解説Size of intervals in D-based symmetric Pythagorean tuning.PNG
English: Sizes in cents of the 144 intervals in the D-based Pythagorean tuning system. Bold font indicates just intervals. Wolf intervals were highlighted in red. The values were accurately computed using Microsoft Excel, then rounded to integers. The image was produced using Microsoft Excel and captured with Microsoft Snipping Tool.
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Wolf intervals are operationally defined herein as intervals composed of 3, 4, 5, 7, 8, or 9 semitones (i.e. major and minor thirds or sixths, perfect fourths or fifths, and their enharmonic equivalents) the size of which deviates by more than one syntonic comma (about 21.5 cents) from the corresponding justly intonated interval. Intervals made up of 1, 2, 6, 10, or 11 semitones (e.g. major and minor seconds or sevenths, tritones, and their enharmonic equivalents) are considered to be dissonant even when they are justly tuned, thus they are not marked as wolf intervals even when they deviate from just intonation by more than one syntonic comma.
{{Information |Description={{en|1=Sizes in cents of the 144 intervals in the D-based Pythagorean tuning system. Bold font indicates just intervals. Wolf intervals were highlighted in red. The values were accurately computed using Microsoft Excel, then rou