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I don't see that you have included the modifications to the reference values in the test file. If you want me to evaluate whether the difference is significant or not, you should update them. Or you want me to run the tests myself and see? |
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The latter. It's probably a good idea if you check this out on stallo and re-run the scans you used to test for the L=0 bug. |
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I have checked the results against my test set of interfaces. The results are practically identical. Unfortunately the old results were printed with six digits accuracy only and I can therefore not go beyond that, but all numbers match to the last digit available (just some rounding differences). |
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Maybe we should keep the interface reference calculations (inp/out) somewhere on github, just in case? They are too long to be used as routine tests, but they might turn useful every now and then. |
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We had a pcmsolvermeta repository for this kind of stuff when we were on GitLab. I didn't port that repo, but you're welcome to do that. |
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Codecov Report
@@ Coverage Diff @@
## master #138 +/- ##
==========================================
+ Coverage 69.83% 70.07% +0.24%
==========================================
Files 92 93 +1
Lines 5616 5601 -15
==========================================
+ Hits 3922 3925 +3
+ Misses 1694 1676 -18
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Description
This PR removes the dependency on Odeint by providing code for a Runge-Kutta 4th order integrator.
In addition, the code for handling the radial solutions and some of the internals of the SphericalDiffuse class have been significantly simplified.
How Has This Been Tested?
All unit tests but one pass. green_spherical_diffuse, which checks the value of the Green's function. However, the tests on boundary integral operators and IEF pass without any tweak. It seems to me some loss of accuracy happens with the new integrator, but I cannot see how that could happen given that the Butcher tableau used by Odeint is the same as mine.
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