public static void ParseStationaryObjectOnTransport(this MovementBlock block)
{
block.TransporterId = block.Update.ReadPackedEntityId();
block.Position = block.Update.ReadVector4NoO();
block.TransporterPosition = block.Update.ReadVector4NoO();
block.Position.W = block.Update.ReadFloat();
block.TransporterPosition.W = block.Update.ReadFloat();
}
public UpdateBlock(ParsedUpdatePacket parser, int index)
{
this.index = index;
packet = parser;
//Offset = parser.index;
Type = (UpdateType)ReadByte();
if (!Enum.IsDefined(typeof(UpdateType), (byte)Type))
{
throw new Exception("Invalid UpdateType '" + Type + "' in Block " + this);
}
// Console.WriteLine("Reading {0}-Block...", Type);
if (Type == UpdateType.OutOfRange ||
Type == UpdateType.Near)
{
var count = ReadUInt();
EntityIds = new EntityId[count];
for (var i = 0; i < count; i++)
{
EntityIds[i] = ReadPackedEntityId();
}
}
else
{
EntityId = ReadPackedEntityId();
if (Type == UpdateType.Create ||
Type == UpdateType.CreateSelf)
{
ObjectType = (ObjectTypeId)ReadByte();
}
if (Type == UpdateType.Create ||
Type == UpdateType.CreateSelf ||
Type == UpdateType.Movement)
{
m_movement = ReadMovementBlock();
}
if (Type != UpdateType.Movement)
{
Values = ReadValues();
}
}
if (Type != UpdateType.Create && Type != UpdateType.CreateSelf)
{
ObjectType = EntityId.ObjectType;
}
}
public UpdateBlock(ParsedUpdatePacket parser, int index)
{
this.index = index;
packet = parser;
//Offset = parser.index;
Type = (UpdateType)ReadByte();
if (!Enum.IsDefined(typeof(UpdateType), (byte)Type))
{
throw new Exception("Invalid UpdateType '" + Type + "' in Block " + this);
}
// Console.WriteLine("Reading {0}-Block...", Type);
if (Type == UpdateType.OutOfRange ||
Type == UpdateType.Near)
{
var count = ReadUInt();
EntityIds = new EntityId[count];
for (var i = 0; i < count; i++)
{
EntityIds[i] = ReadPackedEntityId();
}
}
else
{
EntityId = ReadPackedEntityId();
if (Type == UpdateType.Create ||
Type == UpdateType.CreateSelf)
{
ObjectType = (ObjectTypeId)ReadByte();
}
if (Type == UpdateType.Create ||
Type == UpdateType.CreateSelf ||
Type == UpdateType.Movement)
{
m_movement = ReadMovementBlock();
}
if (Type != UpdateType.Movement)
{
Values = ReadValues();
}
}
if (Type != UpdateType.Create && Type != UpdateType.CreateSelf)
{
ObjectType = EntityId.ObjectType;
}
}
public static void Parse(this MovementBlock block)
{
// a world object will always be one of these.
