def create_folder_in_rom(rom: NintendoDSRom, path: str) -> None:
"""Creates a folder in the ROM."""
folder = rom.filenames.subfolder(path)
if folder is not None:
raise FileNotFoundError(f(_("Folder {path} already exists.")))
path_list = path.split('/')
par_dir_name = '/'.join(path_list[:-1])
parent_dir: Optional[Folder] = rom.filenames.subfolder(par_dir_name)
if parent_dir is None:
raise FileNotFoundError(f(_("Folder {dir_name} does not exist.")))
found = False
first_id = -1
last_child_count = -1
for s_name, s_folder in sorted(parent_dir.folders, key=lambda f: f[0]):
first_id = s_folder.firstID
last_child_count = len(s_folder.files)
if s_name > path_list[-1]:
found = True
break
if not found:
first_id = first_id + last_child_count
new_folder = Folder(firstID=first_id)
parent_dir.folders.append((path_list[-1], new_folder))
def _parse_param(self, param: SsbOpParam, built_strings: Dict[str, List[str]], built_constants: List[str]) -> int:
if isinstance(param, int):
return param
if isinstance(param, SsbOpParamConstant):
try:
return SsbConstant(param.name, self.rom_data.script_data).value.id
except ValueError as err:
raise SsbCompilerError(str(err)) from err
if isinstance(param, SsbOpParamConstString):
i = len(built_constants)
built_constants.append(param.name)
return i
if isinstance(param, SsbOpParamLanguageString):
i = len(built_strings[next(iter(built_strings.keys()))])
if len(param.strings.keys()) == 1:
# Single language convenience mode, apply this to all languages.
only_value = param.strings[next(iter(param.strings.keys()))]
for lang in built_strings.keys():
built_strings[lang].append(only_value)
else:
# Multi language regular case. All languages must be known.
for lang, string in param.strings.items():
if lang not in built_strings:
raise SsbCompilerError(f(_("Unknown language for string: {lang}")))
built_strings[lang].append(string)
return StringIndexPlaceholder(i)
raise SsbCompilerError(f(_("Invalid parameter supplied for an operation: {param}")))
def set_cart_removed_data(img: Image.Image, arm9: bytearray,
config: Pmd2Data) -> None:
"""
Sets the cartridge removed data
"""
if img.width != IMG_WIDTH and img.height != IMG_HEIGHT:
raise AttributeError(
f(_("The image must have dimensions {IMG_WIDTH}x{IMG_HEIGHT}.")
))
block = config.binaries['arm9.bin'].symbols['CartRemovedImgData']
img = img.convert("RGB")
raw_data = img.tobytes()
img_data = []
for r, g, b in iter_bytes(raw_data, 3):
v = (r // 8) + ((g // 8) << 5) + ((b // 8) << 10)
img_data.append(v % 256)
img_data.append(v // 256)
data = CommonAtHandler.serialize(
CommonAtHandler.compress(bytes(img_data), [CommonAtType.AT3PX]))
if len(data) > block.end - block.begin:
raise AttributeError(
f(
_("This image must be compressed better to fit in the arm9 ({len(data)} > {block.end-block.begin})."
)))
arm9[block.begin:block.end] = data + bytes((block.end - block.begin) -
len(data))
def on_spritebot_import_activate(self, *args):
dialog = Gtk.FileChooserNative.new(
_("Import portraits from PNG sheet..."), MainController.window(),
Gtk.FileChooserAction.OPEN, None, None)
add_dialog_png_filter(dialog)
response = dialog.run()
fn = dialog.get_filename()
dialog.destroy()
if response == Gtk.ResponseType.ACCEPT:
try:
for subindex, image in SpriteBotSheet.load(
fn, self._get_portrait_name):
try:
self.kao.set_from_img(self.item_id, subindex, image)
except Exception as err:
name = self._get_portrait_name(subindex)
logger.error(f"Failed importing image '{name}'.",
exc_info=err)
display_error(
sys.exc_info(),
f(_('Failed importing image "{name}":\n{err}')),
f(_("Error for '{name}'.")))
except Exception as err:
logger.error(f"Failed importing portraits sheet: {err}",
exc_info=err)
display_error(sys.exc_info(),
f(_('Failed importing portraits sheet:\n{err}')),
_("Could not import."))
