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Module parameter_class with all simulation parameters. More...
Go to the source code of this file.
Data Types | |
| type | parameter_class::unit_type |
| constants and unit conversion factors More... | |
Modules | |
| module | parameter_class |
| Contains all runtime parameters as well as phys and math constants. | |
Functions/Subroutines | |
| subroutine, public | parameter_class::unit_define () |
| Declares values for the elements in unit_type. More... | |
| subroutine | parameter_class::read_param (parfile) |
| This function reads the parameter file. More... | |
| subroutine | parameter_class::set_param (param_name, param_value) |
| Sets a global parameter param_name to the value, given by its string representation param_value. More... | |
| integer function | parameter_class::read_integer_param (input_string, param_name) |
| Converts a string to an integer. More... | |
| real(r_kind) function | parameter_class::read_float_param (input_string, param_name) |
| Converts a string to an float. More... | |
| subroutine | parameter_class::set_default_param |
| Sets default parameters Parameters are sorted in alphabetical order. More... | |
| subroutine | parameter_class::output_param |
| Output parameters to a file. More... | |
| subroutine | parameter_class::check_param |
| Check for consistency of parameter. More... | |
| subroutine | parameter_class::search_close_parameter (possible_pars, input_par, score, cl_par) |
| Search for similar existing parameters. More... | |
| real(r_kind) function | parameter_class::levenshteindistance (par1, par2) |
| Calculates the Levenshtein distance between two strings. More... | |
| subroutine | parameter_class::read_sanity_check_prepared_network |
| Read important parameters from a binary file and check for consistency. More... | |
| subroutine | parameter_class::output_param_prepared_network (path) |
| Output relevant parameters to a file in the prepared network path. More... | |
| subroutine | parameter_class::output_binary_parameter_data (path) |
| Output the parameter data to a binary file. More... | |
| character(3) function | yesno (claim) |
| Converts .TRUE.->"yes", .FALSE. -> "no". More... | |
Variables | |
| type(unit_type), public | parameter_class::unit |
| constants and unit conversion factors More... | |
| integer, parameter, public | parameter_class::param_name_len = 200 |
| – hardcoded parameters More... | |
| integer, parameter, public | parameter_class::max_fname_len = 400 |
| maximum length of filenames More... | |
| integer | parameter_class::out_every |
| – runtime parameters set when reading parameter file More... | |
| integer | parameter_class::snapshot_every |
| snapshot output frequency More... | |
| integer | parameter_class::h_snapshot_every |
| snapshot output frequency in hdf5 format More... | |
| integer | parameter_class::flow_every |
| flow output frequency More... | |
| integer | parameter_class::h_flow_every |
| flow output frequency in hdf5 format More... | |
| integer | parameter_class::timescales_every |
| timescales output frequency More... | |
| integer | parameter_class::h_timescales_every |
| timescales output frequency in hdf5 format More... | |
| integer | parameter_class::engen_every |
| Energy generation output frequency. More... | |
| integer | parameter_class::h_engen_every |
| Energy generation output frequency in hdf5 format. More... | |
| integer | parameter_class::nrdiag_every |
| frequency of NR loop diagnostic messages (wrt iteration counter) More... | |
| integer | parameter_class::mainout_every |
| frequency of mainout output More... | |
| integer | parameter_class::h_mainout_every |
| HDF5 output frequency of the mainout. More... | |
| integer | parameter_class::track_nuclei_every |
| frequency of track nuclei output More... | |
| integer | parameter_class::h_track_nuclei_every |
| frequency of track nuclei output in hdf5 format More... | |
| integer | parameter_class::top_engen_every |
| frequency of energy generators toplist More... | |
| logical | parameter_class::use_alpha_decay_file |
| Switch for using additional alpha decay rates. More... | |
| integer | parameter_class::alpha_decay_zmin |
| Minimum Z for additional alpha decay rates. More... | |
| integer | parameter_class::alpha_decay_zmax |
| Maximum Z for additional alpha decay rates. More... | |
| character(max_fname_len) | parameter_class::alpha_decay_src_ignore |
| Source flag(s) to ignore within the alpha decay rates. More... | |
| logical | parameter_class::alpha_decay_ignore_all |
| Flag whether rates should actually get replaced or only added. More... | |
| integer | parameter_class::iwformat |
| defines format of the weak rates (0 = tabulated, 1 = log<ft>) More... | |
| integer | parameter_class::iwinterp |
| defines the interpolation for the weak rates (0 = bilinear, 1 = bicubic) More... | |
| real(r_kind) | parameter_class::temp_reload_exp_weak_rates |
| temperature below which one should not use theoretical weak rates so they are replaced with exp. weak rates (min 1.d-2) More... | |
| real(r_kind) | parameter_class::freeze_rate_temp |
| Tmperature at which rates get frozen (for reacl. rates this should be 1d-2GK) More... | |
| integer | parameter_class::nuflag |
| defines type of neutrino reactions used More... | |
| integer | parameter_class::fissflag |
| defines type of fission fragment distribution used More... | |
| integer | parameter_class::expansiontype |
| defines prescription used for parametrized expansion after the last timestep of the hydro input More... | |
| integer | parameter_class::extrapolation_width |
| how many points from the end of trajectory to use when computing residual expansion More... | |
| integer | parameter_class::nse_calc_every |
| Compute NSE abundances every x step. More... | |
| character *20 | parameter_class::trajectory_mode |
| determines how trajectory is calculated (from_file|analytic|expand) More... | |
| logical | parameter_class::read_initial_composition |
| specify whether initial distribution of abundances should be read from file More... | |
| logical | parameter_class::use_tabulated_rates |
| switch for using tabulated rates (e.g. talysNGrates.dat) More... | |
| logical | parameter_class::use_beta_decay_file |
| switch for using different format for beta decays More... | |
| logical | parameter_class::use_prepared_network |
| Use a prepared folder with all necessary data in binary format. More... | |
| character(max_fname_len) | parameter_class::beta_decay_src_ignore |
| Source flag(s) to ignore within the beta decay file. More... | |
| logical | parameter_class::use_timmes_mue |
| Use electron chemical potentials from timmes EOS for theoretical weak rates. More... | |
| logical | parameter_class::use_detailed_balance |
| Calculate the inverse reactions via detailed balance rather than using them form file. More... | |
| logical | parameter_class::use_detailed_balance_q_reac |
| Use Q-value from reaclib for the calculation of detailed balance. More... | |
| logical | parameter_class::use_thermal_nu_loss |
| Whether to include thermal neutrino loss or not. More... | |
| integer | parameter_class::nu_loss_every |
| Output neutrino loss and gain. More... | |
| integer | parameter_class::h_nu_loss_every |
| Output neutrino loss and gain in hdf5 format. More... | |
| character(max_fname_len) | parameter_class::detailed_balance_src_ignore |
| Source flag(s) to ignore within calculated detailed balance. More... | |
| character(max_fname_len) | parameter_class::detailed_balance_src_q_reac |
| Source flag(s) to use q-value from rate file for inverse reaction. More... | |
| character(max_fname_len) | parameter_class::detailed_balance_src_q_winvn |
| Source flag(s) to use q-value from winvn file for inverse reaction. More... | |
| logical | parameter_class::use_neutrino_loss_file |
| Use a file with Qnu values? More... | |
| character(max_fname_len) | parameter_class::neutrino_loss_file |
| Path to a file containing Qnu values. More... | |
| logical | parameter_class::custom_snapshots |
| If true, a file must be provided with numbers in days. Snapshots will be created for these points in time. More... | |
| logical | parameter_class::h_custom_snapshots |
| Same, but in hdf5 format. More... | |
| real(r_kind) | parameter_class::engen |
| total energy generation [MeV/s] More... | |
| real(r_kind) | parameter_class::engen_alpha |
| energy generation from alpha-decays [MeV/s] More... | |
| real(r_kind) | parameter_class::engen_beta |
| energy generation from beta-decays [MeV/s] More... | |
