# All Classes

All Classes Interface Summary Class Summary Enum Summary Exception Summary
AbstractGpxParser: Abstract class of all Gpx-Parsers.
AbstractGpxParserDefault: Main class to parse the GPX file
AbstractGpxParserRte: Abstract class of the parsers dedicated to routes.
AbstractGpxParserTrk: Abstract class of the parsers dedicated to tracks.
AbstractGpxParserWpt: Abstract class of the parsers dedicated to waypoints.
AltitudeMode: Specifies how altitude components in the `<coordinates>` element are interpreted.
AscDriverFunction: Asc driver to import ESRI ASCII Raster file as polygons
AscRead: SQL function to import ESRI ASCII Raster file as points or polygons table.
AscReaderDriver: Driver to import ESRI ASCII Raster file as polygons This class is written to directly access the ESRI ascii grid format.
CoordinatesUtils: This utility class provides some useful methods related to JTS `Coordinate` objects.
CSVDriverFunction: Basic CSV importer and exporter
DbaseFileException: Thrown when an error relating to the shapefile occurs.
DbaseFileHeader: Class to represent the header of a Dbase III file.
DbaseFileReader: A DbaseFileReader is used to read a dbase III format file.
DbaseFileWriter: A DbaseFileReader is used to read a dbase III format file.
DbaseFileWriter.FieldFormatter: Utility for formatting Dbase fields.
DBFDriver: Manage DBFReader and DBFWriter
DBFDriverFunction
DBFEngine: SHP Table factory.
DBFRead
DBFWrite
DelaunayData: This class is used to collect all data used to compute a mesh based on a Delaunay triangulation
DelaunayData.MODE
DoubleRange
DriverManager: Manage additional table engines in H2.
DummyIndex: When linked files are not available, this table index defines an empty table
DummyMVTable: When linked files are not available, this table defines an empty MV table
EditUtilities: Common utilities used by the edit functions
EPSGTuple: A simple tuple to manage both input and output CRSes used to build a `CoordinateOperation`
ExtrudeMode: Extrude mode specifies whether to connect the geometry to the ground.
FGBDriver: FlatGeobuffer reader driver
FGBDriver.FGBDriverCursor
FGBDriverFunction: FlatGeobuffer reader/write driver function
FGBEngine: FlatGeobuffer engine for link with file instead of copy
FGBRead: Expose FlatGeobuffer reader function
FGBWrite: Expose FlatGeobuffer writer function
FGBWriteDriver: FlatGeobuffer write file
FileEngine<Driver extends org.h2gis.api.FileDriver>: Implement theses abstract methods in order to define a file engine.
FindGeometryMetadata
FullConvexHull: Computes the convex hull of a `Geometry`.
GeoJsonDriverFunction: GeoJSON driver to import a GeoJSON file and export a spatial table in a GeoJSON 1.0 file.
GeoJsonField: GeoJson fields used by the standard.
GeoJsonRead: SQL function to read a GeoJSON file an creates the corresponding spatial table.
GeoJsonReaderDriver: Driver to import a GeoJSON file into a spatial table.
GeoJsonWrite: SQL function to write a spatial table to a GeoJSON file.
GeoJsonWriteDriver: A simple GeoJSON driver to write a spatial table to a GeoJSON file.
GeometryConversions: Conversion to/from JTS
GeometryCoordinateDimension: This class is used to force the coordinate dimension of a geometry
GeometryExtrude: This class is used to extrude a polygon or a linestring to a set of walls, roof, or floor using a height.
GeometryExtrude.UpdateZValue: Update the z value.
GeometryOffsets
GJGeometryReader: This class is used to convert a geojon geometry to a JTS geometry.
GPXCoordinate: This class is used to convert a waypoint to a coordinate
GPXDriverFunction: This class is used to read a GPX file
GPXLine: This class giving is used to manage route and track data
GpxMetadata: This class stores field information for a standard GPX file.
GpxParser: Default parser.
GpxParserRte: Specific parser for routes.
GpxParserTrk: Specific parser for tracks.
GpxParserWpt: Specific parser for waypoints.
GPXPoint: This class gives bvalues for every types of points (waypoint, routepoint and trackpoint).
GpxPreparser: GpxPreparser class just reads the document.
GPXRead: SQL Function to copy GPX File data into a Table.
GPXTablesFactory: A factory to create the tables that are used to import GPX data
GPXTags: A class to manage all GPXTags used to parse the GPX and create the tables
GridRowSet: GridRowSet is used to populate a result set with all grid cells.
