log.cpp

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#define WANT_STREAM

#include "log.h"
#include <iostream>
#include <matrix/newmatio.h>
#include <fstream>
#include <time.h>

#ifdef __unix__
void log::_strtime(char* output)
{
        time_t now = time(NULL);
        struct tm* local = localtime(&now);
        char* tempstring = asctime(local);
        tempstring[19] = '\0';
        strcpy(output,tempstring);
}
#endif


void log::write(string log) {
        ofstream logfile;
        char timeStr [19];
        #ifndef __WINDOWS__
        _strtime( timeStr );
        #else
        _strtime_s( timeStr );
        #endif
        
        logfile.open (m_filename, ios::out | ios::app);
        logfile << timeStr << " " << log << "\n";
        logfile.close();
}

void log::write(string log, double data) {
        ofstream logfile;
        char timeStr [19];
        #ifndef __WINDOWS__
        _strtime( timeStr );
        #else
        _strtime_s( timeStr );
        #endif
        logfile.open (m_filename, ios::out | ios::app);
        logfile << timeStr << " " << log << ": " << data << "\n";
        logfile.close();
}

void log::write(string log, int data) {
        ofstream logfile;
        char timeStr [19];
        #ifndef __WINDOWS__
        _strtime( timeStr );
        #else
        _strtime_s( timeStr );
        #endif
        logfile.open (m_filename, ios::out | ios::app);
        logfile << timeStr << " " << log << ": " << data << "\n";
        logfile.close();
}

void log::write(string log, Matrix data) {
        ofstream logfile;
        char timeStr [19];
        #ifndef __WINDOWS__
        _strtime( timeStr );
        #else
        _strtime_s( timeStr );
        #endif
        logfile.open (m_filename, ios::out | ios::app);
        logfile << timeStr << " " << log << "\n";
        logfile << "Dim: [" << data.Nrows() << "," << data.Ncols() << "]\n";
        logfile.close();
        if(m_debug) {
                ofstream matrixfile;
                matrixfile.open (log.append("-MATRIX.log").c_str());
                matrixfile << setw(10) << setprecision(5) << data;
                matrixfile.close();
        }
}

void log::write(string log, ExampleModel data) {
        ofstream logfile;
        char timeStr [19];
        #ifndef __WINDOWS__
        _strtime( timeStr );
        #else
        _strtime_s( timeStr );
        #endif
        logfile.open (m_filename, ios::out | ios::app);
        logfile << timeStr << " " << log << "\n";
        logfile << "Vertices: " << data.getVertexs().size()  << "\n";
        logfile << "Faces:    " << data.getFaces().size()  << "\n";
        logfile.close();
        if(m_debug) {
                ofstream modelfile;
                modelfile.open (log.append("-MODEL.log").c_str());
                for(int i=0;i<(int)data.getVertexs().size();i++) {
                        modelfile       << "Index: " << data.getVertexs()[i]->getIndex() << "\n";
                        modelfile       << "Normal: (" << data.getVertexs()[i]->getNormal()->x;
                        modelfile       << "," << data.getVertexs()[i]->getNormal()->y;
                        modelfile       << "," << data.getVertexs()[i]->getNormal()->z << ")\n";
                        modelfile       << "Coordinate: (" << data.getVertexs()[i]->getCoordinates()->x;
                        modelfile       << "," << data.getVertexs()[i]->getCoordinates()->y;
                        modelfile       << "," << data.getVertexs()[i]->getCoordinates()->z << ")\n";
                }
                modelfile.close();
        }
}

void log::write(string log, ReferenceModel data) {
        ofstream logfile;
        char timeStr [19];
        #ifndef __WINDOWS__
        _strtime( timeStr );
        #else
        _strtime_s( timeStr );
        #endif
        logfile.open (m_filename, ios::out | ios::app);
        logfile << timeStr << " " << log << "\n";
        logfile << "Vertices: " << data.getVertexs().size()  << "\n";
        logfile << "Faces:    " << data.getFaces().size()  << "\n";
        logfile.close();
        if(m_debug) {
                ofstream modelfile;
                modelfile.open (log.append("-MODEL.log").c_str());
                modelfile << "Vertices: " << data.getVertexs().size() << "\n";
                modelfile << "faces:    " << data.getFaces().size() << "\n";
                for(int i=0;i<(int)data.getVertexs().size();i++) {
                        modelfile       << "Index: " << data.getVertexs()[i]->getIndex() << "\n";
                        modelfile       << "Normal: (" << data.getVertexs()[i]->getNormal()->x;
                        modelfile       << "," << data.getVertexs()[i]->getNormal()->y;
                        modelfile       << "," << data.getVertexs()[i]->getNormal()->z << ")\n";
                        modelfile       << "Coordinate: (" << data.getVertexs()[i]->getCoordinates()->x;
                        modelfile       << "," << data.getVertexs()[i]->getCoordinates()->y;
                        modelfile       << "," << data.getVertexs()[i]->getCoordinates()->z << ")\n";
                }
                modelfile.close();
        }
}

void log::clear() {
        ofstream logfile;
        logfile.open (m_filename, ios::out);
        logfile << "";
        logfile.close();
}

void log::setDebug(bool debug) {
        m_debug = debug;
}

const char* log::m_filename = "PCG.log";
bool log::m_debug = false;

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