datelife_result_sdm_phylo: Reconstruct a supertree from a 'datelifeResult' object using...

In datelife: Scientific Data on Time of Lineage Divergence for Your Taxa

Reconstruct a supertree from a datelifeResult object using the Super Distance Matrix (SDM) method.

Description

Reconstruct a supertree from a datelifeResult object using the Super Distance Matrix (SDM) method.

Usage

datelife_result_sdm_phylo(datelife_result, weighting = "flat", ...)

Arguments

datelife_result	A datelifeResult object, usually an output of get_datelife_result().
weighting	A character vector indicating how much weight to give to each tree in input during the SDM analysis. Options are: weighting = "flat" All trees have equal weighting. weighting = "taxa" Weight is proportional to number of taxa. weighting = "inverse" Weight is proportional to 1 / number of taxa. Defaults to weighting = "flat".
...	Arguments passed on to summary_matrix_to_phylo summ_matrix Any summary patristic distance matrix, such as the ones obtained with datelife_result_sdm_matrix() or datelife_result_median_matrix(). total_distance Whether the input summ_matrix stores total age distance (from tip to tip) or distance from node to tip. Default to TRUE, divides the matrix in half, if FALSE it will take it as is. use A character vector indicating what type of age to use for summary tree. One of the following: "mean" It will use the mean() of the node ages in summ_matrix. "median" It uses the stats::median() age of node ages in summ_matrix. "min" It will use the min() age from node ages in summ_matrix. "max" Choose this if you wanna be conservative; it will use the max() age from node ages in summ_matrix. "midpoint" It will use the mean of minimum age and maximum age. target_tree A phylo object. Use this in case you want a specific backbone for the output tree. datelife_query A datelifeQuery object, usually an output of make_datelife_query().

Details

Chronograms given as input in datelife_result are summarized with the Super Distance Matrix (SDM) method described in Criscuolo et al. (2006) \Sexpr[results=rd]{tools:::Rd_expr_doi("10.1080/10635150600969872")}, implemented with the function ape::SDM(). The resulting summary SDM is clustered with summary_matrix_to_phylo().

Value

A supertree with branch lengths proportional to time, obtained by summarizing individual chronograms given as input in datelife_result. It is returned as an object of class datelifeSDM, which is a phylo object with an additional ⁠$data⁠ element storing the input chronograms as a datelifeResult object, and a ⁠$citation⁠ element containing citations of studies from input chronograms.

References

Criscuolo A, Berry V, Douzery EJ, Gascuel O. (2006) "SDM: a fast distance-based approach for (super) tree building in phylogenomics" \Sexpr[results=rd]{tools:::Rd_expr_doi("10.1080/10635150600969872")}.

datelife documentation built on July 10, 2023, 2:02 a.m.