libtrixi/c-fortran-api/trixi_8h_source.html

 #ifndef TRIXI_H_

 #define TRIXI_H_


 void trixi_initialize(const char * project_directory, const char * depot_path);

 int trixi_initialize_simulation(const char * libelixir);

 double trixi_calculate_dt(int handle);

 int trixi_is_finished(int handle);

 void trixi_step(int handle);

 void trixi_finalize_simulation(int handle);

 void trixi_finalize();


 void julia_eval_string(const char * code);


 #endif // ifndef LIBTRIXI_H_

trixi_finalize
void trixi_finalize()
Finalize Julia runtime environment.
Definition: trixi.c:228

trixi_calculate_dt
double trixi_calculate_dt(int handle)
Get time step length.
Definition: trixi.c:154

trixi_initialize
void trixi_initialize(const char *project_directory, const char *depot_path)
Initialize Julia runtime environment.
Definition: trixi.c:66

trixi_is_finished
int trixi_is_finished(int handle)
Check if simulation is finished.
Definition: trixi.c:175

trixi_initialize_simulation
int trixi_initialize_simulation(const char *libelixir)
Set up Trixi simulation.
Definition: trixi.c:133

trixi_finalize_simulation
void trixi_finalize_simulation(int handle)
Finalize simulation.
Definition: trixi.c:213

trixi_step
void trixi_step(int handle)
Perform next simulation step.
Definition: trixi.c:194

julia_eval_string
void julia_eval_string(const char *code)
Execute Julia code.
Definition: trixi.c:252