The code is applicable to the electromagnetics time domain finite difference method (FDTD) for Matlab simulation. Code development is based on Matlab programming language, because Matlab program is easy to use and practical, and most electronic engineers are familiar with Matlab language.

Filename	Size	Update
fdtd	0	2017-12-29
fdtd\Appendix_A	0	2017-12-29
fdtd\Appendix_A\fdtd_1d_code.m	3184	2012-09-07
fdtd\Appendix_A\initialize_plotting_parameters.m	836	2012-09-07
fdtd\Appendix_A\plot_fields.m	353	2012-09-07
fdtd\Appendix_C	0	2017-12-29
fdtd\Appendix_C\polar_plot_constant_phi.m	3206	2012-09-07
fdtd\Appendix_C\polar_plot_constant_theta.m	2418	2012-09-07
fdtd\Chapter_1	0	2017-12-29
fdtd\Chapter_10	0	2017-12-29
fdtd\Chapter_10\example_10_a	0	2017-12-29
fdtd\Chapter_10\example_10_a\define_geometry.m	606	2012-09-07
fdtd\Chapter_10\example_10_a\define_output_parameters.m	1364	2012-09-07
fdtd\Chapter_10\example_10_a\define_problem_space_parameters.m	2723	2012-09-07
fdtd\Chapter_10\example_10_a\define_sources_and_lumped_elements.m	853	2012-09-07
fdtd\Chapter_11	0	2017-12-30
fdtd\Chapter_11\calculate_and_display_farfields.m	4054	2012-09-07
fdtd\Chapter_11\calculate_farfields_per_plane.m	7067	2012-09-07
fdtd\Chapter_11\calculate_incident_plane_wave_power.m	506	2012-09-07
fdtd\Chapter_11\define_sources_and_lumped_elements.m	661	2012-09-07
fdtd\Chapter_11\display_transient_parameters.m	4680	2012-09-07
fdtd\Chapter_11\example_11_a	0	2017-12-29
fdtd\Chapter_11\example_11_a\define_geometry.m	250	2012-09-07
fdtd\Chapter_11\example_11_a\define_output_parameters.m	1352	2012-09-07
fdtd\Chapter_11\example_11_a\define_problem_space_parameters.m	2718	2012-09-07
fdtd\Chapter_11\example_11_a\define_sources_and_lumped_elements.m	661	2012-09-07
fdtd\Chapter_11\example_11_b	0	2017-12-29
fdtd\Chapter_11\example_11_b\define_geometry.m	303	2012-09-07
fdtd\Chapter_11\example_11_b\define_output_parameters.m	964	2012-09-07
fdtd\Chapter_11\example_11_b\define_problem_space_parameters.m	2712	2012-09-07
fdtd\Chapter_11\example_11_b\define_sources_and_lumped_elements.m	663	2012-09-07
fdtd\Chapter_11\example_11_c	0	2017-12-30
fdtd\Chapter_11\example_11_c\calculate_and_display_farfields.m	4054	2012-09-07
fdtd\Chapter_11\example_11_c\calculate_domain_size.m	5155	2012-09-07
fdtd\Chapter_11\example_11_c\calculate_farfields_per_plane.m	7067	2012-09-07
fdtd\Chapter_11\example_11_c\calculate_frequency_domain_outputs.m	2911	2012-09-07
fdtd\Chapter_11\example_11_c\calculate_incident_plane_wave_power.m	506	2012-09-07
fdtd\Chapter_11\example_11_c\calculate_JandM.m	4434	2012-09-07
fdtd\Chapter_11\example_11_c\calculate_material_component_values.m	5164	2012-09-07
fdtd\Chapter_11\example_11_c\calculate_radiated_power.m	1102	2012-09-07
fdtd\Chapter_11\example_11_c\capture_sampled_currents.m	1320	2012-09-07
fdtd\Chapter_11\example_11_c\capture_sampled_electric_fields.m	1826	2012-09-07
fdtd\Chapter_11\example_11_c\capture_sampled_magnetic_fields.m	891	2012-09-07
fdtd\Chapter_11\example_11_c\capture_sampled_voltages.m	473	2012-09-07
fdtd\Chapter_11\example_11_c\create_bricks.m	670	2012-09-07
fdtd\Chapter_11\example_11_c\create_linear_index_list.m	655	2012-09-07
fdtd\Chapter_11\example_11_c\create_PEC_plates.m	1100	2012-09-07
fdtd\Chapter_11\example_11_c\create_spheres.m	546	2012-09-07
fdtd\Chapter_11\example_11_c\define_geometry.m	292	2012-09-07
fdtd\Chapter_11\example_11_c\define_output_parameters.m	1803	2012-09-07
fdtd\Chapter_11\example_11_c\define_problem_space_parameters.m	2711	2012-09-07
fdtd\Chapter_11\example_11_c\define_sources_and_lumped_elements.m	623	2012-09-07
