gnu.lists

Interface Array<E>

All Known Implementing Classes:

AbstractCharVector, BitVector, Blob, BufferContent, ByteVector, CharBuffer, CharVector, ConstVector, F32Vector, F64Vector, FString, FVector, GeneralArray, GeneralArray1, IntVector, LineOffsets, LongVector, Nodes.NodeVector, PrimIntegerVector, S16Vector, S32Vector, S64Vector, S8Vector, ShortVector, SimpleVector, SwtCharBuffer, U16Vector, U32Vector, U64Vector, U8Vector

public interface Array<E>

General interface to arrays of arbitrary dimension.

Method Summary

Methods

Modifier and Type	Method and Description
E	get(int[] indexes)
int	getEffectiveIndex(int[] indexes)
int	getLowBound(int dim) Get the least dimension along the specified dimension.
E	getRowMajor(int index)
int	getSize(int dim) Get length along specified dimension.
boolean	isEmpty()
int	rank() Get the rank (number of dimensions) of this array.
E	set(int[] indexes, E value)
Array<E>	transpose(int[] lowBounds, int[] dimensions, int offset0, int[] factors)

Method Detail

isEmpty

boolean isEmpty()

rank

int rank()

Get the rank (number of dimensions) of this array. The rank of a scalar is 0, of a Sequence is 1, of a matrix is 2, etc.

getEffectiveIndex

int getEffectiveIndex(int[] indexes)

get

E get(int[] indexes)

set

E set(int[] indexes,
    E value)

getRowMajor

E getRowMajor(int index)

getLowBound

int getLowBound(int dim)

Get the least dimension along the specified dimension.

getSize

int getSize(int dim)

Get length along specified dimension.

transpose

Array<E> transpose(int[] lowBounds,
                 int[] dimensions,
                 int offset0,
                 int[] factors)