Uses of Class
org.jlab.geom.prim.Point3D

Packages that use Point3D

Package	Description
org.jlab.geom
org.jlab.geom.abs
org.jlab.geom.base
org.jlab.geom.component
org.jlab.geom.detector.alert.AHDC
org.jlab.geom.geant
org.jlab.geom.prim
org.jlab.geom.view

Uses of Point3D in org.jlab.geom

Methods in org.jlab.geom that return Point3D

Modifier and Type	Method	Description
Point3D	DetectorHit.getPosition()	Returns the position of this hit.

Constructors in org.jlab.geom with parameters of type Point3D

Modifier	Constructor	Description
	DetectorHit(DetectorId detectorId, int sectorId, int superlayerId, int layerId, int componentId, Point3D hitPosition)	Constructs a new DetectorHit at the given position with the detector, sector, superlayer, layer, and component ids all set to 0.
	DetectorHit(DetectorId detectorId, int sectorId, int superlayerId, int layerId, int componentId, Point3D hitPosition, Vector3D direction)

Uses of Point3D in org.jlab.geom.abs

Methods in org.jlab.geom.abs that return Point3D

Modifier and Type	Method	Description
final Point3D	AbstractComponent.getMidpoint()
Point3D	MeshComponent.getMidpoint()
final Point3D	AbstractComponent.getVolumePoint(int pointIndex)
Point3D	MeshComponent.getVolumePoint(int p)

Methods in org.jlab.geom.abs with parameters of type Point3D

Modifier and Type	Method	Description
protected final void	AbstractComponent.addVolumePoint(Point3D point)	Adds points to the component's volume.
boolean	MeshComponent.getVolumeIntersection(Line3D line, Point3D inIntersect, Point3D outIntersect)

Uses of Point3D in org.jlab.geom.base

Methods in org.jlab.geom.base that return Point3D

Modifier and Type	Method	Description
Point3D	Component.getMidpoint()	Returns the midpoint of this component.
Point3D	Component.getVolumePoint(int p)	Returns the point on the volume with the specified index.

Methods in org.jlab.geom.base with parameters of type Point3D

Modifier and Type	Method	Description
boolean	Component.getVolumeIntersection(Line3D line, Point3D inIntersect, Point3D outIntersect)	Returns true if the given line segment intersect the volume-shape twice (one incoming intersection and one out going) and stores the incoming and outgoing intersection points are stored in the first and second Point3D objects given as arguments respectively.

Uses of Point3D in org.jlab.geom.component

Methods in org.jlab.geom.component with parameters of type Point3D

Modifier and Type	Method	Description
boolean	PrismaticComponent.getVolumeIntersection(Line3D line, Point3D inIntersect, Point3D outIntersect)	Returns true if the given line segment intersect the volume-shape twice (one incoming intersection and one out going) and stores the incoming and outgoing intersection points are stored in the first and second Point3D objects given as arguments respectively.

Constructors in org.jlab.geom.component with parameters of type Point3D

Modifier	Constructor	Description
	DriftChamberWire(int componentId, Point3D midpoint, Line3D line, boolean flipReadoutDirection, List<Point3D> botHex, List<Point3D> topHex)	Constructs a new DriftChamberWire from the given parameters.
	RectangularComponent(int componentId, Point3D p0, Point3D p1, Point3D p2, Point3D p3, Point3D p4, Point3D p5, Point3D p6, Point3D p7)	Initializes a RectangularComponent from the given points.
	ScintillatorPaddle(int componentId, Point3D p0, Point3D p1, Point3D p2, Point3D p3, Point3D p4, Point3D p5, Point3D p6, Point3D p7)	Constructs a new ScintillatorPaddle from the given points.
	SiStrip(int componentId, Point3D p0, Point3D p1, Point3D p2, Point3D p3, Point3D p4, Point3D p5, Point3D p6, Point3D p7)	Constructs a new SiStrip from the given points.
	TrackerStrip(int componentId, Point3D origin, Point3D end, double width, double thickness)	Constructs a new TrackerStrip from the given points.

