tcontains_geo_tpoint tdwithin_add_solutions tdwithin_tpoint_geo tdwithin_tpoint_tpoint tdwithin_tpoint_tpoint1 tdwithin_tpointsegm_tpointsegm tdwithin_tpointseq_point tdwithin_tpointseq_point1 tdwithin_tpointseq_tpointseq tdwithin_tpointseq_tpointseq2 tdwithin_tpointseqset_point tdwithin_tpointseqset_tpointseqset tinterrel_tpoint_geo tinterrel_tpointcontseq_geom tinterrel_tpointcontseq_geom1 tinterrel_tpointdiscseq_geom tinterrel_tpointinst_geom tinterrel_tpointseq_simple_geom tinterrel_tpointseq_step_geom tinterrel_tpointseqset_geom ttouches_tpoint_geo

tdwithin_tpointseq_tpointseq2() static int tdwithin_tpointseq_tpointseq2 ( const TSequence *  seq1, const TSequence *  seq2, Datum  dist, datum_func3  func, TSequence **  result  ) static Return the timestamps at which the segments of two temporal points are within the given distance. Parameters [in] seq1,seq2 Temporal points [in] dist Distance [in] func DWithin function (2D or 3D) [out] result Array on which the pointers of the newly constructed sequences are stored Returns Number of elements in the resulting array Precondition The temporal points must be synchronized.