def pack_type_data(self):
navmesh_groups = _enabled_flags_to_flag_group(self.navmesh_groups)
if self.area_name_id == -1 and not self.__force_area_banner:
raise InvalidFieldValueError(
"'force_area_banner' must be enabled if 'area_name_id' is -1 (default)."
)
signed_area_name_id = self.area_name_id * (
-1 if self.area_name_id >= 0 and self.__force_area_banner else 1)
if self.__stable_footing_flag != 0:
play_region_id = -self.__stable_footing_flag - 10
else:
play_region_id = self.__play_region_id
return BinaryStruct(*self.PART_COLLISION_STRUCT).pack(
hit_filter_id=self.hit_filter_id,
sound_space_type=self.sound_space_type,
env_light_map_spot_index=self.env_light_map_spot_index,
reflect_plane_height=self.reflect_plane_height,
navmesh_groups=navmesh_groups,
vagrant_entity_ids=self.vagrant_entity_ids,
area_name_id=signed_area_name_id,
starts_disabled=self.starts_disabled,
attached_bonfire=self.attached_bonfire,
play_region_id=play_region_id,
lock_cam_param_id_1=self.lock_cam_param_id_1,
lock_cam_param_id_2=self.lock_cam_param_id_2,
)
def unpack_type_data(self, msb_buffer):
data = BinaryStruct(*self.PART_OBJECT_STRUCT).unpack(msb_buffer)
self._collision_index = data.collision_index
self.unk_x08_x0c = data.unk_x08_x0c
self.object_pose = data.object_pose
self.unk_x0e_x10 = data.unk_x0e_x10
self.unk_x10_x14 = data.unk_x10_x14
def unpack_type_data(self, msb_buffer):
data = BinaryStruct(*self.EVENT_OBJ_ACT_STRUCT).unpack(msb_buffer)
self.obj_act_entity_id = data.obj_act_entity_id
self._obj_act_part_index = data.obj_act_part_index
self.obj_act_param_id = data.obj_act_param_id
self.unk_x0a_x0c = data.unk_x0a_x0c
self.obj_act_flag = data.obj_act_flag
def pack_type_data(self):
return BinaryStruct(*self.PART_OBJECT_STRUCT).pack(
collision_index=self._collision_index,
unk_x08_x0c=self.unk_x08_x0c,
object_pose=self.object_pose,
unk_x0e_x10=self.unk_x0e_x10,
unk_x10_x14=self.unk_x10_x14,
)
def unpack_type_data(self, msb_buffer):
data = BinaryStruct(*self.EVENT_ENVIRONMENT_STRUCT).unpack(msb_buffer)
self.unk_x00_x04 = data.unk_x00_x04
self.unk_x04_x08 = data.unk_x04_x08
self.unk_x08_x0c = data.unk_x08_x0c
self.unk_x0c_x10 = data.unk_x0c_x10
self.unk_x10_x14 = data.unk_x10_x14
self.unk_x14_x18 = data.unk_x14_x18
def pack_type_data(self):
return BinaryStruct(*self.EVENT_OBJ_ACT_STRUCT).pack(
obj_act_entity_id=self.obj_act_entity_id,
obj_act_part_index=self._obj_act_part_index,
obj_act_param_id=self.obj_act_param_id,
unk_x0a_x0c=self.unk_x0a_x0c,
obj_act_flag=self.obj_act_flag,
)
def pack_type_data(self):
return BinaryStruct(*self.EVENT_ENVIRONMENT_STRUCT).pack(
unk_x00_x04=self.unk_x00_x04,
unk_x04_x08=self.unk_x04_x08,
unk_x08_x0c=self.unk_x08_x0c,
unk_x0c_x10=self.unk_x0c_x10,
unk_x10_x14=self.unk_x10_x14,
unk_x14_x18=self.unk_x14_x18,
)
def unpack_type_data(self, msb_buffer):
data = BinaryStruct(*self.EVENT_TREASURE_STRUCT).unpack(msb_buffer)
self._treasure_part_index = data.treasure_part_index
self.item_lot_1 = data.item_lot_1
self.item_lot_2 = data.item_lot_2
self.item_lot_3 = data.item_lot_3
