private void AddToKeysList(clsKeysAlg.eAlg alg, clsKeysAlg.eProfile profile, int penalty)
{
clsKeysAlg keysalg = new clsKeysAlg(profile, alg, penalty);
KeysList.Add(keysalg);
KeysLabels.Add(penalty.ToString());
}
internal clsBatchParams(clsKeysAlg.eProfile profile, clsKeysAlg.eAlg alg, int changepenalty)
{
Total = 0;
Profile = profile;
Alg = alg;
ChangePenalty = changepenalty;
}
private string Calculate(clsFileStream fs, int?inertia)
{
KeysList = new List <clsKeysAlg>();
KeysLabels = new List <string>();
clsKeysAlg.eAlg alg = clsKeysAlg.eAlg.Weighted;
if (optAlgFlat.Checked)
{
alg = clsKeysAlg.eAlg.Flat;
}
//clsFileStream csvfileconv;
clsNoteMap notemap;
if (chkChordFile.Checked)
{
if (P.F.CF?.Evs == null || P.F.CF.Evs.Count == 0)
{
return("Empty ChordFile");
}
notemap = P.F.CF.NoteMap;
}
else
{
if (fs != null)
{
notemap = fs.NoteMap;
}
else
{
try {
notemap = (new clsFileStream(FileName, TrkSelect, true, false, true)).NoteMap;
}
catch (MidiFileException exc) {
return("MidiFileException: " + exc.Message);
}
}
}
clsKeysAlg.eProfile profile = clsKeysAlg.eProfile.Default;
if (optProfileJazz.Checked)
{
profile = clsKeysAlg.eProfile.Jazz;
}
else if (optProfileSpecial.Checked)
{
profile = clsKeysAlg.eProfile.Special;
}
Segments = new clsKeysAlg.clsSegments(notemap);
if (Segments.indEmpty)
{
return("Empty Tracks");
}
CF = (chkLoadTxt.Checked && P.F.CF != null) ? CF = P.F.CF : null;
KeysLabels.Add("Txt"); //leave in, even if text not present
clsKeysAlg.Alg = alg;
//clsKeysAlg.Trace = indTrace;
clsKeysAlg.Segments = Segments;
if (inertia.HasValue)
{
AddToKeysList(alg, profile, inertia.Value);
}
else
{
AddToKeysList(alg, profile, 0);
AddToKeysList(alg, profile, 30);
AddToKeysList(alg, profile, 50);
AddToKeysList(alg, profile, 70);
AddToKeysList(alg, profile, 90);
AddToKeysList(alg, profile, 110);
}
CalcMinorScores();
PopulatelvMod(true);
//cmdDebugSegs.Enabled = true;
return("");
}
