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def-Export.cpp
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def-Export.cpp
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///////////////////////////////////////////////////////////
//
// This cpp file contains the definitions for the functions
// required to export the data
///////////////////////////////////////////////////////////
//
//
// class Export_Formatted_Data::
//
// This class receives the output matrices and saves the
// data in txt files with recognizable name after it attaches
// a small header with information necessary for plotting.
//
//
// class Restart_Facility::
//
// This class writes restart files from each node, and
// reads restart files for each node.
///////////////////////////////////////////////////////////
///////////////////////////////////////////////////////////
// Standard libraries
#include <iostream>
#include <vector>
#include <valarray>
#include <complex>
#include <fstream>
#include <iomanip>
#include <cstdlib>
#include <sstream>
#include <string>
#include <cstring>
#include <math.h>
// My libraries
#include "matrices.h"
// Declerations
#include "decl-input.h"
#include "decl-state.h"
#include "decl-export.h"
//**************************************************************
//**************************************************************
// Definition for the Export class
//**************************************************************
//**************************************************************
//**************************************************************
//--------------------------------------------------------------
Export_Formatted_Data::Export_Formatted_Data()
//--------------------------------------------------------------
// Constructor
//--------------------------------------------------------------
: xglob_axis(Inputdata::IN().inp().xglob), // total x-axis
yglob_axis(Inputdata::IN().inp().yglob), // total y-axis
pr(Inputdata::IN().inp().pr), // p-radius axis
lname(24,11),
dtout(Inputdata::IN().cont().dt_out),
px(Inputdata::IN().outp().px),
p1(Inputdata::IN().outp().p1),
p2(Inputdata::IN().outp().p2),
p3(Inputdata::IN().outp().p3){
//--------------------------------------------------------------
B_MG = -1.0;
E_TVpM = -1.0;
x_um = -1.0;
t_fs = -1.0;
double wp, cwp;
//wp = 5.64*1.0e+4*sqrt(Inputdata::IN().list().density_np);
//cwp = 3.0*1.0e+10/wp;
//--- e-i
wp = 1.316556666e+3*sqrt(Inputdata::IN().list().density_np)*Inputdata::IN().list().Zeta;
cwp = 2.9979e+10/wp;
// Denormalize length and time
if (Inputdata::IN().list().denormalize_length) {
x_um = cwp * 1.0e+4;
t_fs = 1.0e+15 / wp;
x_str = "x[um]";
y_str = "y[um]";
}
else {
x_str = "x[c/wp]";
y_str = "y[c/wp]";
}
// Denormalize Electromagnetic fields, E(TV/m), B(MGauss)
if (Inputdata::IN().list().denormalize_fields) {
//E_TVpM = (0.511*1.0e-6/cwp)*100;
//B_MG = (1.602*1.0e-19)*(3.0*1.0e+9)/((2.818*1.0e-13)*cwp)*1.0e-6;
//--- e-i
E_TVpM = 9.382447e-2/cwp/Inputdata::IN().list().Zeta;
B_MG = 3.12965/cwp/Inputdata::IN().list().Zeta;
//cout<<"B mg:"<<B_MG<<endl;
J_sa = 14.4*Inputdata::IN().list().density_np*Inputdata::IN().list().Zeta;
}
if(Inputdata::IN().list().o_pmulti >0){
for(int i=0;i<24;i++)
lname(i) = i;
}
}
//--------------------------------------------------------------
//--------------------------------------------------------------
void Export_Formatted_Data:: Export_Ex(size_t step, Matrix2D<float>& ex){
