nasa cdf (version 3) {
// global attributes:
		:Project = "STP>Solar-Terrestrial Physics" ;
		:Source_name = "MMS3>MMS Satellite Number 3" ;
		:Discipline = "Space Physics>Magnetospheric Science" ;
		:Data_type = "lorangecal_l2pre" ;
		:Descriptor = "AFG>Analog Flux Gate Magnetometer" ;
		:File_naming_convention = "source_descriptor_datatype_yyyyMMdd" ;
		:Data_version = "8.44.0" ;
		:PI_name = "J. Burch, C. Russell" ;
		:PI_affiliation = "SwRI, UCLA" ;
		:TEXT = "calibration parameters. see data products guide." ;
		:Instrument_type = "Magnetic Fields (space)" ;
		:Mission_group = "MMS" ;
		:Logical_source = "mms3_afg_lorangecal_l2pre" ;
		:Logical_file_id = "mms3_afg_lorangecal_l2pre_20100101_v8.44.0" ;
		:Logical_source_description = "Level 2pre Low Field Range Calibrations for Analog Flux Gate Magnetometer on MMS Satellite Number 3" ;
		:Time_resolution = "variable" ;
		:Generated_by = "GSFC" ;
		:Generation_date = "20160817" ;
		:MODS = (text block) ;
| version X=3
|               Minor fixes to CDF metadata.  Changes in
|               selection criteria for calibration intervals.
| version X=2
|               Generated from a cals structure.
|               No change to data parameters, but new globat attributes:
|                 Parents, Logical_file_id, Data_version and MODS.
| version X=1:
|               added reference temperatures, ground calibrations for temperature-corrected gains,
|               added coupling matrix at reference temperature.
		:Parents = "mms3_afg_lorangecal_l2pre_20100101_v8.43.0.cdf" ;
		:Parents = "mms3_afg_lorangecal_l2pre_20100101_v8.44.0.sav" ;
// variable attributes, one line per entry (which variable each belongs to is not shown):
		CATDESC = "Default time" ;
		CATDESC = "gains for sensors 1, 2 and 3" ;
		CATDESC = "elevation angles of sensor 1 and sensor 1 above the MAG xy plane." ;
		CATDESC = "azimuthal angle of the projection of the sensor 1 and sensor 2 axes onto the MAG xy plane with respect to the x-axis and y-axis, respectively." ;
		CATDESC = "the unit vector giving the orientation of sensor 3 with respect to the MAG coordinate system.  The vector is uniquely determined by x and y components provided here." ;
		CATDESC = "Offsets for sensors 1, 3 and 3 in pseudo-nT" ;
		CATDESC = "Major Principal Axis of Inertia (average spin axis) in Body Coordinate System." ;
		CATDESC = "12 label" ;
		CATDESC = "xy label" ;
		CATDESC = "xyz label" ;
		CATDESC = "sensor 123 label" ;
		CATDESC = "version number from versioning system in which source calibration outputs may be found." ;
		CATDESC = "mms3_afg_lo_l2pre_Comment -- change comment, etc." ;
		CATDESC = "mms3_afg_lo_l2pre_Version -- version number of corresponding data CDF to be created from the calibration values in this record." ;
		CATDESC = "round scale factor used to divide raw counts to yield L1A pseudo-nT." ;
