// Should be called once the physics system has settled down
void Init()
{
ChartEditor editor = ChartEditor.Instance;
Debug.Assert(!hitWindowFeeder.enabled);
hitWindowFeeder.enabled = true;
if (botEnabled)
{
// We want the bot to automatically hit any sustains that are currently active in the view, but for which the notes are already past the strikeline
Song song = editor.currentSong;
float currentTime = editor.currentVisibleTime;
uint currentTick = song.TimeToTick(currentTime, song.resolution);
int index = SongObjectHelper.FindClosestPositionRoundedDown(currentTick, editor.currentChart.notes);
if (index != SongObjectHelper.NOTFOUND)
{
Note note = editor.currentChart.notes[index];
List <Note> sustainNotes = new List <Note>();
NoteFunctions.GetPreviousOfSustains(sustainNotes, note, GameSettings.extendedSustainsEnabled);
foreach (Note chordNote in note.chord)
{
sustainNotes.Add(chordNote);
}
foreach (Note sustainNote in sustainNotes)
{
if (sustainNote.controller != null)
{
hitWindowFeeder.TryAddNote(sustainNote.controller);
}
}
}
}
}
static void AddNote(Note note, IList <BaseAction> subActions, bool extendedSustainsEnabled)
{
ChartEditor editor = ChartEditor.Instance;
Chart chart = editor.currentChart;
Song song = editor.currentSong;
NoteFunctions.PerformPreChartInsertCorrections(note, chart, subActions, extendedSustainsEnabled);
AddAndInvokeSubAction(new AddAction(note), subActions);
int arrayPos = SongObjectHelper.FindObjectPosition(note, chart.chartObjects);
if (arrayPos != SongObjectHelper.NOTFOUND)
{
Note justAdded = chart.chartObjects[arrayPos] as Note;
if (justAdded == null)
{
UnityEngine.Debug.LogError("Object just added was not a note");
}
else
{
NoteFunctions.PerformPostChartInsertCorrections(justAdded, subActions, extendedSustainsEnabled);
}
}
else
{
UnityEngine.Debug.LogError("Unable to find note that was just added");
}
}
static void CapNoteCheck(Chart chart, Note noteToAdd, IList <BaseAction> subActions, Song song, bool extendedSustainsEnabled)
{
Note[] previousNotes = NoteFunctions.GetPreviousOfSustains(noteToAdd, extendedSustainsEnabled);
if (!Globals.gameSettings.extendedSustainsEnabled)
{
// Cap all the notes
foreach (Note prevNote in previousNotes)
{
uint newLength = prevNote.GetCappedLength(noteToAdd, song);
if (prevNote.length != newLength)
{
Note newNote = new Note(prevNote.tick, prevNote.rawNote, newLength, prevNote.flags);
SongEditCommand.AddAndInvokeSubAction(new DeleteAction(prevNote), subActions);
SongEditCommand.AddAndInvokeSubAction(new AddAction(newNote), subActions);
}
}
foreach (Note chordNote in noteToAdd.chord)
{
uint newLength = noteToAdd.length;
if (chordNote.length != newLength)
{
Note newNote = new Note(chordNote.tick, chordNote.rawNote, newLength, chordNote.flags);
SongEditCommand.AddAndInvokeSubAction(new DeleteAction(chordNote), subActions);
SongEditCommand.AddAndInvokeSubAction(new AddAction(newNote), subActions);
}
}
}
else
{
// Cap only the sustain of the same fret type and open notes
foreach (Note prevNote in previousNotes)
{
if (
#if OPEN_NOTES_BLOCK_EXTENDED_SUSTAINS
noteToAdd.IsOpenNote() ||
#endif
