  CustomOptionType< CalibrationStats > | |
  CalibrationStats | |
| CustomOptionType< GridLimit > | |
 GridLimit | Class describing xy-limits for grid datasets |
 MultiGridLimit | Class describing xy-limits for grid datasets supporting multiple input datasets |
| CustomOptionType< MultiGridLimit > | |
| MultiGridLimit | Class describing xy-limits for grid datasets supporting multiple input datasets |
| CustomOptionType< SpatialQueryDescriptor > | |
| SpatialQueryDescriptor | Describes a spatial selection |
| CustomOptionType< TrafPars3dAffine > | |
| TrafPars3dAffine | |
 Array< T, N > | Template class holding a C-array of constant size |
| Array< T, 0 > | |
| ConstIterator< T > | |
| getDefaultExtension | Get the default extension of the DataFormat (z.b. '.las', '.odm', etc.) |
| getName | Convert DataFormat as textial representation |
| Default_allocator< T > | Allocator template class using new/delete |
| Default_allocator< T >::rebind< U > | |
| Exception | Any Exception thrown by the DM will be derived from this class |
| ExceptionArgumentChanged | Indicates that a passed argument reference was altered before this exception was thrown. Thrown by ICalculator / IFilter("Generic") if 1+ assignments failed, but other 1+ succeeded |
| ExceptionDemoLimit | This exception is thrown if the data manager tries to import (or opens existing ODMs) that exceeds the demo limit (also see setLicenceFile) |
| ExceptionDropElement | This exception is thrown if the data manager can load the requested index leaf into memory, since all loaded index leafs are currently in use |
| ProcessingInterrupted | This exception is thrown if the processing was interrupted (usually by the user) |
| FilterHelper | |
| Handle< T, Thread_safe, C, Alloc > | Smart pointer class using reference counting with support for DM objects (see ObjectBase) |
| Handle< T, Thread_safe, C, Alloc >::do_dynamic_cast< T2, TS2, C2, A2, SameThreadFlag, SameAllocFlag > | |
| Handle< T, Thread_safe, C, Alloc >::do_dynamic_cast< T2, TS2, C, A2, boost::true_type, boost::true_type > | |
| Handle< T, Thread_safe, C, Alloc >::do_static_cast< T2, TS2, C2, A2, BaseFlag, SameThreadFlag, SameAllocFlag > | |
| Handle< T, Thread_safe, C, Alloc >::do_static_cast< T2, TS2, C, A2, boost::false_type, boost::true_type, boost::true_type > | |
| Handle< T, Thread_safe, C, Alloc >::do_static_cast< T2, TS2, C, A2, boost::true_type, boost::true_type, boost::true_type > | |
| Handle< T, Thread_safe, C, Alloc >::use_dynamic_cast | |
| Handle< T, Thread_safe, C, Alloc >::use_static_cast | |
| IAddInfoContainer | Interface of an add info container object (used by geometry objects) |
| IPoint | 3d point object |
| IPolygon | Interface to a 2.5d polygon of arbitrary complexity |
| IPolyline | |
| IPolyline::IPart | |
| IAnalyseDistance | Interface for analysing distances between polyline objects (see GeometricAlgorithms::analyseDistance) |
| ICalculator::DataTypeSuperset | |
| ICalculator::Dialect | |
| IColumn | |
| IFilter::TriBool | |
| IFilter::WriteAccess | Choose the level of write access: |
| IFilterRegion::QueryOrAnalysis | |
| IImport::InvalidObjectStatistic | |
| IImportLAS::ExtraBytes | |
| IImportLAS::ExtraBytes::AnyType | |
| IInsertIteratorFilter | |
| InsertIteratorFilter< T > | |
| IPointIndexLeaf::kd_tree_tag | |
| IPointIndexLeaf::kd_tree_with_lazy_deletion_tag | |
| IProcessor2::Direction | |
| ITableLayout | |
| ITableLayoutCreator | |
| ITableRow | |
| Iterator< T > | |
| ITrafo | Interface for generic geometry object coordiante transformation |
| ObjectBase | |
| ConstIterator< T >::imp | |
| IAddInfoLayout | AddInfo layouts describe a set of attributes that can be attached to geometry objects |
| IAddInfo | AddInfo objects store a set of attributes |
| IAddInfoLayoutFactory | Interface to a factory object for creating AddInfo layouts |
| IAddInfoStatistics | Stores a statistics about a set of addinfo objects |
| ICalculator | Generic calculator for evaluating formulas or manipulating objects based on the OPALS generic filter syntax |
| IClassificationElement | Element of a cross classification matrix |
| IClassificationMatrix | Object for storing a cross classification matrix |
| IColBufferManagerRead | Managing interface for creating and filling point coordinates and attributes into a column based continuous memory buffer |
