Hi Jörn,
well about the physics/maths of the technique there is a paper [1].
Let me just give you a small introduction/rough idea... the program
performs a numerical optimization of a cost function. The cost function
uses Rv and Re as building blocks. The nice feature of this kind of
numerical
Thanks Archontis for mentioning also my little project!
Since I moved out from Barcelona Media, I'm developing the project in my
freetime and the updated repository changed to:
https://github.com/davrandom/idhoa
I don't want to SPAM more... so if anyone is interested, just drop an email.
d
On
Hi Xavier,
thanks for the info and the soursounders clarification, it would be nice to
have an hint on the reasonable price as well ;)
Best,
Dav
On Wed, Dec 31, 2014 at 1:08 PM, Xavier Bonjour (3DSL)
x.bonj...@3dsoundlabs.com wrote:
We will be launching our Smart 3D Sound Headphones at CES
Thanks Fons! I will start from this!
Ciao
Davide
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Thanks to all for your feedback!
I developed the code in python 2.7 and I never tried to run it under
python3. If you are forced to work with python3 I could look for the
necessary changes to adapt idhoa code to python3 ... but I would prefer to
focus on other activities ;)
The expected
Hi Fons,
thanks for your valuable feedback.
I inserted a 'print (thetaTest)' in Wbinary(), just before
the compare that fails. The code *is* called, and thetaTest
is printed as a list, not an array.
Yes!
Wbinary() is called in constants.py, just to call it once and store the
result, which
Dear Sursounders,
we released the code for calculating the coefficients for decoding high
order ambisonics to your irregular periphonic layout.
The project is called IDHOA and the code is hosted here [1] under GPL .
Few words on the project.
- The code is not written by software engineers. We
