Uses of Class
edu.stanford.rsl.konrad.geometry.shapes.simple.PointND

Packages that use PointND
edu.stanford.rsl.konrad.geometry Contains classes to describe various projection geometries. 
edu.stanford.rsl.konrad.geometry.bounds   
edu.stanford.rsl.konrad.geometry.motion   
edu.stanford.rsl.konrad.geometry.shapes   
edu.stanford.rsl.konrad.geometry.shapes.compound   
edu.stanford.rsl.konrad.geometry.shapes.simple   
edu.stanford.rsl.konrad.geometry.splines Contains classes to model splines. 
edu.stanford.rsl.konrad.geometry.splines.capi Contains classes to wrap the Curve API (CAPI). 
edu.stanford.rsl.konrad.geometry.transforms   
edu.stanford.rsl.konrad.numerics.mathexpressions   
edu.stanford.rsl.konrad.phantom.xcat   
edu.stanford.rsl.konrad.physics Contains classes to physical effects related to x-rays. 
edu.stanford.rsl.konrad.rendering   
edu.stanford.rsl.konrad.utils Contains various utility classes. 
 

Uses of PointND in edu.stanford.rsl.konrad.geometry
 

Methods in edu.stanford.rsl.konrad.geometry that return PointND
abstract  PointND AbstractCurve.evaluate(double u)
          Returns a point on the Curve at position u [0, 1];
abstract  PointND AbstractSurface.evaluate(double u, double v)
          Returns a point on the surface at position (u, v).
 PointND AbstractSurface.evaluate(PointND u)
           
abstract  PointND AbstractShape.evaluate(PointND u)
          Returns the point on the shape at the internal position u.
 PointND AbstractCurve.evaluate(PointND u)
           
static PointND General.getGeometricCenter(java.util.ArrayList<PointND> list)
          Compute the geometric center of a set of points
static PointND General.getGeometricCenter(java.util.Iterator<PointND> list)
          Compute the geometric center of an iterator of points
static PointND General.getGeometricCenter(PointND[] pts)
           
 PointND[] ConvexHull.getHullPoints()
          returns the hull as an array of Points
 PointND AbstractShape.getMax()
           
 PointND AbstractShape.getMin()
           
 PointND[] ConvexHull.getRasterPoints(int number)
           
abstract  PointND[] AbstractShape.getRasterPoints(int number)
          Rasters the shape with a given number of points or less.
 PointND[] ConvexHull.intersect2D(StraightLine line)
          Intersects lines between subsequent hull points.
 PointND[] ConvexHull.intersect3D(StraightLine line)
           
 

Methods in edu.stanford.rsl.konrad.geometry that return types with arguments of type PointND
static java.util.ArrayList<PointND> General.extractCandidatePoints(ij.process.ImageProcessor houghSpace, double offset)
          Extract points from an ImageProcessor which exceed a certain value
static java.util.ArrayList<PointND> General.extractClusterCenter(java.util.ArrayList<PointND> pointList, double distance)
          Extracts cluster centers from an ordered List of points.
 java.util.ArrayList<PointND> AbstractShape.getHitsOnBoundingBox_slow(AbstractCurve curve)
          Evaluates the bounding box and returns true if it is hit.
 java.util.ArrayList<PointND> AbstractShape.getHitsOnBoundingBox(AbstractCurve curve)
           
abstract  java.util.ArrayList<PointND> AbstractShape.intersect(AbstractCurve other)
          Returns the intersection points between the curve and the shape.
static java.util.ArrayList<PointND> General.intersectRayWithCuboid(StraightLine line, PointND min, PointND max)
           
 

Methods in edu.stanford.rsl.konrad.geometry with parameters of type PointND
 PointND AbstractSurface.evaluate(PointND u)
           
abstract  PointND AbstractShape.evaluate(PointND u)
          Returns the point on the shape at the internal position u.
 PointND AbstractCurve.evaluate(PointND u)
           
static PointND General.getGeometricCenter(PointND[] pts)
           
static java.util.ArrayList<PointND> General.intersectRayWithCuboid(StraightLine line, PointND min, PointND max)
           
 boolean ConvexHull.isInside(PointND point)
          Tests whether the point is inside the convex hull.
static boolean General.isWithinCuboid(PointND point, PointND min, PointND max)
          Method to check whether a point is within a given cubiod defined by min and max.
 

