reactivate this for mesh sensitivity analysis

[github-actions]

n_sim = int(15) # has to match sweep in config

min = 5, 5, 2, 7

max = 20, 50, 10, 50 did not work, reducing to 20, 40, 10, 40

n_elms_longitudinal = np.linspace(1, 20, n_sim, dtype=int)

n_elms_transverse_trab = np.linspace(3, 50, n_sim, dtype=int)

n_elms_transverse_cort = np.linspace(1, 10, n_sim, dtype=int)

n_radial = np.linspace(3, 50, n_sim, dtype=int)

update meshing settings with sweep factor for sensitivity analysis

sweep = cfg.meshing_settings.sweep_factor

cfg.meshing_settings.n_elms_longitudinal = int(

n_elms_longitudinal[sweep - 1].item()

)

cfg.meshing_settings.n_elms_transverse_trab = int(

n_elms_transverse_trab[sweep - 1].item()

)

cfg.meshing_settings.n_elms_transverse_cort = int(

n_elms_transverse_cort[sweep - 1].item()

)

cfg.meshing_settings.n_elms_radial = int(n_radial[sweep - 1].item())

HFE/02_CODE/src/hfe_accurate/hfe_accurate.py

Line 40 in 1cfc4fd

# TODO: reactivate this for mesh sensitivity analysis

# flake8: noqa: E402, W503

'''
# TODO: reactivate this for mesh sensitivity analysis
# n_sim = int(15)  # has to match sweep in config
# min = 5, 5, 2, 7
# max = 20, 50, 10, 50 did not work, reducing to 20, 40, 10, 40
n_elms_longitudinal = np.linspace(1, 20, n_sim, dtype=int)
n_elms_transverse_trab = np.linspace(3, 50, n_sim, dtype=int)
n_elms_transverse_cort = np.linspace(1, 10, n_sim, dtype=int)
n_radial = np.linspace(3, 50, n_sim, dtype=int)

# update meshing settings with sweep factor for sensitivity analysis
sweep = cfg.meshing_settings.sweep_factor
cfg.meshing_settings.n_elms_longitudinal = int(
    n_elms_longitudinal[sweep - 1].item()
)
cfg.meshing_settings.n_elms_transverse_trab = int(
    n_elms_transverse_trab[sweep - 1].item()
)
cfg.meshing_settings.n_elms_transverse_cort = int(
    n_elms_transverse_cort[sweep - 1].item()
)
cfg.meshing_settings.n_elms_radial = int(n_radial[sweep - 1].item())
'''

def pipeline_hfe(cfg, folder_id, grayscale_filename):

    # timing
    time_record = {}