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ImanCol/Convert-Endian.bat

Last active February 27, 2023 19:48
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Convert-Endian.bat
@echo off
set /p rpt_ID=Ingresa el archivo dump de IDs
:: set /p rpt_RDRAM=Ingresa el archivo dump de RDRAM
"tools/xxd.exe" -e -g4 "%rpt_ID%" | "tools/xxd.exe" -r > database_IDs.bin
:: "tools/xxd.exe" -e -g4 "%rpt_RDRAM%" | "tools/xxd.exe" -r > database_RDRAM.bin
pause
Raw
Extract_Texture_NSO.py
##No se python :)
##Si tu sabes python, te invito a mejorar esto
##Basado en el codigo original de conversion de texturas rpt, incluye implementaciones propias
import struct,glob,os,zlib
from PIL import Image
offset = 0xb8
OUTDIR='out_png'
if not os.path.exists(OUTDIR):
os.mkdir(OUTDIR)
for x in range(500):
#print(name)
with open('database_IDs.bin', 'rb') as f:
RPT_offset = offset
data_id=(f.read())
#print(hex(RPT_offset * x))
#print(data_id)
RPT_offset = RPT_offset * x
imagetype = data_id[0x1B+RPT_offset]
##GET DATA RPT
ID_Group = ('{:02x}{:02x}{:02x}{:02x}{:02x}{:02x}{:02x}{:02x}'.format(data_id[0x30+RPT_offset],data_id[0x31+RPT_offset],data_id[0x32+RPT_offset],data_id[0x33+RPT_offset],data_id[0x34+RPT_offset],data_id[0x35+RPT_offset],data_id[0x36+RPT_offset],data_id[0x37+RPT_offset]))
ID_Group = int(ID_Group, 16)
#086c805510040100
#086c805510040300
ID_1 = ('{:02x}{:02x}{:02x}{:02x}'.format(data_id[0x40+RPT_offset],data_id[0x41+RPT_offset],data_id[0x42+RPT_offset],data_id[0x43+RPT_offset]))
ID_1 = int(ID_1, 16)
ID_2 = ('{:02x}{:02x}{:02x}{:02x}'.format(data_id[0x44+RPT_offset],data_id[0x45+RPT_offset],data_id[0x46+RPT_offset],data_id[0x47+RPT_offset]))
ID_2 = int(ID_2, 16)
Addrss_RDRAM = ('{:02x}{:02x}{:02x}{:02x}'.format(data_id[0x10+RPT_offset],data_id[0x11+RPT_offset],data_id[0x12+RPT_offset],data_id[0x13+RPT_offset]))
Addrss_RDRAM = int(Addrss_RDRAM, 16)
w = ('{:02x}'.format(data_id[0x0F+RPT_offset]))
h = ('{:02x}'.format(data_id[0x0D+RPT_offset]))
w = int(w, 16)
h = int(h, 16)
ID_Group_Len = ""
ID_1_Len = ""
ID_2_Len = ""
ID_Group_Len = len("{:x}".format(ID_Group))
ID_1_Len = len("{:x}".format(ID_1))
ID_2_Len = len("{:x}".format(ID_2))
if ID_Group_Len == 16:
ID_Group_Len = ""
if ID_Group_Len == 15:
ID_Group_Len = "0"
if ID_Group_Len == 14:
ID_Group_Len = "00"
if ID_Group_Len == 13:
ID_Group_Len = "000"
if ID_1_Len == 0:
ID_1_Len = "00000000"
if ID_1_Len == 1:
ID_1_Len = "0000000"
if ID_1_Len == 2:
ID_1_Len = "000000"
if ID_1_Len == 3:
ID_1_Len = "00000"
if ID_1_Len == 4:
ID_1_Len = "0000"
if ID_1_Len == 5:
ID_1_Len = "000"
if ID_1_Len == 6:
ID_1_Len = "00"
if ID_1_Len == 7:
ID_1_Len = "0"
if ID_1_Len == 8:
ID_1_Len = ""
if ID_2_Len == 0:
ID_2_Len = "00000000"
if ID_2_Len == 1:
ID_2_Len = "0000000"
if ID_2_Len == 2:
ID_2_Len = "000000"
if ID_2_Len == 3:
ID_2_Len = "00000"
if ID_2_Len == 4:
ID_2_Len = "0000"
if ID_2_Len == 5:
ID_2_Len = "000"
if ID_2_Len == 6:
ID_2_Len = "00"
if ID_2_Len == 7:
ID_2_Len = "0"
if ID_2_Len == 8:
ID_2_Len = ""
#type_format = ""
outpath=os.path.join('out_png/w{}-h{}-{}{:0x}-{}{:0x}-{}{:0x}'.format(w,h,ID_Group_Len,ID_Group,ID_1_Len,ID_1,ID_2_Len,ID_2)+".png")
log_png=os.path.join('w{}-h{}-{}{:0x}-{}{:0x}-{}{:0x}'.format(w,h,ID_Group_Len,ID_Group,ID_1_Len,ID_1,ID_2_Len,ID_2)+".png\n")
#log2=os.path.join('w{} h{} GroupID:0{:0x} ID1:{:0x} ID2:{:0x} RDRAM Addrss:{:0x} '.format(w,h,ID_Group,ID_1,ID_2,Addrss_RDRAM))
log_rpt=os.path.join('Type Image:{}\nWidth:{}\nHeight:{}\nGroupID:{}{:0x}\nID1:{}{:0x}\nID2:{}{:0x}\nRDRAM Offset:{:0x}\n-------------\n'.format(imagetype,w,h,ID_Group_Len,ID_Group,ID_1_Len,ID_1,ID_2_Len,ID_2,Addrss_RDRAM))
##Info de tipo de imagen no precisa.
