TARANG.lib.valid.val_para

TARANG.lib.valid.val_para#

Attributes#

`device`
`device_rank`
`complex_dtype`
`real_dtype`
`kind`
`INPUT_SET_CASE`
`input_case`
`INPUT_ELSASSER`
`INPUT_REAL_FIELD`
`OUTPUT_REAL_FIELD`
`INPUT_FROM_FILE`
`input_file_name`
`input_dir`
`output_dir`
`dimension`
`Nx`
`Ny`
`Nz`
`L`
`BOX_SIZE_DEFAULT`
`L`
`Rac`
`Ra`
`Pr`
`kappa`
`nu`
`eta`
`kappa`
`HYPO_DISSIPATION`
`HYPER_DISSIPATION`
`nu_hypo`
`nu_hypo_power`
`nu_hypo_cutoff`
`nu_hyper`
`nu_hyper_power`
`eta_hypo`
`eta_hypo_power`
`eta_hypo_cutoff`
`eta_hyper`
`eta_hyper_power`
`kappa_hypo`
`kappa_hypo_power`
`kappa_hypo_cutoff`
`kappa_hyper`
`kappa_hyper_power`
`FORCING_ENABLED`
`FORCING_SCHEME`
`forcing_range`
`injection_u`
`injection_h`
`injection_plus`
`injection_minus`
`injection_vector_potential`
`injection_magnetic_helicity`
`BUOYANCY_ENABLED`
`Nb`
`ROTATION_ENABLED`
`Omega`
`MAINTAIN_FIELD`
`maintain_mux`
`time_scheme`
`t_initial`
`t_final`
`dt`
`FIXED_DT`
`Courant_no`
`t_eps`
`PRINT_PARAMETERS`
`RUNTIME_SAVE`
`LIVE_PLOT`
`USE_BINDING`
`PLANAR_SPECTRA`
`SAVE_VORTICITY`
`SAVE_VECPOT`
`modes_save`
`iter_field_save_start`
`iter_field_save_inter`
`iter_field_save_buffer`
`iter_glob_energy_print_start`
`iter_glob_energy_print_inter`
`iter_glob_save_buffer`
`iter_ekTk_save_start`
`iter_ekTk_save_inter`
`iter_ekTk_save_buffer`
`iter_modes_save_start`
`iter_modes_save_inter`
`iter_modes_save_buffer`
`VALIDATE_SOLVER`

