SplineSet Class Reference¶

Splines: Splines::SplineSet Class Reference

Splines

#include <SplineSet.hxx>

Public Member Functions
SplineType1D	type () const
	Return spline type (as number)

string	info () const

void	info (ostream_type &stream) const

void	dump_table (ostream_type &s, integer num_points) const

Constructors
	SplineSet (string const &name="SplineSet")
	spline constructor

virtual	~SplineSet ()
	spline destructor

Info
string const &	name () const

string const &	header (integer i) const

void	get_headers (std::vector< std::string > &names) const

string	name_list () const

int	is_monotone (integer i) const

integer	num_points () const

integer	num_splines () const

integer	get_position (char const hdr[]) const

real_type const *	x_nodes () const

real_type const *	y_nodes (integer i) const

real_type	x_node (integer npt) const

real_type	y_node (integer npt, integer spl) const

real_type	x_min () const

real_type	x_max () const

real_type	y_min (integer spl) const

real_type	y_max (integer spl) const

real_type	y_min (char const spl[]) const

real_type	y_max (char const spl[]) const

Access splines
Spline *	get_spline (integer i) const

Spline *	get_spline (char const hdr[]) const

Evaluate
real_type	operator() (real_type x, integer spl) const

real_type	eval (real_type x, integer spl) const

real_type	D (real_type x, integer spl) const

real_type	eval_D (real_type x, integer spl) const

real_type	DD (real_type x, integer spl) const

real_type	eval_DD (real_type x, integer spl) const

real_type	DDD (real_type x, integer spl) const

real_type	eval_DDD (real_type x, integer spl) const

real_type	DDDD (real_type x, integer spl) const

real_type	eval_DDDD (real_type x, integer spl) const

real_type	DDDDD (real_type x, integer spl) const

real_type	eval_DDDDD (real_type x, integer spl) const

real_type	eval (real_type x, char const name[]) const

real_type	eval_D (real_type x, char const name[]) const

real_type	eval_DD (real_type x, char const name[]) const

real_type	eval_DDD (real_type x, char const name[]) const

real_type	eval_DDDD (real_type x, char const name[]) const

real_type	eval_DDDDD (real_type x, char const name[]) const

Evaluate to std vector
void	eval (real_type x, vector< real_type > &vals) const

void	eval_D (real_type x, vector< real_type > &vals) const

void	eval_DD (real_type x, vector< real_type > &vals) const

void	eval_DDD (real_type x, vector< real_type > &vals) const

void	eval_DDDD (real_type x, vector< real_type > &vals) const

void	eval_DDDDD (real_type x, vector< real_type > &vals) const

Evaluate to vector
void	eval (real_type x, real_type vals[], integer incy=1) const

void	eval_D (real_type x, real_type vals[], integer incy=1) const

void	eval_DD (real_type x, real_type vals[], integer incy=1) const

void	eval_DDD (real_type x, real_type vals[], integer incy=1) const

void	eval_DDDD (real_type x, real_type vals[], integer incy=1) const

void	eval_DDDDD (real_type x, real_type vals[], integer incy=1) const

Evaluate using another spline as independent
void	eval2 (integer spl, real_type zeta, vector< real_type > &vals) const

void	eval2_D (integer spl, real_type zeta, vector< real_type > &vals) const

void	eval2_DD (integer spl, real_type zeta, vector< real_type > &vals) const

void	eval2_DDD (integer spl, real_type zeta, vector< real_type > &vals) const

void	eval2 (integer spl, real_type zeta, real_type vals[], integer incy=1) const

void	eval2_D (integer spl, real_type zeta, real_type vals[], integer incy=1) const

void	eval2_DD (integer spl, real_type zeta, real_type vals[], integer incy=1) const

void	eval2_DDD (integer spl, real_type zeta, real_type vals[], integer incy=1) const

real_type	eval2 (real_type zeta, integer indep, integer spl) const

real_type	eval2_D (real_type zeta, integer indep, integer spl) const

real_type	eval2_DD (real_type zeta, integer indep, integer spl) const

real_type	eval2_DDD (real_type zeta, integer indep, integer spl) const


real_type	eval2 (real_type zeta, char const indep[], char const name[]) const

real_type	eval2_D (real_type zeta, char const indep[], char const name[]) const

real_type	eval2_DD (real_type zeta, char const indep[], char const name[]) const

real_type	eval2_DDD (real_type zeta, char const indep[], char const name[]) const

Evaluate onto a vector
void	eval (real_type x, GenericContainer &vals) const

void	eval (vec_real_type const &vec, GenericContainer &vals) const

void	eval (real_type x, vec_string_type const &columns, GenericContainer &vals) const

void	eval (vec_real_type const &vec, vec_string_type const &columns, GenericContainer &vals) const