#if imagetype == 0x1:
# type_format = "rgba16"
# outpath=os.path.join('out/w{}_h{}_{}_0{:0x}_{:0x}_{:0x}'.format(w,h,type_format,ID_Group,ID_1,ID_2)+".png")
#if imagetype == 0x2:
# type_format = "ia8"
# outpath=os.path.join('out/w{}_h{}_{}_0{:0x}_{:0x}_{:0x}'.format(w,h,type_format,ID_Group,ID_1,ID_2)+".png")
#if imagetype == 0x3:
# type_format = "ia16"
# outpath=os.path.join('out/w{}_h{}_{}_0{:0x}_{:0x}_{:0x}'.format(w,h,type_format,ID_Group,ID_1,ID_2)+".png")
#if imagetype == 0x4:
# type_format = "i8"
# outpath=os.path.join('out/w{}_h{}_{}_0{:0x}_{:0x}_{:0x}'.format(w,h,type_format,ID_Group,ID_1,ID_2)+".png")
if os.path.exists(outpath):
print(outpath+" Ya hay un archivo")
print('Index:',x)
#print("Type Image",imagetype)
print('ID Group:',hex(ID_Group))
print('ID 1:',hex(ID_1))
print('ID 2:',hex(ID_2))
print('Width:{}'.format(w))
print('Height:{}'.format(h))
print('RDRAM Addrss:',hex(Addrss_RDRAM))
print("----------")
continue
##PRINT LOG
if Addrss_RDRAM == 0xffffffff:
print("Posiblemente ya exista un rpt para:")
print('Index:',x)
#print("Type Image",imagetype)
print('ID Group:',hex(ID_Group))
print('ID 1:',hex(ID_1))
print('ID 2:',hex(ID_2))
print('Width:{}'.format(w))
print('Height:{}'.format(h))
print('RDRAM Addrss: Ninguna')
print("----------")
continue
if Addrss_RDRAM == 0x00000000:
print("Llegastes al final?")
print("----------")
continue
print('Index:',x)
#print("Type Image",imagetype)
print('ID Group:',hex(ID_Group))
print('ID 1:',hex(ID_1))
print('ID 2:',hex(ID_2))
print('RDRAM Addrss:',hex(Addrss_RDRAM))
print('Width:{}'.format(w))
print('Height:{}'.format(h))
with open('database_RDRAM.bin','rb') as f:
f.seek(Addrss_RDRAM)
data_rdram = f.read()
if w==0 or h==0:
print('Bad image!')
continue
img = Image.frombytes('RGBA', (w,h), data_rdram[0x00:0x00+w*h*4])
img.save(outpath)
#print("save:"+outpath)
print(outpath)
print("----------")
with open('database_png.txt','a') as f:
f.writelines(log_png)
f.close()
with open('database_rpt.txt','a') as f:
f.writelines(log_rpt)
f.close()
Raw
rpt-to-rpt_unpack.bat
@echo off
set /p rpt_in=Ingresa la carpeta de tus rpt
set /p rpt_out=Ingresa la carpeta donde se descomprimiran
"tools/offzip.exe" -a -r "%rpt_in%" "%rpt_out%" 0
pause
Raw
rptimage-rpt(NSO)-to-png.py
import struct,glob,os,zlib
from PIL import Image
OUTDIR='out'
if not os.path.exists(OUTDIR):
os.mkdir(OUTDIR)
for name in glob.glob('*.rpt'):
outpath=os.path.join(OUTDIR,name+'.png')
if os.path.exists(outpath):
continue
print(name)
with open(name, 'rb') as f:
#data=zlib.decompress(f.read())
data=(f.read())
with open(name,'rb') as f:
imagetype = data[0x19]
w,_,h = struct.unpack('>HHH',data[0x22:0x28])
print('Type: {:02x} w:{} h:{}'.format(imagetype,w,h))
print('outpath'.format(data))
if w==0 or h==0:
print('Bad image!')
continue
img = Image.frombytes('RGBA', (w,h), data[0x40:0x40+w*h*4])
img.save(outpath)
Raw
rptimage_rpt(SM3DAS)-to-rpt(NSO).py
#Revision of this script by foone: https://gist.github.com/foone/469e3c0912a405011bee1e146bf07a55
#I had some problem with his script so I did a revison for Python 3.8
import struct,glob,os,zlib
OUTDIR='out'
if not os.path.exists(OUTDIR):
os.mkdir(OUTDIR)
for name in glob.glob('*.rpt'):
outpath=os.path.join(OUTDIR,name)
if os.path.exists(outpath):
continue
print(name)
with open(name, 'rb') as f:
data=zlib.decompress(f.read())
f=open(outpath,"wb")
f.write(data)
Raw
run.bat
"C:\Program Files\AdoptOpenJDK\jdk-8.0.282.8-hotspot\bin\javaw.exe" -jar "C:\Program Files\WebScarab\webscarab.jar"
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