def create_society(seed_generation_size=SEED_GENERATION_SIZE,
number_of_generations=NUMBER_OF_GENERATIONS,
children_per_parents=CHILDREN_PER_PARENTS):
agents = []
# Create the seed generation
first_generation = []
while len(first_generation) < SEED_GENERATION_SIZE - 1:
# Create seed generation agent
agent = Agent.create_random_agent()
first_generation.append(agent)
generations = [first_generation]
generations_created = 1
while generations_created < NUMBER_OF_GENERATIONS:
# Create a generation based on the previous generation
generation = create_generation(
generations[generations_created - 1], CHILDREN_PER_PARENTS
)
generations.append(generation)
generations_created += 1
for generation in generations:
agents.extend(generation)
return agents
def create_society(seed_generation_size=SEED_GENERATION_SIZE,
number_of_generations=NUMBER_OF_GENERATIONS,
children_per_parents=CHILDREN_PER_PARENTS):
agents = []
# Create the seed generation
first_generation = []
while len(first_generation) < SEED_GENERATION_SIZE - 1:
# Create seed generation agent
agent = Agent.create_random_agent()
first_generation.append(agent)
generations = [first_generation]
generations_created = 1
while generations_created < NUMBER_OF_GENERATIONS:
# Create a generation based on the previous generation
generation = create_generation(generations[generations_created - 1],
CHILDREN_PER_PARENTS)
generations.append(generation)
generations_created += 1
for generation in generations:
agents.extend(generation)
return agents
if dice_roll < 3:
print "%s parries into better position." % defender.name
defender_advantage = defender_advantage + 1
elif dice_roll < 5:
print "%s blocks the attack." % defender.name
elif dice_roll < 7:
print "%s blocks the attack and %s presses forward." % (defender.name,
attacker.name)
attacker_advantage = attacker_advantage + 1
elif dice_roll < 9:
print "%s makes contact and %s shows blood." % (attacker.name,
defender.name)
attacker_advantage = attacker_advantage + 1
defender_health = defender_health - 1
else:
print "%s wounds %s deeply." % (attacker.name, defender.name)
attacker_advantage = attacker_advantage + 1
defender_health = defender_health - 2
attacker_advantage = max(attacker_advantage, 2)
defender_advantage = max(defender_advantage, 2)
return (attacker_advantage, defender_health, defender_advantage)
if __name__ == "__main__":
runs = 1
while runs > 0:
runs = runs - 1
p1 = Agent.create_random_agent()
p2 = Agent.create_random_agent()
advantage, p1alive, p2alive = joust(p1, p2)
def test_create_random_agent(self):
agent = Agent.create_random_agent()
self.assertIsInstance(agent.name, basestring)
if dice_roll < 3:
print "%s parries into better position." % defender.name
defender_advantage = defender_advantage + 1
elif dice_roll < 5:
print "%s blocks the attack." % defender.name
elif dice_roll < 7:
print "%s blocks the attack and %s presses forward." % (
defender.name, attacker.name)
attacker_advantage = attacker_advantage + 1
elif dice_roll < 9:
print "%s makes contact and %s shows blood." % (
attacker.name, defender.name)
attacker_advantage = attacker_advantage + 1
defender_health = defender_health - 1
else:
print "%s wounds %s deeply." % (attacker.name, defender.name)
attacker_advantage = attacker_advantage + 1
defender_health = defender_health - 2
attacker_advantage = max(attacker_advantage, 2)
defender_advantage = max(defender_advantage, 2)
return (attacker_advantage, defender_health, defender_advantage)
if __name__ == "__main__":
runs = 1
while runs > 0:
runs = runs - 1
p1 = Agent.create_random_agent()
p2 = Agent.create_random_agent()
advantage, p1alive, p2alive = joust(p1, p2)