public RhythmPatternModEnd(RhythmPatternBase pattern, RhythmPatternBase patternEnd)
{
Debug.Assert(pattern.BeatsPerMeasure == patternEnd.BeatsPerMeasure);
Debug.Assert(patternEnd.MeasuresCount < pattern.MeasuresCount);
this.pattern = pattern;
this.patternEnd = patternEnd;
}
public MelodyAtomic(object[] notes, int bpm = 4)
{
Debug.Assert(notes.Length % bpm == 0);
rhythm = new RhythmPattern(bpm, notes.Select(obj => obj != null).ToArray());
this.notes = notes.Where(obj => obj != null).ToArray();
this.bpm = bpm;
}
public MelodyAtomic(RhythmPatternBase rhythm, object[] notes)
{
Debug.Assert(rhythm.CountNotes() == notes.Length);
this.rhythm = rhythm;
Debug.Assert(notes.Length == rhythm.CountNotes());
foreach (var note in notes)
{
Debug.Assert(note is int || note is Note || note is string);
}
this.notes = (object[])notes.Clone();
}
public MelodyAtomic(RhythmPatternBase rhythm, Random rand)
{
int count = rhythm.CountNotes();
notes = new object[count];
const int maxInterval = 2;
for (int i = 0; i < count; i++)
{
notes[i] = rand.Next(2 * maxInterval + 1) - maxInterval;
}
}
public abstract int CountPattern(RhythmPatternBase pattern);
public override int CountPattern(RhythmPatternBase pattern)
{
throw new NotImplementedException();
}
public override int CountPattern(RhythmPatternBase pattern)
{
return(pattern == this ? 1 : 0);
}
public override int CountPattern(RhythmPatternBase pattern)
{
return(patterns.Sum(p => p.CountPattern(pattern)));
}
public override int CountPattern(RhythmPatternBase pattern)
{
return(basePattern.CountPattern(pattern));
}
public RhythmSectionInverse(RhythmPatternBase pattern)
{
basePattern = pattern;
}