tilesets.get_tileset("MainDialog2", override_offset=0x80),
tilesets.get_tileset("Special", override_offset=0xE0)
])
kanji = tilesets.get_tileset("Kanji", override_offset=0x0)
with open("./game/src/version/ptrlist_data.asm", "w") as datafile:
datafile.write(
f'INCLUDE "build/ptrlists/ptrlist_data_constants_{{GAMEVERSION}}.asm"\n\n'
)
for l in list_map:
addr, spp, term, fix_len, print_hex, null_indicator, data_prefix = list_map[
l]
if isinstance(addr, tuple):
bank = addr[0]
addr = utils.rom2realaddr(addr)
else:
bank = utils.real2romaddr(addr)[0]
datafile.write(
f'SECTION "Pointer List - {l}", ROMX[${utils.real2romaddr(addr)[1]:04x}], BANK[${bank:02x}]\n'
)
datafile.write(f'PtrList{l}::\n')
datafile.write(f' INCBIN c{l}\n\n')
entries = OrderedDict()
with open(f"./text/ptrlists/{l}.txt", "w", encoding="utf-8") as output:
output.write(str(list_map[l][1:]) + "\n")
count_written = False
for version_suffix in roms:
with open(
ptrs = [utils.read_short(rom) for i in range(0, count)]
data = {}
for ptr in ptrs:
rom.seek(ptr) # Bank 0, no need to convert addresses
# (Bank, Pointer, VRAM Offset, Name)
if namefile: # We assume the table file not existing is fine
nametable[ptr] = "{:04X}".format(ptr)
namefile.write("{:04X}={}\n".format(ptr, nametable[ptr]))
data[ptr] = (utils.read_byte(rom), utils.read_short(rom), utils.read_short(rom), nametable[ptr])
output.write('INCLUDE "game/src/common/macros.asm"\n\n')
output.write('SECTION "Tileset Table", ROM0[${:04X}]\n'.format(tiletable))
output.write('TilesetTable::\n')
for i in ptrs:
output.write(" dw TilesetInfo{}\n".format(data[i][3]))
output.write("TilesetTableEnd::\n");
with open("game/src/gfx/tileset_files.asm", "w") as outputf:
for ptr in sorted(data):
with open("game/tilesets/{}.malias".format(data[ptr][3]),"wb") as compressed, open("text/tilesets/{}.2bpp".format(data[ptr][3]),"wb") as uncompressed:
f = tilesets.decompress_tileset(rom, utils.rom2realaddr((data[ptr][0],data[ptr][1])))
uncompressed.write(bytearray(f[0]))
compressed.write(bytearray(f[1]))
output.write('SECTION "TilesetInfo {0}", ROM0[${1:04X}]\n'.format(data[ptr][3], ptr))
output.write("TilesetInfo{}::\n".format(data[ptr][3]))
output.write(' dbww BANK(Tileset{0}), Tileset{0}, ${1:04X}\n'.format(data[ptr][3], data[ptr][2]))
outputf.write('SECTION "Tileset Data {0}", ROMX[${1:04X}], BANK[${2:02X}]\n'.format(data[ptr][3], data[ptr][1], data[ptr][0]))
outputf.write("Tileset{}::\n".format(data[ptr][3]))
outputf.write("TilesetStart{}::\n".format(data[ptr][3]))
outputf.write(' INCBIN "build/tilesets/{}.malias"\n'.format(data[ptr][3]))
outputf.write("TilesetEnd{}::\n\n".format(data[ptr][3]))
output.write("TilesetInfoEnd::\n");
sys.path.append(os.path.join(os.path.dirname(__file__), 'common'))
from common import utils, tilesets
rom_info = ("baserom_parts_collection.gb", "parts_collection", (0x16, 0x539b),
63) # [ROM File, Version Suffix, Credits Ptr, Entry Count]
table = utils.merge_dicts([
tilesets.get_tileset("MainSpecial"),
tilesets.get_tileset("MainDialog"),
tilesets.get_tileset("dakuten", override_offset=0x0)
])
filename = rom_info[0]
suffix = rom_info[1]
text_ptr_table = rom_info[2] if isinstance(
rom_info[2], int) else utils.rom2realaddr(rom_info[2])
bank = utils.real2romaddr(text_ptr_table)[0]
entry_count = rom_info[3]
with open(filename, 'rb') as rom, open(f"./text/credits/Credits.csv",
"w",
encoding="utf-8") as fp:
writer = csv.writer(fp,
lineterminator='\n',
delimiter=',',
quotechar='"',
quoting=csv.QUOTE_MINIMAL)
writer.writerow(["Pointer", "VRAMOffset", "Original", "Translated"])
rom.seek(text_ptr_table)
pointers = [(rom.tell(), utils.read_short(rom))
default_version = roms[0][1]
nametable = OrderedDict()
namefile = None
realptr_key_map = {}
# Map real address to a defined name
if os.path.exists("scripts/res/meta_tileset_names.tbl"):
nametable = utils.read_table("scripts/res/meta_tileset_names.tbl")
else:
namefile = open("scripts/res/meta_tileset_names.tbl", "w")