prevNote.guitarFret == noteToAdd.guitarFret
)
{
uint newLength = prevNote.GetCappedLength(noteToAdd, song);
if (prevNote.length != newLength)
{
Note newNote = new Note(prevNote.tick, prevNote.rawNote, newLength, prevNote.flags);
SongEditCommand.AddAndInvokeSubAction(new DeleteAction(prevNote), subActions);
SongEditCommand.AddAndInvokeSubAction(new AddAction(newNote), subActions);
}
}
}
}
}
static void CapNoteCheck(Chart chart, Note noteToAdd, IList <SongObject> overwrittenList, IList <SongObject> replacementNotes, Song song, bool extendedSustainsEnabled)
{
Note[] previousNotes = NoteFunctions.GetPreviousOfSustains(noteToAdd, extendedSustainsEnabled);
if (!GameSettings.extendedSustainsEnabled)
{
// Cap all the notes
foreach (Note prevNote in previousNotes)
{
uint newLength = prevNote.GetCappedLength(noteToAdd, song);
if (prevNote.length != newLength)
{
Note newNote = new Note(prevNote.tick, prevNote.rawNote, newLength, prevNote.flags);
AddOrReplaceNote(chart, prevNote, newNote, overwrittenList, replacementNotes);
}
}
foreach (Note chordNote in noteToAdd.chord)
{
uint newLength = noteToAdd.length;
if (chordNote.length != newLength)
{
if (noteToAdd == chordNote)
{
noteToAdd.length = newLength;
}
else
{
Note newNote = new Note(chordNote.tick, chordNote.rawNote, newLength, chordNote.flags);
AddOrReplaceNote(chart, chordNote, newNote, overwrittenList, replacementNotes);
}
}
}
}
else
{
// Cap only the sustain of the same fret type and open notes
foreach (Note prevNote in previousNotes)
{
if (noteToAdd.IsOpenNote() || prevNote.guitarFret == noteToAdd.guitarFret)
{
uint newLength = prevNote.GetCappedLength(noteToAdd, song);
if (prevNote.length != newLength)
{
overwrittenList.Add(prevNote);
chart.Add(new Note(prevNote.tick, prevNote.rawNote, newLength, prevNote.flags));
}
}
}
}
}
void UpdateTogglesInteractable()
{
// Prevent users from forcing notes when they shouldn't be forcable but retain the previous user-set forced property when using the note tool
bool drumsMode = Globals.drumMode;
bool proDrumsMode = drumsMode && Globals.gameSettings.drumsModeOptions == GameSettings.DrumModeOptions.ProDrums;
forcedToggle.gameObject.SetActive(!drumsMode);
tapToggle.gameObject.SetActive(!drumsMode);
cymbalToggle.gameObject.SetActive(proDrumsMode);
doubleKickToggle.gameObject.SetActive(proDrumsMode);
if (!drumsMode)
{
if (IsInNoteTool() && (noteToolObject.activeSelf || Globals.gameSettings.keysModeEnabled))
{
forcedToggle.interactable = noteToolController.forcedInteractable;
tapToggle.interactable = noteToolController.tapInteractable;
}
else if (!IsInNoteTool())
{
forcedToggle.interactable = !(currentNote.cannotBeForced && !Globals.gameSettings.keysModeEnabled);
tapToggle.interactable = !currentNote.IsOpenNote();
}
else
{
forcedToggle.interactable = true;
tapToggle.interactable = true;
}
}
else
{
if (IsInNoteTool() && noteToolObject.activeSelf)
{
cymbalToggle.interactable = noteToolController.cymbalInteractable;
doubleKickToggle.interactable = noteToolController.doubleKickInteractable;
}
else if (!IsInNoteTool())
{
cymbalToggle.interactable = NoteFunctions.AllowedToBeCymbal(currentNote);
