private static void PopulateGen4Tutors()
{
var tutors = BinLinker.Unpack(Util.GetBinaryResource("tutors_g4.pkl"), "g4");
for (int i = 0; i < tutors.Length; i++)
{
HGSS[i].AddTypeTutors(tutors[i]);
}
}
private static void PopulateGen3Tutors()
{
// Update Gen3 data with Emerald's data, FR/LG is a subset of Emerald's compatibility.
var machine = BinLinker.Unpack(Util.GetBinaryResource("hmtm_g3.pkl"), "g3");
var tutors = BinLinker.Unpack(Util.GetBinaryResource("tutors_g3.pkl"), "g3");
for (int i = 0; i <= Legal.MaxSpeciesID_3; i++)
{
E[i].AddTMHM(machine[i]);
E[i].AddTypeTutors(tutors[i]);
}
}
static byte[][] unpack(string resource) => BinLinker.Unpack(get(resource), resource);
private static byte[][] Get(string resource, string ident) => BinLinker.Unpack(Util.GetBinaryResource($"encounter_{resource}.pkl"), ident);
private static EncounterArea1[] Get(string name, string ident, GameVersion game) =>
EncounterArea1.GetAreas(BinLinker.Unpack(Util.GetBinaryResource($"encounter_{name}.pkl"), ident), game);
/// <summary>
/// Direct fetch for <see cref="EncounterArea"/> data; can also be used to fetch supplementary encounter streams.
/// </summary>
/// <param name="ident">Unpacking identification ASCII characters (first two bytes of binary)</param>
/// <param name="resource">Resource name (will be prefixed with "encounter_"</param>
/// <returns>Array of encounter areas</returns>
internal static T[] GetEncounterTables8 <T>(string ident, string resource) where T : EncounterAreaSH, new()
{
byte[] mini = Util.GetBinaryResource($"encounter_{resource}.pkl");
return(EncounterAreaSH.GetArray <T>(BinLinker.Unpack(mini, ident)));
}
private static byte[][] Unpack(string resource) => BinLinker.Unpack(Get(resource), resource);
