代码搜索：MATLAB LMD
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m int2bin.m
% MATLAB SIMULATION OF NSA FS-1016 CELP v3.2
% COPYRIGHT (C) 1995-99 ANDREAS SPANIAS AND TED PAINTER
%
% This Copyright applies only to this particular MATLAB implementation
% of the FS-1016 CELP
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txt install.txt
Installation instructions
-------------------------
In order to install this distribution of Rice Wavelet Tools version 2.4
released -
1. Properly set up your system to create MEX-files
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txt readme.txt
NiDAQ(R) for MATLAB(R)
Version 0.1, 15-March-2000
BNM-LPTF, Observatoire de Paris
61, Avenue de l'Observatoire
75014 Paris - France
This toolbox allows to per
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testrun
>>
>> dat = floor(now);
>> [yesday,yyyy,mm,dd] = datmil(dat-1)
yesday =
2000/03/30
yyyy =
2000
mm =
03
dd =
30
>>
>> %create the new directory
>> %(might need to add path for data)
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m euler.m
function E=euler(f,a,b,ya,M)
%Input - f is the function entered as a string 'f'
% - a and b are the left and right endpoints
% - ya is the initial condition y(a)
% - M is the n
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m trisys.m
function X=trisys (A,D,C,B)
%Input - A is the sub diagonal of the coefficient matrix
% - D is the main diagonal of the coefficient matrix
% - C is the super diagonal of the coefficient matr
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m difflim.m
function [L,n]=difflim(f,x,toler)
%Input - f is the function input as a string 'f'
% - x is the differentiation point
% - toler is the desired tolerance
%Output - L=[H' D' E']: H is the
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m cheby.m
function [C,X,Y]=cheby(fun,n,a,b)
%Input - fun is the string function to be approximated
% - N is the degree of the Chebyshev interpolating polynomial
% - a is the left endpoint
%
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m finedif.m
function U = finedif(f,g,a,b,c,n,m)
%Input - f=u(x,0) as a string 'f'
% - g=ut(x,0) as a string 'g'
% - a and b right endpoints of [0,a] and [0,b]
% - c the constant in the wave equati
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m abm.m
function A=abm(f,T,Y)
%Input - f is the function entered as a string 'f'
% - T is the vector of abscissas
% - Y is the vector of ordinates
%Remark. The first four coordinates of T an