Uses of Class
mikera.vectorz.impl.ASparseVector

Packages that use ASparseVector

Package	Description
mikera.vectorz.impl

Uses of ASparseVector in mikera.vectorz.impl

Subclasses of ASparseVector in mikera.vectorz.impl

Modifier and Type	Class and Description
class	ASingleElementVector Abstract base classes for sparse vectors that have a single potentially non-zero element
class	ASparseIndexedVector Base class containing common implementations for sparse indexed vectors
class	AxisVector Specialised immutable unit axis vector.
class	SingleElementVector A sparse immutable vector that has a only one element that can be non-zero.
class	SparseHashedVector Hashed sparse vector, intended for large vectors with very few randomly positioned non-zero elements.
class	SparseImmutableVector Indexed sparse immutable vector Efficient for sparse vectors.
class	SparseIndexedVector Indexed sparse vector.
class	ZeroVector Specialised immutable vector containing nothing but zeros.

Methods in mikera.vectorz.impl that return ASparseVector

Modifier and Type	Method and Description
ASparseVector	SparseIndexedVector.roundToZero(double precision)
ASparseVector	ASparseVector.roundToZero(double precision) Returns a vector after replacing all elements with absolute values less-than-or-equal to precision with zeros.
ASparseVector	ASparseVector.sparse()

Methods in mikera.vectorz.impl with parameters of type ASparseVector

Modifier and Type	Method and Description
void	ZeroVector.add(ASparseVector v)
void	SparseIndexedVector.add(ASparseVector v)
void	SparseImmutableVector.add(ASparseVector v)
void	SparseHashedVector.add(ASparseVector v)
void	SingleElementVector.add(ASparseVector v)
void	AxisVector.add(ASparseVector v)
abstract void	ASparseVector.add(ASparseVector v)
void	SparseIndexedVector.addMultiple(ASparseVector v, double factor)
static SparseIndexedVector	SparseIndexedVector.create(ASparseVector source)
static AVector	SparseImmutableVector.create(ASparseVector source)
double	ASparseIndexedVector.dotProduct(ASparseVector v)
boolean	ASparseVector.equals(ASparseVector v)
void	SparseIndexedVector.multiply(ASparseVector v)
void	SparseIndexedVector.sub(ASparseVector v)