Decompiled source of FractionateEverything v1.4.3
FractionateEverything.dll
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using System; using System.Collections; using System.Collections.Generic; using System.Diagnostics; using System.IO; using System.Linq; using System.Reflection; using System.Reflection.Emit; using System.Runtime.CompilerServices; using System.Runtime.InteropServices; using System.Runtime.Versioning; using System.Security; using System.Security.Permissions; using System.Text; using BepInEx; using BepInEx.Bootstrap; using BepInEx.Configuration; using BepInEx.Logging; using BuildBarTool; using CommonAPI; using CommonAPI.Systems; using CommonAPI.Systems.ModLocalization; using FractionateEverything.Compatibility; using FractionateEverything.Main; using FractionateEverything.Utils; using HarmonyLib; using Microsoft.CodeAnalysis; using ProjectGenesis.Patches.Logic.QTools; using ProjectGenesis.Patches.UI.QTools; using ProjectGenesis.Patches.UI.QTools.MyComboBox; using ProjectGenesis.Utils; using UnityEngine; using UnityEngine.Events; using UnityEngine.UI; using crecheng.DSPModSave; using xiaoye97; [assembly: CompilationRelaxations(8)] [assembly: RuntimeCompatibility(WrapNonExceptionThrows = true)] [assembly: Debuggable(DebuggableAttribute.DebuggingModes.IgnoreSymbolStoreSequencePoints)] [assembly: AssemblyTitle("FractionateEverything")] [assembly: AssemblyDescription("")] [assembly: AssemblyConfiguration("")] [assembly: AssemblyCompany("")] [assembly: AssemblyProduct("FractionateEverything")] [assembly: AssemblyCopyright("Copyright © 2023")] [assembly: AssemblyTrademark("")] [assembly: ComVisible(false)] [assembly: Guid("3204cf73-a6e8-4c3b-a91d-e4baf6fca974")] [assembly: AssemblyFileVersion("1.0.0.0")] [assembly: TargetFramework(".NETFramework,Version=v4.8.1", FrameworkDisplayName = ".NET Framework 4.8.1")] [assembly: SecurityPermission(SecurityAction.RequestMinimum, SkipVerification = true)] [assembly: AssemblyVersion("1.0.0.0")] [module: UnverifiableCode] [module: RefSafetyRules(11)] namespace Microsoft.CodeAnalysis { [CompilerGenerated] [Microsoft.CodeAnalysis.Embedded] internal sealed class EmbeddedAttribute : Attribute { } } namespace System.Runtime.CompilerServices { [CompilerGenerated] [Microsoft.CodeAnalysis.Embedded] [AttributeUsage(AttributeTargets.Module, AllowMultiple = false, Inherited = false)] internal sealed class RefSafetyRulesAttribute : Attribute { public readonly int Version; public RefSafetyRulesAttribute(int P_0) { Version = P_0; } } } namespace FractionateEverything { [BepInPlugin("com.menglei.dsp.FractionateEverything", "FractionateEverything", "1.4.3")] [BepInDependency(/*Could not decode attribute arguments.*/)] [CommonAPISubmoduleDependency(new string[] { "ProtoRegistry", "TabSystem", "LocalizationModule" })] [BepInDependency(/*Could not decode attribute arguments.*/)] public class FractionateEverything : BaseUnityPlugin, IModCanSave { public const string GUID = "com.menglei.dsp.FractionateEverything"; public const string NAME = "FractionateEverything"; public const string VERSION_Main = "1.4.3"; public const string VERSION_Debug = ""; public const string VERSION = "1.4.3"; private static ManualLogSource logger; public const string Tech1134IconPath = "Icons/Tech/1134"; public static int tab分馏1; public static int tab分馏2; public static string ModPath; public static ResourceData fracicons; public static readonly Harmony harmony = new Harmony("com.menglei.dsp.FractionateEverything"); private static bool _finished; private static ConfigFile configFile; public static ConfigEntry<string> CurrentVersionEntry; public static ConfigEntry<bool> DisableMessageBoxEntry; public static ConfigEntry<bool> AddedBlueprintsEntry; public static ConfigEntry<int> IconVersionEntry; public static ConfigEntry<bool> EnableDestroyEntry; public static ConfigEntry<bool> EnableFuelRodFracEntry; public static ConfigEntry<bool> EnableMatrixFracEntry; public static ConfigEntry<bool> EnableBuildingAsTrashEntry; public static bool isVersionChanged => CurrentVersionEntry.Value != "1.4.3"; public static bool disableMessageBox => DisableMessageBoxEntry.Value; public static bool addedBlueprints => AddedBlueprintsEntry.Value; public static int iconVersion => IconVersionEntry.Value; public static bool enableDestroy => EnableDestroyEntry.Value; public static bool enableFuelRodFrac => EnableFuelRodFracEntry.Value; public static bool enableMatrixFrac => EnableMatrixFracEntry.Value; public static bool enableBuildingAsTrash => EnableBuildingAsTrashEntry.Value; public static void LogDebug(object data) { logger.LogDebug(data); } public static void LogInfo(object data) { logger.LogInfo(data); } public static void LogWarning(object data) { logger.LogWarning(data); } public static void LogError(object data) { logger.LogError(data); } public static void LogFatal(object data) { logger.LogFatal(data); } public void LoadConfig() { //IL_0030: Unknown result type (might be due to invalid IL or missing references) //IL_003a: Expected O, but got Unknown //IL_005c: Unknown result type (might be due to invalid IL or missing references) //IL_0066: Expected O, but got Unknown //IL_0088: Unknown result type (might be due to invalid IL or missing references) //IL_0092: Expected O, but got Unknown //IL_00b6: Unknown result type (might be due to invalid IL or missing references) //IL_00c0: Expected O, but got Unknown //IL_00e2: Unknown result type (might be due to invalid IL or missing references) //IL_00ec: Expected O, but got Unknown //IL_010e: Unknown result type (might be due to invalid IL or missing references) //IL_0118: Expected O, but got Unknown //IL_013a: Unknown result type (might be due to invalid IL or missing references) //IL_0144: Expected O, but got Unknown //IL_0166: Unknown result type (might be due to invalid IL or missing references) //IL_0170: Expected O, but got Unknown configFile = ((BaseUnityPlugin)this).Config; CurrentVersionEntry = ((BaseUnityPlugin)this).Config.Bind<string>("config", "CurrentVersion", "", new ConfigDescription("Current game version, used to control whether or not to show the update pop-up window.\n当前游戏版本，用于控制是否显示更新弹窗。", (AcceptableValueBase)(object)new AcceptableStringValue(""), (object[])null)); DisableMessageBoxEntry = ((BaseUnityPlugin)this).Config.Bind<bool>("config", "DisableMessageBox", false, new ConfigDescription("Don't show message when FractionateEverything is loaded.\n禁用游戏加载完成后显示的万物分馏提示信息。", (AcceptableValueBase)(object)new AcceptableBoolValue(defVal: false), (object[])null)); AddedBlueprintsEntry = ((BaseUnityPlugin)this).Config.Bind<bool>("config", "AddedBlueprints", false, new ConfigDescription("Indicates whether the blueprint has been added. Change this to false to re-add the blueprint.\n指示是否添加过蓝图。该项改为false即可重新添加蓝图。", (AcceptableValueBase)(object)new AcceptableBoolValue(defVal: false), (object[])null)); IconVersionEntry = ((BaseUnityPlugin)this).Config.Bind<int>("config", "IconVersion", 3, new ConfigDescription("Which style of the fractionate recipe icon to use.\n1 for original deuterium fractionate style, 2 for slanting line segmentation style, 3 for circular segmentation style.\n使用哪个样式的分馏配方图标。\n1表示原版重氢分馏样式，2表示斜线分割样式，3表示圆弧分割样式。", (AcceptableValueBase)(object)new AcceptableIntValue(3, 1, 3), (object[])null)); EnableDestroyEntry = ((BaseUnityPlugin)this).Config.Bind<bool>("config", "EnableDestroy", true, new ConfigDescription("Whether to enable the probability of destruction in fractionate recipes (recommended enable).\nWhen enabled, if the fractionation recipe has a probability of destruction, there is a certain probability that the input item will disappear during fractionation.\n是否启用分馏配方中的损毁概率（建议开启）。\n启用情况下，如果分馏配方具有损毁概率，则分馏时会有一定概率导致原料直接消失。", (AcceptableValueBase)(object)new AcceptableBoolValue(defVal: true), (object[])null)); EnableFuelRodFracEntry = ((BaseUnityPlugin)this).Config.Bind<bool>("config", "EnableFuelRodFracEntry", false, new ConfigDescription("Whether to enable fuel rod fractionation.\n是否启用燃料棒分馏。", (AcceptableValueBase)(object)new AcceptableBoolValue(defVal: false), (object[])null)); EnableMatrixFracEntry = ((BaseUnityPlugin)this).Config.Bind<bool>("config", "EnableMatrixFracEntry", false, new ConfigDescription("Whether to enable matrix fractionation (recommended disable).\n是否启用矩阵分馏（建议关闭）。", (AcceptableValueBase)(object)new AcceptableBoolValue(defVal: false), (object[])null)); EnableBuildingAsTrashEntry = ((BaseUnityPlugin)this).Config.Bind<bool>("config", "EnableBuildingAsTrashEntry", false, new ConfigDescription("Whether buildings can input into Trash Recycle Fractionator (recommended disable).\n建筑能否输入垃圾回收分馏塔（建议关闭）。", (AcceptableValueBase)(object)new AcceptableBoolValue(defVal: false), (object[])null)); (Traverse.Create((object)((BaseUnityPlugin)this).Config).Property("OrphanedEntries", (object[])null).GetValue() as IDictionary)?.Clear(); ((BaseUnityPlugin)this).Config.Save(); } public static void SetConfig() { DisableMessageBoxEntry.Value = true; CurrentVersionEntry.Value = "1.4.3"; AddedBlueprintsEntry.Value = true; configFile.Save(); } public static void SetConfig(int iconVersion, bool enableDestroy, bool enableFuelRodFrac, bool enableMatrixFrac, bool enableBuildingAsTrash) { //IL_0119: Unknown result type (might be due to invalid IL or missing references) //IL_011f: Invalid comparison between Unknown and I4 bool flag = iconVersion != IconVersionEntry.Value; bool flag2 = enableDestroy != EnableDestroyEntry.Value; bool flag3 = enableFuelRodFrac != EnableFuelRodFracEntry.Value; bool flag4 = enableMatrixFrac != EnableMatrixFracEntry.Value; bool flag5 = enableBuildingAsTrash != EnableBuildingAsTrashEntry.Value; IconVersionEntry.Value = iconVersion; EnableDestroyEntry.Value = enableDestroy; EnableFuelRodFracEntry.Value = enableFuelRodFrac; EnableMatrixFracEntry.Value = enableMatrixFrac; logger.LogInfo((object)("Fractionate Everything setting changed.\n" + $" iconVersion:{iconVersion}" + $" enableDestroy:{enableDestroy}" + $" enableFuelRodFrac:{enableFuelRodFrac}" + $" enableMatrixFrac:{enableMatrixFrac}")); configFile.Save(); if (flag || flag2 || flag3 || flag4) { RecipeProto[] dataArray = ((ProtoSet<RecipeProto>)(object)LDB.recipes).dataArray; foreach (RecipeProto val in dataArray) { if ((int)val.Type == 8 && ((Proto)val).ID != 115) { val.ModifyIconAndDesc(); val.Preload(val.index); } } } if (flag5) { ItemProto obj = ((ProtoSet<ItemProto>)(object)LDB.items).Select(2324); obj.Description = (enableBuildingAsTrash ? "I垃圾回收分馏塔2" : "I垃圾回收分馏塔"); obj.Preload(obj.index); } } public void Awake() { //IL_0035: Unknown result type (might be due to invalid IL or missing references) //IL_003f: Expected O, but got Unknown //IL_0058: Unknown result type (might be due to invalid IL or missing references) //IL_0062: Expected O, but got Unknown //IL_008b: Unknown result type (might be due to invalid IL or missing references) //IL_0095: Expected O, but got Unknown //IL_0157: Unknown result type (might be due to invalid IL or missing references) //IL_015e: Expected O, but got Unknown //IL_01aa: Unknown result type (might be due to invalid IL or missing references) //IL_01b1: Expected O, but got Unknown using (ProtoRegistry.StartModLoad("com.menglei.dsp.FractionateEverything")) { logger = ((BaseUnityPlugin)this).Logger; Translation.AddTranslations(); LoadConfig(); tab分馏1 = TabSystem.RegisterTab("com.menglei.dsp.FractionateEverything:com.menglei.dsp.FractionateEverythingTab1", new TabData(Localization.Translate("分馏页面1"), "Icons/Tech/1134")); tab分馏2 = TabSystem.RegisterTab("com.menglei.dsp.FractionateEverything:com.menglei.dsp.FractionateEverythingTab2", new TabData(Localization.Translate("分馏页面2"), "Icons/Tech/1134")); Assembly executingAssembly = Assembly.GetExecutingAssembly(); ModPath = Path.GetDirectoryName(executingAssembly.Location); fracicons = new ResourceData("com.menglei.dsp.FractionateEverything", "fracicons", ModPath); fracicons.LoadAssetBundle("fracicons"); ProtoRegistry.AddResource(fracicons); LDBTool.PreAddDataAction = (Action)Delegate.Combine(LDBTool.PreAddDataAction, new Action(PreAddData)); LDBTool.PostAddDataAction = (Action)Delegate.Combine(LDBTool.PostAddDataAction, new Action(PostAddData)); Type[] types = executingAssembly.GetTypes(); foreach (Type type in types) { if (type.Namespace != null && !type.Namespace.StartsWith("FractionateEverything.Compatibility")) { harmony.PatchAll(type); } } Harmony obj = harmony; MethodInfo methodInfo = AccessTools.Method(typeof(VFPreload), "InvokeOnLoadWorkEnded", (Type[])null, (Type[])null); HarmonyMethod val = new HarmonyMethod(typeof(FractionateEverything), "FinalAction", (Type[])null); val.after = new string[1] { "me.xiaoye97.plugin.Dyson.LDBTool" }; obj.Patch((MethodBase)methodInfo, (HarmonyMethod)null, val, (HarmonyMethod)null, (HarmonyMethod)null, (HarmonyMethod)null); Harmony obj2 = harmony; MethodInfo methodInfo2 = AccessTools.Method(typeof(Localization), "LoadLanguage", (Type[])null, (Type[])null); val = new HarmonyMethod(typeof(TranslationUtils), "LoadLanguagePostfixAfterCommonApi", (Type[])null); val.after = new string[1] { "dsp.common-api.CommonAPI" }; obj2.Patch((MethodBase)methodInfo2, (HarmonyMethod)null, val, (HarmonyMethod)null, (HarmonyMethod)null, (HarmonyMethod)null); } } public void PreAddData() { Tech.AddTechs(); FractionatorBuildings.CreateAndPreAddNewFractionators(); } public void PostAddData() { ((ProtoSet<ModelProto>)(object)LDB.models).OnAfterDeserialize(); ModelProto.InitMaxModelIndex(); ModelProto.InitModelIndices(); ModelProto.InitModelOrders(); TechProto[] dataArray = ((ProtoSet<TechProto>)(object)LDB.techs).dataArray; for (int i = 0; i < dataArray.Length; i++) { dataArray[i].Preload(); } dataArray = ((ProtoSet<TechProto>)(object)LDB.techs).dataArray; foreach (TechProto val in dataArray) { val.PreTechsImplicit = val.PreTechsImplicit.Except(val.PreTechs).ToArray(); val.UnlockRecipes = val.UnlockRecipes.Distinct().ToArray(); val.Preload2(); } FractionatorBuildings.SetUnlockInfo(); } public static void FinalAction() { if (!_finished) { PreloadAndInitAll(); FractionatorLogic.Init(); FractionatorBuildings.SetFractionatorCacheSize(); FractionateRecipes.AddFracRecipes(); _finished = true; } } public static void PreloadAndInitAll() { ItemProto.InitFuelNeeds(); ItemProto.InitTurretNeeds(); ItemProto.InitFluids(); ItemProto.InitTurrets(); ItemProto.InitEnemyDropTables(); ItemProto.InitConstructableItems(); ItemProto.InitItemIds(); ItemProto.InitItemIndices(); ItemProto.InitMechaMaterials(); ItemProto.InitFighterIndices(); ModelProto.InitMaxModelIndex(); ModelProto.InitModelIndices(); ModelProto.InitModelOrders(); RecipeProto.InitFractionatorNeeds(); RaycastLogic.LoadStatic(); StorageComponent.staticLoaded = false; StorageComponent.LoadStatic(); } public void Import(BinaryReader binaryReader) { _ = (Object)(object)DSPGame.Game == (Object)null; } public void Export(BinaryWriter binaryWriter) { _ = (Object)(object)DSPGame.Game == (Object)null; } public void IntoOtherSave() { if (!((Object)(object)DSPGame.Game == (Object)null)) { _ = DSPGame.IsMenuDemo; } } } } namespace FractionateEverything.Utils { public class AcceptableIntValue : AcceptableValueBase { [CompilerGenerated] private int <min>P; [CompilerGenerated] private int <max>P; private readonly int defVal; public AcceptableIntValue(int defVal, int min, int max) { <min>P = min; <max>P = max; this.defVal = ((defVal >= <min>P && defVal <= <max>P) ? defVal : <min>P); ((AcceptableValueBase)this)..ctor(typeof(int)); } public override object Clamp(object value) { return ((AcceptableValueBase)this).IsValid(value) ? ((int)value) : defVal; } public override bool IsValid(object value) { if (value.GetType() == ((AcceptableValueBase)this).ValueType && (int)value >= <min>P) { return (int)value <= <max>P; } return false; } public override string ToDescriptionString() { return null; } } public class AcceptableBoolValue : AcceptableValueBase { [CompilerGenerated] private bool <defVal>P; public AcceptableBoolValue(bool defVal) { <defVal>P = defVal; ((AcceptableValueBase)this)..ctor(typeof(bool)); } public override object Clamp(object value) { return ((AcceptableValueBase)this).IsValid(value) ? ((bool)value) : <defVal>P; } public override bool IsValid(object value) { return value.GetType() == ((AcceptableValueBase)this).ValueType; } public override string ToDescriptionString() { return null; } } public class AcceptableStringValue : AcceptableValueBase { [CompilerGenerated] private string <defVal>P; public AcceptableStringValue(string defVal) { <defVal>P = defVal; ((AcceptableValueBase)this)..ctor(typeof(string)); } public override object Clamp(object value) { if (!((AcceptableValueBase)this).IsValid(value)) { return <defVal>P; } return (string)value; } public override bool IsValid(object value) { return value.GetType() == ((AcceptableValueBase)this).ValueType; } public override string ToDescriptionString() { return null; } } public static class AddProtoUtils { public static void AddItem(ItemProto item) { AddItem(new List<Proto>(1) { (Proto)(object)item }); } public static void AddItem(List<Proto> itemList) { typeof(LDBTool).GetMethod("AddProtosToSet", AccessTools.all)?.MakeGenericMethod(typeof(ItemProto)).Invoke(null, new object[2] { LDB.items, itemList }); } public static void AddRecipe(RecipeProto recipe) { AddRecipe(new List<RecipeProto>(1) { recipe }); } public static void AddRecipe(List<RecipeProto> recipeList) { List<Proto> list = new List<Proto>(); list.AddRange((IEnumerable<Proto>)recipeList); typeof(LDBTool).GetMethod("AddProtosToSet", AccessTools.all)?.MakeGenericMethod(typeof(RecipeProto)).Invoke(null, new object[2] { LDB.recipes, list }); } public static void AddModel(ModelProto model) { AddModel(new List<Proto>(1) { (Proto)(object)model }); } public static void AddModel(List<Proto> modelList) { typeof(LDBTool).GetMethod("AddProtosToSet", AccessTools.all)?.MakeGenericMethod(typeof(ModelProto)).Invoke(null, new object[2] { LDB.models, modelList }); } public static void AddTech(TechProto tech) { AddTech(new List<Proto>(1) { (Proto)(object)tech }); } public static void AddTech(List<Proto> techList) { typeof(LDBTool).GetMethod("AddProtosToSet", AccessTools.all)?.MakeGenericMethod(typeof(TechProto)).Invoke(null, new object[2] { LDB.techs, techList }); } } public static class FormatUtils { public static string FormatP(this float value) { int i = 3; StringBuilder stringBuilder = new StringBuilder("0.###"); for (; i < 10; i++) { if ((double)value * Math.Pow(10.0, i) >= 1.0) { return value.ToString(stringBuilder.Append("%").ToString()); } stringBuilder.Append("#"); } return "0%"; } } public class RecipeHelper { private int currID = 1010; private readonly List<int> recipeIDList = new List<int>(); public static int maxRowCount; public static int maxColumnCount; private int tab; private int row; private int column; private readonly int firstEmptyGridIndex; private Dictionary<RecipeProto, int> gridIndexDic = new Dictionary<RecipeProto, int>(); public RecipeHelper(int firstPage) { RecipeProto[] dataArray = ((ProtoSet<RecipeProto>)(object)LDB.recipes).dataArray; foreach (RecipeProto val in dataArray) { if (val != null && val.GridIndex > 0) { recipeIDList.Add(((Proto)val).ID); } } tab = firstPage + 1; row = 6; column = 7; firstEmptyGridIndex = tab * 1000 + row * 100 + column + 1; if (GenesisBook.Enable) { maxRowCount = 7; maxColumnCount = 17; } else { maxRowCount = 8; maxColumnCount = 14; } dataArray = ((ProtoSet<RecipeProto>)(object)LDB.recipes).dataArray; foreach (RecipeProto val2 in dataArray) { if (val2 != null && val2.GridIndex > 0) { gridIndexDic.Add(val2, val2.GridIndex); } } } public int GetUnusedRecipeID() { while (((ProtoSet<RecipeProto>)(object)LDB.recipes).Select(currID) != null || recipeIDList.Contains(currID)) { currID++; } recipeIDList.Add(currID); return currID; } public void ModifyGridIndex(RecipeProto r, int tab, int rowColumn) { ModifyGridIndex(r, tab * 1000 + rowColumn); } public void ModifyGridIndex(RecipeProto r, int gridIndex) { if (gridIndex == r.GridIndex) { return; } if (gridIndexDic.ContainsValue(gridIndex)) { gridIndex = -1; } if (gridIndex <= 0) { column++; if (column > maxColumnCount) { column = 1; row++; } int num = tab * 1000 + row * 100 + column; if (row > maxRowCount) { FractionateEverything.LogWarning($"配方{((Proto)r).name}图标超出显示范围，当前GridIndex={num}"); } gridIndexDic[r] = num; r.GridIndex = num; return; } if (gridIndexDic.ContainsKey(r)) { int num2 = gridIndexDic[r]; gridIndexDic.Remove(r); if (num2 / 1000 == tab && num2 >= firstEmptyGridIndex) { Dictionary<RecipeProto, int> dictionary = new Dictionary<RecipeProto, int>(); foreach (KeyValuePair<RecipeProto, int> item in gridIndexDic) { if (item.Value / 1000 == tab && item.Value > num2) { int num3 = item.Value % 1000 / 100; if (item.Value % 1000 % 100 >= 2) { item.Key.GridIndex = item.Value - 1; } else { item.Key.GridIndex = tab * 1000 + (num3 - 1) * 100 + maxColumnCount; } dictionary.Add(item.Key, item.Key.GridIndex); } else { dictionary.Add(item.Key, item.Value); } } gridIndexDic = dictionary; column--; if (column <= 0) { row--; column = maxColumnCount; } } } gridIndexDic.Add(r, gridIndex); r.GridIndex = gridIndex; } } public static class ProtoID { internal const int I伊卡洛斯 = 0; internal const int I行星基地 = 1; internal const int I巨构星际组装厂 = 2; internal const int I铁矿 = 1001; internal const int I铜矿 = 1002; internal const int I硅石 = 1003; internal const int I钛石 = 1004; internal const int I石矿 = 1005; internal const int I煤矿 = 1006; internal const int I木材 = 1030; internal const int I植物燃料 = 1031; internal const int I可燃冰 = 1011; internal const int I金伯利矿石 = 1012; internal const int I分形硅石 = 1013; internal const int I光栅石 = 1014; internal const int I刺笋结晶 = 1015; internal const int I单极磁石 = 1016; internal const int I铁块 = 1101; internal const int I铜块 = 1104; internal const int I高纯硅块 = 1105; internal const int I钛块 = 1106; internal const int I石材 = 1108; internal const int I高能石墨 = 1109; internal const int I钢材 = 1103; internal const int I钛合金 = 1107; internal const int I玻璃 = 1110; internal const int I钛化玻璃 = 1119; internal const int I棱镜 = 1111; internal const int I金刚石 = 1112; internal const int I晶格硅 = 1113; internal const int I齿轮 = 1201; internal const int I磁铁 = 1102; internal const int I磁线圈_GB铜线圈 = 1202; internal const int I电动机 = 1203; internal const int I电磁涡轮 = 1204; internal const int I超级磁场环 = 1205; internal const int I粒子容器 = 1206; internal const int I奇异物质 = 1127; internal const int I电路板 = 1301; internal const int I处理器 = 1303; internal const int I量子芯片 = 1305; internal const int I微晶元件 = 1302; internal const int I位面过滤器 = 1304; internal const int I粒子宽带 = 1402; internal const int I电浆激发器 = 1401; internal const int I光子合并器 = 1404; internal const int I太阳帆 = 1501; internal const int I水 = 1000; internal const int I原油 = 1007; internal const int I精炼油_GB焦油 = 1114; internal const int I硫酸 = 1116; internal const int I氢 = 1120; internal const int I重氢 = 1121; internal const int I反物质 = 1122; internal const int I临界光子 = 1208; internal const int I液氢燃料棒 = 1801; internal const int I氘核燃料棒 = 1802; internal const int I反物质燃料棒 = 1803; internal const int I奇异湮灭燃料棒 = 1804; internal const int I塑料_GB聚丙烯 = 1115; internal const int I石墨烯 = 1123; internal const int I碳纳米管 = 1124; internal const int I有机晶体 = 1117; internal const int I钛晶石 = 1118; internal const int I卡西米尔晶体 = 1126; internal const int I燃烧单元 = 1128; internal const int I爆破单元 = 1129; internal const int I晶石爆破单元 = 1130; internal const int I引力透镜 = 1209; internal const int I空间翘曲器 = 1210; internal const int I湮灭约束球 = 1403; internal const int I动力引擎 = 1407; internal const int I推进器 = 1405; internal const int I加力推进器 = 1406; internal const int I配送运输机 = 5003; internal const int I物流运输机 = 5001; internal const int I星际物流运输船 = 5002; internal const int I框架材料 = 1125; internal const int I戴森球组件 = 1502; internal const int I小型运载火箭 = 1503; internal const int I地基 = 1131; internal const int I增产剂MkI = 1141; internal const int I增产剂MkII = 1142; internal const int I增产剂MkIII_GB增产剂 = 1143; internal const int I机枪弹箱 = 1601; internal const int I钛化弹箱 = 1602; internal const int I超合金弹箱 = 1603; internal const int I炮弹组 = 1604; internal const int I高爆炮弹组 = 1605; internal const int I晶石炮弹组 = 1606; internal const int I等离子胶囊 = 1607; internal const int I反物质胶囊 = 1608; internal const int I导弹组 = 1609; internal const int I超音速导弹组 = 1610; internal const int I引力导弹组 = 1611; internal const int I干扰胶囊 = 1612; internal const int I压制胶囊 = 1613; internal const int I原型机 = 5101; internal const int I精准无人机 = 5102; internal const int I攻击无人机 = 5103; internal const int I护卫舰 = 5111; internal const int I驱逐舰 = 5112; internal const int I黑雾矩阵 = 5201; internal const int I硅基神经元 = 5202; internal const int I物质重组器 = 5203; internal const int I负熵奇点 = 5204; internal const int I核心素 = 5205; internal const int I能量碎片 = 5206; internal const int I传送带 = 2001; internal const int I高速传送带 = 2002; internal const int I极速传送带 = 2003; internal const int I分拣器 = 2011; internal const int I高速分拣器 = 2012; internal const int I极速分拣器 = 2013; internal const int I集装分拣器 = 2014; internal const int I四向分流器 = 2020; internal const int I自动集装机 = 2040; internal const int I流速监测器 = 2030; internal const int I喷涂机 = 2313; internal const int I物流配送器 = 2107; internal const int I小型储物仓 = 2101; internal const int I大型储物仓 = 2102; internal const int I储液罐 = 2106; internal const int I制造台MkI_GB基础制造台 = 2303; internal const int I制造台MkII_GB标准制造单元 = 2304; internal const int I制造台MkIII_GB高精度装配线 = 2305; internal const int I重组式制造台_GB物质重组工厂 = 2318; internal const int I电力感应塔 = 2201; internal const int I无线输电塔 = 2202; internal const int I卫星配电站 = 2212; internal const int I风力涡轮机 = 2203; internal const int I火力发电厂 = 2204; internal const int I微型聚变发电站_GB裂变能源发电站 = 2211; internal const int I地热发电站 = 2213; internal const int I采矿机 = 2301; internal const int I大型采矿机 = 2316; internal const int I抽水站 = 2306; internal const int I电弧熔炉 = 2302; internal const int I位面熔炉 = 2315; internal const int I负熵熔炉 = 2319; internal const int I原油萃取站 = 2307; internal const int I原油精炼厂 = 2308; internal const int I化工厂 = 2309; internal const int I量子化工厂_GB先进化学反应釜 = 2317; internal const int I分馏塔 = 2314; internal const int I太阳能板 = 2205; internal const int I蓄电器 = 2206; internal const int I蓄电器满 = 2207; internal const int I电磁轨道弹射器 = 2311; internal const int I射线接收站 = 2208; internal const int I垂直发射井 = 2312; internal const int I能量枢纽 = 2209; internal const int I微型粒子对撞机 = 2310; internal const int I人造恒星_GB人造恒星MKI = 2210; internal const int I行星内物流运输站 = 2103; internal const int I星际物流运输站 = 2104; internal const int I轨道采集器 = 2105; internal const int I矩阵研究站 = 2901; internal const int I自演化研究站 = 2902; internal const int I高斯机枪塔 = 3001; internal const int I高频激光塔_GB高频激光塔MKI = 3002; internal const int I聚爆加农炮_GB聚爆加农炮MKI = 3003; internal const int I磁化电浆炮 = 3004; internal const int I导弹防御塔 = 3005; internal const int I干扰塔 = 3006; internal const int I信号塔 = 3007; internal const int I行星护盾发生器 = 3008; internal const int I战场分析基站 = 3009; internal const int I近程电浆塔 = 3010; internal const int I电磁矩阵 = 6001; internal const int I能量矩阵 = 6002; internal const int I结构矩阵 = 6003; internal const int I信息矩阵 = 6004; internal const int I引力矩阵 = 6005; internal const int I宇宙矩阵 = 6006; internal const int I沙土 = 1099; internal const int IMS引力发生装置 = 9480; internal const int IMS位面约束环 = 9481; internal const int IMS引力钻头 = 9482; internal const int IMS隧穿激发装置 = 9483; internal const int IMS谐振盘 = 9484; internal const int IMS光子探针 = 9485; internal const int IMS量子计算机 = 9486; internal const int IMS星际组装厂组件 = 9487; internal const int IMS物质解压器运载火箭 = 9488; internal const int IMS科学枢纽运载火箭 = 9489; internal const int IMS谐振发射器运载火箭 = 9490; internal const int IMS星际组装厂运载火箭 = 9491; internal const int IMS晶体重构器运载火箭 = 9492; internal const int IMS多功能集成组件 = 9500; internal const int IMS力场发生器 = 9503; internal const int IMS复合态晶体 = 9504; internal const int IMS电磁力抑制器 = 9505; internal const int IMS胶子发生器 = 9506; internal const int IMS强力过载装置 = 9507; internal const int IMS导流框架 = 9508; internal const int IMS恒星炮组件 = 9509; internal const int IMS恒星炮运载火箭 = 9510; internal const int IVD水滴 = 9511; internal const int IMS铁金属重构装置 = 9493; internal const int IMS铜金属重构装置 = 9494; internal const int IMS高纯硅重构装置 = 9495; internal const int IMS钛金属重构装置 = 9496; internal const int IMS单极磁石重构装置 = 9497; internal const int IMS晶体接收器 = 9498; internal const int IMS组件集成装置 = 9499; internal const int IMS石墨提炼装置 = 9501; internal const int IMS光栅晶体接收器 = 9502; internal const int IMS物资交换物流站 = 9512; internal const int IVD水滴额外伤害 = 8035; internal const int IVD星河卫士勋章 = 9513; internal const int IGB钨矿 = 6201; internal const int IGB铝矿 = 6202; internal const int IGB铝块 = 6203; internal const int IGB铝合金 = 6204; internal const int IGB二氧化碳 = 6206; internal const int IGB硫矿 = 6207; internal const int IGB混凝土 = 6208; internal const int IGB四氢双环戊二烯JP10 = 6212; internal const int IGB四氢双环戊二烯燃料棒 = 6216; internal const int IGB煤油燃料棒 = 6217; internal const int IGB氮 = 6220; internal const int IGB同位素温差发电机 = 6221; internal const int IGB放射性矿物 = 6222; internal const int IGB铀矿 = 6225; internal const int IGB钚矿 = 6226; internal const int IGB含铀核燃料 = 6227; internal const int IGB含钚核燃料 = 6228; internal const int IGB量子储液罐 = 6229; internal const int IGB矿物处理厂 = 6230; internal const int IGB量子储物仓 = 6231; internal const int IGB氦 = 6234; internal const int IGB氦三 = 6235; internal const int IGB钚燃料棒 = 6241; internal const int IGB铀燃料棒 = 6242; internal const int IGBMOX燃料棒 = 6243; internal const int IGB氦三燃料棒 = 6244; internal const int IGB氘氦混合燃料棒 = 6245; internal const int IGB石粉 = 6251; internal const int IGB铁矿粉 = 6252; internal const int IGB铜矿粉 = 6253; internal const int IGB硅矿粉 = 6254; internal const int IGB钛矿粉 = 6255; internal const int IGB煤矿粉 = 6256; internal const int IGB天穹装配厂 = 6257; internal const int IGB物质裂解塔 = 6258; internal const int IGB埃克森美孚化工厂 = 6259; internal const int IGB工业先锋精密加工中心 = 6260; internal const int IGB人造恒星MKII = 6261; internal const int IGB氦闪约束器 = 6263; internal const int IGB物质分解设施 = 6264; internal const int IGB苍穹粒子加速器 = 6265; internal const int IGB聚束液体汲取设施 = 6266; internal const int IGB大气采集站 = 6267; internal const int IGB三元精金 = 6271; internal const int IGB铝矿粉 = 6273; internal const int IGB硫粉 = 6277; internal const int IGB通量矩阵 = 6278; internal const int IGB空间矩阵 = 6279; internal const int IGB宇宙矩阵粗坯 = 6280; internal const int IGB钨矿粉 = 6281; internal const int IGB基础机械组件 = 6501; internal const int IGB先进机械组件 = 6502; internal const int IGB尖端机械组件 = 6503; internal const int IGB超级机械组件 = 6504; internal const int IGB创世之书 = 6506; internal const int IGB虚空之书 = 6507; internal const int IGB起源之书 = 6508; internal const int IGB空燃料棒 = 6509; internal const int IGB开发者日志01 = 6511; internal const int IGB开发者日志02 = 6512; internal const int IGB开发者日志03 = 6513; internal const int IGB开发者日志04 = 6514; internal const int IGB开发者日志05 = 6515; internal const int IGB开发者日志06 = 6516; internal const int IGB开发者日志07 = 6517; internal const int IGB开发者日志08 = 6518; internal const int IGB开发者日志09 = 6519; internal const int IGB开发者日志10 = 6520; internal const int IGB开发者日志11 = 6521; internal const int IGB电力节约 = 6522; internal const int IGB上传扩容 = 6523; internal const int IGB燃料回收 = 6524; internal const int IGB风力扩容 = 6525; internal const int IGB光伏扩容 = 6526; internal const int IGB热聚增效 = 6527; internal const int IGB资源采掘 = 6528; internal const int IGB裂变增效 = 6529; internal const int IGB先进推进 = 6530; internal const int IGB特征向量模拟 = 6531; internal const int IGB中继信号干扰 = 6532; internal const int IGB神经元重编程 = 6533; internal const int IGB异常代码分析 = 6534; internal const int IGB氨 = 7002; internal const int IGB苯 = 7006; internal const int IGB丙烯 = 7009; internal const int IGB盐酸 = 7014; internal const int IGB三氯化铁 = 7015; internal const int IGB硝酸 = 7017; internal const int IGB海水 = 7018; internal const int IGB氧 = 7019; internal const int IGB氢氧化钠 = 7020; internal const int IGB氯化钠 = 7101; internal const int