public MTransitionActor(byte[] record)
{
SwitchToFrontRoom = record[0];
SwitchToFrontCamera = record[1];
SwitchToBackRoom = record[2];
SwitchToBackCamera = record[3];
Endian.Convert(out ushort actor, record, 4);
Actor = actor;
//ActorDataA = (byte)(Actor >> 12);
Actor &= 0xFFF;
Endian.Convert(out Vector3 <short> coords, record, 6);
Coords = coords;
Endian.Convert(out ushort ry, record, 12);
Rotation = new Vector3 <ushort>(0, ry, 0);
Endian.Convert(out ushort variable, record, 14);
Variable = variable;
//DayFlags = (ushort)(((ushort)record[9] << 7) + record[11]);
//rotation.x = (ushort)(record[8] * 2);
//rotation.y = (ushort)(record[10] * 2);
//rotation.z = (ushort)(record[12] * 2);
//DataC = record[13];
//Endian.Convert(out Variable, record, 6);
}
private void InitializeHeader(byte[] data)
{
UInt32 temp;
Endian.Convert(out MinCollision.x, data, 0);
Endian.Convert(out MinCollision.y, data, 2);
Endian.Convert(out MinCollision.z, data, 4);
Endian.Convert(out MaxCollision.x, data, 6);
Endian.Convert(out MaxCollision.y, data, 8);
Endian.Convert(out MaxCollision.z, data, 10);
Endian.Convert(out Vertices, data, 12);
Endian.Convert(out temp, data, 16);
VerticesOffset = SceneOffset + (temp & 0xFFFFFF);
Endian.Convert(out Polygons, data, 20);
Endian.Convert(out temp, data, 24);
PolygonOffset = SceneOffset + (temp & 0xFFFFFF);
Endian.Convert(out temp, data, 28);
PolygonTypesOffset = SceneOffset + (temp & 0xFFFFFF);
Endian.Convert(out temp, data, 32);
hasCameraData = ((temp & 0xFF000000) > 0);
CameraDataOffset = SceneOffset + (temp & 0xFFFFFF);
Endian.Convert(out WaterBoxes, data, 36);
Endian.Convert(out temp, data, 40);
hasWaterBoxesData = ((temp & 0xFF000000) > 0);
WaterBoxesOffset = SceneOffset + (temp & 0xFFFFFF);
}
public MActorRecord(byte[] record)
{
Endian.Convert(out Actor, record, 0);
RotationFlags = new Vector3 <bool>
(
(Actor & 0x8000) > 0,
(Actor & 0x4000) > 0,
(Actor & 0x2000) > 0
);
Actor &= 0xFFF;
Endian.Convert(out coords.x, record, 2);
Endian.Convert(out coords.y, record, 4);
Endian.Convert(out coords.z, record, 6);
DayFlags = (ushort)((record[9] << 7) + (record[13] & 0x7F));
rotation.x = (ushort)(record[08] * 2 + Shift.AsByte(record[09], 0x80));
rotation.y = (ushort)(record[10] * 2 + Shift.AsByte(record[11], 0x80));
rotation.z = (ushort)(record[12] * 2 + Shift.AsByte(record[13], 0x80));
Scene_0x1B = Shift.AsByte(record[13], 0x7F);
Endian.Convert(out Variable, record, 6);
}
public MTransitionActor(byte[] record)
{
SwitchToFrontRoom = record[0];
SwitchToFrontCamera = record[1];
SwitchToBackRoom = record[2];
SwitchToBackCamera = record[3];
Endian.Convert(out Actor, record, 4);
//ActorDataA = (byte)(Actor >> 12);
Actor &= 0xFFF;
Endian.Convert(out coords.x, record, 6);
Endian.Convert(out coords.y, record, 8);
Endian.Convert(out coords.z, record, 10);
rotation.x = 0;
Endian.Convert(out rotation.y, record, 12);
rotation.z = 0;
Endian.Convert(out Variable, record, 14);
//DayFlags = (ushort)(((ushort)record[9] << 7) + record[11]);
//rotation.x = (ushort)(record[8] * 2);
//rotation.y = (ushort)(record[10] * 2);
//rotation.z = (ushort)(record[12] * 2);
//DataC = record[13];
//Endian.Convert(out Variable, record, 6);
}
public static MTransitionActor New(byte[] record)
{
ushort actor;
Endian.Convert(out actor, record, 4);
switch (actor)
{
//case 0x0009: return new StandardDoorActor(record);
//case 0x0023: return new TransitionPlaneActor(record);
//case 0x002E: return new LiftingDoorActor(record);
default: return(new MTransitionActor(record));
}
}
public CollisionPolygon(byte[] data)
{
Endian.Convert(out type, data, 0);
Endian.Convert(out Vertex.x, data, 2);
Endian.Convert(out Vertex.y, data, 4);
Endian.Convert(out Vertex.z, data, 6);
Endian.Convert(out Normals.x, data, 8);
Endian.Convert(out Normals.y, data, 10);
Endian.Convert(out Normals.z, data, 12);
Endian.Convert(out distanceFromOrigin, data, 14);
}
private void Load(BinaryReader br)
{
byte[] arr;
arr = br.ReadBytes(12);
Endian.Convert(out a, arr, 0);
Endian.Convert(out Transition, arr, 4);
Endian.Convert(out short startFrame, arr, 6);
Endian.Convert(out short endFrame, arr, 8);
Endian.Convert(out EndFrameD, arr, 10);
StartFrame = startFrame;
EndFrame = endFrame;
}
private void Load(BinaryReader br)
{
byte[] arr = br.ReadBytes(LENGTH);
/* 0x00 */ Endian.Convert(out Action, arr, 0x00);
/* 0x02 */ Endian.Convert(out short startFrame, arr, 0x02);
/* 0x04 */ Endian.Convert(out short endFrame, arr, 0x04);
/* 0x06 */ Endian.Convert(out Rotation, arr, 0x06);
/* 0x0C */ Endian.Convert(out StartPosition, arr, 0x0C);
/* 0x18 */ Endian.Convert(out EndPosition, arr, 0x18);
/* 0x24 */ Endian.Convert(out Normal, arr, 0x24);
StartFrame = startFrame;
EndFrame = endFrame;
}
public ActorRecord(byte[] record, params int[] p)
{
Endian.Convert(out Actor, record, 0);
Endian.Convert(out coords.x, record, 2);
Endian.Convert(out coords.y, record, 4);
Endian.Convert(out coords.z, record, 6);
Endian.Convert(out rotation.x, record, 8);
Endian.Convert(out rotation.y, record, 10);
Endian.Convert(out rotation.z, record, 12);
Endian.Convert(out Variable, record, 14);
objectDependencies = p;
}
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 TransitionActor(byte[] record)
{
SwitchToFrontRoom = record[0];
SwitchToFrontCamera = record[1];
SwitchToBackRoom = record[2];
SwitchToBackCamera = record[3];
Endian.Convert(out Actor, record, 4);
Endian.Convert(out coords.x, record, 6);
Endian.Convert(out coords.y, record, 8);
Endian.Convert(out coords.z, record, 10);
rotation.x = 0;
Endian.Convert(out rotation.y, record, 12);
rotation.z = 0;
Endian.Convert(out Variable, record, 14);
}
public void Load(short startFrame, BinaryReader br)
{
byte[] arr = br.ReadBytes(0x10);
Terminator = arr[0];
Rotation = (sbyte)arr[1];
Endian.Convert(out Frames, arr, 2);
Endian.Convert(out AngleOfView, arr, 4);
Endian.Convert(out Coordinates, arr, 8);
Endian.Convert(out d, arr, 14);
//IFrameData
StartFrame = startFrame;
EndFrame = (short)(startFrame + Frames);
}
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;
}
public CollisionPolygon(byte[] data)
{
Normal = new Vector3 <short>();
Endian.Convert(out Type, data, 0x00);
Endian.Convert(out ushort vA, data, 0x02);
Endian.Convert(out ushort vB, data, 0x04);
Endian.Convert(out ushort vC, data, 0x06);
Endian.Convert(out Normal, data, 0x08);
Endian.Convert(out D, data, 0x0E);
VertexA = (short)(vA & 0x1FFF);
VertexB = (short)(vB & 0x1FFF);
VertexC = (short)(vC & 0x1FFF);
VertexFlagsA = Shift.AsByte(vA, 0xE000);
VertexFlagsB = Shift.AsByte(vB, 0xE000);
VertexFlagsC = Shift.AsByte(vC, 0xE000);
}
public TransitionActor(byte[] record)
{
SwitchToFrontRoom = record[0];
SwitchToFrontCamera = record[1];
SwitchToBackRoom = record[2];
SwitchToBackCamera = record[3];
Endian.Convert(out ushort actor, record, 4);
Actor = actor;
Endian.Convert(out Vector3 <short> coords, record, 6);
Coords = coords;
Endian.Convert(out ushort ry, record, 12);
Rotation = new Vector3 <ushort>(0, ry, 0);
Endian.Convert(out ushort variable, record, 14);
Variable = variable;
}
public void Initialize(System.IO.BinaryReader br)
{
long count;
ushort index;
if (EndOffset != 0)
{
count = (EndOffset - ExitListAddress) / 2;
if (count > 0x20)
{
throw new ArgumentOutOfRangeException();
}
br.BaseStream.Position = ExitListAddress;
for (int i = 0; i < count; i++)
{
Endian.Convert(out index, br.ReadBytes(2));
ExitList.Add(index);
}
}
}
private void InitializeHeader(byte[] data)
{
Endian.Convert(out BoundsMin, data, 0x00);
Endian.Convert(out BoundsMax, data, 0x06);
Endian.Convert(out Vertices, data, 0x0C);
Endian.Convert(out int temp, data, 0x10);
VertexArray = new SegmentAddress(temp);
Endian.Convert(out Polys, data, 0x14);
Endian.Convert(out temp, data, 0x18);
PolyArray = new SegmentAddress(temp);
Endian.Convert(out temp, data, 0x1C);
PolyTypeArray = new SegmentAddress(temp);
Endian.Convert(out temp, data, 0x20);
CameraDataArray = new SegmentAddress(temp);
Endian.Convert(out WaterBoxes, data, 0x24);
Endian.Convert(out temp, data, 0x28);
WaterBoxesArray = new SegmentAddress(temp);
}
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;
}