Sage Reference Manual
Here you find documentation for all of Sage's features, illustrated with lots of examples. A thematic index follows.
This documentation is licensed under the Creative Commons Attribution-Share Alike 3.0 License.
User Interfaces
Graphics
Mathematics
Parents and Categories
Basic Rings and Fields
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Integers and Rational Numbers -
Real and Complex Numbers -
Commutative Polynomials -
Power Series and Laurent Series -
Finite Rings and Fields -
\(p\)-adic Numbers -
Noncommutative Polynomials -
Quaternion Algebras
Linear Algebra
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Matrices and Spaces of Matrices -
Vectors and Modules -
Tensors on Free Modules of Finite Rank -
Modules over Ore rings
Calculus and Analysis
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Symbolic Calculus -
Mathematical Constants -
Elementary and Special Functions -
Asymptotic Expansions -
Numerical Optimization
Probability and Statistics
Mathematical Structures
Discrete Mathematics
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Combinatorics -
Graph Theory -
Quivers -
Matroid Theory -
Discrete Dynamics -
Coding Theory -
Cryptography -
Game Theory -
Symbolic Logic -
SAT solvers
Geometry and Topology
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Euclidean Spaces and Vector Calculus -
Combinatorial and Discrete Geometry -
Cell Complexes, Simplicial Complexes, and Simplicial Sets -
Manifolds and Differential Geometry -
Hyperbolic Geometry -
Parametrized Surfaces -
Knot Theory
Homological Algebra
Number Fields, Function Fields, and Valuations
Number Theory
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Diophantine Approximation -
Quadratic Forms -
\(L\)-Functions -
Arithmetic Subgroups of \({\rm SL}_2(\ZZ)\) -
General Hecke Algebras and Hecke Modules -
Modular Forms -
Modular Symbols -
Modular Abelian Varieties