MATLAB模拟的电磁学时域有限差分法
................................\Appendix_A
................................\..........\fdtd_1d_code.m
................................\..........\initialize_plotting_parameters.m
................................\..........\plot_fields.m
................................\Appendix_C
................................\..........\polar_plot_constant_phi.m
................................\..........\polar_plot_constant_theta.m
................................\Chapter_1
................................\Chapter_10
................................\..........\calculate_domain_size.m
................................\..........\define_geometry.m
................................\..........\example_10_a
................................\..........\............\define_geometry.m
................................\..........\............\define_output_parameters.m
................................\..........\............\define_problem_space_parameters.m
................................\..........\............\define_sources_and_lumped_elements.m
................................\..........\initialize_thin_wire_updating_coefficients.m
................................\..........\initialize_updating_coefficients.m
................................\Chapter_11
................................\..........\calculate_and_display_farfields.m
................................\..........\calculate_farfields_per_plane.m
................................\..........\calculate_incident_plane_wave_power.m
................................\..........\define_sources_and_lumped_elements.m
................................\..........\display_transient_parameters.m
................................\..........\example_11_a
................................\..........\............\define_geometry.m
................................\..........\............\define_output_parameters.m
................................\..........\............\define_problem_space_parameters.m
................................\..........\............\define_sources_and_lumped_elements.m
................................\..........\example_11_b
................................\..........\............\define_geometry.m
................................\..........\............\define_output_parameters.m
................................\..........\............\define_problem_space_parameters.m
................................\..........\............\define_sources_and_lumped_elements.m
................................\..........\example_11_c
................................\..........\............\capture_sampled_electric_fields.m
................................\..........\............\define_geometry.m
................................\..........\............\define_output_parameters.m
................................\..........\............\define_problem_space_parameters.m
................................\..........\............\define_sources_and_lumped_elements.m
................................\..........\initialize_incident_field_updating_coefficients.m
................................\..........\initialize_sources_and_lumped_elements.m
................................\..........\update_electric_fields.m
................................\..........\update_incident_fields.m
................................\..........\update_magnetic_fields.m
................................\Chapter_12
................................\..........\Example.br
................................\..........\Filter GUI
................................\..........\..........\3dfilter.exe
................................\..........\..........\3dfilter.map
................................\..........\..........\ADFT.p
................................\..........\..........\cygwin1.dll
................................\..........\..........\d3dx9_32.dll
................................\..........\..........\Filter.jpg
................................\..........\..........\FilterUI.fig
................................\..........\..........\FilterUI.m
................................\..........\..