Jeu dont le but est d’éviter les voitures (carrés noirs tombant du haut de l’écran) en jouant le carré vert. Le jeu est infini.
Les informations de score apparaissent lorsque que la première voiture a fini sa traversée. Les trois chiffres sont respectivement : le nombre total de voitures passées, le pourcentage de voitures évitées et le nombre de morts.
Vous pouvez désactiver les voitures horizontales en mettant horizontal à False
Le jeu peut être modifié en changeant les variables du début du script (désolé pour l’orthographe) : width sert à donner la taille des voitures et du joueur, space set à donner l’espace entre deux voitures, speed sert à donner la vitesse initiale (petit = rapide, grand = lent) et screen_x_end sert à donner la largeur de l’écran de jeu en pixels.
Le nom du jeu vient du mot “car race” en anglais, qui, écrit littéralement, donne “karas”
La version originale est disponible ici
from kandinsky import * from time import * from random import * from ion import * #import micropython #micropython.kbd_intr(KEY_OK) width=10 heidth=width #space=2 space=0 speed=.5 screen_x_end=235 autoplay=False max_speed=0.02 spown_frequency=5 vertical=True horizontal=True # Cheat #width=20 #heidth=width #max_speed=0 #autoplay=True #spown_frequency=.25 #spown_frequency=10000 #monotonic_old=monotonic #def monotonic(): # return monotonic_old()*1000 class Car: def __init__(self,id,horizontal): self.id=id self.horizontal=horizontal pos=self.id*(width+space) if not horizontal: self.x=pos self.y=0 self.color="red" else: self.x=0 self.y=pos self.color="blue" try: self.iter+=1 except: self.iter=0 self.update_at=monotonic()+uniform(0,spown_frequency) fill_rect(self.x+1,self.y+1,width-1,heidth-1,self.color) if not self.horizontal: fill_rect(self.x+width+space,0,1,222,"black") else: fill_rect(0,self.y+width+space,screen_x_end,1,"black") def update(self): time_now=monotonic() if not time_now>self.update_at: return fill_rect(self.x+1,self.y+1,width-1,heidth-1,"white") if not self.horizontal: self.y+=heidth else: self.x+=width fill_rect(self.x+1,self.y+1,width-1,heidth-1,self.color) self.update_at=self.update_at+speed if not self.horizontal: fill_rect(self.x+width+space,0,1,self.y,"grey") else: fill_rect(0,self.y+width+space,self.x,1,"grey") reset=False if self.y>222 and not self.horizontal: reset=True if self.x>screen_x_end-2*(width+space) and self.horizontal: reset=True if reset: fill_rect(self.x+1,self.y+1,width-1,heidth-1,"white") self.__init__(self.id,self.horizontal) def touching(self,x,y): if x>=self.x and x<(self.x+heidth): if y>=self.y and y<(self.y+width): return True return False class DummyCar: def __init__(self): self.iter=0 def update(self): pass def touching(self,x,y): return False def draw_player(x): fill_rect(x+1,y+1,heidth-1,width-1,"green") car_lst=[] vertical_number=0 horizontal_number=0 if vertical: vertical_number=int(screen_x_end/(width+space)) Car(0,False) car_lst.append(DummyCar()) for id in range(1,vertical_number): car_lst.append(Car(id,False)) id=0 if horizontal: horizontal_number=int(222/(width+space)) Car(0,True) car_lst.append(DummyCar()) for id in range(1,horizontal_number): car_lst.append(Car(id,True)) fill_rect(0,0,1,222,"black") x=(id-1)*(width+space) y=200 lost=0 last_motion=monotonic() while True: speed-=0.0001 speed=max(max_speed,speed) total=0 for car in car_lst: if car.touching(x,y): lost+=1 car.__init__(car.id,car.horizontal) total+=car.iter car.update() draw_player(x) if total: draw_string("Total",screen_x_end,0) draw_string(str(total),screen_x_end,20) draw_string("Evités",screen_x_end,60) draw_string(str(total-lost),screen_x_end,80) draw_string("Touchés",screen_x_end,120) draw_string(str(lost),screen_x_end,140) draw_string("Evités",screen_x_end,180) draw_string(str(round(100-lost/total*100,1))[:4].strip(".")+"% ",screen_x_end,200) # draw_string(str(lost),screen_x_end,200) can_move=(monotonic()-last_motion)>speed # can_move=(monotonic()-last_motion)>0.1 if can_move and keydown(KEY_LEFT): if x-width+space<(width+space): continue fill_rect(x+1,y+1,heidth-1,width-1,"white") x-=width+space draw_player(x) last_motion=monotonic() if can_move and keydown(KEY_RIGHT): if x+width+space>(screen_x_end-width-space): continue fill_rect(x+1,y+1,heidth-1,width-1,"white") x+=width+space draw_player(x) last_motion=monotonic() if can_move and keydown(KEY_UP): if y-width+space<(width+space): continue fill_rect(x+1,y+1,heidth-1,width-1,"white") y-=heidth+space draw_player(x) last_motion=monotonic() if can_move and keydown(KEY_DOWN): if y+width+space>(222-width-space): continue fill_rect(x+1,y+1,heidth-1,width-1,"white") y+=heidth+space draw_player(x) last_motion=monotonic() if autoplay: iterations=0 while True: moved=False if vertical: while car_lst[int(x/(width+space))].touching(x,y-heidth) or car_lst[int(x/(width+space))].touching(x,y): if x+width+space>(screen_x_end-width-space): break fill_rect(x+1,y+1,heidth-1,width-1,"white") x+=width+space draw_player(x) last_motion=monotonic() moved=True while car_lst[int(x/(width+space))].touching(x,y-heidth) or car_lst[int(x/(width+space))].touching(x,y): if x-width+space<(width+space): break fill_rect(x+1,y+1,heidth-1,width-1,"white") x-=width+space draw_player(x) last_motion=monotonic() moved=True if horizontal: while car_lst[int(y/(width+space))+vertical_number].touching(x-width,y) or car_lst[int(y/(width+space))+vertical_number].touching(x,y): if y+width+space>(222-width-space): break fill_rect(x+1,y+1,heidth-1,width-1,"white") y+=heidth+space draw_player(x) last_motion=monotonic() moved=True while car_lst[int(y/(width+space))+vertical_number].touching(x-width,y) or car_lst[int(y/(width+space))+vertical_number].touching(x,y): if y<=(width+space): break fill_rect(x+1,y+1,heidth-1,width-1,"white") y-=heidth+space draw_player(x) last_motion=monotonic() moved=True # while car_lst[int(y/(width+space))+vertical_number].touching(x-width,y) or car_lst[int(y/(width+space))+vertical_number].touching(x,y): # if y<=0: # break # fill_rect(x+1,y+1,heidth-1,width-1,"white") # y+=heidth+space # draw_player(x) # last_motion=monotonic() # moved=True if not moved: break iterations+=1 if iterations%10==0: print("Timeout in autoplay") fill_rect(x+1,y+1,heidth-1,width-1,"white") x=80 y=80 draw_player(x) break