File naming conventions:
MTA files use the standard naming convention and are considered the
same level as the products they monitor:

name:
{\tt <i><s><t><v>\_[<f>\_]<c><l>[<sl>].<type>}
where the mnemonics are:

\begin{verse}
{\tt <i>}     instrument: ``acis'', ``hrci", ``hrcs'', \ldots\\
{\tt <s>}    data source: ``x'', ``f'', ``t'', ``b'', ``s'', ``u''\\
{\tt <t>}     TSTART (integer part): ``\#\#\#\#\#\#\#\#\#''\\
{\tt <v>}     processing run (version): ``N\#\#\#''\\
{\tt <f>}     optional discriminator (e.g., FEP Id)\\
{\tt <c>}     contents: ``mon'', ``dose'', ``pht'', ``src'', ``win'', ``bias'', \ldots\\
{\tt <l>}     processing level: single digit: ``0'', ``1'', ``2''\\
{\tt<sl>}    sublevel: single lower case letter; e.g., 1.5 is ``1a''\\
{\tt <type>}  superfluous: usually ``fits''\\
\end{verse}



In all cases below: 
CREATOR = 'MONITOR - Version##'/ Program creating this file
HDUSPEC = 'MONITOR pipeline spec VX.X'
HDUDOC  = 'ASC-FITS-1.3: McDowell, Rots: ASC FITS Designers Guide'/
EXTNAME = 'MONITOR'
HDUNAME = 'MONITOR'
HDUCLASS= 'ASC     '
HDUCLAS1= 'TEMPORALDATA'

     ACIS 
         ACIS Thermal Control   (both sides)
HDUCLAS2= 'HKP'
HDUCLAS3= 'THERM'
CONTENT=  'ACISTEMP'


acisf#######n###_mta_therm0.fits

         ACIS Electronics (both sides)

HDUCLAS2= 'HKP'
HDUCLAS3= 'ELEC'
CONTENT= 'ACISELEC'

acisf#######N###_mta_elec0.fits

         ACIS Mechanism Controller 

HDUCLAS2= 'HKP'
HDUCLAS3= 'Mech'
CONTENT= 'ACISMECH'

acisf#######N###_mta_mech0.fits



         ACIS Source Counting Rates  (moved to L2_mon)
         ACIS Background Counting Rates (moved to L2 mon)

     EPH 
         EPHIN Housekeeping 
HDUCLAS2= 'HKP'
CONTENT= 'EPHHK'

ephinf#######N###_mta_hkp0.fits

         EPHIN Temperatures and Voltages 
HDUCLAS2= 'HKP'
HDUCLAS3= 'THERMAL'
CONTENT= 'EPHTV'

ephinf#######N###_mta_therm0.fits


         EPHIN Rates 

HDUCLAS2= 'HKP'
HDUCLAS3= 'RATES'
CONTENT= 'EPHRATE'

ephinf#######N###_mta_rate0.fits


     GRAD 
         HRMA CAP thermister gradients  HRMAf#######N###_mta_cap_grad0.fits
         HRMA FAP thermister gradients  HRMAf#######N###_mta_fap_grad0.fits
         HRMA Hyp. Shell 1 thermister gradients HRMAf#######N###_mta_S1_grad0.fits
         HRMA Hyp. Shell 3 thermister gradients HRMAf#######N###_mta_S3_grad0.fits
         HRMA Hyp. Shell 4 thermister gradients HRMAf#######N###_mta_S4_grad0.fits
         HRMA Hyp. Shell 6 thermister gradients HRMAf#######N###_mta_S6_grad0.fits
         HRMA Par. Shell 1 thermister gradients HRMAf#######N###_mta_P1_grad0.fits
         HRMA Par. Shell 3 thermister gradients HRMAf#######N###_mta_P3_grad0.fits
         HRMA Par. Shell 4 thermister gradients HRMAf#######N###_mta_P4_grad0.fits
         HRMA Par. Shell 6 thermister gradients HRMAf#######N###_mta_P6_grad0.fits


HDUCLAS2= 'HKP'
HDUCLAS3= 'GRADP1'(S1 etc)


CONTENT = 'GRADCAP'
          'GRADFAP'
          'GRADSH1'
          'GRADSH3'
          'GRADSH4'
          'GRADSH6'
          'GRADSP1'
          'GRADSP3'
          'GRADSP4'
          'GRADSP6'

