代码搜索：plot

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www.eeworm.com/read/131904/14120428

m plot_p.m

% remake figure 5.17 figure load run5;plot(mean(Wx'), '--'); hold on mu=rp.mu; n=1:5000; a=-0.99; lambda=abs(a); Ew1=-a+a*(1-mu*lambda).^n; a=0.99; lambda=abs(a); Ew2=-a+a*(1-mu*lambda).^n;
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www.eeworm.com/read/131904/14120451

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);
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www.eeworm.com/read/131588/14136383

m plot_process.m

function plot_process(mu) %Plot the mu's during an algorithm's execution %Inputs: % mu - The location of points % No outputs h = findobj('UserData','mu'); if (~isempty(h)), delete(h
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www.eeworm.com/read/131588/14136395

m plot_scatter.m

function plot_scatter(plot_features, plot_targets, fig, color) % Make a scatter plot of the data % Inputs: % plot_features - Data features % plot_targets - Data targets % fig - Optional figu
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www.eeworm.com/read/233388/14156286

jpg ber-plot.jpg

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www.eeworm.com/read/130982/14164209

sci slicer_plot.sci

function [fc]=slicer_plot(h,BB,vtx,%simp,fc) [nargout,nargin] = argn(0) //function [fc] = slicer_plot(h,BB,vtx,simp,fc); // //This function plots a 2D slice of the 3D solution vector BB at z=h. // /
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www.eeworm.com/read/130982/14164390

cat slicer_plot.cat

function [fc] = slicer_plot(h,BB,vtx,simp,fc); This function plots a 2D slice of the 3D solution vector BB at z=h. h = The height of the desired solution, max(vtx(:,3))>= h >= min(vtx(:,3)). BB
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www.eeworm.com/read/130982/14164466

m slicer_plot.m

function [fc] = slicer_plot(h,BB,vtx,simp,fc); %function [fc] = slicer_plot(h,BB,vtx,simp,fc); % %This function plots a 2D slice of the 3D solution vector BB at z=h. % % % %h = The height of
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www.eeworm.com/read/233013/14173754

m plot_wb.m

function plot_wb(t,w,a); %PLOT_WB: Horizontal plotting with Bias % % IN: t: time axis % w: traces or wavelets in columns. % a: overlab in percentage % % % Author(s): M.D.Sacchi (sac
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www.eeworm.com/read/233013/14173837

m polar_plot.m

function polar_plot(z); %POLAR_PLOT: Plot the roots of a wavelet in polar coordinates. % % polar_plot(z) % % IN z: zeros of the wavelet, they can be computed % with zeros_wav.m % % NOTE:
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