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On this page are all constructions for C4[ 96, 13 ]. See Glossary for some detail.

PX( 12, 3) = KE_ 24( 1, 1, 10, 21, 11) = CPM( 4, 3, 4, 1)

      = UG(ATD[ 96, 69]) = UG(ATD[ 96, 71]) = UG(ATD[ 96, 75])

      = UG(ATD[ 96, 76]) = UG(ATD[ 96, 79]) = UG(Rmap(192, 34) { 12, 4| 4}_ 12)

      = UG(Rmap(192, 35) { 12, 4| 4}_ 12) = UG(Rmap(192, 75) { 24, 4| 4}_ 24) = UG(Rmap(192,460) { 24, 4| 4}_ 24)

      = MG(Rmap( 96, 11) { 4, 12| 4}_ 12) = DG(Rmap( 96, 11) { 4, 12| 4}_ 12) = MG(Rmap( 96, 13) { 4, 12| 4}_ 24)

      = DG(Rmap( 96, 13) { 4, 12| 4}_ 24) = DG(Rmap( 96, 19) { 12, 4| 4}_ 12) = DG(Rmap( 96, 21) { 12, 4| 4}_ 24)

      = DG(Rmap( 96, 24) { 4, 24| 4}_ 12) = MG(Rmap( 96, 26) { 4, 24| 4}_ 24) = DG(Rmap( 96, 26) { 4, 24| 4}_ 24)

      = DG(Rmap( 96, 41) { 24, 4| 4}_ 24) = MG(Rmap( 96,176) { 4, 12| 4}_ 12) = DG(Rmap( 96,178) { 12, 4| 4}_ 12)

      = PL(CSI(Octahedron[ 4^ 3], 4)) = PL(CS(W( 6, 2)[ 4^ 6], 0)) = PL(CSI(W( 6, 2)[ 4^ 6], 4))

      = BGCG(W( 6, 2), C_ 4, {1, 1', 2', 3, 3', 4', 5'}) = BGCG(R_ 12( 8, 7); K2;{1, 4, 6, 7}) = PL(MPS( 4, 24; 5)[ 4^ 24])

      = BGCG(MPS( 4, 24; 5); K1;{1, 6}) = BGCG(PX( 6, 3); K1;2) = AT[ 96, 2]