/**
* Prepare the recipe with regard to the amount of crew in this module
*/
protected override ConversionRecipe PrepareRecipe(double deltatime)
{
double rate = currentRate;
ConversionRecipe newRecipe = new ConversionRecipe();
//the amounts (use?)
newRecipe.FillAmount = 1;
newRecipe.TakeAmount = 1;
if (ModuleIsActive())
{
status = "In Progress";
}
else
{
status = "Inactive";
}
//the amounts (use?)
newRecipe.FillAmount = 1;// (float)rate;
newRecipe.TakeAmount = 1;// (float)rate;
//add the inputs to the recipe
foreach (ResourceRatio res in inputList)
{
ResourceRatio newRes = new ResourceRatio();
newRes.ResourceName = res.ResourceName;
newRes.FlowMode = res.FlowMode;
newRes.Ratio = res.Ratio * rate;
newRes.DumpExcess = res.DumpExcess;
newRecipe.Inputs.Add(newRes);
}
//add the outputs to the recipe
foreach (ResourceRatio res in outputList)
{
ResourceRatio newRes = new ResourceRatio();
newRes.ResourceName = res.ResourceName;
newRes.FlowMode = res.FlowMode;
newRes.DumpExcess = res.DumpExcess;
newRes.Ratio = res.Ratio * rate;
newRecipe.Outputs.Add(newRes);
}
//only add the fertilizer as a requirement when it is used
foreach (ResourceRatio res in reqList)
{
ResourceRatio newRes = new ResourceRatio();
newRes.ResourceName = res.ResourceName;
newRes.FlowMode = res.FlowMode;
newRes.DumpExcess = res.DumpExcess;
newRes.Ratio = res.Ratio * rate;
newRecipe.Outputs.Add(newRes);
}
return newRecipe;
}
private ConversionRecipe LoadRecipe()
{
var r = new ConversionRecipe();
try
{
if (!String.IsNullOrEmpty(RecipeInputs))
{
var inputs = RecipeInputs.Split(',');
for (int ip = 0; ip < inputs.Length; ip += 2)
{
print(String.Format("[REGOLITH] - INPUT {0} {1}", inputs[ip], inputs[ip + 1]));
r.Inputs.Add(new ResourceRatio
{
ResourceName = inputs[ip].Trim(),
Ratio = Convert.ToDouble(inputs[ip + 1].Trim())
});
}
}
if (!String.IsNullOrEmpty(RecipeOutputs))
{
var outputs = RecipeOutputs.Split(',');
for (int op = 0; op < outputs.Length; op += 3)
{
print(String.Format("[REGOLITH] - OUTPUTS {0} {1} {2}", outputs[op], outputs[op + 1],
outputs[op + 2]));
r.Outputs.Add(new ResourceRatio
{
ResourceName = outputs[op].Trim(),
Ratio = Convert.ToDouble(outputs[op + 1].Trim()),
DumpExcess = Convert.ToBoolean(outputs[op + 2].Trim())
});
}
}
if (!String.IsNullOrEmpty(RequiredResources))
{
var requirements = RequiredResources.Split(',');
for (int rr = 0; rr < requirements.Length; rr += 2)
{
print(String.Format("[REGOLITH] - REQUIREMENTS {0} {1}", requirements[rr], requirements[rr + 1]));
r.Requirements.Add(new ResourceRatio
{
ResourceName = requirements[rr].Trim(),
Ratio = Convert.ToDouble(requirements[rr + 1].Trim()),
});
}
}
}
catch (Exception)
{
print(String.Format("[REGOLITH] Error performing conversion for '{0}' - '{1}' - '{2}'", RecipeInputs, RecipeOutputs, RequiredResources));
}
return r;
}
protected override ConversionRecipe PrepareRecipe(double deltatime)
{
if (_recipe == null)
_recipe = LoadRecipe();
UpdateConverterStatus();
if (!IsActivated)
return null;
return _recipe;
}
protected override ConversionRecipe LoadRecipe()
{
var r = new ConversionRecipe();
try
{
//conversionRate must be > 0, otherwise set to default = 1.
if (conversionRate < 0)
conversionRate = 1f;
//if conversionRate is not equal to 1 multiply all Inputs, Outputs and Requirements resource Ratios
// by the value of conversionRate.
