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AbstractAlgebra.jl intends to provide a generic implementation of finitely presented groups, rings, fields, modules, ideals, in Julia with no C dependencies.
Here is an approximate roadmap for future development:
Basic rings
Julia integers
Julia rationals
Julia floats
Prime fields GF(p)
Finite fields (Conway polynomials)
Number fields (arithmetic only)
Padic field
Fraction fields
Basic arithmetic
Residue rings R/(Rf)
Basic arithmetic
Univariate polynomials
Basic arithmetic
Gcd
Extended gcd
Resultant (Ducos)
Evaluation
Composition
Substitution
Interpolation (over integral domain)
Signature
Half GCD
Multimodular GCD over Euclidean domain
Resultant over non-integral domain
Laurent polynomials
Basic arithmetic
Relative power series
Basic arithmetic
Composition
Reversion
Laurent series
Basic arithmetic
Division over a ring
Composition
Reversion
Puiseux series
Basic arithmetic
Composition
Reversion
Lazy power series
Basic arithmetic
Composition
Reversion
Multivariate polynomials
Reverse order of terms and exponents to match Flint
Basic arithmetic
Gcd (psr)
Resultant (Ducos)
Evaluation at all variables
[] Evaluation at one variable
Composition
Substitution
Multivariate power series
Basic arithmetic
Multivariate Laurent series
Basic arithmetic
Multivariate Puiseux series
Basic arithmetic
Matrices (dense)
Basic arithmetic
Solving
Inverse
Determinant
Rank
Reduced row echelon form
LU decomposition
QR decomposition
Gram matrix
Hessenberg form
Hermite normal form
Smith normal form
Popov form
Frobenius form
Jordan canonical form
Rational canonical form
Kronecker product
Characteristic polynomial
Minimal polynomial
Matrices (sparse)
Basic arithmetic
Solving
Inverse
Determinant
Rank
Reduced row echelon form
LU decomposition
QR decomposition
Gram matrix
Hessenberg form
Hermite normal form
Smith normal form
Popov form
Frobenius form
Jordan canonical form
Rational canonical form
Kronecker product
Characteristic polynomial
Minimal polynomial
Groups
Permutation groups
Characters of S_n
Young tableaux
Function fields
Rational function fields
Finite extensions
Maps and morphisms
Composition
Inverse
Identity
Functional maps
Linear morphisms
Partial maps
Modules
Free modules
Direct products
Finitely presented modules over euclidean domains
Element arithmetic
Submodules
Quotient modules
Intersection
Homomorphisms
kernels
Images
Module structural decomposition
Modules over Dedekind domains
Element arithmetic
Homomorphisms
Ideals
Element arithmetic
Quotient rings?
Colon module [M:I]
Polynomials over non-commutative ring
Basic arithmetic
Matrix algebras
Basic arithmetic
The text was updated successfully, but these errors were encountered:
AbstractAlgebra.jl intends to provide a generic implementation of finitely presented groups, rings, fields, modules, ideals, in Julia with no C dependencies.
Here is an approximate roadmap for future development:
Basic rings
Fraction fields
Residue rings R/(Rf)
Univariate polynomials
Laurent polynomials
Relative power series
Laurent series
Puiseux series
Lazy power series
Multivariate polynomials
Multivariate power series
Multivariate Laurent series
Multivariate Puiseux series
Matrices (dense)
Matrices (sparse)
Groups
Function fields
Maps and morphisms
Modules
Finitely presented modules over euclidean domains
Modules over Dedekind domains
Ideals
Polynomials over non-commutative ring
Matrix algebras
The text was updated successfully, but these errors were encountered: