def __init__(self,xsize,ysize,total_mass,mis,no_age=False,no_birth=False,no_eat=False,\
no_energy=False, no_excrete=False,\
no_hunt=False,halluc=False,record_pedigree=False):
self.snapshot = np.array([[0 for _ in range(ysize)]
for _ in range(xsize)])
self.xsize = xsize #int
self.ysize = ysize #int
self.moment = 0
self.new_id = 0
self.mins = [[0 for _ in range(ysize)] for _ in range(xsize)]
nut = total_mass
for mi in mis:
nut -= mi.mass
for _ in range(nut):
i = randint(0, xsize - 1)
j = randint(0, ysize - 1)
self.mins[i][j] += 1
self.pedigree = [] #(int,int)[]
self.occupy_map = [[[] for _ in range(self.ysize)]
for _ in range(self.xsize)] #minion.Minion[][][]
self.mis = [] #minion.Minion[]
for mi in mis:
self.register(mi)
#additional attributes for test
self.no_age = no_age
self.no_birth = no_birth #bool
self.no_eat = no_eat #bool
self.no_energy = no_energy #bool
self.no_excrete = no_excrete #bool
self.no_hunt = no_hunt #bool
self.messiness = 0
self.halluc = halluc #bool
self.hidden_mass = 0
#measurement option
self.record_pedigree = record_pedigree
def construct_minion(dna, alen, pos, do_freeze):
mi = Minion(dna)
mi.take_mass((1 + 2 * alen)**2 - 9)
if pos == (-1, -1):
pos = (randint(0, xsize - 1), randint(0, ysize - 1))
mi.pos = pos
if do_freeze:
mi.freeze()
return mi
def randLinearDNA():
r = randint(0, 255)
g = randint(0, 255)
b = randint(0, 255)
maxsize = randint(min_maxsize, max_maxsize)
uptake = min_uptake + (max_uptake - min_uptake) * uniform()
maxage = randint(min_maxage, max_maxage)
weights = np.array(list(multiple_uniform(linear_wdim)), dtype=float)
for i in range(linear_wdim):
weights[i] = 1 - 2 * weights[i]
group_sizes = np.empty(num_out, dtype=int)
for i in range(num_out):
group_sizes[i] = clear_idim
colorTrait = ColorTrait(r, g, b)
maxsizeTrait = PositiveTrait(maxsize)
uptakeTrait = UnitTrait(uptake)
maxageTrait = PositiveTrait(maxage)
weightsTrait = FloatListTrait(weights, group_sizes)
return LinearDNA(colorTrait, maxsizeTrait, uptakeTrait, maxageTrait,
weightsTrait)
def test_world(testname, dnas):
if testname == "food(n)":
mis = world.dll_from_list( \
[world.construct_minion(dnas[i % len(dnas)], \
alen=1,pos=(randint(0,xsize-1),randint(0,ysize-1)), do_freeze=False)\
for i in range(ininum)])
return world.World(xsize, ysize, total_mass, mis, no_age=True, no_birth=True, \
no_eat=False, no_energy=True, no_excrete=True, no_hunt=True, \
halluc=False, record_pedigree=False)
elif testname == "food(h)":
mis = world.dll_from_list( \
[world.construct_minion(dnas[i % len(dnas)],
alen=1,pos=(randint(0,xsize-1),randint(0,ysize-1)), do_freeze=False)\
for i in range(ininum)])
return world.World(xsize, ysize, total_mass, mis, no_age=True, no_birth=True, \
no_eat=False, no_energy=True, no_excrete=True, no_hunt=True, \
halluc=True, record_pedigree=False)
elif testname == "hunt(o)":
dna1, _ = furthest_color_dna_pair(dnas)
mis = world.dll_from_list( \
[world.construct_minion(dna1,alen=4,pos=(0,0), do_freeze=False), \
world.construct_minion(dna1, alen=1, pos=(test_xsize//2,test_ysize//2),do_freeze=True)])
