# "mcshort" is a MegaCam camera with only the central six chips --- it's faster than the entire FPA.
# The raw MegaCam data comes off the telescope with each of the chips stored in extensions of a MEF file.

# How to identify this type
RULE	METADATA
	TELESCOP	STR	CFHT 3.6m
	DETECTOR	STR	MegaCam
	EXTEND		BOOL	T
	NEXTEND		S32	72
END

# How to read this data
FILE	METADATA
	PHU		STR	FPA	# The FITS file represents an entire FPA
	EXTENSIONS	STR	CELL	# The extensions represent cells
	FPA.NAME	STR	EXPNUM	# A PHU keyword for unique identifier within the hierarchy level
END

# What's in the FITS file?
CONTENTS	METADATA
	# Extension name, chip name:type
#	amp00		STR	ccd00:LeftAmp:left
#	amp01		STR	ccd00:RightAmp:right
#	amp02		STR	ccd01:LeftAmp:left
#	amp03		STR	ccd01:RightAmp:right
#	amp04		STR	ccd02:LeftAmp:left
#	amp05		STR	ccd02:RightAmp:right
#	amp06		STR	ccd03:LeftAmp:left
#	amp07		STR	ccd03:RightAmp:right
#	amp08		STR	ccd04:LeftAmp:left
#	amp09		STR	ccd04:RightAmp:right
#	amp10		STR	ccd05:LeftAmp:left
#	amp11		STR	ccd05:RightAmp:right
#	amp12		STR	ccd06:LeftAmp:left
#	amp13		STR	ccd06:RightAmp:right
#	amp14		STR	ccd07:LeftAmp:left
#	amp15		STR	ccd07:RightAmp:right
#	amp16		STR	ccd08:LeftAmp:left
#	amp17		STR	ccd08:RightAmp:right
#	amp18		STR	ccd09:LeftAmp:left
#	amp19		STR	ccd09:RightAmp:right
#	amp20		STR	ccd10:LeftAmp:left
#	amp21		STR	ccd10:RightAmp:right
#	amp22		STR	ccd11:LeftAmp:left
#	amp23		STR	ccd11:RightAmp:right
	amp24		STR	ccd12:LeftAmp:left
	amp25		STR	ccd12:RightAmp:right
	amp26		STR	ccd13:LeftAmp:left
	amp27		STR	ccd13:RightAmp:right
	amp28		STR	ccd14:LeftAmp:left
	amp29		STR	ccd14:RightAmp:right
#	amp30		STR	ccd15:LeftAmp:left
#	amp31		STR	ccd15:RightAmp:right
#	amp32		STR	ccd16:LeftAmp:left
#	amp33		STR	ccd16:RightAmp:right
#	amp34		STR	ccd17:LeftAmp:left
#	amp35		STR	ccd17:RightAmp:right
#	amp36		STR	ccd18:LeftAmp:left
#	amp37		STR	ccd18:RightAmp:right
#	amp38		STR	ccd19:LeftAmp:left
#	amp39		STR	ccd19:RightAmp:right
#	amp40		STR	ccd20:LeftAmp:left
#	amp41		STR	ccd20:RightAmp:right
	amp42		STR	ccd21:LeftAmp:left
	amp43		STR	ccd21:RightAmp:right
	amp44		STR	ccd22:LeftAmp:left
	amp45		STR	ccd22:RightAmp:right
	amp46		STR	ccd23:LeftAmp:left
	amp47		STR	ccd23:RightAmp:right
#	amp48		STR	ccd24:LeftAmp:left
#	amp49		STR	ccd24:RightAmp:right
#	amp50		STR	ccd25:LeftAmp:left
#	amp51		STR	ccd25:RightAmp:right
#	amp52		STR	ccd26:LeftAmp:left
#	amp53		STR	ccd26:RightAmp:right
#	amp54		STR	ccd27:LeftAmp:left
#	amp55		STR	ccd27:RightAmp:right
#	amp56		STR	ccd28:LeftAmp:left
#	amp57		STR	ccd28:RightAmp:right
#	amp58		STR	ccd29:LeftAmp:left
#	amp59		STR	ccd29:RightAmp:right
#	amp60		STR	ccd30:LeftAmp:left
#	amp61		STR	ccd30:RightAmp:right
#	amp62		STR	ccd31:LeftAmp:left
#	amp63		STR	ccd31:RightAmp:right
#	amp64		STR	ccd32:LeftAmp:left
#	amp65		STR	ccd32:RightAmp:right
#	amp66		STR	ccd33:LeftAmp:left
#	amp67		STR	ccd33:RightAmp:right
#	amp68		STR	ccd34:LeftAmp:left
#	amp69		STR	ccd34:RightAmp:right
#	amp70		STR	ccd35:LeftAmp:left
#	amp71		STR	ccd35:RightAmp:right
END

