public static string CostListString(BuildableDef d, bool divideByVolume, bool starIfOnlyBuyable)
{
if (!DebugOutputsEconomy.Producible(d))
{
return(string.Empty);
}
List <string> list = new List <string>();
if (d.costList != null)
{
foreach (ThingDefCountClass current in d.costList)
{
float num = (float)current.count;
if (divideByVolume)
{
num /= current.thingDef.VolumePerUnit;
}
string text = current.thingDef + " x" + num;
if (starIfOnlyBuyable && DebugOutputsEconomy.RequiresBuying(current.thingDef))
{
text += "*";
}
list.Add(text);
}
}
if (d.MadeFromStuff)
{
list.Add("stuff x" + d.costStuffCount);
}
return(list.ToCommaList(false));
}
private static float CostToMake(ThingDef d, bool real = false)
{
if (d.recipeMaker == null)
{
return(d.BaseMarketValue);
}
float num = 0f;
if (d.costList != null)
{
foreach (ThingDefCountClass current in d.costList)
{
float num2 = 1f;
if (real)
{
num2 = ((!DebugOutputsEconomy.RequiresBuying(current.thingDef)) ? 0.6f : 1.4f);
}
num += (float)current.count * DebugOutputsEconomy.CostToMake(current.thingDef, true) * num2;
}
}
if (d.costStuffCount > 0)
{
ThingDef thingDef = GenStuff.DefaultStuffFor(d);
num += (float)d.costStuffCount * thingDef.BaseMarketValue;
}
return(num);
}
private static string CostToMakeString(ThingDef d, bool real = false)
{
if (d.recipeMaker == null)
{
return("-");
}
return(DebugOutputsEconomy.CostToMake(d, real).ToString("F1"));
}
private static float CheapestProductsValue(RecipeDef d)
{
float num = 0f;
foreach (ThingDefCountClass current in d.products)
{
num += current.thingDef.GetStatValueAbstract(StatDefOf.MarketValue, DebugOutputsEconomy.CheapestNonDerpStuff(d)) * (float)current.count;
}
return(num);
}
private static float CheapestIngredientValue(RecipeDef d)
{
float num = 0f;
foreach (Pair <ThingDef, float> current in DebugOutputsEconomy.CheapestIngredients(d))
{
num += current.First.BaseMarketValue * current.Second;
}
return(num);
}
private static bool RequiresBuying(ThingDef def)
{
if (def.costList != null)
{
foreach (ThingDefCountClass current in def.costList)
{
if (DebugOutputsEconomy.RequiresBuying(current.thingDef))
{
return(true);
}
}
return(false);
}
return(!DefDatabase <ThingDef> .AllDefs.Any((ThingDef d) => d.plant != null && d.plant.harvestedThingDef == def && d.plant.Sowable));
}
public static void Drugs()
{
Func <ThingDef, float> realIngredientCost = (ThingDef d) => DebugOutputsEconomy.CostToMake(d, true);
Func <ThingDef, float> realSellPrice = (ThingDef d) => d.BaseMarketValue * 0.6f;
Func <ThingDef, float> realBuyPrice = (ThingDef d) => d.BaseMarketValue * 1.4f;
IEnumerable <ThingDef> arg_197_0 = from d in DefDatabase <ThingDef> .AllDefs
where d.IsWithinCategory(ThingCategoryDefOf.Medicine) || d.IsWithinCategory(ThingCategoryDefOf.Drugs)
select d;
TableDataGetter <ThingDef>[] expr_9C = new TableDataGetter <ThingDef> [8];
expr_9C[0] = new TableDataGetter <ThingDef>("name", (ThingDef d) => d.defName);
expr_9C[1] = new TableDataGetter <ThingDef>("ingredients", (ThingDef d) => DebugOutputsEconomy.CostListString(d, true, true));
