1,488 ロイヤリティフリー オーディオトラック の "数字"

2 year old counting to 3.

This kind of noise generates sinusoidally interpolated random values at a certain frequency. In this example the frequency is 100hz. The algorithm for this noise was created two years ago by myself in c++, as an imitation of noise generators in supercollider 2.

This kind of generates random values at a certain frequency. In this example, the frequency is 200hz. The algorithm for this noise was created two years ago by myself in c++, as an imitation of noise generators in supercollider 2.

Just some random noise from my glitched speak and maths toy that i made. I created a delay patch using reaktor. Recorded from the headphone socket directly into the live drive on my computer.

Re-edited sound of file 273410. Lowpassfilter / hi-cut above 60 hz and cutted sub frequencies below 60 hz. Postproduction and editing with sony soundforge, 2015.

Hand grabbing coins from a table and counting them.

Flip across the am radio dial through a range with some high-pitched sing in the static (and intermittent indistinguishable voices).

High-pitched flip across the am radio dial. Good intro-type recording.

Upward frequency sweep.

Very short counting sound.

Static from a radio station wireless remote.

Radio frequency tuning noises.

The sound effect of 75 hz on a yamaha keyboard.

I had needed a count down beeper sound for my game at the beginning of the start. I could not find a good one for me. The i decided to create a one by using the garage band. And that is the result hope you find it useful.

Voice saying "your call can not be completed as dialed. " recorded from an old answering machine message tape. [cc zero].

Putting a metal streetsign into its standrecorded with zoom h6.

Seahawk crossing bathroom fan.

Recorded my son (age 4) counting to 10.

Constant flame burner, very low and large frequency specs, used to melt asphalt recorded at 48-16 with portable dat using schoeps ms ball, edited and decoded in stereo in pt.

I created a sinusoidal sound of frequency 200 hz and amplitude 0. 4. I played with the sound envelope on the sides and the middle then i repeated it to create a radioactive sound.

Rec with iphone se.

This kind of noise randomly generates the values -1 or +1 at a given rate per second. This number is the frequency. In this example the frequency is 100 hz. The algorithm for this noise was created two years ago by myself in c++, as an imitation of noise generators in supercollider 2.

The interference produced at the low (left) end of the radio dial on a jambox set up close to a dvd burner while in operation. Sound rises and falls as the burner writes to disc.

Tuning / moving tuning dial on an am radio (australia). Use for whatever you want!.

Recorded x-y dpa. No limiting or compression used. Recorded in my studio www. Jk-studios. Com.

I made a waveshaper in the js audio language that applies random math operations to the signal. The original signal is liteon's (of reaper forums) lorenz attractor synth, which is then run through the waveshaper, then that signal controls the pitch of a soundwave. Later on i waveshape the resulting soundwave but i don't think it has the best results (dc offset city). A lot of the cooler sounds/series of pitches are made by changing the number of operations on the fly, or shuffling a new set of operations for the waveshaper to use.

Slow flip along a portion of the am radio band using an analog receiver. Static and some talk.

Dead air from the fm dial at 107. 3, volume boosted.

Poorly tuned am station with several signals battling to come through at the 1600 khz setting.

Recording from the 590 kilohertz mark on the am radio bandwidth. Very typical mono static.

Recording of the 560 kilohertz frequency of the am radio band. Has a high-pitched singing whine in it.

A choppy section of am radio static at the 1400 khz mark on the dial.

A short section from the 570 kilohertz area of the am radio band, static with obscured talk radio voices in it.

Section of am radio static with a high pitched sing in it, from the 580 kilohertz mark of the bandwidth.

Low pitch static which reminds me of 1950s sci-fi television. Created by filtering a static wave from an analog radio then slowing the pitch and adding a mechanization effect.

Hm. You know, use this however you want, because i'm bored of getting credited everywhere. (nice opinion, eh?).

2 oscilators. One panned to the left the other to the right. Random pitch lfo bent on different rate speeds. With a bit cusher set to a certain amount, and mix to give both the crush and the original.

A modulated bass guitar sound.

Nighttime radio static at the am radio band setting 1400.

The jumble of competing distant signals at night at 1290 on the am radio dial.

A simple sine wav with frequency changing according to a parabola.

Small synthesizer made in pure data.

A scanning sound for a scanning thing for in games, like a medbay scan.

A pair of drumsticks being hit together.

This kind of noise generates linearly interpolated random values at a certain frequency. In this example the frequency is 100hz. The algorithm for this noise was created two years ago by myself in c++, as an imitation of noise generators in supercollider 2.

I needed just a piece of the "spark(fm_tri-90_sin-110)" for my next song. This is that little snippet. Thanks.

Anton Günther Gesang und Gitarre: "S ist Feierobnd" in erzgebirgisch

Morceau d'improvisation à la guitare électrique par Arthur P. (11 ans et quelques) pour l'émission Culture(s) Numérique(s) numéro 11 (juin 2019) sur Radio Pluriel. Publié ici avec son accord.

A freight train recording from western new york, usa. Recorded with a zoom h1n at 24-bit, 48khz, stereo but reduced to flac 16-bit for file size. Microphone was roughly 500 meters away with houses in-between.

Railroad crossing signal.