# Créé par vcanteloup, le 17/03/2015 en Python 3.2
from tkinter import *
import numpy as np
from random import *
fenetre=Tk()
fenetre.title("Transhumance des pixels")


tableau_quadrillage= np.zeros((20,20),dtype='i')
tableau_comptage= np.zeros((20,20),dtype='i')


H=0
B=0
R=0
L=0
nbCarre=0
x3=0
y3=0


frame=Frame(height=5,bd=3,bg="black",relief=GROOVE)
frame.pack(side=TOP,fill=X)
bouton1=Button(frame,text="Quitter",bg="gray",command=fenetre.destroy)
bouton1.pack(side=RIGHT)


frame1 = Frame( bd=5,bg="White", relief=GROOVE)
frame1.pack(side=LEFT,fill=X, padx=5, pady=5)
Label(frame1,text="Paramètrage",bg="White").pack(side=TOP)


frame2=Frame(frame1,height=2,bd=2,bg="White", relief=GROOVE)
frame2.pack(side=TOP,fill=X,padx=5,pady=5)
Label(frame2,text="Les options",bg="White").pack(padx=1, pady=1)




frame3=Frame(frame1,height=2,bd=2,bg="White", relief=GROOVE)
frame3.pack(side=BOTTOM,fill=X,padx=5,pady=5)
Label(frame3,text="La taille",bg="White").pack(padx=1, pady=1)



var=StringVar()
scale = Scale(frame3,from_=0, to=150,orient=HORIZONTAL)
scale.pack(anchor=W)


zone_dessin=Canvas(fenetre,width=590,height=590,bg="white",bd=7,relief="ridge")
zone_dessin.pack()

label = Label(frame3, text="Nombre de boucle")
label.pack()

var=StringVar()
valeur = Scale(frame3,from_=0, to=300,orient=HORIZONTAL)
valeur.pack(anchor=W)

def laboucle():
    for J in range(valeur.get()):
        isolation_surpopulation()
        fenetre.update()

for x in range(100):
    H=H+30
    B=B+30
    R=R+30
    L=L+30
    zone_dessin.create_line(10,(R),610,(L))
    zone_dessin.create_line((H),10,(B),610)

def clique (event):
    X,Y = event.x,event.y
    X=X/30
    Y=Y/30
    X=int(X)
    Y=int(Y)
    zone_dessin.create_rectangle(X*30,Y*30,X*30+30,Y*30+30,fill="black")
    tableau_quadrillage[Y,X]=1




def Comptage():
    global tableau_comptage
    for y in range(len(tableau_quadrillage)):
        for x in range(len(tableau_quadrillage[0])):
                total = 0
                if(y > 0):
                    total += tableau_quadrillage[y - 1][x]
                    if(x > 0):
                        total += tableau_quadrillage[y - 1][x - 1]
                    if(x < 19):
                        total += tableau_quadrillage[y - 1][x + 1]

                if(x > 0):
                    total += tableau_quadrillage[y][x - 1]
                if(x < 19):
                    total += tableau_quadrillage[y][x + 1]

                if(y < 19):
                    total += tableau_quadrillage[y + 1][x]
                    if(x > 0):
                        total += tableau_quadrillage[y + 1][x - 1]
                    if(x < 19):
                        total += tableau_quadrillage[y + 1][x + 1]
                tableau_comptage[y][x]=int(total)
                #print(tableau_comptage)
    rendu()








def point_aleatoire ():
    for k in range(scale.get()):
        while True:
            global x,y
            x=randint(0,599)
            y=randint(0,599)
            x=x/30
            y=y/30
            x=int(x)
            y=int(y)
            if not tableau_quadrillage[y][x]==1:break
        zone_dessin.create_rectangle(x*30,y*30,x*30+30,y*30+30,fill="black")
        x=x*30
        y=y*30
        global x1,y1
        x1=x+30
        y1=y+30
        x2=x+15
        y2=y+15
        naissance1(x2,y2)



def naissance1 (x2,y2):
    global x3,y3
    x3=int((x2/30))
    y3=int((y2/30))
    global tableau_quadrillage
    tableau_quadrillage[y3,x3]=1
    global nbCarre
    nbCarre=tableau_quadrillage[y-2:y+1,x-2:x+1].sum()
    if nbCarre==3:
        pos=randTruc(x3,y3)
        tableau_quadrillage[pos[1]][pos[0]]=1



def isolation_surpopulation ():
    global tableau_comptage
    Comptage()
    tableau_comptage= np.zeros((20,20),dtype='i')





def rendu():
    for y in range(len(tableau_quadrillage)):
        for x in range(len(tableau_quadrillage[0])):
            if tableau_comptage[y][x]<=1:
                tableau_quadrillage[y][x]=0
                zone_dessin.create_rectangle(x*30,y*30,x*30+30,y*30+30,fill="white")
            if tableau_comptage[y][x]>=4:
                tableau_quadrillage[y][x]=0
                zone_dessin.create_rectangle(x*30,y*30,x*30+30,y*30+30,fill="white")
            if tableau_comptage[y][x]==3:
                tableau_quadrillage[y][x]=1
                zone_dessin.create_rectangle(x*30,y*30,x*30+30,y*30+30,fill="black")







def reenitialisation():
    global tableau_quadrillage
    tableau_quadrillage= np.zeros((20,20),dtype='i')
    rendu()




def randTruc (x1,y1):
    while True:
        y=randint(y1,y1+2)
        x=randint(x1,x1+2)
        if y==y1/2:
            x if randint(0,1)==0 else 0
        if x>=0 and y>=0 and x<20 and y<20 and tableau_quadrillage[y][x]!=1: break
    return x,y








zone_dessin.bind('<Button-1>',clique)
zone_dessin.pack
bouton2=Button(frame,text="Placement",bg="gray",command=point_aleatoire)
bouton2.pack(side=LEFT)
bouton3=Button(frame,text="Lancer",bg="gray",command=laboucle)
bouton3.pack(side=LEFT)
bouton4=Button(frame,text="Un par un",bg="gray",command=isolation_surpopulation)
bouton4.pack(side=LEFT)
bouton5=Button(frame2,text="Réinitialisé",bg="gray",command=reenitialisation)
bouton5.pack(anchor=W)



fenetre.mainloop()