public NatureLock(int lockNum)
{
lockInfo = natureLockListGales(lockNum);
rand = new List <uint>();
if (lockInfo != null)
{
backCount = lockInfo.Length;
frontCount = backCount == 1 ? 0 : backCount - 2;
shadowCount = backCount - 1;
x = 0;
if (backCount == 1)
{
getCurrLock();
}
}
reverse = new XdRngR(0);
forward = new XdRng(0);
}
private void searchPokeSpot(uint seed, uint frame)
{
var rng = new XdRng(seed);
rngList[0] = seed;
for (int x = 1; x < 6; x++)
{
rngList[x] = rng.GetNext32BitNumber();
}
j = 5;
for (uint x = 1; x <= frame; x++, rngList[j] = rng.GetNext32BitNumber())
{
j = ++j % 6;
filterPokeSpot(x);
}
}
public List<Frame> Generate(
FrameCompare frameCompare,
uint id,
uint sid)
{
frames = new List<Frame>();
// The first thing we need to do is check for
// whether we are using the LCRNG or MTRNG
if (frameType == FrameType.Gen4Normal ||
frameType == FrameType.Gen4International)
{
mt.Reseed((uint) InitialSeed);
frame = null;
for (uint cnt = 1; cnt < InitialFrame + maxResults; cnt++)
{
if (cnt < InitialFrame)
{
mt.Nextuint();
continue;
}
switch (frameType)
{
case FrameType.Gen4Normal:
uint mtResult = mt.Nextuint();
frame =
Frame.GenerateFrame(
FrameType.Gen4Normal,
cnt,
mtResult,
mtResult,
id, sid);
break;
case FrameType.Gen4International:
// We want to get our random number
// first and then go through and check
// to see if it is shiny.
uint pid = mt.Nextuint();
for (int n = 0; n <= 3; n++)
{
uint tid = (id & 0xffff) | ((sid & 0xffff) << 16);
uint a = pid ^ tid;
uint b = a & 0xffff;
uint c = (a >> 16) & 0xffff;
uint d = b ^ c;
if (d < 8)
{
break;
}
// ARNG
pid = pid*0x6c078965 + 1;
}
frame =
Frame.GenerateFrame(
FrameType.Gen4International,
cnt,
pid,
pid,
id, sid);
break;
}
if (frameCompare.Compare(frame))
{
frames.Add(frame);
}
}
}
else if (frameType == FrameType.Method5Standard)
{
mt.Reseed((uint) InitialSeed);
for (uint cnt = 1; cnt < InitialFrame; cnt++)
{
mt.Nextuint();
}
for (int i = 0; i < (maxResults + 6); i++)
{
rngArray[i] = mt.Nextuint() >> 27;
}
for (uint cnt = 0; cnt < maxResults; cnt++)
{
if (EncounterType == EncounterType.Roamer)
{
if (!frameCompare.CompareIV(0, rngArray[cnt + 1]))
continue;
if (!frameCompare.CompareIV(1, rngArray[cnt + 2]))
continue;
if (!frameCompare.CompareIV(2, rngArray[cnt + 3]))
continue;
if (!frameCompare.CompareIV(3, rngArray[cnt + 6]))
continue;
if (!frameCompare.CompareIV(4, rngArray[cnt + 4]))
continue;
if (!frameCompare.CompareIV(5, rngArray[cnt + 5]))
continue;
frame =
Frame.GenerateFrame(
FrameType.Method5Standard,
cnt + InitialFrame,
(uint) InitialSeed,
rngArray[cnt + 1],
rngArray[cnt + 2],
rngArray[cnt + 3],
rngArray[cnt + 6],
rngArray[cnt + 4],
rngArray[cnt + 5]);
}
else
{
if (!frameCompare.CompareIV(0, rngArray[cnt]))
continue;
if (!frameCompare.CompareIV(1, rngArray[cnt + 1]))
continue;
if (!frameCompare.CompareIV(2, rngArray[cnt + 2]))
continue;
if (!frameCompare.CompareIV(3, rngArray[cnt + 3]))
continue;
if (!frameCompare.CompareIV(4, rngArray[cnt + 4]))
continue;
if (!frameCompare.CompareIV(5, rngArray[cnt + 5]))
continue;
frame =
Frame.GenerateFrame(
FrameType.Method5Standard,
cnt + InitialFrame,
(uint) InitialSeed,
rngArray[cnt],
rngArray[cnt + 1],
rngArray[cnt + 2],
rngArray[cnt + 3],
rngArray[cnt + 4],
rngArray[cnt + 5]);
}
frames.Add(frame);
}
}
else if (frameType == FrameType.Method5CGear)
{
mt.Reseed((uint) InitialSeed);
// first two frames are skipped
mt.Nextuint();
mt.Nextuint();
for (uint cnt = 1; cnt < InitialFrame; cnt++)
{
mt.Nextuint();
}
for (int i = 0; i < (maxResults + 8); i++)
{
rngArray[i] = mt.Nextuint() >> 27;
}
for (uint cnt = 0; cnt < maxResults; cnt++)
{
frame = null;
if (EncounterType == EncounterType.Roamer)
{
if (!frameCompare.CompareIV(0, rngArray[cnt + 1]))
continue;
if (!frameCompare.CompareIV(1, rngArray[cnt + 2]))
continue;
if (!frameCompare.CompareIV(2, rngArray[cnt + 3]))
continue;
if (!frameCompare.CompareIV(3, rngArray[cnt + 6]))
continue;
if (!frameCompare.CompareIV(4, rngArray[cnt + 4]))
continue;
if (!frameCompare.CompareIV(5, rngArray[cnt + 5]))
continue;
frame =
Frame.GenerateFrame(
FrameType.Method5CGear,
cnt + InitialFrame,
(uint) InitialSeed,
rngArray[cnt + 1],
rngArray[cnt + 2],
rngArray[cnt + 3],
rngArray[cnt + 6],
rngArray[cnt + 4],
rngArray[cnt + 5]);
}
else
{
if (!frameCompare.CompareIV(0, rngArray[cnt]))
continue;
if (!frameCompare.CompareIV(1, rngArray[cnt + 1]))
continue;
if (!frameCompare.CompareIV(2, rngArray[cnt + 2]))
continue;
if (!frameCompare.CompareIV(3, rngArray[cnt + 3]))
continue;
if (!frameCompare.CompareIV(4, rngArray[cnt + 4]))
continue;
if (!frameCompare.CompareIV(5, rngArray[cnt + 5]))
continue;
frame =
Frame.GenerateFrame(
FrameType.Method5CGear,
cnt + InitialFrame,
(uint) InitialSeed,
rngArray[cnt],
rngArray[cnt + 1],
rngArray[cnt + 2],
rngArray[cnt + 3],
rngArray[cnt + 4],
rngArray[cnt + 5]);
}
frames.Add(frame);
}
}
else if (frameType == FrameType.Method5Natures)
{
rng64.Seed = InitialSeed;
int encounterSlot = 0;
const uint item = 0;
var mod = EncounterMod.None;
uint idLower = (id & 1) ^ (sid & 1);
for (uint cnt = 1; cnt < InitialFrame; cnt++)
{
rng64.GetNext64BitNumber();
}
for (int cnt = 0; cnt < maxResults + 7; cnt++)
{
rngArray[cnt] = rng64.GetNext32BitNumber();
}
var entreeTimer = new CGearTimer();
for (uint cnt = 0; cnt < maxResults; cnt++)
{
uint nature;
uint pid;
bool synchable;
if (EncounterType == EncounterType.Gift || EncounterType == EncounterType.Roamer)
{
nature = (uint) (((ulong) rngArray[1 + cnt]*25) >> 32);
synchable = false;
pid = rngArray[0 + cnt];
if (EncounterType != EncounterType.Roamer)
pid = pid ^ 0x10000;
}
else
{
uint idTest;
if (EncounterType == EncounterType.Wild || EncounterType == EncounterType.WildSurfing ||
EncounterType == EncounterType.WildWaterSpot)
{
encounterSlot = EncounterSlotCalc.encounterSlot(rngArray[1 + cnt], frameType, EncounterType,
isBW2);
if (EncounterMod == EncounterMod.Synchronize)
{
synchable = (rngArray[0 + cnt] >> 31) == 1;
if (synchable)
nature = (uint) SynchNature;
else
nature = (uint) (((ulong) rngArray[4 + cnt]*25) >> 32);
pid = rngArray[3 + cnt];
pid = pid ^ 0x10000;
}
else if (EncounterMod == EncounterMod.CuteCharm)
{
pid = rngArray[3 + cnt];
pid = pid ^ 0x10000;
// not a synch, but the CC check -- need to relabel (unfinished)
synchable = ((((ulong) rngArray[0 + cnt]*0xFFFF) >> 32)/656) < 67;
// failed CC check
if (!synchable)
{
// leave it as-is
nature = (uint) (((ulong) rngArray[4 + cnt]*25) >> 32);
}
else
{
pid = Functions.GenderModPID(pid, rngArray[4 + cnt], SynchNature);
nature = (uint) (((ulong) rngArray[5 + cnt]*25) >> 32);
}
synchable = false;
}
else if (EncounterMod == EncounterMod.Compoundeyes ||
EncounterMod == EncounterMod.SuctionCups)
{
synchable = false;
encounterSlot = EncounterSlotCalc.encounterSlot(rngArray[0 + cnt], frameType,
EncounterType);
nature = (uint) (((ulong) rngArray[3 + cnt]*25) >> 32);
pid = rngArray[2 + cnt];
pid = pid ^ 0x10000;
}
else if (EncounterMod == EncounterMod.Search)
{
pid = rngArray[3 + cnt];
pid = pid ^ 0x10000;
// not a synch, but the CC check -- need to relabel (unfinished)
synchable = ((((ulong) rngArray[0 + cnt]*0xFFFF) >> 32)/656) < 67;
// passed CC check
if (synchable)
{
// Add all the Cute Charm possibilities
nature = (uint) (((ulong) rngArray[5 + cnt]*25) >> 32);
for (int i = -4; i < 5; i++)
{
if (i == 0)
continue;
uint tempPid = Functions.GenderModPID(pid, rngArray[4 + cnt], i);
idTest = (idLower ^ (tempPid & 1) ^ (tempPid >> 31));
if (idTest == 1)
tempPid = (tempPid ^ 0x80000000);
frame = Frame.GenerateFrame(
FrameType.Method5Natures,
EncounterType,
cnt + InitialFrame,
rngArray[0 + cnt],
tempPid,
id,
sid,
nature,
false,
encounterSlot,
item);
switch (i)
{
case 1:
frame.EncounterMod = EncounterMod.CuteCharm50M;
break;
case 2:
frame.EncounterMod = EncounterMod.CuteCharm75M;
break;
case 3:
frame.EncounterMod = EncounterMod.CuteCharm25M;
break;
case 4:
frame.EncounterMod = EncounterMod.CuteCharm875M;
break;
case -1:
frame.EncounterMod = EncounterMod.CuteCharm50F;
break;
case -2:
frame.EncounterMod = EncounterMod.CuteCharm75F;
break;
case -3:
frame.EncounterMod = EncounterMod.CuteCharm25F;
break;
case -4:
frame.EncounterMod = EncounterMod.CuteCharm125F;
break;
}
if (frameCompare.Compare(frame))
{
frames.Add(frame);
}
}
}
synchable = (rngArray[0 + cnt] >> 31) == 1;
nature = (uint) (((ulong) rngArray[4 + cnt]*25) >> 32);
if (synchable && !frameCompare.CompareNature(nature))
mod = EncounterMod.Synchronize;
else
mod = EncounterMod.None;
}
else
{
pid = rngArray[3 + cnt];
pid = pid ^ 0x10000;
synchable = (rngArray[0 + cnt] >> 31) == 1;
nature = (uint) (((ulong) rngArray[4 + cnt]*25) >> 32);
}
idTest = (idLower ^ (pid & 1) ^ (pid >> 31));
if (idTest == 1)
pid = (pid ^ 0x80000000);
}
else if (EncounterType == EncounterType.WildCaveSpot)
{
if (((ulong) rngArray[0 + cnt]*1000 >> 32) < 400)
{
encounterSlot = EncounterSlotCalc.encounterSlot(rngArray[2 + cnt], frameType,
EncounterType);
}
else
{
uint calc = ((ulong) rngArray[1 + cnt]*1000 >> 32) < 100 ? 1000u : 1700u;
uint result = (uint) ((ulong) rngArray[2 + cnt]*calc >> 32)/100;
if (calc == 1000)
encounterSlot = (int) result + 13;
else
encounterSlot = (int) result + 23;
}
if (EncounterMod == EncounterMod.Synchronize)
{
synchable = (rngArray[1 + cnt] >> 31) == 1;
if (synchable)
nature = (uint) SynchNature;
else
nature = (uint) (((ulong) rngArray[5 + cnt]*25) >> 32);
pid = rngArray[4 + cnt];
pid = pid ^ 0x10000;
}
else if (EncounterMod == EncounterMod.CuteCharm)
{
pid = rngArray[4 + cnt];
pid = pid ^ 0x10000;
// not a synch, but the CC check -- need to relabel (unfinished)
synchable = ((((ulong) rngArray[1 + cnt]*0xFFFF) >> 32)/656) < 67;
// failed CC check
if (!synchable)
{
// leave it as-is
nature = (uint) (((ulong) rngArray[5 + cnt]*25) >> 32);
}
else
{
pid = Functions.GenderModPID(pid, rngArray[5 + cnt], SynchNature);
nature = (uint) (((ulong) rngArray[6 + cnt]*25) >> 32);
}
synchable = false;
}
else if (EncounterMod == EncounterMod.Compoundeyes ||
EncounterMod == EncounterMod.SuctionCups)
{
synchable = false;
encounterSlot = EncounterSlotCalc.encounterSlot(rngArray[1 + cnt], frameType,
EncounterType);
nature = (uint) (((ulong) rngArray[4 + cnt]*25) >> 32);
pid = rngArray[3 + cnt];
pid = pid ^ 0x10000;
}
else if (EncounterMod == EncounterMod.Search)
{
// Check for item or battle
if (((ulong) rngArray[0 + cnt]*1000 >> 32) < 400)
{
encounterSlot = EncounterSlotCalc.encounterSlot(rngArray[1 + cnt], frameType,
EncounterType);
}
else
continue;
// Let's do Suction Cups since it affects the hittable frames
pid = rngArray[3 + cnt];
pid = pid ^ 0x10000;
nature = (uint) (((ulong) rngArray[4 + cnt]*25) >> 32);
frame = Frame.GenerateFrame(
FrameType.Method5Natures,
EncounterType,
cnt + InitialFrame,
rngArray[0 + cnt],
pid,
id,
sid,
nature,
false,
encounterSlot,
item);
if (frameCompare.Compare(frame))
{
frame.EncounterMod = EncounterMod.SuctionCups;
frames.Add(frame);
}
// Now for regular\Synchronize\Cute Charm encounters
pid = rngArray[4 + cnt];
pid = pid ^ 0x10000;
// not a synch, but the CC check -- need to relabel (unfinished)
synchable = ((((ulong) rngArray[1 + cnt]*0xFFFF) >> 32)/656) < 67;
// passed CC check
if (synchable)
{
// Add all the Cute Charm possibilities
nature = (uint) (((ulong) rngArray[6 + cnt]*25) >> 32);
for (int i = -4; i < 5; i++)
{
if (i == 0)
continue;
uint tempPid = Functions.GenderModPID(pid, rngArray[5 + cnt], i);
idTest = (idLower ^ (tempPid & 1) ^ (tempPid >> 31));
if (idTest == 1)
tempPid = (tempPid ^ 0x80000000);
frame = Frame.GenerateFrame(
FrameType.Method5Natures,
EncounterType,
cnt + InitialFrame,
rngArray[0 + cnt],
tempPid,
id,
sid,
nature,
false,
encounterSlot,
item);
switch (i)
{
case 1:
frame.EncounterMod = EncounterMod.CuteCharm50M;
break;
case 2:
frame.EncounterMod = EncounterMod.CuteCharm75M;
break;
case 3:
frame.EncounterMod = EncounterMod.CuteCharm25M;
break;
case 4:
frame.EncounterMod = EncounterMod.CuteCharm875M;
break;
case -1:
frame.EncounterMod = EncounterMod.CuteCharm50F;
break;
case -2:
frame.EncounterMod = EncounterMod.CuteCharm75F;
break;
case -3:
frame.EncounterMod = EncounterMod.CuteCharm25F;
break;
case -4:
frame.EncounterMod = EncounterMod.CuteCharm125F;
break;
}
if (frameCompare.Compare(frame))
{
frames.Add(frame);
}
}
}
idTest = (idLower ^ (pid & 1) ^ (pid >> 31));
if (idTest == 1)
pid = (pid ^ 0x80000000);
synchable = (rngArray[1 + cnt] >> 31) == 1;
nature = (uint) (((ulong) rngArray[5 + cnt]*25) >> 32);
if (synchable && !frameCompare.CompareNature(nature))
mod = EncounterMod.Synchronize;
else
mod = EncounterMod.None;
}
else
{
pid = rngArray[4 + cnt];
pid = pid ^ 0x10000;
synchable = (rngArray[1 + cnt] >> 31) == 1;
nature = (uint) (((ulong) rngArray[5 + cnt]*25) >> 32);
}
idTest = (idLower ^ (pid & 1) ^ (pid >> 31));
if (idTest == 1)
pid = (pid ^ 0x80000000);
}
else if (EncounterType == EncounterType.WildSwarm)
{
bool swarm = (((ulong) rngArray[1 + cnt]*0xFFFF/0x290) >> 32) < 40;
if (swarm)
// we'll use non-existent slot 12 to denote a swarm
encounterSlot = 12;
else
encounterSlot = EncounterSlotCalc.encounterSlot(rngArray[2 + cnt], frameType,
EncounterType);
if (EncounterMod == EncounterMod.Synchronize)
{
synchable = (rngArray[0 + cnt] >> 31) == 1;
if (synchable)
nature = (uint) SynchNature;
else
nature = (uint) (((ulong) rngArray[5 + cnt]*25) >> 32);
pid = rngArray[4 + cnt];
pid = pid ^ 0x10000;
}
else if (EncounterMod == EncounterMod.CuteCharm)
{
// not a synch, but the CC check -- need to relabel (unfinished)
synchable = ((((ulong) rngArray[0 + cnt]*0xFFFF) >> 32)/656) < 67;
pid = rngArray[4 + cnt];
pid = pid ^ 0x10000;
// failed CC check
if (!synchable)
{
// leave it as-is
nature = (uint) (((ulong) rngArray[5 + cnt]*25) >> 32);
}
else
{
