Description: This directory contains MATLAB files for 1D simulations of electromagnetic fields.
Included are wave propagation in free space, in dissipative media (sigma nonzero),
and in dispersive media (debye medium).
To Search:
File list (Check if you may need any files):
Matlab codes for FDTD\1D\attenuation_check.m
.....................\..\fd1d_1.m
.....................\..\fd1d_2.m
.....................\..\fd1d_abc.m
.....................\..\fd1d_abc_diel.m
.....................\..\fd1d_debye.m
.....................\..\fd1d_disp.m
.....................\..\fd1d_h.m
.....................\..\fd1d_h_2.m
.....................\..\fd1d_lossy.m
.....................\..\pulse_test.m
.....................\..\README.m
.....................\2D\compute_pulse.m
.....................\..\fd2d_1_17.m
.....................\..\fd2d_debye.m
.....................\..\fd2d_debye_2.m
.....................\..\fd2d_PML.m
.....................\..\fd2d_TE_1.m
.....................\..\fd2d_TM.m
.....................\..\FDTD_2D_TE.m
.....................\..\FDTD_2D_TM.m
.....................\..\get_pml.m
.....................\..\get_pulse.m
.....................\..\medium_params_debye.m
.....................\..\medium_params_free.m
.....................\..\update_s_debye_TE.m
.....................\..\update_s_debye_TM.m
.....................\..\update_s_free.m
.....................\..\Inv_Prob\rn1.m
.....................\..\........\startup.m
.....................\..\........\Extras\Test_J.m
.....................\..\........\Opt_algs\dogleg.m
.....................\..\........\........\dogleg.m~
.....................\..\........\........\dogleg_cnstr.m
.....................\..\........\........\dogleg_cnstr.m~
.....................\..\........\........\dogleg_new.m
.....................\..\........\........\nearly_exact.asv
.....................\..\........\........\nearly_exact.m
.....................\..\........\........\nearly_exact.m~
.....................\..\........\........\nearly_exact1.m
.....................\..\........\........\Opt_lbfgsb.m
.....................\..\........\........\Opt_lbfgsb.m~
.....................\..\........\........\Opt_LevMarq.m
.....................\..\........\........\Opt_LevMarq.m~
.....................\..\........\........\Opt_LevMarq_cnstr.asv
.....................\..\........\........\Opt_LevMarq_cnstr.m
.....................\..\........\........\Opt_LevMarq_cnstr.m~
.....................\..\........\Plots\plot_all_1.m
.....................\..\........\.....\plot_all_1.m~
.....................\..\........\.....\Plot_results.m
.....................\..\........\.....\T1800.eps
.....................\..\........\.....\T3600.eps
.....................\..\........\.....\Movie\EM_movie.mat.gz
.....................\..\........\.....\.....\movie1.m
.....................\..\........\.....\.....\movie1.m~
.....................\..\........\Samsi\IP_640_1280.txt
.....................\..\........\.....\startup.m
.....................\..\........\.....\startup.m~
.....................\..\........\.....\Extras\Test_J.m
.....................\..\........\.....\......\Test_J.m~
.....................\..\........\.....\Fortran_Mex\.__afs8F7
.....................\..\........\.....\...........\fTMsolver.f
.....................\..\........\.....\...........\fTMsolver.f~
.....................\..\........\.....\...........\fTMsolver.mexglx
.....................\..\........\.....\...........\fTMsolver3_03.f
.....................\..\........\.....\...........\fTMsolverg.f
.....................\..\........\.....\...........\fTMsolverg.f~
.....................\..\........\.....\...........\fTMsolverg_old.f
.....................\..\........\.....\...........\fTMsolverg_old.f~
.....................\..\........\.....\...........\fTMsolver_old.f~
.....................\..\........\.....\...........\my_mex
.....................\..\........\.....\Opt_algs\dogleg.m
.....................\..\........\.....\........\dogleg.m~
.....................\..\........\.....\........\nearly_exact.m
.....................\..\........\.....\........\nearly_exact.m~
.....................\..\........\.....\........\nearly_exact1.m
.....................\..\........\.....\........\Opt_lbfgsb.m
.....................\..\........\.....\........\Opt_lbfgsb.m~
.....................\..\........\.....\........\Opt_LevMarq.m
.................
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