yes, I got it already, thanks a lot.
On Wednesday, 11 June 2014, 14:42, Paul Bignier
wrote:
Hello,
How about taking the five first elements of a permutation of vector 1:10 ?
Random_10 = grand(1, "prm", 1:10);
Random_5 = Random_10(1:5)
http://help.scilab.org/docs/5.5.0/en_US/grand.ht
Hello,
How about taking the five first elements of a permutation of vector 1:10 ?
Random_10 = grand(1, "prm", 1:10);
Random_5 = Random_10(1:5)
http://help.scilab.org/docs/5.5.0/en_US/grand.html
Regards,
Paul
On 06/11/2014 05:34 AM, tanthiamhuat wrote:
how do I generate 5 UNIQUE, DISTINCT
managed to write a objective function for this GA problem. How do I get the
final solution for Card_Stack1 and Card_Stack2? which variables are they
stored in?
clear;clc;clf
//function y=f(x)
// y = sum(x.^2)
//endfunction
function out = objectivefunction(AllCards)
AllCards = 1:1:10;
Rand
how do I generate 5 UNIQUE, DISTINCT random integer between 1 and 10?
I try this, but it is not unique.
Random_5=round(rand(1,5)*9)+1
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Sent from the Scilab us
Thanks Antoine,
I've also found this:
http://doxygen.scilab.org/master/d1/d31/someinterp_8c.html
Do you know what is the relation? Or which one is actually used?
Best,
Luis
On 10 June 2014 16:06, Antoine Monmayrant
wrote:
> On 06/10/2014 04:57 PM, Luis Rodrigues wrote:
>
> Hi all,
>
> I'
On 06/10/2014 04:57 PM, Luis Rodrigues wrote:
Hi all,
I'm using a cubic spline to calibrate a sensor, the code in scilab is
as follows.
n=10;
x=linspace(min(dists(:,1)), max(dists(:,1)), n);
[y, d] = lsq_splin(dists(:,1), dists(:,2), x);
ys = interp(dists(:,1), x, y, d,'natural');
I would l
Hi all,
I'm using a cubic spline to calibrate a sensor, the code in scilab is as
follows.
n=10;
x=linspace(min(dists(:,1)), max(dists(:,1)), n);
[y, d] = lsq_splin(dists(:,1), dists(:,2), x);
ys = interp(dists(:,1), x, y, d,'natural');
I would like to store x, y, d in an eeprom and calculate th
