internal UVPoints(SBR block)
{
block.VerifyID(TokenID.UV_Points);
int count = Capacity = block.ReadInt();
while (count-- > 0)
{
SBR subBlock = block.ReadSubBlock();
subBlock.VerifyID(TokenID.UV_Point);
Add(new Vector2(subBlock.ReadFloat(), subBlock.ReadFloat()));
subBlock.VerifyEndOfBlock();
}
block.VerifyEndOfBlock();
}
internal Normals(SBR block)
{
block.VerifyID(TokenID.Normals);
int count = Capacity = block.ReadInt();
while (count-- > 0)
{
SBR subBlock = block.ReadSubBlock();
subBlock.VerifyID(TokenID.Vector);
Add(new Vector3(subBlock.ReadFloat(), subBlock.ReadFloat(), subBlock.ReadFloat()));
subBlock.VerifyEndOfBlock();
}
block.VerifyEndOfBlock();
}
protected override void AddOrModifyObj(SBR subBlock, PositionHolder holder)
{
switch (subBlock.ID)
{
case TokenID.CarFrequency: CarFrequency = subBlock.ReadFloat(); break;
case TokenID.CarAvSpeed: CarAverageSpeed = subBlock.ReadFloat(); break;
case TokenID.OrtsListName: ListName = subBlock.ReadString(); break;
case TokenID.TrItemId: TrackItemIds.Add(subBlock); break;
default: base.AddOrModifyObj(subBlock, holder); break;
}
}
public PrimaryState(SBR block)
{
block.VerifyID(TokenID.Prim_State);
Name = block.Label;
Flags = block.ReadFlags();
ShaderIndex = block.ReadInt();
{
var subBlock = block.ReadSubBlock();
subBlock.VerifyID(TokenID.Tex_Idxs);
TextureIndices = new int[subBlock.ReadInt()];
for (var i = 0; i < TextureIndices.Length; ++i)
{
TextureIndices[i] = subBlock.ReadInt();
}
subBlock.VerifyEndOfBlock();
}
ZBias = block.ReadFloat();
VertexStateIndex = block.ReadInt();
AlphaTestMode = block.ReadInt();
LightConfigIndex = block.ReadInt();
ZBufferMode = block.ReadInt();
block.VerifyEndOfBlock();
}
internal Colors(SBR block)
{
block.VerifyID(TokenID.Colours);
int count = Capacity = block.ReadInt();
while (count-- > 0)
{
SBR subBlock = block.ReadSubBlock();
subBlock.VerifyID(TokenID.Colour);
float alpha = subBlock.ReadFloat();
Add(new Color(subBlock.ReadFloat(), subBlock.ReadFloat(), subBlock.ReadFloat(), alpha));
subBlock.VerifyEndOfBlock();
}
block.VerifyEndOfBlock();
}
internal UVCalc(SBR block)
{
block.VerifyID(TokenID.Terrain_UVCalc);
A = block.ReadInt();
B = block.ReadInt();
C = block.ReadInt();
D = (int)block.ReadFloat();
}
public terrain_uvcalc(SBR block)
{
block.VerifyID(TokenID.terrain_uvcalc);
A = block.ReadInt();
B = block.ReadInt();
C = block.ReadInt();
D = (int)block.ReadFloat();
}
public UVOperationUniformScale(SBR block)
{
block.VerifyID(TokenID.UV_Op_UniformScale);
TextureAddressMode = block.ReadInt();
SourceUVIndex = block.ReadInt();
UnknownParameter3 = block.ReadFloat();
block.VerifyEndOfBlock();
block.TraceInformation(String.Format("{0} was treated as uv_op_copy", block.ID.ToString()));
}
internal UVOperationUniformScale(SBR block)
{
block.VerifyID(TokenID.UV_Op_UniformScale);
TextureAddressMode = block.ReadInt();
SourceUVIndex = block.ReadInt();
UnknownParameter3 = block.ReadFloat();
block.VerifyEndOfBlock();
block.TraceInformation($"{block.ID} was treated as uv_op_copy");
}
public VolumeSphere(SBR block)
{
block.VerifyID(TokenID.Vol_Sphere);
var vectorBlock = block.ReadSubBlock();
Vector = new Vector3(vectorBlock.ReadFloat(), vectorBlock.ReadFloat(), vectorBlock.ReadFloat());
vectorBlock.VerifyEndOfBlock();
Radius = block.ReadFloat();
block.VerifyEndOfBlock();
}
public TcbKey(SBR block)
{
block.VerifyID(TokenID.Tcb_Key);
Frame = block.ReadInt();
quaternion = new Quaternion(block.ReadFloat(), block.ReadFloat(), -block.ReadFloat(), block.ReadFloat());
Tension = block.ReadFloat();
Continuity = block.ReadFloat();
Bias = block.ReadFloat();
In = block.ReadFloat();
Out = block.ReadFloat();
block.VerifyEndOfBlock();
}
internal WaterLevelOffset(SBR block)
{
block.VerifyID(TokenID.Terrain_Water_Height_Offset);
if (!block.EndOfBlock())
{
SW = block.ReadFloat();
}
if (!block.EndOfBlock())
{
SE = block.ReadFloat();
}
if (!block.EndOfBlock())
{
NE = block.ReadFloat();
}
if (!block.EndOfBlock())
{
NW = block.ReadFloat();
}
}
public terrain_water_height_offset(SBR block)
{
block.VerifyID(TokenID.terrain_water_height_offset);
if (!block.EndOfBlock())
{
SW = block.ReadFloat();
}
if (!block.EndOfBlock())
{
SE = block.ReadFloat();
}
if (!block.EndOfBlock())
{
NE = block.ReadFloat();
}
if (!block.EndOfBlock())
{
NW = block.ReadFloat();
}
}
public LightMaterial(SBR block)
{
block.VerifyID(TokenID.Light_Material);
Flags = block.ReadFlags();
DiffuseColorIndex = block.ReadInt();
AmbientColorIndex = block.ReadInt();
SpecularColorIndex = block.ReadInt();
EmissiveColorIndex = block.ReadInt();
SpecPower = block.ReadFloat();
block.VerifyEndOfBlock();
}
public Texture(SBR block)
{
block.VerifyID(TokenID.Texture);
ImageIndex = block.ReadInt();
FilterMode = block.ReadInt();
MipMapLODBias = block.ReadFloat();
if (!block.EndOfBlock())
{
BorderColor = block.ReadFlags();
}
block.VerifyEndOfBlock();
}
private void ReadPosition(SBR block, PositionHolder holder)
{
block.VerifyID(TokenID.Matrix3x3);
holder.Position = new Matrix3x3(block.ReadFloat(), block.ReadFloat(), block.ReadFloat(),
block.ReadFloat(), block.ReadFloat(), block.ReadFloat(), block.ReadFloat(), block.ReadFloat(), block.ReadFloat());
holder.PositionSet = true;
block.VerifyEndOfBlock();
}
protected override void AddOrModifyObj(SBR subBlock, PositionHolder holder)
{
switch (subBlock.ID)
{
case TokenID.SectionIdx: SectionIndex = subBlock.ReadUInt(); break;
case TokenID.Elevation: Elevation = subBlock.ReadFloat(); break;
case TokenID.CollideFlags: CollideFlags = subBlock.ReadUInt(); break;
case TokenID.TrackSections: TrackSections = ReadTrackSections(subBlock); break;
default: base.AddOrModifyObj(subBlock, holder); break;
}
}
internal DistanceLevelHeader(SBR block)
{
block.VerifyID(TokenID.Distance_Level_Header);
{
SBR subBlock = block.ReadSubBlock();
subBlock.VerifyID(TokenID.DLevel_Selection);
DistanceLevelSelection = subBlock.ReadFloat();
subBlock.VerifyEndOfBlock();
}
{
SBR subBlock = block.ReadSubBlock();
subBlock.VerifyID(TokenID.Hierarchy);
Hierarchy = new int[subBlock.ReadInt()];
for (int i = 0; i < Hierarchy.Length; ++i)
{
Hierarchy[i] = subBlock.ReadInt();
}
subBlock.VerifyEndOfBlock();
}
block.VerifyEndOfBlock();
}
private void ReadLocation(SBR block)
{
block.VerifyID(TokenID.JNodePosn);
location = new WorldLocation(block.ReadInt(), block.ReadInt(), block.ReadFloat(), block.ReadFloat(), block.ReadFloat());
block.VerifyEndOfBlock();
}
private Matrix ReadMatrix(SBR block)
{
block.VerifyID(TokenID.Matrix);
MatrixNames.Add(string.IsNullOrEmpty(block.Label) ? string.Empty : block.Label.ToUpperInvariant());
Matrix result = new Matrix(
block.ReadFloat(), block.ReadFloat(), -block.ReadFloat(), 0.0f,
block.ReadFloat(), block.ReadFloat(), -block.ReadFloat(), 0.0f,
-block.ReadFloat(), -block.ReadFloat(), block.ReadFloat(), 0.0f,
block.ReadFloat(), block.ReadFloat(), -block.ReadFloat(), 1.0f);
block.VerifyEndOfBlock();
return(result);
}
public terrain_patchset_patch(SBR block)
{
block.VerifyID(TokenID.terrain_patchset_patch);
Flags = block.ReadUInt();
CenterX = block.ReadFloat(); // 64
AverageY = block.ReadFloat(); // 299.9991
CenterZ = block.ReadFloat(); // -64
FactorY = block.ReadFloat(); // 99.48125
RangeY = block.ReadFloat(); // 0
RadiusM = block.ReadFloat(); // 64
ShaderIndex = block.ReadInt(); // 0 , 14, 6 etc TODO, I think there is something wrong here
X = block.ReadFloat(); // 0.001953 or 0.998 or 0.001 (1/512, 511/512, 1/1024) typically, but not always
Y = block.ReadFloat(); // 0.001953 or 0.998 or 0.001
W = block.ReadFloat(); // 0.06225586 0 -0.06225586 (255/256)/16
B = block.ReadFloat(); // 0.06225586 0 -0.06225586
C = block.ReadFloat(); // 0.06225586 0 -0.06225586
H = block.ReadFloat(); // 0.06225586 0 -0.06225586
ErrorBias = block.ReadFloat(); // 0 - 1
}
