def test_ph_solve(self):
PHoptions = self._copy_of_base_options()
ph = mpisppy.opt.ph.PH(PHoptions,
self.all_scenario_names,
hydro.scenario_creator,
hydro.scenario_denouement,
all_nodenames=self.all_nodenames,
cb_data=self.BFs)
conv, obj, tbound = ph.ph_main()
sig2tbnd = round_pos_sig(tbound, 2)
self.assertEqual(180, sig2tbnd)
ph._disable_W_and_prox()
sig2eobj = round_pos_sig(ph.Eobjective(), 2)
self.assertEqual(190, sig2eobj)
# as of april 2020, we are not supporting xhat as an extension
ph = mpisppy.opt.ph.PH(
options,
all_scenario_names,
scenario_creator,
scenario_denouement,
scenario_creator_kwargs={"branching_factors": BFs},
all_nodenames=all_nodenames,
)
conv, obj, tbound = ph.ph_main()
if ph.cylinder_rank == 0:
print("Trival bound =", tbound)
ph._disable_W_and_prox()
e_obj = ph.Eobjective()
if ph.cylinder_rank == 0:
print("unweighted e_obj={}".format(e_obj))
"""
#******* APH ******
print ("APH")
options["async_frac_needed"] = 1
options["async_sleep_secs"] = 1
aph = mpisppy.opt.aph.APH(options, all_scenario_names,
scenario_creator,
scenario_denouement,
all_nodenames = all_nodenames)
conv, obj, bnd = aph.APH_main(extensions = XhatSpecific,
scenario_creator_kwargs={"branching_factors": BFs},
