Modulation to the dominant in Haydn's Symphony in C Major, No. 97, Movement III Menuetto, measures 0-8 (piano reduction). Compiled from Murphy, Melcher, and Warch (1973). Music for Study, p.115. ISBN 0-13-607515-0; August Horn's piano reduction; and Howard Chandler Robbins Landon's full score edition. Roman numeral analysis added.
A thirteenth chord "collapsed" into one octave results in a dissonant, seemingly secundal[1] tone cluster. Created by Hyacinth (talk) 22:18, 5 July 2009 using Sibelius 5.
24-tet scale on C (50 cent steps). Easley Blackwood, Jr.'s notation for 24 equal temperament. As only "ups" are used, there are no three-quarter flats and quarter flats are enharmonically spelled (Dd = C#↑). Pitches are split into two groups of 12. MIDI pitch bend is correct for intervals.
Example of leading-tone triad (viio) and secondary leading-tone triad in Johann Sebastian Bach's Chorale: Gott der Vater wohn' uns bei (BWV 317). Identified by Forte (1979) ISBN 0-03-020756-8 as BWV 748, which is currently attributed to Johann Gottfried Walther.
Traditional Pythagorean tuning of the diatonic tetrachord. Created by Hyacinth (talk) using Sibelius 5. MIDI pitch bend appears to match intervals (0,64, 96,62, 64,61, and 80,64).
*Undecimal neutral third on C = E↑♭- (Ben Johnston's notation). 11:9 = 347.41 cents. Limit: 11-limit.
Автор: Created by Hyacinth (talk) in Sibelius with midi pitch bend on 47 for 346.875 cents rather than 347.41. New version a m3 on 22,79 for 347.412109375 cents rather than 347.41.
*Undecimal neutral sixth on C = A↓ (Ben Johnston's notation). 18:11 = 852.59 cents. Limit: 11-limit.
Автор: Created by Hyacinth (talk) in Sibelius with midi pitch bend on 81 for 853.125 cents rather than 852.59. New version a m6 on 106,80 for 852.587890625 cents rather than 852.59.
Chromatic tetrachord in pythagorean tuning. MIDI pitch bend appears to match intervals (0,64; 112,65; 64,61; and 80,64). Created by Hyacinth (talk) using Sibelius 5.
Alien xxx sent me a “cross modulation challenge”. I have tried to be true to his idea, but added automation, so to speak. Oscillator1 is constantly fm-modulating oscillator2. I vary the frequency of oscillator1 with an lfo. The output of oscillator1 is sent to a) left audio channel and b) in to oscillator2. The output of oscillator2 is fed to oscillator1. The degree of cross fm modulation is controlled by a vca controlled by another lfo. The output of oscillator2 is also sent to right audio channel. As i’m writing this i have just made a theoretical patch on a piece of paper. The result is what you hear. No effects added. Straight out of the modular for better or worse.
Bats recorded along the lagan river near belfast in september 2019. This recording was originally made at 192 khz but the registered sample rate has been changed to 16 khz in order to make their ultrasonic calls audible in playback. In this excerpt you can hear social calls (the trills), soprano pipistrelle echolocation (the higher pitched chirps) and common pipistrelle echolocation (the lower pitched chirps). Recorded on a sony pcm d100 using knowles ultrasonic mics. Noise reduction has been applied.
A simple set of "droplets" made with the intention of becoming a slogan tune. Although i decided to upload it here instead. Made with fl studio 10 - producer edition using the 3x osc and a lot of mixing! free for all use. Commercial and noncommercial.
This is the sound of a garage door closing from the inside of the garage. Recorded with a mixpre 3ii and a pair of audio technica at943 microphones in stereo.