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RadCluster
Graph-based cluster dynamics for irradiated materials
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Go to the source code of this file.
Namespaces | |
| namespace | calibrate |
Functions | |
| calibrate.latin_hypercube (n_samples, n_dims, rng) | |
| calibrate.unit_to_physical (u, spec) | |
| calibrate.physical_to_unit (val, spec) | |
| calibrate.sample_to_params (unit_vec) | |
| calibrate.atoms_to_loop_diameter_nm (mean_n_i) | |
| calibrate.atoms_to_void_diameter_nm (mean_n_v) | |
| calibrate.evaluate_cost (results, sim) | |
| calibrate.run_single (params, timeout_s=180, run_id=0) | |
| calibrate.append_log (log_path, row_dict) | |
| calibrate.build_row (run_id, phase, params, cost, metrics, wall) | |
| calibrate.main () | |
Variables | |
| calibrate.SCRIPT_DIR = Path(__file__).resolve().parent | |
| calibrate.BASE_DIR = SCRIPT_DIR.parent.parent | |
| float | calibrate.OMEGA = 1.18e-29 |
| float | calibrate.B_111 = 2.482e-10 |
| list | calibrate.PARAM_SPEC |
| list | calibrate.PARAM_NAMES = [p[0] for p in PARAM_SPEC] |
| float | calibrate.TARGET_DOSE = 10.0 |
| float | calibrate.TARGET_N_LOOPS = 1.0e22 |
| float | calibrate.TARGET_D_I_NM = 10.0 |
| float | calibrate.TARGET_N_VOIDS = 4.0e21 |
| float | calibrate.TARGET_D_V_NM = 3.0 |
| int | calibrate.N_MIN_TEM = 10 |
| tuple | calibrate.LOG_FIELDS |