a generic collocational Burton-Miller solver More...

Public Types
typedef Fmm	fmm_t

typedef TrialSpace	trial_space_t

typedef dirac_space< trial_space_t >	test_space_t

typedef Eigen::Matrix< std::complex< double >, Eigen::Dynamic, 1 >	excitation_t

typedef Eigen::Matrix< std::complex< double >, Eigen::Dynamic, 1 >	response_t

typedef fmm_t::cluster_t	cluster_t

typedef cluster_tree< cluster_t >	cluster_tree_t

typedef tmp::deref< typename tmp::begin< typename trial_space_t::field_type_vector_t >::type >::type	trial_field_t

typedef type2tag< trial_field_t >	trial_field_tag_t

typedef dirac_field< trial_field_t >	test_field_t

typedef type2tag< test_field_t >	test_field_tag_t

Public Member Functions
	helmholtz_burton_miller_solver (trial_space_t const &trial_space)

void	set_restart (size_t restart)

void	set_tolerance (double tolerance)

void	set_wave_number (double k)

double	get_wave_number () const

const response_t &	get_response () const

void	set_excitation (excitation_t const &xct)

void	set_accuracy (double accuracy)

void	set_far_field_order (size_t order)

template<class DivideDerived >
const response_t &	solve (divide_base< DivideDerived > const &divide)
	solve the BIE More...

size_t	get_iterations () const

Detailed Description

a generic collocational Burton-Miller solver

Template Parameters

Fmm	the fmm type
TrialSpace	the type of the trial function space

Member Function Documentation

template<class Fmm , class TrialSpace >

template<class DivideDerived >

const response_t& NiHu::fmm::helmholtz_burton_miller_solver< Fmm, TrialSpace >::solve ( divide_base< DivideDerived > const & divide )

inline

solve the BIE

Parameters

[in]	divide	the cluster division functor
[in]	far_field_quadrature_order	the far field quadrature order

The documentation for this class was generated from the following file: