Compare commits

...

5 commits

12 changed files with 507 additions and 299 deletions

View file

@ -73,7 +73,7 @@
<GeneDef ParentName="Menstruation_Ovulation">
<defName>Menstruation_DoubleOvulation</defName>
<label>double ovulation</label>
<description>Wombs with this gene will ovulate twice as many eggs.</description>
<description>Carriers of this gene will ovulate twice as many eggs.</description>
<biostatMet>-1</biostatMet>
<displayOrderInCategory>30</displayOrderInCategory>
</GeneDef>
@ -81,7 +81,7 @@
<GeneDef ParentName="Menstruation_Ovulation">
<defName>Menstruation_QuadOvulation</defName>
<label>quadruple ovulation</label>
<description>Wombs with this gene will ovulate four times as many eggs.</description>
<description>Carriers of this gene will ovulate four times as many eggs.</description>
<biostatMet>-1</biostatMet>
<displayOrderInCategory>35</displayOrderInCategory>
</GeneDef>
@ -90,7 +90,7 @@
<defName>Menstruation_NoBleeding</defName>
<label>no bleeding</label>
<displayCategory>Menstruation</displayCategory>
<description>Wombs with this gene will not bleed at the end of their cycle.</description>
<description>Carriers of this gene will not bleed at the end of their cycle.</description>
<biostatMet>1</biostatMet>
<displayOrderInCategory>40</displayOrderInCategory>
</GeneDef>

View file

@ -0,0 +1,20 @@
<?xml version="1.0" encoding="UTF-8"?>
<LanguageData>
<Menstruation.label>月經週期</Menstruation.label>
<Menstruation_ShortEggLifetime.label>較短卵細胞壽命</Menstruation_ShortEggLifetime.label>
<Menstruation_ShortEggLifetime.description>未受精卵細胞存活時長僅有原先的3/4</Menstruation_ShortEggLifetime.description>
<Menstruation_DoubleEggLifetime.label>雙倍卵細胞壽命</Menstruation_DoubleEggLifetime.label>
<Menstruation_DoubleEggLifetime.description>未受精卵細胞可存活至原先的2倍之久</Menstruation_DoubleEggLifetime.description>
<Menstruation_QuadEggLifetime.label>四倍卵細胞壽命</Menstruation_QuadEggLifetime.label>
<Menstruation_QuadEggLifetime.description>未受精卵細胞可存活至原先的4倍之久</Menstruation_QuadEggLifetime.description>
<Menstruation_NeverEstrus.label>永不發情</Menstruation_NeverEstrus.label>
<Menstruation_NeverEstrus.description>基因攜帶者永遠不會進入發情期。</Menstruation_NeverEstrus.description>
<Menstruation_FullEstrus.label>始終發情</Menstruation_FullEstrus.label>
<Menstruation_FullEstrus.description>基因攜帶者的每一個月經週期均具備發情期,無論陰道類型為何。</Menstruation_FullEstrus.description>
<Menstruation_DoubleOvulation.label>雙倍排卵</Menstruation_DoubleOvulation.label>
<Menstruation_DoubleOvulation.description>基因攜帶者的子宮可以在每個排卵週期產生雙倍的卵子。</Menstruation_DoubleOvulation.description>
<Menstruation_QuadOvulation.label>四倍排卵</Menstruation_QuadOvulation.label>
<Menstruation_QuadOvulation.description>基因攜帶者的子宮可以在每個排卵週期產生四倍的卵子。</Menstruation_QuadOvulation.description>
<Menstruation_NoBleeding.label>無經血</Menstruation_NoBleeding.label>
<Menstruation_NoBleeding.description>基因攜帶者的子宮內膜不會脫落出血。</Menstruation_NoBleeding.description>
</LanguageData>

View file

@ -8,4 +8,7 @@
<TookContraceptivePill.stages.0.description>總算把這事了結了。</TookContraceptivePill.stages.0.description>
<HateTookContraceptivePill.stages.0.label>吃了避孕藥</HateTookContraceptivePill.stages.0.label>
<HateTookContraceptivePill.stages.0.description>我想要小孩!</HateTookContraceptivePill.stages.0.description>
<!--Auto generated: Thu Jan 5 22:13:15 2023-->
<EggRestorationReceived.stages.0.label>卵母細胞再生術</EggRestorationReceived.stages.0.label>
<EggRestorationReceived.stages.0.description>我可以繼續繁衍一小段時間了!</EggRestorationReceived.stages.0.description>
</LanguageData>

View file

@ -37,7 +37,7 @@
<Option7_Label>月經加速</Option7_Label>
<Option7_Desc>加快月經週期</Option7_Desc>
<Option8_Label>除錯</Option8_Label>
<Option8_Desc>顯示除錯資訊</Option8_Desc>
<Option8_Desc>顯示除錯資訊&#10;啟用時會令「胎兒信息級別」選項調至「全部細節」。</Option8_Desc>
<Option9_Label>子宮狀態</Option9_Label>
<Option9_Desc>在狀態窗口中繪製子宮圖標</Option9_Desc>
<Option10_Label>陰道狀態</Option10_Label>
@ -62,7 +62,6 @@
<Option17_Label>最大雙胞胎數量</Option17_Label>
<Option17_Desc>設置最大雙胞胎數量</Option17_Desc>
<FloatMenu_CleanSelf>清洗陰道</FloatMenu_CleanSelf>
<!--Auto generated: Mon Oct 3 21:49:26 2022-->
<Stage_Menopause>絕經</Stage_Menopause>
<Stage_Anestrus>乏情期</Stage_Anestrus>
@ -98,7 +97,7 @@
<Option21_Label>本模組作用於:</Option21_Label>
<Option21_Desc>這些小人的「RJW月經週期」工具欄對玩家可見。</Option21_Desc>
<Option22_Label>使用進階雜交定義</Option22_Label>
<Option22_Desc>寫RJW和RaceSupport插件的雜交定義。Overrides RJW and RaceSupport's hybrid definition.
<Option22_Desc>寫RJW和RaceSupport插件的雜交定義。Overrides RJW and RaceSupport's hybrid definition.
主導混合擴展決定了首先使用誰的定義。不建議更改此設置。Dominant hybrid extension determines whose definition used first. Not recommended to change this.</Option22_Desc>
<Option23_Label>主導混合擴展Dominant hybrid extension</Option23_Label>
<Option23_Label_1>母本</Option23_Label_1>
@ -111,7 +110,7 @@
<Option_PermanentNippleChange_Desc>乳頭在孕期間的改變會在孕期結束後保留多少?</Option_PermanentNippleChange_Desc>
<Option28_Label>客製化雜交細節</Option28_Label>
<Option28_Tooltip>開啟雜交編輯器
該選項會寫XML文件中的雜交定義。</Option28_Tooltip>
該選項會寫XML文件中的雜交定義。</Option28_Tooltip>
<Option29_Label>允許圖標縮小</Option29_Label>
<Option29_Desc>允許圖標在特殊場合縮小。</Option29_Desc>
<Option30_Label>卵細胞生命期乘數</Option30_Label>
@ -123,7 +122,7 @@
<Option32_Label>擴張力度</Option32_Label>
<Option32_Desc>調節擴張力度。</Option32_Desc>
<Option_EnableGatherCumGizmo_Label>啟用「擠出精液」按鈕</Option_EnableGatherCumGizmo_Label>
<Option_EstrusOverride_Label>令「發情期」機制寫RJW的濫交選項</Option_EstrusOverride_Label>
<Option_EstrusOverride_Label>令「發情期」機制寫RJW的濫交選項</Option_EstrusOverride_Label>
<Option_EstrusOverride_Desc>啟用時處於顯式發情期的小人將會使用以下選項來選定床伴。RJW的原始設定會被忽略。
所有數值與RJW的對應選項相同。</Option_EstrusOverride_Desc>
<Option_EstrusFuckability_Label>發情期床伴最低fuckability</Option_EstrusFuckability_Label>
@ -139,4 +138,13 @@
<CustomHybrid_Title>{0}之雜交</CustomHybrid_Title>
<CustomHybrid_Tooltip>當{0}與{1}產生後代,有{3}的概率生出{2}。
若兩個種族相互間皆存在雜交定義,則以父本的定義為準。</CustomHybrid_Tooltip>
<!--Auto generated: Thu Jan 5 22:13:15 2023-->
<Option_PregnancyFromBaseRJW_Label>使用RJW的簡單懷孕系統</Option_PregnancyFromBaseRJW_Label>
<Option_PregnancyFromMultiplePregnancy_Label>使用本模組的多重懷孕</Option_PregnancyFromMultiplePregnancy_Label>
<Option_PregnancyFromBiotech_Label>使用「生機」(Biotech)追加的懷孕機制</Option_PregnancyFromBiotech_Label>
<Option_EnableDraftedIcon_Label>於「徵召」狀態下仍顯示子宮狀態</Option_EnableDraftedIcon_Label>
<Option_EnableDraftedIcon_Desc>角色處於被徵召狀態時,子宮圖標不予隱藏。</Option_EnableDraftedIcon_Desc>
<CannotNoEggs>沒有卵細胞</CannotNoEggs>
<CannotNoWomb>必須擁有子宮</CannotNoWomb>
<EggRestorationCompleted>{PAWN_labelShort}完成了{PAWN_possessive}卵母細胞再生術(cycle)</EggRestorationCompleted>
</LanguageData>

View file

@ -0,0 +1,16 @@
<?xml version="1.0" encoding="utf-8"?>
<Patch>
<Operation Class="PatchOperationFindMod">
<mods>
<li>Biotech</li>
</mods>
<match Class="PatchOperationAdd">
<xpath>/Defs/HediffDef[defName="PregnantHuman" or defName="PregnancyLabor" or defName="PregnancyLaborPushing"]/comps</xpath>
<value>
<li>
<compClass>RJW_Menstruation.HediffComp_PregeneratedBabies</compClass>
</li>
</value>
</match>
</Operation>
</Patch>

View file

@ -0,0 +1,138 @@
using RimWorld;
using RimWorld.BaseGen;
using rjw;
using System;
using System.Collections.Generic;
using System.Linq;
using System.Reflection;
using Verse;
namespace RJW_Menstruation
{
public class HediffComp_PregeneratedBabies : HediffComp
{
public List<Pawn> babies;
// Unused, but can't hurt to track
protected Dictionary<Pawn, Pawn> enzygoticSiblings;
protected static readonly MethodInfo RandomLastName = typeof(PregnancyUtility).GetMethod("RandomLastName", BindingFlags.Static | BindingFlags.NonPublic, null, new Type[] { typeof(Pawn), typeof(Pawn), typeof(Pawn) }, null);
public bool HasBaby
{
get => !babies.NullOrEmpty();
}
public Pawn PopBaby()
{
if (babies.NullOrEmpty()) return null;
Pawn firstBaby = babies.First();
babies.Remove(firstBaby);
return firstBaby;
}
public override void CompPostPostRemoved()
{
// At this point in the hediff removal process, the new hediff is already on the pawn
// But it is possible that there is no new hediff (be it a birth, miscarrage, or dev edit)
base.CompPostPostRemoved();
switch (parent)
{
case Hediff_Pregnant hediff_Pregnant:
Hediff_Labor labor = (Hediff_Labor)Pawn.health.hediffSet.hediffs.Where(hediff => hediff is Hediff_Labor).MaxByWithFallback(hediff => hediff.loadID);
HediffComp_PregeneratedBabies laborcomp = labor?.TryGetComp<HediffComp_PregeneratedBabies>();
if (laborcomp == null) return;
laborcomp.babies = this.babies;
laborcomp.enzygoticSiblings = this.enzygoticSiblings;
break;
case Hediff_Labor hediff_Labor:
Hediff_LaborPushing pushing = (Hediff_LaborPushing)Pawn.health.hediffSet.hediffs.Where(hediff => hediff is Hediff_LaborPushing).MaxByWithFallback(hediff => hediff.loadID);
HediffComp_PregeneratedBabies pushingcomp = pushing?.TryGetComp<HediffComp_PregeneratedBabies>();
if (pushingcomp == null) return;
pushingcomp.babies = this.babies;
pushingcomp.enzygoticSiblings = this.enzygoticSiblings;
break;
case Hediff_LaborPushing hediff_LaborPushing:
// Nothing to do, the laborpushing transpiler will pick it up
break;
}
}
public override void CompExposeData()
{
base.CompExposeData();
Scribe_Collections.Look(ref babies, "babies", LookMode.Deep);
Scribe_Collections.Look(ref enzygoticSiblings, "enzygoticSiblings", keyLookMode: LookMode.Reference, valueLookMode: LookMode.Reference);
}
public void AddNewBaby(Pawn mother, Pawn father)
{
if (babies == null) babies = new List<Pawn>();
PawnKindDef babyPawnKind = PregnancyCommon.BabyPawnKindDecider(mother, father);
PawnGenerationRequest request = new PawnGenerationRequest
(
kind: babyPawnKind,
faction: mother.Faction,
allowDowned: true,
fixedLastName: (string)RandomLastName.Invoke(null, new object[] { mother, mother, xxx.is_human(father) ? father : null }),
forceNoIdeo: true,
// Kill on bad positivity in the post-birth
// forceDead: positivityIndex == -1
forcedEndogenes: PregnancyUtility.GetInheritedGenes(father, mother),
forcedXenotype: XenotypeDefOf.Baseliner,
developmentalStages: DevelopmentalStage.Newborn
);
int division = 1;
Pawn firstbaby = null;
while (Rand.Chance(Configurations.EnzygoticTwinsChance) && division < Configurations.MaxEnzygoticTwins) division++;
if (division > 1 && enzygoticSiblings == null) enzygoticSiblings = new Dictionary<Pawn, Pawn>();
for (int i = 0; i < division; i++)
{
Pawn baby = PawnGenerator.GeneratePawn(request);
if (baby == null) break;
PregnancyCommon.SetupBabyXenotype(mother, father, baby);
if (division > 1)
{
if (i == 0)
{
if (baby.IsHAR())
baby.Drawer.renderer.graphics.ResolveAllGraphics();
firstbaby = baby;
request.FixedGender = baby.gender;
request.ForcedEndogenes = baby.genes?.Endogenes.Select(gene => gene.def).ToList();
}
else
{
enzygoticSiblings.Add(baby, firstbaby);
if (baby.story != null)
{
baby.story.headType = firstbaby.story.headType;
baby.story.hairDef = firstbaby.story.hairDef;
baby.story.bodyType = firstbaby.story.bodyType;
baby.story.furDef = firstbaby.story.furDef;
}
if (baby.genes != null && ModsConfig.BiotechActive)
{
baby.genes.SetXenotypeDirect(firstbaby.genes.Xenotype);
baby.genes.xenotypeName = firstbaby.genes.xenotypeName;
baby.genes.iconDef = firstbaby.genes.iconDef;
baby.genes.hybrid = firstbaby.genes.hybrid;
}
if (baby.IsHAR())
HARCompatibility.CopyHARProperties(baby, firstbaby);
// MultiplePregnancy calls this post-birth because RJW resets private parts
// So xenotype things shouldn't be shared
PregnancyCommon.ProcessIdenticalSibling(baby, firstbaby);
}
}
babies.Add(baby);
}
}
}
}

View file

@ -13,9 +13,6 @@ namespace RJW_Menstruation
{
protected Dictionary<Pawn, Pawn> enzygoticSiblings = new Dictionary<Pawn, Pawn>(); // Each pawn and who they split from
protected readonly MethodInfo TryGetInheritedXenotype = typeof(PregnancyUtility).GetMethod("TryGetInheritedXenotype", BindingFlags.Static | BindingFlags.NonPublic, null, new Type[] { typeof(Pawn), typeof(Pawn), typeof(XenotypeDef).MakeByRefType() }, null );
protected readonly MethodInfo ShouldByHybrid = typeof(PregnancyUtility).GetMethod("ShouldByHybrid", BindingFlags.Static | BindingFlags.NonPublic, null, new Type[] { typeof(Pawn), typeof(Pawn) }, null);
public override void DiscoverPregnancy()
{
PregnancyThought();
@ -82,48 +79,6 @@ namespace RJW_Menstruation
breastcomp?.GaveBirth();
}
public string GetBabyInfo()
{
if (babies.NullOrEmpty())
return "Null";
StringBuilder res = new StringBuilder();
IEnumerable<Pawn> babiesdistinct = babies.Distinct(new RaceComparer());
int iteration = 0;
foreach (Pawn baby in babiesdistinct)
{
int num = babies.Where(x => x.def.Equals(baby.def)).Count();
if (iteration > 0) res.Append(", ");
res.AppendFormat("{0} {1}", num, baby.def.label);
iteration++;
}
res.AppendFormat(" {0}", Translations.Dialog_WombInfo02);
return res.ToString();
}
public string GetFatherInfo()
{
if (babies.NullOrEmpty())
return "Null";
StringBuilder res = new StringBuilder();
res.AppendFormat("{0}: ", Translations.Dialog_WombInfo03);
if (!is_parent_known && Configurations.InfoDetail != Configurations.DetailLevel.All)
return res.Append(Translations.Dialog_FatherUnknown).ToString();
IEnumerable<Pawn> babiesdistinct = babies.Distinct(new FatherComparer(pawn));
int iteration = 0;
foreach (Pawn baby in babiesdistinct)
{
if (iteration > 0) res.Append(", ");
res.Append(Utility.GetFather(baby, pawn)?.LabelShort ?? Translations.Dialog_FatherUnknown);
iteration++;
}
return res.ToString();
}
private void HumanlikeBirth(Pawn baby)
{
Pawn mother = pawn; Pawn father = Utility.GetFather(baby, pawn);
@ -167,7 +122,7 @@ namespace RJW_Menstruation
if (ModsConfig.BiotechActive)
{
// Ugly, but it'll have to do
OutcomeChance bestOutcome = RitualOutcomeEffectDefOf.ChildBirth.outcomeChances.Find(chance => chance.positivityIndex == 1);
OutcomeChance bestOutcome = RitualOutcomeEffectDefOf.ChildBirth.BestOutcome;
string label = bestOutcome.label;
string description = bestOutcome.description.Formatted(mother.Named("MOTHER"));
@ -212,65 +167,12 @@ namespace RJW_Menstruation
//baby.story.birthLastName = last_name;
}
protected void CopyBodyPartProperties(Hediff part, Hediff originalPart)
{
CompHediffBodyPart comp = part.TryGetComp<CompHediffBodyPart>();
CompHediffBodyPart originalComp = originalPart.TryGetComp<CompHediffBodyPart>();
if (comp != null && originalComp != null)
{
// the string properties should be the same between both pawns anyways, besides the name of the owner
part.Severity = originalPart.Severity;
comp.SizeBase = originalComp.SizeBase;
comp.SizeOwner = originalComp.SizeOwner;
comp.EffSize = originalComp.EffSize;
comp.FluidAmmount = originalComp.FluidAmmount;
comp.FluidModifier = originalComp.FluidModifier;
}
HediffComp_Menstruation originalMenstruationComp = originalPart.GetMenstruationCompFromVagina();
if (originalMenstruationComp != null)
{
part.GetMenstruationCompFromVagina()?.CopyCycleProperties(originalMenstruationComp);
}
HediffComp_Breast originalBreastComp = originalPart.GetBreastComp();
if (originalBreastComp != null)
{
part.GetBreastComp()?.CopyBreastProperties(originalBreastComp);
}
}
protected void CopyBodyPartRecord(Pawn baby, Pawn original, BodyPartRecord babyBPR, BodyPartRecord originalBPR)
{
if (babyBPR == null || originalBPR == null) return;
RemoveBabyParts(baby, Genital_Helper.get_PartsHediffList(baby, babyBPR));
foreach (Hediff originalPart in Genital_Helper.get_PartsHediffList(original, originalBPR))
{
Hediff part = SexPartAdder.MakePart(originalPart.def, baby, babyBPR);
CopyBodyPartProperties(part, originalPart);
baby.health.AddHediff(part, babyBPR);
}
}
// Baby is the sibling to be changed, original is the first of the set and the one to copy to the rest.
public virtual void ProcessIdenticalSibling(Pawn baby, Pawn original)
{
// They'll be the same pawnkind, which lets us make a lot of useful assumptions
// However, some RNG might still be involved in genital generation (e.g. futas), so the easiest method is to clear out and re-generate
// A bit wasteful since Hediff_BasePregnancy.PostBirth already redid the genitals
CopyBodyPartRecord(baby, original, Genital_Helper.get_genitalsBPR(baby), Genital_Helper.get_genitalsBPR(original));
CopyBodyPartRecord(baby, original, Genital_Helper.get_breastsBPR(baby), Genital_Helper.get_breastsBPR(original));
CopyBodyPartRecord(baby, original, Genital_Helper.get_uddersBPR(baby), Genital_Helper.get_uddersBPR(original));
CopyBodyPartRecord(baby, original, Genital_Helper.get_anusBPR(baby), Genital_Helper.get_anusBPR(original));
}
public override void PostBirth(Pawn mother, Pawn father, Pawn baby)
{
base.PostBirth(mother, father, baby);
// Has to happen on birth since RJW redoes the genitals at birth
if (!enzygoticSiblings.NullOrEmpty() && enzygoticSiblings.TryGetValue(baby, out Pawn original) && baby != original)
ProcessIdenticalSibling(baby, original);
PregnancyCommon.ProcessIdenticalSibling(baby, original);
}
// From RJW's trait code
@ -411,7 +313,7 @@ namespace RJW_Menstruation
allowAddictions: false,
relationWithExtraPawnChanceFactor: 0,
fixedLastName: lastname,
kind: BabyPawnKindDecider(mother, father),
kind: PregnancyCommon.BabyPawnKindDecider(mother, father),
//fixedIdeo: mother.Ideo,
forbidAnyTitle: true,
forceNoBackstory: true,
@ -428,25 +330,7 @@ namespace RJW_Menstruation
{
Pawn baby = GenerateBaby(request, mother, father, parentTraits, traitSeed);
if (baby == null) break;
if (baby.genes != null && ModsConfig.BiotechActive)
{
if (GeneUtility.SameHeritableXenotype(mother, father) && mother.genes.UniqueXenotype)
{
baby.genes.xenotypeName = mother.genes.xenotypeName;
baby.genes.iconDef = mother.genes.iconDef;
}
object[] args = new object[] { mother, father, null };
if ((bool)TryGetInheritedXenotype.Invoke(null, args))
{
baby.genes.SetXenotypeDirect((XenotypeDef)args[2]);
}
else if((bool)ShouldByHybrid.Invoke(null, new object[] { mother, father }))
{
baby.genes.hybrid = true;
baby.genes.xenotypeName = "Hybrid".Translate();
}
}
PregnancyCommon.SetupBabyXenotype(mother, father, baby);
if (division > 1)
{
if (i == 0)
@ -466,6 +350,7 @@ namespace RJW_Menstruation
baby.story.headType = firstbaby.story.headType;
baby.story.hairDef = firstbaby.story.hairDef;
baby.story.bodyType = firstbaby.story.bodyType;
baby.story.furDef = firstbaby.story.furDef;
}
if (baby.genes != null && ModsConfig.BiotechActive)
@ -519,174 +404,6 @@ namespace RJW_Menstruation
return baby;
}
/// <summary>
/// Decide pawnkind from mother and father <para/>
/// Come from RJW
/// </summary>
/// <param name="mother"></param>
/// <param name="father"></param>
/// <returns></returns>
public PawnKindDef BabyPawnKindDecider(Pawn mother, Pawn father)
{
PawnKindDef motherKindDef = Utility.GetRacesPawnKind(mother);
PawnKindDef fatherKindDef = Utility.GetRacesPawnKind(father);
PawnKindDef spawn_kind_def = motherKindDef;
int flag = 0;
if (xxx.is_human(mother)) flag += 2;
if (xxx.is_human(father)) flag += 1;
//Mother - Father = Flag
//Human - Human = 3
//Human - Animal = 2
//Animal - Human = 1
//Animal - Animal = 0
switch (flag)
{
case 3:
if (!Rand.Chance(RJWPregnancySettings.humanlike_DNA_from_mother)) spawn_kind_def = fatherKindDef;
break;
case 2:
if (RJWPregnancySettings.bestiality_DNA_inheritance == 0f) spawn_kind_def = fatherKindDef;
else if (!Rand.Chance(RJWPregnancySettings.bestial_DNA_from_mother)) spawn_kind_def = fatherKindDef;
break;
case 1:
if (RJWPregnancySettings.bestiality_DNA_inheritance == 1f) spawn_kind_def = fatherKindDef;
else if (!Rand.Chance(RJWPregnancySettings.bestial_DNA_from_mother)) spawn_kind_def = fatherKindDef;
break;
case 0:
if (!Rand.Chance(RJWPregnancySettings.bestial_DNA_from_mother)) spawn_kind_def = fatherKindDef;
break;
}
bool IsAndroidmother = AndroidsCompatibility.IsAndroid(mother);
bool IsAndroidfather = AndroidsCompatibility.IsAndroid(father);
if (IsAndroidmother && !IsAndroidfather)
{
spawn_kind_def = fatherKindDef;
}
else if (!IsAndroidmother && IsAndroidfather)
{
spawn_kind_def = motherKindDef;
}
string MotherRaceName = "";
string FatherRaceName = "";
MotherRaceName = motherKindDef?.race?.defName;
PawnKindDef non_hybrid_kind_def = spawn_kind_def;
if (father != null)
FatherRaceName = fatherKindDef?.race?.defName;
if (FatherRaceName != "" && Configurations.UseHybridExtention)
{
spawn_kind_def = GetHybrid(father, mother);
//Log.Message("pawnkind: " + spawn_kind_def?.defName);
}
if (MotherRaceName != FatherRaceName && FatherRaceName != "")
{
if (!Configurations.UseHybridExtention || spawn_kind_def == null)
{
spawn_kind_def = non_hybrid_kind_def;
IEnumerable<RaceGroupDef> groups = DefDatabase<RaceGroupDef>.AllDefs.Where(x => !(x.hybridRaceParents.NullOrEmpty() || x.hybridChildKindDef.NullOrEmpty()));
//ModLog.Message(" found custom RaceGroupDefs " + groups.Count());
foreach (RaceGroupDef t in groups)
{
if ((t.hybridRaceParents.Contains(MotherRaceName) && t.hybridRaceParents.Contains(FatherRaceName))
|| (t.hybridRaceParents.Contains("Any") && (t.hybridRaceParents.Contains(MotherRaceName) || t.hybridRaceParents.Contains(FatherRaceName))))
{
//ModLog.Message(" has hybridRaceParents");
if (t.hybridChildKindDef.Contains("MotherKindDef"))
spawn_kind_def = motherKindDef;
else if (t.hybridChildKindDef.Contains("FatherKindDef") && father != null)
spawn_kind_def = fatherKindDef;
else
{
//ModLog.Message(" trying hybridChildKindDef " + t.defName);
List<PawnKindDef> child_kind_def_list = new List<PawnKindDef>();
child_kind_def_list.AddRange(DefDatabase<PawnKindDef>.AllDefs.Where(x => t.hybridChildKindDef.Contains(x.defName)));
//ModLog.Message(" found custom hybridChildKindDefs " + t.hybridChildKindDef.Count);
if (!child_kind_def_list.NullOrEmpty())
spawn_kind_def = child_kind_def_list.RandomElement();
}
}
}
}
}
else if (!Configurations.UseHybridExtention || spawn_kind_def == null)
{
spawn_kind_def = mother.RaceProps?.AnyPawnKind ?? motherKindDef;
}
if (spawn_kind_def.defName.Contains("Nymph"))
{
//child is nymph, try to find other PawnKindDef
List<PawnKindDef> spawn_kind_def_list = new List<PawnKindDef>();
spawn_kind_def_list.AddRange(DefDatabase<PawnKindDef>.AllDefs.Where(x => x.race == spawn_kind_def.race && !x.defName.Contains("Nymph")));
//no other PawnKindDef found try mother
if (spawn_kind_def_list.NullOrEmpty())
spawn_kind_def_list.AddRange(DefDatabase<PawnKindDef>.AllDefs.Where(x => x.race == motherKindDef.race && !x.defName.Contains("Nymph")));
//no other PawnKindDef found try father
if (spawn_kind_def_list.NullOrEmpty() && father != null)
spawn_kind_def_list.AddRange(DefDatabase<PawnKindDef>.AllDefs.Where(x => x.race == fatherKindDef.race && !x.defName.Contains("Nymph")));
//no other PawnKindDef found fallback to generic colonist
if (spawn_kind_def_list.NullOrEmpty())
spawn_kind_def = PawnKindDefOf.Colonist;
if (!spawn_kind_def_list.NullOrEmpty()) spawn_kind_def = spawn_kind_def_list.RandomElement();
}
return spawn_kind_def;
}
public PawnKindDef GetHybrid(Pawn first, Pawn second)
{
PawnKindDef res = null;
Pawn opposite = second;
HybridInformations info = null;
if (!Configurations.HybridOverride.NullOrEmpty())
{
info = Configurations.HybridOverride.FirstOrDefault(x => x.DefName == first.def?.defName && (x.hybridExtension?.Exists(y => y.DefName == second.def?.defName) ?? false));
if (info == null)
{
info = Configurations.HybridOverride.FirstOrDefault(x => x.DefName == second.def?.defName && (x.hybridExtension?.Exists(y => y.DefName == first.def?.defName) ?? false));
opposite = first;
}
}
if (info != null)
{
res = info.GetHybridWith(opposite.def.defName) ?? null;
}
if (res != null) return res;
PawnDNAModExtension dna;
dna = first.def.GetModExtension<PawnDNAModExtension>();
if (dna != null)
{
res = dna.GetHybridWith(second.def.defName) ?? null;
}
else
{
dna = second.def.GetModExtension<PawnDNAModExtension>();
if (dna != null)
{
res = dna.GetHybridWith(first.def.defName) ?? null;
}
}
return res;
}
/// <summary>
/// Copy from RJW
/// </summary>

