{
  "EtaWt10_4.m": "M4:=[\n    [ <1, 32>, <2, -20>, <4, 8> ],\n    [ <1, 0>, <2, -20>, <4, 40> ],\n    [ <1, 8>, <2, -20>, <4, 32> ],\n    [ <1, 16>, <2, -20>, <4, 24> ],\n    [ <1, 40>, <2, -20>, <4, 0> ],\n    [ <1, 24>, <2, -20>, <4, 16> ]\n];\n\n",
  "EtaCoeffs1A.m": "coeffs:=[ 76, 0, 3968, 3592, 2, 912 ];\n",
  "EtaWt6_8.m": "M8:=[\n    [ <1, -12>, <2, 30>, <4, -18>, <8, 12> ],\n    [ <1, 0>, <2, 0>, <4, -12>, <8, 24> ],\n    [ <1, -4>, <2, 10>, <4, -14>, <8, 20> ],\n    [ <1, -24>, <2, 60>, <4, -24>, <8, 0> ],\n    [ <1, -20>, <2, 50>, <4, -22>, <8, 4> ],\n    [ <1, -8>, <2, 20>, <4, -16>, <8, 16> ],\n    [ <1, -16>, <2, 40>, <4, -20>, <8, 8> ]\n];\n\n",
  "EtaCoeffs2A.m": "coeffs:=[ -2360, 0, -3840, 2, -52, 5024, 512 ];\n\n",
  "EtaWt4_36.m": "M36:=\n[\n    [ <1, 8>, <2, -4>, <3, 0>, <4, 0>, <6, -4>, <9, 0>, <12, 8>, <18, 0>, <36, \n    0> ],\n    [ <1, 0>, <2, -3>, <3, -2>, <4, 9>, <6, 0>, <9, 6>, <12, 0>, <18, -1>, <36, \n    -1> ],\n    [ <1, 8>, <2, -8>, <3, 0>, <4, 8>, <6, 0>, <9, 0>, <12, 0>, <18, 0>, <36, 0>\n    ],\n    [ <1, 2>, <2, -4>, <3, -6>, <4, 0>, <6, 12>, <9, 0>, <12, 0>, <18, -4>, <36,\n    8> ],\n    [ <1, 2>, <2, -3>, <3, -8>, <4, 1>, <6, 12>, <9, 6>, <12, 0>, <18, -1>, <36,\n    -1> ],\n    [ <1, 8>, <2, -4>, <3, 8>, <4, 0>, <6, -4>, <9, 0>, <12, 0>, <18, 0>, <36, \n    0> ],\n    [ <1, 8>, <2, -4>, <3, 0>, <4, 0>, <6, 0>, <9, 0>, <12, 0>, <18, -4>, <36, \n    8> ],\n    [ <1, 0>, <2, 1>, <3, 6>, <4, 1>, <6, -4>, <9, 6>, <12, 0>, <18, -1>, <36, \n    -1> ],\n    [ <1, 0>, <2, 2>, <3, -4>, <4, 2>, <6, 0>, <9, 12>, <12, 0>, <18, -2>, <36, \n    -2> ],\n    [ <1, 2>, <2, -8>, <3, -6>, <4, 8>, <6, 12>, <9, 0>, <12, 0>, <18, 0>, <36, \n    0> ],\n    [ <1, 8>, <2, -3>, <3, -2>, <4, 1>, <6, 0>, <9, 6>, <12, 0>, <18, -1>, <36, \n    -1> ],\n    [ <1, 0>, <2, -8>, <3, 0>, <4, 16>, <6, 0>, <9, 0>, <12, 0>, <18, 0>, <36, \n    0> ],\n    [ <1, 0>, <2, 1>, <3, -2>, <4, 1>, <6, -4>, <9, 6>, <12, 8>, <18, -1>, <36, \n    -1> ],\n    [ <1, 10>, <2, -8>, <3, -6>, <4, 0>, <6, 12>, <9, 0>, <12, 0>, <18, 0>, <36,\n    0> ],\n    [ <1, 6>, <2, 6>, <3, -2>, <4, 0>, <6, -2>, <9, 0>, <12, 0>, <18, 0>, <36, \n    0> ],\n    [ <1, 6>, <2, 0>, <3, -2>, <4, 0>, <6, 0>, <9, 8>, <12, 0>, <18, -4>, <36, \n    