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| from tkinter import *
import tkinter as tk
from random import randint
import pygame
import time
from timeit import default_timer
def updateTime():
now = default_timer() - start
minutes, seconds = divmod(now, 60)
hours, minutes = divmod(minutes, 60)
str_time = "%d:%02d:%02d" % (hours, minutes, seconds)
canvas.itemconfigure(text_clock, text=str_time)
canvas.after(1000, updateTime)
# nombre de nuages
COUNT = 5
pygame.mixer.init()
mon_audio=pygame.mixer.Sound("son3.wav")
mon_audio.set_volume(1)
mon_audio.play()
canvas = tk.Canvas(width=1000, height=600, bd=0, bg='skyblue')
canvas.pack()
#canvas.resisable(width=False,height=False)
start = default_timer()
text_clock = canvas.create_text(930, 20,font="Arial 30 italic", fill="red",)
# création de listes
nuages = []
nuages_differe = []
# création des images
imgfile1 = 'nuage1.gif'
imgfile2 = 'nuage2.gif'
imgfile3 = 'nuage3.gif'
imgfile4 = 'nuage4.gif'
imgfile5 = 'nuage5.gif'
# Utilisation d'un dictionnaire pour conserver une reference:
gifsdict={}
#Creation des images:
img1 = PhotoImage(file = imgfile1)
gifsdict[imgfile1] = img1
img2 = PhotoImage(file = imgfile2)
gifsdict[imgfile2] = img2
img3 = PhotoImage(file = imgfile3)
gifsdict[imgfile3] = img3
img4 = PhotoImage(file = imgfile4)
gifsdict[imgfile4] = img4
img5 = PhotoImage(file = imgfile5)
gifsdict[imgfile5] = img5
liste =[img1,img2,img3,img4,img5]
# Boucle création nuages
for i in range(COUNT):
index = randint(0,4)
g = liste[index]
y = randint(0,600)
nuage = canvas.create_image(1200,y,anchor=NE,image=g)
nuages.append(nuage)
def positionavion():
canvas.bbox(cadreavion)
return cadreavion
def collision():
global x1,y1,x2,y2
if len(canvas.find_overlapping(x1,y1,x2,y2))>1:
print("coordonnées collision:",x1,y1,x2,y2)
def cancel_delayed(nuage):
nuages_differe.remove(nuage)
nuages.append(nuage)
def nuages_move(delay=50):
for nuage in nuages[:]:
if canvas.coords(nuage)[0]<=0:
nuages.remove(nuage)
nuages_differe.append(nuage)
y = randint(0,600)
canvas.coords(nuage,randint(1550,2300),y)
canvas.after(500, lambda nuage=nuage: cancel_delayed(nuage))
else:
canvas.move(nuage, -20, 0)
canvas.coords(cadreavion)
collision()
canvas.after(delay, nuages_move)
#creation de l'avion
aviongrand=PhotoImage(file='avion29.gif')
#reduction de l'image initiale par 2:
avion = aviongrand.subsample(2, 2)
cadreavion = canvas.create_image(20,20,anchor=NW,image=avion)
#détermination des coordonnées de l'avion
coordavion = canvas.bbox(cadreavion)
x1 = coordavion[0]
y1 = coordavion[1]
x2 = coordavion[2]
y2 = coordavion[3]
#fonctions de déplacement de l'avion
def haut(event):
if canvas.coords(cadreavion)[1]<=0:
canvas.move(cadreavion,0,0)
else:
canvas.move(cadreavion,0,-15)
print(canvas.coords(cadreavion))
def bas(event):
if canvas.coords(cadreavion)[1]>=500:
canvas.move(cadreavion,0,0)
else:
canvas.move(cadreavion,0,15)
print(canvas.coords(cadreavion))
canvas.focus_set()
canvas.bind('<Up>',haut)
canvas.bind('<Down>',bas)
nuages_move()
updateTime()
canvas.mainloop() |
