Thursday 11 April 2024

Colorful Galaxy using Python


Code : 

import turtle

t = turtle.Turtle() 

s = turtle.Screen()

colors=['orange', 'red', 'magenta', 'blue', 'magenta',

        'yellow', 'green', 'cyan', 'purple']




for x in range (360):







let's break down the code step by step:

import turtle: This line imports the Turtle module, which provides a graphics environment for drawing shapes and patterns.

t = turtle.Turtle(): This creates a new Turtle object named t. The Turtle object represents a pen that can draw on the screen.

s = turtle.Screen(): This creates a new Screen object named s. The Screen object represents the window or canvas where the turtle will draw.

colors = ['orange', 'red', 'magenta', 'blue', 'magenta', 'yellow', 'green', 'cyan', 'purple']: This is a list of colors that will be used for drawing. Each color is represented by a string.

s.bgcolor('black'): This sets the background color of the screen to black.

t.pensize(2): This sets the width of the pen to 2 pixels.

t.speed(0): This sets the drawing speed of the turtle to the fastest speed (0 means fastest).

for x in range(360):: This starts a loop that will repeat 360 times. The loop will draw a spiral pattern.

t.pencolor(colors[x % 6]): This sets the color of the pen to one of the colors from the colors list. The % operator is used to cycle through the colors repeatedly as x increases.

t.width(x // 100 + 1): This sets the width of the pen based on the current value of x. As x increases, the pen width will gradually increase.

t.forward(x): This moves the turtle forward by a distance equal to the current value of x.

t.right(59): This rotates the turtle to the right by 59 degrees.

turtle.hideturtle(): This hides the turtle cursor from the screen. This appears to be a comment indicating the source or reference of the code.

Overall, this code creates a colorful spiral pattern using the Turtle module in Python.


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