% Give back the position, in meters, of the 8 loudspeakers in the VR lab.
% See options for more details
% Give back the position, in meters, of the 12 loudspeakers in the VR lab.
% See options for more details
% Author: Michael Kohnen -- Email: mko@akustik.rwth-aachen.de
% Date: 03-May-2017
% Date: 19-Dec-2017
% Options
opts.virtualSpeaker=false;% true || Indicates whether to add virtual speaker achieve a more regular distribution (stabilizes the pseudoinverse in Ambisonics Decoding)
opts.coordSystem='itaCoordinates';% 'openGL' || indicates in which coordinate system the output is
opts.isItaCoordinates=true;% true || indicates whether the output is a itaCoordinate or not (warning: if combined with coordSystem='opneGL', the angles for azimuth and elevation are not correct
opts.heightCorrection=0.0597;% in meter || ensures that the loudspeakers are around the point (0 0 0), standard value is height of the bigger loudspeaker in the horizontal plane
opts.isItaCoordinates=true;% true || indicates whether the output is a itaCoordinate or not (warning: if combined with coordSystem='opneGL', the angles for azimuth and elevation are not correct
opts.heightCorrection=0;% in meter || ensures that the loudspeakers are around the point (0 0 0), standard value is height of the bigger loudspeaker in the horizontal plane
disp(['Your experimental renderer "'handles.module_id'" has 'num2str(handles.module_channels)' channels and an FIR filter length of 'num2str(out_args.irfilterlengthsamples)' samples'])
disp(['Your experimental renderer has 'num2str(out_args.numchannels)' channels and an FIR filter length of 'num2str(out_args.irfilterlengthsamples)' samples'])