#ifndef LEVEL0PROFILES_H_
#define LEVEL0PROFILES_H_
//
//-----------------------------------------------------------------------
/// @copyright
///            (c) Copyright 2008 by GATS, Inc.,
///     11864 Canon Blvd, Suite 101, Newport News VA 23606
///
///  All Rights Reserved. No part of this software or publication may be
///  reproduced, stored in a retrieval system, or transmitted, in any form
///  or by any means, electronic, mechanical, photocopying, recording, or
///  otherwise without the prior written permission of GATS, Inc.
///
//-----------------------------------------------------------------------
///
/// @file	SunSensorCalc.h
///
/// @author	John Burton	<j.c.burton@gats-inc.com>
///
/// @date  	Thu Jan 17 13:37:13 2008
///
//-----------------------------------------------------------------------
//
//-----------------------------------------------------------------------
// Include Files:
//-----------------------------------------------------------------------
//

#include <string>

#include "ConfigFile.h"
#include "Event.h"
#include "SolarEdgeModel.h"

//
//-----------------------------------------------------------------------
// Constants, Defines, Macros and Type Definitions:
//-----------------------------------------------------------------------
//



//
//-----------------------------------------------------------------------
// Global Variables:
//-----------------------------------------------------------------------
//



//
//-----------------------------------------------------------------------
// Class Definition:
//-----------------------------------------------------------------------
//
class SunSensorCalc {

//
//-----------------------------------------------------------------------
// Private Members:
//-----------------------------------------------------------------------
//
private:


//
// Configuration Data
//
  ConfigFile  cf_;
  std::string section_;

  int eventNumber_;
  char srssflag_;
  double MaxAveIntensity;
  double TrueSolarExtent_;
  double MeasuredExoExtentAz_;
  double MeasuredExoExtentEl_;

//
// Level 0 Input Data
//

  EventVar<double> SunSensorTimeGrid_;
  EventVar<double> ScienceTimeGrid_;
  EventVar<double> Track_Low_X_;
  EventVar<double> Track_High_X_;
  EventVar<double> Track_Low_Y_;
  EventVar<double> Track_High_Y_;

  EventVar<double> SolarHighEl_;
  EventVar<double> SolarLowEl_;
  EventVar<double> SolarHighAz_;
  EventVar<double> SolarLowAz_;
  EventVar<double> SolarExtent_;
  EventVar<double> SolarExtentAz_;
  EventVar<double> NormalizedSolarExtent_;
  EventVar<double> DetectorAz_;
  EventVar<double> DetectorEl_;
  EventVar<double> CenterOffsets_;
  EventVar<int>    RecordType_;

  EventVar<double> Transmission_;
  EventVar<double> ImpactAngle_;
  EventVar<double> TopEdgeImpactAngle_;
  EventVar<double> BottomEdgeImpactAngle_;
  EventVar<double> FPAGrid_;
  EventVar<double> TopEdgeIntensity_;
  EventVar<double> BottomEdgeIntensity_;
  EventVar<double> QualityOfFit_;
  EventVar<int>    Track_Status_;

  EventVar<double> zImpact_;

  EventVarVect<double> SumsData_;
  EventVarVect<int>    LocsVect_;
  EventVarVect<double> CenterSumsVect_;
  EventVarVect<int>    CenterRowsVect_;
  EventVarVect<double> CenterOffsetsVect_;
  EventVarVect<double> CenterAvesVect_;
  EventVarVect<double> AvePixVect_;

  EventVarVect<double> FPATimeSeries_;
  EventVarVect<double> FPATranspose_;
  EventVar<int>        Count_;

  EventVarVect<double> SolarExtentCompare_;

  void initNames(void);

//  double linterp(double &x, double &xa, double &xb, double &ya, double &yb);

  EventVarVect<double> convertSums2Double(EventVarVect<int> intSums);
  EventVar<double> cleanupTransmission(EventVar<double> &trans, EventVar<double> &ia);

//
//-----------------------------------------------------------------------
// Protected Members:
//-----------------------------------------------------------------------
//
protected:


//
//-----------------------------------------------------------------------
// Public Members:
//-----------------------------------------------------------------------
//
public:

  SunSensorCalc(Event& L0, Event& L1, Event& Tmp, ConfigFile& cf, std::string Section);

  double calcMaxIntensity(void);
  EventVar<double> calcEdgeIntensity(EventVar<double>& edge);
  void calcEdgeLocations(void);
  void fillFPATimeSeries(void);
  void applyChainSaw2AvePixVect();
  void applyChainSaw2FPATimeSeries(void);
  void transformCoordinates(Event &SD);
  void determineDetectorLockDownPosition(void);
  void determineCenterSumsElevation(void);
  void determineSolarExtent(void);
  void doDriftCorrection(void);
  void adjustToScienceTimeStamp(Event& L1);

  void copyDataToEvent(Event& eventObj);
  void correctCenterSumsLocations();
  void dumpData(std::string base, int grid);
  void transposeFPATimeSeries(void);
  void fillTrackingValues(void);
  void writeExoAtmosphericDataXY(void);
  void writeExoAtmosphericDataXYZ(void);

//  double findLowXEdge(EventVar<double> &sample, double edge);
//  double findHighXEdge(EventVar<double> &sample, double edge);

}; // end class SunSensorCalc
#endif