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reverseMC3.cpp
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reverseMC3.cpp
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#include "reverseMC3.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] = xMC[1];
v[2] = xMC[2];
v[3] = xMC[3];
v[4] = xMC[4];
v[5] = pMC[0];
v[6] = pMC[1];
v[7] = pMC[2];
v[8] = pMC[3];
v[9] = pMC[4];
v[10] = pMC[5];
v[11] = pMC[6];
v[12] = pMC[7];
v[13] = 1.0;
v[2].sub(NRev, &sub[0], &sub[4]);
v[14] = v[13] / v[2];
for (int i = 0; i < NRev; i++)
{
vsub[14][i] = v[14].cvsub(i);
vsub[14][NRev + i] = v[14].ccsub(i);
}
v[15] = 7.1;
v[14].sub(NRev, &sub[0], &sub[4]);
v[16] = v[15] * v[14];
for (int i = 0; i < NRev; i++)
{
vsub[16][i] = v[16].cvsub(i);
vsub[16][NRev + i] = v[16].ccsub(i);
}
v[17] = 1.0;
v[16].sub(NRev, &sub[0], &sub[4]);
v[18] = v[17] + v[16];
for (int i = 0; i < NRev; i++)
{
vsub[18][i] = v[18].cvsub(i);
vsub[18][NRev + i] = v[18].ccsub(i);
}
v[19] = 1.0;
v[18].sub(NRev, &sub[0], &sub[4]);
v[20] = v[19] / v[18];
for (int i = 0; i < NRev; i++)
{
vsub[20][i] = v[20].cvsub(i);
vsub[20][NRev + i] = v[20].ccsub(i);
}
v[21] = 1.2;
v[20].sub(NRev, &sub[0], &sub[4]);
v[22] = v[21] * v[20];
for (int i = 0; i < NRev; i++)
{
vsub[22][i] = v[22].cvsub(i);
vsub[22][NRev + i] = v[22].ccsub(i);
}
v[23] = 1.0;
v[3].sub(NRev, &sub[0], &sub[4]);
v[24] = v[23] / v[3];
for (int i = 0; i < NRev; i++)
{
vsub[24][i] = v[24].cvsub(i);
vsub[24][NRev + i] = v[24].ccsub(i);
}
v[24].sub(NRev, &sub[8], &sub[12]);
v[25] = v[11] * v[24];
for (int i = 0; i < NRev; i++)
{
vsub[25][i] = v[25].cvsub(i);
vsub[25][NRev + i] = v[25].ccsub(i);
}
v[26] = 0.00390625;
v[3].sub(NRev, &sub[0], &sub[4]);
v[27] = v[3] * v[26];
for (int i = 0; i < NRev; i++)
{
vsub[27][i] = v[27].cvsub(i);
vsub[27][NRev + i] = v[27].ccsub(i);
}
v[28] = 1.0;
v[25].sub(NRev, &sub[0], &sub[4]);
v[29] = v[28] + v[25];
for (int i = 0; i < NRev; i++)
{
vsub[29][i] = v[29].cvsub(i);
vsub[29][NRev + i] = v[29].ccsub(i);
}
v[29].sub(NRev, &sub[8], &sub[12]);
v[27].sub(NRev, &sub[0], &sub[4]);
v[30] = v[29] + v[27];
for (int i = 0; i < NRev; i++)
{
vsub[30][i] = v[30].cvsub(i);
vsub[30][NRev + i] = v[30].ccsub(i);
}
v[31] = 1.0;
v[30].sub(NRev, &sub[0], &sub[4]);
v[32] = v[31] / v[30];
for (int i = 0; i < NRev; i++)
{
vsub[32][i] = v[32].cvsub(i);
vsub[32][NRev + i] = v[32].ccsub(i);
}
v[33] = 0.74;
v[32].sub(NRev, &sub[0], &sub[4]);
v[34] = v[33] * v[32];
for (int i = 0; i < NRev; i++)
{
vsub[34][i] = v[34].cvsub(i);
