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On this page are all graphs related to C4[ 120, 8 ].
Graphs which this one covers
15-fold cover of
C4[ 8, 1 ]
= K_4,4
10-fold cover of
C4[ 12, 1 ]
= W( 6, 2)
8-fold cover of
C4[ 15, 1 ]
= C_ 15(1, 4)
6-fold cover of
C4[ 20, 1 ]
= W( 10, 2)
5-fold cover of
C4[ 24, 1 ]
= W( 12, 2)
4-fold cover of
C4[ 30, 2 ]
= C_ 30(1, 11)
3-fold cover of
C4[ 40, 1 ]
= W( 20, 2)
2-fold cover of
C4[ 60, 2 ]
= C_ 60(1, 11)
2-fold cover of
C4[ 60, 3 ]
= C_ 60(1, 19)
2-fold cover of
C4[ 60, 4 ]
= {4, 4}_< 8, 2>
Graphs which cover this one
2-fold covered by
C4[ 240, 8 ]
= {4, 4}_[ 12, 10]
2-fold covered by
C4[ 240, 9 ]
= {4, 4}_< 16, 4>
2-fold covered by
C4[ 240, 10 ]
= {4, 4}_[ 20, 6]
2-fold covered by
C4[ 240, 16 ]
= PS( 20, 24; 5)
2-fold covered by
C4[ 240, 17 ]
= MPS( 20, 24; 5)
2-fold covered by
C4[ 240, 22 ]
= MPS( 12, 40; 9)
2-fold covered by
C4[ 240, 37 ]
= PL(MSY( 6, 20, 11, 0))
2-fold covered by
C4[ 240, 38 ]
= PL(MSY( 6, 20, 11, 10))
2-fold covered by
C4[ 240, 40 ]
= PL(MSY( 10, 12, 5, 0))
2-fold covered by
C4[ 240, 45 ]
= PL(MC3( 6, 20, 1, 9, 11, 0, 1), [6^20, 10^12])
2-fold covered by
C4[ 240, 51 ]
= KE_60(1,23,2,39,1)
3-fold covered by
C4[ 360, 11 ]
= {4, 4}_[ 18, 10]
3-fold covered by
C4[ 360, 13 ]
= {4, 4}_[ 30, 6]
3-fold covered by
C4[ 360, 38 ]
= PL(MSY( 6, 30, 11, 0))
3-fold covered by
C4[ 360, 46 ]
= PL(MC3( 6, 30, 1, 19, 11, 0, 1), [6^30, 10^18])
4-fold covered by
C4[ 480, 8 ]
= {4, 4}_[ 20, 12]
4-fold covered by
C4[ 480, 9 ]
= {4, 4}_< 22, 2>
4-fold covered by
C4[ 480, 10 ]
= {4, 4}_[ 24, 10]
4-fold covered by
C4[ 480, 11 ]
= {4, 4}_< 26, 14>
4-fold covered by
C4[ 480, 14 ]
= {4, 4}_[ 40, 6]
4-fold covered by
C4[ 480, 22 ]
= PS( 40, 24; 5)
4-fold covered by
C4[ 480, 23 ]
= MPS( 40, 24; 5)
4-fold covered by
C4[ 480, 27 ]
= PS( 24, 40; 9)
4-fold covered by
C4[ 480, 29 ]
= MPS( 24, 40; 9)
4-fold covered by
C4[ 480, 30 ]
= PS( 20, 48; 5)
4-fold covered by
C4[ 480, 31 ]
= PS( 20, 48; 7)
4-fold covered by
C4[ 480, 32 ]
= MPS( 20, 48; 5)
4-fold covered by
C4[ 480, 33 ]
= MPS( 20, 48; 7)
4-fold covered by
C4[ 480, 34 ]
= MPS( 20, 48; 11)
4-fold covered by
C4[ 480, 42 ]
= MPS( 12, 80; 19)
4-fold covered by
C4[ 480, 67 ]
= PL(MSY( 6, 40, 11, 0))
4-fold covered by
C4[ 480, 68 ]
= PL(MSY( 6, 40, 11, 20))
4-fold covered by
C4[ 480, 69 ]
= PL(MSY( 6, 40, 19, 0))
4-fold covered by
C4[ 480, 70 ]
= PL(MSY( 6, 40, 19, 20))
4-fold covered by
C4[ 480, 71 ]
= PL(MSY( 6, 40, 9, 0))
4-fold covered by
C4[ 480, 72 ]
= PL(MSY( 6, 40, 9, 20))
4-fold covered by
C4[ 480, 75 ]
= PL(MSY( 10, 24, 11, 0))
4-fold covered by
C4[ 480, 76 ]
= PL(MSY( 10, 24, 11, 12))
4-fold covered by
C4[ 480, 77 ]
= PL(MSY( 10, 24, 5, 0))
4-fold covered by
C4[ 480, 78 ]
= PL(MSY( 10, 24, 5, 12))
4-fold covered by
C4[ 480, 79 ]
= PL(MSY( 10, 24, 17, 0))
4-fold covered by
C4[ 480, 80 ]
= PL(MSY( 10, 24, 17, 12))
4-fold covered by
C4[ 480, 81 ]
= PL(MSY( 12, 20, 11, 0))
