Content import display import math import buttons import mch22 from machine import Pin from neopixel import NeoPixel import time ## settings selected = 0 choice = 0 flags = [ ["rainbow",["0xFF0000","0xFF8800","0xFFFF00","0x00FF00","0x0000FF","0xFF00FF"]], ["trans",["0x63E2EB","0xEB63DF","0xFFFFFF","0xEB63DF","0x63E2EB"]], ["bi",["0xC70A62","0xC70A62","0xC920B9","0x46068F","0x46068F"]], ["nonbinary",["0xFFFF00","0xFFFFFF","0xAF07F7","0x00000"]], ["lesbian",["0xF71F07","0xF77707","0xFFFFFF","0xF7078F","0xD10420"]], ["gay",["0x269435","0x39C44C","0x49F560","0xFFFFFF","0x4949F5","0x2F2F9E","0x1F1F63"]] ] ## Buttons display.drawFill(255) menuh= display.height()-30 display.drawRect(0,menuh,display.width(),30,1,0) display.drawText(30,menuh,'home') display.drawText(115,menuh,'menu') display.flush() def on_home_btn(pressed): if pressed: mch22.exit_python() buttons.attach(buttons.BTN_HOME,on_home_btn) def on_menu_btn(pressed): if pressed: createMenu(flags) buttons.attach(buttons.BTN_MENU,on_menu_btn) def on_A_btn(pressed): global choice global selected if (pressed): selected = choice main(flags[selected][1],np) buttons.attach(buttons.BTN_A,on_A_btn) def on_B_btn(pressed): if (pressed): # dont change flag main(flags[selected][1],np) buttons.attach(buttons.BTN_B,on_B_btn) def createMenu(flags): global choice display.drawFill(0) for i in range(0,len(flags)): display.drawText(10,10+i*20,flags[i][0]) display.drawRect(0,5+choice*20,100,20,0,0xFF0000) display.flush() def on_up_btn(pressed): global choice if (pressed): if choice > 0: choice = choice - 1 createMenu(flags) buttons.attach(buttons.BTN_UP,on_up_btn) def on_down_btn(pressed): global choice if (pressed): if choice < len(flags): choice = choice + 1 createMenu(flags) buttons.attach(buttons.BTN_DOWN,on_down_btn) ## NEOPixels def hex2RGB(color): color = color.lstrip('0').lstrip('x') return tuple(int(color[i:i+2], 16) for i in (0, 2, 4)) def neoPixelFill(color,np): for x in range(0,5): np[x] = color np.write() def neoPixelCycle(flag,np): index = int(time.ticks_ms()/1000)%len(flag) for x in range(0,5): rgb = hex2RGB(flag[(index+x)%len(flag)]) np[x] = rgb np.write() powerPin = Pin(19, Pin.OUT) dataPin = Pin(5, Pin.OUT) np = NeoPixel(dataPin, 5) powerPin.on() ## Flags def pride(flag,xoff,diag,w,h): display.drawFill(0x000000) stripe = int(h/(len(flag)-1)) x = 0 while x <= w: yprev = 0 for index in range(1,len(flag)+1): yoff = stripe*index-stripe/2 y = yoff+math.sin((x+xoff+diag*index)/20)*stripe/4 display.drawLine(x,yprev,x,y,int(flag[index-1])) yprev = y display.drawLine(x,yprev,x,h,int(flag[index-1])) x = x + 1 ## Main def main(flag,np): w = display.width() h = display.height() - 30 xoff = 0 while True: pride(flag,xoff,16,w,h) xoff = xoff + 1 neoPixelCycle(flag,np) menuh= display.height()-30 display.drawRect(0,menuh,display.width(),30,1,0) display.drawText(30,menuh,'home') display.drawText(115,menuh,'menu') display.flush() if buttons.value(1): break main(flags[selected][1],np)