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mergeRootFiles.cc
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mergeRootFiles.cc
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#include <iomanip>
#include <stdio.h>
#include <iostream>
#include <fstream>
#include <string>
#include <cstring>
#include <bitset>
#include <math.h>
#include <vector>
#include <string>
#include <algorithm>
#include <TH1F.h>
#include <TH2F.h>
#include <TF1.h>
#include <TTree.h>
#include <TFile.h>
#include <TCanvas.h>
#include <TString.h>
#include <iostream>
#include <sstream>
#include <string>
#include "InfoChip.cc"
class mergeRootFiles{
public:
mergeRootFiles(){
}
~mergeRootFiles(){}
void Merge(TString rootname, TString outfilename = "default", bool filterEvents = false){
if ( outfilename == "default"){
//TString outfilename = rootname;
outfilename = rootname;
if(filterEvents) outfilename += "_filtered";
outfilename += "_merge.root";
}
cout << "Merging into output file: " << outfilename << endl;
TFile *f[NSLABS];
TTree *tree[NSLABS] ;
int entries[NSLABS];
int maxEntries = 0;
int entry[NSLABS];
for(int i = 0;i<NSLABS;i++){
entries[i] = 0;
entry[i]=0;
TString dif="";
/*
if(i==0) dif="dif_1_1_5";
if(i==1) dif="dif_1_2_1";
*/
if(i == 0) dif = "dif_1_1_1";
if(i == 1) dif = "dif_1_1_2";
if(i == 2) dif = "dif_1_1_3";
if(i == 3) dif = "dif_1_1_4";
if(i == 4) dif = "dif_1_1_5";
if(i == 5) dif = "dif_1_2_1";
if(i == 6) dif = "dif_1_2_2";
TString filename = rootname;
// filename += "_";
filename += dif;
filename += ".raw.root";
cout << "merging " << filename << endl;
f[i] = new TFile(filename,"read");
if(f[i]->IsOpen()){
tree[i] = (TTree*)f[i]->Get("fev10");
tree[i]->SetBranchAddress("chipid", chipID_in[i]);
//int acq = -999;
tree[i]->SetBranchAddress("acqNumber", &acqNumber_in[i]);
//acqNumber_in[i]= acq;
tree[i]->SetBranchAddress("corrected_bcid" , corrected_bcid_in[i]);
tree[i]->SetBranchAddress("bcid" , bcid_in[i]);
tree[i]->SetBranchAddress("nhits" , nhits_in[i]);
tree[i]->SetBranchAddress("badbcid" , badbcid_in[i]);
tree[i]->SetBranchAddress("nColumns" , numCol_in[i]);
tree[i]->SetBranchAddress("gain_hit_high" , gain_hit_high_in[i] );
tree[i]->SetBranchAddress("charge_hiGain" , charge_high_in[i] );
tree[i]->SetBranchAddress("gain_hit_low" , gain_hit_low_in[i] );
tree[i]->SetBranchAddress("charge_lowGain" , charge_low_in[i] );
entries[i] = tree[i]->GetEntries();
if(entries[i]>maxEntries)maxEntries = entries[i];
}
}
fout = new TFile(outfilename,"recreate");
treeout = new TTree("fev10","fev10");
TString name;
treeout->Branch("acqNumber",&acqNumber,"acqNumber/I");
name = "chipid[";
name+=NSLABS; name+="][";
name+=NCHIP; name+="]/I";
treeout->Branch("chipid",chipID,name);
name = "nColumns[";
name+=NSLABS; name+="][";
name+=NCHIP; name+="]/I";
treeout->Branch("nColumns",numCol,name);
name = "nhits[";
name+=NSLABS; name+="][";
name+=NCHIP; name+="][";name+=MEMDEPTH; name+="]/I";
treeout->Branch("nhits",nhits,name);
name = "bcid[";
name+=NSLABS; name+="][";
name+=NCHIP; name+="][";name+=MEMDEPTH; name+="]/I";
treeout->Branch("bcid",bcid,name);
name = "corrected_bcid[";
name+=NSLABS; name+="][";
name+=NCHIP; name+="][";name+=MEMDEPTH; name+="]/I";
treeout->Branch("corrected_bcid",corrected_bcid,name);
name = "badbcid[";
name+=NSLABS; name+="][";
name+=NCHIP; name+="][";name+=MEMDEPTH; name+="]/I";
treeout->Branch("badbcid",badbcid,name);
name = "charge_lowGain[";
name+=NSLABS; name+="][";
name+=NCHIP; name+="][";name+=MEMDEPTH; name+="]["; name+=NCHANNELS; name+="]/I";
treeout->Branch("charge_lowGain",charge_low,name);
name = "charge_highGain[";
name+=NSLABS; name+="][";
name+=NCHIP; name+="][";name+=MEMDEPTH; name+="]["; name+=NCHANNELS; name+="]/I";
treeout->Branch("charge_hiGain",charge_high,name);
name = "gain_hit_low[";
name+=NSLABS; name+="][";
name+=NCHIP; name+="][";name+=MEMDEPTH; name+="]["; name+=NCHANNELS; name+="]/I";
treeout->Branch("gain_hit_low",gain_hit_low,name);
name = "gain_hit_high[";
name+=NSLABS; name+="][";
name+=NCHIP; name+="][";name+=MEMDEPTH; name+="]["; name+=NCHANNELS; name+="]/I";
treeout->Branch("gain_hit_high",gain_hit_high,name);
// currentSpill[i]=0;
int currentSpill=0;
// for(int i=0;i<maxEntries;i++){
bool continueScan = true;
int maxEvents=2000000000;
int evt = 0;
bool isSlabEnd[NSLABS];
for(int i=0;i<NSLABS;i++) isSlabEnd[i]=false;
while(continueScan && evt<maxEvents){
treeInit();
currentSpill=2000000000;//INT_MAX;
for(int i = 0;i<NSLABS;i++){
if(f[i]->IsOpen()){
tree[i]->GetEntry(entry[i]);
//cout<<"-> current = "<<entry[i]<<" acq = "<<acqNumber_in[i]<<endl;
if(currentSpill>acqNumber_in[i] && !isSlabEnd[i])currentSpill=acqNumber_in[i];
}
}
for(int slab = 0;slab<NSLABS;slab++){
if(currentSpill==acqNumber_in[slab] && entries[slab]>entry[slab]){
entry[slab]++;
//cout<<"-> current = "<<slab<<" acq = "<<acqNumber_in[slab]<<endl;
for (int k=0; k<NCHIP; k++) {
int i =0;
int loopBCID = 0;
for (int iraw=0; iraw<MEMDEPTH; iraw++) {
if(filterEvents){
if(iraw==0) i = iraw;
else if(bcid_in[slab][k][iraw] - bcid_in[slab][k][iraw-1]>5) i = iraw;
else if(bcid_in[slab][k][iraw] - bcid_in[slab][k][iraw-1]<0 && bcid_in[slab][k][iraw]+4096 - bcid_in[slab][k][iraw-1]>5){
i = iraw;
loopBCID++;
}
else continue;
}
else i = iraw;
bcid[slab][k][i] = bcid_in[slab][k][i];//bcid_in[slab][k][i]+loopBCID*4096;
//bcid[slab][k][i] = corrected_bcid_in[slab][k][i];//bcid_in[slab][k][i]+loopBCID*4096;
//cout<<bcid[slab][k][i]<<" "<<slab<<" "<<k<<" "<<i<<endl;
// if(bcid_in[slab][k][i]!=1) cout<<slab<<" "<<k<<" "<<i<<" "<<bcid_in[slab][k][i]<<endl;
// if(badbcid_in[slab][k][i]!=-999) cout<<slab<<" "<<k<<" "<<i<<" "<<badbcid_in[slab][k][i]<<endl;
badbcid[slab][k][i]=badbcid_in[slab][k][i];
corrected_bcid[slab][k][i]=corrected_bcid_in[slab][k][i];