//--------------------------------------------------------------
// Export Ex to OUTPUT/FLD/EX/Ex_*.txt
//--------------------------------------------------------------
// Local variables
char *filename;
const int accuracy = 10;
string filetype("OUTPUT/FLD/EX/Ex");
ofstream SaveFile;
// Change the filename to indicate de-normalized variables
if ( E_TVpM > 0 ) filetype = "OUTPUT/FLD/EX/Ex_d";
// Executable statements
filetype = adj_name(filetype,step);
filename = new char [filetype.size()+1];
strcpy(filename, filetype.c_str());
SaveFile.open(filename);
SaveFile.flush();
SaveFile << setprecision(accuracy);
// header
if ( E_TVpM > 0 ) {
SaveFile << "Ex[TV/m]\n";
}
else {
SaveFile << "Ex[mcwp/e]\n";
}
SaveFile << x_str << "\n";
SaveFile << y_str << "\n";
SaveFile << static_cast<float>(dtout*step*abs(t_fs))<<"\n";
SaveFile << ex.dim1()<<"\n" << ex.dim2()<<"\n";
for (size_t i(0); i < ex.dim1(); ++i)
SaveFile << static_cast<float>(xglob_axis(i)*abs(x_um))<<"\n";
for (size_t j(0); j < ex.dim2(); ++j)
SaveFile << static_cast<float>(yglob_axis(j)*abs(x_um))<<"\n";
// data
for (size_t i(0); i< ex.dim1()*ex.dim2(); ++i)
SaveFile << (ex(i)*abs(E_TVpM)) <<"\n";
SaveFile.flush();
SaveFile.close();
delete[] filename;
}
//--------------------------------------------------------------
//--------------------------------------------------------------
void Export_Formatted_Data:: Export_Ey(size_t step, Matrix2D<float>& ey){
//--------------------------------------------------------------
// Export Ex to OUTPUT/FLD/Ey/Ey_*.txt
//--------------------------------------------------------------
// Local variables
char *filename;
const int accuracy = 10;
string filetype("OUTPUT/FLD/EY/Ey");
ofstream SaveFile;
// Change the filename to indicate de-normalized variables
if ( E_TVpM > 0 ) filetype = "OUTPUT/FLD/EY/Ey_d";
// Executable statements
filetype = adj_name(filetype,step);
filename = new char [filetype.size()+1];
strcpy(filename, filetype.c_str());
SaveFile.open(filename);
SaveFile.flush();
SaveFile << setprecision(accuracy);
// header
if ( E_TVpM > 0 ) {
SaveFile << "Ey[TV/m]\n";
}
else {
SaveFile << "Ey[mcwp/e]\n";
}
SaveFile << x_str << "\n";
SaveFile << y_str << "\n";
SaveFile << static_cast<float>(dtout*step*abs(t_fs))<<"\n";
SaveFile << ey.dim1()<<"\n" << ey.dim2()<<"\n";
for (size_t i(0); i < ey.dim1(); ++i)
SaveFile << static_cast<float>(xglob_axis(i)*abs(x_um))<<"\n";
for (size_t j(0); j < ey.dim2(); ++j)
SaveFile << static_cast<float>(yglob_axis(j)*abs(x_um))<<"\n";
// data
for (size_t i(0); i< ey.dim1()*ey.dim2(); ++i)
SaveFile << (ey(i)*abs(E_TVpM)) <<"\n";
SaveFile.flush();
SaveFile.close();
delete[] filename;
}
//--------------------------------------------------------------
//--------------------------------------------------------------
void Export_Formatted_Data:: Export_Ez(size_t step, Matrix2D<float>& ez){
//--------------------------------------------------------------
// Export Ez to OUTPUT/FLD/Ez/Ez_*.txt
//--------------------------------------------------------------
// Local variables
char *filename;
const int accuracy = 10;
string filetype("OUTPUT/FLD/EZ/Ez");
ofstream SaveFile;
// Change the filename to indicate de-normalized variables
if ( E_TVpM > 0 ) filetype = "OUTPUT/FLD/EZ/Ez_d";
// Executable statements
filetype = adj_name(filetype,step);
filename = new char [filetype.size()+1];
strcpy(filename, filetype.c_str());
SaveFile.open(filename);
SaveFile.flush();
SaveFile << setprecision(accuracy);
