// TODO: Include generation?
// TODO: Sketch
// TODO: Same goals as MoveLegalityCheck
public static PBEMove[] GetLegalMoves(PBESpecies species, byte level, PBESettings settings)
{
PBEPokemonShell.ValidateSpecies(species);
PBEPokemonShell.ValidateLevel(level, settings);
var evolutionChain = new List <PBESpecies>();
void AddPreEvolutions(PBESpecies sp)
{
foreach (PBESpecies pkmn in PBEPokemonData.GetData(sp).PreEvolutions)
{
AddPreEvolutions(pkmn);
}
evolutionChain.Add(sp);
}
AddPreEvolutions(species);
var moves = new List <PBEMove>();
foreach (PBESpecies pkmn in evolutionChain)
{
var pData = PBEPokemonData.GetData(pkmn);
moves.AddRange(pData.LevelUpMoves.Where(t => t.Level <= level).Select(t => t.Move));
moves.AddRange(pData.OtherMoves.Select(t => t.Move));
if (PBEEventPokemon.Events.TryGetValue(pkmn, out ReadOnlyCollection <PBEEventPokemon> events))
{
moves.AddRange(events.SelectMany(e => e.Moves));
}
}
return(moves.Distinct().Where(m => m != PBEMove.None).ToArray());
}
public PBEReadOnlyPartyMoveset(PBESettings settings, IPBEMoveset other)
{
settings.ShouldBeReadOnly(nameof(settings));
int count = other.Count;
_list = new PBEReadOnlyPartyMovesetSlot[count];
for (int i = 0; i < count; i++)
{
IPBEMovesetSlot oSlot = other[i];
_list[i] = new PBEReadOnlyPartyMovesetSlot(settings, oSlot.Move, oSlot.PPUps);
}
}
internal PBETeamShell(PBESettings settings, BinaryReader r)
{
sbyte count = r.ReadSByte();
if (count < 1 || count > settings.MaxPartySize)
{
throw new InvalidDataException();
}
Settings = settings;
Settings.PropertyChanged += OnSettingsChanged;
_list = new List <PBEPokemonShell>(Settings.MaxPartySize);
for (int i = 0; i < count; i++)
{
InsertWithEvents(false, new PBEPokemonShell(Settings, r), i);
}
}
public bool HasSecondaryEffects(PBESettings settings)
{
if (settings == null)
{
throw new ArgumentNullException(nameof(settings));
}
if (!settings.IsReadOnly)
{
throw new ArgumentException("Settings must be read-only.", nameof(settings));
}
switch (Effect)
{
case PBEMoveEffect.Hit__MaybeBurn:
case PBEMoveEffect.Hit__MaybeBurn__10PercentFlinch:
case PBEMoveEffect.Hit__MaybeConfuse:
case PBEMoveEffect.Hit__MaybeFlinch:
case PBEMoveEffect.Hit__MaybeFreeze:
case PBEMoveEffect.Hit__MaybeFreeze__10PercentFlinch:
case PBEMoveEffect.Hit__MaybeLowerTarget_ACC_By1:
case PBEMoveEffect.Hit__MaybeLowerTarget_ATK_By1:
case PBEMoveEffect.Hit__MaybeLowerTarget_DEF_By1:
case PBEMoveEffect.Hit__MaybeLowerTarget_SPATK_By1:
case PBEMoveEffect.Hit__MaybeLowerTarget_SPDEF_By1:
case PBEMoveEffect.Hit__MaybeLowerTarget_SPDEF_By2:
case PBEMoveEffect.Hit__MaybeLowerTarget_SPE_By1:
case PBEMoveEffect.Hit__MaybeLowerUser_ATK_DEF_By1:
case PBEMoveEffect.Hit__MaybeLowerUser_DEF_SPDEF_By1:
case PBEMoveEffect.Hit__MaybeLowerUser_SPATK_By2:
case PBEMoveEffect.Hit__MaybeLowerUser_SPE_By1:
case PBEMoveEffect.Hit__MaybeLowerUser_SPE_DEF_SPDEF_By1:
case PBEMoveEffect.Hit__MaybeParalyze:
case PBEMoveEffect.Hit__MaybeParalyze__10PercentFlinch:
case PBEMoveEffect.Hit__MaybePoison:
