%exm0721_2.m t=(0:pi/100:pi)'; % y1=sin(t)*[1,-1]; % y2=sin(t).*sin(9*t); % t3=pi*(0:9)/9; …
Bo-Blog 源代码
BO-Blog是一款功能强大且灵活的博客系统,特别适合电子工程师分享技术心得与项目经验。它支持多种数据库,拥有丰富的插件和主题,能够轻松定制个人或团队的技术博客。无论是记录日常开发笔记,还是构建专业文档库,BO-Blog都是理想的选择。通过我们的181个精选资源,您可以快速掌握从…
s1=[0 0;2 0;2 2; 0 2]; s2=[4 4;6 4; 6 6;4 6]; m1=mean(s1); m2=mean(s2); n1=zeros(2,2);n2=zeros(2,2); for i=1:4 n1=n1+s1(…
%exm0721_2.m t=(0:pi/100:pi)'; % y1=sin(t)*[1,-1]; % y2=sin(t).*sin(9*t); % t3=pi*(0:9)/9; …
%exm0721_2.m t=(0:pi/100:pi)'; % y1=sin(t)*[1,-1]; % y2=sin(t).*sin(9*t); % t3=pi*(0:9)/9; …
#include #include using namespace std; #include "Adjmulist.h" void visit(VertexType v) { cout
Build Log --------------------Configuration: test2 - Win32 Debug-------------------- Command Lines Creating temporary file …
/* This is an independent implementation of the encryption algorithm: */ /* …
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % Figure 3.37 % Illustration of the Parks-McClellan algorithm % for equiripple approximati…
// I retain copyright in this code but I encourage its free use provided // that I don't carry any responsibility for the results…
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % Figure 3.37 % Illustration of the Parks-McClellan algorithm % for equiripple approximati…