from tkinter import*
from random import*


def sudoku1 ():    # Les differentes grilles possible
    can.create_text(75,15,font="Times 15 bold",text="3")
    can.create_text(165,15,font="Times 15 bold",text="4")
    can.create_text(255,15,font="Times 15 bold",text="8")    
    can.create_text(75,45,font="Times 15 bold",text="5")
    can.create_text(135,45,font="Times 15 bold",text="6")
    can.create_text(255,45,font="Times 15 bold",text="1")    
    can.create_text(15,75,font="Times 15 bold",text="4")
    can.create_text(45,75,font="Times 15 bold",text="2")
    can.create_text(165,75,font="Times 15 bold",text="7")    
    can.create_text(195,105,font="Times 15 bold",text="4")    
    can.create_text(15,135,font="Times 15 bold",text="8")
    can.create_text(165,135,font="Times 15 bold",text="5")
    can.create_text(255,135,font="Times 15 bold",text="3")    
    can.create_text(15,165,font="Times 15 bold",text="5")
    can.create_text(105,165,font="Times 15 bold",text="3")
    can.create_text(165,165,font="Times 15 bold",text="6")
    can.create_text(195,165,font="Times 15 bold",text="9")
    can.create_text(255,165,font="Times 15 bold",text="7")    
    can.create_text(75,195,font="Times 15 bold",text="6")
    can.create_text(105,195,font="Times 15 bold",text="1")
    can.create_text(195,195,font="Times 15 bold",text="3")    
    can.create_text(15,225,font="Times 15 bold",text="9")
    can.create_text(45,225,font="Times 15 bold",text="8")
    can.create_text(195,225,font="Times 15 bold",text="7")    
    can.create_text(15,255,font="Times 15 bold",text="1")
    can.create_text(225,255,font="Times 15 bold",text="6")



def sudoku2():
    can.create_text(15,15,font="Times 15 bold",text="5")
    can.create_text(45,15,font="Times 15 bold",text="4")
    can.create_text(135,15,font="Times 15 bold",text="2")    
    can.create_text(195,15,font="Times 15 bold",text="8")
    can.create_text(255,15,font="Times 15 bold",text="6")  
    can.create_text(45,45,font="Times 15 bold",text="1")    
    can.create_text(75,45,font="Times 15 bold",text="9")
    can.create_text(165,45,font="Times 15 bold",text="7")
    can.create_text(255,45,font="Times 15 bold",text="3")    
    can.create_text(105,75,font="Times 15 bold",text="3")    
    can.create_text(195,75,font="Times 15 bold",text="2")
    can.create_text(225,75,font="Times 15 bold",text="1")    
    can.create_text(15,105,font="Times 15 bold",text="9")    
    can.create_text(105,105,font="Times 15 bold",text="4")
    can.create_text(165,105,font="Times 15 bold",text="5")
    can.create_text(225,105,font="Times 15 bold",text="2")    
    can.create_text(75,135,font="Times 15 bold",text="1")
    can.create_text(195,135,font="Times 15 bold",text="6")    
    can.create_text(255,135,font="Times 15 bold",text="4")    
    can.create_text(15,165,font="Times 15 bold",text="6")
    can.create_text(75,165,font="Times 15 bold",text="4")    
    can.create_text(135,165,font="Times 15 bold",text="3")
    can.create_text(165,165,font="Times 15 bold",text="2")
    can.create_text(225,165,font="Times 15 bold",text="8")    
    can.create_text(45,195,font="Times 15 bold",text="6")
    can.create_text(195,195,font="Times 15 bold",text="1")
    can.create_text(225,195,font="Times 15 bold",text="9")    
    can.create_text(15,225,font="Times 15 bold",text="4")    
    can.create_text(75,225,font="Times 15 bold",text="2")
    can.create_text(165,225,font="Times 15 bold",text="9")
    can.create_text(255,225,font="Times 15 bold",text="5")    
    can.create_text(45,255,font="Times 15 bold",text="9")
    can.create_text(135,255,font="Times 15 bold",text="7")
    can.create_text(195,255,font="Times 15 bold",text="4")    
    can.create_text(255,255,font="Times 15 bold",text="2")



