Kaphotics

ivs

There's an English translation on the forums by the user Kaarosu.

Can you read what we have put in this thread? We gave you everything you need, it's just up to you to carry it out.

ports blocked, read the guides

it's not a pkm format, it's a Gift Format. You can only use PokeBox or PokeSAV to edit those in, unfortunately.

cant just use the pkms people have already received

Age: 25 talking like a 15 year old ?????????????????? Use www.Pokecheck.Kraftpaper.org

fateful encounter is all you need why don't you just download a WIN2011 celebi? legal + legit + works.

no, don't use RSEdecode, use the Lua scripts I have in the misc/emu forum. As for the seed, the gen4 seed is closer to what you hit (PokeRNG is for gen4). What you hit was 00000000. shaym.in/apps/iv_checker Use this, with your seed as 00000000 and you'll see what method 1 frame you hit!

I call you a fail, you obviously didn't follow the instructions properly. It works...

Method 1 PID, thus not bred. Has egg move. Hacked.

R/S RNG Suite: Download FRLG RNG Suite: Download Emerald RNG Suite: Download

method 1 / 2 / 4 are all you need

No those are for party Pokemon, not for the wild Pokemon. Someone would have to find those locations for the other games. =0x030045C0 is for R/S. see below, I found the offsets and edited the lua to make each one work on all english games.

such a necro. In OT/Misc set 0x42 to 1, pokemon will legally be allowed to have a DW ability.

You have to change the offsets to the memory locations for the version you want.

http://projectpokemon.org/forums/showthread.php?16634-Pokemon-B-W-Lua-scripts also, here's one for HGSS http://dl.dropbox.com/u/12206225/PP/positionhgss.lua Poke around with the memory locations, the HGSS one is incomplete (Map/Z not included).

-- 64 -- 4360 43C4 4428 448C 44F0 4554 -- 45C0 4624 64 between each pkm in RAM RS Party Pokemon Offsets RS Enemy Pokemon offsets (single / double)

FractalFusion did some great work in regards to gen 3 TAS, and I stumbled upon some of his Lua scripts and wanted to improve upon them for RNG abuse. The following scripts work for R/S, you have to change the memory offset in the script if you are on FRLG/E Party PKM #1 PID/IV Display vvvvvvvvvvvvvvvvvvv

That totally helps explain what you are confused with.

Well, the number of erroneous calls depends on how long it takes for the nature == nature. We don't know the frequency the interrupts are, but I'd assume 1 between the slot<->nature, and 1 possible valid PID skip at most. The chance of it happening is very slim, I'd bet. Wait for someone else to weigh in... Rename Sync check in legal to Method check

http://dl.dropbox.com/u/12206225/PP/lua51.dll http://dl.dropbox.com/u/12206225/PP/lua5.1.dll Put them directly into your Desmume folder, which has the .exe for desmume.

download it and put it in your desmume folder then...

