This page is read only. You can view the source, but not change it. Ask your administrator if you think this is wrong. ====== Python Example for Stellar Evolution Modeling Using PySEP ====== This Python code snippet demonstrates the use of the PySEP library to model the evolution of a star. PySEP is a library specialized in stellar evolution physics. The code imports various default configurations for solar parameters, physics options, initial mass, and opacity tables from the library. It then initializes a stellar model with these configurations, evolves the model over time, and finally stores the results. This snippet is useful for researchers or students in astrophysics looking to simulate stellar processes. <code python> from pysep.dsep import stellarModel as sm from pysep.io.nml.control.defaults import solar from pysep.io.nml.physics.defaults import phys1 from pysep.prems.defaults import m100_GS98 from pysep.opac.opal.defaults import GS98hz model = sm(".", solar, phys1, GS98hz, m100_GS98) model.evolve() model.stash() </code>
