My Python Scripts

Create, edit, and import your Python scripts

Library

My scripts

My calculator

yum_its_raining.py

Created by alexandre-merle

Created on November 13, 2023

14.2 KB

from math import *
from random import *
from kandinsky import *
from ion import *
from time import *

def draw_string_letters(text,x,y,c1=(0,0,0),c2=(255,255,255),dec=0):
  for l in text:
    draw_string(l,x+dec,y,c1,c2)
    dec+=10
    sleep(0.05)

def carotte(x,y):
  fill_rect(x-8,y,16,4,(0,200,0))
  fill_rect(x-2,y-4,4,4,(0,200,0))
  fill_rect(x-6,y+4,12,8,(255,150,0))
  fill_rect(x-4,y+12,8,6,(255,150,0))
  fill_rect(x-2,y+18,4,2,(255,150,0))

def carotte_or(x,y):
  fill_rect(x-8,y,16,4,(0,200,0))
  fill_rect(x-2,y-4,4,4,(0,200,0))
  fill_rect(x-6,y+4,12,8,(255,220,0))
  fill_rect(x-4,y+12,8,6,(255,220,0))
  fill_rect(x-2,y+18,4,2,(255,220,0))

def carotte_pourrie(x,y):
  fill_rect(x-8,y,16,4,(80,100,0))
  fill_rect(x-2,y-4,4,4,(80,100,0))
  fill_rect(x-6,y+4,12,8,(20,10,40))
  fill_rect(x-4,y+12,8,6,(20,10,40))
  fill_rect(x-2,y+18,4,2,(20,10,40))

def lapin1(x,y):
  fill_rect(x-12,y,8,20,(240,200,150))
  fill_rect(x+4,y,8,20,(240,200,150))
  fill_rect(x-10,y+2,4,18,(250,150,150))
  fill_rect(x+6,y+2,4,18,(250,150,150))
  fill_rect(x-16,y+20,32,28,(240,200,150))
  fill_rect(x-12,y+24,8,8,(240,)*3)
  fill_rect(x+4,y+24,8,8,(240,)*3)
  fill_rect(x-10,y+26,4,4,(30,)*3)
  fill_rect(x+6,y+26,4,4,(30,)*3)
  fill_rect(x-14,y+34,28,12,(250,150,150))
  fill_rect(x-5,y+34,4,4,(240,)*3)
  fill_rect(x+1,y+34,4,4,(240,)*3)

def lapin1_2(x,y):
  fill_rect(x-24,y,16,20,(240,200,150))
  fill_rect(x+8,y,16,20,(240,200,150))
  fill_rect(x-20,y+2,8,18,(250,150,150))
  fill_rect(x+12,y+2,8,18,(250,150,150))
  fill_rect(x-32,y+20,64,28,(240,200,150))
  fill_rect(x-24,y+24,16,8,(240,)*3)
  fill_rect(x+8,y+24,16,8,(240,)*3)
  fill_rect(x-20,y+26,8,4,(30,)*3)
  fill_rect(x+12,y+26,8,4,(30,)*3)
  fill_rect(x-28,y+34,56,12,(250,150,150))
  fill_rect(x-10,y+34,8,4,(240,)*3)
  fill_rect(x+2,y+34,8,4,(240,)*3)

def lapin2(x,y):
  fill_rect(x-12,y,8,20,(240,200,150))
  fill_rect(x+4,y,8,20,(240,200,150))
  fill_rect(x-10,y+2,4,18,(250,150,150))
  fill_rect(x+6,y+2,4,18,(250,150,150))
  fill_rect(x-16,y+20,32,28,(240,200,150))
  fill_rect(x-12,y+24,8,8,(240,)*3)
  fill_rect(x+4,y+24,8,8,(240,)*3)
  fill_rect(x-11,y+25,6,6,(30,)*3)
  fill_rect(x+5,y+25,6,6,(30,)*3)
  fill_rect(x-7,y+38,14,2,(250,150,150))
  fill_rect(x-5,y+38,4,4,(240,)*3)
  fill_rect(x+1,y+38,4,4,(240,)*3)

def lapin2_2(x,y):
  fill_rect(x-24,y,16,20,(240,200,150))
  fill_rect(x+8,y,16,20,(240,200,150))
  fill_rect(x-20,y+2,8,18,(250,150,150))
  fill_rect(x+12,y+2,8,18,(250,150,150))
  fill_rect(x-32,y+20,64,28,(240,200,150))
  fill_rect(x-24,y+24,16,8,(240,)*3)
  fill_rect(x+8,y+24,16,8,(240,)*3)
  fill_rect(x-22,y+25,12,6,(30,)*3)
  fill_rect(x+10,y+25,12,6,(30,)*3)
  fill_rect(x-14,y+38,28,2,(250,150,150))
  fill_rect(x-10,y+38,8,4,(240,)*3)
  fill_rect(x+2,y+38,8,4,(240,)*3)

def lapin3(x,y):
  fill_rect(x-12,y+10,8,10,(240,200,150))
  fill_rect(x+4,y+10,8,10,(240,200,150))
  fill_rect(x-10,y+12,4,8,(250,150,150))
  fill_rect(x+6,y+12,4,8,(250,150,150))
  fill_rect(x-16,y+20,32,28,(240,200,150))
  fill_rect(x-12,y+24,8,4,(240,)*3)
  fill_rect(x+4,y+24,8,4,(240,)*3)
  fill_rect(x-10,y+25,4,2,(30,)*3)
  fill_rect(x+6,y+25,4,2,(30,)*3)
  fill_rect(x-14,y+29,28,18,(250,150,150))
  fill_rect(x-5,y+29,4,4,(240,)*3)
  fill_rect(x+1,y+29,4,4,(240,)*3)

def lapin3_2(x,y):
  fill_rect(x-24,y+10,16,10,(240,200,150))
  fill_rect(x+8,y+10,16,10,(240,200,150))
  fill_rect(x-20,y+12,8,8,(250,150,150))
  fill_rect(x+12,y+12,8,8,(250,150,150))
  fill_rect(x-32,y+20,64,28,(240,200,150))
  fill_rect(x-24,y+24,16,4,(240,)*3)
  fill_rect(x+8,y+24,16,4,(240,)*3)
  fill_rect(x-20,y+25,8,2,(30,)*3)
  fill_rect(x+12,y+25,8,2,(30,)*3)
  fill_rect(x-28,y+29,56,18,(250,150,150))
  fill_rect(x-10,y+29,8,4,(240,)*3)
  fill_rect(x+2,y+29,8,4,(240,)*3)

def lapin4(x,y):
  fill_rect(x-11,y,8,6,(240,200,150))
  fill_rect(x+5,y,8,6,(240,200,150))
  fill_rect(x-9,y+2,4,4,(250,150,150))
  fill_rect(x+7,y+2,4,4,(250,150,150))
  fill_rect(x-12,y+6,8,7,(240,200,150))
  fill_rect(x+4,y+6,8,7,(240,200,150))
  fill_rect(x-10,y+6,4,7,(250,150,150))
  fill_rect(x+6,y+6,4,7,(250,150,150))
  fill_rect(x-11,y+13,8,7,(240,200,150))
  fill_rect(x+5,y+13,8,7,(240,200,150))
  fill_rect(x-9,y+13,4,7,(250,150,150))
  fill_rect(x+7,y+13,4,7,(250,150,150))
  fill_rect(x-16,y+20,32,28,(240,200,150))
  fill_rect(x-9,y+25,2,6,(30,)*3)
  fill_rect(x+7,y+25,2,6,(30,)*3)
  fill_rect(x-11,y+27,6,2,(30,)*3)
  fill_rect(x+5,y+27,6,2,(30,)*3)
  fill_rect(x-14,y+37,4,4,(250,150,150))
  fill_rect(x-10,y+38,4,4,(250,150,150))
  fill_rect(x-6,y+37,4,4,(250,150,150))
  fill_rect(x-2,y+38,4,4,(250,150,150))
  fill_rect(x+2,y+37,4,4,(250,150,150))
  fill_rect(x+6,y+38,4,4,(250,150,150))
  fill_rect(x+10,y+37,4,4,(250,150,150))

def lapin4_2(x,y):
  fill_rect(x-22,y,16,6,(240,200,150))
  fill_rect(x+10,y,16,6,(240,200,150))
  fill_rect(x-18,y+2,8,4,(250,150,150))
  fill_rect(x+14,y+2,8,4,(250,150,150))
  fill_rect(x-24,y+6,16,7,(240,200,150))
  fill_rect(x+8,y+6,16,7,(240,200,150))
  fill_rect(x-20,y+6,8,7,(250,150,150))
  fill_rect(x+12,y+6,8,7,(250,150,150))
  fill_rect(x-22,y+13,16,7,(240,200,150))
  fill_rect(x+10,y+13,16,7,(240,200,150))
  fill_rect(x-18,y+13,8,7,(250,150,150))
  fill_rect(x+14,y+13,8,7,(250,150,150))
  fill_rect(x-32,y+20,64,28,(240,200,150))
  fill_rect(x-18,y+25,4,6,(30,)*3)
  fill_rect(x+14,y+25,4,6,(30,)*3)
  fill_rect(x-22,y+27,12,2,(30,)*3)
  fill_rect(x+10,y+27,12,2,(30,)*3)
  fill_rect(x-28,y+37,8,4,(250,150,150))
  fill_rect(x-20,y+38,8,4,(250,150,150))
  fill_rect(x-12,y+37,8,4,(250,150,150))
  fill_rect(x-4,y+38,8,4,(250,150,150))
  fill_rect(x+4,y+37,8,4,(250,150,150))
  fill_rect(x+12,y+38,8,4,(250,150,150))
  fill_rect(x+20,y+37,8,4,(250,150,150))

