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SVNCode Commit Log
| Commit | Date | |
|---|---|---|
|
[r96]
by
guidrymw
Added check in checkAsy to prevent division by zero if Y=0 in asymptotic check. This was causing integration to crash. |
2012-12-05 15:28:10 | Tree |
| 2012-12-05 13:52:20 | Tree | |
|
[r94]
by
guidrymw
Intermediate steps in converting timestepping routine to exactly that in the Java code. |
2012-11-25 19:25:07 | Tree |
|
[r93]
by
guidrymw
Intermediate steps in converting timestepping routine to exactly that in the Java code. |
2012-11-24 17:24:14 | Tree |
|
[r92]
by
guidrymw
Intermediate steps in converting timestepping routine to exactly that in the Java code. |
2012-11-24 16:57:24 | Tree |
|
[r91]
by
guidrymw
Intermediate steps in converting timestepping routine to exactly that in the Java code. |
2012-11-23 21:26:24 | Tree |
|
[r90]
by
guidrymw
Intermediate steps in converting timestepping routine to exactly that in the Java code. |
2012-11-23 19:29:48 | Tree |
|
[r89]
by
guidrymw
Intermediate steps in converting timestepping routine to exactly that in the Java code. |
2012-11-23 19:14:09 | Tree |
| 2012-11-23 16:21:27 | Tree | |
|
[r87]
by
guidrymw
Fixed max flux algorithm so now it is taking difference of FplusSum and FminusSum, which is more what the Java program does. Seems to be giving the same max flux as Java program now, if in the Java program we define the flux to be maxdpopp/nT. However, the actual current timestepper in Java program is effectively defining the max flux to be maxdpopp/totalSeeds, which is not the same as maxdpopp/nT. I think the difference is that nT is the correct normalization to convert raw test particle count in the Java program to Y, but totalSeeds accounts only for the nucleons in the heavy seeds and not in the light ions (alpha particles in this case). In particular nT is the total number of nucleons in the network (conserved), but totalSeeds is the total number of heavy (A>4) seed nuclei at the beginning of the calculation. |
2012-11-19 18:01:07 | Tree |
