def inject_into_ROM(self, rom):
#should work for the combo rom, VT rando, and the (J) rom. Not sure about the (U) rom...maybe?
#the sheet needs to be placed directly into address $108000-$10F000
for i, row in enumerate(
itertools.chain(ascii_uppercase,
["AA", "AB"])): #over all 28 rows of the sheet
for column in range(8): #over all 8 columns
image_name = f"{row}{column}"
if image_name == "AB7":
#AB7 is special, because the palette block sits there in the PNG, so this can't be actually used
image_name = "null_block"
raw_image_data = common.convert_to_4bpp(
self.images[image_name], (0, 0), (0, 0, 16, 16), None)
rom.bulk_write_to_snes_address(
0x108000 + 0x400 * i + 0x40 * column,
raw_image_data[:0x40], 0x40)
rom.bulk_write_to_snes_address(
0x108200 + 0x400 * i + 0x40 * column,
raw_image_data[0x40:], 0x40)
#the palettes need to be placed directly into address $1BD308-$1BD380, not including the transparency or gloves colors
converted_palette = common.convert_to_555(self.master_palette)
for i in range(4):
rom.write_to_snes_address(
0x1BD308 + 0x1E * i,
converted_palette[0x10 * i + 1:0x10 * i + 0x10], 0x0F * "2")
#the glove colors are placed into $1BEDF5-$1BEDF8
for i in range(2):
rom.write_to_snes_address(0x1BEDF5 + 0x02 * i,
converted_palette[0x10 + 0x10 * i], 2)
return rom
def palettes(sprite):
data = bytearray()
all = lambda p: p
all_rev = lambda p: p[::-1]
first = lambda p: p[:1]
index_3 = lambda p: p[3:4]
first_14 = lambda p: p[:14]
first_15 = lambda p: p[:15]
last = lambda p: p[-1:]
last_15 = lambda p: p[-15:]
palette_manifest = [
("power", "standard", first, [(first_15,range(1))]),
("varia", "standard", first, [(first_15,range(1))]),
("gravity","standard", first, [(first_15,range(1))]),
("power", "loader", all, [(first_15,[0x00,0x01,0x48,0x49,0x4E,0x4F,0x54,0x55,0x58])]),
("varia", "loader", all, [(first_15,[0x00,0x01,0x48,0x49,0x4E,0x4F,0x54,0x55,0x58])]),
("gravity","loader", all, [(first_15,[0x00,0x01,0x48,0x49,0x4E,0x4F,0x54,0x55,0x58])]),
("power", "heat", all, [(last_15, range(16))]),
("varia", "heat", all, [(last_15, range(16))]),
("gravity","heat", all, [(last_15, range(16))]),
("power", "charge", all, [(first_15,range(8))]),
("varia", "charge", all, [(first_15,range(8))]),
("gravity","charge", all, [(first_15,range(8))]),
("power", "speed boost", all, [(first_15,range(4))]),
("varia", "speed boost", all, [(first_15,range(4))]),
("gravity","speed boost", all, [(first_15,range(4))]),
("power", "speed squat", all, [(first_15,range(4))]),
("varia", "speed squat", all, [(first_15,range(4))]),
("gravity","speed squat", all, [(first_15,range(4))]),
("power", "shinespark", all, [(first_15,range(4))]),
("varia", "shinespark", all, [(first_15,range(4))]),
("gravity","shinespark", all, [(first_15,range(4))]),
("power", "screw attack",all, [(first_15,range(4))]),
("varia", "screw attack",all, [(first_15,range(4))]),
("gravity","screw attack",all, [(first_15,range(4))]),
("power", "flash", all, [(first_15,range(6))]),
("power", "death", all, [(first_15,range(9))]),
("power", "hyper", all_rev,[(first_15,range(10))]),
("power", "sepia", first, [(first_15,range(1))]),
("power", "sepia hurt", first, [(first_15,range(1))]),
("power", "xray", all, [(index_3, range(3))]),
("power", "door", first, [(index_3, range(1))]),
("power", "file select", first, [(first_15,range(1))]),
("ship", "intro", first, [(first_15,range(1))]),
("ship", "outro", all, [(first_15,range(16))]),
("ship", "standard", all, [(first_14,range(1)), # first 14 colors
(last, range(14))]), # 15th color is underglow
]
for category,pose,palette_set,data_sets in palette_manifest:
palettes = [pal for _,pal in palette_set(sprite.get_timed_palette(category,pose))]
for color_set,indices in data_sets:
colors_555 = [common.convert_to_555(color_set(pal)) for pal in palettes]
data.extend(itertools.chain.from_iterable([common.as_u16(c) for i in indices for c in colors_555[i]]))
return data
def get_binary_palettes(self): raw_palette_data = bytearray() colors_555 = common.convert_to_555(self.master_palette) # Mail and bunny palettes raw_palette_data.extend(itertools.chain.from_iterable([common.as_u16(c) for i in range(4) for c in colors_555[0x10*i+1:0x10*i+0x10]])) # Glove colors raw_palette_data.extend(itertools.chain.from_iterable([common.as_u16(colors_555[0x10*i+0x10]) for i in range(2)])) return raw_palette_data