		CATDESC = "preliminary scale factor used to multiply raw counts to yield nT in Braunshwieg." ;
		CATDESC = "effective sensor temperature during calibration period." ;
		CATDESC = "gain correction (forward gain) at 0 degrees C, measured at Braunschweig." ;
		CATDESC = "slope of gain correction with respect to sensor temperature measured at Braunschweig." ;
		CATDESC = "reference sensor temperature for on-orbit calibrations." ;
		CATDESC = "linear parameter for sensor temperature correction, normalized to reference temperature, of form (1+alpha_s(stemp-stemp_r))" ;
		CATDESC = "effective sensor temperature during calibration period." ;
		CATDESC = "electronics temperature during calibrations at Braunschweig." ;
		CATDESC = "slope of gain correction with respect to electronics temperature measured at Braunschweig." ;
		CATDESC = "reference electronics temperature for on-orbit calibrations." ;
		CATDESC = "linear parameter for electronics temperature correction, normalized to reference temperature, of form (1+alpha_e(etemp-etemp_r))" ;
		CATDESC = "coupling matrix from sensor 123 to orthoganalized magnetometer boom XYZ" ;
		CATDESC = "sensor 123 to xyz matrix label" ;
		CATDESC = "offsets in nT, in orthogonalized magnetometer boom (OMB) system." ;
		CATDESC = "G'(t): unitless on-orbit gain correction, relative to temperature-corrected gain (based on ground cal. parameters and effective temperatures.)" ;
		CATDESC = "orthogonality angle between sensor axes 1 and 2" ;
		CATDESC = "orthogonality  angle between sensor axes 1 and 3" ;
		CATDESC = "orthogonality angle between sensor axes 2 and 3" ;
		CATDESC = "non-linearity correction. linear polynomial coefficient for each sensor. to be applied after temperature correction. x' = nl_a*x + nl_b*x^2 + nl_c*x^3" ;
		CATDESC = "non-linearity correction.  quadratic polynomial coefficient for each sensor.  to be applied after temperature correction. x' = nl_a*x + nl_b*x^2 + nl_c*x^3" ;
		CATDESC = "non-linearity correction.  cubic polynomial coefficient for each sensor: to be applied after temperature correction. x' = nl_a*x + nl_b*x^2 + nl_c*x^3" ;
		CATDESC = "relative time delay between sensor axis 1 and sensor axis 3. (axis 3 is the reference for L1A time tag)" ;
		CATDESC = "relative time delay between sensor axis 2 and sensor axis 3. (axis 3 is the reference for L1A time tag)" ;
		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" ;
		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 = "no_plot" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "no_plot" ;
		DISPLAY_TYPE = "no_plot" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "time_series" ;
		DISPLAY_TYPE = "no_plot" ;
		DISPLAY_TYPE = "no_plot" ;
		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 = "mms3_afg_lo_l2pre_Epoch" ;
		FIELDNAM = "mms3_afg_lo_l2pre_G" ;
		FIELDNAM = "mms3_afg_lo_l2pre_dTheta" ;
