algorithmic modeling for Rhino
NE1 Help with this one please!
What I´m trying to make this time, would be divided in the next steps:
1) Put a cone (geo) inside a B.box.
2) Divide a sphere in U=30 segments and V=30 segments.
3) Make B.Boxes on all those segments.
4) Array the cones all around the sphere (BUT I WANT THE CONES TO FLOW WITH THE SURFACE AS IF THE CENTER OF EACH b.bOX IS POINTING TO THE CENTER OF THE SPHERE).
To accomplish what you see above, I made an array of the cone over a quarter sphere (surface),using the next definition:
1) Put a cone (geo) inside a B.box.
2) Divide a sphere in U=30 segments and V=30 segments.
3) Make B.Boxes on all those segments.
4) Array the cones all around the sphere (BUT I WANT THE CONES TO FLOW WITH THE SURFACE AS IF THE CENTER OF EACH b.bOX IS POINTING TO THE CENTER OF THE SPHERE).
To accomplish what you see above, I made an array of the cone over a quarter sphere (surface),using the next definition:
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Permalink Reply by Dirk Anderson on
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Try this BBox Morph of a circle and then extrude to centre by vector length.
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coneSrf.ghx, 161 KB
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Permalink Reply by Federico Escobar Salas on
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Very cool outcome! Thanks!
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