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reverseMC4.cpp
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#include "reverseMC4.hpp" /* access to Reverse mode of subgradient evaluations */
/*
* Reverse mode of automatic differentiation
* Computations of df/dx required by evaluating fB
*/
N_Vector fRevAD_dfdx(MC xMC[NX], MC pMC[NP], double sub[NRev * NRev], int n, int k)
{
SUNContext sunctx;
SUNContext_Create(NULL, &sunctx);
RevMC vBar[L];
MC v[L];
N_Vector adcvcc = N_VNew_Serial(NRev * NX, sunctx);
for (int j = 0; j < NRev * NX; j++)
{
Ith(adcvcc, j + 1) = 0;
}
double** vsub = new double*[L];
for(int i = 0; i < L; i++) {
vsub[i] = new double[NRev * 2];
}
/*
*-----------------------------------------------------------------
* The following code was automatically generated by ReverseADforVW.jl.
*-----------------------------------------------------------------
*/
switch (n)
{
case 0:
v[0] = xMC[0];
v[1] = pMC[0];
v[2] = pMC[1];
v[3] = pMC[2];
v[4] = pMC[3];
v[5] = pMC[4];
v[6] = pMC[5];
v[7] = pMC[6];
v[8] = pMC[7];
v[9] = pMC[8];
v[10] = pMC[9];
v[11] = pMC[10];
v[12] = pMC[11];
v[13] = pMC[12];
v[14] = pMC[13];
v[15] = pMC[14];
v[16] = pMC[15];
v[17] = pMC[16];
v[18] = pMC[17];
v[19] = pMC[18];
v[20] = pMC[19];
v[21] = pMC[20];
v[22] = pMC[21];
v[23] = pMC[22];
v[24] = pMC[23];
v[25] = pMC[24];
v[26] = pMC[25];
v[27] = pMC[26];
v[28] = pMC[27];
v[29] = pMC[28];
v[30] = pMC[29];
v[31] = pMC[30];
v[32] = pMC[31];
v[33] = pMC[32];
v[34] = pMC[33];
v[35] = pMC[34];
v[36] = pMC[35];
v[37] = pMC[36];
v[38] = pMC[37];
v[39] = pMC[38];
v[40] = pMC[39];
v[41] = pMC[40];
v[42] = pMC[41];
v[43] = pMC[42];
v[44] = pMC[43];
v[45] = pMC[44];
v[46] = pMC[45];
v[47] = pMC[46];
v[48] = pMC[47];
v[49] = pMC[48];
v[50] = pMC[49];
v[51] = pMC[50];
v[52] = pMC[51];
v[53] = pMC[52];
v[54] = pMC[53];
v[55] = pMC[54];
v[56] = pMC[55];
v[57] = pMC[56];
v[58] = pMC[57];
v[59] = pMC[58];
v[60] = pMC[59];
v[61] = pMC[60];
v[62] = pMC[61];
v[63] = pMC[62];
v[64] = pMC[63];
v[65] = pMC[64];
v[66] = pMC[65];
v[67] = pMC[66];
v[68] = pMC[67];
v[69] = pMC[68];
v[70] = pMC[69];
v[71] = pMC[70];
v[72] = pMC[71];
v[73] = pMC[72];
v[74] = pMC[73];
v[75] = pMC[74];
v[76] = pMC[75];
v[77] = pMC[76];
v[78] = pMC[77];
v[79] = pMC[78];
v[80] = pMC[79];
v[81] = pMC[80];
v[82] = pMC[81];
v[83] = pMC[82];
v[84] = pMC[83];
v[85] = pMC[84];
v[86] = pMC[85];
v[87] = pMC[86];
v[88] = pMC[87];
v[89] = pMC[88];
v[90] = pMC[89];
v[91] = pMC[90];
v[92] = pMC[91];
v[93] = pMC[92];
v[94] = pMC[93];
v[95] = pMC[94];
v[96] = pMC[95];
