Uses of Class
edu.umd.cfar.lamp.viper.geometry.Pnt

Packages that use Pnt

edu.umd.cfar.lamp.viper.examples.omegahead
edu.umd.cfar.lamp.viper.geometry	A set of classes for manipulating geometric data, usually used for ViPER attribute data.
edu.umd.cfar.lamp.viper.gui.core	Some core, necessary classes for dealing with a ViPER project.
viper.descriptors.attributes	Provides the classes necessary to read Attributes in from a file and compare them.

Uses of Pnt in edu.umd.cfar.lamp.viper.examples.omegahead

Methods in edu.umd.cfar.lamp.viper.examples.omegahead that return Pnt

Pnt	OmegaHeadModel.getCentroid()

Constructors in edu.umd.cfar.lamp.viper.examples.omegahead with parameters of type Pnt

OmegaHeadModel(Pnt centroid, int lineLength, int lineOffset, int majorDiameter, int minorDiameter, int orientation)

Uses of Pnt in edu.umd.cfar.lamp.viper.geometry

Methods in edu.umd.cfar.lamp.viper.geometry that return Pnt

Pnt	Polygon.getCentroid()
static Pnt	Pnt.valueOf(java.lang.String S) Creates a new point from the given number pair.
Pnt	Pnt.getCentroid()
Pnt	OrientedBox.getCentroid() Gets the approximate center of the box.
Pnt	HasCentroid.getCentroid() Gets a copy of the centroid.
Pnt	Ellipse.getCentroid()
Pnt	ConvexPolygon.getNearIntersection(Pnt q1) Get the point of intersection between the ray from the centroid of this box through q1 that is closest to q1.
Pnt	ConvexPolygon.getCentroid() Gets the center of the bounding box of the polygon, for now.
Pnt	Circle.getCenter() Returns the center of the circle.
Pnt	Circle.getCentroid()
Pnt	BoxInformation.getCentroid() A rational approximation of the box's centroid.
Pnt	BoxInformation.getNearIntersection(Pnt q1) Get the point of intersection between the ray from the centroid of this box through q1 that is closest to q1.
Pnt	BoundingBox.getCentroid() Gets the center of the box.
Pnt	BoundingBox.getNearIntersection(Pnt q1) Of the two points on the line between this box's centroid and q1 that instersect this box, this returns the one closer to q1.

Methods in edu.umd.cfar.lamp.viper.geometry with parameters of type Pnt

static char	Util.lineIntersection(Pnt a, Pnt b, Pnt c, Pnt d, Pnt p) Sets point p to the intersection of segments ab and cd.
static boolean	Util.collinearAndOverlap(Pnt a, Pnt b, Pnt c, Pnt d) Tests to see if two line segments are collinear and overlap.
static boolean	Util.collinear(Pnt a, Pnt b, Pnt c) Checks to see if three points are collinear.
static Rational	Util.manhattanDistance(Pnt a, Pnt b) Computes the 1-norm of the distance between two points.
static double	Util.euclideanDistance(Pnt a, Pnt b) Computes the 2-norm of the distance between two points.
void	Squiggle.addPoint(Pnt p) Adds a new point at the end of the squiggle.
boolean	Squiggle.diagonalie(Pnt a, Pnt b) Determines if the segment ab is a diagonal that doesn't intersect the edge.
boolean	PolyList.contains(Pnt point) Tests to see if one of the subpolys contains the given point.
boolean	PolyList.addVertex(Pnt p) Adds the vertex to the polygon this represents; this is unimplemented in this root class.
boolean	PolyLine.addVertex(Pnt v) Adds the given vertex to the end of the polyline.
boolean	Polygon.addVertex(Pnt v) Adds the point to the end of the polygon as a point on its exterior.
boolean	Pnt.isLeftOf(Pnt a, Pnt b) Tests to see if this point is to the left of the oriented line segment ab.
boolean	Pnt.isLeftOfOrOn(Pnt a, Pnt b) Tests to see if this point is to the left of or on the oriented line segment ab.
boolean	Ellipse.contains(Pnt point) Tests to see if the point is within this ellipse.
Pnt	ConvexPolygon.getNearIntersection(Pnt q1) Get the point of intersection between the ray from the centroid of this box through q1 that is closest to q1.
static ConvexPolygon[]	ConvexPolygon.clip(ConvexPolygon P, Pnt a, Pnt b) Cuts the polygon into two slices.
boolean	ConvexPolygon.addVertex(Pnt point) Adds a single point to the polygon.
boolean	ConvexPolygon.contains(Pnt point) Tests to see if the point is within this region.
boolean	Circle.contains(Pnt point) Tests to see if the given point is within the circle.
boolean	BoxInformation.contains(Pnt point) Tests to see if the specified point is within this rectangle
Pnt	BoxInformation.getNearIntersection(Pnt q1) Get the point of intersection between the ray from the centroid of this box through q1 that is closest to q1.
boolean	BoundingBox.contains(Pnt point) Tests to see if any of the boxes contains the specified point
Pnt	BoundingBox.getNearIntersection(Pnt q1) Of the two points on the line between this box's centroid and q1 that instersect this box, this returns the one closer to q1.

Uses of Pnt in edu.umd.cfar.lamp.viper.gui.core

Methods in edu.umd.cfar.lamp.viper.gui.core that return Pnt

Pnt	DisplayWithRespectToManager.getSmoothedAttrValueAtInstant(Instant i) Gets the dwrt point, for translation dwrt, even if the attribute doesn't have a value at the given point.

Uses of Pnt in viper.descriptors.attributes

Methods in viper.descriptors.attributes that return Pnt

Pnt	Attribute_obox.Obox.getCentroid()
Pnt	Attribute_obox.Obox.getNearIntersection(Pnt q1)
Pnt	Attribute_bbox.Bbox.getCentroid()
Pnt	Attribute_bbox.Bbox.getNearIntersection(Pnt q1)

Methods in viper.descriptors.attributes with parameters of type Pnt

boolean	Attribute_obox.Obox.contains(Pnt point)
Pnt	Attribute_obox.Obox.getNearIntersection(Pnt q1)
boolean	Attribute_bbox.Bbox.contains(Pnt point)
Pnt	Attribute_bbox.Bbox.getNearIntersection(Pnt q1)