private MyAssembler GetMasterAssembler()
{
m_conveyorEndpoints.Clear();
m_assemblerForPathfinding = this;
MyGridConveyorSystem.Pathfinding.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);
}
protected virtual unsafe void RemoveFirstQueueItem(int index, MyFixedPoint amount, float progress = 0f)
{
if (this.m_queue.IsValidIndex <QueueItem>(index))
{
QueueItem item = this.m_queue[index];
MyFixedPoint point1 = MathHelper.Clamp(amount, 0, item.Amount);
amount = point1;
MyFixedPoint *pointPtr1 = (MyFixedPoint *)ref item.Amount;
pointPtr1[0] -= amount;
this.m_queue[index] = item;
if (item.Amount <= 0)
{
MyAssembler assembler = this as MyAssembler;
if (assembler != null)
{
assembler.CurrentProgress = 0f;
}
this.m_queue.RemoveAt(index);
}
this.UpdatePower();
this.OnQueueChanged();
}
}
public SyncClass(MyAssembler assembler)
{
m_assembler = assembler;
}
private MyAssembler GetMasterAssembler()
{
m_conveyorEndpoints.Clear();
m_assemblerForPathfinding = this;
MyGridConveyorSystem.Pathfinding.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;
}
void assembler_CurrentStateChanged(MyAssembler obj)
{
Debug.Assert(obj == m_selectedAssembler);
RefreshProgress();
}
void assembler_CurrentProgressChanged(MyAssembler assembler)
{
Debug.Assert(assembler == m_selectedAssembler);
RefreshProgress();
}
void assembler_CurrentModeChanged(MyAssembler assembler)
{
Debug.Assert(m_selectedAssembler == assembler);
SelectModeButton(assembler.DisassembleEnabled);
RefreshRepeatMode(assembler.RepeatEnabled);
RefreshSlaveMode(assembler.IsSlave);
RefreshProgress();
RefreshAssemblerModeView();
RefreshMaterialsPreview();
}
private static String GetAssemblerStateText(MyAssembler.StateEnum state)
{
MyStringId enumVal = MySpaceTexts.Blank;
switch (state)
{
case MyAssembler.StateEnum.Ok:
enumVal = MySpaceTexts.Blank;
break;
case MyAssembler.StateEnum.Disabled:
enumVal = MySpaceTexts.AssemblerState_Disabled;
break;
case MyAssembler.StateEnum.NotWorking:
enumVal = MySpaceTexts.AssemblerState_NotWorking;
break;
case MyAssembler.StateEnum.MissingItems:
enumVal = MySpaceTexts.AssemblerState_MissingItems;
break;
case MyAssembler.StateEnum.NotEnoughPower:
enumVal = MySpaceTexts.AssemblerState_NotEnoughPower;
break;
case MyAssembler.StateEnum.InventoryFull:
enumVal = MySpaceTexts.AssemblerState_InventoryFull;
break;
default:
Debug.Assert(false, "Invalid branch reached.");
break;
}
return MyTexts.GetString(enumVal);
}
private void SelectAndShowAssembler(MyAssembler assembler)
{
UnregisterAssemblerEvents(m_selectedAssembler);
m_selectedAssembler = assembler;
RegisterAssemblerEvents(assembler);
RefreshRepeatMode(assembler.RepeatEnabled);
RefreshSlaveMode(assembler.IsSlave);
SelectModeButton(assembler.DisassembleEnabled);
UpdateBlueprintClassGui();
RefreshQueue();
RefreshInventory();
RefreshProgress();
RefreshAssemblerModeView();
}
internal void Close()
{
UnregisterEvents();
UnregisterAssemblerEvents(m_selectedAssembler);
m_assemblersByKey.Clear();
m_blueprintButtonGroup.Clear();
m_modeButtonGroup.Clear();
m_selectedAssembler = null;
m_controlsParent = null;
m_terminalSystem = null;
m_comboboxAssemblers = null;
m_dragAndDrop = null;
m_dragAndDropInfo = null;
}
private void UnregisterAssemblerEvents(MyAssembler assembler)
{
if (assembler == null)
return;
m_selectedAssembler.CurrentModeChanged -= assembler_CurrentModeChanged;
m_selectedAssembler.QueueChanged -= assembler_QueueChanged;
m_selectedAssembler.CurrentProgressChanged -= assembler_CurrentProgressChanged;
m_selectedAssembler.CurrentStateChanged -= assembler_CurrentStateChanged;
assembler.InputInventory.ContentsChanged -= InputInventory_ContentsChanged;
m_selectedAssembler.OutputInventory.ContentsChanged -= OutputInventory_ContentsChanged;
}
public SyncClass(MyAssembler assembler)
{
m_assembler = assembler;
}
private void UnregisterAssemblerEvents(MyAssembler assembler)
{
if (assembler == null)
return;
m_selectedAssembler.CurrentModeChanged -= assembler_CurrentModeChanged;
m_selectedAssembler.QueueChanged -= assembler_QueueChanged;
m_selectedAssembler.CurrentProgressChanged -= assembler_CurrentProgressChanged;
m_selectedAssembler.CurrentStateChanged -= assembler_CurrentStateChanged;
if (assembler.InputInventory != null) // can be null on unload and close
{
assembler.InputInventory.ContentsChanged -= InputInventory_ContentsChanged;
}
if (m_selectedAssembler.OutputInventory != null)
{
m_selectedAssembler.OutputInventory.ContentsChanged -= OutputInventory_ContentsChanged;
}
}
