#include <VcstViirsThermal.h>

Collaboration diagram for ViirsThermal:

Public Member Functions
	ViirsThermal ()

	ViirsThermal (VcstObc *pObc)

	~ViirsThermal ()

int	initialize (GRAN_SEQ_ENUM gran_seq)

double	interpolate_Temp_to_Rad (int bandIndex, double array_tp, double array_rad, int indices[][2], double tp)

double	interpolate_L_to_EBBT (int bandIndex, double array_tp, double array_rad, int indices[][2], double rad)

int	compute_C (VIIRS_BAND_ENUM band)

int	compute_F (VIIRS_BAND_ENUM band)

Public Attributes
float	Telec_ [VIIRS_SCANS]

float	fp_ [FOCAL_PLANES][VIIRS_SCANS]

float	Tcav_ [VIIRS_SCANS]

float	Trta_ [VIIRS_SCANS]

float	Ttele_ [VIIRS_SCANS]

float	Tsh_ [VIIRS_SCANS]

float	mir_avg_ [VIIRS_SCANS]

float	bb_avg_ [VIIRS_SCANS]

float	Tomm_ [VIIRS_SCANS]

float	RrtaRhamDiff_ [Number_of_Tbands][VIIRS_SCANS]

bool	bbTempNotNominal_ [VIIRS_SCANS]

bool	lwirFPAtempNonNominal_ [VIIRS_SCANS]

bool	badThermValue_ [VIIRS_SCANS]

bool	badInterpolateValue_ [VIIRS_SCANS]

float	bt_lut_ [7][TEB_LUT_SIZE]

float	bt_lut_M13_ [TEB_LUT_SIZE_M13]

double	C_I_ [Number_of_Ibands][VIIRS_SCANS][Iband_detectors][C_Coefs]

double	C_M_ [Number_of_Mbands][VIIRS_SCANS][Mband_detectors][Gain_States][C_Coefs]

float	F_I_ [Number_of_ITbands][VIIRS_SCANS][Iband_detectors][Agg_Zones][Parity]

float	F_M_ [Number_of_MTbands][VIIRS_SCANS][Mband_detectors][Gain_States]

float	AVG_F_I_ [Number_of_ITbands][Mirror_Sides][Iband_detectors][Agg_Zones][Parity]

float	AVG_F_M_ [Number_of_MTbands][Mirror_Sides][Mband_detectors][Gain_States]

VcstObc *	pObc_

tempLutPtrs	pLut_

short	bbTemp_ [VIIRS_SCANS][BB_THERMISTORS]

short	mf_tel_blkhd_py_ [VIIRS_SCANS]

short	mf_scan_cavity_nxp_ [VIIRS_SCANS]

short	mf_scan_cavity_baf_pz_ [VIIRS_SCANS]

short	mf_scan_cavity_baf_nz_ [VIIRS_SCANS]

short	ap_lw_cca_ [VIIRS_SCANS]

short	ap_vn_cca_ [VIIRS_SCANS]

short	dp_dnb_cca_ [VIIRS_SCANS]

short	ap_sm_cca_ [VIIRS_SCANS]

short	mf_ao_blkhd_px_nz_ [VIIRS_SCANS]

short	mf_ao_blkhd_nx_pz_ [VIIRS_SCANS]

short	mf_stopassy_baff_nz_ [VIIRS_SCANS]

short	mf_fold_mirror_blkhd_ [VIIRS_SCANS]

short	mf_ham_blkhd_ [VIIRS_SCANS]

short	ft_lw_cfpa_hi_rsl_ [VIIRS_SCANS]

short	ft_lw_cfpa_lo_rsl_ [VIIRS_SCANS]

short	ft_sm_cfpa_hi_rsl_ [VIIRS_SCANS]

short	ft_sm_cfpa_lo_rsl_ [VIIRS_SCANS]

short	ft_vis_nir_fpa_ [VIIRS_SCANS]

short	ham_tmp1_ [VIIRS_SCANS]

short	ham_tmp2_ [VIIRS_SCANS]

short	ct_prec_tref_mux1ca1_ [VIIRS_SCANS]

short	ct_prec_tref_mux1ca2_ [VIIRS_SCANS]

short	ct_prec_tref_mux1ca3_ [VIIRS_SCANS]

short	bb_htr_temp_ [VIIRS_SCANS]

