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# Try again - waitforbuttonpress jMin= max(1,fix(n/10 for...

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function []=euler(f,x0,T,x,n) t=linspace(0,T,100); x_Exakt=feval(x,t,x0*ones(1,100)); tau_n=T/n; x_Delta(1)=x0; t_Delta=linspace(0,T,n+1); for k=1:n x_Delta(k+1)=x_Delta(k)+tau_n*feval(f,x_Delta(k)); end if n<=20 plot(t,x_Exakt,'k-',t_Delta,x_Delta,'r-o'); else plot(t,x_Exakt,'k-',t_Delta,x_Delta,'r-'); end; hold off xlabel('t') ylabel('solutions') legend('exact solution','approx. solution'); %print -deps eulerApprox.eps

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Unformatted text preview: waitforbuttonpress; jMin= max(1,fix(n/10)); for j=1:n-jMin+1 tau(j)=1/(j+jMin-1); xk=1; e(j)=0; for k=1:j+jMin-1 xk=(1+tau(j))*xk; x_k=xk+tau(j)*feval(f,xk); e(j)=max(e(j),abs(feval(x,k*tau(j),x0)-xk)); end; end; figure(1) hold off plot(tau,e,'-ko'); xlabel('\tau') ylabel('error') legend('error') print -deps eulerError.eps hold off clear...
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Try again - waitforbuttonpress jMin= max(1,fix(n/10 for...

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