def starsystem(self, must_have_garden="False", open_cluster=None, num_stars=0, age=None, naming="", use_chain=False, depth=1, seed=None):
input_seed = None if seed == '' or None else seed # Correctly interpret "no input"
self.set_seed(input_seed) # reseed the PRNG, so that there is a unique seed every time
r.seed(self.random_seed)
if num_stars == "":
num_stars = None
elif int(num_stars) < 1 or int(num_stars) > 3:
num_stars = None
else:
num_stars = int(num_stars)
namegen = None
if naming != "": # A naming scheme has been selected that is not the simple "A-1", "B-1" scheme.
namegen = namegenerator.NameGenerator(int(depth), self.random_seed)
namegen.read_file(naming)
namegen.use_chain = use_chain
cherrypy.session['namegen'] = namegen
else:
cherrypy.session['namegen'] = None
arguments = {
'open_cluster': open_cluster == "True",
'num_stars': num_stars,
'age': age
}
# Generate star systems until one is made that contains a Garden world if it's required.
if must_have_garden == "True":
garden = False
while garden is not True:
mysys = starsys.StarSystem(**arguments)
garden = mysys.has_garden()
else:
mysys = starsys.StarSystem(**arguments)
for star in mysys.stars:
for key, v in star.planetsystem.get_orbitcontents().items():
if namegen is not None:
simple_name = v.get_name().replace("-", "")
if cherrypy.session.get('name_of_' + simple_name) is None:
name = namegen.get_random_name()
star.planetsystem.get_orbitcontents()[key].set_name(name)
# For some reason, using simple_name here leads to storing stuff improperly and
# generating new names every time. No idea why.
cherrypy.session['name_of_' + v.get_name().replace("-", "")] = name
else:
name = cherrypy.session.get('name_of_' + simple_name)
star.planetsystem.get_orbitcontents()[key].set_name(name)
cherrypy.session.save()
tmpl = env.get_template('overview.html')
cherrypy.session['starsystem'] = mysys
cherrypy.response.cookie['names'] = {}
return tmpl.render(starsystem=mysys, seed=self.random_seed)
def starsystem(self,
must_have_garden="False",
open_cluster=None,
num_stars=0,
age=None,
naming="",
use_chain=False,
depth=1):
if num_stars == "":
num_stars = None
elif int(num_stars) < 1 or int(num_stars) > 3:
num_stars = None
else:
num_stars = int(num_stars)
if naming != "": # A naming scheme has been selected that is not the simple "A-1", "B-1" scheme.
namegen = namegenerator.NameGenerator(int(depth))
namegen.read_file(naming)
namegen.use_chain = use_chain
cherrypy.session['namegen'] = namegen
else:
cherrypy.session['namegen'] = None
arguments = {
'open_cluster': open_cluster == "True",
'num_stars': num_stars,
'age': age
}
# Generate star systems until one is made that contains a Garden world if it's required.
if must_have_garden == "True":
garden = False
while garden is not True:
mysys = starsys.StarSystem(**arguments)
garden = mysys.has_garden()
else:
mysys = starsys.StarSystem(**arguments)
tmpl = env.get_template('overview.html')
cherrypy.session['starsystem'] = mysys
cherrypy.response.cookie['names'] = {}
return tmpl.render(starsystem=mysys)
def setUp(self):
self.unisystem = starsystem.StarSystem(num_stars=1)
self.bisystem = starsystem.StarSystem(num_stars=2)
self.trisystem = starsystem.StarSystem(num_stars=3)
self.randomsystem = starsystem.StarSystem()
def test_descending_sort(self):
arguments = {'num_stars': 2}
testsystem = starsystem.StarSystem(**arguments)
self.assertTrue(
testsystem.stars[0].get_mass() >= testsystem.stars[1].get_mass())
def test_generate_starsystem_open_cluster_one_star(self):
arguments = {'open_cluster': "True", 'num_stars': 1, 'age': None}
self.testsystem = starsystem.StarSystem(**arguments)
"""This is an example script for automated star system generation"""
import gurpsspace.starsystem as starsys
# Change from None to a value if you want to set an argument
args = {
'opencluster': None, # True or False
'numstars': None, # 1, 2 or 3
'age': None # Number > 0
}
# Generate starsystems until one is made that contains a Garden world.
garden = False
cyclenum = 0
while garden is not True:
cyclenum += 1
mysys = starsys.StarSystem(**args)
garden = mysys.hasgarden()
mysys.printinfo()
print('Total number of cycles: {}'.format(cyclenum))
# mysys.writelatex()
mysys.writexml()