Uses of Class
org.universAAL.ontology.location.position.Point

Packages that use Point

Package	Description
org.universAAL.ontology.location
org.universAAL.ontology.location.position
org.universAAL.ontology.shape

Uses of Point in org.universAAL.ontology.location

Methods in org.universAAL.ontology.location with parameters of type Point

Modifier and Type	Method and Description
boolean	Place.contains(Point p)
Place	Place.getSmallestContaining(Point p) returns the smallest, contained place that contains the given point does not consider overlapping Places

Uses of Point in org.universAAL.ontology.location.position

Methods in org.universAAL.ontology.location.position that return Point

Modifier and Type	Method and Description
Point	Point.getInHigherCoordinateSystem() if the point is in a OriginedMetric, the point will be transformed to the next higher system A 2d point gets transformed to a 3d point, because all non local coordinate systems are 3d
Point	Point.getInHigherCoordinateSystem(CoordinateSystem system) if the point is in a OriginedMetric, the point will be transformed to the given higher system A 2d point gets transformed to a 3d point, because all non local coordinate systems are 3d
Point	OriginedMetric.getOrigin()

Methods in org.universAAL.ontology.location.position with parameters of type Point

Modifier and Type	Method and Description
void	OriginedMetric.setOrigin(Point origin)

Uses of Point in org.universAAL.ontology.shape

Methods in org.universAAL.ontology.shape that return Point

Modifier and Type	Method and Description
Point	Shape.getCenter() returns the centerpoint of the object
Point	MergedShape.getCenter()
Point	LineSegment.getEnd()
Point	ConeSegment.getEnd()
Point	QuasiCylinder.getMidpoint() returns the midpoint of the object
Point	Polygon.getMidpoint() the center point of all vertices, assuming an even weights
Point	Shape.getPointRepresentation() if no explicit point representation was set, the center of the shape is returned
Point[]	Path.getPoints() This method returns an Point array with the points which define the Path object
Point	LineSegment.getStart()
Point	ConeSegment.getStart()
Point[]	Polygon.getVertices()

Methods in org.universAAL.ontology.shape with parameters of type Point

Modifier and Type	Method and Description
boolean	Sphere.contains(Point p)
abstract boolean	Shape.contains(Point p) returns if the given point is within the shape
boolean	QuasiCylinder.contains(Point p) NOT IMPLEMENTED
boolean	Polyhedron.contains(Point p)
boolean	Polygon.contains(Point p) accuracy limited to 4 digits after the dot
boolean	Path.contains(Point p)
boolean	MergedShape.contains(Point p)
boolean	Ellipse.contains(Point p)
boolean	Box.contains(Point p)
float	Sphere.getDistanceTo(Point point)
abstract float	Shape.getDistanceTo(Point p) Implementation Note: The points have to be transformed to a common coordinate system via CoordinateSystem.findCommonCoordinateSystem and getInHigherCoordinateSystem(commonSystem)
float	QuasiCylinder.getDistanceTo(Point point) NOT IMPLEMENTED
float	Polyhedron.getDistanceTo(Point other)
float	Polygon.getDistanceTo(Point other)
float	MergedShape.getDistanceTo(Point other)
float	LineSegment.getDistanceTo(Point point)
float	Line.getDistanceTo(Point other)
float	Ellipse.getDistanceTo(Point point)
float	ConeSegment.getDistanceTo(Point point)
float	Circle.getDistanceTo(Point point)
float	Box.getDistanceTo(Point point)
jp.go.ipa.jgcl.JgclPoint3D[]	Ellipse.getProjectedPoints(Point point) Returns all possible projection points, sorted by distance to the point
boolean	Shape.intersects(Point base, Point dir) Calculates the intersection of an ray with the bounding volume of the shape
boolean	MergedShape.intersects(Point base, Point dir)
void	Shape.setPointRepresentation(Point point)
void	Path.setPoints(Point[] points)
void	Triangle.setVertices(Point[] verts)
void	Polygon.setVertices(Point[] verts)

Constructors in org.universAAL.ontology.shape with parameters of type Point

Constructor and Description
ConeSegment(Point start, Point end, float radius_start, float radius_end)
ConeSegment(String uri, Point start, Point end, float radius_start, float radius_end)
Line(Point[] points)
Line(String uri, Point[] points) Creates a Line object.
LineSegment(Point start, Point end)
LineSegment(String uri, Point start, Point end)
Path(Point[] points)
Path(String uri, Point[] points) Creates a Path object.
Polygon(Point[] verts)
Polygon(String uri, Point[] verts) Creates a Polygon object.
Shape(Point pointRep, CoordinateSystem system) Creates a Shape object
Shape(String uri, Point pointRep, CoordinateSystem system) Creates a Shape object
Shape3D(Point pointRep, CoordinateSystem system) Creates a Shape object
Shape3D(String uri, Point pointRep, CoordinateSystem system) Creates a Shape object
Triangle(Point[] verts)
Triangle(String uri, Point[] verts) Creates a triangle object.