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FemProcess
The GeMA Fem Process Plugin
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FemProcess
The GeMA Fem Process Plugin
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A class deriving from GmpFemPhysicsCommon that contains references for other physics objects that are used by this one to fill its simulation matrices. More...
#include <gmpFemPhysicsCoupled.h>
Public Member Functions | |
| GmpFemPhysicsCoupled (GmSimulationData *simulation, QString id, QString description, const GmpFemPhysicsCommonMaterialFactory *matFactory, const GmLogCategory &logger) | |
| Constructor with same parameters as GmpFemPhysicsCommon. Should be followed by calls to addPhysics() to setup the auxiliary physics objects. | |
| virtual | ~GmpFemPhysicsCoupled () |
| Destructor. | |
| GmpFemPhysicsCommon * | addPhysics (QString objTypeName) |
| Creates a new physics object with the specified type, registers its existance and returns a pointer to the created object. More... | |
| GmpFemPhysicsCommon * | addPhysics (GmpFemPhysicsCommon *phys) |
| Registers the provided physics inside the coupled physics list. More... | |
 Public Member Functions inherited from GmpFemPhysicsCommon | |
| GmpFemPhysicsCommon (GmSimulationData *simulation, QString id, QString description, const GmpFemPhysicsCommonMaterialFactory *matFactory, const GmLogCategory &logger) | |
| Constructor. More... | |
| virtual | ~GmpFemPhysicsCommon () |
| Virtual destructor. | |
| void | printParameters (const GmLogCategory &logger) |
| Asks the object to print its parameters using the provided logger. | |
| virtual const QVariantMap * | physicsMetaDataMap ()=0 |
| A virtual function that MUST be implemented by every derived class to return the map defining the physics behaviour and required state vars, attributes, properties and boundary conditions. More... | |
| const QVariant & | attribute (int id) const |
| Returns the value of the given attribute. | |
| GmValueAccessor * | nodeAc () const |
| Returns the accessor for retrieving node coordinates. | |
| int | nodeDim () const |
| Returns the node dimension (number of node coordinates) | |
| bool | isoParametric () const |
| Is this an iso-parametric or a super-parametric element setting? | |
| int | svCount () const |
| Returns the number of state vars supported by this physics. | |
| GmValueAccessor * | svAc (int id) const |
| Returns the accessor for the given state var. | |
| int | baseDof (int id) const |
| Returns the base dof for the given state var. | |
| GmCellAccessor * | propertyAc (int id) const |
| Returns the accessor for the given cell property. | |
| bool | constantProperty (int id) const |
| Returns true if the given cell property is not a function (so its value is unique for an element and does not need to be evaluated for each Gauss point) | |
| GmValueAccessor * | nodeAttrAc (int id) const |
| Returns the accessor for the given node attribute. | |
| GmGaussAccessor * | gaussAttrAc (int id) const |
| Returns the accessor for the given Gauss attribute. | |
| const GmBoundaryCondition * | boundaryCondition (int id) const |
| Returns the boundary condition object for the given bc type id. | |
| const GmContactBoundaryCondition * | contactCondition (int id) const |
| Returns the contact boundary condition object for the given bc type id. | |
| GmBoundaryConditionAccessor * | bcAc (int id) const |
| Returns the accessor for the given boundary condition value. | |
| GmContactBoundaryConditionAccessor * | contactAc (int id) const |
| Returns the accessor for the given contact boundary condition value. | |
| bool | constantBc (int id) const |
| Returns true if the given boundary condition property is not a function (so its value does not change over time) | |
| bool | constantContactBc (int id) const |
| Returns true if the given contact boundary condition property is not a function (so its value does not change over time) | |
| const QVector< const GmBoundaryCondition * > & | calcBoundaryConditions () const |
| Returns a list of boundary conditions that affect the matrix/vector calculations. | |
| GmValueAccessor * | loadAc (int loadId) const |
| Returns the accessor for retrieving external load nodal values for the given load type. | |
