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PKHeX/PKHeX.Core/Legality/Core.cs
javierhimura 0b1fcbbe6d New legallity checks (#1196) 
* Add move source to the check result for current moves, it will be used for analysis of evolution with move to determine how many egg moves had the pokemon and determine if the evolution move could be a egg move that was forgotten

* Verify evolution for species that evolved leveling up with an specific move learned, the evolution must be at least one level after the pokemon could legally learn the move or one level after transfer to the first generation where it can evolve

* Check to detect traded unevolved Kadabra based in catch rate and moves exclusive from yellow or red/blue
If pokemon have data exclusive from one version but is in another version that means it should be evolved

* Check no tradeback moves for preevolutions, like Pichu exclusive non tradeback moves for a Pikachu, that Pikachu could not have at the same time Pichu gen 2 moves and gen 1 moves because move reminder do not allow to relearn Pichu moves and gen 2 moves must be forgotten to trade into generation 1 games

* Legallity strings for non tradeback checks

* https://bulbapedia.bulbagarden.net/wiki/Pok%C3%A9mon_breeding#Passing_moves_down
Eggs only inherit a level up move if both parents know the move, that means genderless and male only moves could not have any level up move as an egg except the base egg moves because Ditto is one parent
Nidoran male and Volbeat excluded because they can breed with Nidoran female and Illusime

* Small check to not search for egg moves in genderless pokemon, generation 2 data include egg moves for Starmie

* Fix female only species

* Stomp is not a possible egg moves of Stanee

* Fix Steenee evolution move, it cant be inherited as an egg
2017-06-06 20:10:05 -07:00

2973 lines
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using System;
using System.Collections.Generic;
using System.IO;
using System.Linq;
using static PKHeX.Core.LegalityCheckStrings;
namespace PKHeX.Core
{
public static partial class Legal
{
/// <summary>Event Database for a given Generation</summary>
public static MysteryGift[] MGDB_G3, MGDB_G4, MGDB_G5, MGDB_G6, MGDB_G7 = new MysteryGift[0];
/// <summary>Setting to specify if an analysis should permit data sourced from the physical cartridge era of GameBoy games.</summary>
public static bool AllowGBCartEra = false;
public static bool AllowGen1Tradeback = false;
public static bool AllowGen2VCTransfer => AllowGen1Tradeback;
/// <summary>Setting to specify if the e-berry index item is an eningma berry or a e-reader berry and the name of the e-reader berry</summary>
public static bool EReaderBerryIsEnigma = true;
public static string EReaderBerryName = string.Empty;
public static string EReaderBerryDisplayName => string.Format(V372, Util.toTitleCase(EReaderBerryName.ToLower()));
public static bool SavegameJapanese = false;
public static string Savegame_OT = string.Empty;
public static int Savegame_TID = 0;
public static int Savegame_SID = 0;
public static int Savegame_Gender = 0;
public static GameVersion Savegame_Version = GameVersion.Any;
// Gen 1
private static readonly Learnset[] LevelUpRB = Learnset1.getArray(Util.getBinaryResource("lvlmove_rb.pkl"), MaxSpeciesID_1);
private static readonly Learnset[] LevelUpY = Learnset1.getArray(Util.getBinaryResource("lvlmove_y.pkl"), MaxSpeciesID_1);
private static readonly EvolutionTree Evolves1;
private static readonly EncounterArea[] SlotsRBY;
private static readonly EncounterStatic[] StaticRBY;
// Gen 2
private static readonly EggMoves[] EggMovesGS = EggMoves2.getArray(Util.getBinaryResource("eggmove_gs.pkl"), MaxSpeciesID_2);
private static readonly Learnset[] LevelUpGS = Learnset1.getArray(Util.getBinaryResource("lvlmove_gs.pkl"), MaxSpeciesID_2);
private static readonly EggMoves[] EggMovesC = EggMoves2.getArray(Util.getBinaryResource("eggmove_c.pkl"), MaxSpeciesID_2);
private static readonly Learnset[] LevelUpC = Learnset1.getArray(Util.getBinaryResource("lvlmove_c.pkl"), MaxSpeciesID_2);
private static readonly EvolutionTree Evolves2;
private static readonly EncounterArea[] SlotsGSC, SlotsGS, SlotsC;
private static readonly EncounterStatic[] StaticGSC, StaticGS, StaticC;
// Gen 3
private static readonly Learnset[] LevelUpE = Learnset6.getArray(Data.unpackMini(Util.getBinaryResource("lvlmove_e.pkl"), "em"));
private static readonly Learnset[] LevelUpRS = Learnset6.getArray(Data.unpackMini(Util.getBinaryResource("lvlmove_rs.pkl"), "rs"));
private static readonly Learnset[] LevelUpFR = Learnset6.getArray(Data.unpackMini(Util.getBinaryResource("lvlmove_fr.pkl"), "fr"));
private static readonly Learnset[] LevelUpLG = Learnset6.getArray(Data.unpackMini(Util.getBinaryResource("lvlmove_lg.pkl"), "lg"));
private static readonly EggMoves[] EggMovesRS = EggMoves6.getArray(Data.unpackMini(Util.getBinaryResource("eggmove_rs.pkl"), "rs"));
private static readonly EvolutionTree Evolves3;
private static readonly EncounterArea[] SlotsR, SlotsS, SlotsE, SlotsFR, SlotsLG;
private static readonly EncounterStatic[] StaticR, StaticS, StaticE, StaticFR, StaticLG;
// Gen 4
private static readonly Learnset[] LevelUpDP = Learnset6.getArray(Data.unpackMini(Util.getBinaryResource("lvlmove_dp.pkl"), "dp"));
private static readonly Learnset[] LevelUpPt = Learnset6.getArray(Data.unpackMini(Util.getBinaryResource("lvlmove_pt.pkl"), "pt"));
private static readonly Learnset[] LevelUpHGSS = Learnset6.getArray(Data.unpackMini(Util.getBinaryResource("lvlmove_hgss.pkl"), "hs"));
private static readonly EggMoves[] EggMovesDPPt = EggMoves6.getArray(Data.unpackMini(Util.getBinaryResource("eggmove_dppt.pkl"), "dp"));
private static readonly EggMoves[] EggMovesHGSS = EggMoves6.getArray(Data.unpackMini(Util.getBinaryResource("eggmove_hgss.pkl"), "hs"));
private static readonly EvolutionTree Evolves4;
private static readonly EncounterArea[] SlotsD, SlotsP, SlotsPt, SlotsHG, SlotsSS;
private static readonly EncounterStatic[] StaticD, StaticP, StaticPt, StaticHG, StaticSS;
// Gen 5
private static readonly Learnset[] LevelUpBW = Learnset6.getArray(Data.unpackMini(Util.getBinaryResource("lvlmove_bw.pkl"), "51"));
private static readonly Learnset[] LevelUpB2W2 = Learnset6.getArray(Data.unpackMini(Util.getBinaryResource("lvlmove_b2w2.pkl"), "52"));
private static readonly EggMoves[] EggMovesBW = EggMoves6.getArray(Data.unpackMini(Util.getBinaryResource("eggmove_bw.pkl"), "bw"));
private static readonly EvolutionTree Evolves5;
private static readonly EncounterArea[] SlotsB, SlotsW, SlotsB2, SlotsW2;
private static readonly EncounterStatic[] StaticB, StaticW, StaticB2, StaticW2;
// Gen 6
private static readonly EggMoves[] EggMovesXY = EggMoves6.getArray(Data.unpackMini(Util.getBinaryResource("eggmove_xy.pkl"), "xy"));
private static readonly Learnset[] LevelUpXY = Learnset6.getArray(Data.unpackMini(Util.getBinaryResource("lvlmove_xy.pkl"), "xy"));
private static readonly EggMoves[] EggMovesAO = EggMoves6.getArray(Data.unpackMini(Util.getBinaryResource("eggmove_ao.pkl"), "ao"));
private static readonly Learnset[] LevelUpAO = Learnset6.getArray(Data.unpackMini(Util.getBinaryResource("lvlmove_ao.pkl"), "ao"));
private static readonly EvolutionTree Evolves6;
private static readonly EncounterArea[] SlotsX, SlotsY, SlotsA, SlotsO;
private static readonly EncounterStatic[] StaticX, StaticY, StaticA, StaticO;
// Gen 7
private static readonly EggMoves[] EggMovesSM = EggMoves7.getArray(Data.unpackMini(Util.getBinaryResource("eggmove_sm.pkl"), "sm"));
private static readonly Learnset[] LevelUpSM = Learnset7.getArray(Data.unpackMini(Util.getBinaryResource("lvlmove_sm.pkl"), "sm"));
private static readonly EvolutionTree Evolves7;
private static readonly EncounterArea[] SlotsSN, SlotsMN;
private static readonly EncounterStatic[] StaticSN, StaticMN;
// Setup Help
private static HashSet<MysteryGift> getPCDDB(byte[] bin)
{
var db = new HashSet<MysteryGift>();
for (int i = 0; i < bin.Length; i += PCD.Size)
{
byte[] data = new byte[PCD.Size];
Buffer.BlockCopy(bin, i, data, 0, PCD.Size);
db.Add(new PCD(data));
}
return db;
}
private static HashSet<MysteryGift> getPGFDB(byte[] bin)
{
var db = new HashSet<MysteryGift>();
for (int i = 0; i < bin.Length; i += PGF.Size)
{
byte[] data = new byte[PGF.Size];
Buffer.BlockCopy(bin, i, data, 0, PGF.Size);
db.Add(new PGF(data));
}
return db;
}
private static HashSet<MysteryGift> getWC6DB(byte[] wc6bin, byte[] wc6full)
{
var db = new HashSet<MysteryGift>();
for (int i = 0; i < wc6bin.Length; i += WC6.Size)
{
byte[] data = new byte[WC6.Size];
Buffer.BlockCopy(wc6bin, i, data, 0, WC6.Size);
db.Add(new WC6(data));
}
for (int i = 0; i < wc6full.Length; i += WC6.SizeFull)
{
byte[] data = new byte[WC6.SizeFull];
Buffer.BlockCopy(wc6full, i, data, 0, WC6.SizeFull);
db.Add(new WC6(data));
}
return db;
}
private static HashSet<MysteryGift> getWC7DB(byte[] wc7bin, byte[] wc7full)
{
var db = new HashSet<MysteryGift>();
for (int i = 0; i < wc7bin.Length; i += WC7.Size)
{
byte[] data = new byte[WC7.Size];
Buffer.BlockCopy(wc7bin, i, data, 0, WC7.Size);
db.Add(new WC7(data));
}
for (int i = 0; i < wc7full.Length; i += WC7.SizeFull)
{
byte[] data = new byte[WC7.SizeFull];
Buffer.BlockCopy(wc7full, i, data, 0, WC7.SizeFull);
db.Add(new WC7(data));
}
return db;
}
public static void RefreshMGDB(string localDbPath)
{
var g4 = getPCDDB(Util.getBinaryResource("pcd.pkl"));
var g5 = getPGFDB(Util.getBinaryResource("pgf.pkl"));
var g6 = getWC6DB(Util.getBinaryResource("wc6.pkl"), Util.getBinaryResource("wc6full.pkl"));
var g7 = getWC7DB(Util.getBinaryResource("wc7.pkl"), Util.getBinaryResource("wc7full.pkl"));
if (Directory.Exists(localDbPath))
foreach (var file in Directory.GetFiles(localDbPath, "*", SearchOption.AllDirectories))
{
var fi = new FileInfo(file);
if (!MysteryGift.getIsMysteryGift(fi.Length))
continue;
var gift = MysteryGift.getMysteryGift(File.ReadAllBytes(file), fi.Extension);
switch (gift?.Format)
{
case 4: g4.Add(gift); continue;
case 5: g5.Add(gift); continue;
case 6: g6.Add(gift); continue;
case 7: g7.Add(gift); continue;
}
}
MGDB_G3 = Encounter_WC3; // hardcoded
MGDB_G4 = g4.ToArray();
MGDB_G5 = g5.ToArray();
MGDB_G6 = g6.ToArray();
MGDB_G7 = g7.ToArray();
}
private static EncounterStatic[] getStaticEncounters(GameVersion Game)
{
EncounterStatic[] table;
switch (Game)
{
case GameVersion.RBY:
return Encounter_RBY; // GameVersion filtering not possible, return immediately
case GameVersion.GS:
return Encounter_GS;
case GameVersion.C:
return Encounter_C;
case GameVersion.GSC:
return Encounter_GSC;
case GameVersion.R: case GameVersion.S: case GameVersion.E:
table = Encounter_RSE;
break;
case GameVersion.FR: case GameVersion.LG:
table = Encounter_FRLG;
break;
case GameVersion.CXD:
table = Encounter_CXD;
break;
case GameVersion.D: case GameVersion.P: case GameVersion.Pt:
table = Encounter_DPPt;
break;
case GameVersion.HG: case GameVersion.SS:
table = Encounter_HGSS.Concat(Encounter_PokeWalker).ToArray();
break;
case GameVersion.B: case GameVersion.W:
table = Encounter_BW.Concat(BW_DreamWorld).ToArray();
break;
case GameVersion.B2: case GameVersion.W2:
table = Encounter_B2W2.Concat(B2W2_DreamWorld).ToArray();
break;
case GameVersion.X: case GameVersion.Y:
table = Encounter_XY;
break;
case GameVersion.AS: case GameVersion.OR:
table = Encounter_AO;
break;
case GameVersion.SN: case GameVersion.MN:
table = Encounter_SM;
break;
default: return null;
}
return table?.Where(s => s.Version.Contains(Game)).ToArray();
}
private static EncounterArea[] getEncounterTables(GameVersion Game)
{
string ident = null;
byte[] tables = null;
switch (Game)
{
case GameVersion.R: return EncounterArea.getArray3(Data.unpackMini(Util.getBinaryResource("encounter_r.pkl"), "ru"));
case GameVersion.S: return EncounterArea.getArray3(Data.unpackMini(Util.getBinaryResource("encounter_s.pkl"), "sa"));
case GameVersion.E: return EncounterArea.getArray3(Data.unpackMini(Util.getBinaryResource("encounter_e.pkl"), "em"));
case GameVersion.FR: return EncounterArea.getArray3(Data.unpackMini(Util.getBinaryResource("encounter_fr.pkl"), "fr"));
case GameVersion.LG: return EncounterArea.getArray3(Data.unpackMini(Util.getBinaryResource("encounter_lg.pkl"), "lg"));
case GameVersion.D: return EncounterArea.getArray4DPPt(Data.unpackMini(Util.getBinaryResource("encounter_d.pkl"), "da"));
case GameVersion.P: return EncounterArea.getArray4DPPt(Data.unpackMini(Util.getBinaryResource("encounter_p.pkl"), "pe"));
case GameVersion.Pt: return EncounterArea.getArray4DPPt(Data.unpackMini(Util.getBinaryResource("encounter_pt.pkl"), "pt"));
case GameVersion.HG: return EncounterArea.getArray4HGSS(Data.unpackMini(Util.getBinaryResource("encounter_hg.pkl"), "hg"));
case GameVersion.SS: return EncounterArea.getArray4HGSS(Data.unpackMini(Util.getBinaryResource("encounter_ss.pkl"), "ss"));
case GameVersion.B: ident = "51"; tables = Util.getBinaryResource("encounter_b.pkl"); break;
case GameVersion.W: ident = "51"; tables = Util.getBinaryResource("encounter_w.pkl"); break;
