data:image/png;base64,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data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAeAAAAFoCAYAAACPNyggAAASjklEQVR4Xu3VQZJkRQ4E0A8coPd9Osw4F2acrvZ9AHpmzyoF6eWm0qv1r1DqSRH+y+OPAAECBAgQ+HSBXz69ooIECBAgQIDAI4AtAQECBAgQKAgI4AK6kgQIECBAQADbAQIECBAgUBAQwAV0JQkQIECAgAC2AwQIECBAoCAggAvoShIgQIAAAQFsBwgQIECAQEFAABfQlSRAgAABAgLYDhAgQIAAgYKAAC6gK0mAAAECBASwHSBAgAABAgUBAVxAV5IAAQIECAhgO0CAAAECBAoCAriAriQBAgQIEBDAdoAAAQIECBQEBHABXUkCBAgQICCA7QABAgQIECgICOACupIECBAgQEAA2wECBAgQIFAQEMAFdCUJECBAgIAAtgMECBAgQKAgIIAL6EoSIECAAAEBbAcIECBAgEBBQAAX0JUkQIAAAQIC2A4QIECAAIGCgAAuoCtJgAABAgQEsB0gQIAAAQIFAQFcQFeSAAECBAgIYDtAgAABAgQKAgK4gK4kAQIECBAQwHaAAAECBAgUBARwAV1JAgQIECAggO0AAQIECBAoCAjgArqSBAgQIEBAANsBAgQIECBQEBDABXQlCRAgQICAALYDBAgQIECgICCAC+hKEiBAgAABAWwHCBAgQIBAQUAAF9CVJECAAAECAtgOECBAgACBgoAALqArSYAAAQIEBLAdIECAAAECBQEBXEBXkgABAgQICGA7QIAAAQIECgICuICuJAECBAgQEMB2gAABAgQIFAQEcAFdSQIECBAgIIDtAAECBAgQKAgI4AK6kgQIECBAQADbAQIECBAgUBAQwAV0JQkQIECAgAC2AwQIECBAoCAggAvoShIgQIAAAQFsBwgQIECAQEFAABfQlSRAgAABAgLYDhAgQIAAgYKAAC6gK0mAAAECBASwHSBAgAABAgUBAVxAV5IAAQIECAhgO0CAAAECBAoCAriAriQBAgQIEBDAdoAAAQIECBQEBHABXUkCBAgQICCA7QABAgQIECgICOACupIECBAgQEAA2wECBAgQIFAQEMAFdCUJECBAgIAAtgMECBAgQKAgIIAL6EoSIECAAAEBbAcIECBAgEBBQAAX0JUkQIAAAQIC2A4QIECAAIGCgAAuoCtJgAABAgQEsB0gQIAAAQIFAQFcQFeSAAECBAgIYDtAgAABAgQKAgK4gK4kAQIECBAQwHaAAAECBAgUBARwAV1JAgQIECAggO0AAQIECBAoCAjgArqSBAgQIEBAANsBAgQIECBQEBDABXQlCRAgQICAALYDBAgQIECgICCAC+hKEiBAgAABAWwHCBAgQIBAQUAAF9CVJECAAAECAtgOECBAgACBgoAALqArSYAAAQIEBLAdIECAAAECBQEBXEBXkgABAgQICGA7QIAAAQIECgICuICuJAECBAgQEMB2gAABAgQIFAQEcAFdSQIECBAgIIDtAAECBAgQKAgI4AK6kgQIECBAQADbAQIECBAgUBAQwAV0JQkQIECAgAC2AwQIECBAoCAggAvoShIgQIAAAQFsBwgQIECAQEFAABfQlSRAgAABAgLYDhAgQIAAgYKAAC6gK0mAAAECBASwHSBAgAABAgUBAVxAV5IAAQIECAhgO0CAAAECBAoCAriAriQBAgQIEBDAdoAAAQIECBQEBHABXUkCBAgQICCA7QABAgQIECgICOACupIECBAgQEAA2wECBAgQIFAQEMAFdCUJECBAgIAAtgMECBAgQKAgIIAL6EoSIECAAAEBbAcIECBAgEBBQAAX0JUkQIAAAQIC2A4QIECAAIGCgAAuoCtJgAABAgQEsB0gQIAAAQIFAQFcQFeSAAECBAgIYDtAgAABAgQKAgK4gK4kAQIECBAQwHaAAAECBAgUBARwAV1JAgQIECAggO0AAQIECBAoCAjgArqSBAgQIEBAANsBAgQIECBQEBDABXQlCRAgQICAALYDBAgQIECgICCAC+hKEiBAgAABAWwHCBAgQIBAQUAAF9CVJECAAAECAtgOECBAgACBgoAALqArSYAAAQIEBLAdIECAAAECBQEBXEBXkgABAgQICGA7QIAAAQIECgICuICuJAECBAgQEMB2gAABAgQIFAQEcAFdSQIECBAgIIDtAAECBAgQKAgI4AK6kgQIECBAQADbAQIECBAgUBAQwAV0JQkQIECAgAC2AwQIECBAoCAggAvoShIgQIAAAQFsBwgQIECAQEFAABfQlSRAgAABAgLYDhAgQIAAgYKAAC6gK0mAAAECBASwHSBAgAABAgUBAVxAV5IAAQIECAhgO0CAAAECBAoCAriAriQBAgQIEBDAdoAAAQIECBQEBHABXUkCBAgQICCA7QABAgQIECgICOACupIECBAgQEAA2wECBAgQIFAQEMAFdCUJECBAgIAAtgMECBAgQKAgIIAL6EoSIECAAAEBbAcIECBAgEBBQAAX0JUkQIAAAQIC2A4QIECAAIGCgAAuoCtJgAABAgQEsB0gQIAAAQIFAQFcQFeSAAECBAgIYDtAgAABAgQKAgK4gK4kAQIECBAQwHaAAAECBAgUBARwAV1JAgQIECAggO0AAQIECBAoCAjgArqSBAgQIEBAANsBAgQIECBQEBDABXQlCRAgQICAALYDBAgQIECgICCAC+hKEiBAgAABAWwHCBAgQIBAQUAAF9CVJECAAAECAtgOECBAgACBgoAALqArSYAAAQIEBLAdIECAAAECBQEBXEBXkgABAgQICGA7QIAAAQIECgICuICuJAECBAgQEMB2gAABAgQIFAQEcAFdSQIECBAgIIDtAAECBAgQKAgI4AK6kgQIECBAQADbAQIECBAgUBAQwAV0JQkQIECAgAC2AwQIECBAoCAggAvoShIgQIAAAQFsBwgQIECAQEFAABfQlSRAgAABAgLYDhAgQIAAgYKAAC6gK0mAAAECBASwHSBAgAABAgUBAVxAV5IAAQIECAhgO0CAAAECBAoCAriAriQBAgQIEBDAdoAAAQIECBQEBHABXUkCBAgQICCA7QABAgQIECgICOACupIECBAgQEAA2wECBAgQIFAQEMAFdCUJECBAgIAAtgMECBAgQKAgIIAL6EoSIECAAAEBbAcIECBAgEBBQAAX0JUkQIAAAQIC2A4QIECAAIGCgAAuoCtJgAABAgQEsB0gQIAAAQIFAQFcQFeSAAECBAgIYDtAgAABAgQKAgK4gK4kAQIECBAQwHaAAAECBAgUBARwAV1JAgQIECAggO0AAQIECBAoCAjgArqSBAgQIEBAANsBAgQIECBQEBDABXQlCRAgQICAALYDBAgQIECgICCAC+hKEiBAgAABAWwHCBAgQIBAQUAAF9CVJECAAAECAtgOECBAgACBgoAALqArSYAAAQIEBLAdIECAAAECBQEBXEBXkgABAgQICGA7QIAAAQIECgICuICuJAECBAgQEMB2gAABAgQIFAQEcAFdSQIECBAgIIDtAAECBAgQKAgI4AK6kgQIECBAQADbAQIECBAgUBAQwAV0JQkQIECAgAC2AwQIECBAoCAggAvoShIgQIAAAQFsBwgQIECAQEFAABfQlSRAgAABAgLYDhAgQIAAgYKAAC6gK0mAAAECBASwHSBAgAABAgUBAVxAV5IAAQIECAhgO0CAAAECBAoCAriAriQBAgQIEBDAdoAAAQIECBQEBHABXUkCBAgQICCA7QABAgQIECgICOAC+oaS3789fz7P8/vzPL9u+L1+I4GSwM/nef76+PH8Uaqv7GIBAbx4eMmf/v3b87fwTQo7+wsJ/Pz48fz2hfrRyicJCOBPgt5W5vu353/bfrPfS6Al8PHj8Za28BfXtTSLh5f86QI4qevsryYggL/aRD+nHwH8Oc7rqvwzgD0w60boBwcF3I8g7qGjBfChYU9a9cBMtHx7TcD9uDbxTL8COOO6/lQPzPoRaiAo4H4EcQ8dLYAPDXvSqgdmouXbawLux7WJZ/oVwBnX9ad6YNaPUANBAfcjiHvoaAF8aNiTVj0wEy3fXhNwP65NPNOvAM64rj/VA7N+hBoICrgfQdxDRwvgQ8OetOqBmWj59pqA+3Ft4pl+BXDGdf2pHpj1I9RAUMD9COIeOloAHxr2pFUPzETLt9cE3I9rE8/0K4AzrutP9cCsH6EGggLuRxD30NEC+NCwJ616YCZavr0m4H5cm3imXwGccV1/qgdm/Qg1EBRwP4K4h44WwIeGPWnVAzPR8u01Affj2sQz/QrgjOv6Uz0w60eogaCA+xHEPXS0AD407EmrHpiJlm+vCbgf1yae6VcAZ1zXn+qBWT9CDQQF3I8g7qGjBfChYU9a9cBMtHx7TcD9uDbxTL8COOO6/lQPzPoRaiAo4H4EcQ8dLYAPDXvSqgdmouXbawLux7WJZ/oVwBnX9ad6YNaPUANBAfcjiHvoaAF8aNiTVj0wEy3fXhNwP65NPNOvAM64rj/VA7N+hBoICrgfQdxDRwvgQ8OetOqBmWj59pqA+3Ft4pl+BXDGdf2pHpj1I9RAUMD9COIeOloAHxr2pFUPzETLt9cE3I9rE8/0K4AzrutP9cCsH6