| GmDiscontinuityAccessor * | discontinuityAc (int discId) const |
| Returns the accessor for retrieving discontinuity set property / cell attributes for the given id. | |
| GmSegmentCell2DIntersectionCoordAccessor * | discontinuity2dIntersectionCoordAc () const |
| Returns the appropriate accessor for retrieving intersection coordinates for a 2d cell-discontinuity intersection segment. | |
| GmValueAccessor * | cloneSvAcWithDifferentUnit (int id, QString unitSystemName, QString defUnit) const |
| Returns a NEW accessor to the same data referenced by id, but using a different unit. The unitSystemName should be the name used to define the unit in the unit system. If that entry is missing from the unit system table, returns the accessor in the default unit. More... | |
| GmCellAccessor * | clonePropertyAcWithDifferentUnit (int id, QString unitSystemName, QString defUnit) const |
| See description in cloneSvAcWithDifferentUnit() | |
| GmValueAccessor * | cloneNodeAttrAcWithDifferentUnit (int id, QString unitSystemName, QString defUnit) const |
| See description in cloneSvAcWithDifferentUnit() | |
| GmGaussAccessor * | cloneGaussAttrAcWithDifferentUnit (int id, QString unitSystemName, QString defUnit) const |
| See description in cloneSvAcWithDifferentUnit() | |
| const GmpFemPhysicsCommonMaterial * | material (const GmElement *e) const |
| Returns the material object associated with the given element or NULL if not found (emmiting a warning) | |
| const QVector< GmpFemPhysicsCommonMaterial * > & | materialList () const |
| Returns the internal material list. It can contain NULL values if the material is not used by this physics instance. | |
| bool | calcDerivedResult (int recoveryMode, GmValueAccessor *nodeAc, GmGaussAccessor *gaussAc, int resultId=-1) |
| Auxilliary function to help recovering derived results either on Gauss points or on element nodes (or both). More... | |
| void | fillElementNodeValues (const GmValueAccessor *ac, const GmElement *e, GmVector &v, int nv=-1) const |
| Given an element, fills the vector v with nodal values from the given accessor. More... | |
| bool | fillMissingNodeValues (GmValueAccessor *ac) |
| For a super-parametric analysis, only "linear" nodes are been calculated for the given variable. Fills the remaining node values with a linear interpolated value. Receives an accessor instead of a state var id to enable its use for aditional node attributes. | |
| bool | fillScalarFixedNodalBcLists (int bcId, int propertyId, int dofId, QList< int > &nodes, QList< int > &dof, QList< double > &values, bool *constantValues) const |
| Auxiliary function that can be used to fill boundary condition lists returned by fixedNodalForcesBc() and fixedNodalDofsBc() for a scalar value associated with a scalar state variable (dof). More... | |
| bool | fillVectorFixedNodalBcLists (int bcId, int propertyId, int dofId, bool ignoreZeroValues, bool ignoreDefValues, QList< int > &nodes, QList< int > &dof, QList< double > &values, bool *constantValues) const |
| Auxiliary function that can be used to fill boundary condition lists returned by fixedNodalForcesBc() and fixedNodalDofsBc() for a vector value associated with a vector state variable with the same dimension. More... | |
| bool | fillMultiScalarFixedNodalBcLists (int bcId, const QList< int > &propertyIds, int dofId, bool ignoreZeroValues, bool ignoreDefValues, QList< int > &nodes, QList< int > &dof, QList< double > &values, bool *constantValues) const |
| Auxiliary function that can be used to fill boundary condition lists returned by fixedNodalForcesBc() and fixedNodalDofsBc() for a set of scalar values associated with a vector state variable whose dimension is equal to the number of scalar values. More... | |
| virtual void | calcElementDerivedResultAtPoints (const GmElement *e, int resultId, const GmMatrix &evalPoints, bool evalAtIp, GmMatrix &result) |
| Virtual function called by calcDerivedResult() to evaluate results for an element directly at the provided points, which typically are node coordinates or Gauss points. More... | |
| virtual bool | checkLoadedData () |
