Rocky Bernstein

Thanks ollydbg and steve schooler! I will look at this and try to incorporate into the code when I have a chance. Changing from "yellow" to "orange" looks closer, although the true color seems to be a tad darker than orange, but not as dark as brown. The triangles that appear was a misguided attempt to perform shading inside the Python code rather than let asymptote figure this out. Drawing all of those little triangles really slows asymptote rendering down greatly and in the end produces much poorer...

Thanks ollydbg and steve schooler! I will look at this and try to incorporate into the code when I have a chance. Changing from "yellow" to "orange" looks closer, although the true color seems to be a tad darker than orange, but not as dark as brown. The triangles that appear was a misguided attempt to perform shading inside the Python code rather than let asymptote figure this out. Drawing all of those little triangles really slows asymptote rendering down greatly and in the end produces much poorer...

Thanks ollydbg and steve schooler! I will look at this and try to incorporate into the code when I have a chance. Changing from "yellow" to "orange" looks closer, although the true color seems to be a tad darker than orange, but not as dark as brown. The triangles that appear was a misguided attempt to perform shading inside the Python code rather than let asymptote figure this out. Drawing all of those little triangles really slows asymptote rendering down greatly and in the end produces much poorer...

Thanks ollydbg and steve schooler! I will look at this and try to incorporate into the code when I have a chance. Changing from "yellow" to "orange" looks closer, although the true color seems to be a tad darger than orange, but not as dark as brown. The triangles that appear was a misguided attempt to perform shading inside the Python code rather than let asymptote figure this out. Drawing all of those little triangles really slows asymptote rendering down greatly and in the end produces much poorer...

Thanks ollydbg and steve schooler! I will look at this and try to incorporate into the code when I have a chance. One thing that is different is the shading which adds a more 3D-like appearance. And that is why there are those triangles that appear in Mathics3's renderning. Drawing all of those little triangles really slows asymptote rendering down greatly. And it the triangle shapes which isn't desired either.

Thanks ollydbg and steve schooler! I will look at this and try to incorporate into the code when I have a chance.

The open-source Mathematica called Mathics3 https://mathics.org could use help in its use in rendering 3D graphs to Asymptote. This is broad, but any help for anything would be appreciated. For something specific, see: https://stackoverflow.com/questions/79386112/getting-a-asymptote-3d-graph-look-more-like-mathematicas Or for something I imagine is simple: https://tex.stackexchange.com/questions/736116/drawing-a-cone-surface-in-asymptote

Adjust reference to point to readthedocs