An internal function to calculate Generalized Robinson-Foulds distance from splits.
GeneralizedRF(
splits1,
splits2,
nTip,
PairScorer,
maximize,
reportMatching,
...
)Logical matrices where each row corresponds to a leaf,
either listed in the same order or bearing identical names (in any sequence),
and each column corresponds to a split, such that each leaf is identified as
a member of the ingroup (TRUE) or outgroup (FALSE) of the respective
split.
Logical matrices where each row corresponds to a leaf,
either listed in the same order or bearing identical names (in any sequence),
and each column corresponds to a split, such that each leaf is identified as
a member of the ingroup (TRUE) or outgroup (FALSE) of the respective
split.
Integer specifying the number of leaves in each split.
function taking four arguments, splits1, splits2,
nSplits1, nSplits2, which should return the score of each pair of splits
in a two-dimensional matrix. Additional parameters may be specified via
….
Logical specifying whether to return the clade matchings as an attribute of the score.
Additional parameters to PairScorer
A numeric value specifying the score of the tree pairs under the
specified pair scorer. If reportMatching = TRUE, attribute also list:
matching: which split in splits2 is optimally matched to each split in
split1 (NA if not matched);
pairScores: Calculated scores for each possible matching of each split.
matchedSplits: Textual representation of each match
Note that no checks will be made to confirm that splits1 and splits2 contain the same leaves in the same order. This is the responsibility of the calling function.
Jonker1987TreeDist