finite_volume.h

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#ifndef FINITEVOLUME_H
#define FINITEVOLUME_H
 
#include "../include/var_struc.h"
 
/* 1-D Godunov/GRP scheme (Lagrangian, single-component flow) */
// godunov_solver_LAG_source.c
void Godunov_solver_LAG_source(const int m, struct cell_var_stru CV, double * X[], double * cpu_time, int * N_plot, double time_plot[]);
// grp_solver_LAG_source.c
void     GRP_solver_LAG_source(const int m, struct cell_var_stru CV, double * X[], double * cpu_time, int * N_plot, double time_plot[]);
 
/* radially symmertric Godunov/GRP scheme (Lagrangian, two-component flow, radial structured grid) */
// grp_solver_radial_LAG_source.c
void GRP_solver_radial_LAG_source(struct cell_var_stru CV, struct radial_mesh_var * rmv, double * R[], const int M,
                  double * cpu_time, const char * problem, int N_T, int * N_plot , double time_plot[]);
 
/* 1-D Godunov/GRP scheme (Eulerian, single-component flow) */
// godunov_solver_EUL_source.c
void Godunov_solver_EUL_source(const int m, struct cell_var_stru CV, double * cpu_time, int * N_plot, double time_plot[]);
// grp_solver_EUL_source.c
void     GRP_solver_EUL_source(const int m, struct cell_var_stru CV, double * cpu_time, int * N_plot, double time_plot[]);
 
/* 2-D Godunov/GRP scheme (Eulerian, single-component flow, structured grid) */
// grp_solver_2D_EUL_source.c
void GRP_solver_2D_EUL_source(const int m, const int n, struct cell_var_stru * CV, double ** X, double **Y, 
                  double * cpu_time, const char * problem, int N_T, int * N_plot, double time_plot[]);
// grp_solver_2D_split_EUL_source.c
void GRP_solver_2D_split_EUL_source(const int m, const int n, struct cell_var_stru * CV, double ** X, double **Y, 
                                    double * cpu_time, const char * problem, int N_T, int * N_plot, double time_plot[]);
 
/* 2-D Godunov/GRP scheme (Eulerian, two-component flow, unstructured grid) */
// finite_volume_scheme_unstruct.c
void finite_volume_scheme_unstruct(struct flu_var * FV, const struct mesh_var * mv, const char * scheme, 
                   const char * problem, int * N_plot, const double time_plot[]);
 
/* 2-D Godunov/GRP scheme (Eulerian, Baer-Nunziato two-phase flow, structured grid) */
void finite_volume_scheme_GRP2D(struct flu_var * FV, const struct mesh_var * mv, const char * phase, const char * problem);
 
#endif