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test.py
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test.py
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import logging
from rich.logging import RichHandler
logging.basicConfig(
level=logging.WARNING,
format="[%(filename)s:%(lineno)s] >> %(message)s",
handlers=[RichHandler(rich_tracebacks=True)]
)
from font import makeTBL, cvtFontBin
import fileStruct
from fileStruct.structARM import ARMstruct
from fileStruct.structZND import ZNDstruct
from fileStruct.structMPD import MPDstruct, ScriptSection
#from fileStruct.read_MON_BIN import MON_BIN
from fileStruct.read_HELP_HF0 import *
from fileStruct.readStrFile import *
from fileStruct.readWordFile import *
from fileStruct.read_MAINMENU import *
#from fileStruct.read_SL_Main import SL_Main
#from fileStruct.read_TITLE_PRG import TITLE_PRG_en, TITLE_PRG_jp
#from fileStruct.read_BATTLE_PRG import *
#from fileStruct.read_MENU9_PRG import *
from fileStruct import read_Nstrings as rN
from fileStruct.read_EVT import EVENT_EVT
from fileStruct.read_ButtonName import ButtonSpecial
from font import dialog, cvtFontBin
import utils
from VS_pathes import *
import pandas as pd
import io
from pathlib import Path
from tqdm import tqdm
import yaml
import json
PATH_testMPD = "MAP/MAP001.MPD"
PATH_testZND = "MAP/ZONE009.ZND"
#dummyTBL = dialog.convert_by_TBLdummy()
#jpnTBL = makeTBL.makeTable("font/font14_table.txt", "font/jpn.tbl")
#_jpnTBL = dialog.convert_by_TBL("font/jpn.tbl")
jpnTBL = dialog.convert_by_TBL("font/font12jp.tbl")
#udaTBL = makeTBL.makeTable("font/font12_table.txt", "font/usa.tbl", 21)
usaTBL = dialog.convert_by_TBL("font/usa.tbl")
korTBL = dialog.convert_by_TBL("font/kor.tbl")
#exit()
def test1():
mpd = MPDstruct()
mpd_path = Path(PATH_JPN_VARGRANTSTORY) / Path(PATH_testMPD)
mpd.unpackData(str(mpd_path))
mpd.cvtByte2Str(jpnTBL)
print(mpd.scriptSection.scriptOpcodes)
mpd.cvtStr2Byte(jpnTBL)
mpd.packData('work/test/MAP001.MPD')
exit()
# «» »« ↵
#mpd.scriptSection.dialogText.strings_str[0] = '«F800»貿↵易↵都↵市↵グ↵レ↵イ↵ラ↵ン↵ド'
#mpd.scriptSection.dialogText.strings_str[1] = '«F800»バ↵ル↵ド↵ル↵バ↵公↵爵↵萄'
# _ <- 8 I i? X
mpd.scriptSection.dialogText.strings_str[2] = "«FB98»«FB04»«F47E»«8F»«F54F»«FA06»«F67E»«F74F»«F750»«F7A1»"
#mpd.scriptSection.dialogText.strings_str[3] = '«FB68»«FB04»まだです。'
#mpd.scriptSection.dialogText.strings_str[4] = '«FB30»«FA18»⋯火を消せ。↵«FA18»これでは館曲体が燃えてしまうぞ。↵«FA18»それでは意味がない。'
#mpd.scriptSection.dialogText.strings_str[5] = '«FB30»«FA18»騎士占を二手に分け,一方を↵«FA18»反逆者どものせん滅に,↵«FA18»もう一方を消火にあたらせるんだ。'
#mpd.scriptSection.dialogText.strings_str[6] = '«FB68»«FB04»ハッ,ただちに。'
#mpd.scriptSection.dialogText.strings_str[7] = '«FBB8»«FB04»⋯⋯⋯シドニーめ«F80A»,«F801»どこにいる?'