case GameVersion.B2: ident = "52"; tables = Util.getBinaryResource("encounter_b2.pkl"); break;
case GameVersion.W2: ident = "52"; tables = Util.getBinaryResource("encounter_w2.pkl"); break;
case GameVersion.X: ident = "xy"; tables = Util.getBinaryResource("encounter_x.pkl"); break;
case GameVersion.Y: ident = "xy"; tables = Util.getBinaryResource("encounter_y.pkl"); break;
case GameVersion.AS: ident = "ao"; tables = Util.getBinaryResource("encounter_a.pkl"); break;
case GameVersion.OR: ident = "ao"; tables = Util.getBinaryResource("encounter_o.pkl"); break;
case GameVersion.SN: ident = "sm"; tables = Util.getBinaryResource("encounter_sn.pkl"); break;
case GameVersion.MN: ident = "sm"; tables = Util.getBinaryResource("encounter_mn.pkl"); break;
}
if (ident == null)
return new EncounterArea[0];
return getEncounterTables(tables, ident);
}
private static EncounterArea[] getEncounterTables(byte[] mini, string ident)
{
return EncounterArea.getArray(Data.unpackMini(mini, ident));
}
private static EncounterArea[] addExtraTableSlots(params EncounterArea[][] tables)
{
return tables.SelectMany(s => s).GroupBy(l => l.Location)
.Select(t => t.Count() == 1
? t.First() // only one table, just return the area
: new EncounterArea {Location = t.First().Location, Slots = t.SelectMany(s => s.Slots).ToArray()})
.ToArray();
}
private static void MarkEncountersStaticMagnetPull(ref EncounterArea[] Areas, PersonalTable t)
{
const int steel = 8;
const int electric = 12;
foreach (EncounterArea Area in Areas)
{
var s = new List<EncounterSlot>(); // Static
var m = new List<EncounterSlot>(); // Magnet Pull
foreach (EncounterSlot Slot in Area.Slots)
{
var types = t[Slot.Species].Types;
if (types[0] == steel || types[1] == steel)
m.Add(Slot);
if (types[0] == electric || types[1] == electric)
s.Add(Slot);
}
foreach (var slot in s)
{
slot.Static = true;
slot.StaticCount = s.Count;
}
foreach (var slot in m)
{
slot.MagnetPull = true;
slot.MagnetPullCount = s.Count;
}
}
}
private static void MarkEncountersGeneration(ref EncounterStatic[] Encounters, int Generation)
{
foreach (EncounterStatic Encounter in Encounters)
Encounter.Generation = Generation;
}
private static void MarkEncountersGeneration(ref EncounterArea[] Areas, int Generation)
{
foreach (EncounterArea Area in Areas)
foreach (EncounterSlot Slot in Area.Slots)
Slot.Generation = Generation;
}
private static void ReduceAreasSize(ref EncounterArea[] Areas)
{
// Group areas by location id, the raw data have areas with different slots but the same location id
Areas = Areas.GroupBy(a => a.Location).Select(a => new EncounterArea
{
Location = a.First().Location,
Slots = a.SelectMany(m => m.Slots).ToArray()
}).ToArray();
}
private static void MarkG2Slots(ref EncounterArea[] Areas)
{
ReduceAreasSize(ref Areas);
}
private static void MarkG3Slots_FRLG(ref EncounterArea[] Areas)
{
// Remove slots for unown, those slots does not contains alt form info, it will be added manually in SlotsRFLGAlt
// Group areas by location id, the raw data have areas with different slots but the same location id
Areas = Areas.Where(a => a.Location < 188 || a.Location > 194).GroupBy(a => a.Location).Select(a => new EncounterArea
{
Location = a.First().Location,
Slots = a.SelectMany(m => m.Slots).ToArray()
}).ToArray();
}
private static void MarkG3Slots_RSE(ref EncounterArea[] Areas)
{
ReduceAreasSize(ref Areas);
}
private static void MarkG3SlotsSafariZones(ref EncounterArea[] Areas, int location)
{
foreach (EncounterArea Area in Areas.Where(a => a.Location == location))
{
foreach (EncounterSlot Slot in Area.Slots)
{
SlotType t;
switch (Slot.Type)
{
case SlotType.Grass: t = SlotType.Grass_Safari; break;
case SlotType.Surf: t = SlotType.Surf_Safari; break;
case SlotType.Old_Rod: t = SlotType.Old_Rod_Safari; break;
case SlotType.Good_Rod: t = SlotType.Good_Rod_Safari; break;
case SlotType.Super_Rod: t = SlotType.Super_Rod_Safari; break;
case SlotType.Rock_Smash: t = SlotType.Rock_Smash_Safari; break;
default: continue;
}
Slot.Type = t;
}
}
}
private static void MarkG4PokeWalker(ref EncounterStatic[] t)
{
foreach (EncounterStatic s in t)
{
s.Location = 233; //Pokéwalker
s.Gift = true; //Pokeball only
}
}
private static void MarkG4SlotsGreatMarsh(ref EncounterArea[] Areas, int location)
{
foreach (EncounterArea Area in Areas.Where(a => a.Location == location))
{
foreach (EncounterSlot Slot in Area.Slots)
{
SlotType t;
switch (Slot.Type)
{
case SlotType.Grass: t = SlotType.Grass_Safari; break;
case SlotType.Surf: t = SlotType.Surf_Safari; break;
case SlotType.Old_Rod: t = SlotType.Old_Rod_Safari; break;
case SlotType.Good_Rod: t = SlotType.Good_Rod_Safari; break;
case SlotType.Super_Rod: t = SlotType.Super_Rod_Safari; break;
case SlotType.Pokeradar: t = SlotType.Pokeradar_Safari; break;
default: continue;
}
Slot.Type = t;
}
}
}
private static void MarkG4SwarmSlots(ref EncounterArea[] Areas, EncounterArea[] SwarmAreas)
{
// Grass Swarm slots replace slots 0 and 1 from encounters data
// for surfing only replace slots 0 from encounters data
// for fishing replace one or several random slots from encounters data, but all slots have the same level, it's ok to only replace the first
// Species id are not included in encounter tables but levels can be copied from the encounter raw data
foreach (EncounterArea Area in Areas)
{
var SwarmSlots = SwarmAreas.Where(a => a.Location == Area.Location).SelectMany(s => s.Slots);
var OutputSlots = new List<EncounterSlot>();
foreach (EncounterSlot SwarmSlot in SwarmSlots)
{
int slotsnum = SwarmSlot.Type == SlotType.Grass ? 2 : 1;
foreach (var swarmSlot in Area.Slots.Where(s => s.Type == SwarmSlot.Type).Take(slotsnum).Select(slot => slot.Clone()))
{
swarmSlot.Species = SwarmSlot.Species;
OutputSlots.Add(swarmSlot);
}
}
Area.Slots = Area.Slots.Concat(OutputSlots).Where(a => a.Species > 0).ToArray();
}
}
// Gen 4 raw encounter data does not contains info for alt slots
// Shellos and Gastrodom East Sea form should be modified
private static void MarkG4AltFormSlots(ref EncounterArea[] Areas, int Species, int form, int[] Locations)
{
foreach(EncounterArea Area in Areas.Where(a => Locations.Contains(a.Location)))
{
foreach (EncounterSlot Slot in Area.Slots.Where(s=>s.Species == Species))
{
Slot.Form = form;
}
}
}
private static void MarkG4Slots(ref EncounterArea[] Areas)
{
ReduceAreasSize(ref Areas);
}
private static EncounterType GetEncounterTypeBySlotDPPt(SlotType Type, EncounterType GrassType)
{
switch (Type)
{
case SlotType.Pokeradar:
case SlotType.Pokeradar_Safari:
case SlotType.Swarm:
case SlotType.Grass: return GrassType;
case SlotType.Surf:
case SlotType.Old_Rod:
case SlotType.Good_Rod:
case SlotType.Super_Rod:
case SlotType.Surf_Safari:
case SlotType.Old_Rod_Safari:
case SlotType.Good_Rod_Safari:
case SlotType.Super_Rod_Safari: return EncounterType.Surfing_Fishing;
case SlotType.Grass_Safari: return EncounterType.MarshSafari;
case SlotType.HoneyTree: return EncounterType.None;
}
return EncounterType.None;
}
private static EncounterType GetEncounterTypeBySlotHGSS(SlotType Type, EncounterType GrassType, EncounterType HeadbuttType)
{
switch (Type)
{
// HGSS Safari encounters have normal water/grass encounter type, not safari encounter type
case SlotType.Grass:
case SlotType.Grass_Safari:
case SlotType.BugContest: return GrassType;
case SlotType.Surf:
case SlotType.Old_Rod:
case SlotType.Good_Rod:
case SlotType.Super_Rod:
case SlotType.Surf_Safari:
case SlotType.Old_Rod_Safari:
case SlotType.Good_Rod_Safari:
case SlotType.Super_Rod_Safari: return EncounterType.Surfing_Fishing;
case SlotType.Rock_Smash:
case SlotType.Rock_Smash_Safari: return EncounterType.RockSmash;
case SlotType.Headbutt: return HeadbuttType;
case SlotType.Headbutt_Special: return EncounterType.None;
}
return EncounterType.None;
}
private static void MarkDPPtEncounterTypeSlots_MultipleTypes(ref EncounterArea[] Areas, int Location, int SpecialEncounterFile, EncounterType NormalEncounterType)
{
// Area with two different encounter type for grass encounters
// SpecialEncounterFile is tall grass encounter type, the other files have the normal encounter type for this location
var numfile = 0;
foreach (EncounterArea Area in Areas.Where(x => x.Location == Location))
{
numfile++;
var GrassType = numfile == SpecialEncounterFile ? EncounterType.TallGrass : NormalEncounterType;
foreach (EncounterSlot Slot in Area.Slots)
{
Slot.TypeEncounter = GetEncounterTypeBySlotDPPt(Slot.Type, GrassType);
}
}
}
private static void MarkDPPtEncounterTypeSlots_MultipleTypes(ref EncounterArea[] Areas, int Location, int[] SpecialEncounterFiles, EncounterType NormalEncounterType)
{
var numfile = 0;
foreach (EncounterArea Area in Areas.Where(x => x.Location == Location))
{
numfile++;
var GrassType = SpecialEncounterFiles.Contains(numfile) ? EncounterType.TallGrass : NormalEncounterType;
foreach (EncounterSlot Slot in Area.Slots)
{
Slot.TypeEncounter = GetEncounterTypeBySlotDPPt(Slot.Type, GrassType);
}
}
}
private static void MarkHGSSEncounterTypeSlots_MultipleTypes(ref EncounterArea[] Areas, int Location, int SpecialEncounterFile, EncounterType NormalEncounterType)
{
// Area with two different encounter type for grass encounters
// SpecialEncounterFile is taall grass encounter type, the other files have the normal encounter type for this location
var HeadbuttType = getHeadbuttEncounter(Location);
var numfile = 0;
foreach (EncounterArea Area in Areas.Where(x => x.Location == Location))
{
numfile++;
var GrassType = numfile == SpecialEncounterFile ? EncounterType.TallGrass : NormalEncounterType;
foreach (EncounterSlot Slot in Area.Slots)
{
Slot.TypeEncounter = GetEncounterTypeBySlotHGSS(Slot.Type, GrassType, HeadbuttType);
}
}
}
private static void MarkHGSSEncounterTypeSlots_MultipleTypes(ref EncounterArea[] Areas, int Location, int[] SpecialEncounterFiles, EncounterType NormalEncounterType)
{
var HeadbuttType = getHeadbuttEncounter(Location);
var numfile = 0;
foreach (EncounterArea Area in Areas.Where(x => x.Location == Location))
{
numfile++;
var GrassType = SpecialEncounterFiles.Contains(numfile) ? EncounterType.TallGrass : NormalEncounterType;
foreach (EncounterSlot Slot in Area.Slots)
{
Slot.TypeEncounter = GetEncounterTypeBySlotHGSS(Slot.Type, GrassType, HeadbuttType);
}
}
}
private static void MarkDPPtEncounterTypeSlots(ref EncounterArea[] Areas)
{
foreach(EncounterArea Area in Areas)
{
if (DPPt_MixInteriorExteriorLocations.Contains(Area.Location))
continue;
var GrassType = (Area.Location == 70) ? EncounterType.Building_EnigmaStone :// Old Chateau
DPPt_CaveLocations.Contains(Area.Location) ? EncounterType.Cave_HallOfOrigin :
EncounterType.TallGrass;
foreach (EncounterSlot Slot in Area.Slots)
{
Slot.TypeEncounter = GetEncounterTypeBySlotDPPt(Slot.Type, GrassType);
}
}
}
private static EncounterType getHeadbuttEncounter(int Location)
{
// Routes with trees adjacent to water tiles
var allowsurf= HGSS_SurfingHeadbutt_Locations.Contains(Location);
// Cities
if (HGSS_CityLocations.Contains(Location))
{
return allowsurf ? EncounterType.Headbutt_CitySurf : EncounterType.Building_EnigmaStone;
}
// Caves with no exterior zones
if (!HGSS_MixInteriorExteriorLocations.Contains(Location) && HGSS_CaveLocations.Contains(Location))
{
return allowsurf ? EncounterType.Headbutt_CaveSurf : EncounterType.Cave_HallOfOrigin;
}
// Routes and exterior areas
// Routes with trees adjacent to grass tiles
var allowgrass = HGSS_GrassHeadbutt_Locations.Contains(Location);
return allowgrass && allowsurf ? EncounterType.Headbutt_GrassSurf :
allowgrass ? EncounterType.Headbutt_Grass :
allowsurf ? EncounterType.Headbutt_Surf :
EncounterType.None;
}
private static void MarkHGSSEncounterTypeSlots(ref EncounterArea[] Areas)
{
foreach (EncounterArea Area in Areas)
{
if (HGSS_MixInteriorExteriorLocations.Contains(Area.Location))
continue;
var GrassType = HGSS_CaveLocations.Contains(Area.Location) ? EncounterType.Cave_HallOfOrigin: EncounterType.TallGrass;
var HeadbuttType = getHeadbuttEncounter(Area.Location);
foreach (EncounterSlot Slot in Area.Slots)
{
Slot.TypeEncounter = GetEncounterTypeBySlotHGSS(Slot.Type, GrassType, HeadbuttType);
}
}
}
private static void MarkBWSwarmSlots(ref EncounterArea[] Areas)
{
foreach (EncounterSlot s in Areas.SelectMany(area => area.Slots))
{
s.LevelMin = 15; s.LevelMax = 55; s.Type = SlotType.Swarm;
}
}
private static void MarkB2W2SwarmSlots(ref EncounterArea[] Areas)
{
foreach (EncounterSlot s in Areas.SelectMany(area => area.Slots))
{
s.LevelMin = 40; s.LevelMax = 55; s.Type = SlotType.Swarm;
}
}
private static void MarkG5HiddenGrottoSlots(ref EncounterArea[] Areas)
{
foreach (EncounterSlot s in Areas[0].Slots) //Only 1 area
s.Type = SlotType.HiddenGrotto;
}
private static void MarkG5DreamWorld(ref EncounterStatic[] t)
{
foreach (EncounterStatic s in t)
{
s.Location = 75; //Entree Forest
s.Ability = PersonalTable.B2W2.getAbilities(s.Species, s.Form)[2] == 0 ? 1 : 4; // Check if has HA
}
// Split encounters with multiple permitted special moves -- a pkm can only be obtained with 1 of the special moves!
var list = new List<EncounterStatic>();
foreach (EncounterStatic s in t)
{
if (s.Moves == null || s.Moves.Length <= 1) // no special moves
{
list.Add(s);
continue;
}
var loc = s.Location;
for (int i = 0; i < s.Moves.Length; i++)
{
var clone = s.Clone(loc);
clone.Moves = new[] {s.Moves[i]};
list.Add(clone);
}
}
t = list.ToArray();
}
private static void MarkG5Slots(ref EncounterArea[] Areas)
{
foreach (var area in Areas)
{
int ctr = 0;
do
{
for (int i = 0; i < 12; i++)
area.Slots[ctr++].Type = SlotType.Grass; // Single
for (int i = 0; i < 12; i++)
area.Slots[ctr++].Type = SlotType.Grass; // Double
for (int i = 0; i < 12; i++)
area.Slots[ctr++].Type = SlotType.Grass; // Shaking
for (int i = 0; i < 5; i++) // 5
area.Slots[ctr++].Type = SlotType.Surf; // Surf
for (int i = 0; i < 5; i++) // 5
area.Slots[ctr++].Type = SlotType.Surf; // Surf Spot
for (int i = 0; i < 5; i++) // 5
area.Slots[ctr++].Type = SlotType.Super_Rod; // Fish
for (int i = 0; i < 5; i++) // 5
area.Slots[ctr++].Type = SlotType.Super_Rod; // Fish Spot
} while (ctr != area.Slots.Length);
area.Slots = area.Slots.Where(slot => slot.Species != 0).ToArray();
}
ReduceAreasSize(ref Areas);
}
private static void MarkG6XYSlots(ref EncounterArea[] Areas)
{
foreach (var area in Areas)
{
int slotct = area.Slots.Length;
for (int i = slotct - 15; i < slotct; i++)
area.Slots[i].Type = SlotType.Horde;
}
ReduceAreasSize(ref Areas);
}
private static void MarkG6AOSlots(ref EncounterArea[] Areas)
{
foreach (var area in Areas)
{
for (int i = 32; i < 37; i++)
area.Slots[i].Type = SlotType.Rock_Smash;
int slotct = area.Slots.Length;
for (int i = slotct - 15; i < slotct; i++)
area.Slots[i].Type = SlotType.Horde;
for (int i = 0; i < slotct; i++)
area.Slots[i].AllowDexNav = area.Slots[i].Type != SlotType.Rock_Smash;
}
ReduceAreasSize(ref Areas);
}
private static void MarkG7REGSlots(ref EncounterArea[] Areas)
{
ReduceAreasSize(ref Areas);
}
private static void MarkG7SMSlots(ref EncounterArea[] Areas)
{
foreach (EncounterSlot s in Areas.SelectMany(area => area.Slots))
s.Type = SlotType.SOS;
ReduceAreasSize(ref Areas);
}
private static EncounterArea[] getTables1()
{
var red_gw = EncounterArea.getArray1_GW(Util.getBinaryResource("encounter_red.pkl"));
var blu_gw = EncounterArea.getArray1_GW(Util.getBinaryResource("encounter_blue.pkl"));
var ylw_gw = EncounterArea.getArray1_GW(Util.getBinaryResource("encounter_yellow.pkl"));
var rb_fish = EncounterArea.getArray1_F(Util.getBinaryResource("encounter_rb_f.pkl"));
var ylw_fish = EncounterArea.getArray1_FY(Util.getBinaryResource("encounter_yellow_f.pkl"));
var table = addExtraTableSlots(red_gw, blu_gw, ylw_gw, rb_fish, ylw_fish);
Array.Resize(ref table, table.Length + 1);
table[table.Length - 1] = FishOldGood_RBY;
return table;
}
private static EncounterArea[] getTables2(GameVersion Version)
{
EncounterArea[] Slots = null;
// Fishing
var f = EncounterArea.getArray2_F(Util.getBinaryResource("encounter_gsc_f.pkl"));
if (Version == GameVersion.GS || Version == GameVersion.GSC)
{
// Grass/Water
var g = EncounterArea.getArray2_GW(Util.getBinaryResource("encounter_gold.pkl"));
var s = EncounterArea.getArray2_GW(Util.getBinaryResource("encounter_silver.pkl"));
// Headbutt/Rock Smash
var h_g = EncounterArea.getArray2_H(Util.getBinaryResource("encounter_gold_h.pkl"));
var h_s = EncounterArea.getArray2_H(Util.getBinaryResource("encounter_silver_h.pkl"));
Slots = addExtraTableSlots(g, s, h_g, h_s, f);
}
if (Version == GameVersion.C || Version == GameVersion.GSC)
{
// Grass/Water
var c = EncounterArea.getArray2_GW(Util.getBinaryResource("encounter_crystal.pkl"));
// Headbutt/Rock Smash
var h_c = EncounterArea.getArray2_H(Util.getBinaryResource("encounter_crystal_h.pkl"));
var extra = addExtraTableSlots(c, h_c, f);
return Version == GameVersion.C ? extra : addExtraTableSlots(Slots, extra);
}
return Slots;
}
static Legal() // Setup
{
// Gen 1
{
StaticRBY = getStaticEncounters(GameVersion.RBY);
SlotsRBY = getTables1();
// Gen 1 is the only gen where ReduceAreasSize is not needed
MarkEncountersGeneration(ref SlotsRBY, 1);
MarkEncountersGeneration(ref StaticRBY, 1);
Evolves1 = new EvolutionTree(new[] { Util.getBinaryResource("evos_rby.pkl") }, GameVersion.RBY, PersonalTable.Y, MaxSpeciesID_1);
FixPersonalTableY();
}
// Gen 2
{
StaticGS = getStaticEncounters(GameVersion.GS);
StaticC = getStaticEncounters(GameVersion.C);
StaticGSC = getStaticEncounters(GameVersion.GSC);
SlotsGS = getTables2(GameVersion.GS);
SlotsC = getTables2(GameVersion.C);
SlotsGSC = getTables2(GameVersion.GSC);
MarkG2Slots(ref SlotsGS);
MarkG2Slots(ref SlotsC);
MarkG2Slots(ref SlotsGSC);
MarkEncountersGeneration(ref SlotsGS, 2);
MarkEncountersGeneration(ref SlotsC, 2);
MarkEncountersGeneration(ref SlotsGSC, 2);
MarkEncountersGeneration(ref StaticGS, 2);
MarkEncountersGeneration(ref StaticC, 2);
MarkEncountersGeneration(ref StaticGSC, 2);
Evolves2 = new EvolutionTree(new[] { Util.getBinaryResource("evos_gsc.pkl") }, GameVersion.GSC, PersonalTable.C, MaxSpeciesID_2);
}
// Gen3
{
StaticR = getStaticEncounters(GameVersion.R);
StaticS = getStaticEncounters(GameVersion.S);
StaticE = getStaticEncounters(GameVersion.E);
StaticFR = getStaticEncounters(GameVersion.FR);
StaticLG = getStaticEncounters(GameVersion.LG);
var R_Slots = getEncounterTables(GameVersion.R);
var S_Slots = getEncounterTables(GameVersion.S);
var E_Slots = getEncounterTables(GameVersion.E);
var FR_Slots = getEncounterTables(GameVersion.FR);
var LG_Slots = getEncounterTables(GameVersion.LG);
MarkG3Slots_RSE(ref R_Slots);
MarkG3Slots_RSE(ref S_Slots);
MarkG3Slots_RSE(ref E_Slots);
MarkG3Slots_FRLG(ref FR_Slots);
MarkG3Slots_FRLG(ref LG_Slots);
MarkG3SlotsSafariZones(ref R_Slots, 57);
MarkG3SlotsSafariZones(ref S_Slots, 57);
MarkG3SlotsSafariZones(ref E_Slots, 57);
MarkG3SlotsSafariZones(ref FR_Slots, 136);
MarkG3SlotsSafariZones(ref LG_Slots, 136);
MarkEncountersStaticMagnetPull(ref R_Slots, PersonalTable.SM);
MarkEncountersStaticMagnetPull(ref S_Slots, PersonalTable.SM);
MarkEncountersStaticMagnetPull(ref E_Slots, PersonalTable.SM);
MarkEncountersStaticMagnetPull(ref FR_Slots, PersonalTable.SM);
MarkEncountersStaticMagnetPull(ref LG_Slots, PersonalTable.SM);
SlotsR = addExtraTableSlots(R_Slots, SlotsRSEAlt);
SlotsS = addExtraTableSlots(S_Slots, SlotsRSEAlt);
SlotsE = addExtraTableSlots(E_Slots, SlotsRSEAlt);
SlotsFR = addExtraTableSlots(FR_Slots, SlotsFRLGAlt);
SlotsLG = addExtraTableSlots(LG_Slots, SlotsFRLGAlt);
Evolves3 = new EvolutionTree(new[] { Util.getBinaryResource("evos_g3.pkl") }, GameVersion.RS, PersonalTable.RS, MaxSpeciesID_3);
// Update Personal Entries with TM/Tutor Data
var TMHM = Data.unpackMini(Util.getBinaryResource("hmtm_g3.pkl"), "g3");
for (int i = 0; i <= MaxSpeciesID_3; i++)
PersonalTable.E[i].AddTMHM(TMHM[i]);
// Tutors g3 contains tutor compatiblity data extracted from emerald,
// fire red and leaf green tutors data is a subset of emerald data
var tutors = Data.unpackMini(Util.getBinaryResource("tutors_g3.pkl"), "g3");
for (int i = 0; i <= MaxSpeciesID_3; i++)
PersonalTable.E[i].AddTypeTutors(tutors[i]);
}
// Gen 4
{
MarkG4PokeWalker(ref Encounter_PokeWalker);
StaticD = getStaticEncounters(GameVersion.D);
StaticP = getStaticEncounters(GameVersion.P);
StaticPt = getStaticEncounters(GameVersion.Pt);
StaticHG = getStaticEncounters(GameVersion.HG);
StaticSS = getStaticEncounters(GameVersion.SS);
var D_Slots = getEncounterTables(GameVersion.D);
var P_Slots = getEncounterTables(GameVersion.P);
var Pt_Slots = getEncounterTables(GameVersion.Pt);
var HG_Slots = getEncounterTables(GameVersion.HG);
var SS_Slots = getEncounterTables(GameVersion.SS);
MarkEncountersStaticMagnetPull(ref D_Slots, PersonalTable.SM);
MarkEncountersStaticMagnetPull(ref P_Slots, PersonalTable.SM);
MarkEncountersStaticMagnetPull(ref Pt_Slots, PersonalTable.SM);
MarkEncountersStaticMagnetPull(ref HG_Slots, PersonalTable.SM);
MarkEncountersStaticMagnetPull(ref SS_Slots, PersonalTable.SM);
var DP_Trophy = EncounterArea.getTrophyArea(TrophyDP, new[] {16, 18});
var Pt_Trophy = EncounterArea.getTrophyArea(TrophyPt, new[] {22, 22});
var HG_Headbutt_Slots = EncounterArea.getArray4HGSS_Headbutt(Data.unpackMini(Util.getBinaryResource("encunters_hb_hg.pkl"), "hg"));
var SS_Headbutt_Slots = EncounterArea.getArray4HGSS_Headbutt(Data.unpackMini(Util.getBinaryResource("encunters_hb_ss.pkl"), "ss"));
var D_HoneyTrees_Slots = SlotsD_HoneyTree.Clone(HoneyTreesLocation);
var P_HoneyTrees_Slots = SlotsP_HoneyTree.Clone(HoneyTreesLocation);
var Pt_HoneyTrees_Slots = SlotsPt_HoneyTree.Clone(HoneyTreesLocation);
MarkG4SwarmSlots(ref HG_Slots, SlotsHG_Swarm);
MarkG4SwarmSlots(ref SS_Slots, SlotsSS_Swarm);
MarkG4AltFormSlots(ref D_Slots, 422, 1, Shellos_EastSeaLocation_DP);
MarkG4AltFormSlots(ref D_Slots, 423, 1, Gastrodon_EastSeaLocation_DP);
MarkG4AltFormSlots(ref P_Slots, 422, 1, Shellos_EastSeaLocation_DP);
MarkG4AltFormSlots(ref P_Slots, 423, 1, Gastrodon_EastSeaLocation_DP);
MarkG4AltFormSlots(ref Pt_Slots, 422, 1, Shellos_EastSeaLocation_Pt);
MarkG4AltFormSlots(ref Pt_Slots, 423, 1, Gastrodon_EastSeaLocation_Pt);
// Route 209
MarkDPPtEncounterTypeSlots_MultipleTypes(ref D_Slots, 24, 1, EncounterType.Building_EnigmaStone);
MarkDPPtEncounterTypeSlots_MultipleTypes(ref P_Slots, 24, 1, EncounterType.Building_EnigmaStone);
MarkDPPtEncounterTypeSlots_MultipleTypes(ref Pt_Slots, 24, 1, EncounterType.Building_EnigmaStone);
// Stark Mountain
MarkDPPtEncounterTypeSlots_MultipleTypes(ref D_Slots, 84, 1, EncounterType.Cave_HallOfOrigin);
MarkDPPtEncounterTypeSlots_MultipleTypes(ref P_Slots, 84, 1, EncounterType.Cave_HallOfOrigin);
MarkDPPtEncounterTypeSlots_MultipleTypes(ref Pt_Slots, 84, 1, EncounterType.Cave_HallOfOrigin);
// Mt Coronet
MarkDPPtEncounterTypeSlots_MultipleTypes(ref D_Slots, 50, DPPt_MtCoronetExteriorEncounters, EncounterType.Cave_HallOfOrigin);
MarkDPPtEncounterTypeSlots_MultipleTypes(ref P_Slots, 50, DPPt_MtCoronetExteriorEncounters, EncounterType.Cave_HallOfOrigin);
MarkDPPtEncounterTypeSlots_MultipleTypes(ref Pt_Slots, 50, DPPt_MtCoronetExteriorEncounters, EncounterType.Cave_HallOfOrigin);
// Ruins of Alph
MarkHGSSEncounterTypeSlots_MultipleTypes(ref HG_Slots, 209, 1, EncounterType.Cave_HallOfOrigin);
MarkHGSSEncounterTypeSlots_MultipleTypes(ref SS_Slots, 209, 1, EncounterType.Cave_HallOfOrigin);
// Mt Silver Cave
MarkHGSSEncounterTypeSlots_MultipleTypes(ref HG_Slots, 219, HGSS_MtSilverCaveExteriorEncounters, EncounterType.Cave_HallOfOrigin);
MarkHGSSEncounterTypeSlots_MultipleTypes(ref SS_Slots, 219, HGSS_MtSilverCaveExteriorEncounters, EncounterType.Cave_HallOfOrigin);
MarkG4Slots(ref D_Slots);
MarkG4Slots(ref P_Slots);
MarkG4Slots(ref Pt_Slots);
MarkG4Slots(ref HG_Slots);
MarkG4Slots(ref SS_Slots);
MarkG4Slots(ref HG_Headbutt_Slots);
MarkG4Slots(ref SS_Headbutt_Slots);
MarkG4SlotsGreatMarsh(ref D_Slots, 52);
MarkG4SlotsGreatMarsh(ref P_Slots, 52);
MarkG4SlotsGreatMarsh(ref Pt_Slots, 52);
SlotsD = addExtraTableSlots(D_Slots, D_HoneyTrees_Slots, DP_GreatMarshAlt, SlotsDPPPtAlt, DP_Trophy);
SlotsP = addExtraTableSlots(P_Slots, P_HoneyTrees_Slots, DP_GreatMarshAlt, SlotsDPPPtAlt, DP_Trophy);
SlotsPt = addExtraTableSlots(Pt_Slots, Pt_HoneyTrees_Slots, Pt_GreatMarshAlt, SlotsDPPPtAlt, Pt_Trophy);
SlotsHG = addExtraTableSlots(HG_Slots, HG_Headbutt_Slots, SlotsHGSSAlt);
SlotsSS = addExtraTableSlots(SS_Slots, SS_Headbutt_Slots, SlotsHGSSAlt);
MarkDPPtEncounterTypeSlots(ref SlotsD);
MarkDPPtEncounterTypeSlots(ref SlotsP);
MarkDPPtEncounterTypeSlots(ref SlotsPt);
MarkHGSSEncounterTypeSlots(ref SlotsHG);
MarkHGSSEncounterTypeSlots(ref SlotsSS);
Evolves4 = new EvolutionTree(new[] { Util.getBinaryResource("evos_g4.pkl") }, GameVersion.DP, PersonalTable.DP, MaxSpeciesID_4);
// Update Personal Entries with Tutor Data
var tutors = Data.unpackMini(Util.getBinaryResource("tutors_g4.pkl"), "g4");
for (int i = 0; i <= MaxSpeciesID_4; i++)
