public LevelPropAnimation(LevelProp lp,
string animationName,
float unk1 = 0.0f,
float animationTime = 0.0f,
int unk2 = 1,
int unk3 = 1,
bool deletePropAfterAnimationFinishes = false)
: base(PacketCmd.PKT_S2C_LevelPropAnimation)
{
buffer.Write(Encoding.Default.GetBytes(animationName));
buffer.fill(0, 64 - animationName.Length);
buffer.Write((float)unk1);
buffer.Write((float)animationTime);
buffer.Write((uint)lp.NetId);
buffer.Write((int)unk2);
buffer.Write((int)unk3);
byte delete = 0x00;
if (deletePropAfterAnimationFinishes)
{
delete = 0x01;
}
buffer.Write((byte)delete); // Most likely deletes prop after animation ends when set to 1
buffer.Write((byte)0x00);
buffer.Write((byte)0x00);
}
public void AddPropToGrid(LevelProp _prop, IntVector2 _position)
{
Square referenceSquare = grid.squareArray[_position.x, _position.y];
for (int i = 0; i < _prop.impassableSquares.Length; i++)
{
IntVector2 impassablePosition = _prop.impassableSquares[i];
grid.squareArray[_position.x + impassablePosition.x, _position.y + impassablePosition.y].state = Square.State.Impassable;
}
GameObject element = Instantiate(_prop.physicalObject, referenceSquare.position + _prop.positionOffset, Quaternion.identity, environment);
instantiatedLevelPieces.Add(element);
}
public LevelPropSpawn(LevelProp lp)
: base(PacketCmd.PKT_S2C_LevelPropSpawn)
{
buffer.Write((int)lp.NetId);
buffer.Write((byte)0x40); // unk
buffer.Write((byte)lp.SkinId);
buffer.Write((byte)0);
buffer.Write((byte)0);
buffer.Write((byte)0); // Unk
buffer.Write((float)lp.X);
buffer.Write((float)lp.Z);
buffer.Write((float)lp.Y);
buffer.Write((float)0.0f); // Rotation Y
buffer.Write((float)lp.DirX);
buffer.Write((float)lp.DirZ);
buffer.Write((float)lp.DirY);
buffer.Write((float)lp.Unk1);
buffer.Write((float)lp.Unk2);
buffer.Write((float)1.0f);
buffer.Write((float)1.0f);
buffer.Write((float)1.0f); // Scaling
buffer.Write((int)lp.Team); // Probably a short
buffer.Write((int)2); // nPropType [size 1 . 4] (4.18) -- if is a prop, become unselectable and use direction params
foreach (var b in Encoding.Default.GetBytes(lp.Name))
{
buffer.Write((byte)b);
}
buffer.fill(0, 64 - lp.Name.Length);
foreach (var b in Encoding.Default.GetBytes(lp.Model))
{
buffer.Write(b);
}
buffer.fill(0, 64 - lp.Model.Length);
}
