[OC] Data Source: Simulated via math equations. Tools: Python, Matplotlib. 2D DBSCAN clustering animation of Golden Ratio distribution. This visualization shows DBSCAN clustering algorithm analyzing a Golden Ratio distribution. Thoughts?
[OC] Data Source: Simulated via math equations. Tools: Python, Matplotlib. 2D DBSCAN clustering animation of Golden Ratio distribution. This visualization shows DBSCAN clustering algorithm analyzing a Golden Ratio distribution. Thoughts?
Data Source: Simulated via math equations. Tools: Python, Matplotlib. This visualization shows DBSCAN clustering algorithm analyzing a Golden Ratio distribution. The pattern emerges from mathematically generated points arranged according to the Golden Ratio principles. You can find similar spiral patterns in nature, most notably in the arrangement of seeds in sunflowers.
micalubgoonta on
It’s not really clear from this visualization what the data is. It just kinda looks like a video of some circles being generated.
Ninja7017 on
……………….
Its 2am so my thoughts are scattered but……….. fk it, I’m not the mod. If the mods think this is beautiful & is ‘data’, then 👍🏻
3 Comments
Data Source: Simulated via math equations. Tools: Python, Matplotlib. This visualization shows DBSCAN clustering algorithm analyzing a Golden Ratio distribution. The pattern emerges from mathematically generated points arranged according to the Golden Ratio principles. You can find similar spiral patterns in nature, most notably in the arrangement of seeds in sunflowers.
It’s not really clear from this visualization what the data is. It just kinda looks like a video of some circles being generated.
……………….
Its 2am so my thoughts are scattered but……….. fk it, I’m not the mod. If the mods think this is beautiful & is ‘data’, then 👍🏻
not a bad post to end my day on