PersonalTable.HGSS[i].AddTypeTutors(tutors[i]);
}
// Gen 5
{
MarkG5DreamWorld(ref BW_DreamWorld);
MarkG5DreamWorld(ref B2W2_DreamWorld);
StaticB = getStaticEncounters(GameVersion.B);
StaticW = getStaticEncounters(GameVersion.W);
StaticB2 = getStaticEncounters(GameVersion.B2);
StaticW2 = getStaticEncounters(GameVersion.W2);
var BSlots = getEncounterTables(GameVersion.B);
var WSlots = getEncounterTables(GameVersion.W);
MarkG5Slots(ref BSlots);
MarkG5Slots(ref WSlots);
MarkBWSwarmSlots(ref SlotsB_Swarm);
MarkBWSwarmSlots(ref SlotsW_Swarm);
SlotsB = addExtraTableSlots(BSlots, SlotsB_Swarm);
SlotsW = addExtraTableSlots(WSlots, SlotsW_Swarm, WhiteForestSlot);
var B2Slots = getEncounterTables(GameVersion.B2);
var W2Slots = getEncounterTables(GameVersion.W2);
MarkG5Slots(ref B2Slots);
MarkG5Slots(ref W2Slots);
MarkB2W2SwarmSlots(ref SlotsB2_Swarm);
MarkB2W2SwarmSlots(ref SlotsW2_Swarm);
MarkG5HiddenGrottoSlots(ref SlotsB2_HiddenGrotto);
MarkG5HiddenGrottoSlots(ref SlotsW2_HiddenGrotto);
SlotsB2 = addExtraTableSlots(B2Slots, SlotsB2_Swarm, SlotsB2_HiddenGrotto);
SlotsW2 = addExtraTableSlots(W2Slots, SlotsW2_Swarm, SlotsW2_HiddenGrotto);
Evolves5 = new EvolutionTree(new[] { Util.getBinaryResource("evos_g5.pkl") }, GameVersion.BW, PersonalTable.BW, MaxSpeciesID_5);
}
// Gen 6
{
StaticX = getStaticEncounters(GameVersion.X);
StaticY = getStaticEncounters(GameVersion.Y);
StaticA = getStaticEncounters(GameVersion.AS);
StaticO = getStaticEncounters(GameVersion.OR);
var XSlots = getEncounterTables(GameVersion.X);
var YSlots = getEncounterTables(GameVersion.Y);
MarkG6XYSlots(ref XSlots);
MarkG6XYSlots(ref YSlots);
SlotsX = addExtraTableSlots(XSlots, SlotsXYAlt);
SlotsY = addExtraTableSlots(YSlots, SlotsXYAlt);
SlotsA = getEncounterTables(GameVersion.AS);
SlotsO = getEncounterTables(GameVersion.OR);
MarkG6AOSlots(ref SlotsA);
MarkG6AOSlots(ref SlotsO);
Evolves6 = new EvolutionTree(Data.unpackMini(Util.getBinaryResource("evos_ao.pkl"), "ao"), GameVersion.ORAS, PersonalTable.AO, MaxSpeciesID_6);
}
// Gen 7
{
StaticSN = getStaticEncounters(GameVersion.SN);
StaticMN = getStaticEncounters(GameVersion.MN);
var REG_SN = getEncounterTables(GameVersion.SN);
var REG_MN = getEncounterTables(GameVersion.MN);
var SOS_SN = getEncounterTables(Util.getBinaryResource("encounter_sn_sos.pkl"), "sm");
var SOS_MN = getEncounterTables(Util.getBinaryResource("encounter_mn_sos.pkl"), "sm");
MarkG7REGSlots(ref REG_SN);
MarkG7REGSlots(ref REG_MN);
MarkG7SMSlots(ref SOS_SN);
MarkG7SMSlots(ref SOS_MN);
SlotsSN = addExtraTableSlots(REG_SN, SOS_SN, Encounter_Pelago_SM, Encounter_Pelago_SN);
SlotsMN = addExtraTableSlots(REG_MN, SOS_MN, Encounter_Pelago_SM, Encounter_Pelago_MN);
Evolves7 = new EvolutionTree(Data.unpackMini(Util.getBinaryResource("evos_sm.pkl"), "sm"), GameVersion.SM, PersonalTable.SM, MaxSpeciesID_7);
}
}
private static void FixPersonalTableY()
{
// Personal Table from Yellow do not have yellow catch rate for Pikachu and Kadabra, have RedBlue instead
PersonalTable.Y[25].CatchRate = 163; // Pikachu
PersonalTable.Y[64].CatchRate = 96; // Kadabra
}
// Moves
internal static int[] getMinLevelLearnMove(int species, int Generation, List<int> moves)
{
var r = new int[moves.Count];
switch (Generation)
{
case 1:
{
int index = PersonalTable.RB.getFormeIndex(species, 0);
if (index == 0)
return r;
var pi_rb = (PersonalInfoG1)PersonalTable.RB[index];
var pi_y = (PersonalInfoG1)PersonalTable.Y[index];
for (int m = 0; m < moves.Count; m++)
{
if (pi_rb.Moves.Contains(moves[m]) || pi_y.Moves.Contains(moves[m]))
r[m] = 1;
else
{
var rb_level = LevelUpRB[index].getLevelLearnMove(moves[m]);
var y_level = LevelUpY[index].getLevelLearnMove(moves[m]);
// 0 means it is not learned in that game, select the other game
r[m] = rb_level == 0 ? y_level :
y_level == 0 ? rb_level :
Math.Min(rb_level, y_level);
}
}
break;
}
}
return r;
}
internal static int[] getMaxLevelLearnMove(int species, int Generation, List<int> moves)
{
var r = new int[moves.Count];
switch (Generation)
{
case 1:
{
int index = PersonalTable.RB.getFormeIndex(species, 0);
if (index == 0)
return r;
var pi_rb = (PersonalInfoG1)PersonalTable.RB[index];
var pi_y = (PersonalInfoG1)PersonalTable.Y[index];
for (int m = 0; m < moves.Count; m++)
{
if (pi_rb.Moves.Contains(moves[m]) && pi_y.Moves.Contains(moves[m]))
r[m] = 1;
else
r[m] = Math.Max(LevelUpRB[index].getLevelLearnMove(moves[m]), LevelUpY[index].getLevelLearnMove(moves[m]));
}
break;
}
}
return r;
}
internal static List<int>[] getExclusiveMoves(int species1, int species2, int Generation, List<int> tmhm, int[] moves)
{
// Return from two species the exclusive moves that only one could learn and also the current pokemon have it in its current moveset
var moves1 = getLvlMoves(species1, 0, Generation, 1, 100).Distinct().ToList();
var moves2 = getLvlMoves(species2, 0, Generation, 1, 100).Distinct().ToList();
var common = moves1.Intersect(moves2).ToList();
// Remove common moves, remove not learned moves and remove tmhm
moves1.RemoveAll(x => !moves.Contains(x) || common.Contains(x) || tmhm.Contains(x));
moves2.RemoveAll(x => !moves.Contains(x) || common.Contains(x) || tmhm.Contains(x));
return new[] { moves1, moves2 };
}
internal static IEnumerable<int> getLvlMoves(int species, int form, int Generation, int minlvl, int lvl, GameVersion Version = GameVersion.Any)
{
var r = new List<int>();
var ver = Version;
switch (Generation)
{
case 1:
{
int index = PersonalTable.RB.getFormeIndex(species, 0);
if (index == 0)
return r;
var pi_rb = (PersonalInfoG1)PersonalTable.RB[index];
var pi_y = (PersonalInfoG1)PersonalTable.Y[index];
if (minlvl == 1)
{
r.AddRange(pi_rb.Moves);
r.AddRange(pi_y.Moves);
}
r.AddRange(LevelUpRB[index].getMoves(lvl, minlvl));
r.AddRange(LevelUpY[index].getMoves(lvl, minlvl));
break;
}
case 2:
{
int index = PersonalTable.C.getFormeIndex(species, 0);
if (index == 0)
return r;
r.AddRange(LevelUpGS[index].getMoves(lvl));
r.AddRange(LevelUpC[index].getMoves(lvl));
break;
}
case 3:
{
int index = PersonalTable.E.getFormeIndex(species, 0);
if (index == 0)
return r;
if (index == 386)
{
switch (form)
{
case 0: r.AddRange(LevelUpRS[index].getMoves(lvl)); break;
case 1: r.AddRange(LevelUpFR[index].getMoves(lvl)); break;
case 2: r.AddRange(LevelUpLG[index].getMoves(lvl)); break;
case 3: r.AddRange(LevelUpE[index].getMoves(lvl)); break;
}
}
else
{
// Emerald level up table are equals to R/S level up tables
r.AddRange(LevelUpE[index].getMoves(lvl));
// fire red and leaf green are equals between each other but different than RSE
// Do not use FR Levelup table. It have 67 moves for charmander but Leaf Green moves table is correct
r.AddRange(LevelUpLG[index].getMoves(lvl));
}
break;
}
case 4:
{
int index = PersonalTable.HGSS.getFormeIndex(species, 0);
if (index == 0)
return r;
r.AddRange(LevelUpDP[index].getMoves(lvl));
r.AddRange(LevelUpPt[index].getMoves(lvl));
r.AddRange(LevelUpHGSS[index].getMoves(lvl));
break;
}
case 5:
{
int index = PersonalTable.B2W2.getFormeIndex(species, 0);
if (index == 0)
return r;
r.AddRange(LevelUpBW[index].getMoves(lvl));
r.AddRange(LevelUpB2W2[index].getMoves(lvl));
break;
}
case 6:
switch (ver)
{
case GameVersion.Any: // Start at the top, hit every table
case GameVersion.X:
case GameVersion.Y:
case GameVersion.XY:
{
int index = PersonalTable.XY.getFormeIndex(species, form);
if (index == 0)
return r;
r.AddRange(LevelUpXY[index].getMoves(lvl));
if (ver == GameVersion.Any) // Fall Through
goto case GameVersion.ORAS;
break;
}
case GameVersion.AS:
case GameVersion.OR:
case GameVersion.ORAS:
{
int index = PersonalTable.AO.getFormeIndex(species, form);
if (index == 0)
return r;
r.AddRange(LevelUpAO[index].getMoves(lvl));
break;
}
}
break;
case 7:
switch (ver)
{
case GameVersion.Any:
case GameVersion.SN:
case GameVersion.MN:
case GameVersion.SM:
{
int index = PersonalTable.SM.getFormeIndex(species, form);
r.AddRange(LevelUpSM[index].getMoves(lvl));
break;
}
}
break;
default:
return r;
}
return r;
}
internal static List<int>[] getValidMovesAllGens(PKM pkm, DexLevel[][] evoChains, int minLvLG1 = 1, bool LVL = true, bool Tutor = true, bool Machine = true, bool MoveReminder = true, bool RemoveTransferHM = true)
{
List<int>[] Moves = new List<int>[evoChains.Length];
for (int i = 1; i < evoChains.Length; i++)
if (evoChains[i].Any())
Moves[i] = getValidMoves(pkm, evoChains[i], i, minLvLG1, LVL, Tutor, Machine, MoveReminder, RemoveTransferHM).ToList();
else
Moves[i] = new List<int>();
return Moves;
}
internal static IEnumerable<int> getValidMoves(PKM pkm, DexLevel[][] evoChains, int minLvLG1 = 1, bool LVL = true, bool Tutor = true, bool Machine = true, bool MoveReminder = true, bool RemoveTransferHM = true)
{
GameVersion version = (GameVersion)pkm.Version;
if (!pkm.IsUntraded)
version = GameVersion.Any;
return getValidMoves(pkm, version, evoChains, minLvLG1: minLvLG1, LVL: LVL, Relearn: false, Tutor: Tutor, Machine: Machine, MoveReminder: MoveReminder, RemoveTransferHM: RemoveTransferHM);
}
internal static IEnumerable<int> getValidMoves(PKM pkm, DexLevel[] evoChain, int generation, int minLvLG1 = 1, bool LVL = true, bool Tutor = true, bool Machine = true, bool MoveReminder = true, bool RemoveTransferHM = true)
{
GameVersion version = (GameVersion)pkm.Version;
if (!pkm.IsUntraded)
version = GameVersion.Any;
return getValidMoves(pkm, version, evoChain, generation, minLvLG1: minLvLG1, LVL: LVL, Relearn: false, Tutor: Tutor, Machine: Machine, MoveReminder: MoveReminder, RemoveTransferHM: RemoveTransferHM);
}
internal static IEnumerable<int> getValidRelearn(PKM pkm, int species, bool inheritlvlmoves)
{
List<int> r = new List<int> { 0 };
if (pkm.GenNumber < 6 || pkm.VC)
return r;
r.AddRange(getRelearnLVLMoves(pkm, species, 1, pkm.AltForm));
int form = pkm.AltForm;
if (pkm.Format == 6 && pkm.Species != 678)
form = 0;
r.AddRange(getEggMoves(pkm, species, form));
if (inheritlvlmoves)
r.AddRange(getRelearnLVLMoves(pkm, species, 100, pkm.AltForm));
return r.Distinct();
}
internal static List<int>[] getShedinjaEvolveMoves(PKM pkm, int lvl = -1, int generation = 0)
{
var size = pkm.Format > 3 ? 4 : 3;
List<int>[] r = new List<int>[size + 1];
for (int i = 1; i <= size; i++)
r[i] = new List<int>();
if (lvl == -1)
lvl = pkm.CurrentLevel;
if (pkm.Species != 292 || lvl < 20)
return r;
// If nincada evolves into Ninjask an learn in the evolution a move from ninjask learnset pool
// Shedinja would appear with that move learned. Only one move above level 20 allowed, only in generations 3 and 4
switch (generation)
{
case 0: // Default (both)
case 3: // Ninjask have the same learnset in every gen 3 games
if (pkm.InhabitedGeneration(3))
r[3] = LevelUpE[291].getMoves(lvl, 20).ToList();
if (generation == 0)
goto case 4;
break;
case 4: // Ninjask have the same learnset in every gen 4 games
if (pkm.InhabitedGeneration(4))
r[4] = LevelUpPt[291].getMoves(lvl, 20).ToList();
break;
}
return r;
}
internal static int[] getBaseEggMoves(PKM pkm, int species, GameVersion gameSource, int lvl)
{
if (gameSource == GameVersion.Any)
gameSource = (GameVersion) pkm.Version;
switch (gameSource)
{
case GameVersion.GS:
if (pkm.InhabitedGeneration(2))
if (pkm.Format == 1)
return LevelUpGS[species].getMoves(lvl).Where(m => m <= MaxMoveID_1).ToArray();
else
return LevelUpGS[species].getMoves(lvl);
break;
case GameVersion.C:
if (pkm.InhabitedGeneration(2))
if (pkm.Format == 1)
return LevelUpC[species].getMoves(lvl).Where(m => m <= MaxMoveID_1).ToArray();
else
return LevelUpC[species].getMoves(lvl);
break;
case GameVersion.R:
case GameVersion.S:
case GameVersion.RS:
if (pkm.InhabitedGeneration(3))
return LevelUpRS[species].getMoves(lvl);
break;
case GameVersion.E:
if (pkm.InhabitedGeneration(3))
return LevelUpE[species].getMoves(lvl);
break;
case GameVersion.FR:
case GameVersion.LG:
case GameVersion.FRLG:
// only difference in FR/LG is deoxys which doesn't breed.