expr_9C[2] = new TableDataGetter <ThingDef>("work amount", (ThingDef d) => DebugOutputsEconomy.WorkToProduceBest(d).ToString("F0"));
expr_9C[3] = new TableDataGetter <ThingDef>("real ingredient cost", (ThingDef d) => realIngredientCost(d).ToString("F1"));
expr_9C[4] = new TableDataGetter <ThingDef>("real sell price", (ThingDef d) => realSellPrice(d).ToString("F1"));
expr_9C[5] = new TableDataGetter <ThingDef>("real profit per item", (ThingDef d) => (realSellPrice(d) - realIngredientCost(d)).ToString("F1"));
expr_9C[6] = new TableDataGetter <ThingDef>("real profit per day's work", (ThingDef d) => ((realSellPrice(d) - realIngredientCost(d)) / DebugOutputsEconomy.WorkToProduceBest(d) * 30000f).ToString("F1"));
expr_9C[7] = new TableDataGetter <ThingDef>("real buy price", (ThingDef d) => realBuyPrice(d).ToString("F1"));
DebugTables.MakeTablesDialog <ThingDef>(arg_197_0, expr_9C);
}
public static void Terrains()
{
DebugTables.MakeTablesDialog(DefDatabase <TerrainDef> .AllDefs, new TableDataGetter <TerrainDef>("defName", (TerrainDef d) => d.defName), new TableDataGetter <TerrainDef>("work", (TerrainDef d) => d.GetStatValueAbstract(StatDefOf.WorkToBuild).ToString()), new TableDataGetter <TerrainDef>("beauty", (TerrainDef d) => d.GetStatValueAbstract(StatDefOf.Beauty).ToString()), new TableDataGetter <TerrainDef>("cleanliness", (TerrainDef d) => d.GetStatValueAbstract(StatDefOf.Cleanliness).ToString()), new TableDataGetter <TerrainDef>("path\ncost", (TerrainDef d) => d.pathCost.ToString()), new TableDataGetter <TerrainDef>("fertility", (TerrainDef d) => d.fertility.ToStringPercentEmptyZero()), new TableDataGetter <TerrainDef>("acceptance\nmask", (TerrainDef d) => string.Join(",", (from e in d.filthAcceptanceMask.GetAllSelectedItems <FilthSourceFlags>()
select e.ToString()).ToArray())), new TableDataGetter <TerrainDef>("generated\nfilth", (TerrainDef d) => (d.generatedFilth == null) ? "" : d.generatedFilth.defName), new TableDataGetter <TerrainDef>("hold\nsnow", (TerrainDef d) => d.holdSnow.ToStringCheckBlank()), new TableDataGetter <TerrainDef>("take\nfootprints", (TerrainDef d) => d.takeFootprints.ToStringCheckBlank()), new TableDataGetter <TerrainDef>("avoid\nwander", (TerrainDef d) => d.avoidWander.ToStringCheckBlank()), new TableDataGetter <TerrainDef>("buildable", (TerrainDef d) => d.BuildableByPlayer.ToStringCheckBlank()), new TableDataGetter <TerrainDef>("cost\nlist", (TerrainDef d) => DebugOutputsEconomy.CostListString(d, divideByVolume: false, starIfOnlyBuyable: false)), new TableDataGetter <TerrainDef>("research", (TerrainDef d) => (d.researchPrerequisites == null) ? "" : d.researchPrerequisites.Select((ResearchProjectDef pr) => pr.defName).ToCommaList()), new TableDataGetter <TerrainDef>("affordances", (TerrainDef d) => d.affordances.Select((TerrainAffordanceDef af) => af.defName).ToCommaList()));
}
private static float WorkValueEstimate(RecipeDef d)
{
return(DebugOutputsEconomy.TrueWorkWithCarryTime(d) * 0.01f);
}
private static float TrueWorkWithCarryTime(RecipeDef d)
{
ThingDef stuffDef = DebugOutputsEconomy.CheapestNonDerpStuff(d);
