代码搜索结果

/*- * * This software may be used and distributed according to the terms * of the GNU Public License, incorporated herein by reference. * * Module : sk_g16.h * Version : $Revision

%--------------------------------------------------------------------------------------- % exa040501g.m, for example 4.5.1 and fig 4.5.1(g) % 三个时频原子的ED分布; % % 注：在该程序中，用到了子程序 atoms,tfrcw.m, %

%--------------------------------------------------------------------------------------- % exa040501g.m, for example 4.5.1 and fig 4.5.1(g) % 三个时频原子的ED分布; % % 注：在该程序中，用到了子程序 atoms,tfrcw.m, %

% z2g.m - impedance to reflection coefficient transformation % % Usage: Gamma = z2g(Z,Z0) % Gamma = z2g(Z) (equivalent to Z0=1, i.e., normalized impedances) % % Z = vector of impedanc

% g2z.m - reflection coefficient to impedance transformation % % Usage: Z = g2z(Gamma,Z0) % Z = g2z(Gamma) (equivalent to Z0=1, i.e, normalized impedances) % % Gamma = vector of refle

% Locate the two equilibrium points for the system % sysmdl_l. Linearize the system about each equilibrium, % then compute the eigenvalues at each equilibrium. xa = trim('sysmdl_l',[-1;-2]) ; % Locat

% g_himm_p.m function z = g_himm_p(x,p) x1 = x(1); x2 = x(2); a = p(1); b = p(2); w1 = (x1^2 + x2 - a^2); w2 = (x1 + x2^2 - b^2); z1 = 4*w1*x1 + 2*w2; z2 = 2*w1 + 4*w2*x2; z = [z1 z2]';