Uses of Class
io.github.hakkelt.ndarrays.internal.AbstractNDArray

Packages that use AbstractNDArray

Package	Description
io.github.hakkelt.ndarrays	General framework for N-dimensional arrays holding either complex or real values.
io.github.hakkelt.ndarrays.basic	Simple reference implementation for NDArrays backed by 1D arrays of primitive values.
io.github.hakkelt.ndarrays.internal	Internal classes meant to be used for developing new NDArray-based packages, but should not be used directly.

Uses of AbstractNDArray in io.github.hakkelt.ndarrays

Subclasses of AbstractNDArray in io.github.hakkelt.ndarrays

Modifier and Type	Class	Description
class	AbstractBigDecimalNDArray	Abstract NDArray class for arbitrary precision floating point values.
class	AbstractBigIntegerNDArray	Abstract NDArray class for arbitrary precision integer values.
class	AbstractByteNDArray	Abstract NDArray class for byte (8-bit integer) values.
class	AbstractComplexNDArray<T extends Number>	Abstract NDArray class for Complex values.
class	AbstractDoubleNDArray	Abstract NDArray class for double (8-bit integer) values.
class	AbstractFloatNDArray	Abstract NDArray class for float (8-bit integer) values.
class	AbstractIntegerNDArray	Abstract NDArray class for int (8-bit integer) values.
class	AbstractLongNDArray	Abstract NDArray class for long (8-bit integer) values.
class	AbstractShortNDArray	Abstract NDArray class for short (8-bit integer) values.

Uses of AbstractNDArray in io.github.hakkelt.ndarrays.basic

Subclasses of AbstractNDArray in io.github.hakkelt.ndarrays.basic

Modifier and Type	Class	Description
class	BasicBigDecimalNDArray	Reference implementation for the NDArray of BigDecimal (arbitrary precision floating-point) values.
class	BasicBigIntegerNDArray	Reference implementation for the NDArray of BigInteger (arbitrary precision integer) values.
class	BasicByteNDArray	Reference implementation for the NDArray of byte (8 bit integer) values.
class	BasicComplexDoubleNDArray	Reference implementation for the NDArray of complex double (single-precision, 32 bit doubleing point) values.
class	BasicComplexFloatNDArray	Reference implementation for the NDArray of complex float (single-precision, 32 bit floating point) values.
class	BasicDoubleNDArray	Reference implementation for the NDArray of double (double precision, 64 bit floating-point) values.
class	BasicFloatNDArray	Reference implementation for the NDArray of float (single precision, 32 bit floating-point) values.
class	BasicIntegerNDArray	Reference implementation for the NDArray of int (32 bit integer) values.
class	BasicLongNDArray	Reference implementation for the NDArray of long (64 bit integer) values.
class	BasicShortNDArray	Reference implementation for the NDArray of short (16 bit integer) values.

Uses of AbstractNDArray in io.github.hakkelt.ndarrays.internal

Subclasses of AbstractNDArray in io.github.hakkelt.ndarrays.internal

Modifier and Type	Class	Description
class	AbstractNDArrayMaskView<T,T2 extends Number>
class	AbstractNDArrayPermuteDimsView<T,T2 extends Number>
class	AbstractNDArrayReshapeView<T,T2 extends Number>
class	AbstractNDArraySliceView<T,T2 extends Number>
class	AbstractNDArrayView<T,T2 extends Number>
class	AbstractRealNDArray<T extends Number>
class	ComplexNDArrayMaskView<T extends Number>	A view for a ComplexNDArray that selects values based on a specified mask.
class	ComplexNDArrayPermuteDimsView<T extends Number>	A view for a ComplexNDArray that permutes the order of dimensions.
class	ComplexNDArrayReshapeView<T extends Number>	A view for a ComplexNDArray that changes the shape of the parent NDArray.
class	ComplexNDArraySliceView<T extends Number>	A view for a ComplexNDArray that slices the parent ComplexNDArray.
class	RealNDArrayMaskView<T extends Number>	A view for an NDArray holding real values that selects values based on a specified mask.
class	RealNDArrayPermuteDimsView<T extends Number>	A view for an NDArray holding real values that permutes the order of dimensions.
class	RealNDArrayReshapeView<T extends Number>	A view for an NDArray holding real values that changes the shape of the parent NDArray.
class	RealNDArraySliceView<T extends Number>	A view for an NDArray holding real values that slices the parent NDArray.