Static Public Attributes
static constexpr int	FOCAL_PLANES = 3

static constexpr int	REF_RESISTANCES = 3

static constexpr int	TEMP_COEFFS = 6

static constexpr int	TEMP_MEASUREMENTS = 2

static constexpr int	BB_THERMISTORS = 6

static constexpr int	NUM_THERM = 19

static constexpr int	TEMP_DN_LOW = -9000

static constexpr int	THERM_LOW_VALUE = -8192

static constexpr int	THERM_HI_VALUE = 8192

static constexpr int	TEB_LUT_SIZE = 65536

static constexpr int	TEB_LUT_VALUES = 65528

static constexpr int	TEB_LUT_SIZE_M13 = 327681

static constexpr int	TEB_LUT_VALUES_M13 = 327671

static constexpr double	TOLLERANCE = 1.0E-20

static constexpr double	LOWBTEMP = 0.0

static constexpr int	C_COEFFS = 4

static constexpr int	A_COEFFS = 3

static constexpr int	T_FP_LEVELS = 5

static constexpr int	T_ELEC_LEVELS = 5

static constexpr int	DGSTATES = 2

static constexpr float	C0_dcr = -5.381061f

static constexpr float	C1_dcr = 1.357921e-003f

static constexpr float	C2_dcr = 8.193453e-009f

static constexpr float	C3_dcr = -1.679609e-012f

static constexpr int	DCR_LIMIT = 8192

static constexpr unsigned char	VISNIR = 0

static constexpr unsigned char	SMWIR = 1

static constexpr unsigned char	LWIR = 2

static constexpr unsigned char	BG_DNB = 3

static const unsigned char	band_to_fp_ [Viirs_Bands]

Protected Member Functions
int	initialize_L1A_data (GRAN_SEQ_ENUM gran_seq)

int	initialize_LUT_data ()

Protected Attributes
unsigned char	ft_lw_80k_ [VIIRS_SCANS]

unsigned char	ft_lw_82k_ [VIIRS_SCANS]

Detailed Description

Definition at line 46 of file VcstViirsThermal.h.

Constructor & Destructor Documentation

◆ ViirsThermal() [1/2]

ViirsThermal ( )

Class constructor

◆ ViirsThermal() [2/2]

ViirsThermal ( VcstObc * pObc )

◆ ~ViirsThermal()

~ViirsThermal ( )

Class destructor

Member Function Documentation

◆ compute_C()

int compute_C ( VIIRS_BAND_ENUM band )

compute_C

Generate calibration coefficients

◆ compute_F()

int compute_F ( VIIRS_BAND_ENUM band )

compute_F()

Compute F factors for TEB calibration

◆ initialize()

int initialize ( GRAN_SEQ_ENUM gran_seq )

Initialize class data

◆ initialize_L1A_data()

int initialize_L1A_data ( GRAN_SEQ_ENUM gran_seq )

protected

Initialize L1A data

◆ initialize_LUT_data()

int initialize_LUT_data ( )

protected

Initialize LUT data

◆ interpolate_L_to_EBBT()

double interpolate_L_to_EBBT	(	int	bandIndex,
		double *	array_tp,
		double *	array_rad,
		int	indices[][2],
		double	rad
	)

interpolate_L_to_EBBT

Parameters

bandIndex	band of interest for the interpolation
*array_tp	array of temperatures
*array_rad	radiances corresponding to temps in array_tp
indices[][2]	number of bands with data
rad

Returns: tp_interp derived temperature

◆ interpolate_Temp_to_Rad()

double interpolate_Temp_to_Rad	(	int	bandIndex,
		double *	array_tp,
		double *	array_rad,
		int	indices[][2],
		double	tp
	)

interpolate_Temp_to_Rad

Parameters

bandIndex	band of interest for the interpolation
*array_tp	array of temperatures
*array_rad	radiances corresponding to temperatures in array_tp
indices[][2]	number of bands for which there is data, offset
tp	temperature for which radiance is derived

Returns: rad_interp derived radiance

Member Data Documentation

◆ A_COEFFS

constexpr int A_COEFFS = 3

staticconstexpr

Definition at line 69 of file VcstViirsThermal.h.

