compute.sqrt.dist |
Compute the vector of branch scaling parameters |
dmvnorminvgamma |
Compute the pdf for multi-variate normal-inverse-gamma random variates |
dnorminvgamma |
Compute the pdf for normal-inverse-gamma random variates |
GO.groups |
GO terms and genes |
good.groups |
Find groups represented in the data |
mean_invgamma |
The mean of the inverse gamma distribution |
normalize.vcv |
Compute the variance-covariance matrix of normalized phylogenetic data |
norminvgamma.shift.like.norm |
Calculate the likelihood of normalized comparative data as Brownian motions with inverse gamma distributed rates |
norminvgamma.shift.sim.group |
Simulate phylogenetic comparative data as Brownian motions with inverse gamma distributed rates |
OU.invgamma.like.norm |
Calculate the likelihood of normalized comparative data as OUs with inverse gamma distributed rates |
OU.invgamma.sim.group |
Simulate phylogenetic comparative data as OUs with inverse gamma distributed rates |
OU.vcv |
The variance covariance matrix for an Ornstein-Uhlenbeck process |
plot_logfoldchange |
Plot densities of expression differences, possibly normalized |
plot_wAICbarplot |
Plot a barplot of AIC weights for each model and each gene group |
read.exp |
Read gene expression data from a file, sorted by a phylogenetic tree |
read.groups |
Read in the members of a gene group |
remove.from.genome |
Remove genes from a specified group from the data |
rnorminvgamma |
Draw normal-inverse-gamma distributed random variates |
test.groups |
Test all possible single-rate shift Brownian motion models and an Ornstein-Uhlenbeck model for an arbitrary number of predefined gene groups. |
test.subtrees |
Test all possible single-rate shift Brownian motion models and an Ornstein-Uhlenbeck model |
var_invgamma |
The variance of the inverse gamma distribution |
yeast.homozygote |
Yeast homozygote transcription profiles |
yeast.hybrid |
Yeast hybrid transcription profiles |
yeast.tree |
Phylogenetic tree of yeast species |