[Home] [Table] [Glossary]
[Families]
On this page are all graphs related to C4[ 60, 15 ].
Graphs which this one covers
12-fold cover of
C4[ 5, 1 ]
= K5
6-fold cover of
C4[ 10, 2 ]
= C_ 10(1, 3)
4-fold cover of
C4[ 15, 2 ]
= Pr_ 5( 1, 1, 2, 2)
2-fold cover of
C4[ 30, 3 ]
= PS( 6, 5; 2)
2-fold cover of
C4[ 30, 4 ]
= Pr_ 10( 1, 1, 2, 2)
2-fold cover of
C4[ 30, 5 ]
= Pr_ 10( 1, 4, 3, 2)
Graphs which cover this one
2-fold covered by
C4[ 120, 42 ]
= UG(ATD[120,62])
2-fold covered by
C4[ 120, 48 ]
= HC(F 20A)
2-fold covered by
C4[ 120, 49 ]
= SDD(Pr_ 10( 1, 1, 2, 2))
2-fold covered by
C4[ 120, 63 ]
= SDD(Pr_ 10( 1, 4, 3, 2))
3-fold covered by
C4[ 180, 31 ]
= UG(ATD[180,50])
4-fold covered by
C4[ 240, 98 ]
= UG(ATD[240,160])
4-fold covered by
C4[ 240, 99 ]
= UG(ATD[240,163])
4-fold covered by
C4[ 240, 100 ]
= UG(ATD[240,166])
4-fold covered by
C4[ 240, 101 ]
= UG(ATD[240,167])
4-fold covered by
C4[ 240, 103 ]
= UG(ATD[240,169])
4-fold covered by
C4[ 240, 114 ]
= SDD(UG(ATD[60,20]))
4-fold covered by
C4[ 240, 123 ]
= SDD(UG(ATD[60,22]))
4-fold covered by
C4[ 240, 126 ]
= PL(CSI(Pr_ 5( 1, 1, 2, 2)[ 5^ 6], 4))
4-fold covered by
C4[ 240, 134 ]
= PL(CS(Pr_ 10( 1, 1, 2, 2)[ 3^ 20], 0))
4-fold covered by
C4[ 240, 135 ]
= PL(CS(Pr_ 10( 1, 1, 2, 2)[ 3^ 20], 1))
4-fold covered by
C4[ 240, 136 ]
= PL(CS(Pr_ 10( 1, 1, 2, 2)[ 10^ 6], 0))
4-fold covered by
C4[ 240, 137 ]
= PL(CS(Pr_ 10( 1, 1, 2, 2)[ 10^ 6], 1))
4-fold covered by
C4[ 240, 138 ]
= PL(CS(Pr_ 10( 1, 1, 2, 2)[ 5^ 12], 0))
4-fold covered by
C4[ 240, 139 ]
= PL(CS(Pr_ 10( 1, 1, 2, 2)[ 5^ 12], 1))
4-fold covered by
C4[ 240, 140 ]
= PL(CS(Pr_ 10( 1, 4, 3, 2)[ 5^ 12], 1))
4-fold covered by
C4[ 240, 141 ]
= PL(CS(Pr_ 10( 1, 4, 3, 2)[ 10^ 6], 0))
4-fold covered by
C4[ 240, 142 ]
= PL(CS(Pr_ 10( 1, 4, 3, 2)[ 10^ 6], 1))
4-fold covered by
C4[ 240, 143 ]
= PL(CS(Pr_ 10( 1, 4, 3, 2)[ 6^ 10], 0))
4-fold covered by
C4[ 240, 144 ]
= PL(CS(Pr_ 10( 1, 4, 3, 2)[ 6^ 10], 1))
4-fold covered by
C4[ 240, 150 ]
= PL(CS(Pr_ 10( 2, 3, 1, 4)[ 5^ 12], 0))
4-fold covered by
C4[ 240, 151 ]
= PL(CS(Pr_ 10( 2, 3, 1, 4)[ 5^ 12], 1))
4-fold covered by
C4[ 240, 169 ]
= BGCG(UG(ATD[120,10]); K1;{26, 27})
5-fold covered by
C4[ 300, 41 ]
= UG(ATD[300,73])
6-fold covered by
C4[ 360, 115 ]
= UG(ATD[360,183])
6-fold covered by
C4[ 360, 116 ]
= UG(ATD[360,186])
6-fold covered by
C4[ 360, 117 ]
= UG(ATD[360,187])
6-fold covered by
C4[ 360, 131 ]
= PL(ATD[30,5]#DCyc[3])
6-fold covered by
C4[ 360, 133 ]
= HC(F 60)
6-fold covered by
C4[ 360, 139 ]
= XI(Rmap(180,5){3,10|10}_30)
6-fold covered by
