Sandbox

turtleRace.py

@@ -1,3 +1,4 @@
+import turtle
 from turtle import Turtle, Screen
 import random
 
@@ -11,60 +12,90 @@
 
 # Ask a question and Enter you input message
 
-Answer = screen.textinput("Question", prompt="Which turtle color will win the race?")
-
-print(Answer)
-
-rainbowColors = ['red', 'orange', 'yellow', 'green', 'blue', 'indigo', 'violet']
-
-Jenny = Turtle()
-Jenny.shape("turtle")
-Jenny.color("red")
-Jenny.penup()
-Jenny.goto(-335, 0)
-
-pam = Turtle()
-pam.color("orange")
-pam.shape('turtle')
-pam.penup()
-pam.goto(-335, 30)
-
-tom = Turtle()
-tom.color("yellow")
-tom.shape('turtle')
-tom.penup()
-tom.goto(-335, 60)
-
-jane = Turtle()
-jane.color("green")
-jane.shape('turtle')
-jane.penup()
-jane.goto(-335, 90)
-
-jim = Turtle()
-jim.color("blue")
-jim.shape('turtle')
-jim.penup()
-jim.goto(-335, -30)
-
-kim = Turtle()
-kim.color("indigo")
-kim.shape('turtle')
-kim.penup()
-kim.goto(-335, -60)
-
-sam = Turtle()
-sam.color("violet")
-sam.shape('turtle')
-sam.penup()
-sam.goto(-335, -90)
-
-
-class Select:
-    def __init__(self, color, shape, position):
-        self.color = color
-        self.shape = shape
-        self.position = position
+# Answer = screen.textinput("Question", prompt="Which turtle color will win the race?")
+#
+# print(Answer)
+
+rainbowColors = ['red', 'orange', 'yellow', 'green', 'blue', 'indigo']#, 'violet']
+
+userNames = ['jenny', 'pam', 'tom', 'jane', 'jim', 'kim']#, #'sam']
+
+y_Position = [30, 60, 90, 0, -30, -60, -90]
+
+colorTaken = []
+nameTaken = []
+
+#
+# def changeRange(x, y):
+#     global num
+#     for num in range(0, 6):
+#         num = num + 10
+#         turtle.goto(-335, num)
+
+for pick in range(0, 6):
+
+    userNames = Turtle()  # userNames.shape('turtle')
+    userNames.shape("turtle")
+    #userNames.color(pick)
+    userNames.penup()
+
+    userNames.goto(-335, y_Position[pick])
+    userNames.color()
+    # userNames.goto(changeRange(x, y=num))
+
+
+# def pickUser():
+#     for name in userNames:
+#         name.
+
+
+
+    # for n in userNames:
+    #     if n in userNames:
+    #         n.goto(-335, 30)
+
+# pam = Turtle()
+# pam.color("orange")
+# pam.shape('turtle')
+# pam.penup()
+# pam.goto(-335, 30)
+#
+# tom = Turtle()
+# tom.color("yellow")
+# tom.shape('turtle')
+# tom.penup()
+# tom.goto(-335, 60)
+#
+# jane = Turtle()
+# jane.color("green")
+# jane.shape('turtle')
+# jane.penup()
+# jane.goto(-335, 90)
+#
+# jim = Turtle()
+# jim.color("blue")
+# jim.shape('turtle')
+# jim.penup()
+# jim.goto(-335, -30)
+#
+# kim = Turtle()
+# kim.color("indigo")
+# kim.shape('turtle')
+# kim.penup()
+# kim.goto(-335, -60)
+#
+# sam = Turtle()
+# sam.color("violet")
+# sam.shape('turtle')
+# sam.penup()
+# sam.goto(-335, -90)
+#
+#
+# class Select:
+#     def __init__(self, color, shape, position):
+#         self.color = color
+#         self.shape = shape
+#         self.position = position
 
 
 screen.exitonclick()