Uses of Interface
cz.fidentis.analyst.data.face.HumanFace

Packages that use HumanFace

Package	Description
cz.fidentis.analyst.data.face	Complete human face model.
cz.fidentis.analyst.data.face.impl
cz.fidentis.analyst.engines.face
cz.fidentis.analyst.engines.face.batch.distance
cz.fidentis.analyst.engines.face.batch.distance.impl
cz.fidentis.analyst.engines.face.batch.registration
cz.fidentis.analyst.engines.face.batch.registration.impl
cz.fidentis.analyst.engines.face.impl
cz.fidentis.analyst.gui.app.tools	Testing and experimental tools
cz.fidentis.analyst.gui.elements	Generic graphical elements.
cz.fidentis.analyst.gui.task	Control panels and other GUI elements of a task.
cz.fidentis.analyst.gui.task.symmetry	Control panel for the symmetry plane computation and fine tuning.
cz.fidentis.analyst.rendering	OpenGL rendering classes.

Uses of HumanFace in cz.fidentis.analyst.data.face

Methods in cz.fidentis.analyst.data.face that return HumanFace

Modifier and Type	Method	Description
static HumanFace	HumanFaceFactory.create(File file)	Reads a 3D human face from the given OBJ file.
static HumanFace	HumanFaceFactory.create(File file, boolean loadLandmarks)	Reads a 3D human face from the given OBJ file.
static HumanFace	HumanFaceFactory.create(ObjectInputStream in)	Recover human face from serialized dump file.
static HumanFace	HumanFaceFactory.create(String name, MeshModel model, boolean isAverageFace)	Creates a human face from existing mesh model.
HumanFace	FaceService.createTemporaryInMemoryFace(MeshModel meshModel)
HumanFace	HumanFaceMemoryManager.getFace(Long faceId)	Returns a human face.
HumanFace	FaceService.loadTemporaryInMemoryFace(File file)	Load face into the memory

Methods in cz.fidentis.analyst.data.face with parameters of type HumanFace

Modifier and Type	Method	Description
Long	HumanFaceMemoryManager.addFace(HumanFace face)	Directly adds an existing face instance into the factory.
static void	HumanFaceFactory.save(HumanFace face, File file)	Save face data by rewriting existing files!
static void	HumanFaceFactory.saveAs(HumanFace face, File file)	Save face by writing the data into a new files.

Constructors in cz.fidentis.analyst.data.face with parameters of type HumanFace

Modifier	Constructor	Description
	HumanFaceState(HumanFace face)	Constructor.

Uses of HumanFace in cz.fidentis.analyst.data.face.impl

Classes in cz.fidentis.analyst.data.face.impl that implement HumanFace

Modifier and Type	Class	Description
class	HumanFaceImpl	A human face implementation.

Methods in cz.fidentis.analyst.data.face.impl that return HumanFace

Modifier and Type	Method	Description
HumanFace	FaceServiceImpl.createTemporaryInMemoryFace(MeshModel meshModel)
HumanFace	HumanFaceMemoryManagerImpl.getFace(Long faceId)
HumanFace	FaceServiceImpl.loadTemporaryInMemoryFace(File file)
protected static HumanFace	HumanFaceMemoryManagerImpl.restoreFromFile(File dumpFile)

Methods in cz.fidentis.analyst.data.face.impl with parameters of type HumanFace

Modifier and Type	Method	Description
Long	HumanFaceMemoryManagerImpl.addFace(HumanFace face)
protected File	HumanFaceMemoryManagerImpl.dumpToFile(HumanFace face)

