private void CreateSignpostFromXmlNode(XElement node)
{
SignpostBase newSignpost = null;
switch (node.Name.ToString())
{
case OneWaySignpost.Data_Node_Name:
newSignpost = new OneWaySignpost();
((OneWaySignpost)newSignpost).Mirror = (bool)node.Attribute("mirror");
break;
case SpeedLimitSignpost.Data_Node_Name:
newSignpost = new SpeedLimitSignpost();
((SpeedLimitSignpost)newSignpost).SpeedRange = new Range((int)node.Attribute("minimum-speed"), (int)node.Attribute("maximum-speed"));
break;
}
if (newSignpost != null)
{
newSignpost.ID = string.Concat(Signpost_Serialized_Data_Identifier, _nextSignpostID++);
newSignpost.TextureReference = node.Attribute("texture").Value;
newSignpost.Texture = TextureManager.Textures[node.Attribute("texture").Value];
newSignpost.SetCollisionBoundingBox((float)node.Attribute("zone-top"));
newSignpost.WorldPosition = new Vector2(
(float)node.Attribute("x") + (Definitions.Grid_Cell_Pixel_Size / 2.0f),
(float)node.Attribute("y") + (Definitions.Grid_Cell_Pixel_Size / 2.0f) + SignpostBase.Plate_Vertical_Offset);
_registerComponent(newSignpost);
}
}
public static void ReinstateSerializedSignposts(List <XElement> signpostData)
{
foreach (XElement el in signpostData)
{
SignpostBase newSignpost = (SignpostBase)Activator.CreateInstance(Type.GetType(el.Attribute("type").Value));
newSignpost.ID = el.Attribute("id").Value;
Factory._registerComponent(newSignpost);
}
}
private void HandleSignpostCollision(SignpostBase collider)
{
if (collider is OneWaySignpost) { HandleOneWaySignpostCollision((OneWaySignpost)collider); }
if (collider is SpeedLimitSignpost) { HandleSpeedLimitSignpostCollision((SpeedLimitSignpost)collider); }
}
