Deer @anwaets
Thank you so much for your help! I have followed your suggestions in stuprf.f. However, the “ancestor” always points at a neutron, a muon or some other leptons. So even if I believe stuprf.f is working well now, the results are still blank. To elaborate more explicitly, I extract an example in the dump file with row number around 79303 which is an oxygen reacted. Detail information are as followed:
Isotope reacted: O (15 8 0)
Secondaries: 4 (positron) 5 (electron neutrino)
Reaction type: 110 (radioactive decay)
(JTRACK XTRACK …) is this O itself with generation 6
(LLOUSE SPAREK ISPARK) points at a neutron with generation 5
Question 1: Is it possible to have access to another ancestor which may be an O or a N? Why the stuprf.f only record a neutron?
On the other hand, I have also used usrrnc.f to record every residual nuclei when it stops. The following line are USRRNC results right after this O reacted.
usrrnc 15 7 0
usrrnc 16 8 0
usrrnc 16 8 0
usrrnc 4 2 0
usrrnc 1 1 0
usrrnc 1 1 0
There are many protons followed which are not attached.
Question 2: If there is only one O reacted, why there are three isotopes stopped? I suppose that there should be only one recoil nuclei for the original O. I have strictly monitored any isotopes whether as reactants or products in the mgdraw.f and there’s no alert for the others. In addition, this stopped Helium is also strange because I have monitored Helium as well.
Question 3: USRRNC has frequently recorded a long list of protons. What reaction could it possibly be?
Thank you very much for reading through patiently and I’m really looking forward to your reply!
Best
Hechong Han
Te-LS.flair (3.4 KB)
newsource.f (7.3 KB)
mgdraw.f (10.6 KB)
stuprf.f (2.1 KB)
usrrnc.f (1.2 KB)