|
PLUTO
|
| ▼ Src | |
| ► Chombo | |
| ► Cooling | |
| ► EOS | |
| ► Fargo | |
| ► HD | |
| ► Math_Tools | |
| ► MHD | |
| ► Parallel | |
| ► Particles | |
| ► RHD | |
| ► RMHD | |
| ► States | |
| ► Templates | |
| ► Thermal_Conduction | |
| ► Time_Stepping | |
| ► Viscosity | |
| adv_flux.c | Compute flux for passive scalars |
| arrays.c | Memory allocation functions |
| bin_io.c | Functions for handling binary I/O |
| boundary.c | Set boundary conditions |
| cartcoord.c | |
| check_states.c | |
| cmd_line_opt.c | Parse command line options |
| colortable.c | |
| cooling_ode_solver.c | |
| cooling_source.c | Integrate cooling and reaction source terms |
| doxy-comment.c | Documentation template for C source files |
| entropy_switch.c | Compute entropy after boundary condition have been set |
| failsafe.c | |
| fd_flux.c | Compute finite difference fluxes |
| fd_reconstruct.c | |
| flag_shock.c | Shock finding algorithm |
| get_nghost.c | Return the number of ghost zones |
| globals.h | Collects global variables definitions |
| hdf5_io.c | HDF5 I/O main driver |
| hdf5_io.vChombo3.1.c | HDF5 I/O main driver |
| initialize.c | Initialize PLUTO |
| input_data.c | Provide basic functionality for reading input data files |
| int_bound_reset.c | Reset to zero the right hand side in the internal boundary |
| jet_domain.c | Adjust the effective domain size when the -xNjet option is given |
| macros.h | PLUTO header file for function-like macros |
| main.c | PLUTO main function |
| mappers3D.c | 3D wrapper for conservative/primitive conversion |
| mean_mol_weight.c | Compute the mean molecular weight |
| parabolic_flux.c | Compute diffusion fluxes for explicit time stepping |
| parabolic_rhs.c | Compute right hand side for diffusion terms |
| parse_file.c | File parser utilities |
| pluto.h | PLUTO main header file |
| prototypes.h | |
| rbox.c | Basic RBox database |
| restart.c | Restart PLUTO from binary or HDF5 double precision data files |
| rkc.c | Runge-Kutta-Chebyshev driver for integration of diffusion terms |
| runtime_setup.c | Read runtime information from pluto.ini |
| set_geometry.c | Initialize geometry-dependent grid quantities |
| set_grid.c | Set up the global and local grids in the three coordinate directions |
| set_image.c | |
| set_indexes.c | Perform index permutation and set domain integration indexes |
| set_output.c | Set/retrieve output data attributes |
| show_config.c | Print useful information about the current computations |
| split_source.c | Include source terms using operator splitting |
| startup.c | Loop on the computational cells to assign initial conditions |
| structs.h | PLUTO header file for structure declarations |
| sts.c | Super Time Stepping driver for integration of diffusion terms |
| tools.c | Collection of general-purpose functions |
| userdef_output.c | |
| userdef_output.dt.c | |
| userdef_output.shock_tracking.c | |
| var_names.c | |
| vec_pot_diff.c | Compute magnetic field from vector potential |
| vec_pot_update.c | Function to handle vector potential |
| write_data.c | Main output driver |
| write_img.c | |
| write_tab.c | Write tabulated 1D or 2D ascii data files |
| write_vtk.c | Write data in VTK format |
| ▼ Test_Problems | |
| ► HD | |
| ► MHD | |
| ► RHD | |
| ► RMHD | |
| ▼ Tools | |
| ► Mathematica | |
| ► pyPLUTO | |
| ► Python | |
| setup.py |
1.8.10 