case PBEMoveEffect.Hit__MaybeRaiseUser_ATK_By1:
case PBEMoveEffect.Hit__MaybeRaiseUser_ATK_DEF_SPATK_SPDEF_SPE_By1:
case PBEMoveEffect.Hit__MaybeRaiseUser_DEF_By1:
case PBEMoveEffect.Hit__MaybeRaiseUser_SPATK_By1:
case PBEMoveEffect.Hit__MaybeRaiseUser_SPE_By1:
case PBEMoveEffect.Hit__MaybeToxic:
case PBEMoveEffect.Snore: return(true);
// BUG: SecretPower is unaffected by SereneGrace and the Rainbow
case PBEMoveEffect.SecretPower: return(settings.BugFix);
default: return(false);
}
}
public PBETeamShell(PBESettings settings, int numPkmnToGenerate, bool setToMaxLevel)
{
if (settings == null)
{
throw new ArgumentNullException(nameof(settings));
}
if (numPkmnToGenerate < 1 || numPkmnToGenerate > settings.MaxPartySize)
{
throw new ArgumentOutOfRangeException(nameof(numPkmnToGenerate));
}
Settings = settings;
Settings.PropertyChanged += OnSettingsChanged;
_list = new List <PBEPokemonShell>(Settings.MaxPartySize);
for (int i = 0; i < numPkmnToGenerate; i++)
{
Insert(PBEUtils.RandomSpecies(), setToMaxLevel ? Settings.MaxLevel : PBEUtils.RandomLevel(Settings), false, i);
}
}
public PBETeamShell(string path)
{
if (path == null)
{
throw new ArgumentNullException(nameof(path));
}
var json = JObject.Parse(File.ReadAllText(path));
Settings = new PBESettings(json[nameof(Settings)].Value <string>());
var jArray = (JArray)json["Party"];
if (jArray.Count < 1 || jArray.Count > Settings.MaxPartySize)
{
throw new InvalidDataException("Invalid party size.");
}
Settings.PropertyChanged += OnSettingsChanged;
_list = new List <PBEPokemonShell>(Settings.MaxPartySize);
for (int i = 0; i < jArray.Count; i++)
{
InsertWithEvents(false, new PBEPokemonShell(Settings, jArray[i]), i);
}
}
public PBEReadOnlyPartyMoveset(PBESettings settings, IPBEMoveset other)
{
if (settings == null)
{
throw new ArgumentNullException(nameof(settings));
}
if (!settings.IsReadOnly)
{
throw new ArgumentException("Settings must be read-only.", nameof(settings));
}
if (other == null)
{
throw new ArgumentNullException(nameof(other));
}
int count = other.Count;
_list = new PBEReadOnlyPartyMovesetSlot[count];
for (int i = 0; i < count; i++)
{
IPBEMovesetSlot oSlot = other[i];
_list[i] = new PBEReadOnlyPartyMovesetSlot(settings, oSlot.Move, oSlot.PPUps);
}
}
public static void MoveLegalityCheck(PBESpecies species, byte level, IEnumerable <PBEMove> moves, PBESettings settings)
{
// Validate basic move rules first
if (moves == null || moves.Count() != settings.NumMoves)
{
throw new ArgumentOutOfRangeException(nameof(moves), $"A Pokémon must have exactly {settings.NumMoves} moves.");
}
if (moves.Any(m => moves.Count(m2 => m != PBEMove.None && m == m2) > 1))
{
throw new ArgumentOutOfRangeException(nameof(moves), $"A Pokémon cannot have duplicate moves other than {PBEMove.None}.");
}
if (moves.All(m => m == PBEMove.None))
{
throw new ArgumentOutOfRangeException(nameof(moves), $"A Pokémon must have at least one move other than {PBEMove.None}.");
}
