| Title: | Base Package for Phylogenetic Structures and Comparative Data |
|---|---|
| Description: | Provides a base S4 class for comparative methods, incorporating one or more trees and trait data. |
| Authors: | R Hackathon et al. (alphabetically: Ben Bolker, Marguerite Butler, Peter Cowan, Damien de Vienne, Dirk Eddelbuettel, Mark Holder, Thibaut Jombart, Steve Kembel, Francois Michonneau, David Orme, Brian O'Meara, Emmanuel Paradis, Jim Regetz, Derrick Zwickl) |
| Maintainer: | Francois Michonneau <[email protected]> |
| License: | GPL (>= 2) |
| Version: | 0.8.12 |
| Built: | 2024-10-25 04:17:11 UTC |
| Source: | https://github.com/fmichonneau/phylobase |
Base package for phylogenetic structures and comparative data.
phylobase provides a set of functions to associate and
manipulate phylogenetic information and data about the
species/individuals that are in the tree.
phylobase intends to be robust, fast and efficient. We hope
other people use the data structure it provides to develop new
comparative methods in R.
With phylobase it is easy to ensure that all your data are
represented and associated with the tips or the internal nodes of
your tree. phylobase provides functions to:
prune (subset) your trees, find ancestor(s) a descendant(s)
find the most common recent ancestor of 2 nodes (MRCA)
calculate the distance of a given node from the tip or between two nodes in your tree
robust functions to import data from NEXUS and Newick files using the NEXUS Class Library (https://github.com/mtholder/ncl/)
phylobase was started during a Hackathlon at NESCent on
December 10-14 2007.
Peter Cowan was a Google Summer of Code fellow in 2008 and developed all the code for plotting.
In December 2008, a mini-virtual Hackathlon was organized to clean up and make the code more robust.
In the spring and summer of 2009, Jim Regetz made several contributions that made the code faster (in particular with the re-ordering parts), found many bugs, and wrote most of the testing code.
phylobase was first released on CRAN on November 1st, 2009
with version 0.5.
Since then, several releases have followed adding new
functionalities: better support of NEXUS files, creation of
phylobase.options() function that controls the phylo4
validator, rewrite of the validator in C++.
Starting with 0.6.8, Francois Michonneau succeeds to Ben Bolker as the maintainer of the package.
See the help index help(package="phylobase") and run
vignette("phylobase", "phylobase") for further details and
examples about how to use phylobase.
Useful links:
Report bugs at https://github.com/fmichonneau/phylobase/issues
addData adds data to a phylo4 (converting it in a
phylo4d object) or to a phylo4d object
addData(x, ...) ## S4 method for signature 'phylo4d' addData( x, tip.data = NULL, node.data = NULL, all.data = NULL, merge.data = TRUE, pos = c("after", "before"), ... ) ## S4 method for signature 'phylo4' addData( x, tip.data = NULL, node.data = NULL, all.data = NULL, merge.data = TRUE, pos = c("after", "before"), ... )addData(x, ...) ## S4 method for signature 'phylo4d' addData( x, tip.data = NULL, node.data = NULL, all.data = NULL, merge.data = TRUE, pos = c("after", "before"), ... ) ## S4 method for signature 'phylo4' addData( x, tip.data = NULL, node.data = NULL, all.data = NULL, merge.data = TRUE, pos = c("after", "before"), ... )
x |
a phylo4 or a phylo4d object |
... |
additional arguments to control how matching between
data and tree (see Details section of
|
tip.data |
a data frame (or object to be coerced to one) containing only tip data |
node.data |
a data frame (or object to be coerced to one) containing only node data |
all.data |
a data frame (or object to be coerced to one) containing both tip and node data |
merge.data |
if both |
pos |
should the new data provided be bound |
Rules for matching data to tree nodes are identical to those used
by the phylo4d-methods constructor.
If any column names in the original data are the same as columns in the new data, ".old" is appended to the former column names and ".new" is appended to the new column names.
The option pos is ignored (silently) if x is a
phylo4 object. It is provided for compatibility reasons.
addData returns a phylo4d object.
Francois Michonneau
tdata for extracting or updating data and
phylo4d-methods constructor.
data(geospiza) nDt <- data.frame(a=rnorm(nNodes(geospiza)), b=1:nNodes(geospiza), row.names=nodeId(geospiza, "internal")) t1 <- addData(geospiza, node.data=nDt)data(geospiza) nDt <- data.frame(a=rnorm(nNodes(geospiza)), b=1:nNodes(geospiza), row.names=nodeId(geospiza, "internal")) t1 <- addData(geospiza, node.data=nDt)
Functions for describing relationships among phylogenetic nodes (i.e. internal nodes or tips).
ancestor(phy, node) children(phy, node) descendants(phy, node, type = c("tips", "children", "all", "ALL")) siblings(phy, node, include.self = FALSE) ancestors(phy, node, type = c("all", "parent", "ALL"))ancestor(phy, node) children(phy, node) descendants(phy, node, type = c("tips", "children", "all", "ALL")) siblings(phy, node, include.self = FALSE) ancestors(phy, node, type = c("all", "parent", "ALL"))
phy |
a phylo4 object (or one inheriting from phylo4, e.g. a phylo4d object) |
node |
either an integer corresponding to a node ID number, or a
character corresponding to a node label; for |
type |
( |
include.self |
whether to include self in list of siblings |
ancestors and descendants can take node vectors of
arbitrary length, returning a list of output vectors if the number of valid
input nodes is greater than one. List element names are taken directly from
the input node vector.
If any supplied nodes are not found in the tree, the behavior currently varies across functions.
Invalid nodes are automatically omitted by ancestors
and descendants, with a warning.
ancestor
will return NA for any invalid nodes, with a warning.
Both children and siblings will return an empty
vector, again with a warning.
ancestorsreturn a named vector (or a list of such vectors in the case of multiple input nodes) of the ancestors and descendants of a node
descendantsreturn a named vector (or a list of such vectors in the case of multiple input nodes) of the ancestors and descendants of a node
ancestorancestor is analogous to
ancestors(...{}, type="parent") (i.e. direct ancestor
only), but returns a single concatenated vector in the case of
multiple input nodes
childrenis analogous to descendants(...{},
type="children") (i.e. direct descendants only), but is not
currently intended to be used with multiple input nodes
siblingsreturns sibling nodes (children of the same parent)
mrca, in the ape package, gives a list of all
subtrees
data(geospiza) nodeLabels(geospiza) <- LETTERS[1:nNodes(geospiza)] plot(as(geospiza, "phylo4"), show.node.label=TRUE) ancestor(geospiza, "E") children(geospiza, "C") descendants(geospiza, "D", type="tips") descendants(geospiza, "D", type="all") ancestors(geospiza, "D") MRCA(geospiza, "conirostris", "difficilis", "fuliginosa") MRCA(geospiza, "olivacea", "conirostris") ## shortest path between 2 nodes shortestPath(geospiza, "fortis", "fuliginosa") shortestPath(geospiza, "F", "L") ## branch length from a tip to the root sumEdgeLength(geospiza, ancestors(geospiza, "fortis", type="ALL"))data(geospiza) nodeLabels(geospiza) <- LETTERS[1:nNodes(geospiza)] plot(as(geospiza, "phylo4"), show.node.label=TRUE) ancestor(geospiza, "E") children(geospiza, "C") descendants(geospiza, "D", type="tips") descendants(geospiza, "D", type="all") ancestors(geospiza, "D") MRCA(geospiza, "conirostris", "difficilis", "fuliginosa") MRCA(geospiza, "olivacea", "conirostris") ## shortest path between 2 nodes shortestPath(geospiza, "fortis", "fuliginosa") shortestPath(geospiza, "F", "L") ## branch length from a tip to the root sumEdgeLength(geospiza, ancestors(geospiza, "fortis", type="ALL"))
Basic checks on the validity of S4 phylogenetic objects
checkPhylo4(object)checkPhylo4(object)
object |
A prospective phylo4 or phylo4d object |
As required by validObject, returns an error
string (describing problems) or TRUE if everything is OK.
These functions are only intended to be called by other phylobase functions.
checkPhylo4 is an (inflexible) wrapper for
checkTree. The rules for phylo4 objects essentially
follow those for phylo objects from the ape package,
which are in turn defined in
https://emmanuelparadis.github.io/misc/FormatTreeR.pdf.
These are essentially that:
if the tree has edge lengths defined, the number of edge lengths must match the number of edges;
the number of tip labels must match the number of tips;
in a tree with ntips tips and nnodes
(total) nodes, nodes 1 to ntips must be tips
if the
tree is rooted, the root must be node number ntips+1 and
the root node must be the first row of the edge matrix
tip labels, node labels, edge labels, edge lengths must have proper internal names (i.e. internal names that match the node numbers they document)
tip and node labels must be unique
You can alter some of the default options by using the function
phylobase.options.
For phylo4d objects, checkTree also calls
checkPhylo4Data to check the validity of the data associated with the
tree. It ensures that (1) the data associated with the tree have the correct
dimensions, (2) that the row names for the data are correct.
Ben Bolker, Steven Kembel, Francois Michonneau
the phylo4 constructor and
phylo4 class; the phylo4d-methods constructor
and the phylo4d class do checks for the data
associated with trees. See coerce-methods for
translation functions and phylobase.options to change
some of the default options of the validator.
Access or modify information about the edges.
edges(x, ...) ## S4 method for signature 'phylo4' edges(x, drop.root = FALSE) edgeOrder(x, ...) ## S4 method for signature 'phylo4' edgeOrder(x) internalEdges(x) ## S4 method for signature 'phylo4' internalEdges(x) terminalEdges(x) ## S4 method for signature 'phylo4' terminalEdges(x)edges(x, ...) ## S4 method for signature 'phylo4' edges(x, drop.root = FALSE) edgeOrder(x, ...) ## S4 method for signature 'phylo4' edgeOrder(x) internalEdges(x) ## S4 method for signature 'phylo4' internalEdges(x) terminalEdges(x) ## S4 method for signature 'phylo4' terminalEdges(x)
x |
a |
... |
Optional arguments used by specific methods. (None used at present). |
drop.root |
logical (default FALSE), should the edge connecting the root be included in the edge matrix? |
edgesreturns the edge matrix that represent the ancestor-descendant relationships among the nodes of the tree.
edgeOrderreturns the order in which the edge matrix is in.
internalEdgesreturns a logical vector indicating
internal edges (edges that connect an internal node to
another). This vector is named with the edgeId
.
terminalEdgesreturns a logical vector indicating
terminal edges (edges that connect an internal node to a
tip). This vector is named with the edgeId
Ben Bolker, Francois Michonneau, Thibaut Jombart
reorder, edgeId
data(geospiza) edges(geospiza) edgeOrder(geospiza) geoPost <- reorder(geospiza, "postorder") edgeOrder(geoPost) ## with a binary tree this should always be true identical(!terminalEdges(geospiza), internalEdges(geospiza))data(geospiza) edges(geospiza) edgeOrder(geospiza) geoPost <- reorder(geospiza, "postorder") edgeOrder(geoPost) ## with a binary tree this should always be true identical(!terminalEdges(geospiza), internalEdges(geospiza))
Extracts a phylo4 tree object from a phylo4d
tree+data object.
extractTree(from)extractTree(from)
from |
a |
extractTree extracts just the phylogeny from a tree+data
object. The phylogeny contains the topology (how the nodes are
linked together), the branch lengths (if any), and any tip and/or
node labels. This may be useful for extracting a tree from a
phylo4d object, and associating with another phenotypic
dataset, or to convert the tree to another format.
