THM_GUI widget definitions:

MAIN WINDOW:

Starting from the left, the first column of buttons (under "Data
Choices") on the left side are used to choose different kinds of data
to load, to choose the time range for the data, and to load the
data. There is a button for each instrument, a button for time range
selection and a button which initiates the loading process. Each of
these buttons (except for the load button) will pop up a selection
widget.

The buttons across the top in the middle are for coordinate
transforms, data processing and plotting and overview plots. When
clicked, each of these buttons pops up a widget for different data
manipulation tasks. If the "Draw Plot" button is clicked, a plot of
the data is created.

In the middle of the window there are windows which show the data sets
that have been selected and the history of events.

On the bottom of the main window there is a one-line progress widget
that informs the user about the status of the current data loading or
processing. Also there are buttons: "Help","Error", "Config" and
"Exit". The Help button pops up a text widget that shows this
text. The Error button pops up a widget with the THEMIS help request
form, that can be edited, saved and emailed. The Config button pops up
a widget that allows the user to set different parameters in the
!themis system variable that controls automatic downloading. The Exit
button ends the program.

WINDOWS, BUTTONS AND POPUPS:

LOADED DATA WINDOW:

When data is loaded, information appears in the window. For each
data set loaded, the appropriate variable name and time range are
listed. To choose a particular data set for plotting or other
processing, left-click on it. Multiple data sets can be selected by
holding the "control" key, and clicking more than one. Also, you
can click on an option, then hold "shift" and the left mouse
button, and drag the cursor over the other data sets. Each of the
data sets includes one "tplot variable", which can be processed and
plotted using the IDL program TPLOT. The data sets that you click
on in the Loaded Data window are called the "active" data sets.

CHOOSING DATA USING STRINGS:

Just below the Loaded Data window is a window in which the user can
type in a string (or a set of strings separated by spaces) and set
the active data sets to the variables including those strings. For
example, typing in "tha_spin* tha_fg*" (don't include the quotes in
the actual window) will set the active data sets to all variables
that start with the string "tha_spin" and also all variables with
names starting with the string "tha_fg". The question mark can be
included as a wild card for single characters:, e.g., "th?_spin*",
will return all variables with "th" then one letter, then "_spin*.
Once the string is typed, click on the "Set Active Data to String"
button, and the appropriate data sets will become active. If you
type "*" in the window, and click the "Set Active Data to String"
button, all of the data available will be set to active.

ACTIVE DATA WINDOW:

In this window, the "active" data sets are shown. The data sets that
you click on in the Loaded Data window are called the "active" data
sets. Any coordinate transform, data processing or plotting task
will refer to these data only.

If you have loaded data, then the "active" data sets are those
which have just been loaded. Usually a data processing task will
change the active data set to be the data that has been just been
created. When you are in doubt which is the active data set, click
on it and it will be set.

The coordinate system of the active data sets are shown in
parentheses after the variable name for informational
purposes. "(Unknown)" means that there is no coordinate system
associated with that data.

If you click the "Clear Active Data" button below the window, the
active data is cleared. The window is cleared and the active data sets
become inactive. No data is deleted. Just click on the data in the
loaded data window to activate it.

HISTORY WINDOW:

This is a list of the IDL commands which have been used, and error
messages. Just below the history window are buttons that allow the
user to save the history in a file, and clear the history. The
"Save History" button will save the history in an IDL source file.
When you click here, a file selection widget pops up, allowing you
to choose the filename and path for the file. The default value is
called "thm_gui_history_yyyymmddss.pro" in your local working
directory. The time stamp on the default file name is the local
system time. The "Clear History" button deletes the history. Since
this history includes error messages, it is hoped that users will
save and email this file when errors occur. This will be used as a
debugging tool.

PROGRESS WINDOW:

In this window, there is a line of text that tells the user what is
happening, with respect to data loading and processing tasks. It
will also display warnings, in particular, when an invalid input
value for some data processing task is input, there will be a
warning in the progress widget. If there is an error that causes
the code to crash, then this window will display the string "Error
- See History:" to alert the user to an error.

DATA CHOICES SELECTION BUTTONS:

Each data quantity selection button pops up a widget that show the
different types of data that can be loaded for that instrument. For
ground-based data the list on the left gives the different ground
stations that are available. For spacecraft data, the choice is of
the different probes. To choose data from that station/probe, click
on it. Multiple stations/probes can be selectd by holding the
"control" key, and clicking more than one. Also, you can click on
an option, then hold "shift", and the left mouse button, and drag
the cursor over the others. Clicking "*" will select all available
ground stations or probes.