v[97] = pMC[96];
v[98] = pMC[97];
v[99] = pMC[98];
v[100] = pMC[99];
v[101] = pMC[100];
v[102] = pMC[101];
v[103] = pMC[102];
v[104] = pMC[103];
v[105] = pMC[104];
v[106] = pMC[105];
v[107] = pMC[106];
v[108] = pMC[107];
v[109] = pMC[108];
v[110] = pMC[109];
v[111] = pMC[110];
v[112] = pMC[111];
v[113] = pMC[112];
v[114] = pMC[113];
v[115] = pMC[114];
v[116] = pMC[115];
v[117] = pMC[116];
v[118] = pMC[117];
v[119] = pMC[118];
v[120] = pMC[119];
v[121] = pMC[120];
v[122] = pMC[121];
v[123] = pMC[122];
v[124] = pMC[123];
v[125] = pMC[124];
v[126] = pMC[125];
v[127] = pMC[126];
v[128] = pMC[127];
v[129] = pMC[128];
v[130] = pMC[129];
v[131] = pMC[130];
v[132] = pMC[131];
v[133] = pMC[132];
v[134] = pMC[133];
v[135] = pMC[134];
v[136] = pMC[135];
v[137] = pMC[136];
v[138] = pMC[137];
v[139] = pMC[138];
v[140] = pMC[139];
v[141] = pMC[140];
v[142] = pMC[141];
v[143] = pMC[142];
v[144] = pMC[143];
v[145] = pMC[144];
v[146] = pMC[145];
v[147] = pMC[146];
v[148] = pMC[147];
v[149] = pMC[148];
v[150] = pMC[149];
v[151] = pMC[150];
v[152] = pMC[151];
v[153] = pMC[152];
v[154] = pMC[153];
v[155] = pMC[154];
v[156] = pMC[155];
v[157] = pMC[156];
v[158] = pMC[157];
v[159] = pMC[158];
v[160] = pMC[159];
v[161] = pMC[160];
v[162] = pMC[161];
v[163] = pMC[162];
v[164] = pMC[163];
v[165] = pMC[164];
v[166] = pMC[165];
v[167] = pMC[166];
v[168] = pMC[167];
v[169] = pMC[168];
v[170] = pMC[169];
v[171] = pMC[170];
v[172] = pMC[171];
v[173] = pMC[172];
v[174] = pMC[173];
v[175] = pMC[174];
v[176] = pMC[175];
v[177] = pMC[176];
v[178] = pMC[177];
v[179] = pMC[178];
v[180] = pMC[179];
v[181] = pMC[180];
v[182] = pMC[181];
v[183] = pMC[182];
v[184] = pMC[183];
v[185] = pMC[184];
v[186] = pMC[185];
v[187] = pMC[186];
v[188] = pMC[187];
v[189] = pMC[188];
v[190] = pMC[189];
v[191] = pMC[190];
v[192] = pMC[191];
v[193] = pMC[192];
v[194] = pMC[193];
v[195] = pMC[194];
v[196] = pMC[195];
v[197] = pMC[196];
v[198] = pMC[197];
v[199] = pMC[198];
v[200] = pMC[199];
v[201] = pMC[200];
v[202] = pMC[201];
v[203] = pMC[202];
v[204] = pMC[203];
v[205] = pMC[204];
v[206] = pMC[205];
v[207] = pMC[206];
v[208] = pMC[207];
v[209] = pMC[208];
v[210] = pMC[209];
v[211] = pMC[210];
v[212] = pMC[211];
v[213] = pMC[212];
v[214] = pMC[213];
v[215] = pMC[214];
v[216] = pMC[215];
v[217] = pMC[216];
v[218] = pMC[217];
v[219] = pMC[218];
v[220] = pMC[219];
v[221] = pMC[220];
v[222] = pMC[221];
v[223] = pMC[222];
v[224] = pMC[223];
v[225] = pMC[224];
v[226] = pMC[225];
v[227] = pMC[226];
v[228] = pMC[227];
v[229] = pMC[228];
v[230] = pMC[229];