pid = Functions.GenderModPID(pid, rngArray[5 + cnt], SynchNature);
nature = (uint) (((ulong) rngArray[6 + cnt]*25) >> 32);
}
synchable = false;
}
else if (EncounterMod == EncounterMod.Compoundeyes)
{
swarm = (((ulong) rngArray[0 + cnt]*0xFFFF/0x290) >> 32) < 40;
if (swarm)
// we'll use non-existent slot 12 to denote a swarm
encounterSlot = 12;
else
encounterSlot = EncounterSlotCalc.encounterSlot(rngArray[1 + cnt], frameType,
EncounterType);
synchable = false;
nature = (uint) (((ulong) rngArray[4 + cnt]*25) >> 32);
pid = rngArray[3 + cnt];
pid = pid ^ 0x10000;
}
else if (EncounterMod == EncounterMod.Search)
{
pid = rngArray[4 + cnt];
pid = pid ^ 0x10000;
// not a synch, but the CC check -- need to relabel (unfinished)
// also never used
synchable = ((((ulong) rngArray[0 + cnt]*0xFFFF) >> 32)/656) < 67;
// Add all the Cute Charm possibilities
nature = (uint) (((ulong) rngArray[6 + cnt]*25) >> 32);
for (int i = -4; i < 5; i++)
{
if (i == 0)
continue;
uint tempPid = Functions.GenderModPID(pid, rngArray[5 + cnt], i);
idTest = (idLower ^ (tempPid & 1) ^ (tempPid >> 31));
if (idTest == 1)
tempPid = (tempPid ^ 0x80000000);
frame = Frame.GenerateFrame(
FrameType.Method5Natures,
EncounterType,
cnt + InitialFrame,
rngArray[0 + cnt],
tempPid,
id,
sid,
nature,
false,
encounterSlot,
item);
switch (i)
{
case 1:
frame.EncounterMod = EncounterMod.CuteCharm50M;
break;
case 2:
frame.EncounterMod = EncounterMod.CuteCharm75M;
break;
case 3:
frame.EncounterMod = EncounterMod.CuteCharm25M;
break;
case 4:
frame.EncounterMod = EncounterMod.CuteCharm875M;
break;
case -1:
frame.EncounterMod = EncounterMod.CuteCharm50F;
break;
case -2:
frame.EncounterMod = EncounterMod.CuteCharm75F;
break;
case -3:
frame.EncounterMod = EncounterMod.CuteCharm25F;
break;
case -4:
frame.EncounterMod = EncounterMod.CuteCharm125F;
break;
}
if (frameCompare.Compare(frame))
{
frames.Add(frame);
}
}
idTest = (idLower ^ (pid & 1) ^ (pid >> 31));
if (idTest == 1)
pid = (pid ^ 0x80000000);
synchable = (rngArray[0 + cnt] >> 31) == 1;
nature = (uint) (((ulong) rngArray[5 + cnt]*25) >> 32);
if (synchable && !frameCompare.CompareNature(nature))
mod = EncounterMod.Synchronize;
else
mod = EncounterMod.None;
}
else
{
synchable = (rngArray[0 + cnt] >> 31) == 1;
nature = (uint) (((ulong) rngArray[5 + cnt]*25) >> 32);
pid = rngArray[4 + cnt];
pid = pid ^ 0x10000;
}
idTest = (idLower ^ (pid & 1) ^ (pid >> 31));
if (idTest == 1)
pid = (pid ^ 0x80000000);
}
else if (EncounterType == EncounterType.Stationary)
{
if (EncounterMod == EncounterMod.Synchronize)
{
synchable = (rngArray[0 + cnt] >> 31) == 1;
if (synchable)
nature = (uint) SynchNature;
else
nature = (uint) (((ulong) rngArray[2 + cnt]*25) >> 32);
pid = rngArray[1 + cnt];
pid = pid ^ 0x10000;
}
else if (EncounterMod == EncounterMod.CuteCharm)
{
// not a synch, but the CC check -- need to relabel (unfinished)
synchable = ((((ulong) rngArray[0 + cnt]*0xFFFF) >> 32)/656) < 67;
pid = rngArray[1 + cnt];
pid = pid ^ 0x10000;
// failed CC check
if (!synchable)
{
// leave it as-is
nature = (uint) (((ulong) rngArray[2 + cnt]*25) >> 32);
}
else
{
pid = Functions.GenderModPID(pid, rngArray[2 + cnt], SynchNature);
nature = (uint) (((ulong) rngArray[3 + cnt]*25) >> 32);
}
synchable = false;
}
else if (EncounterMod == EncounterMod.Compoundeyes)
{
synchable = false;
nature = (uint) (((ulong) rngArray[1 + cnt]*25) >> 32);
pid = rngArray[0 + cnt];
pid = pid ^ 0x10000;
}
else if (EncounterMod == EncounterMod.Search)
{
pid = rngArray[1 + cnt];
pid = pid ^ 0x10000;
// not a synch, but the CC check -- need to relabel (unfinished)
synchable = ((((ulong) rngArray[0 + cnt]*0xFFFF) >> 32)/656) < 67;
// CC check
if (synchable)
{
// Add only 50% Cute Charm possibilities because the only applicable
// stationaries have a 50\50 male-female ratio.
nature = (uint) (((ulong) rngArray[3 + cnt]*25) >> 32);
for (int i = -1; i < 2; i++)
{
if (i == 0)
continue;
uint tempPid = Functions.GenderModPID(pid, rngArray[2 + cnt], i);
idTest = (idLower ^ (tempPid & 1) ^ (tempPid >> 31));
if (idTest == 1)
tempPid = (tempPid ^ 0x80000000);
frame = Frame.GenerateFrame(
FrameType.Method5Natures,
EncounterType,
cnt + InitialFrame,
rngArray[0 + cnt],
tempPid,
id,
sid,
nature,
false,
encounterSlot,
item);
switch (i)
{
case 1:
frame.EncounterMod = EncounterMod.CuteCharm50M;
break;
case -1:
frame.EncounterMod = EncounterMod.CuteCharm50F;
break;
}
if (frameCompare.Compare(frame))
{
frames.Add(frame);
}
}
}
synchable = (rngArray[0 + cnt] >> 31) == 1;
nature = (uint) (((ulong) rngArray[2 + cnt]*25) >> 32);
if (synchable && !frameCompare.CompareNature(nature))
mod = EncounterMod.Synchronize;
else
mod = EncounterMod.None;
}
else
{
synchable = (rngArray[0 + cnt] >> 31) == 1;
nature = (uint) (((ulong) rngArray[2 + cnt]*25) >> 32);
pid = rngArray[1 + cnt];
pid = pid ^ 0x10000;
}
idTest = (idLower ^ (pid & 1) ^ (pid >> 31));
if (idTest == 1)
pid = (pid ^ 0x80000000);
}
else if (EncounterType == EncounterType.AllEncounterShiny)
{
// used for Time Finder searches only
pid = rngArray[3 + cnt];
pid = pid ^ 0x10000;
nature = (uint) (((ulong) rngArray[4 + cnt]*25) >> 32);
synchable = ((rngArray[0 + cnt] >> 31) == 1) && ((rngArray[2 + cnt] >> 31) == 1);
idTest = (idLower ^ (pid & 1) ^ (pid >> 31));
if (idTest == 1)
{
// not the actual PID, but guaranteed to be non-shiny so it won't show up in search results
pid = id << 16 | sid ^ 0x100;
}
}
else if (EncounterType == EncounterType.LarvestaEgg)
{
pid = rngArray[0 + cnt];
nature = (uint) (((ulong) rngArray[2 + cnt]*25) >> 32);
synchable = false;
}
else if (EncounterType == EncounterType.Entralink)
{
pid = rngArray[0 + cnt];
synchable = false;
// genderless
if (frameCompare.GenderFilter.GenderValue == 0xFF)
{
// leave it as-is
nature = (uint) (((ulong) rngArray[4 + cnt]*25) >> 32);
}
// always female
else if (frameCompare.GenderFilter.GenderValue == 0xFE)
{
var genderAdjustment = (uint) ((0x8*(ulong) rngArray[1 + cnt]) >> 32);
pid = (pid & 0xFFFFFF00) | (genderAdjustment + 1);
nature = (uint) (((ulong) rngArray[5 + cnt]*25) >> 32);
}
// always male
else if (frameCompare.GenderFilter.GenderValue == 0x0)
{
var genderAdjustment = (uint) ((0xF6*(ulong) rngArray[1 + cnt]) >> 32);
pid = (pid & 0xFFFFFF00) | (genderAdjustment + 8);
nature = (uint) (((ulong) rngArray[5 + cnt]*25) >> 32);
}
else
{
if (frameCompare.GenderFilter.GenderCriteria == GenderCriteria.Male)
{
var genderAdjustment =
(uint)
(((0xFE - frameCompare.GenderFilter.GenderValue)*(ulong) rngArray[1 + cnt]) >>
32);
pid = (pid & 0xFFFFFF00) |
(genderAdjustment + frameCompare.GenderFilter.GenderValue);
}
else if (frameCompare.GenderFilter.GenderCriteria == GenderCriteria.Female)
{
var genderAdjustment =
(uint)
(((frameCompare.GenderFilter.GenderValue - 1)*(ulong) rngArray[1 + cnt]) >> 32);
pid = (pid & 0xFFFFFF00) | (genderAdjustment + 1);
}
nature = (uint) (((ulong) rngArray[5 + cnt]*25) >> 32);
}
if ((pid & 0x10000) == 0x10000)
pid = pid ^ 0x10000;
//note: might be wrong
pid ^= 0x10000000;
}
else if (EncounterType == EncounterType.HiddenGrotto)
{
// unknown call at 0
synchable = (rngArray[1 + cnt] >> 31) == 1;
pid = rngArray[2 + cnt];
// genderless
if (frameCompare.GenderFilter.GenderValue == 0xFF)
{
// leave it as-is
nature = (uint) (((ulong) rngArray[3 + cnt]*25) >> 32);
}
// always female
else if (frameCompare.GenderFilter.GenderValue == 0xFE)
{
var genderAdjustment = (uint) ((0x8*(ulong) rngArray[3 + cnt]) >> 32);
pid = (pid & 0xFFFFFF00) | (genderAdjustment + 1);
nature = (uint) (((ulong) rngArray[4 + cnt]*25) >> 32);
}
// always male
else if (frameCompare.GenderFilter.GenderValue == 0x0)
{
var genderAdjustment = (uint) ((0xF6*(ulong) rngArray[3 + cnt]) >> 32);
pid = (pid & 0xFFFFFF00) | (genderAdjustment + 8);
nature = (uint) (((ulong) rngArray[4 + cnt]*25) >> 32);
}
else
{
if (frameCompare.GenderFilter.GenderCriteria == GenderCriteria.Male)
{
var genderAdjustment =
(uint)
(((0xFE - frameCompare.GenderFilter.GenderValue)*(ulong) rngArray[3 + cnt]) >>
32);
pid = (pid & 0xFFFFFF00) |
(genderAdjustment + frameCompare.GenderFilter.GenderValue);
}
else if (frameCompare.GenderFilter.GenderCriteria == GenderCriteria.Female)
{
var genderAdjustment =
(uint)
(((frameCompare.GenderFilter.GenderValue - 1)*(ulong) rngArray[3 + cnt]) >> 32);
pid = (pid & 0xFFFFFF00) | (genderAdjustment + 1);
}
nature = (uint) (((ulong) rngArray[4 + cnt]*25) >> 32);
}
if (synchable && EncounterMod == EncounterMod.Synchronize)
nature = (uint) SynchNature;
pid = pid ^ 0x10000;
}
else
{
// Fishing, Shaking Grass Spots
// check for Fishing nibble
if (EncounterMod == EncounterMod.SuctionCups && EncounterType == EncounterType.WildSuperRod)
{
encounterSlot = EncounterSlotCalc.encounterSlot(rngArray[1 + cnt], frameType,
EncounterType);
synchable = false;
nature = (uint) (((ulong) rngArray[4 + cnt]*25) >> 32);
pid = rngArray[3 + cnt];
pid = pid ^ 0x10000;
}
else
{
if (EncounterType == EncounterType.WildSuperRod && (rngArray[1 + cnt] >> 16)/656 >= 50)
continue;
encounterSlot = EncounterSlotCalc.encounterSlot(rngArray[2 + cnt], frameType,
EncounterType);
if (EncounterMod == EncounterMod.Synchronize)
{
synchable = (rngArray[0 + cnt] >> 31) == 1;
if (synchable)
nature = (uint) SynchNature;
else
nature = (uint) (((ulong) rngArray[5 + cnt]*25) >> 32);
pid = rngArray[4 + cnt];
pid = pid ^ 0x10000;
}
else if (EncounterMod == EncounterMod.CuteCharm)
{
// not a synch, but the CC check -- need to relabel (unfinished)
synchable = ((((ulong) rngArray[0 + cnt]*0xFFFF) >> 32)/656) < 67;
pid = rngArray[4 + cnt];
pid = pid ^ 0x10000;
// failed CC check
if (!synchable)
{
// leave it as-is
nature = (uint) (((ulong) rngArray[5 + cnt]*25) >> 32);
}
else
{
pid = Functions.GenderModPID(pid, rngArray[5 + cnt], SynchNature);
nature = (uint) (((ulong) rngArray[6 + cnt]*25) >> 32);
}
synchable = false;
}
else if (EncounterMod == EncounterMod.Compoundeyes)
{
if (EncounterType == EncounterType.WildSuperRod &&
(rngArray[0 + cnt] >> 16)/656 >= 50)
continue;
synchable = false;
encounterSlot = EncounterSlotCalc.encounterSlot(rngArray[1 + cnt], frameType,
EncounterType);
nature = (uint) (((ulong) rngArray[4 + cnt]*25) >> 32);
pid = rngArray[3 + cnt];
pid = pid ^ 0x10000;
}
else if (EncounterMod == EncounterMod.SuctionCups)
{
synchable = false;
encounterSlot = EncounterSlotCalc.encounterSlot(rngArray[1 + cnt], frameType,
EncounterType);
nature = (uint) (((ulong) rngArray[4 + cnt]*25) >> 32);
pid = rngArray[3 + cnt];
pid = pid ^ 0x10000;
}
else if (EncounterMod == EncounterMod.Search)
{
if (EncounterType == EncounterType.WildSuperRod)
{
// Do the Suction Cups check for fishing frames
encounterSlot = EncounterSlotCalc.encounterSlot(rngArray[1 + cnt], frameType,
EncounterType);
nature = (uint) (((ulong) rngArray[4 + cnt]*25) >> 32);
pid = rngArray[3 + cnt];
pid = pid ^ 0x10000;
idTest = (idLower ^ (pid & 1) ^ (pid >> 31));
if (idTest == 1)
pid = (pid ^ 0x80000000);
frame = Frame.GenerateFrame(
FrameType.Method5Natures,
EncounterType,
cnt + InitialFrame,
rngArray[0 + cnt],
pid,
id,
sid,
nature,
false,
encounterSlot,
item);
if (frameCompare.Compare(frame))
{
frame.EncounterMod = EncounterMod.SuctionCups;
frames.Add(frame);
}
}
pid = rngArray[4 + cnt];
pid = pid ^ 0x10000;
// not a synch, but the CC check -- need to relabel (unfinished)
synchable = ((((ulong) rngArray[0 + cnt]*0xFFFF) >> 32)/656) < 67;
// passed CC check
if (synchable)
{
// Add all the Cute Charm possibilities
nature = (uint) (((ulong) rngArray[6 + cnt]*25) >> 32);
for (int i = -4; i < 5; i++)
{
if (i == 0)
continue;
uint tempPid = Functions.GenderModPID(pid, rngArray[5 + cnt], i);
idTest = (idLower ^ (tempPid & 1) ^ (tempPid >> 31));
if (idTest == 1)
tempPid = (tempPid ^ 0x80000000);
frame = Frame.GenerateFrame(
FrameType.Method5Natures,
EncounterType,
cnt + InitialFrame,
rngArray[0 + cnt],
tempPid,
id,
sid,
nature,
false,
encounterSlot,
item);
switch (i)
{
case 1:
frame.EncounterMod = EncounterMod.CuteCharm50M;
break;
case 2:
frame.EncounterMod = EncounterMod.CuteCharm75M;
break;
case 3:
frame.EncounterMod = EncounterMod.CuteCharm25M;
break;
case 4:
frame.EncounterMod = EncounterMod.CuteCharm875M;
break;
case -1:
frame.EncounterMod = EncounterMod.CuteCharm50F;
break;
case -2:
frame.EncounterMod = EncounterMod.CuteCharm75F;
break;
case -3:
frame.EncounterMod = EncounterMod.CuteCharm25F;
break;
case -4:
frame.EncounterMod = EncounterMod.CuteCharm125F;
break;
}
if (frameCompare.Compare(frame))
{
frames.Add(frame);
}
}
}
pid = rngArray[4 + cnt];
pid = pid ^ 0x10000;
synchable = (rngArray[0 + cnt] >> 31) == 1;
nature = (uint) (((ulong) rngArray[5 + cnt]*25) >> 32);
if (synchable && !frameCompare.CompareNature(nature))
mod = EncounterMod.Synchronize;
else
mod = EncounterMod.None;
}
else
{
synchable = (rngArray[0 + cnt] >> 31) == 1;
nature = (uint) (((ulong) rngArray[5 + cnt]*25) >> 32);
pid = rngArray[4 + cnt];
pid = pid ^ 0x10000;
}
}
idTest = idLower ^ (pid & 1) ^ (pid >> 31);
if (idTest == 1)
{
pid = (pid ^ 0x80000000);
}
}
}
// worthless calculation
int ability = (int) (pid >> 16) & 1;
if (RNGIVs != null)
{
frame =
Frame.GenerateFrame(
FrameType.Method5Natures,
EncounterType,
cnt + InitialFrame,
rngArray[0 + cnt],
pid,
id,
sid,
nature,
synchable,
encounterSlot,
item,
RNGIVs);
}
else
{
frame =
Frame.GenerateFrame(
FrameType.Method5Natures,
EncounterType,
cnt + InitialFrame,
rngArray[0 + cnt],
pid,
id,
sid,
nature,
synchable,
encounterSlot,
item);
}
frame.EncounterMod = mod;
frame.CGearTime = entreeTimer.GetTime(rngArray[0 + cnt]);
if (frameCompare.Compare(frame))
{
frames.Add(frame);
}
}
}
else if (frameType == FrameType.BWBred)
{
rng64.Seed = InitialSeed;
var rngQueue = new Queue<uint>();
uint rngResult;
for (uint cnt = 0; cnt < InitialFrame - 1; cnt++)
{
rng64.GetNext64BitNumber();