return world.World(test_xsize, test_ysize, test_total_mass, mis, no_age=True, no_birth=True, \
no_eat=True, no_energy=True, no_excrete=True, no_hunt=False, \
halluc=False, record_pedigree=False)
elif testname == "hunt(e)":
dna1, dna2 = furthest_color_dna_pair(dnas)
mis = world.dll_from_list( \
[world.construct_minion(dna1,alen=4,pos=(0,0), do_freeze=False), \
world.construct_minion(dna2, alen=1, pos=(test_xsize//2,test_ysize//2),do_freeze=True)])
return world.World(test_xsize, test_ysize, test_total_mass, mis, no_age=True, no_birth=True, \
no_eat=True, no_energy=True, no_excrete=True, no_hunt=False, \
halluc=False, record_pedigree=False)
elif testname == "rape(o)":
dna1, _ = furthest_color_dna_pair(dnas)
mis = world.dll_from_list( \
[world.construct_minion(dna1,alen=1,pos=(0,0), do_freeze=False), \
world.construct_minion(dna1, alen=4, pos=(test_xsize//2,test_ysize//2),do_freeze=True)])
return world.World(test_xsize, test_ysize, test_total_mass, mis, no_age=True, no_birth=True, \
no_eat=True, no_energy=True, no_excrete=True, no_hunt=True, \
halluc=False, record_pedigree=False)
elif testname == "rape(e)":
dna1, dna2 = furthest_color_dna_pair(dnas)
mis = world.dll_from_list( \
[world.construct_minion(dna1,alen=1,pos=(0,0), do_freeze=False), \
world.construct_minion(dna2, alen=4, pos=(test_xsize//2,test_ysize//2),do_freeze=True)])
return world.World(test_xsize, test_ysize, test_total_mass, mis, no_age=True, no_birth=True, \
no_eat=True, no_energy=True, no_excrete=True, no_hunt=True, \
halluc=False, record_pedigree=False)
elif testname == "birth(n)":
mis = world.dll_from_list( \
[world.construct_minion(dnas[i % len(dnas)], \
alen=1,pos=(randint(0,xsize-1),randint(0,ysize-1)), do_freeze=False)\
for i in range(ininum)])
return world.World(xsize, ysize, total_mass, mis, no_age=False, no_birth=False, \
no_eat=False, no_energy=False, no_excrete=False, no_hunt=False, \
halluc=False, record_pedigree=False)
elif testname == "birth(h)":
mis = world.dll_from_list( \
[world.construct_minion(dnas[i % len(dnas)], \
alen=1,pos=(randint(0,xsize-1),randint(0,ysize-1)), do_freeze=False)\
for i in range(ininum)])
return world.World(xsize, ysize, total_mass, mis, no_age=False, no_birth=False, \
no_eat=False, no_energy=False, no_excrete=False, no_hunt=False, \
halluc=True, record_pedigree=False)
elif testname == "messy(n)":
mis = world.dll_from_list( \
[world.construct_minion(dnas[i % len(dnas)], \
alen=1,pos=(randint(0,xsize-1),randint(0,ysize-1)), do_freeze=False)\
for i in range(ininum)])
return world.World(xsize, ysize, total_mass, mis, no_age=True, no_birth=True, \
no_eat=False, no_energy=True, no_excrete=False, no_hunt=True, \
halluc=False, record_pedigree=False)
elif testname == "messy(h)":
mis = world.dll_from_list( \
[world.construct_minion(dnas[i % len(dnas)], \
alen=1,pos=(randint(0,xsize-1),randint(0,ysize-1)), do_freeze=False)\
for i in range(ininum)])
return world.World(xsize, ysize, total_mass, mis, no_age=True, no_birth=True, \
no_eat=False, no_energy=True, no_excrete=False, no_hunt=True, \
halluc=True, record_pedigree=False)