     GRAT 
         Grating Voltages and Rotation Angles 
HDUCLAS2= 'HKP
HDUCLAS3= 'ELEC
CONTENT= 'GRATGEN'

gratf#######N###_mta_elec0.fits



     HRC 
         HRC Temperatures 

HDUCLAS2= 'HKP'
HDUCLAS3= 'THERM'
CONTENT= 'HRCTEMP'

hrcf#######N###_mta_therm0.fits

         HRC Electronics 

HDUCLAS2= 'HKP'
HDUCLAS3= 'ELEC'
CONTENT= 'HRCELEC'

hrcf#######N###_mta_elec0.fits

         HRC Veto Counting Rates 

HDUCLAS2= 'HKP'
HDUCLAS3= 'VETO'
CONTENT= 'HRCVETO'

hrcf#######N###_mta_veto0.fits

         HRC Source Counting Rates  (L2_mon)
         HRC Background Counting Rates (L2_mon)
         HRC PSF (L2_mon)
         HRC Houskeeping 

HDUCLAS2= 'HKP'
CONTENT= 'HRCHK'
hrcf#######N###_mta_hkp0.fits



     PCAD 
         Aspect Level 1 Centroids 

HDUCLAS2= 'image'
HDUCLAS3= 'CENTROIDS'
CONTENT='MTA_PCAD_CENTROIDS'

pcadf#######N###_mta_cent1.fits

        ACA Thermal 
HDUCLAS2= 'HKP'
HDUCLAS3= 'ACAPTV'
CONTENT = 'PCADTEMP'

pcadf#######N###_mta_therm0.fits

         IRU Configuration 

HDUCLAS2= 'HKP'
HDUCLAS3= 'IRUCONFIG'
CONTENT = 'PCADICONF'

pcadf#######N###_mta_iruconf0.fits


         IRU Temperatures and Electronics 

HDUCLAS2= 'HKP'
HDUCLAS3= 'THERM'
CONTENT = 'PCADITV'

pcadf#######N###_mta_iruthem0.fits

         PCAD Gyro Rates

HDUCLAS2= 'HKP'
HDUCLAS3= 'GYRORATE'
CONTENT = 'PCADGRATE'

pcadf#######N###_mta_gyrorate0.fits

         PCAD Temperatures and Electronics  (both sides

HDUCLAS2= 'HKP'
HDUCLAS3= 'PCADPTV'
CONTENT = 'PCADPTV'
pcadf#######N###_mta_hk_0.fits



         PCAD FID Light Magnitude (ACA_MON)
         Aspect Quality Solution  (ACA_MON)
         Drift rate updates to gyros 

HDUCLAS2= 'HKP'
HDUCLAS3= 'GYRODRIFT'
CONTENT = 'PCADDRIFT'
pcadf#######N###_mta_gyrodrift0.fits

         PCAD reaction wheel Rates 
HDUCLAS2= 'HKP'
HDUCLAS3= 'WHEELRATES'
CONTENT = 'PCADRWRATE'
pcadf#######N###_mta_wheelrates0.fits

         PCAD electronics 
HDUCLAS2= 'HKP'
HDUCLAS3= 'ELEC'
CONTENT= 'PCADELEC'
pcadf#######N###_mta_elec0.fits

         FTS temp & gradient 

HDUCLAS2= 'HKP'
HDUCLAS3= 'FTS'
CONTENT = 'PCADFTSGRAD'
pcadf#######N###_mta_fts0.fits


     SIM 
         SIM Thermal 
HDUCLAS2= 'HKP'
HDUCLAS3= 'THERM'
CONTENT = 'SIMTEMP'
simf#######N###_mta_therm0.fits

         SIM Electronics 
HDUCLAS2= 'HKP'
HDUCLAS3= 'ELEC'
CONTENT = 'SIMELEC'
simf#######N###_mta_elec0.fits

         SIM Actuator Use 
HDUCLAS2= 'HKP'
HDUCLAS3= 'MOTOR_USE'
CONTENT = 'SIMACTU'
simf#######N###_mta_use0.fits


     SUB 
         OBC State 

HDUCLAS2= 'HKP'
CONTENT = 'SUBOBC'
obcf#######N###_mta_hkp0.fits
       

         Spacecraft Temperatures 
HDUCLAS2= 'HKP'
HDUCLAS3= 'THERM'
CONTENT= 'SUBSCT'
Spcf#######N###_mta_therm0.fits


