Harmonic entropy: Difference between revisions
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'''Harmonic entropy''' ('''HE''') is a simple model to quantify the extent to which musical chords align with the harmonic series, and thus tend to partly "fuse" into the perception of a single sound with a complex timbre and '''virtual fundamental''' pitch. It was invented by Paul Erlich and developed extensively on the Yahoo! tuning and harmonic_entropy lists, and draws from prior research by Parncutt and Terhardt. Various later contributions to the model have been made by Steve Martin, Mike Battaglia, Keenan Pepper, and others. | '''Harmonic entropy''' ('''HE''') is a simple model to quantify the extent to which musical chords align with the harmonic series, and thus tend to partly "fuse" into the perception of a single sound with a complex timbre and '''virtual fundamental''' pitch. It was invented by Paul Erlich and developed extensively on the Yahoo! tuning and harmonic_entropy lists, and draws from prior research by Parncutt and Terhardt. Various later contributions to the model have been made by Steve Martin, Mike Battaglia, Keenan Pepper, and others. | ||
Note: the terms dyad, triad and tetrad usually refer to chord with 2, 3 or 4 [[Pitch class|pitch classes]]. But in this discussion they refer to chords with 2, 3, or 4 <u>pitches</u>. Thus {{dash|C, E, G, C}} is a tetrad instead of a triad. | Note: the terms dyad, triad and tetrad usually refer to chord with 2, 3, or 4 [[Pitch class|pitch classes]]. But in this discussion they refer to chords with 2, 3, or 4 <u>pitches</u>. Thus {{dash|C, E, G, C}} is a tetrad instead of a triad. | ||
== Background == | == Background == |