/usr/share/cpl-plugins/vimos-3.1.7/dic/ESO-VLT-DIC.VIMOS_DRS is in cpl-plugin-vimos 3.1.7+dfsg-1+b1.
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# "@(#) $Id: ESO-VLT-DIC.VIMOS_DRS,v 1.1 2012-09-26 12:47:51 cgarcia Exp $"
#
#
Dictionary Name: ESO-VLT-DIC.VIMOS_DRS
Scope: DFS
Source: bianca@ifctr.mi.cnr.it
Date: $Date: 2012-09-26 12:47:51 $
Version Control: $Revision: 1.1 $
Revision: 0.1
Status: Development
Description: Based on GEN-SPE-ESO-19400-794/1.1/0
#------------------------------------------------------------------------------
# General keywords
#
Parameter Name: PRO VMTYPE
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Vimos frame type
Decsription: Vimos frame type: one of "FRAME","STACKED","PACKED","IFU-IMAGE"
Parameter Name: PRO TABLE
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Type of table
Description: Type of table: one of GRS EXT OBJ WIN CCD SPC LIN SSP ATM
IFU TEL FIL GAL STAR MATCH AST IPC PAR
Parameter Name: PRO QUAD
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: none
Comment Field: Vimos quadrant this table applies to
Description: Vimos quadrant to which apply the table (1 to 4)
Parameter Name: PRO ID
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Identifier of device
Description: Identifier of device: device can be grism or Filter or
CCD or "standard Star field" according to TABLE value
Parameter Name: PRO NAME
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Name of device
Description: Name of "device": device can be grism or Filter or
CCD or "standard Star field" or "standard star" according to TABLE value
Parameter Name: PRO AIRMASS
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: none
Comment Field: Airmass of exposure
Description: Airmass of exposure: can be in GAL, STAR and MATCH table
Parameter Name: PRO CDELT
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: arcsec/pixel
Comment Field: Pixel scale of telescope in CCD plane
Description: Pixel scale of telescope in CCD plane
Can be in FIL and MATCH table
Parameter Name: PRO CRPIXi
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: pixel
Comment Field: X/Y position of telescope optical axis in co-ordinate system of CCD
Description: X/Y position of telescope optical axis in co-ordinate system of CCD
Can be in FIL and MATCH table
Parameter Name: PRO FILT ID
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ID of filter used
Description: ID of filter used: can be in GAL STAR MATCH and IPC table
Parameter Name: PRO FILT NAME
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Name of filter used
Description: Name of filter used: can be in GAL STAR MATCH and IPC table
Parameter Name: PRO GRIS ID
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Identifier of grism calibration applies to
Description: Identifier of grism calibration applies to
Can be in SPC and LIN table
Parameter Name: PRO MAG ZERO
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: mag
Comment Field: Zero point magnitude used
Description: Zero point magnitude used : can be in STAR MATCH IPC & GAL table
Parameter Name: PRO WLEN START
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: nm
Comment Field: Start wavelength of spectrum or filter
Description: Start wavelength of spectrum or filter
Parameter Name: PRO WLEN END
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: nm
Comment Field: End wavelength of spectrum or filter
Description: End wavelength of spectrum or filter
Parameter Name: PRO CCD SKY XORD
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: none
Comment Field: Order of the polynomial for l
Description: Order of the polynomial for l of the distortion model CCD to sky
Can be in FIL and MATCH table
Parameter Name: PRO CCD SKY YORD
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: none
Comment Field: Order of the polynomial for m
Description: Order of the polynomial for m of the distortion model CCD to sky
Can be in FIL and MATCH table
Parameter Name: PRO MASK ID
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ID of mask used
Description: ID of mask used (optional)
Can be in EXT, GAL STAR & MATCH Table
Parameter Name: PRO MASK NAME
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Name of mask used
Description: Name of mask used (optional)
Can be in EXT, GAL STAR & MATCH Table
#WARNING: HEVE THESE CHANGED??????
Parameter Name: PRO PC001001
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: none
Comment Field: Element (1,1) of FITS transformation matrix
Description: Element (1,1) of FITS transformation matrix
can be in FIL and MATCH table
Parameter Name: PRO PC001002
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: none
Comment Field: Element (1,2) of FITS transformation matrix
Description: Element (1,2) of FITS transformation matrix
can be in FIL and MATCH table
Parameter Name: PRO PC002001
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: none
Comment Field: Element (2,1) of FITS transformation matrix
Description: Element (2,1) of FITS transformation matrix
can be in FIL and MATCH table
Parameter Name: PRO PC002002
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: none
Comment Field: Element (2,2) of FITS transformation matrix
Description: Element (2,2) of FITS transformation matrix
can be in FIL and MATCH table
#------------------------------------------------------------------------------
# Grism Table (PRO TABLE = GRS)
#
Parameter Name: PRO WLEN INC
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: nm
Comment Field: Increment in spectrum
Description: Increment in spectrum
Parameter Name: PRO WLEN CEN
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: nm
Comment Field: Central wavelength of spectrum (lo)
Description: Central wavelength of spectrum (lo)
Parameter Name: PRO SPECT LLEN LO
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: pixel
Comment Field: Length in pixels of useful spectrum below central wavelength
Description: Length in pixels of useful spectrum below central wavelength
Parameter Name: PRO SPECT LLEN HI
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: pixel
Comment Field: Length in pixels of useful spectrum above central wavelength
Description: Length in pixels of useful spectrum above central wavelength
Parameter Name: PRO AVG POS
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: Å
Comment Field: Centre of region of spectrum to used for detecting objects
Description: Centre of region of spectrum to used for detecting objects
Parameter Name: PRO AVG RNG
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: Å
Comment Field: Range to be used around AVG POS
Description: Range to be used around AVG POS
Parameter Name: PRO SKY NO
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: none
Comment Field: Number of string skylines in the wavelength range of this grism
Description: Number of string skylines in the wavelength range of this grism
#WARNING changed from <i> to i
Parameter Name: PRO SKY WLENi
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: Å
Comment Field: Wavelength of skyline I
Description: Wavelength of skyline I
Parameter Name: PRO FILT NO
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: none
Comment Field: Number of filters that can be used
Description: Number of filters that can be used with this grism
#WARNING changed from <i> to i
Parameter Name: PRO FILT IDi
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ID of filter I
Description: ID of filter I
#WARNING changed from <i> to i
Parameter Name: PRO FILT NAMEi
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: name of filter I
Description: name of filter I
#WARNING changed from <i> to i
Parameter Name: PRO FILT WLEN STARTi
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: Å
Comment Field: Start wavelength of filter I
Description: Start wavelength of filter I
#WARNING changed from <i> to i
Parameter Name: PRO FILT WLEN ENDi
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: Å
Comment Field: End wavelength of filter I
Description: End wavelength of filter I
Parameter Name: PRO ZERO
Class: header
Context: PROCESS
Type: logical
Value Format: %c
Unit: none
Comment Field: Apply zero order correction
Description: Apply zero order correction
#------------------------------------------------------------------------------
# Extraction Table (PRO TABLE = EXT)
# The Extraction Table contains the information that is needed to 2D extract
# the spectra from a spectroscopic observation, i.e. to convert a frame from
# Frame format to stacked-spectra format. For a given slit configuration, it
# can be computed from the Grism Table. The rows in an Extraction Table are
# grouped by slit number. For each slit, several rows can be defined in the
# Extraction Table. Each row in an Extraction Table corresponds to a single
# row on the CCD.
# The Extraction Table has the same descriptors as the Grism Table, as well as
# the following additional descriptors:
#
Parameter Name: PRO MASK QUAD
