Package index • data.tree

All functions
`Aggregate()`	Aggregate child values of a `Node`, recursively.
`AreNamesUnique()`	Test whether all node names are unique.
`CheckNameReservedWord()`	Checks whether `name` is a reserved word, as defined in `NODE_RESERVED_NAMES_CONST`.
`Climb()`	Climb a tree from parent to children, by provided criteria.
`Clone()`	Clone a tree (creates a deep copy)
`CreateRandomTree()`	Create a tree for demo and testing
`CreateRegularTree()`	Create a tree for demo and testing
`Cumulate()`	Cumulate values among siblings
`DefaultPlotHeight()`	Calculates the height of a `Node` given the height of the root.
`Distance()`	Find the distance between two nodes of the same tree
`Do()`	Executes a function on a set of nodes
`FindNode()`	Find a node by name in the (sub-)tree
`FormatFixedDecimal()`	Format a Number as a Decimal
`FormatPercent()`	Format a Number as a Percentage
`Get()`	Traverse a Tree and Collect Values
`GetAttribute()`	Get an attribute from a Node.
`GetPhyloNr()`	Determine the number a `Node` has after conversion to a phylo object
`NODE_RESERVED_NAMES_CONST`	Names that are reserved by the Node class.
`Navigate()`	Navigate to another node by relative path.
`Node`	Create a `data.tree` Structure With `Nodes`
`Prune()`	Prunes a tree.
`Revert()`	Reverts the sort order of a `Node`'s children.
`Set()`	Traverse a Tree and Assign Values
`SetFormat()`	Set a formatter function on a specific node
`Sort()`	Sort children of a `Node` or an entire `data.tree` structure
`plot(<Node>)` `ToDiagrammeRGraph()` `SetNodeStyle()` `SetEdgeStyle()` `SetGraphStyle()` `GetDefaultTooltip()`	Plot a graph, or get a graphviz dot representation of the tree
`ToNewick()`	Write a `data.tree` structure to Newick notation
`Traverse()`	Traverse a tree or a sub-tree
`acme`	Sample Data: A Simple Company with Departments
`as.Node(<BinaryTree>)`	Convert a a `SplitNode` from the party package to a `data.tree` structure.
`as.Node()`	Convert an object to a `data.tree` data structure
`as.Node(<data.frame>)` `FromDataFrameTable()` `FromDataFrameNetwork()`	Convert a `data.frame` to a `data.tree` structure
`as.Node(<dendrogram>)`	Convert a `dendrogram` to a data.tree `Node`
`as.Node(<list>)` `FromListExplicit()` `FromListSimple()`	Convert a nested `list` structure to a `data.tree` structure
`as.Node(<party>)`	Convert a a `party` from the partykit package to a `data.tree` structure.
`as.Node(<phylo>)`	Convert a `phylo` object from the ape package to a `Node`
`as.Node(<rpart>)`	Convert an `rpart` object to a `data.tree` structure
`as.data.frame(<Node>)` `ToDataFrameTree()` `ToDataFrameTable()` `ToDataFrameNetwork()` `ToDataFrameTypeCol()`	Convert a `data.tree` structure to a `data.frame`
`as.dendrogram(<Node>)`	Convert a `Node` to a `dendrogram`
`as.igraph.Node()`	Convert a `data.tree` structure to an igraph network
`as.list(<Node>)` `ToListSimple()` `ToListExplicit()`	Convert a `data.tree` structure to a list-of-list structure
`as.phylo.Node()`	Convert a `Node` to a phylo object from the ape package.
`averageBranchingFactor()`	Calculate the average number of branches each non-leaf has
`isLeaf()`	Check if a `Node` is a leaf
`isNotLeaf()`	Check if a `Node` is not a leaf
`isNotRoot()`	Check if a `Node` is not a root
`isRoot()`	Check if a `Node` is the root
`mushroom`	Sample Data: Data Used by the ID3 Vignette
`print(<Node>)`	Print a `Node` in a human-readable fashion.

Reference

All functions