public void SetSong(ProjectSong song)
{
_song = song;
if (_song != null)
{
setTitle();
_song.Title = _song.Title;
_song.Artist = _song.Artist;
_song.Year = _song.Year;
//proxy class for the GUI, the core doesn't know about the interface objects
_trackProperties = new TrackProperties(_song);
pgdSong.SelectedObject = _trackProperties;
_song.Audio.AudioFileChanged += new AudioFileChangedEventHandler(Audio_AudioFileChanged);
_song.Audio.PreviewSettingsChanged += new PreviewSettingsChangedEventHandler(Audio_PreviewSettingsChanged);
//Change track details and preview
foreach (AudioFile af in _song.Audio.SongFiles)
audioFileChanged("song", af.Name, true);
if (_song.Audio.GuitarFile != null && _song.Audio.GuitarFile.Name.Length != 0)
audioFileChanged("guitar", _song.Audio.GuitarFile.Name, true);
if (_song.Audio.RhythmFile != null && _song.Audio.RhythmFile.Name.Length != 0)
audioFileChanged("rhythm", _song.Audio.RhythmFile.Name, true);
setPreviewSettings();
}
}
public void SetSong(ProjectSong song)
{
_song = song;
if (_song != null)
{
_song.Notes.GhItemMapChanged += new GhItemMapChangedEventHandler(Notes_GhItemMapChanged);
_song.Notes.NotesFileChanged += new NotesFileChangedEventHandler(Notes_NotesFileChanged);
setTitle();
_notesDragUniqueId = 0;
foreach (GhNotesItem gii in _song.Notes.GhItems)
addGhItem(gii);
_ghItems = _song.Notes.GhItems; //hold a local copy
//populate any already configured notes files
foreach (NotesFile nf in _song.Notes.Files)
notesFileChanged(NotesFileChangeType.Added, nf);
refreshMappedItemInformation();
udDelaySeconds.Value = (decimal)(_song.MinMsBeforeNotesStart / 1000F);
}
}
private bool _updateAffectsAudio; //set to true when a change required the audio to be updated (to be safe)
#endregion Fields
#region Constructors
internal ProjectSongNotes(Project project, ProjectSong song)
{
_lastChanged = DateTime.MinValue;
_recordChange = false;
_project = project;
_song = song;
_baseFile = null;
_updateAffectsAudio = false;
string songName = _song.SongQb.Id.Text;
_ghItems = new List<GhNotesItem>();
_files = new List<NotesFile>();
_ghItems.Add(new GhNotesItem("Easy", NotesType.Guitar, NotesDifficulty.Easy, songName));
_ghItems.Add(new GhNotesItem("Medium", NotesType.Guitar, NotesDifficulty.Medium, songName));
_ghItems.Add(new GhNotesItem("Hard", NotesType.Guitar, NotesDifficulty.Hard, songName));
_ghItems.Add(new GhNotesItem("Expert", NotesType.Guitar, NotesDifficulty.Expert, songName));
_ghItems.Add(new GhNotesItem("Easy Rhythm", NotesType.Rhythm, NotesDifficulty.Easy, songName));
_ghItems.Add(new GhNotesItem("Medium Rhythm", NotesType.Rhythm, NotesDifficulty.Medium, songName));
_ghItems.Add(new GhNotesItem("Hard Rhythm", NotesType.Rhythm, NotesDifficulty.Hard, songName));
_ghItems.Add(new GhNotesItem("Expert Rhythm", NotesType.Rhythm, NotesDifficulty.Expert, songName));
//_ghItems.Add(new GhNotesItem("Easy Co Op", NotesType.GuitarCoop, NotesDifficulty.Easy, songName));
//_ghItems.Add(new GhNotesItem("Medium Co Op", NotesType.GuitarCoop, NotesDifficulty.Medium, songName));
//_ghItems.Add(new GhNotesItem("Hard Co Op", NotesType.GuitarCoop, NotesDifficulty.Hard, songName));
//_ghItems.Add(new GhNotesItem("Expert Co Op", NotesType.GuitarCoop, NotesDifficulty.Expert, songName));