| IColBufferManagerWrite | Managing interface for creating and filling point coordinates and attributes into a column based continuous memory buffer |
| IControlObject | Control object are used to get status information of extensive processing step and/or to interrupt those processing steps |
| IDatamanager | Interface to an Datamanager (ODM) object |
| IDatamanagerHeader | Interface to an datamanager header (ODM) object |
| IExport | |
| IExportAny | |
| IExportLAS | |
| IExportShape | Specific import class for handling shape file imports |
| IFile | Imported files are preserved and represented by such objects within an ODM (see IDatamanager::beginFiles) |
| IFileHeader | |
| IFilter | |
| IFilterRegion | |
| IFilter::IResult | |
| IFilterStats | Accumulate statistical information about the results of filtering |
| IGeometry | Base class of all geometry objects |
| ICircle | Geometry object describing a 2d circle |
| ICylinder | Geometry object describing a finite 3d cylinder |
| IPoint | 3d point object |
| IPointSet | Set of 3d point object |
| IPolygon | Interface to a 2.5d polygon of arbitrary complexity |
| IPolyline | |
| ISphere | 3d sphere object |
| IWindow | 2d window object |
| IBox | Geometry object describing a 3d box |
| IHistogram | Class for representing a histogram |
| IHistogram::IEntry< T > | Histogram entry |
| IHistogramSet | Interface to a set of histograms |
| IImport | |
| IImportAny | |
| IImportGDAL | |
| IImportLAS | |
| IImportODM | |
| IImportShape | Specific import class for handling shape file imports |
| IImportWithTRJ | |
| IIndexHelper | Helper class for traversing a IndexMap object in multiple stages |
| IIndexHelperSet | Helper class for traversing a IndexMapSet object in multiple stages |
| IIndexHelperSetFactory | |
| IIndexMap | Interface to a set of histograms |
| IIndexMapSet | Interface to a set of index map objects |
| IIndexMapSetFactory | Interface to a set of index map objects |
| IIndexStats | Object representing statistical information an spatial index |
| IKernelBase | The kernel processor concept is used for manipulating geometry objects within an ODM in an efficient and easy manner |
| IGeometryKernel | |
| IPointKernel | Kernel for handling point object |
| IPolylineKernel | Kernel for handling polyline object |
| IKernelExBase | The kernel processor concept is used for manipulating geometry objects within an ODM in an efficient and easy manner |
| IPointKernelEx | Kernel for handling point object |
| IKnnQueryDescriptor | |
| ILinearDistance2D | Computes an average linear distance of a given point set in 2d |
| ILinearDistance3D | Computes an average linear distance of a given point set in 3d |
| IMessageOutput | |
| IMultiDatamanagerOpener | For opening multiple datamanagers as single ODM object |
| InsertIterator< T > | |
| InsertIteratorFilter< T > | |
| InsertIteratorProxy< T > | |
| IOverview | |
| IParameterSet | Object can store a set of named parameter of different type |
| IPointIndex | Interface to a point index object managing the point objects within the datamanager |
| IPointIndexLeaf | Object representing a spatial leaf within a point index |
| IPointKernelExBase | |
| IPointKernelExWrapper | |
| IPolygon::IFace | |
| IPolygonFactory | Factory interface for creating polygon objects |
| IPolyline::IPart | |
| IPolylineFactory | Factory interface for creating polyline objects |
| IPolylineFactory::IPartFunctor | Functor class to only add certain parts to the polyline factory |
| IPolylineIndex | Interface to an polyline and polygon index object managing all non point objects within the datamanager |
| IProcessor | |
| IProcessor2 | |
| IProcessor2 | |
| IProcessorEx | Extended processor/kernel concept |
| IProcessStats | Statistic interface to object that can be retrieved after a IProcessorEx run |
| IRaster< T > | |
| IShapeTableDefinition | Object storing a dbf table definition (for shape files) |
| ISpatialIndexFactory | |
| ISpatialQueryDescriptor | |
| Iterator< T >::imp | |
| IText | Simple text object |
| IValueTranslator | Helper class for translating/mapping attributes before inserting into the ODM |
| InsertIterator< ContainerT::value_type::element_type > | |
| BackInsertIteratorSTL< ContainerT > | |
| FrontInsertIteratorSTL< ContainerT > | |
