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On this page are all graphs related to C4[ 48, 3 ].
Graphs which this one covers
4-fold cover of
C4[ 12, 1 ]
= W( 6, 2)
2-fold cover of
C4[ 24, 3 ]
= C_ 24(1, 7)
Graphs which cover this one
2-fold covered by
C4[ 96, 2 ]
= C_ 96(1, 17)
2-fold covered by
C4[ 96, 3 ]
= C_ 96(1, 31)
2-fold covered by
C4[ 96, 4 ]
= {4, 4}_[ 8, 6]
2-fold covered by
C4[ 96, 44 ]
= SDD(C_ 24(1, 7))
3-fold covered by
C4[ 144, 2 ]
= C_144(1, 17)
3-fold covered by
C4[ 144, 4 ]
= DW( 48, 3)
4-fold covered by
C4[ 192, 2 ]
= C_192(1, 31)
4-fold covered by
C4[ 192, 3 ]
= C_192(1, 65)
4-fold covered by
C4[ 192, 4 ]
= {4, 4}_[ 12, 8]
4-fold covered by
C4[ 192, 5 ]
= {4, 4}_< 14, 2>
4-fold covered by
C4[ 192, 6 ]
= {4, 4}_[ 16, 6]
4-fold covered by
C4[ 192, 12 ]
= PS( 16, 24; 5)
4-fold covered by
C4[ 192, 13 ]
= MPS( 16, 24; 5)
4-fold covered by
C4[ 192, 14 ]
= MPS( 12, 32; 7)
4-fold covered by
C4[ 192, 28 ]
= PL(MSY( 4, 24, 17, 0))
4-fold covered by
C4[ 192, 30 ]
= PL(MSY( 6, 16, 7, 0))
4-fold covered by
C4[ 192, 31 ]
= PL(MSY( 6, 16, 7, 8))
4-fold covered by
C4[ 192, 32 ]
= PL(MSY( 8, 12, 5, 0))
4-fold covered by
C4[ 192, 37 ]
= PL(MC3( 6, 16, 1, 9, 7, 0, 1), [4^24, 6^16])
4-fold covered by
C4[ 192, 38 ]
= PL(MC3( 6, 16, 1, 9, 7, 8, 1), [4^24, 12^8])
4-fold covered by
C4[ 192, 42 ]
= PL(LoPr_ 24( 3, 8, 6, 8, 3), [6^16, 8^12])
4-fold covered by
C4[ 192, 47 ]
= KE_48(1,15,2,35,1)
4-fold covered by
C4[ 192, 54 ]
= KE_48(1,3,16,19,17)
4-fold covered by
C4[ 192, 60 ]
= PL(Curtain_24(1,7,17,23,24),[4^24,8^12])
4-fold covered by
C4[ 192, 70 ]
= PL(MBr( 2, 48; 7))
4-fold covered by
C4[ 192, 71 ]
= PL(BC_48({ 0, 24 }, { 1, 7 })
4-fold covered by
C4[ 192, 136 ]
= SDD(C_ 48(1, 17))
4-fold covered by
C4[ 192, 137 ]
= SDD({4, 4}_[ 6, 4])
4-fold covered by
C4[ 192, 138 ]
= PL(CSI(Octahedron[ 3^ 4], 8))
4-fold covered by
C4[ 192, 150 ]
= SDD(C_ 48(1, 7))
5-fold covered by
C4[ 240, 2 ]
= C_240(1, 31)
5-fold covered by
C4[ 240, 6 ]
= C_240(1, 79)
5-fold covered by
C4[ 240, 18 ]
= PS( 16, 15; 2)
5-fold covered by
C4[ 240, 19 ]
= PS( 16, 15; 4)
5-fold covered by
C4[ 240, 39 ]
= PL(MSY( 8, 15, 11, 0))
6-fold covered by
C4[ 288, 2 ]
= C_288(1, 17)
6-fold covered by
C4[ 288, 3 ]
= C_288(1,127)
6-fold covered by
C4[ 288, 4 ]
= DW( 96, 3)
6-fold covered by
C4[ 288, 7 ]
= {4, 4}_[ 18, 8]
6-fold covered by
C4[ 288, 9 ]
