Uses of Class
shh.csparse.SparseElt

Packages that use SparseElt

shh.csparse

Uses of SparseElt in shh.csparse

Subclasses of SparseElt in shh.csparse

class	SparseEltEuc A class of SparseElts should implement this interface if its underlying integral domain D is a Euclidean domain.
class	SparseEltField A class of SparseElts should implement this interface if its underlying integral domain is a field.
class	SparseEltMod2 Elements of a sparse vector over the finite field F2 = Z/(2) of two elements.
class	SparseEltModp Elements of a sparse vector over the finite field Fp = Z/(p) of p elements.
class	SparseEltZ Elements of a sparse vector over the ring of integers Z, in arbitrary precision.
class	SparseEltZBig Elements of a sparse vector over Z, using arbitrary-precision integers (BigIntegers).
class	SparseEltZInt Elements of a sparse vector over Z, using int to store the values.

Fields in shh.csparse declared as SparseElt

static SparseElt	SparseElt.ZERO A formal "0" object that can be combined in arithmetic operations with elements from another domain (a "complete" implementation of SparseElt), producing values in the other domain.
static SparseElt	SparseElt.ONE A formal "1" object that can be combined in arithmetic operations with elements from another domain (a "complete" implementation of SparseElt), producing values in the other domain.
static SparseElt	SparseElt.NEG_ONE A formal "-1" object that can be combined in arithmetic operations with elements from another domain (a "complete" implementation of SparseElt), producing values in the other domain.

Methods in shh.csparse that return SparseElt

SparseElt	P2Matrix.get(int i0, int j0)
SparseElt	SparseEltMod2.add(SparseElt y)
SparseElt	SparseEltMod2.copy(int indexOfCopy)
SparseElt	SparseEltMod2.getNegOne()
SparseElt	SparseEltMod2.getOne()
SparseElt	SparseEltMod2.getZero()
SparseElt	SparseEltMod2.multiply(SparseElt y)
SparseElt	SparseEltMod2.multiply(int newIndex, SparseElt y)
SparseElt	SparseEltMod2.negate()
SparseElt	SparseEltMod2.subtract(SparseElt y)
SparseElt	SparseEltZInt.add(SparseElt y)
SparseElt	SparseEltZInt.copy(int indexOfCopy)
SparseElt	SparseEltZInt.multiply(int newIndex, SparseElt y)
SparseElt	SparseEltZInt.negate()
SparseElt	SparseEltZInt.subtract(SparseElt y)
SparseElt	SparseEltModp.add(SparseElt y)
SparseElt	SparseEltModp.copy(int indexOfCopy)
SparseElt	SparseEltModp.getNegOne()
SparseElt	SparseEltModp.getOne()
SparseElt	SparseEltModp.getZero()
SparseElt	SparseEltModp.multiply(SparseElt y)
SparseElt	SparseEltModp.multiply(int newIndex, SparseElt y)
SparseElt	SparseEltModp.negate()
SparseElt	SparseEltModp.subtract(SparseElt y)
SparseElt	TMatrix.get(int i0, int j0)
SparseElt	SparseEltZ.getNegOne()
SparseElt	SparseEltZ.getOne()
SparseElt	SparseEltZ.getZero()
SparseElt	SparseEltZBig.add(SparseElt y)
SparseElt	SparseEltZBig.copy(int indexOfCopy)
SparseElt	SparseEltZBig.multiply(int newIndex, SparseElt y)
SparseElt	SparseEltZBig.negate()
SparseElt	SparseEltZBig.subtract(SparseElt y)
SparseElt	DNeg1Matrix.get(int i0, int j0)
SparseElt	DenseMatrixZ.get(int i, int j)
abstract SparseElt	SparseElt.add(SparseElt y) Returns a SparseElt whose value is the sum of the values in this and y, and whose index is that of this.
abstract SparseElt	SparseElt.copy(int indexOfCopy) Returns a SparseElt with the same value as this, and with index indexOfCopy.
abstract SparseElt	SparseElt.getNegOne() Returns a SparseElt from the same integral domain as this, with value -1 and unspecified index.
abstract SparseElt	SparseElt.getOne() Returns a SparseElt from the same integral domain as this, with value 1 and unspecified index.
abstract SparseElt	SparseElt.getZero() Returns a SparseElt from the same integral domain as this, with value 0 and unspecified index.
SparseElt	SparseElt.multiply(SparseElt y) Returns a SparseElt whose value is the product of the values in this and y, and whose index is that of this.
abstract SparseElt	SparseElt.multiply(int newIndex, SparseElt y) Returns a SparseElt with index newIndex and whose value is the product of the values in this and y.
abstract SparseElt	SparseElt.negate() Returns a SparseElt whose value is the negative of the value of this, and whose index is that of this.
abstract SparseElt	SparseElt.subtract(SparseElt y) Returns a SparseElt whose value is (value of this) minus (value of y), and whose index is that of this.
SparseElt	SparseV.dot(SparseV b) Returns a SparseElt with unspecified index and value equal to the dot product of this and b.
SparseElt	SparseV.getElt(int i) Returns the element with index i in the sparse vector, or null if there isn't one.
SparseElt	SparseV.getFirstFrom(int i) Returns the non-zero entry whose index in the sparse vector has the smallest possible value ≥ i.
abstract SparseElt	Matrix.get(int i, int j) Returns a SparseElt whose value is the i,j value of the matrix.
SparseElt	CSparse.get(int i, int j) Gets the i,j entry.

