- About this document
- About stable ACE species
- Getting a stable ACE species
- Short codes
- Function codes
- Advanced codes
This is a document where I (claydolwithexplosion, Mettrich) dump information I found about Pokemon Emerald ACE. A lot of this is the result of my own research (reading through the great disassembly by pret, reading disassembly), but some of this is knowledge I gathered from people before me. Credits:
- E-Sh4rk, for making the most extensive tool for Pokemon 3rd generation ACE, the Code Generator as well as a great tutorial on Emerald ACE and being the author of the original Hex Writer and PokeGlitzer
- Sleipnir17, for creating a huge list of codes for Pokemon Emerald to do anything one could dream of, in large parts even without the Code Generator as far as I know, many of the short codes in this document are based on his assembly
- (poke)merrp, for discovering practical ACE to begin with (with 0x615/0x611), making great Pokemon Emerald TASes and creating the original Thumb-to-ARM bootstrap
- rileyk64, for creating an extensive list of all Pokemon species in Pokemon Emerald, their animation pointers and much more
- it_is_final, for a lot of small things: The PC exit code for English, discovery and documentation of 0x410e, etc.
- Adrichu00, Theocatic and others in the Discord for helping with many small things (Adrichu00 helped on the first really short exit code)
- MankeyMite, Papa Jefe and others who make easy-to-follow tutorials for beginners
- pret, for making a really good disassembly of these games, it was what allowed me to create shorter a lot of these codes at all
This guide assumes that you know about 0x611 (sometimes called the "DOTS egg") ACE and that you have at least
one of these eggs ready to hatch.
Now, what is a stable ACE species?
A "stable" ACE species is a Pokémon which you can easily use to quickly trigger ACE anywhere, by just looking at its summary.
Truely, utterly stable ACE species only exist in the Japanese, English and German localizations of the game, but all languages
have at least one "metastable" ACE species, which are just as powerful, though they need a little more care.
With metastable species, you can't open their summary directly, but have to open the summary of a Pokemon before it, then scroll to any later page (so either stats, moves or contest moves), and only then scroll down/up to the summary of the metastable ACE species.
The usual egg ACE species (0x611 in all Latin versions) is an unstable species; it's generally pretty safe but has a species name that instantly crashes if viewed on the summary screen and some other screens as well, so it's considered "unstable".
Now, there is another important detail in stable ACE species that is important especially for French, to some extent the other languages as well: There are stable/metastable ARM species and stable/metastable Thumb species. You don't need to worry about it too much, but if you use a Thumb species (only option for French) you need a "bootstrap" in Box 12 Slot 4 or later (usually a bad egg). In all Latin versions we basically always wanna execute codes as ARM (at least if you wanna execute regular box codes), that's what the bootstrap is for, it allows a Thumb species to execute ARM codes.
The stable (ARM) ACE species differ from language to language (credits to Sleipnir17, rileyk64 and final):
- (Japanese: 0x079D, 0x6789 (many more, but exclusively shiny or non-shiny))
- English: 0x410E (keep box 12 slot 9 and 10 empty when using it)
- German: 0x4130
To get these, see here.
The other languages don't have fully stable ACE species, but they do have "metastable" ones.\
The metastable (ARM) ACE species are:
- (Japanese: 0x0615, 0x0A62)
- (English: 0x4167)
- French: None discovered yet D:
- Italian: 0x415E
- Spanish: 0x0599 - very slow, takes over 4 seconds to execute the code
To get these, see here.
One thing that all languages have though is a metastable Thumb species; these are like the other metastable ACE species but require a "(Thumb->ARM) bootstrap" to be in Boxes 12-14 (starting from Box 12 Slot 4) to execute regular ACE codes. With a bootstrap these are basically equivalent to the metastable ARM species in terms of usability, but together with the bootstrap they are a little annoying to generate. However, the metastable Thumb species are needed for my new fastest guide to getting a hex/base64 writer in the fastest way possible and setting up potential future payloads, because Thumb is way more suited for writing bigger codes into the game.
The metastable Thumb species are:
- English: 0x45bb
- French: 0x40ed
- Italian: 0x45b7
- German: 0x44f1
- Spanish: 0x45db
To get these, see here.
I won't be covering the Japanese ACE species, because in Japanese it doesn't really make sense to use ARM ACE codes, you should usually use Thumb there. Also I don't know how to insert any Japanese Kanas into this Github Gist.
The stable species will be generated inside the PC in Box 10 Slot 19 (Row 4, Column 1). Keep this slot free before executing this code.
These codes can be executed with both a stable ACE species AND any ARM ACE egg (so the usual 0x0611/0x0615).
After this code executes, the sprite of the Pokémon (stable or unstable) will become invisible;
this means that it worked, even if you get asked to nickname the hatched egg (DON'T try to nickname it,
it will crash).
Also, these codes will unlock the Eon ticket, so you can go upstairs in any Pokecenter to claim it.
- English (0x410e):
Box 1: p . U n P T D n [p.UnPTDn]
Box 2: _ R n – B U n P [ Rn–BUnP] ← on old emulators, replace "P" with "Q"
Box 3: 9 q / w Q m B R [9q/wQmBR] ← on old emulators, replace "/" with "B"
Box 4: o B U R n [oBURn]
Box 5: / F P m D F P m [/FPmDFPm]
Box 6: B T o D Y J m 2 [BToDYJm2]
Box 7: ! n [!n]
- German (0x4130):
Box 1: p . U n P T D n [p.UnPTDn]
Box 2: _ R n – B U n P [ Rn–BUnP] ← on old emulators, replace "P" with "Q"
Box 3: 9 q / w Q m D R [9q/wQmDR] ← on old emulators, replace "/" with "B"
Box 4: o T F R n [oTFRn]
Box 5: / F P m D F P m [/FPmDFPm]
Box 6: B T o D Y J m 2 [BToDYJm2]
Box 7: ! n [!n]
- English/German/Italian source code:
@@ title = "Create (meta)stable ACE species"
@@ author = "Mettrich"
@@ exit = null
@@ filler4 = 0xffffffff
@@ fill = false
; This code creates a (meta)stable species
; in box 10 slot 19 for English, Italian and German.
; It also gives you access to the eon ticket:
; just go upstairs in any pokecenter and you
; will be given the ticket.
old_emu = 0
lang = 2
; (1 - JP) not supported by this code
; 2 - EN ; 0x410e (stable)
; (3 - FR) not supported by this code
; 4 - IT ; 0x415e (metastable)
; 5 - DE ; 0x4130 (stable)
; (7 - ES) not supported by this code
@@
sbc r10, r15, #0x3900 ; addressing 1/2
adcs r12, r14, #0xca0 ; exit code 1/2
sbc r0, r12, #0xff ; exit code 2/2
sbc r11, r15, #0xae00 ; eon ticket 1/2
str r15, [r10, #{old_emu?0xfcb:0xfca}]! ; addressing 2/2
strh r14, [r11, #{old_emu?0xbc:0xba}] ; eon ticket 2/2
{lang == 2 ? 0xe3ffccbc :\
(lang == 4 ? 0xe3ffccbc :\
(lang == 5 ? 0xe3ffccbe : 0xbbffbbbb))} ; species 1/2
; mvns r12, #(…)
; EN: 0xbc00
; IT: 0xbc00
; DE: 0xbe00
; else: filler
sbc r12, r12, #{\
(lang == 2 ? 0x2f0 :\
(lang == 4 ? 0x2a0 :\
(lang == 5 ? 0xce : 0x00)))} ; species 2/2
; sub r12, r12, #(…)
; EN: 0x2f1
; IT: 0x2a1
; DE: 0xcf
; else: 0x01
strh r12, [r10, #10] ; store checksum
strh r12, [r10, #14] ; store species
bic r11, r14, #0xff00 ; jump 1/2
strh r13, [r4, #0x3e] ; completely redundant
adc r15, r11, #0x28c ; jump 2/2
The metastable species will be generated inside the PC in Box 10 Slot 19 (Row 4, Column 1). Keep this slot free before executing this code.
These codes can be executed with both a stable ACE species AND any ARM ACE egg (so the usual 0x0611/0x0615).
After this code executes, the sprite of the Pokémon (stable or unstable) will become invisible;
this means that it worked, even if you get asked to nickname the hatched egg (DON'T try to nickname it,
it will crash).
Also, these codes will unlock the Eon ticket, so you can go upstairs in any Pokecenter to claim it.
- Italian (shiny 0x415e):
Box 1: p . U n P T D n [p.UnPTDn]
Box 2: _ R n – B U n P [ Rn–BUnP] ← on old emulators, replace "P" with "Q"
Box 3: 9 q / w Q m B R [9q/wQmBR] ← on old emulators, replace "/" with "B"
Box 4: o 7 U R n [o7URn]
Box 5: / F P m D F P m [/FPmDFPm]
Box 6: B T o D Y J m 2 [BToDYJm2]
Box 7: ! n [!n]
- Spanish (shiny 0x599):
Box 1: p . U n P T D n [p.UnPTDn]
Box 2: _ R n – B k n P [ Rn–BknP] ← on old emulators, replace "P" with "Q"
Box 3: 9 q / w Q m [9q/wQm] ← on old emulators, replace "/" with "B"
Box 4: A H U . o [AHU.o]
Box 5: 3 U B n / F P m [3UBn/FPm]
Box 6: B T o D F P m 2 [BToDFPm2]
Box 7: ! n [!n]
- Italian source code can be found above with the stable species
- Spanish source code:
@@ title = "Create (meta)stable ACE species"
@@ author = "Mettrich"
@@ exit = null
@@ filler3 = 0xbbffffff
@@ filler4 = 0xffffffff
@@ fill = false
; This code creates a metastable (ARM) species
; in box 10 slot 19 for Spanish (0x0599).
; It also gives you access to the eon ticket:
; just go upstairs in any pokecenter and you
; will be given the ticket.
old_emu = 0
@@
sbc r10, r15, #0x3900 ; addressing 1/2
adcs r12, r14, #0xca0 ; exit code 1/2
sbc r0, r12, #0xff ; exit code 2/2
sbcs r11, r15, #0xae00 ; eon ticket 1/2
str r15, [r10, #{old_emu?0xfcb:0xfca}]! ; addressing 2/2
strh r14, [r11, #{old_emu?0xbc:0xba}] ; eon ticket 2/2
mov r12, #0x308 ; species 1/2
adcs r12, r12, #0x290 ; species 2/2
strh r12, [r10, #10] ; store checksum
bic r11, r14, #0xff00 ; jump 1/2
strh r12, [r10, #14] ; store species
adc r15, r11, #0x28c ; jump 2/2
The metastable species will be generated inside the PC in Box 10 Slot 19 (Row 4, Column 1). Keep this slot free before executing this code.
The Thumb→ARM bootstrap will be generated in Box 12 Slot 4 (Row 1, Column 4) and looks like a bad egg. Also keep this slot free beforehand.
After this code executes, the sprite of the Pokémon (stable or unstable) will become invisible,
this means that it worked, even if you get asked to nickname the hatched egg (DON'T try to nickname it,
it will crash).
RECOMMENDED: After you execute the code the first time, check the boxes to see whether it worked,
if it did, you should fortify the Thumb→ARM bootstrap (the bad egg). By default this bootstrap is quite
fragile and can easily be overwritten by just placing other Pokemon on top of it, to prevent this, move the
bootstrap from Box 12 Slot 4 (where it should have generated) to Box 12 Slot 7 (Row 2, Column 1).
Then change the code in Box 6 slightly (just replace the "T" with a "U") and trigger execution with your
newly generated metastable Thumb species (or any ARM species, doesn't matter). There should be another
metastable Thumb species in Box 10 Slot 19, and the bootstrap should now be fortified. To test this,
pick up the bootstrap in a group selection and look whether it disappears when you place it down.
If it disappears, reset and go to your last save point, something must have gone wrong. Otherwise, you're done
and can place the bootstrap anywhere in between Box 12 Slot 4 and Box 14 Slot 30 for it to work (Box 12 Slot 4 or Slot 7 is recommended though).
- English:
Box 1: p . U n P T D n [p.UnPTDn]
Box 2: _ h n z O D F P [ hnzODFP] ← for old emulators, replace "P" with "Q"
Box 3: 9 q O K B n A B [9qOKBnAB]
Box 4: o B … A n [oB…An]
Box 5: / … P m D … P m [/…PmD…Pm]
Box 6: B j o _ T 9 q 2 [Bjo T9q2] ← for fortifying the bootstrap, replace "T" with "U"
Box 7: A n [An]
- French:
Box 1: p . U n P T D n [p.UnPTDn]
Box 2: _ h n z O D F P [ hnzODFP] ← for old emulators, replace "P" with "Q"
Box 3: 9 q O K B n F B [9qOKBnFB]
Box 4: o z … A n [oz…An]
Box 5: / … P m D … P m [/…PmD…Pm]
Box 6: B j o _ T 9 q 2 [Bjo T9q2] ← for fortifying the bootstrap, replace "T" with "U"
Box 7: A n [An]
- Italian:
Box 1: p . U n P T D n [p.UnPTDn]
Box 2: _ h n z O D F P [ hnzODFP] ← for old emulators, replace "P" with "Q"
Box 3: 9 q O K B n D B [9qOKBnDB]
Box 4: o z E A n [ozEAn]
Box 5: / … P m D … P m [/…PmD…Pm]
Box 6: B j o _ T 9 q 2 [Bjo T9q2] ← for fortifying the bootstrap, replace "T" with "U"
Box 7: A n [An]
- German:
Box 1: p . U n P T D n [p.UnPTDn]
Box 2: _ h n z O D F P [ hnzODFP] ← for old emulators, replace "P" with "Q"
Box 3: 9 q O K B n B B [9qOKBnBB]
Box 4: o Ö … A n [oÖ…An]
Box 5: / … P m D … P m [/…PmD…Pm]
Box 6: B j o _ T 9 q 2 [Bjo T9q2] ← for fortifying the bootstrap, replace "T" with "U"
Box 7: A n [An]
- Spanish:
Box 1: p . U n P T D n [p.UnPTDn]
Box 2: _ h n z O D F P [ hnzODFP] ← for old emulators, replace "P" with "Q"
Box 3: 9 q O K B n A B [9qOKBnAB]
Box 4: o h … A n [oh…An]
Box 5: / … P m D … P m [/…PmD…Pm]
Box 6: B j o _ T 9 q 2 [Bjo T9q2] ← for fortifying the bootstrap, replace "T" with "U"
Box 7: A n [An]
- Source code:
@@ title = "Create Pokémon from nothing"
@@ author = "Mettrich"
@@ exit = null
@@ filler4 = 0xffffffff
@@ fill = false
; This code creates a (meta)stable Thumb species
; in box 10 slot 19 for all languages,
; and a Thumb->ARM bootstrap in Box 12 Slot 4.
old_emu = 0
lang = 2
; (1 - JP) not supported by this code
; 2 - EN ; 0x45bb (metastable)
; 3 - FR ; 0x40ed (pseudostable)
; 4 - IT ; 0x45b7 (pseodostable)
; 5 - DE ; 0x44f1 (metastable)
; 7 - ES ; 0x45db (metastable)
fortify = 0
; set this to 1 for the second execution to
; "fortify" the bootstrap (so you don't accidentally overwrite it, since it's pretty fragile otherwise).
; only box 6 should change slightly, you can keep the rest the same.
; before executing the fortify code, move the bootstrap (bad egg)
; to Box 12 Slot 7 (Row 2, Column 1).
@@
sbc r10, r15, #0x3900 ; addressing
adcs r12, r14, #0xca0 ; exit code 1/2
sbcs r0, r12, #0xff ; exit code 2/2
; generate `bx r15` in the high bits here...
adcgts r12, r14, r14, ror #19
str r15, [r10, #{old_emu?0xfcb:0xfca}]! ; set hasSpecies to 1
; and finish it here, have the low bits be nonzero
adcs r12, r12, #0x32400000
{lang == 2 ? 0xe3ffbcbb :\
(lang == 3 ? 0xe3ffbcc0 :\
(lang == 4 ? 0xe3ffbcbe :\
(lang == 5 ? 0xe3ffbcbc :\
(lang == 7 ? 0xe3ffbcbb : 0xbbffffff))))}
; species 1/2
; EN: mvns r11, 0xbb00
; FR: mvns r11, 0xc000
; IT: mvns r11, 0xbe00
; DE: mvns r11, 0xbc00
; ES: mvns r11, 0xbb00
{lang == 2 ? 0xE2BBB0BC :\
(lang == 3 ? 0xE2BBB0EE :\
(lang == 4 ? 0xE2BBBFEE :\
(lang == 5 ? 0xE2BBB0F2 :\
(lang == 7 ? 0xE2BBB0DC : 0xbbbbbbbb))))}
; species 2/2
; EN: adcs r11, r11, #0xbc
; FR: adcs r11, r11, #0xee
; IT: adcs r11, r11, #0x3b8
; DE: adcs r11, r11, #0xf2
; ES: adcs r11, r11, #0xdc
strh r11, [r10, #10] ; store checksum
strh r11, [r10, #14] ; store species
bic r11, r14, #0xff00
str r12, [r10, #{fortify?0xf00:0xe00}]! ; store bootstrap in PID/flags
adc r15, r11, #0x28c
These codes need to be executed with any stable/metastable ACE species. They should be compatible with all Western/Latin versions of the game.
List of all codes:
- Get all badges
- Unlock Southern Island
- Unlock Birth Island via Mystery Gift
- Unlock Navel Rock via Mystery Gift
- Get any item
- Duplicate all items in the PC
- Get all TMs/HMs
- Nickname a Pokemon in Box 1 Slot 1
- Make Hoenn Starters reappear
- Make Johto Starters (re)appear
- Encounter any Pokemon
- Complete the Pokedex
- Get 31 perfect Pokeblocks
- Reactivate all move tutors and non-event static legendaries
- Make any Pokemon shiny
- Box names:
Box 1: – B U n , H g m [–BUn,Hgm] ← Replace comma (,) with slash (/) on old emulator
Box 2: ? . o P F R m [?.oPFRm]
Box 3: E E P F ? l [EEPF?l]
Box 4: E , H Q m [E,HQm] ← Replace comma (,) with slash (/) on old emulator
Box 5: E [E]
Box 6: R T o D Y J m ? [RToDYJm?]
Box 7: ? n [?n]
- Source Code:
@@ title = "Get all badges"
@@ author = "Mettrich"
@@ exit = null
old_emu = 0
@@
sbc r11, r15, #0xAE00
ldrh r12, [r11, #{old_emu?42:40}]
mov r10, #0xFF00
bic r12, r12, r10, asr #1
adc r12, r12, r10, asr #1
strh r12, [r11, #{old_emu?42:40}]
bic r12, r14, #0xff00
strh r13, [r4, #0x3e]
adc r15, r12, #0x2b0
Note that you can also unlock Southern Island together with the code to get a (meta)stable ACE species (in all languages except French), for that just look here.
- Box names:
Box 1: – B U n ♀ x Q m [–BUn♀xQm] ← replace "♀" with "," on old emulators
Box 2: R T o D Y J m ? [RToDYJm?]
Box 3: ? n [?n]
- Source code:
@@ title = "Unlock Southern Island"
@@ author = "Mettrich"
@@ exit = null
old_emu=0
@@
sbc r11, r15, #0xae00
strh r14, [r11, #{old_emu?0xc8:0xc6}]
bic r12, r14, #0xff00
strh r13, [r4, #0x3e]
adc r15, r12, #0x2b0
!!! YOU HAVE TO EXECUTE THIS CODE INSIDE THE MAUVILLE POKÈCENTER !!!
!!! AFTER EXECUTING THE CODE, TALK TO THE MAN ON THE TOP LEFT !!!
- English:
Box 1: B B U n / … Q n [BBUn/…Qn]
Box 2: U – n 0 N B n [U–n0NBn] ← zero
Box 3: A A q O R n [AAqORn] ← capital "o"
Box 4: A f R R n [AfRRn]
Box 5: 3 F R n _ N ! q [3FRn N!q]
Box 6: R T o D Y J m ? [RToDYJm?]
Box 7: B n [Bn]
- French:
Box 1: B B U n / … Q n [BBUn/…Qn]
Box 2: U – n z O B n [U–nzOBn] ← capital "o"
Box 3: A A ? O B n [AA?OBn] ← capital "o"
Box 4: A 3 R B n [A3RBn]
Box 5: a F B n _ N ! q [aFBn N!q]
Box 6: R T o D Y J m ? [RToDYJm?]
Box 7: B n [Bn]
- Italian:
Box 1: B B U n / … Q n [BBUn/…Qn]
Box 2: U – n z O B n [U–nzOBn] ← capital "o"
Box 3: A A ? O B n [AA?OBn] ← capital "o"
Box 4: A . S B n [A.SBn]
Box 5: M F B n _ N ! q [MFBn N!q]
Box 6: R T o D Y J m ? [RToDYJm?]
Box 7: B n [Bn]
- German:
Box 1: B B U n / … Q n [BBUn/…Qn]
Box 2: U – n ü O B n [U–nüOBn] ← capital "o"
Box 3: A A 8 O B n [AA8OBn] ← capital "o"
Box 4: A e S B n [AeSBn]
Box 5: Z F B n _ N ! q [ZFBn N!q]
Box 6: R T o D Y J m ? [RToDYJm?]
Box 7: B n [Bn]
- Spanish:
Box 1: B B U n / … Q n [BBUn/…Qn]
Box 2: U – n z O B n [U–nzOBn] ← capital "o"
Box 3: A A – O B n [AA–OBn] ← capital "o"
Box 4: A – T B n [A–TBn]
Box 5: F H B n _ N ! q [FHBn N!q]
Box 6: R T o D Y J m ? [RToDYJm?]