Uses of HumanFace in cz.fidentis.analyst.engines.face

Methods in cz.fidentis.analyst.engines.face with parameters of type HumanFace

Modifier and Type	Method	Description
static PrTransformation	FaceRegistrationServices.alignFeaturePoints(HumanFace staticFace, HumanFace transformedFace, boolean scale)	Transforms the second face so that its feature points best fit the position of corresponding feature points of the first face.
static void	FaceRegistrationServices.alignMeshes(HumanFace transformedFace, IcpConfig icpConfig)	Superimpose given face to the face included in the ICP configuration object.
static void	FaceRegistrationServices.alignSymmetryPlanes(HumanFace staticFace, HumanFace transformedFace, boolean preserveUpDir)	Transforms one face so that its symmetry plane fits the symmetry plane of the other face.
static List<Landmark>	FaceLandmarksServices.automaticallyDetectLandmarks(HumanFace face)	Detects landmarks on a given human face using an external landmark detection service.
static double	FaceDistanceServices.calculateBiDistance(HumanFace face1, HumanFace face2, boolean relativeDist, boolean crop, MeshDistanceConfig.Method strategy, MeshDistanceConfig.GPUData gpuData, FaceDistanceServices.DistanceAggregation distanceAggregation)	Calculates the distances of mesh surfaces in both directions, i.e., from object A to B and vice versa, to address possible asymmetry.
static MeshDistances	FaceDistanceServices.calculateDistance(HumanFace primaryFace, HumanFace secondaryFace, boolean relativeDist, boolean crop, MeshDistanceConfig.Method distConfig, MeshDistanceConfig.GPUData gpuData)	Calculates distance between faces.
static List<List<CrossSection2D>>	CuttingPlanesUtils.computeCrossSections(List<CuttingPlanesUtils.CrossSectionPlane> crossSectionPlanes, HumanFace primaryFace, HumanFace secondaryFace, Double featurePointCloseness)	Deprecated. Computes cross-sections with all given visible planes
static Ray	FaceFrontalDirectionServices.detectFaceFrontalDirection(HumanFace face)	Detects face frontal direction.
static List<SurfaceMask>	FaceMasksServices.detectFaceMasks(HumanFace face, Set<SurfaceMaskVariant> variants)	Runs automatic detection of face masks for pre-defined parts of the face.
static Plane	FaceCuttingServices.fromBoundingBox(HumanFace face, javax.vecmath.Vector3d direction)	Creates cutting plane from bounding box of face
static Plane	FaceCuttingServices.fromSymmetryPlane(HumanFace face, javax.vecmath.Vector3d direction)	Creates a cutting plane from the symmetry plane of the face
static MeshDistances	FaceStateServices.measureSymmetry(HumanFace face, int precision)	Measures the symmetry by reflecting the mesh over the symmetry plane, (optionally) registering the reflected mesh to the original surface, and then measuring distances of the original mesh towards the reflected mesh (excluding non-overlapping areas).
static void	FaceRegistrationServices.transformFace(HumanFace face, javax.vecmath.Vector3d rotation, javax.vecmath.Vector3d translation, double scale)	Transform the face "manually".
static void	FaceStateServices.updateBoundingBox(HumanFace face, FaceStateServices.Mode mode)	Manages bounding box of the given human face.
static void	FaceStateServices.updateCurvature(HumanFace face, FaceStateServices.Mode mode)	Manages curvature values of the given human face.
static void	FaceStateServices.updateFaceFrontalDirection(HumanFace face, FaceStateServices.Mode mode)	Manages face frontal direction.
static void	FaceStateServices.updateGlyphs(HumanFace face, FaceStateServices.Mode mode, PointSamplingConfig.Method method, int maxSamples)	Manages glyphs of the given human face.
static void	FaceStateServices.updateKdTree(HumanFace face, FaceStateServices.Mode mode)	Manages a k-d tree storing the mesh of given human face.
static void	FaceStateServices.updateLandmarksVicinity(HumanFace face, FaceStateServices.Mode mode)	Manages vicinity of all landmarks of the given human face.
static void	FaceStateServices.updateLeftBalancedKdTree(HumanFace face, FaceStateServices.Mode mode)	Manages the left-balanced k-d tree storing the mesh of given human face.
static void	FaceStateServices.updateOctree(HumanFace face, FaceStateServices.Mode mode)	Manages an octree storing the mesh of given human face.
static void	FaceStateServices.updateSymmetryPlane(HumanFace face, FaceStateServices.Mode mode, SymmetryConfig meshSymmetryConfig)	Computes symmetry plane from mesh or landmarks.

Uses of HumanFace in cz.fidentis.analyst.engines.face.batch.distance

Methods in cz.fidentis.analyst.engines.face.batch.distance with parameters of type HumanFace

Modifier and Type	Method	Description
void	BatchIndirectDistance.addToMeasurement(HumanFace face)	Adds the face to the N:N measurement.
static BatchPairwiseDistance	BatchFaceDistanceServices.initDirectMeasurementWithCrop(HumanFace cropFace, int numFaces)	Initiates and returns an object that can be used to measure N:N similarity directly (between all pairs).
static BatchIndirectDistance	BatchFaceDistanceServices.initIndirectMeasurement(BatchFaceDistanceServices.DistanceStrategy strategy, HumanFace gaugeFace, int numFaces, com.jogamp.opengl.GLContext context)	Initiates and returns an object that can be used to measure N:N similarity indirectly through a gauge face in nearly linear time.
void	BatchPairwiseDistance.measure(HumanFace face1, HumanFace face2, int face1Index, int face2Index)	Measure two faces in both directions.

Uses of HumanFace in cz.fidentis.analyst.engines.face.batch.distance.impl

Methods in cz.fidentis.analyst.engines.face.batch.distance.impl that return HumanFace

Modifier and Type	Method	Description
protected HumanFace	BatchIndirectDistanceImpl.getGaugeFace()

Methods in cz.fidentis.analyst.engines.face.batch.distance.impl with parameters of type HumanFace

Modifier and Type	Method	Description
void	BatchDistanceNearestNeighbors.addToMeasurement(HumanFace face)
void	BatchDistanceRayCasting.addToMeasurement(HumanFace face)
abstract void	BatchIndirectDistanceImpl.addToMeasurement(HumanFace face)
void	BatchPairwiseDistanceImpl.measure(HumanFace face1, HumanFace face2, int face1Index, int face2Index)
protected void	BatchPairwiseDistanceImpl.measureAndStoreOneDirection(HumanFace faceA, HumanFace faceB, int indexA, int indexB)	Measures faceB towards faceA.

Constructors in cz.fidentis.analyst.engines.face.batch.distance.impl with parameters of type HumanFace

Modifier	Constructor	Description
	BatchDistanceNearestNeighbors(HumanFace gaugeFace, int numFaces, BatchDistanceNearestNeighbors.DistCache<?> distCache)	Constructor.
	BatchDistanceNearestNeighborsCombined(HumanFace gaugeFace, int numFaces)	Constructor.
	BatchDistanceNearestNeighborsDirect(HumanFace gaugeFace, int numFaces)	Constructor.
	BatchDistanceNearestNeighborsRelative(HumanFace gaugeFace, int numFaces)	Constructor.
	BatchDistanceRayCasting(HumanFace gaugeFace, int numFaces, com.jogamp.opengl.GLContext context)	Constructor.
	BatchIndirectDistanceImpl(HumanFace gaugeFace, int numFaces, BatchDistanceNearestNeighbors.DistCache<?> distCache)	Constructor.
	BatchPairwiseDistanceImpl(HumanFace cropFace, int numFaces)	Constructor.

Uses of HumanFace in cz.fidentis.analyst.engines.face.batch.registration

Methods in cz.fidentis.analyst.engines.face.batch.registration with parameters of type HumanFace

Modifier and Type	Method	Description
static BatchFaceRegistration	BatchFaceRegistrationServices.initRegistration(HumanFace templateFace, BatchFaceRegistrationConfig config)	Constructor.
void	BatchFaceRegistration.register(HumanFace face)	Register and/or update (metamorphose) the template face.

