////////////////////////////////////////////////////////////////////////////////
//
// PURPOSE:  DropWeight Log Class.
// AUTHOR:   Rob McEwen.
// DATE:     04/2/6
// COMMENTS: 
//
////////////////////////////////////////////////////////////////////////////////
//
#include "AdaptiveSamplerLog.h"
#include "AdaptiveSampler.h"
//#include "Syslog.h"

AdaptiveSamplerLog::AdaptiveSamplerLog(AdaptiveSampler *adaptiveSampler, 
		     DataLog::FileFormat fileFormat)
  : DataLogWriter(AdaptiveSamplerLogName, fileFormat, AutoTimeStamp)
{
  _adaptiveSampler= adaptiveSampler;
  setMnemonic("asp.data");

  for( int i=0; i<NGULPERS; i++)
  {
     sprintf(strName, "asp.Gulper%d", i);
     addField( (_gulper[i] = new ShortData( strName )) );
  }

  for(i=0; i<MAXSTOREDDEPTHS; i++)
  {
     sprintf(strName, "asp.tempdep%d", i);
     addField((_tempDep[i] = new DoubleData(strName)));
  }

  for(i=0; i<MAXSTOREDPROFILES; i++)
  {
     sprintf(strName, "asp.tempdiff%d", i);
     addField((_temp_diff[i] = new DoubleData(strName)));

     sprintf(strName, "asp.tempdifflp%d", i);
     addField((_temp_diff_lp[i] = new DoubleData(strName)));
  }

  addField((_gnum= new ShortData("asp.num")));
  addField((_depthCheck= new ShortData("asp.dchk")));
  addField((_salCheck  = new ShortData("asp.schk")));
  addField((_tempCheck = new ShortData("asp.tchk")));
  addField((_fl676Check = new ShortData("asp.fl676chk")));
  addField((_bb470Check = new ShortData("asp.bb470chk")));
  addField((_bb676Check = new ShortData("asp.bb676chk")));
  addField((_lat = new DoubleData("asp.lat")));
  addField((_lon = new DoubleData("asp.lon")));
  addField((_sal = new DoubleData("asp.sal")));
  addField((_temp= new DoubleData("asp.temp")));
  addField((_depth = new DoubleData("asp.depth")));
  addField((_fl676 = new DoubleData("asp.fl676")));
  addField((_bb470 = new DoubleData("asp.bb470")));
  addField((_bb676 = new DoubleData("asp.bb676")));
  addField((_rhod = new DoubleData("asp.rhod")));
  addField((_fl676_bkgnd = new DoubleData("asp.fl676bkgnd")));
  addField((_bb470_bkgnd = new DoubleData("asp.bb470bkgnd")));
  addField((_bb676_bkgnd = new DoubleData("asp.bb676bkgnd")));
  addField((_rhod_bkgnd = new DoubleData("asp.rhodbkgnd")));
  addField((_fl676_lp = new DoubleData("asp.fl676lp")));
  addField((_bb470_lp = new DoubleData("asp.bb470lp")));
  addField((_bb676_lp = new DoubleData("asp.bb676lp")));
  addField((_rhod_lp = new DoubleData("asp.rhodlp")));
  addField((_upwellingCheck = new ShortData("asp.upwellingcheck")));
  addField((_frontCheck = new ShortData("asp.frontcheck")));
  addField((_flMaxOnPrecedingProfile = new DoubleData("asp.flmaxonprecedingprofile")));
  addField((_dep_flMaxOnPrecedingProfile = new DoubleData("asp.depflmaxonprecedingprofile")));
  addField((_flMaxOnProfile_avg = new DoubleData("asp.flmaxonprofileavg")));
  addField((_rhodMaxOnPrecedingProfile = new DoubleData("asp.rhodmaxonprecedingprofile")));
  addField((_dep_rhodMaxOnPrecedingProfile = new DoubleData("asp.deprhodmaxonprecedingprofile")));

  for(i=0; i<MAXNUMPEAKSIGNALS; i++)
    {
      sprintf(strName, "asp.peakbaseline%d", i);
      addField((_peak_baseline[i] = new DoubleData(strName)));

      sprintf(strName, "asp.peaksaved%d", i);
      addField((_peak_saved[i] = new DoubleData(strName)));

      sprintf(strName, "asp.peakcheck%d", i);
      addField((_peakCheck[i] = new ShortData(strName)));

      sprintf(strName, "asp.pkctrl%d", i);
      addField((_pk_ctrl[i] = new ShortData(strName)));
    }

