nasa cdf (version 3) {
// global attributes:
		:Project = "STP>Solar-Terrestrial Physics" ;
		:Source_name = "MMS1>MMS Satellite Number 1" ;
		:Discipline = "Space Physics>Magnetospheric Science" ;
		:Data_type = "brst_l2_des-momsaux" ;
		:Descriptor = "DES>Dual Electron Spectrometers" ;
		:File_naming_convention = "source_descriptor_datatype_yyyyMMddHHmmss" ;
		:Data_version = "3.4.0" ;
		:PI_name = "J. Burch, B. Giles" ;
		:PI_affiliation = "SwRI, GSFC" ;
		:TEXT = "FPI usually operates in Fast Survey (FS) Mode in the MMS Region Of Interest (ROI) for the current Mission Phase. Data are taken at burst (30/150 ms for DES/DIS) resolution in this mode. Data are also made available at survey (4.5 s, etc) resolution.  Per mission design, not all burst-resolution data are downlinked, but all survey data are downlinked. Planning around calibration activities, avoidance of Earth radiation belts, etc, when possible, FPI usually operates in Slow Survey (SS) Mode outside of ROI, and then only the 60 s resolution survey data are available. This product contains partial moments that come from performing the standard moment integrals over a limited portion of velocity space. The resulting quantities are named similarly to their corresponding standard moments, but are decorated with 'part' to differentiate. For example, density_part is the density moment integrated from a particular energy step to infinity. These partial moments are formed from the indicated data type (DES/DIS burst, FS or SS). For convenience, some additional parameters are included to augment those most commonly found in a moments product of this sort, plus time-stamps and other annotation characterizing the state of the instrument system at the indicated time." ;
		:Instrument_type = "Plasma and Solar Wind" ;
		:Instrument_type = "Particles (space)" ;
		:Mission_group = "MMS" ;
		:Logical_source = "mms1_fpi_brst_l2_des-momsaux" ;
		:Logical_file_id = "mms1_fpi_brst_l2_des-momsaux_20210525104743_v3.4.0" ;
		:Logical_source_description = "MMS Satellite Number 1 Dual Electron Spectrometer Burst-resolution auxiliary moments" ;
		:Time_resolution = "30 milliseconds" ;
		:Rules_of_use = "See FPI Version Release Notes (https://lasp.colorado.edu/mms/sdc/public/datasets/fpi/) for rules of use." ;
		:Generated_by = "FPI ITF, NASA/GSFC Code 673" ;
		:Generation_date = "Fri May 24 08:03:50 2024" ;
		:Generation_site = "ITF" ;
		:MODS = "See FPI Version Release Notes (https://lasp.colorado.edu/mms/sdc/public/datasets/fpi/) for data set modification history." ;
		:LINK_TEXT = "MMS home page" ;
		:LINK_TEXT = "SMART package home page" ;
		:LINK_TEXT = "Science Data Center" ;
		:LINK_TEXT = "FPI overview" ;
		:LINK_TITLE = "at GSFC" ;
		:LINK_TITLE = "at SWRI" ;
		:LINK_TITLE = "at LASP" ;
		:LINK_TITLE = "at NASA" ;
		:HTTP_LINK = "http://mms.gsfc.nasa.gov" ;
		:HTTP_LINK = "http://mms.space.swri.edu" ;
		:HTTP_LINK = "http://lasp.colorado.edu/mms/sdc" ;
		:HTTP_LINK = "http://www.nasa.gov/mission_pages/mms/spacecraft/instruments.html#fpi" ;
		:Skeleton_version = "$Revision: 9524 $" ;
		:Skeleton_revdate = "$Date: 2021-03-09 13:14:05 -0500 (Tue, 09 Mar 2021) $" ;
		:Correction_table_name = "mms1_des_f1ct_v42-1211_1219_p15.txt mms1_des_f1ct_v42-1211_1219_p16.txt" ;
		:Correction_table_rev = "9619" ;
		:Correction_table_scaling_factor = "0.85000" ;
		:Energy_table_name = "energies_des_15-17.txt" ;
		:Dead_time_correction = "100 ns" ;
		:Magnetic_field_filenames = "mms1_fgm_srvy_l2_20210525_v5.298.0.cdf mms1_fgm_srvy_l2_20210526_v5.296.0.cdf mms1_fgm_brst_l2_20210525104743_v5.296.0.cdf" ;
		:Spacecraft_potential_filenames = "mms1_edp_fast_l2_scpot_20210525000000_v2.7.2.cdf mms1_edp_fast_l2_scpot_20210526000000_v2.7.3.cdf" ;
		:Spacecraft_potential_scaling_factor = "1.0" ;
		:Spacecraft_potential_offset = "0.0" ;
		:Photoelectron_model_filenames = "mms_fpi_brst_l2_des-bgdist_v1.1.0_p15-17.cdf" ;
		:Photoelectron_model_scaling_factor = "0.3500000" ;
		:Photoelectron_filter = "Off" ;
		:Low_energy_extrapolation = "Disabled" ;
		:High_energy_extrapolation = "Enabled" ;
		:Spacecraft_attitude_filenames = "MMS1_DEFATT_2021145_2021146.V00" ;
		:FastSurvey_spintone_filenames = "mms1_fpi_fast_l2_des-moms_20210525100000_v3.4.0.cdf" ;
		:Lower_energy_integration_limit = "10.00eV" ;
		:Upper_energy_integration_limit = "30000.00eV" ;
		:Energy_e0 = "100.00eV" ;
		:Scp_energy_fraction = "1.00eV" ;
		:Skymap_avgN = "1" ;
// variable attributes, one line per entry (which variable each belongs to is not shown):
		CATDESC = "Nanoseconds since J2000" ;
		CATDESC = "MMS1 FPI/DES epoch plus var" ;
		CATDESC = "MMS1 FPI/DES epoch minus var" ;
		CATDESC = "MMS1 FPI/DES vector of data-quality indicators at burst-start time" ;
		CATDESC = "MMS1 FPI/DES partial electron number density during this burst" ;
		CATDESC = "MMS1 FPI/DES partial electron bulk-velocity vector in DBCS during this burst" ;
		CATDESC = "MMS1 FPI/DES partial electron bulk-velocity vector in GSE during this burst" ;
		CATDESC = "MMS1 FPI/DES partial electron pressure tensor in DBCS during this burst" ;
		CATDESC = "MMS1 FPI/DES partial electron pressure tensor in GSE during this burst" ;
		CATDESC = "MMS1 FPI/DES partial electron temperature tensor in DBCS during this burst" ;
		CATDESC = "MMS1 FPI/DES partial electron temperature tensor in GSE during this burst" ;
		CATDESC = "MMS1 FPI/DES partial electron parallel temperature during this burst" ;
		CATDESC = "MMS1 FPI/DES partial electron perpendicular temperature during this burst" ;
		CATDESC = "MMS1 FPI/DES recommended energy index for partial moments during this burst" ;
		CATDESC = "MMS1 FPI/DES burst sky-map parity 0/1 energies" ;
		CATDESC = "MMS1 FPI/DES brst survey sky-map delta energies" ;
		CATDESC = "MMS1 FPI/DES unit vector mag field" ;
		CATDESC = "MMS1 FPI/DES gse transformation matrix" ;
		CATDESC = "MMS/FPI DBCS velocity label" ;
		CATDESC = "MMS/FPI GSE velocity label" ;
		CATDESC = "MMS/FPI cartesian representation variable" ;
		CATDESC = "MMS/FPI cartesian representation variable with magnitude" ;
		CATDESC = "MMS1 FPI/DES compression status raw data word at survey-start time" ;
		CATDESC = "MMS1 FPI/DES compression lossless/lossy indicator at survey-start time" ;
		CATDESC = "MMS1 FPI/DES step table parity, this burst" ;
		CATDESC = "MMS1 FPI/DES Del-Phi (obs spin-phase) count at burst-start time" ;
		CATDESC = "MMS1 FPI/DES Del-Phi (obs spin-phase) angle at burst-start time" ;
		CATDESC = "MMS1 FPI/DES sector de-Spin P value, this burst" ;
		CATDESC = "MMS1 FPI/DES electron pitch-angle distribution for \"low\" energies during this burst" ;
		CATDESC = "MMS1 FPI/DES electron pitch-angle distribution for \"mid\" energies during this burst" ;
		CATDESC = "MMS1 FPI/DES electron pitch-angle distribution for \"high\" energies during this burst" ;
		CATDESC = "MMS1 FPI/DES electron energy spectrum \"near\" +X_DBCS during this burst" ;
		CATDESC = "MMS1 FPI/DES electron energy spectrum \"near\" -X_DBCS during this burst" ;
		CATDESC = "MMS1 FPI/DES electron energy spectrum \"near\" +Y_DBCS during this burst" ;
		CATDESC = "MMS1 FPI/DES electron energy spectrum \"near\" -Y_DBCS during this burst" ;
		CATDESC = "MMS1 FPI/DES electron energy spectrum \"near\" +Z_DBCS during this burst" ;
		CATDESC = "MMS1 FPI/DES electron energy spectrum \"near\" -Z_DBCS during this burst" ;
		CATDESC = "MMS1 FPI/DES electron energy parallel to the magnetic field direction during this burst" ;
		CATDESC = "MMS1 FPI/DES electron energy anti-parallel to the magnetic field direction during this burst" ;
		CATDESC = "MMS1 FPI/DES electron energy perpendicular to the magnetic field direction during this burst" ;
		CATDESC = "MMS1 FPI/DES omni-directional electron energy spectrum during this burst" ;
		CATDESC = "MMS1 FPI/DES electron number density during this burst" ;
		CATDESC = "MMS1 FPI/DES electron number density error during this burst" ;
		CATDESC = "MMS1 FPI/DES estimated (via extrapolation to 0) contribution to density integral below 10eV" ;
		CATDESC = "MMS1 FPI/DES estimated (via extrapolation to infinity) contribution to density integral above 30keV" ;
		CATDESC = "MMS1 FPI/DES electron bulk-velocity vector in DBCS during this burst" ;
		CATDESC = "MMS1 FPI/DES electron bulk-velocity estimated spintone vector in DBCS during this burst" ;
		CATDESC = "MMS1 FPI/DES electron bulk-velocity vector in GSE during this burst" ;
		CATDESC = "MMS1 FPI/DES electron bulk-velocity estimated spintone vector in GSE during this burst" ;
		CATDESC = "MMS1 FPI/DES electron bulk-velocity error vector during this burst" ;
		CATDESC = "MMS1 FPI/DES electron pressure tensor in DBCS during this burst" ;
		CATDESC = "MMS1 FPI/DES electron pressure tensor in GSE during this burst" ;
		CATDESC = "MMS1 FPI/DES electron pressure tensor error during this burst" ;
		CATDESC = "MMS1 FPI/DES electron temperature tensor in DBCS during this burst" ;
		CATDESC = "MMS1 FPI/DES electron temperature tensor in GSE during this burst" ;
		CATDESC = "MMS1 FPI/DES electron temperature tensor error during this burst" ;
		CATDESC = "MMS1 FPI/DES electron heat-flux vector in DBCS during this burst" ;
		CATDESC = "MMS1 FPI/DES electron heat-flux vector in GSE during this burst" ;
		CATDESC = "MMS1 FPI/DES electron heat-flux error vector during this burst" ;
		CATDESC = "MMS FPI/DES burst sky-map pitch angles" ;
		CATDESC = "MMS1 FPI/DES brst sky-map pitch angle deltas" ;