| Additional checking function, called after all attributes and accessors from physicsMetaDataMap() have already been loaded and validated. Should be implemented in derived classes for conducting additional checks that can't be expressed by the options on the tables in physicsMetaDataMap(). | |
| void | addMaterialTranslation (const char *modelName, const char *physicsName, int modelIndex, bool defaultMaterial) |
| Adds a new entry in the material translation map. More... | |
| GmpFemPhysicsCommonMaterial * | material (QString modelName) const |
| Given a material model name, registered with a call to addMaterialTranslation, returns the associated physics material (or NULL for unregistered materials). More... | |
| Public Member Functions inherited from GmpFemPhysics | |
| GmpFemPhysics (GmSimulationData *simulation, QString id, QString description, const GmLogCategory &logger) | |
| Constructor. More... | |
| virtual | ~GmpFemPhysics () |
| Virtual destructor. | |
| GmElementMesh * | mesh () const |
| Returns the element mesh that this physics object is tied to. | |
| const GmCellGroupSet * | meshGroupSet () const |
| Returns the element group set used to traverse mesh elements belonging to the element groups that together define the physics spatial domain. More... | |
| int | numSupportedExternalLoads () const |
| Returns the number of supported external load types by this physics. Based on the list returned by supportedExternalLoads() | |
| const GmCellGroupSet * | externalLoadGroupSet (int loadId) const |
| Returns the element group set used to traverse mesh elements tied to the given external loads id. More... | |
| const QMap< QString, const GmBoundaryCondition * > & | boundaryConditions () const |
| Returns a reference to the map storing contact boundary conditions associated to this physics, keyed by bc type. | |
| const QMap< QString, const GmContactBoundaryCondition * > & | contactBoundaryConditions () const |
| GmDiscontinuitySet * | discontinuitySet () const |
| Returns the associated discontinuity set, NULL if there is none. | |
| virtual bool | checkPhysicsDependencies (const QList< GmpFemPhysics * > &physicsList, int index) |
| A function called by the Fem solver, at its initialization, to let a physics check that it is compatible with the remaining physics used by the solver. More... | |
| virtual bool | dofByElement (bool *fixed=NULL, bool *addOnly=NULL, bool *trackChanges=NULL) const |
| Returns false if degrees of freedom are mapped to nodes depending only on the element type, or true if elements of the same type can have different dof mappings. More... | |
| virtual const GmElementDof * | dofMapping (const GmElement *e) const |
| Returns the mapping of node degrees of freedom for the given element or NULL if this physics object does not know how to handle it. More... | |
| virtual void | afterElementStiffnessLoop () |
| Method called by the Fem process to notify the physical object that the assembly process has ended. | |
| virtual FemResultType | fillElementData (const GmElement *e, GmpFemMatrixSet &elemMatrices, GmpFemVectorSet &elemVectors)=0 |
| Method called by the FEM process, during the global matrix / vector assembly procedure to ask a physics object for the local contribution of the element 'e'. More... | |
| virtual FemResultType | fillElementDataForBc (const GmElement *e, const GmBoundaryCondition *bc, int bcIndex, int bcListIndex, int border, GmpFemMatrixSet &elemMatrices, GmpFemVectorSet &elemVectors) |
| Method called by the FEM process in a similar way as the call to fillElementData() for the physics to supply local element matrix and/or vector contributions due to the supplied boundary condition. More... | |
| virtual bool | fixedNodalForcesBc (QList< int > &nodes, QList< int > &dof, QList< double > &values) const |
| Method called by the FEM process asking the physics to provide prescribed nodal force values that will be added to the global force vector f (the f vector in the global equation K.u = f). More... | |
| virtual bool | fixedNodalDofsBc (QList< int > &nodes, QList< int > &dof, QList< double > &values, bool *constantValues) const |
| Method called by the FEM process asking the physics to provide fixed dof (state variable) values used to remove degrees of freedom from the system. Those fixed values correspond to fixed u values in the global equation K.u = f. More... | |
| virtual FemResultType | fillContactData (const GmContactBoundaryCondition *cbc, int bcIndex1, int bcIndex2, GmMatrixDof &dofMap, GmpFemMatrixSet &matrixSet, GmpFemVectorSet &vecSet) |
| Method called by the FEM process in a similar way as the call to fillElementData() for the physics to supply local matrix and vector contributions due to the supplied contact pair. More... | |
| virtual FemResultType | fillElementDataForLoads (const GmElement *e, int loadId, GmpFemVectorSet &elemVectors) |
| Method called by the FEM process in a similar way as the call to fillElementData() for the physics to supply local element vector contributions due to the supplied external load. More... | |
| virtual bool | calcDerivedResults (bool nonLinearSolver) |
| Method called after the the system solution asking each physics to calculate derived results based on the solution (which has already been saved to the appropriate state variables) More... | |
| virtual bool | supportsStateDumping () |
| Method called by the solver to check if this physics supports state dumping and restoring. For this to be true, the physics must be able to save all its needed internal state upon a dump and recover it later using the next virtual calls. | |
| virtual bool | addStateItemsToGroup (GmStateDump *state, bool fixedHint, int groupId) |
| Initialization method, called once, allowing the object to add its state items to the given group of the sate dump object. More... | |
| virtual bool | fillStateControlMapData (QVariantMap *map) |
| Virtual method called just before the solver control map is saved to the state. Should be used to fill the map with the needed physics data. Returning false aborts the operation. | |
| virtual bool | stateControlMapDataLoaded (QVariantMap *map) |
| Virtual method called just after the solver control map was loaded from the state. Should be used to load map data into the physics. Differently from stateLoaded(), which is called after the whole dump file was processed, this method is called just after the control map was read, and before any other solve dump items are read. Returning false aborts the operation. | |
| virtual bool | stateAboutToBeSaved (GmStateDump *state) |
| Virtual method called just before starting a save operation on the given state. Returning false aborts the operation. | |
| virtual bool | stateSaved (GmStateDump *state) |
| Virtual method called just after succesfully completing a save operation on the given state. Returning false aborts the operation. | |
| virtual bool | stateAboutToBeLoaded (GmStateDump *state) |
| Virtual method called just before starting a load operation on the given state. Returning false aborts the operation. | |
| virtual bool | stateLoaded (GmStateDump *state) |
| Virtual method called just after succesfully completing a load operation on the given state. Returning false aborts the operation. | |
| virtual QList< int > | changedElements () const |
| Method called by the assembler to obtain the list of elements that had their dofs changed since the physics was created or the last call to clearChangedElements(). In the list, elements are represented by their ids. More... | |
| virtual void | clearChangedElements () |
| Method called by the assembler to clear the internal list used to track dof changes. See comments on changedElements(). | |
| const GmIntegrationRule * | elementIntegrationRule (GmCellType type) const |
| Returns the integration rule associated with the received element type. | |
| const GmBorderIntegrationRule * | borderIntegrationRule (GmCellType type, int borderIndex) const |
| Returns the integration rule associated with a border (face / edge) of the received element type. More... | |
| const GmBorderIntegrationRule * | faceIntegrationRule (GmCellType type, int faceIndex) const |
| Returns the face integration rule associated with the received element type. | |
| const GmBorderIntegrationRule * | edgeIntegrationRule (GmCellType type) const |
| Returns the edge integration rule associated with the received element type. | |
| int | integrationRuleSet () const |
| Returns the integration rule set in use by this physics object. | |
