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

Namespaces
	qt

Classes
class	AbstractDataHandler
	This abstract class represents handler to help reading and writing data from/to a dataSource by dividing it into smaller groups. More...

class	AbstractDataHandlerFactory

class	AbstractOperation
	Abstract class used to define an operation. More...

class	AbstractOperationCapabilities
	Abstract class used to define the capabilities of the operation, inclusing number of inputs and outputs. More...

class	AbstractParameters
	Abstract class used to define the input/ ouptut parameters for TerraAmazon Operations. More...

class	AbstractTillingStrategy

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

class	AlgorithmParams

class	AttributeGroupingDataHandler

class	AttributeGroupingDataHandlerFactory

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	DifferenceOperation
	Represents a difference operation between two sets of features. More...

class	DifferenceOperationFactory

class	Dissolve

class	DissolveCellSubdivision
	Algorithm dedicated to dissolve the borders of a cell subdivision. More...

class	DissolveDialog

class	DissolveOperation
	Represents an dissolve operation. More...

class	DissolveOperationCapabilities

class	DissolveOperationFactory

class	DissolveOperationParameters

class	DissolveSubdivideDataHandler

class	DissolveSubdivideDataHandlerFactory

class	DissolveSubdivisionOperation

class	DissolveSubdivisionOperationCapabilities

class	DissolveSubdivisionOperationFactory

class	DissolveSubdivisionOperationParameters

class	Feature
	A feature is a composition of a geometry and its attributes. More...

class	FeatureSet
	An alias for a set of Features. More...

class	GeometricOp

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

class	GeometricOpMemory

class	GeometricOpQuery

class	GeometryInfo

class	GeometrySnapper
	Algorithm to snap geometries to each other based on a given tolerance. More...

class	GroupThreadManager

class	Identity

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

class	IdentityOperation

class	IdentityOperationFactory

class	IndexContainer

class	IndexData

class	IndexReport

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	IntersectionOperation
	Represents an intersection operation between two sets of features. More...

class	IntersectionOperationFactory

class	IntersectionQuery

class	KDTreeMultiIndex

class	LineToPolygonDialog

class	LineToPolygonMemory

class	LineToPolygonOp

class	LineToPolygonQuery

class	MakeGeometryValid
	A static class with methods to make geometry valid. More...

class	MakeValidOperation
	Represents a make valid operation which analyses and fixes features of a set. More...

class	MakeValidOperationFactory

class	Merge

class	MergeDialog

class	MultipartToSinglepart

class	MultipartToSinglepartDialog

class	NoGroupingDataHandler
	This class represents handler to help reading and writing data from/to a dataSource using one group only (all data will be returned) More...

class	NoGroupingDataHandlerFactory

class	OperationFactory
	Abstract factory used to create Operations. More...

class	OperationReport
	Class used as a report logger for Operations. More...

class	OperationService
	Represents a service containing useful functions related to an operation. More...

class	OperationThreadManager

class	OperationThreadManagerListener

class	OverlapFixer
	OverlapFixerReport is a class containing algorithms to detect and fix overlaps from a list of polygons or multipolygons. More...

class	OverlapFixerReport
	OverlapFixerReport represents the report of the fix operation, for each input geometry and for the generated intersection fragments. More...

class	PolygonSubdivider
	Algorithm to subdivide polygons based on a cell tilling and merge them back to their original format. More...

class	PolygonToLineDialog

class	PolygonToLineMemory

class	PolygonToLineOp

class	PolygonToLineQuery

class	RTreeIndex
	This class makes easier and more generic the use of the te::sam::rtree::Index. More...

class	SegmentInfo

class	SubdivideByBorderTillingStrategy

class	SubdivideDataHandler

class	SubdivideDataHandlerFactory

class	SubdivideKey

class	SubdivideOperation
	This operation subdivides geometries ensuring that they don't have more than the given number of coordinates. More...

