| __DRIcontextRec | |
| __DRIdrawableRec | |
| __DRIframebufferRec | |
| __DRIinterfaceMethodsRec | |
| __DRIscreenRec | |
| __DRIversionRec | |
| __GLcontextModesRec | |
| __GLdrawableBufferRec | |
| __GLdrawablePrivateRec | |
| __GLdrawableRegionRec | |
| __GLexportsRec | |
| __GLimportsRec | |
| __GLinterfaceRec | |
| __GLregionRectRec | |
| __GLXbitmapHeader | |
| __GLXbitmapLargeHeader | |
| __GLXColorSubTableHeader | |
| __GLXColorSubTableLargeHeader | |
| __GLXColorTableHeader | |
| __GLXColorTableLargeHeader | |
| __GLXcompressedTexImage3DHeader | |
| __GLXcompressedTexImage3DLargeHeader | |
| __GLXcompressedTexImageHeader | |
| __GLXcompressedTexImageLargeHeader | |
| __GLXcompressedTexSubImage3DHeader | |
| __GLXcompressedTexSubImage3DLargeHeader | |
| __GLXcompressedTexSubImageHeader | |
| __GLXcompressedTexSubImageLargeHeader | |
| __GLXConvolutionFilterHeader | |
| __GLXConvolutionFilterLargeHeader | |
| __GLXdispatchBitmapHeader | |
| __GLXdispatchColorSubTableHeader | |
| __GLXdispatchColorTableHeader | |
| __GLXdispatchCompressedTexImage3DHeader | |
| __GLXdispatchCompressedTexImageHeader | |
| __GLXdispatchCompressedTexSubImage3DHeader | |
| __GLXdispatchCompressedTexSubImageHeader | |
| __GLXdispatchConvolutionFilterHeader | |
| __GLXdispatchDrawArraysComponentHeader | |
| __GLXdispatchDrawArraysHeader | |
| __GLXdispatchDrawPixelsHeader | |
| __GLXdispatchTexImage3DHeader | |
| __GLXdispatchTexImageHeader | |
| __GLXdispatchTexSubImage3DHeader | |
| __GLXdispatchTexSubImageHeader | |
| __GLXdrawArraysHeader | |
| __GLXdrawArraysLargeHeader | |
| __GLXdrawPixelsHeader | |
| __GLXdrawPixelsLargeHeader | |
| __GLXEvent | |
| __GLXFBConfigRec | |
| __GLXpixelHeader | |
| __GLXpolygonStippleHeader | |
| __GLXrenderHeader | |
| __GLXrenderLargeHeader | |
| __GLXtexImage3DHeader | |
| __GLXtexImage3DLargeHeader | |
| __GLXtexImageHeader | |
| __GLXtexImageLargeHeader | |
| __GLXtexSubImage3DHeader | |
| __GLXtexSubImage3DLargeHeader | |
| __GLXtexSubImageHeader | |
| __GLXtexSubImageLargeHeader | |
| __GLXvisualConfigRec | |
| Hash::_ht | |
| MemPage::_OvflCell | |
| oracle::occi::aq::Agent | |
| AggInfo | |
| AggInfo::AggInfo_col | |
| AggInfo::AggInfo_func | |
| analysisInfo | |
| oracle::occi::AnyData | |
| oracle::occi::AnyDataCtx | |
| ibpp_internals::ArrayImpl | |
| AttachKey | |
| AuthContext | |
| AutoincInfo | |
| TeSparseMatrix< ValueType, IndexType >::Aux | |
| VdbeFunc::AuxData | |
| oracle::occi::BDouble | |
| oracle::occi::Bfile | |
| oracle::occi::BFloat | |
| BIN_PG_POINT | |
| Bitvec | |
| oracle::occi::Blob | |
| blobcallback | |
| ibpp_internals::BlobImpl | |
| bstream | |
| BtCursor | |
| BtLock | |
| Btree | |
| BtShared | |
| BusyHandler | |
| oracle::occi::Bytes | |
| TePDIMMIOMatching::CalcCCorrelationMtxParams | |
| callback_data | |
| cda_def | |
| cda_head | |
| cellDist | |
| CellInfo | |
| CellStack | Simple cell stack class |
| br_stl::checkedVector< T > | |
| TePDISAMClassifier::ClassReferenceData | Class classification reference data |
| TePDISAMClassifier::ClassSpectralSamples | Class spectral samples |
| oracle::occi::Clob | |
| CloserCells | Keep a number (given by MAXCLOSECELLS) of closest neighbour cells of a cell. Its an ordered array of closest neighbour cells of a cell. The contents of array are sorted in ascending order by the euclidian distance between the cell and its neighbour cell |
| CmpSerializedX< T > | |
| CmpSerializedY< T > | |
| CollSeq | |
| ColorBar | |
| Column | |
| compareInfo | |
| oracle::occi::Connection | |
| oracle::occi::ConnectionPool | |
| oracle::occi::ConstPtr< T > | |
| ibpp_internals::consts | |
| oracle::occi::aq::Consumer | |
| TePDICorrelationMatching::CorrThread | Correlation thread class |
| CountCtx | |
| csrdef | |
| ibpp_internals::DatabaseImpl | |
| oracle::occi::Date | |
| IBPP::Date | |
| DateTime | |
| Db | |
| DBFInfo | |
| DbFixer | |
| IBPP::DBKey | |
| ibpp_internals::DebugStream | |
| DFBGLAttributes | |
| TePDIMatrix< ElementType >::DiskLinesInfoNode | Disk lines info node |
| TeRasterMemManager::DiskTileData | Disk tile data |
| DL_ArcData | |
| DL_Attributes | |
| DL_BlockData | |
| DL_CircleData | |
| DL_Codes | |
| DL_ControlPointData | |
| DL_CreationAdapter | |
| DL_CreationInterface | |
| DL_DimAlignedData | |
| DL_DimAngular3PData | |
| DL_DimAngularData | |
| DL_DimDiametricData | |
| DL_DimensionData | |
| DL_DimLinearData | |
| DL_DimOrdinateData | |
| DL_DimRadialData | |
| DL_Dxf | |
| DL_EllipseData | |
| DL_Exception | |
| DL_Extrusion | |
| DL_GroupCodeExc | |
| DL_HatchData | |
| DL_HatchEdgeData | |
| DL_HatchLoopData | |
| DL_ImageData | |
| DL_ImageDefData | |
| DL_InsertData | |
| DL_KnotData | |
| DL_LayerData | |
| DL_LeaderData | |
| DL_LeaderVertexData | |
| DL_LineData | |
| DL_LineTypeData | |
| DL_MTextData | |
| DL_NullStrExc | |
| DL_PointData | |
| DL_PolylineData | |
| DL_SplineData | |
| DL_TextData | |
| DL_TraceData | |
| DL_VertexData | |
| DL_Writer | |
| DL_WriterA | |
| ibpp_internals::DPB | |
| br_stl::dynamic_priority_queue< key_type > | |
| br_stl::Empty | |
| oracle::occi::Environment | |
| et_info | |
| ibpp_internals::EventBufferIterator< It > | |
| IBPP::EventInterface | |
| ibpp_internals::EventsImpl | |
| IBPP::Exception | |
| ibpp_internals::ExceptionBase | |
| TePDIArithmetic::ExecStackElement | Execution stack element |
| Expr | |
| ExprList | |
| ExprList::ExprList_item | |
| ExprSpan | |
| TePDIMMIOMatching::ExtractLocalMaximasParams | |
| TFilaR::Fila | |
| FileChunk | |
| FilePoint | |
| FKey | |
| FuncDef | |
| FuncDefHash | |
| FuncDestructor | |
| ibpp_internals::GDS | |
| GDS_QUAD_t | |
| TePDIMMIOMatching::GenerateCorrelationFeaturesParams | |
| TePDIHaralick::GLCMMatrixCacheNodeT | |
| GLXBindSwapBarrierSGIX | |
| GLXBufferClobberEventSGIX | |
| GLXChangeDrawableAttributes | |
| GLXClientInfo | |
| GLXCopyContext | |
| GLXCreateContext | |
| GLXCreateContextWithConfigSGIX | |
| GLXCreateGLXPixmap | |
| GLXCreateGLXPixmapWithConfigSGIX | |
| GLXCreateNewContext | |
| GLXCreatePbuffer | |
| GLXCreatePixmap | |
| GLXCreateWindow | |
| GLXDestroyContext | |
| GLXDestroyGLXPixmap | |
| GLXDestroyHyperpipeConfigSGIX | |
| GLXDestroyPbuffer | |
| GLXDestroyPixmap | |
| GLXDestroyWindow | |
| GLXGetDrawableAttributes | |
| GLXGetFBConfigs | |
| GLXGetFBConfigsSGIX | |
| GLXGetVisualConfigs | |
| GLXHyperpipeConfigSGIX | |
| GLXHyperpipeNetworkSGIX | |
| GLXIsDirect | |
| GLXJoinSwapGroupSGIX | |
| GLXMakeContextCurrent | |
| GLXMakeCurrent | |
| GLXMakeCurrentReadSGI | |
| GLXPbufferClobberEvent | |
| GLXPipeRect | |
| GLXPipeRectLimits | |
| GLXQueryContext | |
| GLXQueryContextInfoEXT | |
| GLXQueryExtensionsString | |
| GLXQueryHyperpipeConfigSGIX | |
| GLXQueryHyperpipeNetworkSGIX | |
| GLXQueryMaxSwapBarriersSGIX | |
| GLXQueryServerString | |
| GLXQueryVersion | |
| GLXRender | |
| GLXRenderLarge | |
| GLXSingle | |
| GLXSwapBuffers | |
| GLXUseXFont | |
| GLXVendorPrivate | |
| GLXVendorPrivateWithReply | |
| GLXWaitGL | |
| GLXWaitX | |
| TSkaterGrafo::Grafo | |
| br_stl::Graph< VertexType, EdgeType > | |
