NEO Orbit Visualization - Githubissues

ASTR302-Group-AA / Rubin-NEO-Detection

Creating tool for predicting when the Rubin Observatory would have detected near Earth objects, had it begun operations in October 2020

MIT License

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NEO Orbit Visualization #1

Open dawnbik opened 4 months ago

dawnbik commented 4 months ago

hi

dawnbik commented 4 months ago

Visualize orbits in NEO dataset

dawnbik commented 4 months ago

https://ssd.jpl.nasa.gov/sb/elem_tables.html https://ssd.jpl.nasa.gov/sb/orbits.html

dawnbik commented 4 months ago

Fixed the issue with the Sun being off center in 3d plots (a really simple fix after spending hours trying to figure out what was going wrong; all I needed to do was to set proper axis limits. Autoscaling was stretching and squishing my orbit out of proportion!)

dawnbik commented 4 months ago

Aspect: xlim = (-1.5, 1.5) ylim = (-1.5, 1.5) zlim = (0.5, 0.5)

dawnbik commented 4 months ago

xlim, ylim, zlim all set to (-3, 3) Figure 1(1)

dawnbik commented 4 months ago

Added visualizer class and demo notebook on main branch. I will update documents (docstrings) soon.

dawnbik commented 4 months ago

Doesn't work on LSST jupyterhub.

environment doesn't support ipywidgets, imported modules are of lower version (doesn't support certain methods I'm using in source code)
Tried installing ipympl and update modules but no permission to overwrite (rightfully so) Still works fine on student accounts and personal servers. If getting errors from not having ipympl, install on terminal: mamba install -c conda-forge ipympl

dawnbik commented 3 months ago

Added trail effect (can be turned off) to the orbits to indicate orientation. Not merged to main yet. Check out visu branch!

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