self.item_lot_4 = data.item_lot_4
self.item_lot_5 = data.item_lot_5
self.in_chest = data.in_chest
self.starts_disabled = data.starts_disabled
def unpack_type_data(self, msb_buffer):
data = BinaryStruct(*self.PART_CHARACTER_STRUCT).unpack(msb_buffer)
self.think_param_id = data.think_param_id
self.npc_param_id = data.npc_param_id
self.talk_id = data.talk_id
self.unk_x14_x18 = data.unk_x14_x18
self.chara_init_id = data.chara_init_id
self._collision_index = data.collision_index
self._patrol_point_indices = data.patrol_point_indices
self.default_animation = data.default_animation
self.unk_x3c_x40 = data.unk_x3c_x40
def unpack_type_data(self, msb_buffer):
data = BinaryStruct(*self.EVENT_SPAWNER_STRUCT).unpack(msb_buffer)
self.max_count = data.max_count
self.limit_count = data.limit_count
self.min_spawner_count = data.min_spawner_count
self.max_spawner_count = data.max_spawner_count
self.min_interval = data.min_interval
self.max_interval = data.max_interval
self.initial_spawn_count = data.initial_spawn_count
self._spawn_region_indices = data.spawn_region_indices
self._spawn_part_indices = data.spawn_part_indices
def pack_type_data(self):
return BinaryStruct(*self.EVENT_TREASURE_STRUCT).pack(
treasure_part_index=self._treasure_part_index,
item_lot_1=self.item_lot_1,
item_lot_2=self.item_lot_2,
item_lot_3=self.item_lot_3,
item_lot_4=self.item_lot_4,
item_lot_5=self.item_lot_5,
in_chest=self.in_chest,
starts_disabled=self.starts_disabled,
)
def pack_type_data(self):
return BinaryStruct(*self.EVENT_SPAWNER_STRUCT).pack(
max_count=self.max_count,
limit_count=self.limit_count,
min_spawner_count=self.min_spawner_count,
max_spawner_count=self.max_spawner_count,
min_interval=self.min_interval,
max_interval=self.max_interval,
initial_spawn_count=self.initial_spawn_count,
spawn_region_indices=self._spawn_region_indices,
spawn_part_indices=self._spawn_part_indices,
)
def pack_type_data(self):
return BinaryStruct(*self.PART_CHARACTER_STRUCT).pack(
think_param_id=self.think_param_id,
npc_param_id=self.npc_param_id,
talk_id=self.talk_id,
unk_x14_x18=self.unk_x14_x18,
chara_init_id=self.chara_init_id,
collision_index=self._collision_index,
patrol_point_indices=self._patrol_point_indices,
default_animation=self.default_animation,
unk_x3c_x40=self.unk_x3c_x40,
)
def unpack_type_data(self, msb_buffer):
data = BinaryStruct(*self.EVENT_WIND_STRUCT).unpack(msb_buffer)
self.unk_x00_x04 = data.unk_x00_x04
self.unk_x04_x08 = data.unk_x04_x08
self.unk_x08_x0c = data.unk_x08_x0c
self.unk_x0c_x10 = data.unk_x0c_x10
self.unk_x10_x14 = data.unk_x10_x14
self.unk_x14_x18 = data.unk_x14_x18
self.unk_x18_x1c = data.unk_x18_x1c
self.unk_x1c_x20 = data.unk_x1c_x20
self.unk_x20_x24 = data.unk_x20_x24
self.unk_x24_x28 = data.unk_x24_x28
self.unk_x28_x2c = data.unk_x28_x2c
self.unk_x2c_x30 = data.unk_x2c_x30
self.unk_x30_x34 = data.unk_x30_x34
self.unk_x34_x38 = data.unk_x34_x38
self.unk_x38_x3c = data.unk_x38_x3c
self.unk_x3c_x40 = data.unk_x3c_x40
def pack_type_data(self):