vsub[34][NRev + i] = v[34].ccsub(i);
}
v[4].sub(NRev, &sub[8], &sub[12]);
v[3].sub(NRev, &sub[0], &sub[4]);
v[35] = v[4] + v[3];
for (int i = 0; i < NRev; i++)
{
vsub[35][i] = v[35].cvsub(i);
vsub[35][NRev + i] = v[35].ccsub(i);
}
v[36] = 34.0;
v[35].sub(NRev, &sub[0], &sub[4]);
v[37] = v[35] - v[36];
for (int i = 0; i < NRev; i++)
{
vsub[37][i] = v[37].cvsub(i);
vsub[37][NRev + i] = v[37].ccsub(i);
}
v[38] = 0.050505050505050504;
v[39] = v[10] * v[38];
for (int i = 0; i < NRev; i++)
{
vsub[39][i] = v[39].cvsub(i);
vsub[39][NRev + i] = v[39].ccsub(i);
}
v[39].sub(NRev, &sub[8], &sub[12]);
v[34].sub(NRev, &sub[0], &sub[4]);
v[40] = v[39] * v[34];
for (int i = 0; i < NRev; i++)
{
vsub[40][i] = v[40].cvsub(i);
vsub[40][NRev + i] = v[40].ccsub(i);
}
v[40].sub(NRev, &sub[8], &sub[12]);
v[1].sub(NRev, &sub[0], &sub[4]);
v[41] = v[40] * v[1];
for (int i = 0; i < NRev; i++)
{
vsub[41][i] = v[41].cvsub(i);
vsub[41][NRev + i] = v[41].ccsub(i);
}
v[37].sub(NRev, &sub[0], &sub[4]);
v[41].sub(NRev, &sub[8], &sub[12]);
v[42] = v[37] + v[41];
for (int i = 0; i < NRev; i++)
{
vsub[42][i] = v[42].cvsub(i);
vsub[42][NRev + i] = v[42].ccsub(i);
}
v[4].sub(NRev, &sub[8], &sub[12]);
v[3].sub(NRev, &sub[0], &sub[4]);
v[43] = v[4] + v[3];
for (int i = 0; i < NRev; i++)
{
vsub[43][i] = v[43].cvsub(i);
vsub[43][NRev + i] = v[43].ccsub(i);
}
v[44] = 50.0;
v[43].sub(NRev, &sub[0], &sub[4]);
v[45] = v[43] - v[44];
for (int i = 0; i < NRev; i++)
{
vsub[45][i] = v[45].cvsub(i);
vsub[45][NRev + i] = v[45].ccsub(i);
}
v[46] = 0.5;
v[42].sub(NRev, &sub[0], &sub[4]);
v[47] = v[46] * v[42];
for (int i = 0; i < NRev; i++)
{
vsub[47][i] = v[47].cvsub(i);
vsub[47][NRev + i] = v[47].ccsub(i);
}
v[45].sub(NRev, &sub[0], &sub[4]);
v[47].sub(NRev, &sub[8], &sub[12]);
v[48] = v[45] - v[47];
for (int i = 0; i < NRev; i++)
{
vsub[48][i] = v[48].cvsub(i);
vsub[48][NRev + i] = v[48].ccsub(i);
}
v[49] = 19.8;
v[48].sub(NRev, &sub[0], &sub[4]);
v[50] = v[49] * v[48];
for (int i = 0; i < NRev; i++)
{
vsub[50][i] = v[50].cvsub(i);
vsub[50][NRev + i] = v[50].ccsub(i);
}
v[51] = 0.2;
v[22].sub(NRev, &sub[0], &sub[4]);
v[52] = v[22] - v[51];
for (int i = 0; i < NRev; i++)
{
vsub[52][i] = v[52].cvsub(i);
vsub[52][NRev + i] = v[52].ccsub(i);
}
v[52].sub(NRev, &sub[8], &sub[12]);
v[0].sub(NRev, &sub[0+k], &sub[0+k]);
v[53] = v[52] * v[0];
for (int i = 0; i < NRev; i++)
{
vsub[53][i] = v[53].cvsub(i);
vsub[53][NRev + i] = v[53].ccsub(i);
}
//-----------------------------------------------------------------------
