% Compute segment recognition rate w.r.t. varying segment sizes
% speakerSet(i).sentence(j).segment(k).correct: "correct" vector of all segments of length k within sentence j of speaker i

tInit=clock;
addMyPath;
load output\mat\speakerSet.mat
if maxSpeakerNum<length(speakerSet1)
	speakerSet1(maxSpeakerNum+1:end)=[];
	speakerSet2(maxSpeakerNum+1:end)=[];
end
load output\mat\gmmParam

maxSegmentSize=100;
plotOpt=0;
[segmentRr1, speakerSet1]=speakerIdSegRrWrtSize(speakerSet1, gmm, maxSegmentSize, plotOpt);
[segmentRr2, speakerSet2]=speakerIdSegRrWrtSize(speakerSet2, gmm, maxSegmentSize, plotOpt);

figure; plot(1:length(segmentRr1), segmentRr1*100, '.-', 1:length(segmentRr2), segmentRr2*100, '.-');
grid on;
xlabel('Segment length');
ylabel('Recognition rate (%)');
legend('Inside-test', 'Outside-test', 4);
eval(['print -dpng output\png\', mfilename]);
fprintf('%s ===> %g seconds\n', mfilename, etime(clock, tInit));