rectilinear3d.cpp File Reference

#include "rectilinear3d.hpp"
#include "regular1d.hpp"
#include "ordered1d.hpp"

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Namespaces
namespace	plask
	Patterson quadrature for complex function along specified line.

Macros
#define	RECTILINEAR_MESH_3D_DECLARE_ITERATION_ORDER(first, second, third)
#define	RECTILINEAR_MESH_3D_CASE_ITERATION_ORDER(o1, o2, o3)
#define	RECTILINEAR_MESH_3D_DETERMINE_ITERATION_ORDER(first, second, third)

Macro Definition Documentation

RECTILINEAR_MESH_3D_CASE_ITERATION_ORDER

#define RECTILINEAR_MESH_3D_CASE_ITERATION_ORDER	(		o1,
			o2,
			o3
	)

Value:

        case ORDER_##o1##o2##o3: \
            index_f = index_##o1##o2##o3; index0_f = index0_##o1##o2##o3; \
            index1_f = index1_##o1##o2##o3; index2_f = index2_##o1##o2##o3; \
            major_axis = &axis[o1]; medium_axis = &axis[o2]; minor_axis = &axis[o3]; \
            break;

RECTILINEAR_MESH_3D_DECLARE_ITERATION_ORDER

#define RECTILINEAR_MESH_3D_DECLARE_ITERATION_ORDER	(		first,
			second,
			third
	)

Value:

    static std::size_t index_##first##second##third(const RectilinearMesh3D* mesh, std::size_t index0, std::size_t index1, std::size_t index2) { \
        return index##third + mesh->axis[third]->size() * (index##second + mesh->axis[second]->size() * index##first); \
    } \
    static std::size_t index##first##_##first##second##third(const RectilinearMesh3D* mesh, std::size_t mesh_index) { \
        return mesh_index / mesh->axis[third]->size() / mesh->axis[second]->size(); \
    } \
    static std::size_t index##second##_##first##second##third(const RectilinearMesh3D* mesh, std::size_t mesh_index) { \
        return (mesh_index / mesh->axis[third]->size()) % mesh->axis[second]->size(); \
    } \
    static std::size_t index##third##_##first##second##third(const RectilinearMesh3D* mesh, std::size_t mesh_index) { \
        return mesh_index % mesh->axis[third]->size(); \
    }

Definition at line 21 of file rectilinear3d.cpp.

RECTILINEAR_MESH_3D_DETERMINE_ITERATION_ORDER

#define RECTILINEAR_MESH_3D_DETERMINE_ITERATION_ORDER	(		first,
			second,
			third
	)

Value:

        if (this->axis[third]->size() <= this->axis[second]->size() && this->axis[second]->size() <= this->axis[first]->size()) { \
            setIterationOrder(ORDER_##first##second##third); return; \
        }