using System; using System.Collections.Generic; using System.Runtime.CompilerServices; namespace Server; [Parsable] public abstract class Race { private static string[] m_RaceNames; private static Race[] m_RaceValues; protected Race( int raceID, int raceIndex, string name, string pluralName, int maleBody, int femaleBody, int maleGhostBody, int femaleGhostBody, Expansion requiredExpansion ) { RaceID = raceID; RaceIndex = raceIndex; RaceFlag = 1 << raceIndex; Name = name; MaleBody = maleBody; FemaleBody = femaleBody; MaleGhostBody = maleGhostBody; FemaleGhostBody = femaleGhostBody; RequiredExpansion = requiredExpansion; PluralName = pluralName; } public static Race[] Races { get; } = new Race[0x100]; public static Race DefaultRace => Races[0]; public static Race Human => Races[0]; public static Race Elf => Races[1]; public static Race Gargoyle => Races[2]; public static List AllRaces { get; } = new(); public const int AllowAllRaces = 0x7; // Race.Human.RaceFlag | Race.Elf.RaceFlag | Race.Gargoyle.RaceFlag public const int AllowHumanOrElves = 0x3; // Race.Human.RaceFlag | Race.Elf.RaceFlag public const int AllowElvesOnly = 0x2; // Race.Elf.RaceFlag public const int AllowGargoylesOnly = 0x4; // Race.Gargoyle.RaceFlag public Expansion RequiredExpansion { get; } public int MaleBody { get; } public int MaleGhostBody { get; } public int FemaleBody { get; } public int FemaleGhostBody { get; } public int RaceID { get; } public int RaceIndex { get; } public int RaceFlag { get; } public string Name { get; set; } public string PluralName { get; set; } [MethodImpl(MethodImplOptions.AggressiveInlining)] public static bool IsAllowedRace(Race race, int allowedRaceFlags) => (allowedRaceFlags & race.RaceFlag) != 0; public static string[] GetRaceNames() { CheckNamesAndValues(); return m_RaceNames; } public static Race[] GetRaceValues() { CheckNamesAndValues(); return m_RaceValues; } public static Race Parse(string value) { CheckNamesAndValues(); for (var i = 0; i < m_RaceNames.Length; ++i) { if (m_RaceNames[i].InsensitiveEquals(value)) { return m_RaceValues[i]; } } if (int.TryParse(value, out var index) && index >= 0 && index < Races.Length && Races[index] != null) { return Races[index]; } throw new ArgumentException("Invalid race name"); } private static void CheckNamesAndValues() { if (m_RaceNames?.Length == AllRaces.Count) { return; } m_RaceNames = new string[AllRaces.Count]; m_RaceValues = new Race[AllRaces.Count]; for (var i = 0; i < AllRaces.Count; ++i) { var race = AllRaces[i]; m_RaceNames[i] = race.Name; m_RaceValues[i] = race; } } public override string ToString() => Name; public virtual bool ValidateHair(Mobile m, int itemID) => ValidateHair(m.Female, itemID); public abstract bool ValidateHair(bool female, int itemID); public virtual int RandomHair(Mobile m) => RandomHair(m.Female); public abstract int RandomHair(bool female); public virtual bool ValidateFacialHair(Mobile m, int itemID) => ValidateFacialHair(m.Female, itemID); public abstract bool ValidateFacialHair(bool female, int itemID); public virtual int RandomFacialHair(Mobile m) => RandomFacialHair(m.Female); public abstract int RandomFacialHair(bool female); // For the *ahem* bearded ladies public abstract int ClipSkinHue(int hue); public abstract int RandomSkinHue(); public abstract int ClipHairHue(int hue); public abstract int RandomHairHue(); public virtual int Body(Mobile m) => m.Alive ? AliveBody(m.Female) : GhostBody(m.Female); public virtual int AliveBody(Mobile m) => AliveBody(m.Female); public virtual int AliveBody(bool female) => female ? FemaleBody : MaleBody; public virtual int GhostBody(Mobile m) => GhostBody(m.Female); public virtual int GhostBody(bool female) => female ? FemaleGhostBody : MaleGhostBody; }