For a scientific problem, me and my students developed classes LTT (lineages through time) and nLTT (normalized LTT) and unit tests, with the goal of using the nLTT statistic (from [1]) in C++.
I'd love to add this work to Bio++ and maintain it, if I have a go.
Cheers, Richel Bilderbeek
References
[1] Janzen, Thijs, Sebastian Höhna, and Rampal S. Etienne. "Approximate Bayesian computation of diversification rates from molecular phylogenies: introducing a new efficient summary statistic, the nLTT." Methods in Ecology and Evolution 6.5 (2015): 566-575. link
[2] Ibeh N., Aris-Brosou S. Estimation of sub-epidemic dynamics by means of Sequential Monte Carlo Approximate Bayesian Computation: an application to the Swiss HIV Cohort Study. bioRxiv (2016): 085993. link
[3] McCloskey, Rosemary M., Richard H. Liang, and Art FY Poon. Reconstructing contact network parameters from viral phylogenies. bioRxiv (2016): 050435. link
[4] Giardina, F., Romero-Severson, E. O., Albert, J., Britton, T., & Leitner, T. K. Inference of transmission network structure from HIV phylogenetic trees. bioRxiv (2016): 059865. link
Dear Bio++,
For a scientific problem, me and my students developed classes
LTT
(lineages through time) andnLTT
(normalized LTT) and unit tests, with the goal of using the nLTT statistic (from [1]) in C++.I'd love to add this work to Bio++ and maintain it, if I have a go.
Cheers, Richel Bilderbeek
References