return BinaryStruct(*self.EVENT_WIND_STRUCT).pack(
unk_x00_x04=self.unk_x00_x04,
unk_x04_x08=self.unk_x04_x08,
unk_x08_x0c=self.unk_x08_x0c,
unk_x0c_x10=self.unk_x0c_x10,
unk_x10_x14=self.unk_x10_x14,
unk_x14_x18=self.unk_x14_x18,
unk_x18_x1c=self.unk_x18_x1c,
unk_x1c_x20=self.unk_x1c_x20,
unk_x20_x24=self.unk_x20_x24,
unk_x24_x28=self.unk_x24_x28,
unk_x28_x2c=self.unk_x28_x2c,
unk_x2c_x30=self.unk_x2c_x30,
unk_x30_x34=self.unk_x30_x34,
unk_x34_x38=self.unk_x34_x38,
unk_x38_x3c=self.unk_x38_x3c,
unk_x3c_x40=self.unk_x3c_x40,
)
def unpack_type_data(self, msb_buffer):
data = BinaryStruct(*self.PART_COLLISION_STRUCT).unpack(msb_buffer)
self.hit_filter_id = data.hit_filter_id
self.sound_space_type = data.sound_space_type
self.env_light_map_spot_index = data.env_light_map_spot_index
self.reflect_plane_height = data.reflect_plane_height
self.navmesh_groups = _flag_group_to_enabled_flags(data.navmesh_groups)
self.vagrant_entity_ids = data.vagrant_entity_ids
self.area_name_id = abs(
data.area_name_id) if data.area_name_id >= 0 else -1
self.__force_area_banner = data.area_name_id < 0 # Custom field.
self.starts_disabled = data.starts_disabled
self.attached_bonfire = data.attached_bonfire
if data.play_region_id > -10:
self.__play_region_id = data.play_region_id
self.__stable_footing_flag = 0
else:
self.__play_region_id = 0
self.__stable_footing_flag = -data.play_region_id - 10
self.lock_cam_param_id_1 = data.lock_cam_param_id_1
self.lock_cam_param_id_2 = data.lock_cam_param_id_2
def pack_type_data(self):
return BinaryStruct(*self.BOX_STRUCT).pack(
width=self.width,
depth=self.depth,
height=self.height,
)
def unpack_type_data(self, msb_buffer):
data = BinaryStruct(*self.BOX_STRUCT).unpack(msb_buffer)
self.width = data.width
self.depth = data.depth
self.height = data.height
def pack_type_data(self):
return BinaryStruct(*self.RECT_STRUCT).pack(
width=self.width,
depth=self.depth,
)
class BaseMSBRegion(MSBEntryEntity):
REGION_STRUCT = BinaryStruct(
('name_offset', 'i'),
'4x',
('region_index', 'i'),
('region_type', 'i'),
('translate', '3f'),
('rotate', '3f'), # These are Euler angle rotations (and can therefore be gimbal-locked).
('unknown_offset_1', 'i'),
('unknown_offset_2', 'i'),
('type_data_offset', 'i'),
('entity_id_offset', 'i'),
'4x',
)
FIELD_INFO = {
'translate': (
'Translate', True, Vector,
"3D coordinates of the region's position. Note that this is the middle of the bottom face for box "
"regions."),
'rotate': (
'Rotate', True, Vector,
"Euler angles for region rotation around its local X, Y, and Z axes."),
'entity_id': (
'Entity ID', True, int,
"Entity ID used to refer to the region in other game files."),
}
ENTRY_TYPE = None
def __init__(self, msb_region_source):
super().__init__()
self._region_index = None
self.translate = None
self.rotate = None
if isinstance(msb_region_source, bytes):
msb_region_source = BytesIO(msb_region_source)
if isinstance(msb_region_source, BufferedReader):
self.unpack(msb_region_source)
else:
raise TypeError("'msb_model_source' must be a buffer or bytes.")
