Calculation Logs

= Calculation Log =

NOTE: Figures and data are basically stored in Dropbox.

PPN
- 10/9-10/2019: Calculated overproduction factor (abundance ratio to the case with the Kappeler 1994 rate) as per request of Greg and Grisha. 5 solar mass with solar system metallicity (asplund). Trajectory.inpu was obtained from star.log. See 191010. The results do not agree much with Heshani's NEWTON calculations. But I checked trajectories, etc, carefully, so my calculations should be ok.

- 10/12: Since I found the calculations above are not right (used Z=0.01 Asplund 2005 abundance), I recalculated with Z=0.02 abundance files (GN93). The results still don't match with Heshani's calculations, but they changed quite a bit from Z=0.01 ones.

- 10/13: Run XRB examples.Learned many heavy p-rich nuclei are actually produced by successive (p,g) on stable heavy nuclei (not simply started from light stable nuclei).

- 10/27: Run XRB examples. Tested changing a reaction (59Cu(p,g)) by factor of 100 (in ppn_physics.input) and see if the abundances are changed. I confirmed it does. However, only neighborning nuclei are changed and no effect on lighter or much heavier nuclei. This is because I'm running in single zone and energy generation is not affected by this reaction change (which should be a lot; see Cybert APJ 2016). Also I wrote some scripts in analysis directory.

MPPNP
- 10/10-14/2019 (GCA): Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are (probably) set to Kappeler1994??. Because PPN results didn't agree with Talwar or Heshani either, so I just hoped MPPNP might improve the disagreement.

- 10/17-22/2019 - (WENDI) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Longland2012.

- 10/17-21/2019 - (GCA) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Talwar2016.

- 10/18-19/2019 - (GC-Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Massimi2015.

- 10/20/2019 - (GC-Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Kappeler1994 (to check 10/10-14 run is truly Kappeler1994).

- 10/24-25/2019 (GCA): Recalculated 5 M Z=0.02 (initially 10/17-21) because some outputs (hdf5) have bad data (missing some cycles; 385001, 435001, ect). So tried by just running these cycles.

- 10/30-31/2019 (GC-MASTER): 25M Z=0.02 from the Canfar hdf5 data. To see s-process impact on massive stars. 22Ne(a,n/g) rates set to Talwar2016.

- 11/1/2019 (GC-MASTER): 25M Z=0.02 from the Canfar hdf5 data. To see s-process impact on massive stars. 22Ne(a,n/g) rates set to Longland2012.

- 11/1/2019 (GC-MASTER): 25M Z=0.02 from the Canfar hdf5 data. To see s-process impact on massive stars. 22Ne(a,n/g) rates set to Kappeler1994.

- 11/2/2019 (GC-MASTER): 25M Z=0.02 from the Canfar hdf5 data. To see s-process impact on massive stars. 22Ne(a,n/g) rates set to Massimi2015.

- 11/3/2019 (GC-MASTER): 25M Z=0.02 from the Canfar hdf5 data. To see s-process impact on massive stars. 22Ne(a,n/g) rates set to TAMU2019 (paper ver. 2019/11/3).

- 11/3/2019 (GC-MASTER): 25M Z=0.02 from the Canfar hdf5 data. To see s-process impact on massive stars. 22Ne(a,n/g) rates set to TAMU2019 (a,n) Upperlimit, (a,g) lowerlimit (paper ver. 2019/11/3).

>>>>>>>>>>>>>>>>>>> 11/3/2019, 25M Z=0.02 completed!

- 11/4/2019 - (GC-Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 (paper ver. 2019/11/3).

- 11/5/2019 - (GC-Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 UL ((a,n) Upperlimit, (a,g) lowerlimit) (paper ver. 2019/11/3).

>>>>>>>>>>>>>>>>>>> 11/5/2019, 5M Z=0.02 completed!

- 11/6-7/2019 - (GC-Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Talwar2016. '''NOTE Canfar data do not match the .idx file. For example, 70001.hd5 starts with the cycle 70000. So this causes errors (I needed to change the file name to 70000.hd5 and change in .idx file too. Also NOTE this canfar has a mistake in .idx file. It doesn't include until last cycle, so you need to add the whole cycles in .idx file otherwise calculations are interrupted.'''

- 11/6-9/2019 - (GCA) : Calculated 5M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Talwar2016. '''NOTE Canfar data has a problem in cycle 60000. Both 590001.h5 an 60001.h5 files have cycle 60000, but 59001.h5's one is broken. So I deleted it and saved in hdf5view and also changed the name of 60001.h5 to 60000.h5 and as well as in .idx file. Important things to know are Canfar data are not simply read-only (because cycle 60000 is added if the calculations failed) and name in .idx is important. I.e., if I keep 60001.h5 name then, the error occurs because 60000 is empty and the file says the first cycle is 60001 even 60000 exists in the file. So be careful there's no conflict in file names (file name is read by the mppnp to know about the cycle). '''

- 11/6-8/2019 - (WENDI) : Calculated 5M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Longland2012.

- 11/8-9/2019 - (GC-Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Longland2012.

- 11/8-10/2019 - (WENDI) : Calculated 5M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Massimi2015.'''NOTE: Had the same problem above as GCA. Fixed cycle 60000 and run well. (don't know why longland2012 run with Wendi was ok above...) IMPORTANT!! run stopped before cycle 90000. Almost same reason above (h5 file problem). I tried to fix it, but wget or google drive download didn't work (internet connection??), so I couldn't. I'll fix it later.'''

- 11/9-10/2019 - (GC-Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to NACRE1999.

- 11/9-12/2019 - (GCA) : Calculated 5M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to NACRE1999.

- 11/10-12/2019 - (WENDI) : Calculated 5M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Kp1994.

>>>>>>>>>>>>>>>>>>> '11/11/2019, WENDI data all deleted by Fork mistakenly.... Need to rerun for all WENDI runs up to this day '

- 11/10-11/2019 - (GC-Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Massimi2015.

- 11/11-12/2019 - (GC-Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Kp1994.

- 11/12-13/2019 - (GC-Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019.''This might be wrong (kp1994) because seemingly I didn't change vital.F90... !!Check by analyzing data 112119 and seems ok!''

- 11/12-15/2019 - (GCA) : Calculated 5M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019.

>>>>>>>>>>>>>>>>>>> '11/13/2019, restart using WENDI after chat with Fork. Now data are saved in /home/user/user/scratch14_wendi3/sota/; do the same calculations for lost data first '

- 11/13-15?/2019 - (WENDI) : Calculated 5M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Kp1994. ''Cancelled! Too slow (maybe someone's using it).''

- 11/14-15/2019 - (GC-Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 UL ((a,n) Upperlimit, (a,g) lowerlimit) (paper ver. 2019/11/3) ''This might be wrong (kp1994) because seemingly I didn't change vital.F90... !!Check by analyzing data 112119 and seems ok!''

>>>>>>>>>>>>>>>>>>> '11/14/2019, start using WENDI Backup server (astrohub.phys.uvic.ca) after chat with Falk (I call this Wendi-b). Now data are saved in /home/user/user/scratch14_wendi3/sota/; do the same calculations for lost data first '

- 11/14-16?/2019 - (WENDI-b) : Calculated 5M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Massimi2016. ''Cancelled! Too slow (maybe someone's using it).''

>>>>>>>>>>>>>>>>>>> 11/15/2019, 3M Z=0.02 completed!

- 11/15-16/2019 - (GC-Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to NACRE1999. This might be wrong (kp1994) because seemingly I didn't change vital.F90... Run again 11/16-17 (surf 000501.surf.h5 has problem. Replaced with Talwar2016 one for now)

- 11/15-18/2019 - (GCA) : Calculated 5M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 UL ((a,n) Upperlimit, (a,g) lowerlimit) (paper ver. 2019/11/3).

- 11/16/2019 - (GC-Master) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to NACRE1999.

- 11/18/2019 - (GC-Master): Calculated 5M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Longland2012.

- 11/19/2019 - (GC-Master): Calculated 5M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Kp1994.

- 11/19-21/2019 - (GCA) : Calculated 25M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Massimi2016.

- 11/20-21/2019 - (GC-Master): Calculated 3M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Kp1994.

- 11/20-23/2019 - (cycdhcp39+SonyLinux) : Calculated 5M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Massimi2016.

- 11/20-??/2019 - (Wendi-b) : Calculated 3M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to ???.

- 11/21-22/2019 - (GC-Master): Calculated 3M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Massimi2016.

- 11/21-23?/2019 - (Wendi): Calculated 3M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to NACRE1999.

- 11/22-24/2019 - (GCA) : Calculated 25M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to NACRE1999.

- 11/22-23/2019 - (GC-Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Longland2012.

- 11/23-26/2019 - (cycdhcp39) : Calculated 25M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Kp1994. '''SonyLinux didn't work due to network issue. Stand-alone now. '''

- 11/23-24/2019 - (GC-Master) : Calculated 3M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Longland2012.

- 11/24-26/2019 - (GCA) : Calculated 25M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Talwar2016.

- 11/24-25/2019 - (GC-Master) : Calculated 3M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Talwar2016.

- 11/25-26/2019 - (GC-Master) : Calculated 3M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to NACRE1999.

- 11/26-28/2019 - (GCA) : Calculated 25M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Longland2012.

- 11/26-29/2019 - (cycdhcp39) : Calculated 25M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019. '''SonyLinux didn't work due to network issue. Stand-alone now. '''

- 11/27-28/2019 - (GC-Master) : Calculated 3M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019.

- 11/28-29/2019 - (GC-Master) : Calculated 3M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019UL.

>>>>>>>>>>>>>>>>>>> 11/29/2019, 3M Z=0.01 completed!

- 11/28-30/2019 - (GCA) : Calculated 25M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019UL.

>>>>>>>>>>>>>>>>>>> 11/30/2019, 25M Z=0.01 completed!

- 11/29/2019 - (GC-Master) : Calculated 1.65M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019.

- 11/29-12/1/2019 - (cycdhcp39) : Calculated 12M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019.

- 11/30/2019 - (GC-Master) : Calculated 7M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019.

- 11/30-12/1/2019 - (GC-Master) : Calculated 8M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019. (This is probably from a test data set hdf5 that I made with mesa_h5.py, so not serious calculations).

'''Important!! I noticed that tame_2019 reaction rate is slightly different from ones submitted to PLB. Only different in low temp such as T9=0.1-0.15, so probably no effect on abundance. But I should switch the rate file with this soon. (for following rate files for sensitivity study, the correct one is used (see mc-rates.py explanation in the python section)'''

- 12/7-8/2019 - (GC-Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11112keV x 10. --> Got an error at cycle 77440 (eventually aborted at 77500). Not sure if it's because of disc space lack or something else. Recalculated 12/8-9 (GC-Master) from scratch (no error this time).

- 12/14-15/2019 - (GC-Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11318keV Gn/Gg ratio = 5.0 (wg(a,g) = 37ueV, (a,n)~ same as Drotleff).