= {4, 4}_[ 24, 6]
6-fold covered by
C4[ 288, 10 ]
= {4, 4}_< 27, 21>
6-fold covered by
C4[ 288, 35 ]
= PL(MSY( 6, 24, 17, 0))
6-fold covered by
C4[ 288, 51 ]
= PL(MC3( 6, 24, 1, 7, 17, 0, 1), [6^24, 8^18])
6-fold covered by
C4[ 288, 163 ]
= SDD(DW( 24, 3))
6-fold covered by
C4[ 288, 164 ]
= SDD(C_ 72(1, 17))
7-fold covered by
C4[ 336, 6 ]
= C_336(1,113)
7-fold covered by
C4[ 336, 7 ]
= C_336(1,127)
7-fold covered by
C4[ 336, 18 ]
= PS( 16, 21; 8)
7-fold covered by
C4[ 336, 25 ]
= PS( 3,112; 31)
7-fold covered by
C4[ 336, 38 ]
= PL(MSY( 8, 21, 13, 0))
8-fold covered by
C4[ 384, 2 ]
= C_384(1, 65)
8-fold covered by
C4[ 384, 3 ]
= C_384(1,127)
8-fold covered by
C4[ 384, 4 ]
= {4, 4}_[ 16, 12]
8-fold covered by
C4[ 384, 5 ]
= {4, 4}_< 20, 4>
8-fold covered by
C4[ 384, 6 ]
= {4, 4}_< 22, 10>
8-fold covered by
C4[ 384, 7 ]
= {4, 4}_[ 24, 8]
8-fold covered by
C4[ 384, 9 ]
= {4, 4}_[ 32, 6]
8-fold covered by
C4[ 384, 14 ]
= PS( 32, 24; 5)
8-fold covered by
C4[ 384, 15 ]
= MPS( 32, 24; 5)
8-fold covered by
C4[ 384, 17 ]
= PS( 24, 32; 7)
8-fold covered by
C4[ 384, 19 ]
= MPS( 24, 32; 7)
8-fold covered by
C4[ 384, 20 ]
= PS( 16, 48; 5)
8-fold covered by
C4[ 384, 22 ]
= PS( 16, 48; 11)
8-fold covered by
C4[ 384, 23 ]
= MPS( 16, 48; 5)
8-fold covered by
C4[ 384, 24 ]
= MPS( 16, 48; 7)
8-fold covered by
C4[ 384, 25 ]
= MPS( 12, 64; 15)
8-fold covered by
C4[ 384, 27 ]
= PS( 8, 96; 7)
8-fold covered by
C4[ 384, 39 ]
= PL(MSY( 4, 48, 17, 0))
8-fold covered by
C4[ 384, 40 ]
= PL(MSY( 4, 48, 17, 24))
8-fold covered by
C4[ 384, 41 ]
= PL(MSY( 4, 48, 7, 0))
8-fold covered by
C4[ 384, 42 ]
= PL(MSY( 4, 48, 7, 24))
8-fold covered by
C4[ 384, 43 ]
= PL(MSY( 6, 32, 15, 0))
8-fold covered by
C4[ 384, 44 ]
= PL(MSY( 6, 32, 15, 16))
8-fold covered by
C4[ 384, 45 ]
= PL(MSY( 8, 24, 11, 0))
8-fold covered by
C4[ 384, 46 ]
= PL(MSY( 8, 24, 11, 12))
8-fold covered by
C4[ 384, 47 ]
= PL(MSY( 8, 24, 5, 0))
8-fold covered by
C4[ 384, 48 ]
= PL(MSY( 8, 24, 5, 12))
8-fold covered by
C4[ 384, 49 ]
= PL(MSY( 8, 24, 17, 0))
8-fold covered by
C4[ 384, 50 ]
= PL(MSY( 8, 24, 17, 12))
8-fold covered by
C4[ 384, 51 ]
= PL(MSY( 12, 16, 7, 0))
8-fold covered by
C4[ 384, 52 ]
= PL(MSY( 16, 12, 5, 0))
8-fold covered by
C4[ 384, 55 ]
= PL(MSZ ( 8, 24, 2, 7), [8^24, 24^8])
8-fold covered by
C4[ 384, 57 ]
= PL(MSZ ( 12, 16, 3, 7), [4^48, 12^16])
8-fold covered by
C4[ 384, 59 ]
= PL(MC3( 6, 32, 1, 17, 15, 0, 1), [4^48, 6^32])
8-fold covered by
C4[ 384, 60 ]
= PL(MC3( 6, 32, 1, 17, 15, 16, 1), [4^48, 12^16])
8-fold covered by
C4[ 384, 62 ]
= PL(LoPr_ 48( 1, 24, 10, 24, 1), [4^48, 48^4])
8-fold covered by
C4[ 384, 65 ]
= PL(LoPr_ 48( 3, 8, 6, 8, 3), [12^16, 16^12])
8-fold covered by
C4[ 384, 66 ]
= PL(LoPr_ 48( 3, 8, 18, 8, 3), [12^16, 16^12])
8-fold covered by
C4[ 384, 67 ]
= PL(LoPr_ 48( 3, 16, 6, 16, 3), [6^32, 16^12])
8-fold covered by
C4[ 384, 68 ]
= PL(LoPr_ 48( 3, 16, 18, 16, 3), [6^32, 16^12])
8-fold covered by
C4[ 384, 69 ]
= PL(LoPr_ 48( 3, 8, 6, 8, 21), [12^16, 16^12])
8-fold covered by
C4[ 384, 70 ]
= PL(LoPr_ 48( 3, 8, 18, 8, 21), [12^16, 16^12])
8-fold covered by
C4[ 384, 71 ]
= PL(LoPr_ 48( 3, 16, 6, 16, 21), [6^32, 16^12])
8-fold covered by
C4[ 384, 72 ]
= PL(LoPr_ 48( 3, 16, 18, 16, 21), [6^32, 16^12])
8-fold covered by
C4[ 384, 73 ]
= PL(KE_48(3,11,6,43,3),[12^16,16^12])
8-fold covered by
C4[ 384, 78 ]
= PL(Curtain_48(1,7,17,23,48),[4^48,16^12])
8-fold covered by
C4[ 384, 79 ]
= PL(Curtain_48(1,7,24,41,47),[8^24,16^12])
8-fold covered by
C4[ 384, 80 ]
= PL(Curtain_48(1,7,41,47,48),[4^48,16^12])
8-fold covered by
C4[ 384, 81 ]
= PL(Curtain_48(1,8,1,18,26),[4^48,12^16])
8-fold covered by
C4[ 384, 82 ]
= PL(Curtain_48(1,8,2,25,42),[8^24,12^16])
8-fold covered by
C4[ 384, 84 ]
= PL(Curtain_48(1,17,7,23,24),[6^32,8^24])
8-fold covered by
C4[ 384, 85 ]
= PL(Curtain_48(1,17,7,23,48),[4^48,6^32])
8-fold covered by
C4[ 384, 86 ]
= PL(Curtain_48(1,18,1,2,32),[4^48,16^12])
8-fold covered by
C4[ 384, 87 ]
= PL(Curtain_48(1,18,2,25,32),[8^24,16^12])
8-fold covered by
C4[ 384, 92 ]
= PL(Curtain_48(1,24,9,10,34),[4^48,24^8])
8-fold covered by
C4[ 384, 94 ]
= PL(Curtain_48(1,24,10,33,34),[4^48,12^16])
8-fold covered by
C4[ 384, 95 ]
= PL(Curtain_48(1,24,13,14,38),[4^48,16^12])
8-fold covered by
C4[ 384, 102 ]
= PL(MBr( 2, 96; 17))
8-fold covered by
C4[ 384, 103 ]
= PL(BC_96({ 0, 48 }, { 1, 7 })
8-fold covered by
C4[ 384, 105 ]
= PL(BC_96({ 0, 48 }, { 1, 31 })
8-fold covered by
C4[ 384, 106 ]
= PL(BC_96({ 0, 48 }, { 1, 41 })
8-fold covered by
C4[ 384, 168 ]
= UG(ATD[384,137])
8-fold covered by
C4[ 384, 169 ]
= UG(ATD[384,140])
8-fold covered by
C4[ 384, 170 ]
= UG(ATD[384,143])
8-fold covered by
C4[ 384, 203 ]
= UG(ATD[384,261])
8-fold covered by
C4[ 384, 205 ]
= UG(ATD[384,285])