if (species == PBESpecies.Keldeo_Resolute && !moves.Contains(PBEMove.SecretSword))
{
throw new ArgumentOutOfRangeException(nameof(moves), $"{species} must have {PBEMove.SecretSword}.");
}
// Combine all moves from pre-evolutions
IEnumerable <PBESpecies> evolutionChain = PBEPokemonData.Data[species].PreEvolutions.Concat(new[] { species });
IEnumerable <Tuple <PBEMove, byte, PBEMoveObtainMethod> > levelUp = new Tuple <PBEMove, byte, PBEMoveObtainMethod> [0];
IEnumerable <Tuple <PBEMove, PBEMoveObtainMethod> > other = new Tuple <PBEMove, PBEMoveObtainMethod> [0];
foreach (PBESpecies pkmn in evolutionChain)
{
PBEPokemonData pData = PBEPokemonData.Data[pkmn];
levelUp = levelUp.Union(pData.LevelUpMoves.Where(t => t.Item2 <= level));
other = other.Union(pData.OtherMoves);
}
// TODO:
IEnumerable <PBEMove> allAsMoves = GetLegalMoves(species, level);
// Check if there's a move it cannot possibly learn
foreach (PBEMove m in moves)
{
if (m != PBEMove.None && !allAsMoves.Contains(m))
{
throw new ArgumentOutOfRangeException(nameof(moves), $"{species} cannot learn {m}.");
}
}
// Check generational rules
bool HasGen3Method(PBEMoveObtainMethod method)
{
return(method.HasFlag(PBEMoveObtainMethod.LevelUp_RS) ||
method.HasFlag(PBEMoveObtainMethod.LevelUp_FR) ||
method.HasFlag(PBEMoveObtainMethod.LevelUp_LG) ||
method.HasFlag(PBEMoveObtainMethod.LevelUp_E) ||
method.HasFlag(PBEMoveObtainMethod.LevelUp_Colo) ||
method.HasFlag(PBEMoveObtainMethod.LevelUp_XD) ||
method.HasFlag(PBEMoveObtainMethod.TM_RSFRLGE) ||
method.HasFlag(PBEMoveObtainMethod.HM_RSFRLGE) ||
method.HasFlag(PBEMoveObtainMethod.MoveTutor_FRLG) ||
method.HasFlag(PBEMoveObtainMethod.MoveTutor_E) ||
method.HasFlag(PBEMoveObtainMethod.MoveTutor_XD) ||
method.HasFlag(PBEMoveObtainMethod.EggMove_RSFRLG) ||
method.HasFlag(PBEMoveObtainMethod.EggMove_E));
}
bool HasGen4Method(PBEMoveObtainMethod method)
{
return(method.HasFlag(PBEMoveObtainMethod.LevelUp_DP) ||
method.HasFlag(PBEMoveObtainMethod.LevelUp_Pt) ||
method.HasFlag(PBEMoveObtainMethod.LevelUp_HGSS) ||
method.HasFlag(PBEMoveObtainMethod.TM_DPPtHGSS) ||
method.HasFlag(PBEMoveObtainMethod.HM_DPPt) ||
method.HasFlag(PBEMoveObtainMethod.HM_HGSS) ||
method.HasFlag(PBEMoveObtainMethod.MoveTutor_DP) ||
method.HasFlag(PBEMoveObtainMethod.MoveTutor_Pt) ||
method.HasFlag(PBEMoveObtainMethod.MoveTutor_HGSS) ||
method.HasFlag(PBEMoveObtainMethod.EggMove_DPPt) ||
method.HasFlag(PBEMoveObtainMethod.EggMove_HGSS));
}
bool HasGen5Method(PBEMoveObtainMethod method)
{
return(method.HasFlag(PBEMoveObtainMethod.LevelUp_BW) ||
method.HasFlag(PBEMoveObtainMethod.LevelUp_B2W2) ||
method.HasFlag(PBEMoveObtainMethod.TM_BW) ||
method.HasFlag(PBEMoveObtainMethod.TM_B2W2) ||
method.HasFlag(PBEMoveObtainMethod.HM_BWB2W2) ||
method.HasFlag(PBEMoveObtainMethod.MoveTutor_BW) ||
method.HasFlag(PBEMoveObtainMethod.MoveTutor_B2W2) ||
method.HasFlag(PBEMoveObtainMethod.EggMove_BWB2W2));
}
IEnumerable <Tuple <PBEMove, PBEMoveObtainMethod> > movesAsObtainMethods = levelUp.Where(t => moves.Contains(t.Item1)).Select(t => Tuple.Create(t.Item1, t.Item3)).Union(other.Where(t => moves.Contains(t.Item1)));
// Check to see where the Pokémon DEFINITELY has been
bool definitelyBeenInGeneration3 = false,
definitelyBeenInGeneration4 = false,
definitelyBeenInGeneration5 = false;
foreach (Tuple <PBEMove, PBEMoveObtainMethod> m in movesAsObtainMethods)
{
bool gen3 = HasGen3Method(m.Item2),
gen4 = HasGen4Method(m.Item2),
gen5 = HasGen5Method(m.Item2);
if (gen3 && !gen4 && !gen5)
{
definitelyBeenInGeneration3 = true;
}
else if (!gen3 && gen4 && !gen5)
{
definitelyBeenInGeneration4 = true;
}
else if (!gen3 && !gen4 && gen5)
{
definitelyBeenInGeneration5 = true;
}
}
// TODO: Check where the species was born
// TODO: Check if moves make sense (example: learns a move in gen4 but was born in gen5/caught in dreamworld/is gen5 event)
// TODO: Check if HMs were transferred
// TODO: Check events for moves
;
}
public static void ValidateShell(this PBEPokemonShell shell, PBESettings settings)
{
// Validate Species
PBEPokemonData pData;
switch (shell.Species)
{
case PBESpecies.Darmanitan_Zen:
case PBESpecies.Meloetta_Pirouette:
throw new ArgumentOutOfRangeException(nameof(shell.Species), $"{shell.Species} must be in its base forme.");
default:
try
{
pData = PBEPokemonData.Data[shell.Species];
}
catch (KeyNotFoundException)
{
throw new ArgumentOutOfRangeException(nameof(shell.Species), "Invalid species.");
}
break;
}
// Validate Nickname
if (string.IsNullOrWhiteSpace(shell.Nickname))
{
throw new ArgumentOutOfRangeException(nameof(shell.Nickname), $"{nameof(shell.Nickname)} cannot be empty.");
}
if (shell.Nickname.Length > settings.MaxPokemonNameLength)
{
throw new ArgumentOutOfRangeException(nameof(shell.Nickname), $"{nameof(shell.Nickname)} cannot exceed {settings.MaxPokemonNameLength} characters.");
}
// Validate Level
if (shell.Level < settings.MinLevel || shell.Level > settings.MaxLevel)
{
throw new ArgumentOutOfRangeException(nameof(shell.Level), $"A {shell.Species}'s level must be at least {settings.MinLevel} and cannot exceed {settings.MaxLevel}.");
}
// Validate Ability
if (!pData.HasAbility(shell.Ability))
{
throw new ArgumentOutOfRangeException(nameof(shell.Ability), $"{shell.Species} cannot have {shell.Ability}.");
}
// Validate Nature
if (shell.Nature >= PBENature.MAX)
{
throw new ArgumentOutOfRangeException(nameof(shell.Nature), "Invalid nature.");
}
// Validate Gender
if (shell.Gender >= PBEGender.MAX ||
(shell.Gender == PBEGender.Male && (pData.GenderRatio == PBEGenderRatio.M0_F1 || pData.GenderRatio == PBEGenderRatio.M0_F0)) ||
(shell.Gender == PBEGender.Female && (pData.GenderRatio == PBEGenderRatio.M1_F0 || pData.GenderRatio == PBEGenderRatio.M0_F0)) ||
(shell.Gender == PBEGender.Genderless && pData.GenderRatio != PBEGenderRatio.M0_F0)
)
{
throw new ArgumentOutOfRangeException(nameof(shell.Gender), $"Invalid gender for {shell.Species}.");
}
// Validate Item
if (shell.Item != PBEItem.None)
{
try
{
PBEItemData iData = PBEItemData.Data[shell.Item];
}
catch
{
throw new ArgumentOutOfRangeException(nameof(shell.Item), "Invalid item.");
}
}
// Validate EVs
if (shell.EVs == null || shell.EVs.Length != 6)
{
throw new ArgumentOutOfRangeException(nameof(shell.EVs), $"{nameof(shell.EVs)} array can only have a length of 6.");
}
if (shell.EVs.Select(e => (int)e).Sum() > settings.MaxTotalEVs)
{
throw new ArgumentOutOfRangeException(nameof(shell.EVs), $"Total EVs cannot exceed {settings.MaxTotalEVs}.");
}
// Validate IVs
if (shell.IVs == null || shell.IVs.Length != 6)
{
throw new ArgumentOutOfRangeException(nameof(shell.IVs), $"{nameof(shell.IVs)} array can only have a length of 6.");
}
if (shell.IVs.Any(i => i > settings.MaxIVs))
{
throw new ArgumentOutOfRangeException(nameof(shell.IVs), $"Each IV cannot exceed {settings.MaxIVs}.");
}
// Validate Moves
try
{
MoveLegalityCheck(shell.Species, shell.Level, shell.Moves, settings);
}
catch (Exception e)
{
throw new ArgumentOutOfRangeException(nameof(shell.Moves), e.Message);
}
// Validate PPUps
if (shell.PPUps == null || shell.PPUps.Length != settings.NumMoves)
{
throw new ArgumentOutOfRangeException(nameof(shell.PPUps), $"{nameof(shell.PPUps)} array can only have a length of {settings.NumMoves}.");
}
if (shell.PPUps.Any(p => p > settings.MaxPPUps))
{
throw new ArgumentOutOfRangeException(nameof(shell.PPUps), $"Each PP-Up cannot exceed {settings.MaxPPUps}.");
}
// Validate Forme-Specific Requirements
switch (shell.Species)
{
case PBESpecies.Shedinja:
if (shell.EVs[0] > 0)
{
throw new ArgumentOutOfRangeException(nameof(shell.EVs), $"{shell.Species} cannot have any HP EVs.");
}
break;
case PBESpecies.Giratina:
if (shell.Item == PBEItem.GriseousOrb)
{
throw new ArgumentOutOfRangeException(nameof(shell.Item), $"{shell.Species} cannot hold a {shell.Item}.");
}
break;
case PBESpecies.Giratina_Origin:
if (shell.Item != PBEItem.GriseousOrb)
{
throw new ArgumentOutOfRangeException(nameof(shell.Item), $"{shell.Species} must hold a {PBEItem.GriseousOrb}.");
}
break;
case PBESpecies.Arceus:
if (shell.Item == PBEItem.DracoPlate ||
shell.Item == PBEItem.DreadPlate ||
shell.Item == PBEItem.EarthPlate ||
shell.Item == PBEItem.FistPlate ||
shell.Item == PBEItem.FlamePlate ||
shell.Item == PBEItem.IciclePlate ||
shell.Item == PBEItem.InsectPlate ||
shell.Item == PBEItem.IronPlate ||
shell.Item == PBEItem.MeadowPlate ||
shell.Item == PBEItem.MindPlate ||
shell.Item == PBEItem.SkyPlate ||
shell.Item == PBEItem.SplashPlate ||
shell.Item == PBEItem.SpookyPlate ||
shell.Item == PBEItem.StonePlate ||
shell.Item == PBEItem.ToxicPlate ||
shell.Item == PBEItem.ZapPlate)
{
throw new ArgumentOutOfRangeException(nameof(shell.Item), $"{shell.Species} cannot hold a {shell.Item}.");
}
break;
case PBESpecies.Arceus_Bug:
if (shell.Item != PBEItem.InsectPlate)
{
throw new ArgumentOutOfRangeException(nameof(shell.Item), $"{shell.Species} must hold a {PBEItem.InsectPlate}.");
}
break;
case PBESpecies.Arceus_Dark:
if (shell.Item != PBEItem.DreadPlate)
{
