Cadabra
Computer algebra system for field theory problems
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#include <YoungTab.hh>
Public Types | |
typedef std::list< T > | tableau_container_t |
typedef std::back_insert_iterator< tableau_container_t > | back_insert_iterator |
Public Member Functions | |
yngint_t | total_dimension (unsigned int dim) |
void | remove_nullifying_traces () |
bool | standard_form () |
Put the set of tableaux into standard form by using Garnir symmetries. More... | |
void | add_tableau (const T &) |
void | symmetrise (const T &tabsym) |
back_insert_iterator | get_back_insert_iterator () |
Public Attributes | |
tableau_container_t | storage |
typedef std::back_insert_iterator<tableau_container_t> yngtab::tableaux< T >::back_insert_iterator |
typedef std::list<T> yngtab::tableaux< T >::tableau_container_t |
void yngtab::tableaux< T >::add_tableau | ( | const T & | ntab | ) |
tableaux< T >::back_insert_iterator yngtab::tableaux< T >::get_back_insert_iterator |
void yngtab::tableaux< T >::remove_nullifying_traces |
bool yngtab::tableaux< T >::standard_form |
Put the set of tableaux into standard form by using Garnir symmetries.
Return value indicates whether the tableaux were already all in standard form.
void yngtab::tableaux< T >::symmetrise | ( | const T & | tabsym | ) |
yngint_t yngtab::tableaux< T >::total_dimension | ( | unsigned int | dim | ) |
tableau_container_t yngtab::tableaux< T >::storage |