te::vp::Register Namespace Reference

Typedefs
typedef std::tuple< int, double, double, int, double, double >	TiePointT
	Tie poit type definition [ SRID1, x1, y2, SRID2, x2, y2 ]. More...

Enumerations
enum	RegisterMethod { InvalidRegMethod = 0 , TransByNMethod = 1 }
	Register method. More...

Functions
TEVPEXPORT bool	RegisterDataset (const RegisterMethod &method, const std::vector< TiePointT > &tiePoints, const unsigned int &minNeighborTiePoints, const bool enableThreads, te::da::DataSet &inDataset, const te::da::DataSetType &inDsType, const std::string &outDataSetName, te::da::DataAccess &outDataAccess)
	Register dataset geometries using supplied tie-points. More...

Typedef Documentation

TiePointT

te::vp::Register::TiePointT

Tie poit type definition [ SRID1, x1, y2, SRID2, x2, y2 ].

Definition at line 54 of file Register.h.

Enumeration Type Documentation

RegisterMethod

enum te::vp::Register::RegisterMethod

Register method.

Enumerator
InvalidRegMethod	Invalid type.
TransByNMethod	Aplly a translation transform by using neighor tie-points.

Definition at line 44 of file Register.h.

Function Documentation

RegisterDataset()

TEVPEXPORT bool te::vp::Register::RegisterDataset	(	const RegisterMethod &	method,
		const std::vector< TiePointT > &	tiePoints,
		const unsigned int &	minNeighborTiePoints,
		const bool	enableThreads,
		te::da::DataSet &	inDataset,
		const te::da::DataSetType &	inDsType,
		const std::string &	outDataSetName,
		te::da::DataAccess &	outDataAccess
	)

Register dataset geometries using supplied tie-points.

Parameters

method	Method to use.
tiePoints	Input tie-points.
minNeighborTiePoints	Minimum number of neighbor tie-points to use when registering each geometry point.
enableThreads	Enable/disable the use of threads.
inDataset	Input dataset.
inDsType	Input dataset type.
outDataSetName	Output dataset name.
outDataAccess	Output data access where the registered dataset will be created.

Returns

true if ok, false on errors.

Note

Tie points x1,y1 are source coords ( incorrect/adjust coord );

Tie points x2,y2 are target coords ( correct/reference coord );

NEW_COORD(target) = OLD_COORD(source) + OFFSET

OFFSET = NEW_COORD(target) - OLD_COORD(source)