MOS substitution: Difference between revisions
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== Mathematical facts == | == Mathematical facts == | ||
=== A ternary scale whose L = m and s = 0 temperings are MOS comes from MOS substitution === | === A ternary scale whose L = m and s = 0 temperings are MOS comes from MOS substitution === | ||
If a ternary scale with step signature ''a'''''L'''''b'''''m'''''c'''''s''' satisfies: | If a ternary scale with [[step signature]] ''a'''''L'''''b'''''m'''''c'''''s''' satisfies: | ||
# the result of identifying '''L''' steps with '''m''' steps is a MOS; | # the result of identifying '''L''' steps with '''m''' steps is a MOS; | ||
# the result of deleting all '''s''' steps is a MOS, | # the result of deleting all '''s''' steps is a MOS, | ||