The types of data that are available are listed in the middle, for
level 1 data, and on the right for level 2 data. Click on the type
of data to choose it, multiple selections and "*" are handled in
the same manner as the choice of ground station or probe.

Below these windows, there is a place to type in a string for the
data selection. If you type in here, the data types that match this
string are then displayed in the list windows. Wild card characters
are necessary. If for example, you are selecting state data, and
you wanted all data types that include "spin", then you type
"*spin*". If there are no matches, "None" is displayyed. Note that
you still need to click on something in the list window to choose
the data, even if there is only one variable available. Below this
window, there are windows that show what the current data that is
being selected and the probe or ground station selected. If no data
types are selected, then no data for that instrument will be
loaded.

There are 2 buttons, one that allows the user to clear the choice
of probe/station, one that allows the user to clear the chosen data
types, and one that exits the widget.

SCM Calibration: For SCM data only, the 'Data Choice' window also
contains a section that allows the user to modify the calibration
parameters. There are two buttons at the bottom of the calibration
section, a 'Help' button which will display a new window with
detailed descriptions of all the parameters, and a 'Reset' button
which will restore the original (default) values.

When you are done, click the "Accept and Close" button to exit the
popup. The chosen data types will show up in the history window.

The GUI is set up to allow data from multiple instruments to be
input together. For example, the user can choose some EFI data
types, and some FGM data types, and some other types, and load it
all with one click on the "Load Data" button. Note that the
selection of "probe" is global, all of the selected data will be
loaded for the probe(s) chosen most recently. If, for example, you
want to load EFI data from probe "A" and FGM data from probe "B",
you will need to load these separately.

You will notice that all of the other buttons on the widget are
inactive while this popup is active. you must click on "Accept and
Close" for anything to happen after you choose data types.

The data names are kind of cryptic, and are not necessarily clear
to the casual user. A list of datatypes, with some description, is
included at the end of this file.

TIME RANGE SELECTION BUTTON:

Choose Start Time: Pops up a widget that allows you to choose a
start time for data to be loaded. You may also type a string value
of the form yyyy-mm-dd/hh:mm:ss in the window next to the button.
The selected time is displayed in the history window. This allows
the user to check that the time is correct, before loading data.

Choose End Time: Pops up a widget that allows you to choose an end
time for data to be loaded. You may also type a string value of the
form yyyy-mm-dd/hh:mm:ss in the window next to the button.

When you are done, click the "Accept and Close" button to exit the
popup.

Note that the initial times 1970-01-01/00:00:00. You are required
to choose a time range before you can load any data. Once an
initial time range is set, it is saved, and when the widget is
popped up later in the session, the most recent inputs are
displayed. You need not type or select a full time, all you have to
do is edit.

LOAD DATA BUTTON:

Click on this button to load the selected data. All selected
datatypes will be loaded. The list of loaded data types, or "Load
Queue" are saved. If you want to reload the same data for a
different time range, you can simply change the time range and hit
the load button. This only works if you haven't chosen any other
data types, though. The list of data types is re-initialized when
you click a data selection button after loading. As mentioned
above, the data sets loaded in the most recent button click are the
"active" data sets and will appear in the Active Data window.

CLEAR LOAD QUEUE BUTTON:

Click this button to clear out the load queue. This is useful if a
load request failed. If the load routine crashes (heaven forbid),
then it is a good idea to clear out the queue before trying to load
other data.

COORDINATE TRANSFORM BUTTON:

When the "Coordinate Transform" button is clicked, a popup appears
with different choices for coordinate transforms. Each possible
output coordinate system has a button. The possibilities are:
"SPG" (Spacecraft Probe Coordinates), "SSL" (Spinning Spacecraft
Coordinates), "DSL" (Despun Spacecraft Coordinates), "GSE"
(Geocentric Solar Ecliptic), "GSM" (Geocentric Solar
Magnetospheric), and "GEI" (Geocentric Earth Inertial). On the
right hand side of the panel, a window displays the current output
coordinate system.

Only the active data sets are transformed. The input coordinate
systems for the active data sets are automatically obtained. Data
with "Unknown" coordinates will not be transformed.

Click on the "transform" button to perform the
transformation. Warnings and error messages will appear in the
window at the bottom, and also in the progress window on the main
widget.

Click on the "Close" button to dismiss the popup.

DATA PROCESSING BUTTON:

When the "Data Processing" button is clicked, a popup appears with
various options for data processing. Only one data processing popup
will appear; if you click the button multiple times, the same popup
will show up. The popup contains multiple buttons and a text widget
which displays error messages. When one button is clicked, the other
buttons are disabled.

As usual, only the variables shown in the Active Data window will
be operated on by these processes. Also, these processes change the
active data sets to the output variables of the processes. If you
want to do multiple processes on the same data sets, you need to
reset the active data sets each time.

MESSAGE WINDOW:

In addition to alerting the user when a process
crashes, the error message window will alert the user when an
invalid input parameter is set for the processes. The text is the
same as in the progress window of the main GUI. For user input
errors, the THEMIS Error widget does not pop up.

It is important to note, however, that the user input error
checking in IDL does not catch everything with respect to values
typed into a widget. If the necessary input is a numerical value,
then most strings that are not true numbers will not be
rejected. For example, if a user inputs "XDFB%%%", this is
interpreted as a value of zero; IDL does not stop processing when
there is a type conversion error, it simply returns zero. Unusual
things can happen. If the user inputs "1apppk", then this is
interpreted by IDL as one, but if the user inputs "a1pppk", then
this is interpreted as zero. If there seems to be a problem, and no
error message pops up, look at the history window in the main GUI.
The input values will be recorded there.

SUBTRACT AVERAGE:

For each active data set, the average value
is subtracted. new variables are created, the new names have the
syntax: new_var = old_var+"-d", and the new variables become the
active data sets`.

SUBTRACT MEDIAN:

For each active data set, the median value is
subtracted. new variables are created, the new names have the
syntax: new_var = old_var+"-m", and the new variables become the
active data sets.

SMOOTH DATA:

Boxcar smoothing of the data. A widget will pop up,
asking how many data points to smooth over. Choose a value, and
click on "accept and close". The default is 11 points. New
variables will be created, with "_sm_npts" appended to the old
variable names, where npts is the smoothing resolution. If you
click the "Cancel" button on the popup, nothing will happen.

BLOCK AVERAGE:

Click this button to average that data over time, a
window will pop up, asking for the time resolution. The default
time resolution is 60 seconds. New variables will be created, with
"_av_tres" appended to the old variable names, where "tres" is the
time resolution. If you click the "Cancel" button on the popup,
nothing will happen.

CLIP:

Clips data above and below a set maximum and minimum, a
widget pops up which allows these values to be set. Then data
outside the range is set to NaN. New variables will be created,
with "_clip" appended to the old variable names. If you click the
"Cancel" button on the popup, nothing will happen.

DEFLAG:

Interpolates or repeats the most recent valid data value
over gaps in the data (gaps are denoted by NaNs,and can be created
by the clipping process). A window pops up which is used to set the
method, there are two choices: "repeat" will repeat the last good
value over the gap. "linear" will interpolate over gaps. New
variables will be created, with "_deflag" appended to the old
variable names. If you click the "Cancel" button on the popup,
nothing will happen.

DEGAP:

Locates gaps in data, and fills in with 'NaN' values. It
figures out where to add data points by checking which time
differences are greater than or equal to an input time interval,
plus a margin, and adds equally spaced 'NaN' data points at time
intervals with spacing determined by the size of the data gap
divided by the number of points that fit with minimum cumulative
error. The input parameters are the time resolution for the data to
be input, the margin and the maximum gap size. If you click the
"Cancel" button on the popup, nothing will happen.

CLEAN SPIKES:

Removes spikes from messy data. New variables will be
created, with "_dspk" appended to the old variables.

TIME DERIVATIVE:

Takes the time derivative of the active data
sets. New variables will be created, with "d_" prepended to the old
variable names.

WAVELET TRANSFORM:

The data is split into components, and a basic
wavelet transform is performed on each component, with "_wv"
appended to the old variable names. Note that this is designed for
electric or magnetic field data. Applying this to other data (e.g.,
spectrograms) will cause non-intuitive results.

DPWRSPEC:

The data is split into components, and a dynamic power
spectrum is obtained from each component, with "_dpwrspc" appended
to the old variable names. Note that this is designed for electric
or magnetic field data. Applying this to other data (e.g.,
spectrograms) will cause non-intuitive results. For some time
ranges, the "dpwrspec" button crashes in the IDL POLY_FIT
routine. We have no clue why this happens. Try changing the input
time range.