View file

@ -0,0 +1,300 @@
using RimWorld;
using rjw;
using System.Collections.Generic;
using System.Linq;
using System.Reflection;
using System.Text;
using Verse;
namespace RJW_Menstruation
{
public static class PregnancyCommon
{
private static readonly MethodInfo TryGetInheritedXenotype = typeof(PregnancyUtility).GetMethod("TryGetInheritedXenotype", BindingFlags.Static | BindingFlags.NonPublic, null, new Type[] { typeof(Pawn), typeof(Pawn), typeof(XenotypeDef).MakeByRefType() }, null);
private static readonly MethodInfo ShouldByHybrid = typeof(PregnancyUtility).GetMethod("ShouldByHybrid", BindingFlags.Static | BindingFlags.NonPublic, null, new Type[] { typeof(Pawn), typeof(Pawn) }, null);
public static string GetBabyInfo(IEnumerable<Pawn> babies)
{
if (babies == null || !babies.Any()) return "Null";
StringBuilder res = new StringBuilder();
IEnumerable<Pawn> babiesdistinct = babies.Distinct(new RaceComparer());
int iteration = 0;
foreach (Pawn baby in babiesdistinct)
{
int num = babies.Where(x => x.def.Equals(baby.def)).Count();
if (iteration > 0) res.Append(", ");
res.AppendFormat("{0} {1}", num, baby.def.label);
iteration++;
}
res.AppendFormat(" {0}", Translations.Dialog_WombInfo02);
return res.ToString();
}
public static string GetFatherInfo(IEnumerable<Pawn> babies, Pawn mother, bool is_parent_known)
{
if (babies == null || !babies.Any()) return "Null";
StringBuilder res = new StringBuilder();
res.AppendFormat("{0}: ", Translations.Dialog_WombInfo03);
if (!is_parent_known && Configurations.InfoDetail != Configurations.DetailLevel.All)
return res.Append(Translations.Dialog_FatherUnknown).ToString();
IEnumerable<Pawn> babiesdistinct = babies.Distinct(new FatherComparer(mother));
int iteration = 0;
foreach (Pawn baby in babiesdistinct)
{
if (iteration > 0) res.Append(", ");
res.Append(Utility.GetFather(baby, mother)?.LabelShort ?? Translations.Dialog_FatherUnknown);
iteration++;
}
return res.ToString();
}
/// <summary>
/// Decide pawnkind from mother and father <para/>
/// Come from RJW
/// </summary>
/// <param name="mother"></param>
/// <param name="father"></param>
/// <returns></returns>
public static PawnKindDef BabyPawnKindDecider(Pawn mother, Pawn father)
{
PawnKindDef motherKindDef = Utility.GetRacesPawnKind(mother);
PawnKindDef fatherKindDef = Utility.GetRacesPawnKind(father);
PawnKindDef spawn_kind_def = motherKindDef;
int flag = 0;
if (xxx.is_human(mother)) flag += 2;
if (xxx.is_human(father)) flag += 1;
//Mother - Father = Flag
//Human - Human = 3
//Human - Animal = 2
//Animal - Human = 1
//Animal - Animal = 0
switch (flag)
{
case 3:
if (!Rand.Chance(RJWPregnancySettings.humanlike_DNA_from_mother)) spawn_kind_def = fatherKindDef;
break;
case 2:
if (RJWPregnancySettings.bestiality_DNA_inheritance == 0f) spawn_kind_def = fatherKindDef;
else if (!Rand.Chance(RJWPregnancySettings.bestial_DNA_from_mother)) spawn_kind_def = fatherKindDef;
break;
case 1:
if (RJWPregnancySettings.bestiality_DNA_inheritance == 1f) spawn_kind_def = fatherKindDef;
else if (!Rand.Chance(RJWPregnancySettings.bestial_DNA_from_mother)) spawn_kind_def = fatherKindDef;
break;
case 0:
if (!Rand.Chance(RJWPregnancySettings.bestial_DNA_from_mother)) spawn_kind_def = fatherKindDef;
break;
}
bool IsAndroidmother = AndroidsCompatibility.IsAndroid(mother);
bool IsAndroidfather = AndroidsCompatibility.IsAndroid(father);
if (IsAndroidmother && !IsAndroidfather)
{
spawn_kind_def = fatherKindDef;
}
else if (!IsAndroidmother && IsAndroidfather)
{
spawn_kind_def = motherKindDef;
}
string MotherRaceName = "";
string FatherRaceName = "";
MotherRaceName = motherKindDef?.race?.defName;
PawnKindDef non_hybrid_kind_def = spawn_kind_def;
if (father != null)
FatherRaceName = fatherKindDef?.race?.defName;
if (FatherRaceName != "" && Configurations.UseHybridExtention)
{
spawn_kind_def = GetHybrid(father, mother);
//Log.Message("pawnkind: " + spawn_kind_def?.defName);
}
if (MotherRaceName != FatherRaceName && FatherRaceName != "")
{
if (!Configurations.UseHybridExtention || spawn_kind_def == null)
{
spawn_kind_def = non_hybrid_kind_def;
IEnumerable<RaceGroupDef> groups = DefDatabase<RaceGroupDef>.AllDefs.Where(x => !(x.hybridRaceParents.NullOrEmpty() || x.hybridChildKindDef.NullOrEmpty()));
//ModLog.Message(" found custom RaceGroupDefs " + groups.Count());
foreach (RaceGroupDef t in groups)
{
if ((t.hybridRaceParents.Contains(MotherRaceName) && t.hybridRaceParents.Contains(FatherRaceName))
|| (t.hybridRaceParents.Contains("Any") && (t.hybridRaceParents.Contains(MotherRaceName) || t.hybridRaceParents.Contains(FatherRaceName))))
{
//ModLog.Message(" has hybridRaceParents");
if (t.hybridChildKindDef.Contains("MotherKindDef"))
spawn_kind_def = motherKindDef;
else if (t.hybridChildKindDef.Contains("FatherKindDef") && father != null)
spawn_kind_def = fatherKindDef;
else
{
//ModLog.Message(" trying hybridChildKindDef " + t.defName);
List<PawnKindDef> child_kind_def_list = new List<PawnKindDef>();
child_kind_def_list.AddRange(DefDatabase<PawnKindDef>.AllDefs.Where(x => t.hybridChildKindDef.Contains(x.defName)));
//ModLog.Message(" found custom hybridChildKindDefs " + t.hybridChildKindDef.Count);
if (!child_kind_def_list.NullOrEmpty())
spawn_kind_def = child_kind_def_list.RandomElement();
}
}
}
}
}
