Package org.zfcj.math.numbers


package org.zfcj.math.numbers
Core numeric types for integer and real-valued arithmetic
  • Class
    Description
    Represents the aleph number aleph-zero, also called aleph-nought or aleph-null, and written as ℵ₀.
    AlephNumbers represent the cardinalities of infinite sets.
    A CardinalNumber is what is commonly called the cardinality or number of elements of a set.
    A CountableNumber is a CardinalNumber that is either a NaturalNumber or Aleph0
    The Euclidean Algorithm is an efficient method for computing the (GCD) greatest common divisor of a set of integers
    A container for ThreadLocals that provide error thresholds for floating point calculations
    Represents a generic uncountable infinite cardinal
    Any integer number such as -12, 14, 0, 1 google, etc.
    A BinaryOperator that adds two Integers and returns the sum
    A BinaryOperator that divides one Integers by another and returns their quotient
    A BinaryOperator that divides one Integers by another and returns the remainder
    A BinaryOperator that multiplies two Integers and returns their product
    A BinaryOperator that subtracts one Integer from another and returns the difference
    An IrrationalNumber is a RealNumber that is not a RationalNumber.
    A Function that calculates the least common multiple of a set of Integers
    A NaturalNumber is a non-negative Integer
    Represents an actualized negative infinity, denoted as -∞, a RealNumber less than any other RealNumber
    A number of some type, ie real number, integer, etc.
    An RuntimeException that indicates a loss of numeric precision occurred.
    Represents an actualized positive infinity, denoted as +∞, a RealNumber greater than any other RealNumber
    A PositiveInteger is a NaturalNumber that isn't Zero.
    A BinaryOperator that add two RationalNumbers and returns the sum
    A BinaryOperator that multiplies two RealNumbers and returns the product
    A RationalNumber, also called a fraction, is a RealNumber that can be defined as a ratio of two Integers.
    A Function that calculates the absolute value of a RealNumber
    A BinaryOperation that returns the sum of two RealNumbers
    A BinaryOperator that divides two RealNumbers and returns the quotient
    A BinaryOperator that computes the exponentiation of one RealNumber by another
    A BinaryOperator that computes the modulo of one RealNumber by another
    A BinaryOperator that multiplies two RealNumbers and returns their product
    A RealNumber is an element of the set of RealNumbers
    A BinaryOperator that subtracts one RealNumber from another and returns their difference