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Title: Space Weather Modeling Framework simulations of ground magnetometer data Open Access Deposited
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(2022). Space Weather Modeling Framework simulations of ground magnetometer data [Data set], University of Michigan - Deep Blue Data. https://doi.org/10.7302/dkjd-1j05
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Files (Count: 5; Size: 635 MB)
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README.txt | 2022-05-19 | 2022-05-19 | 2.56 KB | Open Access |
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indeces.tar.xz | 2022-01-26 | 2022-01-26 | 141 MB | Open Access |
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stations.tar.xz | 2022-01-26 | 2022-01-26 | 494 MB | Open Access |
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PARAM.in | 2022-05-13 | 2022-07-09 | 9.72 KB | Restricted | |
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station_stats.txt | 2022-05-13 | 2022-05-13 | 109 KB | Open Access |
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# Space Weather Modeling Framework simulations of ground magnetometer data
## PARAM.in
This is a template input file used to generate the simulations. You can find
SWMF [here](https://github.com/MSTEM-QUDA/SWMF). The configuration and commit
hash used was:
SWMF original master 2022-04-05 1f775416b
GM/BATSRUS original master 2022-05-13 386c592
GM/BATSRUS/srcBATL original master 2022-05-13 a9b2640
GM/BATSRUS/srcUserExtra original master 2022-05-06 d4b585f
IE/Ridley_serial original master 2022-05-04 6dc60d1
IM/RCM2 original master 2022-01-16 0f7beff
share original master 2022-05-09 f543b9b
util original master 2022-03-14 29c284c
## Data
Data files are tarred and xzipped. To untar run with this command: `tar -xvf`
## indeces.tar.xz
Space seperated files of minute global indeces of each simulated geomagnetic
storm.
### geo*.log Headers
it year mo dy hr mn sc msc Kp K_12 K_13 K_14 K_15 K_16 K_17 K_18 K_19 K_20 K_21 K_22 K_23 K_00 K_01 K_02 K_03 K_04 K_05 K_06 K_07 K_08 K_09 K_10 K_11 AL AU AE AO
`it` is the time step, followed by the time in UTC. Next follows the storm K
indeces and the Auroral Electroject indeces are the last 4. These are the
simulated results.
### log*.log
it year mo dy hr mn sc msc dt rho mx my mz p bx by bz pmin pmax dst_sm dstflx_R=3.0 cpcpn cpcps
`it` is the time step, followed by the time in UTC. `dt` is the delta time
step, used in this study is `dst_sm` which is the SYM-H simulated and `cpcpn`
which is the north cross polar cap potential.
## stations.tar.xz
Comma seperated files of minute station magnetometer data for all storms. The
file names are the station abbreviations. Please visit
[SuperMAG](https://supermag.jhuapl.edu/) for a more
information.
### Headers
Year,Month,Day,Hour,Min,Sec,BnObs,BeObs,BdObs,BnSim,BeSim,BdSim
The first six are the times in UTC. The last six are the magnetic perturbation
components North, East and Down for Observed (Magnetometer) and Simulated
(SWMF).
## station_stats.txt
Statistical derivations for each station in a space seperated file.
### Headers
station geolon geolat maglon maglat mean std p0 p25 p50 p75 p100 bn_mean bn_std bn_p0 bn_p25 bn_p50 bn_p75 bn_p100 skew hss_50 hss_200
The station abbreviation and geographic and geomagnetic longitudes and latitudes
are given. Following is the mean, standard deviation and percentile of the
errors in B_Horizontal. The same is repeated for B_North.