def engy():
codefiles = ('trigger.py', 'prereq.py', 'action.py', 'method.py',
'function.py', 'strings.json')
tempdir = tempfile.mkdtemp(dir='.')
for file in codefiles:
if os.path.exists(file):
os.rename(file, os.path.join(tempdir, file))
with Engine(":memory:") as eng:
yield eng
for file in codefiles:
os.remove(file)
if os.path.exists(os.path.join(tempdir, file)):
os.rename(os.path.join(tempdir, file), file)
os.rmdir(tempdir)
malaria_dead = 0
anemia_dead = 0
born = 0
while engine.turn < i:
r = engine.next_turn()
if not r:
continue
r = r[0]
if r == 'malaria':
malaria_dead += 1
elif r == 'anemia':
anemia_dead += 1
elif r == 'mated':
born += 1
print("On tick {}, {} critters were born; "
"{} died of malaria, and {} of sickle cell anemia, "
"leaving {} alive.".format(
i, born, malaria_dead, anemia_dead,
len(engine.character['species'].avatar['physical'])))
print("Of the remaining {} creatures, {} have a sickle betaglobin.".format(
len(species.avatar['physical']),
sum(1 for critter in species.avatar['physical'].values()
if critter['sickle_a'] or critter['sickle_b'])))
try:
remove('LiSEworld.db')
except OSError:
pass
with Engine('LiSEworld.db', random_seed=69105) as engine:
sickle_cell_test(engine)
def engy(tempdir):
with Engine(tempdir) as eng:
yield eng
# make an 8-way-connected grid
physical.grid_2d_8graph(20, 20)
empty = list(physical.place.values())
eng.shuffle(empty)
# distribute 30 of each shape randomly among the empty places
for i in range(1, 31):
square.add_avatar(empty.pop().new_thing('square%i' % i, _image_paths=['atlas://polygons/meh_square']))
for i in range(1, 31):
triangle.add_avatar(empty.pop().new_thing('triangle%i' % i, _image_paths=['atlas://polygons/meh_triangle']))
if __name__ == '__main__':
import os
from LiSE import Engine
for stale in ('world.db', 'trigger.py', 'prereq.py', 'action.py', 'function.py', 'method.py'):
if os.path.exists(stale):
os.remove(stale)
with Engine() as eng:
with eng.batch():
install(eng)
import sys
if '--profile' in sys.argv:
import cProfile
def test():
with Engine('LiSEworld.db') as eng:
for n in range(10):
eng.next_turn()
cProfile.run('test()', 'polygons.prof')
def test():
with Engine('LiSEworld.db') as eng:
for n in range(10):
eng.next_turn()
def test():
with Engine() as eng:
for n in range(10):
eng.next_turn()
def engy(clean):
with Engine(":memory:") as eng:
yield eng
empty = list(physical.place.values())
eng.shuffle(empty)
# distribute 30 of each shape randomly among the empty places
for i in range(1, 31):
square.add_avatar(empty.pop().new_thing(
'square%i' % i, _image_paths=['atlas://polygons/meh_square']))
for i in range(1, 31):
triangle.add_avatar(empty.pop().new_thing(
'triangle%i' % i, _image_paths=['atlas://polygons/meh_triangle']))
if __name__ == '__main__':
import os
from LiSE import Engine
with Engine(clear=True) as eng, eng.batch():
install(eng)
import sys
if '--profile' in sys.argv:
import cProfile
def test():
with Engine() as eng:
for n in range(10):
eng.next_turn()
cProfile.run('test()', 'polygons.prof')
if '--time' in sys.argv:
# only report the time it takes to actually simulate,
# excluding startup time and such
def mkengine(w='LiSEworld.db'):
return Engine(worlddb=w, codedb='LiSEcode.db')
"""Run at 5pm only."""
return engine.tick % 24 == 17
@work2home.prereq
def at_work(engine, npc):
"""Run only when I'm at Work."""
return npc.avatar["physical"]["location"] == "work"
while lise.tick < 76:
test_advance(lise)
lise.close()
lise = Engine(worlddb='LiSEworld.db', codedb='LiSEcode.db')
npc = lise.character["nonplayer"]
while lise.tick < 119:
test_advance(lise)
phys = lise.character["physical"]
phys.add_place("downtown")
# when symmetrical, automagically create Downtown->Home portal with same attributes
phys.add_portal("home", "downtown", symmetrical=True, km=2)
assert (phys.portal["downtown"]["home"]["km"] == 2)
phys.portal["downtown"]["home"]["fun"] = 100
assert (phys.portal["home"]["downtown"]["fun"] == 100)
npc.avatar["physical"].travel_to("downtown", weight="km")
def mkengine(w='LiSEworld.db', caching=True, seed=None):
return Engine(worlddb=w,
codedb='LiSEcode.db',
caching=caching,
random_seed=seed)
malaria_dead = 0
anemia_dead = 0
born = 0
while engine.turn < i:
r = engine.next_turn()
if not r:
continue
r = r[0]
if isinstance(r, Exception):
raise r
if 'malaria' in r:
malaria_dead += 1
if 'anemia' in r:
anemia_dead += 1
if 'mated' in r:
born += 1
print("On turn {}, {} critters were born; "
"{} died of malaria, and {} of sickle cell anemia, "
"leaving {} alive.".format(
i, born, malaria_dead, anemia_dead,
len(engine.character['species'].avatar['physical'])))
print("Of the remaining {} creatures, {} have a sickle betaglobin.".format(
len(species.avatar['physical']),
sum(1 for critter in species.avatar['physical'].values()
if critter['sickle_a'] or critter['sickle_b'])))
if __name__ == '__main__':
with Engine(random_seed=69105, clear=True) as engine:
sickle_cell_test(engine)