I updated the figures under the "Roman Instrument Model Details" section of the documentation as it appeared they had not been updated with the latest optical model (see GIF). The how_tos.py was also modified in order to rearrange the first figure.
I also updated the caption to one of the figures to clearly state that the prism and grism PSFs shown are monochromatic.
Finally, I updated the Roman notebook, in particular by adding how to use the datacube() function for the spectroscopic "filters".
Note: there are no differences in the Roman CGI figures after re-running the code to generate the figure, so no update needed.
I updated the figures under the "Roman Instrument Model Details" section of the documentation as it appeared they had not been updated with the latest optical model (see GIF). The
how_tos.py
was also modified in order to rearrange the first figure.I also updated the caption to one of the figures to clearly state that the prism and grism PSFs shown are monochromatic.
Finally, I updated the Roman notebook, in particular by adding how to use the
datacube()
function for the spectroscopic "filters".Note: there are no differences in the Roman CGI figures after re-running the code to generate the figure, so no update needed.
POST-FACTO EDIT: The root cause of the difference was tracked down to the fix for https://github.com/spacetelescope/webbpsf/issues/666, which was rolled out as part of v1.2.0.