| bool | setIntegrationRuleSet (int ruleSet) |
| Sets the integration rule set used by this physics. Returns true if the named ruleSet doesn't exists in the mesh. | |
| virtual bool | loadPrivateData (LuaTable &table) |
| Reimplements loadPrivateData() to parse attributes common to all FEM physics objects, calling an extra set of virtual functions as needed. More... | |
| Public Member Functions inherited from GmPhysics | |
| GmPhysics (GmSimulationData *simulation, QString id, QString description, const GmLogCategory &logger) | |
| virtual const char * | pluginCategory () const |
| GmCellAccessor * | propertyAccessor (GmCellMesh *mesh, QString stdPropertyName, QString msgDescription, LuaTable &table, Unit desiredUnit, bool required, int type=-1, int nlin=-1, int ncol=-1, bool canBeFunction=true, bool ignoreWarnings=false) |
| GmCellAccessor * | extPropertyAccessor (GmCellMesh *mesh, QString stdPropertyName, QString msgDescription, LuaTable &table, Unit desiredUnit, bool required, int type=-1, int nlin=-1, int ncol=-1, bool canBeFunction=true, bool ignoreWarnings=false) |
| GmDiscontinuityAccessor * | discontinuityPropertyAccessor (GmDiscontinuitySet *discSet, QString stdPropertyName, QString msgDescription, LuaTable &table, Unit desiredUnit, bool required, int type=-1, int nlin=-1, int ncol=-1, bool ignoreWarnings=false) |
| GmDiscontinuityAccessor * | extDiscontinuityPropertyAccessor (GmDiscontinuitySet *discSet, QString stdPropertyName, QString msgDescription, LuaTable &table, Unit desiredUnit, bool required, int type=-1, int nlin=-1, int ncol=-1, bool ignoreWarnings=false) |
| Public Member Functions inherited from GmPluginObject | |
| GmPluginObject (GmSimulationData *simulation, QString id, QString description, const GmLogCategory &logger) | |
| QString | id () const |
| QString | description () const |
| QString | pluginTypeName () const |
| virtual const char * | pluginName () const=0 |
| virtual const char * | pluginType () const=0 |
Protected Member Functions | |
| virtual bool | checkAndLoadPrivateData (LuaTable &table) |
| Reimplements standard checkAndLoadPrivateData() to also initialize auxiliar physics. | |
| virtual bool | checkAndLoadDofMapping (LuaTable &table) |
| Reimplements standard checkAndLoadDofMapping() to also initialize auxiliar physics. | |
| virtual bool | checkAndLoadPropertyAccessors (LuaTable &table) |
| Reimplements standard checkAndLoadPropertyAccessors() to also initialize auxiliar physics. | |
| virtual bool | checkAndLoadAttributeAccessors (LuaTable &nodeTable, LuaTable &gaussTable) |
| Reimplements standard checkAndLoadAttributeAccessors() to also initialize auxiliar physics. | |
| virtual bool | checkAndLoadBcAccessors () |
| Reimplements standard checkAndLoadBcAccessors() to also initialize auxiliar physics. | |
| virtual bool | checkAndLoadContactBcAccessors () |
| Reimplements standard checkAndLoadContactBcAccessors() to also initialize auxiliar physics. | |
| virtual bool | beforeElementStiffnessLoop (const GmpFemMatrixSet &elemMatrices, const GmpFemVectorSet &elemVectors) |
| Reimplements standard beforeElementStiffnessLoop() to also initialize auxiliar physics. | |
| Protected Member Functions inherited from GmpFemPhysicsCommon | |
| virtual bool | supportsCellType (GmCellType type) const |
| Returns true if the type is supported by this physics object. More... | |
| virtual bool | supportsParallel (FemSupportedParallelMethods methodType) const |
| Returns true if this physics object supports multiple calls in parallel (by multiple threads) to the referenced method. Returns false otherwise. | |
| virtual const GmElementDof * | dofMapping (GmCellType type) const |
| Returns the list of node dofs for the given type based on the the "stateVars" entry of the physics description map. The order of state vars in the map defines the order that they should appear in local matrices. More... | |
| virtual Unit | dofUnit (int dof) const |
| Returns the unit in which the dof is calculated by the physics based on the supplied unit on the "stateVars" entry of the physics description map. | |
| virtual Unit | timeUnit () const |
| Returns the unit in which the physics handles time. Returns Unit() if not relevant to the physics. | |
