Originally Posted by Arthur

No, sounds awful.
Where is everyone.

Don't be not active, okay.

I'm salty.

Originally Posted by Arthur

uh, did we?
I guess we did, since nobody else is posting...
damn.

Originally Posted by Arthur

hi
Still not dead.

Since somebody's still reading this, so guess I'll just pretend to be smart.

So, I was messing around with tarsos dsp, and noticed that after doing a FFT on an input audio signal, the output array doesn't really correspond to the frequencies we can hear.
The problem is, I can't seem to understand, how do the elements of the array map to the frequencies.

Edit:
Wait, I'm a retard. Fuck.
Since the sample rate is 44.1 kHz, the maximum possible frequency we can reliably record, should be 22.05 kHz...
Meaning, I could approximate to which frequencies each element in the array corresponds to.

Edit2:
Thanks, it was a big help.

Originally Posted by ForumPoster

Man the giant bong hit of intelligence and unintelligence I got from this post was amazing, it was near thermonuclear levels of satisfaction. The elements that your array exists of are quite easily to deciphered. All you need to do is use your microphone as a rhythmic metronome to calculate the frequency of the wavering signals being sent out by the array. Since this step is done you now know the frequency down to the last digit. Because everything is in digits, you can now put it in a digital calculator. You said it had a frequency of 44.1 kHz, meaning it's signals are faster than your ears can pick up, it's astronomically small. When I put this into my calculacious machine, the answer was quite surprising, apparently it's the element of fire. I know, a real shocker! I hope I was of use to you

Originally Posted by Zorow

witty, i'll give ya that.