wi_mfi_doc.txt

Title: Wind/MFI documentation

Table of Content:

	I.   Investigation Summary
	II.  MFI Instrument Description
	III. Data Format
	IV.  History of modifications to data and documentation
	V.   References


=======================================================================
 Investigation Summary:
=======================================================================

The magnetic field experiment on WIND provides data for studies of a broad
range of scales of structures and fluctuation characteristics of the
interplanetary magnetic field throughout the mission, and, where
appropriate, relate them to the statics and dynamics of the magnetosphere.
The basic instrument of the Magnetic Field Investigation (MFI) on the WIND
Spacecraft is a boom-mounted dual triaxial fluxgate magnetometer and
associated electronics. The dual configuration provides redundancy and also
permits accurate removal of the dipolar portion of the spacecraft magnetic
field. The instrument provides:

(1) near real-time data at nominally one vector per 92 s as key parameter
    data for broad dissemination,
(2) rapid data at 10.9 vectors/s for standard analysis,
(3) occasionally, snapshot (SS) memory data and Fast Fourier Transform data
    (FFT), both based on 44 vectors/s.

These measurements are precise (0.025%), accurate, ultra-sensitive (0.008
nT/step quantization), and where the sensor noise level is < 0.006 nT r.m.s
for 0-10 Hz. The digital processing unit utilizes a 12-bit microprocessor
controlled analogue-to-digital converter. The instrument features a very
wide dynamic range of measurement capability, from 4 nT up to 65 536 nT per
axis in eight discrete ranges. (The upper range permits complete testing in
the Earth's field.) In the FFT mode power spectral density elements are
transmitted to the ground as fast as once every 23 s (high rate), and 2.7
min of SS memory time series data, triggered automatically by pre-set
command, requires typically about 5.1 hours for transmission. Standard data
products are the following vector field averages: 0.0226-s (detail data from
SS), 0.092 s ('detail' in standard mode), 3 s, 1 min, and 1 hour, in both
GSE and GSM coordinates, as well as the FFT spectral elements. As has been
our team's tradition, high instrument reliability is obtained by the use of
fully redundant systems and extremely conservative designs. We plan studies
of the solar wind:

(1) as a collisionless plasma laboratory, at all time scales, macro, meso
    and micro, but concentrating on the kinetic scale, the highest time
    resolution of the instrument (=0.022 s),
(2) as a consequence of solar energy and mass output,
(3) as an external source of plasma that can couple mass, momentum, and
    energy to the Earth's magnetosphere,
(4) as it is modified as a consequence of its imbedded field interacting
    with the moon.


The MFI science group has filed a list of intervals of carefully searched 
first bow shock crossing inbound and the last outbound for all of
the WIND mission. These time intervals are publicly available on their 
web site: http://lepmfi.gsfc.nasa.gov/mfi/bow_shock.html




=======================================================================
 MFI Instrument Description
=======================================================================

The basic instrumentation selected for the WIND Magnetic Field Investigation
(MFI) is based on the magnetometers previously developed for the Voyager,
ISPM, GIOTTO, and Mars Observer missions which represent state-of-the-art
instruments with unparalleled performance. The basic configuration consists 
of dual, wide range (0.001 to 65536 nT) triaxial fluxgate magnetometers moun
ted remote from the spacecraft body on a deployable boom, a 12-bit resolution 
A/D converter system and a microprocessor controlled data processing and control
unit (DPU). The outer magnetometer sensor is mounted at the end of the boom
while the inner unit is located approximately midway between the outer one
and the main body of the spacecraft. This configuration allows the real-time
estimation and elimination of the dipolar components of the
spacecraft-generated magnetic field in order to obtain a more accurate
ambient field.

The advantages of the dual magnetometer approach for weak magnetic field
measurements like those associated with the IMF, have been proven over many
space missions since their original introduction by Ness et al. (1971). The
12 m long deployable boom is of the 'astromast' type and places the sensors
at two different radial distances from the center of the spacecraft while
the signal processing electronics package is mounted on the main spacecraft
body.

The dual magnetometer system is supported by the fully redundant DPU which
interfaces with the spacecraft data and power systems. The use of full
redundancy in the MFI instrument is an important feature that emphasizes the
critical nature of the magnetic field measurements for the achievement of
the WIND and ISTP science objectives. It significantly reduces the
probability of failures and takes advantage of the inherent redundancy
provided by the dual magnetometer configuration. This redundancy includes
assigning by ground command either primary or secondary data stream for the
outer sensor and likewise for the inner sensor. In addition to the block
redundancy provided, each magnetometer system incorporates self-resetting
electronic 'fuses' which isolate the common subsystems in case of
catastrophic problems.

Each sensor assembly consists of an orthogonal triaxial arrangement of
ringcore fluxgate sensors plus additional elements required for thermal
control. The fluxgate sensors are the latest in a series developed for weak
magnetic field measurements by Acua (1974) and which have been extensively
used in missions like VOYAGER, AMPTE, GIOTTO, Mars Observer, CLUSTER, etc.
due to their superior performance and low power consumption. The detailed
principles of operation of fluxgate magnetometers are well known and will
not be repeated here. It is sufficient to refer to Figure 2 for a simplified
description of their operation. (For additional information the reader is
referred to Ness, 1970; Acua, 1974; and Acua and Ness, 1976a, b).
The fluxgate sensors are driven cyclically to saturation by a
15 KHz signal derived from the DPU master clock. The sensor drive signals
are derived from an efficient high energy storage system which is capable of
driving the ring core sensors to peak excitations which are more than 100
times the coercive saturation force of the cores. This type of excitation
eliminates from consideration many 'perming' problems which have been
attributed to fluxgate sensors in the past. In the absence of an external
magnetic field, the fluxgate sensors are 'balanced' and no signal appears at
the output terminals. When an external field is applied, the sensor balance
is disturbed and a signal containing only even harmonics of the drive
frequency appears at the output of the sensors. After amplification and
filtering, this signal is applied to a synchronous detector and high gain
integrating amplifier which is used to generate a current proportional to
the magnitude of the applied field which is fed-back to the sensor to null
the effective magnetic field seen by it. The output of a single axis
magnetometer is then a voltage proportional to the magnitude, direction and
polarity of the ambient magnetic field with respect to the sensor axis
orientation. A triaxial magnetometer is thus created when three single axis
sensors are arranged in an orthogonal configuration and three sets of signal
processing electronics are used to produce three output voltages
proportional to the orthogonal components of the ambient magnetic field.

Total r.m.s. noise level over the 0-10 Hz band does not exceed
0.006 nT. This noise level is several orders of magnitude below the lowest
recorded levels of IMF fluctuations at 1 AU and is more than adequate to
properly detect and identify all magnetic field phenomena of interest to MFI.

The six analog signals generated by the Outboard (OB) and Inboard (IB)
magnetometers are digitized by the 12-bit successive approximation A/D
converter. The 12-bit resolution allows the recovery of a very large dynamic
range of signals spanning 72 dB. To further increase the measurement dynamic
range and to accommodate simplified integration and test requirements during
spacecraft testing, the dynamic range of the magnetometers can be changed
automatically if the magnitude of the measured signals exceeds or drops
below established digital thresholds. In this
fashion, the MFI instrumentation can cover eight orders of magnitude in
magnetic field measurement capability, from 0.001 to 65,536 nT per axis. The
operation of the automatic ranging system is controlled by the
microprocessor and allowed only at clearly defined times in the telemetry
frame to avoid ambiguities in the interpretation of the data. When the
digitized output of any magnetometer axis exceeds 7/8's of full scale, the
microprocessor generates a command to step up (increase) the magnetometer to
the next, less sensitive, range. Conversely, when the output of all axes
drops below 1/8-th of full scale, the DPU commands the appropriate
magnetometer to step down (decrease) to the next most sensitive range. A
'guard band' of 1/8-th scale is provided to avoid the loss of measurements
due to saturation until the range is updated. The decision to increase or
decrease dynamic range is made at the basic internal sampling rate of 44
vectors/s. (At this same rate, the Outboard sensor magnetic field data is
distributed to the rest of the WIND instruments.) However, the MFI telemetry
allocation is not sufficient to allow the transmission of all the data to
the ground, so on-board data averaging, compression, and decimation must be
used to reduce the 'raw' rate to an acceptable value. The DPU also controls
calibration sequences which provide the necessary currents to determine the
scale factor of each of the Outboard and Inboard magnetometer axes for
various dynamic ranges as well as the determination of zero offsets
associated with the electronics by implementing a 180 phase reversal of the
signals processed (electronic 'flipping').




=======================================================================
 DATA FORMAT
=======================================================================


Content of ascii files:

      Columns for 3-s ascii output:
                yr,mon,day,hr,min,sec,
                bxgse,bygse,bzgse,bygsm,bzgsm,bt
                bxgsmrms,bygsmrms,bzgsmrms,btrms,npts

      Columns for 1-m ascii output:
                yr,mon,day,hr,min,sec,
                bxgse,bygse,bzgse,bygsm,bzgsm,bt,
                bxgsmrms,bygsmrms,bzgsmrms,btrms,npts,
                pxgse,pygse,pzgse,pygsm,pzgsm

      Columns for 1-h ascii output:
                yr,mon,day,hr,min,
                bxgse,bygse,bzgse,bygsm,bzgsm,bt,
                bxgsmrms,bygsmrms,bzgsmrms,btrms,npts,
                pxgse,pygse,pzgse,pygsm,pzgsm

      Column Descriptions:

        int yr          Year (e.g., 1996)
        int mon         Month (e.g. 1-January...12-December)
        int day         Day of Month (1...28/29/30/31)
        int hr          Hour (1 -24)
        int min         Minute (0-59)
        int/float sec   second of the minute (0.0-59.9999)
        float bgsex     X component of B in GSE coordinate in nT
        float bgsey     Y component of B in GSE coordinate in nT
        float bgsez     Z component of B in GSE coordinate in nT
        float bgsmy     Y component of B in GSM coordinate in nT
        float bgsmz     Z component of B in GSM coordinate in nT
        float bt        Total magnetic flux in nT
        float brmsgsmx  X component of the rms of B in nT
        float brmsgsmy  Y component of the rms of B in nT
        float brmsgsmz  Z component of the rms of B in nT
        float brmst     Total magnitude of the rms of B in nT
        int npts        No. of Points used in averaging
        float pgsex     X component of s/c position in GSE coordinate in Re
        float pgsey     Y component of s/c position in GSE coordinate in Re
        float pgsez     Z component of s/c position in GSE coordinate in Re
        float pgsmy     Y component of s/c position in GSM coordinate in Re
        float pgsmz     Z component of s/c position in GSM coordinate in Re


Note to Fortran and C users:
    List below are the formats that may help in reading the 3-s, 1-m and hourly 
averages ascii files (assuming the variable types are properly declared)


Fortran users:

<3-s ascii> Any one of the following statements should give the same results

	read(lun,*) yr,mon,day,hr,min,sec,bxgse,bygse,bzgse,bygsm,bzgsm,bt
     1              bxgsmrms,bygsmrms,bzgsmrms,btrms,npts	

    OR with a format statement:

	read(lun,1001) yr,mon,day,hr,min,sec,bxgse,bygse,bzgse,bygsm,bzgsm,bt
     1              bxgsmrms,bygsmrms,bzgsmrms,btrms,npts	

    Choose one from:

1001    format(I4,4(1x,I2),F4.1,6(1x,F9.3),4(1x,F8.3),1x,I5)
1001    format(I4,4(1x,I2),E4.1,6(1x,E9.2),4(1x,E8.1),1x,I5)



<1-m ascii>

	read(lun,*) yr,mon,day,hr,min,sec,bxgse,bygse,bzgse,bygsm,bzgsm,bt
     1              bxgsmrms,bygsmrms,bzgsmrms,btrms,npts,
     2		    pxgse,pygse,pzgse,pygsm,pzgsm

    OR with a format statement:

	read(lun,1001) yr,mon,day,hr,min,sec,bxgse,bygse,bzgse,bygsm,bzgsm,bt
     1              bxgsmrms,bygsmrms,bzgsmrms,btrms,npts,
     2		    pxgse,pygse,pzgse,pygsm,pzgsm

    Choose one from:

1001    format(I4,5(1x,I2),6(1x,F9.3),4(1x,F8.3),1x,I5,5(1x,F8.3))
1001    format(I4,5(1x,I2),6(1x,E9.2),4(1x,E8.1),1x,I5,5(1x,E8.1))


<1-h ascii>

	read(lun,*) yr,mon,day,hr,min,sec,bxgse,bygse,bzgse,bygsm,bzgsm,bt
     1              bxgsmrms,bygsmrms,bzgsmrms,btrms,npts,
     2		    pxgse,pygse,pzgse,pygsm,pzgsm

    OR with a format statement:

	read(lun,1001) yr,mon,day,hr,min,bxgse,bygse,bzgse,bygsm,bzgsm,bt
     1              bxgsmrms,bygsmrms,bzgsmrms,btrms,npts,
     2		    pxgse,pygse,pzgse,pygsm,pzgsm

    Choose one from:

1001    format(I4,4(1x,I2),6(1x,F9.3),4(1x,F8.3),1x,I5,5(1x,F8.3))
1001    format(I4,4(1x,I2),6(1x,E9.2),4(1x,E8.1),1x,I5,5(1x,E8.1))


C users: (assuming the variable types are properly decalared)

<3-s ascii>

	fscanf(fr,"%d %d %d %d %d %f %f %f %f %f %f %f %f %f %f %f %d",
		 yr,mon,day,hr,min,sec,bxgse,bygse,bzgse,bygsm,bzgsm,bt
                 bxgsmrms,bygsmrms,bzgsmrms,btrms,npts);

<1-m ascii>

        fscanf(fr,
        "%d %d %d %d %d %d %f %f %f %f %f %f %f %f %f %f %d %f %f %f %f %f",
		yr,mon,day,hr,min,sec,bxgse,bygse,bzgse,bygsm,bzgsm,bt
		bxgsmrms,bygsmrms,bzgsmrms,btrms,npts,
		pxgse,pygse,pzgse,pygsm,pzgsm);

<1-h ascii>

        fscanf(fr,
        "%d %d %d %d %d %f %f %f %f %f %f %f %f %f %f %d %f %f %f %f %f",
		yr,mon,day,hr,min,bxgse,bygse,bzgse,bygsm,bzgsm,bt
		bxgsmrms,bygsmrms,bzgsmrms,btrms,npts,
		pxgse,pygse,pzgse,pygsm,pzgsm);





Content of 3-s, 1-m, 1-h CDF files (skeleton table)


! Skeleton table for the "wi_h0_mfi_19951231_v04.cdf" CDF.
! Generated: Friday, 12-Sep-1997 18:33:26
! CDF created/modified by CDF V2.5.22
! Skeleton table created by CDF V2.5.15 

#header

                       CDF NAME: wi_h0_mfi_19951231_v04.cdf
                  DATA ENCODING: NETWORK
                       MAJORITY: COLUMN
                         FORMAT: SINGLE

! Variables  G.Attributes  V.Attributes  Records  Dims  Sizes
! ---------  ------------  ------------  -------  ----  -----
    0/66          28            23         0/z      1     3


#GLOBALattributes

! Attribute         Entry       Data
! Name              Number      Type       Value
! ---------         ------      ----       -----

  "Project"             1:    CDF_CHAR     { "ISTP>International " -
                                             "Solar-Terrestrial Physics" } .

  "Discipline"          1:    CDF_CHAR     { "Space " -
                                             "Physics>Magnetospheric " -
                                             "Science" } .

  "Source_name"         1:    CDF_CHAR     { "WIND>Wind Interplanetary " -
                                             "Plasma Laboratory" } .

  "Software_version"
                        1:    CDF_CHAR     { "V03.00" } .

  "Data_type"           1:    CDF_CHAR     { "H0>High-resolution data" } .

  "Descriptor"          1:    CDF_CHAR     { "MFI>Magnetic Fields " -
                                             "Investigation" } .

  "Data_version"        1:    CDF_CHAR     { "04" } .

  "TITLE"               1:    CDF_CHAR     { "WIND Magnetic Field " -
                                             "Instrument (MFI) Standard " -
                                             "Production" } .

