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