| real(r_kind) | parameter_class::engen_fiss |
| energy generation from fission [MeV/s] More... | |
| real(r_kind) | parameter_class::initemp_cold |
| T [GK] lowest allowed temperature to start the calculation from. More... | |
| real(r_kind) | parameter_class::initemp_hot |
| T [GK] for the starting point of the trajectory: =0: from the beginning; >0: from the last T>initemp. More... | |
| real(r_kind) | parameter_class::nse_delt_t9min |
| Minimum temperature [GK] when descending to desired temperature in NSE. More... | |
| real(r_kind) | parameter_class::nse_nr_tol |
| Tolerance for the NR loop in the NSE calculation. More... | |
| integer | parameter_class::nse_max_it |
| Maximum amount of NSE iterations. More... | |
| integer | parameter_class::nse_solver |
| Solver for calculating NSE. 0: Newton-Raphson, 1: Powell's hybrid method. More... | |
| real(r_kind) | parameter_class::nsetemp_cold |
| T [GK] for the nse->network switch. More... | |
| real(r_kind) | parameter_class::nsetemp_hot |
| T [GK] for the nse<-network switch. More... | |
| logical | parameter_class::calc_nsep_energy |
| calculate neutron separation energy? More... | |
| logical | parameter_class::h_engen_detailed |
| Output the energy per parent nucleus and reaction type. More... | |
| real(r_kind) | parameter_class::heating_frac |
| use this fraction of nuclear-generated energy for heating More... | |
| real(r_kind) | parameter_class::heating_density |
| Density at which nuclear heating will be switched on (-1) to always include heating. More... | |
| real(r_kind) | parameter_class::nse_descend_t9start |
| high initial temperature in GK for winnse_descend subroutine More... | |
| real(r_kind) | parameter_class::t_analytic |
| for parameteric trajectories: initial time More... | |
| integer | parameter_class::termination_criterion |
| condition to terminate the simulation ([0]=trajectory_file, 1=final_time, 2=final_temp, 3=final_dens, 4=neutron freeze-out) More... | |
| real(r_kind) | parameter_class::initial_stepsize |
| this value is used as a stepsize at initial step More... | |
| real(r_kind) | parameter_class::final_time |
| termination time in seconds More... | |
| real(r_kind) | parameter_class::final_temp |
| termination temperature [GK] More... | |
| real(r_kind) | parameter_class::final_dens |
| termination density [g/cm3] More... | |
| real(r_kind) | parameter_class::timestep_max |
| Maximum factor for the change of the timestep. The new timestep is only allowed to be timestep_max * old_timestep. Default value is 2. More... | |
| real(r_kind) | parameter_class::timestep_factor |
| Factor for the change of the timestep (see nu in Winteler 2012 Eq. 2.49). Default value is 1.0d-1. More... | |
| real(r_kind) | parameter_class::timestep_hydro_factor |
| Factor for the maximum change of the hydrodynamic quantities (density and temperature) More... | |
| real(r_kind) | parameter_class::timestep_ymin |
| Lower limit of the abundance to contribute to the timestep calculation, default value is 1.0d-10. More... | |
| real(r_kind) | parameter_class::gear_eps |
| Abundance accuracy for gear solver. More... | |
| real(r_kind) | parameter_class::gear_escale |
| Normalization cutoff for gear solver, similar to timestep_Ymin for Euler. More... | |
| real(r_kind) | parameter_class::gear_cfactor |
| Conservative timestep factor for gear solver [0.1, ... , 0.4]. More... | |
| real(r_kind) | parameter_class::gear_nr_eps |
| Convergence criterion for the newton-raphson of the gear solver. More... | |
| real(r_kind) | parameter_class::gear_timestep_max |
| For gear solver. More... | |
| integer | parameter_class::gear_nr_maxcount |
| Maximum newton-raphson iterations for gear solver. More... | |
| integer | parameter_class::gear_nr_mincount |
| Minimum newton-raphson iterations for gear solver. More... | |
| logical | parameter_class::gear_ignore_adapt_stepsize |
| Flag whether gear should ignore the adapt stepsize loop. More... | |
| logical | parameter_class::timestep_traj_limit |
| Should the timestep be limited by the timestep of the trajectory. More... | |
| logical | parameter_class::use_htpf |
| Use high temperature partition functions or not. More... | |
| logical | parameter_class::h_finab |
| Store the finab in hdf5 format rather than in ascii format. More... | |
