internal static bool IsValidFoodSourceForPawn(this Thing food, Pawn eater, Pawn getter, Policy policy, bool allowForbidden)
{
try
{
bool canManipulate = getter.RaceProps.ToolUser && getter.health.capacities.CapableOf(PawnCapacityDefOf.Manipulation);
bool inventory = (getter.inventory != null && getter.inventory.innerContainer.Contains(food));
if (!(food != null &&
(inventory || food.Spawned) &&
!food.Destroyed &&
(allowForbidden || !food.IsForbidden(getter)) &&
(!food.def.IsIngestible || food.IngestibleNow) &&
(inventory || food.IsSociallyProper(eater) || food.IsSociallyProper(getter)) &&
//TODO: eater == getter ?
getter.CanReachFoodSource(food) &&
(inventory || getter.CanReserve(food))
))
{
return(false);
}
if (food is Pawn)
{
if (((Pawn)food).RaceProps.Humanlike ||
food.Map.designationManager.AllDesignationsOn(food).Any(arg => arg.def == DesignationDefOf.Tame) ||
!FoodUtils.IsAcceptablePreyFor(eater, food as Pawn) ||
!policy.PolicyAllows(FoodCategory.Hunt) ||
Utils.IsAnyoneCapturing(food.Map, food as Pawn) // redundant with humanlike ?
)
{
return(false);
}
}
else
{
var category = food.DetermineFoodCategory();
if (!eater.RaceProps.CanEverEat((food is Building_NutrientPasteDispenser) ? ((Building_NutrientPasteDispenser)food).DispensableDef : food.def) ||
((food is Building_NutrientPasteDispenser) && (!((Building_NutrientPasteDispenser)food).CanDispenseNow || !canManipulate)) ||
!policy.PolicyAllows(category) ||
category == FoodCategory.Ignore ||
category == FoodCategory.Luxury)
{
return(false);
}
//TODO: plant pot avoidance not tested
if (food.def.plant != null && food.Position.GetThingList(food.Map).Any((obj) => obj.def == ThingDef.Named("PlantPot")))
{
return(false);
}
}
return(true);
}
catch (Exception ex)
{
throw new Exception(string.Format("food={0} eater={1} policy={2}", food, eater, policy), ex);
}
}
internal static bool TryGetEntryForPawn(Pawn getter, Pawn eater, out PawnEntry foodSourceEntry, bool allowForbidden)
{
var pawnPair = new PawnPair(eater, getter);
if (AllByPawnPair.TryGetValue(pawnPair, out foodSourceEntry))
{
if (!foodSourceEntry.Expired() &&
(foodSourceEntry.BestFood == null || // Accepts null
FoodUtils.IsValidFoodSourceForPawn(foodSourceEntry.BestFood, eater, getter, eater.GetPolicyAssignedTo(), allowForbidden)))
{
#if DEBUG
//Log.Message(string.Format("Found food entry for {0}/{1} = {2}", eater, getter, foodSourceEntry.BestFood));
#endif
return(true);
}
else
{
#if DEBUG
Log.Message(string.Format("Deleted expired food entry for {0} = {1}", pawnPair, foodSourceEntry.BestFood));
#endif
AllByPawnPair.Remove(pawnPair);
}
}
else
{
#if DEBUG
Log.Message(string.Format("No food entry found for {0}", pawnPair));
#endif
}
foodSourceEntry = null;
return(false);
}
//TODO: optimize function
internal static FoodSourceRating FoodScoreFor(Policy policy, Pawn eater, Pawn getter, Thing food, bool noDistanceFactor = false, bool quickScore = false)
{
var obj = new FoodSourceRating();
obj.FoodSource = food;
obj.DefRecord = food.GetFoodDefRecord();
// ------ Distance factor ------
bool inInventory = (getter.inventory != null && getter.inventory.innerContainer.Contains(food));
if (!noDistanceFactor)
{
float distanceFactor;
if (inInventory)
{
distanceFactor = 0f;
}
else
{
distanceFactor = -((food.Position - eater.Position).LengthManhattan) * policy.distanceFactor;
}
obj.AddComp("Distance", distanceFactor);
}
if (inInventory && getter == eater && food.def.ingestible.preferability >= FoodPreferability.MealAwful &&
(eater.IsColonistPlayerControlled && (food.GetFoodCategory() != FoodCategory.MealSurvival))) //added to prevent survival meals from being eaten out of inventory
{
obj.AddComp("Inventory", 500f);
}
// ------------- Policy food category factor -------------
//if (!policy.unrestricted)
// obj.AddComp(food.DetermineFoodCategory().ToString(), policy.GetFoodScoreOffset(eater, food));
// ------------- Prey score factor -------------
const float PREY_FACTOR_MULTIPLIER = 5f; //Because the vanilla prey factor is fairly weak.
{
if (food is Pawn)
{
var preyScore = RimWorld.FoodUtility.GetPreyScoreFor(eater, food as Pawn) * PREY_FACTOR_MULTIPLIER;
//ducktape, negates the distance factor of the vanilla function as it is already calculated by the mod.
preyScore += (eater.Position - food.Position).LengthHorizontal * PREY_FACTOR_MULTIPLIER;
obj.AddComp("Prey (ratio=" + FoodUtils.GetPreyRatio(eater, food as Pawn).ToString("F2") + ")", preyScore);
return(obj);
}
}
// ------------- Food def optimality offset -------------
if (policy.optimalityOffsetMatters && food.def.ingestible != null)
{
float optimalityOffset;
if (eater.NonHumanlikeOrWildMan())
{
optimalityOffset = food.def.ingestible.optimalityOffsetFeedingAnimals;
}
else
{
optimalityOffset = food.def.ingestible.optimalityOffsetHumanlikes;
}
obj.AddComp("Def", food.def.ingestible.optimalityOffsetHumanlikes);
}
if (!quickScore)
{
// ------------- Mood effect factor -------------
//float num2 = 0f;
if (eater.needs != null && eater.needs.mood != null && policy.moodEffectMatters)
{
List <ThoughtDef> list;
if (!(food is RimWorld.Building_NutrientPasteDispenser))
{
list = RimWorld.FoodUtility.ThoughtsFromIngesting(eater, food, food.def);
}
else
{
list = ((RimWorld.Building_NutrientPasteDispenser)food).GetBestMealThoughtsFor(eater);
}
for (int i = 0; i < list.Count; i++)
{
obj.AddComp(list[i].defName,
policy.moodEffectFactor * Detours.Access.FoodOptimalityEffectFromMoodCurve.Evaluate(list[i].stages[0].baseMoodEffect));
}
}
// ------------- Cost factor (waste factor aswell) -------------
//TODO: concurrent based waste factor.
float costRatio;
float foodNutrition;
var curFoodLevel = eater.needs.food.CurLevel;
var maxFoodLevel = eater.needs.food.MaxLevel;
if (food.def.IsFoodDispenser)
{
foodNutrition = ThingDefOf.MealNutrientPaste.ingestible.CachedNutrition;
}
else if (food.def.IsCorpse)
{
var corpse = food as Corpse;
foodNutrition = RimWorld.FoodUtility.GetBodyPartNutrition(corpse, corpse.GetBestBodyPartToEat(eater, curFoodLevel));
}
else
{
foodNutrition = food.def.ingestible.CachedNutrition;
}
if (foodNutrition >= 0.1f)
{
//TODO: ajust; add record for the NPD
if (food is RimWorld.Building_NutrientPasteDispenser)
{
costRatio = (food.def.building.nutritionCostPerDispense * 0.05f) / ThingDefOf.MealNutrientPaste.ingestible.CachedNutrition;
}
else
{
costRatio = (obj.DefRecord.costFactor);
}
if (food.def.IsCorpse)
{
costRatio *= 0.25f;
}
//TODO: combine waste & cost factors
float actualMealCost = costRatio * foodNutrition;
float costFactorOffset = Math.Max(0, actualMealCost - (maxFoodLevel - curFoodLevel)) * -Config.CostFactor /* * policy.costFactorMultiplier*/;
//* Config.CostFactor * policy.costFactorMultiplier;
if (costFactorOffset != 0f)
{
obj.AddComp("Hunger (min=" + actualMealCost.ToString("F2") + ")", costFactorOffset);
}
}
// ------------- TODO: Rot factor -------------
}
return(obj);
}
//TODO: optimize function
internal static FoodSourceRating FoodScoreFor(Policy policy, Pawn eater, Pawn getter, Thing food, bool noDistanceFactor = false, bool quickScore = false)
{
var obj = new FoodSourceRating();
obj.FoodSource = food;
obj.DefRecord = food.GetFoodDefRecord();
// ------ Distance factor ------
bool inInventory = (getter.inventory != null && getter.inventory.innerContainer.Contains(food));
if (!noDistanceFactor)
{
float distanceFactor;
if (inInventory)
distanceFactor = 0f;
else
distanceFactor = -((food.Position - eater.Position).LengthManhattan) * policy.distanceFactor;
obj.AddComp("Distance", distanceFactor);
}
if (inInventory && getter == eater && food.def.ingestible.preferability >= FoodPreferability.MealAwful)
{
obj.AddComp("Inventory", 500f);
}
// ------------- Policy food category factor -------------
//if (!policy.unrestricted)
// obj.AddComp(food.DetermineFoodCategory().ToString(), policy.GetFoodScoreOffset(eater, food));
// ------------- Prey score factor -------------
const float PREY_FACTOR_MULTIPLIER = 5f; //Because the vanilla prey factor is fairly weak.
