wrap_greens(m);

wrap_lattice(m);

wrap_leads(m);

wrap_model(m);

wrap_modifiers(m);

wrap_parallel(m);

wrap_shape(m);

wrap_solver(m);

wrap_system(m);

wrapper_tests(m);

m.def("simd_info", []() -> std::string {

#if SIMDPP_USE_AVX

auto const bits = std::to_string(simd::basic_traits::register_size_bytes * 8);

return (SIMDPP_USE_AVX2 ? "AVX2-" : "AVX-") + bits;

#elif SIMDPP_USE_SSE3

return "SSE3";

#elif SIMDPP_USE_SSE2

return "SSE2";

#else

return "x87";

#endif

});

#ifdef CPB_USE_MKL

m.def("get_max_threads", MKL_Get_Max_Threads,

"Get the maximum number of MKL threads. (<= logical theads)");

m.def("set_num_threads", MKL_Set_Num_Threads, "number"_a, "Set the number of MKL threads.");

m.def("get_max_cpu_frequency", MKL_Get_Max_Cpu_Frequency);

m.def("get_cpu_frequency", MKL_Get_Cpu_Frequency);

// The max threads count may change later but at init time it's usually

// equal to the physical core count which is useful information.

m.attr("physical_core_count") = py::cast(MKL_Get_Max_Threads());

#endif

#ifdef CPB_VERSION

m.attr("__version__") = py::str(CPB_VERSION);

#else

m.attr("__version__") = py::str("dev");

#endif