interpol::smooth_cubic_spline< T > Class Template Reference

Inheritance diagram for interpol::smooth_cubic_spline< T >:

Collaboration diagram for interpol::smooth_cubic_spline< T >:

Data Structures
class	matrix

Public Member Functions
template<typename iter >
	smooth_cubic_spline (iter i_begin, iter i_end)
template<typename iter >
	smooth_cubic_spline (iter i_begin, iter i_end, const limits< T > &x_lim_, const limits< T > &y_lim_, bool periodic_=false)
	smooth_cubic_spline (const std::initializer_list< point< T > > &I)
	smooth_cubic_spline (const std::initializer_list< point< T > > &I, const limits< T > &x_lim_, const limits< T > &y_lim_, bool periodic_=false)
T	operator() (T x) const

Private Types
using	base = spline_base< T >
using	vector = std::vector< T >
using	size_type = typename std::vector< base_point< T > >::size_type

Private Member Functions
void	init ()

Static Private Member Functions
static bool	LU_factor (matrix &A)
static void	LU_solve (const matrix &A, vector &b)
static bool	gauss_solve (matrix &A, vector &b)

Private Attributes
bool	periodic
std::vector< base_point< T > >	points
limits< T >	x_lim
limits< T >	y_lim

Member Typedef Documentation

base

template<typename T >

using interpol::smooth_cubic_spline< T >::base = spline_base<T>

private

size_type

template<typename T >

using interpol::spline_base< T >::size_type = typename std::vector<base_point<T> >::size_type

private

vector

template<typename T >

using interpol::smooth_cubic_spline< T >::vector = std::vector<T>

private

Constructor & Destructor Documentation

smooth_cubic_spline() [1/4]

template<typename T >

template<typename iter >

interpol::smooth_cubic_spline< T >::smooth_cubic_spline ( iter  i_begin, iter  i_end  )

inline

References interpol::smooth_cubic_spline< T >::init().

smooth_cubic_spline() [2/4]

template<typename T >

template<typename iter >

interpol::smooth_cubic_spline< T >::smooth_cubic_spline ( iter  i_begin, iter  i_end, const limits< T > &  x_lim_, const limits< T > &  y_lim_, bool  periodic_ = false  )

inline

References interpol::smooth_cubic_spline< T >::init().

smooth_cubic_spline() [3/4]

template<typename T >

interpol::smooth_cubic_spline< T >::smooth_cubic_spline ( const std::initializer_list< point< T > > &  I )

inline

References interpol::smooth_cubic_spline< T >::init().

smooth_cubic_spline() [4/4]

template<typename T >

interpol::smooth_cubic_spline< T >::smooth_cubic_spline ( const std::initializer_list< point< T > > &  I, const limits< T > &  x_lim_, const limits< T > &  y_lim_, bool  periodic_ = false  )

inline

References interpol::smooth_cubic_spline< T >::init().

Member Function Documentation

gauss_solve()

template<typename T >

static bool interpol::smooth_cubic_spline< T >::gauss_solve ( matrix &  A, vector &  b  )

inlinestaticprivate

References A, interpol::smooth_cubic_spline< T >::LU_factor(), and interpol::smooth_cubic_spline< T >::LU_solve().

Referenced by interpol::smooth_cubic_spline< T >::init().

init()

template<typename T >

void interpol::smooth_cubic_spline< T >::init ( )

inlineprivate

References A, interpol::smooth_cubic_spline< T >::gauss_solve(), N, interpol::smooth_cubic_spline< T >::periodic, interpol::smooth_cubic_spline< T >::points, and interpol::smooth_cubic_spline< T >::x_lim.

Referenced by interpol::smooth_cubic_spline< T >::smooth_cubic_spline(), interpol::smooth_cubic_spline< T >::smooth_cubic_spline(), interpol::smooth_cubic_spline< T >::smooth_cubic_spline(), and interpol::smooth_cubic_spline< T >::smooth_cubic_spline().

LU_factor()

template<typename T >

static bool interpol::smooth_cubic_spline< T >::LU_factor ( matrix &  A )

inlinestaticprivate

References A.

Referenced by interpol::smooth_cubic_spline< T >::gauss_solve().

LU_solve()

template<typename T >

static void interpol::smooth_cubic_spline< T >::LU_solve ( const matrix &  A, vector &  b  )

inlinestaticprivate

References A.

Referenced by interpol::smooth_cubic_spline< T >::gauss_solve().

operator()()

template<typename T >

T interpol::spline_base< T >::operator() ( T  x ) const

inlineinherited

References P, interpol::spline_base< T >::periodic, interpol::spline_base< T >::points, interpol::base_point< T >::x, interpol::spline_base< T >::x_lim, and interpol::spline_base< T >::y_lim.

Field Documentation

periodic

template<typename T >

bool interpol::spline_base< T >::periodic

private

Referenced by interpol::smooth_cubic_spline< T >::init().

points

template<typename T >

std::vector<base_point<T> > interpol::spline_base< T >::points

private

Referenced by interpol::smooth_cubic_spline< T >::init().

x_lim

template<typename T >

limits<T> interpol::spline_base< T >::x_lim

private

Referenced by interpol::smooth_cubic_spline< T >::init().

y_lim

template<typename T >

limits<T> interpol::spline_base< T >::y_lim

private

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

• splines.cpp