| Grc | |
| TePDIParallelSegmenter::GroupDataThreadEntryParams | The parameters passed to the groupDataThreadEntry method |
| Hash | |
| HashElem | |
| IBPP::IArray | |
| IBPP::IBlob | |
| ibpp_internals::IBS | |
| IBPP::IDatabase | |
| IdList | |
| IdList::IdList_item | |
| IBPP::IEvents | |
| Incrblob | |
| Index | |
| IndexSample | |
| InitData | |
| IntegrityCk | |
| TeREDBLACK::TeRBTree< NODE >::internal_iterator< Node_i > | Iterators class for the tree. It is used to abstract walking on the tree |
| TeThreadJobsManager::InternalManagerDataStruct | |
| oracle::occi::IntervalDS | |
| oracle::occi::IntervalYM | |
| ipRedOrder | |
| ipRedOrder2 | |
| IBPP::IRow | |
| ISC_ARRAY_BOUND | |
| ISC_ARRAY_DESC | |
| isc_blob_ctl | |
| ISC_BLOB_DESC | |
| ISC_TIMESTAMP | |
| IBPP::IService | |
| IBPP::IStatement | |
| TFilaR::Item | |
| TeRaster::iterator | A raster iterator |
| TeKernelGridSupport::iterator | |
| TeSTStatInstanceSet::iterator | |
| RasterIteratorSet< It >::iterator | |
| TeCoverage< T >::iterator | A generic Coverage iterator |
| TeRaster::iteratorPoly | A raster iterator with a restriction of area |
| TeKernelGridSupport::iteratorPoly | |
| br_stl::IterGreater< T > | |
| IBPP::ITransaction | |
| TeSAM::kd_node_data_set_tag | Kd-Tree node type for nodes with multuple elements (used by template instantiation) |
| TeSAM::kd_node_data_single_tag | Kd-tree node type for nodes with single elements (used by template instantiation) |
| KeyInfo | |
| kusmem | |
| Labels | |
| LikeOp | |
| LimitVal | |
| oracle::occi::aq::Listener | |
| TeTempFilesRemover::ListNode | |
| TePDIMMIOMatching::LoadImageParams | |
| IBPP::LogicException | |
| ibpp_internals::LogicExceptionImpl | |
| Lookaside | |
| LookasideSlot | |
| oracle::occi::Map | |
| MatrixElement< ValueType, IndexType, ContainerType > | |
| TePDIMMIOMatching::MaximasListNodeT | |
| Mem | |
| mem_destination_mgr | |
| MemJournal | |
| MemPage | |
| TePDIParaSegRegGrowStrategy::MergingSegmentInfo | Information about a candidate segment for merging |
| oracle::occi::aq::Message | |
| oracle::occi::MetaData | |
| Module | |
| MTRand | |
| MTRand53 | |
| MTRand_closed | |
| MTRand_int32 | |
| MTRand_open | |
| my_source_mgr | |
| NameContext | |
| TSkaterGrafo::No_Grafo | |
| oracle::occi::aq::NotifyResult | |
| oracle::occi::Number | |
| nzttB64Cert | |
| nzttBufferBlock | |
| nzttIdentity | |
| nzttIdentityDesc | |
| nzttPersona | |
| nzttPersonaDesc | |
| nzttPKCS7ProtInfo | |
| nzttProtInfo | |
| nzttWallet | |
| ObjectInfo | |
| OCIDate | |
| OCIFocbkStruct | |
| OCINumber | |
| ocitab | |
| OCITime | |
| OCIXADMethodEntry | |
| ocixmldbparam | |
| ODCIArgDesc | |
| ODCIArgDesc_ind | |
| ODCIColInfo | |
| ODCIColInfo_ind | |
| ODCICost | |
| ODCICost_ind | |
| ODCIEnv | |
| ODCIEnv_ind | |
| ODCIExtTableInfo | |
| ODCIExtTableInfo_ind | |
| ODCIExtTableQCInfo | |
| ODCIExtTableQCInfo_ind | |
| ODCIFuncCallInfo | |
| ODCIFuncCallInfo_ind | |
| ODCIFuncInfo | |
| ODCIFuncInfo_ind | |
| ODCIIndexCtx | |
| ODCIIndexCtx_ind | |
| ODCIIndexInfo | |
| ODCIIndexInfo_ind | |
| ODCIObject | |
| ODCIObject_ind | |
| ODCIPartInfo | |
| ODCIPartInfo_ind | |
| ODCIPredInfo | |
| ODCIPredInfo_ind | |
| ODCIQueryInfo | |
| ODCIQueryInfo_ind | |
| ODCIStatsOptions | |
| ODCIStatsOptions_ind | |
| ODCITabFuncInfo | |
| ODCITabFuncInfo_ind | |
| ODCITabFuncStats | |
| ODCITabFuncStats_ind | |
| TePDIMatrix< ElementType >::OpenDiskFilesInfoNode | Openend disk files info node |
| Opt | |
| Pager | |
| PagerSavepoint | |
| PairHashFun< IndexType > | |
| paramdsc | |
| paramvary | |
| Parse | |
| PCache | |
| PCache1 | |
| pctx | |
| PgFreeslot | |
| PgHdr | |
| PgHdr1 | |
| PGroup | |
| PluginInfo | A class to deal with plugin information |
| PluginMetadata | |
| PluginParameters | A class to deal with plugin parameters |
| PluginsManager | A class to deal with dynamic plugin loading/unloading |
| PluginsParametersContainer< PluginsParametersContainerKeyT > | A container class to store multiple types os object copies |
| PluginsSignal | An instance of this class represents a signal, that can be emitted by someone using PluginsEmitter singleton. When sending a signal, whe can add some data with the signal. See addData and getData methods |
| oracle::occi::PObject | |
| Polygon | |
| PPCNode< ObjectT > | Node class |
| PPCNodeInterface | Node interface |
| previous_mode_data | |
| procDist | |
| oracle::occi::aq::Producer | |
| TeBaseSTInstanceSet< GeometryType, TimeType, InstanceType >::propertyIterator | This class implements an iterator concept over the instance set |
| oracle::occi::Ptr< T > | |
| IBPP::Ptr< T > | |
| RasterIteratorSet< It > | |
| TePDIBatchGeoMosaic::RastersListNodeT | Rasters list node type definition |
| ibpp_internals::RB | |
| oracle::occi::Ref< T > | |
| oracle::occi::RefAny | |
| oracle::occi::RefCounted | |
| oracle::occi::RefImpl | |
| RepMap | A map from representation to geometries |
| oracle::occi::ResultSet | |
| ResultVisual | |
| ibpp_internals::RowImpl | |
| RowSet | |
| RowSetChunk | |
| RowSetEntry | |
| Savepoint | |
| sb2ind | Structure to handle OCI data types |
| Schema | |
| FKey::sColMap | |
| ScratchFreeslot | |
| sdo_geometry | Structure to represent a geometry as the SDO_GEOMETRY type of the Oracle Spatial |
| SDO_GEOMETRY_ind | Structure to represent a geometry indicator as the SDO_GEOMETRY type of the Oracle Spatial |
| sdo_point_type | Structure to represent a point as the SDO_POINT type of the Oracle Spatial |
| sdo_point_type_ind | Structure to represent a point indicator as the SDO_POINT type of the Oracle Spatial |
| segment | |
| TePDIParaSegRegGrowStrategy::Segment | Information about one segment |
| segment_neighbor | |
| segment_pixel | |
| segmentation_parameters | |
| TePDIParallelSegmenter::SegmenterThreadEntryParams | The parameters passed to the segmenterThreadEntry method |
| TeOVERLAY::segOrder | Defines a functor for ordering segments during point in poly tests |
| TePDISAMClassifier::SegThread | Segmentation thread class |
| Select | |
| SelectDest | |
| SerializedGeomValuePair | A geometry and raw data that is the serialization of a geometry-value pair |
| SerializedPair< T > | |
| ibpp_internals::ServiceImpl | |
| shape_tree_node | |
| SHPInfo | |
| SHPObject | |
| SHPTree | |
| SPL::slaPluginServer | Abstract plugin server class |
| SPL::slcMutex | Multiplatform mutex class |
| SPL::slcPluginArgs | The plugin argument class |
| SPL::slcPluginInfo | The plugin information class |
| SPL::slcPluginServer | Plugin server class for linux and other POSIX-based systems |
| SPL::slcThreadLock | Thread safe utility class |
| sortDist | |
| SorterRecord | |
| ibpp_internals::SPB | |
| SphParam | |
| oracle::occi::SQLException | |
| IBPP::SQLException | |
| ibpp_internals::SQLExceptionImpl | |
| sqlite3 | |
| sqlite3_api_routines | |
| sqlite3_backup | |
| sqlite3_context | |
| sqlite3_file | |
| sqlite3_index_info::sqlite3_index_constraint | |
| sqlite3_index_info::sqlite3_index_constraint_usage | |
| sqlite3_index_info | |
| sqlite3_index_info::sqlite3_index_orderby | |
| sqlite3_io_methods | |
| sqlite3_mem_methods | |
| sqlite3_module | |
| sqlite3_mutex | |
| sqlite3_mutex_methods | |
| sqlite3_pcache_methods | |
| sqlite3_rtree_geometry | |
| sqlite3_vfs | |
| sqlite3_vtab | |
| sqlite3_vtab_cursor | |
| Sqlite3Config | |
| sqlite3::sqlite3InitInfo | |
| SrcList | |
| SrcList::SrcList_item | |
| Stat3Accum | |
| Stat3Accum::Stat3Sample | |
| oracle::occi::StatelessConnectionPool | |
| oracle::occi::Statement | |
| ibpp_internals::StatementImpl | |
| StrAccum | |
| oracle::occi::Stream | |
| SubProgram | |
| oracle::occi::aq::Subscription | |
| SumCtx | |
| Table | |
| TableLock | |
| TabResult | |
| TArvore | |
| Te2ndDegPolinomialGT | Second degree polinomial model geometric trasformation |
| Te2ndDegPolinomialGTFactory | Second degree polinomial model geometric trasformation factory |
| te_pg_tm | |
| TeAbstractAddressNotifyFunctor | An abstract class to support interactivity in geocoding |
| TeAbstractFactory< PRODUCT, PARAMS, PRODUCTIDTYPE > | Implements a template for the Abstract Factory pattern |
| TeAbstractTheme | An abstract theme class |
| TeSAM::TeAdaptativeKdTree< KdTreeNode > | A class that represents a two dimensional K-d Tree (2-d Tree) that store data-elements into the leafs |
| TeSAM::TeAdaptativeKdTreeNode< NodeKey, NodeData, NodeDataItem > | Class that represents a node of a TeAdaptativeKdTree |
| TeAddress | |
| TeAddressDescription | |
| TeAddressLocator | A class to handle the geocoder support |
| TeAddressMetadata | |
| TeAdo | A driver class to a database accessible using ADO library |
| TeAdoFactory | This is the class for TeAdo driver factory |
| TeAdoPortal | A portal to access a ADO database |
| TeAdressNotifyFunctorWindow | A notification window for address geocodofication |
| TeAffineGT | 2D affine geometric trasformation |
| TeAffineGTFactory | This is the affine geometric trasformation factory |
| TeAlbers | Provides methods that are required to handle the Albers Conic map projection |
| TeAppTheme | An extension to the definition of a Theme in TerraLib |
| TeArc | TeArc : Provides support for a 2D arc |
| TeArcSet | TeArcSet: Provides support for a set of 2D arc |
| TeAsciiFile | A class for handling reading/writing for ASCII files |
| TeAttribute | Attribute description |
| TeAttributeRep | Attribute physical representation |
| TeAverageStrategy< Iterator > | Class to compute the average given some elements of an iterator |
| TeAverageWeighByAreaStrategy | |
| TeBaseSTInstance< GeometryType, TimeType > | A base class that represents an instance in a time of a spatial object |
| TeBaseSTInstanceSet< GeometryType, TimeType, InstanceType > | A abstract class that represents a set of spatial temporal instances |
| TeBaseVisualParams | A class to represent the base visual parameters |
| TeSAM::TeBasicKdTree< KdTreeNode > | A base class for Kd-Tree structures |
| TeBlockIndex | |
| TeDecoderVirtualMemory::TeBlockIndexMapFunc | |
| TeBlockLoader | |
| TeBlockLoaderParams | |
| TeINTERSECTOR2::TeBoundaryIP | This struct is used to represent a point intersection between two segments on boundary of a TePolygon or TeLine2D |
| TeBox | Provides support for dealing with a rectangular a box. Used by all geometrical representations |
| TeBoxIntersectionPredicate< T > | A predicate used to check intersection with a box |
| TeBoxRasterIterator | This class represents a raster iterator using a box as spatial restriction |
| TeCategoryMajorityStrategy | Class to compute the value that occurs more frequently in a given box |
| TeCategoryPercentageStrategy< Iterator > | Class to compute the percentages of each class (described in a map) of an iterator |
| TeCell | A class for handling cells |
| TeCellSet | A class for handling sets of cells |
| TeCentroidAddressMetadata | |
| TeColor | A structure for supporting a color definition |
| TeCommunicator< DataType > | This is the template class to deal with inter-class communication |
| TeComposite< T > | Defines a template for handling a composite object |
| TeComputeAttrStrategy< Iterator > | Abstract class in the strategies hierarchy for computing attribute values based on other layers (Strategy Design Pattern) |
| TeComputeSpatialStrategy | Virtual class for computing attributes based on the spatial characteristics of the objects (Strategy Design Pattern) |
| TeConnection | |
| TeConnectionPool | |
| TeConsoleErrorMessage | A class to handle the display of error messages in a console |
| TeConsoleErrorMessagePrototype | A prototype of a Console Error Message handler |
| TeContourLine | TeContourLine: A class for handling 2D countour lines |
| TeContourLineSet | TeContourLineSet: A class for handling sets of 2D countour lines |
| TeCoord2D | A class for handling 2D coordinates |
| TeCoordPair | An structure that contains a pair of coordinates |
| TeCorrelogram | A class that represents a correlogram |
| TeCorrelogram_Factory | A concrete factory of correlograms |
| TeCounted | Supports the counted object idiom |
| TeCountLineObjectsStrategy | Class to compute the number of lines in a given box |
| TeCountObjectsStrategy | |
| TeCountPointObjectsStrategy | Class to count the number of points in a given box |
| TeCountPolygonalObjectsStrategy | Class to compute the number of polygons in a given box |
| TeCovariance | A class that represents a covariance |
| TeCovariance_Factory | A concrete factory of covariances |
| TeCoverage< T > | A generic Coverage class |
| TeCoverageBlock< T > | A generic coverage block |
| TeCoverageDecoder< T > | Abstract class of a coverage data decoder |
| TeCoverageDecoderCacheLRU< T > | Class to decode a generic Coverage using LRU caching method |
| TeCoverageDecoderDatabase< T > | Class to decode a generic Coverage from a TerraLib database |
| TeCoverageDimension | Information about a single dimension of a coverage |
| TeCoverageInterpolator< T > | Provides an interpolation method for coverages |
| TeCoverageInterpolatorNN< T > | Provides a Nearest Neighbour interpolation method for coverages |
| TeCoverageParams | A class to handle the parameters set associated with a coverage |
| TeCylindricalEquidistant | Provides methods that are required to handle the Cylindrical Equidistant map projection |
| TeDatabase | An abstract database class |
| TeDatabaseFactory | This is the class for TeDatabase factory |
| TeDatabaseFactoryParams | This is the class for TeDatabase factory parameters |
| TeDatabaseIndex | An abstract database index class |
| TeDatabasePortal | An abstract access portal to a database |
| TeDatum | Implements valid Datum options and related parameters which account for different earth spheroids |
| TeDatumFactory | Produces a Datum accordingly to an specified name |
| TeDBConnectionsPool | |
| TeDecoder | An abstract class to decode raster data |
| TeDecoderASCIIGrid | Implements a decoder for rasters in ESRI, Inc.'s ASCII Grid format |
| TeDecoderASCIIGridFactory | Implements a factory to build decoders for ESRI's ASCII Grid raster format |
| TeDecoderDatabase | A concrete class to manipulate raster data stored in a TerraLib database |
