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## Uses of Interface
org.ascape.model.space.Location

Packages that use Location
edu.brook |
edu.brook.sugarscape |
name.milesparker.epi |
name.milesparker.epi.plague |
name.milesparker.epi.region |
name.milesparker.markets |
org.ascape.model |
org.ascape.model.space |
org.eclipse.amp.amf.examples.escape |
org.eclipse.amp.examples.heatbugs |
org.metaabm.examples.stupid1 |
org.metaabm.examples.stupid2 |
org.metaabm.examples.stupid3 |
org.metaabm.examples.stupid5 |
org.metaabm.gen.test |

Uses of Location in edu.brook

Classes in edu.brook that implement Location
`class` | `DemographicPrisonersDilemma` Demographic Prisoner_s Dilemma Java Implementation.
`class` | `DemographicPrisonersDilemma3D` Demographic Prisoner_s Dilemma Java Implementation.
`class` | `PlayCell` Play Cell Java Implementation.
`class` | `Player` Player Java Implementation.

Uses of Location in edu.brook.sugarscape

Classes in edu.brook.sugarscape that implement Location
`class` | `GAS_Base` G A S_ Base Java Implementation.
`class` | `SugarAgent` Sugar Agent Java Implementation.
`class` | `SugarCell` Sugar Cell Java Implementation.

Uses of Location in name.milesparker.epi

Classes in name.milesparker.epi that implement Location
`class` | `Epidemic` Epidemic Java Implementation.
`class` | `Epidemic3D` Epidemic Java Implementation.
`class` | `Epidemic3DTiles` Demonstrates how to define custom 3D and color providers.
`class` | `Individual` Individual Java Implementation.
`class` | `Place` Place Java Implementation.

Uses of Location in name.milesparker.epi.plague

Classes in name.milesparker.epi.plague that implement Location
`class` | `Flea` Flea Java Implementation.
`class` | `Rat` Rat Java Implementation.

Uses of Location in name.milesparker.epi.region

Classes in name.milesparker.epi.region that implement Location
`class` | `City` City Java Implementation.
`class` | `City3D` City Java Implementation.
`class` | `EpidemicPeriods`
`class` | `Region` Region Java Implementation.
`class` | `Region3D` Region Java Implementation.
`class` | `RegionalLocation` Regional Location Java Implementation.

Uses of Location in name.milesparker.markets

Classes in name.milesparker.markets that implement Location
`class` | `Firm` Firm Java Implementation.
`class` | `Instrument` Instrument Java Implementation.
`class` | `Markets` Markets Java Implementation.
`class` | `Markets3D` Markets Java Implementation.
`class` | `Trader` Trader Java Implementation.

Uses of Location in org.ascape.model

Classes in org.ascape.model that implement Location
`class` | `Cell` The base class for all members of lattices.
`class` | `CellOccupant` An occupant of a cell within a lattice.
`class` | `HostCell` An cell capable fo serving as a 'home' for agents.
`class` | `LocatedAgent` An agent that has a location in continuous space.
`class` | `MomentumAgent` An agent that has momentum and heading in space.
`class` | `Scape` The base class for all collections of agents within ascape.

Methods in org.ascape.model that return Location
`Location` | `Scape.getPrototype()`

Methods in org.ascape.model with parameters of type Location
`Agent` | `Scape.findRandom(Location excludeAgent)` Returns a random unoccupied discrete location in the space given with the lattice.
`boolean` | `Scape.isHome(Location a)`

Uses of Location in org.ascape.model.space

Subinterfaces of Location in org.ascape.model.space
`interface` | `Node` The Interface Node.
`interface` | `NodeOccupant` The Interface NodeOccupant.

Classes in org.ascape.model.space that implement Location
`class` | `DefaultLocation` The Class DefaultLocation.
`class` | `DefaultNode` The Class DefaultNode.