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: none
Comment Field: Vimos quadrant used
Description: Vimos quadrant used
Parameter Name: PRO OBS TYPE
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Gives type of observation (`MOS' or `IFU')
Description: Gives type of observation (`MOS' or `IFU')
#------------------------------------------------------------------------------
# Window Table (PRO TABLE = WIN)
# The Window Table contains information about the location of object spectra
# and sky spectra within the 2D spectrum of one mask aperture. For MOS
# observations, the Window Table is used for the sky subtraction and for the
# 1D extraction of object spectra. For these data, the Window Table is
# determined by the function that detects the objects in the spectra.
# The descriptors of the Window Table are the same as for the Extraction Table
# except for the Descriptor TABLE, which has the value `WIN':
#
#-----------------------------------------------------------------------------------
# Object Table (PRO TABLE = OBJ)
# This table is used to store the information of 1D extracted spectra, and is
# created by the 1D extraction task based on the information in the Window
# Table. It describes the layout of the spectra in a packed-spectra format
# frame. The following columns are defined:
# The descriptors of the Object Table are the same as for the Extraction Table
# except for the Descriptor TABLE, which has the value `OBJ'.
#------------------------------------------------------------------------------
# 11.2.6 CCD Table (PRO TABLE = CCD)
#
Parameter Name: PRO READ DIR
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Read out direction of CCD: `COLUMN' or 'ROW'
Description: Read out direction of CCD: `COLUMN' or 'ROW'
Parameter Name: PRO RONi
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: ADU
Comment Field: Read out noise of CCD of readout area
Description: Read out noise of CCD of readout area i (i=1,2)
Parameter Name: PRO CONADi
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: e-/ADU
Comment Field: Conversion factor of readout area i (i=1,2)
Description: Conversion factor of readout area i (i=1,2)
Parameter Name: PRO BIASi
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: ADU
Comment Field: Expected bias level of readout area
Description: Expected bias level of readout area i (i=1,2)
Parameter Name: PRO DARKi
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: ADU/sec
Comment Field: Expected dark current of readout area
Description: Expected dark current of readout area i (i=1,2)
Parameter Name: PRO WINi STRX
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: pixel
Comment Field: X of BLC of readout area i
Description: X of BLC of readout area i (i=1,2)
Parameter Name: PRO WINi STRY
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: pixel
Comment Field: Y of BLC of readout area i
Description: Y of BLC of readout area i (i=1,2)
Parameter Name: PRO WINi NX
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: pixel
Comment Field: Number of pixels in X of readout area i
Description: Number of pixels in X of readout area i (i=1,2)
Parameter Name: PRO WINi NY
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: pixel
Comment Field: Number of pixels in Y of readout area i
Description: Number of pixels in Y of readout area i (i=1,2)
Parameter Name: PRO OSCi STRX
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: pixel
Comment Field: X of BLC of overscan area of CCD, readout area i
Description: X of BLC of overscan area of CCD, readout area i (i=1,2)
Parameter Name: PRO OSCi STRY
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: pixel
Comment Field: Y of BLC of overscan area of CCD, readout area
Description: Y of BLC of overscan area of CCD, readout area i (i=1,2)
Parameter Name: PRO OSCi NX
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: pixel
Comment Field: Number of pixels in X of overscan area
Description: Number of pixels in X of overscan area, readout area i (i=1,2)
Parameter Name: PRO OSCi NY
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: pixel
Comment Field: Number of pixels in Y of overscan area
Description: Number of pixels in Y of overscan area, readout area i (i=1,2)
