BeAnalysis.h

/*
 * BeAnalysis.h
 *
 *  Created on: Jul 19, 2017
 *      Author: vratik
 */

#ifndef BE_BEANALYSIS_H_
#define BE_BEANALYSIS_H_

#include <iostream>

//#include <TObject.h>
#include "TChain.h"
#include "TCut.h"
#include "TCanvas.h"

using std::cout;
using std::endl;

class BeAnalysis {
public:
	BeAnalysis();
	virtual ~BeAnalysis();
	ClassDef(BeAnalysis, 1);

	void SetExpChain(TString files, Int_t minFnumber, Int_t maxFnumber);
	void SetSimChains(TString chainAl0name, TString chainNoAl0name,
			TString chainAl180name, TString chainNoAl180name,
			TString chainAl90name, TString chainNoAl90name);
	void SetInputChains(TString inputAl0name, TString inputNoAl0name,
			TString inputAl180name, TString inputNoAl180name,
			TString inputAl90name, TString inputNoAl90name);
	void SetNoSimFiles(Int_t *minFnumber = 0, Int_t *maxFnumber = 0);

	void OpenSimChains();
	void OpenExpChain();

	TChain* GetExpChain() {return che;};
	TChain* GetSimChain(Int_t i) {return chs[i];};
	void SetChainsToDraw(Bool_t ch0 = 1, Bool_t ch1 = 1, Bool_t ch2 = 1, Bool_t ch3 = 1, Bool_t ch4 = 1, Bool_t ch5 = 1);

	void SetCuts();

	void SetCMAngularRange(Int_t minAngle, Int_t maxAngle);
private:
	void SetCMAngularCuts();
public:
	void SetRangeProportion(Float_t rangeProportion = 1.1, Bool_t autoRange = 1);

	void SetNoExpEvents(Long64_t *noExpEvents = 0);
	void SetNoSimEvents(Long64_t *noSimEvents = 0);
	void SetRatiosGStoEX(TString sRatioAl0, TString sRatioNoAl0,
			TString sRatioAl180, TString sRatioNoAl180,
			TString sRatioAl90, TString sRatioNoAl90);
//	void ExpEventsECuts(Long64_t **noExpEvents = 0);
//	void ExpEventsECuts(Int_t (&noExpEvents)[5][6]);
//	void ExpEventsECuts(Int_t (*noExpEvents)[5][6]);
	void ExpEventsECuts(Long64_t noExpEvents[5][6] = 0);
	void SimEventsECuts(Long64_t noSimEvents[5][6] = 0);
	void EpsilonTRange();

	void SetEpsilonTintervals(Bool_t intervals[6] = 0);
	void SetCosThetaTkIntervals(Bool_t intervals[6] = 0);
	void SetEpsilonYintervals(Bool_t intervals[6] = 0);
	void SetCosThetaYkIntervals(Bool_t intervals[6] = 0);
	void SetThetaATintervals(Bool_t intervals[6] = 0);

	void Spectra();
	void EpsilonT();
	void CosThetaTk();
	void EpsilonY();
	void CosThetaYk();
	void ThetaAT();

	void SetFigures(TString figPath = "figures/", TString figFormat = ".eps", Bool_t kSave = 1);


//
//private:
	TChain *che;		//chain with experimental trees
	TChain *chs[6];		//array of chains with simulation trees
	TTree *ti[6];		//array of chains with simulation input
private:

	Int_t lowExpFile;
	Int_t upExpFile;
	TString expFiles;
	TString simFiles[6];
	TString inputFiles[6];
	Int_t lowSimFile[6];
	Int_t upSimFile[6];

	Int_t kMinAngle;
	Int_t kMaxAngle;

	TCut cAngles;
	TCut crAngles;

	Bool_t kChains[6];
	Int_t noIntervals;
	Bool_t *epsilonT;	//!
	Bool_t *cosThetaT;	//!
	Bool_t *epsilonY;	//!
	Bool_t *cosThetaY;	//!

