# solarkit - BPhO Computational challenge
A tool to easily visualise and perform calculation on a solar system. The solutions for all challenges are embed but also provides the tools to tinker around and build new, original simulations.
It was built as the first part of a two part subimission for the challenge. My idea is to create a website using django to allow anyone to use the simulation. Having this package will ensure clean, backend code that will do the work in just a couple of lines.
* [Repo link](https://github.com/carlos-lorenzo/solarkit) (for PyPI)
### Challenges
* Kepler's Third Law
* Visualise a solar system
* Visualise the solar system, animated
* Spinograph
* Angle vs Time
* Heliocentric model
### Personal aditions
* Tools to create, save & load a custom solar system
* Save the model output to an image
* Spinograph, animated
### How to use
1. "pip install solarkit" or [download package files](https://github.com/carlos-lorenzo/solarkit/tree/main/Package) from repository and install locally
2. [Download](https://github.com/carlos-lorenzo/solarkit/blob/08a2d0ddc34b3abecce7789cbe7163d7d49cbd48/planet_data.csv) or create your own data
3. Create .py file
4. Start experimenting! (follow example image for guidance)
### Use example (example file available in repository)
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