Constructor parameters in org.jlab.geom.component with type arguments of type Point3D

Modifier	Constructor	Description
	DriftChamberWire(int componentId, Point3D midpoint, Line3D line, boolean flipReadoutDirection, List<Point3D> botHex, List<Point3D> topHex)	Constructs a new DriftChamberWire from the given parameters.
protected	PrismaticComponent(int componentId, List<Point3D> firstFace, List<Point3D> secondFace)	Initializes a PrismaticComponent from the two given polygonal faces with the given component id.

Uses of Point3D in org.jlab.geom.detector.alert.AHDC

Methods in org.jlab.geom.detector.alert.AHDC with parameters of type Point3D

Modifier and Type	Method	Description
boolean	ConcaveComponent.getVolumeIntersection(Line3D line, Point3D inIntersect, Point3D outIntersect)	Returns true if the given line segment intersect the volume-shape twice (one incoming intersection and one out going) and stores the incoming and outgoing intersection points are stored in the first and second Point3D objects given as arguments respectively.

Constructor parameters in org.jlab.geom.detector.alert.AHDC with type arguments of type Point3D

Modifier	Constructor	Description
	AlertDCWire(int componentId, Line3D line, List<Point3D> firstFace, List<Point3D> secondFace)	Initializes a ALERTDCWire from the given points.
protected	ConcaveComponent(int componentId, List<Point3D> firstFace, List<Point3D> secondFace)

Uses of Point3D in org.jlab.geom.geant

Methods in org.jlab.geom.geant that return types with arguments of type Point3D

Modifier and Type	Method	Description
List<Point3D>	G4BaseVolume.getPoints()
List<Point3D>	G4Trd.getPoints()
List<Point3D>	IG4Volume.getPoints()

Uses of Point3D in org.jlab.geom.prim

Methods in org.jlab.geom.prim that return Point3D

Modifier and Type	Method	Description
static Point3D	Point3D.average(Collection<Point3D> points)	Constructs a new Point3D at the geometric mean of the given points.
static Point3D	Point3D.average(Point3D... points)	Constructs a new Point3D at the geometric mean of the given points.
Point3D	Arc3D.center()	Returns the center point of the circle of the arc.
Point3D	Helix3D.center()	Returns the central point of the helix.
Point3D	Shape3D.center()	Constructs a point center of the shape.
Point3D	Trap3D.center()	Constructs a new Point3D at the geometric mean of the four points in this Trap3D.
Point3D	Triangle3D.center()	Constructs a new Point3D at the geometric mean of the three points in this Triangle3D.
Point3D	Arc3D.end()	Constructs a new Point3D at the end of this arc.
Point3D	Line3D.end()	Returns the end point.
Point3D	Sphere3D.getCenter()
Point3D	Mesh3D.getCenterX(int order)
Point3D	Mesh3D.getCenterY(int order)
Point3D	Mesh3D.getCenterZ(int order)
Point3D	Region3D.getOrigin()
Point3D	Camera3D.getPoint(Point3D point)
Point3D	Point3D.lerp(Point3D point, double t)	Constructs a new Point3D between this point and the given point by linearly interpolating from this point to the given point by the amount specified.
Point3D	Line3D.lerpPoint(double t)	Constructs a new Point3D on the line by linearly interpolating from this point to the given point by the amount specified.
Point3D	Line3D.midpoint()	Constructs a new Point3D at the midpoint between the two bounding points.
Point3D	Point3D.midpoint(Point3D point)	Constructs a new Point3D at the geometric mean of this point and the given point.
Point3D	Arc3D.origin()	Returns the origin point of this arc.
Point3D	Helix3D.origin()	Returns the origin point on the helix.
Point3D	Line3D.origin()	Returns the origin point.
Point3D	Arc3D.point(double t)	Constructs a new Point3D object by using the given value as the parameter for the parametric equation describing this arc.
Point3D	Cylindrical3D.point(int index)
Point3D	Face3D.point(int index)	Returns the point from this Face3D with corresponding index.
Point3D	Helix3D.point(double height)	Returns the point on the helix at the specified height.
Point3D	Path3D.point(int index)	Returns the point at the given index or null if there is no such point.
Point3D	Plane3D.point()	Returns the reference point of this plane.
Point3D	Sector3D.point(int index)
Point3D	Trap3D.point(int index)
Point3D	Triangle3D.point(int index)
Point3D	Line3D.projection(Point3D p)
Point3D	Vector3D.toPoint3D()	Constructs a new Point3D using this vector's x, y, and z components.

