
/l/ - The Lounge
Non board-specific discussion
[Make a Post]File: 4d51edee0d81477a44b0f78bb2f7362e651a719ebd57d5e13b968118bca73851.ogg (dl) (3.55 MiB)
Well, I make music I guess. Attached is a WIP of one of my most recent track.
File: f115eae6c3fbd96e69d68d48628d69072075be745f0e76a8aa258aeaaa1499fb.png (dl) (99.71 KiB)

<In honor of the ADL's latest inclusion into 'hate symbols'.
It's feels better when it's a nanochan exclusive. Culture enrichers beware!
>>15076
sounds ambient
It's feels better when it's a nanochan exclusive. Culture enrichers beware!
>>15076
sounds ambient
Nice submissions, though I think this thread would fit better on /l/.
>>15080
>make another one
I can request for a mod to do it on a /meta/ thread. This thread might become /l/ worthy.
>make another one
I can request for a mod to do it on a /meta/ thread. This thread might become /l/ worthy.
File: f774de707c14ca1d046cc22b04e17d55d11ecfc402c891974c0bddb9473908e0.jpg (dl) (28.42 KiB)

Reminds me of these dudes.
File: 9ebd66a6e151efe637802fd994045123df18dfa35cdb0abf1c60585612685956.png (dl) (426.34 KiB)

i dont really care how this is used.
i tried.
i tried.
File: 4e41af2bf89d725bac8c1fdbace16ae5b7ac60649d8312c7bdb545c95e77d1cc.ogg (dl) (3.00 MiB)
I did this with python on accident. I dont know how but if i listen to the entire thing it makes me nauseous. Im not sure if it will still work though as ive had to compress it rather heavily and it sounds a bit different now. The original file is like 50MB
There is a bit of an earrape at the start so watch out
There is a bit of an earrape at the start so watch out
>>15239
Only the beginning made me feel nauseous. What were you trying to achieve when you made this nanon?
Only the beginning made me feel nauseous. What were you trying to achieve when you made this nanon?
File: 18e9258a510a04606518fd305f09a6e80e783b2c542cab25a4eb0ee6a0d2d491.png (dl) (26.64 KiB)

>15240
I was trying to make two sine waves, then take one and use it to create variations in the other. The first would be slow as fuck like 4hz and the other one something audible, like 440hz. If it had worked it would have created kind of like a wobbly sound with the frequency going up and down as dictated by the slow wave. Ideally it could take any function, not just sine, so i could create cool variations.
Turns out that this is much more difficult than it looks like and that i definitely dont have the math background to do that. Ive managed to make it calm down a little so it doesnt go nuts but for some reason it takes the derivative of the function I give it and i dont know why. By all logic it should work.
Pic related its the function going nuts instead of staying nice and calm
I was trying to make two sine waves, then take one and use it to create variations in the other. The first would be slow as fuck like 4hz and the other one something audible, like 440hz. If it had worked it would have created kind of like a wobbly sound with the frequency going up and down as dictated by the slow wave. Ideally it could take any function, not just sine, so i could create cool variations.
Turns out that this is much more difficult than it looks like and that i definitely dont have the math background to do that. Ive managed to make it calm down a little so it doesnt go nuts but for some reason it takes the derivative of the function I give it and i dont know why. By all logic it should work.
Pic related its the function going nuts instead of staying nice and calm
>>15248
The effect you achieved is called "isochronic tones":
https://en.wikipedia.org/wiki/Isochronic_tones
Instead of python, try TidalCycles:
https://tidalcycles.org/
The effect you achieved is called "isochronic tones":
https://en.wikipedia.org/wiki/Isochronic_tones
Instead of python, try TidalCycles:
https://tidalcycles.org/
File: 73fac718448d7e7d71a38ec5675f793d51d51ab3e75e8e7afbb623008bb9f9ce.flac (dl) (377.14 KiB)
>>15248
You want the frequency to go up and down? Maybe you take the frequency nu = 100*sin(2pi*4*t) + 400 Hz, then take the signal f = sin(2pi*nu*t)
You want the frequency to go up and down? Maybe you take the frequency nu = 100*sin(2pi*4*t) + 400 Hz, then take the signal f = sin(2pi*nu*t)
>>15264
That was the logic i initially went with and you know how it ended up
I cant seem to get it to work. I take it the t is the index of the sample?
That was the logic i initially went with and you know how it ended up
I cant seem to get it to work. I take it the t is the index of the sample?
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[Reply]8 files, 17 replies
>Why?
To put smiles on all your pretty faces.
Here's my 'tiny' contribution.