Note on the SRK commit. It was just an experiment that I changed back to its original state. Did'nt state that smartly withing my commits

Notes on testing with BrukeITV
Start the first step on development, that way you will only need to remake Burke once.

1. Firstly you need to remake the BurkeITV mechanism with the convert script within, as this is not part of the repo.
2. Afterwards you need to compile against this branch in PeleAnalysis/Src/ModelSpecificAnalysis
   -> make sure that you are compiling in 2D and change the chemistry model and MPI
3. Submit a plot with the newly compiled "plotTransportCoeff.2d.gnu.MPI.ex"
4. Make two plot files, one being ran with the plotTransportCoeff from this branch, other against development
   For more precise comparison to development
   In order to check for Errors, you need to use a tool. A simple "diff" will not help, as plotfies contain machine error
   Checkout in PeleAnalysis on the branch "jf_dibin_reduction". Now you'll be able to compile my tool called "comparePlts"
   Executing this tool takes in two filenames and a variable, for BurkeITV you can use rhoD(H2). The tool will generate a plotfile, that shows the numerical differences of the variable between the provided plot files.
   2D can be usually run frontend.
   The Outfile will show noise, which originates from the machine error. Seeing regions of higher magnitude (>e15) will be concerning. Otherwise it will be fine

I had to implement a new idx, as the parm->Upsilon matrix is of different order, still using it's symmetry to reduce iterations

@terencelehmann if you can approve, I'll merge.