File List
Here is a list of all files with brief descriptions:
[detail level
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3
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5
]
►
bin
►
class_files
__init__.py
nucleus_class.py
nucleus_multiple_class.py
reaclib_class.py
template_class.py
winnet_class.py
winvn_class.py
►
movie_script
►
src_files
__init__.py
FlowAnimation.py
ngamma_eq.py
nucleus_class.py
nucleus_multiple_class.py
parallel_save.py
template_class.py
winvn_class.py
wreader.py
winnet_movie.py
►
slurm_runs
winnet_monitor_failed.py
winnet_monitor_run.py
►
summary_script
►
src_files
__init__.py
nucleus_class.py
nucleus_multiple_class.py
template_class.py
wreader.py
summarize.py
__init__.py
convert_marketin_beta_decays.py
create_alpha_decay_file.py
create_mumpower_bdf_file.py
create_neutrino_loss_file.py
create_neutrino_nucleon_file.py
create_spontaneous_fission_file.py
examplecase_class.py
nucleus_example.py
reaclib_example.py
run_tests.py
testcase_class.py
winnet_example.py
►
data
►
Example_data
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Example_AGB_cescutti
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scripts
Plot_me.py
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Example_AGB_nishimura
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scripts
Plot_me.py
create_rates_grid.py
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Example_BigBang
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scripts
Plot_me.py
create_trajectory.py
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Example_BigBang_many
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scripts
Plot_me.py
create_trajectories.py
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Example_CCSN_explosive_burning_parametrized
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scripts
Plot_me.py
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Example_CCSN_wind_bliss
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scripts
Plot_me.py
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Example_classical_novae_jose
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scripts
Plot_me.py
fix_trajectory.py
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Example_CO_burning
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scripts
Plot_me.py
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Example_hydrostatic_hydrogen_burning
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scripts
Plot_me.py
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Example_i_process_dardelet
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scripts
Plot_me.py
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Example_MRSN_nup_process_obergaulinger
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scripts
Plot_me.py
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Example_MRSN_r_process_beta_winteler
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scripts
Plot_me.py
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Example_MRSN_r_process_obergaulinger
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scripts
Plot_me.py
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Example_MRSN_r_process_reichert
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scripts
Plot_me.py
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Example_MRSN_r_process_winteler
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scripts
plot_hdf5.py
Plot_me.py
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Example_MRSN_weakr_obergaulinger
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scripts
Plot_me.py
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Example_NSBH_rosswog
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scripts
Plot_me.py
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Example_NSM_disk_wu
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scripts
Plot_me.py
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Example_NSM_dyn_ejecta_bovard
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scripts
Plot_me.py
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Example_NSM_dyn_ejecta_fission_rosswog
►
scripts
Plot_me.py
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Example_NSM_dyn_ejecta_ns10ns10_rosswog
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scripts
Plot_me.py
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Example_NSM_dyn_ejecta_rosswog
►
scripts
Plot_me.py
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Example_NSM_wind_bins_martin
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scripts
Plot_me.py
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Example_NSM_wind_martin
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scripts
Plot_me.py
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Example_type_Ia_meakin
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scripts
Plot_me.py
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Example_xrayburst_schatz
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scripts
Plot_me.py
►
doc
►
doxygen
doxygen_pages
►
src
►
eostable_ls_timmes
eosfxt.f
ls_timmes_eos_module.f
timmes_eos_module.f
units_module.f
►
external_tools
chem_pot.f90
Subroutine
chempot
to compute chemical potentials of electrons and positrons
fsolve.f90
quadpack_module.f90
►
thermal_neutrinos
funct_fermi1.f90
sneut5.f90
thermal_neutrino_module.f90
alpha_decay_rate_module.f90
analysis.f90
Module
analysis
with various analysis subroutines
benam_class.f90
Module
benam_class
for network initialization
beta_decay_rate_module.f90
detailed_balance.f90
driver.f90
Contains the main
driver
routine
effphase_class.f90
Module
effphase_class
for calculating effective phase space integral
error_msg_class.f90
Module
error_msg_class
with error handling routines
expansion_module.f90
Module
expansion_module
for parametric expansions
file_handling_class.f90
Module
file_handling_class
fission_rate_module.f90
Count the amount of fission rates in half-life format
flow_module.f90
Module
flow_module
for calculating reaction flows
format_class.f90
Module
format_class
with format statements for data files
gear_module.f90
Contains the module
gear_module
global_class.f90
Modules:
global_class
,
hydro_trajectory
hdf5_module.f90
hydro_trajectory.f90
inter_module.f90
jacobian_class.f90
Module
jacobian_class
for calculating and solving the linearized equations
macros.h
mergesort_module.f90
network_init_module.f90
network_init_module
contains network_init and supplementary functions to set up and initialize the network
nuclear_heating.f90
Module
nuclear_heating
for self-consistent temperature updates
nucstuff_class.f90
Module
nucstuff_class
with nuclear physics helpers
nuflux_class.f90
Module
nuflux_class
and nu-flux related stuff
parameter_class.f90
Module
parameter_class
with all simulation parameters
pardiso_class.f90
Module
pardiso_class
with the sparse solver
parser_module.f90
Module
parser_module
, which enables parsing strings for analytic trajectory mode
reaclib_rate_module.f90
readini.f90
screening_module.f90
single_zone_vars.f90
tabulated_rate_module.f90
timestep_module.f90
tw_rate_module.f90
winnse_module.f90
Module
winnse_module
with subroutines needed for calculating nuclear statistical equilibrium
►
test
absorption_eq.py
alpha_decay.py
alpha_network.py
analytic_mode.py
beta_decay_format.py
beta_eq.py
bigbang.py
charged-current_reaction.py
detailed_balance.py
emission_eq.py
expand.py
fissfrag_custom.py
fissfrag_kodtak.py
fissfrag_kodtak_n_emission.py
fissfrag_mumpower.py
fissfrag_mumpower_n_emission.py
fissfrag_panov.py
fissfrag_panov_n_emission.py
fissrate_bdel.py
flow.py
gamma_eq.py
hdf5_format.py
nc_cc_reaction.py
neutral-current_reaction.py
neutron-decay-implicit-euler.py
neutron-decay.py
ni56-decay.py
nse.py
prepared_network.py
read_neutrino.py
read_seeds.py
read_trajectory.py
ref_nsm.py
rprocess-noheating.py
screening.py
switch_evolution.py
tabulated_rates.py
tabulated_rates_custom_grid.py
tw_rate.py
ulimit.py
