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Currently, this documentation states that for level inelastic scattering, LDAT(1) = (1+A)*abs(Q)/A, implying that LDAT(1) should always be positive. This is typically true as Q values are generally negative, but this is not the case when looking at excited states, which may have positive Q values. One such example is Am244m1. Looking at line 10361 in acefc.f90, NJOY actually writes LDAT(1) = (1+A)*(-Q)/A. This is an important distinction for error checking in ACE files, as what NJOY actually writes can indeed be negative for excited states.
I have a fix prepared for this, but I am waiting to submit the PR, as there are several things that are waiting to be merged, and the PDF will is likely causing enough merge conflicts already.
The text was updated successfully, but these errors were encountered:
Currently, this documentation states that for level inelastic scattering, LDAT(1) = (1+A)*abs(Q)/A, implying that LDAT(1) should always be positive. This is typically true as Q values are generally negative, but this is not the case when looking at excited states, which may have positive Q values. One such example is Am244m1. Looking at line 10361 in
acefc.f90
, NJOY actually writes LDAT(1) = (1+A)*(-Q)/A. This is an important distinction for error checking in ACE files, as what NJOY actually writes can indeed be negative for excited states.I have a fix prepared for this, but I am waiting to submit the PR, as there are several things that are waiting to be merged, and the PDF will is likely causing enough merge conflicts already.
The text was updated successfully, but these errors were encountered: