983 Royalty-Free Audio Tracks for "Shepard Tone"

This is a whole tone scale beginning on middle-C, created by me using Lilypond and TiMidity.

*Eighty-third harmonic on C. Just: 83/64 = 450.05 cents. Limit: 83-limit. MIDI pitch bend: 2,80

Enharmonic tetrachord in Pythagorean tuning. Created by Hyacinth (talk) using Sibelius 5. hypate parhypate lichanos mese 4/3 9/7 5/4 1/1 ↓ 28/27 ↓36/35↓ 5/4 ↓ -498 -435 -386 0 cents MIDI pitch bend appears to match intervals.

Webern's String Quartet Op. 28 tone row, composed of three tetrachords: P I RI, with P = the BACH motif.

*Greater septendecimal quarter tone on C = C↓♯ (Ben Johnston's notation). Just: 34:33 = 51.68 cents. Limit: 17-limit. MIDI pitch bend: 69,80 on PU

*Lesser 29-limit quarter tone on C = C♯ (Ben Johnston's notation). Just: 30:29 = 58.69 cents. Equal-tempered: 21/24:1 = 50 cents. Limit: 29-limit. MIDI pitch bend: 100,82 on PU

Common-tone modulation between chromatic mediants in Mozart's K. 475, mm. 24-26.

Primary forms of the just tone row from Ben Johnston's String Quartet No. 7, mov. 2. Pitch bend appears to match intervals.

This is a smoothly rising shepard tone that i created using adobe audition 3's tone generator. I generated the tone as sine waves in 7 different octaves and mixed the results together. The period of repetition is 10 seconds. (this is a second version in which i removed the phase variance, making the sound monophonic for all practical purposes).

*(Lesser) undecimal neutral second on C = D↓ (Ben Johnston's notation). 12/11 = 150.64 cents.

*Greater undecimal neutral second on C = D↑♭- (Ben Johnston's notation). 11/10 = 165 cents. Limit: 11-limit. MIDI pitch bend: 103,84 on m2

Common-tone diminished seventh chord (♯vio42, in D major: b♯o7) in Tchaikovsky's Nutcracker Suite, op. 71a, III, Valse des Fleurs, mm.1-4.

*Quarter tone on C = C/D. Equal-tempered: 21/24:1 = 50 cents. Preceded by:'

Common-tone modulation between C minor and its relative major Eb, using the common-tone G, in Schubert's Op. 163 (D. 956).

*Undecimal neutral seventh on C = B↑♭- (Ben Johnston's notation). 11:6 = 1049.36 cents. Limit: 11-limit.

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.

Shepardic melody on my acoustic guitar.

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.

*Undecimal neutral sixth on C = A↓ (Ben Johnston's notation). 18:11 = 852.59 cents. Limit: 11-limit.

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.

Sounds like a air plane falling for 1:30 then climbing for 1:30. Created in reaper with effects etc. . .

I used daw renoise to edit basic shepard tone and made this real. I hope you like it.

Short tone sound from an ignition of a newer model truck.

Short uk ringing tone recorded from a mobile phone.

Simple room tone.

A nice, pure "tink" sound derived from glass.

Very interesting tones, maybe solo oscillators or something similar :-). It was a terrible tones meeting. . .

Station with special tone - probably for imaginary easier but not very narrow band pile-up work.

A 440hzsine tone recorded at 96khz 32bit. Uploaded mainly to test uploading to freesound but useful as a test tone just the same.

911 dtmf dialing sound.

Tone generated on a landline phone when phone line is active and ready for use. Created from scratch using signal generators.

Put my zoom h2n inside the oven and closed it for this.

I've put my zoom h2n inside an old pizza oven and closed it for this.

Random noise converted into dtmf tones then stretched or converted into chirp with echo.

Shanghai crosswalk warning tone.

Some detuned harps - tuned in quartertones recorded in big concert hall with olympus ls11.

Microwave alarm.

A positive tone.

Very short room tone of a basement.

Recorded at: 2074 robie street, halifax, ns, apt. 2105 / recorded with: tascam, apex stereo omni mics, hercules stand.

A recording of the message received when a wrong number is reached - including some crazy digital noise.

#!/bin/bash## create dtmf wav file with sox# create a file of the digit "7" dtmf tone# sox -n 7. Wav synth 0. 5 sine 852 sine 1209 channels 1# from http://notes. Writtenby. Tc/sox## synth 0. 2 = 0. 2 seconds# ialexs - for learning sox purpose# mon aug 27 20:52:19 wit 2012. Sox -n dtmf-1. Wav synth 0. 1 sine 697 sine 1209 channels 1sox -n dtmf-2. Wav synth 0. 1 sine 697 sine 1336 channels 1sox -n dtmf-3. Wav synth 0. 1 sine 697 sine 1477 channels 1. Sox -n dtmf-4. Wav synth 0. 1 sine 770 sine 1209 channels 1sox -n dtmf-5. Wav synth 0. 1 sine 770 sine 1336 channels 1sox -n dtmf-6. Wav synth 0. 1 sine 770 sine 1477 channels 1. Sox -n dtmf-7. Wav synth 0. 1 sine 852 sine 1209 channels 1sox -n dtmf-8. Wav synth 0. 1 sine 852 sine 1336 channels 1sox -n dtmf-9. Wav synth 0. 1 sine 852 sine 1477 channels 1. Sox -n dtmf-0. Wav synth 0. 1 sine 941 sine 1209 channels 1sox -n dtmf-star. Wav synth 0. 1 sine 941 sine 1336 channels 1sox -n dtmf-pound. Wav synth 0. 1 sine 941 sine 1477 channels 1. Sox -n dtmf-busy. Wav synth 0. 1 sine 480 sine 620 channels 1sox -n dtmf-dialtone. Wav synth 0. 1 sine 350 sine 440 channels 1sox -n dtmf-rbt-us. Wav synth 0. 1 sine 440 sine 480 channels 1.

I've put my zoom h2n inside the microwave oven on a quiet day and left it there for a while.

Quiet room tone.

Cell phone messages.

Room tone ambience, wind under door, apartment (2010). Sony m10.

Edited whistling. Could be used for a phone ring-tone.

A highly-modified shepard tone. Reversed, inverted, reverbed, added bass with lowered treble, and to top it all off a highly resonant wah-wah sound effect. All made in audacity.

Fifteenth chord from Marpurg on A: A,(C,E,)G,B',D',F',(A"). Resolves to C,E,G,C',E'.