mpd.scriptSection.dialogText.cvtStr2Byte(jpnTBL)
mpd_out = f'work/test/{PATH_testMPD}'
mpd.packData(mpd_out)
mpd_out = str(Path(os.getcwd()) / Path(mpd_out))
cmd = f'{PATH_psxinject} "{PATH_TEMP_VARGRANTSTORY_IMAGE}" {PATH_testMPD} "{str(mpd_out)}"'
utils.run_cmd(cmd, PATH_TEMP)
#test1()
def readExelDialog(csv_path:str):
dialogLists = []
df = pd.read_csv(csv_path, encoding='utf-8')
num_rows, num_columns = df.shape
for idx in range(num_rows):
Index = int(df.iloc[idx]['Index'])
rows = int(df.iloc[idx]['rows'])
cols = int(df.iloc[idx]['cols'])
original = df.iloc[idx]['Original']
if cols == 1:
original = dialog.flat2vertical(original)
dialogLists.append(original)
return dialogLists
def test2():
mpd = MPDstruct()
mpd_path = Path(PATH_JPN_VARGRANTSTORY) / Path(PATH_testMPD)
mpd.unpackData(str(mpd_path))
out_path = Path(PATH_TEMP) / Path(f'{Path(PATH_testMPD).stem}.csv')
dialogLists = readExelDialog(str(out_path))
for idx in range(len(mpd.scriptSection.dialogText.dialogBytes)):
text = dialogLists[idx]
byteText = jpnTBL.cvtStr2Byte(text)
mpd.scriptSection.dialogText.dialogBytes[idx] = byteText
outpath = Path(PATH_TEMP) / Path('Test') / Path(PATH_testMPD)
mpd.packData(str(outpath))
def test3():
mpd_path = f'{PATH_TEMP}/{PATH_testMPD}'
cmd = f'{PATH_psxinject} "{PATH_TEMP_VARGRANTSTORY_IMAGE}" {PATH_testMPD} {str(mpd_path)}'
utils.run_cmd(cmd, PATH_TEMP)
#test2()
#test3()
def test4():
znd_path = f'{PATH_JPN_VARGRANTSTORY}/{PATH_testZND}'
znd = ZNDstruct(znd_path)
znd.Enemy.cvtByte2Str(jpnTBL)
znd.Enemy.makeEasy()
outpath = Path(PATH_TEMP) / Path('Test') / Path(PATH_testZND)
znd.packData(str(outpath))
def test4w():
folder_path = Path(PATH_JPN_VARGRANTSTORY) / Path('MAP')
file_list = [file for file in folder_path.glob('*.ZND') if file.is_file()]
file_list = sorted(file_list)
for filepath in tqdm(file_list, desc="Processing"):
relative_path = filepath.relative_to(folder_path)
znd = ZNDstruct(str(filepath))
#znd.cvtByte2Str(jpnTBL)
znd.Enemy.makeEasy()
outpath = Path(PATH_TEMP) / Path('Test/MAP') / Path(relative_path)
znd.packData(str(outpath))
test4w()
exit()
def extract_ZND_jp_en():
namesInfiles = {}
weaponesInfiles = {}
folder_path = Path(PATH_JPN_VARGRANTSTORY) / Path('MAP')
file_list = [file for file in folder_path.rglob('*.ZND') if file.is_file()]
file_list = sorted(file_list)
for filepath in tqdm(file_list, desc="Processing"):
relative_path = filepath.relative_to(folder_path)
znd = ZNDstruct(str(filepath))
znd.Enemy.cvtByte2Str(jpnTBL)
namesInfiles[relative_path.stem] = znd.Enemy.name_str
weaponesInfiles[relative_path.stem] = znd.Enemy.weapon_str
_namesInfiles = {}
_weaponesInfiles = {}
folder_path = Path(PATH_USA_VARGRANTSTORY) / Path('MAP')
file_list = [file for file in folder_path.rglob('*.ZND') if file.is_file()]
file_list = sorted(file_list)
for filepath in tqdm(file_list, desc="Processing"):
relative_path = filepath.relative_to(folder_path)
znd = ZNDstruct(str(filepath))
znd.Enemy.cvtByte2Str(usaTBL)
_namesInfiles[relative_path.stem] = znd.Enemy.name_str
_weaponesInfiles[relative_path.stem] = znd.Enemy.weapon_str
###
name_texts = {}
weapon_texts = {}
for k, v in namesInfiles.items():
npc_jp = namesInfiles[k]
npc_en = _namesInfiles[k]
weapon_jp = weaponesInfiles[k]
weapon_en = _weaponesInfiles[k]
len_npc_jp = len(npc_jp)
len_npc_en = len(npc_en)
if len_npc_jp != len_npc_en:
logging.critical("!!!")