# M3 keeps source addresses in a table in bank 0 and banks + destination info in a separate table
# This is pretty much a single table that's been split over 2 banks, and there may be duplicate tileset entries
count = ((terminator - tiletable) // 2)
terminator_key = utils.rom2realaddr((0, terminator))
nametable[terminator] = "TilesetSourceAddressTableEnd"
tileset_data = OrderedDict()
tileset_metadata = {}
common_tilesets = []
unique_pointer_and_tilesets = []
unique_tilesets = []
unique_pointers = []
missing_pointers = []
tileset_alias = {}
for version in roms:
ver = version[1]
realptr_key_map[ver] = OrderedDict()
realptr_key_map[ver][terminator_key] = terminator
table[0xce] = SpecialCharacter('S') # Text Speed
table[0xcf] = SpecialCharacter("CF", bts=0, always_print=True) # Create new text box
table[0xd0] = SpecialCharacter("&", bts=2, names=name_table) # Pull text from RAM
table[0xd1] = SpecialCharacter("D1", bts=0, always_print=True) # New page (keeps portrait)
# Portrait, [Orientation:{00, 01, 10, 11, FF}][Character:1][Expression:1]
table[0xd2] = SpecialCharacter('@', bts=3, parser=lambda x: "{},{:02X},{:02X}".format({0x00: 'LL', 0x01: 'LR', 0x10: 'RL', 0x11: 'RR', 0xFF: 'CC' }[utils.read_byte(x)], utils.read_byte(x), utils.read_byte(x)) )
table[0xd3] = SpecialCharacter('K', print_control_code=False, parser=lambda x: kanji[utils.read_byte(x)]) # Kanji
terminator_pointers = []
for i, entry in enumerate([t for t in text_ptrs if t[0] != 0]):
csv_filename = f"./text/dialog/TextSection{i:02}.csv"
text_version_specific[csv_filename] = {}
text_shifted_pointers[csv_filename] = {}
text_unused[csv_filename] = {}
realaddr = utils.rom2realaddr(entry)
rom.seek(realaddr)
end = utils.rom2realaddr((entry[0], utils.read_short(rom)))
rom.seek(end - 2)
terminator_pointers.append(utils.rom2realaddr((entry[0], utils.read_short(rom))))
rom.seek(realaddr + 2)
pointers = OrderedDict()
pointer_lengths = OrderedDict()
pointer_lengths_key = realaddr
pointer_lengths[pointer_lengths_key] = end
pointers[realaddr] = end # Treat pointers[0] as the end of the list of addresses
reverse_map = {}
realaddr = rom.tell()
last_ptr = 0
if realaddr >= end: # An empty bank, so clear pointers to avoid any parsing but still create the csv file
pointer_lengths.clear()
# Medarotters have a 3-byte prefix before the names
'Medarotters': ((0x17, 0x63e2), 0x50, 80, 3),
})
tileset = utils.merge_dicts([
tilesets.get_tileset("MainSpecial"),
tilesets.get_tileset("MainDialog"),
tilesets.get_tileset("dakuten", override_offset=0x0)
])
with open("baserom_parts_collection.gb", "rb") as rom:
for l in list_map:
addr, term, n, prefixlen = list_map[l]
if isinstance(addr, tuple):
bank = addr[0]
addr = utils.rom2realaddr(addr)
else:
bank = utils.real2romaddr(addr)[0]
rom.seek(addr)
with open('text/ptrlists/{}.txt'.format(l), 'w',
encoding="utf-8") as output:
output.write(f"({term},{prefixlen})\n")
ptrs = [utils.read_short(rom) for i in range(0, n)]
for ptr in ptrs:
rom.seek(utils.rom2realaddr((bank, ptr)))
prefix = [utils.read_byte(rom) for i in range(0, prefixlen)]
# If the first 2 are 00, there's no data
if prefixlen > 0 and prefix[0] == 0x0:
b = []
else:
b = list(iter(partial(utils.read_byte, rom), term))
if i == terminator:
output.write(f" dw TilesetInfoEnd ; {x:02X}\n")
else:
output.write(f" dw TilesetInfo{data[i][3]} ; {x:02X}\n")
offsetfile.write(f"{x:02X}={data[i][2]:04X}\n")
indexfile.write(f"{x:02X}={data[i][3]}\n")
output.write("TilesetTableEnd::\n")
with open("game/src/gfx/tileset_files.asm", "w") as outputf:
for ptr in sorted(data):
output.write('SECTION "TilesetInfo {0}", ROM0[${1:04X}]\n'.format(
data[ptr][3], ptr))
output.write("TilesetInfo{}::\n".format(data[ptr][3]))
with open("game/tilesets/{}.malias".format(data[ptr][3]),"wb") as compressed, \
open("text/tilesets/{}.png".format(data[ptr][3]),"wb") as uncompressed:
f = tilesets.decompress_tileset(
rom, utils.rom2realaddr((data[ptr][0], data[ptr][1])))
width, height, palette, greyscale, bitdepth, px_map = gfx.convert_2bpp_to_png(
f[0])
w = png.Writer(width,
height,
palette=palette,
compression=9,
greyscale=greyscale,
bitdepth=bitdepth)
w.write(uncompressed, px_map)
compressed.write(bytearray(f[1]))
output.write(
' dbww BANK(Tileset{0}), Tileset{0}, ${1:04X}\n'.format(
data[ptr][3], data[ptr][2]))
outputf.write(
0xFF: 'CC'
}[utils.read_byte(x)], utils.read_byte(x), utils.read_byte(x)))
table[0xd3] = SpecialCharacter(
'K',
print_control_code=False,
parser=lambda x: kanji[utils.read_byte(x)]) # Kanji
terminator_pointers = []
for i, entry in enumerate([t for t in text_ptrs if t[0] != 0]):
csv_filename = os.path.join(text_src_path,
f"TextSection{i:02}.csv")
text_version_specific[csv_filename] = {}
text_shifted_pointers[csv_filename] = {}
text_unused[csv_filename] = {}
realaddr = utils.rom2realaddr(entry)
rom.seek(realaddr)
end = utils.rom2realaddr((entry[0], utils.read_short(rom)))
rom.seek(end - 2)
terminator_pointers.append(
utils.rom2realaddr((entry[0], utils.read_short(rom))))
rom.seek(realaddr + 2)
pointers = OrderedDict()
pointer_lengths = OrderedDict()
pointer_lengths_key = realaddr
pointer_lengths[pointer_lengths_key] = end
pointers[
realaddr] = end # Treat pointers[0] as the end of the list of addresses
reverse_map = {}
realaddr = rom.tell()
last_ptr = 0
VERSIONS = [("baserom_kabuto.gb", "kabuto"),
("baserom_kuwagata.gb", "kuwagata")]
tileset = utils.merge_dicts([
utils.read_table("scripts/res/tileset_MainDialog.tbl"),
utils.read_table("scripts/res/tileset_MainSpecial.tbl"),
utils.read_table("scripts/res/tileset_BoldLetters.tbl"),
utils.read_table("scripts/res/dakuten.tbl")
])
for lst in list_map:
merged_dict = {}
addr, length, term, pad, n = list_map[lst]
for version in VERSIONS:
with open(version[0], "rb") as rom:
if isinstance(addr, tuple):
addr = utils.rom2realaddr(addr)
rom.seek(addr)
for i in range(0, n):
c = 0
for l in length if isinstance(length, tuple) else (length, ):
b = list(iter(partial(utils.read_byte, rom), term))
rom.seek(l - len(b) - 1, 1) # Account for the terminator
value = "{}\n".format("".join(
utils.bin2txt(bytearray(b), tileset)))
key = "{:03}_{:02}".format(i, c)
c += 1
if key in merged_dict and merged_dict[
key] != value: # Just assume 2 versions, so the existence of a previous entry must belong to the 'default' version
merged_dict[key + VERSIONS[0][1]] = "[{}]{}".format(
VERSIONS[0][1], merged_dict[key])
del merged_dict[key]
#!/bin/python
# Script to initially dump tilemaps, shouldn't really need to be run anymore, and is mainly here as a reference
import os, sys
from functools import partial
sys.path.append(os.path.join(os.path.dirname(__file__), 'common'))
from common import utils, tilemaps, tilesets
# tilemap bank is 1e (0x78000)
BANK_SIZE = 0x4000
BANK = 0x1e
BASE = 0x4000
BASE_ADDR = utils.rom2realaddr((BANK, BASE))
MAX_ADDR = BASE_ADDR + BANK_SIZE - 1
tilemap_ptr = {}
tilemap_bytes = {}
tilemap_files = []
TERMINATOR = 0
with open("baserom_parts_collection.gb", "rb") as rom:
rom.seek(BASE_ADDR)
ptr = utils.read_short(rom)
tilemap_ptr[0] = ptr
end = utils.rom2realaddr((BANK, ptr))
i = 1
while rom.tell() < end: # The first tilemap is where the table should end
tilemap_ptr[i] = utils.read_short(rom)
i += 1
duplicate_map = {} # [version] -> [identifier] -> identity
version_specific_ids = set()
basename_map = OrderedDict()
version_suffixes = [i[1] for i in roms]
for versionidx, version in enumerate(roms):
rom_filename = version[0]
ver = version[1]
tilemap_data[versionidx] = OrderedDict()
duplicate_map[versionidx] = {}
with open(rom_filename, "rb") as rom:
pointers = None
for tableidx, tableptr in enumerate(tilemap_tables):
current_bank = tableptr[0]
rom.seek(utils.rom2realaddr(tableptr))
pointers = [utils.read_short(rom)]
# Assume the end of the table is the first data pointer
table_end = utils.rom2realaddr((current_bank, pointers[0]))
while rom.tell() < table_end:
pointers.append(utils.read_short(rom))
# Empty spaces in the table are the terminator, but we need to verify
terminator = pointers[-1]
# A hack to guess if something is a terminator or not
is_terminator = pointers[-2] == terminator
duplicate_pointers = []
for pointeridx, pointer in enumerate(pointers):
realaddr = utils.rom2realaddr((current_bank, pointer))