// Evaluate subgradients with a reverse sweep through the computational graph
for (int i = 0; i < L1; i++)
{
//vBar[i] = RevMC(v[i]);
if (i == L1 - 1)
{
double Sub[NRev] = {1,0,0,1};
vBar[i].subbar(NRev/2, &Sub[0], &Sub[2]);
}
else
{
vBar[i].subbar(NRev/2);
}
}
vBar[52] = vBar[52] + vBar[53] * tmpv(vsub[53], 2);
vBar[0] = vBar[0] + vBar[53] * tmpv(vsub[53], 1);
vBar[22] = vBar[22] + vBar[52] * tmpv(vsub[52], 1);
vBar[51] = vBar[51] + vBar[52] * tmpv(vsub[52], 2);
vBar[49] = vBar[49] + vBar[50] * tmpv(vsub[50], 2);
vBar[48] = vBar[48] + vBar[50] * tmpv(vsub[50], 1);
vBar[45] = vBar[45] + vBar[48] * tmpv(vsub[48], 1);
vBar[47] = vBar[47] + vBar[48] * tmpv(vsub[48], 2);
vBar[46] = vBar[46] + vBar[47] * tmpv(vsub[47], 2);
vBar[42] = vBar[42] + vBar[47] * tmpv(vsub[47], 1);
vBar[43] = vBar[43] + vBar[45] * tmpv(vsub[45], 1);
vBar[44] = vBar[44] + vBar[45] * tmpv(vsub[45], 2);
vBar[4] = vBar[4] + vBar[43] * tmpv(vsub[43], 2);
vBar[3] = vBar[3] + vBar[43] * tmpv(vsub[43], 1);
vBar[37] = vBar[37] + vBar[42] * tmpv(vsub[42], 1);
vBar[41] = vBar[41] + vBar[42] * tmpv(vsub[42], 2);
vBar[40] = vBar[40] + vBar[41] * tmpv(vsub[41], 2);
vBar[1] = vBar[1] + vBar[41] * tmpv(vsub[41], 1);
vBar[39] = vBar[39] + vBar[40] * tmpv(vsub[40], 2);
vBar[34] = vBar[34] + vBar[40] * tmpv(vsub[40], 1);
vBar[10] = vBar[10] + vBar[39] * tmpv(vsub[39], 1);
vBar[38] = vBar[38] + vBar[39] * tmpv(vsub[39], 2);
vBar[35] = vBar[35] + vBar[37] * tmpv(vsub[37], 1);
vBar[36] = vBar[36] + vBar[37] * tmpv(vsub[37], 2);
vBar[4] = vBar[4] + vBar[35] * tmpv(vsub[35], 2);
vBar[3] = vBar[3] + vBar[35] * tmpv(vsub[35], 1);
vBar[33] = vBar[33] + vBar[34] * tmpv(vsub[34], 2);
vBar[32] = vBar[32] + vBar[34] * tmpv(vsub[34], 1);
vBar[31] = vBar[31] + vBar[32] * tmpv(vsub[32], 2);
vBar[30] = vBar[30] + vBar[32] * tmpv(vsub[32], 1);
vBar[29] = vBar[29] + vBar[30] * tmpv(vsub[30], 2);
vBar[27] = vBar[27] + vBar[30] * tmpv(vsub[30], 1);
vBar[28] = vBar[28] + vBar[29] * tmpv(vsub[29], 2);
vBar[25] = vBar[25] + vBar[29] * tmpv(vsub[29], 1);
vBar[3] = vBar[3] + vBar[27] * tmpv(vsub[27], 1);
vBar[26] = vBar[26] + vBar[27] * tmpv(vsub[27], 2);
vBar[11] = vBar[11] + vBar[25] * tmpv(vsub[25], 1);
vBar[24] = vBar[24] + vBar[25] * tmpv(vsub[25], 2);
vBar[23] = vBar[23] + vBar[24] * tmpv(vsub[24], 2);
vBar[3] = vBar[3] + vBar[24] * tmpv(vsub[24], 1);
vBar[21] = vBar[21] + vBar[22] * tmpv(vsub[22], 2);
vBar[20] = vBar[20] + vBar[22] * tmpv(vsub[22], 1);
vBar[19] = vBar[19] + vBar[20] * tmpv(vsub[20], 2);