Uses of HumanFace in cz.fidentis.analyst.engines.face.batch.registration.impl

Methods in cz.fidentis.analyst.engines.face.batch.registration.impl with parameters of type HumanFace

Modifier and Type	Method	Description
protected AvgMeshVisitor	BatchFaceRegistrationImpl.computeAvgFaceNN(HumanFace initFace, HumanFace superimposedFace, AvgMeshVisitor avgFaceVisitor)
protected AvgMeshVisitor	BatchFaceRegistrationImpl.computeAvgFaceRT(HumanFace initFace, HumanFace superimposedFace, AvgMeshVisitor avgFaceVisitor)
protected AvgMeshVisitor	BatchFaceRegistrationImpl.computeAvgFaceRTGPU(HumanFace initFace, HumanFace superimposedFace, AvgMeshVisitor avgFaceVisitor)
void	BatchFaceRegistrationImpl.register(HumanFace face)

Constructors in cz.fidentis.analyst.engines.face.batch.registration.impl with parameters of type HumanFace

Modifier	Constructor	Description
	BatchFaceRegistrationImpl(HumanFace templateFace, BatchFaceRegistrationConfig config)	Constructor.

Uses of HumanFace in cz.fidentis.analyst.engines.face.impl

Methods in cz.fidentis.analyst.engines.face.impl with parameters of type HumanFace

Modifier and Type	Method	Description
PrTransformation	FaceRegistrationServicesImpl.alignFeaturePoints(HumanFace staticFace, HumanFace transformedFace, boolean scale)	Transforms the second face so that its feature points best fit the position of corresponding feature points of the first face.
void	FaceRegistrationServicesImpl.alignMeshes(HumanFace transformedFace, IcpConfig icpConfig)	Superimpose given face to the face included in the ICP configuration object.
void	FaceRegistrationServicesImpl.alignSymmetryPlanes(HumanFace staticFace, HumanFace transformedFace, boolean preserveUpDir)	Transforms the second face so that its symmetry plane fits the symmetry plane of the first face.
List<Landmark>	FaceLandmarksServicesImpl.automaticallyDetectLandmarks(HumanFace face)	Detects landmarks on a given human face using an external landmark detection service.
double	FaceDistanceServicesImpl.calculateBiDistance(HumanFace face1, HumanFace face2, boolean relativeDist, boolean crop, MeshDistanceConfig.Method strategy, MeshDistanceConfig.GPUData gpuData, FaceDistanceServices.DistanceAggregation distanceAggregation)	Calculates the distances of mesh surfaces in both directions, i.e., from object A to B and vice versa, to address possible asymmetry.
MeshDistances	FaceDistanceServicesImpl.calculateDistance(HumanFace primaryFace, HumanFace secondaryFace, boolean relativeDist, boolean crop, MeshDistanceConfig.Method strategy, MeshDistanceConfig.GPUData gpuData)	Calculates distance between faces.
protected void	FaceStateServicesImpl.computeVicinity(HumanFace face)
Ray	FaceFrontalDirectionServicesImpl.detectFaceFrontalDirection(HumanFace face)	Detects face frontal direction.
List<SurfaceMask>	FaceMasksServicesImpl.detectFaceMasks(HumanFace face, Set<SurfaceMaskVariant> variants)	Runs automatic detection of face masks for pre-defined parts of the face.
javax.vecmath.Point3d	FaceFrontalDirectionServicesImpl.detectPronasaleLandmark(HumanFace face)	Detects pronasale landmark from symmetry plane and 3D profile curve.
Plane	FaceCuttingServicesImpl.fromBoundingBox(HumanFace face, javax.vecmath.Vector3d direction)	Creates cutting plane from bounding box of face
Plane	FaceCuttingServicesImpl.fromSymmetryPlane(HumanFace face, javax.vecmath.Vector3d direction)	Creates a cutting plane from the symmetry plane of the face
MeshDistances	FaceStateServicesImpl.measureSymmetry(HumanFace face, int precision)	Measures the symmetry by reflecting the mesh over the symmetry plane, (optionally) registering the reflected mesh to the original surface, and then measuring distances of the original mesh towards the reflected mesh (excluding non-overlapping areas).
void	FaceRegistrationServicesImpl.transformFace(HumanFace face, javax.vecmath.Vector3d rotation, javax.vecmath.Vector3d translation, double scale)	Transform the face "manually".
void	FaceStateServicesImpl.updateBoundingBox(HumanFace face, FaceStateServices.Mode mode)	Manages bounding box of the given human face.
void	FaceStateServicesImpl.updateCurvature(HumanFace face, FaceStateServices.Mode mode)	Manages curvature values of the given human face.
void	FaceStateServicesImpl.updateFaceFrontalDirection(HumanFace face, FaceStateServices.Mode mode)	Computes face frontal direction.
void	FaceStateServicesImpl.updateGlyphs(HumanFace face, FaceStateServices.Mode mode, PointSamplingConfig.Method method, int maxSamples)	Manages glyphs of the given human face.
void	FaceStateServicesImpl.updateKdTree(HumanFace face, FaceStateServices.Mode mode)	Manages a k-d tree storing the mesh of given human face.
void	FaceStateServicesImpl.updateLandmarksVicinity(HumanFace face, FaceStateServices.Mode mode)	Computes vicinity of all landmarks of the given human face.
void	FaceStateServicesImpl.updateLeftBalancedKdTree(HumanFace face, FaceStateServices.Mode mode)	Manages a left-balanced k-d tree storing the mesh of given human face.
void	FaceStateServicesImpl.updateOctree(HumanFace face, FaceStateServices.Mode mode)	Manages an octree storing the mesh of given human face.
void	FaceStateServicesImpl.updateSymmetryPlane(HumanFace face, FaceStateServices.Mode mode, SymmetryConfig meshSymmetryConfig)	Computes symmetry plane from mesh or landmarks.

