HydroCODE 0.1
This is a implementation of fully explict forward Euler scheme for 1-D Euler equations of motion on Lagrange coordinate
finite_volume.h
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1
7#ifndef FINITEVOLUME_H
8#define FINITEVOLUME_H
9
10#include "../include/var_struc.h"
11
12void Godunov_solver_LAG_source
13(const int m, struct cell_var CV, double * X[], double * cpu_time);
14
15void GRP_solver_LAG_source
16(const int m, struct cell_var CV, double * X[], double * cpu_time);
17
18void Godunov_solver_EUL_source
19(const int m, struct cell_var CV, double * X[], double * cpu_time);
20
21void GRP_solver_EUL_source
22(const int m, struct cell_var CV, double * X[], double * cpu_time);
23
24#endif
Godunov_solver_EUL_source
void Godunov_solver_EUL_source(const int m, struct cell_var CV, double *X[], double *cpu_time)
This function use Godunov scheme to solve 1-D Euler equations of motion on Eulerian coordinate.
Definition: Godunov_solver_EUL_source.c:26
Godunov_solver_LAG_source
void Godunov_solver_LAG_source(const int m, struct cell_var CV, double *X[], double *cpu_time)
This function use Godunov scheme to solve 1-D Euler equations of motion on Lagrangian coordinate.
Definition: Godunov_solver_LAG_source.c:26
GRP_solver_EUL_source
void GRP_solver_EUL_source(const int m, struct cell_var CV, double *X[], double *cpu_time)
This function use GRP scheme to solve 1-D Euler equations of motion on Eulerian coordinate.
Definition: GRP_solver_EUL_source.c:26
GRP_solver_LAG_source
void GRP_solver_LAG_source(const int m, struct cell_var CV, double *X[], double *cpu_time)
This function use GRP scheme to solve 1-D Euler equations of motion on Lagrangian coordinate.
Definition: GRP_solver_LAG_source.c:26
cell_var
Pointer structural body of variables on computational cells.
Definition: var_struc.h:22