private void calcRTC(uint initialSeed, uint targetSeed, int minFrame, int maxFrame)
{
isSearching = true;
var back = new XdRngR(targetSeed);
back.GetNext32BitNumber(minFrame);
targetSeed = back.Seed;
var rng = new XdRng(initialSeed);
int seconds = 0;
int secoundCount = 0;
bool targetHit = false;
int minutes = 0;
while (!targetHit)
{
searchText.Invoke((MethodInvoker)(() => searchText.Text = "Minutes added to RTC: " + minutes.ToString()));
rng.Seed = initialSeed;
for (int x = 0; x < maxFrame; x++)
{
if (rng.GetNext32BitNumber() == targetSeed)
{
DateTime finalTime = date + new TimeSpan(0, 0, 0, seconds);
seedTime.Add(new RTCTime {
Time = finalTime.ToString(), Frame = x + 2 + minFrame, Seed = initialSeed.ToString("X8")
});
isSearching = false;
searchText.Invoke((MethodInvoker)(() => searchText.Text = "Finish. Awaiting command"));
dataGridViewValues.Invoke((MethodInvoker)(() => dataGridViewValues.DataSource = seedTime));
dataGridViewValues.Invoke((MethodInvoker)(() => dataGridViewValues.AutoResizeColumns()));
return;
}
}
initialSeed += 40500000;
seconds += 1;
secoundCount += 1;
if (secoundCount == 60)
{
minutes += 1;
secoundCount = 0;
}
}
}
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();
}
//Credits to amab for this
private String calcProbable(uint seed)
{
String genlistout = (seed >> 30).ToString();
uint f = seed >> 30;
uint[] checker = { 0, 0, 0, 0 };
uint[] compare = { 0, 1, 1, 1 };
uint backseed = seed;
var rng = new XdRngR(backseed);
uint advance = 8;
bool xCheck = false;
for (uint m = 0; m < 35; m++)
{
backseed = rng.GetNext32BitNumber();
genlistout = (backseed >> 30).ToString() + "|" + genlistout;
if (m == (advance - 1))
{
f = backseed >> 30;
genlistout = " M: " + genlistout;
}
}
String genlistend = genlistout.Substring(genlistout.Length - 7);
int intAdvance = 3;
if (genlistend[0] == '0')
{
intAdvance = 7;
}
if (genlistend[2] == '0' && intAdvance == 3)
{
intAdvance = 5;
}
if (genlistend[4] == '0' && intAdvance == 3)
{
intAdvance = 3;
}
if (genlistend[6] == '0' && intAdvance == 3)
{
intAdvance = 3;
}
int mm = genlistout.IndexOf('M');
genlistout = genlistout.Substring(0, mm + intAdvance) + "T:" + genlistout.Substring(mm + intAdvance);
genlistout = genlistout.Substring(2);
genlistout = genlistout.Replace("M:", "");
genlistout = genlistout.Replace(" ", "");
int index = genlistout.IndexOf(':') + 1;
char targetNum = genlistout[index];
String string2Search = genlistout.Substring(0, index);
genlistend = genlistout.Substring(index);
string2Search = flip(string2Search);
checker[int.Parse(targetNum.ToString())] = 1;
for (int x = 0; x < string2Search.Length; x++)
{
if (!xCheck)
{
if (string2Search[x] == '1' || string2Search[x] == '2' || string2Search[x] == '3')
{
if (string2Search[x] == targetNum)
{
if (checker[0] == 1 || checker[1] == 0 || checker[2] == 0 || checker[3] == 0)
{
string2Search = string2Search.Substring(0, x) + "XXX" + string2Search.Substring(x);
xCheck = true;
}
}
else
{
checker[int.Parse(string2Search[x].ToString())] = 1;
}
}
}
}
string2Search = flip(string2Search);
genlistout = string2Search + genlistend;
return(genlistout);
}
// We need a function to return a list of monster seeds,
// which will be updated to include a method.