Uses of HumanFace in cz.fidentis.analyst.gui.app.tools

Methods in cz.fidentis.analyst.gui.app.tools with parameters of type HumanFace

Modifier and Type	Method	Description
protected static double	SymmetryOfChildren.computeSymmetry(HumanFace face, SymmetryConfig config)
protected static DoubleSummaryStatistics	TestSymmetryAlgorithms.checkPecision(HumanFace face)
protected static void	BatchOctreeTestsTwoFaces.printVerticesCount(HumanFace face)
protected static void	BatchSimilarityGroundTruth.registerAndMeasure(int i, int j, HumanFace priFace, HumanFace trFace, double[][] distances)
void	SymmetryComputationStats.CSVWriterService.writeAvgPlaneData(Plane avgPlane, HumanFace face, PointSamplingConfig.Method subsamplingStrategy, int densitySearchValue, int densityPruningValue)	Writes average plane data to csv file

Uses of HumanFace in cz.fidentis.analyst.gui.elements

Methods in cz.fidentis.analyst.gui.elements with parameters of type HumanFace

Modifier and Type	Method	Description
boolean	PlaneManipulationPanel.isFaceSame(HumanFace face)	Compares this.face to parameter face
void	PlaneManipulationPanel.setCanvasAndFace(Canvas canvas, HumanFace face)	Setter for canvas and face

Uses of HumanFace in cz.fidentis.analyst.gui.task

Methods in cz.fidentis.analyst.gui.task that return HumanFace

Modifier and Type	Method	Description
protected HumanFace	ControlPanelAction.getPrimaryFace()	Return the primary face
protected HumanFace	ControlPanelAction.getSecondaryFace()	Return the secondary face

Uses of HumanFace in cz.fidentis.analyst.gui.task.symmetry

Methods in cz.fidentis.analyst.gui.task.symmetry with parameters of type HumanFace

Modifier and Type	Method	Description
protected void	SymmetryAction.setDrawablePlane(HumanFace face, int slot)

Uses of HumanFace in cz.fidentis.analyst.rendering

Methods in cz.fidentis.analyst.rendering with parameters of type HumanFace

Modifier and Type	Method	Description
boolean	Scene.setDrawableFaceDirection(int slot, HumanFace face)	Sets the drawable face direction of the face.
boolean	Scene.setDrawableFeaturePoints(int slot, HumanFace face)	Sets the drawable feature points of the face.
boolean	Scene.setDrawableSymmetryPlane(int slot, HumanFace face)	Sets the drawable symmetry plane of the face.