Methods in org.jlab.geom.prim with parameters of type Point3D

Modifier and Type	Method	Description
void	Path3D.addPoint(Point3D point)	Adds a point to the path with same coordinates as the given point.
void	Region3D.addPoint(Point3D point)
static Point3D	Point3D.average(Point3D... points)	Constructs a new Point3D at the geometric mean of the given points.
int	Path3D.closestNodeIndex(Point3D point)	Finds the index of the closest point in this path to the given point.
void	Point3D.combine(Point3D point)	Combines this point with the given point.
void	Point3D.copy(Point3D point)	Sets the components of this point to be equal the components of the given point.
Line3D	Line3D.distance(Point3D point)	Constructs a new Line3D from this infinite line to the given point such that the origin point of the constructed line coincides with this infinite line, the end point of the constructed line coincides with the given point, and the length of the constructed line is minimal.
Line3D	Path3D.distance(Point3D point)	Constructs a new Line3D from a line contained in this path to the given point such that the length of the constructed line is minimal.
void	Plane3D.distance(Point3D p, Line3D distance)	Calculates a Line3D object with origin at the given point and the end at the plane, length is the distance to the plane.
double	Point3D.distance(Point3D point)	Returns the distance between this point and the given point.
double	Sector3D.distanceFromEdge(Point3D p)	Computes the minimum distance of the given point from the edges of this Sector3D.
double	Trap3D.distanceFromEdge(Point3D p)	Computes the minimum distance of the given point from the edges of this Trap3D.
double	Triangle3D.distanceFromEdge(Point3D p)	Computes the minimum distance of the given point from the edges of this Triangle3D.
Line3D	Line3D.distanceRay(Point3D point)	Constructs a new Line3D from this ray line to the given point such that the origin point of the constructed line coincides with this ray line, the end point of the constructed line coincides with the given point, and the length of the constructed line is minimal.
Line3D	Line3D.distanceSegment(Point3D point)	Constructs a new Line3D from this line segment to the given point such that the origin point of the constructed line coincides with this line segment, the end point of the constructed line coincides with the given point, and the length of the constructed line is minimal.
double	Cylindrical3D.distanceToEdge(Point3D point)	Distance between the point and the closest cylinder edge
void	Path3D.generate(Point3D origin, Vector3D direction, double length, int npoints)	Modifies the contents of this Path3D such that the path contains the specified number of evenly spaced points, the origin of the path is at the given origin point, the points are collinear along the given direction vector, and the total length of the path is equal to the given length.
void	Path3D.generateRandom(Point3D origin, double thetaMin, double thetaMax, double phiMin, double phiMax, double length, int npoints)	Modifies the contents of this Path3D such that the path contains the specified number of evenly spaced points, the origin of the path is at the given origin point, the points are collinear along a randomly generated vector bounded by theta min and max and phi min and max, and the total length of the path is equal to the given length.
int	Camera3D.getCanvasX(Point3D point)
int	Camera3D.getCanvasY(Point3D point)
Point3D	Camera3D.getPoint(Point3D point)
void	Mesh3D.getPoint(int n, Point3D point)
int	Plane3D.intersection(Line3D line, Point3D intersect)	Finds the intersection of the given infinite with this plane.
