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Content ### Description: Leiden Tech ### Category: Games ### License: MIT ### Appname: Dice ### Built-in: no import badge import ugfx import machine import math import random import appglue import time import deepsleep def dice(): badge.init() badge.eink_init() ugfx.init() ugfx.input_init() ugfx.input_attach(ugfx.JOY_UP,lambda pressed: btn_up(pressed)) ugfx.input_attach(ugfx.JOY_DOWN,lambda pressed: btn_down(pressed)) ugfx.input_attach(ugfx.JOY_LEFT,lambda pressed: btn_left(pressed)) ugfx.input_attach(ugfx.JOY_RIGHT,lambda pressed: btn_right(pressed)) ugfx.input_attach(ugfx.BTN_SELECT,lambda pressed: btn_select(pressed)) ugfx.input_attach(ugfx.BTN_START,lambda pressed: btn_start(pressed)) ugfx.input_attach(ugfx.BTN_A,lambda pressed: btn_a(pressed)) ugfx.input_attach(ugfx.BTN_B,lambda pressed: btn_b(pressed)) [year, month, mday, wday, hour, minute, second, microseconds] = machine.RTC().datetime() random.seed(int(microseconds)) display() 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 ugfx.fill_circle(x * pipDim + xoffset - pipRad , y * pipDim + gyoffset - pipRad, pipRad, fgcolor) def display(): 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) ugfx.line(xoffset,gyoffset,xoffset,dieWidth+gyoffset,fgcolor) ugfx.line(xoffset,dieWidth+gyoffset,dieWidth+xoffset,dieWidth+gyoffset,fgcolor) ugfx.line(dieWidth+xoffset,dieWidth+gyoffset,dieWidth+xoffset,gyoffset,fgcolor) ugfx.line(dieWidth+xoffset,gyoffset,xoffset,gyoffset,fgcolor) badge.eink_busy_wait() ugfx.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() ugfx.string(50, 50, "Quitting", font,fgcolor) ugfx.flush() appglue.start_app("launcher",False) def clearfg(): global font,bgcolor,fgcolor ugfx.clear(fgcolor) ugfx.flush() def clearbg(): global font,bgcolor,fgcolor ugfx.clear(bgcolor) ugfx.flush() def clearScreen(): clearfg() clearbg() def btn_a(pressed): if pressed: display() def btn_b(pressed): if pressed: display() def btn_up(pressed): global cheatOn if pressed: cheatOn=True def btn_down(pressed): global cheatOn if pressed: cheatOn=False def btn_left(pressed): global numOfDie, pipRad, pipDim, gyoffset, gxoffset if pressed: if (numOfDie > 1): numOfDie=numOfDie-1 resize(numOfDie) clearfg() display() def btn_right(pressed): global numOfDie, pipRad, pipDim, gyoffset, gxoffset if pressed: if (numOfDie < 5): numOfDie=numOfDie+1 resize(numOfDie) clearfg() display() def btn_start(pressed): if pressed: quit() def btn_select(pressed): if pressed: global font,bgcolor,fgcolor clearbg() ugfx.string(50, 50, "Restarting", font,fgcolor) ugfx.flush() appglue.start_app("dice",False) ######## # MAIN # ######## bgcolor=ugfx.WHITE fgcolor=ugfx.BLACK font="PermanentMarker22" numOfDie=1 cheatOn=False resize(numOfDie) dice()