Iso Area Trap-Prop Tess: CP
This is the partial CP for this: www.flickr.com/photos/8303956@N08/2911798687/
This is only the center 6 hubs of the final tess which used 24 hubs.
This is essentially an iso-area way to tile the same hub used here: www.flickr.com/photos/8303956@N08/2712767384/
The most obvious difference is how compact the tessellation can be; the completed tess required 80ths, while the predecessor required 112ths, for the same number of iterations.
The idea of making this tess is one I had from a couple months ago. This CP had been sitting on my computer for all this time, but I finally got around to folding it because a friend of mine tried this 6-hub section, and it came out looking great; so I just had to fold the full thing myself.
To better understand the iso-area principle I used here, reference this CP of another tess that uses the same principle: www.flickr.com/photos/8303956@N08/2764611505/
Iso Area Trap-Prop Tess: CP
This is the partial CP for this: www.flickr.com/photos/8303956@N08/2911798687/
This is only the center 6 hubs of the final tess which used 24 hubs.
This is essentially an iso-area way to tile the same hub used here: www.flickr.com/photos/8303956@N08/2712767384/
The most obvious difference is how compact the tessellation can be; the completed tess required 80ths, while the predecessor required 112ths, for the same number of iterations.
The idea of making this tess is one I had from a couple months ago. This CP had been sitting on my computer for all this time, but I finally got around to folding it because a friend of mine tried this 6-hub section, and it came out looking great; so I just had to fold the full thing myself.
To better understand the iso-area principle I used here, reference this CP of another tess that uses the same principle: www.flickr.com/photos/8303956@N08/2764611505/