vBar[18] = vBar[18] + vBar[20] * tmpv(vsub[20], 1);
vBar[17] = vBar[17] + vBar[18] * tmpv(vsub[18], 2);
vBar[16] = vBar[16] + vBar[18] * tmpv(vsub[18], 1);
vBar[15] = vBar[15] + vBar[16] * tmpv(vsub[16], 2);
vBar[14] = vBar[14] + vBar[16] * tmpv(vsub[16], 1);
vBar[13] = vBar[13] + vBar[14] * tmpv(vsub[14], 2);
vBar[2] = vBar[2] + vBar[14] * tmpv(vsub[14], 1);
break;
case 1:
v[0] = xMC[0];
v[1] = xMC[1];
v[2] = xMC[2];
v[3] = xMC[3];
v[4] = xMC[4];
v[5] = pMC[0];
v[6] = pMC[1];
v[7] = pMC[2];
v[8] = pMC[3];
v[9] = pMC[4];
v[10] = pMC[5];
v[11] = pMC[6];
v[12] = pMC[7];
v[13] = 1.0;
v[2].sub(NRev, &sub[0], &sub[4]);
v[14] = v[13] / v[2];
for (int i = 0; i < NRev; i++)
{
vsub[14][i] = v[14].cvsub(i);
vsub[14][NRev + i] = v[14].ccsub(i);
}
v[15] = 7.1;
v[14].sub(NRev, &sub[0], &sub[4]);
v[16] = v[15] * v[14];
for (int i = 0; i < NRev; i++)
{
vsub[16][i] = v[16].cvsub(i);
vsub[16][NRev + i] = v[16].ccsub(i);
}
v[17] = 1.0;
v[16].sub(NRev, &sub[0], &sub[4]);
v[18] = v[17] + v[16];
for (int i = 0; i < NRev; i++)
{
vsub[18][i] = v[18].cvsub(i);
vsub[18][NRev + i] = v[18].ccsub(i);
}
v[19] = 1.0;
v[18].sub(NRev, &sub[0], &sub[4]);
v[20] = v[19] / v[18];
for (int i = 0; i < NRev; i++)
{
vsub[20][i] = v[20].cvsub(i);
vsub[20][NRev + i] = v[20].ccsub(i);
}
v[21] = 1.2;
v[20].sub(NRev, &sub[0], &sub[4]);
v[22] = v[21] * v[20];
for (int i = 0; i < NRev; i++)
{
vsub[22][i] = v[22].cvsub(i);
vsub[22][NRev + i] = v[22].ccsub(i);
}
v[23] = 1.0;
v[3].sub(NRev, &sub[0], &sub[4]);
v[24] = v[23] / v[3];
for (int i = 0; i < NRev; i++)
{
vsub[24][i] = v[24].cvsub(i);
vsub[24][NRev + i] = v[24].ccsub(i);
}
v[24].sub(NRev, &sub[8], &sub[12]);
v[25] = v[11] * v[24];
for (int i = 0; i < NRev; i++)
{
vsub[25][i] = v[25].cvsub(i);
vsub[25][NRev + i] = v[25].ccsub(i);
}
v[26] = 0.00390625;
v[3].sub(NRev, &sub[0], &sub[4]);
v[27] = v[3] * v[26];
for (int i = 0; i < NRev; i++)
{
vsub[27][i] = v[27].cvsub(i);
vsub[27][NRev + i] = v[27].ccsub(i);
}
v[28] = 1.0;
v[25].sub(NRev, &sub[0], &sub[4]);
v[29] = v[28] + v[25];
for (int i = 0; i < NRev; i++)
{
vsub[29][i] = v[29].cvsub(i);
vsub[29][NRev + i] = v[29].ccsub(i);
}
v[29].sub(NRev, &sub[8], &sub[12]);
v[27].sub(NRev, &sub[0], &sub[4]);
v[30] = v[29] + v[27];
for (int i = 0; i < NRev; i++)
{
vsub[30][i] = v[30].cvsub(i);
vsub[30][NRev + i] = v[30].ccsub(i);
}
v[31] = 1.0;
v[30].sub(NRev, &sub[0], &sub[4]);
v[32] = v[31] / v[30];
for (int i = 0; i < NRev; i++)
{
vsub[32][i] = v[32].cvsub(i);
vsub[32][NRev + i] = v[32].ccsub(i);
}
