private static CheckMoveResult[] ParseMoves(PKM pkm, MoveParseSource source, LegalInfo info)
{
var res = new CheckMoveResult[4];
bool AllParsed() => res.All(z => z != null);
// Special considerations!
const int NoMinGeneration = 0;
int minGeneration = NoMinGeneration;
if (pkm is IBattleVersion {
BattleVersion : not 0
} v)
{
minGeneration = ((GameVersion)v.BattleVersion).GetGeneration();
source.ResetSources();
}
// Check empty moves and relearn moves before generation specific moves
for (int m = 0; m < 4; m++)
{
var move = source.CurrentMoves[m];
if (move == 0)
{
res[m] = new CheckMoveResult(None, pkm.Format, Valid, LMoveSourceEmpty, CurrentMove);
}
else if (minGeneration == NoMinGeneration && info.EncounterMoves.Relearn.Contains(move))
{
res[m] = new CheckMoveResult(Relearn, info.Generation, Valid, LMoveSourceRelearn, CurrentMove);
}
}
if (AllParsed())
{
return(res);
}
// Encapsulate arguments to simplify method calls
var moveInfo = new LearnInfo(pkm, source);
// Check moves going backwards, marking the move valid in the most current generation when it can be learned
int[] generations = GenerationTraversal.GetVisitedGenerationOrder(pkm, info.EncounterOriginal.Generation);
if (pkm.Format <= 2)
{
generations = Array.FindAll(generations, z => z < info.EncounterMoves.LevelUpMoves.Length);
}
if (minGeneration != NoMinGeneration)
{
generations = Array.FindAll(generations, z => z >= minGeneration);
}
if (generations.Length != 0)
{
int lastgen = generations[^ 1];
private static CheckMoveResult[] ParseMoves(PKM pkm, MoveParseSource source, LegalInfo info)
{
var res = new CheckMoveResult[4];
bool AllParsed() => res.All(z => z != null);
var required = pkm is not PK1 pk1 ? 1 : GBRestrictions.GetRequiredMoveCount(pk1, source.CurrentMoves, info, source.Base);
// Special considerations!
int reset = 0;
if (pkm is IBattleVersion {
BattleVersion : not 0
} v)
{
reset = ((GameVersion)v.BattleVersion).GetGeneration();
source.ResetSources();
}
// Check empty moves and relearn moves before generation specific moves
for (int m = 0; m < 4; m++)
{
if (source.CurrentMoves[m] == 0)
{
res[m] = new CheckMoveResult(None, pkm.Format, m < required ? Fishy : Valid, LMoveSourceEmpty, CurrentMove);
}
else if (reset == 0 && info.EncounterMoves.Relearn.Contains(source.CurrentMoves[m]))
{
res[m] = new CheckMoveResult(Relearn, info.Generation, Valid, LMoveSourceRelearn, CurrentMove);
}
}
if (AllParsed())
{
return(res);
}
// Encapsulate arguments to simplify method calls
var moveInfo = new LearnInfo(pkm, source);
// Check moves going backwards, marking the move valid in the most current generation when it can be learned
int[] generations = GenerationTraversal.GetVisitedGenerationOrder(pkm, info.EncounterOriginal.Generation);
if (pkm.Format <= 2)
{
generations = generations.Where(z => z < info.EncounterMoves.LevelUpMoves.Length).ToArray();
}
if (reset != 0)
{
generations = generations.Where(z => z >= reset).ToArray();
}
int lastgen = generations.Length == 0 ? 0 : generations[^ 1];
private static void ParseEggMovesRemaining(PKM pkm, CheckMoveResult[] res, LearnInfo learnInfo)
{
