(r8099/r2592)

#include <limits.h>
#include "navigation.h"
#include "level_2_index.h"

Classes
struct	browse_rec_l2Type
struct	rec_l2Type
struct	fl2_dataType
struct	l2_dataType
struct	fl2_qc_dataType
struct	l2_qc_dataType
Defines
#define	mUCHAR_MAX is not defined[0m )
#define	mSHRT_MAX is not defined[0m )
#define	mSHRT_MIN is not defined[0m )
#define	BMAPMAX UCHAR_MAX
#define	BMAPMIN 0
#define	SMAPMAX SHRT_MAX
#define	SMAPMIN SHRT_MIN
#define	SNOMAPMAX 1024
#define	SNOMAPMIN -1
#define	CDL_DEFAULT_CONST_TYPE float
#define	CONST_TYPE CDL_DEFAULT_CONST_TYPE
#define	ALT_L2_COUNTS
#define	USE_ALT_COUNTS 1
#define	NO_ALT_COUNTS 0
#define	DEFAULT_ALT_COUNTS USE_ALT_COUNTS
#define	EXTRA_FOR_BROWSE
#define	PFLAG PFLAG_DIMS_2
#define	MAX_HDF 16
#define	MAX_HDF_L2GET 4
#define	MAX_HDF_L2PUT 4
#define	GEO_DATA_MAX 12
#define	GEO_DATA_SPARE 0
#define	GEO_DATA_VALID (GEO_DATA_MAX - GEO_DATA_SPARE)
#define	QC_GEO_DATA_MAX 20
#define	QC_GEO_DATA_SPARE 0
#define	QC_GEO_DATA_VALID (QC_GEO_DATA_MAX - QC_GEO_DATA_SPARE)
#define	SEQ_NLW_412 0
#define	SEQ_NLW_443 1
#define	SEQ_NLW_490 2
#define	SEQ_NLW_510 3
#define	SEQ_NLW_555 4
#define	SEQ_LA_670 5
#define	SEQ_LA_865 6
#define	SEQ_CZCS_PIGMENT 7
#define	SEQ_CHLOR_A 8
#define	SEQ_K_490 9
#define	SEQ_EPS_78 10
#define	SEQ_TAU_865 11
#define	SEQ_QC_ZONAL_WIND 0
#define	SEQ_QC_MERID_WIND 1
#define	SEQ_QC_PRESSURE 2
#define	SEQ_QC_P_WATER 3
#define	SEQ_QC_OZONE 4
#define	SEQ_QC_SOLAR_Z 5
#define	SEQ_QC_ALBEDO_865 6
#define	SEQ_QC_SENSOR_Z 7
#define	SEQ_QC_SENSOR_A 8
#define	SEQ_QC_NLW_670 9
#define	SEQ_QC_LA_765 10
#define	SEQ_QC_LT_443 11
#define	SEQ_QC_RAYLEIGH_443 12
#define	SEQ_QC_LG_865 13
#define	SEQ_QC_LF_865 14
#define	SEQ_QC_AER_MODEL1 15
#define	SEQ_QC_AER_MODEL2 16
#define	SEQ_QC_EPS_FLAG 17
#define	SEQ_QC_CARDER_CHLOR 18
#define	SEQ_QC_NDVI 19
#define	AX_PLUS_B(X, A, B) (A) * (X) + (B)
#define	R_AX_PLUS_B(Y, A, B) ((Y) - (B))/(A)
#define	ROUNDING_V 0.5
#define	ROUNDING(x) ((((x) >= 0)?ROUNDING_V:-ROUNDING_V) + (x))
#define	L2MAP(name, seq, i) *(fl2_data + seq npix + i) = AX_PLUS_B(local_l2_data.name[i],local_l2_scale[prod_ID][seq],local_l2_offset[prod_ID][seq])
#define	STRUCT_L2MAP(name, seq, i) fl2_data->name[i] = AX_PLUS_B(local_l2_data.name[i],local_l2_scale[prod_ID][seq],local_l2_offset[prod_ID][seq])
#define	RL2MAP(type, name, seq, i, high, low) (type(WIFS->name.data))[roffnsamp+i] = tmp_int_storage = MAXV(low,MINV(high,ROUNDING(R_AX_PLUS_B(fl2_data[seqnsamp + i],local_l2_scale[prod_ID][seq],local_l2_offset[prod_ID][seq]))))
#define	RL2NOMAP(type, name, seq, i, high, low) (type(WIFS->name.data))[roffnsamp+i] = tmp_int_storage = MAXV(low,MINV(high,ROUNDING(fl2_data[seqnsamp + i])))
#define	STRUCT_RL2MAP(type, name, seq, i, high, low) (type(WIFS->name.data))[roff*nsamp+i] = tmp_int_storage = MAXV(low,MINV(high,ROUNDING(R_AX_PLUS_B(fl2_data.name[i],local_l2_scale[prod_ID][seq],local_l2_offset[prod_ID][seq]))))
#define	STRUCT_RL2NOMAP(type, name, seq, i, high, low) (type(WIFS->name.data))[roff*nsamp+i] = tmp_int_storage = MAXV(low,MINV(high,ROUNDING(fl2_data.name[i])))
#define	RL2QCMAP(type, name, seq, i, high, low) (type(QCWIFS->name.data))[roffnsamp+i] = tmp_int_storage = MAXV(low,MINV(high,ROUNDING(R_AX_PLUS_B(fl2_qc_data[seqnsamp + i],local_l2_qc_scale[prod_ID][seq],local_l2_qc_offset[prod_ID][seq]))))
#define	STRUCT_RL2QCMAP(type, name, seq, i, high, low) (type(QCWIFS->name.data))[roff*nsamp+i] = tmp_int_storage = MAXV(low,MINV(high,ROUNDING(R_AX_PLUS_B(fl2_qc_data.name[i],local_l2_qc_scale[prod_ID][seq],local_l2_qc_offset[prod_ID][seq]))))
Variables
char *	lat_units
char *	lon_units
float	sclat
float	sclon
float	scsol_z
float	ullat
float	ullon
float	urlat
float	urlon
float	lllat
float	lllon
float	lrlat
float	lrlon
float	northlat
float	southlat
float	westlon
float	eastlon
float	startclat
float	startclon
float	endclat
float	endclon
float	nodel
int	ntilts
short	tilt_flags [MTILT_DIMS_2]
short	tilt_ranges [MTILT_DIMS_2][LTILT_DIMS_2]
float	tilt_lats [MTILT_DIMS_2][LTILT_DIMS_2][PTILT_DIMS_2]
float	tilt_lons [MTILT_DIMS_2][LTILT_DIMS_2][PTILT_DIMS_2]
short	entry_year
short	entry_day
short	ref_year
short	ref_day
short	ref_minute
float	mirror [SIDES_DIMS_2][BANDS_DIMS_2]
double	t_const [BANDS_DIMS_2]
double	t_linear [BANDS_DIMS_2]
double	t_quadratic [BANDS_DIMS_2]
float	cal_offs [BANDS_DIMS_2]
float	counts [BANDS_DIMS_2][GAINS_DIMS_2][KNEES_DIMS_2]
float	rads [BANDS_DIMS_2][GAINS_DIMS_2][KNEES_DIMS_2]
	meta_l2Type