// header
if ( E_TVpM > 0 ) {
SaveFile << "Ez[TV/m]\n";
}
else {
SaveFile << "Ez[mcwp/e]\n";
}
SaveFile << x_str << "\n";
SaveFile << y_str << "\n";
SaveFile << static_cast<float>(dtout*step*abs(t_fs))<<"\n";
SaveFile << ez.dim1()<<"\n" << ez.dim2()<<"\n";
for (size_t i(0); i < ez.dim1(); ++i)
SaveFile << static_cast<float>(xglob_axis(i)*abs(x_um))<<"\n";
for (size_t j(0); j < ez.dim2(); ++j)
SaveFile << static_cast<float>(yglob_axis(j)*abs(x_um))<<"\n";
// data
for (size_t i(0); i< ez.dim1()*ez.dim2(); ++i)
SaveFile << (ez(i)*abs(E_TVpM)) <<"\n";
SaveFile.flush();
SaveFile.close();
delete[] filename;
}
//--------------------------------------------------------------
//--------------------------------------------------------------
void Export_Formatted_Data:: Export_Bx(size_t step, Matrix2D<float>& bx){
//--------------------------------------------------------------
// Export Bx to OUTPUT/FLD/Bx/Bx_*.txt
//--------------------------------------------------------------
// Local variables
char *filename;
const int accuracy = 10;
string filetype("OUTPUT/FLD/BX/Bx");
ofstream SaveFile;
// Change the filename to indicate de-normalized variables
if ( B_MG > 0 ) filetype = "OUTPUT/FLD/BX/Bx_d";
// Executable statements
filetype = adj_name(filetype,step);
filename = new char [filetype.size()+1];
strcpy(filename, filetype.c_str());
SaveFile.open(filename);
SaveFile.flush();
SaveFile << setprecision(accuracy);
// header
if ( B_MG > 0 ) {
SaveFile << "Bx[MG]\n";
}
else {
SaveFile << "Bx[mcwp/e]\n";
}
SaveFile << x_str << "\n";
SaveFile << y_str << "\n";
SaveFile << static_cast<float>(dtout*step*abs(t_fs))<<"\n";
SaveFile << bx.dim1()<<"\n" << bx.dim2()<<"\n";
for (size_t i(0); i < bx.dim1(); ++i)
SaveFile << static_cast<float>(xglob_axis(i)*abs(x_um))<<"\n";
for (size_t j(0); j < bx.dim2(); ++j)
SaveFile << static_cast<float>(yglob_axis(j)*abs(x_um))<<"\n";
// data
for (size_t i(0); i< bx.dim1()*bx.dim2(); ++i)
SaveFile << (bx(i)*abs(B_MG)) <<"\n";
SaveFile.flush();
SaveFile.close();
delete[] filename;
}
//--------------------------------------------------------------
//--------------------------------------------------------------
void Export_Formatted_Data:: Export_By(size_t step, Matrix2D<float>& by){
//--------------------------------------------------------------
// Export By to OUTPUT/FLD/By/By_*.txt
//--------------------------------------------------------------
// Local variables
char *filename;
const int accuracy = 10;
string filetype("OUTPUT/FLD/BY/By");
ofstream SaveFile;
// Change the filename to indicate de-normalized variables
if ( B_MG > 0 ) filetype = "OUTPUT/FLD/BY/By_d";
// Executable statements
filetype = adj_name(filetype,step);
filename = new char [filetype.size()+1];
strcpy(filename, filetype.c_str());
SaveFile.open(filename);
SaveFile.flush();
SaveFile << setprecision(accuracy);
// header
if ( B_MG > 0 ) {
SaveFile << "By[MG]\n";
}
else {
SaveFile << "By[mcwp/e]\n";
}
SaveFile << x_str << "\n";
SaveFile << y_str << "\n";
SaveFile << static_cast<float>(dtout*step*abs(t_fs))<<"\n";
SaveFile << by.dim1()<<"\n" << by.dim2()<<"\n";
for (size_t i(0); i < by.dim1(); ++i)
SaveFile << static_cast<float>(xglob_axis(i)*abs(x_um))<<"\n";
for (size_t j(0); j < by.dim2(); ++j)
SaveFile << static_cast<float>(yglob_axis(j)*abs(x_um))<<"\n";
// data
for (size_t i(0); i< by.dim1()*by.dim2(); ++i)
SaveFile << (by(i)*abs(B_MG)) <<"\n";
SaveFile.flush();
SaveFile.close();
delete[] filename;
}
