Hi
r-help-boun...@r-project.org napsal dne 12.04.2010 07:14:14:
David Winsemius wrote:
I am guessing that the first time through when i= 5200 that i+1 is
indexing an entry that does not exist. What does str( Price[[1]]
[5200+1] ) return? What about str(Ca)?
So what is
Petr Pikal wrote:
You did not tell much more about your data and procedures. Each object
type has some distinct way of indexing and you can not mix them up.
x-1:10
x[5]
[1] 5
x[[5]]
[1] 5
x[5,]
Error in x[5, ] : incorrect number of dimensions
x-list(1:10)
x[1]
[[1]]
[1]
Hi
r-help-boun...@r-project.org napsal dne 12.04.2010 12:51:24:
Petr Pikal wrote:
snip
Nobody except you has your data available, so without providing more
clues
you can not expect mor relevant answers.
Try str(your.objects) and maybe you could use debug to see how
Hi,
I am the first R user, I have met some problem and I am seeking for help.
I am estimating the wealth of a shareholder.
First, I simulated 1 set of price, each set of price contains 5200
prices which reflect the price goes up and down through out the year.
Price # consists of all set
On Apr 11, 2010, at 8:23 PM, ChinChin wrote:
Hi,
I am the first R user, I have met some problem and I am seeking for
help.
I am estimating the wealth of a shareholder.
First, I simulated 1 set of price, each set of price contains 5200
prices which reflect the price goes up and down
David Winsemius wrote:
I am guessing that the first time through when i= 5200 that i+1 is
indexing an entry that does not exist. What does str( Price[[1]]
[5200+1] ) return? What about str(Ca)?
So what is supposed to happen when you try Ca[5200+1] - ... anything?
Really? I
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