//_ghItems.Add(new GhNotesItem("Easy Rhythm Co Op", NotesType.RhythmCoop, NotesDifficulty.Easy, songName));
//_ghItems.Add(new GhNotesItem("Medium Rhythm Co Op", NotesType.RhythmCoop, NotesDifficulty.Medium, songName));
//_ghItems.Add(new GhNotesItem("Hard Rhythm Co Op", NotesType.RhythmCoop, NotesDifficulty.Hard, songName));
//_ghItems.Add(new GhNotesItem("Expert Rhythm Co Op", NotesType.RhythmCoop, NotesDifficulty.Expert, songName));
}
public TrackEditScreen()
{
InitializeComponent();
_song = null;
_lastAudioLen = 0;
tmrPreview.Enabled = false;
tmrPreview.Interval = 500;
_importingAudio = false;
_settingVolume = false;
_startVolumes = null;
}
internal TrackProperties(ProjectSong song)
{
_song = song;
}
private void saveSongFragment(DirectoryInfo pDir, XmlWriter xml, ProjectSong ps, string version, string filename)
{
bool b = (filename != null && filename.Length != 0);
if (b)
{
try
{
FileHelper.Delete(filename);
xml = XmlWriter.Create(filename, xml.Settings);
xml.WriteComment("This is a copy of the settings from the project file. This file can be imported with TheGHOST using Smart Mode");
}
catch
{
return; //skip this
}
}
xml.WriteStartElement("Song");
if (!b)
{
//xml.WriteAttributeString("id", ps.SongQb.Id.Text);
xml.WriteAttributeString("lastApplied", ps.LastApplied.ToString("s"));
}
else
xml.WriteAttributeString("version", version);
#region QbSettings
xml.WriteStartElement("QbSettings");
xml.WriteAttributeString("artist", ps.Artist);
xml.WriteAttributeString("title", ps.Title);
xml.WriteAttributeString("year", ps.Year);
xml.WriteAttributeString("singer", ps.Singer.ToString());
xml.WriteAttributeString("guitarVolume", ps.GuitarVolume.ToString());
xml.WriteAttributeString("songVolume", ps.SongVolume.ToString());
xml.WriteAttributeString("lastChanged", ps.QbLastChanged.ToString("s"));
xml.WriteEndElement(); //QbSettings
#endregion
#region Notes
xml.WriteStartElement("Notes");
xml.WriteAttributeString("minMsBeforeStart", ps.MinMsBeforeNotesStart.ToString());
xml.WriteAttributeString("hoPoMeasure", ps.Notes.HoPoMeasure.ToString());
xml.WriteAttributeString("gh3SustainClipping", ps.Notes.Gh3SustainClipping.ToString());
xml.WriteAttributeString("forceNoStarPower", ps.Notes.ForceNoStarPower.ToString());
xml.WriteAttributeString("lastChanged", ps.Notes.LastChanged.ToString("s"));
xml.WriteStartElement("NotesFiles");
foreach (NotesFile nf in ps.Notes.Files)
{
xml.WriteStartElement("NotesFile");
if (ps.Notes.BaseFile == nf)
xml.WriteAttributeString("baseFile", true.ToString());
xml.WriteAttributeString("nonNoteSyncOffset", nf.NonNoteSyncOffset.ToString());
xml.WriteStartElement("Filename");
xml.WriteString(pathAbsToRel(nf.Filename, pDir, b));
xml.WriteEndElement(); //Filename
xml.WriteStartElement("Items");
foreach (NotesFileItem nfi in nf.Items)
{
xml.WriteStartElement("Item");
xml.WriteAttributeString("id", nfi.UniqueId.ToString());
xml.WriteAttributeString("name", nfi.SourceName);
xml.WriteAttributeString("syncOffset", nfi.SyncOffset.ToString());
xml.WriteEndElement(); //Item
}
xml.WriteEndElement(); //Items
xml.WriteEndElement(); //NotesFile
}
xml.WriteEndElement(); //NotesFiles
xml.WriteStartElement("MappedItems");
