Uses of Interface
org.zfcj.math.numbers.Integer

Packages that use Integer

Package	Description
org.zfcj.math.numbers	Core numeric types for integer and real-valued arithmetic
org.zfcj.math.numbers.concrete	Provides the auto-generated ConcreteNumber abstract base class along with its singleton sub-types Zero, One, Two, etc and supporting types

Uses of Integer in org.zfcj.math.numbers

Subinterfaces of Integer in org.zfcj.math.numbers

Modifier and Type	Interface	Description
interface	NaturalNumber	A NaturalNumber is a non-negative Integer
interface	PositiveInteger	A PositiveInteger is a NaturalNumber that isn't Zero.

Methods in org.zfcj.math.numbers that return Integer

Modifier and Type	Method	Description
Integer	EuclideanAlgorithm.apply(PositiveInteger[] ints)
Integer	IntegerAddition.apply(Integer i, Integer j)
Integer	IntegerDivision.apply(Integer i, Integer j)
Integer	IntegerModulo.apply(Integer t, Integer u)
Integer	IntegerMultiplication.apply(Integer i, Integer j)
Integer	IntegerSubtraction.apply(Integer minuend, Integer subtrahend)
Integer	LeastCommonMultiple.apply(Integer[] ints)
static Integer	IntegerAddition.calculate(Integer i, Integer j)	Adds the given Integers and returns their sum
static Integer	IntegerModulo.calculate(Integer dividend, Integer divisor)	Calculates the remainder of dividing the given dividend by the given divisor
static Integer	IntegerMultiplication.calculate(Integer i, Integer j)	Multiplies the given Integers and returns their product
static Integer	IntegerSubtraction.calculate(Integer minuend, Integer subtrahend)	Subtracts the given sutrahend from the given minued returning their difference
static Integer	LeastCommonMultiple.calculate(int... ints)	Returns the least common multiple of the given integers
static Integer	LeastCommonMultiple.calculate(long... longs)	Returns the least common multiple of the given longs
static Integer	LeastCommonMultiple.calculate(BigInteger... bigs)	Returns the least common multiple of the given integers
static Integer	LeastCommonMultiple.calculate(Integer... ints)	Returns the least common multiple of the given integers
Integer	RationalNumber.denominator()	Return the denominator
default Integer	Integer.divide(Integer i)	Returns the quotient of dividing this Integer by the given Integer
default Integer	Integer.minus(Integer i)	Returns the difference between this Integer and the given Integer
default Integer	Integer.modulo(Integer i)	Returns the remainder of dividing this Integer by the given Integer
default Integer	Integer.numerator()
Integer	RationalNumber.numerator()	Return the numerator
static Integer	Integer.of(int i)	Returns an Integer whose value is the given int
static Integer	Integer.of(long i)	Returns an Integer whose value is the given long
static Integer	Integer.of(BigInteger value)	Creates a new Integer whose value is the given BigInteger
static Integer	Integer.parse(String s)	Creates a new Integer from the given string or throws an Exception if the string does not represent a Integer.
default Integer	Integer.plus(Integer i)	Returns the sum of this Integer and the given Integer
default Integer	Integer.times(Integer i)	Returns the product of this Integer and the given Integer

Methods in org.zfcj.math.numbers that return types with arguments of type Integer

Modifier and Type	Method	Description
default Stream<Integer>	Integer.countTo(Integer i)	Returns a Stream consisting of all Integers in the range from this Integer to the given Integer

Methods in org.zfcj.math.numbers with parameters of type Integer

Modifier and Type	Method	Description
Integer	IntegerAddition.apply(Integer i, Integer j)
Integer	IntegerDivision.apply(Integer i, Integer j)
Integer	IntegerModulo.apply(Integer t, Integer u)
Integer	IntegerMultiplication.apply(Integer i, Integer j)
Integer	IntegerSubtraction.apply(Integer minuend, Integer subtrahend)
Integer	LeastCommonMultiple.apply(Integer[] ints)
static Integer	IntegerAddition.calculate(Integer i, Integer j)	Adds the given Integers and returns their sum
static Integer	IntegerModulo.calculate(Integer dividend, Integer divisor)	Calculates the remainder of dividing the given dividend by the given divisor
static Integer	IntegerMultiplication.calculate(Integer i, Integer j)	Multiplies the given Integers and returns their product
static Integer	IntegerSubtraction.calculate(Integer minuend, Integer subtrahend)	Subtracts the given sutrahend from the given minued returning their difference
static Integer	LeastCommonMultiple.calculate(Integer... ints)	Returns the least common multiple of the given integers
default Stream<Integer>	Integer.countTo(Integer i)	Returns a Stream consisting of all Integers in the range from this Integer to the given Integer
default Integer	Integer.divide(Integer i)	Returns the quotient of dividing this Integer by the given Integer
static boolean	Integer.equals(Integer a, Integer b)	Returns true if the given Integers are equal, false otherwise
default boolean	Integer.greaterThan(Integer i)	Returns true if this Integer is greater than the given Integer, false otherwise
default boolean	Integer.greaterThanOrEqualTo(Integer i)	Returns true if this Integer is greater than the given Integer, false otherwise
default boolean	Integer.lessThan(Integer i)	Returns true if this Integer is less than the given Integer, false otherwise
default boolean	Integer.lessThanOrEqualTo(Integer i)	Returns true if this Integer is less than the given Integer, false otherwise
default Integer	Integer.minus(Integer i)	Returns the difference between this Integer and the given Integer
default Integer	Integer.modulo(Integer i)	Returns the remainder of dividing this Integer by the given Integer
static RationalNumber	RationalNumber.of(Integer numerator, Integer denominator)	Creates a new RationalNumber from the given Integer numerator and denominator
default Integer	Integer.plus(Integer i)	Returns the sum of this Integer and the given Integer
default Integer	Integer.times(Integer i)	Returns the product of this Integer and the given Integer
static String	Integer.toBinaryString(Integer i)	Returns a binary string representation of the given Integer