//--------------------------------------------------------------
//--------------------------------------------------------------
void Export_Formatted_Data:: Export_Bz(size_t step, Matrix2D<float>& bz){
//--------------------------------------------------------------
// Export Bz to OUTPUT/FLD/Bz/Bz_*.txt
//--------------------------------------------------------------
// Local variables
char *filename;
const int accuracy = 10;
string filetype("OUTPUT/FLD/BZ/Bz");
ofstream SaveFile;
// Change the filename to indicate de-normalized variables
if ( B_MG > 0 ) filetype = "OUTPUT/FLD/BZ/Bz_d";
// Executable statements
filetype = adj_name(filetype,step);
filename = new char [filetype.size()+1];
strcpy(filename, filetype.c_str());
SaveFile.open(filename);
SaveFile.flush();
SaveFile << setprecision(accuracy);
// header
if ( B_MG > 0 ) {
SaveFile << "Bz[MG]\n";
}
else {
SaveFile << "Bz[mcwp/e]\n";
}
SaveFile << x_str << "\n";
SaveFile << y_str << "\n";
SaveFile << static_cast<float>(dtout*step*abs(t_fs))<<"\n";
SaveFile << bz.dim1()<<"\n" << bz.dim2()<<"\n";
for (size_t i(0); i < bz.dim1(); ++i)
SaveFile << static_cast<float>(xglob_axis(i)*abs(x_um))<<"\n";
for (size_t j(0); j < bz.dim2(); ++j)
SaveFile << static_cast<float>(yglob_axis(j)*abs(x_um))<<"\n";
// data
for (size_t i(0); i< bz.dim1()*bz.dim2(); ++i)
SaveFile << (bz(i)*abs(B_MG)) <<"\n";
SaveFile.flush();
SaveFile.close();
delete[] filename;
}
//--------------------------------------------------------------
//--------------------------------------------------------------
void Export_Formatted_Data:: Export_mom(size_t step, Matrix2D<float>& moment, string moment_name){
//--------------------------------------------------------------
// Export a moment of the distribution function
//--------------------------------------------------------------
// Local variables
char *filename;
const int accuracy = 10;
ofstream SaveFile;
string output_title;
// Executable statements
if (moment_name == "OUTPUT/MOM/Vx/Vx") output_title = "Vx[c]";
if (moment_name == "OUTPUT/MOM/Vy/Vy") output_title = "Vy[c]";
if (moment_name == "OUTPUT/MOM/Vz/Vz") output_title = "Vz[c]";
if (moment_name == "OUTPUT/MOM/VxVx/VxVx") output_title = "VxVx[c^2]";
if (moment_name == "OUTPUT/MOM/VyVy/VyVy") output_title = "VyVy[c^2]";
if (moment_name == "OUTPUT/MOM/VzVz/VzVz") output_title = "VzVz[c^2]";
if (moment_name == "OUTPUT/MOM/VxVy/VxVy") output_title = "VxVy[c^2]";
if (moment_name == "OUTPUT/MOM/VxVz/VxVz") output_title = "VxVz[c^2]";
if (moment_name == "OUTPUT/MOM/VyVz/VyVz") output_title = "VyVz[c^2]";
if (moment_name == "OUTPUT/MOM/Vsq/Vsq") output_title = "V^2[c^2]";
if (moment_name == "OUTPUT/MOM/T_eV/T") output_title = "T[eV]";
if (moment_name == "OUTPUT/MOM/P_Mbar/P") output_title = "P[Mbar]";
if (moment_name == "OUTPUT/MOM/ND/ND") output_title = "ND";
if (moment_name == "OUTPUT/MOM/Qx/Qx") output_title = "Qx";
if (moment_name == "OUTPUT/MOM/Qx/Kx") output_title = "Kx";
if (moment_name == "OUTPUT/MOM/Qy/Qy") output_title = "Qy";
if (moment_name == "OUTPUT/MOM/Qy/Ky") output_title = "Ky";
if (moment_name == "OUTPUT/MOM/N/x1x2") output_title = "N[np]";
if (moment_name == "OUTPUT/MOM/Pth/pth") output_title = "pth[mc]";
if (moment_name == "OUTPUT/MOM/Gam/Gam") output_title = "Gamma";
if (moment_name == "OUTPUT/MOM/Px/GVx") output_title = "Px";
if (moment_name == "OUTPUT/MOM/Py/GVy") output_title = "Py";
if (moment_name == "OUTPUT/MOM/Pz/GVz") output_title = "Pz";
