VcstViirsGeo.h File Reference

#include <string>
#include <VcstGeoDataStructs.h>
#include <VcstGeoParameters.h>
#include <VcstCmnGeo.h>
#include <VcstParamsReader.h>
#include <VcstGeoRctnglStruct.h>

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Classes
struct	gRingArrays
struct	viirsSdrGeoPtrs
class	VcstViirsGeo

Macros
#define	ptrCastFloat(array, ny, ptrarr)
#define	ptrCastUchar(array, ny, ptrarr)
#define	WriteNavData   -1
#define	WriteGeoAttributes   -2

Enumerations
enum	switch_t {   OFF, ON, OFF, ON,   OFF, ON }
enum	GeoQual { MISS, OUTOFBND, AUTO, MAX_NUM_GEO_QUAL }
enum	GeoOutputs {   IMG_RGEO, MOD_RGEO, IMG_RGEO_TC, MOD_RGEO_TC,   DNB_GEO, IMG_GEO, MOD_GEO, MOD_UNAGG_GEO,   IMG_GEO_TC, MOD_GEO_TC, MAX_NUM_GEO_OUTPUTS }

Functions
int	geolocatePixel (viirsSdrGeoPtrs *ptrs, const int inScan, const int inDet, const int inCol, VcstCmnGeo *geoPtr, ViirsGeoPixelType &outPix)
void	setGeoPixelQuality (viirsSdrGeoPtrs *ptrs, const int inRow, const int inCol, const unsigned char pixeQuality)
int	initGeoDataStructs (int iscan, viirsSdrGeoPtrs *ptrs)
int	storeGranule (const ViirsGeoFullType &inFull, const ViirsGeoRctnglType &inRect, viirsSdrGeoPtrs *ptrs)
void	geolocateAllRecPix (int scan, viirsSdrGeoPtrs *ptrs, ViirsGeoRctnglType *inRec, VcstCmnGeo *geoPtr, ViirsGeoFullType *ioFull, int extractPixelLimits[2])
void	correctFromPassThroughPI (float *ioValue)
void	correctFromPassThroughPI (double *ioValue)
void	adjustForPassThroughPI (float *io0, float *io1, float *io2)
void	adjustForPassThroughPI (double *io0, double *io1, double *io2)
int	calculateNadirData (const int inScan, viirsSdrGeoPtrs *ptrs, VcstCmnGeo *geoPtr, ViirsGeoFullType *outFull)
int	GEO_validate_scan_encoder_data (viirsSdrGeoPtrs *ptrs)
int	GEO_process_parameters (GEO_param_struct *geoParams, ViirsGeoProcType *procStruct)
int	GEO_absolute_limit_check (double data_samples[], int const number_of_samples, double data_limits[2], int sample_flags[])
int	GEO_relative_limit_check (double data_samples[], int const number_of_samples, double const delta_limit, int sample_flags[])
int	GEO_find_next_flag (int sample_flags[], int const number_of_samples, int const start_sample)
void	GEO_determine_DNB_sample_time_offsets (const focal_plane_geometry_struct &geometry_params, const int actScans, const double t_sync[MAX_SCAN_NUMBER], double sample_time[MAX_SCAN_NUMBER][MAX_SCAN_SAMPLE])
void	GEO_determine_sample_time_offsets (const focal_plane_geometry_struct &geometry_params, double sample_time[MAX_SCAN_SAMPLE])
void	GEO_Upg_determine_sample_time_offsets (const focal_plane_geometry_struct &geometry_params, const int actScans, const double t_sync[MAX_SCAN_NUMBER], double sample_time[MAX_SCAN_NUMBER][MAX_SCAN_SAMPLE])
int	GEO_determine_thermal_corrections (viirsSdrGeoPtrs *ptrs)
int	GEO_determine_view_vectors (const int scan_number, const int sample_number, const int det, viirsSdrGeoPtrs *ptrs, unsigned char *flag, double u_inst[VEC_SIZE])
int	GEO_interpolate_telescope_encoder (int const scan_number, int const sample_number, double *const sample_enc, viirsSdrGeoPtrs *ptrs)
int	GEO_interpolate_mirror_encoder (int const scan_number, int const sample_number, double *const sample_enc, viirsSdrGeoPtrs *ptrs)
int	GEO_evaluate_polynomial (double coef[MAX_POLY_DEGREE+1], double const in_x, int const degree, double *const out_fit)
int	GEO_interp_mod_unagg (viirsSdrGeoPtrs *ptrs)
int	eclipseAndSaaFlags (viirsSdrGeoPtrs *geoPtrs, VcstCmnGeo *cmnGeoPtr)
int	getSaa (viirsSdrGeoPtrs *geoPtrs, float dLat, float dLon, VcstCmnGeo *cmnGeoPtr, unsigned char &inSAA)
template<int T_NUM_ROWS, int T_NUM_COLS>
int	getSolarEclipse (float lat[T_NUM_ROWS][T_NUM_COLS], float lon[T_NUM_ROWS][T_NUM_COLS], long long startTime, long long endTime, int startRow, int endRow, VcstCmnGeo *cmnGeoPtr, unsigned char &solEclipse)
int	getDnbLunarEclipse (viirsSdrGeoPtrs *geoPtrs, double startTime, double endTime, int endRow, int startRow, VcstCmnGeo *cmnGeoPtr, unsigned char &lunEclipse)
int	Check_Tel_Start_Not_Nominal (viirsSdrGeoPtrs *ptrs)
int	Check_Ham_Start_Not_Nominal (viirsSdrGeoPtrs *ptrs)
int	Check_Scan_Sync_Failure (viirsSdrGeoPtrs *ptrs)
int	calculateSCESide (viirsSdrGeoPtrs *ptrs)
int	appendQualityFlag2 (viirsSdrGeoPtrs *ptrs, int scan, unsigned char flag)
int	VcstCreateInterpRectangles (const int bandType, int numZones, int *numPixPerZone, ViirsGeoRctnglType *outRec)

