{3,6,∞} honeycomb in spherical video
{3,6,∞} honeycomb in spherical video
...and now spherical video of a honeycomb with a repeating euclidean pattern on the upper half space boundary. To get the animation this time, a parabolic Möbius transformation with a fixed point at the south pole is applied, an idea suggested by Henry Segerman.
I slowed the movement down a bit and made it longer. The colors don't change under this transformation because we aren't moving through different cells.
Again, you should be able to extend the playback even more by right-clicking and selecting "Loop".
https://www.youtube.com/watch?v=wjeeMlHsYjE&feature=share
...and now spherical video of a honeycomb with a repeating euclidean pattern on the upper half space boundary. To get the animation this time, a parabolic Möbius transformation with a fixed point at the south pole is applied, an idea suggested by Henry Segerman.
I slowed the movement down a bit and made it longer. The colors don't change under this transformation because we aren't moving through different cells.
Again, you should be able to extend the playback even more by right-clicking and selecting "Loop".
https://www.youtube.com/watch?v=wjeeMlHsYjE&feature=share
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