public void AutoFillModules(RecipeParameters recipeParams, Recipe recipe, Entity entity, Goods fuel, ref ModuleEffects effects, ref RecipeParameters.UsedModule used)
{
if (autoFillPayback > 0 && (fillMiners || !recipe.flags.HasFlags(RecipeFlags.UsesMiningProductivity)))
{
var productivityEconomy = recipe.Cost() / recipeParams.recipeTime;
var effectivityEconomy = recipeParams.fuelUsagePerSecondPerBuilding * fuel?.Cost() ?? 0;
if (effectivityEconomy < 0f)
{
effectivityEconomy = 0f;
}
var bestEconomy = 0f;
Item usedModule = null;
foreach (var module in recipe.modules)
{
if (module.IsAccessibleWithCurrentMilestones() && entity.CanAcceptModule(module.module))
{
var economy = MathF.Max(0f, module.module.productivity) * productivityEconomy - module.module.consumption * effectivityEconomy;
if (economy > bestEconomy && module.Cost() / economy <= autoFillPayback)
{
bestEconomy = economy;
usedModule = module;
}
}
}
if (usedModule != null)
{
var count = effects.GetModuleSoftLimit(usedModule.module, entity.moduleSlots);
if (count > 0)
{
effects.AddModules(usedModule.module, count);
used.modules = new[] { (usedModule, count) };
public bool FillModules(RecipeParameters recipeParams, Recipe recipe, Entity entity, Goods fuel, Item forceModule, out ModuleEffects effects, out RecipeParameters.UsedModule used)
{
effects = new ModuleEffects();
var isMining = recipe.flags.HasFlags(RecipeFlags.UsesMiningProductivity);
var hasEffects = false;
if (isMining && miningProductivity > 0f)
{
effects.productivity += 0.01f * miningProductivity;
hasEffects = true;
}
used = default;
if (forceModule != null)
{
AddModuleSimple(forceModule, ref effects, entity, ref used);
return(true);
}
if (!isMining && beacon != null && beaconModule != null)
{
effects.AddModules(beaconModule.module, beaconsPerBuilding * beacon.beaconEfficiency, entity.allowedEffects);
used.beacon = beacon;
used.beaconCount = beaconsPerBuilding;
hasEffects = true;
}
if (fillMiners || !isMining)
{
var productivityEconomy = recipe.Cost() / recipeParams.recipeTime;
var effectivityEconomy = recipeParams.fuelUsagePerSecondPerBuilding * fuel?.Cost() ?? 0;
var bestEconomy = 0f;
Item usedModule = null;
foreach (var module in recipe.modules)
{
if (module.IsAccessibleWithCurrentMilestones() && entity.CanAcceptModule(module.module))
{
var economy = MathF.Max(0f, module.module.productivity) * productivityEconomy - module.module.consumption * effectivityEconomy;
if (economy > bestEconomy && module.Cost() / economy <= autoFillPayback)
{
bestEconomy = economy;
usedModule = module;
}
}
}
if (usedModule != null)
{
effects.AddModules(usedModule.module, entity.moduleSlots);
used.module = usedModule;
used.count = entity.moduleSlots;
return(true);
}
}
if (fillerModule?.module != null && entity.CanAcceptModule(fillerModule.module))
{
AddModuleSimple(fillerModule, ref effects, entity, ref used);
hasEffects = true;
}
return(hasEffects);
}
public void AutoFillBeacons(RecipeParameters recipeParams, Recipe recipe, Entity entity, Goods fuel, ref ModuleEffects effects, ref RecipeParameters.UsedModule used)
{
if (!recipe.flags.HasFlags(RecipeFlags.UsesMiningProductivity) && beacon != null && beaconModule != null)
{
effects.AddModules(beaconModule.module, beaconsPerBuilding * beacon.beaconEfficiency * beacon.moduleSlots, entity.allowedEffects);
used.beacon = beacon;
used.beaconCount = beaconsPerBuilding;
}
}
private void AddModuleSimple(Item module, ref ModuleEffects effects, Entity entity, ref RecipeParameters.UsedModule used)
{
if (module.module != null)
{
var fillerLimit = effects.GetModuleSoftLimit(module.module, entity.moduleSlots);
effects.AddModules(module.module, fillerLimit);
used.module = module;
used.count = fillerLimit;
}
}