doubleKickToggle.interactable = NoteFunctions.AllowedToBeDoubleKick(currentNote, editor.currentDifficulty);
}
else
{
cymbalToggle.interactable = true;
doubleKickToggle.interactable = true;
}
}
}
protected static ActionHistory.Action[] CapNoteCheck(Note noteToAdd)
{
List <ActionHistory.Action> actionRecord = new List <ActionHistory.Action>();
Note[] previousNotes = NoteFunctions.GetPreviousOfSustains(noteToAdd);
if (!GameSettings.extendedSustainsEnabled)
{
// Cap all the notes
foreach (Note prevNote in previousNotes)
{
if (prevNote.controller != null)
{
ActionHistory.Action action = prevNote.CapSustain(noteToAdd);
if (action != null)
{
actionRecord.Add(action);
}
}
}
foreach (Note chordNote in noteToAdd.chord)
{
if (chordNote.controller != null)
{
chordNote.controller.note.length = noteToAdd.length;
}
}
}
else
{
// Cap only the sustain of the same fret type and open notes
foreach (Note prevNote in previousNotes)
{
if (prevNote.controller != null && (noteToAdd.IsOpenNote() || prevNote.guitarFret == noteToAdd.guitarFret))
{
ActionHistory.Action action = prevNote.CapSustain(noteToAdd);
if (action != null)
{
actionRecord.Add(action);
}
}
}
}
return(actionRecord.ToArray());
}
static void AddNote(Note note, IList <SongObject> overwrittenList, bool extendedSustainsEnabled, List <SongObject> validatedNotes)
{
ChartEditor editor = ChartEditor.Instance;
Chart chart = editor.currentChart;
Song song = editor.currentSong;
Note noteToAdd = new Note(note);
NoteFunctions.PerformPreChartInsertCorrections(noteToAdd, chart, validatedNotes, overwrittenList, extendedSustainsEnabled);
chart.Add(noteToAdd, false);
NoteFunctions.PerformPostChartInsertCorrections(noteToAdd, validatedNotes, overwrittenList, extendedSustainsEnabled);
// Queue visual refresh
{
foreach (Note chordNote in noteToAdd.chord)
{
if (chordNote.controller)
{
chordNote.controller.SetDirty();
}
}
Note next = noteToAdd.nextSeperateNote;
if (next != null)
{
foreach (Note chordNote in next.chord)
{
if (chordNote.controller)
{
chordNote.controller.SetDirty();
}
}
}
}
if (!validatedNotes.Contains(noteToAdd))
{
validatedNotes.Add(noteToAdd);
}
}
private static void ReadNotes(IList <MidiEvent> track, Song song, Song.Instrument instrument)
{
List <NoteOnEvent> forceNotesList = new List <NoteOnEvent>();
List <NoteOnEvent> proDrumsNotesList = new List <NoteOnEvent>();
List <SysexEvent> tapAndOpenEvents = new List <SysexEvent>();
Chart unrecognised = new Chart(song, Song.Instrument.Unrecognised);
Chart.GameMode gameMode = Song.InstumentToChartGameMode(instrument);
if (instrument == Song.Instrument.Unrecognised)
{
song.unrecognisedCharts.Add(unrecognised);
}
int rbSustainFixLength = (int)(64 * song.resolution / SongConfig.STANDARD_BEAT_RESOLUTION);
// Load all the notes
for (int i = 0; i < track.Count; i++)
{
var text = track[i] as TextEvent;
if (text != null)
{
if (i == 0)
{
if (instrument == Song.Instrument.Unrecognised)
{
unrecognised.name = text.Text;
}
continue; // We don't want the first event because that is the name of the track
}
var tick = (uint)text.AbsoluteTime;
var eventName = text.Text.Trim(new char[] { '[', ']' });
