Hello Uwe,

thanks for drawing this to my attention! I tried it again without adding
another empty legend element and it worked - yes, the second row not being
visible was my problem. Now it works!

Thanks again,
Marion

2012/5/15 Uwe Ligges <lig...@statistik.tu-dortmund.de>

>
>
> On 15.05.2012 17:38, Marion Wenty wrote:
>
>> Hello,
>>
>> I solved my problem with the uneven numbers of legend elements, which
>> should be put into more than one rows, in the following way:
>>
>> I added another legend element which is empty ("") and is filled with
>> "white":
>>
>> legend(0,-1.4,xjust=0,ncol=3,**legend=c(colnames(dat)[-1],"")**
>> ,fill=c("navyblue","**steelblue4","steelblue2","**lightsteelblue3","**
>> lightsteelblue1","white"),bty=**"n",border="white",cex=1.2)
>>
>> Not quite such a nice way, but it works, anyway.
>>
>
>
> The previous version already worked for me, you just had to increase the
> bottom margin to make the second row of labels visible:
>
> For example
>
> par(mar=c(10,4.5+0.3529412*(**max(nchar(colnames(dat1)))-1),**1,1))
>
> worked for me.
>
> Uwe
>
>
>
>  Marion
>>
>> 2012/5/11 Marion Wenty<marion.we...@gmail.com>
>>
>>  Hello,
>>>
>>> thank you very much for your answers. Using the command ncol worked in my
>>> special case, if I have got a legend with 4 elements, but with 5 it
>>> doesn't
>>> work. I am using two functions which I had created and checked what might
>>> be the difference, so that the second one doesn't work, but I couldn't
>>> find
>>> out what the problem is. So I am including the text of my .csv files and
>>> my
>>> functions:
>>>
>>>
>>> My .csv file "abb8a" looks like this:
>>>
>>> ;sehr gut;eher gut;eher nicht gut;nicht gut
>>> Kontakt mit der Schule;46;49;4;1
>>> Die richtige Wahl;32;58;8;2
>>>
>>>
>>> mw_g_4stap<-function(pfad="F:/**04 Archiv/04 Programme/19
>>> R_Syntaxe/Grafiken_Funktionen"**,abb="abb8a")
>>> {
>>>   setwd(pfad)
>>>   postscript(file=paste(abb,".**eps",sep=""))
>>>   dat<-read.csv2(paste(abb,".**csv",sep=""),header=T,check.**names=F)
>>>   dat1<-t(as.matrix(dat[,2:5],**nrow=2))
>>>   colnames(dat1)<-dat[,1]
>>>   zehn<-seq(10,100,10)
>>>   xmax<-max(dat1)
>>>   ind<-min(which(zehn>=xmax))
>>>   ticks<-seq(0,100,10)
>>>   par(las=1)
>>>   par(mar=c(5.9,4.5+0.3529412*(**max(nchar(colnames(dat1)))-1),**1,1))
>>>
>>> barplot(dat1,width=0.61,horiz=**T,col=c("steelblue4","**
>>> steelblue2","lightsteelblue3",**"lightsteelblue1"),border="NA"**
>>> ,axes=F,beside=F,xlim=c(0,100)**,cex.names=1.2,ylim=c(0,10))
>>>   par(xpd=TRUE)
>>>   abline(v = seq(10, 100, by = 10), col = "white")
>>>   par(xpd=F)
>>>   axis(1,at=ticks,las=1,labels=**paste(ticks,"%",sep=""))
>>>   par(xpd=TRUE)
>>>
>>> legend(0,-1.4,xjust=0,ncol=2,**legend=colnames(dat)[-1],fill=**
>>> c("steelblue4","steelblue2","**lightsteelblue3","**
>>> lightsteelblue1"),bty="n",**border="white",cex=1.2)
>>>   par(xpd=FALSE)
>>>   dev.off()
>>> }
>>> mw_g_4stap()
>>>
>>> ###
>>>
>>> My .csv file "probe8_5" looks like this:
>>>
>>> ;stimme zu;stimme zu;stimme zu;stimme zu;stimme zu
>>> Eltern konnten mir beim ler;23;70;1;1;5
>>> leichte Ent;20;10;10;10;50
>>> leichte Ent;20;10;10;10;50