Variables
const unsigned char	GEO_SCAN_QUALITY_HAMIMP_GOODDATA = 0x00
const unsigned char	GEO_SCAN_QUALITY_HAMIMP_BADDATA = 0x04
const unsigned char	GEO_SCAN_QUALITY_HAMIMP_DEGRADDATA = 0x08
const unsigned char	GEO_SCAN_QUALITY_HAMIMP_MISSINGDATA = 0x0c
const unsigned char	GEO_SCAN_QUALITY_NOT_ABOVE_SAA = 0x00
const unsigned char	GEO_SCAN_QUALITY_ABOVE_SAA = 0x10
const unsigned char	GEO_SCAN_QUALITY_NO_SOLAR_ECLIPSE = 0x00
const unsigned char	GEO_SCAN_QUALITY_SOLAR_ECLIPSE = 0x20
const unsigned char	GEO_SCAN_QUALITY_NO_LUNAR_ECLIPSE = 0x00
const unsigned char	GEO_SCAN_QUALITY_LUNAR_ECLIPSE = 0x40
const unsigned char	GEO_SCAN_QUALITY_HA_MIRROR_SIDE_SHIFT = 7
const unsigned char	GEO_SCAN_QUALITY_HA_MIRROR_SIDE_MASK = 0x80
const unsigned char	GEO_SCAN_QUALITY_SCESIDE_A_ON = 0x00
const unsigned char	GEO_SCAN_QUALITY_SCESIDE_B_ON = 0x01
const unsigned char	GEO_SCAN_QUALITY_SCESIDE_INVALID = 0x02
const unsigned char	GEO_SCAN_QUALITY_HAM_START_IS_NOMINAL = 0x00
const unsigned char	GEO_SCAN_QUALITY_HAM_START_NOT_NOMINAL = 0x04
const unsigned char	GEO_PIXEL_QUALITY_INPUT_VALID = 0x00
const unsigned char	GEO_PIXEL_QUALITY_INPUT_INVALID = 0x01
const unsigned char	GEO_PIXEL_QUALITY_POINTING_GOOD = 0x00
const unsigned char	GEO_PIXEL_QUALITY_POINTING_BAD = 0x02
const unsigned char	GEO_PIXEL_QUALITY_TERRAIN_GOOD = 0x00
const unsigned char	GEO_PIXEL_QUALITY_TERRAIN_BAD = 0x04
const unsigned char	GEO_PIXEL_QUALITY_SOLARANGLE_VALID = 0x00
const unsigned char	GEO_PIXEL_QUALITY_SOLARANGLE_INVALID = 0x08
const unsigned char	VIIRS_GEO_INVALID_SCAN_START_TIME = 0x01
const unsigned char	VIIRS_GEO_CMN_GEO_FAIL = 0x02
const unsigned char	VIIRS_GEO_INVALID_MIRROR_SIDE = 0x04
const unsigned char	VIIRS_GEO_TERRAIN_CORR_FAIL = 0x08
const unsigned char	VIIRS_GEO_INVALID_TEL_HAM_ENC_DATA = 0x10

