PKHeX/PKHeX.Core/Legality/Verifiers/BallVerifier.cs

386 lines
17 KiB
C#
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using System.Collections.Generic;
using static PKHeX.Core.LegalityCheckStrings;
using static PKHeX.Core.Ball;
namespace PKHeX.Core
{
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/// <summary>
/// Verifies the <see cref="PKM.Ball"/> value.
/// </summary>
public sealed class BallVerifier : Verifier
{
protected override CheckIdentifier Identifier => CheckIdentifier.Ball;
private CheckResult NONE => GetInvalid(LBallNone);
public override void Verify(LegalityAnalysis data)
{
if (data.pkm.Format <= 2)
return; // no ball info saved
var result = VerifyBall(data);
data.AddLine(result);
}
private CheckResult VerifyBall(LegalityAnalysis data)
{
var EncounterMatch = data.EncounterMatch;
var Info = data.Info;
// Fixed ball cases -- can be only one ball ever
switch (EncounterMatch)
{
case MysteryGift g:
return VerifyBallMysteryGift(data, g);
case EncounterTrade t:
return VerifyBallEquals(data, t.Ball);
case EncounterStatic s when s.Gift:
return VerifyBallEquals(data, s.Ball);
}
// Capture / Inherit cases -- can be one of many balls
var pkm = data.pkm;
if (pkm.Species == (int)Species.Shedinja && data.EncounterMatch.Species != (int)Species.Shedinja) // Shedinja. For gen3, copy the ball from Nincada
{
// Only Gen3 origin Shedinja can copy the wild ball.
// Evolution chains will indicate if it could have existed as Shedinja in Gen3.
// The special move verifier has a similar check!
if (Info.Generation != 3 || Info.EvoChainsAllGens[3].Count != 2)
return VerifyBallEquals(data, (int)Poke); // Pokeball Only
}
if (pkm.Ball == (int)Heavy && Legal.AlolanCaptureNoHeavyBall.Contains(EncounterMatch.Species) && !EncounterMatch.EggEncounter && pkm.SM)
return GetInvalid(LBallHeavy); // Heavy Ball, can inherit if from egg (USUM fixed catch rate calc)
return EncounterMatch switch
{
EncounterStatic e => VerifyBallStatic(data, e),
EncounterSlot w => VerifyBallWild(data, w),
EncounterEgg _ => VerifyBallEgg(data),
EncounterInvalid _ => VerifyBallEquals(data, pkm.Ball), // ignore ball, pass whatever
_ => VerifyBallEquals(data, (int)Poke)
};
}
private CheckResult VerifyBallMysteryGift(LegalityAnalysis data, MysteryGift g)
{
if (g.Generation == 4 && g.Species == (int)Species.Manaphy && g.Ball == 0) // there is no ball data in Manaphy Mystery Gift from Gen4
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return VerifyBallEquals(data, (int)Poke); // Pokeball
return VerifyBallEquals(data, g.Ball);
}
private CheckResult VerifyBallStatic(LegalityAnalysis data, EncounterStatic s)
{
if (s.Location == 75 && s.Generation == 5) // Entree Forest (Dream World)
return VerifyBallEquals(data, Legal.DreamWorldBalls);
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return VerifyBallEquals(data, Legal.GetWildBalls(data.Info.Generation, data.Info.Game));
}
Offload EncounterSlot loading logic to reduce complexity (#2980) * Rework gen1 slot loading Slot templates are precomputed from ROM data and just loaded straight in, with tight coupling to the encounter area (grouped by slot types). * Revise fuzzy met check for underleveled wild evos Example: Level 23 poliwhirl in RBY as a level 50 poliwhirl, will assume the chain is 25-50 for poliwhirl (as poliwag evolves at 25). Instead of revising the origin chain, just ignore the evo min level in the comparison. Previous commit fixed it for gen1. * Rework gen2-4 slot loading Gen4 not finished, Type Encounter data and some edge encounters not recognizing yet... * Add feebas slots for old/good encounters * Begin moving properties Great news! Gen5-7 need to be de-dumbed like Gen1-4. Then I can remove the bang (!) on the Area accessor and ensure that it's never null! * Split off XD pokespot slot encounter table type * Set area in constructor * Deduplicate g3 roaming encounters * Deduplicate xd encounter locations (rebattle) Only difference is met location; no need to create 500 extra encounter objects. A simple contains check is ok (rarely in gen3 format). * Make all slots have a readonly reference to their parent area * Minor clean * Remove "Safari" slot type flag Can be determined via other means (generation-location), allows us to reduce the size of SlotType member to a byte Output of slot binaries didn't preserve the Safari flag anyway. * Update SlotType.cs * Handle type encounters correctly * Merge safari area into regular xy area * Merge dexnav accessor logic * fix some logic so that tests pass again rearrange g5 dw init to be done outside of static constructor (initializer instead) PIDGenerator: friend safari slots now generate with required flawless IV count * Add cianwood tentacool gift encounter * Remove unnecessary abstractions Fake area just returned a slot; since Slots have a non-null reference to the area, we can just return the slot and use the API to grab a list of possible slots for the chain. Increase restrictiveness of location/type get-set operations * Minor tweaks, pass parameters DexNav observed state isn't necessary to use, only need to see if it's possible to dexnav. Now that we have metadata for slots, we can. * Remove unused legality tables