throw new ArgumentOutOfRangeException(nameof(shell.Item), $"{shell.Species} must hold a {PBEItem.DreadPlate}.");
}
break;
case PBESpecies.Arceus_Dragon:
if (shell.Item != PBEItem.DracoPlate)
{
throw new ArgumentOutOfRangeException(nameof(shell.Item), $"{shell.Species} must hold a {PBEItem.DracoPlate}.");
}
break;
case PBESpecies.Arceus_Electric:
if (shell.Item != PBEItem.ZapPlate)
{
throw new ArgumentOutOfRangeException(nameof(shell.Item), $"{shell.Species} must hold a {PBEItem.ZapPlate}.");
}
break;
case PBESpecies.Arceus_Fighting:
if (shell.Item != PBEItem.FistPlate)
{
throw new ArgumentOutOfRangeException(nameof(shell.Item), $"{shell.Species} must hold a {PBEItem.FistPlate}.");
}
break;
case PBESpecies.Arceus_Fire:
if (shell.Item != PBEItem.FlamePlate)
{
throw new ArgumentOutOfRangeException(nameof(shell.Item), $"{shell.Species} must hold a {PBEItem.FlamePlate}.");
}
break;
case PBESpecies.Arceus_Flying:
if (shell.Item != PBEItem.SkyPlate)
{
throw new ArgumentOutOfRangeException(nameof(shell.Item), $"{shell.Species} must hold a {PBEItem.SkyPlate}.");
}
break;
case PBESpecies.Arceus_Ghost:
if (shell.Item != PBEItem.SpookyPlate)
{
throw new ArgumentOutOfRangeException(nameof(shell.Item), $"{shell.Species} must hold a {PBEItem.SpookyPlate}.");
}
break;
case PBESpecies.Arceus_Grass:
if (shell.Item != PBEItem.MeadowPlate)
{
throw new ArgumentOutOfRangeException(nameof(shell.Item), $"{shell.Species} must hold a {PBEItem.MeadowPlate}.");
}
break;
case PBESpecies.Arceus_Ground:
if (shell.Item != PBEItem.EarthPlate)
{
throw new ArgumentOutOfRangeException(nameof(shell.Item), $"{shell.Species} must hold a {PBEItem.EarthPlate}.");
}
break;
case PBESpecies.Arceus_Ice:
if (shell.Item != PBEItem.IciclePlate)
{
throw new ArgumentOutOfRangeException(nameof(shell.Item), $"{shell.Species} must hold a {PBEItem.IciclePlate}.");
}
break;
case PBESpecies.Arceus_Poison:
if (shell.Item != PBEItem.ToxicPlate)
{
throw new ArgumentOutOfRangeException(nameof(shell.Item), $"{shell.Species} must hold a {PBEItem.ToxicPlate}.");
}
break;
case PBESpecies.Arceus_Psychic:
if (shell.Item != PBEItem.MindPlate)
{
throw new ArgumentOutOfRangeException(nameof(shell.Item), $"{shell.Species} must hold a {PBEItem.MindPlate}.");
}
break;
case PBESpecies.Arceus_Rock:
if (shell.Item != PBEItem.StonePlate)
{
throw new ArgumentOutOfRangeException(nameof(shell.Item), $"{shell.Species} must hold a {PBEItem.StonePlate}.");
}
break;
case PBESpecies.Arceus_Steel:
if (shell.Item != PBEItem.IronPlate)
{
throw new ArgumentOutOfRangeException(nameof(shell.Item), $"{shell.Species} must hold a {PBEItem.IronPlate}.");
}
break;
case PBESpecies.Arceus_Water:
if (shell.Item != PBEItem.SplashPlate)
{
throw new ArgumentOutOfRangeException(nameof(shell.Item), $"{shell.Species} must hold a {PBEItem.SplashPlate}.");
}
break;
case PBESpecies.Genesect:
if (shell.Item == PBEItem.BurnDrive ||
shell.Item == PBEItem.ChillDrive ||
shell.Item == PBEItem.DouseDrive ||
shell.Item == PBEItem.ShockDrive)
{
