schema_temps_base_ijk
Basic class for time schemes. This scheme will be associated with a problem and the equations of this problem.
Parameters:
- tinit (type: float) initial time
- timestep (type: float) Upper limit of the timestep
- [timestep_facsec] (type: float) Security factor on timestep
- [cfl] (type: float) To provide a value of the limiting CFL number used for setting the timestep
- [fo] (type: float) not_set
- [oh] (type: float) not_set
- nb_pas_dt_max (type: int) maximum limit for the number of timesteps
- [max_simu_time] (type: float) maximum limit for the simulation time
- [tstep_init] (type: int) index first interation for recovery
- [use_tstep_init] (type: int) use tstep init for constant post-processing step
- [dt_sauvegarde] (type: int) saving frequency (writing files for computation restart)
- [tcpumax] (type: float) CPU time limit (must be specified in hours) for which the calculation is stopped (1e30s by default).
schema_euler_explicite_ijk
Inherits from: schema_temps_base_ijk
Basic class for time schemes. This scheme will be associated with a problem and the equations of this problem.
Parameters:
- tinit (type: float) initial time
- timestep (type: float) Upper limit of the timestep
- [timestep_facsec] (type: float) Security factor on timestep
- [cfl] (type: float) To provide a value of the limiting CFL number used for setting the timestep
- [fo] (type: float) not_set
- [oh] (type: float) not_set
- nb_pas_dt_max (type: int) maximum limit for the number of timesteps
- [max_simu_time] (type: float) maximum limit for the simulation time
- [tstep_init] (type: int) index first interation for recovery
- [use_tstep_init] (type: int) use tstep init for constant post-processing step
- [dt_sauvegarde] (type: int) saving frequency (writing files for computation restart)
- [tcpumax] (type: float) CPU time limit (must be specified in hours) for which the calculation is stopped (1e30s by default).
schema_rk3_ijk
Inherits from: schema_temps_base_ijk
Basic class for time schemes. This scheme will be associated with a problem and the equations of this problem.
Parameters:
- tinit (type: float) initial time
- timestep (type: float) Upper limit of the timestep
- [timestep_facsec] (type: float) Security factor on timestep
- [cfl] (type: float) To provide a value of the limiting CFL number used for setting the timestep
- [fo] (type: float) not_set
- [oh] (type: float) not_set
- nb_pas_dt_max (type: int) maximum limit for the number of timesteps
- [max_simu_time] (type: float) maximum limit for the simulation time
- [tstep_init] (type: int) index first interation for recovery
- [use_tstep_init] (type: int) use tstep init for constant post-processing step
- [dt_sauvegarde] (type: int) saving frequency (writing files for computation restart)
- [tcpumax] (type: float) CPU time limit (must be specified in hours) for which the calculation is stopped (1e30s by default).