A concrete class to represent a point coverage. More...

#include <PointCoverage.h>

Inheritance diagram for te::st::PointCoverage:

Public Member Functions
	PointCoverage ()
	A constructor.

	PointCoverage (AbstractPointCoverageInterp interp, te::gm::Geometry sextent, te::dt::DateTime *textent, int np, const std::vector< int > &ptypes, const std::vector< std::string > &pnames)
	A constructor.

	PointCoverage (AbstractPointCoverageInterp interp, te::gm::Geometry sextent, te::dt::DateTime *textent, int np, const std::vector< int > &ptypes, const std::vector< std::string > &pnames, int tp)
	A constructor.

PointCoverage Iterator
An example of use: PointCoverageIterator it = cv.begin(); while(it!=cv.end()) { Point& l = it.getLocation(); double v = it.getDouble(i); //or getValue() or getInt()... ++it; }
PointCoverageIterator	begin () const
	It returns an iterator that points to the first observation of the point coverage.

PointCoverageIterator	end () const
	It returns an iterator that points to the end of the time series.

void	add (const te::gm::Point &l, te::dt::AbstractData *value)
	It adds an observtion to the PointCoverage.

void	add (const te::gm::Point &l, boost::ptr_vector< te::dt::AbstractData > &value)
	It adds an observtion to the PointCoverage.

void	add (PointCoverageObservation &obs)
	It adds an observtion to the PointCoverage.

Coverage inherited methods
std::unique_ptr< te::gm::Geometry >	m_sextent

std::unique_ptr< te::dt::DateTime >	m_textent

PointCoverageObservationSet	m_observations

AbstractPointCoverageInterp *	m_interpolator

PointCvRTreeShrPtr	m_rTree

unsigned int	m_np

std::vector< int >	m_ptypes
	The number of properties of the point coverage.

std::vector< std::string >	m_pnames
	The types of the point coverage properties.

int	m_tp
	The names of the point coverage properties.

Coverage *	clone () const
	It returns a clone of this coverage.

CoverageType	getType () const
	It returns the coverage type.

te::gm::Geometry *	getSpatialExtent () const
	It returns the spatial extent of a coverage.

te::dt::DateTime *	getTime () const
	It returns the time associated to the coverage.

unsigned int	getNumberOfProperties () const
	It returns the number of properties associated to the coverage.

const std::vector< int > &	getPropertyTypes () const
	It returns the types of the coverage properties.

const std::vector< std::string > &	getPropertyNames () const
	It returns the names of the coverage properties.

void	getValue (const te::gm::Point &l, boost::ptr_vector< te::dt::AbstractData > &result) const
	It returns the values associated to a given location.

std::unique_ptr< te::dt::AbstractData >	getValue (const te::gm::Point &l, unsigned int p=0) const
	It returns the value of the p-th property associated to a given location.

void	getValue (const te::gm::Polygon &l, unsigned int p, boost::ptr_vector< te::dt::AbstractData > &result) const
	It returns the values of the p-th property associated to the locations inside a given polygon.

void	getValue (const te::gm::Polygon &l, boost::ptr_vector< te::dt::AbstractData > &result) const
	It returns values associated to the locations inside a given polygon.

void	getInt (const te::gm::Point &l, std::vector< int > &result) const
	It returns the values as integers associated to a given location.

int	getInt (const te::gm::Point &l, unsigned int p=0) const
	It returns the value as integer of the p-th property associated to a given location.

void	getInt (const te::gm::Polygon &l, unsigned int p, std::vector< int > &result) const
	It returns the values as integers of the p-th property associated to the locations inside a given polygon.

void	getInt (const te::gm::Polygon &l, std::vector< int > &result) const
	It returns values as integers associated to the locations inside a given polygon.

void	getDouble (const te::gm::Point &l, std::vector< double > &result) const
	It returns the values as doubles associated to a given location.

double	getDouble (const te::gm::Point &l, unsigned int p=0) const
	It returns the value as double of the p-th property associated to a given location.

void	getDouble (const te::gm::Polygon &l, unsigned int p, std::vector< double > &result) const
	It returns the values as doubles of the p-th property associated to the locations inside a given polygon.

void	getDouble (const te::gm::Polygon &l, std::vector< double > &result) const
	It returns values as doubles associated to the locations inside a given polygon.

std::unique_ptr< te::rst::Raster >	getRaster () const
	It returns a raster associated to the coverage.

std::unique_ptr< te::rst::Raster >	getRaster (unsigned int p) const
	It returns a raster associated to the coverage of the i-th property.

virtual	~PointCoverage ()
	Virtual destructor.

Detailed Description

A concrete class to represent a point coverage.

A point coverage is a coverage composed of a set of observations where each one contains a location (point) and a set properties associated to it.

See also: Coverage Point Property

Definition at line 70 of file PointCoverage.h.