#------------------------------------------------------------------------------
# Spectro-photometric Calibration Table (PRO TABLE = SPC)
# The response function of a particular grism-CCD combination is stored in the
# descriptors of this table. It contains the calibration information for both
# MOS and IFU modes.
#
Parameter Name: PRO PHO MOS ID
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ID of star used to derive calibration
Description: ID of star used to derive calibration for MOS
Parameter Name: PRO PHO MOS NAME
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Name of star used to derive calibration
Description: Name of star used to derive calibration for MOS
Parameter Name: PRO PHO MOS ORD
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: none
Comment Field: Order of polynomial for photometric calibration of MOS spectra
Description: Order of polynomial for photometric calibration of MOS spectra
#WARNING chenged from <I> to i
Parameter Name: PRO PHO MOSi
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: none
Comment Field: Ith order coefficient of polynomial for photometric calibration of MOS spectra
Description: Ith order coefficient of polynomial for photometric calibration of MOS spectra
Parameter Name: PRO PHO IFU ID
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ID of star used to derive IFU calibration
Description: ID of star used to derive IFU calibration
Parameter Name: PRO PHO IFU NAME
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Name of star used for IFU calibration
Description: Name of star used for IFU calibration
Parameter Name: PRO PHO IFU ORD
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: none
Comment Field: Order of polynomial for photometric fibre
Description: Order of polynomial for photometric calibration of IFU spectrum of reference fibre
#WARNING chenaged from <I> to i
Parameter Name: PRO PHO IFUi
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: none
Comment Field: Ith order coefficient of polynomial
Description: Ith order coefficient of polynomial for photometric
calibration of IFU spectrum of reference fibre
Parameter Name: PRO PHO IFU L
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: none
Comment Field: L co-ordinate of reference fibre
Description: L co-ordinate of reference fibre
Parameter Name: PRO PHO IFU M
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: none
Comment Field: M co-ordinate of reference fibre
Description: M co-ordinate of reference fibre
#------------------------------------------------------------------------------
# 11.2.8 Line Catalogue (PRO TABLE = LIN)
# This table contains the laboratory wavelengths of an arc calibration lamp
# used for a particular grism. and descriptors defined are:
#
Parameter Name: PRO LAMP ID
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ID of lamp
Description: ID of lamp
Parameter Name: PRO LAMP NAME
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Name of lamp
Description: Name of lamp
Parameter Name: PRO GRIS NAME
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Name of grism this line catalogue is to be used for
Description: Name of grism this line catalogue is to be used for
#----------------------------------------------------------------
# 11.2.9 Spectro-photometric Standard Table (PRO TABLE = SSP)
# This table contains the data of a spectro-photometric standard star.
#
Parameter Name: PRO RA
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: degree
Comment Field: RA (J2000) of star
Description: RA (J2000) of star
Parameter Name: PRO DEC
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: degree
Comment Field: Dec. (J2000) of star
Description: Dec. (J2000) of star
#--------------------------------------------------------------
# 11.2.10 Atmospheric Extinction Table (PRO TABLE = ATM)
#
#------------------------------------------------------------------------------
# 11.2.13 IFU Table (PRO TABLE = IFU)
# This table contains information about the location of the fibres in the
# microlens array and in the mask plane. It also contains information about
# the relative transmission of each fibre.
#
Parameter Name: PRO REF L
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: none
Comment Field: L co-ordinate of reference fibre
Description: L co-ordinate of reference fibre
Parameter Name: PRO REF M
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: none
Comment Field: M co-ordinate of reference fibre
Description: M co-ordinate of reference fibre
Parameter Name: PRO WIDTH LOW
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: arcsec
Comment Field: Fibre diameter on sky in low-resolution mode
Description: Fibre diameter on sky in low-resolution mode
Parameter Name: PRO WIDTH HIG
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: arcsec
Comment Field: Fibre diameter on sky in high resolution mode
Description: Fibre diameter on sky in high resolution mode
#------------------------------------------------------------------------------
# 11.2.14 Telescope Table (PRO TABLE = TEL)
# This table contains the coefficients for the transformation from the local
# gnomonic co-ordinate system for the sky to mask co-ordinates.
#
# WARNING: changed fro PLATECALE to PLATSCAL
Parameter Name: PRO PLATSCAL
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: arcsec/mm
Comment Field: Plate scale of telescope in mask plane
Description: Plate scale of telescope in mask plane
Parameter Name: PRO TEL DIS XORD
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: none
Comment Field: Order of the polynomial for x of the optical distortion sky plane to mask plane
Description: Order of the polynomial for x of the optical distortion sky plane to mask plane
#WARNING changed from X<I><J> to X_i_j and i j from I3 format to i format
Parameter Name: PRO TEL DIS X_i_j
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: none
Comment Field: ij coefficient of the polynomial for x of the optical distortion sky plane to mask plane
Description: ij coefficient of the polynomial for x of the optical distortion sky plane to mask plane
Parameter Name: PRO TEL DIS YORD
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: none
Comment Field: Order of the polynomial for y of the optical distortion sky plane to mask plane
Description: Order of the polynomial for y of the optical distortion sky plane to mask plane
#WARNING changed from X<I><J> to X_i_j and i j from I3 format to i format
Parameter Name: PRO TEL DIS Y_i_j
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: none
Comment Field: ij coefficient of the polynomial for y of the optical distortion sky plane to mask plane
Description: ij coefficient of the polynomial for y of the optical distortion sky plane to mask plane
Parameter Name: PRO TEL DIS XRMS
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: pixel
Comment Field: RMS error in model fit in X
Description: RMS error in model fit in X
Parameter Name: PRO TEL DIS YRMS
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: pixel
Comment Field: RMS error in model fit in Y
Description: RMS error in model fit in Y
Parameter Name: PRO TEL X
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: mm
Comment Field: Position of telescope optical axis in co-ordinate system of the quadrant
Description: Position of telescope optical axis in co-ordinate system of the quadrant
Parameter Name: PRO TEL Y
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: mm
Comment Field: Position of telescope optical axis in co-ordinate system of the quadrant
Description: Position of telescope optical axis in co-ordinate system of the quadrant
#------------------------------------------------------------------------------
# 11.2.15 Filter Table (PRO TABLE = FIL)
# This table contains the calibration information specific to a VIMOS filter
#
#------------------------------------------------------------------------------
# 11.2.16 Galaxy Table (PRO TABLE = GAL)
# A Galaxy table contains the output from the object detection and
# classification done in Direct Imaging. It contains all output parameters
# from Sextractor. This table is the input for the Mask Preparation Software.
#
#------------------------------------------------------------------------------
# 11.2.17 Star Table (PRO TABLE = STAR)
# The Star Table contains the pixel co-ordinates and the world co-ordinates of
# stars in an image. A Star Table is created from a Galaxy Table.
#
#------------------------------------------------------------------------------
# 11.2.18 Star Match Table (PRO TABLE = MATCH)
# The Star Match Table is the output of the function that determines the
# astrometry of an image. This function matches stars in a Star Table with
# those in an Astrometric Table.
# The Descriptors of the Star Match Table contain the coefficients of the
# co-ordinate transformation that was fit by matching the stars. The format of
# these coefficients is the same as for the Filter Table.
#
#------------------------------------------------------------------------------
# 11.2.19 Astrometric Table (PRO TABLE = AST)
# An Astrometric Table contains the information of stars in a field that is
# used for standard calibration of the instrument, both for calibrating the
# optical distortions and for the photometric calibration. It contains
# positions of the stars and the magnitudes in the standard Virmos filters.
#
#------------------------------------------------------------------------------
# 11.2.20 Photometric Calibration Table (PRO TABLE = IPC)
# This table contains the coefficients to photometrically calibrate an imaging
# exposure taken with a particular filter.
#
Parameter Name: PRO COLTERM
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: none
Comment Field: Colour term for filter
Description: Colour term for filter
Parameter Name: PRO EXTINCT
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: mag/airmass
Comment Field: Atmospheric extinction coefficient
Description: Atmospheric extinction coefficient
Parameter Name: PRO COLOUR
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Colour for colour term (e.g. "B-V")
Description: Colour for colour term (e.g. "B-V")
#------------------------------------------------------------------------------
# 11.2.21 Parameter Table (PRO TABLE = PAR)
# The Parameter Table is used to store parameter files used for external
# program in a table.
#
Parameter Name: PRO TYPE
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Type of table for PROGRAM
Description: Type of table for PROGRAM
Parameter Name: PRO PROGRAM
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Program parameter file was used for
Description: Program parameter file was used for
#------------------------------------------------------------------------------
# calibrations to be put in observations headers by OS
#------------------------------------------------------------------------------
####################################
#
# CCD To Sky & SKY to CCD k/w
#
#####################################
Parameter Name: PRO CCD SKY DAYTIM
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Time stamp for ccd2sky matrix
Description: Time stamp for ccd2sky matrix
Parameter Name: PRO CCD SKY TEMP
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: none
Comment Field: Temperature ccd2sky matrix
Description: Camera Temperature at which ccd2sky matrix has been obtained
Parameter Name: PRO SKY CCD XORD
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: none
Comment Field: Order of the polynomial for X of the distortion model sky plane to CCD
Description: Order of the polynomial for X of the distortion model sky plane to CCD
#*************************************************
#WARNING changed from X<I><J> to X_i_j and i j from I3 format to i format
Parameter Name: PRO SKY CCD X_0_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for X of the distortion model sky plane to CCD
Description: ij coefficient of the polynomial for X of the distortion model sky plane to CCD
Parameter Name: PRO SKY CCD X_1_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for X of the distortion model sky plane to CCD
Description: ij coefficient of the polynomial for X of the distortion model sky plane to CCD
Parameter Name: PRO SKY CCD X_2_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for X of the distortion model sky plane to CCD
Description: ij coefficient of the polynomial for X of the distortion model sky plane to CCD
Parameter Name: PRO SKY CCD X_3_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for X of the distortion model sky plane to CCD
Description: ij coefficient of the polynomial for X of the distortion model sky plane to CCD
Parameter Name: PRO SKY CCD X_4_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for X of the distortion model sky plane to CCD
Description: ij coefficient of the polynomial for X of the distortion model sky plane to CCD
Parameter Name: PRO SKY CCD X_5_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for X of the distortion model sky plane to CCD
Description: ij coefficient of the polynomial for X of the distortion model sky plane to CCD
#*************************************************
Parameter Name: PRO SKY CCD YORD
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: none
Comment Field: Order of the polynomial for Y of the distortion model sky plane to CCD
Description: Order of the polynomial for Y of the distortion model sky plane to CCD
#*********************************************************
#
# slx doesn't like double indexes, state explicitely in dictionary (up to 5)
##*************************************************
Parameter Name: PRO SKY CCD Y_0_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for Y of the distortion model sky plane to CCD
Description: ij coefficient of the polynomial for Yof the distortion model sky plane to CCD
Parameter Name: PRO SKY CCD Y_1_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for Y of the distortion model sky plane to CCD
Description: ij coefficient of the polynomial for Yof the distortion model sky plane to CCD
Parameter Name: PRO SKY CCD Y_2_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for Y of the distortion model sky plane to CCD
Description: ij coefficient of the polynomial for Yof the distortion model sky plane to CCD
Parameter Name: PRO SKY CCD Y_3_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for Y of the distortion model sky plane to CCD
Description: ij coefficient of the polynomial for Yof the distortion model sky plane to CCD