}
for (uint cnt = 0; cnt < maxResults + 50; cnt++)
{
rngResult = rng64.GetNext32BitNumber();
rngQueue.Enqueue(rngResult);
}
rngArray = rngQueue.ToArray();
for (uint cnt = 0; cnt < maxResults; cnt++)
{
frame = null;
// there's two extra rng calls before the eggs are generated
int index = 2;
uint nature;
bool dream;
bool everstone = false;
// for Nidoran\Volbeat\Illumise determination
// if 0, get Nidoran-F\Volbeat
// if 1, get Nidoran-M\Illumise
var speciesSpecial = (int) (rngArray[index + cnt] >> 31);
// Everstone activation calc
//int off = MaleOnlySpecies ? 1 : 0;
if (MaleOnlySpecies) index++;
//index = 1
nature = (uint) ((ulong) (rngArray[index++ + cnt])*25 >> 32);
if (SynchNature > -1)
{
if ((rngArray[index++ + cnt] >> 31) == 1)
{
nature = (uint) SynchNature;
everstone = true;
}
}
// it appears to only actually use this for dream world otherwise it's ignored
/*uint test = Functions.RNGRange(rngArray[index++ + cnt], 0x64);
switch (MotherAbility)
{
case 0:
ability = test > 0x50 ? 1u : 0;
break;
case 1:
ability = test > 0x14 ? 1u : 0;
break;
case 2:
if (test < 0x14) ability = 0;
else ability = test >= 0x28 ? 2u : 1;
break;
default:
ability = test > 0x50 ? 1u : 0;
break;
}
// again a worthless calculation
if (DittoUsed) ability = Functions.RNGRange(rngArray[index++ + cnt], 2);*/
dream = Functions.RNGRange(rngArray[index++ + cnt], 0x64) >= 0x28 && !DittoUsed;
if (DittoUsed) ++index;
// IV Inheritance calc
// Uses every two RNG calls, first to determine IV, second to determine which parent
// If an IV is repeated it skips two RNG calls and checks the next
uint inh = Functions.RNGRange(rngArray[index + cnt], 6);
uint inh1 = inh;
uint par1 = rngArray[index + 1 + cnt] >> 31;
uint maxSkips = 0;
index = index + 2;
inh = Functions.RNGRange(rngArray[index + cnt], 6);
while (inh == inh1)
{
maxSkips += 2;
index = index + 2;
inh = Functions.RNGRange(rngArray[index + cnt], 6);
if (index + cnt >= rngArray.Length - 3)
{
for (int refill = 0; refill < 50; refill++)
{
rngResult = rng64.GetNext32BitNumber();
rngQueue.Enqueue(rngResult);
}
rngArray = rngQueue.ToArray();
}
}
uint inh2 = inh;
uint par2 = rngArray[index + 1 + cnt] >> 31;
index = index + 2;
inh = Functions.RNGRange(rngArray[index + cnt], 6);
while (inh == inh1 || inh == inh2)
{
maxSkips += 2;
index = index + 2;
inh = Functions.RNGRange(rngArray[index + cnt], 6);
if (index + cnt >= rngArray.Length - 3)
{
for (int refill = 0; refill < 50; refill++)
{
rngResult = rng64.GetNext32BitNumber();
rngQueue.Enqueue(rngResult);
}
rngArray = rngQueue.ToArray();
}
}
uint inh3 = inh;
uint par3 = rngArray[index + 1 + cnt] >> 31;
uint pid = Functions.RNGRange(rngArray[index + 2 + cnt], 0xFFFFFFFF);
if (ParentA != null & ParentB != null && RNGIVs != null)
{
frame =
Frame.GenerateFrame(
FrameType.BWBred,
cnt + InitialFrame,
rngArray[cnt],
speciesSpecial,
inh1,
inh2,
inh3,
par1,
par2,
par3,
ParentA,
ParentB,
RNGIVs,
pid,
id,
sid,
dream,
everstone,
nature,
maxSkips);
}
else
{
frame =
Frame.GenerateFrame(
FrameType.BWBred,
cnt + InitialFrame,
rngArray[cnt],
speciesSpecial,
inh1,
inh2,
inh3,
par1,
par2,
par3,
pid,
id,
sid,
dream,
everstone,
nature,
maxSkips);
}
if (frameCompare.Compare(frame))
{
frames.Add(frame);
}
}
}
else if (frameType == FrameType.BWBredInternational)
{
rng64.Seed = InitialSeed;
var rngQueue = new Queue<uint>();
uint rngResult;
for (uint cnt = 0; cnt < InitialFrame - 1; cnt++)
{
rng64.GetNext64BitNumber();
}
for (uint cnt = 0; cnt < InitialFrame + maxResults + 50; cnt++)
{
rngResult = rng64.GetNext32BitNumber();
rngQueue.Enqueue(rngResult);
}
rngArray = rngQueue.ToArray();
for (uint cnt = 0; cnt < maxResults; cnt++)
{
frame = null;
int index = 1;
uint nature;
bool dream;
bool everstone = false;
// for Nidoran\Volbeat\Illumise determination
// if 0, get Nidoran-F\Volbeat
// if 1, get Nidoran-M\Illumise
var speciesSpecial = (int) (rngArray[index + cnt] >> 31);
// Everstone activation calc
//int off = MaleOnlySpecies ? 1 : 0;
if (MaleOnlySpecies) index++;
//index = 1
if (SynchNature > -1)
{
nature = (uint) ((ulong) (rngArray[index++ + cnt])*25 >> 32);
if ((rngArray[index++ + cnt] >> 31) == 1)
{
nature = (uint) SynchNature;
everstone = true;
}
// Dream World ability calc
dream = !DittoUsed && (uint) ((ulong) (rngArray[index++ + cnt])*5 >> 32) > 1;
}
else
{
nature = (uint) ((ulong) (rngArray[index++ + cnt])*25 >> 32);
// Dream World ability calc
dream = !DittoUsed && (uint) ((ulong) (rngArray[index++ + cnt])*5 >> 32) > 1;
}
if (DittoUsed) index = index + 2;
// IV Inheritance calc
// Uses every two RNG calls, first to determine IV, second to determine which parent
// If an IV is repeated it skips two RNG calls and checks the next
uint inh = Functions.RNGRange(rngArray[index + cnt], 6);
uint inh1 = inh;
uint par1 = rngArray[index + 1 + cnt] >> 31;
uint maxSkips = 0;
index = index + 2;
inh = Functions.RNGRange(rngArray[index + cnt], 6);
while (inh == inh1)
{
maxSkips += 2;
index = index + 2;
inh = Functions.RNGRange(rngArray[index + cnt], 6);
if (index + cnt >= rngArray.Length - 3)
{
for (int refill = 0; refill < 50; refill++)
{
rngResult = rng64.GetNext32BitNumber();
rngQueue.Enqueue(rngResult);
}
rngArray = rngQueue.ToArray();
}
}
uint inh2 = inh;
uint par2 = rngArray[index + 1 + cnt] >> 31;
index = index + 2;
inh = Functions.RNGRange(rngArray[index + cnt], 6);
while (inh == inh1 || inh == inh2)
{
maxSkips += 2;
index = index + 2;
inh = Functions.RNGRange(rngArray[index + cnt], 6);
if (index + cnt >= rngArray.Length - 3)
{
for (int refill = 0; refill < 50; refill++)
{
rngResult = rng64.GetNext32BitNumber();
rngQueue.Enqueue(rngResult);
}
rngArray = rngQueue.ToArray();
}
}
uint inh3 = inh;
uint par3 = rngArray[index + 1 + cnt] >> 31;
uint pid = rngArray[index + 2 + cnt] - 1;
const int masuda = 6;
for (int n = 0; n < masuda; n++)
{
pid = rngArray[index + n + 2 + cnt] - 1;
uint tid = (id & 0xffff) | ((sid & 0xffff) << 16);
uint a = pid ^ tid;
uint b = a & 0xffff;
uint c = (a >> 16) & 0xffff;
uint d = b ^ c;
if (d < 8)
{
break;
}
}
if (ParentA != null & ParentB != null && RNGIVs != null)
{
frame =
Frame.GenerateFrame(
FrameType.BWBred,
cnt + InitialFrame,
rngArray[0 + cnt],
speciesSpecial,
inh1,
inh2,
inh3,
par1,
par2,
par3,
ParentA,
ParentB,
RNGIVs,
pid,
id,
sid,
dream,
everstone,
nature,
maxSkips);
}
else
{
frame =
Frame.GenerateFrame(
FrameType.BWBred,
cnt + InitialFrame,
rngArray[0 + cnt],
speciesSpecial,
inh1,
inh2,
inh3,
par1,
par2,
par3,
pid,
id,
sid,
dream,
everstone,
nature,
maxSkips);
}
if (frameCompare.Compare(frame))
{
frames.Add(frame);
}
}
}
else if (frameType == FrameType.BW2BredInternational)
{
rng64.Seed = InitialSeed;
var rngQueue = new Queue<uint>();
var inhQueue = new Queue<uint>();
uint rngResult;
int callCount = 13;
if (SynchNature > -1)
{
callCount++; // Everstone consumes extra RNG call
}
if (DittoUsed)
{
callCount++; // Ditto consumes extra RNG call
}
for (uint cnt = 0; cnt < InitialFrame - 1; cnt++)
{
rng64.GetNext64BitNumber();
}
for (uint cnt = 0; cnt < InitialFrame + maxResults + 50; cnt++)
{
rngResult = rng64.GetNext32BitNumber();
rngQueue.Enqueue(rngResult);
inhQueue.Enqueue((uint) ((ulong) (rngResult)*6 >> 32));
}
rngArray = rngQueue.ToArray();
uint[] inhArray = inhQueue.ToArray();
for (uint cnt = 0; cnt < maxResults; cnt++)
{
frame = null;
int index = 1;
uint nature;
bool dream;
bool everstone = false;
// for Nidoran\Volbeat\Illumise determination
// if 0, get Nidoran-F\Volbeat
// if 1, get Nidoran-M\Illumise
var speciesSpecial = (int) (rngArray[index + cnt] >> 31);
// Everstone activation calc
//int off = MaleOnlySpecies ? 1 : 0;
if (MaleOnlySpecies) index++;
//index = 1
if (SynchNature > -1)
{
nature = (uint) ((ulong) (rngArray[index++ + cnt])*25 >> 32);
if ((rngArray[index++ + cnt] >> 31) == 1)
{
nature = (uint) SynchNature;
everstone = true;
}
// Dream World ability calc
dream = !DittoUsed && (uint) ((ulong) (rngArray[index++ + cnt])*5 >> 32) > 1;
}
else
{
nature = (uint) ((ulong) (rngArray[index++ + cnt])*25 >> 32);
// Dream World ability calc
dream = !DittoUsed && (uint) ((ulong) (rngArray[index++ + cnt])*5 >> 32) > 1;
}
// IV Inheritance calc
// Uses every two RNG calls, first to determine IV, second to determine which parent
// If an IV is repeated it skips two RNG calls and checks the next
uint inh = inhArray[index + cnt];
uint inh1 = inh;
uint par1 = rngArray[index + 1 + cnt] >> 31;
uint maxSkips = 0;
index = index + 2;
inh = inhArray[index + cnt];
while (inh == inh1)
{
maxSkips += 2;
index = index + 2;
inh = inhArray[index + cnt];
if (index + cnt >= rngArray.Length - 3)
{
for (int refill = 0; refill < 50; refill++)
{
rngResult = rng64.GetNext32BitNumber();
rngQueue.Enqueue(rngResult);
inhQueue.Enqueue((uint) ((ulong) (rngResult)*6 >> 32));
}
rngArray = rngQueue.ToArray();
inhArray = inhQueue.ToArray();
}
}
uint inh2 = inh;
uint par2 = rngArray[index + 1 + cnt] >> 31;
index = index + 2;
inh = inhArray[index + cnt];
while (inh == inh1 || inh == inh2)
{
maxSkips += 2;
index = index + 2;
inh = inhArray[index + cnt];
if (index + cnt >= rngArray.Length - 3)
{
for (int refill = 0; refill < 50; refill++)
{
rngResult = rng64.GetNext32BitNumber();
rngQueue.Enqueue(rngResult);
inhQueue.Enqueue((uint) ((ulong) (rngResult)*6 >> 32));
}
rngArray = rngQueue.ToArray();
inhArray = inhQueue.ToArray();
}
}
uint inh3 = inh;
uint par3 = rngArray[index + 1 + cnt] >> 31;
uint pid = rngArray[index + 2 + cnt] - 1;
int masuda = ShinyCharm ? 8 : 6;
for (int n = 0; n < masuda; n++)
{
pid = rngArray[index + n + 2 + cnt] - 1;
uint tid = (id & 0xffff) | ((sid & 0xffff) << 16);
uint a = pid ^ tid;
uint b = a & 0xffff;
uint c = (a >> 16) & 0xffff;
uint d = b ^ c;
if (d < 8)
{
break;
}
}
if (ParentA != null & ParentB != null && RNGIVs != null)
{
frame =
Frame.GenerateFrame(
FrameType.BWBred,
cnt + InitialFrame,
rngArray[0 + cnt],
speciesSpecial,
inh1,
inh2,
inh3,
par1,
par2,
par3,
ParentA,
ParentB,
RNGIVs,
pid,
id,
sid,
dream,
everstone,
nature,
maxSkips);
}
else
{
frame =
Frame.GenerateFrame(
FrameType.BWBred,
cnt + InitialFrame,
rngArray[0 + cnt],
speciesSpecial,
inh1,
inh2,
inh3,
par1,
par2,
par3,
pid,
id,
sid,
dream,
everstone,
nature,
maxSkips);
}
if (frameCompare.Compare(frame))
{
frames.Add(frame);
}
}
}
else if (frameType == FrameType.Wondercard5thGen)
{
rng64.Seed = InitialSeed;
if (maxResults < 1000)
{
rngArray = new uint[maxResults + 33];
for (uint cnt = 0; cnt < InitialFrame - 1; cnt++)
{
rng64.GetNext64BitNumber();
}
for (int cnt = 0; cnt < maxResults + 33; cnt++)
{
rngArray[cnt] = rng64.GetNext32BitNumber();
}
for (uint cnt = 0; cnt < maxResults; cnt++)
{
Frame frame = Frame.GenerateFrame(
FrameType.Wondercard5thGen,
id, sid,
cnt + InitialFrame,
rngArray[0 + cnt],
rngArray[22 + cnt] >> 27,
rngArray[23 + cnt] >> 27,
rngArray[24 + cnt] >> 27,
rngArray[25 + cnt] >> 27,
rngArray[26 + cnt] >> 27,
rngArray[27 + cnt] >> 27,
rngArray[32 + cnt],
rngArray[30 + cnt]);
if (frameCompare.Compare(frame))
{
frames.Add(frame);
}
}
}
else
{
rngQueue = new Queue<uint>();
for (uint cnt = 0; cnt < InitialFrame - 1; cnt++)
{
rng64.GetNext64BitNumber();
}
for (int cnt = 0; cnt < 33; cnt++)
{
rngQueue.Enqueue(rng64.GetNext32BitNumber());
}
for (uint cnt = InitialFrame; cnt < InitialFrame + maxResults; cnt++)
{
rngArray = rngQueue.ToArray();
Frame frame = Frame.GenerateFrame(
FrameType.Wondercard5thGen,
id, sid,
cnt,
rngArray[0],
rngArray[22] >> 27,
rngArray[23] >> 27,
rngArray[24] >> 27,
rngArray[25] >> 27,
rngArray[26] >> 27,
rngArray[27] >> 27,
rngArray[32],
rngArray[30]);
if (frameCompare.Compare(frame))
{
frames.Add(frame);
}
rngQueue.Dequeue();
rngQueue.Enqueue(rng64.GetNext32BitNumber());
}
}
}
else if (frameType == FrameType.Wondercard5thGenFixed)
{
rng64.Seed = InitialSeed;
if (maxResults < 1000)
{
rngArray = new uint[maxResults + 36];
for (uint cnt = 0; cnt < InitialFrame - 1; cnt++)
{
rng64.GetNext64BitNumber();
}
for (int cnt = 0; cnt < maxResults + 36; cnt++)
{
rngArray[cnt] = rng64.GetNext32BitNumber();
}
for (uint cnt = 0; cnt < maxResults; cnt++)
{
//note: pid field is unused look into later
uint pid = Functions.GenderModPID(rngArray[30 + cnt], rngArray[31 + cnt], 0);
Frame frame =
Frame.GenerateFrame(
FrameType.Wondercard5thGenFixed,
id, sid,
cnt + InitialFrame,
rngArray[0 + cnt],
rngArray[24 + cnt] >> 27,
rngArray[25 + cnt] >> 27,
rngArray[26 + cnt] >> 27,
rngArray[27 + cnt] >> 27,
rngArray[28 + cnt] >> 27,
rngArray[29 + cnt] >> 27,
rngArray[35 + cnt],
rngArray[30 + cnt]);
if (frameCompare.Compare(frame))
{
frames.Add(frame);
}
}
}
else
{
rngQueue = new Queue<uint>();
for (int i = 0; i < InitialFrame - 1; ++i)
{
rng64.GetNext64BitNumber();
}
for (int cnt = 0; cnt < 36; cnt++)
{
rngQueue.Enqueue(rng64.GetNext32BitNumber());
}
for (uint cnt = InitialFrame; cnt < InitialFrame + maxResults; cnt++)
{
rngArray = rngQueue.ToArray();
Frame frame =
Frame.GenerateFrame(
FrameType.Wondercard5thGenFixed,
id, sid,
cnt,
rngArray[0],
rngArray[24] >> 27,
rngArray[25] >> 27,
rngArray[26] >> 27,
rngArray[27] >> 27,
rngArray[28] >> 27,
rngArray[29] >> 27,
rngArray[35],
rngArray[30]);
if (frameCompare.Compare(frame))
{
frames.Add(frame);
}
rngQueue.Dequeue();
rngQueue.Enqueue(rng64.GetNext32BitNumber());
}
}
}
else if (frameType == FrameType.MethodH1 || frameType == FrameType.MethodH2 ||
frameType == FrameType.MethodH4)
{
// Instantiate our hunt RNG and fail RNG
var huntRng = new PokeRng(0);
// Instantiate our regular RNG
var rng1 = new PokeRng((uint) InitialSeed);
var rng2 = new PokeRng(0);
for (uint cnt = 1; cnt < InitialFrame; cnt++)
{
rng1.Next();
}
for (ulong cnt = InitialFrame; cnt < maxResults + InitialFrame; cnt++)
{
// Get our first RNG call. If we are using a
// syncher this will determine whether we are
// going to honor it.
uint seed = rng1.Seed;
// skip the level and battle calcs
rng1.GetNext16BitNumber();
// Basically save our RNG state here
// so that we only advance rng1 once
// per monster.
rng2.Seed = rng1.Seed;
// if it's safari zone it's one before
// note: this should all be done inside the encounter slot calc
uint encounterCall = EncounterType == EncounterType.SafariZone ? seed : rng2.Seed;
int encounterSlot = EncounterSlotCalc.encounterSlot(encounterCall, frameType, EncounterType);
rng2.GetNext16BitNumber();
uint firstRng = rng2.GetNext16BitNumber();
uint nature = 0;
ulong offset = cnt + 3;
Compare CuteCheck = x => true;
if (EncounterMod != EncounterMod.Synchronize && EncounterMod != EncounterMod.CuteCharm)
{
// Dont want to synch at all, just use the
// RNG call to get our hunt nature,
nature = firstRng%25;
}
else if (EncounterMod == EncounterMod.Synchronize)
{
// Check for even/odd on the high order bit.
if ((firstRng & 1) == 0)
{
// Set the hunt to the nature of our syncher
nature = (uint) SynchNature;
}
else
{
// Ok, we wanted to synch, but missed it so lets
// get the next RNG call and then go ahead and
// use that for the nature.
nature = (uint) rng2.GetNext16BitNumber()%25;
offset++;
}
}
else if (EncounterMod == EncounterMod.CuteCharm)
{
// Check for even/odd on the high order bit.
if ((firstRng%3) > 0)
{
switch (SynchNature)
{
case -1:
CuteCheck = x => (x & 0xFF) < 127;
break;
case 1:
CuteCheck = x => (x & 0xFF) >= 127;
break;
case -2:
CuteCheck = x => (x & 0xFF) < 191;
break;
case 2:
CuteCheck = x => (x & 0xFF) >= 63;
break;
case -3:
CuteCheck = x => (x & 0xFF) < 63;
break;
case 3:
CuteCheck = x => (x & 0xFF) >= 191;
break;
case -4:
CuteCheck = x => (x & 0xFF) < 31;
break;
case 4:
CuteCheck = x => (x & 0xFF) >= 31;
break;
default:
CuteCheck = x => true;
break;
}
}
// either way, eat up a frame for the Cute Charm check and determine nature
nature = (uint) rng2.GetNext16BitNumber()%25;
offset++;
}
// Seed the hunt rng
huntRng.Seed = rng2.Seed;
bool found = false;
// Now we are going to have to hunt for the next
// matching method 1 spread that we can display
// to the user.
while (!found)
{
uint pid1 = huntRng.GetNext16BitNumber();
uint pid2 = huntRng.GetNext16BitNumber();
uint pid = (pid2 << 16) + pid1;
if (pid%25 == nature && CuteCheck(pid))
{
// Wild Pokémon IVs are generally generated by Methods 2 and 4
uint iv1;
if (frameType == FrameType.MethodH2)
{
huntRng.GetNext32BitNumber();
iv1 = huntRng.GetNext16BitNumber();
}
else if (frameType == FrameType.MethodH4)
{
iv1 = huntRng.GetNext16BitNumber();
huntRng.GetNext32BitNumber();
}
else
{
// Use Method 1, which is what usually happens for stationary Pokémon
// Emphasis on "usually".
iv1 = huntRng.GetNext16BitNumber();
}
uint iv2 = huntRng.GetNext16BitNumber();
// We found a match, we need to buid the frame
// as usual now based on the next few RNG calls
frame =
Frame.GenerateFrame(
seed,
frameType,
EncounterType,
(uint) cnt,
firstRng,
pid1,
pid2,
iv1,
iv2,
id, sid, (uint) offset,
encounterSlot);
if (frameCompare.Compare(frame))
{
frames.Add(frame);
}
found = true;
}
offset += 2;
}
}
}
else if (frameType == FrameType.MethodJ)
{
// Instantiate our hunt RNG and fail RNG
var huntRng = new PokeRng(0);
// Instantiate our regular RNG
var rng1 = new PokeRng((uint) InitialSeed);
var rng2 = new PokeRng(0);
for (uint cnt = 1; cnt < InitialFrame; cnt++)
{
rng1.Next();
}
for (uint cnt = InitialFrame; cnt < maxResults + InitialFrame; cnt++)
{
// Get our first RNG call. If we are using a
// syncher this will determine whether we are
// going to honor it.
uint seed = rng1.Seed;
uint firstRng = rng1.GetNext16BitNumber();
uint rngResult = firstRng;
// Basically save our RNG state here
// so that we only advance rng1 once
// per monster.
rng2.Seed = rng1.Seed;
uint offset = cnt + 1;
int encounterSlot = 0;
if (EncounterType == EncounterType.Wild)
{
encounterSlot = EncounterSlotCalc.encounterSlot(rng2.Seed, frameType, EncounterType);
firstRng = rng2.GetNext16BitNumber();
offset++;
}
else if (EncounterType == EncounterType.WildSurfing)
{
encounterSlot = EncounterSlotCalc.encounterSlot(rng2.Seed, frameType, EncounterType);
firstRng = rng2.GetNext16BitNumber();
firstRng = rng2.GetNext16BitNumber();
offset += 2;
}
else if (EncounterType == EncounterType.WildOldRod || EncounterType == EncounterType.WildGoodRod ||
EncounterType == EncounterType.WildSuperRod)
{
uint threshold;
if (EncounterType == EncounterType.WildOldRod)
{
threshold = EncounterMod == EncounterMod.SuctionCups ? 48u : 24u;
}
else if (EncounterType == EncounterType.WildGoodRod)
{
threshold = EncounterMod == EncounterMod.SuctionCups ? 98u : 49u;
}
else
{
threshold = EncounterMod == EncounterMod.SuctionCups ? 100u : 74u;
}
// Skip this call if it an encounter cannot be made
if (firstRng/656 > threshold)
continue;
encounterSlot = EncounterSlotCalc.encounterSlot(rng2.GetNext32BitNumber(), frameType,
EncounterType);
// one of these is item calc, another is level
firstRng = rng2.GetNext16BitNumber();
firstRng = rng2.GetNext16BitNumber();
offset += 3;
}
uint nature;
if (EncounterMod == EncounterMod.Synchronize)
{
// Check for even/odd on the high order bit.
if (firstRng >> 15 == 0)
{
// Set the hunt to the nature our our syncher
nature = (uint) SynchNature;
}
else
{
// Ok, we wanted to synch, but missed it so lets
// get the next RNG call and then go ahead and
// use that for the nature.
nature = (uint) rng2.GetNext16BitNumber()/0xA3E;
offset++;
}
}
else if (EncounterMod == EncounterMod.CuteCharm)
{
nature = (uint) rng2.GetNext16BitNumber()/0xA3E;
}
else
{
// Dont want to synch at all, just use the
// RNG call to get our hunt nature,
nature = firstRng/0xA3E;
}
if (EncounterMod == EncounterMod.CuteCharm && firstRng/0x5556 != 0)
{
uint buffer = 0;
if (SynchNature > -1)
{
switch (SynchNature)
{
case 1:
buffer = 0x96;
break;
case 2:
buffer = 0x4B;
break;
case 3:
buffer = 0xC8;
break;
case 4:
buffer = 0x32;
break;
default:
buffer = 0;
break;
}
}
// We found a match, we need to buid the frame
// as usual now based on the next few RNG calls
frame =
Frame.GenerateFrame(
seed,
FrameType.MethodJ,
EncounterType,
cnt,
rngResult,
nature + buffer,
0,
rng2.GetNext16BitNumber(),
rng2.GetNext16BitNumber(),
id, sid, offset - 2,
encounterSlot);
if (frameCompare.Compare(frame))
{
frames.Add(frame);
}
}
else
{
// Seed the hunt rng
huntRng.Seed = rng2.Seed;
bool found = false;
// Now we are going to have to hunt for the next
// matching method 1 spread that we can display
// to the user.
while (!found)
{
uint pid1 = huntRng.GetNext16BitNumber();
uint pid2 = huntRng.GetNext16BitNumber();
uint pid = (pid2 << 16) + pid1;
if (pid%25 == nature)
{
// We found a match, we need to buid the frame
// as usual now based on the next few RNG calls
frame =
Frame.GenerateFrame(
seed,
FrameType.MethodJ,
EncounterType,
cnt,
rngResult,
pid1,
pid2,
huntRng.GetNext16BitNumber(),
huntRng.GetNext16BitNumber(),
id, sid, offset,
encounterSlot);
if (frameCompare.Compare(frame))
{
frames.Add(frame);
}
found = true;
}
offset += 2;
}
}
}
}
else if (frameType == FrameType.MethodK)
{
// Instantiate our hunt RNG and fail RNG
var huntRng = new PokeRng(0);
// Instantiate our regular RNG
var rng1 = new PokeRng((uint) InitialSeed);
var rng2 = new PokeRng(0);
for (uint cnt = 1; cnt < InitialFrame; cnt++)
{
rng1.Next();
}
for (uint cnt = InitialFrame; cnt < maxResults + InitialFrame; cnt++)
{
// Get our first RNG call. If we are using a
// syncher this will determine whether we are
// going to honor it.
uint seed = rng1.Seed;
uint firstRng = rng1.GetNext16BitNumber();
uint rngResult = firstRng;
// Basically save our RNG state here
// so that we only advance rng1 once
// per monster.
rng2.Seed = rng1.Seed;
uint offset = cnt + 1;
int encounterSlot = 0;
if (EncounterType == EncounterType.Wild || EncounterType == EncounterType.SafariZone)
{
encounterSlot = EncounterSlotCalc.encounterSlot(rng2.Seed, frameType, EncounterType);
firstRng = rng2.GetNext16BitNumber();
offset++;
}
else if (EncounterType == EncounterType.WildSurfing || EncounterType == EncounterType.Headbutt ||
EncounterType == EncounterType.BugCatchingContest)
{
encounterSlot = EncounterSlotCalc.encounterSlot(rng2.Seed, frameType, EncounterType);
firstRng = rng2.GetNext16BitNumber();
firstRng = rng2.GetNext16BitNumber();
offset += 2;
}
else if (EncounterType == EncounterType.WildOldRod ||
EncounterType == EncounterType.WildGoodRod ||
EncounterType == EncounterType.WildSuperRod)
{
uint threshold;
if (EncounterType == EncounterType.WildOldRod)
{
threshold = EncounterMod == EncounterMod.SuctionCups ? 48u : 24u;
}
else if (EncounterType == EncounterType.WildGoodRod)
{
threshold = EncounterMod == EncounterMod.SuctionCups ? 98u : 49u;
}
else
{
threshold = EncounterMod == EncounterMod.SuctionCups ? 100u : 74u;
}
// Skip this call if it an encounter cannot be made
if (firstRng%100 > threshold)
continue;
encounterSlot = EncounterSlotCalc.encounterSlot(rng2.GetNext32BitNumber(), frameType,
EncounterType);
// one of these is item calc, another is level
firstRng = rng2.GetNext16BitNumber();
firstRng = rng2.GetNext16BitNumber();
offset += 3;
}
uint nature;
if (EncounterMod == EncounterMod.Synchronize)
{
// Check for even/odd on the low order bit
if ((firstRng & 1) == 0)
{
// Set the hunt to the nature our our syncher
nature = (uint) SynchNature;
}
else
{
// Ok, we wanted to synch, but missed it so lets
// get the next RNG call and then go ahead and
// use that for the nature.
nature = (uint) rng2.GetNext16BitNumber()%25;
offset++;
}
}
else if (EncounterMod == EncounterMod.CuteCharm)
{
nature = (uint) rng2.GetNext16BitNumber()%25;
}
else
{
// Dont want to synch at all, just use the
// RNG call to get our hunt nature,
nature = firstRng%25;
}
if (EncounterMod == EncounterMod.CuteCharm && firstRng%3 != 0)
{
uint buffer = 0;
if (SynchNature > -1)
{
switch (SynchNature)
{
case 1:
buffer = 0x96;
break;
case 2:
buffer = 0x4B;
break;
case 3:
buffer = 0xC8;
break;
case 4:
buffer = 0x32;
break;
default:
buffer = 0;
break;
}
}
// We found a match, we need to buid the frame
// as usual now based on the next few RNG calls
frame =
Frame.GenerateFrame(
seed,
FrameType.MethodK,
EncounterType,
cnt,
rngResult,
nature + buffer,
0,
rng2.GetNext16BitNumber(),
rng2.GetNext16BitNumber(),
id, sid, offset - 2,
encounterSlot);
if (EncounterType == EncounterType.BugCatchingContest ||
EncounterType == EncounterType.SafariZone)
frame.Synchable = true;
if (frameCompare.Compare(frame))
{
frames.Add(frame);
}
}
else
{
// Seed the hunt rng
huntRng.Seed = rng2.Seed;
bool found = false;
// Now we are going to have to hunt for the next
// matching method 1 spread that we can display
// to the user.
while (!found)
{
uint pid1 = huntRng.GetNext16BitNumber();
uint pid2 = huntRng.GetNext16BitNumber();
uint pid = (pid2 << 16) + pid1;
if (pid%25 == nature)
{
// We found a match, we need to buid the frame
// as usual now based on the next few RNG calls
frame =
Frame.GenerateFrame(
seed,
FrameType.MethodK,
EncounterType,
cnt,
rngResult,
pid1,
pid2,
huntRng.GetNext16BitNumber(),
huntRng.GetNext16BitNumber(),
id, sid, offset,
encounterSlot);
if (frameCompare.Compare(frame))
{
frames.Add(frame);
}
found = true;
}
offset += 2;
}
}
}
}
else if (frameType == FrameType.ColoXD)
{
var rng = new XdRng((uint) InitialSeed);
for (uint cnt = 1; cnt < InitialFrame - 1; cnt++)
rng.GetNext32BitNumber();
rngArray = new uint[maxResults + 5];
for (uint cnt = 0; cnt < maxResults; cnt++)
rngArray[cnt] = rng.GetNext16BitNumber();
for (uint cnt = 0; cnt < maxResults; cnt++)
{
frame = Frame.GenerateFrame(
0,
FrameType.ColoXD,
cnt + InitialFrame,
rngArray[0 + cnt],
rngArray[4 + cnt],
rngArray[3 + cnt],
rngArray[0 + cnt],
rngArray[1 + cnt],
id, sid);
if (frameCompare.Compare(frame))
{
frames.Add(frame);
}
}
}
else
{
// We are going to grab our initial set of rngs here and
// then start our loop so that we can iterate as many
// times as we have to.
