MIRTOS FITS primary header

tomono@naoj.org

FITS primary header keywords FITS primary header keywords. CHN subsitutes for channel name, MIR or NIR. %d will be converted into date and time of the measurement

keyword format comment source update

SIMPLE %c Standard FITS format Fixed

BITPIX %d Number of bits storing pix values Fixed

NAXIS %d Number of axis in frame Fixed

NAXIS1 %d Number of pixels/row Clock Go

NAXIS2 %d Number of rows Clock Go

NAXIS3 %d Number of frames Clock Go

EXTEND %c ASCII Table for Z-frame description Fixed

COMMENT CHN Primary header for MIRTOS written by Tomono on 1998/11/15

COMMENT

OBSERVER %-8.30s Name of observers OBS OBS

PROP-ID %-8.30s Proposal ID

DATASET %-8.30s What is this? Ref. George

INSTRUME %-8.30s Name of instrument

INS-VER %-8.30s Version of the instrument This file

FRAMEID %-8.16s FITS File sequential number OBS Get?

EXP-ID %-8.16s
Get? Get?

OBS-MOD %-8.30s Observation Mode

DATA-TYP %-8.16s object/flat/pupil/pupil_flat/dark OBS ?

OBSERVAT %-8.30s

TELESCOP %-8.30s
OBS

CRPIX1 %6.1f Reference pixel in X (pixel)

CRPIX2 %6.1f Reference pixel in Y (pixel)

CRVAL1 %13.8f Physical value of the reference pixel X Toolkit? ?

CRVAL2 %13.8f Physical value of the reference pixel Y Toolkit? ?

CDELT1 %12.10f X Scale projected on detector(#/pix)
Meas

CDELT2 %12.10f Y scale projected on detector(#/pix)
Meas

CTYPE1 %-8.16s Pixel coordinate system Toolkit? ?

CTYPE2 %-8.16s Pixel coordinate system Toolkit? ?

CUNIT1 %-8.10s Units used in both CRVAL1 and CDELT1

CUNIT2 %-8.10s Units used in both CRVAL2 and CDELT2

TIMESYS %-8.8s Time System used in the header Fixed

RADECSYS %-8.8s The equatorial coordinate system OBS ?

PROJP1 %5.1f Projection type of the first axis Toolkit Toolkit

PROJP2 %5.1f Projection type of the second axis Toolkit Toolkit

LONGPOLE %8.5f The North Pole of standard system (deg) Fixed

PC001001 %12.8f Pixel Coordinate translation matrix Toolkit Toolkit

PC001002 %12.8f Pixel Coordinate translation matrix Toolkit Toolkit

PC002001 %12.8f Pixel Coordinate translation matrix Toolkit Toolkit

PC002002 %12.8f Pixel Coordinate translation matrix Toolkit Toolkit

BSCALE %1.0f Real=fits-value*BSCALE+BZERO Fixed

BZERO %1.0f Real=fits-value*BSCALE+BZERO Fixed

BUNIT %-8.16s Unit of original pixel values Fixed

BLANK %d Value used for NULL pixels TBD

DATE-OBS %-8.30s yyyy-mm-dd UTC obs start date Internal clock Go/Jport

UT %-8.10s HH:MM:SS.S UTC at typical time(=start) Internal Clock Go/Jport

HST %-8.10s HH:MM:SS.S HST at typical time(=start) Internal Clock Go/Jport

LST %-8.10s HH:MM:SS.S LST at typical time(=start) Internal Clock Go/Jport

MJD %8.8f Modified Julian Day at typical time(=start) Internal Clock Go/Jport

EXPTIME %9.4f Total integration time per frame(sec) Clock Go

OBJECT %-8s Target Description OBS ?

RA %-8.12s HH:MM:SS.SSS RA (J2000) pointing OBS Point? Nod?

RA2000 %-8.12s HH:MM:SS.SSS RA (J2000) pointing OBS Point? Nod?

DEC %-8.12s +/-DD:MM:SS.SS DEC (J2000) pointing OBS Point? Nod?

Dec-00 %-8.12s +/-DD:MM:SS.SS DEC (J2000) pointing OBS

EQUINOX %6.1f
OBS ?

AZIMUTH %10.5f Azimuth of telescope pointing (degree) OBS Nod? Point?

ALTITUDE %9.5f Altitude of telescope pointing(degree) OBS Nod? Point?

