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import math 
from cmath import *
from kandinsky import *
from kandinsky import fill_rect as F
from random import *
from ion import *
from time import *



game=True

bg=(randint(0,255),randint(0,255),randint(0,255))


gravty=True
jump=False
fall_speed=1
jump_max=8
jump_time=0



px=20
py=20
pw=10
ph=16
pc="blue"
psc=0



rtimer=0

rdir=randint(1,4)


rx=200
ry=100
rw=randint(10,30)
rh=5
rc="black"

laser_c="red"


door_x=randint(10,300)
door_y=randint(10,170)
door_w=12
door_h=19
door_c=(randint(0,255),randint(0,255),randint(0,255))

key_x=randint(10,300)
key_y=randint(10,170)
key_w=6
key_h=12
key_c="yellow"


rect_x=randint(10,200)
rect_y=randint(10,150)
rect_w=20
rect_h=50
rect_c="black"

fill_rect(0,0,322,222,bg)

while game:
  
  psc+=0.03
  gravty=True

  rtimer+=0.1

  F(px,py,pw,ph,pc)
  F(px,py-1,pw,1,bg)
  
  F(px,py,1,ph,"white")
  F(px+pw-1,py,1,ph,"white")
  F(px,py,pw,1,"white")
  F(px,py+ph,pw,1,"white")

  
  F(key_x,key_y,key_w,key_h,key_c)
    
  F(key_x,key_y,1,key_h,"blue")
  F(key_x+key_w-1,key_y,1,key_h,"blue")
  F(key_x,key_y,key_w,1,"blue")
  F(key_x,key_y+key_h-1,key_w,1,"blue")
  
  
  
  F(rx,0,2,222,laser_c)
  F(rx+rw-2,0,2,222,laser_c)
  
  F(0,ry,322,2,"purple")
  F(0,ry+rh-2,322,2,"white")
  
    
  F(rx,ry,rw,rh,rc)
  
  F(rx,ry,2,rh,"red")
  F(rx+rw-2,ry,2,rh,"red")
  F(rx,ry,rw,2,"red")
  F(rx,ry+rh-2,rw,2,"red")
  
  
  if rdir==1:
    rx-=choice([1,2])
    F(rx+rw,0,2,222,bg)
  
  if rdir==2:
    rx+=choice([1,2])
    F(rx-2,0,2,222,bg)
  
    
  if rdir==3:
    ry-=choice([0,1])
    F(0,ry+rh,322,2,bg)
  
  if rdir==4:
    ry+=choice([0,1])
    
    F(0,ry-2,322,2,bg)
  
  
  if rx<20:
    rx=20
    
  if rx>300:
    rx=300
    
  if ry<0:
    ry=222
    
  if ry>222:
    ry=0
    
  if keydown(KEY_LEFT):
    px-=1
    F(px+pw,py,2,ph,bg)
  
  if keydown(KEY_RIGHT):
    px+=1
    F(px-1,py,1,ph,bg)
  
  if keydown(KEY_UP):
    jump_time+=0.4
    py-=1
    F(px,py+ph+1,pw,1,bg)
  
  if keydown(KEY_BACKSPACE):
    jump=True
    
  if jump and jump_time<jump_max:    
      jump_time+=0.5
      py-=2
      px+=1
      fill_rect(px,py-1,pw,1,bg)
      if jump_time>=jump_max:
        
        jump=False
    
        
    
    
  F(0,0,3,222,"black")
  F(318,0,3,222,"black")
  F(0,0,322,2,"black")
  F(0,219,322,2,"black")

  if px+pw<0:px=322  

  if px>322:px=0  
  
  
  if py+ph>ry:
    py=ry-ph
    
    jump_time=0
    jump=False

  
  if gravty:  
    py+=choice([0,1])
    
  
  if rtimer>randint(8,14):
    rtimer=0
    rdir=randint(1,4)


  if px+pw==rx or px==rx+rw:
    game=False
    

  F(door_x,door_y,door_w,door_h,"black")    
  
  F(door_x,door_y,2,door_h,"cyan")    
  F(door_x+door_w-2,door_y,2,door_h,"cyan")    
  F(door_x,door_y,door_w,2,"cyan")    
  F(door_x,door_y+door_h-2,door_w,2,"cyan")    
  
  F(0,door_y+door_h,322,5,"black")    
  F(0,door_y-2,322,2,"black")    
  



  draw_string(str(bg),100,200)

      
#game over

sleep(1)
F(0,0,322,222,"black")

F(0,0,3,222,"cyan")
F(318,0,3,222,"cyan")
F(0,0,322,4,"cyan")
F(0,218,322,4,"cyan")


  
draw_string("GAME OVER",100,90,"red","black")      
sleep(1)
draw_string("SCORE:",100,140,"white","black")
sleep(1.1)
draw_string(str(round(psc)),170,140,"cyan","black")