| ▼ include | |
| ► general | |
| doublen.h | Internal types used in particular for computing the average and centroid temporal aggregates |
| lifting.h | |
| period.h | Basic routines for time periods composed of two TimestampTz values and two Boolean values stating whether the bounds are inclusive or not |
| periodset.h | |
| rangetypes_ext.h | Extended operators for range types |
| skiplist.h | Skiplist data structure used for performing aggregates |
| tbool_boolops.h | Temporal Boolean operators (and, or, not) |
| tbox.h | Functions for temporal bounding boxes |
| tempcache.h | Functions for building a cache of type and operator Oids |
| temporal.h | Basic functions for temporal types of any subtype |
| temporal_aggfuncs.h | Temporal aggregate functions |
| temporal_analyze.h | Functions for gathering statistics from temporal alphanumeric columns |
| temporal_boxops.h | Bounding box operators for temporal types |
| temporal_compops.h | Temporal comparison operators (=, <>, <, >, <=, >=) |
| temporal_gist.h | Quad-tree SP-GiST index for temporal boolean and temporal text types |
| temporal_parser.h | Functions for parsing temporal types |
| temporal_posops.h | Relative position operators for temporal types |
| temporal_selfuncs.h | Selectivity functions for temporal types |
| temporal_similarity.h | |
| temporal_spgist.h | |
| temporal_tile.h | |
| temporal_util.h | |
| temporal_waggfuncs.h | |
| temporaltypes.h | General functions for temporal types |
| time_aggfuncs.h | Aggregate functions for time types |
| time_analyze.h | Functions for gathering statistics from time type columns |
| time_gist.h | |
| time_selfuncs.h | |
| time_spgist.h | Quad-tree SP-GiST index for time types |
| timeops.h | Operators for time types |
| timestampset.h | Basic functions for set of (distinct) timestamps |
| timetypes.h | Functions for time types based on TimestampTz, that is, TimestampSet, Period, and PeriodSet |
| tinstant.h | Basic functions for temporal instants |
| tinstantset.h | Basic functions for temporal instant sets |
| tnumber_distance.h | Distance functions for temporal numbers |
| tnumber_gist.h | |
| tnumber_mathfuncs.h | |
| tnumber_selfuncs.h | Functions for selectivity estimation of operators on temporal number types |
| tnumber_spgist.h | |
| tsequence.h | Basic functions for temporal sequences |
| tsequenceset.h | Basic functions for temporal sequence sets |
| ttext_textfuncs.h | Temporal text functions: textcat, lower, upper |
| ► npoint | |
| tnpoint.h | Functions for temporal network points |
| tnpoint_aggfuncs.h | Aggregate functions for temporal network points |
| tnpoint_analyze.h | |
| tnpoint_boxops.h | Bounding box operators for temporal network points |
| tnpoint_distance.h | |
| tnpoint_indexes.h | R-tree GiST and SP-GiST indexes for temporal network points |
| tnpoint_parser.h | Functions for parsing static and temporal network points |
| tnpoint_posops.h | |
| tnpoint_selfuncs.h | |
| tnpoint_spatialfuncs.h | |
| tnpoint_spatialrels.h | Spatial relationships for temporal network points |
| tnpoint_static.h | Network-based static point/segments |
| tnpoint_tempspatialrels.h | |
| ► point | |
| geography_funcs.h | Spatial functions for PostGIS geography |
| postgis.h | PostGIS definitions that are needed in MobilityDB but are not exported in PostGIS headers |
| projection_gk.h | Implementation of the Gauss-Krueger projection that is used in Secondo |
| stbox.h | Functions for spatiotemporal bounding boxes |
| tpoint.h | Functions for temporal points |
| tpoint_aggfuncs.h | Aggregate functions for temporal points |
| tpoint_analytics.h | Analytics functions for temporal points |
| tpoint_analyze.h | Functions for gathering statistics from temporal point columns |
| tpoint_boxops.h | Bounding box operators for temporal points |
| tpoint_datagen.h | Data generator for MobilityDB |
| tpoint_distance.h | Distance functions for temporal points |
| tpoint_gist.h | |
| tpoint_in.h | Input of temporal points in WKT, EWKT and MF-JSON format |
| tpoint_out.h | Output of temporal points in WKT, EWKT and MF-JSON format |
| tpoint_parser.h | |
| tpoint_posops.h | Relative position operators for temporal geometry points |
| tpoint_selfuncs.h | |
| tpoint_spatialfuncs.h | Spatial functions for temporal points |
| tpoint_spatialrels.h | Spatial relationships for temporal points |
| tpoint_spgist.h | SP-GiST implementation of 8-dimensional oct-tree over temporal points |
| tpoint_tempspatialrels.h | Temporal spatial relationships for temporal points |
| tpoint_tile.h | |
| ▼ src | |
| ► general | |
| doublen.c | Internal types used in particular for computing the average and centroid temporal aggregates |
| geo_constructors.c | Constructors for the 2D geometric operations |
| lifting.c | Generic functions for lifting functions and operators on temporal types |
| period.c | Basic routines for time periods composed of two TimestampTz values and two Boolean values stating whether the bounds are inclusive or not |
| periodset.c | Basic functions for set of disjoint periods |
| rangetypes_ext.c | Extended operators for range types |
