Uses of Class
repast.simphony.space.continuous.NdPoint

Packages that use NdPoint

Package	Description
repast.simphony.relogo
repast.simphony.relogo.factories
repast.simphony.space
repast.simphony.space.continuous
repast.simphony.valueLayer
repast.simphony.visualization.editor.space

Uses of NdPoint in repast.simphony.relogo

Methods in repast.simphony.relogo that return NdPoint

Modifier and Type	Method	Description
NdPoint	AbstractPatch.getGridLocationAsNdPoint()
NdPoint	Patch.getGridLocationAsNdPoint()
NdPoint	AbstractTurtle.getTurtleLocation()
NdPoint	Turtle.getTurtleLocation()

Methods in repast.simphony.relogo with parameters of type NdPoint

Modifier and Type	Method	Description
static GridPoint	Utility.getGridPointAtDisplacement(NdPoint currentLocation, double[] displacement, Observer observer)	Returns the GridPoint object of the grid location corresponding to the displacement from the NdPoint currentLocation.
static AgentSet	JavaUtility.inRadiusUtility(AgentSet a, Number num, ContinuousSpace space, NdPoint location)
static GridPoint	Utility.ndPointToGridPoint(NdPoint loc)	Given a continuous space location, return the corresponding grid location as a GridPoint.
static int[]	Utility.ndPointToIntArray(NdPoint loc)	Given a continuous space location, return the corresponding grid location as an int array.
void	AbstractTurtle.setBaseTurtleProperties(Observer observer, TurtleFactory turtleFactory, String turtleShape, double heading, double color, NdPoint loc)

Uses of NdPoint in repast.simphony.relogo.factories

Methods in repast.simphony.relogo.factories with parameters of type NdPoint

Modifier and Type	Method	Description
Turtle	TurtleFactory.createTurtle(String turtleType, double heading, double color, NdPoint loc)
Turtle	TurtleFactory.createTurtle(String turtleType, NdPoint loc)
Turtle	TurtleFactory.createTurtle(NdPoint loc)

Uses of NdPoint in repast.simphony.space

Methods in repast.simphony.space with parameters of type NdPoint

Modifier and Type	Method	Description
static double	SpatialMath.calcAngleFor2DMovement(ContinuousSpace<? extends Object> space, NdPoint point1, NdPoint point2)	Calculates the angle in radians between the two points on the horizontal plane.

Uses of NdPoint in repast.simphony.space.continuous

Fields in repast.simphony.space.continuous declared as NdPoint

Modifier and Type	Field	Description
NdPoint	AbstractContinuousSpace.PointHolder.point

Methods in repast.simphony.space.continuous that return NdPoint

Modifier and Type	Method	Description
NdPoint	AbstractContinuousSpace.getLocation(Object obj)	Gets the location of the specified object.
NdPoint	ContinuousSpace.getLocation(Object obj)	Gets the location of the specified object.
NdPoint	AbstractContinuousSpace.moveByDisplacement(T object, double... displacement)	Moves the specified object from its current location by the specified amount.
NdPoint	ContinuousSpace.moveByDisplacement(T object, double... displacement)	Moves the specified object from its current location by the specified amount.
NdPoint	AbstractContinuousSpace.moveByVector(T object, double distance, double... anglesInRadians)	Moves the specifed object the specified distance from its current position along the specified angle.
NdPoint	ContinuousSpace.moveByVector(T object, double distance, double... anglesInRadians)	Moves the specifed object the specified distance from its current position along the specified angle.

