File description

Core Files

• BMP_rot.f90
• Boundary_rot.f90
• Globalvar.f90
• Gra_rot.f90
• HC_rot.f90
• HLL_rot.f90
• IOT_rot.f90
• IO_rot.f90
• Initial_rot.f90
• MPI_rot.f90
• Makefile
• main.f90 Main control file for the simulation
• Matrix_rot.f90
• Model_rot.f90
• PIP_rot.f90
• Parameters.f90
• Res_rot.f90
• Scheme_rot.f90
• set_coordinate_NUG.f90
• set_fold_grid.f90
• setting.txt Define the main parameters and option flags for the simulation
• Solver_rot.f90
• Util_rot.f90

Example initial conditions

• ambipolar.f90
• Alfven_Damping.f90
• blob.f90
• BMP_density.f90
• Coalescence.f90
• cnd_tube.f90
• CSC.f90
• CS_collapse.f90
• currentsheet.f90
• disk_flare.f90
• disk_flare_const_angle.f90
• emerging_flux.f90
• explosion.f90
• field_diffusion.f90
• FieldLoop.f90
• Flare.f90
• Flare_wave.f90
• HCtest.f90
• HCtest_Tonly.f90
• initial_template.f90
• KH.f90
• KH_1.f90
• KH_mix.f90
• KH_pip.f90
• KH_pip2.f90
• linear_wave.f90
• mass_load_prom.f90
• MRI.f90
• NUwave.f90
• Orszag_Tang.f90
• PNcoupling.f90
• relax_prom.f90
• relax_prom2.f90
• RT.f90
• Reconnection.f90
• Sedov.f90
• shock_tube.f90 Slow-mode shock tube. See Hillier et al 2016.
• simple_diffusion.f90
• star_disk_flare.f90
• tearing.f90