_Gene Ward Smith (genewardsmith(AT)gmail.com), _, Mar 28 2006

proposed

approved

editing

proposed

Equal divisions of the octave of decreasing eleven-limit Pepper ambiguity. We may define the n-limit Pepper ambiguity, for any odd number n greater than one, as the maximum of the ratios of the errors of the nearest approximation to the members of the n-limit tonality diamond to the next nearest.

Equal divisions of the octave of decreasing eleven-limit Pepper ambiguity.

We may define the n-limit Pepper ambiguity, for any odd number n greater than one, as the maximum of the ratios of the errors of the nearest approximation to the members of the n-limit tonality diamond to the next nearest.

Wikipedia, <a href="http://en.wikipedia.org/wiki/Tonality_diamond">Tonality diamond, Wikipedia</a>

approved

editing

Equal divisions of the octave of decreasing eleven-limit Pepper ambiguity. We may define the n-limit Pepper ambiguity, for any odd number n greater than one, as the maximum of the ratios of the errors of the nearest approximation to the members of the n-limit tonality diamond to the next nearest.

1, 2, 5, 16, 22, 31, 72, 270, 342, 1848, 6421, 6691, 14618, 26894, 40006, 54624, 121524

0,2

<a href="http://en.wikipedia.org/wiki/Tonality_diamond">Tonality diamond, Wikipedia</a>

more,nonn

Gene Ward Smith (genewardsmith(AT)gmail.com), Mar 28 2006

approved