Macro Definition Documentation

ptrCastFloat

#define ptrCastFloat	(		array,
			ny,
			ptrarr
	)

Value:

        {  \
        ptrarr = new float *[ny];  \
        for (size_t y = 0; y < ny; y++)  \
            ptrarr[y] = array[y];  \
    }

Definition at line 59 of file VcstViirsGeo.h.

ptrCastUchar

#define ptrCastUchar	(		array,
			ny,
			ptrarr
	)

Value:

        {  \
        ptrarr = new unsigned char *[ny]; \
        for (size_t y = 0; y < ny; y++)  \
            ptrarr[y] = array[y];  \
    }

Definition at line 64 of file VcstViirsGeo.h.

WriteGeoAttributes

#define WriteGeoAttributes   -2

Definition at line 105 of file VcstViirsGeo.h.

WriteNavData

#define WriteNavData   -1

Definition at line 104 of file VcstViirsGeo.h.

Enumeration Type Documentation

GeoOutputs

enum GeoOutputs

Enumerator
IMG_RGEO
MOD_RGEO
IMG_RGEO_TC
MOD_RGEO_TC
DNB_GEO
IMG_GEO
MOD_GEO
MOD_UNAGG_GEO
IMG_GEO_TC
MOD_GEO_TC
MAX_NUM_GEO_OUTPUTS

Definition at line 107 of file VcstViirsGeo.h.

GeoQual

enum GeoQual

Enumerator
MISS
OUTOFBND
AUTO
MAX_NUM_GEO_QUAL

Definition at line 100 of file VcstViirsGeo.h.

switch_t

enum switch_t

Enumerator
OFF
ON
OFF
ON
OFF
ON

Definition at line 53 of file VcstViirsGeo.h.

Function Documentation

adjustForPassThroughPI() [1/2]

void adjustForPassThroughPI ( double *  io0, double *  io1, double *  io2  )

inline

Definition at line 753 of file VcstViirsGeo.h.

adjustForPassThroughPI() [2/2]

void adjustForPassThroughPI ( float *  io0, float *  io1, float *  io2  )

inline

adjustForPassThroughPI

Parameters

io0	First interpolation point
io1	Second interpolation point
io2	Third interpolation point

Returns

void

Definition at line 729 of file VcstViirsGeo.h.

appendQualityFlag2()

int appendQualityFlag2	(	viirsSdrGeoPtrs *	ptrs,
		int	scan,
		unsigned char	flag
	)

Set flag bit in Quality Flag 2 in geo struct.