| TeDecoderDatabaseFactory | Implements a factory to build database decoders |
| TeDecoderFactory | A decoder abstract factory |
| TeDecoderJPEG | Implements a decoder for images in JPEG format |
| TeDecoderJPEGFactory | Implements a factory to build decoders to JPEG raster |
| TeDecoderMemory | Implements a decoder to a raster stored as a as a mulitdimensional matrix in memory |
| TeDecoderMemoryFactory | Implements a factory to build decoder to MEMORY raster |
| TeDecoderMemoryMap | Implements a decoder to raster data in a bynary file, using the memory map operation system functionality |
| TeDecoderMemoryMapFactory | Implements a factory to build memory map decoder |
| TeDecoderMrSID | The TeMrSID decoder is a driver to decode images on the MrSID format |
| TeDecoderMrSIDFactory | Implements a factory to build MrSID decoders |
| TeDecoderPAM | Implements a decoder to read/write PAM (Portable Arbitrary Maps) image files (PBM, PGM, or PPM formats) |
| TeDecoderPAMFactory | Implements a factory to build decoder to MEMORY raster |
| TeDecoderQtImage | Implements a decoder to access a Qt image as a TeRaster |
| TeDecoderQtImageFactory | Implements a factory to build TeQtDecoders |
| TeDecoderSmartMem | Implements a decoder to a raster stored as a as a mulitdimensional matrix in memory (and disk when necessary) |
| TeDecoderSmartMemFactory | Implements a factory to build decoder to MEMORY raster |
| TeDecoderSPR | Implements a decoder for raster data in ASCII-SPRING format |
| TeDecoderSPRFactory | Implements a factory to build decoders to ASCII-SPRING raster |
| TeDecoderTIFF | Implements a decoder to a raster in TIFF (Tagged Image File Format) format with or without geographical tags (geotiff) |
| TeDecoderTIFFFactory | Implements a tiff decoder factory |
| TeDecoderVirtualMemory | Implements a virtual memory strategy to decode raster in blocks |
| TeDTMAlgorithm | This is the base class for DTM algorithms |
| TeDTMParameters | This file contains the class of structures and definitions to deal with parameters used by all DTM classes |
| TeDXFDriver | Concrete implementation of a driver for DXF files |
| TeDXFDriverFactory | |
| TeDXFLayer | |
| TeDXFVisitor | |
| TeErrorLog | Describes a class for describing error logging in TerraLib |
| TeErrorMessage | Provides a convenience class for issuing error messages to the user |
| TeErrorMessagePrototype | |
| TeEsfericSemivar_Factory | A concrete factory to build a spheric adjust model |
| TeEsfericSemivarModel | A spherical semivariogram adjust model |
| TeException | Provides a class for handling exceptions on Terralib |
| TeExponentialSemivar_Factory | A concrete factory to build a exponential adjust model |
| TeExponentialSemivarModel | An exponential semivariogram adjust model |
| TeExternalTheme | A class that implements the external theme concept |
| TeExternalThemeFactory | This class implements a factory to create external theme objects |
| TeFactory< T, Arg > | Implements a template for the "TeFactory" pattern |
| TeFileTheme | |
| TeFileThemeFactory | This class implements a factory to create remote theme objects |
| TeFirebird | A concrete implementation of a driver to the Firebird SGDB |
| TeFirebirdConnection | |
| TeFirebirdFactory | This is the class for TeFirebird driver factory |
| TeFirebirdPortal | A concrete implementation of a portal to a Firebird database |
| TeFunctionCallThreadJob | This job calls a C function passing a user supplied parameters pointer |
| TeGaussianSemivar_Factory | A concrete factory to build a gaussian adjust model |
| TeGaussianSemivarModel | A gaussian semivariogram adjust model |
| TeGDALDecoder | |
| TeGDALDecoderFactory | Implements a factory to build decoders based on GDAL library |
| TeGDALDriverInfo | Simple class to represent the GDAL driver metadada |
| TeGDriverFactory | |
| TeGDriverParams | |
| TeGeneralizedProxMatrix< Set > | A class to represent a generalized proximity matrix |
| TeGeocodeTableMetadata | |
| TeGeoDataDriver | Abstract definition of a driver to geographical data files with vectorial representation |
| TeGeoFileInfo | |
| TeGeomComposite< T > | TeGeomComposite: A template class for handling a hierarchy of geometries in TerraLib |
| TeGeometricTransformation | This is the base class to deal with a geometric trasformation direct and inverse mapping the tie-points TeCoordPair::pt1 space into TeCoordPair::pt2 space |
| TeGeometry | A basic class for handling geometries in TerraLib |
| TeGeometryAlgorithmsPrecision | This class implements the Epsilon-tweaking used in calculus |
| TeGeometryNone | A class that represents a non existent geometry |
| TeGeomSingle< T > | TeGeomSingle: A class for handling geometries in TerraLib which consist of one location |
| TeGeomValuePair< T > | A generic geometry-value pair |
| TeGlobalBayesException | A class of exceptions |
| TeGraphNetwork | Class for handling networks |
| TeGraphPlot | |
| TeGridElement | |
| TeSAM::TeGridIndex | A class that represents a fixed grid |
| TeGrouping | A grouping structure |
| TeGTFactory | This is the class for geometric transformations factory |
| TeGTM | TeGTM .gtm files driver class |
| TeGTMGridDatum | TeGTMGridDatum class with projection/datum informations |
| TeGTMHeader | TeGTMHeader .gtm files header |
| TeGTMInformationImages | TeGTMInformationImages class with images informations |
| TeGTMLayers | TeGTMLayers class with images informations |
| TeGTMRoutes | TeGTMRoutes class with images informations |
| TeGTMTrackLogs | TeGTMTrackLogs class with images informations |
| TeGTMTrackLogStyles | TeGTMTrackLogs class with images informations |
| TeGTMUserIcons | TeGTMUserIcons class with images informations |
| TeGTMWaypoints | TeGTMWaypoints class with images informations |
| TeGTMWaypointsStyles | TeGTMWaypoints class with images informations |
| TeGTParams | Geometric transformation parameters |
| TeInterpolationAlgorithms< ADAPTATIVEKDTREE > | Class that supports several types of interpolation methods |
| TeIntersectionIndexKey | |
| TeIPAux | |
| TeSAM::TeKdTree< KdTreeNode > | A class that represents a two dimensional K-d Tree (2-d Tree) |
| TeSAM::TeKdTreeNode< NodeKey, NodeData, NodeDataItem, NodeDataTag > | Class that represents a node of a TeKdTree |
| TeKernelException | |
| TeKernelGridSupport | A grid support to generate a map of kernel |
| TeKernelParams | |
| TeLambertConformal | Provides methods that are required to handle Lambert conformal conic map projection. |
| TeLatLong | Provides methods that are required to handle the Equidistant Cylindrical map projection |
| TeLayer | A class for supporting a layer |
| TeLegendEntry | A Legend Entry represents a group of objects of a theme |
| TeLine2D | TeLine2D: Supports a simple 2D line, composed of 2D xy points |
| TeLinearRing | TeLinearRing: Provides support for a 2D linear ring |
| TeLineLengthStrategy | Class to compute the length of lines within a given box |
| TeLineSet | TeLineSet: Supports a composite of lines |