v[33] = 0.74;
v[32].sub(NRev, &sub[0], &sub[4]);
v[34] = v[33] * v[32];
for (int i = 0; i < NRev; i++)
{
vsub[34][i] = v[34].cvsub(i);
vsub[34][NRev + i] = v[34].ccsub(i);
}
v[4].sub(NRev, &sub[8], &sub[12]);
v[3].sub(NRev, &sub[0], &sub[4]);
v[35] = v[4] + v[3];
for (int i = 0; i < NRev; i++)
{
vsub[35][i] = v[35].cvsub(i);
vsub[35][NRev + i] = v[35].ccsub(i);
}
v[36] = 34.0;
v[35].sub(NRev, &sub[0], &sub[4]);
v[37] = v[35] - v[36];
for (int i = 0; i < NRev; i++)
{
vsub[37][i] = v[37].cvsub(i);
vsub[37][NRev + i] = v[37].ccsub(i);
}
v[38] = 0.050505050505050504;
v[39] = v[10] * v[38];
for (int i = 0; i < NRev; i++)
{
vsub[39][i] = v[39].cvsub(i);
vsub[39][NRev + i] = v[39].ccsub(i);
}
v[39].sub(NRev, &sub[8], &sub[12]);
v[34].sub(NRev, &sub[0], &sub[4]);
v[40] = v[39] * v[34];
for (int i = 0; i < NRev; i++)
{
vsub[40][i] = v[40].cvsub(i);
vsub[40][NRev + i] = v[40].ccsub(i);
}
v[40].sub(NRev, &sub[8], &sub[12]);
v[1].sub(NRev, &sub[0+k], &sub[0+k]);
v[41] = v[40] * v[1];
for (int i = 0; i < NRev; i++)
{
vsub[41][i] = v[41].cvsub(i);
vsub[41][NRev + i] = v[41].ccsub(i);
}
v[37].sub(NRev, &sub[0], &sub[4]);
v[41].sub(NRev, &sub[8], &sub[12]);
v[42] = v[37] + v[41];
for (int i = 0; i < NRev; i++)
{
vsub[42][i] = v[42].cvsub(i);
vsub[42][NRev + i] = v[42].ccsub(i);
}
v[4].sub(NRev, &sub[8], &sub[12]);
v[3].sub(NRev, &sub[0], &sub[4]);
v[43] = v[4] + v[3];
for (int i = 0; i < NRev; i++)
{
vsub[43][i] = v[43].cvsub(i);
vsub[43][NRev + i] = v[43].ccsub(i);
}
v[44] = 50.0;
v[43].sub(NRev, &sub[0], &sub[4]);
v[45] = v[43] - v[44];
for (int i = 0; i < NRev; i++)
{
vsub[45][i] = v[45].cvsub(i);
vsub[45][NRev + i] = v[45].ccsub(i);
}
v[46] = 0.5;
v[42].sub(NRev, &sub[0], &sub[4]);
v[47] = v[46] * v[42];
for (int i = 0; i < NRev; i++)
{
vsub[47][i] = v[47].cvsub(i);
vsub[47][NRev + i] = v[47].ccsub(i);
}
v[45].sub(NRev, &sub[0], &sub[4]);
v[47].sub(NRev, &sub[8], &sub[12]);
v[48] = v[45] - v[47];
for (int i = 0; i < NRev; i++)
{
vsub[48][i] = v[48].cvsub(i);
vsub[48][NRev + i] = v[48].ccsub(i);
}
v[49] = 19.8;
v[48].sub(NRev, &sub[0], &sub[4]);
v[50] = v[49] * v[48];
for (int i = 0; i < NRev; i++)
{
vsub[50][i] = v[50].cvsub(i);
vsub[50][NRev + i] = v[50].ccsub(i);
}
v[51] = 0.2;
v[34].sub(NRev, &sub[0], &sub[4]);
v[52] = v[34] - v[51];
for (int i = 0; i < NRev; i++)
{
vsub[52][i] = v[52].cvsub(i);
vsub[52][NRev + i] = v[52].ccsub(i);
}
v[52].sub(NRev, &sub[8], &sub[12]);
v[1].sub(NRev, &sub[0+k], &sub[0+k]);
v[53] = v[52] * v[1];
for (int i = 0; i < NRev; i++)
{
