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Unlock the power of method chaining for elegant and efficient Spyrograph transformations
Unlock the power of method chaining for elegant and efficient Spyrograph transformations
Customizing the origin of our geometric visualizations using Python and Spyrograph
Introduction Trochoids and cycloids are beautiful geometric shapes generated by tracing a point on a rolling circle as it moves around a fixed circle - these...
Tracing multiple shapes on the same screen with Spyrograph
Introduction In this tutorial, we’ll demonstrate how to chain screens for multiple traces, allowing us to create captivating artwork by layering different sp...
Adding a boomerang effect to our Spyrograph animations
Introduction Spirographs are captivating geometric designs created by rolling a circle inside or outside another circle. These mesmerizing patterns have fasc...
Creating mesmerizing spirograph animations with Python and Spyrograph
Captivating spirograph animations: an overview Spirograph animations can be both mesmerizing and captivating, providing endless hours of entertainment as wel...
Scaling trochoid’s and cycloid’s input parameters with the spyrograph scale method
Scaling trochoid’s and cycloid’s input parameters with the spyrograph scale method
Drawing cycloids with a specific number of cusps using spyrograph
Drawing cycloids with a specific number of cusps using spyrograph
Plotting beautiful spirographs with matplotlib and spyrograph
Plotting beautiful spirographs with matplotlib and spyrograph
Creating a range of hypotrochoids with the create_range method
Creating a range of hypotrochoids with the create_range method
Configuring the trace method to explore stunning spirographs in Python
Configuring the trace method to explore stunning spirographs in Python
Draw beautiful geometric visualizations with Python and spyrograph
In the world of mathematics there is a limitless supply of patterns, visualizations, and concepts just waiting to be explored