nhits[slab][k][i]=nhits_in[slab][k][i];
for (int j=0; j<NCHANNELS; j++) {
charge_low[slab][k][i][j]=charge_low_in[slab][k][i][j];
charge_high[slab][k][i][j]=charge_high_in[slab][k][i][j];
gain_hit_low[slab][k][i][j]=gain_hit_low_in[slab][k][i][j];
gain_hit_high[slab][k][i][j]=gain_hit_high_in[slab][k][i][j];
//if(charge_high_in[slab][k][i][j]>1000)cout<<" "<<slab<<" "<<k<<" "<<i<<" "<<j<<" "<<charge_high_in[slab][k][i][j] <<endl;
}
}
//if(numCol_in[slab][k]>1000) cout<<slab<<" "<<k<<" "<<numCol_in[slab][k]<<endl;
chipID[slab][k]=chipID_in[slab][k];
numCol[slab][k]=numCol_in[slab][k];
}
acqNumber=currentSpill;
}
else {
//cout<<"rerore"<<endl;
}
}
treeout->Fill();
//cout<<"SPILL = "<<currentSpill<<endl;
evt++;
continueScan = false;
for(int i = 0;i<NSLABS;i++){
//cout<<" slab = "<<i<<" tot = "<<entries[i]<<" current = "<<entry[i] <<endl;
isSlabEnd[i]=true;
if(entries[i]>entry[i]){
continueScan = true;
isSlabEnd[i]=false;
}
}
}
fout->cd();
fout->Write(0);
fout->Close();
}
void treeInit() {
for (int slab=0; slab<NSLABS; slab++) {
acqNumber_in[slab]=-999;
for (int k=0; k<NCHIP; k++) {
for (int i=0; i<MEMDEPTH; i++) {
bcid[slab][k][i]= -999;
badbcid[slab][k][i]= 0;
bcid_in[slab][k][i]= -999;
badbcid_in[slab][k][i]= 0;
corrected_bcid[slab][k][i]= -999;
nhits[slab][k][i]= -999;
corrected_bcid_in[slab][k][i]= -999;
nhits_in[slab][k][i]= -999;
for (int j=0; j<NCHANNELS; j++) {
charge_low[slab][k][i][j]= -999;
charge_high[slab][k][i][j]= -999;
gain_hit_low[slab][k][i][j]= -999;
gain_hit_high[slab][k][i][j]= -999;
charge_low_in[slab][k][i][j]= -999;
charge_high_in[slab][k][i][j]= -999;
gain_hit_low_in[slab][k][i][j]= -999;
gain_hit_high_in[slab][k][i][j]= -999;
}
}
chipID[slab][k]= -999;
numCol[slab][k]= -999;
chipID_in[slab][k]= -999;
numCol_in[slab][k]= -999;
}
}
acqNumber= -999;
}
protected:
TFile *fout;
TTree *treeout;
//int currentSpill[10];
enum {
MEMDEPTH=15,
NCHANNELS=64,
NCHIP=16,
MIN_BCID=5,
NSLABS=7
};
int bcid[NSLABS][NCHIP][MEMDEPTH];
int badbcid[NSLABS][NCHIP][MEMDEPTH];
int charge_low[NSLABS][NCHIP][MEMDEPTH][NCHANNELS];
int charge_high[NSLABS][NCHIP][MEMDEPTH][NCHANNELS];
int gain_hit_low[NSLABS][NCHIP][MEMDEPTH][NCHANNELS];
int gain_hit_high[NSLABS][NCHIP][MEMDEPTH][NCHANNELS];
int numCol[NSLABS][NCHIP];
int chipID[NSLABS][NCHIP];
int acqNumber;
int corrected_bcid[NSLABS][NCHIP][MEMDEPTH];
int nhits[NSLABS][NCHIP][MEMDEPTH];
int bcid_in[NSLABS][NCHIP][MEMDEPTH];
int badbcid_in[NSLABS][NCHIP][MEMDEPTH];
int charge_low_in[NSLABS][NCHIP][MEMDEPTH][NCHANNELS];
int charge_high_in[NSLABS][NCHIP][MEMDEPTH][NCHANNELS];
int gain_hit_low_in[NSLABS][NCHIP][MEMDEPTH][NCHANNELS];
int gain_hit_high_in[NSLABS][NCHIP][MEMDEPTH][NCHANNELS];
int numCol_in[NSLABS][NCHIP];
int chipID_in[NSLABS][NCHIP];
int acqNumber_in[NSLABS];
int corrected_bcid_in[NSLABS][NCHIP][MEMDEPTH];
int nhits_in[NSLABS][NCHIP][MEMDEPTH];
};