Method parameters in edu.stanford.rsl.konrad.geometry with type arguments of type PointND
static java.util.ArrayList<Triangle> General.createTrianglesFromPlanarPointSet(java.util.ArrayList<PointND> points)
          Creates a triangle mesh for a planar set of points.
static java.util.ArrayList<PointND> General.extractClusterCenter(java.util.ArrayList<PointND> pointList, double distance)
          Extracts cluster centers from an ordered List of points.
static PointND General.getGeometricCenter(java.util.ArrayList<PointND> list)
          Compute the geometric center of a set of points
static PointND General.getGeometricCenter(java.util.Iterator<PointND> list)
          Compute the geometric center of an iterator of points
 

Constructors in edu.stanford.rsl.konrad.geometry with parameters of type PointND
ConvexHull(PointND[] pts)
           
 

Uses of PointND in edu.stanford.rsl.konrad.geometry.bounds
 

Methods in edu.stanford.rsl.konrad.geometry.bounds with parameters of type PointND
 boolean QuadricBoundingCondition.isSatisfiedBy(PointND point)
           
 boolean HalfSpaceBoundingCondition.isSatisfiedBy(PointND point)
           
 boolean BoundingBox.isSatisfiedBy(PointND point)
           
abstract  boolean AbstractBoundingCondition.isSatisfiedBy(PointND point)
          Determines whether the point is satisfied by the bounding condition
 

Constructors in edu.stanford.rsl.konrad.geometry.bounds with parameters of type PointND
BoundingBox(PointND min, PointND max)
           
HalfSpaceBoundingCondition(PointND one, PointND two)
           
 

Uses of PointND in edu.stanford.rsl.konrad.geometry.motion
 

Methods in edu.stanford.rsl.konrad.geometry.motion that return PointND
abstract  PointND SimpleMotionField.getPosition(PointND initialPosition, double initialTime, double time)
           
 PointND RotationMotionField.getPosition(PointND initialPosition, double initialTime, double time)
           
 PointND PointBasedMotionField.getPosition(PointND initialPosition, double initialTime, double time)
           
 PointND PlanarMotionField.getPosition(PointND initialPosition, double initialTime, double time)
           
 PointND MovingCenterRotationMotionField.getPosition(PointND initialPosition, double initialTime, double time)
           
 PointND MotionField.getPosition(PointND initialPosition, double initialTime, double time)
          Determines the position at a given initialPosition and a given time where time = 0 is the initial position and time = 1 is the end position.
 PointND DualMotionField.getPosition(PointND initialPosition, double initialTime, double time)
           
 PointND ConstantMotionField.getPosition(PointND initialPosition, double initialTime, double time)
           
 PointND CompressionMotionField.getPosition(PointND initialPosition, double initialTime, double time)
           
 

Methods in edu.stanford.rsl.konrad.geometry.motion that return types with arguments of type PointND
 java.util.ArrayList<PointND> SimpleMotionField.getPositions(PointND initialPosition, double initialTime, double... times)
           
 java.util.ArrayList<PointND> PointBasedMotionField.getPositions(PointND initialPoint, double initialTime, double... times)
           
 java.util.ArrayList<PointND> PlanarMotionField.getPositions(PointND initialPosition, double initialTime, double... times)
           
 java.util.ArrayList<PointND> MotionField.getPositions(PointND initialPosition, double initialTime, double... times)
           
 

Methods in edu.stanford.rsl.konrad.geometry.motion with parameters of type PointND
abstract  PointND SimpleMotionField.getPosition(PointND initialPosition, double initialTime, double time)
           
 PointND RotationMotionField.getPosition(PointND initialPosition, double initialTime, double time)
           
 PointND PointBasedMotionField.getPosition(PointND initialPosition, double initialTime, double time)
           
 PointND PlanarMotionField.getPosition(PointND initialPosition, double initialTime, double time)
           
 PointND MovingCenterRotationMotionField.getPosition(PointND initialPosition, double initialTime, double time)
           
 PointND MotionField.getPosition(PointND initialPosition, double initialTime, double time)
          Determines the position at a given initialPosition and a given time where time = 0 is the initial position and time = 1 is the end position.
 PointND DualMotionField.getPosition(PointND initialPosition, double initialTime, double time)
           
 PointND ConstantMotionField.getPosition(PointND initialPosition, double initialTime, double time)
           
 PointND CompressionMotionField.getPosition(PointND initialPosition, double initialTime, double time)
           
 java.util.ArrayList<PointND> SimpleMotionField.getPositions(PointND initialPosition, double initialTime, double... times)
           
 java.util.ArrayList<PointND> PointBasedMotionField.getPositions(PointND initialPoint, double initialTime, double... times)
           
 java.util.ArrayList<PointND> PlanarMotionField.getPositions(PointND initialPosition, double initialTime, double... times)
           
 java.util.ArrayList<PointND> MotionField.getPositions(PointND initialPosition, double initialTime, double... times)
           
 

Constructors in edu.stanford.rsl.konrad.geometry.motion with parameters of type PointND
CompressionMotionField(PointND min, PointND max, SimpleVector direction)
           
MovingCenterRotationMotionField(PointND transformationCenter, MotionField centerTransform, SimpleVector rotationAxis, double angle)
           
PointBasedMotionField(PointND[][] variants, int context)
           
RotationMotionField(PointND transformationCenter, SimpleVector axis, double angle)
          Creates a new rotational MotionField.
 

Uses of PointND in edu.stanford.rsl.konrad.geometry.shapes
 

Methods in edu.stanford.rsl.konrad.geometry.shapes that return PointND
 PointND ArbitrarySurface.evaluate(double u, double v)
           
 PointND ArbitrarySurface.evaluate(PointND u)
           
 PointND[] ArbitrarySurface.getRasterPoints(int number)
           
 

Methods in edu.stanford.rsl.konrad.geometry.shapes that return types with arguments of type PointND
 java.util.ArrayList<PointND> ArbitrarySurface.getHits(AbstractCurve other)
           
 

Methods in edu.stanford.rsl.konrad.geometry.shapes with parameters of type PointND
 PointND ArbitrarySurface.evaluate(PointND u)
           
 boolean ArbitrarySurface.isMember(PointND hit)
           
 

Uses of PointND in edu.stanford.rsl.konrad.geometry.shapes.compound
 

Methods in edu.stanford.rsl.konrad.geometry.shapes.compound that return PointND
 PointND LinearOctree.evaluate(PointND u)
           
 PointND CompoundShape.evaluate(PointND u)
           
 PointND LinearOctree.getMax()
           
 PointND CompoundShape.getMax()
           
 PointND LinearOctree.getMin()
           
 PointND CompoundShape.getMin()
           
 PointND[] LinearOctree.getRasterPoints(int number)
           
 PointND[] CompoundShape.getRasterPoints(int number)
           
 

Methods in edu.stanford.rsl.konrad.geometry.shapes.compound that return types with arguments of type PointND
 java.util.ArrayList<PointND> CompoundShape.getHitsOnBoundingBox(AbstractCurve curve)
           
 java.util.ArrayList<PointND> LinearOctree.intersect(AbstractCurve other)
           
 java.util.ArrayList<PointND> CompoundShape.intersect(AbstractCurve other)
           
 

Methods in edu.stanford.rsl.konrad.geometry.shapes.compound with parameters of type PointND
 PointND LinearOctree.evaluate(PointND u)
           
 PointND CompoundShape.evaluate(PointND u)
           
 

Constructors in edu.stanford.rsl.konrad.geometry.shapes.compound with parameters of type PointND
LinearOctree(PointND center)
           
LinearOctree(PointND min, PointND max)
           
LinearOctree(PointND min, PointND max, double random)
           
LinearOctree(PointND min, PointND max, PointND center)
           
NestedOctree(PointND center)
           
NestedOctree(PointND min, PointND max)
           
NestedOctree(PointND min, PointND max, double nextRandom)
           
 

Uses of PointND in edu.stanford.rsl.konrad.geometry.shapes.simple
 

Subclasses of PointND in edu.stanford.rsl.konrad.geometry.shapes.simple
 class Point2D
          Wrapper class to model a 2D point.
 class Point3D
          Wrapper class to model a 3D point.
 class SortablePoint
           
 class VectorPoint3D
          Class to model a 3D point which contains a vector value.
 

