code::LevelIIAccumulator Class Reference

Inheritance diagram for code::LevelIIAccumulator:

List of all members.

---

Detailed Description

A class that uses the LevelII data to collect radials into elevation scans and provides access to the elevation scans.

Author:

Lakshman

Version:

Id

code_LevelIIAccumulator.h,v 1.20 2009/06/02 20:17:50 lakshman Exp

Public Member Functions
	LevelIIAccumulator (const Location &radarLoc, const std::string &radar_name, bool baseProducts=false)
	The level-II feed does not encode the radar location, so it needs to be provided.
virtual void	processVolumeStart (const LevelII::VolumeHeader &)
virtual void	processRadial (const LevelII::Radial &)
virtual	~LevelIIAccumulator ()
virtual void	handleIncompleteData ()
	handle error in the stream.
virtual void	writeRadials ()
void	addElevationHandler (InitSmartPtr< ElevationHandler > h)
SmartPtr< RadialSet >	getReflectivity ()
	This method may return an invalid pointer if the elevation was empty or if the data were unavailable.
SmartPtr< RadialSet >	getVelocity ()
	This method may return an invalid pointer if the elevation was empty or if the data were unavailable.
SmartPtr< RadialSet >	getSpectrumWidth ()
	This method may return an invalid pointer if the elevation was empty or if the data were unavailable.
SmartPtr< RadialSet >	getAliasedVelocity ()
	This method may return an invalid pointer if the elevation was empty or if the data were unavailable.
SmartPtr< RadialSet >	getSignalToNoise ()
	This method may return an invalid pointer if the elevation was empty or if the data were unavailable.
SmartPtr< RadialSet >	getZdr ()
	This method may return an invalid pointer if the elevation was empty or if the data were unavailable.
SmartPtr< RadialSet >	getPhi ()
	This method may return an invalid pointer if the elevation was empty or if the data were unavailable.
SmartPtr< RadialSet >	getRhoHV ()
	This method may return an invalid pointer if the elevation was empty or if the data were unavailable.
SmartPtr< RadialSet >	getSNRR ()
	This method may return an invalid pointer if the elevation was empty or if the data were unavailable.
SmartPtr< RadialSet >	getSNRD ()
	This method may return an invalid pointer if the elevation was empty or if the data were unavailable.
const Time &	getVolumeStartTime () const
Static Public Attributes
static double	DEFAULT_AZIMUTHAL_SPACING
	The azimuthal spacing of the radials is set to be the difference in azimuth between the current and the next.
Protected Member Functions
virtual void	writeRadials (const bool clear=true, const std::string &prefix="")
Protected Attributes
SmartPtr< RadialSet >	ref
SmartPtr< RadialSet >	vel
SmartPtr< RadialSet >	spw
SmartPtr< RadialSet >	zdr
SmartPtr< RadialSet >	phi
SmartPtr< RadialSet >	rhohv
SmartPtr< RadialSet >	snrr
SmartPtr< RadialSet >	snrd
SmartPtr< RadialSet >	uvel
SmartPtr< RadialSet >	snr
Location	radarLoc
std::string	radarName
Time	volStartTime
std::vector< SmartPtr< ElevationHandler > >	m_handlers

---

Constructor & Destructor Documentation

code::LevelIIAccumulator::LevelIIAccumulator	(	const Location &	radarLoc,
		const std::string &	radar_name,
		bool	baseProducts = false
	)

The level-II feed does not encode the radar location, so it needs to be provided.

virtual code::LevelIIAccumulator::~LevelIIAccumulator

(

)

[virtual]

---

Member Function Documentation

void code::RadarDataAccumulator::addElevationHandler

(

InitSmartPtr< ElevationHandler >

h

)

[inline, inherited]

SmartPtr<RadialSet> code::RadarDataAccumulator::getAliasedVelocity

(

)

[inline, inherited]

This method may return an invalid pointer if the elevation was empty or if the data were unavailable.

SmartPtr<RadialSet> code::RadarDataAccumulator::getPhi

(

)

[inline, inherited]

This method may return an invalid pointer if the elevation was empty or if the data were unavailable.