		CATDESC = "MMS1 FPI/DES electron parallel temperature during this BP" ;
		CATDESC = "MMS1 FPI/DES electron perpendicular temperature during this BP" ;
		CATDESC = "MMS/FPI DBCS velocity spintone label" ;
		CATDESC = "MMS/FPI GSE velocity spintone label" ;
		CATDESC = "MMS/FPI err velocity label" ;
		CATDESC = "MMS/FPI DBCS heat flux label" ;
		CATDESC = "MMS/FPI GSE heat flux label" ;
		CATDESC = "MMS/FPI err heat flux label" ;
		CATDESC = "MMS1 FPI/DES S/C potential mean" ;
		CATDESC = "MMS1 FPI/DES S/C potential max" ;
		CATDESC = "MMS1 FPI/DES Mag data X,Y,Z,Norm DSC  components [nT] at survey-start time" ;
		CATDESC = "Magnetic field vector X,Y,Z, and magnitude B" ;
		CATDESC = "Magnetic field vector X,Y,Z, and magnitude B" ;
		CATDESC = "Magnetic field vector X,Y,Z, and magnitude B" ;
		CATDESC = "Magnetic field vector X,Y,Z, and magnitude B" ;
		CATDESC = "Position in GSE coordinates, 30 second" ;
		CATDESC = "Position in GSM coordinates, 30 second" ;
		CATDESC = "MMS1 number density integrands" ;
		CATDESC = "number flux" ;
		CATDESC = "MMS1 pressure tensor integrands" ;
		CATDESC = "Normalized energies (E/(E+E0)) used in numerical integration of plasma moments" ;
		COORDINATE_SYSTEM = "DBCS>Despun Body Coordinate System" ;
		COORDINATE_SYSTEM = "GSE>Geocentric Solar Ecliptic" ;
		COORDINATE_SYSTEM = "DBCS>Despun Body Coordinate System" ;
		COORDINATE_SYSTEM = "GSE>Geocentric Solar Ecliptic" ;
		COORDINATE_SYSTEM = "DBCS>Despun Body Coordinate System" ;
		COORDINATE_SYSTEM = "GSE>Geocentric Solar Ecliptic" ;
		COORDINATE_SYSTEM = "DBCS>Despun Body Coordinate System" ;
		COORDINATE_SYSTEM = "DBCS>Despun Body Coordinate System" ;
		COORDINATE_SYSTEM = "DBCS>Despun Body Coordinate System" ;
		COORDINATE_SYSTEM = "DBCS>Despun Body Coordinate System" ;
		COORDINATE_SYSTEM = "GSE>Geocentric Solar Ecliptic" ;
		COORDINATE_SYSTEM = "GSE>Geocentric Solar Ecliptic" ;
		COORDINATE_SYSTEM = "DBCS>Despun Body Coordinate System" ;
		COORDINATE_SYSTEM = "DBCS>Despun Body Coordinate System" ;
		COORDINATE_SYSTEM = "GSE>Geocentric Solar Ecliptic" ;
		COORDINATE_SYSTEM = "DBCS>Despun Body Coordinate System" ;
		COORDINATE_SYSTEM = "DBCS>Despun Body Coordinate System" ;
		COORDINATE_SYSTEM = "GSE>Geocentric Solar Ecliptic" ;
		COORDINATE_SYSTEM = "DBCS>Despun Body Coordinate System" ;
		COORDINATE_SYSTEM = "DBCS>Despun Body Coordinate System" ;
		COORDINATE_SYSTEM = "GSE>Geocentric Solar Ecliptic" ;
		COORDINATE_SYSTEM = "DBCS>Despun Body Coordinate System" ;
		COORDINATE_SYSTEM = "GSE>Geocentric Solar Ecliptic" ;
		COORDINATE_SYSTEM = "DMPA>Despun Major Principle Axis" ;
		COORDINATE_SYSTEM = "GSE>Geocentric Solar Ecliptic" ;
		COORDINATE_SYSTEM = "DMPA>Despun Major Principle Axis" ;
		COORDINATE_SYSTEM = "GSE>Geocentric Solar Ecliptic" ;
		COORDINATE_SYSTEM = "GSM>Geocentric Solar Magnetospheric" ;
		DELTA_PLUS_VAR = "Epoch_plus_var" ;
		DELTA_PLUS_VAR = "mms1_des_energy_delta_brst" ;
		DELTA_PLUS_VAR = "mms1_des_numberdensity_err_brst" ;
		DELTA_PLUS_VAR = "mms1_des_bulkv_err_brst" ;
		DELTA_PLUS_VAR = "mms1_des_bulkv_err_brst" ;
		DELTA_PLUS_VAR = "mms1_des_prestensor_err_brst" ;
		DELTA_PLUS_VAR = "mms1_des_prestensor_err_brst" ;
		DELTA_PLUS_VAR = "mms1_des_temptensor_err_brst" ;
		DELTA_PLUS_VAR = "mms1_des_temptensor_err_brst" ;
		DELTA_PLUS_VAR = "mms1_des_heatq_err_brst" ;
		DELTA_PLUS_VAR = "mms1_des_heatq_err_brst" ;
		DELTA_PLUS_VAR = "mms1_des_alpha_delta_brst" ;
		DELTA_MINUS_VAR = "Epoch_minus_var" ;
		DELTA_MINUS_VAR = "mms1_des_energy_delta_brst" ;
		DELTA_MINUS_VAR = "mms1_des_numberdensity_err_brst" ;
		DELTA_MINUS_VAR = "mms1_des_bulkv_err_brst" ;
		DELTA_MINUS_VAR = "mms1_des_bulkv_err_brst" ;
		DELTA_MINUS_VAR = "mms1_des_prestensor_err_brst" ;
		DELTA_MINUS_VAR = "mms1_des_prestensor_err_brst" ;
		DELTA_MINUS_VAR = "mms1_des_temptensor_err_brst" ;
		DELTA_MINUS_VAR = "mms1_des_temptensor_err_brst" ;
		DELTA_MINUS_VAR = "mms1_des_heatq_err_brst" ;
		DELTA_MINUS_VAR = "mms1_des_heatq_err_brst" ;
		DELTA_MINUS_VAR = "mms1_des_alpha_delta_brst" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_0 = "Epoch" ;
		DEPEND_1 = "mms1_des_energy_brst" ;
		DEPEND_1 = "mms1_des_energy_brst" ;
		DEPEND_1 = "mms1_des_energy_brst" ;
		DEPEND_1 = "mms1_des_energy_brst" ;
		DEPEND_1 = "mms1_des_energy_brst" ;
		DEPEND_1 = "mms1_des_energy_brst" ;
		DEPEND_1 = "mms1_des_energy_brst" ;
		DEPEND_1 = "mms1_des_energy_brst" ;
		DEPEND_1 = "mms1_des_energy_brst" ;
		DEPEND_1 = "mms1_des_alpha_brst" ;
		DEPEND_1 = "mms1_des_alpha_brst" ;
		DEPEND_1 = "mms1_des_alpha_brst" ;
		DEPEND_1 = "mms1_des_energy_brst" ;
		DEPEND_1 = "mms1_des_energy_brst" ;
		DEPEND_1 = "mms1_des_energy_brst" ;
		DEPEND_1 = "mms1_des_energy_brst" ;
