Least common multiple: Difference between revisions

From Xenharmonic Wiki
Jump to navigation Jump to search
Fredg999 category edits (talk | contribs)
m Removing from Category:Dissonance using Cat-a-lot
m Simplify Wikipedia template
 
(4 intermediate revisions by 2 users not shown)
Line 1: Line 1:
The '''least common multiple''' ('''LCM''') or its logarithm (for example [[log2]]) can be used as a [[dissonance measure]] for [[interval]]s and [[chord]]s.
{{Wikipedia}}
The '''least common multiple''' ('''LCM''') or its logarithm (for example [[log2]]) can be used as a [[complexity]] measure for [[interval]]s and [[chord]]s.
In terms of harmonic series, it represents the location of the first shared harmonic between all of the notes.
Note that, for dyads, this is the same as [[Benedetti height]], since a ratio in lowest terms has no shared factors between its numerator and denominator.


== Examples ==
== Examples ==
Line 14: Line 17:
| 40
| 40
|-
|-
| 5:6:7
| 4:5:6
| 210
| 60
|-
| 10:12:15
| 60
|-
|-
| 6:7:8
| 6:7:8
| 168
| 168
|-
| 5:6:7
| 210
|}
|}


== See also ==
[[Category:Interval complexity measures]]
* [[Wikipedia: Least common multiple]]
[[Category:Complexity]]


[[Category:Consonance and dissonance]]
{{stub}}
[[Category:Harmonic entropy]]

Latest revision as of 21:46, 24 April 2025

English Wikipedia has an article on:

The least common multiple (LCM) or its logarithm (for example log2) can be used as a complexity measure for intervals and chords. In terms of harmonic series, it represents the location of the first shared harmonic between all of the notes. Note that, for dyads, this is the same as Benedetti height, since a ratio in lowest terms has no shared factors between its numerator and denominator.

Examples

Interval/chord LCM
7:5 35
8:5 40
4:5:6 60
10:12:15 60
6:7:8 168
5:6:7 210
This page is a stub. You can help the Xenharmonic Wiki by expanding it.