Parameters

*ptrs	structure of pointers to input and output items
flag	unsigned char flag defined in viirs_QualityFlags.h PRO_FAIL or PRO_SUCCESS

calculateNadirData()

int calculateNadirData	(	const int	inScan,
		viirsSdrGeoPtrs *	ptrs,
		VcstCmnGeo *	geoPtr,
		ViirsGeoFullType *	outFull
	)

calculateNadirData

Parameters

inScan	Current scan number
ptrs	Pointer to viirsSdrGeoPtrs
geoPtr	vis to a VcstCmnGeo instance
outFull	Structure containing geolocation for all pixels

Returns

PRO_SUCCESS, PRO_FAIL

calculateSCESide()

int calculateSCESide

(

viirsSdrGeoPtrs *

ptrs

)

Determine the electronic side of VIIRS from OBC-IP

Parameters

*ptrs

structure of pointers to input and output items

Returns

PRO_FAIL or PRO_SUCCESS

Check_Ham_Start_Not_Nominal()

int Check_Ham_Start_Not_Nominal

(

viirsSdrGeoPtrs *

ptrs

)

Check_Ham_Start_Not_Nominal

Parameters

*ptrs

structure of pointers to input and output items

Returns

PRO_FAIL or PRO_SUCCESS

Check_Scan_Sync_Failure()

int Check_Scan_Sync_Failure

(

viirsSdrGeoPtrs *

ptrs

)

Check_Scan_Sync_Failure

Parameters

*ptrs

structure of pointers to input and output items

Returns

PRO_FAIL or PRO_SUCCESS

Check_Tel_Start_Not_Nominal()

int Check_Tel_Start_Not_Nominal

(

viirsSdrGeoPtrs *

ptrs

)

Check_Tel_Start_Not_Nominal

Parameters

*ptrs

structure of pointers to input and output items

Returns

PRO_FAIL or PRO_SUCCESS

correctFromPassThroughPI() [1/2]

void correctFromPassThroughPI ( double *  ioValue )

inline

Definition at line 713 of file VcstViirsGeo.h.

correctFromPassThroughPI() [2/2]

void correctFromPassThroughPI ( float *  ioValue )

inline

correctFromPassThroughPI

Parameters

ioValue

Value to check for passing through PI and update it

Returns

void

Definition at line 699 of file VcstViirsGeo.h.

eclipseAndSaaFlags()

int eclipseAndSaaFlags	(	viirsSdrGeoPtrs *	geoPtrs,
		VcstCmnGeo *	cmnGeoPtr
	)

eclipseAndSaaFlags

Parameters

geoPtrs
cmnGeoPtr

Returns

int PRO_SUCCESS or PRO_FAIL

GEO_absolute_limit_check()

int GEO_absolute_limit_check	(	double	data_samples[],
		int const	number_of_samples,
		double	data_limits[2],
		int	sample_flags[]
	)

GEO_absolute_limit_check

Parameters

data_samples[]	array of input data samples
number_of_samples	number of samples to check
data_limits[2]	lower and upper limits
sample_flags[]	array of validation flags

Returns

PRO_FAIL or PRO_SUCCESS

GEO_determine_DNB_sample_time_offsets()

void GEO_determine_DNB_sample_time_offsets	(	const focal_plane_geometry_struct &	geometry_params,
		const int	actScans,
		const double	t_sync[MAX_SCAN_NUMBER],
		double	sample_time[MAX_SCAN_NUMBER][MAX_SCAN_SAMPLE]
	)

GEO_determine_DNB_sample_time_offsets

Parameters

*ptrs

Structure of pointers to VIIRS SDR geolocation structs

Returns

void

GEO_determine_sample_time_offsets()

void GEO_determine_sample_time_offsets	(	const focal_plane_geometry_struct &	geometry_params,
		double	sample_time[MAX_SCAN_SAMPLE]
	)

GEO_determine_sample_time_offsets

This method is only used for PPC The PPC algorithm uses the sample times to recalculate the view vector

Parameters

*ptrs

Structure of pointers to VIIRS SDR geolocation structs

Returns

void

GEO_determine_thermal_corrections()

int GEO_determine_thermal_corrections

(

viirsSdrGeoPtrs *

ptrs

)