| virtual const QList< QPair< int, GmValueAccessor * > > & | dofForceAttributes () const |
| Returns a list that associates degrees of freedom handled by this physics with their associated force attributes. More... | |
| virtual const QStringList & | supportedBcTypes () const |
| A list with names for the known boundary condition types supported by this physics. More... | |
| virtual const QStringList & | supportedContactBcTypes () const |
| A list with names for the known contact boundary condition types supported by this physics. More... | |
| virtual bool | bcAffectsCalc (const GmBoundaryCondition *bc) const |
| Returns true if the given boundary condition affects the element matrix/vector calculations as specified in the "bc" entries of the physics description map. | |
| virtual const QStringList & | supportedExternalLoads () const |
| A list with names for the known external load conditions supported by this physics. More... | |
| virtual bool | checkMeshDimension (int ndim) |
| Checks that the mesh dimension agrees with the value given in the "dimension" entry of the physics description map. | |
| virtual bool | checkAndLoadExternalLoadAccessors (LuaTable &loadsTable) |
| Check and load external load node accessors for the values described in the "externalLoads" entry of the physics description map. | |
| virtual bool | checkAndLoadDiscontinuitySetAccessors (LuaTable &table) |
| Check discontinuity set existance against the dsMode and dsElements attributes. Also loads discontinuity accessors for discontinuity set properties. More... | |
| template<class T > | |
| QString | accessorNameList (const QVector< T * > list) const |
| Helper function to return a string with the names and units of the accessors in the given vector. | |
| bool | checkAndLoadPropertyAccessorsAux (LuaTable &table, const QList< Value > &defList, QVector< GmCellAccessor * > &accessors, QVector< bool > &constants) |
| An auxilliary function that does the job for checkAndLoadPropertyAccessors() storing the accessors at the provided vectors. | |
| template<class T , class Ac > | |
| bool | checkAndLoadBcAccessorsAux (QString attrName, QString msgPrefix, QMap< QString, const T * > &bcMap, QVector< const T * > &boundaryConditions, QVector< Ac * > &bcAccessors, QVector< bool > &constantBcValues, QStringList &boundaryConditionTypes, QVector< const T * > *calcBoundaryConditions, Ac *(GmPhysics::*acGetFn)(const T *, QString, QString, Unit, bool, int, int, int, bool, bool)) |
| Aux function implementing the body of both checkAndLoadBcAccessors() and checkAndLoadContactBcAccessors() | |
| bool | checkAndLoadNodeAttributeAccessors (LuaTable &table, const QList< Value > &naList, QVector< GmValueAccessor * > &accessors, GmpFemPhysicsCommonMaterial *m=NULL) |
| An auxilliary function that does the job of loading node attribute accessors for checkAndLoadAttributeAccessors(), storing the accessors at the provided vector. It will also accept state vars instead of node attributes! | |
| bool | checkAndLoadGaussAttributeAccessors (LuaTable &table, const QList< Value > &gaList, QVector< GmGaussAccessor * > &accessors, GmpFemPhysicsCommonMaterial *m=NULL) |
| An auxilliary function that does the job of loading Gauss attribute accessors for checkAndLoadAttributeAccessors(), storing the accessors at the provided vector. | |
| bool | checkAndLoadSavedGaussAttributes (const QList< int > &attrIdList, QString prefix, int numGaussAttributes, QVector< int > &savedIdList) |
| Check and load saved gauss attribute ids for the values described in the "savedGaussAttributes" entry of the physics/material description map. | |
| bool | createMaterials (LuaTable &table) |
| If this physics uses material objects, loads the set of requested materials from the table pointed to by the "materialTable" attribute. Checks that the requested materials exist and creates them. More... | |
| bool | loadAttributes (LuaTable &table) |
| Loads physics attribute values from the given Lua table. | |
| void | loadUnitSystemData (LuaTable &table) |
| Loads the user unit system definition from subtable "unitSystem" if "userUnitSystem" is set to true. | |
| QString | getUnit (QString id, QString defUnit) const |