Ben Bolker
phylo4-methods,
phylo4d-methods, coerce-methods for
translation functions.
tree.phylo <- ape::read.tree(text = "((a,b),c);") tree <- as(tree.phylo, "phylo4") plot(tree) tip.data <- data.frame(size = c(1, 2, 3), row.names = c("a", "b", "c")) (treedata <- phylo4d(tree, tip.data)) plot(treedata) (tree1 <- extractTree(treedata)) plot(tree1)tree.phylo <- ape::read.tree(text = "((a,b),c);") tree <- as(tree.phylo, "phylo4") plot(tree) tip.data <- data.frame(size = c(1, 2, 3), row.names = c("a", "b", "c")) (treedata <- phylo4d(tree, tip.data)) plot(treedata) (tree1 <- extractTree(treedata)) plot(tree1)
Associates data with tree nodes and applies consistent formatting rules.
formatData( phy, dt, type = c("tip", "internal", "all"), match.data = TRUE, rownamesAsLabels = FALSE, label.type = c("rownames", "column"), label.column = 1, missing.data = c("fail", "warn", "OK"), extra.data = c("warn", "OK", "fail"), keep.all = TRUE )formatData( phy, dt, type = c("tip", "internal", "all"), match.data = TRUE, rownamesAsLabels = FALSE, label.type = c("rownames", "column"), label.column = 1, missing.data = c("fail", "warn", "OK"), extra.data = c("warn", "OK", "fail"), keep.all = TRUE )
phy |
a valid |
dt |
a data frame, matrix, vector, or factor |
type |
type of data to attach |
match.data |
(logical) should the rownames of the data frame be used to be matched against tip and internal node identifiers? See details. |
rownamesAsLabels |
(logical), should the row names of the data provided be matched only to labels (TRUE), or should any number-like row names be matched to node numbers (FALSE and default) |
label.type |
character, |
label.column |
if |
missing.data |
action to take if there are missing data or if there are data labels that don't match |
extra.data |
action to take if there are extra data or if there are labels that don't match |
keep.all |
(logical), should the returned data have rows for all nodes (with NA values for internal rows when type='tip', and vice versa) (TRUE and default) or only rows corresponding to the type argument |
formatData is an internal function that should not be
called directly by the user. It is used to format data provided by
the user before associating it with a tree, and is called
internally by the phylo4d, tdata, and addData
methods. However, users may pass additional arguments to these
methods in order to control how the data are matched to nodes.
Rules for matching rows of data to tree nodes are determined
jointly by the match.data and rownamesAsLabels
arguments. If match.data is TRUE, data frame rows will be
matched exclusively against tip and node labels if
rownamesAsLabels is also TRUE, whereas any all-digit row
names will be matched against tip and node numbers if
rownamesAsLabels is FALSE (the default). If
match.data is FALSE, rownamesAsLabels has no effect,
and row matching is purely positional with respect to the order
returned by nodeId(phy, type).
formatData (1) converts labels provided in the data into
node numbers, (2) makes sure that the data are appropriately
matched against tip and/or internal nodes, (3) checks for
differences between data and tree, (4) creates a data frame with
the correct dimensions given a tree.
formatData returns a data frame having node numbers
as row names. The data frame is also formatted to have the correct
dimension given the phylo4 object provided.
Francois Michonneau
the phylo4d-methods constructor, the
phylo4d class. See coerce-methods for
translation functions.
Phylogenetic tree and morphological data for Darwin's finches, in different formats
geospiza is a phylo4d object; geospiza_raw is a
list containing tree, a phylo object (the tree), data,
and a data frame with the data (for showing examples of how to merge tree
and data)
Stolen from Luke Harmon's Geiger package, to avoid unnecessary dependencies
Dolph Schluter via Luke Harmon
data(geospiza) plot(geospiza)data(geospiza) plot(geospiza)
Functions for retrieving node and edge IDs (possibly with corresponding labels) from a phylogenetic tree.
getNode( x, node, type = c("all", "tip", "internal"), missing = c("warn", "OK", "fail") ) ## S4 method for signature 'phylo4' getNode( x, node, type = c("all", "tip", "internal"), missing = c("warn", "OK", "fail") ) getEdge( x, node, type = c("descendant", "ancestor"), missing = c("warn", "OK", "fail") ) ## S4 method for signature 'phylo4' getEdge( x, node, type = c("descendant", "ancestor"), missing = c("warn", "OK", "fail") )getNode( x, node, type = c("all", "tip", "internal"), missing = c("warn", "OK", "fail") ) ## S4 method for signature 'phylo4' getNode( x, node, type = c("all", "tip", "internal"), missing = c("warn", "OK", "fail") ) getEdge( x, node, type = c("descendant", "ancestor"), missing = c("warn", "OK", "fail") ) ## S4 method for signature 'phylo4' getEdge( x, node, type = c("descendant", "ancestor"), missing = c("warn", "OK", "fail") )
x |
a phylo4 object (or one inheriting from phylo4, e.g. a phylo4d object) |
node |
either an integer vector corresponding to node ID numbers, or a
character vector corresponding to node labels; if missing, all nodes
appropriate to the specified type will be returned by |
type |
( |
missing |
what to do if some requested node IDs or names are not in the tree: warn, do nothing, or stop with an error |
getNode and getEdge are primarily intended for looking up the
IDs either of nodes themselves or of edges associated with those nodes. Note
that they behave quite differently. With getNode, any input nodes are
looked up against tree nodes of the specified type, and those that match are
returned as numeric node IDs with node labels (if they exist) as element
names. With getEdge, any input nodes are looked up against edge ends
of the specified type, and those that match are returned as character edge
IDs with the corresponding node ID as element names.
If missing is “warn” or “OK”, NA is returned for
any nodes that are unmatched for the specified type. This can provide a
mechanism for filtering a set of nodes or edges.
nodeId provides similar output to getNode in the case when no
node is supplied, but it is faster and returns an unnamed vector of the
numeric IDs of all nodes of the specified node type. Similarly,
edgeId simply returns an unnamed vector of the character IDs of all
edges for which the descendant node is of the specified node type.
list("getNode") |
returns a named integer vector of node IDs, in the order of input nodes if provided, otherwise in nodeId order |
list("getEdge") |
returns a named character vector of edge IDs, in the order of input nodes if provide, otherwise in nodeId order |
list("nodeId") |
returns an unnamed integer vector of node IDs, in ascending order |
list("getEdge") |
returns an unnamed character vector of edge IDs, in edge matrix order |
data(geospiza) nodeLabels(geospiza) <- LETTERS[1:nNodes(geospiza)] plot(as(geospiza, "phylo4"), show.node.label=TRUE) getNode(geospiza, 18) getNode(geospiza, "D") getEdge(geospiza, "D") getEdge(geospiza, "D", type="ancestor") ## match nodes only to tip nodes, flagging invalid cases as NA getNode(geospiza, c(1, 18, 999), type="tip", missing="OK") ## get all edges that descend from internal nodes getEdge(geospiza, type="ancestor") ## identify an edge from its terminal node getEdge(geospiza, c("olivacea", "B", "fortis")) getNode(geospiza, c("olivacea", "B", "fortis")) edges(geospiza)[c(26, 1, 11),] ## quickly get all tip node IDs and tip edge IDs nodeId(geospiza, "tip") edgeId(geospiza, "tip")data(geospiza) nodeLabels(geospiza) <- LETTERS[1:nNodes(geospiza)] plot(as(geospiza, "phylo4"), show.node.label=TRUE) getNode(geospiza, 18) getNode(geospiza, "D") getEdge(geospiza, "D") getEdge(geospiza, "D", type="ancestor") ## match nodes only to tip nodes, flagging invalid cases as NA getNode(geospiza, c(1, 18, 999), type="tip", missing="OK") ## get all edges that descend from internal nodes getEdge(geospiza, type="ancestor") ## identify an edge from its terminal node getEdge(geospiza, c("olivacea", "B", "fortis")) getNode(geospiza, c("olivacea", "B", "fortis")) edges(geospiza)[c(26, 1, 11),] ## quickly get all tip node IDs and tip edge IDs nodeId(geospiza, "tip") edgeId(geospiza, "tip")
These functions give information about and allow replacement of edge lengths.
hasEdgeLength(x) ## S4 method for signature 'phylo4' hasEdgeLength(x) edgeLength(x, ...) ## S4 method for signature 'phylo4' edgeLength(x, node) edgeLength(x, use.names = TRUE, ...) <- value ## S4 replacement method for signature 'phylo4' edgeLength(x, use.names = TRUE, ...) <- value depthTips(x) ## S4 method for signature 'phylo4' depthTips(x) nodeDepth(x, node) ## S4 method for signature 'phylo4' nodeDepth(x, node) nodeHeight(x, node, from) ## S4 method for signature 'phylo4' nodeHeight(x, node, from = c("root", "all_tip", "min_tip", "max_tip")) sumEdgeLength(x, node) ## S4 method for signature 'phylo4' sumEdgeLength(x, node) isUltrametric(x, tol = .Machine$double.eps^0.5) ## S4 method for signature 'phylo4' isUltrametric(x, tol = .Machine$double.eps^0.5)hasEdgeLength(x) ## S4 method for signature 'phylo4' hasEdgeLength(x) edgeLength(x, ...) ## S4 method for signature 'phylo4' edgeLength(x, node) edgeLength(x, use.names = TRUE, ...) <- value ## S4 replacement method for signature 'phylo4' edgeLength(x, use.names = TRUE, ...) <- value depthTips(x) ## S4 method for signature 'phylo4' depthTips(x) nodeDepth(x, node) ## S4 method for signature 'phylo4' nodeDepth(x, node) nodeHeight(x, node, from) ## S4 method for signature 'phylo4' nodeHeight(x, node, from = c("root", "all_tip", "min_tip", "max_tip")) sumEdgeLength(x, node) ## S4 method for signature 'phylo4' sumEdgeLength(x, node) isUltrametric(x, tol = .Machine$double.eps^0.5) ## S4 method for signature 'phylo4' isUltrametric(x, tol = .Machine$double.eps^0.5)
x |
a |
... |
optional arguments (none used at present). |
node |
optional numeric or character vector indicating the nodes for which edge |
use.names |
should the the name attributes of |
value |
a numeric vector indicating the new values for the edge lengths |
from |
The point of reference for calculating the height of
the node. |
tol |
the tolerance to decide whether all the tips have the
same depth to test if the tree is ultrametric. Default is
|
The edgeLength function returns the edge length in the same
order as the edges in the matrix.
whether or not the object has edge lengths (logical)
a named vector of the edge length for the object
whether or not the tree is ultrametric (all the tips are have the same depth (distance from the root) (logical)
the sum of the edge lengths for a set of
nodes (intended to be used with ancestors or descendants)
the distance between a node and the root or the tips. The format of the result will depend on the options and the number of nodes provided, either a vector or a list.
Deprecated, now replaced by nodeHeight. A
named vector indicating the “depth” (the distance between
the root and a given node).
Deprecated, now replaced by nodeHeight.
ancestors, descendants, .Machine for
more information about tolerance.
data(geospiza) hasEdgeLength(geospiza) # TRUE topoGeo <- geospiza edgeLength(topoGeo) <- NULL hasEdgeLength(topoGeo) # FALSE edgeLength(geospiza)[2] # use the position in vector edgeLength(geospiza)["16-17"] # or the name of the edge edgeLength(geospiza, 17) # or the descendant node of the edge ## The same methods can be used to update an edge length edgeLength(geospiza)[2] <- 0.33 edgeLength(geospiza)["16-17"] <- 0.34 edgeLength(geospiza, 17) <- 0.35 ## Test if tree is ultrametric isUltrametric(geospiza) # TRUE ## indeed all tips are at the same distance from the root nodeHeight(geospiza, nodeId(geospiza, "tip"), from="root") ## compare distances from tips of two MRCA nodeHeight(geospiza, MRCA(geospiza, c("pallida", "psittacula")), from="min_tip") nodeHeight(geospiza, MRCA(geospiza, c("fortis", "difficilis")), from="min_tip") ## or the same but from the root nodeHeight(geospiza, MRCA(geospiza, c("pallida", "psittacula")), from="root") nodeHeight(geospiza, MRCA(geospiza, c("fortis", "difficilis")), from="root")data(geospiza) hasEdgeLength(geospiza) # TRUE topoGeo <- geospiza edgeLength(topoGeo) <- NULL hasEdgeLength(topoGeo) # FALSE edgeLength(geospiza)[2] # use the position in vector edgeLength(geospiza)["16-17"] # or the name of the edge edgeLength(geospiza, 17) # or the descendant node of the edge ## The same methods can be used to update an edge length edgeLength(geospiza)[2] <- 0.33 edgeLength(geospiza)["16-17"] <- 0.34 edgeLength(geospiza, 17) <- 0.35 ## Test if tree is ultrametric isUltrametric(geospiza) # TRUE ## indeed all tips are at the same distance from the root nodeHeight(geospiza, nodeId(geospiza, "tip"), from="root") ## compare distances from tips of two MRCA nodeHeight(geospiza, MRCA(geospiza, c("pallida", "psittacula")), from="min_tip") nodeHeight(geospiza, MRCA(geospiza, c("fortis", "difficilis")), from="min_tip") ## or the same but from the root nodeHeight(geospiza, MRCA(geospiza, c("pallida", "psittacula")), from="root") nodeHeight(geospiza, MRCA(geospiza, c("fortis", "difficilis")), from="root")
Methods to test whether trees have (structural) polytomies, inline
nodes (i.e., nodes with a single descendant), or reticulation
(i.e., nodes with more than one ancestor). hasPoly only
check for structural polytomies (1 node has more than 2
descendants) and not polytomies that result from having edges with
a length of 0.
hasSingle(object) ## S4 method for signature 'phylo4' hasSingle(object) hasRetic(object) ## S4 method for signature 'phylo4' hasRetic(object) hasPoly(object) ## S4 method for signature 'phylo4' hasPoly(object)hasSingle(object) ## S4 method for signature 'phylo4' hasSingle(object) hasRetic(object) ## S4 method for signature 'phylo4' hasRetic(object) hasPoly(object) ## S4 method for signature 'phylo4' hasPoly(object)
object |
an object inheriting from class |
Logical value
Some algorithms are unhappy with structural polytomies (i.e., >2
descendants from a node), with single-descendant nodes, or with
reticulation; these functions check those properties. We haven't bothered
to check for zero branch lengths: the consensus is that it doesn't come up
much, and that it's simple enough to test any(edgeLength(x) == 0) in
these cases. (Single-descendant nodes are used e.g. in OUCH, or in other
cases to represent events occurring along a branch.)
Ben Bolker
tree.owls.bis <- ape::read.tree(text="((Strix_aluco:4.2,Asio_otus:4.2):3.1,Athene_noctua:7.3);") owls4 <- as(tree.owls.bis, "phylo4") hasPoly(owls4) hasSingle(owls4)tree.owls.bis <- ape::read.tree(text="((Strix_aluco:4.2,Asio_otus:4.2):3.1,Athene_noctua:7.3);") owls4 <- as(tree.owls.bis, "phylo4") hasPoly(owls4) hasSingle(owls4)
Methods that test for the presence of data associated with trees stored as
phylo4d objects.
hasTipData(x) ## S4 method for signature 'phylo4d' hasTipData(x) hasNodeData(x) ## S4 method for signature 'phylo4d' hasNodeData(x) nData(x) ## S4 method for signature 'phylo4d' nData(x)hasTipData(x) ## S4 method for signature 'phylo4d' hasTipData(x) hasNodeData(x) ## S4 method for signature 'phylo4d' hasNodeData(x) nData(x) ## S4 method for signature 'phylo4d' nData(x)
x |
a |
nData tests for the presence of data associated with the object.
hasTipData and hasNodeData tests for the presence of
data associated with the tips and the internal nodes
respectively. The outcome of the test is based on row names of the
data frame stored in the data slot. If no rows have names
from the set nodeId(x, "tip"), then hasTipData
returns FALSE. Likewise, if no rows have names from the set
nodeId(x, "internal"), then hasNodeData returns
FALSE.
nDatareturns the number of datasets (i.e., columns) associated with the object.
hasTipData, hasNodeData
return TRUE
or FALSE depending whether data associated with the
tree are associated with either tips or internal nodes respectively.
signature(object =
"phylo4d"): whether tree has internal node data
signature(object = "phylo4d"): whether tree has
data associated with its tips
Ben Bolker, Thibault Jombart, Francois Michonneau
phylo4d-methods constructor and
phylo4d class.
data(geospiza) nData(geospiza) ## 5 hasTipData(geospiza) ## TRUE hasNodeData(geospiza) ## FALSEdata(geospiza) nData(geospiza) ## 5 hasTipData(geospiza) ## TRUE hasNodeData(geospiza) ## FALSE
phylo4, phylo4d or data.frame object
from a NEXUS or a Newick filereadNexus reads a NEXUS file and outputs a phylo4,
phylo4d or data.frame object.
readNCL( file, simplify = FALSE, type = c("all", "tree", "data"), spacesAsUnderscores = TRUE, char.all = FALSE, polymorphic.convert = TRUE, levels.uniform = FALSE, quiet = TRUE, check.node.labels = c("keep", "drop", "asdata"), return.labels = TRUE, file.format = c("nexus", "newick"), check.names = TRUE, convert.edge.length = FALSE, ... ) readNexus( file, simplify = FALSE, type = c("all", "tree", "data"), char.all = FALSE, polymorphic.convert = TRUE, levels.uniform = FALSE, quiet = TRUE, check.node.labels = c("keep", "drop", "asdata"), return.labels = TRUE, check.names = TRUE, convert.edge.length = FALSE, ... ) readNewick( file, simplify = FALSE, quiet = TRUE, check.node.labels = c("keep", "drop", "asdata"), convert.edge.length = FALSE, ... )readNCL( file, simplify = FALSE, type = c("all", "tree", "data"), spacesAsUnderscores = TRUE, char.all = FALSE, polymorphic.convert = TRUE, levels.uniform = FALSE, quiet = TRUE, check.node.labels = c("keep", "drop", "asdata"), return.labels = TRUE, file.format = c("nexus", "newick"), check.names = TRUE, convert.edge.length = FALSE, ... ) readNexus( file, simplify = FALSE, type = c("all", "tree", "data"), char.all = FALSE, polymorphic.convert = TRUE, levels.uniform = FALSE, quiet = TRUE, check.node.labels = c("keep", "drop", "asdata"), return.labels = TRUE, check.names = TRUE, convert.edge.length = FALSE, ... ) readNewick( file, simplify = FALSE, quiet = TRUE, check.node.labels = c("keep", "drop", "asdata"), convert.edge.length = FALSE, ... )
file |
a NEXUS file for |
simplify |
If TRUE, if there are multiple trees in the file,
only the first one is returned; otherwise a list of
|
type |
Determines which type of objects to return, if present in the file (see Details). |
spacesAsUnderscores |
In the NEXUS file format white spaces
are not allowed in taxa labels and are represented by
underscores. Therefore, NCL converts underscores found in taxa
labels in the NEXUS file into white spaces
(e.g. |
char.all |
If |
polymorphic.convert |
If |
levels.uniform |
If |
quiet |
If |
check.node.labels |
Determines how the node labels in the NEXUS or Newick files should be treated in the phylo4 object, see Details for more information. |
return.labels |
Determines whether state names (if
|
file.format |
character indicating the format of the
specified file (either “ |
check.names |
logical. If ‘TRUE’ then the names of the characters from the NEXUS file are checked to ensure that they are syntactically valid variable names and are not duplicated. If necessary they are adjusted using ‘make.names’. |
convert.edge.length |
logical. If |
... |
Additional arguments to be passed to phylo4 or phylo4d constructor (see Details) |
readNewick reads a Newick file and outputs a phylo4
or phylo4d object.
readNexus is used internally by both readNexus and
readNewick to extract data held in a tree files,
specifically in NEXUS files from DATA, CHARACTER or TREES
blocks.
The type argument specifies which of these is returned:
will only return a data.frame of the contents
of all DATA and CHARACTER blocks.
will only return a phylo4 object of the
contents of the TREES block.
if only data or a tree are present in the file, this
option will act as the options above, returning either a
data.frame or a phylo4 object respectively. If both
are present then a phylo4d object is returned containing
both.
The function returns NULL if the type of
data requested is not present in the file, or if neither data nor
tree blocks are present.
Depending on the context readNexus will call either the
phylo4 or phylo4d constructor. The phylo4d
constructor will be used with type="all", or if the option
check.node.labels="asdata" is invoked.
readNewick imports Newick formatted tree files and will
return a phylo4 or a phylo4d object if the option
check.node.labels="asdata" is invoked.
For both readNexus and readNewick, the options for
check.node.labels can take the values:
the node labels of the trees will be passed as node
labels in the phylo4 object
the node labels of the trees will be ignored in the
phylo4 object
the node labels will be passed as data and a
phylo4d object will be returned.
If you use the option asdata on a file with no node labels,
a warning message is issued, and is thus equivalent to the value
drop.
For both readNexus and readNewick, additional
arguments can be passed to the constructors such as annote,
missing.data or extra.data. See the ‘Details’
section of phylo4d-methods for the complete list of
options.
Depending on the value of type and the contents of
the file, one of: a data.frame, a phylo4
object, a phylo4d object or NULL. If
several trees are included in the NEXUS file and the option
simplify=FALSE a list of phylo4 or
phylo4d objects is returned.
Underscores in state labels (i.e. trait or taxon names) will
be translated to spaces. Unless check.names=FALSE, trait
names will be converted to valid R names (see
make.names) on input to R, so spaces will be
translated to periods.
Brian O'Meara, Francois Michonneau, Derrick Zwickl
the phylo4d class, the phylo4 class
Methods to test, access (and modify) the root of a phylo4 object.
isRooted(x) ## S4 method for signature 'phylo4' isRooted(x) rootNode(x) ## S4 method for signature 'phylo4' rootNode(x) rootNode(x) <- value ## S4 replacement method for signature 'phylo4' rootNode(x) <- valueisRooted(x) ## S4 method for signature 'phylo4' isRooted(x) rootNode(x) ## S4 method for signature 'phylo4' rootNode(x) rootNode(x) <- value ## S4 replacement method for signature 'phylo4' rootNode(x) <- value
x |
a |
value |
a character string or a numeric giving the new root. |
logical whether the tree is rooted
the node corresponding to the root
Ben Bolker, Francois Michonneau
data(geospiza) isRooted(geospiza) rootNode(geospiza)data(geospiza) isRooted(geospiza) rootNode(geospiza)
Most Recent Common Ancestor (MRCA) of 2 or more nodes.
MRCA(phy, ...) ## S4 method for signature 'phylo4' MRCA(phy, ...) ## S4 method for signature 'phylo' MRCA(phy, ...)MRCA(phy, ...) ## S4 method for signature 'phylo4' MRCA(phy, ...) ## S4 method for signature 'phylo' MRCA(phy, ...)
phy |
a phylogenetic tree in phylo4, phylo4d or phylo format. |
... |
a vector of nodes |
Given some nodes (i.e., tips and/or internal), this function returns the node corresponding to the most recent common ancestor.
If phy is a phylo4 or phylo4d object, the
nodes can contain both numeric or character values that will be
used by getNode to retrieve the correct node. However, if
phy is a phylo object, the nodes must be a numeric
vector.
With phylo4 and phylo4d objects, if a single node is
provided, it will be returned.
the node corresponding to the most recent common ancestor
data(geospiza) MRCA(geospiza, 1, 5) MRCA(geospiza, "fortis", 11) MRCA(geospiza, 2, 4, "fusca", 3) geo <- as(geospiza, "phylo") MRCA(geo, c(1,5))data(geospiza) MRCA(geospiza, 1, 5) MRCA(geospiza, "fortis", 11) MRCA(geospiza, 2, 4, "fusca", 3) geo <- as(geospiza, "phylo") MRCA(geo, c(1,5))
Classes for lists of phylogenetic trees. These classes and methods are
planned for a future version of phylobase.
Classes for lists of phylogenetic trees. These classes and methods are
planned for a future version of phylobase.