◆ ap_lw_cca_

short ap_lw_cca_[VIIRS_SCANS]

Definition at line 208 of file VcstViirsThermal.h.

◆ ap_sm_cca_

short ap_sm_cca_[VIIRS_SCANS]

Definition at line 211 of file VcstViirsThermal.h.

◆ ap_vn_cca_

short ap_vn_cca_[VIIRS_SCANS]

Definition at line 209 of file VcstViirsThermal.h.

◆ AVG_F_I_

float AVG_F_I_[Number_of_ITbands][Mirror_Sides][Iband_detectors][Agg_Zones][Parity]

Definition at line 191 of file VcstViirsThermal.h.

◆ AVG_F_M_

float AVG_F_M_[Number_of_MTbands][Mirror_Sides][Mband_detectors][Gain_States]

Definition at line 192 of file VcstViirsThermal.h.

◆ badInterpolateValue_

bool badInterpolateValue_[VIIRS_SCANS]

Definition at line 180 of file VcstViirsThermal.h.

◆ badThermValue_

bool badThermValue_[VIIRS_SCANS]

Definition at line 179 of file VcstViirsThermal.h.

◆ band_to_fp_

const unsigned char band_to_fp_[Viirs_Bands]

static

Definition at line 89 of file VcstViirsThermal.h.

◆ bb_avg_

float bb_avg_[VIIRS_SCANS]

Definition at line 173 of file VcstViirsThermal.h.

◆ bb_htr_temp_

short bb_htr_temp_[VIIRS_SCANS]

Definition at line 227 of file VcstViirsThermal.h.

◆ BB_THERMISTORS

constexpr int BB_THERMISTORS = 6

staticconstexpr

Definition at line 53 of file VcstViirsThermal.h.

◆ bbTemp_

short bbTemp_[VIIRS_SCANS][BB_THERMISTORS]

Definition at line 203 of file VcstViirsThermal.h.

◆ bbTempNotNominal_

bool bbTempNotNominal_[VIIRS_SCANS]

Definition at line 177 of file VcstViirsThermal.h.

◆ BG_DNB

constexpr unsigned char BG_DNB = 3

staticconstexpr

Definition at line 88 of file VcstViirsThermal.h.

◆ bt_lut_

float bt_lut_[7][TEB_LUT_SIZE]

Definition at line 182 of file VcstViirsThermal.h.

◆ bt_lut_M13_

float bt_lut_M13_[TEB_LUT_SIZE_M13]

Definition at line 183 of file VcstViirsThermal.h.

◆ C0_dcr

constexpr float C0_dcr = -5.381061f

staticconstexpr

Definition at line 76 of file VcstViirsThermal.h.

◆ C1_dcr

constexpr float C1_dcr = 1.357921e-003f

staticconstexpr

Definition at line 77 of file VcstViirsThermal.h.

◆ C2_dcr

constexpr float C2_dcr = 8.193453e-009f

staticconstexpr

Definition at line 78 of file VcstViirsThermal.h.

◆ C3_dcr

constexpr float C3_dcr = -1.679609e-012f

staticconstexpr

Definition at line 79 of file VcstViirsThermal.h.

◆ C_COEFFS

constexpr int C_COEFFS = 4

staticconstexpr

Definition at line 68 of file VcstViirsThermal.h.

◆ C_I_

double C_I_[Number_of_Ibands][VIIRS_SCANS][Iband_detectors][C_Coefs]

Definition at line 185 of file VcstViirsThermal.h.

◆ C_M_

double C_M_[Number_of_Mbands][VIIRS_SCANS][Mband_detectors][Gain_States][C_Coefs]

Definition at line 186 of file VcstViirsThermal.h.

