Global variables for all functions in in the src/particles directory. More...
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Variables | |
int | ilp |
int | iup |
int | jlp |
int | jup |
int | klp |
int | kup |
Real | x1lpar |
Real | x1upar |
Real | x2lpar |
Real | x2upar |
Real | x3lpar |
Real | x3upar |
Real * | tstop0 |
Array of particle stopping time (for tstop=const) for each particle type. | |
Real * | grrhoa |
an array of particle solid density times particle size in normalized unit | |
Real | alamcoeff |
coefficient for the calculation of a/lambda | |
int | ncell |
number of neighbouring cells involved in 1D interpolation | |
Real | vshear |
Shear velocity. |
Global variables for all functions in in the src/particles directory.
Definition in file particle.h.
coefficient for the calculation of a/lambda
Definition at line 37 of file particle.h.
Referenced by dump_restart(), get_ts_general(), init_particle(), problem(), and restart_grids().
an array of particle solid density times particle size in normalized unit
Definition at line 34 of file particle.h.
Referenced by dump_restart(), get_ts_epstein(), get_ts_general(), init_particle(), particle_destruct(), problem(), and restart_grids().
int ilp |
Definition at line 22 of file particle.h.
Referenced by distrFB_corr(), distrFB_pred(), feedback_clear(), feedback_predictor(), get_gasinfo(), getvalues(), grid_limit(), init_particle(), and particle_to_grid().
int iup |
Definition at line 22 of file particle.h.
Referenced by distrFB_corr(), distrFB_pred(), feedback_clear(), feedback_predictor(), get_gasinfo(), getvalues(), grid_limit(), init_particle(), and particle_to_grid().
int jlp |
Definition at line 22 of file particle.h.
Referenced by distrFB_corr(), distrFB_pred(), feedback_clear(), feedback_predictor(), get_gasinfo(), getvalues(), grid_limit(), init_particle(), and particle_to_grid().
int jup |
Definition at line 22 of file particle.h.
Referenced by distrFB_corr(), distrFB_pred(), feedback_clear(), feedback_predictor(), get_gasinfo(), getvalues(), grid_limit(), init_particle(), and particle_to_grid().
int klp |
Definition at line 22 of file particle.h.
Referenced by distrFB_corr(), distrFB_pred(), feedback_clear(), feedback_predictor(), get_gasinfo(), getvalues(), grid_limit(), init_particle(), and particle_to_grid().
int kup |
Definition at line 22 of file particle.h.
Referenced by distrFB_corr(), distrFB_pred(), feedback_clear(), feedback_predictor(), get_gasinfo(), getvalues(), grid_limit(), init_particle(), and particle_to_grid().
int ncell |
number of neighbouring cells involved in 1D interpolation
Definition at line 42 of file particle.h.
Referenced by distrFB_corr(), distrFB_pred(), getvalues(), init_particle(), and particle_to_grid().
Array of particle stopping time (for tstop=const) for each particle type.
Definition at line 30 of file particle.h.
Referenced by dump_restart(), get_ts_fixed(), init_particle(), ParticleTroj(), ParticleVel(), problem(), and restart_grids().
Shear velocity.
Definition at line 47 of file particle.h.
Referenced by packing_ix1_particle_shear(), packing_ox1_particle_shear(), periodic_ix1_particle(), periodic_ox1_particle(), set_bvals_particle(), set_bvals_particle_init(), shearingbox_ix1_particle(), and shearingbox_ox1_particle().
Definition at line 24 of file particle.h.
Referenced by GetPosition(), grid_limit(), JudgeCrossing(), ParticleLocator(), and update_particle_status().
Definition at line 24 of file particle.h.
Referenced by GetPosition(), grid_limit(), JudgeCrossing(), ParticleLocator(), and update_particle_status().
Definition at line 24 of file particle.h.
Referenced by GetPosition(), grid_limit(), JudgeCrossing(), ParticleLocator(), and update_particle_status().
Definition at line 24 of file particle.h.
Referenced by GetPosition(), grid_limit(), JudgeCrossing(), ParticleLocator(), and update_particle_status().
Definition at line 24 of file particle.h.
Referenced by GetPosition(), grid_limit(), JudgeCrossing(), ParticleLocator(), and update_particle_status().
Definition at line 24 of file particle.h.
Referenced by GetPosition(), grid_limit(), JudgeCrossing(), ParticleLocator(), and update_particle_status().