H2GISDBFactory: Used to create quickly a database.
H2GISFunctions: Add H2GIS features to an H2 database Execute the following sql to init spatial features :
H2GISversion: Return the current version of H2GIS stored in the manifest
H2MVTable: A MV table linked with a `FileDriver`
H2TableIndex: ScanIndex of `FileDriver`, the key is the row index [1-n].
H2TableIndex.DriverRow: This class is requiring only field value on demand instead of gathering the full row values from drivers
HexToVarBinary: Convert Hexadecimal string into an array of byte.
IndexFile: IndexFile parser for .shx files. For now, the creation of index files is done in the ShapefileWriter.
IntegerRange
IOMethods: Utility methods to : - import, export a file in a database (H2GIS, POSTGIS) - export a table from another database (H2GIS, POSTGIS) - link a file or table (H2GIS only)
JsonDriverFunction
JsonWrite: SQL function to write a table to a JSON file.
JsonWriteDriver: JSON class to write a table or a resultset to a file
JTSVersion: Return the current version of JTS
KMLDriverFunction: A driver to export spatial table to kml 2.2 file.
KMLGeometry: Tools to convert JTS geometry to KML representation
KMLWrite: SQL Function to export a spatial table to a KML file.
KMLWriterDriver: KML writer
MakeValidOp: Operator to make a geometry valid.
MaxDistanceOp: An operation to compute the maximum distance between two geometries.
MinimumBoundingRadiusRowSet: This class is used to compute the center and the radius of multiple geometries stored in a table.
MultiLineHandler: The default JTS handler for shapefile.
MultiPointHandler
NodeOSMElement: A class to manage the node element properties.
OSMDriverFunction
OSMElement: A class to manage all common element properties.
OSMParser: Parse an OSM file and store the elements into a database.
OSMPreParser: OSMPreParser class just reads the document.
OSMRead: SQL Function to copy OSM File data into a set of tables.
OSMTablesFactory: Class to create the tables to import osm data An OSM file is stored in 10 tables.
OSMTags: Commons elments used by the OSM format
OverpassTool: Class to extract overpass data into a file
PointHandler: Wrapper for a Shapefile point.
PolygonHandler: Wrapper for a Shapefile polygon.
PRJUtil: A class to manage PRJ file
ReadBufferManager
ShapefileException: Thrown when an error relating to the shapefile occures
ShapefileHeader
ShapefileReader: The general use of this class is: `FileChannel in = new FileInputStream("thefile.dbf").getChannel(); ShapefileReader r = new ShapefileReader( in ) while (r.hasNext()) { Geometry shape = (Geometry) r.nextRecord().shape() // do stuff } r.close();` You don't have to immediately ask for the shape from the record.
ShapefileWriter: ShapefileWriter allows for the storage of geometries in esris shp format.
ShapeHandler: A ShapeHandler defines what is needed to construct and persist geometries based upon the shapefile specification.
ShapeType: Not much but a type safe enumeration of file types as ints and names.
SHPDriver: Merge ShapeFileReader and DBFReader.
SHPDriverFunction: Read/Write Shape files
SHPEngine: SHP Table factory.
SHPRead: SQL Function to copy Shape File data into a Table.
SHPWrite: SQL Function to read a table and write it into a shape file.
SpatialRefRegistry: This class builds a registry based on a spatial_ref_sys table stored in the H2 database.
ST_3DArea: Compute the 3D area of a polygon or a multiolygon.
ST_3DLength: ST_3DLength returns the 3D length (of a LineString) or the 3D perimeter (of a Polygon).
ST_3DPerimeter: ST_3DPerimeter returns the 3D perimeter of a polygon or a multipolygon.
ST_Accum: Construct an array of Geometries.
ST_AddPoint
ST_AddZ: This function add a z value to the z component of (each vertex of) the geometric parameter to the corresponding value given by a field.
ST_AddZ.AddZCoordinateSequenceFilter: Add a z value to each vertex of the Geometry.
ST_Area: Compute geometry area
ST_AsBinary: Convert a geometry into Well Known Binary..
ST_AsEWKB: Convert a Geometry value into an Extended Well-Known Binary.
ST_AsGeoJSON: Transform a JTS geometry to a GeoJSON geometry representation.
ST_AsGML: Store a geometry as a GML representation
ST_AsKml: Convert a JTS geometry to a KML geometry representation.
ST_AsOverpassBbox: Return the string representation of the geometry envelope
ST_AsText: Alias for `ST_AsWKT`
ST_AsWKT: Convert a Geometry value into a Well Known Text value.
