Represents one scan in a volume. More...

Public Attributes
RAVE_OBJECT_HEAD char *	source
	Always on top.
long	nbins
	number of bins
long	nrays
	number of rays
double	elangle
	elevation of scan
double	rscale
	scale
double	rstart
	start of ray
long	a1gate
	something
double	beamwH
	horizontal beam width, default is 1.0 * M_PI/180.0
double	beamwV
	vertical beam width, default is 1.0 * M_PI/180.0
int	bwpvolH
	indicates if the beamwH comes from a polar volume or not
int	bwpvolV
	indicates if the beamwV comes from a polar volume or not
RaveDateTime_t *	datetime
	the date, time instance
RaveDateTime_t *	startdatetime
	the start date, time instance
RaveDateTime_t *	enddatetime
	the stop date, time instance
PolarNavigator_t *	navigator
	a navigator for calculating polar navigation
Projection_t *	projection
	projection for this scan
RaveObjectHashTable_t *	parameters
char *	paramname
PolarScanParam_t *	param
RaveAttributeTable_t *	attrs
	< attributes
RaveObjectList_t *	qualityfields
	quality fields
double	maxdistance
int	useAzimuthalNavInformation
	maximum distance, cached value
double	astart
int	hasAstart
double *	azimuthArr
int	azimuthArrLen
int	hasAzimuthArr
double	rayWidth

Detailed Description

Represents one scan in a volume.

Member Data Documentation

◆ a1gate

long _PolarScan_t::a1gate

something

◆ attrs

RaveAttributeTable_t* _PolarScan_t::attrs

< attributes

◆ beamwH

double _PolarScan_t::beamwH

horizontal beam width, default is 1.0 * M_PI/180.0

◆ beamwV

double _PolarScan_t::beamwV

vertical beam width, default is 1.0 * M_PI/180.0

◆ bwpvolH

int _PolarScan_t::bwpvolH

indicates if the beamwH comes from a polar volume or not

◆ bwpvolV

int _PolarScan_t::bwpvolV

indicates if the beamwV comes from a polar volume or not

◆ datetime

RaveDateTime_t* _PolarScan_t::datetime

the date, time instance

◆ elangle

double _PolarScan_t::elangle

elevation of scan

◆ enddatetime

RaveDateTime_t* _PolarScan_t::enddatetime

the stop date, time instance

◆ navigator

PolarNavigator_t* _PolarScan_t::navigator

a navigator for calculating polar navigation

◆ nbins

long _PolarScan_t::nbins

number of bins

◆ nrays

long _PolarScan_t::nrays

number of rays

◆ projection

Projection_t* _PolarScan_t::projection

projection for this scan

◆ qualityfields

RaveObjectList_t* _PolarScan_t::qualityfields

quality fields

◆ rscale

double _PolarScan_t::rscale

scale

◆ rstart

double _PolarScan_t::rstart

start of ray

◆ source

RAVE_OBJECT_HEAD char* _PolarScan_t::source

Always on top.

the source string

◆ startdatetime

RaveDateTime_t* _PolarScan_t::startdatetime

the start date, time instance

◆ useAzimuthalNavInformation

int _PolarScan_t::useAzimuthalNavInformation

maximum distance, cached value

Indicate if astart, startazA and stopazA should be used when navigating

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

/github/workspace/librave/toolbox/polarscan.c

Public Attributes