◆ ct_prec_tref_mux1ca1_

short ct_prec_tref_mux1ca1_[VIIRS_SCANS]

Definition at line 224 of file VcstViirsThermal.h.

◆ ct_prec_tref_mux1ca2_

short ct_prec_tref_mux1ca2_[VIIRS_SCANS]

Definition at line 225 of file VcstViirsThermal.h.

◆ ct_prec_tref_mux1ca3_

short ct_prec_tref_mux1ca3_[VIIRS_SCANS]

Definition at line 226 of file VcstViirsThermal.h.

◆ DCR_LIMIT

constexpr int DCR_LIMIT = 8192

staticconstexpr

Definition at line 81 of file VcstViirsThermal.h.

◆ DGSTATES

constexpr int DGSTATES = 2

staticconstexpr

Definition at line 72 of file VcstViirsThermal.h.

◆ dp_dnb_cca_

short dp_dnb_cca_[VIIRS_SCANS]

Definition at line 210 of file VcstViirsThermal.h.

◆ F_I_

float F_I_[Number_of_ITbands][VIIRS_SCANS][Iband_detectors][Agg_Zones][Parity]

Definition at line 188 of file VcstViirsThermal.h.

◆ F_M_

float F_M_[Number_of_MTbands][VIIRS_SCANS][Mband_detectors][Gain_States]

Definition at line 189 of file VcstViirsThermal.h.

◆ FOCAL_PLANES

constexpr int FOCAL_PLANES = 3

staticconstexpr

Definition at line 49 of file VcstViirsThermal.h.

◆ fp_

float fp_[FOCAL_PLANES][VIIRS_SCANS]

Definition at line 167 of file VcstViirsThermal.h.

◆ ft_lw_80k_

unsigned char ft_lw_80k_[VIIRS_SCANS]

protected

Definition at line 246 of file VcstViirsThermal.h.

◆ ft_lw_82k_

unsigned char ft_lw_82k_[VIIRS_SCANS]

protected

Definition at line 247 of file VcstViirsThermal.h.

◆ ft_lw_cfpa_hi_rsl_

short ft_lw_cfpa_hi_rsl_[VIIRS_SCANS]

Definition at line 217 of file VcstViirsThermal.h.

◆ ft_lw_cfpa_lo_rsl_

short ft_lw_cfpa_lo_rsl_[VIIRS_SCANS]

Definition at line 218 of file VcstViirsThermal.h.

◆ ft_sm_cfpa_hi_rsl_

short ft_sm_cfpa_hi_rsl_[VIIRS_SCANS]

Definition at line 219 of file VcstViirsThermal.h.

◆ ft_sm_cfpa_lo_rsl_

short ft_sm_cfpa_lo_rsl_[VIIRS_SCANS]

Definition at line 220 of file VcstViirsThermal.h.

◆ ft_vis_nir_fpa_

short ft_vis_nir_fpa_[VIIRS_SCANS]

Definition at line 221 of file VcstViirsThermal.h.

◆ ham_tmp1_

short ham_tmp1_[VIIRS_SCANS]

Definition at line 222 of file VcstViirsThermal.h.

◆ ham_tmp2_

short ham_tmp2_[VIIRS_SCANS]

Definition at line 223 of file VcstViirsThermal.h.

◆ LOWBTEMP

constexpr double LOWBTEMP = 0.0

staticconstexpr

Definition at line 66 of file VcstViirsThermal.h.

◆ LWIR

constexpr unsigned char LWIR = 2

staticconstexpr

Definition at line 87 of file VcstViirsThermal.h.

◆ lwirFPAtempNonNominal_

bool lwirFPAtempNonNominal_[VIIRS_SCANS]

Definition at line 178 of file VcstViirsThermal.h.

◆ mf_ao_blkhd_nx_pz_

short mf_ao_blkhd_nx_pz_[VIIRS_SCANS]

Definition at line 213 of file VcstViirsThermal.h.

◆ mf_ao_blkhd_px_nz_

short mf_ao_blkhd_px_nz_[VIIRS_SCANS]

Definition at line 212 of file VcstViirsThermal.h.

