Light Curve Simulator

High-Level Project Summary

In this project we implemented a simulator which takes a 3D model of an object as an input, generates an animation of its rotation and produces it’s light curve, given the angle of observation. We used the open source software “Blender” for rendering pictures of the asteroid. The outcome was a 3D animation of the asteroid reflecting sunlight, while spun around the vertical axis. The animation frames which represent the angles of rotation are analyzed, calculating the average brightness of each frame, then are plotted producing the light curve.

Detailed Project Description

2nd place, no global nominee.

Space Agency Data

the following were used to obtain the models for the 2 testing asteroids, Vesta and Kleopatra:

https://nasa3d.arc.nasa.gov/detail/asteroid-vesta

https://nasa3d.arc.nasa.gov/detail/kleopatra


This database contains light curve information about the relevant asteroids which was used to test the accuracy of the simulation:

https://alcdef.org


The following papers provided useful theoretical foundation for the understanding of the project:

https://iopscience.iop.org/article/10.3847/PSJ/abb942/pdf

Hackathon Journey

Fun, helpful mentors.

Our team had 4 members so we split the responsibilities of researching and implementation. We laughed through our setbacks and we were able to solve most of our problems. We would like to thank one of our mentors, Margarita Belali, for providing us with research papers and useful ideas.


We failed because ILLUMINAT3D were better. <3

Tags

#light #curves #lightCurves #asteroids #trojans #kleopatra #Vesta #Auth #ece

Global Judging

This project has been submitted for consideration during the Judging process.