Operating system (e.g. Windows 10, Mac OS X 10.15.6, Linux Ubuntu 20.04): _Windows 10___
[ ] A 64-bit installation of Matlab was used.
Step 3: Describe the problem
Dear IRF team,
I have a magnetic field dataset of FGM, MMS spacecraft.
I want to find the LMN coordinates in gse coordinates which are,
L=[0.26, 0.09, 0.96]; M=[0.33,-0.94,-0.01];N=[0.91,0.32,-0.28]
I used the IRF function given as below,
[out,l,v]=irf_minvar(Bgse)
The result it is showing is not similar to the result obtained in the paper,
universality of lower hybrid waves in earth's magnetosphere, Graham et.al.,2019.
It will be helpful if you give suggestions on it.
For the MVA coordinate system used in the paper, I think MVA was taken over the entire magnetopause crossing using the constraint = 0. Using the time interval 2016-11-28T07:29:40Z/2016-11-28T07:31:20Z yields a nearly identical coordinate system. I do not recall the exact times used to compute the coordinate system in the paper.
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Step 2: Describe your environment
master
,devel
): develMatlab R2020b
): R2022aWindows 10
,Mac OS X 10.15.6
,Linux Ubuntu 20.04
): _Windows 10___Step 3: Describe the problem
Dear IRF team,
I have a magnetic field dataset of FGM, MMS spacecraft. I want to find the LMN coordinates in gse coordinates which are, L=[0.26, 0.09, 0.96]; M=[0.33,-0.94,-0.01];N=[0.91,0.32,-0.28] I used the IRF function given as below, [out,l,v]=irf_minvar(Bgse) The result it is showing is not similar to the result obtained in the paper, universality of lower hybrid waves in earth's magnetosphere, Graham et.al.,2019. It will be helpful if you give suggestions on it.
Thanks in Advance, Neetasha