private static int GetRequiredBaseMoveCount(int[] Moves, EggInfoSource infoset)
{
int baseCt = infoset.Base.Count;
if (baseCt > 4)
{
baseCt = 4;
}
// Obtain Inherited moves
var inherited = Moves.Where(m => m != 0 && infoset.IsInherited(m)).ToList();
int inheritCt = inherited.Count;
// Get required amount of base moves
int unique = infoset.Base.Union(inherited).Count();
int reqBase = inheritCt == 4 || baseCt + inheritCt > 4 ? 4 - inheritCt : baseCt;
if (Moves.Count(m => m != 0) < Math.Min(4, infoset.Base.Count))
{
reqBase = Math.Min(4, unique);
}
return(reqBase);
}
/* Similar to verifyRelearnEgg but in pre relearn generation is the moves what should match the expected order but only if the pokemon is inside an egg */
private static CheckMoveResult[] VerifyPreRelearnEggBase(PKM pkm, int[] Moves, EggInfoSource infoset)
{
CheckMoveResult[] res = new CheckMoveResult[4];
var gen = pkm.GenNumber;
// Obtain level1 moves
var reqBase = GetRequiredBaseMoveCount(Moves, infoset);
var em = string.Empty;
// Check if the required amount of Base Egg Moves are present.
for (int i = 0; i < reqBase; i++)
{
if (infoset.Base.Contains(Moves[i]))
{
res[i] = new CheckMoveResult(MoveSource.Initial, gen, Severity.Valid, V179, CheckIdentifier.Move);
continue;
}
// mark remaining base egg moves missing
for (int z = i; z < reqBase; z++)
{
res[z] = new CheckMoveResult(MoveSource.Initial, gen, Severity.Invalid, V180, CheckIdentifier.Move);
}
// provide the list of suggested base moves for the last required slot
em = string.Join(", ", GetMoveNames(infoset.Base));
break;
}
int moveoffset = reqBase;
int endSpecial = moveoffset + infoset.Special.Count;
// Check also if the required amount of Special Egg Moves are present, ir are after base moves
for (int i = moveoffset; i < endSpecial; i++)
{
if (infoset.Special.Contains(Moves[i]))
{
res[i] = new CheckMoveResult(MoveSource.SpecialEgg, gen, Severity.Valid, V333, CheckIdentifier.Move);
continue;
}
// Not in special moves, mark remaining special egg moves missing
for (int z = i; z < endSpecial; z++)
{
res[z] = new CheckMoveResult(MoveSource.SpecialEgg, gen, Severity.Invalid, V342, CheckIdentifier.Move);
}
// provide the list of suggested base moves and species moves for the last required slot
if (string.IsNullOrEmpty(em))
{
em = string.Join(", ", GetMoveNames(infoset.Base));
}
em += ", ";
em += string.Join(", ", GetMoveNames(infoset.Special));
break;
}
if (!string.IsNullOrEmpty(em))
{
res[reqBase > 0 ? reqBase - 1 : 0].Comment = string.Format(Environment.NewLine + V343, em);
}
// Inherited moves appear after the required base moves.