SET TIME LIMITS: A popup will appear, allowing the user to set time
limits for the processing application, either by using the cursor
on the existing plot window, by using a time selection widget, or
by typing in the start and end times. The different buttons are:

"Choose Start Time": Pops up a widget that allows you to choose a
start time for data to be loaded. You may also type a string value
of the form yyyy-mm-dd/hh:mm:ss in the window next to the button.
The selected time is displayed in the history window. This allows
the user to check that the time is correct, before loading data.

"Choose End Time": Pops up a widget that allows you to choose an
end time for data to be loaded. You may also type a string value of
the form yyyy-mm-dd/hh:mm:ss in the window next to the button.

"Tlimits from cursor": Click here move the cursor over the plot
window, and click twice on the plot to choose a new time range.
You must select a time range by clicking twice on the plot; all
other operations on this widget are disabled while you do this

"Reset to init value": Click here and the time limits will be reset
to the initial values in the active data variables.

When you are done, click the "Accept and Close" button to exit the
popup. The plot will be reset to the new time limits.

If you click the "Cancel" button, the popup will close, with
nothing happening

RENAME:

A popup prompts the user for the new variable name for each
of the "active" data sets, and each variable is renamed to the new
name. If you click "Cancel", nothing happens. Since this window is
activated for each "active" data set, all operations must be
performed for each data set, including "Cancel".

RESTORE:

Saved files can be restored using this button. A filename
selection window will pop up and the user can use this to select a
saved file. If you click "Cancel", nothing happens.

SAVE:

An IDL save file is created with all of the active data
sets. A filename selection window is popped up, and the user can
change the default filename. If you click "Cancel", nothing happens.

SAVE ASCII:

An ASCII save file is created for each active data.
A filename selection window is popped up, and the user can
change the default root filename. The variable name is appended
to the end of the root filename. If you click "Cancel", nothing
happens.

DELETE:

The active data sets are deleted.

CLOSE: Click here to close the widget.

PLOT MENU BUTTON:

Note that, when this button is first clicked a plot of the active
data sets pops up, if there are active data. This is because
certain plot parameters have to be initialized for some of the
buttons to work properly. If there is no active data, then no plot
appears, and nothing will happen if the buttons on this widget are
clicked.

"Choose End Time": Pops up a widget that allows you to choose an end
time for data to be loaded. You may also type a string value of the
form yyyy-mm-dd/hh:mm:ss in the window next to the button.

"Reset to init value": Click here and the time limits will be reset
to the initial values in the active data variables.

When you are done, click the "Accept and Close" button to exit the
popup. The plot will be reset to the new tile limits.

If you click the "Cancel" button, the popup will close, with
nothing happening

YLIMIT: Set the y limits of the active data sets. For each active
data set, a text widget pops up, allowing the limits to be set, and
also log plotting can be set/unset: if ylog is set to 1, then the
plot for this variable will be a log plot. If you click the
"Cancel" button on the popup, nothing will happen.

ZLIMIT: Same as Ylimit, for the Zlimits for spectrogram data.

SET POSTSCRIPT FILE SIZE: Pops up a widget for the postscript plot.
The set postscript file size window can also be used to set the size
for postscript files. Note that you must set xsize and ysize greater
than zero for this to work. Otherwise an error message appears and
the window size is not set. It is a good idea not to make windows
larger than your screen size. There are also two radio buttons that
allows the user to select size units or 'inches' or 'cm'. If you
click the "Cancel" button on the popup, nothing will happen.

SET PLOT WINDOW SIZE: Pops up a widget for the window size. For
screen plots you can just drag the window for resizing. The set
plot window size window can also be used to set the size for png
plots. Note that you must set xsize and ysize greater than zero for
this to work. Otherwise an error message appears and the window
siae is not set. It is a good idea not to make windows larger than
you screen size. If you click the "Cancel" button on the popup,
nothing will happen.

SET PLOT WINDOW NUMBER: Sets the window number for the screen plots.
Only window numbers between 0 and 32 are accepted. If you click the
"Cancel" button on the popup, nothing will happen.

CREATE NEW WINDOW: pops up a plot window with whatever values are
currently saved in the widget. The default initial values are 0 for
the window number and [xsize,ysize] = [640,480]. If you click the
"Cancel" button on the popup, nothing will happen.

