Uses of Interface
orbital.math.Rational

Packages that use Rational

orbital.math

Defines arithmetic objects and provides mathematical algorithms.

Uses of Rational in orbital.math

Subinterfaces of Rational in orbital.math

interface

Integer Representation of an integer number k∈Z.

Methods in orbital.math that return Rational

Rational	Rational.add(Rational b) adds two rationals returning a third as a result
Rational	Rational.divide(Rational b) divides two rationals returning a third as a result
Rational	Rational.multiply(Rational b) multiplies two rationals returning a third as a result
Rational	Rational.power(Integer b) Return ab.
Rational	Integer.power(Integer b) Return ab.
Rational	ValueFactory.rational(int p)
Rational	ValueFactory.rational(Integer p) Returns a new (integer) rational whose value is equal to p/1.
Rational	ValueFactory.rational(Integer p, Integer q) Returns a new rational whose value is equal to p/q.
Rational	ValueFactory.rational(int p, int q)
Rational	Rational.representative() Get the "canonical" representative (cancelled out and normalized) of the equivalence class of rationals equal to this.
Rational	Rational.subtract(Rational b) subtracts two rationals returning a third as a result

Methods in orbital.math with parameters of type Rational

Rational	Rational.add(Rational b) adds two rationals returning a third as a result
Rational	Rational.divide(Rational b) divides two rationals returning a third as a result
java.lang.String	ArithmeticFormat.format(Rational obj) Specialization of format.
java.lang.StringBuffer	ArithmeticFormat.format(Rational v, java.lang.StringBuffer result, java.text.FieldPosition fieldPosition) Specialization of format.
Rational	Rational.multiply(Rational b) multiplies two rationals returning a third as a result
Real	Rational.power(Rational b) Return ab.
Rational	Rational.subtract(Rational b) subtracts two rationals returning a third as a result