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Reaction Networks, Nucl Physics Input, Hydro, BBN
Managing Nuclear Data:
* Download the Reduce REACLIB code
* Visit the JINA REACLIB webpage
* Compile the Reduce REACLIB code and run
* Change the sunet file in the INPUT directory by adding a few nuclide names
Downloaded compiled with gfortran and ran successfully. Then I tried to use this to modify the reaction rates for xnet test run:
This produced an error:
Reading and reformating reactions data
Problem reading reaction 5
Is there something wrong with the file formats? netsu formats look different
The error not withstanding, the better way to do this is change the control file to look at the directory where your new netsu and netwinv reside.
compiled and ran on Mac OS X 10.8.5 and gfortran 4.8
Compiled and ran on my Ubuntu 12.10 and gfortran 4.7
Compiled and ran sucessfully on Ubuntu 14.04 with ifort 2013
Compiled and ran on Mac OS X 10.9.2 with gfortran 4.8
Compiled and ran on Mac OS X 10.9.2 with gfortran 4.9.0.
Compiled and ran successfully on Mint 16 and gfortran version 4.8.1
Compiled and ran on Mac OSX 10.9 with gfortran 4.9.0.
Compiled and ran successfully on Ubuntu using gfortran
Compiled using Gfortran 4.9.0 on Mac OS 10.9.2.
I added he3,o18, and fe56. The netsu output file did not change, but the netwinv output file changed as expected.
Compiled on Mac OS 10.9.3 using gfortran 4.9.0 - I'm playing around with the sunet inputs, now.
Compiled and ran on my Ubuntu 12.04.4 LTS with GNU Fortran 4.6.3. However netsu and netwinv don't appear to update each time I run the code.
Ran on Ubuntu 13.10 with GNU Fortran 95
Complied and ran on Mac OS X 10.9.2 with gfortran 4.8.0
Compiled with gcc version 4.7.2 (Debian 4.7.2-5) on my machine and ran with 3.2.0-4-amd64 #1 SMP Debian 3.2.57-3 x86_64 GNU/Linux
Compiled and ran with MinGW using gfortran 4.8.1. After compiling using 'gfortran reducereaclib.f' an application file 'a' was generated. The output files 'netsu' and 'netwinv' were generated upon running the application.
works with gfortran on Ubuntu 13.04
Compiled on my Mac OS X 10.7.5 using gfortran 4.8.2. After adding some new nuclides to the sunset file, the netsu file is the same as before but the netwinv file is different.
Compiled on Fedora 20 kernel 3.14.4 with gfortran 4.8.2 and ran successfully. I added co60 to the sunet file and saw that the netsu file is unchanged but netwinv now has entries for co60.
Compiled and ran successfully on Xubuntu 12.04 and gfortran 4.6.3.
It is the same here: netsu does not change when I add a nuclide, but netwinv does.
Compiled and ran just fine.
Compiled on Cygwin_NT-6.1 with gfortran 4.5.3. netsu and netwinv were found after the run of the reducereaclib. Also, netsu was no change but netwinv changed after a few nuclei added in sunet.
Compiled and ran on Ubuntu 12.04 with gcc 4.6.3
Compiled and ran on ubuntu 12.04 with gfortran. Not always the netsu file changed when I changed the elements.
Linux version 3.7.10-1.28-default, gcc version 4.7.2, ifort Version 11.0.
Compiled successfully on Linux 3.2.0-4-amd64 #1 SMP Debian 3.2.51-1 x86_64 GNU/Linux with gfortran.
success! fresh version of Xubuntu 14.04 (gcc version 4.8.2)