Thank you very much!! Apparently, If I had defined my "main" variable
(results) as a list a priori, I hadn't had consumed so much time writing
and running codes after codes!
Your comments were very useful both for the code and my document! Thank you!
On Wed, Oct 3, 2012 at 4:35 PM, Rui Barradas w
Hello,
I'm glad it helped.
Now you have what is a data structure problem. The computations are the
same but in a different output.
First of all a terminology issue. In R the correct names for the data
structures you've refered to are 'list', 'matrix' and 'array'. To make
it short,
vector -
Thank you very much for your suggestions. They both worked!
Actually I am trying to make an array of length 7, where each array
contains a different number of 2 by 2 matrices. The vector "n" defines the
different number of matrices across the arrays. Therefore, the parameter
"l" has to change in e
Hello,
See if this is it.
Nx <- rep(0,length(x))
Ny <- rep(0,length(y))
n <- (x+1)*(y+1)
results <- array(0, dim=c(2,2,64,7))
# l <- 1 # <--- This changed place
for(i in 1:length(x)){
Nx[i] <- length(1:(x[i]+1))
Ny[i] <- length(1:(y[i]+1))
l <- 1 # <--
On 02-10-2012, at 16:20, Loukia Spineli wrote:
> I want to make a multi-dimensional array. To be specific I want to make the
> following array
>
> results<-array(0,dim=c(2,2,64,7))
>
> This is the code I have created but it gives no result due to the error
> "subscript out of bound".
>
> x<-r
I want to make a multi-dimensional array. To be specific I want to make the
following array
results<-array(0,dim=c(2,2,64,7))
This is the code I have created but it gives no result due to the error
"subscript out of bound".
x<-rep(7,7) # Missingness in intervention
y<-rep(7,7) # Missingness in
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