public void ConvertScene(bool ConsecutiveRoomInject, bool ForceRGBATextures)
{
/* Check if collision model is valid */
if (ColModel == null)
{
throw new Exception("No collision model defined");
}
/* Process rooms... */
for (int i = 0; i < _Rooms.Count; i++)
{
/* Get current room from list */
ZRoom Room = _Rooms[i];
/* Create new room file, DList offset list and texture list */
Room.RoomData = new List <byte>();
Room.DLists = new List <NDisplayList>();
Textures = new List <NTexture>();
/* Create room header */
WriteRoomHeader(Room);
/* Write objects */
if (Room.ZObjects.Count != 0)
{
ObjectOffset = Room.RoomData.Count;
foreach (ZUShort Obj in Room.ZObjects)
{
Helpers.Append16(ref Room.RoomData, Obj.Value);
}
AddPadding(ref Room.RoomData, 8);
}
/* Write actors */
if (Room.ZActors.Count != 0)
{
ActorOffset = Room.RoomData.Count;
foreach (ZActor Actor in Room.ZActors)
{
Helpers.Append16(ref Room.RoomData, Actor.Number);
Helpers.Append16(ref Room.RoomData, (ushort)Actor.XPos);
Helpers.Append16(ref Room.RoomData, (ushort)Actor.YPos);
Helpers.Append16(ref Room.RoomData, (ushort)Actor.ZPos);
Helpers.Append16(ref Room.RoomData, (ushort)Actor.XRot);
Helpers.Append16(ref Room.RoomData, (ushort)Actor.YRot);
Helpers.Append16(ref Room.RoomData, (ushort)Actor.ZRot);
Helpers.Append16(ref Room.RoomData, Actor.Variable);
}
AddPadding(ref Room.RoomData, 8);
}
/* Prepare dummy mesh header */
MeshHeaderOffset = Room.MeshHeaderOffset = Room.RoomData.Count;
Helpers.Append32(ref Room.RoomData, 0); /* Mesh type X, Y meshes */
Helpers.Append32(ref Room.RoomData, 0); /* Start address */
Helpers.Append32(ref Room.RoomData, 0); /* End address */
for (int j = 0; j < Room.ObjModel.Groups.Count; j++)
{
Helpers.Append64(ref Room.RoomData, 0);
Helpers.Append32(ref Room.RoomData, 0); /* Display List offset 1 */
Helpers.Append32(ref Room.RoomData, 0); /* Display List offset 2 */
}
AddPadding(ref Room.RoomData, 8);
/* Create textures */
for (int M = 0; M < Room.ObjModel.Materials.Count; M++)
{
/* Get material & force RGBA default */
ObjFile.Material Mat = Room.ObjModel.Materials[M];
Mat.ForceRGBA = ForceRGBATextures;
/* ---VERY kludgy RGBA forcing code--- */
for (int x = 0; x < Room.ObjModel.Groups.Count; x++)
{
/* If group has multitex material number... */
if (Room.ObjModel.Groups[x].MultiTexMaterial != -1)
{
/* Turn force RGBA ON for multitex material */
Room.ObjModel.Materials[Room.ObjModel.Groups[x].MultiTexMaterial].ForceRGBA = true;
/* Scan group's triangles for current material name... */
for (int y = 0; y < Room.ObjModel.Groups[x].Triangles.Count; y++)
{
if (Room.ObjModel.Groups[x].Triangles[y].MaterialName == Mat.Name)
{
/* Turn force RGBA ON for current material */
Mat.ForceRGBA = true;
goto Cont;
}
}
}
}
/* Continue here... */
Cont:
if (Mat.TexImage == null)
{
continue;
}
/* Create new texture, convert current material */
NTexture Texture = new NTexture();
Texture.Convert(Mat);
/* Add current offset to texture offset list */
Texture.TexOffset = ((uint)Room.RoomData.Count);
/* Write converted data to room file */
Room.RoomData.AddRange(Texture.Data);
