def fill(self, ttype, alive=False):
c1, c3 = self.c1, self.c3
for y in range(c1.y, c3.y + 1):
for x in range(c1.x, c3.x + 1):
if ttype == ' ':
fld.remove(wall, Location(x, y))
else:
Thing(fld, ttype, Location(x, y), alive)
def add_walls():
for x in range(5, 80, 4):
L = Location
locs = []
for y in range(2, 10):
locs.append(L(x, y))
locs.append(L(x + 1, y))
for l in locs:
Thing(fld, wall, l, False)
def lifernd(self, fld, location, val, neighbours):
"""Fuzzy game of life."""
add = 3
rnd = random()
if rnd > 0.8: add = 2
elif rnd > 0.7: add = 5
elif rnd > 0.6: add = 4
if val == ' ':
if neighbours == add:
things.append(Thing(fld, cell, location))
elif not val.alive:
return
elif not (1 < neighbours < 4) and random() > 0.5:
val.remove()
def __init__(self, screen, screen_size, mic=None):
# parent class init
super().__init__(screen, screen_size, mic)
from things import Thing
# create thing
self.thing = Thing(position=self.grid_world.grid_to_pos([22, 18]),
scale=(2, 2))
# add to sprites
self.all_sprites.add(self.thing)
self.henry.thing_sprites.add(self.thing)
# determine position
self.henry.set_position(self.grid_world.grid_to_pos([10, 10]),
is_init_pos=True)
def lifend(self, fld, location, val, neighbours):
"""Fuzzy game of life with night/day variations."""
add = 3
rmv = [1, 4]
rmv_rnd = 0.5
rnd = random()
if rnd > 0.8: add = 2
elif rnd > 0.7: add = 5
elif rnd > 0.6: add = 4
x = int(self.n / 10)
if int(self.n / 15) % 2:
add += 1
rmv[0] = 2
rmv_rnd = 0.58
if val == ' ':
if neighbours == add:
things.append(Thing(fld, cell, location))
elif not val.alive:
return
elif not (rmv[0] < neighbours < rmv[1]) and random() > rmv_rnd:
val.remove()
self.add = add
def life(self, fld, location, val, neighbours):
if val == ' ':
if neighbours == 3:
things.append(Thing(fld, cell, location))
elif not (1 < neighbours < 4):
val.remove()