Evaluate to GenericContainer using another spline as independent
void	eval2 (real_type zeta, integer indep, GenericContainer &vals) const

void	eval2 (vec_real_type const &zetas, integer indep, GenericContainer &vals) const

void	eval2 (real_type zeta, integer indep, vec_string_type const &columns, GenericContainer &vals) const

void	eval2 (vec_real_type const &zetas, integer indep, vec_string_type const &columns, GenericContainer &vals) const

void	eval2 (real_type zeta, char const indep[], GenericContainer &vals) const

void	eval2 (vec_real_type const &zetas, char const indep[], GenericContainer &vals) const

void	eval2 (real_type zeta, char const indep[], vec_string_type const &columns, GenericContainer &vals) const

void	eval2 (vec_real_type const &zetas, char const indep[], vec_string_type const &columns, GenericContainer &vals) const

Evaluate derivative into a Generic Container
void	eval_D (real_type x, GenericContainer &vals) const

void	eval_D (vec_real_type const &vec, GenericContainer &vals) const

void	eval_D (real_type x, vec_string_type const &columns, GenericContainer &vals) const

void	eval_D (vec_real_type const &vec, vec_string_type const &columns, GenericContainer &vals) const

Evaluate derivative to GenericContainer using another spline as independent
void	eval2_D (real_type zeta, integer indep, GenericContainer &vals) const

void	eval2_D (vec_real_type const &zetas, integer indep, GenericContainer &vals) const

void	eval2_D (real_type zeta, integer indep, vec_string_type const &columns, GenericContainer &vals) const

void	eval2_D (vec_real_type const &zetas, integer indep, vec_string_type const &columns, GenericContainer &vals) const

void	eval2_D (real_type zeta, char const indep[], GenericContainer &vals) const

void	eval2_D (vec_real_type const &zetas, char const indep[], GenericContainer &vals) const

void	eval2_D (real_type zeta, char const indep[], vec_string_type const &columns, GenericContainer &vals) const

void	eval2_D (vec_real_type const &zetas, char const indep[], vec_string_type const &columns, GenericContainer &vals) const

Evaluate second derivative to GenericContainer using another spline as independent
void	eval_DD (real_type x, GenericContainer &vals) const

void	eval_DD (vec_real_type const &vec, GenericContainer &vals) const

void	eval_DD (real_type x, vec_string_type const &columns, GenericContainer &vals) const

void	eval_DD (vec_real_type const &vec, vec_string_type const &columns, GenericContainer &vals) const

void	eval2_DD (real_type zeta, integer indep, GenericContainer &vals) const

void	eval2_DD (vec_real_type const &zetas, integer indep, GenericContainer &vals) const

void	eval2_DD (real_type zeta, integer indep, vec_string_type const &columns, GenericContainer &vals) const

void	eval2_DD (vec_real_type const &zetas, integer indep, vec_string_type const &columns, GenericContainer &vals) const

void	eval2_DD (real_type zeta, char const indep[], GenericContainer &vals) const

void	eval2_DD (vec_real_type const &zetas, char const indep[], GenericContainer &vals) const

void	eval2_DD (real_type zeta, char const indep[], vec_string_type const &columns, GenericContainer &vals) const

void	eval2_DD (vec_real_type const &zetas, char const indep[], vec_string_type const &columns, GenericContainer &vals) const

Evaluate third derivative to GenericContainer
void	eval_DDD (real_type x, GenericContainer &vals) const

void	eval_DDD (vec_real_type const &vec, GenericContainer &vals) const

void	eval_DDD (real_type x, vec_string_type const &columns, GenericContainer &vals) const

void	eval_DDD (vec_real_type const &vec, vec_string_type const &columns, GenericContainer &vals) const

Evaluate third derivative to GenericContainer using another spline as independent
void	eval2_DDD (real_type zeta, integer indep, GenericContainer &vals) const

void	eval2_DDD (vec_real_type const &zetas, integer indep, GenericContainer &vals) const

void	eval2_DDD (real_type zeta, integer indep, vec_string_type const &columns, GenericContainer &vals) const

void	eval2_DDD (vec_real_type const &zetas, integer indep, vec_string_type const &columns, GenericContainer &vals) const

void	eval2_DDD (real_type zeta, char const *indep, GenericContainer &vals) const

void	eval2_DDD (vec_real_type const &zetas, char const indep[], GenericContainer &vals) const

void	eval2_DDD (real_type zeta, char const indep[], vec_string_type const &columns, GenericContainer &vals) const

void	eval2_DDD (vec_real_type const &zetas, char const indep[], vec_string_type const &columns, GenericContainer &vals) const

Build Spline
void	build (integer nspl, integer npts, char const headers[], SplineType1D const stype[], real_type const X[], real_type const Y[], real_type const *Yp[]=nullptr)

void	setup (GenericContainer const &gc)

void	build (GenericContainer const &gc)

Detailed Description

Splines Management Class.

Constructor & Destructor Documentation

◆ SplineSet()

Splines::SplineSet::SplineSet ( string const & name = "SplineSet" )

spline constructor

Build an empty spline of SplineSet type

Parameters

name	the name of the spline

◆ ~SplineSet()

Splines::SplineSet::~SplineSet ( )

virtual

spline destructor

Spline destructor.

Member Function Documentation

◆ build() [1/2]

void Splines::SplineSet::build ( GenericContainer const & gc )

inline

Build a spline using data in GenericContainer

◆ build() [2/2]

void Splines::SplineSet::build	(	integer	nspl,
		integer	npts,
		char const *	headers[],
		SplineType1D const	stype[],
		real_type const	X[],
		real_type const *	Y[],
		real_type const *	Yp[] = nullptr )

Build a set of splines

Parameters

nspl	the number of splines
npts	the number of points of each splines
headers	the names of the splines
stype	the type of each spline
X	pointer to X independent values
Y	vector of `nspl` pointers to Y depentendent values.
Yp	vector of `nspl` pointers to Y derivative depentendent values.

◆ D()

real_type Splines::SplineSet::D	(	real_type	x,
		integer	spl ) const

inline

Evaluate spline n. spl first derivative at x.

◆ DD()

real_type Splines::SplineSet::DD	(	real_type	x,
		integer	spl ) const

inline

Evaluate spline n. spl second derivative at x.

◆ DDD()

real_type Splines::SplineSet::DDD	(	real_type	x,
		integer	spl ) const

inline

Evaluate spline n. spl third derivative at x.

◆ DDDD()

real_type Splines::SplineSet::DDDD	(	real_type	x,
		integer	spl ) const

inline

Evaluate spline n. spl 4th derivative at x.

◆ DDDDD()

real_type Splines::SplineSet::DDDDD	(	real_type	x,
		integer	spl ) const

inline

Evaluate spline n. spl 5th derivative at x.

◆ dump_table()

void Splines::SplineSet::dump_table	(	ostream_type &	s,
		integer	num_points ) const

Dump values of the spline on a stream for plotting

◆ eval() [1/8]

real_type Splines::SplineSet::eval	(	real_type	x,
		char const	name[] ) const

inline

Evaluate spline name at x.

◆ eval() [2/8]

void Splines::SplineSet::eval	(	real_type	x,
		GenericContainer &	gc ) const

Evaluate all the splines at x and fill a map of values in a GenericContainer

◆ eval() [3/8]

real_type Splines::SplineSet::eval	(	real_type	x,
		integer	spl ) const

inline

Evaluate spline n. spl at x.

◆ eval() [4/8]

void Splines::SplineSet::eval	(	real_type	x,
		real_type	vals[],
		integer	incy = 1 ) const

Evaluate all the splines at x

◆ eval() [5/8]

void Splines::SplineSet::eval	(	real_type	x,
		vec_string_type const &	columns,
		GenericContainer &	gc ) const

Evaluate all the splines at x and fill a map of values in a GenericContainer with keys in columns

◆ eval() [6/8]

void Splines::SplineSet::eval	(	real_type	x,
		vector< real_type > &	vals ) const

Evaluate all the splines at x

◆ eval() [7/8]

void Splines::SplineSet::eval	(	vec_real_type const &	vec,
		GenericContainer &	gc ) const

Evaluate all the splines at x values contained in vec and fill a map of vector in a GenericContainer

◆ eval() [8/8]

void Splines::SplineSet::eval	(	vec_real_type const &	vec,
		vec_string_type const &	columns,
		GenericContainer &	gc ) const

Evaluate all the splines at x values contained in vec and fill a map of vector in a GenericContainer with keys in columns

◆ eval2() [1/12]

void Splines::SplineSet::eval2	(	integer	spl,
		real_type	zeta,
		real_type	vals[],
		integer	incy = 1 ) const

Evaluate all the splines at zeta using spline[spl] as independent

◆ eval2() [2/12]

void Splines::SplineSet::eval2	(	integer	spl,
		real_type	zeta,
		vector< real_type > &	vals ) const

Evaluate all the splines at zeta using spline[spl] as independent

◆ eval2() [3/12]

real_type Splines::SplineSet::eval2	(	real_type	zeta,
		char const	indep[],
		char const	name[] ) const

Evaluate the spline name at zeta using spline indep as independent

◆ eval2() [4/12]

void Splines::SplineSet::eval2	(	real_type	zeta,
		char const	indep[],
		GenericContainer &	vals ) const

inline

Evaluate all the splines at zeta and fill a map of values in a GenericContainer and indep as independent spline

◆ eval2() [5/12]

void Splines::SplineSet::eval2	(	real_type	zeta,
		char const	indep[],
		vec_string_type const &	columns,
		GenericContainer &	vals ) const

inline

Evaluate all the splines at zeta and fill a map of values in a GenericContainer with keys in columns and indep as independent spline

◆ eval2() [6/12]

void Splines::SplineSet::eval2	(	real_type	zeta,
		integer	indep,
		GenericContainer &	gc ) const

Evaluate all the splines at zeta and fill a map of values in a GenericContainer and indep as independent spline

◆ eval2() [7/12]

real_type Splines::SplineSet::eval2	(	real_type	zeta,
		integer	indep,
		integer	spl ) const

Evaluate the spline spl at zeta using spline indep as independent

◆ eval2() [8/12]

void Splines::SplineSet::eval2	(	real_type	zeta,
		integer	indep,
		vec_string_type const &	columns,
		GenericContainer &	gc ) const

