internal Shader(SBR block)
{
block.VerifyID(TokenID.Terrain_Shader);
Name = block.ReadString();
while (!block.EndOfBlock())
{
using (SBR subBlock = block.ReadSubBlock())
{
switch (subBlock.ID)
{
case TokenID.Terrain_TexSlots:
int size = (int)subBlock.ReadUInt();
Textureslots = new List <TextureSlot>(size);
for (int i = 0; i < size; ++i)
{
Textureslots.Add(new TextureSlot(subBlock.ReadSubBlock()));
}
break;
case TokenID.Terrain_UVCalcs:
size = (int)subBlock.ReadUInt();
UVCalcs = new List <UVCalc>(size);
for (int i = 0; i < size; ++i)
{
UVCalcs.Add(new UVCalc(subBlock.ReadSubBlock()));
}
break;
default:
break;
}
}
}
}
public LodControl(SBR block)
{
block.VerifyID(TokenID.Lod_Control);
DistanceLevelsHeader = new DistanceLevelsHeader(block.ReadSubBlock());
DistanceLevels = new DistanceLevels(block.ReadSubBlock());
block.VerifyEndOfBlock();
}
protected override ValidationResult IsValid(object value, ValidationContext validationContext)
{
SBR sbrValue = (SBR)value;
if (sbrValue == null)
{
return(new ValidationResult("SBR segment is required"));
}
if (!(sbrValue.SBR1 == "A" || sbrValue.SBR1 == "B" || sbrValue.SBR1 == "C" || sbrValue.SBR1 == "D" || sbrValue.SBR1 == "E" || sbrValue.SBR1 == "F" || sbrValue.SBR1 == "G" || sbrValue.SBR1 == "H" || sbrValue.SBR1 == "P" || sbrValue.SBR1 == "S" || sbrValue.SBR1 == "T" || sbrValue.SBR1 == "U"))
{
return(new ValidationResult("the only allowed values for SBR01 should be ABCDEFGHPSTU"));
}
string ErrorString = string.Empty;
if (!(sbrValue.SBR2 == "18" || string.IsNullOrEmpty(sbrValue.SBR2)))
{
ErrorString += "SBR02 can only be 18 ";
}
if (!(string.IsNullOrEmpty(sbrValue.SBR5) || sbrValue.SBR5 == "12" || sbrValue.SBR5 == "13" || sbrValue.SBR5 == "14" || sbrValue.SBR5 == "15" || sbrValue.SBR5 == "16" || sbrValue.SBR5 == "41" || sbrValue.SBR5 == "42" || sbrValue.SBR5 == "47"))
{
ErrorString += "SBR05 can only be 12 13 14 15 16 41 42 43 47 ";
}
if (!(string.IsNullOrEmpty(sbrValue.SBR9) || sbrValue.SBR9 == "11" || sbrValue.SBR9 == "12" || sbrValue.SBR9 == "13" || sbrValue.SBR9 == "14" || sbrValue.SBR9 == "15" || sbrValue.SBR9 == "16" || sbrValue.SBR9 == "17" || sbrValue.SBR9 == "AM" || sbrValue.SBR5 == "BL" || sbrValue.SBR5 == "CH" || sbrValue.SBR5 == "CI" || sbrValue.SBR5 == "DS" || sbrValue.SBR5 == "FI" || sbrValue.SBR5 == "HM" || sbrValue.SBR5 == "LM" || sbrValue.SBR5 == "MA" || sbrValue.SBR5 == "MB" || sbrValue.SBR5 == "MC" || sbrValue.SBR5 == "OF" || sbrValue.SBR5 == "TV" || sbrValue.SBR5 == "VA" || sbrValue.SBR5 == "WC" || sbrValue.SBR5 == "ZZ"))
{
ErrorString += "SBR09 can only be 11 12 13 14 15 16 17 AM BL CH CI DS FI HM LM MA MB MC OF TV VA WC ZZ ";
}
ErrorString += ValidateElement.GetValidation(sbrValue.SBR3, Element.Situational, 1, 50, "SBR03") + ValidateElement.GetValidation(sbrValue.SBR4, Element.Situational, 1, 60, "SBR04");
if (ErrorString == string.Empty)
{
return(null);
}
return(new ValidationResult(ErrorString));
}
public LightModelConfig(SBR block)
{
block.VerifyID(TokenID.Light_Model_Cfg);
Flags = block.ReadFlags();
UVOperations = new UVOperations(block.ReadSubBlock());
block.VerifyEndOfBlock();
}
public UVOperationCopy(SBR block)
{
block.VerifyID(TokenID.UV_OP_Copy);
TextureAddressMode = block.ReadInt();
SourceUVIndex = block.ReadInt();
block.VerifyEndOfBlock();
}
public AnimationNode(SBR block)