Module Contents#

TARANG.lib.valid.val_para.device = 'CPU'#

TARANG.lib.valid.val_para.device_rank = 0#

TARANG.lib.valid.val_para.complex_dtype = 'complex'#

TARANG.lib.valid.val_para.real_dtype = 'float64'#

TARANG.lib.valid.val_para.kind = 'HYDRO'#

TARANG.lib.valid.val_para.INPUT_SET_CASE = False#

TARANG.lib.valid.val_para.input_case = 'validation'#

TARANG.lib.valid.val_para.INPUT_ELSASSER = False#

TARANG.lib.valid.val_para.INPUT_REAL_FIELD = False#

TARANG.lib.valid.val_para.OUTPUT_REAL_FIELD = False#

TARANG.lib.valid.val_para.INPUT_FROM_FILE = False#

TARANG.lib.valid.val_para.input_file_name = 'init_cond.h5'#

TARANG.lib.valid.val_para.input_dir = None#

TARANG.lib.valid.val_para.output_dir = None#

TARANG.lib.valid.val_para.dimension = 2#

TARANG.lib.valid.val_para.Nx = 64#

TARANG.lib.valid.val_para.Ny = 64#

TARANG.lib.valid.val_para.Nz = 64#

TARANG.lib.valid.val_para.L = [10, 10, 10]#

TARANG.lib.valid.val_para.BOX_SIZE_DEFAULT = True#

TARANG.lib.valid.val_para.L#

TARANG.lib.valid.val_para.Rac#

TARANG.lib.valid.val_para.Ra#

TARANG.lib.valid.val_para.Pr = 6.8#

TARANG.lib.valid.val_para.kappa#

TARANG.lib.valid.val_para.nu = 0.02#

TARANG.lib.valid.val_para.eta = 0.02#

TARANG.lib.valid.val_para.kappa = 0.02#

TARANG.lib.valid.val_para.HYPO_DISSIPATION = True#

TARANG.lib.valid.val_para.HYPER_DISSIPATION = True#

TARANG.lib.valid.val_para.nu_hypo = 1#

TARANG.lib.valid.val_para.nu_hypo_power = -2#

TARANG.lib.valid.val_para.nu_hypo_cutoff = -1#

TARANG.lib.valid.val_para.nu_hyper = 0.0001#

TARANG.lib.valid.val_para.nu_hyper_power = 2#

TARANG.lib.valid.val_para.eta_hypo = 1#

TARANG.lib.valid.val_para.eta_hypo_power = -2#

TARANG.lib.valid.val_para.eta_hypo_cutoff = -1#

TARANG.lib.valid.val_para.eta_hyper = 0.0001#

TARANG.lib.valid.val_para.eta_hyper_power = 2#

TARANG.lib.valid.val_para.kappa_hypo = 1#

TARANG.lib.valid.val_para.kappa_hypo_power = -2#

TARANG.lib.valid.val_para.kappa_hypo_cutoff = -1#

TARANG.lib.valid.val_para.kappa_hyper = 0.0001#

TARANG.lib.valid.val_para.kappa_hyper_power = 2#

TARANG.lib.valid.val_para.FORCING_ENABLED = False#

TARANG.lib.valid.val_para.FORCING_SCHEME = 'random'#

TARANG.lib.valid.val_para.forcing_range = [4, 6]#

TARANG.lib.valid.val_para.injection_u = 0#

TARANG.lib.valid.val_para.injection_h = 0#

TARANG.lib.valid.val_para.injection_plus = 0#

TARANG.lib.valid.val_para.injection_minus = 0#

TARANG.lib.valid.val_para.injection_vector_potential = 0#

TARANG.lib.valid.val_para.injection_magnetic_helicity = 0#

TARANG.lib.valid.val_para.BUOYANCY_ENABLED = False#

TARANG.lib.valid.val_para.Nb = 0#

TARANG.lib.valid.val_para.ROTATION_ENABLED = False#

TARANG.lib.valid.val_para.Omega = [0, 0, 0]#

TARANG.lib.valid.val_para.MAINTAIN_FIELD = False#

TARANG.lib.valid.val_para.maintain_mux = 1#

TARANG.lib.valid.val_para.time_scheme = 'EULER'#

TARANG.lib.valid.val_para.t_initial = 0#

TARANG.lib.valid.val_para.t_final = 0.01#

TARANG.lib.valid.val_para.dt = 0.001#

TARANG.lib.valid.val_para.FIXED_DT = True#

TARANG.lib.valid.val_para.Courant_no = 0.2#

TARANG.lib.valid.val_para.t_eps = 1e-08#

TARANG.lib.valid.val_para.PRINT_PARAMETERS = True#

TARANG.lib.valid.val_para.RUNTIME_SAVE = False#

TARANG.lib.valid.val_para.LIVE_PLOT = False#

TARANG.lib.valid.val_para.USE_BINDING = True#

TARANG.lib.valid.val_para.PLANAR_SPECTRA = False#

TARANG.lib.valid.val_para.SAVE_VORTICITY = False#

TARANG.lib.valid.val_para.SAVE_VECPOT = False#

TARANG.lib.valid.val_para.modes_save = []#

TARANG.lib.valid.val_para.iter_field_save_start = 0#

TARANG.lib.valid.val_para.iter_field_save_inter = 10#

TARANG.lib.valid.val_para.iter_field_save_buffer = 1#

TARANG.lib.valid.val_para.iter_glob_energy_print_start = 0#

TARANG.lib.valid.val_para.iter_glob_energy_print_inter = 1#

TARANG.lib.valid.val_para.iter_glob_save_buffer = 100#

TARANG.lib.valid.val_para.iter_ekTk_save_start = 0#

TARANG.lib.valid.val_para.iter_ekTk_save_inter = 1#

TARANG.lib.valid.val_para.iter_ekTk_save_buffer = 100#

TARANG.lib.valid.val_para.iter_modes_save_start = 1000#

TARANG.lib.valid.val_para.iter_modes_save_inter = 1#

TARANG.lib.valid.val_para.iter_modes_save_buffer = 1#

TARANG.lib.valid.val_para.VALIDATE_SOLVER = True#