v[231] = pMC[230];
v[232] = pMC[231];
v[233] = pMC[232];
v[234] = pMC[233];
v[235] = pMC[234];
v[236] = pMC[235];
v[237] = pMC[236];
v[238] = pMC[237];
v[239] = pMC[238];
v[240] = pMC[239];
v[241] = pMC[240];
v[242] = pMC[241];
v[243] = pMC[242];
v[244] = pMC[243];
v[245] = pMC[244];
v[246] = pMC[245];
v[247] = pMC[246];
v[248] = pMC[247];
v[249] = pMC[248];
v[250] = pMC[249];
v[251] = pMC[250];
v[252] = pMC[251];
v[253] = pMC[252];
v[254] = pMC[253];
v[255] = pMC[254];
v[256] = pMC[255];
v[257] = pMC[256];
v[258] = pMC[257];
v[259] = pMC[258];
v[260] = pMC[259];
v[261] = pMC[260];
v[262] = pMC[261];
v[263] = pMC[262];
v[264] = pMC[263];
v[265] = pMC[264];
v[266] = pMC[265];
v[267] = pMC[266];
v[268] = pMC[267];
v[269] = pMC[268];
v[270] = pMC[269];
v[271] = pMC[270];
v[272] = pMC[271];
v[273] = pMC[272];
v[274] = pMC[273];
v[275] = pMC[274];
v[276] = pMC[275];
v[277] = pMC[276];
v[278] = pMC[277];
v[279] = pMC[278];
v[280] = pMC[279];
v[281] = pMC[280];
v[282] = pMC[281];
v[283] = pMC[282];
v[284] = pMC[283];
v[285] = pMC[284];
v[286] = pMC[285];
v[287] = pMC[286];
v[288] = pMC[287];
v[289] = pMC[288];
v[290] = pMC[289];
v[291] = pMC[290];
v[292] = pMC[291];
v[293] = pMC[292];
v[294] = pMC[293];
v[295] = pMC[294];
v[296] = pMC[295];
v[297] = pMC[296];
v[298] = pMC[297];
v[299] = pMC[298];
v[300] = pMC[299];
v[301] = 2.0;
v[302] = v[1] / v[301];
for (int i = 0; i < NRev; i++)
{
vsub[302][i] = v[302].cvsub(i);
vsub[302][NRev + i] = v[302].ccsub(i);
}
v[302].sub(NRev, &sub[0], &sub[4]);
v[303] = sin(v[302]);
for (int i = 0; i < NRev; i++)
{
vsub[303][i] = v[303].cvsub(i);
vsub[303][NRev + i] = v[303].ccsub(i);
}
v[303].sub(NRev, &sub[8], &sub[12]);
v[0].sub(NRev, &sub[0+k], &sub[0+k]);
v[304] = v[303] * v[0];
for (int i = 0; i < NRev; i++)
{
vsub[304][i] = v[304].cvsub(i);
vsub[304][NRev + i] = v[304].ccsub(i);
}
v[305] = 2.0;
v[306] = v[2] / v[305];
for (int i = 0; i < NRev; i++)
{
vsub[306][i] = v[306].cvsub(i);
vsub[306][NRev + i] = v[306].ccsub(i);
}
v[306].sub(NRev, &sub[0], &sub[4]);
v[307] = sin(v[306]);
for (int i = 0; i < NRev; i++)
{
vsub[307][i] = v[307].cvsub(i);
vsub[307][NRev + i] = v[307].ccsub(i);
}
v[307].sub(NRev, &sub[8], &sub[12]);
v[0].sub(NRev, &sub[0+k], &sub[0+k]);
v[308] = v[307] * v[0];
for (int i = 0; i < NRev; i++)
{
vsub[308][i] = v[308].cvsub(i);
vsub[308][NRev + i] = v[308].ccsub(i);
}
v[309] = 2.0;
v[310] = v[3] / v[309];
for (int i = 0; i < NRev; i++)
{
vsub[310][i] = v[310].cvsub(i);
vsub[310][NRev + i] = v[310].ccsub(i);
}
v[310].sub(NRev, &sub[0], &sub[4]);
