Uses of Class
org.znerd.math.IntegerNumber

Uses of IntegerNumber in org.znerd.math

Subclasses of IntegerNumber in org.znerd.math

class	BigIntegerNumber Basic implementation of an integer number.
class	SmallIntegerNumber Implementation of an IntegerNumber based on a int value.

Methods in org.znerd.math that return IntegerNumber

IntegerNumber	RealNumber.trunc() Rounds to an integer number towards 0.
IntegerNumber	Power.trunc()
IntegerNumber	RationalNumber.trunc()
IntegerNumber	RationalNumber.getNumerator() Returns the numerator of this fraction.
IntegerNumber	RationalNumber.getDenominator() Returns the denominator of this fraction.
IntegerNumber	IntegerNumber.absInteger()
IntegerNumber	IntegerNumber.negateInteger()
abstract IntegerNumber	IntegerNumber.add(IntegerNumber n) Computes this + n, where n is an integer number.
IntegerNumber	IntegerNumber.subtract(IntegerNumber n) Computes this - n, where n is an integer number.
abstract IntegerNumber	IntegerNumber.multiply(IntegerNumber n) Computes this * n, where n is an integer number.
IntegerNumber	IntegerNumber.dec() Computes this-1.
IntegerNumber	IntegerNumber.inc() Computes this+1.
IntegerNumber	IntegerNumber.fac() Computes this!.
IntegerNumber	IntegerNumber.remainder(IntegerNumber n) Computes the remainder of this/n, where n is an integer number.
IntegerNumber	IntegerNumber.gcd(IntegerNumber n) Computes the greatest common divisor of this and n.
IntegerNumber	IntegerNumber.trunc()
abstract IntegerNumber	IntegerNumber.integerDivide(IntegerNumber n) Computes the integer result of this/n, where n is an integer number.
IntegerNumber	BigIntegerNumber.add(IntegerNumber n)
IntegerNumber	BigIntegerNumber.multiply(IntegerNumber n)
IntegerNumber	BigIntegerNumber.integerDivide(IntegerNumber n)
IntegerNumber	Sum.trunc() Rounds to an integer number towards 0.
IntegerNumber	Product.trunc() Rounds to an integer number towards 0.
static IntegerNumber	NumberCentral.createInteger(byte[] bytes) Returns an integer number from a byte array in two's complement notation.
static IntegerNumber	NumberCentral.valueOf(long n) Converts a long to an IntegerNumber.
static IntegerNumber	NumberCentral.valueOf(int n) Converts an int to an IntegerNumber.
static IntegerNumber	NumberCentral.valueOf(short n) Converts a short to an IntegerNumber.
static IntegerNumber	NumberCentral.valueOf(byte n) Converts a byte to an IntegerNumber.
static IntegerNumber	NumberCentral.valueOf(BigInteger n) Converts a BigInteger to an IntegerNumber.
static IntegerNumber	NumberCentral.createRandomInteger(int numBytes) Returns an IntegerNumber with a random value.
IntegerNumber	SmallIntegerNumber.negateInteger()
IntegerNumber	SmallIntegerNumber.add(IntegerNumber n)
IntegerNumber	SmallIntegerNumber.multiply(IntegerNumber n)
IntegerNumber	SmallIntegerNumber.dec()
IntegerNumber	SmallIntegerNumber.inc()
IntegerNumber	SmallIntegerNumber.integerDivide(IntegerNumber n)
IntegerNumber	SmallIntegerNumber.remainder(IntegerNumber n)

Methods in org.znerd.math with parameters of type IntegerNumber

RationalNumber	RationalNumber.pow(IntegerNumber n) Computes this**n, where n is an integer number.
protected int	IntegerNumber.compareTo(IntegerNumber n)
protected int	IntegerNumber.compareToImpl(IntegerNumber n)
abstract IntegerNumber	IntegerNumber.add(IntegerNumber n) Computes this + n, where n is an integer number.
IntegerNumber	IntegerNumber.subtract(IntegerNumber n) Computes this - n, where n is an integer number.
abstract IntegerNumber	IntegerNumber.multiply(IntegerNumber n) Computes this * n, where n is an integer number.
RationalNumber	IntegerNumber.pow(IntegerNumber n)
IntegerNumber	IntegerNumber.remainder(IntegerNumber n) Computes the remainder of this/n, where n is an integer number.
IntegerNumber	IntegerNumber.gcd(IntegerNumber n) Computes the greatest common divisor of this and n.
boolean	IntegerNumber.isRelativePrime(IntegerNumber n) Determines if this and n are relative primes.
abstract IntegerNumber	IntegerNumber.integerDivide(IntegerNumber n) Computes the integer result of this/n, where n is an integer number.
IntegerNumber	BigIntegerNumber.add(IntegerNumber n)
IntegerNumber	BigIntegerNumber.multiply(IntegerNumber n)
IntegerNumber	BigIntegerNumber.integerDivide(IntegerNumber n)
static BasicRationalNumber	BasicRationalNumber.createInstance(IntegerNumber numerator, IntegerNumber denominator) Returns an instance of a BasicRationalNumber with the given numerator and denominator.
static RationalNumber	NumberCentral.createFraction(IntegerNumber numerator, IntegerNumber denominator) Returns a fraction with the given numerator and denominator.
protected int	SmallIntegerNumber.compareToImpl(IntegerNumber n)
IntegerNumber	SmallIntegerNumber.add(IntegerNumber n)
IntegerNumber	SmallIntegerNumber.multiply(IntegerNumber n)
IntegerNumber	SmallIntegerNumber.integerDivide(IntegerNumber n)
IntegerNumber	SmallIntegerNumber.remainder(IntegerNumber n)

Constructors in org.znerd.math with parameters of type IntegerNumber

RationalNumber.RationalNumber(IntegerNumber[] parts)
Constructs a new RationalNumber with the specified numerator and denominator.

RationalNumber.RationalNumber(IntegerNumber[] parts, String asString)
Constructs a new RationalNumber with the specified numerator, denominator and textual presentation.

BasicRationalNumber.BasicRationalNumber(IntegerNumber numerator, IntegerNumber denominator)
Constructs a new BasicRationalNumber from a numerator and a denominator.

DigitSet.DigitSet(IntegerNumber[] parts, String asString)
Creates a new DigitSet instance.