![]() This symbol takes one argument which should be an Abelian monoid, it returns the identity of the Abelian monoid. This Symbol represents the generic category of Abelian monoid. The Abelian_monoid constructor takes three arguments, the set of the Abelian monoid, a binary function taking two elements of the set into itself to represent the operation of the Abelian monoid and an element of the set to represent the identity of the Abelian monoid. An Abelian monoid is a monoid, such that the operation is commutative between members of the Abelian monoid. This is the constructor for Abelian monoids. This symbol takes one argument which should be an Abelian group. ![]() It returns a binary function, which represents the operation of the Abelian group. It reurns a unary function, which should be the inverse function for the Abelian group. It returns the identity of the Abelian group. This Symbol represents the generic category of Abelian group. The Abelian_group constructor takes four arguments, the set of the Abelian group, a binary function taking two elements of the set into itself to represent the operation of the Abelian group, an element of the set to represent the identity of the Abelian group and a unary function taking the set into itself to specify inverse elements. This symbol is the constructor for Abelian groups, that is a group such that the operation is commutative between members of the group. This symbol represents the set of algebraic numbers.Ī-hypergeometric series reference: authors: "Saito, Sturmfels, Takayama" title: "Grobner Deformations of Hypergeometric Differential Equations" pages: 127 ![]() A combined list of all 1600 symbols defined in this Content Dictionary collection. ![]()
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