self.re_render()
# Mark as modified
self.module.mark_as_modified()
self._mark_as_modified_cb()
def _init_tileset_chooser(self):
store = Gtk.ListStore(int, str) # id, name
for i in range(0, COUNT_VALID_TILESETS):
if i >= TILESET_FIRST_BG:
store.append([i, f(_("Background {i}"))])
else:
store.append([i, f(_("Tileset {i}"))])
self._fast_set_comboxbox_store(
self.builder.get_object('tool_choose_tileset_cb'), store, 1)
def from_xml(cls, ele: Element) -> 'MappaFloor':
data = {
'layout': None,
'monsters': None,
'traps': None,
'floor_items': None,
'shop_items': None,
'monster_house_items': None,
'buried_items': None,
'unk_items1': None,
'unk_items2': None
}
for child in ele:
if child.tag == XML_FLOOR_LAYOUT and data['layout'] is None:
data['layout'] = MappaFloorLayout.from_xml(child)
elif child.tag == XML_MONSTER_LIST and data['monsters'] is None:
monsters = []
for monster in child:
monsters.append(MappaMonster.from_xml(monster))
data['monsters'] = monsters
elif child.tag == XML_TRAP_LIST and data['traps'] is None:
data['traps'] = MappaTrapList.from_xml(child)
elif child.tag == XML_ITEM_LIST and child.get(
XML_ITEM_LIST__TYPE
) == XML_ITEM_LIST__TYPE__FLOOR and data['floor_items'] is None:
data['floor_items'] = MappaItemList.from_xml(child)
elif child.tag == XML_ITEM_LIST and child.get(
XML_ITEM_LIST__TYPE
) == XML_ITEM_LIST__TYPE__SHOP and data['shop_items'] is None:
data['shop_items'] = MappaItemList.from_xml(child)
elif child.tag == XML_ITEM_LIST and child.get(
XML_ITEM_LIST__TYPE
) == XML_ITEM_LIST__TYPE__MONSTER_HOUSE and data[
'monster_house_items'] is None:
data['monster_house_items'] = MappaItemList.from_xml(child)
elif child.tag == XML_ITEM_LIST and child.get(
XML_ITEM_LIST__TYPE
) == XML_ITEM_LIST__TYPE__BURIED and data['buried_items'] is None:
data['buried_items'] = MappaItemList.from_xml(child)
elif child.tag == XML_ITEM_LIST and child.get(
XML_ITEM_LIST__TYPE
) == XML_ITEM_LIST__TYPE__UNK1 and data['unk_items1'] is None:
data['unk_items1'] = MappaItemList.from_xml(child)
elif child.tag == XML_ITEM_LIST and child.get(
XML_ITEM_LIST__TYPE
) == XML_ITEM_LIST__TYPE__UNK2 and data['unk_items2'] is None:
data['unk_items2'] = MappaItemList.from_xml(child)
else:
raise XmlValidateError(
f(_('Floor parsing: Unexpected {child.tag}')))
for k, v in data.items():
if v is None:
raise XmlValidateError(f(_('Missing {k} for Floor data.')))
return cls(**data)
def on_separate_import_activate(self, *args):
md = SkyTempleMessageDialog(
MainController.window(),
Gtk.DialogFlags.DESTROY_WITH_PARENT,
Gtk.MessageType.INFO,
Gtk.ButtonsType.OK,
f(
_("To import, select a directory to import from. Files with the pattern '{self.item_id + 1}_XX.png'\n"
"will be imported, where XX is a number between 0 and 40.")),
title=_("Import Portraits"))
md.run()
md.destroy()
dialog = Gtk.FileChooserNative.new(_("Import portraits from PNGs..."),
MainController.window(),
Gtk.FileChooserAction.SELECT_FOLDER,
None, None)
response = dialog.run()
fn = dialog.get_filename()
dialog.destroy()
if response == Gtk.ResponseType.ACCEPT:
r = re.compile(rf"{self.item_id + 1}_(\d+)\.png", re.IGNORECASE)
imgs = {
int(match[1]): name
for match, name in self._try_match_import(r, os.listdir(fn))
if match is not None and int(match[1]) <= 40
}
for subindex, image_fn in imgs.items():
try:
with open(os.path.join(fn, image_fn), 'rb') as f:
image = Image.open(f)
kao = self.kao.get(self.item_id, subindex)
if kao:
# Replace
kao.set(image)
else:
# New
self.kao.set(self.item_id, subindex,
KaoImage.new(image))
except Exception as err:
name = self._get_portrait_name(subindex)
logger.error(f"Failed importing image '{name}'.",
exc_info=err)
display_error(
sys.exc_info(),
f(_('Failed importing image "{name}":\n{err}')),
f(_(f"Error for '{name}'.")))