  "TEXT"                1:    CDF_CHAR     { "WIND MFI Composite data " -
                                             "file.  This file contains " -
                                             "multiple time resolution " -
                                             "data." }
                        2:    CDF_CHAR     { "1 Minute data averages    " -
                                             "                          " -
                                             "                          " -
                                             "  " }
                        3:    CDF_CHAR     { "3 Second data averages    " -
                                             "                          " -
                                             "                          " -
                                             "  " }
                        4:    CDF_CHAR     { "1 Hour   data averages    " -
                                             "                          " -
                                             "                          " -
                                             "  " }
                        5:    CDF_CHAR     { "WIND MFI Instrument turn " -
                                             "on 11/12/1994             " -
                                             "                          " -
                                             "   " }
                        6:    CDF_CHAR     { "References:               " -
                                             "                          " -
                                             "                          " -
                                             "  " }
                        7:    CDF_CHAR     { "1. Lepping, R. P., et al.," -
                                             " The WIND Magnetic Field " -
                                             "Investigation, p. 207 in  " -
                                             "   " }
                        8:    CDF_CHAR     { "The Global Geospace " -
                                             "Mission, ed. by C. T. " -
                                             "Russell, Kluwer,1995      " -
                                             "            " }
                        9:    CDF_CHAR     { "2. Panetta, P. (GSFC), GGS" -
                                             " WIND MFI Operator's " -
                                             "Manual, September 15, " -
                                             "1992.      " }
                       10:    CDF_CHAR     { "3. Computer Sciences " -
                                             "Corporation, Data Format " -
                                             "Control Document (DFCD) " -
                                             "Between   " }
                       11:    CDF_CHAR     { "The International " -
                                             "Solar-Terrestrial Physics " -
                                             "(ISTP) Program Information" -
                                             "          " }
                       12:    CDF_CHAR     { "Processing Division Ground" -
                                             " Data Processing System " -
                                             "and The ISTP Mission      " -
                                             "    " }
                       13:    CDF_CHAR     { "Investigators, " -
                                             "CSC/TR-91/6014, " -
                                             "560-1DFD/0190, July 1992. " -
                                             "                       " }
                       14:    CDF_CHAR     { "4. Behannon, K. W., " -
                                             "International Solar " -
                                             "Terrestrial Physics (ISTP)" -
                                             " Program      " }
                       15:    CDF_CHAR     { "Investigator Data Analysis" -
                                             " Requirements For WIND and" -
                                             " GEOTAIL Spacecraft       " -
                                             "  " }
                       16:    CDF_CHAR     { "Magnetometer Experiment, " -
                                             "September 1987.           " -
                                             "                          " -
                                             "   " }
                       17:    CDF_CHAR     { "5. National Space Science " -
                                             "Data Center, CDF User's " -
                                             "Guide, Version 2.3.0,     " -
                                             "    " }
                       18:    CDF_CHAR     { "October 1, 1992.          " -
                                             "                          " -
                                             "                          " -
                                             "  " }
                       19:    CDF_CHAR     { "6. Mish, W. H., " -
                                             "International " -
                                             "Solar-Terrestrial Physics " -
                                             "(ISTP) Key Parameter    " }
                       20:    CDF_CHAR     { "Generation Software (KPGS)" -
                                             " Standards & Conventions, " -
                                             "September 1992.           " -
                                             "  " }
                       21:    CDF_CHAR     { "7. Mish, W. H., IMP F and " -
                                             "G Phase I Magnetic Field " -
                                             "Analysis, April 1972      " -
                                             "   " } .

  "MODS"                1:    CDF_CHAR     { " 10/28/94 Initial release " -
                                             "                   " }
                        2:    CDF_CHAR     { " 01/28/97 Z-variable " -
                                             "Release add Z correction" }
                        3:    CDF_CHAR     { " 02/20/97 Change file name" -
                                             " from sp to h0     " } .

  "ADID_ref"            1:    CDF_CHAR     { "NSSD0141" } .

  "Logical_file_id"     1:    CDF_CHAR     { "wi_h0_mfi_19951231_v04" } .

  "Logical_source"      1:    CDF_CHAR     { "wi_h0_mfi" } .

  "Logical_source_description"
                        1:    CDF_CHAR     { "Wind Magnetic Fields " -
                                             "Investigation, " -
                                             "High-resolution data" } .

  "Processing_date"     1:    CDF_CHAR     { "Fri Mar 28 15:16:16 EST 1997" } .

  "Level_0_file"        1:    CDF_CHAR     { "wi_lz_mfi_19951230_v01.dat." }
                        2:    CDF_CHAR     { "wi_lz_mfi_19951231_v01.dat." }
                        3:    CDF_CHAR     { "wi_lz_mfi_19960101_v01.dat." } .

  "HKlvl_0_file"        1:    CDF_CHAR     { "wi_lz_mfi_19951230_v01.dat." }
                        2:    CDF_CHAR     { "wi_lz_mfi_19951231_v01.dat." }
                        3:    CDF_CHAR     { "wi_lz_mfi_19960101_v01.dat." } .

  "Orbit_file"          1:    CDF_CHAR     { "wi_or_def_19951231_v01.cdf." }
                        2:    CDF_CHAR     { "wi_or_def_19960101_v02.cdf." } .

  "Attitude_file"       1:    CDF_CHAR     { "wi_at_def_19951231_v01.cdf." }
                        2:    CDF_CHAR     { "wi_at_def_19960101_v01.cdf." } .

  "def_FLAGS"           1:    CDF_CHAR     { "00 - Interpolated   " -
                                             "Calibration Values        " -
                                             "           " }
                        2:    CDF_CHAR     { "01 - Last available " -
                                             "Calibration Values        " -
                                             "           " }
                        3:    CDF_CHAR     { "02 - Daily Computed " -
                                             "Calibration Values        " -
                                             "           " }
                        4:    CDF_CHAR     { "03 - Daily Computed " -
                                             "Calibration Values with Z " -
                                             "corrections" } .

  "def_SPC_MODE"        1:    CDF_CHAR     { "01 - Science     mode (92 " -
                                             "sec)" }
                        2:    CDF_CHAR     { "03 - Maneuver    mode (92 " -
                                             "sec)" }
                        3:    CDF_CHAR     { "04 - Contingency mode (92 " -
                                             "sec)" }
                        4:    CDF_CHAR     { "05 - Science     mode (46 " -
                                             "sec)" }
                        5:    CDF_CHAR     { "07 - Maneuver    mode (46 " -
                                             "sec)" }
                        6:    CDF_CHAR     { "08 - Contingency mode (46 " -
                                             "sec)" } .

  "def_MAG_MODE"        1:    CDF_CHAR     { "00 - Primary to Secondary " -
                                             "Ratio  (1:1) Outboard " -
                                             "prime w/ FFT & Snapshot" }
                        2:    CDF_CHAR     { "01 - Primary to Secondary " -
                                             "Ratio (20:1) Outboard " -
                                             "prime w/ FFT & Snapshot" }
                        3:    CDF_CHAR     { "02 - Primary to Secondary " -
                                             "Ratio (20:1) Outboard " -
                                             "prime w/ Snapshot only " }
                        4:    CDF_CHAR     { "03 - Primary to Secondary " -
                                             "Ratio  (1:1) Outboard " -
                                             "prime Maneuver         " }
                        5:    CDF_CHAR     { "10 - Primary to Secondary " -
                                             "Ratio  (1:1)  Inboard " -
                                             "prime w/ FFT & Snapshot" }
                        6:    CDF_CHAR     { "11 - Primary to Secondary " -
                                             "Ratio (20:1)  Inboard " -
                                             "prime w/ FFT & Snapshot" }
                        7:    CDF_CHAR     { "12 - Primary to Secondary " -
                                             "Ratio (20:1)  Inboard " -
                                             "prime w/ Snapshot only " }
                        8:    CDF_CHAR     { "13 - Primary to Secondary " -
                                             "Ratio  (1:1)  Inboard " -
                                             "prime Maneuver         " } .

  "PI_name"             1:    CDF_CHAR     { "R. Lepping" } .

  "PI_affiliation"      1:    CDF_CHAR     { "NASA/GSFC" } .

  "Mission_group"       1:    CDF_CHAR     { "Wind" } .

  "Instrument_type"     1:    CDF_CHAR     { "Magnetic Fields (space)" } .

  "TEXT_supplement_1"
                        1:    CDF_CHAR     { " " } .

  "Web_sites"           1:    CDF_CHAR     { "http://www-lep.gsfc.nasa.g" -
                                             "ov/mfi/windmfi.html    " }
                        2:    CDF_CHAR     { "http://www-istp.gsfc.nasa." -
                                             "gov/ISTP/wind.html     " }
                        3:    CDF_CHAR     { "http://www-istp.gsfc.nasa." -
                                             "gov/istp/www-sites.html" }
                        4:    CDF_CHAR     { "http://www-spof.gsfc.nasa." -
                                             "gov/index_spof.html    " } .


#VARIABLEattributes

  "FIELDNAM"
  "VALIDMIN"
  "VALIDMAX"
  "SCALEMIN"
  "SCALEMAX"
  "UNITS"
  "LABLAXIS"
  "FORMAT"
  "MONOTON"
  "SCALETYP"
  "CATDESC"
  "FILLVAL"
  "LABL_PTR_1"
  "LABL_PTR_2"
  "UNIT_PTR"
  "FORM_PTR"
  "DEPEND_0"
  "DEPEND_1"
  "VAR_TYPE"
  "DICT_KEY"
  "AVE_TYPE"
  "TIME_RES"
  "VAR_NOTES"


#variables

! No rVariables.


