seGainLevel.h

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// Copyright JRM Enterprises, Inc. 2004
// All rights reserved.
//
// This code is the intellectual property of JRM Enterprises, Inc.
// It may not be used or released as source or compiled binary form
// without the prior written consent of JRM Enterprises, Inc.
//
// Original Author:     Ken George     Date: Oct 2004
#ifndef _seGainLevel_
#define _seGainLevel_

#include "sedllexport.h"
#include "seDetector.h"
#include "seOptics.h"
#include "seElectronics.h"


class SENSOREFFECTS_API seGainLevel
{
public:


    //   seGainLevel
    seGainLevel(seDetector *detector, seOptics *optics, seElectronics *electronics);

    //seGainLevel
    ~seGainLevel();

    //getRadianceGain
    double getRadianceGain();

    //getRadianceLevel
    double getRadianceLevel();

    //getLutGain
    double getLutGain();

    //getLutLevel
    double getLutLevel();

    //addGainLevel
    void addGainLevel(float *inputImage, long width, long height);

    //getGainLevel
    void getGainLevel(double &gain, double &level);

    //getFinalGainLevel
    void getFinalGainLevel(double &gain, double &level);

    //computeHistogram
    void computeHistogram(float *image, long width, long height);

   // getHistogramEqualizationMap
   float * getHistogramEqualizationMap(int &size, bool HPtype = true);

    //computeMaxAGC
    void computeMaxAGC();

    //computeClippedAGC
    void computeClippedAGC();

   // getApertureGainAdjustment
   double getApertureGainAdjustment();

   // StandardLuminousEfficacy
   double StandardLuminousEfficacy(void);

   // MCPGain

   double MCPGain(double InputRadiance, double ThreshRadiance, double g0, double g1, double E);

   // MCPAGCSaturationRadiance
   double MCPAGCSaturationRadiance(double ElementDimension_mm);


private:

    seDetector *m_detector;
    seOptics *m_optics;
    seElectronics *m_electronics;

    double m_gainScaleFactor;

    double m_gain;
    double m_level;
    double m_average;
   double m_stdev;
    double m_maxValue;
    double m_minValue;
    float *m_lineAverage;
    int *m_histogram;
    int *m_logHistogram;
    float *m_histEqualizationMap;
    long m_histogramSize;
    long m_totalPixels;
   
    double m_exponentialFitAmplitude;
    double m_exponentialFitArgument;
};

#endif /* _seGainLevel_ */