Namespace for Vector Processing module of TerraLib. More...

Classes
class	Algorithm
	Define input/output parameters for an operation. More...

class	AlgorithmParams

class	BufferDialog

class	BufferMemory
	A concrete class to compute the buffer operation. More...

class	BufferOp
	An abstract class to compute the buffer memory and buffer query operation. More...

class	BufferQuery
	A concrete class to compute the buffer operation. More...

class	CheckGeomValidityDialog
	A dialog used to check geometries validity. More...

class	ComplexData
	A template for complex data types. More...

struct	DataStruct
	Get a list of AbstractLayer filtered by the name;. More...

class	Difference

class	DifferenceDialog
	A dialog used to execute vector difference. More...

class	Dissolve

class	DissolveDialog

class	GeometricOp

class	GeometricOpMemory

class	GeometricOpOutputWizardPage
	This class is GUI used to define the basic geometric operator parameters for the VP operation. More...

class	GeometricOpQuery

class	GeometricOpWizard
	This class is GUI used to define the wizard for the VP geometric operation. More...

class	GeometricOpWizardPage

class	GroupThreadManager

class	Identity

class	IdentityDialog
	A dialog used to execute vector identity. More...

struct	InputParams
	A structure to hold the input parameters of vector processing. More...

class	Intersection

class	IntersectionDialog
	A dialog used to execute vector intersection. More...

class	IntersectionMemory

class	IntersectionOp

class	IntersectionQuery

class	LineToPolygonDialog

class	LineToPolygonMemory

class	LineToPolygonOp

class	LineToPolygonQuery

class	Merge

class	MergeDialog

class	MultipartToSinglepart

class	MultipartToSinglepartDialog

class	PolygonToLineDialog

class	PolygonToLineMemory

class	PolygonToLineOp

class	PolygonToLineQuery

class	SummarizationDialog

class	TransformationDialog

class	Union

class	UnionDialog
	A dialog used to execute vector union. More...

Enumerations
enum	BoundariesBetweenBuffers { DISSOLVE, NOT_DISSOLVE }
	Define the boundaries between buffers. More...

enum	GeometricOperation { CONVEX_HULL, CENTROID, MBR, AREA, LINE, PERIMETER }

enum	GeometricOpObjStrategy { ALL_OBJ, AGGREG_OBJ, AGGREG_BY_ATTRIBUTE }
	Defines the strategy used for the processing of the input geometries. More...

enum	GroupingFunctionsType { MIN_VALUE, MAX_VALUE, MEAN, SUM, COUNT, VALID_COUNT, STANDARD_DEVIATION, KERNEL, VARIANCE, SKEWNESS, KURTOSIS, AMPLITUDE, MEDIAN, VAR_COEFF, MODE }
	Define grouping functions type. More...

enum	MemoryUse { WHOLE_MEM, PARTIALLY_MEM, LOW_MEM }
	Define possible states for memory use. More...

enum	RuleForBuffer { INSIDE_OUTSIDE, ONLY_OUTSIDE, ONLY_INSIDE }

enum	Strategy { MEMORY, QUERY }

Functions
TEVPEXPORT te::da::DataSourcePtr	CreateOGRDataSource (std::string repository)

std::vector< te::gm::Geometry * >	ExtractGeometry (te::gm::Geometry *inputGeometry, te::gm::GeomType outputGeomType)

DataStruct	GetDataStructFromLayer (te::map::AbstractLayerPtr layer, bool onlySelectedObjects, int srid=0)

std::vector< std::string >	GetDissolveProps (const std::map< std::string, te::dt::AbstractData * > &specificParams)

TEVPEXPORT std::string	GetDistinctName (const std::string &name, std::vector< std::string > names, std::size_t maxSize=0)

std::list< te::map::AbstractLayerPtr >	GetFilteredLayers (std::string text, std::list< te::map::AbstractLayerPtr > layers)
	Get a list of AbstractLayer filtered by the name;. More...

TEVPEXPORT std::auto_ptr< te::gm::Geometry >	GetGeometryUnion (const std::vector< te::gm::Geometry * > &geomVec)

TEVPEXPORT te::gm::Geometry *	GetGeometryUnion (const std::vector< te::mem::DataSetItem * > &items, size_t geomIdx, te::gm::GeomType outGeoType)
	It returns the union of a geometry vector. More...