Parameter Name: PRO SKY CCD Y_4_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for Y of the distortion model sky plane to CCD
Description: ij coefficient of the polynomial for Yof the distortion model sky plane to CCD
Parameter Name: PRO SKY CCD Y_5_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for Y of the distortion model sky plane to CCD
Description: ij coefficient of the polynomial for Yof the distortion model sky plane to CCD
#*************************************************
Parameter Name: PRO SKY CCD XRMS
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: pixel
Comment Field: RMS error in model fit in X
Description: RMS error in model fit in X
Parameter Name: PRO SKY CCD YRMS
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: pixel
Comment Field: RMS error in model fit in Y
Description: RMS error in model fit in Y
Parameter Name: PRO SKY CCD XREFi
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: degree
Comment Field: Position of CCD co-ordinate system X zero point in sky co-ordinate system, quadrant i
Description: Position of CCD co-ordinate system X zero point in sky
co-ordinate system, quadrant i (i=1,4)
Parameter Name: PRO SKY CCD YREFi
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: degree
Comment Field: Position of CCD co-ordinate system Y zero point in sky co-ordinate system, quadrant 1
Description: Position of CCD co-ordinate system Y zero point in sky
co-ordinate system, quadrant i (i=1,4)
#*********************************************************
#
# slx doesn't like double indexes, state explicitely in dictionary (up to 5)
#
Parameter Name: PRO CCD SKY X_0_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for l
Description: ij coefficient of the polynomial for l of the
distortion model CCD to sky
Can be in FIL and MATCH table
Parameter Name: PRO CCD SKY X_1_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for l
Description: ij coefficient of the polynomial for l of the
distortion model CCD to sky
Can be in FIL and MATCH table
Parameter Name: PRO CCD SKY X_2_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for l
Description: ij coefficient of the polynomial for l of the
distortion model CCD to sky
Can be in FIL and MATCH table
Parameter Name: PRO CCD SKY X_3_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for l
Description: ij coefficient of the polynomial for l of the
distortion model CCD to sky
Can be in FIL and MATCH table
Parameter Name: PRO CCD SKY X_4_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for l
Description: ij coefficient of the polynomial for l of the
distortion model CCD to sky
Can be in FIL and MATCH table
Parameter Name: PRO CCD SKY X_5_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for l
Description: ij coefficient of the polynomial for l of the
distortion model CCD to sky
Can be in FIL and MATCH table
#*********************************************************
#*********************************************************
#
# slx doesn't like double indexes, state explicitely in dictionary (up to 5)
#
Parameter Name: PRO CCD SKY Y_0_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for m
Description: ij coefficient of the polynomial for m of the
distortion model CCD to sky.
Can be in FIL and MATCH table
Parameter Name: PRO CCD SKY Y_1_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for m
Description: ij coefficient of the polynomial for m of the
distortion model CCD to sky.
Can be in FIL and MATCH table
Parameter Name: PRO CCD SKY Y_2_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for m
Description: ij coefficient of the polynomial for m of the
distortion model CCD to sky.
Can be in FIL and MATCH table
Parameter Name: PRO CCD SKY Y_3_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for m
Description: ij coefficient of the polynomial for m of the
distortion model CCD to sky.
Can be in FIL and MATCH table
Parameter Name: PRO CCD SKY Y_4_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for m
Description: ij coefficient of the polynomial for m of the
distortion model CCD to sky.
Can be in FIL and MATCH table
Parameter Name: PRO CCD SKY Y_5_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for m
Description: ij coefficient of the polynomial for m of the
distortion model CCD to sky.