if (pkm.InhabitedGeneration(3))
return LevelUpFR[species].getMoves(lvl);
break;
case GameVersion.D:
case GameVersion.P:
case GameVersion.DP:
if (pkm.InhabitedGeneration(4))
return LevelUpDP[species].getMoves(lvl);
break;
case GameVersion.Pt:
if (pkm.InhabitedGeneration(4))
return LevelUpPt[species].getMoves(lvl);
break;
case GameVersion.HG:
case GameVersion.SS:
case GameVersion.HGSS:
if (pkm.InhabitedGeneration(4))
return LevelUpHGSS[species].getMoves(lvl);
break;
case GameVersion.B:
case GameVersion.W:
case GameVersion.BW:
if (pkm.InhabitedGeneration(5))
return LevelUpBW[species].getMoves(lvl);
break;
case GameVersion.B2:
case GameVersion.W2:
case GameVersion.B2W2:
if (pkm.InhabitedGeneration(5))
return LevelUpBW[species].getMoves(lvl);
break;
case GameVersion.X:
case GameVersion.Y:
case GameVersion.XY:
if (pkm.InhabitedGeneration(6))
return LevelUpXY[species].getMoves(lvl);
break;
case GameVersion.AS:
case GameVersion.OR:
case GameVersion.ORAS:
if (pkm.InhabitedGeneration(6))
return LevelUpAO[species].getMoves(lvl);
break;
case GameVersion.SN:
case GameVersion.MN:
case GameVersion.SM:
int index = PersonalTable.SM.getFormeIndex(species, pkm.AltForm);
if (pkm.InhabitedGeneration(7))
return LevelUpSM[index].getMoves(lvl);
break;
}
return new int[0];
}
internal static List<int> getValidPostEvolutionMoves(PKM pkm, int Species, DexLevel[][] evoChains, GameVersion Version)
{
// Return moves that the pokemon could learn after evolving
var moves = new List<int>();
for (int i = 1; i < evoChains.Length; i++)
if (evoChains[i].Any())
moves.AddRange(getValidPostEvolutionMoves(pkm, Species, evoChains[i], i, Version));
if (pkm.GenNumber >= 6)
moves.AddRange(pkm.RelearnMoves.Where(m => m != 0));
return moves.Distinct().ToList();
}
internal static IEnumerable<int> getValidPostEvolutionMoves(PKM pkm, int Species, DexLevel[] evoChain, int Generation, GameVersion Version)
{
var evomoves = new List<int>();
var index = Array.FindIndex(evoChain, e => e.Species == Species);
for (int i = 0; i <= index; i++)
{
var evo = evoChain[i];
var moves = getMoves(pkm, evo.Species, 1, evo.Level, pkm.AltForm, moveTutor: true, Version: Version, LVL: true, specialTutors: true, Machine: true, MoveReminder: true, RemoveTransferHM: false, Generation: Generation);
// Moves from Species or any species after in the evolution phase
evomoves.AddRange(moves);
}
return evomoves;
}
internal static List<int>[] getExclusivePreEvolutionMoves(PKM pkm, int Species, DexLevel[][] evoChains, GameVersion Version)
{
// Return moves that the pokemon could only learn throught the preevolution Species
List<int>[] Moves = new List<int>[evoChains.Length];
for (int i = 1; i < evoChains.Length; i++)
if (evoChains[i].Any())
Moves[i] = getExclusivePreEvolutionMoves(pkm, Species, evoChains[i], i, Version).ToList();
else
Moves[i] = new List<int>();
return Moves;
}
internal static IEnumerable<int> getExclusivePreEvolutionMoves(PKM pkm, int Species, DexLevel[] evoChain, int Generation, GameVersion Version)
{
var preevomoves = new List<int>();
var evomoves = new List<int>();
var index = Array.FindIndex(evoChain, e => e.Species == Species);
for (int i = 0; i < evoChain.Length; i++)
{
var evo = evoChain[i];
var moves = getMoves(pkm, evo.Species, 1, evo.Level, pkm.AltForm, moveTutor: true, Version: Version, LVL: true, specialTutors: true, Machine: true, MoveReminder: true, RemoveTransferHM: false, Generation: Generation);
if (i >= index)
// Moves from Species or any species bellow in the evolution phase
preevomoves.AddRange(moves);
else
// Moves in phase evolutions after the limit species, this moves should be removed
evomoves.AddRange(moves);
}
preevomoves.RemoveAll(x => evomoves.Contains(x));
return preevomoves.Distinct().ToList();
}
// Encounter
internal static GameVersion[] getGen1GameEncounter(PKM pk)
{
if (pk.Format != 1 || !pk.Gen1_NotTradeback)
return new[] { GameVersion.RD, GameVersion.YW };
if (25 <= pk.Species && pk.Species <= 26)
// Yellow Pikachu detected by its special catch rate
return new[] { ((pk as PK1).Catch_Rate == 163) ? GameVersion.YW : GameVersion.RD };
if (64 <= pk.Species && pk.Species <= 65)
// Yellow Kadabra detected by its special catch rate
return new[] { ((pk as PK1).Catch_Rate == 96) ? GameVersion.YW : GameVersion.RD };
if (148 <= pk.Species && pk.Species <= 149 && ((pk as PK1).Catch_Rate == 27))
// Yellow Dragonair detected by its special catch rate, is have another catch rate could be red/blue dratini or yellow dratini
return new[] { GameVersion.YW };
return new[] { GameVersion.RD, GameVersion.YW };
}
internal static IEnumerable<int> getInitialMovesGBEncounter(int species, int lvl, GameVersion ver)
{
int[] InitialMoves;
int[] LevelUpMoves;
int diff;
switch (ver)
{
case GameVersion.YW:
case GameVersion.RD:
case GameVersion.BU:
case GameVersion.GN:
{
var LevelTable = ver == GameVersion.YW ? LevelUpY : LevelUpRB;
int index = PersonalTable.RB.getFormeIndex(species, 0);
if (index == 0)
return new int[0];
LevelUpMoves = LevelTable[species].getEncounterMoves(lvl);
diff = 4 - LevelUpMoves.Length;
if (diff == 0)
return LevelUpMoves.ToArray();
InitialMoves = ver == GameVersion.YW ? ((PersonalInfoG1)PersonalTable.Y[index]).Moves : ((PersonalInfoG1)PersonalTable.RB[index]).Moves;
break;
}
case GameVersion.C:
case GameVersion.GS:
{
if (species == 235)
return new[] { 166 }; // Smeargle only learns Sketch, is duplicated in the level up tables
var LevelTable = ver == GameVersion.C ? LevelUpC : LevelUpGS;
int index = PersonalTable.C.getFormeIndex(species, 0);
if (index == 0)
return new int[0];
LevelUpMoves = LevelTable[species].getEncounterMoves(2, lvl);
diff = 4 - LevelUpMoves.Length;
if (diff == 0)
return LevelUpMoves.ToArray();
// Level Up 1 moves are initial moves, it can be duplicated in levels 2-100
InitialMoves = LevelTable[species].getEncounterMoves(1, 1);
break;
}
default:
return new int[0];
}
// Initial Moves could be duplicated in the level up table
// level up table moves have preferences
var moves = InitialMoves.Where(p => p != 0 && !LevelUpMoves.Any(m => m == p)).ToList();
// If not all the personal table move cant be included the last moves have preference
int pop = moves.Count - diff;
if (pop > 0)
moves.RemoveRange(0, pop);
// The order for the pokemon default moves are first moves from personal table and then moves from level up table
return moves.Union(LevelUpMoves).ToArray();
}
internal static int getMoveMinLevelGBEncounter(int species, int lvl, GameVersion[] versions)
{
int movelvl = 100;
foreach(GameVersion ver in versions)
{
movelvl = Math.Min(movelvl, getMoveMinLevelGBEncounter(species, lvl, ver));
}
return movelvl;
}
internal static int getMoveMinLevelGBEncounter(int species, int lvl, GameVersion ver = GameVersion.Any)
{
int movelvl = 100;
switch (ver)
{
case GameVersion.RD:
case GameVersion.BU:
case GameVersion.GN:
case GameVersion.RBY:
{
movelvl = LevelUpRB[species].getMinMoveLevel(lvl);
if (ver.Contains(GameVersion.YW))
goto case GameVersion.YW;
return movelvl;
}
case GameVersion.YW:
{
movelvl = Math.Min(movelvl, LevelUpY[species].getMinMoveLevel(lvl));
if (ver.Contains(GameVersion.GS))
goto case GameVersion.GS;
return movelvl;
}
case GameVersion.GS:
case GameVersion.GSC:
{
movelvl = Math.Min(movelvl, LevelUpGS[species].getMinMoveLevel(lvl));
if (ver.Contains(GameVersion.C))
goto case GameVersion.C;
return movelvl;
}
case GameVersion.C:
{
return Math.Min(movelvl, LevelUpC[species].getMinMoveLevel(lvl));
}
}
return movelvl;
}
internal static int getRequiredMoveCount(PKM pk, int[] moves, LegalInfo info, int[] initialmoves)
{
if (pk.Format != 1 || !pk.Gen1_NotTradeback) // No MoveDeleter
return 1; // Move deleter exits, slots from 2 onwards can allways be empty
int required = getRequiredMoveCount(pk, moves, info.EncounterMoves.validLevelUpMoves, initialmoves);
if (required >= 4)
return 4;
// tm, hm and tutor moves replace a free slots if the pokemon have less than 4 moves
// Ignore tm, hm and tutor moves already in the learnset table
var learn = info.EncounterMoves.validLevelUpMoves;
var tmhm = info.EncounterMoves.validTMHMMoves;
var tutor = info.EncounterMoves.validTutorMoves;
required += moves.Where(m => m != 0 && initialmoves.Union(learn[1]).All(l => l != m) && (tmhm[1].Any(t => t == m) || tutor[1].Any(t => t == m))).Count();
return Math.Min(4, required);
}
private static int getRequiredMoveCount(PKM pk, int[] moves, List<int>[] learn, int[] initialmoves)
{
if (SpecialMinMoveSlots.Contains(pk.Species))
return getRequiredMoveCountSpecial(pk, moves, learn);
// A pokemon is captured with initial moves and can't forget any until have all 4 slots used
// If it has learn a move before having 4 it will be in one of the free slots
int required = getRequiredMoveSlotsRegular(pk, moves, learn, initialmoves);
return required != 0 ? required : getRequiredMoveCountDecrement(pk, moves, learn, initialmoves);
}
private static int getRequiredMoveSlotsRegular(PKM pk, int[] moves, List<int>[] learn, int[] initialmoves)
{
int species = pk.Species;
int catch_rate = (pk as PK1).Catch_Rate;
// Caterpie and Metapod evolution lines have different count of possible slots available if captured in different evolutionary phases
// Example: a level 7 caterpie evolved into metapod will have 3 learned moves, a captured metapod will have only 1 move
if ((species == 011 || species == 012) && catch_rate == 120)
{
// Captured as Metapod without Caterpie moves
return initialmoves.Union(learn[1]).Distinct().Count(lm => lm != 0 && !G1CaterpieMoves.Contains(lm));
// There is no valid Butterfree encounter in generation 1 games
}
if ((species == 014 || species == 015) && (catch_rate == 45 || catch_rate == 120))
{
if (species == 15 && catch_rate == 45) // Captured as Beedril without Weedle and Kakuna moves
return initialmoves.Union(learn[1]).Distinct().Count(lm => lm != 0 && !G1KakunaMoves.Contains(lm));
// Captured as Kakuna without Weedle moves
return initialmoves.Union(learn[1]).Distinct().Count(lm => lm != 0 && !G1WeedleMoves.Contains(lm));
}
return getRequiredMoveCountSpecies3(species, pk.CurrentLevel, moves) ? 3 : 0; // no match
}
private static bool getRequiredMoveCountSpecies3(int species, int level, int[] moves)
{
// Species that evolve and learn the 4th move as evolved species at a greather level than base species
// The 4th move is included in the level up table set as a preevolution move,
// it should be removed from the used slots count if is not the learn move
switch (species)
{
case 017: return level < 21 && !moves.Contains(018); // Pidgeotto without Whirlwind
case 028: return level < 27 && !moves.Contains(040); // Sandslash without Poison Sting
case 047: return level < 30 && !moves.Contains(147); // Parasect without Spore
case 055: return level < 39 && !moves.Contains(093); // Golduck without Confusion
case 087: return level < 44 && !moves.Contains(156); // Dewgong without Rest
case 093:
case 094: return level < 29 && !moves.Contains(095); // Haunter/Gengar without Hypnosis
case 110: return level < 39 && !moves.Contains(108); // Weezing without Smoke Screen
}
return false;
}
private static int getRequiredMoveCountDecrement(PKM pk, int[] moves, List<int>[] learn, int[] initialmoves)
{
int catch_rate = (pk as PK1).Catch_Rate;
int usedslots = initialmoves.Union(learn[1]).Where(m => m != 0).Distinct().Count();
// Yellow optional moves, reduce usedslots if the yellow move is not present
// The count wont go bellow 1 because the yellow moves were already counted and are not the only initial or level up moves
if (pk.Species == 031) //Venonat
{
// ignore Venomoth, by the time Venonat evolved it will always have 4 moves
if (pk.CurrentLevel >= 11 && !moves.Contains(48)) // Supersonic
usedslots--;
if (pk.CurrentLevel >= 19 && !moves.Contains(93)) // Confusion
usedslots--;
}
if (pk.Species == 056 && pk.CurrentLevel >= 9 && !moves.Contains(67)) // Mankey Yellow Low Kick, Primeape will always have 4 moves
usedslots--;
if (064 == pk.Species || pk.Species == 065)
{
if (catch_rate != 100)// Initial Yellow Kadabra Kinesis (move 134)
usedslots--;
if (catch_rate == 200 && pk.CurrentLevel < 20) // Kadabra Disable, not learned until 20 if captured as Abra (move 50)
usedslots--;
}
if (104 == pk.Species || pk.Species == 105) // Cubone and Marowak
{
if (!moves.Contains(39)) // Initial Yellow Tail Whip
usedslots--;
if (!moves.Contains(125)) // Initial Yellow Bone Club
usedslots--;
if (pk.Species == 105 && pk.CurrentLevel < 33 && !moves.Contains(116)) // Marowak evolved without Focus Energy
usedslots--;
}
if (pk.Species == 113) // Chansey
{
if (!moves.Contains(39)) // Yellow Initial Tail Whip
usedslots--;
if (!moves.Contains(3)) // Yellow Lvl 12 and Initial Red/Blue Double Slap
usedslots--;
}
if (pk.Species == 130 && pk.CurrentLevel < 32) // Wild Gyarados from yellow do not learn splash, evolved gyarados do not learn tackle
usedslots--;
if (pk.Species == 127 && pk.CurrentLevel >= 21 && !moves.Contains(20)) // Pinsir Yellow Bind
usedslots--;
return usedslots;
}
private static int getRequiredMoveCountSpecial(PKM pk, int[] moves, List<int>[] learn)
{
// Species with few mandatory slots, species with stone evolutions that could evolve at lower level and do not learn any more moves