#zVariables

! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "Epoch"         CDF_EPOCH      1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Time Line (1 min)" }
    "VALIDMIN"    CDF_EPOCH    { 12-Nov-1994 00:00:00.000 }
    "VALIDMAX"    CDF_EPOCH    { 31-Dec-2020 00:00:00.000 }
    "SCALEMIN"    CDF_EPOCH    { 31-Dec-1995 00:00:00.000 }
    "SCALEMAX"    CDF_EPOCH    { 01-Jan-1996 00:00:00.000 }
    "UNITS"       CDF_CHAR     { "ms" }
    "LABLAXIS"    CDF_CHAR     { "Epoch" }
    "FORMAT"      CDF_CHAR     { "E14.8" }
    "MONOTON"     CDF_CHAR     { "INCREASE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Number of milliseconds since the epoch" -
                                 " (1 min)" }
    "FILLVAL"     CDF_REAL8    { -1.0e+31 }
    "VAR_TYPE"    CDF_CHAR     { "support_data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "Time_PB5"      CDF_INT4       1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Time Line (1 min)" }
    "VALIDMIN"    CDF_INT4     { 1994, 316, 0 }
    "VALIDMAX"    CDF_INT4     { 2020, 366, 0 }
    "SCALEMIN"    CDF_INT4     { 1995, 365, 0 }
    "SCALEMAX"    CDF_INT4     { 1996, 1, 0 }
    "MONOTON"     CDF_CHAR     { "INCREASE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Time of observation in Year, Day, & " -
                                 "milliseconds (1 min)" }
    "FILLVAL"     CDF_INT4     { -1 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_time" }
    "UNIT_PTR"    CDF_CHAR     { "unit_time" }
    "FORM_PTR"    CDF_CHAR     { "format_time" }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "DEPEND_1"    CDF_CHAR     { "unit_time." }
    "VAR_TYPE"    CDF_CHAR     { "support_data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "NUM_PTS"       CDF_INT4       1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Number of points in average (1 min)" }
    "VALIDMIN"    CDF_INT4     { 0 }
    "VALIDMAX"    CDF_INT4     { 1500 }
    "SCALEMIN"    CDF_INT4     { 0 }
    "SCALEMAX"    CDF_INT4     { 1500 }
    "UNITS"       CDF_CHAR     { " " }
    "LABLAXIS"    CDF_CHAR     { "No. Points" }
    "FORMAT"      CDF_CHAR     { "I4" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Number of points in average (1 min)" }
    "FILLVAL"     CDF_INT4     { -1 }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "support_data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "BF1"           CDF_REAL4      1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Magnetic field magnitude (1 min)" }
    "VALIDMIN"    CDF_REAL4    { 0.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0 }
    "SCALEMAX"    CDF_REAL4    { 50.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "LABLAXIS"    CDF_CHAR     { "B" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Magnetic field magnitude (1 min)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 min" }
    "VAR_NOTES"   CDF_CHAR     { "Average of the magnitudes (F1)" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "BRMSF1"        CDF_REAL4      1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "RMS magnitude (1 min)" }
    "VALIDMIN"    CDF_REAL4    { 0.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0 }
    "SCALEMAX"    CDF_REAL4    { 8.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "LABLAXIS"    CDF_CHAR     { "B_RMS" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "RMS magnitude (1 min)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 min" }
    "VAR_NOTES"   CDF_CHAR     { "RMS of the magnitudes (F1 RMS)" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "BGSM"          CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Magnetic field vector in GSM " -
                                 "coordinates (1 min)" }
    "VALIDMIN"    CDF_REAL4    { -65534.0, -65534.0, -65534.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0, 65534.0, 65534.0 }
    "SCALEMIN"    CDF_REAL4    { -25.0, -25.0, -25.0 }
    "SCALEMAX"    CDF_REAL4    { 25.0, 25.0, 25.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Magnetic field vector in GSM " -
                                 "coordinates (1 min)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_bgsm" }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "BRMSGSM"       CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "RMS vector in GSM coordinates (1 min)" }
    "VALIDMIN"    CDF_REAL4    { 0.0, 0.0, 0.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0, 65534.0, 65534.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0, 0.0, 0.0 }
    "SCALEMAX"    CDF_REAL4    { 8.0, 8.0, 8.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "RMS vector in GSM coordinates (1 min)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_bgsmr" }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "BGSE"          CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Magnetic field vector in GSE " -
                                 "coordinates (1 min)" }
    "VALIDMIN"    CDF_REAL4    { -65534.0, -65534.0, -65534.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0, 65534.0, 65534.0 }
    "SCALEMIN"    CDF_REAL4    { -25.0, -25.0, -25.0 }
    "SCALEMAX"    CDF_REAL4    { 25.0, 25.0, 25.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Magnetic field vector in GSE " -
                                 "coordinates (1 min)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_bgse" }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "BRMSGSE"       CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "RMS vector in GSE coordinates (1 min)" }
    "VALIDMIN"    CDF_REAL4    { 0.0, 0.0, 0.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0, 65534.0, 65534.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0, 0.0, 0.0 }
    "SCALEMAX"    CDF_REAL4    { 8.0, 8.0, 8.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "RMS vector in GSE coordinates (1 min)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_bgser" }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "DIST"          CDF_REAL4      1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Radial Distance (1 min)" }
    "VALIDMIN"    CDF_REAL4    { 0.0 }
    "VALIDMAX"    CDF_REAL4    { 300.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0 }
    "SCALEMAX"    CDF_REAL4    { 300.0 }
    "UNITS"       CDF_CHAR     { "Re" }
    "LABLAXIS"    CDF_CHAR     { "Rad. Dist." }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Distance from the center of the earth " -
                                 "(Define Re = 6378km) (1 min)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "PGSM"          CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Position in GSM coordinates (1 min)" }
    "VALIDMIN"    CDF_REAL4    { -300.0, -300.0, -300.0 }
    "VALIDMAX"    CDF_REAL4    { 300.0, 300.0, 300.0 }
    "SCALEMIN"    CDF_REAL4    { -300.0, -300.0, -300.0 }
    "SCALEMAX"    CDF_REAL4    { 300.0, 300.0, 300.0 }
    "UNITS"       CDF_CHAR     { "Re" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Position vector in GSM coordinates " -
                                 "(Define Re = 6378km) (1 min)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_pgsm" }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "DEPEND_1"    CDF_CHAR     { "cartesian" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "PGSE"          CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Position in GSE coordinates (1 min)" }
    "VALIDMIN"    CDF_REAL4    { -300.0, -300.0, -300.0 }
    "VALIDMAX"    CDF_REAL4    { 300.0, 300.0, 300.0 }
    "SCALEMIN"    CDF_REAL4    { -300.0, -300.0, -300.0 }
    "SCALEMAX"    CDF_REAL4    { 300.0, 300.0, 300.0 }
    "UNITS"       CDF_CHAR     { "Re" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Position vector in GSE coordinates " -
                                 "(Define Re = 6378km) (1 min)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_pgse" }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "DEPEND_1"    CDF_CHAR     { "cartesian" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "SGSM"          CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Unit spin vector in GSM coordinates (1" -
                                 " min)" }
    "VALIDMIN"    CDF_REAL4    { -1.0, -1.0, -1.0 }
    "VALIDMAX"    CDF_REAL4    { 1.0, 1.0, 1.0 }
    "SCALEMIN"    CDF_REAL4    { -1.0, -1.0, -1.0 }
    "SCALEMAX"    CDF_REAL4    { 1.0, 1.0, 1.0 }
    "UNITS"       CDF_CHAR     { " " }
    "LABLAXIS"    CDF_CHAR     { "Unit Vector" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Unit spin vector in GSM coordinates (1" -
                                 " min)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "SGSE"          CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Unit spin vector in GSE coordinates (1" -
                                 " min)" }
    "VALIDMIN"    CDF_REAL4    { -1.0, -1.0, -1.0 }
    "VALIDMAX"    CDF_REAL4    { 1.0, 1.0, 1.0 }
    "SCALEMIN"    CDF_REAL4    { -1.0, -1.0, -1.0 }
    "SCALEMAX"    CDF_REAL4    { 1.0, 1.0, 1.0 }
    "UNITS"       CDF_CHAR     { " " }
    "LABLAXIS"    CDF_CHAR     { "Unit Vector" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Unit spin vector in GSE coordinates (1" -
                                 " min)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "DB_SC"         CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Delta B (Outer - Inner) (1 min)" }
    "VALIDMIN"    CDF_REAL4    { -25.0 }
    "VALIDMAX"    CDF_REAL4    { 25.0 }
    "SCALEMIN"    CDF_REAL4    { -1.0 }
    "SCALEMAX"    CDF_REAL4    { 1.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Delta B (Outer - Inner) (1 min)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_dbsc" }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "TILTANG"       CDF_REAL4      1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Dipole Tilt Angle (Degrees) (1 min)" }
    "VALIDMIN"    CDF_REAL4    { -35.0 }
    "VALIDMAX"    CDF_REAL4    { 35.0 }
    "SCALEMIN"    CDF_REAL4    { -35.0 }
    "SCALEMAX"    CDF_REAL4    { 35.0 }
    "UNITS"       CDF_CHAR     { "Degrees" }
    "LABLAXIS"    CDF_CHAR     { "Dipole Tilt" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Dipole Tilt Angle (Degrees)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "support_data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "RANGE_I"       CDF_REAL4      1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Average Range Inner Magnetometer (1 min)" }
    "VALIDMIN"    CDF_REAL4    { 0.0 }
    "VALIDMAX"    CDF_REAL4    { 7.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0 }
    "SCALEMAX"    CDF_REAL4    { 7.0 }
    "UNITS"       CDF_CHAR     { " " }
    "LABLAXIS"    CDF_CHAR     { "Range Inner" }
    "FORMAT"      CDF_CHAR     { "F4.2" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Average Range Inner Magnetometer (1 min)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "support_data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "RANGE_O"       CDF_REAL4      1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Average Range Outer Magnetometer (1 min)" }
    "VALIDMIN"    CDF_REAL4    { 0.0 }
    "VALIDMAX"    CDF_REAL4    { 7.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0 }
    "SCALEMAX"    CDF_REAL4    { 7.0 }
    "UNITS"       CDF_CHAR     { " " }
    "LABLAXIS"    CDF_CHAR     { "Range Outer" }
    "FORMAT"      CDF_CHAR     { "F4.2" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Average Range Outer Magnetometer (1 min)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "support_data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "SPC_MODE"      CDF_INT4       1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "S/C operational mode (1 min)" }
    "VALIDMIN"    CDF_INT4     { 0 }
    "VALIDMAX"    CDF_INT4     { 10 }
    "SCALEMIN"    CDF_INT4     { 0 }
    "SCALEMAX"    CDF_INT4     { 10 }
    "UNITS"       CDF_CHAR     { " " }
    "LABLAXIS"    CDF_CHAR     { "S/C MODE" }
    "FORMAT"      CDF_CHAR     { "I2" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "S/C operational mode (1 min)" }
    "FILLVAL"     CDF_INT4     { -1 }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "support_data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "MAG_MODE"      CDF_INT4       1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "WIND/MFI operational mode (1 min)" }
    "VALIDMIN"    CDF_INT4     { 0 }
    "VALIDMAX"    CDF_INT4     { 15 }
    "SCALEMIN"    CDF_INT4     { 0 }
    "SCALEMAX"    CDF_INT4     { 15 }
    "UNITS"       CDF_CHAR     { " " }
    "LABLAXIS"    CDF_CHAR     { "MFI MODE" }
    "FORMAT"      CDF_CHAR     { "I2" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "WIND/MFI operational mode (1 min)" }
    "FILLVAL"     CDF_INT4     { -1 }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "support_data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "Epoch3"        CDF_EPOCH      1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Time Line (3 sec)" }
    "VALIDMIN"    CDF_EPOCH    { 12-Nov-1994 00:00:00.000 }
    "VALIDMAX"    CDF_EPOCH    { 31-Dec-2020 00:00:00.000 }
    "SCALEMIN"    CDF_EPOCH    { 31-Dec-1995 00:00:00.000 }
    "SCALEMAX"    CDF_EPOCH    { 01-Jan-1996 00:00:00.000 }
    "UNITS"       CDF_CHAR     { "ms" }
    "LABLAXIS"    CDF_CHAR     { "Epoch" }
    "FORMAT"      CDF_CHAR     { "E14.8" }
    "MONOTON"     CDF_CHAR     { "INCREASE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Number of milliseconds since the epoch" -
                                 " (3 sec)" }
    "FILLVAL"     CDF_REAL8    { -1.0e+31 }
    "VAR_TYPE"    CDF_CHAR     { "support_data" }
    "TIME_RES"    CDF_CHAR     { "3 sec" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "Time3_PB5"     CDF_INT4       1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Time Line (3 sec)" }
    "VALIDMIN"    CDF_INT4     { 1994, 316, 0 }
    "VALIDMAX"    CDF_INT4     { 2020, 366, 0 }
    "SCALEMIN"    CDF_INT4     { 1995, 365, 0 }
    "SCALEMAX"    CDF_INT4     { 1996, 1, 0 }
    "MONOTON"     CDF_CHAR     { "INCREASE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Time of observation in Year, Day, & " -
                                 "milliseconds (3 sec)" }
    "FILLVAL"     CDF_INT4     { -1 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_time" }
    "UNIT_PTR"    CDF_CHAR     { "unit_time" }
    "FORM_PTR"    CDF_CHAR     { "format_time" }
    "DEPEND_0"    CDF_CHAR     { "Epoch3" }
    "DEPEND_1"    CDF_CHAR     { "unit_time." }
    "VAR_TYPE"    CDF_CHAR     { "support_data" }
    "TIME_RES"    CDF_CHAR     { "3 sec" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "NUM3_PTS"      CDF_INT4       1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Number of points in average (3 sec)" }
    "VALIDMIN"    CDF_INT4     { 0 }
    "VALIDMAX"    CDF_INT4     { 100 }
    "SCALEMIN"    CDF_INT4     { 0 }
    "SCALEMAX"    CDF_INT4     { 100 }
    "UNITS"       CDF_CHAR     { " " }
    "LABLAXIS"    CDF_CHAR     { "No. Points" }
    "FORMAT"      CDF_CHAR     { "I4" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Number of points in average (3 sec)" }
    "FILLVAL"     CDF_INT4     { -1 }
    "DEPEND_0"    CDF_CHAR     { "Epoch3" }
    "VAR_TYPE"    CDF_CHAR     { "support_data" }
    "TIME_RES"    CDF_CHAR     { "3 sec" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "B3F1"          CDF_REAL4      1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Magnetic field magnitude (3 sec)" }
    "VALIDMIN"    CDF_REAL4    { 0.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0 }
    "SCALEMAX"    CDF_REAL4    { 50.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "LABLAXIS"    CDF_CHAR     { "B" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Magnetic field magnitude (3 sec)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "DEPEND_0"    CDF_CHAR     { "Epoch3" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "3 sec" }
    "VAR_NOTES"   CDF_CHAR     { "Average of the magnitudes (F1)" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "B3RMSF1"       CDF_REAL4      1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "RMS magnitude (3 sec)" }
    "VALIDMIN"    CDF_REAL4    { 0.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0 }
    "SCALEMAX"    CDF_REAL4    { 8.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "LABLAXIS"    CDF_CHAR     { "B_RMS" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "RMS magnitude (3 sec)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "DEPEND_0"    CDF_CHAR     { "Epoch3" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "3 sec" }
    "VAR_NOTES"   CDF_CHAR     { "RMS of the magnitudes (F1 RMS)" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "B3GSM"         CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Magnetic field vector in GSM " -
                                 "coordinates (3 sec)" }
    "VALIDMIN"    CDF_REAL4    { -65534.0, -65534.0, -65534.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0, 65534.0, 65534.0 }
    "SCALEMIN"    CDF_REAL4    { -25.0, -25.0, -25.0 }
    "SCALEMAX"    CDF_REAL4    { 25.0, 25.0, 25.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Magnetic field vector in GSM " -
                                 "coordinates (3 sec)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_bgsm" }
    "DEPEND_0"    CDF_CHAR     { "Epoch3" }
    "DEPEND_1"    CDF_CHAR     { "cartesian" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "3 sec" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "B3RMSGSM"      CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "RMS vector in GSM coordinates (3 sec)" }
    "VALIDMIN"    CDF_REAL4    { 0.0, 0.0, 0.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0, 65534.0, 65534.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0, 0.0, 0.0 }
    "SCALEMAX"    CDF_REAL4    { 8.0, 8.0, 8.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "RMS vector in GSM coordinates (3 sec)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_bgsmr" }
    "DEPEND_0"    CDF_CHAR     { "Epoch3" }
    "DEPEND_1"    CDF_CHAR     { "cartesian" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "3 sec" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "B3GSE"         CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Magnetic field vector in GSE " -
                                 "coordinates (3 sec)" }
    "VALIDMIN"    CDF_REAL4    { -65534.0, -65534.0, -65534.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0, 65534.0, 65534.0 }
    "SCALEMIN"    CDF_REAL4    { -25.0, -25.0, -25.0 }
    "SCALEMAX"    CDF_REAL4    { 25.0, 25.0, 25.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Magnetic field vector in GSE " -
                                 "coordinates (3 sec)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_bgse" }
    "DEPEND_0"    CDF_CHAR     { "Epoch3" }
    "DEPEND_1"    CDF_CHAR     { "cartesian" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "3 sec" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "B3RMSGSE"      CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "RMS vector in GSE coordinates (3 sec)" }
    "VALIDMIN"    CDF_REAL4    { 0.0, 0.0, 0.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0, 65534.0, 65534.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0, 0.0, 0.0 }
    "SCALEMAX"    CDF_REAL4    { 8.0, 8.0, 8.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "RMS vector in GSE coordinates (3 sec)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_bgser" }
    "DEPEND_0"    CDF_CHAR     { "Epoch3" }
    "DEPEND_1"    CDF_CHAR     { "cartesian" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "3 sec" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "Epoch1"        CDF_EPOCH      1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Time Line (1 hour)" }
    "VALIDMIN"    CDF_EPOCH    { 12-Nov-1994 00:00:00.000 }
    "VALIDMAX"    CDF_EPOCH    { 31-Dec-2020 00:00:00.000 }
    "SCALEMIN"    CDF_EPOCH    { 31-Dec-1995 00:00:00.000 }
    "SCALEMAX"    CDF_EPOCH    { 01-Jan-1996 00:00:00.000 }
    "UNITS"       CDF_CHAR     { "ms" }
    "LABLAXIS"    CDF_CHAR     { "Epoch" }
    "FORMAT"      CDF_CHAR     { "E14.8" }
    "MONOTON"     CDF_CHAR     { "INCREASE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Number of milliseconds since the epoch" -
                                 " (1 hour)" }
    "FILLVAL"     CDF_REAL8    { -1.0e+31 }
    "VAR_TYPE"    CDF_CHAR     { "support_data" }
    "TIME_RES"    CDF_CHAR     { "1 hour" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "Time1_PB5"     CDF_INT4       1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Time Line (1 hour)" }
    "VALIDMIN"    CDF_INT4     { 1994, 316, 0 }
    "VALIDMAX"    CDF_INT4     { 2020, 366, 0 }
    "SCALEMIN"    CDF_INT4     { 1995, 365, 0 }
    "SCALEMAX"    CDF_INT4     { 1996, 1, 0 }
    "MONOTON"     CDF_CHAR     { "INCREASE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Time of observation in Year, Day, & " -
                                 "milliseconds (1 hour)" }
    "FILLVAL"     CDF_INT4     { -1 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_time" }
    "UNIT_PTR"    CDF_CHAR     { "unit_time" }
    "FORM_PTR"    CDF_CHAR     { "format_time" }
    "DEPEND_0"    CDF_CHAR     { "Epoch1" }
    "DEPEND_1"    CDF_CHAR     { "unit_time." }
    "VAR_TYPE"    CDF_CHAR     { "support_data" }
    "TIME_RES"    CDF_CHAR     { "1 hour" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "NUM1_PTS"      CDF_INT4       1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Number of points in average (1 hour)" }
    "VALIDMIN"    CDF_INT4     { 0 }
    "VALIDMAX"    CDF_INT4     { 80000 }
    "SCALEMIN"    CDF_INT4     { 0 }
    "SCALEMAX"    CDF_INT4     { 80000 }
    "UNITS"       CDF_CHAR     { " " }
    "LABLAXIS"    CDF_CHAR     { "No. Points" }
    "FORMAT"      CDF_CHAR     { "I4" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Number of points in average (1 hour)" }
    "FILLVAL"     CDF_INT4     { -1 }
    "DEPEND_0"    CDF_CHAR     { "Epoch1" }
    "VAR_TYPE"    CDF_CHAR     { "support_data" }
    "TIME_RES"    CDF_CHAR     { "1 hour" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "B1F1"          CDF_REAL4      1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Magnetic field magnitude (1 hour)" }
    "VALIDMIN"    CDF_REAL4    { 0.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0 }
    "SCALEMAX"    CDF_REAL4    { 50.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "LABLAXIS"    CDF_CHAR     { "B" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Magnetic field magnitude (1 hour)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "DEPEND_0"    CDF_CHAR     { "Epoch1" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 hour" }
    "VAR_NOTES"   CDF_CHAR     { "Average of the magnitudes (F1)" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "B1RMSF1"       CDF_REAL4      1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "RMS magnitude (1 hour)" }
    "VALIDMIN"    CDF_REAL4    { 0.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0 }
    "SCALEMAX"    CDF_REAL4    { 8.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "LABLAXIS"    CDF_CHAR     { "B_RMS" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "RMS magnitude (1 hour)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "DEPEND_0"    CDF_CHAR     { "Epoch1" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 hour" }
    "VAR_NOTES"   CDF_CHAR     { "RMS of the magnitudes (F1 RMS)" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "B1GSM"         CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Magnetic field vector in GSM " -
                                 "coordinates (1 hour)" }
    "VALIDMIN"    CDF_REAL4    { -65534.0, -65534.0, -65534.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0, 65534.0, 65534.0 }
    "SCALEMIN"    CDF_REAL4    { -25.0, -25.0, -25.0 }
    "SCALEMAX"    CDF_REAL4    { 25.0, 25.0, 25.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Magnetic field vector in GSM " -
                                 "coordinates (1 hour)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_bgsm" }
    "DEPEND_0"    CDF_CHAR     { "Epoch1" }
    "DEPEND_1"    CDF_CHAR     { "cartesian" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 hour" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "B1RMSGSM"      CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "RMS vector in GSM coordinates (1 hour)" }
    "VALIDMIN"    CDF_REAL4    { 0.0, 0.0, 0.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0, 65534.0, 65534.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0, 0.0, 0.0 }
    "SCALEMAX"    CDF_REAL4    { 8.0, 8.0, 8.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "RMS vector in GSM coordinates (1 hour)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_bgsmr" }
    "DEPEND_0"    CDF_CHAR     { "Epoch1" }
    "DEPEND_1"    CDF_CHAR     { "cartesian" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 hour" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "B1GSE"         CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Magnetic field vector in GSE " -
                                 "coordinates (1 hour)" }
    "VALIDMIN"    CDF_REAL4    { -65534.0, -65534.0, -65534.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0, 65534.0, 65534.0 }
    "SCALEMIN"    CDF_REAL4    { -25.0, -25.0, -25.0 }
    "SCALEMAX"    CDF_REAL4    { 25.0, 25.0, 25.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Magnetic field vector in GSE " -
                                 "coordinates (1 hour)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_bgse" }
    "DEPEND_0"    CDF_CHAR     { "Epoch1" }
    "DEPEND_1"    CDF_CHAR     { "cartesian" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 hour" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "B1RMSGSE"      CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "RMS vector in GSE coordinates (1 hour)" }
    "VALIDMIN"    CDF_REAL4    { 0.0, 0.0, 0.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0, 65534.0, 65534.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0, 0.0, 0.0 }
    "SCALEMAX"    CDF_REAL4    { 8.0, 8.0, 8.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "RMS vector in GSE coordinates (1 hour)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_bgser" }
    "DEPEND_0"    CDF_CHAR     { "Epoch1" }
    "DEPEND_1"    CDF_CHAR     { "cartesian" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 hour" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "DIST1"         CDF_REAL4      1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Radial Distance (1 hour)" }
    "VALIDMIN"    CDF_REAL4    { 0.0 }
    "VALIDMAX"    CDF_REAL4    { 300.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0 }
    "SCALEMAX"    CDF_REAL4    { 300.0 }
    "UNITS"       CDF_CHAR     { "Re" }
    "LABLAXIS"    CDF_CHAR     { "Rad. Dist." }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Distance from the center of the earth " -
                                 "(Define Re = 6378km) (1 hour)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "DEPEND_0"    CDF_CHAR     { "Epoch1" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 hour" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "P1GSM"         CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Position in GSM coordinates (1 hour).." }
    "VALIDMIN"    CDF_REAL4    { -300.0, -300.0, -300.0 }
    "VALIDMAX"    CDF_REAL4    { 300.0, 300.0, 300.0 }
    "SCALEMIN"    CDF_REAL4    { -300.0, -300.0, -300.0 }
    "SCALEMAX"    CDF_REAL4    { 300.0, 300.0, 300.0 }
    "UNITS"       CDF_CHAR     { "Re" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Position vector in GSM coordinates " -
                                 "(Define Re = 6378km) (1 hour)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_pgsm" }
    "DEPEND_0"    CDF_CHAR     { "Epoch1" }
    "DEPEND_1"    CDF_CHAR     { "cartesian" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 hour" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "P1GSE"         CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Position in GSE coordinates (1 hour)" }
    "VALIDMIN"    CDF_REAL4    { -300.0, -300.0, -300.0 }
    "VALIDMAX"    CDF_REAL4    { 300.0, 300.0, 300.0 }
    "SCALEMIN"    CDF_REAL4    { -300.0, -300.0, -300.0 }
    "SCALEMAX"    CDF_REAL4    { 300.0, 300.0, 300.0 }
    "UNITS"       CDF_CHAR     { "Re" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Position vector in GSE coordinates " -
                                 "(Define Re = 6378km) (1 hour)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_pgse" }
    "DEPEND_0"    CDF_CHAR     { "Epoch1" }
    "DEPEND_1"    CDF_CHAR     { "cartesian" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 hour" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "S1GSM"         CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Unit spin vector in GSM coordinates (1" -
                                 " hour)" }
    "VALIDMIN"    CDF_REAL4    { -1.0, -1.0, -1.0 }
    "VALIDMAX"    CDF_REAL4    { 1.0, 1.0, 1.0 }
    "SCALEMIN"    CDF_REAL4    { -1.0, -1.0, -1.0 }
    "SCALEMAX"    CDF_REAL4    { 1.0, 1.0, 1.0 }
    "UNITS"       CDF_CHAR     { " " }
    "LABLAXIS"    CDF_CHAR     { "Unit Vector" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Unit spin vector in GSM coordinates (1" -
                                 " hour)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "DEPEND_0"    CDF_CHAR     { "Epoch1" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 hour" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "S1GSE"         CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Unit spin vector in GSE coordinates (1" -
                                 " hour)" }
    "VALIDMIN"    CDF_REAL4    { -1.0, -1.0, -1.0 }
    "VALIDMAX"    CDF_REAL4    { 1.0, 1.0, 1.0 }
    "SCALEMIN"    CDF_REAL4    { -1.0, -1.0, -1.0 }
    "SCALEMAX"    CDF_REAL4    { 1.0, 1.0, 1.0 }
    "UNITS"       CDF_CHAR     { " " }
    "LABLAXIS"    CDF_CHAR     { "Unit Vector" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Unit spin vector in GSE coordinates (1" -
                                 " hour)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "DEPEND_0"    CDF_CHAR     { "Epoch1" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 hour" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "ZERO_I"        CDF_REAL4      1       2    3 8       F        T T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Sensor Zeros (Inner)" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1,1] = 2051.4
    [2,1] = 1356.36
    [3,1] = 2206.1
    [1,2] = 2048.9
    [2,2] = 1870.0
    [3,2] = 2089.2
    [1,3] = 2048.22
    [2,3] = 2004.15
    [3,3] = 2058.08
    [1,4] = 2048.06
    [2,4] = 2036.87
    [3,4] = 2050.57
    [1,5] = 2048.01
    [2,5] = 2045.17
    [3,5] = 2048.65
    [1,6] = 2048.0
    [2,6] = 2047.28
    [3,6] = 2048.16
    [1,7] = 2048.0
    [2,7] = 2047.82
    [3,7] = 2048.04
    [1,8] = 2048.0
    [2,8] = 2047.96
    [3,8] = 2048.01