FOC-POS %-8.16s Focus where the instrument is attached OBS Go

FOC-LEN %8.3f Focal length of the telescope (mm) ?

FOC-VAL %8.3f Encoder value of the focus unit (mm) OBS Go/Jport

M2-TYPE %-8.8s Type of the secondary miror (Opt/IR) OBS Go

M2-TIP %-8.8s Tip/Tilt of the Secondary Mirror (on/off) OBS Go

APERTURE %-8s Field stop ID FS Ctrl Move

INR-STR %8.3f Instrument Rotator angle at Start (deg) OBS Go/Jport

INR-END %8.3f Instrument Rotator angle at End (deg) OBS Get

AIRMASS %9.5f Averaged Air Mass OBS Nod? Point?

ZD %6.3f Zenith Distance at typical time OBS Nod? Point?

SECZ %6.3f SEC(Zenith Distance) at typical time OBS Nod? Point?

M_WINDOW %-8s MIRTOS dewar entrance window Make Make

M_M1MOT1 %6d Beam Stearing Mirror Direction (count) Motor Ctrl TBD

M_M1MOT2 %6d Beam Stearing Mirror Direction (count) Motor Ctrl TBD

M_M2MOT1 %6d Beam Splitter Direction (count) Motor Ctrl TBD

M_M2MOT2 %6d Beam Splitter Direction (count) Motor Ctrl TBD

FILTER01 %-8s Filter name/ID Filter Ctrl Move

FILTER02 %-8s Filter name/ID Filter Ctrl Move

FILTER03 %-8s Lyot Stop name/ID Stop Ctrl Move

DETECTOR %-8s Name of the detector/CCD

DET-ID %2d ID of the detector used for this data

DETPXSZ1 %5.3f Detector pixel size in axis1 (mm)

DETPXSZ2 %5.3f Detector pixel size in axis2 (mm)

DET-A00 %6.3f Relative angle of nn-th detector (deg)

DET-TMP %5.2f Detector temperature (K) %%d Lakeshore Templog

GAIN %8.2f AD conversion factor (electron/ADU)

PRD-MIN1 %4d Start X pos. of partialy read out (pix) Clock Go

PRD-MIN2 %4d Start Y pos. of partialy read out (pix) Clock Go

PRD-RNG1 %4d X Range of partialy read out (pix) Clock Go

PRD-RNG2 %4d Y Range of partialy read out (pix) Clock Go

BIN-FCT1 %d Binning factor of X axis (pixel) Fixed

BIN-FCT2 %d Binning factor of Y axis (pixel) Fixed

COMMENT === Beam: U(chop+,nod+) u(-,+) D(+,-) d(-,-) X(other) C(Cont)

M_BEAM %d Number of Beam Description M_BEAMn Fixed

M_BEAM1 %-8.68s

M_BEAM2 %-8.68s

M_BEAM3 %-8.68s

M_BEAM4 %-8.68s

COMMENT === Beams are also described in Ascii table extension

WEATHER %-8s Weather condition

SEEING %8.2f Long integ PSF FWHM (arcsec) OBS ?

DOM-WND %7.2f Wind speed in the dome (m/s) OBS ?

OUT-WND %7.2f Wind speed outside (m/s) OBS ?

DOM-TMP %4.1f Temperature measured in the dome (K) %%d OBS ?

OUT-TMP %4.1f Temperature measured outside dome (K) %%d OBS ?

DOM-HUM %5.3f Humidity measured in the dome OBS ?

OUT-HUM %5.3f Humidity measured outside the dome OBS ?

DOM-PRS %7.2f Atmospheric pressure in the Dome (hpa) OBS ?

OUT-PRS %7.2f Atmospheric pressure outside dome (hPa) OBS ?

COMMENT

COMMENT (: Subaru Device Dependent Header for MIRTOS :)

COMMENT

COMMENT === ID

M_CHID %-8.16s ID of camera channel of MIRTOS

M_OBSID %-8.16s ID of set of chop/nod observation

M_TWID %-8.16s ID of two-wavelength simultaneous file

M_FLATID %-8.16s ID of the most recent flat field file

M_DARKID %-8.16s ID of the most recent dark exposure file

M_DETO1 %8.5f Rel X pos of CHN from CHN on sky (pixel)

M_DETO2 %8.5f Rel Y pos of CHN from CHN on sky (pixel)

COMMENT === Chopping and Nodding

M_CHOPTM %8.2f Chopping period (sec) Clock Go

M_CHOPTH %8.2f Chopping throw (arcsec) OBS? ?

M_CHOPPA %8.2f Chopping P.A. origin:source/pointing (deg) OBS? ?

M_NODTM %8.1f Nodding period (sec) Clock? OBS? Go

M_NODTH %8.2f Nodding throw (arcsec) OBS? ?

M_NODPA %8.2f Nodding P.A. origin:source/pointing (deg) OBS? ?

COMMENT === M_RF are Reference Square Corners in Pix, -1:NA 0:No ref in image

M_RFX1PP %d Corner 1 X for Chop+ Nod+ ? ?

M_RFY1PP %d Corner 1 Y for Chop+ Nod+ ? ?

M_RFX2PP %d Corner 2 X for Chop+ Nod+ ? ?

M_RFY2PP %d Corner 2 Y for Chop+ Nod+ ? ?

M_RFX1MP %d Corner 1 X for Chop- Nod+ ? ?

M_RFY1MP %d Corner 1 Y for Chop- Nod+ ? ?

M_RFX2MP %d Corner 2 X for Chop- Nod+ ? ?

M_RFY2MP %d Corner 2 Y for Chop- Nod+ ? ?

M_RFX1PM %d Corner 1 X for Chop+ Nod- ? ?

M_RFY1PM %d Corner 1 Y for Chop+ Nod- ? ?

M_RFX2PM %d Corner 2 X for Chop+ Nod- ? ?

M_RFY2PM %d Corner 2 Y for Chop+ Nod- ? ?

M_RFX1MM %d Corner 1 X for Chop- Nod- ? ?

M_RFY1MM %d Corner 1 Y for Chop- Nod- ? ?

M_RFX2MM %d Corner 2 X for Chop- Nod- ? ?

M_RFY2MM %d Corner 2 Y for Chop- Nod- ? ?

COMMENT === Temperature

M_O-TMP %4.1f Optics Temp(K) %%d Lakeshore Templog

M_C-TMP1 %4.1f CCC 1st stage(K) %%d Thermo PC

M_C-TMP2 %4.1f CCC 2nd stage(K) %%d Thermo PC

M_A-TMP1 %4.1f Ambient #1(K) %%d Thermo PC

M_A-TMP2 %4.1f Ambient #2(K) %%d Thermo PC

M_A-TMP3 %4.1f Ambient #3(K) %%d Thermo PC

M_W-TMP %4.1f CCC Coolant Out (K) %%d Thermo PC

M_W-CUR %4.1f CCC Coolant (l/min) %%d Thermo PC

COMMENT === Clock

M_CLKFL %-8s Clock file name Loadcp Loadcp

M_CLKMR %-8s Clock pattern marco name %%d Go Go

M_CLKMC %-8s Coment on clock pattern macro Go Go

M_PIXTIM %9.4G Clock duration for a pixel (sec) Clock Go

M_FRTIME %9.4f Time to sweep one frame (sec) Clock Go

M_CBANK %-8s Running clock bank when data was taken CPG Get

M_CEFCT %c Clock activity when data taken (T:Conv F:Idle) CPG Get

COMMENT === AMP

M_A-GAIN %d Wallace Instruments pre-amp gain

M_A-BWTH %d Wallace Instruments pre-amp BW(KHz)