boolean	Plane3D.intersection(Plane3D plane1, Plane3D plane2, Point3D intersect)	Finds the intersection of the two given planes and this plane.
int	Plane3D.intersectionRay(Line3D line, Point3D intersect)	Finds the intersection of the given ray with this plane.
int	Plane3D.intersectionSegment(Line3D line, Point3D intersect)	Finds the intersection of the given line segment with this plane.
boolean	Trap3D.isInPlane(Point3D p)	Test whether the given point is in the trapezoid plane
boolean	Sector3D.isInside(Point3D p)	Test whether the given point is inside the area of this Sector3D.
boolean	Trap3D.isInside(Point3D p)	Test whether the given point is inside the area of this Trap3D.
boolean	Triangle3D.isInside(Point3D p)	Test whether the given point is inside the area of this Triangle3D.
boolean	Cylindrical3D.isOnSurface(Point3D point)	Returns true if the given point is on the surface of this cylindrical segment.
boolean	Helix3D.isPointOnHelix(Point3D point)	Returns true if the point is on the helix (within 100nm).
Point3D	Point3D.lerp(Point3D point, double t)	Constructs a new Point3D between this point and the given point by linearly interpolating from this point to the given point by the amount specified.
Point3D	Point3D.midpoint(Point3D point)	Constructs a new Point3D at the geometric mean of this point and the given point.
void	Shape3D.moveTo(Point3D point)	Translates this shape so that it's geometric center coincides with the given point.
Point3D	Line3D.projection(Point3D p)
void	Vector3D.rotate(Point3D point, double angle)	Rotates the given point clockwise around the axis produced by this vector by the given angle
void	Arc3D.set(Point3D origin, Point3D center, Vector3D normal, double theta)	Sets the core parameters of this arc to equal the given parameters.
void	Helix3D.set(Point3D origin, Point3D center, Vector3D normal, double totalHeight, double loopHeight, boolean clockwise)	Sets the parameters of this helix.
void	Line3D.set(Point3D point0, Point3D point1)	Sets the line origin and end point to given points.
void	Line3D.set(Point3D point, Vector3D direction)	Sets the line origin at the given point and the end point at the position of the origin point plus the given vector.
void	Plane3D.set(Point3D point, Vector3D normal)	Sets the reference point and normal of this plane to coincide with the given point and vector.
void	Point3D.set(Point3D point, Vector3D vector)	Sets this points coordinates by adding the given vector to the given point.
void	Trap3D.set(Point3D point0, Point3D point1, Point3D point2, Point3D point3)	Sets the points of this Trap3D to coincide with the given points.
void	Triangle3D.set(Point3D point0, Point3D point1, Point3D point2)	Sets the points of this Triangle3D to coincide with the given points.
void	Arc3D.setCenter(Point3D center)	Sets the center point of the circle of the arc.
void	Helix3D.setCenter(Point3D center)	Sets the center point of the helix.
void	Line3D.setEnd(Point3D point1)	Sets the end point.
void	Arc3D.setOrigin(Point3D origin)	Sets the origin point at the beginning of the arc.
void	Helix3D.setOrigin(Point3D origin)	Sets the starting point on the helix.
void	Line3D.setOrigin(Point3D point0)	Sets the origin point.
void	Plane3D.setPoint(Point3D point)	Sets the reference point of this plane.
Vector3D	Point3D.vectorFrom(Point3D point)	Constructs a new Vector3D pointing from the given point to this point (equivalent to (this.x-point.x, this.y-point.y, this.z-point.z).
Vector3D	Point3D.vectorTo(Point3D point)	Constructs a new Vector3D pointing from this point to the given point (equivalent to (point.x-this.x, point.y-this.y, point.z-this.z)).