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "SENS_I"        CDF_REAL4      1       2    3 8       F        T T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Sensor Sensitivities (Inner)" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1,1] = 0.00207
    [2,1] = 0.00202
    [3,1] = 0.00206
    [1,2] = 0.007818
    [2,2] = 0.007849
    [3,2] = 0.007905
    [1,3] = 0.03225
    [2,3] = 0.03186
    [3,3] = 0.03231
    [1,4] = 0.1265
    [2,4] = 0.12551
    [3,4] = 0.12691
    [1,5] = 0.50116
    [2,5] = 0.49449
    [3,5] = 0.50356
    [1,6] = 1.96465
    [2,6] = 1.94902
    [3,6] = 1.97663
    [1,7] = 8.0301
    [2,7] = 7.92275
    [3,7] = 8.06849
    [1,8] = 31.4693
    [2,8] = 31.221
    [3,8] = 31.6655


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "AMPL_I"        CDF_REAL4      1       2    3 8       F        T T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Amplitude Correction (Inner)" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1,1] = 1.0
    [2,1] = 1.0
    [3,1] = 1.0
    [1,2] = 1.0
    [2,2] = 1.0
    [3,2] = 1.0
    [1,3] = 1.0
    [2,3] = 1.0
    [3,3] = 1.0
    [1,4] = 1.0
    [2,4] = 1.0
    [3,4] = 1.0
    [1,5] = 1.0
    [2,5] = 1.0
    [3,5] = 1.0
    [1,6] = 1.0
    [2,6] = 1.0
    [3,6] = 1.0
    [1,7] = 1.0
    [2,7] = 1.0
    [3,7] = 1.0
    [1,8] = 1.0
    [2,8] = 1.0
    [3,8] = 1.0


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "ORTH_I"        CDF_REAL8      1       2    3 3       F        T T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Orthogonalization Matrix (Inner)" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1,1] = 1.00001
    [2,1] = 0.00209217
    [3,1] = -0.0082212
    [1,2] = 0.00889149
    [2,2] = 1.00006
    [3,2] = -0.00172141
    [1,3] = 0.00561959
    [2,3] = -0.0025408
    [3,3] = 0.999977


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "PAYLD_I"       CDF_REAL8      1       2    3 3       F        T T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Payload Rotation Matrix (Inner)" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1,1] = 0.9997
    [2,1] = 0.0
    [3,1] = 0.0244868
    [1,2] = 0.0
    [2,2] = 0.999953
    [3,2] = 0.00974448
    [1,3] = 0.0244868
    [2,3] = 0.00974448
    [3,3] = -0.999653


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "FLAG_I"        CDF_INT4       1       0              F

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Sensor Zero Flag (Inner)." }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [] = 3


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "ZERO_O"        CDF_REAL4      1       2    3 8       F        T T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Sensor Zeros (Outer)" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1,1] = 595.253
    [2,1] = 2726.73
    [3,1] = 644.176
    [1,2] = 1653.4
    [2,2] = 2214.9
    [3,2] = 1688.0
    [1,3] = 1950.15
    [2,3] = 2089.0
    [3,3] = 1959.2
    [1,4] = 2023.26
    [2,4] = 2058.45
    [3,4] = 2025.49
    [1,5] = 2041.71
    [2,5] = 2050.65
    [3,5] = 2042.28
    [1,6] = 2046.4
    [2,6] = 2048.67
    [3,6] = 2046.55
    [1,7] = 2047.61
    [2,7] = 2048.17
    [3,7] = 2047.64
    [1,8] = 2047.9
    [2,8] = 2048.04
    [3,8] = 2047.91


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "SENS_O"        CDF_REAL4      1       2    3 8       F        T T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Sensor Sensitivities (Outer)" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1,1] = 0.002181
    [2,1] = 0.00195
    [3,1] = 0.00204
    [1,2] = 0.0080295
    [2,2] = 0.00793
    [3,2] = 0.007955
    [1,3] = 0.032382
    [2,3] = 0.03228
    [3,3] = 0.0322484
    [1,4] = 0.128089
    [2,4] = 0.126676
    [3,4] = 0.127202
    [1,5] = 0.503602
    [2,5] = 0.499925
    [3,5] = 0.501059
    [1,6] = 1.98471
    [2,6] = 1.96673
    [3,6] = 1.97581
    [1,7] = 8.07895
    [2,7] = 7.98206
    [3,7] = 8.03218
    [1,8] = 31.8262
    [2,8] = 31.397
    [3,8] = 31.664


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "AMPL_O"        CDF_REAL4      1       2    3 8       F        T T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Amplitude Correction (Outer)" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1,1] = 1.0
    [2,1] = 1.0
    [3,1] = 1.0
    [1,2] = 1.0
    [2,2] = 1.0
    [3,2] = 1.0
    [1,3] = 1.0
    [2,3] = 1.0
    [3,3] = 1.0
    [1,4] = 1.0
    [2,4] = 1.0
    [3,4] = 1.0
    [1,5] = 1.0
    [2,5] = 1.0
    [3,5] = 1.0
    [1,6] = 1.0
    [2,6] = 1.0
    [3,6] = 1.0
    [1,7] = 1.0
    [2,7] = 1.0
    [3,7] = 1.0
    [1,8] = 1.0
    [2,8] = 1.0
    [3,8] = 1.0


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "ORTH_O"        CDF_REAL8      1       2    3 3       F        T T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Orthogonalization Matrix (Outer)" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1,1] = 0.999976
    [2,1] = -0.00504173
    [3,1] = -0.00330096
    [1,2] = 0.00770987
    [2,2] = 0.999991
    [3,2] = 0.00130367
    [1,3] = 0.000867882
    [2,3] = -0.000205024
    [3,3] = 0.999997


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "PAYLD_O"       CDF_REAL8      1       2    3 3       F        T T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Payload Rotation Matrix (Out" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1,1] = 1.0
    [2,1] = 0.0
    [3,1] = 0.0
    [1,2] = 0.0
    [2,2] = 0.999898
    [3,2] = 0.0143117
    [1,3] = 0.0
    [2,3] = 0.0143117
    [3,3] = -0.999898


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "FLAG_O"        CDF_INT4       1       0              F

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Sensor Zero Flag (Outer)." }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [] = 3


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "label_time"    CDF_CHAR      27       1     3        F         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Label for Time_PB5" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1] = { "Year                       " }
    [2] = { "Day of Year (Jan 1 = Day 1)" }
    [3] = { "Elapsed milliseconds of day" }


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "format_time"   CDF_CHAR       2       1     3        F         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Format for Time_PB5" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1] = { "I4" }
    [2] = { "I3" }
    [3] = { "I8" }


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "unit_time"     CDF_CHAR       4       1     3        F         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Units for Time_PB5" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1] = { "year" }
    [2] = { "day " }
    [3] = { "msec" }


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "label_bgsm"    CDF_CHAR       8       1     3        F         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Label for B in GMS coordinates" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1] = { "Bx (GSM)" }
    [2] = { "By (GSM)" }
    [3] = { "Bz (GSM)" }


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "label_bgse"    CDF_CHAR       8       1     3        F         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Label for B in GSE coordinates" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1] = { "Bx (GSE)" }
    [2] = { "By (GSE)" }
    [3] = { "Bz (GSE)" }


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "label_bgsmr"   CDF_CHAR      12       1     3        F         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Label for B RMS in GSM coordinates" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1] = { "Bx_RMS (GSM)" }
    [2] = { "By_RMS (GSM)" }
    [3] = { "Bz_RMS (GSM)" }


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "label_bgser"   CDF_CHAR      12       1     3        F         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Label for B RMS in GSE coordinates" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1] = { "Bx_RMS (GSE)" }
    [2] = { "By_RMS (GSE)" }
    [3] = { "Bz_RMS (GSE)" }


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "label_dbsc"    CDF_CHAR      12       1     3        F         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Label for delta B spacecraft" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1] = { "X (Delta SC)" }
    [2] = { "Y (Delta SC)" }
    [3] = { "Z (Delta sc)" }


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "label_pgsm"    CDF_CHAR       7       1     3        F         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Label for S/C Position in GSM " -
                                 "coordinates" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1] = { "X (GSM)" }
    [2] = { "Y (GSM)" }
    [3] = { "Z (GSM)" }


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "label_pgse"    CDF_CHAR       7       1     3        F         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Label for S/C Position in GSE " -
                                 "coordinates" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1] = { "X (GSE)" }
    [2] = { "Y (GSE)" }
    [3] = { "Z (GSE)" }


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "cartesian"     CDF_CHAR      11       1     3        F         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Dimension Label" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" }
    "DICT_KEY"    CDF_CHAR     { "ISTP>vector>cartesian" } .

  ! NRV values follow...

    [1] = { "x-component" }
    [2] = { "y-component" }
    [3] = { "z-component" }


#end




=========================================================================
 History of modifications to data and documentation
=========================================================================

3/04/98 by SHC
	Eight 3-s, Six 1-m, and Six 1-h ascii files have been modified to 
	exclude possible data spikes. The version numbers of these files 
	were upgraded to version 5.

	wi_3s_mfi_19950902_v05.asc
	wi_3s_mfi_19951120_v05.asc
	wi_3s_mfi_19960227_v05.asc
	wi_3s_mfi_19960306_v05.asc
	wi_3s_mfi_19960502_v05.asc
	wi_3s_mfi_19960531_v05.asc
	wi_3s_mfi_19960613_v05.asc
	wi_3s_mfi_19960630_v05.asc

	wi_1m_mfi_199509_v05.asc
	wi_1m_mfi_199511_v05.asc
	wi_1m_mfi_199602_v05.asc
	wi_1m_mfi_199603_v05.asc
	wi_1m_mfi_199605_v05.asc
	wi_1m_mfi_199606_v05.asc

	wi_1h_mfi_199509_v05.asc
	wi_1h_mfi_199511_v05.asc
	wi_1h_mfi_199602_v05.asc
	wi_1h_mfi_199603_v05.asc
	wi_1h_mfi_199605_v05.asc
	wi_1h_mfi_199606_v05.asc



3/19/98 by SHC
	Eight cdf files have been modified to exclude possible data spikes. 
	The version numbers of these files were upgraded to version 5.

	wi_h0_mfi_19950902_v05.cdf
	wi_h0_mfi_19951120_v05.cdf
	wi_h0_mfi_19960227_v05.cdf
	wi_h0_mfi_19960306_v05.cdf
	wi_h0_mfi_19960502_v05.cdf
	wi_h0_mfi_19960531_v05.cdf
	wi_h0_mfi_19960613_v05.cdf
	wi_h0_mfi_19960630_v05.cdf


3/23/98 by SHC
	This document has been modified to include the upgrade information
	to the data and URLs to bowshock crossings identification table.
	A brief introductory paragraph to the table was put in the first
 	section (Investigation summary) of this document.


=======================================================================
 Investigation Summary:
=======================================================================

The magnetic field experiment on WIND provides data for studies of a broad
range of scales of structures and fluctuation characteristics of the
interplanetary magnetic field throughout the mission, and, where
appropriate, relate them to the statics and dynamics of the magnetosphere.
The basic instrument of the Magnetic Field Investigation (MFI) on the WIND
Spacecraft is a boom-mounted dual triaxial fluxgate magnetometer and
associated electronics. The dual configuration provides redundancy and also
permits accurate removal of the dipolar portion of the spacecraft magnetic
field. The instrument provides:

(1) near real-time data at nominally one vector per 92 s as key parameter
    data for broad dissemination,
(2) rapid data at 10.9 vectors/s for standard analysis,
(3) occasionally, snapshot (SS) memory data and Fast Fourier Transform data
    (FFT), both based on 44 vectors/s.

