Hi all,
It is with great pleasure that we finally release FLINT version 2.3.0
(see
http://www.flintlib.org/).
Documentation (282 pp.) is available at
http://www.flintlib.org/flint-2.3.pdf.
This huge release contains the following new/improved features:
* Support for MinGW32
* Support for Cygwin
* NTL interface
* Assembly speedups for ia64 and ARM
* A new FFT implementation
* Fast GCD in Z[x]
* Factorisation of polynomials over Z
* Factorisation of polynomials over Z/nZ (small n)
* Quadratic sieve (small sieve)
* Subquadratic GCD over Z/nZ (small n)
* Fast composition of power series
* Fast multipoint evaluation and interpolation in Z/nZ[x]
* Improved tuning of polynomial arithmetic
* New module for polynomials over Z/nZ for multiprecision n
* New module for matrices over Z/nZ[x] for small n
* Many linear algebra speedups over Z, Q, Z/nZ, Z[x],...
* Fast p-adic logarithm and exponential
* Many new arithmetic functions
* (Very) fast computation of the partition function
* Many bug fixes
* Much, much, more
The full (very long) list is available in the NEWS file:
https://github.com/wbhart/flint2/blob/trunk/NEWS
This version of FLINT covers all of the features of FLINT
version 1.5 (and much of 1.6).
Sage integration is essentially done:
http://trac.sagemath.org/sage_trac/ticket/12173
(spkg needs to be updated with the final version of FLINT
and patches need reviewing). This is due to the hard work of many people,
including Fredrik Johansson, Sebastian Pancratz, Mike Hansen and
Jean-Pierre Flori.
Contributors to this release (code, patches, bug reports,
other support):
* Fredrik Johansson
* Sebastian Pancratz
* William Hart
* Andy Novocin
* Jean-Pierre Flori
* Thomas DuBuisson
* Mike Hansen
* Curtis Bright
* Frithjof Schulze
* Bob Smith
* Martin Lee
* Frédéric Chyzak
* Lina Kulakova
* Andrés Goens
* Ralf Hemmecke
* Julien Puydt
* Dan Grayson
Best Wishes,
The FLINT Team.