File List

Here is a list of all files with brief descriptions:

commbound.c	Contains the functions used to synchronize buffer zones on all processes
EnergySources.c	Subroutines related to the heating/cooling source terms, numerical solver for the energy equation and radiative diffusion
fargo.h	Contains all the include directives requested by the code
fondam.h	Contains fondamental constants used thorough the code
Force.c	Contains the function to evaluate and write the disk torques acting on planets and also the function to get the thickness smoothing parameter
fpe.c	Contains two functions that specify how we handle floating point exceptions
global.h	Declares all global variables
global_ex.h	This file is created automatically during compilation from global.h
Init.c	Contains the functions needed to initialize the hydrodynamics arrays
Interpret.c	Contains the functions required to read the parameter file, and functions that provide runtime information
LowTasks.c	Contains many low level short functions
main.c	Main file of the distribution
merge.c	Contains the function that merges the output of different processors
mpi_dummy.c	Fake MPI functions library for sequential built
mpi_dummy.h	Declaration of fake MPI functions for sequential built
mpiTasks.c	Contains the function to create a 1D azimuthally-averaged array from a polar array
Output.c	Contains most of the functions that write the output files
param.h	Created automatically during compilation from var.c
param_noex.h	Created automatically during compilation from var.c
Pebbles.c	Contains functions reponsible for the pebble disk initialisation, evolution due to source terms and pebble accretion
Pframeforce.c	Calculates the gravitational interactions between the disk and massive bodies in terms of a vertically averaged potential
Planet.c	Accretion of disk material onto the planets, and solver of planetary orbital elements
proto.h	Declaration of all the functions of the FARGO code
Psys.c	Contains the functions that set up the planetary system configuration
rebin.c	Resample the hydrodynamical fields at a restart with a different resolution
ReboundInterface.c	Contains the functions interfacing FARGO with the REBOUND package
SideEuler.c	Total mass and angular momentum monitoring, and boundary conditions
SourceEuler.c	Contains routines used by the hydrodynamical loop
split.c	Split (radially) the mesh among the different processors
Theo.c	A few functions that manipulate the surface density profile
TransportEuler.c	Functions that handle the transport substep of a hydrodynamical time step
types.h	Definition of the structures used in the FARGO code
var.c	Contains the function that connects the string of the parameter file to global variables
Viscosity.c	Calculation of the viscous force