private void btnCalculate_Click(object sender, RoutedEventArgs e)
{
if (this.cmbNote.SelectedValue != null)
{
Note note = new Note((MasterNoteType)this.cmbNote.SelectedValue,
this.cmbAccidentials.SelectedValue == null ? 0 :
(Accidentials)this.cmbAccidentials.SelectedValue);
this.txbResult.Text += "Note notation: " + note.GetNotation() + "\r\n";
//Interval interval = new Interval(note, this.cmbIntervalType.SelectedValue == null ? 0 :
// (IntervalType)this.cmbIntervalType.SelectedValue);
IntervalType xx = (from cc in intervals
where cc.GetType().Name == cmbIntervalType.SelectedValue.ToString()
select cc).First();
Note upperNote = masterNoteRow.GetIntervalUp(note, xx).UpperNote;
this.txbResult.Text += String.Format("The upper note of the interval is: {0}\r\n", upperNote.MasterNoteType.ToString() + upperNote.Accidentials.ToString());
//this.txbResult.Text += String.Format("Next Upper Root: {0}\r\n", masterNoteRow.GetNextUpperNoteType((MasterNoteType)this.cmbNote.SelectedValue).ToString());
//this.txbResult.Text += String.Format("Half Step Count to next upper note: {0}\r\n", masterNoteRow.StepsToUpper((MasterNoteType)this.cmbNote.SelectedValue).ToString());
//this.txbResult.Text += String.Format("Next Lower Root: {0}\r\n", masterNoteRow.GetNextLowerNoteType((MasterNoteType)this.cmbNote.SelectedValue).ToString());
//this.txbResult.Text += String.Format("Half Step Count to next lower note: {0}\r\n", masterNoteRow.StepsToLower((MasterNoteType)this.cmbNote.SelectedValue).ToString());
//this.txbResult.Text += String.Format("Steps between your note and a C: {0}\r\n", masterNoteRow.StepsBetween(((MasterNoteType)this.cmbNote.SelectedValue), MasterNoteType.C));
this.txbResult.Text += String.Format("Scale: \r\n");
DiatonicScale majorScale = new DiatonicScale(note);
foreach (Note scaleNote in majorScale.Notes)
{
this.txbResult.Text += String.Format("{0}{1} ", scaleNote.MasterNoteType.ToString(), scaleNote.Accidentials.ToString());
}
Voicing majorTriad = new Voicing("major triad", new List <IntervalType>()
{
new MajorThird(), new PerfectFifth()
});
majorTriad.GetMatchingChordNotes(majorScale);
foreach (List <Note> notes in majorTriad.GetMatchingChordNotes(majorScale))
{
this.txbResult.Text += String.Format("Matching chord: \r\n");
foreach (Note chordNote in notes)
{
this.txbResult.Text += chordNote.MasterNoteType.ToString() + chordNote.Accidentials.ToString() + " ";
}
this.txbResult.Text += String.Format("\r\n");
}
try
{
Changes CsharpMaj7 = new Changes(new Note(MasterNoteType.C, Accidentials.sharp), new List <IntervalType>()
{
new MajorThird(), new PerfectFifth(), new MajorSeventh()
},
new List <IntervalType>());
//Changes Aflat7flat913 = new Changes(new Note(MasterNoteType.A, Accidentials.flat), new List<IntervalType>() { new MajorThird(), new MinorSeventh() },
// new List<IntervalType>() { new MinorSecond(), new MajorSixth() });
this.txbResult.Text += CsharpMaj7.Name;
//this.txbResult.Text += Aflat7flat913.Name;
Changes CMajTriad = new Changes(new Note(MasterNoteType.C), new List <IntervalType>()
{
new MajorThird(), new PerfectFifth()
}, new List <IntervalType>());
this.txbResult.Text += CMajTriad.Name;
}
catch (Exception ex)
{
this.txbResult.Text += ex.Message;
}
}
}
public Mode(string name, Voicing voicing, IEnumerable <Interval> intervals)
{
Name = name;
Voicing = voicing;
Intervals = intervals;
}