R/sim_plot.R
In bstaggmartin/evorates: Evolving Rate Models of Continuous Trait Evolution
Defines functions
legend.evorates
pairs.evorates
plot.evorates
def.color.scheme
Documented in
plot.evorates
def.color.scheme<-function(){
rgb(c(0.000,0.545,1.000),
c(0.051,0.400,0.451),
c(0.495,0.545,0.451))
}
#plot an autocorrelated Brownian motion simulation
#add an option to only exponentiate legend? Done
#really need to clean these functions up-->chunks of code identical between plot.evorates and pairs, also many of this code
#should just be internal functions, rather than explicit
#' Plot simulated trait and/or rate data from a
#'
#' @export
plot.evorates<-function(sim,traits=1:ncol(sim$X),style=c('phenogram','phylogram','cladogram','fan','unrooted','radial'),
col=def.color.scheme(),na.col='gray90',val.range=NULL,res=100,
alpha=NA,breaks=NULL,colvec=NULL,lwd=1,lty=1,
xlab=NULL,ylab=NULL,add=F,color.element='R',exp=FALSE,exp.txt=TRUE,...,
legend=T,legend.args=NULL){
tree<-sim$tree
try.style<-try(match.arg(style,c('phenogram','phylogram','cladogram','fan','unrooted','radial')))
if(inherits(try.style,'try-error')){
stop(try.style," is not an available plotting style: please specify one of the following: 'phenogram', 'phylogram', 'cladogram', 'fan', 'unrooted', or 'radial'")
}
style<-try.style
plot.args<-c(names(formals(plot.default)),
names(formals(axis)),names(formals(box)),names(formals(plot.window)),names(formals(title)))
plot.args<-plot.args[-which(plot.args=='...')]
gen.args<-graphics:::.Pars
if(any(names(list(...))=='edge.color')){
warning('plot.evorates uses col rather than edge.color to control line color: edge.color was ignored')
}
if(any(names(list(...))=='edge.width')){
warning('plot.evorates uses lwd rather than edge.width to control line width: edge.width was ignored')
}
if(any(names(list(...))=='edge.lty')){
warning('plot.evorates uses lty rather than edge.lty to control line type: edge.lty was ignored')
}
if(is.null(colnames(sim$X))){
colnames(sim$X)<-paste('trait',1:ncol(sim$X))
}else{
names.lens<-nchar(colnames(sim$X))
colnames(sim$X)<-ifelse(names.lens==0,paste('trait',1:ncol(sim$X)),colnames(sim$X))
}
if(is.numeric(traits)){
traits<-colnames(sim$X)[traits]
}
#check if any trait names not available
traits.exist<-traits%in%colnames(sim$X)
if(all(!traits.exist)){
stop('none of the specified traits found')
}
if(any(!traits.exist)){
warning(paste(traits[which(!traits.exist)],collapse=', '),' not found')
traits<-traits[which(traits.exist)]
}
if(is.null(sim[[color.element]])){
sim[[color.element]]<-0
legend<-F
warning('set legend to FALSE since specified color element is NULL')
}
if(exp){
sim[[color.element]]<-exp(sim[[color.element]])
}
if(length(traits)>2&style=='phenogram'){
pairs(sim,traits=traits,col=col,val.range=val.range,res=res,alpha=alpha,breaks=breaks,colvec=colvec,lwd=lwd,lty=lty,
color.element=color.element,exp=exp,exp.txt=exp.txt,...,
legend=legend,legend.args=legend.args)
}else{
if(is.null(xlab)){
if(length(traits)==1){
xlab<-'time'
}else{
xlab<-traits[1]
}
}
if(is.null(ylab)){
if(length(traits)==1){
ylab<-traits
}else{
ylab<-traits[2]
}
}
if(is.null(colvec)){
if(is.null(breaks)){
if(is.null(val.range)){
val.range<-range(sim[[color.element]],na.rm=TRUE)
}
colramp<-colorRampPalette(col,alpha=T)(res)
colramp<-alter.cols(colramp,alpha=.lin.interp(alpha,length(colramp)))
if((val.range[2]-val.range[1])==0){
colvec<-colramp[round((res+1)/2)]
}else{
inds<-round((sim[[color.element]]-val.range[1])/(val.range[2]-val.range[1])*(res-1))+1
inds[inds<1]<-1;inds[inds>res]<-res
colvec<-colramp[inds]
}
}else{
colramp<-colorRampPalette(col,alpha=T)(length(breaks)+1)
colramp<-alter.cols(colramp,alpha=.lin.interp(alpha,length(colramp)))
if(is.null(sim[[color.element]])){
colvec<-colramp[round((length(breaks)+2)/2)]
}else{
colvec<-colramp[cut(sim[[color.element]],
c(min(sim[[color.element]],na.rm=TRUE)-1,
breaks,
max(sim[[color.element]],na.rm=TRUE)+1))]
}
}
colvec[is.na(colvec)]<-na.col
}else{
colvec<-rep(colvec,length.out=nrow(tree$edge))
colvec<-alter.cols(colvec,alpha=alpha)
if(legend){
warning('skipped plotting a legend since evorates was plotted with custom color vector')
}
}
lwdvec<-rep(lwd,length.out=nrow(tree$edge))
ltyvec<-rep(lty,length.out=nrow(tree$edge))
if(style=='phenogram'){
n<-length(tree$tip.label)
if(nrow(sim$X)==n){
#will need to be updated to handle multivariate stuff
elen<-tree$edge.length
if(!is.null(sim$R)){
if(color.element=='R'&exp){
elen<-elen*sim$R
}else{
elen<-elen*exp(sim$R)
}
}
elen[is.na(elen)]<-0
tmp<-NULL
for(i in 1:ncol(sim$X)){
XX<-array(NA,c(1,tree$Nnode+n,1),
list(NULL,c(tree$tip.label,1:tree$Nnode+n),NULL))
PP<-XX
LL<-XX
XX[,tree$tip.label,]<-sim$X[tree$tip.label,i]
PP[,tree$tip.label,]<-Inf
LL[,tree$edge[,2],]<-elen
