source: Sophya/trunk/SigPredictor/makebolotimeline.cc@ 975

                        // Dominique YVON, CEA/DAPNIA/SPP 02/2000

#include <iomanip.h>
#ifdef __MWERKS__
   #include "macenvvariables.h"
#else
        # define ERROR_LABEL -32768
#endif

#include "makebolotimeline.h"


MakeBoloTimeline::MakeBoloTimeline(char file[], AbsLightSource& LSrc, 
                AbsLobeNoPolar& Lobe, SpectralResponse &Filter, Normalisation Norm)
        :tool(&LSrc,&Lobe,&Filter), NormMethode(Norm)
{
#ifndef __MWERKS__
  char* PATHResults=getenv("PATHResults"); 
#endif
        char filecur[150];
// On remplit le ReadMe
        sprintf(filecur,"%s%s.ReadMe", PATHResults,file);
        cout<<filecur<<endl;
        ofstream ReadMe(filecur,ios::out|ios::trunc);
        
        ReadMe<<" Fichier de timeline pour:"<<endl;
        ReadMe<<" La source physique: "<<endl;
        LSrc.print(ReadMe);
        ReadMe<<" Le Lobe : "<<endl;
        Lobe.print(ReadMe);
        ReadMe<<" Le Filtre: "<<endl;
        Filter.Print(ReadMe);   
        ReadMe<<endl;
        
        NormRJ=tool.NormKelvinRayleighJeans();
        NormTCMB=tool.NormKelvinCMB();
        
//      ReadMe.setf(ios::scientific);
        ReadMe<< setprecision(3);
        ReadMe<<" Constantes de normalisation"<<endl;
        ReadMe<<" RayleighJeans: "<<NormRJ<< " KelvinRJ/(W/m2)"<<endl;
        ReadMe<<" TempeCMB: "<<NormTCMB<< " Kelvin CMB/(W/m2)"<<endl;
        
        ReadMe<<"Cette carte est en unitŽ: ";
        switch(NormMethode)
        {       
                case TempeCMB: 
                {       ReadMe<< "Kelvin CMB"<<endl;
                        break;
                }
                case RayleighJeans:
                {       ReadMe<< "Kelvin RayleighJeans"<<endl;
                        break;
                }
                default: ReadMe<< "Watt/m2 effectif de mirroir"<<endl;
        }
        ReadMe<<"Fichier ecrit selon le format"<<endl;
        ReadMe<<"Radian\tRadian\tAbove Unit"<<endl;
        
        // J'espere que c'est assez 
        ReadMe.close();
        
        sprintf(filecur,"%s%s.dat", PATHResults,file);
        
        pMystr= new ofstream(filecur,ios::out|ios::trunc);
//      pMystr->setf(ios::scientific);
        (*pMystr)<<setprecision(5);
}

void MakeBoloTimeline::addToStreamArchTOI(double theta,double phi)
{       //       Theta en heures, Phi en degres
        if((theta==ERROR_LABEL)||(phi==ERROR_LABEL)) return;
        double thetaRad=theta*15./180*M_PI;
        double phiRad=phi/180.*M_PI;
        
        addToStream(theta,phi);
}

void MakeBoloTimeline::addToStream(double theta,double phi)
{       // theta et Phi en Radian.      
        switch (NormMethode)
        {
                case RayleighJeans:
                {       double TempeRJ= NormRJ*tool.compPixel(theta,phi);
                        (*pMystr)<<theta<<'\t'<<phi<<'\t'<<TempeRJ<<'\n';
                        return;
                }
                case TempeCMB:
                {       double tempeCMB= NormTCMB*tool.compPixel(theta,phi);
                        (*pMystr)<<theta<<'\t'<<phi<<'\t'<<tempeCMB<<'\n';
                        return;
                }
                default:
                {       double power=tool.compPixel(theta,phi);
                        (*pMystr)<<theta<<'\t'<<phi<<'\t'<<power<<'\n';
                        return;
                }
        }
}