public string Plot() //Default = Chromatic Scale with the last string's 0 fret being a root
{
Pitch Root = fretboard[(this.NumberOfStrings - 1), 0];
HarmonicSet Set = new HarmonicSet(Root, Scales.Chromatic);
Fretboard FretboardPlot = new Fretboard(this.NumberOfFrets, Tuning);
//Sets Factor value for every Pitch in Fretboard.Plot.fretboard
for (int current_string = 0; current_string < FretboardPlot.NumberOfStrings; current_string++)
{
for (int current_fret = 0; current_fret < FretboardPlot.fretboard.GetLength(1); current_fret++)
{
if (FretboardPlot.fretboard[current_string, current_fret].Note == Root.Note)
{
FretboardPlot.fretboard[current_string, current_fret].Factor = 0;
}
else
{
for (int i = 1; i < Set.Components.Length; i++)
{
if (FretboardPlot.fretboard[current_string, current_fret].Note == Set.Components[i].Note)
{
FretboardPlot.fretboard[current_string, current_fret].Factor = Set.Steps[i - 1];
}
}
}
}
}
string outcome = "";
for (int CurrentString = 0; CurrentString < NumberOfStrings; CurrentString++) //StringIteration
{
outcome += $" {CurrentString + 1}: {FretboardPlot.fretboard[CurrentString, 0].FactorToString()} ||";
for (int CurrentFret = 1; CurrentFret < FretboardPlot.fretboard.GetLength(1); CurrentFret++) //FretIteration
{
if (FretboardPlot.fretboard[CurrentString, CurrentFret].Factor == null)
{
outcome += "-------|";
}
else if (FretboardPlot.fretboard[CurrentString, CurrentFret].Factor == Interval.Root)
{
outcome += $"-({FretboardPlot.fretboard[CurrentString, CurrentFret].FactorToString()})--|";
}
else
{
outcome += $"- {FretboardPlot.fretboard[CurrentString, CurrentFret].FactorToString()} --|";
}
}
outcome += "\n";
}
return(outcome);
}
public string ShowFretboardMap()
{
string outcome = "";
for (int CurrentString = 0; CurrentString < NumberOfStrings; CurrentString++) //StringIteration
{
{
Pitch temp = fretboard[CurrentString, 0];
bool tempIsSharp = (temp.Note == Notes.Csharp || temp.Note == Notes.Dsharp || temp.Note == Notes.Fsharp || temp.Note == Notes.Gsharp || temp.Note == Notes.Asharp);
if (tempIsSharp)
{
outcome += $" {CurrentString + 1}: {fretboard[CurrentString, 0]} ||";
}
else
{
outcome += $" {CurrentString + 1}: {fretboard[CurrentString, 0]} ||";
}
} //Prints out the 0 fret note.