if (conversionRate != 1f)
{
for (int i = 0; i < inputList.Count; i++)
{
double tmpRate = inputList[i].Ratio * conversionRate;
ResourceRatio tmpRat = new ResourceRatio(inputList[i].ResourceName, tmpRate,
inputList[i].DumpExcess) {FlowMode = inputList[i].FlowMode};
r.Inputs.Add(tmpRat);
}
for (int i = 0; i < outputList.Count; i++)
{
double tmpRate = outputList[i].Ratio * conversionRate;
ResourceRatio tmpRat = new ResourceRatio(outputList[i].ResourceName, tmpRate,
outputList[i].DumpExcess)
{ FlowMode = outputList[i].FlowMode };
r.Outputs.Add(tmpRat);
}
for (int i = 0; i < reqList.Count; i++)
{
double tmpRate = reqList[i].Ratio * conversionRate;
ResourceRatio tmpRat = new ResourceRatio(reqList[i].ResourceName, tmpRate,
reqList[i].DumpExcess)
{ FlowMode = reqList[i].FlowMode };
r.Requirements.Add(tmpRat);
}
}
// else, conversion rate is 1. We just use the values from the cfg file.
else
{
r.Inputs.AddRange(inputList);
r.Outputs.AddRange(outputList);
r.Requirements.AddRange(reqList);
}
// if CovertByMass then convert Recipe to Units.
if (ConvertByMass)
ConvertRecipeToUnits(r);
}
catch (Exception)
{
this.LogError("[TACGenericConverter] Error creating recipe");
}
return r;
}
ConversionRecipe LoadRecipe(double rate)
{
ConversionRecipe recipe = new ConversionRecipe();
recipe.Inputs.AddRange(inputList);
bool dumpExcess = false;
recipe.Outputs.Add(new ResourceRatio {
ResourceName = ResourceName,
Ratio = rate,
DumpExcess = dumpExcess
});
return recipe;
}
protected override ConversionRecipe PrepareRecipe(double deltatime)
{
//This is where the rubber hits the road. Let us see if we can
//keep our Kerbals cozy and warm.
var recipe = new ConversionRecipe();
var numCrew = part.protoModuleCrew.Count();
var ecAmount = 0.01f;
var supAmount = 0.00005f;
var scrapAmount = 0.00005f;
recipe.Inputs.Add(new ResourceRatio { FlowMode = "ALL_VESSEL", Ratio = ecAmount * numCrew, ResourceName = "ElectricCharge", DumpExcess = true });
recipe.Inputs.Add(new ResourceRatio { FlowMode = "ALL_VESSEL", Ratio = supAmount * numCrew, ResourceName = "Supplies", DumpExcess = true });
recipe.Outputs.Add(new ResourceRatio { FlowMode = "ALL_VESSEL", Ratio = scrapAmount * numCrew, ResourceName = "Mulch", DumpExcess = true });
return recipe;
}
ConversionRecipe LoadRecipe ()
{
var recipe = new ConversionRecipe ();
recipe.Inputs.AddRange (ProcessRatio (inputList));
var inputMass = GetResourceMass (recipe.Inputs);
recipe.Outputs.AddRange (ProcessRatio (outputList, inputMass));
recipe.Requirements.AddRange (ProcessRatio (reqList));
return recipe;
}
private ConversionRecipe GenerateSupplyRecipe()
{
//Two recipes are executed. One for EC, one for Supplies.
var v = LifeSupportManager.Instance.FetchVessel(part.vessel.id.ToString());
var recipe = new ConversionRecipe();
var numCrew = part.protoModuleCrew.Count;
var recPercent = v.RecyclerMultiplier;
var supAmount = LifeSupportScenario.Instance.settings.GetSettings().SupplyAmount;
var scrapAmount = LifeSupportScenario.Instance.settings.GetSettings().WasteAmount;
var repAmount = LifeSupportScenario.Instance.settings.GetSettings().ReplacementPartAmount;
if (part.Resources.Contains("ReplacementParts"))
{
recipe.Inputs.Add(new ResourceRatio { FlowMode = ResourceFlowMode.ALL_VESSEL, Ratio = repAmount * numCrew, ResourceName = "ReplacementParts", DumpExcess = false });
}
var supRatio = supAmount * numCrew * recPercent;
var mulchRatio = scrapAmount * numCrew * recPercent;
recipe.Inputs.Add(new ResourceRatio { FlowMode = ResourceFlowMode.ALL_VESSEL, Ratio = supRatio, ResourceName = "Supplies", DumpExcess = true });
recipe.Outputs.Add(new ResourceRatio { FlowMode = ResourceFlowMode.ALL_VESSEL, Ratio = mulchRatio, ResourceName = "Mulch", DumpExcess = true });
return recipe;
}
private ConversionRecipe GenerateECRecipe()
{
//Two recipes are executed. One for EC, one for Supplies.
