from solution import Solution
from igenetic.models import GA
# ga = GA(Solution, 150, 200, 10)
#
# best, graph_data = ga.optimize()
# print zip(*graph_data)[2]
# print best._solution
# print best._volume()
# print best._delta()
P = 50000
l = 100
sigma = 14000.0
answer = []
for i in xrange(5, 0, -1):
bi = ((6 * P * i * l) / (400 * sigma))**(1.0 / 3)
hi = 20 * bi
answer.append(bi)
answer.append(hi)
sol = Solution(answer)
print sol._volume()
print sol._delta()