Methods in io.github.hakkelt.ndarrays.internal with type parameters of type AbstractNDArray

Modifier and Type	Method	Description
<A extends AbstractNDArray<T,T2>> A	FileOperations.readComplexFromFile(DoubleBuffer buffer, A array)
<A extends AbstractNDArray<T,T2>> A	FileOperations.readComplexFromFile(FloatBuffer buffer, A array)
<A extends AbstractNDArray<T,T2>> A	FileOperations.readFromFile(File file, Function<int[],A> constructor)
<A extends AbstractNDArray<T,T2>> A	FileOperations.readFromFile(ByteBuffer buffer, A array)
<A extends AbstractNDArray<T,T2>> A	FileOperations.readFromFile(DoubleBuffer buffer, A array)
<A extends AbstractNDArray<T,T2>> A	FileOperations.readFromFile(FloatBuffer buffer, A array)
<A extends AbstractNDArray<T,T2>> A	FileOperations.readFromFile(IntBuffer buffer, A array)
<A extends AbstractNDArray<T,T2>> A	FileOperations.readFromFile(LongBuffer buffer, A array)
<A extends AbstractNDArray<T,T2>> A	FileOperations.readFromFile(ShortBuffer buffer, A array)

Methods in io.github.hakkelt.ndarrays.internal that return AbstractNDArray

Modifier and Type	Method	Description
AbstractNDArray<T,T2>	AbstractNDArrayView.getParent()
AbstractNDArray<T,T2>	AbstractNDArrayView.getTopMostParent()

Methods in io.github.hakkelt.ndarrays.internal with parameters of type AbstractNDArray

Modifier and Type	Method	Description
NDArray<T>	ArrayOperations.add(AbstractNDArray<T,T2> me, Object... addends)
NDArray<T>	ArrayOperations.addInplace(AbstractNDArray<T,T2> me, Object... addends)
NDArray<T>	ArrayOperations.concatenate(AbstractNDArray<T,T2> me, int axis, NDArray<?>... arrays)
NDArray<T>	CopyFromOperations.copyFrom(AbstractNDArray<T,T2> me, byte[] array)
NDArray<T>	CopyFromOperations.copyFrom(AbstractNDArray<T,T2> me, double[] array)
NDArray<T>	CopyFromOperations.copyFrom(AbstractNDArray<T,T2> me, float[] array)
NDArray<T>	CopyFromOperations.copyFrom(AbstractNDArray<T,T2> me, int[] array)
NDArray<T>	CopyFromOperations.copyFrom(AbstractNDArray<T,T2> me, long[] array)
NDArray<T>	CopyFromOperations.copyFrom(AbstractNDArray<T,T2> me, short[] array)
NDArray<T>	CopyFromOperations.copyFrom(AbstractNDArray<T,T2> me, Object[] array)
NDArray<T>	ArrayOperations.divide(AbstractNDArray<T,T2> me, Object... divisors)
NDArray<T>	ArrayOperations.divideInplace(AbstractNDArray<T,T2> me, Object... divisors)
NDArray<T>	ViewOperations.dropDims(AbstractNDArray<T,T2> me, int... droppedDims)
NDArray<T>	ArrayOperations.fill(AbstractNDArray<T,T2> me, double value)
NDArray<T>	ArrayOperations.fill(AbstractNDArray<T,T2> me, T value)
NDArray<T>	ArrayOperations.multiply(AbstractNDArray<T,T2> me, Object... multiplicands)
NDArray<T>	ArrayOperations.multiplyInplace(AbstractNDArray<T,T2> me, Object... multiplicands)
NDArray<T>	ViewOperations.selectDims(AbstractNDArray<T,T2> me, int... selectedDims)
NDArray<T>	ViewOperations.squeeze(AbstractNDArray<T,T2> me)
NDArray<T>	ArrayOperations.subtract(AbstractNDArray<T,T2> me, Object... substrahends)
NDArray<T>	ArrayOperations.subtractInplace(AbstractNDArray<T,T2> me, Object... substrahends)
void	FileOperations.writeToFile(File file, AbstractNDArray<T,T2> array)