vsub[53][i] = v[53].cvsub(i);
vsub[53][NRev + i] = v[53].ccsub(i);
}
//-----------------------------------------------------------------------
// Evaluate subgradients with a reverse sweep through the computational graph
for (int i = 0; i < L2; i++)
{
//vBar[i] = RevMC(v[i]);
if (i == L2 - 1)
{
double Sub[NRev] = {1,0,0,1};
vBar[i].subbar(NRev/2, &Sub[0], &Sub[2]);
}
else
{
vBar[i].subbar(NRev/2);
}
}
vBar[52] = vBar[52] + vBar[53] * tmpv(vsub[53], 2);
vBar[1] = vBar[1] + vBar[53] * tmpv(vsub[53], 1);
vBar[34] = vBar[34] + vBar[52] * tmpv(vsub[52], 1);
vBar[51] = vBar[51] + vBar[52] * tmpv(vsub[52], 2);
vBar[49] = vBar[49] + vBar[50] * tmpv(vsub[50], 2);
vBar[48] = vBar[48] + vBar[50] * tmpv(vsub[50], 1);
vBar[45] = vBar[45] + vBar[48] * tmpv(vsub[48], 1);
vBar[47] = vBar[47] + vBar[48] * tmpv(vsub[48], 2);
vBar[46] = vBar[46] + vBar[47] * tmpv(vsub[47], 2);
vBar[42] = vBar[42] + vBar[47] * tmpv(vsub[47], 1);
vBar[43] = vBar[43] + vBar[45] * tmpv(vsub[45], 1);
vBar[44] = vBar[44] + vBar[45] * tmpv(vsub[45], 2);
vBar[4] = vBar[4] + vBar[43] * tmpv(vsub[43], 2);
vBar[3] = vBar[3] + vBar[43] * tmpv(vsub[43], 1);
vBar[37] = vBar[37] + vBar[42] * tmpv(vsub[42], 1);
vBar[41] = vBar[41] + vBar[42] * tmpv(vsub[42], 2);
vBar[40] = vBar[40] + vBar[41] * tmpv(vsub[41], 2);
vBar[1] = vBar[1] + vBar[41] * tmpv(vsub[41], 1);
vBar[39] = vBar[39] + vBar[40] * tmpv(vsub[40], 2);
vBar[34] = vBar[34] + vBar[40] * tmpv(vsub[40], 1);
vBar[10] = vBar[10] + vBar[39] * tmpv(vsub[39], 1);
vBar[38] = vBar[38] + vBar[39] * tmpv(vsub[39], 2);
vBar[35] = vBar[35] + vBar[37] * tmpv(vsub[37], 1);
vBar[36] = vBar[36] + vBar[37] * tmpv(vsub[37], 2);
vBar[4] = vBar[4] + vBar[35] * tmpv(vsub[35], 2);
vBar[3] = vBar[3] + vBar[35] * tmpv(vsub[35], 1);
vBar[33] = vBar[33] + vBar[34] * tmpv(vsub[34], 2);
vBar[32] = vBar[32] + vBar[34] * tmpv(vsub[34], 1);
vBar[31] = vBar[31] + vBar[32] * tmpv(vsub[32], 2);
vBar[30] = vBar[30] + vBar[32] * tmpv(vsub[32], 1);
vBar[29] = vBar[29] + vBar[30] * tmpv(vsub[30], 2);
vBar[27] = vBar[27] + vBar[30] * tmpv(vsub[30], 1);
vBar[28] = vBar[28] + vBar[29] * tmpv(vsub[29], 2);
vBar[25] = vBar[25] + vBar[29] * tmpv(vsub[29], 1);
vBar[3] = vBar[3] + vBar[27] * tmpv(vsub[27], 1);
vBar[26] = vBar[26] + vBar[27] * tmpv(vsub[27], 2);
vBar[11] = vBar[11] + vBar[25] * tmpv(vsub[25], 1);
vBar[24] = vBar[24] + vBar[25] * tmpv(vsub[25], 2);
vBar[23] = vBar[23] + vBar[24] * tmpv(vsub[24], 2);
vBar[3] = vBar[3] + vBar[24] * tmpv(vsub[24], 1);
vBar[21] = vBar[21] + vBar[22] * tmpv(vsub[22], 2);
