Yet another Windows solution without winfig:
1. Create a postscript image in R
2. Open this image in Ghostscript
3. Select a reasonable resolution using "Display Settings" in ghostscript
4. Copy the image via clipboard into your favorite image viewer (e.g.
IrfanView)
5. Save the image in the requ
Gabor Grothendieck schrieb:
>I can't reproduce this problem. It works fine for me.
>Some possibilities are:
>
>1. check which version of fig2dev you are using. If you
>are on Windows I am using the fig2dev that comes in
>winfgi142.zip by Andreas Schmidt found at:
>
> http://user.cs.tu-berl
thx I will try it ...
think I will be newbie in R for the next 10 jears ...
And I don't know why wh choosed the only journal which don't want pdf
files :-(
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On Fri, 2005-09-02 at 15:08 +0200, Knut Krueger wrote:
> but back to the last problem,
> what could be wrong that the ylab is not displayed as expected?
>
> with regards
> Knut
The TIF files seem to be OK. However, the PNG files, as a result of your
attempt to scale the plot, do not have enough m
I can't reproduce this problem. It works fine for me.
Some possibilities are:
1. check which version of fig2dev you are using. If you
are on Windows I am using the fig2dev that comes in
winfgi142.zip by Andreas Schmidt found at:
http://user.cs.tu-berlin.de/~huluvu/WinFIG.htm
Here is the v
Knut Krueger schrieb:
>Ok there is a second description for the file format :-(
>http://authors.elsevier.com/ArtworkInstructions.html?dc=AI2
>there are pdf formats welcome but with defined conditions:
>
>
>Maybe anybody could give me a hint to get the files in the recommendet
>format.
>I wil
but back to the last problem,
what could be wrong that the ylab is not displayed as expected?
with regards
Knut
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Knut,
Gabor has provided a possible approach here.
Your comments on using postscript make me wonder how your code looked.
The following, for example, will create a 4 inch by 4 inch square plot
to an encapsulated postscript file (EPS). It will also specify/include
required resources for the Helvet
Gabor Grothendieck schrieb:
>If you have not already tried it try creating a fig file:
>
>xfig("myfile.fig")
>plot(1:10)
>dev.off()
>
>and then using the fig2dev utility (find it via google) to convert it to a
>tiff:
>
>fig2dev -L tiff myfile.fig > myfile.tiff
>
>
>
Error:: fig2def: broke
If you have not already tried it try creating a fig file:
xfig("myfile.fig")
plot(1:10)
dev.off()
and then using the fig2dev utility (find it via google) to convert it to a tiff:
fig2dev -L tiff myfile.fig > myfile.tiff
On 9/2/05, Knut Krueger <[EMAIL PROTECTED]> wrote:
>
>
>
> >Probably a
>Probably a better first question is, why are you using a bitmapped
>graphics format if you need the image to be re-scaled?
>
I need a 1000 dpi tif file in a size of appr. 10 to 10 cm for applied
animal behaviour science:
http://authors.elsevier.com/GuideForAuthors.html?PubID=503301&dc=GFA
im
On Thu, 2005-09-01 at 21:51 +0200, Knut Krueger wrote:
> scaling<-4
> xywidth<-480
> resolution<-150
> png(filename = "c:/r/anschluss/plots/4.png", width = xywidth*scaling,
> height = xywidth*scaling,pointsize = 12, bg = "white", res =
> resolution*scaling)
> ..
>
> barplot(xrow,col = barcol
scaling<-4
xywidth<-480
resolution<-150
png(filename = "c:/r/anschluss/plots/4.png", width = xywidth*scaling,
height = xywidth*scaling,pointsize = 12, bg = "white", res =
resolution*scaling)
..
barplot(xrow,col = barcolors,cex.axis=scaling, ylab="mean time till attachment
in sec",cex.lab=1.
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