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See Also:
 CASA 2.3: Computer Algebra Software for constructive Algebraic geometry. Designed for performing computations and reasoning about geometric objects in classical algebraic geometry, in particular affine and projective algebraic geometry over an algebraically closed field of characteristic 0.
 Computing with the Jacobian of a Genus 2 Curve: Pari/GP and Mathematica code to: Compute an equation for a genus 2 curve with a given Jacobian; Move points between the analytic Jacobian (as a torus) and the algebraic Jacobian (as a variety); Work with a fundamental domain for 2 dimensional Siegel upper halfspace.
 Fundamental Domains: A Java 1.1.1 applet for drawing fundamental domains for congruence subgroups acting on the upperhalf plane. By Helena Verrill.
 Ganith: Algebraic geometry tookit for the computation and visualization of algebraic equations. FTP download.
 Hyperelliptic Curves MAGMA Package: Magma package files by Michael Stoll.
 INSTANTON: Mathematica program which calculates instanton numbers and other data for CalabiYau complete intersections in toric varieties by A. Klemm.
 IntBasis: Algorithms coded in Maple for computing with algebraic curves. The main algorithm computes an integral basis of an algebraic function field using Puiseux expansions.
 Magma Computational Algebra System Home Page: A Computational Algebra system for algebra, number theory and geometry.
 PAFF: Package for Algebraic Function Fields in one variable. Based on Axiom. Source code is available.
 TESS: C code which computes the Hodge number of complete intersection CalabiYau manifolds embedded in products of ordinary projective spaces.
 The algcurves Package in Maple: Examples, test files, plots, documentation.
 surf: A tool to visualize real algebraic geometry: plane algebraic curves, algebraic surfaces and hyperplane sections of surfaces.


 


