night_game.py

Created on December 31, 2021
3.74 KB
Potential Game. I will work on this and try to make a game. So this is just a template.
from kandinsky import *

from kandinsky import fill_rect as F
from kandinsky import draw_string as STR
from random import randint as R

from math import *
from ion import *
from ion import keydown as KEY
from time import *
from random import *

def spawn_rects():
  F(0,0,322,222,bg)
  F(map_x,200,R(60,110),100,R1)  
  F(map_x+100,R(140,210),R(60,100),100,R2)  
  F(R(200,250),R(-10,20),R(20,60),R(50,200),R2)    
  F(R(200,250),R(-10,20),R(20,60),R(50,200),R3)
  F(R(200,250),R(-10,20),R(50,90),R(40,80),R3)
map_x=0
map_y=0
map_w=3220
map_h=222


clock=0
star_size=1



star_colors=["white",
"yellow",
"orange",
"red",
"blue"
]
C=star_colors[R(0,4)]


R1=(R(0,25),R(0,25),R(0,25))
R2=(R(5,50),R(5,50),R(5,50))
R3=(R(0,10),R(0,10),R(0,10))


c=R(0,322)
d=R(0,222)

# heart is 7 * 7 sprite.
heart_t=0

game=True

px=10
py=100
pc=(245,245,245)
pw=10
ph=10
ps=10

bg=(0,0,150)

ts = 2

tc="black"
fc="red"
x=0
y=0

  
  
rect=[(x,y+ts,ts,ts*3,tc),
  (x+ts*1,y+ts*1,ts,ts*3,fc),
  (x+ts*2,y+ts*2,ts,ts*3,fc),
  (x+ts*3,y+ts*3,ts,ts*3,fc),
  (x+ts*4,y+ts*2,ts,ts*3,fc),
  (x+ts*4,y+ts*2,ts,ts*3,fc),
  (x+ts*5,y+ts*1,ts,ts*3,fc),
  (x+ts*6,y+ts*1,ts,ts*3,tc),
  (x+ts*1,y,ts,ts,tc),
  (x+ts*2,y+ts*1,ts,ts,tc),
  (x+ts*3,y+ts*2,ts,ts,tc),
  (x+ts*4,y+ts*1,ts,ts,tc),
  (x+ts*5,y,ts,ts,tc),
  (x+ts*1,y+ts*4,ts,ts,tc),
  (x+ts*2,y+ts*5,ts,ts,tc),
  (x+ts*3,y+ts*6,ts,ts,tc),
  (x+ts*4,y+ts*5,ts,ts,tc),
  (x+ts*5,y+ts*4,ts,ts,tc)
]

F(0,0,322,222,bg)

F(map_x,200,R(60,110),100,R1)  
F(map_x+100,R(140,210),R(60,100),100,R2)  
F(map_x+R(200,250),R(150,200),R(20,60),200,R2)  
F(map_x+R(250,300),R(170,210),R(40,70),200,R3)  

F(R(50,100),R(-50,-10),R(60,100),R(25,150),R2)  
F(R(200,250),R(-10,20),R(20,60),R(50,200),R2)  
F(R(250,300),R(-60,0),R(60,100),100,R2)  
F(R(200,250),R(-80,20),R(20,60),200,R2)  
F(R(0,50),R(-50,40),R(50,80),R(50,100),R2)

while game:
 
  for i in rect:
    F(*i)
    
  F(px,py,ps,ps,pc)
  
  if KEY(KEY_LEFT):
    px-=1
    F(px+ps,py,1,ps,bg)
    if px<0:
      px=322
      F(0,0,322,222,bg)
      F(map_x,200,R(60,110),100,R1)  
      F(map_x+100,R(140,210),R(60,100),100,R2)  
      F(map_x+R(200,250),R(150,200),R(100,200),R(150,200),bg)
      F(R(50,100),R(-50,-10),R(60,100),R(25,150),R2)  
      F(R(200,250),R(-10,20),R(20,60),R(50,200),R2)    
      F(R(200,250),R(-10,20),R(20,60),R(50,200),R3)
      F(R(200,250),R(-10,20),R(20,60),R(40,80),R1)

  if KEY(KEY_RIGHT):
    px+=1
    F(px-1,py,1,ps,bg)
    if px>322:
      px=0
      F(0,0,322,222,bg)
      F(map_x,200,R(60,110),100,R1)  
      F(map_x+100,R(140,210),R(60,100),100,R2)  
      F(map_x+R(200,250),R(150,200),R(20,60),200,R2)  
      F(R(200,250),R(-10,20),R(20,60),R(50,200),R2)    
      F(R(200,250),R(-10,20),R(20,60),R(50,200),R3)
      F(R(200,250),R(-10,20),R(50,80),R(50,200),R1)
  
  if KEY(KEY_UP):
    py-=1
    F(px,py+ps,ps,1,bg)
    if py<0:
      py=222
      F(0,0,322,222,bg)
      F(map_x,200,R(60,110),100,R1)  
      F(map_x+100,R(140,210),R(60,100),100,R2)  
      F(map_x+R(200,250),R(150,200),R(20,60),200,R2)  
      F(R(200,250),R(-10,20),R(20,60),R(50,200),R2)    
      F(R(200,250),R(-10,20),R(20,60),R(50,200),R3)
      F(R(200,250),R(-10,20),R(50,80),R(50,200),R1)

    
  if KEY(KEY_DOWN):
    py+=1
    F(px,py-1,ps,1,bg)
    if py>222:
      py=0
      F(0,0,322,222,bg)
      F(map_x,200,R(60,110),100,R1)  
      F(map_x+100,R(140,210),R(60,100),100,R2)  
      F(map_x+R(200,250),R(150,200),R(20,60),200,R2)  
      F(R(200,250),R(-10,20),R(20,60),R(50,200),R2)    
      F(R(200,250),R(-10,20),R(20,60),R(50,200),R3)
      F(R(200,250),R(-10,20),R(50,80),R(50,200),R1)

    
    
    
    
  clock+=1
  if clock>0 and clock<30:
    c=R(0,322)
    d=R(0,90)
    C=star_colors[R(0,4)]
  
  F(c,d,star_size,star_size,C)
    

  
  
  if get_pixel(px+ps,py)=="black":
    game=0