def AG_hyb1(n, c, list):
"""heuristics + RS (haut niveau) """
"""execute ag"""
ag = main(500, 25, 10, n, c, list)
sol = solution(ag[0])
"""get result and transform it to a list of Bins"""
bins = []
for i in range(sol[-1]):
bins.append(Model.Bin(i, c))
for j in range(len(sol[0][i])):
bins[i].ranger_obj(
Model.Objet(sol[0][i][j] - 1, list[sol[0][i][j] - 1]))
# print("\tAG: {}".format(len(bins)))
"""execute RS"""
rs = RS()
nb, result = rs.RS(n, c, list, bins)
print("\tAG2_RS: {}".format(nb))
return result
def hrh_ilwoa_rs(n, c, list):
"""transform the list of int into a list of Objects"""
liste = []
for i in range(len(list)):
liste.append(Model.Objet(i, list[i]))
"""execute ilwoa"""
ilwoa = ILWOA(liste, c)
sol, nb = ilwoa.optimize()
"""get result and transform it """
Sol = [Model.Bin(0, c)]
for i in range(len(sol)):
if Sol[-1].capacite_restante() >= liste[sol[i]].weight:
Sol[-1].ranger_obj(liste[sol[i]])
else:
Sol.append(Model.Bin(len(Sol), c))
Sol[-1].ranger_obj(liste[sol[i]])
print("\tILWOA: {} ".format(nb))
"""execute RS"""
rs = RS()
nb, result = rs.RS(n, c, list, Sol)
print("\tILWOA_RS: {}".format(nb))