| InsertIterator< IPoint > | |
| InsertIteratorPoint< PH_ContainerT > | |
| InsertIteratorPointADJ< ADJ_ContainerT > | |
| InsertIterator< PH_ContainerT::value_type::element_type > | |
| BackInsertIteratorPH< PH_ContainerT > | |
| FrontInsertIteratorPH< PH_ContainerT > | |
| ObjectBaseRefCounting | |
| ICUObject | |
| ICUObject | |
| PointAccessTraits2dADJ | |
| PointAccessTraits3dADJ | |
| QueryOrder | Enum for ordering the spatial search strategies |
| SelectionMode | |
| SortOrder | |
| StaticHandle< T > | |
| StaticHandle< T >::do_dynamic_cast< T2 > | |
| StaticHandle< T >::do_static_cast< T2, TagT > | |
| StaticHandle< T >::do_static_cast< T2, boost::true_type > | |
| StaticHandle< T >::use_dynamic_cast | |
| StaticHandle< T >::use_static_cast | |
| List< Parameter > | |
| ParamList | Contains several parameters in their string representation |
| Array< T, N > | Template class holding a C-array of constant size |
| Array< T, 0 > | |
| AttributeBandDescription | AttributeBandDescription provides generic information about a single attribute (used by DataSetStats) |
| AttributeDescription | AttributeDescription provides generic information about a single attribute (used by DataSetStats) |
| CalibrationEntry | A CalibrationEntry object stores statistics and results of one calibration constant estimation |
| CalibrationRegion | CalibrationRegion stores calibration results of a single region based on a single ODM file |
| ColumnNameAlias | Class for defining column name aliases |
| ConvolutionKernel | Class describing different kernels for convolution filtering |
| CustomOptionType< Derived > | Base class for all custom parameter types |
| DataSetStats | DataSetStats provides generic information about a data file (use in opalsInfo) |
| Base | The base class of all exceptions thrown by opals |
| FileCorrupt | general file corruption error: thrown if a file to be used is not interpretable |
| LogFileCorrupt | thrown if an existing log file shall be used, but the correct position to proceed writing cannot be determined |
| ParamFileCorrupt | thrown if an existing parameter file shall be appended to, but the correct position to proceed writing cannot be determined, resulting in a probably ill-formed XML-file |
| Internal | programming error which appears if the opals framework wasn't used correctly; |
| Licence | general licence error |
| Parameter | a general parameter error (usally comes from boost::program_options) |
| AliasAlreadyDefined | thrown if an alias is used multiple times |
| AliasColumnName | thrown if an alias is set for unknown column name (only predefined column name are allowed) |
| AmbiguousParameter | thrown if there are ambiguities amoung several possible parameter names |
| DifferentCRS | thrown if input data set have different coordinate reference systems |
| FileExistence | thrown if the provided filename doesn't exist. |
| FileReadAccess | thrown if the provided file cannot be accessed for reading. |
| FileWriteAccess | thrown if the provided file cannot be accessed for writing. |
| GDALReadAccess | thrown if the provided file cannot be opened as a GDAL raster (GDALOpen returns NULL) |
| InvalidSyntax | thrown if the command line parameters contain an invalid syntax |
| MissingCRS | thrown if a module requires a coordinate reference systems to be set |
| ODMReadAccess | thrown if the provided file cannot be opened as an ODM |
| OpalsFormatDefinition | thrown if an error in the OPALS file format definition was detected. |
| ParamQueriedBeforeSet | thrown if a parameter value is queried although the value has not been set (neither internally, nor externally) |
| UnknownAttribute | thrown a specified attribute doesn't exists in the corresponding odm. |
| UnknownParameter | thrown if an unknown parameter was set as a command line parameter |
| UnknownStripName | thrown if a strip name was provided that is unknown |
| XMLParsing | thrown if the provided xml file could not be parsed |
| Python | An error occurred during a call to a Python interpreter. Reflects Python's built-in class exceptions.BaseException. |
| PythonException | Reflects Python's built-in class exceptions.Exception. |
| PythonArithmeticError | Reflects Python's built-in class exceptions.ArithmeticError. |
| PythonNameError | Reflects Python's built-in class exceptions.NameError. |