# Re-render
self._portrait_provider.reset()
for draw in self._draws:
draw.queue_draw()
# Mark as modified
self.module.mark_as_modified()
self._mark_as_modified_cb()
def apply(self, name: str, config: Optional[Dict[str, Any]] = None) -> None:
"""
Apply a patch.
If the patch requires parameters, values for ALL of them must be in the dict `config` (even if default values
are specified in the XML config).
"""
if name not in self._loaded_patches:
raise ValueError(f(_("The patch '{name}' was not found.")))
patch = self._loaded_patches[name]
if isinstance(patch, DependantPatch):
for patch_name in patch.depends_on():
try:
if not self.is_applied(patch_name):
raise PatchDependencyError(f(_("The patch '{patch_name}' needs to be applied before you can "
"apply '{name}'.")))
except ValueError as err:
raise PatchDependencyError(f(_("The patch '{patch_name}' needs to be applied before you can "
"apply '{name}'. "
"This patch could not be found."))) from err
# Check config
patch_data = self._config.asm_patches_constants.patches[name]
if patch_data.has_parameters():
if config is None:
raise PatchNotConfiguredError(_("No configuration was given."), "*", "No configuration was given.")
for param in patch_data.parameters.values():
if param.name not in config:
raise PatchNotConfiguredError(_("Missing configuration value."), param.name, "Not given.")
if param.type == Pmd2PatchParameterType.INTEGER:
val = config[param.name]
if not isinstance(val, int):
raise PatchNotConfiguredError(_("Invalid configuration value."), param.name, "Must be int.")
if param.min is not None and val < param.min:
raise PatchNotConfiguredError(_("Invalid configuration value."), param.name, _("Must be >= {}.").format(param.min))
if param.max is not None and val > param.max:
raise PatchNotConfiguredError(_("Invalid configuration value."), param.name, _("Must be <= {}.").format(param.max))
if param.type == Pmd2PatchParameterType.STRING:
val = config[param.name]
if not isinstance(val, str):
raise PatchNotConfiguredError(_("Invalid configuration value."), param.name, "Must be str.")
if param.type == Pmd2PatchParameterType.SELECT:
val = config[param.name]
found = False
for option in param.options: # type: ignore
if not isinstance(val, type(option.value)) or option.value != val:
continue
found = True
break
if not found:
raise PatchNotConfiguredError(_("Invalid configuration value."), param.name, "Must be one of the options.")
patch.supply_parameters(config)
patch.apply(
partial(self._apply_armips, name, patch),
self._rom, self._config
)
def get_view(self) -> Gtk.Widget:
self.builder = self._get_builder(__file__, 'tileset.glade')
self._init_rules()
self._init_rule_icon_views()
self._init_chunk_picker_icon_view()
self._init_secondary_terrain()
self.builder.connect_signals(self)
editor = self.builder.get_object('editor')
root = self.builder.get_object('editor_root')
root.set_current_page(self.__class__._last_open_tab_id)
self.on_editor_root_switch_page(None, None, self.__class__._last_open_tab_id)
self.builder.get_object('label_tileset_name').set_text(f(_('Dungeon Tileset {self.item_id} Rules')))
self.builder.get_object('label_tileset_name2').set_text(f(_('Dungeon Tileset {self.item_id}')))
return editor
def _save(self, force=False):
rom = RomProject.get_current()
if rom.has_modifications() or force:
self._loading_dialog = self.builder.get_object('file_opening_dialog')
# noinspection PyUnusedLocal
rom_name = os.path.basename(rom.filename)
self.builder.get_object('file_opening_dialog_label').set_label(
f(_('Saving ROM "{rom_name}"...'))
)
logger.debug(f(_('Saving {rom.filename}.')))
# This will trigger a signal.
rom.save(self)
self._loading_dialog.run()
def _open_file(self, filename: str):
"""Open a file"""
if self._check_open_file():
self._loading_dialog = self.builder.get_object('file_opening_dialog')
# noinspection PyUnusedLocal
rom_name = os.path.basename(filename)
self.builder.get_object('file_opening_dialog_label').set_label(
f(_('Loading ROM "{rom_name}"...'))
)
logger.debug(f(_('Opening {filename}.')))
RomProject.open(filename, self)
# Add to the list of recent files and save
self._update_recent_files(filename)
# Show loading spinner
self._loading_dialog.run()
def __init__(self,
builder: Gtk.Builder,
main_window: Gtk.Window,
talk_script_names: Dict[int, str],
scriptdata: Pmd2ScriptData,
*,
edit: SsaTrigger = None):
self.builder = builder
self.edit: Optional[SsaTrigger] = edit
self.new_model: Optional[SsaTrigger] = None
self.talk_script_names = talk_script_names
self.scriptdata = scriptdata
self.window: Gtk.Dialog = self.builder.get_object('dialog_event')
self.window.set_transient_for(main_window)
self.window.set_attached_to(main_window)
if self.edit is not None:
try:
# noinspection PyUnusedLocal
script_name = self.talk_script_names[self.edit.script_id]
self.title = f(
_('Edit {script_name}')
) + f' / {self.scriptdata.common_routine_info__by_id[self.edit.coroutine.id].name}'
except KeyError:
self.title = _('Edit Event')
else:
self.title = _('New Event')
def import_from_xml(self, xml: Element, tables: Dict[int, Image.Image]):
self.entries = []
self.unknown = 0
pal_table = 256
validate_xml_tag(xml, XML_FONT)
for child in xml:
if child.tag == XML_TABLE:
validate_xml_attribs(child, [XML_TABLE__ID])
t = int(child.get(XML_TABLE__ID))
if t in FONT_VALID_TABLES and t in tables:
if pal_table > t:
pal_table = t
self.set_palette_raw(
memoryview(tables[t].palette.palette))
for char in child:
validate_xml_tag(char, XML_CHAR)
validate_xml_attribs(char,
[XML_CHAR__ID, XML_CHAR__WIDTH])
charid = int(char.get(XML_CHAR__ID))
width = int(char.get(XML_CHAR__WIDTH))
x = (charid % 16) * BANNER_FONT_SIZE
y = (charid // 16) * BANNER_FONT_SIZE
self.entries.append(
BannerFontEntry.from_pil(
tables[t].crop(box=[
x, y, x + BANNER_FONT_SIZE, y +
BANNER_FONT_SIZE
]), charid, t, width))
elif child.tag == XML_HEADER:
validate_xml_attribs(child, [XML_HEADER__UNKNOWN])
self.unknown = int(child.get(XML_HEADER__UNKNOWN))
else:
raise XmlValidateError(
f(_('Font parsing: Unexpected {child.tag}')))
def get_content(self) -> Gtk.Widget:
# TODO: Adding and removing the sub scenes.
return self.generate_content_label(
f(_('This section contains all sub scenes for the map {self.name}.\n\n'
'These scenes can be loaded on top of the "Enter" scene,\n'
'depending on the current story progress.'))
)
def _init_override_dropdown(self):
store = Gtk.ListStore(int, str) # id, name
store.append([0, _("No override")])
for i in range(1, 256):
store.append([i, f(_("No. {i}"))]) # TRANSLATORS: Number {i}
self._fast_set_comboxbox_store(
self.builder.get_object('settings_override'), store, 1)
def get_view(self) -> Gtk.Widget:
self.builder = self._get_builder(__file__, 'dungeon.glade')
self.builder.get_object('label_dungeon_name').set_text(
self.dungeon_name)
edit_text = ''
if not self.dungeon_info.length_can_be_edited:
edit_text = _(
'\nSince this is a Dojo Dungeon, the floor count can not be changed.'
)
self.builder.get_object('edit_floor_count').set_sensitive(False)
self.builder.get_object('dungeon_restrictions_grid').set_sensitive(
False)
else:
self._init_dungeon_restrictions()
floor_count = self.module.get_number_floors(
self.dungeon_info.dungeon_id)
self.builder.get_object('label_floor_count').set_text(
f(_('This dungeon has {floor_count} floors.{edit_text}')))
self._init_names()
self._is_loading = False
self.builder.connect_signals(self)
return self.builder.get_object('main_box')
def load_tree_items(self, item_store: TreeStore, root_node):
self._validator = DungeonValidator(self.get_mappa().floor_lists)
root = item_store.append(root_node, [
ICON_ROOT, DUNGEONS_NAME, self, MainController, 0, False, '', True
])
self._tree_model = item_store
self._root_iter = root
static_data = self.project.get_rom_module().get_static_data()
self._fixed_floor_data = self.project.open_file_in_rom(
FIXED_PATH, FileType.FIXED_BIN, static_data=static_data)
self._dungeon_bin: DungeonBinPack = self.project.open_file_in_rom(
DUNGEON_BIN, FileType.DUNGEON_BIN, static_data=static_data)
self._validator.validate(self.get_dungeon_list())
self._fill_dungeon_tree()
# Fixed rooms
self._fixed_floor_root_iter = item_store.append(
root_node, [
ICON_FIXED_ROOMS, FIXED_ROOMS_NAME, self, FixedRoomsController,
0, False, '', True
])
for i in range(0, len(self._fixed_floor_data.fixed_floors)):
self._fixed_floor_iters.append(
item_store.append(self._fixed_floor_root_iter, [
ICON_FIXED_ROOMS,
f(_('Fixed Room {i}')), self, FixedController, i, False,
'', True
]))
recursive_generate_item_store_row_label(self._tree_model[root])
recursive_generate_item_store_row_label(
self._tree_model[self._fixed_floor_root_iter])
def mappa_floor_xml_import(xml: Element, floor: MappaFloor):
"""Imports all data available in the mappa floor XML into the given model."""
for child in xml:
if child.tag == XML_FLOOR_LAYOUT:
floor_number_before = floor.layout.floor_number
floor.layout = MappaFloorLayout.from_xml(child)
floor.layout.floor_number = floor_number_before
elif child.tag == XML_MONSTER_LIST:
monsters = []
for monster in child:
monsters.append(MappaMonster.from_xml(monster))
floor.monsters = monsters
elif child.tag == XML_TRAP_LIST:
floor.traps = MappaTrapList.from_xml(child)
elif child.tag == XML_ITEM_LIST and child.get(
XML_ITEM_LIST__TYPE) == XML_ITEM_LIST__TYPE__FLOOR:
floor.floor_items = MappaItemList.from_xml(child)
elif child.tag == XML_ITEM_LIST and child.get(
XML_ITEM_LIST__TYPE) == XML_ITEM_LIST__TYPE__SHOP:
floor.shop_items = MappaItemList.from_xml(child)
elif child.tag == XML_ITEM_LIST and child.get(
XML_ITEM_LIST__TYPE) == XML_ITEM_LIST__TYPE__MONSTER_HOUSE:
floor.monster_house_items = MappaItemList.from_xml(child)
elif child.tag == XML_ITEM_LIST and child.get(
XML_ITEM_LIST__TYPE) == XML_ITEM_LIST__TYPE__BURIED:
floor.buried_items = MappaItemList.from_xml(child)
elif child.tag == XML_ITEM_LIST and child.get(
XML_ITEM_LIST__TYPE) == XML_ITEM_LIST__TYPE__UNK1:
floor.unk_items1 = MappaItemList.from_xml(child)
elif child.tag == XML_ITEM_LIST and child.get(
XML_ITEM_LIST__TYPE) == XML_ITEM_LIST__TYPE__UNK2:
floor.unk_items2 = MappaItemList.from_xml(child)
else:
raise XmlValidateError(
f(_('Floor parsing: Unexpected {child.tag}')))
def get_content(self) -> Gtk.Widget:
# TODO: Adding and removing the acting scenes.
return self.generate_content_label(
f(
_('This section contains all acting scenes for the map {self.name}.\n\n'
'These scenes are used for cutscenes.\n'
'The player can usually not move the character in them.')))
