def breed(self, mate):
if not mate.breedable():
return
for partner in self.crew:
# no sterile or pregnant partners
if not partner.breedable():
continue
if partner.sex == mate.sex:
continue
# no fathers or mothers
if partner.crew_id == mate.mom.crew_id or partner.crew_id == mate.dad.crew_id:
continue
if mate.crew_id == partner.mom.crew_id or mate.crew_id == partner.dad.crew_id:
continue
prob = .006
# half siblings and full siblings
if mate.dad.crew_id == partner.dad.crew_id:
prob *= .01
if mate.mom.crew_id == partner.mom.crew_id:
prob *= .01
if random.random() < prob:
baby = Crewmate()
mate.breeding = True
partner.breeding = True
if mate.sex == Sex.Male:
baby.be_born(mate, partner)
else:
baby.be_born(partner, mate)
self.crew.append(baby)
print UI.inline_print(baby)+" has been born."
print "Their parents are "+mate.name+" and "+partner.name
return
def test_generate_child():
crew = initial.test_crew_infant()
# child = Crewmate()
baby = Crewmate()
baby.be_born(crew[0], crew[1])
# ui.full_info(baby)
if any_uninitialized(baby):
print "test_generate_child failed"
def test_get_set_attributes():
crew1 = Crewmate()
crew1.empathy = 5
crew1.intelligence = 5
crew1.creativity = 5
if crew1.empathy != 5:
print "Error, something is wrong with getting or setting empathy"
if crew1.intelligence != 5:
print "Error, something is wrong with getting or setting intelligence"
if crew1.creativity != 5:
print "Error, something is wrong with getting or setting creativity"
def test_growing_up():
crew1 = Crewmate()
crew2 = Crewmate()
crew1.age = 1
crew1.grow_one_year()
if crew1.age != 2:
print "Error, problem growing one year to 2"
if crew1.adult is not False:
print "Error, infant is being reported as adult"
crew2.age = 14
crew2.grow_one_year()
if crew2.age != 15:
print "Error, problem growing one year to 15"
if crew2.adult is not True:
print "Error, adult is not being reported as such"
def test_sex():
crew1 = Crewmate()
crew2 = Crewmate()
crew1.set_sex(Sex.Female)
if crew1.sex != Sex.Female:
print "Sex isn't able to be assigned manually"
crew2.set_sex()
if crew2.sex != Sex.Male and crew2.sex != Sex.Female:
print "Sex isn't correctly assigned randomly"
print crew2.sex
def test_crew_id_increment():
crew1 = Crewmate()
crew2 = Crewmate()
# print "crew1 "+str(crew1.get_id())+". crew2 "+str(crew2.get_id())
if crew2.get_id() - crew1.get_id() != 1:
print "Error, crew_id_increment broken"
def breed(self, mate):
if not mate.breedable():
return
for partner in self.crew:
# no sterile or pregnant partners
if not partner.breedable():
continue
if partner.sex == mate.sex:
continue
# no fathers or mothers
if partner.crew_id == mate.mom.crew_id or partner.crew_id == mate.dad.crew_id:
continue
if mate.crew_id == partner.mom.crew_id or mate.crew_id == partner.dad.crew_id:
continue
prob = .006
# half siblings and full siblings
if mate.dad.crew_id == partner.dad.crew_id:
prob *= .01
if mate.mom.crew_id == partner.mom.crew_id:
prob *= .01
if random.random() < prob:
baby = Crewmate()
mate.breeding = True
partner.breeding = True
if mate.sex == Sex.Male:
baby.be_born(mate, partner)
else:
baby.be_born(partner, mate)
self.crew.append(baby)
print UI.inline_print(baby) + " has been born."
print "Their parents are " + mate.name + " and " + partner.name
return
def import_crew():
temp = Ship()
genetics = import_genetics()
seed = []
for _ in range(100):
mate = Crewmate()
mate.set_sex()
mate.set_name()
mate.adult = True
create_genome(mate, genetics)
seed.append(mate)
temp.crew = seed
# while len(temp.crew) < 101:
# temp.breed_all()
# print "breeding"
temp.breed_all()
del temp.crew[0:100]
for mate in temp.crew:
mate.age = int(20 * random.random()) + 15
mate.become_adult()
return temp.crew
def test_set_parents():
crew1 = Crewmate()
crew2 = Crewmate()
crew3 = Crewmate()
crew3.set_parents(crew1, crew2)
if crew3.dad != crew1:
print "Error, not the right dad"
if crew3.mom != crew2:
print "Error, not the right mom"
def test_inheriting_genome():
crew = initial.test_crew_adult()
child = Crewmate()
child.set_parents(crew[0], crew[1])
var0 = False
var1 = False
for _ in range(10):
child.inherit()
for gene in child.genome[0]:
if gene.condition == "00":
var0 = True
if gene.condition == "01":
var1 = True
if not (var0 and var1):
print "test_inheriting_genome failed"
def test_naming():
crew1 = Crewmate()
crew2 = Crewmate()
crew3 = Crewmate()
crew1.set_name("foo",
"bar") #remember, first name is last, last name is first
if crew1.name != "bar foo":
print "Error, name isn't being correctly set manually"
print crew1.name + " should be bar foo"
crew2.set_sex()
crew2.set_name("bar")
if "bar" not in crew2.name:
print "Error, name isn't being set correctly when given just last name"
print crew2.name + " should have last name bar"
crew3.set_sex()
crew3.set_name()
if crew3.name == "Unnamed":
print "Error, name isn't being set correctly when given no names"
print crew3.name
def test_assign_job():
crew = Crewmate()
crew.job = "Tester"
# crew.training = True
crew.grow_one_year()
def test_crew_adult():
gene00 = Gene()
gene00.locus = 0
gene00.condition = "00"
gene00.condition_prob = 1
gene00.congential = 1 # Congential = 0, Adult = 1
gene00.dominant = True # Genes are either recessive or dominant. We Mendel for now
gene00.emp = 1
gene00.int = 1
gene00.cre = 1
gene01 = Gene()
gene01.locus = 0
gene01.condition = "01"
gene01.condition_prob = 1
gene01.congential = 1 #Congential = 0, Adult = 1
gene01.dominant = False #Genes are either recessive or dominant. We Mendel for now
gene01.emp = -1
gene01.int = -1
gene01.cre = -1
crew1 = Crewmate()
crew1.set_sex()
crew1.set_name("01", "crew")
crew1.genome.append([gene00, gene01])
crew2 = Crewmate()
crew2.set_sex()
crew2.set_name("02", "crew")
crew2.genome.append([gene01, gene01])
crew1.mom = Crewmate()
crew1.mom.name = "mom"
crew1.dad = Crewmate()
crew1.dad.name = "dad"
crew2.mom = Crewmate()
crew2.mom.name = "mom"
crew2.dad = Crewmate()
crew2.dad.name = "dad"
return [crew1, crew2]