SmartPtr<RadialSet> code::RadarDataAccumulator::getReflectivity

(

)

[inline, inherited]

This method may return an invalid pointer if the elevation was empty or if the data were unavailable.

SmartPtr<RadialSet> code::RadarDataAccumulator::getRhoHV

(

)

[inline, inherited]

This method may return an invalid pointer if the elevation was empty or if the data were unavailable.

SmartPtr<RadialSet> code::RadarDataAccumulator::getSignalToNoise

(

)

[inline, inherited]

This method may return an invalid pointer if the elevation was empty or if the data were unavailable.

SmartPtr<RadialSet> code::RadarDataAccumulator::getSNRD

(

)

[inline, inherited]

This method may return an invalid pointer if the elevation was empty or if the data were unavailable.

SmartPtr<RadialSet> code::RadarDataAccumulator::getSNRR

(

)

[inline, inherited]

This method may return an invalid pointer if the elevation was empty or if the data were unavailable.

SmartPtr<RadialSet> code::RadarDataAccumulator::getSpectrumWidth

(

)

[inline, inherited]

This method may return an invalid pointer if the elevation was empty or if the data were unavailable.

SmartPtr<RadialSet> code::RadarDataAccumulator::getVelocity

(

)

[inline, inherited]

This method may return an invalid pointer if the elevation was empty or if the data were unavailable.

const Time& code::RadarDataAccumulator::getVolumeStartTime

(

)

const [inline, inherited]

SmartPtr<RadialSet> code::RadarDataAccumulator::getZdr

(

)

[inline, inherited]

This method may return an invalid pointer if the elevation was empty or if the data were unavailable.

virtual void code::LevelIIAccumulator::handleIncompleteData

(

)

[virtual]

handle error in the stream.

Implements code::LDMLevelIIDataHandler::LevelIIHandler.

virtual void code::LevelIIAccumulator::processRadial

(

const LevelII::Radial &

)

[virtual]

Implements code::LDMLevelIIDataHandler::LevelIIHandler.

virtual void code::LevelIIAccumulator::processVolumeStart

(

const LevelII::VolumeHeader &

)

[virtual]

Implements code::LDMLevelIIDataHandler::LevelIIHandler.

virtual void code::RadarDataAccumulator::writeRadials	(	const bool	clear = true,
		const std::string &	prefix = ""
	)			[protected, virtual, inherited]

virtual void code::LevelIIAccumulator::writeRadials

(

)

[virtual]

---

Member Data Documentation

double code::LevelIIAccumulator::DEFAULT_AZIMUTHAL_SPACING [static]

The azimuthal spacing of the radials is set to be the difference in azimuth between the current and the next.

For radials where this definition does not work or causes errors larger than MAXIMUM_BEAM_WIDTH_ERROR, the default beam-width will be used.

For example, the last radial may be assumed to have this spacing. default value: 1.0 degree.

std::vector< SmartPtr< ElevationHandler > > code::RadarDataAccumulator::m_handlers [protected, inherited]

SmartPtr<RadialSet> code::RadarDataAccumulator::phi [protected, inherited]

Location code::RadarDataAccumulator::radarLoc [protected, inherited]

std::string code::RadarDataAccumulator::radarName [protected, inherited]

SmartPtr<RadialSet> code::RadarDataAccumulator::ref [protected, inherited]

SmartPtr<RadialSet> code::RadarDataAccumulator::rhohv [protected, inherited]

SmartPtr< RadialSet > code::RadarDataAccumulator::snr [protected, inherited]

SmartPtr<RadialSet> code::RadarDataAccumulator::snrd [protected, inherited]

SmartPtr<RadialSet> code::RadarDataAccumulator::snrr [protected, inherited]

SmartPtr<RadialSet> code::RadarDataAccumulator::spw [protected, inherited]

SmartPtr< RadialSet > code::RadarDataAccumulator::uvel [protected, inherited]

SmartPtr<RadialSet> code::RadarDataAccumulator::vel [protected, inherited]

Time code::RadarDataAccumulator::volStartTime [protected, inherited]

SmartPtr<RadialSet> code::RadarDataAccumulator::zdr [protected, inherited]

---