var rng = new PokeRng((uint) InitialSeed);
for (uint cnt = 1; cnt < InitialFrame; cnt++)
rng.GetNext32BitNumber();
rngArray = new uint[maxResults + 20];
for (uint cnt = 0; cnt < maxResults + 20; cnt++)
rngArray[cnt] = rng.GetNext16BitNumber();
lastseed = rng.Seed;
for (uint cnt = 0; cnt < maxResults; cnt++)
{
Frame frameSplit = null;
switch (frameType)
{
case FrameType.Method1:
frame =
Frame.GenerateFrame(
0,
FrameType.Method1,
cnt + InitialFrame,
rngArray[0 + cnt],
rngArray[0 + cnt],
rngArray[1 + cnt],
rngArray[2 + cnt],
rngArray[3 + cnt],
0, 0, 0, 0, 0, 0,
id, sid, cnt);
break;
case FrameType.Method2:
frame =
Frame.GenerateFrame(
0,
FrameType.Method2,
cnt + InitialFrame,
rngArray[0 + cnt],
rngArray[0 + cnt],
rngArray[1 + cnt],
rngArray[3 + cnt],
rngArray[4 + cnt],
0, 0, 0, 0, 0, 0,
id, sid, cnt);
break;
case FrameType.Method3:
frame =
Frame.GenerateFrame(
0,
FrameType.Method3,
cnt + InitialFrame,
rngArray[0 + cnt],
rngArray[0 + cnt],
rngArray[2 + cnt],
rngArray[3 + cnt],
rngArray[4 + cnt],
0, 0, 0, 0, 0, 0,
id, sid, cnt);
break;
case FrameType.Method4:
frame =
Frame.GenerateFrame(
0,
FrameType.Method4,
cnt + InitialFrame,
rngArray[0 + cnt],
rngArray[0 + cnt],
rngArray[1 + cnt],
rngArray[2 + cnt],
rngArray[4 + cnt],
0, 0, 0, 0, 0, 0,
id, sid, cnt);
break;
case FrameType.ChainedShiny:
uint chainedPIDLower = Functions.ChainedPIDLower(
rngArray[1 + cnt],
rngArray[15 + cnt],
rngArray[14 + cnt],
rngArray[13 + cnt],
rngArray[12 + cnt],
rngArray[11 + cnt],
rngArray[10 + cnt],
rngArray[9 + cnt],
rngArray[8 + cnt],
rngArray[7 + cnt],
rngArray[6 + cnt],
rngArray[5 + cnt],
rngArray[4 + cnt],
rngArray[3 + cnt]);
frame = Frame.GenerateFrame(
0,
FrameType.ChainedShiny,
cnt + InitialFrame,
rngArray[0 + cnt],
chainedPIDLower,
Functions.ChainedPIDUpper(rngArray[2 + cnt], chainedPIDLower, id, sid),
rngArray[16 + cnt],
rngArray[17 + cnt],
0, 0, 0, 0, 0, 0,
id, sid, cnt);
break;
case FrameType.EBredPID:
uint total;
uint pid = GetEPid(cnt, out total);
if (pid == 0)
{
continue;
}
//generate frame with bogus RNG result
frame = Frame.GenerateFrame(FrameType.EBredPID, cnt + InitialFrame, 0, pid, id, sid);
frame.Advances = total;
//new Frame {FrameType = FrameType.EBredPID, Number = cnt + InitialFrame, Pid = pid};
break;
case FrameType.RSBredLower:
frame =
Frame.GenerateFrame(
FrameType.RSBredLower,
cnt + InitialFrame,
rngArray[0 + cnt],
rngArray[1 + cnt],
Compatibility
);
break;
case FrameType.RSBredUpper:
frame =
Frame.GenerateFrame(
FrameType.RSBredUpper,
cnt + InitialFrame,
rngArray[0 + cnt],
StaticPID,
rngArray[1 + cnt],
rngArray[2 + cnt],
rngArray[3 + cnt],
// vblank
rngArray[5 + cnt],
rngArray[6 + cnt],
rngArray[7 + cnt],
rngArray[8 + cnt],
rngArray[9 + cnt],
rngArray[10 + cnt],
ParentA,
ParentB,
id, sid);
break;
case FrameType.RSBredUpperSplit:
frame =
frame =
Frame.GenerateFrame(
FrameType.RSBredUpperSplit,
cnt + InitialFrame,
rngArray[0 + cnt],
StaticPID,
// vblank
rngArray[2 + cnt],
rngArray[3 + cnt],
rngArray[4 + cnt],
// another vblank
rngArray[6 + cnt],
rngArray[7 + cnt],
rngArray[8 + cnt],
rngArray[9 + cnt],
rngArray[10 + cnt],
rngArray[11 + cnt],
ParentA,
ParentB,
id, sid);
break;
// untested needs further research
case FrameType.RSBredUpperAlt:
frame =
Frame.GenerateFrame(
FrameType.RSBredUpperAlt,
cnt + InitialFrame,
rngArray[0 + cnt],
StaticPID,
// vblank
rngArray[2 + cnt],
rngArray[3 + cnt],
// vblank
rngArray[5 + cnt],
// vblank
rngArray[5 + cnt],
rngArray[6 + cnt],
rngArray[7 + cnt],
rngArray[8 + cnt],
rngArray[9 + cnt],
rngArray[10 + cnt],
ParentA,
ParentB,
id, sid);
break;
case FrameType.Bred:
frame =
Frame.GenerateFrame(
FrameType.Bred,
cnt + InitialFrame,
rngArray[0 + cnt],
StaticPID,
rngArray[0 + cnt],
rngArray[1 + cnt],
rngArray[3 + cnt],
rngArray[4 + cnt],
rngArray[5 + cnt],
rngArray[6 + cnt],
rngArray[7 + cnt],
rngArray[8 + cnt],
ParentA,
ParentB,
id, sid, cnt);
break;
case FrameType.BredSplit:
// This is going to add both of the frames and
// the logic below will decide whether to add
// it to the output.
frame =
Frame.GenerateFrame(
FrameType.Bred,
cnt + InitialFrame,
rngArray[0 + cnt],
StaticPID,
rngArray[0 + cnt],
rngArray[1 + cnt],
// Garbage
rngArray[3 + cnt],
rngArray[4 + cnt],
rngArray[5 + cnt],
rngArray[6 + cnt],
rngArray[7 + cnt],
rngArray[8 + cnt],
ParentA,
ParentB,
id, sid, cnt);
frameSplit =
Frame.GenerateFrame(
FrameType.BredSplit,
cnt + InitialFrame,
rngArray[0 + cnt],
StaticPID,
rngArray[0 + cnt],
rngArray[2 + cnt],
// Garbage
rngArray[4 + cnt],
rngArray[5 + cnt],
rngArray[6 + cnt],
rngArray[7 + cnt],
rngArray[8 + cnt],
rngArray[9 + cnt],
ParentA,
ParentB,
id, sid, cnt);
break;
case FrameType.BredAlternate:
frame =
Frame.GenerateFrame(
FrameType.Bred,
cnt + InitialFrame,
rngArray[0 + cnt],
StaticPID,
rngArray[0 + cnt],
rngArray[1 + cnt],
rngArray[4 + cnt],
rngArray[5 + cnt],
rngArray[6 + cnt],
rngArray[7 + cnt],
rngArray[8 + cnt],
rngArray[9 + cnt],
ParentA,
ParentB,
id, sid, cnt);
break;
case FrameType.DPPtBred:
frame =
Frame.GenerateFrame(
FrameType.DPPtBred,
cnt + InitialFrame,
rngArray[0 + cnt],
rngArray[0 + cnt],
rngArray[1 + cnt],
rngArray[2 + cnt],
rngArray[3 + cnt],
rngArray[4 + cnt],
rngArray[5 + cnt],
rngArray[6 + cnt],
rngArray[7 + cnt],
ParentA,
ParentB,
id, sid, cnt);
break;
case FrameType.HGSSBred:
frame =
Frame.GenerateFrame(
FrameType.HGSSBred,
cnt + InitialFrame,
rngArray[0 + cnt],
rngArray[0 + cnt],
rngArray[1 + cnt],
rngArray[2 + cnt],
rngArray[3 + cnt],
rngArray[4 + cnt],
rngArray[5 + cnt],
rngArray[6 + cnt],
rngArray[7 + cnt],
ParentA,
ParentB,
id, sid, cnt);
break;
case FrameType.WondercardIVs:
if (EncounterType == EncounterType.Manaphy)
{
uint pid1 = rngArray[0 + cnt];
uint pid2 = rngArray[1 + cnt];
while ((pid1 ^ pid2 ^ id ^ sid) < 8)
{
uint testPID = pid1 | (pid2 << 16);
// Call the ARNG to change the PID
testPID = testPID*0x6c078965 + 1;
pid1 = testPID & 0xFFFF;
pid2 = testPID >> 16;
}
frame =
Frame.GenerateFrame(
0,
FrameType.WondercardIVs,
cnt + InitialFrame,
rngArray[0 + cnt],
pid1,
pid2,
rngArray[2 + cnt],
rngArray[3 + cnt],
0, 0, 0, 0, 0, 0,
id, sid, cnt);
}
else
{
frame =
Frame.GenerateFrame(
0,
FrameType.WondercardIVs,
cnt + InitialFrame,
rngArray[0 + cnt],
0,
0,
rngArray[0 + cnt],
rngArray[1 + cnt],
rngArray[2 + cnt],
rngArray[3 + cnt],
rngArray[4 + cnt],
rngArray[5 + cnt],
rngArray[6 + cnt],
rngArray[7 + cnt],
id, sid, cnt);
}
break;
}
// Now we need to filter and decide if we are going
// to add this to our collection for display to the
// user.
if (frameCompare.Compare(frame))
{
frames.Add(frame);
}
if (frameType == FrameType.BredSplit)
{
if (frameCompare.Compare(frameSplit))
{
frames.Add(frameSplit);
}
}
}
}
return frames;
}
// We need a function to return a list of monster seeds,
// which will be updated to include a method.
public static List <Seed> GetXDSeeds(
uint hp,
uint atk,
uint def,
uint spa,
uint spd,
uint spe,
uint nature,
uint id)
{
var seeds = new List <Seed>();
uint ivs1 = hp + (atk << 5) + (def << 10);
uint ivs2 = spe | (spa << 5) | (spd << 10);
uint x_testXD = ivs1 << 16;
// Now we want to start with IV2 and call the RNG for
// values between 0 and FFFF in the low order bits.
for (uint cnt = 0; cnt <= 0xFFFF; cnt++)
{
// Set our test seed here so we can start
// working backwards to see if the rest
// of the information we were provided
// is a match.
uint seed = x_testXD | cnt;
var rngXD = new XdRng(seed);
uint rng1XD = rngXD.GetNext16BitNumber();
//Check if ivs line up
if ((rng1XD & 0x7FFF) == ivs2)
{
var rngXDR = new XdRngR(seed);
uint XDColoSeed = rngXDR.GetNext32BitNumber();
// Right now, this simply assumes method
// 1 and gets the value previous to check
// for match. We need a clean way to do
// this for all of our methods.
// We have a max of 5 total RNG calls
// to make a pokemon and we already have
// one so lets go ahead and get 4 more.
uint rng2XD = rngXD.GetNext16BitNumber();
uint rng3XD = rngXD.GetNext16BitNumber();
uint rng4XD = rngXD.GetNext16BitNumber();
uint pid = (rng3XD << 16) | rng4XD;
// Check Colosseum\XD
// [IVs] [IVs] [xxx] [PID] [PID]
// [START] [rng1] [rng3] [rng4]
if (pid % 25 == nature)
{
var newSeed = new Seed
{
Method = "Colosseum/XD",
Pid = pid,
MonsterSeed = XDColoSeed
};
seeds.Add(newSeed);
}
// Check Colosseum\XD XOR
// [IVs] [IVs] [xxx] [PID] [PID]
// [START] [rng1] [rng3] [rng4]
pid ^= 0x80008000;
if (pid % 25 == nature)
{
var newSeed = new Seed
{
Method = "Colosseum/XD",
Pid = pid,
MonsterSeed = XDColoSeed ^ 0x80000000
};
seeds.Add(newSeed);
}
}
}
return(seeds);
}
// This is the smarter way of generating spreads
// Takes a desired spread and derives the seed
// Rather than searching all spreads for a match
public List<Frame> Generate(
uint minhp,
uint maxhp,
uint minatk,
uint maxatk,
uint mindef,
uint maxdef,
uint minspa,
uint maxspa,
uint minspd,
uint maxspd,
uint minspe,
uint maxspe,
uint nature)
{
var frames = new List<Frame>();
var rngXD = new XdRng(0);
for (uint hp = minhp; hp <= maxhp; hp++)
{
for (uint atk = minatk; atk <= maxatk; atk++)
{
for (uint def = mindef; def <= maxdef; def++)
{
for (uint spa = minspa; spa <= maxspa; spa++)
{
for (uint spd = minspd; spd <= maxspd; spd++)
{
for (uint spe = minspe; spe <= maxspe; spe++)
{
frame = null;
uint x_test = hp | (atk << 5) | (def << 10);
uint y_test = spe | (spa << 5) | (spd << 10);
// Now we want to start with IV2 and call the RNG for
// values between 0 and FFFF in the low order bits.
for (uint cnt = 0; cnt <= 0xFFFE; cnt++)
{
// Set our test seed here so we can start
// working backwards to see if the rest
// of the information we were provided
// is a match.
uint seed = (x_test << 16) | cnt;
rngXD.Seed = seed;
// We have a max of 5 total RNG calls
// to make a pokemon and we already have
// one so lets go ahead and get 4 more.
ushort rng1XD = rngXD.GetNext16BitNumber();
if ((rng1XD & 0x7FFF) != y_test)
continue;
// this second call isn't used for anything we know of
ushort rng2XD = rngXD.GetNext16BitNumber();
ushort rng3XD = rngXD.GetNext16BitNumber();
ushort rng4XD = rngXD.GetNext16BitNumber();
uint XDColoSeed = seed*0xB9B33155 + 0xA170F641;
// Check Colosseum\XD
// [IVs] [IVs] [xxx] [PID] [PID]
// [START] [rng1] [rng3] [rng4]
for (int highBit = 0; highBit < 2; highBit++)
{
XDColoSeed = XDColoSeed ^ 0x80000000;
rng3XD = (ushort) (rng3XD ^ 0x8000);
rng4XD = (ushort) (rng4XD ^ 0x8000);
if (IVtoSeed.Check(rng1XD, rng3XD, rng4XD, spe, spa, spd, nature))
{
frame = Frame.GenerateFrame
(XDColoSeed,
FrameType.ColoXD,
0,
XDColoSeed,
rng4XD,
rng3XD,
x_test,
rng1XD,
0, 0, 0, 0, 0, 0, 0, 0, 0);
frame.DisplayPrep();
frames.Add(frame);
}
}
}
}
}
}
}
}
}
return frames;
}
public static List<Seed> GetSeeds(
uint hp,
uint atk,
uint def,
uint spa,
uint spd,
uint spe,
uint nature,
uint id)
{
var seeds = new List<Seed>();
uint x4 = 0;
uint x4_2 = 0;
x4 = spe + (spa << 5) + (spd << 10);
x4_2 = x4 ^ 0x8000;
uint x8 = 0;
uint x8_2 = 0;
x8 = hp + (atk << 5) + (def << 10);
x8_2 = x8 ^ 0x8000;
// Now we want to start with IV2 and call the RNG for
// values between 0 and FFFF in the low order bits.
for (uint cnt = 0; cnt <= 0x1FFFE; cnt++)
{
uint x_test;
uint x_testXD;
// We want to test with the high bit
// both set and not set, so we're going
// to sneakily do them both. god help
// me if i ever have to figure this out
// in the future.
x_test = (cnt & 1) == 0 ? x4 : x4_2;
x_testXD = (cnt & 1) == 0 ? x8 : x8_2;
// Set our test seed here so we can start
// working backwards to see if the rest
// of the information we were provided
// is a match.
uint seed = (x_test << 16) + (cnt%0xFFFF);
uint seedXD = (x_testXD << 16) + (cnt%0xFFFF);
var rng = new PokeRngR(seed);
var rngXD = new XdRng(seedXD);
var rngXDR = new XdRngR(seedXD);
uint XDColoSeed = rngXDR.GetNext32BitNumber();
// Right now, this simply assumes method
// 1 and gets the value previous to check
// for match. We need a clean way to do
// this for all of our methods.
// We have a max of 5 total RNG calls
// to make a pokemon and we already have
// one so lets go ahead and get 4 more.
ushort rng1 = rng.GetNext16BitNumber();
ushort rng2 = rng.GetNext16BitNumber();
ushort rng3 = rng.GetNext16BitNumber();
ushort rng4 = rng.GetNext16BitNumber();
ushort rng1XD = rngXD.GetNext16BitNumber();
ushort rng2XD = rngXD.GetNext16BitNumber();
ushort rng3XD = rngXD.GetNext16BitNumber();
ushort rng4XD = rngXD.GetNext16BitNumber();
uint method1Seed = rng.Seed;
rng.GetNext16BitNumber();
uint method234Seed = rng.Seed;
ushort choppedPID;
// Check Method 1
// [PID] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
if (Check(rng1, rng2, rng3, hp, atk, def, nature))
{
// Build a seed to add to our collection
var newSeed = new Seed();
newSeed.Method = "Method 1";
newSeed.Pid = ((uint) rng2 << 16) + rng3;
newSeed.MonsterSeed = method1Seed;
newSeed.Sid = (rng2 ^ (uint) rng3 ^ id) & 0xFFF8;
seeds.Add(newSeed);
}
// Check Method 2
// [PID] [PID] [xxxx] [IVs] [IVs]
// [rng4] [rng3] [xxxx] [rng1] [START]
if (Check(rng1, rng3, rng4, hp, atk, def, nature))
{
// Build a seed to add to our collection
var newSeed = new Seed
{
Method = "Method 2",
Pid = ((uint) rng3 << 16) + rng4,
MonsterSeed = method234Seed,
Sid = (rng3 ^ (uint) rng4 ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
/*
* Removed because Method 3 doesn't exist in-game
// Check Method 3
// [PID] [xxxx] [PID] [IVs] [IVs]
// [rng4] [xxxx] [rng2] [rng1] [START]
if (Check(rng1, rng2, rng4, hp, atk, def, nature))
{
// Build a seed to add to our collection
Seed newSeed = new Seed();
newSeed.Method = "Method 3";
newSeed.Pid = ((uint)rng2 << 16) + (uint)rng4;
newSeed.MonsterSeed = method234Seed;
newSeed.Sid = ((uint)rng2 ^ (uint)rng4 ^ id) & 0xFFF8;
seeds.Add(newSeed);
}
*/
// Check Method 4
// [PID] [PID] [IVs] [xxxx] [IVs]
// [rng4] [rng3] [rng2] [xxxx] [START]
if (Check(rng2, rng3, rng4, hp, atk, def, nature))
{
// Build a seed to add to our collection
var newSeed = new Seed
{
Method = "Method 4",
Pid = ((uint) rng3 << 16) + rng4,
MonsterSeed = method234Seed,
Sid = (rng3 ^ (uint) rng4 ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check Colosseum\XD
// [IVs] [IVs] [xxx] [PID] [PID]
// [START] [rng1] [rng3]
if (Check(rng1XD, rng3XD, rng4XD, spe, spa, spd, nature))
{
var newSeed = new Seed
{
Method = "Colosseum/XD",
Pid = ((uint) rng3XD << 16) + rng4XD,
MonsterSeed = XDColoSeed,
Sid = (rng4XD ^ (uint) rng3XD ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
if (rng3/0x5556 != 0)
{
// Check DPPt Cute Charm
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = (ushort) (rng2/0xA3E);
if (Check(rng1, 0, choppedPID, hp, atk, def, nature))
{
var newSeed = new Seed
{
Method = "Cute Charm (DPPt)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check DPPt Cute Charm (50% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = (ushort) (rng2/0xA3E + 0x96);
if (Check(rng1, 0, choppedPID, hp, atk, def, nature))
{
var newSeed = new Seed
{
Method = "Cute Charm (DPPt)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check DPPt Cute Charm (25% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = (ushort) (rng2/0xA3E + 0xC8);
if (Check(rng1, 0, choppedPID, hp, atk, def, nature))
{
var newSeed = new Seed
{
Method = "Cute Charm (DPPt)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check DPPt Cute Charm (75% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = (ushort) (rng2/0xA3E + 0x4B);
if (Check(rng1, 0, choppedPID, hp, atk, def, nature))
{
var newSeed = new Seed
{
Method = "Cute Charm (DPPt)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check DPPt Cute Charm (87.5% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = (ushort) (rng2/0xA3E + 0x32);
if (Check(rng1, 0, choppedPID, hp, atk, def, nature))
{
var newSeed = new Seed
{
Method = "Cute Charm (DPPt)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
}
if (rng3%3 != 0)
{
// Check HGSS Cute Charm
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = (ushort) (rng2%25);
if (Check(rng1, 0, choppedPID, hp, atk, def, nature))
{
var newSeed = new Seed
{
Method = "Cute Charm (HGSS)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check HGSS Cute Charm (50% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = (ushort) (rng2%25 + 0x96);
if (Check(rng1, 0, choppedPID, hp, atk, def, nature))
{
var newSeed = new Seed
{
Method = "Cute Charm (HGSS)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check HGSS Cute Charm (25% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = (ushort) (rng2%25 + 0xC8);
if (Check(rng1, 0, choppedPID, hp, atk, def, nature))
{
var newSeed = new Seed
{
Method = "Cute Charm (HGSS)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check HGSS Cute Charm (75% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = (ushort) (rng2%25 + 0x4B);
if (Check(rng1, 0, choppedPID, hp, atk, def, nature))
{
var newSeed = new Seed
{
Method = "Cute Charm (HGSS)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check HGSS Cute Charm (87.5% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = (ushort) (rng2%25 + 0x32);
if (Check(rng1, 0, choppedPID, hp, atk, def, nature))
{
var newSeed = new Seed
{
Method = "Cute Charm (HGSS)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
}
}
return seeds;
}
public static List <Seed> GetSeeds(
uint hp,
uint atk,
uint def,
uint spa,
uint spd,
uint spe,
uint nature,
uint id)
{
var seeds = new List <Seed>();
uint ivs2 = spe | (spa << 5) | (spd << 10);
uint ivs1 = hp | (atk << 5) | (def << 10);
uint x_test = ivs2 << 16;
uint x_testXD = ivs1 << 16;
uint pid, pidXor, sid;
bool pass = false;
// Now we want to start with IV2 and call the RNG for
// values between 0 and FFFF in the low order bits.