ST_Azimuth: Returns the azimuth of the segment defined by the given Point geometries.
ST_Boundary: Get geometry boundary as geometry.
ST_BoundingCircle: Compute the minimum bounding circle of a geometry.
ST_BoundingCircleCenter: Compute the minimum bounding circle center of a geometry
ST_Buffer: ST_Buffer computes a buffer around a Geometry.
ST_Centroid: Computes the centroid of this Geometry.
ST_Clip: Function to clip a [Multi]Polygon or [Multi]LineString geometry with another [Multi]Polygon or [Multi]LineString geometry.
ST_ClosestCoordinate: ST_ClosestCoordinate computes the closest coordinate(s) contained in the given geometry starting from the given point, using the 2D distance.
ST_ClosestPoint: ST_ClosestPoint returns the 2D point on geometry A that is closest to geometry B.
ST_Collect: Construct an array of Geometries.
ST_CollectionExtract
ST_CompactnessRatio: ST_CompactnessRatio computes the perimeter of a circle whose area is equal to the given polygon's area, and returns the ratio of this computed perimeter to the given polygon's perimeter.
ST_ConcaveHull: Compute the concave geometry that encloses the vertices of the input geometry
ST_ConstrainedDelaunay: Returns polygons or lines that represent a Delaunay triangulation constructed from a geometry.
ST_Contains: Return true if Geometry A contains Geometry B.
ST_ConvexHull: Computes the smallest convex POLYGON that contains all the points in the Geometry.
ST_CoordDim: ST_CoordDim returns the dimension of the coordinates of the given geometry.
ST_CoverageUnion
ST_CoveredBy: ST_CoveredBy returns true if no point in geometry B is outside geometry A.
ST_Covers: ST_Covers returns true if no point in geometry B is outside geometry A.
ST_Crosses: Return true if Geometry A crosses Geometry B.
ST_Delaunay: Returns polygons that represent a Delaunay triangulation constructed from a collection of points.
ST_Densify: Densifies a geometry using the given distance tolerance.
ST_Difference: Compute the difference between two Geometries.
ST_Dimension: Get dimension of a geometry 0 for a Point, 1 for a line and 2 for a polygon.
ST_Disjoint: Return true if the two Geometries are disjoint.
ST_Distance: For geometry type returns the 2-dimensional minimum Cartesian distance between two geometries in projected units (spatial ref units)
ST_DistanceSphere: For geometry type returns minimum distance in meters between two geometries
ST_Drape: This function could be used to drape a geometry to a set of triangles
ST_DWithin: ST_DWithin returns true if the geometries are within the specified distance of one another.
ST_EndPoint: Returns the last coordinate of a Geometry as a POINT, given that the Geometry is a LINESTRING or a MULTILINESTRING containing only one LINESTRING; Returns NULL for all other Geometries.
ST_Envelope: Get geometry envelope as geometry.
ST_EnvelopeAsText: Text representation of the geometry envelope
ST_EnvelopesIntersect: Return true if the envelope of Geometry A intersects the envelope of Geometry B.
ST_Equals: Return true if Geometry A is equal to Geometry B.
ST_EstimatedExtent: Estimated extent function based on the internal H2 ESTIMATED_ENVELOPE
ST_Expand: Expands a geometry's envelope by the given delta X and delta Y.
ST_Explode: This table function explode Geometry Collection into multiple geometries
ST_Explode.ExplodeResultSet: Explode fields only on request
ST_Explode.ExplodeResultSetQuery: Explode fields only on request The input data must be a SELECT expression that contains a geometry column
ST_Extent: ST_Extent returns an `Envelope` that cover all aggregated geometries.
ST_ExteriorRing: Returns a LinearRing instance or Null if parameter is not a Polygon.
ST_Extrude: ST_Extrude takes a LINESTRING or POLYGON as input and extends it to a 3D representation, returning a geometry collection containing floor, ceiling and wall geometries.
ST_FindUTMSRID: Find the UTM SRID code
ST_FlipCoordinates: Flip the X and Y coordinates of the geometry
ST_FlipCoordinates.FlipCoordinateSequenceFilter: Returns a version of the given geometry with X and Y axis flipped.
ST_Force2D: Forces a Geometry into 2D mode by returning a copy with its z-coordinate set to NaN.
ST_Force3D: Forces a Geometry into 3D mode.
