void before_printing_d(t_data *data, t_specify *spec, long long n)
{
char pad_field;
int sign_printed;
sign_printed = 0;
if (spec->positive_sign == true || spec->space == true || n < 0)
spec->sign = 1;
calculate_fields(spec, spec->nb_len, &spec->n_dot, &spec->n_field);
if (spec->negative_sign == false)
{
pad_field = ' ';
if (spec->dot == false && spec->zero_pad == true)
{
pad_field = '0';
sign_printed = put_sign(data, spec, n);
}
while (--spec->n_field >= 0)
data->ret += write(1, &pad_field, 1);
}
if (!sign_printed)
put_sign(data, spec, n);
while (--spec->n_dot >= 0)
data->ret += write(1, "0", 1);
}
/*
* MULTITHREADING
*A loop through all three parameters
* "v": voltage, "z": z-axis, "y": y-axis
* example: TRACSsim->loop_on("x","v","y");
*
*/
void TRACSInterface::loop_on(int tid)
{
params[0] = 0; //zPos
params[1] = 0; //yPos;
params[2] = 0; //vPos;
n_par0 = (int) z_shifts_array[tid].size()-1;
//n_par0 = n_zSteps_array;
n_par1 = n_ySteps;
n_par2 = n_vSteps;
//loop
for (params[2] = 0; params[2] < n_par2 + 1; params[2]++)
{
detector->set_voltages(voltages[params[2]], vDepletion);
calculate_fields();
for (params[1] = 0; params[1] < n_par1 + 1; params[1]++)
{
set_yPos(y_shifts[params[1]]);
for (params[0] = 0; params[0] < n_par0 + 1; params[0]++)
{
std::cout << "Height " << z_shifts_array[tid][params[0]] << " of " << z_shifts.back() << " || Y Position " << y_shifts[params[1]] << " of " << y_shifts.back() << " || Voltage " << voltages[params[2]] << " of " << voltages.back() << std::endl;
set_zPos(z_shifts_array[tid][params[0]]);
simulate_ramo_current();
i_ramo = GetItRamo();
i_ramo_array[tid][params[0]] = i_ramo; // for output
i_ramo = NULL;
i_rc = GetItRc();
i_rc_array[tid][params[0]] = i_rc; // for output
mtx2.lock();
i_conv = GetItConv();
i_conv_array[tid][params[0]] = i_conv; // for output
mtx2.unlock();
//write to file
//mtx2.lock();
//utilities::write_to_file_row(hetct_conv_filename, i_conv, detector->get_temperature(), y_shifts[params[1]], z_shifts_array[tid][params[0]], voltages[params[2]]);
//utilities::write_to_file_row(hetct_noconv_filename, i_ramo, detector->get_temperature(), y_shifts[params[1]], z_shifts_array[tid][params[0]], voltages[params[2]]);
//mtx2.unlock();
}
}
//std::string root_filename = start+"_dt"+dtime+"ps_"+cap+"pF_t"+trap+"ns_"+voltage+"V_"+neigh+"nns_"+scanType+".root";
// std::string hetct_filename = start+"_dt"+dtime+"ps_"+cap+"pF_t"+trap+"ns_dz"+stepZ+"um_dy"+stepY+"dV"+stepV+"V_"+neigh+"nns_"+scanType+".hetct";
// Open a ROOT file to save result
//TFile *tfile = new TFile(root_filename.c_str(), "RECREATE" );
//i_ramo->Write();
//i_rc->Write();
//tfile->Close();
}
/*if(error)
{
std::cout<<"Error in loop_on(str1, str2, str3), invalid input arguments! Use (\"z\", \"y\", \"v\")!" << std::endl;
}
*/
n_par0 = 0;
n_par1 = 0;
n_par2 = 0;
}
