hi *!
if i were to use a dual-band (aka shelf-filtered) third-order octagonal
decoder with line arrays instead of point sources, are there any
optimisations that should be applied to the decoding matrix?
i guess there will be some error in the W component, at least in the
hi-mid band where th
Thanks for all your info:
I looked into the basic /// max eternal ambipanning~ /// by
www,icst.net
It says " ambisonic equivalent panning (without intermediate B-format)
I opened the help file and looks like it might work quite well
thanks for all your support
Darren
___
On 03/17/2011 06:25 PM, Darren - Bradley wrote:
Thanks for all your info:
I looked into the basic /// max eternal ambipanning~ /// by www,icst.net
It says " ambisonic equivalent panning (without intermediate B-format)
I opened the help file and looks like it might work quite well
thanks for a
-BEGIN PGP SIGNED MESSAGE-
Hash: SHA1
Dear Jörn,
Jörn Nettingsmeier wrote:
> hi *!
>
>
> if i were to use a dual-band (aka shelf-filtered) third-order octagonal
> decoder with line arrays instead of point sources, are there any
2D? A horizontal ring? I think it shouldn't matter then.
"
On Thu, Mar 17, 2011 at 03:20:38PM +0100, Jörn Nettingsmeier wrote:
> if i were to use a dual-band (aka shelf-filtered) third-order octagonal
> decoder with line arrays instead of point sources, are there any
> optimisations that should be applied to the decoding matrix?
> i guess there will b
Meyer Sound has a technical report on their site that is relevant to
this discussion:
"Can Line Arrays Form Cylindrical Waves? A Line Array Theory Q&A"
http://meyersound.com/support/papers/line_array_theory.htm
-- basically what Fons says, but with some nice pictures and a bit of theory.
Aa
