private static bool GetPokewalkerMatch(PKM pk, uint oldpid, out PIDIV pidiv)
{
// check surface compatibility
var mid = oldpid & 0x00FFFF00;
if (mid != 0 && mid != 0x00FFFF00) // not expected bits
{
return(GetNonMatch(out pidiv));
}
var nature = oldpid % 25;
if (nature == 24) // impossible nature
{
return(GetNonMatch(out pidiv));
}
var gender = pk.Gender;
uint pid = PIDGenerator.GetPokeWalkerPID(pk.TID, pk.SID, nature, gender, pk.PersonalInfo.Gender);
if (pid != oldpid)
{
if (!(gender == 0 && IsAzurillEdgeCaseM(pk, nature, oldpid)))
{
return(GetNonMatch(out pidiv));
}
}
pidiv = new PIDIV {
NoSeed = true, RNG = RNG.LCRNG, Type = PIDType.Pokewalker
};
return(true);
}
protected virtual void SetPINGA(PKM pk, EncounterCriteria criteria)
{
var pi = pk.PersonalInfo;
int gender = criteria.GetGender(Gender, pi);
int nature = (int)criteria.GetNature(Nature);
int ability = criteria.GetAbilityFromNumber(Ability, pi);
var pidtype = GetPIDType();
PIDGenerator.SetRandomWildPID(pk, pk.Format, nature, ability, gender, pidtype);
SetIVs(pk);
pk.StatNature = pk.Nature;
}
private static bool GetG5MGShinyMatch(PKM pk, uint pid, out PIDIV pidiv)
{
var low = pid & 0xFFFF;
// generation 5 shiny PIDs
if (low <= 0xFF)
{
var av = (pid >> 16) & 1;
var genPID = PIDGenerator.GetMG5ShinyPID(low, av, pk.TID, pk.SID);
if (genPID == pid)
{
pidiv = PIDIV.G5MGShiny;
return(true);
}
}
return(GetNonMatch(out pidiv));
}
private static bool IsAzurillEdgeCaseM(PKM pk, uint nature, uint oldpid)
{
// check for Azurill evolution edge case... 75% F-M is now 50% F-M; was this a F->M bend?
int spec = pk.Species;
if (spec != (int)Species.Marill && spec != (int)Species.Azumarill)
{
return(false);
}
const int AzurillGenderRatio = 0xBF;
var gender = PKX.GetGenderFromPIDAndRatio(pk.PID, AzurillGenderRatio);
if (gender != 1)
{
return(false);
}
var pid = PIDGenerator.GetPokeWalkerPID(pk.TID, pk.SID, nature, 1, AzurillGenderRatio);
return(pid == oldpid);
}