internal static SongTone2014[] Parse(Sng2014HSL.ToneSection toneSection, Attributes2014 attr = null)
{
var tones = new SongTone2014[toneSection.Count];
for (var i = 0; i < toneSection.Count; i++)
{
var tone = new SongTone2014
{
Id = toneSection.Tones[i].ToneId,
Time = toneSection.Tones[i].Time
};
if (attr != null)
{
// Get tone name
switch (tone.Id)
{
case 0:
tone.Name = attr.Tone_A;
break;
case 1:
tone.Name = attr.Tone_B;
break;
case 2:
tone.Name = attr.Tone_C;
break;
case 3:
tone.Name = attr.Tone_D;
break;
default:
tone.Name = "importedtone_" + tone.Id;
break;
}
}
else
tone.Name = "importedtone_" + tone.Id;
tones[i] = tone;
}
return tones;
}
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 = (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];
//ddc
TranscriptionTrack = TranscriptionTrack2014.GetDefault();
}
public void GenerateTuningData(Attributes2014 attribute, dynamic song)
{
if (song.Tuning == null)
return;
attribute.Tuning = song.Tuning;
var tuning = new TuningDefinition();
var tuningName = tuning.NameFromStrings(attribute.Tuning);
if (tuningName == "E Standard")
attribute.ArrangementProperties.StandardTuning = 1;
else
attribute.ArrangementProperties.StandardTuning = 0;
}
public void GenerateTechniques(Attributes2014 attribute, Song2014 song)
{
// results from this method do not match ODLC but are workable
//
//"Techniques" : {
// "DiffLevelID" : {//used to display which techs are set at current lvl.
// "SectionNumber" : [// > 0
// TechID, //required base tech for extended tech(?)
// TechID
// ]
// },
// }
if (song.Sections == null)
return;
attribute.Techniques = new Dictionary<string, Dictionary<string, List<int>>>();
for (int difficulty = 0; difficulty < song.Levels.Length; difficulty++)
{
var notes = song.Levels[difficulty].Notes;
var sectionId = new Dictionary<string, List<int>>();
var techId = new List<int>();
for (int section = 0; section < song.Sections.Length; section++)
{
var sectionNumber = song.Sections[section].Number;
var starTime = song.Sections[section].StartTime;
var endTime = song.Sections[Math.Min(section + 1, song.Sections.Length - 1)].StartTime;
// iterate through notes in section in the difficulty level
foreach (var note in notes)
{
if (note.Time >= starTime && note.Time < endTime) //in range
{
var noteTech = getNoteTech(note); // needs tweaking
techId.AddRange(noteTech);
}
}
if (techId.Count > 0)
{
// TODO: needs more tweaking
// techId.Add(35); // try adding dumby data for now
List<int> distinctTechIds = techId.Distinct().OrderBy(x => x).ToList();
// sometimes sectionNumbers are not unique so duplicate key throws an error if not checked
if (sectionId.ContainsKey(sectionNumber.ToString()))
{
// get the current values and make sure all combined values are distinct
var techIdValue = sectionId[sectionNumber.ToString()];
techIdValue.AddRange(distinctTechIds);
distinctTechIds = techIdValue.Distinct().OrderBy(x => x).ToList();
sectionId.Remove(sectionNumber.ToString());
}
sectionId.Add(sectionNumber.ToString(), distinctTechIds);
}
techId = new List<int>();
}
/*
"5": {
"1": [
13,
35 <- missing
],
*/
if (sectionId.Keys.Count > 0)
attribute.Techniques.Add(difficulty.ToString(), sectionId);
}
}
public void GenerateChords(Attributes2014 attribute, Song2014 song)
{
// Some ODLC contain JSON Chords errors, this method is producing workable results
//
// USING song.Levels[difficulty].HandShapes METHOD
// the handshape data can be used to obtain chordIds
// (more efficient less data to iterate through)
//
//"Chords" : {
// "DiffLevelID" : {//used to display which chord is set at current lvl.
// "SectionID" : [// >= 0
// ChordID,
// ChordID
// ]
// },
// }
if (song.Sections == null)
return;
attribute.Chords = new Dictionary<string, Dictionary<string, List<int>>>();
for (int difficulty = 0; difficulty < song.Levels.Length; difficulty++)
{
var chords = song.Levels[difficulty].HandShapes;
var sectionId = new Dictionary<string, List<int>>();
var chordId = new List<int>();
for (int section = 0; section < song.Sections.Length; section++)
{
var sectionNumber = song.Sections[section].Number;
var starTime = song.Sections[section].StartTime;
var endTime = song.Sections[Math.Min(section + 1, song.Sections.Length - 1)].StartTime;
// iterate through chords in handshapes in the difficulty level
foreach (var chord in chords)
{
if (chord.StartTime >= starTime && chord.EndTime < endTime) //in range
{
chordId.Add(chord.ChordId);
}
}
if (chordId.Count > 0)
{
// always ordered in ODLC
List<int> distinctChordIds = chordId.Distinct().OrderBy(x => x).ToList();
sectionId.Add(section.ToString(), distinctChordIds);
}
chordId = new List<int>();
}
if (sectionId.Keys.Count > 0)
attribute.Chords.Add(difficulty.ToString(), sectionId);
}
}
/// <summary>
/// Generates the techniques.
/// </summary>
/// <remarks>
/// "Techniques" : {
/// "DiffLevelID" : {//used to display which techs are set at current lvl.
/// "SetionID" : [// > 0
/// TechID, //required base tech for extended tech(?)
/// TechID
/// ]
/// },
/// }
/// </remarks>
/// <param name="attribute">Attribute.</param>
/// <param name="song">Song.</param>
public void GenerateTechniques(Attributes2014 attribute, Song2014 song)
{
if (song.Sections == null)
return;
attribute.Techniques = new Dictionary<string, Dictionary<string, List<int>>>();
for( int l = 0, s = 0, sectionsL = song.Sections.Length, levelsL = song.Levels.Length; l < levelsL; l++, s = 0 )
{
// var shapes = song.Levels[l].HandShapes;
// var chords = song.Levels[l].Chords;
var notes = song.Levels[l].Notes;
var t = new List<int>();
var techs = new Dictionary<string, List<int>>();
foreach( var n in notes )
{//note should be in section range
var starTime = song.Sections[s].StartTime;
var endTime = song.Sections[Math.Min(s + 1, sectionsL - 1)].StartTime;
if(n.Time > starTime && n.Time <= endTime)//in range
{
t.AddRange(getNoteTech(n));
}
else if(n.Time > endTime)//at next section
{
s++;
if(t.Count > 0){
techs.Add(s.ToString(), t.Distinct().ToList());
t = new List<int>();
}
}
}
if(techs.Values.Count > 0)
attribute.Techniques.Add(l.ToString(), techs.Distinct().ToDictionary(x => x.Key, x => x.Value));
}
}