Evaluate all the splines at zeta and fill a map of values in a GenericContainer with keys in columns and indep as independent spline

◆ eval2() [9/12]

void Splines::SplineSet::eval2	(	vec_real_type const &	zetas,
		char const	indep[],
		GenericContainer &	vals ) const

inline

Evaluate all the splines at zeta values contained in vec and fill a map of vector in a GenericContainer and indep as independent spline

◆ eval2() [10/12]

void Splines::SplineSet::eval2	(	vec_real_type const &	zetas,
		char const	indep[],
		vec_string_type const &	columns,
		GenericContainer &	vals ) const

inline

Evaluate all the splines at zeta values contained in vec and fill a map of vector in a GenericContainer with keys in columns and indep as independent spline

◆ eval2() [11/12]

void Splines::SplineSet::eval2	(	vec_real_type const &	zetas,
		integer	indep,
		GenericContainer &	gc ) const

Evaluate all the splines at zeta values contained in vec and fill a map of vector in a GenericContainer and indep as independent spline

◆ eval2() [12/12]

void Splines::SplineSet::eval2	(	vec_real_type const &	zetas,
		integer	indep,
		vec_string_type const &	columns,
		GenericContainer &	gc ) const

Evaluate all the splines at zeta values contained in vec and fill a map of vector in a GenericContainer with keys in columns and indep as independent spline

◆ eval2_D() [1/12]

void Splines::SplineSet::eval2_D	(	integer	spl,
		real_type	zeta,
		real_type	vals[],
		integer	incy = 1 ) const

Evaluate the fist derivative of all the splines at zeta using spline[spl] as independent

◆ eval2_D() [2/12]

void Splines::SplineSet::eval2_D	(	integer	spl,
		real_type	zeta,
		vector< real_type > &	vals ) const

Evaluate the first derivative of all the splines at zeta using spline[spl] as independent

◆ eval2_D() [3/12]

real_type Splines::SplineSet::eval2_D	(	real_type	zeta,
		char const	indep[],
		char const	name[] ) const

Evaluate first derivative of the spline name at zeta using spline indep as independent

◆ eval2_D() [4/12]

void Splines::SplineSet::eval2_D	(	real_type	zeta,
		char const	indep[],
		GenericContainer &	vals ) const

inline

Evaluate all the splines at zeta and fill a map of values in a GenericContainer and indep as independent spline

◆ eval2_D() [5/12]

void Splines::SplineSet::eval2_D	(	real_type	zeta,
		char const	indep[],
		vec_string_type const &	columns,
		GenericContainer &	vals ) const

inline

Evaluate all the splines at zeta and fill a map of values in a GenericContainer with keys in columns and indep as independent spline

◆ eval2_D() [6/12]

void Splines::SplineSet::eval2_D	(	real_type	zeta,
		integer	indep,
		GenericContainer &	gc ) const

Evaluate all the splines at zeta and fill a map of values in a GenericContainer and indep as independent spline

◆ eval2_D() [7/12]

real_type Splines::SplineSet::eval2_D	(	real_type	zeta,
		integer	indep,
		integer	spl ) const

Evaluate first derivative of the spline spl at zeta using spline indep as independent

◆ eval2_D() [8/12]

void Splines::SplineSet::eval2_D	(	real_type	zeta,
		integer	indep,
		vec_string_type const &	columns,
		GenericContainer &	gc ) const

Evaluate all the splines at zeta and fill a map of values in a GenericContainer with keys in columns and indep as independent spline

◆ eval2_D() [9/12]

void Splines::SplineSet::eval2_D	(	vec_real_type const &	zetas,
		char const	indep[],
		GenericContainer &	vals ) const

inline

Evaluate all the splines at zeta values contained in vec and fill a map of vector in a GenericContainer and indep as independent spline

◆ eval2_D() [10/12]

void Splines::SplineSet::eval2_D	(	vec_real_type const &	zetas,
		char const	indep[],
		vec_string_type const &	columns,
		GenericContainer &	vals ) const

inline

Evaluate all the splines at zeta values contained in vec and fill a map of vector in a GenericContainer with keys in columns and indep as independent spline

◆ eval2_D() [11/12]

void Splines::SplineSet::eval2_D	(	vec_real_type const &	zetas,
		integer	indep,
		GenericContainer &	gc ) const

Evaluate all the splines at zeta values contained in vec and fill a map of vector in a GenericContainer and indep as independent spline

◆ eval2_D() [12/12]

void Splines::SplineSet::eval2_D	(	vec_real_type const &	zetas,
		integer	indep,
		vec_string_type const &	columns,
		GenericContainer &	gc ) const

Evaluate all the splines at zeta values contained in vec and fill a map of vector in a GenericContainer with keys in columns and indep as independent spline

◆ eval2_DD() [1/12]

void Splines::SplineSet::eval2_DD	(	integer	spl,
		real_type	zeta,
		real_type	vals[],
		integer	incy = 1 ) const