5th Gen RNG Suite it displays stuff for copypasting in the console window! -- General Parameters for current game and setup (english) local game=0 -- 0 for white, 1 for black local rng=0x02216244-0x20*game -- PRNG Seed Location local mtrng=0x02215374-0x20*game -- Mersenne Twister Table Top local mac=0x123456 -- MAC Address of Emulator local pos_m=0x0224F92C-0x20*game -- Map Position -> XYZ local storage=0x02000200 local trackcgear=0 -- 0 on, 1 off; disable for Standard Abuse, enable for Entralink Abuse local research=0 -- 0 on, 1 off; only enable for dev features (unneeded) -- Setup Terminology abbreviations; from FractalFusion local bnd,br,bxr=bit.band,bit.bor,bit.bxor local rshift, lshift=bit.rshift, bit.lshift local mdword=memory.readdwordunsigned local mword=memory.readwordunsigned local mbyte=memory.readbyteunsigned local wdword=memory.writedword -- Setup initial variables, rest of script detection will take care of them local initl=0 local inith=0 local initm=0 local adv=0 local jump1=0 local jump2=0 local jump3=0 local jump4=0 local jump5=0 local jump6=0 local jump7=0 local jump8=0 local jump9=0 local jump10=0 local jump11=0 local jump12=0 local jump13=0 local jump14=0 local jump15=0 local jump16=0 local jump17=0 local jump18=0 local jump19=0 local jump20=0 local total=0 local last=0 local lastm=0 local lmtp=0 local steptable=0 local mtf=0 local mttrack=0 local nextmt=0 local second=0 local minute=0 local hour=0 local cgearoff=0 local cachevalue=0 local notrestored=0 local wasrestored=0 -- S frame detection function; works off of seeing how many times the lower half was advanced -- Lua sucks and only allows 16 bit multiplication, so 32 bit multiplication can't be used -- The lower seed is advanced as follows, if observed as a standalone 32 bit number: -- SEED1 = (0x6C078965 * SEED1) + 0x00269EC3; from Kazo function next(s) local a=0x6C07*(s%65536)+rshift(s,16)*0x8965 local b=0x8965*(s%65536)+(a%65536)*65536+0x00269EC3 local c=b%4294967296 return c end -- To predict Mersenne advancement, it's a little harder. Copied and adapted pre-existing Lua -- http://code.google.com/p/gocha-tas/source/browse/trunk/Scripts/mt19937.lua?r=117 -- Mersenne Twister: A random number generator -- ported to Lua by gocha, based on mt19937ar.c module("mt19937", package.seeall) require "bit" -- Period parameters local N = 624 local M = 397 local MATRIX_A = 0x9908b0df -- constant vector a local UPPER_MASK = 0x80000000 -- most significant w-r bits local LOWER_MASK = 0x7fffffff -- least significant r bits local mt = {} -- the array for the state vector local mti = N + 1 -- mti==N+1 means mt[N] is not initialized -- initializes mt[N] with a seed function randomseed(s) s = bit.band(s, 0xffffffff) mt[1] = s for i = 1, N - 1 do -- s = 1812433253 * (bit.bxor(s, bit.rshift(s, 30))) + i s = bit.bxor(s, bit.rshift(s, 30)) local s_lo = bit.band(s, 0xffff) local s_hi = bit.rshift(s, 16) local s_lo2 = bit.band(1812433253 * s_lo, 0xffffffff) local s_hi2 = bit.band(1812433253 * s_hi, 0xffff) s = bit.bor(bit.lshift(bit.rshift(s_lo2, 16) + s_hi2, 16), bit.band(s_lo2, 0xffff)) -- s = bit.band(s + i, 0xffffffff) local s_lim = -bit.tobit(s) -- assumes i<2^31 if (s_lim > 0 and s_lim <= i) then s = i - s_lim else s = s + i end mt[i+1] = s -- See Knuth TAOCP Vol2. 3rd Ed. P.106 for multiplier. -- In the previous versions, MSBs of the seed affect -- only MSBs of the array mt[]. -- 2002/01/09 modified by Makoto Matsumoto end mti = N end local mag01 = { 0, MATRIX_A } -- mag01[x] = x * MATRIX_A for x=0,1 -- generates a random number on [0,0xffffffff]-interval function random_int32() local y if (mti >= N) then -- generate N words at one time local kk if (mti == N + 1) then -- if init_genrand() has not been called, mt19937.randomseed(5489) -- a default initial seed is used end for kk = 1, N - M do y = bit.bor(bit.band(mt[kk], UPPER_MASK), bit.band(mt[kk+1], LOWER_MASK)) mt[kk] = bit.bxor(mt[kk+M], bit.rshift(y, 1), mag01[1 + bit.band(y, 1)]) end for kk = N - M + 1, N - 1 do y = bit.bor(bit.band(mt[kk], UPPER_MASK), bit.band(mt[kk+1], LOWER_MASK)) mt[kk] = bit.bxor(mt[kk+(M-N)], bit.rshift(y, 1), mag01[1 + bit.band(y, 1)]) end y = bit.bor(bit.band(mt[N], UPPER_MASK), bit.band(mt[1], LOWER_MASK)) mt[N] = bit.bxor(mt[M], bit.rshift(y, 1), mag01[1 + bit.band(y, 1)]) mti = 0 end y = mt[mti+1] mti = mti + 1 return y end function random(...) -- local r = mt19937.random_int32() * (1.0/4294967296.0) local rtemp = mt19937.random_int32() local r = (bit.band(rtemp, 0x7fffffff) * (1.0/4294967296.0)) + (bit.tobit(rtemp) < 0 and 0.5 or 0) local arg = {...