1.294 file audio bebas royalti untuk "Data"

I loaded a short vocal sample as raw data (as a vox file, in this case) and this was the result. A very short, very noisy, vocal sound.

Barbershop bell chord. Pitch bend matches just intervals.

Just minor seventh chord on C.

*Meride on C. 107/1,000 = 27.904196 cents. MIDI pitch bend: 119,72

*Jot on C. 101/100,000 = 0.039863 cents. MIDI pitch bend: 2,64

45:54:64 = F#+, A+, C = C, Eb, Gb-

First eight harmonics, vertically (just).

This is the sound that technology makes in the future. I know cuz im from the future and recorded this at 24bit/44. 1 khz. This asset also loops perfectly without any pops, enjoy!.

*Savart on C. 101/1,000:1 = 3.986314 cents. MIDI pitch bend: 35,65

Septimal augmented sixth on C. A♭. 1003.8 cents.

This sound was created from an image of 16 bits / channel grayscale. You can see the image on the following link https://goo. Gl/j5cuhp. The image has been exported to raw format and then was imported into audacity where i applied effects and plugins. The effects and plugins that i use for these sounds called "image sonification" are: eq, paulstretch, reverb among others.

Random high-pitched tones. Created with audiomulch.

This is a demo sound from a project called "space choir" which is performed by an electric circuit with an arduino uno and pure data interaction.

♭III+ chord in just intonation. Pitch bend matches intervals.

*Six secors on C. 18/56/19 = 700.29 cents.

Bayati scale. MIDI pitch bend matches intervals (1 quarter flat).

5:6:7 = E, G, B7b = C, Eb, G7b.

*Woolhouse unit on C. Equal-tempered: 21/730:1 = 1.643836 cents.

*Centitone on C. Equal-tempered: 21/600:1 = 2 cents. MIDI pitch bend: 82,64

*Three secors on C. 18/53/19 = 350.15 cents.

Ives quarter tone fundamental chord.

65 steps in 72-et on C = ??. 265/72 = 1083.33 cents.

Just perfect fifth below A = D-. 3:2 = 701.96 cents. As MIDI.

9-limit dekany scale.

Just augmented second in just C scale: A♭ and B.

Beta scale minor triad on C. MIDI pitch bend appears to match intervals.

*Semicomma on C. 2109375:2097152 = 10.06 cents. Limit: 5-limit.

Golden ratio approximation: 233 : 144, 833.11 cents.

D, F, Ab = C, Eb-, Gb-

Background white noise recorded at a computer test lab. Constant drone with no beeps or clicks.

Major chord on C in 17 equal temperament (0,5,9).

BP chromatic scale et. MIDI pitch bend appears to match intervals.

Werckmeister temperament major chord on C.

Harmonic Scale chromatic on C.

Sounds made by importing a psd file into audacity as raw data, then sampling and normalizing the results.

Septimal major triad (14,18,21) on C (C,Eㄥ,G).

My first glitch sound that was made in audacity with raw data that imported the shell32. Dll from my windows 10's pc.

A radio communication of some sort.

Chair thrown and crashed, a bolt from it fell to the ground at the end, raw data, unedited.

*Farab on C. Equal-tempered: 21/144:1 = 8.333333 cents. MIDI pitch bend: 85,66

Just major triad on C (4:5:6).

Grave whole tone on C (D--), 800/729, 160.90 cents.

13-tet scale on C. MIDI pitch bend correct for intervals.

Quarter-comma meantone major chord on C.

20 steps in 72-et on C: 333.33.

Beta scale major triad on C. MIDI pitch bend matches intervals.

833 cents scale on C. MIDI pitch bend matches intervals.

*Septimal diminished fifth??? on C.  ?/? = 658.50 cents. Limit: 7-limit.

14-tet scale on C. MIDI pitch bend matches intervals.

*Cent on C. Equal-tempered: 21/1200:1 = 1 cents. MIDI pitch bend: 41,64 Simultaneously and successively.