/// <summary>
/// Generates a verbose dump of a cutscene, ordering intructions by start frame
/// </summary>
/// <returns>The output text</returns>
public string PrintByTimeline()
{
short time = -1;
StringBuilder sb = new StringBuilder();
CutsceneCommand lastRoot = null;
foreach (IFrameData f in Commands.OfType <IFrameCollection>()
.SelectMany(x => x.IFrameDataEnum)
.OrderBy(x => x.StartFrame))
{
if (f.StartFrame > time)
{
time = f.StartFrame;
}
if (lastRoot == null || f.RootCommand != lastRoot)
{
sb.AppendLine();
sb.AppendLine($"{time:X4} {0:X6}: {f.RootCommand}");
lastRoot = f.RootCommand;
}
if ((f != f.RootCommand))
{
sb.AppendLine($"{time:X4} FFFFFF: {f}");
}
}
return(sb.ToString());
}
internal void Load(CutsceneCommand cmd, BinaryReader br)
{
/* 0x00 */ TextId = br.ReadBigUInt16();
/* 0x02 */ StartFrame = br.ReadBigInt16();
/* 0x04 */ EndFrame = br.ReadBigInt16();
/* 0x06 */ Option = br.ReadBigUInt16();
/* 0x08 */ TextIdChoiceA = br.ReadBigUInt16();
/* 0x0A */ TextIdChoiceB = br.ReadBigUInt16();
RootCommand = cmd;
}
public ThisEntry(CutsceneCommand cmd, BinaryReader br)
{
RootCommand = cmd;
int1 = br.ReadBigUInt16();
StartFrame = br.ReadBigInt16();
EndFrame = br.ReadBigInt16();
s4 = br.ReadBigUInt16();
s5 = br.ReadBigUInt16();
s6 = br.ReadBigUInt16();
}
public TimeEntry(CutsceneCommand root, BinaryReader br)
{
RootCommand = root;
unk = br.ReadBigInt16();
StartFrame = br.ReadBigInt16();
EndFrame = br.ReadBigInt16();
hour = br.ReadByte();
min = br.ReadByte();
unk3 = br.ReadBigInt32();
}
public CameraCommandEntry(CutsceneCommand root, short startFrame,
sbyte rotation, ushort frames, float angleofview, Vector3 <short> coordinates)
{
//IFrame data
RootCommand = root;
StartFrame = startFrame;
EndFrame = (short)(startFrame + frames);
Terminator = 0;
Rotation = rotation;
Frames = frames;
AngleOfView = angleofview;
Coordinates = coordinates;
d = 0;
}
internal void Load(CutsceneCommand cmd, BinaryReader br)
{
byte[] arr;
arr = br.ReadBytes(sizeof(short) * 6);
Endian.Convert(out TextId, arr, 0);
Endian.Convert(out short startFrame, arr, 2);
Endian.Convert(out short endFrame, arr, 4);
Endian.Convert(out Option, arr, 6);
Endian.Convert(out TextIdChoiceA, arr, 8);
Endian.Convert(out TextIdChoiceB, arr, 10);
RootCommand = cmd;
StartFrame = startFrame;
EndFrame = endFrame;
}
public void Load(CutsceneCommand cmd, short startFrame, BinaryReader br)
{
byte[] arr;
arr = br.ReadBytes(sizeof(uint) * 4);
Terminator = arr[0];
Rotation = (sbyte)arr[1];
Endian.Convert(out Frames, arr, 2);
Endian.Convert(out AngleOfView, arr, 4);
Endian.Convert(Coordinates, arr, 8);
Endian.Convert(out d, arr, 14);
//IFrameData
StartFrame = startFrame;
EndFrame = (short)(startFrame + Frames);
RootCommand = cmd;
}
private void Load(CutsceneCommand cmd, BinaryReader br)
{
byte[] arr;
short startFrame;
short endFrame;
arr = br.ReadBytes(LENGTH);
Endian.Convert(out Action, arr, 0);
Endian.Convert(out startFrame, arr, 2);
Endian.Convert(out endFrame, arr, 4);
Endian.Convert(out d, arr, 6);
Endian.Convert(out e, arr, 8);
Endian.Convert(out f, arr, 10);
Endian.Convert(StartVertex, arr, 12);
Endian.Convert(EndVertex, arr, 24);
Endian.Convert(VertexNormal, arr, 36);
RootCommand = cmd;
StartFrame = startFrame;
EndFrame = endFrame;
}
public CameraCommandEntry(CutsceneCommand root)
{
RootCommand = root;
}
public ActionEntry(CutsceneCommand cmd, BinaryReader br)
{
Load(cmd, br);
}
public ActionEntry(CutsceneCommand cmd, BinaryReader br)
{
RootCommand = cmd;
Load(br);
}