- 12/15-16/2019 - (GC-Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11318keV Gn/Gg ratio = 0.5 (wg(a,g) = 37ueV, (a,n)~ very small).

- 12/16-18/2019 - (GCA) : Calculated 7M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11318keV Gn/Gg ratio = 5.0 (wg(a,g) = 37ueV, (a,n)~ same as Drotleff).

- 12/16-19?/2019 - (cycdhcp190) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11318keV Gn/Gg ratio = 5.0 (wg(a,g) = 37ueV, (a,n)~ same as Drotleff).

- 12/17-18/2019 - (GC-Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11171keV Ga x 1000 (wg ~ 65 neV).

- 12/18-20?/2019 - (GCA) : Calculated 7M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11318keV Gn/Gg ratio = 0.5 (wg(a,g) = 37ueV, (a,n)~ same as Drotleff).

- 12/18-19/2019 - (GC-Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11171keV Ga x 100 (wg ~ 6.5 neV).

- 12/19-21?/2019 - (cycdhcp190) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11318keV Gn/Gg ratio = 0.5 (wg(a,g) = 37ueV, (a,n)~ very small).

- 12/19-20/2019 - (GC-Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11112keV Ga x 10.

- 12/19-21/2019 - (GCA) : Calculated 7M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11171keV Ga x 1000 (wg ~ 65 neV).

- 12/21-22/2019 - (GC-Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11112keV Ga x 0.1 (Ga_max is multiplied by 0.1).

>>>>>>>>>>>>>>>>>>> 12/22/2019, 5M Z=0.02 Sensitivity study completed!

- 12/21-23/2019 - (GCA) : Calculated 7M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11171keV Ga x 100 (wg ~ 6.5 neV). '''STUPID!!! Deleted the output data by mistake.... Need to run again (DONE 12/24-26)'''

- 12/21-23/2019 - (cycdhcp190) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11171keV Ga x 1000 (wg ~ 65 neV).

- 12/23-24/2019 - (GC-Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11318keV Gn/Gg ratio = 5.0 (wg(a,g) = 37ueV, (a,n)~ same as Drotleff).

- 12/23-24/2019 - (GCA) : Calculated 7M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11112keV Ga x 10.

- 12/23-25/2019 - (cychdcp190) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11171keV Ga x 100 (wg ~ 6.5 neV).

- 12/24-26/2019 - (GC-Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11318keV Gn/Gg ratio = 0.5 (wg(a,g) = 37ueV, (a,n)~ very small).

- 12/25-27/2019 - (cycdhcp190) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11112keV Ga x 10.

- 12/26-27/2019 - (GCA) : Calculated 7M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11112keV Ga x 0.1 (Ga_max is multiplied by 0.1).

>>>>>>>>>>>>>>>>>>> 12/27/2019, 7M Z=0.02 Sensitivity study completed!

- 12/26-28/2019 - (GC-Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11171keV Ga x 1000 (wg ~ 65 neV).

- 12/27-29/2019 - (cycdhcp190) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11112keV Ga x 0.1 (Ga_max is multiplied by 0.1).

>>>>>>>>>>>>>>>>>>> 12/29/2019, 25M Z=0.02 Sensitivity study completed!

- 12/28-29/2019 - (GC-Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11171keV Ga x 100 (wg ~ 6.5 neV).

- 12/27-31/2019 - (GCA) : Calculated 12M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11318keV Gn/Gg ratio = 5.0 (wg(a,g) = 37ueV, (a,n)~ same as Drotleff).

- 12/29-1/3/2020 - (cychdcp190) : Calculated 12M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11318keV Gn/Gg ratio = 0.5 (wg(a,g) = 37ueV, (a,n)~ very small). '''NOTE ! This might be just normal tamu2019... (I might set the wrong nuclear reaction file on vital.F90..)'''

- 12/29-30/2019 - (GC-Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11112keV Ga x 10.

- 12/30-1/1/2020 - (GC-Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11112keV Ga x 0.1 (Ga_max is multiplied by 0.1).

>>>>>>>>>>>>>>>>>>> 12/30?/2019, 3M Z=0.02 Sensitivity study completed!

- 1/1-1/9/2020 - (GCA) : Calculated 12M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11171keV Ga x 1000 (wg ~ 65 neV).

- 1/3-1/4/2020 - (GC-Master) : Calculated 1.65M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11318keV Gn/Gg ratio = 5.0 (wg(a,g) = 37ueV, (a,n)~ same as Drotleff).

- 1/4/2020 - (GC-Master) : Calculated 1.65M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11171keV Ga x 1000 (wg ~ 65 neV).

- 1/4-1/9/2020 - (cycdhcp190) : Calculated 12M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11112keV Ga x 10.

- 1/4-1/5/2020 - (GC-Master) : Calculated 1.65M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11112keV Ga x 10.

- 1/5-7/2020 - (GC-Master) : Calculated 1.65M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11112keV Ga x 0.1 (Ga_max is multiplied by 0.1). (1/5-6; guardia was down).

- 1/10-13/2020 - (cycdhcp190) : Calculated 12M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11112keV Ga x 0.1 (Ga_max is multiplied by 0.1).

- 7/9-10/2020 - (GAC-ACQD) : Calculated 12M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11171keV Ga x 100 (wg ~ 6.5 neV).

- 7/10-11/2020 - (GAC-ACQD) : Calculated 1.65M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11171keV Ga x 100 (wg ~ 6.5 neV).

- 7/11-12/2020 - (GAC-ACQ) : Calculated 1.65M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 Ex11318keV Gn/Gg ratio = 0.5 (wg(a,g) = 37ueV, (a,n)~ very small).

- 7/25-26/2020 - (GAC-ACQ) : Calculated 3M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 (default), but increased 95Zr(n,g) rate by 3times. Tried to check if my calculations reproduce Umberto's Zr isotope plots in persolar grains.

- 7/27-28/2020 - (GAC-ACQ) : Calculated 3M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 (default), but increased 95Zr(n,g) rate by 10times. Tried to check if my calculations reproduce Umberto's Zr isotope plots in persolar grains.

- 7/31-8/1/2020 - (GC-Master) : Calculated 7M Z=0.02 from the Mesa hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 (default).

- 1/1-1/2/2021 - (GAC-ACQ) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Talwar2016 to make sure I set this rate when I calculated in 2019 (or 2020). --> confirmed I did correctly, so output deleted.

- 1/2-1/3/2021 - (GAC-ACQ) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Longland2012 to make sure I set this rate when I calculated in 2019 (or 2020). --> confirmed I did correctly, so output deleted.

>>>>>>>>>>>>>>>>>>> 'Recalculation campaign started!! (all previous calculations used 22Ne(a,g) default rate (NACRE)'

- 1/4/2021 - (GAC-ACQ) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Longland2012. Marco pointed out that I didn't change ppn_physics.input: 22Ne(a,g) to True (default is Fault). So I recalculated by setting 22Ne(a,g) to True (use the rate set in Vital.F90

- 1/4-1/5/2021 - (GAC-ACQ) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Talwar2016.

- 1/5/2021 - (GAC-ACQ) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Massimi2015.

- 1/5-1/6/2021 - (GAC-ACQ) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Tamu2019 (NOTE!! The rate is fixed to the published value! (minor improvement though, c.f. 2019 Nov version).

- 1/6/2021 - (GAC-ACQ) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to NACRE1999.

- 1/7/2021 - (GAC-ACQ) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Talwar2016.

- 1/7-1/8/2021 - (GAC-ACQ) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Longland2012.

>>>>>>>>>>>>>>>>>>> 'GC-MASTER Got Back!! '

- 1/7-1/8/2021 - (GC-MASTER) : Calculated 3M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Longland2012.

- 1/8-1/9/2021 - (GAC-ACQ) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019.

- 1/8-1/9/2021 - (GC-MASTER) : Calculated 3M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Talwar2016.

- 1/9-1/10/2021 - (GAC-ACQ) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Massimi2015.

- 1/11-1/12/2021 - (GC-MASTER) : Calculated 3M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Tamu2019.

- 1/11-1/12/2021 - (GAC-ACQ) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to NACRE1999.

- 1/12/2021 - (GAC-ACQ) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Tamu2019 (but used in Talwar's part in Vital.F90 - just to check that the code works appropriately).

- 1/12-1/13/2021 - (GC-MASTER) : Calculated 3M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Massimi2015.

- 1/13/2021 - (GAC-ACQ) : Calculated 25M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Tamu2019.

- 1/13/2021 - (GAC-ACQ) : Calculated 25M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Massimi2015.

- 1/13-1/14/2021 - (GC-MASTER) : Calculated 3M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to NACRE1999.

- 1/26/2021 - (GAC-ACQ+GC_Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Talwar2016. Set (a,n) UL and (a,g) LL (lower limit)

- 1/27-1/28/2021 - (GAC-ACQ+GC_Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Talwar2016. Set (a,n) LL and (a,g) UL (lower limit)

- 1/28/2021 - (GAC-ACQ+GC_Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Longland2012. Set (a,n) UL and (a,g) LL (lower limit) - continue on and off to 1/30 because of firewall issues.

- 1/30-1/31/2021 - (GAC-ACQ+GC_Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Longland2012. Set (a,n) LL and (a,g) UL (lower limit)

- 2/3/2021 - (GAC-ACQ+GC_Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019. Set (a,n) LL and (a,g) UL (lower limit)

- 2/3-2/4/2021 - (GAC-ACQ+GC_Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019. Set (a,n) UL and (a,g) LL (lower limit)

- 2/3/2021 - (GAC-ACQ+GC_Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019. Set (a,n) LL and (a,g) UL (lower limit)

- 2/6/2021 - (GAC-ACQ+GC_Master) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019. Set (a,n) UL and (a,g) LL (lower limit)

- 2/7/2021 - (GAC-ACQ+GC_Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data (Umberto's model). 22Ne(a,n/g) rates are set to TAMU2019. Set (a,n) UL and (a,g) LL (lower limit)

- 2/7/2021 - (GAC-ACQ+GC_Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data (Umberto's model). 22Ne(a,n/g) rates are set to TAMU2019. Set (a,n) LL and (a,g) UL (upper/lower limit)

- 2/7/2021 - (GAC-ACQ+GC_Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data (Umberto's model). 22Ne(a,n/g) rates are set to TAMU2019.

- 2/8/2021 - (GAC-ACQ+GC_Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data (Umberto's model). 22Ne(a,n/g) rates are set to Talwar2016.

- 2/8/2021 - (GAC-ACQ+GC_Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data (Umberto's model). 22Ne(a,n/g) rates are set to Talwar2016. Set (a,n) UL and (a,g) LL (upper/lower limit)

- 2/10/2021 - (GAC-ACQ+GC_Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data (Umberto's model). 22Ne(a,n/g) rates are set to Talwar2016. Set (a,n) LL and (a,g) UL (upper/lower limit)

- 2/11/2021 - (GAC-ACQ+GC_Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data (Umberto's model). 22Ne(a,n/g) rates are set to Longland2012.

- 2/11/2021 - (GAC-ACQ+GC_Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data (Umberto's model). 22Ne(a,n/g) rates are set to Longland2012. Set (a,n) UL and (a,g) LL (upper/lower limit)

- 2/11-2/12/2021 - (GAC-ACQ+GC_Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data (Umberto's model). 22Ne(a,n/g) rates are set to Longland2012. Set (a,n) LL and (a,g) UL (upper/lower limit)

- 2/12/2021 - (GAC-ACQ+GC_Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data (Umberto's model). 22Ne(a,n/g) rates are set to Massimi2015.

- 2/12-2/13/2021 - (GAC-ACQ+GC_Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data (Umberto's model). 22Ne(a,n/g) rates are set to Adsley2019(WithTAMUdata).

- 2/13/2021 - (GAC-ACQ+GC_Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data (Umberto's model). 22Ne(a,n/g) rates are set to Adsley2019(WithTAMUdata). Set (a,n) UL and (a,g) LL (upper/lower limit)

- 2/13/2021 - (GAC-ACQ+GC_Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data (Umberto's model). 22Ne(a,n/g) rates are set to Adsley2019(WithTAMUdata). Set (a,n) LL and (a,g) UL (upper/lower limit)

- 2/14/2021 - (GAC-ACQ+GC_Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Adsley2019(WithTAMUdata).

- 2/14/2021 - (GAC-ACQ+GC_Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Adsley2019(WithTAMUdata). Set (a,n) UL and (a,g) LL (upper/lower limit)

- 2/15/2021 - (GAC-ACQ+GC_Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Adsley2019(WithTAMUdata). Set (a,n) LL and (a,g) UL (upper/lower limit)

- 2/24/2021 - (GAC-ACQ+GC_Master) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Adsley2019(WithTAMUdata).

- 2/24-2/25/2021 - (GAC-ACQ+GC_Master) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Adsley2019(WithTAMUdata). Set (a,n) UL and (a,g) LL (upper/lower limit)

- 2/25/2021 - (GAC-ACQ+GC_Master) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Adsley2019(WithTAMUdata). Set (a,n) LL and (a,g) UL (upper/lower limit)

- 2/26/2021 - (GAC-ACQ+GC_Master) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019. Set (a,n) LL and (a,g) UL

- 2/26/2021 - (GAC-ACQ+GC_Master) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Talwar2016. Set (a,n) UL and (a,g) LL

- 2/27/2021 - (GAC-ACQ+GC_Master) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Talwar2016. Set (a,n) LL and (a,g) UL (NOTE!! The output hdf files may be something wrong (double size of usual outputs). It's because I didn't do ./clean.sh and remove files from the previous run before starting). --> Recalculated (2/28). Data deleted.

- 2/28/2021 - (GAC-ACQ+GC_Master) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Longland. Set (a,n) UL and (a,g) LL

- 2/28/2021 - (GAC-ACQ+GC_Master) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Longland. Set (a,n) LL and (a,g) UL

- 2/28/2021 - (GAC-ACQ+GC_Master) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to Talwar2016. Set (a,n) LL and (a,g) UL

- 3/1/2021 - (GAC-ACQ+GC_Master) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 with case1 (wg(a,g)=37 ueV, wg(a,n)=140 ueV at Ex=11.32 MeV)

- 3/1/2021 - (GAC-ACQ+GC_Master) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 with case2 (wg(a,g)=540 neV, wg(a,n)=30 neV at Ex=11.17 MeV)

- 3/2/2021 - (GAC-ACQ+GC_Master) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 with case3 (wg(a,g)= ~0 neV, wg(a,n)=10 neV at Ex=11.11 MeV)

- 3/3/2021 - (GAC-ACQ+GC_Master) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 with case4 (wg(a,g)= ~0 neV, wg(a,n)=0.1 neV at Ex=11.11 MeV)

- 3/3/2021 - (GAC-ACQ+GC_Master) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 with case5 (wg(a,g)= 0 neV, wg(a,n)=0 neV at Ex=11.11 MeV)

- 3/3-3/4/2021 - (GAC-ACQ+GC_Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 with case1 (wg(a,g)=37 ueV, wg(a,n)=140 ueV at Ex=11.32 MeV)

- 3/4/2021 - (GAC-ACQ+GC_Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 with case2 (wg(a,g)=540 neV, wg(a,n)=30 neV at Ex=11.17 MeV)

- 3/5/2021 - (GAC-ACQ+GC_Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 with case3 (wg(a,g)= ~0 neV, wg(a,n)=10 neV at Ex=11.11 MeV)

- 3/5-3/6/2021 - (GAC-ACQ+GC_Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 with case4 (wg(a,g)= ~0 neV, wg(a,n)=0.1 neV at Ex=11.11 MeV)

- 3/6/2021 - (GAC-ACQ+GC_Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 with case5 (wg(a,g)= 0 neV, wg(a,n)=0 neV at Ex=11.11 MeV)

- 3/7/2021 - (GAC-ACQ+GC_Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data (Umberto's model). 22Ne(a,n/g) rates are set to TAMU2019 with case1 (wg(a,g)=37 ueV, wg(a,n)=140 ueV at Ex=11.32 MeV)

- 3/7/2021 - (GAC-ACQ+GC_Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data (Umberto's model). 22Ne(a,n/g) rates are set to TAMU2019 with case2 (wg(a,g)=540 neV, wg(a,n)=30 neV at Ex=11.17 MeV)

