代码搜索：containing
找到约 10,000 项符合「containing」的源代码
代码结果 10,000
www.eeworm.com/read/365849/9844283
m gradx.m
function v=gradx(obj,x,t,w,u)
% Evaluates the gradient object at time t, with respect to x.
%
% Syntax: (* = optional)
%
% v = gradx(obj, x, t, w, u);
%
% In arguments:
%
% 1. obj
% The xtab
www.eeworm.com/read/365849/9844319
m eval.m
function v=eval(obj,x,t,u,w)
% Method for evaluating an expression contained in a xtable object.
%
% Syntax: (* = optional)
%
% v = eval(model, x, t, u, w);
%
% In arguments:
%
% 1. model
%
www.eeworm.com/read/365849/9844344
m gradw.m
function v=gradw(obj,x,t,w,u)
% Evaluates the gradient object at time t, with respect to w.
%
% Syntax: (* = optional)
%
% v = gradw(obj, x, t, w, u);
%
% In arguments:
%
% 1. obj
% The xtab
www.eeworm.com/read/365849/9844394
m pnames.m
function [props,rprops]=pnames
% The properties are divided into two groups:
% General properties (or just 'properties') that can be both read and written, and
% read-only properties that can be re
www.eeworm.com/read/365849/9844466
m eval.m
function v=eval(obj,varargin)
% Method for evaluating an expression contained in a xhandle object.
%
% Syntax: (* = optional)
%
% v = eval(model, x*, t*, u*, w*);
%
% In arguments:
%
% 1. mod
www.eeworm.com/read/365849/9844470
m pnames.m
function [props,rprops]=pnames
% The properties are divided into two groups:
% General properties (or just 'properties') that can be both read and written, and
% read-only properties that can be re
www.eeworm.com/read/365849/9844560
m pnames.m
function [props,rprops]=pnames
% The properties are divided into two groups:
% General properties (or just 'properties') that can be both read and written, and
% read-only properties that can be re
www.eeworm.com/read/365849/9844578
m pyx.m
function pr=pyx(obj,y,x,t,u);
% Calculates p(y|x), ie the probability of y given x.
%
% Syntax: (* = optional)
%
% pr = pyx(model, y, x, t, u);
%
% In arguments:
%
% 1. model
% Model object.
www.eeworm.com/read/365849/9844582
m dnl.m
function obj = pfsys(varargin)
% Constructor for the DNL (Discrete Non-Linear) model
%
% x(t+T) = f(x,u,w,t)
% y(t) = h(x,u,t) + e(t)
%
% Syntax: (* = optional)
%
% model = dnl(f, h, x0, w,
www.eeworm.com/read/365849/9844603
m f_general.m
function v=f_general(obj,x,t,u,varargin)
% Calculates: f(x,t,u,w)
%
% Syntax: (* = optional)
%
% x_new = f_general(model, x, t, u, w*);
%
% In arguments:
%
% 1. model
% Model object
% 2. x