		DEPEND_1 = "mms1_des_energy_brst" ;
		DEPEND_1 = "mms1_des_energy_brst" ;
		DEPEND_1 = "mms1_des_energy_brst" ;
		DEPEND_1 = "mms1_des_energy_brst" ;
		DEPEND_1 = "mms1_des_energy_brst" ;
		DEPEND_1 = "mms1_des_energy_brst" ;
		DEPEND_1 = "mms1_des_ugrid_int_brst" ;
		DEPEND_1 = "mms1_des_ugrid_int_brst" ;
		DEPEND_1 = "mms1_des_ugrid_int_brst" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "spectrogram" ;
		DISPLAY_TYPE = "spectrogram" ;
		DISPLAY_TYPE = "spectrogram" ;
		DISPLAY_TYPE = "spectrogram" ;
		DISPLAY_TYPE = "spectrogram" ;
		DISPLAY_TYPE = "spectrogram" ;
		DISPLAY_TYPE = "spectrogram" ;
		DISPLAY_TYPE = "spectrogram" ;
		DISPLAY_TYPE = "spectrogram" ;
		DISPLAY_TYPE = "spectrogram" ;
		DISPLAY_TYPE = "spectrogram" ;
		DISPLAY_TYPE = "spectrogram" ;
		DISPLAY_TYPE = "spectrogram" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		FIELDNAM = "Time tags" ;
		FIELDNAM = "MMS1 FPI/DES epoch plus var" ;
		FIELDNAM = "MMS1 FPI/DES epoch minus var" ;
		FIELDNAM = "MMS1 FPI/DES dataQuality errorFlags" ;
		FIELDNAM = "MMS1 FPI/DES partial number density" ;
		FIELDNAM = "MMS1 FPI/DES DBCS partial bulk v" ;
		FIELDNAM = "MMS1 FPI/DES GSE partial bulk v" ;
		FIELDNAM = "MMS1 FPI/DES DBCS partial pres tensor" ;
		FIELDNAM = "MMS1 FPI/DES GSE partial pres tensor" ;
		FIELDNAM = "MMS1 FPI/DES DBCS partial temp tensor" ;
		FIELDNAM = "MMS1 FPI/DES GSE partial temp tensor" ;
		FIELDNAM = "MMS1 FPI1/DES partial tempPara" ;
		FIELDNAM = "MMS1 FPI1/DES partial tempPerp" ;
		FIELDNAM = "MMS1 FPI/DES part_index" ;
		FIELDNAM = "MMS1 FPI/DES energy" ;
		FIELDNAM = "MMS1 FPI/DES delta energy" ;
		FIELDNAM = "MMS1 FPI/DES BHAT DBCS" ;
		FIELDNAM = "MMS1 FPI/DES gse transform matrix" ;
		FIELDNAM = "MMS/FPI DBCS velocity label" ;
		FIELDNAM = "MMS/FPI GSE velocity label" ;
		FIELDNAM = "MMS/FPI cartesian representation" ;
		FIELDNAM = "MMS/FPI cartesian representation with magnitude" ;
		FIELDNAM = "MMS1 FPI/DES compression status" ;
		FIELDNAM = "MMS1 FPI/DES compression flag" ;
		FIELDNAM = "MMS1 FPI/DES step table parity" ;
		FIELDNAM = "MMS1 FPI/DES start Del-Phi count" ;
		FIELDNAM = "MMS1 FPI/DES start Del-Phi angle" ;
		FIELDNAM = "MMS1 FPI/DES sector de-Spin P" ;
		FIELDNAM = "MMS1 FPI/DES pitchAngDist_lowEn" ;
		FIELDNAM = "MMS1 FPI/DES pitchAngDist_midEn" ;
		FIELDNAM = "MMS1 FPI/DES pitchAngDist_highEn" ;
		FIELDNAM = "MMS1 FPI/DES energySpectr_pX" ;
		FIELDNAM = "MMS1 FPI/DES energySpectr_mX" ;
		FIELDNAM = "MMS1 FPI/DES energySpectr_pY" ;
		FIELDNAM = "MMS1 FPI/DES energySpectr_mY" ;
		FIELDNAM = "MMS1 FPI/DES energySpectr_pZ" ;
		FIELDNAM = "MMS1 FPI/DES energySpectr_mZ" ;
		FIELDNAM = "MMS1 FPI/DES energySpectr_par" ;
		FIELDNAM = "MMS1 FPI/DES energySpectr_anti" ;
		FIELDNAM = "MMS1 FPI/DES energySpectr_perp" ;
		FIELDNAM = "MMS1 FPI/DES energySpectr_omni" ;
		FIELDNAM = "MMS1 FPI/DES number density" ;
		FIELDNAM = "MMS1 FPI/DES number density error" ;
		FIELDNAM = "MMS1 FPI/DES density extrapolation (low)" ;
		FIELDNAM = "MMS1 FPI/DES density extrapolation (high)" ;
		FIELDNAM = "MMS1 FPI/DES DBCS bulk v" ;
		FIELDNAM = "MMS1 FPI/DES DBCS bulk v spintone" ;
		FIELDNAM = "MMS1 FPI/DES GSE bulk v" ;
		FIELDNAM = "MMS1 FPI/DES GSE bulk v spintone" ;
		FIELDNAM = "MMS1 FPI/DES bulk v error" ;
		FIELDNAM = "MMS1 FPI/DES DBCS pres tensor" ;
		FIELDNAM = "MMS1 FPI/DES GSE pres tensor" ;
		FIELDNAM = "MMS1 FPI/DES pres error" ;
		FIELDNAM = "MMS1 FPI/DES DBCS temp tensor" ;
		FIELDNAM = "MMS1 FPI/DES GSE temp tensor" ;
		FIELDNAM = "MMS1 FPI/DES temp error" ;
		FIELDNAM = "MMS1 FPI/DES DBCS heatq" ;
		FIELDNAM = "MMS1 FPI/DES GSE heatq" ;
		FIELDNAM = "MMS1 FPI/DES heatq error" ;
		FIELDNAM = "MMS1 FPI/DES alpha" ;
		FIELDNAM = "MMS1 FPI/DES alpha delta" ;
		FIELDNAM = "MMS1 FPI1/DES tempPara" ;
		FIELDNAM = "MMS1 FPI1/DES tempPerp" ;
		FIELDNAM = "MMS/FPI DBCS velocity spintone label" ;
		FIELDNAM = "MMS/FPI GSE velocity spintone label" ;
		FIELDNAM = "MMS/FPI err velocity label" ;
		FIELDNAM = "MMS/FPI DBCS heat flux label" ;
		FIELDNAM = "MMS/FPI GSE heat flux label" ;
		FIELDNAM = "MMS/FPI err heat flux label" ;
		FIELDNAM = "MMS1 FPI1/DES scpot_mean" ;
		FIELDNAM = "MMS1 FPI1/DES scpot_max" ;
		FIELDNAM = "MMS1 FPI/DES bent-pipe Mag data, X,Y,Z,Norm  DSC components" ;
		FIELDNAM = "Magnetic field vector in GSE plus Btotal (128 S/s)" ;
		FIELDNAM = "Magnetic field vector in DMPA plus Btotal (128 S/s)" ;
		FIELDNAM = "Magnetic field vector in GSE plus Btotal (8 or 16 S/s)" ;
		FIELDNAM = "Magnetic field vector in DMPA plus Btotal (8 or 16 S/s)" ;
		FIELDNAM = "mms1_des_pos_gse" ;
		FIELDNAM = "mms1_des_pos_gsm" ;
		FIELDNAM = "mms1_des_numberdensity_int" ;
		FIELDNAM = "mms1_des_numberflux_int_dbcs_brst" ;
