/usr/include/eio_api.h is in libelmer-dev 6.1.0.svn.5396.dfsg2-4ubuntu4.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
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Elmer, A Finite Element Software for Multiphysical Problems
Copyright 1st April 1995 - , CSC - IT Center for Science Ltd., Finland
This program is free software; you can redistribute it and/or
modify it under the terms of the GNU General Public License
as published by the Free Software Foundation; either version 2
of the License, or (at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program; if not, write to the Free Software
Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
/***********************************************************************
Program: ELMER Data base interface (EIO)
Author(s): Harri Hakula 10.03.98
************************************************************************/
#ifndef EIOAPI_H
#define EIOAPI_H
#include "../config.h"
#ifdef __cplusplus
extern "C"
{
#endif /* __cplusplus */
//#if defined(__cplusplus)
//#define EIOFUN extern "C" void
#define IREF int&
#define DREF double&
//#else
//#define EIOFUN void
//#define IREF int*
//#define DREF double*
//#endif
void eio_init (IREF info);
void eio_init_parallel (IREF procs, IREF me, IREF info);
void eio_close (IREF info);
void eio_create_model (const char *directory, IREF info);
void eio_open_model (const char *directory, IREF info);
void eio_close_model (IREF info);
void eio_create_geometry (IREF info);
void eio_open_geometry (IREF info);
void eio_close_geometry (IREF info);
void eio_set_geometry_description (IREF bodyC, IREF boundaryC, IREF outerC,
IREF innerC, IREF vertexC,
IREF loopC, IREF maxLooplen, IREF info);
void eio_get_geometry_description (IREF bodyC, IREF boundaryC, IREF outerC,
IREF innerC, IREF vertexC,
IREF loopC, IREF maxLooplen, IREF info);
void eio_set_geometry_body (IREF tag, IREF meshControl, IREF loopC,
int *loops,
IREF info);
void eio_get_geometry_body (IREF tag, IREF meshControl, IREF loopC,
int *loops,
IREF info);
void eio_set_geometry_body_loop (IREF tag, IREF field, int *nodes, IREF info);
void eio_get_geometry_body_loop (IREF tag, IREF field, int *nodes, IREF info);
// Added nodeC argument: Martti Verho 17.03.99
void eio_set_geometry_element (IREF tag, IREF cTag, IREF meshControl,
IREF type, IREF nodeC, int *nodes, IREF info);
// Added nodeC argument: Martti Verho 17.03.99
void eio_get_geometry_element (IREF tag, IREF cTag, IREF meshControl,
IREF type, IREF nodeC, int *nodes, IREF info);
// Added: Martti Verho 17.03.99
void eio_get_geometry_element_description (IREF tag, IREF cTag, IREF meshControl,
IREF type, IREF nodeC, IREF info);
void eio_set_geometry_node (IREF tag, IREF cTag, double *coord, IREF info);
void eio_get_geometry_node (IREF tag, IREF cTag, double *coord, IREF info);
void eio_set_geometry_boundary (IREF tag, IREF left, IREF right, IREF info);
void eio_get_geometry_boundary (IREF tag, IREF left, IREF right, IREF info);
void eio_create_mesh (const char *directory, IREF info);
void eio_open_mesh (const char *directory, IREF info);
void eio_close_mesh (IREF info);
void eio_set_mesh_description (IREF nodeCount, IREF elementCount,
IREF boundaryElementCount,
IREF usedElementTypes, int* elementTypeTags,
int *elementCountByType,
IREF info);
void eio_set_mesh_node (IREF tag, IREF constraint, double *coord, IREF info);
void eio_set_mesh_element_conns (IREF tag, IREF body,
IREF type, int *nodes,
IREF info);
/*
*