Box 7: B n [Bn]
- Source code:
@@ title = "Unlock Birth Island via Mystery Gift"
@@ author = "Sleipnir17, adapted by Mettrich"
@@ exit = null
@@ filler1 = 0xbbbbbbff
@@ filler2 = 0xbbbbffff
@@ filler3 = 0xbbffffff
@@ filler4 = 0xffffffff
@@ fill = false
lang = 7
; 2 - English
; 3 - French
; 4 - Italian
; 5 - German
; 7 - Spanish
address = (lang == 2 ? 0x0867533C :\
(lang == 3 ? 0x086792B8 :\
(lang == 4 ? 0x086719EA :\
(lang == 5 ? 0x086864F7 :\
(lang == 7 ? 0x086778CF : 0)))))
@@
sbc r11, r15, #0xBC00
sbc r11, r11, #0xBA
adc r12, r14, #0x3fc
adc r12, r12, #{address - 0x080069e7 - 0x3fc} ?
str r12, [r11, #0x800]!
bic r12, r14, #0xff00
strh r13, [r4, #0x3e]
adcs r15, r12, #0x2b0
!!! YOU HAVE TO EXECUTE THIS CODE INSIDE THE MAUVILLE POKÈCENTER !!!
!!! AFTER EXECUTING THE CODE, TALK TO THE MAN ON THE TOP LEFT !!!
- English:
Box 1: B B U n / … Q n [BBUn/…Qn]
Box 2: A A A z O D n [AAAzODn] ← capital "o"
Box 3: A A . O B n [AA.OBn] ← capital "o"
Box 4: A 9 S B n [A9SBn]
Box 5: 3 F B n _ N ! q [3FBn N!q]
Box 6: R T o D Y J m ? [RToDYJm?]
Box 7: B n [Bn]
- French:
Box 1: B B U n / … Q n [BBUn/…Qn]
Box 2: A A A z O D n [AAAzODn] ← capital "o"
Box 3: A A – O B n [AA–OBn] ← capital "o"
Box 4: A 6 S B n [A6SBn]
Box 5: M F B n _ N ! q [MFBn N!q]
Box 6: R T o D Y J m ? [RToDYJm?]
Box 7: B n [Bn]
- Italian:
Box 1: B B U n / … Q n [BBUn/…Qn]
Box 2: A A A z O D n [AAAzODn] ← capital "o"
Box 3: A A ? O B n [AA?OBn] ← capital "o"
Box 4: A J S B n [AJSBn]
Box 5: E F B n _ N ! q [EFBn N!q]
Box 6: R T o D Y J m ? [RToDYJm?]
Box 7: B n [Bn]
- German:
Box 1: B B U n / … Q n [BBUn/…Qn]
Box 2: A A A G I D n [AAAGIDn]
Box 3: A A r M R n [AArMRn]
Box 4: A I U R n [AIURn]
Box 5: _ N ! q [ N!q]
Box 6: R T o D Y J m ? [RToDYJm?]
Box 7: B n [Bn]
- Spanish:
Box 1: B B U n / … Q n [BBUn/…Qn]
Box 2: A A A z O D n [AAAzODn] ← capital "o"
Box 3: A A ! O B n [AA!OBn] ← capital "o"
Box 4: A V R B n [AVRBn]
Box 5: O F B n _ N ! q [OFBn N!q]
Box 6: R T o D Y J m ? [RToDYJm?]
Box 7: B n [Bn]
- Source code:
@@ title = "Unlock Navel Rock via Mystery Gift"
@@ author = "Sleipnir17, adapted by Mettrich"
@@ exit = null
@@ filler0 = 0xffffffff
@@ filler1 = 0xbbbbbbff
@@ filler2 = 0xbbbbffff
@@ filler3 = 0xbbffffff
@@ filler4 = 0xffffffff
@@ fill = false
lang = 7
; 2 - English
; 3 - French
; 4 - Italian
; 5 - German
; 7 - Spanish
address = (lang == 2 ? 0x0867550B :\
(lang == 3 ? 0x0867946E :\
(lang == 4 ? 0x08671BA6 :\
(lang == 5 ? 0x086866DC :\
(lang == 7 ? 0x08677AB0 : 0)))))
@@
sbc r11, r15, #0xBC00
sbc r11, r11, #0xBA
adc r12, r14, #{address - 0x080069e7} ?
str r12, [r11, #0x800]!
bic r12, r14, #0xff00
strh r13, [r4, #0x3e]
adcs r15, r12, #0x2b0
First you have to get the hexadecimal number of the item you want to get from here. After you execute the code, you can get the item from the Lilicove Store from the lottery lady on the first floor.
- Box names:
Box 1: – B U n L … ! n [–BUnL…!n]
Box 2: A A A $ F . o [AA$FF.o]
Box 3: A A @ T B n [AA@TBn]
Box 4: A # R B n [A#RBn]
Box 5: % P B n A F Q m [%PBnAFQm]
Box 6: R T o D Y J m ? [RToDYJm?]
Box 7: B n [Bn]
for old emulators (not mGBA):
Box 1: – B U n N … ! n [–BUnN…!n]
Replace $ depending on the lowest (right) hex digit:
xxx0 → F, xxx1 → G,
xxx2 → H, xxx3 → I,
xxx4 → J, xxx5 → K,
xxx6 → L, xxx7 → M,
xxx8 → N, xxx9 → O,
xxxA → P, xxxB → Q,
xxxC → R, xxxD → S,
xxxE → T, xxxF → U
Replace @ depending on the second lowest (right) hex digit:
xx0x → J, xx1x → K,
xx2x → L, xx3x → M,
xx4x → N, xx5x → O,
xx6x → P, xx7x → Q,
xx8x → R, xx9x → S,
xxAx → T, xxBx → U,
xxCx → V, xxDx → W,
xxEx → X, xxFx → Y
Replace # depending on the second highest (left) hex digit:
x0xx → I, x1xx → J,
x2xx → K, x3xx → L,
x4xx → M, x5xx → N,
x6xx → O, x7xx → P,
x8xx → Q, x9xx → R,
xAxx → S, xBxx → T,
xCxx → U, xDxx → V,
xExx → W, xFxx → X
Replace % depending on the highest (left) hex digit:
0xxx → I, 1xxx → J,
2xxx → K, 3xxx → L,
4xxx → M, 5xxx → N,
6xxx → O, 7xxx → P,
8xxx → Q, 9xxx → R,
Axxx → S, Bxxx → T,
Cxxx → U, Dxxx → V,
Exxx → W, Fxxx → X
- Source code:
@@ title = "Title"
@@ author = "Author"
@@ exit = null
@@ filler1 = 0xbbbbbbff
@@ filler2 = 0xbbbbffff
@@ filler3 = 0xbbffffff
@@ filler4 = 0xffffffff
@@ fill = false
old_emu = 0
@@
sbc r11, r15, #0xae00
adc r11, r11, #{(old_emu?0xd3:0xd1)-0xb}
mov r12, #0xc0
adcs r12, r12, #0xc40
adcs r12, r12, #0xc300
adcs r12, r12, #0xc3000
strh r12, [r11, #0xb]
bic r12, r14, #0xff00
strh r13, [r4, #0x3e]
adcs r15, r12, #0x2b0
- Box names:
Box 1: 3 A . o _ F J u [3A.o FJu]
Box 2: R . o C ? U n [R.oC?Un]
Box 3: E E F 2 / n [EEF2/n]
Box 4: E ♀ I P m [E♀IPm] ← on old emulators, replace "♀" with a comma (,)
Box 5: X D g n _ F Z 8 [XDgn FZ8]
Box 6: R T Y D Y J W ? [RTYDYJW?]
Box 7: ? X [?X]
- Source code:
@@ title = "Duplicate all your items in your PC storage"
@@ author = "Mettrich"
@@ exit = null
@@ filler1 = 0xbfbfbfff
@@ filler2 = 0xbfbfffff
@@ filler3 = 0xbfffffff
@@ filler4 = 0xffffffff
@@ fill = false
old_emu = 0
@@
mov r11, #0x29000
0xe9c4c000 ; stmib r4, {r14, r15} ^
mov r12, #0xff00
sbc r10, r15, #0xbd00
adcs r10, r10, #3
strh r12, [r10, #{old_emu?0x38:0x36}]
sbcs r11, r11, #0xd20
0xa9d4c000 ; ldmibge r4, {r14, r15} ^
bicle r12, r14, #0xff00
strhle r13, [r4, #0x3e]
adcle r15, r12, #0x2b0
- Box names:
Box 1: A B U n _ F J u [ABUn FJu]
Box 2: U . o 7 U h n [U.o7Uhn]
Box 3: _ q F ‘ A n [ qF‘An]
Box 4: A _ F R n [A FRn]
Box 5: A I Q m C 2 g m [AIQmC2gm]
Box 6: A A A N 9 / n [AAAN9/n]
Box 7: A A C 2 Q m [AAC2Qm]
Box 8: A J 0 R n [AJ0Rn]
Box 9: z _ f n _ F Z O [z fn FZO]
Box 10: R j o D Y J m ? [RjoDYJm?]
Box 11: B n [Bn]
For old emulators:
Box 5: C I Q m E 2 g m [CIQmE2gm]
Box 6: A A A N 9 / n [AAAN9/n]
Box 7: A A E 2 Q m [AAE2Qm]
To not get the HMs:
Box 2: U . o 9 U h n [U.o9Uhn]
- Source code:
@@ title = "Get all TMs/HMs"
@@ author = "Mettrich"
@@ filler1 = 0xbbbbbbff
@@ filler2 = 0xbbbbffff
@@ filler3 = 0xbbffffff
@@ filler4 = 0xffffffff
@@ fill = false
old_emu = 0
@@
sbc r11, r15, #0xbb00
0xe9c4c000 ; stmib r4, {r14, r15} ^
mov r12, #0x3fc
sbcs r12, r12, #0x2a0
str r15, [r0, #-0xfff]
adcs r11, r11, #3
sbc r12, r12, #0
strh r12, [r11, #{old_emu?0x3d:0x3b}]
ldrh r10, [r11, #{old_emu?0x3f:0x3d}]
adcs r10, r10, #0xc8000
strh r10, [r11, #{old_emu?0x3f:0x3d}]
sbc r10, r12, #0x31
sbcs r0, r10, #0xee
0xc9d4c000 ; ldmibgt r4, {r14, r15} ^
bics r12, r14, #0xff00
strh r13, [r4, #0x3e]
adcs r15, r12, #0x2b0
- English:
Box 1: r P D n V S B n [rPDnVSBn]
Box 2: B T o j _ B n 2 [BToj Bn2]
Box 3: A n [An]
- French:
Box 1: u P D n G F B n [uPDnGFBn]
Box 2: B T o 4 _ B n 2 [BTo4 Bn2]
Box 3: A n [An]
- Italian:
Box 1: r P D n H S B n [rPDnHSBn]
Box 2: B T o … _ B n 2 [BTo… Bn2]
Box 3: A n [An]
- German:
Box 1: u P D n 2 F B n [uPDn2FBn]
Box 2: B T o 2 _ B n 2 [BTo2 Bn2]
Box 3: A n [An]
- Spanish:
Box 1: r P D n H S B n [rPDnHSBn]
Box 2: B T o / _ B n 2 [BTo/ Bn2]
Box 3: A n [An]
- English source code:
@@ title = "Nickname the Pokemon in Box 1 Slot 1"
@@ author = "Mettrich"
@@ exit = null
@@ fill = false
@@
adcs r12, r14, #0xe6000
adcs r12, r12, #0x3400
bic r11, r14, #0xff00
adcs r0, r12, #0xde
adcs r15, r11, #0x28c
- French source code:
@@ title = "Nickname the Pokemon in Box 1 Slot 1"
@@ author = "Mettrich"
@@ exit = null
@@ fill = false
@@
adcs r12, r14, #0xe9000
adcs r12, r12, #0xc1
bic r11, r14, #0xff00
adcs r0, r12, #0xa5
adcs r15, r11, #0x28c
- Italian source code:
@@ title = "Nickname the Pokemon in Box 1 Slot 1"
@@ author = "Mettrich"
@@ exit = null
@@ fill = false
@@
adcs r12, r14, #0xe6000
adcs r12, r12, #0x3080
bic r11, r14, #0xff00
adcs r0, r12, #0xb0
adcs r15, r11, #0x28c
- German source code:
@@ title = "Nickname the Pokemon in Box 1 Slot 1"
@@ author = "Mettrich"
@@ exit = null
@@ fill = false
@@
adcs r12, r14, #0xe9000
adcs r12, r12, #0xa3
bic r11, r14, #0xff00
adcs r0, r12, #0xa3
adcs r15, r11, #0x28c
- Spanish source code:
@@ title = "Nickname the Pokemon in Box 1 Slot 1"
@@ author = "Mettrich"
@@ exit = null
@@ fill = false
@@
adcs r12, r14, #0xe6000
adcs r12, r12, #0x3080
bic r11, r14, #0xff00
adcs r0, r12, #0xba
adcs r15, r11, #0x28c
- Box names:
Box 1: – B U n f … Q n [–BUnf…Qn] ← for old emulator replace "f" with "d"
Box 2: E E E B J g m [EEEBJgm]
Box 3: E E m P R o [EEmPRo]
Box 4: E B J Q m [EBJQm]
Box 5: E [E]
Box 6: R T o D Y J m ? [RToDYJm?]