TEVPEXPORT te::gm::Geometry *	GetGeometryUnion (const std::vector< te::mem::DataSetItem * > &items, size_t geomIdx)

TEVPEXPORT te::gm::GeomType	GetMultiType (te::gm::GeomType geomType)

te::da::DataSetType *	GetOutputDataSetType (te::vp::AlgorithmParams *mainParams)

TEVPEXPORT te::sam::rtree::Index< size_t, 8 > *	GetRtree (te::da::DataSet *data)

te::da::Select *	GetSelectQueryFromLayer (te::map::AbstractLayerPtr layer, bool onlySelectedObjects, int srid=0)

TEVPEXPORT std::string	GetSimpleTableName (std::string fullName)

TEVPEXPORT te::gm::GeomType	GetSimpleType (te::gm::GeomType geomType)

std::map< te::dt::Property *, std::vector< te::stat::StatisticalSummary > >	GetSummaryProps (const std::map< std::string, te::dt::AbstractData * > &specificParams)

bool	IsCollection (const std::map< std::string, te::dt::AbstractData * > &specificParams)

TEVPEXPORT bool	IsLineStringType (const te::gm::GeomType &geomType)

TEVPEXPORT bool	IsMultiType (te::gm::GeomType geomType)

TEVPEXPORT bool	IsPointType (const te::gm::GeomType &geomType)

TEVPEXPORT bool	IsPolygonType (const te::gm::GeomType &geomType)

TEVPEXPORT bool	MakeValidGeometry (const te::da::DataSourcePtr dataSource, const std::string dataSetName, std::string errorMessage)
	It tries to fix invalid geometry by SQL clause ST_MakeValid and updates the source data. More...

void	PopulateItens (te::da::DataSetType inputDataSetType, std::vector< te::mem::DataSetItem > inputItens, std::map< std::string, te::dt::AbstractData * > specificParams, std::vector< te::mem::DataSetItem * > outputItemVec)

TEVPEXPORT std::auto_ptr< te::da::DataSet >	PrepareAdd (te::da::DataSet ds, te::da::DataSetType dt)

TEVPEXPORT void	Save (te::da::DataSource source, te::da::DataSet result, te::da::DataSetType *outDsType)

TEVPEXPORT te::gm::Geometry *	SetGeomAsMulti (te::gm::Geometry *geom)

te::gm::GeomType	SetGeomResultType (const te::gm::GeomType &geomType, const bool &isCollection)

TEVPEXPORT void	SplitGeometryCollection (te::gm::GeometryCollection geomIn, te::gm::GeometryCollection gcOut)

TEVPEXPORT void	ValidateAlgorithmParams (AlgorithmParams *mainParams, Strategy st)

te::gm::Geometry *	ValidateGeometry (te::gm::Geometry *input, std::vector< std::string > &error)

Detailed Description

Namespace for Vector Processing module of TerraLib.

Enumeration Type Documentation

enum te::vp::BoundariesBetweenBuffers

Define the boundaries between buffers.

Enumerator
DISSOLVE	The boundaries between buffers will be dissolved.
NOT_DISSOLVE	The boundaries between buffers will not be dissolved.

Definition at line 89 of file Enums.h.

enum te::vp::GeometricOperation

Enumerator
CONVEX_HULL	The geographic operation Convex Hull.
CENTROID	The geographic operation Centroid.
MBR	The geographic operation Minimum Bounding Rectangle.
AREA	The geographic operation Area.
LINE	The geographic operation Line.
PERIMETER	The geographic operation Perimeter.

Definition at line 100 of file Enums.h.

enum te::vp::GeometricOpObjStrategy

Defines the strategy used for the processing of the input geometries.

Enumerator
ALL_OBJ	All objects individually.
AGGREG_OBJ	Aggregate all objects.
AGGREG_BY_ATTRIBUTE	Aggregate objects by attribute.

Definition at line 115 of file Enums.h.

enum te::vp::GroupingFunctionsType

Define grouping functions type.

Enumerator
MIN_VALUE	Minimum value.
MAX_VALUE	Maximum value.
MEAN	Mean.
SUM	Sum of values.
COUNT	Total number of values.
VALID_COUNT	Total not null values.
STANDARD_DEVIATION	Standard deviation.
KERNEL	Kernel.
VARIANCE	Variance.
SKEWNESS	Skewness.
KURTOSIS	Kurtosis.
AMPLITUDE	Amplitude.
MEDIAN	Median.
VAR_COEFF	Coefficient variation.
MODE	Mode.

Definition at line 40 of file Enums.h.

enum te::vp::MemoryUse

Define possible states for memory use.

Enumerator
WHOLE_MEM	Whole memory use.
PARTIALLY_MEM	Partially memory use.
LOW_MEM	Low memory use.

Definition at line 65 of file Enums.h.

enum te::vp::RuleForBuffer

Enumerator
INSIDE_OUTSIDE	The buffer is generated Inside and outside of the polygons.
ONLY_OUTSIDE	The buffer is generated only outside of the polygons.
ONLY_INSIDE	The buffer is generated only inside of the polygons.

Definition at line 77 of file Enums.h.

enum te::vp::Strategy

Enumerator
MEMORY
QUERY

Definition at line 57 of file Utils.h.