else if (!Configurations.UseHybridExtention || spawn_kind_def == null)
{
spawn_kind_def = mother.RaceProps?.AnyPawnKind ?? motherKindDef;
}
if (spawn_kind_def.defName.Contains("Nymph"))
{
//child is nymph, try to find other PawnKindDef
List<PawnKindDef> spawn_kind_def_list = new List<PawnKindDef>();
spawn_kind_def_list.AddRange(DefDatabase<PawnKindDef>.AllDefs.Where(x => x.race == spawn_kind_def.race && !x.defName.Contains("Nymph")));
//no other PawnKindDef found try mother
if (spawn_kind_def_list.NullOrEmpty())
spawn_kind_def_list.AddRange(DefDatabase<PawnKindDef>.AllDefs.Where(x => x.race == motherKindDef.race && !x.defName.Contains("Nymph")));
//no other PawnKindDef found try father
if (spawn_kind_def_list.NullOrEmpty() && father != null)
spawn_kind_def_list.AddRange(DefDatabase<PawnKindDef>.AllDefs.Where(x => x.race == fatherKindDef.race && !x.defName.Contains("Nymph")));
//no other PawnKindDef found fallback to generic colonist
if (spawn_kind_def_list.NullOrEmpty())
spawn_kind_def = PawnKindDefOf.Colonist;
if (!spawn_kind_def_list.NullOrEmpty()) spawn_kind_def = spawn_kind_def_list.RandomElement();
}
return spawn_kind_def;
}
public static void SetupBabyXenotype(Pawn mother, Pawn father, Pawn baby)
{
if (baby.genes == null || !ModsConfig.BiotechActive) return;
if (GeneUtility.SameHeritableXenotype(mother, father) && mother.genes.UniqueXenotype)
{
baby.genes.xenotypeName = mother.genes.xenotypeName;
baby.genes.iconDef = mother.genes.iconDef;
}
object[] args = new object[] { mother, father, null };
if ((bool)TryGetInheritedXenotype.Invoke(null, args))
{
baby.genes.SetXenotypeDirect((XenotypeDef)args[2]);
}
else if ((bool)ShouldByHybrid.Invoke(null, new object[] { mother, father }))
{
baby.genes.hybrid = true;
baby.genes.xenotypeName = "Hybrid".Translate();
}
}
public static PawnKindDef GetHybrid(Pawn first, Pawn second)
{
PawnKindDef res = null;
Pawn opposite = second;
HybridInformations info = null;
if (!Configurations.HybridOverride.NullOrEmpty())
{
info = Configurations.HybridOverride.FirstOrDefault(x => x.DefName == first.def?.defName && (x.hybridExtension?.Exists(y => y.DefName == second.def?.defName) ?? false));
if (info == null)
{
info = Configurations.HybridOverride.FirstOrDefault(x => x.DefName == second.def?.defName && (x.hybridExtension?.Exists(y => y.DefName == first.def?.defName) ?? false));
opposite = first;
}
}
if (info != null)
{
res = info.GetHybridWith(opposite.def.defName) ?? null;
}
if (res != null) return res;
PawnDNAModExtension dna;
dna = first.def.GetModExtension<PawnDNAModExtension>();
if (dna != null)
{
res = dna.GetHybridWith(second.def.defName) ?? null;
}
else
{
dna = second.def.GetModExtension<PawnDNAModExtension>();
if (dna != null)
{
res = dna.GetHybridWith(first.def.defName) ?? null;
}
}
return res;
}
private static void CopyBodyPartProperties(Hediff part, Hediff originalPart)
{
CompHediffBodyPart comp = part.TryGetComp<CompHediffBodyPart>();
CompHediffBodyPart originalComp = originalPart.TryGetComp<CompHediffBodyPart>();
if (comp != null && originalComp != null)
{
// the string properties should be the same between both pawns anyways, besides the name of the owner
part.Severity = originalPart.Severity;
comp.SizeBase = originalComp.SizeBase;
comp.SizeOwner = originalComp.SizeOwner;
comp.EffSize = originalComp.EffSize;
comp.FluidAmmount = originalComp.FluidAmmount;
comp.FluidModifier = originalComp.FluidModifier;
}
HediffComp_Menstruation originalMenstruationComp = originalPart.GetMenstruationCompFromVagina();
if (originalMenstruationComp != null)
{
part.GetMenstruationCompFromVagina()?.CopyCycleProperties(originalMenstruationComp);
}
HediffComp_Breast originalBreastComp = originalPart.GetBreastComp();
if (originalBreastComp != null)
{
part.GetBreastComp()?.CopyBreastProperties(originalBreastComp);
}
}
private static void CopyBodyPartRecord(Pawn baby, Pawn original, BodyPartRecord babyBPR, BodyPartRecord originalBPR)
{
if (babyBPR == null || originalBPR == null) return;
Hediff_BasePregnancy.RemoveBabyParts(baby, Genital_Helper.get_PartsHediffList(baby, babyBPR));
foreach (Hediff originalPart in Genital_Helper.get_PartsHediffList(original, originalBPR))
{
Hediff part = SexPartAdder.MakePart(originalPart.def, baby, babyBPR);
CopyBodyPartProperties(part, originalPart);
baby.health.AddHediff(part, babyBPR);
}
}
// Baby is the sibling to be changed, original is the first of the set and the one to copy to the rest.
public static void ProcessIdenticalSibling(Pawn baby, Pawn original)
{
// They'll be the same pawnkind, which lets us make a lot of useful assumptions
// However, some RNG might still be involved in genital generation (e.g. futas), so the easiest method is to clear out and re-generate
// A bit wasteful since Hediff_BasePregnancy.PostBirth already redid the genitals
CopyBodyPartRecord(baby, original, Genital_Helper.get_genitalsBPR(baby), Genital_Helper.get_genitalsBPR(original));
CopyBodyPartRecord(baby, original, Genital_Helper.get_breastsBPR(baby), Genital_Helper.get_breastsBPR(original));
CopyBodyPartRecord(baby, original, Genital_Helper.get_uddersBPR(baby), Genital_Helper.get_uddersBPR(original));
CopyBodyPartRecord(baby, original, Genital_Helper.get_anusBPR(baby), Genital_Helper.get_anusBPR(original));
}
}
}

