NormalDerivativeNew< dim > Class Template Reference

This computes the derivatives of the normal of a sliced implicit function. More...

#include <NormalDerivativeNew.H>

Public Types
typedef IndexTM< int, dim >	IvDim
typedef IndexTM< Real, dim >	RvDim
typedef map< IvDim, Real, LexLT< IvDim > >	ScalarPowerMap
typedef map< IvDim, RvDim, LexLT< IvDim > >	NormalDerivativeMap

Public Member Functions
	NormalDerivativeNew ()
	Null constructor. More...
virtual	~NormalDerivativeNew ()
	Destructor. More...
Real	normal (const int &a_direction, const RvDim &a_point, const IFSlicer< dim > *a_implicitFunction) const
	Evaluate the normal of a BaseIF subclass. More...
NormalDerivativeMap	calculateAll (const int &a_maxP, const RvDim &a_point, const IFSlicer< dim > *a_implicitFunction)
	Evaluate all derivatives of the normal of an IFSlicer class. More...

Protected Member Functions
void	calculatePhiDerivs (ScalarPowerMap &a_phiDerivs, const RvDim &a_point, const IFSlicer< dim > *a_implicitFunction, const int &a_maxPartial)
void	addLDeriv (ScalarPowerMap &a_lDerivs, ScalarPowerMap &a_phiDerivs, NormalDerivativeMap &a_nDerivs, const IvDim &a_deriv)
void	addNDeriv (NormalDerivativeMap &a_nDerivs, ScalarPowerMap &a_phiDerivs, ScalarPowerMap &a_lDerivs, const IvDim &a_deriv)

Static Protected Member Functions
static int	nChoosek (const IvDim &a_n, const IvDim &a_k)

Private Member Functions
	NormalDerivativeNew (const NormalDerivativeNew &a_input)
void	operator= (const NormalDerivativeNew &a_input)

Detailed Description

template<int dim>
class NormalDerivativeNew< dim >

This computes the derivatives of the normal of a sliced implicit function.

This computes the derivatives of the normal of a sliced implicit function

Member Typedef Documentation

IvDim

template<int dim>

typedef IndexTM<int,dim> NormalDerivativeNew< dim >::IvDim

RvDim

template<int dim>

typedef IndexTM<Real,dim> NormalDerivativeNew< dim >::RvDim

ScalarPowerMap

template<int dim>

typedef map<IvDim,Real,LexLT<IvDim> > NormalDerivativeNew< dim >::ScalarPowerMap

NormalDerivativeMap

template<int dim>

typedef map<IvDim,RvDim,LexLT<IvDim> > NormalDerivativeNew< dim >::NormalDerivativeMap

Constructor & Destructor Documentation

NormalDerivativeNew() [1/2]

template<int dim>

NormalDerivativeNew< dim >::NormalDerivativeNew

(

)

Null constructor.

Null constructor

~NormalDerivativeNew()

template<int dim>

NormalDerivativeNew< dim >::~NormalDerivativeNew ( )

virtual

Destructor.

Destructor

NormalDerivativeNew() [2/2]

template<int dim>

NormalDerivativeNew< dim >::NormalDerivativeNew ( const NormalDerivativeNew< dim > &  a_input )

inlineprivate

References MayDay::Abort().

Member Function Documentation

normal()

template<int dim>

Real NormalDerivativeNew< dim >::normal ( const int &  a_direction, const RvDim &  a_point, const IFSlicer< dim > *  a_implicitFunction  ) const

inline

Evaluate the normal of a BaseIF subclass.

Evaluate the normal. a_direction specifies which component of the normal use, a_point is the point in space to evaluate the derivative, and a_ifSlicer is a sliced function whose gradient is the normal.

References dim.

calculateAll()

template<int dim>

NormalDerivativeMap NormalDerivativeNew< dim >::calculateAll ( const int &  a_maxP, const RvDim &  a_point, const IFSlicer< dim > *  a_implicitFunction  )

inline

Evaluate all derivatives of the normal of an IFSlicer class.

Evaluate all derivatives of the normal, a_maxP specifies the max sum of derivatives to take in any coordinate direction, a_point is the point in space to evaluate the derivatives, and a_ifSlicer is a sliced function whose gradient is the normal.

References NormalDerivativeNew< dim >::addLDeriv(), NormalDerivativeNew< dim >::addNDeriv(), BoxIterator::begin(), NormalDerivativeNew< dim >::calculatePhiDerivs(), dim, BoxIterator::ok(), IndexTM< T, N >::sum(), IntVect::Unit, IndexTM< Real, dim >::Zero, and IntVect::Zero.

Referenced by IFData< dim >::setNormalDerivatives().

calculatePhiDerivs()

template<int dim>

void NormalDerivativeNew< dim >::calculatePhiDerivs ( ScalarPowerMap &  a_phiDerivs, const RvDim &  a_point, const IFSlicer< dim > *  a_implicitFunction, const int &  a_maxPartial  )

inlineprotected

References BoxIterator::begin(), dim, BoxIterator::ok(), IntVect::Unit, IFSlicer< dim >::value(), and IntVect::Zero.

Referenced by NormalDerivativeNew< dim >::calculateAll().

addLDeriv()

template<int dim>

void NormalDerivativeNew< dim >::addLDeriv ( ScalarPowerMap &  a_lDerivs, ScalarPowerMap &  a_phiDerivs, NormalDerivativeMap &  a_nDerivs, const IvDim &  a_deriv  )

inlineprotected

References dim, NormalDerivativeNew< dim >::nChoosek(), and IndexTM< T, N >::Zero.

Referenced by NormalDerivativeNew< dim >::calculateAll().

addNDeriv()

template<int dim>

void NormalDerivativeNew< dim >::addNDeriv ( NormalDerivativeMap &  a_nDerivs, ScalarPowerMap &  a_phiDerivs, ScalarPowerMap &  a_lDerivs, const IvDim &  a_deriv  )

inlineprotected

References dim, NormalDerivativeNew< dim >::nChoosek(), IndexTM< T, N >::Zero, and IndexTM< Real, dim >::Zero.

Referenced by NormalDerivativeNew< dim >::calculateAll().

nChoosek()

template<int dim>

static int NormalDerivativeNew< dim >::nChoosek ( const IvDim &  a_n, const IvDim &  a_k  )

inlinestaticprotected

References CH_assert, dim, and IndexTM< T, N >::Zero.

Referenced by NormalDerivativeNew< dim >::addLDeriv(), and NormalDerivativeNew< dim >::addNDeriv().

operator=()

template<int dim>

void NormalDerivativeNew< dim >::operator= ( const NormalDerivativeNew< dim > &  a_input )

inlineprivate

References MayDay::Abort().

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

• NormalDerivativeNew.H
• NormalDerivativeNewImplem.H