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On this page are all graphs related to C4[ 80, 2 ].

Graphs which this one covers

     5-fold cover of C4[ 16, 1 ] = W( 8, 2)

     4-fold cover of C4[ 20, 1 ] = W( 10, 2)

     2-fold cover of C4[ 40, 2 ] = C_ 40(1, 9)

Graphs which cover this one

     2-fold covered by C4[ 160, 4 ] = {4, 4}_[ 10, 8]

     2-fold covered by C4[ 160, 61 ] = SDD(C_ 40(1, 9))

     3-fold covered by C4[ 240, 5 ] = C_240(1, 71)

     3-fold covered by C4[ 240, 7 ] = C_240(1, 89)

     3-fold covered by C4[ 240, 23 ] = PS( 10, 48; 7)

     3-fold covered by C4[ 240, 36 ] = PL(MSY( 4, 30, 11, 15))

     4-fold covered by C4[ 320, 5 ] = {4, 4}_[ 16, 10]

     4-fold covered by C4[ 320, 6 ] = {4, 4}_< 18, 2>

     4-fold covered by C4[ 320, 7 ] = {4, 4}_[ 20, 8]

     4-fold covered by C4[ 320, 16 ] = PS( 20, 32; 7)

     4-fold covered by C4[ 320, 17 ] = MPS( 20, 32; 7)

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

     4-fold covered by C4[ 320, 41 ] = PL(MSY( 4, 40, 9, 0))

     4-fold covered by C4[ 320, 43 ] = PL(MSY( 8, 20, 11, 0))

     4-fold covered by C4[ 320, 44 ] = PL(MSY( 8, 20, 11, 10))

     4-fold covered by C4[ 320, 45 ] = PL(MSY( 10, 16, 7, 0))

     4-fold covered by C4[ 320, 54 ] = PL(MC3( 10, 16, 1, 9, 7, 0, 1), [4^40, 10^16])

     4-fold covered by C4[ 320, 55 ] = PL(MC3( 10, 16, 1, 9, 7, 8, 1), [4^40, 20^8])

     4-fold covered by C4[ 320, 62 ] = PL(LoPr_ 40( 5, 8, 10, 8, 5), [8^20, 10^16])

     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, 78 ] = PL(MBr( 2, 80; 9))

     4-fold covered by C4[ 320, 80 ] = PL(BC_80({ 0, 40 }, { 1, 31 })

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

     4-fold covered by C4[ 320, 152 ] = SDD(C_ 80(1, 31))

     4-fold covered by C4[ 320, 153 ] = SDD({4, 4}_[ 10, 4])

     4-fold covered by C4[ 320, 165 ] = SDD(C_ 80(1, 9))

     5-fold covered by C4[ 400, 3 ] = C_400(1,151)

     5-fold covered by C4[ 400, 7 ] = {4, 4}_< 25, 15>

     5-fold covered by C4[ 400, 33 ] = MSZ ( 80, 5, 9, 2)

     6-fold covered by C4[ 480, 10 ] = {4, 4}_[ 24, 10]

     6-fold covered by C4[ 480, 12 ] = {4, 4}_[ 30, 8]

     6-fold covered by C4[ 480, 31 ] = PS( 20, 48; 7)

     6-fold covered by C4[ 480, 71 ] = PL(MSY( 6, 40, 9, 0))

     6-fold covered by C4[ 480, 73 ] = PL(MSY( 8, 30, 11, 0))

     6-fold covered by C4[ 480, 79 ] = PL(MSY( 10, 24, 17, 0))

     6-fold covered by C4[ 480, 94 ] = PL(MC3( 6, 40, 1, 31, 9, 0, 1), [6^40, 8^30])

     6-fold covered by C4[ 480, 106 ] = PL(MC3( 6, 40, 1, 9, 31, 0, 1), [6^40, 10^24])

     6-fold covered by C4[ 480, 113 ] = PL(MC3( 10, 24, 1, 7, 17, 0, 1), [8^30, 10^24])

     6-fold covered by C4[ 480, 336 ] = SDD(C_120(1, 49))

     6-fold covered by C4[ 480, 338 ] = SDD(C_120(1, 31))

     6-fold covered by C4[ 480, 339 ] = SDD(PS( 10, 24; 7))

BGCG dissections of this graph

     Base Graph: C4[ 40, 2 ] = C_ 40(1, 9)   connection graph:  [K_1]

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

      C4[ 320, 6 ] = {4, 4}_< 18, 2>    with connection graph  [K_2]

      C4[ 320, 17 ] = MPS( 20, 32; 7)    with connection graph  [K_2]

      C4[ 320, 44 ] = PL(MSY( 8, 20, 11, 10))    with connection graph  [K_2]

      C4[ 320, 45 ] = PL(MSY( 10, 16, 7, 0))    with connection graph  [K_2]

      C4[ 320, 55 ] = PL(MC3( 10, 16, 1, 9, 7, 8, 1), [4^40, 20^8])    with connection graph  [K_2]

      C4[ 320, 78 ] = PL(MBr( 2, 80; 9))    with connection graph  [K_2]

      C4[ 320, 80 ] = PL(BC_80({ 0, 40 }, { 1, 31 })    with connection graph  [K_2]

Aut-Orbital graphs of this one:

      C4[ 16, 1 ] = W( 8, 2)

      C4[ 20, 1 ] = W( 10, 2)

      C4[ 40, 2 ] = C_ 40(1, 9)

      C4[ 80, 2 ] = C_ 80(1, 9)