C4[ 360, 140 ]
= SDD(UG(ATD[90,11]))
6-fold covered by
C4[ 360, 155 ]
= PL(CSI(Pr_ 5( 1, 1, 2, 2)[ 5^ 6], 6))
6-fold covered by
C4[ 360, 159 ]
= PL(CSI(Pr_ 10( 1, 1, 2, 2)[ 3^ 20], 3))
6-fold covered by
C4[ 360, 160 ]
= PL(CSI(Pr_ 10( 1, 4, 3, 2)[ 10^ 6], 3))
6-fold covered by
C4[ 360, 161 ]
= PL(CSI(Pr_ 10( 1, 4, 3, 2)[ 6^ 10], 3))
6-fold covered by
C4[ 360, 163 ]
= PL(CSI(Pr_ 10( 2, 3, 1, 4)[ 5^ 12], 3))
6-fold covered by
C4[ 360, 179 ]
= BGCG(UG(ATD[60,16]), C_ 3, {5, 6})
6-fold covered by
C4[ 360, 181 ]
= BGCG(UG(ATD[60,22]), C_ 3, 4)
7-fold covered by
C4[ 420, 51 ]
= UG(ATD[420,91])
8-fold covered by
C4[ 480, 275 ]
= UG(ATD[480,448])
8-fold covered by
C4[ 480, 276 ]
= UG(ATD[480,451])
8-fold covered by
C4[ 480, 277 ]
= UG(ATD[480,454])
8-fold covered by
C4[ 480, 278 ]
= UG(ATD[480,457])
8-fold covered by
C4[ 480, 279 ]
= UG(ATD[480,460])
8-fold covered by
C4[ 480, 280 ]
= UG(ATD[480,463])
8-fold covered by
C4[ 480, 281 ]
= UG(ATD[480,466])
8-fold covered by
C4[ 480, 282 ]
= UG(ATD[480,467])
8-fold covered by
C4[ 480, 283 ]
= UG(ATD[480,468])
8-fold covered by
C4[ 480, 284 ]
= UG(ATD[480,469])
8-fold covered by
C4[ 480, 304 ]
= PL(ATD[30,5]#DCyc[4])
8-fold covered by
C4[ 480, 325 ]
= XI(Rmap(240,32){6,10|20}_10)
8-fold covered by
C4[ 480, 347 ]
= SDD(UG(ATD[120,62]))
8-fold covered by
C4[ 480, 348 ]
= PL(CSI(Pr_ 5( 1, 1, 2, 2)[ 5^ 6], 8))
8-fold covered by
C4[ 480, 353 ]
= PL(CSI(Pr_ 10( 1, 4, 3, 2)[ 10^ 6], 4))
8-fold covered by
C4[ 480, 394 ]
= PL(CS(UG(ATD[60,16])[ 10^ 12], 0))
8-fold covered by
C4[ 480, 395 ]
= PL(CS(UG(ATD[60,16])[ 10^ 12], 1))
8-fold covered by
C4[ 480, 405 ]
= PL(CS(UG(ATD[60,19])[ 10^ 12], 0))
8-fold covered by
C4[ 480, 406 ]
= PL(CS(UG(ATD[60,19])[ 10^ 12], 1))
8-fold covered by
C4[ 480, 407 ]
= PL(CS(UG(ATD[60,20])[ 5^ 24], 1))
8-fold covered by
C4[ 480, 408 ]
= PL(CS(UG(ATD[60,20])[ 6^ 20], 0))
8-fold covered by
C4[ 480, 409 ]
= PL(CS(UG(ATD[60,20])[ 6^ 20], 1))
8-fold covered by
C4[ 480, 410 ]
= PL(CS(UG(ATD[60,20])[ 10^ 12], 0))
8-fold covered by
C4[ 480, 411 ]
= PL(CS(UG(ATD[60,20])[ 10^ 12], 1))
8-fold covered by
C4[ 480, 412 ]
= PL(CS(UG(ATD[60,22])[ 6^ 20], 0))
8-fold covered by
C4[ 480, 413 ]
= PL(CS(UG(ATD[60,22])[ 6^ 20], 1))
8-fold covered by
C4[ 480, 414 ]
= PL(CS(UG(ATD[60,22])[ 10^ 12], 0))
8-fold covered by
C4[ 480, 415 ]
= PL(CS(UG(ATD[60,22])[ 10^ 12], 1))
8-fold covered by
C4[ 480, 416 ]
= PL(CS(UG(ATD[60,22])[ 10^ 12], 1))
8-fold covered by
C4[ 480, 417 ]
= BGCG(UG(ATD[60,22]), C_ 4, {3, 4})
8-fold covered by
C4[ 480, 419 ]
= PL(CS(UG(Rmap(120,140){10,4|6}_12)[ 10^ 12], 1))
