BendPointBasedMathFunction< xT, yT > Class Template Reference

MathFunction based on bend points. More...

Inheritance diagram for BendPointBasedMathFunction< xT, yT >:

Public Types
enum	ExtrapolType { None , EndVal , ExtraPolGradient }
enum	InterpolType { Linear , Poly , Snap }

Public Member Functions
	BendPointBasedMathFunction (InterpolType t=Linear, ExtrapolType extr=EndVal)
void	add (xT x, yT y)
bool	extrapolate () const
ExtrapolType	extrapolateType () const
virtual yT	getNDValue (const xT *p) const
yT	getValue (xT x) const
InterpolType	interpolType () const
bool	isEmpty () const
void	remove (int idx)
void	setEmpty ()
void	setExtrapolateType (ExtrapolType t)
void	setInterpolType (InterpolType t)
void	setXValue (int idx, xT x)
int	size () const
const TypeSet< xT > &	xVals () const
const TypeSet< yT > &	yVals () const
Public Member Functions inherited from MathFunction< yT, xT >
virtual int	getNrDim () const
Public Member Functions inherited from MathFunctionND< RT, PT >
virtual	~MathFunctionND ()
virtual RT	getNDValue (const PT *) const =0

Protected Member Functions
int	baseIdx (xT) const
yT	interpVal (xT) const
yT	outsideVal (xT) const
yT	snapVal (xT) const

Protected Attributes
ExtrapolType	extrapol_
InterpolType	itype_
TypeSet< xT >	x_
TypeSet< yT >	y_

Detailed Description

template<class xT, class yT>
class BendPointBasedMathFunction< xT, yT >

MathFunction based on bend points.

The object maintains sorted positions (in X), so you cannot bluntly stuff X and Y in. You cannot change or remove positions; instead make a copy.

If the given point is outside the 'defined' X-range, the value can be undef or the first/last defined point's value, depending on the 'extrapol_' setting. If no point at all is defined you will always get undef.

You can add undefined Y-values, but not undef X-values (those add()'s simply return). Undef sections are therefore supported.

<>

Member Enumeration Documentation

ExtrapolType

template<class xT , class yT >

enum BendPointBasedMathFunction::ExtrapolType

Enumerator
None
EndVal
ExtraPolGradient

InterpolType

template<class xT , class yT >

enum BendPointBasedMathFunction::InterpolType

Enumerator
Linear
Poly
Snap

Constructor & Destructor Documentation

BendPointBasedMathFunction()

template<class xT , class yT >

BendPointBasedMathFunction< xT, yT >::BendPointBasedMathFunction ( InterpolType  t = Linear, ExtrapolType  extr = EndVal  )

inline

Member Function Documentation

add()

template<class xT , class yT >

void BendPointBasedMathFunction< mXT, mYT >::add ( xT  x, yT  y  )

inline

baseIdx()

template<class xT , class yT >

int BendPointBasedMathFunction< mXT, mYT >::baseIdx ( xT  ) const

inlineprotected

extrapolate()

template<class xT , class yT >

bool BendPointBasedMathFunction< xT, yT >::extrapolate ( ) const

inline

extrapolateType()

template<class xT , class yT >

ExtrapolType BendPointBasedMathFunction< xT, yT >::extrapolateType ( ) const

inline

getNDValue()

template<class xT , class yT >

virtual yT BendPointBasedMathFunction< xT, yT >::getNDValue ( const xT *  p ) const

inlinevirtual

Reimplemented from MathFunction< yT, xT >.

getValue()

template<class xT , class yT >

yT BendPointBasedMathFunction< xT, yT >::getValue ( xT  x ) const

inlinevirtual

Implements MathFunction< yT, xT >.

interpolType()

template<class xT , class yT >

InterpolType BendPointBasedMathFunction< xT, yT >::interpolType ( ) const

inline

interpVal()

template<class xT , class yT >

mYT BendPointBasedMathFunction< mXT, mYT >::interpVal ( xT  ) const

inlineprotected

isEmpty()

template<class xT , class yT >

bool BendPointBasedMathFunction< xT, yT >::isEmpty ( ) const

inline

outsideVal()

template<class xT , class yT >

mYT BendPointBasedMathFunction< mXT, mYT >::outsideVal ( xT  ) const

inlineprotected

remove()

template<class mXT , class mYT >

void BendPointBasedMathFunction< mXT, mYT >::remove ( int  idx )

inline

setEmpty()

template<class xT , class yT >

void BendPointBasedMathFunction< xT, yT >::setEmpty ( )

inline

setExtrapolateType()

template<class xT , class yT >

void BendPointBasedMathFunction< xT, yT >::setExtrapolateType ( ExtrapolType  t )

inline

setInterpolType()

template<class xT , class yT >

void BendPointBasedMathFunction< xT, yT >::setInterpolType ( InterpolType  t )

inline

setXValue()

template<class xT , class yT >

void BendPointBasedMathFunction< mXT, mYT >::setXValue ( int  idx, xT  x  )

inline

size()

template<class xT , class yT >

int BendPointBasedMathFunction< xT, yT >::size ( ) const

inline

snapVal()

template<class xT , class yT >

mYT BendPointBasedMathFunction< mXT, mYT >::snapVal ( xT  ) const

inlineprotected

xVals()

template<class xT , class yT >

const TypeSet<xT>& BendPointBasedMathFunction< xT, yT >::xVals ( ) const

inline

yVals()

template<class xT , class yT >

const TypeSet<yT>& BendPointBasedMathFunction< xT, yT >::yVals ( ) const

inline

Member Data Documentation

extrapol_

template<class xT , class yT >

ExtrapolType BendPointBasedMathFunction< xT, yT >::extrapol_

protected

itype_

template<class xT , class yT >

InterpolType BendPointBasedMathFunction< xT, yT >::itype_

protected

x_

template<class xT , class yT >

TypeSet<xT> BendPointBasedMathFunction< xT, yT >::x_

protected

y_

template<class xT , class yT >

TypeSet<yT> BendPointBasedMathFunction< xT, yT >::y_

protected