if (moment_name == "OUTPUT/MOM/PxPx/PxVx") output_title = "PxVx";
if (moment_name == "OUTPUT/MOM/PyPy/PyVy") output_title = "PyVy";
if (moment_name == "OUTPUT/MOM/PzPz/PzVz") output_title = "PzVz";
if (moment_name == "OUTPUT/MOM/PxPy/PyVx") output_title = "PyVx";
if (moment_name == "OUTPUT/MOM/PxPz/PzVx") output_title = "PzVx";
if (moment_name == "OUTPUT/MOM/PyPz/PzVy") output_title = "PzVy";
//for Jx,Jy,Jz
if (moment_name == "OUTPUT/FLD/JX/Jx") output_title = "Jx[enpc]";
if (moment_name == "OUTPUT/FLD/JY/Jy") output_title = "Jy[enpc]";
if (moment_name == "OUTPUT/FLD/JZ/Jz") output_title = "Jz[enpc]";
moment_name = adj_name(moment_name,step);
filename = new char [moment_name.size()+1];
strcpy(filename, moment_name.c_str());
SaveFile.open(filename);
SaveFile.flush();
SaveFile << setprecision(accuracy);
// header
SaveFile << output_title <<"\n";
SaveFile << x_str << "\n";
SaveFile << y_str << "\n";
SaveFile << static_cast<float>(dtout*step*abs(t_fs))<<"\n";
SaveFile << moment.dim1()<<"\n" << moment.dim2()<<"\n";
for (size_t i(0); i < moment.dim1(); ++i)
SaveFile << static_cast<float>(xglob_axis(i)*abs(x_um))<<"\n";
for (size_t j(0); j < moment.dim2(); ++j)
SaveFile << static_cast<float>(yglob_axis(j)*abs(x_um))<<"\n";
// data
for (size_t i=0; i< moment.dim1()* moment.dim2(); ++i)
SaveFile << moment(i)<<"\n";
SaveFile.flush();
SaveFile.close();
delete[] filename;
}
//--------------------------------------------------------------
//--------------------------------------------------------------
void Export_Formatted_Data:: Export_p1x1(size_t step, Matrix2D<float>& p1x1){
//--------------------------------------------------------------
// Export high definition p1x1
//--------------------------------------------------------------
// Local variables
char *filename;
const int accuracy = 10;
string filetype = "OUTPUT/DISTR/P1X1/p1x1";
ofstream SaveFile;
// Executable statements
filetype = adj_name(filetype,step);
filename = new char [filetype.size()+1];
strcpy(filename, filetype.c_str());
SaveFile.open(filename);
SaveFile.flush();
SaveFile << setprecision(accuracy);
// header
SaveFile << "f(p1x1)\n";
SaveFile << "p[mc]\n";
SaveFile << x_str << "\n";
SaveFile << static_cast<float>(dtout*step*abs(t_fs))<<"\n";
SaveFile << p1x1.dim1()<<"\n" << p1x1.dim2()<<"\n";
for (size_t i(0); i < px.dim(); ++i)
SaveFile << static_cast<float>(px(i))<<"\n";
for (size_t i(0); i < p1x1.dim2(); ++i)
SaveFile << static_cast<float>(xglob_axis(i)*abs(x_um))<<"\n";
// data
for (size_t i(0); i< p1x1.dim(); ++i)
SaveFile << p1x1(i)<<"\n";
SaveFile.flush();
SaveFile.close();
delete[] filename;
}
//--------------------------------------------------------------
//
//--------------------------------------------------------------
void Export_Formatted_Data:: Export_ps(size_t step, Matrix2D<float>& p1x1){
//--------------------------------------------------------------
// Export high definition pmulti
//--------------------------------------------------------------
// Local variables
char *filename;
const int accuracy = 10;
string filetype = "OUTPUT/DISTR/Pmulti/pm";
ofstream SaveFile;
// Executable statements
filetype = adj_name(filetype,step);
filename = new char [filetype.size()+1];
strcpy(filename, filetype.c_str());
SaveFile.open(filename);
SaveFile.flush();
SaveFile << setprecision(accuracy);
//new array
//lname -. constructor
// header
SaveFile << "f(pm)\n";
SaveFile << "p[mc]\n";
SaveFile << "lm\n";
SaveFile << static_cast<float>(dtout*step*abs(t_fs))<<"\n";
