Thanks Mingot, this should do it =)
EDIT: Where does the IntialOffset come from?
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Most Generation PRNG Help / Information
- Thread starter mingot
- Start date
EDIT: Where does the IntialOffset come from?
I will continue tomorrow,
but I have a question:
Monster 539019E 0
Initial 95133C7E 31 2 15477
Initial A7130273 52 20 618
Initial CA132950 485 55 10567
Initial B21364D1 1478 31 25800
Initial A013172C 1897 13 5923
Initial B11315CF 4424 30 5574
Initial B7130169 6670 36 352
I took the Bolded, that's correct, right?
but I have a question:
Monster 539019E 0
Initial 95133C7E 31 2 15477
Initial A7130273 52 20 618
Initial CA132950 485 55 10567
Initial B21364D1 1478 31 25800
Initial A013172C 1897 13 5923
Initial B11315CF 4424 30 5574
Initial B7130169 6670 36 352
I took the Bolded, that's correct, right?
OK. Well that one is careful, and I have my perfect Spiritomb Parent, and the spiritomb from my Signature here at Platinum. So I'm going to try! Which me good luck =)
Mingot, my man. Could we get the ID and the SID box switched? I dunno, just seems to make more sense with ID on top. ;P
Yeah that is a good point. Finally got my shiny bold eevee with wish.
Even if you write your ID on the SID box and vice-versa, the shiny spreads will be the same.
Either that or Emloop is wrong.
Either that or Emloop is wrong.
Not sure if this is the right place, but i'll go ahead and try this out if anyone is interested. I wanna try to help out at least a lil :P
Anyone have any ideas on how to prove / disprove this? Just follow the steps right?
Edit: Lol so much for that, after getting the spreads by typing in the stats of an articuno i caught then reseting and the spread i got wasnt on the list =/ If anyone has anything else fr / lg to test let me know :D
It seems SRing for legends in Plat. is going to be a bit more difficult. My reasoning.
For the PID, it uses both time from the starting time and the time on the continue screen. So, what we're going to have to do is start at a certain time, then wait to start Plat. until another certain time, then spend ANOTHER certain time on the continue screen before SRing the legend. And for this we need to know how long it's going to take you on each screen. I'm still working it all out, but it's tough.
I just got an Azelf to the exact wait time on the Continue screen, 15522 frames. However, my seconds were off. I need to figure out how to fix that..
Also, it seems its not time on the Continue screen, but time before continuing. So, the second the music is heard and the screen goes black with the red trim, I believe the RNG starts. Then you can wait there, or in the continue screen, but you need to hit your save file at the exact right time to get the right seed. Some how, seconds play into this, but my brain is mush and I can't get it... More tomorrow.
For the PID, it uses both time from the starting time and the time on the continue screen. So, what we're going to have to do is start at a certain time, then wait to start Plat. until another certain time, then spend ANOTHER certain time on the continue screen before SRing the legend. And for this we need to know how long it's going to take you on each screen. I'm still working it all out, but it's tough.
I just got an Azelf to the exact wait time on the Continue screen, 15522 frames. However, my seconds were off. I need to figure out how to fix that..
Also, it seems its not time on the Continue screen, but time before continuing. So, the second the music is heard and the screen goes black with the red trim, I believe the RNG starts. Then you can wait there, or in the continue screen, but you need to hit your save file at the exact right time to get the right seed. Some how, seconds play into this, but my brain is mush and I can't get it... More tomorrow.
Yeah, SRing Legendaries is going to be really hard. Dx
Well, I think it's always been pointless. xP Because it just took too long, really. xP
They're two Pokemon from two different regions. Japan or US\UK\AUS are two; I don't know what are the others.
International parents are pokemon coming from different versions (languages). When using them the nature won't be passed even if the everstone is hold by the female parent but the odd of an egg being shiny is increased. This means that there'll be more shiny PIDs and the chances that one lies in the very early "frames" will be higher
EDIT : Mingot-- I'm working at the PID generation @ the day-care and also at how the NRN advances in the game. I should have it finished in a hour or two
among european versions German/french/english/italian/spanish count as different versions...so If you have german and english versions as I assume they'll do well for the international parents.