IGB塑料基板 = 7501; internal const int IGB光学基板 = 7504; internal const int IGB钢芯弹箱 = 7607; internal const int IGB钨芯弹箱 = 7608; internal const int IGB三元弹箱 = 7609; internal const int IGB核子爆破单元 = 7610; internal const int IGB反物质湮灭单元 = 7611; internal const int IGB微型核弹组 = 7612; internal const int IGB反物质炮弹组 = 7613; internal const int IGB反物质导弹组 = 7615; internal const int IGB湮灭弹箱 = 7616; internal const int IGB聚爆加农炮MKII = 7617; internal const int IGB高频激光塔MKII = 7618; internal const int IGB钨块 = 7705; internal const int IGB钨强化玻璃 = 7706; internal const int IGB钨合金 = 7707; internal const int IGB聚苯硫醚PPS = 7708; internal const int IGB聚酰亚胺PI = 7709; internal const int IGB光学处理器 = 7803; internal const int IGB光学信息传输纤维 = 7804; internal const int IGB量子计算主机 = 7805; internal const int IGB超越X1型光学主机 = 7806; internal const int IFE自然资源分馏塔 = 2321; internal const int IFE升级分馏塔 = 2322; internal const int IFE降级分馏塔 = 2323; internal const int IFE垃圾回收分馏塔 = 2324; internal const int IFE点数聚集分馏塔 = 2325; internal const int IFE增产分馏塔 = 2326; internal const int M水 = 494; internal const int M燃烧单元 = 489; internal const int M爆破单元 = 490; internal const int M晶石爆破单元_GB反物质湮灭单元 = 491; internal const int M配送运输机 = 372; internal const int M物流运输机 = 47; internal const int M星际物流运输船 = 48; internal const int M小型运载火箭 = 75; internal const int M炮弹组 = 486; internal const int M高爆炮弹组 = 487; internal const int M晶石炮弹组_GB微型核弹组 = 488; internal const int M导弹组 = 432; internal const int M超音速导弹组 = 433; internal const int M引力导弹组 = 434; internal const int M干扰胶囊 = 492; internal const int M压制胶囊 = 493; internal const int M原型机 = 448; internal const int M精准无人机 = 449; internal const int M攻击无人机 = 450; internal const int M护卫舰 = 451; internal const int M驱逐舰 = 452; internal const int M传送带 = 35; internal const int M高速传送带 = 36; internal const int M极速传送带 = 37; internal const int M分拣器 = 41; internal const int M高速分拣器 = 42; internal const int M极速分拣器 = 43; internal const int M集装分拣器 = 483; internal const int M四向分流器 = 38; internal const int M自动集装机 = 257; internal const int M流速监测器 = 208; internal const int M喷涂机 = 120; internal const int M物流配送器 = 371; internal const int M小型储物仓 = 51; internal const int M大型储物仓 = 52; internal const int M储液罐 = 121; internal const int M制造台MkI_GB基础制造台 = 65; internal const int M制造台MkII_GB标准制造单元 = 66; internal const int M制造台MkIII_GB高精度装配线 = 67; internal const int M重组式制造台_GB物质重组工厂 = 456; internal const int M电力感应塔 = 44; internal const int M无线输电塔 = 71; internal const int M卫星配电站 = 68; internal const int M风力涡轮机 = 53; internal const int M火力发电厂 = 54; internal const int M微型聚变发电站_GB裂变能源发电站 = 118; internal const int M地热发电站 = 255; internal const int M采矿机 = 57; internal const int M大型采矿机 = 256; internal const int M抽水站 = 60; internal const int M电弧熔炉 = 62; internal const int M位面熔炉 = 194; internal const int M负熵熔炉 = 457; internal const int M原油萃取站 = 61; internal const int M原油精炼厂 = 63; internal const int M化工厂 = 64; internal const int M量子化工厂_GB先进化学反应釜 = 376; internal const int M分馏塔 = 119; internal const int M太阳能板 = 55; internal const int M蓄电器 = 46; internal const int M蓄电器满 = 46; internal const int M电磁轨道弹射器 = 72; internal const int M射线接收站 = 73; internal const int M垂直发射井 = 74; internal const int M能量枢纽 = 45; internal const int M微型粒子对撞机 = 69; internal const int M人造恒星_GB人造恒星MKI = 56; internal const int M行星内物流运输站 = 49; internal const int M星际物流运输站 = 50; internal const int M轨道采集器 = 117; internal const int M矩阵研究站 = 70; internal const int M自演化研究站 = 455; internal const int M高斯机枪塔 = 374; internal const int M高频激光塔_GB高频激光塔MKI = 373; internal const int M聚爆加农炮_GB聚爆加农炮MKI = 375; internal const int M磁化电浆炮 = 408; internal const int M导弹防御塔 = 407; internal const int M干扰塔 = 422; internal const int M信号塔 = 403; internal const int M行星护盾发生器 = 402; internal const int M战场分析基站 = 453; internal const int M近程电浆塔 = 482; internal const int MMS铁金属重构装置 = 73; internal const int MMS铜金属重构装置 = 73; internal const int MMS高纯硅重构装置 = 73; internal const int MMS钛金属重构装置 = 73; internal const int MMS单极磁石重构装置 = 73; internal const int MMS晶体接收器 = 73; internal const int MMS组件集成装置 = 73; internal const int MMS石墨提炼装置 = 73; internal const int MMS光栅晶体接收器 = 73; internal const int MMS物资交换物流站 = 50; internal const int MGB量子储液罐 = 801; internal const int MGB矿物处理厂 = 802; internal const int MGB天穹装配厂 = 803; internal const int MGB物质裂解塔 = 804; internal const int MGB埃克森美孚化工厂 = 805; internal const int MGB工业先锋精密加工中心 = 806; internal const int MGB人造恒星MKII = 807; internal const int MGB聚束液体汲取设施 = 808; internal const int MGB同位素温差发电机 = 809; internal const int MGB物质分解设施 = 810; internal const int MGB苍穹粒子加速器 = 811; internal const int MGB大气采集站 = 812; internal const int MGB反物质导弹组 = 813; internal const int MGB量子储物仓 = 814; internal const int MGB聚爆加农炮MKII = 815; internal const int MGB高频激光塔MKII = 816; internal const int MGB核子爆破单元 = 817; internal const int MGB反物质炮弹组 = 818; internal const int MFE自然资源分馏塔 = 531; internal const int MFE升级分馏塔 = 532; internal const int MFE降级分馏塔 = 533; internal const int MFE垃圾回收分馏塔 = 534; internal const int MFE点数聚集分馏塔 = 535; internal const int MFE增产分馏塔 = 536; internal const int R铁块 = 1; internal const int R磁铁_GB铜线圈 = 2; internal const int R铜块 = 3; internal const int R石材 = 4; internal const int R齿轮 = 5; internal const int R磁线圈_GB电路板 = 6; internal const int R风力涡轮机 = 7; internal const int R电力感应塔 = 8; internal const int R电磁矩阵 = 9; internal const int R矩阵研究站 = 10; internal const int R棱镜 = 11; internal const int R电浆激发器 = 12; internal const int R无线输电塔 = 13; internal const int R原油萃取站 = 14; internal const int R原油精炼厂 = 15; internal const int R等离子精炼 = 16; internal const int R高能石墨 = 17; internal const int R能量矩阵 = 18; internal const int R液氢燃料棒 = 19; internal const int R推进器 = 20; internal const int R加力推进器 = 21; internal const int R化工厂 = 22; internal const int R塑料_GB聚丙烯 = 23; internal const int R硫酸 = 24; internal const int R有机晶体_GB铝块 = 25; internal const int R钛晶石_GB铝合金 = 26; internal const int R结构矩阵 = 27; internal const int R卡西米尔晶体 = 28; internal const int R卡西米尔晶体高效 = 29; internal const int R钛化玻璃 = 30; internal const int R石墨烯 = 31; internal const int R石墨烯高效 = 32; internal const int R碳纳米管 = 33; internal const int R硅石_硅石筛选 = 34; internal const int R碳纳米管高效 = 35; internal const int R粒子宽带 = 36; internal const int R晶格硅 = 37; internal const int R位面过滤器 = 38; internal const int R微型粒子对撞机 = 39; internal const int R重氢 = 40; internal const int R氘核燃料棒 = 41; internal const int R湮灭约束球 = 42; internal const int R人造恒星_GB人造恒星MKI = 43; internal const int R反物质燃料棒 = 44; internal const int R制造台MkI_GB基础制造台 = 45; internal const int R制造台MkII_GB标准制造单元 = 46; internal const int R制造台MkIII_GB高精度装配线 = 47; internal const int R采矿机 = 48; internal const int R抽水站 = 49; internal const int R电路板_玻璃 = 50; internal const int R处理器 = 51; internal const int R量子芯片 = 52; internal const int R微晶元件 = 53; internal const int R有机晶体原始_GB埃克森美孚化工厂 = 54; internal const int R信息矩阵 = 55; internal const int R电弧熔炉 = 56; internal const int R玻璃_GB三元精金 = 57; internal const int RX射线裂解 = 58; internal const int R高纯硅块 = 59; internal const int R金刚石 = 60; internal const int R金刚石高效 = 61; internal const int R晶格硅高效 = 62; internal const int R钢材 = 63; internal const int R火力发电厂 = 64; internal const int R钛块 = 65; internal const int R钛合金 = 66; internal const int R太阳能板 = 67; internal const int R光子合并器 = 68; internal const int R光子合并器高效 = 69; internal const int R太阳帆 = 70; internal const int R电磁轨道弹射器 = 71; internal const int R射线接收站 = 72; internal const int R卫星配电站 = 73; internal const int R质能储存 = 74; internal const int R宇宙矩阵 = 75; internal const int R蓄电器 = 76; internal const int R能量枢纽 = 77; internal const int R空间翘曲器 = 78; internal const int R空间翘曲器高级 = 79; internal const int R框架材料 = 80; internal const int R戴森球组件 = 81; internal const int R垂直发射井 = 82; internal const int R小型运载火箭 = 83; internal const int R传送带 = 84; internal const int R分拣器 = 85; internal const int R小型储物仓 = 86; internal const int R四向分流器 = 87; internal const int R高速分拣器 = 88; internal const int R高速传送带 = 89; internal const int R极速分拣器 = 90; internal const int R大型储物仓 = 91; internal const int R极速传送带 = 92; internal const int R行星内物流运输站 = 93; internal const int R物流运输机 = 94; internal const int R星际物流运输站 = 95; internal const int R星际物流运输船 = 96; internal const int R电动机 = 97; internal const int R电磁涡轮 = 98; internal const int R粒子容器 = 99; internal const int R粒子容器高效 = 100; internal const int R引力透镜 = 101; internal const int R引力矩阵 = 102; internal const int R超级磁场环 = 103; internal const int R奇异物质 = 104; internal const int R增产剂MkI_GB氦三 = 106; internal const int R增产剂MkII_GB氦原子提取 = 107; internal const int R增产剂MkIII_GB增产剂 = 108; internal const int R喷涂机 = 109; internal const int R分馏塔_GB人造恒星MKII = 110; internal const int R轨道采集器 = 111; internal const int R地基 = 112; internal const int R微型聚变发电站_GB裂变能源发电站 = 113; internal const int R储液罐 = 114; internal const int R重氢分馏_GB氦闪约束器 = 115; internal const int R位面熔炉 = 116; internal const int R流速监测器 = 117; internal const int R地热发电站 = 118; internal const int R大型采矿机 = 119; internal const int R自动集装机 = 120; internal const int R重整精炼_GB铝矿粉 = 121; internal const int R物流配送器 = 122; internal const int R配送运输机 = 123; internal const int R量子化工厂_GB先进化学反应釜 = 124; internal const int R高斯机枪塔 = 125; internal const int R高频激光塔_GB高频激光塔MKI = 126; internal const int R聚爆加农炮_GB聚爆加农炮MKI = 127; internal const int R磁化电浆炮 = 128; internal const int R导弹防御塔 = 129; internal const int R干扰塔 = 130; internal const int R信号塔 = 131; internal const int R行星护盾发生器 = 132; internal const int R燃烧单元 = 133; internal const int R爆破单元 = 134; internal const int R晶石爆破单元_GB核子爆破单元 = 135; internal const int R机枪弹箱 = 136; internal const int R钛化弹箱 = 137; internal const int R超合金弹箱 = 138; internal const int R炮弹组 = 139; internal const int R高爆炮弹组 = 140; internal const int R晶石炮弹组_GB微型核弹组 = 141; internal const int R等离子胶囊 = 142; internal const int R反物质胶囊 = 143; internal const int R导弹组 = 144; internal const int R超音速导弹组 = 145; internal const int R引力导弹组 = 146; internal const int R原型机 = 147; internal const int R精准无人机 = 148; internal const int R攻击无人机 = 149; internal const int R护卫舰 = 150; internal const int R驱逐舰 = 151; internal const int R动力引擎 = 105; internal const int R战场分析基站 = 152; internal const int R自演化研究站 = 153; internal const int R重组式制造台_GB物质重组工厂 = 154; internal const int R负熵熔炉 = 155; internal const int R奇异湮灭燃料棒 = 156; internal const int R近程电浆塔 = 157; internal const int R干扰胶囊 = 158; internal const int R压制胶囊 = 159; internal const int R集装分拣器 = 160; internal const int RMS引力发生装置 = 530; internal const int RMS位面约束环 = 531; internal const int RMS引力钻头 = 532; internal const int RMS隧穿激发装置 = 533; internal const int RMS谐振盘 = 534; internal const int RMS光子探针 = 535; internal const int RMS量子计算机 = 536; internal const int RMS星际组装厂组件 = 537; internal