15 аудиофайлов без роялти для "Математика"

Created and formatted by walker farrell for use in the make noise morphagene. Utilizing a make noise modular system to create short recordings of pulsar, glisson, and trainlet synthesis, and recorded into the morphagene for modulation, layering and re-sampling. Video demonstration here!.

Introduction to pi for freesound's sounds of science. Anyone is welcome to pick up where this recording finishes. Tag your files "pi".

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.

The aural equivalent of a random hamming quilt, bit depth 1.

Weierstrass function with parameters a=0. 7 and b=15.

Simple patch. Two oscillators, ring modulation, lfos, vcas and digital effects. No spring reverb this time. Important module is the clock divider. Result a generative ambient patch and sound.

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.

This is a raw, unaltered recording of probably the coolest loop i have ever heard on a circuit bent speak & math.

Feel free to mash this acid loop. Sacha rush is my artistic experimental electronic alter-ego who releases free electronic music in flac online. Visit my page for some examples of open for free media usage music http://cota303. Net/artist/sacha-rush/9and please send links where you have used any of my samples as it is interesting.

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.

Piece based on the lucas numbers. I have used the frequencies 123, 199, 322, 521, 843, 1364hz. I made a small python program that played these tones randomly. I run my program 3 times and recorded. Joined, panned and added reverb. Https://en. Wikipedia. Org/wiki/lucas_number.

Sampling the afm (advanced fm) operators of yamaha sy99 synthesizer. My purpose was to recreate the waveform shapes mathematically in serum formula parser.

While i was in math class taking a test i just decided to record. Near 4:38 you can hear a bell ringing, just a heads up for anyone who doesn't want a interrupting bell. It's can be rather useful for a animations where the character is surrounded by classmates taking a test or whatever. You can use it for anything it doesn't matter to me.

Calculator typing sounds recorded with a rode procaster mic. Free to use however you want.

Simple patch. Two oscillators, ring modulation, lfos, vcas and digital effects. No spring reverb this time. Important module is the clock divider. Result a generative ambient patch and sound. I recorded for 1,5h. The synth gave me some strange slow crescendo. Don't really know why. This is the last 30 min. Space drone sci-fi sound.