Namespace List

Here is a list of all documented namespaces with brief descriptions:

[detail level 12]

▼Nmeshkernel	Contains the logic of the C++ static library
CAlgorithmError	A class for throwing algorithm exceptions
CAveragingInterpolation	The class used to interpolate based on averaging
CBilinearInterpolationOnGriddedSamples	A class for performing bilinear interpolation on gridded samples
CBoolean	Boolean value designed for use in std::vector
CBoundedStack	A simple bounded stack
CBoundingBox	A class defining a bounding box
CCartesian3DPoint	A struct describing the three coordinates in a cartesian projection
CCasulliDeRefinement	Compute the Casulli de-refinement for a mesh (derefine_mesh)
CCasulliRefinement	Compute the Casulli refinement for a mesh
CConnectMeshes	Connects grids across element faces
CConstraintError	An exception class thrown when an attempt is made that violates a range constraint
CContacts	A class describing an 1d-2d contacts
CConvertCartesianToSpherical	Converts points from spherical to Cartesian coordinate system
CConvertCartesianToSphericalBase	Converts points from spherical to Cartesian coordinate system
CConvertCartesianToSphericalEPSG	Converts points from spherical to Cartesian coordinate system using an EPSG code
CConvertSphericalToCartesian	Converts points from spherical to Cartesian coordinate system
CConvertSphericalToCartesianBase	Namespace alias for boost::geometry
CConvertSphericalToCartesianEPSG	Converts points from spherical to Cartesian coordinate system using an ESPG code
CCurvilinearParameters	A struct used to describe parameters for generating a curvilinear grid in a C-compatible manner
CEdgeMeshPolyLineIntersection	An intersection with a mesh edge
CErrorCategory	Contains error category information
CFaceMeshPolyLineIntersection	An intersection with a mesh face
CFlipEdges	A class used to improve mesh connectivity
CFormatString	Manages the format string and source location
CFuncAdimensionalToDimensionalDistanceOnSpline	This structure is used to create a function for converting an adimensional distance on a spline to a dimensional one
CFuncDistanceFromAPoint	This structure is used to compute the point on a spline closest to another point
CHessian	The hessian values
CInterpolationParameters	Parameters used by the sample interpolation
CLandBoundaries	A class describing land boundaries. These are used to visualise the land-water interface
CLandBoundary	A class containing the land boundary polylines
CLinearAlgebraError	A class for throwing linear algebra exceptions
CMakeGridParameters	This struct describes the necessary parameters to create a new curvilinear grid in a C-compatible manner
CMesh	A class describing an unstructured mesh. This class contains the shared functionality between 1d or 2d meshes
CMesh1D	A class derived from Mesh, which describes 1d meshes
CMesh2D	A class derived from Mesh, which describes unstructures 2d meshes
CMesh2DGenerateGlobal	Construct a global grid in spherical coordinates, as a base for later mesh refinements
CMesh2DIntersections	Compute the intersections of polygon inner and outer perimeters
CMesh2DToCurvilinear	Construct a curvilinear grid from an unstructured mesh
CMeshConversion	Apply a conversion to nodes of a mesh
CMeshGeometryError	A class for throwing mesh geometry errors
CMeshInterpolation	Interface for interpolation methods
CMeshKernelError	A class for throwing general MeshKernel exceptions
CMeshOrthogonality	Compute the orthogonality value for the edges
CMeshRefinement	A class used to refine a Mesh2D instance
CMeshRefinementParameters	A struct used to describe the mesh refinement parameters in a C-compatible manner
CMeshSmoothness	Compute the smoothness value for the edges
CMeshTransformation	Apply a transformation to a mesh
CMeshTriangulation	Contains a mesh triangulated from a set of points
CNetwork1D	A class describing a network 1d
CNotImplementedError	A class for throwing not implemented exceptions
COrthogonalizationAndSmoothing	Orthogonalizion (optimize the aspect ratios) and mesh smoothing (optimize internal face angles or area)
COrthogonalizationParameters	A struct used to describe the orthogonalization parameters in a C-compatible manner
COrthogonalizer	Orthogonalizion (optimize the aspect ratios) and mesh smoothing (optimize internal face angles or area)
CPoint	A struct describing a point in a two-dimensional space
CPolygon	A closed polygon
CPolygonalEnclosure	A region enclosed by a polygonal permieter
CPolygons	A class containing a list of polygonaly enclosed regions
CRangeError	A class for throwing range error exceptions
CRemoveDisconnectedRegions	Removes any small regions that are disconnected from the main part of the domain
CRigidBodyTransformation	A composition of translation and rotation transformations
CRotation	Apply a rotation transformation to a point or a vector
CSample	A struct describing a sample with two coordinates and a value
CSampleAveragingInterpolator	Interpolator for sample data using an averaging scheme
CSampleInterpolator	Interface for sample interpolation
CSamplesHessianCalculator	A class implementing the computation of the real component the local hessian eigenvalues
CSampleTriangulationInterpolator	Interpolator for sample data on a triangulated grid
CSmoother	Orthogonalizion (optimize the aspect ratios) and mesh smoothing (optimize internal face angles or area)
CSplineAlgorithms	Provide algorithms operating on splines
CSplines	A class describing splines
CSplinesToCurvilinearParameters	A struct used to describe the spline to curvilinear grid parameters in a C-compatible manner
CSplitRowColumnOfMesh	Split the row or column connected to the given edge
CTranslation	Apply a translation transformation to a point or a vector
CTriangulationInterpolation	A class used for triangulation interpolation
CTriangulationWrapper	Wrapper around the Triangle library
CVector	A class defining a vector
RInterpolatableType	Defines the iterpolatable data types
RHasTransformationOperation	Ensure any instantiation of the MeshTransformation Compute function is with the correct operation
RHasConversionProjection	Ensure any instantiation of the MeshConversion Compute function is able to determine source and target projection types
RConversionFunctor	Ensure the MeshConversion template parameter has a valid interface
RHasTransformationFunction	Ensure any instantiation of the MeshTransformation Compute function is with the correct operation
RHasTransformationProjection	Ensure any instantiation of the MeshTransformation Compute function is able to determine the projection
RTransformationFunction	To ensure the MeshTransformation Compute template parameter has a valid interface
▼Nmeshkernelapi	Contains all structs and functions exposed at the API level
CBoundingBox	A struct describing a bounding box
CContacts	A struct used to describe contacts between a 1d and a 2d mesh
CCurvilinearFrozenLinesAddUndoAction	Undo action for adding frozen lines
CCurvilinearFrozenLinesDeleteUndoAction	Undo action for deleting a frozen lines
CCurvilinearGrid	A struct used to describe the values of a curvilinear grid in a C-compatible manner
CEdgeLengthPropertyCalculator	Calculator for the edge lengths for a mesh
CFaceCircumcenterPropertyCalculator	Calculator for the face circumcenter for a mesh
CGeometryList	A struct used to describe a list of geometries in a C-compatible manner
CGriddedSamples	A struct describing gridded samples
CInterpolatedSamplePropertyCalculator	Interpolate the depths at the mesh node points
CMesh1D	A struct used to describe the values of a mesh 1d in a C-compatible manner
CMesh2D	A struct used to describe the values of an unstructured, two-dimensional mesh in a C-compatible manner
CMeshKernelState	The class holding the state of the C API library
CMKStateUndoAction	Undo action for MeshKernelState
COrthogonalityPropertyCalculator	Calculator for orthogonality of a mesh
CPropertyCalculator	Base class for calculating properties for a mesh