CoolProp::superancillary::detail Namespace Reference

Functions
template<typename Matrix >
void	balance_matrix (const Matrix &A, Matrix &Aprime, Matrix &D)
void	companion_matrix_transposed (const Eigen::ArrayXd &coeffs, Eigen::MatrixXd &A)
void	companion_matrix_transposed (const std::vector< double > &coeffs, Eigen::MatrixXd &A)
auto	get_LU_matrices (std::size_t N)
	Get the L and U matrices needed for transformations between nodes and function values in a Chebyshev expansion. More...
double	M_element_norm (const std::vector< double > &x, Eigen::Index M)
double	M_element_norm (const Eigen::ArrayXd &x, Eigen::Index M)
template<typename Function , typename Container >
auto	dyadic_splitting (const std::size_t N, const Function &func, const double xmin, const double xmax, const int M=3, const double tol=1e-12, const int max_refine_passes=8, const std::optional< std::function< void(int, const Container &)> > &callback=std::nullopt) -> Container

Function Documentation

balance_matrix()

template<typename Matrix >

void CoolProp::superancillary::detail::balance_matrix ( const Matrix &  A, Matrix &  Aprime, Matrix &  D  )

inline

Definition at line 51 of file superancillary.h.

companion_matrix_transposed() [1/2]

void CoolProp::superancillary::detail::companion_matrix_transposed ( const Eigen::ArrayXd &  coeffs, Eigen::MatrixXd &  A  )

inline

Definition at line 93 of file superancillary.h.

companion_matrix_transposed() [2/2]

void CoolProp::superancillary::detail::companion_matrix_transposed ( const std::vector< double > &  coeffs, Eigen::MatrixXd &  A  )

inline

Definition at line 108 of file superancillary.h.

dyadic_splitting()

template<typename Function , typename Container >

auto CoolProp::superancillary::detail::dyadic_splitting ( const std::size_t  N, const Function &  func, const double  xmin, const double  xmax, const int  M = 3, const double  tol = 1e-12, const int  max_refine_passes = 8, const std::optional< std::function< void(int, const Container &)> > &  callback = std::nullopt  ) -> Container

inline

std::function<double(double)>

Definition at line 156 of file superancillary.h.

get_LU_matrices()

auto CoolProp::superancillary::detail::get_LU_matrices ( std::size_t  N )

inline

Get the L and U matrices needed for transformations between nodes and function values in a Chebyshev expansion.

The L matrix is used to convert from functional values to coefficients, as in

\[ \vec{c} = \mathbf{L}\vec{f} \]

The U matrix is used to convert from coefficients to functional values, as in

\[ \vec{f} = \mathbf{U}\vec{c} \]

Parameters

N	the degree of the expansion (one less than the number of coefficients)

< Matrix of coefficients

< Matrix of coefficients

Definition at line 122 of file superancillary.h.

M_element_norm() [1/2]

double CoolProp::superancillary::detail::M_element_norm ( const Eigen::ArrayXd &  x, Eigen::Index  M  )

inline

Definition at line 147 of file superancillary.h.

M_element_norm() [2/2]

double CoolProp::superancillary::detail::M_element_norm ( const std::vector< double > &  x, Eigen::Index  M  )

inline

Definition at line 142 of file superancillary.h.