def sudoku3():
    can.create_text(15,15,font="Times 15 bold",text="7")
    can.create_text(105,15,font="Times 15 bold",text="1")
    can.create_text(195,15,font="Times 15 bold",text="4")    
    can.create_text(105,45,font="Times 15 bold",text="7")
    can.create_text(135,45,font="Times 15 bold",text="5")  
    can.create_text(165,45,font="Times 15 bold",text="2")    
    can.create_text(195,45,font="Times 15 bold",text="1")
    can.create_text(225,45,font="Times 15 bold",text="8")    
    can.create_text(15,75,font="Times 15 bold",text="6")
    can.create_text(165,75,font="Times 15 bold",text="3")    
    can.create_text(195,75,font="Times 15 bold",text="7")    
    can.create_text(255,75,font="Times 15 bold",text="5")    
    can.create_text(135,105,font="Times 15 bold",text="1")    
    can.create_text(165,105,font="Times 15 bold",text="9")    
    can.create_text(225,105,font="Times 15 bold",text="5")
    can.create_text(255,105,font="Times 15 bold",text="4")    
    can.create_text(75,135,font="Times 15 bold",text="9")    
    can.create_text(135,135,font="Times 15 bold",text="6")
    can.create_text(225,135,font="Times 15 bold",text="7")    
    can.create_text(255,135,font="Times 15 bold",text="1")    
    can.create_text(15,165,font="Times 15 bold",text="8")
    can.create_text(165,165,font="Times 15 bold",text="4")    
    can.create_text(255,165,font="Times 15 bold",text="9")    
    can.create_text(15,195,font="Times 15 bold",text="9")
    can.create_text(75,195,font="Times 15 bold",text="6")    
    can.create_text(105,195,font="Times 15 bold",text="4")
    can.create_text(195,195,font="Times 15 bold",text="2")
    can.create_text(255,195,font="Times 15 bold",text="3")    
    can.create_text(45,225,font="Times 15 bold",text="3")    
    can.create_text(105,225,font="Times 15 bold",text="9")
    can.create_text(165,225,font="Times 15 bold",text="1")    
    can.create_text(45,255,font="Times 15 bold",text="5")    
    can.create_text(105,255,font="Times 15 bold",text="6")
    can.create_text(225,255,font="Times 15 bold",text="4")

case=[[0,0,30,30,1,1,1],[30,0,60,30,2,1,2],[60,0,90,30,3,1,3], # Une liste avec toute les cases, les 4 premiers arguments sont les coordonées
      [90,0,120,30,4,1,4],[120,0,150,30,5,1,5],[150,0,180,30,6,1,6],[180,0,210,30,7,1,7], # le 5e est le numéro de la case
      [210,0,240,30,8,1,8],[240,0,270,30,9,1,9],[0,30,30,60,10,2,1],[30,30,60,60,11,2,2], # le 6e à la ligne et 7e : colone
      [60,30,90,60,12,2,3],[90,30,120,60,13,2,4],[120,30,150,60,14,2,5],[150,30,180,60,15,2,6],[180,30,210,60,16,2,7],[210,30,240,60,17,2,8],[240,30,270,60,18,2,9],[0,60,30,90,19,3,1],[30,60,60,90,20,3,2],[60,60,90,90,21,3,3],
      [90,60,120,90,22,3,4],[120,60,150,90,23,3,5],[150,60,180,90,24,3,6],[180,60,210,90,25,3,7],[210,60,240,90,26,3,8],[240,60,270,90,27,3,9],[0,90,30,120,28,4,1],[30,90,60,120,29,4,2],[60,90,90,120,30,4,3],
      [90,90,120,120,31,4,4],[120,90,150,120,32,4,5],[150,90,180,120,33,4,6],[180,90,210,120,34,4,7],[210,90,240,120,35,4,8],[240,90,270,120,36,4,9],[0,120,30,150,37,5,1],[30,120,60,150,38,5,2],[60,120,90,150,39,5,3],
      [90,120,120,150,40,5,4],[120,120,150,150,41,5,5],[150,120,180,150,42,5,6],[180,120,210,150,43,5,7],[210,120,240,150,44,5,8],[240,120,270,150,45,5,9],[0,150,30,180,46,6,1],[30,150,60,180,47,6,2],[60,150,90,180,48,6,3],
      [90,150,120,180,49,6,4],[120,150,150,180,50,6,5],[150,150,180,180,51,6,6],[180,150,210,180,52,6,7],[210,150,240,180,53,6,8],[240,150,270,180,54,6,9],[0,180,30,210,55,7,1],[30,180,60,210,56,7,2],[60,180,90,210,57,7,3],
      [90,180,120,210,58,7,4],[120,180,150,210,59,7,5],[150,180,180,210,60,7,6],[180,180,210,210,61,7,7],[210,180,240,210,62,7,8],[240,180,270,210,63,7,9],[0,210,30,240,64,8,1],[30,210,60,240,65,8,2],[60,210,90,240,66,8,3],
      [90,210,120,240,67,8,4],[120,210,150,240,68,8,5],[150,210,180,240,69,8,6],[180,210,210,240,70,8,7],[210,210,240,240,71,8,8],[240,210,270,240,72,8,9],[0,240,30,270,73,9,1],[30,240,60,270,74,9,2],[60,240,90,270,75,9,3],
      [90,240,120,270,76,9,4],[120,240,150,270,77,9,5],[150,240,180,270,78,9,6],[180,240,210,270,79,9,7],[210,240,240,270,80,9,8],[240,240,270,270,81,9,9]]


ligne1= [case[1],case[2],case[3],case[4],case[5],case[6],case[7],case[8],case[9] ]
ligne2= [case[10],case[11],case[12],case[13],case[14],case[15],case[16],case[17],case[18] ]
ligne3= [case[19],case[20],case[21],case[22],case[23],case[24],case[25],case[26],case[27] ]
ligne4= [case[28],case[29],case[30],case[31],case[32],case[33],case[34],case[35],case[36] ]
ligne5= [case[37],case[38],case[39],case[40],case[41],case[42],case[43],case[44],case[45] ]
ligne6= [case[46],case[47],case[48],case[49],case[50],case[51],case[52],case[53],case[54] ]
ligne7= [case[55],case[56],case[57],case[58],case[59],case[60],case[61],case[62],case[63] ]
ligne8= [case[64],case[65],case[66],case[67],case[68],case[69],case[70],case[71],case[72] ]
ligne9= [case[73],case[74],case[75],case[76],case[77],case[78],case[79],case[80]] #,case[81] ]

colone1=[case[1],case[10],case[19],case[28],case[37],case[46],case[55],case[64],case[73] ]
colone2=[case[2],case[11],case[20],case[29],case[38],case[47],case[56],case[65],case[74] ]
colone3=[case[3],case[12],case[21],case[30],case[39],case[48],case[57],case[66],case[75] ]
colone4=[case[4],case[13],case[22],case[31],case[40],case[49],case[58],case[67],case[76] ]
colone5=[case[5],case[14],case[23],case[32],case[41],case[50],case[59],case[68],case[77] ]
colone6=[case[6],case[15],case[24],case[33],case[42],case[51],case[60],case[69],case[78] ]
colone7=[case[7],case[16],case[25],case[34],case[43],case[52],case[61],case[70],case[79] ]
colone8=[case[8],case[17],case[26],case[35],case[44],case[53],case[62],case[71],case[80] ]
colone9=[case[9],case[18],case[27],case[36],case[45],case[54],case[63],case[72]]



def damier(): # La grille
    ligne=0
    y=0
    while (ligne<10):
        if ligne%2==0:
            x=0
        else :
            x=30
        ligne_de_carres(x,y)
        y=y+30
        ligne=ligne+1
        
def ligne_de_carres(x,y): # Interface
    while x<=300:
        x2=x+30
        y2=y+30
        can.create_rectangle(x,y,x2,y2,width=1)
        x=x+60

def ligne():
    can.create_line(3,0,3,270,width=4)
    can.create_line(90,0,90,270,width=4)
    can.create_line(180,0,180,270,width=4)
    can.create_line(270,0,270,270,width=4)
    can.create_line(0,90,270,90,width=4)
    can.create_line(0,180,270,180,width=4)
    can.create_line(0,270,270,270,width=4)
    can.create_line(0,3,270,3,width=4)
    
def pointeur(event): # Cette fonction récupère les coordonées du clic et affiche le les coordonées, la ligne ...
    chaine.configure(text='Clic détecté en X = '+str(event.x)+', Y = '+str(event.y))
    global x1
    global y1
    x1=str(event.x)
    y1=str(event.y)
    x2=str(event.x)
    y2=str(event.y)
    for i in range (0,81):
        if case[i][0]<int(x1)<case[i][2] and case[i][1]<int(y1)<case[i][3]:
            print("vous êtes à la case : ",case[i][4])
            print("vous êtes à la ligne : ",case[i][5])
            print("vous êtes à la colone : ",case[i][6])
            numl = case[i][5]
            numc = case[i][6]
            break

#l = [" "]
#c = [" "]
    

global valeur
valeur=''

def bouton1(): # Les boutons pour les chiffres
    global valeur
    valeur="1"
    ecrire()
def bouton2():
    global valeur
    valeur="2"
    ecrire()
def bouton3():
    global valeur
    valeur="3"
    ecrire()
def bouton4():
    global valeur
    valeur="4"
    ecrire()
def bouton5():
    global valeur
    valeur="5"
    ecrire()
def bouton6():
    global valeur
    valeur="6"
    ecrire()
def bouton7():
    global valeur
    valeur="7"
    ecrire()
def bouton8():
    global valeur
    valeur="8"
    ecrire()
def bouton9():
    global valeur
    valeur="9"
    ecrire()

def ecrire(): # la fonction ecrit le numéro du bonton voulu
    
    can.create_text(x1,y1,text=valeur,font= "Times 15 bold", fill="blue")

#def ajout():
    #for element in case :
        #if case[5]==1 :
            #l.append(element)
        #if case [6]==1 :
            #c.append(element)

#def comp() :
    #if valeur == case[i][5] :
      #  print (" stop " ) # J'ai mis cette instruction deja pour voir si il arrivait à detecter quand il y a deja le chiffre dans la colone ou ligne
   # if valeur == case[i][6] : # i[5] et 6 coorrespondent au 5e et 6e argument de la case dans ligne et colone
    #   print ( "  stop colone " ) 
    




i= randint(0, 2)

def grille_sudoku():
    if i==0:
        sudoku1()
    if i==1:
        sudoku2()
    if i==2:
        sudoku3()


   

            ###Programme principal###

fen1=Tk()

can=Canvas(fen1, bg='white', height=270, width=270)
can.pack(side=LEFT)

damier()

can.bind('<Button-1>', pointeur)
can.pack()

chaine=Label(fen1)
chaine.pack()
grille_sudoku()

bou=Button(fen1, text="Quitter", command=fen1.destroy)
bou.pack(side=LEFT)

b1 = Button(fen1, text= " 1 ", command= bouton1)
b2 = Button(fen1, text= " 2 ", command= bouton2)
b3 = Button(fen1, text= " 3 ", command= bouton3)
b4 = Button(fen1, text= " 4 ", command= bouton4)
b5 = Button(fen1, text= " 5 ", command= bouton5)
b6 = Button(fen1, text= " 6 ", command= bouton6)
b7 = Button(fen1, text= " 7 ", command= bouton7)
b8 = Button(fen1, text= " 8 ", command= bouton8)
b9 = Button(fen1, text= " 9 ", command= bouton9)
b1.pack(side=LEFT)
b2.pack(side=LEFT)
b3.pack(side=LEFT)
b4.pack(side=LEFT)
b5.pack(side=LEFT)
b6.pack(side=LEFT)
b7.pack(side=LEFT)
b8.pack(side=LEFT)
b9.pack(side=LEFT)



ligne()

#comp() 
lab=Label(fen1,text=" Saisir le numéro ")
lab.pack()
fen1.mainloop()