{
block.VerifyID(TokenID.Anim_node);
Name = block.Label;
Controllers = new Controllers(block.ReadSubBlock());
block.VerifyEndOfBlock();
}
public SlerpRotation(SBR block)
{
block.VerifyID(TokenID.Slerp_Rot);
Frame = block.ReadInt();
quaternion = new Quaternion(block.ReadFloat(), block.ReadFloat(), -block.ReadFloat(), block.ReadFloat());
block.VerifyEndOfBlock();
}
internal Range(SBR block, TokenID expectedToken)
{
block.VerifyID(expectedToken);
LowerLimit = block.ReadFloat();
UpperLimit = block.ReadFloat();
block.VerifyEndOfBlock();
}
internal Size2D(SBR block, TokenID expectedToken)
{
block.VerifyID(expectedToken);
Width = block.ReadFloat();
Height = block.ReadFloat();
block.VerifyEndOfBlock();
}
private void ReadTrackItemId(SBR block)
{
block.VerifyID(TokenID.TrItemId);
block.ReadInt(); //don't mind the database id, should be 0 always (TrackDB)
ItemId = block.ReadInt();
block.VerifyEndOfBlock();
}
public CarSpawnerObject(SBR block, int detailLevel, int tileX, int tileZ)
{
DetailLevel = detailLevel;
CarFrequency = 5.0f;
CarAverageSpeed = 20.0f;
ReadBlock(block, tileX, tileZ);
}
internal UVOperations(SBR block)
{
block.VerifyID(TokenID.UV_Ops);
int count = Capacity = block.ReadInt();
while (count-- > 0)
{
SBR subBlock = block.ReadSubBlock();
switch (subBlock.ID)
{
case TokenID.UV_OP_Copy: Add(new UVOperationCopy(subBlock)); break;
case TokenID.UV_Op_ReflectMapFull: Add(new UVOperationReflectMapFull(subBlock)); break;
case TokenID.UV_Op_Reflectmap: Add(new UVOperationReflectMap(subBlock)); break;
case TokenID.UV_Op_UniformScale: Add(new UVOperationUniformScale(subBlock)); break;
case TokenID.UV_Op_NonUniformScale: Add(new UVOperationNonUniformScale(subBlock)); break;
default: throw new InvalidDataException($"Unexpected uv_op: {subBlock.ID}");
}
}
block.VerifyEndOfBlock();
}
public terrain_shader(SBR block)
{
block.VerifyID(TokenID.terrain_shader);
ShaderName = block.ReadString();
while (!block.EndOfBlock())
{
using (var subBlock = block.ReadSubBlock())
{
switch (subBlock.ID)
{
case TokenID.terrain_texslots:
terrain_texslots = new terrain_texslot[subBlock.ReadUInt()];
for (var i = 0; i < terrain_texslots.Length; ++i)
{
terrain_texslots[i] = new terrain_texslot(subBlock.ReadSubBlock());
}
break;
case TokenID.terrain_uvcalcs:
terrain_uvcalcs = new terrain_uvcalc[subBlock.ReadUInt()];
for (var i = 0; i < terrain_uvcalcs.Length; ++i)
{
terrain_uvcalcs[i] = new terrain_uvcalc(subBlock.ReadSubBlock());
}
break;
default:
break;
}
}
}
}
public terrain_patchset(SBR block)
{
block.VerifyID(TokenID.terrain_patchset);
while (!block.EndOfBlock())
{
using (var subBlock = block.ReadSubBlock())
{
switch (subBlock.ID)
{
case TokenID.terrain_patchset_distance:
terrain_patchset_distance = subBlock.ReadInt();
break;
case TokenID.terrain_patchset_npatches:
terrain_patchset_npatches = subBlock.ReadInt();
break;
case TokenID.terrain_patchset_patches:
terrain_patchset_patches = new terrain_patchset_patch[terrain_patchset_npatches * terrain_patchset_npatches];
for (var i = 0; i < terrain_patchset_patches.Length; ++i)
{
terrain_patchset_patches[i] = new terrain_patchset_patch(subBlock.ReadSubBlock());
}
break;
}
}
}
}
public GeometryInfo(SBR block)
{
block.VerifyID(TokenID.Geometry_Info);
FaceNormals = block.ReadInt();
TextureLightCmds = block.ReadInt();
