Wim Haeck

Yes, the first messages you mention are essentially timing messages, which can be put in the output in a different way without using the standard call mess() mechanism. For the...

Hi Nicolo ERRORR has an option in it to reduce the size of the output (should be the 4th entry on the second card). In the input file you sent,...

A preliminary investigation of the source code makes believe that it is OK for neutrons and charged particles but not necessarily for photons on light targets. Here's where I am...

The following input file was provided: [h2-photonuclear-groupr.txt](https://github.com/njoy/NJOY2016/files/2865907/h2-photonuclear-groupr.txt)

To correct the threshold, we can replace the following two lines (lines 4922&4923): ``` thresh=(awr+1)*(-q)/awr alpha=(awr-1)**2/(awr+1)**2 ``` with ``` thresh=-q alpha=1 if (awrp.ne.zero) thresh=thresh*(awr+1)/awr if (awrp.ne.zero) alpha=(awr-1)**2/(awr+1)**2 ``` I also...

Hi. NJOY2012 actually modified the NJOY input for card 2 in THERMR - which is causing your issue. It added the iform argument between icoh and natom: ``` ! card...

I think this is something we should explore. Nathan, who maintains our CMake files, is currently away from the lab but I'll talk to him as soon as he's back.

@nasim1367 Thank you for providing the additional details, this is quite helpful. It looks like the evaluators for the photonuclear data used a LAW in MF6 that the photonuclear processing...

I was planning on downloading the library from the JENDL website but that works too. I had a quick look in the file. Only MT5 is present in MF6, and...

The fact that the LAW=0 issue pops up in these files is an issue that we have to fix, that's a given. Since there is no distribution data, no recoil...