cbc.out

(UnitCommitment) Juraj@Manin (master):~/Documents/Optimization/pyomo/Egret/egret/models/tests$ pytest test_unit_commitment.py
=========================================== test session starts ============================================
platform darwin -- Python 3.8.5, pytest-6.0.1, py-1.9.0, pluggy-0.13.1
rootdir: /Users/Juraj/Documents/Optimization/pyomo/Egret
collected 21 items

test_unit_commitment.py F....................                                                        [100%]

================================================= FAILURES =================================================
__________________________________________ test_int_all_uc_models __________________________________________

    @unittest.skipUnless(comm_mip_avail, "Neither Gurobi or CPLEX solver is available")
    def test_int_all_uc_models():
        _test_uc_model(create_tight_unit_commitment_model)
        _test_uc_model(create_compact_unit_commitment_model)
        _test_uc_model(create_KOW_unit_commitment_model)
        _test_uc_model(create_ALS_unit_commitment_model)
        _test_uc_model(create_MLR_unit_commitment_model)
        _test_uc_model(create_random1_unit_commitment_model)
        _test_uc_model(create_random2_unit_commitment_model)
        _test_uc_model(create_OAV_unit_commitment_model)
>       _test_uc_model(create_OAV_tighter_unit_commitment_model)

test_unit_commitment.py:95:
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

uc_model = <function create_OAV_tighter_unit_commitment_model at 0x7fd774552280>, relax = False
test_objvals = [4201915.017320504, 5454367.7670904165, 5999272.361123627, 5461120.3231092375, 6062406.32677043]

    def _test_uc_model(uc_model, relax=False, test_objvals=test_int_objvals):

        for test_case, ref_objval in zip(test_cases, test_objvals):

            md_dict = json.load(open(test_case,'r'))
            md = ModelData(md_dict)

            model = uc_model(md, relaxed=relax)
            opt = SolverFactory(test_solver)
            _set_options(opt, mipgap=0.0)

            if isinstance(opt, PersistentSolver):
                opt.set_instance(model)

            result = opt.solve(model, tee=False)

            assert result.solver.termination_condition == TerminationCondition.optimal
>           assert math.isclose(ref_objval, result.problem.upper_bound, rel_tol=rel_tol)
E           AssertionError: assert False
E            +  where False = <built-in function isclose>(4201915.017320504, 4202208.2790861, rel_tol=1e-08)
E            +    where <built-in function isclose> = math.isclose
E            +    and   4202208.2790861 = <pyomo.opt.results.container.ListContainer object at 0x7fd776013e80>.upper_bound
E            +      where <pyomo.opt.results.container.ListContainer object at 0x7fd776013e80> = {'Problem': [{'Name': 'unknown', 'Lower bound': 4202208.2790861, 'Upper bound': 4202208.2790861, 'Number of objectives...': 14.349226951599121}], 'Solution': [OrderedDict([('number of solutions', 0), ('number of solutions displayed', 0)])]}.problem

test_unit_commitment.py:74: AssertionError
------------------------------------------- Captured stdout call -------------------------------------------
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING: Polynomial cost curves will be approximated using piecewise segments
-------------------------------------------- Captured log call ---------------------------------------------
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
WARNING  egret:params.py:862 WARNING: Polynomial cost curves will be approximated using piecewise segments
============================================= warnings summary =============================================
/Users/Juraj/anaconda3/envs/UnitCommitment/lib/python3.8/site-packages/pyutilib/misc/import_file.py:11
  /Users/Juraj/anaconda3/envs/UnitCommitment/lib/python3.8/site-packages/pyutilib/misc/import_file.py:11: DeprecationWarning: the imp module is deprecated in favour of importlib; see the module's documentation for alternative uses
    import imp

-- Docs: https://docs.pytest.org/en/stable/warnings.html
========================================= short test summary info ==========================================
FAILED test_unit_commitment.py::test_int_all_uc_models - AssertionError: assert False
=========================== 1 failed, 20 passed, 1 warning in 2765.15s (0:46:05) ===========================