View source: R/tree_distance_mast.R
MASTSize | R Documentation |
Calculate the size or phylogenetic information content
\insertCiteSteel2006TreeDist
of the maximum agreement subtree between two phylogenetic trees, i.e.
the largest tree that can be obtained from both tree1
and tree2
by
deleting, but not rearranging, leaves, using the algorithm of
\insertCiteValiente2009;textualTreeDist.
MASTSize(tree1, tree2 = tree1, rooted = TRUE)
MASTInfo(tree1, tree2 = tree1, rooted = TRUE)
tree1 , tree2 |
Trees of class |
rooted |
Logical specifying whether to treat the trees as rooted. |
Implemented for trees with up to 4096 tips. Contact the maintainer if you need to process larger trees.
MASTSize()
returns an integer specifying the number of leaves in
the maximum agreement subtree.
MASTInfo()
returns a vector or matrix listing the phylogenetic
information content, in bits, of the maximum agreement subtree.
Martin R. Smith (martin.smith@durham.ac.uk)
phangorn::mast()
, a slower implementation that also lists the
leaves contained within the subtree.
Other tree distances:
JaccardRobinsonFoulds()
,
KendallColijn()
,
MatchingSplitDistance()
,
NNIDist()
,
NyeSimilarity()
,
PathDist()
,
Robinson-Foulds
,
SPRDist()
,
TreeDistance()
# for as.phylo, BalancedTree, PectinateTree:
library("TreeTools", quietly = TRUE)
MASTSize(PectinateTree(8), BalancedTree(8))
MASTInfo(PectinateTree(8), BalancedTree(8))
MASTSize(BalancedTree(7), as.phylo(0:3, 7))
MASTSize(as.phylo(0:3, 7), PectinateTree(7))
MASTInfo(BalancedTree(7), as.phylo(0:3, 7))
MASTInfo(as.phylo(0:3, 7), PectinateTree(7))
MASTSize(list(Bal = BalancedTree(7), Pec = PectinateTree(7)),
as.phylo(0:3, 7))
MASTInfo(list(Bal = BalancedTree(7), Pec = PectinateTree(7)),
as.phylo(0:3, 7))
CompareAll(as.phylo(0:4, 8), MASTSize)
CompareAll(as.phylo(0:4, 8), MASTInfo)
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