public static List <Seed> GetSeeds(
uint hp,
uint atk,
uint def,
uint spa,
uint spd,
uint spe,
uint nature,
uint tid,
FrameType type)
{
var seeds = new List <Seed>();
Dictionary <uint, uint> keys;
var rng = new PokeRngR(0);
var forward = new XdRng(0);
var back = new XdRngR(0);
uint first = (hp | (atk << 5) | (def << 10)) << 16;
uint second = (spe | (spa << 5) | (spd << 10)) << 16;
uint pid1, pid2, pid, seed;
uint search1, search2;
ulong t, kmax;
switch (type)
{
case FrameType.Method1:
keys = new Dictionary <uint, uint>();
for (uint i = 0; i < 256; i++)
{
uint right = (0x41c64e6d * i) + 0x6073;
ushort val = (ushort)(right >> 16);
keys[val] = i;
keys[--val] = i;
}
search1 = second - (first * 0x41c64e6d);
search2 = second - ((first ^ 0x80000000) * 0x41c64e6d);
for (uint cnt = 0; cnt < 256; ++cnt, search1 -= 0xc64e6d00, search2 -= 0xc64e6d00)
{
uint test = search1 >> 16;
if (keys.ContainsKey(test))
{
rng.Seed = (first | (cnt << 8) | keys[test]);
if ((((rng.Seed * 0x41c64e6d) + 0x6073) & 0x7FFF0000) == second)
{
pid2 = rng.GetNext16BitNumber();
pid1 = rng.GetNext16BitNumber();
pid = (pid1 << 16) | pid2;
seed = rng.GetNext32BitNumber();
if (pid % 25 == nature)
{
var newSeed = new Seed
{
Method = "Method 1",
Pid = pid,
MonsterSeed = seed,
Sid = (tid ^ pid1 ^ pid2)
};
seeds.Add(newSeed);
}
pid ^= 0x80000000;
if (pid % 25 == nature)
{
var newSeed = new Seed
{
Method = "Method 1",
Pid = pid,
MonsterSeed = seed ^ 0x80000000,
Sid = (tid ^ pid1 ^ pid2)
};
seeds.Add(newSeed);
}
}
}
test = search2 >> 16;
if (keys.ContainsKey(test))
{
rng.Seed = (first | (cnt << 8) | keys[test]);
if ((((rng.Seed * 0x41c64e6d) + 0x6073) & 0x7FFF0000) == second)
{
pid2 = rng.GetNext16BitNumber();
pid1 = rng.GetNext16BitNumber();
pid = (pid1 << 16) | pid2;
seed = rng.GetNext32BitNumber();
if (pid % 25 == nature)
{
var newSeed = new Seed
{
Method = "Method 1",
Pid = pid,
MonsterSeed = seed,
Sid = (tid ^ pid1 ^ pid2)
};
seeds.Add(newSeed);
}
pid ^= 0x80000000;
if (pid % 25 == nature)
{
var newSeed = new Seed
{
Method = "Method 1",
Pid = pid,
MonsterSeed = seed ^ 0x80000000,
Sid = (tid ^ pid1 ^ pid2)
};
seeds.Add(newSeed);
}
}
}
}
break;
case FrameType.Method2:
keys = new Dictionary <uint, uint>();
for (uint i = 0; i < 256; i++)
{
uint right = (0x41c64e6d * i) + 0x6073;
ushort val = (ushort)(right >> 16);
keys[val] = i;
keys[--val] = i;
}
search1 = second - (first * 0x41c64e6d);
search2 = second - ((first ^ 0x80000000) * 0x41c64e6d);
for (uint cnt = 0; cnt < 256; ++cnt, search1 -= 0xc64e6d00, search2 -= 0xc64e6d00)
{
uint test = search1 >> 16;
if (keys.ContainsKey(test))
{
rng.Seed = (first | (cnt << 8) | keys[test]);
if ((((rng.Seed * 0x41c64e6d) + 0x6073) & 0x7FFF0000) == second)
{
rng.GetNext32BitNumber();
pid2 = rng.GetNext16BitNumber();
pid1 = rng.GetNext16BitNumber();
pid = (pid1 << 16) | pid2;
seed = rng.GetNext32BitNumber();
if (pid % 25 == nature)
{
var newSeed = new Seed
{
Method = "Method 2",
Pid = pid,
MonsterSeed = seed,
Sid = (tid ^ pid1 ^ pid2)
};
seeds.Add(newSeed);
}
pid ^= 0x80000000;
if (pid % 25 == nature)
{
var newSeed = new Seed
{
Method = "Method 2",
Pid = pid,
MonsterSeed = seed ^ 0x80000000,
Sid = (tid ^ pid1 ^ pid2)
};
seeds.Add(newSeed);
}
}
}
test = search2 >> 16;
if (keys.ContainsKey(test))
{
rng.Seed = (first | (cnt << 8) | keys[test]);
if ((((rng.Seed * 0x41c64e6d) + 0x6073) & 0x7FFF0000) == second)
{
pid2 = rng.GetNext16BitNumber();
pid1 = rng.GetNext16BitNumber();
pid = (pid1 << 16) | pid2;
seed = rng.GetNext32BitNumber();
if (pid % 25 == nature)
{
var newSeed = new Seed
{
Method = "Method 2",
Pid = pid,
MonsterSeed = seed,
Sid = (tid ^ pid1 ^ pid2)
};
seeds.Add(newSeed);
}
pid ^= 0x80000000;
