Dodecafold pyritocubiswirlchoron

The dodecafold pyritocubiswirlchoron is an isogonal polychoron with 288 rhombic disphenoids of two kinds, 288 phyllic disphenoids, and 96 vertices. 12 rhombic and 12 phyllic disphenoids join at each vertex. It is the second in an infinite family of isogonal pyritohedral cubic swirlchora and is one of several isogonal polychora that can be formed as hulls of various combinations of 4 icositetrachora.

The ratio between the longest and shortest edges is 1:$$\frac{\sqrt{18+6\sqrt3}}{3}$$ ≈ 1:1.77615.

Vertex coordinates
Coordinates for the vertices of a dodecafold pyritocubiswirlchoron of circumradius 1, centered at the origin, are: along with 120° and 240° rotations in the xy axis of: where k is an integer from 0 to 5.
 * ±(0, 0, sin(kπ/6), cos(kπ/6)),
 * ±(sin(kπ/6), cos(kπ/6), 0, 0),
 * ±($\sqrt{6}$sin(kπ/6)/3, $\sqrt{6}$cos(kπ/6)/3, $\sqrt{3}$cos(kπ/6)/3, $\sqrt{3}$sin(kπ/6)/3),
 * ±($\sqrt{3}$cos(kπ/6)/3, $\sqrt{3}$sin(kπ/6)/3, -$\sqrt{6}$sin(kπ/6)/3, -$\sqrt{6}$cos(kπ/6)/3),