Uses of Class
deformablemesh.geometry.Node3D

Packages that use Node3D

Package	Description
deformablemesh
deformablemesh.externalenergies
deformablemesh.geometry
deformablemesh.geometry.modifier
deformablemesh.meshview
deformablemesh.util

Uses of Node3D in deformablemesh

Methods in deformablemesh that return types with arguments of type Node3D

Modifier and Type	Method and Description
static List<Node3D>	DeformableMesh3DTools.findPath(List<List<Node3D>> connectionMap, Node3D origin, Node3D goal)
static List<List<Node3D>>	DeformableMesh3DTools.generateConnectionMap(DeformableMesh3D mesh)
static AStarBasic<Node3D>	DeformableMesh3DTools.pathFinder(List<List<Node3D>> connectionMap, Node3D destination)

Methods in deformablemesh with parameters of type Node3D

Modifier and Type	Method and Description
static List<Node3D>	DeformableMesh3DTools.findPath(List<List<Node3D>> connectionMap, Node3D origin, Node3D goal)
static AStarBasic<Node3D>	DeformableMesh3DTools.pathFinder(List<List<Node3D>> connectionMap, Node3D destination)

Method parameters in deformablemesh with type arguments of type Node3D

Modifier and Type	Method and Description
static double[]	DeformableMesh3DTools.centerAndRadius(List<Node3D> nodes) Calculates the center based on the position of the nodes.
static double[]	DeformableMesh3DTools.findMinMax(List<Node3D> nodes, double[] centroid) Finds the closest and furthest away nodes from the centroid.
static List<Node3D>	DeformableMesh3DTools.findPath(List<List<Node3D>> connectionMap, Node3D origin, Node3D goal)
static AStarBasic<Node3D>	DeformableMesh3DTools.pathFinder(List<List<Node3D>> connectionMap, Node3D destination)

Uses of Node3D in deformablemesh.externalenergies

Constructors in deformablemesh.externalenergies with parameters of type Node3D

Constructor and Description
NodeAttractor(Node3D node, double weight)

Uses of Node3D in deformablemesh.geometry

Fields in deformablemesh.geometry declared as Node3D

Modifier and Type	Field and Description
Node3D	Connection3D.A
Node3D	Connection3D.B

Fields in deformablemesh.geometry with type parameters of type Node3D

Modifier and Type	Field and Description
List<Node3D>	DeformableLine3D.nodes
List<Node3D>	DeformableMesh3D.nodes

Methods in deformablemesh.geometry that return types with arguments of type Node3D

Modifier and Type	Method and Description
List<Node3D>	DeformableMesh3D.getConnectedNodes()
Map<Node3D,List<Connection3D>>	DeformableMesh3D.getCurvatureMap()
Set<Node3D>	CurvatureCalculator.getNeighbors(Node3D node)
List<List<Node3D>>	Furrow3D.splitNodes(List<Node3D> nodes)

Methods in deformablemesh.geometry with parameters of type Node3D

Modifier and Type	Method and Description
static double[]	CurvatureCalculator.calculateMeanCurvatureNormal(Node3D node, List<Triangle3D> triangles)
static double[]	CurvatureCalculator.calculateMeanCurvatureNormalMixedArea(Node3D node, List<Triangle3D> triangles) This takes a node and calculates the relevant
static double[]	CurvatureCalculator.calculateMeanNormal(Node3D node, List<Triangle3D> triangles) Calculates the normal
double	CurvatureCalculator.calculateMixedArea(Node3D node)
static double	CurvatureCalculator.calculateMixedArea(Node3D node, List<Triangle3D> triangles)
boolean	Triangle3D.containsNode(Node3D node)
void	SpherePathTesting.findPath(Node3D a, Node3D b)
double	Furrow3D.getDistance(Node3D a) Gets the signed distance to the point, if the value is greater than 0 then the point is infront of the plane, if it is negative then the point is behind the plane.
Set<Node3D>	CurvatureCalculator.getNeighbors(Node3D node)
static double[]	CurvatureCalculator.getNormalAndCurvature(Node3D node, List<Triangle3D> triangles)
boolean	Triangle3D.hasNode(Node3D other)
void	SpherePathTesting.setStartPoint(Node3D start)

Method parameters in deformablemesh.geometry with type arguments of type Node3D

Modifier and Type	Method and Description
DeformableMesh3D	DeformableMesh3D.createSubMesh(List<Node3D> nodes) Creates a mesh consisting of all the provided nodes, and their immediate neighbors.
Map<Connection3D,Set<Connection3D>>	DeformableMesh3D.getAdjacencyMap(Map<Node3D,List<Connection3D>> connectionMap)
List<List<Node3D>>	Furrow3D.splitNodes(List<Node3D> nodes)

Constructors in deformablemesh.geometry with parameters of type Node3D

Constructor and Description
Triangle3D(Node3D a, Node3D b, Node3D c)

Uses of Node3D in deformablemesh.geometry.modifier

Methods in deformablemesh.geometry.modifier that return types with arguments of type Node3D

Modifier and Type	Method and Description
List<Node3D>	MeshModifier.getSelected()

Methods in deformablemesh.geometry.modifier with parameters of type Node3D

Modifier and Type	Method and Description
void	MeshModifier.selectNode(Node3D node)

Method parameters in deformablemesh.geometry.modifier with type arguments of type Node3D

Modifier and Type	Method and Description
void	MeshModifier.deselectNodes(List<Node3D> deselected)
void	MeshModifier.selectNodes(List<Node3D> selected)

Uses of Node3D in deformablemesh.meshview

Constructor parameters in deformablemesh.meshview with type arguments of type Node3D

Constructor and Description
DeformableMeshDataObject(List<Node3D> nodes, List<Connection3D> connections, List<Triangle3D> triangles, double[] positions, int[] connection_index, int[] triangle_index)
LineDataObject(List<Node3D> points)
LineDataObject(List<Node3D> points, float width)

Uses of Node3D in deformablemesh.util

Methods in deformablemesh.util with parameters of type Node3D

Modifier and Type	Method and Description
double	IntensitySurfacePlot.sample(Node3D node)
double	CurvatureSurfacePlot.sample(Node3D node)
abstract double	SurfacePlot.sample(Node3D node)