len_weapon_jp = len(weapon_jp)
len_weapon_en = len(weapon_en)
if len_weapon_jp != len_weapon_en:
logging.critical("!!!")
for idx in range(len_npc_jp):
if not npc_jp[idx] and (not npc_en[idx] or npc_en[idx] == 'nothing' or npc_en[idx] == 'nothing '):
continue
if name_texts.get(npc_jp[idx]) is None:
name_texts[npc_jp[idx]] = npc_en[idx]
for idx in range(len_weapon_jp):
if not weapon_jp[idx] and (not weapon_en[idx] or weapon_en[idx] == 'nothing' or weapon_en[idx] == 'nothing '):
continue
if weapon_texts.get(weapon_jp[idx]) is None:
weapon_texts[weapon_jp[idx]] = weapon_en[idx]
names = {}
idx = 0
for k, v in name_texts.items():
_name = {}
_name['Name'] = k
_name['@@localazy:comment:Name'] = v
names[f'{idx:03}'] = _name
idx += 1
weapons = {}
idx = 0
for k, v in weapon_texts.items():
_name = {}
_name['Weapon'] = k
_name['@@localazy:comment:Weapon'] = v
weapons[f'{idx:03}'] = _name
idx += 1
dialogLists = {}
dialogLists['MAP_ZND'] = { 'NPCs' : names, 'WEAPONs' : weapons }
with open(f'work/strings/MAP_ZND_ja.json', 'w', encoding='utf-8') as f:
json.dump(dialogLists, f, indent=2, ensure_ascii=False)
def extract_ARM_jp_en():
folder_path = Path(PATH_JPN_VARGRANTSTORY) / Path('SMALL')
file_list = [file for file in folder_path.rglob('*.ARM') if file.is_file()]
file_list = sorted(file_list)
namesInfiles = {}
for filepath in tqdm(file_list, desc="Processing"):
relative_path = filepath.relative_to(folder_path)
arm = ARMstruct(str(filepath))
arm.cvtByte2Str(jpnTBL)
namesInfiles[relative_path.stem] = arm.names_str
####
folder_path = Path(PATH_USA_VARGRANTSTORY) / Path('SMALL')
file_list = [file for file in folder_path.rglob('*.ARM') if file.is_file()]
file_list = sorted(file_list)
engInfiles = {}
for filepath in tqdm(file_list, desc="Processing"):
relative_path = filepath.relative_to(folder_path)
arm = ARMstruct(str(filepath))
arm.cvtByte2Str(usaTBL)
engInfiles[relative_path.stem] = arm.names_str
###
arm_names = {}
for k, v in namesInfiles.items():
jp = namesInfiles[k]
en = engInfiles[k]
len_jpn = len(jp)
len_usa = len(en)
if len_jpn != len_usa:
logging.critical("!!!")
texts = {}
for idx in range(len(jp)):
if not jp[idx] and not en[idx]:
continue
singleRow = {}
singleRow['string'] = jp[idx]
singleRow['@@localazy:comment:string'] = en[idx]
texts[f'{idx:03}'] = singleRow
arm_names[k] = texts
dialogLists = {}
dialogLists['SMALL_ARM'] = arm_names
with open(f'work/strings/SMALL_ARM_ja.json', 'w', encoding='utf-8') as f:
json.dump(dialogLists, f, indent=2, ensure_ascii=False)
def check1():
mpd = MPDstruct()
mpd_path = Path(PATH_TEMP) / Path(PATH_testMPD)
mpd.unpackData(str(mpd_path))
print(mpd)
#check1()
#findword = dialog.Find_Word2()
#findword.find_in_folder(PATH_JPN_VARGRANTSTORY, "work/find_in_folder.yaml")
#exit()
def makeMPDtexts(folder_path: str, fontTable: dialog.convert_by_TBL, out_path: str):
extension = '*.MPD'
file_list = list(Path(folder_path).glob(extension))
dialogLists = []
keyTBL = dialog.ReplaceKeyword("work/VSDictTable.tbl")
for filepath in tqdm(file_list, desc="Processing"):
mpd = MPDstruct(str(filepath))
mpd.scriptSection.dialogText.cvtByte2Str(fontTable)
for idx in range(mpd.scriptSection.dialogText.strings.itemNums):
text = mpd.scriptSection.dialogText.strings_str[idx]
rows, cols = dialog.checkSize(text)
singleRow = []
singleRow.append(filepath.stem)
singleRow.append(idx)
singleRow.append(rows)
singleRow.append(cols)
if cols == 1:
text = dialog.vertical2flat(text)
singleRow.append(text)
knText = keyTBL.replace(text)
singleRow.append(knText)
dialogLists.append(singleRow)
