65 Royalty-Free Audio Tracks for "Time Tones"

Creategenerate sine wave tone, frequency = 340. 00 hz, amplitude = 0. 80, 30 secondsduplicatedapplied effect wahwah…frequency = 4. 0 hz, start phase = 280 deg, depht = 92%resonance = 6. 9 frequency offset = 30%applied effect : tremolodeleted 30 seconds at t = 0. 0generate sine wave tone, frequency = 330. 00 hz, amplitude = 1. 00,30 secondsapplied effect wahwah… frequency = 1. 5 hz, start phase = 359 deg, depht = 33%, resonance = 6. 9, frequency offset = 30%duplicatedtime shifted tracks/clips right 0. 61 secondsmixed and rendered 2 tracks into one new mono trackapplied effect : tremoloapllied effect : apple : audistortionapplied effect : valve saturationapplied effect sliding time scale/pitch shiftduplicatedgenerate sine wave tone, frequency = 120. 00 hz, amplitude = 1. 00, 22. 000000 secondsdeleted 44. 91 seconds at t = 0. 00mixed and rendered 2 tracks into one new mono trackapplied effect: compressornormalize to 0 db.

Springtime in greenacres, washington. The birds are singing loudly, the wind is blowing, traffic can be heard in the distance, and an airplane flies overhead. Also heard is a distant train horn, a next door rooster, and a distant horn signalling break time at the paper mill.

Thunder sound synthesized from a randomly generated tone, and processed (in audacity) with: multivoice chorus, harmonic sythesizer, tons of gverb, 2-second delay, and fade-in/fade-out where appropriate. Again, this is my very first attempt, i'll keep trying to make more realistic samples like this. Until then, tell me if you liked this (rate it, comment).

One sample run through lots of effects, but a large part of the sound is made by running the sample at really fast repetitions, so fast it just becomes a tone. That and making the sound repeat in fractions (?) or something like that. Like one trigger is 5 times and then the next is 3 times in the same space of time. Etc. Created by mangling a sample in reaper's js scripting language.

Example 12 from Stockhausen's article "… wie die Zeit vergeht …", illustrating with a version of the series from Gruppen fur drei Orchester that, "if you start from the intervals of a proportion series, then with every step forward the register of each duration is also already chosen" (Stockhausen 1963b, 117). There are "a number of basic durations, indicated in metronome marks and corresponding with the pitch proportions within the series, reaching far as the octave positions (basic duration units)" (Leeuw 2005, 174), or "a duration scale which changes its 'time register' … corresponds to a twelve-tone scale that extends over more than one octave" (Misch 1998, 157–58).

Five is four: a polyrhythmic analog-synth loop with ambiguous five or four time signature. Slightly frantic sounding, arpeggiator-like rising pattern a bit like a shepard tone, it's a 5/4 pattern, but accents are distributed in 4/4. 180 bpm, key is a-minor (a-minor then f-major). Two loops marked in wav file, first is the bare synth pattern, loop is samples 0 to 640,000; second is with a pad, loop is samples 960,000 to 1,600,000.

Title cheesy toy melody "Old Mc Donald" Artist stephan Original mp3 data Length:0:30 minutes (592.9 KB) Format:MP3 Stereo 44kHz 160Kbps (CBR) User tags awkward, Baby, cheap, cheesy, Melody, nerved, Nursery Rhyme, sing along, singing, squawking, toy Type Single Subject, Tone / Tune PDSounds record number 393 Comment :) Push a baby toys button and it plays this awkward sounding tune. Next time i try to capture it when the batteries are low. Even cheesier than.

Simple patch. Two oscillators, ring modulation, lfos, vcas and digital effects. No spring reverb this time. Important module is the clock divider. The oscillators where tuned to the same tone one octave apart. Well. . . Not exactly. After having recorded i measured the frequencies 228,8 hz and 117,7 hz. . . But that made the output from the ring modulator interesting. What is generative with this? i modulate amplitude of the sounds and the decay for all thee sounds. This also affects the rhythm sound.

It becomes clear when i record with audacity and can actually see the attack and decay. I’m playing with alm pip slope. With this module you can cv control the attack and decay. As oscillator i use intellijel μvcf in self-oscillation mode. I fm-modulate this filter/oscillator with a tone from uoki-toki polivoks vcf. The semi random trigger is really two triggers connected to an or gate. Pitch is from analogue systems rs-40 (sample/hold and noise). I can listen to this for a looong time. Retro sound.

Yep this is a crazy sound. What have i done. . . I have build a nonlinearcircuits sloth lfo. Https://www. Modulargrid. Net/e/nonlinearcircuits-sloth-4hpedited info:i have built the regular version. The sloth has two outputs x and y. I connected x to control frequency on one oscillator and y to control amplitude on another oscillator. Frequency experiment on left channel. Amplitude experiment on the right. The file starts as the amplitude is 0. Next time the amplitude is 0 (almost) is at about 48 sec. Then 48 sec later, at 1:37 the amplitude is 0 again. The two cycles are not identical. The tones are harder to analyze. . . X and y outputs. I guess those corresponds to x and y in a coordinate system. You can find video clips watching the sloth “drawing” butterfly wings. For example:https://www. Youtube. Com/watch?v=0ku6npz1s4gand maybe check this:https://www. Youtube. Com/watch?v=occhcm5oxp8http://nonlinearcircuits. Blogspot. Se/2014/09/sloth-chaos. Htmlthis later link is the developers page. The constructor (andrew) of this module says that my version completes “1 cycle every 15 seconds”. What does that mean? is one cycle one lap in the butterfly pattern? will the pattern repeat itself? yep, i’m going to ask him…. Edit:andrew answers my questions: “it is a very approximate description of the frequency, cycle is not the proper term to use. . . . Nor is frequency really, but they are descriptions that people can relate to easily. Depending upon the pot settings and whatever other initial conditions that happen to be in place, the signal may traverse the typical double strange attractor path. It may stay in one attractor for several loops before crossing over to the other one. The pattern will never repeats itself, it might come close but won't do it. ”my question: so, one “loop” is one cycle?andrew answers: typically it takes approx 15 seconds to make a rough figure 8, but depending upon the pot and other factors, it may take longer, much longer, sometimes it even pauses whilst deciding which way to go next.

Really simple patch. Cv from nlc sloth to quantizer (doepfer a-156), via attenuverter. Triggers from doepfer a-160(161). But a tone is only generated if there is a change in cv from sloth. Its not 100% generative :-) first there is no cv connected to the oscillators. I connect them one at a time. The noise is also controlled by the same sloth. The analog delay is connected to barton musical circuits (bmc) 4 quadrant multiplier and panner acting as a panner, controlled by nlc jerk off (still a sick name on a great module). The ehh drum sound is generated by bmc decaying analog noise.

Version 2. . . Of https://www. Freesound. Org/people/gis_sweden/sounds/352940/. . . Or maybe version 34. . . . It's not better but a little different. More dynamics. Softer. But still i have the clicks :-/have to work on that. It becomes clear when i record with audacity and can actually see the attack and decay. I’m playing with alm pip slope. With this module you can cv control the attack and decay. As oscillator i use intellijel μvcf in self-oscillation mode. I fm-modulate this filter/oscillator with a tone from uoki-toki polivoks vcf. The semi random trigger is really two triggers connected to an or gate. Pitch is from analogue systems rs-40 (sample/hold and noise). I can listen to this for a looong time. Retro sound.

This is my recreation of the noise in the background of a video shot on a consumer grade minidv camcorder (a well used one). I haven't had a minidv camcorder on hand for a few years and nobody i knew would give me a recording of just tape motor noise so i went to create the noise myself. This sound is a combination of a very badly pressed dvd in my computer's drive mixed with a tone made in audacity (up one octave from the tone that the disc ended up creating), all mixed down and brought down in volume. I know it's not a prefect recreation, but i don't have a minidv camcorder on hand so this is about as good as i can get it. If anyone has access to an anechoic chamber, a fresh tape, and a well used consumer grade minidv camcorder, please get in touch with me. I'd like the real deal better than my recreation that i did in my spare time. Note on recreating the noise out of hdv camcorders. They have slightly different hardware and as such will create different bearing noise (most times, there's an extra whine on top of the familiar bearing whine heard from standard dv camcorders). I forget the exact frequency, but it's somewhere in the neighborhood of 840hz-860hz and it's a sort of sine wave, but a modest bit more jagged. You'll have to provide your own stock camcorder mic hiss as each camcorder is different (not for definite sure on sony camcorders, but canon camcorders have a pink-ish white noise in about that era).

Circle of 5ths loop compiled on a 2015 macbook pro using field recordings. Tempo / time sig:24 bars of 3/4 timing with each bar lasting 2. 5s. Or 12 sets of 6/8 at 5s per bar with a total length of 60s. Filters:hipass pumped at 60hz, -5db. Lopass pumped at 1200hz at -6db. Delay set to 0. 05s at 600hz with a 60% wet mix. Arranged with the tonic 5th as a constant with the last (fifth) 5th in the circle, starting and ending with the tonic. Second 5th enters in 5s, third in 15s and the fourth in 25s as the fifth stops. The fifth 5th begins to fade back in after 10s of silence, which begins the process of the second, third and fourth fading out in that order. The fifth 5th is at full volume as the loop turns, as is the tonic. The mood changes noticeably as each consecutive 5th begins, and changes again as the following 5th joins the loop.

This is a reading from the second chapter of "nathaniel's nutmeg: or, the true and incredible adventures of the spice trader who changed the course of history", by giles milton. It is also intended for the freesound sound museum to represent books as what is fading rapidly into obsolescence. By the time you read this, you may not even know what a books is. Books are when the written word is compiled onto sheets of paper in a long-form volume. You may not know what paper is. Paper is commonly used to write on or make oregano cranes with, being flat and thin rectangles made from trees. You probably won't remember what a tree was. That is a very sad thing. They are all gone now, destroyed in feckless deference to paper. When the paper runs out, there will be nothing left to write our collective histories on, what we desperately need. When this occurs, it will stand as the moment our past was truly lost, leaving us lost the same, drifting in circles. Until another man or woman rises up to invent trees again, thus beginning the cycle anew. It's a beautiful idea. We should always be moving towards the future, not lost in syrupy memories of old forests not seen for what they really are: petrified wood and amber. Leave that with the other fossils and relics. Let it be the final page written on the last book until it crumbles to dust. Let it go. The file was recorded using a mid/side stereo technique at 24bits, downsampled to 16bits under the loving care of gaussian dither. The room was treated as best i could to be acoustically pleasing and quiet. I think you will find the noise floor to be particularly well balanced and textured, suitable for post-production tasks, or just for relaxing with at home. .