vBar[20] = vBar[20] + vBar[22] * tmpv(vsub[22], 1);
vBar[19] = vBar[19] + vBar[20] * tmpv(vsub[20], 2);
vBar[18] = vBar[18] + vBar[20] * tmpv(vsub[20], 1);
vBar[17] = vBar[17] + vBar[18] * tmpv(vsub[18], 2);
vBar[16] = vBar[16] + vBar[18] * tmpv(vsub[18], 1);
vBar[15] = vBar[15] + vBar[16] * tmpv(vsub[16], 2);
vBar[14] = vBar[14] + vBar[16] * tmpv(vsub[16], 1);
vBar[13] = vBar[13] + vBar[14] * tmpv(vsub[14], 2);
vBar[2] = vBar[2] + vBar[14] * tmpv(vsub[14], 1);
break;
case 2:
v[0] = xMC[0];
v[1] = xMC[1];
v[2] = xMC[2];
v[3] = xMC[3];
v[4] = xMC[4];
v[5] = pMC[0];
v[6] = pMC[1];
v[7] = pMC[2];
v[8] = pMC[3];
v[9] = pMC[4];
v[10] = pMC[5];
v[11] = pMC[6];
v[12] = pMC[7];
v[13] = 1.0;
v[2].sub(NRev, &sub[0+k], &sub[0+k]);
v[14] = v[13] / v[2];
for (int i = 0; i < NRev; i++)
{
vsub[14][i] = v[14].cvsub(i);
vsub[14][NRev + i] = v[14].ccsub(i);
}
v[15] = 7.1;
v[14].sub(NRev, &sub[0], &sub[4]);
v[16] = v[15] * v[14];
for (int i = 0; i < NRev; i++)
{
vsub[16][i] = v[16].cvsub(i);
vsub[16][NRev + i] = v[16].ccsub(i);
}
v[17] = 1.0;
v[16].sub(NRev, &sub[0], &sub[4]);
v[18] = v[17] + v[16];
for (int i = 0; i < NRev; i++)
{
vsub[18][i] = v[18].cvsub(i);
vsub[18][NRev + i] = v[18].ccsub(i);
}
v[19] = 1.0;
v[18].sub(NRev, &sub[0], &sub[4]);
v[20] = v[19] / v[18];
for (int i = 0; i < NRev; i++)
{
vsub[20][i] = v[20].cvsub(i);
vsub[20][NRev + i] = v[20].ccsub(i);
}
v[21] = 1.2;
v[20].sub(NRev, &sub[0], &sub[4]);
v[22] = v[21] * v[20];
for (int i = 0; i < NRev; i++)
{
vsub[22][i] = v[22].cvsub(i);
vsub[22][NRev + i] = v[22].ccsub(i);
}
v[23] = 1.0;
v[3].sub(NRev, &sub[0], &sub[4]);
v[24] = v[23] / v[3];
for (int i = 0; i < NRev; i++)
{
vsub[24][i] = v[24].cvsub(i);
vsub[24][NRev + i] = v[24].ccsub(i);
}
v[24].sub(NRev, &sub[8], &sub[12]);
v[25] = v[11] * v[24];
for (int i = 0; i < NRev; i++)
{
vsub[25][i] = v[25].cvsub(i);
vsub[25][NRev + i] = v[25].ccsub(i);
}
v[26] = 0.00390625;
v[3].sub(NRev, &sub[0], &sub[4]);
v[27] = v[3] * v[26];
for (int i = 0; i < NRev; i++)
{
vsub[27][i] = v[27].cvsub(i);
vsub[27][NRev + i] = v[27].ccsub(i);
}
v[28] = 1.0;
v[25].sub(NRev, &sub[0], &sub[4]);
v[29] = v[28] + v[25];
for (int i = 0; i < NRev; i++)
{
vsub[29][i] = v[29].cvsub(i);
vsub[29][NRev + i] = v[29].ccsub(i);
}
v[29].sub(NRev, &sub[8], &sub[12]);
v[27].sub(NRev, &sub[0], &sub[4]);
v[30] = v[29] + v[27];
for (int i = 0; i < NRev; i++)
{
vsub[30][i] = v[30].cvsub(i);
vsub[30][NRev + i] = v[30].ccsub(i);
}
v[31] = 1.0;
v[30].sub(NRev, &sub[0], &sub[4]);
