annotate toolboxes/MIRtoolbox1.3.2/MIRToolbox/@mirdata/exportation.m @ 0:e9a9cd732c1e tip

first hg version after svn
author wolffd
date Tue, 10 Feb 2015 15:05:51 +0000
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rev   line source
wolffd@0 1 function x = exportation(s)
wolffd@0 2
wolffd@0 3 % EXPORTATION exports the peaks of a vectorial dimension
wolffd@0 4
wolffd@0 5 v = get(s,'Data');
wolffd@0 6 n = get(s,'Name');
wolffd@0 7 pt = get(s,'PeakPosUnit');
wolffd@0 8 pp = get(s,'PeakPos');
wolffd@0 9 t = get(s,'Title');
wolffd@0 10 frames = 0;
wolffd@0 11 for i = 1:length(v)
wolffd@0 12 if iscell(v{i})
wolffd@0 13 v{i} = v{i}{1}; %% Segmented audio cannot be exported properly now.
wolffd@0 14 end
wolffd@0 15 if size(v{i},2) > 1
wolffd@0 16 frames = 1;
wolffd@0 17 end
wolffd@0 18 end
wolffd@0 19 for i = 1:length(v)
wolffd@0 20 if size(v{i},4) == 1
wolffd@0 21 vi = v{i};
wolffd@0 22 else
wolffd@0 23 lvi = size(v{i},1);
wolffd@0 24 vi = [];
wolffd@0 25 for j = 1:size(v{i},4)
wolffd@0 26 vi(lvi*(j-1)+1:lvi*j,:,:) = v{i}(:,:,:,1);
wolffd@0 27 end
wolffd@0 28 end
wolffd@0 29 if i == 1
wolffd@0 30 x{1,1} = ['mean',t];
wolffd@0 31 x{1,2} = ['std',t];
wolffd@0 32 end
wolffd@0 33 x{i+1,1} = mean(mean(vi));
wolffd@0 34 x{i+1,2} = mean(std(vi));
wolffd@0 35 pti = pt{i};
wolffd@0 36 ppi = pp{i};
wolffd@0 37 if not(isempty(ppi{1}))
wolffd@0 38 if iscell(ppi{1})
wolffd@0 39 ppi = ppi{1}; %% Segmented audio cannot be exported properly now.
wolffd@0 40 pti = pti{1};
wolffd@0 41 if iscell(pti{1})
wolffd@0 42 pti = ppi;
wolffd@0 43 end
wolffd@0 44 end
wolffd@0 45 for j = 1:size(vi,2)
wolffd@0 46 pep = ppi{1,j,1};
wolffd@0 47 if isempty(pep)
wolffd@0 48 pet(j) = NaN;
wolffd@0 49 pev(j) = NaN;
wolffd@0 50 else
wolffd@0 51 pet(j) = pti{1,j,1}(1);
wolffd@0 52 if size(vi,3) > 1 && size(vi,1) == 1
wolffd@0 53 pev(j) = pep(1);
wolffd@0 54 else
wolffd@0 55 pev(j) = vi(pep(1),j,1);
wolffd@0 56 end
wolffd@0 57 end
wolffd@0 58 end
wolffd@0 59 if frames
wolffd@0 60 if i == 1
wolffd@0 61 x{1,3} = ['meanpeakpos',t];
wolffd@0 62 x{1,4} = ['stdpeakpos',t];
wolffd@0 63 x{1,5} = ['meanpeakval',t];
wolffd@0 64 x{1,6} = ['stdpeakval',t];
wolffd@0 65 end
wolffd@0 66 x{i+1,3} = mean(pet);
wolffd@0 67 x{i+1,4} = std(pet);
wolffd@0 68 x{i+1,5} = mean(pev);
wolffd@0 69 x{i+1,6} = std(pev);
wolffd@0 70 else
wolffd@0 71 if i == 1
wolffd@0 72 x{1,3} = ['peakpos',t];
wolffd@0 73 x{1,4} = ['peakval',t];
wolffd@0 74 end
wolffd@0 75 x{i+1,3} = pet;
wolffd@0 76 x{i+1,4} = pev;
wolffd@0 77 end
wolffd@0 78 end
wolffd@0 79 end