Base field type: an abstraction of a mathematical field. More...

#include <field.hpp>

Inheritance diagram for OpenCMISS::Zinc::Field:

Public Types
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
	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
cmzn_field_id	id

Detailed Description

Base field type: an abstraction of a mathematical field.

Base field type: an abstraction of a mathematical field, a function giving values at locations in a domain (mesh, nodeset, over time). Instances of derived field types give the actual expression in terms of other fields or locations in the domain, all from the same region.

Member Typedef Documentation

typedef int OpenCMISS::Zinc::Field::ChangeFlags

Type for passing logical OR of ChangeFlag

See also: Fieldmoduleevent::getFieldChangeFlags

typedef int OpenCMISS::Zinc::Field::DomainTypes

Type for passing logical OR of DomainType

Member Enumeration Documentation

enum OpenCMISS::Zinc::Field::ChangeFlag

Bit flags summarising changes to a field or fields in a fieldmodule.

Enumerator
CHANGE_FLAG_NONE	field(s) not changed
CHANGE_FLAG_ADD	one or more fields added
CHANGE_FLAG_REMOVE	one or more fields removed
CHANGE_FLAG_IDENTIFIER	field identifier changed
CHANGE_FLAG_DEFINITION	change to field attributes other than identifier. If change affects result, CMZN_FIELD_CHANGE_FLAG_FULL_RESULT will also be set; metadata changes do not flag result as changed.
CHANGE_FLAG_FULL_RESULT	all resultant values of field changed, by its definition changing or by change to a field or other object it depends on.
CHANGE_FLAG_PARTIAL_RESULT	change to field values on subset of domain: nodes, elements etc. If this flag is set but not CHANGE_FLAG_FULL_RESULT then nodeset and mesh changes describe where on the domain its values have changed.
CHANGE_FLAG_RESULT	convenient value representing any change affecting result
CHANGE_FLAG_FINAL	final notification: owning field module i.e. region has been destroyed

enum OpenCMISS::Zinc::Field::CoordinateSystemType

Field attribute describing the type of space that its values are to be interpreted in. Although it is usually set for all fields (default is rectangular cartesian, RC), the attribute is only relevant when field is used to supply coordinates or vector values, e.g. to graphics, where it prompts automatic conversion to the underlying RC coordinate system.

Enumerator
COORDINATE_SYSTEM_TYPE_INVALID	Unspecified coordinate system type
COORDINATE_SYSTEM_TYPE_RECTANGULAR_CARTESIAN	Default rectangular Cartesian coordinate system
COORDINATE_SYSTEM_TYPE_CYLINDRICAL_POLAR	Cylindrical polar coordinate system with components r, theta, z. Converts to rectangular Cartesian via: x = rcos(theta) y = rsin(theta) z = z
COORDINATE_SYSTEM_TYPE_SPHERICAL_POLAR	Spherical polar coordinate system with components r, theta, phi. Converts to rectangular Cartesian via: x = rcos(phi)cos(theta) y = rcos(phi)sin(theta) z = r*sin(phi)
COORDINATE_SYSTEM_TYPE_PROLATE_SPHEROIDAL	Prolate spheroidal coordinate system with components lambda, mu, theta, with a focus value giving scale. Converts to rectangular Cartesian via: x = focuscosh(lambda)cos(mu) y = focussinh(lambda)sin(mu)cos(theta) z = focussinh(lambda)sin(mu)sin(theta) See also Field::setCoordinateSystemFocus
COORDINATE_SYSTEM_TYPE_OBLATE_SPHEROIDAL	Oblate spheroidal coordinate system with components lambda, mu, theta, with a focus value giving scale. Converts to rectangular Cartesian via: x = focuscosh(lambda)cos(mu)sin(theta) y = focussinh(lambda)sin(mu) z = focuscosh(lambda)cos(mu)cos(theta) See also Field::setCoordinateSystemFocus
COORDINATE_SYSTEM_TYPE_FIBRE	A fibre/material orthonormal reference coordinate system defined within elements by Euler angle rotations of a coordinate system initially oriented with the derivatives of RC coordinates w.r.t. element 'xi' coordinates: initial fibre vector = normalised dx/dxi1. initial sheet vector = unit vector normal to fibre in xi1-xi2 plane, calculated as: normal (x) fibre. initial normal vector = unit vector normal to xi1-xi2 plane, calculated as: dx/dxi1 (x) dx/dxi2, then normalised. Up to three fibre angles (components of fibre field) are applied as rotations in radians in the following sequence (later steps omitted for fewer components): fibre angle = anticlockwise (right-hand) rotation of initial fibre & sheet vectors about initial normal vector. imbrication angle = anticlockwise rotation of initial normal and rotated fibre vectors about the rotated sheet vector. sheet angle = anticlockwise rotation of the rotated sheet and rotated normal vectors about the rotated fibre vector.

enum OpenCMISS::Zinc::Field::DomainType

An enumeration specifying the field domain (without domain objects) Also used as bit flags.

Enumerator
DOMAIN_TYPE_INVALID	Unspecified domain type
DOMAIN_TYPE_POINT	A single point for the region
DOMAIN_TYPE_NODES	The set of node points
DOMAIN_TYPE_DATAPOINTS	The set of data points
DOMAIN_TYPE_MESH1D	The set of 1-D elements and edge lines of 2-D or 3-D elements
DOMAIN_TYPE_MESH2D	The set of 2-D elements and faces of 3-D elements
DOMAIN_TYPE_MESH3D	The set of 3-D elements
DOMAIN_TYPE_MESH_HIGHEST_DIMENSION	The set of elements of highest dimension in region

enum OpenCMISS::Zinc::Field::ValueType

The types of values fields may produce.

See also: Field::getValueType

Enumerator
VALUE_TYPE_INVALID	Unspecified value type
VALUE_TYPE_REAL	Real value type
VALUE_TYPE_STRING	String value type
VALUE_TYPE_MESH_LOCATION	Mesh location value type

Member Function Documentation

int OpenCMISS::Zinc::Field::assignMeshLocation	(	const Fieldcache &	cache,
		const Element &	element,
		int	coordinatesCount,
		const double *	coordinatesIn
	)

inline

Assign mesh_location field values at location specified in cache. Only supported by stored_mesh_location field type.

Parameters

cache	Store of location to assign at and intermediate field values.
element	The element to set.
coordinatesCount	Size of following element local coordinates array. Must be at least the dimension of the element.
coordinatesIn	Array containing location to set in element's local 'xi' coordinate chart.

Returns: Status OpenCMISS::Zinc::OK on success, any other value on failure.

int OpenCMISS::Zinc::Field::assignReal	(	const Fieldcache &	cache,
		int	valuesCount,
		const double *	valuesIn
	)

inline

Assign real values to field at location specified in cache. Only supported for some field types, notably finite_element, node_value, and field operators where only one operand is assignable: these back-calculate value of that operand and assign to it (includes types: offset, scale, coordinate_transformation, vector_coordinate_transformation; latter assumes coordinate field is not assignable.) Only supported for some cache locations: node, or anywhere for constants.

Parameters

cache	Store of location to assign at and intermediate field values.
valuesInCount	Size of values array. Checked that it equals or exceeds the number of components of field.
valuesIn	Array of real values to assign to field.

Returns: Status OpenCMISS::Zinc::OK on success, any other value on failure.

int OpenCMISS::Zinc::Field::assignString	(	const Fieldcache &	cache,
		const char *	stringValue
	)

inline

Assign a string value to a field at location specified in cache. Only supported for legacy stored 'finite element' string at node locations, and string_constant at any cache location.

Parameters

cache	Store of location to assign at and intermediate field values.
stringValue	The string value to assign to field.

Returns: Status OpenCMISS::Zinc::OK on success, any other value on failure.

FieldComponent OpenCMISS::Zinc::Field::castComponent ( )

inline

If the field is of component type, then this function returns the derived component field handle.

Returns: Handle to derived component field, or NULL/invalid handle if wrong type or failed.

FieldEdgeDiscontinuity OpenCMISS::Zinc::Field::castEdgeDiscontinuity ( )

inline

If the field is edge discontinuity type then returns the derived edge discontinuity field handle.

Returns: Handle to derived edge discontinuity field, or NULL/invalid handle if wrong type or failed.

FieldEigenvalues OpenCMISS::Zinc::Field::castEigenvalues ( )

inline

If the field is a eigenvalues type field, return the derived field handle.

Returns: Handle to derived eigenvalues field, or NULL/invalid handle if wrong type or failed.

FieldElementGroup OpenCMISS::Zinc::Field::castElementGroup ( )

inline

If field can be cast to an element group return a handle to the derived field.

Returns: Handle to derived element group field, or NULL/invalid handle if wrong type or failed.

FieldFindMeshLocation OpenCMISS::Zinc::Field::castFindMeshLocation ( )

inline

If the field is of type find_mesh_location then this function returns the derived find mesh location field handle.

Returns: Handle to derived find mesh location field, or NULL/invalid handle if wrong type or failed.

FieldFiniteElement OpenCMISS::Zinc::Field::castFiniteElement ( )

inline

If the field is real-valued interpolated finite element then this function returns the derived finite element field handle.

Returns: Handle to derived finite element field, or NULL/invalid handle if wrong type or failed.

FieldGroup OpenCMISS::Zinc::Field::castGroup ( )

inline

If the field is of group type, then this function returns the derived group field handle.

Returns: Handle to derived group field, or NULL/invalid handle if wrong type or failed.

FieldImage OpenCMISS::Zinc::Field::castImage ( )

inline

If the image_field is of type image field then this function returns the derived image field handle.

Returns: Handle to derived image field, or NULL/invalid handle if wrong type or failed.

FieldImagefilterBinaryThreshold OpenCMISS::Zinc::Field::castImagefilterBinaryThreshold ( )

inline

If field can be cast to an imagefilter binary threshold do so and return a handle to the derived field.

Returns: Handle to derived image filter binary threshold field, or NULL/invalid handle if wrong type or failed.

FieldImagefilterDiscreteGaussian OpenCMISS::Zinc::Field::castImagefilterDiscreteGaussian ( )

inline

If field can be cast to an imagefilter discrete gaussian do so and return a handle to the derived field.

Returns: Handle to derived image filter discrete gaussian field, or NULL/invalid handle if wrong type or failed.

FieldImagefilterHistogram OpenCMISS::Zinc::Field::castImagefilterHistogram ( )

inline

If field can be cast to an imagefilter histogram do so and return a handle to the derived field.

Returns: Handle to derived image filter histogram field, or NULL/invalid handle if wrong type or failed.

FieldImagefilterThreshold OpenCMISS::Zinc::Field::castImagefilterThreshold ( )

inline

If field can be cast to an imagefilter threshold do so and return a handle to the derived field.

Returns: Handle to derived image filter threshold field, or NULL/invalid handle if wrong type or failed.

FieldMeshIntegral OpenCMISS::Zinc::Field::castMeshIntegral ( )

inline

If the field is a mesh integral type field, return the derived field handle.

Returns: Handle to derived mesh integral field, or NULL/invalid handle if wrong type or failed.

FieldNodeGroup OpenCMISS::Zinc::Field::castNodeGroup ( )

inline

If field can be cast to a node group return a handle to the derived field.

Returns: Handle to derived node group field, or NULL/invalid handle if wrong type or failed.

FieldStoredMeshLocation OpenCMISS::Zinc::Field::castStoredMeshLocation ( )

inline

If the field is stored_mesh_location type, return type-specific handle to it.

Returns: Handle to derived stored mesh location field, or NULL/invalid handle if wrong type or failed.

FieldStoredString OpenCMISS::Zinc::Field::castStoredString ( )

inline

If the field is stored_string type, return type-specific handle to it.

Returns: Handle to derived stored string field, or NULL/invalid handle if wrong type or failed.

Fieldassignment OpenCMISS::Zinc::Field::createFieldassignment ( const Field & sourceField )

inline

Create a field assignment object for assigning values of the target field, from values of the source field.

Parameters

sourceField The source field to assign values from.

Returns: Handle to new field assignment object, or NULL/invalid handle on failure.

int OpenCMISS::Zinc::Field::evaluateDerivative	(	const Differentialoperator&	differentialOperator,
		const Fieldcache &	cache,
		int	valuesCount,
		double *	valuesOut
	)

inline

Evaluate derivatives of a real-valued field. CURRENT LIMITATIONS:

Can only evaluate at an element location.
Differential operator must be obtained from mesh owning element. It is not yet possible to evaluate derivatives with respect to parent element chart. NOTE: It is currently more efficient to evaluate derivatives before field values since values are cached simultaneously.

Parameters

differentialOperator	The differential operator identifying which derivative to evaluate. Currently must be obtained from mesh owning element from element location in cache.
cache	Store of location to evaluate at and intermediate field values. Only element locations are supported by this function.
valuesOutCount	Size of values array, must equal number of components of field.
valuesOut	Array of real values to evaluate derivatives into.

Returns: Status OpenCMISS::Zinc::OK on success, any other value on failure including if field is not defined at cache location.

Element OpenCMISS::Zinc::Field::evaluateMeshLocation	(	const Fieldcache &	cache,
		int	coordinatesCount,
		double *	coordinatesOut
	)

inline

Evaluate mesh_location field values at location specified in cache.

Parameters

cache	Store of location to evaluate at and intermediate field values.
coordinatesCount	Size of following element local coordinates array. Must be at least the dimension of the returned element.
coordinatesOut	Array to receive the location in the element's local 'xi' coordinate chart.

Returns: Handle to element, or NULL/invalid handle on failure including field not defined at cache location.

int OpenCMISS::Zinc::Field::evaluateReal	(	const Fieldcache &	cache,
		int	valuesCount,
		double *	valuesOut
	)

inline

Evaluate real field values at location specified in cache.

Parameters

cache	Store of location to evaluate at and intermediate field values.
valuesOutCount	Size of values array. Checked that it equals or exceeds the number of components of field.
valuesOut	Array of real values to evaluate into.

Returns: Status OpenCMISS::Zinc::OK on success, any other value on failure including if field is not defined at cache location.

char * OpenCMISS::Zinc::Field::evaluateString ( const Fieldcache & cache )

inline

Evaluate field as string at location specified in cache. Numerical valued fields are written to a string with comma separated components. Caller must free returned string with cmzn_deallocate().

Parameters

cache Store of location to evaluate at and intermediate field values.

Returns: Allocated string value, or NULL on failure including if field is not defined at cache location.

char* OpenCMISS::Zinc::Field::getComponentName ( int componentNumber )

inline

Get the name of a component of the field. This is only meaningful for finite element fields; all other fields' component names are the string equivalent of the component number, e.g. 1 -> "1" etc. Also, node_value and basis_derivative fields return the base finite element field component names.

Parameters

componentNumber Component number from 1 to number of components.

Returns: On success: allocated string containing field component name. Up to caller to free using cmzn_deallocate().

double OpenCMISS::Zinc::Field::getCoordinateSystemFocus ( )

inline

Get the coordinate system focus value, used for prolate and oblate spheroidal coordinate system types only.

Returns: The focus length, or 0 if invalid field or current coordinate system type.

CoordinateSystemType OpenCMISS::Zinc::Field::getCoordinateSystemType ( )

inline

Get the coordinate system type to interpret field values in.

Returns: The type of coordinate system.

Fieldmodule OpenCMISS::Zinc::Field::getFieldmodule ( ) const

inline

Returns a handle to the field module which owns this field.

Returns: Handle to owning field module, or NULL/invalid handle on failure.

cmzn_field_id OpenCMISS::Zinc::Field::getId ( ) const

inline

Return the C handle of the Field object.

Returns: C handle of Field if this objects is valid, 0 otherwise.

char* OpenCMISS::Zinc::Field::getName ( )

inline

Return the name of the field.

Returns: On success: allocated string containing field name. Up to caller to free using cmzn_deallocate().

int OpenCMISS::Zinc::Field::getNumberOfComponents ( )

inline

Get the number of components of the field.

Returns: The number of components of the field.

int OpenCMISS::Zinc::Field::getNumberOfSourceFields ( )

inline

Get the number of source fields of this field.

Returns: The number of source fields of the field.

Field OpenCMISS::Zinc::Field::getSourceField ( int index )

inline

Return a source field of this field at a given index. Source fields are in the order presented in the field constructor followed by any optional source fields set by type-specific API.

Parameters

index The index from 1 to number of source fields.

Returns: Handle to source field, or NULL/invalid handle on failure.

ValueType OpenCMISS::Zinc::Field::getValueType ( )

inline

Gets the type of values produced by the field.

Returns: Value type produced by field

bool OpenCMISS::Zinc::Field::isDefinedAtLocation ( const Fieldcache & cache )

inline

Determines if the field is defined at the location specified in the field cache, and hence can be evaluated there. Note that a finite element field will return false for this function at a node location where it has parameters, but cannot be evaluated due to not having a complete set of VALUE parameters for all components. The finite element field has a special function for querying whether it has parameters at a location.

See also: FieldFiniteElement::hasParametersAtLocation

Parameters

cache Store of location to check, and intermediate field values.

Returns: True if defined, false if not defined or error.

bool OpenCMISS::Zinc::Field::isManaged ( )

inline

Get managed status of field in its owning field module.

See also: Field::setManaged

Returns: true if field is managed, otherwise false.

bool OpenCMISS::Zinc::Field::isTypeCoordinate ( )

inline

Get whether the field is marked as coordinate type i.e. appropriate for giving geometric location of a domain.

Returns: True if the field is coordinate type, otherwise false.

bool OpenCMISS::Zinc::Field::isValid ( ) const

inline

Check if this is a valid Field object.

Returns: Status True if object is valid, false otherwise.

int OpenCMISS::Zinc::Field::setComponentName	(	int	componentNumber,
		const char *	name
	)

inline

Set the name of a component of the field. This is only meaningful for finite element fields, which can be serialised.

Parameters

componentNumber	Component number from 1 to number of components.
name	The new name of the field component.

Returns: On success, OpenCMISS::Zinc::OK, otherwise any other error code.

int OpenCMISS::Zinc::Field::setCoordinateSystemFocus ( double focus )

inline

Get the coordinate system focus value, used for prolate and oblate spheroidal coordinate system types only.

See also: Field::setCoordinateSystemType

Parameters

focus The new focus value, > 0.

Returns: Status OpenCMISS::Zinc::OK on success, otherwise OpenCMISS::Zinc::ERROR_ARGUMENT.

int OpenCMISS::Zinc::Field::setCoordinateSystemType ( CoordinateSystemType coordinateSystemType )

inline

Set the coordinate system type to interpret field values in. Note PROLATE_SPHEROIDAL and OBLATE_SPHEROIDAL coordinate system types also require the focus to be set to a positive value.

See also: Field::setCoordinateSystemFocus

Parameters

coordinateSystemType The type of coordinate system.

Returns: Status OpenCMISS::Zinc::OK if successfully set, any other value if failed.

int OpenCMISS::Zinc::Field::setManaged ( bool value )

inline

Set managed status of field in its owning field module. If set (managed) the field will remain indefinitely in the field module even if no external references are held. If not set (unmanaged) the field will be automatically removed from the module when no longer referenced externally, effectively marking it as pending destruction. All new objects are unmanaged unless stated otherwise.

Parameters

value The new value for the managed flag: true or false.

Returns: Status OpenCMISS::Zinc::OK on success, otherwise OpenCMISS::Zinc::ERROR_ARGUMENT.

int OpenCMISS::Zinc::Field::setName ( const char * name )

inline

Set the name of the field. Fails if the new name is in use by any other field in the same field module.

Parameters

name	The new name for the field.

Returns: Status OpenCMISS::Zinc::OK on success, any other value on failure.

int OpenCMISS::Zinc::Field::setTypeCoordinate ( bool value )

inline

Set whether the field is marked as coordinate type i.e. appropriate for giving geometric location of a domain. Can only be set for some fields e.g. finite_element where its default is false. Other fields may be fixed at either state.

Parameters

value The new state of the coordinate type flag.

Returns: Status OpenCMISS::Zinc::OK on success, otherwise OpenCMISS::Zinc::ERROR_ARGUMENT.

int OpenCMISS::Zinc::Field::smooth ( const Fieldsmoothing & fieldsmoothing )

inline

Smooth the field according to the supplied smoothing specification.

are supported by this function.

Returns: Status OpenCMISS::Zinc::OK on success, otherwise any other error code.

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

auto_comments_output/field.hpp
auto_comments_output/fieldassignment.hpp
auto_comments_output/fieldcache.hpp
auto_comments_output/fieldcomposite.hpp
auto_comments_output/fieldfiniteelement.hpp
auto_comments_output/fieldgroup.hpp
auto_comments_output/fieldimage.hpp
auto_comments_output/fieldimageprocessing.hpp
auto_comments_output/fieldmatrixoperators.hpp
auto_comments_output/fieldmeshoperators.hpp
auto_comments_output/fieldmodule.hpp
auto_comments_output/fieldsmoothing.hpp
auto_comments_output/fieldsubobjectgroup.hpp

Public Types

Public Member Functions

Protected Attributes

Detailed Description

Member Typedef Documentation

Member Enumeration Documentation

Member Function Documentation