/* See if we've got a CI-format texture... */
int Format = ((Texture.Type & 0xE0) >> 5);
#if DEBUG
Console.WriteLine("Texture format N64: " + Format.ToString("X2"));
#endif
if (Format == GBI.G_IM_FMT_CI)
{
/* If it's CI, add current offset to palette offset list */
Texture.PalOffset = ((uint)Room.RoomData.Count);
/* Write palette data to room file */
Room.RoomData.AddRange(Texture.Palette);
}
else
{
/* Add dummy entry to palette offset list */
Texture.PalOffset = Dummy;
}
Textures.Add(Texture);
}
/* Create Display Lists */
for (int j = 0; j < Room.ObjModel.Groups.Count; j++)
{
NDisplayList DList = new NDisplayList(Scale, Room.ObjModel.Groups[j].TintAlpha, 1.0f, IsOutdoors, Room.ObjModel.Groups[j].BackfaceCulling);
DList.Convert(Room.ObjModel, j, Textures, (uint)Room.RoomData.Count);
if (DList.Data != null)
{
Room.RoomData.AddRange(DList.Data);
}
Room.DLists.Add(DList);
}
/* Fix room header and add missing data */
FixRoomHeader(Room);
/* Add some padding for good measure */
AddPadding(ref Room.RoomData, 0x1000);
/* Store room data length */
Room.FullDataLength = Room.RoomData.ToArray().Length;
/* Put modified room info back into list */
_Rooms[i] = Room;
}
/* Create new scene file */
SceneData = new List <byte>();
/* Write scene header */
Helpers.Append64(ref SceneData, (ulong)(0x1502000000000000 | Music)); /* Sound settings */
CmdMapListOffset = SceneData.Count;
Helpers.Append64(ref SceneData, 0x0400000000000000); /* Map list */
CmdTransitionsOffset = SceneData.Count;
Helpers.Append64(ref SceneData, 0x0E00000000000000); /* Transition list */
Helpers.Append64(ref SceneData, 0x1900000000000003); /* Cutscenes */
CmdCollisionOffset = SceneData.Count;
Helpers.Append64(ref SceneData, 0x0300000000000000); /* Collision header */
CmdEntranceListOffset = SceneData.Count;
Helpers.Append64(ref SceneData, 0x0600000000000000); /* Entrance index */
if (IsOutdoors == true) /* Special objects */
{
Helpers.Append64(ref SceneData, 0x0701000000000002);
}
else
{
Helpers.Append64(ref SceneData, 0x0702000000000003);
}
CmdSpawnPointOffset = SceneData.Count;
Helpers.Append64(ref SceneData, 0x0000000000000000); /* Spawn point list */
if (IsOutdoors == true) /* Skybox / lighting settings */
{
Helpers.Append64(ref SceneData, 0x1100000001000000);
}
else
{
Helpers.Append64(ref SceneData, 0x1100000000000100);
}
CmdExitListOffset = SceneData.Count;
Helpers.Append64(ref SceneData, 0x1300000000000000); /* Exit list */
CmdEnvironmentsOffset = SceneData.Count;
Helpers.Append64(ref SceneData, 0x0F00000000000000); /* Environments */
Helpers.Append64(ref SceneData, 0x1400000000000000); /* End marker */
/* Fix scene header; map list ... */
Helpers.Overwrite32(ref SceneData, CmdMapListOffset, (uint)(0x04000000 | (_Rooms.Count << 16)));
Helpers.Overwrite32(ref SceneData, CmdMapListOffset + 4, (uint)(0x02000000 | SceneData.Count));
if (ConsecutiveRoomInject == true)
{
int RoomInjectOffset = _Rooms[0].InjectOffset;
foreach (ZRoom Room in _Rooms)
{
Helpers.Append32(ref SceneData, (uint)RoomInjectOffset);
Helpers.Append32(ref SceneData, (uint)(RoomInjectOffset + Room.FullDataLength));
