Fix modification dates of files updated in 2d4446b

Src/Examples/Demo_BinauralSDM_QuantizedDOA_andRTModAP.m

@@ -6,7 +6,7 @@
 % the BinauralSDM repository. The BRIRs generated by this script include
 % the steps described in Amengual et al. 2020 - DOA Postprocessing 
 % (smoothing and quantization) and RTMod+AP equalization. 
-
+% 
 % The overall process is as follows:
 % - Spatial data from a multichannel RIR is obtained using the SDM
 % utilizing the functions from the SDM Toolbox (Tervo & Patynen).
@@ -27,18 +27,17 @@
 % using the previous steps by rotating the DOA vectors.
 % - The data is saved in a user defined folder.
 %
-%
 % References:
 % - (Tervo et al. 2013) - "Spatial Decomposition Method for Room Impulse
 % Responses", JAES, 2013.
 % - (SDM Toolbox) - "SDM Toolbox", S. Tervo and J. Patynen, Mathworks
 % Exchange
 % - (Amengual et al. 2020) - "Optimizations of the Spatial Decomposition 
 % Method for Binaural Reproduction", JAES 2020.
-
+% 
 % Author: Sebastia Amengual ([email protected])
-% Last modified: 01/06/2021
-
+% Last modified: 11/17/2021
+% 
 % IMPORTANT NOTE: To ensure that relative paths work, navigate to the
 % folder containing this script before executing.
 

Src/ModifyReverbSlope.m

@@ -19,7 +19,7 @@
 %       - EqBRIR: BRIR with the modified reverb slope.
 %
 %   Author: Sebastia V. Amengual
-%   Last modified: 04/15/2019
+%   Last modified: 11/17/2021
 
 % Need to regenerate the filterbank in case the corrected BRIR is longer
 % than the mixing time (special case for the late reverb tail).

Src/SaveBRIR.m

@@ -13,7 +13,7 @@ function SaveBRIR(SRIR_data, BRIR_data, DS_BRIR, early_BRIR, ER_BRIR, late_BRIR,
 %   - late_BRIR: Angle independent late reverb tail.
 %
 %   Author: Sebastià V. Amengual
-%   Last modified: 4/22/19
+%   Last modified: 11/17/2021
 
 if isfield(BRIR_data,'customPath')
     Save_Path = [BRIR_data.DestinationPath  regexprep(BRIR_data.HRTF_Subject,' ','_'), '\' BRIR_data.customPath];
@@ -34,4 +34,4 @@ function SaveBRIR(SRIR_data, BRIR_data, DS_BRIR, early_BRIR, ER_BRIR, late_BRIR,
 audiowrite([Save_Path filesep BRIR_data.RenderingCondition filesep 'az' num2str(ang(1)) 'el' num2str(ang(2)) '.wav'],early_BRIR./attenuation,BRIR_data.fs,'BitsPerSample',32);
 audiowrite([Save_Path filesep BRIR_data.RenderingCondition filesep 'az' num2str(ang(1)) 'el' num2str(ang(2)) '_DS.wav'],DS_BRIR./attenuation,BRIR_data.fs,'BitsPerSample',32);
 audiowrite([Save_Path filesep BRIR_data.RenderingCondition filesep 'az' num2str(ang(1)) 'el' num2str(ang(2)) '_ER.wav'],ER_BRIR./attenuation,BRIR_data.fs,'BitsPerSample',32);
-audiowrite([Save_Path filesep BRIR_data.RenderingCondition filesep 'late_reverb.wav'],late_BRIR./attenuation,BRIR_data.fs,'BitsPerSample',32); 
+audiowrite([Save_Path filesep BRIR_data.RenderingCondition filesep 'late_reverb.wav'],late_BRIR./attenuation,BRIR_data.fs,'BitsPerSample',32); 

Src/SaveRenderingStructs.m

@@ -9,7 +9,7 @@ function SaveRenderingStructs(SRIR_data, BRIR_data)
 %   - BRIR_data: Struct containing BRIR information (see create_BRIR_data)
 %
 %   Author: Sebastià V. Amengual
-%   Last modified: 7/11/19
+%   Last modified: 11/17/2021
 
 if isfield(BRIR_data,'customPath')
     Save_Path = [BRIR_data.DestinationPath  regexprep(BRIR_data.HRTF_Subject,' ','_'), '\' BRIR_data.customPath];
@@ -22,4 +22,4 @@ function SaveRenderingStructs(SRIR_data, BRIR_data)
 end
 
 save([Save_Path filesep BRIR_data.RenderingCondition filesep 'SRIR_data.mat'],'SRIR_data');
-save([Save_Path filesep BRIR_data.RenderingCondition filesep 'BRIR_data.mat'],'BRIR_data');
+save([Save_Path filesep BRIR_data.RenderingCondition filesep 'BRIR_data.mat'],'BRIR_data');

Src/create_BRIR_data.m

@@ -32,11 +32,10 @@
 %       quantized. - default: 0.
 %       - DOADirections: Number of directions to quantize DOA information.
 %       This is only relevant if QuantizeDOAFlag == 1 - default: 50. 
-%
-
+% 
 % Author: Sebastia V. Amengual ([email protected])
-% Last modified: 04/30/2019
-
+% Last modified: 11/17/2021
+% 
 % To-Do:    
 %   - Spectral equalization options: If a reference measured BRIR is
 %   available it could be used to implement spectral equalization.

Src/create_FIR_eq.m

@@ -22,5 +22,3 @@
 Hd = design(d,'freqsamp','SystemObject',true);
 fir_filter = Hd.Numerator';
 [~, fir_filter] = rceps(fir_filter);
-
-

Src/create_MicGeometry.m

@@ -8,7 +8,7 @@
 %           'FRL_5cm', 'FRL_10cm'.
 %
 % Author: Sebastià V. Amengual
-% Last Modified: 4/29/19
+% Last Modified: 11/17/2021
 
 switch micArray
     case 'Tetramic'
@@ -72,5 +72,3 @@
     otherwise
         error('You are trying to create the geometry of a non-existent array :(')
 end
-
-

Src/create_SRIR_data.m

@@ -57,7 +57,7 @@
 %               '../../Data/RIRs/'
 %
 % Author: Sebastià V. Amengual ([email protected])
-% Last Modified: 1/6/20
+% Last Modified: 11/17/2021
 %
 %
 % TO-DO

Src/getLundebyFOB.m

@@ -27,4 +27,4 @@
         title(num2str(iOb))
     end
 
-end
+end

Src/getLundebyRT30.m

@@ -12,9 +12,6 @@
 % and the acmus matlab package. Reimplemented by Joshua Marcley (2019)
 % using algorithm described in https://pdfs.semanticscholar.org/5841/897c265b08addf22dbfaa6da969875e376e4.pdf
 
-
-
-
     if nargin < 3
         blockSize = round(0.02*Fs);
         Tn = 30;
@@ -151,4 +148,4 @@
     intercept = (mx2*my-mx*mxy)/(mx2-mx^2);
     slope = (mxy - (mx*my))/(mx2-mx^2);
 
-end
+end

Src/read_RIR.m

@@ -7,7 +7,7 @@
 % 192 kHz), and FRL room acoustics array.
 %
 % Author: Sebastià V. Amengual
-% Last modified: 12/19/18
+% Last modified: 11/17/2021
 
 switch SRIR_data.MicArray
     case 'Eigenmike'

Src/split_BRIR.m

@@ -1,12 +1,11 @@
 % Copyright (c) Facebook, Inc. and its affiliates.
 
 function [early_BRIR, late_BRIR, DS_BRIR, ER] = split_BRIR(BRIR_TimeData, BRIR_full, mixtime, fs, wlength)
-
 % This function splits a BRIR into its various parts for separate
 % auralization of direct sound, early reflections and late reverberation.
 % The separation between different BRIR sections is done using a Hann
 % window to avoid artifacts.
-
+% 
 % Inputs: 
 %       - BRIR: Binaural room impulse response to be split
 %       - P_IR: Ref. pressure impulse response (only to detect direct sound)
@@ -20,12 +19,11 @@
 %       - ER: from sample 257 to mixing time (only early reflections)
 %
 % Author: Sebastia V. Amengual
-% Last modified: 01/04/2018
+% Last modified: 11/17/2021
 %
 % To-Do:    - More informed method to separate DS and ER, rather than just
 %               windowing after 256 samples
 
-
 % Create a Hann window for the crossfade between ER and Late Reverb.
 hann_window = hann(wlength);
 
@@ -63,4 +61,3 @@
 
 % Retrieve early reflections (without direct sound)
 ER = BRIR_TimeData(1:length(window_ER_noDS),:,:).*window_ER_noDS;
-