public static string ToPrettyString(this Intonation intonation)
{
switch (intonation)
{
case Intonation.A: return("A");
case Intonation.AsBb: return("A#/Bb");
case Intonation.B: return("B");
case Intonation.C: return("C");
case Intonation.CsDb: return("C#/Db");
case Intonation.D: return("D");
case Intonation.DsEb: return("D#/Eb");
case Intonation.E: return("E");
case Intonation.F: return("F");
case Intonation.FsGb: return("F#/Gb");
case Intonation.G: return("G");
case Intonation.GsAb: return("G#/Ab");
default: return("Unknown");
}
}
static void Main(string[] args)
{
Console.WriteLine("MUSIQ");
Intonation root = Intonation.Unknown;
while (root == Intonation.Unknown)
{
root = GetRoot();
}
Console.Clear();
Scale scale = Scale.Unknown;
while (scale == Scale.Unknown)
{
scale = GetScale();
}
Console.Clear();
var key = new Key(root, scale, ModeBuilder.Create(scale));
Console.WriteLine(key);
Console.WriteLine("Press a key to go away...");
Console.ReadKey();
}
public static string ToAudioSynthString(this Intonation intonation)
{
switch (intonation)
{
case Intonation.A: return("A");
case Intonation.AsBb: return("A#");
case Intonation.B: return("B");
case Intonation.C: return("C");
case Intonation.CsDb: return("C#");
case Intonation.D: return("D");
case Intonation.DsEb: return("D#");
case Intonation.E: return("E");
case Intonation.F: return("F");
case Intonation.FsGb: return("F#");
case Intonation.G: return("G");
case Intonation.GsAb: return("G#");
default: return("");
}
}
public Chord(Intonation root, ChordComplexity complexity, IEnumerable <Interval> intervals)
{
Root = root;
_intervals = intervals.ToList();
var octave = root.GetChromaticOctave().ToList();
switch (complexity)
{
case ChordComplexity.Triad:
Intonations = new List <Intonation>
{
root,
octave[_intervals.GetChromaticIndex(Degree.III)],
octave[_intervals.GetChromaticIndex(Degree.V)]
};
Type = GetTriadType();
break;
case ChordComplexity.Seventh:
Intonations = new List <Intonation>
{
root,
octave[_intervals.GetChromaticIndex(Degree.III)],
octave[_intervals.GetChromaticIndex(Degree.V)],
octave[_intervals.GetChromaticIndex(Degree.VII)]
};
Type = GetSeventhType();
break;
}
}
public static Chord GetTriadChord(this IEnumerable <Interval> intervals, Intonation root, Degree degree)
{
var offsetRoot = intervals.GetIntonation(root, degree);
var offsetIntervals = intervals.GetOffset(degree);
return(new Chord(offsetRoot, Chord.ChordComplexity.Triad, offsetIntervals));
}
public Note(Tones tone, int pitch, Intonation intonation)
{
this.tone = tone;
this.pitch = pitch;
this.intonation = intonation;
this.connected = false;
}
public TimelineFactory(SoundPlayer inputEmitter, Intonation intonationType)
{
Pronunciation = new Pronunciation(intonationType);
timelinesField.Capacity = OutputManager.MAX_LETTERS; //lists resize constantly when filling. better to know its limit and prevent that to increase performance;
soundPlayerRef = inputEmitter; //the reason im using a pointer is there is no need for a SoundPlayer per SentenceFactory.
PossibleDebugOutput = new DebugOutputContainer();
}
public static IEnumerable <Intonation> GetChromaticOctave(this Intonation root)
{
var results = new List <Intonation>();
for (var i = (int)root; i <= 12; i++)
{
results.Add((Intonation)i);
}
for (var i = 1; i < (int)root; i++)
{
results.Add((Intonation)i);
}
return(results);
}
public static Intonation GetIntonation(this IEnumerable <Interval> intervals, Intonation root, Degree degree) => root.GetChromaticOctave().ElementAt(intervals.GetChromaticIndex(degree));
public static IEnumerable <Intonation> GetIntonations(this IEnumerable <Interval> intervals, Intonation root)
{
var octave = root.GetChromaticOctave().ToList();
var results = new List <Intonation>();
results.Add(root);
var index = 0;
foreach (var interval in intervals)
{
index += (int)interval;
if (index >= octave.Count)
{
continue;
}
results.Add(octave[index]);
}
return(results);
}
private void WriteNote(StringBuilder builder, Intonation intonation)
{
builder.Append($"{intonation}".PadRight(20));
}
public Key(Intonation root, Scale scale, IDictionary <Degree, Mode> modes)
{
Root = root;
Scale = scale;
Modes = modes;
}
public IEnumerable <Intonation> GetIntonations(Intonation root) => Intervals.GetIntonations(root);
