bucket_position datum_bucket float_bucket floatspan_bucket_list floatspan_period_tile_list int_bucket interval_units intspan_bucket_list period_bucket_list span_bucket_get span_bucket_list span_bucket_set span_bucket_state_make span_bucket_state_next tbox_tile_get tbox_tile_list tbox_tile_state_make tbox_tile_state_next temporal_time_split temporal_time_split1 temporal_value_time_split1 tfloat_value_split tfloat_value_time_split timestamptz_bucket timestamptz_bucket1 tinstant_time_split tint_value_split tint_value_time_split tnumber_value_split1 tnumberinst_value_split tnumberseq_disc_time_split tnumberseq_disc_value_split tnumberseq_linear_value_split tnumberseq_step_value_split tnumberseq_value_split tnumberseqset_value_split tsequence_time_split tsequence_time_split1 tsequenceset_time_split

tnumberseq_step_value_split() static void tnumberseq_step_value_split ( const TSequence *  seq, Datum  start_bucket, Datum  size, int  count, TSequence **  result, int *  numseqs, int  numcols  ) static Split a temporal value into an array of fragments according to value buckets. Parameters [in] seq Temporal value [in] start_bucket Value of the start bucket [in] size Size of the value buckets [in] count Number of buckets [in,out] result Array containing the fragments of each bucket [in,out] numseqs Number of fragments for each bucket [in] numcols Number of columns in the 2D pointer array. It can be seq->count for sequences or ss->totalcount for sequence sets