// Token: 0x06000022 RID: 34 RVA: 0x00003314 File Offset: 0x00001514
public static void RecordLastFood(Pawn pawn, Thing thing)
{
var lastFoodType = ModData.GetLastFoodType(pawn);
if (lastFoodType != HadAteFoodType.StrEmpty)
{
ModData.SetLlastFoodType(pawn, lastFoodType);
}
ModData.SetLastFoodType(pawn, thing.def.defName);
}
static public void RecordLastFood(Pawn pawn, Thing thing)
{
//Log.Message("{0} newfood = {1} lastfood = {2} llastfood = {3}".Translate(pawn.Label, thing.def.defName,
// ModData.GetLastFoodType(pawn),ModData.GetLlastFoodType(pawn)));
string lastFood = ModData.GetLastFoodType(pawn);
if (lastFood != HadAteFoodType.StrEmpty)
{
ModData.SetLlastFoodType(pawn, lastFood);
}
ModData.SetLastFoodType(pawn, thing.def.defName);
}
static public void MoodAdd(Pawn pawn, Thing thing)
{
if (IsBadFood(pawn, thing))
{
return; //这一次吃的是坏食物直接无加成
}
string lastFood = ModData.GetLastFoodType(pawn);
if (lastFood != HadAteFoodType.StrEmpty && lastFood != thing.def.defName)//与上次吃的不同（上次可以为坏食物）最起码可以有一点加成
{
pawn.needs.mood.thoughts.memories.TryGainMemory(ThoughtDef.Named("EatFirstDifferentFood"));
string llastFood = ModData.GetLlastFoodType(pawn);
//上上次和上次和这次都不同
if (llastFood != HadAteFoodType.StrEmpty && llastFood != thing.def.defName && llastFood != lastFood)
{
pawn.needs.mood.thoughts.memories.TryGainMemory(ThoughtDef.Named("EatSecondDifferentFood"));
}
//Log.Message("give mood");
}
}
// Token: 0x06000023 RID: 35 RVA: 0x00003354 File Offset: 0x00001554
public static void MoodAdd(Pawn pawn, Thing thing)
{
if (IsBadFood(pawn, thing))
{
return;
}
var lastFoodType = ModData.GetLastFoodType(pawn);
if (lastFoodType == HadAteFoodType.StrEmpty || lastFoodType == thing.def.defName)
{
return;
}
pawn.needs.mood.thoughts.memories.TryGainMemory(ThoughtDef.Named("EatFirstDifferentFood"));
var llastFoodType = ModData.GetLlastFoodType(pawn);
if (llastFoodType != HadAteFoodType.StrEmpty && llastFoodType != thing.def.defName &&
llastFoodType != lastFoodType)
{
pawn.needs.mood.thoughts.memories.TryGainMemory(ThoughtDef.Named("EatSecondDifferentFood"));
}
}
//原函数返回食物的优先选择程度值
static bool Prefix(ref float __result, Pawn eater, Thing foodSource, ThingDef foodDef, float dist, bool takingToInventory = false)
{
//Log.Message("{0} start analysis food {1}".Translate(eater.Label, foodDef.label));
float num = 300f; //基础数值
num -= dist; //距离
switch (foodDef.ingestible.preferability) //垃圾食物
{
case FoodPreferability.NeverForNutrition:
__result = -9999999f;
return(false);
case FoodPreferability.DesperateOnly:
num -= 150f;
break;
case FoodPreferability.DesperateOnlyForHumanlikes:
if (eater.RaceProps.Humanlike)
{
num -= 150f;
}
break;
}
CompRottable compRottable = foodSource.TryGetComp <CompRottable>();//变质组件
if (compRottable != null)
{
if (compRottable.Stage == RotStage.Dessicated)//已经变质风干的食物
{
__result = -9999999f;
return(false);
}
//会快要变质的新鲜食物
if (!takingToInventory && compRottable.Stage == RotStage.Fresh && compRottable.TicksUntilRotAtCurrentTemp < 30000)
{
num += 13.3f;
}
}
bool badFood = false;
if (eater.needs != null && eater.needs.mood != null)
{
float theXi = ModSetting.moodInfluenceX;//心情影响附加系数
//心情接近轻微崩溃阈值时增大心情影响附加系数
//心情在严重崩溃阈值以下
if (eater.needs.mood.CurLevel < eater.mindState.mentalBreaker.BreakThresholdExtreme)
{
theXi += 0.77f;
}
//心情在中度崩溃阈值以下
else if (eater.needs.mood.CurLevel < eater.mindState.mentalBreaker.BreakThresholdMajor)
{
theXi += 0.60f;
}
//心情在轻微崩溃阈值以下
else if (eater.needs.mood.CurLevel < eater.mindState.mentalBreaker.BreakThresholdMinor)
{
theXi += 0.43f;
}
//心情接近轻微崩溃阈值
else if (eater.needs.mood.CurLevel < eater.mindState.mentalBreaker.BreakThresholdMinor + 0.06f)
{
theXi += 0.25f;
}
//Log.Message("mood {0} theXi {1}".Translate(eater.needs.mood.CurLevel, theXi));
List <ThoughtDef> list = FoodUtility.ThoughtsFromIngesting(eater, foodSource, foodDef);//eater对食物的看法
for (int i = 0; i < list.Count; i++)
{
//计算出心情影响曲线函数值后乘以心情影响附加系数
num += FoodOptimalityEffectFromMoodCurve.Evaluate(list[i].stages[0].baseMoodEffect) * theXi;
