You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
We should implement some cross section plotting for homogenized universes. Currently, we only generate these universes from the branching reader, which does not have knowledge of the group structure. The results reader will, so we will have to do either accept an incoming group structure for the plot, or plot against group index if the group structure is missing.
I think we should also include the automated label formatting that the depleted material supports. This would be great for comparing plots against universes and/or against burnup, i.e. same cross section at BOL and 5 MWD/kgU burnup. Being able to use the universe name, burnup, day, and burnup step, as well as the cross section, in this formatting would be superb.
If we wanted to get real fancy, we could use the matplotlib math rendering to do something like $\sigma_f^\infty$ for infinite medium fission cross sections, for example.
The text was updated successfully, but these errors were encountered:
drewejohnson
changed the title
[Feature] Cross section plotting for homogenized universes
[ENH] Cross section plotting for homogenized universes
May 17, 2018
We should implement some cross section plotting for homogenized universes. Currently, we only generate these universes from the branching reader, which does not have knowledge of the group structure. The results reader will, so we will have to do either accept an incoming group structure for the plot, or plot against group index if the group structure is missing.
I think we should also include the automated label formatting that the depleted material supports. This would be great for comparing plots against universes and/or against burnup, i.e. same cross section at BOL and 5 MWD/kgU burnup. Being able to use the universe name, burnup, day, and burnup step, as well as the cross section, in this formatting would be superb.
If we wanted to get real fancy, we could use the matplotlib math rendering to do something like$\sigma_f^\infty$ for infinite medium fission cross sections, for example.
The text was updated successfully, but these errors were encountered: