public void NameFromStringsTest()
{
string tName = string.Empty;
var t = new TuningDefinition();
var Estd = new TuningStrings(new Int16[] { 0, 0, 0, 0, 0, 0 });
tName = t.NameFromStrings(Estd, false);
Assert.AreEqual("E Standard", tName);
var Ebstd = new TuningStrings(new Int16[] { -1, -1, -1, -1, -1, -1 });
tName = t.NameFromStrings(Ebstd, true);
Assert.AreEqual("Eb Standard", tName);
var EbstdB = new TuningStrings(new Int16[] { -1, -1, -1, -1 }); //TODO: support bass
tName = t.NameFromStrings(EbstdB, true);
//Assert.AreEqual("Eb Standard", tName);
var Ccstd = new TuningStrings(new Int16[] { -3, -3, -3, -3, -3, -3 });
tName = t.NameFromStrings(Ccstd, false);
Assert.AreEqual("C# Standard", tName);
var DropEb = new TuningStrings(new Int16[] { -3, -1, -1, -1, -1, -1 });
tName = t.NameFromStrings(DropEb, true);
Assert.AreEqual("Eb Drop Db", tName);
var DropA = new TuningStrings(new Int16[] { 5, 7, 7, 7, 7, 7 });
tName = t.NameFromStrings(DropA, false);
Assert.AreEqual("B Drop A", tName);
}
static string NoteName(TuningStrings tuning, byte s, bool flats = false)
{
String[] notesNamesHi = { "C", "C#", "D", "D#", "E", "F", "F#", "G", "G#", "A", "A#", "B" };
String[] notesNamesLo = { "C", "Db", "D", "Eb", "E", "F", "Gb", "G", "Ab", "A", "Bb", "B" };
var id = Sng2014FileWriter.GetMidiNote(tuning.ToArray(), s, 0, false, 0)%12;
return flats ? notesNamesLo[id] : notesNamesHi[id];
}
public TuningDefinition(TuningStrings tStrings, GameVersion rsVersion, string name = "", bool custom = true)
{
Custom = custom;
Tuning = tStrings;
GameVersion = rsVersion;
UIName = Name = !string.IsNullOrEmpty(name) ? name : NameFromStrings(tStrings);
}
private static string GetTuningName(TuningStrings tuning, bool isBass, bool inBem = true)
{
List<Int32> Notes = new List<Int32>();
List<String> NoteNames = new List<String>();
String[] notesNames = new String[] { "C", "C#", "D", "D#", "E", "F", "F#", "G", "G#", "A", "A#", "B" };
String[] notesNamesHi = new String[] { "C", "Db", "D", "Eb", "E", "F", "Gb", "G", "Ab", "A", "Bb", "B" };
for (Byte s = 0; s < (isBass ? 4 : 6); s++)
Notes.Add(Sng2014FileWriter.GetMidiNote(tuning.ToShortArray(), s, 0, isBass));
foreach (var mNote in Notes)
if (inBem) NoteNames.Add(notesNamesHi[mNote % 12]); //oct = mNote / 12 - 1
else NoteNames.Add(notesNames[mNote % 12]); //oct = mNote / 12 - 1
return String.Join(" ",NoteNames);
}
public static TuningStrings Convert2Bass(TuningStrings guitarTuning)
{
var bassTuning = new TuningStrings
{
String0 = guitarTuning.String0,
String1 = guitarTuning.String1,
String2 = guitarTuning.String2,
String3 = guitarTuning.String3,
String4 = 0,
String5 = 0
};
return bassTuning;
}
public void TuningStringsEqualsTest()
{
//Object\regular equality
var expected = new TuningStrings(new Int16[] { -2, 0, 0, 0, 0, 0 });
var actual = new TuningStrings(new Int16[] { 0, 0, 0, 0, 0, 0 });
Assert.AreNotEqual(expected, actual);
//LINQ equality
var list = new List<TuningStrings> { expected, expected, actual };
var distinct = list.Union(new List<TuningStrings> { actual, actual, expected }).ToList();
if (list.Count == distinct.Count)
{
Assert.Fail();
}
}
public string NameFromStrings(TuningStrings tuning, bool isBass, bool inBem = true)
{
List<Int32> Notes = new List<Int32>();
List<String> NoteNames = new List<String>();
String[] notesNames = new String[] { "C", "C#", "D", "D#", "E", "F", "F#", "G", "G#", "A", "A#", "B" };
String[] notesNamesHi = new String[] { "C", "Db", "D", "Eb", "E", "F", "Gb", "G", "Ab", "A", "Bb", "B" };
for (Byte s = 0; s < 6; s++)
Notes.Add(Sng2014FileWriter.GetMidiNote(tuning.ToShortArray(), s, 0, isBass, 0));
foreach (var mNote in Notes)
if(inBem) NoteNames.Add(notesNamesHi[mNote % 12]); //oct = mNote / 12 - 1
else NoteNames.Add(notesNames[mNote % 12]); //oct = mNote / 12 - 1
return String.Format("{0}{1}{2}{3}{4}{5}", NoteNames[0], NoteNames[1], NoteNames[2],