SaveFile << p1x1.dim1()<<"\n" << p1x1.dim2()<<"\n";
for (size_t i(0); i < pr.dim(); ++i)
SaveFile << static_cast<float>(pr(i))<<"\n";
for (size_t i(0); i < p1x1.dim2(); ++i)
SaveFile << static_cast<int>(lname(i))<<"\n";
// data
for (size_t i(0); i< p1x1.dim(); ++i)
SaveFile << p1x1(i)<<"\n";
SaveFile.flush();
SaveFile.close();
delete[] filename;
}
//--------------------------------------------------------------
//--------------------------------------------------------------
void Export_Formatted_Data:: Export_p1p2p3(size_t step, Matrix3D<float>& p1p2p3){
//--------------------------------------------------------------
// Export 3D data: p1p2p3
//--------------------------------------------------------------
// Local variables
char *filename;
const int accuracy = 10;
string filetype = "OUTPUT/DISTR/P1P2P3/p1p2p3";
ofstream SaveFile;
// Executable statements
filetype = adj_name(filetype,step);
filename = new char [filetype.size()+1];
strcpy(filename, filetype.c_str());
SaveFile.open(filename);
SaveFile.flush();
SaveFile << setprecision(accuracy);
// header
SaveFile << static_cast<float>(dtout*step)<<"\n";
SaveFile << p1p2p3.dim1()<<"\n" << p1p2p3.dim2()<<"\n" << p1p2p3.dim3()<<"\n";
for (size_t i(0); i < p1.dim(); ++i)
SaveFile << static_cast<float>(p1(i))<<"\n";
for (size_t j(0); j < p2.dim(); ++j)
SaveFile << static_cast<float>(p2(j))<<"\n";
for (size_t k(0); k < p3.dim(); ++k)
SaveFile << static_cast<float>(p3(k))<<"\n";
// data
for (size_t i(0); i< p1p2p3.dim(); ++i)
SaveFile << p1p2p3(i)<<"\n";
SaveFile.flush();
SaveFile.close();
delete[] filename;
}
//--------------------------------------------------------------
//--------------------------------------------------------------
void Export_Formatted_Data:: Export_p1x1x2(size_t step, Matrix3D<float>& p1x1x2){
//--------------------------------------------------------------
// Export 3D data: p1x1x2
//--------------------------------------------------------------
// Local variables
char *filename;
const int accuracy = 10;
string filetype = "OUTPUT/DISTR/P1X1X2/p1x1x2";
ofstream SaveFile;
// Executable statements
filetype = adj_name(filetype,step);
filename = new char [filetype.size()+1];
strcpy(filename, filetype.c_str());
SaveFile.open(filename);
SaveFile.flush();
SaveFile << setprecision(accuracy);
// header
SaveFile << static_cast<float>(dtout*step)<<"\n";
SaveFile << p1x1x2.dim1()<<"\n" << p1x1x2.dim2()<<"\n" << p1x1x2.dim3()<<"\n";
for (size_t i(0); i < p1.dim(); ++i)
SaveFile << static_cast<float>(p1(i))<<"\n";
for (size_t i(0); i < xglob_axis.dim(); ++i)
SaveFile << static_cast<float>(xglob_axis(i))<<"\n";
for (size_t j(0); j < yglob_axis.dim(); ++j)
SaveFile << static_cast<float>(yglob_axis(j))<<"\n";
// data
for (size_t i=0; i< p1x1x2.dim(); ++i)
SaveFile << p1x1x2(i)<<"\n";
SaveFile.flush();
SaveFile.close();
delete[] filename;
}
//--------------------------------------------------------------
//--------------------------------------------------------------
string Export_Formatted_Data:: adj_name(string filetype, size_t step){
//--------------------------------------------------------------
// Adjust filename
//--------------------------------------------------------------
// Local Variables
stringstream adjfilenum(stringstream::in | stringstream::out | stringstream::trunc);
stringstream filenum(stringstream::in | stringstream::out | stringstream::trunc);
const int digits = 5;
// Executalbe statements