Function Documentation

TEVPEXPORT te::da::DataSourcePtr te::vp::CreateOGRDataSource ( std::string repository )

std::vector<te::gm::Geometry*> te::vp::ExtractGeometry	(	te::gm::Geometry *	inputGeometry,
		te::gm::GeomType	outputGeomType
	)

DataStruct te::vp::GetDataStructFromLayer	(	te::map::AbstractLayerPtr	layer,
		bool	onlySelectedObjects,
		int	srid = `0`
	)

std::vector<std::string> te::vp::GetDissolveProps ( const std::map< std::string, te::dt::AbstractData * > & specificParams )

TEVPEXPORT std::string te::vp::GetDistinctName	(	const std::string &	name,
		std::vector< std::string >	names,
		std::size_t	maxSize = `0`
	)

std::list<te::map::AbstractLayerPtr> te::vp::GetFilteredLayers	(	std::string	text,
		std::list< te::map::AbstractLayerPtr >	layers
	)

Get a list of AbstractLayer filtered by the name;.

Parameters

text	Text that the filter is based.
layers	List of layer to filter.

Returns: A list of layer filtered by the name.

TEVPEXPORT std::auto_ptr<te::gm::Geometry> te::vp::GetGeometryUnion ( const std::vector< te::gm::Geometry * > & geomVec )

TEVPEXPORT te::gm::Geometry* te::vp::GetGeometryUnion	(	const std::vector< te::mem::DataSetItem * > &	items,
		size_t	geomIdx,
		te::gm::GeomType	outGeoType
	)

It returns the union of a geometry vector.

Parameters

items Vector of itens that represents a group.

Returns: Union of the geometry.

TEVPEXPORT te::gm::Geometry* te::vp::GetGeometryUnion	(	const std::vector< te::mem::DataSetItem * > &	items,
		size_t	geomIdx
	)

TEVPEXPORT te::gm::GeomType te::vp::GetMultiType ( te::gm::GeomType geomType )

te::da::DataSetType* te::vp::GetOutputDataSetType ( te::vp::AlgorithmParams * mainParams )

TEVPEXPORT te::sam::rtree::Index<size_t, 8>* te::vp::GetRtree ( te::da::DataSet * data )

te::da::Select* te::vp::GetSelectQueryFromLayer	(	te::map::AbstractLayerPtr	layer,
		bool	onlySelectedObjects,
		int	srid = `0`
	)

TEVPEXPORT std::string te::vp::GetSimpleTableName ( std::string fullName )

TEVPEXPORT te::gm::GeomType te::vp::GetSimpleType ( te::gm::GeomType geomType )

std::map<te::dt::Property*, std::vector<te::stat::StatisticalSummary> > te::vp::GetSummaryProps ( const std::map< std::string, te::dt::AbstractData * > & specificParams )

bool te::vp::IsCollection ( const std::map< std::string, te::dt::AbstractData * > & specificParams )

TEVPEXPORT bool te::vp::IsLineStringType ( const te::gm::GeomType & geomType )

TEVPEXPORT bool te::vp::IsMultiType ( te::gm::GeomType geomType )

TEVPEXPORT bool te::vp::IsPointType ( const te::gm::GeomType & geomType )

TEVPEXPORT bool te::vp::IsPolygonType ( const te::gm::GeomType & geomType )

TEVPEXPORT bool te::vp::MakeValidGeometry	(	const te::da::DataSourcePtr	dataSource,
		const std::string	dataSetName,
		std::string	errorMessage
	)

It tries to fix invalid geometry by SQL clause ST_MakeValid and updates the source data.

Parameters

dataSource	The data source information.
dataSetName	The input data name.
errorMessage	Variable to catch any error occurred during execution.

Returns: True, if the query was executed successfully and the geometries fixed was updated.

Note: The layer must be inserted in a database with spatial extent.

void te::vp::PopulateItens	(	te::da::DataSetType *	inputDataSetType,
		std::vector< te::mem::DataSetItem * >	inputItens,
		std::map< std::string, te::dt::AbstractData * >	specificParams,
		std::vector< te::mem::DataSetItem * >	outputItemVec
	)

TEVPEXPORT std::auto_ptr<te::da::DataSet> te::vp::PrepareAdd	(	te::da::DataSet *	ds,
		te::da::DataSetType *	dt
	)

TEVPEXPORT void te::vp::Save	(	te::da::DataSource *	source,
		te::da::DataSet *	result,
		te::da::DataSetType *	outDsType
	)

TEVPEXPORT te::gm::Geometry* te::vp::SetGeomAsMulti ( te::gm::Geometry * geom )

te::gm::GeomType te::vp::SetGeomResultType	(	const te::gm::GeomType &	geomType,
		const bool &	isCollection
	)

TEVPEXPORT void te::vp::SplitGeometryCollection	(	te::gm::GeometryCollection *	geomIn,
		te::gm::GeometryCollection *	gcOut
	)

TEVPEXPORT void te::vp::ValidateAlgorithmParams	(	AlgorithmParams *	mainParams,
		Strategy	st
	)

te::gm::Geometry* te::vp::ValidateGeometry	(	te::gm::Geometry *	input,
		std::vector< std::string > &	error
	)

Classes

Enumerations

Functions

Detailed Description

Enumeration Type Documentation

Function Documentation