Package repast.simphony.space.grid

package repast.simphony.space.grid

Related Packages

Package	Description
repast.simphony.space

Class	Description
AbstractGrid<T,U>	Default implementation of an n-dimensional grid.
AbstractGrid.PointHolder	A little class used for getting rid of some hash table lookups.
AbstractGridPointTranslator	Implements transform according to default grid moveTo semantics.
BouncyBorders	Calculates a new location by translating a current one.
CellAccessor<T,U>
DefaultGrid<T>	A default implementation of a grid backed by a map.
FastDenseSingleOccuGrid<T>	Default implementation of an n-dimensional continuous space.
FastDenseSingleOccuGrid.FastDenseAccessor<V>	An acessor for this grid class.
Grid<T>	Interface for classes implementing grid type projection space.
GridAdder<T>
GridBuilderParameters<T>	Parameters for creating grids.
GridDimensions	Encapsulates the dimensions of a space in N dimensions.
GridPoint	Represents an n-dimensional discrete point in a grid.
GridPointTranslator	Interface for classes that will translate a point by some specified amount.
GridPointTranslatorDecorator	This represents a PointTranslator that performs an operation using its methods, and then after it has finished doing its translations will pass its result to another PointTranslator.
InfiniteBorders<T>	This represents an infinite space.
MooreContains<T>	Determines whether or not a particular target is in the Moore neighborhood of a particular source.
MultiOccupancyCellAccessor<T>	Coordinate accessor where a location can hold multiple individual objects.
RandomGridAdder<T>	This will place the added object at a random location in the space.
SimpleGridAdder<T>	This is a simple implementation of an adder that doesn't perform any action.
SingleOccupancyCellAccessor<T>	Coordinate accessor for a space where each location holds a single object.
StickyBorders	Border implementation where translates across the border limits are clamped to the border coordinates.
StrictBorders	Strict border implementation.
VNContains<T>	Determines whether or not a particular target object is in the Von Neumann neighborhood of a particular source.
WrapAroundBorders	Periodic type border implementation.