for (uint cnt = 0; cnt <= 0xFFFF; cnt++)
{
//Check to see if the iv calls line up
uint seedXD = x_testXD | cnt;
var rngXD = new XdRng(seedXD);
var rngXDR = new XdRngR(seedXD);
uint rng1XD = rngXD.GetNext16BitNumber();
if ((rng1XD & 0x7FFF) == ivs2)
{
//Grab rest of RNG calls for XDColo
uint rng2XD = rngXD.GetNext16BitNumber();
uint rng3XD = rngXD.GetNext16BitNumber();
uint rng4XD = rngXD.GetNext16BitNumber();
uint XDColoSeed = rngXDR.GetNext32BitNumber();
uint XDColoSeedXor = XDColoSeed ^ 0x80000000;
sid = (rng4XD ^ rng3XD ^ id) & 0xFFF8;
// Check Colosseum\XD
// [IVs] [IVs] [xxx] [PID] [PID]
// [START] [rng1] [rng3]
pid = (rng3XD << 16) | rng4XD;
if (pid % 25 == nature)
{
var newSeed = new Seed
{
Method = "Colosseum/XD",
Pid = pid,
MonsterSeed = XDColoSeed,
Sid = sid
};
seeds.Add(newSeed);
}
// Check Colosseum\XD XOR
// [IVs] [IVs] [xxx] [PID] [PID]
// [START] [rng1] [rng3]
pidXor = pid ^ 0x80008000;
if (pidXor % 25 == nature)
{
var newSeed = new Seed
{
Method = "Colosseum/XD",
Pid = pidXor,
MonsterSeed = XDColoSeedXor,
Sid = sid
};
seeds.Add(newSeed);
}
}
// Now test rest of methods
uint seed = x_test | cnt;
var rng = new PokeRngR(seed);
uint rng1 = rng.GetNext16BitNumber();
// We have a max of 5 total RNG calls
// to make a pokemon and we already have
// one so lets go ahead and get 4 more.
uint rng2 = rng.GetNext16BitNumber();
uint rng3 = rng.GetNext16BitNumber();
uint rng4 = rng.GetNext16BitNumber();
uint method1Seed = rng.Seed;
uint method1SeedXor = method1Seed ^ 0x80000000;
sid = (rng2 ^ rng3 ^ id) & 0xFFF8;
rng.GetNext16BitNumber();
uint method234Seed = rng.Seed;
uint method234SeedXor = method234Seed ^ 0x80000000;
//Checks that ivs line up
if ((rng1 & 0x7FFF) == ivs1)
{
uint choppedPID;
// Check Method 1
// [PID] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
pid = (rng2 << 16) + rng3;
if (pid % 25 == nature)
{
// Build a seed to add to our collection
var newSeed = new Seed
{
Method = "Method 1",
Pid = pid,
MonsterSeed = method1Seed,
Sid = sid
};
seeds.Add(newSeed);
}
// Check Method 1 XOR
// [PID] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
pidXor = pid ^ 0x80008000;
if (pidXor % 25 == nature)
{
// Build a seed to add to our collection
var newSeed = new Seed
{
Method = "Method 1",
Pid = pidXor,
MonsterSeed = method1SeedXor,
Sid = sid
};
seeds.Add(newSeed);
}
// Check Reverse Method 1
// [PID] [PID] [IVs] [IVs]
// [rng2] [rng3] [rng1] [START]
pid = (rng3 << 16) + rng2;
if (pid % 25 == nature)
{
// Build a seed to add to our collection
var newSeed = new Seed
{
Method = "Reverse Method 1",
Pid = pid,
MonsterSeed = method1Seed,
Sid = sid
};
seeds.Add(newSeed);
}
// Check Reverse Method 1 XOR
// [PID] [PID] [IVs] [IVs]
// [rng2] [rng3] [rng1] [START]
pid = pid ^ 0x80008000;
if (pid % 25 == nature)
{
// Build a seed to add to our collection
var newSeed = new Seed
{
Method = "Reverse Method 1",
Pid = pid,
MonsterSeed = method1SeedXor,
Sid = sid
};
seeds.Add(newSeed);
}
// Check Wishmkr
// [PID] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
if (pid % 25 == nature)
{
if (method1Seed < 0x10000)
{
// Build a seed to add to our collection
var newSeed = new Seed
{
Pid = pid,
MonsterSeed = method1Seed,
Sid = sid
};
newSeed.Method = Functions.Shiny(newSeed.Pid, 20043, 0) ? "Wishmkr Shiny" : "Wishmkr";
seeds.Add(newSeed);
}
}
// Check Wishmkr XOR
// [PID] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
if (pidXor % 25 == nature)
{
if (method1SeedXor < 0x10000)
{
// Build a seed to add to our collection
var newSeed = new Seed
{
Pid = pidXor,
MonsterSeed = method1SeedXor,
Sid = sid
};
newSeed.Method = Functions.Shiny(newSeed.Pid, 20043, 0) ? "Wishmkr Shiny" : "Wishmkr";
seeds.Add(newSeed);
}
}
// Check Method 2
// [PID] [PID] [xxxx] [IVs] [IVs]
// [rng4] [rng3] [xxxx] [rng1] [START]
pid = (rng3 << 16) + rng4;
sid = (rng3 ^ rng4 ^ id) & 0xFFF8;
if (pid % 25 == nature)
{
// Build a seed to add to our collection
var newSeed = new Seed
{
Method = "Method 2",
Pid = pid,
MonsterSeed = method234Seed,
Sid = sid
};
seeds.Add(newSeed);
}
// Check Method 2
// [PID] [PID] [xxxx] [IVs] [IVs]
// [rng4] [rng3] [xxxx] [rng1] [START]
pidXor = pid ^ 0x80008000;
if (pidXor % 25 == nature)
{
// Build a seed to add to our collection
var newSeed = new Seed
{
Method = "Method 2",
Pid = pidXor,
MonsterSeed = method234SeedXor,
Sid = sid
};
seeds.Add(newSeed);
}
/* Removed because Method 3 doesn't exist in-game
* // Check Method 3
* // [PID] [xxxx] [PID] [IVs] [IVs]
* // [rng4] [xxxx] [rng2] [rng1] [START]
* if (Check(rng1, rng2, rng4, hp, atk, def, nature))
* {
* // Build a seed to add to our collection
* Seed newSeed = new Seed();
* newSeed.Method = "Method 3";
* newSeed.Pid = (rng2 << 16) + rng4;
* newSeed.MonsterSeed = method234Seed;
* newSeed.Sid = (rng2 ^ rng4 ^ id) & 0xFFF8;
*
* seeds.Add(newSeed);
* } */
// DPPt Cute Charm
if (rng3 / 0x5556 != 0)
{
// Check DPPt Cute Charm
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = rng2 / 0xA3E;
pass = choppedPID % 25 == nature;
if (pass)
{
var newSeed = new Seed
{
Method = "Cute Charm (DPPt)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check DPPt Cute Charm (50% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
//choppedPID = rng2 / 0xA3E + 0x96;
if (pass)
{
choppedPID += 0x96;
var newSeed = new Seed
{
Method = "Cute Charm (DPPt)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check DPPt Cute Charm (25% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
//choppedPID = rng2 / 0xA3E + 0xC8;
if (pass)
{
choppedPID += 0x32;
var newSeed = new Seed
{
Method = "Cute Charm (DPPt)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check DPPt Cute Charm (75% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
//choppedPID = rng2 / 0xA3E + 0x4B;
if (pass)
{
choppedPID -= 0x7D;
var newSeed = new Seed
{
Method = "Cute Charm (DPPt)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check DPPt Cute Charm (87.5% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
//choppedPID = rng2 / 0xA3E + 0x32;
if (pass)
{
choppedPID -= 0x19;
var newSeed = new Seed
{
Method = "Cute Charm (DPPt)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
}
// HGSS Cute Charm
if (rng3 % 3 != 0)
{
// Check HGSS Cute Charm
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = rng2 % 25;
pass = choppedPID == nature;
if (pass)
{
var newSeed = new Seed
{
Method = "Cute Charm (HGSS)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check HGSS Cute Charm (50% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
//choppedPID = rng2 % 25 + 0x96;
if (pass)
{
choppedPID += 0x96;
var newSeed = new Seed
{
Method = "Cute Charm (HGSS)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check HGSS Cute Charm (25% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
//choppedPID = rng2 % 25 + 0xC8;
if (pass)
{
choppedPID += 0x32;
var newSeed = new Seed
{
Method = "Cute Charm (HGSS)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check HGSS Cute Charm (75% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
//choppedPID = rng2 % 25 + 0x4B;
if (pass)
{
choppedPID -= 0x7D;
var newSeed = new Seed
{
Method = "Cute Charm (HGSS)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check HGSS Cute Charm (87.5% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
//choppedPID = rng2 % 25 + 0x32;
if (pass)
{
choppedPID -= 0x19;
var newSeed = new Seed
{
Method = "Cute Charm (HGSS)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
}
// DPPt Cute Charm XOR
uint rng3Xor = rng3 ^ 0x8000;
uint rng2Xor = rng2 ^ 0x8000;
if (rng3Xor / 0x5556 != 0)
{
// Check DPPt Cute Charm
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = rng2Xor / 0xA3E;
pass = choppedPID % 25 == nature;
if (pass)
{
var newSeed = new Seed
{
Method = "Cute Charm (DPPt)",
Pid = choppedPID,
MonsterSeed = method1SeedXor,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check DPPt Cute Charm (50% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
//choppedPID = rng2 / 0xA3E + 0x96;
if (pass)
{
choppedPID += 0x96;
var newSeed = new Seed
{
Method = "Cute Charm (DPPt)",
Pid = choppedPID,
MonsterSeed = method1SeedXor,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check DPPt Cute Charm (25% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
//choppedPID = rng2 / 0xA3E + 0xC8;
if (pass)
{
choppedPID += 0x32;
var newSeed = new Seed
{
Method = "Cute Charm (DPPt)",
Pid = choppedPID,
MonsterSeed = method1SeedXor,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check DPPt Cute Charm (75% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
//choppedPID = rng2 / 0xA3E + 0x4B;
if (pass)
{
choppedPID -= 0x7D;
var newSeed = new Seed
{
Method = "Cute Charm (DPPt)",
Pid = choppedPID,
MonsterSeed = method1SeedXor,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check DPPt Cute Charm (87.5% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
//choppedPID = rng2 / 0xA3E + 0x32;
if (pass)
{
choppedPID -= 0x19;
var newSeed = new Seed
{
Method = "Cute Charm (DPPt)",
Pid = choppedPID,
MonsterSeed = method1SeedXor,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
}
// HGSS Cute Charm XOR
if (rng3Xor % 3 != 0)
{
// Check HGSS Cute Charm
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = rng2Xor % 25;
pass = choppedPID == nature;
if (pass)
{
var newSeed = new Seed
{
Method = "Cute Charm (HGSS)",
Pid = choppedPID,
MonsterSeed = method1SeedXor,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check HGSS Cute Charm (50% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
//choppedPID = rng2 % 25 + 0x96;
if (pass)
{
choppedPID += 0x96;
var newSeed = new Seed
{
Method = "Cute Charm (HGSS)",
Pid = choppedPID,
MonsterSeed = method1SeedXor,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check HGSS Cute Charm (25% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
//choppedPID = rng2 % 25 + 0xC8;
if (pass)
{
choppedPID += 0x32;
var newSeed = new Seed
{
Method = "Cute Charm (HGSS)",
Pid = choppedPID,
MonsterSeed = method1SeedXor,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check HGSS Cute Charm (75% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
//choppedPID = rng2 % 25 + 0x4B;
if (pass)
{
choppedPID -= 0x7D;
var newSeed = new Seed
{
Method = "Cute Charm (HGSS)",
Pid = choppedPID,
MonsterSeed = method1SeedXor,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check HGSS Cute Charm (87.5% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
//choppedPID = rng2 % 25 + 0x32;
if (pass)
{
choppedPID -= 0x19;
var newSeed = new Seed
{
Method = "Cute Charm (HGSS)",
Pid = choppedPID,
MonsterSeed = method1SeedXor,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
}
}
if ((rng2 & 0x7FFF) == ivs1)
{
// Check Method 4
// [PID] [PID] [IVs] [xxxx] [IVs]
// [rng4] [rng3] [rng2] [xxxx] [START]
pid = (rng3 << 16) + rng4;
sid = (rng3 ^ rng4 ^ id) & 0xFFF8;
if (pid % 25 == nature)
{
// Build a seed to add to our collection
var newSeed = new Seed
{
Method = "Method 4",
Pid = pid,
MonsterSeed = method234Seed,
Sid = sid
};
seeds.Add(newSeed);
}
// Check Method 4 XOR
// [PID] [PID] [IVs] [xxxx] [IVs]
// [rng4] [rng3] [rng2] [xxxx] [START]
pidXor = pid ^ 0x80008000;
if (pidXor % 25 == nature)
{
// Build a seed to add to our collection
var newSeed = new Seed
{
Method = "Method 4",
Pid = pidXor,
MonsterSeed = method234SeedXor,
Sid = sid
};
seeds.Add(newSeed);
}
}
}
return(seeds);
}
// We need a function to return a list of monster seeds,
// which will be updated to include a method.
public static List<Seed> GetXDSeeds(
uint hp,
uint atk,
uint def,
uint spa,
uint spd,
uint spe,
uint nature,
uint id)
{
var seeds = new List<Seed>();
uint x8 = 0;
uint x8_2 = 0;
x8 = hp + (atk << 5) + (def << 10);
x8_2 = x8 ^ 0x8000;
// Now we want to start with IV2 and call the RNG for
// values between 0 and FFFF in the low order bits.
for (uint cnt = 0; cnt <= 0x1FFFE; cnt++)
{
// We want to test with the high bit
// both set and not set, so we're going
// to sneakily do them both. god help
// me if i ever have to figure this out
// in the future.
uint x_testXD = (cnt & 1) == 0 ? x8 : x8_2;
// Set our test seed here so we can start
// working backwards to see if the rest
// of the information we were provided
// is a match.
uint seed = (x_testXD << 16) + (cnt%0xFFFF);
var rngXD = new XdRng(seed);
var rngXDR = new XdRngR(seed);
uint XDColoSeed = rngXDR.GetNext32BitNumber();
// Right now, this simply assumes method
// 1 and gets the value previous to check
// for match. We need a clean way to do
// this for all of our methods.