// A pokemon could have normal egg moves and regular egg moves
// Only if all regular egg moves are event egg moves or all event egg moves are regular egg moves
var RegularEggMovesLearned = learnInfo.EggMovesLearned.Union(learnInfo.LevelUpEggMoves).ToList();
if (RegularEggMovesLearned.Count != 0 && learnInfo.EventEggMoves.Count != 0)
{
// Moves that are egg moves or event egg moves but not both
var IncompatibleEggMoves = RegularEggMovesLearned.Except(learnInfo.EventEggMoves).Union(learnInfo.EventEggMoves.Except(RegularEggMovesLearned)).ToList();
if (IncompatibleEggMoves.Count == 0)
{
return;
}
foreach (int m in IncompatibleEggMoves)
{
if (learnInfo.EventEggMoves.Contains(m) && !learnInfo.EggMovesLearned.Contains(m))
{
res[m] = new CheckMoveResult(res[m], Severity.Invalid, V337, CheckIdentifier.Move);
}
else if (!learnInfo.EventEggMoves.Contains(m) && learnInfo.EggMovesLearned.Contains(m))
{
res[m] = new CheckMoveResult(res[m], Severity.Invalid, V336, CheckIdentifier.Move);
}
else if (!learnInfo.EventEggMoves.Contains(m) && learnInfo.LevelUpEggMoves.Contains(m))
{
res[m] = new CheckMoveResult(res[m], Severity.Invalid, V358, CheckIdentifier.Move);
}
}
}
// If there is no incompatibility with event egg check that there is no inherited move in gift eggs and event eggs
else if (RegularEggMovesLearned.Count != 0 && (pkm.WasGiftEgg || pkm.WasEventEgg))
{
foreach (int m in RegularEggMovesLearned)
{
if (learnInfo.EggMovesLearned.Contains(m))
{
res[m] = new CheckMoveResult(res[m], Severity.Invalid, pkm.WasGiftEgg ? V377 : V341, CheckIdentifier.Move);
}
else if (learnInfo.LevelUpEggMoves.Contains(m))
{
res[m] = new CheckMoveResult(res[m], Severity.Invalid, pkm.WasGiftEgg ? V378 : V347, CheckIdentifier.Move);
}
}
}
}
private static void ParseEggMovesRemaining(PKM pkm, CheckMoveResult[] res, LearnInfo learnInfo)
{
// A pokemon could have normal egg moves and regular egg moves
// Only if all regular egg moves are event egg moves or all event egg moves are regular egg moves
var RegularEggMovesLearned = learnInfo.EggMovesLearned.Union(learnInfo.LevelUpEggMoves).ToList();
if (RegularEggMovesLearned.Count != 0 && learnInfo.EventEggMoves.Count != 0)
{
// Moves that are egg moves or event egg moves but not both
var IncompatibleEggMoves = RegularEggMovesLearned.Except(learnInfo.EventEggMoves).Union(learnInfo.EventEggMoves.Except(RegularEggMovesLearned)).ToList();
if (IncompatibleEggMoves.Count == 0)
{
return;
}
foreach (int m in IncompatibleEggMoves)
{
if (learnInfo.EventEggMoves.Contains(m) && !learnInfo.EggMovesLearned.Contains(m))
{
res[m] = new CheckMoveResult(res[m], Invalid, LMoveEggIncompatibleEvent, Move);
}
else if (!learnInfo.EventEggMoves.Contains(m) && learnInfo.EggMovesLearned.Contains(m))
{
res[m] = new CheckMoveResult(res[m], Invalid, LMoveEggIncompatible, Move);
}
else if (!learnInfo.EventEggMoves.Contains(m) && learnInfo.LevelUpEggMoves.Contains(m))
{
res[m] = new CheckMoveResult(res[m], Invalid, LMoveEventEggLevelUp, Move);
}
}
}
else if (RegularEggMovesLearned.Count != 0 && (pkm.WasGiftEgg || pkm.WasEventEgg))
{
// Event eggs cannot inherit moves from parents; they are not bred.
foreach (int m in RegularEggMovesLearned)
{
if (learnInfo.EggMovesLearned.Contains(m))
{
res[m] = new CheckMoveResult(res[m], Invalid, pkm.WasGiftEgg ? LMoveEggMoveGift : LMoveEggInvalidEvent, Move);
}
else if (learnInfo.LevelUpEggMoves.Contains(m))
{
res[m] = new CheckMoveResult(res[m], Invalid, pkm.WasGiftEgg ? LMoveEggInvalidEventLevelUpGift : LMoveEggInvalidEventLevelUp, Move);
}
}
}
}
private static void ParseEggMoves(PKM pkm, CheckMoveResult[] res, int gen, LearnInfo learnInfo)
{
var moves = learnInfo.Source.CurrentMoves;
// Check egg moves after all the generations and all the moves, every move that can't be learned in another source should have preference
// the moves that can only be learned from egg moves should in the future check if the move combinations can be breed in gens 2 to 5
for (int m = 0; m < 4; m++)
{
if (IsCheckValid(res[m]))
{
continue;
}
if (moves[m] == 0)
{
continue;
}
bool wasEggMove = learnInfo.Source.EggMoveSource.Contains(moves[m]);
if (wasEggMove)
{
// To learn exclusive generation 1 moves the pokemon was tradeback, but it can't be trade to generation 1
// without removing moves above MaxMoveID_1, egg moves above MaxMoveID_1 and gen 1 moves are incompatible
if (learnInfo.IsGen2Pkm && learnInfo.Gen1Moves.Count != 0 && moves[m] > Legal.MaxMoveID_1)
{
res[m] = new CheckMoveResult(MoveSource.EggMove, gen, Severity.Invalid, V334, CheckIdentifier.Move);
learnInfo.MixedGen12NonTradeback = true;
}
else
{
res[m] = new CheckMoveResult(MoveSource.EggMove, gen, Severity.Valid, V171, CheckIdentifier.Move)
{
Flag = true
};
}
learnInfo.EggMovesLearned.Add(m);
if (pkm.TradebackStatus == TradebackType.Any && pkm.GenNumber == 1)
{
pkm.TradebackStatus = TradebackType.WasTradeback;
}
}
if (!learnInfo.Source.EggEventSource.Contains(moves[m]))
{
continue;
}
if (!wasEggMove)
{
if (learnInfo.IsGen2Pkm && learnInfo.Gen1Moves.Count != 0 && moves[m] > Legal.MaxMoveID_1)
{
res[m] = new CheckMoveResult(MoveSource.SpecialEgg, gen, Severity.Invalid, V334, CheckIdentifier.Move);
learnInfo.MixedGen12NonTradeback = true;
}
else
{
res[m] = new CheckMoveResult(MoveSource.SpecialEgg, gen, Severity.Valid, V333, CheckIdentifier.Move);
}
}
if (pkm.TradebackStatus == TradebackType.Any && pkm.GenNumber == 1)
{
pkm.TradebackStatus = TradebackType.WasTradeback;
}
learnInfo.EventEggMoves.Add(m);
}
}
private static void ParseEggMovesInherited(PKM pkm, CheckMoveResult[] res, int gen, LearnInfo learnInfo)
{
var moves = learnInfo.Source.CurrentMoves;
// Check higher-level moves after all the moves but just before egg moves to differentiate it from normal level up moves
// Also check if the base egg moves is a non tradeback move
for (int m = 0; m < 4; m++)
{
if (IsCheckValid(res[m])) // already validated
{
continue;
}
if (moves[m] == 0)
{
continue;
}
if (!learnInfo.Source.EggLevelUpSource.Contains(moves[m])) // Check if contains level-up egg moves from parents
{
continue;
}
if (learnInfo.IsGen2Pkm && learnInfo.Gen1Moves.Count != 0 && moves[m] > Legal.MaxMoveID_1)
{
res[m] = new CheckMoveResult(MoveSource.InheritLevelUp, gen, Severity.Invalid, V334, CheckIdentifier.Move);
learnInfo.MixedGen12NonTradeback = true;
}
else
{
res[m] = new CheckMoveResult(MoveSource.InheritLevelUp, gen, Severity.Valid, V345, CheckIdentifier.Move);
}
learnInfo.LevelUpEggMoves.Add(m);
if (pkm.TradebackStatus == TradebackType.Any && pkm.GenNumber == 1)
{
pkm.TradebackStatus = TradebackType.WasTradeback;
}
}
}
private static void ParseMovesByGenerationLast(PKM pkm, CheckMoveResult[] res, int gen, LearnInfo learnInfo)
{
ParseEggMovesInherited(pkm, res, gen, learnInfo);
ParseEggMoves(pkm, res, gen, learnInfo);
ParseEggMovesRemaining(pkm, res, learnInfo);
}
private static void ParseMovesByGeneration12(PKM pkm, CheckMoveResult[] res, int[] moves, int gen, LegalInfo info, LearnInfo learnInfo)
{
// Mark the gen 1 exclusive moves as illegal because the pokemon also have Non tradeback egg moves.
