代码搜索：syntax
找到约 10,000 项符合「syntax」的源代码
代码结果 10,000
www.eeworm.com/read/147096/12585058
c sreadfil.c
/*
* SREADFIL A SIMULINK trigged read from a file.
*
* Syntax: [sys, x0] = sreadfil(t,x,u,flag, filename, format, pulnum, threshold, numOutput, recursive)
* The input of this function is a
www.eeworm.com/read/147096/12585101
c cmplxflt.c
/*
* SCHDINT A SIMULINK scheduling integration
*
* Syntax: [sys, x0] = cmplxflt(t, x, u, flag, NUM, DEN, TS)
*
* This block will reset the integration to be zero at K*TD(1) + TD
www.eeworm.com/read/147096/12585104
c regdown.c
/*
* REGDOWN A SIMULINK register down block
*
* Syntax: [sys, x0] = regdown(t, x, u, flag, OutputIndex, Increament, trigThreshold, cycl_flag)
* This block output a vector with the initial
www.eeworm.com/read/147096/12585162
c simquan.c
/*
* SIMQUAN A SIMULINK quantizer block
*
* Syntax: [sys, x0] = regdown(t, x, u, flag, k, partition, codebook)
* This block quantizes individual element of the input vector using
* s
www.eeworm.com/read/147096/12585209
c schdint.c
/*
* SCHDINT A SIMULINK scheduling integration
*
* Syntax: [sys, x0] = schdint(t, x, u, flag, TD, TS, Modulo)
*
* This block will reset the integration to be zero at K*TD(1) + T
www.eeworm.com/read/147096/12585284
c simrscod.c
/*============================================================================
* Syntax: [sys, x0, str, ts] = simrscod(t, x, u, flag, n, k, pg, tp, dim);
*SIMBCHDC SIMULINK S-function for Reed-Sol
www.eeworm.com/read/147096/12585286
c srandpoi.c
/*
* SRANDPOI SIMULINK poisson distribution number generator.
*
* Syntax: [sys, x0] = SRANDPOI(t, x, u, flag, seed, lambda)
* This function is to generate poisson distribution number.
www.eeworm.com/read/333887/12656436
m emdc.m
%EMDC computes Empirical Mode Decomposition
%
%
% Syntax
%
%
% [IMF,NB_ITERATIONS]=EMDC(T,X,STOP_PARAMETERS,MAX_IMFS);
%
%
% Description
%
%
% computes EMD according to [1] with stopp
www.eeworm.com/read/205036/15328888
m mtimes.m
function C = mtimes(A,B)
%MTIMES sptensor-scalar multiplication.
%
% C = MTIMES(A,B) is called for the syntax 'A * B' when A or B is a
% sparse tensor and the other argument is a scalar.
%
% F
www.eeworm.com/read/202129/15390429
m emdc.m
%EMDC computes Empirical Mode Decomposition
%
%
% Syntax
%
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% [IMF,NB_ITERATIONS]=EMDC(T,X,STOP_PARAMETERS,MAX_IMFS);
%
%
% Description
%
%
% computes EMD according to [1] with stopp