Constructor & Destructor Documentation

◆ PointCoverage() [1/3]

te::st::PointCoverage::PointCoverage ( )

A constructor.

It constructs an empty point coverage. The user does not indicate the interpolator associated to it. Internally, it uses a default interpolator that is IDWInterpolator.

◆ PointCoverage() [2/3]

te::st::PointCoverage::PointCoverage	(	AbstractPointCoverageInterp *	interp,
		te::gm::Geometry *	sextent,
		te::dt::DateTime *	textent,
		int	np,
		const std::vector< int > &	ptypes,
		const std::vector< std::string > &	pnames
	)

A constructor.

It constructs an empty point coverage.

Parameters

interp	The interpolator associated to the PointCoverage
sextent	The spatial extent
textent	The time associated to the coverage.
np	The number of properties of the point coverage.
ptypes	The types of the properties
pnames	The names of the properties

Note: It will take the ownership of the given pointers.

◆ PointCoverage() [3/3]

te::st::PointCoverage::PointCoverage	(	AbstractPointCoverageInterp *	interp,
		te::gm::Geometry *	sextent,
		te::dt::DateTime *	textent,
		int	np,
		const std::vector< int > &	ptypes,
		const std::vector< std::string > &	pnames,
		int	tp
	)

A constructor.

It constructs an empty point coverage.

Parameters

interp	The interpolator associated to the PointCoverage
sextent	The spatial extent
textent	The time associated to the coverage.
np	The number of properties of the point coverage.
ptypes	The types of the properties
pnames	The names of the properties
tp	The index of the property that contains time associated to each observation

Note: It will take the ownership of the given pointers.

◆ ~PointCoverage()

virtual te::st::PointCoverage::~PointCoverage ( )

virtual

Virtual destructor.

Member Function Documentation

◆ add() [1/3]

void te::st::PointCoverage::add	(	const te::gm::Point &	l,
		boost::ptr_vector< te::dt::AbstractData > &	value
	)

It adds an observtion to the PointCoverage.

Parameters

l	The given location.
value	A vector of values associated to the given location.

Note: It will take the ownwership of the given pointers.

◆ add() [2/3]

void te::st::PointCoverage::add	(	const te::gm::Point &	l,
		te::dt::AbstractData *	value
	)

It adds an observtion to the PointCoverage.

Parameters

l	The given location.
value	The value associated to the given location.

Note: It will take the ownwership of the given pointers.; The caller can use this methos when the number of properties is equal to 1. Otherwise, it must use the other add method.

◆ add() [3/3]

void te::st::PointCoverage::add ( PointCoverageObservation & obs )

It adds an observtion to the PointCoverage.

Parameters

obs	The observation.

Note: It will share the same observtion.

◆ begin()

PointCoverageIterator te::st::PointCoverage::begin ( ) const

It returns an iterator that points to the first observation of the point coverage.

Returns: The point coverage iterator.

◆ clone()

Coverage * te::st::PointCoverage::clone ( ) const

virtual

It returns a clone of this coverage.

Returns: A new coverage.

Note: The caller will take the ownership of the returned pointer.

Implements te::st::Coverage.

◆ end()

PointCoverageIterator te::st::PointCoverage::end ( ) const

It returns an iterator that points to the end of the time series.

Returns: The point coverage iterator.

◆ getDouble() [1/4]

void te::st::PointCoverage::getDouble	(	const te::gm::Point &	l,
		std::vector< double > &	result
	)		const

virtual

It returns the values as doubles associated to a given location.

This method returns the values of all properties of the coverage.

Parameters

l	The given location
result	The returned values associated to a given location

Implements te::st::Coverage.

◆ getDouble() [2/4]

double te::st::PointCoverage::getDouble	(	const te::gm::Point &	l,
		unsigned int	p = `0`
	)		const

virtual

It returns the value as double of the p-th property associated to a given location.

Parameters

l	The given location
p	The index of the property that will be considered.

Returns: Returns the value as a double associated to a given location

Implements te::st::Coverage.

◆ getDouble() [3/4]

void te::st::PointCoverage::getDouble	(	const te::gm::Polygon &	l,
		std::vector< double > &	result
	)		const

virtual

It returns values as doubles associated to the locations inside a given polygon.

This method returns the values of all properties of the coverage, ordered by locations.

An example, if the coverage has two properties: The first position of the result vector contains the first property value of first location. The second position of the result vector contains the second property value of the first location. The third position of the result vector contains the first property value of the second location. And so on.

Parameters

l	The given polygon
result	The returned values associated the locations inside a given polygon

Implements te::st::Coverage.

◆ getDouble() [4/4]

void te::st::PointCoverage::getDouble	(	const te::gm::Polygon &	l,
		unsigned int	p,
		std::vector< double > &	result
	)		const

virtual

It returns the values as doubles of the p-th property associated to the locations inside a given polygon.

Parameters

l	The given polygon
p	The desired property
result	The returned values of the p-th property associated to the locations inside a given polygon

Implements te::st::Coverage.

◆ getInt() [1/4]

void te::st::PointCoverage::getInt	(	const te::gm::Point &	l,
		std::vector< int > &	result
	)		const

virtual

It returns the values as integers associated to a given location.

This method returns the values of all properties of the coverage.

Parameters

l	The given location
result	The returned values associated to a given location

Implements te::st::Coverage.

◆ getInt() [2/4]

int te::st::PointCoverage::getInt	(	const te::gm::Point &	l,
		unsigned int	p = `0`
	)		const

virtual

It returns the value as integer of the p-th property associated to a given location.

Parameters

l	The given location
p	The index of the property that will be considered.

Returns: Returns the value as an integer associated to a given location

Implements te::st::Coverage.

◆ getInt() [3/4]

void te::st::PointCoverage::getInt	(	const te::gm::Polygon &	l,
		std::vector< int > &	result
	)		const

virtual

It returns values as integers associated to the locations inside a given polygon.

This method returns the values of all properties of the coverage, ordered by locations.

An example, if the coverage has two properties: The first position of the result vector contains the first property value of first location. The second position of the result vector contains the second property value of the first location. The third position of the result vector contains the first property value of the second location. And so on.

Parameters

l	The given polygon
result	The returned values associated the locations inside a given polygon.

Implements te::st::Coverage.

◆ getInt() [4/4]

void te::st::PointCoverage::getInt	(	const te::gm::Polygon &	l,
		unsigned int	p,
		std::vector< int > &	result
	)		const

virtual

It returns the values as integers of the p-th property associated to the locations inside a given polygon.

Parameters

l	The given polygon
p	The desired property
result	The returned values of the p-th property associated to the locations inside a given polygon

Implements te::st::Coverage.

◆ getNumberOfProperties()

unsigned int te::st::PointCoverage::getNumberOfProperties ( ) const

virtual

It returns the number of properties associated to the coverage.

For raster coverage, the number of properties is equal to the number of bands. For point coverage, this means the number of properties associated to each point.

Returns: The number of properties associated to the coverage.

Note: The caller will NOT take the ownership of the returned date and time.

Implements te::st::Coverage.

◆ getPropertyNames()

const std::vector< std::string > & te::st::PointCoverage::getPropertyNames ( ) const

virtual

It returns the names of the coverage properties.

Returns: The names of the coverage properties.

Note: The caller will take a refence to the internal vector.

Implements te::st::Coverage.

◆ getPropertyTypes()

const std::vector< int > & te::st::PointCoverage::getPropertyTypes ( ) const

virtual

It returns the types of the coverage properties.

Returns: The types of the coverage properties.

Note: The caller will take a refence to the internal vector.

Implements te::st::Coverage.

◆ getRaster() [1/2]

std::unique_ptr< te::rst::Raster > te::st::PointCoverage::getRaster ( ) const

virtual

It returns a raster associated to the coverage.

For point coverage, it considers the interpolation function to generate the raster.

The returned raster will contain all properties, each property will be a band. If the caller wants to consider only one property, it must use the other getRaster method when the caller pass a defined property.

Returns: Returns a raster associated to the coverage.

Note: The caller will take the ownership of the returned raster.

Implements te::st::Coverage.

◆ getRaster() [2/2]

std::unique_ptr< te::rst::Raster > te::st::PointCoverage::getRaster ( unsigned int p ) const

virtual

It returns a raster associated to the coverage of the i-th property.

For point coverage, it considers the interpolation function to generate a raster.

The returned raster will have one band associated to the given property.

Parameters

p	The property that will be considered to generate the raster.

Returns: Returns a raster associated to the coverage.

Note: The caller will take the ownership of the returned raster.

Implements te::st::Coverage.

◆ getSpatialExtent()

te::gm::Geometry * te::st::PointCoverage::getSpatialExtent ( ) const

virtual

It returns the spatial extent of a coverage.

Returns: Returns the coverage spatial extent.

Note: The caller will NOT take the ownership of the returned geometry.

Implements te::st::Coverage.

◆ getTime()

te::dt::DateTime * te::st::PointCoverage::getTime ( ) const

virtual

It returns the time associated to the coverage.

Returns: Returns the time associated to the coverage.

Note: The caller will NOT take the ownership of the returned date and time.

Implements te::st::Coverage.

◆ getType()

CoverageType te::st::PointCoverage::getType ( ) const

virtual

It returns the coverage type.

For while, there are two kinds of Coverages: Point Coverage and Raster Coverage.

Returns: Returns the coverage type.

Implements te::st::Coverage.