def unpack(self, msb_buffer):
region_offset = msb_buffer.tell()
base_data = self.REGION_STRUCT.unpack(msb_buffer)
self.name = read_chars_from_buffer(
msb_buffer, offset=region_offset + base_data.name_offset, encoding='shift-jis')
self._region_index = base_data.region_index
self.translate = Vector(base_data.translate)
self.rotate = Vector(base_data.rotate)
self.check_null_field(msb_buffer, region_offset + base_data.unknown_offset_1)
self.check_null_field(msb_buffer, region_offset + base_data.unknown_offset_2)
if base_data.type_data_offset != 0:
msb_buffer.seek(region_offset + base_data.type_data_offset)
self.unpack_type_data(msb_buffer)
msb_buffer.seek(region_offset + base_data.entity_id_offset)
self.entity_id = struct.unpack('i', msb_buffer.read(4))[0]
return region_offset + base_data.entity_id_offset
def unpack_type_data(self, msb_buffer):
raise NotImplementedError
def pack(self):
name_offset = self.REGION_STRUCT.size
packed_name = pad_chars(self.get_name_to_pack(), encoding='shift-jis', pad_to_multiple_of=4)
unknown_offset_1 = name_offset + len(packed_name)
unknown_offset_2 = unknown_offset_1 + 4
packed_type_data = self.pack_type_data()
if packed_type_data:
type_data_offset = unknown_offset_2 + 4
entity_id_offset = type_data_offset + len(packed_type_data)
else:
type_data_offset = 0
entity_id_offset = unknown_offset_2 + 4
packed_base_data = self.REGION_STRUCT.pack(
name_offset=name_offset,
region_index=self._region_index,
region_type=self.ENTRY_TYPE,
translate=list(self.translate),
rotate=list(self.rotate),
unknown_offset_1=unknown_offset_1,
unknown_offset_2=unknown_offset_2,
type_data_offset=type_data_offset,
entity_id_offset=entity_id_offset,
)
packed_entity_id = struct.pack('i', self.entity_id)
return packed_base_data + packed_name + b'\0\0\0\0' * 2 + packed_type_data + packed_entity_id
def pack_type_data(self):
raise NotImplementedError
def set_indices(self, region_index):
self._region_index = region_index
@staticmethod
def check_null_field(msb_buffer, offset_to_null):
msb_buffer.seek(offset_to_null)
zero = msb_buffer.read(4)
if zero != b'\0\0\0\0':
_LOGGER.warning(f"Null data entry in MSB region was not zero: {zero}.")
@staticmethod
def auto_region_subclass(msb_buffer):
old_offset = msb_buffer.tell()
msb_buffer.seek(old_offset + 12)
try:
region_type_int = struct.unpack('i', msb_buffer.read(4))[0]
region_type = MSB_REGION_TYPE(region_type_int)
except (ValueError, TypeError):
region_type = None
msb_buffer.seek(old_offset)
return REGION_TYPE_CLASSES[region_type](msb_buffer)
def pack_type_data(self):
return BinaryStruct(*self.CYLINDER_STRUCT).pack(
radius=self.radius,
height=self.height,
)
def unpack_type_data(self, msb_buffer):
data = BinaryStruct(*self.CYLINDER_STRUCT).unpack(msb_buffer)
self.radius = data.radius
self.height = data.height
def pack_type_data(self):
return BinaryStruct(*self.SPHERE_STRUCT).pack(
radius=self.radius,
)
def unpack_type_data(self, msb_buffer):
self.radius = BinaryStruct(*self.SPHERE_STRUCT).unpack(msb_buffer).radius
def pack_type_data(self):
return BinaryStruct(*self.BOX_STRUCT).pack(
width=float(self.width), depth=float(self.depth), height=float(self.height)
)
def unpack_type_data(self, msb_buffer):
data = BinaryStruct(*self.RECT_STRUCT).unpack(msb_buffer)
self.width = data["width"]
self.depth = data["depth"]
class BaseMSBRegion(MSBEntryEntityCoordinates):
REGION_STRUCT = BinaryStruct(
("name_offset", "i"),
"4x",
("region_index", "i"),
("region_type", "i"),
("translate", "3f"),
("rotate", "3f"), # These are Euler angle rotations (and can therefore be gimbal-locked).