Methods in repast.simphony.space.continuous that return types with arguments of type NdPoint

Modifier and Type	Method	Description
protected Map<NdPoint,Object>	DefaultContinuousSpace.createLocationStorage()

Methods in repast.simphony.space.continuous with parameters of type NdPoint

Modifier and Type	Method	Description
T	CoordinateAccessor.get(U locationStorage, NdPoint location)	Gets the item at the specified location in the map.
T	MultiOccupancyCoordinateAccessor.get(Map<NdPoint,Object> locationMap, NdPoint location)	Gets the item at the specified location in the map.
T	SingleOccupancyCoordinateAccessor.get(Map<NdPoint,Object> locationMap, NdPoint location)	Gets the item at the specified location in the map.
Iterable<T>	CoordinateAccessor.getAll(U locationStorage, NdPoint location)	Gets all the items at the specified location in the map.
Iterable<T>	MultiOccupancyCoordinateAccessor.getAll(Map<NdPoint,Object> locationMap, NdPoint location)	Gets all the items at the specified location in the map.
Iterable<T>	SingleOccupancyCoordinateAccessor.getAll(Map<NdPoint,Object> locationMap, NdPoint location)	Gets all the items at the specified location in the map.
double[]	AbstractContinuousSpace.getDisplacement(NdPoint point1, NdPoint point2)	Returns the displacement between the NdPoints point1 and point2.
double[]	ContinuousSpace.getDisplacement(NdPoint point1, NdPoint point2)	Returns the displacement between the NdPoints point1 and point2.
double	AbstractContinuousSpace.getDistance(NdPoint point1, NdPoint point2)	Calculates the euclidian distance between the NdPoints point1 and point2.
double	ContinuousSpace.getDistance(NdPoint point1, NdPoint point2)	Returns the distance between the NdPoints point1 and point2, taking into account the space's topology.
double	AbstractContinuousSpace.getDistanceSq(NdPoint point1, NdPoint point2)	Calculates the square of the euclidian distance between the NdPoints point1 and point2.
double	ContinuousSpace.getDistanceSq(NdPoint point1, NdPoint point2)	Returns the square of the distance between the NdPoints point1 and point2, taking into account the space's topology.
T	CoordinateAccessor.getRandom(cern.jet.random.Uniform distribution, U locationStorage, NdPoint location)	Gets a random item from those at the specified location in the map.
T	MultiOccupancyCoordinateAccessor.getRandom(cern.jet.random.Uniform distribution, Map<NdPoint,Object> locationMap, NdPoint location)	Gets a random item from those at the specified location in the map.
T	SingleOccupancyCoordinateAccessor.getRandom(cern.jet.random.Uniform distribution, Map<NdPoint,Object> locationMap, NdPoint location)	Gets a random item from those at the specified location in the map.
boolean	CoordinateAccessor.put(T obj, U locationStorage, NdPoint location)	Attempts to put the specified object at the specified location.
boolean	MultiOccupancyCoordinateAccessor.put(T obj, Map<NdPoint,Object> locationMap, NdPoint location)	Attempts to put the specified object at the specified location.
boolean	SingleOccupancyCoordinateAccessor.put(T obj, Map<NdPoint,Object> locationMap, NdPoint location)	Attempts to put the specified object at the specified location.
void	CoordinateAccessor.remove(T obj, U locationStorage, NdPoint location)	Removes the specified object from the location in the map.
void	MultiOccupancyCoordinateAccessor.remove(T obj, Map<NdPoint,Object> locationMap, NdPoint location)	Removes the specified object from the location in the map.
void	SingleOccupancyCoordinateAccessor.remove(T obj, Map<NdPoint,Object> locationMap, NdPoint location)	Removes the specified object from the location in the map.
void	AbstractPointTranslator.transform(NdPoint transformedLocation, double... targetLocation)	Transform the given targetLocation according to default moveTo semantics.
void	PointTranslator.transform(NdPoint transformedLocation, double... targetLocation)	Transform the given targetLocation according to this PointTranslator's semantics.
void	WrapAroundBorders.transform(NdPoint transformedLocation, double... targetLocation)	Transform the given targetLocation according to periodic "wrapped" semantics.
void	BouncyBorders.translate(NdPoint location, double[] newLocation, double... displacement)	Translate the specified location by the specified displacement.For example, if the location is (3, 4) and the displacement is (1, -2), the new location will be (4, 2).
void	PointTranslator.translate(NdPoint location, double[] newLocation, double... displacement)	Translate the specified location by the specified displacement.For example, if the location is (3, 4) and the displacement is (1, -2), the new location will be (4, 2).
void	StickyBorders.translate(NdPoint location, double[] newLocation, double... displacement)	Translates the specified location by the amount of displacement along each dimensions.
void	StrictBorders.translate(NdPoint location, double[] newLocation, double... displacement)	Translate the specified location by the specified displacement.For example, if the location is (3, 4) and the displacement is (1, -2), the new location will be (4, 2).
void	WrapAroundBorders.translate(NdPoint location, double[] newLocation, double... displacement)	Translates the specified location by the specified displacement according to periodic "wrapped" semantics.

