Sounds like a job for "trellising" using ?xyplot or "faceting" using ggplot in the gglplot2 package (two terms for the same idea, but different API's for implementation). I suggest you check the R Graph Gallery at:
http://addictedtor.free.fr/graphiques/ for ideas. I'm sure you'll find both design AND code for implementation that will suit your needs there. -- Bert On Wed, Feb 9, 2011 at 10:01 AM, Rodrigo Aluizio <r.alui...@gmail.com> wrote: > Hi list. > > I'm trying to plot a graph "by" factors. Exactly, the x axis are my depths > (as.factor), my left y axis are my transects (also as.factor) and I want to > plot the mean and standard deviation (three samples per factor combination) > of my SW (numeric) variable. The second y axis (at the right) will, > probably, need to be displayed several times (for both left y axis "values" > - A and B). > > Below is a part of what I'm trying to plot. The problem is that this time I > have no idea on how to do so! Nor even how to begin. Any ideas? > > > > > Samples > > SW > > Depth > > Transect > > > A01_R1 > > 0.782163 > > 1 > > A > > > A01_R2 > > 0.678205 > > 1 > > A > > > A01_R3 > > 0.673248 > > 1 > > A > > > A02_R1 > > 0.775284 > > 2 > > A > > > A02_R2 > > 0.866862 > > 2 > > A > > > A02_R3 > > 0.870709 > > 2 > > A > > > A03_R1 > > 0.881894 > > 3 > > A > > > A03_R2 > > 0.820127 > > 3 > > A > > > A03_R3 > > 0.867685 > > 3 > > A > > > A04_R1 > > 0.906944 > > 4 > > A > > > A04_R2 > > 0.941329 > > 4 > > A > > > A04_R3 > > 0.924741 > > 4 > > A > > > A05_R1 > > 0.973075 > > 5 > > A > > > A05_R2 > > 0.96872 > > 5 > > A > > > A05_R3 > > 0.954444 > > 5 > > A > > > B01_R1 > > 0.912486 > > 1 > > B > > > B01_R2 > > 0.931048 > > 1 > > B > > > B01_R3 > > 0.921488 > > 1 > > B > > > B02_R1 > > 0.94216 > > 2 > > B > > > B02_R2 > > 0.905211 > > 2 > > B > > > B02_R3 > > 0.950491 > > 2 > > B > > > B03_R1 > > 0.951062 > > 3 > > B > > > B03_R2 > > 0.945663 > > 3 > > B > > > B03_R3 > > 0.956717 > > 3 > > B > > > B04_R1 > > 0.974706 > > 4 > > B > > > B04_R2 > > 0.966461 > > 4 > > B > > > B04_R3 > > 0.949697 > > 4 > > B > > > B05_R1 > > 0.958339 > > 5 > > B > > > B05_R2 > > 0.952168 > > 5 > > B > > > B05_R3 > > 0.96301 > > 5 > > B > > > > Thank you very much. > > Regards. > > > > ------------------------------------------------------------------- > > MSc. <mailto:r.alui...@gmail.com> Rodrigo Aluizio > > Centro de Estudos do Mar/UFPR > > > > > > > [[alternative HTML version deleted]] > > ______________________________________________ > R-help@r-project.org mailing list > https://stat.ethz.ch/mailman/listinfo/r-help > PLEASE do read the posting guide http://www.R-project.org/posting-guide.html > and provide commented, minimal, self-contained, reproducible code. > -- Bert Gunter Genentech Nonclinical Biostatistics 467-7374 http://devo.gene.com/groups/devo/depts/ncb/home.shtml ______________________________________________ R-help@r-project.org mailing list https://stat.ethz.ch/mailman/listinfo/r-help PLEASE do read the posting guide http://www.R-project.org/posting-guide.html and provide commented, minimal, self-contained, reproducible code.