for (int CurrentFret = 1; CurrentFret < fretboard.GetLength(1); CurrentFret++) //FretIteration
{
Pitch temp = fretboard[CurrentString, CurrentFret];
bool tempIsSharp = (temp.Note == Notes.Csharp || temp.Note == Notes.Dsharp || temp.Note == Notes.Fsharp || temp.Note == Notes.Gsharp || temp.Note == Notes.Asharp);
if (tempIsSharp)
{
outcome += $"-{fretboard[CurrentString, CurrentFret]}-|";
}
else
{
outcome += $"---{fretboard[CurrentString, CurrentFret]}---|";
}
}
outcome += "\n";
}
return(outcome);
}
public MainWindow()
{
InitializeComponent();
DataContext = this;
ChordsList = new List <string>(ChordsDictionary.Keys);
ScalesList = new List <string>(ScalesDictionary.Keys);
RootsList = new List <string>(RootsDictionary.Keys);
numberOfStringsToPrint = 14;
ScaleOrChord = true;
CurrentSet = GetScale("Major (1) Ionian");
CurrentRoot = GetPitch("C");
CurrentTuning = new[] { E, A, D, G, B, E };
ShouldNotExecute = false;
ChordSelection.SelectedIndex = -1;
RootSelection.SelectedIndex = 0;
ScaleSelection.SelectedValue = "Major (1) Ionian";
//TODO: Use delegates to make these more concise
FretboardDisplay.Text = (new Fretboard(numberOfStringsToPrint, CurrentTuning)).PlotAsNotes(CurrentRoot, CurrentSet);
FretboardDisplay2.Text = (new Fretboard(numberOfStringsToPrint, CurrentTuning)).Plot(CurrentRoot, CurrentSet); //FretboardDisplay2.Text = (new Fretboard(13, A, E, A, D, G, B, E)).Plot(C, Major);
}
public string PlotAsNotes(Pitch Root, int[] Factor)
{
HarmonicSet Set = new HarmonicSet(Root, Factor);
Fretboard FretboardPlot = new Fretboard(this.NumberOfFrets, Tuning);
//Sets Factor value for every Pitch in Fretboard.Plot.fretboard
for (int current_string = 0; current_string < FretboardPlot.NumberOfStrings; current_string++)
{
for (int current_fret = 0; current_fret < FretboardPlot.fretboard.GetLength(1); current_fret++)
{
if (FretboardPlot.fretboard[current_string, current_fret].Note == Root.Note)
{
FretboardPlot.fretboard[current_string, current_fret].Factor = 0;
}
else
{
for (int i = 1; i < Set.Components.Length; i++)
{
if (FretboardPlot.fretboard[current_string, current_fret].Note == Set.Components[i].Note)
{
FretboardPlot.fretboard[current_string, current_fret].Factor = Set.Steps[i - 1];
}
}
}
}
}
string outcome = "";
//Responsible for printing out as notes:
for (int CurrentString = 0; CurrentString < NumberOfStrings; CurrentString++) //StringIteration
{
if (FretboardPlot.fretboard[CurrentString, 0].Factor == null)
{
if (CurrentString + 1 > 9)
{
outcome += $"{CurrentString + 1}: ||";
}
else
{
outcome += $" {CurrentString + 1}: ||";
}
}
else
{
Pitch temp = FretboardPlot.fretboard[CurrentString, 0];
bool tempIsSharp = (temp.Note == Notes.Csharp || temp.Note == Notes.Dsharp || temp.Note == Notes.Fsharp || temp.Note == Notes.Gsharp || temp.Note == Notes.Asharp);
if (tempIsSharp)
{
if (CurrentString + 1 > 9)
{
outcome += $"{CurrentString + 1}: {FretboardPlot.fretboard[CurrentString, 0]}||";
}
else
{
outcome += $" {CurrentString + 1}: {FretboardPlot.fretboard[CurrentString, 0]}||";
}
}
else
{
if (CurrentString + 1 > 9)
{
outcome += $"{CurrentString + 1}: {FretboardPlot.fretboard[CurrentString, 0]} ||";
}
else
{
outcome += $" {CurrentString + 1}: {FretboardPlot.fretboard[CurrentString, 0]} ||";
}
}
}
for (int CurrentFret = 1; CurrentFret < FretboardPlot.fretboard.GetLength(1); CurrentFret++) //FretIteration
{
if (FretboardPlot.fretboard[CurrentString, CurrentFret].Factor == null)
{
outcome += "-------|";
}
else
{
Pitch temp = FretboardPlot.fretboard[CurrentString, CurrentFret];
bool tempIsSharp = (temp.Note == Notes.Csharp || temp.Note == Notes.Dsharp || temp.Note == Notes.Fsharp || temp.Note == Notes.Gsharp || temp.Note == Notes.Asharp);
if (tempIsSharp)
{
outcome += $"-{FretboardPlot.fretboard[CurrentString, CurrentFret]}-|";
}
else
{
outcome += $"---{FretboardPlot.fretboard[CurrentString, CurrentFret]}---|";
}
}
}
outcome += "\n";
}
return(outcome);
}