8-fold covered by
C4[ 384, 207 ]
= UG(ATD[384,318])
8-fold covered by
C4[ 384, 208 ]
= UG(ATD[384,321])
8-fold covered by
C4[ 384, 209 ]
= UG(ATD[384,324])
8-fold covered by
C4[ 384, 210 ]
= UG(ATD[384,327])
8-fold covered by
C4[ 384, 211 ]
= UG(ATD[384,330])
8-fold covered by
C4[ 384, 261 ]
= UG(ATD[384,491])
8-fold covered by
C4[ 384, 262 ]
= UG(ATD[384,494])
8-fold covered by
C4[ 384, 263 ]
= UG(ATD[384,497])
8-fold covered by
C4[ 384, 264 ]
= UG(ATD[384,500])
8-fold covered by
C4[ 384, 321 ]
= PL(ATD[6,1]#ATD[16,1])
8-fold covered by
C4[ 384, 330 ]
= PL(ATD[8,1]#ATD[24,1])
8-fold covered by
C4[ 384, 331 ]
= PL(ATD[8,1]#ATD[24,3])
8-fold covered by
C4[ 384, 332 ]
= PL(ATD[8,1]#ATD[24,5])
8-fold covered by
C4[ 384, 334 ]
= PL(ATD[8,1]#ATD[24,12])
8-fold covered by
C4[ 384, 336 ]
= PL(ATD[8,2]#ATD[24,2])
8-fold covered by
C4[ 384, 341 ]
= PL(ATD[12,1]#DCyc[8])
8-fold covered by
C4[ 384, 343 ]
= PL(ATD[12,2]#ATD[32,7])
8-fold covered by
C4[ 384, 347 ]
= PL(ATD[12,4]#DCyc[8])
8-fold covered by
C4[ 384, 375 ]
= SDD(C_ 96(1, 31))
8-fold covered by
C4[ 384, 377 ]
= SDD(KE_24(1,11,2,15,1))
8-fold covered by
C4[ 384, 378 ]
= SDD({4, 4}_[ 8, 6])
8-fold covered by
C4[ 384, 379 ]
= SDD({4, 4}_[ 12, 4])
8-fold covered by
C4[ 384, 382 ]
= PL(CSI(Octahedron[ 3^ 4], 16))
8-fold covered by
C4[ 384, 383 ]
= PL(CSI(R_ 12( 11, 4)[ 3^ 16], 8))
8-fold covered by
C4[ 384, 384 ]
= PL(CSI(R_ 12( 5, 10)[ 6^ 8], 8))
8-fold covered by
C4[ 384, 387 ]
= PL(CS(C_ 48(1, 7)[ 48^ 2], 1))
8-fold covered by
C4[ 384, 416 ]
= SDD(C_ 96(1, 17))
8-fold covered by
C4[ 384, 417 ]
= SDD({4, 4}_< 10, 2>)
8-fold covered by
C4[ 384, 419 ]
= SDD(PS( 12, 16; 3))
8-fold covered by
C4[ 384, 420 ]
= SDD(MPS( 12, 16; 3))
8-fold covered by
C4[ 384, 459 ]
= BGCG(KE_48(1,27,16,19,7); K1;4)
8-fold covered by
C4[ 384, 460 ]
= BGCG(KE_48(1,27,16,19,7); K1;5)
8-fold covered by
C4[ 384, 462 ]
= BGCG(KE_48(1,3,16,19,17); K1;7)
9-fold covered by
C4[ 432, 3 ]
= C_432(1,161)
9-fold covered by
C4[ 432, 4 ]
= DW(144, 3)
9-fold covered by
C4[ 432, 7 ]
= {4, 4}_[ 24, 9]
9-fold covered by
C4[ 432, 13 ]
= PS( 48, 9; 2)
9-fold covered by
C4[ 432, 19 ]
= PS( 18, 48; 17)
9-fold covered by
C4[ 432, 25 ]
= PS( 3,144; 47)
9-fold covered by
C4[ 432, 28 ]
= PS( 6,144; 31)
9-fold covered by
C4[ 432, 43 ]
= PL(WH_ 72( 9, 1, 24, 55), [8^27, 9^24])
9-fold covered by
C4[ 432, 48 ]
= AMC( 48, 3, [ 0. 1: 2. 2])