// and Pikachu and Nidoran family, those only have mandatory the initial moves and a few have one level up moves,
// every other move could be avoided switching game or evolving
var basespecies = getBaseSpecies(pk);
var maxlevel = 1;
var minlevel = 1;
if (029 <= pk.Species && pk.Species <= 034 && pk.CurrentLevel >= 8)
maxlevel = 8; // Always lean a third move at level 8
if (pk.Species == 114)
{
//Tangela moves before level 32 are different in red/blue and yellow
minlevel = 32;
maxlevel = pk.CurrentLevel;
}
var mandatory = minlevel <= pk.CurrentLevel ? getLvlMoves(basespecies, 0, 1, minlevel, maxlevel).Where(m => m != 0).Distinct().ToList() : new List<int>();
if (pk.Species == 103 && pk.CurrentLevel >= 28) // Exeggutor
{
// At level 28 learn different move if is a Exeggute or Exeggutor
if (moves.Contains(73))
mandatory.Add(73); // Leech Seed level 28 Exeggute
if (moves.Contains(23))
mandatory.Add(23); // Stomp level 28 Exeggutor
}
if (pk.Species == 25 && pk.CurrentLevel >= 33)
mandatory.Add(97); // Pikachu always learn Agility
if (pk.Species == 114)
mandatory.Add(132); // Tangela always learn Constrict as Initial Move
// Add to used slots the non-mandatory moves from the learnset table that the pokemon have learned
return mandatory.Count + moves.Where(m => m != 0 && mandatory.All(l => l != m) && learn[1].Any(t => t == m)).Count();
}
internal static bool getWasEgg23(PKM pkm)
{
if (pkm.IsEgg)
return true;
if (pkm.Format > 2 && pkm.Ball != 4)
return false;
if (pkm.Format == 3)
return pkm.WasEgg;
int lvl = pkm.CurrentLevel;
if (lvl < 5)
return false;
if (pkm.Format > 3 && pkm.Met_Level <5)
return false;
if (pkm.Format > 3 && pkm.FatefulEncounter)
return false;
return getEvolutionValid(pkm);
}
// Generation Specific Fetching
private static EvolutionTree getEvolutionTable(PKM pkm)
{
return getEvolutionTable(pkm.Format);
}
private static EvolutionTree getEvolutionTable(int generation)
{
switch (generation)
{
case 1:
return Evolves1;
case 2:
return Evolves2;
case 3:
return Evolves3;
case 4:
return Evolves4;
case 5:
return Evolves5;
case 6:
return Evolves6;
default:
return Evolves7;
}
}
internal static EncounterStatic[] getEncounterStaticTable(PKM pkm, GameVersion gameSource = GameVersion.Any)
{
if (gameSource == GameVersion.Any)
gameSource = (GameVersion)pkm.Version;
switch (gameSource)
{
case GameVersion.RBY:
case GameVersion.RD:
case GameVersion.BU:
case GameVersion.GN:
case GameVersion.YW:
return StaticRBY;
case GameVersion.GSC:
case GameVersion.GD:
case GameVersion.SV:
case GameVersion.C:
if (pkm.Format != 2)
return StaticGSC;
if (pkm.HasOriginalMetLocation)
return StaticC;
if (pkm.Species > 151 && !FutureEvolutionsGen1.Contains(pkm.Species))
return StaticGS;
return StaticGSC;
case GameVersion.R: return StaticR;
case GameVersion.S: return StaticS;
case GameVersion.E: return StaticE;
case GameVersion.FR: return StaticFR;
case GameVersion.LG: return StaticLG;
case GameVersion.CXD: return Encounter_CXD;
case GameVersion.D: return StaticD;
case GameVersion.P: return StaticP;
case GameVersion.Pt: return StaticPt;
case GameVersion.HG: return StaticHG;
case GameVersion.SS: return StaticSS;
case GameVersion.B: return StaticB;
case GameVersion.W: return StaticW;
case GameVersion.B2: return StaticB2;
case GameVersion.W2: return StaticW2;
case GameVersion.X: return StaticX;
case GameVersion.Y: return StaticY;
case GameVersion.AS: return StaticA;
case GameVersion.OR: return StaticO;
case GameVersion.SN: return StaticSN;
case GameVersion.MN: return StaticMN;
default: return new EncounterStatic[0];
}
}
internal static EncounterArea[] getEncounterTable(PKM pkm, GameVersion gameSource = GameVersion.Any)
{
if (gameSource == GameVersion.Any)
gameSource = (GameVersion)pkm.Version;
switch (gameSource)
{
case GameVersion.RBY:
case GameVersion.RD:
case GameVersion.BU:
case GameVersion.GN:
case GameVersion.YW:
return SlotsRBY;
case GameVersion.GSC:
case GameVersion.GD:
case GameVersion.SV:
case GameVersion.C:
if (pkm.Format != 2)
// Gen 2 met location is lost outside gen 2 games
return SlotsGSC;
if (pkm.HasOriginalMetLocation)
// Format 2 with met location, encounter should be from crystal
return SlotsC;
if (pkm.Species > 151 && !FutureEvolutionsGen1.Contains(pkm.Species))
// Format 2 without met location but pokemon could not be tradeback to gen 1,
// encounter should be from gold or silver
return SlotsGS;
// Encounter could be any gen 2 game, it can have empty met location for have a g/s origin
// or it can be a crystal pokemon that lost met location after being tradeback to gen 1 games
return SlotsGSC;
case GameVersion.R: return SlotsR;
case GameVersion.S: return SlotsS;
case GameVersion.E: return SlotsE;
case GameVersion.FR: return SlotsFR;
case GameVersion.LG: return SlotsLG;
case GameVersion.CXD: return SlotsXD;
case GameVersion.D: return SlotsD;
case GameVersion.P: return SlotsP;
case GameVersion.Pt: return SlotsPt;
case GameVersion.HG: return SlotsHG;
case GameVersion.SS: return SlotsSS;
case GameVersion.B: return SlotsB;
case GameVersion.W: return SlotsW;
case GameVersion.B2: return SlotsB2;
case GameVersion.W2: return SlotsW2;
case GameVersion.X: return SlotsX;
case GameVersion.Y: return SlotsY;
case GameVersion.AS: return SlotsA;
case GameVersion.OR: return SlotsO;
case GameVersion.SN: return SlotsSN;
case GameVersion.MN: return SlotsMN;
default: return new EncounterArea[0];
}
}
internal static IEnumerable<EncounterArea> getDexNavAreas(PKM pkm)
{
switch (pkm.Version)
{
case (int)GameVersion.AS:
return SlotsA.Where(l => l.Location == pkm.Met_Location);
case (int)GameVersion.OR:
return SlotsO.Where(l => l.Location == pkm.Met_Location);
default:
return new EncounterArea[0];
}
}
internal static IEnumerable<int> getLineage(PKM pkm)
{
if (pkm.IsEgg)
return new[] {pkm.Species};
var table = getEvolutionTable(pkm);
var lineage = table.getValidPreEvolutions(pkm, pkm.CurrentLevel);
return lineage.Select(evolution => evolution.Species);
}
internal static int[] getWildBalls(PKM pkm)
{
switch (pkm.GenNumber)
{
case 1:
return WildPokeBalls1;
case 2:
return WildPokeBalls2;
case 3:
return WildPokeBalls3;
case 4:
return pkm.HGSS ? WildPokeBalls4_HGSS : WildPokeBalls4_DPPt;
case 5:
return WildPokeBalls5;
case 6:
return WildPokeballs6;
case 7:
return WildPokeballs7;
default:
return null;
}
}
internal static int[] getSplitBreedGeneration(PKM pkm)
{
return getSplitBreedGeneration(pkm.GenNumber);
}
internal static int[] getSplitBreedGeneration(int generation)
{
switch (generation)
{
case 1: return new int[0];
case 2: return new int[0];
case 3: return SplitBreed_3;
case 4: return SplitBreed;
case 5: return SplitBreed;
case 6: return SplitBreed;
case 7: return SplitBreed;
default: return new int[0];
}
}
internal static int getMaxSpeciesOrigin(PKM pkm)
{
if (pkm.Format == 1 || pkm.VC1) // Gen1 VC could not trade with gen 2 yet
return getMaxSpeciesOrigin(1);
if (pkm.Format == 2 || pkm.VC2)
return getMaxSpeciesOrigin(2);
return getMaxSpeciesOrigin(pkm.GenNumber);
}
internal static int getMaxSpeciesOrigin(int generation)
{
switch (generation)
{
case 1: return MaxSpeciesID_1;
case 2: return MaxSpeciesID_2;
case 3: return MaxSpeciesID_3;
case 4: return MaxSpeciesID_4;
case 5: return MaxSpeciesID_5;
case 6: return MaxSpeciesID_6;
case 7: return MaxSpeciesID_7;
default: return -1;
}
}
internal static IEnumerable<int> getFutureGenEvolutions(int generation)
{
switch (generation)
{
case 1: return FutureEvolutionsGen1;
case 2: return FutureEvolutionsGen2;
case 3: return FutureEvolutionsGen3;
case 4: return FutureEvolutionsGen4;
case 5: return FutureEvolutionsGen5;
default: return new int[0];
}
}
internal static bool[] getReleasedHeldItems(int generation)
{
switch (generation)
{
case 2: return ReleasedHeldItems_2;
case 3: return ReleasedHeldItems_3;
case 4: return ReleasedHeldItems_4;
case 5: return ReleasedHeldItems_5;
case 6: return ReleasedHeldItems_6;
case 7: return ReleasedHeldItems_7;
default: return new bool[0];
}
}
internal static bool getHeldItemAllowed(int generation, int item)
{
if (item < 0)
return false;
if (item == 0)
return true;
var items = getReleasedHeldItems(generation);
return items.Length > item && items[item];
}
internal static bool getHasEvolved(PKM pkm)
{
if (pkm.IsEgg)
return false;
return getValidPreEvolutions(pkm).Count() > 1;
}
internal static bool getHasEvolvedFormChange(PKM pkm)
{
if (pkm.IsEgg)
return false;
if (pkm.Format >= 7 && EvolveToAlolanForms.Contains(pkm.Species))
return pkm.AltForm == 1;
if (pkm.Species == 678 && pkm.Gender == 1)
return pkm.AltForm == 1;
if (pkm.Species == 773)
return true;
return false;
}
internal static bool getHasTradeEvolved(PKM pkm)
{
if (pkm.IsEgg)
return false;
var table = getEvolutionTable(pkm);
var lineage = table.getValidPreEvolutions(pkm, 100, skipChecks:true);
return lineage.Any(evolution => EvolutionMethod.TradeMethods.Any(method => method == evolution.Flag)); // Trade Evolutions
}
internal static bool getEvolutionValid(PKM pkm, int minSpecies = -1)
{
var curr = getValidPreEvolutions(pkm);
var poss = getValidPreEvolutions(pkm, lvl: 100, skipChecks: true);
if (minSpecies != -1)
poss = poss.Reverse().SkipWhile(z => z.Species != minSpecies); // collection is reversed, we only care about count
else if (getSplitBreedGeneration(pkm).Contains(getBaseSpecies(pkm, 1)))
return curr.Count() >= poss.Count() - 1;
return curr.Count() >= poss.Count();
}
internal static bool getEvolutionWithMoveValid(PKM pkm, LegalInfo info)
{
// Exclude species that do not evolve leveling with a move
// Exclude gen 1-3 games
// Exclude Mr Mime and Snorlax for gen 1-3 games
if (!SpeciesEvolutionWithMove.Contains(pkm.Species) || pkm.Format <= 3 || (BabyEvolutionWithMove.Contains(pkm.Species) && pkm.GenNumber <= 3))
return true;
var index = Array.FindIndex(SpeciesEvolutionWithMove, p => p == pkm.Species);
var levels = MinLevelEvolutionWithMove[index];
var moves = MoveEvolutionWithMove[index];
var allowegg = EggMoveEvolutionWithMove[index][pkm.GenNumber];
// Get the minimun level in any generation when the pokemon could learn the evolve move
var LearnLevel = 101;
for(int g = pkm.GenNumber; g <= pkm.Format; g++)
if(pkm.InhabitedGeneration(g) && levels[g] > 0)
LearnLevel = Math.Min(LearnLevel, levels[g]);
// Check also if the current encounter include the evolve move as an special move
// That means the pokemon have the move from the encounter level
int[] SpecialMoves = (info.EncounterMatch as IMoveset)?.Moves ?? new int[0];
if (SpecialMoves.Any(m => moves.Contains(m)))
LearnLevel = Math.Min(LearnLevel, info.EncounterMatch.LevelMin);
// If the encounter is a player hatched egg check if the move could be an egg move or inherited level up move
if (info.EncounterMatch.EggEncounter && !pkm.WasGiftEgg && !pkm.WasEventEgg && allowegg)
{
var inheritmove = false;
if (pkm.GenNumber >= 6)
// 3DS games, if the move is not a relearn move that means the pokemon was hatched without the move
inheritmove = pkm.RelearnMoves.Any(m => moves.Contains(m));
else if (pkm.Moves.Any(m => moves.Contains(m)))
// Pre-3DS games, if the pokemon was an egg and it have the move and also and egg from this species could hatch with the move
// that means is a valid egg move
inheritmove = true;
else
{
// If the pokemon does not have the move it still could be an egg move that was forgotten
// But that requires for the pokemon to do not have 4 other moves identified as egg moves or inherited level up moves
var eggmoves = info.vMoves.Count(m => m.Source == MoveSource.EggMove || m.Source == MoveSource.InheritLevelUp);
inheritmove = eggmoves < 4;
}
if (inheritmove)
LearnLevel = Math.Min(LearnLevel, pkm.GenNumber < 4 ? 5 : 1);
}
// If has original met location the minimun evolution level is one level after met level
// Gen 3 pokemon in gen 4 games minimun level is one level after transfer to generation 4
// VC pokemon minimun level is one leve after transfer to generation 7
// Sylveon always one level after met level, for gen 4 and 5 eevees in gen 6 games minimun for evolution is one leve after transfer to generation 5
if (pkm.HasOriginalMetLocation || pkm.Format == 4 && pkm.Gen3 || pkm.VC || pkm.Species == 700)
LearnLevel = Math.Max(pkm.Met_Level, LearnLevel);
// Current level must be at leats one level after the minimun learn level
return pkm.CurrentLevel > LearnLevel;
}
internal static bool getCanFormChange(PKM pkm, int species)
{
if (FormChange.Contains(species))
return true;
if (getHasEvolvedFormChange(pkm))
return true;
if (pkm.Species == 718 && pkm.InhabitedGeneration(7) && pkm.AltForm == 3)
return true;
return false;
}
public static int getLowestLevel(PKM pkm, int refSpecies = -1)
{
if (refSpecies == -1)
refSpecies = getBaseSpecies(pkm);
for (int i = 0; i < 100; i++)
{
var table = getEvolutionTable(pkm);
var evos = table.getValidPreEvolutions(pkm, i, skipChecks:true).ToArray();
if (evos.Any(evo => evo.Species == refSpecies))
return evos.OrderByDescending(evo => evo.Level).First().Level;
}
return 100;
}
internal static bool getCanBeCaptured(int species, int gen, GameVersion version = GameVersion.Any)
{
switch (gen)
{
// Capture Memory only obtainable via Gen 6.