filenum.flush(); adjfilenum.flush();
filenum << step;
adjfilenum << "_";
for (size_t j = (filenum.str()).length(); j < digits; ++j)
adjfilenum << "0";
adjfilenum << step;
return filetype.append(adjfilenum.str()).append(".txt");
}
//--------------------------------------------------------------
//**************************************************************
//**************************************************************
//--------------------------------------------------------------
bool Export_Facility::FileExists(const char* _filePath) {
//--------------------------------------------------------------
// Check if a file exists
//--------------------------------------------------------------
bool retval = false;
std::ifstream in(_filePath);
if (in.good())
retval = true;
in.close();
return retval;
}
//--------------------------------------------------------------
//--------------------------------------------------------------
void Export_Facility::Export_numerics(int rank, int list_size, vector<float>& Ehist){
//--------------------------------------------------------------
// Export numerics
//--------------------------------------------------------------
//
// Local variables
char *filename;
const int accuracy = 10;
string filetype = "OUTPUT/NUM/En";
ofstream SaveFile;
// Executable statements
// Create filename
filetype = Numerics_adj_name(filetype,static_cast<size_t>(rank));
filename = new char [filetype.size()+1];
strcpy(filename, filetype.c_str());
// If the file exists don't create the header
if ( FileExists(filename) ) {
SaveFile.open(filename,ios::app);
SaveFile.flush();
}
else {
// Make a header
SaveFile.open(filename,ios::app);
SaveFile.flush();
SaveFile << static_cast<float>(list_size)<<"\n";
}
// Export data
for(size_t ind(0); ind < Ehist.size(); ++ind ) {
SaveFile << Ehist.at(ind) << "\n";
}
SaveFile.flush();
SaveFile.close();
Ehist.erase(Ehist.begin(), Ehist.end());
delete[] filename;
}
//--------------------------------------------------------------
//--------------------------------------------------------------
string Export_Facility::Numerics_adj_name(string filetype, size_t NodeRank){
//--------------------------------------------------------------
// Adjust filename
//--------------------------------------------------------------
// Local Variables
stringstream adjfilenum(stringstream::in | stringstream::out | stringstream::trunc);
stringstream filenum(stringstream::in | stringstream::out | stringstream::trunc);
const int digits = 5;
// Executalbe statements
filenum.flush(); adjfilenum.flush();
filenum << NodeRank;
adjfilenum << "_";
for (size_t j = (filenum.str()).length(); j < digits; ++j) {
adjfilenum << "0";
}
adjfilenum << NodeRank;
return filetype.append(adjfilenum.str()).append(".txt");
}
//--------------------------------------------------------------
//**************************************************************
//**************************************************************
//**************************************************************
// Definition for the Export class
//**************************************************************
//**************************************************************
//**************************************************************
//--------------------------------------------------------------
Restart_Facility::Restart_Facility() {
//--------------------------------------------------------------
// Constructor