var AllowInheritedSeverity = infoset.AllowInherited ? Severity.Valid : Severity.Invalid;
for (int i = reqBase + infoset.Special.Count; i < 4; i++)
{
if (Moves[i] == 0) // empty
{
res[i] = new CheckMoveResult(MoveSource.None, gen, Severity.Valid, V167, CheckIdentifier.Move);
}
else if (infoset.Egg.Contains(Moves[i])) // inherited egg move
{
res[i] = new CheckMoveResult(MoveSource.EggMove, gen, AllowInheritedSeverity, infoset.AllowInherited ? V344 : V341, CheckIdentifier.Move);
}
else if (infoset.LevelUp.Contains(Moves[i])) // inherited lvl moves
{
res[i] = new CheckMoveResult(MoveSource.InheritLevelUp, gen, AllowInheritedSeverity, infoset.AllowInherited ? V345 : V347, CheckIdentifier.Move);
}
else if (infoset.TMHM.Contains(Moves[i])) // inherited TMHM moves
{
res[i] = new CheckMoveResult(MoveSource.TMHM, gen, AllowInheritedSeverity, infoset.AllowInherited ? V349 : V350, CheckIdentifier.Move);
}
else if (infoset.Tutor.Contains(Moves[i])) // inherited tutor moves
{
res[i] = new CheckMoveResult(MoveSource.Tutor, gen, AllowInheritedSeverity, infoset.AllowInherited ? V346 : V348, CheckIdentifier.Move);
}
else // not inheritable, flag
{
res[i] = new CheckMoveResult(MoveSource.Unknown, gen, Severity.Invalid, V340, CheckIdentifier.Move);
}
}
return(res);
}
private static CheckMoveResult[] ParseMovesIsEggPreRelearn(PKM pkm, int[] Moves, int[] SpecialMoves, EncounterEgg e)
{
EggInfoSource infoset = new EggInfoSource(pkm, SpecialMoves, e);
return(VerifyPreRelearnEggBase(pkm, Moves, infoset));
}
/* Similar to verifyRelearnEgg but in pre relearn generation is the moves what should match the expected order but only if the pokemon is inside an egg */
private static CheckMoveResult[] VerifyPreRelearnEggBase(PKM pkm, IReadOnlyList <int> currentMoves, EggInfoSource infoset)
{
CheckMoveResult[] res = new CheckMoveResult[4];
var gen = pkm.GenNumber;
// Obtain level1 moves
var reqBase = GetRequiredBaseMoveCount(currentMoves, infoset);
var sb = new System.Text.StringBuilder();
// Check if the required amount of Base Egg Moves are present.
for (int i = 0; i < reqBase; i++)
{
if (infoset.Base.Contains(currentMoves[i]))
{
res[i] = new CheckMoveResult(Initial, gen, Valid, LMoveRelearnEgg, Move);
continue;
}
// mark remaining base egg moves missing
for (int z = i; z < reqBase; z++)
{
res[z] = new CheckMoveResult(Initial, gen, Invalid, LMoveRelearnEggMissing, Move);
}
// provide the list of suggested base moves for the last required slot
sb.Append(string.Join(", ", GetMoveNames(infoset.Base)));
break;
}
if (sb.Length != 0)
{
res[reqBase > 0 ? reqBase - 1 : 0].Comment = string.Format(Environment.NewLine + LMoveFExpect_0, sb);
}
// Inherited moves appear after the required base moves.
var AllowInheritedSeverity = infoset.AllowInherited ? Valid : Invalid;
for (int i = reqBase; i < 4; i++)
{
if (currentMoves[i] == 0) // empty
{
res[i] = new CheckMoveResult(None, gen, Valid, LMoveSourceEmpty, Move);
}
else if (infoset.Egg.Contains(currentMoves[i])) // inherited egg move
{
res[i] = new CheckMoveResult(EggMove, gen, AllowInheritedSeverity, infoset.AllowInherited ? LMoveEggInherited : LMoveEggInvalidEvent, Move);
}
else if (infoset.LevelUp.Contains(currentMoves[i])) // inherited lvl moves
{
res[i] = new CheckMoveResult(InheritLevelUp, gen, AllowInheritedSeverity, infoset.AllowInherited ? LMoveEggLevelUp : LMoveEggInvalidEventLevelUp, Move);
}
else if (infoset.TMHM.Contains(currentMoves[i])) // inherited TMHM moves
{
res[i] = new CheckMoveResult(TMHM, gen, AllowInheritedSeverity, infoset.AllowInherited ? LMoveEggTMHM : LMoveEggInvalidEventTMHM, Move);
}
else if (infoset.Tutor.Contains(currentMoves[i])) // inherited tutor moves
{
res[i] = new CheckMoveResult(Tutor, gen, AllowInheritedSeverity, infoset.AllowInherited ? LMoveEggInheritedTutor : LMoveEggInvalidEventTutor, Move);
}
else // not inheritable, flag
{
res[i] = new CheckMoveResult(Unknown, gen, Invalid, LMoveEggInvalid, Move);
}
}
return(res);
}
private static CheckMoveResult[] ParseMovesIsEggPreRelearn(PKM pkm, IReadOnlyList <int> currentMoves, EncounterEgg e)
{
var infoset = new EggInfoSource(pkm, e);
return(VerifyPreRelearnEggBase(pkm, currentMoves, infoset));
}
/* Similar to verifyRelearnEgg but in pre relearn generation is the moves what should match the expected order but only if the pokemon is inside an egg */
private static CheckMoveResult[] VerifyPreRelearnEggBase(PKM pkm, int[] Moves, EggInfoSource infoset)
{
CheckMoveResult[] res = new CheckMoveResult[4];
var gen = pkm.GenNumber;
// Obtain level1 moves
var reqBase = GetRequiredBaseMoveCount(Moves, infoset);
var sb = new System.Text.StringBuilder();
// Check if the required amount of Base Egg Moves are present.
