Non-prime neoplatonics

A net is prime if every triangular circuit bounds a face. Non-prime neoplatonics decompose along their separating triangles into prime pieces; the three construction types below follow the paper. Captions give the decomposition.

Assemblies of regular tetrahedra

All face-to-face gluings of tetrahedra through eleven tets (v ≤ 14), enumerated under the degree bound: one class at two and at three tets, three at four and at five; from six through eleven, only the helical path.

v5CCACAE 2 tets
v6CCACACAE 3 tets, around an edge
v7CCACACACAE 4 tets, path
v7CCACACCABE 4 tets, around an edge
v7CCACCABCAE 4 tets, branched
v8CCACACACACAE 5 tets, path
v8CCACACCACABE 5 tets, branched
v8CCACCCABCABE 5 tets, branched
v9CCACACACACACAE 6 tets, path
v10CCACACACACACACAE 7 tets, path
v14CCACACACACACACACACACACAE 11 tets, path

Stacks of regular octahedra, optionally capped by tetrahedra

Two or more octahedra glued face to face.

v9CCCACAACCACAAE 2 octs
v10CCACCACAACCACAAE 2 octs + 1 tet
v11CCACCACAACCACAACAE 2 octs + 2 tets
v12CCCACAACCACAACCACAAE 3 octs
v13CCACCACAACCACAACCACAAE 3 octs + 1 tet
v14CCACCACAACCACAACCACAACAE 3 octs + 2 tets
v15CCCACAACCACAACCACAACCACAAE 4 octs
v17CCACCACAACCACAACCACAACCACAACAE 4 octs + 2 tets

A prime neoplatonic core with attached tetrahedra

One to four tetrahedra on the faces of a prime core other than the tetrahedron. The octahedron core is complete: all eight attachment classes up to symmetry.

v7CCACCACAAE 1 oct + 1 tet
v8CCACCACAACAE 1 oct + 2 tets
v8CCACCACACABE 1 oct + 2 tets
v8CCACCACCABAE 1 oct + 2 tets
v9CCACCACACABCAE 1 oct + 3 tets
v9CCACCACCACABAE 1 oct + 3 tets
v10CCACCCABCACABCAE 1 oct + 4 tets
v10CCACCCACCACABDEE 1 oct + 4 tets