public void capoDown(bool?preferFlats = null)
{
SongProcessor.transposeKeyUp(this, preferFlats);
int tempcapo = 12 + this.Capo - 1;
this.Capo = tempcapo % 12;
}
public void capoDown()
{
SongProcessor.transposeKeyUp(this);
int tempcapo = 12 + this.Capo - 1;
this.Capo = tempcapo % 12;
}
public void TestGermanNotesTranspose()
{
Settings.initialize();
Settings.GlobalApplicationSettings.KeyNotationLanguage = Entities.FileAndFolderSettings.KeyNotationLanguageType.German;
Entities.Song song = new Entities.Song()
{
lyrics =
@"[V]
.A
.B
.H
.C
.C#
.D
.D#
.E
.F
.F#
.G
.G#",
presentation = "V"
};
SongProcessor.transposeKeyUp(song);
string expectedOutput =
@"[V]
.B
.H
.C
.C#
.D
.D#
.E
.F
.F#
.G
.G#
.A";
expectedOutput = expectedOutput.Replace("\r\n", "\n");
StringAssert.Equals(song.lyrics, expectedOutput);
}
public void TestEnglishNotesTranspose()
{
Settings.initialize();
Entities.Song song = new Entities.Song()
{
lyrics =
@"[V]
.A
.A#
.B
.C
.C#
.D
.D#
.E
.F
.F#
.G
.G#",
presentation = "V"
};
SongProcessor.transposeKeyUp(song);
string expectedOutput =
@"[V]
.A#
.B
.C
.C#
.D
.D#
.E
.F
.F#
.G
.G#
.A";
expectedOutput = expectedOutput.Replace("\r\n", "\n");
StringAssert.Equals(song.lyrics, expectedOutput);
}
public void transposeKeyUp(bool?preferFlats = null)
{
preferFlats = preferFlats ?? Settings.GlobalApplicationSettings.PreferFlats;
SongProcessor.transposeKeyUp(this, preferFlats);
this.key = SongProcessor.transposeChord(this.key, preferFlats.Value).TrimEnd();
}
public void transposeKeyUp()
{
SongProcessor.transposeKeyUp(this);
this.key = SongProcessor.transposeChord(this.key, Settings.GlobalApplicationSettings.PreferFlats).TrimEnd();
}