| TeMajorityCategoryStrategy< Iterator > | Class for compute the category with more occurences in the elements of a given iterator, using classes |
| TeMajorityStrategy< Iterator > | Class for computing the majority in a given iterator of values without classes |
| TeMappedMemory | This is class deals with mapped memory resources |
| TeMatrix | This class represents a matrix of elements of type double |
| TeMaximumStrategy< Iterator > | Class to compute the maximum value of an iterator |
| TeMCNode< ObjectT, TeMultiContainerKeyT > | Multi-container node class |
| TeMCNodeInterface< TeMultiContainerKeyT > | Multi-container node interface |
| TeMeasure | A class for handling a measure |
| TeMemoryPage | A page of memory |
| TeMercator | Provides methods that are required to handle the Mercator map projection |
| TeMetaModelCache | A class for storing TerraLib's metamodel objects (TeTheme, TeLayer, ...) |
| TeMIFProjectionFactory | A factory to build projection from some MIF parameters stored in a vector of strings |
| TeMiller | Provides methods that are required to handle the Miller map projection |
| TeMinimumDistanceLinesStrategy | Class to compute |
| TeMinimumDistancePointsStrategy | |
| TeMinimumDistancePolygonsStrategy | |
| TeMinimumDistanceStrategy | Class to compute distances using KD-trees |
| TeMinimumStrategy< Iterator > | Class to compute the minimum value of an iterator |
| TeMrSIDReader | A reader to a MrSID image |
| TeMSTGraphLink | |
| TeMSV | An abstract class for measures of spatial variability |
| TeMSVFactory | An abstract factory of spatial variability measures |
| TeMSVParams | Struct of parameters for measures of spatial variability |
| TeMultiContainer< TeMultiContainerKeyT > | A container class to store multiple types os object copies |
| TeMultiGeometry | |
| TeMutex | A class to deal with critical region locking |
| TeMySQL | A concrete implementation of a driver to the MySQL SGDB |
| TeMySQLFactory | This is the class for TeMySQL driver factory |
| TeMySQLPortal | A concrete implementation of a portal to a MySQL database |
| TeNeighbours | A class to representate the neighbours of a object |
| TeNetwork | Class for handling networks |
| TeNode | TeNode: A class for handling 2D Nodes |
| TeNodeSet | TeNodeSet : A class for handling sets of 2D Nodes |
| TeNoProjection | |
| TeOCIConnection | This class is used to connect to a ORACLE DBMS |
| TeOCICursor | A class that implements a concept of record set to a ORACLE DBMS |
| TeOCIOracle | A concrete implementation of a interface driver to the ORACLE DBMS |
| TeOCIOracleFactory | This is the class for TeOCIOracle driver factory |
| TeOCIOraclePortal | A class that implements a concept of record set to a ORACLE DBMS |
| TeOGRDriver | |
| TeOGRDriverFactory | |
| TeOracle | A driver class to an Oracle database accessible using ADO library |
| TeOracleFactory | This is the class for TeOracle driver factory |
| TeOraclePortal | A portal to access a ADO database |
| TeOracleSpatial | A concrete implementation of a interface driver to the ORACLE SPATIAL DBMS |
| TeOracleSpatialFactory | This is the class for TeOracleSpatial driver factory |
| TeOracleSpatialPortal | A class that implements a concept of record set to a ORACLE SPATIAL DBMS |
| TeSAM::TeRTree< DATATYPE, MAXNODES, MINNODES >::TePartitionVars | Structure of auxiliary variables for finding a split partition |
| TePDIAlgorithm | The base class for digital image processing algorithms |
| TePDIAlgorithmFactory | This is the class for digital image processing algorithms factory |
| TePDIArithmetic | Performs arithmetic operation over raster data |
| TePDIArithmeticFactory | This is the class for arithmetic algorithms factory |
| TePDIBaatz | Region Growing Segmentation, Baatz implementation |
| TePDIBatchGeoMosaic | Mosaic of many geo-referenced rasters |
| TePDIBDFilter | This is the class for border detection filter |
| TePDIBDFilterFactory | This is the class for border detection algorithms factory |
| TePDIBlender | Blended pixel value calculation for two overlaped rasters |
| TePDIBufferedFilter | This is the base class for buffer based filters |
| TePDICluster | This is the class for dealing with image clusters |
| TePDIColorTransform | This is the class for raster color transforms |
| TePDIColorTransformFactory | This is the class for color transform algorithms factory |
| TePDIContrast | This is the class for contrast image processing algorithms |
| TePDIContrastFactory | This is the class for contrast algorithms factory |
| TePDICorrelationMatching | Area matching using correlation ( only offset distortion is supported ) |
| TePDIDecorrelationEnhancement | Decorrelation Enhancement using principal components |
| TePDIEMClas | EM classification algorithm |
| TePDIEMClasFactory | This is the class for EM classification algorithm factory |
| TePDIEspecData | Espectral data class |
| TePDIFFT | |
| TePDIFilterMask | This is the class for image filtering mask |
| TePDIFusionIndexes | This is the class for principal components generation |
| TePDIGarguetFusion | This is the class for garguet fusion |
| TePDIGeneralizedIHSFusion | This is the class for Multi Bands IHS fusion strategy |
| TePDIGeoMosaic | Mosaic of two geo-referenced rasters. strategy |
| TePDIHants | This is the class for Harmonic Analysis of NDVI Time-Series (HANTS). Given the input raster with NDVI values (nb = time-series size), it computes its corresponding smoothed NDVI values in the output raster. Note: The original program was developed in IDL-ENVI by Allard de Wit (http://www.ittvis.com/language/en-US/UserCommunity/CodeLibrary/id/1166.aspx) and modified by Julio Cesar D. M. Esquerdo (julio@cnptia.embrapa.br). Requirements: FFTW library for fast Fourier transform |
| TePDIHaralick | Haralick texture features over raster regions |
| TePDIHistogram | This class deals with histograms and related tasks |
| TePDIHMapSpec | Base Histogram class (from std::map ) |
| TePDIIHSFusion | This is the class for IHS fusion |
| TePDIIHSWaveletFusion | This is the class for wavelet+IHS fusion |
| TePDIInterpolator | This is the class for pixel interpolation from an input raster |
| TePDIIsosegClas | Isoseg classification algorithm |
| TePDIIsosegClasFactory | This is the class for isoseg classification algorithm factory |
| TePDIJointHistogram | Raster joint histogram |
| TePDIKMeansClas | Kmeans classification algorithm |
| TePDIKMeansClasFactory | This is the class for kmeans classification algorithm factory |
| TePDILevelRemap | This is the base class for level remapping algorithms |
| TePDILinearFilter | This is the class for image Linear filtering processing |
| TePDILinearFilterFactory | This is the class for linear filter factory |
| TePDIMallatWavelets | Mallat wavelts algorithm |
| TePDIMatrix< ElementType > | A generic matrix template class |
| TePDIMIMatching | Mutual Information image area matching ( only offset distortion is supported ) |
| TePDIMixModel | This is the base class for image mixmodel algorithms |
| TePDIMixModelComponent | This is the class contains the component information for mixmodel algorithms |