if (learnInfo.MixedGen12NonTradeback)
{
foreach (int m in learnInfo.Gen1Moves)
{
res[m] = new CheckMoveResult(res[m], Severity.Invalid, V335, CheckIdentifier.Move);
}
foreach (int m in learnInfo.Gen2PreevoMoves)
{
res[m] = new CheckMoveResult(res[m], Severity.Invalid, V412, CheckIdentifier.Move);
}
}
if (gen == 1 && pkm.Format == 1 && pkm.Gen1_NotTradeback)
{
ParseRedYellowIncompatibleMoves(pkm, res, moves);
ParseEvolutionsIncompatibleMoves(pkm, res, moves, info.EncounterMoves.TMHMMoves[1]);
}
}
private static void ParseMovesByGeneration(PKM pkm, IList <CheckMoveResult> res, int gen, LegalInfo info, LearnInfo learnInfo)
{
var moves = learnInfo.Source.CurrentMoves;
bool native = gen == pkm.Format;
for (int m = 0; m < 4; m++)
{
if (IsCheckValid(res[m])) // already validated with another generation
{
continue;
}
int move = moves[m];
if (move == 0)
{
continue;
}
if (gen <= 2)
{
if (gen == 2 && !native && move > Legal.MaxMoveID_1 && pkm.VC1)
{
res[m] = new CheckMoveResult(MoveSource.Unknown, gen, Severity.Invalid, V176, CheckIdentifier.Move);
continue;
}
if (gen == 2 && learnInfo.Source.EggMoveSource.Contains(move))
{
res[m] = new CheckMoveResult(MoveSource.EggMove, gen, Severity.Valid, V171, CheckIdentifier.Move);
}
else if (learnInfo.Source.Base.Contains(move))
{
res[m] = new CheckMoveResult(MoveSource.Initial, gen, Severity.Valid, native ? V361 : string.Format(V362, gen), CheckIdentifier.Move);
}
}
if (info.EncounterMoves.LevelUpMoves[gen].Contains(move))
{
res[m] = new CheckMoveResult(MoveSource.LevelUp, gen, Severity.Valid, native ? V177 : string.Format(V330, gen), CheckIdentifier.Move);
}
else if (info.EncounterMoves.TMHMMoves[gen].Contains(move))
{
res[m] = new CheckMoveResult(MoveSource.TMHM, gen, Severity.Valid, native ? V173 : string.Format(V331, gen), CheckIdentifier.Move);
}
else if (info.EncounterMoves.TutorMoves[gen].Contains(move))
{
res[m] = new CheckMoveResult(MoveSource.Tutor, gen, Severity.Valid, native ? V174 : string.Format(V332, gen), CheckIdentifier.Move);
}
else if (gen == info.Generation && learnInfo.Source.SpecialSource.Contains(move))
{
res[m] = new CheckMoveResult(MoveSource.Special, gen, Severity.Valid, V175, CheckIdentifier.Move);
}
if (res[m] == null || gen >= 3)
{
continue;
}
if (res[m].Valid && gen == 2 && learnInfo.Source.NonTradeBackLevelUpMoves.Contains(m))
{
learnInfo.Gen2PreevoMoves.Add(m);
}
if (res[m].Valid && gen == 1)
{
learnInfo.Gen1Moves.Add(m);
if (learnInfo.Gen2PreevoMoves.Count != 0)
{
learnInfo.MixedGen12NonTradeback = true;
}
}
if (res[m].Valid && gen <= 2 && pkm.TradebackStatus == TradebackType.Any && info.Generation != gen)
{
