The real implementation of the GmpFemPhysicsCommonLuaMaterial class methods. See comments on that class. More...

#include <gmpFemPhysicsCommonLuaMaterial.h>

Collaboration diagram for GmpFemPhysicsCommonLuaMaterialImp:

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Classes
class	CallData
	The auxiliar class used to store prepared user method call data. More...

struct	CallDataFunctions
	An aux structure storing how to get / set data for input data sub-tables. More...

Public Types
enum	CallDataType { CDT_PROPERTY , CDT_NODEATTR , CDT_GAUSSATTR , CDT_GEOMETRY , CDT_USER , CDT_NUMTYPES }
	Stored data type for input data sub-tables. More...

enum	GeometryFields { GF_ELEMENT_ID , GF_ELEMENT , GF_TYPE , GF_IP , GF_COORD , GF_CLENGTH , GF_CDIM , GF_NODE_AC , GF_NODE_COORD , GF_N }

typedef QVariant(*)	GetFieldDataT(QString field, const void context, const GmElement e, int ip, const GmVector *coord, const GmLogCategory &logger)
	Type for the function used to get derived class values exported to an input data sub-table. Should return an invalid QVariant on invalid fields. If a table of values needs to be reported, the function should return a QVariantList with the set of values.

typedef bool(*)	SetFieldDataT(QString field, const void context, const GmElement e, int ip, const QVariant &v)
	Type for the function used to set derived class values imported from an output data sub-table. Should return false on invalid fields.

Public Member Functions
	GmpFemPhysicsCommonLuaMaterialImp (const GmPluginData pdata, GmpFemPhysicsCommonMaterial mat)
	Common Lua material constructor. Receives the PluginData object with the material especification plus its type name and index in order for a class to be able to handle multiple types.

	~GmpFemPhysicsCommonLuaMaterialImp ()
	Virtual destructor.

const QVariantMap *	materialMetaDataMap ()
	Builds the metadata map returned by every GmpFemPhysicsCommonMaterial object based on the plugin data.

bool	checkLoadedData (const GmElement *e) const

CallData *	prepareUserMethodCall (QString fname, const GmElement e, int ip, const GmVector coord, const char userSubTable=NULL, GetFieldDataT userGetF=NULL, SetFieldDataT userSetF=NULL, const void userContext=NULL) const
	Prepares the CallData object for a later call to the given user method, for the given set of element coordinates. If the field does not exist in the plugin data, returns NULL. If an user sub-table name is given, a table with that name will be added to the input data table, having the setter and getter functions used to retrieve / store data. The store function can be NULL if the value can only be queried. The user context parameter is passed through to the given functions.

const GmPluginData *	pluginData () const
	Returns the associated plugin data object.

Static Public Member Functions
static QVariant	propertyAccessorValueToVariant (GmCellAccessor ac, const GmElement e, int ip, const GmVector *coord, const GmLogCategory &logger)
	Retrieves the given accessor value at the given point and converts it to a QVariant, storing either a double value, for scalar accessors, or a pointer to a newly created GmLuaMatrix object for vector or matrix values.

static QVariant	nodeAccessorValueToVariant (GmValueAccessor ac, GmValueAccessor coordAc, const GmElement e, int ip, const GmVector coord, GmInterpolatorType interpType, QVariant interpParam, const GmLogCategory &logger)
	Retrieves the element node values from the given accessor, interpolates the value at the given point and converts it to a QVariant, storing either a double value, for scalar accessors, or a pointer to a newly created GmLuaMatrix object for vector or matrix values. If the interpolation method is GM_NO_INTERPOLATOR, the QVariant contains a table with the values for each cell node.

static QVariant	gaussAccessorValueToVariant (GmGaussAccessor ac, const GmElement e, int ip, const GmVector *coord, const GmLogCategory &logger)
	Retrieves the given accessor value at the given point and converts it to a QVariant, storing either a double value, for scalar accessors, or a pointer to a newly created GmLuaMatrix object for vector or matrix values.

static void	setGaussAccessorValueFromVariant (GmGaussAccessor ac, const GmElement e, int ip, const QVariant &v)
	Given a QVariant value that can be either a scalar or a pointer to a GmLuaMatrix object, depending on the accessor value type, sets that value on the accessor.

static bool	fillMatrixFromVariant (GmMatrix &mat, int nlin, int ncol, const QVariant &v, QString &err)
	Fills the given matrix contents with the value of the GmLuaMatrix stored in the given variant value. If the variant is NULL or has a dimension different from the given number of lines and columns, returns false and fills err, keeping mat unchanged.

Private Member Functions
void	loadTableData (QString field, QMap< QString, int > &fieldMap, QVector< QPair< GmInterpolatorType, QVariant > > *interpData=NULL, bool savedGaussAttr=false)
	Loads the data from the given plugin data field (properties, nodeAttributes or gaussAttributes) into the metadata map.

void	loadEntryData (int index, const QVariantMap &data, GmpFemPhysicsCommon::ValueList &list, QMap< QString, int > &map)
	Loads a single data entry into list, also filling map with its name x index maping.

QList< GmpFemPhysicsCommon::ValueType >	parseDimField (const QVariant &v) const
	Parses a dimension field for loadEntryData()

GmpFemPhysicsCommon::RequiredIf	parseRequiredField (const QVariant &v) const
	Parses a require field for loadEntryData()

Static Private Member Functions
static QVariant	getPropertyValue (QString field, const void context, const GmElement e, int ip, const GmVector *coord, const GmLogCategory &logger)
	Returns the property value associated with the given field, at the given coordinate, as a variant. Returns an empty variant if the field is unknown.

static QVariant	getNodeAttrValue (QString field, const void context, const GmElement e, int ip, const GmVector *coord, const GmLogCategory &logger)
	Returns the interpolated node attribute value associated with the given field, at the given coordinate, as a variant. Returns an empty variant if the field is unknown.

static QVariant	getGaussAttrValue (QString field, const void context, const GmElement e, int ip, const GmVector *coord, const GmLogCategory &logger)
	Returns the gauss attribute value associated with the given field, at the given coordinate, as a variant. Returns an empty variant if the field is unknown.

static bool	setGaussAttrValue (QString field, const void context, const GmElement e, int ip, const QVariant &v)
	Updates the gauss attribute value associeated with the given field, at the given ip. Returns false if the field is unknown.

static QVariant	getGeometryValue (QString field, const void context, const GmElement e, int ip, const GmVector *coord, const GmLogCategory &logger)
	Returns the geometry value associated with the given field, at the given coordinate, as a variant. Returns an empty variant if the field is unknown.

static QVariant	variantListToOnStackLuaTable (LuaEnv *env, const QVariantList &v)
	Transforms the received QVariant List on a Lua table, stored on the top of the stack. Returns the LuaTable object as a variant.

Private Attributes
const GmPluginData *	_pdata
	The associated plugin data object.

GmpFemPhysicsCommonMaterial *	_mat
	The material that is implemented by this object.

QVariantMap *	_map
	The metadata map built based on _pdata.

QMap< QString, int >	_propertyIndexMap
	Map associating property names in _map with their accessor indices.

QMap< QString, int >	_nodeAttrIndexMap
	Map associating node attribute names in _map with their accessor indices.

QMap< QString, int >	_gaussAttrIndexMap
	Map associating Gauss attribute names in _map with their accessor indices.

QVector< QPair< GmInterpolatorType, QVariant > >	_nodeAttrInterpMode

CallDataFunctions	_propertyCallFunctions
	A vector with the interpolation options for each attribute stored in _nodeAttrIndexMap, ordered by index.

CallDataFunctions	_nodeAttrCallFunctions
	The set of functions for getting node attribute values. Will have a NULL name if _nodeAttrIndexMap is empty.

CallDataFunctions	_gaussAttrCallFunctions
	The set of functions for getting/setting gauss attribute values. Will have a NULL name if _gaussAttrIndexMap is empty.

CallDataFunctions	_geometryCallFunctions
	The set of functions for getting geometry values.

GmTLS< CallData, true >	_callData
	The per thread set of CallData objects.

GmTLS< QSet< QString >, true >	_fieldCacheData [CDT_NUMTYPES]
	The per thread cache info on referenced input data sub-table fields, per sub-table type.

Static Private Attributes
static QMap< QString, int >	_geometryFieldsMap
	Map translating geometry field names into the GeometryFields enum.

Detailed Description

The real implementation of the GmpFemPhysicsCommonLuaMaterial class methods. See comments on that class.

Member Enumeration Documentation

◆ CallDataType

enum GmpFemPhysicsCommonLuaMaterialImp::CallDataType

Stored data type for input data sub-tables.

Enumerator
CDT_PROPERTY	The data is a cell property.
CDT_NODEATTR	The data is a node attribute.
CDT_GAUSSATTR	The data is a Gauss attribute.
CDT_GEOMETRY	TH edata is the geometry table.
CDT_USER	The data is a a derivade class data.
CDT_NUMTYPES	The number of entries in this enum

◆ GeometryFields

enum GmpFemPhysicsCommonLuaMaterialImp::GeometryFields

Enumerator
GF_ELEMENT_ID	Field elemId - the element id.
GF_ELEMENT	Field elem - the element (cell) object.
GF_TYPE	Field type - the element type string.
GF_IP	Field ip - the evaluated integration point index.
GF_COORD	Field coord - the evaluated integration point natural coordinate.
GF_CLENGTH	Field clength - the element characteristic length.
GF_CDIM	Field cdim - the element characteristic dimension.
GF_NODE_AC	Field nodeAccessor - the node coordinate accessor.
GF_NODE_COORD	Field nodeMatrix - the matrix with element node coordinates.
GF_N	Field N - the shape function vector N evaluated at the integration point coordinate.

Member Data Documentation

◆ _geometryFieldsMap

QMap< QString, int > GmpFemPhysicsCommonLuaMaterialImp::_geometryFieldsMap

staticprivate

Initial value:

= {
  {"elemId",       GF_ELEMENT_ID},
  {"elem",         GF_ELEMENT},
  {"type",         GF_TYPE},
  {"ip",           GF_IP},
  {"coord",        GF_COORD},
  {"clength",      GF_CLENGTH},
  {"cdim",         GF_CDIM},
  {"nodeAccessor", GF_NODE_AC},
  {"nodeMatrix",   GF_NODE_COORD},
  {"N",            GF_N},
}

Map translating geometry field names into the GeometryFields enum.

< Maps geometry field names used in the user functions to their internal GeometryFields id

◆ _propertyCallFunctions

CallDataFunctions GmpFemPhysicsCommonLuaMaterialImp::_propertyCallFunctions

private

A vector with the interpolation options for each attribute stored in _nodeAttrIndexMap, ordered by index.

The set of functions for getting cell property values. Will have a NULL name if _propertyIndexMap is empty

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

Classes

Public Types

Public Member Functions

Static Public Member Functions

Private Member Functions

Static Private Member Functions

Private Attributes