public UpdraftProperties()
{
PhysObDraftProperties physObDraftProperties0 = new PhysObDraftProperties();
physObDraftProperties.Add(physObDraftProperties0);
Properties = physObDraftProperties0.Properties;
}
protected override void ReadMembers(SR1_Reader reader, SR1_Structure parent)
{
foreach (KeyValuePair <uint, SR1_Pointer <SFXFileData> > pointer in reader.SFXDictionary)
{
data.Add(new SFXFileData());
}
data.Read(reader, this, "data");
}
protected override void ReadMembers(SR1_Reader reader, SR1_Structure parent)
{
numPortals.Read(reader, this, "numPortals");
for (int i = 0; i < numPortals.Value; i++)
{
portals.Add(new StreamUnitPortal());
}
portals.Read(reader, this, "portals");
pad.Read(reader, this, "pad");
}
protected override void ReadMembers(SR1_Reader reader, SR1_Structure parent)
{
for (int i = 0; i < _NumObjects; i++)
{
VMObjects.Add(new VMObject());
}
VMObjects.Read(reader, this, "VMObjects");
VMOffsetTableLists.Read(reader, this, "VMOffsetTableLists");
VMVertexLists.Read(reader, this, "VMVertexLists");
VMInterpolatedLists.Read(reader, this, "VMInterpolatedLists");
uint mod = VMInterpolatedLists.End % 4;
if (mod > 0)
{
uint padding = 4 - mod;
pad0 = new SR1_PrimativeArray <byte>((int)padding);
}
pad0.Read(reader, this, "pad0");
VMObjectNames.Read(reader, this, "VMObjectNames");
mod = VMObjectNames.End % 4;
if (mod > 0)
{
uint padding = 4 - mod;
pad1 = new SR1_PrimativeArray <byte>((int)padding);
}
pad1.Read(reader, this, "pad1");
SortedDictionary <uint, SR1_PointerBase> dictionary = new SortedDictionary <uint, SR1_PointerBase>();
foreach (SR1_PointerArray tableList in VMOffsetTableLists)
{
foreach (SR1_PointerBase tablePointer in tableList)
{
if (tablePointer.Offset != 0 && !dictionary.ContainsKey(tablePointer.Offset))
{
dictionary.Add(tablePointer.Offset, tablePointer);
}
}
}
foreach (SR1_PointerBase tablePointer in dictionary.Values)
{
VMOffsetTable vmOffsetTable = (VMOffsetTable)tablePointer.CreateObject(tablePointer, reader);
VMOffsetTables.Add(vmOffsetTable);
}
VMOffsetTables.Read(reader, this, "VMOffsetTables");
}
protected override void ReadMembers(SR1_Reader reader, SR1_Structure parent)
{
numSignals.Read(reader, this, "numSignals");
signalNum.Read(reader, this, "signalNum");
flags.Read(reader, this, "flags");
for (int i = 0; i < numSignals.Value; i++)
{
signalList.Add(new Signal());
}
signalList.Read(reader, this, "signalList");
pad.Read(reader, this, "pad");
}
protected override void ReadReferences(SR1_Reader reader, SR1_Structure parent)
{
SR1_Structure temp = null;
if (numVertices.Value > 0)
{
new SR1_StructureArray <TVertex>(numVertices.Value).ReadFromPointer(reader, vertexList);
}
SR1_StructureArray <TFace> faces = new SR1_StructureArray <TFace>(0);
if (numFaces.Value > 0)
{
faces = new SR1_StructureArray <TFace>(numFaces.Value);
faces.ReadFromPointer(reader, faceList);
}
if (numNormals.Value > 0)
{
temp = new SR1_StructureArray <Normal>(numNormals.Value).SetPadding(4).ReadFromPointer(reader, normalList);
// 2 mystery bytes after normalList. Always 0x2A and 0xCD.
