bool tryAddAssemblerTask(IMyProductionBlock assembler, string definition, VRage.MyFixedPoint count)
{
try {
MyDefinitionId objectIdToAdd = new MyDefinitionId();
MyDefinitionId.TryParse(definition, out objectIdToAdd);
assembler.AddQueueItem(objectIdToAdd, count);
return(true);
} catch (Exception e) {
return(false);
}
}
public void Make_component(MyFixedPoint min_count, MyFixedPoint current_count, MyFixedPoint production_queue, string blueprint)
{
//Dbg_panel($"Make_component({blueprint})");
MyDefinitionId queue_item_blueprint_id;
MyFixedPoint amount_diff;
amount_diff = min_count - current_count - production_queue;
//Dbg_panel($"amount_diff ({amount_diff}) = min_count ({min_count}) - current_count ({current_count}) - production_queue ({production_queue})");
bool opt1 = amount_diff <= min_count;
bool opt2 = amount_diff > 0;
if (opt1 & opt2)
{
if (MyDefinitionId.TryParse(blueprint, out queue_item_blueprint_id))
{
string[] blueprint_name = blueprint.Split('/');
Dbg_panel($"Make {amount_diff} of {blueprint_name[1]}");
assembler.AddQueueItem(queue_item_blueprint_id, amount_diff);
}
}
}
public void Main(string argument)
{
if (_assembler == null && !InitialiseAssembler())
{
WriteToTextPanel(_assemblerName + " not installed");
return;
}
string arg = argument.ToLower();
List <string> groups = new List <string>();
for (int start = 0; (start = arg.IndexOf('(', start)) != -1; start++)
{
int end = (start >= 0) ? arg.IndexOf(')', start) : -1;
string result = (end >= 0) ? arg.Substring(start + 1, end - start - 1) : "";
groups.Add(result);
}
const string working = "Assembler is working.\n";
const string missing = "Missing material for Queue.\n";
if (!_assembler.IsProducing && !_assembler.IsQueueEmpty)
{
_asmworking.Replace(working, missing);
}
if (_assembler.IsProducing)
{
_asmworking.Clear();
_asmworking.AppendLine(working);
}
if (!_assembler.IsProducing && _assembler.IsQueueEmpty)
{
_asmworking.Clear();
_dynamicContent.Clear();
_asmworking.AppendLine("Assembler is Idle.\n");
}
//dynamicContent.Clear();
Echo(_runStatus[_runAdvancer]);
_runAdvancer = (_runAdvancer + 1) % _runStatus.Length;
foreach (var selectedGroup in groups)
{
List <string> args = new List <string>(selectedGroup.Split('/'));
if (_values.ContainsKey(args[0]))
{
string item = _values[args[0]];
string count = args[1];
if (count?.Length == 0 || Convert.ToDouble(count) <= 0)
{
Echo("Item: " + item + "\nAmount: Wrong or No number input\n");
return;
}
MyDefinitionId objectIdToAdd = new MyDefinitionId();
if (MyDefinitionId.TryParse("MyObjectBuilder_BlueprintDefinition/" + item, out objectIdToAdd))
{
Echo("Item: " + item + "\nAmount: " + Convert.ToDouble(count) + "\n");
_assembler.AddQueueItem(objectIdToAdd, Convert.ToDouble(count));
_dynamicContent.Append("Item: ").Append(item).Append("\nAmount: ").Append(Convert.ToDouble(count)).AppendLine("\n");
}
}
else
{
Echo("Argument Missing: Check Name \n");
}
}
if (arg == "clear")
{
_dynamicContent.Clear();
_assembler.ClearQueue();
Echo("Cleared Assembler Queue.");
_dynamicContent.AppendLine("Cleared Assembler Queue.");
}
WriteToTextPanel(_asmworking.ToString() + _dynamicContent.ToString());
string asmstatus = ("\nAssembler is producing: " + _assembler.IsProducing.ToString());
//string asmstatus = assembler.NextItemId.ToString();
//WriteToTextPanel(asmstatus);
}