protected override void ReadElement(StreamHandler reader, MovementStatusElements element, MovementStatus status, byte[] guid, byte[] tguid)
{
if (element == MovementStatusElements.GenericDword0)
this.ChangeCounter = reader.ReadUInt32();
else
base.ReadElement(reader, element, status, guid, tguid);
}
protected override void ReadElement(StreamHandler reader, MovementStatusElements element, MovementStatus status, byte[] guid, byte[] tguid)
{
if (element == MovementStatusElements.GenericDword2)
this.NewValue = reader.ReadSingle();
else
base.ReadElement(reader, element, status, guid, tguid);
}
protected override void ReadElement(StreamHandler reader, MovementStatusElements element, MovementStatus status, byte[] guid, byte[] tguid)
{
if (element == MovementStatusElements.GenericDword0)
{
this.ChangeCounter = reader.ReadUInt32();
}
else
{
base.ReadElement(reader, element, status, guid, tguid);
}
}
protected override void ReadElement(StreamHandler reader, MovementStatusElements element, MovementStatus status, byte[] guid, byte[] tguid)
{
if (element == MovementStatusElements.GenericDword0)
{
this.NewValue = reader.ReadSingle();
}
else
{
base.ReadElement(reader, element, status, guid, tguid);
}
}
protected virtual void WriteElement(StreamHandler writer, MovementStatusElements element, MovementStatus status, byte[] guid, byte[] tguid)
{
if (element >= MovementStatusElements.GuidByte0 && element <= MovementStatusElements.GuidByte7)
{
WriteByteMask(writer, guid[element - MovementStatusElements.GuidByte0]);
return;
}
if (element >= MovementStatusElements.TransportGuidByte0 &&
element <= MovementStatusElements.TransportGuidByte7)
{
if (status.HaveTransportData)
WriteByteMask(writer, tguid[element - MovementStatusElements.TransportGuidByte0]);
return;
}
if (element >= MovementStatusElements.GuidByte0_2 && element <= MovementStatusElements.GuidByte7_2)
{
WriteByteSeq(writer, guid[element - MovementStatusElements.GuidByte0_2]);
return;
}
if (element >= MovementStatusElements.TransportGuidByte0_2 &&
element <= MovementStatusElements.TransportGuidByte7_2)
{
if (status.HaveTransportData)
WriteByteSeq(writer, tguid[element - MovementStatusElements.TransportGuidByte0_2]);
return;
}
switch (element)
{
case MovementStatusElements.Flags:
writer.UnalignedWriteBit(status.Flags == 0);
break;
case MovementStatusElements.Flags_2:
if (status.Flags != 0)
writer.UnalignedWriteInt((uint)status.Flags, 30);
break;
case MovementStatusElements.Flags2:
writer.UnalignedWriteBit(status.Flags2 == 0);
break;
case MovementStatusElements.Flags2_2:
if (status.Flags2 != 0)
writer.UnalignedWriteInt((ushort)status.Flags2, 12);
break;
case MovementStatusElements.Timestamp:
writer.UnalignedWriteBit(status.TimeStamp == 0);
break;
case MovementStatusElements.Timestamp_2:
if (status.TimeStamp != 0)
writer.WriteUInt32(status.TimeStamp);
break;
case MovementStatusElements.Pitch:
writer.UnalignedWriteBit(!status.HavePitch);
break;
case MovementStatusElements.Pitch_2:
if (status.HavePitch)
writer.WriteSingle(status.Pitch);
break;
case MovementStatusElements.HaveFallData:
writer.UnalignedWriteBit(status.HaveFallData);
break;
case MovementStatusElements.HaveFallDirection:
if (status.HaveFallData)
writer.UnalignedWriteBit(status.HaveFallDirection);
break;
case MovementStatusElements.HaveTransportData:
writer.UnalignedWriteBit(status.HaveTransportData);
break;
case MovementStatusElements.TransportHaveTime2:
if (status.HaveTransportData)
writer.UnalignedWriteBit(status.HaveTransportTime2);
break;
case MovementStatusElements.TransportHaveTime3:
if (status.HaveTransportData)
writer.UnalignedWriteBit(status.HaveTransportTime3);
break;
case MovementStatusElements.HaveSpline:
writer.UnalignedWriteBit(status.HaveSpline);
break;
case MovementStatusElements.HaveSpline2:
writer.UnalignedWriteBit(status.HaveSpline2);
break;
case MovementStatusElements.SplineElev:
writer.UnalignedWriteBit(!status.HaveSplineElevation);
break;
case MovementStatusElements.SplineElev_2:
if (status.HaveSplineElevation)
writer.WriteSingle(status.SplineElevation);
break;
case MovementStatusElements.PositionX:
writer.WriteSingle(status.Position.X);
break;
case MovementStatusElements.PositionY:
writer.WriteSingle(status.Position.Y);
break;
case MovementStatusElements.PositionZ:
writer.WriteSingle(status.Position.Z);
break;
case MovementStatusElements.PositionO:
writer.UnalignedWriteBit(status.Orientation == 0.0f);
break;
case MovementStatusElements.PositionO_2:
if (status.Orientation != 0.0f)
writer.WriteSingle(status.Orientation);
break;
case MovementStatusElements.FallTime:
if (status.HaveFallData)
writer.WriteUInt32(status.FallTime);
break;
case MovementStatusElements.FallHorizontalSpeed:
if (status.HaveFallDirection)
writer.WriteSingle(status.FallHorizontalSpeed);
break;
case MovementStatusElements.FallVerticalSpeed:
if (status.HaveFallData)
writer.WriteSingle(status.FallVerticalSpeed);
break;
case MovementStatusElements.FallCosAngle:
if (status.HaveFallDirection)
writer.WriteSingle(status.FallCosAngle);
break;
case MovementStatusElements.FallSinAngle:
if (status.HaveFallDirection)
writer.WriteSingle(status.FallSinAngle);
break;
case MovementStatusElements.TransportSeat:
if (status.HaveTransportData)
writer.WriteSByte(status.TransportSeat);
break;
case MovementStatusElements.TransportPositionO:
if (status.HaveTransportData)
writer.WriteSingle(status.TransportFacing);
break;
case MovementStatusElements.TransportPositionX:
if (status.HaveTransportData)
writer.WriteSingle(status.TransportPosition.X);
break;
case MovementStatusElements.TransportPositionY:
if (status.HaveTransportData)
writer.WriteSingle(status.TransportPosition.Y);
break;
case MovementStatusElements.TransportPositionZ:
if (status.HaveTransportData)
writer.WriteSingle(status.TransportPosition.Z);
break;
case MovementStatusElements.TransportTime:
if (status.HaveTransportData)
writer.WriteUInt32(status.TransportTime);
break;
case MovementStatusElements.TransportTime2:
if (status.HaveTransportTime2)
writer.WriteUInt32(status.TransportTime2);
break;
case MovementStatusElements.TransportTime3:
if (status.HaveTransportTime3)
writer.WriteUInt32(status.TransportTime3);
break;
default:
throw new InvalidOperationException("Unknown element: " + element);
}
}
protected virtual void ReadElement(StreamHandler reader, MovementStatusElements element, MovementStatus status, byte[] guid, byte[] tguid)
{
if (element >= MovementStatusElements.GuidByte0 && element <= MovementStatusElements.GuidByte7)
{
ReadByteMask(reader, ref guid[element - MovementStatusElements.GuidByte0]);
return;
}
if (element >= MovementStatusElements.TransportGuidByte0 &&
element <= MovementStatusElements.TransportGuidByte7)
{
if (status.HaveTransportData)
ReadByteMask(reader, ref tguid[element - MovementStatusElements.TransportGuidByte0]);
return;
}
if (element >= MovementStatusElements.GuidByte0_2 && element <= MovementStatusElements.GuidByte7_2)
{
ReadByteSeq(reader, ref guid[element - MovementStatusElements.GuidByte0_2]);
return;
}
if (element >= MovementStatusElements.TransportGuidByte0_2 &&
element <= MovementStatusElements.TransportGuidByte7_2)
{
if (status.HaveTransportData)
ReadByteSeq(reader, ref tguid[element - MovementStatusElements.TransportGuidByte0_2]);
return;
}
switch (element)
{
case MovementStatusElements.Flags:
status.Flags = (MovementFlags)(!reader.UnalignedReadBit() ? 1 : 0);
break;
case MovementStatusElements.Flags_2:
if (status.Flags != 0)
