microphysics/integrate_diffusion.c File Reference

Contains public functions to integrate explicit diffusion terms using operator splitting. More...

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Functions
void	integrate_diff (MeshS *pM)
	Called in main loop, sets timestep and/or orchestrates subcycling, calls appropriate functions for each diffusion operator.
void	integrate_diff_init (MeshS *pM)
	Call functions to allocate memory.
void	integrate_diff_destruct ()
	Frees memory associated with diffusion funcs.

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Detailed Description

Contains public functions to integrate explicit diffusion terms using operator splitting.

CONTAINS PUBLIC FUNCTIONS:

• integrate_diff() - calls functions for each diffusion operator
• integrate_diff_init() - allocates memory for diff functions
• integrate_diff_destruct() - frees memory for diff functions

Definition in file integrate_diffusion.c.

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Function Documentation

void integrate_diff

(

MeshS *

pM

)

Called in main loop, sets timestep and/or orchestrates subcycling, calls appropriate functions for each diffusion operator.

Definition at line 27 of file integrate_diffusion.c.

References conduction(), diff_dt(), MeshS::Domain, MeshS::DomainsPerLevel, GridS::dt, MeshS::dt, get_eta(), DomainS::Grid, MeshS::NLevels, resistivity(), and viscosity().

Referenced by main().

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void integrate_diff_destruct

(

void

)

Frees memory associated with diffusion funcs.

Definition at line 116 of file integrate_diffusion.c.

References conduction_destruct(), resistivity_destruct(), and viscosity_destruct().

Referenced by main().

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void integrate_diff_init

(

MeshS *

pM

)

Call functions to allocate memory.

Definition at line 87 of file integrate_diffusion.c.

References ath_error(), conduction_init(), eta_Ohm, kappa_aniso, kappa_iso, nu_aniso, nu_iso, Q_AD, Q_Hall, resistivity_init(), and viscosity_init().

Referenced by main().

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