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from tkinter import *
import tkinter as tk
import time
import time as t
def cercle(x, y, r, coul ='coul'):
can.create_oval(x-r, y-r, x+r, y+r, fill=coul, outline=coul)
def remplir(y):
x=0
liste=[]
while x<400:
liste.append([x,y,x+40,y+40,0])
x=x+40
return liste
def fig_1():
global x,y,damier
x=0
y=0
can.delete(ALL)
damier=[]
while y<400:
damier.append(remplir(y))
y=y+40
a=0
while a<10:
al=damier[a]
b=0
while b<10:
al1=al[b]
can.create_rectangle(al1[0],al1[+1],al1[2],al1[3],fill='black')
b=b+2
a=a+2
a=1
while a<10:
al=damier[a]
b=1
while b<10:
al1=al[b]
can.create_rectangle(al1[0],al1[+1],al1[2],al1[3],fill='black')
b=b+2
a=a+2
print (damier)
def fig_2():
global haut,bas,x,y,r
def P_J1():
x=20
y=20
J1=[[1,0,0],[1,0,0],[1,0,0],[1,0,0],[1,0,0],[1,0,0],[1,0,0],[1,0,0],[1,0,0],[1,0,0]]
n=0
for i in range (2):
for k in range (5):
J1[n+k]=[1,x,y]
cercle(x,y,r,'red')
x=x+80
n=5
x=60
y=y+40
print (J1)
def P_J2():
x=20
y=340
J2=[[2,0,0],[2,0,0],[2,0,0],[2,0,0],[2,0,0],[2,0,0],[2,0,0],[2,0,0],[2,0,0],[2,0,0]]
n=0
for j in range (2):
for l in range (5):
J2[n+l]=[2,x,y]
cercle(x,y,r,'dimgrey')
x=x+80
n=5
x=60
y=y+40
print (J2)
P_J1()
P_J2()
def P_Gris(event):
global r
x=event.x%40
x=(event.x-x)+20
y=event.y%40
y=(event.y-y)+20
cercle(x,y,r,'dimgrey')
def P_Rouge(event):
global r
x=event.x%40
x=(event.x-x)+20
y=event.y%40
y=(event.y-y)+20
cercle(x,y,r,'red')
def mouvement (event):
global x,y,r
x=event.x
y=event.y
print (x,y)
def P_Corrige(event):
global r
x=event.x%40
x=(event.x-x)+20
y=event.y%40
y=(event.y-y)+20
cercle(x,y,r,'Black')
def P_Dame(event):
global r
x=event.x%40
x=(event.x-x)+20
y=event.y%40
y=(event.y-y)+20
cercle(x,y,r,'mediumvioletred')
def P_Corrige2(event):
global r
x=event.x%40
x=(event.x-x)+20
y=event.y%40
y=(event.y-y)+20
cercle(x,y,r,'white')
def start2():
global temps1, temps2, chron
temps1= t.time()
chrono()
def chrono():
global temps1, temps2, chron
temps2= t.time()
chron=15-temps2+temps1
lab.config(text=int(chron))
if (chron>=0):
fen.after(100,chrono)
else:
start2()
def update_label(data, index):
cha=[n,p]
n=('Les Rouges jouent... (Clic Droit)', 'red' )
p=('Les Blanc jouent...(Clic Gauche)', 'dimgray')
text, color = data[index]
label.configure(text=text, fg=color)
index = (index + 1) % len(data)
fen.after(15000, update_label, data, index)
for n in cha:
can.bind("<Button-1>", P_Rouge)
can.bind("<Button-3>", P_Corrige)
for p in cha:
can.bind("<Button-1>", P_Gris)
can.bind("<Button-3>", P_Corrige)
def start_update_label():
n=('Les Rouges jouent... (Clic Droit)', 'red' )
p=('Les Blanc jouent...(Clic Gauche)', 'dimgray')
i=1
btn['state'] = 'disabled'
data = [n,p]
update_label(data, 0)
start2()
def start():
fig_1()
fig_2()
r=20
fen = tk.Tk()
fen.title('Jeu de Dame')
fen.resizable(width=False, height=False)
can = Canvas(fen, width =400, height =400, bg ='white')
can.bind("<Button-2>", P_Corrige)
can.bind("<Double-Button-1>", P_Dame)
can.bind("<Double-Button-3>",P_Corrige2)
can.pack(side =TOP, padx =5, pady =5)
b1 = Button(fen, text ='Damier', command =start)
b1.pack(side =LEFT, padx =3, pady =3)
b3 = Button(fen, text ='Quitter', command =fen.destroy)
b3.pack(side =BOTTOM,padx =3, pady =3)
btn=tk.Button(fen, text="Start",command=start_update_label)
btn.pack(side =RIGHT, padx =3, pady =3)
label = tk.Label(fen, text=' ')
label.pack()
lab=tk.Label(fen, text="")
lab.pack() |
