代码搜索：methods

找到约 10,000 项符合「methods」的源代码

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m ls.m

function L=ls(F1,F2,a,b,alpha,beta,M) %Input - F1 and F2 are the systems of first-order equations % representing the I.V.P.'s (9) and (10), respectively % - a and b are the endpoin
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www.eeworm.com/read/151556/12201345

m linsht.m

function L=linsht(F1,F2,a,b,alpha,beta,M) %Input - F1 and F2 are the systems of first-order equations % representing the I.V.P.'s (9) and (10), respectively; % input as strings '
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www.eeworm.com/read/151556/12201357

m readme.m

NUMERICAL METHODS: MATLAB Programs (c) 1999 by John H. Mathews and Kurtis D. Fink To Accompany the textbook NUMERICAL METHODS Using MATLAB Third Edition, (c) 1999 by John H. Mathews and K
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www.eeworm.com/read/151556/12201361

m crnich.m

function U=crnich(f,c1,c2,a,b,c,n,m) %Input - f=u(x,0) as a string 'f' % - c1=u(0,t) and c2=u(a,t) % - a and b right endpoints of [0,a] and [0,b] % - c the constant in the heat equatio
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www.eeworm.com/read/151556/12201369

asv rk4.asv

function R=rk4(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
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www.eeworm.com/read/151556/12201378

asv euler.asv

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 heun.m

function H=heun(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 nu
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www.eeworm.com/read/151556/12201384

m forwdif.m

function U=forwdif(f,c1,c2,a,b,c,n,m) %Input - f=u(x,0) as a string 'f' % - c1=u(0,t) and c2=u(a,t) % - a and b right endpoints of [0,a] and [0,b] % - c the constant in the heat equati
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www.eeworm.com/read/151556/12201397

m rks4.m

function [T,Z]=rks4(F,a,b,Za, M) %Input - F is the system input as a string 'F' % - a and b are the endpoints of the interval % - Za=[x(a) y(a)] the initial conditions % -
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www.eeworm.com/read/151556/12201400

m rctrap.m

function T=rctrap(f,a,b,n) %Input - f is the integrand input as a string 'f' % - a and b are upper and lower limits of integration % - n is the number of times for recursion %Output - T
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