status.Flags = (MovementFlags)reader.UnalignedReadInt(30);
break;
case MovementStatusElements.Flags2:
status.Flags2 = (MovementFlags2)(!reader.UnalignedReadBit() ? 1 : 0);
break;
case MovementStatusElements.Flags2_2:
if (status.Flags2 != 0)
status.Flags2 = (MovementFlags2)reader.UnalignedReadSmallInt(12);
break;
case MovementStatusElements.Timestamp:
status.TimeStamp = !reader.UnalignedReadBit() ? 1U : 0U;
break;
case MovementStatusElements.Timestamp_2:
if (status.TimeStamp != 0)
status.TimeStamp = reader.ReadUInt32();
break;
case MovementStatusElements.HaveFallData:
status.HaveFallData = reader.UnalignedReadBit();
break;
case MovementStatusElements.HaveFallDirection:
if (status.HaveFallData)
status.HaveFallDirection = reader.UnalignedReadBit();
break;
case MovementStatusElements.HaveTransportData:
status.HaveTransportData = reader.UnalignedReadBit();
break;
case MovementStatusElements.TransportHaveTime2:
if (status.HaveTransportData)
status.HaveTransportTime2 = reader.UnalignedReadBit();
break;
case MovementStatusElements.TransportHaveTime3:
if (status.HaveTransportData)
status.HaveTransportTime3 = reader.UnalignedReadBit();
break;
case MovementStatusElements.HaveSpline:
status.HaveSpline = reader.UnalignedReadBit();
break;
case MovementStatusElements.HaveSpline2:
status.HaveSpline2 = reader.UnalignedReadBit();
break;
case MovementStatusElements.PositionX:
status.Position.X = reader.ReadSingle();
break;
case MovementStatusElements.PositionY:
status.Position.Y = reader.ReadSingle();
break;
case MovementStatusElements.PositionZ:
status.Position.Z = reader.ReadSingle();
break;
case MovementStatusElements.PositionO:
status.Orientation = !reader.UnalignedReadBit() ? 1.0f : 0.0f;
break;
case MovementStatusElements.PositionO_2:
if (status.Orientation != 0.0f)
status.Orientation = reader.ReadSingle();
break;
case MovementStatusElements.Pitch:
status.HavePitch = !reader.UnalignedReadBit();
break;
case MovementStatusElements.Pitch_2:
if (status.HavePitch)
status.Pitch = reader.ReadSingle();
break;
case MovementStatusElements.FallTime:
if (status.HaveFallData)
status.FallTime = reader.ReadUInt32();
break;
case MovementStatusElements.SplineElev:
status.HaveSplineElevation = !reader.UnalignedReadBit();
break;
case MovementStatusElements.SplineElev_2:
if (status.HaveSplineElevation)
status.SplineElevation = reader.ReadSingle();
break;
case MovementStatusElements.FallHorizontalSpeed:
if (status.HaveFallDirection)
status.FallHorizontalSpeed = reader.ReadSingle();
break;
case MovementStatusElements.FallVerticalSpeed:
if (status.HaveFallData)
status.FallVerticalSpeed = reader.ReadSingle();
break;
case MovementStatusElements.FallCosAngle:
if (status.HaveFallDirection)
status.FallCosAngle = reader.ReadSingle();
break;
case MovementStatusElements.FallSinAngle:
if (status.HaveFallDirection)
status.FallSinAngle = reader.ReadSingle();
break;
case MovementStatusElements.TransportSeat:
if (status.HaveTransportData)
status.TransportSeat = reader.ReadSByte();
break;
case MovementStatusElements.TransportPositionO:
if (status.HaveTransportData)
status.TransportFacing = reader.ReadSingle();
break;
case MovementStatusElements.TransportPositionX:
if (status.HaveTransportData)
status.TransportPosition.X = reader.ReadSingle();
break;
case MovementStatusElements.TransportPositionY:
if (status.HaveTransportData)
status.TransportPosition.Y = reader.ReadSingle();
break;
case MovementStatusElements.TransportPositionZ:
if (status.HaveTransportData)
status.TransportPosition.Z = reader.ReadSingle();
break;
case MovementStatusElements.TransportTime:
if (status.HaveTransportData)
status.TransportTime = reader.ReadUInt32();
break;
case MovementStatusElements.TransportTime2:
if (status.HaveTransportTime2)