These measurements are precise (0.025%), accurate, ultra-sensitive (0.008
nT/step quantization), and where the sensor noise level is < 0.006 nT r.m.s
for 0-10 Hz. The digital processing unit utilizes a 12-bit microprocessor
controlled analogue-to-digital converter. The instrument features a very
wide dynamic range of measurement capability, from 4 nT up to 65 536 nT per
axis in eight discrete ranges. (The upper range permits complete testing in
the Earth's field.) In the FFT mode power spectral density elements are
transmitted to the ground as fast as once every 23 s (high rate), and 2.7
min of SS memory time series data, triggered automatically by pre-set
command, requires typically about 5.1 hours for transmission. Standard data
products are the following vector field averages: 0.0226-s (detail data from
SS), 0.092 s ('detail' in standard mode), 3 s, 1 min, and 1 hour, in both
GSE and GSM coordinates, as well as the FFT spectral elements. As has been
our team's tradition, high instrument reliability is obtained by the use of
fully redundant systems and extremely conservative designs. We plan studies
of the solar wind:

(1) as a collisionless plasma laboratory, at all time scales, macro, meso
    and micro, but concentrating on the kinetic scale, the highest time
    resolution of the instrument (=0.022 s),
(2) as a consequence of solar energy and mass output,
(3) as an external source of plasma that can couple mass, momentum, and
    energy to the Earth's magnetosphere,
(4) as it is modified as a consequence of its imbedded field interacting
    with the moon.


=======================================================================
 MFI Instrument Description
=======================================================================

The basic instrumentation selected for the WIND Magnetic Field Investigation
(MFI) is based on the magnetometers previously developed for the Voyager,
ISPM, GIOTTO, and Mars Observer missions which represent state-of-the-art
instruments with unparalleled performance. The basic configuration consists 
of dual, wide range (0.001 to 65536 nT) triaxial fluxgate magnetometers moun
ted remote from the spacecraft body on a deployable boom, a 12-bit resolution 
A/D converter system and a microprocessor controlled data processing and control
unit (DPU). The outer magnetometer sensor is mounted at the end of the boom
while the inner unit is located approximately midway between the outer one
and the main body of the spacecraft. This configuration allows the real-time
estimation and elimination of the dipolar components of the
spacecraft-generated magnetic field in order to obtain a more accurate
ambient field.

The advantages of the dual magnetometer approach for weak magnetic field
measurements like those associated with the IMF, have been proven over many
space missions since their original introduction by Ness et al. (1971). The
12 m long deployable boom is of the 'astromast' type and places the sensors
at two different radial distances from the center of the spacecraft while
the signal processing electronics package is mounted on the main spacecraft
body.

The dual magnetometer system is supported by the fully redundant DPU which
interfaces with the spacecraft data and power systems. The use of full
redundancy in the MFI instrument is an important feature that emphasizes the
critical nature of the magnetic field measurements for the achievement of
the WIND and ISTP science objectives. It significantly reduces the
probability of failures and takes advantage of the inherent redundancy
provided by the dual magnetometer configuration. This redundancy includes
assigning by ground command either primary or secondary data stream for the
outer sensor and likewise for the inner sensor. In addition to the block
redundancy provided, each magnetometer system incorporates self-resetting
electronic 'fuses' which isolate the common subsystems in case of
catastrophic problems.

Each sensor assembly consists of an orthogonal triaxial arrangement of
ringcore fluxgate sensors plus additional elements required for thermal
control. The fluxgate sensors are the latest in a series developed for weak
magnetic field measurements by Acua (1974) and which have been extensively
used in missions like VOYAGER, AMPTE, GIOTTO, Mars Observer, CLUSTER, etc.
due to their superior performance and low power consumption. The detailed
principles of operation of fluxgate magnetometers are well known and will
not be repeated here. It is sufficient to refer to Figure 2 for a simplified
description of their operation. (For additional information the reader is
referred to Ness, 1970; Acua, 1974; and Acua and Ness, 1976a, b).
The fluxgate sensors are driven cyclically to saturation by a
15 KHz signal derived from the DPU master clock. The sensor drive signals
are derived from an efficient high energy storage system which is capable of
driving the ring core sensors to peak excitations which are more than 100
times the coercive saturation force of the cores. This type of excitation
eliminates from consideration many 'perming' problems which have been
attributed to fluxgate sensors in the past. In the absence of an external
magnetic field, the fluxgate sensors are 'balanced' and no signal appears at
the output terminals. When an external field is applied, the sensor balance
is disturbed and a signal containing only even harmonics of the drive
frequency appears at the output of the sensors. After amplification and
filtering, this signal is applied to a synchronous detector and high gain
integrating amplifier which is used to generate a current proportional to
the magnitude of the applied field which is fed-back to the sensor to null
the effective magnetic field seen by it. The output of a single axis
magnetometer is then a voltage proportional to the magnitude, direction and
polarity of the ambient magnetic field with respect to the sensor axis
orientation. A triaxial magnetometer is thus created when three single axis
sensors are arranged in an orthogonal configuration and three sets of signal
processing electronics are used to produce three output voltages
proportional to the orthogonal components of the ambient magnetic field.

Total r.m.s. noise level over the 0-10 Hz band does not exceed
0.006 nT. This noise level is several orders of magnitude below the lowest
recorded levels of IMF fluctuations at 1 AU and is more than adequate to
properly detect and identify all magnetic field phenomena of interest to MFI.

The six analog signals generated by the Outboard (OB) and Inboard (IB)
magnetometers are digitized by the 12-bit successive approximation A/D
converter. The 12-bit resolution allows the recovery of a very large dynamic
range of signals spanning 72 dB. To further increase the measurement dynamic
range and to accommodate simplified integration and test requirements during
spacecraft testing, the dynamic range of the magnetometers can be changed
automatically if the magnitude of the measured signals exceeds or drops
below established digital thresholds. In this
fashion, the MFI instrumentation can cover eight orders of magnitude in
magnetic field measurement capability, from 0.001 to 65,536 nT per axis. The
operation of the automatic ranging system is controlled by the
microprocessor and allowed only at clearly defined times in the telemetry
frame to avoid ambiguities in the interpretation of the data. When the
digitized output of any magnetometer axis exceeds 7/8's of full scale, the
microprocessor generates a command to step up (increase) the magnetometer to
the next, less sensitive, range. Conversely, when the output of all axes
drops below 1/8-th of full scale, the DPU commands the appropriate
magnetometer to step down (decrease) to the next most sensitive range. A
'guard band' of 1/8-th scale is provided to avoid the loss of measurements
due to saturation until the range is updated. The decision to increase or
decrease dynamic range is made at the basic internal sampling rate of 44
vectors/s. (At this same rate, the Outboard sensor magnetic field data is
distributed to the rest of the WIND instruments.) However, the MFI telemetry
allocation is not sufficient to allow the transmission of all the data to
the ground, so on-board data averaging, compression, and decimation must be
used to reduce the 'raw' rate to an acceptable value. The DPU also controls
calibration sequences which provide the necessary currents to determine the
scale factor of each of the Outboard and Inboard magnetometer axes for
various dynamic ranges as well as the determination of zero offsets
associated with the electronics by implementing a 180 phase reversal of the
signals processed (electronic 'flipping').




=======================================================================
 DATA FORMAT
=======================================================================


Content of ascii files:

      Columns for 3-s ascii output:
                yr,mon,day,hr,min,sec,
                bxgse,bygse,bzgse,bygsm,bzgsm,bt
                bxgsmrms,bygsmrms,bzgsmrms,btrms,npts

      Columns for 1-m ascii output:
                yr,mon,day,hr,min,sec,
                bxgse,bygse,bzgse,bygsm,bzgsm,bt,
                bxgsmrms,bygsmrms,bzgsmrms,btrms,npts,
                pxgse,pygse,pzgse,pygsm,pzgsm

      Columns for 1-h ascii output:
                yr,mon,day,hr,min,
                bxgse,bygse,bzgse,bygsm,bzgsm,bt,
                bxgsmrms,bygsmrms,bzgsmrms,btrms,npts,
                pxgse,pygse,pzgse,pygsm,pzgsm

      Column Descriptions:

        int yr          Year (e.g., 1996)
        int mon         Month (e.g. 1-January...12-December)
        int day         Day of Month (1...28/29/30/31)
        int hr          Hour (1 -24)
        int min         Minute (0-59)
        int/float sec   second of the minute (0.0-59.9999)
        float bgsex     X component of B in GSE coordinate in nT
        float bgsey     Y component of B in GSE coordinate in nT
        float bgsez     Z component of B in GSE coordinate in nT
        float bgsmy     Y component of B in GSM coordinate in nT
        float bgsmz     Z component of B in GSM coordinate in nT
        float bt        Total magnetic flux in nT
        float brmsgsmx  X component of the rms of B in nT
        float brmsgsmy  Y component of the rms of B in nT
        float brmsgsmz  Z component of the rms of B in nT
        float brmst     Total magnitude of the rms of B in nT
        int npts        No. of Points used in averaging
        float pgsex     X component of s/c position in GSE coordinate in Re
        float pgsey     Y component of s/c position in GSE coordinate in Re
        float pgsez     Z component of s/c position in GSE coordinate in Re
        float pgsmy     Y component of s/c position in GSM coordinate in Re
        float pgsmz     Z component of s/c position in GSM coordinate in Re


Note to Fortran and C users:
    List below are the formats that may help in reading the 3-s, 1-m and hourly 
averages ascii files (assuming the variable types are properly declared)


Fortran users:

<3-s ascii> Any one of the following statements should give the same results

	read(lun,*) yr,mon,day,hr,min,sec,bxgse,bygse,bzgse,bygsm,bzgsm,bt
     1              bxgsmrms,bygsmrms,bzgsmrms,btrms,npts	

    OR with a format statement:

	read(lun,1001) yr,mon,day,hr,min,sec,bxgse,bygse,bzgse,bygsm,bzgsm,bt
     1              bxgsmrms,bygsmrms,bzgsmrms,btrms,npts	

    Choose one from:

1001    format(I4,4(1x,I2),F4.1,6(1x,F9.3),4(1x,F8.3),1x,I5)
1001    format(I4,4(1x,I2),F4.0,6(1x,F9.0),4(1x,F8.0),1x,I5)
1001    format(I4,4(1x,I2),E4.1,6(1x,E9.2),4(1x,E8.1),1x,I5)
1001    format(I4,4(1x,I2),E4.0,6(1x,E9.0),4(1x,E8.0),1x,I5)
1001    format(I4,4I3,F4.0,6F10.0,4F9.0,I6)
1001    format(I4,4I3,E4.0,6E10.0,4E9.0,I6)



<1-m ascii>

	read(lun,*) yr,mon,day,hr,min,sec,bxgse,bygse,bzgse,bygsm,bzgsm,bt
     1              bxgsmrms,bygsmrms,bzgsmrms,btrms,npts,
     2		    pxgse,pygse,pzgse,pygsm,pzgsm

    OR with a format statement:

	read(lun,1001) yr,mon,day,hr,min,sec,bxgse,bygse,bzgse,bygsm,bzgsm,bt
     1              bxgsmrms,bygsmrms,bzgsmrms,btrms,npts,
     2		    pxgse,pygse,pzgse,pygsm,pzgsm

    Choose one from:

1001    format(I4,5(1x,I2),6(1x,F9.3),4(1x,F8.3),1x,I5,5(1x,F8.3))
1001    format(I4,5(1x,I2),6(1x,F9.0),4(1x,F8.0),1x,I5,5(1x,F8.3))
1001    format(I4,5(1x,I2),6(1x,E9.2),4(1x,E8.1),1x,I5,5(1x,E8.1))
1001    format(I4,5(1x,I2),6(1x,E9.0),4(1x,E8.0),1x,I5,5(1x,E8.0))
1001    format(I4,5I3,6F10.0,4F9.0,I6,5F9.1)
1001    format(I4,5I3,6E10.0,4E9.0,I6,5E9.0)


<1-h ascii>

	read(lun,*) yr,mon,day,hr,min,sec,bxgse,bygse,bzgse,bygsm,bzgsm,bt
     1              bxgsmrms,bygsmrms,bzgsmrms,btrms,npts,
     2		    pxgse,pygse,pzgse,pygsm,pzgsm

    OR with a format statement:

	read(lun,1001) yr,mon,day,hr,min,bxgse,bygse,bzgse,bygsm,bzgsm,bt
     1              bxgsmrms,bygsmrms,bzgsmrms,btrms,npts,
     2		    pxgse,pygse,pzgse,pygsm,pzgsm

    Choose one from:

1001    format(I4,4(1x,I2),6(1x,F9.3),4(1x,F8.3),1x,I5,5(1x,F8.3))
1001    format(I4,4(1x,I2),6(1x,F9.0),4(1x,F8.0),1x,I5,5(1x,F8.3))
1001    format(I4,4(1x,I2),6(1x,E9.2),4(1x,E8.1),1x,I5,5(1x,E8.1))
1001    format(I4,4(1x,I2),6(1x,E9.0),4(1x,E8.0),1x,I5,5(1x,E8.0))
1001    format(I4,4I3,6F10.0,4F9.0,I6,5F9.1)
1001    format(I4,4I3,6E10.0,4E9.0,I6,5E9.0)



C users: (assuming the variable types are properly decalared)

<3-s ascii>

	fscanf(fr,"%d %d %d %d %d %f %f %f %f %f %f %f %f %f %f %f %d",
		 yr,mon,day,hr,min,sec,bxgse,bygse,bzgse,bygsm,bzgsm,bt
                 bxgsmrms,bygsmrms,bzgsmrms,btrms,npts);

<1-m ascii>

        fscanf(fr,
        "%d %d %d %d %d %d %f %f %f %f %f %f %f %f %f %f %d %f %f %f %f %f",
		yr,mon,day,hr,min,sec,bxgse,bygse,bzgse,bygsm,bzgsm,bt
		bxgsmrms,bygsmrms,bzgsmrms,btrms,npts,
		pxgse,pygse,pzgse,pygsm,pzgsm);

<1-h ascii>

        fscanf(fr,
        "%d %d %d %d %d %f %f %f %f %f %f %f %f %f %f %d %f %f %f %f %f",
		yr,mon,day,hr,min,bxgse,bygse,bzgse,bygsm,bzgsm,bt
		bxgsmrms,bygsmrms,bzgsmrms,btrms,npts,
		pxgse,pygse,pzgse,pygsm,pzgsm);





Content of 3-s, 1-m, 1-h CDF files (skeleton table)


! Skeleton table for the "wi_h0_mfi_19951231_v04.cdf" CDF.
! Generated: Friday, 12-Sep-1997 18:33:26
! CDF created/modified by CDF V2.5.22
! Skeleton table created by CDF V2.5.15 

#header

                       CDF NAME: wi_h0_mfi_19951231_v04.cdf
                  DATA ENCODING: NETWORK
                       MAJORITY: COLUMN
                         FORMAT: SINGLE

! Variables  G.Attributes  V.Attributes  Records  Dims  Sizes
! ---------  ------------  ------------  -------  ----  -----
    0/66          28            23         0/z      1     3


#GLOBALattributes

! Attribute         Entry       Data
! Name              Number      Type       Value
! ---------         ------      ----       -----

  "Project"             1:    CDF_CHAR     { "ISTP>International " -
                                             "Solar-Terrestrial Physics" } .

  "Discipline"          1:    CDF_CHAR     { "Space " -
                                             "Physics>Magnetospheric " -
                                             "Science" } .

  "Source_name"         1:    CDF_CHAR     { "WIND>Wind Interplanetary " -
                                             "Plasma Laboratory" } .

  "Software_version"
                        1:    CDF_CHAR     { "V03.00" } .

  "Data_type"           1:    CDF_CHAR     { "H0>High-resolution data" } .

  "Descriptor"          1:    CDF_CHAR     { "MFI>Magnetic Fields " -
                                             "Investigation" } .

  "Data_version"        1:    CDF_CHAR     { "04" } .

  "TITLE"               1:    CDF_CHAR     { "WIND Magnetic Field " -
                                             "Instrument (MFI) Standard " -
                                             "Production" } .

  "TEXT"                1:    CDF_CHAR     { "WIND MFI Composite data " -
                                             "file.  This file contains " -
                                             "multiple time resolution " -
                                             "data." }
                        2:    CDF_CHAR     { "1 Minute data averages    " -
                                             "                          " -
                                             "                          " -
                                             "  " }
                        3:    CDF_CHAR     { "3 Second data averages    " -
                                             "                          " -
                                             "                          " -
                                             "  " }
                        4:    CDF_CHAR     { "1 Hour   data averages    " -
                                             "                          " -
                                             "                          " -
                                             "  " }
                        5:    CDF_CHAR     { "WIND MFI Instrument turn " -
                                             "on 11/12/1994             " -
                                             "                          " -
                                             "   " }
                        6:    CDF_CHAR     { "References:               " -
                                             "                          " -
                                             "                          " -
                                             "  " }
                        7:    CDF_CHAR     { "1. Lepping, R. P., et al.," -
                                             " The WIND Magnetic Field " -
                                             "Investigation, p. 207 in  " -
                                             "   " }
                        8:    CDF_CHAR     { "The Global Geospace " -
                                             "Mission, ed. by C. T. " -
                                             "Russell, Kluwer,1995      " -
                                             "            " }
                        9:    CDF_CHAR     { "2. Panetta, P. (GSFC), GGS" -
                                             " WIND MFI Operator's " -
                                             "Manual, September 15, " -
                                             "1992.      " }
                       10:    CDF_CHAR     { "3. Computer Sciences " -
                                             "Corporation, Data Format " -
                                             "Control Document (DFCD) " -
                                             "Between   " }
                       11:    CDF_CHAR     { "The International " -
                                             "Solar-Terrestrial Physics " -
                                             "(ISTP) Program Information" -
                                             "          " }
                       12:    CDF_CHAR     { "Processing Division Ground" -
                                             " Data Processing System " -
                                             "and The ISTP Mission      " -
                                             "    " }
                       13:    CDF_CHAR     { "Investigators, " -
                                             "CSC/TR-91/6014, " -
                                             "560-1DFD/0190, July 1992. " -
                                             "                       " }
                       14:    CDF_CHAR     { "4. Behannon, K. W., " -
                                             "International Solar " -
                                             "Terrestrial Physics (ISTP)" -
                                             " Program      " }
                       15:    CDF_CHAR     { "Investigator Data Analysis" -
                                             " Requirements For WIND and" -
                                             " GEOTAIL Spacecraft       " -
                                             "  " }
                       16:    CDF_CHAR     { "Magnetometer Experiment, " -
                                             "September 1987.           " -
                                             "                          " -
                                             "   " }
                       17:    CDF_CHAR     { "5. National Space Science " -
                                             "Data Center, CDF User's " -
                                             "Guide, Version 2.3.0,     " -
                                             "    " }
                       18:    CDF_CHAR     { "October 1, 1992.          " -
                                             "                          " -
                                             "                          " -
                                             "  " }
                       19:    CDF_CHAR     { "6. Mish, W. H., " -
                                             "International " -
                                             "Solar-Terrestrial Physics " -
                                             "(ISTP) Key Parameter    " }
                       20:    CDF_CHAR     { "Generation Software (KPGS)" -
                                             " Standards & Conventions, " -
                                             "September 1992.           " -
                                             "  " }
                       21:    CDF_CHAR     { "7. Mish, W. H., IMP F and " -
                                             "G Phase I Magnetic Field " -
                                             "Analysis, April 1972      " -
                                             "   " } .

  "MODS"                1:    CDF_CHAR     { " 10/28/94 Initial release " -
                                             "                   " }
                        2:    CDF_CHAR     { " 01/28/97 Z-variable " -
                                             "Release add Z correction" }
                        3:    CDF_CHAR     { " 02/20/97 Change file name" -
                                             " from sp to h0     " } .

  "ADID_ref"            1:    CDF_CHAR     { "NSSD0141" } .

  "Logical_file_id"     1:    CDF_CHAR     { "wi_h0_mfi_19951231_v04" } .

  "Logical_source"      1:    CDF_CHAR     { "wi_h0_mfi" } .

  "Logical_source_description"
                        1:    CDF_CHAR     { "Wind Magnetic Fields " -
                                             "Investigation, " -
                                             "High-resolution data" } .

  "Processing_date"     1:    CDF_CHAR     { "Fri Mar 28 15:16:16 EST 1997" } .

  "Level_0_file"        1:    CDF_CHAR     { "wi_lz_mfi_19951230_v01.dat." }
                        2:    CDF_CHAR     { "wi_lz_mfi_19951231_v01.dat." }
                        3:    CDF_CHAR     { "wi_lz_mfi_19960101_v01.dat." } .

  "HKlvl_0_file"        1:    CDF_CHAR     { "wi_lz_mfi_19951230_v01.dat." }
                        2:    CDF_CHAR     { "wi_lz_mfi_19951231_v01.dat." }
                        3:    CDF_CHAR     { "wi_lz_mfi_19960101_v01.dat." } .

  "Orbit_file"          1:    CDF_CHAR     { "wi_or_def_19951231_v01.cdf." }
                        2:    CDF_CHAR     { "wi_or_def_19960101_v02.cdf." } .

  "Attitude_file"       1:    CDF_CHAR     { "wi_at_def_19951231_v01.cdf." }
                        2:    CDF_CHAR     { "wi_at_def_19960101_v01.cdf." } .

  "def_FLAGS"           1:    CDF_CHAR     { "00 - Interpolated   " -
                                             "Calibration Values        " -
                                             "           " }
                        2:    CDF_CHAR     { "01 - Last available " -
                                             "Calibration Values        " -
                                             "           " }
                        3:    CDF_CHAR     { "02 - Daily Computed " -
                                             "Calibration Values        " -
                                             "           " }
                        4:    CDF_CHAR     { "03 - Daily Computed " -
                                             "Calibration Values with Z " -
                                             "corrections" } .

  "def_SPC_MODE"        1:    CDF_CHAR     { "01 - Science     mode (92 " -
                                             "sec)" }
                        2:    CDF_CHAR     { "03 - Maneuver    mode (92 " -
                                             "sec)" }
                        3:    CDF_CHAR     { "04 - Contingency mode (92 " -
                                             "sec)" }
                        4:    CDF_CHAR     { "05 - Science     mode (46 " -
                                             "sec)" }
                        5:    CDF_CHAR     { "07 - Maneuver    mode (46 " -
                                             "sec)" }
                        6:    CDF_CHAR     { "08 - Contingency mode (46 " -
                                             "sec)" } .

  "def_MAG_MODE"        1:    CDF_CHAR     { "00 - Primary to Secondary " -
                                             "Ratio  (1:1) Outboard " -
                                             "prime w/ FFT & Snapshot" }
                        2:    CDF_CHAR     { "01 - Primary to Secondary " -
                                             "Ratio (20:1) Outboard " -
                                             "prime w/ FFT & Snapshot" }
                        3:    CDF_CHAR     { "02 - Primary to Secondary " -
                                             "Ratio (20:1) Outboard " -
                                             "prime w/ Snapshot only " }
                        4:    CDF_CHAR     { "03 - Primary to Secondary " -
                                             "Ratio  (1:1) Outboard " -
                                             "prime Maneuver         " }
                        5:    CDF_CHAR     { "10 - Primary to Secondary " -
                                             "Ratio  (1:1)  Inboard " -
                                             "prime w/ FFT & Snapshot" }
                        6:    CDF_CHAR     { "11 - Primary to Secondary " -
                                             "Ratio (20:1)  Inboard " -
                                             "prime w/ FFT & Snapshot" }
                        7:    CDF_CHAR     { "12 - Primary to Secondary " -
                                             "Ratio (20:1)  Inboard " -
                                             "prime w/ Snapshot only " }
                        8:    CDF_CHAR     { "13 - Primary to Secondary " -
                                             "Ratio  (1:1)  Inboard " -
                                             "prime Maneuver         " } .

  "PI_name"             1:    CDF_CHAR     { "R. Lepping" } .

  "PI_affiliation"      1:    CDF_CHAR     { "NASA/GSFC" } .

  "Mission_group"       1:    CDF_CHAR     { "Wind" } .

  "Instrument_type"     1:    CDF_CHAR     { "Magnetic Fields (space)" } .

  "TEXT_supplement_1"
                        1:    CDF_CHAR     { " " } .

  "Web_sites"           1:    CDF_CHAR     { "http://www-lep.gsfc.nasa.g" -
                                             "ov/mfi/windmfi.html    " }
                        2:    CDF_CHAR     { "http://www-istp.gsfc.nasa." -
                                             "gov/ISTP/wind.html     " }
                        3:    CDF_CHAR     { "http://www-istp.gsfc.nasa." -
                                             "gov/istp/www-sites.html" }
                        4:    CDF_CHAR     { "http://www-spof.gsfc.nasa." -
                                             "gov/index_spof.html    " } .


#VARIABLEattributes

  "FIELDNAM"
  "VALIDMIN"
  "VALIDMAX"
  "SCALEMIN"
  "SCALEMAX"
  "UNITS"
  "LABLAXIS"
  "FORMAT"
  "MONOTON"
  "SCALETYP"
  "CATDESC"
  "FILLVAL"
  "LABL_PTR_1"
  "LABL_PTR_2"
  "UNIT_PTR"
  "FORM_PTR"
  "DEPEND_0"
  "DEPEND_1"
  "VAR_TYPE"
  "DICT_KEY"
  "AVE_TYPE"
  "TIME_RES"
  "VAR_NOTES"


#variables

! No rVariables.


