VOID PrintAvailableMemory()
{
WCHAR sz[MAX_PATH] = { 0 };
_i64tow_s(GetAvailableMemory(), sz, _countof(sz), 10);
std::wstring s = AddComma(sz);
logw(L"AvailableMemory: %s", s.c_str());
}
void OpenMPManager::InitializeVectors(int Npoints){
g_freq = new double[Npoints];
TrackMemory(size_t(Npoints)*sizeof(double));
g_intens = new double[Npoints];
TrackMemory(size_t(Npoints)*sizeof(double));
//We create seperate intensities for each thread
for(int i = 0; i < total_threads; i++){
t_intens[i] = new double[Npoints];
TrackMemory(size_t(Npoints)*sizeof(double));
}
if(profile==VOIGT)
N_trans = GetAvailableMemory()/(sizeof(double)+sizeof(double)+sizeof(double)+sizeof(int)+sizeof(double) + sizeof(double));
else
N_trans = GetAvailableMemory()/(sizeof(double)+sizeof(double)+sizeof(double)+sizeof(int));
printf("Number of transitions in memory = %d\n",N_trans);
g_energies = new double[N_trans];
TrackMemory(sizeof(double)*size_t(N_trans));
g_nu = new double[N_trans];
TrackMemory(sizeof(double)*size_t(N_trans));
g_aif = new double[N_trans];
TrackMemory(sizeof(double)*size_t(N_trans));
g_gns = new int[N_trans];
TrackMemory(sizeof(int)*size_t(N_trans));
if(profile==VOIGT){
g_gamma = new double[N_trans];
TrackMemory(sizeof(double)*size_t(N_trans));
g_n = new double[N_trans];
TrackMemory(sizeof(double)*size_t(N_trans));
}
}