case 6:
switch (version)
{
case GameVersion.Any:
return getCanBeCaptured(species, SlotsX, StaticX, XY:true)
|| getCanBeCaptured(species, SlotsY, StaticY, XY:true)
|| getCanBeCaptured(species, SlotsA, StaticA)
|| getCanBeCaptured(species, SlotsO, StaticO);
case GameVersion.X:
return getCanBeCaptured(species, SlotsX, StaticX, XY:true);
case GameVersion.Y:
return getCanBeCaptured(species, SlotsY, StaticY, XY:true);
case GameVersion.AS:
return getCanBeCaptured(species, SlotsA, StaticA);
case GameVersion.OR:
return getCanBeCaptured(species, SlotsO, StaticO);
}
break;
}
return false;
}
private static bool getCanBeCaptured(int species, IEnumerable<EncounterArea> area, IEnumerable<EncounterStatic> statics, bool XY = false)
{
if (XY && FriendSafari.Contains(species))
return true;
if (area.Any(loc => loc.Slots.Any(slot => slot.Species == species)))
return true;
if (statics.Any(enc => enc.Species == species && !enc.Gift))
return true;
return false;
}
internal static bool getCanLearnMachineMove(PKM pkm, int move, IEnumerable<int> generations, GameVersion version = GameVersion.Any)
{
return generations.Any(generation => getCanLearnMachineMove(pkm, move, generation, version));
}
internal static bool getCanRelearnMove(PKM pkm, int move, IEnumerable<int> generations, GameVersion version = GameVersion.Any)
{
return generations.Any(generation => getCanRelearnMove(pkm, move, generation, version));
}
internal static bool getCanLearnMove(PKM pkm, int move, IEnumerable<int> generations, GameVersion version = GameVersion.Any)
{
return generations.Any(generation => getCanLearnMove(pkm, move, generation, version));
}
internal static bool getCanKnowMove(PKM pkm, int move, IEnumerable<int> generations, GameVersion version = GameVersion.Any)
{
return generations.Any(generation => getCanKnowMove(pkm, move, generation, version));
}
internal static bool getCanLearnMachineMove(PKM pkm, int move, int generation, GameVersion version = GameVersion.Any)
{
return getValidMoves(pkm, version, getValidPreEvolutions(pkm).ToArray(), generation, Machine: true).Contains(move);
}
internal static bool getCanRelearnMove(PKM pkm, int move, int generation, GameVersion version = GameVersion.Any)
{
return getValidMoves(pkm, version, getValidPreEvolutions(pkm).ToArray(), generation, LVL: true, Relearn: true).Contains(move);
}
internal static bool getCanLearnMove(PKM pkm, int move, int generation, GameVersion version = GameVersion.Any)
{
return getValidMoves(pkm, version, getValidPreEvolutions(pkm).ToArray(), generation, Tutor: true, Machine: true).Contains(move);
}
internal static bool getCanKnowMove(PKM pkm, int move, int generation, GameVersion version = GameVersion.Any)
{
if (pkm.Species == 235 && !InvalidSketch.Contains(move))
return true;
return getValidMoves(pkm, version, getValidPreEvolutions(pkm).ToArray(), generation, LVL: true, Relearn: true, Tutor: true, Machine: true).Contains(move);
}
internal static int getBaseEggSpecies(PKM pkm, int skipOption = 0)
{
if (pkm.Format == 1)
return getBaseSpecies(pkm, skipOption : skipOption, generation : 2);
return getBaseSpecies(pkm, skipOption);
}
internal static int getBaseSpecies(PKM pkm, int skipOption = 0, int generation = -1)
{
if (pkm.Species == 292)
return 290;
if (pkm.Species == 242 && pkm.CurrentLevel < 3) // Never Cleffa
return 113;
var table = generation != -1 ? getEvolutionTable(generation): getEvolutionTable(pkm);
int maxSpeciesOrigin = generation != -1 ? getMaxSpeciesOrigin(generation) : - 1;
var evos = table.getValidPreEvolutions(pkm, 100, maxSpeciesOrigin: maxSpeciesOrigin, skipChecks:true).ToArray();
switch (skipOption)
{
case -1: return pkm.Species;
case 1: return evos.Length <= 1 ? pkm.Species : evos[evos.Length - 2].Species;
default: return evos.Length <= 0 ? pkm.Species : evos.Last().Species;
}
}
internal static int getMaxLevelGeneration(PKM pkm)
{
return getMaxLevelGeneration(pkm, pkm.GenNumber);
}
internal static int getMaxLevelGeneration(PKM pkm, int generation)
{
if (!pkm.InhabitedGeneration(generation))
return -1;
if (pkm.Format <= 2)
{
if (generation == 1 && FutureEvolutionsGen1_Gen2LevelUp.Contains(pkm.Species))
return pkm.CurrentLevel - 1;
return pkm.CurrentLevel;
}
if (pkm.Species == 700 && generation == 5)
return pkm.CurrentLevel - 1;
if (pkm.Gen3 && pkm.Format > 4 && pkm.Met_Level == pkm.CurrentLevel && FutureEvolutionsGen3_LevelUpGen4.Contains(pkm.Species))
return pkm.Met_Level - 1;
if (!pkm.HasOriginalMetLocation)
return pkm.Met_Level;
return pkm.CurrentLevel;
}
internal static int getMinLevelEncounter(PKM pkm)
{
if (pkm.Format == 3 && pkm.WasEgg)
// Only for gen 3 pokemon in format 3, after transfer to gen 4 it should return transfer level
return 5;
if (pkm.Format == 4 && pkm.GenNumber == 4 && pkm.WasEgg)
// Only for gen 4 pokemon in format 4, after transfer to gen 5 it should return transfer level
return 1;
return pkm.HasOriginalMetLocation ? pkm.Met_Level : getMaxLevelGeneration(pkm);
}
internal static int getMinLevelGeneration(PKM pkm)
{
return getMinLevelGeneration(pkm, pkm.GenNumber);
}
internal static int getMinLevelGeneration(PKM pkm, int generation)
{
if (!pkm.InhabitedGeneration(generation))
return 0;
if (pkm.Format <= 2)
return 2;
if (!pkm.HasOriginalMetLocation && generation != pkm.GenNumber)
return pkm.Met_Level;
if (pkm.GenNumber <= 3)
return 2;
return 1;
}
internal static DexLevel[][] getEvolutionChainsAllGens(PKM pkm, IEncounterable Encounter)
{
var CompleteEvoChain = getEvolutionChain(pkm, Encounter).ToArray();
int maxgen = pkm.Format == 1 && !pkm.Gen1_NotTradeback ? 2 : pkm.Format;
int mingen = pkm.Format == 2 && !pkm.Gen2_NotTradeback ? 1 : pkm.GenNumber;
DexLevel[][] GensEvoChains = new DexLevel[maxgen + 1][];
for (int i = 0; i <= maxgen; i++)
GensEvoChains[i] = new DexLevel[0];
if (pkm.Species == 0 || pkm.Format > 2 && pkm.GenU) // Illegal origin or empty pokemon, return only chain for current format
{
GensEvoChains[pkm.Format] = CompleteEvoChain;
return GensEvoChains;
}
// If is egg skip the other checks and just return the evo chain for GenNumber, that will contains only the pokemon inside the egg
// Empty list returned if is an impossible egg (like a gen 3 infernape inside an egg)
if (pkm.IsEgg)
{
if (getMaxSpeciesOrigin(pkm.GenNumber) >= pkm.Species)
GensEvoChains[pkm.GenNumber] = CompleteEvoChain;
return GensEvoChains;
}
int lvl = pkm.CurrentLevel;
// Iterate generations backwards because level will be decreased from current level in each generation
for (int gen = maxgen; gen >= mingen; gen--)
{
if (pkm.GenNumber == 1 && pkm.Gen1_NotTradeback && gen == 2)
continue;
if (pkm.GenNumber <= 2 && 3 <= gen && gen <= 6)
continue;
if (!pkm.HasOriginalMetLocation && pkm.Format > 2 && gen < pkm.Format && gen <= 4 && lvl > pkm.Met_Level)
{
// Met location was lost at this point but it also means the pokemon existed in generations 1 to 4 with maximum level equals to met level
lvl = pkm.Met_Level;
}
int maxspeciesgen = getMaxSpeciesOrigin(gen);
// Remove future gen evolutions after a few special considerations,
// it the pokemon origin is illegal like a "gen 3" Infernape the list will be emptied, it didnt existed in gen 3 in any evolution phase
while (CompleteEvoChain.Any() && CompleteEvoChain.First().Species > maxspeciesgen)
{
// Eevee requires to level one time to be Sylveon, it can be deduced in gen 5 and before it existed with maximum one level bellow current
if (CompleteEvoChain.First().Species == 700 && gen == 5)
lvl--;
// This is a gen 3 pokemon in a gen 4 phase evolution that requieres level up and then transfered to gen 5+
// We can deduce that it existed in gen 4 until met level,
// but if current level is met level we can also deduce it existed in gen 3 until maximum met level -1
if (gen == 3 && pkm.Format > 4 && lvl == pkm.CurrentLevel && CompleteEvoChain.First().Species > MaxSpeciesID_3 && CompleteEvoChain.First().RequiresLvlUp)
lvl--;
// The same condition for gen2 evolution of gen 1 pokemon, level of the pokemon in gen 1 games would be CurrentLevel -1 one level bellow gen 2 level
if (gen == 1 && pkm.Format == 2 && lvl == pkm.CurrentLevel && CompleteEvoChain.First().Species > MaxSpeciesID_1 && CompleteEvoChain.First().RequiresLvlUp)
lvl--;
CompleteEvoChain = CompleteEvoChain.Skip(1).ToArray();
}
// Alolan form evolutions, remove from gens 1-6 chains
if (gen < 7 && pkm.Format >= 7 && CompleteEvoChain.Any() && CompleteEvoChain.First().Form > 0 && EvolveToAlolanForms.Contains(CompleteEvoChain.First().Species))
CompleteEvoChain = CompleteEvoChain.Skip(1).ToArray();
if (!CompleteEvoChain.Any())
continue;
GensEvoChains[gen] = getEvolutionChain(pkm, Encounter, CompleteEvoChain.First().Species, lvl);
if (gen > 2 && !pkm.HasOriginalMetLocation && gen >= pkm.GenNumber)
//Remove previous evolutions bellow transfer level
//For example a gen3 charizar in format 7 with current level 36 and met level 36
//chain level for charmander is 35, is bellow met level
GensEvoChains[gen] = GensEvoChains[gen].Where(e => e.Level >= getMinLevelGeneration(pkm, gen)).ToArray();
if (gen == 1 && GensEvoChains[gen].LastOrDefault()?.Species > MaxSpeciesID_1)
// Remove generation 2 pre-evolutions
GensEvoChains[gen] = GensEvoChains[gen].Take(GensEvoChains[gen].Length - 1).ToArray();
}
return GensEvoChains;
}
internal static DexLevel[] getEvolutionChain(PKM pkm, IEncounterable Encounter)
{
return getEvolutionChain(pkm, Encounter, pkm.Species, 100);
}
private static DexLevel[] getEvolutionChain(PKM pkm, IEncounterable Encounter, int maxspec, int maxlevel)
{
DexLevel[] vs = getValidPreEvolutions(pkm).ToArray();
// Evolution chain is in reverse order (devolution)
int minspec = Encounter.Species;
int minindex = Math.Max(0, Array.FindIndex(vs, p => p.Species == minspec));
Array.Resize(ref vs, minindex + 1);
if (vs.Last().MinLevel > 1) // Last entry from vs is removed, turn next entry into the wild/hatched pokemon
{
vs.Last().MinLevel = 1;
vs.Last().RequiresLvlUp = false;
if (vs.First().MinLevel == 2 && !vs.First().RequiresLvlUp)
{
// Example Raichu in gen 2 or later,
// because Pichu requires level up Minimum level of Raichu would be 2
// but after removing Pichu because the origin species is Pikachu, Raichu min level should be 1
vs.First().MinLevel = 1;
vs.First().RequiresLvlUp = false;
}
}
// Maxspec is used to remove future gen evolutions, to gather evolution chain of a pokemon in previous generations
int skip = Math.Max(0, Array.FindIndex(vs, p => p.Species == maxspec));
// Maxlevel is also used for previous generations, it removes evolutions imposible before the transfer level
// For example a fire red charizard whose current level in XY is 50 but met level is 20, it couldnt be a Charizard in gen 3 and 4 games
vs = vs.Skip(skip).Where(e => e.MinLevel <= maxlevel).ToArray();
// Reduce the evolution chain levels to max level, because met level is the last one when the pokemon could be and learn moves in that generation
foreach (DexLevel d in vs)
d.Level = Math.Min(d.Level, maxlevel);
return vs;
}
internal static string getEncounterTypeName(IEncounterable Encounter)
{
if (Encounter == null)
return "Unknown";
return Encounter.Name;
}
private static IEnumerable<int> getRelearnLVLMoves(PKM pkm, int species, int lvl, int formnum)
{
List<int> moves = new List<int>();
switch (pkm.GenNumber)
{
case 6:
if (pkm.InhabitedGeneration(6))
{
int ind_XY = PersonalTable.XY.getFormeIndex(species, formnum);
moves.AddRange(LevelUpXY[ind_XY].getMoves(lvl));
int ind_AO = PersonalTable.AO.getFormeIndex(species, formnum);
moves.AddRange(LevelUpAO[ind_AO].getMoves(lvl));
}
break;
case 7:
if (pkm.InhabitedGeneration(7))
{
int ind_SM = PersonalTable.SM.getFormeIndex(species, formnum);
moves.AddRange(LevelUpSM[ind_SM].getMoves(lvl));
}
break;
}
return moves;
}
internal static IEnumerable<DexLevel> getValidPreEvolutions(PKM pkm, int maxspeciesorigin = -1, int lvl = -1, bool skipChecks = false)
{
if (lvl < 0)
lvl = pkm.CurrentLevel;
if (lvl == 1 && pkm.IsEgg)
return new List<DexLevel>
{
new DexLevel { Species = pkm.Species, Level = 1, MinLevel = 1 },
};
if (pkm.Species == 292 && lvl >= 20 && (!pkm.HasOriginalMetLocation || pkm.Met_Level + 1 <= lvl))
return new List<DexLevel>
{
new DexLevel { Species = 292, Level = lvl, MinLevel = 20 },
new DexLevel { Species = 290, Level = lvl - 1, MinLevel = 1 }
};
if (maxspeciesorigin == -1 && pkm.InhabitedGeneration(2) && pkm.GenNumber == 1)
maxspeciesorigin = MaxSpeciesID_2;
var et = maxspeciesorigin == MaxSpeciesID_2 ? getEvolutionTable(2) : getEvolutionTable(pkm);
return et.getValidPreEvolutions(pkm, lvl: lvl, maxSpeciesOrigin: maxspeciesorigin, skipChecks: skipChecks);
}
private static IEnumerable<int> getValidMoves(PKM pkm, GameVersion Version, IReadOnlyList<DexLevel[]> vs, int minLvLG1 = 1, bool LVL = false, bool Relearn = false, bool Tutor = false, bool Machine = false, bool MoveReminder = true, bool RemoveTransferHM = true)
{
List<int> r = new List<int> { 0 };
if (Relearn && pkm.Format >= 6)
r.AddRange(pkm.RelearnMoves);
for (int gen = pkm.GenNumber; gen <= pkm.Format; gen++)
if (vs[gen].Any())
r.AddRange(getValidMoves(pkm, Version, vs[gen], gen, minLvLG1:minLvLG1, LVL: LVL, Relearn: false, Tutor: Tutor, Machine: Machine, MoveReminder: MoveReminder, RemoveTransferHM: RemoveTransferHM));
return r.Distinct().ToArray();
}
private static IEnumerable<int> getValidMoves(PKM pkm, GameVersion Version, DexLevel[] vs, int Generation, int minLvLG1 = 1, bool LVL = false, bool Relearn = false, bool Tutor = false, bool Machine = false, bool MoveReminder = true, bool RemoveTransferHM = true)
{
List<int> r = new List<int> { 0 };
if (!vs.Any())
return r;
int species = pkm.Species;
// Special Type Tutors Availability
bool moveTutor = Tutor || MoveReminder; // Usually true, except when called for move suggestions (no tutored moves)
if (FormChangeMoves.Contains(species)) // Deoxys & Shaymin & Giratina (others don't have extra but whatever)
{
int formcount = pkm.PersonalInfo.FormeCount;
if (species == 386 && pkm.Format == 3)
// In gen 3 deoxys has different forms depending on the current game, in personal info there is no alter form info
formcount = 4;
for (int i = 0; i < formcount; i++)
r.AddRange(getMoves(pkm, species, minLvLG1, vs.First().Level, i, moveTutor, Version, LVL, Tutor, Machine, MoveReminder, RemoveTransferHM, Generation));
if (Relearn) r.AddRange(pkm.RelearnMoves);
return r.Distinct();
}
foreach (DexLevel evo in vs)
{
var minlvlevo = 1;
if (Generation == 1)
{
// Return moves from minLvLG1 if species if the species encounters
// For evolutions return moves using evolution min level as min level
minlvlevo = minLvLG1;
if (evo.MinLevel > 1)
minlvlevo = Math.Min(pkm.CurrentLevel, evo.MinLevel);
}
r.AddRange(getMoves(pkm, evo.Species, minlvlevo, evo.Level, pkm.AltForm, moveTutor, Version, LVL, Tutor, Machine, MoveReminder, RemoveTransferHM, Generation));
}
if (pkm.Format <= 3)
return r.Distinct();
if (LVL)
{
if (species == 479 && Generation >= 4) // Rotom
r.Add(RotomMoves[pkm.AltForm]);
if (species == 718 && Generation == 7) // Zygarde
r.AddRange(ZygardeMoves);
}
if (Tutor)
{
if (species == 647) // Keldeo
r.Add(548); // Secret Sword
if (species == 648) // Meloetta
r.Add(547); // Relic Song
if (species == 25 && pkm.Format == 6 && Generation == 6) // Pikachu
r.Add(PikachuMoves[pkm.AltForm]);
if ((species == 25 || species == 26) && Generation == 7) // Pikachu/Raichu Tutor
r.Add(344); // Volt Tackle
}
if (Relearn && Generation >= 6)
r.AddRange(pkm.RelearnMoves);
return r.Distinct();
}
private static IEnumerable<int> getMoves(PKM pkm, int species, int minlvlG1, int lvl, int form, bool moveTutor, GameVersion Version, bool LVL, bool specialTutors, bool Machine, bool MoveReminder, bool RemoveTransferHM, int Generation)
{
List<int> r = new List<int>();
var ver = Version;
switch (Generation)
{
case 1:
{
int index = PersonalTable.RB.getFormeIndex(species, 0);
if (index == 0)
return r;
var pi_rb = (PersonalInfoG1)PersonalTable.RB[index];
var pi_y = (PersonalInfoG1)PersonalTable.Y[index];
if (LVL)
{
if (minlvlG1 == 1)
{
r.AddRange(pi_rb.Moves);
r.AddRange(pi_y.Moves);
}
r.AddRange(LevelUpRB[index].getMoves(lvl, minlvlG1));
r.AddRange(LevelUpY[index].getMoves(lvl, minlvlG1));
}
if (Machine)
{
r.AddRange(TMHM_RBY.Where((t, m) => pi_rb.TMHM[m]));
r.AddRange(TMHM_RBY.Where((t, m) => pi_y.TMHM[m]));
}
if (moveTutor)
r.AddRange(getTutorMoves(pkm, species, form, specialTutors, Generation));
break;
}
case 2:
{
int index = PersonalTable.C.getFormeIndex(species, 0);
if (index == 0)
return r;
if (LVL)
{
r.AddRange(LevelUpGS[index].getMoves(lvl));
r.AddRange(LevelUpC[index].getMoves(lvl));
}
if (Machine)
{
var pi_c = (PersonalInfoG2)PersonalTable.C[index];
r.AddRange(TMHM_GSC.Where((t, m) => pi_c.TMHM[m]));
}
if (moveTutor)
r.AddRange(getTutorMoves(pkm, species, form, specialTutors, Generation));
if (pkm.Format == 1) //tradeback gen 2 -> gen 1
r = r.Where(m => m <= MaxMoveID_1).ToList();
break;
}
case 3:
{
int index = PersonalTable.E.getFormeIndex(species, 0);
if (index == 0)
return r;
if (LVL)
{
if (index == 386)
{
switch(form)
{
case 0: r.AddRange(LevelUpRS[index].getMoves(lvl)); break;
case 1: r.AddRange(LevelUpFR[index].getMoves(lvl)); break;
case 2: r.AddRange(LevelUpLG[index].getMoves(lvl)); break;
case 3: r.AddRange(LevelUpE[index].getMoves(lvl)); break;
}
}
else
{
// Emerald level up table are equals to R/S level up tables
r.AddRange(LevelUpE[index].getMoves(lvl));
// fire red and leaf green are equals between each other but different than RSE
// Do not use FR Levelup table. It have 67 moves for charmander but Leaf Green moves table is correct
r.AddRange(LevelUpLG[index].getMoves(lvl));
}
}
if (Machine)
{
var pi_c = PersonalTable.E[index];
r.AddRange(TM_3.Where((t, m) => pi_c.TMHM[m]));
if (!RemoveTransferHM || pkm.Format == 3) // HM moves must be removed for 3->4, only give if current format.
