Nicole E. Rafferty
University of Arizona
Department of Ecology and Evolutionary Biology and Center for Insect Science
Tucson, AZ 85721 USA
E-mail: nrafferty@email.arizona.edu

Anthony R. Ives
University of Wisconsin
Department of Zoology
Madison, WI 53706 USA
E-mail: arives@wisc.edu

bipartitePLMM.m (MD5: 1faa3ddc7f0b798584516c24a25f0910)

LMM_ML_funct.m (MD5: b349b7e49bad43c44c712d6f95b25223)

LMM_REML_funct.m (MD5: 50543ce9f7389cfaf48de292576add19)

Example_bipartitePLMM_11Apr13.m (MD5: efb0763a133c4320794b326724d16f94)

anneal.m (MD5: 70672ad1d98fcf004cea433bbcbc214d)

insectVforMatlab_7Apr11.txt (MD5: 79c98da8147d38241d9405d17605b8da)

plantVforMatlab_14Apr11.txt (MD5: 70aad149b8a565dc21753a5d23ef97fb)

bipartitePLMM.m – This function is the general workhorse for bipartite PLMMs. It can be configured to perform the analyses of both equations 2 and 3 in the main text.

LMM_ML_funct.m – This is a dependency program for bipartitePLMM.m that computes the likelihood function.

LMM_REML_funct.m –  This is a dependency program for bipartitePLMM.m that computes the restricted likelihood function.

Example_bipartitePLMM_11Apr13.m – This function runs bipartitePLMM.m for the simulations used to produce figures 2 and 3 in the main text.

anneal.m – This is a dependency program for bipartitePLMM.m that performs simulated annealing. It was written by Joachim Vandekerckhove and is publicly available at http://www.mathworks.com/matlabcentral/fileexchange/authors/23107.

insectVforMatlab_7Apr11.txt – File giving the phylogenetic covariance matrix for insects used in the analyses.

plantVforMatlab_14Apr11.txt – File giving the phylogenetic covariance matrix for plants used in the analyses.