		FIELDNAM = "mms3_afg_lo_l2pre_dPhi" ;
		FIELDNAM = "mms3_afg_lo_l2pre_U3" ;
		FIELDNAM = "mms3_afg_lo_l2pre_O" ;
		FIELDNAM = "mms3_afg_lo_l2pre_MPA" ;
		FIELDNAM = "12 label" ;
		FIELDNAM = "xy label" ;
		FIELDNAM = "xyz label" ;
		FIELDNAM = "sensor 123 label" ;
		FIELDNAM = "mms3_afg_lo_l2pre_Id" ;
		FIELDNAM = "mms3_afg_lo_l2pre_Comment" ;
		FIELDNAM = "mms3_afg_lo_l2pre_Version" ;
		FIELDNAM = "mms3_afg_lo_l2pre_rsf" ;
		FIELDNAM = "mms3_afg_lo_l2pre_psf" ;
		FIELDNAM = "mms3_afg_lo_l2pre_stemp" ;
		FIELDNAM = "mms3_afg_lo_l2pre_h_stemp" ;
		FIELDNAM = "mms3_afg_lo_l2pre_m_stemp" ;
		FIELDNAM = "mms3_afg_lo_l2pre_stemp_r" ;
		FIELDNAM = "mms3_afg_lo_l2pre_alpha_s" ;
		FIELDNAM = "mms3_afg_lo_l2pre_etemp" ;
		FIELDNAM = "mms3_afg_lo_l2pre_etemp_c" ;
		FIELDNAM = "mms3_afg_lo_l2pre_m_etemp" ;
		FIELDNAM = "mms3_afg_lo_l2pre_etemp_r" ;
		FIELDNAM = "mms3_afg_lo_l2pre_alpha_e" ;
		FIELDNAM = "mms3_afg_lo_l2pre_c" ;
		FIELDNAM = "sensor 123 to xyz matrix label" ;
		FIELDNAM = "mms3_afg_lo_l2pre_oxyz" ;
		FIELDNAM = "mms3_afg_lo_l2pre_gprime" ;
		FIELDNAM = "mms3_afg_lo_l2pre_xi_12" ;
		FIELDNAM = "mms3_afg_lo_l2pre_xi_13" ;
		FIELDNAM = "mms3_afg_lo_l2pre_xi_23" ;
		FIELDNAM = "mms3_afg_lo_l2pre_nl_a" ;
		FIELDNAM = "mms3_afg_lo_l2pre_nl_b" ;
		FIELDNAM = "mms3_afg_lo_l2pre_nl_c" ;
		FIELDNAM = "mms3_afg_lo_l2pre_dt13" ;
		FIELDNAM = "mms3_afg_lo_l2pre_dt23" ;
		FILLVAL = (31 numeric entries, not shown) ;
		FORMAT = "F12.5" ;
		FORMAT = "F12.5" ;
		FORMAT = "F12.5" ;
		FORMAT = "F12.8" ;
		FORMAT = "F10.2" ;
		FORMAT = "F12.8" ;
		FORMAT = "A3" ;
		FORMAT = "A3" ;
		FORMAT = "A3" ;
		FORMAT = "A3" ;
		FORMAT = "I19" ;
		FORMAT = "A257" ;
		FORMAT = "A16" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "F12.8" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "E12.2" ;
		FORMAT = "F12.8" ;
		FORMAT = "E12.2" ;
		FORMAT = "A3" ;
		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" ;
		LABLAXIS = "mms3_afg_lo_l2pre_Epoch" ;
		LABLAXIS = "mms3_afg_lo_l2pre_G" ;
		LABLAXIS = "mms3_afg_lo_l2pre_dTheta" ;
		LABLAXIS = "mms3_afg_lo_l2pre_dPhi" ;
		LABLAXIS = "mms3_afg_lo_l2pre_U3" ;
		LABLAXIS = "mms3_afg_lo_l2pre_O" ;
		LABLAXIS = "mms3_afg_lo_l2pre_MPA" ;
		LABLAXIS = "label_12" ;
		LABLAXIS = "label_12" ;
		LABLAXIS = "mms3_afg_lo_l2pre_Id" ;
		LABLAXIS = "mms3_afg_lo_l2pre_Comment" ;
		LABLAXIS = "mms3_afg_lo_l2pre_Version" ;
		LABLAXIS = "mms3_afg_lo_l2pre_rsf" ;
		LABLAXIS = "mms3_afg_lo_l2pre_psf" ;
		LABLAXIS = "mms3_afg_lo_l2pre_stemp" ;
		LABLAXIS = "mms3_afg_lo_l2pre_h_stemp" ;
		LABLAXIS = "mms3_afg_lo_l2pre_m_stemp" ;
		LABLAXIS = "mms3_afg_lo_l2pre_stemp_r" ;
		LABLAXIS = "mms3_afg_lo_l2pre_alpha_s" ;
		LABLAXIS = "mms3_afg_lo_l2pre_etemp" ;
		LABLAXIS = "mms3_afg_lo_l2pre_etemp_c" ;
		LABLAXIS = "mms3_afg_lo_l2pre_m_etemp" ;
		LABLAXIS = "mms3_afg_lo_l2pre_etemp_r" ;
		LABLAXIS = "mms3_afg_lo_l2pre_alpha_e" ;