fdtd\Chapter_11\example_11_c\display_3D_geometry.m	8474	2012-09-07
fdtd\Chapter_11\example_11_c\display_animation.m	1435	2012-09-07
fdtd\Chapter_11\example_11_c\display_frequency_domain_outputs.m	5009	2012-09-07
fdtd\Chapter_11\example_11_c\display_material_mesh.m	414	2012-09-07
fdtd\Chapter_11\example_11_c\display_material_mesh_gui.m	34430	2012-09-07
fdtd\Chapter_11\example_11_c\display_objects_mesh_in_animation.m	2661	2012-09-07
fdtd\Chapter_11\example_11_c\display_problem_space.m	11214	2012-09-07
fdtd\Chapter_11\example_11_c\display_sampled_parameters.m	2656	2012-09-07
fdtd\Chapter_11\example_11_c\display_transient_parameters.m	4680	2012-09-07
fdtd\Chapter_11\example_11_c\fdtd_solve.m	769	2012-09-07
fdtd\Chapter_11\example_11_c\frequency_to_time_domain.m	608	2012-09-07
fdtd\Chapter_11\example_11_c\initialize_animation_parameters.m	6022	2012-09-07
fdtd\Chapter_11\example_11_c\initialize_boundary_conditions.m	1240	2012-09-07
fdtd\Chapter_11\example_11_c\initialize_capacitor_updating_coefficients.m	1966	2012-09-07
fdtd\Chapter_11\example_11_c\initialize_CPML_ABC.m	14937	2012-09-07
fdtd\Chapter_11\example_11_c\initialize_current_source_updating_coefficients.m	2260	2012-09-07
fdtd\Chapter_11\example_11_c\initialize_diode_updating_coefficients.m	1660	2012-09-07
fdtd\Chapter_11\example_11_c\initialize_display_parameters.m	2103	2012-09-07
fdtd\Chapter_11\example_11_c\initialize_farfield_arrays.m	2697	2012-09-07
fdtd\Chapter_11\example_11_c\initialize_fdtd_material_grid.m	1277	2012-09-07
fdtd\Chapter_11\example_11_c\initialize_fdtd_parameters_and_arrays.m	688	2012-09-07
fdtd\Chapter_11\example_11_c\initialize_incident_field_updating_coefficients.m	1257	2012-09-07
fdtd\Chapter_11\example_11_c\initialize_inductor_updating_coefficients.m	1297	2012-09-07
fdtd\Chapter_11\example_11_c\initialize_output_parameters.m	4317	2012-09-07
fdtd\Chapter_11\example_11_c\initialize_resistor_updating_coefficients.m	1838	2012-09-07
fdtd\Chapter_11\example_11_c\initialize_sources_and_lumped_elements.m	13048	2012-09-07
fdtd\Chapter_11\example_11_c\initialize_thin_wire_updating_coefficients.m	2640	2012-09-07
fdtd\Chapter_11\example_11_c\initialize_updating_coefficients.m	1820	2012-09-07
fdtd\Chapter_11\example_11_c\initialize_voltage_source_updating_coefficients.m	2303	2012-09-07
fdtd\Chapter_11\example_11_c\initialize_waveforms.m	2883	2012-09-07
fdtd\Chapter_11\example_11_c\object_drawing_functions.m	36036	2012-09-07
fdtd\Chapter_11\example_11_c\plot_e_xy.m	1361	2012-09-07
fdtd\Chapter_11\example_11_c\plot_e_yz.m	1420	2012-09-07
fdtd\Chapter_11\example_11_c\plot_e_zx.m	1408	2012-09-07
fdtd\Chapter_11\example_11_c\plot_h_xy.m	1880	2012-09-07
fdtd\Chapter_11\example_11_c\plot_h_yz.m	1942	2012-09-07
fdtd\Chapter_11\example_11_c\plot_h_zx.m	1975	2012-09-07
fdtd\Chapter_11\example_11_c\polar_plot_constant_phi.m	3206	2012-09-07
fdtd\Chapter_11\example_11_c\polar_plot_constant_theta.m	2418	2012-09-07
fdtd\Chapter_11\example_11_c\post_process_and_display_results.m	196	2012-09-07
fdtd\Chapter_11\example_11_c\run_fdtd_time_marching_loop.m	851	2012-09-07
fdtd\Chapter_11\example_11_c\set_color_axis_scaling.m	1356	2012-09-07
fdtd\Chapter_11\example_11_c\solve_diode_equation.m	402	2012-09-07
fdtd\Chapter_11\example_11_c\time_to_frequency_domain.m	643	2012-09-07
fdtd\Chapter_11\example_11_c\update_current_sources.m	645	2012-09-07
fdtd\Chapter_11\example_11_c\update_diodes.m	917	2012-09-07
fdtd\Chapter_11\example_11_c\update_electric_fields.m	1266	2012-09-07
fdtd\Chapter_11\example_11_c\update_electric_field_CPML_ABC.m	3135	2012-09-07

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