foreach (GhNotesItem ghi in ps.Notes.GhItems)
{
xml.WriteStartElement("MappedItem");
xml.WriteAttributeString("name", ghi.Name);
if (ghi.IsMapped)
{
if (ghi.MappedFileItem != null)
xml.WriteAttributeString("mapToItemId", ghi.MappedFileItem.UniqueId.ToString());
xml.WriteAttributeString("syncOffset", ghi.MappedFileItem.SyncOffset.ToString());
xml.WriteAttributeString("hasGeneratedBattlePower", ghi.MappedFileItem.HasGeneratedBattlePower.ToString());
xml.WriteAttributeString("hasGeneratedFaceOff", ghi.MappedFileItem.HasGeneratedFaceOff.ToString());
xml.WriteAttributeString("hasGeneratedStarPower", ghi.MappedFileItem.HasGeneratedStarPower.ToString());
xml.WriteAttributeString("hasGeneratedNotes", ghi.MappedFileItem.HasGeneratedNotes.ToString());
}
xml.WriteEndElement(); //MappedItem
}
xml.WriteEndElement(); //MappedItems
xml.WriteEndElement(); //Notes
#endregion
#region Audio
xml.WriteStartElement("Audio");
xml.WriteAttributeString("lastChanged", ps.Audio.LastChanged.ToString("s"));
xml.WriteStartElement("Preview");
xml.WriteAttributeString("start", ps.Audio.PreviewStart.ToString());
xml.WriteAttributeString("length", ps.Audio.PreviewLength.ToString());
xml.WriteAttributeString("fadeLength", ps.Audio.PreviewFadeLength.ToString());
xml.WriteAttributeString("volume", ps.Audio.PreviewVolume.ToString());
xml.WriteAttributeString("includeGuitar", ps.Audio.PreviewIncludeGuitar.ToString());
xml.WriteAttributeString("includeRhythm", ps.Audio.PreviewIncludeRhythm.ToString());
xml.WriteEndElement(); //Preview
xml.WriteStartElement("AudioFiles");
xml.WriteAttributeString("length", ps.Audio.AudioLength.ToString());
if (ps.Audio.SongFiles.Count != 0)
{
foreach (AudioFile af in ps.Audio.SongFiles)
{
xml.WriteStartElement("AudioFile");
xml.WriteAttributeString("type", "song");
xml.WriteAttributeString("volume", af.Volume.ToString());
xml.WriteString(pathAbsToRel(af.Name, pDir, b));
xml.WriteEndElement(); //AudioFile
}
}
else
{
xml.WriteStartElement("AudioFile");
xml.WriteAttributeString("type", "song");
xml.WriteAttributeString("volume", "100");
xml.WriteString(string.Empty);
xml.WriteEndElement(); //AudioFile
}
xml.WriteStartElement("AudioFile");
xml.WriteAttributeString("type", "guitar");
xml.WriteAttributeString("volume", (ps.Audio.GuitarFile == null || ps.Audio.GuitarFile.Name.Length == 0) ? "100" : ps.Audio.GuitarFile.Volume.ToString());
xml.WriteString(ps.Audio.GuitarFile == null ? string.Empty : pathAbsToRel(ps.Audio.GuitarFile.Name, pDir, b));
xml.WriteEndElement(); //AudioFile
xml.WriteStartElement("AudioFile");
xml.WriteAttributeString("type", "rhythm");
xml.WriteAttributeString("volume", (ps.Audio.RhythmFile == null || ps.Audio.RhythmFile.Name.Length == 0) ? "100" : ps.Audio.RhythmFile.Volume.ToString());
xml.WriteString(ps.Audio.RhythmFile == null ? string.Empty : pathAbsToRel(ps.Audio.RhythmFile.Name, pDir, b));
xml.WriteEndElement(); //AudioFile
xml.WriteEndElement(); //AudioFiles
xml.WriteEndElement(); //Audio
#endregion
xml.WriteEndElement(); //Song
if (b)
xml.Close();
}
private void loadSongFragment(DirectoryInfo pDir, XmlReader xml, ProjectSong song)
{
DateTime qbLastChanged = DateTime.MinValue;
while (!xml.EOF && xml.Read())
{
switch (xml.Name)
{
case "QbSettings":