ST_Force3DM: Forces a Geometry into 3DM mode by returning a copy with If a geometry has no M component, then a 0 M coordinate is tacked on.
ST_Force4D: Forces a Geometry into 4D mode by returning a copy with z set to 0 (other z-measure are left untouched).
ST_ForcePolygonCCW
ST_ForcePolygonCW
ST_FurthestCoordinate: ST_FurthestCoordinate computes the furthest coordinate(s) contained in the given geometry starting from the given point, using the 2D distance.
ST_GeneratePoints: This function is used to generate pseudo-random points until the requested number are found within the input area (polygon or multipolygon)
ST_GeneratePointsInGrid: This function is used to generate pseudo-random points until the requested number are found within the input area (polygon or multipolygon)
ST_GeometryN: Return Geometry number n from the given GeometryCollection.
ST_GeometryShadow: Compute the shadow footprint for a single geometry.
ST_GeometryType: Return the type of geometry : ST_POINT, ST_LINESTRING, ST_POLYGON...
ST_GeometryTypeCode: Returns the OGC SFS `GeometryTypeCodes` of a Geometry.
ST_GeomFromGeoJSON
ST_GeomFromGML: Read a GML representation and convert it to a geometry.
ST_GeomFromText: Convert a Well Known Text String into a Geometry instance.
ST_GeomFromWKB: Convert a WKB object to a geometry
ST_GoogleMapLink
ST_GoogleMapLink.LayerType: List of supported layers for Google Map
ST_Graph: Assigns integer node and edge ids to LINESTRING or MULTILINESTRING geometries from a table named input, resulting in two new tables: input_nodes and input_edges.
ST_Holes: ST_Holes returns the given geometry or geometry collection's holes as a GeometryCollection.
ST_InsertPoint: This function insert a point on geometry looking for the nearest coordinate segment
ST_InteriorRingN: Returns a LinearRing instance or Null if parameter is not a Polygon.
ST_Interpolate3DLine: Interpolate a 1 dimension geometry according its start and end z values.
ST_Intersection: Compute the intersection of two Geometries.
ST_Intersects: Return true if the geometry A intersects the geometry B
ST_Is3D: Returns 1 if a geometry has a z-coordinate, otherwise 0.
ST_IsClosed: Return TRUE if the provided geometry is a closed LINESTRING or MULTILINESTRING, null otherwise.
ST_IsEmpty: Test if the provided geometry is empty.
ST_IsGeographicCRS: Method to check if the CRS of the geometry is geographic
ST_Isovist: ST_Isovist ST_Isovist takes LINESTRING(S) or POLYGON(S) as input and a maximum distance (spatial ref units).
ST_IsProjectedCRS: Method to check if the CRS of the geometry is projected
ST_IsRectangle: ST_IsRectangle returns true if the given geometry is a rectangle.
ST_IsRing: Return TRUE if the provided geometry is a closed and simple LINESTRING or MULTILINESTRING; NULL otherwise.
ST_IsSimple: Test if the provided geometry is simple.
ST_IsValid: ST_IsValid returns true if the given geometry is valid.
ST_IsValidDetail: Returns a valid_detail (valid,reason,location) as an array of objects.
ST_IsValidReason: Returns text stating if a geometry is valid or not an if not valid, a reason why
ST_Length: Compute the geometry length.
ST_LineFromText: Convert a WKT String into a LINESTRING.
ST_LineFromWKB: Convert Well Known Binary into a LINESTRING.
ST_LineInterpolatePoint: Returns a point interpolate along the input LineString or MultiLineString starting at the given fraction.
ST_LineIntersector: LineIntersector is used to split an input geometry (LineString or MultiLineString) by a set of geometries.
ST_LineMerge: Merges a collection of linear components to form maximal-length linestrings.
ST_LineSubstring
ST_LocateAlong: ST_LocateAlong returns a MULTIPOINT containing points along the line segments of the given geometry matching the specified segment length fraction and offset distance.
ST_LongestLine: Returns the 2-dimensional longest line between the points of two geometries.
ST_M: Get the first M(easure) coordinate
ST_MakeArcLine: ST_MakeArcLine constructs an elliptical arc, as a LineString centered at the given point.
ST_MakeArcPolygon: ST_MakeArcPolygon constructs an elliptical arc, as a Polygon centered at the given point.
ST_MakeEllipse: ST_MakeEllipse constructs an elliptical POLYGON with the given width and height centered at the given point.
ST_MakeEnvelope: Creates a rectangular POLYGON formed from the given x and y minima.
