DISCLAIMER: This blog post was written by a human with the help of AI
Introduction
In this tutorial, we'll demonstrate how to chain screens for multiple traces, allowing us to create captivating artwork by layering different spirograph shapes on the same canvas with Spyrograph!
Follow along as we use a custom code snippet to showcase this technique in action
- Introduction
- Creating our first spirograph
- Tracing the first shape
- Creating a second shape
- Trace the second shape on the same screen
- Experiment with different shapes and colors
- Conclusion
chris-greening / spyrograph
Python library for analyzing, exploring, and visualizing epitrochoids and hypotrochoids in just a few lines of code
spyrograph: elegant mathematics and geometries
What is it?
spyrograph is a lightweight Python package that provides an expressive and flexible set of tools for drawing beautiful mathematically driven art. With just a few lines of easy-to-read code you can start analyzing, visualizing, and exploring elegant mathematics
Table of Contents
π Key features
- Expressive and consistent syntax
- Robust underlying mathematics
- Beginner and expert friendly
-
numpy
is the only required third-party installation - Clear visualizations and animations
- Flexible to a wide range of usecases
- Lightweight, just plug and play
π» Installation
pip
Install the latest stable release from PyPI using
$ pip3 install spyrograph
or clone the development version from GitHub with
$ git clone https://github.com/chris-greening/spyrograph.git
π± Quickstart
spyrograph
is designed to be expressive and easy-to-use - simply import spyrograph
and jump right into drawing elegant, complex shapesβ¦
Creating our first spirograph
To begin, let's create our first spirograph shape using the Hypotrochoid
class. Import the necessary libraries and define the required parameters for the shape
from spyrograph import Hypotrochoid
import numpy as np
first_shape = Hypotrochoid(
R=233,
r=200,
d=233,
thetas=np.arange(0, 100*np.pi, .5)
)
Tracing the first shape
Next, trace the first shape and keep the screen open by calling the trace
method. By default, the exit_on_click
option is set to False, which ensures that the screen
remains active after tracing the first shape
screen, turtles = first_shape.trace()
Creating a second shape
Now, let's create a second shape by using the scale
method to adjust the size of the first shape into a slightly smaller copy
second_shape = first_shape.scale(.85)
Trace the second shape on the same screen
Trace the second shape on the same screen by passing the existing screen
to the trace
function. Additionally, set the exit_on_click
option to True
and choose a different color
for the second shape
second_shape.trace(
exit_on_click=True,
color="red",
screen=screen
)
Experiment with different shapes and colors
Feel free to experiment with different shapes, sizes, and colors to create your unique spirograph artwork. You can create and layer multiple shapes on the same screen by following the steps outlined above
Conclusion
Chaining screens for multiple traces is a powerful technique to create visually stunning spirograph designs
By layering different shapes and colors on the same canvas, you can produce eye-catching and intricate artwork
Don't be afraid to explore various patterns and unleash your creativity with Spyrograph!
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