NoteNames[3], NoteNames[4], NoteNames[5]);
}
public string NameFromStrings(TuningStrings tuning, bool flats = true)
{
var t = tuning.ToArray();
var noteNames = String.Empty;
switch (GetTuningFamily(t))
{
case TuningFamily.Standard:
noteNames = string.Format("{0} Standard", NoteName(tuning, 0, flats));
break;
case TuningFamily.Drop:
noteNames = string.Format("{0} Drop {1}", NoteName(tuning, 5, true), NoteName(tuning, 0, flats));
break;
case TuningFamily.Open:
break;
default:
for (Byte s = 0; s < 6; s++)
noteNames += NoteName(tuning, s, flats);
break;
}
return noteNames;
}
public Song2014(Sng2014HSL.Sng sngData, Attributes2014 attr = null)
{
Version = "7";
CrowdSpeed = "1";
if (attr != null)
{
// If manifest is passed, fill general song information
Title = attr.SongName;
Arrangement = ((ArrangementName)attr.ArrangementType).ToString();
Part = (short)attr.SongPartition;
Offset = (float)attr.SongOffset;
CentOffset = Convert.ToString(attr.CentOffset);
SongLength = (float)attr.SongLength;
SongNameSort = attr.SongNameSort;
AverageTempo = attr.SongAverageTempo;
Tuning = attr.Tuning;
Capo = Convert.ToByte(attr.CapoFret);
ArtistName = attr.ArtistName;
ArtistNameSort = attr.ArtistNameSort;
AlbumName = attr.AlbumName;
AlbumNameSort = attr.AlbumNameSort;
AlbumYear = Convert.ToString(attr.SongYear) ?? "";
AlbumArt = attr.AlbumArt;
ArrangementProperties = attr.ArrangementProperties;
LastConversionDateTime = attr.LastConversionDateTime;
ToneBase = attr.Tone_Base;
ToneA = attr.Tone_A;
ToneB = attr.Tone_B;
ToneC = attr.Tone_C;
ToneD = attr.Tone_D;
}
else
{
Part = sngData.Metadata.Part;
SongLength = sngData.Metadata.SongLength;
Tuning = new TuningStrings(sngData.Metadata.Tuning);
Capo = (byte)((sngData.Metadata.CapoFretId == 0xFF) ? 0x00 : sngData.Metadata.CapoFretId);
LastConversionDateTime = sngData.Metadata.LastConversionDateTime.ToNullTerminatedAscii();
}
Tones = SongTone2014.Parse(sngData.Tones, attr);
if (attr == null)
{
// Fix tones slots for fake tone names if manifest was not entered
foreach (var tone in Tones)
{
if (tone.Name.EndsWith("_0"))
{
ToneBase = tone.Name;
}
if (tone.Name.EndsWith("_1"))
{
ToneA = ToneBase;
ToneB = tone.Name;
}
if (tone.Name.EndsWith("_2"))
{
ToneC = tone.Name;
}
if (tone.Name.EndsWith("_3"))
{
ToneD = tone.Name;
}
}
}
//Sections can be obtained from manifest or sng file (manifest preferred)
Sections = (attr != null) ? SongSection.Parse(attr.Sections) : SongSection.Parse(sngData.Sections);
//Can be obtained from manifest or sng file (sng preferred)
Phrases = SongPhrase.Parse(sngData.Phrases);
PhraseIterations = SongPhraseIteration2014.Parse(sngData.PhraseIterations);
//Can be obtained from manifest or sng file (combined preferred)
ChordTemplates = SongChordTemplate2014.Parse(sngData.Chords); // Only SNG have all ChordTemplates, manifest have only chord templates with name
if (attr != null)
{
SongChordTemplate2014.AddChordIds(ChordTemplates, attr.ChordTemplates); // Only manifest has chordIds
}
//Only in SNG
Ebeats = SongEbeat.Parse(sngData.BPMs);
StartBeat = sngData.BPMs.BPMs[0].Time;
Events = SongEvent.Parse(sngData.Events);
Levels = SongLevel2014.Parse(sngData);
//Not used in RS2014 customs at this time. Need to check official files
NewLinkedDiff = SongNewLinkedDiff.Parse(sngData.NLD);
PhraseProperties = SongPhraseProperty.Parse(sngData.PhraseExtraInfo);
LinkedDiffs = new SongLinkedDiff[0];
FretHandMuteTemplates = new SongFretHandMuteTemplate[0];
//ddc
TranscriptionTrack = TranscriptionTrack2014.GetDefault();
}
public Song2014(Sng2014HSL.Sng sngData, Attributes2014 attr = null)
{
Version = "7";
CrowdSpeed = "1";
if (attr != null) {
// If manifest is passed, fill general song information
Title = attr.SongName;
Arrangement = ((ArrangementName)attr.ArrangementType).ToString();
Part = (short)attr.SongPartition;
Offset = attr.SongOffset;
CentOffset = Convert.ToString(attr.CentOffset);