if (block.UpdateFlags.HasFlag(UpdateFlags.Living))
{
ParseLiving(block);
}
else if (block.UpdateFlags.HasFlag(UpdateFlags.StationaryObjectOnTransport))
{
ParseStationaryObjectOnTransport(block);
}
else if (block.UpdateFlags.HasFlag(UpdateFlags.StationaryObject))
{
ParseStationaryObject(block);
}
if (block.UpdateFlags.HasFlag(UpdateFlags.Flag_0x8))
{
block.Flag0x8 = block.Update.ReadUInt();
}
if (block.UpdateFlags.HasFlag(UpdateFlags.Flag_0x10))
{
block.Flag0x10 = block.Update.ReadUInt();
block.Update.packet.index -= 4;
block.Flag0x10F = block.Update.ReadFloat();
}
if (block.UpdateFlags.HasFlag(UpdateFlags.AttackingTarget))
{
block.AttackingTarget = block.Update.ReadPackedEntityId();
}
if (block.UpdateFlags.HasFlag(UpdateFlags.Transport))
{
block.TransportTimeSync = block.Update.ReadUInt();
}
if (block.UpdateFlags.HasFlag(UpdateFlags.Vehicle))
{
block.VehicleId = block.Update.ReadUInt();
block.VehicleAimAdjustment = block.Update.ReadFloat();
}
if (block.UpdateFlags.HasFlag(UpdateFlags.HasRotation))
{
block.Flag0x200 = block.Update.ReadUInt64();
}
}
/// <summary>
/// Removes circular references
/// </summary>
public void Dispose()
{
m_movement = null;
}
public static void ParseStationaryObject(this MovementBlock block)
{
block.Position = block.Update.ReadVector4();
}
public static void ParseLiving(this MovementBlock block)
{
block.MovementFlags = (MovementFlags)block.Update.ReadUInt();
block.MovementFlags2 = (MovementFlags2)block.Update.ReadUShort();
block.Timestamp = block.Update.ReadUInt();
block.ParseStationaryObject();
// Console.WriteLine("\tParsing Movement for {0}", block.UpdateFlags);
// Client checks for 0x200
if (block.MovementFlags.HasFlag(MovementFlags.OnTransport))
{
block.TransporterId = block.Update.ReadPackedEntityId();
block.TransporterPosition = block.Update.ReadVector4();
block.TransporterTime = block.Update.ReadUInt();
block.TransportSeatPosition = block.Update.ReadByte();
}
// Client checks for 0x2200000
if (block.MovementFlags.HasAnyFlag(MovementFlags.Swimming | MovementFlags.Flying) ||
block.MovementFlags2.HasFlag(MovementFlags2.AlwaysAllowPitching))
{
block.Pitch = block.Update.ReadFloat();
}
block.FallTime = block.Update.ReadUInt();
// Client checks for 0x1000
if (block.MovementFlags.HasFlag(MovementFlags.Falling))
{
// no idea
block.FallFloat1 = block.Update.ReadFloat();
block.FallFloat2 = block.Update.ReadFloat();
block.FallFloat3 = block.Update.ReadFloat();
block.FallFloat4 = block.Update.ReadFloat();
}
// Client checks for 0x4000000
if (block.MovementFlags.HasFlag(MovementFlags.SplineElevation))
{
block.Spline0x4000000 = block.Update.ReadFloat();
}
// read speeds
block.Speeds = new Speeds
{
Walk = block.Update.ReadFloat(),
Run = block.Update.ReadFloat(),
RunBack = block.Update.ReadFloat(),
Swim = block.Update.ReadFloat(),
SwimBack = block.Update.ReadFloat(),
Fly = block.Update.ReadFloat(),
FlyBack = block.Update.ReadFloat(),
Turn = block.Update.ReadFloat(),
Pitch = block.Update.ReadFloat()
};
if (block.MovementFlags.HasFlag(MovementFlags.SplineEnabled))
{
block.SplineFlags = (SplineFlags)block.Update.ReadUInt();
if (block.SplineFlags.HasFlag(SplineFlags.FinalFaceAngle))
{
block.SplinePosition.W = block.Update.ReadFloat();
}
else if (block.SplineFlags.HasFlag(SplineFlags.FinalFaceTarget))
{
block.SplineId = block.Update.ReadEntityId();
}
else if (block.SplineFlags.HasFlag(SplineFlags.FinalFacePoint))
{
block.SplinePosition = block.Update.ReadVector4NoO();
}
block.SplineMsTimeUnk = block.Update.ReadUInt();
block.SplineUnkInt1 = block.Update.ReadUInt();
block.SplineUnkInt2 = block.Update.ReadUInt();
block.SplineVectorUnk = block.Update.ReadVector3();
block.SplineUnkInt3 = block.Update.ReadUInt();
block.SplineCount = block.Update.ReadUInt();
if (block.SplineCount > 0)
{
block.SplineNodes = new Vector3[block.SplineCount];
for (int i = 0; i < block.SplineCount; i++)
{
block.SplineNodes[i] = block.Update.ReadVector3();
}
}
block.SplineUnkByte = block.Update.ReadByte();
block.SplineFinalNode = block.Update.ReadVector3();
}
}
/// <summary>
/// Removes circular references
/// </summary>
public void Dispose()
{
m_movement = null;
}
