brahma would be an even cheaper alternative. it is not field tested yet, but it
comes with a simple box with four xlr outs, powered by phantom or by a nine
volt battery.
umashankar
> Date: Fri, 1 Nov 2013 20:18:38 +0100
> From: netti...@stackingdwarves.net
> To: sursound@music.vt.edu
> Subjec
On Fri, Nov 01, 2013 at 03:18:51PM -0200, Iain Mott wrote:
>
> > > one. The above got me thinking though, if it is a simple sum, wouldn't
> > > it be possible to simulate the variable orientation of a speaker (human)
> > > by doing an equal power crossfade between adjacent angular IRs as this
> >
On 11/01/2013 08:05 PM, Laurent Wermenlinger wrote:
I am in the process of acquiring a Surround Mic. Ideally with the
Ambisonic technology. Has anyone ever used the Core Sound Tetramic
and if so, could you provide a evaluation. Thank you.
if you can live with flimsy connectors and four separate
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> > one. The above got me thinking though, if it is a simple sum, wouldn't
> > it be possible to simulate the variable orientation of a speaker (human)
> > by doing an equal power crossfade between adjacent angular IRs as this
> > virtual human speaker turns?
>
> That is mathematically not correc
On Fri, Nov 01, 2013 at 11:14:07AM -0200, Iain Mott wrote:
> I've been reading a paper recently "B-Format Acoustic Impulse Response
> Measurement and Analysis in the Forest at Koli National Park, Finland"
> by Simon Shelley, Damian Murphy and Andrew Chadwick, where a
> unidirectional loudspeaker i
re. the second question - sorry, i realise what would be needed would be
a series of IRs for various angles produced in advance, perhaps by an
equal power summing. Using all these IRs would be a more complex
proposition.
iain
Em Fri, 2013-11-01 às 11:14 -0200, Iain Mott escreveu:
> hello list,
>
hello list,
I've been reading a paper recently "B-Format Acoustic Impulse Response
Measurement and Analysis in the Forest at Koli National Park, Finland"
by Simon Shelley, Damian Murphy and Andrew Chadwick, where a
unidirectional loudspeaker is used to collect IRs via a
sine-sweep/de-convolution m
