6/25/2023 0 Comments Graphviz tree example![]() The root node of the ee structure to plotįor the SetStyle methods, this can be any stlyeName / value pair. ) SetGraphStyle ( root, keepExisting = FALSE. ) SetEdgeStyle ( node, inherit = TRUE, keepExisting = FALSE. , direction = c ( "climb", "descend" ), pruneFun = NULL, output = "graph" ) ToDiagrammeRGraph ( root, direction = c ( "climb", "descend" ), pruneFun = NULL ) SetNodeStyle ( node, inherit = TRUE, keepExisting = FALSE. ToNewick: Write a 'ee' structure to Newick notation.ToDiagrammeRGraph: Plot a graph, or get a graphviz dot representation of the.Sort: Sort children of a 'Node' or an entire 'ee' structure.SetFormat: Set a formatter function on a specific node.s3_register: Register a method for a suggested dependency.Revert: Reverts the sort order of a 'Node"s children.print.Node: Print a 'Node' in a human-readable fashion.NODE_RESERVED_NAMES_CONST: Names that are reserved by the Node class.Node: Create a 'ee' Structure With 'Nodes'.Navigate: Navigate to another node by relative path.mushroom: Sample Data: Data Used by the ID3 Vignette.isNotRoot: Check if a 'Node' is not a root.isNotLeaf: Check if a 'Node' is not a leaf. ![]() GetPhyloNr: Determine the number a 'Node' has after conversion to a phylo.GetAttribute: Get an attribute from a Node.Get: Traverse a Tree and Collect Values.FormatPercent: Format a Number as a Percentage.FormatFixedDecimal: Format a Number as a Decimal.FindNode: Find a node by name in the (sub-)tree.Do: Executes a function on a set of nodes.Distance: Find the distance between two nodes of the same tree.DefaultPlotHeight: Calculates the height of a 'Node' given the height of the.Cumulate: Cumulate values among siblings.CreateRegularTree: Create a tree for demo and testing.CreateRandomTree: Create a tree for demo and testing.Clone: Clone a tree (creates a deep copy).Climb: Climb a tree from parent to children, by provided criteria.CheckNameReservedWord: Checks whether 'name' is a reserved word, as defined in.averageBranchingFactor: Calculate the average number of branches each non-leaf has.as.phylo.Node: Convert a 'Node' to a phylo object from the ape package.as.Node.rpart: Convert an 'rpart' object to a 'ee' structure.as.Node.phylo: Convert a 'phylo' object from the ape package to a 'Node'.as.Node.party: Convert a a 'party' from the partykit package to a.as.Node.list: Convert a nested 'list' structure to a 'ee' structure.as.ndrogram: Convert a 'dendrogram' to a ee 'Node'.as.: Convert a 'ame' to a 'ee' structure.as.Node.BinaryTree: Convert a a 'SplitNode' from the party package to a.as.Node: Convert an object to a 'ee' data structure.as.list.Node: Convert a 'ee' structure to a list-of-list structure.as.igraph.Node: Convert a 'ee' structure to an igraph network.as.dendrogram.Node: Convert a 'Node' to a 'dendrogram'.as.: Convert a 'ee' structure to a 'ame'.AreNamesUnique: Test whether all node names are unique.Aggregate: Aggregate child values of a 'Node', recursively.acme: Sample Data: A Simple Company with Departments.
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