		FIELDNAM = "mms1_des_prestensor_int_dbcs_brst" ;
		FIELDNAM = "mms1_des_ugrid_int" ;
		FILLVAL = (70 numeric entries, not shown) ;
		FORMAT = "F4.2" ;
		FORMAT = "F4.2" ;
		FORMAT = "I10" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "I4" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "A7" ;
		FORMAT = "A6" ;
		FORMAT = "A1" ;
		FORMAT = "A1" ;
		FORMAT = "I4.4" ;
		FORMAT = "I1" ;
		FORMAT = "I1" ;
		FORMAT = "I4.4" ;
		FORMAT = "E12.2" ;
		FORMAT = "I2.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "A16" ;
		FORMAT = "A15" ;
		FORMAT = "A6" ;
		FORMAT = "A7" ;
		FORMAT = "A6" ;
		FORMAT = "A6" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E13.5" ;
		FORMAT = "E13.5" ;
		FORMAT = "E13.5" ;
		FORMAT = "E13.5" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		LABLAXIS = "Epoch" ;
		LABLAXIS = "errFlags" ;
		LABLAXIS = "N" ;
		LABLAXIS = "P_DBCS" ;
		LABLAXIS = "P_GSE" ;
		LABLAXIS = "T_DBCS" ;
		LABLAXIS = "T_GSE" ;
		LABLAXIS = "eT_para" ;
		LABLAXIS = "eT_perp" ;
		LABLAXIS = "part_index" ;
		LABLAXIS = "lowest included energy" ;
		LABLAXIS = "delta energy" ;
		LABLAXIS = "FPI1/DES compressStatus" ;
		LABLAXIS = "compressFlag" ;
		LABLAXIS = "stepTbl_par" ;
		LABLAXIS = "DelPhi_cnt" ;
		LABLAXIS = "DelPhi_ang" ;
		LABLAXIS = "deSpin_P" ;
		LABLAXIS = "PAD_low" ;
		LABLAXIS = "PAD_mid" ;
		LABLAXIS = "PAD_high" ;
		LABLAXIS = "DEF_px" ;
		LABLAXIS = "DEF_mx" ;
		LABLAXIS = "DEF_py" ;
		LABLAXIS = "DEF_my" ;
		LABLAXIS = "DEF_pz" ;
		LABLAXIS = "DEF_mz" ;
		LABLAXIS = "DEF_par" ;
		LABLAXIS = "DEF_anti-par" ;
		LABLAXIS = "DEF_perp" ;
		LABLAXIS = "DEF_omni" ;
		LABLAXIS = "N" ;
		LABLAXIS = "N_err" ;
		LABLAXIS = "N" ;
		LABLAXIS = "N" ;
		LABLAXIS = "P_DBCS" ;
		LABLAXIS = "P_GSE" ;
		LABLAXIS = "P_err" ;
		LABLAXIS = "T_DBCS" ;
		LABLAXIS = "T_GSE" ;
		LABLAXIS = "T_err" ;
		LABLAXIS = "pitch_ang" ;
		LABLAXIS = "delta pitch_ang" ;
		LABLAXIS = "eT_para" ;
		LABLAXIS = "eT_perp" ;
		LABLAXIS = "FPI1/DES scpot_mean" ;
		LABLAXIS = "FPI1/DES scpot_max" ;
		LABLAXIS = "FPI1/DES B_DSC" ;
		LABLAXIS = "mms1_des_b_gse_brst" ;
		LABLAXIS = "mms1_des_b_dmpa_brst" ;
		LABLAXIS = "mms1_des_b_gse_srvy" ;
		LABLAXIS = "mms1_des_b_dmpa_srvy" ;
		LABLAXIS = "mms1_des_pos_gse" ;
		LABLAXIS = "mms1_des_pos_gsm" ;
		LABLAXIS = "mms1_des_numberdensity_int" ;
		LABLAXIS = "mms1_des_numberflux_int_dbcs_brst" ;
		LABLAXIS = "mms1_des_prestensor_int_dbcs_brst" ;
		LABLAXIS = "mms1_des_ugrid_int" ;
		LABL_PTR_1 = "mms1_des_cartrep_brst" ;
		LABL_PTR_1 = "mms1_des_bulkv_dbcs_label_brst" ;
		LABL_PTR_1 = "mms1_des_bulkv_spintone_dbcs_label_brst" ;
		LABL_PTR_1 = "mms1_des_bulkv_gse_label_brst" ;
		LABL_PTR_1 = "mms1_des_bulkv_spintone_gse_label_brst" ;
		LABL_PTR_1 = "mms1_des_bulkv_err_label_brst" ;
		LABL_PTR_1 = "mms1_des_cartrep_brst" ;
		LABL_PTR_1 = "mms1_des_cartrep_brst" ;
		LABL_PTR_1 = "mms1_des_cartrep_brst" ;
		LABL_PTR_1 = "mms1_des_cartrep_brst" ;
		LABL_PTR_1 = "mms1_des_cartrep_brst" ;
		LABL_PTR_1 = "mms1_des_cartrep_brst" ;
		LABL_PTR_1 = "mms1_des_heatq_dbcs_label_brst" ;
		LABL_PTR_1 = "mms1_des_heatq_gse_label_brst" ;
		LABL_PTR_1 = "mms1_des_heatq_err_label_brst" ;
		LABL_PTR_2 = "mms1_des_bulkv_dbcs_label_brst" ;
		LABL_PTR_2 = "mms1_des_bulkv_gse_label_brst" ;
		LABL_PTR_2 = "mms1_des_cartrep_brst" ;
		LABL_PTR_2 = "mms1_des_cartrep_brst" ;
		LABL_PTR_2 = "mms1_des_cartrep_brst" ;
		LABL_PTR_2 = "mms1_des_cartrep_brst" ;
		LABL_PTR_2 = "mms1_des_cartrep_brst" ;
		LABL_PTR_2 = "mms1_des_cartrep_brst" ;
		LABL_PTR_2 = "mms1_des_cartrep_brst" ;
		LABL_PTR_2 = "mms1_des_cartrep_brst" ;
		LABL_PTR_2 = "mms1_des_cartrep_brst" ;
		LABL_PTR_2 = "mms1_des_cartrep_brst" ;
		LABL_PTR_3 = "mms1_des_cartrep_brst" ;
		LABL_PTR_3 = "mms1_des_cartrep_brst" ;
		LABL_PTR_3 = "mms1_des_cartrep_brst" ;
		LABL_PTR_3 = "mms1_des_cartrep_brst" ;
		MONOTON = "INCREASE" ;
		REFERENCE_POSITION = "Rotating Earth Geoid" ;
		REPRESENTATION_1 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_1 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_1 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_1 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_1 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_1 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_1 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_1 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_1 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_1 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_1 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_1 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_1 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_1 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_1 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_1 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_1 = "mms1_des_magrep_brst" ;
