Douglas Blumeyer's RTT How-To: Difference between revisions

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~~This~~ is the reference I wish I had when I was learning RTT, or [[Regular temperament theory|Regular Temperament Theory]]. There are other great resources out there, but this is how I would have liked to have learned it myself. I might say these materials lean more visual and geometric than others I've seen, and focus on elementary computation and representation rather than theory. It's not really a big picture introduction, it doesn't explore musical applications, and its algorithms are for humans, not computers. In any case, I hope others are able to benefit from these tools and explanations.

Hello there. My name is [[Douglas Blumeyer]], and this is the reference I wish I had when I was learning RTT, or [[Regular temperament theory|Regular Temperament Theory]]. There are other great resources out there, but this is how I would have liked to have learned it myself. I might say these materials lean more visual and geometric than others I've seen, and focus on elementary computation and representation rather than theory. It's not really a big picture introduction, it doesn't explore musical applications, and its algorithms are for humans, not computers. In any case, I hope others are able to benefit from these tools and explanations.

There's still a ton more to say here, though, and I hope to get to completing this material soon.

Revision as of 16:32, 26 February 2022 view source Fredg999 category edits (talk \| contribs) autopatrolled, Bots, emailconfirmed 4,330 edits m Moving from Category:Scale theory to Category:Scale using Cat-a-lot ← Older edit		Revision as of 18:56, 28 February 2022 view source Cmloegcmluin (talk \| contribs) autopatrolled, emailconfirmed 5,160 edits introduce and link to myself Newer edit →
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	~~This~~ is the reference I wish I had when I was learning RTT, or [[Regular temperament theory\|Regular Temperament Theory]]. There are other great resources out there, but this is how I would have liked to have learned it myself. I might say these materials lean more visual and geometric than others I've seen, and focus on elementary computation and representation rather than theory. It's not really a big picture introduction, it doesn't explore musical applications, and its algorithms are for humans, not computers. In any case, I hope others are able to benefit from these tools and explanations.		Hello there. My name is [[Douglas Blumeyer]], and this is the reference I wish I had when I was learning RTT, or [[Regular temperament theory\|Regular Temperament Theory]]. There are other great resources out there, but this is how I would have liked to have learned it myself. I might say these materials lean more visual and geometric than others I've seen, and focus on elementary computation and representation rather than theory. It's not really a big picture introduction, it doesn't explore musical applications, and its algorithms are for humans, not computers. In any case, I hope others are able to benefit from these tools and explanations.

	There's still a ton more to say here, though, and I hope to get to completing this material soon.		There's still a ton more to say here, though, and I hope to get to completing this material soon.