Talk:Constrained tuning: Difference between revisions
2 responses, one to KE and one to CTWE |
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The way the term "TWE" is being used on this page is not correct. I'm not sure where the confusion is from, but the Tenney-Weil norm is a general norm with two free parameters p and k that interpolate between Wp and Tp. For p=2, then there's one free parameter k, and if k=0 it's TE and if k=1 it's WE. The thing called KE would be the "CWE" tuning, not in general the "CTWE" tuning. It'd be a special case of CTWE with k=1, but of course you don't want to say CTWE = CWE by default. [[User:Mike Battaglia|Mike Battaglia]] ([[User talk:Mike Battaglia|talk]]) | The way the term "TWE" is being used on this page is not correct. I'm not sure where the confusion is from, but the Tenney-Weil norm is a general norm with two free parameters p and k that interpolate between Wp and Tp. For p=2, then there's one free parameter k, and if k=0 it's TE and if k=1 it's WE. The thing called KE would be the "CWE" tuning, not in general the "CTWE" tuning. It'd be a special case of CTWE with k=1, but of course you don't want to say CTWE = CWE by default. [[User:Mike Battaglia|Mike Battaglia]] ([[User talk:Mike Battaglia|talk]]) | ||
: I did set the default CTWE to ''k'' = 1 in my code cuz in the case of other norms, like the equilateral one where each prime is weighted the same, it's useful to introduce a 30-degree skew like Weil and that needs a term. Calling it "equilateral-Weil-Euclidean" is a possibility and if so, the Tenney-weighted counterpart is automatically "Tenney-Weil". Otherwise I'd always have to say "equilateral-Weil[1]-Euclidean" with the number in the brackets specifying that ''k'' = 1. So what do you think? [[User:FloraC|FloraC]] ([[User talk:FloraC|talk]]) 03:27, 19 March 2024 (UTC) | |||