GEO_determine_thermal_corrections

Parameters

*ptrs

Structure of pointers to VIIRS SDR geolocation structs

Returns

PRO_FAIL or PRO_SUCCESS

GEO_determine_view_vectors()

int GEO_determine_view_vectors	(	const int	scan_number,
		const int	sample_number,
		const int	det,
		viirsSdrGeoPtrs *	ptrs,
		unsigned char *	flag,
		double	u_inst[VEC_SIZE]
	)

GEO_determine_view_vectors

Parameters

scan_number	scan number
sample_number	sample number in the scan
*ptrs	Structure of pointers to VIIRS SDR geolocation structs
*flag	quality flag
u_inst[MAX_DETECTORS][3]	view vectors in instrument coordinates

Returns

PRO_FAIL or PRO_SUCCESS

GEO_evaluate_polynomial()

int GEO_evaluate_polynomial	(	double	coef[MAX_POLY_DEGREE+1],
		double const	in_x,
		int const	degree,
		double *const	out_fit
	)

GEO_evaluate_polynomial

Parameters

coef[MAX_POLY_DEGREE+1]	array of coefficients for the polynomial
in_x	the input independent variable x
degree	the degree of the polynomial
*out_fit	the output value

Returns

PRO_FAIL or PRO_SUCCESS

GEO_find_next_flag()

int GEO_find_next_flag	(	int	sample_flags[],
		int const	number_of_samples,
		int const	start_sample
	)

GEO_find_next_flag

Parameters

sample_flags[]	array of flags for data samples
number_of_samples	array size
start_sample	start index for search

Returns

index of next unflagged value or GEO_FAIL

Definition at line 6 of file GEO_find_next_flag.c.

GEO_interp_mod_unagg()

int GEO_interp_mod_unagg

(

viirsSdrGeoPtrs *

ptrs

)

GEO_interp_mod_unagg

Parameters

scan	scan number
*ptrs	Structure of pointers to VIIRS SDR geolocation structs

Returns

PRO_FAIL or PRO_SUCCESS

GEO_interpolate_mirror_encoder()

int GEO_interpolate_mirror_encoder	(	int const	scan_number,
		int const	sample_number,
		double *const	sample_enc,
		viirsSdrGeoPtrs *	ptrs
	)

GEO_interpolate_mirror_encoder

Parameters

scan_number	scan number
sample_number	sample number
*sample_enc	mirror encoder value for sample
*ptrs	Structure of pointers to VIIRS SDR geolocation structs

Returns

PRO_FAIL or PRO_SUCCESS

GEO_interpolate_telescope_encoder()

int GEO_interpolate_telescope_encoder	(	int const	scan_number,
		int const	sample_number,
		double *const	sample_enc,
		viirsSdrGeoPtrs *	ptrs
	)

GEO_interpolate_telescope_encoder

Parameters

scan_number	scan number
sample_number	sample number
*sample_enc	telescope encoder value for sample
*ptrs	Structure of pointers to VIIRS SDR geolocation structs

Returns

PRO_FAIL or PRO_SUCCESS

GEO_process_parameters()

int GEO_process_parameters	(	GEO_param_struct *	geoParams,
		ViirsGeoProcType *	procStruct
	)

GEO_process_parameters

Parameters

*ptrs

Structure of pointers to VIIRS SDR geolocation structs

Returns

PRO_SUCCESS

GEO_relative_limit_check()

int GEO_relative_limit_check	(	double	data_samples[],
		int const	number_of_samples,
		double const	delta_limit,
		int	sample_flags[]
	)

GEO_relative_limit_check

Parameters

data_samples[]	array of input data samples
number_of_samples	number of samples to check
delta_limit	difference limit
sample_flags[]	validation flags indicating flagged samples

