451 file audio bebas royalti untuk "Applying"

I accidentally recorded this sequence when i left my camcorder on while filming some drawing tutorials. My warehouse style studio is in the inner city at street level opening onto a street closure/park so you will hear some faint bird tweeting in the background. Near the beginning and end there is the sound of a large industrial sliding door and the loud clanging is a drop bolt on an external metal security grill gate. Wind blown chimes add to the scene. I only applied a very low level audio clean-up using adobe soundbooth cs3 to reduce hiss.

A recording of an air rifle being shot in a valley. Recorded on a zoom h4n pro about 5-10 metres in front of the barrel, facing away from the rifle. Edited in audacity. I love the crackle as the shot breaks the sound barrier. Could be slowed down to make it sound like a larger weapon, or maybe even used as an impulse response. I have also uploaded the unedited version in case you want to apply your own effects: https://freesound. Org/people/fission9/sounds/466311/. Recorded 14/04/19.

Recording of some new year's celebrations in vienna. Captured using a clippy stereo em172 microphone and a zoom h5 handheld recorder. I positioned the microphone capsules outside the window on the left and right and then gently (almost) closed it. I setup the recorder and rolled the whole evening. This bit was around the apex of the celebrations in that part of town. Sadly some clipping occured, but i chose to upload the unaltered file. So no post-processing has been applied. Cut in ocenaudio. Enjoy!. Want to support the creation of more cc0 sounds?https://flattr. Com/profile/cabled_mess.

In-cabin recording of a qatar airways boeing 787 dreamliner taking off, followed by in-flight announcements in arabic and english. The aircraft applies thrust for take-off at 0:28 and leaves the ground at 1:16. At 3:08 the english in-flight announcement is broadcast. This was recorded in-person from my seat with a tascam dr-40. I was located mid-section (just behind the wings) in an aisle seat. Public domain: i have released this audio file into the public domain. It is free for anyone to download, modify, or use without my consent and without attribution - like all freesound audio files should be. Enjoy!.

The recordings found in this foley pack are all original recordings made by myself and they are intended for free public use to help content creators with their commercial or non-commercial projects. They are not intended for redistribution and misappropriation with monetary gain in mind. Microphones used:- rode m5 stereo pair. Processing applied:- minimal low-freq. Filtering- denoising where necessary. These recordings were made with the best of intentions and with the limited resources so do not expect professional studio recorded foley. Thank you and enjoy!.

Or some acid sounds… and drone. All in oneused filters are> doepfer a-124 special edition, the wasp filter> uoki-toki polivoks vcf> intellijel μvcfdidnt plan to upload this to freesound, but read this. Okay filter freaks. . . The frequency analysis reveals a peak around 20khz. Through all of the track? almost. What is that? (when i converted the file to mp3 the peak disappears. . . ) one clue could be that i use the filter as vcas too?i have applied normalisation, compression and limiter in audacity. A "documentary" at https://www. Youtube. Com/watch?v=wtzfkg3mxcgin the film i use the mp3-file.

Warning: careful when listening, it gets loud!. July 4th. Recorded in the midwest usa, where we adore our explosives. The omnis on my humble dr-05 did a pretty good job capturing the sheer depth of zillions of people blowing stuff up together :-). You’ll hear: people having a party in the distance, a bonfire crackling on the right, a distant train blowing its whistle, and of course a lot of explosions. A couple of the big bangs clipped, but unsurprisingly, it made no audible difference. I reduced to 48khz, 24 bit and normalized to -3. 0 db. It really wakes up when you apply some eq to your liking. But i left it as is for everybody.

Potable hoover (vacuum as known in the states) powered-on. Portable vacuum cleaner turned on. Short sample which can be looped. Two samples are included, the first is about 30cm away from the microphone and the second is a close-up to the microphone. I would advice using the end of the audio file to apply noise removal however have left this upload of the sound unedited so you can tweak this yourself to find what fits your project best. Noise removal may not be necessary at all depending on how you incorporate the sound. Also to be fair, how do you add noise removal to what is essentially glorified white noise?.

A section of the recording at https://freesound. Org/people/nlux/sounds/620955/ re-purposed for use in the makenoise morphagene eurorack synthesizer module. A high-pitched, metal windchime, sent through some granular processing software. The reel is divided into two, long halves: one with the sound playing forwards and one with it playing in reverse. This means i can easily switch from forward to reverse without tuning issues, simply by applying cv to the morphagene's 'slide' control.

Does freesound really need another recording of someone washing their dishes? maybe not, but this is a longer take i recorded for a film project - because when you're editing, it's frustrating to find a good recording that's not long enough!. Includes plenty of dish movement, running water, scrubbing, etc. Some limiting was applied to tame the biggest peaks. Mics: schoeps cmc6 mk4 stereo pair in xy configurationrecorder: sound devices mixpre 3 directly into reaper. Please note that this is a 48k 24bit flac file - flac files can be easily read and converted by audacity [https://www. Audacityteam. Org/] and reaper [http://reaper. Fm/], among others.