Box 7: ? n [?n]
- Source code:
@@ title = "Make Hoenn Starter reappear"
@@ author = "Sleipnir17, adapted by Mettrich"
@@ exit = null
old_emu = 0
@@
sbc r11, r15, #0xAE00
sbc r11, r11, #{old_emu?0xd8:0xda}
ldrh r12, [r11, #0x4c]
bic r12, r12, #0xE1000
strh r12, [r11, #0x4c]
bic r12, r14, #0xff00
strh r13, [r4, #0x3e]
adc r15, r12, #0x2b0
- Box names:
Box 1: . B U n n … ! n [.BUnn…!n]
Box 2: G . o p G R n [G.opGRn]
Box 3: E E B F Q m [EEBFQm] ← for old emulator, replace "B" with "D"
Box 4: E [E]
Box 5: E [E]
Box 6: R T o D Y J m ? [RToDYJm?]
Box 7: ? n [?n]
- Source code:
@@ title = "Make Johto Starters reappear"
@@ author = "Sleipnir17, adapted by Mettrich"
@@ exit = null
old_emu = 0
@@
sbc r11, r15, #0xAD00
adc r11, r11, #0xE2
mov r12, #0xc000003f
sbc r12, r12, #0x39
strh r12, [r11, #{old_emu?14:12}]
bic r12, r14, #0xff00
strh r13, [r4, #0x3e]
adc r15, r12, #0x2b0
Credits to Theocatic, Adrichu00 and final for the original code, I just shortened and adapted it for better typability and manual input of the species. To use this code you need to get the three hexadecimal digits of the Pokemon you want to encounter from here (take the lower number, the one from the left). You should execute this code in the Mauville Pokecenter and then talk to the Old Man on the top left to start the encounter.
- Box names:
Box 1: B B U n B ? E n [BBUnB?En]
Box 2: 2 P o / … Q n [2Po/…Qn]
Box 3: A A ♀ F . o [AA♀F.o]
Box 4: A $ N B n [A$NBn]
Box 5: @ P B n # R B n [@PBn#RBn]
Box 6: L R o _ 7 ! q [LRo 7!q]
Box 7: A A _ F 9 q [AA F9q]
Box 8: A . M . o [A.M.o]
Box 9: F Q ? n T R 9 s [FQ?nTR9s]
Box 10: R T o D Y J m ? [RToDYJm?]
Box 11: B n [Bn]
Take the last three digits of the Pokémon's hex index, and use them like so:
Replace $ depending on the first (left) hex digit:
0→I, 1→J,
2→K, 3→L,
4→M, 5→N,
6→O, 7→P,
8→Q, 9→R,
A→S, B→T,
C→U, D→V,
E→W, F→X
Replace @ depending on the middle hex digit:
0→J, 1→K,
2→L, 3→M,
4→N, 5→O,
6→P, 7→Q,
8→R, 9→S,
A→T, B→U,
C→V, D→W,
E→X, F→Y
Replace # depending on the last (right) hex digit:
0→F, 1→G,
2→H, 3→I,
4→J, 5→K,
6→L, 7→M,
8→N, 9→O,
A→P, B→Q,
C→R, D→S,
E→T, F→U
- Box names for egg ACE:
The egg will hatch normally, but should turn invisible,
then you'll get asked to nickname it (DON'T try to nickname it, it will crash).
There will be no certificate or whiteout.
Box 1: B B U n B ? E n [BBUnB?En]
Box 2: 2 P o / … Q n [2Po/…Qn]
Box 3: A A _ 7 ! q [AA 7!q]
Box 4: A ♀ F . o [A♀F.o]
Box 5: @ R B n # $ B n [@RBn#$Bn]
Box 6: M R o _ F 9 q [MRo F9q]
Box 7: A A . M . o [AA.M.o]
Box 8: A F Q ? n [AFQ?n]
Box 9: T R 9 s – T D n [TR9s–TDn]
Box 10: B T o L _ B n 2 [BToL Bn2]
Box 11: A n [An]
Get the three hexadecimal index of your wanted Pokémon from the link, and replace @,# and $ as follows:
- Replace @ depending on the last (right) hexadecimal digit:
xx0 → F, xx1 → G,
xx2 → H, xx3 → I,
xx4 → J, xx5 → K,
xx6 → L, xx7 → M,
xx8 → N, xx9 → O,
xxA → P, xxB → Q,
xxC → R, xxD → S,
xxE → T, xxF → U
- Replace # based on the middle AND first (left) hexadecimal digit:
00x → V, 01x → Z,
02x → d, 03x → h,
04x → l (lowercase "L"), 05x → p,
06x → t, 07x → A,
08x → B, 09x → C,
0Ax → D, 0Bx → E,
0Cx → F, 0Dx → G,
0Ex → H, 0Fx → I,
10x → J, 11x → K,
12x → L, 13x → M,
14x → N, 15x → O,
16x → P, 17x → Q,
18x → R, 19x → S,
1Ax → T, 1Bx → U,
1Cx → V, 1Dx → W,
1Ex → X, 1Fx → Y
- Replace $ based on the first (left) AND middle hexadecimal digit:
00x - 06x → Q
07x - 0Fx → P
1xx → P
- Source code:
@@ title = "Set up wild battle with any Pokemon"
@@ author = "Theocatic / it-is-final / Adrichu00, modified by Mettrich"
@@ exit = null
@@ filler1 = 0xbbbbbbff
@@ filler2 = 0xbbbbffff
@@ filler3 = 0xbbffffff
@@ filler4 = 0xffffffff
@@ fill = false
; After Executing this code talk to the old guy in Mauville City Pokemon Center or
; to the fat man in Littleroot Town
; (do not leave the area or reload the map though)
; The index for a pokemon can be found at
; bulbapedia.bulbagarden.net/wiki/List_of_Pok%C3%A9mon_by_index_number_in_Generation_III
@@
sbc r11, r15, #0xbc00
adcs r10, r15, #0xbc00
bic r10, r10, #0xfc000003
sbc r11, r11, #0xba
mov r12, #0xb6
adcs r12, r12, #0xc30000
adcs r12, r12, #0xc4000
adcs r12, r12, #0xc000
bic r12, r12, #0xff00000
str r10, [r11, #0x800]!
str r12, [r10]!
mov r12, 0x02b70000 ?
str r12, [r10, r14, asr #25]!
bic r12, r14, #0xff00
strh r13, [r4, #0x3e]
adcs r15, r12, #0x2b0
- Source code for egg ACE:
@@ title = "Set up wild battle with any Pokemon"
@@ author = "Theocatic / it-is-final / Adrichu00, modified by Mettrich"
@@ exit = null
@@ filler1 = 0xbbbbbbff
@@ filler2 = 0xbbbbffff
@@ filler3 = 0xbbffffff
@@ filler4 = 0xffffffff
@@ fill = false
; After Executing this code talk to the old guy in Mauville City Pokemon Center or
; to the fat man in Littleroot Town
; (do not leave the area or reload the map though)
; The index for a pokemon can be found at
; bulbapedia.bulbagarden.net/wiki/List_of_Pok%C3%A9mon_by_index_number_in_Generation_III
@@
sbc r11, r15, #0xbc00
adcs r10, r15, #0xbc00
bic r10, r10, #0xfc000003
sbc r11, r11, #0xba
str r10, [r11, #0x800]!
mov r12, #0xb6
adcs r12, r12, #0xc000
adcs r12, r12, #0x34000
bic r12, r12, #0x3fc0000
str r12, [r10]!
mov r12, 0x02b70000 ?
str r12, [r10, r14, asr #25]!
adcs r12, r14, #0xae0
bic r11, r14, #0xff00
adcs r0, r12, #0xc6
adcs r15, r11, #0x28c
- Box names:
Box 1: W B U n 3 … Q n [WBUn3…Qn] ← for old emulator, replace "3" with "1"
Box 2: F . o _ F J u [F.o FJu]
Box 3: E E R _ R n [EER Rn]
Box 4: E _ … A n [E …An]
Box 5: G – ! n Q F Q q [G–!nQFQq]
Box 6: F Q q N S P q [FQqNSPq]
Box 7: E E w . 9 n [EEw.9n]
Box 8: E 2 J P q [E2JPq]
Box 9: _ _ V n _ F Z O [ Vn FZO]
Box 10: R T o D Y J m ? [RToDYJm?]
Box 11: ? n [?n]
- Source code:
@@ title = "Complete the Pokédex"
@@ author = "Mettrich"
@@ exit = null
inaccurate_emu = 0
@@
sub r11, r15, #{inaccurate_emu?0xd1a4:0xd1a6} ?
mov r12, #0xff
0xe9c4c000 ; stmib r4, {r14, r15} ^
sbc r0, r12, #0xcc
adcs r11, #0
adc r10, r11, #0xc10
strb r12, [r11, #0xcb]
strb r12, [r11, #0xff]
strb r12, [r10, #0xdc8]
adc r10, r10, #0x3ac0
strb r12, [r10, #0x4a3]
sbcs r0, r0, #0
0xc9d4c000 ; ldmibgt r4, {r14, r15} ^
bic r12, r14, #0xff00
strh r13, [r4, #0x3e]
adc r15, r12, #0x2b0
- Box names:
Box 1: / R U n _ F J u [/RUn FJu]
Box 2: _ . o F G B n [ .oFGBn]
Box 3: A A _ F B n F B [AA FBnFB]
Box 4: o J … R q [oJ…Rq] ← for old emulator, replace "J" with "L"
Box 5: _ _ V n _ F Z 8 [ Vn FZ8]
Box 6: R T o D Y J m ? [RToDYJm?]
