def generate_systems(self, notify=True):
maxval = random.randrange(config["minimum_systems"],
config["maximum_systems"])
if notify:
pbar = ProgressBar()
else:
pbar = ultrapass()
systems = {}
name.seed()
systems[0] = System(
self, 0,
name.generate(sep='',
prefix=name.prefixes,
body=name.sounds,
bodies=random.randrange(1, 5),
_terminate=random.choice(name.suffixes),
suffix=name.postfix_func(' ', name.alphabetize)),
(1, random.randrange(1, 5)))
for i in pbar(xrange(1, maxval)):
systems[i] = System(
self, i,
name.generate(sep='',
prefix=name.prefixes,
body=name.sounds,
bodies=random.randrange(1, 5),
_terminate=random.choice(name.suffixes),
suffix=name.postfix_func(' ', name.alphabetize)),
(i + 1, i - 1, random.randrange(0, i + 5)))
logging.debug('Solar system generation loop at %i/%i', i, maxval)
return systems
def generate_items(self):
items = {}
name.seed()
for i in xrange(0, random.randrange(10, 276)):
func = random.choice(('dmg', 'scn', 'movt', 'movr', 'hull'))
items[i] = Item(i, name.generate_legacy(sep=' ', prefix=item_prefix, body=item_body[func], suffix=name.romanize), random.randrange(0, 10) + 1, func)
return items
def generate_materials(num = -1):
logging.debug('Generating materials')
seed()
mat = {}
num = num if num != -1 else random.randrange(7, 51)
for i in xrange(num):
#_mat = name(2) + random.choice(('nite', 'inite', 'ium', 'tine'))
_mat = element_name()
mat[_mat] = _mat + ' ' + random.choice(('block', 'lump', 'ingot', 'bar', 'gas container', 'liquid container', 'crystal', 'gem', 'jewel', 'stone'))
return mat
def generate_items(self):
items = {}
name.seed()
for i in xrange(0, random.randrange(10, 276)):
func = random.choice(('dmg', 'scn', 'movt', 'movr', 'hull'))
items[i] = Item(
i,
name.generate_legacy(sep=' ',
prefix=item_prefix,
body=item_body[func],
suffix=name.romanize),
random.randrange(0, 10) + 1, func)
return items
def generate_materials(num=-1):
logging.debug('Generating materials')
seed()
mat = {}
num = num if num != -1 else random.randrange(config["minimum_materials"],
config["maximum_materials"])
for i in xrange(num):
#_mat = name(2) + random.choice(('nite', 'inite', 'ium', 'tine'))
_mat = element_name()
mat[_mat] = _mat + ' ' + random.choice(
('block', 'lump', 'ingot', 'bar', 'gas container',
'liquid container', 'crystal', 'gem', 'jewel', 'stone'))
return mat
def generate_systems(self, notify = True):
global MINIMUM_SYSTEMS
global MAXIMUM_SYSTEMS
maxval = random.randrange(MINIMUM_SYSTEMS, MAXIMUM_SYSTEMS)
if notify:
pbar = ProgressBar()
else:
pbar = ultrapass()
systems = {}
name.seed()
systems[0] = System(self, 0, name.generate(sep='', prefix=name.prefixes, body=name.sounds, bodies=random.randrange(1, 5), _terminate=random.choice(name.suffixes), suffix=name.postfix_func(' ', name.alphabetize)), (1, random.randrange(1, 5)))
for i in pbar(xrange(1, maxval)):
systems[i] = System(self, i, name.generate(sep='', prefix=name.prefixes, body=name.sounds, bodies=random.randrange(1, 5), _terminate=random.choice(name.suffixes), suffix=name.postfix_func(' ', name.alphabetize)), (i + 1, i - 1, random.randrange(0, i + 5)))
logging.debug('Solar system generation loop at %i/%i', i, maxval)
return systems