LL[,n+1,]<-0
tmp<-cbind(tmp,.anc.recon(tree,XX,LL,PP,FALSE)[[1]][1,,1])
}
colnames(tmp)<-traits
sim$X<-tmp
}
sim$X<-sim$X[c(tree$tip.label,n+1:tree$Nnode),,drop=F]
if(length(traits)==1){
if(hasArg(node.depths)){
xx<-list(...)$node.depths
}else{
xx<-node.depth.edgelength(tree)
}
if(!add){
do.call(plot,
c(x=list(xx),
y=list(sim$X[,traits]),
xlab=xlab,
ylab=ylab,
col='white',
type='p',
pch=1,
list(...)[!(names(list(...))%in%c('x','y','xlab','ylab','col','type','pch'))&
names(list(...))%in%c(gen.args,plot.args)]))
}
do.call(segments,
c(x0=list(xx[tree$edge[,1]]),x1=list(xx[tree$edge[,2]]),
y0=list(sim$X[,traits][tree$edge[,1]]),y1=list(sim$X[,traits][tree$edge[,2]]),
col=list(colvec),
lwd=list(lwdvec),
lty=list(ltyvec),
list(...)[names(list(...))%in%gen.args]))
}else{
if(!add){
do.call(plot,
c(x=list(sim$X[,traits[1]]),
y=list(sim$X[,traits[2]]),
xlab=xlab,
ylab=ylab,
col='white',
type='p',
pch=1,
list(...)[!(names(list(...))%in%c('x','y','xlab','ylab','col','type','pch'))&
names(list(...))%in%c(gen.args,plot.args)]))
}
do.call(segments,
c(x0=list(sim$X[,traits[1]][tree$edge[,1]]),x1=list(sim$X[,traits[1]][tree$edge[,2]]),
y0=list(sim$X[,traits[2]][tree$edge[,1]]),y1=list(sim$X[,traits[2]][tree$edge[,2]]),
col=list(colvec),
lwd=list(lwdvec),
lty=list(ltyvec),
list(...)[names(list(...))%in%gen.args]))
}
}else{
if(!add){
do.call(plot,
c(x=list(tree),
type=style,
edge.color=rgb(0,0,0,0),
list(...)[!(names(list(...))%in%c('type','edge.color'))]))
}
#no support for adding tip labels if add is set to TRUE...yet
tree.plot<-try(get("last_plot.phylo",envir=.PlotPhyloEnv),silent=T)
if(inherits(tree.plot,'try-error')){
tmpf<-tempfile()
pdf(tmpf)
do.call(plot,
c(x=list(tree),
type=style,
edge.color=list(colvec),
edge.width=list(lwd),
edge.lty=list(lty),
list(...)[!(names(list(...))%in%c('type','edge.color','edge.width','edge.lty'))]))
dev.off()
unlink(tmpf)
tree.plot<-get("last_plot.phylo",envir=.PlotPhyloEnv)
}
tree.plot$type<-tree.plot$type
if(tree.plot$type=='phylogram'){
if(tree.plot$direction=='leftwards'|tree.plot$direction=='rightwards'){
coords.list<-c(y0=list(tree.plot$yy[as.vector(t(tree$edge))]),y1=list(tree.plot$yy[rep(tree$edge[,2],each=2)]),
x0=list(tree.plot$xx[rep(tree$edge[,1],each=2)]),x1=list(tree.plot$xx[as.vector(t(tree$edge))]))
}else{
coords.list<-c(y0=list(tree.plot$yy[rep(tree$edge[,1],each=2)]),y1=list(tree.plot$yy[as.vector(t(tree$edge))]),
x0=list(tree.plot$xx[as.vector(t(tree$edge))]),x1=list(tree.plot$xx[rep(tree$edge[,2],each=2)]))
}
colvec<-rep(colvec,each=2)
lwdvec<-rep(lwdvec,each=2)
ltyvec<-rep(ltyvec,each=2)
}else if(tree.plot$type=='fan'){
r<-sqrt(tree.plot$xx^2+tree.plot$yy^2)
theta<-atan(tree.plot$yy/tree.plot$xx)
probs<-tree.plot$xx<0
theta[probs]<-theta[probs]+pi
tmp<-tree$edge[,2]
base<-theta[tmp[tmp<=Ntip(tree)][1]]
theta[is.nan(theta)]<-base
probs<-theta<base
theta[probs]<-theta[probs]+2*pi
tmp<-as.vector(t(tree$edge))
theta0<-theta[tmp]
theta1<-theta[rep(tree$edge[,2],each=2)]
theta1[1]<-theta0[1]
r0<-r[rep(tree$edge[,1],each=2)]
r1<-r[tmp]
colvec<-rep(colvec,each=2)
lwdvec<-rep(lwdvec,each=2)
ltyvec<-rep(ltyvec,each=2)
#interpolation
if(hasArg(ang.res)){
const<-2*pi/(list(...)$ang.res+1)
}else{
const<-2*pi/100
}
odds<-seq.int(1,length(theta0),2)
tmp.seq<-seq_along(odds)
signs<-sign(theta1[odds]-theta0[odds])
const<-signs*const
interp0<-lapply(tmp.seq,function(ii) seq(theta0[odds[ii]],theta1[odds[ii]],const[ii]))
interp1<-lapply(tmp.seq,function(ii) c(interp0[[ii]][-1],theta1[odds[ii]]))
theta0<-as.list(theta0)
theta0[odds]<-interp0
theta1<-as.list(theta1)
theta1[odds]<-interp1
#replicating everything appropriately
lens<-lengths(theta0)
theta0<-unlist(theta0,use.names=FALSE)
theta1<-unlist(theta1,use.names=FALSE)
r0<-rep(r0,lens)
r1<-rep(r1,lens)
colvec<-rep(colvec,lens)
lwdvec<-rep(lwdvec,lens)
ltyvec<-rep(ltyvec,lens)
coords.list<-c(x0=list(r0*cos(theta0)),
x1=list(r1*cos(theta1)),
y0=list(r0*sin(theta0)),
y1=list(r1*sin(theta1)))
}else{
coords.list<-c(y0=list(tree.plot$yy[tree$edge[,1]]),y1=list(tree.plot$yy[tree$edge[,2]]),
x0=list(tree.plot$xx[tree$edge[,1]]),x1=list(tree.plot$xx[tree$edge[,2]]))
}
do.call(segments,
c(coords.list,
col=list(colvec),
lwd=list(lwdvec),
lty=list(ltyvec),
list(...)[names(list(...))%in%gen.args]))
}
if(legend){
legend.call<-c(sim=list(sim),color.element=color.element,exp=exp,exp.txt=exp.txt,
col=list(col),val.range=list(val.range),res=res,
alpha=if(length(alpha)==1) alpha else list(alpha),breaks=if(length(breaks)==1) breaks else list(breaks),
legend.args)
legend.coords<-do.call(legend.evorates,legend.call)
invisible(legend.coords)
}
}
}
#improve label handling: DONE 8/25
#' @export
pairs.evorates<-function(sim,traits=1:ncol(sim$X),
col=def.color.scheme(),val.range=NULL,res=100,
alpha=NA,breaks=NULL,colvec=NULL,lwd=1,lty=1,