Methods in edu.stanford.rsl.konrad.geometry.shapes.simple that return PointND
 PointND PointND.clone()
           
 PointND StraightLine.evaluate(double u)
           
 PointND Edge.evaluate(double u)
           
 PointND QuadricSurface.evaluate(double u, double v)
           
 PointND Plane3D.evaluate(double u, double v)
           
 PointND Box.evaluate(double u, double v)
           
 PointND SimpleSurface.evaluate(PointND u)
           
 PointND Box.evaluate(PointND u)
           
 PointND Triangle.getA()
          Returns point a
 PointND Triangle.getB()
          Returns point b
 PointND Triangle.getC()
          Returns point c
 PointND Edge.getEnd()
           
 PointND StraightLine.getPoint()
           
 PointND Plane3D.getPoint()
           
 PointND[] Triangle.getRasterPoints(int number)
           
 PointND[] StraightLine.getRasterPoints(int number)
           
 PointND[] Sphere.getRasterPoints(int number)
           
 PointND[] QuadricSurface.getRasterPoints(int number)
           
 PointND[] Plane3D.getRasterPoints(int number)
           
 PointND[] Ellipsoid.getRasterPoints(int number)
           
 PointND[] Edge.getRasterPoints(int number)
           
 PointND[] Cylinder.getRasterPoints(int number)
           
 PointND[] Cone.getRasterPoints(int number)
           
 PointND[] Box.getRasterPoints(int number)
           
 PointND Triangle.intersect(StraightLine other)
           
 PointND StraightLine.intersect(StraightLine line)
           
 PointND Plane3D.intersect(StraightLine l)
           
 PointND Edge.intersect(StraightLine line)
           
 

Methods in edu.stanford.rsl.konrad.geometry.shapes.simple that return types with arguments of type PointND
abstract  java.util.ArrayList<PointND> SimpleSurface.getHits(AbstractCurve other)
           
 java.util.ArrayList<PointND> QuadricSurface.getHits(AbstractCurve other)
           
 java.util.ArrayList<PointND> Box.getHits(AbstractCurve other)
           
 java.util.ArrayList<PointND> Triangle.getHitsOnBoundingBox(AbstractCurve other)
           
 java.util.ArrayList<PointND> QuadricSurface.getHitsOnBoundingBox(AbstractCurve other)
           
 java.util.ArrayList<PointND> Triangle.intersect(AbstractCurve other)
           
 java.util.ArrayList<PointND> StraightLine.intersect(AbstractCurve other)
           
 java.util.ArrayList<PointND> SimpleSurface.intersect(AbstractCurve other)
           
 java.util.ArrayList<PointND> Plane3D.intersect(AbstractCurve other)
           
 java.util.ArrayList<PointND> Box.intersect(AbstractCurve other)
           
 

Methods in edu.stanford.rsl.konrad.geometry.shapes.simple with parameters of type PointND
 double Plane3D.computeDistance(PointND givenPoint)
          Computes the distance of a point to this plane.
 double Plane3D.computeDistance(PointND givenPoint, PointND closestPoint)
          Computes the distance of a point to this plane and returns the closest point to the given point on the plane.
 double StraightLine.computeDistanceTo(PointND p)
          Computes the closest distance between the line and the point p.
 double PointND.euclideanDistance(PointND two)
          computes the Euclidean distance between the current point $\mathbf{x_1} = (x_1, y_1)$ the the point "two" $\mathbf{x_2} = (x_2, y_2)$ as $|| \\mathbf{x_1} - \\mathbf{x_2} || = \\sqrt{\\sum_n(x_1(n) - x_2(n))^2}$.
 PointND SimpleSurface.evaluate(PointND u)
           
