public CollisionSensor(CollisionBox linkedCollisionBox, SensorType sensorType, int sensorDepth)
: base(0, 0, Vector2.Zero, Color.Blue)
{
this.linkedCollisionBox = linkedCollisionBox;
this.sensorType = sensorType;
this.sensorDepth = sensorDepth;
SetSensorDetails();
}
public RectangleWall(string textureFileName, Vector2 position, Vector2 velocity, int topCollisionOffset, int totalFrames, bool behindScenery)
: base(textureFileName, position, velocity, totalFrames, ObstacleType.RectangleWall, behindScenery)
{
collisionBox = new CollisionBox(Sprite.FrameHeight - topCollisionOffset, Sprite.FrameWidth, new Vector2(0, topCollisionOffset / 2));
collisionSensors.Add(SensorType.Top, new CollisionSensor(collisionBox, SensorType.Top, 10));
collisionSensors.Add(SensorType.Bottom, new CollisionSensor(collisionBox, SensorType.Bottom, 10));
collisionSensors.Add(SensorType.Left, new CollisionSensor(collisionBox, SensorType.Left, 5));
collisionSensors.Add(SensorType.Right, new CollisionSensor(collisionBox, SensorType.Right, 5));
}
public static CollisionBoxData ConvertToData(CollisionBox collisionBox)
{
CollisionBoxData data = new CollisionBoxData();
data.height = collisionBox.rectangle.Height;
data.width = collisionBox.rectangle.Width;
data.offset = collisionBox.offset;
return data;
}
public void SetLinkedCollisionBox(CollisionBox newCollisionBox)
{
linkedCollisionBox = newCollisionBox;
SetSensorDetails();
}
public static CollisionBox CreateFromData(CollisionBoxData data)
{
CollisionBox collisionBox = new CollisionBox(data.height, data.width, data.offset);
return collisionBox;
}