pkm.TradebackStatus = TradebackType.WasTradeback;
}
}
}
private static void ParseMovesByGeneration(PKM pkm, CheckMoveResult[] res, int gen, LegalInfo info, LearnInfo learnInfo, int last)
{
GetHMCompatibility(pkm, res, gen, learnInfo.Source.CurrentMoves, out bool[] HMLearned, out bool KnowDefogWhirlpool);
ParseMovesByGeneration(pkm, res, gen, info, learnInfo);
if (gen == last)
{
ParseMovesByGenerationLast(pkm, res, gen, learnInfo);
}
switch (gen)
{
case 3:
case 4:
if (pkm.Format > gen)
{
FlagIncompatibleTransferHMs(res, learnInfo.Source.CurrentMoves, gen, HMLearned, KnowDefogWhirlpool);
}
break;
case 1:
case 2:
ParseMovesByGeneration12(pkm, res, learnInfo.Source.CurrentMoves, gen, info, learnInfo);
break;
}
// Pokemon that evolved by leveling up while learning a specific move
// This pokemon could only have 3 moves from preevolutions that are not the move used to evolved
// including special and eggs moves before realearn generations
if (Legal.SpeciesEvolutionWithMove.Contains(pkm.Species))
{
ParseEvolutionLevelupMove(pkm, res, learnInfo.Source.CurrentMoves, learnInfo.IncenseMoves, info);
}
}
private static CheckMoveResult[] ParseMoves(PKM pkm, MoveParseSource source, LegalInfo info)
{
CheckMoveResult[] res = new CheckMoveResult[4];
bool AllParsed() => res.All(r => r != null);
var required = Legal.GetRequiredMoveCount(pkm, source.CurrentMoves, info, source.Base);
// Check empty moves and relearn moves before generation specific moves
for (int m = 0; m < 4; m++)
{
if (source.CurrentMoves[m] == 0)
{
res[m] = new CheckMoveResult(MoveSource.None, pkm.Format, m < required ? Severity.Fishy : Severity.Valid, V167, CheckIdentifier.Move);
}
else if (info.EncounterMoves.Relearn.Contains(source.CurrentMoves[m]))
{
res[m] = new CheckMoveResult(MoveSource.Relearn, info.Generation, Severity.Valid, V172, CheckIdentifier.Move)
{
Flag = true
}
}
;
}
if (AllParsed())
{
return(res);
}
// Encapsulate arguments to simplify method calls
var moveInfo = new LearnInfo(pkm)
{
Source = source
};
// Check moves going backwards, marking the move valid in the most current generation when it can be learned
int[] generations = GetGenMovesCheckOrder(pkm);
if (pkm.Format <= 2)
{
generations = generations.Where(z => z < info.EncounterMoves.LevelUpMoves.Length).ToArray();
}
int lastgen = generations.LastOrDefault();
foreach (var gen in generations)
{
ParseMovesByGeneration(pkm, res, gen, info, moveInfo, lastgen);
if (AllParsed())
{
return(res);
}
}
if (pkm.Species == 292 && info.Generation <= 4)
{
ParseShedinjaEvolveMoves(pkm, res, source.CurrentMoves);
}
for (int m = 0; m < 4; m++)
{
if (res[m] == null)
{