Evaluate the second derivative of all the splines at zeta using spline[spl] as independent

◆ eval2_DD() [2/12]

void Splines::SplineSet::eval2_DD	(	integer	spl,
		real_type	zeta,
		vector< real_type > &	vals ) const

Evaluate the second derivative of all the splines at zeta using spline[spl] as independent

◆ eval2_DD() [3/12]

real_type Splines::SplineSet::eval2_DD	(	real_type	zeta,
		char const	indep[],
		char const	name[] ) const

Evaluate second derivative of the spline name at zeta using spline indep as independent

◆ eval2_DD() [4/12]

void Splines::SplineSet::eval2_DD	(	real_type	zeta,
		char const	indep[],
		GenericContainer &	vals ) const

inline

Evaluate all the splines at zeta and fill a map of values in a GenericContainer and indep as independent spline

◆ eval2_DD() [5/12]

void Splines::SplineSet::eval2_DD	(	real_type	zeta,
		char const	indep[],
		vec_string_type const &	columns,
		GenericContainer &	vals ) const

inline

Evaluate all the splines at zeta and fill a map of values in a GenericContainer with keys in columns and indep as independent spline

◆ eval2_DD() [6/12]

void Splines::SplineSet::eval2_DD	(	real_type	zeta,
		integer	indep,
		GenericContainer &	gc ) const

Evaluate all the splines at zeta and fill a map of values in a GenericContainer and indep as independent spline

◆ eval2_DD() [7/12]

real_type Splines::SplineSet::eval2_DD	(	real_type	zeta,
		integer	indep,
		integer	spl ) const

Evaluate second derivative of the spline spl at zeta using spline indep as independent

◆ eval2_DD() [8/12]

void Splines::SplineSet::eval2_DD	(	real_type	zeta,
		integer	indep,
		vec_string_type const &	columns,
		GenericContainer &	gc ) const

Evaluate all the splines at zeta and fill a map of values in a GenericContainer with keys in columns and indep as independent spline

◆ eval2_DD() [9/12]

void Splines::SplineSet::eval2_DD	(	vec_real_type const &	zetas,
		char const	indep[],
		GenericContainer &	vals ) const

inline

Evaluate all the splines at zeta values contained in vec and fill a map of vector in a GenericContainer and indep as independent spline

◆ eval2_DD() [10/12]

void Splines::SplineSet::eval2_DD	(	vec_real_type const &	zetas,
		char const	indep[],
		vec_string_type const &	columns,
		GenericContainer &	vals ) const

inline

Evaluate all the splines at zeta values contained in vec and fill a map of vector in a GenericContainer with keys in columns and indep as independent spline

◆ eval2_DD() [11/12]

void Splines::SplineSet::eval2_DD	(	vec_real_type const &	zetas,
		integer	indep,
		GenericContainer &	gc ) const

Evaluate all the splines at zeta values contained in vec and fill a map of vector in a GenericContainer and indep as independent spline

◆ eval2_DD() [12/12]

void Splines::SplineSet::eval2_DD	(	vec_real_type const &	zetas,
		integer	indep,
		vec_string_type const &	columns,
		GenericContainer &	gc ) const

Evaluate all the splines at zeta values contained in vec and fill a map of vector in a GenericContainer with keys in columns and indep as independent spline

◆ eval2_DDD() [1/12]

void Splines::SplineSet::eval2_DDD	(	integer	spl,
		real_type	zeta,
		real_type	vals[],
		integer	incy = 1 ) const

Evaluate the 3rd derivative of all the splines at zeta using spline[spl] as independent

◆ eval2_DDD() [2/12]

void Splines::SplineSet::eval2_DDD	(	integer	spl,
		real_type	zeta,
		vector< real_type > &	vals ) const

Evaluate the third derivative of all the splines at zeta using spline[spl] as independent

◆ eval2_DDD() [3/12]

void Splines::SplineSet::eval2_DDD	(	real_type	zeta,
		char const *	indep,
		GenericContainer &	vals ) const

inline

Evaluate all the splines at zeta and fill a map of values in a GenericContainer and indep as independent spline

◆ eval2_DDD() [4/12]

real_type Splines::SplineSet::eval2_DDD	(	real_type	zeta,
		char const	indep[],
		char const	name[] ) const

Evaluate third derivative of the spline name at zeta using spline indep as independent

◆ eval2_DDD() [5/12]

void Splines::SplineSet::eval2_DDD	(	real_type	zeta,
		char const	indep[],
		vec_string_type const &	columns,
		GenericContainer &	vals ) const

inline

Evaluate all the splines at zeta and fill a map of values in a GenericContainer with keys in columns and indep as independent spline

◆ eval2_DDD() [6/12]

void Splines::SplineSet::eval2_DDD	(	real_type	zeta,
		integer	indep,
		GenericContainer &	gc ) const

Evaluate all the splines at zeta and fill a map of values in a GenericContainer and indep as independent spline

◆ eval2_DDD() [7/12]

real_type Splines::SplineSet::eval2_DDD	(	real_type	zeta,
		integer	indep,
		integer	spl ) const

