Uses of Interface
civitas.celestis.util.grid.Grid

Packages that use Grid

Package	Description
civitas.celestis.util.grid

Uses of Grid in civitas.celestis.util.grid

Subinterfaces of Grid in civitas.celestis.util.grid

Modifier and Type	Interface	Description
interface	DynamicGrid<E>	A grid whose size can be changed without requiring re-instantiation.

Classes in civitas.celestis.util.grid that implement Grid

Modifier and Type	Class	Description
class	ArrayGrid<E>	A static grid implemented using primitive arrays.
class	AtomicGrid<E>	A grid which stores atomic references to objects instead of the objects themselves.
class	HashGrid<E>	A grid whose data is stored as a HashMap.
class	SyncGrid<E>	A variant of the array grid which features synchronization.

Methods in civitas.celestis.util.grid that return Grid

Modifier and Type	Method	Description
static <E> Grid<E>	Grid.atomicCopyOf(Grid<? extends E> g)	Creates an atomic copy of an existing grid.
static <E> Grid<E>	Grid.atomicOf(E[][] values)	Creates a new atomic grid form a two-dimensional array of values.
Grid<Double>	DoubleArrayGrid.boxed()	Returns a new grid whose values are populated from that of this grid's values, encapsulated inside a Double object.
Grid<Double>	DoubleGrid.boxed()	Returns a new grid whose values are populated from that of this grid's values, encapsulated inside a Double object.
Grid<Float>	FloatArrayGrid.boxed()	Returns a new grid whose values are populated from that of this grid's values, encapsulated inside a Float object.
Grid<Float>	FloatGrid.boxed()	Returns a new grid whose values are populated from that of this grid's values, encapsulated inside a Float object.
Grid<Integer>	IntArrayGrid.boxed()	Returns a new grid whose values are populated from that of this grid's values, encapsulated inside a Integer object.
Grid<Integer>	IntGrid.boxed()	Returns a new grid whose values are populated from that of this grid's values, encapsulated inside a Integer object.
Grid<Long>	LongArrayGrid.boxed()	Returns a new grid whose values are populated from that of this grid's values, encapsulated inside a Long object.
Grid<Long>	LongGrid.boxed()	Returns a new grid whose values are populated from that of this grid's values, encapsulated inside a Long object.
static <E> Grid<E>	Grid.copyOf(Grid<? extends E> g)	Creates a copy of an existing grid.
static <E> Grid<E>	Grid.dynamicCopyOf(Grid<? extends E> g)	Creates a dynamic copy of an existing grid.
static <E> Grid<E>	Grid.dynamicOf(E[][] values)	Creates a new dynamic grid from a two-dimensional array of values.
<F> Grid<F>	ArrayGrid.map(Function<? super E,? extends F> f)	Applies the provided mapper function f to every element of this grid, then returns a new grid whose values are populated from that of the provided function's return values.
<F> Grid<F>	AtomicGrid.map(Function<? super E,? extends F> f)	Applies the provided mapper function f to every element of this grid, then returns a new grid whose values are populated from that of the provided function's return values.
<F> Grid<F>	Grid.map(Function<? super E,? extends F> f)	Applies the provided mapper function f to every element of this grid, then returns a new grid whose values are populated from that of the provided function's return values.
<F> Grid<F>	HashGrid.map(Function<? super E,? extends F> f)	Applies the provided mapper function f to every element of this grid, then returns a new grid whose values are populated from that of the provided function's return values.
<F> Grid<F>	SyncGrid.map(Function<? super E,? extends F> f)	Applies the provided mapper function f to every element of this grid, then returns a new grid whose values are populated from that of the provided function's return values.
<F> Grid<F>	DoubleArrayGrid.mapToObj(DoubleFunction<? extends F> f)	Applies the provided mapper function f to every element of this grid, then returns a new grid whose values are populated from that of the provided function's return values.
<F> Grid<F>	DoubleGrid.mapToObj(DoubleFunction<? extends F> f)	Applies the provided mapper function f to every element of this grid, then returns a new grid whose values are populated from that of the provided function's return values.
<F> Grid<F>	FloatArrayGrid.mapToObj(FloatFunction<? extends F> f)	Applies the provided mapper function f to every element of this grid, then returns a new grid whose values are populated from that of the provided function's return values.
<F> Grid<F>	FloatGrid.mapToObj(FloatFunction<? extends F> f)	Applies the provided mapper function f to every element of this grid, then returns a new grid whose values are populated from that of the provided function's return values.
