FiniteVolume_bind.cpp File Reference

#include "FiniteVolume_bind.hpp"
#include <pybind11/stl.h>
#include <pybind11/eigen.h>
#include <pybind11_json/pybind11_json.hpp>

Include dependency graph for FiniteVolume_bind.cpp:

Go to the source code of this file.

Namespaces
namespace	DNDS
	the host side operators are provided as implemented
namespace	DNDS::CFV

Macros
#define	DNDS_PY_DEF_SIMP_FUNC(foo)    def(#foo, &T::foo)
#define	DNDS_CFV_FV_PYBIND11_DEFINE_BuildUDof(nVarsFixed)
#define	DNDS_CFV_FV_PYBIND11_DEFINE_BuildUGrad(nVarsFixed)
#define	DNDS_CFV_FV_PYBIND11_DEFINE_BuildCalls(nVarsFixed)

Functions
void	DNDS::CFV::pybind11_FiniteVolume_define (py::module_ &m)

Macro Definition Documentation

DNDS_CFV_FV_PYBIND11_DEFINE_BuildCalls

#define DNDS_CFV_FV_PYBIND11_DEFINE_BuildCalls

(

nVarsFixed

)

Value:

    {                                                       \
        DNDS_CFV_FV_PYBIND11_DEFINE_BuildUDof(nVarsFixed);  \
        DNDS_CFV_FV_PYBIND11_DEFINE_BuildUGrad(nVarsFixed); \
    }

DNDS_CFV_FV_PYBIND11_DEFINE_BuildUDof

#define DNDS_CFV_FV_PYBIND11_DEFINE_BuildUDof

(

nVarsFixed

)

Value:

    FiniteVolume_.def(                                                                                     \
        ("BuildUDof_" + RowSize_To_PySnippet(nVarsFixed)).c_str(),                                         \
        [](T &self, tUDof<nVarsFixed> &u, int nVars, bool buildSon, bool buildTrans, Geom::MeshLoc varloc) \
        { self.BuildUDof(u, nVars, buildSon, buildTrans, varloc); },                                               \
        py::arg("u"), py::arg("nVars"), py::arg("buildSon") = true,                                        \
        py::arg("buildTrans") = true, py::arg("varloc") = Geom::MeshLoc::Cell,                             \
        DNDS_PYBIND11_OSTREAM_GUARD)

DNDS_CFV_FV_PYBIND11_DEFINE_BuildUGrad

#define DNDS_CFV_FV_PYBIND11_DEFINE_BuildUGrad

(

nVarsFixed

)

Value:

    FiniteVolume_                                                                                                  \
        .def(                                                                                                      \
            ("BuildUGrad_2x" + RowSize_To_PySnippet(nVarsFixed)).c_str(),                                          \
            [](T &self, tUGrad<nVarsFixed, 2> &u, int nVars, bool buildSon, bool buildTrans, Geom::MeshLoc varloc) \
            { self.BuildUGradD(u, nVars, buildSon, buildTrans, varloc); },                                         \
            py::arg("u"), py::arg("nVars"), py::arg("buildSon") = true,                                            \
            py::arg("buildTrans") = true, py::arg("varloc") = Geom::MeshLoc::Cell,                                 \
            DNDS_PYBIND11_OSTREAM_GUARD)                                                                           \
        .def(                                                                                                      \
            ("BuildUGrad_3x" + RowSize_To_PySnippet(nVarsFixed)).c_str(),                                          \
            [](T &self, tUGrad<nVarsFixed, 3> &u, int nVars, bool buildSon, bool buildTrans, Geom::MeshLoc varloc) \
            { self.BuildUGradD(u, nVars, buildSon, buildTrans, varloc); },                                         \
            py::arg("u"), py::arg("nVars"), py::arg("buildSon") = true,                                            \
            py::arg("buildTrans") = true, py::arg("varloc") = Geom::MeshLoc::Cell,                                 \
            DNDS_PYBIND11_OSTREAM_GUARD)

DNDS_PY_DEF_SIMP_FUNC

#define DNDS_PY_DEF_SIMP_FUNC

(

foo

)

def(#foo, &T::foo)