racing2.py

Created on October 28, 2024
3.84 KB
from kandinsky import *
from random import *
from math import *
from time import *
from ion import *

W,H=320,222
FW,FH=10,16
SPEED=7
TURN=15
FPS=22
onLine=False
l_onLine=False

COLORS={"b":"black","w":"white",
        "r":"red","o":"orange",
        "y":"yellow","g":"green",
        "l":"blue","p":"purple",
        "i":"pink"}
TRACK=[(20,20,W-40,30),(20,20,30,H-50),(20,H-50,W-40,30),(W-50,20,30,H-50)]

def text(text,x=W/2,y=H/2):
  text=str(text)
  draw_string(text,int(x-len(text)*FW/2),int(y-FH/2),"black","green")

def raytrace(x,y,dist,dir,angle):
  ray=[]
  sclr="grey"
  i=1
  while sclr!=(82,195,0) and i<dist:
    sclr=get_pixel(int(x),int(y))
    #set_pixel(int(x),int(y),"blue")
    x+=cos(radians(dir)+angle)
    y+=sin(radians(dir)+angle)
    i+=1
  return i
    

def render(x,y,color,direction):
  global SPEED,TIME
  sprites={"car":"0200b0300b0400b0500b1400b1500b1600b1700b0101r0201r0301b0401b0501b0701r0801r0901r1001r1401b1501b1601b1701b0002r0102r0202r0302r0402b0502b0602r0702r0802r0902r1002r1102r1402b1502b1602b1702b1902r2002r0003o0103r0203r0303r0403r0503r0603r0703r0803r0903r1003r1103r1203r1503r1603r1903r2003r0004o0104r0204r0304r0404r0504r0604r0704r0804r0904b1004b1104r1204r1304r1504r1604r1904r2004r0005r0105r0205r0305r0405r0505r0605r0705r0805b0905b1005b1105b1205r1305r1405r1505r1605r1705r1805r1905r2005r0006r0106r0206r0306r0406r0506r0606r0706r0806b0906b1006b1106b1206r1306r1406r1506r1606r1706r1806r1906r2006r0007r0107r0207r0307r0407r0507r0607r0707r0807b0907b1007b1107b1207r1307r1407r1507r1607r1707r1807r1907r2007r0008o0108r0208r0308r0408r0508r0608r0708r0808r0908b1008b1108r1208r1308r1508r1608r1908r2008r0009o0109r0209r0309r0409r0509r0609r0709r0809r0909r1009r1109r1209r1509r1609r1909r2009r0010r0110r0210r0310r0410b0510b0610r0710r0810r0910r1010r1110r1410b1510b1610b1710b1910r2010r0111r0211r0311b0411b0511b0711r0811r0911r1011r1411b1511b1611b1711b0212b0312b0412b0512b1412b1512b1612b1712b"}
  for i in range(0,len(sprites["car"]),5):
    pixel=sprites["car"][i:i+5]
    pixel_x=x-10+int(pixel[:2])
    pixel_y=y-6+int(pixel[2:4])
    pixel_color=COLORS[pixel[4]]
    rotated_x=round((pixel_x-x)*cos(radians(direction))-(pixel_y-y)*sin(radians(direction))+x)
    rotated_y=round((pixel_x-x)*sin(radians(direction))+(pixel_y-y)*cos(radians(direction))+y)
    if pixel_color=="red":
      pixel_color=color
    if color=="red":
      if pixel_color=="black" and get_pixel(rotated_x,rotated_y)==(82,195,0): SPEED-=0.1
    set_pixel(rotated_x, rotated_y, pixel_color)

while True:
  direction=0
  x,y=35,35
  #botn=int(input("Combien de Bots? ---> "))
  botn=2
  BOTS=[{"x":x,"y":y,"dir":0,"col":(randint(1,254),randint(1,254),randint(1,254))} for i in range(botn)]
  laps=3
  #sleep(0.5)
  while laps>0:
    fill_rect(0,0,W,H,"green")
    for rect in TRACK: fill_rect(rect[0],rect[1],rect[2],rect[3],"gray")
    fill_rect(50,20,5,30,"white")
    SPEED=7
    for bot in BOTS:
      ray1=raytrace(bot["x"],bot["y"],40,bot["dir"],-1)
      ray2=raytrace(bot["x"],bot["y"],40,bot["dir"],1)
      if ray1>ray2:   bot["dir"]-=randint(12,17)
      elif ray1<ray2: bot["dir"]+=randint(12,17)
      bot["x"]+=round(randint(6,8)*cos(radians(bot["dir"])))
      bot["y"]+=round(randint(6,8)*sin(radians(bot["dir"])))
      render(bot["x"],bot["y"],bot["col"],bot["dir"])
    if get_pixel(x,y)==(255,255,255): onLine=True
    else: onLine=False
    if l_onLine==False and onLine==True: laps-=1
    l_onLine=onLine
    render(x,y,"red",direction)
    fill_rect(int(W/2-75),int(H/2-25),50,50,(round(255+SPEED/7*(-255)),round(SPEED/7*255),0))
    text(str(laps)+" laps",x=(135+280)/2)
    if keydown(KEY_RIGHT): direction+=TURN
    if keydown(KEY_LEFT):  direction-=TURN
    if keydown(KEY_UP):
      x+=round(SPEED*cos(radians(direction)))
      y+=round(SPEED*sin(radians(direction)))
    if keydown(KEY_DOWN):
      x-=round(SPEED*cos(radians(direction)))
      y-=round(SPEED*sin(radians(direction)))
    sleep(1/FPS)