8-fold covered by
C4[ 480, 445 ]
= BGCG(UG(ATD[120,10]); K2;{24, 25, 26, 27})
8-fold covered by
C4[ 480, 457 ]
= SDD(UG(ATD[120,65]))
8-fold covered by
C4[ 480, 458 ]
= SDD(UG(ATD[120,67]))
8-fold covered by
C4[ 480, 471 ]
= BGCG(UG(ATD[240,118]); K1;{7, 9})
8-fold covered by
C4[ 480, 510 ]
= BGCG(UG(ATD[240,157]); K1;{1, 2})
8-fold covered by
C4[ 480, 523 ]
= BGCG(UG(ATD[240,166]); K1;4)
8-fold covered by
C4[ 480, 524 ]
= BGCG(UG(ATD[240,167]); K1;3)
8-fold covered by
C4[ 480, 525 ]
= BGCG(UG(ATD[240,167]); K1;7)
BGCG dissections of this graph
Base Graph:
C4[ 30, 4 ]
= Pr_ 10( 1, 1, 2, 2)
connection graph: [K_1]
Base Graph:
C4[ 30, 5 ]
= Pr_ 10( 1, 4, 3, 2)
connection graph: [K_1]
Base Graph:
C4[ 30, 7 ]
= Pr_ 10( 2, 3, 1, 4)
connection graph: [K_1]
Graphs which have this one as the base graph in a BGCG dissection:
C4[ 120, 37 ]
= UG(ATD[120,54])
with connection graph [K_1]
C4[ 120, 42 ]
= UG(ATD[120,62])
with connection graph [K_1]
C4[ 120, 48 ]
= HC(F 20A)
with connection graph [K_1]
C4[ 120, 57 ]
= HC(Rmap(30,2){3,5|5}_10)
with connection graph [K_1]
C4[ 240, 160 ]
= BGCG(UG(ATD[60,16]); K2;{8, 9, 10, 11})
with connection graph [K_2]
C4[ 240, 167 ]
= BGCG(UG(ATD[120,10]); K1;{20, 21})
with connection graph [K_2]
C4[ 240, 169 ]
= BGCG(UG(ATD[120,10]); K1;{26, 27})
with connection graph [K_2]
C4[ 240, 172 ]
= BGCG(UG(ATD[120,53]); K1;2)
with connection graph [K_2]
C4[ 240, 178 ]
= BGCG(UG(ATD[120,55]); K1;{5, 7})
with connection graph [K_2]
C4[ 360, 131 ]
= PL(ATD[30,5]#DCyc[3])
with connection graph [C_3]
C4[ 360, 133 ]
= HC(F 60)
with connection graph [C_3]
C4[ 360, 158 ]
= PL(CSI(PS( 6, 5; 2)[ 10^ 6], 3))
with connection graph [C_3]
C4[ 360, 181 ]
= BGCG(UG(ATD[60,22]), C_ 3, 4)
with connection graph [C_3]
C4[ 480, 417 ]
= BGCG(UG(ATD[60,22]), C_ 4, {3, 4})
with connection graph [C_4]
C4[ 480, 450 ]
= BGCG(UG(ATD[120,54]); K2;{8, 9, 10, 11})
with connection graph [C_4]
C4[ 480, 478 ]
= BGCG(UG(ATD[240,127]); K1;{32, 34})
with connection graph [C_4]
C4[ 480, 507 ]
= BGCG(UG(ATD[240,156]); K1;5)
with connection graph [C_4]
C4[ 480, 510 ]
= BGCG(UG(ATD[240,157]); K1;{1, 2})
with connection graph [C_4]
C4[ 480, 515 ]
= BGCG(UG(ATD[240,157]); K1;{16, 17})
with connection graph [C_4]
C4[ 480, 523 ]
= BGCG(UG(ATD[240,166]); K1;4)
with connection graph [C_4]
Aut-Orbital graphs of this one:
C4[ 30, 4 ] = Pr_ 10( 1, 1, 2, 2)
C4[ 30, 5 ] = Pr_ 10( 1, 4, 3, 2)
C4[ 30, 6 ] = Pr_ 10( 1, 1, 3, 3)
C4[ 30, 7 ] = Pr_ 10( 2, 3, 1, 4)
C4[ 60, 11 ] = UG(ATD[60,16])
C4[ 60, 15 ] = UG(ATD[60,22])