PLOT TYPE: click on "SCREEN" for screen plots. If you click on
"PNG" a png plot will be created when you click the "Draw Plot"
button, with filename = "thm_gui_plot_yyyymmddss.png" in your local
working directory. The time stamp on the file is the local system
time. if you click on "PS" a postscript file will be created for
each active data, with filename = 'thm_ascii_yyyymmddss.txt" in your local
working directory

SPECTROGRAM/LINE PLOT: These two buttons can be used to set the
way active data is to be plotted. They are mutually exclusive.
Note that not all data can be characterized as a
spectrogram. It is important to remember that not all data can
be plotted spectrographically

SPACECRAFT/COMPONENT: These two buttons are used to regroup active
tplot variables by either spacecraft or component. The new tplot
variables will be made active. A new plot will be drawn.

DRAW PLOT: Click here to draw the plot. If "PNG" or "PS" plot types
are selected, the appropriate files will be created, however no
plots will be displayed on the screen. It is helpful to remember to
set the plot type back to "SCREEN" when you have finished creating
"PNG" or "PS" files.

CLOSE: Click here to dismiss the widget.

OVERVIEW PLOT:

Clicking on this button pops up a widget that will do an overview
plot of various THEMIS data. On the overview plot widget, there is
a widget that allows you to choose a probe. Only one probe is
allowed at a time. The pop up widget also allows you to choose
various instruments,and other THEMIS ground data. The "Draw Overview
plot" button pops up a plot that shows a broad view of THEMIS data.
The data sets that are plotted are set to be the active data sets.

DRAW PLOT:

If you click on this button, a plot is created of the active
data. This is identical in effect as the DRAW PLOT button on the
Plot Menu Widget.

HELP BUTTON:

Clicking on the "HELP" button displays this file. Click "Close" to
dismiss the help widget.

ERROR BUTTON:

When this button is clicked, an editable text widget pops up which
display the THEMIS Science Help Request Form. This allows the user
to input information about the error which has occurred. There is a
save button, which saves the request in a file, which can be
emailed to THEMIS_Science_Support@ssl.berkeley.edu. A file
selection widget pops up, which allows you to choose the path and
filename.

Click "Close" to dismiss the error widget.

IMPORTANT NOTE: This error widget also pops up automatically when
processing errors occur -- the Error button should only be needed
if everything else fails.

CONFIG BUTTON:

This button pops up a widget that allows access to the !themis
system variable that controls the automatic downloading
process. You can type in values for the different options in the
windows. Note that you should not need to do this very often.

The top window gives the local data directory. Any THEMIS data
downloaded is expected to be downloaded into this directory. The
default value for users who are logged on to an ssl.berkeley.edu
machine is "/disks/data/themis/". For windows users, the default
value is "C:/data/themis/". It can be set to any directory for which
the user has write permission.

The second window shows the remote data directory. The default is
"http://themis.ssl.berkeley.edu/data/themis/"

Next is the flag for automatic downloads; set this to 0 for
automatic downloads, 1 for no automatic downloads. (This should be
set to 1 for local SSL users).

Next is the flag for file updates, if set to zero this will update
files in local data directories if there is a file in the remote
data directory which has the same name, but is new. If set to 1,
then this is not done.

Next is the download only flag; Set this to 0 to download and load
data, set to 1 to only download data, and not load.

Last is the verbose flag, set this to a number from 0 to 10. The
higher the number, the more messages you get during processing.

RESET: If you press this button, the configuration is returned to
the state which existed before you popped up the widget.

RESET TO DEFAULT: If you press this button, the configuration is
returned to the default state in THM_CONFIG.pro, and any saved
configuration file is deleted. This means that if you want to go
back to a configuration that you have saved previously, you need to
reset the values and then save the configuration. Alternatively,
you can locate the previously saved file and copy it to the
appropriate location in the APP_USER_DIR shown below.

SAVE: If this button is pressed, then the current configuration is
saved in a file. This file ends up in a directory created by the
IDL APP_USER_DIR routine, on a windows system the path looks like
this:
"C:\usernme\.idl\themis\thm_config-4-win32\thm_config.txt".
On a linux machine, it looks like:
"$HOME/.idl/themis/thm_config-4-linux/thm_config.txt"

IMPORTANT: Once you have saved this file, it will always be read
when you run any THEMIS routines -- you should only need to do this
once for each operating system that you are using.

Whenever you save a new file, the old file is copied to a file
tagged with the current date and time, for retrieval in case of
disaster.

