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

On this page are all graphs related to C4[ 25, 2 ].

Graphs which cover this one

     2-fold covered by C4[ 50, 3 ] = {4, 4}_ 5, 5

     3-fold covered by C4[ 75, 2 ] = {4, 4}_< 10, 5>

     4-fold covered by C4[ 100, 3 ] = {4, 4}_ 10, 0

     4-fold covered by C4[ 100, 4 ] = {4, 4}_[ 10, 5]

     5-fold covered by C4[ 125, 2 ] = {4, 4}_ 10, 5

     5-fold covered by C4[ 125, 3 ] = {4, 4}_< 15, 10>

     5-fold covered by C4[ 125, 4 ] = PS( 5, 25; 4)

     5-fold covered by C4[ 125, 5 ] = PS( 5, 25; 9)

     5-fold covered by C4[ 125, 6 ] = AMC( 5, 5, [ 0. 4: 1. 2])

     6-fold covered by C4[ 150, 3 ] = {4, 4}_[ 15, 5]

     6-fold covered by C4[ 150, 5 ] = PS( 10, 15; 4)

     7-fold covered by C4[ 175, 2 ] = {4, 4}_< 20, 15>

     8-fold covered by C4[ 200, 4 ] = {4, 4}_ 10, 10

     8-fold covered by C4[ 200, 6 ] = {4, 4}_< 15, 5>

     8-fold covered by C4[ 200, 7 ] = {4, 4}_[ 20, 5]

     8-fold covered by C4[ 200, 11 ] = PS( 10, 40; 9)

     8-fold covered by C4[ 200, 12 ] = PS( 10, 40; 11)

     9-fold covered by C4[ 225, 4 ] = {4, 4}_ 15, 0

     9-fold covered by C4[ 225, 5 ] = {4, 4}_< 25, 20>

     10-fold covered by C4[ 250, 3 ] = {4, 4}_ 15, 5

     10-fold covered by C4[ 250, 4 ] = {4, 4}_[ 25, 5]

     10-fold covered by C4[ 250, 8 ] = PS( 10, 25; 4)

     10-fold covered by C4[ 250, 10 ] = PS( 10, 25; 9)

     10-fold covered by C4[ 250, 12 ] = AMC( 10, 5, [ 0. 4: 1. 2])

     10-fold covered by C4[ 250, 14 ] = UG(ATD[250,20])

     10-fold covered by C4[ 250, 15 ] = UG(ATD[250,21])

     11-fold covered by C4[ 275, 2 ] = {4, 4}_< 30, 25>

     11-fold covered by C4[ 275, 5 ] = PS( 5, 55; 16)

     11-fold covered by C4[ 275, 6 ] = PS( 5, 55; 19)

     12-fold covered by C4[ 300, 4 ] = {4, 4}_[ 15, 10]

     12-fold covered by C4[ 300, 5 ] = {4, 4}_< 20, 10>

     12-fold covered by C4[ 300, 7 ] = {4, 4}_[ 30, 5]

     12-fold covered by C4[ 300, 10 ] = PS( 20, 15; 4)

     12-fold covered by C4[ 300, 12 ] = PS( 10, 60; 11)

     12-fold covered by C4[ 300, 32 ] = UG(ATD[300,27])

     12-fold covered by C4[ 300, 33 ] = UG(ATD[300,34])

     13-fold covered by C4[ 325, 4 ] = {4, 4}_ 15, 10

     13-fold covered by C4[ 325, 5 ] = {4, 4}_< 35, 30>

     14-fold covered by C4[ 350, 3 ] = {4, 4}_[ 35, 5]

     14-fold covered by C4[ 350, 6 ] = PS( 10, 35; 6)

     15-fold covered by C4[ 375, 2 ] = {4, 4}_< 20, 5>

     15-fold covered by C4[ 375, 3 ] = {4, 4}_< 40, 35>

     15-fold covered by C4[ 375, 4 ] = PS( 15, 25; 4)

     15-fold covered by C4[ 375, 5 ] = PS( 15, 25; 9)

     15-fold covered by C4[ 375, 6 ] = PS( 5, 75; 14)

     15-fold covered by C4[ 375, 7 ] = PS( 5, 75; 29)

     15-fold covered by C4[ 375, 10 ] = AMC( 15, 5, [ 0. 4: 1. 2])

     16-fold covered by C4[ 400, 5 ] = {4, 4}_ 20, 0

     16-fold covered by C4[ 400, 6 ] = {4, 4}_[ 20, 10]

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

     16-fold covered by C4[ 400, 8 ] = {4, 4}_[ 40, 5]

     16-fold covered by C4[ 400, 15 ] = PS( 20, 40; 9)

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

     16-fold covered by C4[ 400, 19 ] = PS( 10, 80; 9)

     16-fold covered by C4[ 400, 20 ] = PS( 10, 80; 31)

     16-fold covered by C4[ 400, 29 ] = PL(MSY( 10, 20, 11, 10))

     16-fold covered by C4[ 400, 53 ] = UG(ATD[400,32])

