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acceptance_collect.cc
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/*
LOG
16/03/16 : apparently working version for [3,40] range
22/03/16 : changing storage form Lyon to CASTOR
0X/04/16 : minor fixes
20/04/16 : added parallelized version
22/04/16 : lifted version
*/
#include <iostream>
#include <iomanip>
#include <fstream>
#include <TFile.h>
#include <TH1F.h>
#include <TH2F.h>
#include <TCanvas.h>
#include <TMatrixD.h>
#include <TMatrixTUtils.h>
#include <TTree.h>
#include <TBranch.h>
#include <TLeaf.h>
#include <TGraphErrors.h>
#include <TArrow.h>
#include "acceptance_collect.h"
//******************************************************************************
// Flags
//******************************************************************************
#define Y2006 0
#define Y2012 0
#define Y2016 1
#define SPREAD 1
//******************************************************************************
// User Defined Outputs
//******************************************************************************
#if BW
#define dirroot "/u/sciteam/pierre1/production/software/Multiplicities/acceptance"
#else
#define dirroot "/sps/compass/npierre/Multiplicities/acceptance"
#endif
using namespace std;
//******************************************************************************
// RELATIVE DIFFERENCE
//******************************************************************************
Double_t RelDiff(int c, int x, int y, int z, int m, int had)
{
Double_t min=fAcceptance_zvtx[x][y][z][0].tab[c][m][0][had];
Double_t max=fAcceptance_zvtx[x][y][z][0].tab[c][m][0][had];
for(int i=1; i<4; i++)
{
if(fAcceptance_zvtx[x][y][z][i].tab[c][m][0][had]>max)
max=fAcceptance_zvtx[x][y][z][i].tab[c][m][0][had];
if(fAcceptance_zvtx[x][y][z][i].tab[c][m][0][had]<max)
min=fAcceptance_zvtx[x][y][z][i].tab[c][m][0][had];
}
return (min ? Double_t((max-min)/min) : 0);
}
//******************************************************************************
// Y AVERAGING/INTEGRATION
//******************************************************************************
void yavg(int c, int x, int z)
{
int rec[2][4] = {{0,0,0,0},{0,0,0,0}};
int gen[2][4] = {{0,0,0,0},{0,0,0,0}};
int dis[2][3] = {{0,0,0},{0,0,0}};
int dis_MC[2][3] = {{0,0,0},{0,0,0}};
int rec_c[2][4] = {{0,0,0,0},{0,0,0,0}};
int dis_c[2][3] = {{0,0,0},{0,0,0}};
for(int i=0; i<4; i++)
{
for(int j=0; j<2; j++)
{
fRcstr_yavg[j][i]=0;
fNDIS_evt_yavg[j][i]=0;
fGnrt_yavg[j][i]=0;
fNDIS_evt_MC_yavg[j][i]=0;
fRcstr_c_yavg[j][i]=0;
fNDIS_evt_c_yavg[j][i]=0;
}
}
for(int i=0; i<6; i++)
{
for(int j=0; j<2; j++)
{
fRcstr_yavg[j][0]+=fRcstr[x][i][z].tab[c][j][0][0];
if(fRcstr[x][i][z].tab[c][j][0][0]) rec[j][0]++;
fRcstr_yavg[j][1]+=fRcstr[x][i][z].tab[c][j][0][1];
if(fRcstr[x][i][z].tab[c][j][0][1]) rec[j][1]++;
fRcstr_yavg[j][2]+=fRcstr[x][i][z].tab[c][j][0][2];
if(fRcstr[x][i][z].tab[c][j][0][2]) rec[j][2]++;
fRcstr_yavg[j][3]+=fRcstr[x][i][z].tab[c][j][0][3];
if(fRcstr[x][i][z].tab[c][j][0][3]) rec[j][3]++;
fNDIS_evt_yavg[j][0]+=fNDIS_evt[0][j][x][i][z];
if(fNDIS_evt[0][j][x][i][z]) dis[j][0]++;
fNDIS_evt_yavg[j][1]+=fNDIS_evt[1][j][x][i][z];
if(fNDIS_evt[1][j][x][i][z]) dis[j][1]++;
fNDIS_evt_yavg[j][2]+=fNDIS_evt[2][j][x][i][z];
if(fNDIS_evt[2][j][x][i][z]) dis[j][2]++;
fGnrt_yavg[j][0]+=fGnrt[x][i][z].tab[c][j][0][0];
if(fGnrt[x][i][z].tab[c][j][0][0]) gen[j][0]++;
fGnrt_yavg[j][1]+=fGnrt[x][i][z].tab[c][j][0][1];
if(fGnrt[x][i][z].tab[c][j][0][1]) gen[j][1]++;
fGnrt_yavg[j][2]+=fGnrt[x][i][z].tab[c][j][0][2];
if(fGnrt[x][i][z].tab[c][j][0][2]) gen[j][2]++;
fGnrt_yavg[j][3]+=fGnrt[x][i][z].tab[c][j][0][3];
if(fGnrt[x][i][z].tab[c][j][0][3]) gen[j][3]++;
fNDIS_evt_MC_yavg[j][0]+=fNDIS_evt_MC[0][j][x][i][z];
if(fNDIS_evt_MC[0][j][x][i][z]) dis_MC[j][0]++;
fNDIS_evt_MC_yavg[j][1]+=fNDIS_evt_MC[1][j][x][i][z];
if(fNDIS_evt_MC[1][j][x][i][z]) dis_MC[j][1]++;
fNDIS_evt_MC_yavg[j][2]+=fNDIS_evt_MC[2][j][x][i][z];
if(fNDIS_evt_MC[2][j][x][i][z]) dis_MC[j][2]++;
fRcstr_c_yavg[j][0]+=fRcstr_c[x][i][z].tab[c][j][0][0];
if(fRcstr_c[x][i][z].tab[c][j][0][0]) rec_c[j][0]++;
fRcstr_c_yavg[j][1]+=fRcstr_c[x][i][z].tab[c][j][0][1];
if(fRcstr_c[x][i][z].tab[c][j][0][1]) rec_c[j][1]++;
fRcstr_c_yavg[j][2]+=fRcstr_c[x][i][z].tab[c][j][0][2];
if(fRcstr_c[x][i][z].tab[c][j][0][2]) rec_c[j][2]++;
fRcstr_c_yavg[j][3]+=fRcstr_c[x][i][z].tab[c][j][0][3];
if(fRcstr_c[x][i][z].tab[c][j][0][3]) rec_c[j][3]++;
fNDIS_evt_c_yavg[j][0]+=fNDIS_evt_c[0][j][x][i][z];
if(fNDIS_evt_c[0][j][x][i][z]) dis_c[j][0]++;
fNDIS_evt_c_yavg[j][1]+=fNDIS_evt_c[1][j][x][i][z];
if(fNDIS_evt_c[1][j][x][i][z]) dis_c[j][1]++;
fNDIS_evt_c_yavg[j][2]+=fNDIS_evt_c[2][j][x][i][z];
if(fNDIS_evt_c[2][j][x][i][z]) dis_c[j][2]++;
}
}
// (rec[0] ? fRcstr_yavg[0] /= rec[0] : 0);
// (rec[1] ? fRcstr_yavg[1] /= rec[1] : 0);
// (rec[2] ? fRcstr_yavg[2] /= rec[2] : 0);
// (rec[3] ? fRcstr_yavg[3] /= rec[3] : 0);
// (dis[0] ? fNDIS_evt_yavg[0] /= dis[0] : 0);
// (dis[1] ? fNDIS_evt_yavg[1] /= dis[1] : 0);
// (dis[2] ? fNDIS_evt_yavg[2] /= dis[2] : 0);
// (gen[0] ? fGnrt_yavg[0] /= gen[0] : 0);
// (gen[1] ? fGnrt_yavg[1] /= gen[1] : 0);
// (gen[2] ? fGnrt_yavg[2] /= gen[2] : 0);
// (gen[3] ? fGnrt_yavg[3] /= gen[3] : 0);
// (dis_MC[0] ? fNDIS_evt_MC_yavg[0] /= dis_MC[0] : 0);
// (dis_MC[1] ? fNDIS_evt_MC_yavg[1] /= dis_MC[1] : 0);
// (dis_MC[2] ? fNDIS_evt_MC_yavg[2] /= dis_MC[2] : 0);
// (rec_c[0] ? fRcstr_c_yavg[0] /= rec_c[0] : 0);
// (rec_c[1] ? fRcstr_c_yavg[1] /= rec_c[1] : 0);
// (rec_c[2] ? fRcstr_c_yavg[2] /= rec_c[2] : 0);
// (rec_c[3] ? fRcstr_c_yavg[3] /= rec_c[3] : 0);
// (dis_c[0] ? fNDIS_evt_c_yavg[0] /= dis_c[0] : 0);
// (dis_c[1] ? fNDIS_evt_c_yavg[1] /= dis_c[1] : 0);
// (dis_c[2] ? fNDIS_evt_c_yavg[2] /= dis_c[2] : 0);
}
//******************************************************************************
// RESETTING VALUES
//******************************************************************************
void resetValues()
{
for(int c=0; c<2; c++)
{
for(int i=0; i<9; i++)
{
for(int j=0; j<6; j++)
{
for(int k=0; k<12; k++)
{
if(!c)
{
for(int n=0; n<3; n++)
{
for(int m=0; m<2; m++)
{
fNDIS_evt[n][m][i][j][k]=0; fNDIS_evt_c[n][m][i][j][k]=0; fNDIS_evt_MC[n][m][i][j][k]=0;
for(int l=0; l<4; l++)
{
fNDIS_evt_zvtx[n][m][i][j][k][l]=0; fNDIS_evt_MC_zvtx[n][m][i][j][k][l]=0;
}
}
}
}
for(int n=0; n<3; n++)
{
for(int m=0; m<2; m++)
{
fRcstr[i][j][k].tab[c][m][0][n]=0; fRcstr_c[i][j][k].tab[c][m][0][n]=0; fGnrt[i][j][k].tab[c][m][0][n]=0;
for(int l=0; l<4; l++)
{
fRcstr_zvtx[i][j][k][l].tab[c][m][0][n]=0; fGnrt_zvtx[i][j][k][l].tab[c][m][0][n]=0;
}
}
}
}
}
}
}
}
//******************************************************************************
// MAIN
//******************************************************************************
int main(int argc, char **argv)
{
if(argc < 2)
{
cout << "ERROR : Not enough arguments." << endl;
cout << "Asked : at least 1 *** Received : " << argc-1 << endl;
cout << "./acccollect periodFile" << endl;
return 1;
}
int year=0;
if(Y2006) year=2006;
else if(Y2012) year=2012;
else if(Y2016) year=2016;
// Files
ifstream periods(argv[1]);
string filelist, periodName;
int periodBit;
while(periods >> periodName)
{
periods >> periodBit;
if(!periodBit) continue;
double dummyd;
ifstream DIS_file(Form("acceptance/%d/DIS/DIS_%s.txt",year,periodName.c_str()));
ifstream DIS_zvtx_file(Form("acceptance/%d/DIS/DIS_zvtx_%s.txt",year,periodName.c_str()));
ifstream had_file(Form("acceptance/%d/hadron/hadron_%s.txt",year,periodName.c_str()));
ifstream had_zvtx_file(Form("acceptance/%d/hadron/hadron_zvtx_%s.txt",year,periodName.c_str()));
ifstream had_th_file(Form("acceptance/%d/hadron/hadron_theta_%s.txt",year,periodName.c_str()));
ifstream had_pt_file(Form("acceptance/%d/hadron/hadron_pt_%s.txt",year,periodName.c_str()));
for(int c=0; c<2; c++)
{
for(int i=0; i<9; i++)
{
for(int j=0; j<6; j++)
{
for(int k=0; k<12; k++)
{
if(!c)
{
DIS_file >> dummyd;
fNDIS_evt[0][1][i][j][k] += dummyd;
DIS_file >> dummyd;
fNDIS_evt_c[0][1][i][j][k] += dummyd;
DIS_file >> dummyd;
fNDIS_evt_MC[0][1][i][j][k] += dummyd;
DIS_file >> dummyd;
fNDIS_evt[1][1][i][j][k] += dummyd;
DIS_file >> dummyd;
fNDIS_evt_c[1][1][i][j][k] += dummyd;
DIS_file >> dummyd;
fNDIS_evt_MC[1][1][i][j][k] += dummyd;
DIS_file >> dummyd;
fNDIS_evt[2][1][i][j][k] += dummyd;
DIS_file >> dummyd;
fNDIS_evt_c[2][1][i][j][k] += dummyd;
DIS_file >> dummyd;
fNDIS_evt_MC[2][1][i][j][k] += dummyd;
DIS_file >> dummyd;
fNDIS_evt[0][0][i][j][k] += dummyd;
DIS_file >> dummyd;
fNDIS_evt_c[0][0][i][j][k] += dummyd;
DIS_file >> dummyd;
fNDIS_evt_MC[0][0][i][j][k] += dummyd;
DIS_file >> dummyd;
fNDIS_evt[1][0][i][j][k] += dummyd;
DIS_file >> dummyd;
fNDIS_evt_c[1][0][i][j][k] += dummyd;
DIS_file >> dummyd;
fNDIS_evt_MC[1][0][i][j][k] += dummyd;
DIS_file >> dummyd;
fNDIS_evt[2][0][i][j][k] += dummyd;
DIS_file >> dummyd;
fNDIS_evt_c[2][0][i][j][k] += dummyd;
DIS_file >> dummyd;
fNDIS_evt_MC[2][0][i][j][k] += dummyd;
DIS_zvtx_file >> dummyd;
fNDIS_evt_zvtx[0][1][i][j][k][0] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_zvtx[0][1][i][j][k][1] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_zvtx[0][1][i][j][k][2] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_zvtx[0][1][i][j][k][3] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_MC_zvtx[0][1][i][j][k][0] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_MC_zvtx[0][1][i][j][k][1] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_MC_zvtx[0][1][i][j][k][2] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_MC_zvtx[0][1][i][j][k][3] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_zvtx[1][1][i][j][k][0] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_zvtx[1][1][i][j][k][1] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_zvtx[1][1][i][j][k][2] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_zvtx[1][1][i][j][k][3] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_MC_zvtx[1][1][i][j][k][0] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_MC_zvtx[1][1][i][j][k][1] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_MC_zvtx[1][1][i][j][k][2] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_MC_zvtx[1][1][i][j][k][3] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_zvtx[2][1][i][j][k][0] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_zvtx[2][1][i][j][k][1] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_zvtx[2][1][i][j][k][2] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_zvtx[2][1][i][j][k][3] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_MC_zvtx[2][1][i][j][k][0] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_MC_zvtx[2][1][i][j][k][1] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_MC_zvtx[2][1][i][j][k][2] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_MC_zvtx[2][1][i][j][k][3] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_zvtx[0][0][i][j][k][0] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_zvtx[0][0][i][j][k][1] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_zvtx[0][0][i][j][k][2] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_zvtx[0][0][i][j][k][3] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_MC_zvtx[0][0][i][j][k][0] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_MC_zvtx[0][0][i][j][k][1] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_MC_zvtx[0][0][i][j][k][2] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_MC_zvtx[0][0][i][j][k][3] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_zvtx[1][0][i][j][k][0] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_zvtx[1][0][i][j][k][1] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_zvtx[1][0][i][j][k][2] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_zvtx[1][0][i][j][k][3] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_MC_zvtx[1][0][i][j][k][0] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_MC_zvtx[1][0][i][j][k][1] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_MC_zvtx[1][0][i][j][k][2] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_MC_zvtx[1][0][i][j][k][3] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_zvtx[2][0][i][j][k][0] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_zvtx[2][0][i][j][k][1] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_zvtx[2][0][i][j][k][2] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_zvtx[2][0][i][j][k][3] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_MC_zvtx[2][0][i][j][k][0] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_MC_zvtx[2][0][i][j][k][1] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_MC_zvtx[2][0][i][j][k][2] += dummyd;
// cout << dummyd << " ";
DIS_zvtx_file >> dummyd;
fNDIS_evt_MC_zvtx[2][0][i][j][k][3] += dummyd;
// cout << dummyd << " ";
// cout <<endl;
}
for(int ll=0; ll<4; ll++)
{
had_file >> dummyd;
fRcstr[i][j][k].tab[c][1][0][ll] += dummyd;
had_file >> dummyd;
fRcstr_c[i][j][k].tab[c][1][0][ll] += dummyd;
had_file >> dummyd;
fGnrt[i][j][k].tab[c][1][0][ll] += dummyd;
had_zvtx_file >> dummyd;
fRcstr_zvtx[i][j][k][0].tab[c][1][0][ll] += dummyd;
// cout << dummyd << " ";
had_zvtx_file >> dummyd;
fRcstr_zvtx[i][j][k][1].tab[c][1][0][ll] += dummyd;
// cout << dummyd << " ";
had_zvtx_file >> dummyd;
fRcstr_zvtx[i][j][k][2].tab[c][1][0][ll] += dummyd;
// cout << dummyd << " ";
had_zvtx_file >> dummyd;
fRcstr_zvtx[i][j][k][3].tab[c][1][0][ll] += dummyd;
// cout << dummyd << " ";
had_zvtx_file >> dummyd;
fGnrt_zvtx[i][j][k][0].tab[c][1][0][ll] += dummyd;
// cout << dummyd << " ";
had_zvtx_file >> dummyd;
fGnrt_zvtx[i][j][k][1].tab[c][1][0][ll] += dummyd;
// cout << dummyd << " ";
had_zvtx_file >> dummyd;
fGnrt_zvtx[i][j][k][2].tab[c][1][0][ll] += dummyd;
// cout << dummyd << " ";
had_zvtx_file >> dummyd;
fGnrt_zvtx[i][j][k][3].tab[c][1][0][ll] += dummyd;
// cout << dummyd << " ";
for(int th=0; th<8; th++)
{
had_th_file >> dummyd;
fRcstr_theta[i][j][k][th].tab[c][1][0][ll] += dummyd;
}
for(int th=0; th<8; th++)
{
had_th_file >> dummyd;
fGnrt_theta[i][j][k][th].tab[c][1][0][ll] += dummyd;
}
for(int pt=0; pt<10; pt++)
{
had_pt_file >> dummyd;
fRcstr_pt[i][j][k][pt].tab[c][1][0][ll] += dummyd;
}
for(int pt=0; pt<10; pt++)
{
had_pt_file >> dummyd;
fGnrt_pt[i][j][k][pt].tab[c][1][0][ll] += dummyd;
}
}
for(int ll=0; ll<4; ll++)
{
had_file >> dummyd;
fRcstr[i][j][k].tab[c][0][0][ll] += dummyd;
had_file >> dummyd;
fRcstr_c[i][j][k].tab[c][0][0][ll] += dummyd;
had_file >> dummyd;
fGnrt[i][j][k].tab[c][0][0][ll] += dummyd;
had_zvtx_file >> dummyd;
fRcstr_zvtx[i][j][k][0].tab[c][0][0][ll] += dummyd;
// cout << dummyd << " ";
had_zvtx_file >> dummyd;
fRcstr_zvtx[i][j][k][1].tab[c][0][0][ll] += dummyd;
// cout << dummyd << " ";
had_zvtx_file >> dummyd;
fRcstr_zvtx[i][j][k][2].tab[c][0][0][ll] += dummyd;
// cout << dummyd << " ";
had_zvtx_file >> dummyd;
fRcstr_zvtx[i][j][k][3].tab[c][0][0][ll] += dummyd;
// cout << dummyd << " ";
had_zvtx_file >> dummyd;
fGnrt_zvtx[i][j][k][0].tab[c][0][0][ll] += dummyd;
// cout << dummyd << " ";
had_zvtx_file >> dummyd;
fGnrt_zvtx[i][j][k][1].tab[c][0][0][ll] += dummyd;
// cout << dummyd << " ";
had_zvtx_file >> dummyd;
fGnrt_zvtx[i][j][k][2].tab[c][0][0][ll] += dummyd;
// cout << dummyd << " ";
had_zvtx_file >> dummyd;
fGnrt_zvtx[i][j][k][3].tab[c][0][0][ll] += dummyd;
// cout << dummyd << " ";
// cout << endl;
for(int th=0; th<8; th++)
{
had_th_file >> dummyd;
fRcstr_theta[i][j][k][th].tab[c][0][0][ll] += dummyd;
}
for(int th=0; th<8; th++)
{
had_th_file >> dummyd;
fGnrt_theta[i][j][k][th].tab[c][0][0][ll] += dummyd;
}
for(int pt=0; pt<10; pt++)
{
had_pt_file >> dummyd;
fRcstr_pt[i][j][k][pt].tab[c][0][0][ll] += dummyd;
}
for(int pt=0; pt<10; pt++)
{
had_pt_file >> dummyd;
fGnrt_pt[i][j][k][pt].tab[c][0][0][ll] += dummyd;
}
}
}
}
}
}
DIS_file.close();
had_file.close();
DIS_zvtx_file.close();
had_zvtx_file.close();
had_th_file.close();
had_pt_file.close();
TCanvas c5("Hadron_Acceptance","Hadron_Acceptance",3200,1600);
TCanvas c6("Pion_Acceptance","Pion_Acceptance",3200,1600);
TCanvas c7("Kaon_Acceptance","Kaon_Acceptance",3200,1600);
TCanvas c88("Proton_Acceptance","Proton_Acceptance",3200,1600);
TCanvas* c8[12];
TCanvas c9("Hadron_Acceptance_yavg","Hadron_Acceptance_yavg",3200,1600);
TCanvas c10("Pion_Acceptance_yavg","Pion_Acceptance_yavg",3200,1600);
TCanvas c11("Kaon_Acceptance_yavg","Kaon_Acceptance_yavg",3200,1600);
c5.SetFillColor(0);
c6.SetFillColor(0);
c7.SetFillColor(0);
c88.SetFillColor(0);
c9.SetFillColor(0);
c10.SetFillColor(0);
c11.SetFillColor(0);
if(SPREAD)
{
c5.Divide(9,5,0,0);
c6.Divide(9,5,0,0);
c7.Divide(9,5,0,0);
c88.Divide(9,5,0,0);
}
else
{
c5.Divide(5,2,0,0);
c6.Divide(5,2,0,0);
c7.Divide(5,2,0,0);
c88.Divide(5,2,0,0);
}
c9.Divide(5,2,0,0);
c10.Divide(5,2,0,0);
c11.Divide(5,2,0,0);
TGraphErrors* H_acc[2][9][6][2];
TGraphErrors* P_acc[2][9][6][2];
TGraphErrors* K_acc[2][9][6][2];
TGraphErrors* PR_acc[2][9][6][2];
TGraphErrors* H_y[2][9][2];
TGraphErrors* P_y[2][9][2];
TGraphErrors* K_y[2][9][2];
TGraphErrors* H_corr_zvtx[2][9][6][12][2];
TGraphErrors* P_corr_zvtx[2][9][6][12][2];
TGraphErrors* K_corr_zvtx[2][9][6][12][2];
for(int i=0; i<12; i++)
{
c8[i] = new TCanvas(Form("Hadron_Acceptance_zvtx_%d",i),Form("Hadron_Acceptance_zvtx_%d",i),3200,1600);
c8[i]->SetFillColor(0);
c8[i]->Divide(5,2,0,0);
}
double z_range[12] = {.225,.275,.325,.375,.425,.475,.525,.575,.625,.675,.725,.8};
double zvtx_range[4] = {-281.19,-221.19,-161.19,-101.19};
ofstream ofs(Form("%s/%d/acceptance_%s.txt",dirroot,year,periodName.c_str()), std::ofstream::out | std::ofstream::trunc);
ofstream ofs_yavg(Form("%s/%d/acceptance_yavg_%s.txt",dirroot,year,periodName.c_str()), std::ofstream::out | std::ofstream::trunc);
ofstream ofs_zvtx(Form("%s/%d/acceptance_vtx_%s.txt",dirroot,year,periodName.c_str()), std::ofstream::out | std::ofstream::trunc);
ofstream ofs_theta(Form("%s/%d/acceptance_theta_%s.txt",dirroot,year,periodName.c_str()), std::ofstream::out | std::ofstream::trunc);
ofstream ofs_pt(Form("%s/%d/acceptance_pt_%s.txt",dirroot,year,periodName.c_str()), std::ofstream::out | std::ofstream::trunc);
ofstream ofs_reld(Form("%s/%d/reldiff_vtx_%s.txt",dirroot,year,periodName.c_str()), std::ofstream::out | std::ofstream::trunc);
ofstream ofs_test("test.txt", std::ofstream::out | std::ofstream::trunc);
ofstream lepto(Form("%s/%d/lepto_%s.txt",dirroot,year,periodName.c_str()), std::ofstream::out | std::ofstream::trunc);
for(int c=0; c<2; c++)
{
for(int i=0; i<9; i++)
{
for(int m=0; m<2; m++)
{
std::vector<double> p_y;
std::vector<double> k_y;
std::vector<double> h_y;
std::vector<double> p_y_err;
std::vector<double> k_y_err;
std::vector<double> h_y_err;
std::vector<double> z_range_p_y;
std::vector<double> z_range_k_y;
std::vector<double> z_range_h_y;
for(int l=0; l<12; l++)
{
z_range_p_y.push_back(z_range[l]);
z_range_k_y.push_back(z_range[l]);
z_range_h_y.push_back(z_range[l]);
}
for(int j=0; j<6; j++)
{
std::vector<double> p_a;
std::vector<double> k_a;
std::vector<double> h_a;
std::vector<double> pr_a;
std::vector<double> p_err;
std::vector<double> k_err;
std::vector<double> h_err;
std::vector<double> pr_err;
std::vector<double> z_range_p;
std::vector<double> z_range_k;
std::vector<double> z_range_h;
std::vector<double> z_range_pr;
for(int l=0; l<12; l++)
{
z_range_p.push_back(z_range[l]);
z_range_k.push_back(z_range[l]);
z_range_h.push_back(z_range[l]);
z_range_pr.push_back(z_range[l]);
}
for(int k=0; k<12; k++)
{
std::vector<double> p_corr;
std::vector<double> k_corr;
std::vector<double> h_corr;
std::vector<double> p_cerr;
std::vector<double> k_cerr;
std::vector<double> h_cerr;
std::vector<double> zvtx_range_p;
std::vector<double> zvtx_range_k;
std::vector<double> zvtx_range_h;
for(int l=0; l<4; l++)
{
zvtx_range_p.push_back(zvtx_range[l]);
zvtx_range_k.push_back(zvtx_range[l]);
zvtx_range_h.push_back(zvtx_range[l]);
}
/*cout << "data count : " << fNDIS_evt_MC[0][i][j][k] << endl;
cout << "MC count : " << fNDIS_evt_MC[0][i][j][k] << endl;
cout << "Rcst count : " << fRcstr[i][j][k].tab[c][0][3] << endl;
cout << "Gnrt count : " << fGnrt[i][j][k].tab[c][0][3] << endl;*/
//cout << fRcstr[i][j][k].tab[c][0][2] << " " << fGnrt[i][j][k].tab[c][0][2] << endl;
fAcceptance[i][j][k].tab[c][m][0][0] = ((fNDIS_evt[0][m][i][j][k] && fNDIS_evt_MC[0][m][i][j][k] && fGnrt[i][j][k].tab[c][m][0][0]) ? double((fRcstr[i][j][k].tab[c][m][0][0]/fNDIS_evt[0][m][i][j][k])/(fGnrt[i][j][k].tab[c][m][0][0]/fNDIS_evt_MC[0][m][i][j][k])) : 0);
fAcceptance[i][j][k].tab[c][m][0][1] = ((fNDIS_evt[1][m][i][j][k] && fNDIS_evt_MC[1][m][i][j][k] && fGnrt[i][j][k].tab[c][m][0][1]) ? double((fRcstr[i][j][k].tab[c][m][0][1]/fNDIS_evt[1][m][i][j][k])/(fGnrt[i][j][k].tab[c][m][0][1]/fNDIS_evt_MC[1][m][i][j][k])) : 0);
fAcceptance[i][j][k].tab[c][m][0][2] = ((fNDIS_evt[2][m][i][j][k] && fNDIS_evt_MC[2][m][i][j][k] && fGnrt[i][j][k].tab[c][m][0][2]) ? double((fRcstr[i][j][k].tab[c][m][0][2]/fNDIS_evt[2][m][i][j][k])/(fGnrt[i][j][k].tab[c][m][0][2]/fNDIS_evt_MC[2][m][i][j][k])) : 0);
fAcceptance[i][j][k].tab[c][m][0][3] = ((fNDIS_evt[0][m][i][j][k] && fNDIS_evt_MC[0][m][i][j][k] && fGnrt[i][j][k].tab[c][m][0][3]) ? double((fRcstr[i][j][k].tab[c][m][0][3]/fNDIS_evt[0][m][i][j][k])/(fGnrt[i][j][k].tab[c][m][0][3]/fNDIS_evt_MC[0][m][i][j][k])) : 0);
if(fAcceptance[i][j][k].tab[c][m][0][0]<0) fAcceptance[i][j][k].tab[c][m][0][0]=0;
if(fAcceptance[i][j][k].tab[c][m][0][1]<0) fAcceptance[i][j][k].tab[c][m][0][1]=0;
if(fAcceptance[i][j][k].tab[c][m][0][2]<0) fAcceptance[i][j][k].tab[c][m][0][2]=0;
if(fAcceptance[i][j][k].tab[c][m][0][3]<0) fAcceptance[i][j][k].tab[c][m][0][3]=0;
//cout << fAcceptance[i][j][k].tab[c][0][0] << " " << fAcceptance[i][j][k].tab[c][0][1] << " " << fAcceptance[i][j][k].tab[c][0][2] << " " << fAcceptance[i][j][k].tab[c][0][3] << endl;
double rd_prime[3];
double rd[3];
double gd[3];
double rh_prime[4];
double rh[4];
double gh[4];
rd_prime[0] = fNDIS_evt[0][m][i][j][k] - fNDIS_evt_c[0][m][i][j][k];
rd_prime[1] = fNDIS_evt[1][m][i][j][k] - fNDIS_evt_c[1][m][i][j][k];
rd_prime[2] = fNDIS_evt[2][m][i][j][k] - fNDIS_evt_c[2][m][i][j][k];
rd[0] = fNDIS_evt_c[0][m][i][j][k];
rd[1] = fNDIS_evt_c[1][m][i][j][k];
rd[2] = fNDIS_evt_c[2][m][i][j][k];
gd[0] = fNDIS_evt_MC[0][m][i][j][k];
gd[1] = fNDIS_evt_MC[1][m][i][j][k];
gd[2] = fNDIS_evt_MC[2][m][i][j][k];
rh_prime[0] = fRcstr[i][j][k].tab[c][m][0][0] - fRcstr_c[i][j][k].tab[c][m][0][0];
rh_prime[1] = fRcstr[i][j][k].tab[c][m][0][1] - fRcstr_c[i][j][k].tab[c][m][0][1];
rh_prime[2] = fRcstr[i][j][k].tab[c][m][0][2] - fRcstr_c[i][j][k].tab[c][m][0][2];
rh_prime[3] = fRcstr[i][j][k].tab[c][m][0][3] - fRcstr_c[i][j][k].tab[c][m][0][3];
rh[0] = fRcstr_c[i][j][k].tab[c][m][0][0];
rh[1] = fRcstr_c[i][j][k].tab[c][m][0][1];
rh[2] = fRcstr_c[i][j][k].tab[c][m][0][2];
rh[3] = fRcstr_c[i][j][k].tab[c][m][0][3];
gh[0] = fGnrt[i][j][k].tab[c][m][0][0];
gh[1] = fGnrt[i][j][k].tab[c][m][0][1];
gh[2] = fGnrt[i][j][k].tab[c][m][0][2];
gh[3] = fGnrt[i][j][k].tab[c][m][0][3];
fAcceptance[i][j][k].tab[c][m][1][0] = ((rh[0]>0 && gh[0]>0 && gd[0]>0 && ((rd[0]+rd_prime[0])!=0)) ? double(pow(gd[0]/(rd_prime[0]+rd[0]),2)
*((rh[0]+1)*(gh[0]-rh[0]+1)/(pow(gh[0]+2,2)*(gh[0]+3))+rh_prime[0]/pow(gh[0],2)+pow(rh_prime[0],2)/pow(gh[0],3))
+pow(gd[0]/(rd[0]+rd_prime[0]),4)*pow((rh[0]+rh_prime[0])/gh[0],2)*((rd[0]+1)*(gd[0]-rd[0]+1)/(pow(gd[0]+2,2)*(gd[0]+3))+rd_prime[0]/pow(gd[0],2)+pow(rd_prime[0],2)/pow(gd[0],3))) : 0);
fAcceptance[i][j][k].tab[c][m][1][1] = ((rh[1]>0 && gh[1]>0 && gd[1]>0 && ((rd[1]+rd_prime[1])!=0)) ? double(pow(gd[1]/(rd_prime[1]+rd[1]),2)
*((rh[1]+1)*(gh[1]-rh[1]+1)/(pow(gh[1]+2,2)*(gh[1]+3))+rh_prime[1]/pow(gh[1],2)+pow(rh_prime[1],2)/pow(gh[1],3))
+pow(gd[1]/(rd[1]+rd_prime[1]),4)*pow((rh[1]+rh_prime[1])/gh[1],2)*((rd[1]+1)*(gd[1]-rd[1]+1)/(pow(gd[1]+2,2)*(gd[1]+3))+rd_prime[1]/pow(gd[1],2)+pow(rd_prime[1],2)/pow(gd[1],3))) : 0);
fAcceptance[i][j][k].tab[c][m][1][2] = ((rh[2]>0 && gh[2]>0 && gd[2]>0 && ((rd[2]+rd_prime[2])!=0)) ? double(pow(gd[2]/(rd_prime[2]+rd[2]),2)
*((rh[2]+1)*(gh[2]-rh[2]+1)/(pow(gh[2]+2,2)*(gh[2]+3))+rh_prime[2]/pow(gh[2],2)+pow(rh_prime[2],2)/pow(gh[2],3))
+pow(gd[2]/(rd[2]+rd_prime[2]),4)*pow((rh[2]+rh_prime[2])/gh[2],2)*((rd[2]+1)*(gd[2]-rd[2]+1)/(pow(gd[2]+2,2)*(gd[2]+3))+rd_prime[2]/pow(gd[2],2)+pow(rd_prime[2],2)/pow(gd[2],3))) : 0);
fAcceptance[i][j][k].tab[c][m][1][3] = ((rh[3]>0 && gh[3]>0 && gd[0]>0 && ((rd[0]+rd_prime[0])!=0)) ? double(pow(gd[0]/(rd_prime[0]+rd[0]),2)
*((rh[3]+1)*(gh[3]-rh[3]+1)/(pow(gh[3]+2,2)*(gh[3]+3))+rh_prime[3]/pow(gh[3],2)+pow(rh_prime[3],2)/pow(gh[3],3))
+pow(gd[0]/(rd[0]+rd_prime[0]),4)*pow((rh[3]+rh_prime[3])/gh[3],2)*((rd[0]+1)*(gd[0]-rd[0]+1)/(pow(gd[0]+2,2)*(gd[0]+3))+rd_prime[0]/pow(gd[0],2)+pow(rd_prime[0],2)/pow(gd[0],3))) : 0);
if(fAcceptance[i][j][k].tab[c][m][0][0]==0) fAcceptance[i][j][k].tab[c][m][1][0]=0;
if(fAcceptance[i][j][k].tab[c][m][0][1]==0) fAcceptance[i][j][k].tab[c][m][1][1]=0;
if(fAcceptance[i][j][k].tab[c][m][0][2]==0) fAcceptance[i][j][k].tab[c][m][1][2]=0;
if(fAcceptance[i][j][k].tab[c][m][0][3]==0) fAcceptance[i][j][k].tab[c][m][1][3]=0;
if((fAcceptance[i][j][k].tab[c][m][0][3] != 0) && (fAcceptance[i][j][k].tab[c][m][1][3] > 0.2*fAcceptance[i][j][k].tab[c][m][0][3]))
{
fAcceptance[i][j][k].tab[c][m][0][0] = 0;
fAcceptance[i][j][k].tab[c][m][0][1] = 0;
fAcceptance[i][j][k].tab[c][m][0][2] = 0;
fAcceptance[i][j][k].tab[c][m][0][3] = 0;
fAcceptance[i][j][k].tab[c][m][1][0] = 0;
fAcceptance[i][j][k].tab[c][m][1][1] = 0;
fAcceptance[i][j][k].tab[c][m][1][2] = 0;
fAcceptance[i][j][k].tab[c][m][1][3] = 0;
}
if((i==0 && j==4 && k>4)
||(i==0 && j==3 && k>9)
||(i==1 && j==4 && k>4)
||(i==1 && j==2 && k<2)
||(i==1 && j==1 && k<4)
||(i==2 && j==4 && k>4)
||(i==2 && j==2 && k<2)
||(i==2 && j==1 && k<4)
||(i==2 && j==0 && k<7)
||(i==3 && j==4 && k>4)
||(i==3 && j==2 && k<2)
||(i==3 && j==1 && k<4)
||(i==3 && j==0 && k<7)
||(i==4 && j==4 && k>4)
||(i==4 && j==2 && k<2)
||(i==4 && j==1 && k<4)
||(i==4 && j==0 && k<7)
||(i==5 && j==4 && k>4)
||(i==5 && j==2 && k<2)
||(i==5 && j==1 && k<4)
||(i==5 && j==0 && k<7)
||(i==6 && j==4 && k>4)
||(i==6 && j==3 && k>10)
||(i==6 && j==2 && k<2)
||(i==6 && j==1 && k<4)
||(i==6 && j==0 && k<7)
||(i==7 && j==4)
||(i==7 && j==3 && k>10)
||(i==7 && j==2 && k<2)
||(i==7 && j==1 && k<4)
||(i==7 && j==0 && k<7)
||(i==8 && j==4)
||(i==8 && j==3 && k>8)
||(i==8 && j==2 && k<2)
||(i==8 && j==1 && k<4)
||(i==8 && j==0)
)
{
fAcceptance[i][j][k].tab[c][m][0][0] = 0;
fAcceptance[i][j][k].tab[c][m][0][1] = 0;
fAcceptance[i][j][k].tab[c][m][0][2] = 0;
fAcceptance[i][j][k].tab[c][m][0][3] = 0;
fAcceptance[i][j][k].tab[c][m][1][0] = 0;
fAcceptance[i][j][k].tab[c][m][1][1] = 0;
fAcceptance[i][j][k].tab[c][m][1][2] = 0;
fAcceptance[i][j][k].tab[c][m][1][3] = 0;
}
fAcceptance[i][j][k].tab[c][m][0][0] = ((fAcceptance[i][j][k].tab[c][m][0][0]) ? (fAcceptance[i][j][k].tab[c][m][0][0]) : 0);
fAcceptance[i][j][k].tab[c][m][0][1] = ((fAcceptance[i][j][k].tab[c][m][0][1]) ? (fAcceptance[i][j][k].tab[c][m][0][1]) : 0);
fAcceptance[i][j][k].tab[c][m][0][2] = ((fAcceptance[i][j][k].tab[c][m][0][2]) ? (fAcceptance[i][j][k].tab[c][m][0][2]) : 0);
fAcceptance[i][j][k].tab[c][m][0][3] = ((fAcceptance[i][j][k].tab[c][m][0][3]) ? (fAcceptance[i][j][k].tab[c][m][0][3]) : 0);
p_a.push_back(fAcceptance[i][j][k].tab[c][m][0][0]);
k_a.push_back(fAcceptance[i][j][k].tab[c][m][0][1]);
pr_a.push_back(fAcceptance[i][j][k].tab[c][m][0][2]);
h_a.push_back(fAcceptance[i][j][k].tab[c][m][0][3]);
p_err.push_back(fAcceptance[i][j][k].tab[c][m][1][0]);
k_err.push_back(fAcceptance[i][j][k].tab[c][m][1][1]);
pr_err.push_back(fAcceptance[i][j][k].tab[c][m][1][2]);
h_err.push_back(fAcceptance[i][j][k].tab[c][m][1][3]);
for(int l=0; l<4; l++)
{
fAcceptance_zvtx[i][j][k][l].tab[c][m][0][0] = ((fNDIS_evt_zvtx[0][m][i][j][k][l] && fNDIS_evt_MC_zvtx[0][m][i][j][k][l] && fGnrt_zvtx[i][j][k][l].tab[c][m][0][0]) ? double((fRcstr_zvtx[i][j][k][l].tab[c][m][0][0]/fNDIS_evt_zvtx[0][m][i][j][k][l])/(fGnrt_zvtx[i][j][k][l].tab[c][m][0][0]/fNDIS_evt_MC_zvtx[0][m][i][j][k][l])) : 0);
fAcceptance_zvtx[i][j][k][l].tab[c][m][0][1] = ((fNDIS_evt_zvtx[1][m][i][j][k][l] && fNDIS_evt_MC_zvtx[1][m][i][j][k][l] && fGnrt_zvtx[i][j][k][l].tab[c][m][0][1]) ? double((fRcstr_zvtx[i][j][k][l].tab[c][m][0][1]/fNDIS_evt_zvtx[1][m][i][j][k][l])/(fGnrt_zvtx[i][j][k][l].tab[c][m][0][1]/fNDIS_evt_MC_zvtx[1][m][i][j][k][l])) : 0);
fAcceptance_zvtx[i][j][k][l].tab[c][m][0][2] = ((fNDIS_evt_zvtx[2][m][i][j][k][l] && fNDIS_evt_MC_zvtx[2][m][i][j][k][l] && fGnrt_zvtx[i][j][k][l].tab[c][m][0][2]) ? double((fRcstr_zvtx[i][j][k][l].tab[c][m][0][2]/fNDIS_evt_zvtx[2][m][i][j][k][l])/(fGnrt_zvtx[i][j][k][l].tab[c][m][0][2]/fNDIS_evt_MC_zvtx[2][m][i][j][k][l])) : 0);