lab=NULL,color.element='R',exp=FALSE,exp.txt=TRUE,...,
legend=T,legend.args=NULL){
tree<-sim$tree
if(is.null(colnames(sim$X))){
colnames(sim$X)<-paste('trait',1:ncol(sim$X))
}else{
names.lens<-nchar(colnames(sim$X))
colnames(sim$X)<-ifelse(names.lens==0,paste('trait',1:ncol(sim$X)),colnames(sim$X))
}
if(is.numeric(traits)){
traits<-colnames(sim$X)[traits]
}
#check if any trait names not available
traits.exist<-traits%in%colnames(sim$X)
if(all(!traits.exist)){
stop('none of the specified traits found')
}
if(any(!traits.exist)){
warning(paste(traits[which(!traits.exist)],collapse=', '),' not found')
traits<-traits[which(traits.exist)]
}
n<-length(tree$tip.label)
if(nrow(sim$X)==n){
#will need to be updated to handle multivariate stuff
elen<-tree$edge.length
if(!is.null(sim$R)){
if(color.element=='R'&exp){
elen<-elen*sim$R
}else{
elen<-elen*exp(sim$R)
}
}
tmp<-NULL
for(i in 1:ncol(sim$X)){
XX<-array(NA,c(1,tree$Nnode+n,1),
list(NULL,c(tree$tip.label,1:tree$Nnode+n),NULL))
PP<-XX
LL<-XX
XX[,tree$tip.label,]<-sim$X[tree$tip.label,i]
PP[,tree$tip.label,]<-Inf
LL[,tree$edge[,2],]<-elen
LL[,n+1,]<-0
tmp<-cbind(tmp,.anc.recon(tree,XX,LL,PP,FALSE)[[1]][1,,1])
}
colnames(tmp)<-traits
sim$X<-tmp
}
sim$X<-sim$X[c(tree$tip.label,n+1:tree$Nnode),,drop=F]
if(is.null(lab)){
lab<-rep(NA,length.out=length(traits))
}
lab<-rep(lab,length.out=length(traits))
lab<-ifelse(is.na(lab),traits,lab)
old.par<-par(no.readonly=T)
par(mfrow=c(length(traits),length(traits)),mar=c(0,0,0,0),oma=c(5.1,4.1,0,0),xpd=T)
for(i in 1:length(traits)){
for(j in 1:length(traits)){
if(j==1){
yaxt=NULL
args.y.mtext<-list(text=lab[i],
side=2,
line=3,
cex=0.75)
}else{
yaxt='n'
args.y.mtext<-list(NULL)
}
if(i==length(traits)){
xaxt=NULL
args.x.mtext<-list(text=lab[j],
side=1,
line=3,
cex=0.75)
}else{
xaxt='n'
args.x.mtext<-list(NULL)
}
if(i==j){
if(i==length(traits)){
plot(sim,traits=c(traits[i],traits[j]),
alpha=0,colvec=rgb(0,0,0,0),
xaxt=xaxt,yaxt=yaxt,xlab='',ylab='',...,
legend=F)
new.range<-range(sim$X[,i])
node.depths<-node.depth.edgelength(tree)
node.depths<-node.depths/max(node.depths)*diff(new.range)+min(new.range)
plot(sim,traits=traits[i],
col=col,val.range=val.range,res=res,
alpha=alpha,breaks=breaks,colvec=colvec,lwd=lwd,lty=lty,
xaxt='n',yaxt=yaxt,add=T,color.element=color.element,node.depths=node.depths,...,
legend=F)
}else{
plot(sim,traits=traits[i],
col=col,val.range=val.range,res=res,
alpha=alpha,breaks=breaks,colvec=colvec,lwd=lwd,lty=lty,
xaxt=xaxt,yaxt=yaxt,color.element=color.element,xlab='',ylab='',...,
legend=F)
}
do.call(mtext,args.x.mtext)
do.call(mtext,args.y.mtext)
}else{
plot(sim,traits=c(traits[j],traits[i]),
col=col,val.range=val.range,res=res,
alpha=alpha,breaks=breaks,colvec=colvec,lwd=lwd,lty=lty,
xaxt=xaxt,yaxt=yaxt,color.element=color.element,xlab='',ylab='',...,
legend=F)
do.call(mtext,args.x.mtext)
do.call(mtext,args.y.mtext)
}
}
}
if(legend){
par(fig=c(0,1,0,1),oma=c(5.1,4.1,0,0),mar=c(0,0,0,0),new=T)
if(is.null(legend.args$box.scale)){
legend.args$box.scale<-1
}
legend.args$box.scale<-legend.args$box.scale*0.4
if(is.null(legend.args$cex)){
legend.args$cex<-1
}
legend.args$cex<-legend.args$cex*0.8
bds<-par('usr')
bds.dims<-c(diff(bds[1:2]),diff(bds[3:4]))
if(length(legend.args$box.offset)==0){
legend.args$box.offset<-rep(NA,2)
}else if(length(legend.args$box.offset)==1){
legend.args$box.offset<-c(legend.args$box.offset,NA)
}
legend.args$box.offset<-ifelse(is.na(legend.args$box.offset),bds.dims/c(40,-20),legend.args$box.offset)
if(is.null(legend.args$xpd)){
legend.args$xpd<-T
}
legend.call<-c(sim=list(sim),color.element=color.element,exp=exp,exp.txt=exp.txt,
col=list(col),val.range=list(val.range),res=res,
alpha=if(length(alpha)==1) alpha else list(alpha),breaks=if(length(breaks)==1) breaks else list(breaks),
legend.args)
do.call(legend.evorates,
legend.call)
}
par(old.par)
}
#plot 3 to 4 numbers next to legend
#exp.txt only works for non-break legends...can't imagine why it would need to be otherwise
#' @export
legend.evorates<-function(sim,location=c('bottomleft','topleft','bottomright','topright'),color.element='R',
exp=FALSE,exp.txt=TRUE,
col=def.color.scheme(),val.range=NULL,res=100,
alpha=NA,breaks=NULL,select.levels=NULL,
box.dims=NULL,box.offset=NULL,box.scale=1,
txt.col=NULL,main=NULL,...){
if(exp){
exp.txt<-FALSE
}
try.location<-try(match.arg(location,c('bottomleft','topleft','bottomright','topright')),silent=T)
if(inherits(try.location,'try-error')){
stop(location," is not an available named position to put the legend: please specify one of the following: 'bottomleft', 'topleft', 'bottomright', or 'topright'")
}
location<-try.location
gen.args<-graphics:::.Pars
poly.args<-names(formals(polygon))
poly.args<-poly.args[-which(poly.args=='...')]
