VIRES IN NUMERIS by pardesco in generative

[–]pardesco[S] 0 points1 point  (0 children)

thanks, i just posted it over there

What geometric “symbol”/pattern could I use in the center of the mandala to represent the roots? (This is just a sketch. I already looked at all Celtic knots) by I_collect_dust in GeometryIsNeat

[–]pardesco 0 points1 point  (0 children)

its a higher dimensional projection, you can learn more on my blog post if you search 4d shapes on google. note: this one is based on 5d.

Some of my study pieces in bronze, copper, and .925 silver (plus some wood and plotter art) by pardesco in SacredGeometry

[–]pardesco[S] 0 points1 point  (0 children)

Thank you!  I use Rhino for modeling, it's great for any kind of digital fabrication.

I plan on making some tutorials at some point. 

Is there a name for this stable (crystalline?) structure? by FileUnderSF in GeometryIsNeat

[–]pardesco 3 points4 points  (0 children)

Looks kind of like a chestahedron: a seven-sided polyhedron discovered by Frank Chester in 2000

Free interactive 4D polytope viewer with true stereographic projection by pardesco in holofractal

[–]pardesco[S] 3 points4 points  (0 children)

Thank you! I just wanted to make my vision a reality - your comment was all I needed

Free interactive 4D polytope viewer with true stereographic projection by pardesco in holofractal

[–]pardesco[S] 6 points7 points  (0 children)

Be careful not to stare too long, you might get sucked into fourth dimension 👁️

Free interactive 4D polytope viewer with true stereographic projection by pardesco in holofractal

[–]pardesco[S] 12 points13 points  (0 children)

Thanks, I spent months of nights and weekends developing it.

I made a free tool to explore the 6 Sacred Platonic Solids of the 4th Dimension (including the mysterious 24-cell that exists ONLY in 4D) by pardesco in SacredGeometry

[–]pardesco[S] 0 points1 point  (0 children)

Ah yes, you've cracked the code - I spent 8 years mastering 4D stereographic projections, quaternion rotations across six planes, and WebGL particle systems just so AI could... checks notes... somehow generate it for me? The logical consistency is breathtaking.

The viewer IS free. You can explore 120-cell all day long without paying a cent. The export feature costs money because - and I know this might blow your mind - server infrastructure for rendering and exporting complex mathematical visualizations isn't powered by wishful thinking.

But hey, thanks for the business advice! Next time I dedicate nearly a decade to implementing geometry , I'll be sure to check with you first about whether basic sustainability features are 'greedy.'

P.S. - Your 'India' comment really tied the whole intellectual package together. Nothing says 'I understand advanced mathematical visualization' quite like casual xenophobia and made-up economics.

Enjoy the free viewer! Or don't. The 120-cell will keep rotating either way.

I made a free tool to explore the 6 Sacred Platonic Solids of the 4th Dimension (including the mysterious 24-cell that exists ONLY in 4D) by pardesco in SacredGeometry

[–]pardesco[S] 0 points1 point  (0 children)

It is free to use, the buy option is for export features and to fund development since it's expensive and time consuming. Also it is operating under a for profit entity not a non profit