wilsons_world_2.py

Created on April 04, 2023
3.65 KB
Simple Platform Game Example.
Will improve daily.
[Backspace] = float
from math import *
from random import *
from random import randint as RAND
from kandinsky import *
from kandinsky import fill_rect as F
from ion import *
from time import *


RED=(255,0,0)
WHITE=(255,)*3
BLACK=(0,)*3
GREEN=(0,255,0)
CYAN=(0,255,255)
BLUE=(0,0,255)


GAME_OVER=False


float_energy=30
times_almost_fell=0
traveled=0
score=0
life=3
x=115
y=30
w=14
h=22
c=(RAND(100,255),RAND(100,255),RAND(100,255))

base=[0,randint(60,120),50,5,(0,0,0)]




#**************************



bg=WHITE


MAPX=0
MAPY=0
MAPW=5000
MAPH=222


MAPBOX_X1=[MAPX,MAPY,5,MAPH,(0,0,0)]
MAPBOX_X2=[MAPX+MAPW-5,MAPY,5,MAPH,(0,0,0)]
MAPBOX_Y1=[MAPX,MAPY,MAPW,5,(0,0,0)]
MAPBOX_Y2=[MAPX,MAPY+MAPH-5,MAPW,5,(0,0,0)]



rope_x=MAPX+RAND(200,500)
rope_h=RAND(50,120)
rope_y=MAPY+MAPH-rope_h-5
rope_w=RAND(500,1200)
rope_c=(RAND(0,255),RAND(0,255),RAND(0,255))



rope=[rope_x,rope_y,rope_w,rope_h,rope_c]




r1_x=MAPX+RAND(1000,1200)
r1_h=RAND(50,120)
r1_y=MAPY+MAPH-r1_h-5
r1_w=RAND(180,420)
r1_c=(RAND(0,255),RAND(0,255),RAND(0,255))


r2_x=MAPX+RAND(1500,1800)
r2_h=RAND(80,150)
r2_y=MAPY+MAPH-r2_h-5
r2_w=RAND(450,800)
r2_c=(RAND(0,255),RAND(0,255),RAND(0,255))


r3_x=MAPX+RAND(2500,3000)
r3_h=RAND(80,160)
r3_y=MAPY+MAPH-r3_h-5
r3_w=RAND(500,1200)
r3_c=(RAND(0,255),RAND(0,255),RAND(0,255))




wall_list_x=[
[r1_x,r1_y,r1_w,r1_h,r1_c],
[r2_x,r2_y,r2_w,r2_h,r2_c],
[r2_x,r2_y,r2_w,r2_h,r2_c]
]



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


while not GAME_OVER:

  
  MAPBOX_X1=[MAPX,MAPY,5,MAPH,(0,0,0)]
  MAPBOX_X2=[MAPX+MAPW-5,MAPY,5,MAPH,(0,0,0)]
  MAPBOX_Y1=[MAPX,MAPY,MAPW,5,(0,0,0)]
  MAPBOX_Y2=[MAPX,MAPY+MAPH-5,MAPW,5,(0,0,0)]



  F(*MAPBOX_X1)
  F(*MAPBOX_X2)
  F(*MAPBOX_Y1)
  F(*MAPBOX_Y2)


  F(x,y,w,h,c)

  F(x+3,y+3,4,5,BLACK)
  F(x+9,y+3,4,5,BLACK)


  if keydown(KEY_LEFT):
    x-=2
    F(x+w+1,y,2,h,WHITE)






  if keydown(KEY_RIGHT):
    x+=2
    F(x-2,y,2,h,WHITE)





  if keydown(KEY_BACKSPACE) and float_energy>0:
    y-=2
    F(230,4,int(float_energy),13,bg)
    float_energy-=0.4
    F(x,y+h+1,w,1,WHITE)


  if get_pixel(x,y+h+2) == (255,0,0) and get_pixel(x+w,y+h-1) == (255,0,0):
    sleep(0.25)
    F(x,y,w,h,(255,)*3)
    x=15
    y=30
    life-=1


  if life<1:
    sleep(0.4)
    F(0,0,322,222,(0,0,0))
    sleep(1)
    draw_string("GAME OVER",100,80,(255,0,0),(0,0,0))
    sleep(1)
    draw_string("Score:"+str(score),100,130,WHITE,(0,0,0))
    sleep(1.5)
    draw_string("PRESS [OK]",120,180,BLACK,GREEN)
    GAME_OVER=True          



  if get_pixel(x,y+h) != (0,0,0) and get_pixel(x+w,y+h) != BLACK:
  
    sleep(0.001)  
    y+=1
    F(x-1,y-1,w+2,1,(255,)*3)

  


  if get_pixel(x,y+h) != WHITE and get_pixel(x+w,y+h) != WHITE:
    float_energy=30



  if y<0:
    y=0
    
  if x+w<-1:
    x=322
  if x>322:
    x=-1-w



  if not GAME_OVER:
    draw_string("E:[",5,5)


    F(35,8,int(float_energy),13,(0,255,0))




  if x>222:
    x=222
    MAPX-=2



  if x<50:
    x=50
    MAPX+=2







  wall_list_x[0]=[MAPX+r1_x,MAPY+r1_y,r1_w,r1_h,r1_c]

  wall_list_x[1]=[MAPX+r2_x,MAPY+r2_y,r2_w,r2_h,r2_c]
  wall_list_x[2]=[MAPX+r3_x,MAPY+r3_y,r3_w,r3_h,r3_c]






  F(*wall_list_x[0])
  F(*wall_list_x[1])
  F(*wall_list_x[2])




  F(wall_list_x[0][0]+wall_list_x[0][2]+1,wall_list_x[0][1],3,wall_list_x[0][3],bg)
  F(wall_list_x[0][0],wall_list_x[0][1],wall_list_x[0][2],3,BLACK)


  F(wall_list_x[1][0]+wall_list_x[1][2]+1,wall_list_x[1][1],3,wall_list_x[1][3],bg)
  F(wall_list_x[1][0],wall_list_x[1][1],wall_list_x[1][2],3,BLACK)

  F(wall_list_x[2][0]+wall_list_x[2][2]+1,wall_list_x[2][1],3,wall_list_x[2][3],bg)
  F(wall_list_x[2][0],wall_list_x[2][1],wall_list_x[2][2],3,BLACK)








  MAPX-=1






print("")
print("traveled:",traveled)
sleep(0.2)
print("times_almost_fell:",times_almost_fell)