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ConstraintHandler Class Reference #include <ConstraintHandler.h> Inheritance diagram for ConstraintHandler:: List of all members. Public Methods   ConstraintHandler (int classTag) virtual  ~ConstraintHandler () void  setLinks (Domain &theDomain, AnalysisModel &theModel, Integrator &theIntegrator) virtual int  handle (const ID *nodesNumberedLast=0)=0   pure virtual functions. More... virtual void  clearAll (void)=0 Protected Methods Domain*  getDomainPtr (void) const AnalysisModel*  getAnalysisModelPtr (void) const Integrator*  getIntegratorPtr (void) const Detailed Description The ConstraintHandler class is an abstract base class. Its purpose is to define the interface common among all subclasses. A constraint handler is responsible for: \begin{enumerate} \item creating the FE\_Element and DOF\_Group objects and adding them to the AnalysisModel. \item setting the initial dof equation numbers to , or . A indicates to the DOF\_Numberer object that no equation number is to be allocated for this dof, a that this dof is to be among the last group of dof to be numbered. \item deleting the DOF\_Group and FE\_Element objects that it created.\end{enumerate} } Definition at line 67 of file ConstraintHandler.h. Constructor & Destructor Documentation ConstraintHandler::ConstraintHandler ( int classTag )   The integer {classTag} is passed to the MovableObject constructor. Definition at line 41 of file ConstraintHandler.cpp. ConstraintHandler::~ConstraintHandler ( ) [virtual]   Does nothing. Definition at line 48 of file ConstraintHandler.cpp. Member Function Documentation void ConstraintHandler::clearAll ( void ) [pure virtual]   Invoked to inform the ConstraintHandler object that the FE\_Elements and DOF\_Groups it constructed are no longer part of the AnalysisModel. The ConstraintHandler can delete these objects if necessary; or the ConstraintHandler can store them and use them in subsequent calls to {handle()}. Reimplemented in LagrangeConstraintHandler, PenaltyConstraintHandler, PlainHandler, and TransformationConstraintHandler. Referenced by StaticAnalysis::domainChanged(), EigenAnalysis::domainChanged(), DomainDecompositionAnalysis::domainChanged(), and DirectIntegrationAnalysis::domainChanged(). AnalysisModel * ConstraintHandler::getAnalysisModelPtr ( void ) const [protected]   A const member function to return the AnalysisModel object associated with the ConstraintHandler, {theModel}. Definition at line 72 of file ConstraintHandler.cpp. Referenced by TransformationConstraintHandler::handle(), PlainHandler::handle(), PenaltyConstraintHandler::handle(), and LagrangeConstraintHandler::handle(). Domain * ConstraintHandler::getDomainPtr ( void ) const [protected]   A const member function to return the Domain object associated with the ConstraintHandler, {theDomain}. Definition at line 66 of file ConstraintHandler.cpp. Referenced by TransformationConstraintHandler::clearAll(), PlainHandler::clearAll(), PenaltyConstraintHandler::clearAll(), LagrangeConstraintHandler::clearAll(), TransformationConstraintHandler::handle(), PlainHandler::handle(), PenaltyConstraintHandler::handle(), and LagrangeConstraintHandler::handle(). Integrator * ConstraintHandler::getIntegratorPtr ( void ) const [protected]   A const member function to return the Integrator object associated with the ConstraintHandler, {theIntegrator}. Definition at line 78 of file ConstraintHandler.cpp. Referenced by TransformationConstraintHandler::handle(), PlainHandler::handle(), PenaltyConstraintHandler::handle(), and LagrangeConstraintHandler::handle(). int ConstraintHandler::handle ( const ID * nodesNumberedLast = 0 ) [pure virtual]   pure virtual functions. Reimplemented in LagrangeConstraintHandler, PenaltyConstraintHandler, PlainHandler, and TransformationConstraintHandler. Referenced by StaticAnalysis::domainChanged(), EigenAnalysis::domainChanged(), DomainDecompositionAnalysis::domainChanged(), and DirectIntegrationAnalysis::domainChanged(). void ConstraintHandler::setLinks ( Domain & theDomain, AnalysisModel & theModel, Integrator & theIntegrator )   AnalysisModel &theModel, Definition at line 54 of file ConstraintHandler.cpp. Referenced by DirectIntegrationAnalysis::DirectIntegrationAnalysis(), DomainDecompositionAnalysis::DomainDecompositionAnalysis(), EigenAnalysis::EigenAnalysis(), StaticAnalysis::StaticAnalysis(), DomainDecompositionAnalysis::recvSelf(), StaticAnalysis::setIntegrator(), and DirectIntegrationAnalysis::setIntegrator(). The documentation for this class was generated from the following files: ConstraintHandler.h ConstraintHandler.cpp

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