代码搜索：three-dimensional
找到约 186 项符合「three-dimensional」的源代码
代码结果 186
www.eeworm.com/read/466243/7041411
m programs_13a.m
% Chapter 13 - Three-Dimensional Autonomous Systems and Chaos.
% Programs_13a - 3-D phase portrait (Lorenz).
% Copyright Birkhauser 2004. Stephen Lynch.
Lorenz=inline('[10*(x(2)-x(1));28*x(1)-x(2
www.eeworm.com/read/466243/7041441
m programs_13b.m
% Chapter 13 - Three-Dimensional Autonomous Systems and Chaos.
% Programs_13b - 3-D phase portrait (Chua).
% Copyright Birkhauser 2004. Stephen Lynch.
Chua=inline('[15*(x(2)-x(1)-(-(5/7)*x(1)+(1/
www.eeworm.com/read/326313/13148655
m expand.m
function Q = expand(P)
% EXPAND -- built-in EXPAND, extended to matrix polynomials
%
% Q = expand(P)
%
% The effect is the same as the system built-in EXPAND, applied to each
% coeffici
www.eeworm.com/read/326313/13148675
m double.m
function P = double(P)
% DOUBLE -- built-in DOUBLE, extended to matrix polynomials
%
% P = double(P)
%
% Convert P.coef to type 'double'. This is only useful if P
% has symbolic coeffic
www.eeworm.com/read/326313/13148680
m simplify.m
function Q = simplify(P)
% SIMPLIFY -- built-in SIMPLIFY, extended to matrix polynomials
%
% Q = simplify(P)
%
% The effect is the same as the system built-in SIMPLIFY, applied to each
www.eeworm.com/read/321263/13409832
m programs_13a.m
% Chapter 13 - Three-Dimensional Autonomous Systems and Chaos.
% Programs_13a - 3-D phase portrait (Lorenz).
% Copyright Birkhauser 2004. Stephen Lynch.
Lorenz=inline('[10*(x(2)-x(1));28*x(1)-x(2
www.eeworm.com/read/321263/13409861
m programs_13b.m
% Chapter 13 - Three-Dimensional Autonomous Systems and Chaos.
% Programs_13b - 3-D phase portrait (Chua).
% Copyright Birkhauser 2004. Stephen Lynch.
Chua=inline('[15*(x(2)-x(1)-(-(5/7)*x(1)+(1/
www.eeworm.com/read/105889/6197240
java ellipsoidalcs.java
/*$************************************************************************************************
**
** $Id: EllipsoidalCS.java,v 1.1 2004/05/06 15:51:50 desruisseaux Exp $
**
** $Source: /cvsro
www.eeworm.com/read/228652/14371617
m expand.m
function Q = expand(P)
% EXPAND -- built-in EXPAND, extended to matrix polynomials
%
% Q = expand(P)
%
% The effect is the same as the system built-in EXPAND, applied to each
% coeffici