Direct approximation: Difference between revisions

Revision as of 10:56, 20 November 2020 view source Xenwolf (talk \| contribs) autopatrolled, Bureaucrats, confirmaccount-notify, Interface administrators, Sysops 8,705 edits corrected, formula and some examples added ← Older edit		Revision as of 22:38, 5 December 2020 view source Xenwolf (talk \| contribs) autopatrolled, Bureaucrats, confirmaccount-notify, Interface administrators, Sysops 8,705 edits link rounding Newer edit →
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	A '''patent interval''' of a (mostly just) interval is the number of EDO steps of the "best" mapping of an interval in a respective EDO. It's calculated by rounding the product of [[Wikipedia: binary logarithm\| binary logarithm]] (''log2'') of the interval ratio (''r'') and the EDO number (''nEdo'').		A '''patent interval''' of a (mostly just) interval is the number of EDO steps of the "best" mapping of an interval in a respective EDO. It's calculated by [[rounding]] the product of [[Wikipedia: binary logarithm\| binary logarithm]] (''log2'') of the interval ratio (''r'') and the EDO number (''nEdo'').

	round(log2(r)*nEdo)		round(log2(r)*nEdo)