pynucastro.networks package#
The pynucastro modules that support the creation of networks. There are several main submodules here:
amrexastro_cxx_network:
the support routines to generate a C++ network that can be incorporated
into the AMReX-Astro Microphysics routines supported by astrophysical
hydrodynamics codes.
base_cxx_network:
the support routines to generate a standalone integrable network in
pure C++.
fortran_network: the
support routines for creating Fortran wrappers around the simple C++
network.
nse_network: a network
specialized in solving for nuclear statistical equilibrium.
numpy_network: a network
that caches rates to allow for more efficient computation.
python_network: the
support routines to generate a full, integrable network in python.
rate_collection: this is
simply a collection of rates that knows about the links connecting
nuclei. This is used as the base for the different classes the write
code to output networks for integration.
simple_cxx_network:
the support routines to generate a simple pure C++ network for
interfacing with simulation codes.
sympy_network_support:
common set of sympy routines that are used for code generation from
networks.
Submodules#
- pynucastro.networks.amrexastro_cxx_network module
- pynucastro.networks.base_cxx_network module
- pynucastro.networks.fortran_network module
- pynucastro.networks.nse_network module
- pynucastro.networks.numpy_network module
NumpyNetworkNumpyNetwork.yfacNumpyNetwork.prefacNumpyNetwork.clear_arrays()NumpyNetwork.coef_arrNumpyNetwork.coef_maskNumpyNetwork.evaluate_activity_arr()NumpyNetwork.evaluate_rates_arr()NumpyNetwork.evaluate_ydots_arr()NumpyNetwork.nuc_cons_countNumpyNetwork.nuc_prod_countNumpyNetwork.nuc_usedNumpyNetwork.update_prefac_arr()NumpyNetwork.update_yfac_arr()
- pynucastro.networks.python_network module
- pynucastro.networks.rate_collection module
CompositionComposition.AComposition.XComposition.ZComposition.abarComposition.bin_as()Composition.get_molar()Composition.get_nuclei()Composition.get_sum_X()Composition.normalize()Composition.plot()Composition.set_all()Composition.set_array()Composition.set_equal()Composition.set_nuc()Composition.set_random()Composition.set_solar_like()Composition.yeComposition.zbar
ExplorerRateCollectionRateCollection.add_rates()RateCollection.dedupe_partition_function_temperatures()RateCollection.evaluate_activity()RateCollection.evaluate_energy_generation()RateCollection.evaluate_jacobian()RateCollection.evaluate_rates()RateCollection.evaluate_screening()RateCollection.evaluate_ydots()RateCollection.find_duplicate_links()RateCollection.find_reverse()RateCollection.find_unimportant_rates()RateCollection.get_forward_rates()RateCollection.get_hidden_rates()RateCollection.get_nuclei()RateCollection.get_nuclei_latex_string()RateCollection.get_nuclei_needing_partition_functions()RateCollection.get_rate()RateCollection.get_rate_by_name()RateCollection.get_rate_by_nuclei()RateCollection.get_rate_pairs()RateCollection.get_rates()RateCollection.get_rates_latex_table_string()RateCollection.get_reverse_rates()RateCollection.gridplot()RateCollection.linking_nuclei()RateCollection.make_ap_pg_approx()RateCollection.make_nn_g_approx()RateCollection.make_nse_protons()RateCollection.network_overview()RateCollection.plot()RateCollection.plot_jacobian()RateCollection.plot_network_chart()RateCollection.pynucastro_dirRateCollection.rate_pair_overview()RateCollection.remove_nuclei()RateCollection.remove_rates()RateCollection.summary()RateCollection.validate()RateCollection.write_network()
RateDuplicationError
- pynucastro.networks.simple_cxx_network module
- pynucastro.networks.sympy_network_support module