def refresh(self, patch_category: PatchCategory):
# ATTACH
page = self._category_tabs[patch_category]
page.pack_start(self.builder.get_object('patch_window'), True, True, 0)
self._current_tab = patch_category
tree: Gtk.TreeView = self.builder.get_object('patch_tree')
model: Gtk.ListStore = tree.get_model()
model.clear()
self._patcher = self.module.project.create_patcher()
# Load zip patches
for fname in glob(os.path.join(self.patch_dir(), '*.skypatch')):
try:
self._patcher.add_pkg(fname)
except BaseException as err:
logger.error(
f"Error loading patch package {os.path.basename(fname)}",
exc_info=sys.exc_info())
self._error(
f(
_("Error loading patch package {os.path.basename(fname)}:\n{err}"
)))
# List patches:
for patch in sorted(self._patcher.list(), key=lambda p: p.name):
if patch.category != patch_category:
continue
applied_str = _('Not compatible')
try:
applied_str = _('Applied') if self._patcher.is_applied(
patch.name) else _('Compatible')
except NotImplementedError:
pass
model.append(
[patch.name, patch.author, patch.description, applied_str])
def validate_xml_attribs(ele: Element, attribs: List[str]):
for attrib in attribs:
if attrib not in ele.attrib:
raise XmlValidateError(
f(
_("Invalid XML. Expected attribute {attrib} for XML tag {ele.tag}."
)))
def pil_to_chunks(
self,
image: Image.Image,
force_import=True) -> Tuple[List[bytes], List[List[int]]]:
"""
Imports chunks. Format same as for chunks_to_pil.
Replaces tile mappings and returns the new tiles for storing them in a DPCI and the palettes
for storing in a DPL.
The PIL must have a palette containing the 16 sub-palettes with 16 colors each (256 colors).
If a pixel in a tile uses a color outside of it's 16 color range, an error is thrown or
the color is replaced with 0 of the palette (transparent). This is controlled by
the force_import flag.
"""
tiles, all_tilemaps, palettes = from_pil(image, DPL_PAL_LEN, 16,
DPCI_TILE_DIM, image.width,
image.height, DPC_TILING_DIM,
DPC_TILING_DIM, force_import)
# Validate number of palettes
palettes = palettes[:DPL_MAX_PAL]
for tm in all_tilemaps:
if tm.pal_idx > DPL_MAX_PAL - 1:
raise ValueError(
f(
_("The image to import can only use the first 12 palettes. "
"Tried to use palette {tm.pal_idx}")))
self.chunks = list(
chunks(all_tilemaps, DPC_TILING_DIM * DPC_TILING_DIM))
self.re_fill_chunks()
return tiles, palettes
def provide(self, add_title=None, dark=False, disable_xml_declaration=False) -> Graph:
chart = pygal.XY(
xrange=(1, len(self.level_bin_entry.levels) + 1),
secondary_range=(0, max([x.experience_required for x in self.level_bin_entry.levels])),
disable_xml_declaration=disable_xml_declaration
)
if add_title:
chart.title = add_title
if dark:
chart.style = DarkSolarizedStyle
exps = []
hps = []
atks = []
sp_atks = []
defs = []
sp_defs = []
hp_accu = self.monster.base_hp
atk_accu = self.monster.base_atk
sp_atk_accu = self.monster.base_sp_atk
def_accu = self.monster.base_def
sp_def_accu = self.monster.base_sp_def
for i, level in enumerate(self.level_bin_entry.levels):
exps.append((i + 1, level.experience_required))
hp_accu += level.hp_growth # type: ignore
hps.append((i + 1, hp_accu))
atk_accu += level.attack_growth # type: ignore
atks.append((i + 1, atk_accu))
sp_atk_accu += level.special_attack_growth # type: ignore
sp_atks.append((i + 1, sp_atk_accu))
def_accu += level.defense_growth # type: ignore
defs.append((i + 1, def_accu))
sp_def_accu += level.special_defense_growth # type: ignore
sp_defs.append((i + 1, sp_def_accu))
max_val: int = max(hp_accu, atk_accu, sp_atk_accu, def_accu, sp_def_accu) # type: ignore
moves = []
processed_levels: Dict[int, int] = {}
for lum in self.move_learnset.level_up_moves:
if lum.level_id in processed_levels:
processed_levels[lum.level_id] += 1
else:
processed_levels[lum.level_id] = 1
count_so_far = processed_levels[lum.level_id] - 1
moves.append({
'value': (lum.level_id, max_val + 5 + (5 * count_so_far)),
'label': self.move_strings[lum.move_id]
})
chart.add(_('Exp.'), exps, secondary=True) # TRANSLATORS: Experience
chart.add(_('HP'), hps) # TRANSLATORS: Health Points
chart.add(_('ATK'), atks) # TRANSLATORS: Attack
chart.add(_('Sp. ATK'), sp_atks) # TRANSLATORS: Special Attack
chart.add(_('DEF'), defs) # TRANSLATORS: Defense
chart.add(_('Sp. DEF'), sp_defs) # TRANSLATORS: Special Defense
chart.add(_('Moves'), moves, stroke=False,
formatter=lambda x: f(_('at level {x[0]}')))
return chart
def get_content(self) -> Gtk.Widget:
if self.name is not None:
return self.generate_content_label(
f(_("This section contains all the map backgrounds, that start with the letter {self.name[0]}."))