#region QbSettings
song.Artist = xml.GetAttribute("artist");
song.Title = xml.GetAttribute("title");
song.Year = xml.GetAttribute("year");
song.Singer = (Singer)Enum.Parse(typeof(Singer), xml.GetAttribute("singer"));
song.GuitarVolume = float.Parse(xml.GetAttribute("guitarVolume"));
song.SongVolume = float.Parse(xml.GetAttribute("songVolume"));
qbLastChanged = DateTime.Parse(xml.GetAttribute("lastChanged"), null, System.Globalization.DateTimeStyles.AssumeLocal);
#endregion
break;
case "Notes":
#region Notes
List<MapSetting> genItems = new List<MapSetting>();
song.MinMsBeforeNotesStart = int.Parse(xml.GetAttribute("minMsBeforeStart"));
song.Notes.HoPoMeasure = float.Parse(xml.GetAttribute("hoPoMeasure"));
song.Notes.Gh3SustainClipping = bool.Parse(xml.GetAttribute("gh3SustainClipping"));
song.Notes.ForceNoStarPower = xml.GetAttribute("forceNoStarPower") == null ? false : bool.Parse(xml.GetAttribute("forceNoStarPower"));
DateTime notesLastChanged = DateTime.Parse(xml.GetAttribute("lastChanged"), null, System.Globalization.DateTimeStyles.AssumeLocal);
while (!xml.EOF && xml.Read())
{
//skip NotesFiles and MappedItems elements and process the children
switch (xml.Name)
{
case "NotesFile":
#region NotesFile
bool baseFile = xml.GetAttribute("baseFile") == null ? false : bool.Parse(xml.GetAttribute("baseFile"));
int nonNoteSyncOffset = int.Parse(xml.GetAttribute("nonNoteSyncOffset"));
NotesFile nf = null;
while (!xml.EOF && xml.Read())
{
switch (xml.Name)
{
case "Filename":
nf = song.Notes.ParseFile(pathRelToAbs(xml.ReadString(), pDir));
if (baseFile)
song.Notes.BaseFile = nf;
nf.NonNoteSyncOffset = nonNoteSyncOffset;
break;
case "Item": //ignore the Items tag
string sourceName = xml.GetAttribute("name");
foreach (NotesFileItem nfi in nf.Items)
{
if (nfi.SourceName == sourceName)
{
nfi.UniqueId = uint.Parse(xml.GetAttribute("id"));
nfi.SyncOffset = int.Parse(xml.GetAttribute("syncOffset"));
break;
}
}
break;
}
if (xml.NodeType == XmlNodeType.EndElement && xml.Name == "NotesFile")
break;
}
#endregion
break;
case "MappedItem": //ignore mapped items
#region MappedItem
string mapName = xml.GetAttribute("name");
foreach (GhNotesItem ghi in song.Notes.GhItems)
{
if (ghi.Name == mapName)
{
uint mapId;
//item is mapped
if (xml.GetAttribute("mapToItemId") != null)
{
mapId = uint.Parse(xml.GetAttribute("mapToItemId"));
int syncOffset = xml.GetAttribute("syncOffset") == null ? 0 : int.Parse(xml.GetAttribute("syncOffset"));
bool genNotes = bool.Parse(xml.GetAttribute("hasGeneratedNotes"));
bool genSP = bool.Parse(xml.GetAttribute("hasGeneratedStarPower"));
bool genBP = bool.Parse(xml.GetAttribute("hasGeneratedBattlePower"));
bool genFO = bool.Parse(xml.GetAttribute("hasGeneratedFaceOff"));
if (!genNotes)
{
foreach (NotesFile nfl in song.Notes.Files)
{
if (nfl.FindItem(mapId) != null)
{
song.Notes.MapToGhItem(nfl, mapId, ghi, false);
if (genSP || genBP || genFO)
song.Notes.GenerateNotes(ghi, false, genSP, genBP, genFO, true);
break;
}
}
}
else
{
genItems.Add(new MapSetting(syncOffset, genSP, genFO, genBP, genNotes, mapId, ghi));
}
}
break;
}
}
#endregion
break;
}
if (xml.NodeType == XmlNodeType.EndElement && xml.Name == "Notes")
break;
}