         Spacecraft electronics (both sides)
HDUCLAS2= 'HKP'
HDUCLAS3= 'ELEC'
CONTENT= 'SUBELEC'
Spcf#######N###_mta_elec0.fits


       
	  Battery Usage 
HDUCLAS2= 'HKP'
HDUCLAS3= 'BATTS'
CONTENT = 'SUBBATTS'
telescopef#######N###_mta_batts0.fits


     TEL 
         Telescope Thermistor Data
HDUCLAS2= 'HKP'
HDUCLAS3= 'THERM'
CONTENT = 'TELOBA'
obaf#######N###_mta_therm0.fits
 
         HRMA Temperatures 

HDUCLAS2= 'HKP'
HDUCLAS3= 'MTA_HRMA_THERM'
CONTENT = 'TELHRMA'
hrmaf#######N###_mta_therm0.fits


TRENDING


In all cases below: 
CREATOR = 'DATA SEEKER  - Version##'/ Program creating this file
HDUSPEC = 'DATA SEEKER pipeline spec VX.X'
HDUDOC  = 'ASC-FITS-1.4: McDowell, Rots: ASC FITS Designers Guide'/
EXTNAME = 'DATASEEKER'
HDUNAME = 'DATASEEKER'
HDUCLASS= 'ASC     '
HDUCLAS1= 'TEMPORALDATA'

     ACIS 
         ACIS Thermal Control 
HDUCLAS2= 'HKP'
HDUCLAS3= 'THERM'
CONTENT=  'ACISTEMPTR'


acisf#######n###_trd_therm0.fits

         ACIS Electronics 

HDUCLAS2= 'HKP'
HDUCLAS3= 'ELEC'
CONTENT= 'ACISELECTR'

acisf#######N###_trd_elec0.fits

         ACIS Mechanism Controller 
         ACIS Source Counting Rates  (moved to L2_mon)
         ACIS Background Counting Rates (moved to L2 mon)

     EPH 
         EPHIN Housekeeping 
HDUCLAS2= 'HKP'
CONTENT= 'EPHHKTR'

ephinf#######N###_trd_hkp0.fits

         EPHIN Temperatures and Voltages 
HDUCLAS2= 'HKP'
HDUCLAS3= 'THERMAL'
CONTENT= 'EPHTVTR'

ephinf#######N###_trd_therm0.fits


         EPHIN Rates 

HDUCLAS2= 'HKP'
HDUCLAS3= 'RATES'
CONTENT= 'EPHRATETR'

ephinf#######N###_trd_rate0.fits


     GRAD 
         HRMA CAP thermister gradients  HRMAf#######N###_trd_cap_grad0.fits
         HRMA FAP thermister gradients  HRMAf#######N###_trd_fap_grad0.fits
         HRMA Hyp. Shell 1 thermister gradients HRMAf#######N###_trd_S1_grad0.fits
         HRMA Hyp. Shell 3 thermister gradients HRMAf#######N###_trd_S3_grad0.fits
         HRMA Hyp. Shell 4 thermister gradients HRMAf#######N###_trd_S4_grad0.fits
         HRMA Hyp. Shell 6 thermister gradients HRMAf#######N###_trd_S6_grad0.fits
         HRMA Par. Shell 1 thermister gradients HRMAf#######N###_trd_P1_grad0.fits
         HRMA Par. Shell 3 thermister gradients HRMAf#######N###_trd_P3_grad0.fits
         HRMA Par. Shell 4 thermister gradients HRMAf#######N###_trd_P4_grad0.fits
         HRMA Par. Shell 6 thermister gradients HRMAf#######N###_trd_P6_grad0.fits


HDUCLAS2= 'HKP'
HDUCLAS3= 'GRADP1'(S1 etc)


CONTENT = 'GRADCAPTR'
          'GRADFAPTR'
          'GRADSH1TR'
          'GRADSH3TR'
          'GRADSH4TR'
          'GRADSH6TR'
          'GRADSP1TR'
          'GRADSP3TR'
          'GRADSP4TR'
          'GRADSP6TR'