EGggLuRxD30NEC+NCwJ616YCZavr0m4H5cm3imXwGccV1/qgdm/Qg1EBRwP4K4h44WwIeGPWnVAzPR8u01Affj2sQz/QrgjOv6Uz0w60eogaCA+xHEPXS0AD407EmrHpiJlm+vCbgf1yae6VcAZ1zXn+qBWT9CDQQF3I8g7qGjBfChYU9a9cBMtHx7TcD9uDbxTL8COOO6/lQPzPoRaiAo4H4EcQ8dLYAPDXvSqgdmouXbawLux7WJZ/oVwBnX9ad6YNaPUANBAfcjiHvoaAF8aNiTVj0wEy3fXhNwP65NPNOvAM64rj/VA7N+hBoICrgfQdxDRwvgQ8OetOqBmWj59pqA+3Ft4pl+BXDGdf2pHpj1I9RAUMD9COIeOloAHxr2pFUPzETLt9cE3I9rE8/0K4AzrutP9cCsH6EGggLuRxD30NEC+NCwJ616YCZavr0m4H5cm3imXwGccV1/qgdm/Qg1EBRwP4K4h44WwIeGPWnVAzPR8u01Affj2sQz/QrgjOv6Uz0w60eogaCA+xHEPXS0AD407EmrHpiJlm+vCbgf1yae6VcAZ1zXn+qBWT9CDQQF3I8g7qGjBfChYU9a9cBMtHx7TcD9uDbxTL8COOO6/lQPzPoRaiAo4H4EcQ8dLYAPDXvSqgdmouXbawLux7WJZ/oVwBnX9ad6YNaPUANBAfcjiHvoaAF8aNiTVj0wEy3fXhNwP65NPNOvAM64rj/VA7N+hBoICrgfQdxDRwvgQ8OetOqBmWj59pqA+3Ft4pl+BXDGdf2pHpj1I9RAUMD9COIeOloAHxr2pFUPzETLt9cE3I9rE8/0K4AzrutP9cCsH6EGggLuRxD30NEC+NCwJ616YCZavr0m4H5cm3imXwGccV1/qgdm/Qg1EBRwP4K4h44WwIeGPWnVAzPR8u01Affj2sQz/QrgjOv6Uz0w60eogaCA+xHEPXS0AD407EmrHpiJlm+vCbgf1yae6VcAZ1zXn+qBWT9CDQQF3I8g7qGjBfChYU9a9cBMtHx7TcD9uDbxTL8COOO6/lQPzPoRaiAo4H4EcQ8dLYAPDXvSqgdmouXbawLux7WJZ/oVwBnX9ad6YNaPUANBAfcjiHvoaAF8aNiTVj0wEy3fXhNwP65NPNOvAM64rj/VA7N+hBoICrgfQdxDRwvgQ8OetOqBmWj59pqA+3Ft4pl+BXDGdf2pHpj1I9RAUMD9COIeOloAHxr2pFUPzETLt9cE3I9rE8/0K4AzrutP9cCsH6EGggLuRxD30NEC+NCwJ616YCZavr0m4H5cm3imXwGccV1/6j8fmPUNaYBAUODjx+MtDfp+1aMtzVed7H/sSwD/R0D/fkpAAJ8a99uaFcBvo/xaB33/9vz9PM+vX6sr3RCICPz8+PH8FjnZoV9aQAB/6fH+++a+f3v+fJ7ndyH87w395wmBn8/z/PXx4/njRLeafKuAAH4rp8MIECBAgMBrAgL4NSdfESBAgACBtwoI4LdyOowAAQIECLwmIIBfc/IVAQIECBB4q4AAfiunwwgQIECAwGsCAvg1J18RIECAAIG3Cgjgt3I6jAABAgQIvCYggF9z8hUBAgQIEHirgAB+K6fDCBAgQIDAawIC+DUnXxEgQIAAgbcKCOC3cjqMAAECBAi8JiCAX3PyFQECBAgQeKuAAH4rp8MIECBAgMBrAgL4NSdfESBAgACBtwoI4LdyOowAAQIECLwmIIBfc/IVAQIECBB4q4AAfiunwwgQIECAwGsC/wdSu+d4AgD1lwAAAABJRU5ErkJggg==8Pat figured out to use the code from the decimal Timerand the numbers to replace the "10s" for the code.3pad front with zerosThis is the general Algorithm for digit extraction for any base b. Replace 10 with b.LABEL will stamp text on the stage at the given font size. The direction of the text is the direction the sprite is facing, and color will match the pen color.Hello!121datamapmany1data lists11110i121contcatchtagcontcatchtagSpriteSprite2pad front with zerosThis is the general Algorithm for digit extraction for any base b. Replace 10 with b.0,0,0,0,0,0,0,00,0,00,0