MOS substitution: Difference between revisions
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In particular, all [[monotone-MOS scale]]s (i.e. such that the results of {{nowrap|'''L''' {{=}} '''m''' | '''m''' {{=}} '''s'''}}, and {{nowrap|'''s''' {{=}} '''0'''}} temperings are MOSes) arise from MOS substitution in this way. | In particular, all [[monotone-MOS scale]]s (i.e. such that the results of {{nowrap|'''L''' {{=}} '''m''' | '''m''' {{=}} '''s'''}}, and {{nowrap|'''s''' {{=}} '''0'''}} temperings are MOSes) arise from MOS substitution in this way. | ||
=== If a ternary scale satisfies all three possible MOS-substitution types, then it is pairwise-MOS and deletion-MOS === | === If a ternary scale satisfies all three possible MOS-substitution types, then it is pairwise-MOS and deletion-MOS === | ||
This fact is immediate. | This fact is immediate. (See [[pairwise-MOS]] and [[deletion-MOS]].) | ||
=== If the template MOS is primitive, MOS substitution yields binary well-formed generator sequences === | === If the template MOS is primitive, MOS substitution yields binary well-formed generator sequences === | ||