// We have a max of 5 total RNG calls
// to make a pokemon and we already have
// one so lets go ahead and get 4 more.
ushort rng1XD = rngXD.GetNext16BitNumber();
ushort rng2XD = rngXD.GetNext16BitNumber();
ushort rng3XD = rngXD.GetNext16BitNumber();
ushort rng4XD = rngXD.GetNext16BitNumber();
// Check Colosseum\XD
// [IVs] [IVs] [xxx] [PID] [PID]
// [START] [rng1] [rng3] [rng4]
if (Check(rng1XD, rng3XD, rng4XD, spe, spa, spd, nature))
{
var newSeed = new Seed
{
Method = "Colosseum/XD",
Pid = ((uint) rng3XD << 16) + rng4XD,
MonsterSeed = XDColoSeed
};
seeds.Add(newSeed);
}
}
return seeds;
}
private void buttonGenerate_Click(object sender, EventArgs e)
{
// Initial seed that we are going to used for our frame generation
ulong seed = 0;
if (textBoxSeed.Text != "")
{
seed = ulong.Parse(textBoxSeed.Text, NumberStyles.HexNumber);
}
uint maxFrames = 1000;
if (maskedTextBoxMaxFrames.Text != "")
{
maxFrames = uint.Parse(maskedTextBoxMaxFrames.Text);
}
// Generic RNG Interface
IRNG rng = null;
IRNG64 rng64 = null;
// Instantiate based on the type that
// the user has selected ------------
if (radioButtonCommon.Checked)
{
switch (comboBoxRNG.SelectedIndex)
{
case 0:
rng = new PokeRng((uint) seed);
break;
case 1:
rng = new PokeRngR((uint) seed);
break;
case 2:
// if the given seed is 64 bit, remove the lower 32 bits.
if (seed >= 0x100000000) seed >>= 32;
rng = new MersenneTwister((uint) seed);
break;
case 3:
rng64 = new BWRng(seed);
break;
case 4:
rng64 = new BWRngR(seed);
break;
case 5:
rng = new XdRng((uint) seed);
break;
case 6:
rng = new XdRngR((uint) seed);
break;
case 7:
rng = new ARng((uint) seed);
break;
case 8:
rng = new ARngR((uint) seed);
break;
case 9:
rng = new GRng((uint) seed);
break;
case 10:
rng = new GRngR((uint) seed);
break;
case 11:
rng = new EncounterRng((uint) seed);
break;
case 12:
rng = new EncounterRngR((uint) seed);
break;
case 13:
rng = new MersenneTwisterUntempered((int) seed);
break;
case 14:
rng = new MersenneTwisterFast((uint) seed, (int) maxFrames);
break;
case 15:
rng = new MersenneTwisterTable((uint) seed);
break;
}
}
if (radioButtonCustom.Checked)
{
// Check to see if we had valid values in the entry fields, and if so
// covert them over to the adding and multiplier so we can instantiate
// a generic LCRNG.
ulong mult = 0;
ulong add = 0;
if (textBoxMult.Text != "")
{
mult = ulong.Parse(textBoxMult.Text, NumberStyles.HexNumber);
}
if (textBoxAdd.Text != "")
{
add = ulong.Parse(textBoxAdd.Text, NumberStyles.HexNumber);
}
if (checkBox64bit.Checked)
{
rng64 = new GenericRng64(seed, mult, add);
}
else
{
rng = new GenericRng((uint) seed, (uint) mult, (uint) add);
}
}
// This is our collection of operators. At some point, if this gets
// fancy, we may want to break it off and have it in it's own class
var calculators = new Dictionary<string, Calculator>();
calculators["%"] = (x, y) => x%y;
calculators["*"] = (x, y) => x*y;
calculators["/"] = (x, y) => y == 0 ? 0 : x/y;
calculators["&"] = (x, y) => x & y;
calculators["^"] = (x, y) => x ^ y;
calculators["|"] = (x, y) => x | y;
calculators["+"] = (x, y) => x + y;
calculators["-"] = (x, y) => x - y;
calculators[">>"] = (x, y) => x >> (int) y;
calculators["<<"] = (x, y) => x << (int) y;
bool calcCustom1 =
textBoxRValue1.Text != "" &&
(string) comboBoxOperator1.SelectedItem != null &&
(string) comboBoxLValue1.SelectedItem != null;
bool calcCustom2 =
(textBoxRValue2.Text != "" || comboBoxRValue2.SelectedIndex != 0) &&
(string) comboBoxOperator2.SelectedItem != null &&
(string) comboBoxLValue2.SelectedItem != null;
bool calcCustom3 =
(textBoxRValue3.Text != "" || comboBoxRValue3.SelectedIndex != 0) &&
(string) comboBoxOperator3.SelectedItem != null &&
(string) comboBoxLValue3.SelectedItem != null;
bool calcCustom4 =
(textBoxRValue4.Text != "" || comboBoxRValue4.SelectedIndex != 0) &&
(string) comboBoxOperator4.SelectedItem != null &&
(string) comboBoxLValue4.SelectedItem != null;
bool calcCustom5 =
(textBoxRValue5.Text != "" || comboBoxRValue5.SelectedIndex != 0) &&
(string) comboBoxOperator5.SelectedItem != null &&
(string) comboBoxLValue5.SelectedItem != null;
bool calcCustom6 =
(textBoxRValue6.Text != "" || comboBoxRValue6.SelectedIndex != 0) &&
(string) comboBoxOperator6.SelectedItem != null &&
(string) comboBoxLValue6.SelectedItem != null;
bool calcCustom7 =
(textBoxRValue7.Text != "" || comboBoxRValue7.SelectedIndex != 0) &&
(string) comboBoxOperator7.SelectedItem != null &&
(string) comboBoxLValue7.SelectedItem != null;
// Build our custom item transform classes so that we can use them in
// the future without having to do a parse of all of the items.
ulong customRValue1;
ulong customRValue2;
ulong customRValue3;
ulong customRValue4;
ulong customRValue5;
ulong customRValue6;
ulong customRValue7;
try
{
customRValue1 = (textBoxRValue1.Text == ""
? 0
: (checkBoxCustom1Hex.Checked
? ulong.Parse(textBoxRValue1.Text, NumberStyles.HexNumber)
: ulong.Parse(textBoxRValue1.Text)));
customRValue2 = (textBoxRValue2.Text == ""
? 0
: (checkBoxCustom2Hex.Checked
? ulong.Parse(textBoxRValue2.Text, NumberStyles.HexNumber)
: ulong.Parse(textBoxRValue2.Text)));
customRValue3 = (textBoxRValue3.Text == ""
? 0
: (checkBoxCustom3Hex.Checked
? ulong.Parse(textBoxRValue3.Text, NumberStyles.HexNumber)
: ulong.Parse(textBoxRValue3.Text)));
customRValue4 = (textBoxRValue4.Text == ""
? 0
: (checkBoxCustom4Hex.Checked
? ulong.Parse(textBoxRValue4.Text, NumberStyles.HexNumber)
: ulong.Parse(textBoxRValue4.Text)));
customRValue5 = (textBoxRValue5.Text == ""
? 0
: (checkBoxCustom5Hex.Checked
? ulong.Parse(textBoxRValue5.Text, NumberStyles.HexNumber)
: ulong.Parse(textBoxRValue5.Text)));
customRValue6 = (textBoxRValue6.Text == ""
? 0
: (checkBoxCustom6Hex.Checked
? ulong.Parse(textBoxRValue6.Text, NumberStyles.HexNumber)
: ulong.Parse(textBoxRValue6.Text)));
customRValue7 = (textBoxRValue7.Text == ""
? 0
: (checkBoxCustom7Hex.Checked
? ulong.Parse(textBoxRValue7.Text, NumberStyles.HexNumber)
: ulong.Parse(textBoxRValue7.Text)));
}
catch (Exception ex)
{
MessageBox.Show("You must check off the Hex box in order to calculate using hex values.", ex.Message);
return;
}
Calculator custom1Calc = ((string) comboBoxOperator1.SelectedItem == null
? null
: calculators[(string) comboBoxOperator1.SelectedItem]);
Calculator custom2Calc = ((string) comboBoxOperator2.SelectedItem == null
? null
: calculators[(string) comboBoxOperator2.SelectedItem]);
Calculator custom3Calc = ((string) comboBoxOperator3.SelectedItem == null
? null
: calculators[(string) comboBoxOperator3.SelectedItem]);
Calculator custom4Calc = ((string) comboBoxOperator4.SelectedItem == null
? null
: calculators[(string) comboBoxOperator4.SelectedItem]);
Calculator custom5Calc = ((string) comboBoxOperator5.SelectedItem == null
? null
: calculators[(string) comboBoxOperator5.SelectedItem]);
Calculator custom6Calc = ((string) comboBoxOperator6.SelectedItem == null
? null
: calculators[(string) comboBoxOperator6.SelectedItem]);
Calculator custom7Calc = ((string) comboBoxOperator7.SelectedItem == null
? null
: calculators[(string) comboBoxOperator7.SelectedItem]);
// Decide on whether we are going to display each of these items as
// decimal or hex. Can be very useful either way, so it is an option.
Custom1.DefaultCellStyle.Format = checkBoxCustom1Hex.Checked ? "X8" : "";
Custom2.DefaultCellStyle.Format = checkBoxCustom2Hex.Checked ? "X8" : "";
Custom3.DefaultCellStyle.Format = checkBoxCustom3Hex.Checked ? "X8" : "";
Custom4.DefaultCellStyle.Format = checkBoxCustom4Hex.Checked ? "X8" : "";
Custom5.DefaultCellStyle.Format = checkBoxCustom5Hex.Checked ? "X8" : "";
Custom6.DefaultCellStyle.Format = checkBoxCustom6Hex.Checked ? "X8" : "";
Custom7.DefaultCellStyle.Format = checkBoxCustom7Hex.Checked ? "X8" : "";
var frames = new List<FrameResearch>();
bool rngIs64Bit = (comboBoxRNG.SelectedIndex == 3 || comboBoxRNG.SelectedIndex == 4 ||
checkBox64bit.Checked && radioButtonCustom.Checked);
// Loop through X times and create our research frames.
for (uint cnt = 0; cnt < maxFrames; cnt++)
{
FrameResearch frame;
if (!rngIs64Bit)
{
Column64Bit.Visible = false;
Column32Bit.Visible = true;
Column32BitHigh.Visible = false;
Column32BitLow.Visible = false;
uint rngResult = rng.Next();
// Start building the research frame that we are going to use
frame = new FrameResearch {RNG64bit = rngIs64Bit, FrameNumber = cnt + 1, Full32 = rngResult};
}
else
{
Column64Bit.Visible = true;
Column32Bit.Visible = false;
Column32BitHigh.Visible = true;
Column32BitLow.Visible = true;
ulong rngResult = rng64.Next();
// Start building the research frame that we are going to use
frame = new FrameResearch {RNG64bit = rngIs64Bit, FrameNumber = cnt + 1, Full64 = rngResult};
}
// Call Custom 1 ////////////////////////////////////////////////////////////////
if (calcCustom1)
{
ulong customLValue1 = CustomCalcs(comboBoxLValue1, frame, frames);
if (!rngIs64Bit)
customLValue1 = (uint) customLValue1;
frame.Custom1 = custom1Calc(customLValue1, customRValue1);
}
//////////////////////////////////////////////////////////////////////////////////
// Call Custom 2 ////////////////////////////////////////////////////////////////
if (calcCustom2)
{
ulong customLValue2 = CustomCalcs(comboBoxLValue2, frame, frames);
if ((string) comboBoxRValue2.SelectedItem != "None")
customRValue2 = CustomCalcs(comboBoxRValue2, frame, frames);
if (!rngIs64Bit)
customLValue2 = (uint) customLValue2;
frame.Custom2 = custom2Calc(customLValue2, customRValue2);
}
//////////////////////////////////////////////////////////////////////////////////
// Call Custom 3 ////////////////////////////////////////////////////////////////
if (calcCustom3)
{
ulong customLValue3 = CustomCalcs(comboBoxLValue3, frame, frames);
if ((string) comboBoxRValue3.SelectedItem != "None")
customRValue3 = CustomCalcs(comboBoxRValue3, frame, frames);
if (!rngIs64Bit)
customLValue3 = (uint) customLValue3;
frame.Custom3 = custom3Calc(customLValue3, customRValue3);
}
//////////////////////////////////////////////////////////////////////////////////
// Call Custom 4 ////////////////////////////////////////////////////////////////
if (calcCustom4)
{
ulong customLValue4 = CustomCalcs(comboBoxLValue4, frame, frames);
if ((string) comboBoxRValue4.SelectedItem != "None")
customRValue4 = CustomCalcs(comboBoxRValue4, frame, frames);
if (!rngIs64Bit)
customLValue4 = (uint) customLValue4;
frame.Custom4 = custom4Calc(customLValue4, customRValue4);
}
//////////////////////////////////////////////////////////////////////////////////
// Call Custom 5 ////////////////////////////////////////////////////////////////
if (calcCustom5)
{
ulong customLValue5 = CustomCalcs(comboBoxLValue5, frame, frames);
if ((string) comboBoxRValue5.SelectedItem != "None")
customRValue5 = CustomCalcs(comboBoxRValue5, frame, frames);
if (!rngIs64Bit)
customLValue5 = (uint) customLValue5;
frame.Custom5 = custom5Calc(customLValue5, customRValue5);
}
//////////////////////////////////////////////////////////////////////////////////
// Call Custom 6 ////////////////////////////////////////////////////////////////
if (calcCustom6)
{
ulong customLValue6 = CustomCalcs(comboBoxLValue6, frame, frames);
if ((string) comboBoxRValue6.SelectedItem != "None")
customRValue6 = CustomCalcs(comboBoxRValue6, frame, frames);
if (!rngIs64Bit)
customLValue6 = (uint) customLValue6;
frame.Custom6 = custom6Calc(customLValue6, customRValue6);
}
//////////////////////////////////////////////////////////////////////////////////
// Call Custom 7 ////////////////////////////////////////////////////////////////
if (calcCustom7)
{
ulong customLValue7 = CustomCalcs(comboBoxLValue7, frame, frames);
if ((string) comboBoxRValue7.SelectedItem != "None")
customRValue7 = CustomCalcs(comboBoxRValue7, frame, frames);
if (!rngIs64Bit)
customLValue7 = (uint) customLValue7;
frame.Custom7 = custom7Calc(customLValue7, customRValue7);
}
//////////////////////////////////////////////////////////////////////////////////
frames.Add(frame);
}
// Bind to the grid
dataGridViewValues.DataSource = frames;
dataGridViewValues.Focus();
}
// Overloaded method for SeedFinder's Open Search
public static List <Seed> GetSeeds(
uint hp,
uint atk,
uint def,
uint spa,
uint spd,
uint spe,
uint nature)
{
var seeds = new List <Seed>();
uint x4 = spe + (spa << 5) + (spd << 10);
uint x4_2 = x4 ^ 0x8000;
uint x8 = hp + (atk << 5) + (def << 10);
uint x8_2 = x8 ^ 0x8000;
// Now we want to start with IV2 and call the RNG for
// values between 0 and FFFF in the low order bits.
for (uint cnt = 0; cnt <= 0xFFFE; cnt++)
{
uint x_test;
uint x_testXD;
// We want to test with the high bit
// both set and not set, so we're going
// to sneakily do them both. god help
// me if i ever have to figure this out
// in the future.
x_test = (cnt & 1) == 0 ? x4 : x4_2;
x_testXD = (cnt & 1) == 0 ? x8 : x8_2;
// Set our test seed here so we can start
// working backwards to see if the rest
// of the information we were provided
// is a match.
uint seed = (x_test << 16) + (cnt & 0xFFFF);
uint seedXD = (x_testXD << 16) + (cnt & 0xFFFF);
var rng = new PokeRngR(seed);
var rngXD = new XdRng(seedXD);
var rngXDR = new XdRngR(seedXD);
uint XDColoSeed = rngXDR.GetNext32BitNumber();
// Right now, this simply assumes method
// 1 and gets the value previous to check
// for match. We need a clean way to do
// this for all of our methods.
// We have a max of 5 total RNG calls
// to make a pokemon and we already have
// one so lets go ahead and get 4 more.
ushort rng1 = rng.GetNext16BitNumber();
ushort rng2 = rng.GetNext16BitNumber();
ushort rng3 = rng.GetNext16BitNumber();
ushort rng4 = rng.GetNext16BitNumber();
ushort rng1XD = rngXD.GetNext16BitNumber();
ushort rng2XD = rngXD.GetNext16BitNumber();
ushort rng3XD = rngXD.GetNext16BitNumber();
ushort rng4XD = rngXD.GetNext16BitNumber();
uint method1Seed = rng.Seed;
rng.GetNext16BitNumber();
uint method234Seed = rng.Seed;
// Check Method 1
// [PID] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
if (Check(rng1, rng2, rng3, hp, atk, def, nature))
{
// Build a seed to add to our collection
var newSeed = new Seed
{
Method = "Method 1",
Pid = ((uint)rng2 << 16) + rng3,
MonsterSeed = method1Seed
};
seeds.Add(newSeed);
}
}
// Now we want to start with IV2 and call the RNG for
// values between 0 and FFFF in the low order bits.
for (uint cnt = 0xFFFF; cnt <= 0x1FFFE; cnt++)
{
uint x_test;
uint x_testXD;
// We want to test with the high bit
// both set and not set, so we're going
// to sneakily do them both. god help
// me if i ever have to figure this out
// in the future.
x_test = (cnt & 1) == 0 ? x4 : x4_2;
x_testXD = (cnt & 1) == 0 ? x8 : x8_2;
// Set our test seed here so we can start
// working backwards to see if the rest
// of the information we were provided
// is a match.
uint seed = (x_test << 16) + ((cnt + 1) & 0xFFFF);
uint seedXD = (x_testXD << 16) + ((cnt + 1) & 0xFFFF);
var rng = new PokeRngR(seed);
var rngXD = new XdRng(seedXD);
var rngXDR = new XdRngR(seedXD);
uint XDColoSeed = rngXDR.GetNext32BitNumber();
// Right now, this simply assumes method
// 1 and gets the value previous to check
// for match. We need a clean way to do
// this for all of our methods.