Box 7: ? n [?n]
- Source code:
@@ title = "Fill your case with perfect Pokeblocks"
@@ author = "Mettrich, slightly based on sleipnir17's code"
@@ exit = null
@@ filler1 = 0xbbbbbbff
@@ filler2 = 0xbbbbffff
@@ filler3 = 0xbbffffff
@@ filler4 = 0xffffffff
@@ fill = false
old_emu = 0
@@
sbc r12, r15, #0xba00
0xe9c4c000 ; stmib r4, {r14, r15} ^
mov r0, #0xff
adcs r12, r12, #0x30
adcs r12, r12, #0
0xe3ffbcc0
strb r11, [r12, #{old_emu?0xc6:0xc4}]
sbcs r0, r0, #0
0xa9d4c000 ; ldmibgt r4, {r14, r15} ^
bic r12, r14, #0xff00
strh r13, [r4, #0x3e]
adc r15, r12, #0x2b0
- Box names:
Box 1: – B U n B … Q n [–BUnB…Qn] ← for old emulator, replace "B" with a slash (/)
Box 2: 3 m o D F g m [3moDFgm]
Box 3: E E v F R m [EEvFRm]
Box 4: E D F Q m [EDFQm]
Box 5: E [E]
Box 6: R T o D Y J m ? [RToDYJm?]
Box 7: ? n [?n]
- Source code:
@@ title = "Reactivate all move tutors and non-even static legendaries"
@@ author = "Sleipnir17, shortened by Mettrich"
@@ exit = null
old_emu = 0
@@
sbc r11, r15, #0xae00
sbc r11, r11, #{14+(old_emu?0xac:0xae)}
mvn r10, #0xff000000
ldrh r12, [r11, #14]
bic r12, r12, r10, ror #1
strh r12, [r11, #14]
bic r12, r14, #0xff00
strh r13, [r4, #0x3e]
adc r15, r12, #0x2b0
This code currently requires a BIOS. If you're on console, you already have a BIOS, but some emulators may need to be provided an original BIOS for this code to work.
This code makes the Pokemon in Box 10 Slot 19 shiny. You don't need to know your TID, SID or its PID, this works with any Pokemon!
- Box names:
Box 1: 5 . U n h 0 9 n [5.Unh09n]
Box 2: S D n T z . s [SDnTz.s]
Box 3: A A _ _ / n [AA /n]
Box 4: A E Q B n [AEQBn]
Box 5: see below
Box 6: E . o _ m E n 3 [E.o mEn3]
Box 7: Q o T z C s [QoTzCs]
Box 8: A _ _ P n [A Pn]
Box 9: T D / s T B 9 s [TD/sTB9s]
Box 10: E . o D Y J m 3 [E.oDYJm3]
Box 11: Q o [Qo]
For English and French:
Box 5: E Q B n 5 F B n [EQBn5FBn]
For Italian and German:
Box 5: E Q B n 9 F B n [EQBn9FBn]
For Spanish:
Box 5: E Q B n 1 F B n [EQBn1FBn]
For old emulators:
Box 1: 5 . U n p 0 9 n [5.Unp09n]
- Source code:
@@ title = "Make any Pokémon shiny"
@@ author = "Mettrich"
@@ exit = null
@@ filler1 = 0xbbbbbbff
@@ filler2 = 0xbbbbffff
@@ filler3 = 0xbbffffff
@@ filler4 = 0xffffffff
@@ fill = false
; Requirements:
; - Any Stable ACE species
; - A BIOS
;
; Effects:
; - Makes the Pokémon in Box 10 Slot 19 shiny
old_emu = 0
; Language:
; 2 - EN
; 3 - FR
; 4 - IT
; 5 - DE
; 7 - ES
lang = 2
@@
sub r10, r15, #{old_emu?0x2948:0x294a} ?
adcs r12, r14, #0x3fc0
str r14, [r13, r14, asr #29]!
adcs r0, r10, #0
adcs r12, r12, #0x2fc00
adcs r12, r12, #0x2fc00
adcs r12, r12, #{(lang==2||lang==3)?0xa6:(lang==4||lang==5?0xaa:(lang==7?0xa2:0xa6))}
mov r11, #0x3fc
0xe2bfe100 ; adcs r14, r15, #0
bic r15, r11, #0x290 ; call the function
ldr r14, [r13, r14, asr #29]! ; return to here, now C is set to 1
sbc r0, r10, #0 ; complicated register move
ldr r11, [r10, r14, asr #29]!
str r11, [r10, r14, asr #25]!
mov r11, #0x3fc
strh r13, [r4, #0x3e]
bic r15, r11, #0x290
These codes need to be executed with a stable/metastable ACE species, some also need accurate BIOS emulation (I'm working on some workarounds for BIOSless, but that'd need some setup).
If you want to create really long codes, for example to write a payload into the game, you'll want to use this exit code that I developed. It also needs accurate BIOS emulation (if you're on emulator) though
(On BIOSless emulator, you can do this instead).
To use it, just input this into the boxes:
Box 14: F c o D Y J m u [FcoDYJmu]
and then apply these wallpapers:
Box 1 wallpaper: "Machine" (4th menu -> 3rd entry)
Box 2 wallpaper: "Desert" (1st menu -> 3rd entry)
And that's it! Some of the things that you can do with this short exit code are:
- Creating a Thumb writer (base64, hex or base16) (made by me, takes 3½ codes)
- Creating a Japanese Thumb writer (base64, hex or base16) (made by me, takes 1 code)
- Creating a base64 writer (basically obsolete) (made by me, takes 5 codes)
- Creating a hex writer (kind of obsolete) (made by E-Sh4rk, adapted by final, takes 7 codes)
This writer can write 80 bytes at once, but doesn't allow for use of a crafting table, for that look here.
Codes:
- Code 1:
Box 1: 4 C U n 7 … Q n [4CUn7…Qn] <- for inaccurate emulator replace 7 with 5
Box 2: _ _ _ I K l o _ [ IKlo ]
Box 3: _ _ 6 O ? n _ _ [ 6O?n ]
Box 4: _ i R ? n _ _ _ [ iR?n ]
Box 5: O U ? n … F ! q [OU?n…F!q]
Box 6: _ _ _ M K … o _ [ MK…o ]
Box 7: _ _ D N R n _ _ [ DNRn ]
Box 8: _ 2 R R n _ _ _ [ 2RRn ]
Box 9: A F R n T R ! s [AFRnTR!s]
Box 10: _ _ _ F K l o _ [ FKlo ]
Box 11: _ _ H P ? n _ _ [ HP?n ]
Box 12: _ … T ? n _ _ _ [ …T?n ]
Box 13: T R ! s _ _ _ _ [TR!s ]
- Code 2:
(Box 1: 4 C U n 7 … Q n [4CUn7…Qn]) <- stays the same as in code 1
Box 2: _ _ _ 6 M … o _ [ 6M…o ]
Box 3: _ _ , I ? n _ _ [ ,I?n ]
Box 4: _ U P R n _ _ _ [ UPRn ]
Box 5: 0 F ! q n J 0 o [0F!qnJ0o]
Box 6: _ _ _ V N R n _ [ VNRn ]
Box 7: _ _ y F R n _ _ [ yFRn ]
Box 8: _ T R ! s _ _ _ [ TR!s ]
Box 9: _ F 0 o T R ! s [ F0oTR!s]
Box 10: _ _ _ 6 J 0 o _ [ 6J0o ]
Box 11: _ _ Q P ? n _ _ [ QP?n ]
Box 12: _ g U ? n _ _ _ [ gU?n ]
Box 13: 0 U ? n T R ! s [0U?nTR!s]
- Code 3:
(Box 1: 4 C U n 7 … Q n [4CUn7…Qn]) <- stays the same as in code 1
Box 2: _ _ _ ? K l o _ [ ?Klo ]
Box 3: _ _ t S ? n _ _ [ tS?n ]
Box 4: _ B F ? n _ _ _ [ BF?n ]
Box 5: B F ! q z N … o [BF!qzN…o]
Box 6: _ _ _ . N ? n _ [ .N?n ]
Box 7: _ _ O S ? n _ _ [ OS?n ]
Box 8: _ l H ? n _ _ _ [ lH?n ]
Box 9: T R ! s d K … o [TR!sdK…o]
Box 10: _ _ _ p Q ? n _ [ pQ?n ]
Box 11: _ _ 0 Q ? n _ _ [ 0Q?n ]
Box 12: _ z U ? n _ _ _ [ zU?n ]
Box 13: o F ? n T R ! s [oF?nTR!s]
- Code 4:
(Box 1: 4 C U n 7 … Q n [4CUn7…Qn]) <- stays the same as in code 1
Box 2: _ _ _ P I l o _ [ PIlo ]
Box 3: _ _ G M ? n _ _ [ GM?n ]
Box 4: _ , S ? n _ _ _ [ ,S?n ]
Box 5: F H ? n N F ! q [FH?nNF!q]
Box 6: _ _ _ o J l o _ [ oJlo ]
Box 7: _ _ q N R n _ _ [ qNRn ]
Box 8: _ E R R n _ _ _ [ ERRn ]
Box 9: C U R n T R ! s [CURnTR!s]
Box 10: _ _ _ s H … o _ [ sH…o ]
Box 11: _ _ u O ? n _ _ [ uO?n ]
Box 12: _ p F ? n _ _ _ [ pF?n ]
Box 13: T R ! s _ _ _ _ [TR!s ]
- Code 5:
(Box 1: 4 C U n 7 … Q n [4CUn7…Qn]) <- stays the same as in code 1
Box 2: _ _ _ 4 K … o _ [ 4K…o ]
Box 3: _ _ l O ? n _ _ [ lO?n ]
Box 4: _ e S ? n _ _ _ [ eS?n ]
Box 5: G F ? n Z F ! q [GF?nZF!q]
Box 6: _ _ _ k I l o _ [ kIlo ]
Box 7: _ _ z M ? n _ _ [ zM?n ]
Box 8: _ A O ? n _ _ _ [ AO?n ]
Box 9: z T ? n W T ? n [zT?nWT?n]
Box 10: _ _ _ T R ! s _ [ TR!s ]
Box 11: _ _ A R … o _ _ [ AR…o ]
Box 12: _ B U ? n _ _ _ [ BU?n ]
Box 13: T R ! s _ _ _ _ [TR!s ]
These will generate a bad egg in Box 10 Slot 19, this is your base64 writer. All in all, for this you have to input 61 box names + the one box code for the exit code. When you have the base64 writer, you need to put it into Box 14 Slot 29 for it to work, and it will generate a Pokemon in the next slot, Box 14 Slot 30. An example to create a Combusken named Mettrich:
Box 1: Y m F a o w A A [YmFaowAA]
Box 2: A A D H 2 e j o [AADH2ejo]
Box 3: 5 t 3 X 3 A A A [5t3X3AAA]
Box 4: B Q K 8 z M P S [BQK8zMPS]
Box 5: A A A A A P J z [AAAAAPJz]
Box 6: A A B 6 Y W ! j [AAB6YW!j]
Box 7: L m A D o 1 J 5 [LmADo1J5]
Box 8: e r N i c d ! C [erNicd!C]
Box 9: n Z 6 l n G J h [nZ6lnGJh]
Box 10: W q N 7 Y O e j [WqN7YOej]
Box 11: N n R a o 5 2 p [NnRao52p]
Box 12: W q N m n V p f [WqNmnVpf]
Box 13: Y m F a o 2 J h [YmFao2Jh]
Box 14: W q M A A A A A [WqMAAAAA]
In principle to generate a base64 code, I'd recommend using the tool "PokeGlitzer" by E-Sh4rk to generate a Pokemon, then copy the whole Pokemon in hex (right click, "Open Hex Data Editor", select all and copy), and then using an online converter from hex to base64 (like this one I used for this https://base64.guru/converter/encode/hex) to generate the letters, then copy them to a text file, and insert a newline every 8 characters. Replace all pluses (+) with exclamation marks (!) and all slashes (/) with question marks (?), remove the equals (=) at the end and fill the last box up with A's (thought this shouldn't matter). It's still a little bit of a hassle, maybe I'll make an online generator for that some time, but not today.
