def clean_and_write(objects):
objects = sort_good_order(objects)
for o in objects:
if hasattr(o, "flag_description"):
print "Cleaning %s." % o.flag_description.lower()
random.seed(seed+1)
o.full_cleanup()
for o in objects:
o.write_all(outfile)
def clean_and_write(objects):
objects = sort_good_order(objects)
for o in objects:
if hasattr(o, "flag_description") and o.flag in get_flags():
print "Cleaning %s." % o.flag_description.lower()
random.seed(get_seed() + 1)
o.full_cleanup()
print "Saving game objects..."
for o in objects:
o.write_all(outfile)
verify_patches(outfile)
def clean_and_write(objects):
objects = sort_good_order(objects)
for o in objects:
o.class_reseed('preclean')
o.full_preclean()
for o in objects:
if hasattr(o, "flag_description") and o.flag in get_flags():
print("Cleaning %s." % o.flag_description.lower())
o.class_reseed('cleanup')
o.full_cleanup()
print("Saving game objects...")
for o in objects:
o.write_all(outfile)
verify_patches(outfile)
def run_interface(objects, custom_degree=False, snes=False, codes=None):
global sourcefile, outfile, flags, user_input_flags
global activated_codes, all_objects
all_objects = objects
if codes is None:
codes = {}
activated_codes = set([])
args = list(argv)[:5]
num_args = len(args)
while len(args) < 5:
args.append(None)
_, sourcefile, flags, seed, random_degree = tuple(args)
if random_degree is None and num_args >= 2:
random_degree = 0.5
if sourcefile is None:
print('TIP: Try dragging-and-dropping the rom file '
'instead of typing the filename manually!')
sourcefile = input("Rom filename? ")
if sourcefile.startswith('"') and sourcefile.endswith('"'):
print('NOTICE: Automatically removing '
'extraneous quotation marks.')
sourcefile = sourcefile.strip('"')
if seed is None and num_args < 2:
seed = input("Seed? (blank for random) ").strip()
if seed is None or seed == "":
seed = time()
seed = int(seed)
seed = seed % (10**10)
set_seed(seed)
random.seed(seed)
# TODO: Temporary ugly hack until all flag in rotds can be randomized
uglyhack = input("RotDS ROM? (y/n) ").strip().lower()
if uglyhack == "y":
flagobjects = [o for o in objects if hasattr(o, "flag")
and hasattr(o, "flag_description")
and (o.flag == 'm' or o.flag == 'v')]
codes = {
"easymodo": ["easymodo"]
}
else:
flagobjects = [o for o in objects if hasattr(o, "flag")
and hasattr(o, "flag_description")]
flagobjects = sorted(flagobjects, key=lambda o: o.flag)
for o in objects:
if hasattr(o, "flag") and not hasattr(o, "flag_description"):
for fo in flagobjects:
if fo.flag == o.flag:
break
else:
raise Exception("%s has no flag description." % o.flag)
allflags = "".join(sorted([f.flag for f in flagobjects]))
user_input_flags = flags
if allflags:
if flags is None and num_args < 2:
print("\nPlease input the flags for "
"the things you want to randomize.")
for o in flagobjects:
print(" %s Randomize %s." % (o.flag,
o.flag_description.lower()))
print()
flags = input("Flags? (blank for all) ").strip()
user_input_flags = flags
elif flags is None:
flags = allflags
if flags:
flags = flags.lower()
for code, code_options in sorted(codes.items()):
if isinstance(code_options, str):
code_options = [code_options]
for co in code_options:
co = co.lower()
if co in flags:
flags = flags.replace(co, "")
activated_codes.add(code)
break
if flags and allflags:
flags = "".join(sorted([f for f in flags if f in allflags]))
if not (allflags and flags):
flags = allflags
if "." not in sourcefile:
outfile = [sourcefile, "smc"]
else:
outfile = sourcefile.split(".")
if flags == allflags:
flagstr = ""
else:
flagstr = flags
outfile = outfile[:-1] + [flagstr, str(seed), outfile[-1]]
outfile = ".".join(outfile)
while ".." in outfile:
outfile = outfile.replace("..", ".")