Evaluate third derivative of the spline spl at zeta using spline indep as independent

◆ eval2_DDD() [8/12]

void Splines::SplineSet::eval2_DDD	(	real_type	zeta,
		integer	indep,
		vec_string_type const &	columns,
		GenericContainer &	gc ) const

Evaluate all the splines at zeta and fill a map of values in a GenericContainer with keys in columns and indep as independent spline

◆ eval2_DDD() [9/12]

void Splines::SplineSet::eval2_DDD	(	vec_real_type const &	zetas,
		char const	indep[],
		GenericContainer &	vals ) const

inline

Evaluate all the splines at zeta values contained in vec and fill a map of vector in a GenericContainer and indep as independent spline

◆ eval2_DDD() [10/12]

void Splines::SplineSet::eval2_DDD	(	vec_real_type const &	zetas,
		char const	indep[],
		vec_string_type const &	columns,
		GenericContainer &	vals ) const

inline

Evaluate all the splines at zeta values contained in vec and fill a map of vector in a GenericContainer with keys in columns and indep as independent spline

◆ eval2_DDD() [11/12]

void Splines::SplineSet::eval2_DDD	(	vec_real_type const &	zetas,
		integer	indep,
		GenericContainer &	gc ) const

Evaluate all the splines at zeta values contained in vec and fill a map of vector in a GenericContainer and indep as independent spline

◆ eval2_DDD() [12/12]

void Splines::SplineSet::eval2_DDD	(	vec_real_type const &	zetas,
		integer	indep,
		vec_string_type const &	columns,
		GenericContainer &	gc ) const

Evaluate all the splines at zeta values contained in vec and fill a map of vector in a GenericContainer with keys in columns and indep as independent spline

◆ eval_D() [1/8]

real_type Splines::SplineSet::eval_D	(	real_type	x,
		char const	name[] ) const

inline

Evaluate spline name first derivative at x.

◆ eval_D() [2/8]

void Splines::SplineSet::eval_D	(	real_type	x,
		GenericContainer &	vals ) const

Evaluate all the splines at x and fill a map of values in a GenericContainer

◆ eval_D() [3/8]

real_type Splines::SplineSet::eval_D	(	real_type	x,
		integer	spl ) const

inline

Evaluate spline n. spl first derivative at x.

◆ eval_D() [4/8]

void Splines::SplineSet::eval_D	(	real_type	x,
		real_type	vals[],
		integer	incy = 1 ) const

Evaluate the first derivative of all the splines at x

◆ eval_D() [5/8]

void Splines::SplineSet::eval_D	(	real_type	x,
		vec_string_type const &	columns,
		GenericContainer &	gc ) const

Evaluate all the splines at x and fill a map of values in a GenericContainer with keys in columns

◆ eval_D() [6/8]

void Splines::SplineSet::eval_D	(	real_type	x,
		vector< real_type > &	vals ) const

Evaluate the first derivative of all the splines at x

◆ eval_D() [7/8]

void Splines::SplineSet::eval_D	(	vec_real_type const &	vec,
		GenericContainer &	gc ) const

Evaluate all the splines at x values contained in vec and fill a map of vector in a GenericContainer

◆ eval_D() [8/8]

void Splines::SplineSet::eval_D	(	vec_real_type const &	vec,
		vec_string_type const &	columns,
		GenericContainer &	gc ) const

Evaluate all the splines at x values contained in vec and fill a map of vector in a GenericContainer with keys in columns

◆ eval_DD() [1/8]

real_type Splines::SplineSet::eval_DD	(	real_type	x,
		char const	name[] ) const

inline

Evaluate spline name second derivative at x.

◆ eval_DD() [2/8]

void Splines::SplineSet::eval_DD	(	real_type	x,
		GenericContainer &	vals ) const

Evaluate all the splines at x and fill a map of values in a GenericContainer

◆ eval_DD() [3/8]

real_type Splines::SplineSet::eval_DD	(	real_type	x,
		integer	spl ) const

inline

Evaluate spline n. spl second derivative at x.

◆ eval_DD() [4/8]

void Splines::SplineSet::eval_DD	(	real_type	x,
		real_type	vals[],
		integer	incy = 1 ) const

Evaluate the second derivative of all the splines at x

◆ eval_DD() [5/8]

void Splines::SplineSet::eval_DD	(	real_type	x,
		vec_string_type const &	columns,
		GenericContainer &	gc ) const

Evaluate all the splines at x and fill a map of values in a GenericContainer with keys in columns

◆ eval_DD() [6/8]

void Splines::SplineSet::eval_DD	(	real_type	x,
		vector< real_type > &	vals ) const

Evaluate the second derivative of all the splines at x

◆ eval_DD() [7/8]

void Splines::SplineSet::eval_DD	(	vec_real_type const &	vec,
		GenericContainer &	gc ) const

Evaluate all the splines at x values contained in vec and fill a map of vector in a GenericContainer

◆ eval_DD() [8/8]

void Splines::SplineSet::eval_DD	(	vec_real_type const &	vec,
		vec_string_type const &	columns,
		GenericContainer &	gc ) const

Evaluate all the splines at x values contained in vec and fill a map of vector in a GenericContainer with keys in columns

◆ eval_DDD() [1/8]

real_type Splines::SplineSet::eval_DDD	(	real_type	x,
		char const	name[] ) const

inline

Evaluate spline name third derivative at x.

