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Mackey
V3.3
A C++ library for computing RO(G) graded homology
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The space \(B_{C_4}\Sigma_2\) up to given dimension. More...
#include <BC4S2.hpp>
Public Member Functions | |
BC4S2 (int dimension) | |
Constructs BC4S2 as a cellular equivariant space up to given dimension. More... | |
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const auto & | getChains () |
Returns const reference to the equivariant cellular chain complex of the space. More... | |
const auto & | getCoChains () |
Returns const reference to the equivariant cellular cochain complex of the space. More... | |
auto | ROHomology (int level, const std::vector< int > &homologysphere) |
Returns \(H_{*+V}^{C_{2^n}}(X)\) where \(l\)=level and \(V\)=homologysphere are provided. More... | |
auto | ROHomology (const std::vector< int > &homologysphere) |
Returns \(H_{*+V}(X)\) where \(V\)=homologysphere is provided. More... | |
auto | ROCohomology (int level, const std::vector< int > &cohomologysphere) |
Returns \(H^{*+V}_{C_{2^n}}(X)\) where \(n\)=level and \(V\)=cohomologysphere are provided. More... | |
auto | ROCohomology (const std::vector< int > &cohomologysphere) |
Returns \(H^{*+V}(X)\) where \(V\)=cohomologysphere is provided. More... | |
Friends | |
class | Space< BC4S2< group_t >, group_t > |
Befriending parent class. More... | |
Additional Inherited Members | |
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equivariant_index | convert (nonequivariant_index n, int dimension) const |
Converts nonequivariant index to equivariant one given dimension. More... | |
nonequivariant_index | convert (equivariant_index e, int dimension) const |
Converts equivariant index to nonequivariant one given cell. More... | |
auto | boundary (int dimension_domain, equivariant_index cell) |
The boundary map of each cell. More... | |
int64_t | estimate_nonzero_entries (int dimension_domain) |
An estimate of the nonzero entries of the differential matrix at the given dimension. Must be overriden in any child class! More... | |
nonequivariant_index | action (nonequivariant_index n, int dimension) const |
Produces g*n given cell n. More... | |
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std::vector< rank_t > | cells |
The equivariant cells in each dimension. Needs to be constructed in any child class! More... | |
The space \(B_{C_4}\Sigma_2\) up to given dimension.
BC4S2 | ( | int | dimension | ) |
Constructs BC4S2 as a cellular equivariant space up to given dimension.