Package gnu.lists

Interface Array<E>

All Known Subinterfaces:

AVector<E>, GVector<E>, IntSequence

All Known Implementing Classes:

AbstractCharVector, ArgListVector, Arrays.BuiltArray, Arrays.ProcTransformedArray, BitVector, Blob, ByteVector, CharBuffer, CharVector, ComposedArray, ComposedArray.AsSequence, F32Vector, F64Vector, FlattenedArray, FString, FVector, GeneralArray, GeneralArray1, IndirectIndexedSeq, IntVector, IString, IString.SubString, LongVector, Nodes.NodeVector, PrimIntegerVector, Range, Range.IntRange, S16Vector, S32Vector, S64Vector, S8Vector, ShortVector, SimpleVector, TransformedArray, U16Vector, U32Vector, U64Vector, U8Vector

public interface Array<E>

General interface to arrays of arbitrary dimension.

Method Summary

Modifier and Type	Method	Description
Array<E>	asImmutable()
int	effectiveIndex()
int	effectiveIndex(int index)
int	effectiveIndex(int[] indexes)
int	effectiveIndex(int i, int j)
int	effectiveIndex(int i, int j, int k, int... rest)
E	get()
E	get(int i)
E	get(int[] indexes)
E	get(int i, int j)
E	get(int i, int j, int k, int... rest)
boolean	getBooleanRaw(int index)
byte	getByteRaw(int index)
char	getCharRaw(int index)
double	getDoubleRaw(int index)
int	getElementKind()
float	getFloatRaw(int index)
int	getInt()
int	getInt(int arg1)
int	getInt(int[] args)
int	getInt(int arg1, int arg2)
int	getInt(int arg1, int arg2, int arg3, int... rest)
int	getIntRaw(int index)
long	getLongRaw(int index)
int	getLowBound(int dim)	Get the least dimension along the specified dimension.
E	getRaw(int index)	Given an "effective index", return element as object.
E	getRowMajor(int index)
short	getShortRaw(int index)
int	getSize()	Total number of elements.
int	getSize(int dim)	Get length along specified dimension.
boolean	isEmpty()
int	rank()	Get the rank (number of dimensions) of this array.
void	set(int[] indexes, E value)
void	setRaw(int index, E value)

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.

getElementKind

int getElementKind()

effectiveIndex

int effectiveIndex()

effectiveIndex

int effectiveIndex(int index)

effectiveIndex

int effectiveIndex(int i,
                   int j)

effectiveIndex

int effectiveIndex(int i,
                   int j,
                   int k,
                   int... rest)

effectiveIndex

int effectiveIndex(int[] indexes)

getRaw

E getRaw(int index)

Given an "effective index", return element as object.

getBooleanRaw

boolean getBooleanRaw(int index)

getCharRaw

char getCharRaw(int index)

getByteRaw

byte getByteRaw(int index)

getShortRaw

short getShortRaw(int index)

getIntRaw

int getIntRaw(int index)

getLongRaw

long getLongRaw(int index)

getFloatRaw

float getFloatRaw(int index)

getDoubleRaw

double getDoubleRaw(int index)

setRaw

void setRaw(int index,
            E value)

get

E get()

get

E get(int i)

get

E get(int i,
      int j)

get

E get(int i,
      int j,
      int k,
      int... rest)

get

E get(int[] indexes)

set

void set(int[] indexes,
         E value)

getInt

int getInt()

getInt

int getInt(int arg1)

getInt

int getInt(int arg1,
           int arg2)

getInt

int getInt(int arg1,
           int arg2,
           int arg3,
           int... rest)

getInt

int getInt(int[] args)

getRowMajor

E getRowMajor(int index)

asImmutable

Array<E> asImmutable()

getLowBound

int getLowBound(int dim)

Get the least dimension along the specified dimension.

getSize

int getSize(int dim)

Get length along specified dimension.

getSize

int getSize()

Total number of elements. Same as the product of getSize(S) for all S.