with open(out_path, "wt", encoding='utf-8') as file:
for singleRow in dialogLists:
fileidx = int(singleRow[0][3:])
idx = int(singleRow[1])
file.write( f"«{fileidx},{idx}»{singleRow[4]}\n" )
def cvtBytes_jp():
while True:
inp_text = input('Jpn>')
if not inp_text: break
inp_bytes = []
len_inp = len(inp_text)
i = 0
while i < len_inp:
while inp_text[i] == ' ':
i += 1
if i >= len_inp: break
continue
if i+2 >= len_inp: break
inp_bytes.append(int(inp_text[i:i+2], 16))
i += 2
if not inp_bytes:
exit()
_inp_bytes = bytes(inp_bytes)
inp_text = jpnTBL.cvtByte2Str(_inp_bytes)
for v in _inp_bytes:
print(f"{v:02X} ", end='')
print(f"\n{inp_text}")
def cvtBytes_jp_inv():
while True:
inp_text = input('Jpn_inv>')
if not inp_text: break
len_inp = len(inp_text)
if len_inp == 1:
exit()
inp_bytes = jpnTBL.cvtStr2Byte(inp_text)
for v in inp_bytes:
print(f"{v:02X} ", end='')
print()
def cvtBytes_en():
while True:
inp_text = input('Eng>')
if not inp_text: break
inp_bytes = []
len_inp = len(inp_text)
i = 0
while i < len_inp:
while inp_text[i] == ' ':
i += 1
if i >= len_inp: break
continue
if i+2 >= len_inp: break
inp_bytes.append(int(inp_text[i:i+2], 16))
i += 2
if not inp_bytes:
exit()
_inp_bytes = bytes(inp_bytes)
inp_text = usaTBL.cvtByte2Str(_inp_bytes)
for v in _inp_bytes:
print(f"{v:02X} ", end='')
print(f"\n{inp_text}")
def cvtBytes_kor():
while True:
inp_text = input('Kor>')
if not inp_text: break
inp_bytes = []
len_inp = len(inp_text)
i = 0
while i < len_inp:
while inp_text[i] == ' ':
i += 1
if i >= len_inp: break
continue
if i+2 >= len_inp: break
inp_bytes.append(int(inp_text[i:i+2], 16))
i += 2
if not inp_bytes:
exit()
_inp_bytes = bytes(inp_bytes)
inp_text = korTBL.cvtByte2Str(_inp_bytes)
for v in _inp_bytes:
print(f"{v:02X} ", end='')
print(f"\n{inp_text}")
def cvtBytes_kor_inv():
while True:
inp_text = input('Kor_Inv>')
if not inp_text: break
len_inp = len(inp_text)
if len_inp == 1:
exit()
inp_bytes = korTBL.cvtStr2Byte(inp_text)
for v in inp_bytes:
print(f"{v:02X} ", end='')
print()
def extract_SL_Main_jp_en():
mainpath = Path(PATH_JPN_VARGRANTSTORY) / Path('SLPS_023.77')
skill_jpn = rN.SL_Main_jp(str(mainpath))
skill_jpn.cvtByte2Str(jpnTBL)
####
mainpath = Path(PATH_USA_VARGRANTSTORY) / Path('SLUS_010.40')
skill_usa = rN.SL_Main_en(str(mainpath))
skill_usa.cvtByte2Str(usaTBL)
###
texts = {}
for idx, txt in enumerate(skill_jpn.words[0]._str):
jp = txt
en = skill_usa.words[0]._str[idx]
singleRow = {}
singleRow['string'] = jp
singleRow['@@localazy:comment:string'] = en
texts[f'{idx:03}'] = singleRow
texts2 = {}
for idx, txt in enumerate(skill_jpn.strings[0]._str):
jp = txt
en = skill_usa.strings[0]._str[idx]
singleRow = {}
singleRow['string'] = jp
singleRow['@@localazy:comment:string'] = en
texts2[f'{idx:03}'] = singleRow
dialogLists = {}
dialogLists['SL_Main'] = texts
dialogLists['SL_Main_1'] = texts2
with open(f'work/strings/SLPS_main_ja.json', 'w', encoding='utf-8') as f:
json.dump(dialogLists, f, indent=2, ensure_ascii=False)
#extract_SL_Main_jp_en()
#exit()
def extract_TITLE_PRG_jp_en():
mainpath = Path(PATH_JPN_VARGRANTSTORY) / Path('TITLE/TITLE.PRG')
namesInfiles = []
skill_jpn = TITLE_PRG_jp(str(mainpath))
skill_jpn.cvtByte2Str(jpnTBL)
namesInfiles.extend(skill_jpn.names_str)
####
mainpath = Path(PATH_USA_VARGRANTSTORY) / Path('TITLE/TITLE.PRG')
engInfiles = []
skill_usa = TITLE_PRG_en(str(mainpath))
skill_usa.cvtByte2Str(usaTBL)
engInfiles.extend(skill_usa.names_str)
###
len_jpn = len(namesInfiles)
len_usa = len(engInfiles)
if len_jpn != len_usa:
logging.critical("!!!")