| TePDIMixModelComponentList | This is the class contains the list of components for mixmodel algorithms |
| TePDIMixModelFactory | This is the class for mixmodel algorithms factory |
| TePDIMixModelSpectralBand | This is the class contains the spectral band information for mixmodel algorithms |
| TePDIMixModelSpectralBandList | This is the class contains the list of spectral bands for mixmodel algorithms |
| TePDIMixModelStrategy | This is the base class for mix models strategies |
| TePDIMixModelStratFactory | This is the class for blending strategy factory |
| TePDIMMIOMatching | Modified Moravec Interest Operator based image area matching |
| TePDIMorfFilter | This is the class for morfological filter |
| TePDIMorfFilterFactory | This is the class for morfological filters algorithms factory |
| TePDIMtxDoubleAdpt< T > | Matrix double adapter |
| TePDIMtxDoubleAdptInt | Matrix double adapter interface |
| TePDIOFMatching | Optical flow based image area matching |
| TePDIParallelSegmenter | Multi-threaded image segmenter |
| TePDIParameters | This file contains the class of structures and definitions to deal with parameters used by all PDI classes |
| TePDIParaSegBaatzStrategy | Multi-threaded image segmenter Region Growing strategy |
| TePDIParaSegBaatzStrategyFactory | Multi-threaded image segmenter Baatz strategy factory |
| TePDIParaSegRegGrowStrategy | Multi-threaded image segmenter Region Growing strategy |
| TePDIParaSegRegGrowStrategyFactory | Multi-threaded image segmenter Region Growing strategy factory |
| TePDIParaSegSegment | Multi-threaded image segmenter segment description base class |
| TePDIParaSegSegmentsBlock | Multi-threaded image segmenter segments block description class |
| TePDIParaSegStrategy | Multi-threaded image segmenter strategy base class |
| TePDIParaSegStrategyFactory | Parallel segmenter strategy factory |
| TePDIParaSegStrategyFactoryParams | Multi-threaded image segmenter strategy factory parameters |
| TePDIParaSegStrategyParams | Multi-threaded image segmenter strategy parameters |
| TePDIPCAWaveletFusion | Image fusion using principal components |
| TePDIPIManager | This is the class for the active progress interface management |
| TePDIPIManagerGlobalSettings | Progress interface management global settings |
| TePDIPrincipalComponents | This is the class for principal components generation |
| TePDIPrincipalComponentsFactory | This is the class for principal components algorithm factory |
| TePDIPrincipalComponentsFusion | This is the class for principal components generation |
| TePDIPrincoMixModelSF | This is the class for garguet fusion strategy factory |
| TePDIPrincoMixModelStrategy | This is the class for princo mixmodel strategy |
| TePDIRadarFilter | This is the base class for radar filters |
| TePDIRadarFrostFilter | This is the class for radar Frost filter |
| TePDIRadarFrostFilterFactory | This is the class for radar frost filter factory |
| TePDIRadarGammaFilter | This is the class for radar Gamma filter |
| TePDIRadarKuanFilter | This is the class for radar Kuan filter |
| TePDIRadarKuanFilterFactory | This is the class for radar kuan filter factory |
| TePDIRadarLeeFilter | This is the class for radar Lee filter |
| TePDIRadarLeeFilterFactory | This is the class for radar lee filter factory |
| TePDIRaster2Vector | Raster vectorizer |
| TePDIRaster2VectorFactory | This is the class for vectorization algorithm factory |
| TePDIRaster2VectorPolStruct | A polygon container node class |
| TePDIRasterRUBuffer | A raster rool-up lines buffer |
| TePDIRegGrowSeg | This is the class models an image segmentation process |
| TePDIRegGrowSegFactory | This is the class for region growing segmentation algorithm factory |
| TePDIRegion | This is the class for dealing with image regions |
| TePDIRegister | This is the class for digital image registering |
| TePDIRegisterFactory | This is the class for image registering algorithms factory |
| TePDIRgbPalette | This is the class for RGB Palettes |
| TePDIRgbPaletteNode | This is the class for RGB Palette Node |
| TePDIRGSCell | This is the basic element in the region growing process. The cell represents an area in the image being segmented. It contains spectral, geometrical and contextual information of this area. The behaviour of this class allows it to merge |
| TePDISAMClassifier | Spectral Angle Mapper classification algorithm |
| TePDISensorSimulator | This is the class for simulating an image from a sensor. Given an image generated by sensor 1, with known ifov and eifovs, this class generates another image, as if it was generated by sensor 2, with another ifov and eifovs values |
| TePDISensorSimulatorFactory | This is the class for TePDISensorSimulator factory |
| TePDISimplex | This is the class for Simplex, an implementation of the Nelder-Mead simplex method to minimize a given function |
| TePDIStatistic | This is the class for statistic calcules over raster data |
| TePDIStrategy | This is the base class for digital image processing algorithms strategies |
| TePDIStrategyFactory | This is the class for digital image processing strategy factory |
| TePDITileIndexer | |
| TePDITPMosaic | Mosaic of two rasters linked by a tie-points set. strategy |
| TePDIVenturaFusion | This is the class for Ventura fusion |
| TePDIWaveletAtrous | This is the class for principal components generation |
| TePDIWaveletAtrousFusion | Wavelets Atrous Fusion |
| TePDIWiSpeRFusion | WiSpeR Fusion |
| TePGConnection | |
| TePGRecordset | |
| TePieBar | A class that represents a chart (pie or bar) |
| TePixelBBInterPoly | Functor TePixelBBInterPoly |
| TePixelBoxInPoly | Functor TePixelBoxInPoly |
| TePlotWidget | |
| TePoint | TePoint: A class for handling 2D Points |
| TePointSet | TePointSet: A class for handling sets of 2D polygons |
| TePointTInstanceSet | |
| TePolarStereographic | Provides methods that are required to handle the Polar Stereographic map projection |
| TePolyconic | Provides methods that are required to handle the Polyconic map projection |
| TePolygon | TePolygon: A class for handling 2D polygons |
| TePolygonSet | TePolygonSet: A class for handling sets of 2D polygons |
| TePDIHistogram::TePolygonSetPointer | Base Histogram class (from std::map ) |
| TePolygonSetProperties | |
| TePostGIS | PostgreSQL with PostGIS extension database access class |
| TePostGISFactory | This is the class for TePostGIS driver factory |
| TePostGISPortal | PostgreSQL with PostGIS extension data navigation functionalities |
| TePostgreSQL | PostgreSQL database access class |
| TePostgreSQLConnection | |
| TePostgreSQLFactory | This is the class for TePostgreSQL driver factory |
| TePostgreSQLPortal | PostgreSQL data navigation functionalities |
| TePrecision | Describes a class for supportin scale and representation dependency |
| TePresenceStrategy< Iterator > | Class to compute if there is any value in an iterator |
| TeProfile1 | Class that calculates the terrain profile |
| TeProgress | Provides the suport to implement an instance of a progress bar interface |
