intersection_tcontseq_tdiscseq intersection_tdiscseq_tcontseq intersection_tdiscseq_tdiscseq intersection_tinstant_tsequence intersection_tsequence_tinstant synchronize_tsequence_tsequence tcontseq_at_periodset1 tcontseq_find_timestamp tcontseq_minus_period1 tcontseq_minus_periodset1 tcontseq_minus_timestamp1 tcontseq_minus_timestampset1 tcontseq_restrict_value1 tdiscseq_find_timestamp tfloatseq_spans tlinearsegm_intersection_value tnumbercontseq_restrict_span2 tnumbercontseq_restrict_spanset1 tsegment_at_timestamp tsegment_intersection tsegment_value_at_timestamp tseqarr2_to_tseqarr tseqarr_normalize tsequence_at_values1 tsequence_join tsequence_join_test tsequence_make1 tsequence_make_valid1 tsequence_merge_array1 tsequence_segments1 tsequence_timestamps1 tsequence_to_string tsequence_values1 tstepseq_tlinearseq1

tseqarr2_to_tseqarr() TSequence ** tseqarr2_to_tseqarr ( TSequence ***  sequences, int *  countseqs, int  count, int  totalseqs  ) Convert an array of arrays of temporal sequences into an array of temporal sequences. This function is called by all the functions in which the number of output sequences cannot be determined in advance, typically when each segment of the input sequence can produce an arbitrary number of output sequences, as in the case of atGeometry. Parameters [in] sequences Array of array of temporal sequences [in] countseqs Array of counters [in] count Number of elements in the first dimension of the arrays [in] totalseqs Number of elements in the output array Precondition count and totalseqs are greater than 0