save project

2.py

+import turtle as t
+t.speed(0)
+t.delay(0)
+pen=t.pen()
+screen=t.Screen()
+t.shape("turtle")
+screen=t.bgcolor("black")
+colors=["red","yellow","blue","green","gray","pink","purple","brown","orange","white"]
+for i in range(1,600):
+    t.pencolor(colors[i%10])
+    t.forward(i)
+    t.right(91)
+t.hideturtle()
+t.clear()
+
+t.penup()
+t.goto(0,0)
+t.pendown()
+t.speed(0)
+t.delay(0)
+pen=t.pen()
+screen=t.Screen()
+t.shape("turtle")
+screen=t.bgcolor("black")
+colors=["red","yellow","blue","green","gray","pink","purple","brown","orange","white"]
+for i in range(1,600):
+    t.pencolor(colors[i%10])
+    t.forward(i)
+    t.right(121)
+t.hideturtle()
+t.clear()
+
+t.penup()
+t.goto(0,0)
+t.pendown()
+t.speed(0)
+t.delay(0)
+pen=t.pen()
+screen=t.Screen()
+t.shape("turtle")
+screen=t.bgcolor("black")
+colors=["red","yellow","blue","green","gray","pink","purple","brown","orange","white"]
+for i in range(1,600):
+    t.pencolor(colors[i%10])
+    t.forward(i)
+    t.right(313)
+t.hideturtle()
+t.clear()
+
+t.penup()
+t.goto(0,0)
+t.pendown()
+t.speed(0)
+t.delay(0)
+pen=t.pen()
+screen=t.Screen()
+t.shape("turtle")
+screen=t.bgcolor("black")
+colors=["red","yellow","blue","green","gray","pink","purple","brown","orange","white"]
+for i in range(1,600):
+    t.pencolor(colors[i%10])
+    t.forward(i)
+    t.right(90)
+t.hideturtle()
+t.clear()
+
+t.penup()
+t.goto(0,0)
+t.pendown()
+t.speed(0)
+t.delay(0)
+pen=t.pen()
+screen=t.Screen()
+t.shape("turtle")
+screen=t.bgcolor("black")
+colors=["red","yellow","blue","green","gray","pink","purple","brown","orange","white"]
+for i in range(1,600):
+    t.pencolor(colors[i%10])
+    t.forward(i)
+    t.right(181)
+t.hideturtle()
+t.clear()
+
+t.penup()
+t.goto(0,0)
+t.pendown()
+t.speed(0)
+t.delay(0)
+pen=t.pen()
+screen=t.Screen()
+t.shape("turtle")
+screen=t.bgcolor("black")
+colors=["red","yellow","blue","green","gray","pink","purple","brown","orange","white"]
+for i in range(1,500):
+    t.pencolor(colors[i%10])
+    t.forward(i)
+    t.right(171)
+t.hideturtle()
+t.clear()
+
+t.penup()
+t.goto(0,0)
+t.pendown()
+t.speed(0)
+t.delay(0)
+pen=t.pen()
+screen=t.Screen()
+t.shape("turtle")
+screen=t.bgcolor("black")
+colors=["red","yellow","blue","green","gray","pink","purple","brown","orange","white"]
+for i in range(1,600):
+    t.pencolor(colors[i%10])
+    t.forward(i)
+    t.right(151)
+t.hideturtle()
+t.clear()
+
+t.penup()
+t.goto(0,0)
+t.pendown()
+t.speed(0)
+t.delay(0)
+pen=t.pen()
+screen=t.Screen()
+t.shape("turtle")
+screen=t.bgcolor("black")
+colors=["red","yellow","blue","green","gray","pink","purple","brown","orange","white"]
+for i in range(1,600):
+    t.pencolor(colors[i%10])
+    t.forward(i)
+    t.right(191)
+t.hideturtle()
+t.clear()
+
+t.penup()
+t.goto(0,0)
+t.pendown()
+t.speed(0)
+t.delay(0)
+pen=t.pen()
+screen=t.Screen()
+t.shape("turtle")
+screen=t.bgcolor("black")
+colors=["red","yellow","blue","green","gray","pink","purple","brown","orange","white"]
+for i in range(1,500):
+    t.pencolor(colors[i%10])
+    t.forward(i)
+    t.right(101)
+t.hideturtle()
+t.clear()
+
+t.penup()
+t.goto(0,0)
+t.pendown()
+t.speed(0)
+t.delay(0)
+pen=t.pen()
+screen=t.Screen()
+t.shape("turtle")
+screen=t.bgcolor("black")
+colors=["red","yellow","blue","green","gray","pink","purple","brown","orange","white"]
