public override void OnAttached(
AbstractEntity entity
)
{
bool needAllContacts = entity.HasBool("need_all_contacts") && entity.GetBool("need_all_contacts");
string modelName = entity.GetString(CommonNames.Mesh);
VolumeCollection[] collisionVolumes = Game.Instance.ContentManager.Load <MagmaModel>(modelName).VolumeCollection;
if (collisionVolumes == null)
{
throw new System.Exception(string.Format("model {0} has no collision volumes!", modelName));
}
if (entity.HasString("bv_type"))
{
string bv_type = entity.GetString("bv_type");
if (bv_type == "cylinder")
{
object[] bvCylinders = new object[collisionVolumes.Length];
for (int i = 0; i < collisionVolumes.Length; ++i)
{
bvCylinders[i] = collisionVolumes[i].GetVolume(VolumeType.Cylinder3);
}
Game.Instance.Simulation.CollisionManager.AddCylinderCollisionEntity(entity as Entity, this, bvCylinders, needAllContacts);
}
else if (bv_type == "alignedbox3tree")
{
object[] bvTrees = new object[collisionVolumes.Length];
for (int i = 0; i < collisionVolumes.Length; ++i)
{
bvTrees[i] = collisionVolumes[i].GetVolume(VolumeType.AlignedBox3Tree);
}
Game.Instance.Simulation.CollisionManager.AddAlignedBox3TreeCollisionEntity(entity as Entity, this, bvTrees, needAllContacts);
}
else if (bv_type == "sphere")
{
object[] bvSpheres = new object[collisionVolumes.Length];
for (int i = 0; i < collisionVolumes.Length; ++i)
{
bvSpheres[i] = collisionVolumes[i].GetVolume(VolumeType.Sphere3);
}
Game.Instance.Simulation.CollisionManager.AddSphereCollisionEntity(entity as Entity, this, bvSpheres, needAllContacts);
}
else if (bv_type == "alignedbox3")
{
AlignedBox3[] bvBoxes = new AlignedBox3[collisionVolumes.Length];
for (int i = 0; i < collisionVolumes.Length; ++i)
{
bvBoxes[i] = (AlignedBox3)collisionVolumes[i].GetVolume(VolumeType.AlignedBox3);
}
throw new System.Exception("bounding boxes not yet supported!");
}
}
}
public override void OnAttached(AbstractEntity entity)
{
Debug.Assert(entity.HasVector3(CommonNames.Position));
this.island = entity as Entity;
this.constants = Game.Instance.Simulation.EntityManager["island_constants"];
this.playerConstants = Game.Instance.Simulation.EntityManager["player_constants"];
if (!entity.HasAttribute(CommonNames.MaxHealth))
{
entity.AddFloatAttribute(CommonNames.MaxHealth, (entity.GetVector3(CommonNames.Scale).Length() * constants.GetFloat("scale_health_multiplier")));
}
entity.AddFloatAttribute(CommonNames.Health, entity.GetFloat(CommonNames.MaxHealth));
hasFixedMovementPath = entity.GetBool("fixed");
entity.AddVector3Attribute("repulsion_velocity", Vector3.Zero);
entity.AddVector3Attribute("pushback_velocity", Vector3.Zero);
entity.AddVector3Attribute("repositioning_velocity", Vector3.Zero);
entity.AddStringAttribute("repulsed_by", "");
entity.AddIntAttribute("players_on_island", 0);
entity.AddIntAttribute("players_targeting_island", 0);
// approximation of island's radius and height
Vector3 scale = island.GetVector3(CommonNames.Scale);
entity.AddFloatAttribute("height", scale.Y);
scale.Y = 0;
entity.AddFloatAttribute("radius", scale.Length());
(entity as Entity).OnUpdate += OnUpdate;
entity.GetProperty <CollisionProperty>("collision").OnContact += CollisionHandler;
// ((Vector3Attribute)entity.GetAttribute("repulsion_velocity")).ValueChanged += RepulsionChangeHandler;
entity.GetAttribute <StringAttribute>("repulsed_by").ValueChanged += RepulsedByChangeHandler;
entity.GetAttribute <IntAttribute>("players_on_island").ValueChanged += PlayersOnIslandChangeHandler;
originalPosition = entity.GetVector3(CommonNames.Position);
}
