FDTD

  是以有限差分算法的MATLAB实现，可以运行的，给出谐振腔的场强的表示方法(finite diffenence time domain programmed by matlab language is for cavity, and its elelctro magnetic field can be showed.)

FDTD_PBCv1.0_P
..............\arma_z.p
..............\Coeff_obj.p
..............\data
..............\....\input_para.mat
..............\Example
..............\.......\grid_EX1.inp
..............\.......\grid_EX2.inp
..............\.......\grid_EX3.inp
..............\.......\grid_EX4.inp
..............\.......\grid_EX5.inp
..............\FDTD_init.p
..............\FDTD_MAINE.p
..............\FDTD_MAINH.p
..............\FDTD_param.p
..............\FDTD_PLWE.p
..............\FDTD_PLWH.p
..............\FDTD_PMLE.p
..............\FDTD_PMLH.p
..............\FDTD_post.p
..............\freq_fig.dat
..............\grid.inp
..............\GUI
..............\...\about.fig

..............\...\about.p
..............\...\add_patch.fig
..............\...\add_patch.p
..............\...\add_slab.fig
..............\...\add_slab.p
..............\...\add_wire.fig
..............\...\add_wire.p
..............\...\com_domain.p
..............\...\coordinate.p
..............\...\delay_main.fig
..............\...\delay_main.p
..............\...\export_fig.fig
..............\...\export_fig.p
..............\...\Generate.p
..............\...\gui_setup.fig
..............\...\gui_setup.p
..............\...\help_step.fig
..............\...\help_step.p
..............\...\input_parameters.fig
..............\...\input_parameters.p
..............\...\main_close.p
..............\...\open_setup.fig
..............\...\open_setup.p
..............\...\process.fig
..............\...\process.p
..............\...\read_parameter.p
..............\...\save_grid.fig
..............\...\save_grid.p
..............\...\ui_enable.p
..............\...\view_object.fig
..............\...\view_object.p
..............\...\view_patch.fig
..............\...\view_patch.p
..............\...\view_wire.fig
..............\...\view_wire.p
..............\k_fig.dat
..............\main.p
..............\Manual
..............\......\FDTD_Manual.pdf
..............\R_kf.dat
..............\scatter_PBC.p
..............\start.fig
..............\start.p