SpaceManager.h

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#ifndef SPACEMANAGER_HH_
#define SPACEMANAGER_HH_
#include "RecoParticleFlow/PFClusterTools/interface/SpaceVoxel.h"
#include "RecoParticleFlow/PFClusterTools/interface/Calibrator.h"
#include "RecoParticleFlow/PFClusterTools/interface/DetectorElement.h"
#include "RecoParticleFlow/PFClusterTools/interface/Region.h"
#include <map>
#include <vector>
#include <boost/shared_ptr.hpp>
#include <iostream>
#include <TGraph.h>
#include <TF1.h>
#include <TF2.h>
#include <string>
namespace pftools {
class SpaceManager {
public:
    SpaceManager(std::string name);

    virtual ~SpaceManager();
    
    std::string getName() {
        return name_;
    }

    
    /*
     * Initialises the internal map of calibrators and space voxels according to the
     * type of calibrator supplied and the specified eta, phi and energy segmentation.
     */
    void createCalibrators(const Calibrator& toClone, const double etaSeg,
            const double phiSeg, const double energySeg);

    /*
     * As above but only for the specified ranges. 
     * (Compare with ROOT TH3F histogram constructor!)
     */
    void createCalibrators(const Calibrator& toClone, const unsigned nEta,
            const double etaMin, const double etaMax, const unsigned nPhi,
            const double phiMin, const double phiMax, const unsigned nEnergy,
            const double energyMin, const double energyMax) throw(PFToolsException&);
    
    void createCalibrators(const Calibrator& toClone);

    std::map<SpaceVoxelPtr, CalibratorPtr>* getCalibrators() {
        std::map<SpaceVoxelPtr, CalibratorPtr>* ptr = &myAddressBook;
        return ptr;
    }

    /* 
     * Adds a calibrator for the specified volume element.
     * Returns a pointer to it once it's been created, and returns a pointer to
     * any exisitng calibrator should that SpaceVoxel already exist.
     */
    CalibratorPtr createCalibrator(const Calibrator& toClone, SpaceVoxelPtr s);

    /*
     * Returns a pointer to the calibrator you need for the specified space point.
     * Returns 0 if it's not found.
     */
    CalibratorPtr findCalibrator(const double eta, const double phi,
            const double energy = 0) const;
    
    void assignCalibration(const CalibratorPtr& c, const std::map<DetectorElementPtr, double>& result);
    
    std::map<DetectorElementPtr, double> getCalibration(CalibratorPtr c);
    
    std::ostream& printCalibrations(std::ostream& stream);
    
    TH1* extractEvolution(DetectorElementPtr det, Region region, TF1& f1, bool useTruth = true);

    void addEvolution(const DetectorElementPtr& det, Region region, const TF1& f) {
        if(region == BARREL_POS)
            barrelPosEvolutions_[det] = f;
        if(region == ENDCAP_POS)
            endcapPosEvolutions_[det] = f;
    }
    
    double interpolateCoefficient(DetectorElementPtr det, double energy, double eta, double  phi);
    
    double evolveCoefficient(DetectorElementPtr det, double energy, double eta, double  phi);
    
    int getNCalibrations() {
        return calibrationCoeffs_.size();
    }
    void clear();
    
    void makeInverseAddressBook();
    
    void setBarrelLimit(double limit) {
        barrelLimit_ = limit;
    }

private:
    
    std::string name_;
    
    double barrelLimit_;
    double transitionLimit_;
    double endcapLimit_;
    
    std::map<SpaceVoxelPtr, CalibratorPtr> myAddressBook;
    std::map<CalibratorPtr, SpaceVoxelPtr> inverseAddressBook_;
    std::map<CalibratorPtr, std::map<DetectorElementPtr, double> > calibrationCoeffs_;
    std::vector<SpaceVoxelPtr> myKnownSpaceVoxels;
    
    std::vector<SpaceVoxelPtr> barrelPosRegion_;
    std::vector<SpaceVoxelPtr> transitionPosRegion_;
    std::vector<SpaceVoxelPtr> endcapPosRegion_;
    
    std::map<DetectorElementPtr, TF1> barrelPosEvolutions_;
    std::map<DetectorElementPtr, TF1> endcapPosEvolutions_;
    
    std::map<Region, std::vector<SpaceVoxelPtr> > regionsToSVs_;
    
    
};

typedef boost::shared_ptr<SpaceManager> SpaceManagerPtr;

}
#endif /*SPACEMANAGER_HH_*/