public ChordProperties(ChordTreeNode c, GuiCommandExecutor ex, NodeClick cl)
: base(cl, ex)
{
chord = c.getChord();
CurrentLength = chord.Length.NoteType.getStringFromNoteLength();
Lengths = NoteLengthExtensions.getAllLengthStrings();
}
public void readNoteLengthsFromFile(Dictionary <string, string> parsed_file)
{
var dict = new Dictionary <NoteLength, int>();
foreach (var entry in parsed_file)
{
dict.Add(NoteLengthExtensions.getNoteLengthFromString(entry.Key), int.Parse(parsed_file[entry.Key]));
}
note_lengths = dict;
}
public static TupleLength createInstance(int note_length, int type)
{
if (NoteLengthExtensions.intIsValidNoteLength(note_length) &&
TupletTypeExtensions.intIsValidTupletType(type))
{
return(new TupleLength((NoteLength)note_length, (TupletType)type));
}
else
{
return(null);
}
}
public Dictionary <NoteLength, string> getRestImagePaths(Dictionary <string, string> file_names)
{
var image_dict = new Dictionary <NoteLength, string>();
foreach (string length_name in file_names.Keys)
{
NoteLength length = NoteLengthExtensions.getNoteLengthFromString(length_name);
image_dict.Add(length, file_names[length_name]);
}
return(image_dict);
}
public Dictionary <NoteLength, ImageBrush> getLengthImages(Dictionary <string, string> uri_dict)
{
var image_dict = new Dictionary <NoteLength, ImageBrush>();
foreach (var entry in uri_dict)
{
NoteLength length = NoteLengthExtensions.getNoteLengthFromString(entry.Key);
var brush = new ImageBrush();
brush.ImageSource = SettingsReader.getImageFromLocation(entry.Value);
image_dict[length] = brush;
}
return(image_dict);
}
public override void submitChanges()
{
int beat_type_i = (Int32.TryParse(BeatType, out int beat)) ? beat : 0;
NoteLength beat_type_n = NoteLengthExtensions.getNoteLengthFromVisualLength(beat_type_i);
if (NumBeatsError == String.Empty || BeatTypeError == String.Empty || BpmError == String.Empty || !Int32.TryParse(NumBeats, out int num_beats_i) ||
beat_type_n == NoteLength.None || !Int32.TryParse(BPM, out int bpm_i))
{
return;
}
if (num_beats_i != measure.TimeSignature.NumberOfBeats || beat_type_n != measure.TimeSignature.BeatType)
{
executor.executeChangeMeasureTimeSigFromMenu(getClickCopy(), num_beats_i, beat_type_n);
}
if (bpm_i != measure.Bpm)
{
executor.executeChangeMeasureBpmFromMenu(getClickCopy(), bpm_i);
}
}
public Dictionary <NoteLength, ImageBrush> getLengthImages(Dictionary <string, string> uri_dict)
{
var needed_lengths = new List <NoteLength>()
{
NoteLength.Half, NoteLength.Quarter, NoteLength.Eighth, NoteLength.Sixeteenth, NoteLength.ThirtySecond
};
var image_dict = new Dictionary <NoteLength, ImageBrush>();
foreach (var entry in uri_dict)
{
NoteLength length = NoteLengthExtensions.getNoteLengthFromString(entry.Key);
if (needed_lengths.Contains(length))
{
var brush = new ImageBrush();
brush.ImageSource = SettingsReader.getImageFromLocation(entry.Value);
image_dict[length] = brush;
}
}
return(image_dict);
}
public void setTimeSigNoteLengthProperty(ref string prop, string value, ref string error)
{
if (value == String.Empty)
{
error = "required field";
}
else if (Int32.TryParse(value, out int converted))
{
NoteLength length = NoteLengthExtensions.getNoteLengthFromVisualLength(converted);
if (length == NoteLength.None)
{
error = "must be 2, 4, 8, 16, or 32";
}
else
{
error = "";
}
}
else
{
error = "must be a number";
}
prop = value;
}