RoomInjectOffset += Room.FullDataLength;
}
}
else
{
foreach (ZRoom Room in _Rooms)
{
Helpers.Append32(ref SceneData, (uint)Room.InjectOffset);
Helpers.Append32(ref SceneData, (uint)(Room.InjectOffset + Room.FullDataLength));
}
}
AddPadding(ref SceneData, 8);
/* ... transition list ... */
Helpers.Overwrite32(ref SceneData, CmdTransitionsOffset, (uint)(0x0E000000 | (Transitions.Count << 16)));
Helpers.Overwrite32(ref SceneData, CmdTransitionsOffset + 4, (uint)(0x02000000 | SceneData.Count));
foreach (ZActor Trans in Transitions)
{
SceneData.Add(Trans.FrontSwitchTo);
SceneData.Add(Trans.FrontCamera);
SceneData.Add(Trans.BackSwitchTo);
SceneData.Add(Trans.BackCamera);
Helpers.Append16(ref SceneData, Trans.Number);
Helpers.Append16(ref SceneData, (ushort)Trans.XPos);
Helpers.Append16(ref SceneData, (ushort)Trans.YPos);
Helpers.Append16(ref SceneData, (ushort)Trans.ZPos);
Helpers.Append16(ref SceneData, (ushort)Trans.YRot);
Helpers.Append16(ref SceneData, Trans.Variable);
}
AddPadding(ref SceneData, 8);
/* ... exit list ... */
Helpers.Overwrite32(ref SceneData, CmdExitListOffset + 4, (uint)(0x02000000 | SceneData.Count));
foreach (ZUShort Exit in ExitList)
{
Helpers.Append16(ref SceneData, Exit.Value);
}
AddPadding(ref SceneData, 8);
/* ... spawn point list ... */
Helpers.Overwrite32(ref SceneData, CmdSpawnPointOffset, (uint)(0x00000000 | (SpawnPoints.Count << 16)));
Helpers.Overwrite32(ref SceneData, CmdSpawnPointOffset + 4, (uint)(0x02000000 | SceneData.Count));
foreach (ZActor Spawn in SpawnPoints)
{
Helpers.Append16(ref SceneData, Spawn.Number);
Helpers.Append16(ref SceneData, (ushort)Spawn.XPos);
Helpers.Append16(ref SceneData, (ushort)Spawn.YPos);
Helpers.Append16(ref SceneData, (ushort)Spawn.ZPos);
Helpers.Append16(ref SceneData, (ushort)Spawn.XRot);
Helpers.Append16(ref SceneData, (ushort)Spawn.YRot);
Helpers.Append16(ref SceneData, (ushort)Spawn.ZRot);
Helpers.Append16(ref SceneData, Spawn.Variable);
}
AddPadding(ref SceneData, 8);
/* ... environments ... */
Helpers.Overwrite32(ref SceneData, CmdEnvironmentsOffset, (uint)(0x0F000000 | (Environments.Count << 16)));
Helpers.Overwrite32(ref SceneData, CmdEnvironmentsOffset + 4, (uint)(0x02000000 | SceneData.Count));
foreach (ZEnvironment Env in Environments)
{
Helpers.Append48(ref SceneData, (ulong)(Env.C1C.ToArgb() & 0xFFFFFF));
Helpers.Append48(ref SceneData, (ulong)(Env.C2C.ToArgb() & 0xFFFFFF));
Helpers.Append48(ref SceneData, (ulong)(Env.C3C.ToArgb() & 0xFFFFFF));
Helpers.Append48(ref SceneData, (ulong)(Env.C4C.ToArgb() & 0xFFFFFF));
Helpers.Append48(ref SceneData, (ulong)(Env.C5C.ToArgb() & 0xFFFFFF));
Helpers.Append48(ref SceneData, (ulong)(Env.FogColorC.ToArgb() & 0xFFFFFF));
Helpers.Append16(ref SceneData, Env.FogDistance);
Helpers.Append16(ref SceneData, Env.DrawDistance);
}
AddPadding(ref SceneData, 8);
/* ... entrance list ... */
Helpers.Overwrite32(ref SceneData, CmdEntranceListOffset + 4, (uint)(0x02000000 | SceneData.Count));
Helpers.Append16(ref SceneData, 0x0000); /* Map 0, spawn point 0 */
AddPadding(ref SceneData, 8);
/* ... collision */