throw new ArgumentOutOfRangeException(nameof(shell.Item), $"{shell.Species} cannot hold a {shell.Item}.");
}
break;
case PBESpecies.Genesect_Burn:
if (shell.Item != PBEItem.BurnDrive)
{
throw new ArgumentOutOfRangeException(nameof(shell.Item), $"{shell.Species} must hold a {PBEItem.BurnDrive}.");
}
break;
case PBESpecies.Genesect_Chill:
if (shell.Item != PBEItem.ChillDrive)
{
throw new ArgumentOutOfRangeException(nameof(shell.Item), $"{shell.Species} must hold a {PBEItem.ChillDrive}.");
}
break;
case PBESpecies.Genesect_Douse:
if (shell.Item != PBEItem.DouseDrive)
{
throw new ArgumentOutOfRangeException(nameof(shell.Item), $"{shell.Species} must hold a {PBEItem.DouseDrive}.");
}
break;
case PBESpecies.Genesect_Shock:
if (shell.Item != PBEItem.ShockDrive)
{
throw new ArgumentOutOfRangeException(nameof(shell.Item), $"{shell.Species} must hold a {PBEItem.ShockDrive}.");
}
break;
}
}
public static byte GetHiddenPowerBasePower(this IPBEReadOnlyStatCollection stats, PBESettings settings)
{
return(PBEDataUtils.GetHiddenPowerBasePower(stats.HP, stats.Attack, stats.Defense, stats.SpAttack, stats.SpDefense, stats.Speed, settings));
}
public static bool HasSecondaryEffects(this IPBEMoveData mData, PBESettings settings)
{
return(PBEDataUtils.HasSecondaryEffects(mData.Effect, settings));
}
internal PBEReadOnlyPartyMovesetSlot(PBESettings settings, PBEMove move, byte ppUps)
{
Move = move;
PP = PBEDataUtils.CalcMaxPP(move, ppUps, settings);
PPUps = ppUps;
}
// TODO: Check where the species was born
// TODO: Check if moves make sense (example: learns a move in gen4 but was born in gen5/caught in dreamworld/is gen5 event)
// TODO: Check if HMs were transferred
// TODO: Check events for moves
// TODO: EggMove_Special
public static void MoveLegalityCheck(PBESpecies species, byte level, IEnumerable <PBEMove> moves, PBESettings settings)
{
// Validate basic move rules first
if (moves == null || moves.Count() != settings.NumMoves)
{
throw new ArgumentOutOfRangeException(nameof(moves), $"A Pokémon must have exactly {settings.NumMoves} moves.");
}
if (moves.Any(m => moves.Count(m2 => m != PBEMove.None && m == m2) > 1))
{
throw new ArgumentOutOfRangeException(nameof(moves), $"A Pokémon cannot have duplicate moves other than {PBEMove.None}.");
}
if (moves.All(m => m == PBEMove.None))
{
throw new ArgumentOutOfRangeException(nameof(moves), $"A Pokémon must have at least one move other than {PBEMove.None}.");
}
if (species == PBESpecies.Keldeo_Resolute && !moves.Contains(PBEMove.SecretSword))
{
throw new ArgumentOutOfRangeException(nameof(moves), $"{species} must have {PBEMove.SecretSword}.");
}
// Combine all moves from pre-evolutions
IEnumerable <PBESpecies> evolutionChain = PBEPokemonData.GetData(species).PreEvolutions.Concat(new[] { species });
var levelUp = new List <(PBEMove Move, byte Level, PBEMoveObtainMethod ObtainMethod)>();
var other = new List <(PBEMove Move, PBEMoveObtainMethod ObtainMethod)>();
foreach (PBESpecies pkmn in evolutionChain)
{
