The following algorithm generates the next permutation lexicographically after a given permutation. Contains the maximum length prefix match between two consecutive suffixes, after they are sorted lexicographically. Each byte range is lexicographically ordered with the following thirteen byte values excluded&colon; codice 9. Note that formula 23, since there is no lexicographically smaller suffix. Finding the lexicographically minimal rotation is useful as a way of normalizing strings. The "nucleolus" of formula 21 is the lexicographically minimal imputation, based on this ordering. By their construction as a Stanley sequence, this sequence is the lexicographically first arithmetic-progression-free sequence. However, the computation of the lexicographically smallest graph is NP-hard. For example, the lexicographically minimal rotation of "bbaaccaadd" would be "aaccaaddbb". Since this is true, we can order the definitions, first by length and then lexicographically. Then the allocation of each agent must be lexicographically at least (1,1). Even the "Kangxi Dictionary" title is lexicographically significant. Starting with the first node, it maintains OPEN, ordered lexicographically by formula 1 and depth.