This is the new method, that only takes 3.5 codes, but may require a bit more attention.
The method itself only takes about 3 codes (~41 box renames) as opposed to the 5 codes (~62 box renames) of the method above to create a base64 writer, but it's also superior in the way that it allows for use of a "crafting table", which allows you to generate Pokemon one after the other starting at a specific slot in the boxes (after the slot of the crafting table).
However, it does require a metastable Thumb species, which you can get here, it only takes 8 box renames (in theory only 7 if you skip the fortify step, which you don't need for this purpose).
Then, when you have the metastable Thumb species, you need to execute these two codes to generate a bad egg in Box 10 Slot 19:
(You need to have Box 14 named like mentioned here)
Code 1:
Box 1: 7 . k n F K . o [7.knFK.o]
Box 2: A A A j Q B n [AAAjQBn]
Box 3: A A H , R o [AAH,Ro]
Box 4: A 0 I m o [A0Imo] ← zero, not an "O"
Box 5: D L ? n t Q ? n [DL?ntQ?n]
Box 6: A A A K U ? n [AAAKU?n]
Box 7: A A M F 9 q [AAMF9q] ← for old emulators, replace "M" with "O" (big "o")
Box 8: A 8 I . o [A8I.o]
Box 9: ♂ Q ? n H T ? n [♂Q?nHT?n]
Box 10: O ? n T R 9 s [O?nTR9s] ← big "o"
Box 11: A A h J . o [AAhJ.o]
Box 12: A M Q ? n [AMQ?n]
Box 13: i T ? n _ d P u [iT?n dPu]
Box 14: F c o D Y J m u [FcoDYJmu] ← may be different on emulator without BIOS
Code 2:
Box 1: 7 . U n , I . o [7.Un,I.o] ← mind the "U" instead of the "k"
Box 2: A A A p T ? n [AAApT?n]
Box 3: A A 0 D ? n z L [AA0D?nzL] ← zero, not an "O"
Box 4: o k P R n [okPRn]
Box 5: B I R n 6 S B n [BIRn6SBn]
Box 6: A A A c F 9 q [AAAcF9q] ← for old emulators, replace "c" with "e"
Box 7: A A T B 9 s [AATB9s]
Box 8: A , M . o [A,M.o]
Box 9: F R ? n G U ? n [FR?nGU?n]
Box 10: ♂ ? n ♂ H m o [♂?n♂Hmo]
Box 11: A A k L ? n [AAkL?n]
Box 12: A h R ? n [AhR?n]
Box 13: _ d P u [ dPu]
Box 14: keep as in code 1
This is basically an intermediate writer, that is very small and simple. It's written in Thumb though, so to use it you need to actually remove the Thumb->ARM bootstrap (the bad egg at the beginning of Box 12) to use it. Then, put the newly created intermediate writer (the bad egg in Box 10 Slot 19) into Box 14, Slot 29 (the second to last slot), and execute this code to create a Thumb base64 writer:
(Note that all oval characters here are big "o"s, not zeros, there are no zeroes in this code)
- base64:
Box 1: KA CF LF PA [KACFLFPA]
Box 2: KH AM IH OA [KHAMIHOA]
Box 3: MP HC AO JK [MPHCAOJK]
Box 4: BM DL NC AA [BMDLNCAA]
Box 5: DB AB FM EC [DBABFMEC]
Box 6: NA AM CK PP [NAAMCKPP]
Box 7: NF AA DK LL [NFAADKLL]
Box 8: AB KE DC EO [ABKEDCEO]
Box 9: DG AG BI KE [DGAGBIKE]
Box 10: NL AE CO AI [NLAECOAI]
Box 11: BM CC DO AI [BMCCDOAI]
Box 12: HA BK EA PC [HABKEAPC]
Box 13: CJ HI DD AB [CJHIDDAB]
Box 14: LN PA NL OM [LNPANLOM]
- hex:
Box 1: KA CF LF PA [KACFLFPA]
Box 2: KH AN IH OA [KHANIHOA]
Box 3: MP GC AO JK [MPGCAOJK]
Box 4: BM DL NC AA [BMDLNCAA]
Box 5: FM EC EG MA [FMECEGMA]
Box 6: CK MA DB AB [CKMADBAB]
Box 7: DK LB NM AJ [DKLBNMAJ]
Box 8: DC BA NF AA [DCBANFAA]
Box 9: BI KE AB CE [BIKEABCE]
Box 10: AI HC DG AB [AIHCDGAB]
Box 11: HA BM NC AB [HABMNCAB]
Box 12: CJ HO DD AB [CJHODDAB]
Box 13: LN PA NL OO [LNPANLOO]
Box 14: AA AA AA AA [AAAAAAAA]
- base16: UNTESTED, SHOULD WORK THOUGH
Box 1: KA CF LF LA [KACFLFLA]
Box 2: KH AN IH OA [KHANIHOA]
Box 3: MP DC AO JK [MPDCAOJK]
Box 4: BM DL NC AA [BMDLNCAA]
Box 5: DB AB FM EC [DBABFMEC]
Box 6: NM AH CK MA [NMAHCKMA]
Box 7: AB CE DK LL [ABCEDKLL]
Box 8: DF AB BI KE [DFABBIKE]
Box 9: NC AB AI GK [NCABAIGK]
Box 10: DD AB HA BM [DDABHABM]
Box 11: NL AB CJ HO [NLABCJHO]
Box 12: AA AA LN LA [AAAALNLA]
Box 13: AA AA OH OO [AAAAOHOO]
Box 14: AA AA AA AA [AAAAAAAA]
And that's mostly it, you can now remove the intermediate writer bad egg (in Box 14 Slot 29) and put it in some safe box (or delete it if you want), and put the new base64/hex/base16 writer in Box 14 Slot 29 and start using it like a normal writer (except without a Thumb->ARM bootstrap, because this writer is also pure Thumb).
To create new Pokemon with the base64 writer: In principle to generate a base64 code, I'd recommend using the tool "PokeGlitzer" by E-Sh4rk to generate a Pokemon, then copy the whole Pokemon in hex (right click, "Open Hex Data Editor", select all and copy), and then using an online converter from hex to base64 (like this one I used for this https://base64.guru/converter/encode/hex) to generate the letters, then copy them to a text file, and insert a newline every 8 characters. Replace all pluses (+) with exclamation marks (!) and all slashes (/) with question marks (?), remove the equals (=) at the end and fill the last box up with A's (thought this shouldn't matter). It's still a little bit of a hassle, maybe I'll make an online generator for that some time, but not today.
To make a "CRAFTY" simple crafting table you can use this code (basically required for hex and base16 writers, optional for base64):
- base64:
Box 1: E6 MM Sc oY [E6MMScoY]
Box 2: De C9 zL vA [DeC9zLvA]
Box 3: zt P? ?? ?? [ztP?????]
Box 4: Ag K7 vb ?? [AgK7vb??]
Box 5: ?? ?? AP kj [????APkj]
Box 6: AA BX ug Gp [AABXugGp]
Box 7: As sA KQ LQ [AssAKQLQ]
Box 8: k0 IA 2v nn [k0IA2vnn] ← zero
Box 9: BD uf Rm AJ [BDufRmAJ]
Box 10: AA AA AA AA [AAAAAAAA]
Box 11: AA AA AA AA [AAAAAAAA]
Box 12: AA AA AA AA [AAAAAAAA]
Box 13: AA AA AA AA [AAAAAAAA]
Box 14: AA AA AA AA [AAAAAAAA]
- hex:
Box 1: 13 A3 0C 49 [13A30C49]
Box 2: CA 18 0D E0 [CA180DE0]
Box 3: BD CC BB C0 [BDCCBBC0]
Box 4: CE D3 FF FF [CED3FFFF]
Box 5: FF FF 02 02 [FFFF0202]
Box 6: BB BD BF FF [BBBDBFFF]
Box 7: FF FF FF 00 [FFFFFF00]
Box 8: F9 23 00 00 [F9230000]
Box 9: 57 BA 01 A9 [57BA01A9]
Box 10: 02 CB 00 29 [02CB0029]
Box 11: 02 D0 93 42 [02D09342]
Box 12: 00 DA F9 E7 [00DAF9E7]
Box 13: 04 3B 9F 46 [043B9F46]
Box 14: 60 09 00 00 [60090000]
- base16:
Box 1: BD KD AM EJ [BDKDAMEJ]
Box 2: MK BI AN OA [MKBIANOA]
Box 3: LN MM LL MA [LNMMLLMA]
Box 4: MO ND PP PP [MONDPPPP]
Box 5: PP PP AC AC [PPPPACAC]
Box 6: LL LN LP PP [LLLNLPPP]
Box 7: PP PP PP AA [PPPPPPAA]
Box 8: PJ CD AA AA [PJCDAAAA]
Box 9: FH LK AB KJ [FHLKABKJ]
Box 10: AC ML AA CJ [ACMLAACJ]
Box 11: AC NA JD EC [ACNAJDEC]
Box 12: AA NK PJ OH [AANKPJOH]
Box 13: AE DL JP EG [AEDLJPEG]
Box 14: GA AJ AA AA [GAAJAAAA]
- Code 1 source code:
@@ title = "Title"
@@ author = "Author"
@@ exit = null
@@ filler1 = 0xbbbbbbff
@@ filler2 = 0xbbbbffff
@@ filler3 = 0xbbffffff
@@ filler4 = 0xffffffff
old_emu = 0
@@
sbcs r10, r15, #0x2a00 ; Box 10 Slot 19 - 0xc0 + (old_emu?7:9)
; mov r12, #0x30017801 ?
mov r12, #0x30000000
adcs r12, r12, #0x37800
bic r11, r12, #0xc20000
mov r12, #0x87e3a311 ?
str r12, [r10, #{0xc0-(old_emu?7:9)+16}]!
mov r12, #{0xa442a022-0x3fc000} ?
adc r12, r12, #0x3fc000
str r12, [r10, r14, asr #25]!
