public Obstacle(GameObject obstacleObject, Bounds bounds)
{
this.ObstacleObject = obstacleObject;
this.PositionRange = new Range()
{
Min = bounds.Bottom() + ObstacleObject.RendererSize().y / 2,
Max = bounds.Top() - ObstacleObject.RendererSize().y / 2,
};
}
public static GameObject InstantiateAtBoundsEntrance(
this GameObject gameObject,
Bounds bounds,
Vector2 force = default(Vector2),
ForceMode2D forceMode = ForceMode2D.Force)
{
var size = gameObject.RendererSize();
var position = new Vector2(
bounds.Right() + size.x / 2,
Random.Range(bounds.Bottom() + size.y /2, bounds.Top() - size.y / 2)
);
return gameObject.InstantiateAtPosition(position, force, forceMode);
}
public void Move(Vector2 currentPosition, Vector2 inputPosition, Vector2 inputDelta)
{
movement += inputDelta;
if ((currentPosition.x <= warzoneBounds.Left() && movement.x < 0) ||
(currentPosition.x >= warzoneBounds.Right() && movement.x > 0))
{
movement.x = 0;
}
if ((currentPosition.y <= warzoneBounds.Bottom() && movement.y < 0) ||
(currentPosition.y >= warzoneBounds.Top() && movement.y > 0))
{
movement.y = 0;
}
}
public static float RandomVerticalPositionWithinBounds(this Bounds bounds, GameObject gameObject)
{
return(Random.Range(bounds.Bottom() + gameObject.RendererSize().y / 2,
bounds.Top() - gameObject.RendererSize().y / 2));
}
