02-24-2021, 01:19 PM

Thanks for covering all the points of the 2nd post.

Re #1 OffDiagonal, I can see that, but this means that this relationship exists for a given tiling, but not for it's dual. So one would expect an equivalent function: perhaps called ShortDiagonal for the directions parallel to the short diagonals of the cells. that connect alternate vertices. \

Since the "ShortDiagonal" vertex to Vertex direction is not known to the program, even though it is parallel to the known cell-to-cell direction, does using the (directions) function to obtain it work?

Re #1 OffDiagonal, I can see that, but this means that this relationship exists for a given tiling, but not for it's dual. So one would expect an equivalent function: perhaps called ShortDiagonal for the directions parallel to the short diagonals of the cells. that connect alternate vertices. \

Since the "ShortDiagonal" vertex to Vertex direction is not known to the program, even though it is parallel to the known cell-to-cell direction, does using the (directions) function to obtain it work?