代码搜索：corresponding
找到约 4,250 项符合「corresponding」的源代码
代码结果 4,250
www.eeworm.com/read/385151/8817081
bat can_data_send.bat
REM This is a sample batch file for the CAN Module application example
REM (Transmitting Data Frames) corresponding to the M3T-CC32R.
REM The environment variable for CC32R corresponds with the defa
www.eeworm.com/read/385151/8817088
bat top10_fixcyc.bat
REM This is a sample batch file for the timer TOP application example
REM (Continuous output mode) corresponding to the M3T-CC32R.
REM The environment variable for CC32R corresponds with the default
www.eeworm.com/read/385151/8817118
bat can_remote_send.bat
REM This is a sample batch file for the CAN Module application example
REM (Transmitting Remote Frames) corresponding to the M3T-CC32R.
REM The environment variable for CC32R corresponds with the de
www.eeworm.com/read/385151/8817196
bat can_data_receive.bat
REM This is a sample batch file for the CAN Module application example
REM (Receiving Data Frames) corresponding to the M3T-CC32R.
REM The environment variable for CC32R corresponds with the default
www.eeworm.com/read/381211/9104178
m comb.m
function [y,b,a]=comb(Nzeros,subset,r,x)
% [y,b,a]=comb(Nzeros,subset,r,x)
%
% Comb filter function.
% Inputs:
% Nzeros =# zeros at radius r on the z-plane.
% Corresponding frequencies a
www.eeworm.com/read/379525/9194228
c rdwri.c
#
/*
*/
#include "../param.h"
#include "../inode.h"
#include "../user.h"
#include "../buf.h"
#include "../conf.h"
#include "../systm.h"
/*
* Read the file corresponding to
* the inode pointed at
www.eeworm.com/read/379447/9197038
m func_invdwt2.m
function im_rec = func_InvDWT2(I_W, S, type, level);
%
% Inverse wavelet decomposition
%
% input: I_W : decomposed image vector
% S : corresponding bookkeeping matrix
% ty
www.eeworm.com/read/371680/9542002
m homt_computebase.m
%function [Q0,evl,NSub] = Het_computeBase(hom, A0, unstable_flag, NSub)
%
% Compute an orthonormal basis Q0 for the invariant subspace
% corresponding to the NSub
% most unstable eigenval
www.eeworm.com/read/371680/9542467
m het_computebase.m
%function [Q0,evl,NSub] = Het_computeBase(hom, A0, unstable_flag, NSub)
%
% Compute an orthonormal basis Q0 for the invariant subspace
% corresponding to the NSub
% most unstable eigenval
www.eeworm.com/read/359212/10161239
m invhomog.m
%INVHOMOG invert (decompose) the image plane homography
%
% s = invhomog(A)
%
% where s is an array of structures with elements
% R 3x3 rotation matrix
% t 3x1 translation vector
%
% corresponding t