     16-fold covered by C4[ 400, 57 ] = UG(ATD[400,44])

     16-fold covered by C4[ 400, 58 ] = UG(ATD[400,56])

     16-fold covered by C4[ 400, 73 ] = UG(Cmap(800,19){8,4|5}_10)

     17-fold covered by C4[ 425, 4 ] = {4, 4}_ 20, 5

     17-fold covered by C4[ 425, 5 ] = {4, 4}_< 45, 40>

     18-fold covered by C4[ 450, 4 ] = {4, 4}_ 15, 15

     18-fold covered by C4[ 450, 6 ] = {4, 4}_[ 45, 5]

     18-fold covered by C4[ 450, 8 ] = PS( 30, 15; 4)

     18-fold covered by C4[ 450, 10 ] = PS( 10, 45; 19)

     19-fold covered by C4[ 475, 2 ] = {4, 4}_< 50, 45>

     20-fold covered by C4[ 500, 2 ] = {4, 4}_ 20, 10

     20-fold covered by C4[ 500, 4 ] = {4, 4}_[ 25, 10]

     20-fold covered by C4[ 500, 5 ] = {4, 4}_< 30, 20>

     20-fold covered by C4[ 500, 6 ] = {4, 4}_[ 50, 5]

     20-fold covered by C4[ 500, 10 ] = PS( 20, 25; 4)

     20-fold covered by C4[ 500, 12 ] = PS( 20, 25; 9)

     20-fold covered by C4[ 500, 13 ] = PS( 5,100; 19)

     20-fold covered by C4[ 500, 14 ] = PS( 5,100; 39)

     20-fold covered by C4[ 500, 15 ] = PS( 10,100; 9)

     20-fold covered by C4[ 500, 16 ] = PS( 10,100; 29)

     20-fold covered by C4[ 500, 20 ] = CPM( 5, 2, 10, 1)

     20-fold covered by C4[ 500, 21 ] = AMC( 20, 5, [ 0. 4: 1. 2])

     20-fold covered by C4[ 500, 27 ] = UG(ATD[500,1])

     20-fold covered by C4[ 500, 29 ] = UG(ATD[500,25])

     20-fold covered by C4[ 500, 30 ] = UG(ATD[500,32])

     20-fold covered by C4[ 500, 31 ] = UG(ATD[500,35])

     20-fold covered by C4[ 500, 32 ] = UG(ATD[500,38])

     20-fold covered by C4[ 500, 34 ] = UG(ATD[500,56])

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

      C4[ 50, 3 ] = {4, 4}_ 5, 5    with connection graph  [K_1]

      C4[ 100, 3 ] = {4, 4}_ 10, 0    with connection graph  [K_2]

      C4[ 100, 8 ] = AMC( 4, 5, [ 1. 2: 1. 4])    with connection graph  [K_2]

      C4[ 100, 10 ] = BGCG(K5, K55)    with connection graph  [K_2]

      C4[ 150, 5 ] = PS( 10, 15; 4)    with connection graph  [C_3]

      C4[ 150, 7 ] = AMC( 6, 5, [ 0. 1: 4. 4])    with connection graph  [C_3]

      C4[ 150, 8 ] = AMC( 6, 5, [ 0. 3: 2. 2])    with connection graph  [C_3]

      C4[ 150, 9 ] = PL(ProjLR(3,5))    with connection graph  [C_3]

      C4[ 150, 12 ] = SS[150, 2]    with connection graph  [C_3]

      C4[ 200, 11 ] = PS( 10, 40; 9)    with connection graph  [C_4]

      C4[ 200, 22 ] = AMC( 8, 5, [ 1. 2: 1. 4])    with connection graph  [C_4]

      C4[ 200, 30 ] = XI(Cmap(100,7){8,8|4}_10)    with connection graph  [C_4]

      C4[ 200, 39 ] = BGCG({4, 4}_ 10, 0; K1;{15, 16})    with connection graph  [C_4]

      C4[ 200, 42 ] = SS[200, 15]    with connection graph  [C_4]

      C4[ 250, 11 ] = CPM( 5, 2, 5, 1)    with connection graph  [C_5]

      C4[ 250, 12 ] = AMC( 10, 5, [ 0. 4: 1. 2])    with connection graph  [C_5]

      C4[ 250, 13 ] = AMC( 10, 5, [ 0. 2: 3. 1])    with connection graph  [C_5]

      C4[ 250, 14 ] = UG(ATD[250,20])    with connection graph  [C_5]

      C4[ 250, 15 ] = UG(ATD[250,21])    with connection graph  [C_5]

      C4[ 250, 16 ] = SS[250, 1]    with connection graph  [C_5]

      C4[ 250, 17 ] = SS[250, 2]    with connection graph  [C_5]

      C4[ 300, 12 ] = PS( 10, 60; 11)    with connection graph  [C_6]

      C4[ 300, 21 ] = AMC( 12, 5, [ 0. 1: 4. 4])    with connection graph  [C_6]