◆ eval_DDD() [2/8]

void Splines::SplineSet::eval_DDD	(	real_type	x,
		GenericContainer &	vals ) const

Evaluate all the splines at x and fill a map of values in a GenericContainer

◆ eval_DDD() [3/8]

real_type Splines::SplineSet::eval_DDD	(	real_type	x,
		integer	spl ) const

inline

Evaluate spline n. spl third derivative at x.

◆ eval_DDD() [4/8]

void Splines::SplineSet::eval_DDD	(	real_type	x,
		real_type	vals[],
		integer	incy = 1 ) const

Evaluate the third derivative of all the splines at x

◆ eval_DDD() [5/8]

void Splines::SplineSet::eval_DDD	(	real_type	x,
		vec_string_type const &	columns,
		GenericContainer &	gc ) const

Evaluate all the splines at x and fill a map of values in a GenericContainer with keys in columns

◆ eval_DDD() [6/8]

void Splines::SplineSet::eval_DDD	(	real_type	x,
		vector< real_type > &	vals ) const

Evaluate the third derivative of all the splines at x

◆ eval_DDD() [7/8]

void Splines::SplineSet::eval_DDD	(	vec_real_type const &	vec,
		GenericContainer &	gc ) const

Evaluate all the splines at x values contained in vec and fill a map of vector in a GenericContainer

◆ eval_DDD() [8/8]

void Splines::SplineSet::eval_DDD	(	vec_real_type const &	vec,
		vec_string_type const &	columns,
		GenericContainer &	gc ) const

Evaluate all the splines at x values contained in vec and fill a map of vector in a GenericContainer with keys in columns

◆ eval_DDDD() [1/4]

real_type Splines::SplineSet::eval_DDDD	(	real_type	x,
		char const	name[] ) const

inline

Evaluate spline name 4th derivative at x.

◆ eval_DDDD() [2/4]

real_type Splines::SplineSet::eval_DDDD	(	real_type	x,
		integer	spl ) const

inline

Evaluate spline n. spl 4th derivative at x.

◆ eval_DDDD() [3/4]

void Splines::SplineSet::eval_DDDD	(	real_type	x,
		real_type	vals[],
		integer	incy = 1 ) const

Evaluate the 4th derivative of all the splines at x

◆ eval_DDDD() [4/4]

void Splines::SplineSet::eval_DDDD	(	real_type	x,
		vector< real_type > &	vals ) const

Evaluate the 4th derivative of all the splines at x

◆ eval_DDDDD() [1/4]

real_type Splines::SplineSet::eval_DDDDD	(	real_type	x,
		char const	name[] ) const

inline

Evaluate spline name 5th derivative at x.

◆ eval_DDDDD() [2/4]

real_type Splines::SplineSet::eval_DDDDD	(	real_type	x,
		integer	spl ) const

inline

Evaluate spline n. spl 5th derivative at x.

◆ eval_DDDDD() [3/4]

void Splines::SplineSet::eval_DDDDD	(	real_type	x,
		real_type	vals[],
		integer	incy = 1 ) const

Evaluate the 5th derivative of all the splines at x

◆ eval_DDDDD() [4/4]

void Splines::SplineSet::eval_DDDDD	(	real_type	x,
		vector< real_type > &	vals ) const

Evaluate the 5th derivative of all the splines at x

◆ get_headers()

void Splines::SplineSet::get_headers ( std::vector< std::string > & names ) const

Fill a vector of strings with the names of the splines.

◆ get_position()

integer Splines::SplineSet::get_position ( char const hdr[] ) const

Return the column with header(i) == hdr, return -1 if not found.

◆ get_spline() [1/2]

Spline * Splines::SplineSet::get_spline ( char const hdr[] ) const

inline

Return pointer to the i-th spline.

◆ get_spline() [2/2]

Spline * Splines::SplineSet::get_spline ( integer i ) const

Return pointer to the i-th spline.

◆ header()

string const & Splines::SplineSet::header ( integer i ) const

inline

Returns: string with the name of the i-th spline of the set

◆ info() [1/2]

string Splines::SplineSet::info ( ) const

String information of the kind and order of the spline

◆ info() [2/2]

void Splines::SplineSet::info ( ostream_type & stream ) const

inline

Print information of the kind and order of the spline

◆ is_monotone()

int Splines::SplineSet::is_monotone ( integer i ) const

inline

Return monotonicity info.

Parameters

i	`i`th spline

Returns: +1 = strict monotone, 0 weak monotone, -1 non monotone

◆ name()

string const & Splines::SplineSet::name ( ) const

inline

Returns: string with the name of the spline set

◆ name_list()

string Splines::SplineSet::name_list ( ) const

Return a string with the names of the splines.

