Media Summary: An immersive spin around the {3,7,3} honeycomb in the upper half space model. See the paper "Visualizing Mathematicians make virtual reality art to create a color-splashed playground for physicists and mathematicians to wander about ... When it is usually implemented a matrix of type [ [cosh(a), sinh(a)], [sinh(a), cosh(a)] ] is used. - Contents - 0:00 - What 0:22 - How ...
Hyperbolic Catacombs Carousel - Detailed Analysis & Overview
An immersive spin around the {3,7,3} honeycomb in the upper half space model. See the paper "Visualizing Mathematicians make virtual reality art to create a color-splashed playground for physicists and mathematicians to wander about ... When it is usually implemented a matrix of type [ [cosh(a), sinh(a)], [sinh(a), cosh(a)] ] is used. - Contents - 0:00 - What 0:22 - How ... Imagine walking around in a circle, but whenever you take a step closer to the boundary, you get shorter. You would never be ... I present the easiest way to understand curved spaces, in both A quick look at spherical geometry in 2 and 3 dimensions and why it looks so unusual. This is part 2 of my Hyperbolica Devlog ...
Jacob demonstrates some of the interesting properties of the This is the 3rd devlog for Hyperbolica where I talk about how I build and render