v[311] = sin(v[310]);
for (int i = 0; i < NRev; i++)
{
vsub[311][i] = v[311].cvsub(i);
vsub[311][NRev + i] = v[311].ccsub(i);
}
v[311].sub(NRev, &sub[8], &sub[12]);
v[0].sub(NRev, &sub[0+k], &sub[0+k]);
v[312] = v[311] * v[0];
for (int i = 0; i < NRev; i++)
{
vsub[312][i] = v[312].cvsub(i);
vsub[312][NRev + i] = v[312].ccsub(i);
}
v[313] = 2.0;
v[314] = v[4] / v[313];
for (int i = 0; i < NRev; i++)
{
vsub[314][i] = v[314].cvsub(i);
vsub[314][NRev + i] = v[314].ccsub(i);
}
v[314].sub(NRev, &sub[0], &sub[4]);
v[315] = sin(v[314]);
for (int i = 0; i < NRev; i++)
{
vsub[315][i] = v[315].cvsub(i);
vsub[315][NRev + i] = v[315].ccsub(i);
}
v[315].sub(NRev, &sub[8], &sub[12]);
v[0].sub(NRev, &sub[0+k], &sub[0+k]);
v[316] = v[315] * v[0];
for (int i = 0; i < NRev; i++)
{
vsub[316][i] = v[316].cvsub(i);
vsub[316][NRev + i] = v[316].ccsub(i);
}
v[317] = 2.0;
v[318] = v[5] / v[317];
for (int i = 0; i < NRev; i++)
{
vsub[318][i] = v[318].cvsub(i);
vsub[318][NRev + i] = v[318].ccsub(i);
}
v[318].sub(NRev, &sub[0], &sub[4]);
v[319] = sin(v[318]);
for (int i = 0; i < NRev; i++)
{
vsub[319][i] = v[319].cvsub(i);
vsub[319][NRev + i] = v[319].ccsub(i);
}
v[319].sub(NRev, &sub[8], &sub[12]);
v[0].sub(NRev, &sub[0+k], &sub[0+k]);
v[320] = v[319] * v[0];
for (int i = 0; i < NRev; i++)
{
vsub[320][i] = v[320].cvsub(i);
vsub[320][NRev + i] = v[320].ccsub(i);
}
v[321] = 2.0;
v[322] = v[6] / v[321];
for (int i = 0; i < NRev; i++)
{
vsub[322][i] = v[322].cvsub(i);
vsub[322][NRev + i] = v[322].ccsub(i);
}
v[322].sub(NRev, &sub[0], &sub[4]);
v[323] = sin(v[322]);
for (int i = 0; i < NRev; i++)
{
vsub[323][i] = v[323].cvsub(i);
vsub[323][NRev + i] = v[323].ccsub(i);
}
v[323].sub(NRev, &sub[8], &sub[12]);
v[0].sub(NRev, &sub[0+k], &sub[0+k]);
v[324] = v[323] * v[0];
for (int i = 0; i < NRev; i++)
{
vsub[324][i] = v[324].cvsub(i);
vsub[324][NRev + i] = v[324].ccsub(i);
}
v[325] = 2.0;
v[326] = v[7] / v[325];
for (int i = 0; i < NRev; i++)
{
vsub[326][i] = v[326].cvsub(i);
vsub[326][NRev + i] = v[326].ccsub(i);
}
v[326].sub(NRev, &sub[0], &sub[4]);
v[327] = sin(v[326]);
for (int i = 0; i < NRev; i++)
{
vsub[327][i] = v[327].cvsub(i);
vsub[327][NRev + i] = v[327].ccsub(i);
}
v[327].sub(NRev, &sub[8], &sub[12]);
v[0].sub(NRev, &sub[0+k], &sub[0+k]);
v[328] = v[327] * v[0];
for (int i = 0; i < NRev; i++)
{
vsub[328][i] = v[328].cvsub(i);
vsub[328][NRev + i] = v[328].ccsub(i);
}
v[329] = 2.0;
v[330] = v[8] / v[329];
for (int i = 0; i < NRev; i++)
{
vsub[330][i] = v[330].cvsub(i);
vsub[330][NRev + i] = v[330].ccsub(i);
}
v[330].sub(NRev, &sub[0], &sub[4]);
v[331] = sin(v[330]);
for (int i = 0; i < NRev; i++)
{
vsub[331][i] = v[331].cvsub(i);
vsub[331][NRev + i] = v[331].ccsub(i);
}
v[331].sub(NRev, &sub[8], &sub[12]);
v[0].sub(NRev, &sub[0+k], &sub[0+k]);
v[332] = v[331] * v[0];
for (int i = 0; i < NRev; i++)
{
vsub[332][i] = v[332].cvsub(i);
vsub[332][NRev + i] = v[332].ccsub(i);
}
v[333] = 2.0;
v[334] = v[9] / v[333];
for (int i = 0; i < NRev; i++)
{
vsub[334][i] = v[334].cvsub(i);
vsub[334][NRev + i] = v[334].ccsub(i);
}
v[334].sub(NRev, &sub[0], &sub[4]);
v[335] = sin(v[334]);
for (int i = 0; i < NRev; i++)
{
vsub[335][i] = v[335].cvsub(i);
vsub[335][NRev + i] = v[335].ccsub(i);
}
v[335].sub(NRev, &sub[8], &sub[12]);
v[0].sub(NRev, &sub[0+k], &sub[0+k]);
v[336] = v[335] * v[0];
for (int i = 0; i < NRev; i++)
{
vsub[336][i] = v[336].cvsub(i);
vsub[336][NRev + i] = v[336].ccsub(i);
}
v[337] = 2.0;
v[338] = v[10] / v[337];
for (int i = 0; i < NRev; i++)
{
vsub[338][i] = v[338].cvsub(i);
vsub[338][NRev + i] = v[338].ccsub(i);
}
v[338].sub(NRev, &sub[0], &sub[4]);
v[339] = sin(v[338]);
for (int i = 0; i < NRev; i++)
{
vsub[339][i] = v[339].cvsub(i);
vsub[339][NRev + i] = v[339].ccsub(i);
}
v[339].sub(NRev, &sub[8], &sub[12]);
v[0].sub(NRev, &sub[0+k], &sub[0+k]);
v[340] = v[339] * v[0];
for (int i = 0; i < NRev; i++)
{
vsub[340][i] = v[340].cvsub(i);
vsub[340][NRev + i] = v[340].ccsub(i);
}
v[341] = 2.0;
v[342] = v[11] / v[341];
for (int i = 0; i < NRev; i++)
{
vsub[342][i] = v[342].cvsub(i);
vsub[342][NRev + i] = v[342].ccsub(i);
}
v[342].sub(NRev, &sub[0], &sub[4]);
v[343] = sin(v[342]);
for (int i = 0; i < NRev; i++)
{
vsub[343][i] = v[343].cvsub(i);
vsub[343][NRev + i] = v[343].ccsub(i);
}
v[343].sub(NRev, &sub[8], &sub[12]);
v[0].sub(NRev, &sub[0+k], &sub[0+k]);
v[344] = v[343] * v[0];
for (int i = 0; i < NRev; i++)
{
vsub[344][i] = v[344].cvsub(i);
vsub[344][NRev + i] = v[344].ccsub(i);
}
v[345] = 2.0;
v[346] = v[12] / v[345];
for (int i = 0; i < NRev; i++)
{
vsub[346][i] = v[346].cvsub(i);
vsub[346][NRev + i] = v[346].ccsub(i);
}
v[346].sub(NRev, &sub[0], &sub[4]);
v[347] = sin(v[346]);
for (int i = 0; i < NRev; i++)
{
vsub[347][i] = v[347].cvsub(i);
vsub[347][NRev + i] = v[347].ccsub(i);
}
v[347].sub(NRev, &sub[8], &sub[12]);
v[0].sub(NRev, &sub[0+k], &sub[0+k]);
v[348] = v[347] * v[0];
for (int i = 0; i < NRev; i++)
{
vsub[348][i] = v[348].cvsub(i);
vsub[348][NRev + i] = v[348].ccsub(i);
}
v[349] = 2.0;
v[350] = v[13] / v[349];
for (int i = 0; i < NRev; i++)
{
vsub[350][i] = v[350].cvsub(i);
vsub[350][NRev + i] = v[350].ccsub(i);
