public void MoveNorth()
{
if (Instructions.Count == 0)
{
mController.Row = mController.Row + 1;
InstructionManager.MoveToAccurate(this, X, Y + Square.kPixelSize, Z, sTimeToTake);
}
}
public void MoveEast()
{
if (Instructions.Count == 0)
{
mController.Column = mController.Column + 1;
InstructionManager.MoveToAccurate(this, X + Square.kPixelSize, Y, Z, sTimeToTake);
}
}
private bool ApplyDesiredDirectionToMovement(Direction desiredDirection, TileShapeCollection collision,
PositionedObjectList <Character> characters)
{
bool movedNewDirection = false;
if (isMovingToTile == false && desiredDirection != Direction.None)
{
float desiredX = this.X;
float desiredY = this.Y;
bool isBlocked;
MoveInDirection(desiredDirection, ref desiredX, ref desiredY);
this.ForwardCollision.X = desiredX;
this.ForwardCollision.Y = desiredY;
isBlocked = GetIfIsBlocked(collision, characters);
if (isBlocked)
{
// move the collision back so it occupies the character's tile
this.ForwardCollision.Position = this.Position;
}
else
{
float timeToTake = tileSize / MovementSpeed;
InstructionManager.MoveToAccurate(this, desiredX, desiredY, this.Z, timeToTake);
isMovingToTile = true;
this.Call(() =>
{
this.isMovingToTile = false;
BackwardCollision.Position = this.Position;
UpdateActionCollision();
}).After(timeToTake);
movedNewDirection = true;
}
}
return(movedNewDirection);
}