Plot arrays in front of a phylogenetic tree

This function gives a graphical display for viewing the numbers of a table by square sizes in front of the corresponding phylogenetic tree.

Usage

table.phylog(df, phylog, x = 1:ncol(df), f.phylog = 0.5,
 labels.row = gsub("[_]", " ", row.names(df)), clabel.row = 1,
 labels.col = names(df), clabel.col = 1,
 labels.nod = names(phylog$nodes), clabel.nod = 0, cleaves = 1,
 cnodes = 1, csize = 1, grid = TRUE, clegend = 0.75)

Arguments

df

: a data frame or a matrix

phylog

: an object of class 'phylog'

x

: a vector of values to position the columns

f.phylog

: a size coefficient for tree size (a parameter to draw the tree in proportion to leaves labels)

labels.row

: a vector of strings of characters for row labels

clabel.row

: a character size for the leaves labels, used with par("cex")*clabel.row. If zero, no row labels are drawn

labels.col

: a vector of strings of characters for columns labels

clabel.col

: a character size for the leaves labels, used with par("cex")*clabel.col. If zero, no column labels are drawn

labels.nod

: a vector of strings of characters for the nodes labels

clabel.nod

: a character size for the nodes labels, used with par("cex")*clabel.nodes. If zero, no nodes labels are drawn

cleaves

: a character size for plotting the points that represent the leaves, used with par("cex")*cleaves. If zero, no points are drawn

cnodes

: a character size for plotting the points that represent the nodes, used with par("cex")*cnodes. If zero, no points are drawn

csize

: a size coefficient for symbols

grid

: a logical value indicating whether the grid should be plotted

clegend

: a character size for the legend (if 0, no legend)

Author

Daniel Chessel
Sébastien Ollier sebastien.ollier@u-psud.fr

Details

The function verifies that sort(row.names(df))==sort(names(phylog$leaves)). If df is a matrix the function uses as.data.frame(df).

See also

symbols.phylog for one variable

Examples

if (FALSE) { # \dontrun{
data(newick.eg)
w.phy <- newick2phylog(newick.eg[[9]])
w.tab <- data.frame(matrix(rnorm(620), 31, 20))
row.names(w.tab) <- sort(names(w.phy$leaves))
table.phylog(w.tab, w.phy, csi = 1.5, f = 0.5,
 clabel.n = 0.75, clabel.c = 0.5)
} # }