ChartEvent chartEvent = new ChartEvent(tick, eventName);
if (instrument == Song.Instrument.Unrecognised)
{
unrecognised.Add(chartEvent);
}
else
{
song.GetChart(instrument, Song.Difficulty.Expert).Add(chartEvent);
}
}
var note = track[i] as NoteOnEvent;
if (note != null && note.OffEvent != null)
{
Song.Difficulty difficulty;
var tick = (uint)note.AbsoluteTime;
var sus = (uint)(note.OffEvent.AbsoluteTime - tick);
if (instrument == Song.Instrument.Unrecognised)
{
int rawNote = SelectRawNoteValue(note.NoteNumber);
Note newNote = new Note(tick, rawNote, sus);
//difficulty = SelectRawNoteDifficulty(note.NoteNumber);
unrecognised.Add(newNote);
continue;
}
// Check if starpower event
if (note.NoteNumber == MidIOHelper.STARPOWER_NOTE)
{
foreach (Song.Difficulty diff in EnumX <Song.Difficulty> .Values)
{
song.GetChart(instrument, diff).Add(new Starpower(tick, sus), false);
}
continue;
}
if (note.NoteNumber == MidIOHelper.SOLO_NOTE)
{
foreach (Song.Difficulty diff in EnumX <Song.Difficulty> .Values)
{
Chart chart = song.GetChart(instrument, diff);
chart.Add(new ChartEvent(tick, MidIOHelper.SoloEventText));
chart.Add(new ChartEvent(tick + sus, MidIOHelper.SoloEndEventText));
}
continue;
}
if (gameMode == Chart.GameMode.Drums)
{
Note.DrumPad dummy;
if (MidIOHelper.CYMBAL_TO_PAD_LOOKUP.TryGetValue(note.NoteNumber, out dummy))
{
// Cymbals toggles
proDrumsNotesList.Add(note);
continue;
}
}
// Determine which difficulty we are manipulating
try
{
if (gameMode == Chart.GameMode.GHLGuitar)
{
difficulty = SelectGHLNoteDifficulty(note.NoteNumber);
}
else
{
difficulty = SelectNoteDifficulty(note.NoteNumber);
}
}
catch
{
continue;
}
// Check if we're reading a forcing event instead of a regular note
if (gameMode != Chart.GameMode.Drums)
{
switch (note.NoteNumber)
{
case 65:
case 66:
case 77:
case 78:
case 89:
case 90:
case 101:
case 102:
forceNotesList.Add(note); // Store the event for later processing and continue
continue;
default:
break;
}
}
int fret;
if (sus <= rbSustainFixLength)
{
sus = 0;
}
Note.Flags flags = Note.Flags.None;
if (gameMode == Chart.GameMode.Drums)
{
fret = (int)GetDrumFretType(note.NoteNumber);
int cymbalToggleId;
if (MidIOHelper.PAD_TO_CYMBAL_LOOKUP.TryGetValue((Note.DrumPad)fret, out cymbalToggleId))
{
flags |= Note.Flags.ProDrums_Cymbal;
}
}
else if (gameMode == Chart.GameMode.GHLGuitar)
{
fret = (int)GetGHLFretType(note.NoteNumber);
}
else
{
fret = (int)GetStandardFretType(note.NoteNumber);
}
{
// Add the note to the correct chart
Note newNote = new Note(tick, fret, sus, flags);
song.GetChart(instrument, difficulty).Add(newNote, false);
}
}
var sysexEvent = track[i] as SysexEvent;
if (sysexEvent != null)
{
tapAndOpenEvents.Add(sysexEvent);
}
}
// Update all chart arrays
if (instrument != Song.Instrument.Unrecognised)
{
foreach (Song.Difficulty diff in EnumX <Song.Difficulty> .Values)
{
song.GetChart(instrument, diff).UpdateCache();
}
}
else
{
unrecognised.UpdateCache();
}
// Apply tap and open note events
Chart[] chartsOfInstrument;
if (instrument == Song.Instrument.Unrecognised)
{
chartsOfInstrument = new Chart[] { unrecognised };
}
else
{