Methods in org.ascape.model.space that return Location
`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.findMaximum(DataPoint point)` Find maximum.
`Location` | `CollectionSpace.findMaximum(DataPoint point)` Returns the agent with the maximum value.
`Location` | `CollectionSpace.findMaximum(java.util.Iterator iter, DataPoint dataPoint)` Find the maximum cell of some data point.
`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.findMinimum(DataPoint point)` Find minimum.
`Location` | `CollectionSpace.findMinimum(DataPoint point)` Returns the agent with the minimum value.
`Location` | `CollectionSpace.findMinimum(java.util.Iterator iter, DataPoint dataPoint)` Find minimum.
`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.
`Location` | `Space.findRandom()` Find random.
`Location` | `Singleton.findRandom()`
`Location` | `CollectionSpace.findRandom()` Returns an agent randomly selected from the collection.
`Location` | `Array2DBase.findRandom()` Returns a cell randomly selected from the lattice.
`Location` | `Array1D.findRandom()` Returns a cell randomly selected from the lattice.
`Location` | `Space.findRandom(Conditional condition)` Find random.
`Location` | `CollectionSpace.findRandom(Conditional condition)` Returns an agent randomly that matches a condition.
`Location` | `Array2DBase.findRandom(int x, int y, int width, int height)` Returns a random unoccupied discrete location in the space given with the lattice.
`Location` | `Space.findRandom(Location excludeLocation)` Find random.
`Location` | `CollectionSpace.findRandom(Location excludeLocation)` Returns a random unoccupied discrete location in the space given with the lattice.
`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.
`Location` | `Array2DBase.findRandom(Node cell, int x, int y, int width, int height)` Returns a random unoccupied discrete location in the space given with the lattice.
`Location` | `Discrete.findRandomAvailable(Node origin, Conditional condition, boolean includeSelf, double distance)`
`Location` | `Discrete.findRandomAvailableNeighbor(Node location)`
`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)`
`Location` | `Discrete.findRandomNeighbor(Node location, Conditional condition)`
`Location` | `Array2DBase.findRandomRelative(Node cell, int x, int y, int width, int height)` Returns a random unoccupied discrete location in the space given with the lattice.
`Location` | `Space.findRandomWithin(Location origin, Conditional condition, boolean includeSelf, double distance)`
`Location` | `CollectionSpace.findRandomWithin(Location origin, Conditional condition, boolean includeSelf, double distance)`
`Location` | `Relative.findRelative(Location location, Coordinate coordinate)` Find relative.
`Location` | `Array2DBase.findRelative(Location location, Coordinate coordinate)` Locates a cell based on a relative reference.
`Location` | `Space.get(Coordinate coordinate)` Get.
`Location` | `CollectionSpace.get(Coordinate coordinate)` Returns the cell existing at the specified coordinate.
`Location` | `Array2DBase.get(Coordinate coordinate)` Returns the cell existing at the specified coordinate.
`Location` | `Array1D.get(Coordinate coordinate)` Returns the object (agent) existing at the specified coordinate.
`Location` | `CoordinateGraph.getLocation()` Gets the location.
`Location[]` | `Singleton.getLocations()` Returns all agents in the space as an array.
`Location[]` | `Array1D.getLocations()` Returns all agents in the space as an array.
`Location` | `BFSWithinIterator.getOrigin()` Gets the origin.
`Location` | `SpaceContext.getPrototype()` Gets the prototype.
`Location` | `Mutable.newLocation()` Creates a new agent in the space by cloning the prototype agent, adding it to an arbitrary place (usually the 'end'), and initializing it.
`Location` | `CollectionSpace.newLocation()` Creates a new agent in this collection by cloning the prototype agent, adding it to the end of the vector, and initializing it.
`Location` | `Space.newLocation(boolean randomLocation)` New location.
`Location` | `Mutable.newLocation(boolean randomLocation)` Creates a new agent in this list by cloning the prototype agent, adding it to a random or arbitrary (usually the 'end') place in the list, and initializing it.
`Location` | `CollectionSpace.newLocation(boolean randomLocation)` Creates a new agent in this collection by cloning the prototype agent, adding it to a random or arbitrary (last in this case) place in the collection, and initializing it.

