OIV.ImageViz.Engines.GeometryAndMatching.Registration Namespace

This group provides a package of registration functions.

Classes

	Class	Description
	SoElasticRegistrationProcessing2d	OIV.ImageViz.Engines.GeometryAndMatching.Registration.SoElasticRegistrationProcessing2d engine
	SoImagePreAlignmentTransform3d	OIV.ImageViz.Engines.GeometryAndMatching.Registration.SoImagePreAlignmentTransform3d image filter.
	SoImageRegistrationTransform	OIV.ImageViz.Engines.GeometryAndMatching.Registration.SoImageRegistrationTransform image filter.

Structures

	Structure	Description
	SoImageRegistrationTransformRegistrationEvent	This event describes the evolution of the registration process.

Enumerations

	Enumeration	Description
	SoElasticRegistrationProcessing2dMetricTypes	This enumeration handles all type of supported metric.
	SoImagePreAlignmentTransform3dAlignmentModes	This enum defines the different types of alignments.
	SoImageRegistrationTransformMetricTypes	This enum defines the different types of metric used to compute the similarity value.
	SoImageRegistrationTransformRangeModes
	SoImageRegistrationTransformTransformationTypes	This enum defines the types of transforms that can be computed.

Remarks

Spatial registration is about aligning or overlaying two or more data sets into the same coordinate system. In registration, typically one of the data sets is taken as the reference, and the other one is transformed - moved and possibly rescaled - until both data sets match. Registered data can be produced by different sensors, at different times, from different object regions, or from different specimens or models. Image registration methods can be manual, automatic, or semi-automatic. Closely related to registration is the task of data fusion, i.e., the simultaneous visualization of registered data sets, or combination into derivative data.