ST_MakeGrid: Create a regular grid based on a table or a geometry envelope.
ST_MakeGridPoints: Create a regular grid of points based on a table or a geometry envelope.
ST_MakeLine: ST_MakeLine constructs a LINESTRING from POINT and MULTIPOINT geometries.
ST_MakePoint: ST_MakePoint constructs POINT from two or three doubles.
ST_MakePolygon: Class to create a polygon
ST_MakeValid: Function to make a geometry valid.
ST_MaxDistance: Compute the maximum distance between two geometries.
ST_MaximumInscribedCircle: Compute the largest circle that is contained within a (multi)polygon.
ST_MaximumInscribedCircleRadius: Compute the radius of the largest circle that is contained within a (multi)polygon.
ST_MemSize: Compute the amount of memory space (in bytes) for the input value
ST_MinimumBoundingCircle: PostGIS compatibility function alias.
ST_MinimumBoundingRadius: Computes the center point and radius of the smallest circle that contains a geometry
ST_MinimumDiameter: Compute a minimum diameter for a given geometry
ST_MinimumRectangle: Gets the minimum rectangular POLYGON which encloses the input geometry.
ST_MLineFromText: Convert a WKT String into a MULTILINESTRING.
ST_MPointFromText: Convert a WKT String into a MULTIPOINT.
ST_MPolyFromText: Convert a WKT String into a MULTIPOLYGON.
ST_Multi: Construct a geometry collection from a geometry
ST_MultiplyZ
ST_MultiplyZ.MultiplyZCoordinateSequenceFilter: Multiply the z value of each vertex of the Geometry by a double value.
ST_Node
ST_Normalize: Converts this Geometry to normal form (canonical form)
ST_NPoints
ST_NumGeometries: Get the number of geometries inside a geometry collection
ST_NumInteriorRing: Alias for ST_NumInteriorRings.
ST_NumInteriorRings: Return the number of holes in a geometry
ST_NumPoints: Get the number of points inside a geometry
ST_OctogonalEnvelope: Computes the octogonal envelope of a geometry.
ST_OffSetCurve: Return an offset line at a given distance and side from an input geometry.
ST_OrderingEquals: ST_OrderingEquals compares two geometries and t (TRUE) if the geometries are equal and the coordinates are in the same order; otherwise it returns f (FALSE).
ST_OrientedEnvelope: Alias for PostGIS
ST_OSMDownloader: This function is used to download data from the osm api using a bounding box.
ST_OSMMapLink: This class is used to generate an OSM map link URL from a geometry.
ST_Overlaps: Return true if the geometry A overlaps the geometry B
ST_OverpassDownloader: A function to extract data from Overpass api and save it into a file
ST_Perimeter: ST_Perimeter returns the perimeter of a polygon or a multipolygon.
ST_Point: ST_Point constructs POINT from two or three doubles.
ST_PointFromText: Convert a WKT String into a Point.
ST_PointFromWKB: Convert Well Known Binary into a POINT.
ST_PointN: Returns the nth point of a LINESTRING or a MULTILINESTRING containing exactly one LINESTRING; NULL otherwise.
ST_PointOnSurface: Get a Point that lie on the surface of a Surface Geometry.
ST_PolyFromText: Convert a WKT String into a POLYGON.
ST_PolyFromWKB: Convert Well Known Binary into Geometry then check that it is a Polygon
ST_Polygonize
ST_PrecisionReducer
ST_Project: Function to project a point
ST_ProjectPoint
ST_Relate: This function is used to compute the relation between two geometries, as described in the SFS specification.
ST_RemoveDuplicatedCoordinates: Remove duplicate coordinates in a geometry
ST_RemoveHoles: Removes any holes from a polygon or multipolygon
ST_RemoveHolesByArea
ST_RemovePoints: Remove all points on a geometry that are located within a polygon.
ST_RemoveRepeatedPoints: Remove duplicated points on a geometry
ST_Reverse: Returns the geometry with vertex order reversed.
ST_Reverse3DLine: Returns a 1 dimension geometry with vertex order reversed according the start and the end z values.
ST_RingBuffer: Compute a ring buffer around a geometry.
ST_RingSideBuffer: Compute a ring buffer on one side
ST_Rotate: ST_Rotate rotates a geometry by a given angle (in radians) about the geometry's center.
ST_Scale: ST_Scale scales the given geometry by multiplying the coordinates by the indicated scale factors.
ST_SetSRID: Return a new geometry with a replaced spatial reference id.
