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First, this is a fantastic library - thank you for sharing it. I'm especially pleased with the API you've put together, which is really intuitive to use.
Is it possible to use what is already here …
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- This deep learning project utilizes a convolutional neural network (CNN) to analyze and classify astronomical 🪐 images captured by the James Webb Space Telescope 🔭. The model is trained on a vast da…
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I am using [StelMainScriptAPI.loadSkyImage](https://stellarium.org/doc/23.0/classStelMainScriptAPI.html#a2296227e380b0d458288d32964c3ed42) to draw an image on the sky at the desired location. However,…
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In keeping with #94 and #95, allow more than two celestial objects in the sky, which likely requires a bit of architecture to allow arbitrary celestials
Could also include a shiny new moon of a diffe…
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The Mollweide projection is used extensively by professional astronomers to show the celestial sphere when referring to surveys of solar system objects as well as deep sky objects , but is missing fro…
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Offline spherical planetarium function within the "astronomy" tab of the application to assist the user in the identification and observation of planets, stars, constellations, satelites and other cel…
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This issue is to track the development of a new co-ordinate aware sphere. The sphere should be able to manage it's own transformations between elevation-azimuth as well as celestial co-ordinates.
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a wider range of forms and colours of celestial bodies. things like planetary rings around the world, "local" solar system objects that orbit on a different plane to the stars, etc.
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Current nebula shader always renders behind everything, it should also be able to render in front of celestial bodies and make objects less visible through this fog.
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Create a simple planetary system simulation with ChatGPT-4. Users can choose the number of planets and stars within the system. Orbital objects follow trajectories based on gravitational forces, which…