## page was renamed from sage-3.2
= Sage 3.2 Release Tour =
Sage 3.2 was released on November 20th, 2008. For the official, comprehensive release notes, see the HISTORY.txt file that comes with the release. For the latest changes see [[http://www.sagemath.org/src/announce/sage-3.2.txt|sage-3.2.txt]].

== Subspace generation ==
Robert Miller: generate all subspaces of a vector space/projective space

== New Symbolics ==
William Stein, Burcin Erocal: high level integration of pynac into Sage


== General group algebras class ==
David Loeffler: general group algebras class

== Elliptic Curve Doctesting ==

Paul Zimmermann: much improved elliptic curve doctests and some bug fixes


== Modular Forms ==
Craig Citro: huge number of small fixes to modular forms code.
David Loeffler: eta product modular functions.
Craig Citro: massively speed up Victor Miller basis code.

== Magma Interface ==
William Stein: much improved Magma interface with 100% doctests

== Generalized Bernoulli Numbers ==
William Stein: massively optimized generalized Bernoulli numbers

== Modular Composition ==
Martin Albrecht, Paul Zimmermann: improve modular composition in GF(2)[x]

== Polyhedral Improvements ==
Marshall Hampton: Schlegel diagrams, standard polytopes, multiplication, polars

== Notebook ==
Timothy Clemans: notebook templatization work

== Sage Build ==
William Stein: make it so "sage -br" does the cythonization in parallel using pyprocessing.
Robert Bradshaw, Gonzalo Tonaria, Craig Citro: massively cleaned up and faster setup.py.
Robert Bradshaw: update to Cython 0.10.

== libSingular ==
Simon King, Martin Albrecht: fix memory leaks in libsingular's reduce() 

== Numerical Linear Algebra ==
Jason Grout: make numpy the backend for matrices over CDF and RDF

== Graph Theory ==
Jason Grout: much more robust planarity testing code for graphs