Returns

PRO_FAIL or PRO_SUCCESS

GEO_Upg_determine_sample_time_offsets()

void GEO_Upg_determine_sample_time_offsets	(	const focal_plane_geometry_struct &	geometry_params,
		const int	actScans,
		const double	t_sync[MAX_SCAN_NUMBER],
		double	sample_time[MAX_SCAN_NUMBER][MAX_SCAN_SAMPLE]
	)

GEO_validate_scan_encoder_data()

int GEO_validate_scan_encoder_data

(

viirsSdrGeoPtrs *

ptrs

)

GEO_validate_scan_encoder_data

Parameters

number_of_scans	number of scans in the granule
*ptrs	Structure of pointers to VIIRS SDR geolocation structs

Returns

PRO_FAIL or PRO_SUCCESS

geolocateAllRecPix()

void geolocateAllRecPix	(	int	scan,
		viirsSdrGeoPtrs *	ptrs,
		ViirsGeoRctnglType *	inRec,
		VcstCmnGeo *	geoPtr,
		ViirsGeoFullType *	ioFull,
		int	extractPixelLimits[2]
	)

geolocateAllRecPix

Parameters

*ptrs	Structure of pointers to VIIRS SDR geolocation structs
inRec	Structure containing decimated interpolation rectangle data
geoPtr	vis to a VcstCmnGeo object
ioFull	Structure containing full interpoloation rectangle data

Returns

void

geolocatePixel()

int geolocatePixel	(	viirsSdrGeoPtrs *	ptrs,
		const int	inScan,
		const int	inDet,
		const int	inCol,
		VcstCmnGeo *	geoPtr,
		ViirsGeoPixelType &	outPix
	)

geolocatePixel

Parameters

*ptrs	Structure of pointers to VIIRS SDR geolocation structs
inScan	Scan number of pixel to be geolocated
inDet	Detector number of pixel to be geolocated
inCol	Column number of pixel to be geolocated
geoPtr	visibility to a VcstCmnGeo instance
&outPix	Structure containg geolocation data for a pixel

Returns

PRO_FAIL or PRO_SUCCESS

getDnbLunarEclipse()

int getDnbLunarEclipse	(	viirsSdrGeoPtrs *	geoPtrs,
		double	startTime,
		double	endTime,
		int	endRow,
		int	startRow,
		VcstCmnGeo *	cmnGeoPtr,
		unsigned char &	lunEclipse
	)

getDnbLunarEclipse

Parameters

geoPtrs
startTime
endTime
startRow
endRow
cmnGeoPtr
lunEclipse

Returns

int PRO_SUCCESS or PRO_FAIL

getSaa()

int getSaa	(	viirsSdrGeoPtrs *	geoPtrs,
		float	dLat,
		float	dLon,
		VcstCmnGeo *	cmnGeoPtr,
		unsigned char &	inSAA
	)

getSaa

Parameters

sdrPtrs
dLat
dLon
cmnGeoPtr
inSAA

Returns

int PR0_SUCCESS or PRO_FAIL

getSolarEclipse()

int getSolarEclipse	(	float	lat[T_NUM_ROWS][T_NUM_COLS],
		float	lon[T_NUM_ROWS][T_NUM_COLS],
		long long	startTime,
		long long	endTime,
		int	startRow,
		int	endRow,
		VcstCmnGeo *	cmnGeoPtr,
		unsigned char &	solEclipse
	)

getSolarEclipse

Parameters

lat	array of latitude
lon	array of longitude
startTime	scan start time
endTime	scan end time
startRow	index for the first row
endRow	index for the last row
cmnGeoPtr
solEclipse	out param

Returns

int PRO_SUCCESS or PRO_FAIL

initGeoDataStructs()

int initGeoDataStructs	(	int	iscan,
		viirsSdrGeoPtrs *	ptrs
	)

initGeoDataStructs

Parameters

*ptrs

Structure of pointers to VIIRS SDR geolocation structs

Returns

pro_fail or pro_success

setGeoPixelQuality()

void setGeoPixelQuality	(	viirsSdrGeoPtrs *	ptrs,
		const int	inRow,
		const int	inCol,
		const unsigned char	pixeQuality
	)

setGeoPixelQuality

Parameters

*ptrs	Structure of pointers to VIIRS SDR geolocation structs
inRow	Row number of pixel quality to be set
inCol	Column number of pixel quality to be set
pixelQuality	quality of the pixel

storeGranule()

int storeGranule	(	const ViirsGeoFullType &	inFull,
		const ViirsGeoRctnglType &	inRect,
		viirsSdrGeoPtrs *	ptrs
	)

storeGranule

Parameters

inFull	Structure containing full interpoloation rectangle data
*ptrs	Structure of pointers to VIIRS SDR geolocation structs
env	data environment, for tasking ProCmnDataItem world

Returns

void

VcstCreateInterpRectangles()

int VcstCreateInterpRectangles	(	const int	bandType,
		int	numZones,
		int *	numPixPerZone,
		ViirsGeoRctnglType *	outRec
	)

Builds the data describing the interpolation rectangles

Variable Documentation

GEO_PIXEL_QUALITY_INPUT_INVALID

const unsigned char GEO_PIXEL_QUALITY_INPUT_INVALID = 0x01

Definition at line 45 of file VcstViirsGeo.h.

GEO_PIXEL_QUALITY_INPUT_VALID

const unsigned char GEO_PIXEL_QUALITY_INPUT_VALID = 0x00

Definition at line 44 of file VcstViirsGeo.h.

GEO_PIXEL_QUALITY_POINTING_BAD

const unsigned char GEO_PIXEL_QUALITY_POINTING_BAD = 0x02

Definition at line 47 of file VcstViirsGeo.h.

GEO_PIXEL_QUALITY_POINTING_GOOD

const unsigned char GEO_PIXEL_QUALITY_POINTING_GOOD = 0x00

Definition at line 46 of file VcstViirsGeo.h.

GEO_PIXEL_QUALITY_SOLARANGLE_INVALID

const unsigned char GEO_PIXEL_QUALITY_SOLARANGLE_INVALID = 0x08

Definition at line 51 of file VcstViirsGeo.h.

GEO_PIXEL_QUALITY_SOLARANGLE_VALID

const unsigned char GEO_PIXEL_QUALITY_SOLARANGLE_VALID = 0x00

Definition at line 50 of file VcstViirsGeo.h.

GEO_PIXEL_QUALITY_TERRAIN_BAD

const unsigned char GEO_PIXEL_QUALITY_TERRAIN_BAD = 0x04

Definition at line 49 of file VcstViirsGeo.h.

GEO_PIXEL_QUALITY_TERRAIN_GOOD

const unsigned char GEO_PIXEL_QUALITY_TERRAIN_GOOD = 0x00

Definition at line 48 of file VcstViirsGeo.h.

GEO_SCAN_QUALITY_ABOVE_SAA

const unsigned char GEO_SCAN_QUALITY_ABOVE_SAA = 0x10

Definition at line 28 of file VcstViirsGeo.h.

GEO_SCAN_QUALITY_HA_MIRROR_SIDE_MASK

const unsigned char GEO_SCAN_QUALITY_HA_MIRROR_SIDE_MASK = 0x80

Definition at line 35 of file VcstViirsGeo.h.

GEO_SCAN_QUALITY_HA_MIRROR_SIDE_SHIFT

const unsigned char GEO_SCAN_QUALITY_HA_MIRROR_SIDE_SHIFT = 7

Definition at line 34 of file VcstViirsGeo.h.

GEO_SCAN_QUALITY_HAM_START_IS_NOMINAL

const unsigned char GEO_SCAN_QUALITY_HAM_START_IS_NOMINAL = 0x00

Definition at line 41 of file VcstViirsGeo.h.

GEO_SCAN_QUALITY_HAM_START_NOT_NOMINAL

const unsigned char GEO_SCAN_QUALITY_HAM_START_NOT_NOMINAL = 0x04

Definition at line 42 of file VcstViirsGeo.h.

