Python's Turtle Graphics: Transforming Doodles into Spirograph Masterpieces
What is Turtle Graphics?
Turtle Graphics is a module in Python that allows you to create graphics and drawings using a virtual turtle. Inspired by the physical turtle robot, this module lets you control the turtle's movements and draw shapes on the screen. By providing a set of commands and functions, Turtle Graphics simplifies the process of creating visual art programmatically
Preview
How does Turtle Graphics work in Python?
Python's Turtle Graphics makes use of a Cartesian coordinate system, which employs a starting point at the screen's center (coordinates [0, 0]) and enables movement along both the x and y axes. By issuing commands like forward, backward, left, and right, you have full control over the turtle's trajectory. As the turtle traverses, it leaves a distinctive mark, forming intricate shapes and captivating patterns on the display.
Creating Spirograph Masterpieces with Turtle Graphics
With the knowledge gained about Turtle Graphics and spirograph designs, you can now embark on the journey of creating your very own spirograph masterpieces. By applying mathematical concepts and utilizing the turtle's movement commands, you can generate stunning spirograph patterns that mesmerize viewers and showcase your artistic talent.
Source Code:
from turtle import *
import colorsys as cs
bgcolor('black')
tracer(100)
pensize(3)
h = 0
def draw(ang, n):
circle(5+n, 90)
left(ang)
circle(5+n, 0)
goto(-10,0)
for i in range(700):
c = cs.hsv_to_rgb(h,1,1)
pencolor(c)
h +=0.005
penup()
draw(90, i)
draw(180, i/2)
pendown()
fillcolor('black')
begin_fill()
draw(1/2, i-i)
draw(180, i/2)
draw(90, i)
end_fill()
draw(60, i/2)
done()
Output:
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