Class and Description |
---|
AffineTransformModel
Concrete implementation of a model of an Affine transform.
|
AffineTransformModel3d
Concrete implementation of a model of an Affine transform.
|
FundamentalModel
Implementation of a Fundamental matrix model that estimates the epipolar
geometry.
|
FundamentalRefinement
Refinement of fundamental matrix estimates using non-linear optimisation
(Levenberg-Marquardt) under different geometric distance/error assumptions.
|
FundamentalRefinement.Base |
FundamentalRefinement.FastSolveNormal3x2 |
FundamentalRefinement.Parameterisation
Parameterisations of the fundamental matrix that preserve the rank-2
constraint by writing one of the rows as a weighted combination of the
other two.
|
HomographyModel
Implementation of a Homogeneous Homography model - a transform that models
the relationship between planes under projective constraints (8 D.o.F)
|
HomographyRefinement
Refinement of homographies estimates using non-linear optimisation
(Levenberg-Marquardt) under different geometric distance/error assumptions.
|
MatrixTransformProvider
Interface for classes implementing a model of a matrix transformation.
|
NullModel
A
NullModel models a one-to-one mapping of data. |
RigidTransformModel3d
Concrete implementation of a model of a 3D rigid transform with only rotation
and translation allowed.
|
Class and Description |
---|
MatrixTransformProvider
Interface for classes implementing a model of a matrix transformation.
|
Class and Description |
---|
AffineTransformModel
Concrete implementation of a model of an Affine transform.
|
FundamentalModel
Implementation of a Fundamental matrix model that estimates the epipolar
geometry.
|
FundamentalRefinement
Refinement of fundamental matrix estimates using non-linear optimisation
(Levenberg-Marquardt) under different geometric distance/error assumptions.
|
HomographyModel
Implementation of a Homogeneous Homography model - a transform that models
the relationship between planes under projective constraints (8 D.o.F)
|
HomographyRefinement
Refinement of homographies estimates using non-linear optimisation
(Levenberg-Marquardt) under different geometric distance/error assumptions.
|
Class and Description |
---|
MatrixTransformProvider
Interface for classes implementing a model of a matrix transformation.
|