-BEGIN PGP SIGNED MESSAGE-
Hash: SHA1
Yes. That's it.
Thanks, a lot, really.
Marko
On 02/27/2015 02:46 PM, David Winsemius wrote:
>
>> On Feb 27, 2015, at 4:49 AM, marKo wrote:
>>
> Gee. That simple. I knew that! Thanks a lot. Essentially, I needed
> only the diagonal elements. Easi
> On Feb 27, 2015, at 4:49 AM, marKo wrote:
>
> -BEGIN PGP SIGNED MESSAGE-
> Hash: SHA1
>
> Gee. That simple. I knew that!
> Thanks a lot.
> Essentially, I needed only the diagonal elements.
> Easily solved by:
>
> diag(outer( X=v1,Y=v2, FUN= fV)
>
> I am sure that there are simpler o
-BEGIN PGP SIGNED MESSAGE-
Hash: SHA1
Gee. That simple. I knew that!
Thanks a lot.
Essentially, I needed only the diagonal elements.
Easily solved by:
diag(outer( X=v1,Y=v2, FUN= fV)
I am sure that there are simpler options, but that works like a charm.
Thanks a lot.
Cheers,
Marko
Hi,
The following works.
> f2
function(z)
{
f1 <- function(t)
{
z*t + z*t^2
}
return(f1)
}
> sapply(1:5,function(x)integrate(f2(x),0,1)$value)
[1] 0.83 1.67 2.50 3.33 4.17
--
View this message in context:
http://r.789695.n4.nabble.com/inte
> On Feb 26, 2015, at 1:49 PM, marKo wrote:
>
> v1<-c(1:5)
> v2<-c(1:5)
>
> f1<-function (x) {v1*x+v2*x^2}
>
> The problem is that integrate(f1, 0, 1) does not work.
> I does not, even if a pas the arguments (v1, v2)
>
> f1<-function (x, v1, v2) {v1*x+v2*x^2}
>
> or if i try to vectorize the
marKo ffri.hr> writes:
>
> I'm a bit stuck.
> I have to integrate a series of polynomial functions with vector
> arguments.
>
> v1<-c(1:5)
> v2<-c(1:5)
>
> f1<-function (x) {v1*x+v2*x^2}
>
> The problem is that integrate(f1, 0, 1) does not work.
The point is not that there are "vector arguments"
-BEGIN PGP SIGNED MESSAGE-
Hash: SHA1
I'm a bit stuck.
I have to integrate a series of polynomial functions with vector
arguments.
v1<-c(1:5)
v2<-c(1:5)
f1<-function (x) {v1*x+v2*x^2}
The problem is that integrate(f1, 0, 1) does not work.
I does not, even if a pas the arguments (v1, v2)
7 matches
Mail list logo