Castro (Compressible Astrophysics): An adaptive mesh, astrophysical compressible (radiation-, magneto-) hydrodynamics simulation code for massively parallel CPU and GPU architectures.
For most runtime parameters, we read them at initialization and they never change. But we have a few cases where depending on the values of other parameters, we change some. This should be done explicitly through a setter function so we can catch changes when we transition to structs for the runtime parameters.
Here's a partial list of runtime parameters that we override:
do_reflux (in Castro.cpp, read_params())
rot_axis (in Castro.cpp, read_params())
sdc_iters (in Castro_advance_ctu.cpp)
small_temp, small_dens, small_pres, small_ener (all in Castro_setup.cpp)
rotational_period (in Castro_io.cpp, scf_relax.cpp)
point_mass (in Castro_io.cpp, Castro_pointmass.cpp)
zingale
commented
8 months ago
For most runtime parameters, we read them at initialization and they never change. But we have a few cases where depending on the values of other parameters, we change some. This should be done explicitly through a setter function so we can catch changes when we transition to structs for the runtime parameters.
Here's a partial list of runtime parameters that we override:
do_reflux(inCastro.cpp,read_params())rot_axis(inCastro.cpp,read_params())sdc_iters(inCastro_advance_ctu.cpp)small_temp,small_dens,small_pres,small_ener(all inCastro_setup.cpp)rotational_period(inCastro_io.cpp,scf_relax.cpp)point_mass(inCastro_io.cpp,Castro_pointmass.cpp)