A "fibre axes" field type which returns a 9-component (3 x 3 vector) field representing an orthonormal coordinate system which is rotated by 3 Euler angles supplied by a fibre field. More...

#include <fieldfibres.hpp>

Inheritance diagram for OpenCMISS::Zinc::FieldFibreAxes:

Friends
FieldFibreAxes	Fieldmodule::createFieldFibreAxes (const Field &fibreField, const Field &coordinateField)

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::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

Detailed Description

A "fibre axes" field type which returns a 9-component (3 x 3 vector) field representing an orthonormal coordinate system which is rotated by 3 Euler angles supplied by a fibre field.

A "fibre axes" field type which returns a 9-component (3 x 3 vector) field representing an orthonormal coordinate system which is rotated by 3 Euler angles supplied by a fibre field. Three resulting 3 axes are: fibre = fibre direction sheet = fibre normal in the plane of the sheet normal = normal to the fibre sheet Both the fibre and coordinate fields must have no more than 3 components. The fibre field is expected to have a FIBRE coordinate_system, although this is not enforced. Note that this initial orientation of the coordinate system (i.e. for all Euler angles zero) is right handed coordinate system: fibre axis = aligned with d(coordinates)/dxi1 sheet axis = in plane of fibre axis and d(coordinates)/dxi2 but corrected to be closest vector to d(coordinates)/dxi2 which is normal to fibre axes. normal axis = cross product fibre (x) sheet How the components of the fibre angles rotate the above system is described with the FIBRE coordinate system.

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

auto_comments_output/fieldfibres.hpp

Friends

Additional Inherited Members

Detailed Description