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private static Ball GetRequiredBallValue(int gen, int loc)
{
Offload EncounterSlot loading logic to reduce complexity (#2980) * Rework gen1 slot loading Slot templates are precomputed from ROM data and just loaded straight in, with tight coupling to the encounter area (grouped by slot types). * Revise fuzzy met check for underleveled wild evos Example: Level 23 poliwhirl in RBY as a level 50 poliwhirl, will assume the chain is 25-50 for poliwhirl (as poliwag evolves at 25). Instead of revising the origin chain, just ignore the evo min level in the comparison. Previous commit fixed it for gen1. * Rework gen2-4 slot loading Gen4 not finished, Type Encounter data and some edge encounters not recognizing yet... * Add feebas slots for old/good encounters * Begin moving properties Great news! Gen5-7 need to be de-dumbed like Gen1-4. Then I can remove the bang (!) on the Area accessor and ensure that it's never null! * Split off XD pokespot slot encounter table type * Set area in constructor * Deduplicate g3 roaming encounters * Deduplicate xd encounter locations (rebattle) Only difference is met location; no need to create 500 extra encounter objects. A simple contains check is ok (rarely in gen3 format). * Make all slots have a readonly reference to their parent area * Minor clean * Remove "Safari" slot type flag Can be determined via other means (generation-location), allows us to reduce the size of SlotType member to a byte Output of slot binaries didn't preserve the Safari flag anyway. * Update SlotType.cs * Handle type encounters correctly * Merge safari area into regular xy area * Merge dexnav accessor logic * fix some logic so that tests pass again rearrange g5 dw init to be done outside of static constructor (initializer instead) PIDGenerator: friend safari slots now generate with required flawless IV count * Add cianwood tentacool gift encounter * Remove unnecessary abstractions Fake area just returned a slot; since Slots have a non-null reference to the area, we can just return the slot and use the API to grab a list of possible slots for the chain. Increase restrictiveness of location/type get-set operations * Minor tweaks, pass parameters DexNav observed state isn't necessary to use, only need to see if it's possible to dexnav. Now that we have metadata for slots, we can. * Remove unused legality tables
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return gen switch
{
// For Gen3 Safari Zones, we've already deferred partial match encounters.
3 when Locations.IsSafariZoneLocation3(loc) => Safari,
Offload EncounterSlot loading logic to reduce complexity (#2980) * Rework gen1 slot loading Slot templates are precomputed from ROM data and just loaded straight in, with tight coupling to the encounter area (grouped by slot types). * Revise fuzzy met check for underleveled wild evos Example: Level 23 poliwhirl in RBY as a level 50 poliwhirl, will assume the chain is 25-50 for poliwhirl (as poliwag evolves at 25). Instead of revising the origin chain, just ignore the evo min level in the comparison. Previous commit fixed it for gen1. * Rework gen2-4 slot loading Gen4 not finished, Type Encounter data and some edge encounters not recognizing yet... * Add feebas slots for old/good encounters * Begin moving properties Great news! Gen5-7 need to be de-dumbed like Gen1-4. Then I can remove the bang (!) on the Area accessor and ensure that it's never null! * Split off XD pokespot slot encounter table type * Set area in constructor * Deduplicate g3 roaming encounters * Deduplicate xd encounter locations (rebattle) Only difference is met location; no need to create 500 extra encounter objects. A simple contains check is ok (rarely in gen3 format). * Make all slots have a readonly reference to their parent area * Minor clean * Remove "Safari" slot type flag Can be determined via other means (generation-location), allows us to reduce the size of SlotType member to a byte Output of slot binaries didn't preserve the Safari flag anyway. * Update SlotType.cs * Handle type encounters correctly * Merge safari area into regular xy area * Merge dexnav accessor logic * fix some logic so that tests pass again rearrange g5 dw init to be done outside of static constructor (initializer instead) PIDGenerator: friend safari slots now generate with required flawless IV count * Add cianwood tentacool gift encounter * Remove unnecessary abstractions Fake area just returned a slot; since Slots have a non-null reference to the area, we can just return the slot and use the API to grab a list of possible slots for the chain. Increase restrictiveness of location/type get-set operations * Minor tweaks, pass parameters DexNav observed state isn't necessary to use, only need to see if it's possible to dexnav. Now that we have metadata for slots, we can. * Remove unused legality tables
2020-08-30 17:23:22 +00:00
// For Gen4 Safari Zones and BCC, we've already deferred partial match encounters.
