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OpenCMISS-Zinc C++ API Documentation
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A specialisation of the mesh integral field that integrates the squares of the components of the integrand field. More...
#include <fieldmeshoperators.hpp>
Friends | |
| FieldMeshIntegralSquares | Fieldmodule::createFieldMeshIntegralSquares (const Field &integrandField, const Field &coordinateField, const Mesh &mesh) |
Additional Inherited Members | |
 Public Types inherited from OpenCMISS::Zinc::Field | |
| enum | ChangeFlag { CHANGE_FLAG_NONE = CMZN_FIELD_CHANGE_FLAG_NONE, CHANGE_FLAG_ADD = CMZN_FIELD_CHANGE_FLAG_ADD, CHANGE_FLAG_REMOVE = CMZN_FIELD_CHANGE_FLAG_REMOVE, CHANGE_FLAG_IDENTIFIER = CMZN_FIELD_CHANGE_FLAG_IDENTIFIER, CHANGE_FLAG_DEFINITION = CMZN_FIELD_CHANGE_FLAG_DEFINITION, CHANGE_FLAG_FULL_RESULT = CMZN_FIELD_CHANGE_FLAG_FULL_RESULT, CHANGE_FLAG_PARTIAL_RESULT = CMZN_FIELD_CHANGE_FLAG_PARTIAL_RESULT, CHANGE_FLAG_RESULT = CMZN_FIELD_CHANGE_FLAG_RESULT, CHANGE_FLAG_FINAL = CMZN_FIELD_CHANGE_FLAG_FINAL } |
| enum | CoordinateSystemType { COORDINATE_SYSTEM_TYPE_INVALID = CMZN_FIELD_COORDINATE_SYSTEM_TYPE_INVALID, COORDINATE_SYSTEM_TYPE_RECTANGULAR_CARTESIAN = CMZN_FIELD_COORDINATE_SYSTEM_TYPE_RECTANGULAR_CARTESIAN, COORDINATE_SYSTEM_TYPE_CYLINDRICAL_POLAR = CMZN_FIELD_COORDINATE_SYSTEM_TYPE_CYLINDRICAL_POLAR, COORDINATE_SYSTEM_TYPE_SPHERICAL_POLAR = CMZN_FIELD_COORDINATE_SYSTEM_TYPE_SPHERICAL_POLAR, COORDINATE_SYSTEM_TYPE_PROLATE_SPHEROIDAL = CMZN_FIELD_COORDINATE_SYSTEM_TYPE_PROLATE_SPHEROIDAL, COORDINATE_SYSTEM_TYPE_OBLATE_SPHEROIDAL = CMZN_FIELD_COORDINATE_SYSTEM_TYPE_OBLATE_SPHEROIDAL, COORDINATE_SYSTEM_TYPE_FIBRE = CMZN_FIELD_COORDINATE_SYSTEM_TYPE_FIBRE } |
| enum | DomainType { DOMAIN_TYPE_INVALID = CMZN_FIELD_DOMAIN_TYPE_INVALID, DOMAIN_TYPE_POINT = CMZN_FIELD_DOMAIN_TYPE_POINT, DOMAIN_TYPE_NODES = CMZN_FIELD_DOMAIN_TYPE_NODES, DOMAIN_TYPE_DATAPOINTS = CMZN_FIELD_DOMAIN_TYPE_DATAPOINTS, DOMAIN_TYPE_MESH1D = CMZN_FIELD_DOMAIN_TYPE_MESH1D, DOMAIN_TYPE_MESH2D = CMZN_FIELD_DOMAIN_TYPE_MESH2D, DOMAIN_TYPE_MESH3D = CMZN_FIELD_DOMAIN_TYPE_MESH3D, DOMAIN_TYPE_MESH_HIGHEST_DIMENSION = CMZN_FIELD_DOMAIN_TYPE_MESH_HIGHEST_DIMENSION } |
| enum | ValueType { VALUE_TYPE_INVALID = CMZN_FIELD_VALUE_TYPE_INVALID, VALUE_TYPE_REAL = CMZN_FIELD_VALUE_TYPE_REAL, VALUE_TYPE_STRING = CMZN_FIELD_VALUE_TYPE_STRING, VALUE_TYPE_MESH_LOCATION = CMZN_FIELD_VALUE_TYPE_MESH_LOCATION } |
| typedef int | ChangeFlags |
| typedef int | DomainTypes |
| Public Member Functions inherited from OpenCMISS::Zinc::FieldMeshIntegral | |
| FieldMeshIntegral (cmzn_field_mesh_integral_id field_mesh_integral_id) | |
| int | getNumbersOfPoints (int valuesCount, int *valuesOut) |
| int | setNumbersOfPoints (int valuesCount, const int *valuesIn) |
| Element::QuadratureRule | getElementQuadratureRule () |
| int | setElementQuadratureRule (Element::QuadratureRule quadratureRule) |
| Public Member Functions inherited from OpenCMISS::Zinc::Field | |
| Field (cmzn_field_id field_id) | |
| Field (const Field &field) | |
| Field & | operator= (const Field &field) |
| bool | isValid () const |
| cmzn_field_id | getId () const |
| Fieldassignment | createFieldassignment (const Field &sourceField) |
| bool | isManaged () |
| int | setManaged (bool value) |
| char * | getComponentName (int componentNumber) |
| int | setComponentName (int componentNumber, const char *name) |
| double | getCoordinateSystemFocus () |
| int | setCoordinateSystemFocus (double focus) |
| CoordinateSystemType | getCoordinateSystemType () |
| int | setCoordinateSystemType (CoordinateSystemType coordinateSystemType) |
| int | getNumberOfComponents () |
| char * | getName () |
| int | setName (const char *name) |
| int | getNumberOfSourceFields () |
| Field | getSourceField (int index) |
| bool | isTypeCoordinate () |
| int | setTypeCoordinate (bool value) |
| ValueType | getValueType () |
| Fieldmodule | getFieldmodule () const |
| int | assignMeshLocation (const Fieldcache &cache, const Element &element, int coordinatesCount, const double *coordinatesIn) |
| int | assignReal (const Fieldcache &cache, int valuesCount, const double *valuesIn) |
| int | assignString (const Fieldcache &cache, const char *stringValue) |
| Element | evaluateMeshLocation (const Fieldcache &cache, int coordinatesCount, double *coordinatesOut) |
| int | evaluateReal (const Fieldcache &cache, int valuesCount, double *valuesOut) |
| char * | evaluateString (const Fieldcache &cache) |
| int | evaluateDerivative (const Differentialoperator&differentialOperator, const Fieldcache &cache, int valuesCount, double *valuesOut) |
| bool | isDefinedAtLocation (const Fieldcache &cache) |
| int | smooth (const Fieldsmoothing &fieldsmoothing) |
| FieldComponent | castComponent () |
| FieldEdgeDiscontinuity | castEdgeDiscontinuity () |
| FieldEigenvalues | castEigenvalues () |
| FieldElementGroup | castElementGroup () |
| FieldFindMeshLocation | castFindMeshLocation () |
| FieldFiniteElement | castFiniteElement () |
| FieldGroup | castGroup () |
| FieldImage | castImage () |
| FieldImagefilterBinaryThreshold | castImagefilterBinaryThreshold () |
| FieldImagefilterDiscreteGaussian | castImagefilterDiscreteGaussian () |
| FieldImagefilterHistogram | castImagefilterHistogram () |
| FieldImagefilterThreshold | castImagefilterThreshold () |
| FieldMeshIntegral | castMeshIntegral () |
| FieldNodeGroup | castNodeGroup () |
| FieldStoredMeshLocation | castStoredMeshLocation () |
| FieldStoredString | castStoredString () |
| Protected Attributes inherited from OpenCMISS::Zinc::Field | |
| cmzn_field_id | id |
A specialisation of the mesh integral field that integrates the squares of the components of the integrand field.
Specialisation of FieldMeshIntegral that integrates the squares of the components of the integrand field. Note that the volume/area/length and weights are not squared in the integral. This field type supports least-squares optimisation by giving individual terms being squared and summed. A specialisation of the mesh integral field that integrates the squares of the components of the integrand field. Note that the volume/area/length and weights are not squared in the integral. This field type supports least-squares optimisation by giving individual terms being squared and summed. This field can be cast to a mesh integral field to set type-specific attributes.
1.8.11
