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mht matlab central file exchange - auto contrast.mht
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Subject: MATLAB Central File Exchange - AUTO CONTRAST
Date: Thu, 10 May 2007 17:41:47 +0800
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mht matlab central file exchange - auto brigthness.mht
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Subject: MATLAB Central File Exchange - AUTO BRIGTHNESS
Date: Thu, 10 May 2007 17:40:18 +0800
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m exm110423_1.m
cd c:\ WINDOWS\Applic~1\MathWorks\MATLAB\R12 %将此目录设为当前工作目录
%打印文本文件mccstartup的内容
type C:\WINDOWS\Applic~1\MathWorks\MATLAB\R12\mccstartup
!copy mccstartup h:\mywork\temp %将mccstartup转移到临时目录下
!
www.eeworm.com/read/193048/8256213
m angles.m
function p = angles(h)
%ANGLE Phase angle.
% ANGLE(H) returns the phase angles, in radians, of a matrix with
% complex elements.
%
% See also ABS, UNWRAP.
% Copyright 1984-2000 The
www.eeworm.com/read/393859/8258172
m logo2.m
%LOGO Plot the L-shaped membrane logo with MATLAB 5 lighting.
% Copyright (c) 1984-98 by The MathWorks, Inc.
% $Revision: 5.12 $ $Date: 1998/09/29 16:15:48 $
if exist('GalleryGUIFlag'),
www.eeworm.com/read/293183/8310838
m solvelin.m
function [w,b] = solvelin(p,t)
%SOLVELIN Design linear network.
%
% [W,B] = SOLVELIN(P,T)
% P - RxQ matrix of Q input vectors.
% T - SxQ matrix of Q target vectors.
% Returns:
% W - SxR weight
www.eeworm.com/read/293183/8310911
m normr.m
function n = normr(m)
%NORMR Normalize rows of matrix.
%
% NORMR(M)
% M - a matrix.
% Returns a matrix the same size with each
% row normalized to a vector length of 1.
%
% See also NORMC, PNORMC.
www.eeworm.com/read/414357/11119016
m nndalay2.m
function yprime = nndalay2(t,y)
%NNDALAY2 Calculates the derivative for layer 2 of the Grossberg network
%
% NNDALAY2(t,y)
% t - Current time
% y - Current output
% Returns dy.
% $Rev
www.eeworm.com/read/414357/11119028
m nndpend.m
function yprime = nndpend(t,y)
%NNDPEND Dynamical model of a pendulum.
%
% NNDPEND(T,Y)
% T - Time
% Y - State = [angle; angular velocity]
% Returns Derivative of state vector.
% $
www.eeworm.com/read/414357/11119038
m nndhop.m
function yprime = nndhop(t,y)
%NNDHOP Calculates the derivative for Hopfield network
%
% NNDHOP(t,y)
% t - Current time
% y - Current output
% Returns dy.
% Copyright 1994-2002 PWS Pu