the fdtd method for electromagnetics with matlab simulations

01diancichang
01diancichang\calculate_domain_size.m
01diancichang\calculate_frequency_domain_outputs.m
01diancichang\calculate_material_component_values.m
01diancichang\capture_sampled_electric_fields.m
01diancichang\capture_sampled_magnetic_fields.m
01diancichang\capture_sampled_voltages.m
01diancichang\create_bricks.m
01diancichang\create_linear_index_list.m
01diancichang\create_pec_plates.m
01diancichang\create_spheres.m
01diancichang\define_geometry.m
01diancichang\define_output_parameters.m
01diancichang\define_problem_space_parameters.m
01diancichang\define_sources_and_lumped_elements.m
01diancichang\display_frequency_domain_outputs.m
01diancichang\display_sampled_parameters.m
01diancichang\fdtd_solve.m
01diancichang\initialize_fdtd_material_grid.m
01diancichang\initialize_fdtd_parameters_and_arrays.m
01diancichang\initialize_output_parameters.m
01diancichang\initialize_sources_and_lumped_elements.m
01diancichang\initialize_updating_coefficients.m
01diancichang\initialize_voltage_source_updating_coefficients.m
01diancichang\initialize_waveforms.m
01diancichang\lianxi.m
01diancichang\post_process_and_display_results.m
01diancichang\run_fdtd_time_marching_loop.m
01diancichang\time_to_frequency_domain.m
01diancichang\update_electric_fields.m
01diancichang\update_magnetic_fields.m
01diancichang\update_voltage_sources.m

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