COMMENT === FMC

M_JPORT %2d Jump port value when data got at %%d CPG Get

M_REFSUB %c Subtraction of reference column T:done Get Get

M_ARRANG %-8.10s Data sequence FITS/Raw-hardware version Get Get

M_BANK %-8s Bank name where the data was stored Get Get

COMMENT == BlackBody

M_BBPOS %c Black Body Position T:In F:Out Motorctrl

M_BBTMP %4.1f Temperature of Black Body (K) %%d Get Get

END

keyword	format	comment	source	update
SIMPLE	%c	Standard FITS format	Fixed
BITPIX	%d	Number of bits storing pix values	Fixed
NAXIS	%d	Number of axis in frame	Fixed
NAXIS1	%d	Number of pixels/row	Clock	Go
NAXIS2	%d	Number of rows	Clock	Go
NAXIS3	%d	Number of frames	Clock	Go
EXTEND	%c	ASCII Table for Z-frame description	Fixed
COMMENT	CHN Primary header for MIRTOS written by Tomono on 1998/11/15
COMMENT
OBSERVER	%-8.30s	Name of observers	OBS	OBS
PROP-ID	%-8.30s	Proposal ID
DATASET	%-8.30s	What is this? Ref. George
INSTRUME	%-8.30s	Name of instrument
INS-VER	%-8.30s	Version of the instrument	This file
FRAMEID	%-8.16s	FITS File sequential number	OBS	Get?
EXP-ID	%-8.16s		Get?	Get?
OBS-MOD	%-8.30s	Observation Mode
DATA-TYP	%-8.16s	object/flat/pupil/pupil_flat/dark	OBS	?
OBSERVAT	%-8.30s
TELESCOP	%-8.30s		OBS
CRPIX1	%6.1f	Reference pixel in X (pixel)
CRPIX2	%6.1f	Reference pixel in Y (pixel)
CRVAL1	%13.8f	Physical value of the reference pixel X	Toolkit?	?
CRVAL2	%13.8f	Physical value of the reference pixel Y	Toolkit?	?
CDELT1	%12.10f	X Scale projected on detector(#/pix)		Meas
CDELT2	%12.10f	Y scale projected on detector(#/pix)		Meas
CTYPE1	%-8.16s	Pixel coordinate system	Toolkit?	?
CTYPE2	%-8.16s	Pixel coordinate system	Toolkit?	?
CUNIT1	%-8.10s	Units used in both CRVAL1 and CDELT1
CUNIT2	%-8.10s	Units used in both CRVAL2 and CDELT2
TIMESYS	%-8.8s	Time System used in the header	Fixed
RADECSYS	%-8.8s	The equatorial coordinate system	OBS	?
PROJP1	%5.1f	Projection type of the first axis	Toolkit	Toolkit
PROJP2	%5.1f	Projection type of the second axis	Toolkit	Toolkit
LONGPOLE	%8.5f	The North Pole of standard system (deg)	Fixed
PC001001	%12.8f	Pixel Coordinate translation matrix	Toolkit	Toolkit
PC001002	%12.8f	Pixel Coordinate translation matrix	Toolkit	Toolkit
PC002001	%12.8f	Pixel Coordinate translation matrix	Toolkit	Toolkit
PC002002	%12.8f	Pixel Coordinate translation matrix	Toolkit	Toolkit
BSCALE	%1.0f	Real=fits-value*BSCALE+BZERO	Fixed
BZERO	%1.0f	Real=fits-value*BSCALE+BZERO	Fixed
BUNIT	%-8.16s	Unit of original pixel values	Fixed
BLANK	%d	Value used for NULL pixels	TBD
DATE-OBS	%-8.30s	yyyy-mm-dd UTC obs start date	Internal clock	Go/Jport
UT	%-8.10s	HH:MM:SS.S UTC at typical time(=start)	Internal Clock	Go/Jport
HST	%-8.10s	HH:MM:SS.S HST at typical time(=start)	Internal Clock	Go/Jport
LST	%-8.10s	HH:MM:SS.S LST at typical time(=start)	Internal Clock	Go/Jport
MJD	%8.8f	Modified Julian Day at typical time(=start)	Internal Clock	Go/Jport
EXPTIME	%9.4f	Total integration time per frame(sec)	Clock	Go
