> One source of HOA files are the Eigenmike demos:
> https://www.mhacoustics.com/demos
> The raw files can be converted to B-format using the EigenStudio software:
> https://www.mhacoustics.com/download
The files on the site ending in _16ch_ACN_SN3D are already 3rd-order ambiX.
You can use thos
Following up on the insightful comments from Fons et al. -
The increase or decrease in noise relative to the self-noise of a single mic is
often referred to in the literature as White Noise Gain (WNG). This can be
calculated or measured for linear filtering operations such as Ambisonics
B-for
at we are developing here in Aalto University.
>
>> On 22 Jun 2016, at 00:31, Steven Backer
>> mailto:s...@mhacoustics.com>> wrote:
>
>> Nice work! It’s great someone is taking the time to put together the
>> infrastructure for web-based ambisonics.
>> I enjo
Hi Archontis et al.,
Nice work! It’s great someone is taking the time to put together the
infrastructure for web-based ambisonics. I enjoyed watching your Intensity
Analyzer.
How did you encode the raw Eigenmike signals? Using some of our software
(EigenUnits-Encoder or EigenStudio), or som
Hi Martin,
If you’re already using ambiX, you might try looking at inserting the
ambix_converter_o3 plugin between the TOACore outputs and the decoder inputs.
It can easily take care of the conversion for you. Note that in addition to
channel ordering you also need to convert the normalizatio
n wrote:
>
> On Tue, Aug 25, 2015 at 01:46:13PM -0700, Steven Backer wrote:
>
>> I briefly wanted to let members of this list and users of the em32
>> Eigenmike(R) know that we just released a set of AU plugins for use
>> with the em32. Currently this includes
Hi,
I briefly wanted to let members of this list and users of the em32 Eigenmike(R)
know that we just released a set of AU plugins for use with the em32.
Currently this includes one AU to control the microphone's programmable gain
amplifier levels (PGA levels) and calibration, and one AU to en