4 when Locations.IsSafariZoneLocation4(loc) => Safari,
4 when Locations.BugCatchingContest4 == loc => Sport,
// Poké Pelago
7 when loc == 30016 => Poke,
_ => None,
};
}
private CheckResult VerifyBallWild(LegalityAnalysis data, EncounterSlot w)
{
var req = BallExtensions.GetRequiredBallValueWild(w.Generation, w.Location);
if (req != None)
return VerifyBallEquals(data, (int) req);
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return VerifyBallEquals(data, Legal.GetWildBalls(data.Info.Generation, data.Info.Game));
}
private CheckResult VerifyBallEgg(LegalityAnalysis data)
{
var pkm = data.pkm;
if (data.Info.Generation < 6) // No inheriting Balls
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return VerifyBallEquals(data, (int)Poke); // Must be Pokéball -- no ball inheritance.
return pkm.Ball switch
{
(int)Poke => GetValid(LBallEnc), // Poké Ball
(int)Master => GetInvalid(LBallEggMaster), // Master Ball
(int)Cherish => GetInvalid(LBallEggCherish), // Cherish Ball
_ => VerifyBallInherited(data)
};
}
private CheckResult VerifyBallInherited(LegalityAnalysis data)
{
return data.Info.Generation switch
{
6 => VerifyBallEggGen6(data), // Gen6 Inheritance Rules
7 => VerifyBallEggGen7(data), // Gen7 Inheritance Rules
8 => VerifyBallEggGen8(data),
_ => NONE
};
}
private CheckResult VerifyBallEggGen6(LegalityAnalysis data)
{
var pkm = data.pkm;
int species = data.EncounterMatch.Species;
if (pkm.Gender == 2 || Legal.BreedMaleOnly.Contains(species)) // Genderless
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return VerifyBallEquals(data, (int)Poke); // Must be Pokéball as ball can only pass via mother (not Ditto!)
Ball ball = (Ball)pkm.Ball;
if (ball == Safari) // Safari Ball
{
if (!Legal.Inherit_Safari.Contains(species))
return GetInvalid(LBallSpecies);
if (pkm.AbilityNumber == 4)
return GetInvalid(LBallAbility);
return GetValid(LBallSpeciesPass);
}
if (ball.IsApricornBall()) // Apricorn Ball
{
if (!Legal.Inherit_Apricorn6.Contains(species))
return GetInvalid(LBallSpecies);
if (pkm.AbilityNumber == 4)
return GetInvalid(LBallAbility);
return GetValid(LBallSpeciesPass);
}
if (ball == Sport) // Sport Ball
{
if (!Legal.Inherit_Sport.Contains(species))
return GetInvalid(LBallSpecies);
if (pkm.AbilityNumber == 4)
return GetInvalid(LBallAbility);
return GetValid(LBallSpeciesPass);
}
if (ball == Dream) // Dream Ball
{
if (pkm.AbilityNumber == 4 && Legal.Ban_DreamHidden.Contains(species))
return GetInvalid(LBallAbility);
if (Legal.Inherit_Dream.Contains(species))
return GetValid(LBallSpeciesPass);
return GetInvalid(LBallSpecies);
}
if (Dusk <= ball && ball <= Quick) // Dusk Heal Quick
{
if (!Legal.Ban_Gen4Ball_6.Contains(species))
return GetValid(LBallSpeciesPass);
return GetInvalid(LBallSpecies);
}
if (Ultra <= ball && ball <= Premier) // Don't worry, Safari was already checked.