+for i in range(1,700):
+    t.pencolor(colors[i%10])
+    t.forward(i)
+    t.right(111)
+t.hideturtle()
+t.clear()
+
+t.penup()
+t.goto(0,0)
+t.pendown()
+t.speed(0)
+t.delay(0)
+pen=t.pen()
+screen=t.Screen()
+t.shape("turtle")
+screen=t.bgcolor("black")
+colors=["red","yellow","blue","green","gray","pink","purple","brown","orange","white"]
+for i in range(1,600):
+    t.pencolor(colors[i%10])
+    t.forward(i)
+    t.right(81)
+t.hideturtle()
+t.clear()
+
+t.penup()
+t.goto(0,0)
+t.pendown()
+t.speed(0)
+t.delay(0)
+pen=t.pen()
+screen=t.Screen()
+t.shape("turtle")
+screen=t.bgcolor("black")
+colors=["red","yellow","blue","green","gray","pink","purple","brown","orange","white"]
+for i in range(1,700):
+    t.pencolor(colors[i%10])
+    t.forward(i)
+    t.right(71)
+t.hideturtle()
+t.clear()
+
+t.penup()
+t.goto(0,0)
+t.pendown()
+t.speed(0)
+t.delay(0)
+pen=t.pen()
+screen=t.Screen()
+t.shape("turtle")
+screen=t.bgcolor("black")
+colors=["red","yellow","blue","green","gray","pink","purple","brown","orange","white"]
+for i in range(1,600):
+    t.pencolor(colors[i%10])
+    t.forward(i)
+    t.left(71)
+t.hideturtle()
+t.clear()
+
+t.penup()
+t.goto(0,0)
+t.pendown()
+t.speed(0)
+t.delay(0)
+pen=t.pen()
+screen=t.Screen()
+t.shape("turtle")
+screen=t.bgcolor("black")
+colors=["red","yellow","blue","green","gray","pink","purple","brown","orange","white"]
+for i in range(1,700):
+    t.pencolor(colors[i%10])
+    t.forward(i)
+    t.right(61)
+t.hideturtle()
+t.clear()
+
+t.penup()
+t.goto(0,0)
+t.pendown()
+t.speed(0)
+t.delay(0)
+pen=t.pen()
+screen=t.Screen()
+t.shape("turtle")
+screen=t.bgcolor("black")
+colors=["red","yellow","blue","green","gray","pink","purple","brown","orange","white"]
+for i in range(1,600):
+    t.pencolor(colors[i%10])
+    t.forward(i)
+    t.left(61)
+t.hideturtle()
+t.clear()
+
+t.penup()
+t.goto(0,0)
+t.pendown()
+t.speed(0)
+t.delay(0)
+pen=t.pen()
+screen=t.Screen()
+t.shape("turtle")
+screen=t.bgcolor("black")
+colors=["red","yellow","blue","green","gray","pink","purple","brown","orange","white"]
+for i in range(1,700):
+    t.pencolor(colors[i%10])
+    t.forward(i)
+    t.right(51)
+t.hideturtle()
+t.clear()
+
+t.penup()
+t.goto(0,0)
+t.pendown()
+t.speed(0)
+t.delay(0)
+pen=t.pen()
+screen=t.Screen()
+t.shape("turtle")
+screen=t.bgcolor("black")
+colors=["red","yellow","blue","green","gray","pink","purple","brown","orange","white"]
+for i in range(1,600):
+    t.pencolor(colors[i%10])
+    t.forward(i)
+    t.left(51)
+t.hideturtle()
+t.clear()
+
+t.penup()
+t.goto(0,0)
+t.pendown()
+t.speed(0)
+t.delay(0)
+pen=t.pen()
+screen=t.Screen()
+t.shape("turtle")
+screen=t.bgcolor("black")
+colors=["red","yellow","blue","green","gray","pink","purple","brown","orange","white"]
+for i in range(1,600):
+    t.pencolor(colors[i%10])
+    t.forward(i)
+    t.right(41)
+t.hideturtle()
+t.clear()
+
+t.penup()
+t.goto(0,0)
+t.pendown()
+t.speed(0)
+t.delay(0)
+pen=t.pen()
+screen=t.Screen()
+t.shape("turtle")
+screen=t.bgcolor("black")
+colors=["red","yellow","blue","green","gray","pink","purple","brown","orange","white"]
+for i in range(1,400):
+    t.pencolor(colors[i%10])
+    t.forward(i)
+    t.left(41)
+t.hideturtle()
+t.clear()
+
+t.penup()
+t.goto(0,0)
+t.pendown()
+t.speed(0)
+t.delay(0)
+pen=t.pen()
+screen=t.Screen()
+t.shape("turtle")
