code::MDA_2D Class Reference

List of all members.

Public Member Functions
	MDA_2D ()
	This is a class that takes 1D Shear Segments and the associated RadialSet and creates 2D features.
void	combineSegments (const code::RadialSet &data, std::vector< Mda1DVect >, const int &mx_rank)
	Driver method to call other methods within rank loop.
Mda2DFeat	create2DFeature (std::vector< Mda1DVect > &, const int)
	Group 1D Segments (pattern vectors) into potential 2D features by looking for range and azimuthal overlap as well as strength rank.
bool	threshold (Mda2DFeat &)
	Using thresholding rules from legacy MDA (Aspect ratio, max diameter, etc.
void	smooth (Mda2DFeat &feat)
	Using either a single point or a 3 point average, find the maxima and minima for calculating parameters (shear, deltaV, etc.
void	core_extract (std::vector< Mda2DFeat > feat_precore, std::vector< Mda2DFeat > &feat_postcore, const int &num_feat_rank)
	2D Feature core extraction.
bool	checkOverlap (Mda2DFeat feat, Mda1DVect seg)
Length	getFeatDiam (const Mda2DFeat &feat)
double	getFeatAspectRatio (Mda2DFeat &feat)
AzRangeHeight	getFeatCenterAzRanHeight (const Location &center_loc)
double	calcFeatRotationalVel (const Mda2DFeat &feat)
double	calcFeatShear (const Mda2DFeat &feat)
void	rankFeatures (std::vector< Mda2DFeat > &feature_vect)
	Ranks the 2D Features.
std::vector< Mda2DFeat >	getPreExtractedFeatures ()
	Get vector of 2D Features *prior* to core extraction.
std::vector< Mda2DFeat >	getExtractedFeatures ()
	Get vector of 2D Features *after* to core extraction.
std::vector< Mda2DFeat >	getTmpFeatures ()
void	errorOut (std::vector< Mda1DVect >)
void	writeOutputTextFile (const bool y)
void	setOutputDir (std::string odir)
void	setOutputLB (std::string lbName)
Static Public Member Functions
static Location	getFeatCenterLoc (const Mda2DFeat &feat)

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Constructor & Destructor Documentation

code::MDA_2D::MDA_2D

(

)

[inline]

This is a class that takes 1D Shear Segments and the associated RadialSet and creates 2D features.

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Member Function Documentation

double code::MDA_2D::calcFeatRotationalVel

(

const Mda2DFeat &

feat

)

double code::MDA_2D::calcFeatShear

(

const Mda2DFeat &

feat

)

bool code::MDA_2D::checkOverlap	(	Mda2DFeat	feat,
		Mda1DVect	seg
	)

void code::MDA_2D::combineSegments	(	const code::RadialSet &	data,
		std::vector< Mda1DVect >	,
		const int &	mx_rank
	)

Driver method to call other methods within rank loop.

void code::MDA_2D::core_extract	(	std::vector< Mda2DFeat >	feat_precore,
		std::vector< Mda2DFeat > &	feat_postcore,
		const int &	num_feat_rank
	)

2D Feature core extraction.

Follows the rules set up in legacy MDA for overlaping features of differing ranks

Mda2DFeat code::MDA_2D::create2DFeature	(	std::vector< Mda1DVect > &	,
		const	int
	)

Group 1D Segments (pattern vectors) into potential 2D features by looking for range and azimuthal overlap as well as strength rank.

void code::MDA_2D::errorOut

(

std::vector< Mda1DVect >

)

std::vector< Mda2DFeat > code::MDA_2D::getExtractedFeatures

(

)

Get vector of 2D Features *after* to core extraction.

double code::MDA_2D::getFeatAspectRatio

(

Mda2DFeat &

feat

)

AzRangeHeight code::MDA_2D::getFeatCenterAzRanHeight

(

const Location &

center_loc

)

static Location code::MDA_2D::getFeatCenterLoc

(

const Mda2DFeat &

feat

)

[static]

Length code::MDA_2D::getFeatDiam

(

const Mda2DFeat &

feat

)

std::vector< Mda2DFeat > code::MDA_2D::getPreExtractedFeatures

(

)

Get vector of 2D Features *prior* to core extraction.

std::vector< Mda2DFeat > code::MDA_2D::getTmpFeatures

(

)

void code::MDA_2D::rankFeatures

(

std::vector< Mda2DFeat > &

feature_vect

)

Ranks the 2D Features.

void code::MDA_2D::setOutputDir

(

std::string

odir

)

[inline]

void code::MDA_2D::setOutputLB

(

std::string

lbName

)

[inline]

void code::MDA_2D::smooth

(

Mda2DFeat &

feat

)

Using either a single point or a 3 point average, find the maxima and minima for calculating parameters (shear, deltaV, etc.

)

bool code::MDA_2D::threshold

(

Mda2DFeat &

)

Using thresholding rules from legacy MDA (Aspect ratio, max diameter, etc.

), determine if 2D feature qualifies as valid mesocyclone.

void code::MDA_2D::writeOutputTextFile

(

const bool

y

)

[inline]

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