		LABLAXIS = "mms3_afg_lo_l2pre_c" ;
		LABLAXIS = "mms3_afg_lo_l2pre_oxyz" ;
		LABLAXIS = "mms3_afg_lo_l2pre_gprime" ;
		LABLAXIS = "mms3_afg_lo_l2pre_xi_12" ;
		LABLAXIS = "mms3_afg_lo_l2pre_xi_13" ;
		LABLAXIS = "mms3_afg_lo_l2pre_xi_23" ;
		LABLAXIS = "mms3_afg_lo_l2pre_nl_a" ;
		LABLAXIS = "mms3_afg_lo_l2pre_nl_b" ;
		LABLAXIS = "mms3_afg_lo_l2pre_nl_c" ;
		LABLAXIS = "mms3_afg_lo_l2pre_dt13" ;
		LABLAXIS = "mms3_afg_lo_l2pre_dt23" ;
		LABL_PTR_1 = "label_123" ;
		LABL_PTR_1 = "label_12" ;
		LABL_PTR_1 = "label_12" ;
		LABL_PTR_1 = "label_xy" ;
		LABL_PTR_1 = "label_123" ;
		LABL_PTR_1 = "label_xyz" ;
		LABL_PTR_1 = "label_123" ;
		LABL_PTR_1 = "label_123" ;
		LABL_PTR_1 = "label_123" ;
		LABL_PTR_1 = "label_123" ;
		LABL_PTR_1 = "label_123" ;
		LABL_PTR_1 = "label_123" ;
		LABL_PTR_1 = "label_123" ;
		LABL_PTR_1 = "label_matrix" ;
		LABL_PTR_1 = "label_xyz" ;
		LABL_PTR_1 = "label_123" ;
		LABL_PTR_1 = "label_123" ;
		LABL_PTR_1 = "label_123" ;
		LABL_PTR_1 = "label_123" ;
		UNITS = "ns" ;
		UNITS = "pseudo-nT/nT" ;
		UNITS = "Degrees" ;
		UNITS = "Degrees" ;
		UNITS = "pseudo-nT" ;
		UNITS = "counts/pseudo-nT" ;
		UNITS = "nT/counts" ;
		UNITS = "C" ;
		UNITS = "1/C" ;
		UNITS = "C" ;
		UNITS = "1/C" ;
		UNITS = "C" ;
		UNITS = "C" ;
		UNITS = "1/C" ;
		UNITS = "C" ;
		UNITS = "1/C" ;
		UNITS = "nT/pseudo-nT" ;
		UNITS = "nT" ;
		UNITS = "degrees" ;
		UNITS = "degrees" ;
		UNITS = "degrees" ;
		UNITS = "ms" ;
		UNITS = "ms" ;
		VALIDMIN = (31 numeric entries, not shown) ;
		VALIDMAX = (31 numeric entries, not shown) ;
		VAR_TYPE = "support_data" ;
		VAR_TYPE = "data" ;
		VAR_TYPE = "data" ;
		VAR_TYPE = "data" ;
		VAR_TYPE = "data" ;
		VAR_TYPE = "data" ;
		VAR_TYPE = "data" ;
		VAR_TYPE = "metadata" ;
		VAR_TYPE = "metadata" ;
		VAR_TYPE = "metadata" ;
		VAR_TYPE = "metadata" ;
		VAR_TYPE = "data" ;
		VAR_TYPE = "support_data" ;
		VAR_TYPE = "support_data" ;
		VAR_TYPE = "support_data" ;
		VAR_TYPE = "data" ;
		VAR_TYPE = "data" ;
		VAR_TYPE = "data" ;
		VAR_TYPE = "data" ;
		VAR_TYPE = "data" ;
		VAR_TYPE = "data" ;
		VAR_TYPE = "data" ;
		VAR_TYPE = "data" ;
		VAR_TYPE = "data" ;
		VAR_TYPE = "data" ;
		VAR_TYPE = "data" ;
		VAR_TYPE = "data" ;
		VAR_TYPE = "metadata" ;
		VAR_TYPE = "data" ;
		VAR_TYPE = "data" ;
		VAR_TYPE = "data" ;
		VAR_TYPE = "data" ;
		VAR_TYPE = "data" ;
		VAR_TYPE = "support_data" ;
		VAR_TYPE = "support_data" ;
		VAR_TYPE = "support_data" ;
		VAR_TYPE = "support_data" ;
		VAR_TYPE = "data" ;
		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" ;
		VAR_NOTES = "Calibration processes adjust this parameter, which is then used to calculate G and C.  The latter parameters factor in the temperature-corrected gain at reference temperatures." ;
		MONOTON = "INCREASE" ;
		TIME_BASE = "J2000" ;
		TIME_SCALE = "Terrestrial Time" ;
		REFERENCE_POSITION = "Rotating Earth Geoid" ;
}