Some sounds of blowing across the top of a glass bottle. Specifically a 33cl cider bottle. :-). Captured using a rode nt5 small-diaphragm condenser microphone and a zoom h5 recorder. Basic editing in ocenaudio, also applied some slight de-reverberation. I intend to record a proper version later on, including different articulations at various pitches. But that may take a while. In the meanwhile these samples might be useful for some sound design. One more thing. It's always nice to hear back from you. What projects did you use these sounds for?please let me know. ;-).

Recording of a passenger train approaching from the right side and then stopping. It was taken on may 30th 2017. Captured from the platform using a zoom h5 handheld recorder and the corresponding stereo xy-capsule. Cuts and minor fades at the beginning and end have been applied using ocenaudio. It's always nice to hear what projects you use these sounds for. Let me know!. If you want more cc0 sounds, please consider supporting me on flattr. Https://flattr. Com/profile/cabled_mess.

The sound of the bottom of a ceramic mug, dragged over the metal grating of a coffee machine. It sounds like a sword drawn from a scabbard. Recorded using a zoom h6 in the kitchen. Applied a filter to remove unwanted low and very high frequencies. Also corrected the volume level to adjust all four recordings to the exact same level. There are some minor distracting noises - i assume from my shirt while moving the mug over the surface. Also a fan is very faintly audible in the background. If you are interested in a very clean recording of this sound, please let me know.

Made from taking two large atx (the form factor, the chassis) computer panels (that i havent used in quite some time), rubbing the entirety of them together quite brashly (one is on the ground), keeping the recorder on xy setup in my other hand in unison then dropping them onto each other. Inside of reaper, i begin changing the rate and pitching them down and applied saturation, distortion and reverberation gave them a very clean effect of a decrepit gate shutting down. Good for trapping your enemies in a battle to the death for which the title is inspired from; one of those tension moments a person in a film/game finds themselves in.

Five minutes of rain, artificially created. Same mix as my other "five minutes of rain" upload, but without the reverb in case you want to add your own. Process:. Using a blue yeti usb condenser mic on the cardioid pattern, i made a 30-minute recording of sounds from my sink (drips, splashes, different faucet pressures) and cut them up into 60 files, later edited down to 20. These were layered together and mixed with white, pink, and brownian noise. Slight noise removal applied. Recorded basic mic noise, and used a subtractive processor (reafir in reaper) to remove that sound from the final mix. .

My mother's house is the keeper of a trend by sligh grandfather clock named bonnie. Each time i pass by it, i admire the sound. I decided to capture it. It's mostly a clean recording outside of the occasional bird chirp or atmospheric sound. Easy to clean up, edit, and loop. Enjoy!. Recorded using an oktava mk-012-01 through a focusrite scarlett 2i2 audio interface; captured at 96k 32bit float, and bounced down to 48k/24bit in pro tools on windows 11. The mic was placed about two inches away, perpendicular to the face of the clock with the dial window open. The only processing i applied was a fabfilter proq3 48db/oct low cut at 110hz to eliminate of some of the room/ac rumble.

These short files are random selections from a 9min composite audio file i put together from an accidental recording made when i left my sony camcorder on in my studio. They are part of the same series posted elsewhere on thefreesoundproject site titled "accidental recordist". There is some hiss/background noise which is part of the street front urban scene of my studio. There are two chimes - one low pitch constructed of four aluminium tubes and wooden clapper (gift) and the high pitch one of small stainless steel discs (purchased in maui from craft shop). I did some basic cleanup of low level background noise and applied plus one level of loudness using adobe soundbooth cs3 to get some clarity.

Some raw and dirty random samples of a small, out of tune yamaha pianino (upright piano) at a friends flat. There's noise of my laptop and there even might be some traffic noise in the background. Also no string scratching etc. In this pack. Nevertheless i thought it might be better to share the samples, than to have them just rot on a drive. I suggest throwing them into your software or hardware sampler of choice, manipulate them and listen what you come up with. Cut in ocenaudio. No noise-reduction or other processing has been applied. Enjoy ;-).

This was produced by tapping on a stethoscope which had an earbud pressed against a shure sm57 mic. Low pass filter applied, as well as compression and a gate. Chorus added. Used a recording cassette deck as a preamp going into an m-audio audiophile usb soundcard. Note: if you're having problems listening to this clip, the cutoff frequency of your speaker set may be too high(solution: new speakers). The signal strength exists almost entirely in the very low frequencies, so you may need a sub-woofer to hear it. Otherwise, try turning your speaker volume all the way up. Doing so may saturate the signal and at least allow you to hear the harmonics of the signal caused by the distortion. I don't recommend it, but you'll at least maybe be able to hear something.

Large river rapids running strongly after winter rain. Recorded approximately fifty feet above water level. The river flows and turns through a narrow, high, partly exposed bedrock canyon which likely amplifies the sound of the rapids. The first nine seconds are unedited. The last two seconds have a fade out applied. In summer you can walk where the centre channel is in winter, so this is a lot of water moving swiftly down the cowichan river to the salish sea. Also see the companion audio posting "river-canyon-waters-edge-bottom-step. Wav" taken below the height of this recording. Recorder: zoom h1 n. Audio quality stereo 48000 hz.

A 286 computer booting and running a self-test before reaching the os, then getting shut down through the button at the middle of the right corner of the case, including part of the monitor shutting down. The picked license is creative commons 0, but it'd be great if you could mention me in your work, if you ever use it for it, i'd like to take a look at what you've done. Recorder: moto g4 play (harpia), laying flat and facing down on the case. Microphone: built-in microphone. Encoding: wave (lossless, 32-bit float pcm). Processing: no dsp applied, removed a full piece of sound at the beginning and a full piece of sound at the end, including environmental noises that weren't related with this recording.

Sound recording of a two tier mini waterfall into my small fish pond. Recorded with a tascam dr-07 mk ii. 24 bit, 44. 1 khz, stereo. First 10 seconds is the raw recording. Note the 60 hz hum due to the water pump being just under the water fall splash area. The last 20 seconds is the processed audio using ableton live 8 affects rack and the following affects. 1. Notch filter – 60 hz applied two times. 2. Lp filter –knee at 1 khz3. Hp filter-knee at about 3. 2 khz4. Granular delay – bubbling sound5. Chorus audio effect-snap, crackly sound. 6. Reverb-cave echo affect-high wet/dry7. Utility- for stereo width.

So one of tac0's friends came by with a civilian style contact stun gun and tac0 does what he does best, blasts it a small room for 1/10 of a second. Mp3 48,000 hz at 256 kbps. Also commonly and incorrectly referred to as a "taser" which is on the same level as calling a magazine a "clip". See google for more info. I can't help that it sounds like a bee. Also if it's too short, you'll have to make it longer in your daw. Uses (apart from videos that involve a stun gun or maybe a real taser brand taser): magic lighting zaps? a game show buzzer?. Possible vst modifications. Reverb: sound impulses for speakers. Distortion (guitar style): military style radio noise. Chorus/flange: science sounding things. Pitch: at -30 semitones you get some low pitched sound similar to a airsoft aeg which may be ideal for montage airsoft videos where piles of tokyo marui m4s traditionally muffled by the gopro waterproof case. // at -45 semitones you resemble gun fire at a distance. Mathematically at 10 rps (600 rpm) you could use this as a sit in for a distant fired ak-47 rifle ideal for video games, war movies, mods, etc. Apply a resonant filter and some reverb for appropriate outdoor acoustics. And nobody will know your distant machine gun sound was a civilian stun gun except for us semi colon right parenthesis. Or you could also apply ringmod at ~9000 hz to simulate ear ringing for those ptsd scenes. Trimming + looping + pitch: if you can loop this properly in a daw you could even create a saw style bass for electronic dance music.

One explosion sound i created using wavepad sound editor, adobe audition 3 and my high quality microphone. Sounds used to get this explosion, in case you want to replicate it;. -kicked rocks (recorded by me)-throwing rocks from a distance (recorded by me)-edited and stretched beer hiss (recorded by me)-edited chambagne pop sound (recorded by me)-rocket hiss (replica by me). Applied effects;. Mastering (in adobe audition 3), increased "exciter" up to 11. 5%. High-pass filter (in adobe audition 3). Stretch (in adobe audition 3), in "high precision" mode. Reverb (in wavepad sound editor pro). The sound sounds very common, because most people use this method. In case you want to use it, please give me credits.

This wav file is a take-away from a midi track my current project. The vst instrument is 4front e-piano and it's free! - the root key is g major, starting off in the piano roll at g3. The bottom drops to g2 and uses heavy steps, separated by a key to reach g2. Going back up to g3, the notes are shortened and no keys are skipped. Hence the fairytale stares ascents. The ceiling above g3 is g5. So 1 octave down, 2 up. The tight stairstep is maintained above g3. There is just downward notes to keep it sounding like a saw form. The entire sound should be in-key and loopable. Each of the 16 bars is unique. I didn't just copy and paste the same notes several times. - my next step is to apply a different midi sound. Sorry for the book. I hope this helps someone.

Early spring thunderstorm in north central oklahoma recorded on 05/02/2018 starting at about 9:30 pm cdt. Recorded in the middle of the country by placing a mic outside the man cave window of my house. The storm starts with light rain and some medium distance thunder. At about 4:00 mins the wind starts to pick up and by 5 mins the wind sound drowns out everything else (50-60 mph gusts). By 6:00 mins the wind is fading as the storm front passes. By 9:00 mins it’s just soft rain and occasional thunder. At about 13:00 mins, the thunder starts picking up a bit. At about 17:00 mins it starts raining harder again, with occasional thunder, until the end. A couple of human noises were edited out, and noise reduction was applied.

Brownian noise sounding like a flying plane at 3×10^4 feet above the earth. . . I created that in audacity! final peak amplitude: 0. 75000 (linear) -2. 49877 db. I applied a bunch of filter curves to make this 90 second loop, normalized to 75% volume. I started with 120 seconds, then made it 90 seconds. Estimated start pitch: d2 (75. 000 hz). Because of the 1024 mb limit, i can't upload the 108-minute version (2 channels, 24-bit, 48000 hz costs 1. 74 gib). Sorry. The final sample rate is 48000 hz, 24-bit wav. I created this myself in audacity 3. 1. 3, so no need to attribute! :). Note: this sounds like it's the 2370 screen ;o).

Upper maxwell falls, evergreen, co, at the top of the falls. Recorded a little before dusk, 2017-07-19. Recorded binaurally using sound professionals ms-tfb-2 binaural microphone headset, 12vdc battery box, sound devices mixpre-6 at 24/192. Postprocessing: digital gain, downsampled to 16/48. Flac: encoded. The rock formations here play appealing tricks with the sound of the running and falling stream. Facing out over falls dropoff, vaguely. A lot of digital gain (+30db?) was applied in postprocessing. The analog preamp was originally set to +21db on the aux-in (ch5/6) input, but this may not have been the optimal gain staging. See also schoeps ms stereo version recorded one month later, here: http://freesound. Org/people/chromakei/sounds/400404/.

Clean, dry recording of a smartphone touchscreen being rapidly tapped as if a message was being written on it. Could just as easily be used as sounds from using (writing, playing mobile games, browsing, etc) a tablet or really any relatively small touchscreen device. Tapping speed and length between taps varies throughout the recording, but overall i tried to make it sound as natural as possible while still offering options for more granular placement. Recorded with an akg p170 into a tascam 208i audio interface at 48khz/24-bit. Microphone was positioned 5-6 inches away from source. A 120hz high-pass filter was applied to remove unnecessarily pronounced bass frequencies.

This is an updated (improved is debatable) version of my previous electric contact stun gun firing sound, except longer and without peaking. Oh and higher sampling rate so you can hear all the higher frequencies better when you pitch it down. You'll immediately notice it sounds like the boring buzz of a bee. Oh well, not like you'll get a lightning storm. That's about it. Don't forget to have fun. Copy pasta---also commonly and incorrectly referred to as a "taser" which is on the same level as calling a magazine a "clip". See google for more info. I can't help that it sounds like a bee. Also if it's too short, you'll have to make it longer in your daw. Uses (apart from videos that involve a stun gun or maybe a real taser brand taser): magic lighting zaps? a game show buzzer?. Possible vst modifications. Reverb: sound impulses for speakers. Distortion (guitar style): military style radio noise. Chorus/flange: science sounding things. Pitch: at -30 semitones you get some low pitched sound similar to a airsoft aeg which may be ideal for montage airsoft videos where piles of tokyo marui m4s traditionally muffled by the gopro waterproof case. // at -45 semitones you resemble gun fire at a distance. Mathematically at 10 rps (600 rpm) you could use this as a sit in for a distant fired ak-47 rifle ideal for video games, war movies, mods, etc. Apply a resonant filter and some reverb for appropriate outdoor acoustics. And nobody will know your distant machine gun sound was a civilian stun gun except for us semi colon right parenthesis. Or you could also apply ringmod at ~9000 hz to simulate ear ringing for those ptsd scenes. Or some gau-8 avenger. Trimming + looping + pitch: if you can loop this properly in a daw you could even create a saw style bass for electronic dance music.

This was recorded by holding a small pcm recorder (zoom h1n) very close to an ipod 4th generation. The ipod was turned on and its hard drive tried to start up. You can hear the spin up of the motor and the hard drive head clicking back and forth. The hard drive fails to power up completely and eventually shuts down again. A 350 hz high pass filter was applied, in addition to audacity noise reduction, to get this clean motor noise from the original recording. The stereo file was then mixed to mono because the mic was slightly off center from the ipod, and the stereo provides no benefit. The hard drive in this ipod is a 1. 8" 40 gb toshiba hard drive, the ipod model is a1059. The microphone was held just 3 cm (1. 2 in) from the ipod. Recording settings were stereo 44. 1 khz at 16 bit (wav format). The file is the same except it's mono.

My fmc002 submission!. For this, i generated several sounds from audiopaint (free software) and spectrobits (free vsti), two image->sound synthesis softwares. These sounded interesting but i wasn't sure how to use them. Then i made a drum beat, synth bassline, and some other stuff, rendered the song, used paulstretch to stretch the song out 4x, put it back in the project, added even more stuff to other tracks (mostly timestretched versions of my own samples), rendered the result, brought that render back into the daw, and then reversed it. A lot of effects and automation were also used during all 3 stages of the track's creation. Further, each time i rendered, i used the same mastering chain, so eq and other stuff is being applied multiple times. This brings out some surprising timbres and overtones. Really, the final recording sounds nothing like the sounds i began with.

The book voice lines from how to succeed in buissness without really tryinglicence:book_voice_recordings_how_to_succeed_final. Wav is licensed under the creative commons attribution 4. 0 internatio you are free to:share — copy and redistribute the material in any medium or formatadapt — remix, transform, and build upon the materialfor any purpose, even commercially. This license is acceptable for free cultural works. The licensor cannot revoke these freedoms as long as you follow the following license terms:no additional restrictions — you may not apply legal terms or technological measures that legally restrict others from doing anything the license permits. Notices:you do not have to comply with the license for elements of the material in the public domain or where your use is permitted by an applicable exception or limitation. No warranties are given. The license may not give you all of the permissions necessary for your intended use. For example, other rights such as publicity, privacy, or moral rights may limit how you use the material.

Made with free tuareg 1. 5 and cool edit pro 2. 1. This breakbeat sequence includes the hot pants break* and the amen break** (besides the four crashes added after exporting from tuareg, mixed with cool edit pro 2. 1). I applied some cuts and two distorsion levels to the last one (i always loved to distort breakbeats). I made it several years ago, i think originally at 120 bpm or 140 bpm. . . But i wanted to check out how does it sounds at 96 bpm and i liked. Anyway, this is acid-sized (its duration is exactly 41 bars at 96 bpm), so you can change the speed to any bpm you want. * http://www. Freesound. Org/people/bronxio/sounds/200173/** http://www. Freesound. Org/people/bronxio/sounds/200174/.

This helicopter sound design was created at fl studio, in the sytrus synthesizer. The sound consists of four layers. 1. Sine wave frequency of 44 hz. Simulates the low frequency noise of propeller blades. 2. White noise passed through the svf filter. Simulates the noise of propeller blades. 3. Saw wave. Simulates the sound of an engine. 4. The sine wave. Imitates a high-frequency whistle of the engine. Various modulations are applied to all waves through the envelopes of the synthesizer. Next, the signal on the mixer channel is processed by a multi-band exciter and equalizer. Then a signal was sent to two channels with delay processing. One of them imitates reflections. In the lower-middle frequency range. On the second in the upper-middle frequency range. As you approach the sound source, the volume parameters of the direct and reflected signals are automated, low pass filter, pan width and equalization of direct sound. The helicopter performs strange maneuvers, as if making constant circles during the approach to the listener. I did not seek to create the veracity of these maneuvers.

This sample is a vocal "arh" sound, pitch d. It was created by singing "arh" into a dynamic microphone, with pop-screen and recording, through an e-mu 1820, into cakewalk music creator pro version 2. The sample was then roughly trimmed. The sample was then imported into wavelabs lite where the dc off set was removed, the sample was normalized and the trimmed exactly. This sample was then imported back into cakewalk music creator pro version 2, compressed slightly, then duplicated 5 times. Each of these duplications was given slightly different attack and release times, different pan and different eqs. 1 sample was given a multiple voice chorus\flanger effect and another auto-pan. A 6 sample was then added before the main sample, with reduced gain. This sample has increasing volume envelope and "moving" pan envelope. All 6 samples where sent to the same master out where "chapel" style re-verb and compression was applied. The mix down from this was then imported into wavelad lite, dc off set removed and normalized.

A recording of flushing the toilet’s water, followed by a groaning door closing sound. Production stages : this sound was originally recorded by a group of students at university lyon 3. Then it was imported to audacity where few modifications were made. First of all, the record was precisely cut so there are no human voices in the background. Then, the sound was normalized and slightly compressed before applying the noise reduction effect. Last, but not least a constant gain was added at the beginning and lightly fading effect took his place at the end. Son du type x (continu complexe)c’est un groupe nodal des sons saturés avec une hauteur variée, suivis d’un bruit d’une haute hauteur. Le son est cannelé et constant et finisse par le son de la porte qui est métallique et aigul’attaque du son est rapide et forte, plutôt abrupte. Le grain est frémissement et rugueuxet l’allure est naturelle, désordonnée et aléatoire.

Privatedareno2 - 3patches - 3min. A challenge kindly started by alienxxx \(^_^)/. Patch 1: the patch that was… a patch i did yesterday. Got that one for free, so to speak. Patch 2: inspired by distant airplanes. Had this in mind. Now i patched up my idea. The wind (or what you decide to call it) is controlled by alm pip slope. New module – for me. Used an external effect, the zoom ms-70cdr. Patch 3: read about feedback. I decided to do a feedback patch. First i made one using oscillators, but i did not manage to do something nice. So i used filters. The first filters feedback is generating triggers. Oh, yes, and i used my sampler (soundmachines ul1uloop). So three patches. I merged/mixed them together in audacity. All sound unedited. Just normalized and i have applied fade in/out – and mixed them together - as written.

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.

Damaged smartphone screen protector being broken and crushed in bare hands (should've used gloves. . . ). Recorded with behringer b-1 microphone into focusrite scarlett 2i2 3rd gen. Into audacity on arch linux at 192 khz/24 bit. The recording was not processed or edited in any way to retain maximum flexibility to sound artists who will use this as an element. This can be useful as a sound effect for freezing or burning or deep-frying or even rain (when slowed down). Thanks to extremely wide frequency range the recording can be cleanly slowed down up to 25% speed. There's clean frequency content up to 80 khz in the recording. In a few places the mic gain was too much and a pop is clipped, but could still be useful for sound of braking or snapping something (bone?). No denoising was applied - perform your own if needed, though the sounds are mostly free of background hum (a bit of pc noise can be heard in the first minute before i turned down the gain).

//////// made using audacity (only):. Generate 3 wave forms. Saw - 110hzsquare - 220hzsine - 440hz. Pull down the track's volume using the sliderthen mix them all together on one track. Apply a wahwah plugin :freq= 1,5 / phase=0 / dept=70 / resonnance= 5,2 / cutoff freq= 5. Progresively increase the tempo :source tempo to -75% / final tempo to +150% (with dynamic transcient sharpening)source hight to -50% / final hight to +150%. Normalise to -0,5apply short fade in and long fade out. //////// typologie:continu varié (v)(pourrait presque être aussi décrit en tant que série d'impulsions tonique / n' ). ////// morphologie:- masse: son seul- timbre harmonique: riche, puissant et assez agressif (mais adouci par le filtrage)- grain: grain assez "gros" et rugueux- allure: stable, pas de vibrato rapproché, pas de "chevrotement"- attaque: l'attaque est graduelle- profil mélodique: variations à mi-chemin entre scalaires et serpentines- profil de masse / calibre : présence d'un filtrage évolutif intermitent qui adoucit le grain et donne une impression plus "organique".

August, 2nd 2013. About eight and a half minutes worth of summer evening ambience, with crickets and cicadas leading the evening songs. Nothing too eventful, but a nice finish to a great day. Recorded at 48khz, 24 bit. Stereo pair of behringer c-2s (cardioid). The mics have an on-board 3-position switch, with labels "flat," "low-cut," and "-10db. " the switch was set in the -10db position (whoops!). It is unclear if this position also activates the low-cut. Additionally, a 24db/oct low-cut applied in pro-tools at 80hz to clean up a slight wind ruffle. Since it was late at night, and the rest of the family was in bed, i opened my window and placed the microphones (almost) right up against the screen. The a/c unit you can hear is directly below the window. Around the 4:45 mark, the digital thermostat hit a programming mark and kicked the air conditioner back on. Roughly one minute later, i adjusted the thermostat to turn the unit back off. Location: suburbs of atlanta. Free to use whenever and wherever! i'd be interested to hear/see where you use it!.

Synthesized sound of a flying helicopter. The patter is as follows:. Sound 1 || sound 2 || sound 3 || sound 4 || sounds 1+2 || sounds 2+3 || sounds 3+4 || sounds 1+3 || sounds 2+4 || sounds 1+2+3 || sounds 1+3+4 || sounds 2+3+4 || sounds 1+2+4 || sounds 1+2+3+4 || sounds 1+2 again || sounds 1+2 with phaser effect (pitch up and down). Each sound above is exactly 2 seconds long except the second-to-last sound (4 seconds long) and the last sound (8 seconds long). All sounds synthesized in propellerheads reason's thor polyphonic synthesizer. Here's how i did it: used two oscillators (one noise oscillator and another multiple-wave oscillator), and then passed them through two different filters. In each filter, i lfo'd the frequency knob at 2. 0hz (120bpm), and the pattern you see above is each oscillator-filter combination muted in different ways. For the last sound, i applied a phaser effect and automated the frequency knob or some other knob to give that pitch-up pitch-down effect.

Clean recording of various sounds that would occur when maneuvering around an office space (specifically a desk) and manipulating common office objects. Recording features lots of paper rustling and sliding across a wooden desk, handling pens and a stapler, stuffing manila folders and plastic binders, and towards the end there are some sounds of small-medium sized personal bag being unzipped and zipped and then being filled with some of the office materials. Should work great for filling in general office noises in a scene or reinforcing actions that involve any of the materials featured in the recording. There should be enough variety to allow you to glean more isolated sounds or just use assortments of layered sounds. Recorded with an akg p170 into a tascam 208i audio interface at 48khz/24-bit. Microphone was positioned roughly 1. 5 - 2 feet away from the source. There is some slight room reverb present, which is intentional, and should match common office workspaces well. An 85hz high-pass filter was applied to remove any unintentional, unnatural low-frequency rumbling that may have been picked up during recording.

I tried out some new gear and methods! more mountainside rain! a complete storm from beginning to end with swelling and then waning rainfall, occasional thunder. Ms stereo bar on mic stand projected through open second-floor window, just under the roof eaves. Recorded july 20th during one of the mid-afternoon brief intense storms we can seem to get frequently in the rocky mountain foothills beginning around june. If you were listening and wondering, the direct sound of the thunder is somewhat occluded as i believe the storm was behind the overhanging roof and house from the perspective of the microphone array. The mountainous terrain and other objects in the field reflected some of that thunderclap, as well as the exterior wall of the home, and so this is all a little bit funky. Mid-side stereo recording:large diaphragm condensers mounted on octavia stereo mic mounting bar:akg perception 220 mid (cardiod) (on top, upside-down)akg perception 400 side (in bidirectional mode) (on bottom, facing left)sound devices mixpre-6 preamp+mixer+recorder (ch1+2 paired to ms stereo, gain @ +21db, fader @ unity, balance at mid/side center) w/48vdc phantom power applied, on-board mid-side encoding and monitoring in l+r, 24/96khz stereo recording. Postprocessing:cooledit 2000: edited to excerpt from longer recording. Normalized recording to 0db. Downsampled to 16bit 48khz. Flac: encoded.

guardians of limbo (spectral voices, ethereal sounds, odd vocals) sample of fx preset from magnus choir vsti software. Virtual choir (musical instrument). Software description:. Magnus choir is a vst, vst3 and audio unit virtual instrument which can be used to create natural and synthetic choirs. The male and female choruses combine to form a mixed choir, featuring the classic satb (soprano, alto, tenor, bass) structure: women sing soprano and alto, while men sing tenor and bass. Versatile to generate a wide spectrum of choirs, vocal textures, choral pads and voices with modulation capabilities for a new level of realism in digital sound creation. • 54 preset sounds ready to use, including a vast array of natural and synthetic sounds, from oohs, aahs, men and women in mixed choirs to the celestial choir of angels, reso pads, dark atmos, creepy voices, ambient ghostly and birdsong effects, as well as cinematic and soundscapes. 01. - abbey ghost02. - ad infinitum formant03. - ad libitum chorale04. - aeternus lux lucis05. - alchemical signals06. - angelic vox07. - angels between us08. - apocalyptic chamber09. - astral singers10. - aurum vox pad11. - birds sonic sweep12. - caelestis kingdom13. - celestial choir14. - choral ensemble15. - choralis pad16. - cinematic padilius17. - cosmic odyssey voice18. - cryogenic dimension19. - dark cantus20. - digital voice21. - dystopian chorus22. - elves land23. - enchanted goblins24. - ethereal voices25. - guardians of limbo26. - lost souls in the dark27. - male & female aahs28. - morph dreams29. - morphed vowels30. - mystical vowels31. - nebula dark atmos32. - necromancer summons33. - neo choir34. - octave aahs choir35. - octave vox pad36. - oniric sequences37. - oohs choir38. - psychedelic vox39. - psychomanteum reso40. - quasi spatial voices41. - relaxing paradise42. - restless spirits43. - sanctus holy chant44. - sonorous skies45. - sopranvox c4-c646. - spatiotemporal atmos47. - spectral hell48. - synthetic chorus49. - synthesized vocals50. - underworld embryos51. - vinyl chorus52. - voices in the mist53. - vowelled soundscape54. - vox vocis texture. • low frequency oscillator section: these knobs apply modulation to the selected instrument. By using the lfo to modulate various aspects of the audio signal, you can apply effects such as vibrato or tremolo. • adsr envelope generator with attack, sustain, decay and release parameters. • pitch bend: the pitch bend knob directly changes the pitch of the selected instrument. • reverb built-in: provides a spaciousness and depth to simulate the sound reflections from walls, floors and ceilings following a sound created in an acoustically reflective environment. Small rooms can be modeled as well as large spaces. • filter section: with filter type box for low pass filter and high pass filter. • amplitude range parameters: it controls the loudness, the way in which we perceive amplitude. The sensitivity level is set by the user. • panning potentiometer control. • midi cc automation: implementation of midi continuous controller parameters for use with external hardware control via daw.

It's a 15-minute long drum improvisation. It contails a lot of different beats and rhythms played so you might cut-out some loops for your needs. The kit has:- single kick- snare- hihat- 3 toms- broken crash that sounds really short- ride. The kit was old and not in perfect condition. I also used my sticks to play on some other part of the drumkit, like metal stand for the crash etc. I also got up and stated running around in a circle hitting sticks together and afterwards hitting drums and cymbals while running around the drumkit. I took my shoes off before i started so you can't hear my footsteps. I didn't use a metronome and i know i don't hold the tempo and it's a bit wiggly sometimes. I think this performace was inspired by band mr. Bungle. I recorded this with zoom h2 handy recorder's front stereo xy mics. It was standing on a table about one meter above the floor. Facing the drumkit and me. It was captured into a 48khz/24-bit wav file, then i trimmed the ends and converted this to flac using audacity. No processing applied, though i think it sounds nicer when you put these effects:. 1. A compressor:-attack: 10ms-release: 50ms-ratio: 2. 5:1-treshold: around -24db2. A reverb:-decay: 1. 5 to 2 seconds-dry: 0db-wet: around -15 db. It amazes me how much energy compression actually adds to drums!. I made this with my podcast (http://unfamusic. Com/fnr/) in mind. I want to overdub guitars, vocals and make it one big schizophrenic song. If you're interested to hear it, leave me a comment so i can find you, or just subscribe to my podcast's rss (http://feeds. Feedburner. Com/unfa-fnr/).