| integer | parameter_class::solver |
| solver flag (0 - implicit Euler, 1 - Gear's method, ...), is integer as it is faster than comparing strings every timestep More... | |
| integer | parameter_class::heating_mode |
| Mode for heating: 0 - no heating, 1 - heating using an entropy equation, 2 - heating from the energy generation and trajectory changes. More... | |
| real(r_kind) | parameter_class::heating_t9_tol |
| Convergence parameter for the temperature in the heating mode. More... | |
| integer | parameter_class::screening_mode |
| Mode for coulomb corrections: 0 - no screening, 1 - screening using the prescription of Kravchuk & Yakovlev 2014. More... | |
| integer | parameter_class::interp_mode |
| Mode for interpolation of temperature and density. More... | |
| character(max_fname_len) | parameter_class::trajectory_file |
| name of trajectory data file More... | |
| character(max_fname_len) | parameter_class::seed_file |
| name of file with initial seeds for trajectory run More... | |
| character(max_fname_len) | parameter_class::seed_format |
| Seed format. More... | |
| character(max_fname_len) | parameter_class::net_source |
| list of isotopes included in the network (sunet) More... | |
| character(max_fname_len) | parameter_class::isotopes_file |
| properties of all isotopes in the network: masses, partition functions etc. (winvn) More... | |
| character(max_fname_len) | parameter_class::htpf_file |
| high-temperature partition functions (htpf.dat) More... | |
| character(max_fname_len) | parameter_class::reaclib_file |
| reaction rate library (reaclib) More... | |
| character(max_fname_len) | parameter_class::fission_rates_spontaneous |
| reaction library for spontaneous fission rates More... | |
| character(max_fname_len) | parameter_class::fission_rates_n_induced |
| reaction library for neutron induced fission rates More... | |
| character(max_fname_len) | parameter_class::fission_rates_beta_delayed |
| reaction library for beta delayed fission rates More... | |
| integer | parameter_class::fission_format_beta_delayed |
| Format of beta-delayed fission rates (0: Off, 1: Reaclib, 2: Halflifes, 3: Probability) More... | |
| integer | parameter_class::fission_format_n_induced |
| Format of neutron-induced fission rates (0: Off, 1: Reaclib) More... | |
| integer | parameter_class::fission_format_spontaneous |
| Format of spontaneous fission rates (0: Off, 1: Reaclib, 2: Halflifes) More... | |
| integer | parameter_class::fission_frag_spontaneous |
| Fragment distribution of spontaneous fission rates in case of custom fragments (fissflag=4) More... | |
| integer | parameter_class::fission_frag_n_induced |
| Fragment distribution of n-induced fission rates in case of custom fragments (fissflag=4) More... | |
| integer | parameter_class::fission_frag_beta_delayed |
| Fragment distribution of beta-delayed fission rates in case of custom fragments (fissflag=4) More... | |
| integer | parameter_class::fission_frag_missing |
| Fragment distribution in case of missing fragments in case of custom fragments (fissflag=4) More... | |
| character(max_fname_len) | parameter_class::weak_rates_file |
| weak rates library (twr.dat) More... | |
| character(max_fname_len) | parameter_class::tabulated_rates_file |
| tabulated rates library (e.g. talysNGrates.dat) More... | |
| character(max_fname_len) | parameter_class::tabulated_temperature_file |
| file containing grid of tabulated temperature file ("default" for default grid) More... | |
| character(max_fname_len) | parameter_class::chem_pot_file |
| tabulated chemical potential of electron gas More... | |
| character(max_fname_len) | parameter_class::nsep_energies_file |
| neutron separation energies More... | |
| character(max_fname_len) | parameter_class::nunucleo_rates_file |
| neutrino reaction rates on nucleons More... | |
| character(max_fname_len) | parameter_class::nuchannel_file |
| Contains neutrino channel information as in Sieverding et al. 2018. More... | |
| character(max_fname_len) | parameter_class::nurates_file |
| Neutrino reactions on heavy nuclei as in Sieverding et al. 2018. More... | |
| character(max_fname_len) | parameter_class::snapshot_file |
| File that contains days, where a snapshot should be made. More... | |