def lapin(n,x,y,bigger=False):
  if not bigger:
    if   n==1:lapin1(x,y)
    elif n==2:lapin2(x,y)
    elif n==3:lapin3(x,y)
    elif n==4:lapin4(x,y)
  elif bigger:
    if   n==1:lapin1_2(x,y)
    elif n==2:lapin2_2(x,y)
    elif n==3:lapin3_2(x,y)
    elif n==4:lapin4_2(x,y)

class CAROTTES:
  def __init__(self):
    self.x=randint(2,30)*10
    self.y=14
    self.vy=0
    self.t=randint(0,3)%3

  def draw(self,x):
    if self.t==0 and 13<self.y<134:carotte(self.x,self.y)
    elif self.t==1 and 13<self.y<134:carotte_or(self.x,self.y)
    elif self.t==2 and 13<self.y<134:carotte_pourrie(self.x,self.y)
    else:self.__init__()

  def move(self):
    self.y+=int(self.vy)
    self.vy=self.vy*0.99+0.5

  def poslapin(self,x,bigger=False):
    if x-15<self.x<x+15 and not bigger:return 3
    elif bigger and x-30<self.x<x+30:return 3
    else:return 1

def back_ground(c1,c2,hungry=False,bg=0):
  fill_rect(10,10,300,140,(100-trunc(bg/2),200-bg,250-bg))
  fill_rect(0,162,320,60,(235,130,0))
  carotte(10,168);draw_string("x"+str(c1),18,168,(255,170,0),(235,130,0))
  carotte_or(10,198);draw_string("x"+str(c2),18,198,(255,170,0),(235,130,0))
  draw_string("SCORE",260,168,(255,170,0),(235,130,0));draw_string(" "+str(c1+(c2*2)),260,188,(255,170,0),(235,130,0))
  if hungry:draw_string("HUNGRY!",125,178,(255,170,0),(235,130,0))

def start():
  print(">>>            RabbitGame\n>>> -Record small:615 by my father\n>>> -Record bigger:393 by me\n>>> scrit by Merle")
  fill_rect(0,0,320,222,(205,100,0));fill_rect(8,8,304,144,(0,0,0));fill_rect(0,160,320,2,(0,0,0))
  back_ground(0,0,False)
  draw_string("Yum it's raining.",85,20,(0,0,0),(100,200,250))
  draw_string("Chargement ...",95,55,(0,0,0),(100,200,250))
  draw_string("12/11/2023     Create by Merle",10,130,(0,0,0),(100,200,250))
  strLoad="loading game"
  for i in range(0,10):carotte_pourrie(60+(i*20),80)
  for i in range(0,10):
    carotte(60+(i*20),80)
    for j in range(0,10):
      draw_string("Chargement "+str((i*10)+j)+"%",95,55,(0,0,0),(100,200,250))
      draw_string(strLoad[((i*10)+j)%len(strLoad)],100+((((i*10)+j)%len(strLoad))*10),105,(0,0,0),(100,200,250))
      draw_string(" ",100+(((((i*10)+j)+6)%len(strLoad))*10),105,(0,0,0),(100,200,250))
      sleep(1/(27-((i*10)+j)%27))

def notice():
  fill_rect(0,0,320,222,(205,100,0));fill_rect(8,8,304,144,(0,0,0));fill_rect(0,160,320,2,(0,0,0))
  back_ground(0,0,False)
  lapin(1,26,102)
  fill_rect(28,38,204,74,(0,0,0));fill_rect(30,40,200,70,(255,255,255))
  fill_rect(48,110,8,10,(0,0,0))
  fill_rect(50,110,6,10,(255,255,255))
  fill_rect(54,116,2,4,(0,0,0))
  fill_rect(56,110,2,6,(0,0,0))
  fill_rect(46,120,8,2,(0,0,0))
  fill_rect(48,120,4,2,(255,255,255))
  fill_rect(46,122,6,2,(0,0,0))
  draw_string_letters(" Hello,",35,45)
  draw_string_letters("I'm a Rabbit.",35,65)
  draw_string_letters("               [Ok]",35,85)
  while not keydown(KEY_OK):pass
  fill_rect(28,38,204,74,(0,0,0));fill_rect(30,40,200,70,(255,255,255))
  fill_rect(48,110,8,10,(0,0,0))
  fill_rect(50,110,6,10,(255,255,255))
  fill_rect(54,116,2,4,(0,0,0))
  draw_string_letters("Move whith arrows,",35,45)
  draw_string_letters("and eat carots.",35,65)
  draw_string_letters("               [Ok]",35,85)
  while not keydown(KEY_OK):pass
  fill_rect(28,38,204,74,(0,0,0));fill_rect(30,40,200,70,(255,255,255))
  fill_rect(48,110,8,10,(0,0,0))
  fill_rect(50,110,6,10,(255,255,255))
  fill_rect(54,116,2,4,(0,0,0))
  carotte(40,45)
  draw_string_letters(":1 point",50,45)
  carotte_or(40,65)
  draw_string_letters(":2 points",50,65)
  draw_string_letters("              [Ok]",35,85)
  while not keydown(KEY_OK):pass
  fill_rect(28,38,204,74,(0,0,0));fill_rect(30,40,200,70,(255,255,255))
  fill_rect(48,110,8,10,(0,0,0))
  fill_rect(50,110,6,10,(255,255,255))
  fill_rect(54,116,2,4,(0,0,0))
  draw_string_letters("Don't eat black",35,45)
  draw_string_letters("carots!",35,65)
  draw_string_letters("Pause:[Ok]     [Ok]",35,85)
  while not keydown(KEY_OK):pass
  while keydown(KEY_OK):pass

def shop(Ca,Ca_or,bigger,bg,Buy):
  global carotte,carotte_or
  fill_rect(0,0,320,222,(205,100,0));fill_rect(8,8,304,144,(0,0,0));fill_rect(0,160,320,2,(0,0,0))
  t,L=monotonic(),0
  while not keydown(KEY_DOWN):
    back_ground(Ca,Ca_or,False)
    draw_string("SHOP",140,20,(0,0,0),(100,200,250))
    draw_string("[OK] to buy",90,40,(0,0,0),(100,200,250))
    draw_string("[DOWN] to back",90,60,(0,0,0),(100,200,250))
    draw_string("<        >",110,95,(0,0,0),(100,200,250))
    if keydown(KEY_OK)and L==0 and not Buy and Ca_or>=50:Ca_or-=50;bigger=True;Buy=True
    elif keydown(KEY_RIGHT)or keydown(KEY_LEFT):L=(L+1)%2
    if L==0:
      if 1<monotonic()-t<2 and not Buy:draw_string("Big Rabbit",110,130,(0,0,0),(100,200,250))
      elif monotonic()-t>2 and not Buy:t=monotonic()
      elif not Buy:draw_string("Cost:50",110,130,(0,0,0),(100,200,250));carotte_or(195,130)
      elif Buy:draw_string("Big Rabbit",110,130,(0,0,0),(100,200,250))
    elif L==1:draw_string("Small Rabbit",100,130,(0,0,0),(100,200,255))
    if L==0:lapin(1,160,80,True)
    elif L==1:lapin(1,160,80,False)
    if Buy and L==0:bigger=True
    elif L==1:bigger=False
    sleep(0.1)
  return Ca,Ca_or,bigger,bg,Buy

