back on my project of creating images from data.
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Basically you just take every data point and compare it with every other data point using some kind of useful distance metric. In this example you can kind of see the repetition of the blank lines + the repetition of the final stanza.
@boggo snap! I see. In the process I'm using the data is derived from audio so not sure how I could bring that into it. Thanks still!
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Basically you just take every data point and compare it with every other data point using some kind of useful distance metric. In this example you can kind of see the repetition of the blank lines + the repetition of the final stanza.
@hellocatfood they always look something like this.
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@boggo snap! I see. In the process I'm using the data is derived from audio so not sure how I could bring that into it. Thanks still!
@hellocatfood They are actually widely used in audio! The main reason people use them actually is analysing structure of audio signals and music.
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back on my project of creating images from data. I think I've finally cracked how to create nice repeating patterns
@hellocatfood i really expected that to be a magic eye image!
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@hellocatfood i really expected that to be a magic eye image!
@ranjit @hellocatfood me too!
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Looks like some lossy file types don't have very obvious repeating patterns. This is the qoi file format (literally means Quite OK Image). I think I need to make these images have larger resolution so the data doesn't fill up so quickly.
I'll also one day document my process but not right now.
jxr is still one of my favourite image file formats to work with. I still need to read the file spec and work out what a "vanilla" image header looks like.
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jxr is still one of my favourite image file formats to work with. I still need to read the file spec and work out what a "vanilla" image header looks like.
@hellocatfood woa, I hadn't heard of it, looks super fun to corrupt : O
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jxr is still one of my favourite image file formats to work with. I still need to read the file spec and work out what a "vanilla" image header looks like.
@hellocatfood Love to hear what that sounds like in audacity.
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@hellocatfood Love to hear what that sounds like in audacity.
@oin sounds kinda interesting. I'll share a clip once I've generated enough data
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jxr is still one of my favourite image file formats to work with. I still need to read the file spec and work out what a "vanilla" image header looks like.
As suggested by @oin I imported the jxr image into audacity (U-Law, default endianness). The image is only 256x256 but it's overstuffed with data (i.e. past its actual resolution) so the file size is around 300kb and means I can have much longer audio.
Enjoy(?)
#sonfication #databending #creativecoding #noise
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@hellocatfood woa, I hadn't heard of it, looks super fun to corrupt : O
@nnenov tbh I don't know what the file format is actually used for, I just like messing with it ha! imagemagick can generate it, but not gimp
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As suggested by @oin I imported the jxr image into audacity (U-Law, default endianness). The image is only 256x256 but it's overstuffed with data (i.e. past its actual resolution) so the file size is around 300kb and means I can have much longer audio.
Enjoy(?)
#sonfication #databending #creativecoding #noise
@hellocatfood @oin sounds super cool, kinda like FM synths, i wonder if thats in any way related to jpg sinewave malarkey
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@hellocatfood @oin sounds super cool, kinda like FM synths, i wonder if thats in any way related to jpg sinewave malarkey
@nnenov @hellocatfood Yeh this is really interesting, thanks
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