num_collect::rbf::impl Namespace Reference

Namespace of internal implementations. More...

Classes
class	general_spline_equation_solver
	Class to solve linear equations of kernel matrices and matrices of additional terms in RBF interpolation. More...
class	general_spline_equation_solver< KernelValue, FunctionValue, kernel_matrix_type::dense, true >
	Class to solve linear equations of kernel matrices and matrices of additional terms in RBF interpolation. More...
struct	get_variable_type
	Get the type of variables from function signature. More...
struct	get_variable_type< FunctionValue(Variable)>
	Get the type of variables from function signature. More...
class	kernel_matrix_solver
	Class to solve linear equations of kernel matrices. More...
class	kernel_matrix_solver< KernelValue, FunctionValue, kernel_matrix_type::dense, false >
	Class to solve linear equations of kernel matrices. More...
class	kernel_matrix_solver< KernelValue, FunctionValue, kernel_matrix_type::dense, true >
	Class to solve linear equations of kernel matrices. More...
class	kernel_matrix_solver< KernelValue, FunctionValue, kernel_matrix_type::sparse, false >
	Class to solve linear equations of kernel matrices. More...

Typedefs
template<typename FunctionSignature >
using	get_default_scalar_type
	Get the default type of scalars from function signature.
template<typename FunctionSignature >
using	get_variable_type_t = typename get_variable_type<FunctionSignature>::type
	Get the type of variables from function signature.

Functions
template<base::concepts::real_scalar Scalar>
void	generate_halton_nodes_impl (Eigen::VectorX< Scalar > &buffer, index_type num_nodes, index_type base_sequence_size)
	Generate a vector of Halton sequence for a single dimension [6].

Detailed Description

Namespace of internal implementations.

Typedef Documentation

get_default_scalar_type

template<typename FunctionSignature >

using num_collect::rbf::impl::get_default_scalar_type

Initial value:

 
    typename distance_functions::euclidean_distance_function<
        impl::get_variable_type_t<FunctionSignature>>::value_type

Get the default type of scalars from function signature.

Template Parameters

FunctionSignature

Function signature.

Definition at line 33 of file get_default_scalar_type.h.

get_variable_type_t

template<typename FunctionSignature >

using num_collect::rbf::impl::get_variable_type_t = typename get_variable_type<FunctionSignature>::type

Get the type of variables from function signature.

Template Parameters

FunctionSignature

Function signature.

Definition at line 50 of file get_variable_type.h.

Function Documentation

generate_halton_nodes_impl()

template<base::concepts::real_scalar Scalar>

void num_collect::rbf::impl::generate_halton_nodes_impl	(	Eigen::VectorX< Scalar > &	buffer,
		index_type	num_nodes,
		index_type	base_sequence_size )

Generate a vector of Halton sequence for a single dimension [6].

Template Parameters

Scalar

Type of scalars.

Parameters

[out]	buffer	Buffer to generate the sequence. (Values from the second element must be used for the final output.)
[in]	num_nodes	Number of nodes.
[in]	base_sequence_size	Size of the first sequence.

Definition at line 47 of file generate_halton_nodes.h.