public void ChordProgressionMinorOrDiminishedOnlyTest()
{
for (var i = 0; i < 50; i++)
{
Console.WriteLine(ChordProgressionGenerator.ChordProgression(MinorOrDiminshedFilter));
}
}
public void ChordProgressionTest()
{
for (var i = 0; i < 50; i++)
{
Console.WriteLine(ChordProgressionGenerator.ChordProgression(n => n));
}
}
public void SectionTest()
{
var time = TimeSignature.CommonTime;
var section = new SongSection(new SongInfo(time, 4), SectionType.None, ChordProgressionGenerator.ChordProgression(n => n));
var totalBeats = section.Measures * time.BeatCount;
Console.WriteLine("Total beats: {0}", totalBeats);
for (var beat = 0; beat < totalBeats; beat++)
{
var chordHere = section.Chords.FirstOrDefault(c => c.Item1 == beat);
Console.WriteLine("{0} {1} - {2}", beat % time.BeatCount == 0 ? "-" : " ", beat, chordHere?.Item2);
}
}
private static List <ChordProgression> GetDistinctChordProgressions(ParameterList parameters, int amount)
{
var progressions = new List <ChordProgression>();
while (progressions.Count < amount)
{
var prog = ChordProgressionGenerator.ChordProgression(parameters.ChordProgressionFilter);
if (progressions.All(p => !Equals(p, prog)))
{
progressions.Add(prog);
}
}
return(progressions);
}
public void SoloLeadTest()
{
var section = new SongSection(new SongInfo(TimeSignature.CommonTime, 4), SectionType.None, ChordProgressionGenerator.ChordProgression(n => n));
var lead = section.Lead;
foreach (var note in lead)
{
Console.WriteLine(note);
}
}