WriteSceneCollision();
}
public void ConvertScene(bool ConsecutiveRoomInject, bool ForceRGBATextures)
{
/* Check if collision model is valid */
if (ColModel == null) throw new Exception("No collision model defined");
/* Process rooms... */
for (int i = 0; i < _Rooms.Count; i++)
{
/* Get current room from list */
ZRoom Room = _Rooms[i];
/* Create new room file, DList offset list and texture list */
Room.RoomData = new List<byte>();
Room.DLists = new List<NDisplayList>();
Textures = new List<NTexture>();
/* Create room header */
WriteRoomHeader(Room);
/* Write objects */
if (Room.ZObjects.Count != 0)
{
ObjectOffset = Room.RoomData.Count;
foreach (ZUShort Obj in Room.ZObjects)
Helpers.Append16(ref Room.RoomData, Obj.Value);
AddPadding(ref Room.RoomData, 8);
}
/* Write actors */
if (Room.ZActors.Count != 0)
{
ActorOffset = Room.RoomData.Count;
foreach (ZActor Actor in Room.ZActors)
{
Helpers.Append16(ref Room.RoomData, Actor.Number);
Helpers.Append16(ref Room.RoomData, (ushort)Actor.XPos);
Helpers.Append16(ref Room.RoomData, (ushort)Actor.YPos);
Helpers.Append16(ref Room.RoomData, (ushort)Actor.ZPos);
Helpers.Append16(ref Room.RoomData, (ushort)Actor.XRot);
Helpers.Append16(ref Room.RoomData, (ushort)Actor.YRot);
Helpers.Append16(ref Room.RoomData, (ushort)Actor.ZRot);
Helpers.Append16(ref Room.RoomData, Actor.Variable);
}
AddPadding(ref Room.RoomData, 8);
}
/* Prepare dummy mesh header */
MeshHeaderOffset = Room.MeshHeaderOffset = Room.RoomData.Count;
Helpers.Append32(ref Room.RoomData, 0); /* Mesh type X, Y meshes */
Helpers.Append32(ref Room.RoomData, 0); /* Start address */
Helpers.Append32(ref Room.RoomData, 0); /* End address */
for (int j = 0; j < Room.ObjModel.Groups.Count; j++)
{
Helpers.Append64(ref Room.RoomData, 0);
Helpers.Append32(ref Room.RoomData, 0); /* Display List offset 1 */
Helpers.Append32(ref Room.RoomData, 0); /* Display List offset 2 */
}
AddPadding(ref Room.RoomData, 8);
/* Create textures */
for (int M = 0; M < Room.ObjModel.Materials.Count; M++)
{
/* Get material & force RGBA default */
ObjFile.Material Mat = Room.ObjModel.Materials[M];
Mat.ForceRGBA = ForceRGBATextures;
/* ---VERY kludgy RGBA forcing code--- */
for (int x = 0; x < Room.ObjModel.Groups.Count; x++)
{
/* If group has multitex material number... */
if (Room.ObjModel.Groups[x].MultiTexMaterial != -1)
{
/* Turn force RGBA ON for multitex material */
Room.ObjModel.Materials[Room.ObjModel.Groups[x].MultiTexMaterial].ForceRGBA = true;
/* Scan group's triangles for current material name... */
for (int y = 0; y < Room.ObjModel.Groups[x].Triangles.Count; y++)
{
if (Room.ObjModel.Groups[x].Triangles[y].MaterialName == Mat.Name)
{
/* Turn force RGBA ON for current material */
Mat.ForceRGBA = true;
goto Cont;
}
}
}
}
/* Continue here... */
Cont:
if (Mat.TexImage == null) continue;
/* Create new texture, convert current material */
NTexture Texture = new NTexture();
Texture.Convert(Mat);
/* Add current offset to texture offset list */
Texture.TexOffset = ((uint)Room.RoomData.Count);
/* Write converted data to room file */
Room.RoomData.AddRange(Texture.Data);
/* See if we've got a CI-format texture... */
int Format = ((Texture.Type & 0xE0) >> 5);
#if DEBUG
Console.WriteLine("Texture format N64: " + Format.ToString("X2"));
#endif
if (Format == GBI.G_IM_FMT_CI)
{
/* If it's CI, add current offset to palette offset list */
Texture.PalOffset = ((uint)Room.RoomData.Count);
/* Write palette data to room file */
Room.RoomData.AddRange(Texture.Palette);
}
else
{
/* Add dummy entry to palette offset list */
Texture.PalOffset = Dummy;
}
Textures.Add(Texture);
}
/* Create Display Lists */
for (int j = 0; j < Room.ObjModel.Groups.Count; j++)
{
NDisplayList DList = new NDisplayList(Scale, Room.ObjModel.Groups[j].TintAlpha, 1.0f, IsOutdoors, Room.ObjModel.Groups[j].BackfaceCulling);
DList.Convert(Room.ObjModel, j, Textures, (uint)Room.RoomData.Count);
if (DList.Data != null)
Room.RoomData.AddRange(DList.Data);
Room.DLists.Add(DList);
}
/* Fix room header and add missing data */
FixRoomHeader(Room);
/* Add some padding for good measure */
AddPadding(ref Room.RoomData, 0x1000);
/* Store room data length */
Room.FullDataLength = Room.RoomData.ToArray().Length;
/* Put modified room info back into list */
_Rooms[i] = Room;
}
/* Create new scene file */
SceneData = new List<byte>();
/* Write scene header */
Helpers.Append64(ref SceneData, (ulong)(0x1502000000000000 | Music)); /* Sound settings */
CmdMapListOffset = SceneData.Count;
Helpers.Append64(ref SceneData, 0x0400000000000000); /* Map list */
CmdTransitionsOffset = SceneData.Count;
Helpers.Append64(ref SceneData, 0x0E00000000000000); /* Transition list */
Helpers.Append64(ref SceneData, 0x1900000000000003); /* Cutscenes */
CmdCollisionOffset = SceneData.Count;
Helpers.Append64(ref SceneData, 0x0300000000000000); /* Collision header */
CmdEntranceListOffset = SceneData.Count;
Helpers.Append64(ref SceneData, 0x0600000000000000); /* Entrance index */
if (IsOutdoors == true) /* Special objects */
Helpers.Append64(ref SceneData, 0x0701000000000002);
else
Helpers.Append64(ref SceneData, 0x0702000000000003);
CmdSpawnPointOffset = SceneData.Count;
Helpers.Append64(ref SceneData, 0x0000000000000000); /* Spawn point list */
if (IsOutdoors == true) /* Skybox / lighting settings */
Helpers.Append64(ref SceneData, 0x1100000001000000);
else
Helpers.Append64(ref SceneData, 0x1100000000000100);
CmdExitListOffset = SceneData.Count;
Helpers.Append64(ref SceneData, 0x1300000000000000); /* Exit list */
CmdEnvironmentsOffset = SceneData.Count;
Helpers.Append64(ref SceneData, 0x0F00000000000000); /* Environments */
Helpers.Append64(ref SceneData, 0x1400000000000000); /* End marker */
/* Fix scene header; map list ... */
Helpers.Overwrite32(ref SceneData, CmdMapListOffset, (uint)(0x04000000 | (_Rooms.Count << 16)));
Helpers.Overwrite32(ref SceneData, CmdMapListOffset + 4, (uint)(0x02000000 | SceneData.Count));
if (ConsecutiveRoomInject == true)
{
int RoomInjectOffset = _Rooms[0].InjectOffset;
foreach (ZRoom Room in _Rooms)
{
Helpers.Append32(ref SceneData, (uint)RoomInjectOffset);
Helpers.Append32(ref SceneData, (uint)(RoomInjectOffset + Room.FullDataLength));