texts = {}
for idx in range(len_jpn):
jp = namesInfiles[idx]
en = engInfiles[idx]
if not jp and not en:
continue
singleRow = {}
singleRow['string'] = jp
singleRow['@@localazy:comment:string'] = en
texts[f'{idx:03}'] = singleRow
dialogLists = {}
dialogLists['TITLE'] = texts
with open(f'work/strings/TITLE_TITLE_PRG_ja.json', 'w', encoding='utf-8') as f:
json.dump(dialogLists, f, indent=2, ensure_ascii=False)
return
wordInfiles = []
for i in range(len_jpn):
jpn = namesInfiles[i]
eng = engInfiles[i]
wordInfiles.append([jpn, eng])
df = pd.DataFrame(wordInfiles, columns=['jp-ja', 'en-us'])
outpath = 'work/strings/SLPS_main.csv'
df.to_csv(outpath, index=False, encoding='utf-8')
#makeSkillnames()
#findword = dialog.Find_Word()
#findword.find_in_folder(PATH_USA_VARGRANTSTORY, "work/find_in_USA.yaml")
def extract_MCMAN_jp_en():
inp_path = Path(PATH_JPN_VARGRANTSTORY) / Path("MENU/MCMAN.BIN")
help_jp = MCMAN_BIN(str(inp_path))
help_jp.cvtByte2Str(jpnTBL)
inp_path = Path(PATH_USA_VARGRANTSTORY) / Path("MENU/MCMAN.BIN")
help_en = MCMAN_BIN(str(inp_path))
help_en.cvtByte2Str(usaTBL)
texts = []
for jp, en in zip(help_jp.strings_str, help_en.strings_str):
texts.append([jp, en])
df = pd.DataFrame(texts, columns=['jp-ja', 'en-us'])
outpath = 'work/strings/MENU_MCMAN_BIN.csv'
df.to_csv(outpath, index=False, encoding='utf-8')
#test7()
def test8():
inp_path = Path(PATH_JPN_VARGRANTSTORY) / Path("MENU/ITEMHELP.BIN")
itemhelp = rN.ITEMHELP(str(inp_path))
itemhelp.cvtByte2Str(jpnTBL)
for idx in range(itemhelp.strings[0].itemNums):
print(f"{idx}({len(itemhelp.strings[0]._byte[idx])}): {itemhelp.strings[0]._str[idx]}")
print()
def test9():
inp_path = Path(PATH_USA_VARGRANTSTORY) / Path("MENU/ITEMHELP.BIN")
with open(str(inp_path), 'rb') as file:
buffer = bytearray(file.read())
len_buffer = len(buffer)
for i in range(679):
ptr = utils.int2(buffer[2*i:2*i+2]) * 2
print(f"{i} _ {hex(2*i)} : {hex(ptr)}")
def extract_ITEMNAME_jp_en():
names_en = ITEMNAME_BIN(str(Path(PATH_USA_VARGRANTSTORY) / Path('MENU/ITEMNAME.BIN')))
names_en.cvtByte2Str(usaTBL)
names_jp = ITEMNAME_BIN(str(Path(PATH_JPN_VARGRANTSTORY) / Path('MENU/ITEMNAME.BIN')))
names_jp.cvtByte2Str(jpnTBL)
texts = []
for jp, en in zip(names_jp.strings_str, names_en.strings_str):
texts.append([jp, en])