chartsOfInstrument = new Chart[EnumX <Song.Difficulty> .Count];
int difficultyCount = 0;
foreach (Song.Difficulty difficulty in EnumX <Song.Difficulty> .Values)
{
chartsOfInstrument[difficultyCount++] = song.GetChart(instrument, difficulty);
}
}
for (int i = 0; i < tapAndOpenEvents.Count; ++i)
{
var se1 = tapAndOpenEvents[i];
byte[] bytes = se1.GetData();
// Check for tap event
if (bytes.Length == 8 && bytes[5] == 255 && bytes[7] == 1)
{
// Identified a tap section
// 8 total bytes, 5th byte is FF, 7th is 1 to start, 0 to end
uint tick = (uint)se1.AbsoluteTime;
uint endPos = 0;
// Find the end of the tap section
for (int j = i; j < tapAndOpenEvents.Count; ++j)
{
var se2 = tapAndOpenEvents[j];
var bytes2 = se2.GetData();
/// Check for tap section end
if (bytes2.Length == 8 && bytes2[5] == 255 && bytes2[7] == 0)
{
endPos = (uint)(se2.AbsoluteTime - tick);
if (endPos > 0)
{
--endPos;
}
break;
}
}
// Apply tap property
foreach (Chart chart in chartsOfInstrument)
{
int index, length;
SongObjectHelper.GetRange(chart.notes, tick, tick + endPos, out index, out length);
for (int k = index; k < index + length; ++k)
{
chart.notes[k].SetType(Note.NoteType.Tap);
}
}
}
// Check for open notes
// 5th byte determines the difficulty to apply to
else if (bytes.Length == 8 && bytes[5] >= 0 && bytes[5] < 4 && bytes[7] == 1)
{
uint tick = (uint)se1.AbsoluteTime;
Song.Difficulty difficulty;
switch (bytes[5])
{
case 0: difficulty = Song.Difficulty.Easy; break;
case 1: difficulty = Song.Difficulty.Medium; break;
case 2: difficulty = Song.Difficulty.Hard; break;
case 3: difficulty = Song.Difficulty.Expert; break;
default: continue;
}
uint endPos = 0;
for (int j = i; j < tapAndOpenEvents.Count; ++j)
{
var se2 = tapAndOpenEvents[j] as SysexEvent;
if (se2 != null)
{
var b2 = se2.GetData();
if (b2.Length == 8 && b2[5] == bytes[5] && b2[7] == 0)
{
endPos = (uint)(se2.AbsoluteTime - tick);
if (endPos > 0)
{
--endPos;
}
break;
}
}
}
int index, length;
SongObjectCache <Note> notes;
if (instrument == Song.Instrument.Unrecognised)
{
notes = unrecognised.notes;
}
else
{
notes = song.GetChart(instrument, difficulty).notes;
}
SongObjectHelper.GetRange(notes, tick, tick + endPos, out index, out length);
for (int k = index; k < index + length; ++k)
{
notes[k].guitarFret = Note.GuitarFret.Open;
if (gameMode == Chart.GameMode.Drums)
{
notes[k].guitarFret = NoteFunctions.LoadDrumNoteToGuitarNote(notes[k].guitarFret);
}
}
}
}
// Apply forcing events
foreach (NoteOnEvent flagEvent in forceNotesList)
{
uint tick = (uint)flagEvent.AbsoluteTime;
uint endPos = (uint)(flagEvent.OffEvent.AbsoluteTime - tick);
Song.Difficulty difficulty;
// Determine which difficulty we are manipulating
try
{
difficulty = SelectNoteDifficulty(flagEvent.NoteNumber);
}
catch
{
continue;
}
Chart chart;
if (instrument != Song.Instrument.Unrecognised)
{
chart = song.GetChart(instrument, difficulty);
}
else
{
chart = unrecognised;
}
int index, length;
SongObjectHelper.GetRange(chart.notes, tick, tick + endPos, out index, out length);
for (int i = index; i < index + length; ++i)
{
if ((chart.notes[i].flags & Note.Flags.Tap) != 0)
