glpk

AttributeError Traceback (most recent call last)
Cell In[22], line 2
1 # Run Analysis
----> 2 indp_analysis.run_analysis()

File ~/opt/miniconda3/envs/incoreRC1.19.0rc2/lib/python3.9/site-packages/pyincore/baseanalysis.py:399, in BaseAnalysis.run_analysis(self)
396 print("Error reading parameter: " + result[1])
397 return result
--> 399 return self.run()

File ~/opt/miniconda3/envs/incoreRC1.19.0rc2/lib/python3.9/site-packages/pyincore/analyses/indp/indp.py:96, in INDP.run(self)
93 if save_model is None:
94 save_model = False
---> 96 action_result, cost_result, runtime_result = self.run_method(fail_sce_param, RC, layers, method=method,
97 t_steps=t_steps,
98 misc={'DYNAMIC_PARAMS': dynamic_params,
99 'EXTRA_COMMODITY': extra_commodity,
100 'TIME_RESOURCE': time_resource},
101 save_model=save_model)
103 self.set_result_csv_data("action", action_result, name="actions.csv")
104 self.set_result_csv_data("cost", cost_result, name="costs.csv")

File ~/opt/miniconda3/envs/incoreRC1.19.0rc2/lib/python3.9/site-packages/pyincore/analyses/indp/indp.py:279, in INDP.run_method(self, fail_sce_param, v_r, layers, method, t_steps, misc, save_model)
276 raise ValueError('Wrong failure scenario data type.')
278 if params["ALGORITHM"] == "INDP":
--> 279 indp_results = self.run_indp(params, layers=params['L'], controlled_layers=params['L'],
280 T=params["T"], save_model=save_model, print_cmd_line=False,
281 co_location=False)
282 for t in indp_results.results:
283 actions = indp_results[t]['actions']

File ~/opt/miniconda3/envs/incoreRC1.19.0rc2/lib/python3.9/site-packages/pyincore/analyses/indp/indp.py:389, in INDP.run_indp(self, params, layers, controlled_layers, functionality, T, save, suffix, forced_actions, save_model, print_cmd_line, co_location)
386 DislocationUtil.dynamic_parameters(interdependent_net, original_N, 0,
387 params['DYNAMIC_PARAMS']['DEMAND_DATA'])
388 v_0 = {x: 0 for x in params["V"].keys()}
--> 389 results = self.indp(interdependent_net, v_0, 1, layers, controlled_layers=controlled_layers,
390 functionality=functionality, co_location=co_location)
391 indp_results = results[1]
392 if save_model:

File ~/opt/miniconda3/envs/incoreRC1.19.0rc2/lib/python3.9/site-packages/pyincore/analyses/indp/indp.py:653, in INDP.indp(self, N, v_r, T, layers, controlled_layers, functionality, fixed_nodes, print_cmd, co_location)
647 m.arc_equality = pyo.Constraint(m.a_hat_prime,
648 m.time_step,
649 rule=INDPUtil.arc_equality_rule,
650 doc='Arc reconstruction equality')
652 # Conservation of flow constraint. (2) in INDP paper.
--> 653 m.flow_conserv_node = pyo.Constraint(m.delta_p_index_0,
654 m.time_step,
655 rule=INDPUtil.flow_conserv_node_rule,
656 doc='Flow conservation')
657 # Flow functionality constraints.
658 m.flow_in_functionality = pyo.Constraint(m.a_hat, m.time_step, rule=INDPUtil.flow_in_functionality_rule,
659 doc='Flow In Functionality')

File ~/opt/miniconda3/envs/incoreRC1.19.0rc2/lib/python3.9/site-packages/pyomo/core/base/block.py:550, in BlockData.getattr(self, val)
547 return _component_decorator(self, ModelComponentFactory.get_class(val))
548 # Since the base classes don't support getattr, we can just
549 # throw the "normal" AttributeError
--> 550 raise AttributeError(
551 "'%s' object has no attribute '%s'" % (self.class.name, val)
552 )

AttributeError: 'ConcreteModel' object has no attribute 'delta_p_index_0'