RoomInjectOffset += Room.FullDataLength;
}
}
else
{
foreach (ZRoom Room in _Rooms)
{
Helpers.Append32(ref SceneData, (uint)Room.InjectOffset);
Helpers.Append32(ref SceneData, (uint)(Room.InjectOffset + Room.FullDataLength));
}
}
AddPadding(ref SceneData, 8);
/* ... transition list ... */
Helpers.Overwrite32(ref SceneData, CmdTransitionsOffset, (uint)(0x0E000000 | (Transitions.Count << 16)));
Helpers.Overwrite32(ref SceneData, CmdTransitionsOffset + 4, (uint)(0x02000000 | SceneData.Count));
foreach (ZActor Trans in Transitions)
{
SceneData.Add(Trans.FrontSwitchTo);
SceneData.Add(Trans.FrontCamera);
SceneData.Add(Trans.BackSwitchTo);
SceneData.Add(Trans.BackCamera);
Helpers.Append16(ref SceneData, Trans.Number);
Helpers.Append16(ref SceneData, (ushort)Trans.XPos);
Helpers.Append16(ref SceneData, (ushort)Trans.YPos);
Helpers.Append16(ref SceneData, (ushort)Trans.ZPos);
Helpers.Append16(ref SceneData, (ushort)Trans.YRot);
Helpers.Append16(ref SceneData, Trans.Variable);
}
AddPadding(ref SceneData, 8);
/* ... exit list ... */
Helpers.Overwrite32(ref SceneData, CmdExitListOffset + 4, (uint)(0x02000000 | SceneData.Count));
foreach (ZUShort Exit in ExitList)
{
Helpers.Append16(ref SceneData, Exit.Value);
}
AddPadding(ref SceneData, 8);
/* ... spawn point list ... */
Helpers.Overwrite32(ref SceneData, CmdSpawnPointOffset, (uint)(0x00000000 | (SpawnPoints.Count << 16)));
Helpers.Overwrite32(ref SceneData, CmdSpawnPointOffset + 4, (uint)(0x02000000 | SceneData.Count));
foreach (ZActor Spawn in SpawnPoints)
{
Helpers.Append16(ref SceneData, Spawn.Number);
Helpers.Append16(ref SceneData, (ushort)Spawn.XPos);
Helpers.Append16(ref SceneData, (ushort)Spawn.YPos);
Helpers.Append16(ref SceneData, (ushort)Spawn.ZPos);
Helpers.Append16(ref SceneData, (ushort)Spawn.XRot);
Helpers.Append16(ref SceneData, (ushort)Spawn.YRot);
Helpers.Append16(ref SceneData, (ushort)Spawn.ZRot);
Helpers.Append16(ref SceneData, Spawn.Variable);
}
AddPadding(ref SceneData, 8);
/* ... environments ... */
Helpers.Overwrite32(ref SceneData, CmdEnvironmentsOffset, (uint)(0x0F000000 | (Environments.Count << 16)));
Helpers.Overwrite32(ref SceneData, CmdEnvironmentsOffset + 4, (uint)(0x02000000 | SceneData.Count));
foreach (ZEnvironment Env in Environments)
{
Helpers.Append48(ref SceneData, (ulong)(Env.C1C.ToArgb() & 0xFFFFFF));
Helpers.Append48(ref SceneData, (ulong)(Env.C2C.ToArgb() & 0xFFFFFF));
Helpers.Append48(ref SceneData, (ulong)(Env.C3C.ToArgb() & 0xFFFFFF));
Helpers.Append48(ref SceneData, (ulong)(Env.C4C.ToArgb() & 0xFFFFFF));
Helpers.Append48(ref SceneData, (ulong)(Env.C5C.ToArgb() & 0xFFFFFF));
Helpers.Append48(ref SceneData, (ulong)(Env.FogColorC.ToArgb() & 0xFFFFFF));
Helpers.Append16(ref SceneData, Env.FogDistance);
Helpers.Append16(ref SceneData, Env.DrawDistance);
}
AddPadding(ref SceneData, 8);
/* ... entrance list ... */
Helpers.Overwrite32(ref SceneData, CmdEntranceListOffset + 4, (uint)(0x02000000 | SceneData.Count));
Helpers.Append16(ref SceneData, 0x0000); /* Map 0, spawn point 0 */
AddPadding(ref SceneData, 8);
/* ... collision */
WriteSceneCollision();
}