0> ],\n    [ <1, 4>, <2, -8>, <3, -12>, <4, 0>, <6, 24>, <9, 0>, <12, 0>, <18, 0>, <36,\n    0> ],\n    [ <1, 0>, <2, 12>, <3, 0>, <4, 0>, <6, -4>, <9, 0>, <12, 0>, <18, 0>, <36, \n    0> ],\n    [ <1, 0>, <2, 6>, <3, 0>, <4, 0>, <6, -2>, <9, 8>, <12, 0>, <18, -4>, <36, \n    0> ],\n    [ <1, 0>, <2, 0>, <3, -6>, <4, 0>, <6, 12>, <9, 2>, <12, 0>, <18, -8>, <36, \n    8> ],\n    [ <1, 0>, <2, 0>, <3, 8>, <4, 6>, <6, -4>, <9, 0>, <12, -2>, <18, 0>, <36, \n    0> ],\n    [ <1, 0>, <2, -4>, <3, 0>, <4, 14>, <6, 0>, <9, 0>, <12, -2>, <18, 0>, <36, \n    0> ],\n    [ <1, 0>, <2, 0>, <3, 2>, <4, 0>, <6, 8>, <9, 2>, <12, 0>, <18, -4>, <36, 0>\n    ],\n    [ <1, 8>, <2, -4>, <3, 0>, <4, 6>, <6, 0>, <9, 0>, <12, -2>, <18, 0>, <36, \n    0> ]\n]\n;\n",
  "EtaCoeffs3A.m": "coeffs:=\n[ -766499/19166, -488886633/9755494, -2453125088/229254109, -1033719084/4877747,\n-11175300/4877747, -2433303675/917016436, -38285892/4877747, \n4037612823/156087904, -89021349/9755494, 19617566816/229254109, \n-136388043/156087904, -1866504840/229254109, 3415451301/9755494, \n-9021517703/917016436, -759137033/1834032872, -29379897/19510988, \n-23241690153/458508218, 1412296/6271389, -335309589/39021976, \n-899471520/4877747, -84021/5574568, 90386944/6271389, -22610307/39021976, \n-116999465/351197784 ]\n;\n",
  "EtaWt4_12.m": "M12:=[\n    [ <1, 8>, <2, -20>, <3, -24>, <4, 8>, <6, 60>, <12, -24> ],\n    [ <1, 4>, <2, -10>, <3, -20>, <4, 4>, <6, 50>, <12, -20> ],\n    [ <1, -4>, <2, 10>, <3, -12>, <4, -4>, <6, 30>, <12, -12> ],\n    [ <1, 0>, <2, 4>, <3, 0>, <4, -8>, <6, -12>, <12, 24> ],\n    [ <1, 0>, <2, 2>, <3, 0>, <4, -4>, <6, -10>, <12, 20> ],\n    [ <1, 0>, <2, 0>, <3, -16>, <4, 0>, <6, 40>, <12, -16> ],\n    [ <1, 0>, <2, -4>, <3, 0>, <4, 8>, <6, -4>, <12, 8> ],\n    [ <1, 0>, <2, 0>, <3, 0>, <4, 0>, <6, -8>, <12, 16> ],\n    [ <1, 0>, <2, -2>, <3, 0>, <4, 4>, <6, -6>, <12, 12> ]\n];\n\n",
  "EtaCoeffs3B.m": "coeffs:=\n[ 23/64, -53/64, -71/64, -65, 392, 229/64, -81, -574, 392 ]\n;\n",
