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Mackey
V3.1
A C++ library for computing RO(G) graded homology
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Stores detailed identification data for the generators in non cyclic homology groups using the Mackey functor structure. More...
#include <Identify.hpp>
Public Types | |
typedef Eigen::Matrix< typename rank_t::Scalar, -1, -1 > | matrix_t |
The matrix type of the transfer and restriction matrices. More... | |
Public Member Functions | |
IDGenerators () | |
Default Constructor. More... | |
MackeyFunctor< rank_t > | getMackey () const |
Get a two-level Mackey functor out of this data. More... | |
bool | operator== (const IDGenerators< rank_t > &) const |
Standard equality tests if all group, group_lower, Tr, Res are equal. More... | |
Public Attributes | |
AbelianGroup< rank_t > | group |
The homology group at our level. More... | |
AbelianGroup< rank_t > | group_lower |
The homology group at one level lower. More... | |
matrix_t | Tr |
The transfer from one level lower to our level. More... | |
matrix_t | Res |
The restriction from our level to one lower. More... | |
Stores detailed identification data for the generators in non cyclic homology groups using the Mackey functor structure.
typedef Eigen::Matrix<typename rank_t::Scalar, -1, -1> matrix_t |
The matrix type of the transfer and restriction matrices.
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inline |
Default Constructor.
MackeyFunctor<rank_t> getMackey | ( | ) | const |
Get a two-level Mackey functor out of this data.
bool operator== | ( | const IDGenerators< rank_t > & | ) | const |
Standard equality tests if all group, group_lower, Tr, Res are equal.
AbelianGroup<rank_t> group |
The homology group at our level.
AbelianGroup<rank_t> group_lower |
The homology group at one level lower.
matrix_t Tr |
The transfer from one level lower to our level.
matrix_t Res |
The restriction from our level to one lower.