ecl::Polynomial< 0 > Class Template Reference

Specialisation for the zero-th order polynomial. More...

#include <polynomial.hpp>

Public Types
typedef Array< double, 1 >	Coefficients
	The coefficient container storage type. More...

Public Member Functions
Coefficients &	coefficients ()
	Handle to the coefficient array, use to initialise the polynomial. More...
const Coefficients &	coefficients () const
	Non-modifiable handle to the coefficient array. More...
double	dderivative (const double &) const
	Access the second derivative directly (always returns 0).. More...
Polynomial< 0 >	derivative () const
	Derivative of a zero'th order polynomial is always zero. More...
double	derivative (const double &) const
	Access the derivative directly (always returns 0). More...
double	operator() (const double &) const
	Access the value of the polynomial at the specified point. More...
	Polynomial ()
	Default constructor. More...
void	shift_horizontal (const double &)
	Horizontal shift transform. More...
virtual	~Polynomial ()

Private Attributes
Coefficients	coeff

Detailed Description

template<>
class ecl::Polynomial< 0 >

Specialisation for the zero-th order polynomial.

Represents a zero'th order polynomial (scalar). It is necessary to handle this separately as the derivatives do not return lower degree polynomials.

See also

Polynomial, Math::Polynomials.

Definition at line 279 of file polynomial.hpp.

Member Typedef Documentation

Coefficients

typedef Array<double,1> ecl::Polynomial< 0 >::Coefficients

The coefficient container storage type.

Definition at line 284 of file polynomial.hpp.

Constructor & Destructor Documentation

Polynomial()

ecl::Polynomial< 0 >::Polynomial ( )

inline

Default constructor.

This initialises the scalar coefficient for the zero'th polynomial to zero.

Definition at line 295 of file polynomial.hpp.

~Polynomial()

virtual ecl::Polynomial< 0 >::~Polynomial ( )

inlinevirtual

Definition at line 296 of file polynomial.hpp.

Member Function Documentation

coefficients() [1/2]

Coefficients& ecl::Polynomial< 0 >::coefficients ( )

inline

Handle to the coefficient array, use to initialise the polynomial.

This returns a handle to the coefficient array. Use this with the comma initialiser to conveniently set the polynomial.

Polynomial<0> p;
p.coefficients() = 1;
cout << p << endl; // 1.00

Returns

Coefficients& : reference to the co-efficient array.

Definition at line 360 of file polynomial.hpp.

coefficients() [2/2]

const Coefficients& ecl::Polynomial< 0 >::coefficients ( ) const

inline

Non-modifiable handle to the coefficient array.

Returns

const Coefficients& : non-modifiable reference to the co-efficient array.

Definition at line 366 of file polynomial.hpp.

dderivative()

double ecl::Polynomial< 0 >::dderivative ( const double &  ) const

inline

Access the second derivative directly (always returns 0)..

Access the values of the second derivative directly (always returns 0)..

Returns

double : 2nd derivative of a scalar is always 0.0.

Definition at line 339 of file polynomial.hpp.

derivative() [1/2]

Polynomial<0> ecl::Polynomial< 0 >::derivative ( ) const

inline

Derivative of a zero'th order polynomial is always zero.

Derivative of a zero'th order polynomial is always zero.

Returns

Polynomial<0> : the zero polynomial.

Definition at line 319 of file polynomial.hpp.

derivative() [2/2]

double ecl::Polynomial< 0 >::derivative ( const double &  ) const

inline

Access the derivative directly (always returns 0).

Access the values of the derivative directly (always returns 0)..

Returns

double : derivative of a scalar is always 0.0.

Definition at line 329 of file polynomial.hpp.

operator()()

double ecl::Polynomial< 0 >::operator() ( const double &  ) const

inline

Access the value of the polynomial at the specified point.

Access the value of the polynomial at the specified point.

Returns

double : the value of a scalar is always a_0.

Definition at line 375 of file polynomial.hpp.

shift_horizontal()

void ecl::Polynomial< 0 >::shift_horizontal ( const double &  )

inline

Horizontal shift transform.

Normally, shifts the polynomial along the x axis by the specified offset, but in the case of this specialisation, does not change the polynomial.

Definition at line 307 of file polynomial.hpp.

Member Data Documentation

coeff

Coefficients ecl::Polynomial< 0 >::coeff

private

Definition at line 377 of file polynomial.hpp.

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

• polynomial.hpp