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OPTREPLOT<- function(opts , ncol=5, sel=1, HOZ=TRUE, TOP=TRUE, cols="white", scol="black", bcol="white" , tcol="black", slwd=1, blwd=3, main="", xlim=c(0,1), ylim=c(0,1), cex=1, mpct = 0.1 , newplot=TRUE)
{
## source("/home/lees/NEWseis/OPTREPLOT.R")
## OPTREPLOT(stdlab)
## OPTREPLOT(stdlab, cols=rep(grey(.9), length(stdlab)) )
## OPTREPLOT(stdlab, cols=rainbow( length(stdlab)) )
## OPTREPLOT(STDLAB, HOZ=FALSE, TOP=TRUE);
## OPTREPLOT(STDLAB, HOZ=TRUE, TOP=TRUE);
## OPTREPLOT(STDLAB, HOZ=TRUE, TOP=FALSE);
## OPTREPLOT(STDLAB, HOZ=FALSE, TOP=FALSE);
## OPTREPLOT(STDLAB, newplot=TRUE);
if(missing(ncol)) { ncol=5 }
if(missing(HOZ)) { HOZ=TRUE }
if(missing(TOP)) { TOP=TRUE }
if(missing(sel)) { sel=1:length(opts) }
if(missing(main)) { main="" }
if(missing(newplot)) { newplot=TRUE }
if(missing(xlim)) { xlim = c(0,1) }
if(missing(ylim)) { ylim=c(0,1) }
if(missing(cex)) { cex=1 }
if(missing(slwd)) { slwd=1 }
if(missing(blwd)) { blwd=3 }
if(missing(bcol)) { bcol = "white" }
if(missing(tcol)) { tcol = "black" }
N = length( opts)
nrow = round((N/ncol)+.5)
if(ncol==1)
{
nrow = N
}
if(missing(mpct)) mpct = 0.1
dx = 1/ncol
dy = 1/nrow
lolab = as.character(opts)
lab = paste(sep='\n', lolab)
if(length(lab)<(ncol*nrow))
{
lab = c(lab, rep(NA, times = (ncol*nrow) - length(lab)))
}
if(missing(cols))
{
cols =pastel.colors(N, seed=1)
cols[is.na(lab)] = NA
}
cols[is.na(lab)] = NA
##print(c(ncol, nrow))
## B = itoxyz(1:N, ncol, nrow, 1)
if(newplot)
{
plot(xlim, ylim, type='n', axes=FALSE,xlab='', ylab='', main=main)
}
dx = (xlim[2]-xlim[1] ) /ncol
dy = (ylim[2]-ylim[1]) /nrow
x = seq(from=xlim[1], by=dx, length=ncol)
y = seq(from=ylim[1], length=nrow, by=dy)
M = meshgrid(x, y)
###### ind = seq(from=1:length(lab))
mdx = dx*mpct
mdy = dy*mpct
if(TOP==TRUE){
M$y = M$y[rev(1:nrow), ]
}
if(HOZ==TRUE){
M$x = t(M$x)
M$y = t(M$y)
}
rect(M$x+mdx, M$y+mdy, M$x+dx-mdx, M$y+dy-mdy, border=bcol, col=cols, lwd=slwd)
text(M$x+dx/2, M$y+dy/2, lab, col=tcol, cex=cex)
if(length(sel)>0)
{
rect(M$x[sel]+mdx, M$y[sel]+mdy, M$x[sel]+dx-mdx, M$y[sel]+dy-mdy, border=scol, lwd=blwd )
}
invisible(list(M=M, dx=dx, dy=dy, rx=range(c(x, x+dx)) , ry=range(c(y, y+dy)) ))
}
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