Viscous model

Setting up and querying the model

>>> import ansys.fluent.core as pyfluent
>>> viscous = pyfluent.Viscous(settings_source=solver)
>>> from pprint import pprint
>>> pprint(viscous.get_state(), width=1)
{'k_omega_model': 'sst',
 'k_omega_options': {'kw_low_re_correction': False},
 'model': 'k-omega',
 'near_wall_treatment': {'wall_omega_treatment': 'correlation'},
 'options': {'corner_flow_correction': False,
             'curvature_correction': False,
             'production_kato_launder_enabled': False,
             'production_limiter': {'clip_factor': 10.0,
                                    'enabled': True},
             'viscous_heating': False},
 'transition_module': 'none',
 'turbulence_expert': {'restore_sst_v61': False,
                       'thermal_p_function': True,
                       'turb_non_newtonian': False},
 'user_defined': {'energy_prandtl': 'none',
                  'turb_visc_func': 'none',
                  'wall_prandtl': 'none'}}
>>> pprint(viscous.model.allowed_values(), width=1)
['inviscid',
 'laminar',
 'k-epsilon',
 'k-omega',
 'mixing-length',
 'spalart-allmaras',
 'k-kl-w',
 'transition-sst',
 'reynolds-stress',
 'scale-adaptive-simulation',
 'detached-eddy-simulation',
 'large-eddy-simulation']
>>> viscous.options.corner_flow_correction.is_active()
True
>>> viscous.model.set_state('k-epsilon')
>>> viscous.options.corner_flow_correction.is_active()
False
>>> viscous.k_epsilon_model.get_state()
'standard'
>>> viscous.k_omega_model.is_active()
False
>>> viscous.k_epsilon_model.allowed_values()
['standard',
 'realizable',
 'rng']
>>> viscous.options.production_kato_launder_enabled.is_active()
True
>>> viscous.options.production_kato_launder_enabled.get_state()
False
>>> viscous.k_epsilon_model.set_state("realizable")
>>> viscous.options.production_kato_launder_enabled.is_active()
False