* Obsolete versions of these routines
void eio_set_mesh_bndry_element (IREF tag, IREF constraint,
IREF leftbody, IREF rightbody,
IREF left, IREF right,
double *auxCoord,
IREF type, int *nodes,
IREF info);
void eio_get_mesh_bndry_element (IREF tag, IREF constraint,
IREF leftbody, IREF rightbody,
IREF left, IREF right,
double *auxCoord, IREF type, int *nodes,
double *coord, IREF info);
*/
/*
* Modified routines
*/
void eio_set_mesh_bndry_element (IREF tag, IREF boundary,
IREF leftElement, IREF rightElement,
IREF type, int *nodes,
IREF info);
void eio_get_mesh_bndry_element (IREF tag, IREF boundary,
IREF leftElement, IREF rightElement,
IREF type, int *nodes,
double *coord, IREF info);
void eio_get_mesh_description (IREF nodeCount, IREF elementCount,
IREF boundaryElementCount,
IREF usedElementTypes, int* elementTypeTags,
int *elementCountByType,
IREF info);
void eio_get_mesh_element_conns (IREF tag, IREF body, IREF type,
int *pdofs, int *nodes, IREF info);
void eio_get_mesh_element_coords (IREF tag, IREF body, IREF type,
int *nodes,
double *coord, IREF info);
void eio_get_mesh_nodes (int *tags, double *coord, IREF info);
void eio_create_dual_mesh (const char *dir, IREF info);
void eio_open_dual_mesh (const char *dir, IREF info);
void eio_close_dual_mesh (IREF info);
void eio_set_dual_mesh_element_conns (IREF tag,
IREF type, int *nodes,
IREF info);
void eio_get_dual_mesh_element_conns (IREF tag,
IREF type, int *nodes,
IREF info);
void eio_create_part (const char *dir, IREF parts, IREF info);
void eio_open_part (IREF info);
void eio_close_part (IREF info);
void eio_set_part_description (IREF nodeCount,
IREF sharedNodeCount,
IREF elementCount,
IREF borderElementCount,
IREF boundaryElementCount,
IREF usedElementTypes,
int* elementTypeTags,
int *elementCountByType,
IREF info);
void eio_get_part_description(IREF sharedNodeCount,
IREF info);
void eio_activate_part_part (IREF part, IREF info);
void eio_deactivate_part_part (IREF info);
void eio_set_part_node ( IREF tag,
IREF constraint,
double *coord,
IREF partcount,
int *parts,
IREF info);
void eio_get_part_node ( IREF tag,
IREF constraint,
double *coord,
IREF partcount,
int *parts,
IREF info);
void eio_set_part_element (IREF tag,
IREF body,
IREF type,
int *nodes,
IREF border,
IREF info);
/* MODEL DATA */
void eio_create_modeldata (IREF info);
void eio_open_modeldata (IREF info);
void eio_close_modeldata (IREF info);
void eio_set_modeldata_description (IREF bodies,
IREF body_forces,
IREF body_equations,
IREF materials,
IREF boundary_conditions,
IREF initial_conditions,
IREF mesh_parameters,
IREF info);
void eio_get_modeldata_description (IREF bodies,
IREF body_forces,
IREF body_equations,
IREF materials,
IREF boundary_conditions,
IREF initial_conditions,
IREF mesh_parameters,
IREF info);
void eio_set_body (IREF tag, IREF body_force_id,
IREF equation_id, IREF init_cond_id,
IREF material_id, IREF mesh_param_id, IREF info);
void eio_get_body (IREF tag, IREF body_force_id,
IREF equation_id, IREF init_cond_id,
IREF material_id, IREF mesh_param_id, IREF info);
void eio_set_constants (double* gravity, DREF boltz, IREF info);
void eio_get_constants (double* gravity, DREF boltz, IREF info);
void eio_set_coords (IREF dim, IREF coordsys, int *mapping,
IREF symmetry,
double *start,
double *end1, double* end2, IREF info);
void eio_get_coords (IREF dim, IREF coordsys, int *mapping,
IREF symmetry,
double *start,
double *end1, double* end2, IREF info);
void eio_set_material_head (IREF tag, IREF fields, IREF info);