res[m] = new CheckMoveResult(MoveSource.Unknown, info.Generation, Severity.Invalid, V176, CheckIdentifier.Move);
}
}
return(res);
}
private static void ParseMovesByGeneration(PKM pkm, IList <CheckMoveResult> res, int gen, LegalInfo info, LearnInfo learnInfo)
{
var moves = learnInfo.Source.CurrentMoves;
bool native = gen == pkm.Format;
for (int m = 0; m < 4; m++)
{
if (IsCheckValid(res[m])) // already validated with another generation
{
continue;
}
int move = moves[m];
if (move == 0)
{
continue;
}
if (gen <= 2)
{
if (gen == 2 && !native && move > Legal.MaxMoveID_1 && pkm.VC1)
{
res[m] = new CheckMoveResult(Unknown, gen, Invalid, LMoveSourceInvalid, Move);
continue;
}
if (gen == 2 && learnInfo.Source.EggMoveSource.Contains(move))
{
res[m] = new CheckMoveResult(EggMove, gen, Valid, LMoveSourceEgg, Move);
}
else if (learnInfo.Source.Base.Contains(move))
{
res[m] = new CheckMoveResult(Initial, gen, Valid, native ? LMoveSourceDefault : string.Format(LMoveFDefault_0, gen), Move);
}
}
if (info.EncounterMoves.LevelUpMoves[gen].Contains(move))
{
res[m] = new CheckMoveResult(LevelUp, gen, Valid, native ? LMoveSourceLevelUp : string.Format(LMoveFLevelUp_0, gen), Move);
}
else if (info.EncounterMoves.TMHMMoves[gen].Contains(move))
{
res[m] = new CheckMoveResult(TMHM, gen, Valid, native ? LMoveSourceTMHM : string.Format(LMoveFTMHM_0, gen), Move);
}
else if (info.EncounterMoves.TutorMoves[gen].Contains(move))
{
res[m] = new CheckMoveResult(Tutor, gen, Valid, native ? LMoveSourceTutor : string.Format(LMoveFTutor_0, gen), Move);
}
else if (gen == info.Generation && learnInfo.Source.SpecialSource.Contains(move))
{
res[m] = new CheckMoveResult(Special, gen, Valid, LMoveSourceSpecial, Move);
}
else if (gen >= 8 && MoveEgg.GetIsSharedEggMove(pkm, gen, move))
{
res[m] = new CheckMoveResult(Shared, gen, Valid, native ? LMoveSourceShared : string.Format(LMoveSourceSharedF, gen), Move);
}
if (gen >= 3 || !IsCheckValid(res[m]))
{
continue;
}
// Gen1/Gen2 only below
if (gen == 2 && learnInfo.Source.NonTradeBackLevelUpMoves.Contains(m))
{
learnInfo.Gen2PreevoMoves.Add(m);
}
else if (gen == 1)
{
learnInfo.Gen1Moves.Add(m);
if (learnInfo.Gen2PreevoMoves.Count != 0)
{
learnInfo.MixedGen12NonTradeback = true;
}
}
if (pkm.TradebackStatus == TradebackType.Any && info.Generation != gen)
{
pkm.TradebackStatus = TradebackType.WasTradeback;
}
}
}
private static CheckMoveResult[] ParseMoves(PKM pkm, MoveParseSource source, LegalInfo info)
{
var res = new CheckMoveResult[4];
bool AllParsed() => res.All(z => z != null);
var required = pkm.Format != 1 ? 1 : GBRestrictions.GetRequiredMoveCount(pkm, source.CurrentMoves, info, source.Base);
// Special considerations!
int reset = 0;
if (pkm is IBattleVersion v && v.BattleVersion != 0)
{
reset = ((GameVersion)v.BattleVersion).GetGeneration();
source.EggEventSource = Array.Empty <int>();
source.Base = Array.Empty <int>();
source.EggLevelUpSource = Array.Empty <int>();
source.EggMoveSource = Array.Empty <int>();
source.NonTradeBackLevelUpMoves = Array.Empty <int>();
source.SpecialSource = Array.Empty <int>();
}
// Check empty moves and relearn moves before generation specific moves
for (int m = 0; m < 4; m++)
{
if (source.CurrentMoves[m] == 0)
{
res[m] = new CheckMoveResult(None, pkm.Format, m < required ? Fishy : Valid, LMoveSourceEmpty, Move);
}
else if (reset == 0 && info.EncounterMoves.Relearn.Contains(source.CurrentMoves[m]))
{
res[m] = new CheckMoveResult(Relearn, info.Generation, Valid, LMoveSourceRelearn, Move)
{
Flag = true
}
}
;
}
if (AllParsed())
{
return(res);
}
// Encapsulate arguments to simplify method calls
var moveInfo = new LearnInfo(pkm, source);
// Check moves going backwards, marking the move valid in the most current generation when it can be learned
int[] generations = GetGenMovesCheckOrder(pkm);
if (pkm.Format <= 2)
{
generations = generations.Where(z => z < info.EncounterMoves.LevelUpMoves.Length).ToArray();
}
if (reset != 0)
{
generations = generations.Where(z => z >= reset).ToArray();
}
int lastgen = generations.LastOrDefault();
foreach (var gen in generations)
{
ParseMovesByGeneration(pkm, res, gen, info, moveInfo, lastgen);
if (AllParsed())
{
return(res);
}
}
if (pkm.Species == (int)Species.Shedinja && info.Generation <= 4)
{
ParseShedinjaEvolveMoves(pkm, res, source.CurrentMoves, info.EvoChainsAllGens);
}
for (int m = 0; m < 4; m++)
{
if (res[m] == null)
{
res[m] = new CheckMoveResult(Unknown, info.Generation, Invalid, LMoveSourceInvalid, Move);
}
}
return(res);
}
private static void ParseEggMovesInherited(PKM pkm, CheckMoveResult[] res, int gen, LearnInfo learnInfo)
{
var moves = learnInfo.Source.CurrentMoves;
// Check higher-level moves after all the moves but just before egg moves to differentiate it from normal level up moves
// Also check if the base egg moves is a non tradeback move
for (int m = 0; m < 4; m++)
{
var r = res[m];
if (IsCheckValid(r)) // already validated
{
if (gen == 2 && r.Generation != 1)
{
continue;
}
}
int move = moves[m];
if (move == 0)
{
continue;
}
if (!learnInfo.Source.EggLevelUpSource.Contains(move)) // Check if contains level-up egg moves from parents
{
continue;
}
if (learnInfo.IsGen2Pkm && learnInfo.Gen1Moves.Count != 0 && move > Legal.MaxMoveID_1)
{
res[m] = new CheckMoveResult(InheritLevelUp, gen, Invalid, LG1MoveTradeback, Move);
learnInfo.MixedGen12NonTradeback = true;
}
else
{
res[m] = new CheckMoveResult(InheritLevelUp, gen, Valid, LMoveEggLevelUp, Move);
}
learnInfo.LevelUpEggMoves.Add(m);
if (gen == 2 && learnInfo.Gen1Moves.Contains(m))
{
learnInfo.Gen1Moves.Remove(m);
}
}
if (gen <= 2 && learnInfo.Gen1Moves.Count == 0)
{
pkm.TradebackStatus = TradebackType.Any;
}
}
private static void ParseMovesByGenerationLast(PKM pkm, CheckMoveResult[] res, LearnInfo learnInfo, IEncounterable enc)
{
int gen = enc.Generation;
ParseEggMovesInherited(pkm, res, gen, learnInfo);
ParseEggMoves(pkm, res, gen, learnInfo);
ParseEggMovesRemaining(pkm, res, learnInfo, enc);
}
private static void ParseMovesByGeneration12(PKM pkm, CheckMoveResult[] res, IReadOnlyList <int> currentMoves, int gen, LegalInfo info, LearnInfo learnInfo)
{
// Mark the gen 1 exclusive moves as illegal because the pokemon also have Non tradeback egg moves.
if (learnInfo.MixedGen12NonTradeback)
{
foreach (int m in learnInfo.Gen1Moves)
{
res[m] = new CheckMoveResult(res[m], Invalid, LG1MoveExclusive, CurrentMove);
}
foreach (int m in learnInfo.Gen2PreevoMoves)
{
res[m] = new CheckMoveResult(res[m], Invalid, LG1TradebackPreEvoMove, CurrentMove);
}
}
if (gen == 1 && pkm.Format == 1 && pkm.Gen1_NotTradeback)
{
ParseRedYellowIncompatibleMoves(pkm, res, currentMoves);
ParseEvolutionsIncompatibleMoves(pkm, res, currentMoves, info.EncounterMoves.TMHMMoves[1]);
}
}