class	SubdivideOperationCapabilities

class	SubdivideOperationFactory

class	SubdivideOperationParameters

class	SubdividerTilling
	Algorithm to help controlling creating and iterating in a tile. More...

class	Union

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

class	UnionOperation
	Represents an IDENTITY operation between two sets of features. More...

class	UnionOperationFactory

class	UnorderedGroupingDataHandler

class	UnorderedGroupingDataHandlerFactory

Typedefs
using	GeometryPair = std::pair< te::gm::GeometryPtr, te::gm::GeometryPtr >

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	OperationResult { OperationResult::OP_NOT_STARTED, OperationResult::OP_SUCCESS, OperationResult::OP_CANCELLED, OperationResult::OP_ERROR }

enum	ProgressState { ProgressState::PRE_PROCESSING_STARTED, ProgressState::PRE_PROCESSING_FINISHED, ProgressState::PROCESSING_STARTED, ProgressState::PROCESSING_FINISHED, ProgressState::POST_PROCESSING_STARTED, ProgressState::POST_PROCESSING_FINISHED, ProgressState::CANCEL_REQUESTED }

enum	RuleForBuffer { INSIDE_OUTSIDE, ONLY_OUTSIDE, ONLY_INSIDE }

enum	Strategy { MEMORY, QUERY }

Functions
TEVPEXPORT te::gm::GeometryVector	AdjustToGeomType (const te::gm::Geometry *geometry, te::gm::GeomType geomType)
	Adjust the given geometry to the given geometry type. If the conversion is not possible, the geometry is discarded. More...

TEVPEXPORT te::gm::GeometryVector	AdjustToGeomType (const te::gm::GeometryVector &vecGeometries, te::gm::GeomType geomType)

TEVPEXPORT te::vp::AbstractDataHandler *	CreateDataHandler (const std::string &dataHandlerName)

TEVPEXPORT std::unique_ptr< te::da::DataSet >	CreateDataSetFromFeatureSet (const std::string &dataSetName, const te::da::DataSetType *dataSetType, const te::vp::FeatureSet &featureSet)
	Creates a memory dataSet based on the given featureSet. More...

TEVPEXPORT te::vp::qt::VectorProcessingDialogCapabilities *	CreateDialogCapabilities (const std::string &operationName)

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

TEVPEXPORT te::vp::AbstractOperation *	CreateOperation (const std::string &operationName)

TEVPEXPORT te::da::DataSourcePtr	CreateTemporaryDataSource ()
	Creates a data source located in the temporary folder of the user filesystem. More...

TEVPEXPORT void	DiscardFeaturesWithNullAndEmptyGeometries (te::vp::FeatureSet &featureSet)
	Splits all feature that have geometry collections in to features that have single type geometries. All the attributes are copied. More...

TEVPEXPORT void	DropTemporaryDataSource (te::da::DataSourcePtr dataSource)

TEVPEXPORT te::gm::GeometryVector	ExtractGeometriesFromFeatureSet (const te::vp::FeatureSet &featureSet)
	Gets the GeometryVector from the given FeatureSet. The caller must NOT free the memory after using the resulting geometry vector as this method returns the reference to the geometries. More...

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

TEVPEXPORT te::gm::SpatialRelation	FastRelationCalculator (const te::gm::Geometry geometryA, const te::gm::Geometry geometryB)
	Algorithm to fast detection of spatial relations between geometries. Very useful to fase dectect if two geomtries dont intercept themselves Sometimes can generate false positives for overlaps, but never generates false positives for disjoint and touches. More...

TEVPEXPORT te::gm::SpatialRelation	FastRelationCalculator (const te::vp::GeometryInfo geometryInfoA, const te::vp::GeometryInfo geometryInfoB)
	Algorithm to fast detection of spatial relations between geometries. Very useful to fase dectect if two geomtries dont intercept themselves Sometimes can generate false positives for overlaps, but never generates false positives for disjoint and touches. More...

TEVPEXPORT void	GetAllSegments (const te::gm::Geometry *geometry, const te::gm::Envelope &filter, std::vector< SegmentInfo > &vecSegmentInfo)
	Gets the segment information related to all segments from the given geometry. An Optional filter can be used to filter the segments that will be returned. More...

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)

TEVPEXPORT te::mem::DataSetItem *	GetFilledItemMemory (te::da::DataSet *dataSet)
	It returns a memory item with all properties filled with values from the current position dataset. More...

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 te::gm::GeometryVectorConst	GetGeometriesFromFeatureSet (const te::vp::FeatureSet &featureSet)

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

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...

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)

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

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

bool	IsProjectionLatLong (const int &srid)

TEVPEXPORT void	Multi2Single (const te::vp::Feature *feature, te::vp::FeatureSet &singleFeatureSet)
	Splits all the features that have geometry collections in to features that have single type geometries. All the attributes are copied. More...

TEVPEXPORT void	Multi2Single (const te::vp::FeatureSet &featureSet, te::vp::FeatureSet &singleFeatureSet)
	Adjust the given geometry to the given geometry type. If the conversion is not possible, the geometry is discarded. More...

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

TEVPEXPORT std::unique_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, const bool &enableProgress=true)

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

Detailed Description

Namespace for Vector Processing module of TerraLib.

Typedef Documentation

◆ GeometryPair

using te::vp::GeometryPair = typedef std::pair<te::gm::GeometryPtr, te::gm::GeometryPtr>

Definition at line 50 of file OperationService.h.

Enumeration Type Documentation

◆ BoundariesBetweenBuffers

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.

◆ GeometricOperation

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.

◆ GeometricOpObjStrategy

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.

◆ GroupingFunctionsType

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.

◆ MemoryUse

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.

◆ OperationResult

enum te::vp::OperationResult

strong

Enumerator
OP_NOT_STARTED
OP_SUCCESS
OP_CANCELLED
OP_ERROR

Definition at line 53 of file AbstractOperation.h.

◆ ProgressState

enum te::vp::ProgressState

strong

Enumerator
PRE_PROCESSING_STARTED
PRE_PROCESSING_FINISHED
PROCESSING_STARTED
PROCESSING_FINISHED
POST_PROCESSING_STARTED
POST_PROCESSING_FINISHED
CANCEL_REQUESTED

Definition at line 37 of file OperationThreadManagerListener.h.

◆ RuleForBuffer

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.

◆ Strategy

enum te::vp::Strategy

Enumerator
MEMORY
QUERY

Definition at line 70 of file Utils.h.

Function Documentation

◆ AdjustToGeomType() [1/2]

TEVPEXPORT te::gm::GeometryVector te::vp::AdjustToGeomType	(	const te::gm::Geometry *	geometry,
		te::gm::GeomType	geomType
	)

Adjust the given geometry to the given geometry type. If the conversion is not possible, the geometry is discarded.

◆ AdjustToGeomType() [2/2]

TEVPEXPORT te::gm::GeometryVector te::vp::AdjustToGeomType	(	const te::gm::GeometryVector &	vecGeometries,
		te::gm::GeomType	geomType
	)

◆ CreateDataHandler()

TEVPEXPORT te::vp::AbstractDataHandler* te::vp::CreateDataHandler ( const std::string & dataHandlerName )

◆ CreateDataSetFromFeatureSet()

TEVPEXPORT std::unique_ptr<te::da::DataSet> te::vp::CreateDataSetFromFeatureSet	(	const std::string &	dataSetName,
		const te::da::DataSetType *	dataSetType,
		const te::vp::FeatureSet &	featureSet
	)

Creates a memory dataSet based on the given featureSet.

Parameters

dataSetName	The name of the dataSet
dataSetType	The dataSetType of the dataSet
featureSet	The featureSet to be converted

Returns: A memory dataSet containing all the given features Extracts the GeometryVector from the given FeatureSet. The caller must free the memory after using the resulting geometry vector

◆ CreateDialogCapabilities()

TEVPEXPORT te::vp::qt::VectorProcessingDialogCapabilities* te::vp::CreateDialogCapabilities ( const std::string & operationName )

◆ CreateOGRDataSource()

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

◆ CreateOperation()

TEVPEXPORT te::vp::AbstractOperation* te::vp::CreateOperation ( const std::string & operationName )

◆ CreateTemporaryDataSource()

TEVPEXPORT te::da::DataSourcePtr te::vp::CreateTemporaryDataSource ( )

Creates a data source located in the temporary folder of the user filesystem.

Returns: A a data source located in the temporary folder of the user filesystem

◆ DiscardFeaturesWithNullAndEmptyGeometries()

TEVPEXPORT void te::vp::DiscardFeaturesWithNullAndEmptyGeometries ( te::vp::FeatureSet & featureSet )

Splits all feature that have geometry collections in to features that have single type geometries. All the attributes are copied.

◆ DropTemporaryDataSource()

TEVPEXPORT void te::vp::DropTemporaryDataSource ( te::da::DataSourcePtr dataSource )

◆ ExtractGeometriesFromFeatureSet()

TEVPEXPORT te::gm::GeometryVector te::vp::ExtractGeometriesFromFeatureSet ( const te::vp::FeatureSet & featureSet )

Gets the GeometryVector from the given FeatureSet. The caller must NOT free the memory after using the resulting geometry vector as this method returns the reference to the geometries.

◆ ExtractGeometry()

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

◆ FastRelationCalculator() [1/2]

TEVPEXPORT te::gm::SpatialRelation te::vp::FastRelationCalculator	(	const te::gm::Geometry *	geometryA,
		const te::gm::Geometry *	geometryB
	)

Algorithm to fast detection of spatial relations between geometries. Very useful to fase dectect if two geomtries dont intercept themselves Sometimes can generate false positives for overlaps, but never generates false positives for disjoint and touches.

Parameters

geometryA	The input geometry A
geometryB	The input geometry B

Returns: The detected spatial relation Discards all the features from the set that have null or empty geometries

◆ FastRelationCalculator() [2/2]

TEVPEXPORT te::gm::SpatialRelation te::vp::FastRelationCalculator	(	const te::vp::GeometryInfo *	geometryInfoA,
		const te::vp::GeometryInfo *	geometryInfoB
	)

Algorithm to fast detection of spatial relations between geometries. Very useful to fase dectect if two geomtries dont intercept themselves Sometimes can generate false positives for overlaps, but never generates false positives for disjoint and touches.

Parameters

geometryA	The input geometry A
geometryB	The input geometry B

Returns: The detected spatial relation

◆ GetAllSegments()

TEVPEXPORT void te::vp::GetAllSegments	(	const te::gm::Geometry *	geometry,
		const te::gm::Envelope &	filter,
		std::vector< SegmentInfo > &	vecSegmentInfo
	)

Gets the segment information related to all segments from the given geometry. An Optional filter can be used to filter the segments that will be returned.

Parameters

geometry	The geometry to be analysed
filter	The optional filter
vecSegmentInfo	[Return] The segments from the given geometry. The return is a parameter to make easier to create a list containing segments from several geometries

◆ GetDataStructFromLayer()

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

◆ GetDissolveProps()

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

◆ GetDistinctName()

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

◆ GetFilledItemMemory()

TEVPEXPORT te::mem::DataSetItem* te::vp::GetFilledItemMemory ( te::da::DataSet * dataSet )

It returns a memory item with all properties filled with values from the current position dataset.

Parameters

dataSet DataSet in the current position to get values.

Returns: A memory item with attributes filled with dataSet values.

◆ GetFilteredLayers()

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.