# Specify the cell data
CELLS	METADATA
	left	METADATA	# Left amplifier
		CELL.BIASSEC.SOURCE	STR	HEADER
		CELL.TRIMSEC.SOURCE	STR	HEADER
		CELL.BIASSEC		STR	BIASSEC
		CELL.TRIMSEC		STR	DATASEC
		CELL.XPARITY		S32	1 # We could have specified this as a DEFAULT, but this works
		CELL.X0			S32	1
		CELL.Y0			S32	1
	END
	right	METADATA	# Right amplifier
		CELL.BIASSEC.SOURCE	STR	HEADER
		CELL.TRIMSEC.SOURCE	STR	HEADER
		CELL.BIASSEC		STR	BIASSEC
		CELL.TRIMSEC		STR	DATASEC
		CELL.XPARITY		S32	-1 # This cell is read out in the opposite direction
		CELL.X0			S32	2048
		CELL.Y0			S32	1
	END
END

# How to translate PS concepts into FITS headers
TRANSLATION	METADATA
	FPA.NAME		STR	EXPNUM
	FPA.AIRMASS		STR	AIRMASS
	FPA.FILTER		STR	FILTER
	FPA.POSANGLE		STR	ROTANGLE
	FPA.RA			STR	RA
	FPA.DEC			STR	DEC
	FPA.RADECSYS		STR	RADECSYS
	FPA.OBSTYPE		STR	OBSTYPE
	FPA.OBJECT		STR	CMMTOBS
	FPA.TIME		STR	MJD-OBS
	FPA.TIMESYS		STR	TIMESYS
	FPA.ALT			STR	TELALT
	FPA.AZ			STR	TELAZ
	CHIP.TEMP		STR	DETTEM
	CELL.EXPOSURE		STR	EXPTIME
	CELL.DARKTIME		STR	DARKTIME
	CELL.GAIN		STR	GAIN
	CELL.READNOISE		STR	RDNOISE
	CELL.SATURATION		STR	SATURATE
	CELL.TIME		STR	MJD-OBS
	CELL.TIMESYS		STR	TIMESYS
	CELL.XBIN		STR	CCDBIN1
	CELL.YBIN		STR	CCDBIN2
END

# Default PS concepts that may be specified by value
DEFAULTS	METADATA
	CELL.READDIR		S32	1		# Cell is read in x direction
	CELL.BAD		S32	0
	CELL.YPARITY		S32	1