Methods in org.ascape.model.space with parameters of type Location
`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)`
`double` | `Space.calculateDistance(Location origin, Location target)` Calculate distance.
`double` | `CollectionSpace.calculateDistance(Location origin, Location target)` Returns the shortest distance between one agent and another.
`Coordinate` | `Continuous2D.calculateRelativePosition(Location origin, Location target)` Returns the shortest relative position of two agents.
`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` | `Space.findRandom(Location excludeLocation)` Find random.
`Location` | `CollectionSpace.findRandom(Location excludeLocation)` Returns a random unoccupied discrete location in the space given with the lattice.
`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.
`Location` | `Space.findRandomWithin(Location origin, Conditional condition, boolean includeSelf, double distance)`
`Location` | `CollectionSpace.findRandomWithin(Location origin, Conditional condition, boolean includeSelf, double distance)`
`Location` | `Relative.findRelative(Location location, Coordinate coordinate)` Find relative.
`Location` | `Array2DBase.findRelative(Location location, Coordinate coordinate)` Locates a cell based on a relative reference.
`boolean` | `SpaceContext.isHome(Location a)` Checks if is home.
`void` | `SubListSpace.moveAway(Location origin, Coordinate target, double distance)` Moves an agent toward the specified agent in the context of the superscape.
`void` | `SubCollection.moveAway(Location origin, Coordinate target, double distance)` Moves an agent toward the specified agent in the context of the superscape.
`void` | `Space.moveAway(Location origin, Coordinate target, double distance)` Move away.
`void` | `Singleton.moveAway(Location origin, Coordinate target, double distance)` Moves an agent toward the specified agent.
`void` | `Continuous2D.moveAway(Location origin, Coordinate target, double distance)` Moves an agent from its original coordinate away from the target coordinate.
`void` | `CollectionSpace.moveAway(Location origin, Coordinate target, double distance)` Moves an agent toward the specified agent.
`void` | `SubListSpace.moveToward(Location origin, Coordinate target, double distance)` Moves an agent toward the specified agent in the context of the superscape.
`void` | `SubCollection.moveToward(Location origin, Coordinate target, double distance)` Moves an agent toward the specified agent in the context of the superscape.
`void` | `Space.moveToward(Location origin, Coordinate target, double distance)` Move toward.
`void` | `Singleton.moveToward(Location origin, Coordinate target, double distance)` Moves an agent toward the specified agent.
`void` | `Continuous2D.moveToward(Location origin, Coordinate target, double distance)` Moves an agent from its original coordinate towards its target coordinate.
`void` | `Continuous1D.moveToward(Location origin, Coordinate target, double distance)` Moves an agent from its original coordinate towards its target coordinate.
`void` | `Continuous.moveToward(Location origin, Coordinate target, double distance)` Moves an agent toward the specified agent.
`void` | `CollectionSpace.moveToward(Location origin, Coordinate target, double distance)` Moves an agent toward the specified agent.
`void` | `Space.set(Coordinate coordinate, Location agent)` Set.
`void` | `CollectionSpace.set(Coordinate coordinate, Location agent)` Sets the agent at the specified coordinate to the supplied agent.
`void` | `Array2DBase.set(Coordinate coordinate, Location cell)` Sets the cell existing at the specified coordinate.
`void` | `Array2DBase.set(int xPosition, int yPosition, Location cell)` Sets the cell existing at the specified coordinate.
`Node` | `ListBase.set(int index, Location o, boolean isParent)` Sets the agent at the specified coordinate to the supplied agent.
`void` | `CoordinateGraph.setLocation(Location location)` Sets the location.

Constructors in org.ascape.model.space with parameters of type Location
`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.
`CoordinateGraph(Location location)` Instantiates a new coordinate graph.

Uses of Location in org.eclipse.amp.amf.examples.escape

Classes in org.eclipse.amp.amf.examples.escape that implement Location
`class` | `Block` Block Java Implementation.
`class` | `WikiExample` WikiExample Java Implementation.
`class` | `WikiExample3D` WikiExample Java Implementation.

Uses of Location in org.eclipse.amp.examples.heatbugs

Classes in org.eclipse.amp.examples.heatbugs that implement Location
`class` | `HeatBug` Heat Bug Java Implementation.
`class` | `Heatbugs` Heatbugs Java Implementation.
`class` | `Heatbugs3D` Heatbugs Java Implementation.
`class` | `Heatbugs3DCustom`
`class` | `HeatCell` Heat Cell Java Implementation.

Uses of Location in org.metaabm.examples.stupid1

Classes in org.metaabm.examples.stupid1 that implement Location
`class` | `Bug` Bug Java Implementation.
`class` | `Habitat` Habitat Java Implementation.
`class` | `StupidModel1` StupidModel1 Java Implementation.
`class` | `StupidModel13D` StupidModel1 Java Implementation.

Uses of Location in org.metaabm.examples.stupid2

Classes in org.metaabm.examples.stupid2 that implement Location
`class` | `StupidModel2` Stupid Model 2 Java Implementation.
`class` | `StupidModel23D` Stupid Model 2 Java Implementation.

Uses of Location in org.metaabm.examples.stupid3

Classes in org.metaabm.examples.stupid3 that implement Location
`class` | `StupidModel3` Stupid Model 3 Java Implementation.
`class` | `StupidModel33D` Stupid Model 3 Java Implementation.

Uses of Location in org.metaabm.examples.stupid5

Classes in org.metaabm.examples.stupid5 that implement Location
`class` | `StupidModel5` Stupid Model 5 Java Implementation.
`class` | `StupidModel53D` Stupid Model 5 Java Implementation.

Uses of Location in org.metaabm.gen.test

Classes in org.metaabm.gen.test that implement Location
`class` | `BasicCell`
`class` | `BasicModel`
`class` | `BasicMovementAgent`
`class` | `BasicMovementModel`
`class` | `BasicMovementStateAgent`
`class` | `ComplexLocation`
`class` | `ComplexMovementAgent`
`class` | `MethodsAgent`
`class` | `OperationsAgent`
`class` | `SpatialModel`
`class` | `StateAgent`

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