public bool AddThingToBoard(Thing thing, PosFace posFace)
{
if (thing == null)
{
return(false);
}
//check if thing.IdOnBoard >= 0 ?
var square = SquareAt(posFace);
if (square == null)
{
return(false);
}
if (square.ThingOnMe == null)
{
int id = NewEmptyThing();
thing.IdOnBoard = id;
theThings[id].Thing = thing;
theThings[id].PosFace = posFace;
square.ThingOnMe = thing;
return(true);
}
//else throw new NonCriticalException
return(false); // didn't add
}
public void UpdateThing(int thingId, PosFace newPosFace)
{
var transform = GetThingTransform(thingId);
if (transform != null)
{
transform.position = GameConvert.Vector3From(newPosFace);
transform.rotation = GameConvert.QuaternionFrom(newPosFace.Facing);
}
}
} // Take the return value, remember the Id, and assign Thing & PosFace to theThings[thingId]
// returns true if successfully added
public bool AddThingToBoard(SquareType squareType, PosFace posFace)
{
if (squareType == SquareType.Goal)
{
return(AddSquareDesignator(SquareDesignator.Goal, posFace));
}
Thing newThing = Thing.Create(squareType);
return(AddThingToBoard(newThing, posFace));
}
public static void LoadFromStringArrays(Board b, String[] squares, String[] facings)
{
if (squares == null || facings == null)
{
return;
}
int y = BoardCore.MAX_Y;
for (int i = 0; i < squares.Length; i++) // loop through the rows in the text arrays, top to bottom
{
string squaresRow = squares[i];
string facingsRow = facings[i];
for (int j = 0; j < squaresRow.Length; j++)
{
//Convert chars to SquareType & Facing
int squareTypeInt;
if (!int.TryParse(squaresRow[j].ToString(), out squareTypeInt))
{
continue;
}
SquareType squareType = (SquareType)squareTypeInt;
if (squareType == SquareType.Default)
{
continue; // nothing on that square
}
PosFace posFace = new PosFace(j, y); // facing==Undefined
// (Checks length of facingsRow, in case it's shorter...)
int facingInt;
if (j < facingsRow.Length && int.TryParse(facingsRow[j].ToString(), out facingInt))
{
posFace.Facing = (Facing)facingInt;
}
b.AddThingToBoard((SquareType)squareTypeInt, posFace);
}
y--;
}
}
public PositionedThing(Thing thing, PosFace posFace)
{
this.Thing = thing;
this.PosFace = posFace;
}
Transform Instantiate(Transform transform, PosFace posFace)
{
return(Instantiate(transform, GameConvert.Vector3From(posFace), GameConvert.QuaternionFrom(posFace.Facing)));
}
public PosFace(PosFace posFace) : base(posFace)
{
this.Facing = posFace.Facing;
}