Add function for moving turtles with hanoi function

thinkcspy/Chapter-16-Exercises/hanoi.py

@@ -1,38 +1,38 @@
 import turtle
 import random
 
-def stackTowers(num): 
+def stackTowers(num, turts): 
     A = []
     B = []
     C = []
     rounds = 0
-
+    rods = {"A":A, "B":B, "C":C}
     
     for i in range(num):
         A.insert(0, i+1)
         
 
-    def hanoi(num, start, aux, end):
+    def hanoi(num, start, aux, end, turts):
         nonlocal rounds  
         
         if num == 1:
             end += [start.pop()]
             rounds += 1
-            print(rounds, A, B, C)
+            moveTurtles(turts[end[-1] - 1], rods)
         else:
-            hanoi(num - 1, start, end, aux)
+            hanoi(num - 1, start, end, aux, turts)
             end += [start.pop()]
             rounds += 1
-            print(rounds, A, B, C)
+            moveTurtles(turts[end[-1] - 1], rods)
-            hanoi(num -1, aux, start, end)
+            hanoi(num -1, aux, start, end, turts)
    
-    hanoi(num, A, B, C) 
+    hanoi(num, A, B, C, turts) 
 
 
 def createRods(t):
     for i in range(3):
         t.penup()
-        t.goto(300*i-200, 100)
+        t.goto(300*(i-1), 100)
         t.pendown()
         t.right(90)
         t.forward(200)
@@ -50,32 +50,43 @@ def generateColor():
 def createTurtles(num):
     turtles = []
 
+    totalHeight = num*15
+
     for i in range(num):
         newTurt = turtle.Turtle()
         newTurt.shape("square")
-        newTurt.shapesize((i+1)*(1/5), (i+1)*2, 1)
+        newTurt.shapesize(1/2, (i+1)*2, 1)
         newTurt.color(generateColor())
         newTurt.penup()
-        newTurt.goto(-200, i*-15)
+        newTurt.goto(-300, (num*15 - 100) - i*15)
+        newTurt.name = str(i+1)
+
         turtles.append(newTurt)
 
-    return(turtle)
+    return turtles
 
-def moveTurtles():
+def moveTurtles(turt, rods):
-    pass
+    rodPos = {"A":-300, "B":0, "C":300}
+    x = turt.xcor()
+    y = turt.ycor()
+
+    for rods, turtList in rods.items():
+        if int(turt.name) in turtList:
+            x = rodPos[rods]
+            y = len(turtList) * 15 - 100
+
+    turt.goto(x, y)
 
 
 def main():
-    num = 7
+    num = 8
     tRod = turtle.Turtle()
     tRod.pensize(5)
     wn = turtle.Screen()
 
     createRods(tRod)
-    stackTowers(num)
-
     turts = createTurtles(num)
-
+    stackTowers(num, turts)
 
     wn.exitonclick()