v[32] = v[31] / v[30];
for (int i = 0; i < NRev; i++)
{
vsub[32][i] = v[32].cvsub(i);
vsub[32][NRev + i] = v[32].ccsub(i);
}
v[33] = 0.74;
v[32].sub(NRev, &sub[0], &sub[4]);
v[34] = v[33] * v[32];
for (int i = 0; i < NRev; i++)
{
vsub[34][i] = v[34].cvsub(i);
vsub[34][NRev + i] = v[34].ccsub(i);
}
v[4].sub(NRev, &sub[8], &sub[12]);
v[3].sub(NRev, &sub[0], &sub[4]);
v[35] = v[4] + v[3];
for (int i = 0; i < NRev; i++)
{
vsub[35][i] = v[35].cvsub(i);
vsub[35][NRev + i] = v[35].ccsub(i);
}
v[36] = 34.0;
v[35].sub(NRev, &sub[0], &sub[4]);
v[37] = v[35] - v[36];
for (int i = 0; i < NRev; i++)
{
vsub[37][i] = v[37].cvsub(i);
vsub[37][NRev + i] = v[37].ccsub(i);
}
v[38] = 0.050505050505050504;
v[39] = v[10] * v[38];
for (int i = 0; i < NRev; i++)
{
vsub[39][i] = v[39].cvsub(i);
vsub[39][NRev + i] = v[39].ccsub(i);
}
v[39].sub(NRev, &sub[8], &sub[12]);
v[34].sub(NRev, &sub[0], &sub[4]);
v[40] = v[39] * v[34];
for (int i = 0; i < NRev; i++)
{
vsub[40][i] = v[40].cvsub(i);
vsub[40][NRev + i] = v[40].ccsub(i);
}
v[40].sub(NRev, &sub[8], &sub[12]);
v[1].sub(NRev, &sub[0], &sub[4]);
v[41] = v[40] * v[1];
for (int i = 0; i < NRev; i++)
{
vsub[41][i] = v[41].cvsub(i);
vsub[41][NRev + i] = v[41].ccsub(i);
}
v[37].sub(NRev, &sub[0], &sub[4]);
v[41].sub(NRev, &sub[8], &sub[12]);
v[42] = v[37] + v[41];
for (int i = 0; i < NRev; i++)
{
vsub[42][i] = v[42].cvsub(i);
vsub[42][NRev + i] = v[42].ccsub(i);
}
v[4].sub(NRev, &sub[8], &sub[12]);
v[3].sub(NRev, &sub[0], &sub[4]);
v[43] = v[4] + v[3];
for (int i = 0; i < NRev; i++)
{
vsub[43][i] = v[43].cvsub(i);
vsub[43][NRev + i] = v[43].ccsub(i);
}
v[44] = 50.0;
v[43].sub(NRev, &sub[0], &sub[4]);
v[45] = v[43] - v[44];
for (int i = 0; i < NRev; i++)
{
vsub[45][i] = v[45].cvsub(i);
vsub[45][NRev + i] = v[45].ccsub(i);
}
v[46] = 0.5;
v[42].sub(NRev, &sub[0], &sub[4]);
v[47] = v[46] * v[42];
for (int i = 0; i < NRev; i++)
{
vsub[47][i] = v[47].cvsub(i);
vsub[47][NRev + i] = v[47].ccsub(i);
}
v[45].sub(NRev, &sub[0], &sub[4]);
v[47].sub(NRev, &sub[8], &sub[12]);
v[48] = v[45] - v[47];
for (int i = 0; i < NRev; i++)
{
vsub[48][i] = v[48].cvsub(i);
vsub[48][NRev + i] = v[48].ccsub(i);
}
v[49] = 19.8;
v[48].sub(NRev, &sub[0], &sub[4]);
v[50] = v[49] * v[48];
for (int i = 0; i < NRev; i++)
{
vsub[50][i] = v[50].cvsub(i);
vsub[50][NRev + i] = v[50].ccsub(i);
}
v[51] = 5.0;
v[2].sub(NRev, &sub[0+k], &sub[0+k]);
v[52] = v[51] - v[2];
for (int i = 0; i < NRev; i++)
{
vsub[52][i] = v[52].cvsub(i);
vsub[52][NRev + i] = v[52].ccsub(i);