def game(M,Ca=0,Ca_or=0,bigger=False,bg=0,Buy=False):
  try:
    fill_rect(0,0,320,222,(205,100,0));fill_rect(8,8,304,144,(0,0,0));fill_rect(0,160,320,2,(0,0,0))
    Carottes=[CAROTTES()]
    Mode=[["Easy","Normal","Hard","Speed","Glissades Easy","Glissades Normal","Glissades Hard","Glissades Speed",],[[5,0.4],[10,0.5],[15,0.6],[25,0.5],[5,0.8],[10,0.85],[15,0.9],[25,0.85]]]
    t=monotonic()
    while not keydown(KEY_OK):
      if monotonic()-t>5:Carottes+=[CAROTTES()];t=monotonic()
      back_ground(Ca,Ca_or,False)
      draw_string("MENU",140,20,(0,0,0),(100,200,250))
      draw_string("[OK] to play",90,40,(0,0,0),(100,200,250))
      draw_string("[UP] to shop",90,60,(0,0,0),(100,200,250))
      draw_string("Modes:"+Mode[0][M%len(Mode[0])],90,80,(0,0,0),(100,200,250))
      draw_string("[EXE] Tutorial",90,100,(0,0,0),(100,200,250))
      for carotte in Carottes:carotte.draw(0);carotte.move()
      if keydown(KEY_EXE):notice()
      elif keydown(KEY_UP):Ca,Ca_or,bigger,bg,Buy=shop(Ca,Ca_or,bigger,bg,Buy)
      elif keydown(KEY_LEFT):M-=1
      elif keydown(KEY_RIGHT):M+=1
      sleep(1/Mode[1][M%len(Mode[0])][0])
    while keydown(KEY_OK):pass
    d=Mode[1][M%len(Mode[0])]
    fill_rect(0,0,320,222,(205,100,0));fill_rect(8,8,304,144,(0,0,0));fill_rect(0,160,320,2,(0,0,0))
    carottes,carottes_or,Carottes=0,0,[CAROTTES()]
    x,vx,pos,miam,hungry,Hungry=160,0,1,False,monotonic(),False
    fps,t,redraw,game_over,spawn,glissade=d[0],monotonic(),True,False,1,d[1]
    while not game_over:
      if monotonic()-t>spawn:
        t,spawn,fps=monotonic(),spawn+5,fps+1
        Carottes+=[CAROTTES()]
      if spawn>56:
        if bg==0:b=5
        elif bg==200:b=-5
        bg+=b
      elif spawn>36:
        if bg==0:b=0
        elif bg==200:b=-5
        bg+=b
      elif spawn>16:
        if bg==0:b=5
        elif bg==200:b=0
        bg+=b
      else:bg=0
      if monotonic()-hungry>7:Hungry=True
      if monotonic()-hungry>10:Hungry=True;game_over=True
      if keydown(KEY_EXE):game_over=True
      if keydown(KEY_OK):
        while keydown(KEY_OK):pass
        while not keydown(KEY_OK):draw_string("PAUSE",135,70,(0,0,0),(100,200,250))
        while keydown(KEY_OK):pass
        hungry,t=monotonic(),monotonic()
      if keydown(KEY_LEFT):vx=-10;redraw=True
      elif keydown(KEY_RIGHT):vx=10;redraw=True
      x+=int(vx)
      vx=vx*glissade
      if abs(vx)<1:vx=0
      else:redraw=True
      for carotte in Carottes:
        carotte.move()
        if carotte.poslapin(x,bigger)==3:
          miam=True
          if carotte.y>126:
            if carotte.t==2:game_over=True
            elif carotte.t==0:carottes+=1
            elif carotte.t==1:carottes_or+=1
            Hungry,hungry=False,monotonic()
            carotte.__init__()
      if miam:pos,miam=3,False
      elif pos==1:pos=2
      else:pos=1
      if not bigger:
        if x<26:x=26;vx=0
        elif x>294:x=294;vx=0
      if bigger:
        if x<42:x=42;vx=0
        elif x>278:x=278;vx=0
      back_ground(carottes,carottes_or,Hungry,bg)
      lapin(pos,x,102,bigger)
      for carotte in Carottes:carotte.draw(x)
      sleep(1/fps)
    Ca+=carottes
    Ca_or+=carottes_or
    while not keydown(KEY_EXE):
      back_ground(carottes,carottes_or,Hungry)
      draw_string("GAME OVER",115,30,(0,0,0),(100,200,250))
      draw_string("[BACK] to retry",85,50,(0,0,0),(100,200,250))
      draw_string("[EXE] to quit",95,70,(0,0,0),(100,200,250))
      lapin(4,x,102,bigger)
      for carotte in Carottes:carotte.draw(x);carotte.move()
      sleep(1/fps)
  except KeyboardInterrupt:game(M,Ca,Ca_or,bigger,bg,Buy)
start()
game(1)

During your visit to our site, NumWorks needs to install "cookies" or use other technologies to collect data about you in order to:

With the exception of Cookies essential to the operation of the site, NumWorks leaves you the choice: you can accept Cookies for audience measurement by clicking on the "Accept and continue" button, or refuse these Cookies by clicking on the "Continue without accepting" button or by continuing your browsing. You can update your choice at any time by clicking on the link "Manage my cookies" at the bottom of the page. For more information, please consult our cookies policy.

Accept and continue Continue without accepting