	Bool_t *thetaAT;	//!

	Bool_t kAutoRange;
	Float_t kRangeProportion;
	Bool_t kVerbose;
	Float_t kRangeProportionIn;

	Long64_t eMaxEvents;
//	Long64_t eEventsAl0;
//	Long64_t eEventsNoAl0;
//	Long64_t eEventsAl180;
//	Long64_t eEventsNoAl180;
//	Long64_t eEventsAl90;
//	Long64_t eEventsNoAl90;
	Long64_t eEvents[6];

	Long64_t sMaxEvents;
	Long64_t sEventsAl0;
	Long64_t sEventsNoAl0;
	Long64_t sEventsAl180;
	Long64_t sEventsNoAl180;
	Long64_t sEventsAl90;
	Long64_t sEventsNoAl90;
	Long64_t sEvents[6];

	TCut sRatioAl0;
	TCut sRatioNoAl0;
	TCut sRatioAl180;
	TCut sRatioNoAl180;
	TCut sRatioAl90;
	TCut sRatioNoAl90;
	TCut sRatio[6];

	Long64_t eEventsECuts[5][6];		//!
	Long64_t sEventsECuts[5][6];		//!
	Double_t eTRange[5][6];				//!

	//cuts
	TCut cBe20;
	TCut cBe3;
	TCut cBeWork;
	TCut cBe0_14;
	//	TCut cBe0_14 = "fBeIM>0 && fBeIM<1.6";
	//	TCut cBe0_14 = "fBeIM>0 && fBeIM<1.20";
	TCut cBe14_19;
	TCut cBe19_25;
	TCut cBe25_31;
	TCut cBe31_37;
	TCut cBeE[5];

	TCut cEpsilonT;
	//	TCut cEpsilonT = "fTpp/fBeIM<1.";
	//	TCut cEpsilonY = "fTap/fBeIM<0.5";
	TCut cEpsilonY;

	//raw files
	//energy cuts
	TCut crBe20;
	TCut crBe3;
	TCut crBeWork;
	TCut crBe0_14;
	//	TCut crBe0_14 = "f6BeIM>0 && f6BeIM<1.6";
	//	TCut crBe0_14 = "f6BeIM>0.5 && f6BeIM<1.20";
	TCut crBe14_19;
	TCut crBe19_25;
	TCut crBe25_31;
	TCut crBe31_37;
	TCut crBeE[5];
	//angular cuts


	//	TCut crEpsilonT = "fTpp/f6BeIM>0.8";
	TCut crEpsilonT;
	//	TCut crEpsilonT = "fTpp/f6BeIM<1.";
	//	TCut crEpsilonY = "fTap/f6BeIM<0.5";
	TCut crEpsilonY;

	//simulation input
	TCut ciBe0_14;
	//	TCut ciBe0_14 = "E_IM>0 && E_IM<1.6";
	//	TCut ciBe0_14 = "E_IM>0.5 && E_IM<1.20";
	TCut ciBe14_19;
	TCut ciBe19_25;
	TCut ciBe25_31;
	TCut ciBe31_37;
	TCut ciBeE[5];

	TCut ciEpsilon;
	//	TCut ciEpsilon = "sTpp/E_IM<1.";
	//	TCut ciEpsilonY = "sTap/E_IM<0.5";
	TCut ciEpsilonY;

	TCut cQ;
	TCut cProtons;
	//	TCut cProtons = "fP1Lab.fE-938.272<34 && fP2Lab.fE-938.272<34 && fP1Lab.fE-938.272>1 && fP2Lab.fE-938.272>1";

	Bool_t spectra;

	//auxiliary strings
	TString drawCommand;
	TString hsName;
	TString heName;
	TString hiName;

	TString canvasName;
	TString canvasTitle;

	Bool_t kSaveFigures;
	TString figurePath;
	TString figureFormat;

private:
	void SaveFigures(TCanvas *canvas, TString variable, Int_t interval);

};

#endif /* BE_BEANALYSIS_H_ */