var v = LifeSupportManager.Instance.FetchVessel(part.vessel.id.ToString());
var recipe = new ConversionRecipe();
var numCrew = part.protoModuleCrew.Count;
var ecAmount = LifeSupportScenario.Instance.settings.GetSettings().ECAmount;
recipe.Inputs.Add(new ResourceRatio { FlowMode = ResourceFlowMode.ALL_VESSEL, Ratio = ecAmount * numCrew, ResourceName = "ElectricCharge", DumpExcess = true });
return recipe;
}
public void reloadRecipe()
{
_recipe = LoadRecipe();
//RecipeOutputs = pipelineShip.DictionaryFromString(RecipeOutputs);
}
/**
* Prepare the recipe with regard to the amount of crew in this module
*/
protected override ConversionRecipe PrepareRecipe(double deltatime)
{
double rate = currentRate;
if (rate < 0.0d) {
rate = maxProductionRate;
}
//rate = rate *deltatime * 50;
ConversionRecipe newRecipe = new ConversionRecipe();
if (this.ModuleIsActive())
{
status = "In Progress";
}
else
{
status = "Inactive";
}
//the amounts (use?)
newRecipe.FillAmount = 1;// (float)rate;
newRecipe.TakeAmount = 1;// (float)rate;
//add the inputs to the recipe
foreach (ResourceRatio res in inputList)
{
if (useGrowthPromoter || !res.ResourceName.Equals(boosterName))
{
ResourceRatio newRes = new ResourceRatio();
newRes.ResourceName = res.ResourceName;
newRes.FlowMode = res.FlowMode;
newRes.Ratio = res.Ratio * rate;
newRes.DumpExcess = res.DumpExcess;
newRecipe.Inputs.Add(newRes);
}
}
//add the outputs to the recipe
foreach (ResourceRatio res in outputList)
{
ResourceRatio newRes = new ResourceRatio();
newRes.ResourceName = res.ResourceName;
newRes.FlowMode = res.FlowMode;
newRes.DumpExcess = res.DumpExcess;
//when we have the main resource and the fertilizer active
if (useGrowthPromoter && res.ResourceName.Equals(boostedOutputName))
{
newRes.Ratio = res.Ratio * rate * fertilizerBenefit;
}
else
{
newRes.Ratio = res.Ratio * rate;
}
newRecipe.Outputs.Add(newRes);
}
//only add the fertilizer as a requirement when it is used
foreach (ResourceRatio res in reqList)
{
if (res.ResourceName.Equals(boosterName))
{
if (useGrowthPromoter) {
newRecipe.Requirements.Add(res);
}
}
else {
newRecipe.Requirements.Add(res);
}
}
return newRecipe;
}
public void a_conversion_recipe_has_a_list_of_outputs()
{
var c = new ConversionRecipe();
c.Outputs.Add(new ResourceRatio());
Assert.IsNotNull(c.Outputs);
}
private ConversionRecipe GetSimpleRecipe()
{
var recipe = new ConversionRecipe();
recipe.Inputs.Add(new ResourceRatio { ResourceName = "Ore", Ratio = 1 });
recipe.Outputs.Add(new ResourceRatio { ResourceName = "Metal", Ratio = 1 });
return recipe;
}
private ConversionRecipe GetComplexRecipe()
{
var recipe = new ConversionRecipe();
recipe.Inputs.Add(new ResourceRatio { ResourceName = "Hydrogen", Ratio = 2 });
recipe.Inputs.Add(new ResourceRatio { ResourceName = "Oxygen", Ratio = 2 });
recipe.Inputs.Add(new ResourceRatio { ResourceName = "ElectricCharge", Ratio = 10 });
recipe.Outputs.Add(new ResourceRatio { ResourceName = "LiquidFuel", Ratio = 0.9f });
recipe.Outputs.Add(new ResourceRatio { ResourceName = "Oxidizer", Ratio = 1.1f });
return recipe;
}
/**
* Prepare the recipe with regard to the amount of crew in this module
*/
protected override ConversionRecipe PrepareRecipe(double deltatime)
{
double rate = currentRate;
if (rate < 0.0d)
{
rate = maxProductionRate;
}
//rate = rate *deltatime * 50;
ConversionRecipe newRecipe = new ConversionRecipe();
if (this.ModuleIsActive())
{
status = "In Progress";
}
else
{
status = "Inactive";
}
//the amounts (use?)
