def __init__(self, object_set: int, palette_index: int):
png = QImage(str(data_dir.joinpath("gfx.png")))
png.convertTo(QImage.Format_RGB888)
rows_per_object_set = 256 // 64
y_offset = 12 * rows_per_object_set * Block.HEIGHT
self.png_data = png.copy(QRect(0, y_offset, png.width(), png.height() - y_offset))
self.palette_group = load_palette_group(object_set, palette_index)
def __init__(self, parent):
super(AboutDialog, self).__init__(parent, title="About SMB3Foundry")
main_layout = QBoxLayout(QBoxLayout.LeftToRight, self)
image = QPixmap(str(data_dir.joinpath("foundry.ico"))).scaled(200, 200)
icon = QLabel(self)
icon.setPixmap(image)
main_layout.addWidget(icon)
text_layout = QBoxLayout(QBoxLayout.TopToBottom)
text_layout.addWidget(QLabel(f"SMB3 Foundry v{get_current_version_name()}", self))
text_layout.addWidget(HorizontalLine())
text_layout.addWidget(LinkLabel(self, f'By <a href="{LINK_SMB3F}">Michael</a>'))
text_layout.addWidget((QLabel("", self)))
text_layout.addWidget(QLabel("With thanks to:", self))
text_layout.addWidget(
LinkLabel(self, f'<a href="{LINK_HUKKA}">Hukka</a> for <a href="{LINK_SMB3WS}">SMB3 Workshop</a>')
)
text_layout.addWidget(
LinkLabel(
self,
f'<a href="{LINK_SOUTHBIRD}">Captain Southbird</a> '
f'for the <a href="{LINK_DISASM}">SMB3 Disassembly</a>',
)
)
text_layout.addWidget(
LinkLabel(self, f'<a href="{LINK_PIJOKRA}">PiJoKra</a> for helping to parse the disassembly')
)
text_layout.addWidget(
LinkLabel(
self,
f'<a href="{LINK_BLUEFINCH}">BlueFinch</a>, ZacMario and '
f'<a href="{LINK_SKY}">SKJyannick</a> for testing and sanity checking',
)
)
text_layout.addWidget(
QLabel(
"Spinzig for compiling the enemy incompatibilities.",
self
)
)
main_layout.addLayout(text_layout)
def _load_level_offsets() -> Tuple[List[Mario3Level], List[int]]:
offsets = [Mario3Level(0, 0, 0, 0, 0, "Placeholder")]
world_indexes = [0]
with open(data_dir.joinpath("levels.dat"), "r") as level_data:
for line_no, line in enumerate(level_data.readlines()):
data = line.rstrip("\n").split(",")
numbers = [int(_hex, 16) for _hex in data[0:5]]
level_name = data[5]
game_world, level_in_world, rom_level_offset, enemy_offset, real_obj_set = numbers
level = Mario3Level(game_world, level_in_world, rom_level_offset, enemy_offset, real_obj_set, level_name)
offsets.append(level)
if level.game_world > 0 and level.level_in_world == 1:
world_indexes.append(line_no)
return offsets, world_indexes
def load_object_definitions(object_set):
global object_metadata
object_definition = object_set_to_definition[object_set]
if object_definition == ENEMY_OBJECT_DEFINITION:
return object_metadata[object_definition]
with open(data_dir.joinpath(f"romobjs{object_definition}.dat"),
"rb") as obj_def:
data = obj_def.read()
assert len(data) > 0
object_count = data[0]
if object_definition != 0 and object_count < 0xF7:
# first byte did not represent the object_count
object_count = 0xFF
position = 0
else:
position = 1
for object_index in range(object_count):
object_design_length = data[position]
object_metadata[object_definition][
object_index].object_design_length = object_design_length
position += 1
for i in range(object_design_length):
block_index = data[position]
if block_index == 0xFF:
block_index = (data[position + 1] << 16) + (
data[position + 2] << 8) + data[position + 3]
position += 3
object_metadata[object_definition][object_index].rom_object_design[
i] = block_index
position += 1
# read overlay data
if position >= len(data):
return
for object_index in range(object_count):
object_design_length = object_metadata[object_definition][
object_index].object_design_length
object_metadata[object_definition][object_index].object_design2 = []
for i in range(object_design_length):
if i <= object_design_length:
object_metadata[object_definition][
object_index].object_design2.append(data[position])
position += 1
return object_metadata[object_definition]
for index, item in enumerate(self.object_design):
self.object_design[index] = int(item) # original data
self.object_design2.append(
0) # data after trimming through romobjset*.dat file?
self.rom_object_design.append(self.object_design[index])
self.object_design_length = index + 1 # todo necessary when we have len()?
self.description = self.description.split("|")[0]
object_metadata: List[List[ObjectDefinition]] = [[]]
enemy_handle_x = []
enemy_handle_x2 = []
enemy_handle_y = []
with open(data_dir.joinpath("data.dat"), "r") as f:
first_index = 0 # todo what are they symbolizing? object tables?
second_index = 0
for line in f.readlines():
if line.startswith(";"): # is a comment
continue
if line.rstrip() == "":
object_metadata.append([])
first_index += 1
second_index = 0
continue
object_metadata[first_index].append(ObjectDefinition(line))