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# -*- coding:utf-8 -*-
%module (package="med") medenum
%include "typemaps.i"
%{
#include "med.h"
#include <utility>
%}
%include "H5public_extract.h"
%include "med_config.h"
%include "medC_win_dll.h"
%include "med.h"
%import "med_enum_typemap.i"
/* %import "med_enumtest_typemap.i" */
//Gestion des types enums en ARGOUT
//Swig crée les MOT CLES/VARIABLES pour les paramètres IN
%{
typedef std::pair<int,const char * const> enum_;
%}
%{
const enum_ MED_MESH_TYPE_init[] = {
enum_(0 ,"MED_UNSTRUCTURED_MESH"),
enum_(1 ,"MED_STRUCTURED_MESH"),
enum_(-1,"MED_UNDEF_MESH_TYPE")
};
%}
%med_enum_typemaps(medenum,med_mesh_type,MED_MESH_TYPE)
%{
const enum_ MED_SORTING_TYPE_init[] = {
enum_(0 ,"MED_MED_SORT_DTIT"),
enum_(1 ,"MED_SORT_ITDT"),
enum_(-1,"MED_SORT_UNDEF")
};
%}
%med_enum_typemaps(medenum,med_sorting_type,MED_SORTING_TYPE)
%{
const enum_ MED_GRID_TYPE_init[] = {
enum_(0 ,"MED_CARTESIAN_GRID"),
enum_(1 ,"MED_POLAR_GRID"),
enum_(2 ,"MED_CURVILINEAR_GRID"),
enum_(-1,"MED_UNDEF_GRID_TYPE")
};
%}
%med_enum_typemaps(medenum,med_grid_type,MED_GRID_TYPE)
%{
const enum_ MED_ENTITY_TYPE_init[] = {
enum_(0 ,"MED_CELL"),
enum_(1 ,"MED_DESCENDING_FACE"),
enum_(2 ,"MED_DESCENDING_EDGE"),
enum_(3 ,"MED_NODE"),
enum_(4 ,"MED_NODE_ELEMENT"),
enum_(5 ,"MED_STRUCT_ELEMENT"),
enum_(6 ,"MED_ALL_ENTITY_TYPE"),
enum_(-1,"MED_UNDEF_ENTITY_TYPE")
};
%}
%med_enum_typemaps(medenum,med_entity_type,MED_ENTITY_TYPE)
%{
const enum_ MED_FIELD_TYPE_init[] = {
enum_(4,"MED_FLOAT32"),
enum_(6,"MED_FLOAT64"),
/* enum_(6,"MED_DOUBLE"), */
enum_(24,"MED_INT32"),
enum_(26,"MED_INT64"),
enum_(28,"MED_INT")
};
%}
%med_enum_typemaps(medenum,med_field_type,MED_FIELD_TYPE)
%{
const enum_ MED_ATTRIBUTE_TYPE_init[] = {
enum_(6,"MED_ATT_FLOAT64"),
enum_(28,"MED_ATT_INT"),
enum_(30,"MED_ATT_NAME"),
enum_(0,"MED_ATT_UNDEF")
};
%}
%med_enum_typemaps(medenum,med_attribute_type,MED_ATTRIBUTE_TYPE)
%{
const enum_ MED_AXIS_TYPE_init[] = {
enum_(0 ,"MED_CARTESIAN"),
enum_(1 ,"MED_CYLINDRICAL"),
enum_(2 ,"MED_SPHERICAL"),
enum_(-1,"MED_UNDEF_AXIS_TYPE")
};
%}
%med_enum_typemaps(medenum,med_axis_type,MED_AXIS_TYPE)
/** Essai **/
/* %{ */
/* const enum_ MMED_GET_ENTITY_TYPE_init[MED_N_ENTITY_TYPES+2]={ */
/* enum_((int)MED_UNDEF_ENTITY_TYPE, "MED_UNDEF_ENTITY_TYPE"), */
/* enum_((int)MED_CELL, "MED_CELL"), */
/* enum_((int)MED_DESCENDING_FACE, "MED_DESCENDING_FACE"), */
/* enum_((int)MED_DESCENDING_EDGE, "MED_DESCENDING_EDGE"), */
/* enum_((int)MED_NODE, "MED_NODE"), */
/* enum_((int)MED_NODE_ELEMENT, "MED_NODE_ELEMENT"), */
/* enum_((int)MED_STRUCT_ELEMENT, "MED_STRUCT_ELEMENT"), */
/* enum_((int)MED_UNDEF_ENTITY_TYPE, "MED_UNDEF_ENTITY_TYPE") */
/* }; */
/* %} */
/* %med_enum_typemaps(medenum,med_entity_type,MMED_GET_ENTITY_TYPE) */
/* %extend MMED_GET_ENTITY_TYPE { */
/* int __getitem__(int i) { */
/* MMED_GET_ENTITY_TYPE::Get__str__::iterator it = (self->_get__str__).find(i); */
/* if (it != (self->_get__str__).end() ) */
/* return (*it).first; */
/* else */