GEO_SCAN_QUALITY_HAMIMP_BADDATA

const unsigned char GEO_SCAN_QUALITY_HAMIMP_BADDATA = 0x04

Definition at line 24 of file VcstViirsGeo.h.

GEO_SCAN_QUALITY_HAMIMP_DEGRADDATA

const unsigned char GEO_SCAN_QUALITY_HAMIMP_DEGRADDATA = 0x08

Definition at line 25 of file VcstViirsGeo.h.

GEO_SCAN_QUALITY_HAMIMP_GOODDATA

const unsigned char GEO_SCAN_QUALITY_HAMIMP_GOODDATA = 0x00

Definition at line 23 of file VcstViirsGeo.h.

GEO_SCAN_QUALITY_HAMIMP_MISSINGDATA

const unsigned char GEO_SCAN_QUALITY_HAMIMP_MISSINGDATA = 0x0c

Definition at line 26 of file VcstViirsGeo.h.

GEO_SCAN_QUALITY_LUNAR_ECLIPSE

const unsigned char GEO_SCAN_QUALITY_LUNAR_ECLIPSE = 0x40

Definition at line 33 of file VcstViirsGeo.h.

GEO_SCAN_QUALITY_NO_LUNAR_ECLIPSE

const unsigned char GEO_SCAN_QUALITY_NO_LUNAR_ECLIPSE = 0x00

Definition at line 32 of file VcstViirsGeo.h.

GEO_SCAN_QUALITY_NO_SOLAR_ECLIPSE

const unsigned char GEO_SCAN_QUALITY_NO_SOLAR_ECLIPSE = 0x00

Definition at line 29 of file VcstViirsGeo.h.

GEO_SCAN_QUALITY_NOT_ABOVE_SAA

const unsigned char GEO_SCAN_QUALITY_NOT_ABOVE_SAA = 0x00

Definition at line 27 of file VcstViirsGeo.h.

GEO_SCAN_QUALITY_SCESIDE_A_ON

const unsigned char GEO_SCAN_QUALITY_SCESIDE_A_ON = 0x00

Definition at line 38 of file VcstViirsGeo.h.

GEO_SCAN_QUALITY_SCESIDE_B_ON

const unsigned char GEO_SCAN_QUALITY_SCESIDE_B_ON = 0x01

Definition at line 39 of file VcstViirsGeo.h.

GEO_SCAN_QUALITY_SCESIDE_INVALID

const unsigned char GEO_SCAN_QUALITY_SCESIDE_INVALID = 0x02

Definition at line 40 of file VcstViirsGeo.h.

GEO_SCAN_QUALITY_SOLAR_ECLIPSE

const unsigned char GEO_SCAN_QUALITY_SOLAR_ECLIPSE = 0x20

Definition at line 30 of file VcstViirsGeo.h.

VIIRS_GEO_CMN_GEO_FAIL

const unsigned char VIIRS_GEO_CMN_GEO_FAIL = 0x02

Definition at line 95 of file VcstViirsGeo.h.

VIIRS_GEO_INVALID_MIRROR_SIDE

const unsigned char VIIRS_GEO_INVALID_MIRROR_SIDE = 0x04

Definition at line 96 of file VcstViirsGeo.h.

VIIRS_GEO_INVALID_SCAN_START_TIME

const unsigned char VIIRS_GEO_INVALID_SCAN_START_TIME = 0x01

Definition at line 94 of file VcstViirsGeo.h.

VIIRS_GEO_INVALID_TEL_HAM_ENC_DATA

const unsigned char VIIRS_GEO_INVALID_TEL_HAM_ENC_DATA = 0x10

Definition at line 98 of file VcstViirsGeo.h.

VIIRS_GEO_TERRAIN_CORR_FAIL

const unsigned char VIIRS_GEO_TERRAIN_CORR_FAIL = 0x08

Definition at line 97 of file VcstViirsGeo.h.