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CurveSimulator: A Star System and Light Curve Simulator

What does CurveSimulator?

CurveSimulator generates a video of the movements and eclipses of celestial bodies and the resulting light curve. The video simultanously displays an overhead view and an edge-on view of the star system alongside the light curve of the system's total luminosity over time.

In a configuration file, specify the physical properties of the stars and planets in your system. Also, provide some parameters of the video you want to make. Learn how the orbital elements influence the orbits shown in the video.

Find out more about how CurveSimulator works.

Why use CurveSimulator?

This is especially useful for star systems that contain exoplanets detected using the transit method.

It takes just 2 lines of python code to produce the video.

CurveSimulator is fast and the videos use little disk space. A video takes about the same time to produce as its playing time and uses less than 0.5 MB disc space per minute.

Verify your results.

Getting started

1. Install the package, for example with "pip install curvesimulator".

2. CurveSimulator uses ffmpeg to convert the data into a video. Find and download an executable version of ffmpeg via ffmpeg.org. Extract the downloaded zip file and (on Windows) add "yourdriveandpath\FFmpeg\bin" to the environment variable PATH.

3. Create a Python script with this code.

4. Download this example config file to the directory containing your Python script.

5. Run your script. If all went well, you have just generated your first video with CurveSimulator. If not, contact me.

For questions and comments open an issue on GitHub.