}
v[350].sub(NRev, &sub[0], &sub[4]);
v[351] = sin(v[350]);
for (int i = 0; i < NRev; i++)
{
vsub[351][i] = v[351].cvsub(i);
vsub[351][NRev + i] = v[351].ccsub(i);
}
v[351].sub(NRev, &sub[8], &sub[12]);
v[0].sub(NRev, &sub[0+k], &sub[0+k]);
v[352] = v[351] * v[0];
for (int i = 0; i < NRev; i++)
{
vsub[352][i] = v[352].cvsub(i);
vsub[352][NRev + i] = v[352].ccsub(i);
}
v[353] = 2.0;
v[354] = v[14] / v[353];
for (int i = 0; i < NRev; i++)
{
vsub[354][i] = v[354].cvsub(i);
vsub[354][NRev + i] = v[354].ccsub(i);
}
v[354].sub(NRev, &sub[0], &sub[4]);
v[355] = sin(v[354]);
for (int i = 0; i < NRev; i++)
{
vsub[355][i] = v[355].cvsub(i);
vsub[355][NRev + i] = v[355].ccsub(i);
}
v[355].sub(NRev, &sub[8], &sub[12]);
v[0].sub(NRev, &sub[0+k], &sub[0+k]);
v[356] = v[355] * v[0];
for (int i = 0; i < NRev; i++)
{
vsub[356][i] = v[356].cvsub(i);
vsub[356][NRev + i] = v[356].ccsub(i);
}
v[357] = 2.0;
v[358] = v[15] / v[357];
for (int i = 0; i < NRev; i++)
{
vsub[358][i] = v[358].cvsub(i);
vsub[358][NRev + i] = v[358].ccsub(i);
}
v[358].sub(NRev, &sub[0], &sub[4]);
v[359] = sin(v[358]);
for (int i = 0; i < NRev; i++)
{
vsub[359][i] = v[359].cvsub(i);
vsub[359][NRev + i] = v[359].ccsub(i);
}
v[359].sub(NRev, &sub[8], &sub[12]);
v[0].sub(NRev, &sub[0+k], &sub[0+k]);
v[360] = v[359] * v[0];
for (int i = 0; i < NRev; i++)
{
vsub[360][i] = v[360].cvsub(i);
vsub[360][NRev + i] = v[360].ccsub(i);
}
v[361] = 2.0;
v[362] = v[16] / v[361];
for (int i = 0; i < NRev; i++)
{
vsub[362][i] = v[362].cvsub(i);
vsub[362][NRev + i] = v[362].ccsub(i);
}
v[362].sub(NRev, &sub[0], &sub[4]);
v[363] = sin(v[362]);
for (int i = 0; i < NRev; i++)
{
vsub[363][i] = v[363].cvsub(i);
vsub[363][NRev + i] = v[363].ccsub(i);
}
v[363].sub(NRev, &sub[8], &sub[12]);
v[0].sub(NRev, &sub[0+k], &sub[0+k]);
v[364] = v[363] * v[0];
for (int i = 0; i < NRev; i++)
{
vsub[364][i] = v[364].cvsub(i);
vsub[364][NRev + i] = v[364].ccsub(i);
}
v[365] = 2.0;
v[366] = v[17] / v[365];
for (int i = 0; i < NRev; i++)
{
vsub[366][i] = v[366].cvsub(i);
vsub[366][NRev + i] = v[366].ccsub(i);
}
v[366].sub(NRev, &sub[0], &sub[4]);
v[367] = sin(v[366]);
for (int i = 0; i < NRev; i++)
{
vsub[367][i] = v[367].cvsub(i);
vsub[367][NRev + i] = v[367].ccsub(i);
}
v[367].sub(NRev, &sub[8], &sub[12]);
v[0].sub(NRev, &sub[0+k], &sub[0+k]);
v[368] = v[367] * v[0];
for (int i = 0; i < NRev; i++)
{
vsub[368][i] = v[368].cvsub(i);
vsub[368][NRev + i] = v[368].ccsub(i);
}
v[369] = 2.0;
v[370] = v[18] / v[369];
for (int i = 0; i < NRev; i++)
{
vsub[370][i] = v[370].cvsub(i);
