internal static W3dAdaptiveDeltaAnimationChannel Parse(BinaryReader reader, W3dParseContext context, W3dAdaptiveDeltaBitCount bitCount)
{
return(ParseChunk(reader, context, header =>
{
var result = new W3dAdaptiveDeltaAnimationChannel
{
NumTimeCodes = reader.ReadUInt32(),
Pivot = reader.ReadUInt16(),
VectorLength = reader.ReadByte(),
ChannelType = reader.ReadByteAsEnum <W3dAnimationChannelType>(),
Scale = reader.ReadSingle(),
};
W3dAnimationChannel.ValidateChannelDataSize(result.ChannelType, result.VectorLength);
result.Data = W3dAdaptiveDeltaData.Parse(
reader,
result.NumTimeCodes,
result.ChannelType,
result.VectorLength,
bitCount);
// Skip 3 unknown bytes at chunk end.
reader.BaseStream.Seek(3, SeekOrigin.Current);
return result;
}));
}
public static W3dAdaptiveDeltaAnimationChannel Parse(BinaryReader reader, int nBits)
{
var startPosition = reader.BaseStream.Position;
var result = new W3dAdaptiveDeltaAnimationChannel
{
NumTimeCodes = reader.ReadUInt32(),
Pivot = reader.ReadUInt16(),
VectorLength = reader.ReadByte(),
ChannelType = EnumUtility.CastValueAsEnum <byte, W3dAnimationChannelType>(reader.ReadByte()),
Scale = reader.ReadSingle(),
};
W3dAnimationChannel.ValidateChannelDataSize(result.ChannelType, result.VectorLength);
result.Data = W3dAdaptiveDelta.ReadAdaptiveDelta(reader,
result.NumTimeCodes,
result.ChannelType,
result.VectorLength,
result.Scale,
nBits);
//Skip 3 unknown bytes at chunkend. Only set for quaternions.
reader.BaseStream.Seek(3, SeekOrigin.Current);
return(result);
}
internal static W3dTimeCodedAnimationChannel Parse(BinaryReader reader, W3dParseContext context)
{
return(ParseChunk(reader, context, header =>
{
var result = new W3dTimeCodedAnimationChannel
{
NumTimeCodes = reader.ReadUInt32(),
Pivot = reader.ReadUInt16(),
VectorLength = reader.ReadByte(),
ChannelType = reader.ReadByteAsEnum <W3dAnimationChannelType>()
};
W3dAnimationChannel.ValidateChannelDataSize(result.ChannelType, result.VectorLength);
var data = new W3dTimeCodedDatum[result.NumTimeCodes];
for (var i = 0; i < result.NumTimeCodes; i++)
{
data[i] = W3dTimeCodedDatum.Parse(reader, result.ChannelType);
}
result.Data = data;
return result;
}));
}
public static W3dMotionChannel Parse(BinaryReader reader, uint chunkSize)
{
var startPosition = reader.BaseStream.Position;
var zero = reader.ReadByte();
if (zero != 0)
{
throw new InvalidDataException();
}
var result = new W3dMotionChannel
{
DeltaType = reader.ReadByteAsEnum <W3dMotionChannelDeltaType>(),
VectorLength = reader.ReadByte(),
ChannelType = (W3dAnimationChannelType)reader.ReadByte(),
NumTimeCodes = reader.ReadUInt16(),
Pivot = reader.ReadUInt16()
};
W3dAnimationChannel.ValidateChannelDataSize(result.ChannelType, result.VectorLength);
switch (result.DeltaType)
{
case W3dMotionChannelDeltaType.TimeCoded:
result.Data = W3dMotionChannelTimeCodedData.Parse(reader, result.NumTimeCodes, result.ChannelType);
break;
case W3dMotionChannelDeltaType.Delta4:
// TODO
reader.ReadBytes((int)(startPosition + chunkSize - reader.BaseStream.Position));
break;
case W3dMotionChannelDeltaType.Delta8:
// TODO
reader.ReadBytes((int)(startPosition + chunkSize - reader.BaseStream.Position));
break;
default:
throw new InvalidDataException();
}
return(result);
}
internal static W3dMotionChannel Parse(BinaryReader reader, W3dParseContext context)
{
return(ParseChunk(reader, context, header =>
{
var zero = reader.ReadByte();
if (zero != 0)
{
throw new InvalidDataException();
}
var result = new W3dMotionChannel
{
DeltaType = reader.ReadByteAsEnum <W3dMotionChannelDeltaType>(),
VectorLength = reader.ReadByte(),
ChannelType = reader.ReadByteAsEnum <W3dAnimationChannelType>(),
NumTimeCodes = reader.ReadUInt16(),
Pivot = reader.ReadUInt16()
};
W3dAnimationChannel.ValidateChannelDataSize(result.ChannelType, result.VectorLength);
switch (result.DeltaType)
{
case W3dMotionChannelDeltaType.TimeCoded:
result.Data = W3dMotionChannelTimeCodedData.Parse(reader, result.NumTimeCodes, result.ChannelType);
break;
case W3dMotionChannelDeltaType.Delta4:
result.Data = W3dMotionChannelAdaptiveDeltaData.Parse(reader, result.NumTimeCodes, result.ChannelType, result.VectorLength, W3dAdaptiveDeltaBitCount.FourBits);
break;
case W3dMotionChannelDeltaType.Delta8:
result.Data = W3dMotionChannelAdaptiveDeltaData.Parse(reader, result.NumTimeCodes, result.ChannelType, result.VectorLength, W3dAdaptiveDeltaBitCount.EightBits);
break;
default:
throw new InvalidDataException();
}
return result;
}));
}
public static W3dAdaptiveDeltaAnimationChannel Parse(BinaryReader reader, uint chunkSize)
{
var startPosition = reader.BaseStream.Position;
var result = new W3dAdaptiveDeltaAnimationChannel
{
NumTimeCodes = reader.ReadUInt32(),
Pivot = reader.ReadUInt16(),
VectorLength = reader.ReadByte(),
ChannelType = EnumUtility.CastValueAsEnum <byte, W3dAnimationChannelType>(reader.ReadByte()),
Scale = reader.ReadSingle()
};
W3dAnimationChannel.ValidateChannelDataSize(result.ChannelType, result.VectorLength);
// TODO
reader.ReadBytes((int)(startPosition + chunkSize - reader.BaseStream.Position));
return(result);
}
public static W3dTimeCodedAnimationChannel Parse(BinaryReader reader)
{
var startPosition = reader.BaseStream.Position;
var result = new W3dTimeCodedAnimationChannel
{
NumTimeCodes = reader.ReadUInt32(),
Pivot = reader.ReadUInt16(),
VectorLength = reader.ReadByte(),
ChannelType = (W3dAnimationChannelType)reader.ReadByte()
};
W3dAnimationChannel.ValidateChannelDataSize(result.ChannelType, result.VectorLength);
var data = new W3dTimeCodedDatum[result.NumTimeCodes];
for (var i = 0; i < result.NumTimeCodes; i++)
{
var datum = new W3dTimeCodedDatum();
datum.TimeCode = reader.ReadUInt32();
// MSB is used to indicate a binary (non interpolated) movement
if ((datum.TimeCode >> 31) == 1)
{
// TODO: non-interpolated movement.
datum.TimeCode &= ~(1 << 31);
}
datum.Value = W3dAnimationChannelDatum.Parse(reader, result.ChannelType);
data[i] = datum;
}
result.Data = data;
return(result);
}