hello,
thank you for your answers.
I tried several examples (see results as comments)
*clear; xdel; clc;
function [gg1]=g1(xi);
//disp('function g1 vor gg1 = ...');
//pause;
gg1=toto(xi)*exp(imult(-2*nn*%pi*xi/L));
//gg1=exp(-%i*2*nn*%pi*xi/L);
endfunction;
function [aaa]=a1(nn);
Hello,
Le 05/03/2013 09:17, haasejos a écrit :
thanks to both of you!
is there any experience how to solve the problem of convergence in 'intc'?
As written by Calixte, you should rename your f() into something else,
but keep it
as a macro (not a primitive: see below).
Le 04/03/2013 17:04, Dan
thanks to both of you!
is there any experience how to solve the problem of convergence in 'intc'?
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Na
Hi,
It works in changing f in something else, e.g. foo or toto.
It is a bug in intc macro: please report it on bugzilla.scilab.org.
Thanks
Calixte
On 04/03/2013 17:04, Dang, Christophe wrote:
Hello,
De la part de haasejos
Envoyé : lundi 4 mars 2013 16:05
Scilab prints the errormessage "er
Hello,
De la part de haasejos
Envoyé : lundi 4 mars 2013 16:05
> Scilab prints the errormessage "error 26 Too complex recursion!"
> What should be changed to succeed?
After a few tries,
I have the feeling that f is redefined
-->disp(f)
[gg2]=f(xi)
if you replace f by sin in g2, this solevs
hello,
I would like to run a type of script as shown below. Scilab prints the
errormessage "error 26 Too complex recursion!" What should be changed to
succeed?
best regards
Josef
*
function [gg2]=g2(xi);
gg2=f(xi)*exp(imult(-2*nn*%pi*xi/L));
endfunction;
function y=f(x);
y = sin(x);