9-fold covered by
C4[ 432, 52 ]
= UG(ATD[432,3])
9-fold covered by
C4[ 432, 86 ]
= UG(ATD[432,99])
9-fold covered by
C4[ 432, 225 ]
= BGCG(PS( 6, 24; 7), C_ 3, {3, 4, 9, 14})
9-fold covered by
C4[ 432, 228 ]
= BGCG(PS( 6, 24; 7), C_ 3, {8, 10})
9-fold covered by
C4[ 432, 248 ]
= BGCG(AMC( 24, 3, [ 0. 1: 2. 2]); K1;{5, 6})
10-fold covered by
C4[ 480, 2 ]
= C_480(1, 31)
10-fold covered by
C4[ 480, 4 ]
= C_480(1, 79)
10-fold covered by
C4[ 480, 5 ]
= C_480(1,161)
10-fold covered by
C4[ 480, 7 ]
= C_480(1,209)
10-fold covered by
C4[ 480, 12 ]
= {4, 4}_[ 30, 8]
10-fold covered by
C4[ 480, 14 ]
= {4, 4}_[ 40, 6]
10-fold covered by
C4[ 480, 24 ]
= PS( 32, 15; 2)
10-fold covered by
C4[ 480, 25 ]
= PS( 32, 15; 4)
10-fold covered by
C4[ 480, 31 ]
= PS( 20, 48; 7)
10-fold covered by
C4[ 480, 35 ]
= PS( 16, 60; 7)
10-fold covered by
C4[ 480, 36 ]
= MPS( 16, 60; 7)
10-fold covered by
C4[ 480, 37 ]
= MPS( 16, 60; 11)
10-fold covered by
C4[ 480, 39 ]
= PS( 12, 80; 7)
10-fold covered by
C4[ 480, 48 ]
= PS( 4,240; 7)
10-fold covered by
C4[ 480, 71 ]
= PL(MSY( 6, 40, 9, 0))
10-fold covered by
C4[ 480, 73 ]
= PL(MSY( 8, 30, 11, 0))
10-fold covered by
C4[ 480, 74 ]
= PL(MSY( 8, 30, 11, 15))
10-fold covered by
C4[ 480, 79 ]
= PL(MSY( 10, 24, 17, 0))
10-fold covered by
C4[ 480, 82 ]
= PL(MSY( 16, 15, 11, 0))
10-fold covered by
C4[ 480, 94 ]
= PL(MC3( 6, 40, 1, 31, 9, 0, 1), [6^40, 8^30])
10-fold covered by
C4[ 480, 106 ]
= PL(MC3( 6, 40, 1, 9, 31, 0, 1), [6^40, 10^24])
10-fold covered by
C4[ 480, 113 ]
= PL(MC3( 10, 24, 1, 7, 17, 0, 1), [8^30, 10^24])
10-fold covered by
C4[ 480, 293 ]
= PL(ATD[10,1]#ATD[24,1])
10-fold covered by
C4[ 480, 294 ]
= PL(ATD[10,1]#ATD[24,2])
10-fold covered by
C4[ 480, 295 ]
= PL(ATD[10,1]#ATD[24,3])
10-fold covered by
C4[ 480, 335 ]
= SDD(C_120(1, 41))
10-fold covered by
C4[ 480, 338 ]
= SDD(C_120(1, 31))
10-fold covered by
C4[ 480, 339 ]
= SDD(PS( 10, 24; 7))
BGCG dissections of this graph
Base Graph:
C4[ 24, 3 ]
= C_ 24(1, 7)
connection graph: [K_1]
Graphs which have this one as the base graph in a BGCG dissection:
C4[ 96, 2 ]
= C_ 96(1, 17)
with connection graph [K_1]
C4[ 96, 3 ]
= C_ 96(1, 31)
with connection graph [K_1]
C4[ 192, 6 ]
= {4, 4}_[ 16, 6]
with connection graph [K_2]
C4[ 192, 13 ]
= MPS( 16, 24; 5)
with connection graph [K_2]
C4[ 192, 30 ]
= PL(MSY( 6, 16, 7, 0))
with connection graph [K_2]