var pData = PBEPokemonData.GetData(pkmn);
levelUp.AddRange(pData.LevelUpMoves.Where(t => t.Level <= level));
other.AddRange(pData.OtherMoves);
}
// TODO:
IEnumerable <PBEMove> allAsMoves = GetLegalMoves(species, level);
// Check if there's a move it cannot possibly learn
foreach (PBEMove m in moves)
{
if (m != PBEMove.None && !allAsMoves.Contains(m))
{
throw new ArgumentOutOfRangeException(nameof(moves), $"{species} cannot learn {m}.");
}
}
// Check generational rules
bool HasGen3Method(PBEMoveObtainMethod method)
{
return(method.HasFlag(PBEMoveObtainMethod.LevelUp_RSColoXD) ||
method.HasFlag(PBEMoveObtainMethod.LevelUp_FR) ||
method.HasFlag(PBEMoveObtainMethod.LevelUp_LG) ||
method.HasFlag(PBEMoveObtainMethod.LevelUp_E) ||
method.HasFlag(PBEMoveObtainMethod.TM_RSFRLGEColoXD) ||
method.HasFlag(PBEMoveObtainMethod.HM_RSFRLGEColoXD) ||
method.HasFlag(PBEMoveObtainMethod.MoveTutor_FRLG) ||
method.HasFlag(PBEMoveObtainMethod.MoveTutor_E) ||
method.HasFlag(PBEMoveObtainMethod.MoveTutor_XD) ||
method.HasFlag(PBEMoveObtainMethod.EggMove_RSFRLGE));
}
bool HasGen4Method(PBEMoveObtainMethod method)
{
return(method.HasFlag(PBEMoveObtainMethod.LevelUp_DP) ||
method.HasFlag(PBEMoveObtainMethod.LevelUp_Pt) ||
method.HasFlag(PBEMoveObtainMethod.LevelUp_HGSS) ||
method.HasFlag(PBEMoveObtainMethod.TM_DPPt) ||
method.HasFlag(PBEMoveObtainMethod.TM_HGSS) ||
method.HasFlag(PBEMoveObtainMethod.HM_DPPt) ||
method.HasFlag(PBEMoveObtainMethod.HM_HGSS) ||
method.HasFlag(PBEMoveObtainMethod.MoveTutor_DP) ||
method.HasFlag(PBEMoveObtainMethod.MoveTutor_Pt) ||
method.HasFlag(PBEMoveObtainMethod.MoveTutor_HGSS) ||
method.HasFlag(PBEMoveObtainMethod.EggMove_DPPt) ||
method.HasFlag(PBEMoveObtainMethod.EggMove_HGSS));
}
bool HasGen5Method(PBEMoveObtainMethod method)
{
return(method.HasFlag(PBEMoveObtainMethod.LevelUp_BW) ||
method.HasFlag(PBEMoveObtainMethod.LevelUp_B2W2) ||
method.HasFlag(PBEMoveObtainMethod.TM_BW) ||
method.HasFlag(PBEMoveObtainMethod.TM_B2W2) ||
method.HasFlag(PBEMoveObtainMethod.HM_BWB2W2) ||
method.HasFlag(PBEMoveObtainMethod.MoveTutor_BW) ||
method.HasFlag(PBEMoveObtainMethod.MoveTutor_B2W2) ||
method.HasFlag(PBEMoveObtainMethod.EggMove_BWB2W2));
}
IEnumerable <(PBEMove Move, PBEMoveObtainMethod ObtainMethod)> movesAsObtainMethods = levelUp.Where(t => moves.Contains(t.Move)).Select(t => (t.Move, t.ObtainMethod)).Union(other.Where(t => moves.Contains(t.Move)));
// Check to see where the Pokémon DEFINITELY has been
bool definitelyBeenInGeneration3 = false,
definitelyBeenInGeneration4 = false,
definitelyBeenInGeneration5 = false;
foreach ((PBEMove Move, PBEMoveObtainMethod ObtainMethod) in movesAsObtainMethods)
{
bool gen3 = HasGen3Method(ObtainMethod),
gen4 = HasGen4Method(ObtainMethod),
gen5 = HasGen5Method(ObtainMethod);
if (gen3 && !gen4 && !gen5)
{
definitelyBeenInGeneration3 = true;
}
else if (!gen3 && gen4 && !gen5)
{
definitelyBeenInGeneration4 = true;
}
else if (!gen3 && !gen4 && gen5)
{
definitelyBeenInGeneration5 = true;
}
}
}