renaming functions

applications/Binaural-HRTF/CrosstalkCancellation/ita_CTC_filter.m

@@ -35,7 +35,7 @@ function [CTC,Horig] = ita_CTC_filter(varargin)
 % </ITA-Toolbox>
 
 %% Initialization
-
+warning('No longer supported version that is reported to be bugged, consider using ita_3da_ctcFilter_regularized.')
 if nargin < 2
     error('CTC:InputArguments','Man! We need at least two loudspeakers for CTC! The input variable must be itaAudio objects.');
 end

applications/SpatialAudio/ita_3da_ctcFilter_regularized.m → applications/SpatialAudio/ita_ctc_filter_regularized.m

@@ -24,7 +24,7 @@ function [ CTC ] = ita_3da_ctcFilter_regularized( varargin )
 opts.beta            = 0.001; % regularization parameter
 opts.thresholdStartIR       = -1; % threshold for ita_start_IR() to cut out the start delay, -1 will disable the feature
 opts.filterLength    = -1; % resulting filter lengt if set to -1: maximum of 4096 and nSamples*2
-opts.winLim          = [.7 85]; % limits for windowing (suppress artifacts at the end of HRIR caused by time shifting)
+opts.winLim          = [.7 85]; % limits for windowing (suppress artifacts at the end of HRIR caused by time shifting), needed for ita_start_ir
 opts.postProcessing  = true; % Indicates if a time shift and windowing operation is performed on the calculated filter. WARNING: May lead to non-causal filters (echo effect)
 
 %% Init

applications/SpatialAudio/ita_ctc_smoothHRTF.m

+function [outputArg1,outputArg2] = ita_3da_ctc_smoothHRTF(hrtrf, smoothingType)
+%ITA_3DA_CTC_SMOOTHHRTF Smoothes HRTF for 
+%   Detailed explanation goes here
+outputArg1 = inputArg1;
+outputArg2 = inputArg2;
+end
+

applications/SpatialAudio/ita_3da_decodeAmbisonics.m → applications/SpatialAudio/ita_hoa_decode.m

-function [ OutputSignals ] = ita_decodeAmbisonics( Bformat, LoudspeakerPos, varargin )
+function [ OutputSignals ] = ita_3da_decodeAmbisonics( Bformat, LoudspeakerPos, varargin )
 %ITA_DECODEAMBISONICS Summary of this function goes here
 %   Detailed explanation goes here
 

applications/SpatialAudio/ita_3da_encodeAmbisonics.m → applications/SpatialAudio/ita_hoa_encode.m

-function [ audioOut ] = ita_encodeAmbisonics( audioIn, order, sourcePos )
+function [ audioOut ] = ita_3da_encodeAmbisonics( audioIn, order, sourcePos )
 %ITA_ENCODEAMBISONICS Encodes a itaAudio with channel coordinates or a
 % itaCoordinate with source positions into ambisonics channels
 %

applications/SpatialAudio/ita_3da_LSSetup_VRLab.m → applications/SpatialAudio/ita_setup_LS_VRLab.m

-function pos = VR_loudspeaker_position(varargin)
+function pos = ita_3da_LSSetup_VRLab(varargin)
 
 % Give back the position, in meters, of the 8 loudspeakers in the VR lab.
 % See options for more details

applications/SpatialAudio/ita_3da_panVBAP.m → applications/SpatialAudio/ita_vbap_pan.m

-function  weights = panVBAP(pos_LS,pos_VS)
+function  weights = ita_3da_panVBAP(pos_LS,pos_VS)
 %panVBAP - Calculate weights for VBAP
 %
 %  This function receives the position of the loudspeakers and the position