comparison Chordino.cpp @ 159:f01e5707b804

Typo fix

     m_outputChords = index++;
     
     OutputDescriptor chordnotes;
     chordnotes.identifier = "chordnotes";
     chordnotes.name = "Note Representation of Chord Estimate";
-    chordnotes.description = "A simple represenation of the estimated chord with bass note (if applicable) and chord notes.";
+    chordnotes.description = "A simple representation of the estimated chord with bass note (if applicable) and chord notes.";
     chordnotes.unit = "MIDI units";
     chordnotes.hasFixedBinCount = true;
     chordnotes.binCount = 1;
     chordnotes.hasKnownExtents = true;
     chordnotes.minValue = 0;

         trans.push_back(temp);
     }
     vector<double> scale;
     vector<int> chordpath = ViterbiPath(init, trans, chordogram, delta, &scale);
     
-
     Feature chord_feature; // chord estimate
     chord_feature.hasTimestamp = true;
     chord_feature.timestamp = timestamps[0];
     chord_feature.label = m_chordnames[chordpath[0]];
     fsOut[m_outputChords].push_back(chord_feature);
     
     chordchange[0] = 0;
     for (int iFrame = 1; iFrame < (int)chordpath.size(); ++iFrame) {
-        // cerr << chordpath[iFrame] << endl;
         if (chordpath[iFrame] != oldchord ) {
             // chord
             Feature chord_feature; // chord estimate
             chord_feature.hasTimestamp = true;
             chord_feature.timestamp = timestamps[iFrame];

         oldnotes[iNote].duration = oldnotes[iNote].duration + timestamps[timestamps.size()-1];
         fsOut[m_outputChordnotes].push_back(oldnotes[iNote]);
     }
     
     cerr << "done." << endl;
-    
+
     for (int iFrame = 0; iFrame < nFrame; iFrame++) {
         Feature chordchange_feature;
         chordchange_feature.hasTimestamp = true;
         chordchange_feature.timestamp = timestamps[iFrame];
         chordchange_feature.values.push_back(chordchange[iFrame]);

         fsOut[m_outputHarmonicChange].push_back(chordchange_feature);
     }
     
     // for (int iFrame = 0; iFrame < nFrame; iFrame++) cerr << fsOut[m_outputHarmonicChange][iFrame].values[0] << endl;
     
-    
     return fsOut;     
 }