OBJECT	%-8s	Target Description	OBS	?
RA	%-8.12s	HH:MM:SS.SSS RA (J2000) pointing	OBS	Point? Nod?
RA2000	%-8.12s	HH:MM:SS.SSS RA (J2000) pointing	OBS	Point? Nod?
DEC	%-8.12s	+/-DD:MM:SS.SS DEC (J2000) pointing	OBS	Point? Nod?
Dec-00	%-8.12s	+/-DD:MM:SS.SS DEC (J2000) pointing	OBS
EQUINOX	%6.1f		OBS	?
AZIMUTH	%10.5f	Azimuth of telescope pointing (degree)	OBS	Nod? Point?
ALTITUDE	%9.5f	Altitude of telescope pointing(degree)	OBS	Nod? Point?
FOC-POS	%-8.16s	Focus where the instrument is attached	OBS	Go
FOC-LEN	%8.3f	Focal length of the telescope (mm)	?
FOC-VAL	%8.3f	Encoder value of the focus unit (mm)	OBS	Go/Jport
M2-TYPE	%-8.8s	Type of the secondary miror (Opt/IR)	OBS	Go
M2-TIP	%-8.8s	Tip/Tilt of the Secondary Mirror (on/off)	OBS	Go
APERTURE	%-8s	Field stop ID	FS Ctrl	Move
INR-STR	%8.3f	Instrument Rotator angle at Start (deg)	OBS	Go/Jport
INR-END	%8.3f	Instrument Rotator angle at End (deg)	OBS	Get
AIRMASS	%9.5f	Averaged Air Mass	OBS	Nod? Point?
ZD	%6.3f	Zenith Distance at typical time	OBS	Nod? Point?
SECZ	%6.3f	SEC(Zenith Distance) at typical time	OBS	Nod? Point?
M_WINDOW	%-8s	MIRTOS dewar entrance window	Make	Make
M_M1MOT1	%6d	Beam Stearing Mirror Direction (count)	Motor Ctrl	TBD
M_M1MOT2	%6d	Beam Stearing Mirror Direction (count)	Motor Ctrl	TBD
M_M2MOT1	%6d	Beam Splitter Direction (count)	Motor Ctrl	TBD
M_M2MOT2	%6d	Beam Splitter Direction (count)	Motor Ctrl	TBD
FILTER01	%-8s	Filter name/ID	Filter Ctrl	Move
FILTER02	%-8s	Filter name/ID	Filter Ctrl	Move
FILTER03	%-8s	Lyot Stop name/ID	Stop Ctrl	Move
DETECTOR	%-8s	Name of the detector/CCD
DET-ID	%2d	ID of the detector used for this data
DETPXSZ1	%5.3f	Detector pixel size in axis1 (mm)
DETPXSZ2	%5.3f	Detector pixel size in axis2 (mm)
DET-A00	%6.3f	Relative angle of nn-th detector (deg)
DET-TMP	%5.2f	Detector temperature (K) %%d	Lakeshore	Templog
GAIN	%8.2f	AD conversion factor (electron/ADU)
PRD-MIN1	%4d	Start X pos. of partialy read out (pix)	Clock	Go
PRD-MIN2	%4d	Start Y pos. of partialy read out (pix)	Clock	Go
PRD-RNG1	%4d	X Range of partialy read out (pix)	Clock	Go
PRD-RNG2	%4d	Y Range of partialy read out (pix)	Clock	Go
BIN-FCT1	%d	Binning factor of X axis (pixel)	Fixed
BIN-FCT2	%d	Binning factor of Y axis (pixel)	Fixed
COMMENT	=== Beam: U(chop+,nod+) u(-,+) D(+,-) d(-,-) X(other) C(Cont)
M_BEAM	%d	Number of Beam Description M_BEAMn	Fixed
M_BEAM1	%-8.68s
M_BEAM2	%-8.68s
M_BEAM3	%-8.68s
M_BEAM4	%-8.68s
COMMENT	=== Beams are also described in Ascii table extension
WEATHER	%-8s	Weather condition
SEEING	%8.2f	Long integ PSF FWHM (arcsec)	OBS	?
DOM-WND	%7.2f	Wind speed in the dome (m/s)	OBS	?
OUT-WND	%7.2f	Wind speed outside (m/s)	OBS	?
DOM-TMP	%4.1f	Temperature measured in the dome (K) %%d	OBS	?
OUT-TMP	%4.1f	Temperature measured outside dome (K) %%d	OBS	?
DOM-HUM	%5.3f	Humidity measured in the dome	OBS	?
OUT-HUM	%5.3f	Humidity measured outside the dome	OBS	?
DOM-PRS	%7.2f	Atmospheric pressure in the Dome (hpa)	OBS	?
