[Home] [Table] [Glossary] [Families]

On this page are all graphs related to C4[ 80, 12 ].

Graphs which this one covers

     2-fold cover of C4[ 40, 1 ] = W( 20, 2)

Graphs which cover this one

     2-fold covered by C4[ 160, 15 ] = PS( 8, 40; 9)

     2-fold covered by C4[ 160, 22 ] = PX( 20, 3)

     2-fold covered by C4[ 160, 27 ] = MSY( 4, 40, 21, 4)

     2-fold covered by C4[ 160, 37 ] = KE_40(1,19,2,23,1)

     2-fold covered by C4[ 160, 68 ] = SDD(R_ 20( 12, 11))

     3-fold covered by C4[ 240, 22 ] = MPS( 12, 40; 9)

     3-fold covered by C4[ 240, 44 ] = PL(MC3( 6, 20, 1, 11, 9, 10, 1), [4^30, 12^10])

     3-fold covered by C4[ 240, 51 ] = KE_60(1,23,2,39,1)

     4-fold covered by C4[ 320, 19 ] = PS( 16, 40; 9)

     4-fold covered by C4[ 320, 23 ] = PS( 8, 80; 11)

     4-fold covered by C4[ 320, 27 ] = MPS( 8, 80; 9)

     4-fold covered by C4[ 320, 28 ] = MPS( 8, 80; 11)

     4-fold covered by C4[ 320, 35 ] = PX( 20, 4)

     4-fold covered by C4[ 320, 47 ] = MSY( 4, 80, 21, 36)

     4-fold covered by C4[ 320, 48 ] = MSY( 4, 80, 21, 4)

     4-fold covered by C4[ 320, 67 ] = PL(Curtain_40(1,10,1,2,32),[4^40,8^20])

     4-fold covered by C4[ 320, 68 ] = PL(Curtain_40(1,10,1,12,22),[4^40,8^20])

     4-fold covered by C4[ 320, 69 ] = PL(Curtain_40(1,11,29,39,40),[4^40,8^20])

     4-fold covered by C4[ 320, 71 ] = PL(Curtain_40(1,20,1,12,32),[4^40,4^40])

     4-fold covered by C4[ 320, 75 ] = PL(Curtain_40(1,20,12,21,32),[4^40,8^20])

     4-fold covered by C4[ 320, 98 ] = UG(ATD[320,88])

     4-fold covered by C4[ 320, 100 ] = UG(ATD[320,102])

     4-fold covered by C4[ 320, 102 ] = UG(ATD[320,121])

     4-fold covered by C4[ 320, 103 ] = UG(ATD[320,124])

     4-fold covered by C4[ 320, 105 ] = UG(ATD[320,128])

     4-fold covered by C4[ 320, 107 ] = UG(ATD[320,132])

     4-fold covered by C4[ 320, 109 ] = UG(ATD[320,136])

     4-fold covered by C4[ 320, 111 ] = UG(ATD[320,140])

     4-fold covered by C4[ 320, 117 ] = UG(ATD[320,149])

     4-fold covered by C4[ 320, 118 ] = UG(ATD[320,152])

     4-fold covered by C4[ 320, 119 ] = UG(ATD[320,155])

     4-fold covered by C4[ 320, 120 ] = UG(ATD[320,158])

     4-fold covered by C4[ 320, 121 ] = UG(ATD[320,161])

     4-fold covered by C4[ 320, 132 ] = UG(ATD[320,187])

     4-fold covered by C4[ 320, 133 ] = UG(ATD[320,188])

     4-fold covered by C4[ 320, 140 ] = UG(ATD[320,199])

     4-fold covered by C4[ 320, 154 ] = SDD(PX( 10, 3))

     4-fold covered by C4[ 320, 184 ] = BGCG(KE_40(1,19,12,23,9); K1;{12, 13})

     5-fold covered by C4[ 400, 17 ] = MPS( 20, 40; 9)

     5-fold covered by C4[ 400, 31 ] = MSZ ( 20, 20, 3, 9)

     5-fold covered by C4[ 400, 38 ] = PL(MC3( 10, 20, 1, 11, 9, 10, 1), [4^50, 20^10])

