PKHeX/PKHeX.Core/Legality/Encounters/EncounterStatic/EncounterStatic8b.cs
Kurt 5bcccc6d92
HOME 2.0.0: Handle conversion behavior & restrictions (#3506)
* Revises legality checks to account for traveling between the three game islands (PLA/BDSP/SWSH)
* Adds conversion mechanisms between the three formats, as well as flexible conversion options to backfill missing data (thanks GameFreak/ILCA for opting for lossy conversion instead of updating the games).
* Adds API abstractions for HOME data storage format (EKH/PKH format 1, aka EH1/PH1).
* Revises some APIs for better usage:
  - `PKM` now exposes a `Context` to indicate the isolation context for legality purposes.
  - Some method signatures have changed to accept `Context` or `GameVersion` instead of a vague `int` for Generation.
  - Evolution History is now tracked in the Legality parse for specific contexts, rather than only per generation.
2022-05-30 21:43:52 -07:00

127 lines
4.2 KiB
C#

using System;
using static PKHeX.Core.StaticCorrelation8bRequirement;
namespace PKHeX.Core
{
/// <summary>
/// Generation 7 Static Encounter
/// </summary>
/// <inheritdoc cref="EncounterStatic"/>
public sealed record EncounterStatic8b : EncounterStatic, IStaticCorrelation8b
{
public override int Generation => 8;
public bool Roaming { get; init; }
public override bool EggEncounter => EggLocation != Locations.Default8bNone;
public EncounterStatic8b(GameVersion game) : base(game) => EggLocation = Locations.Default8bNone;
protected override bool IsMatchLocation(PKM pkm)
{
if (pkm is PK8)
return Locations.IsValidMetBDSP(pkm.Met_Location, pkm.Version);
if (!Roaming)
return base.IsMatchLocation(pkm);
return IsRoamingLocation(pkm);
}
private static bool IsRoamingLocation(PKM pkm)
{
var location = pkm.Met_Location;
foreach (var value in Roaming_MetLocation_BDSP)
{
if (value == location)
return true;
}
return false;
}
public StaticCorrelation8bRequirement GetRequirement(PKM pk) => Roaming
? MustHave
: MustNotHave;
public bool IsStaticCorrelationCorrect(PKM pk)
{
return Roaming8bRNG.ValidateRoamingEncounter(pk, Shiny == Shiny.Random ? Shiny.FixedValue : Shiny, FlawlessIVCount);
}
protected override bool IsMatchEggLocation(PKM pkm)
{
if (pkm is not PB8)
{
if (!EggEncounter)
return pkm.Egg_Location == 0;
if (pkm is PK8)
{
if (EggLocation > 60000 && pkm.Egg_Location == Locations.HOME_SWSHBDSPEgg)
return true;
// >60000 can be reset to Link Trade (30001), then altered differently.
return Locations.IsValidMetBDSP(pkm.Egg_Location, pkm.Version);
}
// Hatched
return pkm.Egg_Location == EggLocation || pkm.Egg_Location == Locations.LinkTrade6NPC;
}
var eggloc = pkm.Egg_Location;
if (!EggEncounter)
return eggloc == EggLocation;
if (!pkm.IsEgg) // hatched
return eggloc == EggLocation || eggloc == Locations.LinkTrade6NPC;
// Unhatched:
if (eggloc != EggLocation)
return false;
if (pkm.Met_Location is not (Locations.Default8bNone or Locations.LinkTrade6NPC))
return false;
return true;
}
protected override void ApplyDetails(ITrainerInfo sav, EncounterCriteria criteria, PKM pk)
{
pk.Met_Location = pk.Egg_Location = Locations.Default8bNone;
base.ApplyDetails(sav, criteria, pk);
var req = GetRequirement(pk);
if (req == MustHave) // Roamers
{
var shiny = Shiny == Shiny.Random ? Shiny.FixedValue : Shiny;
Roaming8bRNG.ApplyDetails(pk, criteria, shiny, FlawlessIVCount);
}
else
{
var shiny = Shiny == Shiny.Never ? Shiny.Never : Shiny.Random;
Wild8bRNG.ApplyDetails(pk, criteria, shiny, FlawlessIVCount, Ability);
}
}
protected override void SetMetData(PKM pk, int level, DateTime today)
{
pk.Met_Level = level;
pk.Met_Location = !Roaming ? Location : Roaming_MetLocation_BDSP[0];
pk.MetDate = today;
}
// defined by mvpoke in encounter data
private static readonly ushort[] Roaming_MetLocation_BDSP =
{
197, 201, 354, 355, 356, 357, 358, 359, 361, 362, 364, 365, 367, 373, 375, 377,
378, 379, 383, 385, 392, 394, 395, 397, 400, 403, 404, 407,
485,
};
}
public interface IStaticCorrelation8b
{
StaticCorrelation8bRequirement GetRequirement(PKM pk);
bool IsStaticCorrelationCorrect(PKM pk);
}
public enum StaticCorrelation8bRequirement
{
CanBeEither,
MustHave,
MustNotHave,
}
}