- 3/8/2021 - (GAC-ACQ+GC_Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data (Umberto's model). 22Ne(a,n/g) rates are set to TAMU2019 with case3 (wg(a,g)= ~0 neV, wg(a,n)=10 neV at Ex=11.11 MeV)

- 3/8/2021 - (GAC-ACQ+GC_Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data (Umberto's model). 22Ne(a,n/g) rates are set to TAMU2019 with case4 (wg(a,g)= ~0 neV, wg(a,n)=0.1 neV at Ex=11.11 MeV)

- 3/8/2021 - (GAC-ACQ+GC_Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data (Umberto's model). 22Ne(a,n/g) rates are set to TAMU2019 with case5 (wg(a,g)= 0 neV, wg(a,n)=0 neV at Ex=11.11 MeV)

- 3/22/2021 - (GAC-ACQ+GC_Master) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 with case6 (wg(a,g)= 0 neV, wg(a,n)=10 neV (treated as Upper Limit) at Ex=11.11 MeV)

- 3/23/2021 - (GAC-ACQ+GC_Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 with case6 (wg(a,g)= 0 neV, wg(a,n)=10 neV (treated as Upper Limit) at Ex=11.11 MeV)

- 5/26/2021 - (GAC-ACQ+GC_Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data (Umberto's model). 22Ne(a,n/g) rates are set to TAMU2019 with case3 (wg(a,g)= 0 neV, wg(a,n)=10 neV (treated as Upper Limit) at Ex=11.11 MeV). Note former case 3 were wrong because of misunderstanding between Greg and me. Now it's set correctly.

- 5/26/2021 - (GAC-ACQ+GC_Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 with case3 (wg(a,g)= 0 neV, wg(a,n)=10 neV (treated as Upper Limit) at Ex=11.11 MeV). Note former case 3 were wrong because of misunderstanding between Greg and me. Now it's set correctly.

NOTE!!! 5M Z=0.02. Case 5 was deleted by mistake.... Need to rerun again (done 5/28).

- 5/27/2021 - (GAC-ACQ+GC_Master) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 with case3 (wg(a,g)= 0 neV, wg(a,n)=10 neV (treated as Upper Limit) at Ex=11.11 MeV). Note former case 3 were wrong because of misunderstanding between Greg and me. Now it's set correctly.

- 5/28/2021 - (GAC-ACQ+GC_Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 with case5 (wg(a,g)= 0 neV, wg(a,n)=0 neV at Ex=11.11 MeV)

- 6/7/2021 - (GAC-ACQ+GC_Master) : Calculated 25M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 with case3a (wg(a,g)= 0 neV, wg(a,n)=10 neV (treated as Upper Limit) at Ex=11.11 MeV). Note former case 3a were newly made by Greg.

- 6/8/2021 - (GAC-ACQ+GC_Master) : Calculated 5M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 with case3a (wg(a,g)= 0 neV, wg(a,n)=10 neV (treated as Upper Limit) at Ex=11.11 MeV). Note former case 3a were newly made by Greg.

NOTE!! GAC-ACQ crushed on 6/9 so it had been down until Robert Burch fixed.

- 6/17/2021 - (GAC-ACQ+GC_Master) : Calculated 3M Z=0.02 from the Canfar hdf5 data (Umberto's model). 22Ne(a,n/g) rates are set to TAMU2019 with case3a (wg(a,g)= 0 neV, wg(a,n)=10 neV (treated as Upper Limit) at Ex=11.11 MeV). Note former case 3a were newly made by Greg.

STARTED Z=0.01 cases!!

- 6/19/2021 - (GAC-ACQ+GC_Master) : Calculated 25M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 with case0 (i.e., TAMU recommended rate)

- 6/20/2021 - (GAC-ACQ+GC_Master) : Calculated 25M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 with case1 (i.e., Ex=11.32 MeV resonance enhanced rate)

- 6/21/2021 - (GAC-ACQ+GC_Master) : Calculated 25M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 with case2 (i.e., Ex=11.17 MeV resonance enhanced rate)

- 6/22/2021 - (GAC-ACQ+GC_Master) : Calculated 25M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 with case3 (i.e., Ex=11.11 MeV resonance enhanced rate)

- 6/22/2021 - (GAC-ACQ+GC_Master) : Calculated 25M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 with case5 (i.e., Ex=11.11 MeV resonance turned off)

- 6/22/2021 - (GAC-ACQ+GC_Master) : Calculated 5M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 with case5 (i.e., Ex=11.11 MeV resonance turned off)

- 6/23/2021 - (GAC-ACQ+GC_Master) : Calculated 5M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 with case3 (i.e., Ex=11.11 MeV resonance enhanced rate)

- 6/23/2021 - (GAC-ACQ+GC_Master) : Calculated 5M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 with case2 (i.e., Ex=11.17 MeV resonance enhanced rate)

- 6/24/2021 - (GAC-ACQ+GC_Master) : Calculated 5M Z=0.01 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 with case1 (i.e., Ex=11.32 MeV resonance enhanced rate)

- 7/1/2021 - (GAC-ACQ+GC_Master) : Calculated 3M Z=0.01 from the Canfar hdf5 data (Umberto's model). 22Ne(a,n/g) rates are set to TAMU2019.

- 7/2/2021 - (GAC-ACQ+GC_Master) : Calculated 3M Z=0.01 from the Canfar hdf5 data (Umberto's model). 22Ne(a,n/g) rates are set to TAMU2019 with case1.

