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WIP: Use vector calls in eospac interpolation. #161

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WIP: Use vector calls in eospac interpolation. #161

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45 changes: 45 additions & 0 deletions sesame2spiner/io_eospac.cpp
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Original file line number Diff line number Diff line change
Expand Up @@ -67,6 +67,51 @@ void eosDataOfRhoSie(int matid, const Bounds &lRhoBounds, const Bounds &leBounds

// Loop by hand to ensure ordering ordering of independent
// variables is under our control.
std::vector<EOS_REAL> rho_ses, sie_ses;
for (size_t j = 0; j < rhos.size(); ++j) {
for (size_t i = 0; i < sies.size(); ++i) {
rho_ses.push_back(densityToSesame(rhos[j]));
sie_ses.push_back(sieToSesame(sies[i]));
}
}

const auto grid_size = rho_ses.size();
std::vector<EOS_REAL> dx_ses(grid_size), dy_ses(grid_size), T_ses(grid_size),
P_ses(grid_size), DTDR_E_ses(grid_size), DTDE_R_ses(grid_size),
DPDR_T_ses(grid_size), DPDT_R_ses(grid_size), DEDR_T_ses(grid_size),
DEDT_R_ses(grid_size), DPDE_R_ses(grid_size), var_ses(grid_size);

bool no_error = true;
no_error = no_error && eosSafeInterpolate(&eospacTofRE, grid_size, rho_ses.data(), sie_ses.data(),
T_ses.data(), DTDR_E_ses.data(), DTDE_R_ses.data(),
"TofRE", eospacWarn);
no_error = no_error && eosSafeInterpolate(&eospacPofRT, grid_size, rho_ses.data(), T_ses.data(),
P_ses.data(), DPDR_T_ses.data(), DPDT_R_ses.data(),
"PofRT", eospacWarn);
no_error = no_error && eosSafeInterpolate(&eospacEofRT, grid_size, rho_ses.data(), T_ses.data(),
var_ses.data(), DEDR_T_ses.data(), DEDT_R_ses.data(),
"EofRT", eospacWarn);
size_t grid_i = 0;
for (size_t j = 0; j < rhos.size(); ++j) {
for (size_t i = 0; i < sies.size(); ++i) {
Real DPDE_R = DPDT_R_ses[grid_i] / DEDT_R_ses[grid_i];
Real bMod = getBulkModulus(rho_ses[grid_i], P_ses[grid_i], DPDR_T_ses[grid_i],
DPDE_R, DEDR_T_ses[grid_i]);
Ts(j, i) = temperatureFromSesame(T_ses[grid_i]);
Ps(j, i) = pressureFromSesame(P_ses[grid_i]);
bMods(j, i) = bulkModulusFromSesame(std::max(bMod, 0.0));
dPdRho(j, i) = pressureFromSesame(DPDR_T_ses[grid_i] +
DTDR_E_ses[grid_i] * DPDT_R_ses[grid_i]);
dPde(j, i) = sieToSesame(pressureFromSesame(DPDT_R_ses[grid_i] * DTDE_R_ses[grid_i]));
dTdRho(j, i) = temperatureFromSesame(DTDR_E_ses[grid_i]);
dTde(j, i) = sieToSesame(temperatureFromSesame(DTDE_R_ses[grid_i]));
dEdRho(j, i) = densityToSesame(sieFromSesame(DEDR_T_ses[grid_i]));
// not sure what to do about mask
//mask(j, i) = no_errors ? 1.0 : 0.0;
grid_i += 1;
}
}

for (size_t j = 0; j < rhos.size(); j++) {
Real rho = densityToSesame(rhos[j]);
for (size_t i = 0; i < sies.size(); i++) {
Expand Down