("unknown_offset_1", "i"),
("unknown_offset_2", "i"),
("type_data_offset", "i"),
("entity_id_offset", "i"),
"4x",
)
FIELD_INFO = {
"translate": (
"Translate",
True,
Vector3,
"3D coordinates of the region's position. Note that this is the middle of the bottom face for box "
"regions.",
),
"rotate": ("Rotate", True, Vector3, "Euler angles for region rotation around its local X, Y, and Z axes."),
"entity_id": ("Entity ID", True, int, "Entity ID used to refer to the region in other game files."),
}
ENTRY_SUBTYPE = None # type: MSBRegionSubtype
def __init__(self, msb_region_source=None):
super().__init__()
self._region_index = None # Final automatic assignment done on `MSB.pack()`.
if isinstance(msb_region_source, bytes):
msb_region_source = BytesIO(msb_region_source)
if isinstance(msb_region_source, BufferedReader):
self.unpack(msb_region_source)
elif msb_region_source is not None:
raise TypeError("`msb_model_source` must be a buffer, `bytes`, or `None`.")
def unpack(self, msb_buffer):
region_offset = msb_buffer.tell()
base_data = self.REGION_STRUCT.unpack(msb_buffer)
self.name = read_chars_from_buffer(
msb_buffer, offset=region_offset + base_data["name_offset"], encoding="shift-jis"
)
self._region_index = base_data["region_index"]
self.translate = Vector3(base_data["translate"])
self.rotate = Vector3(base_data["rotate"])
self.check_null_field(msb_buffer, region_offset + base_data["unknown_offset_1"])
self.check_null_field(msb_buffer, region_offset + base_data["unknown_offset_2"])
if base_data["type_data_offset"] != 0:
msb_buffer.seek(region_offset + base_data["type_data_offset"])
self.unpack_type_data(msb_buffer)
msb_buffer.seek(region_offset + base_data["entity_id_offset"])
self.entity_id = struct.unpack("i", msb_buffer.read(4))[0]
return region_offset + base_data["entity_id_offset"]
def unpack_type_data(self, msb_buffer):
# TODO: Use type struct.
raise NotImplementedError
def pack(self):
name_offset = self.REGION_STRUCT.size
packed_name = pad_chars(self.get_name_to_pack(), encoding="shift-jis", pad_to_multiple_of=4)
unknown_offset_1 = name_offset + len(packed_name)
unknown_offset_2 = unknown_offset_1 + 4
packed_type_data = self.pack_type_data()
if packed_type_data:
type_data_offset = unknown_offset_2 + 4
entity_id_offset = type_data_offset + len(packed_type_data)
else:
type_data_offset = 0
entity_id_offset = unknown_offset_2 + 4
packed_base_data = self.REGION_STRUCT.pack(
name_offset=name_offset,
region_index=self._region_index,
region_type=self.ENTRY_SUBTYPE,
translate=list(self.translate),
rotate=list(self.rotate),
unknown_offset_1=unknown_offset_1,
unknown_offset_2=unknown_offset_2,
type_data_offset=type_data_offset,
entity_id_offset=entity_id_offset,
)
packed_entity_id = struct.pack("i", self.entity_id)
return packed_base_data + packed_name + b"\0\0\0\0" * 2 + packed_type_data + packed_entity_id
def pack_type_data(self):
raise NotImplementedError
def set_indices(self, region_index):
self._region_index = region_index
@staticmethod
def check_null_field(msb_buffer, offset_to_null):
msb_buffer.seek(offset_to_null)
zero = msb_buffer.read(4)
if zero != b"\0\0\0\0":
_LOGGER.warning(f"Null data entry in MSB region was not zero: {zero}.")
@staticmethod
def auto_region_subclass(msb_buffer):
old_offset = msb_buffer.tell()
msb_buffer.seek(old_offset + 12)
try:
region_type = MSBRegionSubtype(struct.unpack("i", msb_buffer.read(4))[0])
except (ValueError, TypeError):
raise ValueError("Could not detect region subtype from MSB data.")
msb_buffer.seek(old_offset)
return MSB_REGION_TYPE_CLASSES[region_type](msb_buffer)
def unpack_type_data(self, msb_buffer):
self.radius = BinaryStruct(*self.CIRCLE_STRUCT).unpack(msb_buffer)["radius"]
def pack_type_data(self):
return BinaryStruct(*self.PART_MAP_LOAD_TRIGGER_STRUCT).pack(
collision_index=self._collision_index,
map_id=self.map_id,
)
def unpack_type_data(self, msb_buffer):
data = BinaryStruct(
*self.PART_MAP_LOAD_TRIGGER_STRUCT).unpack(msb_buffer)
self.collision_name = None
self._collision_index = data.collision_index
self.map_id = data.map_id # TODO: Convert to a GameMap instance.
