apd_std_quad/aps_std_util.c File Reference

#include <stdlib.h>
#include <stdio.h>
#include <math.h>
#include <assert.h>
#include "./aph_std_quad.h"
#include "mmh_intf.h"
#include "lin_alg_intf.h"
#include "uth_intf.h"
#include "uth_log.h"

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Defines
#define	SMALL 1e-9
#define	CLOSE 1e-6
#define	ut_max(x, y) ((x)>(y)?(x):(y))
#define	ut_min(x, y) ((x)<(y)?(x):(y))
#define	ut_abs(x) ((x)<0?-(x):(x))
Functions
double	ut_mat3_inv (double mat, double mat_inv)
	* local variables */
void	ut_vec3_prod (double vec_a, double vec_b, double *vec_c)
double	ut_vec3_mxpr (double vec_a, double vec_b, double *vec_c)
double	ut_vec3_length (double *vec)
void	ut_mat3vec (double m1, double v1, double *v2)
void	ut_mat3mat (double m1, double m2, double *m3)
int	ut_chk_list (int Num, int *List, int Ll)
void	apr_test_pdeg (int Pdeg_in, int BASE_PDEG, int *GEO_PDEG)
int	apr_safe_dof_free (int Field_id, int dof_id, int dof_type, int remove_constr)
apt_field *	apr_select_field (int Field_id)
int	apr_create_constr_data (int Field_id)
int	apr_get_constr_data (int Field_id, int Node_id, int Node_type, int Constr, int Constr_type)
int	apr_get_el_constr_data (int Field_id, int El_id, int Nodes, int Nr_constr, int Constr_id, int Constr_type, double *Constr_val)
int	apr_shape_fun_3D_std_prism (int shape_fun_type, double Eta, double Base_phi, double Base_dphix, double Base_dphiy, double *Base_dphiz)
double	apr_elem_calc_3D_prism (int Control, int Nreq, int Pdeg_vec, int Base_type, double Eta, double Node_coor, double Sol_dofs, double Base_phi, double Base_dphix, double Base_dphiy, double Base_dphiz, double Xcoor, double Sol, double Dsolx, double Dsoly, double Dsolz, double Vec_nor)
int	apr_shape_fun_3D_std_tetra (int shape_fun_type, double Eta, double Base_phi, double Base_dphix, double Base_dphiy, double *Base_dphiz)
double	apr_elem_calc_3D_tetra (int Control, int Nreq, int Pdeg_vec, int Base_type, double Eta, double Node_coor, double Sol_dofs, double Base_phi, double Base_dphix, double Base_dphiy, double Base_dphiz, double Xcoor, double Sol, double Dsolx, double Dsoly, double Dsolz, double Vec_nor)
int	apr_shape_fun_3D (int Base_type, int Pdeg, double Eta, double Base_phi, double Base_dphix, double Base_dphiy, double *Base_dphiz)
double	apr_elem_calc_3D (int Control, int Nreq, int Pdeg_vec, int Base_type, double Eta, double Node_coor, double Sol_dofs, double Base_phi, double Base_dphix, double Base_dphiy, double Base_dphiz, double Xcoor, double Sol, double Dsolx, double Dsoly, double Dsolz, double Vec_nor)
int	apr_set_quadr_3D (int Base_type, int Pdeg_vec, int Ngauss, double Xg, double Wg)
int	apr_set_quadr_2D (int Fa_type, int Base_type, int Pdeg_vec, int Ngauss, double Xg, double Wg)
int	apr_set_quadr_2D_penalty (int Fa_type, int Base_type, int Pdeg_vec, int Ngauss, double Xg, double Wg)
int	apr_L2_proj (int Field_id, int Mode, int El, int Pdeg_vec, double Dofs, int El_from, int Pdeg_vec_from, double Dofs_from, double(Fun_p)(double , double , double , double ))
int	apr_is_pt_in_t4elem (const int Mesh_id, const int El_id, const double Xglob[], double Xloc[], const double node_coor[], double D[])
int	apr_sol_xglob (int Field_id, double Xglob, int Nb_sol, int El, double Xloc, double Sol, double Dxsol, double Dysol, double *Dzsol, double Close_proximity_precision, int Sol_xglob_flags)
int	apr_get_profile (FILE filePtr, int fieldId, int solNr, int nSol, double pt1, double *pt2, int nPoints)
	apr_get_profile - to return values of solution at given points
Variables
const int	X = 0
const int	Y = 1
const int	Z = 2
struct {
int id [27]
float val [119]
}	constr_coeff

Define Documentation

#define CLOSE 1e-6

#define SMALL 1e-9

#define ut_abs ( x ) ((x)<0?-(x):(x))

#define ut_max	(	x,
		y		)	((x)>(y)?(x):(y))

#define ut_min	(	x,
		y		)	((x)<(y)?(x):(y))

Function Documentation

double apr_elem_calc_3D_prism	(	int	Control,
		int	Nreq,
		int *	Pdeg_vec,
		int	Base_type,
		double *	Eta,
		double *	Node_coor,
		double *	Sol_dofs,
		double *	Base_phi,
		double *	Base_dphix,
		double *	Base_dphiy,
		double *	Base_dphiz,
		double *	Xcoor,
		double *	Sol,
		double *	Dsolx,
		double *	Dsoly,
		double *	Dsolz,
		double *	Vec_nor
	)

switch(Control)

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double apr_elem_calc_3D_tetra	(	int	Control,
		int	Nreq,
		int *	Pdeg_vec,
		int	Base_type,
		double *	Eta,
		double *	Node_coor,
		double *	Sol_dofs,
		double *	Base_phi,
		double *	Base_dphix,
		double *	Base_dphiy,
		double *	Base_dphiz,
		double *	Xcoor,
		double *	Sol,
		double *	Dsolx,
		double *	Dsoly,
		double *	Dsolz,
		double *	Vec_nor
	)

switch

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int apr_is_pt_in_t4elem	(	const int	Mesh_id,
		const int	El_id,
		const double	Xglob[],
		double	Xloc[],
		const double	node_coor[],
		double	D[]
	)

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int apr_safe_dof_free	(	int	Field_id,
		int	dof_id,
		int	dof_type,
		int	remove_constr
	)

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int apr_shape_fun_3D_std_prism	(	int	shape_fun_type,
		double *	Eta,
		double *	Base_phi,
		double *	Base_dphix,
		double *	Base_dphiy,
		double *	Base_dphiz
	)

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int apr_shape_fun_3D_std_tetra	(	int	shape_fun_type,
		double *	Eta,
		double *	Base_phi,
		double *	Base_dphix,
		double *	Base_dphiy,
		double *	Base_dphiz
	)

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void apr_test_pdeg	(	int *	Pdeg_in,
		int *	BASE_PDEG,
		int *	GEO_PDEG
	)

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int ut_chk_list	(	int	Num,
		int *	List,
		int	Ll
	)

void ut_mat3mat	(	double *	m1,
		double *	m2,
		double *	m3
	)

void ut_mat3vec	(	double *	m1,
		double *	v1,
		double *	v2
	)

double ut_vec3_mxpr	(	double *	vec_a,
		double *	vec_b,
		double *	vec_c
	)

void ut_vec3_prod	(	double *	vec_a,
		double *	vec_b,
		double *	vec_c
	)

Variable Documentation

struct { ... } constr_coeff

int id[27]

float val[119]

const int X = 0

const int Y = 1

const int Z = 2

apd_std_quad/aps_std_util.c File Reference

Defines

Functions

Variables

Define Documentation

Function Documentation

Variable Documentation