| If there is no user unit system, returns defUnit. If there is a user unit system, looks for the id in the unit system. If found, returns that unit (emits a warning if the found unit is incompatible with defUnit). If not found, emits a warning and returns an empty unit. | |
| bool | loadAdditionalPrivateData (LuaTable &table, GmpFemPhysicsData &elemData) |
| This function is called by checkAndLoadPrivateData() to load additional data required by composite and embedded fracture formulations. More... | |
| bool | loadNodeData (LuaTable &table, GmpFemPhysicsData &elemData) |
| This function is called by loadAdditionalPrivateData() to load additional nodes. If errors are found that prevent the use of the physics object, this function should return false. More... | |
| bool | loadElementData (LuaTable &table, GmpFemPhysicsData &elemData) |
| This function is called by loadAdditionalPrivateData() to load embedded element Data. If errors are found that prevent the use of the physics object, this function should return false. More... | |
| bool | loadNeuralNetworkData (LuaTable &table, const char *name, GmpFemNeuralNetwork *netData) |
| This function is called by checkAndLoadPrivateData() to load neural network data required by em physics and materials. More... | |
| Protected Member Functions inherited from GmpFemPhysics | |
| GmGaussAccessor * | gaussAttributeAccessor (GmElementMesh *mesh, QString stdAttributeName, QString msgDescription, LuaTable &table, Unit desiredUnit, bool required, int type=-1, int nlin=-1, int ncol=-1, int history=-1, bool canBeFunction=true, bool create=false, QString createFormat="", int createHistory=-1, bool ignoreWarnings=false) |
| Similar to GmPhysics::propertyAccessor() returning a Gauss point attribute. The history parameter defines a restriction on the attribute history value (a -1 means that any history type is allowed). If the last parameter (create) is true, the attribute is required and if not found in the mesh, it will be created by the function (and its numeric format will be set to the value given by createFormat if not empty, using createHistory states) More... | |
| virtual GmGaussAccessor * | createGaussAttributeAccessor (GmElementMesh *mesh, QString id, int snum, bool locked, Unit desiredUnit, const GmLogCategory &logger) const |
| A virtual function called by gaussAttributeAccessor() to get the returned Gauss accessor. Exists to allow derived classes to work with a different accessor class derived from GmGaussAccessor. This is particulary important for the XFem plugin. | |
| Protected Member Functions inherited from GmPhysics | |
| GmCellAccessor * | elementAttributeAccessor (GmCellMesh *mesh, QString stdAttributeName, QString msgDescription, LuaTable &table, Unit desiredUnit, bool required, int type=-1, int nlin=-1, int ncol=-1, int history=-1, bool canBeFunction=true, bool create=false, QString createFormat="", int createHistory=-1, bool ignoreWarnings=false) |
| GmValueAccessor * | nodeAttributeAccessor (GmCellMesh *mesh, QString stdAttributeName, QString msgDescription, LuaTable &table, Unit desiredUnit, bool required, int type=-1, int nlin=-1, int ncol=-1, int history=-1, bool canBeFunction=true, bool create=false, QString createFormat="", int createHistory=-1, bool ignoreWarnings=false) |
| GmValueAccessor * | nodeDataAccessor (GmCellMesh *mesh, QString stdAttributeName, QString msgDescription, LuaTable &table, Unit desiredUnit, bool required, int type=-1, int nlin=-1, int ncol=-1, int history=-1, bool canBeFunction=true, bool ignoreWarnings=false) |
| GmBoundaryConditionAccessor * | boundaryAccessor (const GmBoundaryCondition *bc, QString stdPropertyName, QString msgDescription, Unit desiredUnit, bool required, int type=-1, int nlin=-1, int ncol=-1, bool canBeFunction=true, bool ignoreWarnings=false) |
| GmContactBoundaryConditionAccessor * | contactAccessor (const GmContactBoundaryCondition *bc, QString stdPropertyName, QString msgDescription, Unit desiredUnit, bool required, int type=-1, int nlin=-1, int ncol=-1, bool canBeFunction=true, bool ignoreWarnings=false) |
| QString | dofFromStateVar (const GmCellMesh *mesh, QString stdStateVarName, QString msgDescription, LuaTable &table, QList< int > &dofList, Unit resultUnit, bool required, int type=-1, int nlin=-1, int ncol=-1, bool ignoreWarnings=false) |
