Thanks again!I'm so sorry, I had missed the "Aggregate" button (I think I pushed it once, but got deterred by the warning message).I got the path list that I wanted now and thanks to your explanation, I understood how the math works.Sorry for my silly newbie mistake and thanks again!Juan
El Lunes, 22 de junio, 2015 8:30:39, Bruce Ravel
Thanks Bruce for the quick response! I understood perfectly how to get from table 1 to table 2. I'm still a little lost on how to use that in Artemis. You said: "Artemis has compressed the three Feff calculations you would normally have to do into a single fuzzily degenerate path list." That's the thing I don't know how to do. How do I use Artemis to get the scattering paths listed in table 2 (Reff and degeneracy) What would be the step by step procedure in Artemis to get those paths so I can move them to the Path page?
So, I concur that this page of the document
http://bruceravel.github.io/demeter/artug/feff/aggregate.html
is somewhat terse, but it seems clear to me. I don't understand what's
confusing to you. You press the button, Artemis does some stuff,
Artemis displays a bunch of paths. It works just like a normal Feff
calculation.
B
--
Bruce Ravel ------------------------------------ bravel@bnl.gov
National Institute of Standards and Technology
Synchrotron Science Group at NSLS-II
Building 535A
Upton NY, 11973
Homepage: http://bruceravel.github.io/home/
Software: https://github.com/bruceravel
Demeter: http://bruceravel.github.io/demeter/
El Lunes, 22 de junio, 2015 8:30:39, Bruce Ravel
Thanks Bruce for the quick response! I understood perfectly how to get from table 1 to table 2. I'm still a little lost on how to use that in Artemis. You said: "Artemis has compressed the three Feff calculations you would normally have to do into a single fuzzily degenerate path list." That's the thing I don't know how to do. How do I use Artemis to get the scattering paths listed in table 2 (Reff and degeneracy) What would be the step by step procedure in Artemis to get those paths so I can move them to the Path page?
So, I concur that this page of the document
http://bruceravel.github.io/demeter/artug/feff/aggregate.html
is somewhat terse, but it seems clear to me. I don't understand what's
confusing to you. You press the button, Artemis does some stuff,
Artemis displays a bunch of paths. It works just like a normal Feff
calculation.
B
--
Bruce Ravel ------------------------------------ bravel@bnl.gov
National Institute of Standards and Technology
Synchrotron Science Group at NSLS-II
Building 535A
Upton NY, 11973
Homepage: http://bruceravel.github.io/home/
Software: https://github.com/bruceravel
Demeter: http://bruceravel.github.io/demeter/
El Lunes, 22 de junio, 2015 8:30:39, Bruce Ravel
Thanks Bruce for the quick response! I understood perfectly how to get from table 1 to table 2. I'm still a little lost on how to use that in Artemis. You said: "Artemis has compressed the three Feff calculations you would normally have to do into a single fuzzily degenerate path list." That's the thing I don't know how to do. How do I use Artemis to get the scattering paths listed in table 2 (Reff and degeneracy) What would be the step by step procedure in Artemis to get those paths so I can move them to the Path page?
So, I concur that this page of the document http://bruceravel.github.io/demeter/artug/feff/aggregate.html is somewhat terse, but it seems clear to me. I don't understand what's confusing to you. You press the button, Artemis does some stuff, Artemis displays a bunch of paths. It works just like a normal Feff calculation. B -- Bruce Ravel ------------------------------------ bravel@bnl.gov National Institute of Standards and Technology Synchrotron Science Group at NSLS-II Building 535A Upton NY, 11973 Homepage: http://bruceravel.github.io/home/ Software: https://github.com/bruceravel Demeter: http://bruceravel.github.io/demeter/