const int RMS多功能集成组件 = 550; internal const int RMS物质解压器运载火箭 = 538; internal const int RMS科学枢纽运载火箭 = 539; internal const int RMS谐振发射器运载火箭 = 540; internal const int RMS星际组装厂运载火箭 = 541; internal const int RMS晶体重构器运载火箭 = 542; internal const int RMS力场发生器Recipe = 565; internal const int RMS复合态晶体Recipe = 566; internal const int RMS电磁力抑制器Recipe = 567; internal const int RMS胶子发生器Recipe = 568; internal const int RMS强力过载装置Recipe = 569; internal const int RMS导流框架Recipe = 570; internal const int RMS恒星炮组件Recipe = 571; internal const int RMS恒星炮运载火箭Recipe = 572; internal const int RMS水滴gmRecipe = 573; internal const int RMS制造台快速组装 = 554; internal const int RMS传送带快速组装 = 551; internal const int RMS化工厂快速组装 = 556; internal const int RMS对撞机快速组装 = 558; internal const int RMS星际物流快速组装 = 562; internal const int RMS研究站快速组装 = 559; internal const int RMS行星内物流快速组装 = 561; internal const int RMS配电站快速组装 = 553; internal const int RMS人造恒星快速组装 = 560; internal const int RMS精炼厂快速组装 = 557; internal const int RMS位面熔炉快速组装 = 555; internal const int RMS分拣器快速组装 = 552; internal const int RMS铁金属重构装置 = 543; internal const int RMS铜金属重构装置 = 544; internal const int RMS高纯硅重构装置 = 545; internal const int RMS钛金属重构装置 = 546; internal const int RMS单极磁石重构装置 = 547; internal const int RMS晶体接收器 = 548; internal const int RMS组件集成装置 = 549; internal const int RMS石墨提炼装置 = 563; internal const int RMS光栅晶体接收器 = 564; internal const int RMS物资交换物流站 = 575; internal const int RVD星河卫士奖章Recipe = 382; internal const int RGB放射性矿物处理 = 401; internal const int RGB铝矿精炼 = 402; internal const int RGB钨矿精炼 = 404; internal const int RGB钨矿粉 = 405; internal const int RGB含铀核燃料 = 406; internal const int RGB含钚核燃料 = 407; internal const int RGB铀燃料棒 = 408; internal const int RGB钚燃料棒 = 409; internal const int RGBMOX燃料棒 = 410; internal const int RGB铁矿精炼 = 411; internal const int RGB铜矿精炼 = 412; internal const int RGB硅矿精炼 = 413; internal const int RGB钛矿精炼 = 414; internal const int RGB混凝土 = 415; internal const int RGB天穹装配厂 = 416; internal const int RGB苍穹粒子加速器 = 417; internal const int RGB聚束液体汲取设施 = 418; internal const int RGB大气采集站 = 419; internal const int RGB石矿精炼 = 420; internal const int RGB煤矿精炼 = 421; internal const int RGB工业先锋精密加工中心 = 422; internal const int RGB物质分解设施 = 423; internal const int RGB物质回收 = 429; internal const int RGB焦油裂化 = 501; internal const int RGB二氧化碳 = 506; internal const int RGB催化重整 = 509; internal const int RGB四氢双环戊二烯JP10 = 512; internal const int RGB四氢双环戊二烯燃料棒 = 515; internal const int RGB煤油燃料棒 = 516; internal const int RGB处理器高效 = 519; internal const int RGB量子储液罐 = 522; internal const int RGB矿物处理厂 = 523; internal const int RGB量子储物仓 = 524; internal const int RGB铁矿粉 = 531; internal const int RGB铜矿粉 = 532; internal const int RGB硅矿粉 = 533; internal const int RGB钛矿粉 = 534; internal const int RGB石粉 = 535; internal const int RGB煤矿粉 = 536; internal const int RGB硫粉 = 537; internal const int RGB通量矩阵 = 539; internal const int RGB空间矩阵 = 540; internal const int RGB质能储存高效 = 541; internal const int RGB物质裂解塔 = 542; internal const int RGB宇宙矩阵粗坯 = 544; internal const int RGB活性纤维重组 = 550; internal const int RGB超越X1型光学主机 = 569; internal const int RGB氘氦混合燃料棒 = 624; internal const int RGB氦三燃料棒 = 625; internal const int RGB基础机械组件 = 641; internal const int RGB先进机械组件 = 642; internal const int RGB尖端机械组件 = 643; internal const int RGB空燃料棒 = 644; internal const int RGB水电解 = 702; internal const int RGB盐水电解 = 703; internal const int RGB钛晶石高效 = 709; internal const int RGB合成氨 = 710; internal const int RGB煤炭干馏 = 712; internal const int RGB焦油分馏 = 713; internal const int RGB钛晶石 = 714; internal const int RGB三氯化铁 = 716; internal const int RGB氨氧化 = 717; internal const int RGB羰基合成 = 720; internal const int RGB塑料基板 = 751; internal const int RGB同位素温差发电机 = 752; internal const int RGB光学基板 = 754; internal const int RGB聚苯硫醚PPS = 771; internal const int RGB聚酰亚胺PI = 772; internal const int RGB钨矿筛选 = 773; internal const int RGB钨块 = 774; internal const int RGB钨强化玻璃 = 775; internal const int RGB钨合金 = 776; internal const int RGB钢芯弹箱 = 781; internal const int RGB钨芯弹箱 = 782; internal const int RGB三元弹箱 = 783; internal const int RGB反物质湮灭单元 = 785; internal const int RGB反物质炮弹组 = 787; internal const int RGB反物质导弹组 = 789; internal const int RGB湮灭弹箱 = 790; internal const int RGB聚爆加农炮MKII = 791; internal const int RGB高频激光塔MKII = 792; internal const int RGB光学处理器 = 793; internal const int RGB光学信息传输纤维 = 794; internal const int RGB量子计算主机 = 795; internal const int RGB海水淡化 = 801; internal const int RFE自然资源分馏塔 = 1001; internal const int RFE升级分馏塔 = 1002; internal const int RFE降级分馏塔 = 1003; internal const int RFE垃圾回收分馏塔 = 1004; internal const int RFE点数聚集分馏塔 = 1005; internal const int RFE增产分馏塔 = 1006; internal const int T戴森球计划 = 1; internal const int T电磁学 = 1001; internal const int T电磁矩阵 = 1002; internal const int T高效电浆控制 = 1101; internal const int T等离子萃取精炼 = 1102; internal const int TX射线裂解 = 1103; internal const int T重整精炼_GB先进有机合成技术 = 1104; internal const int T能量矩阵 = 1111; internal const int T氢燃料棒_GB气体冷凝 = 1112; internal const int T推进器 = 1113; internal const int T加力推进器 = 1114; internal const int T流体储存封装 = 1120; internal const int T基础化工 = 1121; internal const int T高分子化工 = 1122; internal const int T高强度晶体 = 1123; internal const int T结构矩阵 = 1124; internal const int T卡西米尔晶体 = 1125; internal const int T高强度玻璃 = 1126; internal const int T应用型超导体 = 1131; internal const int T高强度材料 = 1132; internal const int T粒子可控 = 1133; internal const int T重氢分馏_GB强相互作用力材料 = 1134; internal const int T波函数干扰 = 1141; internal const int T微型粒子对撞机_GB粒子对撞机 = 1142; internal const int T奇异物质 = 1143; internal const int T人造恒星_质能转换利用 = 1144; internal const int T可控湮灭反应 = 1145; internal const int T增产剂MkI_GB物品增产 = 1151; internal const int T增产剂MkII_GB虫洞航行 = 1152; internal const int T增产剂MkIII_GB人造恒星MKI = 1153; internal const int T基础制造 = 1201; internal const int T高速制造_GB标准制造单元 = 1202; internal const int T量子打印_GB高精度加工 = 1203; internal const int T处理器 = 1302; internal const int T量子芯片 = 1303; internal const int T光子聚束采矿 = 1304; internal const int T亚微观量子纠缠_GB化学反应釜压力容器 = 1305; internal const int T半导体材料 = 1311; internal const int T信息矩阵 = 1312; internal const int T自动化冶金 = 1401; internal const int T冶炼提纯 = 1402; internal const int T晶体冶炼 = 1403; internal const int T钢材冶炼 = 1411; internal const int T火力发电 = 1412; internal const int T钛矿冶炼 = 1413; internal const int T高强度钛合金 = 1414; internal const int T移山填海工程_GB工业生产 = 1415; internal const int T微型核聚变发电_GB裂变发电站 = 1416; internal const int T位面冶金 = 1417; internal const int T太阳能收集 = 1501; internal const int T光子变频 = 1502; internal const int T太阳帆轨道系统 = 1503; internal const int T射线接收站 = 1504; internal const int T行星电离层利用 = 1505; internal const int T狄拉克逆变机制 = 1506; internal const int T宇宙矩阵 = 1507; internal const int T任务完成 = 1508; internal const int T能量储存 = 1511; internal const int T星际电力运输 = 1512; internal const int T地热开采 = 1513; internal const int T高强度轻质结构 = 1521; internal const int T垂直发射井 = 1522; internal const int T戴森球应力系统 = 1523; internal const int T基础物流系统 = 1601; internal const int T改良物流系统 = 1602; internal const int T高效物流系统 = 1603; internal const int T行星物流系统 = 1604; internal const int T星际物流系统 = 1605; internal const int T气态行星开采 = 1606; internal const int T集装物流系统_GB物品仓储 = 1607; internal const int T配送物流系统 = 1608; internal const int T电磁驱动 = 1701; internal const int T磁悬浮 = 1702; internal const int T粒子磁力阱 = 1703; internal const int T引力波折射 = 1704; internal const int T引力矩阵 = 1705; internal const int T超级磁场发生器 = 1711; internal const int T卫星配电系统 = 1712; internal const int T武器系统 = 1801; internal const int T燃烧单元 = 1802; internal const int T爆破单元 = 1803; internal const int T晶石爆破单元_GB核能爆破单元 = 1804; internal const int T动力引擎 = 1805; internal const int T导弹防御塔 = 1806; internal const int T聚爆加农炮 = 1807; internal const int T信号塔 = 1808; internal const int T行星防御系统 = 1809; internal const int T干扰塔 = 1810; internal const int T磁化电浆炮 = 1811; internal const int T钛化弹箱_GB钢芯穿甲弹 = 1812; internal const int T超合金弹箱_GB钛金强化弹壳 = 1813; internal const int T高爆炮弹组 = 1814; internal const int T超音速导弹组 = 1815; internal const int T晶石炮弹组_GB微型核弹 = 1816; internal const int T引力导弹组 = 1817; internal const int T反物质胶囊 = 1818; internal const int T原型机 = 1819; internal const int T精准无人机 = 1820; internal const int T攻击无人机 = 1821; internal const int T护卫舰 = 1822; internal const int T驱逐舰 = 1823; internal const int T压制胶囊 = 1824; internal const int T战场分析基站 = 1826; internal const int T数字模拟计算 = 1901; internal const int T物质重组 = 1902; internal const int T负熵递归 = 1903; internal const int T高密度可控湮灭 = 1904; internal const int T机甲核心 = 2101; internal const int T机械骨骼 = 2201; internal const int T机舱容量 = 2301; internal const int T通讯控制 = 2401; internal const int T能量回路 = 2501; internal const int T无人机引擎 = 2601; internal const int T批量建造 = 2701; internal const int T能量护盾 = 2801; internal const int T驱动引擎 = 2901; internal const int T自动标记重建 = 2951; internal const int T太阳帆寿命 = 3101; internal const int T射线传输效率 = 3201; internal const int T分拣器货物叠加 = 3301; internal const int T分拣器货物集装 = 3306; internal const int T集装分拣器改良 = 3311; internal const int T配送范围 = 4001; internal const int T运输船引擎 = 3401; internal const int T运输机舱扩容 = 3501; internal const int T运输站集装物流 = 3801; internal const int T矿物利用 = 3601; internal const int T垂直建造 = 3701; internal const int T研究速度 = 3901; internal const int T宇宙探索 = 4101; internal const int T动能武器伤害 = 5001; internal const int T能量武器伤害 = 5101; internal const int T爆破武器伤害 = 5201; internal const int T战斗无人机伤害 = 5301; internal const int T战斗无人机射速 = 5401; internal const int T战斗无人机耐久 = 5601; internal const int T行星护盾 = 5701; internal const int T地面编队扩容 = 5801; internal const int T太空编队扩容 = 5901; internal const int T结构强化 = 6001; internal const int TVD电磁武器效果 = 6101; internal const int TMS尼科尔戴森光束 = 1918; internal const int TVD玻色子操控 = 1999; internal const int TVD并入COSMO架构 = 1998; internal const int TGB科学理论 = 1900; internal const int TGB钨强化玻璃 = 1911; internal const int TGB焦油精炼 = 1915; internal const int TGB放射性矿物提炼 = 1916; internal const int TGB裂变能源燃料棒 = 1919; internal const int TGB同位素温差发电 = 1920; internal const int TGB聚变燃料提取 = 1921; internal const int TGB聚变能源燃料棒 = 1922; internal const int TGB巨型建筑天穹装配厂 = 1923; internal const int TGB巨型建筑物质裂解塔 = 1924; internal const int TGB巨型建筑行星级化学反应釜 = 1925; internal const int TGB巨型建筑精密结构组装厂 = 1926; internal const int TGB巨型建筑巨型粒子对撞机 = 1927; internal const int TGB化学能燃料棒 = 1928; internal const int TGB矿物处理 = 1929; internal const int TGB先进化工 = 1930; internal const int TGB巨型建筑物质分解设施 = 1931; internal const int TGB化工厂 = 1932; internal const int TGB巨型建筑工程学 = 1934; internal const int TGB行星协调中心 = 1936; internal const int TGB基础机械组件 = 1941; internal const int TGB先进机械组件 = 1942; internal const int TGB尖端机械组件 = 1943; internal const int TGB钨强化金属 = 1944; internal const int TGB家园世界虚拟技术革新 = 1947; internal const int TGB家园世界光学信息传输技术 = 1948; internal const int TGB超级量子计算机 = 1949; internal const int TGB家园世界光学计算机 = 1950; internal const int TGB反物质湮灭单元 = 1952; internal const int TGB湮灭战斗部 = 1954; internal const int TGB超重型穿甲弹 = 1955; internal const int TGB强互作用力弹药 = 1956; internal const int TGB小型化湮灭反应 = 1957; internal const int TGB反物质飞弹 = 1959; internal const int TGB行星协调中心黑雾数据库 = 1960; internal const int TGB虚数空间存储 = 1962; internal const int TGB集装物流系统 = 1963; internal const int TFE自然资源分馏 = 1621; internal const int TFE升降级分馏 = 1622; internal const int TFE垃圾回收 = 1623; internal const int TFE增产点数聚集 = 1159; internal const int TFE增产分馏 = 1908; internal const int TFE分馏流动输出集装 = 3807; internal const int TFE分馏产物输出集装 = 3804; internal const int TFE分馏永动 = 3808; } public static class TranslationUtils { private struct ModStr { public string key; public string enTrans; public string cnTrans; } private static readonly List<ModStr> modStringList = new List<ModStr>(); public static string AddOrangeLabel(this string s) { return "<color=\"#FD965ECC\">" + s + "</color>"; } public static string AddRedLabel(this string s) { return "<color=\"#FF5D4CB7\">" + s + "</color>"; } public static string AddBlueLabel(this string s) { return "<color=\"#61D8FFB8\">" + s + "</color>"; } public static void Register(string key, string enTrans, string cnTrans = null) { LocalizationModule.RegisterTranslation(key, enTrans, cnTrans ?? key, enTrans); } public static void Edit(string key, string enTrans, string cnTrans = null) { LocalizationModule.EditTranslation(key, enTrans, cnTrans ?? key, enTrans); } public static void RegisterOrEditAsync(string key, string enTrans, string cnTrans = null) { ModStr modStr = default(ModStr); modStr.key = key; modStr.enTrans = enTrans; modStr.cnTrans = cnTrans ?? key; ModStr item = modStr; foreach (ModStr modString in modStringList) { if (modString.key == key) { modStringList.Remove(modString); break; } } modStringList.Add(item); } public static void RegisterOrEditImmediately(string key, string enTrans, string cnTrans = null) { RegisterOrEditAsync(key, enTrans, cnTrans); LoadLanguagePostfixAfterCommonApi(); } public static void LoadLanguagePostfixAfterCommonApi() { try { if (modStringList.Count == 0 || Localization.strings == null || Localization.CurrentLanguageIndex >= Localization.strings.Length || Localization.strings[Localization.CurrentLanguageIndex] == null || Localization.currentStrings == null || Localization.floats == null || Localization.CurrentLanguageIndex >= Localization.floats.Length || Localization.floats[Localization.CurrentLanguageIndex] == null || Localization.currentFloats == null) { return; } string[] array = Localization.strings[Localization.CurrentLanguageIndex]; List<string> list = new List<string>(array.Length); list.AddRange(array); List<string> list2 = list; float[] array2 = Localization.floats[Localization.CurrentLanguageIndex]; List<float> list3 = new List<float>(array2.Length); list3.AddRange(array2); List<float> list4 = list3; bool flag = Localization.CurrentLanguageLCID == 2052; foreach (ModStr modString in modStringList) { if (!Localization.namesIndexer.TryGetValue(modString.key, out var value)) { value = Localization.namesIndexer.Count; Localization.namesIndexer.Add(modString.key, value); } while (list2.Count <= value) { list2.Add(Localization.namesIndexer.ElementAt(list2.Count).Key); list4.Add(0f); } list2[value] = (flag ? modString.cnTrans : modString.enTrans); } Localization.strings[Localization.CurrentLanguageIndex] = list2.ToArray(); Localization.currentStrings = Localization.strings[Localization.CurrentLanguageIndex]; Localization.floats[Localization.CurrentLanguageIndex] = list4.ToArray(); Localization.currentFloats = Localization.floats[Localization.CurrentLanguageIndex]; FractionateEverything.LogInfo($"Modify translations finish, currentStrings.len={Localization.currentStrings.Length}"); } catch (Exception ex) { FractionateEverything.LogError("LoadLanguagePostfixAfterCommonApi Error: " + ex); } } } } namespace FractionateEverything.Main { public static class FractionateRecipes { private static readonly Dictionary<int, float> defaultNumRatioCommonVein = new Dictionary<int, float> { { 2, 0.05f } }; private static readonly Dictionary<int, float> defaultNumRatioRealVein = new Dictionary<int, float> { { 2, 0.025f } }; private static readonly Dictionary<int, float> defaultNumRatioUpgrade = new Dictionary<int, float> { { 1, 0.04f }, { -1, 0.01f } }; private static readonly Dictionary<int, float> defaultNumRatioDowngrade = new Dictionary<int, float> { { 2, 0.02f } }; private static readonly Dictionary<int, float> noResultDic = new Dictionary<int, float> { { 1, 0f } }; private static readonly List<int> itemNaturalResourceList = new List<int>(); private static readonly Dictionary<int, Dictionary<int, float>> numRatioNaturalResourceDic = new Dictionary<int, Dictionary<int, float>>(); private static readonly Dictionary<int, int> itemUpgradeDic = new Dictionary<int, int>(); private static readonly Dictionary<int, Dictionary<int, float>> numRatioUpgradeDic = new Dictionary<int, Dictionary<int, float>>(); private static readonly Dictionary<int, int> itemDowngradeDic = new Dictionary<int, int>(); private static readonly Dictionary<int, Dictionary<int, float>> numRatioDowngradeDic = new Dictionary<int, Dictionary<int, float>>(); private static RecipeHelper helper; private static readonly List<RecipeProto> recipeList = new List<RecipeProto>(); private static List<RecipeProto> fuelRodRecipeList = new List<RecipeProto>(); private static List<RecipeProto> matrixRecipeList = new List<RecipeProto>(); private static List<int> fuelRodGridIndexList = new List<int>(); private static List<int> matrixGridIndexList = new List<int>(); public static int GetItemNaturalResource(int itemID) { if (!itemNaturalResourceList.Contains(itemID)) { return 0; } return itemID; } public static Dictionary<int, float> GetNumRatioNaturalResource(int itemID) { if (!numRatioNaturalResourceDic.TryGetValue(itemID, out var value)) { return noResultDic; } return value; } public static int GetItemUpgrade(int itemID) { if (!itemUpgradeDic.TryGetValue(itemID, out var value)) { return 0; } return value; } public static Dictionary<int, float> GetNumRatioUpgrade(int itemID) { if (!numRatioUpgradeDic.TryGetValue(itemID, out var value)) { return noResultDic; } return value; } public static int GetItemDowngrade(int itemID) { if (!itemDowngradeDic.TryGetValue(itemID, out var value)) { return 0; } return value; } public static Dictionary<int, float> GetNumRatioDowngrade(int itemID) { if (!numRatioDowngradeDic.TryGetValue(itemID, out var value)) { return noResultDic; } return value; } public static void AddFracRecipes() { //IL_1272: Unknown result type (might be due to invalid IL or missing references) //IL_1278: Invalid comparison between Unknown and I4 FractionateEverything.LogInfo("Begin to add fractionate recipes..."); helper = new RecipeHelper(FractionateEverything.tab分馏1); if (!GenesisBook.Enable) { AddFracRecipe(1001, defaultNumRatioCommonVein).Modify(FractionateEverything.tab分馏1, 101); AddFracRecipe(1002, defaultNumRatioCommonVein).Modify(FractionateEverything.tab分馏1, 102); AddFracRecipe(1003, defaultNumRatioCommonVein).Modify(FractionateEverything.tab分馏1, 103, 1402); AddFracRecipe(1004, defaultNumRatioCommonVein).Modify(FractionateEverything.tab分馏1, 104, 1413); AddFracRecipe(1005, defaultNumRatioCommonVein).Modify(FractionateEverything.tab分馏1, 105); AddFracRecipe(1006, defaultNumRatioCommonVein).Modify(FractionateEverything.tab分馏1, 106); AddFracRecipe(1000, defaultNumRatioCommonVein).Modify(FractionateEverything.tab分馏1, 201, 1120); AddFracRecipe(1007, defaultNumRatioCommonVein).Modify(FractionateEverything.tab分馏1, 202, 1102); AddFracRecipe(1116, defaultNumRatioCommonVein).Modify(FractionateEverything.tab分馏1, 203); AddFracRecipe(1120, defaultNumRatioCommonVein).Modify(FractionateEverything.tab分馏1, 204); AddFracRecipe(1121, defaultNumRatioCommonVein).Modify(FractionateEverything.tab分馏1, 205); AddFracRecipe(1011, defaultNumRatioRealVein).Modify(FractionateEverything.tab分馏1, 208, 1131); AddFracRecipe(1012, defaultNumRatioRealVein).Modify(FractionateEverything.tab分馏1, 306, 1403); AddFracRecipe(1013, defaultNumRatioRealVein).Modify(FractionateEverything.tab分馏1, 303, 1133); AddFracRecipe(1014, defaultNumRatioRealVein).Modify(FractionateEverything.tab分馏1, 605, 1125); AddFracRecipe(1015, defaultNumRatioRealVein).Modify(FractionateEverything.tab分馏1, 508, 1132); AddFracRecipe(1016, defaultNumRatioRealVein).Modify(FractionateEverything.tab分馏1, 606, 1703); AddFracRecipe(1117, defaultNumRatioRealVein).Modify(FractionateEverything.tab分馏1, 309, 1122); AddFracChain(new <>z__ReadOnlyArray<int>(new int[3] { 5101, 5102, 5103 })); if (!TheyComeFromVoid.Enable) { AddFracChain(new <>z__ReadOnlyArray<int>(new int[2] { 5111, 5112 })); } else { AddFracChain(new <>z__ReadOnlyArray<int>(new int[3] { 5111, 5112, 9511 }))[1].Modify(MoreMegaStructure.tab巨构, 112); } List<RecipeProto> list = AddFracChain(new <>z__ReadOnlyArray<int>(new int[6] { 5206, 5201, 5203, 5202, 5204, 5205 })); list[0].Modify(FractionateEverything.tab分馏1, 807); list[1].Modify(FractionateEverything.tab分馏1, 808); list[2].Modify(FractionateEverything.tab分馏1, 809); list[3].Modify(FractionateEverything.tab分馏1, 810); list[4].Modify(FractionateEverything.tab分馏1, 811); matrixRecipeList = AddFracChain(new <>z__ReadOnlyArray<int>(new int[5] { 6001, 6002, 6003, 6004, 6005 })); matrixGridIndexList = matrixRecipeList.Select((RecipeProto r) => r.GridIndex).ToList(); foreach (RecipeProto matrixRecipe in matrixRecipeList) { matrixRecipe.ModifyIconAndDesc(); } AddFracChain(new <>z__ReadOnlyArray<int>(new int[3] { 1141, 1142, 1143 })); if (!MoreMegaStructure.Enable) { AddFracChain(new <>z__ReadOnlyArray<int>(new int[4] { 2107, 2103, 2104, 2105 })); } else { AddFracChain(new <>z__ReadOnlyArray<int>(new int[5] { 2107, 2103, 2104, 9512, 2105 }))[2].Modify(MoreMegaStructure.tab巨构, 410); } AddFracChain(new <>z__ReadOnlyArray<int>(new int[3] { 5003, 5001, 5002 })); fuelRodRecipeList = AddFracChain(new <>z__ReadOnlyArray<int>(new int[4] { 1801, 1802, 1803, 1804 })); fuelRodGridIndexList = fuelRodRecipeList.Select((RecipeProto r) => r.GridIndex).ToList(); foreach (RecipeProto fuelRodRecipe in fuelRodRecipeList) { fuelRodRecipe.ModifyIconAndDesc(); } AddFracChain(new <>z__ReadOnlyArray<int>(new int[3] { 1601, 1602, 1603 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[3] { 1604, 1605, 1606 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[3] { 1609, 1610, 1611 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[2] { 1607, 1608 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[2] { 1612, 1613 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[3] { 2201, 2202, 2212 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[5] { 2203, 2205, 2206, 2207, 2209 }))[2].Modify(FractionateEverything.tab分馏2, 113); AddFracChain(new <>z__ReadOnlyArray<int>(new int[4] { 2204, 2213, 2211, 2210 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[3] { 2001, 2002, 2003 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[4] { 2030, 2020, 2313, 2040 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[3] { 2101, 2106, 2102 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[4] { 2011, 2012, 2013, 2014 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[2] { 2301, 2316 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[3] { 2306, 2307, 2308 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[2] { 2309, 2317 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[2] { 2314, 2310 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[3] { 2302, 2315, 2319 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[4] { 2303, 2304, 2305, 2318 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[2] { 2901, 2902 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[3] { 2311, 2208, 2312 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[3] { 3001, 3005, 3003 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[3] { 3002, 3004, 3010 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[4] { 3009, 3007, 3006, 3008 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[6] { 2321, 2322, 2323, 2324, 2325, 2326 })); } else { TranslationUtils.RegisterOrEditAsync("左键点击：更换生产设备", "Left click: Change machine\nRight click: Assembler or Fractionator", "左键点击：更换生产设备\n右键点击：常规设备或分馏塔"); AddFracRecipe(1001, defaultNumRatioCommonVein).Modify(FractionateEverything.tab分馏1, 101); AddFracRecipe(1002, defaultNumRatioCommonVein).Modify(FractionateEverything.tab分馏1, 102); AddFracRecipe(6202, defaultNumRatioCommonVein).Modify(FractionateEverything.tab分馏1, 103); AddFracRecipe(1003, defaultNumRatioCommonVein).Modify(FractionateEverything.tab分馏1, 104, 1402); AddFracRecipe(1004, defaultNumRatioCommonVein).Modify(FractionateEverything.tab分馏1, 105, 1413); AddFracRecipe(6201, defaultNumRatioCommonVein).Modify(FractionateEverything.tab分馏1, 106, 1413); AddFracRecipe(1006, defaultNumRatioCommonVein).Modify(FractionateEverything.tab分馏1, 107, 1402); AddFracRecipe(1005, defaultNumRatioCommonVein).Modify(FractionateEverything.tab分馏1, 108); AddFracRecipe(6207, defaultNumRatioCommonVein).Modify(FractionateEverything.tab分馏1, 109, 1929); AddFracRecipe(1000, defaultNumRatioCommonVein).Modify(FractionateEverything.tab分馏1, 201); AddFracRecipe(1007, defaultNumRatioCommonVein).Modify(FractionateEverything.tab分馏1, 202, 1915); AddFracRecipe(1116, defaultNumRatioCommonVein).Modify(FractionateEverything.tab分馏1, 203); AddFracRecipe(7002, defaultNumRatioCommonVein).Modify(FractionateEverything.tab分馏1, 204); AddFracRecipe(1120, defaultNumRatioCommonVein).Modify(FractionateEverything.tab分馏1, 205); AddFracRecipe(1121, defaultNumRatioCommonVein).Modify(FractionateEverything.tab分馏1, 206, 1142); AddFracRecipe(6234, defaultNumRatioCommonVein).Modify(FractionateEverything.tab分馏1, 207); AddFracRecipe(6220, defaultNumRatioCommonVein).Modify(FractionateEverything.tab分馏1, 208, 1112); AddFracRecipe(7019, defaultNumRatioCommonVein).Modify(FractionateEverything.tab分馏1, 209); AddFracRecipe(6222, defaultNumRatioCommonVein).Modify(GenesisBook.tab精炼, 302, 1916); AddFracRecipe(6225, defaultNumRatioCommonVein).Modify(GenesisBook.tab精炼, 305, 1916); AddFracRecipe(6226, defaultNumRatioCommonVein).Modify(GenesisBook.tab精炼, 306, 1916); AddFracRecipe(1012, defaultNumRatioRealVein).Modify(FractionateEverything.tab分馏1, 504, 1403); AddFracRecipe(1013, defaultNumRatioRealVein).Modify(FractionateEverything.tab分馏1, 505, 1133); AddFracRecipe(1011, defaultNumRatioRealVein).Modify(FractionateEverything.tab分馏1, 506, 1131); AddFracRecipe(1015, defaultNumRatioRealVein).Modify(FractionateEverything.tab分馏1, 507, 1132); AddFracRecipe(1117, defaultNumRatioRealVein).Modify(FractionateEverything.tab分馏1, 508, 1122); AddFracRecipe(1014, defaultNumRatioRealVein).Modify(FractionateEverything.tab分馏1, 510, 1125); AddFracRecipe(1016, defaultNumRatioRealVein).Modify(FractionateEverything.tab分馏1, 511, 1703); AddFracChain(new <>z__ReadOnlyArray<int>(new int[3] { 5003, 5001, 5002 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[6] { 5206, 5201, 5203, 5202, 5204, 5205 })).Modify(GenesisBook.tab防御, 317, addColumn: false); matrixRecipeList = AddFracChain(new <>z__ReadOnlyArray<int>(new int[5] { 6001, 6002, 6003, 6004, 6005 })); matrixGridIndexList = matrixRecipeList.Select((RecipeProto r) => r.GridIndex).ToList(); foreach (RecipeProto matrixRecipe2 in matrixRecipeList) { matrixRecipe2.ModifyIconAndDesc(); } AddFracChain(new <>z__ReadOnlyArray<int>(new int[3] { 2201, 2202, 2212 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[6] { 2203, 2205, 6221, 2206, 2207, 2209 }))[3].Modify(FractionateEverything.tab分馏2, 114); AddFracChain(new <>z__ReadOnlyArray<int>(new int[5] { 2204, 2213, 2211, 2210, 6261 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[3] { 2001, 2002, 2003 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[5] { 2020, 2030, 6267, 2313, 2040 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[3] { 2101, 2102, 6231 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[2] { 2106, 6229 })); if (!MoreMegaStructure.Enable) { AddFracChain(new <>z__ReadOnlyArray<int>(new int[4] { 2107, 2103, 2104, 2105 })); } else { AddFracChain(new <>z__ReadOnlyArray<int>(new int[5] { 2107, 2103, 2104, 9512, 2105 }))[2].Modify(MoreMegaStructure.tab巨构, 410); } AddFracChain(new <>z__ReadOnlyArray<int>(new int[4] { 2011, 2012, 2013, 2014 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[2] { 2301, 2316 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[2] { 2306, 6266 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[2] { 2307, 2308 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[2] { 2309, 2317 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[4] { 2302, 6230, 2315, 2319 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[4] { 2303, 2304, 2305, 2318 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[2] { 2901, 2902 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[3] { 2311, 2208, 2312 })); AddFracChain(new <>z__ReadOnlySingleElementList<int>(2310)); AddFracChain(new <>z__ReadOnlyArray<int>(new int[6] { 6258, 6257, 6259, 6264, 6260, 6265 })); AddFracChain(new <>z__ReadOnlyArray<int>(new int[6] { 2321, 2322, 2323, 2324, 2325, 2326 })); fuelRodRecipeList = AddFracChain(new <>z__ReadOnlyArray<int>(new int[12] { 6509, 1801, 6217, 6216, 6242, 6241, 6243, 1802, 6244, 6245, 1803, 1804 })).Modify(GenesisBook.tab精炼, 601); fuelRodGridIndexList = fuelRodRecipeList.Select((RecipeProto r) => r.GridIndex).ToList(); foreach (RecipeProto fuelRodRecipe2 in fuelRodRecipeList) { fuelRodRecipe2.ModifyIconAndDesc(); } AddFracChain(new <>z__ReadOnlySingleElementList<int>(1143)).Modify(GenesisBook.tab化工, 506); AddFracChain(new <>z__ReadOnlyArray<int>(new int[3] { 5101, 5102, 5103 })).Modify(GenesisBook.tab防御, 202); if (!TheyComeFromVoid.Enable) { AddFracChain(new <>z__ReadOnlyArray<int>(new int[2] { 5111, 5112 })).Modify(GenesisBook.tab防御, 205); } else { List<RecipeProto> list2 = AddFracChain(new <>z__ReadOnlyArray<int>(new int[3] { 5111, 5112, 9511 })); list2[0].Modify(GenesisBook.tab防御, 205); list2[1].Modify(MoreMegaStructure.tab巨构, 112); } AddFracChain(new <>z__ReadOnlyArray<int>(new int[4] { 3002, 7618, 3010, 3004 })).Modify(GenesisBook.tab防御, 207); AddFracChain(new <>z__ReadOnlyArray<int>(new int[4] { 3009, 3007, 3006, 3008 })).Modify(GenesisBook.tab防御, 211); AddFracChain(new <>z__ReadOnlySingleElementList<int>(3001)).Modify(GenesisBook.tab防御, 302); AddFracChain(new <>z__ReadOnlyArray<int>(new int[6] { 1601, 7607, 1603, 7608, 7609, 7616 })).Modify(GenesisBook.tab防御, 309); AddFracChain(new <>z__ReadOnlyArray<int>(new int[4] { 1128, 1129, 7610, 7611 })).Modify(GenesisBook.tab防御, 409); AddFracChain(new <>z__ReadOnlyArray<int>(new int[2] { 3003, 7617 })).Modify(GenesisBook.tab防御, 502, addColumn: false); AddFracChain(new <>z__ReadOnlyArray<int>(new int[4] { 1604, 1605, 7612, 7613 })).Modify(GenesisBook.tab防御, 509); AddFracChain(new <>z__ReadOnlySingleElementList<int>(3005)).Modify(GenesisBook.tab防御, 602); AddFracChain(new <>z__ReadOnlyArray<int>(new int[4] { 1609, 1610, 1611, 7615 })).Modify(GenesisBook.tab防御, 609); AddFracChain(new <>z__ReadOnlyArray<int>(new int[2] { 1612, 1613 })).Modify(GenesisBook.tab防御, 709); AddFracChain(new <>z__ReadOnlyArray<int>(new int[2] { 1607, 1608 })).Modify(GenesisBook.tab防御, 711); } TranslationUtils.LoadLanguagePostfixAfterCommonApi(); AddProtoUtils.AddRecipe(recipeList); for (int i = 0; i < ((ProtoSet<RecipeProto>)(object)LDB.recipes).dataArray.Length; i++) { if ((int)((ProtoSet<RecipeProto>)(object)LDB.recipes).dataArray[i].Type == 8) { ((ProtoSet<RecipeProto>)(object)LDB.recipes).dataArray[i].Preload(i); } } FractionateEverything.LogInfo("Finish to add fractionate recipes."); } private static RecipeProto AddFracRecipe(int itemID, Dictionary<int, float> fracNumRatioDic) { return AddFracRecipe(itemID, itemID, fracNumRatioDic, null); } private static List<RecipeProto> AddFracChain(IReadOnlyList<int> itemChain) { if (itemChain.Count == 1) { int stackSize = ((ProtoSet<ItemProto>)(object)LDB.items).Select(itemChain[0]).StackSize; Dictionary<int, float> dictionary = new Dictionary<int, float>(defaultNumRatioDowngrade); dictionary[2] *= 1f / 160f * (float)stackSize; Dictionary<int, float> dictionary2 = new Dictionary<int, float>(defaultNumRatioDowngrade); dictionary2[2] *= 1f / 160f * (float)stackSize; return new List<RecipeProto>(1) { AddFracRecipe(itemChain[0], itemChain[0], dictionary, dictionary2) }; } List<RecipeProto> list = new List<RecipeProto>(); for (int i = 0; i < itemChain.Count - 1; i++) { int stackSize2 = ((ProtoSet<ItemProto>)(object)LDB.items).Select(itemChain[i + 1]).StackSize; Dictionary<int, float> dictionary3 = new Dictionary<int, float>(defaultNumRatioUpgrade); dictionary3[1] *= 0.0125f * (float)stackSize2; int stackSize3 = ((ProtoSet<ItemProto>)(object)LDB.items).Select(itemChain[i]).StackSize; Dictionary<int, float> dictionary4 = new Dictionary<int, float>(defaultNumRatioDowngrade); dictionary4[2] *= 0.0125f * (float)stackSize3; list.Add(AddFracRecipe(itemChain[i], itemChain[i + 1], dictionary3, dictionary4)); } return list; } private static RecipeProto AddFracRecipe(int inputItemID, int outputItemID, Dictionary<int, float> ratioUpgrade, Dictionary<int, float> ratioDowngrade) { //IL_07ce: Unknown result type (might be due to invalid IL or missing references) //IL_07d5: Expected O, but got Unknown //IL_07d8: Unknown result type (might be due to invalid IL or missing references) try { int unusedRecipeID = helper.GetUnusedRecipeID(); ItemProto val = ((ProtoSet<ItemProto>)(object)LDB.items).Select(inputItemID); ItemProto val2 = ((ProtoSet<ItemProto>)(object)LDB.items).Select(outputItemID); string text = ((Proto)val).Name + "-" + ((Proto)val2).Name + "分馏"; string key = "R" + ((Proto)val).Name + "-" + ((Proto)val2).Name + "分馏"; string key2 = "R" + ((Proto)val).Name + "-" + ((Proto)val2).Name + "损毁分馏"; if (ratioDowngrade == null) { TranslationUtils.RegisterOrEditAsync(text, ((Proto)val2).name + " Fractionation", ((Proto)val2).name + "分馏"); string text2 = "Fractionate " + ((Proto)val).name + " into multiple."; string text3 = "将" + ((Proto)val).name + "分馏为多个。"