Hi Roman,
With the method I mentioned, the key thing is using high frequencies.
In addition to make the whole thing practically inaudible, it's also
perhaps the only way to avoid interference from reflections and
background noise. If you want or need to use lower frequency range
then you
hi mikka
thank you very much for all that detailed information and sorry for my
late reply. i didn't have too much time and i really wanted to have a
closer look at this before answering.
i am on linux, so i couldn't test your external. but from what you
describe in your mail, it follows a
hi all
i'd like to create a patch, that measures the distance between the
speaker and the microphone. my first problem is, that i don't know which
kind of signal would be suitable for that purpose. the simplest is to
use a dirac impulse. but on the receiver-side it's hard to separate
unwanted
Roman Haefeli a écrit :
hi all
i'd like to create a patch, that measures the distance between the
speaker and the microphone. my first problem is, that i don't know which
kind of signal would be suitable for that purpose. the simplest is to
use a dirac impulse. but on the receiver-side it's
Hi,
I made some externals for binaural acoustic positioning for my work
some time ago and it also included some externals for acoustic
distance measurements. I was supposed to polish them up to be
published on my website but I never got that far... Anyway, here's
one simple patch