fAcceptance_zvtx[i][j][k][l].tab[c][m][0][3] = ((fNDIS_evt_zvtx[0][m][i][j][k][l] && fNDIS_evt_MC_zvtx[0][m][i][j][k][l] && fGnrt_zvtx[i][j][k][l].tab[c][m][0][3]) ? double((fRcstr_zvtx[i][j][k][l].tab[c][m][0][3]/fNDIS_evt_zvtx[0][m][i][j][k][l])/(fGnrt_zvtx[i][j][k][l].tab[c][m][0][3]/fNDIS_evt_MC_zvtx[0][m][i][j][k][l])) : 0);
if(fAcceptance_zvtx[i][j][k][l].tab[c][m][0][0]<0) fAcceptance_zvtx[i][j][k][l].tab[c][m][0][0]=0;
if(fAcceptance_zvtx[i][j][k][l].tab[c][m][0][1]<0) fAcceptance_zvtx[i][j][k][l].tab[c][m][0][1]=0;
if(fAcceptance_zvtx[i][j][k][l].tab[c][m][0][2]<0) fAcceptance_zvtx[i][j][k][l].tab[c][m][0][2]=0;
if(fAcceptance_zvtx[i][j][k][l].tab[c][m][0][3]<0) fAcceptance_zvtx[i][j][k][l].tab[c][m][0][3]=0;
fAcceptance_zvtx[i][j][k][l].tab[c][m][1][0] = fAcceptance[i][j][k].tab[c][m][1][0];
fAcceptance_zvtx[i][j][k][l].tab[c][m][1][1] = fAcceptance[i][j][k].tab[c][m][1][1];
fAcceptance_zvtx[i][j][k][l].tab[c][m][1][2] = fAcceptance[i][j][k].tab[c][m][1][2];
fAcceptance_zvtx[i][j][k][l].tab[c][m][1][3] = fAcceptance[i][j][k].tab[c][m][1][3];
// if((i==7 && j==4) || (i==8 && j==0) || (i==8 && j==4))
// {
// fAcceptance_zvtx[i][j][k][l].tab[c][m][0][0] = 0;
// fAcceptance_zvtx[i][j][k][l].tab[c][m][0][1] = 0;
// fAcceptance_zvtx[i][j][k][l].tab[c][m][0][2] = 0;
// fAcceptance_zvtx[i][j][k][l].tab[c][m][0][3] = 0;
// fAcceptance_zvtx[i][j][k][l].tab[c][m][1][0] = 0;
// fAcceptance_zvtx[i][j][k][l].tab[c][m][1][1] = 0;
// fAcceptance_zvtx[i][j][k][l].tab[c][m][1][2] = 0;
// fAcceptance_zvtx[i][j][k][l].tab[c][m][1][3] = 0;
// }
p_corr.push_back(fAcceptance_zvtx[i][j][k][l].tab[c][m][0][0] ? fAcceptance_zvtx[i][j][k][l].tab[c][m][0][0] : 0);
k_corr.push_back(fAcceptance_zvtx[i][j][k][l].tab[c][m][0][1] ? fAcceptance_zvtx[i][j][k][l].tab[c][m][0][1] : 0);
h_corr.push_back(fAcceptance_zvtx[i][j][k][l].tab[c][m][0][3] ? fAcceptance_zvtx[i][j][k][l].tab[c][m][0][3] : 0);
p_cerr.push_back(sqrt(fAcceptance_zvtx[i][j][k][l].tab[c][m][1][0]));
k_cerr.push_back(sqrt(fAcceptance_zvtx[i][j][k][l].tab[c][m][1][1]));
h_cerr.push_back(sqrt(fAcceptance_zvtx[i][j][k][l].tab[c][m][1][3]));
}
for(int th=0; th<8; th++)
{
fAcceptance_theta[i][j][k][th].tab[c][m][0][0] = ((fNDIS_evt[0][m][i][j][k] && fNDIS_evt_MC[0][m][i][j][k] && fGnrt_theta[i][j][k][th].tab[c][m][0][0]) ? double((fRcstr_theta[i][j][k][th].tab[c][m][0][0]/fNDIS_evt[0][m][i][j][k])/(fGnrt_theta[i][j][k][th].tab[c][m][0][0]/fNDIS_evt_MC[0][m][i][j][k])) : 0);
fAcceptance_theta[i][j][k][th].tab[c][m][0][1] = ((fNDIS_evt[1][m][i][j][k] && fNDIS_evt_MC[1][m][i][j][k] && fGnrt_theta[i][j][k][th].tab[c][m][0][1]) ? double((fRcstr_theta[i][j][k][th].tab[c][m][0][1]/fNDIS_evt[1][m][i][j][k])/(fGnrt_theta[i][j][k][th].tab[c][m][0][1]/fNDIS_evt_MC[1][m][i][j][k])) : 0);
fAcceptance_theta[i][j][k][th].tab[c][m][0][2] = ((fNDIS_evt[2][m][i][j][k] && fNDIS_evt_MC[2][m][i][j][k] && fGnrt_theta[i][j][k][th].tab[c][m][0][2]) ? double((fRcstr_theta[i][j][k][th].tab[c][m][0][2]/fNDIS_evt[2][m][i][j][k])/(fGnrt_theta[i][j][k][th].tab[c][m][0][2]/fNDIS_evt_MC[2][m][i][j][k])) : 0);
fAcceptance_theta[i][j][k][th].tab[c][m][0][3] = ((fNDIS_evt[0][m][i][j][k] && fNDIS_evt_MC[0][m][i][j][k] && fGnrt_theta[i][j][k][th].tab[c][m][0][3]) ? double((fRcstr_theta[i][j][k][th].tab[c][m][0][3]/fNDIS_evt[0][m][i][j][k])/(fGnrt_theta[i][j][k][th].tab[c][m][0][3]/fNDIS_evt_MC[0][m][i][j][k])) : 0);
if(fAcceptance_theta[i][j][k][th].tab[c][m][0][0]<0) fAcceptance_theta[i][j][k][th].tab[c][m][0][0]=0;
if(fAcceptance_theta[i][j][k][th].tab[c][m][0][1]<0) fAcceptance_theta[i][j][k][th].tab[c][m][0][1]=0;
if(fAcceptance_theta[i][j][k][th].tab[c][m][0][2]<0) fAcceptance_theta[i][j][k][th].tab[c][m][0][2]=0;
if(fAcceptance_theta[i][j][k][th].tab[c][m][0][3]<0) fAcceptance_theta[i][j][k][th].tab[c][m][0][3]=0;
fAcceptance_theta[i][j][k][th].tab[c][m][1][0] = fAcceptance[i][j][k].tab[c][m][1][0];
fAcceptance_theta[i][j][k][th].tab[c][m][1][1] = fAcceptance[i][j][k].tab[c][m][1][1];
fAcceptance_theta[i][j][k][th].tab[c][m][1][2] = fAcceptance[i][j][k].tab[c][m][1][2];
fAcceptance_theta[i][j][k][th].tab[c][m][1][3] = fAcceptance[i][j][k].tab[c][m][1][3];
// if((i==7 && j==4) || (i==8 && j==0) || (i==8 && j==4))
// {
// fAcceptance_theta[i][j][k][th].tab[c][m][0][0] = 0;
// fAcceptance_theta[i][j][k][th].tab[c][m][0][1] = 0;
// fAcceptance_theta[i][j][k][th].tab[c][m][0][2] = 0;
// fAcceptance_theta[i][j][k][th].tab[c][m][0][3] = 0;
// fAcceptance_theta[i][j][k][th].tab[c][m][1][0] = 0;
// fAcceptance_theta[i][j][k][th].tab[c][m][1][1] = 0;
// fAcceptance_theta[i][j][k][th].tab[c][m][1][2] = 0;
