| ▼NVAPoR | |
| CAMRData | This class manages an Adaptive Mesh Refinement grid |
| CAMRIO | Performs data IO to VDF files |
| CAMRTree | This class manages an AMR tree data structure |
| CAMRTreeBranch | This class manages an octree data structure |
| CAnimationParams | A class that specifies parameters used in animation |
| CBlkMemMgr | The VetsUtil BlkMemMgr class |
| CBox | 3D or 2D box with options for orientation angles and extents changing in time. Intended to be used in any Params class |
| CCompressor | A class for managing data set metadata |
| CCopy2VDF | |
| CDataMgr | A cache based data reader |
| CDataMgrAMR | A cache based data reader |
| CDataMgrFactory | |
| CDataMgrGRIB | A cache based data reader |
| CDataMgrMOM | A cache based data reader |
| CDataMgrROMS | A cache based data reader |
| CDataMgrWB | A cache based data reader |
| CDataMgrWC | A cache based data reader |
| CDataMgrWRF | A cache based data reader |
| CDataStatus | A class for describing the currently loaded dataset |
| CDCReader | ??? |
| CDCReaderGRIB | |
| CDCReaderMOM | ??? |
| CDCReaderNCDF | ??? |
| CDCReaderROMS | ??? |
| CDCReaderWRF | ??? |
| CEventRouter | A pure virtual class specifying the common properties of all the parameter tabs in the VAPOR GUI |
| CExpatParseMgr | |
| CExpatStackElement | |
| CGeoUtil | Misc. utilities for operating on geographic coordinates |
| CGLWindow | A class for performing OpenGL rendering in a VAPOR Visualizer |
| CImpExp | A class for managing data set metadata |
| CIsoControl | |
| CKeyframe | |
| CLayeredGrid | |
| CLifting1D | Wrapper for Wim Swelden's Liftpack wavelet transform interface |
| CMapperFunction | |
| CMapperFunctionBase | |
| CMatWaveBase | A base class for a Matlab-like wavelet bank |
| CMatWaveDwt | Implements a single level wavelet filter |
| CMatWaveWavedec | Implements a multi-level wavelet filter |
| CMetadata | An abstract class for managing metadata for a collection of gridded data. The data collection may support two forms of data reduction: multi-resolution (a hierarchy of grids, each dimension a factor of two coarser than the preceeding), and level-of-detail (a sequence of one more compressions) |
| CMetadataSpherical | A class for managing data set Spherical metadata |
| CMetadataVDC | A class for managing data set metadata |
| CNCBuf | |
| CNetCDFCFCollection | Wrapper for a collection of netCDF files |
| ►CNetCDFCollection | Wrapper for a collection of netCDF files |
| CDerivedVar | |
| ►CTimeVaryingVar | |
| Ctvmap_t | |
| ►CNetCDFSimple | NetCDFSimple API interface |
| CVariable | NetCDFSimple API interface |
| ►CParamNode | An Xml tree |
| CDirtyFlag | |
| CParams | A pure virtual class for managing parameters used in visualization |
| CParamsBase | Nodes with state in Xml tree representation |
| CParsedXml | |
| CPipeLine | |
| CProj4API | Wrapper for proj4 C API |
| CRegionParams | A class for describing a 3D axis-aligned region in user space |
| ►CRegularGrid | |
| CConstIterator | |
| CIterator | |
| CRenderer | A class that performs rendering in the GLWindow |
| CRenderParams | A Params subclass for managing parameters used by Renderers |
| CSignificanceMap | Implements a significance map |
| CSphericalGrid | |
| CStretchedGrid | |
| CTransferFunction | |
| CUDUnits | |
| CVDCFactory | Creates a MetadaVDC object |
| Cvdfcreate | |
| ►CVDFIOBase | Abstract base class for performing data IO to a VDC |
| CBitMask | |
| CViewpointParams | A class for describing the viewpoint and lights |
| CVizWinMgr | A class for managing all visualizers |
| CWaveCodecIO | A sub-region reader for VDF files |
| CWaveFiltBase | A base class for wavelet family filters |
| CWaveFiltBior | Biorthogonal spline family FIR filters |
| CWaveFiltCoif | Coiflet family FIR filters |
| CWaveFiltDaub | Daubechies family FIR filters |
| CWaveFiltHaar | Haar FIR filters |
| CWaveletBlock1D | A block-based, 1D wavelet transformer |
| CWaveletBlock2D | A tile-based, 2D wavelet transformer |
| CWaveletBlock3D | A block-based, 3D wavelet transformer |
| CWaveletBlock3DBufReader | A slice-based reader for VDF files |
| CWaveletBlock3DBufWriter | A slice-based reader for VDF files |
| CWaveletBlock3DReader | A slab reader for VDF files |
| CWaveletBlock3DRegionReader | A sub-region reader for VDF files |
| CWaveletBlock3DRegionWriter | A subregion write for VDC files |
| CWaveletBlock3DWriter | A slab writer for VDF files |
| CWaveletBlockIOBase | Performs data IO to VDF files |
| CWeightTable | |
| CWrf2vdf | |
| Cwrfvdfcreate | |
| CXmlNode | An Xml tree |
| ▼NVetsUtil | |
| CBase64 | |
| CEasyThreads | |
| CMyBase | VetsUtil base class |
| ►COptionParser | |
| C_DPOption | |
| C_EnvOpt | |
| C_OptDescRec | An option description record (odr) |
| C_OptRec | |
| CDimension2D_ | |
| CDimension3D_ | |
| CIntRange_ | |
| CVersion | |
| CLayeredGrid | This class implements a 2D or 3D layered grid: a generalization of a regular grid where the spacing of grid points along a single dimension may vary at each grid point. The spacing along the remaining one (2D case) or two (3D case) dimensions is invariant between grid points. For example, if K is the layered dimension than the z coordinate is given by some function f(i,j,k): |
| CRegularGrid | This class implements a 2D or 3D regular grid: a tessellation of Euculidean space by rectangles (2D) or parallelpipeds (3D). Each grid point can be addressed by an index(i,j,k), where i, a and k range from 0 to dim - 1, where dim is the dimension of the I, J, or K axis, respectively. Moreover, each grid point has a coordinate in a user-defined coordinate system given by (i * dx, j * dy, k * dz) for some real numbers dx, dy, and dz representing the grid spacing |
| CSphericalGrid | This class implements a 2D or 3D spherical grid: a generalization of a regular grid where the spacing of grid points along a single dimension may vary at each grid point. The spacing along the remaining one (2D case) or two (3D case) dimensions is invariant between grid points. For example, if K is the spherical dimension than the z coordinate is given by some function f(i,j,k): |
| CStretchedGrid | This class implements a 2D or 3D stretched grid: a generalization of a regular grid where the spacing of grid points along each dimension may vary along the dimension. I.e. the coordinates along each dimension are a function of the dimension index. E.g. x = x(i), for some monotonically increasing function x(i) |
| CVersion | Return version information |