| TeProgressBase | A generic Progress Interface |
| TeProject | |
| TeProjection | Provides methods that are required to handle all map projection definitions and georeferencing of satellite images |
| TeProjectionFactory | A factory of projections |
| TeProjectionParams | Set of parameters that define a geographical projection |
| TeProjectiveGT | This is the class to deal projective geometric trasformation |
| TeProjectiveGTFactory | This is the projective geometric trasformation factory |
| TeProjInfo | Set of informations required by projections |
| TeProperty | A property of an object |
| TePrototype< T > | Implements a template for the "Prototype" pattern |
| TeProxMatrixAbstractFactory | An abstract factory of proximity matrix representations |
| TeProxMatrixAttributes | Attributes associated with each neighborhood of a proximity matrix |
| TeProxMatrixChooseOneTopologyStrategy | A class to implement the ChooseOne strategy of proximity matrix |
| TeProxMatrixClosedNetworkStrategy | A class to implement the closed network strategy of proximity matrix |
| TeProxMatrixConnectionStrenghtStrategy | |
| TeProxMatrixConstructionParams | |
| TeProxMatrixConstructionStrategy< T > | A templated class to representate construction strategies of proximity matrix |
| TeProxMatrixGraphBreymann | A class to represent proximity matrix utilising the Breymann graph |
| TeProxMatrixImplementation | An abstract class to represent proximity matrix |
| TeProxMatrixInverseDistanceStrategy | |
| TeProxMatrixKeepInBothTopologyStrategy | A class to implement the KeepInBoth strategy of proximity matrix |
| TeProxMatrixLocalAdjacencyStrategy | A class to implement the local adjacency strategy of proximity matrix |
| TeProxMatrixLocalDistanceStrategy< Set > | A class to implement the local distance strategy of proximity matrix |
| TeProxMatrixLocalTopologyStrategy | S�rgio Costa e Evaldinolia Moreira |
| TeProxMatrixNearestNeighbourStrategy | A class to implement the nearest neighbour strategy of proximity matrix |
| TeProxMatrixNoSlicingStrategy | A class to implement the no slicing strategy of proximity matrix (i.e., all neighbour are considered to be in the first slice) |
| TeProxMatrixNoWeightsStrategy | A class to implement the no weight strategy of proximity matrix (i.e., all weights are 1, only indicating that a connection exists) |
| TeProxMatrixOpenNetworkStrategy | A class to implement the open network strategy of proximity matrix (among a set of objetcs) |
| TeProxMatrixOpenNetworkStrategy2 | A class to implement the open network strategy of proximity matrix (relationships among objetc of two differnt sets) |
| TeProxMatrixSlicingParams | |
| TeProxMatrixSlicingStrategy | An abstract class to representate slicing strategies of proximity matrix |
| TeProxMatrixSquaredInverseDistanceStrategy | |
| TeProxMatrixWeightsParams | |
| TeProxMatrixWeightsStrategy | An abstract class to representate weight strategies of proximity matrix |
| TeProxMatrixZonesSlicingStrategy | A class to implement the zone slicing strategy of proximity matrix (by local or newtork connection distance); |
| TeQtAnimaThread | |
| TeQtBigTable | |
| TeQtCanvas | |
| TeQtChartItem | |
| TeQtChartTitleItem | |
| TeQtCheckListItem | |
| TeQtColorBar | |
| TeQtDatabaseItem | |
| TeQtDatabasesListView | |
| TeQtDataSource | |
| TeQtFrame | |
| TeQtGLWidget | |
| TeQtGraphPlot | |
| TeQtGrid | |
| TeQtGridItem | |
| TeQtGridSource | |
| TeQtLayerItem | |
| TeQtLegendItem | |
| TeQtLegendSource | |
| TeQtLegendTitleItem | |
| TeQtMultiTextEdit | |
| TeQtProgress | |
| TeQtTable | |
| TeQtTextEdit | |
| TeQtThemeItem | |
| TeQtViewItem | |
| TeQtViewsListView | |
| TeQuerier | A class responsible for loading spatial temporal instances from different sources |
| TeQuerierDB | An abstract class to build STOs (Spatial Temporal Objects) from a TerraLib database |
| TeQuerierDBStr1 | A class responsible for loading spatio-temporal elements from a TerraLib database |
| TeQuerierDBStr1Factory | A class that define a factory to build a querier strategy (strategy 1) from TerraLib database |
| TeQuerierDBStr2 | A class responsible for loading spatio-temporal elements from a TerraLib database |
| TeQuerierDBStr2Factory | A class that define a factory to build a querier strategy (strategy 2) from TerraLib database |
| TeQuerierDBStr3 | A class responsible for loading spatio-temporal elements from a TerraLib database |
| TeQuerierDBStr3Factory | A class that define a factory to build a querier strategy (strategy 3) from TerraLib database |
| TeQuerierImpl | An abstract querier class to build STOs (Spatial Temporal Objects) |
| TeQuerierImplFactory | A class that define a factory to build querier strategies |
| TeQuerierParams | A class responsible for defining the querier mechanism behavior |
| TeQuerierSHP | A class responsible for loading geometries and its attributes from a shape file |
| TeQuerierSHPFactory | A class that define a factory to build a querier strategy from shape file |
| TeQwtPlot | |
| TeQwtPlotCurve | |
| TeQwtPlotPicker | |
| TeQwtPlotZoomer | |
| TeRaster | Support for a raster geometry |
| TeRasterMemManager | This class deals with a raster memory management |
| TeRasterParams | A class to handle the parameters set associated with a raster data |
| TeRasterRemap | A functional class to transform a raster geometry into another geometry |
| TeRasterTransform | This class defines a way of evaluating the final value of a raster element |
| TeREDBLACK::TeRBTree< NODE > | Template class for Red-Black trees |
| TeREDBLACK::TeRedBlackNode< T > | Template class for nodes in a Red-Black tree |
| TeRepres_eq | A functor class to compare representations by its type |
| TeRepresentation | A class to supporting a geometrical representation |
| TeSAM::TeRTree< DATATYPE, MAXNODES, MINNODES > | A class that represents a two dimensional R-Tree |
| TeSAM::TeRTreeNode< DATATYPE, MAXNODES, MINNODES >::TeRTreeBranch | Struct that represents a node-branch of a TeRTree |
| TeSAM::TeRTreeNode< DATATYPE, MAXNODES, MINNODES > | Class that represents a node of a TeRTree |
| TeSample | TeSample: A class for handling 2D Points with an associated measure |
| TeSampleSet | TeSampleSet: A class for handling sets of 2D samples |
| TeSatelliteProjection | |
| TeINTERSECTOR2::TeSegIdInPolygonSet | This struct represents an index to the right place of a segment in a TeLineSet, TeLine2D, TePolygon or TePolygonSet |
| TeSemaphore | Inter process communication semaphore |
| TeSemimadogram | A class that represents a Semimadogram |
| TeSemimadogram_Factory | A concrete factory of semimadograms |
| TeSemivariogram | A class that represents a semivariogram |
| TeSemivariogram_Factory | A concrete factory of semivariograms |
| TeSemivarModel | An abstract semivariogram adjust model |
| TeSemivarModelFactory | An abstract factory of a semivariogram adjust model |
| TeSemivarModelParams | The parameters of a semivariogram model |
| TeSFragment | |
| TeSFSTheme | |
| TeSFSThemeFactory | This class implements a factory to create remote theme objects |