Uses of Integer in org.zfcj.math.numbers.concrete

Classes in org.zfcj.math.numbers.concrete with type parameters of type Integer

Modifier and Type	Interface	Description
interface	AtLeast<N extends Integer>	An Integer that is at least some other Integer
interface	AtMost<N extends Integer>	An Integer that is at most some other Integer

Subinterfaces of Integer in org.zfcj.math.numbers.concrete

Modifier and Type	Interface	Description
interface	AtLeast<N extends Integer>	An Integer that is at least some other Integer
interface	AtLeastEight	An Integer no less than 8
interface	AtLeastEighteen	An Integer no less than 18
interface	AtLeastEleven	An Integer no less than 11
interface	AtLeastFifteen	An Integer no less than 15
interface	AtLeastFive	An Integer no less than 5
interface	AtLeastFour	An Integer no less than 4
interface	AtLeastFourteen	An Integer no less than 14
interface	AtLeastMinusOne	An Integer no less than -1
interface	AtLeastNine	An Integer no less than 9
interface	AtLeastNineteen	An Integer no less than 19
interface	AtLeastOne	An Integer no less than 1
interface	AtLeastSeven	An Integer no less than 7
interface	AtLeastSeventeen	An Integer no less than 17
interface	AtLeastSix	An Integer no less than 6
interface	AtLeastSixteen	An Integer no less than 16
interface	AtLeastTen	An Integer no less than 10
interface	AtLeastThirteen	An Integer no less than 13
interface	AtLeastThree	An Integer no less than 3
interface	AtLeastTwelve	An Integer no less than 12
interface	AtLeastTwenty	An Integer no less than 20
interface	AtLeastTwo	An Integer no less than 2
interface	AtLeastZero	An Integer no less than 0
interface	AtMost<N extends Integer>	An Integer that is at most some other Integer
interface	AtMostEight	An Integer no greater than 8
interface	AtMostEighteen	An Integer no greater than 18
interface	AtMostEleven	An Integer no greater than 11
interface	AtMostFifteen	An Integer no greater than 15
interface	AtMostFive	An Integer no greater than 5
interface	AtMostFour	An Integer no greater than 4
interface	AtMostFourteen	An Integer no greater than 14
interface	AtMostMinusOne	An Integer no greater than -1
interface	AtMostNine	An Integer no greater than 9
interface	AtMostNineteen	An Integer no greater than 19
interface	AtMostOne	An Integer no greater than 1
interface	AtMostSeven	An Integer no greater than 7
interface	AtMostSeventeen	An Integer no greater than 17
interface	AtMostSix	An Integer no greater than 6
interface	AtMostSixteen	An Integer no greater than 16
interface	AtMostTen	An Integer no greater than 10
interface	AtMostThirteen	An Integer no greater than 13
interface	AtMostThree	An Integer no greater than 3
interface	AtMostTwelve	An Integer no greater than 12
interface	AtMostTwenty	An Integer no greater than 20
interface	AtMostTwo	An Integer no greater than 2
interface	AtMostZero	An Integer no greater than 0
interface	FourOrEight	The number Four or the number Eight
interface	NMinus1<N extends ConcreteNumber>	Represents an Integer that is 1 less than some other (integer) ConcreteNumber
interface	NPlus1<N extends ConcreteNumber>	Represents an Integer that is 1 more than some other (integer) ConcreteNumber

Classes in org.zfcj.math.numbers.concrete that implement Integer

Modifier and Type	Class	Description
class	ConcreteNumber	A ConcreteNumber is an Integer whose value is always the same specific integer and is identified by its type name.
final class	Eight	The concrete number 8
final class	Eighteen	The concrete number 18
final class	Eleven	The concrete number 11
final class	Fifteen	The concrete number 15
final class	Five	The concrete number 5
final class	Four	The concrete number 4
final class	Fourteen	The concrete number 14
final class	MinusOne	The concrete number -1
final class	Nine	The concrete number 9
final class	Nineteen	The concrete number 19
final class	One	The concrete number 1
final class	Seven	The concrete number 7
final class	Seventeen	The concrete number 17
final class	Six	The concrete number 6
final class	Sixteen	The concrete number 16
final class	Ten	The concrete number 10
final class	Thirteen	The concrete number 13
final class	Three	The concrete number 3
final class	Twelve	The concrete number 12
final class	Twenty	The concrete number 20
final class	Two	The concrete number 2
final class	Zero	The concrete number 0