text.args<-names(formals(text.default))
text.args<-text.args[-which(text.args=='...')]
if(is.null(breaks)){
if(is.null(val.range)){
val.range<-range(sim[[color.element]],na.rm=TRUE)
}
colramp<-colorRampPalette(col,alpha=T)(res)
colramp<-alter.cols(colramp,alpha=.lin.interp(alpha,length(colramp)))
}else{
colramp<-colorRampPalette(col,alpha=T)(length(breaks)+1)
colramp<-alter.cols(colramp,alpha=.lin.interp(alpha,length(colramp)))
if(is.null(select.levels)){
select.levels<-1:length(colramp)
}
select.levels<-select.levels[select.levels>=1&select.levels<=(length(breaks)+1)]
select.levels<-sort(select.levels)
colramp<-colramp[select.levels]
}
bds<-par('usr')
bds.dims<-c(diff(bds[1:2]),diff(bds[3:4]))
if(length(box.dims)==0){
box.dims<-rep(NA,2)
}else if(length(box.dims)==1){
box.dims<-c(box.dims,NA)
}
box.dims<-box.scale*ifelse(is.na(box.dims),bds.dims/c(30,5),box.dims)
if(length(box.offset)==0){
box.offset<-rep(NA,2)
}else if(length(box.offset)==1){
box.offset<-c(box.offset,NA)
}
box.offset<-ifelse(is.na(box.offset),bds.dims/c(8,20),box.offset)
x.offset<-box.offset[1]
y.offset<-box.offset[2]
if(grepl('right',location)){
x.offset<- bds.dims[1]-box.dims[1]-box.offset[1]
}
if(grepl('top',location)){
y.offset<- bds.dims[2]-box.dims[2]-box.offset[2]
}
coords<-list(x=c(0,box.dims[1],box.dims[1],0)+x.offset+bds[1],y=c(0,0,box.dims[2],box.dims[2])+y.offset+bds[3])
# box.midpt<-sapply(coords,mean)
# coords$x<-(coords$x-box.midpt[1])*box.scale+box.midpt[1]
# coords$y<-(coords$y-box.midpt[2])*box.scale+box.midpt[2]
y.int<-seq(coords$y[2],coords$y[3],length.out=length(colramp)+1)
for(i in 1:length(colramp)){
do.call(polygon,
c(x=list(coords$x),
y=list(c(y.int[i],y.int[i],y.int[i+1],y.int[i+1])),
border=NA,
col=colramp[i],
list(...)[!(names(list(...))%in%c('x','y','border','col','adj'))&
names(list(...))%in%gen.args]))
}
do.call(polygon,
c(x=list(coords$x),
y=list(coords$y),
col=NA,
list(...)[!(names(list(...))%in%c('x','y','col','adj'))&
names(list(...))%in%c(gen.args,poly.args)]))
side<-NA
if(hasArg(side)){
if(list(...)$side<=2&list(...)$side>=1){
side<-list(...)$side
}
}
if(is.na(side)){
side<-if(grepl('left',location)) 2 else 1
}
txt.args<-list(...)[!(names(list(...))%in%c('x','y','labels'))&names(list(...))%in%c(gen.args,text.args)]
if(is.null(txt.args$adj)&is.null(txt.args$pos)){
txt.args$pos<-side*2
}
if(!is.null(txt.col)){
txt.args$col<-txt.col
}
if(is.null(breaks)){
if(val.range[2]-val.range[1]==0){
labels<-val.range[1]
}else{
labels<-pretty(seq(val.range[1],val.range[2],length.out=100))
labels<-labels[2:(length(labels)-1)]
}
y.pos<-coords$y[2]+(labels-val.range[1])/
(diff(val.range))*
(coords$y[3]-coords$y[2])
if(exp.txt){
labels<-format(exp(labels),digits=1)
}
do.call(text,
c(x=coords$x[side],
y=list(y.pos),
labels=list(labels),
txt.args))
}else{
labels<-paste(signif(breaks[-length(breaks)],3),signif(breaks[-1],3),sep=' - ')
labels<-c(paste('<',signif(breaks[1],3)),labels,paste('>',signif(breaks[length(breaks)],3)))
labels<-labels[select.levels]
y.pos<-apply(cbind(y.int[-length(y.int)],y.int[-1]),1,mean)
do.call(text,
c(x=coords$x[side],
y=list(y.pos),
labels=list(labels),
txt.args))
}
if(is.null(main)){
if(color.element=='R'){
if(exp|exp.txt){
main<-expression(sigma^2)
}else{
main<-expression(ln~(sigma^2))
}
}else{
main<-substitute(color.element)
}
}
main.side<-NA
if(hasArg(main.side)){
if(list(...)$main.side<=4&list(...)$main.side>=1){
main.side<-list(...)$main.side
}
}
if(is.na(main.side)){
main.side<-if(grepl('left',location)) 2 else 4
}
main.args<-list(...)[!(names(list(...))%in%paste0('main.',c('x','y','labels','side')))&
names(list(...))%in%paste0('main.',c(gen.args,text.args))]
names(main.args)<-gsub('main.','',names(main.args))
txt.args<-txt.args[!names(txt.args)%in%c('srt','pos','adj','offset')]
txt.args[names(main.args)%in%names(txt.args)]<-main.args[names(main.args)%in%names(txt.args)]
main.args<-c(txt.args,main.args[!(names(main.args)%in%names(txt.args))])
if(is.null(main.args$adj)&is.null(main.args$pos)){
main.args$pos<-main.side
if(main.side%in%c(2,4)&is.null(main.args$srt)){
main.args$srt<-90
main.args$pos<-NULL
main.args$adj<-c(0.5,c(-0.3,1.3)[main.side/2])
}
}
if(main.side%in%c(2,4)&is.null(main.args$srt)){
main.args$srt<-90
}
if(is.null(main.args$cex)){
main.args$cex<-1
}
if(main.side%in%c(2,4)){
x.pos<-coords$x[main.side/2]
y.pos<-mean(coords$y[2:3])
if(main.side==4){
x.pos<-x.pos+bds.dims[1]/50
}else{
x.pos<-x.pos-bds.dims[1]/50
}
}else{
x.pos<-mean(coords$x[1:2])
y.pos<-coords$y[main.side/2+1.5]
if(main.side==3){
y.pos<-y.pos+bds.dims[2]/50
}else{
y.pos<-y.pos-bds.dims[2]/50
}
}
do.call(text,
as.list(c(x=x.pos,
y=y.pos,
labels=list(main),
main.args)))
invisible(coords)
}
bstaggmartin/evorates documentation built on May 31, 2024, 5:56 a.m.
R Package Documentation
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Note that we can't provide technical support on individual packages. You should contact the package authors for that.
Defines functions legend.evorates pairs.evorates plot.evorates def.color.scheme
Documented in plot.evorates
def.color.scheme<-function(){
rgb(c(0.000,0.545,1.000),
c(0.051,0.400,0.451),
c(0.495,0.545,0.451))
}
#plot an autocorrelated Brownian motion simulation
#add an option to only exponentiate legend? Done
#really need to clean these functions up-->chunks of code identical between plot.evorates and pairs, also many of this code
#should just be internal functions, rather than explicit
#' Plot simulated trait and/or rate data from a
#'
#' @export
plot.evorates<-function(sim,traits=1:ncol(sim$X),style=c('phenogram','phylogram','cladogram','fan','unrooted','radial'),
col=def.color.scheme(),na.col='gray90',val.range=NULL,res=100,
alpha=NA,breaks=NULL,colvec=NULL,lwd=1,lty=1,
xlab=NULL,ylab=NULL,add=F,color.element='R',exp=FALSE,exp.txt=TRUE,...,
legend=T,legend.args=NULL){
tree<-sim$tree
try.style<-try(match.arg(style,c('phenogram','phylogram','cladogram','fan','unrooted','radial')))
if(inherits(try.style,'try-error')){
stop(try.style," is not an available plotting style: please specify one of the following: 'phenogram', 'phylogram', 'cladogram', 'fan', 'unrooted', or 'radial'")
}
style<-try.style
plot.args<-c(names(formals(plot.default)),
names(formals(axis)),names(formals(box)),names(formals(plot.window)),names(formals(title)))
plot.args<-plot.args[-which(plot.args=='...')]
gen.args<-graphics:::.Pars
if(any(names(list(...))=='edge.color')){
warning('plot.evorates uses col rather than edge.color to control line color: edge.color was ignored')
}
if(any(names(list(...))=='edge.width')){
warning('plot.evorates uses lwd rather than edge.width to control line width: edge.width was ignored')
}
if(any(names(list(...))=='edge.lty')){
warning('plot.evorates uses lty rather than edge.lty to control line type: edge.lty was ignored')
}
if(is.null(colnames(sim$X))){
colnames(sim$X)<-paste('trait',1:ncol(sim$X))
}else{
names.lens<-nchar(colnames(sim$X))
colnames(sim$X)<-ifelse(names.lens==0,paste('trait',1:ncol(sim$X)),colnames(sim$X))
}
if(is.numeric(traits)){
traits<-colnames(sim$X)[traits]
}
#check if any trait names not available
traits.exist<-traits%in%colnames(sim$X)
if(all(!traits.exist)){
stop('none of the specified traits found')
}
if(any(!traits.exist)){
warning(paste(traits[which(!traits.exist)],collapse=', '),' not found')
traits<-traits[which(traits.exist)]
}
if(is.null(sim[[color.element]])){
sim[[color.element]]<-0
legend<-F
warning('set legend to FALSE since specified color element is NULL')
}
if(exp){
sim[[color.element]]<-exp(sim[[color.element]])
}
if(length(traits)>2&style=='phenogram'){
pairs(sim,traits=traits,col=col,val.range=val.range,res=res,alpha=alpha,breaks=breaks,colvec=colvec,lwd=lwd,lty=lty,
color.element=color.element,exp=exp,exp.txt=exp.txt,...,
legend=legend,legend.args=legend.args)
}else{
if(is.null(xlab)){
if(length(traits)==1){
xlab<-'time'
}else{
xlab<-traits[1]
}
}
if(is.null(ylab)){
if(length(traits)==1){
ylab<-traits
}else{
ylab<-traits[2]
}
}
if(is.null(colvec)){
if(is.null(breaks)){
if(is.null(val.range)){
val.range<-range(sim[[color.element]],na.rm=TRUE)
}
colramp<-colorRampPalette(col,alpha=T)(res)
colramp<-alter.cols(colramp,alpha=.lin.interp(alpha,length(colramp)))
if((val.range[2]-val.range[1])==0){
colvec<-colramp[round((res+1)/2)]
}else{
inds<-round((sim[[color.element]]-val.range[1])/(val.range[2]-val.range[1])*(res-1))+1
inds[inds<1]<-1;inds[inds>res]<-res
colvec<-colramp[inds]
}
}else{
colramp<-colorRampPalette(col,alpha=T)(length(breaks)+1)
colramp<-alter.cols(colramp,alpha=.lin.interp(alpha,length(colramp)))
if(is.null(sim[[color.element]])){
colvec<-colramp[round((length(breaks)+2)/2)]
}else{
colvec<-colramp[cut(sim[[color.element]],
c(min(sim[[color.element]],na.rm=TRUE)-1,
breaks,
max(sim[[color.element]],na.rm=TRUE)+1))]
}
}
colvec[is.na(colvec)]<-na.col
}else{
colvec<-rep(colvec,length.out=nrow(tree$edge))
colvec<-alter.cols(colvec,alpha=alpha)
if(legend){
warning('skipped plotting a legend since evorates was plotted with custom color vector')
}
}
lwdvec<-rep(lwd,length.out=nrow(tree$edge))
ltyvec<-rep(lty,length.out=nrow(tree$edge))
if(style=='phenogram'){
n<-length(tree$tip.label)
if(nrow(sim$X)==n){
#will need to be updated to handle multivariate stuff
elen<-tree$edge.length
if(!is.null(sim$R)){
if(color.element=='R'&exp){
elen<-elen*sim$R
}else{
elen<-elen*exp(sim$R)
}
}
elen[is.na(elen)]<-0
tmp<-NULL
for(i in 1:ncol(sim$X)){
XX<-array(NA,c(1,tree$Nnode+n,1),
list(NULL,c(tree$tip.label,1:tree$Nnode+n),NULL))
PP<-XX
LL<-XX
XX[,tree$tip.label,]<-sim$X[tree$tip.label,i]
PP[,tree$tip.label,]<-Inf
LL[,tree$edge[,2],]<-elen
LL[,n+1,]<-0
tmp<-cbind(tmp,.anc.recon(tree,XX,LL,PP,FALSE)[[1]][1,,1])
}
colnames(tmp)<-traits
sim$X<-tmp
}
sim$X<-sim$X[c(tree$tip.label,n+1:tree$Nnode),,drop=F]
if(length(traits)==1){
if(hasArg(node.depths)){
xx<-list(...)$node.depths
}else{
xx<-node.depth.edgelength(tree)
}
if(!add){
do.call(plot,
c(x=list(xx),
y=list(sim$X[,traits]),
xlab=xlab,
ylab=ylab,
col='white',
type='p',
pch=1,
list(...)[!(names(list(...))%in%c('x','y','xlab','ylab','col','type','pch'))&
names(list(...))%in%c(gen.args,plot.args)]))
}
do.call(segments,
c(x0=list(xx[tree$edge[,1]]),x1=list(xx[tree$edge[,2]]),
y0=list(sim$X[,traits][tree$edge[,1]]),y1=list(sim$X[,traits][tree$edge[,2]]),
col=list(colvec),
lwd=list(lwdvec),
lty=list(ltyvec),
list(...)[names(list(...))%in%gen.args]))
}else{
if(!add){
do.call(plot,
c(x=list(sim$X[,traits[1]]),
y=list(sim$X[,traits[2]]),
xlab=xlab,
ylab=ylab,
col='white',
type='p',
pch=1,
list(...)[!(names(list(...))%in%c('x','y','xlab','ylab','col','type','pch'))&
names(list(...))%in%c(gen.args,plot.args)]))
}
do.call(segments,
c(x0=list(sim$X[,traits[1]][tree$edge[,1]]),x1=list(sim$X[,traits[1]][tree$edge[,2]]),
y0=list(sim$X[,traits[2]][tree$edge[,1]]),y1=list(sim$X[,traits[2]][tree$edge[,2]]),
col=list(colvec),
lwd=list(lwdvec),
lty=list(ltyvec),
list(...)[names(list(...))%in%gen.args]))
}
}else{
if(!add){
do.call(plot,
c(x=list(tree),
type=style,
edge.color=rgb(0,0,0,0),
list(...)[!(names(list(...))%in%c('type','edge.color'))]))
}
#no support for adding tip labels if add is set to TRUE...yet
tree.plot<-try(get("last_plot.phylo",envir=.PlotPhyloEnv),silent=T)
if(inherits(tree.plot,'try-error')){
tmpf<-tempfile()
pdf(tmpf)
do.call(plot,
c(x=list(tree),
type=style,
edge.color=list(colvec),
edge.width=list(lwd),
edge.lty=list(lty),
list(...)[!(names(list(...))%in%c('type','edge.color','edge.width','edge.lty'))]))
dev.off()
unlink(tmpf)
tree.plot<-get("last_plot.phylo",envir=.PlotPhyloEnv)
}
tree.plot$type<-tree.plot$type
if(tree.plot$type=='phylogram'){
if(tree.plot$direction=='leftwards'|tree.plot$direction=='rightwards'){
coords.list<-c(y0=list(tree.plot$yy[as.vector(t(tree$edge))]),y1=list(tree.plot$yy[rep(tree$edge[,2],each=2)]),
x0=list(tree.plot$xx[rep(tree$edge[,1],each=2)]),x1=list(tree.plot$xx[as.vector(t(tree$edge))]))
}else{
coords.list<-c(y0=list(tree.plot$yy[rep(tree$edge[,1],each=2)]),y1=list(tree.plot$yy[as.vector(t(tree$edge))]),
x0=list(tree.plot$xx[as.vector(t(tree$edge))]),x1=list(tree.plot$xx[rep(tree$edge[,2],each=2)]))
}
colvec<-rep(colvec,each=2)
lwdvec<-rep(lwdvec,each=2)
ltyvec<-rep(ltyvec,each=2)
}else if(tree.plot$type=='fan'){
r<-sqrt(tree.plot$xx^2+tree.plot$yy^2)
theta<-atan(tree.plot$yy/tree.plot$xx)
probs<-tree.plot$xx<0
theta[probs]<-theta[probs]+pi
tmp<-tree$edge[,2]
base<-theta[tmp[tmp<=Ntip(tree)][1]]
theta[is.nan(theta)]<-base
probs<-theta<base
theta[probs]<-theta[probs]+2*pi
tmp<-as.vector(t(tree$edge))
theta0<-theta[tmp]
theta1<-theta[rep(tree$edge[,2],each=2)]
theta1[1]<-theta0[1]
r0<-r[rep(tree$edge[,1],each=2)]
r1<-r[tmp]
colvec<-rep(colvec,each=2)
lwdvec<-rep(lwdvec,each=2)
ltyvec<-rep(ltyvec,each=2)
#interpolation
if(hasArg(ang.res)){
const<-2*pi/(list(...)$ang.res+1)
}else{
const<-2*pi/100
}
odds<-seq.int(1,length(theta0),2)
tmp.seq<-seq_along(odds)
signs<-sign(theta1[odds]-theta0[odds])
const<-signs*const
interp0<-lapply(tmp.seq,function(ii) seq(theta0[odds[ii]],theta1[odds[ii]],const[ii]))
interp1<-lapply(tmp.seq,function(ii) c(interp0[[ii]][-1],theta1[odds[ii]]))
theta0<-as.list(theta0)
theta0[odds]<-interp0
theta1<-as.list(theta1)
theta1[odds]<-interp1
#replicating everything appropriately
lens<-lengths(theta0)
theta0<-unlist(theta0,use.names=FALSE)
theta1<-unlist(theta1,use.names=FALSE)
r0<-rep(r0,lens)
r1<-rep(r1,lens)
colvec<-rep(colvec,lens)
lwdvec<-rep(lwdvec,lens)
ltyvec<-rep(ltyvec,lens)
coords.list<-c(x0=list(r0*cos(theta0)),
x1=list(r1*cos(theta1)),
y0=list(r0*sin(theta0)),
y1=list(r1*sin(theta1)))
}else{
coords.list<-c(y0=list(tree.plot$yy[tree$edge[,1]]),y1=list(tree.plot$yy[tree$edge[,2]]),
x0=list(tree.plot$xx[tree$edge[,1]]),x1=list(tree.plot$xx[tree$edge[,2]]))
}
do.call(segments,
c(coords.list,
col=list(colvec),
lwd=list(lwdvec),
lty=list(ltyvec),
list(...)[names(list(...))%in%gen.args]))
}
if(legend){
legend.call<-c(sim=list(sim),color.element=color.element,exp=exp,exp.txt=exp.txt,
col=list(col),val.range=list(val.range),res=res,
alpha=if(length(alpha)==1) alpha else list(alpha),breaks=if(length(breaks)==1) breaks else list(breaks),
legend.args)
legend.coords<-do.call(legend.evorates,legend.call)
invisible(legend.coords)
}
}
}
#improve label handling: DONE 8/25
#' @export
pairs.evorates<-function(sim,traits=1:ncol(sim$X),
col=def.color.scheme(),val.range=NULL,res=100,
