tkinter 1/many

game_of_life/AffichageTkinter.py

 from tkinter import *
 from game_of_life.generate_universe import *
-
+from game_of_life.generation import *
+from game_of_life.survival import *
 
 fenetre = Tk()
 game_of_life = Toplevel(fenetre)
@@ -10,21 +11,36 @@ canvas = Canvas(game_of_life)
 canvas.pack()
 
 def create_a_grid():
-    "create the grid for the graphic interface"
+    """create the grid for the graphic interface"""
     width = game_of_life.winfo_width()
     heigth = game_of_life.winfo_height()
     global zones #contient l'ensemble des zones representant des cellules
     zones = []
     for x in range(len(universe)):
         zones.append([])
-        for y in range (len(universe[0])):
-            zones[x].append((x*width/100,(x+1)*width/100,y*width/100,(y+1)*width/100))
-    for x in range(len(universe)):
         for y in range(len(universe[0])):
             if universe[x][y]==1:
-                canvas.create_rectangle(zones[x][y],fill="black")
+                zones.append(canvas.create_rectangle(x*width/100,(x+1)*width/100,y*width/100,(y+1)*width/100), fill="black")
+            else:
+                zones.append(canvas.create_rectangle(x*width/100,(x+1)*width/100,y*width/100,(y+1)*width/100, fill="white"))
+
+def update_grid():
+    """mets la grille a jours """
+    for x in range(len(universe)):
+        for y in range (len(universe[0])):
+            if universe[x][y] == 0:
+                if naissance([x][y]) == 1:
+                    "colorier la case zones[x][y] en vert"
             else:
-                canvas.create_rectangle(zones[x][y],fill="white")
+                if survival(universe[x][y]) == 0:
+                    "colorier la case zones[x][y] en rouge"
+    universe = generation(universe)
+
+def create_cell_on_click(event):
+    """créer une cellule vivante la ou l'utilisateur clique"""
+    x = event.x//(width/100)
+    y = event.y//(heigth/100)
+    universe[x][y] = 1
 
 create_a_grid()