- 7/5/2021 - (GAC-ACQ+GC_Master) : Calculated 3M Z=0.01 from the Canfar hdf5 data (Umberto's model). 22Ne(a,n/g) rates are set to TAMU2019 with case2.

- 7/7/2021 - (GAC-ACQ+GC_Master) : Calculated 3M Z=0.01 from the Canfar hdf5 data (Umberto's model). 22Ne(a,n/g) rates are set to TAMU2019 with case3.

>>>>>>>>>>>>>>>>>>> 'Campaign runs for NuPyCEE (GCE calculations) started!! '

- 10/17/2021 - (GAC-ACQ+GC_Master) : Calculated 7M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 recommended.

>>>>>>>>>>>>>>>>>>> 'I found an error in ne22_tamu.data file's (a,g) UL rate at 0.16 GK. The order of magnitude was 1e-18 instead of 1-e19. This mistake was used in PRC paper as well, but it shouldn't be matter at all because the temperature is outside the s-process and I didn't see any significant differences in recommended and lower limit rate's calculations (N.B. the error is now fixed) '

- 10/17/2021 - (GAC-ACQ+GC_Master) : Calculated 12M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 recommended.

- 10/18/2021 - (GAC-ACQ+GC_Master) : Calculated 1.65M Z=0.02 from the Canfar hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 recommended.

- 10/19/2021 - (GAC-ACQ+GC_Master) : Calculated 1M Z=0.02 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 recommended.

- 10/19/2021 - (GAC-ACQ+GC_Master) : Calculated 2M Z=0.02 from the Globus hdf5 data (not Umberto's model). 22Ne(a,n/g) rates are set to TAMU2019 recommended. Note the run was interrupted several times, so the results may be not reliable perhaps.

- 10/20/2021 - (GAC-ACQ+GC_Master) : Calculated 20M Z=0.02 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 recommended. (note missing hdf5 file was found. Need to fix it (download error likely). Run 4M first). --> Finished 10/23/2021. I downloaded several hdf5 files again. The last cycle seemed to have a problem, thus the calculation ended at one cycle before the last one.

- 10/20/2021 - (GAC-ACQ+GC_Master) : Calculated 4M Z=0.02 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 recommended.

- 10/20/2021 - (GAC-ACQ+GC_Master) : Calculated 15M Z=0.02 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 recommended. (note missing hdf5 file was found. Need to fix it (download error likely). Run 6M first). --> Finished 10/23/2021. I didn't change anything, but just could run until the end of the cycles.

- 10/21/2021 - (GAC-ACQ+GC_Master) : Calculated 6M Z=0.02 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 recommended.

- 10/23/2021 - (GAC-ACQ+GC_Master) : Calculated 20M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 recommended. --> Couldn't complete the calculations. Calculations ended at cycle~17500, with error messages that sub division limit reached or something like that. Need to double-check later.

- 10/24/2021 - (GAC-ACQ+GC_Master) : Calculated 12M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 recommended.

- 10/25/2021 - (GAC-ACQ+GC_Master) : Calculated 15M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 recommended.

- 10/25/2021 - (GAC-ACQ+GC_Master) : Calculated 7M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 recommended.

- 10/26/2021 - (GAC-ACQ+GC_Master) : Calculated 5M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 recommended.

- 10/27/2021 - (GAC-ACQ+GC_Master) : Calculated 6M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 recommended.

- 10/27/2021 - (GAC-ACQ+GC_Master) : Calculated 4M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 recommended.

- 10/28/2021 - (GAC-ACQ+GC_Master) : Calculated 1M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 recommended.

- 10/28/2021 - (GAC-ACQ+GC_Master) : Calculated 1.65M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 recommended.

- 10/28/2021 - (GAC-ACQ+GC_Master) : Calculated 2M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 recommended.

- 11/7/2021 - (GAC-ACQ+GC_Master) : Calculated 20M Z=0.02 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Massimi2015 recommended.

- 11/8/2021 - (GAC-ACQ+GC_Master) : Calculated 15M Z=0.02 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Massimi2015 recommended.

- 11/9/2021 - (GAC-ACQ+GC_Master) : Calculated 12M Z=0.02 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Massimi2015 recommended.

- 11/9/2021 - (GAC-ACQ+GC_Master) : Calculated 7M Z=0.02 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Massimi2015 recommended.

- 11/10/2021 - (GAC-ACQ+GC_Master) : Calculated 6M Z=0.02 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Massimi2015 recommended.

- 11/10/2021 - (GAC-ACQ+GC_Master) : Calculated 4M Z=0.02 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Massimi2015 recommended.

- 11/11/2021 - (GAC-ACQ+GC_Master) : Calculated 2M Z=0.02 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Massimi2015 recommended.

- 11/11/2021 - (GAC-ACQ+GC_Master) : Calculated 1.65M Z=0.02 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Massimi2015 recommended.

- 11/12/2021 - (GAC-ACQ+GC_Master) : Calculated 1M Z=0.02 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Massimi2015 recommended.

- 11/12/2021 - (GAC-ACQ+GC_Master) : Calculated 20M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Massimi2015 recommended. The run didn't finish (as is the case with tamu2019) probably because the stellar model has a problem in the last cycles.

- 11/13/2021 - (GAC-ACQ+GC_Master) : Calculated 15M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Massimi2015 recommended. --> The run didn't complete all cycles (the last few hundreds cycles are missing?)

- 11/14/2021 - (GAC-ACQ+GC_Master) : Calculated 12M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Massimi2015 recommended.

