#computermusic — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #computermusic, aggregated by home.social.
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our third event has just been archived on YouTube !!
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our third event has just been archived on YouTube !!
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our third event has just been archived on YouTube !!
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our third event has just been archived on YouTube !!
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our third event has just been archived on YouTube !!
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Ok, #math / #cs / #computermusic question here. Let's say we have an ordered list. I want to repeatedly pick groups of 4 elements from the list based on an index pattern, like:
(1, 1, 2, -3)
That means from a given starting index i, choose:
i +=0 (the starting point)
i +=1
i +=1
i +=2Then go to index i +=-3 and repeat.
Question is, what would you call the
(1, 1, 2, -3)
part? Index sequence? Ordinal sequence? Is there a standard way to notate that?
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Ok, #math / #cs / #computermusic question here. Let's say we have an ordered list. I want to repeatedly pick groups of 4 elements from the list based on an index pattern, like:
(1, 1, 2, -3)
That means from a given starting index i, choose:
i +=0 (the starting point)
i +=1
i +=1
i +=2Then go to index i +=-3 and repeat.
Question is, what would you call the
(1, 1, 2, -3)
part? Index sequence? Ordinal sequence? Is there a standard way to notate that?
-
Ok, #math / #cs / #computermusic question here. Let's say we have an ordered list. I want to repeatedly pick groups of 4 elements from the list based on an index pattern, like:
(1, 1, 2, -3)
That means from a given starting index i, choose:
i +=0 (the starting point)
i +=1
i +=1
i +=2Then go to index i +=-3 and repeat.
Question is, what would you call the
(1, 1, 2, -3)
part? Index sequence? Ordinal sequence? Is there a standard way to notate that?
-
Ok, #math / #cs / #computermusic question here. Let's say we have an ordered list. I want to repeatedly pick groups of 4 elements from the list based on an index pattern, like:
(1, 1, 2, -3)
That means from a given starting index i, choose:
i +=0 (the starting point)
i +=1
i +=1
i +=2Then go to index i +=-3 and repeat.
Question is, what would you call the
(1, 1, 2, -3)
part? Index sequence? Ordinal sequence? Is there a standard way to notate that?
-
Ok, #math / #cs / #computermusic question here. Let's say we have an ordered list. I want to repeatedly pick groups of 4 elements from the list based on an index pattern, like:
(1, 1, 2, -3)
That means from a given starting index i, choose:
i +=0 (the starting point)
i +=1
i +=1
i +=2Then go to index i +=-3 and repeat.
Question is, what would you call the
(1, 1, 2, -3)
part? Index sequence? Ordinal sequence? Is there a standard way to notate that?
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tonite tonite !!! Computer Music #4 stream is happening in less than 5hrs (6pm BST today) !!! just flicked through our sets for tonight and it’s going to be a real treat as usual. keep your eyes out for @emenel from the ‘don!
https://www.twitch.tv/computermusicscene -
tonite tonite !!! Computer Music #4 stream is happening in less than 5hrs (6pm BST today) !!! just flicked through our sets for tonight and it’s going to be a real treat as usual. keep your eyes out for @emenel from the ‘don!
https://www.twitch.tv/computermusicscene -
tonite tonite !!! Computer Music #4 stream is happening in less than 5hrs (6pm BST today) !!! just flicked through our sets for tonight and it’s going to be a real treat as usual. keep your eyes out for @emenel from the ‘don!
https://www.twitch.tv/computermusicscene -
tonite tonite !!! Computer Music #4 stream is happening in less than 5hrs (6pm BST today) !!! just flicked through our sets for tonight and it’s going to be a real treat as usual. keep your eyes out for @emenel from the ‘don!
https://www.twitch.tv/computermusicscene -
tonite tonite !!! Computer Music #4 stream is happening in less than 5hrs (6pm BST today) !!! just flicked through our sets for tonight and it’s going to be a real treat as usual. keep your eyes out for @emenel from the ‘don!
https://www.twitch.tv/computermusicscene -
It's bandcamp friday! I recently released an EP, so if you were considering supporting my work, now is good time to buy it. Below a link to the EP, and also an older live coded single and album.
https://timohoogland.bandcamp.com/album/abstraction
https://timohoogland.bandcamp.com/track/reflect
https://timohoogland.bandcamp.com/album/al-kimiya
#algorithmicmusic #computermusic #livecoding #mercurylivecoding #puredata #maxmsp
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It's bandcamp friday! I recently released an EP, so if you were considering supporting my work, now is good time to buy it. Below a link to the EP, and also an older live coded single and album.
https://timohoogland.bandcamp.com/album/abstraction
https://timohoogland.bandcamp.com/track/reflect
https://timohoogland.bandcamp.com/album/al-kimiya
#algorithmicmusic #computermusic #livecoding #mercurylivecoding #puredata #maxmsp
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It's bandcamp friday! I recently released an EP, so if you were considering supporting my work, now is good time to buy it. Below a link to the EP, and also an older live coded single and album.
https://timohoogland.bandcamp.com/album/abstraction
https://timohoogland.bandcamp.com/track/reflect
https://timohoogland.bandcamp.com/album/al-kimiya
#algorithmicmusic #computermusic #livecoding #mercurylivecoding #puredata #maxmsp
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It's bandcamp friday! I recently released an EP, so if you were considering supporting my work, now is good time to buy it. Below a link to the EP, and also an older live coded single and album.
https://timohoogland.bandcamp.com/album/abstraction
https://timohoogland.bandcamp.com/track/reflect
https://timohoogland.bandcamp.com/album/al-kimiya
#algorithmicmusic #computermusic #livecoding #mercurylivecoding #puredata #maxmsp
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I'm doing some research into algorithmic organisation of rhythm these days. Here's an experiment with composing rhythms as a list of 1's and 0's. These are then masked using modulo operators and probability gating to remove events.
#supercollider #livecoding #electronicmusic #experimentalmusic #computermusic #algorithmiccomposition #creativecoding #creativetechnology #drumandbass #electronica #glitch #808 #fmsynthesis
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I'm doing some research into algorithmic organisation of rhythm these days. Here's an experiment with composing rhythms as a list of 1's and 0's. These are then masked using modulo operators and probability gating to remove events.
#supercollider #livecoding #electronicmusic #experimentalmusic #computermusic #algorithmiccomposition #creativecoding #creativetechnology #drumandbass #electronica #glitch #808 #fmsynthesis
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I'm doing some research into algorithmic organisation of rhythm these days. Here's an experiment with composing rhythms as a list of 1's and 0's. These are then masked using modulo operators and probability gating to remove events.
#supercollider #livecoding #electronicmusic #experimentalmusic #computermusic #algorithmiccomposition #creativecoding #creativetechnology #drumandbass #electronica #glitch #808 #fmsynthesis
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I'm doing some research into algorithmic organisation of rhythm these days. Here's an experiment with composing rhythms as a list of 1's and 0's. These are then masked using modulo operators and probability gating to remove events.
#supercollider #livecoding #electronicmusic #experimentalmusic #computermusic #algorithmiccomposition #creativecoding #creativetechnology #drumandbass #electronica #glitch #808 #fmsynthesis
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I'm doing some research into algorithmic organisation of rhythm these days. Here's an experiment with composing rhythms as a list of 1's and 0's. These are then masked using modulo operators and probability gating to remove events.
#supercollider #livecoding #electronicmusic #experimentalmusic #computermusic #algorithmiccomposition #creativecoding #creativetechnology #drumandbass #electronica #glitch #808 #fmsynthesis
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just a reminder, our next livestream event is coming up 8th August, 6pm BST!!! ridiculously stoked for this one, got some really special music lined up
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just a reminder, our next livestream event is coming up 8th August, 6pm BST!!! ridiculously stoked for this one, got some really special music lined up
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just a reminder, our next livestream event is coming up 8th August, 6pm BST!!! ridiculously stoked for this one, got some really special music lined up
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just a reminder, our next livestream event is coming up 8th August, 6pm BST!!! ridiculously stoked for this one, got some really special music lined up
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just a reminder, our next livestream event is coming up 8th August, 6pm BST!!! ridiculously stoked for this one, got some really special music lined up
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Spent a looooong time travelling the past 24 hours and thought a lot about rhythm while doing so. Binary rhythms and modulo operators, oh yeah.
#supercollider #computermusic #experimentalmusic #livecoding
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Spent a looooong time travelling the past 24 hours and thought a lot about rhythm while doing so. Binary rhythms and modulo operators, oh yeah.
#supercollider #computermusic #experimentalmusic #livecoding
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Spent a looooong time travelling the past 24 hours and thought a lot about rhythm while doing so. Binary rhythms and modulo operators, oh yeah.
#supercollider #computermusic #experimentalmusic #livecoding
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Spent a looooong time travelling the past 24 hours and thought a lot about rhythm while doing so. Binary rhythms and modulo operators, oh yeah.
#supercollider #computermusic #experimentalmusic #livecoding
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Spent a looooong time travelling the past 24 hours and thought a lot about rhythm while doing so. Binary rhythms and modulo operators, oh yeah.
#supercollider #computermusic #experimentalmusic #livecoding
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WARNING: LOUD SOUND.
The beauty of FM: Sweeping the modulation index ratio from 1 to 100 on a carrier running at 200Hz and modulator at 800Hz. One of the things you can see clearly here is how the sidebands “wobble” as the modulation index is increased. It’s a rather complex pattern which can be understood using the Bessel functions often mentioned in literature about FM. No effects used, just two sine wave oscillators.
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WARNING: LOUD SOUND.
The beauty of FM: Sweeping the modulation index ratio from 1 to 100 on a carrier running at 200Hz and modulator at 800Hz. One of the things you can see clearly here is how the sidebands “wobble” as the modulation index is increased. It’s a rather complex pattern which can be understood using the Bessel functions often mentioned in literature about FM. No effects used, just two sine wave oscillators.
-
WARNING: LOUD SOUND.
The beauty of FM: Sweeping the modulation index ratio from 1 to 100 on a carrier running at 200Hz and modulator at 800Hz. One of the things you can see clearly here is how the sidebands “wobble” as the modulation index is increased. It’s a rather complex pattern which can be understood using the Bessel functions often mentioned in literature about FM. No effects used, just two sine wave oscillators.
-
WARNING: LOUD SOUND.
The beauty of FM: Sweeping the modulation index ratio from 1 to 100 on a carrier running at 200Hz and modulator at 800Hz. One of the things you can see clearly here is how the sidebands “wobble” as the modulation index is increased. It’s a rather complex pattern which can be understood using the Bessel functions often mentioned in literature about FM. No effects used, just two sine wave oscillators.
-
WARNING: LOUD SOUND.
The beauty of FM: Sweeping the modulation index ratio from 1 to 100 on a carrier running at 200Hz and modulator at 800Hz. One of the things you can see clearly here is how the sidebands “wobble” as the modulation index is increased. It’s a rather complex pattern which can be understood using the Bessel functions often mentioned in literature about FM. No effects used, just two sine wave oscillators.
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WARNING: LOUD SOUND.
Another beautifully weird FM Synthesis example.
No sound effects used. Just two sine waves oscillators.
Two notes (C3 AND C5) repeating while the C:M ratio and modulation index increases.
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WARNING: LOUD SOUND.
Another beautifully weird FM Synthesis example.
No sound effects used. Just two sine waves oscillators.
Two notes (C3 AND C5) repeating while the C:M ratio and modulation index increases.
-
WARNING: LOUD SOUND.
Another beautifully weird FM Synthesis example.
No sound effects used. Just two sine waves oscillators.
Two notes (C3 AND C5) repeating while the C:M ratio and modulation index increases.
-
WARNING: LOUD SOUND.
Another beautifully weird FM Synthesis example.
No sound effects used. Just two sine waves oscillators.
Two notes (C3 AND C5) repeating while the C:M ratio and modulation index increases.
-
WARNING: LOUD SOUND.
Another beautifully weird FM Synthesis example.
No sound effects used. Just two sine waves oscillators.
Two notes (C3 AND C5) repeating while the C:M ratio and modulation index increases.
-
WARNING: LOUD SOUND.
The beauty of FM: Sweeping the modulation frequency from 1hz to 10khz on a carrier running at 200hz. The modulation ratio index is 10.
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WARNING: LOUD SOUND.
The beauty of FM: Sweeping the modulation frequency from 1hz to 10khz on a carrier running at 200hz. The modulation ratio index is 10.
-
WARNING: LOUD SOUND.
The beauty of FM: Sweeping the modulation frequency from 1hz to 10khz on a carrier running at 200hz. The modulation ratio index is 10.
-
WARNING: LOUD SOUND.
The beauty of FM: Sweeping the modulation frequency from 1hz to 10khz on a carrier running at 200hz. The modulation ratio index is 10.
-
WARNING: LOUD SOUND.
The beauty of FM: Sweeping the modulation frequency from 1hz to 10khz on a carrier running at 200hz. The modulation ratio index is 10.
-
WARNING: LOUD SOUND.
The beauty of FM: The spectrum of a 30 second sweep of the carrier frequency from 100hz to 10khz with the modulation frequency fixed at 200 hz and modulation index ratio of 5. Using one carrier and one modulator, both sine waves.
-
WARNING: LOUD SOUND.
The beauty of FM: The spectrum of a 30 second sweep of the carrier frequency from 100hz to 10khz with the modulation frequency fixed at 200 hz and modulation index ratio of 5. Using one carrier and one modulator, both sine waves.
-
WARNING: LOUD SOUND.
The beauty of FM: The spectrum of a 30 second sweep of the carrier frequency from 100hz to 10khz with the modulation frequency fixed at 200 hz and modulation index ratio of 5. Using one carrier and one modulator, both sine waves.
-
WARNING: LOUD SOUND.
The beauty of FM: The spectrum of a 30 second sweep of the carrier frequency from 100hz to 10khz with the modulation frequency fixed at 200 hz and modulation index ratio of 5. Using one carrier and one modulator, both sine waves.
-
WARNING: LOUD SOUND.
The beauty of FM: The spectrum of a 30 second sweep of the carrier frequency from 100hz to 10khz with the modulation frequency fixed at 200 hz and modulation index ratio of 5. Using one carrier and one modulator, both sine waves.
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Reading John Chowning's DX7 manual and gotta say, this illustration perfectly sums up my artistic life.
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Reading John Chowning's DX7 manual and gotta say, this illustration perfectly sums up my artistic life.
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Reading John Chowning's DX7 manual and gotta say, this illustration perfectly sums up my artistic life.
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Reading John Chowning's DX7 manual and gotta say, this illustration perfectly sums up my artistic life.
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Reading John Chowning's DX7 manual and gotta say, this illustration perfectly sums up my artistic life.
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Mizar (2017)
Un mio vecchio brano scritto in linguaggio Csound 5.11 nel 2017.
#csound #computermusic #spectrogram #mizar #mattiagiovanetti