// fAcceptance_theta[i][j][k][th].tab[c][m][1][3] = 0;
// }
// p_th.push_back(fAcceptance_theta[i][j][k][th].tab[c][m][0][0] ? fAcceptance_theta[i][j][k][th].tab[c][m][0][0] : 0);
// k_th.push_back(fAcceptance_theta[i][j][k][th].tab[c][m][0][1] ? fAcceptance_theta[i][j][k][th].tab[c][m][0][1] : 0);
// h_th.push_back(fAcceptance_theta[i][j][k][th].tab[c][m][0][3] ? fAcceptance_theta[i][j][k][th].tab[c][m][0][3] : 0);
//
// p_therr.push_back(sqrt(fAcceptance_theta[i][j][k][th].tab[c][m][1][0]));
// k_therr.push_back(sqrt(fAcceptance_theta[i][j][k][th].tab[c][m][1][1]));
// h_therr.push_back(sqrt(fAcceptance_theta[i][j][k][th].tab[c][m][1][3]));
}
for(int pt=0; pt<10; pt++)
{
fAcceptance_pt[i][j][k][pt].tab[c][m][0][0] = ((fNDIS_evt[0][m][i][j][k] && fNDIS_evt_MC[0][m][i][j][k] && fGnrt_pt[i][j][k][pt].tab[c][m][0][0]) ? double((fRcstr_pt[i][j][k][pt].tab[c][m][0][0]/fNDIS_evt[0][m][i][j][k])/(fGnrt_pt[i][j][k][pt].tab[c][m][0][0]/fNDIS_evt_MC[0][m][i][j][k])) : 0);
fAcceptance_pt[i][j][k][pt].tab[c][m][0][1] = ((fNDIS_evt[1][m][i][j][k] && fNDIS_evt_MC[1][m][i][j][k] && fGnrt_pt[i][j][k][pt].tab[c][m][0][1]) ? double((fRcstr_pt[i][j][k][pt].tab[c][m][0][1]/fNDIS_evt[1][m][i][j][k])/(fGnrt_pt[i][j][k][pt].tab[c][m][0][1]/fNDIS_evt_MC[1][m][i][j][k])) : 0);
fAcceptance_pt[i][j][k][pt].tab[c][m][0][2] = ((fNDIS_evt[2][m][i][j][k] && fNDIS_evt_MC[2][m][i][j][k] && fGnrt_pt[i][j][k][pt].tab[c][m][0][2]) ? double((fRcstr_pt[i][j][k][pt].tab[c][m][0][2]/fNDIS_evt[2][m][i][j][k])/(fGnrt_pt[i][j][k][pt].tab[c][m][0][2]/fNDIS_evt_MC[2][m][i][j][k])) : 0);
fAcceptance_pt[i][j][k][pt].tab[c][m][0][3] = ((fNDIS_evt[0][m][i][j][k] && fNDIS_evt_MC[0][m][i][j][k] && fGnrt_pt[i][j][k][pt].tab[c][m][0][3]) ? double((fRcstr_pt[i][j][k][pt].tab[c][m][0][3]/fNDIS_evt[0][m][i][j][k])/(fGnrt_pt[i][j][k][pt].tab[c][m][0][3]/fNDIS_evt_MC[0][m][i][j][k])) : 0);
if(fAcceptance_pt[i][j][k][pt].tab[c][m][0][0]<0) fAcceptance_pt[i][j][k][pt].tab[c][m][0][0]=0;
if(fAcceptance_pt[i][j][k][pt].tab[c][m][0][1]<0) fAcceptance_pt[i][j][k][pt].tab[c][m][0][1]=0;
if(fAcceptance_pt[i][j][k][pt].tab[c][m][0][2]<0) fAcceptance_pt[i][j][k][pt].tab[c][m][0][2]=0;
if(fAcceptance_pt[i][j][k][pt].tab[c][m][0][3]<0) fAcceptance_pt[i][j][k][pt].tab[c][m][0][3]=0;
fAcceptance_pt[i][j][k][pt].tab[c][m][1][0] = fAcceptance[i][j][k].tab[c][m][1][0];
fAcceptance_pt[i][j][k][pt].tab[c][m][1][1] = fAcceptance[i][j][k].tab[c][m][1][1];
fAcceptance_pt[i][j][k][pt].tab[c][m][1][2] = fAcceptance[i][j][k].tab[c][m][1][2];
fAcceptance_pt[i][j][k][pt].tab[c][m][1][3] = fAcceptance[i][j][k].tab[c][m][1][3];
// if((i==7 && j==4) || (i==8 && j==0) || (i==8 && j==4))
// {
// fAcceptance_theta[i][j][k][th].tab[c][m][0][0] = 0;
// fAcceptance_theta[i][j][k][th].tab[c][m][0][1] = 0;
// fAcceptance_theta[i][j][k][th].tab[c][m][0][2] = 0;
// fAcceptance_theta[i][j][k][th].tab[c][m][0][3] = 0;
// fAcceptance_theta[i][j][k][th].tab[c][m][1][0] = 0;
// fAcceptance_theta[i][j][k][th].tab[c][m][1][1] = 0;
// fAcceptance_theta[i][j][k][th].tab[c][m][1][2] = 0;
// fAcceptance_theta[i][j][k][th].tab[c][m][1][3] = 0;
// }
// p_th.push_back(fAcceptance_theta[i][j][k][th].tab[c][m][0][0] ? fAcceptance_theta[i][j][k][th].tab[c][m][0][0] : 0);
// k_th.push_back(fAcceptance_theta[i][j][k][th].tab[c][m][0][1] ? fAcceptance_theta[i][j][k][th].tab[c][m][0][1] : 0);
// h_th.push_back(fAcceptance_theta[i][j][k][th].tab[c][m][0][3] ? fAcceptance_theta[i][j][k][th].tab[c][m][0][3] : 0);
//
// p_therr.push_back(sqrt(fAcceptance_theta[i][j][k][th].tab[c][m][1][0]));
// k_therr.push_back(sqrt(fAcceptance_theta[i][j][k][th].tab[c][m][1][1]));
// h_therr.push_back(sqrt(fAcceptance_theta[i][j][k][th].tab[c][m][1][3]));
}
for(int l=4; l>0; l--)
{
if(!p_corr[l-1]) {p_corr.erase(p_corr.begin()+l-1); p_cerr.erase(p_cerr.begin()+l-1); zvtx_range_p.erase(zvtx_range_p.begin()+l-1);}
if(!k_corr[l-1]) {k_corr.erase(k_corr.begin()+l-1); k_cerr.erase(k_cerr.begin()+l-1); zvtx_range_k.erase(zvtx_range_k.begin()+l-1);}
if(!h_corr[l-1]) {h_corr.erase(h_corr.begin()+l-1); h_cerr.erase(h_cerr.begin()+l-1); zvtx_range_h.erase(zvtx_range_h.begin()+l-1);}
}
bool h_corr_empty = 0;
if(!(int(h_corr.size()))) h_corr_empty = 1;
H_corr_zvtx[c][i][j][k][m] = new TGraphErrors(int(h_corr.size()),&(zvtx_range_h[0]),&(h_corr[0]),0,&(h_cerr[0]));
P_corr_zvtx[c][i][j][k][m] = new TGraphErrors(int(p_corr.size()),&(zvtx_range_p[0]),&(p_corr[0]),0,&(p_cerr[0]));
K_corr_zvtx[c][i][j][k][m] = new TGraphErrors(int(k_corr.size()),&(zvtx_range_k[0]),&(k_corr[0]),0,&(k_cerr[0]));
H_corr_zvtx[c][i][j][k][m]->SetMarkerColor(fMarkerColor[j]);
P_corr_zvtx[c][i][j][k][m]->SetMarkerColor(fMarkerColor[j]);
K_corr_zvtx[c][i][j][k][m]->SetMarkerColor(fMarkerColor[j]);
H_corr_zvtx[c][i][j][k][m]->SetMarkerSize(3);