Modifier and Type | Class and Description |
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class |
MeshImageSubStack
Created by smithm3 on 20/02/18.
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Modifier and Type | Method and Description |
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static MeshImageStack |
MeshImageStack.getEmptyStack() |
MeshImageStack |
SegmentationController.getMeshImageStack()
Gets the currently selected MeshImageStack.
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Modifier and Type | Method and Description |
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static double |
DeformableMesh3DTools.calculateAverageIntensity(MeshImageStack stack,
List<Triangle3D> triangles,
double thickness) |
static double |
DeformableMesh3DTools.calculateIntensity(Box3D bound,
MeshImageStack stack) |
static ij.ImagePlus |
DeformableMesh3DTools.createBinaryRepresentation(MeshImageStack stack,
DeformableMesh3D mesh) |
static ij.ImagePlus |
DeformableMesh3DTools.createBinaryRepresentation(MeshImageStack stack,
ij.ImagePlus original,
Map<Integer,DeformableMesh3D> meshes) |
static ij.ImagePlus |
DeformableMesh3DTools.createMosaicRepresentation(MeshImageStack stack,
ij.ImagePlus original_plus,
List<Track> allMeshTracks) |
static ij.ImagePlus |
DeformableMesh3DTools.createUniqueLabelsRepresentation(MeshImageStack stack,
List<Track> allMeshTracks) |
static List<int[]> |
DeformableMesh3DTools.getContainedPixels(MeshImageStack stack,
DeformableMesh3D mesh)
Get pixels contained in the mesh.
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static void |
DeformableMesh3DTools.mosaicBinary(MeshImageStack stack,
ij.ImageStack out,
DeformableMesh3D mesh,
int rgb) |
Constructor and Description |
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MeshDetector(MeshImageStack mis) |
MeshImageSubStack(Box3D region,
MeshImageStack backing,
ij.ImagePlus sample) |
Constructor and Description |
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GradientEnergy(MeshImageStack stack,
double image_weight) |
IntensityEnergy(MeshImageStack stack,
double image_weight) |
PerpendicularGradientEnergy(MeshImageStack stack,
DeformableMesh3D mesh,
double weight) |
PerpendicularIntensityEnergy(MeshImageStack stack,
DeformableMesh3D mesh,
double weight) |
TriangleAreaDistributor(MeshImageStack stack,
DeformableMesh3D mesh,
double weight) |
Modifier and Type | Method and Description |
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ArrayList<double[]> |
DeformableMesh3D.calculateIntensity(MeshImageStack stack,
double thickness)
Thickness is in um.
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ArrayList<double[]> |
DeformableMesh3D.calculateNormalScan(MeshImageStack stack,
double thickness) |
void |
Furrow3D.createTexturedPlane3DObject(MeshImageStack mis) |
static DeformableMesh3D |
BinaryMeshGenerator.generateVoxelPlane(MeshImageStack stack,
int[] px,
double[] normal) |
static DeformableMesh3D |
BinaryMeshGenerator.remesh(DeformableMesh3D mesh,
MeshImageStack stack) |
static DeformableMesh3D |
RayCastMesh.sphericalRayCastBinaryStack(MeshImageStack stack,
int divisions) |
Constructor and Description |
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BinaryInterceptible(List<int[]> pixels,
MeshImageStack stack,
int label) |
BinaryMomentsOfInertia(DeformableMesh3D mesh,
MeshImageStack stack) |
Modifier and Type | Method and Description |
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void |
RingController.loadImage(MeshImageStack stack) |
void |
RingController.setStack(MeshImageStack stack) |
void |
RingController.writeFurrows(File f,
MeshImageStack stack) |
Constructor and Description |
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SlicePicker(MeshImageStack s,
double[] normal,
double[] center) |
Modifier and Type | Method and Description |
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static List<Track> |
TrackMateAdapter.applyTracking(List<Track> tracks,
MeshImageStack mis,
Path trackMateFile)
Takes the provided Tracks for the provided image file and attempts to link them based on associated positions.
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static List<Track> |
TrackMateAdapter.createSpotList(Model model,
MeshImageStack geometry) |
static double[] |
TrackMateAdapter.getCenterRealCoordinates(DeformableMesh3D mesh,
MeshImageStack stack)
Uses the same algorithm that is used to get the real coordinates for spot/track generation.
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static List<Track> |
TrackMateAdapter.importTrackMateFile(MeshImageStack mis,
Path trackMateFile) |
static Map<Integer,Furrow3D> |
FurrowWriter.loadFurrows(File f,
MeshImageStack stack) |
static void |
TrackMateAdapter.saveAsTrackMateFile(MeshImageStack stack,
List<Track> tracks,
Path destination) |
static void |
FurrowWriter.writeFurrows(File f,
MeshImageStack stack,
ContractileRingDetector detector) |
Modifier and Type | Method and Description |
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MeshImageStack |
TexturedPlaneDataObject.getMeshImageStack() |
Modifier and Type | Method and Description |
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void |
VolumeDataObject.setTextureData(MeshImageStack stack)
For creating a volume representing the all of the pixes of the provided mesh image stack.
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void |
TexturedPlaneDataObject.setTextureData(MeshImageStack stack) |
void |
VolumeDataObject.setTextureData(MeshImageStack stack,
List<int[]> pts)
For creating a volume that shows part of an image stack.
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void |
MeshFrame3D.showEnergy(MeshImageStack stack,
ExternalEnergy erg) |
void |
MeshFrame3D.showVolume(MeshImageStack stack)
Backs the volume texture date with the supplied image stack.
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Constructor and Description |
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ChannelVolume(MeshImageStack stack,
Color c) |
TexturedPlaneDataObject(DeformableMesh3D mesh,
MeshImageStack stack) |
Modifier and Type | Method and Description |
---|---|
void |
ContractileRingDetector.setImageStack(MeshImageStack stack) |
Constructor and Description |
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FurrowTransformer(Furrow3D furrow,
MeshImageStack stack) |
Modifier and Type | Method and Description |
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static DeformableMesh3D |
FillingBinaryImage.fillBinaryWithMesh(MeshImageStack stack,
List<int[]> points) |
Constructor and Description |
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FillingBinaryImage(MeshImageStack mis,
List<DeformableMesh3D> meshes) |
Modifier and Type | Method and Description |
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static void |
MeshFaceObscuring.analyzeTracks(List<Track> tracks,
MeshImageStack stack,
int frame,
double cutoff) |
static void |
MeshAnalysis.calculateAllVolumes(List<Track> tracks,
MeshImageStack stack)
Generates a text window with the time series for all of the tracks provided.
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static void |
MeshAnalysis.plotDisplacementHistogram(List<Track> tracks,
MeshImageStack meshImageStack) |
static void |
MeshAnalysis.plotDisplacementsVsTime(List<Track> tracks,
MeshImageStack meshImageStack) |
static void |
MeshAnalysis.plotMeshesOverTime(List<Track> tracks,
MeshImageStack mis)
Plots the number of meshes over time.
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static void |
MeshAnalysis.plotVolumesOverTime(List<Track> tracks,
MeshImageStack mis)
Creates a plot of the volumes over time.
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Constructor and Description |
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IntensitySurfacePlot(DeformableMesh3D mesh,
MeshImageStack stack) |
MeshAnalysis(Map<Integer,DeformableMesh3D> meshes,
Map<Integer,Furrow3D> furrows,
MeshImageStack stack) |
Modifier and Type | Method and Description |
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DataObject |
Region.getDataObject(MeshImageStack stack) |
List<DeformableMesh3D> |
BoxRegionConnectedComponents.guessMeshes(MeshImageStack stack) |
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