{
if (Legal.Ban_Gen3Ball.Contains(species))
return GetInvalid(LBallSpecies);
if (pkm.AbilityNumber == 4 && Legal.Ban_Gen3BallHidden.Contains(pkm.SpecForm))
return GetInvalid(LBallAbility);
return GetValid(LBallSpeciesPass);
}
if (species > 650 && species != 700) // Sylveon
{
if (Legal.WildPokeballs6.Contains(pkm.Ball))
return GetValid(LBallSpeciesPass);
return GetInvalid(LBallSpecies);
}
if (ball >= Dream)
return GetInvalid(LBallUnavailable);
return NONE;
}
private CheckResult VerifyBallEggGen7(LegalityAnalysis data)
{
var pkm = data.pkm;
int species = data.EncounterMatch.Species;
if (722 <= species && species <= 730) // G7 Starters
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return VerifyBallEquals(data, (int)Poke);
Ball ball = (Ball)pkm.Ball;
if (ball == Safari)
{
if (!(Legal.Inherit_Safari.Contains(species) || Legal.Inherit_SafariMale.Contains(species)))
return GetInvalid(LBallSpecies);
if (pkm.AbilityNumber == 4 && Legal.Ban_SafariBallHidden_7.Contains(species))
return GetInvalid(LBallAbility);
return GetValid(LBallSpeciesPass);
}
if (ball.IsApricornBall()) // Apricorn Ball
{
if (!Legal.Inherit_Apricorn7.Contains(species))
return GetInvalid(LBallSpecies);
if (pkm.AbilityNumber == 4 && Legal.Ban_NoHidden7Apricorn.Contains(species | pkm.AltForm << 11)) // lineage is 3->2->origin
return GetInvalid(LBallAbility);
return GetValid(LBallSpeciesPass);
}
if (ball == Sport) // Sport Ball
{
if (!Legal.Inherit_Sport.Contains(species))
return GetInvalid(LBallSpecies);
if (pkm.AbilityNumber == 4 && (species == (int)Species.Volbeat || species == (int)Species.Illumise)) // Volbeat/Illumise
return GetInvalid(LBallAbility);
return GetValid(LBallSpeciesPass);
}
if (ball == Dream) // Dream Ball
{
if (Legal.Inherit_Dream.Contains(species) || Legal.Inherit_DreamMale.Contains(species))
return GetValid(LBallSpeciesPass);
return GetInvalid(LBallSpecies);
}
if (Dusk <= ball && ball <= Quick) // Dusk Heal Quick
{
if (!Legal.Ban_Gen4Ball_7.Contains(species))
return GetValid(LBallSpeciesPass);
return GetInvalid(LBallSpecies);
}
if (Ultra <= ball && ball <= Premier) // Don't worry, Safari was already checked.
{
if (!Legal.Ban_Gen3Ball_7.Contains(species))
return GetValid(LBallSpeciesPass);
return GetInvalid(LBallSpecies);
}
if (ball == Beast)
{
if (species == (int)Species.Flabébé && pkm.AltForm == 3 && pkm.AbilityNumber == 4)
return GetInvalid(LBallAbility); // Can't obtain Flabébé-Blue with Hidden Ability in wild
if (species == (int)Species.Voltorb && pkm.AbilityNumber == 4)
return GetInvalid(LBallAbility); // Can't obtain with Hidden Ability in wild (can only breed with Ditto)
if (((int)Species.Pikipek <= species && species <= (int)Species.Kommoo) || (Legal.AlolanCaptureOffspring.Contains(species) && !Legal.PastGenAlolanNativesUncapturable.Contains(species)))
return GetValid(LBallSpeciesPass);
if (Legal.PastGenAlolanScans.Contains(species))
return GetValid(LBallSpeciesPass);
// next statement catches all new alolans
}
if (species > (int)Species.Volcanion)
return VerifyBallEquals(data, Legal.WildPokeballs7);
if (ball > Beast)
return GetInvalid(LBallUnavailable);
return NONE;
}
private CheckResult VerifyBallEggGen8(LegalityAnalysis data)
{
var pkm = data.pkm;
int species = data.EncounterMatch.Species;
if (722 <= species && species <= 730) // G7 Starters
return VerifyBallEquals(data, (int)Poke);
if ((int)Species.Grookey <= species && species <= (int)Species.Inteleon) // G8 Starters
return VerifyBallEquals(data, (int)Poke);
