Added: 2 years ago
From: ExcelLied
Views: 7,682
Sort by time | Sort by thread (beta)

Link to this comment:

Share to:
see all

All Comments (28)

Sign In or Sign Up now to post a comment!
  • I dig the striking, other-worldy sounds you can achieve with microtonal music, but are there any microtonal music that used equal temperament between intervals or does it confine to a specific scale pattern.

  • @grizzlytomahawk You can use tempered or non tempered scales, depends on your likings and the capabilitties of your hardware, this sinthetizer can divide the octave in 1000 parts I think, so you can make your scale however you like within that constriction.

  • it sounds awful

  • @GameMusicCompilation It might for well-tempered ears xD

  • great for a horror flick about a psycho circus

  • @Bflatest Sure could fit.

  • Beautiful piece, nicely organized. Bravo!

  • @dasmikey1964 Thanks

  • I hope i liked it too.

    So an 'octave' interval denotes a frequency change proportional to pi, so that

    f * pi ^ ( t / 24 ) is the frequency that is t tones away from frequency f using equal temperament?

  • pi is a fairly boring transcendental number.

  • that's nuts man, what do you call each of the "letters" now? i want to see the sheet music!!

  • @mike6789k Jeje, you would probably get a little disappointed. Since we play in a synthesizer, we just write the notes that represent the key to be pushed, If you want to see some weird sheets, look for Karlheinz Stockhausen

  • @mike6789k It's the same note letters, just the signs are reversed. Like, an aflat would have a backwards flat sign and it is called an "A quarter flat". :)

  • I havent the foggiest idea how I got to this vid.

    Coincidentally, I happen to be somewhat of a half-educated musician and I would have never in my life thought of composition based on these grounds.

    Wicked futuristic.

  • This is incredibly dissonant. This really puts someone on the brink of being repulsed or attracted by the music.

  • GRANDE GRANDE BRAVO!

  • Gracias

  • nice man! if i may ask, in what way u used the "pi"?

  • Common music is written by dividing the octave in 12 parts. The octave is represented by 2, Instead of dividing the 2 (octave) in twelve parts, i divided a bigger interval (3.141596) in twenty four parts.

  • @ExcelLied so, going up 24 keys gives a note that's 3.141596 times the root frequency?

    sounds good.

  • @PeeteyP Aproximately yes, due to synthesizer restrictions it is not entirely accurate, but very near though.

  • Exelente. Es la primer composicion que escucho que esta entonada.

  • Gracias.

  • Los invito a la nueva web de microtonalismo:

    microtonalismo punto com

    Tambien hay musica y videos de microtonalismo a todo dar.

  • Gran concierto ese día fue muy original dividir pi felicidades por tu composición Miguel Saludos Lupita

  • Muchas gracias. Ojalá y alguien tenga un grabación del concierto completo. Muchos saludos y nos vemos en el conser.

  • Obra presentada en el Conservatorio Nacional de Musica, Mexico D.F. dentro del recital del taller de composicion microtonal de la clase de Acustica a mi cargo. Felicidades, Miguel. Jesus Bernal.

  • Pues muchas gracias, que gracias a usted conocí el mundo microtonal, y claro, gracias por enseñarme a hacerlo y darnos la oportunidad de presentarlo.

  • ¿Grabaste el resto del concierto?

  • Lamentablemente no, no alcanzaba la cinta.

  • Cool! This is definitely the first piece I have heard in 24th root of π (82.575 cent equal temperament). Nothing close to a fifth or an octave and thus really xenharmonic. Good 11/10 and 15/13 and of course 9/4, hm interesting to play with... neat tuning.

  • O wow, It's good to hear that from someone that enyoys microtonal music. It's a shame I have no synthesizer to keep playing. Maybe one day. Thank you.

Loading...
0 / 00Unsaved Playlist Return to active list
    1. Your queue is empty. Add videos to your queue using this button:
      or sign in to load a different list.
    Loading...Loading...Saving...
    • Clear all videos from this list
    • Learn more