Define Documentation

#define ALT_L2_COUNTS

#define AX_PLUS_B	(	X,
		A,
		B
	)	(A) * (X) + (B)

#define BMAPMAX UCHAR_MAX

#define BMAPMIN 0

#define CDL_DEFAULT_CONST_TYPE float

#define CONST_TYPE CDL_DEFAULT_CONST_TYPE

#define DEFAULT_ALT_COUNTS USE_ALT_COUNTS

#define EXTRA_FOR_BROWSE

#define GEO_DATA_MAX 12

#define GEO_DATA_SPARE 0

#define GEO_DATA_VALID (GEO_DATA_MAX - GEO_DATA_SPARE)

#define L2MAP	(	name,
		seq,
		i
	)	*(fl2_data + seq npix + i) = AX_PLUS_B(local_l2_data.name[i],local_l2_scale[prod_ID][seq],local_l2_offset[prod_ID][seq])

#define MAX_HDF 16

#define MAX_HDF_L2GET 4

#define MAX_HDF_L2PUT 4

#define mSHRT_MAX is not defined[0m )

#define mSHRT_MIN is not defined[0m )

#define mUCHAR_MAX is not defined[0m )

#define NO_ALT_COUNTS 0

#define PFLAG PFLAG_DIMS_2

#define QC_GEO_DATA_MAX 20

#define QC_GEO_DATA_SPARE 0

#define QC_GEO_DATA_VALID (QC_GEO_DATA_MAX - QC_GEO_DATA_SPARE)