  _lat->setAsciiFormat("%5.8f");       
  _lon->setAsciiFormat("%5.8f");       
}

AdaptiveSamplerLog::~AdaptiveSamplerLog()
{
  for( int i=0; i<NGULPERS; i++)
    delete _gulper[i];

  for(i=0; i<MAXSTOREDDEPTHS; i++)
    delete _tempDep[i];

  for(i=0; i<MAXSTOREDPROFILES; i++)
    {
      delete _temp_diff[i];
      delete _temp_diff_lp[i];
    }

  delete _gnum;
  delete _depthCheck;
  delete _tempCheck;
  delete _salCheck;
  delete _fl676Check;
  delete _bb470Check;
  delete _bb676Check;
  delete _upwellingCheck;
  delete _frontCheck;
  delete _lat;
  delete _lon;
  delete _sal;
  delete _temp;
  delete _depth;
  delete _fl676;
  delete _bb470;
  delete _bb676;
  delete _rhod;
  delete _fl676_bkgnd;
  delete _bb470_bkgnd;
  delete _bb676_bkgnd;
  delete _rhod_bkgnd;
  delete _fl676_lp;
  delete _bb470_lp;
  delete _bb676_lp;
  delete _rhod_lp;
  delete _dep_flMaxOnPrecedingProfile;
  delete _flMaxOnPrecedingProfile;
  delete _flMaxOnProfile_avg;
  delete _rhodMaxOnPrecedingProfile;
  delete _dep_rhodMaxOnPrecedingProfile;

  for(i=0; i<MAXNUMPEAKSIGNALS; i++)
    {
      delete _peak_baseline[i];
      delete _peak_saved[i];
      delete _peakCheck[i];
      delete _pk_ctrl[i];
    }
}


void AdaptiveSamplerLog::setFields()
{
   for( int i=0; i<NGULPERS; i++) 
      _gulper[i]->setValue( _adaptiveSampler->_output->data.gulperState[i] );

   _gnum->setValue(_adaptiveSampler->_gnum);

   //Syslog::write("AdaptiveSamplerLog:: Got here - 1!");

   if( _adaptiveSampler->_nav )
   {
      _lat->setValue(_adaptiveSampler->_position.latitude);
      _lon->setValue(_adaptiveSampler->_position.longitude);
   }
   //Syslog::write("AdaptiveSamplerLog:: Got here - 2!");
   _sal->setValue(_adaptiveSampler->_salinity);
   _temp->setValue(_adaptiveSampler->_temperature);
   _depth->setValue(_adaptiveSampler->_depth);
   _fl676->setValue(_adaptiveSampler->_fl676);
   _bb470->setValue(_adaptiveSampler->_bb470);
   _bb676->setValue(_adaptiveSampler->_bb676);
   _rhod->setValue(_adaptiveSampler->_rhod);
   _salCheck->setValue(_adaptiveSampler->_salCheck);
   _tempCheck->setValue(_adaptiveSampler->_tempCheck);
   _depthCheck->setValue(_adaptiveSampler->_depthCheck);
   _fl676Check->setValue(_adaptiveSampler->_fl676Check);
   _bb470Check->setValue(_adaptiveSampler->_bb470Check);
   _bb676Check->setValue(_adaptiveSampler->_bb676Check);
   _fl676_bkgnd->setValue(_adaptiveSampler->_fl676_bkgnd);
   _bb470_bkgnd->setValue(_adaptiveSampler->_bb470_bkgnd);
   _bb676_bkgnd->setValue(_adaptiveSampler->_bb676_bkgnd);
   _rhod_bkgnd->setValue(_adaptiveSampler->_rhod_bkgnd);
   _fl676_lp->setValue(_adaptiveSampler->_fl676_lp[0]);
   _bb470_lp->setValue(_adaptiveSampler->_bb470_lp[0]);
   _bb676_lp->setValue(_adaptiveSampler->_bb676_lp);
   _rhod_lp->setValue(_adaptiveSampler->_rhod_lp[0]);
   _upwellingCheck->setValue(_adaptiveSampler->_upwellingCheck);
   _frontCheck->setValue(_adaptiveSampler->_frontCheck);

   _flMaxOnPrecedingProfile->setValue(_adaptiveSampler->_flMaxOnPrecedingProfile);
   _dep_flMaxOnPrecedingProfile->setValue(_adaptiveSampler->_dep_flMaxOnPrecedingProfile);
   _flMaxOnProfile_avg->setValue(_adaptiveSampler->_flMaxOnProfile_avg);
   _rhodMaxOnPrecedingProfile->setValue(_adaptiveSampler->_rhodMaxOnPrecedingProfile);
   _dep_rhodMaxOnPrecedingProfile->setValue(_adaptiveSampler->_dep_rhodMaxOnPrecedingProfile);

  for(i=0; i<MAXNUMPEAKSIGNALS; i++)
    {
      _peak_baseline[i]->setValue(_adaptiveSampler->_peak_baseline[i]);
      _peak_saved[i]->setValue(_adaptiveSampler->_peak_saved[i]);
      _peakCheck[i]->setValue(_adaptiveSampler->_peakCheck[i]);
      _pk_ctrl[i]->setValue(_adaptiveSampler->_pk_ctrl[i]);
    }

   for(i=0; i<=3; i++)
     _tempDep[i]->setValue(_adaptiveSampler->_tempDep[i]);

   for(i=0; i<MAXSTOREDPROFILES; i++)
     {
       _temp_diff[i]->setValue(_adaptiveSampler->_temp_diff[i]);
       _temp_diff_lp[i]->setValue(_adaptiveSampler->_temp_diff_lp[i]);
     }

   //Syslog::write("AdaptiveSamplerLog:: Finished!");
}