def patch_spirit_temple_mq_room_6(rom: LocalRom, room_addr):
cur = room_addr
actor_list_addr = 0
cmd_actors_offset = 0
# scan for actor list and header end
code = rom.read_byte(cur)
while code != 0x14: #terminator
if code == 0x01: # actors
actor_list_addr = rom.read_int32(cur + 4)
cmd_actors_offset = cur - room_addr
cur += 8
code = rom.read_byte(cur)
cur += 8
# original header size
header_size = cur - room_addr
# set alternate header data location
alt_data_off = header_size + 8
# set new alternate header offset
alt_header_off = align16(alt_data_off +
(4 * 3)) # alt header record size * num records
# write alternate header data
# the first 3 words are mandatory. the last 3 are just to make the binary
# cleaner to read
rom.write_int32s(room_addr + alt_data_off,
[0, get_segment_address(3, alt_header_off), 0, 0, 0, 0])
# clone header
a_start = room_addr
a_end = a_start + header_size
b_start = room_addr + alt_header_off
b_end = b_start + header_size
rom.buffer[b_start:b_end] = rom.buffer[a_start:a_end]
# make the child header skip the first actor,
# which avoids the spawning of the block while in the hole
cmd_addr = room_addr + cmd_actors_offset
actor_list_addr += 0x10
actors = rom.read_byte(cmd_addr + 1)
rom.write_byte(cmd_addr + 1, actors - 1)
rom.write_int32(cmd_addr + 4, actor_list_addr)
# move header
rom.buffer[a_start + 8:a_end + 8] = rom.buffer[a_start:a_end]
# write alternate header command
seg = get_segment_address(3, alt_data_off)
rom.write_int32s(room_addr, [0x18000000, seg])
def write_map_data(self, rom: LocalRom):
if self.id >= 10:
return
# write floormap
floormap_indices = 0xB6C934
floormap_vrom = 0xBC7E00
floormap_index = rom.read_int16(floormap_indices + (self.id * 2))
floormap_index //= 2 # game uses texture index, where two textures are used per floor
cur = floormap_vrom + (floormap_index * 0x1EC)
for floormap in self.floormaps:
for icon in floormap:
Icon.write_to_floormap(icon, rom, cur)
cur += 0xA4
# fixes jabu jabu floor B1 having no chest data
if self.id == 2:
cur = floormap_vrom + (0x08 * 0x1EC + 4)
kaleido_scope_chest_verts = 0x803A3DA0 # hax, should be vram 0x8082EA00
rom.write_int32s(cur, [0x17, kaleido_scope_chest_verts, 0x04])
# write minimaps
map_mark_vrom = 0xBF40D0
map_mark_vram = 0x808567F0
map_mark_array_vram = 0x8085D2DC # ptr array in map_mark_data to minimap "marks"
array_vrom = map_mark_array_vram - map_mark_vram + map_mark_vrom
map_mark_scene_vram = rom.read_int32(self.id * 4 + array_vrom)
mark_vrom = map_mark_scene_vram - map_mark_vram + map_mark_vrom
cur = mark_vrom
for minimap in self.minimaps:
for icon in minimap:
Icon.write_to_minimap(icon, rom, cur)
cur += 0x26
def __init__(self, rom: LocalRom, start, offset):
self.offset = offset
self.poly_addr = rom.read_int32(start + offset + 0x18)
self.polytypes_addr = rom.read_int32(start + offset + 0x1C)
self.camera_data_addr = rom.read_int32(start + offset + 0x20)
self.polytypes = (self.poly_addr - self.polytypes_addr) // 8
def patch_mesh(self, rom: LocalRom, mesh: CollisionMesh):
start = self.file.start
final_cams = []
# build final camera data
for cam in self.coldelta.cams:
data = cam['Data']
pos = cam['PositionIndex']
if pos < 0:
final_cams.append((data, 0))
else:
addr = start + (mesh.camera_data_addr & 0xFFFFFF)
seg_off = rom.read_int32(addr + (pos * 8) + 4)
final_cams.append((data, seg_off))
types_move_addr = 0
# if data can't fit within the old mesh space, append camera data
if self.coldelta.is_larger:
types_move_addr = mesh.camera_data_addr
# append to end of file
self.write_cam_data(rom, self.file.end, final_cams)
mesh.camera_data_addr = get_segment_address(
2, self.file.end - self.file.start)
self.file.end += len(final_cams) * 8
else:
types_move_addr = mesh.camera_data_addr + (len(final_cams) * 8)
# append in place
addr = self.file.start + (mesh.camera_data_addr & 0xFFFFFF)
self.write_cam_data(rom, addr, final_cams)
# if polytypes needs to be moved, do so
if (types_move_addr != mesh.polytypes_addr):
a_start = self.file.start + (mesh.polytypes_addr & 0xFFFFFF)
b_start = self.file.start + (types_move_addr & 0xFFFFFF)
size = mesh.polytypes * 8
rom.buffer[b_start:b_start + size] = rom.buffer[a_start:a_start +
size]
mesh.polytypes_addr = types_move_addr
# patch polytypes
for item in self.coldelta.polytypes:
id = item['Id']
high = item['High']
low = item['Low']
addr = self.file.start + (mesh.polytypes_addr & 0xFFFFFF) + (id *
8)
rom.write_int32s(addr, [high, low])
# patch poly data
for item in self.coldelta.polys:
id = item['Id']
t = item['Type']
flags = item['Flags']
addr = self.file.start + (mesh.poly_addr & 0xFFFFFF) + (id * 0x10)
vert_bit = rom.read_byte(addr + 0x02) & 0x1F # VertexA id data
rom.write_int16(addr, t)
rom.write_byte(addr + 0x02, (flags << 5) + vert_bit)
# Write Mesh to Scene
mesh.write_to_scene(rom, self.file.start)