These functions gives the node (nodeId) or edge
(edgeId) identity.
nodeId(x, type = c("all", "tip", "internal", "root")) ## S4 method for signature 'phylo4' nodeId(x, type = c("all", "tip", "internal", "root")) edgeId(x, type = c("all", "tip", "internal", "root")) ## S4 method for signature 'phylo4' edgeId(x, type = c("all", "tip", "internal", "root"))nodeId(x, type = c("all", "tip", "internal", "root")) ## S4 method for signature 'phylo4' nodeId(x, type = c("all", "tip", "internal", "root")) edgeId(x, type = c("all", "tip", "internal", "root")) ## S4 method for signature 'phylo4' edgeId(x, type = c("all", "tip", "internal", "root"))
x |
a |
type |
a character vector indicating which subset of the nodes or edges you are interested in. |
nodeId returns the node in ascending order, and
edgeId in the same order as the edges are stored in the
edge matrix.
an integer vector indicating node numbers
a character vector indicating the edge identity
data(geospiza) identical(nodeId(geospiza, "tip"), 1:nTips(geospiza)) nodeId(geospiza, "internal") edgeId(geospiza, "internal") nodeId(geospiza, "root")data(geospiza) identical(nodeId(geospiza, "tip"), 1:nTips(geospiza)) nodeId(geospiza, "internal") edgeId(geospiza, "internal") nodeId(geospiza, "root")
Number of tips, nodes and edges found in a tree.
nTips(x) ## S4 method for signature 'phylo4' nTips(x) ## S4 method for signature 'phylo' nTips(x) nNodes(x) ## S4 method for signature 'phylo4' nNodes(x) nEdges(x) ## S4 method for signature 'phylo4' nEdges(x)nTips(x) ## S4 method for signature 'phylo4' nTips(x) ## S4 method for signature 'phylo' nTips(x) nNodes(x) ## S4 method for signature 'phylo4' nNodes(x) nEdges(x) ## S4 method for signature 'phylo4' nEdges(x)
x |
a |
Function to return the number of tips, nodes and edges found in a
tree in the phylo4 or phylo4d format.
a numeric vector indicating the number of tips, nodes or edge respectively.
A tiny tree, for testing/example purposes, using one of the examples from
the ape package
This is the standard 'owls' tree from the ape package, in
phylo4 format.
From various examples in the ape package
data(owls4) plot(owls4)data(owls4) plot(owls4)
Combine data, type, comments, and metadata information to create a new pdata object, or check such an object for consistency
pdata(data, type, comment, metadata)pdata(data, type, comment, metadata)
data |
a data frame |
type |
a factor with levels as specified by pdata, the
same length as |
comment |
a character vector, the same length as |
metadata |
an arbitrary list |
An object of class pdata
Ben Bolker
Data class for phylo4d objects
Objects can be created by calls of the form
new("pdata", ...).
Ben Bolker
Classes for phylogenetic trees
Phylogenetic tree objects can be created by
calls to the phylo4 constructor function. Translation
functions from other phylogenetic packages are also available. See
coerce-methods.
Ben Bolker, Thibaut Jombart
The phylo4-methods constructor, the
checkPhylo4 function to check the validity of
phylo4 objects. See also the phylo4d-methods
constructor and the phylo4d class.
Methods for creating, accessing and updating labels in phylo4/phylo4d objects
labels(object, ...) ## S4 method for signature 'phylo4' labels(object, type = c("all", "tip", "internal")) labels(x, type, use.names, ...) <- value ## S4 replacement method for signature 'phylo4' labels(x, type = c("all", "tip", "internal"), use.names, ...) <- value hasDuplicatedLabels(x, type) ## S4 method for signature 'phylo4' hasDuplicatedLabels(x, type = c("all", "tip", "internal")) hasNodeLabels(x) ## S4 method for signature 'phylo4' hasNodeLabels(x) nodeLabels(x) ## S4 method for signature 'phylo4' nodeLabels(x) nodeLabels(x, ...) <- value ## S4 replacement method for signature 'phylo4' nodeLabels(x, ...) <- value tipLabels(x) ## S4 method for signature 'phylo4' tipLabels(x) tipLabels(x, ...) <- value ## S4 replacement method for signature 'phylo4' tipLabels(x, ...) <- value hasEdgeLabels(x) ## S4 method for signature 'phylo4' hasEdgeLabels(x) edgeLabels(x) ## S4 method for signature 'phylo4' edgeLabels(x) edgeLabels(x, ...) <- value ## S4 replacement method for signature 'phylo4' edgeLabels(x, ...) <- valuelabels(object, ...) ## S4 method for signature 'phylo4' labels(object, type = c("all", "tip", "internal")) labels(x, type, use.names, ...) <- value ## S4 replacement method for signature 'phylo4' labels(x, type = c("all", "tip", "internal"), use.names, ...) <- value hasDuplicatedLabels(x, type) ## S4 method for signature 'phylo4' hasDuplicatedLabels(x, type = c("all", "tip", "internal")) hasNodeLabels(x) ## S4 method for signature 'phylo4' hasNodeLabels(x) nodeLabels(x) ## S4 method for signature 'phylo4' nodeLabels(x) nodeLabels(x, ...) <- value ## S4 replacement method for signature 'phylo4' nodeLabels(x, ...) <- value tipLabels(x) ## S4 method for signature 'phylo4' tipLabels(x) tipLabels(x, ...) <- value ## S4 replacement method for signature 'phylo4' tipLabels(x, ...) <- value hasEdgeLabels(x) ## S4 method for signature 'phylo4' hasEdgeLabels(x) edgeLabels(x) ## S4 method for signature 'phylo4' edgeLabels(x) edgeLabels(x, ...) <- value ## S4 replacement method for signature 'phylo4' edgeLabels(x, ...) <- value
object |
a phylo4 or phylo4d object. |
... |
additional optional arguments (not in use) |
type |
which type of labels: |
x |
a phylo4 or phylo4d object. |
use.names |
should the names of the vector used to create/update labels be used to match the labels? See Details for more information. |
value |
a vector of class |
In phylo4/phylo4d objects, tips must have labels (that's why there is no method for hasTipLabels), internal nodes and edges can have labels.
Labels must be provided as a vector of class character. The
length of the vector must match the number of elements they label.
The option use.names allows the user to match a label to a
particular node. In this case, the vector must have names that
match the node numbers.
The function labels is mostly intended to be used
internally.
labels in ascending order.
signature(object =
"phylo4"): tip and/or internal node labels, ordered by node ID
signature(object = "phylo4"): are any
labels duplicated?
signature(object = "phylo4"): tip labels, ordered by
node ID
signature(object = "phylo4"): whether tree has
(internal) node labels
signature(object =
"phylo4"): internal node labels, ordered by node ID
signature(object = "phylo4"): whether tree has
(internal) edge labels
signature(object =
"phylo4"): internal edge labels, ordered according to the edge matrix
Ben Bolker, Peter Cowan, Steve Kembel, Francois Michonneau
data(geospiza) ## Return labels from geospiza tipLabels(geospiza) ## Internal node labels in geospiza are empty nodeLabels(geospiza) ## Creating internal node labels ndLbl <- paste("n", 1:nNodes(geospiza), sep="") nodeLabels(geospiza) <- ndLbl nodeLabels(geospiza) ## naming the labels names(ndLbl) <- nodeId(geospiza, "internal") ## shuffling the labels (ndLbl <- sample(ndLbl)) ## by default, the labels are attributed in the order ## they are given: nodeLabels(geospiza) <- ndLbl nodeLabels(geospiza) ## but use.names puts them in the correct order labels(geospiza, "internal", use.names=TRUE) <- ndLbl nodeLabels(geospiza)data(geospiza) ## Return labels from geospiza tipLabels(geospiza) ## Internal node labels in geospiza are empty nodeLabels(geospiza) ## Creating internal node labels ndLbl <- paste("n", 1:nNodes(geospiza), sep="") nodeLabels(geospiza) <- ndLbl nodeLabels(geospiza) ## naming the labels names(ndLbl) <- nodeId(geospiza, "internal") ## shuffling the labels (ndLbl <- sample(ndLbl)) ## by default, the labels are attributed in the order ## they are given: nodeLabels(geospiza) <- ndLbl nodeLabels(geospiza) ## but use.names puts them in the correct order labels(geospiza, "internal", use.names=TRUE) <- ndLbl nodeLabels(geospiza)
phylo4 is a generic constructor that creates a phylogenetic tree
object for use in phylobase methods. Phylobase contains functions for input
of phylogenetic trees and data, manipulation of these objects including
pruning and subsetting, and plotting. The phylobase package also contains
translation functions to forms used in other comparative phylogenetic method
packages.
phylo4(x, ...) phylo4_orderings ## S4 method for signature 'matrix' phylo4( x, edge.length = NULL, tip.label = NULL, node.label = NULL, edge.label = NULL, order = "unknown", annote = list() ) ## S4 method for signature 'phylo' phylo4(x, check.node.labels = c("keep", "drop"), annote = list()) ## S4 method for signature 'nexml' phylo4(x)phylo4(x, ...) phylo4_orderings ## S4 method for signature 'matrix' phylo4( x, edge.length = NULL, tip.label = NULL, node.label = NULL, edge.label = NULL, order = "unknown", annote = list() ) ## S4 method for signature 'phylo' phylo4(x, check.node.labels = c("keep", "drop"), annote = list()) ## S4 method for signature 'nexml' phylo4(x)
x |
a matrix of edges or an object of class |
... |
optional arguments (none used at present). |
edge.length |
Edge (branch) length. (Optional) |
tip.label |
A character vector of species names (names of "tip" nodes). (Optional) |
node.label |
A character vector of internal node names. (Optional) |
edge.label |
A character vector of edge (branch) names. (Optional) |
order |
character: tree ordering (allowable values are listed in
|
annote |
any additional annotation data to be passed to the new object |
check.node.labels |
if |
edge |
A numeric, two-column matrix with as many rows as branches in the phylogeny. |
An object of class character of length 5.
The minimum information necessary to create a phylobase tree object is a valid edge matrix. The edge matrix describes the topology of the phylogeny. Each row describes a branch of the phylogeny, with the (descendant) node number in column 2 and its ancestor's node number in column 1. These numbers are used internally and must be unique for each node.
The labels designate either nodes or edges. The vector node.label
names internal nodes, and together with tip.label, name all nodes in
the tree. The vector edge.label names all branches in the tree. All
label vectors are optional, and if they are not given, internally-generated
labels will be assigned. The labels, whether user-specified or internally
generated, must be unique as they are used to join species data with
phylogenetic trees.
phylobase also allows to create phylo4 objects using
the function phylo4() from objects of the classes:
phylo (from ape), and nexml (from RNeXML).
Translation functions are available from many valid tree formats. See coerce-methods.
phylobase team
coerce-methods for translation
functions. The phylo4 class. See also the
phylo4d-methods constructor, and
phylo4d class.
# a three species tree: mytree <- phylo4(x=matrix(data=c(4,1, 4,5, 5,2, 5,3, 0,4), ncol=2, byrow=TRUE), tip.label=c("speciesA", "speciesB", "speciesC")) mytree plot(mytree) # another way to specify the same tree: mytree <- phylo4(x=cbind(c(4, 4, 5, 5, 0), c(1, 5, 2, 3, 4)), tip.label=c("speciesA", "speciesB", "speciesC")) # another way: mytree <- phylo4(x=rbind(c(4, 1), c(4, 5), c(5, 2), c(5, 3), c(0, 4)), tip.label=c("speciesA", "speciesB", "speciesC")) # with branch lengths: mytree <- phylo4(x=rbind(c(4, 1), c(4, 5), c(5, 2), c(5, 3), c(0, 4)), tip.label=c("speciesA", "speciesB", "speciesC"), edge.length=c(1, .2, .8, .8, NA)) plot(mytree)# a three species tree: mytree <- phylo4(x=matrix(data=c(4,1, 4,5, 5,2, 5,3, 0,4), ncol=2, byrow=TRUE), tip.label=c("speciesA", "speciesB", "speciesC")) mytree plot(mytree) # another way to specify the same tree: mytree <- phylo4(x=cbind(c(4, 4, 5, 5, 0), c(1, 5, 2, 3, 4)), tip.label=c("speciesA", "speciesB", "speciesC")) # another way: mytree <- phylo4(x=rbind(c(4, 1), c(4, 5), c(5, 2), c(5, 3), c(0, 4)), tip.label=c("speciesA", "speciesB", "speciesC")) # with branch lengths: mytree <- phylo4(x=rbind(c(4, 1), c(4, 5), c(5, 2), c(5, 3), c(0, 4)), tip.label=c("speciesA", "speciesB", "speciesC"), edge.length=c(1, .2, .8, .8, NA)) plot(mytree)
S4 class for phylogenetic tree and data.