| Protected Member Functions inherited from GmPluginObject | |
| virtual const GmLogCategory & | logger () const |
| GmSimulationData * | simulationData () const |
Private Attributes | |
| QVector< GmpFemPhysicsCommon * > | _physList |
| The set of auxiliar physics used by this one. | |
Additional Inherited Members | |
| Public Types inherited from GmpFemPhysicsCommon | |
| enum | DiscSetRequiredMode { DS_IGNORED, DS_REQUIRED, DS_OPTIONAL } |
| A QList<Bc> that can be implicitely converted to a QVariant. More... | |
| enum | DerivedResultsRecoveryMode { RECOVER_AT_GAUSS = 0x01, RECOVER_AT_NODES = 0x02, DIRECT_NODE_EVAL = 0x04, ADD_RESULTS = 0x08, IP_ONLY = 0x10, GAUSS_FILLED = 0x20 } |
| Enumeration used to specify the behavior of a call to calcDerivedResults() More... | |
| typedef TList< int > | IntList |
| typedef TList< Attribute > | AttributeList |
| A QList<int> that can be implicitely converted to a QVariant. | |
| typedef TList< Value > | ValueList |
| A QList<Attribute> that can be implicitely converted to a QVariant. | |
| typedef TList< Bc > | BcList |
| Public Types inherited from GmpFemPhysics | |
| enum | FemResultType { FEM_RESULT_OK, FEM_ERROR_FI, FEM_ERROR } |
| Result type for local matrix calculation methods. More... | |
| enum | FemSupportedParallelMethods { FEM_PARALLEL_FILL_ELEMENT_DATA = 0x01 } |
| Enum used to specify which physics plugin methods can be called in parallel. Values can be ored together. More... | |
| Static Public Member Functions inherited from GmpFemPhysicsCommon | |
| template<class T > | |
| static T | listFromVariant (const QVariant &v) |
| Auxiliary function returning a T list from a QVariant that contains either T or a T::listType. | |
| static void | fillMatrixFromPropertyAc (GmCellAccessor *ac, const GmElement *e, const GmVector *coord, int ip, GmMatrix &K) |
| Given a property accessor that can hold either a scalar, a vector with size 'd' or a matrix with size 'd x d', where d is the problem dimension, fills the K matrix (also d x d). More... | |
| Protected Attributes inherited from GmpFemPhysicsCommon | |
| GmElementDof * | _dofMap [GM_NUM_CELL_TYPES] |
| The list with maps of dof per element type. | |
| Protected Attributes inherited from GmpFemPhysics | |
| GmElementMesh * | _mesh |
| The mesh that this physics is bound to. | |
| const GmCellGroupSet * | _gs |
| The element group set used to traverse the mesh elements that form the physics spatial domain. | |
| int | _intRuleSet |
| The integration rule set used by this physics. | |
| GmDiscontinuitySet * | _discSet |
| The discontinuity set, NULL if none was associated. | |
| QMap< QString, const GmBoundaryCondition * > | _bcMap |
| A map storing boundary conditions associated to this physics, keyed by bc type. | |
| QMap< QString, const GmContactBoundaryCondition * > | _cbcMap |
| A map storing contact boundary conditions associated to this physics, keyed by bc type. | |
| QVector< const GmCellGroupSet * > | _externalLoadGroupSets |
| Element group sets for each active external loads or NULL for inactive ones. Indexed in the same order as the names returned by supportedExternalLoads(). Contains NULL if an external load is not configured for this physics. | |
A class deriving from GmpFemPhysicsCommon that contains references for other physics objects that are used by this one to fill its simulation matrices.
This class takes on the job of correctly initializing this worker physics when this physics is initialzed.
| GmpFemPhysicsCommon * GmpFemPhysicsCoupled::addPhysics | ( | QString | objTypeName | ) |
Creates a new physics object with the specified type, registers its existance and returns a pointer to the created object.
The object takes ownership of the created physics. The objTypeName string describes the physics objects that will be created in the usual 'pluginName.objType' format.
Returns NULL if there was an error instancing the desired physics object.
| GmpFemPhysicsCommon * GmpFemPhysicsCoupled::addPhysics | ( | GmpFemPhysicsCommon * | phys | ) |
Registers the provided physics inside the coupled physics list.
The object takes ownership of the given physics. As a convenience, returns the received physics.
1.8.15