| PythonSyntaxError | Reflects Python's built-in class exceptions.SyntaxError. |
| PythonTypeError | Reflects Python's built-in class exceptions.TypeError. |
| PythonValueError | Reflects Python's built-in class exceptions.ValueError. |
| RiwaveError | thrown if an error is reported by the RiWave lib |
| Unknown | unknown error number, which may appear if exceptions are throw inside used library |
| UserInterrupt | thrown by user programmer (in C++ or Python) to stop processing |
| HistoStats | HistoStats provides a histogram and additional statistical measures |
| IControlObject | Interface for retrieving status and progress information from a module run |
| IModuleBase | Abstract base class of all opals modules |
| IAddInfo | Inserts or updates ODM attributes by combining existing attributes and/or grid models |
| IAlgebra | Provides a generic raster algebra calculator featuring mathematical, statistical and conditional operators |
| IBounds | Derives and stores the 2D boundary polygon of a region covered by the point data of an ODM or the valid pixels of a raster |
| ICell | Calculates statistical features of user defined attributes and stores them as raster models or rasterized point clouds |
| IContouring | Derives the contour of foreground objects of a raster model and exports the results as a polygon shape file |
| IConvolution | Performs convolutional filtering operations on a raster image |
| IDiff | Calculates a difference grid model based on either two grids or a one grid and a horizontal reference plane |
| IDirectGeoref | Transforms points from scanner coordinates into geo-referenced coordinates by applying the sensor model (flight trajectory, mounting parameters) |
| IDSM | Calculates a land cover dependent DSM raster model based on the approach of Hollaus et. al. (2010) |
| IDTM | Calculates a high quality Digital Terrain Model in hybrid grid structure (i.e. regular grid + structure lines) |
| IEchoRatio | Derives and stores the echo ratio (ER) attribute for points of an OPALS data manager |
| IEdgeDetect | Provides different raster based edge detection algorithms (e.g. Canny) |
| IExport | Exports vector data stored in an OPALS data manager (ODM) in various data formats |
| IFillGaps | Detects gaps (i.e. void pixels) in raster models and provides several interpolation methods to close them |
| IFullwave | Performs decomposition of the full waveform signal and provides 3D coordinates (scanner system) and additional attributes for each return |
| IGeorefApprox | Improves the geo-referencing of an ALS flight block based on pairwise affine strip transformations (cf. Module LSM) |
| IGrid | Derives a 2.5D digital elevation models (DEM) in regular grid structure using simple interpolation techniques |
| IGridFeature | Derives feature models (slope, curvature, roughness, etc.) from grid models based on the local grid neighbourhood defined by a kernel |
| IHisto | Derives histograms and descriptive statistics (min, max, mean, r.m.s, etc.) for ODM or grid/raster data sets and stores the results graphically (SVG) and numerically (XML) |
| IICP | Performs orientation (co-registration) of multiple point cloud datasets using the Iterative Closest Point algorithm |
| IImport | Loads vector and raster data into an ODM for subsequent use in modules dealing with point cloud and line related data |
| IInfo | Extracts and reports header information of a vector or raster file (ODM, GDAL) |
| IIsolines | Derives contour lines (isolines) from grid models and stores them as a vector dataset |
| ILineModeler | Models 3D structure lines based on a point cloud (ODM) and 2D line approximations |
| ILineTopology | Provides different line merging and topology correction tools for cleaning line networks derived via automatic edge detection |
| ILSM | Estimates an affine 3D transformation to align overlapping ALS strip DEMs using Least Squares Matching |
| IMorph | Applies morphological operations (opening, closing, erosion, dilation) on raster datasets |
| INormals | Estimates local surface normal vectors for each point of a specific point cloud (ODM) |
| IOpenness | Provides a raster map of local viewsheds (i.e. openness) based on a DTM grid model |
| IOverlap | Analyses a set of strip boundaries and determines all overlapping strip pairs |