	CHIP.X0.DEPEND		STR	CHIP.NAME
	CHIP.X0		METADATA
#		ccd00	S32	0
#		ccd01	S32	2048
#		ccd02	S32	4096
#		ccd03	S32	6144
#		ccd04	S32	8192
#		ccd05	S32	10240
#		ccd06	S32	12288
#		ccd07	S32	14336
#		ccd08	S32	16384
#		ccd09	S32	0
#		ccd10	S32	2048
#		ccd11	S32	4096
		ccd12	S32	6144
		ccd13	S32	8192
		ccd14	S32	10240
#		ccd15	S32	12288
#		ccd16	S32	14336
#		ccd17	S32	16384
#		ccd18	S32	0
#		ccd19	S32	2048
#		ccd20	S32	4096
		ccd21	S32	6144
		ccd22	S32	8192
		ccd23	S32	10240
#		ccd24	S32	12288
#		ccd25	S32	14336
#		ccd26	S32	16384
#		ccd27	S32	0
#		ccd28	S32	2048
#		ccd29	S32	4096
#		ccd30	S32	6144
#		ccd31	S32	8192
#		ccd32	S32	10240
#		ccd33	S32	12288
#		ccd34	S32	14336
#		ccd35	S32	16384
	END
	CHIP.Y0.DEPEND		STR	CHIP.NAME
	CHIP.Y0		METADATA
#		ccd00	S32	18447
#		ccd01	S32	18447
#		ccd02	S32	18447
#		ccd03	S32	18447
#		ccd04	S32	18447
#		ccd05	S32	18447
#		ccd06	S32	18447
#		ccd07	S32	18447
#		ccd08	S32	18447
#		ccd09	S32	13835
#		ccd10	S32	13835
#		ccd11	S32	13835
		ccd12	S32	13835
		ccd13	S32	13835
		ccd14	S32	13835
#		ccd15	S32	13835
#		ccd16	S32	13835
#		ccd17	S32	13835
#		ccd18	S32	13835
#		ccd19	S32	4612
#		ccd20	S32	4612
		ccd21	S32	4612
		ccd22	S32	4612
		ccd23	S32	4612
#		ccd24	S32	4612
#		ccd25	S32	4612
#		ccd26	S32	4612
#		ccd27	S32	0
#		ccd28	S32	0
#		ccd29	S32	0
#		ccd30	S32	0
#		ccd31	S32	0
#		ccd32	S32	0
#		ccd33	S32	0
#		ccd34	S32	0
#		ccd35	S32	0
	END
	CHIP.XPARITY.DEPEND	STR	CHIP.NAME
	CHIP.XPARITY	METADATA
#		ccd00	S32	1
#		ccd01	S32	1
#		ccd02	S32	1
#		ccd03	S32	1
#		ccd04	S32	1
#		ccd05	S32	1
#		ccd06	S32	1
#		ccd07	S32	1
#		ccd08	S32	1
#		ccd09	S32	1
#		ccd10	S32	1
#		ccd11	S32	1
		ccd12	S32	1
		ccd13	S32	1
		ccd14	S32	1
#		ccd15	S32	1
#		ccd16	S32	1
#		ccd17	S32	1
#		ccd18	S32	1
#		ccd19	S32	1
#		ccd20	S32	1
		ccd21	S32	1
		ccd22	S32	1
		ccd23	S32	1
#		ccd24	S32	1
#		ccd25	S32	1
#		ccd26	S32	1
#		ccd27	S32	1
#		ccd28	S32	1
#		ccd29	S32	1
#		ccd30	S32	1
#		ccd31	S32	1
#		ccd32	S32	1
#		ccd33	S32	1
#		ccd34	S32	1
#		ccd35	S32	1
	END
	CHIP.YPARITY.DEPEND	STR	CHIP.NAME
	CHIP.YPARITY	METADATA
#		ccd00	S32	-1
#		ccd01	S32	-1
#		ccd02	S32	-1
#		ccd03	S32	-1
#		ccd04	S32	-1
#		ccd05	S32	-1
#		ccd06	S32	-1
#		ccd07	S32	-1
#		ccd08	S32	-1
#		ccd09	S32	-1
#		ccd10	S32	-1
#		ccd11	S32	-1
		ccd12	S32	-1
		ccd13	S32	-1
		ccd14	S32	-1
#		ccd15	S32	-1
#		ccd16	S32	-1
#		ccd17	S32	-1
#		ccd18	S32	1
#		ccd19	S32	1
#		ccd20	S32	1
		ccd21	S32	1
		ccd22	S32	1
		ccd23	S32	1
#		ccd24	S32	1
#		ccd25	S32	1
#		ccd26	S32	1
#		ccd27	S32	1
#		ccd28	S32	1
#		ccd29	S32	1
#		ccd30	S32	1
#		ccd31	S32	1
#		ccd32	S32	1
#		ccd33	S32	1
#		ccd34	S32	1
#		ccd35	S32	1
	END
END

# How to translation PS concepts into database lookups
DATABASE	METADATA
	TYPE		dbEntry		TABLE		COLUMN		GIVENDBCOL	GIVENPS
#	FPA.BIAS	METADATA
#		TABLE	STR	Camera
#		COLUMN	STR	gain
#		chipId	STR	{CHIP.NAME}
#		cellId	STR	{CELL.NAME}
#		time	STR	{CELL.TIME}
#	END
#	CELL.GAIN	dbEntry		Camera		gain		chipId,cellId	CHIP.NAME,CELL.NAME
#	CELL.READNOISE	dbEntry		Camera		readNoise	chipId,cellId	CHIP.NAME,CELL.NAME

# A database entry refers to a particular column (COLUMN) in a
# particular table (TABLE), given certain PS concepts (GIVENPS) that
# match certain database columns (GIVENDBCOL).
END


# Where there might be some ambiguity, specify the format
FORMATS		METADATA
	FPA.RA		STR	HOURS
	FPA.DEC		STR	DEGREES
	FPA.TIME	STR	MJD
	CELL.TIME	STR	MJD
	CELL.X0		STR	FORTRAN
	CELL.Y0		STR	FORTRAN
END