◆ getValue() [1/4]

void te::st::PointCoverage::getValue	(	const te::gm::Point &	l,
		boost::ptr_vector< te::dt::AbstractData > &	result
	)		const

virtual

It returns the values associated to a given location.

This method returns the values of all properties of the coverage.

Parameters

l	The given location
result	The returned values associated to a given location

Note: The caller will take the ownership of the returned value.

Implements te::st::Coverage.

◆ getValue() [2/4]

std::unique_ptr< te::dt::AbstractData > te::st::PointCoverage::getValue	(	const te::gm::Point &	l,
		unsigned int	p = `0`
	)		const

virtual

It returns the value of the p-th property associated to a given location.

Parameters

l	The given location
p	The index of the property that will be considered.

Returns: Returns the value associated to a given location

Note: The caller will take the ownership of the returned value.

Implements te::st::Coverage.

◆ getValue() [3/4]

void te::st::PointCoverage::getValue	(	const te::gm::Polygon &	l,
		boost::ptr_vector< te::dt::AbstractData > &	result
	)		const

virtual

It returns values associated to the locations inside a given polygon.

This method returns the values of all properties of the coverage, ordered by locations.

An example, if the coverage has two properties: The first position of the result vector contains the first property value of first location. The second position of the result vector contains the second property value of the first location. The third position of the result vector contains the first property value of the second location. And so on.

Parameters

l	The given polygon
result	The returned values associated the locations inside a given polygon

Note: The caller will take the ownership of the returned value.

Implements te::st::Coverage.

◆ getValue() [4/4]

void te::st::PointCoverage::getValue	(	const te::gm::Polygon &	l,
		unsigned int	p,
		boost::ptr_vector< te::dt::AbstractData > &	result
	)		const

virtual

It returns the values of the p-th property associated to the locations inside a given polygon.

Parameters

l	The given polygon
p	The desired property
result	The returned values of the p-th property associated to the locations inside a given polygon

Note: The caller will take the ownership of the returned value.

Implements te::st::Coverage.

Member Data Documentation

◆ m_interpolator

AbstractPointCoverageInterp* te::st::PointCoverage::m_interpolator

protected

Definition at line 232 of file PointCoverage.h.

◆ m_np

unsigned int te::st::PointCoverage::m_np

protected

Definition at line 234 of file PointCoverage.h.

◆ m_observations

PointCoverageObservationSet te::st::PointCoverage::m_observations

protected

Definition at line 231 of file PointCoverage.h.

◆ m_pnames

std::vector<std::string> te::st::PointCoverage::m_pnames

protected

The types of the point coverage properties.

Definition at line 236 of file PointCoverage.h.

◆ m_ptypes

std::vector<int> te::st::PointCoverage::m_ptypes

protected

The number of properties of the point coverage.

Definition at line 235 of file PointCoverage.h.

◆ m_rTree

PointCvRTreeShrPtr te::st::PointCoverage::m_rTree

protected

Definition at line 233 of file PointCoverage.h.

◆ m_sextent

std::unique_ptr<te::gm::Geometry> te::st::PointCoverage::m_sextent

protected

Definition at line 229 of file PointCoverage.h.

◆ m_textent

std::unique_ptr<te::dt::DateTime> te::st::PointCoverage::m_textent

protected

Definition at line 230 of file PointCoverage.h.

◆ m_tp

int te::st::PointCoverage::m_tp

protected

The names of the point coverage properties.

Definition at line 237 of file PointCoverage.h.

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

/home/castejon/castejon_files/develop/terralib5/git_release/src/terralib/st/core/coverage/PointCoverage.h

Public Member Functions

Coverage inherited methods

Detailed Description

Constructor & Destructor Documentation

◆ PointCoverage() [1/3]

◆ PointCoverage() [2/3]

◆ PointCoverage() [3/3]

◆ ~PointCoverage()

Member Function Documentation

◆ add() [1/3]

◆ add() [2/3]

◆ add() [3/3]

◆ begin()

◆ clone()

◆ end()

◆ getDouble() [1/4]

◆ getDouble() [2/4]

◆ getDouble() [3/4]

◆ getDouble() [4/4]

◆ getInt() [1/4]

◆ getInt() [2/4]

◆ getInt() [3/4]

◆ getInt() [4/4]

◆ getNumberOfProperties()

◆ getPropertyNames()

◆ getPropertyTypes()

◆ getRaster() [1/2]

◆ getRaster() [2/2]

◆ getSpatialExtent()

◆ getTime()

◆ getType()

◆ getValue() [1/4]

◆ getValue() [2/4]

◆ getValue() [3/4]

◆ getValue() [4/4]

Member Data Documentation

◆ m_interpolator

◆ m_np

◆ m_observations

◆ m_pnames

◆ m_ptypes

◆ m_rTree

◆ m_sextent

◆ m_textent

◆ m_tp