if (pid % 25 == nature)
{
var newSeed = new Seed
{
Method = "Method 2",
Pid = pid,
MonsterSeed = seed ^ 0x80000000,
Sid = (tid ^ pid1 ^ pid2)
};
seeds.Add(newSeed);
}
}
}
}
break;
case FrameType.Method4:
keys = new Dictionary <uint, uint>();
for (uint i = 0; i < 256; i++)
{
uint right = (0xc2a29a69 * i) + 0xe97e7b6a;
ushort val = (ushort)(right >> 16);
keys[val] = i;
keys[--val] = i;
}
search1 = second - (first * 0x41c64e6d);
search2 = second - ((first ^ 0x80000000) * 0x41c64e6d);
for (uint cnt = 0; cnt < 256; ++cnt, search1 -= 0xc64e6d00, search2 -= 0xc64e6d00)
{
uint test = search1 >> 16;
if (keys.ContainsKey(test))
{
rng.Seed = (first | (cnt << 8) | keys[test]);
if ((((rng.Seed * 0x41c64e6d) + 0x6073) & 0x7FFF0000) == second)
{
pid2 = rng.GetNext16BitNumber();
pid1 = rng.GetNext16BitNumber();
pid = (pid1 << 16) | pid2;
seed = rng.GetNext32BitNumber();
if (pid % 25 == nature)
{
var newSeed = new Seed
{
Method = "Method 4",
Pid = pid,
MonsterSeed = seed,
Sid = (tid ^ pid1 ^ pid2)
};
seeds.Add(newSeed);
}
pid ^= 0x80000000;
if (pid % 25 == nature)
{
var newSeed = new Seed
{
Method = "Method 4",
Pid = pid,
MonsterSeed = seed ^ 0x80000000,
Sid = (tid ^ pid1 ^ pid2)
};
seeds.Add(newSeed);
}
}
}
test = search2 >> 16;
if (keys.ContainsKey(test))
{
rng.Seed = (first | (cnt << 8) | keys[test]);
if ((((rng.Seed * 0x41c64e6d) + 0x6073) & 0x7FFF0000) == second)
{
pid2 = rng.GetNext16BitNumber();
pid1 = rng.GetNext16BitNumber();
pid = (pid1 << 16) | pid2;
seed = rng.GetNext32BitNumber();
if (pid % 25 == nature)
{
var newSeed = new Seed
{
Method = "Method 4",
Pid = pid,
MonsterSeed = seed,
Sid = (tid ^ pid1 ^ pid2)
};
seeds.Add(newSeed);
}
pid ^= 0x80000000;
if (pid % 25 == nature)
{
var newSeed = new Seed
{
Method = "Method 4",
Pid = pid,
MonsterSeed = seed ^ 0x80000000,
Sid = (tid ^ pid1 ^ pid2)
};
seeds.Add(newSeed);
}
}
}
}
break;
case FrameType.ColoXD:
t = (second - (0x343fd * first) - 0x259ec4) & 0xFFFFFFFF;
kmax = (0x343fabc02 - t) / 0x80000000;
for (ulong k = 0; k <= kmax; k++, t += 0x80000000)
{
if ((t % 0x343fd) < 0x10000)
{
forward.Seed = back.Seed = (uint)(first | (t / 0x343fd));
forward.GetNext32BitNumber(2);
pid1 = forward.GetNext16BitNumber();
pid2 = forward.GetNext16BitNumber();
pid = (pid1 << 16) | pid2;
seed = back.GetNext32BitNumber();
if (pid % 25 == nature)
{
var newSeed = new Seed
{
Method = "Colosseum/XD",
Pid = pid,
MonsterSeed = seed,
Sid = (tid ^ pid1 ^ pid2)
};
seeds.Add(newSeed);
}
pid ^= 0x80008000;
if (pid % 25 == nature)
{
var newSeed = new Seed
{
Method = "Colosseum/XD",
Pid = pid,
MonsterSeed = seed ^ 0x80000000,
Sid = (tid ^ pid1 ^ pid2)
};
seeds.Add(newSeed);
}
}
}
break;
case FrameType.Channel:
first = hp << 27;
t = ((spd << 27) - (0x284A930D * first) - 0x9A974C78) & 0xFFFFFFFF;
kmax = ((0x142549847b56cf2 - t) / 0x100000000);
for (uint k = 0; k <= kmax; k++, t += 0x100000000)
{
if ((t % 0x284A930D) >= 0x8000000)
{
continue;
}
forward.Seed = back.Seed = first | (uint)(t / 0x284A930D);
if (forward.GetNext32BitNumber() >> 27 != atk)
{
continue;
}
if (forward.GetNext32BitNumber() >> 27 != def)
{
continue;
}
if (forward.GetNext32BitNumber() >> 27 != spe)
{
continue;
}
if (forward.GetNext32BitNumber() >> 27 != spa)
{
continue;
}
back.GetNext32BitNumber(3);
pid2 = back.GetNext16BitNumber();
pid1 = back.GetNext16BitNumber();
uint sid = back.GetNext16BitNumber();
pid = (pid1 << 16) | pid2;
if ((pid2 > 7 ? 0 : 1) != (pid1 ^ sid ^ 40122))
{
pid ^= 0x80000000;
}
if (pid % 25 == nature)
{
var newSeed = new Seed
{
Method = "Channel",
Pid = pid,
MonsterSeed = back.GetNext32BitNumber(),
Sid = (tid ^ pid1 ^ pid2)
};
seeds.Add(newSeed);
}
}
break;
}
return(seeds);
}