| IPointStats | Derives and stores statistical parameters describing the local distribution of a point attribute for each point of an ODM |
| IRadioCal | Performs radiometric calibration of ALS data and calculates physical quantities (backscatter cross section/coefficient, reflectance) for each return |
| IRasterize | Performs vector-to-raster conversion for all types of simple feature geometries (points, lines, polygons) |
| IRobFilter | Classification points into terrain and off-terrain using robust interpolation |
| ISection | Extracts sections of user defined width/length along a specified reference axis from a point cloud (ODM) |
| ISegmentation | Provides methods for point cloud segmentation based on local homogeneity using either a generic region growing approach or an adapted region growing for plane extraction |
| IShade | Derives shaded relief raster maps (geo-coded hill shading) of DEM grids |
| ISimplify | Analyses a regular or hybrid grid model and generates an approximating TIN surface based on a coarse-to-fine approach |
| ISnellius | Performs range and refraction corrections of raw laser bathymetry measurements according to Snell's law |
| IStatFilter | Performs statistical filtering of raster datasets with a sliding kernel of arbitrary shape and size |
| IStripAdjust | Improves the geo-referencing of ALS data and aerial images in a rigorous way combining strip adjustment and aerial triangulation |
| ITerrainMask | Identifies open terrain parts of a DSM input raster using the volume based approach by Piltz et al. (2016) |
| ITIN | Creates a TIN surface from ODM vector data based on a 2D constrained Delaunay triangulation |
| ITranslate | Performs format conversion for vector data files with additional read support of GDAL rasters |
| IVectorize | Performs raster-to-vector conversion and exports polyline geometries |
| IView | Provides an interactive 3d viewer for points (including arbitrary attributes) and lines |
| IZColor | Derives color coded visualizations of grid models and stores them as geo-coded raster images |
| IndexDescription | IndexDescription provides generic information about a spatial index (used by DataSetStats) |
| ISegment | Segment interface |
| List< T > | A template class representing an STL-conforming (doubly linked) std::list<T> |
| List< T >::Iterator< Const, Forward > | }@ |
| Matrix< T, M, N > | A template class for storing a two-dimensional array of constant size |
| ModuleDeleter | A functor that may be used for memory management of modules allocated on the heap usage: e.g. std::shared_ptr<IGrid> grid( opals::IGrid::New(), opals::ModuleDeleter() ); |
| MountingPars | |
| ObjectBase | Base class for objects which are controlled using the SharedPtr class. the virutal Delete function is used to delete the object in same heap where it was created |
| ISegmentManager | Segment manager interface |
| Cons< Head_, Tail_ > | |
| IBase | Base class of all option types |
| IContainer< name_, readOnly_, Opts_ > | A container of read-only options |
| IArray< name_, readOnly_, N, Opts_ > | An array of fixed size N of options |
| IVector< name_, readOnly_, Opts_ > | A vector of dynamic size of read-only options |
| IContainer< name_, false, Opts_ > | A container of read-write options |
| IVector< name_, false, Opts_ > | A vector of dynamic size of read-write options |
| ILeafBase | Base class of all leaves |
| ILeaf< name_, readOnly_, T > | Leaf that holds a read-only value |
| ILeaf< name_, false, T > | Leaf that holds a read-write value |
| IGroup< name_, readOnly_, Opts_ > | A group of member options |
| IsCons< class > | |
| IsCons< Cons< Head_, Tail_ > > | |
| NameT< name_ > | |
| OverlapDef | Class implementing the potential specification of overlap areas as relative and/or absolute measures |
| Parameter | Parameter stores a single parameter for file I/O in parameter files |
| Path | A file/directory path |
| ScalePal | Class describing different scaling methods for palette entries |
| ScalePal::TypeScalePal | Scaling of palette nodes |
| SharedPtr< T > | Smart pointer class for opals objects |
| SpatialQueryDescriptor::KNNDim | Dimensionality of nearest neighbor selection |
| SpatialQueryDescriptor::KNNSelection | K-Nearest neighbor mode |
| SpatialQueryDescriptor::RegionType | Types supported by region queries |
| SpatialQueryDescriptor::SortOrder | Sort order of results |
| StatFeature | |
| String | A dynamic character string whose interface conforms to STL's std::string |
| String::Iterator< Const, Forward > | }@ |
| Vector< T > | A template class representing an STL-conforming std::vector<T> |
| Vector< T >::Iterator< Const, Forward > | }@ |
| Vector< T >::Iterator< Const, Forward >::ConstSel< T1, Const1 > | |
| Vector< T >::Iterator< Const, Forward >::ConstSel< T1, true > | |
| ZColorLegend | Class describing the legend parameter |
| ZColorScalePal | Class describing different scaling methods for palette entries |
| ZColorScalePal::TypeScalePal | Scaling of palette nodes |
| opalsAddInfo | OpalsAddInfo is the executable file of Module AddInfo |
| opalsAlgebra | OpalsAlgebra is the executable file of Module Algebra |
| opalsBounds | OpalsBounds is the executable file of Module Bounds |
| opalsCell | OpalsCell is the executable file of Module Cell |
| opalsContouring | OpalsContouring is the executable file of Module Contouring |
| opalsConvolution | OpalsConvolution is the executable file of Module Convolution |
| opalsDiff | OpalsDiff is the executable file of Module Diff |
| opalsDirectGeoref | OpalsDirectGeoref is the executable file of Module DirectGeoref |
| opalsDSM | OpalsDSM is the executable file of Module DSM |
| opalsDTM | OpalsDTM is the executable file of Module DTM |
| opalsEchoRatio | OpalsEchoRatio is the executable file of Module EchoRatio |
| opalsEdgeDetect | OpalsEdgeDetect is the executable file of Module EdgeDetect |
| opalsExport | OpalsExport is the executable file of Module Export |
| opalsFillGaps | OpalsFillGaps is the executable file of Module FillGaps |
| opalsFullwave | OpalsFullwave is the executable file of Module Fullwave |
| opalsGeorefApprox | OpalsGeorefApprox is the executable file of Module GeorefApprox |
| opalsGrid | OpalsGrid is the executable file of Module Grid |
| opalsGridFeature | OpalsGridFeature is the executable file of Module GridFeature |
| opalsHisto | OpalsHisto is the executable file of Module Histo |
| opalsICP | OpalsICP is the executable file of Module ICP |
| opalsImport | OpalsImport is the executable file of Module Import |
| opalsInfo | OpalsInfo is the executable file of Module Info |
| opalsIsolines | OpalsIsolines is the executable file of Module Isolines |
| opalsLineModeler | OpalsLineModeler is the executable file of Module LineModeler |
| opalsLineTopology | OpalsLineTopology is the executable file of Module LineTopology |
| opalsLSM | OpalsLSM is the executable file of Module LSM |
| opalsMorph | OpalsMorph is the executable file of Module Morph |
| opalsNormals | OpalsNormals is the executable file of Module Normals |
| opalsOpenness | OpalsOpenness is the executable file of Module Openness |
| opalsOverlap | OpalsOverlap is the executable file of Module Overlap |
| opalsPointStats | OpalsPointStats is the executable file of Module PointStats |
| opalsRadioCal | OpalsRadioCal is the executable file of Module RadioCal |
| opalsRasterize | OpalsRasterize is the executable file of Module Rasterize |
| opalsRobFilter | OpalsRobFilter is the executable file of Module RobFilter |
| opalsSection | OpalsSection is the executable file of Module Section |
| opalsSegmentation | OpalsSegmentation is the executable file of Module Segmentation |
| opalsShade | OpalsShade is the executable file of Module Shade |
| opalsSimplify | OpalsSimplify is the executable file of Module Simplify |
| opalsSnellius | OpalsSnellius is the executable file of Module Snellius |
| opalsStatFilter | OpalsStatFilter is the executable file of Module StatFilter |
| opalsStripAdjust | OpalsStripAdjust is the executable file of Module StripAdjust |
| opalsTerrainMask | OpalsTerrainMask is the executable file of Module TerrainMask |
| opalsTIN | OpalsTIN is the executable file of Module TIN |
| opalsTranslate | OpalsTranslate is the executable file of Module Translate |
| opalsVectorize | OpalsVectorize is the executable file of Module Vectorize |
| opalsView | OpalsView is the executable file of Module View |
| opalsZColor | OpalsZColor is the executable file of Module ZColor |
| _bounds | |
| _export | |
| _grid | |
| _import | |
| biomassPlot | |
| linearRegression | |
| _overlap | |