OUT-PRS	%7.2f	Atmospheric pressure outside dome (hPa)	OBS	?
COMMENT
COMMENT	(: Subaru Device Dependent Header for MIRTOS :)
COMMENT
COMMENT	=== ID
M_CHID	%-8.16s	ID of camera channel of MIRTOS
M_OBSID	%-8.16s	ID of set of chop/nod observation
M_TWID	%-8.16s	ID of two-wavelength simultaneous file
M_FLATID	%-8.16s	ID of the most recent flat field file
M_DARKID	%-8.16s	ID of the most recent dark exposure file
M_DETO1	%8.5f	Rel X pos of CHN from CHN on sky (pixel)
M_DETO2	%8.5f	Rel Y pos of CHN from CHN on sky (pixel)
COMMENT	=== Chopping and Nodding
M_CHOPTM	%8.2f	Chopping period (sec)	Clock	Go
M_CHOPTH	%8.2f	Chopping throw (arcsec)	OBS?	?
M_CHOPPA	%8.2f	Chopping P.A. origin:source/pointing (deg)	OBS?	?
M_NODTM	%8.1f	Nodding period (sec)	Clock? OBS?	Go
M_NODTH	%8.2f	Nodding throw (arcsec)	OBS?	?
M_NODPA	%8.2f	Nodding P.A. origin:source/pointing (deg)	OBS?	?
COMMENT	=== M_RF are Reference Square Corners in Pix, -1:NA 0:No ref in image
M_RFX1PP	%d	Corner 1 X for Chop+ Nod+	?	?
M_RFY1PP	%d	Corner 1 Y for Chop+ Nod+	?	?
M_RFX2PP	%d	Corner 2 X for Chop+ Nod+	?	?
M_RFY2PP	%d	Corner 2 Y for Chop+ Nod+	?	?
M_RFX1MP	%d	Corner 1 X for Chop- Nod+	?	?
M_RFY1MP	%d	Corner 1 Y for Chop- Nod+	?	?
M_RFX2MP	%d	Corner 2 X for Chop- Nod+	?	?
M_RFY2MP	%d	Corner 2 Y for Chop- Nod+	?	?
M_RFX1PM	%d	Corner 1 X for Chop+ Nod-	?	?
M_RFY1PM	%d	Corner 1 Y for Chop+ Nod-	?	?
M_RFX2PM	%d	Corner 2 X for Chop+ Nod-	?	?
M_RFY2PM	%d	Corner 2 Y for Chop+ Nod-	?	?
M_RFX1MM	%d	Corner 1 X for Chop- Nod-	?	?
M_RFY1MM	%d	Corner 1 Y for Chop- Nod-	?	?
M_RFX2MM	%d	Corner 2 X for Chop- Nod-	?	?
M_RFY2MM	%d	Corner 2 Y for Chop- Nod-	?	?
COMMENT	=== Temperature
M_O-TMP	%4.1f	Optics Temp(K) %%d	Lakeshore	Templog
M_C-TMP1	%4.1f	CCC 1st stage(K) %%d	Thermo	PC
M_C-TMP2	%4.1f	CCC 2nd stage(K) %%d	Thermo	PC
M_A-TMP1	%4.1f	Ambient #1(K) %%d	Thermo	PC
M_A-TMP2	%4.1f	Ambient #2(K) %%d	Thermo	PC
M_A-TMP3	%4.1f	Ambient #3(K) %%d	Thermo	PC
M_W-TMP	%4.1f	CCC Coolant Out (K) %%d	Thermo	PC
M_W-CUR	%4.1f	CCC Coolant (l/min) %%d	Thermo	PC
COMMENT	=== Clock
M_CLKFL	%-8s	Clock file name	Loadcp	Loadcp
M_CLKMR	%-8s	Clock pattern marco name %%d	Go	Go
M_CLKMC	%-8s	Coment on clock pattern macro	Go	Go
M_PIXTIM	%9.4G	Clock duration for a pixel (sec)	Clock	Go
M_FRTIME	%9.4f	Time to sweep one frame (sec)	Clock	Go
M_CBANK	%-8s	Running clock bank when data was taken	CPG	Get
M_CEFCT	%c	Clock activity when data taken (T:Conv F:Idle)	CPG	Get
COMMENT	=== AMP
M_A-GAIN	%d	Wallace Instruments pre-amp gain
M_A-BWTH	%d	Wallace Instruments pre-amp BW(KHz)
COMMENT	=== FMC
M_JPORT	%2d	Jump port value when data got at %%d	CPG	Get
M_REFSUB	%c	Subtraction of reference column T:done	Get	Get
M_ARRANG	%-8.10s	Data sequence FITS/Raw-hardware version	Get	Get
M_BANK	%-8s	Bank name where the data was stored	Get	Get
COMMENT	== BlackBody
M_BBPOS	%c	Black Body Position T:In F:Out	Motorctrl
M_BBTMP	%4.1f	Temperature of Black Body (K) %%d	Get	Get
END