代码搜索：Multiple
找到约 9,501 项符合「Multiple」的源代码
代码结果 9,501
www.eeworm.com/read/155858/11843216
cpp 4elist0710.cpp
//listing 7.10
// demonstrates multiple statements in
// for loops
#include
int main()
{
for (int i=0, j=0; i
www.eeworm.com/read/342749/12003606
m zak.m
function dzt=zak(sig,N,M)
%ZAK Zak transform.
% DZT=ZAK(SIG,N,M) computes the Zak transform of signal SIG.
%
% SIG : Signal to be analysed (length(X)=N1).
% N : number of Zak coefficients in time (
www.eeworm.com/read/341613/12075657
m zak.m
function dzt=zak(sig,N,M)
%ZAK Zak transform.
% DZT=ZAK(SIG,N,M) computes the Zak transform of signal SIG.
%
% SIG : Signal to be analysed (length(X)=N1).
% N : number of Zak coefficients in time (
www.eeworm.com/read/152310/12122732
m nnpin.m
function y = nnpin(x,a,b,q)
%NNPIN Neural Network Design utility function.
% NNPIN(X,A,B,Q)
% X - Number or matrix.
% A - Lower bound.
% B - Upper bound.
% Q - Quantization constant (o
www.eeworm.com/read/254350/12141723
history
08.08.2000 Version 0.9.0 "Pre-alpha"
Testing adding preset tags to a file known not to have any existing tags.
10.08.2000 Version 0.9.1
Searching for and displaying existing tag in file works.
1
www.eeworm.com/read/340554/12147982
c 4.c
main( )
{ int m, n, a, b, t, c;
printf(" Input two integer numbers :\n");
scanf(" %d %d",&a ,&b);
m=a;
n=b;
if(a
www.eeworm.com/read/340481/12154561
notes
In this example there is one additional event described by the
integers
0 4 3 4 0
in the last record of param1. The integers specify the reflecting
interfaces of the event. Thus, the event contains
www.eeworm.com/read/151943/12159048
c 4.c
main( )
{ int m, n, a, b, t, c;
printf(" Input two integer numbers :\n");
scanf(" %d %d",&a ,&b);
m=a;
n=b;
if(a
www.eeworm.com/read/151851/12168825
m nnpin.m
function y = nnpin(x,a,b,q)
%NNPIN Neural Network Design utility function.
% NNPIN(X,A,B,Q)
% X - Number or matrix.
% A - Lower bound.
% B - Upper bound.
% Q - Quantization constant (o
www.eeworm.com/read/253939/12176604
m zak.m
function dzt=zak(sig,N,M)
%ZAK Zak transform.
% DZT=ZAK(SIG,N,M) computes the Zak transform of signal SIG.
%
% SIG : Signal to be analysed (length(X)=N1).
% N : number of Zak coefficients in time (