| TeShapefileDriver | Concrete implementation of a driver shapefiles |
| TeSharedPtr< T > | |
| TeSHPDriverFactory | |
| TeSingle< T > | Defines a templated class for handling an object built of one single atomic element |
| TeSingleton< T > | Provides a template support for the "Singleton" pattern |
| TeSinusoidal | Provides methods that are required to handle the Sinusoidal map projection |
| TeSIP | |
| TeSlice | |
| TeSparseMatrix< ValueType, IndexType > | |
| TeSplitCoordSort | |
| TeSPRFile | Provides support for writing SPRING/ASCII files |
| TeSQLite | SQLite database access class |
| TeSQLiteFactory | This is the class for TeSQLite driver factory |
| TeSQLitePortal | |
| TeSqlServer | A driver class to an SQL Server database accessible using ADO library |
| TeSqlServerFactory | This is the class for TeSqlServer driver factory |
| TeSqlServerPortal | A portal to access a ADO database |
| TeSqlServerSpatial | A driver class to an SQL Server Spatial database accessible using ADO library |
| TeSqlServerSpatialFactory | This is the class for TeSqlServerSpatial driver factory |
| TeSqlServerSpatialPortal | A portal to access a ADO database |
| TeStatisticsDimension | Associate a statistics set for each dimension |
| TeStatKernel | |
| TeStatKernelRatio | |
| TeSTDevStrategy< Iterator > | Class to compute the average given some elements of an iterator |
| TeStdFile | A class for handling "stdio" files |
| TeStdIOProgress | |
| TeSTElementSet | A class that represents a set of spatial temporal instances |
| TeSTEvent | A class that represents spatial temporal events (STEvent) |
| TeSTEventSet | A class that represents a set of spatial temporal events |
| TeSTInstance | A class that represents an instance in a time of a spatial object |
| TeStrategic | Virtual class that define the strategics of the iteratorPoly, each strategic is a functor |
| TeSTStatInstance | |
| TeSTStatInstanceSet | |
| TeSumStrategy< Iterator > | Class to compute the sum of the elements of an iterator |
| TeSumWeighByAreaStrategy | |
| TeTable | An attribute table in memory |
| TeTableImpl | The table implementation, this is the body class, of the handle/body idiom |
| TeTempFilesRemover | Hold Temporary files references for file system remotion when appropriate or when the singleton is destroyed |
| TeTemporalSeries | A class to represent temporal series |
| TeText | TeText : A class for handling text |
| TeTextSet | TeTextSet : A class for handling sets of TeText |
| TeThead | Thread base class |
| TeTheme | TerraLib definition of a Theme |
| TeThemeFactory | This class implements a factory to create theme objects |
| TeThread | |
| TeThreadFunctor | A base class for thread in function style manner |
| TeThreadJob | |
| TeThreadJobsManager | A class to control the execution of concurrent jobs using spawned threads |
| TeThreadParameters | Thread parameters class |
| TeThreadSignal | A class to deal with thread signals |
| TeTime | A class for supporting date and time |
| TeTimeInterval | This class provides a set of functions for manipulating date and time intervals |
| TeTin | A class to handle a TIN |
| TeTinEdge | A basic class for handling edges of a TIN |
| TeTinEdgeSet | A basic class for handling a std::set of TeTinEdge |
| TeTinTriangle | TeTinTriangle: A class for handling a TIN triangle |
| TeTinTriangleSet | TeTinTriangle: A class for handling a std::set of TIN triangles |
| TeTinVertex | A basic class for handling vertex of TIN |
| TeTinVertexSet | A basic class for handling a std::set of TeTinVertex |
| TeTotalAreaPercentageStrategy | Class to compute the area of polygons covering a given box |
| TeTSEntry | A class that represent each time frame of a temporal series |
| TeTSParams | Parameters of a temporal series |
| TeUtm | Provides methods that are required to handle the UTM map projection |
| TeVector | A class to handle vector geometries |
| TeView | A class to deal with views in TerraLib |
| TeViewNode | A class to deal with nodes of a view |
| TeViewNodeFactory | This class implements a virtual factory to create view node types |
| TeViewNodeParams | A class to represent the view node parameters |
| TeViewTree | A class to deal with branchs in a view tree structure |
| TeViewTreeFactory | This class implements a factory to create view tree objects |
| TeViewTreeIterator | |
| TeViewTreeRevIterator | |
| TeVirtualEarthMercator | Provides methods that are required to handle the Virtual Earth Mercator map projection |
| TeVisual | This class is used to store the standard presentation characteristics of vector geometries |
| TeVisualFactory | A factory to build TeVisual objects |
| TeWaitCursor | A waiting cursor |
| TFilaDouble | |
| TFilaInt | |
| TFilaR | |
| THash | |
| THeap | |
| ThetaOrder | This struct is used for compare angles between two points and an anchor |
| This | |
| IBPP::Time | |
| oracle::occi::Timestamp | |
| IBPP::Timestamp | |
| TListaVizinho | |
| Token | |
| TParticao | |
| ibpp_internals::TPB | |
| ibpp_internals::TransactionImpl | |
| TrigEvent | |
| Trigger | |
| TriggerPrg | |
| TriggerStep | |
| TSkaterGrafo | |
| Txtc | |
| unixFile | |
| unixFileId | |
| unixInodeInfo | |
| unixShm | |
| unixShmNode | |
| UnixUnusedFd | |
| UnpackedRecord | |
| IBPP::User | |
| USER_SEC_DATA | |
| Vdbe | |
| VdbeCursor | |
| VdbeFrame | |
| VdbeFunc | |
| VdbeOp | |
| VdbeOpList | |
| VdbeSorter | |
| VdbeSorterIter | |
| VtabCtx | |
| VTable | |
| vxworksFileId | |
| Wal | |
| WalCkptInfo | |
| WalIndexHdr | |
| WalIterator | |
| Walker | |
| WalIterator::WalSegment | |
| WhereAndInfo | |
| WhereClause | |
| WhereCost | |
| WhereInfo | |
| WhereLevel | |
| WhereMaskSet | |
| WhereOrInfo | |
| WherePlan | |
| WhereTerm | |
| IBPP::WrongType | |
| ibpp_internals::WrongTypeImpl | |
| x_dist | |
| x_order | |
| xGLXCreateGLXPbufferReply | |
| xGLXDestroyHyperpipeConfigSGIXReply | |
| xGLXGetColorTableReply | |
| xGLXGetConvolutionFilterReply | |
| xGLXGetDrawableAttributesReply | |
| xGLXGetErrorReply | |
| xGLXGetFBConfigsReply | |
| xGLXGetHistogramReply | |
| xGLXGetMinmaxReply | |
| xGLXGetSeparableFilterReply | |
| xGLXGetTexImageReply | |
| xGLXGetVisualConfigsReply | |
| xGLXHyperpipeConfigSGIXReply | |
| xGLXIsDirectReply | |
| xGLXMakeContextCurrentReply | |
| xGLXMakeCurrentReadSGIReply | |
| xGLXMakeCurrentReply | |
| xGLXPbufferClobberEvent | |
| xGLXQueryContextInfoEXTReply | |
| xGLXQueryContextReply | |
| xGLXQueryExtensionsStringReply | |
| xGLXQueryHyperpipeConfigSGIXReply | |
| xGLXQueryHyperpipeNetworkSGIXReply | |
| xGLXQueryMaxSwapBarriersSGIXReply | |
| xGLXQueryServerStringReply | |
| xGLXQueryVersionReply | |
| xGLXReadPixelsReply | |
| xGLXRenderModeReply | |
| xGLXSingleReply | |
| xGLXVendorPrivReply | |
| xOrder< T > | Returns true if c1 < c2 otherwise, returns false |
| XSQLDA | |
| XSQLVAR | |
| TeOVERLAY::xyOrder | Defines a functor for coordinate order during map insert and retrival: lexicograpgical order (xy) |
| Parse::yColCache | |
| yy_buffer_state | |
| YYMINORTYPE | |
| yyParser | |
| yyStackEntry | |
1.7.4 