/* return (int)MED_UNDEF_ENTITY_TYPE; */
/* } */
/* }; */
%pythoncode %{
MED_GET_ENTITY_TYPE=[
# (MED_UNDEF_ENTITY_TYPE,"MED_UNDEF_ENTITY_TYPE"),
(MED_NODE, "MED_NODE"),
(MED_CELL, "MED_CELL"),
(MED_DESCENDING_FACE, "MED_DESCENDING_FACE"),
(MED_DESCENDING_EDGE, "MED_DESCENDING_EDGE"),
(MED_NODE_ELEMENT, "MED_NODE_ELEMENT"),
(MED_STRUCT_ELEMENT, "MED_STRUCT_ELEMENT")
# (MED_UNDEF_ENTITY_TYPE,"MED_UNDEF_ENTITY_TYPE")
]
MED_GET_NODAL_ENTITY_TYPE=[
# (MED_UNDEF_ENTITY_TYPE,"MED_UNDEF_ENTITY_TYPE"),
(MED_NODE, "MED_NODE"),
(MED_CELL, "MED_CELL"),
(MED_NODE_ELEMENT, "MED_NODE_ELEMENT"),
(MED_STRUCT_ELEMENT, "MED_STRUCT_ELEMENT")
# (MED_UNDEF_ENTITY_TYPE,"MED_UNDEF_ENTITY_TYPE")
]
MED_GET_DESCENDING_ENTITY_TYPE=[
# (MED_UNDEF_ENTITY_TYPE,"MED_UNDEF_ENTITY_TYPE"),
(MED_NODE, "MED_NODE"),
(MED_CELL, "MED_CELL"),
(MED_DESCENDING_FACE, "MED_DESCENDING_FACE"),
(MED_DESCENDING_EDGE, "MED_DESCENDING_EDGE"),
(MED_NODE_ELEMENT, "MED_NODE_ELEMENT"),
(MED_STRUCT_ELEMENT, "MED_STRUCT_ELEMENT")
# (MED_UNDEF_ENTITY_TYPE,"MED_UNDEF_ENTITY_TYPE")
]
#Ordre iteration important pour la numerotation globale induite
MED_GET_CELL_GEOMETRY_TYPE=[
# (MED_NO_GEOTYPE, "MED_NO_GEOTYPE"),
(MED_POINT1, "MED_POINT1"),
(MED_SEG2, "MED_SEG2"),
(MED_SEG3, "MED_SEG3"),
(MED_SEG4, "MED_SEG4"),
(MED_TRIA3, "MED_TRIA3"),
(MED_QUAD4, "MED_QUAD4"),
(MED_TRIA6, "MED_TRIA6"),
(MED_TRIA7, "MED_TRIA7"),
(MED_QUAD8, "MED_QUAD8"),
(MED_QUAD9, "MED_QUAD9"),
(MED_TETRA4, "MED_TETRA4"),
(MED_PYRA5, "MED_PYRA5"),
(MED_PENTA6, "MED_PENTA6"),
(MED_HEXA8, "MED_HEXA8"),
(MED_TETRA10, "MED_TETRA10"),
(MED_OCTA12, "MED_OCTA12"),
(MED_PYRA13, "MED_PYRA13"),
(MED_PENTA15, "MED_PENTA15"),
(MED_PENTA18, "MED_PENTA18"),
(MED_HEXA20, "MED_HEXA20"),
(MED_HEXA27, "MED_HEXA27"),
(MED_POLYGON, "MED_POLYGON"),
(MED_POLYGON2, "MED_POLYGON2"),
(MED_POLYHEDRON, "MED_POLYHEDRON")
# (MED_NO_GEOTYPE, "MED_NO_GEOTYPE")
]
#Ordre iteration important pour la numerotation globale induite
MED_GET_FACE_GEOMETRY_TYPE=[
# (MED_NO_GEOTYPE, "MED_NO_GEOTYPE"),
(MED_TRIA3, "MED_TRIA3"),
(MED_QUAD4, "MED_QUAD4"),
(MED_TRIA6, "MED_TRIA6"),
(MED_TRIA7, "MED_TRIA7"),
(MED_QUAD8, "MED_QUAD8"),
(MED_QUAD9, "MED_QUAD9"),
(MED_POLYGON, "MED_POLYGON")
# (MED_NO_GEOTYPE, "MED_NO_GEOTYPE")
]
#Ordre iteration important pour la numerotation globale induite
MED_GET_EDGE_GEOMETRY_TYPE=[
# (MED_NO_GEOTYPE,"MED_NO_GEOTYPE"),
(MED_SEG2, "MED_SEG2"),
(MED_SEG3, "MED_SEG3"),
(MED_SEG4, "MED_SEG4")
# (MED_NO_GEOTYPE,"MED_NO_GEOTYPE")
]
#Ordre iteration important pour la numerotation globale induite
MED_GET_NODE_GEOMETRY_TYPE=[
# (MED_NO_GEOTYPE,"MED_NO_GEOTYPE"),
(MED_NO_GEOTYPE,"MED_NO_GEOTYPE")
# (MED_NO_GEOTYPE,"MED_NO_GEOTYPE")
]
MED_GET_GEOTYPE=dict([
(MED_NODE, MED_GET_NODE_GEOMETRY_TYPE),
(MED_DESCENDING_FACE, MED_GET_FACE_GEOMETRY_TYPE),
(MED_DESCENDING_EDGE, MED_GET_EDGE_GEOMETRY_TYPE),
(MED_CELL, MED_GET_CELL_GEOMETRY_TYPE),
(MED_NODE_ELEMENT, MED_GET_CELL_GEOMETRY_TYPE),
(MED_STRUCT_ELEMENT, [(MED_NO_GEOTYPE,"MED_NO_GEOTYPE")])
])
%}
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