| ▼NOpenCMISS | The OpenCMISS namespace |
| ►NZinc | The OpenCMISS::Zinc namespace |
| CContext | The context is the primary object created for each instance of Zinc |
| CDifferentialoperator | Describes the derivative of a field to evaluate |
| CElement | A single finite element from a mesh |
| CElementbasis | A set of basis functions that can apply over an element of a given dimension |
| CElementfieldtemplate | A template defining field parameter mapping and interpolation over an element chart |
| CElementiterator | An iterator for looping through all the elements in a mesh |
| CElementtemplate | A description of element shape and field definitions |
| CField | Base field type: an abstraction of a mathematical field |
| CFieldAbs | A field where the field components are the absolute value of each component in the source field |
| CFieldAcos | A field where the components are the arccosine value (using radians) of the components of the source_field |
| CFieldAdd | A field where the which adds the components of source_field_one and source_field_two |
| CFieldAlias | A specialised field type creating a local alias |
| CFieldAnd | A field whose component values are 1 if that component of source_field_one AND source_field_two is non-zero, 0 otherwise |
| CFieldAsin | A field where the components are the arcsine value (using radians) of the components of the source_field |
| CFieldassignment | Object for assigning values of a field from a source field |
| CFieldAtan | A field where the components are the arctangent value (using radians) of the components of the source_field |
| CFieldAtan2 | A field where the components are calculated using the atan2 c function, so that the angle returned (in radians) is the angle between a positive x axis in a plane and the vector (x,y) where x is the source_field_one component and y is the source_field_two component |
| CFieldcache | Cache for setting domain locations at which fields are evaluated or assigned |
| CFieldComponent | A field returning one or more components of a source field in a specified order |
| CFieldConcatenate | A field which concatenates the components of all source fields, in order, into a single vector |
| CFieldConstant | A field with the components specified in the array values |
| CFieldCoordinateTransformation | A field which performs a coordinate transformation from the source field values in their coordinate system type into the coordinate system type of this field |
| CFieldCos | A field where the components are the cosine value (using radians) of the components of the source_field |
| CFieldCrossProduct | A vector field which is the cross product of the source_fields |
| CFieldCurl | A field returning the curl of vector_field at location given by coordinate_field |
| CFieldDerivative | A field returning the derivative of the field with respect to element xi_index as its primary value |
| CFieldDeterminant | A field returning the scalar real determinant of a square matrix source field |
| CFieldDivergence | A scalar field returning the divergence of vector field within coordinate field |
| CFieldDivide | A field where the which divides the components of source_field_one by source_field_two |
| CFieldDotProduct | A scalar field whose value is the dot product of the two supplied source fields, which must have equal numbers of components |
| CFieldEdgeDiscontinuity | A field measuring discontinuity between surface elements |
| CFieldEigenvalues | A field calculating the eigenvalues |
| CFieldEigenvectors | A field returning the N, N-dimensional eigenvectors computed with the source eigenvalues field |
| CFieldElementGroup | A field which defines a subset of elements from a master mesh |
| CFieldEmbedded | A field returning a value of a source field at an embedded location |
| CFieldEqualTo | A field whose component values are 1 if that component of source_field_one EQUALS that component of source_field_two, 0 otherwise |
| CFieldExp | A field where the field components are the natural exponent of each component in the source field |
| CFieldFibreAxes | 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 |
| CFieldFindMeshLocation | A field that computes the location in a mesh |
| CFieldFiniteElement | A real-valued interpolated field |
| CFieldGradient | A field returning the gradient of a source field with respect to a given coordinate field |
| CFieldGreaterThan | A field whose component values are 1 if that component of source_field_one is greater than the component value in source_field_two |
| CFieldGroup | A generic group field used for grouping local subobjects |
| CFieldIdentity | A field with the single source field |
| CFieldIf | A conditional field with the same number of components as each of the source_fields |
| CFieldImage | An image-based field giving the pixel colour/intensity values |
| CFieldImagefilterBinaryDilate | A field performing ITK binary dilate image filter on scalar source field image |
| CFieldImagefilterBinaryErode | A field performing ITK binary erode image filter on scalar source field image |
| CFieldImagefilterBinaryThreshold | Image processing derived field type performing the ITK binary threshold filter |
| CFieldImagefilterCannyEdgeDetection | A field returning result of ITK canny edge detection filter on the source field image |
| CFieldImagefilterConnectedThreshold | A field performing ITK connected threshold image filter on scalar source field image |
| CFieldImagefilterCurvatureAnisotropicDiffusion | A field performing ITK curvature anisotropic diffusion image filter on scalar source field image |
| CFieldImagefilterDiscreteGaussian | Image processing derived field type performing the ITK discrete gaussian filter |
| CFieldImagefilterGradientMagnitudeRecursiveGaussian | A field performing ITK gradient magnitude recursive gaussian image filter on scalar source field image |
| CFieldImagefilterHistogram | Image processing derived field type performing the ITK histogram field |
| CFieldImagefilterMean | A field performing ITK mean image filter on source_field image |
| CFieldImagefilterRescaleIntensity | A field performing ITK rescale intensity image filter on scalar source field image |
| CFieldImagefilterSigmoid | A field performing ITK sigmoid image filter on scalar source field image |
| CFieldImagefilterThreshold | Image processing derived field type performing the ITK threshold filter |
| CFieldIsDefined | A field returning 1 (true) at locations where the source field is defined and 0 (false) elsewhere |
| CFieldIsExterior | A field which returns 1 on 2-D faces and 1-D lines considered as exterior to their top-level element, and 0 elsewhere |
| CFieldIsOnFace | A field which returns 1 on 2-D faces and 1-D lines considered to lie on a specified face of their top-level element, and 0 elsewhere |
| CFielditerator | An iterator for looping through all the fields in a fieldmodule |
| CFieldLessThan | A field whose component values are 1 if that component of source_field_one is less than the component value in source_field_two |
| CFieldLog | A field where the field components are the natural logarithm of each component in the source field |
| CFieldMagnitude | A scalar field returning the magnitude of the vector source field |
| CFieldMatrixInvert | A field returning the inverse of N*N symmetric matrix valued source field |
| CFieldMatrixMultiply | A field returning the values resulting from matrix multiplication <source_field1> x <source_field2>, with <number_of_rows> rows in both <source_field1> and the result |
| CFieldMeshIntegral | A field calculating the integral over a mesh |
| CFieldMeshIntegralSquares | A specialisation of the mesh integral field that integrates the squares of the components of the integrand field |
| CFieldmodule | Container/manager of fields and domains within a region |
| CFieldmodulecallback | Base class functor for field module notifier callbacks |
| CFieldmoduleevent | Information about changes to fields and other objects in the field module |
| CFieldmodulenotifier | Manages individual user notification of changes with a field module |
| CFieldMultiply | A field where the which multiplies the components of source_field_one and source_field_two |
| CFieldNodeGroup | A field which defines a subset of nodes from a master nodeset |
| CFieldNodeLookup | A field whose value equals source field calculated at the lookup node instead of the domain location requested |
| CFieldNodesetMaximum | A field which computes the maximum of each source field component over all nodes in the nodeset for which it is defined |
| CFieldNodesetMean | A field which computes the mean of each source field component over all nodes in the nodeset for which it is defined |
| CFieldNodesetMeanSquares | A field which computes the mean of the squares of each source field component over all nodes in the nodeset for which it is defined |
| CFieldNodesetMinimum | A field which computes the minimum of each source field component over all nodes in the nodeset for which it is defined |
| CFieldNodesetSum | A field which computes the sum of each source field component over all nodes in the nodeset for which it is defined |
| CFieldNodesetSumSquares | A field which computes the sum of the squares of each source field component over all nodes in the nodeset for which it is defined |
| CFieldNodeValue | A field which represents and returns labelled node parameters, i |
| CFieldNormalise | A field returning the values of source vector field normalised to unit length |
| CFieldNot | A field whose component values are 1 if that component of the source_field is zero, 0 otherwise; effectively a component-wise logical not operator |
| CFieldOr | A field whose component values are 1 if that component of source_field_one OR source_field_two is non-zero, 0 otherwise |
| CFieldPower | A field where the which calculates the components of source_field_one raised to the power of the components in source_field_two |
| CFieldProjection | A projection field returning the result of a matrix multiplication with perspective division on the source field vector |
| CFieldSceneviewerProjection | A field whose values are the 4x4 transformation matrix mapping coordinates between two scene coordinate systems for a scene viewer |
| CFieldSin | A field where the components are the sine value (using radians) of the components of the source_field |
| CFieldsmoothing | Parameters for smoothing a field |
| CFieldSqrt | A field where the field components are the square root of each component in the source field |
| CFieldStoredMeshLocation | A field storing locations within a mesh |
| CFieldStoredString | A field which stores and returns string values at nodes |
| CFieldStringConstant | A string constant field with the supplied string value in <string_constant> |
| CFieldSubtract | A field which gives the result of subtracting source_field_two from source_field_one |
| CFieldSumComponents | A field which has one component equal to the sum of all components of the source field |
| CFieldTan | A field where the components are the trigonometric tangent value (using radians) of the components of the source_field |
| CFieldTimeLookup | A field whose value equals the source_field evaluated at the time given by time_field, overriding any time prescribed for field evaluation |
| CFieldTimeValue | A field which returns the current time from the supplied time keeper |
| CFieldTranspose | A field returning the transpose of N*M matrix source_field |
| CFieldVectorCoordinateTransformation | A field which performs a coordinate transformation of vectors from their original coordinate system and coordinate positions, to the coordinate system of this field |
| CFieldXor | A field whose component values are 1 if that component of source_field_one OR source_field_two is non-zero (but not both), 0 otherwise |
| CFont | Font object controlling attributes of rendering text |
| CFontmodule | Module managing all fonts |
| CGlyph | A glyph is a static graphics object used to visualise a point in space |
| CGlyphAxes | A specialised glyph type which renders 3-D axes |
| CGlyphColourBar | A specialised glyph type which draws a cylindrical colour bar |
| CGlyphiterator | An iterator for looping through all the glyphs in a glyphmodule |
| CGlyphmodule | Module managing all glyphs |
| CGlyphmodulecallback | Base class functor for glyph module notifier callbacks |
| CGlyphmoduleevent | Information about changes to glyphs in the glyph module |
| CGlyphmodulenotifier | Manages individual user notification of changes with a glyph module |
| CGraphics | Base graphics type: produces 3-D graphics visualising domains and fields |
| CGraphicsContours | The contours derived graphics type |
| CGraphicslineattributes | Attributes object specifying how lines are visualised |
| CGraphicsLines | Lines visualise 1-D elements in the model |
| CGraphicspointattributes | Attributes object specifying how points are visualised |
| CGraphicsPoints | Points graphics visualise discrete locations in the model |
| CGraphicssamplingattributes | Graphics attributes object specifying how points are sampled in elements |
| CGraphicsStreamlines | Streamlines visualise the path of a fluid particle tracking along a vector field |
| CGraphicsSurfaces | Surfaces visualise 2-D elements in the model |
| CLight | The light controls how vertices will be lit on a sceneviewer |
| CLightiterator | An iterator for looping through all the lights in a light module |
| CLightmodule | Module managing all light objects |
| CLogger | Font object controlling attributes of rendering text |
| CLoggercallback | Base class functor for logger notifier callbacks |
| CLoggerevent | Information about changes to messages in the logger |
| CLoggernotifier | Manages individual user notification of changes with a logger |
| CMaterial | Zinc materials specify colouring of graphics |
| CMaterialiterator | An iterator for looping through all the materials in a materialmodule |
| CMaterialmodule | Module managing all materials |
| CMesh | A finite element mesh consisting of a set of elements of fixed dimension |
| CMeshchanges | Object describing changes to a mesh in a fieldmoduleevent |
| CMeshGroup | A subset of a master mesh |
| CNode | Point object used to represent finite element nodes |
| CNodeiterator | An iterator for looping through all the nodes in a nodeset |
| CNodeset | A set of nodes or points |
| CNodesetchanges | Object describing changes to a nodeset in a fieldmoduleevent |
| CNodesetGroup | A subset of a master nodeset |
| CNodetemplate | A description of field parameters to define at a node |
| COptimisation | A description of a non-linear optimisation problem |
| CRegion | A hierarchical block/namespace owning domains and fields |
| CScene | Container/manager for graphics visualising a region |
| CScenefilter | Scene filters determines which graphics are drawn |
| CScenefiltermodule | Module managing all scene filters |
| CScenefilterOperator | An operator OR or AND specific scene filter type |
| CScenepicker | Utility object for picking graphics and model objects |
| CSceneviewer | The Zinc sceneviewer is responsible for rendering the graphical Scene |
| CSceneviewercallback | Base class functor for Sceneviewer notifier callbacks: |
| CSceneviewerevent | Information about changes to fields and other objects in the scene viewer |
| CSceneviewerinput | Describes a mouse event for processing by the sceneviewer |
| CSceneviewermodule | Module object for creating and managing scene viewers |
| CSceneviewernotifier | Manages individual user notification of changes with a scene viewer |
| CSelectioncallback | Base class functor for Selection notifier callbacks: |
| CSelectionevent | Information about changes to the selection group in the scene |
| CSelectionnotifier | Manages individual user notification of changes to the selection group |
| CSpectrum | Zinc Spectrum maps values of graphics data fields to colours |
| CSpectrumcomponent | Maps a single component of a data field to colour in a spectrum |
| CSpectrumiterator | An iterator for looping through all the spectrums in a spectrum module |
| CSpectrummodule | Module managing all spectrums |
| CSpectrummodulecallback | Base class functor for spectrum module notifier callbacks |
| CSpectrummoduleevent | Information about changes to spectrums in the spectrum module |
| CSpectrummodulenotifier | Manages individual user notification of changes with a spectrum module |
| CStreaminformation | Base type listing resources and options for stream I/O |
| CStreaminformationImage | An image-specific stream information object |
| CStreaminformationRegion | A region-specific stream information object |
| CStreaminformationScene | A scene-specific stream information object |
| CStreamresource | A description of a resource for reading from or writing to |
| CStreamresourceFile | A derived streamresource describing a file |
| CStreamresourceMemory | A derived stream resource describing a block of memory |
| CTessellation | The tessellation controls the number of polygons or line segments |
| CTessellationiterator | An iterator for looping through all the tessellations in a tessellation module |
| CTessellationmodule | Module managing all tessellation objects |
| CTessellationmodulecallback | Base class functor for tessellation module notifier callbacks |
| CTessellationmoduleevent | Information about changes to tessellations in the tessellation module |
| CTessellationmodulenotifier | Manages individual user notification of changes with a tessellation module |
| CTimekeeper | The timekeeper synchronises a current time across Zinc objects |
| CTimekeepermodule | Module for finding and managing timekeepers |
| CTimenotifier | Description of timing requirements and for setting up time callbacks |
| CTimenotifiercallback | Base class functor for Timenotifier callbacks |
| CTimenotifierevent | Information about changes to the timekeeper/time |
| CTimenotifierRegular | A derived timenotifier type which requests notifications at regular intervals |
| CTimesequence | A non-decreasing list of times at which nodal parameters can be stored |
1.8.11