if (IsGalarCatchAndBreed(species))
{
if (Legal.WildPokeballs8.Contains(pkm.Ball))
return GetValid(LBallSpeciesPass);
if (species >= (int)Species.Grookey)
return GetInvalid(LBallSpecies);
}
Ball ball = (Ball)pkm.Ball;
if (ball == Safari)
{
if (!(Legal.Inherit_Safari.Contains(species) || Legal.Inherit_SafariMale.Contains(species)))
return GetInvalid(LBallSpecies);
if (pkm.AbilityNumber == 4 && Legal.Ban_SafariBallHidden_7.Contains(species))
return GetInvalid(LBallAbility);
return GetValid(LBallSpeciesPass);
}
if (ball.IsApricornBall()) // Apricorn Ball
{
if (!Legal.Inherit_Apricorn7.Contains(species))
return GetInvalid(LBallSpecies);
if (pkm.AbilityNumber == 4 && Legal.Ban_NoHidden8Apricorn.Contains(species | pkm.AltForm << 11)) // lineage is 3->2->origin
return GetInvalid(LBallAbility);
return GetValid(LBallSpeciesPass);
}
if (ball == Sport) // Sport Ball
{
if (!Legal.Inherit_Sport.Contains(species))
return GetInvalid(LBallSpecies);
if (pkm.AbilityNumber == 4 && (species == (int)Species.Volbeat || species == (int)Species.Illumise)) // Volbeat/Illumise
return GetInvalid(LBallAbility);
return GetValid(LBallSpeciesPass);
}
if (ball == Dream) // Dream Ball
{
if (Legal.Inherit_Dream.Contains(species) || Legal.Inherit_DreamMale.Contains(species))
return GetValid(LBallSpeciesPass);
return GetInvalid(LBallSpecies);
}
if (Dusk <= ball && ball <= Quick) // Dusk Heal Quick
{
if (!Legal.Ban_Gen4Ball_7.Contains(species))
return GetValid(LBallSpeciesPass);
return GetInvalid(LBallSpecies);
}
if (Ultra <= ball && ball <= Premier) // Don't worry, Safari was already checked.
{
if (!Legal.Ban_Gen3Ball_7.Contains(species))
return GetValid(LBallSpeciesPass);
return GetInvalid(LBallSpecies);
}
if (ball == Beast)
{
if (species == (int)Species.Flabébé && pkm.AltForm == 3 && pkm.AbilityNumber == 4)
return GetInvalid(LBallAbility); // Can't obtain Flabébé-Blue with Hidden Ability in wild
if (((int)Species.Pikipek <= species && species <= (int)Species.Kommoo) || (Legal.AlolanCaptureOffspring.Contains(species) && !Legal.PastGenAlolanNativesUncapturable.Contains(species)))
return GetValid(LBallSpeciesPass);
if (Legal.PastGenAlolanScans.Contains(species))
return GetValid(LBallSpeciesPass);
// next statement catches all new alolans
}
if (species > Legal.MaxSpeciesID_7_USUM)
return VerifyBallEquals(data, Legal.WildPokeballs8);
if (species > (int)Species.Volcanion)
return VerifyBallEquals(data, Legal.WildPokeballs7);
if (ball > Beast)
return GetInvalid(LBallUnavailable);
return NONE;
}
public static bool IsGalarCatchAndBreed(int species)
{
if ((int)Species.Grookey <= species && species <= (int)Species.Inteleon) // starter
return false;
var pt = PersonalTable.SWSH;
var pi = ((PersonalInfoSWSH) pt.GetFormeEntry(species, 0));
bool galar = pi.PokeDexIndex != 0;
if (galar)
return true;
var armor = pi.ArmorDexIndex != 0;
if (armor)
{
if (722 <= species && species <= 730) // G7 Starters
return false;
if ((int) Species.Porygon == species)
return false;
return true;
}
return true;
}
private CheckResult VerifyBallEquals(LegalityAnalysis data, int ball) => GetResult(ball == data.pkm.Ball);
private CheckResult VerifyBallEquals(LegalityAnalysis data, HashSet<int> balls) => GetResult(balls.Contains(data.pkm.Ball));
private CheckResult VerifyBallEquals(LegalityAnalysis data, ICollection<int> balls) => GetResult(balls.Contains(data.pkm.Ball));
private CheckResult GetResult(bool valid) => valid ? GetValid(LBallEnc) : GetInvalid(LBallEncMismatch);
}
}