  "EtaCoeffs3C.m": "coeffs:=\n[ 202392/9583, 232873182/4877747, 1695983131/458508218, 771585264/4877747, \n212532525/9755494, 3386315969/1834032872, 28577232/4877747, -554831433/19510988,\n537630453/39021976, 36653913004/229254109, 43962075/39021976, \n-7303341480/229254109, -1585406484/4877747, 21823741351/1834032872, \n-795582439/1834032872, 98493615/39021976, 78737355747/458508218, \n-1916614/6271389, 436361193/39021976, 1218549312/4877747, 1278639/2787284, \n-122663296/6271389, 3081621/9755494, -9739529/175598892 ]\n;\n",
  "EtaWt6_16.m": "M16:=[\n    [ <1, 0>, <2, 0>, <4, 0>, <8, -12>, <16, 24> ],\n    [ <1, -2>, <2, 5>, <4, -2>, <8, -11>, <16, 22> ],\n    [ <1, 0>, <2, 0>, <4, -24>, <8, 60>, <16, -24> ],\n    [ <1, -22>, <2, 55>, <4, -22>, <8, -1>, <16, 2> ],\n    [ <1, -4>, <2, 10>, <4, -4>, <8, -10>, <16, 20> ],\n    [ <1, -18>, <2, 45>, <4, -18>, <8, -3>, <16, 6> ],\n    [ <1, -8>, <2, 20>, <4, -8>, <8, -8>, <16, 16> ],\n    [ <1, -6>, <2, 15>, <4, -6>, <8, -9>, <16, 18> ],\n    [ <1, -14>, <2, 35>, <4, -14>, <8, -5>, <16, 10> ],\n    [ <1, -10>, <2, 25>, <4, -10>, <8, -7>, <16, 14> ],\n    [ <1, -12>, <2, 30>, <4, -12>, <8, -6>, <16, 12> ],\n    [ <1, -20>, <2, 50>, <4, -20>, <8, -2>, <16, 4> ],\n    [ <1, -16>, <2, 40>, <4, -16>, <8, -4>, <16, 8> ]\n];\n\n",
  "EtaCoeffs4A.m": "coeffs:=\n[ -8192, 49152, 2, -4, -77824, -872, 39936, 32768, -18848, -65536, 45248, 88, \n5072 ]\n;\n",
  "EtaWt6_32.m": "M32:=[\n    [ <1, 0>, <2, 0>, <4, -24>, <8, 60>, <16, -24>, <32, 0> ],\n    [ <1, 2>, <2, -1>, <4, -22>, <8, 55>, <16, -22>, <32, 0> ],\n    [ <1, 2>, <2, -1>, <4, -14>, <8, 35>, <16, -18>, <32, 8> ],\n    [ <1, 0>, <2, 0>, <4, -20>, <8, 50>, <16, -22>, <32, 4> ],\n    [ <1, 2>, <2, -3>, <4, -9>, <8, 33>, <16, -17>, <32, 6> ],\n    [ <1, 0>, <2, -2>, <4, -15>, <8, 48>, <16, -21>, <32, 2> ],\n    [ <1, 0>, <2, 0>, <4, -16>, <8, 40>, <16, -20>, <32, 8> ],\n    [ <1, 0>, <2, -2>, <4, -11>, <8, 38>, <16, -19>, <32, 6> ],\n    [ <1, 0>, <2, 0>, <4, -4>, <8, 10>, <16, -14>, <32, 20> ],\n    [ <1, 2>, <2, -1>, <4, -18>, <8, 45>, <16, -20>, <32, 4> ],\n    [ <1, 0>, <2, -2>, <4, 1>, <8, 8>, <16, -13>, <32, 18> ],\n    [ <1, 2>, <2, -3>, <4, -13>, <8, 43>, <16, -19>, <32, 2> ],\n    [ <1, 2>, <2, -1>, <4, -2>, <8, 5>, <16, -12>, <32, 20> ],\n    [ <1, 0>, <2, 0>, <4, -12>, <8, 30>, <16, -18>, <32, 12> ],\n    [ <1, 0>, <2, -2>, <4, -7>, <8, 28>, <16, -17>, <32, 10> ],\n    [ <1, 2>, <2, -3>, <4, 3>, <8, 3>, <16, -11>, <32, 18> ],\n    [ <1, 2>, <2, -1>, <4, -10>, <8, 