On Jul 13, 2011, at 6:09 AM, Mitra, Sumona wrote:
Dear all,
Thank you so much for your help. I was able to get a script that ran
and did what i wanted it to do. It was as follows:-
correlation <- function(a)
+ {
+ r <- matrix(nrow = dim(a)[1], ncol=dim(a)[1])
+ for(x in c(2:dim(a)[
Dear all,
Thank you so much for your help. I was able to get a script that ran and did
what i wanted it to do. It was as follows:-
> correlation <- function(a)
+ {
+ r <- matrix(nrow = dim(a)[1], ncol=dim(a)[1])
+ for(x in c(2:dim(a)[1]))
+ {
+ for(y in c(x:dim(a)[1]))
+ {
+
On 12 July 2011 12:27, Mitra, Sumona wrote:
> Dear all,
>
> I am new to programming in R.
>
You sure are ;-)
I deal with microarray data,which is a data frame object type. I need to
> carry out a few statistical procedures on this, one of them being the
> pearson corelation. I need to do this
On Jul 12, 2011, at 7:27 AM, Mitra, Sumona wrote:
Dear all,
I am new to programming in R.
You see to think there is a "++" operation in R. That is not so.
I deal with microarray data,which is a data frame object type. I
need to carry out a few statistical procedures on this, one of them
Dear all,
I am new to programming in R.
I deal with microarray data,which is a data frame object type. I need to carry
out a few statistical procedures on this, one of them being the pearson
corelation. I need to do this between each row which is a gene. So the desired
result is a square matri
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