funky3000
funky3000
13 / 3
24th Jul 2016
1st Aug 2016
As said in the title, this machine graphs the noise that it hears. This also prints two outputs for what it hears on the left and on the right. In theory this could be made into real sound but I'm still working on that. This is the next step tho: Stereo!
noise niceee

Comments

  • the_mighty_shap
    the_mighty_shap
    18th Sep 2016
    you have to slow it down
  • funky3000
    funky3000
    1st Aug 2016
    It will probably just sound like a lot of squeaks or static
  • the_mighty_shap
    the_mighty_shap
    29th Jul 2016
    AY IMA DO THAT!
  • funky3000
    funky3000
    28th Jul 2016
    It is a bit hard, but take the dmnd-pstn graph, and turn the dmnd to white and the pstn to black in some kind of photo editor like paint. Then save the new black and white graph as a .tiff, and then open Audacity and import raw data, and choose the .tiff
  • the_mighty_shap
    the_mighty_shap
    27th Jul 2016
    so is it possible to make the results into a sound file on my computer
  • funky3000
    funky3000
    27th Jul 2016
    It's semi random, and I have no actual knowledge of hearing.. I based the actual hearing device off of some hearing mechanic, the exot drippers are meant to replicate hairs that move as the sound moves by and each records a different pitch irl so I've replicated that by giving each "pitch" a different amount of pstn to add to the data. And they stack on each other, which is really convenient.
  • Sparky101
    Sparky101
    25th Jul 2016
    Does the graph plot random data or is the results from the graph actual noises that the moniter's microphone picks up. I tried making different levels of noise but I couldn't tell!?