} if #arg == 0 then return r elseif #arg == 1 then local u = math.floor(arg[1]) if 1 <= u then return math.floor(r*u)+1 else error("bad argument #1 to 'random' (internal is empty)") end elseif #arg == 2 then local l, u = math.floor(arg[1]), math.floor(arg[2]) if l <= u then return math.floor((r*(u-l+1))+l) else error("bad argument #2 to 'random' (internal is empty)") end else error("wrong number of arguments") end end -- Lua script begin! while true do wdword(storage,1) -- setup every loop seed2=mdword(rng+4) seed1=mdword(rng) adv=0 test=last mtv=mdword(mtrng) mtp=mdword(mtrng+0x9C0) delay=mdword(0x02FFFC3C) timehex=mdword(0x023FFDEC) datehex=mdword(0x023FFDE8) hour=string.format("%02X",(timehex%0x100)%0x40) -- memory stores as decimal, but Lua reads as hex. Convert. minute=string.format("%02X",(rshift(timehex%0x10000,8))) second=string.format("%02X",(mbyte(0x02FFFDEE))) year=string.format("%02X",(mbyte(0x02FFFDE8))) month=string.format("%02X",(mbyte(0x02FFFDE9))) day=string.format("%02X",(mbyte(0x02FFFDEA))) -- display seeds every loop gui.text(1,10,string.format("Current: %08X%08X",seed2,seed1)) gui.text(1,180,string.format("Initial: %08X%08X",inith,initl)) gui.text(1,170, string.format("M: %d, X: %d, Y: %d, Z: %d", mword(pos_m), mword(pos_m+0x6), mword(pos_m+0xE), mword(pos_m+0xA))) -- Check to see if the RNG advanced from the last value while seed1~=0 and seed2~=0 and delay > 2 do if adv>200 then -- RNG advanced a bunch, or the game/script was reset. Reset variables then stop loop. steptable=0 adv =0 jump1=0 jump2=0 jump3=0 jump4=0 jump5=0 jump6=0 jump7=0 jump8=0 jump9=0 jump10=0 jump11=0 jump12=0 jump13=0 jump14=0 jump15=0 jump16=0 jump17=0 jump18=0 jump19=0 jump20=0 if mdword(storage)==1 and delay>3 and mdword(storage+0x4*2)~=0 then print(""..string.format("Restoring session. Please Wait...")) steptable=mdword(storage+0x4*1) -- restore mt initm=mdword(storage+0x4*2) lastm=mdword(storage+0x4*7) randomseed(initm) i=624*steptable+1 while i>0 do -- restore internal mt frame nextmt=math.floor(random_int32()) i=i-1 end mttrack=1 -- turn on tracking inith=mdword(storage+0x4*4) -- restore PRNG initl=mdword(storage+0x4*3) cacheseed=mdword(storage+0x4*5) cachevalue=mdword(storage+0x4*6) lastm=mtv mtv=lastm lmtp=mtp if initm==0 or inith==0 or initl==0 then print(""..string.format("Save state's session did not start with script.")) print(""..string.format("Either load a valid save state or resume with this one.")) initl=mdword(rng) -- reset to session inith=mdword(rng+4) mttrack=0 emu.pause() total=0 steptable=0 mtf=0 lmtp=mtp steptable=0 else print(""..string.format("PRNG: %08X%08X",inith,initl)) print(""..string.format("MTRNG: %08X", initm)) last=cacheseed total=cachevalue -- restored frame end cgearoff=mdword(storage+0x4*8) -- remember if c-gear was turned on or not notrestored=1 wasrestored=1 elseif initm==inith then print(""..string.format("Game Reset. Re-initializing.")) total=0 steptable=0 mtf=0 lmtp=mtp initl=mdword(rng) inith=mdword(rng+4) initm=mdword(mtrng) if inith>0x7FFFFFFF then wdword(storage+0x4*4,inith-0x100000000) else wdword(storage+0x4*4,inith) end -- dumb storage problems, have to make sure they are recognized as the right number type before storage if initl>0x7FFFFFFF then wdword(storage+0x4*3,initl-0x100000000) else wdword(storage+0x4*3,initl) end if initm>0x7FFFFFFF then wdword(storage+0x4*2,initm-0x100000000) else wdword(storage+0x4*2,initm) end lastm=initm randomseed(initm) mttrack=1 -- enable mersenne tracking nextmt=random_int32() -- get first untempered mersenne value, this is the value that will replace the MTRNG seed in the memory when the table is redone cgearenoff=0 wasrestored=0 print(""..string.format("Session Initial Seed: %08X%08X",inith,initl)) --print(""..string.format("Next: %08X", nextmt)) -- debug -- see if initial seeding