RBFInterpolant Class Reference

#include <RBFInterpolant.h>

Inheritance diagram for RBFInterpolant:

[legend]Collaboration diagram for RBFInterpolant:

[legend]List of all members.

Public Member Functions
	RBFInterpolant ()
	RBFInterpolant (bool theDipoles)
void	placeCenters ()
void	procq (gmVector3 x, double *dfdq)
	Deriv of func wrt parameters.
void	getq (double *q)
	Get copy of the implicit model parameters.
void	_setq (double *q)
	Overridden by subclasses to set Qs.
int	qlen ()
	Number of implicit model parameters for this implicit object including its children.
void	getqname (char **qn)
	The name of each parameter.
gmMatrix3	computeHessian (gmVector3 point)
void	interpolate (Particles *ps, std::valarray< bool > flexible)
	Loads control particles into RBF vector and calls update().
double	targetShape (gmVector3 point)
Public Attributes
RBFMesh	rbfMesh
RBFMesh	targetMesh
std::vector< gmVector3 >	normals
bool	dipoles
bool	morph
bool	moving

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Constructor & Destructor Documentation

RBFInterpolant::RBFInterpolant (   )  [inline]

Definition at line 36 of file RBFInterpolant.h. References RBF::centers.

RBFInterpolant::RBFInterpolant (  bool  theDipoles  )  [inline]

Definition at line 41 of file RBFInterpolant.h. References RBF::centers, and dipoles.

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Member Function Documentation

void RBFInterpolant::_setq (  double *  q  )  [virtual]

Overridden by subclasses to set Qs. _setq() is called directly only in subclasses of Implicit. Outside the Implicit class hierarchy, always call setq(). So, if you want to save the old set of Qs, a subclass should override _setq(). In fact, the default _setq() in Implicit does nothing, so you have to override it to do the work of setting the current Q array. However, on the off chance you have a subclass where you do not want to save the old Qs, then override setq() to do the work of settings the current Qs. Typically you will want to save the old Qs so subclasses will usually override (and call) _setq(). Reimplemented from Implicit. Definition at line 98 of file RBFInterpolant.cpp. References RBF::centers, and RBF::m_p.

gmMatrix3 RBFInterpolant::computeHessian (  gmVector3  point  )

Definition at line 156 of file RBFInterpolant.cpp. References RBF::centers.

void RBFInterpolant::getq (  double *  q  )  [virtual]

Get copy of the implicit model parameters. Parameters: A  pointer to the array to be returned. Reimplemented from Implicit. Definition at line 79 of file RBFInterpolant.cpp. References RBF::centers, and RBF::m_p.

void RBFInterpolant::getqname (  char **  qn  )  [virtual]

The name of each parameter. The names of the parameters of the function (if any) are put into an array which gets returned. Parameters: qn  An array of size qlen of strings listing names of parameters Reimplemented from Implicit. Definition at line 136 of file RBFInterpolant.cpp. References qlen().

void RBFInterpolant::interpolate (  Particles *  ps, std::valarray< bool >  flexible )  [virtual]

Loads control particles into RBF vector and calls update(). Reimplemented from RBF. Definition at line 193 of file RBFInterpolant.cpp. References Particles::addParticle(), RBF::centers, dipoles, Particles::getAttribute(), Particles::getBehavior(), moving, normals, ParticlePosition::setPosition(), Particles::size(), RBF::update(), and ParticlePosition::x.

void RBFInterpolant::placeCenters (   )

Definition at line 24 of file RBFInterpolant.cpp. References RBF::centers, dipoles, epsilon, TriMesh::mesh, morph, moving, Implicit::normal(), normals, rbfMesh, and RBF::update().

void RBFInterpolant::procq (  gmVector3  x, double *  dfdq )  [virtual]

Deriv of func wrt parameters. Reimplemented from Implicit. Definition at line 116 of file RBFInterpolant.cpp. References RBF::centers.

int RBFInterpolant::qlen (   )  [virtual]

Number of implicit model parameters for this implicit object including its children. Reimplemented from Implicit. Definition at line 72 of file RBFInterpolant.cpp. References RBF::centers. Referenced by getqname().

double RBFInterpolant::targetShape (  gmVector3  point  )

Definition at line 255 of file RBFInterpolant.cpp. References TriMesh::exactDistanceToMesh(), and targetMesh. Referenced by RBFPropagation::speed().

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Member Data Documentation

bool RBFInterpolant::dipoles

Definition at line 33 of file RBFInterpolant.h. Referenced by RBFPropagation::adaptivity(), RBFPropagation::applyConstraint(), interpolate(), placeCenters(), RBFInterpolant(), and RBFPropagation::tune().

bool RBFInterpolant::morph

Definition at line 34 of file RBFInterpolant.h. Referenced by placeCenters(), and RBFPropagation::speed().

bool RBFInterpolant::moving

Definition at line 60 of file RBFInterpolant.h. Referenced by RBFPropagation::applyConstraint(), interpolate(), and placeCenters().

std::vector<gmVector3> RBFInterpolant::normals

Definition at line 31 of file RBFInterpolant.h. Referenced by RBFPropagation::adaptivity(), RBFPropagation::applyConstraint(), interpolate(), placeCenters(), RBFPropagation::propagateNormals(), and RBFPropagation::tune().

RBFMesh RBFInterpolant::rbfMesh

Definition at line 28 of file RBFInterpolant.h. Referenced by placeCenters().

RBFMesh RBFInterpolant::targetMesh

Definition at line 29 of file RBFInterpolant.h. Referenced by targetShape(), and RBFPropagation::tune().

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

• RBFInterpolant.h
• RBFInterpolant.cpp

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