alpha=NA,breaks=NULL,colvec=NULL,lwd=1,lty=1,
lab=NULL,color.element='R',exp=FALSE,exp.txt=TRUE,...,
legend=T,legend.args=NULL){
tree<-sim$tree
if(is.null(colnames(sim$X))){
colnames(sim$X)<-paste('trait',1:ncol(sim$X))
}else{
names.lens<-nchar(colnames(sim$X))
colnames(sim$X)<-ifelse(names.lens==0,paste('trait',1:ncol(sim$X)),colnames(sim$X))
}
if(is.numeric(traits)){
traits<-colnames(sim$X)[traits]
}
#check if any trait names not available
traits.exist<-traits%in%colnames(sim$X)
if(all(!traits.exist)){
stop('none of the specified traits found')
}
if(any(!traits.exist)){
warning(paste(traits[which(!traits.exist)],collapse=', '),' not found')
traits<-traits[which(traits.exist)]
}
n<-length(tree$tip.label)
if(nrow(sim$X)==n){
#will need to be updated to handle multivariate stuff
elen<-tree$edge.length
if(!is.null(sim$R)){
if(color.element=='R'&exp){
elen<-elen*sim$R
}else{
elen<-elen*exp(sim$R)
}
}
tmp<-NULL
for(i in 1:ncol(sim$X)){
XX<-array(NA,c(1,tree$Nnode+n,1),
list(NULL,c(tree$tip.label,1:tree$Nnode+n),NULL))
PP<-XX
LL<-XX
XX[,tree$tip.label,]<-sim$X[tree$tip.label,i]
PP[,tree$tip.label,]<-Inf
LL[,tree$edge[,2],]<-elen
LL[,n+1,]<-0
tmp<-cbind(tmp,.anc.recon(tree,XX,LL,PP,FALSE)[[1]][1,,1])
}
colnames(tmp)<-traits
sim$X<-tmp
}
sim$X<-sim$X[c(tree$tip.label,n+1:tree$Nnode),,drop=F]
if(is.null(lab)){
lab<-rep(NA,length.out=length(traits))
}
lab<-rep(lab,length.out=length(traits))
lab<-ifelse(is.na(lab),traits,lab)
old.par<-par(no.readonly=T)
par(mfrow=c(length(traits),length(traits)),mar=c(0,0,0,0),oma=c(5.1,4.1,0,0),xpd=T)
for(i in 1:length(traits)){
for(j in 1:length(traits)){
if(j==1){
yaxt=NULL
args.y.mtext<-list(text=lab[i],
side=2,
line=3,
cex=0.75)
}else{
yaxt='n'
args.y.mtext<-list(NULL)
}
if(i==length(traits)){
xaxt=NULL
args.x.mtext<-list(text=lab[j],
side=1,
line=3,
cex=0.75)
}else{
xaxt='n'
args.x.mtext<-list(NULL)
}
if(i==j){
if(i==length(traits)){
plot(sim,traits=c(traits[i],traits[j]),
alpha=0,colvec=rgb(0,0,0,0),
xaxt=xaxt,yaxt=yaxt,xlab='',ylab='',...,
legend=F)
new.range<-range(sim$X[,i])
node.depths<-node.depth.edgelength(tree)
node.depths<-node.depths/max(node.depths)*diff(new.range)+min(new.range)
plot(sim,traits=traits[i],
col=col,val.range=val.range,res=res,
alpha=alpha,breaks=breaks,colvec=colvec,lwd=lwd,lty=lty,
xaxt='n',yaxt=yaxt,add=T,color.element=color.element,node.depths=node.depths,...,
legend=F)
}else{
plot(sim,traits=traits[i],
col=col,val.range=val.range,res=res,
alpha=alpha,breaks=breaks,colvec=colvec,lwd=lwd,lty=lty,
xaxt=xaxt,yaxt=yaxt,color.element=color.element,xlab='',ylab='',...,
legend=F)
}
do.call(mtext,args.x.mtext)
do.call(mtext,args.y.mtext)
}else{
plot(sim,traits=c(traits[j],traits[i]),
col=col,val.range=val.range,res=res,
alpha=alpha,breaks=breaks,colvec=colvec,lwd=lwd,lty=lty,
xaxt=xaxt,yaxt=yaxt,color.element=color.element,xlab='',ylab='',...,
legend=F)
do.call(mtext,args.x.mtext)
do.call(mtext,args.y.mtext)
}
}
}
if(legend){
par(fig=c(0,1,0,1),oma=c(5.1,4.1,0,0),mar=c(0,0,0,0),new=T)
if(is.null(legend.args$box.scale)){
legend.args$box.scale<-1
}
legend.args$box.scale<-legend.args$box.scale*0.4
if(is.null(legend.args$cex)){
legend.args$cex<-1
}
legend.args$cex<-legend.args$cex*0.8
bds<-par('usr')
bds.dims<-c(diff(bds[1:2]),diff(bds[3:4]))
if(length(legend.args$box.offset)==0){
legend.args$box.offset<-rep(NA,2)
}else if(length(legend.args$box.offset)==1){
legend.args$box.offset<-c(legend.args$box.offset,NA)
}
legend.args$box.offset<-ifelse(is.na(legend.args$box.offset),bds.dims/c(40,-20),legend.args$box.offset)
if(is.null(legend.args$xpd)){
legend.args$xpd<-T
}
legend.call<-c(sim=list(sim),color.element=color.element,exp=exp,exp.txt=exp.txt,
col=list(col),val.range=list(val.range),res=res,
alpha=if(length(alpha)==1) alpha else list(alpha),breaks=if(length(breaks)==1) breaks else list(breaks),
legend.args)
do.call(legend.evorates,
legend.call)
}
par(old.par)
}
#plot 3 to 4 numbers next to legend
#exp.txt only works for non-break legends...can't imagine why it would need to be otherwise
#' @export
legend.evorates<-function(sim,location=c('bottomleft','topleft','bottomright','topright'),color.element='R',
exp=FALSE,exp.txt=TRUE,
col=def.color.scheme(),val.range=NULL,res=100,
alpha=NA,breaks=NULL,select.levels=NULL,
box.dims=NULL,box.offset=NULL,box.scale=1,
txt.col=NULL,main=NULL,...){
if(exp){
exp.txt<-FALSE
}
try.location<-try(match.arg(location,c('bottomleft','topleft','bottomright','topright')),silent=T)
if(inherits(try.location,'try-error')){
stop(location," is not an available named position to put the legend: please specify one of the following: 'bottomleft', 'topleft', 'bottomright', or 'topright'")
}
location<-try.location
gen.args<-graphics:::.Pars
poly.args<-names(formals(polygon))
poly.args<-poly.args[-which(poly.args=='...')]
text.args<-names(formals(text.default))
text.args<-text.args[-which(text.args=='...')]
if(is.null(breaks)){
if(is.null(val.range)){
val.range<-range(sim[[color.element]],na.rm=TRUE)
}
colramp<-colorRampPalette(col,alpha=T)(res)
colramp<-alter.cols(colramp,alpha=.lin.interp(alpha,length(colramp)))
}else{
colramp<-colorRampPalette(col,alpha=T)(length(breaks)+1)
colramp<-alter.cols(colramp,alpha=.lin.interp(alpha,length(colramp)))
if(is.null(select.levels)){
select.levels<-1:length(colramp)
}
select.levels<-select.levels[select.levels>=1&select.levels<=(length(breaks)+1)]
select.levels<-sort(select.levels)
colramp<-colramp[select.levels]
}
bds<-par('usr')
bds.dims<-c(diff(bds[1:2]),diff(bds[3:4]))
if(length(box.dims)==0){
box.dims<-rep(NA,2)
}else if(length(box.dims)==1){
box.dims<-c(box.dims,NA)
}
box.dims<-box.scale*ifelse(is.na(box.dims),bds.dims/c(30,5),box.dims)
if(length(box.offset)==0){
box.offset<-rep(NA,2)
}else if(length(box.offset)==1){
box.offset<-c(box.offset,NA)
}
box.offset<-ifelse(is.na(box.offset),bds.dims/c(8,20),box.offset)
x.offset<-box.offset[1]
y.offset<-box.offset[2]
if(grepl('right',location)){
x.offset<- bds.dims[1]-box.dims[1]-box.offset[1]
}
if(grepl('top',location)){
y.offset<- bds.dims[2]-box.dims[2]-box.offset[2]
}
coords<-list(x=c(0,box.dims[1],box.dims[1],0)+x.offset+bds[1],y=c(0,0,box.dims[2],box.dims[2])+y.offset+bds[3])
# box.midpt<-sapply(coords,mean)
# coords$x<-(coords$x-box.midpt[1])*box.scale+box.midpt[1]
# coords$y<-(coords$y-box.midpt[2])*box.scale+box.midpt[2]
y.int<-seq(coords$y[2],coords$y[3],length.out=length(colramp)+1)
for(i in 1:length(colramp)){
do.call(polygon,
c(x=list(coords$x),
y=list(c(y.int[i],y.int[i],y.int[i+1],y.int[i+1])),
border=NA,
col=colramp[i],
list(...)[!(names(list(...))%in%c('x','y','border','col','adj'))&
names(list(...))%in%gen.args]))
}
do.call(polygon,
c(x=list(coords$x),
y=list(coords$y),
col=NA,
list(...)[!(names(list(...))%in%c('x','y','col','adj'))&
names(list(...))%in%c(gen.args,poly.args)]))
side<-NA
if(hasArg(side)){
if(list(...)$side<=2&list(...)$side>=1){
side<-list(...)$side
}
}
if(is.na(side)){
side<-if(grepl('left',location)) 2 else 1
}
txt.args<-list(...)[!(names(list(...))%in%c('x','y','labels'))&names(list(...))%in%c(gen.args,text.args)]
if(is.null(txt.args$adj)&is.null(txt.args$pos)){
txt.args$pos<-side*2
}
if(!is.null(txt.col)){
txt.args$col<-txt.col
}
if(is.null(breaks)){
if(val.range[2]-val.range[1]==0){
labels<-val.range[1]
}else{
labels<-pretty(seq(val.range[1],val.range[2],length.out=100))
labels<-labels[2:(length(labels)-1)]
}
y.pos<-coords$y[2]+(labels-val.range[1])/
(diff(val.range))*
(coords$y[3]-coords$y[2])
if(exp.txt){
labels<-format(exp(labels),digits=1)
}
do.call(text,
c(x=coords$x[side],
y=list(y.pos),
labels=list(labels),
txt.args))
}else{
labels<-paste(signif(breaks[-length(breaks)],3),signif(breaks[-1],3),sep=' - ')
labels<-c(paste('<',signif(breaks[1],3)),labels,paste('>',signif(breaks[length(breaks)],3)))
labels<-labels[select.levels]
y.pos<-apply(cbind(y.int[-length(y.int)],y.int[-1]),1,mean)
do.call(text,
c(x=coords$x[side],
y=list(y.pos),
labels=list(labels),
txt.args))
}
if(is.null(main)){
if(color.element=='R'){
if(exp|exp.txt){
main<-expression(sigma^2)
}else{
main<-expression(ln~(sigma^2))
}
}else{
main<-substitute(color.element)
}
}
main.side<-NA
if(hasArg(main.side)){
if(list(...)$main.side<=4&list(...)$main.side>=1){
main.side<-list(...)$main.side
}
}
if(is.na(main.side)){
main.side<-if(grepl('left',location)) 2 else 4
}
main.args<-list(...)[!(names(list(...))%in%paste0('main.',c('x','y','labels','side')))&
names(list(...))%in%paste0('main.',c(gen.args,text.args))]
names(main.args)<-gsub('main.','',names(main.args))
txt.args<-txt.args[!names(txt.args)%in%c('srt','pos','adj','offset')]
txt.args[names(main.args)%in%names(txt.args)]<-main.args[names(main.args)%in%names(txt.args)]
main.args<-c(txt.args,main.args[!(names(main.args)%in%names(txt.args))])
if(is.null(main.args$adj)&is.null(main.args$pos)){
main.args$pos<-main.side
if(main.side%in%c(2,4)&is.null(main.args$srt)){
main.args$srt<-90
main.args$pos<-NULL
main.args$adj<-c(0.5,c(-0.3,1.3)[main.side/2])
}
}
if(main.side%in%c(2,4)&is.null(main.args$srt)){
main.args$srt<-90
}
if(is.null(main.args$cex)){
main.args$cex<-1
}
if(main.side%in%c(2,4)){
x.pos<-coords$x[main.side/2]
y.pos<-mean(coords$y[2:3])
if(main.side==4){
x.pos<-x.pos+bds.dims[1]/50
}else{
x.pos<-x.pos-bds.dims[1]/50
}
}else{
x.pos<-mean(coords$x[1:2])
y.pos<-coords$y[main.side/2+1.5]
if(main.side==3){
y.pos<-y.pos+bds.dims[2]/50
}else{
y.pos<-y.pos-bds.dims[2]/50
}
}
do.call(text,
as.list(c(x=x.pos,
y=y.pos,
labels=list(main),
main.args)))
invisible(coords)
}
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