Profiles

class ansys.aedt.core.modules.profile.Profiles(profile_dict)

Provide an interface to solver profiles.

The Profiles class is iterable. Individual profiles are accessed via the unique key made up of “setup_name - variation”. If there are no variations available, the unique key is the setup name.

Examples

HFSS 3D Layout >>> app = Hfss3DLayout(project=”solved_h3d_project”) >>> profiles = app.setups[0].get_profile() >>> key_for_profile = list(profiles.keys())[0] >>> print(key_for_profile)

‘HFSS Setup 1’

>>> profiles[key_for_profile].product
    'HFSS3DLayout'
>>> print(f"Elapsed time: {profiles[key_for_profile].elapsed_time}")
    Elapsed time: 0:01:39
>>> print(f"Number of adaptive passes: {profiles[key_for_profile].num_adaptive_passes}")
    Number of adaptive passes: 6
>>> fsweeps = profiles[key_for_profile].frequency_sweeps
>>> sweep_name = list(fsweeps.keys())[0]  # Select the first sweep
>>> print(f"Frequency sweep '{sweep_name}' calculated {len(fsweeps[sweep_name].frequencies)} frequency points.")
    Frequency sweep 'Sweep 1' calculated 74 frequency points. Maxwell 2D (Transient)
>>> app = Maxwell2d(project="solved_m2d_project")
>>> profile_name = list(profiles.keys())[0]
>>> print(f"Profile name: {profile_name}")
    Profile name: Setup1 - fractions='4'
>>> print(f"Elapsed time: {profiles[profile_name].elapsed_time}")
    Elapsed time: 0:01:24
>>> print(f"Number of time steps: {len(profiles[profile_name].time_steps)}")
    Number of time steps: 80

Methods

Profiles.get(k[,d])
Profiles.items()
Profiles.keys()	Expose the keys of the underlying mapping.
Profiles.values()