EXIT BUTTON:

Exits the program, and closes all of the popups, except
for the Help, Error and Config widgets, which are designed as
stand-alone widgets.

LIST OF DATATYPES FOR EACH INSTRUMENT:

Note that not all of the data that will be listed in the load data
button are included, but these will be filled in as the mission
progresses. As of 2007-07-20 only ESA, FGM, FBK and SST have level 2 data available.

Instrument level Data_name Description
asi l1 asf All sky imager full resolution images of 256x256 pixels
ast All sky imager thumbnail images of 32x32 pixels
ask l1 ask All sky imager keogram images of 256 pixels

esa l0 454 (peif) ESA ion full distribution
455 (peir) ESA ion reduced distribution
456 (peib) ESA ion burst distribution
457 (peef) ESA electron full distribution
458 (peer) ESA electron reduced distribution
459 (peeb) ESA ion burst distribution

esa l2 peif_density ESA Ion Density
peif_en_eflux ESA Ion energy spectrogram
peif_t3 Diagonalized Ion Temperature
peif_velocity_ds ESA Ion Velocity DSL
peif_velocity_gs ESA Ion Velocity GSE
peif_velocity_gs ESA Ion Velocity GSM
peef_density ESA Electron Density
peef_en_eflux ESA Electron energy spectrogram
peef_t3 Diagonalized Electron Temperature
peef_velocity_ds ESA Electron Velocity DSL
peef_velocity_gs ESA Electron Velocity GSE
peef_velocity_gs ESA Electron Velocity GSM

efi l1 vaf EFI, Voltages, processor A fast survey/full orbit
vap EFI, Voltages, processor A particle burst
vaw EFI, Voltages, processor A wave burst
vbf EFI, Voltages, processor B fast survey/full orbit
vbp EFI, Voltages, processor B particle burst
vbw EFI, Voltages, processor B wave burst
eff EFI, E field, fast survey/full orbit
efp EFI, E field, particle burst
efw EFI, E field, wave burst
eff_0 Electric Field E in 12, 34, 56 Sensor Coordinates
efp_0 Electric Field E in 12, 34, 56 Sensor Coordinates
efw_0 Electric Field E in 12, 34, 56 Sensor Coordinates

fbk l1 fb1 Filter Bank 1 (E and/or B)
fb2 Filter Bank 2 (E and/or B)
fbh Filter Bank High Frequency (100-300kHz)
fbk l2 fb_hff High-Frequency Filter peak and average values
fb_edc12 Spectrogram FBK EDC12
fb_edc34 Spectrogram FBK EDC34
fb_edc56 Spectrogram FBK EDC56
fb_scm1 Spectrogram FBK SCM1
fb_scm2 Spectrogram FBK SCM2
fb_scm3 Spectrogram FBK SCM3

fft l1 ffp_16 FFT in particle burst x 16 frequencies
ffp_32 FFT in particle burst x 32 frequencies
ffp_64 FFT in particle burst x 64 frequencies
ffw_16 FFT in wave burst x 16 frequencies
ffw_32 FFT in wave burst x 32 frequencies
ffw_64 FFT in wave burst x 64 frequencies

fgm l1 fgl FGM Low Telemetry (low data rate)
fgh FGM High Telemetry (high data rate)
fge FGM Engineering Data (Decimated from FGH)
fgm l2 fgs FGS (spin-resolution) magnetic field B in XYZ Desp

fit l1 fit spinFIT file E&B raw data
fit_fgs FGM Spinfit calibrated data, dsl xyz
fit_efs EFI Spinfit calibrated data, dsl xyz
fit_bfit FGM Spinfit calibrated data: A,B,C,sig,avg
fit_efit EFI Spinfit calibrated data: A,B,C,sig,avg

gmag l2 mag Ground Magnetometer data in DHZ coordinates.

mom l1 mom On-board ESA and SST Moments

scm l1 scf SCM waveform Fast Survey
scp SCM waveform Particle Burst
scw SCM waveform Wave Burst

sst l1 sst same as esa

state l1 pos GEI position, xyz
vel GEI velocity, xyz
man Maneuver flag
roi Regions of Interest
spinras spin axis right ascension, deg
spindec spin axis declination, deg
spinalpha Geom to spin axis, Euler alpha, deg
spinbeta Geom to spin axis, Euler beta, deg
spinper spin period, sec
spinphase spin phase, deg