code::MDA_3D Class Reference

List of all members.

Public Types
typedef std::vector< Mda2DFeat >	feat2D_vect
typedef std::vector< Mda3DFeat >	feat3D_vect
typedef std::pair< Mda2DFeat, feat2D_vect >	cand_pair
Public Member Functions
	MDA_3D ()
	This is a class that takes 2D features and the associated RadialSet and creates 3D features.
void	add2DFeats (Angle elev, std::vector< Mda2DFeat > feats)
	Add the 2D Features for this elevation scan each 2D feat should already contain all needed info to process (radialsets, etc.
void	setStartSTR (const SpaceTimeRef s)
void	process ()
	Combine 2D Features into a 3D Feature.
void	removeCand (Mda2DFeat f, std::vector< cand_pair > &c, const size_t i)
	Once we find a unique lower candidate for the current upper 2D feat we need to remove that candidate from the list of candidates for the remaining upper 2D feats.
void	matchCandidates (std::vector< cand_pair > &cands_vect)
bool	uniqueSearch (Mda2DFeat uf, Mda2DFeat lf, const size_t i, std::vector< cand_pair > cv)
void	addTo3DFeat (Mda2DFeat uf, Mda2DFeat lf)
void	clear ()
feat3D_vect	get3DFeats ()
void	sortFeatsByRank ()
void	sort2DFeatsByHeight (std::vector< Mda2DFeat > &feats)
	Sort 2DFeats from lowest to highest.
void	sortFeatsByRange (Mda2DFeat centerFeat, std::vector< Mda2DFeat > &feats)
code::Length	getSfcDistance (const Mda2DFeat &a, const Mda2DFeat &b) const
bool	sameFeat (const Mda2DFeat &a, const Mda2DFeat &b) const
SpaceTimeRef	getStartSTR () const
bool	set3DAttributes (Mda3DFeat &feat_3D)
void	get3DCore (Mda3DFeat &feat_3D, const int rank)
void	calcMSI (Mda3DFeat &feat_3D)
Length	getBeamwidthAtRange (const code::Angle &beamwidth, const code::Length &range) const
void	write3DOutputFile (const std::vector< Mda3DFeat > &feat3D)
double	getAirDensity (const code::Length &ht)
	Copied directly from mda3d.f "mda_density" routine This routine calculates the air density as a function of the INPUT_HEIGHT.
void	setOutputDir (std::string odir)
void	writeOutputTextFile (const int m)

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Member Typedef Documentation

typedef std::pair< Mda2DFeat, feat2D_vect > code::MDA_3D::cand_pair

typedef std::vector< Mda2DFeat > code::MDA_3D::feat2D_vect

typedef std::vector< Mda3DFeat > code::MDA_3D::feat3D_vect

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Constructor & Destructor Documentation

code::MDA_3D::MDA_3D

(

)

[inline]

This is a class that takes 2D features and the associated RadialSet and creates 3D features.

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Member Function Documentation

void code::MDA_3D::add2DFeats	(	Angle	elev,
		std::vector< Mda2DFeat >	feats
	)

Add the 2D Features for this elevation scan each 2D feat should already contain all needed info to process (radialsets, etc.

)

void code::MDA_3D::addTo3DFeat	(	Mda2DFeat	uf,
		Mda2DFeat	lf
	)

void code::MDA_3D::calcMSI

(

Mda3DFeat &

feat_3D

)

void code::MDA_3D::clear

(

)

[inline]

void code::MDA_3D::get3DCore	(	Mda3DFeat &	feat_3D,
		const int	rank
	)

feat3D_vect code::MDA_3D::get3DFeats

(

)

[inline]

double code::MDA_3D::getAirDensity

(

const code::Length &

ht

)

[inline]

Copied directly from mda3d.f "mda_density" routine This routine calculates the air density as a function of the INPUT_HEIGHT.

The standard atmosphere at 30 degrees north latitude is used as a reference (US STANDARD ATMOSPHERE SUPPLEMENTS, 1960).

Length code::MDA_3D::getBeamwidthAtRange	(	const code::Angle &	beamwidth,
		const code::Length &	range
	)			const [inline]

code::Length code::MDA_3D::getSfcDistance	(	const Mda2DFeat &	a,
		const Mda2DFeat &	b
	)			const [inline]

SpaceTimeRef code::MDA_3D::getStartSTR

(

)

const [inline]

void code::MDA_3D::matchCandidates

(

std::vector< cand_pair > &

cands_vect

)

void code::MDA_3D::process

(

)

Combine 2D Features into a 3D Feature.

void code::MDA_3D::removeCand	(	Mda2DFeat	f,
		std::vector< cand_pair > &	c,
		const size_t	i
	)

Once we find a unique lower candidate for the current upper 2D feat we need to remove that candidate from the list of candidates for the remaining upper 2D feats.

bool code::MDA_3D::sameFeat	(	const Mda2DFeat &	a,
		const Mda2DFeat &	b
	)			const [inline]

bool code::MDA_3D::set3DAttributes

(

Mda3DFeat &

feat_3D

)

void code::MDA_3D::setOutputDir

(

std::string

odir

)

[inline]

void code::MDA_3D::setStartSTR

(

const SpaceTimeRef

s

)

[inline]

void code::MDA_3D::sort2DFeatsByHeight

(

std::vector< Mda2DFeat > &

feats

)

[inline]

Sort 2DFeats from lowest to highest.

void code::MDA_3D::sortFeatsByRange	(	Mda2DFeat	centerFeat,
		std::vector< Mda2DFeat > &	feats
	)			[inline]

void code::MDA_3D::sortFeatsByRank

(

)

[inline]

bool code::MDA_3D::uniqueSearch	(	Mda2DFeat	uf,
		Mda2DFeat	lf,
		const size_t	i,
		std::vector< cand_pair >	cv
	)

void code::MDA_3D::write3DOutputFile

(

const std::vector< Mda3DFeat > &

feat3D

)

[inline]

void code::MDA_3D::writeOutputTextFile

(

const int

m

)

[inline]

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