NodeXTriListIndices = block.ReadInt();
TriListIndices = block.ReadInt();
LineListIndices = block.ReadInt();
NodeXTriListIndices = block.ReadInt();
TriLists = block.ReadInt();
LineLists = block.ReadInt();
PointLists = block.ReadInt();
NodeXTriLists = block.ReadInt();
GeometryNodes = new GeometryNodes(block.ReadSubBlock());
{
var subBlock = block.ReadSubBlock();
subBlock.VerifyID(TokenID.Geometry_Node_Map);
GeometryNodeMap = new int[subBlock.ReadInt()];
for (var i = 0; i < GeometryNodeMap.Length; ++i)
{
GeometryNodeMap[i] = subBlock.ReadInt();
}
subBlock.VerifyEndOfBlock();
}
block.VerifyEndOfBlock();
}
protected void ReadBlock(SBR block, int tileX, int tileZ)
{
PositionHolder holder = new PositionHolder()
{
TileX = tileX,
TileZ = tileZ,
};
while (!block.EndOfBlock())
{
using (var subBlock = block.ReadSubBlock())
{
if (subBlock.ID == TokenID.UiD)
{
UiD = subBlock.ReadUInt();
}
else
{
AddOrModifyObj(subBlock, holder);
}
}
}
worldPosition = PositionHolder.WorldPositionFromMSTSLocation(holder, UiD);
if (this is HazardObject hazard) //remember the Quaternation component
{
hazard.Direction = holder.Direction;
}
}
public IndexedTriList(SBR block)
{
block.VerifyID(TokenID.Indexed_TriList);
VertexIndices = new VertexIndices(block.ReadSubBlock());
{
var subBlock = block.ReadSubBlock();
subBlock.VerifyID(TokenID.Normal_Idxs);
NormalIndices = new int[subBlock.ReadInt()];
for (var i = 0; i < NormalIndices.Length; ++i)
{
NormalIndices[i] = subBlock.ReadInt();
subBlock.ReadInt(); // skip the '3' value - its purpose unknown
}
subBlock.VerifyEndOfBlock();
}
{
var subBlock = block.ReadSubBlock();
subBlock.VerifyID(TokenID.Flags);
Flags = new uint[subBlock.ReadInt()];
for (var i = 0; i < Flags.Length; ++i)
{
Flags[i] = subBlock.ReadFlags();
}
subBlock.VerifyEndOfBlock();
}
block.VerifyEndOfBlock();
}
private void ReadLocation(SBR block, PositionHolder holder)
{
block.VerifyID(TokenID.Position);
holder.Location = new Vector3(block.ReadFloat(), block.ReadFloat(), block.ReadFloat());
holder.LocationSet = true;
block.VerifyEndOfBlock();
}
public Shape(SBR block)
{
block.VerifyID(TokenID.Shape);
ShapeHeader = new ShapeHeader(block.ReadSubBlock());
Volumes = new Volumes(block.ReadSubBlock());
ShaderNames = new ShaderNames(block.ReadSubBlock());
TextureFilterNames = new TextureFilterNames(block.ReadSubBlock());
Points = new Points(block.ReadSubBlock());
UVPoints = new UVPoints(block.ReadSubBlock());
Normals = new Normals(block.ReadSubBlock());
SortVectors = new SortVectors(block.ReadSubBlock());
Colors = new Colors(block.ReadSubBlock());
Matrices = new Matrices(block.ReadSubBlock());
ImageNames = new ImageNames(block.ReadSubBlock());
Textures = new Textures(block.ReadSubBlock());
LightMaterials = new LightMaterials(block.ReadSubBlock());
LightModelConfigs = new LightModelConfigs(block.ReadSubBlock());
VertexStates = new VertexStates(block.ReadSubBlock());
PrimaryStates = new PrimaryStates(block.ReadSubBlock());
LodControls = new LodControls(block.ReadSubBlock());
if (!block.EndOfBlock())
{
Animations = new Animations(block.ReadSubBlock());
}
block.VerifyEndOfBlock();
}
private void ReadDirection(SBR block, PositionHolder holder)
{
block.VerifyID(TokenID.QDirection);
holder.Direction = new Quaternion(block.ReadFloat(), block.ReadFloat(), block.ReadFloat(), block.ReadFloat());
