MM !!DYPIXMDdPo ID: bf3baa March 3, 2018, 9:42 p.m. No.5054   🗄️.is 🔗kun   >>5057 >>5058

>>5051 we're on the same wavelength! I was playing with the colored geometry earlier, came on and saw your post. Here's what I came up with, in the middle of it and was going to look at how the (1,c) record looks, or another ODD case such as this.

Thought the 3rd one here was the most interesting configuration. Would like to try for another case and see if that shape holds.

The comment >>4680

>Those who are good with their grid diagrams, can you show any examples of how all the pieces fit together for smaller examples with the triangles?

>The only piece missing before is the left hand big square with the pieces added to the side.

>Should make for a good diagram. Particularly with respect to the contribution of 2d(n-1) and how the symmetry of that looks.

..has been hanging there and been intending to come back to it.

 

For each of the 3 pics:

2d(n-1)=32*(5)=160 units (red)

160 / 8 = 20 (area of each triangle, highlighted in yellow)

n=6, so n2-1 = 35 units (purple)

f=30 (blue)

 

Landing on the 3rd pic, the symmetry felt right, as it fits with both the (x+n) square, and also the larger squre of (d+n)=22, with=9.

MM !!DYPIXMDdPo ID: bf3baa March 4, 2018, 8:16 a.m. No.5057   🗄️.is 🔗kun

>>5054

Checked for c=287, and a similar pattern can be constructed. f=2.

The (1,c) show some interesting patterns, and coalesce around squares with some configurations, but nothing ready to share yet.

MM !!DYPIXMDdPo ID: bf3baa March 5, 2018, 5:28 a.m. No.5059   🗄️.is 🔗kun   >>5060

>>5058

The symmetric fill patterns on those last couple were lucky. Did a couple more and the f and n don't fill the small square so cleanly, there is a d remaining that needs to fill in.