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