SongLength = (float)attr.SongLength;
SongNameSort = attr.SongNameSort;
AverageTempo = attr.SongAverageTempo;
Tuning = attr.Tuning;
Capo = Convert.ToByte(attr.CapoFret);
ArtistName = attr.ArtistName;
ArtistNameSort = attr.ArtistNameSort;
AlbumName = attr.AlbumName;
AlbumNameSort = attr.AlbumNameSort;
AlbumYear = Convert.ToString(attr.SongYear) ?? "";
AlbumArt = attr.AlbumArt;
ArrangementProperties = attr.ArrangementProperties;
LastConversionDateTime = attr.LastConversionDateTime;
ToneBase = attr.Tone_Base;
ToneA = attr.Tone_A;
ToneB = attr.Tone_B;
ToneC = attr.Tone_C;
ToneD = attr.Tone_D;
} else {
Part = sngData.Metadata.Part;
SongLength = sngData.Metadata.SongLength;
Tuning = new TuningStrings(sngData.Metadata.Tuning);
Capo = (sngData.Metadata.CapoFretId >= 0) ? sngData.Metadata.CapoFretId : (byte)0;
LastConversionDateTime = sngData.Metadata.LastConversionDateTime.ToNullTerminatedAscii();
}
Tones = (attr != null) ? SongTone2014.Parse(sngData.Tones, attr) : SongTone2014.Parse(sngData.Tones);
if (attr == null) { // Fix tones slots for fake tone names if manifest was not entered
foreach (var tone in Tones) {
if (tone.Name.EndsWith("_0"))
ToneBase = tone.Name;
if (tone.Name.EndsWith("_1")) {
ToneA = ToneBase;
ToneB = tone.Name;
}
if (tone.Name.EndsWith("_2"))
ToneC = tone.Name;
if (tone.Name.EndsWith("_3"))
ToneD = tone.Name;
}
}
//Sections can be obtained from manifest or sng file (manifest preferred)
Sections = (attr != null) ? SongSection.Parse(attr.Sections) : SongSection.Parse(sngData.Sections);
//Can be obtained from manifest or sng file (sng preferred)
Phrases = SongPhrase.Parse(sngData.Phrases);
PhraseIterations = SongPhraseIteration2014.Parse(sngData.PhraseIterations);
//Can be obtained from manifest or sng file (combined preferred)
ChordTemplates = SongChordTemplate2014.Parse(sngData.Chords); // Only SNG have all ChordTemplates, manifest have only chord templates with name
if (attr != null)
{
SongChordTemplate2014.AddChordIds(ChordTemplates, attr.ChordTemplates); // Only manifest has chordIds
}
//Only in SNG
Ebeats = SongEbeat.Parse(sngData.BPMs);
StartBeat = sngData.BPMs.BPMs[0].Time;
Events = SongEvent.Parse(sngData.Events);
Levels = SongLevel2014.Parse(sngData);
//Not used in RS2014 customs at this time. Need to check official files
NewLinkedDiff = SongNewLinkedDiff.Parse(sngData.NLD);
PhraseProperties = SongPhraseProperty.Parse(sngData.PhraseExtraInfo);
LinkedDiffs = new SongLinkedDiff[0];
FretHandMuteTemplates = new SongFretHandMuteTemplate[0];
}
private void SetTuningCombo(TuningStrings tuningStrings, bool isBass = false)
{
//Detect tuning
TuningDefinition tuning = TuningDefinitionRepository.Instance().SelectAny(tuningStrings, currentGameVersion);
//Create tuning
if (tuning == null) {
using (var form = new TuningForm()) {
tuning = new TuningDefinition();
tuning.Tuning = tuningStrings;
tuning.Custom = true;
tuning.GameVersion = currentGameVersion;
tuning.Name = tuning.UIName = tuning.NameFromStrings(tuningStrings, isBass);
form.Tuning = tuning;
form.IsBass = isBass;
if (DialogResult.OK != form.ShowDialog()) {
return;
}
FillTuningCombo();
}
}
//Set tuning
tuningComboBox.SelectedItem = tuning;
}
public static string TuningToName(TuningStrings songTuning, GameVersion gameVersion = GameVersion.RS2014, List<TuningDefinition> tuningXml = null)
{
// speed hack ... use preloaded TuningDefinitionRepository if available
if (tuningXml == null)
tuningXml = TuningDefinitionRepository.Instance.LoadTuningDefinitions(gameVersion);
foreach (var tuning in tuningXml)
if (tuning.Tuning.String0 == songTuning.String0 &&
tuning.Tuning.String1 == songTuning.String1 &&
tuning.Tuning.String2 == songTuning.String2 &&
tuning.Tuning.String3 == songTuning.String3 &&
tuning.Tuning.String4 == songTuning.String4 &&
tuning.Tuning.String5 == songTuning.String5)
return tuning.UIName;
return "Other";
}