      C4[ 300, 22 ] = AMC( 12, 5, [ 1. 2: 1. 4])    with connection graph  [C_6]

      C4[ 300, 23 ] = AMC( 12, 5, [ 0. 3: 2. 2])    with connection graph  [C_6]

      C4[ 300, 27 ] = PL(RC( 5, 3), [5^30, 6^25])    with connection graph  [C_6]

      C4[ 300, 43 ] = XI(Rmap(150,7){6,10|10}_6)    with connection graph  [C_6]

      C4[ 300, 46 ] = XI(Rmap(150,33){5,6|10}_5)    with connection graph  [K_6]

      C4[ 300, 47 ] = XI(Rmap(150,35){5,10|6}_15)    with connection graph  [K_6]

      C4[ 300, 52 ] = BGCG(PS( 10, 15; 4); K1;{8, 11})    with connection graph  [C_6]

      C4[ 300, 53 ] = BGCG(AMC( 6, 5, [ 0. 3: 2. 2]); K1;1)    with connection graph  [C_6]

      C4[ 300, 54 ] = BGCG(AMC( 6, 5, [ 0. 3: 2. 2]); K1;{2, 5})    with connection graph  [C_6]

      C4[ 300, 55 ] = BGCG(AMC( 6, 5, [ 0. 3: 2. 2]); K1;{3, 4})    with connection graph  [C_6]

      C4[ 300, 56 ] = SS[300, 2]    with connection graph  [C_6]

      C4[ 350, 6 ] = PS( 10, 35; 6)    with connection graph  [C_7]

      C4[ 400, 20 ] = PS( 10, 80; 31)    with connection graph  [C_8]

      C4[ 400, 42 ] = AMC( 16, 5, [ 1. 2: 1. 4])    with connection graph  [C_8]

      C4[ 400, 45 ] = PL(RC( 5, 8), [5^40, 8^25])    with connection graph  [C_8]

      C4[ 400, 91 ] = BGCG(PS( 10, 40; 9); K1;{15, 19})    with connection graph  [C_8]

      C4[ 400, 93 ] = BGCG(AMC( 8, 5, [ 1. 2: 1. 4]); K1;3)    with connection graph  [C_8]

      C4[ 400, 105 ] = SS[400, 14]    with connection graph  [C_8]

      C4[ 450, 10 ] = PS( 10, 45; 19)    with connection graph  [C_9]

      C4[ 450, 13 ] = AMC( 18, 5, [ 0. 1: 4. 4])    with connection graph  [C_9]

      C4[ 450, 14 ] = AMC( 18, 5, [ 0. 3: 2. 2])    with connection graph  [C_9]

      C4[ 450, 21 ] = XI(Rmap(225,7){9,10|10}_18)    with connection graph  [C_9]

      C4[ 450, 23 ] = SS[450, 1]    with connection graph  [C_9]

      C4[ 500, 20 ] = CPM( 5, 2, 10, 1)    with connection graph  [C_10]

      C4[ 500, 21 ] = AMC( 20, 5, [ 0. 4: 1. 2])    with connection graph  [C_10]

      C4[ 500, 22 ] = AMC( 20, 5, [ 1. 2: 1. 4])    with connection graph  [C_10]

      C4[ 500, 23 ] = AMC( 20, 5, [ 0. 2: 3. 1])    with connection graph  [C_10]

      C4[ 500, 26 ] = PL(RC( 5, 5), [5^50, 10^25])    with connection graph  [C_10]

      C4[ 500, 29 ] = UG(ATD[500,25])    with connection graph  [K_5,5]

      C4[ 500, 34 ] = UG(ATD[500,56])    with connection graph  [K_5,5]

      C4[ 500, 37 ] = XI(Rmap(250,8){10,10|10}_10)    with connection graph  [C_10]

      C4[ 500, 42 ] = BGCG(CPM( 5, 2, 5, 1); K1;{5, 6})    with connection graph  [C_10]

      C4[ 500, 43 ] = BGCG(AMC( 10, 5, [ 0. 4: 1. 2]); K1;{2, 6, 9, 10})    with connection graph  [C_10]

      C4[ 500, 46 ] = BGCG(AMC( 10, 5, [ 0. 2: 3. 1]); K1;1)    with connection graph  [C_10]

      C4[ 500, 47 ] = BGCG(AMC( 10, 5, [ 0. 2: 3. 1]); K1;2)    with connection graph  [C_10]

      C4[ 500, 48 ] = BGCG(AMC( 10, 5, [ 0. 2: 3. 1]); K1;3)    with connection graph  [C_10]

      C4[ 500, 49 ] = BGCG(AMC( 10, 5, [ 0. 2: 3. 1]); K1;4)    with connection graph  [C_10]

      C4[ 500, 50 ] = BGCG(AMC( 10, 5, [ 0. 2: 3. 1]); K1;5)    with connection graph  [C_10]

      C4[ 500, 52 ] = SS[500, 4]    with connection graph  [C_10]

      C4[ 500, 53 ] = SS[500, 5]    with connection graph  [C_10]