public EventScenarioData CreateShowSongTitle(long tick, int measure, int beat, int track)
{
var ev = new EventScenarioData();
ev.AbsoluteTime = CalculateAbsoluteTime(tick);
ev.Tick = tick;
ev.Measure = measure;
ev.Beat = beat;
ev.Track = track;
ev.Type = ScenarioDataType.ShowSongTitle;
return(ev);
}
private static EventScenarioData[] ReadEventScenarioDataList([NotNull] string[] lines, ref int index)
{
index += 2;
var cc = lines[index++].ConvInt32(12);
var result = new EventScenarioData[cc];
for (var i = 0; i < cc; ++i)
{
result[i] = ReadEventScenarioData(lines, ref index, true);
}
return(result);
}
private void ProcessFacialExpression([NotNull] EventScenarioData ev)
{
var currentTime = playerControl.relativeTime;
if (ev.param != _currFacialExprKey)
{
#if UNITY_EDITOR
string message;
if (_expressionMaps.ContainsKey(ev.param))
{
message = $"Setting expr {ev.param.ToString()} for idol {placement.formationNumber.ToString()} @ {ev.absTime.ToString()}";
}
else
{
message = $"Unknown expr {ev.param.ToString()} for idol {placement.formationNumber.ToString()} @ {ev.absTime.ToString()}";
}
Debug.Log(message);
#endif
_prevFacialExprKey = _currFacialExprKey;
_currFacialExprKey = ev.param;
_expressionStartTime = currentTime;
var currMap = FindExpressionOrDefault(_currFacialExprKey);
var prevMap = FindExpressionOrDefault(_prevFacialExprKey);
FacialFrameToBuffer(currMap, _currFacialExpression);
FacialFrameToBuffer(prevMap, _prevFacialExpression);
}
// TODO: eye movement collision prevention (e.g. E_wink_* & E_metoji_*)?
if (ev.eyeclose != _currEyeClosed)
{
if (!IsWinking())
{
_prevEyeClosed = _currEyeClosed;
_currEyeClosed = ev.eyeclose;
_eyeCloseStartTime = currentTime;
}
}
}
internal ScenarioSignalEventArgs([NotNull] EventScenarioData data, ScenarioVariation variation)
{
Data = data;
Variation = variation;
}
private static EventScenarioData ReadEventScenarioData([NotNull] string[] lines, ref int index, bool isArrayElement)
{
index += isArrayElement ? 2 : 1;
var outerOffset = isArrayElement ? 0 : -2;
var result = new EventScenarioData();
result.absTime = lines[index++].ConvDouble(20 + outerOffset);
result.selected = lines[index++].ConvBoolean(20 + outerOffset);
result.tick = lines[index++].ConvInt64(17 + outerOffset);
result.measure = lines[index++].ConvInt32(17 + outerOffset);
result.beat = lines[index++].ConvInt32(14 + outerOffset);
result.track = lines[index++].ConvInt32(15 + outerOffset);
result.type = (ScenarioNoteType)lines[index++].ConvInt32(14 + outerOffset);
result.param = lines[index++].ConvInt32(15 + outerOffset);
result.target = lines[index++].ConvInt32(16 + outerOffset);
result.duration = lines[index++].ConvInt64(21 + outerOffset);
++index;
result.str = string.Empty;
++index;
result.info = string.Empty;
result.on = lines[index++].ConvInt32(12 + outerOffset);
result.on2 = lines[index++].ConvInt32(13 + outerOffset);
result.col = ReadColorRgba(lines, ref index, isArrayElement, false);
result.col2 = ReadColorRgba(lines, ref index, isArrayElement, false);
result.cols = ReadFloatList(lines, ref index, isArrayElement ? 3 : 1);
index += 3;
result.tex = null;
result.texInx = lines[index++].ConvInt32(16 + outerOffset);
result.trig = lines[index++].ConvInt32(14 + outerOffset);
result.speed = lines[index++].ConvSingle(17 + outerOffset);
result.idol = lines[index++].ConvInt32(14 + outerOffset);
result.mute = ReadBooleanList(lines, ref index, isArrayElement ? 3 : 1);
result.addf = lines[index++].ConvBoolean(16 + outerOffset);
result.eye_x = lines[index++].ConvSingle(17 + outerOffset);
result.eye_y = lines[index++].ConvSingle(17 + outerOffset);