- 11/14/2021 - (GAC-ACQ+GC_Master) : Calculated 7M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Massimi2015 recommended.

- 11/15/2021 - (GAC-ACQ+GC_Master) : Calculated 6M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Massimi2015 recommended.

- 11/15/2021 - (GAC-ACQ+GC_Master) : Calculated 5M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Massimi2015 recommended.

- 11/16/2021 - (GAC-ACQ+GC_Master) : Calculated 4M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Massimi2015 recommended.

- 11/16/2021 - (GAC-ACQ+GC_Master) : Calculated 3M Z=0.01 from the Globus hdf5 data (Umberto's model). 22Ne(a,n/g) rates are set to Massimi2015 recommended.

- 11/17/2021 - (GAC-ACQ+GC_Master) : Calculated 2M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Massimi2015 recommended.

- 11/18/2021 - (GAC-ACQ+GC_Master) : Calculated 1.65M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Massimi2015 recommended.

- 11/18/2021 - (GAC-ACQ+GC_Master) : Calculated 1M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Massimi2015 recommended.

- 11/19/2021 - (GAC-ACQ+GC_Master) : Calculated 1M Z=0.02 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Longland2012 recommended.

- 11/19/2021 - (GAC-ACQ+GC_Master) : Calculated 1.65M Z=0.02 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Longland2012 recommended.

- 11/20/2021 - (GAC-ACQ+GC_Master) : Calculated 2M Z=0.02 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Longland2012 recommended.

- 11/21/2021 - (GAC-ACQ+GC_Master) : Calculated 4M Z=0.02 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Longland2012 recommended.

- 11/21/2021 - (GAC-ACQ+GC_Master) : Calculated 6M Z=0.02 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Longland2012 recommended.

- 11/22/2021 - (GAC-ACQ+GC_Master) : Calculated 7M Z=0.02 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Longland2012 recommended.

- 11/22/2021 - (GAC-ACQ+GC_Master) : Calculated 12M Z=0.02 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Longland2012 recommended.

- 11/23/2021 - (GAC-ACQ+GC_Master) : Calculated 15M Z=0.02 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Longland2012 recommended.

- 11/24/2021 - (GAC-ACQ+GC_Master) : Calculated 25M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Longland2012 recommended (didn't complete the last cycles).

- 11/25/2021 - (GAC-ACQ+GC_Master) : Calculated 20M Z=0.02 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Longland2012 recommended.

- 11/25/2021 - (GAC-ACQ+GC_Master) : Calculated 20M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Longland2012 recommended. (the run didn't complete... Z=0.01 20M may have problems in models)

- 11/26/2021 - (GAC-ACQ+GC_Master) : Calculated 15M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Longland2012 recommended. (the run didn't complete... Z=0.01 20M may have problems in models)

- 11/27/2021 - (GAC-ACQ+GC_Master) : Calculated 12M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Longland2012 recommended.

- 11/27/2021 - (GAC-ACQ+GC_Master) : Calculated 7M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Longland2012 recommended.

- 11/28/2021 - (GAC-ACQ+GC_Master) : Calculated 6M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Longland2012 recommended.

- 11/29/2021 - (GAC-ACQ+GC_Master) : Calculated 5M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Longland2012 recommended.

- 12/1/2021 - (GAC-ACQ+GC_Master) : Calculated 4M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Longland2012 recommended.

- 12/25/2021 - (GAC-ACQ+GC_Master) : Calculated 3M Z=0.01 from the Globus hdf5 data (Umberto's model). 22Ne(a,n/g) rates are set to Longland2012 recommended.

- 12/26/2021 - (GAC-ACQ+GC_Master) : Calculated 2M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Longland2012 recommended.

- 12/27/2021 - (GAC-ACQ+GC_Master) : Calculated 1.65M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Longland2012 recommended.

- 12/28/2021 - (GAC-ACQ+GC_Master) : Calculated 1M Z=0.01 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to Longland2012 recommended.

- 2/1/2022 - (GAC-ACQ+GC_Master) : Calculated 25M (SN rapid) Z=1e-4 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 recommended.

- 2/2/2022 - (GAC-ACQ+GC_Master) : Calculated 25M (SN delay) Z=1e-4 from the Globus hdf5 data. 22Ne(a,n/g) rates are set to TAMU2019 recommended.

MESA
- 6/23/2019: Calculated neutron abundance in 25 solar mass stars. See 190623

- 10/9/: Calculated 5 solar mass AGB (based on 7M_prems_to_AGB). Checked HR diagram and T-rho curves, etc. Confirmed the T-rho trajectory agrees very well with Canfar data's trajectory.

- 10/11: Calculated nova and 25M_pre_ms_to_core_collapse from test_suite on WENDI (just for curiosity). Nova trajectory seems very different from XRB trajectory on PPN examples. Also, 25M trajectory is not similar to 25M_ccsn on PPN examples (but this is probably PPN shows C or He burning's trajectory).

- 10/12: Calculated C13_pocket and He_core_flash from test_suite on WENDI (for curiosity).

- 11/30: Calculation 8M Z=0.02 for creating .se.h5 input files for MPPNP (GCA: note this is not completed).

- 7/25-26/2020: Calculation 8M Z=0.02 for creating .se.h5 input files for MPPNP (now on GC-Master (mesa-r12115).

- 7/30/2020: Calculation 7M Z=0.02 for creating .se.h5 input files for MPPNP (now on GC-Master (mesa-r12115)) based on NuGrid Canfar's input file (slightly changed so that no error messages).