{
continue;
}
// if NoteNumber is odd force hopo, if even force strum
if (flagEvent.NoteNumber % 2 != 0)
{
chart.notes[i].SetType(Note.NoteType.Hopo);
}
else
{
chart.notes[i].SetType(Note.NoteType.Strum);
}
}
}
foreach (var flagEvent in proDrumsNotesList)
{
uint tick = (uint)flagEvent.AbsoluteTime;
uint endPos = (uint)(flagEvent.OffEvent.AbsoluteTime - tick);
if (endPos > 0)
{
--endPos;
}
Debug.Assert(instrument == Song.Instrument.Drums);
foreach (Song.Difficulty difficulty in EnumX <Song.Difficulty> .Values)
{
Chart chart = song.GetChart(instrument, difficulty);
int index, length;
SongObjectHelper.GetRange(chart.notes, tick, tick + endPos, out index, out length);
Note.DrumPad drumPadForFlag;
if (!MidIOHelper.CYMBAL_TO_PAD_LOOKUP.TryGetValue(flagEvent.NoteNumber, out drumPadForFlag))
{
Debug.Assert(false, "Unknown note number flag " + flagEvent.NoteNumber);
continue;
}
for (int i = index; i < index + length; ++i)
{
Note note = chart.notes[i];
if (note.drumPad == drumPadForFlag)
{
// Reverse cymbal flag
note.flags ^= Note.Flags.ProDrums_Cymbal;
}
}
}
}
}
void CollectNotesInViewRange(IList <Note> notes)
{
bool extendedSustainsEnabled = GameSettings.extendedSustainsEnabled;
uint min_pos = editor.minPos;
if (noteVisibilityRangeYPosOverride.HasValue)
{
uint gameplayPos = editor.currentSong.WorldYPositionToTick(noteVisibilityRangeYPosOverride.Value, editor.currentSong.resolution);
if (min_pos < gameplayPos)
{
min_pos = gameplayPos;
}
}
collectedNotesInRange.Clear();
int index, length;
SongObjectHelper.GetRange(notes, min_pos, editor.maxPos, out index, out length);
for (int i = index; i < index + length; ++i)
{
collectedNotesInRange.Add(notes[i]);
}
if (min_pos == editor.minPos)
{
if (collectedNotesInRange.Count > 0)
{
NoteFunctions.GetPreviousOfSustains(prevSustainCache, collectedNotesInRange[0], extendedSustainsEnabled);
// Find the last known note of each fret type to find any sustains that might overlap into the camera view
foreach (Note prevNote in prevSustainCache)
{
if (prevNote.tick + prevNote.length > editor.minPos)
{
collectedNotesInRange.Add(prevNote);
}
}
}
else
{
int minArrayPos = SongObjectHelper.FindClosestPosition(editor.minPos, editor.currentChart.notes);
if (minArrayPos != SongObjectHelper.NOTFOUND)
{
while (minArrayPos > 0 && editor.currentChart.notes[minArrayPos].tick == editor.currentChart.notes[minArrayPos - 1].tick)
{
--minArrayPos;
}
Note minNote = editor.currentChart.notes[minArrayPos];
if (minNote.tick + minNote.length > editor.minPos && minNote.tick < editor.maxPos)
{
foreach (Note note in minNote.chord)
{
if (note.tick + note.length > editor.minPos)
{
collectedNotesInRange.Add(note);
}
}
}
NoteFunctions.GetPreviousOfSustains(prevSustainCache, minNote, extendedSustainsEnabled);
foreach (Note prevNote in prevSustainCache)
{
if (prevNote.tick + prevNote.length > editor.minPos)
{
collectedNotesInRange.Add(prevNote);
}
}
}
}
}
// Make sure the notes are within the allowable lanes
for (int i = collectedNotesInRange.Count - 1; i >= 0; --i)
{
Note note = collectedNotesInRange[i];
if (!note.IsOpenNote() && ((1 << note.rawNote) & editor.laneInfo.laneMask) == 0)
