Does anyone have the .dll's necessary to run the new build of ctrtool? Specifically libgcc_s_sjlj-1.dll? I installed mingw but it doesn't have it included and I don't know which package is needed. Thanks for the help 
Does anyone have the .dll's necessary to run the new build of ctrtool? Specifically libgcc_s_sjlj-1.dll? I installed mingw but it doesn't have it included and I don't know which package is needed. Thanks for the help![]()
how come when i extract pokemon 0/0/7 i only get one BCH file and cant extract it, i get "not a pokemon model" from them all..just install http://golang.org and go to command line, type
go run bch2obj.go <target file> <obj name> <save dir>
i just wondering to see texture, motion, other part o.o. 7 file for 1 pokemon.
You named your pokemon ROM Editing!? or are you pulling a colossalpokemon?
Can you tell us how did you accomplish that? How is the config. of your rsf file?
You named your pokemon ROM Editing!? or are you pulling a colossalpokemon?
I didn't use makerom, I hex edited.
Then how did you encrypted the rom back to use zeroed keys? Care to explain?
looks like i have been 1 step off all along, i have been hex editing manually, i know where the superblock hash is and did all the rest ....now to fix that pesky ivfc hash treeMy edited rom isn't using the zero keys. It's using the actual Pokemon Y keys. Here were my steps:
1. Locate relevant data in decrypted ROMFS.
2. Edit data.
3. Fix IVFC hash tree in ROMFS.
4. Reinsert edited ROMFS into decrypted NCCH for Pokemon Y.
5. Fix NCCH ROMFS superblock hash.
6. Reinsert edited .cxi into the NCSD for Pokemon Y.
7. Fix ROMFS superblock hash.
8. Re-XOR to encrypt the data.
The process took a lot of trial and error. I just used the documentation on 3dbrew and took a look into makerom's source to find some offsets...
Here's a video of that edited hoopa battle:
any tips on how to fix the IVFC hash? just reading up on 3dbrew i cant really make too much sense of it,
This part is read like everything is read in the east (from right to left)...
For the offset and size, this order is called Little Endian, and has nothing to do with the east, but with the arm architecture.