Things To Do
June 27, 2017
Some projects I'm trying to finish, in no particular order.
- Prepare Inverse Canonic Suite in C, with Treatise On Canonic Inversion for publication, and publish it. This is a half-hour suite for string quartet and keyboard written in 1995, with a 70-page treatise. The text was originally written in now-defunct Appleworks on a Mac running OS 9. Salvaging this text meant translating the documents several times, so that at the other end all the embedded graphics are all messed up. Luckily I kept a print copy and I'm in the process of recreating all the charts and tables. It's taking a while.
- Record 30 Variations on an Aria by Johann Sebastian Bach using MIDI Tapper, and offer it for download. This is about an hour of music. As I use my own software, I sometimes run into bugs that I need to fix which slows down the process, but it's a good thing to make the software work properly.
- Finish writing The Equal Tempered Keyboard (4-12 pieces left to write), prepare it for publication, record the music, and publish it. This project has been on hold for over a year. In 2015 I wrote 10 new pieces for the collection and decided to include text about each tuning in the book. The project covers all equal divisions of the octave from 5 to 20. I'm considering expanding it to include 21ET - 24ET, but I'm not sure yet. 20ET is a reasonable limit because beyond this number of tones per octave, a normal keyboard becomes extremely difficult to play more than two notes at a time, and the range becomes increasingly limited.
Meanwhile I've started two new projects:
- A 30-minute Cantata Singet dem Herrn ein neues Lied using a libretto written by Picander, for which Bach's music is lost. So far I've written a 10-minute Eingangschor (opening chorus), a short recitative, a 5-minute aria for soprano, and a closing chorale (two verses).
- A 2-hour passion setting Markuspassion using the libretto written by Picander, for which Bach's music is lost. This is a huge project, and I've started by writing the 16 chorales which solidify the structure of the entire piece.
Back to work. Wish me luck.
Regards,
Aaron