{
collectedNotesInRange.RemoveAt(i);
}
}
}
public static Note.Flags GetFlagsToSetType(this Note note, Note.NoteType type)
{
Note.Flags flags = Note.Flags.None;
switch (type)
{
case (Note.NoteType.Strum):
if (note.isChord)
{
flags &= ~Note.Flags.Forced;
}
else
{
if (note.isNaturalHopo)
{
flags |= Note.Flags.Forced;
}
else
{
flags &= ~Note.Flags.Forced;
}
}
break;
case (Note.NoteType.Hopo):
if (!note.cannotBeForced)
{
if (note.isChord)
{
flags |= Note.Flags.Forced;
}
else
{
if (!note.isNaturalHopo)
{
flags |= Note.Flags.Forced;
}
else
{
flags &= ~Note.Flags.Forced;
}
}
}
break;
case (Note.NoteType.Tap):
if (!note.IsOpenNote())
{
flags |= Note.Flags.Tap;
}
break;
case (Note.NoteType.Cymbal):
if (NoteFunctions.AllowedToBeCymbal(note))
{
flags |= Note.Flags.ProDrums_Cymbal;
}
break;
default:
break;
}
if (type != Note.NoteType.Natural && ((note.flags & Note.Flags.DoubleKick) != 0) && AllowedToBeDoubleKickIgnoreDifficulty(note))
{
flags |= Note.Flags.DoubleKick;
}
return(flags);
}
public static void LoadChart(Chart chart, string[] data, Song.Instrument instrument = Song.Instrument.Guitar)
{
#if TIMING_DEBUG
float time = Time.realtimeSinceStartup;
#endif
List <NoteFlag> flags = new List <NoteFlag>();
chart.SetCapacity(data.Length);
const int SPLIT_POSITION = 0;
const int SPLIT_EQUALITY = 1;
const int SPLIT_TYPE = 2;
const int SPLIT_VALUE = 3;
const int SPLIT_LENGTH = 4;
try
{
// Load notes, collect flags
foreach (string line in data)
{
try
{
string[] splitString = line.Split(' ');
uint tick = uint.Parse(splitString[SPLIT_POSITION]);
string type = splitString[SPLIT_TYPE].ToLower();
switch (type)
{
case ("n"):
// Split string to get note information
string[] digits = splitString;
int fret_type = int.Parse(digits[SPLIT_VALUE]);
uint length = uint.Parse(digits[SPLIT_LENGTH]);
if (instrument == Song.Instrument.Unrecognised)
{
Note newNote = new Note(tick, fret_type, length);
chart.Add(newNote, false);
}
else if (instrument == Song.Instrument.Drums)
{
LoadDrumNote(chart, tick, fret_type, length);
}
else if (instrument == Song.Instrument.GHLiveGuitar || instrument == Song.Instrument.GHLiveBass)
{
LoadGHLiveNote(chart, tick, fret_type, length, flags);
}
else
{
LoadStandardNote(chart, tick, fret_type, length, flags);
}
break;
case ("s"):
fret_type = int.Parse(splitString[SPLIT_VALUE]);
if (fret_type != 2)
{
continue;
}
length = uint.Parse(splitString[SPLIT_LENGTH]);
chart.Add(new Starpower(tick, length), false);
break;
case ("e"):
string[] strings = splitString;
string eventName = strings[SPLIT_VALUE];
chart.Add(new ChartEvent(tick, eventName), false);
break;
default:
break;
}
}
catch (System.Exception e)
{
Logger.LogException(e, "Error parsing chart reader line \"" + line);
}
}
chart.UpdateCache();
// Load flags
foreach (NoteFlag flag in flags)
{
int index, length;
SongObjectHelper.FindObjectsAtPosition(flag.tick, chart.notes, out index, out length);
if (length > 0)
{
NoteFunctions.GroupAddFlags(chart.notes, flag.flag, index, length);
}
}
#if TIMING_DEBUG
Debug.Log("Chart load time: " + (Time.realtimeSinceStartup - time));
#endif
}
catch (System.Exception e)