// We have a max of 5 total RNG calls
// to make a pokemon and we already have
// one so lets go ahead and get 4 more.
ushort rng1 = rng.GetNext16BitNumber();
ushort rng2 = rng.GetNext16BitNumber();
ushort rng3 = rng.GetNext16BitNumber();
ushort rng4 = rng.GetNext16BitNumber();
ushort rng1XD = rngXD.GetNext16BitNumber();
ushort rng2XD = rngXD.GetNext16BitNumber();
ushort rng3XD = rngXD.GetNext16BitNumber();
ushort rng4XD = rngXD.GetNext16BitNumber();
uint method1Seed = rng.Seed;
rng.GetNext16BitNumber();
uint method234Seed = rng.Seed;
// Check Method 1
// [PID] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
if (Check(rng1, rng2, rng3, hp, atk, def, nature))
{
// Build a seed to add to our collection
var newSeed = new Seed
{
Method = "Method 1",
Pid = ((uint)rng2 << 16) + rng3,
MonsterSeed = method1Seed
};
seeds.Add(newSeed);
}
}
return(seeds);
}
public static List <Seed> GetSeeds(
uint hp,
uint atk,
uint def,
uint spa,
uint spd,
uint spe,
uint nature,
uint id)
{
var seeds = new List <Seed>();
uint x4 = spe + (spa << 5) + (spd << 10);
uint x4_2 = x4 ^ 0x8000;
uint x8 = hp + (atk << 5) + (def << 10);
uint x8_2 = x8 ^ 0x8000;
// Now we want to start with IV2 and call the RNG for
// values between 0 and FFFF in the low order bits.
for (uint cnt = 0; cnt <= 0xFFFE; cnt++)
{
uint x_test;
uint x_testXD;
// We want to test with the high bit
// both set and not set, so we're going
// to sneakily do them both. god help
// me if i ever have to figure this out
// in the future.
x_test = (cnt & 1) == 0 ? x4 : x4_2;
x_testXD = (cnt & 1) == 0 ? x8 : x8_2;
// Set our test seed here so we can start
// working backwards to see if the rest
// of the information we were provided
// is a match.
uint seed = (x_test << 16) + cnt;
uint seedXD = (x_testXD << 16) + cnt;
var rng = new PokeRngR(seed);
var rngXD = new XdRng(seedXD);
var rngXDR = new XdRngR(seedXD);
uint XDColoSeed = rngXDR.GetNext32BitNumber();
// Right now, this simply assumes method
// 1 and gets the value previous to check
// for match. We need a clean way to do
// this for all of our methods.
// We have a max of 5 total RNG calls
// to make a pokemon and we already have
// one so lets go ahead and get 4 more.
ushort rng1 = rng.GetNext16BitNumber();
ushort rng2 = rng.GetNext16BitNumber();
ushort rng3 = rng.GetNext16BitNumber();
ushort rng4 = rng.GetNext16BitNumber();
ushort rng1XD = rngXD.GetNext16BitNumber();
ushort rng2XD = rngXD.GetNext16BitNumber();
ushort rng3XD = rngXD.GetNext16BitNumber();
ushort rng4XD = rngXD.GetNext16BitNumber();
uint method1Seed = rng.Seed;
rng.GetNext16BitNumber();
uint method234Seed = rng.Seed;
ushort choppedPID;
// Check Method 1
// [PID] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
if (Check(rng1, rng2, rng3, hp, atk, def, nature))
{
// Build a seed to add to our collection
var newSeed = new Seed();
newSeed.Method = "Method 1";
newSeed.Pid = ((uint)rng2 << 16) + rng3;
newSeed.MonsterSeed = method1Seed;
newSeed.Sid = (rng2 ^ (uint)rng3 ^ id) & 0xFFF8;
seeds.Add(newSeed);
}
// Check Wishmkr
// [PID] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
if (Check(rng1, rng3, rng2, hp, atk, def, nature))
{
if (method1Seed < 0x10000)
{
// Build a seed to add to our collection
var newSeed = new Seed();
newSeed.Pid = ((uint)rng3 << 16) + rng2;
newSeed.MonsterSeed = method1Seed;
newSeed.Sid = (rng2 ^ (uint)rng3 ^ id) & 0xFFF8;
if (Functions.Shiny(newSeed.Pid, 20043, 0))
{
newSeed.Method = "Wishmkr Shiny";
}
else
{
newSeed.Method = "Wishmkr";
}
seeds.Add(newSeed);
}
}
// Check Method 2
// [PID] [PID] [xxxx] [IVs] [IVs]
// [rng4] [rng3] [xxxx] [rng1] [START]
if (Check(rng1, rng3, rng4, hp, atk, def, nature))
{
// Build a seed to add to our collection
var newSeed = new Seed
{
Method = "Method 2",
Pid = ((uint)rng3 << 16) + rng4,
MonsterSeed = method234Seed,
Sid = (rng3 ^ (uint)rng4 ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
/*
* Removed because Method 3 doesn't exist in-game
* // Check Method 3
* // [PID] [xxxx] [PID] [IVs] [IVs]
* // [rng4] [xxxx] [rng2] [rng1] [START]
* if (Check(rng1, rng2, rng4, hp, atk, def, nature))
* {
* // Build a seed to add to our collection
* Seed newSeed = new Seed();
* newSeed.Method = "Method 3";
* newSeed.Pid = ((uint)rng2 << 16) + (uint)rng4;
* newSeed.MonsterSeed = method234Seed;
* newSeed.Sid = ((uint)rng2 ^ (uint)rng4 ^ id) & 0xFFF8;
*
* seeds.Add(newSeed);
* }
*/
// Check Method 4
// [PID] [PID] [IVs] [xxxx] [IVs]
// [rng4] [rng3] [rng2] [xxxx] [START]
if (Check(rng2, rng3, rng4, hp, atk, def, nature))
{
// Build a seed to add to our collection
var newSeed = new Seed
{
Method = "Method 4",
Pid = ((uint)rng3 << 16) + rng4,
MonsterSeed = method234Seed,
Sid = (rng3 ^ (uint)rng4 ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check Colosseum\XD
// [IVs] [IVs] [xxx] [PID] [PID]
// [START] [rng1] [rng3]
if (Check(rng1XD, rng3XD, rng4XD, spe, spa, spd, nature))
{
var newSeed = new Seed
{
Method = "Colosseum/XD",
Pid = ((uint)rng3XD << 16) + rng4XD,
MonsterSeed = XDColoSeed,
Sid = (rng4XD ^ (uint)rng3XD ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
if (rng3 / 0x5556 != 0)
{
// Check DPPt Cute Charm
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = (ushort)(rng2 / 0xA3E);
if (Check(rng1, 0, choppedPID, hp, atk, def, nature))
{
var newSeed = new Seed
{
Method = "Cute Charm (DPPt)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check DPPt Cute Charm (50% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = (ushort)(rng2 / 0xA3E + 0x96);
if (Check(rng1, 0, choppedPID, hp, atk, def, nature))
{
var newSeed = new Seed
{
Method = "Cute Charm (DPPt)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check DPPt Cute Charm (25% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = (ushort)(rng2 / 0xA3E + 0xC8);
if (Check(rng1, 0, choppedPID, hp, atk, def, nature))
{
var newSeed = new Seed
{
Method = "Cute Charm (DPPt)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check DPPt Cute Charm (75% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = (ushort)(rng2 / 0xA3E + 0x4B);
if (Check(rng1, 0, choppedPID, hp, atk, def, nature))
{
var newSeed = new Seed
{
Method = "Cute Charm (DPPt)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check DPPt Cute Charm (87.5% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = (ushort)(rng2 / 0xA3E + 0x32);
if (Check(rng1, 0, choppedPID, hp, atk, def, nature))
{
var newSeed = new Seed
{
Method = "Cute Charm (DPPt)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
}
if (rng3 % 3 != 0)
{
// Check HGSS Cute Charm
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = (ushort)(rng2 % 25);
if (Check(rng1, 0, choppedPID, hp, atk, def, nature))
{
var newSeed = new Seed
{
Method = "Cute Charm (HGSS)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check HGSS Cute Charm (50% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = (ushort)(rng2 % 25 + 0x96);
if (Check(rng1, 0, choppedPID, hp, atk, def, nature))
{
var newSeed = new Seed
{
Method = "Cute Charm (HGSS)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check HGSS Cute Charm (25% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = (ushort)(rng2 % 25 + 0xC8);
if (Check(rng1, 0, choppedPID, hp, atk, def, nature))
{
var newSeed = new Seed
{
Method = "Cute Charm (HGSS)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check HGSS Cute Charm (75% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = (ushort)(rng2 % 25 + 0x4B);
if (Check(rng1, 0, choppedPID, hp, atk, def, nature))
{
var newSeed = new Seed
{
Method = "Cute Charm (HGSS)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check HGSS Cute Charm (87.5% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = (ushort)(rng2 % 25 + 0x32);
if (Check(rng1, 0, choppedPID, hp, atk, def, nature))
{
var newSeed = new Seed
{
Method = "Cute Charm (HGSS)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
}
}
// Now we want to start with IV2 and call the RNG for
// values between 0 and FFFF in the low order bits.
for (uint cnt = 0xFFFF; cnt <= 0x1FFFE; cnt++)
{
uint x_test;
uint x_testXD;
// We want to test with the high bit
// both set and not set, so we're going
// to sneakily do them both. god help
// me if i ever have to figure this out
// in the future.
x_test = (cnt & 1) == 0 ? x4 : x4_2;
x_testXD = (cnt & 1) == 0 ? x8 : x8_2;
// Set our test seed here so we can start
// working backwards to see if the rest
// of the information we were provided
// is a match.
uint seed = (x_test << 16) + ((cnt + 1) & 0xFFFF);
uint seedXD = (x_testXD << 16) + ((cnt + 1) & 0xFFFF);
var rng = new PokeRngR(seed);
var rngXD = new XdRng(seedXD);
var rngXDR = new XdRngR(seedXD);
uint XDColoSeed = rngXDR.GetNext32BitNumber();
// Right now, this simply assumes method
// 1 and gets the value previous to check
// for match. We need a clean way to do
// this for all of our methods.
// We have a max of 5 total RNG calls
// to make a pokemon and we already have
// one so lets go ahead and get 4 more.
ushort rng1 = rng.GetNext16BitNumber();
ushort rng2 = rng.GetNext16BitNumber();
ushort rng3 = rng.GetNext16BitNumber();
ushort rng4 = rng.GetNext16BitNumber();
ushort rng1XD = rngXD.GetNext16BitNumber();
ushort rng2XD = rngXD.GetNext16BitNumber();
ushort rng3XD = rngXD.GetNext16BitNumber();
ushort rng4XD = rngXD.GetNext16BitNumber();
uint method1Seed = rng.Seed;
rng.GetNext16BitNumber();
uint method234Seed = rng.Seed;
ushort choppedPID;
// Check Method 1
// [PID] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
if (Check(rng1, rng2, rng3, hp, atk, def, nature))
{
// Build a seed to add to our collection
var newSeed = new Seed();
newSeed.Method = "Method 1";
newSeed.Pid = ((uint)rng2 << 16) + rng3;
newSeed.MonsterSeed = method1Seed;
newSeed.Sid = (rng2 ^ (uint)rng3 ^ id) & 0xFFF8;
seeds.Add(newSeed);
}
// Check Wishmkr
// [PID] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
if (Check(rng1, rng3, rng2, hp, atk, def, nature))
{
if (method1Seed < 0x10000)
{
// Build a seed to add to our collection
var newSeed = new Seed();
newSeed.Pid = ((uint)rng3 << 16) + rng2;
newSeed.MonsterSeed = method1Seed;
newSeed.Sid = (rng2 ^ (uint)rng3 ^ id) & 0xFFF8;
if (Functions.Shiny(newSeed.Pid, 20043, 0))
{
newSeed.Method = "Wishmkr Shiny";
}
else
{
newSeed.Method = "Wishmkr";
}
seeds.Add(newSeed);
}
}
// Check Method 2
// [PID] [PID] [xxxx] [IVs] [IVs]
// [rng4] [rng3] [xxxx] [rng1] [START]
if (Check(rng1, rng3, rng4, hp, atk, def, nature))
{
// Build a seed to add to our collection
var newSeed = new Seed
{
Method = "Method 2",
Pid = ((uint)rng3 << 16) + rng4,
MonsterSeed = method234Seed,
Sid = (rng3 ^ (uint)rng4 ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
/*
* Removed because Method 3 doesn't exist in-game
* // Check Method 3
* // [PID] [xxxx] [PID] [IVs] [IVs]
* // [rng4] [xxxx] [rng2] [rng1] [START]
* if (Check(rng1, rng2, rng4, hp, atk, def, nature))
* {
* // Build a seed to add to our collection
* Seed newSeed = new Seed();
* newSeed.Method = "Method 3";
* newSeed.Pid = ((uint)rng2 << 16) + (uint)rng4;
* newSeed.MonsterSeed = method234Seed;
* newSeed.Sid = ((uint)rng2 ^ (uint)rng4 ^ id) & 0xFFF8;
*
* seeds.Add(newSeed);
* }
*/
// Check Method 4
// [PID] [PID] [IVs] [xxxx] [IVs]
// [rng4] [rng3] [rng2] [xxxx] [START]
if (Check(rng2, rng3, rng4, hp, atk, def, nature))
{
// Build a seed to add to our collection
var newSeed = new Seed
{
Method = "Method 4",
Pid = ((uint)rng3 << 16) + rng4,
MonsterSeed = method234Seed,
Sid = (rng3 ^ (uint)rng4 ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check Colosseum\XD
// [IVs] [IVs] [xxx] [PID] [PID]
// [START] [rng1] [rng3]
if (Check(rng1XD, rng3XD, rng4XD, spe, spa, spd, nature))
{
var newSeed = new Seed
{
Method = "Colosseum/XD",
Pid = ((uint)rng3XD << 16) + rng4XD,
MonsterSeed = XDColoSeed,
Sid = (rng4XD ^ (uint)rng3XD ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
if (rng3 / 0x5556 != 0)
{
// Check DPPt Cute Charm
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = (ushort)(rng2 / 0xA3E);
if (Check(rng1, 0, choppedPID, hp, atk, def, nature))
{
var newSeed = new Seed
{
Method = "Cute Charm (DPPt)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check DPPt Cute Charm (50% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = (ushort)(rng2 / 0xA3E + 0x96);
if (Check(rng1, 0, choppedPID, hp, atk, def, nature))
{
var newSeed = new Seed
{
Method = "Cute Charm (DPPt)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check DPPt Cute Charm (25% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = (ushort)(rng2 / 0xA3E + 0xC8);
if (Check(rng1, 0, choppedPID, hp, atk, def, nature))
{
var newSeed = new Seed
{
Method = "Cute Charm (DPPt)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check DPPt Cute Charm (75% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = (ushort)(rng2 / 0xA3E + 0x4B);
if (Check(rng1, 0, choppedPID, hp, atk, def, nature))
{
var newSeed = new Seed
{
Method = "Cute Charm (DPPt)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check DPPt Cute Charm (87.5% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = (ushort)(rng2 / 0xA3E + 0x32);
if (Check(rng1, 0, choppedPID, hp, atk, def, nature))
{
var newSeed = new Seed
{
Method = "Cute Charm (DPPt)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
}
if (rng3 % 3 != 0)
{
// Check HGSS Cute Charm
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = (ushort)(rng2 % 25);
if (Check(rng1, 0, choppedPID, hp, atk, def, nature))
{
var newSeed = new Seed
{
Method = "Cute Charm (HGSS)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check HGSS Cute Charm (50% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = (ushort)(rng2 % 25 + 0x96);
if (Check(rng1, 0, choppedPID, hp, atk, def, nature))
{
var newSeed = new Seed
{
Method = "Cute Charm (HGSS)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check HGSS Cute Charm (25% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = (ushort)(rng2 % 25 + 0xC8);
if (Check(rng1, 0, choppedPID, hp, atk, def, nature))
{
var newSeed = new Seed
{
Method = "Cute Charm (HGSS)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check HGSS Cute Charm (75% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = (ushort)(rng2 % 25 + 0x4B);
if (Check(rng1, 0, choppedPID, hp, atk, def, nature))
{
var newSeed = new Seed
{
Method = "Cute Charm (HGSS)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
// Check HGSS Cute Charm (87.5% male)
// [CC Check] [PID] [IVs] [IVs]
// [rng3] [rng2] [rng1] [START]
choppedPID = (ushort)(rng2 % 25 + 0x32);
if (Check(rng1, 0, choppedPID, hp, atk, def, nature))
{
var newSeed = new Seed
{
Method = "Cute Charm (HGSS)",
Pid = choppedPID,
MonsterSeed = method1Seed,
Sid = (choppedPID ^ id) & 0xFFF8
};
seeds.Add(newSeed);
}
}
}
return(seeds);
}
// We need a function to return a list of monster seeds,
// which will be updated to include a method.
public static List <Seed> GetXDSeeds(
uint hp,
uint atk,
uint def,
uint spa,
uint spd,
uint spe,
uint nature,
uint id)
{
var seeds = new List <Seed>();
uint x8 = 0;
uint x8_2 = 0;
x8 = hp + (atk << 5) + (def << 10);
x8_2 = x8 ^ 0x8000;
// Now we want to start with IV2 and call the RNG for
// values between 0 and FFFF in the low order bits.
for (uint cnt = 0; cnt <= 0x1FFFE; cnt++)
{
// We want to test with the high bit
// both set and not set, so we're going
// to sneakily do them both. god help
// me if i ever have to figure this out
// in the future.
uint x_testXD = (cnt & 1) == 0 ? x8 : x8_2;
// Set our test seed here so we can start
// working backwards to see if the rest
// of the information we were provided
// is a match.
uint seed = (x_testXD << 16) + (cnt % 0xFFFF);
var rngXD = new XdRng(seed);
var rngXDR = new XdRngR(seed);
uint XDColoSeed = rngXDR.GetNext32BitNumber();
// Right now, this simply assumes method
// 1 and gets the value previous to check
// for match. We need a clean way to do
// this for all of our methods.
// We have a max of 5 total RNG calls
// to make a pokemon and we already have
// one so lets go ahead and get 4 more.
ushort rng1XD = rngXD.GetNext16BitNumber();
ushort rng2XD = rngXD.GetNext16BitNumber();
ushort rng3XD = rngXD.GetNext16BitNumber();
ushort rng4XD = rngXD.GetNext16BitNumber();
// Check Colosseum\XD
// [IVs] [IVs] [xxx] [PID] [PID]
// [START] [rng1] [rng3] [rng4]
if (Check(rng1XD, rng3XD, rng4XD, spe, spa, spd, nature))
{
var newSeed = new Seed
{
Method = "Colosseum/XD",
Pid = ((uint)rng3XD << 16) + rng4XD,
MonsterSeed = XDColoSeed
};
seeds.Add(newSeed);
}
}
return(seeds);
}