//--------------------------------------------------------------
}
//--------------------------------------------------------------
//--------------------------------------------------------------
void Restart_Facility::Read(int rank, int re_step, Stat& Y) {
//--------------------------------------------------------------
// Read restart file
//--------------------------------------------------------------
char *filename;
string filetype("RESTART/re");
// Executable statements
filetype = adj_name(filetype, rank, re_step);
filename = new char [filetype.size()+1];
strcpy(filename, filetype.c_str());
ifstream fin(filename, ios::binary);
// Read restart data
for(size_t nh(0); nh < Y.DF().dim(); ++nh){
for(size_t i(0); i < Y.SH(nh).dim(); ++i){
fin.read((char *)(&Y.SH(nh)(i)), sizeof(Y.SH(nh)(i)));
}
}
for(size_t nf(0); nf < Y.EMF().dim(); ++nf){
for(size_t i(0); i < Y.FLD(nf).numx()*Y.FLD(nf).numy(); ++i){
fin.read((char *)(&Y.FLD(nf)(i)), sizeof(Y.FLD(nf)(i)));
}
}
fin.close();
delete[] filename;
}
//--------------------------------------------------------------
//--------------------------------------------------------------
void Restart_Facility::Write(int rank, int re_step, Stat& Y) {
//--------------------------------------------------------------
// Write restart file
//--------------------------------------------------------------
char *filename;
string filetype("RESTART/re");
// Executable statements
filetype = adj_name(filetype, rank, re_step);
filename = new char [filetype.size()+1];
strcpy(filename, filetype.c_str());
ofstream fout(filename, ios::binary);
// Save restart data
for(size_t nh(0); nh < Y.DF().dim(); ++nh){
for(size_t i(0); i < Y.SH(nh).dim(); ++i){
fout.write((char *)(&Y.SH(nh)(i)), sizeof(Y.SH(nh)(i)));
}
}
for(size_t nf(0); nf < Y.EMF().dim(); ++nf){
for(size_t i(0); i < Y.FLD(nf).numx()*Y.FLD(nf).numy(); ++i){
fout.write((char *)(&Y.FLD(nf)(i)), sizeof(Y.FLD(nf)(i)));
}
}
fout.flush();
fout.close();
delete[] filename;
}
//--------------------------------------------------------------
//--------------------------------------------------------------
string Restart_Facility:: adj_name(string filetype, int rank, int re_step){
//--------------------------------------------------------------
// Adjust filename
//--------------------------------------------------------------
// Local Variables
stringstream adjfilenum_rank(stringstream::in | stringstream::out | stringstream::trunc);
stringstream filenum_rank(stringstream::in | stringstream::out | stringstream::trunc);
const int digits_rank = 6;
// Executalbe statements
filenum_rank.flush(); adjfilenum_rank.flush();
filenum_rank << rank;
adjfilenum_rank << "_";
for (size_t j = (filenum_rank.str()).length(); j < digits_rank; ++j)
adjfilenum_rank << "0";
adjfilenum_rank << rank;
// Local Variables
stringstream adjfilenum_step(stringstream::in | stringstream::out | stringstream::trunc);
stringstream filenum_step(stringstream::in | stringstream::out | stringstream::trunc);
const int digits_step = 3;
// Executalbe statements
filenum_step.flush(); adjfilenum_step.flush();
filenum_step << re_step;
adjfilenum_step << "_";
for (size_t j = (filenum_step.str()).length(); j < digits_step; ++j)
adjfilenum_step << "0";
adjfilenum_step << re_step;
return filetype.append(adjfilenum_rank.str()).append(adjfilenum_step.str()).append(".dat");
}
//--------------------------------------------------------------
//**************************************************************