Method parameters in repast.simphony.space.continuous with type arguments of type NdPoint

Modifier and Type	Method	Description
T	MultiOccupancyCoordinateAccessor.get(Map<NdPoint,Object> locationMap, NdPoint location)	Gets the item at the specified location in the map.
T	SingleOccupancyCoordinateAccessor.get(Map<NdPoint,Object> locationMap, NdPoint location)	Gets the item at the specified location in the map.
Iterable<T>	MultiOccupancyCoordinateAccessor.getAll(Map<NdPoint,Object> locationMap, NdPoint location)	Gets all the items at the specified location in the map.
Iterable<T>	SingleOccupancyCoordinateAccessor.getAll(Map<NdPoint,Object> locationMap, NdPoint location)	Gets all the items at the specified location in the map.
T	MultiOccupancyCoordinateAccessor.getRandom(cern.jet.random.Uniform distribution, Map<NdPoint,Object> locationMap, NdPoint location)	Gets a random item from those at the specified location in the map.
T	SingleOccupancyCoordinateAccessor.getRandom(cern.jet.random.Uniform distribution, Map<NdPoint,Object> locationMap, NdPoint location)	Gets a random item from those at the specified location in the map.
boolean	MultiOccupancyCoordinateAccessor.put(T obj, Map<NdPoint,Object> locationMap, NdPoint location)	Attempts to put the specified object at the specified location.
boolean	SingleOccupancyCoordinateAccessor.put(T obj, Map<NdPoint,Object> locationMap, NdPoint location)	Attempts to put the specified object at the specified location.
void	MultiOccupancyCoordinateAccessor.remove(T obj, Map<NdPoint,Object> locationMap, NdPoint location)	Removes the specified object from the location in the map.
void	SingleOccupancyCoordinateAccessor.remove(T obj, Map<NdPoint,Object> locationMap, NdPoint location)	Removes the specified object from the location in the map.

Constructor parameters in repast.simphony.space.continuous with type arguments of type NdPoint

Constructor	Description
DefaultContinuousSpace(String name, ContinuousAdder<T> adder, PointTranslator translator, CoordinateAccessor<T,Map<NdPoint,Object>> accessor, double... size)	Constructs this space with the specified name, adder, translator, accessor and size.

Uses of NdPoint in repast.simphony.valueLayer

Fields in repast.simphony.valueLayer with type parameters of type NdPoint

Modifier and Type	Field	Description
protected Map<NdPoint,Double>	ContinuousValueLayer.locationMap

Uses of NdPoint in repast.simphony.visualization.editor.space

Methods in repast.simphony.visualization.editor.space that return NdPoint

Modifier and Type	Method	Description
NdPoint	Projected3DSpace.getLocation(Object obj)	Gets the location of the specified object.
NdPoint	Projected3DSpace.moveByDisplacement(T object, double... displacement)	Moves the specified object from its current location by the specified amount.
NdPoint	Projected3DSpace.moveByVector(T object, double distance, double... anglesInRadians)	Moves the specifed object the specified distance from its current position along the specified angle.

Methods in repast.simphony.visualization.editor.space with parameters of type NdPoint

Modifier and Type	Method	Description
double[]	Projected3DSpace.getDisplacement(NdPoint point1, NdPoint point2)	Returns the displacement between the NdPoints point1 and point2.
double	Projected3DSpace.getDistance(NdPoint point1, NdPoint point2)	Gets the the euclidian distance between the NdPoints point1 and point2.
double	Projected3DSpace.getDistanceSq(NdPoint point1, NdPoint point2)	Gets the square of the euclidian distance between the NdPoints point1 and point2.