!@.qft@QIE V_3.6.2 [Feb 2012]
!
! Sample header for NASA Omni data
! See data file (with attached header) omni_hr.qft for corresponding data record syntax
! Place this file in the same directory as the data files
!
! For different data products and variable types
! the column start/width and sizes fields will need modifying
!
!------------------- QSAS ASCII File -------------------|
! Fixed column width table padded with CSDS fill values |
! Column position in record counted from 0              |
!                                                       |
! ASCII Format                                          |
! Native C ordering, last index varies fastest          |
! Blank lines are ignored                               |
! "!" escapes rest of line as comment                   |
!-------------------------------------------------------|
File_type = t
FILE_NAME = format.qfh
!
Attribute_delimiter = ,
Record_numbering = off

Start_variable =  epoch
Column_start = 0
Column_width = 14
! scalar, no Size entry
Data_type = epoch
Time_format = FREE_TIME_FORMAT
TIME_FORMAT_STRING = YYYY Doy HH MI
End_variable = epoch

Start_variable = NPOINTS
Column_start = 14
Column_width = 4
! scalar, no Size entry
Data_type = int
FIELDNAM = Number of points
UNITS =   ! no units
DEPEND_0 = epoch
FILLVAL = 999
End_variable = NPOINTS

Start_variable = percent
Column_start = 18
Column_width = 4
! scalar, no Size entry
Data_type = int
FIELDNAM = Number of points
UNITS =   ! no units
DEPEND_0 = epoch
FILLVAL = 999
End_variable = percent

Start_variable = cp_mvflag
Column_start = 22
Column_width = 4
! scalar, no Size entry
Data_type = float
FIELDNAM = Number of points
UNITS =   ! no units
DEPEND_0 = epoch
FILLVAL = 9.9
End_variable = cp_mvflag

Start_variable = Tshift
Column_start = 26
Column_width = 7
! scalar, no Size entry
Data_type = int
FIELDNAM = time shift
UNITS =  s
SI_conversion = 1>s
DEPEND_0 = epoch
FILLVAL = 999999
End_variable = Tshift

Start_variable = Phase_frnt_nrml
Column_start = 33
Column_width = 6
SIZES =  3
Data_type = float
FRAME = vector>gse_xyz
FIELDNAM = Phase front Normal
UNITS =   ! no units
DEPEND_0 = epoch
FILLVAL = 99.99
End_variable = Phase_frnt_nrml

Start_variable = Bmag
Column_start = 51
Column_width = 8
Data_type = float
FIELDNAM = B field magnitude
UNITS =   nT
SI_conversion = 1.0e-9>T
DEPEND_0 = epoch
FILLVAL = 9999.99
End_variable = Bmag

Start_variable = Bgse
Column_start = 59
Column_width = 8
SIZES =  3
Data_type = float
FRAME = vector>gse_xyz
FIELDNAM = B field
UNITS =   nT
SI_conversion = 1.0e-9>T
DEPEND_0 = epoch
FILLVAL = 9999.99
End_variable = Bgse

Start_variable = By_gsm
Column_start = 83
Column_width = 8
Data_type = float
FIELDNAM = B field magnitude
UNITS =   nT
SI_conversion = 1.0e-9>T
DEPEND_0 = epoch
FILLVAL = 9999.99
End_variable = By_gsm

Start_variable = Bz_gsm
Column_start = 91
Column_width = 8
Data_type = float
FIELDNAM = B field magnitude
UNITS =   nT
SI_conversion = 1.0e-9>T
DEPEND_0 = epoch
FILLVAL = 9999.99
End_variable = Bz_gsm

Start_variable = RMS_Tshift
Column_start = 99
Column_width = 7
! scalar, no Size entry
Data_type = int
FIELDNAM = RMS time shift
UNITS =  s
SI_conversion = 1>s
DEPEND_0 = epoch
FILLVAL = 999999
End_variable = RMS_Tshift