#zVariables

! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "Epoch"         CDF_EPOCH      1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Time Line (1 min)" }
    "VALIDMIN"    CDF_EPOCH    { 12-Nov-1994 00:00:00.000 }
    "VALIDMAX"    CDF_EPOCH    { 31-Dec-2020 00:00:00.000 }
    "SCALEMIN"    CDF_EPOCH    { 31-Dec-1995 00:00:00.000 }
    "SCALEMAX"    CDF_EPOCH    { 01-Jan-1996 00:00:00.000 }
    "UNITS"       CDF_CHAR     { "ms" }
    "LABLAXIS"    CDF_CHAR     { "Epoch" }
    "FORMAT"      CDF_CHAR     { "E14.8" }
    "MONOTON"     CDF_CHAR     { "INCREASE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Number of milliseconds since the epoch" -
                                 " (1 min)" }
    "FILLVAL"     CDF_REAL8    { -1.0e+31 }
    "VAR_TYPE"    CDF_CHAR     { "support_data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "Time_PB5"      CDF_INT4       1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Time Line (1 min)" }
    "VALIDMIN"    CDF_INT4     { 1994, 316, 0 }
    "VALIDMAX"    CDF_INT4     { 2020, 366, 0 }
    "SCALEMIN"    CDF_INT4     { 1995, 365, 0 }
    "SCALEMAX"    CDF_INT4     { 1996, 1, 0 }
    "MONOTON"     CDF_CHAR     { "INCREASE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Time of observation in Year, Day, & " -
                                 "milliseconds (1 min)" }
    "FILLVAL"     CDF_INT4     { -1 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_time" }
    "UNIT_PTR"    CDF_CHAR     { "unit_time" }
    "FORM_PTR"    CDF_CHAR     { "format_time" }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "DEPEND_1"    CDF_CHAR     { "unit_time." }
    "VAR_TYPE"    CDF_CHAR     { "support_data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "NUM_PTS"       CDF_INT4       1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Number of points in average (1 min)" }
    "VALIDMIN"    CDF_INT4     { 0 }
    "VALIDMAX"    CDF_INT4     { 1500 }
    "SCALEMIN"    CDF_INT4     { 0 }
    "SCALEMAX"    CDF_INT4     { 1500 }
    "UNITS"       CDF_CHAR     { " " }
    "LABLAXIS"    CDF_CHAR     { "No. Points" }
    "FORMAT"      CDF_CHAR     { "I4" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Number of points in average (1 min)" }
    "FILLVAL"     CDF_INT4     { -1 }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "support_data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "BF1"           CDF_REAL4      1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Magnetic field magnitude (1 min)" }
    "VALIDMIN"    CDF_REAL4    { 0.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0 }
    "SCALEMAX"    CDF_REAL4    { 50.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "LABLAXIS"    CDF_CHAR     { "B" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Magnetic field magnitude (1 min)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 min" }
    "VAR_NOTES"   CDF_CHAR     { "Average of the magnitudes (F1)" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "BRMSF1"        CDF_REAL4      1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "RMS magnitude (1 min)" }
    "VALIDMIN"    CDF_REAL4    { 0.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0 }
    "SCALEMAX"    CDF_REAL4    { 8.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "LABLAXIS"    CDF_CHAR     { "B_RMS" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "RMS magnitude (1 min)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 min" }
    "VAR_NOTES"   CDF_CHAR     { "RMS of the magnitudes (F1 RMS)" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "BGSM"          CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Magnetic field vector in GSM " -
                                 "coordinates (1 min)" }
    "VALIDMIN"    CDF_REAL4    { -65534.0, -65534.0, -65534.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0, 65534.0, 65534.0 }
    "SCALEMIN"    CDF_REAL4    { -25.0, -25.0, -25.0 }
    "SCALEMAX"    CDF_REAL4    { 25.0, 25.0, 25.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Magnetic field vector in GSM " -
                                 "coordinates (1 min)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_bgsm" }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "BRMSGSM"       CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "RMS vector in GSM coordinates (1 min)" }
    "VALIDMIN"    CDF_REAL4    { 0.0, 0.0, 0.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0, 65534.0, 65534.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0, 0.0, 0.0 }
    "SCALEMAX"    CDF_REAL4    { 8.0, 8.0, 8.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "RMS vector in GSM coordinates (1 min)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_bgsmr" }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "BGSE"          CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Magnetic field vector in GSE " -
                                 "coordinates (1 min)" }
    "VALIDMIN"    CDF_REAL4    { -65534.0, -65534.0, -65534.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0, 65534.0, 65534.0 }
    "SCALEMIN"    CDF_REAL4    { -25.0, -25.0, -25.0 }
    "SCALEMAX"    CDF_REAL4    { 25.0, 25.0, 25.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Magnetic field vector in GSE " -
                                 "coordinates (1 min)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_bgse" }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "BRMSGSE"       CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "RMS vector in GSE coordinates (1 min)" }
    "VALIDMIN"    CDF_REAL4    { 0.0, 0.0, 0.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0, 65534.0, 65534.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0, 0.0, 0.0 }
    "SCALEMAX"    CDF_REAL4    { 8.0, 8.0, 8.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "RMS vector in GSE coordinates (1 min)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_bgser" }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "DIST"          CDF_REAL4      1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Radial Distance (1 min)" }
    "VALIDMIN"    CDF_REAL4    { 0.0 }
    "VALIDMAX"    CDF_REAL4    { 300.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0 }
    "SCALEMAX"    CDF_REAL4    { 300.0 }
    "UNITS"       CDF_CHAR     { "Re" }
    "LABLAXIS"    CDF_CHAR     { "Rad. Dist." }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Distance from the center of the earth " -
                                 "(Define Re = 6378km) (1 min)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "PGSM"          CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Position in GSM coordinates (1 min)" }
    "VALIDMIN"    CDF_REAL4    { -300.0, -300.0, -300.0 }
    "VALIDMAX"    CDF_REAL4    { 300.0, 300.0, 300.0 }
    "SCALEMIN"    CDF_REAL4    { -300.0, -300.0, -300.0 }
    "SCALEMAX"    CDF_REAL4    { 300.0, 300.0, 300.0 }
    "UNITS"       CDF_CHAR     { "Re" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Position vector in GSM coordinates " -
                                 "(Define Re = 6378km) (1 min)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_pgsm" }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "DEPEND_1"    CDF_CHAR     { "cartesian" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "PGSE"          CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Position in GSE coordinates (1 min)" }
    "VALIDMIN"    CDF_REAL4    { -300.0, -300.0, -300.0 }
    "VALIDMAX"    CDF_REAL4    { 300.0, 300.0, 300.0 }
    "SCALEMIN"    CDF_REAL4    { -300.0, -300.0, -300.0 }
    "SCALEMAX"    CDF_REAL4    { 300.0, 300.0, 300.0 }
    "UNITS"       CDF_CHAR     { "Re" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Position vector in GSE coordinates " -
                                 "(Define Re = 6378km) (1 min)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_pgse" }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "DEPEND_1"    CDF_CHAR     { "cartesian" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "SGSM"          CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Unit spin vector in GSM coordinates (1" -
                                 " min)" }
    "VALIDMIN"    CDF_REAL4    { -1.0, -1.0, -1.0 }
    "VALIDMAX"    CDF_REAL4    { 1.0, 1.0, 1.0 }
    "SCALEMIN"    CDF_REAL4    { -1.0, -1.0, -1.0 }
    "SCALEMAX"    CDF_REAL4    { 1.0, 1.0, 1.0 }
    "UNITS"       CDF_CHAR     { " " }
    "LABLAXIS"    CDF_CHAR     { "Unit Vector" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Unit spin vector in GSM coordinates (1" -
                                 " min)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "SGSE"          CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Unit spin vector in GSE coordinates (1" -
                                 " min)" }
    "VALIDMIN"    CDF_REAL4    { -1.0, -1.0, -1.0 }
    "VALIDMAX"    CDF_REAL4    { 1.0, 1.0, 1.0 }
    "SCALEMIN"    CDF_REAL4    { -1.0, -1.0, -1.0 }
    "SCALEMAX"    CDF_REAL4    { 1.0, 1.0, 1.0 }
    "UNITS"       CDF_CHAR     { " " }
    "LABLAXIS"    CDF_CHAR     { "Unit Vector" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Unit spin vector in GSE coordinates (1" -
                                 " min)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "DB_SC"         CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Delta B (Outer - Inner) (1 min)" }
    "VALIDMIN"    CDF_REAL4    { -25.0 }
    "VALIDMAX"    CDF_REAL4    { 25.0 }
    "SCALEMIN"    CDF_REAL4    { -1.0 }
    "SCALEMAX"    CDF_REAL4    { 1.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Delta B (Outer - Inner) (1 min)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_dbsc" }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "TILTANG"       CDF_REAL4      1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Dipole Tilt Angle (Degrees) (1 min)" }
    "VALIDMIN"    CDF_REAL4    { -35.0 }
    "VALIDMAX"    CDF_REAL4    { 35.0 }
    "SCALEMIN"    CDF_REAL4    { -35.0 }
    "SCALEMAX"    CDF_REAL4    { 35.0 }
    "UNITS"       CDF_CHAR     { "Degrees" }
    "LABLAXIS"    CDF_CHAR     { "Dipole Tilt" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Dipole Tilt Angle (Degrees)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "support_data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "RANGE_I"       CDF_REAL4      1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Average Range Inner Magnetometer (1 min)" }
    "VALIDMIN"    CDF_REAL4    { 0.0 }
    "VALIDMAX"    CDF_REAL4    { 7.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0 }
    "SCALEMAX"    CDF_REAL4    { 7.0 }
    "UNITS"       CDF_CHAR     { " " }
    "LABLAXIS"    CDF_CHAR     { "Range Inner" }
    "FORMAT"      CDF_CHAR     { "F4.2" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Average Range Inner Magnetometer (1 min)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "support_data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "RANGE_O"       CDF_REAL4      1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Average Range Outer Magnetometer (1 min)" }
    "VALIDMIN"    CDF_REAL4    { 0.0 }
    "VALIDMAX"    CDF_REAL4    { 7.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0 }
    "SCALEMAX"    CDF_REAL4    { 7.0 }
    "UNITS"       CDF_CHAR     { " " }
    "LABLAXIS"    CDF_CHAR     { "Range Outer" }
    "FORMAT"      CDF_CHAR     { "F4.2" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Average Range Outer Magnetometer (1 min)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "support_data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "SPC_MODE"      CDF_INT4       1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "S/C operational mode (1 min)" }
    "VALIDMIN"    CDF_INT4     { 0 }
    "VALIDMAX"    CDF_INT4     { 10 }
    "SCALEMIN"    CDF_INT4     { 0 }
    "SCALEMAX"    CDF_INT4     { 10 }
    "UNITS"       CDF_CHAR     { " " }
    "LABLAXIS"    CDF_CHAR     { "S/C MODE" }
    "FORMAT"      CDF_CHAR     { "I2" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "S/C operational mode (1 min)" }
    "FILLVAL"     CDF_INT4     { -1 }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "support_data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "MAG_MODE"      CDF_INT4       1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "WIND/MFI operational mode (1 min)" }
    "VALIDMIN"    CDF_INT4     { 0 }
    "VALIDMAX"    CDF_INT4     { 15 }
    "SCALEMIN"    CDF_INT4     { 0 }
    "SCALEMAX"    CDF_INT4     { 15 }
    "UNITS"       CDF_CHAR     { " " }
    "LABLAXIS"    CDF_CHAR     { "MFI MODE" }
    "FORMAT"      CDF_CHAR     { "I2" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "WIND/MFI operational mode (1 min)" }
    "FILLVAL"     CDF_INT4     { -1 }
    "DEPEND_0"    CDF_CHAR     { "Epoch" }
    "VAR_TYPE"    CDF_CHAR     { "support_data" }
    "TIME_RES"    CDF_CHAR     { "1 min" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "Epoch3"        CDF_EPOCH      1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Time Line (3 sec)" }
    "VALIDMIN"    CDF_EPOCH    { 12-Nov-1994 00:00:00.000 }
    "VALIDMAX"    CDF_EPOCH    { 31-Dec-2020 00:00:00.000 }
    "SCALEMIN"    CDF_EPOCH    { 31-Dec-1995 00:00:00.000 }
    "SCALEMAX"    CDF_EPOCH    { 01-Jan-1996 00:00:00.000 }
    "UNITS"       CDF_CHAR     { "ms" }
    "LABLAXIS"    CDF_CHAR     { "Epoch" }
    "FORMAT"      CDF_CHAR     { "E14.8" }
    "MONOTON"     CDF_CHAR     { "INCREASE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Number of milliseconds since the epoch" -
                                 " (3 sec)" }
    "FILLVAL"     CDF_REAL8    { -1.0e+31 }
    "VAR_TYPE"    CDF_CHAR     { "support_data" }
    "TIME_RES"    CDF_CHAR     { "3 sec" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "Time3_PB5"     CDF_INT4       1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Time Line (3 sec)" }
    "VALIDMIN"    CDF_INT4     { 1994, 316, 0 }
    "VALIDMAX"    CDF_INT4     { 2020, 366, 0 }
    "SCALEMIN"    CDF_INT4     { 1995, 365, 0 }
    "SCALEMAX"    CDF_INT4     { 1996, 1, 0 }
    "MONOTON"     CDF_CHAR     { "INCREASE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Time of observation in Year, Day, & " -
                                 "milliseconds (3 sec)" }
    "FILLVAL"     CDF_INT4     { -1 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_time" }
    "UNIT_PTR"    CDF_CHAR     { "unit_time" }
    "FORM_PTR"    CDF_CHAR     { "format_time" }
    "DEPEND_0"    CDF_CHAR     { "Epoch3" }
    "DEPEND_1"    CDF_CHAR     { "unit_time." }
    "VAR_TYPE"    CDF_CHAR     { "support_data" }
    "TIME_RES"    CDF_CHAR     { "3 sec" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "NUM3_PTS"      CDF_INT4       1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Number of points in average (3 sec)" }
    "VALIDMIN"    CDF_INT4     { 0 }
    "VALIDMAX"    CDF_INT4     { 100 }
    "SCALEMIN"    CDF_INT4     { 0 }
    "SCALEMAX"    CDF_INT4     { 100 }
    "UNITS"       CDF_CHAR     { " " }
    "LABLAXIS"    CDF_CHAR     { "No. Points" }
    "FORMAT"      CDF_CHAR     { "I4" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Number of points in average (3 sec)" }
    "FILLVAL"     CDF_INT4     { -1 }
    "DEPEND_0"    CDF_CHAR     { "Epoch3" }
    "VAR_TYPE"    CDF_CHAR     { "support_data" }
    "TIME_RES"    CDF_CHAR     { "3 sec" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "B3F1"          CDF_REAL4      1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Magnetic field magnitude (3 sec)" }
    "VALIDMIN"    CDF_REAL4    { 0.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0 }
    "SCALEMAX"    CDF_REAL4    { 50.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "LABLAXIS"    CDF_CHAR     { "B" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Magnetic field magnitude (3 sec)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "DEPEND_0"    CDF_CHAR     { "Epoch3" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "3 sec" }
    "VAR_NOTES"   CDF_CHAR     { "Average of the magnitudes (F1)" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "B3RMSF1"       CDF_REAL4      1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "RMS magnitude (3 sec)" }
    "VALIDMIN"    CDF_REAL4    { 0.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0 }
    "SCALEMAX"    CDF_REAL4    { 8.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "LABLAXIS"    CDF_CHAR     { "B_RMS" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "RMS magnitude (3 sec)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "DEPEND_0"    CDF_CHAR     { "Epoch3" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "3 sec" }
    "VAR_NOTES"   CDF_CHAR     { "RMS of the magnitudes (F1 RMS)" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "B3GSM"         CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Magnetic field vector in GSM " -
                                 "coordinates (3 sec)" }
    "VALIDMIN"    CDF_REAL4    { -65534.0, -65534.0, -65534.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0, 65534.0, 65534.0 }
    "SCALEMIN"    CDF_REAL4    { -25.0, -25.0, -25.0 }
    "SCALEMAX"    CDF_REAL4    { 25.0, 25.0, 25.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Magnetic field vector in GSM " -
                                 "coordinates (3 sec)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_bgsm" }
    "DEPEND_0"    CDF_CHAR     { "Epoch3" }
    "DEPEND_1"    CDF_CHAR     { "cartesian" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "3 sec" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "B3RMSGSM"      CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "RMS vector in GSM coordinates (3 sec)" }
    "VALIDMIN"    CDF_REAL4    { 0.0, 0.0, 0.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0, 65534.0, 65534.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0, 0.0, 0.0 }
    "SCALEMAX"    CDF_REAL4    { 8.0, 8.0, 8.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "RMS vector in GSM coordinates (3 sec)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_bgsmr" }
    "DEPEND_0"    CDF_CHAR     { "Epoch3" }
    "DEPEND_1"    CDF_CHAR     { "cartesian" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "3 sec" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "B3GSE"         CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Magnetic field vector in GSE " -
                                 "coordinates (3 sec)" }
    "VALIDMIN"    CDF_REAL4    { -65534.0, -65534.0, -65534.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0, 65534.0, 65534.0 }
    "SCALEMIN"    CDF_REAL4    { -25.0, -25.0, -25.0 }
    "SCALEMAX"    CDF_REAL4    { 25.0, 25.0, 25.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Magnetic field vector in GSE " -
                                 "coordinates (3 sec)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_bgse" }
    "DEPEND_0"    CDF_CHAR     { "Epoch3" }
    "DEPEND_1"    CDF_CHAR     { "cartesian" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "3 sec" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "B3RMSGSE"      CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "RMS vector in GSE coordinates (3 sec)" }
    "VALIDMIN"    CDF_REAL4    { 0.0, 0.0, 0.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0, 65534.0, 65534.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0, 0.0, 0.0 }
    "SCALEMAX"    CDF_REAL4    { 8.0, 8.0, 8.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "RMS vector in GSE coordinates (3 sec)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_bgser" }
    "DEPEND_0"    CDF_CHAR     { "Epoch3" }
    "DEPEND_1"    CDF_CHAR     { "cartesian" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "3 sec" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "Epoch1"        CDF_EPOCH      1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Time Line (1 hour)" }
    "VALIDMIN"    CDF_EPOCH    { 12-Nov-1994 00:00:00.000 }
    "VALIDMAX"    CDF_EPOCH    { 31-Dec-2020 00:00:00.000 }
    "SCALEMIN"    CDF_EPOCH    { 31-Dec-1995 00:00:00.000 }
    "SCALEMAX"    CDF_EPOCH    { 01-Jan-1996 00:00:00.000 }
    "UNITS"       CDF_CHAR     { "ms" }
    "LABLAXIS"    CDF_CHAR     { "Epoch" }
    "FORMAT"      CDF_CHAR     { "E14.8" }
    "MONOTON"     CDF_CHAR     { "INCREASE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Number of milliseconds since the epoch" -
                                 " (1 hour)" }
    "FILLVAL"     CDF_REAL8    { -1.0e+31 }
    "VAR_TYPE"    CDF_CHAR     { "support_data" }
    "TIME_RES"    CDF_CHAR     { "1 hour" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "Time1_PB5"     CDF_INT4       1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Time Line (1 hour)" }
    "VALIDMIN"    CDF_INT4     { 1994, 316, 0 }
    "VALIDMAX"    CDF_INT4     { 2020, 366, 0 }
    "SCALEMIN"    CDF_INT4     { 1995, 365, 0 }
    "SCALEMAX"    CDF_INT4     { 1996, 1, 0 }
    "MONOTON"     CDF_CHAR     { "INCREASE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Time of observation in Year, Day, & " -
                                 "milliseconds (1 hour)" }
    "FILLVAL"     CDF_INT4     { -1 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_time" }
    "UNIT_PTR"    CDF_CHAR     { "unit_time" }
    "FORM_PTR"    CDF_CHAR     { "format_time" }
    "DEPEND_0"    CDF_CHAR     { "Epoch1" }
    "DEPEND_1"    CDF_CHAR     { "unit_time." }
    "VAR_TYPE"    CDF_CHAR     { "support_data" }
    "TIME_RES"    CDF_CHAR     { "1 hour" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "NUM1_PTS"      CDF_INT4       1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Number of points in average (1 hour)" }
    "VALIDMIN"    CDF_INT4     { 0 }
    "VALIDMAX"    CDF_INT4     { 80000 }
    "SCALEMIN"    CDF_INT4     { 0 }
    "SCALEMAX"    CDF_INT4     { 80000 }
    "UNITS"       CDF_CHAR     { " " }
    "LABLAXIS"    CDF_CHAR     { "No. Points" }
    "FORMAT"      CDF_CHAR     { "I4" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Number of points in average (1 hour)" }
    "FILLVAL"     CDF_INT4     { -1 }
    "DEPEND_0"    CDF_CHAR     { "Epoch1" }
    "VAR_TYPE"    CDF_CHAR     { "support_data" }
    "TIME_RES"    CDF_CHAR     { "1 hour" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "B1F1"          CDF_REAL4      1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Magnetic field magnitude (1 hour)" }
    "VALIDMIN"    CDF_REAL4    { 0.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0 }
    "SCALEMAX"    CDF_REAL4    { 50.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "LABLAXIS"    CDF_CHAR     { "B" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Magnetic field magnitude (1 hour)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "DEPEND_0"    CDF_CHAR     { "Epoch1" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 hour" }
    "VAR_NOTES"   CDF_CHAR     { "Average of the magnitudes (F1)" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "B1RMSF1"       CDF_REAL4      1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "RMS magnitude (1 hour)" }
    "VALIDMIN"    CDF_REAL4    { 0.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0 }
    "SCALEMAX"    CDF_REAL4    { 8.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "LABLAXIS"    CDF_CHAR     { "B_RMS" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "RMS magnitude (1 hour)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "DEPEND_0"    CDF_CHAR     { "Epoch1" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 hour" }
    "VAR_NOTES"   CDF_CHAR     { "RMS of the magnitudes (F1 RMS)" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "B1GSM"         CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Magnetic field vector in GSM " -
                                 "coordinates (1 hour)" }
    "VALIDMIN"    CDF_REAL4    { -65534.0, -65534.0, -65534.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0, 65534.0, 65534.0 }
    "SCALEMIN"    CDF_REAL4    { -25.0, -25.0, -25.0 }
    "SCALEMAX"    CDF_REAL4    { 25.0, 25.0, 25.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Magnetic field vector in GSM " -
                                 "coordinates (1 hour)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_bgsm" }
    "DEPEND_0"    CDF_CHAR     { "Epoch1" }
    "DEPEND_1"    CDF_CHAR     { "cartesian" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 hour" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "B1RMSGSM"      CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "RMS vector in GSM coordinates (1 hour)" }
    "VALIDMIN"    CDF_REAL4    { 0.0, 0.0, 0.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0, 65534.0, 65534.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0, 0.0, 0.0 }
    "SCALEMAX"    CDF_REAL4    { 8.0, 8.0, 8.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "RMS vector in GSM coordinates (1 hour)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_bgsmr" }
    "DEPEND_0"    CDF_CHAR     { "Epoch1" }
    "DEPEND_1"    CDF_CHAR     { "cartesian" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 hour" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "B1GSE"         CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Magnetic field vector in GSE " -
                                 "coordinates (1 hour)" }
    "VALIDMIN"    CDF_REAL4    { -65534.0, -65534.0, -65534.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0, 65534.0, 65534.0 }
    "SCALEMIN"    CDF_REAL4    { -25.0, -25.0, -25.0 }
    "SCALEMAX"    CDF_REAL4    { 25.0, 25.0, 25.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Magnetic field vector in GSE " -
                                 "coordinates (1 hour)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_bgse" }
    "DEPEND_0"    CDF_CHAR     { "Epoch1" }
    "DEPEND_1"    CDF_CHAR     { "cartesian" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 hour" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "B1RMSGSE"      CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "RMS vector in GSE coordinates (1 hour)" }
    "VALIDMIN"    CDF_REAL4    { 0.0, 0.0, 0.0 }
    "VALIDMAX"    CDF_REAL4    { 65534.0, 65534.0, 65534.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0, 0.0, 0.0 }
    "SCALEMAX"    CDF_REAL4    { 8.0, 8.0, 8.0 }
    "UNITS"       CDF_CHAR     { "nT" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "RMS vector in GSE coordinates (1 hour)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_bgser" }
    "DEPEND_0"    CDF_CHAR     { "Epoch1" }
    "DEPEND_1"    CDF_CHAR     { "cartesian" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 hour" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "DIST1"         CDF_REAL4      1       0              T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Radial Distance (1 hour)" }
    "VALIDMIN"    CDF_REAL4    { 0.0 }
    "VALIDMAX"    CDF_REAL4    { 300.0 }
    "SCALEMIN"    CDF_REAL4    { 0.0 }
    "SCALEMAX"    CDF_REAL4    { 300.0 }
    "UNITS"       CDF_CHAR     { "Re" }
    "LABLAXIS"    CDF_CHAR     { "Rad. Dist." }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Distance from the center of the earth " -
                                 "(Define Re = 6378km) (1 hour)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "DEPEND_0"    CDF_CHAR     { "Epoch1" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 hour" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "P1GSM"         CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Position in GSM coordinates (1 hour).." }
    "VALIDMIN"    CDF_REAL4    { -300.0, -300.0, -300.0 }
    "VALIDMAX"    CDF_REAL4    { 300.0, 300.0, 300.0 }
    "SCALEMIN"    CDF_REAL4    { -300.0, -300.0, -300.0 }
    "SCALEMAX"    CDF_REAL4    { 300.0, 300.0, 300.0 }
    "UNITS"       CDF_CHAR     { "Re" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Position vector in GSM coordinates " -
                                 "(Define Re = 6378km) (1 hour)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_pgsm" }
    "DEPEND_0"    CDF_CHAR     { "Epoch1" }
    "DEPEND_1"    CDF_CHAR     { "cartesian" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 hour" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "P1GSE"         CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Position in GSE coordinates (1 hour)" }
    "VALIDMIN"    CDF_REAL4    { -300.0, -300.0, -300.0 }
    "VALIDMAX"    CDF_REAL4    { 300.0, 300.0, 300.0 }
    "SCALEMIN"    CDF_REAL4    { -300.0, -300.0, -300.0 }
    "SCALEMAX"    CDF_REAL4    { 300.0, 300.0, 300.0 }
    "UNITS"       CDF_CHAR     { "Re" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Position vector in GSE coordinates " -
                                 "(Define Re = 6378km) (1 hour)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "LABL_PTR_1"
                  CDF_CHAR     { "label_pgse" }
    "DEPEND_0"    CDF_CHAR     { "Epoch1" }
    "DEPEND_1"    CDF_CHAR     { "cartesian" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 hour" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "S1GSM"         CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Unit spin vector in GSM coordinates (1" -
                                 " hour)" }
    "VALIDMIN"    CDF_REAL4    { -1.0, -1.0, -1.0 }
    "VALIDMAX"    CDF_REAL4    { 1.0, 1.0, 1.0 }
    "SCALEMIN"    CDF_REAL4    { -1.0, -1.0, -1.0 }
    "SCALEMAX"    CDF_REAL4    { 1.0, 1.0, 1.0 }
    "UNITS"       CDF_CHAR     { " " }
    "LABLAXIS"    CDF_CHAR     { "Unit Vector" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Unit spin vector in GSM coordinates (1" -
                                 " hour)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "DEPEND_0"    CDF_CHAR     { "Epoch1" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 hour" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "S1GSE"         CDF_REAL4      1       1     3        T         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Unit spin vector in GSE coordinates (1" -
                                 " hour)" }
    "VALIDMIN"    CDF_REAL4    { -1.0, -1.0, -1.0 }
    "VALIDMAX"    CDF_REAL4    { 1.0, 1.0, 1.0 }
    "SCALEMIN"    CDF_REAL4    { -1.0, -1.0, -1.0 }
    "SCALEMAX"    CDF_REAL4    { 1.0, 1.0, 1.0 }
    "UNITS"       CDF_CHAR     { " " }
    "LABLAXIS"    CDF_CHAR     { "Unit Vector" }
    "FORMAT"      CDF_CHAR     { "E13.6" }
    "MONOTON"     CDF_CHAR     { "FALSE" }
    "SCALETYP"    CDF_CHAR     { "LINEAR" }
    "CATDESC"     CDF_CHAR     { "Unit spin vector in GSE coordinates (1" -
                                 " hour)" }
    "FILLVAL"     CDF_REAL4    { -1.0e+31 }
    "DEPEND_0"    CDF_CHAR     { "Epoch1" }
    "VAR_TYPE"    CDF_CHAR     { "data" }
    "TIME_RES"    CDF_CHAR     { "1 hour" } .