This is a quick fire sound i made using qubodup's "swing 25" public domain/cc0 upload on this site. It's a bamboo stick swinging, which i layered and toyed with to get the results here. For those curious, here are the steps. * i took the file into reaper, and slowed the file's playback rate to 31% of the original. * i then duplicated the file three times, for a total of 4 tracks. * track 1 (lowish gas-burner sound):- reverb (drum-room impulse response, a medium-sounding reverb with a slight deadness to it. In free impulse loader reverberate le, stretched impulse to 150% and set attack time to 0. 218s). - eq (-8db bandpass near 200hz, rising back to 0 by the 1k mark. Low-pass applied at 5. 8khz). * track 2 (lowest of sounds, like a bassy gas-burner):- chorus effect. That's it. (specifically acon digital multiply, a free plugin, set to the "romantic" preset). * track 3 (not as low as track 2, but closer to track 2 than 1)- reverb (a large hall impulse response. No adjustments, ie. No increased attack or stretching like for track 1. ). -chorus doubler (free plugin duet, preset: "basic doubler. " same effect as if i had doubled the track and pitched one up 6 cents. ). - chorus (free plugin acon digital multiply, preset: "romantic. "). * track 4 (most flame-thrower, whooshy of tracks. )- reverb (impulse response says "hall medium," but it's a thick, even echo from start to finish. Makes the sound go from its default "whoosh" to a flamethrower noise. - chorus doubler (duet again, preset: basic doubler). - chorus (acon digital multiply, preset: "romantic. "). Master bus:. - compressor (tdr kotelnikov mastering compressor, the free successor to the tdr feedback compressor ii. Preset: punchy. Thresh: -20. 9, soft knee: -1. 5, ratio: 2:0:1, attack: 7. 0 ms, release peak: 70 ms, release rms: 165 ms, makeup: 1. 5 db, output: 2. 0 db. That's it.

The same as my other fire whoosh sound, but i used a hi-pass eq at the 50hz mark to take out some of the "mud. ". --. This is a quick fire sound i made using qubodup's "swing 25" public domain/cc0 upload on this site. It's a bamboo stick swinging, which i layered and toyed with to get the results here. For those curious, here are the steps. * i took the file into reaper, and slowed the file's playback rate to 31% of the original. * i then duplicated the file three times, for a total of 4 tracks. * track 1 (lowish gas-burner sound):- reverb (drum-room impulse response, a medium-sounding reverb with a slight deadness to it. In free impulse loader reverberate le, stretched impulse to 150% and set attack time to 0. 218s). - eq (-8db bandpass near 200hz, rising back to 0 by the 1k mark. Low-pass applied at 5. 8khz). * track 2 (lowest of sounds, like a bassy gas-burner):- chorus effect. That's it. (specifically acon digital multiply, a free plugin, set to the "romantic" preset). * track 3 (not as low as track 2, but closer to track 2 than 1)- reverb (a large hall impulse response. No adjustments, ie. No increased attack or stretching like for track 1. ). -chorus doubler (free plugin duet, preset: "basic doubler. " same effect as if i had doubled the track and pitched one up 6 cents. ). - chorus (free plugin acon digital multiply, preset: "romantic. "). * track 4 (most flame-thrower, whooshy of tracks. )- reverb (impulse response says "hall medium," but it's a thick, even echo from start to finish. Makes the sound go from its default "whoosh" to a flamethrower noise. - chorus doubler (duet again, preset: basic doubler). - chorus (acon digital multiply, preset: "romantic. "). Master bus:. - compressor (tdr kotelnikov mastering compressor, the free successor to the tdr feedback compressor ii. Preset: punchy. Thresh: -20. 9, soft knee: -1. 5, ratio: 2:0:1, attack: 7. 0 ms, release peak: 165 ms, release rms: 165 ms, makeup: 1. 5 db, output: 2. 0 db. That's it.

This is a collection of "small room reverb" impulse responses that i sampled in a new england home known as butternut lodge, built and owned by actress bette davis back in 1940. It consists of all wooden rooms with many non-parallel surfaces, rugs and furniture and includes 3 round-shaped "silo" rooms! these rooms sound clean and do not have the irritating "ping" of many rectangular rooms. Short history/pictures of butternut (https://www. Airbnb. Com/rooms/24692769?source_impression_id=p3_1659215694_liuasyfxoceab5fn). Although these round shapes (and some of the other very small rooms) could potentially wreak havoc with phase at specific frequencies when summed to mono, i recorded this using the mid/side mic technique; therefore, the "side" channels fully cancel out, leaving a clean monaural reverb signal. These irs are stored as flac files. They can be used directly by any daw without conversion and have the added feature of being id3 tagged with a photo of the room each ir is taken from. After downloading, select view -> large icons in the folder to view the rooms. I sampled each room using a swept sine wave into a jbl flip 6 bluetooth speaker; recorded through a tascam tm-st1 m/s stereo microphone, feeding a tascam dr-07 recorder @ 24-bits 44. 1 khz and deconvolved using reaper. As of this post, i've been using these rooms for about 2 weeks. So far, i've found the "garage" to sound fantastic on drums! the drum sound! also, many of the other smaller rooms have a great effect on guitars, keys, and hand percussion. Each room varies in tone and brightness, so i've found that selecting/tuning the reverb send works well if approached like an eq. Increase the effect send until the instrument "feels" right (then perhaps back off slightly). A close-miked acoustic guitar, for instance, will take on a nice brightness and 3-d quality; not particularly reverberant, just big. At that point, i recommend applying any eq, compression, and bigger-sounding reverb effects. Hopefully you enjoy this. Please let me know how you like it and if you have any suggestions. Cheers!. Ken.