Index of modules

A
A [Algebra.Generate]
A [Algebra.Presentation]
AKMod [Algebra.Presentation.Anick]

Underlying K-module of AMod.

AMod [Algebra.Presentation.Anick]
Algebra [Algebra.Presentation]

Algebra given by a convergent presentation.

Algebra

Algebras.

Alphabet [Monoid]

Underlying alphabet of a monoid.

Alphabet

Alphabets.

Anick [Algebra.Presentation]

Anick resolution.

Anick [Monoid.Free]

Anick chains.

Augmentation [Algebra.Presentation]

Augmentations for presented algebras.

Automaton

Automata.

B
Bool [Ring]

The ring of booleans.

Bool [Field]

The field with two elements.

C
Category

Categories.

Cell [Precategory.Make.Presentation]

Operations on cells in a presentation.

Char [Alphabet]

The alphabet of characters.

CharAlphabet [Alphabet]
Complex [Module.FreeLeft.Presentation]

Chain complexes between free modules.

Cons [Globular.Theory]
E
E [Precategory.Make.Presentation]
E [Graph.T]

Edges.

E [Graph.Terminal]
E [Globular.Presentation]
E [Category.Monoid]
E [Category.Free]
E [Module.FreeLeft.Map]
E [Module.FreeLeft]
EM [Graph.Presentation]
F
Field [Series]

The field of series.

Field

Fields.

Field [Algebra.T]
Field [Algebra.Free]
Float [Ring]

The ring of floats.

Float [Field]

The field of floats.

Fractions [Field]

Field of fractions over an euclidean domain.

FractionsField [Field]
Free [Monoid]

The free monoid on a set.

Free [Module]
Free [Category]

Free category on a graph.

Free [Algebra]

Free algebra of a monoid over a ring.

FreeAlgebra [Algebra]
FreeLeft [Module]

Free left module.

FreeLeftModule [Module]
FreeMonoid [Monoid]
FreeRight [Module]
FreeRightModule [Module]
Functor [Matrix]

Functors between different rings.

G
Generate [Monoid]
Generate [Algebra]
Globular

Globular sets.

Graph

Graphs.

Graph [Category]

Underlying graph of a category.

Group

Groups.

I
Int [Ring]

The ring of integers.

Int [Field]

The "field" of integers.

Int [Alphabet]

The alphabet of integers.

IntAlphabet [Alphabet]
K
KMod [Algebra.Presentation.Anick]
L
L [Matrix.Functor.Labeled]
L [Module.FreeLeft.Presentation.Map]
L [Matrix.Make.Labeled]
L' [Matrix.Functor.Labeled]
Labeled [Matrix.Functor]
Labeled [Matrix.Make]

Matrices with labeled basis elements.

M
M [Category.Free]
M [Alphabet.Map]
M [Algebra.Generate]
M [Matrix.Functor]
M [Module.FreeLeft.Presentation.Map]
M [Algebra.Presentation]
M' [Matrix.Functor]
MF [Algebra.Presentation.Anick]
MFL [Algebra.Presentation.Anick]
Make [Series]

Formal series over a given field.

Make [Precategory]

Free precategories.

Make [Monoid.Presentation]

Make a monoid from a convergent presentation.

Make [Matrix]
Make [Globular.Presentation]
Make [Automaton]
Map [Alphabet]

Functions between alphabets.

Map [Module.FreeLeft.Presentation]

Linear maps between presentations.

Map [Module.FreeLeft]

Morphisms between free modules.

Map [Algebra.Presentation.Anick.AMod]
Matrix

Matrices.

Mod [Algebra.Presentation.Anick.AMod]
Module

Modules.

Monoid

Monoids.

Monoid [Category]

Category of a monoid.

O
Op [Ring]

Opposite ring.

Order [Monoid.Free]
P
Polynomial [Ring]

Polynomial ring over a ring.

Polynomial [Field.RationalFractions]

Ring of polynomials over a field.

Polynomial [Series.Make]
PolynomialRing [Ring]
Pow [Alphabet]

Powerset.

PowAlphabet [Alphabet]
Precategory

Higher-dimensional precategories.

Presentation [Precategory.Make]

Presentation of a precategory: a "pre-polygraph".

Presentation [Monoid.Generate]
Presentation [Monoid]

Oriented presentation of a monoid.

Presentation [Graph]

Presentation of a graph.

Presentation [Globular]

Presented globular set.

Presentation [Algebra.Generate]
Presentation [Module.FreeLeft]

A presentation of a free module (a basis).

Presentation [Algebra]

Presentation of an algebra.

Prod [Alphabet]

Product of alphabets.

Prod3 [Alphabet]

Triple product of alphabets.

R
RationalFractions [Field]

Field of rational fractions.

RationalFractions [Series.Make]
RationalFractionsField [Field]
Regexp [Automaton.Make]
Regexp [Automaton]

Regular expressions.

Ring

Rings.

Ring [Module.Left]
Ring [Field]

Underlying ring of a field.

Ring [Module.FreeLeft]
Row [Matrix.Make]

Operations on rows.

S
S [Alphabet.Pow]
Series

Formal series.

Series [Automaton.Regexp]
State [Automaton]
States [Automaton.Make]
T
T [Automaton.Make]
Terminal [Graph]

The terminal graph.

Terminal [Globular]

The terminal globular set.

Theory [Globular]

A globular theory, the typical example being weak omega-categories.

U
Unit [Alphabet]

The alphabet with one element.

V
V [Graph.T]

Vertices.

V [Graph.Terminal]
V [Category.Monoid]
V [Category.Free]
Var [Globular.Theory]
W
W [Monoid.Presentation]