Method parameters in org.jlab.geom.prim with type arguments of type Point3D

Modifier and Type	Method	Description
static Point3D	Point3D.average(Collection<Point3D> points)	Constructs a new Point3D at the geometric mean of the given points.
int	Cylindrical3D.intersection(Line3D line, List<Point3D> intersections)
int	Face3D.intersection(Line3D line, List<Point3D> intersections)	Finds the intersections of the given infinite line with this Face3D.
int	Sector3D.intersection(Line3D line, List<Point3D> intersections)
int	Shape3D.intersection(Line3D line, List<Point3D> intersections)	Finds intersections of the given infinite line with this shape.
int	Sphere3D.intersection(Line3D line, List<Point3D> intersections)
int	Trap3D.intersection(Line3D line, List<Point3D> intersections)
int	Triangle3D.intersection(Line3D line, List<Point3D> intersections)
int	Shape3D.intersection_with_faces(Line3D line, List<Point3D> intersections, List<Integer> ifaces)	Finds intersections of the given infinite line with this shape.
double	Cylindrical3D.intersectionLength(Line3D line, List<Point3D> intersections)	Compute the intersections of a ray within the 3D volume
void	Mesh3D.intersectionPath(Path3D path, List<Point3D> intersections)
int	Cylindrical3D.intersectionRay(Line3D line, List<Point3D> intersections)
int	Face3D.intersectionRay(Line3D line, List<Point3D> intersections)	Finds the intersections of the given ray with this Face3D.
int	Mesh3D.intersectionRay(Line3D line, List<Point3D> intersections)	Finds intersections of the given ray with this shape.
int	Sector3D.intersectionRay(Line3D line, List<Point3D> intersections)
int	Shape3D.intersectionRay(Line3D line, List<Point3D> intersections)	Finds intersections of the given ray with this shape.
int	Trap3D.intersectionRay(Line3D line, List<Point3D> intersections)
int	Triangle3D.intersectionRay(Line3D line, List<Point3D> intersections)
int	Cylindrical3D.intersectionSegment(Line3D line, List<Point3D> intersections)
int	Face3D.intersectionSegment(Line3D line, List<Point3D> intersections)	Finds the intersections of the given line segment with this Face3D.
int	Mesh3D.intersectionSegment(Line3D line, List<Point3D> intersections)	Finds intersections of the given line segment with this shape.
int	Sector3D.intersectionSegment(Line3D line, List<Point3D> intersections)
int	Shape3D.intersectionSegment(Line3D line, List<Point3D> intersections)	Finds intersections of the given line segment with this shape.
int	Trap3D.intersectionSegment(Line3D line, List<Point3D> intersections)
int	Triangle3D.intersectionSegment(Line3D line, List<Point3D> intersections)

Constructors in org.jlab.geom.prim with parameters of type Point3D

Modifier	Constructor	Description
	Arc3D(Point3D origin, Point3D center, Vector3D normal, double theta)	Constructs a new Arc3D from the given parameters.
	Helix3D(Point3D origin, Point3D center, Vector3D normal, double totalHeight, double loopHeight, boolean clockwise)	Constructs a helix from the given parameters.
	Line3D(Point3D point0, Point3D point1)	Constructs a new Line3D such that the new Line3D's bounding points coincide with the given points.
	Line3D(Point3D point, Vector3D direction)	Constructs a new Line3D such that the the given point is at the origin of the line and the vector from the origin to the end of the line is equal to the given vector.
	Path3D(Point3D... points)	Constructs a new Path3D from the given points.
	Plane3D(Point3D point, Vector3D normal)	Constructs a new Plane3D such that the new plane passes through the given point and the normal of the new plane is parallel to the given vector.
	Point3D(Point3D point)	Constructs a new Point3D by copying the x, y, and z coordinates of the given point.
	Point3D(Point3D point, Vector3D vector)	Constructs a new Point3D by adding the given vector to the given point.
	Trap3D(Point3D point0, Point3D point1, Point3D point2, Point3D point3)	Constructs a new Trap3D from the given points.
	Triangle3D(Point3D point0, Point3D point1, Point3D point2)	Constructs a new Triangle3D from the given points.

Uses of Point3D in org.jlab.geom.view

Methods in org.jlab.geom.view that return types with arguments of type Point3D

Modifier and Type	Method	Description
List<Point3D>	Box3D.getPoints()

Methods in org.jlab.geom.view with parameters of type Point3D

Modifier and Type	Method	Description
double	UniverseCoordinateSystem.getCanvasX(Point3D point)
double	UniverseCoordinateSystem.getCanvasY(Point3D point)