protected void UpdateScale(Note rootNote, ScaleType scaleType)
{
context.academicScale = ScaleHelper.Create(rootNote, scaleType);
context.academicChords = _useSingleNoteChords
? ScaleHelper.GenerateSingleNoteAcademicChords(context.academicScale)
: ScaleHelper.GenerateAcademicChords(context.academicScale);
context.rootNote = rootNote;
context.scaleType = scaleType;
}
public void GenerateAcademicChordsCMajor()
{
AcademicScale academicScale = ScaleHelper.Create(Note.C, ScaleType.Major);
AcademicChord[] academicChords = ScaleHelper.GenerateAcademicChords(academicScale);
for (int i = 0; i < academicChords.Length; ++i)
{
Assert.AreEqual(C_MAJOR_CHORDS[i].notes, academicChords[i].notes);
}
}
public void CreateFSharpMinor()
{
AcademicScale actual = ScaleHelper.Create(Note.Fsharp, ScaleType.Minor);
Assert.AreEqual(F_SHARP_MINOR, actual.notes);
}
public void CreateCMinor()
{
AcademicScale actual = ScaleHelper.Create(Note.C, ScaleType.Minor);
Assert.AreEqual(C_MINOR, actual.notes);
}
public void CreateGMinorPentatonic()
{
AcademicScale actual = ScaleHelper.Create(Note.G, ScaleType.MinorPentatonic);
Assert.AreEqual(G_MINOR_PENTATONIC, actual.notes);
}
public void CreateCMajorPentatonic()
{
AcademicScale actual = ScaleHelper.Create(Note.C, ScaleType.MajorPentatonic);
Assert.AreEqual(C_MAJOR_PENTATONIC, actual.notes);
}