for (int i = 0; i < reqBase; i++)
{
if (infoset.Base.Contains(Moves[i]))
{
res[i] = new CheckMoveResult(MoveSource.Initial, gen, Severity.Valid, LMoveRelearnEgg, CheckIdentifier.Move);
continue;
}
// mark remaining base egg moves missing
for (int z = i; z < reqBase; z++)
{
res[z] = new CheckMoveResult(MoveSource.Initial, gen, Severity.Invalid, LMoveRelearnEggMissing, CheckIdentifier.Move);
}
// provide the list of suggested base moves for the last required slot
sb.Append(string.Join(", ", GetMoveNames(infoset.Base)));
break;
}
int moveoffset = reqBase;
int endSpecial = moveoffset + infoset.Special.Count;
// Check also if the required amount of Special Egg Moves are present, ir are after base moves
for (int i = moveoffset; i < endSpecial; i++)
{
if (infoset.Special.Contains(Moves[i]))
{
res[i] = new CheckMoveResult(MoveSource.SpecialEgg, gen, Severity.Valid, LMoveSourceEggEvent, CheckIdentifier.Move);
continue;
}
// Not in special moves, mark remaining special egg moves missing
for (int z = i; z < endSpecial; z++)
{
res[z] = new CheckMoveResult(MoveSource.SpecialEgg, gen, Severity.Invalid, LMoveEggMissing, CheckIdentifier.Move);
}
// provide the list of suggested base moves and species moves for the last required slot
if (sb.Length == 0)
{
sb.Append(string.Join(", ", GetMoveNames(infoset.Base)));
}
sb.Append(", ");
sb.Append(string.Join(", ", GetMoveNames(infoset.Special)));
break;
}
if (sb.Length != 0)
{
res[reqBase > 0 ? reqBase - 1 : 0].Comment = string.Format(Environment.NewLine + LMoveFExpect_0, sb);
}
// Inherited moves appear after the required base moves.
var AllowInheritedSeverity = infoset.AllowInherited ? Severity.Valid : Severity.Invalid;
for (int i = reqBase + infoset.Special.Count; i < 4; i++)
{
if (Moves[i] == 0) // empty
{
res[i] = new CheckMoveResult(MoveSource.None, gen, Severity.Valid, LMoveSourceEmpty, CheckIdentifier.Move);
}
else if (infoset.Egg.Contains(Moves[i])) // inherited egg move
{
res[i] = new CheckMoveResult(MoveSource.EggMove, gen, AllowInheritedSeverity, infoset.AllowInherited ? LMoveEggInherited : LMoveEggInvalidEvent, CheckIdentifier.Move);
}
else if (infoset.LevelUp.Contains(Moves[i])) // inherited lvl moves
{
res[i] = new CheckMoveResult(MoveSource.InheritLevelUp, gen, AllowInheritedSeverity, infoset.AllowInherited ? LMoveEggLevelUp : LMoveEggInvalidEventLevelUp, CheckIdentifier.Move);
}
else if (infoset.TMHM.Contains(Moves[i])) // inherited TMHM moves
{
res[i] = new CheckMoveResult(MoveSource.TMHM, gen, AllowInheritedSeverity, infoset.AllowInherited ? LMoveEggTMHM : LMoveEggInvalidEventTMHM, CheckIdentifier.Move);
}
else if (infoset.Tutor.Contains(Moves[i])) // inherited tutor moves
{
res[i] = new CheckMoveResult(MoveSource.Tutor, gen, AllowInheritedSeverity, infoset.AllowInherited ? LMoveEggInheritedTutor : LMoveEggInvalidEventTutor, CheckIdentifier.Move);
}
else // not inheritable, flag
{
res[i] = new CheckMoveResult(MoveSource.Unknown, gen, Severity.Invalid, LMoveEggInvalid, CheckIdentifier.Move);
}
}
return(res);
}