		REPRESENTATION_1 = "mms1_des_magrep_brst" ;
		REPRESENTATION_1 = "mms1_des_magrep_brst" ;
		REPRESENTATION_1 = "mms1_des_magrep_brst" ;
		REPRESENTATION_1 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_1 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_2 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_2 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_2 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_2 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_2 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_2 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_2 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_2 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_2 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_2 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_2 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_2 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_2 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_3 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_3 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_3 = "mms1_des_cartrep_brst" ;
		REPRESENTATION_3 = "mms1_des_cartrep_brst" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "log" ;
		SCALETYP = "log" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "log" ;
		SCALETYP = "log" ;
		SCALETYP = "log" ;
		SCALETYP = "log" ;
		SCALETYP = "log" ;
		SCALETYP = "log" ;
		SCALETYP = "log" ;
		SCALETYP = "log" ;
		SCALETYP = "log" ;
		SCALETYP = "log" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SCALETYP = "linear" ;
		SI_CONVERSION = "1.0e-9>s" ;
		SI_CONVERSION = "1.0>s" ;
		SI_CONVERSION = "1.0>s" ;
		SI_CONVERSION = " >" ;
		SI_CONVERSION = "1e6>m^-3" ;
		SI_CONVERSION = "1.0e3>m s^-1" ;
		SI_CONVERSION = "1.0e3>m s^-1" ;
		SI_CONVERSION = "1.0e-9>Pa" ;
		SI_CONVERSION = "1.0e-9>Pa" ;
		SI_CONVERSION = "11604.50520>K" ;
		SI_CONVERSION = "11604.50520>K" ;
		SI_CONVERSION = "11604.50520>K" ;
		SI_CONVERSION = "11604.50520>K" ;
		SI_CONVERSION = " >" ;
		SI_CONVERSION = "1.6021773E-19>J" ;
		SI_CONVERSION = "1.6021773E-19>J" ;
		SI_CONVERSION = "1.0e-9>T" ;
		SI_CONVERSION = " >" ;
		SI_CONVERSION = " >" ;
		SI_CONVERSION = " >" ;
		SI_CONVERSION = " >" ;
		SI_CONVERSION = " >" ;
		SI_CONVERSION = "0.0174532925>rad" ;
		SI_CONVERSION = " >" ;
		SI_CONVERSION = "1.e4>m^-2 s^-1 sr^-1" ;
		SI_CONVERSION = "1.e4>m^-2 s^-1 sr^-1" ;
		SI_CONVERSION = "1.e4>m^-2 s^-1 sr^-1" ;
		SI_CONVERSION = "1.e4>m^-2 s^-1 sr^-1" ;
		SI_CONVERSION = "1.e4>m^-2 s^-1 sr^-1" ;
		SI_CONVERSION = "1.e4>m^-2 s^-1 sr^-1" ;
		SI_CONVERSION = "1.e4>m^-2 s^-1 sr^-1" ;
		SI_CONVERSION = "1.e4>m^-2 s^-1 sr^-1" ;
		SI_CONVERSION = "1.e4>m^-2 s^-1 sr^-1" ;
		SI_CONVERSION = "1.e4>m^-2 s^-1 sr^-1" ;
		SI_CONVERSION = "1.e4>m^-2 s^-1 sr^-1" ;
		SI_CONVERSION = "1.e4>m^-2 s^-1 sr^-1" ;
		SI_CONVERSION = "1.e4>m^-2 s^-1 sr^-1" ;
		SI_CONVERSION = "1e6>m^-3" ;
		SI_CONVERSION = "1e6>m^-3" ;
		SI_CONVERSION = "1e6>m^-3" ;
		SI_CONVERSION = "1e6>m^-3" ;
		SI_CONVERSION = "1.0e3>m s^-1" ;
		SI_CONVERSION = "1.0e3>m s^-1" ;
		SI_CONVERSION = "1.0e3>m s^-1" ;
		SI_CONVERSION = "1.0e3>m s^-1" ;
		SI_CONVERSION = "1.0e3>m s^-1" ;
		SI_CONVERSION = "1.0e-9>Pa" ;
		SI_CONVERSION = "1.0e-9>Pa" ;
		SI_CONVERSION = "1.0e-9>Pa" ;
		SI_CONVERSION = "11604.50520>K" ;
		SI_CONVERSION = "11604.50520>K" ;
		SI_CONVERSION = "11604.50520>K" ;
		SI_CONVERSION = "1.0e-3>W m^-2" ;
		SI_CONVERSION = "1.0e-3>W m^-2" ;
		SI_CONVERSION = "1.0e-3>W m^-2" ;
		SI_CONVERSION = "0.0174532925>rad" ;
		SI_CONVERSION = "0.0174532925>rad" ;
		SI_CONVERSION = "11604.50520>K" ;
		SI_CONVERSION = "11604.50520>K" ;
		SI_CONVERSION = " >" ;
		SI_CONVERSION = " >" ;
		SI_CONVERSION = "1.0e-9>T" ;
		SI_CONVERSION = "1.0e-9>T" ;
		SI_CONVERSION = "1.0e-9>T" ;
		SI_CONVERSION = "1.0e-9>T" ;
		SI_CONVERSION = "1.0e-9>T" ;
		TENSOR_ORDER = (29 numeric entries, not shown) ;
		TIME_BASE = "J2000" ;
		TIME_SCALE = "Terrestrial Time" ;
		TO_COORDINATE_SYSTEM = "GSE>Geocentric Solar Ecliptic" ;
		UNITS = "ns" ;
		UNITS = "s" ;
		UNITS = "s" ;
		UNITS = "32-bit error flags" ;
		UNITS = "cm^-3" ;
		UNITS = "km/s" ;
		UNITS = "km/s" ;
		UNITS = "nPa" ;
		UNITS = "nPa" ;
		UNITS = "eV" ;
		UNITS = "eV" ;
		UNITS = "eV" ;
		UNITS = "eV" ;
		UNITS = "0-31" ;
		UNITS = "eV" ;
		UNITS = "eV" ;
		UNITS = "nT" ;
		UNITS = "" ;
		UNITS = "bit fields" ;
		UNITS = "0, 1" ;
		UNITS = "0, 1" ;
		UNITS = "del-phi counts" ;
		UNITS = "deg" ;
		UNITS = "00-32" ;
		UNITS = "keV/(cm^2 s sr keV)" ;
		UNITS = "keV/(cm^2 s sr keV)" ;
		UNITS = "keV/(cm^2 s sr keV)" ;