status.TransportTime2 = reader.ReadUInt32();
break;
case MovementStatusElements.TransportTime3:
if (status.HaveTransportTime3)
status.TransportTime3 = reader.ReadUInt32();
break;
default:
throw new InvalidOperationException("Unknown element: " + element);
}
}
void VerifySequence(MovementStatusElements[] sequence)
{
if (sequence == null)
throw new ArgumentNullException("Elements", "Elements must not be null.");
var already = new List<MovementStatusElements>(sequence.Length);
for (int i = 0; i < sequence.Length; i++)
{
var element = sequence[i];
var idx = already.IndexOf(element);
if (idx != -1)
throw new InvalidOperationException(
string.Format("Sequence has at least two entries of {0}: at {1} and {2}", element, idx, i)
);
already.Add(element);
}
}
protected virtual void WriteElement(StreamHandler writer, MovementStatusElements element, MovementStatus status, byte[] guid, byte[] tguid)
{
if (element >= MovementStatusElements.GuidByte0 && element <= MovementStatusElements.GuidByte7)
{
WriteByteMask(writer, guid[element - MovementStatusElements.GuidByte0]);
return;
}
if (element >= MovementStatusElements.TransportGuidByte0 &&
element <= MovementStatusElements.TransportGuidByte7)
{
if (status.HaveTransportData)
{
WriteByteMask(writer, tguid[element - MovementStatusElements.TransportGuidByte0]);
}
return;
}
if (element >= MovementStatusElements.GuidByte0_2 && element <= MovementStatusElements.GuidByte7_2)
{
WriteByteSeq(writer, guid[element - MovementStatusElements.GuidByte0_2]);
return;
}
if (element >= MovementStatusElements.TransportGuidByte0_2 &&
element <= MovementStatusElements.TransportGuidByte7_2)
{
if (status.HaveTransportData)
{
WriteByteSeq(writer, tguid[element - MovementStatusElements.TransportGuidByte0_2]);
}
return;
}
switch (element)
{
case MovementStatusElements.Flags:
writer.UnalignedWriteBit(status.Flags == 0);
break;
case MovementStatusElements.Flags_2:
if (status.Flags != 0)
{
writer.UnalignedWriteInt((uint)status.Flags, 30);
}
break;
case MovementStatusElements.Flags2:
writer.UnalignedWriteBit(status.Flags2 == 0);
break;
case MovementStatusElements.Flags2_2:
if (status.Flags2 != 0)
{
writer.UnalignedWriteInt((ushort)status.Flags2, 12);
}
break;
case MovementStatusElements.Timestamp:
writer.UnalignedWriteBit(status.TimeStamp == 0);
break;
case MovementStatusElements.Timestamp_2:
if (status.TimeStamp != 0)
{
writer.WriteUInt32(status.TimeStamp);
}
break;
case MovementStatusElements.Pitch:
writer.UnalignedWriteBit(!status.HavePitch);
break;
case MovementStatusElements.Pitch_2:
if (status.HavePitch)
{
writer.WriteSingle(status.Pitch);
}
break;
case MovementStatusElements.HaveFallData:
writer.UnalignedWriteBit(status.HaveFallData);
break;
case MovementStatusElements.HaveFallDirection:
if (status.HaveFallData)
{
writer.UnalignedWriteBit(status.HaveFallDirection);
}
break;
case MovementStatusElements.HaveTransportData:
writer.UnalignedWriteBit(status.HaveTransportData);
break;
case MovementStatusElements.TransportHaveTime2:
if (status.HaveTransportData)
{
writer.UnalignedWriteBit(status.HaveTransportTime2);
}
break;
case MovementStatusElements.TransportHaveTime3:
if (status.HaveTransportData)
{
writer.UnalignedWriteBit(status.HaveTransportTime3);
}
break;
case MovementStatusElements.HaveSpline:
writer.UnalignedWriteBit(status.HaveSpline);
break;
case MovementStatusElements.HaveSpline2:
writer.UnalignedWriteBit(status.HaveSpline2);
break;
case MovementStatusElements.SplineElev:
writer.UnalignedWriteBit(!status.HaveSplineElevation);
break;
case MovementStatusElements.SplineElev_2:
if (status.HaveSplineElevation)
{
writer.WriteSingle(status.SplineElevation);
}
break;
case MovementStatusElements.PositionX:
writer.WriteSingle(status.Position.X);
