private double ExecuteManufacturing(double deltaTime)
{
var resourceToProduce = _processedBlueprint.First(r => r.Processed < r.Units);
var unitsToProduce = Math.Min(resourceToProduce.Units - resourceToProduce.Processed, deltaTime * adjustedProductivity);
if (part.protoModuleCrew.Count < MinimumCrew)
{
Status = "Not enough Crew to operate";
}
else if (_broker.AmountAvailable(part, UpkeepResource, TimeWarp.deltaTime, ResourceFlowMode.ALL_VESSEL) < TimeWarp.deltaTime)
{
Status = "Not enough " + UpkeepResource;
}
else
{
Status = "Recycling " + _processedItem.Part.title;
_broker.RequestResource(part, UpkeepResource, UpkeepAmount, TimeWarp.deltaTime, ResourceFlowMode.ALL_VESSEL);
_broker.StoreResource(part, resourceToProduce.Name, unitsToProduce, TimeWarp.deltaTime, ResourceFlowMode.ALL_VESSEL);
resourceToProduce.Processed += unitsToProduce;
progress = (float)(_processedBlueprint.GetProgress() * 100);
}
//Return time remaining
return(deltaTime - unitsToProduce);
}
private double ExecuteRecycling(double deltaTime)
{
var resourceToProduce = _processedBlueprint.First(r => r.Processed < r.Units);
var unitsToProduce = Math.Min(resourceToProduce.Units - resourceToProduce.Processed,
deltaTime * adjustedProductivity);
Log.Info("resourceToProduce: " + resourceToProduce.Name + ", unitsToProduce: " + unitsToProduce);
notEnoughCrew = part.protoModuleCrew.Count < MinimumCrew;
notEnoughEC = OseModuleWorkshop.AmountAvailable(this.part, UpkeepResource) < TimeWarp.deltaTime * UpkeepAmount;
Error = "";
if (notEnoughCrew)
{
RecyclerStatus = "Not enough Crew to operate";
Error = RecyclerStatus;
}
else if (notEnoughEC)
{
RecyclerStatus = "Not enough " + UpkeepResource;
Error = RecyclerStatus;
}
else
{
RecyclerStatus = "Recycling " + _processedItem.Part.title;
OseModuleWorkshop.RequestResource(this.part, UpkeepResource, TimeWarp.deltaTime * UpkeepAmount);
//_broker.RequestResource(part, UpkeepResource, UpkeepAmount, TimeWarp.deltaTime, ResourceFlowMode.ALL_VESSEL);
resourceToProduce.Processed += unitsToProduce;
progress = (float)(_processedBlueprint.GetProgress() * 100);
Log.Info("progress: " + progress);
}
if (Error != "" && Error != LastError && HighLogic.CurrentGame.Parameters.CustomParams <Workshop_MiscSettings>().showPopup)
{
PopupDialog.SpawnPopupDialog(
new MultiOptionDialog(
"OseModuleRecyclerWarning",
"Warning\n" + Error + "\n",
this.part.partInfo.title,
HighLogic.UISkin,
CreateOptions()
),
false,
HighLogic.UISkin
);
}
LastError = Error;
//Return time remaining
//return deltaTime - unitsToProduce;
double d = deltaTime - deltaTime * (unitsToProduce / (deltaTime * adjustedProductivity));
Log.Info("ExecuteRecycling, returning : " + d);
return(d);
}
private double ExecuteManufacturing(double deltaTime)
{
Log.Info("ExecuteManufacturing, deltaTime: " + deltaTime);
//Find the first resource that still needs to be processed.
var resourceToConsume = _processedBlueprint.First(r => r.Processed < r.Units);
//Determine the number of units of the resource to consume.
var unitsToConsume = Math.Min(resourceToConsume.Units - resourceToConsume.Processed, deltaTime * adjustedProductivity / _processedBlueprint.Complexity);
Log.Info("resourceToConsume: " + resourceToConsume.Name + ", unitsToConsume: " + unitsToConsume);
if (part.protoModuleCrew.Count < MinimumCrew)
{
Status = "Not enough Crew to operate";
}
else if (AmountAvailable(UpkeepResource) < TimeWarp.deltaTime * UpkeepAmount)
{
Status = "Not enough " + UpkeepResource;
}
else if (HighLogic.CurrentGame.Mode == Game.Modes.CAREER && WorkshopOptions.PrintingCostsFunds && Funding.Instance.Funds < _processedBlueprint.Funds)
{
Status = "Not enough funds to process";
}
else if (AmountAvailable(resourceToConsume.Name) < unitsToConsume)
{
Status = "Not enough " + resourceToConsume.Name;
}
else
{
Status = "Printing " + _processedItem.Part.title;
if (HighLogic.CurrentGame.Mode == Game.Modes.CAREER && WorkshopOptions.PrintingCostsFunds && _processedBlueprint.Funds > 0)
{
Funding.Instance.AddFunds(-_processedBlueprint.Funds, TransactionReasons.Vessels);
_processedBlueprint.Funds = 0;
}
else
{
_processedBlueprint.Funds = 0;
}
RequestResource(UpkeepResource, TimeWarp.deltaTime * UpkeepAmount);
resourceToConsume.Processed += RequestResource(resourceToConsume.Name, unitsToConsume);
progress = (float)(_processedBlueprint.GetProgress() * 100);
Log.Info("progress: " + progress);
}
//Return time remaining
//return deltaTime - unitsToConsume;
double d = deltaTime - deltaTime * (unitsToConsume / (deltaTime * adjustedProductivity / _processedBlueprint.Complexity));
Log.Info("ExecuteManufacturing, returning : " + d);
return(d);
}
private void ExecuteManufacturing()
{
var resourceToConsume = _processedBlueprint.First(r => r.Processed < r.Units);
var unitsToConsume = Math.Min(resourceToConsume.Units - resourceToConsume.Processed, TimeWarp.deltaTime * adjustedProductivity);
if (part.protoModuleCrew.Count < MinimumCrew)
{
Status = "Not enough Crew to operate";
}
else if (AmountAvailable(UpkeepResource) < TimeWarp.deltaTime)
{
Status = "Not enough " + UpkeepResource;
}
else if (HighLogic.CurrentGame.Mode == Game.Modes.CAREER && Funding.Instance.Funds < _processedBlueprint.Funds)
{
Status = "Not enough funds to process";
}
else if (AmountAvailable(resourceToConsume.Name) < unitsToConsume)
{
Status = "Not enough " + resourceToConsume.Name;
}
else
{
Status = "Printing " + _processedItem.Part.title;
if (HighLogic.CurrentGame.Mode == Game.Modes.CAREER && _processedBlueprint.Funds > 0)
{
Funding.Instance.AddFunds(-_processedBlueprint.Funds, TransactionReasons.Vessels);
_processedBlueprint.Funds = 0;
}
RequestResource(UpkeepResource, TimeWarp.deltaTime);
resourceToConsume.Processed += RequestResource(resourceToConsume.Name, unitsToConsume);
progress = (float)(_processedBlueprint.GetProgress() * 100);
}
}