private static void MarkSlotDetails(PKM pkm, EncounterSlot6AO slot, EvoCriteria evo)
{
if (slot.LevelMin > evo.MinLevel)
{
slot.WhiteFlute = true;
}
if (slot.LevelMax + 1 <= evo.MinLevel && evo.MinLevel <= slot.LevelMax + FluteBoostMax)
{
slot.BlackFlute = true;
}
if (!slot.CanDexNav)
{
return;
}
if (slot.LevelMax != evo.MinLevel)
{
slot.DexNav = true;
}
if (pkm.RelearnMove1 != 0 || pkm.AbilityNumber == 4)
{
slot.DexNav = true;
}
}
public List <EvoCriteria> GetExplicitLineage(PKM pkm, int maxLevel, bool skipChecks, int maxSpeciesTree, int maxSpeciesOrigin, int minLevel)
{
int lvl = maxLevel;
var first = new EvoCriteria {
Species = pkm.Species, Level = lvl, Form = pkm.AltForm
};
var dl = new List <EvoCriteria>(3)
{
first
};
for (int i = Chain.Count - 1; i >= 0; i--) // reverse evolution!
{
bool oneValid = false;
foreach (var evo in Chain[i])
{
if (!evo.Valid(pkm, lvl, skipChecks))
{
continue;
}
if (evo.RequiresLevelUp && minLevel >= lvl)
{
break; // impossible evolution
}
oneValid = true;
UpdateMinValues(dl, evo);
int species = evo.Species;
if (evo.RequiresLevelUp)
{
lvl--;
}
dl.Add(evo.GetEvoCriteria(species, lvl));
break;
}
if (!oneValid)
{
break;
}
}
// Remove future gen pre-evolutions; no Munchlax from a Gen3 Snorlax, no Pichu from a Gen1-only Raichu, etc
var last = dl[dl.Count - 1];
if (last.Species > maxSpeciesOrigin && dl.Any(d => d.Species <= maxSpeciesOrigin))
{
dl.RemoveAt(dl.Count - 1);
}
// Last species is the wild/hatched species, the minimum level is 1 because it has not evolved from previous species
last = dl[dl.Count - 1];
last.MinLevel = 1;
last.RequiresLvlUp = false;
return(dl);
}
private static EvoCriteria[][] GetAllEmpty(int count)
{
var result = new EvoCriteria[count][];
for (int i = 0; i < result.Length; i++)
{
result[i] = NONE; // default no-evolutions
}
return(result);
}
private static EvoCriteria[][] GetChainBase(int maxgen)
{
var GensEvoChains = new EvoCriteria[maxgen + 1][];
for (int i = 0; i <= maxgen; i++)
{
GensEvoChains[i] = NONE; // default no-evolutions
}
return(GensEvoChains);
}
private static int GetEvoMoveMinLevel1(PKM pkm, int Generation, int minLvLG1, EvoCriteria evo)
{
// Return moves from minLvLG1 if species if the species encounters
// For evolutions return moves using evolution min level as min level
if (Generation != 1)
{
return(1);
}
if (evo.MinLevel > 1)
{
return(Math.Min(pkm.CurrentLevel, evo.MinLevel));
}
return(minLvLG1);
}
private static IEnumerable <int> GetEvoMoves(PKM pkm, GameVersion Version, IReadOnlyList <EvoCriteria> vs, int Generation, int minLvLG1, int minLvLG2, bool LVL, bool Tutor, bool Machine, bool MoveReminder, bool RemoveTransferHM, bool moveTutor, int i, EvoCriteria evo)
{
int minlvlevo1 = GetEvoMoveMinLevel1(pkm, Generation, minLvLG1, evo);
int minlvlevo2 = GetEvoMoveMinLevel2(pkm, Generation, minLvLG2, evo);
var maxLevel = evo.Level;
if (i != 0 && vs[i - 1].RequiresLvlUp) // evolution
{
++maxLevel; // allow lvlmoves from the level it evolved to the next species
}
return(GetMoves(pkm, evo.Species, minlvlevo1, minlvlevo2, maxLevel, pkm.AltForm, Tutor, Version, LVL, moveTutor, Machine, MoveReminder, RemoveTransferHM, Generation));
}
internal static bool IsTradeEvolved(EvoCriteria z) => EvolutionMethod.TradeMethods.Contains(z.Method);
private static int GetEvoMoveMinLevel2(PKM pkm, int Generation, int minLvLG2, EvoCriteria evo)
{
if (Generation != 2 || ParseSettings.AllowGen2MoveReminder(pkm))
{
return(1);
}
if (evo.MinLevel > 1)
{
return(Math.Min(pkm.CurrentLevel, evo.MinLevel));
}
return(minLvLG2);
}
private static int GetEvoMoveMinLevel2(PKM pkm, int generation, int minLvLG2, EvoCriteria evo)
{
if (generation != 2 || ParseSettings.AllowGen2MoveReminder(pkm))
{
return(1);
}
// For evolutions, return the lower of the two; current level should legally be >=
if (evo.MinLevel > 1)
{
return(Math.Min(pkm.CurrentLevel, evo.MinLevel));
}
return(minLvLG2);
}
/// <summary>
/// Returns the minimum level the move can be learned at based on the species encounter level.
/// </summary>
private static int GetEvoMoveMinLevel1(PKM pkm, int generation, int minLvLG1, EvoCriteria evo)
{
if (generation != 1)
{
return(1);
}
// For evolutions, return the lower of the two; current level should legally be >=
if (evo.MinLevel > 1)
{
return(Math.Min(pkm.CurrentLevel, evo.MinLevel));
}
return(minLvLG1);
}
public List <EvoCriteria> GetExplicitLineage(PKM pkm, int maxLevel, bool skipChecks, int maxSpeciesTree, int maxSpeciesOrigin, int minLevel)
{
int lvl = maxLevel;
var first = new EvoCriteria {
Species = pkm.Species, Level = lvl, Form = pkm.AltForm
};
var dl = new List <EvoCriteria> {
first
};
for (int i = Chain.Count - 1; i >= 0; i--) // reverse evolution!
{
bool oneValid = false;
foreach (var evo in Chain[i].StageEntryMethods)
{
if (!evo.Valid(pkm, lvl, skipChecks))
{
continue;
}
if (evo.RequiresLevelUp && minLevel >= lvl)
{
break; // impossible evolution
}
oneValid = true;
UpdateMinValues(dl, evo);
int species = evo.Species;
// Gen7 Personal Formes -- unmap the forme personal entry ID to the actual species ID since species are consecutive
if (evo.Species > maxSpeciesTree)
{
species = pkm.Species - Chain.Count + i;
}
if (evo.RequiresLevelUp)
{
lvl--;
}
dl.Add(evo.GetEvoCriteria(species, lvl));
break;
}
if (!oneValid)
{
break;
}
}
// Remove future gen preevolutions, no munchlax in a gen3 snorlax, no pichu in a gen1 vc raichu, etc
var last = dl[dl.Count - 1];
if (last.Species > maxSpeciesOrigin && dl.Any(d => d.Species <= maxSpeciesOrigin))
{
dl.RemoveAt(dl.Count - 1);
}
// Last species is the wild/hatched species, the minimum is 1 because it has not evolved from previous species
last = dl[dl.Count - 1];
last.MinLevel = 1;
last.RequiresLvlUp = false;
return(dl);
}
