changeset 150:30872eb3d160 release_1.51

Merge from branch "ivand_dev"

--- a/.hgtags	Tue Jul 26 15:14:15 2011 +0100
+++ b/.hgtags	Tue Jul 26 16:01:59 2011 +0100
@@ -2,3 +2,4 @@
 7750624e0c73c856ab7cfbae6160711e965135b7 version0.5
 9ff69e8e049f936804d0e5876cd4d367be9f3c4a backup 14032011
 b14e1f6ee4bea90a8a894a52c1114a72aa818071 ver_1.1
+19e0af5709140e163faaf9d8cf4b83a664be1edc release_1.5

--- a/toolboxes/AudioInpaintingToolbox/Experiments/DeclippingExperiment/declipOneSoundExperiment.m~	Tue Jul 26 15:14:15 2011 +0100
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,123 +0,0 @@
-function declipOneSoundExperiment(expParam)
-% A simple experiment to declip a signal.
-%
-% Usage: declipOneSoundExperiment(expParam)
-%
-%
-% Inputs:
-%          - expParam is an optional structure where the user can define
-%          the experiment parameters.
-%          - expParam.clippingLevel: clipping level between 0 and 1.
-%          - expParam.filename: file to be tested.
-%          - expParam.destDir: path to store the results.
-%          - expParam.solver: solver with its parameters
-%          - expParam.destDir: path to store the results.
-%
-%
-% -------------------
-%
-% Audio Inpainting toolbox
-% Date: June 28, 2011
-% By Valentin Emiya, Amir Adler, Maria Jafari
-% This code is distributed under the terms of the GNU Public License version 3 (http://www.gnu.org/licenses/gpl.txt).
-
-if ~isdeployed
-    close all
-    addpath('../../Problems/');
-    addpath('../../Solvers/');
-    addpath('../../Utils/');
-    addpath('../../Utils/dictionaries/');
-    addpath('../../Utils/evaluation/');
-%     addpath('../../Utils/TCPIP_SocketCom/');
-%     javaaddpath('../../Utils/TCPIP_SocketCom');
-    dbstop if error
-end
-
-%% Set parameters
-if nargin<1
-    expParam = [];
-end
-if ~isfield(expParam,'filename')
-    expParam.filename = 'male01_8kHz.wav';
-end
-if ~isfield(expParam,'clippingLevel')
-    expParam.clippingLevel = 0.6;
-end
-
-% Solver
-if ~isfield(expParam,'solver')
-    warning('AITB:N','Frame length=256 is used to have faster computations. Recommended frame length is 512 at 8kHz.');
-    warning('AITB:overlap','Overlap factor=2 is used to have faster computations. Recommended value: 4.');
-    
-    expParam.solver.name = 'OMP-G';
-    expParam.solver.function = @inpaintSignal_IndependentProcessingOfFrames;
-    expParam.solver.param.N = 512; % frame length
-    expParam.solver.param.N = 256; % frame length
-    expParam.solver.param.inpaintFrame = @inpaintFrame_OMP_Gabor; % solver function
-    expParam.solver.param.OMPerr = 0.001;
-    expParam.solver.param.sparsityDegree = expParam.solver.param.N/4;
-    expParam.solver.param.D_fun = @Gabor_Dictionary; % Dictionary (function handle)
-    expParam.solver.param.OLA_frameOverlapFactor = 4;
-    expParam.solver.param.OLA_frameOverlapFactor = 2;
-    expParam.solver.param.redundancyFactor = 2; % Dictionary redundancy
-    expParam.solver.param.wd = @wRect; % Weighting window for dictionary atoms
-    expParam.solver.param.wa = @wRect; % Analysis window
-    expParam.solver.param.OLA_ws = @wSine; % Synthesis window
-    expParam.solver.param.SKIP_CLEAN_FRAMES = true; % do not process frames where there is no missing samples
-    expParam.solver.param.MULTITHREAD_FRAME_PROCESSING = false; % not implemented yet
-end
-if ~isfield(expParam,'destDir'),
-    expParam.destDir = '../../tmp/declipOneSound/';
-end
-if ~exist(expParam.destDir,'dir')
-    mkdir(expParam.destDir)
-end
-
-%% Read test signal
-[x fs] = wavread(expParam.filename);
-
-%% Generate the problem
-[problemData, solutionData] = generateDeclippingProblem(x,expParam.clippingLevel);
-
-%% Declip with solver
-fprintf('\nDeclipping\n')
-% [xEst1 xEst2] = inpaintSignal_IndependentProcessingOfFrames(problemData,param);
-solverParam = expParam.solver.param;
-[xEst1 xEst2] = expParam.solver.function(problemData,solverParam);
-
-%% Compute and display SNR performance
-L = length(xEst1);
-N = expParam.solver.param.N;
-[SNRAll, SNRmiss] = SNRInpaintingPerformance(...
-    solutionData.xClean(N:L-N),problemData.x(N:L-N),...
-    xEst2(N:L-N),problemData.IMiss(N:L-N));
-fprintf('SNR on missing samples:\n');
-fprintf('Clipped: %g dB\n',SNRmiss(1));
-fprintf('Estimate: %g dB\n',SNRmiss(2));
-
-
-% Plot results
-xClipped = problemData.x;
-xClean = solutionData.xClean;
-figure
-hold on
-plot(xClipped,'r')
-plot(xClean)
-plot(xEst2,'--g')
-plot([1;length(xClipped)],[1;1]*[-1,1]*max(abs(xClipped)),':r')
-legend('Clipped','True solution','Estimate')
-
-% Normalized and save sounds
-normX = 1.1*max(abs([xEst1(:);xEst2(:);xClean(:)]));
-L = min([length(xEst2),length(xEst1),length(xClean),length(xEst1),length(xClipped)]);
-xEst1 = xEst1(1:L)/normX;
-xEst2 = xEst2(1:L)/normX;
-xClipped = xClipped(1:L)/normX;
-xClean = xClean(1:L)/normX;
-wavwrite(xEst1,fs,[expParam.destDir 'xEst1.wav']);
-wavwrite(xEst2,fs,[expParam.destDir 'xEst2.wav']);
-wavwrite(xClipped,fs,[expParam.destDir 'xClipped.wav']);
-wavwrite(xClean,fs,[expParam.destDir 'xClean.wav']);
-
-
-return