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/165898/10047719
m plot_snr.m
clear;
%用来仿真QAM的误bit率
snr=1:1:11;
%先来计算理论误bit率
error_theory=(1-(1-(2*(1-1/sqrt(16))*1/2*erfc(1/sqrt(2)*sqrt(3*4*10.^(snr/10)/(16-1))))).^2)/4;
%用理论的误bit率来决定需要仿真的点数
N=floor(1./error_theory)*100+1
www.eeworm.com/read/165898/10047724
m plot_astrology.m
function plot_astrology(a,b)
%画出星座图
figure(1)
subplot(1,1,1)
plot(a,b,'*');
axis([-5 5 -5 5]);
line([-5,5],[0,0],'LineWidth',3,'Color','red');
line([0,0],[-5,5],'LineWidth',3,'Color','red');
t
www.eeworm.com/read/360995/10070191
m plot_mst.m
function plot_mst(a,tree,c,lwidth)
%PLOT_MST Plot minimum spanning tree
%
% PLOT_MST(A,TREE,STR,LWIDTH)
%
% Plots the edges of a minimum spanning tree, defined by the nodes A and
% TREE
%
% INPUT
www.eeworm.com/read/360732/10080639
m plot_scattered.m
function plot_scattered(pos,z, resc)
% plot_scattered - plot 2D scattered data using triangulation.
%
% plot_scattered(pos,z, resc);
%
% if 'z' is ommited, it only plot a 2D scalar plot.
%
www.eeworm.com/read/360732/10080650
m plot_mesh.m
function plot_mesh(vertex,face,options)
% plot_mesh - plot a 3D mesh.
%
% plot_mesh(vertex,face, options);
%
% 'options' is a structure that may contains:
% - 'normal' : a (nvertx x
www.eeworm.com/read/164684/10095527
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/164682/10095568
m make_plot.m
function make_plot(v, w, rp, Nlevs, xlim, ylim, str1, str2)
% function make_plot(w, v, rp, Nlevs, xlim, ylim)
r0 = 1;
r1 = -(rp.a1/(1+rp.a2));
R = [r0 r1; r1 r0];
wo = [-rp.a1; -rp.a2];
www.eeworm.com/read/360340/10101809
m plot_objective.m
%% Script to plot MOP1
% This scripts plot the objective space for MOP1 given in Homework
% Assignment # 5. It used the function eveluate_objective to determine the
% objective values and plots the
www.eeworm.com/read/360193/10106756
m plot_snr.m
function plot_snr
clear;
%用来仿真QAM的误bit率
snr=1:1:11;
%先来计算理论误比特率
error_theory=(1-(1-(2*(1-1/sqrt(16))*1/2*erfc(1/sqrt(2)*sqrt(3*4*10.^(snr/10)/(16-1))))).^2)/4;
%用理论的误比特率来决定需要仿真的点数
N=floor(1./er
www.eeworm.com/read/360193/10106761
m plot_astrology.m
function plot_astrology(a,b)
%画出星座图
%figure(c)
subplot(1,1,1)
plot(a,b,'+');
axis([-5 5 -5 5]);
line([-5,5],[0,0],'LineWidth',3,'Color','red');
line([0,0],[-5,5],'LineWidth',3,'Color','red');