protected override void ActOnTile(Vector3Int worldPos, Vector3 dir)
{
var matrix = MatrixManager.AtPoint(worldPos, true);
var pos = (worldPos - registerObj.WorldPositionServer).sqrMagnitude;
//Greater than 4 means more than one tile away
if (pos > 4)
{
//Attack adjacent tiles instead
var normalised = (worldPos - registerObj.WorldPositionServer).Normalize();
var posShift = registerObj.WorldPositionServer;
var xSuccess = false;
//x must be either -1, or 1 for us to attack it
if (normalised.x != 0)
{
posShift.x += normalised.x;
//Check for the tiles on the x tile
xSuccess = CheckTile(true);
//Check for impassable objects to hit on the x tile
if (TryAttackObjects(posShift, dir))
{
return;
}
}
//x must have failed and y must be either -1, or 1 for us to attack it
if (xSuccess == false && normalised.y != 0)
{
//Remove x change and then add y change
posShift.x -= normalised.x;
posShift.y += normalised.y;
//Check for impassable objects to hit first before tile
if (TryAttackObjects(posShift, new Vector3(0, normalised.y, 0)))
{
return;
}
if (CheckTile() == false)
{
//Else nothing to attack, x and y failed so stop
return;
}
}
bool CheckTile(bool isX = false)
{
dir = new Vector3(isX ? normalised.x : 0, isX ? 0 : normalised.y, 0);
if (MatrixManager.IsWindowAt(posShift, true) || MatrixManager.IsGrillAt(posShift, true))
{
worldPos = posShift;
return(true);
}
return(false);
}
}
else
{
//This is the target tile so check for impassable objects to hit before attacking tile
if (TryAttackObjects(worldPos, dir))
{
return;
}
}
matrix.MetaTileMap.ApplyDamage(MatrixManager.WorldToLocalInt(worldPos, matrix), hitDamage * 2, worldPos);
ServerDoLerpAnimation(dir);
}