try:
if snes:
snescopy(sourcefile, outfile)
else:
copyfile(sourcefile, outfile)
except (OSError, IOError) as e:
if e.strerror == "No such file or directory":
e.strerror = ('%s; Did you include the filename extension? For '
'example, ".smc", ".sfc", or ".img". ' % e.strerror)
raise e
set_global_output_filename(outfile)
determine_global_table(outfile)
set_table_specs()
custom_degree = custom_degree or random_degree is not None
if custom_degree:
custom_split = False
for o in sorted(objects, key=lambda ob: str(ob)):
if hasattr(o, "custom_random_enable") and o.custom_random_enable:
custom_split = True
break
if random_degree is None:
if custom_split:
print("\nIf you would like even more control over the "
"randomness, type \"custom\" here.")
random_degree = input("Randomness? (default: 0.5) ").strip()
if not random_degree:
random_degree = 0.5
if custom_split and (isinstance(random_degree, str) and
"custom" in random_degree.strip().lower()):
custom_dict = defaultdict(set)
for o in sorted(objects, key=lambda o: str(o)):
if (hasattr(o, "custom_random_enable")
and o.custom_random_enable):
if o.custom_random_enable is True:
custom_dict[o.flag].add(o)
else:
custom_dict[o.custom_random_enable].add(o)
for k in sorted(custom_dict):
os = sorted(custom_dict[k], key=lambda o: o.__name__)
onames = ", ".join([o.__name__ for o in os])
s = input("Randomness for %s? " % onames).strip()
if not s:
continue
for o in os:
crd = float(s)
assert isinstance(crd, float)
crd = min(1.0, max(0.0, crd))
o.custom_random_degree = crd ** 2
random_degree = input("Randomness for everything"
" unspecified? ").strip()
if not random_degree:
random_degree = 0.5
random_degree = float(random_degree)
assert isinstance(random_degree, float)
random_degree = min(1.0, max(0.0, random_degree))
set_random_degree(random_degree ** 2)
if num_args < 3:
select_patches()
print()
if flags == allflags:
flags = string.ascii_lowercase
print("Randomizing %s with all flags using seed %s"
% (sourcefile, seed), end=' ')
else:
flags = flags.lower()
print("Randomizing %s with flags '%s' using seed %s"
% (sourcefile, flags, seed), end=' ')
if custom_degree:
print("and randomness %s" % random_degree, end=' ')
print("now.\n")
if user_input_flags is None:
user_input_flags = flags
write_patches(outfile)
print("Loading and ranking game objects...")
objects = sort_good_order(objects)
for o in objects:
o.every
for o in objects:
o.ranked
for o in objects:
if hasattr(o, "flag_description") and o.flag in flags:
print("Randomizing %s." % o.flag_description.lower())
if not hasattr(o, "flag") or o.flag in flags:
o.class_reseed('full_randomize')
o.full_randomize()
o.randomize_step_finished = True
# TODO: temporary until implemantation for all supported roms
if "ROTDS" in get_global_label():
# create documentation folder
folder = "docs_{0}".format(get_seed())
if not path.isdir(folder):
mkdir(folder)
# print all printable objects
for o in objects:
if hasattr(o, "printable"):
o.print_all(path.join(folder, o.printable + ".txt"))
if set(flags) >= set(allflags):
flags = allflags
(sourcefile, seed)),
else:
flags = flags.lower()
print("Randomizing %s with flags '%s' using seed %s" %
(sourcefile, flags, seed)),
if custom_degree:
print "and randomness %s" % random_degree
print "now."
print
if user_input_flags is None:
user_input_flags = flags
write_patches(outfile)
print "Loading and ranking game objects..."
objects = sort_good_order(objects)
for o in objects:
o.every
for o in objects:
o.ranked
for o in objects:
if hasattr(o, "flag_description") and o.flag in flags:
print "Randomizing %s." % o.flag_description.lower()
if not hasattr(o, "flag") or o.flag in flags:
random.seed(seed)
o.full_randomize()
o.randomize_step_finished = True
if set(flags) >= set(allflags):
flags = allflags
if difficulty is None or difficulty == "":
difficulty = 1.0
difficulty = float(difficulty)
if flags == allflags:
flags = string.lowercase
print ("Randomizing %s with all flags using seed %s "
"and difficulty %s." % (sourcefile, seed, difficulty))
else:
flags = flags.lower()
print ("Randomizing %s with flags '%s' using seed %s "
"and difficulty %s." % (sourcefile, flags, seed, difficulty))
print
objects = sort_good_order(objects)
for o in objects:
o.every
for o in objects:
if hasattr(o, "flag_description") and o.flag in flags:
print "Randomizing %s." % o.flag_description.lower()
if not hasattr(o, "flag") or o.flag in flags:
random.seed(seed)
o.full_randomize()
if set(flags) >= set(allflags):
flags = allflags
def clean_and_write(objects):
