2016-02-05. Tests on priors for STACEY 1.1. Tests of operators StaceyNodeReheight, NodesNudge, FocusedScaler, and CoordinatedPruneRegraft, ThreeBranchAdjuster. Also see previous tests.
2016-02-24. BEAST2 and Intellij. How to make a new version of STACEY for a new version of BEAST. Also, list of BEAST 2.4 vs STACEY 1.1.1 errors.
2016-03-14. Alternative to SNAPP model. See Possible projects.
2016-04-18. Priors for species delimitation. See Possible projects.
2016-05-12. R scripts for running simulations of AlloppNET. This is a snapshot of R code used for the simulations for Bengt's review of polyploid phylogenies.
2016-10-31. Introgression. See Possible projects.
For example, auto- and allo-polyploidy as well as ordinary speciation, among 300k angiosperms. I have written a simulator, but currently the results are more curious than useful. The process can 'explode', that is, produce an infinite number of species in a finite amount of time. There are several possible limiting factors such as number of chromosomes, amount of DNA, cell size, competition between similar species.
The rough idea is described here. Started implementing something like this.
The Kirchhoff matrix tree method. The mathematics is cute, but the approach doesn't seem to provide very 'sensible' results. I also have an idea using distances to clusterings.
My notes. I think too similar to De Maio, 2015. Maybe some variants interesting.