)
return self.generate_content_label(
_("This section contains all the map backgrounds, that don't fit in any of the other categories.")
)
def __init__(self, idx: int, flip_x: bool, flip_y: bool, pal_idx: int, ignore_too_large: bool = False):
self.idx = idx
if idx > 0x3FF and not ignore_too_large:
raise ValueError(f(_("Tile Mapping can not be processed. The tile number referenced ({idx}) is bigger "
"than the maximum ({0x3FF}). If you are importing an image, please try to have "
"less unique tiles.")))
self.flip_x = flip_x
self.flip_y = flip_y
self.pal_idx = pal_idx
def _done(self, return_code):
self._update_status(GfxcrunchStatus.SUCCESS if return_code ==
0 else GfxcrunchStatus.ERROR)
if return_code != 0:
self._stderr(
f(
_('!! Process exited with error. Exit code: {return_code} !!'
)))
self.builder.get_object('spinner').stop()
self.builder.get_object('close').set_sensitive(True)
def add_manually(self, handler: AbstractPatchHandler, patch_base_dir: str):
# Try to find the patch in the config
if handler.name not in self._config.asm_patches_constants.patches.keys(
):
raise ValueError(
f(
_("No patch for handler '{handler.name}' found in the configuration."
)))
self._loaded_patches[handler.name] = handler
self._patch_dirs[handler.name] = os.path.realpath(patch_base_dir)
def apply(self, name: str):
if name not in self._loaded_patches:
raise ValueError(f(_("The patch '{name}' was not found.")))
patch = self._loaded_patches[name]
if isinstance(patch, DependantPatch):
for patch_name in patch.depends_on():
try:
if not self.is_applied(patch_name):
raise PatchDependencyError(
f(
_("The patch '{patch_name}' needs to be applied before you can "
"apply '{name}'.")))
except ValueError as err:
raise PatchDependencyError(
f(
_("The patch '{patch_name}' needs to be applied before you can "
"apply '{name}'. "
"This patch could not be found."))) from err
patch.apply(partial(self._apply_armips, name), self._rom, self._config)
def create_for(cls, string):
if string == 'CLOSED':
return cls.CLOSED
if string == 'OPEN':
return cls.OPEN
if string == 'REQUEST':
return cls.REQUEST
if string == 'OPEN_AND_REQUEST':
return cls.OPEN_AND_REQUEST
raise UserValueError(f(_("Invalid DungeonMode: {string}")))
def get_view(self) -> Gtk.Widget:
self.builder = self._get_builder(__file__, 'map.glade')
self.builder.connect_signals(self)
self.builder.get_object('title').set_text(
f(_('Script Scenes for "{}"').format(self.name)))
self.builder.get_object('desc').set_text(
f(
_('This section contains all scenes for the map {self.name}.\n\n'
'"Enter (sse)" contains the scene that is loaded when the map is entered\n'
'by the player by "walking into it" (if applicable).\n\n'
'"Acting (ssa)" contains the scenes used for cutscenes.\n'
'The player can usually not move the character in these scenes.\n\n'
'"Sub (sss)" contains scenes that can be loaded on on top of the "Enter" scene,\n'
'depending on the current story progress.')))
self._sub_enter, self._sub_acting, self._sub_sub = self.module.get_subnodes(
self.name)
if self._sub_enter:
self.builder.get_object('btn_add_enter').set_sensitive(False)
return self.builder.get_object('box_list')