Package cc.redberry.rings.poly.multivar

Interface IMonomialAlgebra<Term extends AMonomial<Term>>

All Superinterfaces:

Serializable

All Known Implementing Classes:

IMonomialAlgebra.MonomialAlgebra, IMonomialAlgebra.MonomialAlgebraZp64

public interface IMonomialAlgebra<Term extends AMonomial<Term>>
extends Serializable

Algebraic operations (multiplication, division) and utility methods for monomials.

Since:

2.3

Nested Class Summary

Nested Classes

Modifier and Type	Interface	Description
static class	IMonomialAlgebra.MonomialAlgebra<E>	Generic term algebra
static class	IMonomialAlgebra.MonomialAlgebraZp64	Term algebra for terms over Zp

Method Summary

Modifier and Type	Method	Description
Term	create(int[] exponents)	creates term with specified exponents and unit coefficient
Term	create(DegreeVector degreeVector)	creates term with specified exponents and unit coefficient
Term[]	createArray(int length)	creates generic array of specified length
default Term	divideExact(DegreeVector dividend, Term divider)	Gives quotient dividend / divider or throws ArithmeticException if exact division is not possible
default Term	divideExact(Term dividend, Term divider)	Gives quotient dividend / divider or throws ArithmeticException if exact division is not possible
Term	divideOrNull(Term dividend, Term divider)	Gives quotient dividend / divider or null if exact division is not possible
Term	getUnitTerm(int nVariables)	creates a unit term
Term	getZeroTerm(int nVariables)	creates a zero term
boolean	haveSameCoefficients(Term a, Term b)	whether two terms have the same coefficients
default boolean	isConstant(Term term)	Whether term is constant
boolean	isOne(Term term)	Whether term is one
boolean	isPureDegreeVector(Term term)	Whether term has unit coefficient
boolean	isUnit(Term term)	Whether term is unit
boolean	isZero(Term term)	Whether term is zero
Term	multiply(Term a, BigInteger b)	Multiplies term by a number
Term	multiply(Term a, Term b)	Multiplies two terms
Term	negate(Term term)	Negates term
Term	pow(Term term, int exponent)	Raise term in a power of exponent

Method Details

multiply

Term multiply(Term a,
Term b)

Multiplies two terms

multiply

Term multiply(Term a,
BigInteger b)

Multiplies term by a number

divideOrNull

Term divideOrNull(Term dividend,
Term divider)

Gives quotient dividend / divider or null if exact division is not possible

divideExact

default Term divideExact(Term dividend,
Term divider)

Gives quotient dividend / divider or throws ArithmeticException if exact division is not possible

divideExact

default Term divideExact(DegreeVector dividend,
Term divider)

Gives quotient dividend / divider or throws ArithmeticException if exact division is not possible

pow

Term pow(Term term,
int exponent)

Raise term in a power of exponent

Parameters:

term - the term

exponent - the exponent

Returns:

term^exponent

negate

Term negate(Term term)

Negates term

isZero

boolean isZero(Term term)

Whether term is zero

isOne

boolean isOne(Term term)

Whether term is one

isUnit

boolean isUnit(Term term)

Whether term is unit

isConstant

default boolean isConstant(Term term)

Whether term is constant

isPureDegreeVector

boolean isPureDegreeVector(Term term)

Whether term has unit coefficient

create

Term create(int[] exponents)

creates term with specified exponents and unit coefficient

create

Term create(DegreeVector degreeVector)

creates term with specified exponents and unit coefficient

createArray

Term[] createArray(int length)

creates generic array of specified length

getUnitTerm

Term getUnitTerm(int nVariables)

creates a unit term

getZeroTerm

Term getZeroTerm(int nVariables)

creates a zero term

haveSameCoefficients

boolean haveSameCoefficients(Term a,
Term b)

whether two terms have the same coefficients