return texts
df = pd.DataFrame(texts, columns=['jp-ja', 'en-us'])
outpath = 'work/strings/MENU_ITEMNAME_BIN.csv'
df.to_csv(outpath, index=False, encoding='utf-8')
def extract_ITEMHELP_jp_en():
help_jp = ITEMHELP_BIN(str(Path(PATH_JPN_VARGRANTSTORY) / Path("MENU/ITEMHELP.BIN")))
help_jp.cvtByte2Str(jpnTBL)
help_en = ITEMHELP_BIN(str(Path(PATH_USA_VARGRANTSTORY) / Path("MENU/ITEMHELP.BIN")))
help_en.cvtByte2Str(usaTBL)
texts = []
for jp, en in zip(help_jp.strings_str, help_en.strings_str):
texts.append([jp, en])
return texts
df = pd.DataFrame(texts, columns=['jp-ja', 'en-us'])
outpath = 'work/strings/MENU_ITEMHELP_BIN.csv'
df.to_csv(outpath, index=False, encoding='utf-8')
def extract_ITEM_jp_en():
itemName = extract_ITEMNAME_jp_en()
itemHelp = extract_ITEMHELP_jp_en()
len_strings = len(itemName)
if len_strings != len(itemHelp):
logging.critical(f'why?!!!, Item Name / Help')
texts = {}
for idx in range(len_strings):
singleRow = {}
singleRow['ITEMNAME'] = itemName[0]
singleRow['@@localazy:comment:ITEMNAME'] = itemName[1]
singleRow['ITEMHELP'] = itemHelp[0]
singleRow['@@localazy:comment:ITEMHELP'] = itemHelp[1]
texts[f'{idx:03}'] = singleRow
dialogLists = {}
dialogLists['ITEM'] = texts
with open(f'work/strings/MENU_ITEMNAME_ITEMHELP_BIN.json', 'w', encoding='utf-8') as f:
json.dump(dialogLists, f, indent=2, ensure_ascii=False)
def read_SMALL_MON_BIN_en():
mon = MON_BIN(PATH_USA_VARGRANTSTORY)
mon.cvtByte2Str(usaTBL)
texts_en = []
for idx in range(mon.ItemNumber):
texts_en.append( [mon.name_str[idx], mon.strings_str[idx]] )
return texts_en
df_en = pd.DataFrame(texts_en, columns=['name', 'desc.'])
outpath = 'work/strings/SMALL_MON_BIN_en.csv'
df_en.to_csv(outpath, index=False, encoding='utf-8')
def read_SMALL_MON_BIN_jp():
mon = MON_BIN(PATH_JPN_VARGRANTSTORY)
mon.cvtByte2Str(jpnTBL)
texts_jp = []
for idx in range(mon.ItemNumber):
texts_jp.append( [mon.name_str[idx], mon.strings_str[idx]] )
return texts_jp
df_jp = pd.DataFrame(texts_jp, columns=['name', 'desc.'])
outpath = 'work/strings/SMALL_MON_BIN_jp.csv'
df_jp.to_csv(outpath, index=False, encoding='utf-8')
def extract_SMALL_MON_BIN():
help_jp = read_SMALL_MON_BIN_jp()
help_en = read_SMALL_MON_BIN_en()
len_jpn = len(help_jp)
len_usa = len(help_en)
if len_jpn != len_usa:
logging.critical("!!!")