; foreach (KeyValuePair<int, float> item in ratioUpgrade.Where((KeyValuePair<int, float> p) => p.Key > 0)) { text2 = text2 + "\n" + item.Value.FormatP().AddOrangeLabel() + " fractionate " + item.Key.ToString().AddOrangeLabel() + " product" + ((item.Key > 1) ? "s" : ""); text3 = text3 + "\n" + item.Value.FormatP().AddOrangeLabel() + "分馏出" + item.Key.ToString().AddOrangeLabel() + "个产物"; } TranslationUtils.RegisterOrEditAsync(key, text2, text3); TranslationUtils.RegisterOrEditAsync(key2, text2, text3); } else { TranslationUtils.RegisterOrEditAsync(text, ((Proto)val).name + "-" + ((Proto)val2).name + " Fractionation", ((Proto)val).name + "-" + ((Proto)val2).name + "分馏"); string text4 = "Fractionate " + ((Proto)val).name + " upgrade to " + ((Proto)val2).name + "."; string text5 = "将" + ((Proto)val).name + "升级分馏为" + ((Proto)val2).name + "。"; foreach (KeyValuePair<int, float> item2 in ratioUpgrade.Where((KeyValuePair<int, float> p) => p.Key > 0)) { text4 = text4 + "\n" + item2.Value.FormatP().AddOrangeLabel() + " fractionate " + item2.Key.ToString().AddOrangeLabel() + " product" + ((item2.Key > 1) ? "s" : ""); text5 = text5 + "\n" + item2.Value.FormatP().AddOrangeLabel() + "分馏出" + item2.Key.ToString().AddOrangeLabel() + "个产物"; } string text6 = text4; string text7 = text5; if (ratioUpgrade.TryGetValue(-1, out var value)) { text6 = text6 + "\n" + "WARNING:".AddRedLabel() + " There is a probability of " + value.FormatP().AddRedLabel() + " that an input item will be destroyed at each fractionation!"; text7 = text7 + "\n" + "警告：".AddOrangeLabel() + "每次分馏时，有" + value.FormatP().AddRedLabel() + "概率导致原料损毁！"; } text4 = text4 + "\n————————————————\nFractionate " + ((Proto)val2).name + " downgrade to " + ((Proto)val).name + "."; text5 = text5 + "\n————————————————\n将" + ((Proto)val2).name + "降级分馏为" + ((Proto)val).name + "。"; text6 = text6 + "\n————————————————\nFractionate " + ((Proto)val2).name + " downgrade to " + ((Proto)val).name + "."; text7 = text7 + "\n————————————————\n将" + ((Proto)val2).name + "降级分馏为" + ((Proto)val).name + "。"; foreach (KeyValuePair<int, float> item3 in ratioDowngrade.Where((KeyValuePair<int, float> p) => p.Key > 0)) { text4 = text4 + "\n" + item3.Value.FormatP().AddOrangeLabel() + " fractionate " + item3.Key.ToString().AddOrangeLabel() + " product" + ((item3.Key > 1) ? "s" : ""); text5 = text5 + "\n" + item3.Value.FormatP().AddOrangeLabel() + "分馏出" + item3.Key.ToString().AddOrangeLabel() + "个产物"; text6 = text6 + "\n" + item3.Value.FormatP().AddOrangeLabel() + " fractionate " + item3.Key.ToString().AddOrangeLabel() + " product" + ((item3.Key > 1) ? "s" : ""); text7 = text7 + "\n" + item3.Value.FormatP().AddOrangeLabel() + "分馏出" + item3.Key.ToString().AddOrangeLabel() + "个产物"; } TranslationUtils.RegisterOrEditAsync(key, text4, text5); TranslationUtils.RegisterOrEditAsync(key2, text6, text7); } int gridIndex = ((val2.recipes.Count != 0) ? (val2.recipes[0].GridIndex + (FractionateEverything.tab分馏1 - 1) * 1000) : 0); TechProto val3 = val2.preTech; if (val3 == null) { val3 = ((ProtoSet<TechProto>)(object)LDB.techs).Select(1); } RecipeProto val4 = new RecipeProto(); val4.Type = (ERecipeType)8; ((Proto)val4).ID = unusedRecipeID; ((Proto)val4).SID = ""; val4.Handcraft = false; val4.Explicit = true; val4.TimeSpend = 60; val4.Items = new int[1] { inputItemID }; val4.ItemCounts = new int[1] { 100 }; val4.Results = new int[1] { outputItemID }; val4.ResultCounts = new int[1] { 1 }; ((Proto)val4).Name = text; val4.GridIndex = gridIndex; val4.preTech = val3; RecipeProto val5 = val4; val5.ModifyIconAndDesc(); helper.ModifyGridIndex(val5, gridIndex); recipeList.Add(val5); val2.recipes.Add(val5); if (ratioDowngrade == null) { itemNaturalResourceList.Add(inputItemID); numRatioNaturalResourceDic.Add(inputItemID, ratioUpgrade); } else { itemUpgradeDic.Add(inputItemID, outputItemID); numRatioUpgradeDic.Add(inputItemID, ratioUpgrade); itemDowngradeDic.Add(outputItemID, inputItemID); numRatioDowngradeDic.Add(outputItemID, ratioDowngrade); } return val5; } catch (Exception ex) { FractionateEverything.LogError(ex.ToString()); return null; } } private static List<RecipeProto> Modify(this List<RecipeProto> recipes, int tab, int rowColumn, bool addColumn = true) { List<ItemProto> list = recipes.Select((RecipeProto r) => ((ProtoSet<ItemProto>)(object)LDB.items).Select(r.Results[0])).ToList(); list.Sort((ItemProto i1, ItemProto i2) => i1.GridIndex.CompareTo(i2.GridIndex)); foreach (RecipeProto recipe in recipes) { int num = list.IndexOf(((ProtoSet<ItemProto>)(object)LDB.items).Select(recipe.Results[0])); helper.ModifyGridIndex(recipe, tab, rowColumn + (addColumn ? num : (num * 100))); } return recipes; } private static RecipeProto Modify(this RecipeProto r, int tab, int rowColumn, int techID = 0) { helper.ModifyGridIndex(r, tab, rowColumn); TechProto preTech; if ((preTech = ((ProtoSet<TechProto>)(object)LDB.techs).Select(techID)) != null) { r.preTech = preTech; } return r; } public static RecipeProto ModifyIconAndDesc(this RecipeProto r) { //IL_0001: Unknown result type (might be due to invalid IL or missing references) //IL_0007: Invalid comparison between Unknown and I4 try { if ((int)r.Type != 8) { return r; } ItemProto val = ((ProtoSet<ItemProto>)(object)LDB.items).Select(r.Items[0]); string text = null; if ((Object)(object)val.iconSprite != (Object)null) { text = ((Object)val.iconSprite).name; } else if (val.IconPath != null && val.IconPath.Contains("/")) { text = val.IconPath.Substring(val.IconPath.LastIndexOf("/") + 1); } ItemProto val2 = ((ProtoSet<ItemProto>)(object)LDB.items).Select(r.Results[0]); string text2 = null; if ((Object)(object)val2.iconSprite != (Object)null) { text2 = ((Object)val2.iconSprite).name; } else if (val2.IconPath != null && val2.IconPath.Contains("/")) { text2 = val2.IconPath.Substring(val2.IconPath.LastIndexOf("/") + 1); } r.Description = "R" + ((Proto)val).Name + "-" + ((Proto)val2).Name + (FractionateEverything.enableDestroy ? "损毁分馏" : "分馏"); if (text != null && text2 != null) { string text3 = $"Assets/fracicons/{text}-{text2}-formula-v{FractionateEverything.iconVersion}"; r.IconPath = (((Object)(object)Resources.Load<Sprite>(text3) != (Object)null) ? text3 : val2.IconPath); } else { r.IconPath = ""; } if (fuelRodRecipeList.Contains(r)) { if (FractionateEverything.enableFuelRodFrac) { r.GridIndex = fuelRodGridIndexList[fuelRodRecipeList.IndexOf(r)]; if (!itemUpgradeDic.ContainsKey(r.Items[0])) { itemUpgradeDic.Add(r.Items[0], r.Results[0]); } if (!numRatioUpgradeDic.ContainsKey(r.Items[0])) { numRatioUpgradeDic.Add(r.Items[0], defaultNumRatioUpgrade); } if (!itemDowngradeDic.ContainsKey(r.Results[0])) { itemDowngradeDic.Add(r.Results[0], r.Items[0]); } if (!numRatioDowngradeDic.ContainsKey(r.Results[0])) { numRatioDowngradeDic.Add(r.Results[0], defaultNumRatioDowngrade); } } else { r.GridIndex = 0; if (itemUpgradeDic.ContainsKey(r.Items[0])) { itemUpgradeDic.Remove(r.Items[0]); } if (numRatioUpgradeDic.ContainsKey(r.Items[0])) { numRatioUpgradeDic.Remove(r.Items[0]); } if (itemDowngradeDic.ContainsKey(r.Results[0])) { itemDowngradeDic.Remove(r.Results[0]); } if (numRatioDowngradeDic.ContainsKey(r.Results[0])) { numRatioDowngradeDic.Remove(r.Results[0]); } } } if (matrixRecipeList.Contains(r)) { if (FractionateEverything.enableMatrixFrac) { r.GridIndex = matrixGridIndexList[matrixRecipeList.IndexOf(r)]; if (!itemUpgradeDic.ContainsKey(r.Items[0])) { itemUpgradeDic.Add(r.Items[0], r.Results[0]); } if (!numRatioUpgradeDic.ContainsKey(r.Items[0])) { numRatioUpgradeDic.Add(r.Items[0], defaultNumRatioUpgrade); } if (!itemDowngradeDic.ContainsKey(r.Results[0])) { itemDowngradeDic.Add(r.Results[0], r.Items[0]); } if (!numRatioDowngradeDic.ContainsKey(r.Results[0])) { numRatioDowngradeDic.Add(r.Results[0], defaultNumRatioDowngrade); } } else { r.GridIndex = 0; if (itemUpgradeDic.ContainsKey(r.Items[0])) { itemUpgradeDic.Remove(r.Items[0]); } if (numRatioUpgradeDic.ContainsKey(r.Items[0])) { numRatioUpgradeDic.Remove(r.Items[0]); } if (itemDowngradeDic.ContainsKey(r.Results[0])) { itemDowngradeDic.Remove(r.Results[0]); } if (numRatioDowngradeDic.ContainsKey(r.Results[0])) { numRatioDowngradeDic.Remove(r.Results[0]); } } } return r; } catch (Exception ex) { FractionateEverything.LogError("ModifyIconAndDesc " + ((Proto)r).Name + " error: " + ex); return r; } } } internal struct BuildingInfo { public int recipeID; public int itemID; } public static class FractionatorBuildings { private static readonly ModelProto FractionatorModel = ((ProtoSet<ModelProto>)(object)LDB.models).Select(119); public static readonly PrefabDesc FractionatorPrefabDesc = FractionatorModel.prefabDesc; private static readonly List<BuildingInfo> buildingInfoList = new List<BuildingInfo>(); public static void CreateAndPreAddNewFractionators() { //IL_009a: Unknown result type (might be due to invalid IL or missing references) //IL_0136: Unknown result type (might be due to invalid IL or missing references) //IL_01d1: Unknown result type (might be due to invalid IL or missing references) //IL_026c: Unknown result type (might be due to invalid IL or missing references) //IL_02fc: Unknown result type (might be due to invalid IL or missing references) //IL_039a: Unknown result type (might be due to invalid IL or missing references) //IL_0422: Unknown result type (might be due to invalid IL or missing references) //IL_042e: Unknown result type (might be due to invalid IL or miss