>>> leichte Ent;20;10;10;10;50
>>> leichte Ent;20;10;10;10;50
>>> leichte Ent;20;10;10;10;50
>>> leichte Ent;20;10;10;10;50
>>>
>>>
>>> mw_g_5stap<-function(pfad="F:/**04 Archiv/04 Programme/19
>>> R_Syntaxe/Grafiken_Funktionen"**,abb="probe8_5")
>>> {
>>>   setwd(pfad)
>>>   postscript(file=paste(abb,".**eps",sep=""))
>>>   dat<-read.csv2(paste(abb,".**csv",sep=""),header=T,check.**names=F)
>>>   dat1<-t(as.matrix(dat[,2:6],**nrow=2))
>>>   dat1
>>>   colnames(dat1)<-dat[,1]
>>>   dat1
>>>   zehn<-seq(10,100,10)
>>>   xmax<-max(dat1)
>>>   ind<-min(which(zehn>=xmax))
>>>   ticks<-seq(0,100,10)
>>>   par(las=1)
>>>   par(mar=c(5,4.5+0.3529412*(**max(nchar(colnames(dat1)))-1),**1,1))
>>>
>>> barplot(dat1,width=0.61,horiz=**T,col=c("navyblue","**
>>> steelblue4","steelblue2","**lightsteelblue3","**
>>> lightsteelblue1"),border="NA",**axes=F,beside=F,xlim=c(0,100),**
>>> cex.names=1.2,ylim=c(0,10))
>>>   par(xpd=TRUE)
>>>   abline(v = seq(10, 100, by = 10), col = "white")
>>>   par(xpd=F)
>>>   axis(1,at=ticks,las=1,labels=**paste(ticks,"%",sep=""))
>>>   par(xpd=TRUE)
>>>
>>> legend(0,-1.4,xjust=0,ncol=3,**legend=colnames(dat)[-1],fill=**
>>> c("navyblue","steelblue4","**steelblue2","lightsteelblue3",**
>>> "lightsteelblue1"),bty="n",**border="white",cex=1.2)
>>>   dev.off()
>>> }
>>> mw_g_5stap()
>>>
>>> ###
>>>
>>> The first function works but the second one doesn't.
>>>
>>> Does anyone know why?
>>>
>>> Thank you very much for your help in advance!!
>>>
>>> Marion
>>>
>>>
>>>
>>> 2012/5/9 Uwe 
>>> Ligges<lig...@statistik.tu-**dortmund.de<lig...@statistik.tu-dortmund.de>
>>> >
>>>
>>>
>>>>
>>>> On 09.05.2012 13:23, Marion Wenty wrote:
>>>>
>>>>  dear r-helpers,
>>>>>
>>>>> i have got another question:
>>>>>
>>>>> i am using the functions
>>>>>
>>>>> par(xpd=T)
>>>>> legend
>>>>>
>>>>> to create a legend below the x-axis. i used the parameter horiz=T.
>>>>>
>>>>> now i would like to put the elements of the legend in two rows:
>>>>>
>>>>> e.g. if my legend has got 5 elements, i would like 3 elements in one
>>>>> row
>>>>> and the last two elements in the next row.
>>>>>
>>>>> does anyone know how to do that?
>>>>>
>>>>>
>>>> Example:
>>>>
>>>> bp<- barplot(1)
>>>> par(xpd = TRUE)
>>>> legend(bp, 0, xjust=0.5, legend=letters[1:5], lwd=1:5, ncol=3)
>>>>
>>>> Uwe Ligges
>>>>
>>>>
>>>>  thank you very much for your help in advance!
>>>>
>>>>>
>>>>> marion
>>>>>
>>>>>        [[alternative HTML version deleted]]
>>>>>
>>>>> ______________________________****________________
>>>>> R-help@r-project.org mailing list
>>>>> https://stat.ethz.ch/mailman/****listinfo/r-help<https://stat.ethz.ch/mailman/**listinfo/r-help>
>>>>> <https://stat.**ethz.ch/mailman/listinfo/r-**help<https://stat.ethz.ch/mailman/listinfo/r-help>
>>>>> >
>>>>> PLEASE do read the posting guide http://www.R-project.org/**
>>>>> posting-guide.html<http://www.**R-project.org/posting-guide.**html<http://www.R-project.org/posting-guide.html>
>>>>> >
>>>>>
>>>>> and provide commented, minimal, self-contained, reproducible code.
>>>>>
>>>>>
>>>>
>>>
>>

        [[alternative HTML version deleted]]

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