return((float)d.ingredients.Count * 90f + d.WorkAmountTotal(stuffDef) + 90f);
}
public static void Recipes()
{
IEnumerable <RecipeDef> arg_229_0 = from d in DefDatabase <RecipeDef> .AllDefs
where !d.products.NullOrEmpty <ThingDefCountClass>() && !d.ingredients.NullOrEmpty <IngredientCount>()
select d;
TableDataGetter <RecipeDef>[] expr_2E = new TableDataGetter <RecipeDef> [12];
expr_2E[0] = new TableDataGetter <RecipeDef>("defName", (RecipeDef d) => d.defName);
expr_2E[1] = new TableDataGetter <RecipeDef>("work /w carry", (RecipeDef d) => DebugOutputsEconomy.TrueWorkWithCarryTime(d).ToString("F0"));
expr_2E[2] = new TableDataGetter <RecipeDef>("work seconds", (RecipeDef d) => (DebugOutputsEconomy.TrueWorkWithCarryTime(d) / 60f).ToString("F0"));
expr_2E[3] = new TableDataGetter <RecipeDef>("cheapest products value", (RecipeDef d) => DebugOutputsEconomy.CheapestProductsValue(d).ToString("F1"));
expr_2E[4] = new TableDataGetter <RecipeDef>("cheapest ingredients value", (RecipeDef d) => DebugOutputsEconomy.CheapestIngredientValue(d).ToString("F1"));
expr_2E[5] = new TableDataGetter <RecipeDef>("work value", (RecipeDef d) => DebugOutputsEconomy.WorkValueEstimate(d).ToString("F1"));
expr_2E[6] = new TableDataGetter <RecipeDef>("profit raw", (RecipeDef d) => (DebugOutputsEconomy.CheapestProductsValue(d) - DebugOutputsEconomy.CheapestIngredientValue(d)).ToString("F1"));
expr_2E[7] = new TableDataGetter <RecipeDef>("profit with work", (RecipeDef d) => (DebugOutputsEconomy.CheapestProductsValue(d) - DebugOutputsEconomy.WorkValueEstimate(d) - DebugOutputsEconomy.CheapestIngredientValue(d)).ToString("F1"));
expr_2E[8] = new TableDataGetter <RecipeDef>("profit per work day", (RecipeDef d) => ((DebugOutputsEconomy.CheapestProductsValue(d) - DebugOutputsEconomy.CheapestIngredientValue(d)) * 60000f / DebugOutputsEconomy.TrueWorkWithCarryTime(d)).ToString("F0"));
expr_2E[9] = new TableDataGetter <RecipeDef>("min skill", (RecipeDef d) => (!d.skillRequirements.NullOrEmpty <SkillRequirement>()) ? d.skillRequirements[0].Summary : string.Empty);
expr_2E[10] = new TableDataGetter <RecipeDef>("cheapest stuff", (RecipeDef d) => (DebugOutputsEconomy.CheapestNonDerpStuff(d) == null) ? string.Empty : DebugOutputsEconomy.CheapestNonDerpStuff(d).defName);
expr_2E[11] = new TableDataGetter <RecipeDef>("cheapest ingredients", (RecipeDef d) => (from pa in DebugOutputsEconomy.CheapestIngredients(d)
select pa.First.defName + " x" + pa.Second).ToCommaList(false));
DebugTables.MakeTablesDialog <RecipeDef>(arg_229_0, expr_2E);
}
public static void ItemAndBuildingAcquisition()
{
Func <ThingDef, string> recipes = delegate(ThingDef d)
{
List <string> list = new List <string>();
foreach (RecipeDef current in DefDatabase <RecipeDef> .AllDefs)
{
if (!current.products.NullOrEmpty <ThingDefCountClass>())
{
for (int i = 0; i < current.products.Count; i++)
{
if (current.products[i].thingDef == d)
{
list.Add(current.defName);
}
}
}
}
if (list.Count == 0)
{
return(string.Empty);
}
return(list.ToCommaList(false));
};
Func <ThingDef, string> workAmountSources = delegate(ThingDef d)
{
