!/usr/bin/env python3.6

* coding: utf-8 *

from tkinter import* air=Tk()

cote damier

cote_case=40 nb_case=17 marge=2 cote=marge(nb_case+1)+cote_casenb_case pas=(cote-marge)/nb_case r_pion=19 pion_blanc=0 pion_noir=0

cote gros pion

xx=100 yy=100 g_pion=50 teinte="black"

creation damier

damier=Canvas(air,height=cote,width=cote,bg="gray") damier.pack(side=LEFT)

creation droite ecran

titre=Canvas(air,width=650,height=100,bg="gray") txt=titre.create_text(300,50,text="OTHELLO",font="Arial 30 italic") titre.pack(side=TOP) regle_jeu=Canvas(air,height=200,width=650,bg="gray" ) txt=regle_jeu.create_text(300,100,text="bienvenue,\nle but est d'encadrer la couleur adverse\npar sa couleur \nsur une ligne et ou colonne et ou diagonale.\nafin de convertir à sa couleur les pions adverses\nattention rien n'est acquit",font="Arial 16 italic") regle_jeu.pack() """listeOption=("noir","blanc","rouge","bronze","doré","argenté","bleu") v=StringVar() v.set(listeOption[0]) om=OptionMenu(root,v,*listeOption)"""

barre menu

def c_c(): v=StringVar()

choix_couleur=["black","white","red","brown","gold","gray","blue"]

menubar=Menu(air)
menu1=Menu(menubar,tearoff=0)
menu1.add_command(label="noir",command=1)
menu1.add_command(label="blanc",command=2)
menu1.add_command(label="rouge",command=3)
menu1.add_command(label="bronze",command=4)
menu1.add_command(label="doré",command=5)
menu1.add_command(label="argenté",command=6)
menu1.add_command(label="bleue",command=7)
menubar.add_cascade(label="couleur joueur 1",menu=menu1)

menu2=Menu(menubar,tearoff=0)
menu2.add_command(label="noir")
menu2.add_command(label="blanc")
menu2.add_command(label="rouge")
menu2.add_command(label="bronze")
menu2.add_command(label="doré")
menu2.add_command(label="argenté")
menu2.add_command(label="bleue")
menubar.add_cascade(label="couleur joueur 2",menu=menu2)

menu3=Menu(menubar,tearoff=0)
menu3.add_command(label="noir")
menu3.add_command(label="blanc")
menu3.add_command(label="rouge")
menu3.add_command(label="bronze")
menu3.add_command(label="doré")
menu3.add_command(label="argenté")
menu3.add_command(label="bleue")
menubar.add_cascade(label="couleur plateau",menu=menu3)

air.config(menu=menubar)
#print(v)

choix couleur

"""teinte=Listbox(air) teinte=StringVar() teinte.insert(1,"noir/blanc") teinte.insert(2,"rouge/bleue") teinte.insert(3,"bronze/doré") teinte.insert(4,"vert/jaune") teinte.pack(side=TOP) print(teinte)"""

gros pion

qui_joue=Canvas(air,width=200,height=200,bg="gray") txt1=qui_joue.create_text(100,20,text="LES",font="arial 16 italic") txt2=qui_joue.create_text(100,180,text="JOUENT",font="arial 16 italic") qui_joue.pack(side=LEFT)

tableau score

tab_score=Canvas(air,width=440,height=200,bg="gray") txt3=tab_score.create_text(225,20,text="TABLEAU DES SCORES",font="arial 16 italic") tab_score.create_oval(110-r_pion,155-r_pion,110+r_pion,155+r_pion,fill="black",outline="gold") tab_score.create_oval(110-r_pion,65-r_pion,110+r_pion,65+r_pion,fill="white",outline="gold") txt4=tab_score.create_text(150,155,text="0",font="Arial 30 italic") txt5=tab_score.create_text(150,65,text="0",font="Arial 30 italic") tab_score.pack(side=RIGHT)

def colonne(cote,nb_case,pas,marge): i=1 y=0 while i<=nb_case+1: damier.create_line(ipas-pas+1,y,ipas-pas+1,cote,fill='black',width=marge) i+=1 def ligne(cote,nb_case,pas,marge): i=1 x=0 while i<=nb_case+1: damier.create_line(x,ipas-pas+1,cote,ipas-pas+1,fill='black',width=marge) i+=1

