Modules List

Here is a list of all modules with brief descriptions:

[detail level 12]

Mm_analysis	Module with routines to help analyze simulations
Mm_chemistry	Module for handling chemical reactions
Mm_coupling	Module for the coupling between the gas dynamics and the fluid model
Mm_dielectric	Module with settings and routines to handle dielectrics
Mm_dt	Module to set the time step
Mm_field	Module to compute electric fields
Mm_fluid	Fluid model module
Mm_gas	Module that stores parameters related to the gas
Mm_geometry	Module that provides routines for geometric operations and calculations. Methods and types have a prefix GM_, short for 'geometry'
Mm_init_cond	Module to help setting up initial conditions
Mm_model	Module to set the type of model
Mm_output	Module with methods and parameters related to writing output
Mm_photoi	Top-module for photoionization, which can make use of different methods
Mm_photoi_helmh	Module for photoionization with the Helmholtz approximation
►Mm_photoi_mc	Module that provides routines for Monte Carlo photoionization
Cphmc_tbl_t	Type to quickly look up absorption lengths from a table
Mm_refine	Module with grid refinement settings and routines
►Mm_spline_interp	Module for cubic spline interpolation
Cspline_t
Mm_streamer	This module contains several pre-defined variables like:
Mm_table_data	Module with settings and routines for tabulated data
Mm_transport_data	Module that provides routines for reading in arbritrary transport data
Mm_types	Module with basic types
Mm_units_constants	Module that contains physical and numerical constants
Mm_user	Template for user code, this one simply uses the default routines
►Mm_user_methods	This module contains all the methods that users can customize
Cbool_subr
Cfield_func
Cgas_dens_func
Cgeneric_subr
Clog_subr
Clog_vars