result.formation = ReadVector4List(lines, ref index, isArrayElement ? 3 : 1);
result.appeal = lines[index++].ConvBoolean(18 + outerOffset);
result.cheeklv = lines[index++].ConvInt32(17 + outerOffset);
result.eyeclose = lines[index++].ConvBoolean(20 + outerOffset);
result.talking = lines[index++].ConvBoolean(19 + outerOffset);
result.delay = lines[index++].ConvBoolean(17 + outerOffset);
result.clratio = ReadInt32List(lines, ref index, isArrayElement ? 3 : 1);
result.clcols = ReadInt32List(lines, ref index, isArrayElement ? 3 : 1);
result.camcut = lines[index++].ConvInt32(16 + outerOffset);
result.vjparam = ReadVjParam(lines, ref index, isArrayElement);
return(result);
}
private static void WriteScenarioNote([NotNull] this TextWriter writer, int baseIndent, [NotNull] string name, EventScenarioData data)
{
WriteLine("EventScenarioData " + name, baseIndent);
WriteLine("double absTime = " + data.absTime.ToString(CultureInfo.InvariantCulture), baseIndent + 1);
WriteLine("UInt8 selected = 0", baseIndent + 1);
WriteLine("SInt64 tick = " + data.tick.ToString(), baseIndent + 1);
WriteLine("int measure = " + data.measure.ToString(), baseIndent + 1);
WriteLine("int beat = " + data.beat.ToString(), baseIndent + 1);
WriteLine("int track = " + data.track.ToString(), baseIndent + 1);
WriteLine("int type = " + ((int)data.type).ToString(), baseIndent + 1);
WriteLine("int param = " + data.param.ToString(), baseIndent + 1);
WriteLine("int target = " + data.target.ToString(), baseIndent + 1);
WriteLine("SInt64 duration = " + data.duration.ToString(), baseIndent + 1);
WriteLine("string str = \"" + data.str + "\"", baseIndent + 1);
WriteLine("string info = \"" + data.info + "\"", baseIndent + 1);
WriteLine("int on = " + data.on.ToString(), baseIndent + 1);
WriteLine("int on2 = " + data.on2.ToString(), baseIndent + 1);
WriteLine("ColorRGBA col", baseIndent + 1);
WriteLine("float r = " + data.col.r.ToString(CultureInfo.InvariantCulture), baseIndent + 2);
WriteLine("float g = " + data.col.g.ToString(CultureInfo.InvariantCulture), baseIndent + 2);
WriteLine("float b = " + data.col.b.ToString(CultureInfo.InvariantCulture), baseIndent + 2);
WriteLine("float a = " + data.col.a.ToString(CultureInfo.InvariantCulture), baseIndent + 2);
WriteLine("ColorRGBA col2", baseIndent + 1);
WriteLine("float r = " + data.col2.r.ToString(CultureInfo.InvariantCulture), baseIndent + 2);
WriteLine("float g = " + data.col2.g.ToString(CultureInfo.InvariantCulture), baseIndent + 2);
WriteLine("float b = " + data.col2.b.ToString(CultureInfo.InvariantCulture), baseIndent + 2);
WriteLine("float a = " + data.col2.a.ToString(CultureInfo.InvariantCulture), baseIndent + 2);
const string fixedFormat = @" vector cols
Array Array
int size = 0
PPtr<$Texture> tex
int m_FileID = 0
SInt64 m_PathID = 0
int texInx = -1
int trig = 0
float speed = 1
int idol = 0
vector mute
Array Array
int size = 0
UInt8 addf = 0
float eye_x = 0
float eye_y = 0
vector formation
Array Array
int size = 0
UInt8 appeal = 0
int cheeklv = 0
UInt8 eyeclose = 0
UInt8 talking = 0
UInt8 delay = 0
vector clratio
Array Array
int size = 0
vector clcols
Array Array
int size = 0
int camCut = -1
VjParam vjparam
UInt8 use = 0
UInt8 renderTex = 0
int col = 8
int row = 4
int begin = 0
int speed = 16
ColorRGBA color
float r = 0
float g = 0
float b = 0
float a = 0" ;
var fixedLines = fixedFormat.Split(WinNewLineSeparators, StringSplitOptions.None);
foreach (var line in fixedLines)
{
WriteLine(line, baseIndent);
}
void WriteLine(string str, int indent)
{
if (indent > 0)
{
writer.Write(new string('\t', indent));
}
writer.WriteLine(str);
}
}