r.AddRange(HM_3.Where((t, m) => pi_c.TMHM[m+50]));
}
if (moveTutor)
r.AddRange(getTutorMoves(pkm, species, form, specialTutors, Generation));
if (RemoveTransferHM && pkm.Format > 3) //Remove HM
r = r.Except(HM_3).ToList();
break;
}
case 4:
{
int index = PersonalTable.HGSS.getFormeIndex(species, 0);
if (index == 0)
return r;
if (LVL)
{
r.AddRange(LevelUpDP[index].getMoves(lvl));
r.AddRange(LevelUpPt[index].getMoves(lvl));
r.AddRange(LevelUpHGSS[index].getMoves(lvl));
}
if (Machine)
{
var pi_hgss = PersonalTable.HGSS[index];
var pi_dppt = PersonalTable.Pt[index];
r.AddRange(TM_4.Where((t, m) => pi_hgss.TMHM[m]));
if (RemoveTransferHM && pkm.Format > 4)
{
// The combination of both these moves is illegal, it should be checked that the pokemon only learn one
// except if it can learn any of these moves in gen 5 or later
if (pi_hgss.TMHM[96])
r.Add(250); // Whirlpool
if (pi_dppt.TMHM[96])
r.Add(432); // Defog
}
else
{
r.AddRange(HM_DPPt.Where((t, m) => pi_dppt.TMHM[m + 92]));
r.AddRange(HM_HGSS.Where((t, m) => pi_hgss.TMHM[m + 92]));
}
}
if (moveTutor)
r.AddRange(getTutorMoves(pkm, species, form, specialTutors, Generation));
if (RemoveTransferHM && pkm.Format > 4) //Remove HM
r = r.Except(HM_4_RemovePokeTransfer).ToList();
break;
}
case 5:
{
int index = PersonalTable.B2W2.getFormeIndex(species, 0);
if (index == 0)
return r;
if (LVL)
{
r.AddRange(LevelUpBW[index].getMoves(lvl));
r.AddRange(LevelUpB2W2[index].getMoves(lvl));
}
if (Machine)
{
var pi_c = PersonalTable.B2W2[index];
r.AddRange(TMHM_BW.Where((t, m) => pi_c.TMHM[m]));
}
if (moveTutor)
r.AddRange(getTutorMoves(pkm, species, form, specialTutors, Generation));
break;
}
case 6:
switch (ver)
{
case GameVersion.Any: // Start at the top, hit every table
case GameVersion.X: case GameVersion.Y: case GameVersion.XY:
{
int index = PersonalTable.XY.getFormeIndex(species, form);
if (index == 0)
return r;
if (LVL)
r.AddRange(LevelUpXY[index].getMoves(lvl));
if (moveTutor)
r.AddRange(getTutorMoves(pkm, species, form, specialTutors, Generation));
if (Machine)
{
PersonalInfo pi = PersonalTable.XY[index];
r.AddRange(TMHM_XY.Where((t, m) => pi.TMHM[m]));
}
if (ver == GameVersion.Any) // Fall Through
goto case GameVersion.ORAS;
break;
}
case GameVersion.AS: case GameVersion.OR: case GameVersion.ORAS:
{
int index = PersonalTable.AO.getFormeIndex(species, form);
if (index == 0)
return r;
if (LVL)
r.AddRange(LevelUpAO[index].getMoves(lvl));
if (moveTutor)
r.AddRange(getTutorMoves(pkm, species, form, specialTutors, Generation));
if (Machine)
{
PersonalInfo pi = PersonalTable.AO[index];
r.AddRange(TMHM_AO.Where((t, m) => pi.TMHM[m]));
}
break;
}
}
break;
case 7:
switch (ver)
{
case GameVersion.Any:
case GameVersion.SN: case GameVersion.MN: case GameVersion.SM:
{
int index = PersonalTable.SM.getFormeIndex(species, form);
if (MoveReminder)
lvl = 100; // Move reminder can teach any level in movepool now!
if (LVL)
r.AddRange(LevelUpSM[index].getMoves(lvl));
if (moveTutor)
r.AddRange(getTutorMoves(pkm, species, form, specialTutors, Generation));
if (Machine)
{
PersonalInfo pi = PersonalTable.SM.getFormeEntry(species, form);
r.AddRange(TMHM_SM.Where((t, m) => pi.TMHM[m]));
}
break;
}
}
break;
default:
return r;
}
return r;
}
internal static int[] getEggMoves(PKM pkm, int species, int formnum, GameVersion Version = GameVersion.Any)
{
if (!pkm.InhabitedGeneration(pkm.GenNumber, species) || pkm.PersonalInfo.Gender == 255)
return new int[0];
switch (pkm.GenNumber)
{
case 1:
case 2:
if (pkm.Format != 2)
return EggMovesC[species].Moves;
if (pkm.HasOriginalMetLocation)
return EggMovesC[species].Moves;
if (pkm.Species > 151 && !FutureEvolutionsGen1.Contains(pkm.Species))
return EggMovesGS[species].Moves;
return EggMovesC[species].Moves;
case 3:
return EggMovesRS[species].Moves;
case 4:
switch (pkm.Version)
{
case (int)GameVersion.HG:
case (int)GameVersion.SS:
return EggMovesHGSS[species].Moves;
default:
return EggMovesDPPt[species].Moves;
}
case 5:
return EggMovesBW[species].Moves;
case 6: // entries per species
return EggMovesAO[species].Moves.Concat(EggMovesXY[species].Moves).ToArray();
case 7: // entries per form if required
var entry = EggMovesSM[species];
if (formnum > 0 && AlolanOriginForms.Contains(species))
entry = EggMovesSM[entry.FormTableIndex + formnum - 1];
return entry.Moves;
default:
return new int[0];
}
}
internal static IEnumerable<int> getTMHM(PKM pkm, int species, int form, int generation, GameVersion Version = GameVersion.Any, bool RemoveTransferHM = true)
{
List<int> moves = new List<int>();
int index;
switch (generation)
{
case 1:
index = PersonalTable.RB.getFormeIndex(species, 0);
if (index == 0)
return moves;
var pi_rb = (PersonalInfoG1)PersonalTable.RB[index];
var pi_y = (PersonalInfoG1)PersonalTable.Y[index];
moves.AddRange(TMHM_RBY.Where((t, m) => pi_rb.TMHM[m]));
moves.AddRange(TMHM_RBY.Where((t, m) => pi_y.TMHM[m]));
break;
case 2:
index = PersonalTable.C.getFormeIndex(species, 0);
if (index == 0)
return moves;
var pi_c = (PersonalInfoG2)PersonalTable.C[index];
moves.AddRange(TMHM_GSC.Where((t, m) => pi_c.TMHM[m]));
if (Version == GameVersion.Any)
goto case 1; // rby
break;
case 3:
index = PersonalTable.E.getFormeIndex(species, 0);
var pi_e = PersonalTable.E[index];
moves.AddRange(TM_3.Where((t, m) => pi_e.TMHM[m]));
if (!RemoveTransferHM || pkm.Format == 3) // HM moves must be removed for 3->4, only give if current format.
moves.AddRange(HM_3.Where((t, m) => pi_e.TMHM[m + 50]));
break;
case 4:
index = PersonalTable.HGSS.getFormeIndex(species, 0);
if (index == 0)
return moves;
var pi_hgss = PersonalTable.HGSS[index];
var pi_dppt = PersonalTable.Pt[index];
moves.AddRange(TM_4.Where((t, m) => pi_hgss.TMHM[m]));
// The combination of both these moves is illegal, it should be checked that the pokemon only learn one
// except if it can learn any of these moves in gen 5 or later
if (Version == GameVersion.Any || Version == GameVersion.DP || Version == GameVersion.D || Version == GameVersion.P || Version == GameVersion.Pt)
{
if (RemoveTransferHM && pkm.Format > 4)
{
if (pi_dppt.TMHM[96])
moves.Add(432); // Defog
}
else
{
moves.AddRange(HM_DPPt.Where((t, m) => pi_dppt.TMHM[m + 92]));
}
}
if (Version == GameVersion.Any || Version == GameVersion.HGSS || Version == GameVersion.HG || Version == GameVersion.SS)
{
if (RemoveTransferHM && pkm.Format > 4)
{
if (pi_hgss.TMHM[96])
moves.Add(432); // Defog
}
else
{
moves.AddRange(HM_HGSS.Where((t, m) => pi_dppt.TMHM[m + 92]));
}
}
break;
case 5:
index = PersonalTable.B2W2.getFormeIndex(species, 0);
if (index == 0)
return moves;
var pi_bw = PersonalTable.B2W2[index];
moves.AddRange(TMHM_BW.Where((t, m) => pi_bw.TMHM[m]));
break;
case 6:
switch (Version)
{
case GameVersion.Any: // Start at the top, hit every table
case GameVersion.X:
case GameVersion.Y:
case GameVersion.XY:
{
index = PersonalTable.XY.getFormeIndex(species, form);
if (index == 0)
return moves;
PersonalInfo pi_xy = PersonalTable.XY[index];
moves.AddRange(TMHM_XY.Where((t, m) => pi_xy.TMHM[m]));
if (Version == GameVersion.Any) // Fall Through
goto case GameVersion.ORAS;
break;
}
case GameVersion.AS:
case GameVersion.OR:
case GameVersion.ORAS:
{
index = PersonalTable.AO.getFormeIndex(species, form);
if (index == 0)
return moves;
PersonalInfo pi_ao = PersonalTable.AO[index];
moves.AddRange(TMHM_AO.Where((t, m) => pi_ao.TMHM[m]));
break;
}
}
break;
case 7:
index = PersonalTable.SM.getFormeIndex(species, form);
if (index == 0)
return moves;
PersonalInfo pi_sm = PersonalTable.SM[index];
moves.AddRange(TMHM_SM.Where((t, m) => pi_sm.TMHM[m]));
break;
}
return moves.Distinct();
}
internal static IEnumerable<int> getTutorMoves(PKM pkm, int species, int form, bool specialTutors, int generation)
{
List<int> moves = new List<int>();
PersonalInfo info;
switch (generation)
{
case 1:
if (AllowGBCartEra && pkm.Format < 3 && (pkm.Species == 25 || pkm.Species == 26)) // Surf Pikachu via Stadium
moves.Add(57);
break;
case 2:
info = PersonalTable.C[species];
moves.AddRange(Tutors_GSC.Where((t, i) => info.TMHM[57 + i]));
goto case 1;
case 3:
// E Tutors (Free)
// E Tutors (BP)
info = PersonalTable.E[species];
moves.AddRange(Tutor_E.Where((t, i) => info.TypeTutors[i]));
// FRLG Tutors
// Only special tutor moves, normal tutor moves are already included in Emerald data
moves.AddRange(SpecialTutors_FRLG.Where((t, i) => SpecialTutors_Compatibility_FRLG[i].Any(e => e == species)));
// XD
moves.AddRange(SpecialTutors_XD_Exclusive.Where((t, i) => SpecialTutors_Compatibility_XD_Exclusive[i].Any(e => e == species)));
// XD (Mew)
if (species == 151)
moves.AddRange(Tutor_3Mew);
break;
case 4:
info = PersonalTable.HGSS[species];
moves.AddRange(Tutors_4.Where((t, i) => info.TypeTutors[i]));
moves.AddRange(SpecialTutors_4.Where((t, i) => SpecialTutors_Compatibility_4[i].Any(e => e == species)));
break;
case 5:
info = PersonalTable.B2W2[species];
moves.AddRange(TypeTutor6.Where((t, i) => info.TypeTutors[i]));
if (pkm.InhabitedGeneration(5) && specialTutors)
{
PersonalInfo pi = PersonalTable.B2W2.getFormeEntry(species, form);
for (int i = 0; i < Tutors_B2W2.Length; i++)
for (int b = 0; b < Tutors_B2W2[i].Length; b++)
if (pi.SpecialTutors[i][b])
moves.Add(Tutors_B2W2[i][b]);
}
break;
case 6:
info = PersonalTable.AO[species];
moves.AddRange(TypeTutor6.Where((t, i) => info.TypeTutors[i]));
if (pkm.InhabitedGeneration(6) && specialTutors && (pkm.AO || !pkm.IsUntraded))
{
PersonalInfo pi = PersonalTable.AO.getFormeEntry(species, form);
for (int i = 0; i < Tutors_AO.Length; i++)
for (int b = 0; b < Tutors_AO[i].Length; b++)
if (pi.SpecialTutors[i][b])
moves.Add(Tutors_AO[i][b]);
}
break;
case 7:
info = PersonalTable.SM.getFormeEntry(species, form);
moves.AddRange(TypeTutor6.Where((t, i) => info.TypeTutors[i]));
// No special tutors in G7
break;
}
return moves.Distinct();
}
internal static List<int>[] GetEmptyMovesList(DexLevel[][] EvoChainsAllGens)
{
var empty = new List<int>[EvoChainsAllGens.Length];
for (int i = 0; i < empty.Length; i++)
empty[i] = new List<int>();
return empty;
}
internal static bool IsTradedKadabraG1(PKM pkm)
{
if (pkm.SpecForm != 64 || pkm.Format > 1)
return false;
if (pkm.TradebackStatus == TradebackType.WasTradeback)
return true;
var IsYellow = Savegame_Version == GameVersion.Y;
if (pkm.TradebackStatus == TradebackType.Gen1_NotTradeback)
{
// If catch rate is abra catch rate it wont trigger as invalid trade without evolution, it could be traded as Abra
var catch_rate = (pkm as PK1).Catch_Rate;
// Yellow Kadabra catch rate in Red/Blue game, must be Allakazham
if (catch_rate == PersonalTable.Y[64].CatchRate && !IsYellow)
return true;
// Red/Blue Kadabra catch rate in Yellow game, must be Allakazham
if (catch_rate == PersonalTable.RB[64].CatchRate && IsYellow)
return true;
}
if (IsYellow)
return false;
// Yellow only moves in Red/Blue game, must be Allakazham
if (pkm.Moves.Contains(134)) // Kinesis, yellow only move
return true;
if (pkm.CurrentLevel < 20 && pkm.Moves.Contains(50)) // Disable bellow level 20, yellow only move
return true;
return false;
}
internal static bool IsOutsider(PKM pkm)
{
var Outsider = Savegame_TID != pkm.TID || Savegame_OT != pkm.OT_Name;
if (pkm.Format <= 2)
return Outsider;
Outsider |= Savegame_SID != pkm.SID;
if (pkm.Format == 3) // Generation 3 does not check ot geneder nor pokemon version
return Outsider;
Outsider |= Savegame_Gender != pkm.OT_Gender || Savegame_Version != (GameVersion) pkm.Version;
return Outsider;
}
}
}
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