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Commit 2f39454

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‎Codes on Turtle Graphics/DashedLine.png

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‎Codes on Turtle Graphics/Dot.png

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import turtle as t
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tim = t.Turtle()
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for i in range(20):
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tim.forward(10)
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tim.penup()
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tim.forward(10)
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tim.pendown()
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scr = t.Screen()
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scr.exitonclick()

‎Codes on Turtle Graphics/DrawShapes.py

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import turtle as t
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import random
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tim = t.Turtle()
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ColorList = ["pink", "salmon", "pale turquoise", "lime green", "sandy brown"]
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def draw_shape(sides):
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for ind in range(sides):
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# Getting the angle of a regular polygon
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angle = 360 / sides
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tim.forward(100)
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tim.right(angle)
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for i in range(3, 11):
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tim.color(random.choice(ColorList))
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draw_shape(i)
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scr = t.Screen()
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scr.exitonclick()
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import turtle as t
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import random
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tim = t.Turtle()
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t.colormode(255)
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tim.speed("fastest")
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# Detecting the total number of circles
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for i in range(int(360 / 5)):
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tim.color((random.randint(0, 255), random.randint(0, 255), random.randint(0, 255)))
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tim.circle(100)
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tim.setheading(tim.heading() + 5)
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scr = t.Screen()
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scr.exitonclick()

‎Codes on Turtle Graphics/DrawSquare.py

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import turtle as t
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tim = t.Turtle()
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for i in range(4):
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tim.forward(100)
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tim.right(90)
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scr = t.Screen()
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scr.exitonclick()
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import turtle as t
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import colorgram
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# importing colorgram for extracting colors
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import random
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RgbColor = []
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t.colormode(255)
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colors = colorgram.extract('image.jpg', 40)
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for color in colors:
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RgbColor.append((color.rgb.r, color.rgb.g, color.rgb.b))
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tim = t.Turtle()
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tim.speed("fastest") # to speed up the animation
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tim.penup()
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tim.hideturtle()
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tim.setheading(225)
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tim.forward(500)
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tim.setheading(0)
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for times in range(10):
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for dots in range(10):
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tim.dot(20, random.choice(RgbColor))
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tim.forward(50)
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tim.dot(20, random.choice(RgbColor))
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tim.setheading(90)
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tim.forward(50)
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if times % 2 == 0:
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tim.setheading(180)
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else:
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tim.setheading(0)
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scr = t.Screen()
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scr.exitonclick()

‎Codes on Turtle Graphics/README.md

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## 2. Kaleido Spiral
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In this, we will draw circles and squares in continuation. Everytime we will change the radius of circle and side dimension of square to make it look like a expanding squares and circles.
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<img src="Kaleido-spiral.png" width="350" height="250" />
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## 3. Draw Shapes
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In this, we will draw polygons (from triangles to decagons)in a continuous fashion.
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![](Shapes.png)
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## 4. DrawDashedLine
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In this, we will draw a dashed line.
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![](DashedLine.png)
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## 5. Draw Spirograph
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In this , we will draw a spirograph.
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![](Spirograph.png)
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## 6. DrawSquare
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In this , we will draw a square.
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![](Square.png)
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## 7. HirstSpotPainting
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In this , we will make a model of the famous Hirst spot painting.
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![](Dot.png)
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## 8. RandomColorWalk
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In this, we will generate a random walk using random colors.
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![](RandomColorWalk.png)
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## 9. RandomWalk
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In this, we will generate a random walk using given colors.
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![](RandomWalk.png)
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import turtle as t
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import random
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ColorList = []
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tim = t.Turtle()
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t.colormode(255)
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tim.pensize(15)
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tim.speed("fastest")
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for i in range(300):
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tim.forward(30)
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# Choosing a random combination of colors
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tim.color((random.randint(0, 255), random.randint(0, 255), random.randint(0, 255)))
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tim.setheading(random.choice([0, 90, 180, 270]))
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scr = t.Screen()
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scr.exitonclick()

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