By the way. I seem to have found how the IRN seed advances and how the pid is generated...
let's start with the 0th table construction
t[0] = Initial SEED
t[n] = (( upper 2bits of t [n-1] ) xor t [n-1]) * 0x6c078965 + n
where n = 1 - 623
these values are not to be used as SEEDs but will serve only to form the successive tables.
let's see how to form the first table. An auxiliary 32 bit variable needs to be introduced
k[0] , k[1]
k[0] = (t[A] and 0x80000000) or (t and 0x7fffffff)
k[1] = (k[0]/2) and t[C]
where
A=n B=n+1 C=n+397 for 0 < = n < = 226
A=n B=n+1 C=n-227 for 227< = n < = 622
A=n B=0 C=396 for n = 632
and t[A],t,t[C] refer to the elements of the 0th table
for each n (0-623)
-A,B,C are defined
-k[0],k[1] are also defined
the elements of the new table are formede as follows
t[n] = k[1]xor0x9908b0df if k[0] is odd
t[n] = k[1] if k[0] is even
Each successive table can be formed in a similar way from the previous one.
In the end a total of M tables are formed (M can be choosen at free will) numbered by the index "m", the m-th depending on the (m-1)th etc, etc...
Furthermore each table has 624 elements numbered by the index "n"
the IRNG is then formed as : S[(m-1)*624+n] = t[n] of the mth table
with :
m = 1 - M
n = 0 - 623
when the seed in the IRN is designated as E ( E = S(indices))
the PID is formed by means of an auxiliary 32 bit variable K[n] , n = 0,1,2; as follows
(it's a different variable from the previous k)
k[0] = (E/0x800) xor E
k[1] = ((k[0]*0x80) and 0x9d2c5680) xor k[0]
k[2] = ((k[1]*0x8000) and 0xefc60000) xor k[1]
性格値= (k[2]/0x40000) xor k[2]
(性格値 shoud be the japanese for PID...it actually means character value)
then if the parents are from different countries, the following formula is iterated up to 4 times
for i = 1:4
PID = PID*0x6c078965+1
if (PID is shiny) >>>break the cycle!!!
end
(I used a pseudo-programming syntax for better explaining)
By the way. I seem to have found how the IRN seed advances and how the pid is generated...
let's start with the 0th table construction
t[0] = Initial SEED
t[n] = (( upper 2bits of t [n-1] ) xor t [n-1]) * 0x6c078965 + n
where n = 1 - 623
these values are not to be used as SEEDs but will serve only to form the successive tables.
let's see how to form the first table. An auxiliary 32 bit variable needs to be introduced
k[0] , k[1]
k[0] = (t[A] and 0x80000000) or (t and 0x7fffffff)
k[1] = (k[0]/2) and t[C]
where
A=n B=n+1 C=n+397 for 0 < = n < = 226
A=n B=n+1 C=n-227 for 227< = n < = 622
A=n B=0 C=396 for n = 632
and t[A],t,t[C] refer to the elements of the 0th table
for each n (0-623)
-A,B,C are defined
-k[0],k[1] are also defined
the elements of the new table are formede as follows
t[n] = k[1]xor0x9908b0df if k[0] is odd
t[n] = k[1] if k[0] is even
Each successive table can be formed in a similar way from the previous one.
In the end a total of M tables are formed (M can be choosen at free will) numbered by the index "m", the m-th depending on the (m-1)th etc, etc...
Furthermore each table has 624 elements numbered by the index "n"
the IRNG is then formed as : S[(m-1)*624+n] = t[n] of the mth table
with :
m = 1 - M
n = 0 - 623
when the seed in the IRN is designated as E ( E = S(indices))
the PID is formed by means of an auxiliary 32 bit variable K[n] , n = 0,1,2; as follows
(it's a different variable from the previous k)
k[0] = (E/0x800) xor E
k[1] = ((k[0]*0x80) and 0x9d2c5680) xor k[0]
k[2] = ((k[1]*0x8000) and 0xefc60000) xor k[1]
性格値= (k[2]/0x40000) xor k[2]
(性格値 shoud be the japanese for PID...it actually means character value)
then if the parents are from different countries, the following formula is iterated up to 4 times
for i = 1:4
PID = PID*0x6c078965+1
if (PID is shiny) >>>break the cycle!!!
end
(I used a pseudo-programming syntax for better explaining)
Well I have only the version that I bought in The Netherlands, I assume that it will be the UK version.
Anyway
Finished and working, a PID to Nature Gender Ability Calculator
http://platinum.x-treem.nl
That is excellent, Vlie, works perfectly too :D I need some help working out the coin flip/double click things (probably not the best place to ask) but can anyone help me with this :)
What do you want to know about the coin/double?
And I have a question: The IVS are set when the battle starts, so after sweet scen animation?
And about the International Parents, it doesn't matter if the Parents are from the same region, as long as they are different from the ROM language?