{
if (food is Pawn)
{
var preyScore = RimWorld.FoodUtility.GetPreyScoreFor(eater, food as Pawn) * PREY_FACTOR_MULTIPLIER;
//ducktape, negates the distance factor of the vanilla function as it is already calculated by the mod.
preyScore += (eater.Position - food.Position).LengthHorizontal * PREY_FACTOR_MULTIPLIER;
obj.AddComp("Prey (ratio=" + FoodUtils.GetPreyRatio(eater, food as Pawn).ToString("F2") + ")", preyScore);
return obj;
}
}
// ------------- Food def optimality offset -------------
if (policy.optimalityOffsetMatters && food.def.ingestible != null)
{
obj.AddComp("Def", food.def.ingestible.optimalityOffset);
}
if (!quickScore)
{
// ------------- Mood effect factor -------------
//float num2 = 0f;
if (eater.needs != null && eater.needs.mood != null && policy.moodEffectMatters)
{
List<ThoughtDef> list;
if (!(food is RimWorld.Building_NutrientPasteDispenser))
list = RimWorld.FoodUtility.ThoughtsFromIngesting(eater, food);
else
list = ((RimWorld.Building_NutrientPasteDispenser)food).GetBestMealThoughtsFor(eater);
for (int i = 0; i < list.Count; i++)
{
obj.AddComp(list[i].defName,
policy.moodEffectFactor * Detours.Access.FoodOptimalityEffectFromMoodCurve.Evaluate(list[i].stages[0].baseMoodEffect));
}
}
// ------------- Cost factor (waste factor aswell) -------------
//TODO: concurrent based waste factor.
float costRatio;
float foodNutrition;
var curFoodLevel = eater.needs.food.CurLevel;
var maxFoodLevel = eater.needs.food.MaxLevel;
if (food.def.IsFoodDispenser)
foodNutrition = ThingDefOf.MealNutrientPaste.ingestible.nutrition;
else if (food.def.IsCorpse)
{
var corpse = food as Corpse;
BodyPartRecord part = corpse.GetBestBodyPartToEat(eater, curFoodLevel));
if (part != null)
foodNutrition = RimWorld.FoodUtility.GetBodyPartNutrition(corpse.InnerPawn, part);
}
else
foodNutrition = food.def.ingestible.nutrition;
if (foodNutrition >= 0.1f)
{
//TODO: ajust; add record for the NPD
if (food is RimWorld.Building_NutrientPasteDispenser)
costRatio = (food.def.building.nutritionCostPerDispense * 0.05f) / ThingDefOf.MealNutrientPaste.ingestible.nutrition;
else
costRatio = (obj.DefRecord.costFactor);
if (food.def.IsCorpse)
costRatio *= 0.25f;
//TODO: combine waste & cost factors
float actualMealCost = costRatio * foodNutrition;
float costFactorOffset = Math.Max(0, actualMealCost - (maxFoodLevel - curFoodLevel)) * -Config.CostFactor /* * policy.costFactorMultiplier*/;
//float costFactorOffset = (actualMealCost - (maxFoodLevel - curFoodLevel)) * -Config.CostFactor /* * policy.costFactorMultiplier*/;
//* Config.CostFactor * policy.costFactorMultiplier;
if (costFactorOffset != 0f)
obj.AddComp("Hunger/Cost (min=" + actualMealCost.ToString("F2") + ")", costFactorOffset);
}
// ------------- TODO: Rot factor -------------
var compRottable = food.TryGetComp<CompRottable>();
if (compRottable != null)
{
var ticksUntilRotAtCurrentTemp = compRottable.TicksUntilRotAtCurrentTemp;
const int V = 30000;
if (ticksUntilRotAtCurrentTemp < V)
{
obj.AddComp("Rotting soon", Config.RottingScoreFactor / (ticksUntilRotAtCurrentTemp - V));
}
else
{
var daysToRotStart = GenDate.TicksToDays(ticksUntilRotAtCurrentTemp);
if (daysToRotStart >= 40)
{
obj.AddComp("Rots in " + daysToRotStart.ToString("####") + " days.", -Mathf.Min(Config.UnrottableFoodScoreOffset * 0.7f, Mathf.Log((1 + daysToRotStart)) * 20));
}
}
}
else
{
obj.AddComp("Never rots", -Config.UnrottableFoodScoreOffset);
}
}
return obj;
}