View file

@ -69,12 +69,14 @@
<Compile Include="EstrusPartKindUsageRule.cs" />
<Compile Include="HediffComps\HediffComp_InducedOvulator.cs" />
<Compile Include="HediffComps\HediffComp_PeriodicOvulator.cs" />
<Compile Include="HediffComps\HediffComp_PregeneratedBabies.cs" />
<Compile Include="HediffComps\MenstruationUtility.cs" />
<Compile Include="Hediff_Estrus.cs" />
<Compile Include="IngestionOutcomeDoers.cs" />
<Compile Include="Patch\Biotech_Patch.cs" />
<Compile Include="Patch\GC_Patch.cs" />
<Compile Include="Patch\Gizmo_Patch.cs" />
<Compile Include="PregnancyCommon.cs" />
<Compile Include="Recipe_Surgery.cs" />
<Compile Include="StatParts.cs" />
<Compile Include="UI\Dialog_HybridCustom.cs" />

View file

@ -172,8 +172,8 @@ namespace RJW_Menstruation
Pawn fetus = comp.GetFetus();
if (fetus != null && Utility.ShowFetusInfo())
{
string feinfo = m.GetBabyInfo();
string fainfo = m.GetFatherInfo() + " ";
string feinfo = PregnancyCommon.GetBabyInfo(m.babies);
string fainfo = PregnancyCommon.GetFatherInfo(m.babies, m.pawn, m.is_parent_known) + " ";
if (feinfo.Length + fainfo.Length > 45)
{
preginfoheight = fontheight + 2;

View file

@ -1,7 +1,7 @@
<?xml version="1.0" encoding="UTF-8" standalone="yes"?>
<Manifest>
<identifier>RJW Menstruation</identifier>
<version>1.0.8.5</version>
<version>1.0.8.6</version>
<dependencies>
</dependencies>
<incompatibleWith />

View file

@ -1,3 +1,7 @@
Version 1.0.8.6
- Updated Traditional Chinese translation by Hydrogen.
- Added several menstruation-related genes.
Version 1.0.8.5
- Added biosculpter recipe to restore 1 year's worth of eggs, with icon by DestinyPlayer.
- Vaginal sex with the "avoid pregnancy" relation will (usually) pull out prevent cum from entering the womb if there's a risk of pregnancy.