List <string> list = new List <string>();
if (d.StatBaseDefined(StatDefOf.WorkToMake))
{
list.Add("WorkToMake(" + d.GetStatValueAbstract(StatDefOf.WorkToMake, null) + ")");
}
if (d.StatBaseDefined(StatDefOf.WorkToBuild))
{
list.Add("WorkToBuild(" + d.GetStatValueAbstract(StatDefOf.WorkToBuild, null) + ")");
}
foreach (RecipeDef current in DefDatabase <RecipeDef> .AllDefs)
{
if (current.workAmount > 0f && !current.products.NullOrEmpty <ThingDefCountClass>())
{
for (int i = 0; i < current.products.Count; i++)
{
if (current.products[i].thingDef == d)
{
list.Add(string.Concat(new object[]
{
"RecipeDef-",
current.defName,
"(",
current.workAmount,
")"
}));
}
}
}
}
if (list.Count == 0)
{
return(string.Empty);
}
return(list.ToCommaList(false));
};
Func <ThingDef, string> calculatedMarketValue = delegate(ThingDef d)
{
if (!DebugOutputsEconomy.Producible(d))
{
return("not producible");
}
if (!d.StatBaseDefined(StatDefOf.MarketValue))
{
return("used");
}
string text = StatWorker_MarketValue.CalculatedBaseMarketValue(d, null).ToString("F1");
if (StatWorker_MarketValue.CalculableRecipe(d) != null)
{
return(text + " (recipe)");
}
return(text);
};
IEnumerable <ThingDef> arg_333_0 = from d in DefDatabase <ThingDef> .AllDefs
where (d.category == ThingCategory.Item && d.BaseMarketValue > 0.01f) || (d.category == ThingCategory.Building && (d.BuildableByPlayer || d.Minifiable))
orderby d.BaseMarketValue
select d;
TableDataGetter <ThingDef>[] expr_BF = new TableDataGetter <ThingDef> [16];
expr_BF[0] = new TableDataGetter <ThingDef>("cat.", (ThingDef d) => d.category.ToString().Substring(0, 1).CapitalizeFirst());
expr_BF[1] = new TableDataGetter <ThingDef>("defName", (ThingDef d) => d.defName);
expr_BF[2] = new TableDataGetter <ThingDef>("mobile", (ThingDef d) => (d.category == ThingCategory.Item || d.Minifiable).ToStringCheckBlank());
expr_BF[3] = new TableDataGetter <ThingDef>("base\nmarket value", (ThingDef d) => d.BaseMarketValue.ToString("F1"));
expr_BF[4] = new TableDataGetter <ThingDef>("calculated\nmarket value", (ThingDef d) => calculatedMarketValue(d));
expr_BF[5] = new TableDataGetter <ThingDef>("cost to make", (ThingDef d) => DebugOutputsEconomy.CostToMakeString(d, false));
expr_BF[6] = new TableDataGetter <ThingDef>("work to produce", (ThingDef d) => (DebugOutputsEconomy.WorkToProduceBest(d) <= 0f) ? "-" : DebugOutputsEconomy.WorkToProduceBest(d).ToString("F1"));
expr_BF[7] = new TableDataGetter <ThingDef>("profit", (ThingDef d) => (d.BaseMarketValue - DebugOutputsEconomy.CostToMake(d, false)).ToString("F1"));
expr_BF[8] = new TableDataGetter <ThingDef>("profit\nrate", (ThingDef d) => (d.recipeMaker == null) ? "-" : ((d.BaseMarketValue - DebugOutputsEconomy.CostToMake(d, false)) / DebugOutputsEconomy.WorkToProduceBest(d) * 10000f).ToString("F0"));
expr_BF[9] = new TableDataGetter <ThingDef>("market value\ndefined", (ThingDef d) => d.statBases.Any((StatModifier st) => st.stat == StatDefOf.MarketValue).ToStringCheckBlank());
expr_BF[10] = new TableDataGetter <ThingDef>("producible", (ThingDef d) => DebugOutputsEconomy.Producible(d).ToStringCheckBlank());