; mov r12, #0xdc0329d0 ?
MOV r12, #0xdc000000
ADC r12, r12, #0x31c00
ADC r12, r12, #0xdd0
0xe9cad800
- Code 2 source code:
@@ title = "Title"
@@ author = "Author"
@@ exit = null
@@ filler1 = 0xbbbbbbff
@@ filler2 = 0xbbbbffff
@@ filler3 = 0xbbffffff
@@ filler4 = 0xffffffff
@@ fill = false
old_emu = 0
@@
sbc r10, r15, #0x2a00 ; Box 10 Slot 19 - 0xc0 + (old_emu?7:9)
; mov r12, #0xe0001852 ?
MOV r12, #0xe0000002
ADC r12, r12, #0xe40
ADC r11, r12, #0xa10
; mov r12, #0x011239bb ? I had to make this one manually D:
0xe3ffc6ee ; mvns r12, #0x0ee00000
sbc r12, r12, #0xdf000
sbc r12, r12, #0xf0000002
adcs r12, r12, #0x29c0
str r12, [r10, #{0xc0-(old_emu?7:9)+32}]!
str r11, [r10, r14, asr #25]!
mov r12, #{0x42a0c304-0x3fc00000} ?
adc r11, r12, #0x3fc00000
mov r12, #{0xbdf0dbf4} ?
0xe9cad800
- Thumb intermediate writer source code:
.text
.thumb
.4byte 0x00000000
.4byte 0x00000000
.4byte 0x00000000
.4byte 0x00000000
// we should have offset 16 here, so PC is 16+4=20, +68=88
add r3, r15, #68
strh r3, [r4, #0x3e]
// we should have offset 20 here, so PC is 20+4=24, +136=160
add r0, r15, #136
// points behind last 0xff terminator
add r4, r15, #264
1:
// load the next byte from src[src_count]
ldrb r1, [r0]
add r0, #1
// check for terminator
cmp r1, #0xd0
bgt 2f
// subtract 0xbb
sub r1, #0xbb
// add the value to the accumulator
lsl r2, r2, #4
add r2, r2, r1
// usually skip the store, unless we jumped here from 0xFF
b 3f
2:
stmia r3!, {r2}
3:
cmp r0, r4
blt 1b
// Immediately return to the main callback, not even to AnimateSprites
pop {r4-r7,pc}
- Thumb base64 writer source code:
.text
.thumb
// r0 - src
// r1 - src_counter
// r2 - tmp
// r3 - dst
// r4 - accumulator
// r6 - bit_counter
.4byte 0x00000000
.4byte 0x00000000
push {r4-r7,lr}
// We should have offset 8 here, so PC is 8+4=12, +148=160
add r0, pc, #148
// Prepare NormalExit
strh r0, [r4, #62]
// We should have offset 12 here, so PC is 12+4=16, +48=64
add r7, pc, #48
// Check for crafting table
lsr r2, r3, #26
// Zero these registers, r7 = r7+16 = offset 80
ldmia r7!, {r1, r4, r5, r6}
// Otherwise write after itself
bcs 2f
mov r3, r7
2:
// load the next byte from src[src_count]
ldrb r2, [r0, r1]
add r1, #1
// check for terminator
cmp r2, #0xff
beq 4f
// subtract 0xbb
sub r2, #0xbb
// skip the adjustment if the char is in the letter range
bpl 3f
// if not, it is interpreted as a number/symbol
add r2, #0x4e
3:
// add the value to the accumulator
lsl r4, r4, #6
add r4, r2
// check whether it should be written (whenever there is more than 8 bits to write)
add r6, #6
cmp r6, #8
blt 4f
sub r6, #8
mov r2, r4
// extract the highest 8 bits (so shift right by bits_counter - 8)
lsr r2, r6
strb r2, [r3]
add r3, #1
4:
cmp r1, #120
blt 2b
pop {r4-r7,pc}
- Thumb hex writer source code:
.text
.thumb
// r0 - src
// r1 - src_counter
// r2 - tmp
// r3 - dst
// r4 - accumulator
// r6 - bit_counter
//.4byte 0x00000000
//.4byte 0x00000000
push {r4-r7,lr}
// We should have offset 8 here, so PC is 8+4=12, +148=160
add r0, pc, #148
// Prepare NormalExit
strh r0, [r4, #62]
// We should have offset 12 here, so PC is 12+4=16, +52=68
add r7, pc, #52
// Check for crafting table
lsr r2, r3, #26
// Zero these registers, r4 = r4+12 = offset 80
ldmia r7!, {r1, r5, r6}
// Otherwise write after itself
bcs 2f
mov r3, r7
2:
// nop so the last branch does not contain a 0xef :/
nop
// load the next byte from src[src_count]
ldrb r2, [r0, r1]
add r1, #1
// check for terminator
cmp r2, #0xc0
bgt 4f
// subtract 0xb1
sub r2, #0xb1
// skip the adjustment if the char is in the letter range
bpl 3f
// if not, it is interpreted as a number
add r2, #0x10
3:
// add the value to the accumulator
lsl r4, r4, #4
add r4, r2
// check whether it should be written (whenever there is more than 8 bits to write)
add r6, #1
lsr r2, r6, #1
bcs 4f
strb r4, [r3]
add r3, #1
4:
cmp r1, #126
blt 2b
pop {r4-r7,pc}
- Crafty source code:
.text
// r0 - counter
// r1 - size
// r3 - address
.thumb
// offset 0+4 = 4, +76=80
add r3, pc, #76
ldr r1, size
add r2, r1, r3
b 1f
.byte 0xbd,0xcc,0xbb,0xc0,0xce,0xd3,0xff,0xff,0xff,0xff
.2byte 0x0202
.byte 0xbb,0xbd,0xbf,0xff,0xff,0xff,0xff
.byte 0x00
.2byte 0x0000,0x0000
.2byte 0x0000,0x0000
1:
ldmia r3!, {r1}
cmp r1, #0
beq end
cmp r3, r2
bge end
b 1b
end:
sub r3, #4
mov pc, r3
size: .4byte 0x00000960
Creating a Thumb writer on Japanese doesn't need any intermediate writer, you can just instantly create any Thumb writer in just one code with 12 box names.
- base64:
Box 1: の べ ル で き １ ＿ み [のべルでき１ み] ← Hiragana "be"/べ, so from the second page (same as the "no"/の)
Box 2: ｃ て シ さ エ ＿ ｌ [ｃてシさエ ｌ] ← first character is a small C, last character is a small L
Box 3: あ ぃ づ き あ Ｗ あ ぇ [あぃづきあＷあぇ] ← second character is small, last character is small
Box 4: ｃ ぎ り む ｉ ミ び [ｃぎりむｉミび] ← first character is a small C, third character looks like リ ingame, but is from the second page (Hiragana), same as the character before
Box 5: ‥ ♂ ゆ ッ ｌ ガ す ６ [‥♂ゆッｌガす６] ← fourth character is small, followed by a small L, last character is a six
Box 6: ボ せ ぇ Ｕ ＿ Ｘ ご ふ [ボせぇＵ Ｘごふ] ← third character is small
Box 7: ぢ シ あ ぅ ｚ れ し ｈ [ぢシあぅｚれしｈ] ← fourth character is small
Box 8: Ａ げ ＿ ａ ぺ ぇ ３ あ [Ａげ ａぺぇ３あ] ← sixth character is small
Box 9: ３ ね か ゅ く を え ｇ [３ねかゅくをえｇ] ← fourth character is small, seventh character is big
Box 10: く じ め ふ ｖ ぞ は ミ [くじめふｖぞはミ]
Box 11: あ ぉ リ る ｘ ｇ ‥ Ｃ [あぉリるｘｇ‥Ｃ] ← second character is small
Box 12: あ Ｗ ｓ ｓ ｓ Ｈ ワ [あＷｓｓｓＨワ]
Box 13-14: anything, doesn't matter
- hex:
Box 1: の べ ル で き １ ＿ み [のべルでき１ み]
Box 2: ｃ て シ さ エ ＿ ｌ [ｃてシさエ ｌ]
Box 3: あ ぃ づ き あ Ｗ あ ぇ [あぃづきあＷあぇ]
Box 4: ｃ ぎ り む ｉ ミ び [ｃぎりむｉミび]
Box 5: ‥ ♂ ゆ ッ ｌ ガ す ６ [‥♂ゆッｌガす６]
Box 6: ボ せ ぇ Ｕ ＿ Ｘ ご ふ [ボせぇＵ Ｘごふ]
Box 7: ＿ ＿ ぢ シ あ ぅ Ｆ れ [ ぢシあぅＦれ]
Box 8: け ｈ 『 げ ＿ ａ た ぇ [けｈ『げ ａたぇ]
Box 9: や あ ３ ね あ ゅ ハ く [やあ３ねあゅハく]
Box 10: あ Ｘ ふ ミ あ ぉ ン る [あＸふミあぉンる]
Box 11: ｚ ｇ ‥ Ｃ [ｚｇ‥Ｃ]
Box 12: ア Ｗ ｓ ｓ ｓ Ｈ ワ [アＷｓｓｓＨワ]
Box 13-14: anything, doesn't matter
- base16:
Box 1: の べ ル で き １ ＿ み [のべルでき１ み]
Box 2: ｃ て シ さ エ ＿ ｌ [ｃてシさエ ｌ] ← last char is lower "L"
Box 3: あ ぃ づ き あ Ｗ あ ぇ [あぃづきあＷあぇ] ← 2nd and last char are small
Box 4: ｃ ぎ り む ｉ ミ び [ｃぎりむｉミび]
Box 5: ‥ ♂ ゆ ッ ｌ ガ す ６ [‥♂ゆッｌガす６] ← 4th char is small, 5th is lower "L", last is a six (6)
Box 6: ボ せ ぇ Ｕ ＿ Ｘ ご ふ [ボせぇＵ Ｘごふ] ← 3rd char is small
Box 7: ぢ シ あ ぅ Ｐ れ き ｈ [ぢシあぅＰれきｈ] ← 4th char is small
Box 8: Ａ げ や あ ３ ね あ ゅ [Ａげやあ３ねあゅ] ← 5th char is a three (3), last char is small
Box 9: ハ く あ Ｘ ふ ミ あ ぉ [ハくあＸふミあぉ] ← last char is small
Box 10: ン る あ ｇ ‥ Ｃ [ンるあｇ‥Ｃ]
Box 11: ｚ ｓ [ｚｓ]
Box 12: あ Ｗ ｓ ｓ ｓ Ｈ ワ [あＷｓｓｓＨワ]
Box 13-14: anything, doesn't matter
This code generates a very special Abra in Box 14 Slot 29 (so keep that empty before executing the code!) that
allows you to use all 14 boxes for ACE codes (except for the very last character of the Box 14 name).
To do this, it uses a special wallpaper called "Friends", that you can obtain from Rustboro City, just north of the Pokecenter.
There you need to go upstairs and talk to Walda's dad. You need to tell him a special code word that depends on your TID,
there are generators that can give you this code word, for example here.