texts = {}
for idx in range(len_jpn):
singleRow = {}
singleRow['name'] = help_jp[idx][0]
if help_en[idx][0]:
singleRow['@@localazy:comment:name'] = help_en[idx][0]
if help_jp[idx][1] or help_en[idx][1]:
singleRow['description'] = help_jp[idx][1]
if help_en[idx][1]:
singleRow['@@localazy:comment:description'] = help_en[idx][1]
texts[f'{idx:03}'] = singleRow
dialogLists = {}
dialogLists['MON'] = texts
with open(f'work/strings/SMALL_MON_BIN_ja.json', 'w', encoding='utf-8') as f:
json.dump(dialogLists, f, indent=2, ensure_ascii=False)
def extract_MENU_PRG_jp_en(name: str, suffix: str = 'PRG', useEN = True):
class_en = None
class_jp = None
if f'{name}_{suffix}' in globals():
class_en = globals()[f'{name}_{suffix}']
class_jp = globals()[f'{name}_{suffix}']
if class_en is None:
if f'{name}_{suffix}_en' in globals():
class_en = globals()[f'{name}_{suffix}_en']
if class_en is None:
logging.warning(f'wrong function name {name}')
return
if class_jp is None:
if f'{name}_{suffix}_jp' in globals():
class_jp = globals()[f'{name}_{suffix}_jp']
if class_jp is None:
logging.warning(f'wrong function name {name}')
return
inp_path = Path(PATH_USA_VARGRANTSTORY) / Path(f"MENU/{name}.{suffix}")
help_en = class_en(str(inp_path))
help_en.cvtByte2Str(usaTBL)
inp_path = Path(PATH_JPN_VARGRANTSTORY) / Path(f"MENU/{name}.{suffix}")
help_jp = class_jp(str(inp_path))
help_jp.cvtByte2Str(jpnTBL)
len_strings = len(help_jp.strings_str)
if useEN:
if len_strings != len(help_en.strings_str):
logging.critical(f'why?!!!, {name}_{suffix}')
texts = {}
if useEN:
for idx in range(len_strings):
jp = help_jp.strings_str[idx]
en = help_en.strings_str[idx]
if not jp and not en:
continue
singleRow = {}
singleRow['string'] = jp
singleRow['@@localazy:comment:string'] = en
texts[f'{idx:03}'] = singleRow
else:
for idx in range(len_strings):
jp = help_jp.strings_str[idx]
if not jp:
continue
singleRow = {}
singleRow['string'] = jp
singleRow['@@localazy:comment:string'] = ''
texts[f'{idx:03}'] = singleRow
dialogLists = {}
dialogLists[name] = texts
with open(f'work/strings/MENU_{name}_{suffix}_ja.json', 'w', encoding='utf-8') as f:
json.dump(dialogLists, f, indent=2, ensure_ascii=False)
#df = pd.DataFrame(texts, columns=['jp-ja', 'en-us'])
#outpath = f'work/strings/MENU_{name}_{suffix}.csv'
#df.to_csv(outpath, index=False, encoding='utf-8')
#extract_MENU_PRG_jp_en('MENU0')
def extract_BATTLE_jp_en():
inp_path = Path(PATH_JPN_VARGRANTSTORY) / Path("BATTLE/BATTLE.PRG")
help_jp = rN.BATTLE_jp(str(inp_path))
help_jp.cvtByte2Str(jpnTBL)
inp_path = Path(PATH_USA_VARGRANTSTORY) / Path("BATTLE/BATTLE.PRG")
help_en = rN.BATTLE_en(str(inp_path))
help_en.cvtByte2Str(usaTBL)
texts1 = {}
for idx in range(len(help_jp.strings[0]._str)):
jp = help_jp.strings[0]._str[idx]
en = help_en.strings[0]._str[idx]
if not jp and not en:
continue
singleRow = {}
singleRow['string'] = jp
singleRow['@@localazy:comment:string'] = en
texts1[f'{idx:03}'] = singleRow
texts2 = {}
for idx in range(len(help_jp.words[0]._str)):
jp = help_jp.words[0]._str[idx]
if idx == 0:
en = ''
else:
en = help_en.words[0]._str[idx-1]
if not jp and not en:
continue
singleRow = {}
singleRow['string'] = jp
singleRow['@@localazy:comment:string'] = en
texts2[f'{idx:03}'] = singleRow
texts3 = {}
for idx in range(len(help_jp.strings[1]._str)):
jp = help_jp.strings[1]._str[idx]
en = help_en.strings[1]._str[idx]
if not jp and not en:
continue
singleRow = {}
singleRow['string'] = jp
singleRow['@@localazy:comment:string'] = en
texts3[f'{idx:03}'] = singleRow
dialogLists = {}
