public void RemoveFloatingObject(FloatingObject floatingObject)
{
m_floatingObjectToChange = floatingObject;
Action action = InternalRemoveFloatingObject;
SandboxGameAssemblyWrapper.Instance.EnqueueMainGameAction(action);
}
protected void InternalRemoveFloatingObject( )
{
if (m_floatingObjectToChange == null)
{
return;
}
Object backingObject = m_floatingObjectToChange.BackingObject;
BaseObject.InvokeStaticMethod(InternalType, FloatingObjectManagerRemoveFloatingObjectMethod, new object[] { backingObject });
m_floatingObjectToChange = null;
}
protected void InternalRemoveFloatingObject( )
{
if ( m_floatingObjectToChange == null )
return;
Object backingObject = m_floatingObjectToChange.BackingObject;
BaseObject.InvokeStaticMethod( InternalType, FloatingObjectManagerRemoveFloatingObjectMethod, new object[ ] { backingObject } );
m_floatingObjectToChange = null;
}
public void RemoveFloatingObject( FloatingObject floatingObject )
{
m_floatingObjectToChange = floatingObject;
MySandboxGame.Static.Invoke( InternalRemoveFloatingObject );
}
public void RemoveFloatingObject( FloatingObject floatingObject )
{
m_floatingObjectToChange = floatingObject;
Action action = InternalRemoveFloatingObject;
SandboxGameAssemblyWrapper.Instance.EnqueueMainGameAction( action );
}
public void RemoveFloatingObject(FloatingObject floatingObject)
{
m_floatingObjectToChange = floatingObject;
MySandboxGame.Static.Invoke(InternalRemoveFloatingObject);
}
private void spawnMeteor(Vector3Wrapper spawnpos, Vector3Wrapper vel, Vector3Wrapper up, Vector3Wrapper forward)
{
if (SandboxGameAssemblyWrapper.IsDebugging)
{
LogManager.APILog.WriteLineAndConsole("Physics Meteroid - spawnMeteor(" + spawnpos.ToString() + ", " + vel.ToString() + ", " + up.ToString() + ", " + forward.ToString() + ")" );
}
MyObjectBuilder_FloatingObject tempobject;
MyObjectBuilder_Ore tempore = new MyObjectBuilder_Ore();
MyObjectBuilder_InventoryItem tempitem = new MyObjectBuilder_InventoryItem();
tempore.SetDefaultProperties();
FloatingObject physicsmeteor;
m_ore_fctr = m_gen.NextDouble();
tempitem = (MyObjectBuilder_InventoryItem)MyObjectBuilder_InventoryItem.CreateNewObject(m_InventoryItemType);
tempitem.PhysicalContent = (MyObjectBuilder_PhysicalObject)MyObjectBuilder_PhysicalObject.CreateNewObject(m_OreType);
tempitem.PhysicalContent.SubtypeName = getRandomOre();
tempitem.AmountDecimal = Math.Round((decimal)(ore_amt * getOreFctr(tempitem.PhysicalContent.SubtypeName) * m_ore_fctr));
if (tempitem.AmountDecimal < 1) tempitem.AmountDecimal = 1;
tempitem.ItemId = 0;
tempobject = (MyObjectBuilder_FloatingObject)MyObjectBuilder_FloatingObject.CreateNewObject(m_FloatingObjectType);
tempobject.Item = tempitem;
physicsmeteor = new FloatingObject(tempobject);
physicsmeteor.Up = up;
physicsmeteor.Forward = forward;
physicsmeteor.Position = spawnpos;
physicsmeteor.LinearVelocity = vel;
physicsmeteor.MaxLinearVelocity = 104.7F * maxVelocityFctr;
if (SandboxGameAssemblyWrapper.IsDebugging)
{
LogManager.APILog.WriteLineAndConsole("Meteor entityID: " + physicsmeteor.EntityId.ToString() + " Velocity: " + vel.ToString());
}
SectorObjectManager.Instance.AddEntity(physicsmeteor);
//workaround for the velocity problem.
Thread physicsthread = new Thread(() => velocityloop(physicsmeteor, vel));
physicsthread.Start();
}
public void velocityloop(FloatingObject obj, Vector3Wrapper vel)
{
Thread.Sleep(20);
for (int count = 20; count > 0; count--)
{
if (obj.Mass > 0)
{
obj.MaxLinearVelocity = 104.7F * maxVelocityFctr;
obj.LinearVelocity = vel;
if (SandboxGameAssemblyWrapper.IsDebugging)
{
LogManager.APILog.WriteLineAndConsole("Meteor entityID: " + obj.EntityId.ToString() + " Velocity: " + vel.ToString());
}
break;
}
Thread.Sleep(20);
}
return;
}