtESBAgEB+AQGcf0YqJECAAIGCAgK44FC1RIAAAQL5BQRw/hmpkAABAgQKCgjggkPVEgECBAjkFxDA+WekQgIECBAoKCCACw5VSwQIECCQX0AA55+RCgkQIECgoIAALjhULREgQIBAfgEBnH9GKiRAgACBggICuOBQtUSAAAEC+QUEcP4ZqZAAAQIECgoI4IJD1RIBAgQI5BcQwPlnpEICBAgQKCgggAsOVUsECBAgkF9AAOefkQoJECBAoKCAAC44VC0RIECAQH4BAZx/RiokQIAAgYICArjgULVEgAABAvkFBHD+GamQAAECBAoKCOCCQ9USAQIECOQXEMD5Z6RCAgQIECgoIIALDlVLBAgQIJBfQADnn5EKCRAgQKCggAAuOFQtESBAgEB+AQGcf0YqJECAAIGCAgK44FC1RIAAAQL5BQRw/hmpkAABAgQKCgjggkPVEgECBAjkFxDA+WekQgIECBAoKCCACw5VSwQIECCQX0AA55+RCgkQIECgoIAALjhULREgQIBAfgEBnH9GKiRAgACBggICuOBQtUSAAAEC+QUEcP4ZqZAAAQIECgoI4IJD1RIBAgQI5BcQwPlnpEICBAgQKCgggAsOVUsECBAgkF9AAOefkQoJECBAoKCAAC44VC0RIECAQH4BAZx/RiokQIAAgYICArjgULVEgAABAvkFBHD+GamQAAECBAoKCOCCQ9USAQIECOQXEMD5Z6RCAgQIECgoIIALDlVLBAgQIJBfQADnn5EKCRAgQKCggAAuOFQtESBAgEB+AQGcf0YqJECAAIGCAgK44FC1RIAAAQL5BQRw/hmpkAABAgQKCgjggkPVEgECBAjkFxDA+WekQgIECBAoKCCACw5VSwQIECCQX0AA55+RCgkQIECgoIAALjhULREgQIBAfgEBnH9GKiRAgACBggICuOBQtUSAAAEC+QUEcP4ZqZAAAQIECgoI4IJD1RIBAgQI5BcQwPlnpEICBAgQKCgggAsOVUsECBAgkF9AAOefkQoJECBAoKCAAC44VC0RIECAQH4BAZx/RiokQIAAgYICArjgULVEgAABAvkFBHD+GamQAAECBAoKCOCCQ9USAQIECOQXEMD5Z6RCAgQIECgoIIALDlVLBAgQIJBfQADnn5EKCRAgQKCggAAuOFQtESBAgEB+AQGcf0YqJECAAIGCAgK44FC1RIAAAQL5BQRw/hmpkAABAgQKCgjggkPVEgECBAjkFxDA+WekQgIECBAoKCCACw5VSwQIECCQX0AA55+RCgkQIECgoIAALjhULREgQIBAfgEBnH9GKiRAgACBggICuOBQtUSAAAEC+QUEcP4ZqZAAAQIECgoI4IJD1RIBAgQI5BcQwPlnpEICBAgQKCgggAsOVUsECBAgkF9AAOefkQoJECBAoKCAAC44VC0RIECAQH4BAZx/RiokQIAAgYICArjgULVEgAABAvkFBHD+GamQAAECBAoKCOCCQ9USAQIECOQXEMD5Z6RCAgQIECgoIIALDlVLBAgQIJBfQADnn5EKCRAgQKCggAAuOFQtESBAgEB+AQGcf0YqJECAAIGCAgK44FC1RIAAAQL5BQRw/hmpkAABAgQKCgjggkPVEgECBAjkFxDA+WekQgIECBAoKCCACw5VSwQIECCQX0AA55+RCgkQIECgoIAALjhULREgQIBAfgEBnH9GKiRAgACBggICuOBQtUSAAAEC+QUEcP4ZqZAAAQIECgoI4IJD1RIBAgQI5BcQwPlnpEICBAgQKCgggAsOVUsECBAgkF9AAOefkQoJECBAoKCAAC44VC0RIECAQH4BAZx/RiokQIAAgYICArjgULVEgAABAvkFBHD+GamQAAECBAoKCOCCQ9USAQIECOQXEMD5Z6RCAgQIECgoIIALDlVLBAgQIJBfQADnn5EKCRAgQKCggAAuOFQtESBAgEB+AQGcf0YqJECAAIGCAgK44FC1RIAAAQL5BQRw/hmpkAABAgQKCgjggkPVEgECBAjkFxDA+WekQgIECBAoKCCACw5VSwQIECCQX0AA55+RCgkQIECgoIAALjhULREgQIBAfgEBnH9GKiRAgACBggICuOBQtUSAAAEC+QUEcP4ZqZAAAQIECgoI4IJD1RIBAgQI5BcQwPlnpEICBAgQKCgggAsOVUsECBAgkF9AAOefkQoJECBAoKCAAC44VC0RIECAQH4BAZx/RiokQIAAgYICArjgULVEgAABAvkFBHD+GamQAAECBAoKCOCCQ9USAQIECOQXEMD5Z6RCAgQIECgoIIALDlVLBAgQIJBfQADnn5EKCRAgQKCggAAuOFQtESBAgEB+AQGcf0YqJECAAIGCAgK44FC1RIAAAQL5BQRw/hmpkAABAgQKCgjggkPVEgECBAjkFxDA+WekQgIECBAoKCCACw5VSwQIECCQX0AA55+RCgkQIECgoIAALjhULREgQIBAfgEBnH9GKiRAgACBggICuOBQtUSAAAEC+QUEcP4ZqZAAAQIECgoI4IJD1RIBAgQI5BcQwPlnpEICBAgQKCgggAsOVUsECBAgkF9AAOefkQoJECBAoKCAAC44VC0RIECAQH4BAZx/RiokQIAAgYIC/w+OXkO0ojq5vQAAAABJRU5ErkJggg==Christopher and Victoria The two bugs with this script are a) there was a line extended from the point (0,0) to (-50,20), and b) the letter A did not close at the bottom left. Christopher and Victoria This program was debugged by allowing the script to run starting at the first point or (-50,20) rather than (0,0), effectively eradicating the line extending from (0,0) to (-50,20). It also closed the A!-502001101075-10750110Christopher and Victoria This program makes the actual shape inside of the A.Victoria This program is modeled after what the lab has shown, and it creates the letter "V"

110i

Christopher and Victoria This program allows the sprite to go to a certain point that is part of a list, without having separate x and y inputs.

-50,20-10,12010,12050,2030,2020,50-20,50-30,20-20,10015,10030,4045,10075,10060,0-5,0