Class Hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 1234]

C_3dVectorWrapper	Wrap a vector to allow for (i,j) indexing as if it was a 2D array of coordinates
Ctetgen::apiparam
▼CArrayStruct< T >
CModiftrackArray< surf >
CModiftrackArray< edge >
CSnakStruct< snaxedge >
▼CSnakStruct< snax >
Csnaxarray
CSnakStruct< snaxsurf >
CModiftrackArray< T >
▼CSnakStruct< T >
▼CTriStruct< trianglepoint >
Ctripointarray
▼CTriStruct< trianglesurf >
Ctrisurfarray
▼CTriStruct< triangle >
Ctriarray
CTriStruct< T >
CArrayStruct< vert >
CArrayStruct< volu >
▼CArrayStructpart
▼Cmeshpart	/Abstract class to ensure mesh interfaces are correct
Cedge	Class for an edge object in a mesh
Csnax
Csnaxedge
Csnaxsurf
Csurf	Class for surface object in a mesh
Cvert	Class for a vertex in a mesh
Cvolu	Class for volume cell objects in a mesh
Ctriangle
Ctrianglepoint
Ctrianglesurf
CArrayVec< T >	Template class for vector of vectors (matrix)
CArrayVec< double >
CConnecRemv	Class containing the information needed to trim objects from a mesh
▼CCoordFunc
CLengthEdge
CSurfCentroid
CVolume2
Ccoordvec	Handles the use and norm of a vector for which the norm and the unit value might be needed
Crsvstest::customtest	Class for customtest
Cparam::dev::devparam	Class for development parameters
▼Cstd::exception	STL class
▼Cstd::logic_error	STL class
Crsvs3d::rsvs_exception	Exception for signaling rsvs errors
Cparam::files	Class containing all parameter settings for file operations
Cparam::filltype< T >	The input type of fill information
Cparam::filltype< double >
Cparam::filltype< std::string >
Cparam::grid	Class for parameters of the grid generation
▼CHashedVector< T, Q, R >
CHashedMap< int, int, int >
CHashedVectorSafe< int, int >
CHashedMap< T, Q, R >
▼CHashedVectorPair< T, Q, R, S >
CSparseMatrixTriplet
CHashedVector< int, int >
▼CHashedVector< T, Q, int >
CHashedVectorSafe< T, Q, R >
CInputTextCallback_UserData
Cparam::ioin	Class containing the input configuration these are files to load
Cparam::ioout	Class containing the output configuration these are files to store and where to store them
Cintegrate::iteratereturns
Cmesh	Class for mesh handling
Cmeshdependence	Class for connecting meshes
▼Cmodiftrackpart
Cedge	Class for an edge object in a mesh
Csurf	Class for surface object in a mesh
▼Cparam::outputtemplate	Template for generating the correct processing file for the outputs
Cparam::tecplottemplate
Cparam::parameters	Root class for all the parameters
Cparse::ParserOutput
Cpolyscopersvs::PolyScopeRSVS	A structure containing the information about the polyscope display and the RSVS elements to display
Cparam::rsvs	Parameters related to the Velocity calculation and VOS steps
Cintegrate::RSVSclass
Cparam::dev::rsvseps	Class for control of rsvs epsilon
Cintegrate::RSVStecplot
Csnake
▼Crsvs3d::SnakeVelocityCalculator	A base class which needs to be inherited from to implement a new velocity calculation
CRSVScalc	Class to handle the RSVS calculation
Crsvs3d::VelocityFunction
Cparam::snaking	Parameters controlling tuning parameters for the stepping of the restricted surface
▼Csnakpart
Csnax
Csnaxedge
Csnaxsurf
Ctriangle
Ctrianglepoint
Ctrianglesurf
Csparsetripletelement< T >
Ctecplotfile
▼Ctetgenio
Ctetgen::io_safe	Class for memory safe interface with tetgen.h
Ctri2mesh
Ctriangulation
▼CTriFunc	\TODO refactor mesh.hpp into mesh and coord headers to allow smaller includes
CArea
CVolume
Cparam::voronoi	Class for handling of voronoi VOS meshing parameters
Cparam::voxel	Parameters controlling cartesian grid properties