Christmas Lights Challenge (Constellations)

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I thought this could be a funny challenge (no prizes): I give you the coordinates of the 692 stars in the 88 constellations in the sky. You may use some or all of them, and present them as Christmas lights in any environment you like. Here are the coordinates of the stars (in dictionary stars with each constellation as abbreviation): https://github.com/hietjmo/altere/blob/main/constellations/stars.py
The coordinates are given as ra (Right Ascension), dec (Declination) and mag (Magnitude). Right ascension is the (inverse) longitude, declination is the latitude, and magnitude is the brightness (0.0 brighter, 5.0 dimmer).
If you want, you can convert them to xyz-coordinates, and see usage example (picture):
https://github.com/hietjmo/altere/blob/main/constellations/xyz-coords.py
You don’t need to do everything by yourself, we try to help if you have trouble with using Python.

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Here is a small demonstration how the situation (the stars in the sky) might look like (The code too is in the previously mentioned repository, stars-anim-la.py, if you want to utilize it):

88 constellations in the sky with latin names

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The first experiment went horribly wrong, I forgot to convert to radians. Here is it corrected:

I added an Wavefront obj file too (I may still refine it):

hietjmo/altere/blob/main/constellations/stellaro.obj

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Here is now everything you need, to get the initial setting inside Blender (Download files cons-3.py and stars.py and run the first mentioned in script window):