Methods in shh.csparse with parameters of type SparseElt

SparseElt	SparseEltMod2.add(SparseElt y)
boolean	SparseEltMod2.divides(SparseElt y)
boolean	SparseEltMod2.isEqualValue(SparseElt y)
SparseElt	SparseEltMod2.multiply(SparseElt y)
SparseElt	SparseEltMod2.multiply(int newIndex, SparseElt y)
SparseElt	SparseEltMod2.subtract(SparseElt y)
SparseElt	SparseEltZInt.add(SparseElt y)
boolean	SparseEltZInt.divides(SparseElt y)
SparseElt	SparseEltZInt.multiply(int newIndex, SparseElt y)
SparseElt	SparseEltZInt.subtract(SparseElt y)
SparseElt	SparseEltModp.add(SparseElt y)
boolean	SparseEltModp.divides(SparseElt y)
boolean	SparseEltModp.isEqualValue(SparseElt y)
SparseElt	SparseEltModp.multiply(SparseElt y)
SparseElt	SparseEltModp.multiply(int newIndex, SparseElt y)
SparseElt	SparseEltModp.subtract(SparseElt y)
boolean	SparseEltZ.isEqualValue(SparseElt y)
SparseElt	SparseEltZBig.add(SparseElt y)
boolean	SparseEltZBig.divides(SparseElt y)
SparseElt	SparseEltZBig.multiply(int newIndex, SparseElt y)
SparseElt	SparseEltZBig.subtract(SparseElt y)
void	ElemMatrix.set(SparseElt iAndVal, int j) Unsupported.
void	DenseMatrixZ.set(SparseElt rowIndexAndVal, int colIndex) Set method.
abstract SparseElt	SparseElt.add(SparseElt y) Returns a SparseElt whose value is the sum of the values in this and y, and whose index is that of this.
abstract boolean	SparseElt.divides(SparseElt y) Whether the value of this divides the value of y; that is, whether there is an x such that x * this = y.
abstract boolean	SparseElt.isEqualValue(SparseElt y) Tests whether the values are equal, ignoring the indices.
SparseElt	SparseElt.multiply(SparseElt y) Returns a SparseElt whose value is the product of the values in this and y, and whose index is that of this.
abstract SparseElt	SparseElt.multiply(int newIndex, SparseElt y) Returns a SparseElt with index newIndex and whose value is the product of the values in this and y.
abstract SparseElt	SparseElt.subtract(SparseElt y) Returns a SparseElt whose value is (value of this) minus (value of y), and whose index is that of this.
protected int	SparseV.getListIndex(SparseElt e) Same as SparseV.getListIndex(int) for e's index.
void	SparseV.alter(SparseElt factor, SparseV b) Alters this by adding to it (the value in factor) times b.
void	SparseV.alter(int i1, SparseElt factor, int i2) Alters the entry with index i1 by adding to it (the value in factor) times (the entry with index i2).
void	SparseV.scalarMult(SparseElt s) Overwrites this with its scalar product by the value stored in s.
void	SparseV.setElt(SparseElt s) Sets the entry with s's index to s.
abstract void	Matrix.set(SparseElt rowIndexAndVal, int colIndex) Check the implementation for whether it throws an UnsupportedOperationException.
void	CSparse.alterCol(int j1, SparseElt factor, int j2) Alter column j1 by adding to it the value in factor times column j2.
void	CSparse.alterRow(int i1, SparseElt factor, int i2) Alter row i1 by adding to it the value in factor times row i2.
void	CSparse.set(SparseElt rowIndexAndVal, int colIndex) Sets a matrix entry.

Constructors in shh.csparse with parameters of type SparseElt

TMatrix(int i, int j, SparseElt val)
Constructor.