		UNITS = "keV/(cm^2 s sr keV)" ;
		UNITS = "keV/(cm^2 s sr keV)" ;
		UNITS = "keV/(cm^2 s sr keV)" ;
		UNITS = "keV/(cm^2 s sr keV)" ;
		UNITS = "keV/(cm^2 s sr keV)" ;
		UNITS = "keV/(cm^2 s sr keV)" ;
		UNITS = "keV/(cm^2 s sr keV)" ;
		UNITS = "keV/(cm^2 s sr keV)" ;
		UNITS = "keV/(cm^2 s sr keV)" ;
		UNITS = "keV/(cm^2 s sr keV)" ;
		UNITS = "cm^-3" ;
		UNITS = "cm^-3" ;
		UNITS = "cm^-3" ;
		UNITS = "cm^-3" ;
		UNITS = "km/s" ;
		UNITS = "km/s" ;
		UNITS = "km/s" ;
		UNITS = "km/s" ;
		UNITS = "km/s" ;
		UNITS = "nPa" ;
		UNITS = "nPa" ;
		UNITS = "nPa" ;
		UNITS = "eV" ;
		UNITS = "eV" ;
		UNITS = "eV" ;
		UNITS = "mW/m^2" ;
		UNITS = "mW/m^2" ;
		UNITS = "mW/m^2" ;
		UNITS = "deg" ;
		UNITS = "deg" ;
		UNITS = "eV" ;
		UNITS = "eV" ;
		UNITS = "V" ;
		UNITS = "V" ;
		UNITS = "nT" ;
		UNITS = "nT" ;
		UNITS = "nT" ;
		UNITS = "nT" ;
		UNITS = "nT" ;
		UNITS = "km" ;
		UNITS = "km" ;
		UNITS = "cm^-3" ;
		UNITS = "km/s * cm^-3" ;
		UNITS = "erg/cm^3" ;
		UNITS = "eV/eV" ;
		VALIDMIN = (72 numeric entries, not shown) ;
		VALIDMAX = (72 numeric entries, not shown) ;
		VAR_NOTES = "MMS1 FPI/DES burst data begin-time; derived from burst packet time." ;
		VAR_NOTES = "Value of zero signifies no quality errors. For non-zero values: Bit-0 = manually flagged interval, Bit-1 = overcounting/saturation effects likely present in skymap, Bit-2 = reported spacecraft potential above 20V, Bit-3 = invalid/unavailable spacecraft potential, Bit-4 = significant (>10%) cold plasma (<10eV) component, Bit-5 = significant (>25%) hot plasma (>30keV) component, Bit-6 = high sonic Mach number (v/vth > 2.5), Bit-7 = low calculated density (n_DES < 0.05 cm^-3), Bit-8 = bentPipe magnetic field used instead of brst l2pre magnetic field, Bit-9 = srvy l2pre magnetic field used instead of brst l2pre magnetic field, Bit-10 = no internally generated photoelectron correction applied, Bit-11 = compression pipeline error, Bit-12 = spintone calculation error (DBCS only)" ;
		VAR_NOTES = "The 3x3 matrix is represented as: Row1) Pxx Pxy Pxz, Row2) Pyx Pyy Pyz, Row3) Pzx Pzy Pzz. Note that Pij=Pji." ;
		VAR_NOTES = "The 3x3 matrix is represented as: Row1) Pxx Pxy Pxz, Row2) Pyx Pyy Pyz, Row3) Pzx Pzy Pzz. Note that Pij=Pji." ;
		VAR_NOTES = "The 3x3 matrix is represented as: Row1) Txx Txy Txz, Row2) Tyx Tyy Tyz, Row3) Tzx Tzy Tzz. Note that Tij=Tji." ;
		VAR_NOTES = "The 3x3 matrix is represented as: Row1) Txx Txy Txz, Row2) Tyx Tyy Tyz, Row3) Tzx Tzy Tzz. Note that Tij=Tji." ;
		VAR_NOTES = "Recommended energy index during this burst" ;
		VAR_NOTES = "Energies (parities 0/1) in the 64-step FPI energy table" ;
		VAR_NOTES = "Note that the deltas are provided to indicate that FPI is reporting the energy bin centers. These do not necessarily reflect the energy bandwidth that is sampled by FPI at a given energy step." ;
		VAR_NOTES = "Unit vector magnetic field direction used for pitch angle determination. This data is derived from the MMS Fluxgate Magnetometers data and is included for reference only." ;
		VAR_NOTES = "Matrix used to transform dbcs to gse" ;
		VAR_NOTES = "FPI/DES compression status word" ;
		VAR_NOTES = "FPI/DES compression loss indicator, 0=lossless, 1=lossy" ;
		VAR_NOTES = "FPI/DES alternates between two tables, designated \"even\" (0) and \"odd\" (1)." ;
		VAR_NOTES = "Nominally, spin-phase counts range over [0000, 5759] cnts.  Each count represents 1/16 deg of observatory spin-phase.  Zero spin-phase angle indicates obs +X-axis aligned with the sun-sensor axis." ;
		VAR_NOTES = "Nominally, spin-phase angles range over [0, 360) deg.  Each count represents 1/16 deg of observatory spin-phase.  Zero spin-phase angle indicates obs +X-axis aligned with the sun-sensor axis." ;
		VAR_NOTES = "Records P-value used to de-spin this burst sky-map on board.  See FPI docs for details." ;
		VAR_NOTES = "Low energy bin: energy steps 0-10 (of total steps 0-31). Pitch-angle bin size: 6 deg. Note that pitch angles are calculated in the spacecraft frame; i.e., not shifted by the bulk velocity." ;
		VAR_NOTES = "Mid energy bin: energy steps 11-20 (of total steps 0-31). Pitch-angle bin size: 6 deg. Note that pitch angles are calculated in the spacecraft frame; i.e., not shifted by the bulk velocity." ;
		VAR_NOTES = "High energy bin: energy steps 21-31 (of total steps 0-31). Pitch-angle bin size: 6 deg. Note that pitch angles are calculated in the spacecraft frame; i.e., not shifted by the bulk velocity." ;
		VAR_NOTES = "Differential energy flux by energy bin, averaged (weighted by solid angle) over particles whose DBCS flow direction is within 45 degrees (polar and azimuthal) of the +x axis (instrument look angles: 45deg <= theta < 135deg and 135deg <= phi < 225deg)." ;
