def __init__(self, rps, mutation_tendency = 0.3, potency = 0.5):
Organism.__init__(self, mutation_tendency, potency)
# calculate the new tuple indicating the chromosone's RPS strategy
rps_tuple = tuple([self.post_mutation_value(mutation_tendency, i) for i
in rps])
self.rps = normalize_tuple(rps_tuple)
def __init__(self, ecosystem, location=None):
Organism.__init__(self, ecosystem, location)
self.population = 10000000
# coccolithophores fight an interminable war with viruses:
self.virusWaxWane = -1 # starts waning strength virus
self.virusEfficiency = 5000 # relatively weak
def __init__(self, root=None, **kw):
"""
Creates this organism
"""
Organism.__init__(self, **kw)
if root == None:
root = self.genNode()
self.tree = root
def __init__(self, ecosystem, location=None, isNewborn=False):
Organism.__init__(self, ecosystem, location)
self.lifespanTicks = 35 * 365 * 24 * 60 # years * days * hours * mins
self.maturityTicks = 5 * 365 * 24 * 60
self.hunger = 50
self.starvationLevel = 100
self.survivalProbability = .95 # they can regenerate, after all
self.movementImpact = .1 # slowly crawl along the ocean floor
self.__initializeAgeAndMaturity(isNewborn)
self.__initializeSex()
def __init__(self,
ecosystem,
lifespanYears,
maturityYears,
location=None,
isNewborn=False):
Organism.__init__(self, ecosystem, location)
self.lifespanTicks = lifespanYears * 365 * 24 * 60 # convert to mins
self.maturityTicks = maturityYears * 365 * 24 * 60
self.hunger = 10
self.starvationLevel = 20
self.__initializeSex()
self.__initializeAgeAndMaturity(isNewborn)
def __init__(self, ecosystem, location=None, isNewborn=False):
Organism.__init__(self, ecosystem, location)
if isNewborn:
self.ticksAlive = 0
else: # Give insantiated manatee random age
self.ticksAlive = random.randint(0, 60)
# Set gender
self.sex = "M" if random.randint(0, 1) == 0 else "F"
# Only needed for random age setter, but either way, check maturity
self.checkMaturity()
# Who knew? Manatees can live up to 60 years old
self.lifespanTicks = 60 * 365 * 24 * 60 # years * days * hours * mins
self.survivalProbability = 0.2 # don't think they are the best survivors
self.movementImpact = .1
self.hunger = 50
self.ticksSinceLastChild = 0
def __init__(self, ecosystem, location=None):
Organism.__init__(self, ecosystem, location)
self.population = 100
self.hunger = 50 #h unger is a percentage
def __init__(self, ego, insult_strength, colour):
Organism.__init__(self, ego, insult_strength, colour)
self.vision = [[1, 0]]
self.orientation = random.choice(list(Orientation))
def __init__(self, genotype, parasites, mhc):
Organism.__init__(self, genotype, parasites)
def __init__(self, genotype, parasites, mhc):
Organism.__init__(self, genotype, parasites)
