vanilla = sys.argv[1]
ipsToReverse = sys.argv[2:]
rom = RealROM(vanilla)
for ips in ipsToReverse:
if ips not in common_patches.patches:
ipsPath = os.path.abspath(ips)
destDir, destFile = os.path.split(ipsPath)
patch = IPS_Patch.load(ips)
patchDict = patch.toDict()
else:
patchDict = common_patches.patches[ips]
destDir = sys.path[0] + "/../patches/common/ips"
destFile = ips + ".ips"
destFile = "remove_" + destFile
destPath = os.path.join(destDir, destFile)
reversePatchDict = {}
for addr, bytez in patchDict.items():
sz = len(bytez)
origBytes = []
rom.seek(addr)
for i in range(sz):
origBytes.append(rom.readByte())
assert len(origBytes) == sz
reversePatchDict[addr] = origBytes
reversePatch = IPS_Patch(reversePatchDict)
reversePatch.save(destPath)
rom.close()
def updateTable(dataId, rTrack, vTrack):
expected_nspc = os.path.join(baseDir, allTracks[rTrack]['nspc_path'])
if dataId in expected_table and expected_nspc != expected_table[dataId]:
print("Inconsistent music table!")
print("dataId=$%02x, vTrack=%s, rTrack=%s, previous=%s" %
(dataId, vTrack, rTrack, expected_table[dataId]))
expected_table[dataId] = expected_nspc
print("Data $%02x, expected data from track %s" % (dataId, rTrack))
# custom tracks
for vTrack, rTrack in playlist.items():
vTrackData = getVanillaTrackData(vTrack)
addr = vTrackData['pc_addresses'][0]
dataId = rom.readByte(addr)
updateTable(dataId, rTrack, vTrack)
# preserved tracks
for vTrack in preserved:
vTrackData = getVanillaTrackData(vTrack)
dataId = (vTrackData['data_index'] + 1) * 3
updateTable(dataId, vTrack, vTrack)
minAddr, maxAddr = (0xffffffff, 0x0)
# compare nspc data and dump if different than expected
for dataId, expected_nspc in expected_table.items():
with open(expected_nspc, 'rb') as f:
expected_music_data = f.read()
sz = len(expected_music_data)
print("")
print("updated bts behind vanilla ship bottom")
vlevelData.displaySubScreen(vShipScreen, hShipBottom.spritemap.boundingRect)
print("")
if not fixEscape:
vlevelData.write()
for name, addrRange in addresses.items():
print("check {} at {}".format(name, hex(addrRange["vanilla"][0])))
diffFound = False
for addrV, addrH in zip(
range(addrRange["vanilla"][0], addrRange["vanilla"][1]),
range(addrRange["hack"][0], addrRange["hack"][1])):
hByte = hackRom.readByte(addrH)
vByte = vanillaRom.readByte(addrV)
if hByte != vByte:
print("difference between vanilla and hack detected")
diffFound = True
break
if name not in ["enemySet", "enemyHeader"]:
needCopy[name] = diffFound
if diffFound and addrRange["vanilla"][1] - addrRange["vanilla"][0] < 256:
hBytes = []
vBytes = []
for addrV, addrH in zip(
range(addrRange["vanilla"][0], addrRange["vanilla"][1]),
range(addrRange["hack"][0], addrRange["hack"][1])):
hBytes.append(hackRom.readByte(addrH))
vBytes.append(vanillaRom.readByte(addrV))
return (c)
def RGB_15_to_24(SNESColor):
R = ((SNESColor) % 32) * 8
G = ((SNESColor // 32) % 32) * 8
B = ((SNESColor // 1024) % 32) * 8
return (R, G, B)
variapal.seek(0x00)
vanillarom.seek(palAddr)
final = []
for i in range(16):
r = variapal.readByte()
g = variapal.readByte()
b = variapal.readByte()
final.append([r, g, b])
color = RGB_24_to_15((r, g, b))
vanillarom.writeWord(color)
# update logo fadein palettes
final.pop(0) # first color is not updated by the fadein
fadeinPaletteAddr = 0x6C6BE
for i in range(15):
steps = [
int(final[i][0] / 8) + 1,
int(final[i][1] / 8) + 1,
int(final[i][2] / 8) + 1
]