break;
case MovementStatusElements.PositionY:
writer.WriteSingle(status.Position.Y);
break;
case MovementStatusElements.PositionZ:
writer.WriteSingle(status.Position.Z);
break;
case MovementStatusElements.PositionO:
writer.UnalignedWriteBit(status.Orientation == 0.0f);
break;
case MovementStatusElements.PositionO_2:
if (status.Orientation != 0.0f)
{
writer.WriteSingle(status.Orientation);
}
break;
case MovementStatusElements.FallTime:
if (status.HaveFallData)
{
writer.WriteUInt32(status.FallTime);
}
break;
case MovementStatusElements.FallHorizontalSpeed:
if (status.HaveFallDirection)
{
writer.WriteSingle(status.FallHorizontalSpeed);
}
break;
case MovementStatusElements.FallVerticalSpeed:
if (status.HaveFallData)
{
writer.WriteSingle(status.FallVerticalSpeed);
}
break;
case MovementStatusElements.FallCosAngle:
if (status.HaveFallDirection)
{
writer.WriteSingle(status.FallCosAngle);
}
break;
case MovementStatusElements.FallSinAngle:
if (status.HaveFallDirection)
{
writer.WriteSingle(status.FallSinAngle);
}
break;
case MovementStatusElements.TransportSeat:
if (status.HaveTransportData)
{
writer.WriteSByte(status.TransportSeat);
}
break;
case MovementStatusElements.TransportPositionO:
if (status.HaveTransportData)
{
writer.WriteSingle(status.TransportFacing);
}
break;
case MovementStatusElements.TransportPositionX:
if (status.HaveTransportData)
{
writer.WriteSingle(status.TransportPosition.X);
}
break;
case MovementStatusElements.TransportPositionY:
if (status.HaveTransportData)
{
writer.WriteSingle(status.TransportPosition.Y);
}
break;
case MovementStatusElements.TransportPositionZ:
if (status.HaveTransportData)
{
writer.WriteSingle(status.TransportPosition.Z);
}
break;
case MovementStatusElements.TransportTime:
if (status.HaveTransportData)
{
writer.WriteUInt32(status.TransportTime);
}
break;
case MovementStatusElements.TransportTime2:
if (status.HaveTransportTime2)
{
writer.WriteUInt32(status.TransportTime2);
}
break;
case MovementStatusElements.TransportTime3:
if (status.HaveTransportTime3)
{
writer.WriteUInt32(status.TransportTime3);
}
break;
default:
throw new InvalidOperationException("Unknown element: " + element);
}
}
protected virtual void ReadElement(StreamHandler reader, MovementStatusElements element, MovementStatus status, byte[] guid, byte[] tguid)
{
if (element >= MovementStatusElements.GuidByte0 && element <= MovementStatusElements.GuidByte7)
{
ReadByteMask(reader, ref guid[element - MovementStatusElements.GuidByte0]);
return;
}
if (element >= MovementStatusElements.TransportGuidByte0 &&
element <= MovementStatusElements.TransportGuidByte7)
{
if (status.HaveTransportData)
{
ReadByteMask(reader, ref tguid[element - MovementStatusElements.TransportGuidByte0]);
}
return;
}
if (element >= MovementStatusElements.GuidByte0_2 && element <= MovementStatusElements.GuidByte7_2)
{
ReadByteSeq(reader, ref guid[element - MovementStatusElements.GuidByte0_2]);
return;
}
if (element >= MovementStatusElements.TransportGuidByte0_2 &&
element <= MovementStatusElements.TransportGuidByte7_2)
{
if (status.HaveTransportData)
{
ReadByteSeq(reader, ref tguid[element - MovementStatusElements.TransportGuidByte0_2]);
}
return;
}
switch (element)
{
case MovementStatusElements.Flags:
status.Flags = (MovementFlags)(!reader.UnalignedReadBit() ? 1 : 0);
break;
case MovementStatusElements.Flags_2:
if (status.Flags != 0)
{
status.Flags = (MovementFlags)reader.UnalignedReadInt(30);
}
break;
case MovementStatusElements.Flags2:
status.Flags2 = (MovementFlags2)(!reader.UnalignedReadBit() ? 1 : 0);
break;
case MovementStatusElements.Flags2_2:
if (status.Flags2 != 0)
{
status.Flags2 = (MovementFlags2)reader.UnalignedReadSmallInt(12);
}
break;
case MovementStatusElements.Timestamp:
status.TimeStamp = !reader.UnalignedReadBit() ? 1U : 0U;
break;
case MovementStatusElements.Timestamp_2:
if (status.TimeStamp != 0)
{
status.TimeStamp = reader.ReadUInt32();
}
break;
case MovementStatusElements.HaveFallData:
status.HaveFallData = reader.UnalignedReadBit();
break;
case MovementStatusElements.HaveFallDirection:
if (status.HaveFallData)
{
status.HaveFallDirection = reader.UnalignedReadBit();
}
break;
case MovementStatusElements.HaveTransportData:
status.HaveTransportData = reader.UnalignedReadBit();
break;
case MovementStatusElements.TransportHaveTime2:
if (status.HaveTransportData)
{
status.HaveTransportTime2 = reader.UnalignedReadBit();
}
break;
case MovementStatusElements.TransportHaveTime3:
if (status.HaveTransportData)
{
status.HaveTransportTime3 = reader.UnalignedReadBit();
}
break;
case MovementStatusElements.HaveSpline:
status.HaveSpline = reader.UnalignedReadBit();
break;
case MovementStatusElements.HaveSpline2:
status.HaveSpline2 = reader.UnalignedReadBit();
break;
case MovementStatusElements.PositionX:
status.Position.X = reader.ReadSingle();
break;
case MovementStatusElements.PositionY:
status.Position.Y = reader.ReadSingle();
break;
case MovementStatusElements.PositionZ:
status.Position.Z = reader.ReadSingle();
break;
case MovementStatusElements.PositionO:
status.Orientation = !reader.UnalignedReadBit() ? 1.0f : 0.0f;
break;
case MovementStatusElements.PositionO_2:
if (status.Orientation != 0.0f)
{
status.Orientation = reader.ReadSingle();
}
break;
case MovementStatusElements.Pitch:
status.HavePitch = !reader.UnalignedReadBit();
break;
case MovementStatusElements.Pitch_2:
if (status.HavePitch)
{
status.Pitch = reader.ReadSingle();
}
break;
case MovementStatusElements.FallTime:
if (status.HaveFallData)
{
status.FallTime = reader.ReadUInt32();
}
break;
case MovementStatusElements.SplineElev:
status.HaveSplineElevation = !reader.UnalignedReadBit();
break;
case MovementStatusElements.SplineElev_2:
if (status.HaveSplineElevation)
{
status.SplineElevation = reader.ReadSingle();
}
break;
case MovementStatusElements.FallHorizontalSpeed:
if (status.HaveFallDirection)
{
status.FallHorizontalSpeed = reader.ReadSingle();
}
break;
case MovementStatusElements.FallVerticalSpeed:
if (status.HaveFallData)
{
status.FallVerticalSpeed = reader.ReadSingle();
}
break;
case MovementStatusElements.FallCosAngle:
if (status.HaveFallDirection)
{
status.FallCosAngle = reader.ReadSingle();
}
break;
case MovementStatusElements.FallSinAngle:
if (status.HaveFallDirection)
{
status.FallSinAngle = reader.ReadSingle();
}
break;
case MovementStatusElements.TransportSeat:
if (status.HaveTransportData)
{
status.TransportSeat = reader.ReadSByte();
}
break;
case MovementStatusElements.TransportPositionO:
if (status.HaveTransportData)
{
status.TransportFacing = reader.ReadSingle();
}
break;
case MovementStatusElements.TransportPositionX:
if (status.HaveTransportData)
{
status.TransportPosition.X = reader.ReadSingle();
}
break;
case MovementStatusElements.TransportPositionY:
if (status.HaveTransportData)
{
status.TransportPosition.Y = reader.ReadSingle();
}
break;
case MovementStatusElements.TransportPositionZ:
if (status.HaveTransportData)
{
status.TransportPosition.Z = reader.ReadSingle();
}
break;
case MovementStatusElements.TransportTime:
if (status.HaveTransportData)
{
status.TransportTime = reader.ReadUInt32();
}
break;
case MovementStatusElements.TransportTime2:
if (status.HaveTransportTime2)
{
status.TransportTime2 = reader.ReadUInt32();
}
break;
case MovementStatusElements.TransportTime3:
if (status.HaveTransportTime3)
{
status.TransportTime3 = reader.ReadUInt32();
}
break;
default:
throw new InvalidOperationException("Unknown element: " + element);
}
}