| _setCRS | |
| _validateCRS | |
| analyzeDEM | |
| clfTreeModelApply | |
| clfTreeModelTrain | |
| LayoutMode | |
| Flag | |
| forCrownCoverage | |
| forDelineate | |
| forDSM | |
| forTopHeight | |
| forTreeDetection | |
| grfApprox | |
| grfExport | |
| opalsForest | |
| opalsGeoref | |
| opalsPreprocess | |
| opalsQuality | |
| preAttribute | |
| preCalcFootprint | |
| preCutting | |
| preOutlierDetection | |
| preTileManager | |
| preTiling | |
| qltDensity | |
| qltDSM | |
| qltLSM | |
| qltStripDiff | |
| AddInfo | AddInfo objects store a set of attributes. |
| AddInfoLayout | AddInfo layouts describe a set of attributes that can be attached to geometry objects. |
| AddInfoLayoutFactory | Interface to a factory object for creating AddInfo layouts. |
| AddInfoStatistics | stores a statistics about a set of addinfo objects. |
| AnalyseDistance | |
| ClassificationElement | Element of a cross classification matrix. |
| ClassificationMatrix | Object for storing a cross classification matrix. |
| ColumnSemantic | |
| ColumnType | |
| ControlObject | Control object are used to get status information of extensive processing step and/or to interrupt those processing steps. |
| Datamanager | Interface to an Datamanager (ODM) object. |
| Filter | |
| Filter.WriteAccess | |
| GeometricAlgorithms | Set of geometric algorithms (Douglas-Peucker algorithm, densification of lines) |
| GeometricOperations | Geometric operations for geometry objects |
| Geometry | Base class of all geometry objects. |
| Box | Geometry object describing a 3d box. |
| Circle | Geometry object describing a 2d circle. |
| Cylinder | Geometry object describing a finite 3d cylinder. |
| Point | 3d point object |
| Sphere | 3d sphere object |
| Window | 2d window object |
| GeometryFilterIteratorRange | Wrapper object for geometry iteration using filters |
| GeometryFilterIteratorRangeLayout | Wrapper object for geometry iteration using filters with a specific attribute layout |
| GeometryIteratorRange | Wrapper object for geometry iteration |
| GeometryIteratorRangeLayout | Wrapper object for geometry iteration with a specific attribute layout |
| GeometryType | |
| Histogram | Class for representing a histogram. |
| HistogramIteratorRange | Wrapper object for polygon face iteration |
| HistogramSet | Interface to a set of histograms. |
| HistogramValueIterRange | Wrapper object for histogram value iteration |
| IndexHelper | Helper class for traversing a IndexMap object in multiple stages. |
| IndexHelperIteratorRange | Wrapper object for index helper iteration |
| IndexHelperSet | Helper class for traversing a IndexMapSet object in multiple stages. |
| IndexHelperSetFactory | |
| IndexMap | Interface to a set of histograms. |
| IndexMapIteratorRange | Wrapper object for index map iteration |
| IndexMapSet | Interface to a set of index map objects. |
| IndexMapSetFactory | Interface to a set of index map objects. |
| IndexStats | Object representing statistical information an spatial index. |
| IndexType | |
| IntIteratorRange | Wrapper object for integer value iteration |
| NumpyConverter | Converting points including their attributes into numpy arrays |
| Orientation | |
| PointFilterIteratorRange | Wrapper object for point iteration using filters with a specific attribute layout |
| PointIndex | Interface to a point index object managing the point objects within the datamanager. |
| PointIndexLeaf | object representing a spatial leaf within a point index |
| PointIndexLeafIteratorRange | Wrapper object for point index leaf iteration |
| PointIteratorRange | Wrapper object for point iteration |
| PointIteratorRangeLayout | Wrapper object for point iteration with a specific attribute layout |
| PointKernel | |
| Polygon | interface to a 2.5d polygon of arbitrary complexity |
| PolygonFace | |
| PolygonFaceIteratorRange | Wrapper object for polygon face iteration |
| PolygonFactory | factory interface for creating polygon objects |
| Polyline | |
| PolylineFactory | factory interface for creating polyline objects |
| PolylineIndex | Interface to an polyline and polygon index object managing all non point objects within the datamanager. |
| PolylinePart | |
| PolylinePartIteratorRange | Wrapper object for polyline part iteration |
| Processor | |
| SpatialQueryMode | |