dialogLists['BATTLE_1'] = texts1
dialogLists['BATTLE_2'] = texts2
dialogLists['BATTLE_4'] = texts3
with open(f'work/strings/BATTLE_BATTLE_PRG_ja.json', 'w', encoding='utf-8') as f:
json.dump(dialogLists, f, indent=2, ensure_ascii=False)
#extract_BATTLE_jp_en()
#exit()
def extract_MENU9_jp_en():
inp_path = Path(PATH_JPN_VARGRANTSTORY) / Path("MENU/MENU9.PRG")
help_jp = MENU9_PRG_jp(str(inp_path))
help_jp.cvtByte2Str(jpnTBL)
inp_path = Path(PATH_USA_VARGRANTSTORY) / Path("MENU/MENU9.PRG")
help_en = MENU9_PRG_en(str(inp_path))
help_en.cvtByte2Str(usaTBL)
texts1 = {}
for idx in range(len(help_jp.strings1_str)):
jp = help_jp.strings1_str[idx]
en = help_en.strings1_str[idx]
if not jp and not en:
continue
singleRow = {}
singleRow['string'] = jp
singleRow['@@localazy:comment:string'] = en
texts1[f'{idx:03}'] = singleRow
texts2 = {}
for idx in range(len(help_jp.strings2_str)):
jp = help_jp.strings2_str[idx]
if not jp:
continue
singleRow = {}
singleRow['string'] = jp
texts2[f'{idx:03}'] = singleRow
texts3 = {}
for idx in range(len(help_jp.strings3_str)):
jp = help_jp.strings3_str[idx]
if not jp:
continue
singleRow = {}
singleRow['string'] = jp
texts3[f'{idx:03}'] = singleRow
dialogLists = {}
dialogLists['MENU9_1'] = texts1
dialogLists['MENU9_2'] = texts2
dialogLists['MENU9_3'] = texts3
with open(f'work/strings/MENU_MENU9_PRG_ja.json', 'w', encoding='utf-8') as f:
json.dump(dialogLists, f, indent=2, ensure_ascii=False)
return
df = pd.DataFrame(texts, columns=['jp-ja', 'en-us'])
outpath = 'work/strings/MENU_MENU9_PRG.csv'
df.to_csv(outpath, index=False, encoding='utf-8')
def find_string_in_File(filePath: str):
fileBuffer = None
with open(filePath, 'rb') as file:
fileBuffer = file.read()
if fileBuffer is None:
return None
byte_stream = io.BytesIO(fileBuffer)
len_file = len(fileBuffer)
wordinfile = []
pos = 0
while pos < len_file:
byte_stream.seek(pos)
prev = utils.int2(byte_stream.read(2))
if prev < 2:
pos += 2
continue
startPos = pos
temp = [prev]
while pos < len_file-2:
curr = utils.int2(byte_stream.read(2))
if prev < curr:
prev = curr
temp.append(prev)
elif len(temp) > 3:
valid = 0
for inc in temp:
byte_stream.seek(startPos + 2*inc - 2)
e1 = byte_stream.read(1)
e2 = byte_stream.read(1)
if int.from_bytes(e1, 'little') == 0xE7 or int.from_bytes(e2, 'little') == 0xE7:
valid += 1
if len(temp)*0.75 < valid:
wordinfile.append([hex(startPos), len(temp)])
pos = startPos + 2*temp[-1]
else:
pos = startPos + 2*len(temp)
break
else:
pos = startPos + 2*len(temp)
break
if pos >= len_file-2:
break
return wordinfile
def find0BackE7(byteData: bytes, pos: int, step: int):
v1 = byteData[pos]
v2 = byteData[pos+1]
if v1 != 0 or v2 == 0:
return False
for i in range(step):
idx = pos - i
if idx <= 0:
return False
if byteData[idx] == 0xE7:
return True
return False
def subfind(byteData: bytes, startPos: int, step: int = 0x18):
len_data = len(byteData)
currPos = startPos
count = 0
if currPos >= len_data-1:
return []
while find0BackE7(byteData, currPos, step):
currPos += step
count += 1
if currPos >= len_data:
break
if count < 3:
return []
return [hex(startPos), count]
def findBackE7(byteData: bytes, pos: int, step: int):
for i in range(step):
idx = pos - i
if idx <= 0:
return False
if byteData[idx] == 0xE7 and byteData[idx+1] == 0:
return True
return False
def subfind0X(byteData: bytes, startPos: int, step: int = 0x18):
len_data = len(byteData)
currPos = startPos + step
count = 0
if currPos >= len_data-1:
return -1
while currPos < len_data-1:
v1 = byteData[currPos]
v2 = byteData[currPos+1]