expr_BF[11] = new TableDataGetter <ThingDef>("thing set\nmaker tags", (ThingDef d) => (!d.thingSetMakerTags.NullOrEmpty <string>()) ? d.thingSetMakerTags.ToCommaList(false) : string.Empty);
expr_BF[12] = new TableDataGetter <ThingDef>("made\nfrom\nstuff", (ThingDef d) => d.MadeFromStuff.ToStringCheckBlank());
expr_BF[13] = new TableDataGetter <ThingDef>("cost list", (ThingDef d) => DebugOutputsEconomy.CostListString(d, false, false));
expr_BF[14] = new TableDataGetter <ThingDef>("recipes", (ThingDef d) => recipes(d));
expr_BF[15] = new TableDataGetter <ThingDef>("work amount\nsources", (ThingDef d) => workAmountSources(d));
DebugTables.MakeTablesDialog <ThingDef>(arg_333_0, expr_BF);
}
public static void AnimalBreeding()
{
IEnumerable <ThingDef> arg_14B_0 = (from d in DefDatabase <ThingDef> .AllDefs
where d.category == ThingCategory.Pawn && d.race.IsFlesh
select d).OrderByDescending(new Func <ThingDef, float>(DebugOutputsEconomy.GestationDaysEach));
TableDataGetter <ThingDef>[] expr_4F = new TableDataGetter <ThingDef> [6];
expr_4F[0] = new TableDataGetter <ThingDef>(string.Empty, (ThingDef d) => d.defName);
expr_4F[1] = new TableDataGetter <ThingDef>("gestDaysEach", (ThingDef d) => DebugOutputsEconomy.GestationDaysEach(d).ToString("F2"));
expr_4F[2] = new TableDataGetter <ThingDef>("avgOffspring", (ThingDef d) => (!d.HasComp(typeof(CompEggLayer))) ? ((d.race.litterSizeCurve == null) ? 1f : Rand.ByCurveAverage(d.race.litterSizeCurve)).ToString("F2") : d.GetCompProperties <CompProperties_EggLayer>().eggCountRange.Average.ToString("F2"));
expr_4F[3] = new TableDataGetter <ThingDef>("gestDaysRaw", (ThingDef d) => (!d.HasComp(typeof(CompEggLayer))) ? d.race.gestationPeriodDays.ToString("F1") : d.GetCompProperties <CompProperties_EggLayer>().eggLayIntervalDays.ToString("F1"));
expr_4F[4] = new TableDataGetter <ThingDef>("growth per 30d", delegate(ThingDef d)
{
float f = 1f + ((!d.HasComp(typeof(CompEggLayer))) ? ((d.race.litterSizeCurve == null) ? 1f : Rand.ByCurveAverage(d.race.litterSizeCurve)) : d.GetCompProperties <CompProperties_EggLayer>().eggCountRange.Average);
float num = d.race.lifeStageAges[d.race.lifeStageAges.Count - 1].minAge * 60f;
float num2 = num + ((!d.HasComp(typeof(CompEggLayer))) ? d.race.gestationPeriodDays : d.GetCompProperties <CompProperties_EggLayer>().eggLayIntervalDays);
float p = 30f / num2;
return(Mathf.Pow(f, p).ToString("F2"));
});
expr_4F[5] = new TableDataGetter <ThingDef>("growth per 60d", delegate(ThingDef d)
{
float f = 1f + ((!d.HasComp(typeof(CompEggLayer))) ? ((d.race.litterSizeCurve == null) ? 1f : Rand.ByCurveAverage(d.race.litterSizeCurve)) : d.GetCompProperties <CompProperties_EggLayer>().eggCountRange.Average);
float num = d.race.lifeStageAges[d.race.lifeStageAges.Count - 1].minAge * 60f;
float num2 = num + ((!d.HasComp(typeof(CompEggLayer))) ? d.race.gestationPeriodDays : d.GetCompProperties <CompProperties_EggLayer>().eggLayIntervalDays);
float p = 60f / num2;
return(Mathf.Pow(f, p).ToString("F2"));
});
DebugTables.MakeTablesDialog <ThingDef>(arg_14B_0, expr_4F);
}