vsub[370][NRev + i] = v[370].ccsub(i);
}
v[370].sub(NRev, &sub[0], &sub[4]);
v[371] = sin(v[370]);
for (int i = 0; i < NRev; i++)
{
vsub[371][i] = v[371].cvsub(i);
vsub[371][NRev + i] = v[371].ccsub(i);
}
v[371].sub(NRev, &sub[8], &sub[12]);
v[0].sub(NRev, &sub[0+k], &sub[0+k]);
v[372] = v[371] * v[0];
for (int i = 0; i < NRev; i++)
{
vsub[372][i] = v[372].cvsub(i);
vsub[372][NRev + i] = v[372].ccsub(i);
}
v[373] = 2.0;
v[374] = v[19] / v[373];
for (int i = 0; i < NRev; i++)
{
vsub[374][i] = v[374].cvsub(i);
vsub[374][NRev + i] = v[374].ccsub(i);
}
v[374].sub(NRev, &sub[0], &sub[4]);
v[375] = sin(v[374]);
for (int i = 0; i < NRev; i++)
{
vsub[375][i] = v[375].cvsub(i);
vsub[375][NRev + i] = v[375].ccsub(i);
}
v[375].sub(NRev, &sub[8], &sub[12]);
v[0].sub(NRev, &sub[0+k], &sub[0+k]);
v[376] = v[375] * v[0];
for (int i = 0; i < NRev; i++)
{
vsub[376][i] = v[376].cvsub(i);
vsub[376][NRev + i] = v[376].ccsub(i);
}
v[377] = 2.0;
v[378] = v[20] / v[377];
for (int i = 0; i < NRev; i++)
{
vsub[378][i] = v[378].cvsub(i);
vsub[378][NRev + i] = v[378].ccsub(i);
}
v[378].sub(NRev, &sub[0], &sub[4]);
v[379] = sin(v[378]);
for (int i = 0; i < NRev; i++)
{
vsub[379][i] = v[379].cvsub(i);
vsub[379][NRev + i] = v[379].ccsub(i);
}
v[379].sub(NRev, &sub[8], &sub[12]);
v[0].sub(NRev, &sub[0+k], &sub[0+k]);
v[380] = v[379] * v[0];
for (int i = 0; i < NRev; i++)
{
vsub[380][i] = v[380].cvsub(i);
vsub[380][NRev + i] = v[380].ccsub(i);
}
v[381] = 2.0;
v[382] = v[21] / v[381];
for (int i = 0; i < NRev; i++)
{
vsub[382][i] = v[382].cvsub(i);
vsub[382][NRev + i] = v[382].ccsub(i);
}
v[382].sub(NRev, &sub[0], &sub[4]);
v[383] = sin(v[382]);
for (int i = 0; i < NRev; i++)
{
vsub[383][i] = v[383].cvsub(i);
vsub[383][NRev + i] = v[383].ccsub(i);
}
v[383].sub(NRev, &sub[8], &sub[12]);
v[0].sub(NRev, &sub[0+k], &sub[0+k]);
v[384] = v[383] * v[0];
for (int i = 0; i < NRev; i++)
{
vsub[384][i] = v[384].cvsub(i);
vsub[384][NRev + i] = v[384].ccsub(i);
}
v[385] = 2.0;
v[386] = v[22] / v[385];
for (int i = 0; i < NRev; i++)
{
vsub[386][i] = v[386].cvsub(i);
vsub[386][NRev + i] = v[386].ccsub(i);
}
v[386].sub(NRev, &sub[0], &sub[4]);
v[387] = sin(v[386]);
for (int i = 0; i < NRev; i++)
{
vsub[387][i] = v[387].cvsub(i);
vsub[387][NRev + i] = v[387].ccsub(i);
}
v[387].sub(NRev, &sub[8], &sub[12]);
v[0].sub(NRev, &sub[0+k], &sub[0+k]);
v[388] = v[387] * v[0];
for (int i = 0; i < NRev; i++)
{
vsub[388][i] = v[388].cvsub(i);
vsub[388][NRev + i] = v[388].ccsub(i);
}
v[389] = 2.0;
v[390] = v[23] / v[389];
for (int i = 0; i < NRev; i++)