A performant python Geodesic Dome library developed for the University of Sydney capstone unit
Project description
Geodesic Dome
Geodome is a python library that enables users to manipulate a 3D geodesic dome. The library provides the capability for users to store data in vertices and manipulate the overall structure of the dome. There are options to tessellate the entire dome, partially tessellate the dome and find neighbouring vertices. The library provides various powerful commands to enable these functions through a user-facing class wrapper.
The library prioritises efficiency by compiling through Numba.
Installation
To install our library please use the following command:
$ pip install geodome
Basic Usage
An example of how to instantiate a Geodesic Dome class can be found below:
from geodome import GeodesicDome
gd = GeodesicDome()
# Futher operations here
Documentation for the available class wrapper and its related methods can be found here.
This python library was created as a University of Sydney capstone unit under the direction of the School of Computer Science
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