ST_ShortestLine: Returns the 2-dimensional shortest line between two geometries.
ST_SideBuffer: Compute a single buffer on one side.
ST_Simplify: Returns a simplified version of the given geometry using the Douglas-Peuker algorithm.
ST_SimplifyPolygonHull: Computes a simplified topology-preserving outer or inner hull of a polygonal geometry
ST_SimplifyPreserveTopology
ST_SimplifyVW: Returns a simplified version of the given geometry using the Visvalingam-Whyatt algorithm.
ST_Snap: Snaps two geometries together with a given tolerance
ST_SnapToGrid: Function to snap a geometry according a grid size
ST_SnapToSelf: Snaps a geometry to itself with a given tolerance Allows optionally cleaning the result to ensure it is topologically valid
ST_Split: This function split a line by a line a line by a point a polygon by a line
ST_SRID: Retrieve the SRID from an EWKB encoded geometry.
ST_StartPoint: Returns the first coordinate of a Geometry as a POINT, given that the Geometry is a LINESTRING or a MULTILINESTRING containing only one LINESTRING; Returns NULL for all other Geometries.
ST_SubDivide
ST_SunPosition: Compute the sun position and return a new coordinate with x = azimuth and y = altitude
ST_Svf: This function will be used to compute the Sky View Factor based on geometries
ST_SymDifference: Compute the symmetric difference between two Geometries.
ST_Tesselate: Tessellate a set of Polygon with adaptive triangles.
ST_ToMultiLine: ST_ToMultiLine constructs a MultiLineString from the given geometry's coordinates.
ST_ToMultiPoint: ST_ToMultiPoint constructs a MultiPoint from the given geometry's coordinates.
ST_ToMultiSegments: ST_ToMultiSegments converts a geometry into a set of distinct segments stored in a MultiLineString.
ST_Touches: Return true if the geometry A touches the geometry B
ST_Transform: This class is used to transform a geometry from one CRS to another.
ST_Transform.CopCache: A simple cache to manage `CoordinateOperation`
ST_Transform.CRSTransformFilter: This method is used to apply a `CoordinateOperation` to a geometry.
ST_Translate: Translates a geometry using X, Y (and possibly Z) offsets.
ST_TriangleAspect: This function is used to compute the aspect of a triangle.
ST_TriangleContouring: Split triangle into area within the specified range values.
ST_TriangleDirection: This function is used to compute the main slope direction on a triangle.
ST_TriangleSlope: This function is used to compute the slope direction of a triangle.
ST_TriangulatePolygon: Tessellate a set of Polygon with constrained delaunay.
ST_Union: Compute the union of two or more Geometries.
ST_UpdateZ: This function replace the z component of (each vertex of) the geometric parameter to the corresponding value given by a field.
ST_VariableBuffer: ST_VariableBuffer computes a buffer around a Geometry with a start and end distance
ST_Voronoi
ST_Within: Return true if the geometry A is within the geometry B
ST_X: Get the first X coordinate
ST_XMax: ST_XMax returns the maximal x-value of the given geometry.
ST_XMin: ST_XMin returns the minimal x-value of the given geometry.
ST_Y: Get the first Y coordinate
ST_YMax: ST_YMax returns the maximal y-value of the given geometry.
ST_YMin: ST_YMin returns the minimal y-value of the given geometry.
ST_Z: Get the first Z coordinate
ST_ZMax: ST_ZMax returns the maximal z-value of the given geometry.
ST_ZMin: ST_ZMin returns the minimal z-value of the given geometry.
ST_ZUpdateLineExtremities
StringStack: This class is a stack to keep in memory the structure of the GPX file.
SunCalc: This class is a partial Java port of SunCalc.
TAG_LOCATION: A class to specify the category of the element.
TINFeatureFactory: A factory used to create triangles from JTS geometries.
Triangle: A triangle built from the combination of the 3 vertices index.
Triangle.TriangleBuilder: Generate a triangle from Tinfour structure
TSVDriverFunction: This driver allow to import and export the Tab Separated Values (TSV): a format for tabular data exchange A file in TSV format consists of lines.
TSVRead: Read a Tab-separated values file
TSVWrite: Write a Tab-separated values file
UpdateGeometrySRID: Function to update the SRID of a geometry column
UpdateGeometryZ: This class is used to force the coordinate dimension of a geometry to 3 and update the z value
WayOSMElement: A class to manage the way element properties.
WriteBufferManager: Class to write files using nio.
ZAffineTransformation: Applies a 3D affine transformation to a geometry.