Neoplatonic solids · Eisenstein map: v10x

The v10x family: the unit net subdivided by a + bω (T = a²+ab+b²), every lattice point a genuine net, drawn with its mirror sector below the axis. Reflections are lumped, so the two half-sectors show the same nets; for a chiral unit they would be distinct. Solid dots are built (click to open); pale dots are not built yet. T is not injective: e.g. (7,0) and (5,3) are different nets with T = 49. Subdivisions are computed with Antiprism (Adrian Rossiter’s geodesic).

this net ancestors descendants cousins
T=1 (1,0) v=10T1 (1,0)v=10T=3 (1,1)T=3 (1,1)T=4 (2,0) v=34T4 (2,0)v=34T=7 (2,1)T=7 (2,1)T=12 (2,2)T=12 (2,2)T=9 (3,0) v=74T9 (3,0)v=74T=13 (3,1)T=13 (3,1)T=19 (3,2)T=19 (3,2)T=27 (3,3)T=27 (3,3)T=16 (4,0) v=130T16 (4,0)v=130T=21 (4,1)T=21 (4,1)T=28 (4,2)T=28 (4,2)T=37 (4,3)T=37 (4,3)T=48 (4,4)T=48 (4,4)T=25 (5,0) v=202T25 (5,0)v=202T=31 (5,1)T=31 (5,1)T=39 (5,2)T=39 (5,2)T=49 (5,3)T=49 (5,3)T=36 (6,0) v=290T36 (6,0)v=290T=43 (6,1)T=43 (6,1)T=49 (7,0) v=394T49 (7,0)v=394