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NoiseOccupancyTestResult.h

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#ifndef NOISEOCCUPANCYTESTRESULT_H
#define NOISEOCCUPANCYTESTRESULT_H

#include "TestResult.h"
#include "Sct/RangedVector.h"
#include <boost/shared_ptr.hpp>

class TF1;
class TGraph;
class TH1;

namespace SctData {
class ThresholdVariable;    
class ResponseCurve;
class ChipNOResult;

    class ChipNOResult {
    public:
    ChipNOResult() : mean(0.), rms(0.){;}
    ChipNOResult(shared_ptr<TGraph>g, shared_ptr<TF1>f, 
             double m, double r) : 
        graph(g), fit(f), mean(m), rms(r) {;}
    ~ChipNOResult(){;}
    shared_ptr<TGraph> graph;
    shared_ptr<TF1> fit;
    double mean;
    double rms;
    double offset;
    double getNoise() const throw();
    ChipNOResult& operator=(const ChipNOResult&) throw();
    };




class NoiseOccupancyTestResult : public TestResult {
public:
    NoiseOccupancyTestResult() throw();
    
    NoiseOccupancyTestResult(unsigned int runNumber, const string& moduleName, const ThresholdVariable& scanVariable) throw();

    virtual ~NoiseOccupancyTestResult() throw();

    //Override
    virtual string getClassName() const throw();

    virtual void addScan(const unsigned scanNumber, const double testPoint = 0) throw (LogicError);
    
    ChipNOResult& getChipResult(unsigned ichip){ return chipResult[ichip];}
    const ChipNOResult& getChipResult(unsigned ichip) const { return chipResult[ichip];}
    static auto_ptr<TF1> createFitFunction() throw();
private:
    RangedVector<ChipNOResult> chipResult;
    NoiseOccupancyTestResult& operator=(const NoiseOccupancyTestResult&);
    friend class NoiseOccupancyTestResultIOHelper;
};

}

#endif //#ifndef NOISEOCCUPANCYTESTRESULT_H

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