newRecipe.FillAmount = 1; // (float)rate;
newRecipe.TakeAmount = 1; // (float)rate;
//add the inputs to the recipe
foreach (ResourceRatio res in inputList)
{
if (useGrowthPromoter || !res.ResourceName.Equals(boosterName))
{
ResourceRatio newRes = new ResourceRatio();
newRes.ResourceName = res.ResourceName;
newRes.FlowMode = res.FlowMode;
newRes.Ratio = res.Ratio * rate;
newRes.DumpExcess = res.DumpExcess;
newRecipe.Inputs.Add(newRes);
}
}
//add the outputs to the recipe
foreach (ResourceRatio res in outputList)
{
ResourceRatio newRes = new ResourceRatio();
newRes.ResourceName = res.ResourceName;
newRes.FlowMode = res.FlowMode;
newRes.DumpExcess = res.DumpExcess;
//when we have the main resource and the fertilizer active
if (useGrowthPromoter && res.ResourceName.Equals(boostedOutputName))
{
newRes.Ratio = res.Ratio * rate * fertilizerBenefit;
}
else
{
newRes.Ratio = res.Ratio * rate;
}
newRecipe.Outputs.Add(newRes);
}
//only add the fertilizer as a requirement when it is used
foreach (ResourceRatio res in reqList)
{
if (res.ResourceName.Equals(boosterName))
{
if (useGrowthPromoter)
{
newRecipe.Requirements.Add(res);
}
}
else
{
newRecipe.Requirements.Add(res);
}
}
return(newRecipe);
}
protected override ConversionRecipe PrepareRecipe(double deltaTime)
{
//Determine if we are in fact latched to an asteroid
var potato = GetAttachedPotato();
if (potato == null)
{
status = "No asteroid detected";
IsActivated = false;
return(null);
}
if (DirectAttach && !(part.children.Contains(potato) || part.parent == potato))
{
status = "Not directly attached to asteroid";
IsActivated = false;
return(null);
}
if (!RockOnly && !potato.Modules.Contains("REGO_ModuleAsteroidResource"))
{
status = "No resource data";
IsActivated = false;
return(null);
}
var resourceList = potato.FindModulesImplementing <REGO_ModuleAsteroidResource>();
if (!CheckForImpact())
{
status = "No surface impact";
IsActivated = false;
return(null);
}
var info = potato.FindModuleImplementing <REGO_ModuleAsteroidInfo>();
if (info == null)
{
status = "No info";
IsActivated = false;
return(null);
}
if (info.massThreshold >= potato.mass)
{
status = "Resources Depleted";
IsActivated = false;
return(null);
}
var ec = _broker.AmountAvailable(part, "ElectricCharge");
if (ec <= deltaTime * PowerConsumption)
{
status = "Insufficient Power";
IsActivated = false;
return(null);
}
//Handle state change
UpdateConverterStatus();
//If we're enabled"
if (!IsActivated)
{
return(null);
}
//Fetch our recipe
var recipe = new ConversionRecipe();
recipe.Inputs.Add(new ResourceRatio {
ResourceName = "ElectricCharge", Ratio = PowerConsumption
});
if (RockOnly)
{
resourceList.Clear();
resourceList.Add(new REGO_ModuleAsteroidResource {
abundance = 1, resourceName = "Rock"
});
}
else
{
//Setup rock
var purity = resourceList.Sum(ar => ar.abundance);
var rockAmt = 1 - purity;
resourceList.Add(new REGO_ModuleAsteroidResource {
abundance = rockAmt, resourceName = "Rock"
});
}
foreach (var ar in resourceList)
{
if (!(ar.abundance > Utilities.FLOAT_TOLERANCE))
{
continue;
}
var res = potato.Resources[ar.resourceName];
var resInfo = PartResourceLibrary.Instance.GetDefinition(res.resourceName);
var outRes = new ResourceRatio {
ResourceName = ar.resourceName, Ratio = ar.abundance * Efficiency
};
//Make sure we have enough free space
var spaceNeeded = deltaTime * ar.abundance * Efficiency;
var spaceAvailable = res.maxAmount - res.amount;
if (spaceAvailable < spaceNeeded)
{
var slackMass = potato.mass - info.massThreshold;
var maxSpace = slackMass / resInfo.density;
var unitsToAdd = Math.Min(maxSpace, (spaceNeeded - spaceAvailable));
var newMass = potato.mass - ((float)(resInfo.density * unitsToAdd));
res.maxAmount += unitsToAdd;
potato.mass = newMass;
}
recipe.Outputs.Add(outRes);
}
return(recipe);
}