◆ GetGeometriesFromFeatureSet()

TEVPEXPORT te::gm::GeometryVectorConst te::vp::GetGeometriesFromFeatureSet ( const te::vp::FeatureSet & featureSet )

◆ GetGeometryUnion() [1/2]

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

◆ GetGeometryUnion() [2/2]

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.

◆ GetOutputDataSetType()

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

◆ GetRtree()

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

◆ GetSelectQueryFromLayer()

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

◆ GetSimpleTableName()

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

◆ GetSummaryProps()

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

◆ IsCollection()

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

◆ IsLineStringType()

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

◆ IsPointType()

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

◆ IsPolygonType()

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

◆ IsProjectionLatLong()

bool te::vp::IsProjectionLatLong ( const int & srid )

◆ Multi2Single() [1/2]

TEVPEXPORT void te::vp::Multi2Single	(	const te::vp::Feature *	feature,
		te::vp::FeatureSet &	singleFeatureSet
	)

Splits all the features that have geometry collections in to features that have single type geometries. All the attributes are copied.

◆ Multi2Single() [2/2]

TEVPEXPORT void te::vp::Multi2Single	(	const te::vp::FeatureSet &	featureSet,
		te::vp::FeatureSet &	singleFeatureSet
	)

Adjust the given geometry to the given geometry type. If the conversion is not possible, the geometry is discarded.

◆ PopulateItems()

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

◆ PrepareAdd()

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

◆ Save()

TEVPEXPORT void te::vp::Save	(	te::da::DataSource *	source,
		te::da::DataSet *	result,
		te::da::DataSetType *	outDsType,
		const bool &	enableProgress = `true`
	)

◆ SetGeomAsMulti()

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

◆ SetGeomResultType()

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

◆ SplitGeometryCollection()

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

◆ ValidateAlgorithmParams()

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

Namespaces

Classes

Typedefs

Enumerations

Functions

Detailed Description

Typedef Documentation

◆ GeometryPair

Enumeration Type Documentation

◆ BoundariesBetweenBuffers

◆ GeometricOperation

◆ GeometricOpObjStrategy

◆ GroupingFunctionsType

◆ MemoryUse

◆ OperationResult

◆ ProgressState

◆ RuleForBuffer

◆ Strategy

Function Documentation

◆ AdjustToGeomType() [1/2]

◆ AdjustToGeomType() [2/2]

◆ CreateDataHandler()

◆ CreateDataSetFromFeatureSet()

◆ CreateDialogCapabilities()

◆ CreateOGRDataSource()

◆ CreateOperation()

◆ CreateTemporaryDataSource()

◆ DiscardFeaturesWithNullAndEmptyGeometries()

◆ DropTemporaryDataSource()

◆ ExtractGeometriesFromFeatureSet()

◆ ExtractGeometry()

◆ FastRelationCalculator() [1/2]

◆ FastRelationCalculator() [2/2]

◆ GetAllSegments()

◆ GetDataStructFromLayer()

◆ GetDissolveProps()

◆ GetDistinctName()

◆ GetFilledItemMemory()

◆ GetFilteredLayers()

◆ GetGeometriesFromFeatureSet()

◆ GetGeometryUnion() [1/2]

◆ GetGeometryUnion() [2/2]

◆ GetOutputDataSetType()

◆ GetRtree()

◆ GetSelectQueryFromLayer()

◆ GetSimpleTableName()

◆ GetSummaryProps()

◆ IsCollection()

◆ IsLineStringType()

◆ IsPointType()

◆ IsPolygonType()

◆ IsProjectionLatLong()

◆ Multi2Single() [1/2]

◆ Multi2Single() [2/2]

◆ PopulateItems()

◆ PrepareAdd()

◆ Save()

◆ SetGeomAsMulti()

◆ SetGeomResultType()

◆ SplitGeometryCollection()

◆ ValidateAlgorithmParams()