from tkinter import *

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

# mise en place de VARIABLES
hCOTE=757
wCOTE=1024
MARGE=0
MARGE2=1

hNB_DE_CASES=15
wNB_DE_CASES=20
hPAS= hCOTE/hNB_DE_CASES
wPAS= wCOTE/wNB_DE_CASES
a=0
b=6
c=18
d=6
z=3
#u=3

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

#DÉPLACEMENTS BILLE 1
def flecheHaute(event):
    print("déplace vers le haut")
    global b
    b=b-1
    Canvas.move(BILLE1,0,-hPAS)
    Canvas.pack()

def flecheGauche(event):
    print("déplace vers la gauche")
    global a
    a=a-1
    Canvas.move(BILLE1,-wPAS,0)
    Canvas.pack()

def flecheBas(event):
    print("déplace vers le bas")
    global b
    b=b+1
    Canvas.move(BILLE1,0,hPAS)
    Canvas.pack()

def flecheDroite(event):
    print("déplace vers la droite")
    global a
    a=a+1
    Canvas.move(BILLE1,wPAS,0)
    Canvas.pack()


#BILLE 1
def traceCercle(x, y):
    r=24
    x = MARGE+wPAS*(x-1)
    y = MARGE+hPAS*(y-1)
    return Canvas.create_oval(x-r, y-r, x+r, y+r, fill='orange',outline='green')


#DÉPLACEMENTS BILLE 2
def flecheHaute2(event):
    print("déplace vers le haut")
    global d
    d=d-1
    Canvas.move(BILLE2,0,-hPAS)
    Canvas.pack()

def flecheGauche2(event):
    print("déplace vers la gauche")
    global c
    c=c-1
    Canvas.move(BILLE2,-wPAS,0)
    Canvas.pack()

def flecheBas2(event):
    print("déplace vers le bas")
    global d
    d=d+1
    Canvas.move(BILLE2,0,hPAS)
    Canvas.pack()

def flecheDroite2(event):
    print("déplace vers la droite")
    global c
    c=c+1
    Canvas.move(BILLE2,wPAS,0)
    Canvas.pack()


#BILLE 2
def traceCercle2(x2, y2):
    r=24
    x2 = MARGE+wPAS*(x2-1)
    y2 = MARGE+hPAS*(y2-1)
    return Canvas.create_oval(x2-r, y2-r, x2+r, y2+r, fill='purple',outline='blue')


#VERIFICATION
def f():
    print("a=",a)
    print("b=",b)
    print("c=",c)
    print("d=",d)


########
fen=Tk()


Canvas=Canvas(fen,bg="white", height=hCOTE, width=wCOTE)

Canvas.pack()


BILLE1=traceCercle(2,2)
BILLE2=traceCercle2(20,15)



fen.bind("<z>", flecheHaute)
fen.bind("<q>", flecheGauche)
fen.bind("<s>", flecheBas)
fen.bind("<d>", flecheDroite)


fen.bind("<Up>", flecheHaute2)
fen.bind("<Left>", flecheGauche2)
fen.bind("<Down>", flecheBas2)
fen.bind("<Right>", flecheDroite2)




#CADRILLAGE
x2=0.5
while (x2<=hNB_DE_CASES):
    Canvas.create_line(MARGE,MARGE+wPAS*x2,MARGE+wCOTE,MARGE+wPAS*x2,fill='white')
    x2=x2+1
y2=0.5
while (y2<=wNB_DE_CASES):
    Canvas.create_line(MARGE+hPAS*y2,MARGE+hCOTE,MARGE+hPAS*y2,MARGE,fill='white')
    y2=y2+1


#LIMITES
x3=hPAS/2
while (x3<hCOTE):
    Canvas.create_line(MARGE,MARGE+x3,MARGE+wCOTE,MARGE+x3,fill='white')
    x3=x3+hCOTE-hPAS
y3=wPAS/2-1
while (y3<wCOTE):
    Canvas.create_line(MARGE2+y3,MARGE2+hCOTE,MARGE2+y3,MARGE2,fill='white')
    y3=y3+wCOTE-wPAS

if a==0 and b==0 and c==0 and d==0:
    print("BILLE2 a gagné")
    exitonclick()


fen.mainloop()