 PointND Box.evaluate(PointND u)
           
 void StraightLine.init(PointND point, PointND point2)
           
 void StraightLine.init(PointND point, SimpleVector dir)
           
 boolean Triangle.isInTriangle(PointND p)
          Computes whether the given point is inside of the triangle.
abstract  boolean SimpleSurface.isMember(PointND point)
          Determines if the given point in within the bounds of shape;
 boolean QuadricSurface.isMember(PointND point)
           
 boolean Box.isMember(PointND point)
           
 void Edge.setEnds(PointND point, PointND point2)
           
 void StraightLine.setPoint(PointND point)
           
 void PointND.updateIfHigher(PointND p)
          Updates the vector at entries which are higher in p.
 void PointND.updateIfLower(PointND p)
          Updates the vector at entries which are higher in p.
 

Constructors in edu.stanford.rsl.konrad.geometry.shapes.simple with parameters of type PointND
Edge(PointND point, PointND point2)
           
Plane3D(PointND... points)
          Initializes the plane to the one with minimum sum of squared distances from all given points.
Plane3D(PointND point, SimpleVector normal)
          Creates a plane from a given point in the plane and a vector normal to the plane so that $\{ \mathbf x : \mathbf{n}^T (\mathbf x - \mathbf P) = 0 \}$.
Plane3D(PointND p1, SimpleVector dirU, SimpleVector dirV)
          Creates a plane from the given parametric representation $\mathbf P + \alpha \cdot \mathbf u + \beta \cdot \mathbf v, \quad \alpha, \beta \in \mathbb R$.
Point3D(PointND point)
          Copy constructor.
PointND(PointND point)
          Copy constructor
SortablePoint(PointND point)
          Copy constructor for PointND
Sphere(double radius, PointND surfaceOrigin)
           
StraightLine(PointND point, PointND point2)
          Creates a new Straight line passing from point to point2
StraightLine(PointND point, SimpleVector dir)
          Creates a StraightLine from point with direction dir
Triangle(PointND a, PointND b, PointND c)
          Creates a new Triangle from the Points a, b, and c
VectorPoint3D(PointND point, double... vector)
          Creates a new VectorPoint3D at point.
VectorPoint3D(PointND point, SimpleVector vector)
          Creates a new VectorPoint3D at point.
 

Uses of PointND in edu.stanford.rsl.konrad.geometry.splines
 

Methods in edu.stanford.rsl.konrad.geometry.splines that return PointND
 PointND BSpline.evaluate(double u)
           
 PointND SurfaceBSpline.evaluate(double u, double v)
           
 PointND TimeVariantSurfaceBSpline.evaluate(double u, double v, double t)
           
 PointND TimeVariantSurfaceBSpline.evaluate(PointND u)
           
 PointND BSpline.getControlPoint(int i)
          Returns the i-th control point
 PointND[] TimeVariantSurfaceBSpline.getRasterPoints(int number)
           
 PointND[] SurfaceBSpline.getRasterPoints(int number)
           
 PointND[] BSpline.getRasterPoints(int number)
           
 PointND[] TimeVariantSurfaceBSpline.getRasterPoints(int number, double time)
           
 PointND[] SurfaceBSpline.intersectDeCasteljau(StraightLine line)
           
 

Methods in edu.stanford.rsl.konrad.geometry.splines that return types with arguments of type PointND
 java.util.ArrayList<PointND> SurfaceBSpline.getControlPoints()
           
 java.util.ArrayList<PointND> TimeVariantSurfaceBSpline.getControlPoints(int time)
           
 java.util.ArrayList<PointND> TimeVariantSurfaceBSpline.intersect(AbstractCurve other)
           
 java.util.ArrayList<PointND> SurfaceBSpline.intersect(AbstractCurve other)
           
 java.util.ArrayList<PointND> BSpline.intersect(AbstractCurve other)
           
 

