Uses of Interface
org.ascape.util.Conditional

Packages that use Conditional

org.ascape.model
org.ascape.model.space
org.ascape.util
org.ascape.util.data

Uses of Conditional in org.ascape.model

Fields in org.ascape.model declared as Conditional

static Conditional	HostCell.IS_AVAILABLE
static Conditional	HostCell.IS_OCCUPIED

Methods in org.ascape.model that return Conditional

protected static Conditional

Cell.hostedCondition(Conditional condition)

Methods in org.ascape.model with parameters of type Conditional

int	Cell.countNeighbors(Conditional condition) Returns the number of cells that are neighbors and that meet the supplied condition.
int	LocatedAgent.countWithin(Conditional condition, boolean includeSelf, double distance) Returns the number of agents within the specified distance of the agent that meet some condition.
int	LocatedAgent.countWithin(Conditional condition, double distance) Returns the number of agents within the specified distance of the agent that meet some condition.
int	Scape.countWithin(Coordinate origin, Conditional condition, boolean includeSelf, double distance) Returns the number of agents within the specified distance of the agent that meet some condition.
java.util.List	Scape.find(Conditional condition) Find the maximum cell of some data point.
LocatedAgent	Scape.findMaximumWithin(Coordinate coordinate, DataPoint dataPoint, Conditional condition, boolean includeSelf, double distance)
LocatedAgent	Scape.findMinimumWithin(Coordinate coordinate, DataPoint dataPoint, Conditional condition, boolean includeSelf, double distance)
LocatedAgent	CellOccupant.findNearest(Conditional condition) Returns the closest agent within the specified distance from this agent that meet some condition.
LocatedAgent	LocatedAgent.findNearest(Conditional condition) Returns the closest agent that meet some condition.
LocatedAgent	CellOccupant.findNearest(Conditional condition, boolean includeSelf, double distance) Returns the closest agent within the specified distance from this agent that meet some condition.
LocatedAgent	LocatedAgent.findNearest(Conditional condition, boolean includeSelf, double distance) Returns the closest agent within the specified distance from this agent that meet some condition.
LocatedAgent	CellOccupant.findNearest(Conditional condition, double distance) Returns the closest agent within the specified distance from this agent that meet some condition.
LocatedAgent	LocatedAgent.findNearest(Conditional condition, double distance) Returns the closest agent within the specified distance from this agent that meet some condition.
LocatedAgent	Scape.findNearest(Coordinate origin, Conditional condition, boolean includeOrigin, double distance) Finds the nearest agent that meets some condition.
LocatedAgent	HostCell.findNearestOccupants(Conditional condition) Returns the closest agent within the specified distance from this agent that meet some condition.
LocatedAgent	HostCell.findNearestOccupants(Conditional condition, boolean includeSelf, double distance) Returns the closest agent within the specified distance from this agent that meet some condition.
LocatedAgent	HostCell.findNearestOccupants(Conditional condition, double distance) Returns the closest agent within the specified distance from this agent that meet some condition.
java.util.List	HostCell.findOccupantsWithin(Conditional condition, boolean includeSelf, double distance)
java.util.List	HostCell.findOccupantsWithin(Conditional condition, double distance)
Agent	Scape.findRandom(Conditional condition) Returns an agent randomly that matches a condition.
java.util.List	CellOccupant.findWithin(Conditional condition, boolean includeSelf, double distance) Returns all agents within the specified distance of the agent on the host scape.
java.util.List	LocatedAgent.findWithin(Conditional condition, boolean includeSelf, double distance) Returns all agents within the specified distance of the agent that meet some condition.
java.util.List	CellOccupant.findWithin(Conditional condition, double distance) Returns all agents within the specified distance of the agent on the host scape.
java.util.List	LocatedAgent.findWithin(Conditional condition, double distance) Returns all agents within the specified distance of the agent that meet some condition, excluding this agent.
java.util.List	Scape.findWithin(Coordinate origin, Conditional condition, boolean includeSelf, double distance) Returns all agents within the specified distance of the agent.
java.util.List	Cell.getNeighbors(Conditional condition) Returns the neighbors of the cell that meet the supplied condition.
boolean	LocatedAgent.hasWithin(Conditional condition, boolean includeSelf, double distance) Returns the number of agents within the specified distance of the agent that meet some condition.
boolean	LocatedAgent.hasWithin(Conditional condition, double distance) Returns the number of agents within the specified distance of the agent that meet some condition.
boolean	Scape.hasWithin(Coordinate origin, Conditional condition, boolean includeSelf, double distance) Returns if there are agents within the specified distance of the origin that meet some Condition.
protected static Conditional	Cell.hostedCondition(Conditional condition)
java.util.Iterator	Scape.withinIterator(Coordinate origin, Conditional condition, boolean includeSelf, double distance) Returns an iteration across all agents the specified distance from the origin.