void eio_set_material_field (IREF name,
IREF type, IREF len,
int *fields,
double *values,
IREF info);
void eio_set_bndry_condition_head (IREF tag,
IREF fields,
IREF info);
void eio_set_bndry_condition_field (IREF name,
IREF type, IREF len,
int *fields,
double *values,
IREF info);
void eio_set_initial_condition_head (IREF tag,
IREF fields,
IREF info);
void eio_set_initial_condition_field (IREF name,
IREF type, IREF len,
int *fields,
double *values,
IREF info);
void eio_set_body_equation_head (IREF tag,
IREF fields,
IREF info);
void eio_set_body_equation_field (IREF name,
IREF type, IREF len,
int *fields,
double *values,
IREF info);
void eio_set_body_force_head (IREF tag,
IREF fields,
IREF info);
void eio_set_body_force_field (IREF name,
IREF type, IREF len,
int *fields,
double *values,
IREF info);
void eio_set_mesh_parameter_head (IREF tag,
IREF fields,
IREF info);
void eio_set_mesh_parameter_field (IREF name,
IREF type, IREF len,
int *fields,
double *values,
IREF info);
void eio_get_material_head (IREF tag, IREF fields, IREF info);
void eio_get_material_field (IREF name,
IREF type, IREF len,
int *fields,
double *values,
IREF info);
void eio_get_bndry_condition_head (IREF tag,
IREF fields,
IREF info);
void eio_get_bndry_condition_field (IREF name,
IREF type, IREF len,
int *fields,
double *values,
IREF info);
void eio_get_initial_condition_head (IREF tag,
IREF fields,
IREF info);
void eio_get_initial_condition_field (IREF name,
IREF type, IREF len,
int *fields,
double *values,
IREF info);
void eio_get_body_equation_head (IREF tag,
IREF fields,
IREF info);
void eio_get_body_equation_field (IREF name,
IREF type, IREF len,
int *fields,
double *values,
IREF info);
void eio_get_body_force_head (IREF tag,
IREF fields,
IREF info);
void eio_get_body_force_field (IREF name,
IREF type, IREF len,
int *fields,
double *values,
IREF info);
void eio_get_mesh_parameter_head (IREF tag,
IREF fields,
IREF info);
void eio_get_mesh_parameter_field (IREF name,
IREF type, IREF len,
int *fields,
double *values,
IREF info);
void eio_create_solver (IREF info);
void eio_open_solver (IREF info);
void eio_close_solver (IREF info);
void eio_set_solver_description (IREF linsys, IREF procs, IREF info);
void eio_get_solver_description (IREF linsys, IREF procs, IREF info);
void eio_set_solver (IREF equation,
IREF main_type,
IREF sub_type,
IREF precond_type,
IREF stabilization,
IREF max_iter,
DREF stop_tol,
DREF steady_stop_tol,
IREF linearization,
IREF lin_max_iter,
DREF lin_stop_tol,
IREF lin_use_picard,
IREF lin_use_newton,
IREF newton_after_iter,
DREF newton_after_tol,
IREF info);
void eio_get_solver (IREF equation,
IREF main_type,
IREF sub_type,
IREF precond_type,
IREF stabilization,
IREF max_iter,
DREF stop_tol,
DREF steady_stop_tol,
IREF linearization,
IREF lin_max_iter,
DREF lin_stop_tol,
IREF lin_use_picard,
IREF lin_use_newton,
IREF newton_after_iter,
DREF newton_after_tol,
IREF info);
void eio_set_timestep_head (IREF dependence, IREF len, IREF info);
void eio_get_timestep_head (IREF dependence, IREF len, IREF info);
void eio_set_timestep_field (IREF type,
int *nof_timesteps,
double *timestep_sizes,
int *output_intervals,
IREF steady_max_iter,
IREF info);
void eio_get_timestep_field (IREF type,
int *nof_timesteps,
double *timestep_sizes,
int *output_intervals,
IREF steady_max_iter,
IREF info);
#ifdef __cplusplus
}
#endif /* __cplusplus */
#endif
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