代码搜索:Plot

找到约 10,000 项符合「Plot」的源代码

代码结果 10,000
www.eeworm.com/read/172061/7074882

m plot3.m

%空间曲线图 % PLOT3(x,y,z,s)其中x,y,z为向量,每一组分量代表一个数据点。 % s为表示颜色、连线和标记选择的字符串 %例如 曲线x=exp(-0.2*z)*cos(0.5*pi*z),y=exp(-0.2*z)*sin(0.5*pi*z), 0
www.eeworm.com/read/444864/7096400

m plot1.m

% Generates a stem plot showing the ACF % for a Gold sequence % Kai Borre, February 12, 2006 ca_codes close all figure(1) pl = stem(0:51,[0 Corr11(1:50) 0],'.'); axis off set(get(pl,'Ba
www.eeworm.com/read/460712/7105627

m qft_plot.m

close all; figure(1); plot(t,y(:,1),'r',t,y(:,2),'b'); xlabel('time(s)');ylabel('Position tracking'); figure(2); plot(t,u(:,1),'r'); xlabel('time(s)');ylabel('Control input'); figure(3);
www.eeworm.com/read/436131/7117786

plot mflood-scene.plot

set term png medium monochrome set output "mflood-scene.png" set ylabel "Transmission Speed(KB/s)" set xlabel "Time(s)" set key left top box set title "MFlood Ananysis" plot "mflood-scene-1-2.data" ti
www.eeworm.com/read/464776/7155321

m lsm_plot.m

www.eeworm.com/read/462844/7194410

m plot_mv.m

%plot motion field from MV stored in two coloumns load MV.txt -ascii [x,y]=meshgrid(0:16:351,0:16:287); for (i=1:18) u(i,1:22)=MV((i-1)*22+1:i*22,1)'; v(i,1:22)=MV((i-1)*22+1:i*22,2)'; end quive
www.eeworm.com/read/462581/7200151

m plot_mvdr.m

function plot_mvdr(name) eval(['load ' name]); % test vectors for spatially sampled response W_H = conj(W(Ndata, :)); st = -1 : 0.025 : 1; est = exp(-j*pi*[0:(rp.p-1)]'*st);
www.eeworm.com/read/461728/7221220

m plot_wavelet.m

function plot_wavelet(M, L, style, edge_color, renormalize) % plot_wavelet - plot 2D wavelet transform stored using Mallat's ordering. % % plot_wavelet(WT, L, style, edge_color, renormalize);
www.eeworm.com/read/461294/7229562

m gp_plot.m

% For generating residual error plots for GP journal paper. % % Need to edit ver_ga ver_ga prob_ga % Which model ? mod_num=2; num_points=length(y_v); figure(1) hold off clg subplo
www.eeworm.com/read/461294/7229577

m opt_plot.m

% opt_plot : For generating a plot of optimum T1,T2 for % varying values of CAF1 (for 2 CSTR) clear all T10=341; T20=341; options=foptions; %options(1)=1; %options(14)= dQ