def test():
population_size = 10
my_registers = read_registries()
initial_population = []
#establishing a population with non-negative fitness
for i in range(0, population_size):
myInd = Individual()
while myInd.fitness <= 0:
myInd.randomize(my_registers)
Genetic.fitness(myInd)
initial_population.append(myInd)
#print_all_gen(initial_population)
#print("----------------")
print(
"\n/////////////////////////////////////////////GENERATION: {}".format(
0))
new_gen = Genetic.breed(initial_population, my_registers)
for i in range(1, 50):
print("\n/////////////////////////////////////////////GENERATION: {}".
format(i))
new_gen = Genetic.breed(new_gen, my_registers)
def main():
population_size = 10
my_registers = read_registries()
initial_population = []
#establishing a population with non-negative fitness
for i in range(0, population_size):
myInd = Individual()
while myInd.fitness <= 0:
myInd.randomize(my_registers)
Genetic.fitness(myInd)
initial_population.append(myInd)
new_gen = Genetic.breed(initial_population, my_registers)
#evaluating till we get top == 100
top_fitness = 0
try:
while top_fitness < 100:
if top_fitness != 0:
new_gen = Genetic.breed(new_gen, my_registers)
for item in new_gen:
if item.fitness > top_fitness:
top_fitness = item.fitness
#print("{} broke to: {}".format(item, top_fitness))
print_all_gen(new_gen)
except KeyboardInterrupt:
print_all_gen(new_gen)