◆ mf_fold_mirror_blkhd_

short mf_fold_mirror_blkhd_[VIIRS_SCANS]

Definition at line 215 of file VcstViirsThermal.h.

◆ mf_ham_blkhd_

short mf_ham_blkhd_[VIIRS_SCANS]

Definition at line 216 of file VcstViirsThermal.h.

◆ mf_scan_cavity_baf_nz_

short mf_scan_cavity_baf_nz_[VIIRS_SCANS]

Definition at line 207 of file VcstViirsThermal.h.

◆ mf_scan_cavity_baf_pz_

short mf_scan_cavity_baf_pz_[VIIRS_SCANS]

Definition at line 206 of file VcstViirsThermal.h.

◆ mf_scan_cavity_nxp_

short mf_scan_cavity_nxp_[VIIRS_SCANS]

Definition at line 205 of file VcstViirsThermal.h.

◆ mf_stopassy_baff_nz_

short mf_stopassy_baff_nz_[VIIRS_SCANS]

Definition at line 214 of file VcstViirsThermal.h.

◆ mf_tel_blkhd_py_

short mf_tel_blkhd_py_[VIIRS_SCANS]

Definition at line 204 of file VcstViirsThermal.h.

◆ mir_avg_

float mir_avg_[VIIRS_SCANS]

Definition at line 172 of file VcstViirsThermal.h.

◆ NUM_THERM

constexpr int NUM_THERM = 19

staticconstexpr

Definition at line 54 of file VcstViirsThermal.h.

◆ pLut_

tempLutPtrs pLut_

Definition at line 200 of file VcstViirsThermal.h.

◆ pObc_

VcstObc* pObc_

Definition at line 196 of file VcstViirsThermal.h.

◆ REF_RESISTANCES

constexpr int REF_RESISTANCES = 3

staticconstexpr

Definition at line 50 of file VcstViirsThermal.h.

◆ RrtaRhamDiff_

float RrtaRhamDiff_[Number_of_Tbands][VIIRS_SCANS]

Definition at line 175 of file VcstViirsThermal.h.

◆ SMWIR

constexpr unsigned char SMWIR = 1

staticconstexpr

Definition at line 86 of file VcstViirsThermal.h.

◆ T_ELEC_LEVELS

constexpr int T_ELEC_LEVELS = 5

staticconstexpr

Definition at line 71 of file VcstViirsThermal.h.

◆ T_FP_LEVELS

constexpr int T_FP_LEVELS = 5

staticconstexpr

Definition at line 70 of file VcstViirsThermal.h.

◆ Tcav_

float Tcav_[VIIRS_SCANS]

Definition at line 168 of file VcstViirsThermal.h.

◆ TEB_LUT_SIZE

constexpr int TEB_LUT_SIZE = 65536

staticconstexpr

Definition at line 60 of file VcstViirsThermal.h.

◆ TEB_LUT_SIZE_M13

constexpr int TEB_LUT_SIZE_M13 = 327681

staticconstexpr

Definition at line 62 of file VcstViirsThermal.h.

◆ TEB_LUT_VALUES

constexpr int TEB_LUT_VALUES = 65528

staticconstexpr

Definition at line 61 of file VcstViirsThermal.h.

◆ TEB_LUT_VALUES_M13

constexpr int TEB_LUT_VALUES_M13 = 327671

staticconstexpr

Definition at line 63 of file VcstViirsThermal.h.

◆ Telec_

float Telec_[VIIRS_SCANS]

Temperature data in the form used by the calibration algorithms

Definition at line 166 of file VcstViirsThermal.h.

◆ TEMP_COEFFS

constexpr int TEMP_COEFFS = 6

staticconstexpr

Definition at line 51 of file VcstViirsThermal.h.

◆ TEMP_DN_LOW

constexpr int TEMP_DN_LOW = -9000

staticconstexpr

Definition at line 56 of file VcstViirsThermal.h.

