private void AddDetectionMethod(DetectionMethodsTypeDetection_Method detectionMethod)
{
if (detectionMethod != null)
{
if (DetectionMethods == null)
{
DetectionMethods = new List <DetectionMethod>();
}
DetectionMethods.Add(new DetectionMethod(detectionMethod.Method.GetXmlEnumLabel(),
detectionMethod.Description.ConvertToString(), detectionMethod.Effectiveness.GetXmlEnumLabel()));
}
}
// The true ResultsToxTimings procedure requiring more parameters, (not compliant with ITransform inteface)
public int ResultsToxTimings(string resultsFile, vamps.AlignmentType alignmentType, vamps.LabelTypes labelType, DetectionMethods detectMethod = DetectionMethods.ComplexDomain)
{
int err = 0;
bool redo = true;
if (xOnsets == null)
{
xOnsets = new xTimings("Note Onsets");
}
if ((xOnsets.effects.Count > 0) && (!ReuseResults))
{
xOnsets.effects.Clear();
}
//TODO Fix this so it works correctly
//if ((xOnsets == null) || (!ReuseResults))
//if (xOnsets == null)
{
int onsetCount = 0;
string lineIn = "";
int lastBeat = 0;
int lastBar = -1;
int beatLength = 0;
int ppos = 0;
int millisecs = 0;
int subBeat = 0;
int subSubBeat = 0;
int subSubSubBeat = 0;
int theTime = 0;
int milliLen = 0;
string noteNum = "";
int midiNum = -1;
string label = "1";
int countLines = 0;
int countBars = 1;
int countBeats = FirstBeat;
int countHalves = 1;
int countThirds = 1;
int countQuarters = 1;
int maxBeats = BeatsPerBar;
int maxHalves = BeatsPerBar * 2;
int maxThirds = BeatsPerBar * 3;
int maxQuarters = BeatsPerBar * 4;
//int align = seqFunct.GetAlignment(cboAlignBarsBeats.Text);
fps = 1000;
msPF = 1;
switch (alignmentType)
{
case vamps.AlignmentType.FPS10:
fps = 10;
msPF = 100;
break;
case vamps.AlignmentType.FPS20:
fps = 20;
msPF = 50;
break;
case vamps.AlignmentType.FPS30:
fps = 30;
msPF = 33;
break;
case vamps.AlignmentType.FPS40:
fps = 40;
msPF = 25;
break;
case vamps.AlignmentType.FPS60:
fps = 60;
msPF = 17;
break;
case vamps.AlignmentType.BeatsFull:
Annotator.xAlignTo = Annotator.xBeatsFull;
break;
case vamps.AlignmentType.BeatsHalf:
Annotator.xAlignTo = Annotator.xBeatsHalf;
break;
case vamps.AlignmentType.BeatsThird:
Annotator.xAlignTo = Annotator.xBeatsThird;
break;
case vamps.AlignmentType.BeatsQuarter:
Annotator.xAlignTo = Annotator.xBeatsQuarter;
break;
}
Annotator.alignIdx = 0; // Reset
// Pass 1, count lines
StreamReader reader = new StreamReader(resultsFile);
while (!reader.EndOfStream)
{
lineIn = reader.ReadLine();
countLines++;
}
reader.Close();
// Pass 2, read data into arrays
reader = new StreamReader(resultsFile);
if (!reader.EndOfStream)
{
lineIn = reader.ReadLine();
ppos = lineIn.IndexOf('.');
if (ppos > xUtils.UNDEFINED)
{
string[] parts = lineIn.Split(',');
millisecs = xUtils.ParseMilliseconds(parts[0]);
millisecs = Annotator.AlignTimeTo(millisecs, alignmentType);
lastBeat = millisecs;
lastBar = millisecs;
if (parts.Length > 1)
{
milliLen = xUtils.ParseMilliseconds(parts[1]);
}
if (parts.Length > 2)
{
noteNum = parts[2];
if (noteNum.Length > 0)
{
midiNum = Int32.Parse(noteNum);
if (midiNum > 0)
{
//label = SequenceFunctions.noteNames[midiNum];
}
}
}
} // end line contains a period
} // end while loop more lines remaining
while (!reader.EndOfStream)
{
lineIn = reader.ReadLine();
ppos = lineIn.IndexOf('.');
if (ppos > xUtils.UNDEFINED)
{
string[] parts = lineIn.Split(',');
millisecs = xUtils.ParseMilliseconds(parts[0]);
label = countBeats.ToString();
// FULL BEATS - QUARTER NOTES
//millisecs = xUtils.RoundTimeTo(millisecs, msPF);
// Moved down to below > lastbeat check
//millisecs = Annotator.AlignTimeTo(millisecs, alignmentType);
beatLength = millisecs - lastBeat;
if (parts.Length > 1)
{
milliLen = xUtils.ParseMilliseconds(parts[1]);
}
// Has it advanced since the last one?
if (millisecs > lastBeat)
{
// OK, now align it
millisecs = Annotator.AlignTimeTo(millisecs, alignmentType);
// Is it still past the lastone after alignment?
if (millisecs > lastBeat)
{
// Save it, add it to list
xOnsets.Add(label, lastBeat, millisecs, midiNum);
// update count
countBeats++;
// Remember this for next round (in order to skip ones which haven't advanced)
lastBeat = millisecs;
}
}
// Get length and midi number for next entry
if (parts.Length > 2)
{
noteNum = parts[2];
if (noteNum.Length > 0)
{
midiNum = Int32.Parse(noteNum);
if (midiNum > 0)
{
//label = SequenceFunctions.noteNames[midiNum];
}
}
}
onsetCount++;
} // end line contains a period
} // end while loop more lines remaining
xOnsets.Add(label, lastBeat, millisecs, midiNum);
reader.Close();
}
return(err);
} // end Beats