C4[ 192, 31 ]
= PL(MSY( 6, 16, 7, 8))
with connection graph [K_2]
C4[ 192, 37 ]
= PL(MC3( 6, 16, 1, 9, 7, 0, 1), [4^24, 6^16])
with connection graph [K_2]
C4[ 192, 70 ]
= PL(MBr( 2, 48; 7))
with connection graph [K_2]
C4[ 192, 71 ]
= PL(BC_48({ 0, 24 }, { 1, 7 })
with connection graph [K_2]
C4[ 288, 22 ]
= PS( 6, 96; 17)
with connection graph [C_3]
C4[ 288, 23 ]
= PS( 6, 96; 31)
with connection graph [C_3]
C4[ 288, 52 ]
= PL(WH_ 48( 3, 0, 13, 19), [3^48, 16^9])
with connection graph [C_3]
C4[ 288, 53 ]
= PL(WH_ 48( 3, 13, 19, 24), [6^24, 16^9])
with connection graph [C_3]
C4[ 384, 14 ]
= PS( 32, 24; 5)
with connection graph [C_4]
C4[ 384, 24 ]
= MPS( 16, 48; 7)
with connection graph [C_4]
C4[ 384, 39 ]
= PL(MSY( 4, 48, 17, 0))
with connection graph [C_4]
C4[ 384, 40 ]
= PL(MSY( 4, 48, 17, 24))
with connection graph [C_4]
C4[ 384, 50 ]
= PL(MSY( 8, 24, 17, 12))
with connection graph [C_4]
C4[ 384, 52 ]
= PL(MSY( 16, 12, 5, 0))
with connection graph [C_4]
C4[ 384, 67 ]
= PL(LoPr_ 48( 3, 16, 6, 16, 3), [6^32, 16^12])
with connection graph [C_4]
C4[ 384, 68 ]
= PL(LoPr_ 48( 3, 16, 18, 16, 3), [6^32, 16^12])
with connection graph [C_4]
C4[ 384, 71 ]
= PL(LoPr_ 48( 3, 16, 6, 16, 21), [6^32, 16^12])
with connection graph [C_4]
C4[ 384, 72 ]
= PL(LoPr_ 48( 3, 16, 18, 16, 21), [6^32, 16^12])
with connection graph [C_4]
C4[ 384, 78 ]
= PL(Curtain_48(1,7,17,23,48),[4^48,16^12])
with connection graph [K_4]
C4[ 384, 84 ]
= PL(Curtain_48(1,17,7,23,24),[6^32,8^24])
with connection graph [C_4]
C4[ 384, 85 ]
= PL(Curtain_48(1,17,7,23,48),[4^48,6^32])
with connection graph [C_4]
C4[ 384, 86 ]
= PL(Curtain_48(1,18,1,2,32),[4^48,16^12])
with connection graph [C_4]
C4[ 384, 86 ]
= PL(Curtain_48(1,18,1,2,32),[4^48,16^12])
with connection graph [K_4]
C4[ 384, 87 ]
= PL(Curtain_48(1,18,2,25,32),[8^24,16^12])
with connection graph [C_4]
C4[ 384, 382 ]
= PL(CSI(Octahedron[ 3^ 4], 16))
with connection graph [K_4]
C4[ 384, 462 ]
= BGCG(KE_48(1,3,16,19,17); K1;7)
with connection graph [K_4]
C4[ 480, 25 ]
= PS( 32, 15; 4)
with connection graph [C_5]
C4[ 480, 37 ]
= MPS( 16, 60; 11)
with connection graph [C_5]
C4[ 480, 74 ]
= PL(MSY( 8, 30, 11, 15))
with connection graph [C_5]
C4[ 480, 82 ]
= PL(MSY( 16, 15, 11, 0))
with connection graph [C_5]
Aut-Orbital graphs of this one:
C4[ 12, 1 ] = W( 6, 2)
C4[ 24, 3 ] = C_ 24(1, 7)
C4[ 48, 3 ] = C_ 48(1, 17)