go.m

来自「fdtd计算二维光子晶体带隙」· M 代码 · 共 31 行

function Go

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Electromagnetic Finite-Difference Time-Domain %
% Version 1.20, Release 1                       %
%                                               %
%   (C) Copyright 2005                          %
%   Sharif University of Technology             %
%   School of Electrical Engineering            %
%   All Rights Reserved                         %
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

global BoundaryType KappaX KappaY

if BoundaryType==0 | BoundaryType==6
    fprintf('\nComputing the field evolution via FDTD\n');
    KappaX=0;
    KappaY=0;
    RunFDTD
elseif BoundaryType==1
    fprintf('\nComputing the bandstructure via FDTD\n');
    BandStructure
elseif BoundaryType==2 | BoundaryType==3 | BoundaryType==4 | BoundaryType==5
    fprintf('\nComputing the waveguide dispersion via FDTD\n');
    BandStructure
end

if BoundaryType>=1 & BoundaryType<=5
    fprintf('\nNormal termination');
    fprintf('\nRun emplot to generate the dispersion\n');
end