Here is a list of all documented functions with links to the class documentation for each member:

- a -

• abs() : Complex< T >, DiagonalMatrix< n, T >, Matrix_t< n, m, T, Mtype >
• action() : action_base, action_sum, action_term_integrator, fermion_action< gauge_field, DIRAC_OP >, gauge_action< gauge_field >, gauge_momentum_action< gauge_field >, Hasenbusch_action_1< gauge_field, DIRAC_OP >, Hasenbusch_action_2< gauge_field, DIRAC_OP >, integrator_base
• action_sum() : action_sum
• action_term_integrator() : action_term_integrator
• add_momentum() : gauge_field< matrix >, gauge_field_base< sun >, gauge_field_base< M< N, double > >, represented_gauge_field< repr >, stout_smeared_field< sun >
• adjoint() : Matrix_t< n, m, T, Mtype >
• adjointRep() : adjointRep< N, radix >
• Algebra() : Algebra< SU2< T > >
• allreduce() : Reduction< T >, ReductionVector< T >
• antisymmetric() : antisymmetric< N, radix >
• apply() : CG< Op >, dirac_staggered< matrix >, dirac_staggered_evenodd< matrix >, Dirac_Wilson< matrix >, Dirac_Wilson_evenodd< matrix >
• arg() : Complex< T >
• Array() : Array< n, m, T >
• asArray() : Matrix_t< n, m, T, Mtype >, WilsonVector_t< Nvectors, N, T >
• asDiagonalMatrix() : Matrix_t< n, m, T, Mtype >
• asMatrix() : Array< n, m, T >
• asVector() : Array< n, m, T >