VcstCalNetcdfInputItem.h

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/*******************************************************************************
 *
 * NAME: VcstCalNetcdfInputItem.h
 *
 * DESCRIPTION: Subclass of the VcstCalLutInputItem object class to support
 * reading a netCDF LUT file.
 *
 * Created on: June 18, 2015
 *     Author: Sam Anderson, VCST
 *
 *  Modified: October 15, 2015, for generation and processing of time-dependent
 *  netCDF4 LUTs
 *
 *******************************************************************************/
 
#ifndef VcstCalNetcdfInputItem_h
#define VcstCalNetcdfInputItem_h
 
#include <VcstCalLutInputItem.h>
#include <VcstCalLutStructures.h>
 
#include <netcdf>
 
using namespace std;
using namespace netCDF;
using namespace netCDF::exceptions;
 
class VcstCalNetcdfInputItem : public VcstCalLutInputItem {
public:
 
    VcstCalNetcdfInputItem(const std::string& groupName, size_t size);
 
    virtual ~VcstCalNetcdfInputItem();
 
    virtual int getData();
 
    int getData(double tai);
 
 
protected:
 
    int readNetCDF();
 
    int read_DG_ANOMALY_DN_LIMITS_LUT(NcFile* nc_input);
    int read_DNB_STRAY_LIGHT_CORRECTION_LUT(NcFile* nc_input);
    int read_SDR_DNB_DN0_LUT(NcFile* nc_input);
    int read_SDR_DNB_RVS(NcFile* nc_input);
    int read_SDR_DNB_FRAME_TO_ZONE(NcFile* nc_input);
    int read_SDR_DNB_LGS_GAINS_LUT(NcFile* nc_input);
    int read_SDR_DNB_GAIN_RATIOS_LUT(NcFile* nc_input);
    int read_SDR_F_PREDICTED_LUT(NcFile* nc_input);
    int read_SDR_GAIN_LUT(NcFile* nc_input);
    int read_SDR_HAM_ER_TABLE(NcFile* nc_input);
    int read_SDR_RTA_ER_TABLE(NcFile* nc_input);
    int read_SDR_OBC_ER_TABLE(NcFile* nc_input);
    int read_SDR_OBC_RR_TABLE(NcFile* nc_input);
    int read_SDR_EBBT_TABLE(NcFile* nc_input);
    int read_SDR_TELE_COEFFS(NcFile* nc_input);
    int read_SDR_SOLAR_IRAD_LUT(NcFile* nc_input);
    int read_SDR_OBS_TO_PIXELS(NcFile* nc_input);
    int read_SDR_RADIOMETRIC_PARAMETERS(NcFile* nc_input);
    int read_SDR_EMISSIVE_LUT(NcFile* nc_input);
    int read_SDR_REFLECTIVE_LUT(NcFile* nc_input);
    int read_SDR_RVS_LUT(NcFile* nc_input);
    int read_SDR_BB_TEMP_COEFFS(NcFile* nc_input);
    int read_SDR_DELTA_C_LUT(NcFile* nc_input);
    int read_SDR_COEFF_A_LUT(NcFile* nc_input);
    int read_SDR_COEFF_B_LUT(NcFile* nc_input);
    int read_SDR_RELATIVE_SPECTRAL_RESPONSE_LUT(NcFile* nc_input);
    int read_SDR_SOLAR_SPECTRAL_IRAD_LUT(NcFile* nc_input);
 
 
    int expand_StrayLight_LUT(shortViirsCalDnbStrayLightLUT* short_lut,
            proSdrViirsCalDnbStrayLightLUT* long_lut);
 
 
    int readDynamicNetcdf();
 
    int read_Dynamic_DNB_STRAY_LIGHT_CORRECTION_LUT(NcFile* nc_input);
    int read_Dynamic_SDR_DNB_DN0_LUT(NcFile* nc_input);
    int read_Dynamic_SDR_DNB_LGS_GAINS_LUT(NcFile* nc_input);
    int read_Dynamic_SDR_DNB_GAIN_RATIOS_LUT(NcFile* nc_input);
    int read_Dynamic_SDR_F_PREDICTED_LUT(NcFile* nc_input);
    //    int read_Dynamic_SDR_RELATIVE_SPECTRAL_RESPONSE_LUT( NcFile* nc_input );
    int read_Dynamic_SDR_SOLAR_SPECTRAL_IRAD_LUT(NcFile* nc_input);
 
    long long iet_;
 
};
 
 
 
#endif