{"mode":"Blocks","workspace":"myVariablem1m2m3incym45m10m20m30m40Brainm13m22m36m412myVariable0redBrain480myVariable10myVariable00500cos000myVariable0m150120myVariable0whiteBrain480myVariable10myVariable001000sin000myVariable0m250120myVariable0blueBrain480myVariable10myVariable00500sin000myVariable0m350120myVariable0greenBrain480myVariable10myVariable00abs000myVariable0m402000floor0000myVariable0m42000.5650myVariable0m4","rconfig":[],"slot":0,"platform":"V5","sdkVersion":"20240219.10.00.00","appVersion":"3.1.1","minVersion":"3.1.0","fileFormat":"1.0.1","icon":"","targetBrainGen":"First","v5Sounds":[{"name":"game over","url":"static/sounds/mixkit-arcade-retro-game-over-213.wav"}],"v5SoundsEnabled":false,"downloadLanguage":"python","cppStatus":"true","cpp":"// Make sure all required headers are included.\n#include \n#include \n#include \n#include \n#include \n\n\n#include \"vex.h\"\n\nusing namespace vex;\n\n// Brain should be defined by default\nbrain Brain;\n\n\n// START V5 MACROS\n#define waitUntil(condition) \\\n do { \\\n wait(5, msec); \\\n } while (!(condition))\n\n#define repeat(iterations) \\\n for (int iterator = 0; iterator < iterations; iterator++)\n// END V5 MACROS\n\n\n// Robot configuration code.\n\n\n\n\n\n\n// Helper to make playing sounds from the V5 in VEXcode easier and\n// keeps the code cleaner by making it clear what is happening.\nvoid playVexcodeSound(const char *soundName) {\n printf(\"VEXPlaySound:%s\\n\", soundName);\n wait(5, msec);\n}\n\n\n\n// Generated code.\n\n// Include the V5 Library\n#include \"vex.h\"\n \n// Allows for easier use of the VEX Library\nusing namespace vex;\n\nfloat myVariable, m1, m2, m3, inc, y, m4;\n\n// \"when started\" hat block\nint whenStarted1() {\n Brain.Screen.setPenWidth(5);\n m1 = 0.0;\n m2 = 0.0;\n m3 = 0.0;\n m4 = 0.0;\n while (true) {\n Brain.Screen.clearScreen();\n m1 = m1 + 3.0;\n m2 = m2 + 2.0;\n m3 = m3 + 6.0;\n m4 = m4 + 12.0;\n myVariable = 0.0;\n Brain.Screen.setPenColor(red);\n repeat(480) {\n myVariable = myVariable + 1.0;\n Brain.Screen.drawPixel(myVariable, 50.0 * cos(((myVariable + m1) / 50.0) * M_PI / 180) + 120.0);\n wait(5, msec);\n }\n myVariable = 0.0;\n Brain.Screen.setPenColor(white);\n repeat(480) {\n myVariable = myVariable + 1.0;\n Brain.Screen.drawPixel(myVariable, 100.0 * sin(((myVariable + m2) / 50.0) * M_PI / 180) + 120.0);\n wait(5, msec);\n }\n myVariable = 0.0;\n Brain.Screen.setPenColor(blue);\n repeat(480) {\n myVariable = myVariable + 1.0;\n Brain.Screen.drawPixel(myVariable, 50.0 * sin(((myVariable + m3) / 50.0) * M_PI / 180) + 120.0);\n wait(5, msec);\n }\n myVariable = 0.0;\n Brain.Screen.setPenColor(green);\n repeat(480) {\n myVariable = myVariable + 1.0;\n Brain.Screen.drawPixel(myVariable, fabs(static_cast((myVariable + m4) - 200.0 * floor((myVariable + m4) / 200.0 + 0.5))) + 65.0);\n wait(5, msec);\n }\n wait(5, msec);\n }\n return 0;\n}\n\n\nint main() {\n // post event registration\n\n // set default print color to black\n printf(\"\\033[30m\");\n\n // wait for rotation sensor to fully initialize\n wait(30, msec);\n\n whenStarted1();\n}","target":"Physical"}