  ! RV values were not requested.


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "ZERO_I"        CDF_REAL4      1       2    3 8       F        T T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Sensor Zeros (Inner)" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1,1] = 2051.4
    [2,1] = 1356.36
    [3,1] = 2206.1
    [1,2] = 2048.9
    [2,2] = 1870.0
    [3,2] = 2089.2
    [1,3] = 2048.22
    [2,3] = 2004.15
    [3,3] = 2058.08
    [1,4] = 2048.06
    [2,4] = 2036.87
    [3,4] = 2050.57
    [1,5] = 2048.01
    [2,5] = 2045.17
    [3,5] = 2048.65
    [1,6] = 2048.0
    [2,6] = 2047.28
    [3,6] = 2048.16
    [1,7] = 2048.0
    [2,7] = 2047.82
    [3,7] = 2048.04
    [1,8] = 2048.0
    [2,8] = 2047.96
    [3,8] = 2048.01


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "SENS_I"        CDF_REAL4      1       2    3 8       F        T T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Sensor Sensitivities (Inner)" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1,1] = 0.00207
    [2,1] = 0.00202
    [3,1] = 0.00206
    [1,2] = 0.007818
    [2,2] = 0.007849
    [3,2] = 0.007905
    [1,3] = 0.03225
    [2,3] = 0.03186
    [3,3] = 0.03231
    [1,4] = 0.1265
    [2,4] = 0.12551
    [3,4] = 0.12691
    [1,5] = 0.50116
    [2,5] = 0.49449
    [3,5] = 0.50356
    [1,6] = 1.96465
    [2,6] = 1.94902
    [3,6] = 1.97663
    [1,7] = 8.0301
    [2,7] = 7.92275
    [3,7] = 8.06849
    [1,8] = 31.4693
    [2,8] = 31.221
    [3,8] = 31.6655


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "AMPL_I"        CDF_REAL4      1       2    3 8       F        T T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Amplitude Correction (Inner)" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1,1] = 1.0
    [2,1] = 1.0
    [3,1] = 1.0
    [1,2] = 1.0
    [2,2] = 1.0
    [3,2] = 1.0
    [1,3] = 1.0
    [2,3] = 1.0
    [3,3] = 1.0
    [1,4] = 1.0
    [2,4] = 1.0
    [3,4] = 1.0
    [1,5] = 1.0
    [2,5] = 1.0
    [3,5] = 1.0
    [1,6] = 1.0
    [2,6] = 1.0
    [3,6] = 1.0
    [1,7] = 1.0
    [2,7] = 1.0
    [3,7] = 1.0
    [1,8] = 1.0
    [2,8] = 1.0
    [3,8] = 1.0


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "ORTH_I"        CDF_REAL8      1       2    3 3       F        T T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Orthogonalization Matrix (Inner)" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1,1] = 1.00001
    [2,1] = 0.00209217
    [3,1] = -0.0082212
    [1,2] = 0.00889149
    [2,2] = 1.00006
    [3,2] = -0.00172141
    [1,3] = 0.00561959
    [2,3] = -0.0025408
    [3,3] = 0.999977


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "PAYLD_I"       CDF_REAL8      1       2    3 3       F        T T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Payload Rotation Matrix (Inner)" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1,1] = 0.9997
    [2,1] = 0.0
    [3,1] = 0.0244868
    [1,2] = 0.0
    [2,2] = 0.999953
    [3,2] = 0.00974448
    [1,3] = 0.0244868
    [2,3] = 0.00974448
    [3,3] = -0.999653


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "FLAG_I"        CDF_INT4       1       0              F

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Sensor Zero Flag (Inner)." }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [] = 3


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "ZERO_O"        CDF_REAL4      1       2    3 8       F        T T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Sensor Zeros (Outer)" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1,1] = 595.253
    [2,1] = 2726.73
    [3,1] = 644.176
    [1,2] = 1653.4
    [2,2] = 2214.9
    [3,2] = 1688.0
    [1,3] = 1950.15
    [2,3] = 2089.0
    [3,3] = 1959.2
    [1,4] = 2023.26
    [2,4] = 2058.45
    [3,4] = 2025.49
    [1,5] = 2041.71
    [2,5] = 2050.65
    [3,5] = 2042.28
    [1,6] = 2046.4
    [2,6] = 2048.67
    [3,6] = 2046.55
    [1,7] = 2047.61
    [2,7] = 2048.17
    [3,7] = 2047.64
    [1,8] = 2047.9
    [2,8] = 2048.04
    [3,8] = 2047.91


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "SENS_O"        CDF_REAL4      1       2    3 8       F        T T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Sensor Sensitivities (Outer)" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1,1] = 0.002181
    [2,1] = 0.00195
    [3,1] = 0.00204
    [1,2] = 0.0080295
    [2,2] = 0.00793
    [3,2] = 0.007955
    [1,3] = 0.032382
    [2,3] = 0.03228
    [3,3] = 0.0322484
    [1,4] = 0.128089
    [2,4] = 0.126676
    [3,4] = 0.127202
    [1,5] = 0.503602
    [2,5] = 0.499925
    [3,5] = 0.501059
    [1,6] = 1.98471
    [2,6] = 1.96673
    [3,6] = 1.97581
    [1,7] = 8.07895
    [2,7] = 7.98206
    [3,7] = 8.03218
    [1,8] = 31.8262
    [2,8] = 31.397
    [3,8] = 31.664


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "AMPL_O"        CDF_REAL4      1       2    3 8       F        T T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Amplitude Correction (Outer)" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1,1] = 1.0
    [2,1] = 1.0
    [3,1] = 1.0
    [1,2] = 1.0
    [2,2] = 1.0
    [3,2] = 1.0
    [1,3] = 1.0
    [2,3] = 1.0
    [3,3] = 1.0
    [1,4] = 1.0
    [2,4] = 1.0
    [3,4] = 1.0
    [1,5] = 1.0
    [2,5] = 1.0
    [3,5] = 1.0
    [1,6] = 1.0
    [2,6] = 1.0
    [3,6] = 1.0
    [1,7] = 1.0
    [2,7] = 1.0
    [3,7] = 1.0
    [1,8] = 1.0
    [2,8] = 1.0
    [3,8] = 1.0


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "ORTH_O"        CDF_REAL8      1       2    3 3       F        T T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Orthogonalization Matrix (Outer)" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1,1] = 0.999976
    [2,1] = -0.00504173
    [3,1] = -0.00330096
    [1,2] = 0.00770987
    [2,2] = 0.999991
    [3,2] = 0.00130367
    [1,3] = 0.000867882
    [2,3] = -0.000205024
    [3,3] = 0.999997


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "PAYLD_O"       CDF_REAL8      1       2    3 3       F        T T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Payload Rotation Matrix (Out" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1,1] = 1.0
    [2,1] = 0.0
    [3,1] = 0.0
    [1,2] = 0.0
    [2,2] = 0.999898
    [3,2] = 0.0143117
    [1,3] = 0.0
    [2,3] = 0.0143117
    [3,3] = -0.999898


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "FLAG_O"        CDF_INT4       1       0              F

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Sensor Zero Flag (Outer)." }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [] = 3


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "label_time"    CDF_CHAR      27       1     3        F         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Label for Time_PB5" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1] = { "Year                       " }
    [2] = { "Day of Year (Jan 1 = Day 1)" }
    [3] = { "Elapsed milliseconds of day" }


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "format_time"   CDF_CHAR       2       1     3        F         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Format for Time_PB5" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1] = { "I4" }
    [2] = { "I3" }
    [3] = { "I8" }


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "unit_time"     CDF_CHAR       4       1     3        F         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Units for Time_PB5" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1] = { "year" }
    [2] = { "day " }
    [3] = { "msec" }


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "label_bgsm"    CDF_CHAR       8       1     3        F         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Label for B in GMS coordinates" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1] = { "Bx (GSM)" }
    [2] = { "By (GSM)" }
    [3] = { "Bz (GSM)" }


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "label_bgse"    CDF_CHAR       8       1     3        F         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Label for B in GSE coordinates" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1] = { "Bx (GSE)" }
    [2] = { "By (GSE)" }
    [3] = { "Bz (GSE)" }


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "label_bgsmr"   CDF_CHAR      12       1     3        F         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Label for B RMS in GSM coordinates" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1] = { "Bx_RMS (GSM)" }
    [2] = { "By_RMS (GSM)" }
    [3] = { "Bz_RMS (GSM)" }


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "label_bgser"   CDF_CHAR      12       1     3        F         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Label for B RMS in GSE coordinates" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1] = { "Bx_RMS (GSE)" }
    [2] = { "By_RMS (GSE)" }
    [3] = { "Bz_RMS (GSE)" }


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "label_dbsc"    CDF_CHAR      12       1     3        F         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Label for delta B spacecraft" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1] = { "X (Delta SC)" }
    [2] = { "Y (Delta SC)" }
    [3] = { "Z (Delta sc)" }


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "label_pgsm"    CDF_CHAR       7       1     3        F         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Label for S/C Position in GSM " -
                                 "coordinates" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1] = { "X (GSM)" }
    [2] = { "Y (GSM)" }
    [3] = { "Z (GSM)" }


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "label_pgse"    CDF_CHAR       7       1     3        F         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Label for S/C Position in GSE " -
                                 "coordinates" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" } .

  ! NRV values follow...

    [1] = { "X (GSE)" }
    [2] = { "Y (GSE)" }
    [3] = { "Z (GSE)" }


! Variable          Data      Number                 Record   Dimension
! Name              Type     Elements  Dims  Sizes  Variance  Variances
! --------          ----     --------  ----  -----  --------  ---------

  "cartesian"     CDF_CHAR      11       1     3        F         T

  ! Attribute       Data
  ! Name            Type       Value
  ! --------        ----       -----

    "FIELDNAM"    CDF_CHAR     { "Dimension Label" }
    "VAR_TYPE"    CDF_CHAR     { "metadata" }
    "DICT_KEY"    CDF_CHAR     { "ISTP>vector>cartesian" } .

  ! NRV values follow...

    [1] = { "x-component" }
    [2] = { "y-component" }
    [3] = { "z-component" }


#end




=========================================================================
 History of modifications to data and documentation
=========================================================================


3/23/98 by SHC
	This document has been modified to include the upgrade information
	to the data and URLs to bowshock crossings identification table.
	A brief introductory paragraph to the table was put in the first
 	section of this document.
	http://lepmfi.gsfc.nasa.gov/mfi/bow_shock.html


3/19/98 by SHC
	Eight cdf files have been modified to exclude possible data spikes. 
	The version numbers of these files were upgraded to version 5.

	wi_h0_mfi_19950902_v05.cdf
	wi_h0_mfi_19951120_v05.cdf
	wi_h0_mfi_19960227_v05.cdf
	wi_h0_mfi_19960306_v05.cdf
	wi_h0_mfi_19960502_v05.cdf
	wi_h0_mfi_19960531_v05.cdf
	wi_h0_mfi_19960613_v05.cdf
	wi_h0_mfi_19960630_v05.cdf


3/04/98 by SHC
	Eight 3-s, Six 1-m, and Six 1-h ascii files have been modified to 
	exclude possible data spikes. The version numbers of these files 
	were upgraded to version 5.

	wi_3s_mfi_19950902_v05.asc
	wi_3s_mfi_19951120_v05.asc
	wi_3s_mfi_19960227_v05.asc
	wi_3s_mfi_19960306_v05.asc
	wi_3s_mfi_19960502_v05.asc
	wi_3s_mfi_19960531_v05.asc
	wi_3s_mfi_19960613_v05.asc
	wi_3s_mfi_19960630_v05.asc

	wi_1m_mfi_199509_v05.asc
	wi_1m_mfi_199511_v05.asc
	wi_1m_mfi_199602_v05.asc
	wi_1m_mfi_199603_v05.asc
	wi_1m_mfi_199605_v05.asc
	wi_1m_mfi_199606_v05.asc

	wi_1h_mfi_199509_v05.asc
	wi_1h_mfi_199511_v05.asc
	wi_1h_mfi_199602_v05.asc
	wi_1h_mfi_199603_v05.asc
	wi_1h_mfi_199605_v05.asc
	wi_1h_mfi_199606_v05.asc




=========================================================================
 References
=========================================================================

Lepping, R. P., M. H. Acuna, L. F. Burlaga, W. M. Farrel, J. A. Slavin,
K. H. Schatten, F. Mariani, N. E. Ness, F. M. Neubauer, Y. C. Whang,
J. B. Byrnes, R. S. Kennon, P. V. Panetta, J. Scheifele, and E. M. Worley,
The wind magnetic field investigation, Space Sci. Rev. 71, 207-229, 1995.