Math::BigInt provides support for arbitrary precision integers. Overloading is also provided for Perl operators. Input Input values to these routines may be any scalar number or string that looks like a number and represents an integer. * Leading and...

Math::BigInt::GMP is a backend library for Math::BigInt, Math::BigFloat, Math::BigRat and related modules. Math::BigInt::GMP provides support for big integer calculations by means of the GMP C library. See <https://gmplib.org/> for more information a...

This module provides support for big integer calculations. It is not intended to be used directly, but rather as a parent class for backend libraries used by Math::BigInt, Math::BigFloat, Math::BigRat, and related modules. Other backend libraries inc...

Provides support for big integer calculations by means of the libtommath c-library. *Since: CryptX-0.029*...

Math::BigInt::Calc inherits from Math::BigInt::Lib. In this library, the numbers are represented in base B = 10**N, where N is the largest possible value that does not cause overflow in the intermediate computations. The base B elements are stored in...

Math::BigInt::GMPz is a backend library for Math::BigInt, Math::BigFloat, Math::BigRat and related modules. It is not indended to be used directly. Math::BigInt::GMPz uses Math::GMPz objects for the calculations. Math::GMPz is an XS layer on top of t...

Math::BigInt::Pari inherits from Math::BigInt::Lib. Provides support for big integer in Math::BigInt et al. calculations via means of Math::Pari, an XS layer on top of the very fast PARI library....

Math::BigInt is not very good suited to work with small (read: typical less than 10 digits) numbers, since it has a quite high per-operation overhead and is thus much slower than normal Perl for operations like: my $x = 1 + 2; # fast and correct my $...

This module implements the Math::BigInt functions fparts() and eparts() which are variants of the standard Math::BigInt method parts(). The functions fparts() and eparts() return the mantissa and exponent with the values that are common for floating ...

This is a subclass of Math::BigInt and adds support for named numbers....

Random number generator for arbitrarily large integers. Uses the Math::BigInt module to handle the generated values. This module exports a single function called random_bigint, which returns a single random Math::BigInt number of the specified range ...

Math::ModInt::BigInt is a generic implementation of Math::ModInt for arbitrarily large moduli. Like all Math::ModInt implementations, it is loaded behind the scenes when there is demand for it, without applications needing to worry about it. Note, ho...

With this module you can define constant BigInts on a per-object basis. The usual "use Math::BigInt ':constant'" will catch all integer constants in the script at compile time, but will not let you create constant values on the fly, nor work for stri...

Math::BigInt::FastCalc inherits from Math::BigInt::Calc. Provides support for big integer calculations. Not intended to be used by other modules. Other modules which sport the same functions can also be used to support Math::BigInt, like Math::BigInt...

Math::BigInt::Random::OO is a module for generating arbitrarily large random integers from a discrete, uniform distribution. The numbers are returned as Math::BigInt objects....

This is a subclass of Math::BigInt and adds support for named numbers with their name in German to Math::BigInt::Named. Usually you do not need to use this directly, but rather go via Math::BigInt::Named....

This is a subclass of Math::BigInt and adds support for named numbers with their name in English to Math::BigInt::Named. Usually you do not need to use this directly, but rather go via Math::BigInt::Named....

Math::BigFloat provides support for arbitrary precision floating point. Overloading is also provided for Perl operators. All operators (including basic math operations) are overloaded if you declare your big floating point numbers as $x = Math::BigFl...