◆ num_points()

integer Splines::SplineSet::num_points ( ) const

inline

Return the number of support points of the splines.

◆ num_splines()

integer Splines::SplineSet::num_splines ( ) const

inline

Return the number splines in the spline set.

◆ operator()()

real_type Splines::SplineSet::operator()	(	real_type	x,
		integer	spl ) const

inline

Evaluate spline n. spl at x.

◆ setup()

void Splines::SplineSet::setup ( GenericContainer const & gc )

Build a spline using data in GenericContainer

◆ x_max()

real_type Splines::SplineSet::x_max ( ) const

inline

Return x-maximum spline value.

◆ x_min()

real_type Splines::SplineSet::x_min ( ) const

inline

Return x-minumum spline value.

◆ x_node()

real_type Splines::SplineSet::x_node ( integer npt ) const

inline

Return the i-th node of the spline (x component).

◆ x_nodes()

real_type const * Splines::SplineSet::x_nodes ( ) const

inline

Return the vector of values of x-nodes.

◆ y_max() [1/2]

real_type Splines::SplineSet::y_max ( char const spl[] ) const

inline

Return y-maximum spline value.

◆ y_max() [2/2]

real_type Splines::SplineSet::y_max ( integer spl ) const

inline

Return y-maximum spline value.

◆ y_min() [1/2]

real_type Splines::SplineSet::y_min ( char const spl[] ) const

inline

Return y-minumum spline value.

◆ y_min() [2/2]

real_type Splines::SplineSet::y_min ( integer spl ) const

inline

Return y-minumum spline value.

◆ y_node()

real_type Splines::SplineSet::y_node	(	integer	npt,
		integer	spl ) const

inline

Return the i-th node of the spline (y component).

◆ y_nodes()

real_type const * Splines::SplineSet::y_nodes ( integer i ) const

Return the vector of values of x-nodes.

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

/Users/enrico/Ricerca/develop/PINS/pins-mechatronix/LibSources/submodules/Splines/src/Splines/SplineSet.hxx
/Users/enrico/Ricerca/develop/PINS/pins-mechatronix/LibSources/submodules/Splines/src/SplineSet.cc
/Users/enrico/Ricerca/develop/PINS/pins-mechatronix/LibSources/submodules/Splines/src/SplineSetGC.cc

SplineSet Class Reference¶

Public Member Functions

Detailed Description

Constructor & Destructor Documentation

◆ SplineSet()

◆ ~SplineSet()

Member Function Documentation

◆ build() [1/2]

◆ build() [2/2]

◆ D()

◆ DD()

◆ DDD()

◆ DDDD()

◆ DDDDD()

◆ dump_table()

◆ eval() [1/8]

◆ eval() [2/8]

◆ eval() [3/8]

◆ eval() [4/8]

◆ eval() [5/8]

◆ eval() [6/8]

◆ eval() [7/8]

◆ eval() [8/8]

◆ eval2() [1/12]

◆ eval2() [2/12]

◆ eval2() [3/12]

◆ eval2() [4/12]

◆ eval2() [5/12]

◆ eval2() [6/12]

◆ eval2() [7/12]

◆ eval2() [8/12]

◆ eval2() [9/12]

◆ eval2() [10/12]

◆ eval2() [11/12]

◆ eval2() [12/12]

◆ eval2_D() [1/12]

◆ eval2_D() [2/12]

◆ eval2_D() [3/12]

◆ eval2_D() [4/12]

◆ eval2_D() [5/12]

◆ eval2_D() [6/12]

◆ eval2_D() [7/12]

◆ eval2_D() [8/12]

◆ eval2_D() [9/12]

◆ eval2_D() [10/12]

◆ eval2_D() [11/12]

◆ eval2_D() [12/12]

◆ eval2_DD() [1/12]

◆ eval2_DD() [2/12]

◆ eval2_DD() [3/12]

◆ eval2_DD() [4/12]

◆ eval2_DD() [5/12]

◆ eval2_DD() [6/12]

◆ eval2_DD() [7/12]

◆ eval2_DD() [8/12]

◆ eval2_DD() [9/12]

◆ eval2_DD() [10/12]

◆ eval2_DD() [11/12]

◆ eval2_DD() [12/12]

◆ eval2_DDD() [1/12]

◆ eval2_DDD() [2/12]

◆ eval2_DDD() [3/12]

◆ eval2_DDD() [4/12]

◆ eval2_DDD() [5/12]

◆ eval2_DDD() [6/12]

◆ eval2_DDD() [7/12]

◆ eval2_DDD() [8/12]

◆ eval2_DDD() [9/12]

◆ eval2_DDD() [10/12]

◆ eval2_DDD() [11/12]

◆ eval2_DDD() [12/12]

◆ eval_D() [1/8]

◆ eval_D() [2/8]

◆ eval_D() [3/8]

◆ eval_D() [4/8]

◆ eval_D() [5/8]

◆ eval_D() [6/8]

◆ eval_D() [7/8]

◆ eval_D() [8/8]

◆ eval_DD() [1/8]