gistfile1.txt

# -*- coding: cp1252 -*-
import time, os
from Tkinter import *
from math import *
import random
from tkMessageBox import *

#####################################################

countdown=True
c2=True
c3=True

def new():

########################################################################### Decomptes+résultats


    def decompte(lab, count=10):
        lab.config(text="{:.2f}".format(count))
        if count > 0 and countdown: 
            fen1.after(10,decompte, *(lab, count-0.01))
        if count<0.2:
            lab4.configure(text="Bien !", bg="green")
        if 0.2<count<0.4:
            lab4.configure(text="Pas mal !", bg="orange")
        if count>0.4:
            lab4.configure(text="A chier !", bg="red")
        if count==0 or count<0:
            lab4.configure(text="Perdu !", bg="red")
            
    def decompte2(lab1, count=10):
        lab1.config(text="{:.2f}".format(count))
        if count > 0 and c2: 
            fen1.after(10,decompte2, *(lab1, count-0.01))
        if count<0.2:
            lab5.configure(text="Bien !", bg="green")
        if 0.2<count<0.4:
            lab5.configure(text="Pas mal !", bg="orange")
        if count>0.4:
            lab5.configure(text="A chier !", bg="red")
        if count==0 or count<0:
            lab5.configure(text="Perdu !", bg="red")

    def decompte3(lab2, count=10):
        lab2.config(text="{:.2f}".format(count))
        if count > 0 and c3: 
            fen1.after(10,decompte3, *(lab2, count-0.01))
        if count<0.2:
            lab6.configure(text="Bien !", bg="green")
        if 0.2<count<0.4:
            lab6.configure(text="Pas mal !", bg="orange")
        if count>0.4:
            lab6.configure(text="A chier !", bg="red")
        if count==0 or count<0:
            lab6.configure(text="Perdu !", bg="red") 


####################################################################### Arrêts + Jeu en lui même + sélection au hasard des valeurs de départ pour les bombes

    def stop():
        global countdown
        countdown = False
        
    def stop2():
        global c2
        c2 = False

    def stop3():
        global c3
        c3 = False

    fen1=Tk()
    fen1.geometry("500x500")
    lab=Label(fen1, text="")
    lab1=Label(fen1, text="")
    lab2=Label(fen1, text="")
    lab3=Label(fen1,text="")
    lab3.place(x=300,y=200)
    lab4=Label(fen1,text="")
    lab4.place(x=100,y=250)
    lab5=Label(fen1,text="")
    lab5.place(x=200,y=250)
    lab6=Label(fen1,text="")
    lab6.place(x=300,y=250)
 
    x=(random.uniform(1.5,2))
    y=(random.uniform(3,3.5))
    z=(random.uniform(4.5,5))

    decompte(lab, x)
    decompte2(lab2, y)
    decompte3(lab3,z)

    btn1=Button(fen1, text="stop", command=stop)
    btn1.place(x=100,y=225)
    btn5=Button(fen1, text="Stop", command=stop2)
    btn5.place(x=200,y=225)
    btn6=Button(fen1, text="Stop2", command=stop3)
    btn6.place(x=300,y=225)
    
    btn3=Button(fen1, text="quit",command=fen1.destroy)
    btn3.place(x=375,y=350)

    lab.place(x=100,y=200)
    lab1.place(x=150,y=200)
    lab2.place(x=200,y=200)


##################################################### Recommencement

    def recommencer():
        global countdown
        global c2
        global c3
        countdown= True
        c2=True
        c3=True
        fen1.destroy()
        new()
        
    btn4=Button(fen1, text="rejouer", command=recommencer)
    btn4.place(x=300,y=350)

###################################################### Introduction

fenetre= Tk()
fenetre.configure(bg="black")
fenetre.geometry("1024x620")
canvas= Canvas(fenetre, width=1024, height=620,bg="black")
canvas.grid(row=0, column=0)
photo = PhotoImage(file="demineur.gif")
canvas.create_image(512,310, image=photo)

############################################################## Ready ?! GO !

def demande():
    askyesno("Prêt(e)?","Êtes-vous prêt(e) ?",parent=fenetre,type='ok')
    new()

##############################################################

btn= Button(fenetre, text="JOUER",bg="yellow",command=demande)
btn.place(x=240,y=500)

fenetre.mainloop()