| Package | Description |
|---|---|
| mpicbg.ij | |
| mpicbg.ij.plugin | |
| mpicbg.ij.stack | |
| mpicbg.models | |
| mpicbg.panorama |
| Modifier and Type | Class and Description |
|---|---|
class |
InverseTransformMapping<T extends InverseCoordinateTransform>
Use an
InverseCoordinateTransform to map
source into target
which is a Mapping. |
interface |
Mapping<T extends InverseCoordinateTransform>
Describes a mapping from source into
target.
|
| Modifier and Type | Field and Description |
|---|---|
protected InverseCoordinateTransform |
PaintInvertibleCoordinateTransformThread.transform |
protected T |
InverseTransformMapping.transform |
| Constructor and Description |
|---|
PaintInvertibleCoordinateTransformThread(ij.ImagePlus imp,
ij.process.ImageProcessor source,
ij.process.ImageProcessor target,
AtomicBoolean pleaseRepaint,
InverseCoordinateTransform transform) |
| Modifier and Type | Method and Description |
|---|---|
static <M extends AbstractModel<M> & InverseCoordinateTransform> |
AlignStacksWithLandmarks.createAlignedStack(ij.ImagePlus source,
ij.ImagePlus target,
Collection<PointMatch> pointMatches,
M model) |
| Modifier and Type | Class and Description |
|---|---|
class |
InverseTransformMapping<T extends InverseCoordinateTransform>
Use an
InverseCoordinateTransform to map source into target which is a projective
Mapping. |
| Modifier and Type | Class and Description |
|---|---|
class |
InverseCoordinateTransformList<E extends InverseCoordinateTransform>
TODO Think about if it should really implement InverseBoundable.
|
| Modifier and Type | Interface and Description |
|---|---|
interface |
Affine1D<T extends Affine1D<T>> |
interface |
Affine2D<T extends Affine2D<T>> |
interface |
Affine3D<T extends Affine3D<T>> |
interface |
InverseBoundable
An
InverseCoordinateTransform that, for a given source interval in
n-space, can estimate the target interval in n-space. |
interface |
InvertibleBoundable |
interface |
InvertibleCoordinateTransform |
| Modifier and Type | Class and Description |
|---|---|
class |
AbstractAffineModel1D<M extends AbstractAffineModel1D<M>> |
class |
AbstractAffineModel2D<M extends AbstractAffineModel2D<M>> |
class |
AbstractAffineModel3D<M extends AbstractAffineModel3D<M>> |
class |
AffineModel1D |
class |
AffineModel2D
2d-affine transformation models to be applied to points in 2d-space.
|
class |
AffineModel3D
3d-affine transformation models to be applied to points in 3d-space.
|
class |
ConstantAffineModel1D<A extends Model<A> & Affine1D<A> & InvertibleBoundable>
1D affine specialization of
ConstantModel. |
class |
CoordinateTransformMesh |
class |
ElasticMovingLeastSquaresMesh<M extends AbstractModel<M>> |
class |
HomographyModel2D
2d-homography
AbstractModel to be applied to points in 2d-space. |
class |
IdentityModel
nd-identity
AbstractModel. |
class |
InterpolatedAffineModel1D<A extends Model<A> & Affine1D<A>,B extends Model<B> & Affine1D<B>>
1D affine specialization of
InterpolatedModel. |
class |
InterpolatedAffineModel2D<A extends Model<A> & Affine2D<A>,B extends Model<B> & Affine2D<B>>
2D affine specialization of
InterpolatedModel. |
class |
InterpolatedAffineModel3D<A extends Model<A> & Affine3D<A>,B extends Model<B> & Affine3D<B>>
3D affine specialization of
InterpolatedModel. |
class |
InverseCoordinateTransformList<E extends InverseCoordinateTransform>
TODO Think about if it should really implement InverseBoundable.
|
class |
InverseCoordinateTransformMap2D
An
InverseCoordinateTransform that is saved as a LUT on integer
coordinates. |
class |
InvertibleConstantModel<A extends Model<A> & InvertibleCoordinateTransform,M extends InvertibleConstantModel<A,M>>
Invertible specialization of
ConstantModel. |
class |
InvertibleCoordinateTransformList<E extends InvertibleCoordinateTransform> |
class |
InvertibleInterpolatedModel<A extends Model<A> & InvertibleCoordinateTransform,B extends Model<B> & InvertibleCoordinateTransform,M extends InvertibleInterpolatedModel<A,B,M>>
Invertible specialization of
InterpolatedModel. |
class |
MovingLeastSquaresMesh<M extends AbstractModel<M>>
A transformation mesh that implements a landmark based deformation by means
of Moving Least Squares as described by \citet{SchaeferAl06} inspired by the
implementation of Johannes Schindelin.
|
class |
RigidModel2D
2d-rigid transformation models to be applied to points in 2d-space.
|
class |
RigidModel3D |
class |
SimilarityModel2D
2d-similarity transformation models to be applied to points in 2d-space.
|
class |
SimilarityModel3D
3d-rigid transformation models to be applied to points in 3d-space.
|
class |
SpringMesh
A
TransformMesh with all Vertices being interconnected by springs. |
class |
TransformMesh
Triangular transformation mesh.
|
class |
TranslationModel1D
1d-translation
AbstractModel to be applied to points in 1d-space. |
class |
TranslationModel2D
2d-translation
AbstractModel to be applied to points in 2d-space. |
class |
TranslationModel3D |
| Modifier and Type | Method and Description |
|---|---|
void |
Point.applyInverse(InverseCoordinateTransform t)
Apply the inverse of an
InvertibleCoordinateTransform to the Point. |
static void |
Point.applyInverse(InverseCoordinateTransform t,
Iterable<Point> points)
|
| Constructor and Description |
|---|
InverseCoordinateTransformMap2D(InverseCoordinateTransform t,
int width,
int height) |
| Modifier and Type | Class and Description |
|---|---|
class |
HomogeneousMapping<T extends InverseCoordinateTransform> |
| Modifier and Type | Class and Description |
|---|---|
class |
EquirectangularProjection
A rectlinear projection from equirectangular coordinates (longitude,
latitude).
|
class |
PanoramaCamera<T extends PanoramaCamera<T>>
Essentially, a simplified homography that allows panning (λ), tilting
(φ) and and zooming (f) only.
|
class |
RectlinearCamera
Essentially, a simplified homography that allows panning (λ), tilting
(φ) and and zooming (f) only.
|
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