public void GetCoveyorInventoryOwners()
{
m_inventoryOwners.Clear();
List <IMyConveyorEndpoint> reachableVertices = new List <IMyConveyorEndpoint>();
MyGridConveyorSystem.FindReachable(this.ConveyorEndpoint, reachableVertices, (vertex) => vertex.CubeBlock != null && FriendlyWithBlock(vertex.CubeBlock) && vertex.CubeBlock.HasInventory);
foreach (var vertex in reachableVertices)
{
m_inventoryOwners.Add(vertex.CubeBlock);
}
m_inventoryOwnersDirty = false;
}
private bool IsConnected(MyInventory dstInventory)
{
var srcConveyor = (this.Owner as IMyConveyorEndpointBlock);
if (srcConveyor != null)
{
reachableVertices.Clear();
MyGridConveyorSystem.FindReachable(srcConveyor.ConveyorEndpoint, reachableVertices, (vertex) => vertex.CubeBlock != null);
foreach (var vertex in reachableVertices)
{
if (dstInventory.Owner == vertex.CubeBlock)
{
return(true);
}
}
}
return(false);
}
private MyAssembler GetMasterAssembler()
{
m_conveyorEndpoints.Clear();
m_assemblerForPathfinding = this;
MyGridConveyorSystem.FindReachable(this.ConveyorEndpoint, m_conveyorEndpoints, m_vertexPredicate, m_edgePredicate);
MyUtils.ShuffleList <IMyConveyorEndpoint>(m_conveyorEndpoints);
foreach (var ep in m_conveyorEndpoints)
{
var ass = ep.CubeBlock as MyAssembler;
if (ass != null && !ass.DisassembleEnabled && !ass.IsSlave && ass.m_queue.Count > 0)
{
return(ass);
}
}
return(null);
}