#define R_AX_PLUS_B	(	Y,
		A,
		B
	)	((Y) - (B))/(A)

#define RL2MAP	(	type,
		name,
		seq,
		i,
		high,
		low
	)	(type(WIFS->name.data))[roffnsamp+i] = tmp_int_storage = MAXV(low,MINV(high,ROUNDING(R_AX_PLUS_B(fl2_data[seqnsamp + i],local_l2_scale[prod_ID][seq],local_l2_offset[prod_ID][seq]))))

#define RL2NOMAP	(	type,
		name,
		seq,
		i,
		high,
		low
	)	(type(WIFS->name.data))[roffnsamp+i] = tmp_int_storage = MAXV(low,MINV(high,ROUNDING(fl2_data[seqnsamp + i])))

#define RL2QCMAP	(	type,
		name,
		seq,
		i,
		high,
		low
	)	(type(QCWIFS->name.data))[roffnsamp+i] = tmp_int_storage = MAXV(low,MINV(high,ROUNDING(R_AX_PLUS_B(fl2_qc_data[seqnsamp + i],local_l2_qc_scale[prod_ID][seq],local_l2_qc_offset[prod_ID][seq]))))

#define ROUNDING ( x ) ((((x) >= 0)?ROUNDING_V:-ROUNDING_V) + (x))

#define ROUNDING_V 0.5

#define SEQ_CHLOR_A 8

#define SEQ_CZCS_PIGMENT 7

#define SEQ_EPS_78 10

#define SEQ_K_490 9

#define SEQ_LA_670 5

#define SEQ_LA_865 6

#define SEQ_NLW_412 0

#define SEQ_NLW_443 1

#define SEQ_NLW_490 2

#define SEQ_NLW_510 3

#define SEQ_NLW_555 4

#define SEQ_QC_AER_MODEL1 15

#define SEQ_QC_AER_MODEL2 16

#define SEQ_QC_ALBEDO_865 6

#define SEQ_QC_CARDER_CHLOR 18

#define SEQ_QC_EPS_FLAG 17

#define SEQ_QC_LA_765 10

#define SEQ_QC_LF_865 14

#define SEQ_QC_LG_865 13

#define SEQ_QC_LT_443 11

#define SEQ_QC_MERID_WIND 1

#define SEQ_QC_NDVI 19

#define SEQ_QC_NLW_670 9

#define SEQ_QC_OZONE 4

#define SEQ_QC_P_WATER 3

#define SEQ_QC_PRESSURE 2

#define SEQ_QC_RAYLEIGH_443 12

#define SEQ_QC_SENSOR_A 8

#define SEQ_QC_SENSOR_Z 7

#define SEQ_QC_SOLAR_Z 5

#define SEQ_QC_ZONAL_WIND 0

#define SEQ_TAU_865 11

#define SMAPMAX SHRT_MAX

#define SMAPMIN SHRT_MIN

#define SNOMAPMAX 1024

#define SNOMAPMIN -1

#define STRUCT_L2MAP	(	name,
		seq,
		i
	)	fl2_data->name[i] = AX_PLUS_B(local_l2_data.name[i],local_l2_scale[prod_ID][seq],local_l2_offset[prod_ID][seq])

#define STRUCT_RL2MAP	(	type,
		name,
		seq,
		i,
		high,
		low
	)	(type(WIFS->name.data))[roff*nsamp+i] = tmp_int_storage = MAXV(low,MINV(high,ROUNDING(R_AX_PLUS_B(fl2_data.name[i],local_l2_scale[prod_ID][seq],local_l2_offset[prod_ID][seq]))))

#define STRUCT_RL2NOMAP	(	type,
		name,
		seq,
		i,
		high,
		low
	)	(type(WIFS->name.data))[roff*nsamp+i] = tmp_int_storage = MAXV(low,MINV(high,ROUNDING(fl2_data.name[i])))

#define STRUCT_RL2QCMAP	(	type,
		name,
		seq,
		i,
		high,
		low
	)	(type(QCWIFS->name.data))[roff*nsamp+i] = tmp_int_storage = MAXV(low,MINV(high,ROUNDING(R_AX_PLUS_B(fl2_qc_data.name[i],local_l2_qc_scale[prod_ID][seq],local_l2_qc_offset[prod_ID][seq]))))