p5-Math-BigInt-Pari - Perl5 library to use Math::Pari for Math::BigInt routines

Property Value
Distribution NetBSD 7.1
Repository NetBSD amd64
Package name p5-Math-BigInt-Pari
Package version 1.3004nb1
Package architecture amd64
Package type tgz
Package license gnu-gpl-v2 OR artistic
Installed size 14.05 KB
Download size 7.93 KB
Official Mirror ftp.netbsd.org
Provides support for big integer in BigInt et al. calculations via means of
Math::Pari, an XS layer on top of the very fast PARI library.
Homepage: http://search.cpan.org/dist/Math-BigInt-Pari/
Categories: math, perl5


Package Version Architecture Repository
p5-Math-BigInt-Pari-1.3004nb1.tgz 1.3004nb1 i386 NetBSD
p5-Math-BigInt-Pari - - -


Name Value
gmp >=5.0.1
p5-Math-BigInt >=1.999808
p5-Math-Pari >=2.010709
perl >=5.28.0<5.30.0


Type URL
Binary Package p5-Math-BigInt-Pari-1.3004nb1.tgz
Source Package p5-Math-BigInt-Pari

Install Howto

Install p5-Math-BigInt-Pari tgz package:

# pkg_add p5-Math-BigInt-Pari

See Also

Package Description
p5-Math-BigInteger-1.0nb12.tgz Arbitrary length integer extension module for Perl
p5-Math-Calc-Units-1.07nb1.tgz Human-readable unit-aware calculator
p5-Math-Complex-1.59nb5.tgz Complex numbers and associated mathematical functions
p5-Math-Derivative-1.01nb1.tgz Numeric 1st and 2nd order differentiation
p5-Math-FFT-1.34nb2.tgz Perl module to calculate Fast Fourier Transforms
p5-Math-GMP-2.19nb1.tgz Perl 5 module for high speed arbitrary size integer math
p5-Math-Int64-0.54nb1.tgz Manipulate 64 bits integers in Perl
p5-Math-Interpolate-1.06nb3.tgz Perl module for interpolating data
p5-Math-Matrix-0.8nb1.tgz Math::Matrix - Multiply and invert Matrices
p5-Math-MatrixReal-2.13nb2.tgz Perl module for performing operations on real matrices
p5-Math-Pari-2.010809.00nb3.tgz Perl5 interface to the pari math library
p5-Math-Permute-List-1.007nb3.tgz Permute a list
p5-Math-Prime-Util-0.71.tgz Perl5 utilities related to prime numbers
p5-Math-Random-0.72nb2.tgz Random number generators
p5-Math-Random-ISAAC-1.004nb5.tgz Perl interface to the ISAAC PRNG algorithm