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On this page are all graphs related to C4[ 84, 3 ].
Graphs which this one covers
7-fold cover of
C4[ 12, 1 ]
= W( 6, 2)
4-fold cover of
C4[ 21, 1 ]
= C_ 21(1, 8)
2-fold cover of
C4[ 42, 2 ]
= C_ 42(1, 13)
Graphs which cover this one
2-fold covered by
C4[ 168, 3 ]
= C_168(1, 29)
2-fold covered by
C4[ 168, 6 ]
= C_168(1, 55)
2-fold covered by
C4[ 168, 8 ]
= {4, 4}_[ 14, 6]
2-fold covered by
C4[ 168, 56 ]
= SDD(C_ 42(1, 13))
3-fold covered by
C4[ 252, 2 ]
= C_252(1, 55)
3-fold covered by
C4[ 252, 4 ]
= DW( 84, 3)
4-fold covered by
C4[ 336, 3 ]
= C_336(1, 55)
4-fold covered by
C4[ 336, 6 ]
= C_336(1,113)
4-fold covered by
C4[ 336, 8 ]
= {4, 4}_[ 14, 12]
4-fold covered by
C4[ 336, 9 ]
= {4, 4}_< 20, 8>
4-fold covered by
C4[ 336, 10 ]
= {4, 4}_[ 28, 6]
4-fold covered by
C4[ 336, 14 ]
= PS( 28, 24; 5)
4-fold covered by
C4[ 336, 15 ]
= MPS( 28, 24; 5)
4-fold covered by
C4[ 336, 24 ]
= MPS( 12, 56; 13)
4-fold covered by
C4[ 336, 34 ]
= PL(MSY( 4, 42, 13, 0))
4-fold covered by
C4[ 336, 36 ]
= PL(MSY( 6, 28, 13, 0))
4-fold covered by
C4[ 336, 37 ]
= PL(MSY( 6, 28, 13, 14))
4-fold covered by
C4[ 336, 39 ]
= PL(MSY( 14, 12, 5, 0))
4-fold covered by
C4[ 336, 41 ]
= PL(MC3( 6, 28, 1, 15, 13, 0, 1), [4^42, 6^28])
4-fold covered by
C4[ 336, 42 ]
= PL(MC3( 6, 28, 1, 15, 13, 14, 1), [4^42, 12^14])
4-fold covered by
C4[ 336, 43 ]
= PL(MC3( 6, 28, 1, 13, 15, 0, 1), [6^28, 14^12])
4-fold covered by
C4[ 336, 44 ]
= PL(MC3( 14, 12, 1, 7, 5, 0, 1), [4^42, 14^12])
4-fold covered by
C4[ 336, 45 ]
= PL(MC3( 14, 12, 1, 7, 5, 6, 1), [4^42, 28^6])
4-fold covered by
C4[ 336, 51 ]
= PL(MBr( 2, 84; 13))
4-fold covered by
C4[ 336, 66 ]
= UG(ATD[336,50])
4-fold covered by
C4[ 336, 68 ]
= UG(ATD[336,104])
4-fold covered by
C4[ 336, 119 ]
= XI(Rmap(168,47){28,6|4}_42)
4-fold covered by
C4[ 336, 121 ]
= SDD(C_ 84(1, 29))
4-fold covered by
C4[ 336, 123 ]
= SDD(C_ 84(1, 13))
4-fold covered by
C4[ 336, 124 ]
= SDD({4, 4}_< 10, 4>)
5-fold covered by
C4[ 420, 2 ]
= C_420(1, 29)
5-fold covered by
C4[ 420, 5 ]
= C_420(1,139)
5-fold covered by
C4[ 420, 15 ]
= PS( 28, 15; 2)
5-fold covered by
C4[ 420, 16 ]
= PS( 28, 15; 4)
5-fold covered by
C4[ 420, 33 ]
= PL(MSY( 14, 15, 11, 0))
6-fold covered by
C4[ 504, 2 ]
= C_504(1, 55)
6-fold covered by
C4[ 504, 7 ]
= C_504(1,197)
6-fold covered by
C4[ 504, 8 ]
= DW(168, 3)
6-fold covered by
C4[ 504, 9 ]
= {4, 4}_[ 18, 14]
6-fold covered by
C4[ 504, 12 ]
= {4, 4}_[ 42, 6]
6-fold covered by
C4[ 504, 13 ]
= {4, 4}_< 45, 39>
6-fold covered by
C4[ 504, 49 ]
= PL(MSY( 6, 42, 13, 0))
6-fold covered by
C4[ 504, 57 ]
= PL(MC3( 6, 42, 1, 13, 29, 0, 1), [6^42, 14^18])
6-fold covered by
C4[ 504, 142 ]
= SDD(DW( 42, 3))
6-fold covered by
C4[ 504, 143 ]
= SDD(C_126(1, 55))
BGCG dissections of this graph
Base Graph:
C4[ 42, 2 ]
= C_ 42(1, 13)
connection graph: [K_1]
Graphs which have this one as the base graph in a BGCG dissection:
C4[ 168, 3 ]
= C_168(1, 29)
with connection graph [K_1]
C4[ 168, 6 ]
= C_168(1, 55)
with connection graph [K_1]
C4[ 336, 10 ]
= {4, 4}_[ 28, 6]
with connection graph [K_2]
C4[ 336, 15 ]
= MPS( 28, 24; 5)
with connection graph [K_2]
C4[ 336, 37 ]
= PL(MSY( 6, 28, 13, 14))
with connection graph [K_2]
C4[ 336, 43 ]
= PL(MC3( 6, 28, 1, 13, 15, 0, 1), [6^28, 14^12])
with connection graph [K_2]
C4[ 336, 45 ]
= PL(MC3( 14, 12, 1, 7, 5, 6, 1), [4^42, 28^6])
with connection graph [K_2]
C4[ 336, 51 ]
= PL(MBr( 2, 84; 13))
with connection graph [K_2]
C4[ 504, 40 ]
= PS( 6,168; 29)
with connection graph [C_3]
C4[ 504, 43 ]
= PS( 6,168; 55)
with connection graph [C_3]
C4[ 504, 63 ]
= PL(WH_ 84( 3, 0, 25, 31), [3^84, 28^9])
with connection graph [C_3]
C4[ 504, 64 ]
= PL(WH_ 84( 3, 25, 31, 42), [6^42, 28^9])
with connection graph [C_3]
Aut-Orbital graphs of this one:
C4[ 12, 1 ] = W( 6, 2)
C4[ 21, 1 ] = C_ 21(1, 8)
C4[ 42, 2 ] = C_ 42(1, 13)
C4[ 84, 3 ] = C_ 84(1, 29)