{
// Bad load, most likely a parsing error
Logger.LogException(e, "Error parsing chart reader chart data");
chart.Clear();
}
}
public static void LoadChart(Chart chart, string[] data, Song.Instrument instrument = Song.Instrument.Guitar)
{
#if TIMING_DEBUG
float time = Time.realtimeSinceStartup;
#endif
List <NoteFlag> flags = new List <NoteFlag>();
chart.SetCapacity(data.Length);
const int SPLIT_POSITION = 0;
const int SPLIT_EQUALITY = 1;
const int SPLIT_TYPE = 2;
const int SPLIT_VALUE = 3;
const int SPLIT_LENGTH = 4;
try
{
// Load notes, collect flags
foreach (string line in data)
{
try
{
string[] splitString = line.Split(' ');
uint tick = uint.Parse(splitString[SPLIT_POSITION]);
string type = splitString[SPLIT_TYPE].ToLower();
switch (type)
{
case ("n"):
// Split string to get note information
string[] digits = splitString;
int fret_type = int.Parse(digits[SPLIT_VALUE]);
uint length = uint.Parse(digits[SPLIT_LENGTH]);
if (instrument == Song.Instrument.Unrecognised)
{
Note newNote = new Note(tick, fret_type, length);
chart.Add(newNote, false);
}
else if (instrument == Song.Instrument.Drums)
{
LoadDrumNote(chart, tick, fret_type, length, flags);
}
else if (instrument == Song.Instrument.GHLiveGuitar || instrument == Song.Instrument.GHLiveBass)
{
LoadGHLiveNote(chart, tick, fret_type, length, flags);
}
else
{
LoadStandardNote(chart, tick, fret_type, length, flags);
}
break;
case ("s"):
fret_type = int.Parse(splitString[SPLIT_VALUE]);
if (fret_type != 2)
{
continue;
}
length = uint.Parse(splitString[SPLIT_LENGTH]);
chart.Add(new Starpower(tick, length), false);
break;
case ("e"):
string[] strings = splitString;
string eventName = strings[SPLIT_VALUE];
chart.Add(new ChartEvent(tick, eventName), false);
break;
default:
break;
}
}
catch (System.Exception e)
{
Logger.LogException(e, "Error parsing chart reader line \"" + line);
}
}
chart.UpdateCache();
// Load flags
foreach (NoteFlag flag in flags)
{
if (flag.flag == Note.Flags.ProDrums_Cymbal)
{
// The note number indicates which note it should attach to
int noteNumber = flag.noteNumber - ChartIOHelper.c_proDrumsOffset;
Debug.Assert(noteNumber >= 0, "Incorrectly parsed a note flag as a pro-drums flag. Note number was " + flag.noteNumber);
int index, length;
SongObjectHelper.FindObjectsAtPosition(flag.tick, chart.notes, out index, out length);
if (length > 0)
{
for (int i = index; i < index + length; ++i)
{
Note note = chart.notes[i];
int saveNoteNum;
if (!ChartIOHelper.c_drumNoteToSaveNumberLookup.TryGetValue(note.rawNote, out saveNoteNum))
{
continue;
}
if (noteNumber == saveNoteNum)
{
// Reverse cymbal flag
note.flags ^= Note.Flags.ProDrums_Cymbal;
}
}
}
}
else
{
int index, length;
SongObjectHelper.FindObjectsAtPosition(flag.tick, chart.notes, out index, out length);
if (length > 0)
{
NoteFunctions.GroupAddFlags(chart.notes, flag.flag, index, length);
}
}
}
#if TIMING_DEBUG
Debug.Log("Chart load time: " + (Time.realtimeSinceStartup - time));
#endif
}
catch (System.Exception e)
{
// Bad load, most likely a parsing error
Logger.LogException(e, "Error parsing chart reader chart data");
chart.Clear();
}
}