Methods in edu.stanford.rsl.konrad.geometry.splines with parameters of type PointND
 double[] SurfaceBSpline.computeInitialUV(PointND point)
          Computes approximate u, v coordinates to of the closest control point to the given point.
 PointND TimeVariantSurfaceBSpline.evaluate(PointND u)
           
 void SurfaceBSplineVolumePhantom.resizeVolumeToMatchBounds(PointND min, PointND max)
           
 

Constructor parameters in edu.stanford.rsl.konrad.geometry.splines with type arguments of type PointND
BSpline(java.util.ArrayList<PointND> controlPoints, double... uVector)
           
BSpline(java.util.ArrayList<PointND> controlPoints, SimpleVector knotVector)
          Constructor for a BSpline using ArbitraryPoints and a weight vector as SimpleVector
SurfaceBSpline(java.util.ArrayList<PointND> list, double[] uKnots, double[] vKnots)
          Constructor for a surface BSpline.
SurfaceBSpline(java.util.ArrayList<PointND> controlPoints, SimpleVector uKnots, SimpleVector vKnots)
          Constructor for a surface BSpline.
SurfaceBSpline(java.lang.String title, java.util.ArrayList<PointND> list, double[] uKnots, double[] vKnots)
          Constructor for a surface BSpline.
 

Uses of PointND in edu.stanford.rsl.konrad.geometry.splines.capi
 

Subclasses of PointND in edu.stanford.rsl.konrad.geometry.splines.capi
 class CAPIPoint
           
 class CAPIPoint2D
          A class to model a 2D point.
 

Constructors in edu.stanford.rsl.konrad.geometry.splines.capi with parameters of type PointND
CAPIPoint(PointND arbitraryPoint)
          Creates a copy of the PointND as CAPIPoint
CAPIPoint3D(PointND p)
           
 

Uses of PointND in edu.stanford.rsl.konrad.geometry.transforms
 

Methods in edu.stanford.rsl.konrad.geometry.transforms that return PointND
 PointND Translation.transform(PointND point)
           
abstract  PointND Transform.transform(PointND point)
           
 PointND ScaleRotate.transform(PointND point)
           
 PointND ComboTransform.transform(PointND point)
          Transforms the given point
 

Methods in edu.stanford.rsl.konrad.geometry.transforms with parameters of type PointND
 PointND Translation.transform(PointND point)
           
abstract  PointND Transform.transform(PointND point)
           
 PointND ScaleRotate.transform(PointND point)
           
 PointND ComboTransform.transform(PointND point)
          Transforms the given point
 

Uses of PointND in edu.stanford.rsl.konrad.numerics.mathexpressions
 

Methods in edu.stanford.rsl.konrad.numerics.mathexpressions that return PointND
static PointND Evaluator.getPointValue(java.lang.String expression)
          Evaluates the string literals in a string vector;
static PointND Evaluator.getPointValue(java.lang.String expression, java.util.Map<java.lang.String,java.lang.Double> variablesMap)
          Evaluates the string literals in a string vector and replaces variables with values in map;
 

Uses of PointND in edu.stanford.rsl.konrad.phantom.xcat
 

Methods in edu.stanford.rsl.konrad.phantom.xcat that return PointND
 PointND BreathingScene.getDiaphragmMax()
           
 PointND BreathingScene.getDiaphragmMin()
           
 PointND WholeBodyScene.getPosition(PointND initialPosition, double initialTime, double time)
           
 PointND HeartScene.getPosition(PointND initialPosition, double initialTime, double time)
           
 PointND CombinedBreathingHeartScene.getPosition(PointND initialPosition, double initialTime, double time)
           
 PointND BreathingScene.getPosition(PointND initialPosition, double initialTime, double time)
           
 

Methods in edu.stanford.rsl.konrad.phantom.xcat that return types with arguments of type PointND
 java.util.ArrayList<PointND> WholeBodyScene.getPositions(PointND initialPosition, double initialTime, double... times)
           
 java.util.ArrayList<PointND> HeartScene.getPositions(PointND initialPosition, double initialTime, double... times)
           
 java.util.ArrayList<PointND> CombinedBreathingHeartScene.getPositions(PointND initialPosition, double initialTime, double... times)
           
 java.util.ArrayList<PointND> BreathingScene.getPositions(PointND initialPosition, double initialTime, double... times)
           
 

Methods in edu.stanford.rsl.konrad.phantom.xcat with parameters of type PointND
 PointND WholeBodyScene.getPosition(PointND initialPosition, double initialTime, double time)
           
 PointND HeartScene.getPosition(PointND initialPosition, double initialTime, double time)
           
 PointND CombinedBreathingHeartScene.getPosition(PointND initialPosition, double initialTime, double time)
           
 PointND BreathingScene.getPosition(PointND initialPosition, double initialTime, double time)
           
 java.util.ArrayList<PointND> WholeBodyScene.getPositions(PointND initialPosition, double initialTime, double... times)
           
 java.util.ArrayList<PointND> HeartScene.getPositions(PointND initialPosition, double initialTime, double... times)
           
 java.util.ArrayList<PointND> CombinedBreathingHeartScene.getPositions(PointND initialPosition, double initialTime, double... times)
           
 java.util.ArrayList<PointND> BreathingScene.getPositions(PointND initialPosition, double initialTime, double... times)
           
 void BreathingScene.setDiaphragmMax(PointND diaphragmMax)
           
 void BreathingScene.setDiaphragmMin(PointND diaphragmMin)
           
 

Method parameters in edu.stanford.rsl.konrad.phantom.xcat with type arguments of type PointND
 MotionField WholeBodyScene.getCompoundMotion(int numberOfBSplineTimePoints, java.util.ArrayList<java.util.ArrayList<PointND>> additionalMotion, int context)
           
 MotionField WholeBodyScene.getSceneMotion(int numberOfBSplineTimePoints, java.util.ArrayList<java.util.ArrayList<PointND>> additionalMotion, int context)
           
 

Uses of PointND in edu.stanford.rsl.konrad.physics
 

Subclasses of PointND in edu.stanford.rsl.konrad.physics
 class PhysicalPoint
           
 

Methods in edu.stanford.rsl.konrad.physics that return types with arguments of type PointND
 java.util.ArrayList<PointND> PhysicalObject.intersect(AbstractCurve curve)
           
 

Constructors in edu.stanford.rsl.konrad.physics with parameters of type PointND
PhysicalPoint(PointND p)
           
 

Uses of PointND in edu.stanford.rsl.konrad.rendering
 

Methods in edu.stanford.rsl.konrad.rendering that return PointND
 PointND AbstractScene.getMax()
           
 PointND AbstractScene.getMin()
           
 

Methods in edu.stanford.rsl.konrad.rendering with parameters of type PointND
 void AbstractScene.setMax(PointND max)
           
 void AbstractScene.setMin(PointND min)
           
 

Uses of PointND in edu.stanford.rsl.konrad.utils
 

Methods in edu.stanford.rsl.konrad.utils that return PointND
static PointND DoublePrecisionPointUtil.getGeometricCenter(java.util.ArrayList<PointND> list)
          Compute the geometric center of a set of points
 

Methods in edu.stanford.rsl.konrad.utils that return types with arguments of type PointND
static java.util.ArrayList<PointND> DoublePrecisionPointUtil.extractCandidatePoints(ij.process.ImageProcessor houghSpace, double offset)
          Extract points from an ImageProcessor which exceed a certain value
static java.util.ArrayList<PointND> DoublePrecisionPointUtil.extractClusterCenter(java.util.ArrayList<PointND> pointList, double distance)
          Extracts cluster centers from an ordered List of points.
 

Method parameters in edu.stanford.rsl.konrad.utils with type arguments of type PointND
static java.util.ArrayList<PointND> DoublePrecisionPointUtil.extractClusterCenter(java.util.ArrayList<PointND> pointList, double distance)
          Extracts cluster centers from an ordered List of points.
static PointND DoublePrecisionPointUtil.getGeometricCenter(java.util.ArrayList<PointND> list)
          Compute the geometric center of a set of points