Displaying 13 results from an estimated 13 matches for "higbee".
2003 Oct 15
2
R-WinEdt, 1.8, deprecating warning
...arated by commas" Would the fix be to find the part of
some code that is executing (whatever and where ever that might be) when
the editor loads and change it to some thing like ">return(InstallRoot);
return(RWinEdtInstalled)"?
Thanks for you comments and assistance,
Jason Higbee
Research Analyst
Federal Reserve Bank of St. Louis
E: jason.l.higbee@stls.frg.org
[[alternative HTML version deleted]]
2004 May 21
2
RQuantlib ?Windows Binary?
...there has been a big discussion on why
Rmetrics doesn't have source for unix/linux, but that isn't on CRAN.
Through that Rmetrics thread, I think I read that all CRAN packages have
source (except for one), but shouldn't all CRAN packages also have binary?
Think they should.
Jason Higbee
Research Associate
Federal Reserve Bank of St. Louis
E: jason.l.higbee@stls.frb.org
The views expressed in this email are the author's and not necessarily
those of the Federal Reserve Bank of St. Louis or the Federal Reserve
System
[[alternative HTML version deleted]]
2004 Sep 21
2
constrained optimization in R
...(a,b)=X, where min(.) is the minimum, f(.) and
g(.) are functions (with unknown gradients) of parameters a and b and X is
a fixed value. What optimization function(s) in R do you suggest?
constrOptim looks like it will work except I don't know the gradient of
the functions.
Thanks,
Jason Higbee
[[alternative HTML version deleted]]
2004 Mar 30
3
Where: package licenses
...gives info on the license for R, but something like
license(MASS) does not give info on the license for the MASS package
(perhaps it might be good to expand the license function in the way
described). A quick look on CRAN didn't yield any info on package
licenses either.
Thanks.
Jason Higbee
Research Associate
Federal Reserve Bank of St. Louis
[[alternative HTML version deleted]]
2004 Mar 30
1
Where: package licenses
...what I was looking for.
-Jason
The DESCRIPTION file for a package lists the license; this is also given
in the CRAN entry for each package.
-thomas
Marc Schwartz <MSchwartz@MedAnalytics.com>
03/30/2004 09:02 AM
Please respond to MSchwartz
To: Jason.L.Higbee@stls.frb.org
cc: R-Help <r-help@stat.math.ethz.ch>
Subject: Re: [R] Where: package licenses
On Tue, 2004-03-30 at 08:51, Jason.L.Higbee@stls.frb.org wrote:
> R:
>
> This stems from my curiosity about the previous thread about a
> request
> for gl...
2004 Mar 30
0
Where: package licenses
...I 48109
734-647-5623
>>> Sundar Dorai-Raj <sundar.dorai-raj at PDF.COM> 03/30/04 10:51AM >>>
You can access this from within R using
package.description("MASS")[["License"]]
package.description attempts to parse the DESCRIPTION file.
-sundar
Jason.L.Higbee at stls.frb.org wrote:
> Thanks Thomas and Marc that is what I was looking for.
>
> -Jason
>
>
>
>
> The DESCRIPTION file for a package lists the license; this is also
given
> in the CRAN entry for each package.
>
> -thomas
>
>
>
&...
2004 Apr 22
1
Re: pausing a program
R:
I have a program that runs a For loop for days and I need to (if possible)
pause the program. Any ideas on how to do that? If I use stop, how
certain can I be that all the statements executed in the previous
iteration of the for loop?
Thanks,
Jason Higbee
Research Associate
Federal Reserve Bank of St. Louis
E: jason.l.higbee@stls.frb.org
[[alternative HTML version deleted]]
2004 Jul 09
1
cor.test p-value ties
...may be
incorrect due to ties in the data. My data has 35 obs and one series has
6 pairs of ties. Does anyone know if this would likely have a great
effect on the p-values calculated.. The values look good; tau = -0.68
with p-value = 8e-9 and rho = =0.84 with p-value = 8e-8.
Thanks,
Jason Higbee
Research Associate
Federal Reserve Bank of St. Louis
E: jason.l.higbee@stls.frb.org
The views expressed in this email are the author's and not necessarily
those of the Federal Reserve Bank of St. Louis or the Federal Reserve
System
[[alternative HTML version deleted]]
2003 Nov 25
1
Time series indexing/subsetting
...r4
1999 1 2 3 4
2000 5 6 7 8
2001 9 10 11 12
> tsobject[1999,Qtr4]
Error in NextMethod("[") : Object "Qtr4" not found
I would like tsobject[1999,Qtr4] (or something close to that) to return 4,
not the error.
Any suggestions?
Thanks,
Jason Higbee
Research Analyst
Federal Reserve Bank of St. Louis
[[alternative HTML version deleted]]
2004 Aug 09
1
Easy acf and pacf for irregular time series in R
R:
Is there an easy way to get the acf and pacf for an irregular times
series? That is, the acf and pacf with lag lengths that are in units of
time, not observation number.
Thanks,
Jason Higbee
Research Associate
Federal Reserve Bank of St. Louis
The views expressed in this email are the author's and not necessarily
those of the Federal Reserve Bank of St. Louis or the Federal Reserve
System
[[alternative HTML version deleted]]
2004 Feb 03
1
Error in f(x, ...) : subscript out of bounds
...rent? Is
there likely to be a bug?
I am using:
> version
_
platform i386-pc-mingw32
arch i386
os mingw32
system i386, mingw32
status
major 1
minor 8.0
year 2003
month 10
day 08
language R
Thanks for reading, and/or replying to this.
Jason Higbee
Research Associate
Federal Reserve Bank of St. Louis
T: 314.444.7316
F:314.444.8731
[[alternative HTML version deleted]]
2004 May 15
3
what statistical method should i use?
in order to know which production the custumer most like,i design a question as follow :
Q:there are six production listed below.according to your preference,the production you like most is_____,the production you secondly like is ____,and the third is_____.
productionA productionB productionC productionD productionE productionF
when the data is collected. i type in a
2003 Dec 15
2
Appending intermediate terms in a For Loop
R UseRs:
I can't figure out how to append intermediate terms inside a For loop. My
use of append(), various indexing, and use of data frames, vectors,
matrices has been fruitless. Here's a simplified example of what I'm
talking about:
i <- 1
for(i in 10) {
v[i] <- i/10
}
> v
[1] 1 NA NA NA NA NA NA NA NA 1
I would like: [1] 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9