Currently there are sadly not any codes that actually use this last additional instruction, but one useful application
of it is for BIOSless users on emulator, as it allows you to execute the other long codes that normally require the
Box 14 exit, which doesn't work without a BIOS.\
- Box names for console/new emulators (mGBA):
Box 1: 4 … U n q 3 . o [4…Unq3.o]
Box 2: G . o , G Q m [G.o,GQm]
Box 3: A A B G Q m [AABGQm]
Box 4: A K N 9 n [AKN9n]
Box 5: V R ? n T R ! s [VR?nTR!s]
Box 6: F m o G U ? n [FmoGU?n]
Box 7: A A / F Q m [AA/FQm]
Box 8: A ♀ I . o [A♀I.o]
Box 9: U L ? n D O ? n [UL?nDO?n]
Box 10: A A A T R ! s [AAATR!s]
Box 11: A A I I . o [AAII.o]
Box 12: A x U ? n [AxU?n]
Box 13: 3 G ? n s T ! s [3G?nsT!s]
Box 14: 2 c o D Y J m x [2coDYJmx]
Box 1 Wallpaper: "Polkadot" (4th menu, 1st entry)
Box 2 Wallpaper: "Forest" (1st menu, 1st entry)
- Box names for old emulators (for example MyBoy, VBA):
Box 1: 2 … U n q 3 . o [2…Unq3.o]
Box 2: G . o , G Q m [G.o,GQm]
Box 3: A A B G Q m [AABGQm]
Box 4: A K N 9 n [AKN9n]
Box 5: V R ? n T R ! s [VR?nTR!s]
Box 6: F m o G U ? n [FmoGU?n]
Box 7: A A / F Q m [AA/FQm]
Box 8: A p J . o [ApJ.o]
Box 9: z N ? n L O ? n [zN?nLO?n]
Box 10: A A A T R ! s [AAATR!s]
Box 11: A A I I . o [AAII.o]
Box 12: A x U ? n [AxU?n]
Box 13: 3 G ? n s T ! s [3G?nsT!s]
Box 14: 2 c o D Y J m x [2coDYJmx]
Box 1 Wallpaper: "Polkadot" (4th menu, 1st entry)
Box 2 Wallpaper: "Forest" (1st menu, 1st entry)
Now that you have the Abra, put him somewhere in Boxes 12-14 (I prefer Box 14 Slot 25) and set the wallpapers as follows:
Box 1 Wallpaper: "Beach" (3rd menu, 1st entry)
Box 2 Wallpaper: "Friends" (5th entry)
Now you can execute any full code, by just setting the last letter of Box 14 to "t" (lower "T"). You can also just use it as a substitute for the regular Box 14 exit code, by just filling the first 7 characters with spaces or "A" or "E", whichever you prefer:
Box 14: _ _ _ _ _ _ _ t [ t]
or
Box 14: A A A A A A A t [AAAAAAAt]
or
Box 14: E E E E E E E t [EEEEEEEt]
- Source code:
@@ title = "Full code bootstrap (Emerald)"
@@ author = "Mettrich"
@@ exit = null
@@ filler1 = 0xbbbbbbff
@@ filler2 = 0xbbbbffff
@@ filler3 = 0xbbffffff
@@ filler4 = 0xffffffff
; Requirements:
; - any stable ACE species
; - no BIOS emulation needed
; - Box 1 wallpaper: "Polkadot"
; - Box 2 wallpaper: "Forest"
; - Box 14 Slot 29 (second to last) should be empty, this is where the Abra will be generated
;
; Effects:
; - a shiny Abra with the name " FKqÁ q" will be generated
; - this shiny Abra serves as a bootstrap for full codes with a wallpaper exit
; - when put into any of the executed boxes (12-14, I prefer Box 14 Slot 25), it prepares register 8 so you can do the whole exit code in the last character of Box 14 (you can use the rest) and the wallpapers
; - to exit with this bootstrap, set your last character in Box 14 to "t" like this:
; Box 14: *******t (where * are part of your actual code, or fill with spaces) and set the wallpapers as follows:
; - Box 1 wallpaper: "Beach"
; - Box 2 wallpaper: "Friends" (given by Walda's dad in Rustboro City)
; and that's it! Box names 1-14 can all be used for your code.
old_emu=0
@@
sbc r11, r15, #{old_emu?0xa3:0xa5}
; mov r12, #0xe5c5d000 ?
MOV r10, #0xe5000000
; <
mov r12, #0xc000003f
strh r12, [r11, #24]
strh r12, [r11, #28]
; >
ADC r12, r10, #0xc50000
ADC r12, r12, #0xd000
str r12, [r11, r14, asr #25]!
mvn r12, #0xff
adc r12, r12, #0x304
strh r12, [r11, #10]
mov r12, #{old_emu?0xe51f8000:0xe51f8002} ?
str r12, [r11, r14, asr #25]!
; mov r12, #{0x0c0003dc} ?
MOV r12, #0xc000003
ADC r12, r12, #0x3b0
ADC r12, r12, #0x29
str r12, [r11, r7, ror #29]!
bics r10, r7, #0xfc000003
strh r13, [r4, 0x3e]
andeq r15, r12, r12, ror #31
; andne r15, r8, r8, ror #31
These codes call functions from the game itself to do some pretty cool stuff.
Currently these require accurate BIOS emulation, but I'm working on maybe making another bootstrap for BIOSless users sometime.
This code is meant to be used with the E-Sh4rk generator. Just copy the whole source code and replace the existing code in the generator with it, change the variable "old_emu" to 1 if you're using an old emulator (non-mGBA), change the variable "field" to the desired property of the Pokemon to change, and change the variable "data" to the data you want to set it to, then click on "Generate". A table on what field has what value is given below. Sadly not all fields are able to be used with this code, it will show "Tweaking failed" or something if that's the case.
- English source code:
@@ title = "Change any data of any Pokémon"
@@ author = "Mettrich"
@@ exit = null
@@ filler0 = 0xbbbbbbbb
@@ filler1 = 0xbbbbbbff
@@ filler2 = 0xbbbbffff
@@ filler3 = 0xbbffffff
@@ filler4 = 0xffffffff
@@ fill = false
; Requirements:
; - Any Stable ACE species
; - Box 1 wallpaper: "Sky" (3rd menu, 4th entry)
; - Box 2 wallpaper: "Desert" (1st menu, 3rd entry)
; - Accurate BIOS emulation
;
; Effects:
; - Changes the field specified by "field" of your first Pokémon in your party to "data"
old_emu = 0
field = 66 ; field "IVs"
data = 0x3fffffff ; value for perfect IVs
@@
adcs r11, r15, #{old_emu?0xc0:0xbe}
0xe8cb00ee
bics r12, r15, #0x3fc
sbc r12, r12, #0xd400
adc r0, r12, #{old_emu?0xed:0xeb}
mov r10, #{field} ?2
0xe8cbcc00 ; store the field and data pointer
mov r12, #{data} ?
0xe8db00ee ; load field and data pointer
mov r10, #0x3fc00
str r12, [r11, r14, asr #29]! ; store the actual data
strh r13, [r4, #0x3e]
adc r12, r10, #{0x0806acad-0x3fc00} ? ; setmondata
bics r11, r7, #0xff
adc r11, r14, #0x388
andeq r15, r11, #0x36c
- Field value table:
0:MON_DATA_PERSONALITY
1:MON_DATA_OT_ID
2:MON_DATA_NICKNAME
3:MON_DATA_LANGUAGE
4:MON_DATA_SANITY_IS_BAD_EGG
5:MON_DATA_SANITY_HAS_SPECIES
6:MON_DATA_SANITY_IS_EGG
7:MON_DATA_OT_NAME
8:MON_DATA_MARKINGS
9:MON_DATA_CHECKSUM
10:MON_DATA_ENCRYPT_SEPARATOR
11:MON_DATA_SPECIES
12:MON_DATA_HELD_ITEM
13:MON_DATA_MOVE1
14:MON_DATA_MOVE2
15:MON_DATA_MOVE3
16:MON_DATA_MOVE4
17:MON_DATA_PP1
18:MON_DATA_PP2
19:MON_DATA_PP3
20:MON_DATA_PP4
21:MON_DATA_PP_BONUSES
22:MON_DATA_COOL
23:MON_DATA_BEAUTY
24:MON_DATA_CUTE
25:MON_DATA_EXP
26:MON_DATA_HP_EV
27:MON_DATA_ATK_EV
28:MON_DATA_DEF_EV
29:MON_DATA_SPEED_EV
30:MON_DATA_SPATK_EV
31:MON_DATA_SPDEF_EV
32:MON_DATA_FRIENDSHIP
33:MON_DATA_SMART
34:MON_DATA_POKERUS
35:MON_DATA_MET_LOCATION
36:MON_DATA_MET_LEVEL
37:MON_DATA_MET_GAME
38:MON_DATA_POKEBALL
39:MON_DATA_HP_IV
40:MON_DATA_ATK_IV
41:MON_DATA_DEF_IV
42:MON_DATA_SPEED_IV
43:MON_DATA_SPATK_IV
44:MON_DATA_SPDEF_IV
45:MON_DATA_IS_EGG
46:MON_DATA_ABILITY_NUM
47:MON_DATA_TOUGH
48:MON_DATA_SHEEN
49:MON_DATA_OT_GENDER
50:MON_DATA_COOL_RIBBON
51:MON_DATA_BEAUTY_RIBBON
52:MON_DATA_CUTE_RIBBON
53:MON_DATA_SMART_RIBBON
54:MON_DATA_TOUGH_RIBBON
55:MON_DATA_STATUS
56:MON_DATA_LEVEL
57:MON_DATA_HP
58:MON_DATA_MAX_HP
59:MON_DATA_ATK
60:MON_DATA_DEF
61:MON_DATA_SPEED
62:MON_DATA_SPATK
63:MON_DATA_SPDEF
64:MON_DATA_MAIL
65:MON_DATA_SPECIES_OR_EGG
66:MON_DATA_IVS
67:MON_DATA_CHAMPION_RIBBON
68:MON_DATA_WINNING_RIBBON
69:MON_DATA_VICTORY_RIBBON
70:MON_DATA_ARTIST_RIBBON
71:MON_DATA_EFFORT_RIBBON
72:MON_DATA_MARINE_RIBBON
73:MON_DATA_LAND_RIBBON
74:MON_DATA_SKY_RIBBON
75:MON_DATA_COUNTRY_RIBBON
76:MON_DATA_NATIONAL_RIBBON
77:MON_DATA_EARTH_RIBBON
78:MON_DATA_WORLD_RIBBON
79:MON_DATA_UNUSED_RIBBONS
80:MON_DATA_MODERN_FATEFUL_ENCOUNTER
81:MON_DATA_KNOWN_MOVES
82:MON_DATA_RIBBON_COUNT
83:MON_DATA_RIBBONS
84:MON_DATA_ATK2
85:MON_DATA_DEF2
86:MON_DATA_SPEED2
87:MON_DATA_SPATK2
88:MON_DATA_SPDEF2\
Awesome work, unfortunately playing on a German Game and cant use the IV and Shiny Code :(