Objects can be created from various trees
and a data.frame using the constructor phylo4d, or using
new("phylo4d", ...{}) for empty objects.
Ben Bolker, Thibaut Jombart
coerce-methods for translation
functions. The phylo4d-methods constructor. See also
the phylo4-methods constructor, the
phylo4 class, and the checkPhylo4
function to check the validity of phylo4 trees.
example(read.tree, "ape") obj <- phylo4d(as(tree.owls.bis,"phylo4"), data.frame(wing=1:3)) obj names(obj) summary(obj)example(read.tree, "ape") obj <- phylo4d(as(tree.owls.bis,"phylo4"), data.frame(wing=1:3)) obj names(obj) summary(obj)
phylo4d is a generic constructor which merges a
phylogenetic tree with data frames to create a combined object of
class phylo4d
phylo4d(x, ...) ## S4 method for signature 'phylo4' phylo4d( x, tip.data = NULL, node.data = NULL, all.data = NULL, merge.data = TRUE, metadata = list(), ... ) ## S4 method for signature 'matrix' phylo4d( x, tip.data = NULL, node.data = NULL, all.data = NULL, merge.data = TRUE, metadata = list(), edge.length = NULL, tip.label = NULL, node.label = NULL, edge.label = NULL, order = "unknown", annote = list(), ... ) ## S4 method for signature 'phylo' phylo4d( x, tip.data = NULL, node.data = NULL, all.data = NULL, check.node.labels = c("keep", "drop", "asdata"), annote = list(), metadata = list(), ... ) ## S4 method for signature 'phylo4d' phylo4d(x, ...) ## S4 method for signature 'nexml' phylo4d(x)phylo4d(x, ...) ## S4 method for signature 'phylo4' phylo4d( x, tip.data = NULL, node.data = NULL, all.data = NULL, merge.data = TRUE, metadata = list(), ... ) ## S4 method for signature 'matrix' phylo4d( x, tip.data = NULL, node.data = NULL, all.data = NULL, merge.data = TRUE, metadata = list(), edge.length = NULL, tip.label = NULL, node.label = NULL, edge.label = NULL, order = "unknown", annote = list(), ... ) ## S4 method for signature 'phylo' phylo4d( x, tip.data = NULL, node.data = NULL, all.data = NULL, check.node.labels = c("keep", "drop", "asdata"), annote = list(), metadata = list(), ... ) ## S4 method for signature 'phylo4d' phylo4d(x, ...) ## S4 method for signature 'nexml' phylo4d(x)
x |
an object of class |
... |
further arguments to control the behavior of the constructor in the case of missing/extra data and where to look for labels in the case of non-unique labels that cannot be stored as row names in a data frame (see Details). |
tip.data |
a data frame (or object to be coerced to one) containing only tip data (Optional) |
node.data |
a data frame (or object to be coerced to one) containing only node data (Optional) |
all.data |
a data frame (or object to be coerced to one) containing both tip and node data (Optional) |
merge.data |
if both |
metadata |
any additional metadata to be passed to the new object |
edge.length |
Edge (branch) length. (Optional) |
tip.label |
A character vector of species names (names of "tip" nodes). (Optional) |
node.label |
A character vector of internal node names. (Optional) |
edge.label |
A character vector of edge (branch) names. (Optional) |
order |
character: tree ordering (allowable values are listed
in |
annote |
any additional annotation data to be passed to the new object |
check.node.labels |
if |
You can provide several data frames to define traits associated with tip and/or internal nodes. By default, data row names are used to link data to nodes in the tree, with any number-like names (e.g., “10”) matched against node ID numbers, and any non-number-like names (e.g., “n10”) matched against node labels. Alternative matching rules can be specified by passing additional arguments (listed in the Details section); these include positional matching, matching exclusively on node labels, and matching based on a column of data rather than on row names.
Matching rules will apply the same way to all supplied data frames. This means that you need to be consistent with the row names of your data frames. It is good practice to use tip and node labels (or node numbers if you use duplicated labels) when you combine data with a tree.
If you provide both tip.data and node.data, the
treatment of columns with common names will depend on the
merge.data argument. If TRUE, columns with the same name in
both data frames will be merged; when merging columns of different
data types, coercion to a common type will follow standard R
rules. If merge.data is FALSE, columns with common names
will be preserved independently, with “.tip” and
“.node” appended to the names. This argument has no effect
if tip.data and node.data have no column names in
common.
If you provide all.data along with either of
tip.data and node.data, it must have distinct column
names, otherwise an error will result. Additionally, although
supplying columns with the same names within data frames is
not illegal, automatic renaming for uniqeness may lead to
surprising results, so this practice should be avoided.
This is the list of additional arguments that can be used to control matching between the tree and the data:
(logical) should the rownames of the data frame be used to be matched against tip and internal node identifiers?
(logical), should the row names of the data provided be matched only to labels (TRUE), or should any number-like row names be matched to node numbers (FALSE and default)
character, rownames or column:
should the labels be taken from the row names of dt or from
the label.column column of dt?
iff label.type=="column", column
specifier (number or name) of the column containing tip labels
action to take if there are missing data or if there are data labels that don't match
action to take if there are extra data or if there are labels that don't match
(logical), should the returned data have rows for all nodes (with NA values for internal rows when type='tip', and vice versa) (TRUE and default) or only rows corresponding to the type argument
Rules for matching rows of data to tree nodes are determined
jointly by the match.data and rownamesAsLabels
arguments. If match.data is TRUE, data frame rows will be
matched exclusively against tip and node labels if
rownamesAsLabels is also TRUE, whereas any all-digit row
names will be matched against tip and node numbers if
rownamesAsLabels is FALSE (the default). If
match.data is FALSE, rownamesAsLabels has no effect,
and row matching is purely positional with respect to the order
returned by nodeId(phy, type).
An object of class phylo4d.
merges a tree of
class phylo4 with a data.frame into a phylo4d
object
merges a matrix of tree edges similar
to the edge slot of a phylo4 object (or to $edge of a
phylo object) with a data.frame into a phylo4d
object
merges a tree of class phylo
with a data.frame into a phylo4d object
Checking on matches between the tree and the data will be done by the validity checker (label matches between data and tree tips, number of rows of data vs. number of nodes/tips/etc.)
Ben Bolker, Thibaut Jombart, Steve Kembel, Francois Michonneau, Jim Regetz
coerce-methods for translation
functions. The phylo4d class; phylo4
class and phylo4 constructor.
treeOwls <- "((Strix_aluco:4.2,Asio_otus:4.2):3.1,Athene_noctua:7.3);" tree.owls.bis <- ape::read.tree(text=treeOwls) try(phylo4d(as(tree.owls.bis,"phylo4"),data.frame(wing=1:3)), silent=TRUE) obj <- phylo4d(as(tree.owls.bis,"phylo4"),data.frame(wing=1:3), match.data=FALSE) obj print(obj) #### data(geospiza_raw) geoTree <- geospiza_raw$tree geoData <- geospiza_raw$data ## fix differences in tip names between the tree and the data geoData <- rbind(geoData, array(, dim = c(1,ncol(geoData)), dimnames = list("olivacea", colnames(geoData)))) ### Example using a tree of class 'phylo' exGeo1 <- phylo4d(geoTree, tip.data = geoData) ### Example using a tree of class 'phylo4' geoTree <- as(geoTree, "phylo4") ## some random node data rNodeData <- data.frame(randomTrait = rnorm(nNodes(geoTree)), row.names = nodeId(geoTree, "internal")) exGeo2 <- phylo4d(geoTree, tip.data = geoData, node.data = rNodeData) ### Example using 'merge.data' data(geospiza) trGeo <- extractTree(geospiza) tDt <- data.frame(a=rnorm(nTips(trGeo)), row.names=nodeId(trGeo, "tip")) nDt <- data.frame(a=rnorm(nNodes(trGeo)), row.names=nodeId(trGeo, "internal")) (matchData1 <- phylo4d(trGeo, tip.data=tDt, node.data=nDt, merge.data=FALSE)) (matchData2 <- phylo4d(trGeo, tip.data=tDt, node.data=nDt, merge.data=TRUE)) ## Example with 'all.data' nodeLabels(geoTree) <- as.character(nodeId(geoTree, "internal")) rAllData <- data.frame(randomTrait = rnorm(nTips(geoTree) + nNodes(geoTree)), row.names = labels(geoTree, 'all')) exGeo5 <- phylo4d(geoTree, all.data = rAllData) ## Examples using 'rownamesAsLabels' and comparing with match.data=FALSE tDt <- data.frame(x=letters[1:nTips(trGeo)], row.names=sample(nodeId(trGeo, "tip"))) tipLabels(trGeo) <- as.character(sample(1:nTips(trGeo))) (exGeo6 <- phylo4d(trGeo, tip.data=tDt, rownamesAsLabels=TRUE)) (exGeo7 <- phylo4d(trGeo, tip.data=tDt, rownamesAsLabels=FALSE)) (exGeo8 <- phylo4d(trGeo, tip.data=tDt, match.data=FALSE)) ## generate a tree and some data set.seed(1) p3 <- ape::rcoal(5) dat <- data.frame(a = rnorm(5), b = rnorm(5), row.names = p3$tip.label) dat.defaultnames <- dat row.names(dat.defaultnames) <- NULL dat.superset <- rbind(dat, rnorm(2)) dat.subset <- dat[-1, ] ## create a phylo4 object from a phylo object p4 <- as(p3, "phylo4") ## create phylo4d objects with tip data p4d <- phylo4d(p4, dat) ###checkData(p4d) p4d.sorted <- phylo4d(p4, dat[5:1, ]) try(p4d.nonames <- phylo4d(p4, dat.defaultnames)) p4d.nonames <- phylo4d(p4, dat.defaultnames, match.data=FALSE) ## Not run: p4d.subset <- phylo4d(p4, dat.subset) p4d.subset <- phylo4d(p4, dat.subset) try(p4d.superset <- phylo4d(p4, dat.superset)) p4d.superset <- phylo4d(p4, dat.superset) ## End(Not run) ## create phylo4d objects with node data nod.dat <- data.frame(a = rnorm(4), b = rnorm(4)) p4d.nod <- phylo4d(p4, node.data = nod.dat, match.data=FALSE) ## create phylo4 objects with node and tip data p4d.all1 <- phylo4d(p4, node.data = nod.dat, tip.data = dat, match.data=FALSE) nodeLabels(p4) <- as.character(nodeId(p4, "internal")) p4d.all2 <- phylo4d(p4, all.data = rbind(dat, nod.dat), match.data=FALSE)treeOwls <- "((Strix_aluco:4.2,Asio_otus:4.2):3.1,Athene_noctua:7.3);" tree.owls.bis <- ape::read.tree(text=treeOwls) try(phylo4d(as(tree.owls.bis,"phylo4"),data.frame(wing=1:3)), silent=TRUE) obj <- phylo4d(as(tree.owls.bis,"phylo4"),data.frame(wing=1:3), match.data=FALSE) obj print(obj) #### data(geospiza_raw) geoTree <- geospiza_raw$tree geoData <- geospiza_raw$data ## fix differences in tip names between the tree and the data geoData <- rbind(geoData, array(, dim = c(1,ncol(geoData)), dimnames = list("olivacea", colnames(geoData)))) ### Example using a tree of class 'phylo' exGeo1 <- phylo4d(geoTree, tip.data = geoData) ### Example using a tree of class 'phylo4' geoTree <- as(geoTree, "phylo4") ## some random node data rNodeData <- data.frame(randomTrait = rnorm(nNodes(geoTree)), row.names = nodeId(geoTree, "internal")) exGeo2 <- phylo4d(geoTree, tip.data = geoData, node.data = rNodeData) ### Example using 'merge.data' data(geospiza) trGeo <- extractTree(geospiza) tDt <- data.frame(a=rnorm(nTips(trGeo)), row.names=nodeId(trGeo, "tip")) nDt <- data.frame(a=rnorm(nNodes(trGeo)), row.names=nodeId(trGeo, "internal")) (matchData1 <- phylo4d(trGeo, tip.data=tDt, node.data=nDt, merge.data=FALSE)) (matchData2 <- phylo4d(trGeo, tip.data=tDt, node.data=nDt, merge.data=TRUE)) ## Example with 'all.data' nodeLabels(geoTree) <- as.character(nodeId(geoTree, "internal")) rAllData <- data.frame(randomTrait = rnorm(nTips(geoTree) + nNodes(geoTree)), row.names = labels(geoTree, 'all')) exGeo5 <- phylo4d(geoTree, all.data = rAllData) ## Examples using 'rownamesAsLabels' and comparing with match.data=FALSE tDt <- data.frame(x=letters[1:nTips(trGeo)], row.names=sample(nodeId(trGeo, "tip"))) tipLabels(trGeo) <- as.character(sample(1:nTips(trGeo))) (exGeo6 <- phylo4d(trGeo, tip.data=tDt, rownamesAsLabels=TRUE)) (exGeo7 <- phylo4d(trGeo, tip.data=tDt, rownamesAsLabels=FALSE)) (exGeo8 <- phylo4d(trGeo, tip.data=tDt, match.data=FALSE)) ## generate a tree and some data set.seed(1) p3 <- ape::rcoal(5) dat <- data.frame(a = rnorm(5), b = rnorm(5), row.names = p3$tip.label) dat.defaultnames <- dat row.names(dat.defaultnames) <- NULL dat.superset <- rbind(dat, rnorm(2)) dat.subset <- dat[-1, ] ## create a phylo4 object from a phylo object p4 <- as(p3, "phylo4") ## create phylo4d objects with tip data p4d <- phylo4d(p4, dat) ###checkData(p4d) p4d.sorted <- phylo4d(p4, dat[5:1, ]) try(p4d.nonames <- phylo4d(p4, dat.defaultnames)) p4d.nonames <- phylo4d(p4, dat.defaultnames, match.data=FALSE) ## Not run: p4d.subset <- phylo4d(p4, dat.subset) p4d.subset <- phylo4d(p4, dat.subset) try(p4d.superset <- phylo4d(p4, dat.superset)) p4d.superset <- phylo4d(p4, dat.superset) ## End(Not run) ## create phylo4d objects with node data nod.dat <- data.frame(a = rnorm(4), b = rnorm(4)) p4d.nod <- phylo4d(p4, node.data = nod.dat, match.data=FALSE) ## create phylo4 objects with node and tip data p4d.all1 <- phylo4d(p4, node.data = nod.dat, tip.data = dat, match.data=FALSE) nodeLabels(p4) <- as.character(nodeId(p4, "internal")) p4d.all2 <- phylo4d(p4, all.data = rbind(dat, nod.dat), match.data=FALSE)
Provides a mean to control the validity of phylobase
objects such as singletons, reticulated trees, polytomies, etc.
phylobase.options(...)phylobase.options(...)
... |
a list may be given as the only argument, or any
number of arguments may be in the |
The parameter values set via a call to this function will remain in effect for the rest of the session, affecting the subsequent behavior of phylobase.
A list with the updated values of the parameters. If arguments are provided, the returned list is invisible.
Francois Michonneau (adapted from the package sm)
## Not run: phylobase.options(poly="fail") # subsequent trees with polytomies will fail the validity check ## End(Not run)## Not run: phylobase.options(poly="fail") # subsequent trees with polytomies will fail the validity check ## End(Not run)
Plots either circles or squares corresponding to the magnitude of each cell
of a phylo4d object.
phylobubbles( type = type, place.tip.label = "right", show.node.label = show.node.label, rot = 0, edge.color = edge.color, node.color = node.color, tip.color = tip.color, edge.width = edge.width, newpage = TRUE, ..., XXYY, square = FALSE, grid = TRUE )phylobubbles( type = type, place.tip.label = "right", show.node.label = show.node.label, rot = 0, edge.color = edge.color, node.color = node.color, tip.color = tip.color, edge.width = edge.width, newpage = TRUE, ..., XXYY, square = FALSE, grid = TRUE )
type |
the type of plot |
place.tip.label |
A string indicating whether labels should be plotted to the right or to the left of the bubble plot |
show.node.label |
A logical indicating whether internal node labels should be plotted |
rot |
The number of degrees that the plot should be rotated |
edge.color |
A vector of colors for the tree edge segments |
node.color |
A vector of colors for the coloring the nodes |
tip.color |
A vector of colors for the coloring the tip labels |
edge.width |
A vector of line widths for the tree edges |
newpage |
Logical to control whether the device is cleared before plotting, useful for adding plot inside other plots |
... |
Additional parameters passed to the bubble plotting functions |
XXYY |
The out put from the phyloXXYY function |
square |
Logical indicating whether the plot 'bubbles' should be squares |
grid |
A logical indicating whether a grey grid should be plotted behind the bubbles |
Peter Cowan [email protected]
phyloXXYY, treePlot
##---- Should be DIRECTLY executable !! ---- ##-- ==> Define data, use random, ##-- or do help(data=index) for the standard data sets.##---- Should be DIRECTLY executable !! ---- ##-- ==> Define data, use random, ##-- or do help(data=index) for the standard data sets.
Classes representing phylogenies as matrices
from |
a |
... |
optional arguments, to be passed to |
These are square matrices (with rows and columns corresponding to tips, and internal nodes implicit) with different meanings depending on the type (variance-covariance matrix, distance matrix, etc.).
Ben Bolker
tree_string <- "(((Strix_aluco:4.2,Asio_otus:4.2):3.1,Athene_noctua:7.3):6.3,Tyto_alba:13.5);" tree.owls <- ape::read.tree(text=tree_string) o2 <- as(tree.owls,"phylo4") ov <- as(o2,"phylo4vcov") o3 <- as(ov,"phylo4") ## these are not completely identical, but are ## topologically identical ... ## edge matrices are in a different order: ## cf. edges(o2) and edges(o3) ## BUT the edge matrices are otherwise identical o2edges <- edges(o2) o3edges <- edges(o3) identical(o2edges[order(o2edges[,2]),], o3edges[order(o3edges[,2]),]) ## There is left/right ambiguity here in the tree orders: ## in o2 the 5->6->7->1 lineage ## (terminating in Strix aluco) ## is first, in o3 the 5->6->3 lineage ## (terminating in Athene noctua) is first.tree_string <- "(((Strix_aluco:4.2,Asio_otus:4.2):3.1,Athene_noctua:7.3):6.3,Tyto_alba:13.5);" tree.owls <- ape::read.tree(text=tree_string) o2 <- as(tree.owls,"phylo4") ov <- as(o2,"phylo4vcov") o3 <- as(ov,"phylo4") ## these are not completely identical, but are ## topologically identical ... ## edge matrices are in a different order: ## cf. edges(o2) and edges(o3) ## BUT the edge matrices are otherwise identical o2edges <- edges(o2) o3edges <- edges(o3) identical(o2edges[order(o2edges[,2]),], o3edges[order(o3edges[,2]),]) ## There is left/right ambiguity here in the tree orders: ## in o2 the 5->6->7->1 lineage ## (terminating in Strix aluco) ## is first, in o3 the 5->6->3 lineage ## (terminating in Athene noctua) is first.
Calculates the node x and y locations for plotting a phylogenetic tree.
phyloXXYY(phy, tip.order = NULL)phyloXXYY(phy, tip.order = NULL)
phy |
A |
tip.order |
A character vector of tip labels, indicating their order along the y axis (from top to bottom). Or, a numeric vector of tip node IDs indicating the order. |
The y coordinates of the tips are evenly spaced from 0 to 1 in pruningwise order. Ancestor y nodes are given the mean value of immediate descendants. The root is given the x coordinate 0 and descendant nodes are placed according to the cumulative branch length from the root, with a maximum x value of 1.
yy |
Internal node and tip y coordinates |
xx |
Internal node and tip x coordinates |
phy |
A |
segs |
A list of |
torder |
The tip order provided as |
eorder |
The an index of the reordered edges
compared to the result of |
Peter Cowan [email protected]
treePlot, plotOneTree
data(geospiza) coor <- phyloXXYY(geospiza) plot(coor$xx, coor$yy, pch = 20)data(geospiza) coor <- phyloXXYY(geospiza) plot(coor$xx, coor$yy, pch = 20)
Plots the phylogenetic tree contained in a phylo4 or phylo4d
object.
plotOneTree( xxyy, type, show.tip.label, show.node.label, edge.color, node.color, tip.color, edge.width, rot )plotOneTree( xxyy, type, show.tip.label, show.node.label, edge.color, node.color, tip.color, edge.width, rot )
xxyy |
A list created by the |
type |
A character string indicating the shape of plotted tree |
show.tip.label |
Logical, indicating whether tip labels should be shown |
show.node.label |
Logical, indicating whether node labels should be shown |
edge.color |
A vector of colors in the order of |
node.color |
A vector of colors indicating the colors of the node labels |
tip.color |
A vector of colors indicating the colors of the tip labels |
edge.width |
A vector in the order of |
rot |
Numeric indicating the rotation of the plot in degrees |
Returns no values, function invoked for the plotting side effect.
Peter Cowan [email protected]
treePlot, phyloXXYY
library(grid) data(geospiza) grid.newpage() xxyy <- phyloXXYY(geospiza) plotOneTree(xxyy, type = 'phylogram', show.tip.label = TRUE, show.node.label = TRUE, edge.color = 'black', node.color = 'orange', tip.color = 'blue', edge.width = 1, rot = 0 ) grid.newpage() pushViewport(viewport(w = 0.8, h = 0.8)) plotOneTree(xxyy, type = 'phylogram', show.tip.label = TRUE, show.node.label = TRUE, edge.color = 'black', node.color = 'orange', tip.color = 'blue', edge.width = 1, rot = 0 ) popViewport()library(grid) data(geospiza) grid.newpage() xxyy <- phyloXXYY(geospiza) plotOneTree(xxyy, type = 'phylogram', show.tip.label = TRUE, show.node.label = TRUE, edge.color = 'black', node.color = 'orange', tip.color = 'blue', edge.width = 1, rot = 0 ) grid.newpage() pushViewport(viewport(w = 0.8, h = 0.8)) plotOneTree(xxyy, type = 'phylogram', show.tip.label = TRUE, show.node.label = TRUE, edge.color = 'black', node.color = 'orange', tip.color = 'blue', edge.width = 1, rot = 0 ) popViewport()
Prints a phylo4 or phylo4d object in data.frame format with user-friendly column names
print(x, ...) ## S4 method for signature 'phylo4' print(x, edgeOrder = c("pretty", "real"), printall = TRUE) show(object) ## S4 method for signature 'phylo4' show(object) names(x) ## S4 method for signature 'phylo4' names(x) head(x, ...) ## S4 method for signature 'phylo4' head(x, n = 20) tail(x, ...) ## S4 method for signature 'phylo4' tail(x, n = 20)print(x, ...) ## S4 method for signature 'phylo4' print(x, edgeOrder = c("pretty", "real"), printall = TRUE) show(object) ## S4 method for signature 'phylo4' show(object) names(x) ## S4 method for signature 'phylo4' names(x) head(x, ...) ## S4 method for signature 'phylo4' head(x, n = 20) tail(x, ...) ## S4 method for signature 'phylo4' tail(x, n = 20)
x |
a |
... |
optional additional arguments (not in use) |
edgeOrder |
in the data frame returned, the option 'pretty' returns the internal nodes followed by the tips, the option 'real' returns the nodes in the order they are stored in the edge matrix. |
printall |
default prints entire tree. printall=FALSE returns the first 6 rows |
object |
a |
n |
for head() and tail(), the number of lines to print |
This is a user-friendly version of the tree representation, useful for checking that objects were read in completely and translated correctly. The phylogenetic tree is represented as a list of numbered nodes, linked in a particular way through time (or rates of evolutionary change). The topology is given by the pattern of links from each node to its ancestor. Also given are the taxon names, node type (root/internal/tip) and phenotypic data (if any) associated with the node, and the branch length from the node to its ancestor. A list of nodes (descendants) and ancestors is minimally required for a phylo4 object.
A data.frame with a row for each node (descendant), sorted as
follows: root first, then other internal nodes, and finally tips.
The
returned data.frame has the following columns:
label |
Label for the taxon at the node (usually species name). |
node |
Node number, i.e. the number identifying the node in edge matrix. |
ancestor |
Node number of the node's ancestor. |
branch.length |
The branch length connecting the node to its ancestor (NAs if missing). |
node.type |
"root", "internal", or "tip". (internally generated) |
data |
phenotypic data associated with the nodes, with separate columns for each variable. |
This is the default show() method for phylo4, phylo4d. It prints the
user-supplied information for building a phylo4 object. For a full
description of the phylo4 S4 object and slots, see phylo4.
Marguerite Butler, Thibaut Jombart [email protected], Steve Kembel
tree.phylo <- ape::read.tree(text="((a,b),c);") tree <- as(tree.phylo, "phylo4") ##plot(tree,show.node=TRUE) ## plotting broken with empty node labels: FIXME tip.data <- data.frame(size=c(1,2,3), row.names=c("a", "b", "c")) treedata <- phylo4d(tree, tip.data) plot(treedata) print(treedata)tree.phylo <- ape::read.tree(text="((a,b),c);") tree <- as(tree.phylo, "phylo4") ##plot(tree,show.node=TRUE) ## plotting broken with empty node labels: FIXME tip.data <- data.frame(size=c(1,2,3), row.names=c("a", "b", "c")) treedata <- phylo4d(tree, tip.data) plot(treedata) print(treedata)
Methods for reordering trees into various traversal orders
reorder(x, ...) ## S4 method for signature 'phylo4' reorder(x, order = c("preorder", "postorder"))reorder(x, ...) ## S4 method for signature 'phylo4' reorder(x, order = c("preorder", "postorder"))
x |
a |
... |
additional optional elements (not in use) |
order |
The desired traversal order; currently only
“preorder” and “postorder” are allowed for
|
The reorder method takes a phylo4 or phylo4d
tree and orders the edge matrix (i.e. edges(x)) in the
requested traversal order. Currently only two orderings are
permitted, and both require rooted trees. In postorder, a
node's descendants come before that node, thus the root, which is
ancestral to all nodes, comes last. In preorder, a node is
visited before its descendants, thus the root comes first.
A phylo4 or phylo4d object with the edge,
label, length and data slots ordered as order, which is
itself recorded in the order slot.
The preorder parameter corresponds to
cladewise in the ape package, and postorder
corresponds (almost) to pruningwise.
Peter Cowan, Jim Regetz
reorder.phylo in the ape package.
ancestors ancestor siblings
children descendants
phy <- phylo4(ape::rtree(5)) edges(reorder(phy, "preorder")) edges(reorder(phy, "postorder"))phy <- phylo4(ape::rtree(5)) edges(reorder(phy, "preorder")) edges(reorder(phy, "postorder"))
Translation functions to convert between phylobase objects
(phylo4 or phylo4d), and objects used by other
comparative methods packages in R: ape objects
(phylo, multiPhylo), RNeXML object
(nexml), ade4 objects (phylog, now
deprecated), and to data.frame representation.
as(object, class)
Ben Bolker, Thibaut Jombart, Marguerite Butler, Steve Kembel, Francois Michonneau
generic as,
phylo4-methods, phylo4d-methods,
extractTree, nexml class from the
RNeXML package, phylog from the
ade4 package and as.phylo from the
ape package.
tree_string <- "(((Strix_aluco:4.2,Asio_otus:4.2):3.1,Athene_noctua:7.3):6.3,Tyto_alba:13.5);" tree.owls <- ape::read.tree(text=tree_string) ## round trip conversion tree_in_phylo <- tree.owls # tree is a phylo object (tree_in_phylo4 <- as(tree.owls,"phylo4")) # phylo converted to phylo4 identical(tree_in_phylo,as(tree_in_phylo4,"phylo")) ## test if phylo, and phylo4 converted to phylo are identical ## (no, because of dimnames) ## Conversion to phylog (ade4) as(tree_in_phylo4, "phylog") ## Conversion to data.frame as(tree_in_phylo4, "data.frame") ## Conversion to phylo (ape) as(tree_in_phylo4, "phylo") ## Conversion to phylo4d, (data slots empty) as(tree_in_phylo4, "phylo4d")tree_string <- "(((Strix_aluco:4.2,Asio_otus:4.2):3.1,Athene_noctua:7.3):6.3,Tyto_alba:13.5);" tree.owls <- ape::read.tree(text=tree_string) ## round trip conversion tree_in_phylo <- tree.owls # tree is a phylo object (tree_in_phylo4 <- as(tree.owls,"phylo4")) # phylo converted to phylo4 identical(tree_in_phylo,as(tree_in_phylo4,"phylo")) ## test if phylo, and phylo4 converted to phylo are identical ## (no, because of dimnames) ## Conversion to phylog (ade4) as(tree_in_phylo4, "phylog") ## Conversion to data.frame as(tree_in_phylo4, "data.frame") ## Conversion to phylo (ape) as(tree_in_phylo4, "phylo") ## Conversion to phylo4d, (data slots empty) as(tree_in_phylo4, "phylo4d")
Finds the shortest path between two nodes in a tree
shortestPath(x, node1, node2) ## S4 method for signature 'phylo4' shortestPath(x, node1, node2) ## S4 method for signature 'phylo' shortestPath(x, node1, node2)shortestPath(x, node1, node2) ## S4 method for signature 'phylo4' shortestPath(x, node1, node2) ## S4 method for signature 'phylo' shortestPath(x, node1, node2)
x |
a tree in the phylo4, phylo4d or phylo format |
node1 |
a numeric or character (passed to |
node2 |
a numeric or character (passed to |
Given two nodes (i.e, tips or internal nodes), this function
returns the shortest path between them (excluding node1 and
node2 as a vector of nodes.
a vector of nodes indcating the shortest path between 2 nodes
getNode
Methods for creating subsets of phylogenies, based on pruning a tree to include or exclude a set of terminal taxa, to include all descendants of the MRCA of multiple taxa, or to return a subtree rooted at a given node.
subset(x, ...) ## S4 method for signature 'phylo4' subset( x, tips.include = NULL, tips.exclude = NULL, mrca = NULL, node.subtree = NULL, ... ) x[i, ...] ## S4 method for signature 'phylo4,character,missing,missing' x[i, j, ..., drop = TRUE] ## S4 method for signature 'phylo4,numeric,missing,missing' x[i, j, ..., drop = TRUE] ## S4 method for signature 'phylo4,logical,missing,missing' x[i, j, ..., drop = TRUE] ## S4 method for signature 'phylo4,missing,missing,missing' x[i, j, ..., drop = TRUE] ## S4 method for signature 'phylo4d,ANY,character,missing' x[i, j, ..., drop = TRUE] ## S4 method for signature 'phylo4d,ANY,numeric,missing' x[i, j, ..., drop = TRUE] ## S4 method for signature 'phylo4d,ANY,logical,missing' x[i, j, ..., drop = TRUE] ## S4 method for signature 'phylo4,ANY,ANY,ANY' x[i, j, ..., drop = TRUE] prune(x, ...) ## S4 method for signature 'phylo4' prune(x, tips.exclude, trim.internal = TRUE) ## S4 method for signature 'phylo4d' prune(x, tips.exclude, trim.internal = TRUE)subset(x, ...) ## S4 method for signature 'phylo4' subset( x, tips.include = NULL, tips.exclude = NULL, mrca = NULL, node.subtree = NULL, ... ) x[i, ...] ## S4 method for signature 'phylo4,character,missing,missing' x[i, j, ..., drop = TRUE] ## S4 method for signature 'phylo4,numeric,missing,missing' x[i, j, ..., drop = TRUE] ## S4 method for signature 'phylo4,logical,missing,missing' x[i, j, ..., drop = TRUE] ## S4 method for signature 'phylo4,missing,missing,missing' x[i, j, ..., drop = TRUE] ## S4 method for signature 'phylo4d,ANY,character,missing' x[i, j, ..., drop = TRUE] ## S4 method for signature 'phylo4d,ANY,numeric,missing' x[i, j, ..., drop = TRUE] ## S4 method for signature 'phylo4d,ANY,logical,missing' x[i, j, ..., drop = TRUE] ## S4 method for signature 'phylo4,ANY,ANY,ANY' x[i, j, ..., drop = TRUE] prune(x, ...) ## S4 method for signature 'phylo4' prune(x, tips.exclude, trim.internal = TRUE) ## S4 method for signature 'phylo4d' prune(x, tips.exclude, trim.internal = TRUE)
x |
an object of class |
... |
optional additional parameters (not in use) |
tips.include |
A vector of tips to include in the subset tree |
tips.exclude |
A vector of tips to exclude from the subset tree |
mrca |
A vector of nodes for determining the most recent common ancestor, which is then used as the root of the subset tree |
node.subtree |
A single internal node specifying the root of the subset tree |
i |
( |
j |
( |
drop |
(not in use: for compatibility with the generic method) |
trim.internal |
A logical specifying whether to remove internal nodes that no longer have tip descendants in the subset tree |
The subset methods must be called using no more than one of
the four main subsetting criteria arguments (tips.include,
tips.exclude, mrca, or node.subtree). Each
of these arguments can be either character or numeric. In the
first case, they are treated as node labels; in the second case,
they are treated as node numbers. For the first two arguments,
any supplied tips not found in the tree (tipLabels(x)) will
be ignored, with a warning. Similarly, for the mrca
argument, any supplied tips or internal nodes not found in the
tree will be ignored, with a warning. For the node.subtree
argument, failure to provide a single, valid internal node will
result in an error.
Although prune is mainly intended as the workhorse function
called by subset, it may also be called directly. In
general it should be equivalent to the tips.exclude form of
subset (although perhaps with less up-front error
checking).
The "[" operator, when used as x[i], is similar to the
tips.include form of subset. However, the indices
used with this operator can also be logical, in which case the
corresponding tips are assumed to be ordered as in nodeId(x,
"tip"), and recycling rules will apply (just like with a vector
or a matrix). With a phylo4d object 'x',
x[i,j] creates a subset of x taking i for a
tip index and j for the index of data variables in
tdata(geospiza, "all"). Note that the second index is
optional: x[i, TRUE], x[i,], and x[i] are all
equivalent.
Regardless of which approach to subsetting is used, the argument values must be such that at least two tips are retained.
If the most recent common ancestor of the retained tips is not the original root node, then the root node of the subset tree will be a descendant of the original root. For rooted trees with non-NA root edge length, this has implications for the new root edge length. In particular, the new length will be the summed edge length from the new root node back to the original root (including the original root edge). As an alternative, see the examples for a way to determine the length of the edge that was immediately ancestral to the new root node in the original tree.
Note that the correspondance between nodes and labels (and data in the case of phylo4d) will be retained after all forms of subsetting. Beware, however, that the node numbers (IDs) will likely be altered to reflect the new tree topology, and therefore cannot be compared directly between the original tree and the subset tree.
an object of class "phylo4" or "phylo4d"
subset tree
subset tree and corresponding node and tip data
Jim Regetz [email protected]
Steven Kembel
[email protected]
Damien de Vienne
[email protected]
Thibaut Jombart
[email protected]
data(geospiza) nodeLabels(geospiza) <- paste("N", nodeId(geospiza, "internal"), sep="") geotree <- extractTree(geospiza) ## "subset" examples tips <- c("difficilis", "fortis", "fuliginosa", "fusca", "olivacea", "pallida", "parvulus", "scandens") plot(subset(geotree, tips.include=tips)) plot(subset(geotree, tips.include=tips, trim.internal=FALSE)) plot(subset(geotree, tips.exclude="scandens")) plot(subset(geotree, mrca=c("scandens","fortis","pauper"))) plot(subset(geotree, node.subtree=18)) ## "prune" examples (equivalent to subset using tips.exclude) plot(prune(geotree, tips)) ## "[" examples (equivalent to subset using tips.include) plot(geotree[c(1:6,14)]) plot(geospiza[c(1:6,14)]) ## for phylo4d, subset both tips and data columns geospiza[c(1:6,14), c("wingL", "beakD")] ## note handling of root edge length: edgeLength(geotree)['0-15'] <- 0.1 geotree2 <- geotree[1:2] ## in subset tree, edge of new root extends back to the original root edgeLength(geotree2)['0-3'] ## edge length immediately ancestral to this node in the original tree edgeLength(geotree, MRCA(geotree, tipLabels(geotree2)))data(geospiza) nodeLabels(geospiza) <- paste("N", nodeId(geospiza, "internal"), sep="") geotree <- extractTree(geospiza) ## "subset" examples tips <- c("difficilis", "fortis", "fuliginosa", "fusca", "olivacea", "pallida", "parvulus", "scandens") plot(subset(geotree, tips.include=tips)) plot(subset(geotree, tips.include=tips, trim.internal=FALSE)) plot(subset(geotree, tips.exclude="scandens")) plot(subset(geotree, mrca=c("scandens","fortis","pauper"))) plot(subset(geotree, node.subtree=18)) ## "prune" examples (equivalent to subset using tips.exclude) plot(prune(geotree, tips)) ## "[" examples (equivalent to subset using tips.include) plot(geotree[c(1:6,14)]) plot(geospiza[c(1:6,14)]) ## for phylo4d, subset both tips and data columns geospiza[c(1:6,14), c("wingL", "beakD")] ## note handling of root edge length: edgeLength(geotree)['0-15'] <- 0.1 geotree2 <- geotree[1:2] ## in subset tree, edge of new root extends back to the original root edgeLength(geotree2)['0-3'] ## edge length immediately ancestral to this node in the original tree edgeLength(geotree, MRCA(geotree, tipLabels(geotree2)))
Summary of information for the tree (phylo4 only) and/or the
associated data (phylo4d).
summary(object, ...) ## S4 method for signature 'phylo4' summary(object, quiet = FALSE) ## S4 method for signature 'phylo4d' summary(object, quiet = FALSE) nodeType(object) ## S4 method for signature 'phylo4' nodeType(object)summary(object, ...) ## S4 method for signature 'phylo4' summary(object, quiet = FALSE) ## S4 method for signature 'phylo4d' summary(object, quiet = FALSE) nodeType(object) ## S4 method for signature 'phylo4' nodeType(object)
object |
a phylo4d object |
... |
optional additional elements (not in use) |
quiet |
Should the summary be displayed on screen? |
The nodeType method returns named vector which has
the type of node (internal, tip, root) for value, and the node number
for name
The summary method invisibly returns a list with the
following components:
list("name") |
the name of the object |
list("nb.tips") |
the number of tips |
list("nb.nodes") |
the number of nodes |
list("mean.el") |
mean of edge lengths |
list("var.el") |
variance of edge lengths (estimate for population) |
list("sumry.el") |
summary (i.e. range and quartiles) of the edge lengths |
list("degree") |
(optional) type of polytomy for each node: ‘node’, ‘terminal’ (all descendants are tips) or ‘internal’ (at least one descendant is an internal node); displayed only when there are polytomies |
list("sumry.tips") |
(optional) summary for the data associated with the tips |
list("sumry.nodes") |
(optional) summary for the data associated with the internal nodes |
Ben Bolker, Thibaut Jombart, Francois Michonneau
phylo4d-methods constructor and
phylo4d class.
tOwls <- "(((Strix_aluco:4.2,Asio_otus:4.2):3.1,Athene_noctua:7.3):6.3,Tyto_alba:13.5);" tree.owls <- ape::read.tree(text=tOwls) P1 <- as(tree.owls, "phylo4") P1 summary(P1) nodeType(P1) ## summary of a polytomous tree E <- matrix(c( 8, 9, 9, 10, 10, 1, 10, 2, 9, 3, 9, 4, 8, 11, 11, 5, 11, 6, 11, 7, 0, 8), ncol=2, byrow=TRUE) P2 <- phylo4(E) nodeLabels(P2) <- as.character(nodeId(P2, "internal")) plot(P2, show.node.label=TRUE) sumryP2 <- summary(P2) sumryP2tOwls <- "(((Strix_aluco:4.2,Asio_otus:4.2):3.1,Athene_noctua:7.3):6.3,Tyto_alba:13.5);" tree.owls <- ape::read.tree(text=tOwls) P1 <- as(tree.owls, "phylo4") P1 summary(P1) nodeType(P1) ## summary of a polytomous tree E <- matrix(c( 8, 9, 9, 10, 10, 1, 10, 2, 9, 3, 9, 4, 8, 11, 11, 5, 11, 6, 11, 7, 0, 8), ncol=2, byrow=TRUE) P2 <- phylo4(E) nodeLabels(P2) <- as.character(nodeId(P2, "internal")) plot(P2, show.node.label=TRUE) sumryP2 <- summary(P2) sumryP2
Methods to retrieve or update tip, node or all data associated with a phylogenetic tree stored as a phylo4d object
tdata(x, ...) ## S4 method for signature 'phylo4d' tdata( x, type = c("all", "tip", "internal"), label.type = c("row.names", "column"), empty.columns = TRUE ) tdata(x, ...) <- value ## S4 replacement method for signature 'phylo4d' tdata( x, type = c("all", "tip", "internal"), merge.data = TRUE, clear.all = FALSE, ... ) <- value tipData(x, ...) ## S4 method for signature 'phylo4d' tipData(x, ...) tipData(x, ...) <- value ## S4 replacement method for signature 'phylo4d' tipData(x, ...) <- value nodeData(x, ...) ## S4 method for signature 'phylo4d' nodeData(x, ...) nodeData(x, ...) <- value ## S4 replacement method for signature 'phylo4d' nodeData(x, ...) <- valuetdata(x, ...) ## S4 method for signature 'phylo4d' tdata( x, type = c("all", "tip", "internal"), label.type = c("row.names", "column"), empty.columns = TRUE ) tdata(x, ...) <- value ## S4 replacement method for signature 'phylo4d' tdata( x, type = c("all", "tip", "internal"), merge.data = TRUE, clear.all = FALSE, ... ) <- value tipData(x, ...) ## S4 method for signature 'phylo4d' tipData(x, ...) tipData(x, ...) <- value ## S4 replacement method for signature 'phylo4d' tipData(x, ...) <- value nodeData(x, ...) ## S4 method for signature 'phylo4d' nodeData(x, ...) nodeData(x, ...) <- value ## S4 replacement method for signature 'phylo4d' nodeData(x, ...) <- value
x |
A |
... |
For the |
type |
The type of data to retrieve or update: “ |
label.type |
How should the tip/node labels from the tree be returned?
“ |
empty.columns |
Should columns filled with |
value |
a data frame (or object to be coerced to one) to replace the
values associated with the nodes specified by the argument |
merge.data |
if tip or internal node data are provided and data already exists for the other type, this determines whether columns with common names will be merged together (default TRUE). If FALSE, columns with common names will be preserved separately, with “.tip” and “.node” appended to the names. This argument has no effect if tip and node data have no column names in common, or if type=“all”. |
clear.all |
If only tip or internal node data are to be replaced, should data of the other type be dropped? |
tdata returns a data frame
signature(object="phylo4d"): retrieve or update data
associated with a tree in a phylo4d object
Ben Bolker, Thibaut Jombart, Francois Michonneau
data(geospiza) tdata(geospiza) tipData(geospiza) <- 1:nTips(geospiza) tdata(geospiza)data(geospiza) tdata(geospiza) tipData(geospiza) <- 1:nTips(geospiza) tdata(geospiza)
Plotting phylogenetic trees and associated data
tip.data.plot( xxyy, type = c("phylogram", "cladogram", "fan"), show.tip.label = TRUE, show.node.label = FALSE, rot = 0, tip.plot.fun = grid.points, edge.color = "black", node.color = "black", tip.color = "black", edge.width = 1, ... )tip.data.plot( xxyy, type = c("phylogram", "cladogram", "fan"), show.tip.label = TRUE, show.node.label = FALSE, rot = 0, tip.plot.fun = grid.points, edge.color = "black", node.color = "black", tip.color = "black", edge.width = 1, ... )
xxyy |
A list created by the |
type |
A character string indicating the shape of plotted tree |
show.tip.label |
Logical, indicating whether tip labels should be shown |
show.node.label |
Logical, indicating whether node labels should be shown |
rot |
Numeric indicating the rotation of the plot in degrees |
tip.plot.fun |
A function used to plot the data elements of a
|
edge.color |
A vector of colors in the order of |
node.color |
A vector of colors indicating the colors of the node labels |
tip.color |
A vector of colors indicating the colors of the tip labels |
edge.width |
A vector in the order of |
... |
Additional parameters passed to |
creates a plot on the current graphics device.
Peter Cowan
Plot phylo4 or phylo4d objects, including associated data.
treePlot( phy, type = c("phylogram", "cladogram", "fan"), show.tip.label = TRUE, show.node.label = FALSE, tip.order = NULL, plot.data = is(phy, "phylo4d"), rot = 0, tip.plot.fun = "bubbles", plot.at.tip = TRUE, edge.color = "black", node.color = "black", tip.color = "black", edge.width = 1, newpage = TRUE, margins = c(1.1, 1.1, 1.1, 1.1), ... ) plot(x, y, ...) ## S4 method for signature 'phylo4,missing' plot(x, y, ...)treePlot( phy, type = c("phylogram", "cladogram", "fan"), show.tip.label = TRUE, show.node.label = FALSE, tip.order = NULL, plot.data = is(phy, "phylo4d"), rot = 0, tip.plot.fun = "bubbles", plot.at.tip = TRUE, edge.color = "black", node.color = "black", tip.color = "black", edge.width = 1, newpage = TRUE, margins = c(1.1, 1.1, 1.1, 1.1), ... ) plot(x, y, ...) ## S4 method for signature 'phylo4,missing' plot(x, y, ...)
phy |
A |
type |
A character string indicating the shape of plotted tree |
show.tip.label |
Logical, indicating whether tip labels should be shown |
show.node.label |
Logical, indicating whether node labels should be shown |
tip.order |
If NULL the tree is plotted with tips in preorder, if "rev" this is reversed. Otherwise, it is a character vector of tip labels, indicating their order along the y axis (from top to bottom). Or, a numeric vector of tip node IDs indicating the order. |
plot.data |
Logical indicating whether |
rot |
Numeric indicating the rotation of the plot in degrees |
tip.plot.fun |
A function used to generate plot at the each tip of the phylogenetic trees |
plot.at.tip |
should the data plots be at the tip? (logical) |
edge.color |
A vector of colors in the order of |
node.color |
A vector of colors indicating the colors of the node labels |
tip.color |
A vector of colors indicating the colors of the tip labels |
edge.width |
A vector in the order of |
newpage |
Logical indicating whether the page should be cleared before plotting |
margins |
number of lines around the plot (similar to |
... |
additional arguments |
x |
A |
y |
(only here for compatibility) |
Currently, treePlot can only plot numeric values
for tree-associated data. The dataset will be subset to only
include columns of class numeric, integer or
double. If a phylo4d object is passed to the
function and it contains no data, or if the data is in a format
that cannot be plotted, the function will produce a warning. You
can avoid this by using the argument plot.data=FALSE.
No return value, function invoked for plotting side effect
plots a tree of class phylo4
plots a tree with one or more quantitative traits contained in a phylo4d object.
Peter Cowan [email protected], Francois Michonneau
## example of plotting two grid plots on the same page library(grid) data(geospiza) geotree <- extractTree(geospiza) grid.newpage() pushViewport(viewport(layout=grid.layout(nrow=1, ncol=2), name="base")) pushViewport(viewport(layout.pos.col=1, name="plot1")) treePlot(geotree, newpage=FALSE) popViewport() pushViewport(viewport(layout.pos.col=2, name="plot2")) treePlot(geotree, newpage=FALSE, rot=180) popViewport(2)## example of plotting two grid plots on the same page library(grid) data(geospiza) geotree <- extractTree(geospiza) grid.newpage() pushViewport(viewport(layout=grid.layout(nrow=1, ncol=2), name="base")) pushViewport(viewport(layout.pos.col=1, name="plot1")) treePlot(geotree, newpage=FALSE) popViewport() pushViewport(viewport(layout.pos.col=2, name="plot2")) treePlot(geotree, newpage=FALSE, rot=180) popViewport(2)