| skiplist.c | Functions manipulating skiplists |
| tbool_boolops.c | Temporal Boolean operators (and, or, not) |
| tbox.c | Functions for temporal bounding boxes |
| tempcache.c | MobilityDB builds a cache of OIDs in global arrays in order to avoid (slow) lookups |
| temporal.c | Basic functions for temporal types of any subtype |
| temporal_aggfuncs.c | Temporal aggregate functions |
| temporal_analyze.c | Functions for gathering statistics from temporal alphanumeric columns |
| temporal_boxops.c | Bounding box operators for temporal types |
| temporal_compops.c | Temporal comparison operators (=, <>, <, >, <=, >=) |
| temporal_gist.c | R-tree GiST index for temporal types where only the time dimension is taken into account for indexing, currently, tbool and ttext |
| temporal_parser.c | Functions for parsing time types and temporal types |
| temporal_posops.c | Relative position operators for temporal types |
| temporal_selfuncs.c | Functions for selectivity estimation of operators on temporal types whose bounding box is a Period, that is, tbool and ttext |
| temporal_similarity.c | Similarity distance for temporal values |
| temporal_spgist.c | Quad-tree SP-GiST index for temporal boolean and temporal text types |
| temporal_tile.c | Bucket and tile functions for temporal types |
| temporal_util.c | Miscellaneous utility functions for temporal types |
| temporal_waggfuncs.c | Window temporal aggregate functions |
| time_aggfuncs.c | Aggregate functions for time types |
| time_analyze.c | Functions for gathering statistics from time type columns |
| time_gist.c | R-tree GiST index for time types |
| time_selfuncs.c | Functions for selectivity estimation of time types operators |
| time_spgist.c | Quad-tree SP-GiST index for time types |
| timeops.c | Operators for time types |
| timestampset.c | Basic functions for set of (distinct) timestamps |
| tinstant.c | Basic functions for temporal instants |
| tinstantset.c | Basic functions for temporal instant sets |
| tnumber_distance.c | Distance functions for temporal numbers |
| tnumber_gist.c | R-tree GiST index for temporal integers and temporal floats |
| tnumber_mathfuncs.c | Temporal mathematical operators (+, -, *, /) and functions (round, degrees) |
| tnumber_selfuncs.c | Functions for selectivity estimation of operators on temporal number types |
| tnumber_spgist.c | SP-GiST implementation of 4-dimensional quad-tree over temporal integers and temporal floats |
| tsequence.c | Basic functions for temporal sequences |
| tsequenceset.c | Basic functions for temporal sequence sets |
| ttext_textfuncs.c | Temporal text functions: textcat, lower, upper |
| ► npoint | |
| tnpoint.c | Basic functions for temporal network points |
| tnpoint_aggfuncs.c | Aggregate functions for temporal network points |
| tnpoint_analyze.c | Functions for gathering statistics from temporal network point columns |
| tnpoint_boxops.c | Bounding box operators for temporal network points |
| tnpoint_distance.c | Temporal distance for temporal network points |
| tnpoint_indexes.c | R-tree GiST and SP-GiST indexes for temporal network points |
| tnpoint_parser.c | Functions for parsing static network types |
| tnpoint_posops.c | Relative position operators for temporal network points |
| tnpoint_selfuncs.c | Functions for selectivity estimation of operators on temporal network points |
| tnpoint_spatialfuncs.c | Geospatial functions for temporal network points |
| tnpoint_spatialrels.c | Spatial relationships for temporal network points |
| tnpoint_static.c | Network-based static point and segment types |
| tnpoint_tempspatialrels.c | Temporal spatial relationships for temporal network points |
| ► point | |
| geography_functions.c | Spatial functions for PostGIS geography |
| projection_gk.c | Implementation of the Gauss-Krueger projection that is used in Secondo |
| stbox.c | Functions for spatiotemporal bounding boxes |
| tpoint.c | Basic functions for temporal points |
| tpoint_aggfuncs.c | Aggregate functions for temporal points |
| tpoint_analytics.c | Analytic functions for temporal points and temporal floats |
| tpoint_analyze.c | Functions for gathering statistics from temporal point columns |
| tpoint_boxops.c | Bounding box operators for temporal points |
| tpoint_datagen.c | Data generator for MobilityDB |
| tpoint_distance.c | Distance functions for temporal points |
| tpoint_gist.c | R-tree GiST index for temporal points |
| tpoint_in.c | Input of temporal points in WKT, EWKT and MF-JSON format |
| tpoint_out.c | Output of temporal points in WKT, EWKT, WKB, EWKB, and MF-JSON format |
| tpoint_parser.c | Functions for parsing temporal points |
| tpoint_posops.c | Relative position operators for temporal geometry points |
| tpoint_selfuncs.c | Functions for selectivity estimation of operators on temporal points |
| tpoint_spatialfuncs.c | Spatial functions for temporal points |
| tpoint_spatialrels.c | Spatial relationships for temporal points |
| tpoint_spgist.c | |
| tpoint_tempspatialrels.c | Temporal spatial relationships for temporal points |
| tpoint_tile.c | Functions for spatial and spatiotemporal tiles |
