Added a new module for detecting l=1 modes in 'simple' stars.
UNTESTED
It works on KIC8006161 (MS) and KIC4448777 (RG), but haven't tried it on other stars.
So I haven't written anything into star.call() and it's very much use at own risk at the moment.
Basically performs a H0 test on several levels of binning and then finds those that cluster together. The cluster between an l=0 and subsequent l=2 (of the same radial order), that has the highest number of samples is assumed to be the l=1 mode.
In the case of RGs this probably going to be the most p-mode-like mode (they tend to be broader I presume).
Will warn if a measured frequency is far away from the expected Universal Pattern for l=1 modes.
Added a new module for detecting l=1 modes in 'simple' stars.
UNTESTED
It works on KIC8006161 (MS) and KIC4448777 (RG), but haven't tried it on other stars.
So I haven't written anything into star.call() and it's very much use at own risk at the moment.
Basically performs a H0 test on several levels of binning and then finds those that cluster together. The cluster between an l=0 and subsequent l=2 (of the same radial order), that has the highest number of samples is assumed to be the l=1 mode.
In the case of RGs this probably going to be the most p-mode-like mode (they tend to be broader I presume).
Will warn if a measured frequency is far away from the expected Universal Pattern for l=1 modes.