if (temp.End != 0x00000000 && !reader.File._Structures.ContainsKey(temp.End))
{
reader.BaseStream.Position = temp.End;
new SR1_Primative <ushort>().Read(reader, null, "");
if (numFaces.Value <= 0)
{
new SR1_Primative <ushort>().Read(reader, null, "");
}
}
}
new DrMoveAniTex().ReadFromPointer(reader, aniList);
if (reader.File._Version <= SR1_File.Version.May12)
{
if (sbspRoot.Offset != 0 && sbspRoot.Offset < sbspStartLeaves.Offset)
{
new SR1_StructureSeries <BSPNode>((int)(sbspStartLeaves.Offset - sbspRoot.Offset)).ReadFromPointer(reader, sbspRoot);
}
}
StreamUnitPortalList portalList = new StreamUnitPortalList();
portalList.ReadFromPointer(reader, StreamUnits);
SR1_StructureSeries <TextureFT3> textures = new SR1_StructureSeries <TextureFT3>((int)(EndTextureList.Offset - StartTextureList.Offset));
textures.ReadFromPointer(reader, StartTextureList);
if (reader.File._Version <= SR1_File.Version.May12)
{
new SR1_StructureSeries <SBSPLeaf>((int)(sbspEndLeaves.Offset - sbspStartLeaves.Offset)).ReadFromPointer(reader, sbspStartLeaves);
if (reader.IntroListDictionary.Count > 0)
{
SR1_StructureList <SR1_PointerArray <Intro> > introListSet = new SR1_StructureList <SR1_PointerArray <Intro> >();
foreach (KeyValuePair <uint, SR1_PointerArray <Intro> > introList in reader.IntroListDictionary)
{
introListSet.Add(introList.Value);
}
introListSet.ReadFromPointer(reader, sbspEndLeaves);
}
}
new SR1_StructureSeries <MorphVertex>((int)(MorphColorList.Offset - MorphDiffList.Offset)).ReadFromPointer(reader, MorphDiffList);
int morphColorPadding = (reader.File._Version >= SR1_File.Version.May12) ? 4 : 2;
new SR1_StructureArray <MorphColor>(numVertices.Value).SetPadding(morphColorPadding).ReadFromPointer(reader, MorphColorList);
SR1_StructureArray <BSPTree> bspTrees = new SR1_StructureArray <BSPTree>(numBSPTrees.Value);
bspTrees.ReadFromPointer(reader, BSPTreeArray);
if (bspTrees.Count > 0 && faces.Count > 0)
{
BSPTree tree = (BSPTree)bspTrees[numBSPTrees.Value - 1];
if (tree.ID.Value == -1 && tree.startLeaves.Offset != 0 &&
reader.File._Structures.ContainsKey(tree.startLeaves.Offset) &&
reader.Level.SignalListStart.Offset != 0 &&
reader.File._Structures.ContainsKey(reader.Level.SignalListStart.Offset))
{
SR1_StructureSeries <BSPLeaf> leaves =
(SR1_StructureSeries <BSPLeaf>)reader.File._Structures[tree.startLeaves.Offset];
SR1_StructureSeries <MultiSignal> multiSignals =
(SR1_StructureSeries <MultiSignal>)reader.File._Structures[reader.Level.SignalListStart.Offset];
foreach (BSPLeaf leaf in leaves)
{
uint faceIndex = (leaf.faceList.Offset - faces.Start) / 12;
short numFaces = leaf.numFaces.Value;
for (short f = 0; f < numFaces; f++)
{
TFace tFace = (TFace)faces[(int)faceIndex + f];
tFace.IsInSignalGroup = true;
foreach (MultiSignal mSignal in multiSignals)
{
if (mSignal.Start == (signals.Offset + tFace.textoff.Value))
{
tFace.MultiSignal = mSignal;
if (mSignal.numSignals.Value > 0)
{
tFace.Signal = (Signal)mSignal.signalList[0];
}
break;
}
}
if (tFace.MultiSignal != null)
{
foreach (StreamUnitPortal portal in portalList.portals)
{
if (portal.MSignalID.Value == tFace.MultiSignal.signalNum.Value)
{
tFace.Portal = portal;
break;
}
}
}
}
}
}
}
foreach (TFace face in faces)
{
if (!face.IsInSignalGroup)
{
int textureSize = (reader.File._Version >= SR1_File.Version.May12) ? 12 : 16;
int textureIndex = face.textoff.Value / textureSize;
if (textureIndex < textures.Count)
{
face.Texture = (TextureFT3)textures[textureIndex];
}
}
}
new SR1_PrimativeArray <ushort>(numFaces.Value).SetPadding(4).ReadFromPointer(reader, morphNormalIdx);
if (reader.File._Version == SR1_File.Version.Retail_PC)
{
new UnknownPCList().ReadFromPointer(reader, unknownPCList);
}
if (reader.Level.Name == "cathy28")
{
reader.BaseStream.Position = BSPTreeArray.Offset - 1;
bool found = false;
while (true)
{
if (reader.File._Structures.ContainsKey((uint)reader.BaseStream.Position))
{
SR1_Structure structure = reader.File._Structures[(uint)reader.BaseStream.Position];
if (structure.GetType() == typeof(SR1_StructureSeries <BSPNode>))
{
found = true;
}
else if (structure.GetType() != typeof(SR1_StructureSeries <BSPLeaf>))
{
break;
}
if (found)
{
reader.BaseStream.Position = structure.End;
continue;
}
}
if (found)
{
new SR1_StructureArray <BSPLeaf>(1).Read(reader, null, "");
break;
}
reader.BaseStream.Position--;
}
}
}