214 Royalty-Free Audio Tracks for "Additive Synthesis"

D min7 chord of a halion 6 patchmultisample (c0-c6). Source: zebra 2, spectro blend oscillators (additive synthesis). Strong processing with spectral fx (esp. Mtransform), eq/geq + compressor to balance the frequency spectrum. Feel free to suggest/demand other chords. Don´t hesitate. . .

A synthetic bass multisample. I created it using the virsyn cube additive synthesizer (vsti). I applied some eq using the sonalksis sv-517 equalizer plugin. The sound was compressed by the sonalksis sv-315 and nomad factory blue tubes cp2s compressor plugins. All great quality plugs. The sound is a nice but rather static emulation of a bass guitar. Use your sampler's velocity and pitch bending options to bring this multisample to life. All samples in a 24 bit, 44. 1 khz resolution. Loop points were added for sustained notes.

I made this sound sample in Fruity Loops 7 using the Fruity Granulizer to show off some of its capabilities as well as demonstrate Granular synthesis technology.

w:Jingle Bells, Or The One Horse Open Sleigh. Sung by the w:Festival Speech Synthesis System's "singing-mode", using the default US voice . Piano accompaniment by w:TiMidity/freepats. Source: [1]

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Electronic minute no 145 - pattern 2 with some wave shapingpattern 2 with some wave shaping. Simple graphic score. Fun. Well this pattern and patch wasnt that interesting. More to come. The pattern is here: https://www. Instagram. Com/p/bms6mpeg4n8/?taken-by=gis_sweden.

La Bandera de las Estrellas (The Star Spangled Banner), sung by the Festival speech synthesis system.

Daisy Bell sung by the DECtalk speech synthesizer. Using v4.61.02 for Windows. In G major at 200BPM, roughly. The input code is as follows: [:phoneme on] [d<40,27> ey<860> z<40,24> iy<860> d<40,20> ey<860> z<40,15> iy<860>] [g<40,17> ih<220> v<40> m<40,19> iy<260> yx<40,20> or<260> ae<300,17> en<300> s<40,20> rr<260> d<40,15> uw<860> _<900>] [ay<860,22> m<40> hx<40,27> ae<810,27> f<30> k<30,24> r<30> ey<860> z<40,20> iy<860>] [ao<200,17> el<100> f<40,19> or<260> dh<40,20> ax<260> l<40,22> uh<560> v<40,24> ax<260> v<40,22> yu<860> _<600,24>] [ih<260,24> tx<40> w<40,25> ow<180> n<40> t<40> b<40,24> iy<260> ax<260,22> s<40> t<40,27> ay<560> l<40,24> ih<220> sh<40> m<40,22> ae<60> ae<100,24> ae<100,22> r<40,20> ih<560> jh<40> _<560,22>] [ay<300,22> k<40,24> ae<520> en<40> t<40,20> ax<260> f<40,17> or<560> d<40,20> ax<260> k<40,17> ae<260> r<40,15> ih<560> jh<40> _<560>] [b<40,15> uh<220> tx<40> yu<560,20> d<40> l<40,24> uh<210> k<30> s<30,22> w<30> iy<260> t<40> _<560,20>] [aa<560,20> en<40> dh<40,24> ax<260> s<40,22> iy<260> t<40> _<260,22>] [ah<150,24> v<40,25> ax<110> b<40,27> ay<260> s<40,24> ih<260> k<40,20> el<260> b<40,22> ih<260> el<260> tx<40> f<40,15> or<250> t<10> t<40> uw<860,20> _<900>]

God Save The Queen - Sung by the Festival Speech Synthesis System's "singing-mode", using the default US voice.

Demo file

Synthesis of a kind of piano, made by a karplus-strong loop.

Synthesis of a kind of piano, made by a karplus-strong loop.

Synthesis of a kind of piano, made by a karplus-strong loop.

Sound effect sample synthesised into audacity using lame plugins.

Additive synthesis.

Synth.

Simple frequency modulation with one carrier, changing basic feedback parameters.

4 oscillators and pan modualtion.

C4 trumpet synthesis.

Additive synthesis in supercollider.

A simple bell sound created with additive synthesis. A combination of eleven oscillator, each one with a different envelope. The resulting udible tone is more or less a b. The sound itself is mixed with a simple piano b note, just to aid tone recognition.

This a substractive synthesis.

D4 sharp trumpet synthesis.

Consonants captured using simplesong mac os 9 based on plaintalk (macintalk 3) vocal synthesis engine.

A little wavetable synthesis sample.

Massive synthesis sounds.

A basis for an alarm, made in native instruments massive, using the roughmath ii waveform and modifying it using effects built into massive and into the daw.

Pitch bent & filtered sawtooth effect.

Cat sound wavetable in xfer serum with filters and lfos.

Here's a basic example of working in subtractive synthesis: adding oscillators, changing waveforms, filtering, adjusting portamento.

A hydrophone recording manipulated by granular synthesis.

Re-sampled loop point stretching.

Edited song trying to sound stressed.

Simple experiment reorganizing the onesoundperday2018 january soundpack qu-bit nebulae 2 module and a bunch of modulation. Here are the original sounds:https://freesound. Org/people/cabled_mess/packs/27630/.

Simple experiment reorganizing the onesoundperday2018 january soundpack qu-bit nebulae 2 module and a bunch of modulation. Here are the original sounds:https://freesound. Org/people/cabled_mess/packs/27630/.

Additive synthesis example.

Additive synthesis with supercollider.

Sound obtained by using some of the tassman step-sequencer along with the analog synthesis module. Then adding reverberation effect inside of tassman software and directly recording. No sound editing. No mastering. No limiter.

Sawtooth waveform of frequency 440hertz and 5 seconds generated with audacity.

This the result of the assignment 10 given to us in aspm course at upf.

Basic treatment of voice with csound algorithm.

Output waveform from the assessed lab for speech processing (lasc11065). The wave was created using the festival speech synthesis system version 1. 96 beta (july 2004), with one of their own available voices (male, scottish english).

Aggressive fx effect for a special use in track. Delayed and compressed. Made in music studio.

A weird nice little string i've made using synthesis.

A weird sweet string made using synthesis & heavy usage of granulizing.

Es e synth in logic, used a low cutoff point with a fast lfo to create the effect of a helicopter flying in the distance.

An example of a string sound synthesized using the karplus strong algorithm:https://en. Wikipedia. Org/wiki/karplus%e2%80%93strong_string_synthesis. Random noise is cycled at 325hz, and fed back into itself, with a simple filter to average two adjacent samples. Sound generated using the go-sound golang programming library:https://github. Com/padster/go-sound. As part of the demonstration program:https://github. Com/padster/go-sound/blob/master/runthrough. Go.

Granular sound.

This sound i made with a python script. The script simulates a 2d-network of 13x13 identical masses connected with springs. I 'feed' one mass in a corner of the network with a 'chirp' of 400-2000 hz for one second and the system resonates at its characteristic frequencies. I 'listen' to the resonating system in the adjacent corner. The decay of the sound was build in, but the last half second i edited the volume to zero. The code took a few hours to execute. You may want to change the picture of this sound to the frequency-domain. Yo! awesome! nerd-pride! :-).

Modular drum sample pack by zhao jiajing.