		VAR_NOTES = "Differential energy flux by energy bin, averaged (weighted by solid angle) over particles whose DBCS flow direction is within 45 degrees (polar and azimuthal) of the -x axis (instrument look angles: 45deg <= theta < 135deg and phi >= 315deg or phi < 45deg)." ;
		VAR_NOTES = "Differential energy flux by energy bin, averaged (weighted by solid angle) over particles whose DBCS flow direction is within 45 degrees (polar and azimuthal) of the +y axis (instrument look angles: 45deg <= theta < 135deg and 225deg <= phi < 315deg)." ;
		VAR_NOTES = "Differential energy flux by energy bin, averaged (weighted by solid angle) over particles whose DBCS flow direction is within 45 degrees (polar and azimuthal) of the -y axis (instrument look angles: 45deg <= theta < 135deg and 45deg <= phi < 135deg)." ;
		VAR_NOTES = "Differential energy flux by energy bin, averaged (weighted by solid angle) over particles whose DBCS flow direction is within 45 degrees (polar and azimuthal) of the +z axis (instrument look angles: 135deg <= theta < 180deg and 0deg <= phi < 360deg)." ;
		VAR_NOTES = "Differential energy flux by energy bin, averaged (weighted by solid angle) over particles whose DBCS flow direction is within 45 degrees (polar and azimuthal) of the -z axis (instrument look angles: 0deg <= theta < 45deg and 0deg <= phi < 360deg)." ;
		VAR_NOTES = "Differential energy flux by energy bin, averaged (weighted by solid angle) over particles whose DBCS flow direction (not instrument look direction) is within 30 degrees of the magnetic field direction." ;
		VAR_NOTES = "Differential energy flux by energy bin, averaged (weighted by solid angle) over particles whose DBCS flow direction (not instrument look direction) is within 150 degrees of the magnetic field direction." ;
		VAR_NOTES = "Differential energy flux by energy bin, averaged (weighted by solid angle) over particles whose DBCS flow direction (not instrument look direction) is within 60-120 degrees of the magnetic field direction." ;
		VAR_NOTES = "Differential energy flux by energy bin, averaged (weighted by solid angle) over all directions (flow or look)." ;
		VAR_NOTES = "Estimated systematic error (positive or negative) in spin-plane bulk velocity (km/s) due to imperfect sensor suite flat-fielding. This can be subtracted from bulk velocity to obtain the corrected velocity vector." ;
		VAR_NOTES = "Estimated systematic error (positive or negative) in spin-plane bulk velocity (km/s) due to imperfect sensor suite flat-fielding. This can be subtracted from bulk velocity to obtain the corrected velocity vector." ;
		VAR_NOTES = "Error can be applied to either DBCS or GSE coordinate system" ;
		VAR_NOTES = "The 3x3 matrix is represented as: Row1) Pxx Pxy Pxz, Row2) Pyx Pyy Pyz, Row3) Pzx Pzy Pzz. Note that Pij=Pji." ;
		VAR_NOTES = "The 3x3 matrix is represented as: Row1) Pxx Pxy Pxz, Row2) Pyx Pyy Pyz, Row3) Pzx Pzy Pzz. Note that Pij=Pji." ;
		VAR_NOTES = "Error can be applied to either DBCS or GSE coordinate system" ;
		VAR_NOTES = "The 3x3 matrix is represented as: Row1) Txx Txy Txz, Row2) Tyx Tyy Tyz, Row3) Tzx Tzy Tzz. Note that Tij=Tji." ;
		VAR_NOTES = "The 3x3 matrix is represented as: Row1) Txx Txy Txz, Row2) Tyx Tyy Tyz, Row3) Tzx Tzy Tzz. Note that Tij=Tji." ;
		VAR_NOTES = "Error can be applied to either DBCS or GSE coordinate system" ;
		VAR_NOTES = "Error can be applied to either DBCS or GSE coordinate system" ;
		VAR_NOTES = "Pitch-angles angles used in pitch angle spectrograms (bent Pipe field)" ;
		VAR_NOTES = "Pitch angle deltas" ;
		VAR_NOTES = "Average spacecraft potential during this BP used to shift the measure energies." ;
		VAR_NOTES = "Maximum spacecraft potential during this BP used to exclude energies containing spacecraft photoelectron fluxes." ;
		VAR_NOTES = "X, Y, Z are unit vector components." ;
		VAR_NOTES = "Averaged burst magnetic field data during this BP." ;
		VAR_NOTES = "Averaged burst magnetic field data during this FP. DMPA coordinates are within 3 deg from DBCS coordinates and are used for pitch-angle determination." ;
		VAR_NOTES = "Linearly interpolated survey magnetic field data during this BP" ;
		VAR_NOTES = "Linearly interpolated survey magnetic field data during this BP. DMPA coordinates are within 3 deg from DBCS coordinates and are used for pitch-angle determination." ;
		VAR_NOTES = "integrand terms used in normalized energy integration for number density" ;
		VAR_NOTES = "integrand terms used in normalized energy integration for number flux" ;
		VAR_NOTES = "integrand terms used in normalized energy integration for pressure tensor (L2 bulk velocity taken into account)" ;
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}