Modules List
Here is a list of all modules with brief descriptions:
[detail level 123]
 Nabsorption_eq
 Nalpha_decay
 Nalpha_decay_rate_moduleThis module contains subroutines to add alpha decays
 Nalpha_network
 NanalysisContains various routines for analysis and diagnostic output
 Nanalytic_mode
 Nbenam_classSubroutines needed to initialise the network
 Nbeta_decay_format
 Nbeta_decay_rate_moduleThis module contains subroutines to include external beta decays
 Nbeta_eq
 Nbigbang
 Nbin
 Ncharged-current_reaction
 Ncreate_rates_grid
 Ncreate_trajectories
 Ncreate_trajectory
 Ndetailed_balanceModule that deals with inverse reaction rates
 Neffphase_classCalculate the effective phase space integral needed for the log(ft) weak rates
 Nemission_eq
 Nerror_msg_classError handling routines
 Nexpand
 Nexpansion_moduleSubroutines to handle parametric evolution of hydrodynamic quantities after the final timestep of the trajectory
 Nfile_handling_classProvide some basic file-handling routines
 Nfissfrag_custom
 Nfissfrag_kodtak
 Nfissfrag_kodtak_n_emission
 Nfissfrag_mumpower
 Nfissfrag_mumpower_n_emission
 Nfissfrag_panov
 Nfissfrag_panov_n_emission
 Nfission_rate_moduleModule to deal with fission reactions
 Nfissrate_bdel
 Nfix_trajectory
 Nflow
 Nflow_moduleProvides subroutines to calculate reaction flows
 Nformat_classDefine custom format statements used to read in major data files
 Ngamma_eq
 Ngear_modulegear_module contains adaptive high-order Gear solver
 Nglobal_classContains types and objects shared between multiple modules
 Nhdf5_format
 Nhdf5_moduleModule that contains necessary subroutines to write abundances to an hdf5 file
 Nhydro_trajectoryContains arrays representing thermodynamic conditions from hydro trajectory file
 Ninter_moduleModule inter_module with interpolation routines
 Njacobian_classContains subroutines to assemble the system Jacobian and changes in the abundances
 Nls_timmes_eos_module
 Nmergesort_moduleModule mergesort_module for merging arrays of rates
 Nnc_cc_reaction
 Nnetwork_init_moduleModule to prepare the reaction network
 Nneutral-current_reaction
 Nneutron-decay
 Nneutron-decay-implicit-euler
 Nni56-decay
 Nnse
 Nnuclear_heatingTakes care of the temperature and entropy updates due to the nuclear energy release
 Nnucstuff_classModule with helper functions such as rate tabulation, partition functions, and theoretical weak rates
 Nnuflux_classContains variables and parameters related to neutrino fluxes
 Nparameter_classContains all runtime parameters as well as phys and math constants
 Npardiso_classContains subroutines for sparse matrix assembly and the solver core
 Nparser_moduleSubroutines for equation parsing in case of an analytic trajectory or luminosity mode
 Nplot_hdf5
 NPlot_me
 Nprepared_network
 Nreaclib_rate_moduleModule that deals with reaclib reaction rates
 Nread_neutrino
 Nread_seeds
 Nread_trajectory
 NreadiniSubroutines for initialization and parameter parsing
 Nref_nsm
 Nrprocess-noheating
 Nscreening
 Nscreening_moduleModule to calculate electron screening
 Nsingle_zone_varsSimulation variables for a single zone model
 Nsrc_files
 Nsummarize
 Nswitch_evolution
 Ntabulated_rate_moduleThis module contains everything for the tabulated rates that can replace reaclib rates
 Ntabulated_rates
 Ntabulated_rates_custom_grid
 Nthermal_neutrino_moduleThe thermal_neutrino_module serves as interface to the neutrino emission routines from the sneut5.f90 file
 Ntimestep_moduleThe timestep_module contains all timestep subroutines and newton-raphsons to solve the ODE system
 Ntimmes_eos_module
 Ntw_rate
 Ntw_rate_moduleThis module contains everything for the theoretical weak rates that are added into the rate array
 Nulimit
 Nunits_module
 Nwinnet_monitor_failed
 Nwinnet_monitor_run
 Nwinnet_movie
 Nwinnse_moduleModule to calculate NSE