Constructors in org.ascape.model with parameters of type Conditional

Scape.ConditionalIterator(java.util.Iterator iter, Conditional condition)

Uses of Conditional in org.ascape.model.space

Methods in org.ascape.model.space that return Conditional

protected Conditional

CollectionSpace.createSpatialConditional(Coordinate origin, Conditional condition, boolean includeSelf, double distance) Creates the spatial conditional.

Methods in org.ascape.model.space with parameters of type Conditional

protected java.util.Iterator	Discrete.bfsWithinIterator(Location origin, Conditional condition, boolean includeSelf, double distance) This is the findWithin code from Graph.
protected java.util.Iterator	Array2DSmallWorld.bfsWithinIterator(Location origin, Conditional condition, boolean includeSelf, double distance)
java.util.Iterator	Space.conditionalIterator(Conditional condition) Conditional iterator.
java.util.Iterator	CollectionSpace.conditionalIterator(Conditional condition)
static java.util.Iterator	CollectionSpace.conditionalIterator(java.util.Iterator iter, Conditional condition) Conditional iterator.
int	Space.countWithin(Coordinate origin, Conditional condition, boolean includeSelf, double distance) Count within.
int	CollectionSpace.countWithin(Coordinate origin, Conditional condition, boolean includeSelf, double distance) Returns the number of agents within the specified distance of the agent that meet some condition.
int	Array2D.countWithin(Coordinate origin, Conditional condition, boolean includeOrigin, double maximumDistance) Returns the number of cells within the supplied distance that meet the supplied condition.
protected Conditional	CollectionSpace.createSpatialConditional(Coordinate origin, Conditional condition, boolean includeSelf, double distance) Creates the spatial conditional.
static java.util.List	CollectionSpace.filter(java.util.Collection list, Conditional condition) Filter.
java.util.List	Space.find(Conditional condition) Find.
java.util.List	CollectionSpace.find(Conditional condition) Finds all locations with specified condition.
Node[]	Array2DBase.findCells(Conditional condition) Finds cells within the space that meet some condition.
Node[]	Array2DBase.findCells(Conditional condition, int _x, int _y, int width, int height) Finds cells within the specified space that meet some condition.
Node	ListBase.findFirstMatchInRank(Coordinate origin, Conditional condition, int rank) Returns a random element in the supplied rank that matches the supplied condition, null if no matches.
Location	Array2D.findFirstMatchInRank(Coordinate origin, Conditional condition, int rank) Returns the first element in the supplied rank that matches the supplied condition, null if no matches.
Location	Space.findMaximumWithin(Coordinate coordinate, DataPoint dataPoint, Conditional condition, boolean includeSelf, double distance) Find maximum within.
Location	CollectionSpace.findMaximumWithin(Coordinate coordinate, DataPoint dataPoint, Conditional condition, boolean includeSelf, double distance)
Location	Space.findMinimumWithin(Coordinate coordinate, DataPoint dataPoint, Conditional condition, boolean includeSelf, double distance) Find minimum within.
Location	CollectionSpace.findMinimumWithin(Coordinate coordinate, DataPoint dataPoint, Conditional condition, boolean includeSelf, double distance)
Location	Space.findNearest(Coordinate origin, Conditional condition, boolean includeOrigin, double distance) Find nearest.
Location	Graph.findNearest(Coordinate origin, Conditional condition, boolean includeOrigin, double distance) Finds the nearest agent that meets some condition.
Location	CollectionSpace.findNearest(Coordinate origin, Conditional condition, boolean includeOrigin, double distance) Finds the nearest agent that meets some condition.
Location	Array2DSmallWorld.findNearest(Coordinate origin, Conditional condition, boolean includeOrigin, double distance) Finds the nearest agent that meets some condition.
Location	Array2D.findNearest(Coordinate origin, Conditional condition, boolean includeOrigin, double distance) Finds the nearest cell that meets some condition.
Location	Array.findNearest(Coordinate origin, Conditional condition, boolean includeOrigin, double maximumDistance) Finds the nearest cell that meets some condition.
Location	Space.findNearest(Location origin, Conditional condition, boolean includeOrigin, double distance)
Location	CollectionSpace.findNearest(Location origin, Conditional condition, boolean includeOrigin, double distance) Finds the nearest agent that meets some condition.
Location	Discrete.findNearestAvailable(Location origin, Conditional condition, boolean includeOrigin, double distance)
Location	Discrete.findNearestBFS(Coordinate origin, Conditional condition, boolean includeOrigin, double distance) Finds the nearest agent that meets some condition.
int	ListBase.findNearestMatchRank(Coordinate origin, Conditional condition, boolean includeOrigin) Returns the nearest rank that includes a cell which matches the supplied condition, -1 if no matches.
int	ListBase.findNearestMatchRank(Coordinate origin, Conditional condition, boolean includeOrigin, double maximumDistance) Returns the nearest rank that includes a cell which matches the supplied condition, -1 if no matches.
int	Array2DSmallWorld.findNearestMatchRank(Coordinate origin, Conditional condition, boolean includeOrigin, double maximumDistance)
int	Array2D.findNearestMatchRank(Coordinate origin, Conditional condition, boolean includeOrigin, double maximumDistance) Returns the nearest rank that includes a cell which matches the supplied condition, -1 if no matches.
abstract int	Array.findNearestMatchRank(Coordinate origin, Conditional condition, boolean includeOrigin, double maximumDistance) Returns the nearest rank that includes a cell which matches the supplied condition, -1 if no matches.
Location	Space.findRandom(Conditional condition) Find random.
Location	CollectionSpace.findRandom(Conditional condition) Returns an agent randomly that matches a condition.
Location	Space.findRandom(Location exclude, Conditional condition)
Location	CollectionSpace.findRandom(Location exclude, Conditional condition) Returns an agent randomly that matches a condition, excluding the coordinate.
Node	Discrete.findRandomAvailable(Conditional condition)
Location	Discrete.findRandomAvailable(Node origin, Conditional condition, boolean includeSelf, double distance)
Location	ListBase.findRandomMatchInRank(Coordinate origin, Conditional condition, int rank) Returns a random element in the supplied rank that matches the supplied condition, null if no matches.
Location	Array2DSmallWorld.findRandomMatchInRank(Coordinate origin, Conditional condition, int rank)
Location	Array2D.findRandomMatchInRank(Coordinate origin, Conditional condition, int rank) Returns a random element in the supplied rank that matches the supplied condition, null if no matches.
abstract Location	Array.findRandomMatchInRank(Coordinate origin, Conditional condition, int rank) Returns a random element in the supplied rank that matches the supplied condition, null if no matches.
Location	Discrete.findRandomNeighbor(Node location, Conditional condition)
Location	Space.findRandomWithin(Location origin, Conditional condition, boolean includeSelf, double distance)
Location	CollectionSpace.findRandomWithin(Location origin, Conditional condition, boolean includeSelf, double distance)
java.util.List	Space.findWithin(Coordinate origin, Conditional condition, boolean includeSelf, double distance) Find within.
java.util.List	CollectionSpace.findWithin(Coordinate origin, Conditional condition, boolean includeSelf, double distance) Returns all agents within the specified distance of the agent.
java.util.List	Array.findWithin(Coordinate origin, Conditional condition, boolean includeOrigin, double distance) Returns cells that are near the provided coordinate.
boolean	Space.hasWithin(Coordinate origin, Conditional condition, boolean includeSelf, double distance) Checks for within.
boolean	CollectionSpace.hasWithin(Coordinate origin, Conditional condition, boolean includeSelf, double distance) Returns if there are agents within the specified distance of the origin that meet some Condition.
boolean	Array2D.hasWithin(Coordinate origin, Conditional condition, boolean includeOrigin, double maximumDistance) Returns true if there is a cell within the supplied distance that meets the supplied condition.
java.util.Iterator	Space.withinIterator(Coordinate origin, Conditional condition, boolean includeSelf, double distance) Within iterator.
java.util.Iterator	Graph.withinIterator(Coordinate origin, Conditional condition, boolean includeSelf, double distance)
java.util.Iterator	CollectionSpace.withinIterator(Coordinate origin, Conditional condition, boolean includeSelf, double distance) Returns an iteration across all agents the specified distance from the origin.
java.util.Iterator	Array2DSmallWorld.withinIterator(Coordinate origin, Conditional condition, boolean includeSelf, double distance)

