acontains_geo_trgeo acovers_geo_trgeo acovers_trgeo_geo adisjoint_trgeo_geo adisjoint_trgeo_trgeo adwithin_trgeo_geo adwithin_trgeo_trgeo aintersects_trgeo_geo aintersects_trgeo_trgeo atouches_trgeo_geo ea_contains_geo_trgeo ea_covers_geo_trgeo ea_covers_trgeo_geo ea_disjoint_trgeo_geo ea_dwithin_trgeo_trgeo ea_dwithin_trgeo_trgeo_sync ea_dwithin_trgeoinst_trgeoinst ea_dwithin_trgeoseq_trgeoseq_cont ea_dwithin_trgeoseq_trgeoseq_discstep ea_dwithin_trgeoseqset_trgeoseqset econtains_geo_trgeo ecovers_geo_trgeo ecovers_trgeo_geo edisjoint_trgeo_geo edisjoint_trgeo_trgeo edwithin_trgeo_geo edwithin_trgeo_trgeo eintersects_trgeo_geo eintersects_trgeo_trgeo etouches_trgeo_geo spatialrel_trgeo_geo spatialrel_trgeo_trav_geo tdwithin_trgeosegm_trgeosegm

ea_dwithin_trgeo_trgeo() int ea_dwithin_trgeo_trgeo ( const Temporal *  temp1, const Temporal *  temp2, double  dist, bool  ever  ) Return 1 if two temporal rigid geometries are ever within a distance, 0 if not, -1 on error or if the temporal rigid geometries do not intersect on time. Parameters [in] temp1,temp2 Temporal rigid geometries [in] dist Distance [in] ever True for the ever semantics, false for the always semantics @csqlfn EA_dwithin_trgeo_trgeo()