Uses of Interface
orbital.math.UnivariatePolynomial

Packages that use UnivariatePolynomial

orbital.math	Defines arithmetic objects and provides mathematical algorithms.
orbital.math.functional	Contains mathematical functors and extended functional operations.

Uses of UnivariatePolynomial in orbital.math

Methods in orbital.math that return UnivariatePolynomial

UnivariatePolynomial	UnivariatePolynomial.add(UnivariatePolynomial b)
UnivariatePolynomial	ValueFactory.asPolynomial(Vector a) Returns a polynomial view of a vector.
static UnivariatePolynomial[]	AlgebraicAlgorithms.componentPolynomials(UnivariatePolynomial p) Converts a univariate polynomial with R-vectorial coefficients into an array of polynomials obtained by coordinate projections.
UnivariatePolynomial	ValueFactory.constant(UnivariatePolynomial p) Returns an unmodifiable view of the specified polynomial.
UnivariatePolynomial	UnivariatePolynomial.modulo(UnivariatePolynomial g)
UnivariatePolynomial	ValueFactory.MONOMIAL(Arithmetic coefficient, int exponent) The univariate monomial c·Xe.
UnivariatePolynomial	ValueFactory.MONOMIAL(int exponent) The univariate monomial 1·Xe.
UnivariatePolynomial	UnivariatePolynomial.multiply(UnivariatePolynomial b)
UnivariatePolynomial	ValueFactory.polynomial(Arithmetic[] coefficients) Returns a (univariate) polynomial with the specified coefficients.
UnivariatePolynomial	ValueFactory.polynomial(double[] coefficients)
UnivariatePolynomial	ValueFactory.polynomial(int[] coefficients)
UnivariatePolynomial	UnivariatePolynomial.quotient(UnivariatePolynomial g)
UnivariatePolynomial	UnivariatePolynomial.subtract(UnivariatePolynomial b)
static UnivariatePolynomial	AlgebraicAlgorithms.vectorialPolynomial(UnivariatePolynomial[] pi) Converts an array of coordinate polynomials to a polynomial with R-vectorial coefficients.

Methods in orbital.math with parameters of type UnivariatePolynomial

UnivariatePolynomial	UnivariatePolynomial.add(UnivariatePolynomial b)
Vector	ValueFactory.asVector(UnivariatePolynomial p) Returns a vector view of the coefficients of a polynomial.
static UnivariatePolynomial[]	AlgebraicAlgorithms.componentPolynomials(UnivariatePolynomial p) Converts a univariate polynomial with R-vectorial coefficients into an array of polynomials obtained by coordinate projections.
UnivariatePolynomial	ValueFactory.constant(UnivariatePolynomial p) Returns an unmodifiable view of the specified polynomial.
java.lang.String	ArithmeticFormat.format(UnivariatePolynomial obj) Specialization of format.
java.lang.StringBuffer	ArithmeticFormat.format(UnivariatePolynomial p, java.lang.StringBuffer result, java.text.FieldPosition fieldPosition) Specialization of format.
UnivariatePolynomial	UnivariatePolynomial.modulo(UnivariatePolynomial g)
UnivariatePolynomial	UnivariatePolynomial.multiply(UnivariatePolynomial b)
Quotient	ValueFactory.quotient(Euclidean a, UnivariatePolynomial m) (disambiguates type unification).
UnivariatePolynomial	UnivariatePolynomial.quotient(UnivariatePolynomial g)
UnivariatePolynomial	UnivariatePolynomial.subtract(UnivariatePolynomial b)
static UnivariatePolynomial	AlgebraicAlgorithms.vectorialPolynomial(UnivariatePolynomial[] pi) Converts an array of coordinate polynomials to a polynomial with R-vectorial coefficients.

Uses of UnivariatePolynomial in orbital.math.functional

Methods in orbital.math.functional that return UnivariatePolynomial

static UnivariatePolynomial	Functions.polynom(int degree) polynom: R'→R'; X↦∑i=0d Xi.
static UnivariatePolynomial	Functions.polynom(Vector coeff) polynom: R'→R'; X↦∑i=0d aiXi.