sdcc

• sdcc package
  • Submodules
  • sdcc.analysis module
    • analyze_hyst_data()
    • get_critical_sizes()
    • process_thellier_data()
  • sdcc.barriers module
    • GEL
      • GEL.get_params()
      • GEL.to_file()
    • HEL
      • HEL.get_params()
      • HEL.to_file()
    • HELs
      • HELs.to_file()
    • blocking_temperature()
    • construct_energy_mat_fast()
    • delete_splits()
    • dijkstras()
    • direction_result()
    • direction_spline()
    • energy_result()
    • energy_spline()
    • find_B_barriers()
    • find_T_barriers()
    • find_all_barriers()
    • find_global_minimum()
    • fix_minima()
    • get_antipode_order()
    • get_min_regions()
    • get_minima()
    • make_antipode_array()
    • mat_to_mask()
    • merge_similar_minima()
    • prune_energies()
    • segment_region()
    • smart_sort()
    • uniaxial_critical_size()
    • uniaxial_relaxation_time()
    • wrap_labels()
  • sdcc.energy module
    • Ea()
    • Ed()
    • Ez()
    • angle2xyz()
    • calculate_anisotropies()
    • demag_factors()
    • dir_to_rot_mat()
    • energy_ang()
    • energy_surface()
    • energy_xyz()
    • get_material_parms()
    • xyz2angle()
  • sdcc.materials module
    • Anisotropy
      • Anisotropy.make_functions()
    • CubicAnisotropy
    • Material
      • Material.Aex()
      • Material.Kd()
      • Material.Ms()
      • Material.anisotropy_constants()
      • Material.exch_len()
      • Material.mesh_sizing()
      • Material.min_exch_len()
    • SolidSolution
      • SolidSolution.composition()
    • TM_k1()
    • TM_k2()
  • sdcc.plotting module
    • _descent_update()
    • dimap()
    • dimap_V()
    • energy_matrix_plot()
    • fast_path_to_min()
    • gradient_descent()
    • plot_arai()
    • plot_barriers()
    • plot_cubeocta()
    • plot_energy_path()
    • plot_energy_surface()
    • plot_minima()
    • plot_net()
    • plot_pullaiah_curves()
    • plot_relax_experiment()
    • plot_routine()
    • update()
  • sdcc.simulation module
    • Q_matrix()
    • SDCCResult
      • SDCCResult.to_file()
    • _update_p_vector()
    • calc_relax_time()
    • critical_size()
    • eq_ps()
    • full_crit_size()
    • get_avg_vectors()
    • grain_hyst_vectors()
    • grain_vectors()
    • hyst_mono_dispersion()
    • hyst_treatment()
    • mono_direction()
    • mono_dispersion()
    • mono_hyst_direction()
    • parallelized_hyst_mono_dispersion()
    • parallelized_mono_dispersion()
    • relax_time_crit_size()
    • result_to_file()
    • thermal_treatment()
  • sdcc.treatment module
    • CoolingStep
    • HeatingStep
    • HoldStep
    • HystBranch
    • SuscStep
    • TreatmentStep
    • VRMStep
    • coe_experiment()
    • hyst_loop()
    • make_thellier_step()
    • overprint()
    • relaxation_time()
    • temp2time()
    • thellier_experiment()
    • thermal_demag()
    • time2temp()
  • sdcc.utils module
    • calc_d_min()
    • fib_hypersphere()
    • fib_sphere()
    • smooth_surface()
  • Module contents