public VertexShapeLODElement(Stream stream)
{
versionNumber = StreamUtils.ReadInt16(stream);
BindingAttributes = StreamUtils.ReadInt32(stream);
QuantizationParameters = new QuantizationParameters(stream);
}
public CountRange(Stream stream)
{
data = new int[]
{
StreamUtils.ReadInt32(stream),
StreamUtils.ReadInt32(stream)
};
}
public VertexShapeNodeElement(Stream stream)
: base(stream)
{
NormalBinding = StreamUtils.ReadInt32(stream);
TextureBinding = StreamUtils.ReadInt32(stream);
ColourBinding = StreamUtils.ReadInt32(stream);
QuantizationParameters = new QuantizationParameters(stream);
}
public Vec(Stream stream)
{
data = new T[StreamUtils.ReadInt32(stream)];
for (int i = 0, c = data.Length; i < c; ++i)
{
data[i] = StreamUtils.Read <T>(stream);
}
}
public ElementHeader(Stream stream)
{
ElementLength = StreamUtils.ReadInt32(stream);
ObjectTypeID = new GUID(stream);
if (ObjectTypeID.ToString() != ConstUtils.EndOfElementAsString)
{
ObjectBaseType = StreamUtils.ReadByte(stream);
}
}
public PropertyProxyMetaDataElement(Stream stream)
{
PropertyKeys = new List <MbString>();
PropertyValueTypes = new List <byte>();
PropertyValues = new List <object>();
var propertyKey = new MbString(stream);
while (propertyKey.Count > 0)
{
PropertyKeys.Add(propertyKey);
var propertyValueType = StreamUtils.ReadByte(stream);
PropertyValueTypes.Add(propertyValueType);
switch (propertyValueType)
{
case 1:
{
PropertyValues.Add(new MbString(stream)); // MbString
break;
}
case 2:
{
PropertyValues.Add(StreamUtils.ReadInt32(stream)); // Int32
break;
}
case 3:
{
PropertyValues.Add(StreamUtils.ReadFloat(stream)); // Single
break;
}
case 4:
{
PropertyValues.Add(new Date(stream)); // Date
break;
}
default:
{
throw new Exception(String.Format("Property Value Type {0} is not recognised.", propertyValueType));
}
}
propertyKey = new MbString(stream);
}
}
public FileHeader(Stream stream)
{
Version = StreamUtils.ReadBytes(stream, 80, false);
ByteOrder = StreamUtils.ReadByte(stream);
StreamUtils.DataIsLittleEndian = ByteOrder == 0;
ReservedField = StreamUtils.ReadInt32(stream);
TOCOffset = StreamUtils.ReadInt32(stream);
LSGSegmentID = new GUID(stream);
}
public TOCSegment(Stream stream)
{
EntryCount = StreamUtils.ReadInt32(stream);
TOCEntries = new TOCEntry[EntryCount];
for (int i = 0; i < EntryCount; ++i)
{
TOCEntries[i] = new TOCEntry(stream);
}
}
public BaseShapeNodeElement(Stream stream)
: base(stream)
{
TransformedBBox = new BBoxF32(stream);
UntransformedBBox = new BBoxF32(stream);
Area = StreamUtils.ReadFloat(stream);
VertexCountRange = new CountRange(stream);
NodeCountRange = new CountRange(stream);
PolygonCountRange = new CountRange(stream);
Size = StreamUtils.ReadInt32(stream);
CompressionLevel = StreamUtils.ReadFloat(stream);
}
public GroupNodeElement(Stream stream)
: base(stream)
{
var childCount = StreamUtils.ReadInt32(stream);
ChildNodeObjectIds = new List <int>(childCount);
for (int i = 0; i < childCount; ++i)
{
ChildNodeObjectIds.Add(StreamUtils.ReadInt32(stream));
}
}
public BaseNodeElement(Stream stream)
{
ObjectId = StreamUtils.ReadInt32(stream);
NodeFlags = StreamUtils.ReadUInt32(stream);
var attributeCount = StreamUtils.ReadInt32(stream);
AttributeObjectIds = new List <int>(attributeCount);
for (int i = 0; i < attributeCount; ++i)
{
AttributeObjectIds.Add(StreamUtils.ReadInt32(stream));
}
}
public PropertyTable(Stream stream)
{
VersionNumber = StreamUtils.ReadInt16(stream);
NodePropertyTableCount = StreamUtils.ReadInt32(stream);
NodeObjectIDs = new Int32[NodePropertyTableCount];
NodePropertyTables = new NodePropertyTable[NodePropertyTableCount];
for (int i = 0; i < NodePropertyTableCount; ++i)
{
NodeObjectIDs[i] = StreamUtils.ReadInt32(stream);
NodePropertyTables[i] = new NodePropertyTable(stream);
}
}
public NodePropertyTable(Stream stream)
{
KeyPropertyAtomObjectIDs = new List <Int32>();
ValuePropertyAtomObjectIDs = new List <Int32>();
var keyPropertyAtomObjectID = StreamUtils.ReadInt32(stream);
while (keyPropertyAtomObjectID != 0)
{
KeyPropertyAtomObjectIDs.Add(keyPropertyAtomObjectID);
ValuePropertyAtomObjectIDs.Add(StreamUtils.ReadInt32(stream));
keyPropertyAtomObjectID = StreamUtils.ReadInt32(stream);
}
}
public PartitionNodeElement(Stream stream)
: base(stream)
{
PartitionFlags = StreamUtils.ReadInt32(stream);
FileName = new MbString(stream);
TransformedBBox = new BBoxF32(stream);
Area = StreamUtils.ReadFloat(stream);
VertexCountRange = new CountRange(stream);
NodeCountRange = new CountRange(stream);
PolygonCountRange = new CountRange(stream);
if ((PartitionFlags & 0x00000001) != 0)
{
UntransformedBBox = new BBoxF32(stream);
}
}
public LosslessCompressedRawVertexData(Stream stream)
{
StreamUtils.ReadInt32(stream); //uncompressedDataSize
var compressedDataSize = StreamUtils.ReadInt32(stream);
if (compressedDataSize > 0)
{
CompressedVertexData = StreamUtils.ReadBytes(stream, compressedDataSize, false);
}
else if (compressedDataSize < 0)
{
VertexData = StreamUtils.ReadBytes(stream, Math.Abs(compressedDataSize), false);
}
else
{
VertexData = CompressedVertexData = new byte[0];
}
}
public BaseAttributeElement(Stream stream)
{
ObjectId = StreamUtils.ReadInt32(stream);
StateFlags = StreamUtils.ReadByte(stream);
FieldInhibitFlags = StreamUtils.ReadUInt32(stream);
}
public BasePropertyAtomElement(Stream stream)
{
ObjectID = StreamUtils.ReadInt32(stream);
StateFlags = StreamUtils.ReadUInt32(stream);
}
public LateLoadedPropertyAtomElement(Stream stream)
: base(stream)
{
SegmentId = new GUID(stream);
SegmentType = StreamUtils.ReadInt32(stream);
}
private static int[] DecodeBytes(Stream stream)
{
var codecType = (CODECType)StreamUtils.ReadByte(stream);
Int32ProbabilityContexts int32ProbabilityContexts = null;
//int outOfBandValueCount;
//int[] outOfBandValues;
if (codecType == CODECType.Huffman || codecType == CODECType.Arithmetic)
{
throw new NotImplementedException("Huffman && Arithmetic codec NOT IMPLEMENTED");
/*int32ProbabilityContexts = new Int32ProbabilityContexts(stream);
* outOfBandValueCount = StreamUtils.ReadInt32(stream);
*
* if (outOfBandValueCount > 0)
* {
* outOfBandValues = DecodeBytes(stream);
* }*/
}
if (codecType != CODECType.Null)
{
var codeTextLength = StreamUtils.ReadInt32(stream);
var valueElementCount = StreamUtils.ReadInt32(stream);
//var symbolCount = valueElementCount;
if (int32ProbabilityContexts != null && int32ProbabilityContexts.ProbabilityContextTableEntries.Length > 1)
{
StreamUtils.ReadInt32(stream); //symbolCount
}
var wordsToRead = StreamUtils.ReadInt32(stream);
var codeText = new uint[wordsToRead];
for (int i = 0; i < wordsToRead; ++i)
{
UInt32 codeTextWord;
if (StreamUtils.DataIsLittleEndian) // Convert to BigEndian
{
var bytes = StreamUtils.ReadBytes(stream, 4, true);
Array.Reverse(bytes);
/*var result = new UInt32[1];
* Buffer.BlockCopy(bytes, 0, result, 0, 4);
*
* codeTextWord = result[0];*/
codeTextWord = Convert.FromBytes <UInt32>(bytes);
}
else
{
codeTextWord = StreamUtils.ReadUInt32(stream);
}
codeText[i] = codeTextWord;
}
switch (codecType)
{
case CODECType.Bitlength:
return(BitlengthCoder.Decode(codeText, valueElementCount, codeTextLength));
case CODECType.Huffman:
throw new NotImplementedException("Huffman codec NOT IMPLEMENTED");
case CODECType.Arithmetic:
throw new NotImplementedException("Huffman codec NOT IMPLEMENTED");
}
}
else
{
var integersToRead = StreamUtils.ReadInt32(stream);
var decodedSymbols = new int[integersToRead];
for (int i = 0; i < integersToRead; ++i)
{
decodedSymbols[i] = StreamUtils.ReadInt32(stream);
}
return(decodedSymbols);
}
return(new int[0]);
}
public LogicElementHeaderZLIB(Stream stream)
{
CompressionFlag = StreamUtils.ReadInt32(stream);
CompressedDataLength = StreamUtils.ReadInt32(stream);
CompressionAlgorithm = StreamUtils.ReadByte(stream);
}
public LODNodeElement(Stream stream)
: base(stream)
{
reservedField1 = new VecF32(stream);
reservedField2 = StreamUtils.ReadInt32(stream);
}
public InstanceNodeElement(Stream stream)
: base(stream)
{
ChildNodeObjectID = StreamUtils.ReadInt32(stream);
}
public SegmentHeader(Stream stream) : this(new GUID(stream), StreamUtils.ReadInt32(stream), StreamUtils.ReadInt32(stream))
{
}
public TOCEntry(Stream stream) : this(new GUID(stream), StreamUtils.ReadInt32(stream), StreamUtils.ReadInt32(stream), StreamUtils.ReadUInt32(stream))
{
}
public IntegerPropertyAtomElement(Stream stream)
: base(stream)
{
Value = StreamUtils.ReadInt32(stream);
}
public GUID(Stream stream)
{
guid = new Guid(StreamUtils.ReadInt32(stream), StreamUtils.ReadInt16(stream), StreamUtils.ReadInt16(stream), StreamUtils.ReadBytes(stream, 8, false));
}
public PartNodeElement(Stream stream)
: base(stream)
{
versionNumber = StreamUtils.ReadInt16(stream);
reservedField = StreamUtils.ReadInt32(stream);
}
