r2py
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python-rpart
python-rpart PublicAn AI-assisted, phase-by-phase conversion of R's rpart (CART decision trees) to a standalone Python package, r2py_rpart, reusing rpart's original C source via a fake R-API header layer and cffi, wi…
Python
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python-KernSmooth
python-KernSmooth PublicAn AI-assisted port of R's KernSmooth package to Python, with the full dependency-analysis, conversion, and validation pipeline used to produce it — compiles the original Fortran routines via f2py …
Python
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r2py_kernsmooth
r2py_kernsmooth PublicPython port of R's KernSmooth: binned kernel density estimation, local polynomial regression, and plug-in bandwidth selection, wrapping the original Fortran routines via f2py.
Python
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r2py_rpart
r2py_rpart PublicPython port of R's rpart: recursive partitioning and regression trees, with a compiled C core (via cffi) and R-parity Python functions for fitting, pruning, predicting, and plotting trees. Supports…
Python
Repositories
- python-rpart Public
An AI-assisted, phase-by-phase conversion of R's rpart (CART decision trees) to a standalone Python package, r2py_rpart, reusing rpart's original C source via a fake R-API header layer and cffi, with a full technical report documenting the methodology.
- python-KernSmooth Public
An AI-assisted port of R's KernSmooth package to Python, with the full dependency-analysis, conversion, and validation pipeline used to produce it — compiles the original Fortran routines via f2py and reimplements the R wrapper layer in typed, tested Python.
- r2py_rpart Public
Python port of R's rpart: recursive partitioning and regression trees, with a compiled C core (via cffi) and R-parity Python functions for fitting, pruning, predicting, and plotting trees. Supports classification, regression, Poisson/survival, and user-defined splits. GPL-2.0-or-later, derived from Therneau & Atkinson's rpart.
- r2py_kernsmooth Public
Python port of R's KernSmooth: binned kernel density estimation, local polynomial regression, and plug-in bandwidth selection, wrapping the original Fortran routines via f2py.
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