holder.DirectionSet = true;
block.VerifyEndOfBlock();
}
public LinearKey(SBR block)
{
block.VerifyID(TokenID.Linear_Key);
Frame = block.ReadInt();
position = new Vector3(block.ReadFloat(), block.ReadFloat(), -block.ReadFloat());
block.VerifyEndOfBlock();
}
internal CapacityData(SBR block)
{
block.VerifyID(TokenID.PickupCapacity);
QuantityAvailableKG = (float)Mass.Kilogram.FromLb(block.ReadFloat());
FeedRateKGpS = (float)Mass.Kilogram.FromLb(block.ReadFloat());
block.VerifyEndOfBlock();
}
public UVOperations(SBR block)
{
block.VerifyID(TokenID.UV_Ops);
var count = Capacity = block.ReadInt();
while (count-- > 0)
{
var subBlock = block.ReadSubBlock();
switch (subBlock.ID)
{
case TokenID.UV_OP_Copy: Add(new UVOperationCopy(subBlock)); break;
case TokenID.UV_Op_ReflectMapFull: Add(new UVOperationReflectMapFull(subBlock)); break;
case TokenID.UV_Op_Reflectmap: Add(new UVOperationReflectMap(subBlock)); break;
case TokenID.UV_Op_UniformScale: this.Add(new UVOperationUniformScale(subBlock)); break;
case TokenID.UV_Op_NonUniformScale: this.Add(new UVOperationNonUniformScale(subBlock)); break;
default: throw new System.Exception("Unexpected uv_op: " + subBlock.ID.ToString());
}
}
block.VerifyEndOfBlock();
}
public TextData(SBR block)
{
block.VerifyID(TokenID.Speed_Text_Size);
Size = block.ReadFloat();
Offset = new Vector2(block.ReadFloat(), block.ReadFloat());
block.VerifyEndOfBlock();
}
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();
}
protected virtual void AddOrModifyObj(SBR subBlock, PositionHolder holder)
{
switch (subBlock.ID)
{
case TokenID.FileName:
FileName = subBlock.ReadString(); break;
case TokenID.Position:
//Position = new STFPositionItem(subBlock);
ReadLocation(subBlock, holder);
break;
case TokenID.QDirection:
//QDirection = new STFQDirectionItem(subBlock);
ReadDirection(subBlock, holder);
break;
case TokenID.Matrix3x3:
//Matrix3x3 = ReadMatrix3x3(subBlock);
ReadPosition(subBlock, holder);
break;
case TokenID.VDbId:
ViewDbId = subBlock.ReadUInt(); break;
case TokenID.StaticFlags:
StaticFlags = subBlock.ReadFlags(); break;
default:
subBlock.Skip(); break;
}
}
public DistanceLevel(SBR block)
{
block.VerifyID(TokenID.Distance_Level);
DistanceLevelHeader = new DistanceLevelHeader(block.ReadSubBlock());
SubObjects = new SubObjects(block.ReadSubBlock());
block.VerifyEndOfBlock();
}
private void ReadCrossingParameters(SBR block)
{
block.VerifyID(TokenID.LevelCrParameters);
WarningTime = block.ReadFloat();
MinimumDistance = block.ReadFloat();
block.VerifyEndOfBlock();
}
/// <summary>
/// constructor
/// </summary>
/// <param name="filename">file to read and parse</param>
public MstsShapeFile(string filename)
{
var file = SBR.Open(filename);
shape = new MstsShape(file.ReadSubBlock());
file.VerifyEndOfBlock();
}
internal PatchSet(SBR block)
{
block.VerifyID(TokenID.Terrain_PatchSet);
while (!block.EndOfBlock())
{
using (SBR subBlock = block.ReadSubBlock())
{
switch (subBlock.ID)
{
case TokenID.Terrain_PatchSet_Distance:
Distance = subBlock.ReadInt();
break;
case TokenID.Terrain_PatchSet_NPatches:
PatchSize = subBlock.ReadInt();
break;
case TokenID.Terrain_PatchSet_Patches:
Patches = new List <Patch>(PatchSize * PatchSize);
for (int i = 0; i < (PatchSize * PatchSize); ++i)
{
Patches.Add(new Patch(subBlock.ReadSubBlock()));
}
break;
}
}
}
}