Constructors in org.ascape.model.space with parameters of type Conditional

BFSWithinIterator(Discrete space, Location origin, Conditional condition, boolean includeSelf, double distance)
Instantiates a new BFS within iterator.

BFSWithinIterator2DSmallWorld(Discrete space, Location origin, Conditional condition, boolean includeSelf, double distance)
Instantiates a new BFS within iterator2 D small world.

CollectionSpace.ConditionalIterator(java.util.Iterator iter, Conditional condition)
Instantiates a new conditional iterator.

Uses of Conditional in org.ascape.util

Methods in org.ascape.util that return Conditional

static Conditional	Conditionals.and(Conditional op1, Conditional op2) And.
static Conditional	Conditionals.equal(java.lang.Object compare1) Equal.
static Conditional	Conditionals.notEqual(java.lang.Object compare1) Not equal.
static Conditional	Conditionals.or(Conditional op1, Conditional op2) Or.

Methods in org.ascape.util with parameters of type Conditional

static Conditional	Conditionals.and(Conditional op1, Conditional op2) And.
static Conditional	Conditionals.or(Conditional op1, Conditional op2) Or.

Uses of Conditional in org.ascape.util.data

Classes in org.ascape.util.data that implement Conditional

class	StatCollectorCond Collects and stores aggregate statistics on some data source for every specified measurement type of that source, and for each succesive measurement of that source, while that source meets some condition.
class	StatCollectorCondCSA Stores aggregate data for values conditionally obtained for a statistic, including running sum and average.
class	StatCollectorCondCSAMM Stores conditional aggregate data for values conditionally obtained for a statistic, including running sum, average, minimum and maximum.
class	StatCollectorCondCSAMMVar Stores conditional aggregate data for values conditionally obtained for a statistic, including running sum, average, minimum and maximum.