if (list[i].stages[0].baseMoodEffect < 0)
{
badFood = true; //掉心情的为“坏食物”
}
}
}
if (foodDef.ingestible != null)
{
if (eater.RaceProps.Humanlike)
{
num += foodDef.ingestible.optimalityOffsetHumanlikes;//食物类型人类接受程度
}
else if (eater.RaceProps.Animal)
{
num += foodDef.ingestible.optimalityOffsetFeedingAnimals;
}
}
if (!badFood && compRottable != null && eater.RaceProps.Humanlike)//不是“坏食物”并且会变质的，只对人类有效的附加随机值
{
float randomt;
if (!ModData.foodClassRandomVal.ContainsKey(foodDef.defName))
{
randomt = Rand.Range(0f, ModSetting.randomLevel);
ModData.foodClassRandomVal[foodDef.defName] = randomt;
}
else
{
randomt = ModData.foodClassRandomVal[foodDef.defName];
}
float downXi = 1f;
if (ModSetting.priorityRoomFood && ModData.findedInventoryFoodID == foodSource.GetUniqueLoadID())
{
ModData.findedInventoryFoodID = null;
downXi = 0.2f;
}
//Log.Message("downXi = " + downXi);
//通过增加一个随机值来提高食物的优选程度
if (ModData.GetLastFoodType(eater) == foodDef.defName)
{
num += randomt * ModSetting.lastFoodInfluenceX * downXi;
}
else if (ModData.GetLlastFoodType(eater) == foodDef.defName)
{
num += randomt * ModSetting.llastFoodInfluenceX * downXi;
}
else
{
num += randomt * downXi;
}
}
//Log.Warning("warn");
//Log.Message("food {0} val = {1}".Translate(foodSource.GetUniqueLoadID(), num));
__result = num; //函数返回值：优选程度
return(false); //跳过原函数
}
private static bool Prefix(ref float __result, Pawn eater, Thing foodSource, ThingDef foodDef, float dist,
bool takingToInventory = false)
{
var num = 300f;
num -= dist;
switch (foodDef.ingestible.preferability)
{
case FoodPreferability.NeverForNutrition:
__result = -9999999f;
return(false);
case FoodPreferability.DesperateOnly:
num -= 150f;
break;
case FoodPreferability.DesperateOnlyForHumanlikes:
{
var humanlike = eater.RaceProps.Humanlike;
if (humanlike)
{
num -= 150f;
}
break;
}
}
var compRottable = foodSource.TryGetComp <CompRottable>();
if (compRottable != null)
{
if (compRottable.Stage == RotStage.Dessicated)
{
__result = -9999999f;
return(false);
}
if (!takingToInventory && compRottable.Stage == RotStage.Fresh &&
compRottable.TicksUntilRotAtCurrentTemp < 30000)
{
num += 13.3f;
}
}
var moodTrigger = false;
if (eater.needs?.mood != null)
{
var num2 = ModSetting.moodInfluenceX;
if (eater.needs.mood.CurLevel < eater.mindState.mentalBreaker.BreakThresholdExtreme)
{
num2 += 0.77f;
}
else
{
if (eater.needs.mood.CurLevel < eater.mindState.mentalBreaker.BreakThresholdMajor)
{
num2 += 0.6f;
}
else
{
if (eater.needs.mood.CurLevel < eater.mindState.mentalBreaker.BreakThresholdMinor)
{
num2 += 0.43f;
}
else
{
if (eater.needs.mood.CurLevel < eater.mindState.mentalBreaker.BreakThresholdMinor + 0.06f)
{
num2 += 0.25f;
}
}
}
}
var list = FoodUtility.ThoughtsFromIngesting(eater, foodSource, foodDef);
for (var i = 0; i < list.Count; i++)
{
num += FoodOptimalityEffectFromMoodCurve.Evaluate(list[i].thought.stages[0].baseMoodEffect) * num2;
if (list[i].thought.stages[0].baseMoodEffect < 0f)
{
moodTrigger = true;
}
}
}
if (foodDef.ingestible != null)
{
var humanlike2 = eater.RaceProps.Humanlike;
if (humanlike2)
{
num += foodDef.ingestible.optimalityOffsetHumanlikes;
}
else
{
var animal = eater.RaceProps.Animal;
if (animal)
{
num += foodDef.ingestible.optimalityOffsetFeedingAnimals;
}
}
}
if (!moodTrigger && compRottable != null && eater.RaceProps.Humanlike)
{
float num3;
if (!ModData.foodClassRandomVal.ContainsKey(foodDef.defName))
{
num3 = Rand.Range(0f, ModSetting.randomLevel);
ModData.foodClassRandomVal[foodDef.defName] = num3;
}
else
{
num3 = ModData.foodClassRandomVal[foodDef.defName];
}
var num4 = 1f;
if (ModSetting.priorityRoomFood && ModData.findedInventoryFoodID == foodSource.GetUniqueLoadID())
{
ModData.findedInventoryFoodID = null;
num4 = 0.2f;
}
if (ModData.GetLastFoodType(eater) == foodDef.defName)
{
num += num3 * ModSetting.lastFoodInfluenceX * num4;
}
else
{
if (ModData.GetLlastFoodType(eater) == foodDef.defName)
{
num += num3 * ModSetting.llastFoodInfluenceX * num4;
}
else
{
num += num3 * num4;
}
}
}
__result = num;
return(false);
}
