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Calculates the number of unrooted bifurcated trees that are consistent with a bipartition split that divides taxa into groups of size A and B.
A
B
TreesMatchingSplit(A, B = A[2])LnTreesMatchingSplit(A, B = A[2])Log2TreesMatchingSplit(A, B = A[2])
LnTreesMatchingSplit(A, B = A[2])
Log2TreesMatchingSplit(A, B = A[2])
TreesMatchingSplit() returns a numeric specifying the number of trees that are compatible with the given split.
TreesMatchingSplit()
LnTreesMatchingSplit() and Log2TreesMatchingSplit() give the natural and base-2 logarithms of this number.
LnTreesMatchingSplit()
Log2TreesMatchingSplit()
Integer specifying the number of taxa in each partition.
Martin R. Smith (martin.smith@durham.ac.uk)
Other split information functions: CharacterInformation(), SplitInformation(), SplitMatchProbability(), UnrootedTreesMatchingSplit()
CharacterInformation()
SplitInformation()
SplitMatchProbability()
UnrootedTreesMatchingSplit()
TreesMatchingSplit(5, 6) LnTreesMatchingSplit(5, 6) Log2TreesMatchingSplit(5, 6)
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