Content ### Description: Leiden Tech ### Category: Games ### License: MIT ### Appname: Dice ### Built-in: no import display import buttons import machine import math import random import mch22 bgcolor = display.WHITE fgcolor = display.BLACK font = "PermanentMarker22" numOfDie = 1 cheatOn = False def on_action_btn_a(pressed): if pressed: drawDice() def on_action_btn_b(pressed): if pressed: drawDice() def on_action_btn_up(pressed): global cheatOn if pressed: cheatOn = True def on_action_btn_down(pressed): global cheatOn if pressed: cheatOn = False def on_action_btn_left(pressed): global numOfDie, pipRad, pipDim, gyoffset, gxoffset if pressed: if (numOfDie > 1): numOfDie = numOfDie - 1 resize(numOfDie) drawDice() def on_action_btn_right(pressed): global numOfDie, pipRad, pipDim, gyoffset, gxoffset if pressed: if (numOfDie < 5): numOfDie = numOfDie + 1 resize(numOfDie) drawDice() def on_action_btn_start(pressed): if pressed: mch22.exit_python() def on_action_btn_select(pressed): if pressed: global font, bgcolor, fgcolor clearbg() display.string(50, 50, "Restarting", fgcolor, font) display.flush() def drawPip(pipNum, dieNum): # 1 2 3 # 4 5 6 # 7 8 9 global fgcolor, gxoffset, gyoffset, pipRad, pipDim, xoffset row = math.floor( (pipNum - 1) / 3 ) + 1 col = ((pipNum - 1) % 3) + 1 x = col * 2 y = row * 2 dieWidth = pipDim * 7 display.drawCircle(x * pipDim + xoffset - pipRad, y * pipDim + gyoffset - pipRad, pipRad, 0, 360, True, fgcolor) def drawDice(): global fgcolor, gxoffset, gyoffset, pipRad, pipDim, numOfDie, cheatOn, xoffset clearbg() for i in range(numOfDie): dieNum = i + 1 dieWidth = pipDim * 7 xoffset = gxoffset + (dieWidth * (dieNum - 1)) + (i * 2) if i is 0 or cheatOn is False: value = random.randint(1,6) if (value == 6):#6 drawPip(2, dieNum) drawPip(8, dieNum) if (value > 1): #2 3 4 5 6 drawPip(3, dieNum) drawPip(7, dieNum) if (value > 3): #4 5 6 drawPip(1, dieNum) drawPip(9, dieNum) if (value % 2 != 0 ): #1 3 5 drawPip(5, dieNum) display.drawLine(xoffset,gyoffset,xoffset,dieWidth+gyoffset,fgcolor) display.drawLine(xoffset,dieWidth+gyoffset,dieWidth+xoffset,dieWidth+gyoffset,fgcolor) display.drawLine(dieWidth+xoffset,dieWidth+gyoffset,dieWidth+xoffset,gyoffset,fgcolor) display.drawLine(dieWidth+xoffset,gyoffset,xoffset,gyoffset,fgcolor) display.flush() def resize(numOfDie): global font, pipRad, pipDim, gyoffset, gxoffset pipRad = 9 - numOfDie pipDim = pipRad * 2 gyoffset = 5 * numOfDie gxoffset = math.floor(296 / 2 - ( ( pipDim * 7 * numOfDie ) / 2 )) - pipRad def quit(): global font, bgcolor, fgcolor clearbg() display.string(50, 50, "Quitting", fgcolor, font) display.flush() mch22.exit_python() def clearbg(): global font, bgcolor, fgcolor display.drawFill(bgcolor) display.flush() ######## # MAIN # ######## [year, month, mday, wday, hour, minute, second, microseconds] = machine.RTC().datetime() random.seed(int(microseconds)) buttons.attach(buttons.BTN_A, on_action_btn_a) buttons.attach(buttons.BTN_B, on_action_btn_b) buttons.attach(buttons.BTN_LEFT, on_action_btn_left) buttons.attach(buttons.BTN_RIGHT, on_action_btn_right) buttons.attach(buttons.BTN_UP, on_action_btn_up) buttons.attach(buttons.BTN_DOWN, on_action_btn_down) buttons.attach(buttons.BTN_SELECT, on_action_btn_select) buttons.attach(buttons.BTN_START, on_action_btn_start) resize(numOfDie) drawDice()