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How to Create a Colorful Decagon Spiral in Python Using Turtle Graphics

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This is a Python program that uses the Turtle graphics library to draw a decagon spiral with changing colors. The program first sets up the Turtle screen and defines the function draw_spiral to draw the spiral. The draw_spiral function takes in the center point of the spiral, the initial radius, the initial direction, and the hue for the color.
The function then draws the decagon by looping through 10 angles and calculating the coordinates of each point using the center point, radius, and angle. It fills the decagon with color and then recursively calls the draw_spiral function with a new radius, direction, and hue.
The program then enters an infinite loop that repeatedly calls the draw_spiral function with a new hue and clears the screen after a short pause. The program ends when the user exits the Turtle graphics window.
Overall, this program is a creative and interesting use of the Turtle graphics library to create a visually appealing spiral with changing colors.
.py link:
The function then draws the decagon by looping through 10 angles and calculating the coordinates of each point using the center point, radius, and angle. It fills the decagon with color and then recursively calls the draw_spiral function with a new radius, direction, and hue.
The program then enters an infinite loop that repeatedly calls the draw_spiral function with a new hue and clears the screen after a short pause. The program ends when the user exits the Turtle graphics window.
Overall, this program is a creative and interesting use of the Turtle graphics library to create a visually appealing spiral with changing colors.
.py link: