Geometric transformation parameters. More...

#include <TeGTParams.h>

Public Member Functions
Class methods.
Class methods.
	TeGTParams ()
	Default constructor.
	TeGTParams (const TeGTParams &external)
	Alternative constructor.
	~TeGTParams ()
	Default Destructor.
const TeGTParams &	operator= (const TeGTParams &external)
	operator= implementation.
std::string	decName () const
	This is for TeFactory compatibility.
void	reset ()
	Reset to the default parameters.
bool	operator== (const TeGTParams &external) const
Public Attributes
Outliers remotion strategy used parameters.
Used when an outlier remotion strategy (other than NoOutRemotion) is used.
double	max_dmap_error_
	The maximum allowed direct mapping error.
double	max_imap_error_
	The maximum allowed inverse mapping error.
double	max_dmap_rmse_
	The maximum allowed direct mapping mean square error.
double	max_imap_rmse_
	The maximum allowed inverse mapping mean square error.
std::vector< double >	tiePointsWeights_
	The current transformation tie-points weights.
Projective transformation parameters.
Projective transformation parameters.
TeMatrix	WMatrix_
	The weight matrix used by least square method.
unsigned int	maxIters_
	The maximun number of iterations while processing.
double	tolerance_
	The tolerance used while executing an iterative processing.
bool	useAdaptiveParams_
	Indicates whether use adaptive parameters or not.
double	deltaX_
	Adaptive parameter.
double	deltaY_
	Adaptive parameter.
double	deltaU_
	Adaptive parameter.
double	deltaV_
	Adaptive parameter.
General parameters.
Used by all transformations..
enum	OutRemStrategy { NoOutRemotion, ExaustiveOutRemotion, LWOutRemotion, RANSACRemotion }
typedef TeSharedPtr< TeGTParams >	pointer
std::string	transformation_name_
	Transformation name.
OutRemStrategy	out_rem_strat_
	The outliers remotion strategy.
TeMatrix	direct_parameters_
	The current direct mapping transformation parameters.
TeMatrix	inverse_parameters_
	The current inverse mapping transformation parameters.
std::vector< TeCoordPair >	tiepoints_
	The current transformation tie-points.
bool	enable_multi_thread_
	Enable/disable multi-thread processing (when available (default=true).

Detailed Description

Geometric transformation parameters.

Author:: Emiliano F. Castejon <castejon@dpi.inpe.br>

Examples:: TePDIBlender_test.cpp, TePDIMMIOMatching_test.cpp, TePDIMosaic_test.cpp, and TePDIOFMatching_test.cpp.

Member Typedef Documentation

TeSharedPtr< TeGTParams > TeGTParams::pointer

Type definition for a TeGTParams instance pointer.

Member Enumeration Documentation

enum TeGTParams::OutRemStrategy

Outliers remotion strategy.

Note:: When using an outliers remotion strategy only the general parameters and the outliers remotion parameters will be considered.

Enumerator:

NoOutRemotion	No outliers remotion applied.
ExaustiveOutRemotion	Exaustive outliers remotion (all possible tie-points combinations will be tested.
LWOutRemotion	Iteractive leave-worse-out) will remotion be performed. Note: This method will use the optional parameter tiePointsWeights_ if it is available.
RANSACRemotion	Random Sample Consensus based outliers remotion will be applied. Note: This method will use the optional parameter tiePointsWeights_ if it is available. Reference: Martin A. Fischler and Robert C. Bolles, Random Sample Consensus: A Paradigm for Model Fitting with Applications to Image Analysis and Automated Cartography, Communications of the ACM archive, Volume 24 , Issue 6 (June 1981)

Constructor & Destructor Documentation

TeGTParams::TeGTParams ( )

Default constructor.

TeGTParams::TeGTParams ( const TeGTParams & external )

Alternative constructor.

Parameters:

external External reference.

TeGTParams::~TeGTParams ( )

Default Destructor.

Member Function Documentation

std::string TeGTParams::decName ( ) const

This is for TeFactory compatibility.

const TeGTParams & TeGTParams::operator= ( const TeGTParams & external )

operator= implementation.

Parameters:

external External reference.

Returns:: A const reference to the external object instance.

bool TeGTParams::operator== ( const TeGTParams & external ) const

void TeGTParams::reset ( )

Reset to the default parameters.

Member Data Documentation

double TeGTParams::deltaU_

Adaptive parameter.

Note:: Default value = 0.

double TeGTParams::deltaV_

Adaptive parameter.

Note:: Default value = 0.

double TeGTParams::deltaX_

Adaptive parameter.

Note:: Default value = 0.

double TeGTParams::deltaY_

Adaptive parameter.

Note:: Default value = 0.

TeMatrix TeGTParams::direct_parameters_

The current direct mapping transformation parameters.

Note:: Default value = An empty matrix.

Examples:: TePDIBlender_test.cpp.

bool TeGTParams::enable_multi_thread_

Enable/disable multi-thread processing (when available (default=true).

TeMatrix TeGTParams::inverse_parameters_

The current inverse mapping transformation parameters.

Note:: Default value = An empty matrix.

Examples:: TePDIBlender_test.cpp.

double TeGTParams::max_dmap_error_

The maximum allowed direct mapping error.

Note:: Default value = Positive infinite.

Examples:: TePDIMMIOMatching_test.cpp, and TePDIOFMatching_test.cpp.

double TeGTParams::max_dmap_rmse_

The maximum allowed direct mapping mean square error.

Note:: Default value = Positive infinite.

Examples:: TePDIOFMatching_test.cpp.

double TeGTParams::max_imap_error_

The maximum allowed inverse mapping error.

Note:: Default value = Positive infinite.

Examples:: TePDIMMIOMatching_test.cpp, and TePDIOFMatching_test.cpp.

double TeGTParams::max_imap_rmse_

The maximum allowed inverse mapping mean square error.

Note:: Default value = Positive infinite.

Examples:: TePDIOFMatching_test.cpp.

unsigned int TeGTParams::maxIters_

The maximun number of iterations while processing.

Note:: Default value = 20.

OutRemStrategy TeGTParams::out_rem_strat_

The outliers remotion strategy.

Note:: Default value = NoOutRemotion.

Examples:: TePDIMMIOMatching_test.cpp, TePDIMosaic_test.cpp, and TePDIOFMatching_test.cpp.

std::vector< TeCoordPair > TeGTParams::tiepoints_

The current transformation tie-points.

Note:: Default value = An empty vector.

Examples:: TePDIBlender_test.cpp, and TePDIMosaic_test.cpp.

std::vector< double > TeGTParams::tiePointsWeights_

The current transformation tie-points weights.

Note:: Only positive values are allowed.

double TeGTParams::tolerance_

The tolerance used while executing an iterative processing.

Note:: Default value = 0.0001.

std::string TeGTParams::transformation_name_

Transformation name.

Note:: Default value = affine.

Examples:: TePDIMMIOMatching_test.cpp, TePDIMosaic_test.cpp, and TePDIOFMatching_test.cpp.

bool TeGTParams::useAdaptiveParams_

Indicates whether use adaptive parameters or not.

Note:: Default value = false.

TeMatrix TeGTParams::WMatrix_

The weight matrix used by least square method.

Note:: Default value = empty matrix.

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

E:/Projetos_Primeiro_Semestre_2012/TerraView/terralib/src/terralib/kernel/TeGTParams.h
E:/Projetos_Primeiro_Semestre_2012/TerraView/terralib/src/terralib/kernel/TeGTParams.cpp

Public Member Functions

Public Attributes

General parameters.

Detailed Description

Member Typedef Documentation

Member Enumeration Documentation

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation