Great! I got it. Thanks a bunch.
On Thu, Apr 28, 2011 at 4:02 PM, Duncan Murdoch <murdoch.dun...@gmail.com>wrote:
> On 28/04/2011 3:49 PM, Dat Mai wrote:
>
>> I currently have this code:
>>
>> for(j in 2:n){
>> for(i in 1:(j-1)){
>>
>> # Make sure the inputs are for the matrix "m"
>> input1=rownames(m)[i]
>> input2=colnames(m)[j]
>>
>> q=t[(t$Rec1==input1& t$Rec2==input2),output]
>>
>> if(length(q)==0){
>> q=t[(t$Rec1==input2& t$Rec2==input1),output]
>> }
>>
>> m[i,j]=mean(q)
>> m[j,i]=mean(q)
>> m[j,j]=mean(q)
>> }}
>>
>> I already created a 20x20 matrix "m" and have the rows and columns made
>> up:
>>
>> m=matrix(data=NA, nrow=rl, ncol=rl, dimnames=list(R1=rec.list,
>> R2=rec.list))
>>
>> the length of a column in the matrix is 20
>> the length of n is 430
>>
>> When I run this, the error: "Subscript is out of Bounds" appears when it
>> reaches the m[i,j].
>> Checking again, the issue is primarily with "j"
>>
>> How would I go about fixing this issue (nevermind the "mean(q)", as I
>> don't
>> even know if that works and didn't get the chance to explore it)?
>>
>
> Just before you get to that line, insert the following:
>
> print(dim(m))
> print(i)
> print(j)
>
> Take a look at the results, and see if i is really in the range from 1 to
> dim(m)[1], and j in the range 1 to dim(m)[2]. From what you're saying, it
> sounds as though j can go to 430, which is too big, if m is 20 by 20.
>
> Duncan Murdoch
>
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