◆ TEMP_MEASUREMENTS

constexpr int TEMP_MEASUREMENTS = 2

staticconstexpr

Definition at line 52 of file VcstViirsThermal.h.

◆ THERM_HI_VALUE

constexpr int THERM_HI_VALUE = 8192

staticconstexpr

Definition at line 58 of file VcstViirsThermal.h.

◆ THERM_LOW_VALUE

constexpr int THERM_LOW_VALUE = -8192

staticconstexpr

Definition at line 57 of file VcstViirsThermal.h.

◆ TOLLERANCE

constexpr double TOLLERANCE = 1.0E-20

staticconstexpr

Definition at line 65 of file VcstViirsThermal.h.

◆ Tomm_

float Tomm_[VIIRS_SCANS]

Definition at line 174 of file VcstViirsThermal.h.

◆ Trta_

float Trta_[VIIRS_SCANS]

Definition at line 169 of file VcstViirsThermal.h.

◆ Tsh_

float Tsh_[VIIRS_SCANS]

Definition at line 171 of file VcstViirsThermal.h.

◆ Ttele_

float Ttele_[VIIRS_SCANS]

Definition at line 170 of file VcstViirsThermal.h.

◆ VISNIR

constexpr unsigned char VISNIR = 0

staticconstexpr

Definition at line 85 of file VcstViirsThermal.h.

The documentation for this class was generated from the following file:

/gfs-oceanweb/web/ocssw/ocssw_src/include/ViirsCal/VcstViirsThermal.h

Public Member Functions

Public Attributes

Static Public Attributes

Protected Member Functions

Protected Attributes

Detailed Description

Constructor & Destructor Documentation

◆ ViirsThermal() [1/2]

◆ ViirsThermal() [2/2]

◆ ~ViirsThermal()

Member Function Documentation

◆ compute_C()

◆ compute_F()

◆ initialize()

◆ initialize_L1A_data()

◆ initialize_LUT_data()

◆ interpolate_L_to_EBBT()

◆ interpolate_Temp_to_Rad()

Member Data Documentation

◆ A_COEFFS

◆ ap_lw_cca_

◆ ap_sm_cca_

◆ ap_vn_cca_

◆ AVG_F_I_

◆ AVG_F_M_

◆ badInterpolateValue_

◆ badThermValue_

◆ band_to_fp_

◆ bb_avg_

◆ bb_htr_temp_

◆ BB_THERMISTORS

◆ bbTemp_

◆ bbTempNotNominal_

◆ BG_DNB

◆ bt_lut_

◆ bt_lut_M13_

◆ C0_dcr

◆ C1_dcr

◆ C2_dcr

◆ C3_dcr

◆ C_COEFFS

◆ C_I_

◆ C_M_

◆ ct_prec_tref_mux1ca1_

◆ ct_prec_tref_mux1ca2_

◆ ct_prec_tref_mux1ca3_

◆ DCR_LIMIT

◆ DGSTATES

◆ dp_dnb_cca_

◆ F_I_

◆ F_M_

◆ FOCAL_PLANES

◆ fp_

◆ ft_lw_80k_

◆ ft_lw_82k_

◆ ft_lw_cfpa_hi_rsl_

◆ ft_lw_cfpa_lo_rsl_

◆ ft_sm_cfpa_hi_rsl_

◆ ft_sm_cfpa_lo_rsl_

◆ ft_vis_nir_fpa_

◆ ham_tmp1_

◆ ham_tmp2_

◆ LOWBTEMP

◆ LWIR

◆ lwirFPAtempNonNominal_

◆ mf_ao_blkhd_nx_pz_

◆ mf_ao_blkhd_px_nz_

◆ mf_fold_mirror_blkhd_

◆ mf_ham_blkhd_

◆ mf_scan_cavity_baf_nz_

◆ mf_scan_cavity_baf_pz_

◆ mf_scan_cavity_nxp_

◆ mf_stopassy_baff_nz_

◆ mf_tel_blkhd_py_

◆ mir_avg_

◆ NUM_THERM

◆ pLut_

◆ pObc_

◆ REF_RESISTANCES

◆ RrtaRhamDiff_