<F> Grid<F>	IntArrayGrid.mapToObj(IntFunction<? extends F> f)	Applies the provided mapper function f to every element of this grid, then returns a new grid whose values are populated from that of the provided function's return values.
<F> Grid<F>	IntGrid.mapToObj(IntFunction<? extends F> f)	Applies the provided mapper function f to every element of this grid, then returns a new grid whose values are populated from that of the provided function's return values.
<F> Grid<F>	LongArrayGrid.mapToObj(LongFunction<? extends F> f)	Applies the provided mapper function f to every element of this grid, then returns a new grid whose values are populated from that of the provided function's return values.
<F> Grid<F>	LongGrid.mapToObj(LongFunction<? extends F> f)	Applies the provided mapper function f to every element of this grid, then returns a new grid whose values are populated from that of the provided function's return values.
<F, G> Grid<G>	ArrayGrid.merge(Grid<F> g, BiFunction<? super E,? super F,G> f)	Between this grid and the provided grid g, this applies the merger function f for each corresponding pair of elements, then returns a new grid whose elements are populated from that of the return values of the merger function f.
<F, G> Grid<G>	AtomicGrid.merge(Grid<F> g, BiFunction<? super E,? super F,G> f)	Between this grid and the provided grid g, this applies the merger function f for each corresponding pair of elements, then returns a new grid whose elements are populated from that of the return values of the merger function f.
<F, G> Grid<G>	Grid.merge(Grid<F> g, BiFunction<? super E,? super F,G> f)	Between this grid and the provided grid g, this applies the merger function f for each corresponding pair of elements, then returns a new grid whose elements are populated from that of the return values of the merger function f.
<F, G> Grid<G>	HashGrid.merge(Grid<F> g, BiFunction<? super E,? super F,G> f)	Between this grid and the provided grid g, this applies the merger function f for each corresponding pair of elements, then returns a new grid whose elements are populated from that of the return values of the merger function f.
<F, G> Grid<G>	SyncGrid.merge(Grid<F> g, BiFunction<? super E,? super F,G> f)	Between this grid and the provided grid g, this applies the merger function f for each corresponding pair of elements, then returns a new grid whose elements are populated from that of the return values of the merger function f.
static <E> Grid<E>	Grid.of(E[][] values)	Creates a new grid from a two-dimensional array of values.
Grid<E>	ArrayGrid.resize(int rows, int columns)	Returns a resized grid, whose elements are populated from that of this grid's elements.
Grid<E>	AtomicGrid.resize(int rows, int columns)	Returns a resized grid, whose elements are populated from that of this grid's elements.
Grid<E>	Grid.resize(int rows, int columns)	Returns a resized grid, whose elements are populated from that of this grid's elements.
Grid<E>	HashGrid.resize(int rows, int columns)	Returns a resized grid, whose elements are populated from that of this grid's elements.
Grid<E>	SyncGrid.resize(int rows, int columns)	Returns a resized grid, whose elements are populated from that of this grid's elements.
Grid<E>	ArrayGrid.subGrid(int r1, int c1, int r2, int c2)	Returns a sub-grid of this grid, whose values are populated from that of this grid's elements within the specified range.
Grid<E>	AtomicGrid.subGrid(int r1, int c1, int r2, int c2)	Returns a sub-grid of this grid, whose values are populated from that of this grid's elements within the specified range.
Grid<E>	Grid.subGrid(int r1, int c1, int r2, int c2)	Returns a sub-grid of this grid, whose values are populated from that of this grid's elements within the specified range.
Grid<E>	HashGrid.subGrid(int r1, int c1, int r2, int c2)	Returns a sub-grid of this grid, whose values are populated from that of this grid's elements within the specified range.
Grid<E>	SyncGrid.subGrid(int r1, int c1, int r2, int c2)	Returns a sub-grid of this grid, whose values are populated from that of this grid's elements within the specified range.
static <E> Grid<E>	Grid.syncCopyOf(Grid<? extends E> g)	Creates a thread-safe copy of an existing grid.
static <E> Grid<E>	Grid.syncOf(E[][] values)	Creates a new thread-safe grid from a two-dimensional array of values.
Grid<E>	ArrayGrid.transpose()	Returns the transpose of this grid.
Grid<E>	AtomicGrid.transpose()	Returns the transpose of this grid.
Grid<E>	Grid.transpose()	Returns the transpose of this grid.
Grid<E>	HashGrid.transpose()	Returns the transpose of this grid.
Grid<E>	SyncGrid.transpose()	Returns the transpose of this grid.

Methods in civitas.celestis.util.grid with parameters of type Grid

Modifier and Type	Method	Description
static <E> Grid<E>	Grid.atomicCopyOf(Grid<? extends E> g)	Creates an atomic copy of an existing grid.
static <E> Grid<E>	Grid.copyOf(Grid<? extends E> g)	Creates a copy of an existing grid.
static <E> Grid<E>	Grid.dynamicCopyOf(Grid<? extends E> g)	Creates a dynamic copy of an existing grid.
static int	Grids.hash(Grid<?> g)	Hashes a grid.
<F, G> Grid<G>	ArrayGrid.merge(Grid<F> g, BiFunction<? super E,? super F,G> f)	Between this grid and the provided grid g, this applies the merger function f for each corresponding pair of elements, then returns a new grid whose elements are populated from that of the return values of the merger function f.
<F, G> Grid<G>	AtomicGrid.merge(Grid<F> g, BiFunction<? super E,? super F,G> f)	Between this grid and the provided grid g, this applies the merger function f for each corresponding pair of elements, then returns a new grid whose elements are populated from that of the return values of the merger function f.
<F, G> Grid<G>	Grid.merge(Grid<F> g, BiFunction<? super E,? super F,G> f)	Between this grid and the provided grid g, this applies the merger function f for each corresponding pair of elements, then returns a new grid whose elements are populated from that of the return values of the merger function f.
<F, G> Grid<G>	HashGrid.merge(Grid<F> g, BiFunction<? super E,? super F,G> f)	Between this grid and the provided grid g, this applies the merger function f for each corresponding pair of elements, then returns a new grid whose elements are populated from that of the return values of the merger function f.
<F, G> Grid<G>	SyncGrid.merge(Grid<F> g, BiFunction<? super E,? super F,G> f)	Between this grid and the provided grid g, this applies the merger function f for each corresponding pair of elements, then returns a new grid whose elements are populated from that of the return values of the merger function f.
void	ArrayGrid.setRange(int r1, int c1, int r2, int c2, Grid<? extends E> g)	Sets a sub-grid of this grid, copying values from the provided sub-grid g.
void	AtomicGrid.setRange(int r1, int c1, int r2, int c2, Grid<? extends E> g)	Sets a sub-grid of this grid, copying values from the provided sub-grid g.
void	Grid.setRange(int r1, int c1, int r2, int c2, Grid<? extends E> g)	Sets a sub-grid of this grid, copying values from the provided sub-grid g.
void	HashGrid.setRange(int r1, int c1, int r2, int c2, Grid<? extends E> g)	Sets a sub-grid of this grid, copying values from the provided sub-grid g.
void	SyncGrid.setRange(int r1, int c1, int r2, int c2, Grid<? extends E> g)	Sets a sub-grid of this grid, copying values from the provided sub-grid g.
static <E> Grid<E>	Grid.syncCopyOf(Grid<? extends E> g)	Creates a thread-safe copy of an existing grid.

Constructors in civitas.celestis.util.grid with parameters of type Grid

Modifier	Constructor	Description
	ArrayGrid(Grid<? extends E> g)	Creates a new array grid.
	AtomicGrid(Grid<? extends E> g)	Creates a new atomic grid.
	HashGrid(Grid<? extends E> g)	Creates a new hash grid.
	SyncGrid(Grid<? extends E> g)	Creates a new synchronized grid.