     GRAT 
         Grating Voltages and Rotation Angles 
HDUCLAS2= 'HKP
HDUCLAS3= 'ELEC
CONTENT= 'GRATGENTR'

gratf#######N###_trd_elec0.fits



     HRC 
         HRC Temperatures 

HDUCLAS2= 'HKP'
HDUCLAS3= 'THERM'
CONTENT= 'HRCTEMPTR'

hrcf#######N###_trd_therm0.fits

         HRC Electronics 

HDUCLAS2= 'HKP'
HDUCLAS3= 'ELEC'
CONTENT= 'HRCELECTR'

hrcf#######N###_trd_elec0.fits

         HRC Veto Counting Rates 

HDUCLAS2= 'HKP'
HDUCLAS3= 'VETO'
CONTENT= 'HRCVETOTR'

hrcf#######N###_trd_veto0.fits

         HRC Source Counting Rates  (L2_mon)
         HRC Background Counting Rates (L2_mon)
         HRC PSF (L2_mon)
         HRC Houskeeping 

HDUCLAS2= 'HKP'
CONTENT= 'HRCHKTR'
hrcf#######N###_trd_hkp0.fits



     PCAD 
         Aspect Level 1 Centroids 

HDUCLAS2= 'image'
HDUCLAS3= 'CENTROIDS'
CONTENT='PCAD_CENTROIDSTR'

pcadf#######N###_trd_cent1.fits

        ACA Thermal 
HDUCLAS2= 'HKP'
HDUCLAS3= 'THERM'
CONTENT = 'PCADTEMPTR'

pcadf#######N###_trd_therm0.fits

         IRU Configuration 

HDUCLAS2= 'HKP'
HDUCLAS3= 'IRUCONFIG'
CONTENT = 'PCADICONFTR'

pcadf#######N###_trd_iruconf0.fits


         IRU Temperatures and Electronics 

HDUCLAS2= 'HKP'
HDUCLAS3= 'THERM'
CONTENT = 'PCADITVTR'

pcadf#######N###_trd_iruthem0.fits

         PCAD Gyro Rates

HDUCLAS2= 'HKP'
HDUCLAS3= 'GYRORATE'
CONTENT = 'PCADGRATETR'

pcadf#######N###_trd_gyrorate0.fits

         PCAD Temperatures and Electronics 

HDUCLAS2= 'HKP'
CONTENT = 'PCADPTVTR'
pcadf#######N###_trd_hk_0.fits

         PCAD FID Light Magnitude (ACA_MON)
         Aspect Quality Solution  (ACA_MON)
         Drift rate updates to gyros 

HDUCLAS2= 'HKP'
HDUCLAS3= 'GYRODRIFT'
CONTENT = 'PCADDRIFTTR'
pcadf#######N###_trd_gyrodrift0.fits

         PCAD reaction wheel Rates 
HDUCLAS2= 'HKP'
HDUCLAS3= 'WHEELRATES'
CONTENT = 'PCADRWRATETR'
pcadf#######N###_trd_wheelrates0.fits


         FTS temp & gradient 

HDUCLAS2= 'HKP'
HDUCLAS3= 'FTS'
CONTENT = 'PCADFTSGRADTR'
pcadf#######N###_trd_fts0.fits


     SIM 
         SIM Thermal 
HDUCLAS2= 'HKP'
HDUCLAS3= 'THERM'
CONTENT = 'SIMTEMPTR'
simf#######N###_trd_therm0.fits

         SIM Electronics 
HDUCLAS2= 'HKP'
HDUCLAS3= 'ELEC'
CONTENT = 'SIMELECTR'
simf#######N###_trd_elec0.fits

         SIM Actuator Use 
HDUCLAS2= 'HKP'
HDUCLAS3= 'MOTOR_USE'
CONTENT = 'SIMACTUTR'
simf#######N###_trd_use0.fits


     SUB 
         OBC State 

HDUCLAS2= 'HKP'
CONTENT = 'SUBOBCTR'
obcf#######N###_trd_hkp0.fits
       

         Spacecraft Temperatures 
HDUCLAS2= 'HKP'
HDUCLAS3= 'THERM'
CONTENT= 'SUBSCTTR'
Spcf#######N###_trd_therm_0.fits
       
	  Battery Usage 
HDUCLAS2= 'HKP'
HDUCLAS3= 'BATTS'
CONTENT = 'SUBBATTSTR'
telescopef#######N###_trd_batts0.fits


     TEL 
         Telescope Thermistor Data
HDUCLAS2= 'HKP'
HDUCLAS3= 'THERM'
CONTENT = 'TELOBATR'
obaf#######N###_trd_therm0.fits
 
         HRMA Temperatures 

HDUCLAS2= 'HKP'
HDUCLAS3= 'MTA_HRMA_THERM'
CONTENT = 'TELHRMATR'
hrmaf#######N###_trd_therm0.fits