130 pistas de áudio isenta de royalties para "Caos"

I have built a nonlinearcircuits sloth lfo, the regular version. Sloth is a chaotic lfo. The output is based on the lorenz system. It is a system of ordinary differential equations. It is notable for having chaotic solutions for certain parameter values and initial conditions. In particular, the lorenz attractor is a set of chaotic solutions of the lorenz system which, when plotted, resemble a butterfly or figure eight (very much from wikipedia). The sloth has two outputs x and y. Think of them as coordinate pairs. The output will probably never repeat itself but there is a pattern. I have built the regular sloth it usually takes approx 15 seconds to make a rough figure 8, one cycle in the “butterly”. Now i’m testing the module in different ways. In this sound i have connected white noise to a filter. The filter frequency is controlled by sloth (x output). In this patch i have set the initial frequency low. That’s why there is a low humming wind noise between the “tops”. The output sound from filter goes to reverb. The sound is more a study of sloth behavior than an attempt to create a great wind sound.

Zlob diode chaos. X output - pan left "alto voice"y output - pan right "soprano voice"z output - pan center "bass voice" (no cv input to vco)trigger out - controls noise. This is a recording that makes a chaos explorer happy.

Started with me playing with doepfer a-146-2 as gate delay. Went on using it as a wave shaper. Went on and on. . . It's not a very big patch. But the outcome is nice. It's a mix of chaos and random. Yes i'm using jerk off and sloth. Analog modular synth fun.

A bi-product sound. Strange enough.

Same patch 3 drones. I let chaotic lfos control pwm and filter.

Zlob diode chaos - selection from an hour long recording, 54min and 45sec in. The chaotic lfo has 4 outputs x, y, z and trig (trig-ich. . . ). Center sound: x to pitch cv in on vco, y to filter cut of. To the right: z to a wave folder (osc static pitch). To the left: trig to cv in on a self oscillating filter. There are peaks (hz) beyond my hearing. I hope you can manage. . .

Repeating patterns but not exact. Guess this sound will loop. I have not tested. . . I should. This is chaos music.

Boring sound. . . Neuron patch (?). . . Inspired by nlc squid axon (i have saved some hp for that one!) i have patched up a simple 2 stage asr with 2 s/h. Most of the time it plays its atonal melody, but when the patch is stimulated (by a sloth lfo) feedback opens up. I can adjust the sensitivity in different ways (so i can simulate the intake of drugs. . . ). The sound from the oscs goes though vcfs with some resonance. The vcfs are controlled by the same sloth lfo. My neuron patch. . . No hands during recording. My favourite part is when nothing happens - for almost 1 min?! but you can hear the filter working via the vcfs. The cv must be in some strange area.

A drone resting in chaos and ring modulator circuits.

For one reason or another helsinki come to my mind today. For this drone i took an excellent helsinki field-recording, by the freesound user susipekka, as background.

Made on my analog modular synth.

Sound of another world made by a analog modular synth.

Fireworks and cheering and loud clanging of pots in the street to celebrate the new year.

Medium sized, mixed male and female, crowd yelling and screaming in panic. Recorded (and featured) by students of video games and animation from the national school of arts of uruguay, during the sound design workshop.

I made this sound to describe how chaos would form after rapture according to christianity.

Recording of india's allahabad traffic in m/s stereo.

Starts with a generative drone. Noisy and nice. Then i start to wiggle. In some way the synth alway impresses you. Sorry for long sound.

_.

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/).

Piano keys.

Electronic wasps taking bytes of ram.

An mp3 recording of a large crowd talking and chatting while instruments are warming up - the overall effect is a rather dissonant cacophony. This recording was taken during a performance at the colorado symphony on january 28th (2017). Recorded with a black sony ic voice recorder.

An mp3 recording of a large crowd talking and chatting while instruments are warming up - the overall effect is a rather dissonant cacophony. This recording was taken during a performance at the colorado symphony on january 28th (2017). Recorded with a black sony ic voice recorder.

Piano keys.

Zoom h4n on a tripod next to the columbia river near portland/vancouver. Along with the river, a train crawled along nearby as a few planes came in for landing at pdx.

This is a field recording from inside the "experience gallery" of the musical instrument museum (phoenix, arizona). The experience gallery is full of gongs, bells, drums, gamelan instruments, stringed instruments, marimbas, xylophones, and even a theremin. A schoolgroup of children were let loose at the time of this recording. Recorded in stereo with a sony pcm-d50 (onboard mics, wide pattern) while in motion.

Government protest in reykjavik iceland at parliament building in autumn 2010. It was a lively protest.

Government protest in reykjavik iceland at parliament building in autumn 2010. It was a lively protest.

Sound created using a sampler and effects.

While working on another audiobook, i decided to make this sound. It's 38 voices, each saying different things, panned around and mixed together, creating a "wall of sound" that speaks like 38 radio channels at once. Recorded with a zoom h2 via usb into ardour2. Mixed and exported to flac with ardour2. Ps: it's all polish (with some possible german shout-outs), but the amount of noise makes it almost completely incomprehensible. Only a few words that are being yelled in a different voice can be understood. No sound repeats here, no recycling - every voice and every second of this recording is unique. Yes, it required quite a lot of work to record so much talking in quality! it's almost an entire audiobook squeezed into 5 minutes. Strangely (or not) listening to this makes my mind rest, because the noise blocks all other sounds from the environment - making my mind free of stimulation, allowing for sleep-like rest state. The signal is so much modulated that it appears to be not modulated at all - like static you get from a fm radio of you tune it wrong. The brain receives less data when you listen to this, than when you sit in a room hearing even faint (but distinct) noises from outside, other rooms, other people or yourself. This is sound masking in action. A very interesting psychoacoustic property of human hearing. Also: this is an interesting material to study of my voice's spectral energy distribution while speaking (as opposed to singing). As you can see using the spectrogram view, most energy is present in the band below 600 hz.