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sage
SAGE is a framework for number theory, algebra, and geometry computation that is initially being designed for computing with elliptic curves and modular forms. The long-term goal is to make it much more generally useful for algebra, geometry, and number theory. SAGE provides a (Python) interpreter interface to several important C/C++ libraries:
- MPFR -- real number arithmetic,
- NTL -- Victor Shoup's number theory library,
- GMP -- arbitrary precision integer and floating point arithmetic package.
- These systems come with SAGE, and there is an interface to each:
- GAP -- group theory and combinatorics
- PARI -- algebraic number theory
- Singular -- polynomial computations and algebraic geometry
- Maxima -- symbolic algebra
Last updated 16 Jan, 2007
About
Leadership
- William Stein - Maintainer
Requirements
- gcc (with C++ support) (Build Prerequisite)
- flex (or lexx) (Build Prerequisite)
- make (Build Prerequisite)
- m4 (Build Prerequisite)
- perl (Build Prerequisite)
- ranlib (Build Prerequisite)
- tar (Build Prerequisite)
- bison (or yacc) (Build Prerequisite)
- latex (Weak Prerequisite)
- gnuplot (Weak Prerequisite)
- octave (Weak Prerequisite)
Versions
1.7
1.7 released on 2007-01-16
- Released: 16 Jan, 2007
- Code Maturity: Stable
- Source Archive: http://modular.math.washington.edu/sage/dist/sr...
- Licenses: GPLv2
- Interfaces: X Window System
User Community and Support
http://sage.sourceforge.net/documentation.html