c@0: %% MASSEF.execute c@0: % Run MASSEF using input audio files. c@0: % c@0: %% Syntax c@0: % c@0: % massef.evaluate(originalFiles,estimateFile) c@0: % massef.evaluate(originalFiles,estimateFile,tag) c@0: % massef.evaluate(originalFiles,estimateFile,tag,mixNum) c@0: % massef.evaluate(originalFiles,estimateFile,tag,mixNum,sepNum) c@0: % massef.evaluate(originalFiles,estimateFile,tag,mixNum,sepNum,estNum) c@0: % c@0: % |massef.evaluate(originalFiles,estimateFile)| runs the framework using c@0: % the true sources provided in the wav files whose filenames are contained c@0: % in the cell array |originalFiles| (the target source is the first one) c@0: % and the estimate provided in the wav file with filename |estimateFile|. c@0: % c@0: % The method may be called as many times as desired. Use |massef.save()| c@0: % when finished to save the framework and its data to a file. c@0: % c@0: % |massef.evaluate(originalFiles,estimateFile,tag)| writes the char array c@0: % |tag| to the results data. Use the tag to identify different estimates in c@0: % the results data. c@0: % c@0: % |massef.evaluate(originalFiles,estimateFile,tag,mixNum)| uses the mixture c@0: % number |mixNum| to identify the separation of a particular mixture. c@0: % |mixNum| is a key that can be used with |MASSEFresults.mixtureInfo()| in c@0: % order to add information about a particular mixture. c@0: % c@0: % |massef.evaluate(originalFiles,estimateFile,tag,mixNum,sepNum)| uses the c@0: % separator number |sepNum| to identify the separation from a particular c@0: % algorithm. |sepNum| is a key that can be used with c@0: % |MASSEFresults.algorithmInfo()| in order to add information about a c@0: % particular algorithm. c@0: % c@0: % |massef.evaluate(originalFiles,estimateFile,tag,mixNum,sepNum,estNum)| c@0: % uses the estimate number |estNum| to identify different estimates c@0: % from a given algorithm (e.g. a binary or soft mask output). c@0: % c@0: %% See also c@0: % , c@0: % . c@0: % c@0: % c@0: %
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Copyright © 2017 University of Surrey
c@0: % Institute of Sound Recording, University of Surrey, UK

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