happened (high32=mtseed) mttrack=1 -- enable tracking print(""..string.format("Initial Seeding Detected. MTRNG Seed: %08X", initm)) else print(""..string.format("Foreign Save State Detected, or Restart didn't refresh. Reset again.")) total=0 steptable=0 mtf=0 lmtp=mtp initl=mdword(rng) inith=mdword(rng+4) initm=mdword(mtrng) if inith>0x7FFFFFFF then wdword(storage+0x4*4,inith-0x100000000) else wdword(storage+0x4*4,inith) end if initl>0x7FFFFFFF then wdword(storage+0x4*3,initl-0x100000000) else wdword(storage+0x4*3,initl) end if initm>0x7FFFFFFF then wdword(storage+0x4*2,initm-0x100000000) else wdword(storage+0x4*2,initm) end lastm=initm randomseed(initm) mttrack=0 -- disable mersenne tracking nextmt=random_int32() -- get first untempered mersenne value, this is the value that will replace the MTRNG seed in the memory when the table is redone cgearenoff=0 wasrestored=0 end print(""..string.format("")) -- Visual Line to separate. break elseif test~=seed1 then -- RNG advanced at least once. Lets advance once and repeat the loop. test=next(test) adv=adv+1 elseif test==seed1 then if adv > 0 then -- Refresh Frame Advancement Table if there's more than one advancement this frame. jump20=jump19 jump19=jump18 jump18=jump17 jump17=jump16 jump16=jump15 jump15=jump14 jump14=jump13 jump13=jump12 jump12=jump11 jump11=jump10 jump10=jump9 jump9=jump8 jump8=jump7 jump7=jump6 jump6=jump5 jump5=jump4 jump4=jump3 jump3=jump2 jump2=jump1 jump1=adv end break -- last frame's advanced RNG value matches the current. Stop loop. end end gui.text(180,10,string.format("%d/%d/%d",month,day,2000+year)) -- Display Date gui.text(180,19,string.format("%02d:%02d:%02d",hour,minute,second,delay)) -- Display Time -- Check to see if the MTRNG changed, only if tracking is enabled. if mttrack==1 and notrestored == 0 then if (lmtp>mtp and delay > 50 and notrestored==0) or (lmtp==mtp and lastm~=mtv) then strmtv=string.format("%08X",mtv) -- Mersenne Twister untempered is in one format while the memory is in another strnmt=string.format("%08X",nextmt) -- Convert to a string hex so that they can be equated when their decimal isn't if strmtv~=strnmt then -- New untempered table value isn't as predicted, so the c-gear was turned on! mttrack=1 -- print(strmtv,strnmt,string.format("%08X",lastm)) -- debug for bad initialize if wasrestored==1 then print(""..string.format("Earlier restoration may have failed. Double Check.")) print(""..string.format("If C-Gear was just turned on this frame, ignore.")) print(""..string.format("")) wasrestored=0 end -- mttrack=0 --else print(""..string.format("C-Gear turned on. Determining C-Gear Seed and restarting tracking.")) steptable=1 wdword(storage+0x4*1, steptable) -- Finding the C-Gear seed you hit -- Load Time Values hour=string.format("%02X",(timehex%0x100)%0x40) -- Memory stores as decimal, but Lua reads as hex. Convert. minute=string.format("%02X",(rshift(timehex%0x10000,8))) second=string.format("%02X",(mbyte(0x02FFFDEE))) year=string.format("%02X",(mbyte(0x02FFFDE8))) month=string.format("%02X",(mbyte(0x02FFFDE9))) day=string.format("%02X",(mbyte(0x02FFFDEA))) ab=(month*day+minute+second)%256 cd=hour cgd=delay%65536-1 -- Delay from a frame before is used. abcd=ab*0x100+cd efgh=(year+cgd)%0x10000 tempcgear=(ab*0x1000000+cd*0x10000+efgh+mac)%0x100000000 randomseed(tempcgear) trialseed=random_int32() tempcgearuntemp=string.format("%08X",trialseed) if strmtv~=tempcgearuntemp then second=second-1 -- Subtract a second to check a different set. if second < 0 then -- Balaning minutes second=59 minute=minute-1 if minute<0 then -- Balancing Hours minute=59 hour=hour-1 end end ab=(month*day+minute+second)%256 -- Rebuild seed, try again. cd=hour abcd=ab*0x100+cd efgh=(year+cgd)%0x10000 tempcgear=(ab*0x1000000+cd*0x10000+efgh+mac)%0x100000000 randomseed(tempcgear) trialseed=random_int32() tempcgearuntemp=string.format("%08X",trialseed) end initm=tempcgear print(""..string.format("C-Gear Seed: %08X Delay: %d",tempcgear,cgd)) print(""..string.format("")) -- Visual Blank Line cgearenabled=2 wdword(storage+0x4*8,cgearenabled) if initm>0x7FFFFFFF then wdword(storage+0x4*2,initm-0x100000000) else wdword(storage+0x4*2,initm) end i=0 while i~=624 do -- get the next untempered for the cgear nextmt=math.floor(random_int32()) i=i+1 end --end else -- untempered is as predicted -> predict next one for when the time rolls around i=0 while i~=624 do -- do 624 iterations to build the remaining 623 and the first of the next. nextmt=math.floor(random_int32()) i=i+1 end --print(""..string.format("Next: %08X", nextmt)) -- debug steptable=steptable+1 -- mersenne twister has a new table as the counter is reset to 0; tables++ wdword(storage+0x4*1, steptable) -- save state storage of table refreshes end end gui.text(1,160,string.format("MTRNG Seed: %08X",initm)) gui.text(1,150,string.format("Frame: %d",mtf)) -- gui.text(1,38,string.format("next mt: %08X", nextmt)) -- debug end -- Advancement Tracking for the PRNG and Mersenne Twister total=adv+total -- total advancements = advancements on this frame + total advancements from previous frames if total-cachevalue>200 then -- check to see if we should refresh the cached value cachevalue=total end mtf=mtp+(steptable-1)*624 -- Mersenne Twister Frame = Pointer Value + (TableRefresh-1)*624 ; this accounts for the initial value of 0x270 which is actually zero gui.text(1,19,string.format("Frame: %d", total)) -- Display PRNG Frame; total advancements since the initial seed -- If the user specifies they want to use the C-Gear if trackcgear==0 then -- C-Gear Seed Generation Loop ab=(month*day+minute+second)%256 -- Build Seed cd=hour cgd=delay%65536+1 abcd=ab*0x100+cd efgh=(year+cgd)%0x10000 betaseed=ab*0x1000000+cd*0x10000+efgh -- Seed before MAC applied cgearseed=betaseed+mac -- Seed after MAC applied, return this value. gui.text(1,130,string.format("Next C-Gear: %08X",cgearseed)) -- Display the C-Gear Seed of the next frame gui.text(1,140,string.format("Delay: %d", delay)) -- Display Current Delay elseif cgearenabled==2 then gui.text(1,130,string.format(" C-GEAR WAS TURNED ON: SEE NEW MTRNG SEED")) end -- If user specifies they want to see the frame advancement chart if research==0 then -- Display framebased advancement table gui.text(1,37,string.format("%d", jump1)) gui.text(1,46,string.format("%d", jump2)) gui.text(1,55,string.format("%d", jump3)) gui.text(1,64,string.format("%d", jump4)) gui.text(1,73,string.format("%d", jump5)) gui.text(1,82,string.format("%d", jump6)) gui.text(1,91,string.format("%d", jump7)) gui.text(1,100,string.format("%d", jump8)) gui.text(1,109,string.format("%d", jump9)) gui.text(1,118,string.format("%d", jump10)) gui.text(20,37,string.format("%d", jump11)) gui.text(20,46,string.format("%d", jump12)) gui.text(20,55,string.format("%d", jump13)) gui.text(20,64,string.format("%d", jump14)) gui.text(20,73,string.format("%d", jump15)) gui.text(20,82,string.format("%d", jump16)) gui.text(20,91,string.format("%d", jump17)) gui.text(20,100,string.format("%d", jump18)) gui.text(20,109,string.format("%d", jump19)) gui.text(20,118,string.format("%d", jump20)) end -- Set Up variables for next frame's pass lmtp=mtp last=seed1 lastm=mtv if lastm>0x7FFFFFFF then wdword(storage+0x4*7,lastm-0x100000000) else wdword(storage+0x4*7,lastm) end wdword(storage+0x4*6,total) if seed1>0x7FFFFFFF then wdword(storage+0x4*5,seed1-0x100000000) else wdword(storage+0x4*5,seed1) end notrestored=0 -- End Lua emu.frameadvance() end still may have some bugs to work out, however it's pretty much done edit: Added C-Gear detection and it will properly track the frames if you turn on the C-Gear. It also tells you what C-Gear seed you hit in addition to delay in the Console. The value that seeds the MTRNG is displayed on the HUD (changed from only displaying the initial seed from the start of the game). edit2: fixed bugs and allowed people to turn off the frame chart and C-Gear prediction. dubbed "research" and "trackcgear" different from image: frame advancement chart is displayed only by turning on research mode, and it's more collapsed than above (changed). c-gear tracking and research is by default off -- edit3: added save state support old version without state support: not adding the part that tracks battle RNG, for obvious reasons

Just create a new notepad file, paste that in and name it Position.lua without the txt extention (so save as type All Files)