Start_variable = RMS_Phase_frnt_nrml
Column_start = 106
Column_width = 6
Data_type = float
FIELDNAM = RMS Phase front Normal
UNITS =   ! no units
DEPEND_0 = epoch
FILLVAL = 99.99
End_variable = RMS_Phase_frnt_nrml

Start_variable = RMS_Bmag
Column_start = 112
Column_width = 8
Data_type = float
FIELDNAM = RMS B field magnitude
UNITS =   nT
SI_conversion = 1.0e-9>T
DEPEND_0 = epoch
FILLVAL = 9999.99
End_variable = RMS_Bmag

Start_variable = RMS_Bvector
Column_start = 120
Column_width = 8
Data_type = float
FIELDNAM = RMS B vector
UNITS =   nT
SI_conversion = 1.0e-9>T
DEPEND_0 = epoch
FILLVAL = 9999.99
End_variable = RMS_Bvector

Start_variable = NPOINTS_plasma
Column_start = 128
Column_width = 4
! scalar, no Size entry
Data_type = int
FIELDNAM = Number of points plasma avgs
UNITS =   ! no units
DEPEND_0 = epoch
FILLVAL = 999
End_variable = NPOINTS_plasma

Start_variable = flowSpeed
Column_start = 132
Column_width = 8
Data_type = float
FIELDNAM = flow speed
UNITS =   km/s
SI_conversion = 1.0e3>m s^-1
DEPEND_0 = epoch
FILLVAL = 99999.9
End_variable = flowSpeed

Start_variable = V
Column_start = 140
Column_width = 8
SIZES =  3
Data_type = float
FRAME = vector>gse_xyz
FIELDNAM = Flow velocity
UNITS =   km/s
SI_conversion = 1.0e3>m s^-1
DEPEND_0 = epoch
FILLVAL = 99999.9
End_variable = V

Start_variable = Np
Column_start = 164
Column_width = 7
Data_type = float
FIELDNAM = proton density
UNITS =   cm^-3
SI_conversion = 1.0e6>m^-3
DEPEND_0 = epoch
FILLVAL = 999.99
End_variable = Np

Start_variable = T
Column_start = 171
Column_width = 9
Data_type = float
FIELDNAM = temperature
UNITS =   K
SI_conversion = 1.0>K
DEPEND_0 = epoch
FILLVAL = 9999999.
End_variable = T

Start_variable = Posn
Column_start = 180
Column_width = 8
SIZES =  3
Data_type = float
FRAME = vector>gse_xyz
FIELDNAM = s/c position
UNITS =   Re
SI_conversion = 6.3712e+06>m
DEPEND_0 = epoch
FILLVAL = 9999.99
End_variable = Posn

Start_variable = PosnTarget
Column_start = 204
Column_width = 8
SIZES =  3
Data_type = float
FRAME = vector>gse_xyz
FIELDNAM = target position
UNITS =   Re
SI_conversion = 6.3712e+06>m
DEPEND_0 = epoch
FILLVAL = 9999.99
End_variable = PosnTarget

Start_variable = RMStarget
Column_start = 228
Column_width = 8
Data_type = float
FIELDNAM = target RMS
UNITS =   Re
SI_conversion = 6.3712e+06>m
DEPEND_0 = epoch
FILLVAL = 9999.99
End_variable = RMStarget

Start_variable = DBOT1
Column_start = 236
Column_width = 7
! scalar, no Size entry
Data_type = int
FIELDNAM = Duration Between Observing Times (1)
UNITS =   s
SI_conversion = 1>s
DEPEND_0 = epoch
FILLVAL = 999999
End_variable = DBOT1

Start_variable = DBOT2
Column_start = 243
Column_width = 7
! scalar, no Size entry
Data_type = int
FIELDNAM = Duration Between Observing Times (2)
UNITS =   s
SI_conversion = 1>s
DEPEND_0 = epoch
FILLVAL = 999999
End_variable = DBOT2

Start_data = 0