public Primitive AddTempPrim(SimRegion R, string name, PrimType primType, Vector3 scale, Vector3 loc)
{
Primitive.ConstructionData CD = ObjectManager.BuildBasicShape(primType);
CD.Material = Material.Light;
CD.ProfileHole = HoleType.Triangle;
bool success = false;
Simulator simulator = R.TheSimulator;
Primitive newPrim = null;
// Register a handler for the creation event
AutoResetEvent creationEvent = new AutoResetEvent(false);
Quaternion rot = Quaternion.Identity;
EventHandler<PrimEventArgs> callback =
(s,e)=>//delegate(Simulator simulator0, Primitive prim, ulong regionHandle, ushort timeDilation)
{
var regionHandle = e.Simulator.Handle;
var prim = e.Prim;
if (regionHandle != R.RegionHandle) return;
if ((loc - prim.Position).Length() > 3)
{
Debug("Not the prim " + (loc - prim.Position).Length());
return;
}
if (prim.PrimData.ProfileHole != HoleType.Triangle)
{
Debug("Not the prim? prim.PrimData.ProfileHole != HoleType.Triangle: {0}!={1}",
prim.PrimData.ProfileHole, HoleType.Triangle);
// return; //
}
if (Material.Light != prim.PrimData.Material)
{
Debug("Not the prim? Material.Light != prim.PrimData.Material: {0}!={1}", Material.Light,
prim.PrimData.Material);
// return;
}
if ((prim.Flags & PrimFlags.CreateSelected) == 0)
{
Debug("Not the prim? (prim.Flags & PrimFlags.CreateSelected) == 0) was {0}", prim.Flags);
// return;
}
if (primType != prim.Type)
{
Debug("Not the prim? Material.Light != prim.PrimData.Material: {0}!={1}", Material.Light,
prim.PrimData.Material);
// return;
}
//if (prim.Scale != scale) return;
// if (prim.Rotation != rot) return;
// if (Material.Light != prim.PrimData.Material) return;
//if (CD != prim.PrimData) return;
newPrim = prim;
creationEvent.Set();
};
client.Objects.ObjectUpdate += callback;
// Start the creation setting process (with baking enabled or disabled)
client.Objects.AddPrim(simulator, CD, UUID.Zero, loc, scale, rot,
PrimFlags.CreateSelected | PrimFlags.Phantom | PrimFlags.Temporary);
// Wait for the process to complete or time out
if (creationEvent.WaitOne(1000 * 120, false))
success = true;
// Unregister the handler
client.Objects.ObjectUpdate -= callback;
// Return success or failure message
if (!success)
{
Debug("Timeout on new prim " + name);
return null;
}
uint LocalID = newPrim.LocalID;
client.Objects.SetName(simulator, LocalID, name);
client.Objects.SetPosition(simulator, LocalID, loc);
client.Objects.SetScale(simulator, LocalID, scale, true, true);
client.Objects.SetRotation(simulator, LocalID, rot);
client.Objects.SetFlags(simulator, LocalID, false, true, true, false);
return newPrim;
}
public override bool TeleportTo(SimRegion R, Vector3 local)
{
if (!IsControllable)
{
throw Error("GotoTarget !Client.Self.AgentID == Prim.ID");
}
SimPosition pos = R.GetWaypointOf(local);
Vector3d global = pos.GlobalPosition;
StopMovingReal();
return Client.Self.Teleport(R.RegionHandle, local, local);
//CmdResult s = Client.ExecuteCommand("teleport " + R.RegionName + "/" + local.X + "/" + local.Y + "/" + local.Z, Debug);
//return s.Success;
// Client.Self.Teleport(R.RegionName, local);
}
private static void SetRegion(ulong h, SimRegion value)
{
if (_CurrentRegions.ContainsKey(h))
{
SimRegion OLD = _CurrentRegions[h];
if (OLD == null || OLD == value) return;
throw new ArgumentException("Bad region change " + OLD + " -> " + value);
}
_CurrentRegions[h] = value;
}
public void SetRegionOffset(Vector2 v2, SimRegion value)
{
SetRegion(HandleOf(GetGridLocation() + v2), value);
}
public static SimRegion GetRegion(ulong id, GridClient bc)
{
if (id == 0)
{
//throw new ArgumentException("GetRegion: region handle cant be zero");
}
lock (_CurrentRegions)
{
SimRegion R;
if (_CurrentRegions.TryGetValue(id, out R))
return R;
if (_CurrentRegions.Count > 10)
{
// return null;
}
R = new SimRegion(id, bc);
R.PathStore.SetGroundLevel(R.GetGroundLevel);
_CurrentRegions[id] = R;
return R;
}
}
public static void GetRegionAndLocal(Vector3d vector3D, out SimRegion region, out Vector3 local)
{
local = GlobalToLocalStatic(vector3D);
region = GetRegion(vector3D);
}
