mycode.py

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import turtle
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​
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t = turtle.Turtle()
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t.speed(0)
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​
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# draw first star at (0,0)
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t.pu()
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t.goto(0,0)
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t.pd()
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t.forward(20)
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t.right(144)
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t.forward(20)
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t.right(144)
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t.forward(20)
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t.right(144)
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t.forward(20)
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t.right(144)
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t.forward(20)
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t.right(144)
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​
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# draw second star at (100, 100)
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t.pu()
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t.goto(100,100)
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t.pd()
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t.forward(20)
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t.right(144)
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t.forward(20)
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t.right(144)
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t.forward(20)
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t.right(144)
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t.forward(20)
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t.right(144)
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t.forward(20)
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t.right(144)
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​
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# draw third star at (-100, 100)
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t.pu()
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t.goto(-100,100)
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t.pd()
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t.forward(20)
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t.right(144)
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t.forward(20)
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t.right(144)
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t.forward(20)
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t.right(144)
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t.forward(20)
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t.right(144)
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t.forward(20)
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t.right(144)
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​
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# draw forth star at (-100, -100)
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t.pu()
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t.goto(-100, -100)
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t.pd()
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t.forward(20)
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t.right(144)
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t.forward(20)
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t.right(144)
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t.forward(20)
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t.right(144)
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t.forward(20)
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t.right(144)
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t.forward(20)
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t.right(144)
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​
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# draw fifth star at (100, -100)
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t.pu()
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t.goto(100, -100)
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t.pd()
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t.forward(20)
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t.right(144)
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t.forward(20)
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t.right(144)
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t.forward(20)
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t.right(144)
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t.forward(20)
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t.right(144)
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t.forward(20)
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t.right(144)
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​
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# Challenges:
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# 1) Make a procedure called draw_star which lets you draw a star at any position
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# 2) Use a for loop to draw each of the 5 points of each star
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# 3) Add a third parameter to your draw_star procedure so that you can change the size of each star