PTE 2.0.1
- Added the package citation for Kapelner et al. (2021), Evaluating the Effectiveness of Personalized Medicine With Software.
PTE 2.0.0
- Modernized the package using Rcpp and ggplot2.
- Profiled the package and eliminated repetitive overhead.
- Added a comprehensive test suite and forward-facing API argument checks.
- Implemented logistic regression and Weibull survival estimation in C++ using RcppEigen for substantial speedups.
- Improved parallelization using mirai on Windows and forking on Unix-like systems.
- Added opt-in, machine-specific compilation flags for local performance builds while keeping distributed builds portable by default.
- Changed the default to the m-out-of-n bootstrap for nonsmooth policy-value estimands and corrected the rate adjustment using
sqrt(m / n). The default ism = n^(3/4), following Politis, Romano, and Wolf (1999). - Added
select_optimal_m_prop(), implementing the minimum-volatility grid method recommended by Politis, Romano, and Wolf (1999) and Bickel and Sakov (2008). - Fixed a bug in the
difference_functionbranch. - Fixed documentation rendering issues.
PTE 1.7
CRAN release: 2019-01-30
- Calculated and printed basic and studentized bootstrap confidence intervals by default.
- Fixed warnings.
PTE 1.6
CRAN release: 2017-10-10
- Moved the plot parameter into a separate function for ease of use.
- Removed the
num_coresparameter. Use the standardoptions(mc.cores = ...)setting instead. - Corrected the paper examples on the GitHub page.
PTE 1.5
CRAN release: 2017-06-12
- Added support for survival endpoints.
- Added support for incidence endpoints: odds ratio, risk ratio, and probability difference.
- Improved arguments and defaults for
PTE_bootstrap_inference(). - Added customization for non-standard metrics for all endpoints.
- Improved performance and documentation.
