Difference between revisions of "Q Evaluation routines"
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| − | == | + | == Ferrer's Python routines == |
| + | The following Python script takes the files in nosourceoutput.tar.gz as input and calculates Q for each E1 and E2 combination [[Media:qcalc.py]]. A small modification of the script that calculates Q separately for the northern and southern hemispheres is given here [[Media:qcalcnorthsouth.py]]. Both scripts generate a figure of the output and write the value of Q and the standard error to file. For example, the first script produces the figure [[Media:jan14z100bgt80.pdf]] and the file arrays [[Media:qarrays.tar.gz]]. | ||
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| + | == Tashiro's Fortran routines == | ||
Here are Tashiro's Fortran routines.[[File:Gamma codes.tar]] | Here are Tashiro's Fortran routines.[[File:Gamma codes.tar]] | ||
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== Vachaspati's Mathematica routine == | == Vachaspati's Mathematica routine == | ||
Revision as of 11:32, 20 May 2014
We have evaluated Q using two independent routines, one by Tashiro, second by Ferrer, and performed a triple check using Vachaspati's Mathematica notebook.
Ferrer's Python routines
The following Python script takes the files in nosourceoutput.tar.gz as input and calculates Q for each E1 and E2 combination Media:qcalc.py. A small modification of the script that calculates Q separately for the northern and southern hemispheres is given here Media:qcalcnorthsouth.py. Both scripts generate a figure of the output and write the value of Q and the standard error to file. For example, the first script produces the figure Media:jan14z100bgt80.pdf and the file arrays Media:qarrays.tar.gz.
Tashiro's Fortran routines
Here are Tashiro's Fortran routines.File:Gamma codes.tar
Vachaspati's Mathematica routine
Intended as a check of some Q values generated by other routines: File:Cpgamma-northsouth.nb
