settting fft degree over 31 or setting samples lower than 31 will not

automatically be identified as fftdegree or samples anymore in itaAudio

applications/SpatialAudio/VR_loudspeaker_position.m

@@ -9,7 +9,7 @@ function pos = VR_loudspeaker_position(varargin)
 % 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   = false;            % 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.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=ita_parse_arguments(opts, varargin);

kernel/ClassStuff/@itaAudio/itaAudio.m

@@ -135,7 +135,10 @@ classdef itaAudio < itaSuper
         end
         
         function this = set.fftDegree(this, value)
-            nSamples    = ita_nSamples(value);
+            if value>31
+                warning('FFT degree higher than 31 are not converted in to number of Samples anymore in itaAudio.setfftDegree! If you did not expect this message, please report to the toolbox support team.');
+            end
+            nSamples    = ita_nSamples(value, 'fftDegree');
             this        = set_nSamples(this, nSamples);
         end
         
@@ -148,8 +151,11 @@ classdef itaAudio < itaSuper
         
         function this = set.trackLength(this, value)
             nSamples = this.samplingRate * double(value);
+            if nSamples<32
+                warning('Warning! Samples numbers smaller than 32 are not converted to FFT degree anymore in itaAudio.nSamples! If you did not expect this message, please report to the toolbox support team.');
+            end
             if isfinite(nSamples)
-                this = set_nSamples(this, nSamples);
+                this = set_nSamples(this, nSamples, 'samples');
             else
                 disp('Cannot set trackLength, nSamples are not finite. Check the samplingRate.');
             end
@@ -273,8 +279,11 @@ classdef itaAudio < itaSuper
         end
         
         function this = set_nSamples(this, nSamples)
+            if nSamples<32
+                warning('Warning! Samples numbers smaller than 32 are not converted to FFT degree anymore in itaAudio.nSamples! If you did not expect this message, please report to the toolbox support team.');
+            end
             % set nSamples and trim audio time data accordingly
-            nSamples = ita_nSamples(nSamples);
+            nSamples = ita_nSamples(nSamples,'samples');
             if nSamples == this.nSamples
                 return; % nothing to do, length is OK
             elseif nSamples > this.nSamples

kernel/ClassStuff/ita_nSamples.m

-function [nSamples, fftDegree] = ita_nSamples(value)
+function [nSamples, fftDegree] = ita_nSamples(value, inType)
 %ITA_FFTDEGREE - Distinguish fftDegree and number of Samples
 %  This function converts fft degree or number of samples as input argument
 %  to even number of samples and corresponding fftDegree (if requested) at the output.
@@ -20,15 +20,22 @@ function [nSamples, fftDegree] = ita_nSamples(value)
 
 % Author: Pascal Dietrich -- Email: pdi@akustik.rwth-aachen.de
 % Created:  13-Jun-2012
-
-
+if nargin<2
+    inType='auto';
+end
 %% distinguish
+switch inType
+    case 'auto'
         if value < 32  % then we have an fftDegree
             nSamples = 2.^value;
         else
             nSamples = value; % we have number of samples given
         end
-    
+    case 'fftDegree'
+        nSamples = 2.^value;
+    case 'samples'
+        nSamples = value;
+end
 %% make it natural and even!
 nSamples = round(nSamples / 2) * 2;