@@ -22,11 +22,11 @@ PYBIND11_MODULE(aplr_cpp, m) {
2222 py::arg (" cap_outliers_when_using_the_model" )=true )
2323 .def (" fit" , &APLRRegressor::fit,py::arg (" X" ),py::arg (" y" ),py::arg (" sample_weight" )=VectorXd (0 ),py::arg (" X_names" )=std::vector<std::string>(),
2424 py::arg (" validation_set_indexes" )=std::vector<size_t >(),py::call_guard<py::scoped_ostream_redirect,py::scoped_estream_redirect>())
25- .def (" predict" , &APLRRegressor::predict,py::arg (" X" ), py::arg ( " cap_outliers " )= true )
25+ .def (" predict" , &APLRRegressor::predict,py::arg (" X" ))
2626 .def (" set_term_names" , &APLRRegressor::set_term_names,py::arg (" X_names" ))
27- .def (" calculate_local_feature_importance" ,&APLRRegressor::calculate_local_feature_importance,py::arg (" X" ), py::arg ( " cap_outliers " )= true )
28- .def (" calculate_local_feature_importance_for_terms" ,&APLRRegressor::calculate_local_feature_importance_for_terms,py::arg (" X" ), py::arg ( " cap_outliers " )= true )
29- .def (" calculate_terms" ,&APLRRegressor::calculate_terms,py::arg (" X" ), py::arg ( " cap_outliers " )= true )
27+ .def (" calculate_local_feature_importance" ,&APLRRegressor::calculate_local_feature_importance,py::arg (" X" ))
28+ .def (" calculate_local_feature_importance_for_terms" ,&APLRRegressor::calculate_local_feature_importance_for_terms,py::arg (" X" ))
29+ .def (" calculate_terms" ,&APLRRegressor::calculate_terms,py::arg (" X" ))
3030 .def (" get_term_names" , &APLRRegressor::get_term_names)
3131 .def (" get_term_coefficients" , &APLRRegressor::get_term_coefficients)
3232 .def (" get_term_coefficient_steps" , &APLRRegressor::get_term_coefficient_steps,py::arg (" term_index" ))
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