No, I have not. I feel sure they exist. There are various ways the 2D and 3D forms can be constructed. I use a looping algortihm to make the 3D spirallohedra, but I use the Generalized Dual Method (GDM) to make the 2D "bitten zonogons." If I could use the GDM to make spirallohedra, I would then be able to extend to 4D, 5D, etc., quite freely. I believe a 3D spirallohedron is very similar to a 3D section of its 4D analogue.
Spirallohedra Rules!
OpiatedBliss 1 year ago
Since you posted this, have you looked into the 4D analogues you mentioned and found any specific examples?
LokiClock 3 years ago
No, I have not. I feel sure they exist. There are various ways the 2D and 3D forms can be constructed. I use a looping algortihm to make the 3D spirallohedra, but I use the Generalized Dual Method (GDM) to make the 2D "bitten zonogons." If I could use the GDM to make spirallohedra, I would then be able to extend to 4D, 5D, etc., quite freely. I believe a 3D spirallohedron is very similar to a 3D section of its 4D analogue.
rufus16180339887 3 years ago
The nomenclature system for these polyhedrons/polytopes always seemed so complicated
doseryder 4 years ago
Gheh lovely, especially with the completing jingle at the end. What did you use to animate the figures with? The lighting effects really look great!
mnykamp 4 years ago