| character(max_fname_len) | parameter_class::bfission_file |
| Fission table for beta-delayed fission. More... | |
| character(max_fname_len) | parameter_class::nfission_file |
| Fission table for neutron-induced fission. More... | |
| character(max_fname_len) | parameter_class::sfission_file |
| Fission table for spontaneous fission. More... | |
| character(max_fname_len) | parameter_class::track_nuclei_file |
| File of nuclei to track. Gives an output similar to mainout.dat. More... | |
| character(max_fname_len) | parameter_class::alpha_decay_file |
| File with additional alpha decays. More... | |
| character(max_fname_len) | parameter_class::beta_decay_file |
| File for reading in beta decays in different format. More... | |
| character(max_fname_len) | parameter_class::trajectory_format |
| Format to read the trajectory. More... | |
| character(max_fname_len) | parameter_class::neutrino_mode |
| Similar to trajectory mode. More... | |
| character(max_fname_len) | parameter_class::t9_analytic |
| analytic temperature [T9] More... | |
| character(max_fname_len) | parameter_class::rho_analytic |
| analytic density [g/cm3] More... | |
| character(max_fname_len) | parameter_class::rkm_analytic |
| analytic radial scale [km] More... | |
| character(max_fname_len) | parameter_class::ye_analytic |
| analytic electron fraction More... | |
| character(max_fname_len) | parameter_class::le |
| electron-neutrino luminosities [erg/s] More... | |
| character(max_fname_len) | parameter_class::lebar |
| electron-antineutrino luminosities [erg/s] More... | |
| character(max_fname_len) | parameter_class::enue |
| average electron-neutrino energies [MeV] More... | |
| character(max_fname_len) | parameter_class::enuebar |
| average electron-antineutrino energies [MeV] More... | |
| character(max_fname_len) | parameter_class::lx |
| Muon and Tauon neutrino luminosities [erg/s]. More... | |
| character(max_fname_len) | parameter_class::lxbar |
| Muon and Tauon antineutrino luminosities [erg/s]. More... | |
| character(max_fname_len) | parameter_class::enux |
| average Muon and Tauon neutrino energies [MeV] More... | |
| character(max_fname_len) | parameter_class::enuxbar |
| average Muon and Tauon antineutrino energies [MeV] More... | |
| real(r_kind) | parameter_class::nu_max_time |
| Maximum time for neutrino reactions to react. More... | |
| real(r_kind) | parameter_class::nu_min_t |
| Neutrino temperature cutoff for neutrino reactions [MeV]. More... | |
| real(r_kind) | parameter_class::nu_min_l |
| Neutrino luminosity cutoff for neutrino reactions [erg/g/s]. More... | |
| character(max_fname_len) | parameter_class::prepared_network_path |
| Prepared network folder. More... | |
| integer | parameter_class::nr_maxcount |
| – Newton-Raphson iterative loop parameters More... | |
| integer | parameter_class::nr_mincount |
| Minimum iterations in NR. More... | |
| real(r_kind) | parameter_class::nr_tol |
| exit NR if tolerance less than this value More... | |
| integer | parameter_class::adapt_stepsize_maxcount |
| max. iterations in adapting the stepsize More... | |
| character(len= *), parameter, private | parameter_class::par_binary_name ='parameter.windat' |
| other static variables More... | |
| real(r_kind), dimension(:), allocatable | parameter_class::weights |
| – parameters for efficient numerical integration of effphase in the interval [1,infinity] More... | |
| real(r_kind), dimension(:), allocatable | parameter_class::xnodes |
| corresponding nodes " More... | |
| logical | parameter_class::weightscalculated = .false. |
| switch to calculated weights and nodes for [1,infinity] More... | |
| integer | parameter_class::ncc = 256 |
| nr of points for Clenshaw-Curtis integration More... | |
| real(r_kind), dimension(:), allocatable | parameter_class::dcc |
| real(r_kind), dimension(:), allocatable | parameter_class::matcc |
| matrices for Clenshaw-Curtis integration More... | |
| real(r_kind), dimension(:,:), allocatable | parameter_class::mcc |
Module parameter_class with all simulation parameters.
The error file code for this file is W34.
Definition in file parameter_class.f90.
| character(3) function yesno | ( | logical, intent(in) | claim | ) |
Converts .TRUE.->"yes", .FALSE. -> "no".
Definition at line 1704 of file parameter_class.f90.