25>, <16, -16>, <32, 12> ],\n    [ <1, 2>, <2, -3>, <4, -5>, <8, 23>, <16, -15>, <32, 10> ],\n    [ <1, 2>, <2, -1>, <4, -6>, <8, 15>, <16, -14>, <32, 16> ],\n    [ <1, 2>, <2, -3>, <4, -1>, <8, 13>, <16, -13>, <32, 14> ],\n    [ <1, 0>, <2, 0>, <4, -8>, <8, 20>, <16, -16>, <32, 16> ],\n    [ <1, 0>, <2, -2>, <4, -3>, <8, 18>, <16, -15>, <32, 14> ],\n    [ <1, 0>, <2, 0>, <4, 0>, <8, 0>, <16, -12>, <32, 24> ],\n    [ <1, 0>, <2, -2>, <4, 5>, <8, -2>, <16, -11>, <32, 22> ]\n];\n\n",
  "EtaCoeffs4B.m": "coeffs:=\n[ 0, 2, 384, 0, 0, 0, 0, 0, 0, -48, 0, 0, 0, 0, 0, 0, -1024, 0, 0, 0, 0, 0, 0, 0\n]\n;\n",
  "EtaWt4_20.m": "M20:=[\n    [ <1, 0>, <2, 2>, <4, -4>, <5, 0>, <10, -10>, <20, 20> ],\n    [ <1, -13>, <2, 29>, <4, -10>, <5, 9>, <10, -9>, <20, 2> ],\n    [ <1, -20>, <2, 50>, <4, -20>, <5, 4>, <10, -10>, <20, 4> ],\n    [ <1, 7>, <2, -3>, <4, -2>, <5, -3>, <10, -1>, <20, 10> ],\n    [ <1, 0>, <2, 0>, <4, 0>, <5, 0>, <10, -8>, <20, 16> ],\n    [ <1, -16>, <2, 40>, <4, -16>, <5, 0>, <10, 0>, <20, 0> ],\n    [ <1, 2>, <2, -1>, <4, -1>, <5, -2>, <10, -3>, <20, 13> ],\n    [ <1, 5>, <2, -2>, <4, -1>, <5, -1>, <10, -6>, <20, 13> ],\n    [ <1, -14>, <2, 37>, <4, -15>, <5, 6>, <10, -9>, <20, 3> ],\n    [ <1, -14>, <2, 33>, <4, -13>, <5, 6>, <10, -5>, <20, 1> ],\n    [ <1, -8>, <2, 20>, <4, -8>, <5, 8>, <10, -4>, <20, 0> ],\n    [ <1, -12>, <2, 26>, <4, -10>, <5, 12>, <10, -10>, <20, 2> ]\n];\n\n",
  "EtaCoeffs5A.m": "coeffs:=\n[ -2212000, 9041, 45/4, -45320, -2665600, 2115/8, -2900800, -606040, 763, \n-9923/2, 3631/8, -5570 ]\n;\n",
  "etahalf.m": "/**********************************************\n* A list of eta quotient cusp forms used to   *\n* identify the McKay-Thompson series of the   *\n* Thompson group                              *\n**********************************************/\n\ng8:=[<1,2>,<2,-1>,<4,2>,<8,8>];\ng28:=[<1,2>,<2,-1>,<4,4>,<28,2>];   // for 56, 112, 252\ng76:=[<1,2>,<2,-1>,<76,6>];         // for 76 \ng12:=[<1,2>,<2,-1>,<12,6>];         // for 108, 144, 180, 216, 288, 324, 360, 576, 1152\ng32:=[<8,5>,<16,2>];                // for 128, 160, \ng52:=[<4,5>,<13,2>,<26,-1>,<52,1>]; // for 468\ng20:=[<4,3>,<5,2>,<10,-1>,<20,3>];\ng124:=[<1,2>,<2,-1>,<124,6>];\ng4:=[<1,2>,<2,-1>,<4,18>];\n"
}