+screen=t.bgcolor("black")
+colors=["red","yellow","blue","green","gray","pink","purple","brown","orange","white"]
+for i in range(1,400):
+    t.pencolor(colors[i%10])
+    t.forward(i)
+    t.right(31)
+t.hideturtle()
+t.clear()
+
+t.penup()
+t.goto(0,0)
+t.pendown()
+t.speed(0)
+t.delay(0)
+pen=t.pen()
+screen=t.Screen()
+t.shape("turtle")
+screen=t.bgcolor("black")
+colors=["red","yellow","blue","green","gray","pink","purple","brown","orange","white"]
+for i in range(1,400):
+    t.pencolor(colors[i%10])
+    t.forward(i)
+    t.left(31)
+t.hideturtle()
+t.clear()
+
+t.penup()
+t.goto(0,0)
+t.pendown()
+t.speed(0)
+t.delay(0)
+pen=t.pen()
+screen=t.Screen()
+t.shape("turtle")
+screen=t.bgcolor("black")
+colors=["red","yellow","blue","green","gray","pink","purple","brown","orange","white"]
+for i in range(1,400):
+    t.pencolor(colors[i%10])
+    t.forward(i)
+    t.right(21)
+t.hideturtle()
+t.clear()
+
+t.penup()
+t.goto(0,0)
+t.pendown()
+t.speed(0)
+t.delay(0)
+pen=t.pen()
+screen=t.Screen()
+t.shape("turtle")
+screen=t.bgcolor("black")
+colors=["red","yellow","blue","green","gray","pink","purple","brown","orange","white"]
+for i in range(1,400):
+    t.pencolor(colors[i%10])
+    t.forward(i)
+    t.right(254)
+t.hideturtle()
+t.clear()
+
+t.penup()
+t.goto(0,0)
+t.pendown()
+t.speed(0)
+t.delay(0)
+pen=t.pen()
+screen=t.Screen()
+t.shape("turtle")
+screen=t.bgcolor("black")
+colors=["red","yellow","blue","green","gray","pink","purple","brown","orange","white"]
+for i in range(1,400):
+    t.pencolor(colors[i%10])
+    t.forward(i)
+    t.right(231)
+t.hideturtle()
+t.clear()
+
+t.penup()
+t.goto(0,0)
+t.pendown()
+t.speed(0)
+t.delay(0)
+pen=t.pen()
+screen=t.Screen()
+t.shape("turtle")
+screen=t.bgcolor("black")
+colors=["red","yellow","blue","green","gray","pink","purple","brown","orange","white"]
+for i in range(1,400):
+    t.pencolor(colors[i%10])
+    t.forward(i)
+    t.right(246)
+t.hideturtle()
+t.clear()
+
+t.penup()
+t.goto(0,0)
+t.pendown()
+t.speed(0)
+t.delay(0)
+pen=t.pen()
+screen=t.Screen()
+t.shape("turtle")
+screen=t.bgcolor("black")
+colors=["red","yellow","blue","green","gray","pink","purple","brown","orange","white"]
+for i in range(1,400):
+    t.pencolor(colors[i%10])
+    t.forward(i)
+    t.right(351)
+t.hideturtle()
+t.clear()
+
+t.penup()
+t.goto(0,0)
+t.pendown()
+t.speed(0)
+t.delay(0)
+pen=t.pen()
+screen=t.Screen()
+t.shape("turtle")
+screen=t.bgcolor("black")
+colors=["red","yellow","blue","green","gray","pink","purple","brown","orange","white"]
+for i in range(1,400):
+    t.pencolor(colors[i%10])
+    t.forward(i)
+    t.right(123)
+t.hideturtle()
+t.clear()
+
+t.penup()
+t.goto(0,0)
+t.pendown()
+t.speed(0)
+t.delay(0)
+pen=t.pen()
+screen=t.Screen()
+t.shape("turtle")
+screen=t.bgcolor("black")
+colors=["red","yellow","blue","green","gray","pink","purple","brown","orange","white"]
+for i in range(1,400):
+    t.pencolor(colors[i%10])
+    t.forward(i)
+    t.right(291)
+t.hideturtle()
+t.clear()
+
+t.penup()
+t.goto(0,0)
+t.pendown()
+t.speed(0)
+t.delay(0)
+pen=t.pen()
+screen=t.Screen()
+t.shape("turtle")
+screen=t.bgcolor("black")
+colors=["red","yellow","blue","green","gray","pink","purple","brown","orange","white"]
+for i in range(1,400):
+    t.pencolor(colors[i%10])
+    t.forward(i)
+    t.right(212)
+t.hideturtle()
+t.done()
+