//must map the generated notes after all the direct mapping have been made
foreach (MapSetting mi in genItems)
{
foreach (GhNotesItem ghi in song.Notes.GhItems)
{
if (ghi.IsMapped && !ghi.MappedFileItem.HasGeneratedNotes && ghi.MappedFileItem.UniqueId == mi.UniqueId)
{
mi.GhItem.GenerateNotes(song.Notes.BaseFile, ghi);
mi.GhItem.MappedFileItem.SyncOffset = mi.SyncOffset;
if (mi.GenSP || mi.GenBP || mi.GenFO)
song.Notes.GenerateNotes(mi.GhItem, false, mi.GenSP, mi.GenBP, mi.GenFO, true);
break;
}
}
}
((ISettingsChange)song.Notes).RecordChange();
song.Notes.LastChanged = notesLastChanged;
#endregion
break;
case "Audio":
#region Audio
DateTime audioLastChanged = DateTime.Parse(xml.GetAttribute("lastChanged"), null, System.Globalization.DateTimeStyles.AssumeLocal);
while (!xml.EOF && xml.Read())
{
if (xml.NodeType == XmlNodeType.Element && xml.Name == "Preview")
{
song.Audio.PreviewStart = int.Parse(xml.GetAttribute("start"));
song.Audio.PreviewLength = int.Parse(xml.GetAttribute("length"));
song.Audio.PreviewFadeLength = int.Parse(xml.GetAttribute("fadeLength"));
song.Audio.PreviewVolume = int.Parse(xml.GetAttribute("volume"));
song.Audio.PreviewIncludeGuitar = bool.Parse(xml.GetAttribute("includeGuitar"));
song.Audio.PreviewIncludeRhythm = bool.Parse(xml.GetAttribute("includeRhythm"));
}
else if (xml.NodeType == XmlNodeType.Element && xml.Name == "AudioFiles")
{
if (xml.GetAttribute("length") != null)
song.Audio.AudioLength = int.Parse(xml.GetAttribute("length"));
}
else if (xml.NodeType == XmlNodeType.Element && xml.Name == "AudioFile")
{
string t = xml.GetAttribute("type");
int vol = 100;
if (xml.GetAttribute("volume") != null)
vol = int.Parse(xml.GetAttribute("volume"));
string fn = pathRelToAbs(xml.ReadString(), pDir);
switch (t)
{
case "song":
if (fn.Trim().Length != 0)
song.Audio.SongFiles.Add(song.Audio.CreateAudioFile(fn, vol));
break;
case "guitar":
song.Audio.GuitarFile = fn == null || fn.Trim().Length == 0 ? null : song.Audio.CreateAudioFile(fn, vol);
break;
case "rhythm":
song.Audio.RhythmFile = fn == null || fn.Trim().Length == 0 ? null : song.Audio.CreateAudioFile(fn, vol);
break;
}
}
else if (xml.NodeType == XmlNodeType.EndElement && xml.Name == "Audio")
break;
}
((ISettingsChange)song.Audio).RecordChange();
song.Audio.LastChanged = audioLastChanged;
#endregion
break;
}
if (xml.NodeType == XmlNodeType.EndElement && xml.Name == "Song")
{
((ISettingsChange)song).RecordChange();
song.QbLastChanged = qbLastChanged;
break;
}
}
}
internal void LoadSongXmlSettings(string filename, ProjectSong song)
{
DirectoryInfo sDir = (new FileInfo(filename)).Directory;
XmlReaderSettings xmlS = new XmlReaderSettings();
xmlS.IgnoreComments = true;
xmlS.IgnoreProcessingInstructions = true;
xmlS.IgnoreWhitespace = true;
using (XmlReader xml = XmlReader.Create(filename, xmlS))
{
while (!xml.EOF && xml.Read())
{
if (xml.Name == "xml")
break;
}
while (!xml.EOF && xml.Read())
{
if (xml.Name == "Song")
loadSongFragment(sDir, xml, song);
}
}
}
public NotesEditScreen()
{
InitializeComponent();
_song = null;
}
public ProjectSong CreateProjectSong(SongQb songQb, bool recordChange)
{
ProjectSong ps = new ProjectSong(this, songQb);
if (recordChange)
((ISettingsChange)ps).RecordChange();
return ps;
}