4-fold covered by
C4[ 480, 83 ]
= PL(MSY( 20, 12, 5, 0))
4-fold covered by
C4[ 480, 86 ]
= MSY( 4,120, 61, 44)
4-fold covered by
C4[ 480, 97 ]
= PL(MC3( 6, 40, 1, 29, 11, 0, 1), [6^40, 20^12])
4-fold covered by
C4[ 480, 99 ]
= PL(MC3( 6, 40, 1, 9, 11, 20, 1), [10^24, 12^20])
4-fold covered by
C4[ 480, 103 ]
= PL(MC3( 6, 40, 1, 29, 19, 20, 1), [12^20, 20^12])
4-fold covered by
C4[ 480, 106 ]
= PL(MC3( 6, 40, 1, 9, 31, 0, 1), [6^40, 10^24])
4-fold covered by
C4[ 480, 116 ]
= PL(LoPr_ 60( 3, 10, 6, 10, 3), [12^20, 20^12])
4-fold covered by
C4[ 480, 118 ]
= PL(LoPr_ 60( 3, 20, 6, 20, 3), [6^40, 20^12])
4-fold covered by
C4[ 480, 122 ]
= PL(LoPr_ 60( 5, 12, 10, 12, 5), [10^24, 12^20])
4-fold covered by
C4[ 480, 123 ]
= PL(KE_60(3,13,6,53,3),[12^20,20^12])
4-fold covered by
C4[ 480, 179 ]
= UG(ATD[480,122])
4-fold covered by
C4[ 480, 190 ]
= UG(ATD[480,228])
4-fold covered by
C4[ 480, 192 ]
= UG(ATD[480,232])
4-fold covered by
C4[ 480, 194 ]
= UG(ATD[480,238])
4-fold covered by
C4[ 480, 197 ]
= UG(ATD[480,262])
4-fold covered by
C4[ 480, 198 ]
= UG(ATD[480,265])
4-fold covered by
C4[ 480, 199 ]
= UG(ATD[480,268])
4-fold covered by
C4[ 480, 200 ]
= UG(ATD[480,272])
4-fold covered by
C4[ 480, 300 ]
= PL(ATD[12,1]#DCyc[10])
BGCG dissections of this graph
Base Graph:
C4[ 30, 2 ]
= C_ 30(1, 11)
connection graph: [K_2]
Graphs which have this one as the base graph in a BGCG dissection:
C4[ 480, 8 ]
= {4, 4}_[ 20, 12]
with connection graph [K_2]
C4[ 480, 61 ]
= PL(MSY( 4, 60, 11, 0))
with connection graph [K_2]
C4[ 480, 65 ]
= PL(MSY( 4, 60, 19, 0))
with connection graph [K_2]
C4[ 480, 81 ]
= PL(MSY( 12, 20, 11, 0))
with connection graph [K_2]
C4[ 480, 83 ]
= PL(MSY( 20, 12, 5, 0))
with connection graph [K_2]
C4[ 480, 86 ]
= MSY( 4,120, 61, 44)
with connection graph [K_2]
C4[ 480, 87 ]
= PL(MSZ ( 12, 20, 3, 9), [4^60, 12^20])
with connection graph [K_2]
C4[ 480, 88 ]
= PL(MSZ ( 20, 12, 5, 5), [4^60, 20^12])
with connection graph [K_2]
C4[ 480, 115 ]
= PL(LoPr_ 60( 1, 30, 22, 30, 1), [4^60, 60^4])
with connection graph [K_2]
C4[ 480, 116 ]
= PL(LoPr_ 60( 3, 10, 6, 10, 3), [12^20, 20^12])
with connection graph [K_2]
C4[ 480, 118 ]
= PL(LoPr_ 60( 3, 20, 6, 20, 3), [6^40, 20^12])
with connection graph [K_2]
C4[ 480, 122 ]
= PL(LoPr_ 60( 5, 12, 10, 12, 5), [10^24, 12^20])
with connection graph [K_2]
C4[ 480, 136 ]
= PL(Curtain_60(1,30,8,37,38),[4^60,20^12])
with connection graph [K_2]
C4[ 480, 138 ]
= PL(Curtain_60(1,30,21,22,52),[4^60,12^20])
with connection graph [K_2]
C4[ 480, 190 ]
= UG(ATD[480,228])
with connection graph [K_2]
C4[ 480, 192 ]
= UG(ATD[480,232])
with connection graph [K_2]
C4[ 480, 198 ]
= UG(ATD[480,265])
with connection graph [K_2]
C4[ 480, 200 ]
= UG(ATD[480,272])
with connection graph [K_2]
Aut-Orbital graphs of this one:
C4[ 8, 1 ] = K_4,4
C4[ 15, 1 ] = C_ 15(1, 4)
C4[ 24, 1 ] = W( 12, 2)
C4[ 30, 2 ] = C_ 30(1, 11)
C4[ 40, 1 ] = W( 20, 2)
C4[ 120, 8 ] = {4, 4}_[ 10, 6]