choix_couleur=["black","white","red","brown","gold","gray","blue"] liste=[[" "](int(nb_case+1)) for loop in range(int(nb_case+1))] liste[int((nb_case-1)/2)][int((nb_case-1)/2)]="n" liste[int((nb_case-1)/2)][int((nb_case-1)/2+1)]="b" liste[int((nb_case-1)/2+1)][int((nb_case-1)/2)]="b" liste[int((nb_case-1)/2+1)][int((nb_case-1)/2+1)]="n" tour=[] pas=42 marge=2 r_pion=19 def centrage_pion (event): x=event.x y=event.y print("x=",x) print("y=",y) pas=42 marge=2 if pas/2<x%pas: x=(x//pas)pas+pas+marge lon=int(x//pas) else: x=(x//pas)pas+marge lon=int(x//pas) if pas/2<y%pas: y=(y//pas)pas+pas+marge lat=int(y//pas) else: y=(y//pas)*pas+marge lat=int(y//pas)

global tour

print("1:",lat)
print("1:",lon)
if 1<=lat<nb_case and 1<=lon<nb_case:
    if liste[lat][lon]==" ":
        alpha_lat=[-1,-1,0,1,1,1,0,-1]
        alpha_lon=[0,1,1,1,0,-1,-1,-1]
        i=0
        for direction in range (8):                                 
            if liste [lat+alpha_lat[direction]][lon+alpha_lon[direction]]!=" ":
                i+=1

if i!=0 and tour.count("b")==tour.count("n"):
    liste [lat][lon]="b"
    couleur(liste,nb_case,r_pion)
    tour+=["b"]
    color="b"
    enemi="n"
    retourne_pion(liste,color,enemi,lat,lon)
    aqui_le_tour(tour,xx,yy,g_pion)
elif i!=0 and tour.count("b")!=tour.count("n"):
    liste [lat][lon]="n"
    couleur(liste,nb_case,r_pion)
    tour+=["n"]
    color="n"
    enemi="b"
    retourne_pion(liste,color,enemi,lat,lon)
    aqui_le_tour(tour,xx,yy,g_pion)
else:
    damier.bind("<Button-1>",centrage_pion)

for elt in liste:
    print("".join(elt))

def couleur(liste,nb_case,r_pion):

for lat in range(nb_case):
    for lon in range(nb_case):
        if liste[lat][lon]=="n":
            y=lat*pas+marge
            x=lon*pas+marge
            damier.create_oval(x-r_pion,y-r_pion,x+r_pion,y+r_pion,fill="black",outline="gold")

        if liste[lat][lon]=="b":
            y=lat*pas+marge
            x=lon*pas+marge
            damier.create_oval(x-r_pion,y-r_pion,x+r_pion,y+r_pion,fill="white",outline="gold")

def retourne_pion(liste,color,enemi,lat,lon):

print("2:",lat)
print("2:",lon)
print("2:",color)
alpha_lat=[-1,-1,0,1,1,1,0,-1]
alpha_lon=[0,1,1,1,0,-1,-1,-1]

for direction in range (8):
    change=[]
    a=lat
    o=lon
    while enemi:

        a+=alpha_lat[direction]
        o+=alpha_lon[direction]
        if liste[a][o]==" ":
            change=[]
            break
        if liste[a][o]==color and len(change)==0:
            break
        if liste[a][o]==enemi:
            change+=[(a,o)] 
            continue
        if liste[a][o]==color and len(change)>0:
            print("change: ",change,alpha_lat[direction],alpha_lon[direction],a,o,color)
            conversion(change,color)
            break

def conversion(change,color): for (a,o) in change: liste[a][o]=color couleur(liste,nb_case,r_pion) score(liste,nb_case) def aqui_le_tour(tour,xx,yy,g_pion): if len(tour)%2==0: qui_joue.create_oval(xx-g_pion,yy-g_pion,xx+g_pion,yy+g_pion,fill="white",outline="gold") elif len(tour)%2!=0: qui_joue.create_oval(xx-g_pion,yy-g_pion,xx+g_pion,yy+g_pion,fill="black",outline="gold")
def score(liste,nb_case): tab_score.delete(ALL) score_noir=0 score_blanc=0 for ligne in range(nb_case+1): score_noir+=liste[ligne].count("n") score_blanc+=liste[ligne].count("b") print(score_noir) print(score_blanc) txt3=tab_score.create_text(225,20,text="TABLEAU DES SCORES",font="arial 16 italic") tab_score.create_oval(110-r_pion,155-r_pion,110+r_pion,155+r_pion,fill="black",outline="gold") tab_score.create_oval(110-r_pion,65-r_pion,110+r_pion,65+r_pion,fill="white",outline="gold") txt4=tab_score.create_text(200,155,text=score_noir,font="Arial 30 italic") txt5=tab_score.create_text(200,65,text=score_blanc,font="Arial 30 italic")

colonne(cote,nb_case,pas,marge) ligne(cote,nb_case,pas,marge)

couleur(liste,nb_case,r_pion) aqui_le_tour(tour,xx,yy,g_pion) damier.bind("",centrage_pion)

air.mainloop()

2alflo8 / petit-jeu

othello jeu de pion #2