     5-fold covered by C4[ 400, 50 ] = UG(ATD[400,23])

     5-fold covered by C4[ 400, 51 ] = UG(ATD[400,27])

     5-fold covered by C4[ 400, 59 ] = UG(ATD[400,90])

     5-fold covered by C4[ 400, 80 ] = PL(CS(PS( 10, 5; 2)[ 10^ 10], 1))

     6-fold covered by C4[ 480, 27 ] = PS( 24, 40; 9)

     6-fold covered by C4[ 480, 45 ] = PS( 8,120; 29)

     6-fold covered by C4[ 480, 85 ] = MSY( 4,120, 61, 4)

     6-fold covered by C4[ 480, 86 ] = MSY( 4,120, 61, 44)

     6-fold covered by C4[ 480, 87 ] = PL(MSZ ( 12, 20, 3, 9), [4^60, 12^20])

     6-fold covered by C4[ 480, 126 ] = PL(Curtain_60(1,11,19,29,60),[4^60,12^20])

     6-fold covered by C4[ 480, 131 ] = PL(Curtain_60(1,20,1,12,32),[4^60,6^40])

     6-fold covered by C4[ 480, 138 ] = PL(Curtain_60(1,30,21,22,52),[4^60,12^20])

     6-fold covered by C4[ 480, 190 ] = UG(ATD[480,228])

     6-fold covered by C4[ 480, 192 ] = UG(ATD[480,232])

     6-fold covered by C4[ 480, 193 ] = UG(ATD[480,235])

     6-fold covered by C4[ 480, 194 ] = UG(ATD[480,238])

     6-fold covered by C4[ 480, 197 ] = UG(ATD[480,262])

     6-fold covered by C4[ 480, 198 ] = UG(ATD[480,265])

     6-fold covered by C4[ 480, 199 ] = UG(ATD[480,268])

     6-fold covered by C4[ 480, 200 ] = UG(ATD[480,272])

     6-fold covered by C4[ 480, 376 ] = BGCG({4, 4}_< 8, 2>, C_ 4, {1, 2})

Graphs which have this one as the base graph in a BGCG dissection:

      C4[ 160, 15 ] = PS( 8, 40; 9)    with connection graph  [K_1]

      C4[ 160, 27 ] = MSY( 4, 40, 21, 4)    with connection graph  [K_1]

      C4[ 160, 32 ] = PL(MC3( 10, 8, 1, 5, 3, 0, 1), [4^20, 10^8])    with connection graph  [K_1]

      C4[ 160, 33 ] = PL(MC3( 10, 8, 1, 5, 3, 4, 1), [4^20, 20^4])    with connection graph  [K_1]

      C4[ 320, 38 ] = PL(MSY( 4, 40, 11, 20))    with connection graph  [K_2]

      C4[ 320, 42 ] = PL(MSY( 4, 40, 9, 20))    with connection graph  [K_2]

      C4[ 320, 57 ] = PL(LoPr_ 40( 1, 20, 2, 20, 1), [4^40, 40^4])    with connection graph  [K_2]

      C4[ 320, 66 ] = PL(Curtain_40(1,9,11,19,40),[4^40,10^16])    with connection graph  [K_2]

      C4[ 320, 68 ] = PL(Curtain_40(1,10,1,12,22),[4^40,8^20])    with connection graph  [K_2]

      C4[ 320, 70 ] = PL(Curtain_40(1,12,1,10,22),[4^40,20^8])    with connection graph  [K_2]

      C4[ 320, 76 ] = PL(Curtain_40(1,20,17,18,38),[4^40,20^8])    with connection graph  [K_2]

      C4[ 320, 100 ] = UG(ATD[320,102])    with connection graph  [K_2]

      C4[ 320, 102 ] = UG(ATD[320,121])    with connection graph  [K_2]

      C4[ 320, 187 ] = BGCG(KE_40(1,25,18,13,19); K1;{1, 3})    with connection graph  [K_2]

      C4[ 320, 188 ] = BGCG(KE_40(1,25,18,13,19); K1;{4, 5})    with connection graph  [K_2]

Aut-Orbital graphs of this one:

      C4[ 8, 1 ] = K_4,4

      C4[ 80, 12 ] = MPS( 4, 40; 9)