Composition examples

Granularization of Incoming Signals
The textures generated by Clouds are extremely thick, partly because of the large number of concurrent grains (up to 60), partly because of a built-in allpass diffuser and reverberator, smearing the shortest transient into a wash of noise - giving the illusion of an even larger number of simultaneous grains.
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Shirai HikaruThe textures generated by Clouds are extremely thick, partly because of the large number of concurrent grains (up to 60), partly because of a built-in allpass diffuser and reverberator, smearing the shortest transient into a wash of noise - giving the illusion of an even larger number of simultaneous grains.
AShirai Hikaru
The textures generated by Clouds are extremely thick, partly because of the large number of concurrent grains (up to 60), partly because of a built-in allpass diffuser and reverberator, smearing the shortest transient into a wash of noise - giving the illusion of an even larger number of simultaneous grains.
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TThe textures generated by Clouds are extremely thick, partly because of the large number of concurrent grains (up to 60), partly because of a built-in allpass diffuser and reverberator, smearing the shortest transient into a wash of noise - giving the illusion of an even larger number of simultaneous grains.
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Clouds is focused on the realtime granularization of incoming audio signals, and their transformation into amorphous textures.
Granularization of Incoming Signals
Grains are seeded randomly, periodically, or whenever the module receives a trigger.
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Clouds is focused on the realtime granularization of incoming audio signals, and their transformation into amorphous textures.
Granularization of Incoming Signals
Shirai Hikaru·2:06·May 19, 2021
The textures generated by Clouds are extremely thick, partly because of the large number of concurrent grains (up to 60), partly because of a built-in allpass diffuser and reverberator, smearing the shortest transient into a wash of noise - giving the illusion of an even larger number of simultaneous grains.
Clouds is focused on the realtime granularization of incoming audio signals, and their transformation into amorphous textures.·2:06·May 19, 2021
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Clouds is focused on the realtime granularization of incoming audio signals, and their transformation into amorphous textures.
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100 videos & screenshots
5 min recording length
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Clouds is focused on the realtime granularization of incoming audio signals, and their transformation into amorphous textures.
Unlimited Creators
100 videos & screenshots
5 min recording length
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$1M
Clouds is focused on the realtime granularization of incoming audio signals, and their transformation into amorphous textures.
Unlimited Creators
100 videos & screenshots
5 min recording length
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