Can be in FIL and MATCH table
#*********************************************************
Parameter Name: PRO CCD SKY XRMS
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: arcsec
Comment Field: RMS error in model fit in X
Description: RMS error in model fit in X
Can be in FIL and MATCH table
Parameter Name: PRO CCD SKY YRMS
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: arcsec
Comment Field: RMS error in model fit in Y
Description: RMS error in model fit in Y
Can be in FIL and MATCH table
####################################
#
# CCD To Mask & Mask to CCD k/w
#
#####################################
Parameter Name: PRO CCD MASK DAYTIM
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Time stamp for ccd2mask matrix
Description: Time stamp for ccd2mask matrix
Parameter Name: PRO CCD MASK TEMP
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: none
Comment Field: Temperature ccd2mask matrix
Description: Camera Temperature at which ccd2mask matrix has been obtained
Parameter Name: PRO MASK CCD XORD
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: none
Comment Field: Order of the polynomial for X of the distortion model mask to CCD
Description: Order of the polynomial for X of the distortion model mask to CCD
Parameter Name: PRO CCD MASK X0
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: shift X term for ccd to mask matrix
Description: shift X term for ccd to mask matrix
Parameter Name: PRO CCD MASK XX
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: scale X term for ccd to mask matrix
Description: scale X term for ccd to mask matrix
Parameter Name: PRO CCD MASK XY
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: rotation X term for ccd to mask matrix
Description: rotation X term for ccd to mask matrix
Parameter Name: PRO CCD MASK Y0
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: shift y term for ccd to mask matrix
Description: shift y term for ccd to mask matrix
Parameter Name: PRO CCD MASK YX
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: scale y term for ccd to mask matrix
Description: scale y term for ccd to mask matrix
Parameter Name: PRO CCD MASK YY
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: rotation y term for ccd to mask matrix
Description: rotation y term for ccd to mask matrix
#*********************************************************
#
# slx doesn't like double indexes, state explicitely in dictionary (up to 5)
#
Parameter Name: PRO MASK CCD X_0_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for X of the distortion model mask to CCD
Description: ij coefficient of the polynomial for X of the distortion model mask to CCD
Parameter Name: PRO MASK CCD X_1_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for X of the distortion model mask to CCD
Description: ij coefficient of the polynomial for X of the distortion model mask to CCD
Parameter Name: PRO MASK CCD X_2_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for X of the distortion model mask to CCD
Description: ij coefficient of the polynomial for X of the distortion model mask to CCD
Parameter Name: PRO MASK CCD X_3_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for X of the distortion model mask to CCD
Description: ij coefficient of the polynomial for X of the distortion model mask to CCD
Parameter Name: PRO MASK CCD X_4_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for X of the distortion model mask to CCD
Description: ij coefficient of the polynomial for X of the distortion model mask to CCD
Parameter Name: PRO MASK CCD X_5_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for X of the distortion model mask to CCD
Description: ij coefficient of the polynomial for X of the distortion model mask to CCD
#******************************************************
Parameter Name: PRO MASK CCD YORD
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: none
Comment Field: Order of the polynomial for Y of the distortion model mask to CCD
Description: Order of the polynomial for Y of the distortion model mask to CCD
Parameter Name: PRO MASK CCD X0
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: shift X term for ccd to mask matrix
Description: shift X term for ccd to mask matrix
Parameter Name: PRO MASK CCD XX
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: scale X term for ccd to mask matrix
Description: scale X term for ccd to mask matrix
Parameter Name: PRO MASK CCD XY
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: rotation X term for ccd to mask matrix
Description: rotation X term for ccd to mask matrix
Parameter Name: PRO MASK CCD Y0
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: shift X term for ccd to mask matrix
Description: shift X term for ccd to mask matrix
Parameter Name: PRO MASK CCD YY
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: scale X term for ccd to mask matrix
Description: scale X term for ccd to mask matrix
Parameter Name: PRO MASK CCD YX
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: rotation X term for ccd to mask matrix
Description: rotation X term for ccd to mask matrix
#*********************************************************
#
# slx doesn't like double indexes, state explicitely in dictionary (up to 5)
#
#******************************************************
Parameter Name: PRO MASK CCD Y_0_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for Y
Description: ij coefficient of the polynomial for Y of the distortion model mask to CCD
Parameter Name: PRO MASK CCD Y_1_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for Y
Description: ij coefficient of the polynomial for Y of the distortion model mask to CCD
Parameter Name: PRO MASK CCD Y_2_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for Y
Description: ij coefficient of the polynomial for Y of the distortion model mask to CCD
Parameter Name: PRO MASK CCD Y_3_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for Y
Description: ij coefficient of the polynomial for Y of the distortion model mask to CCD
Parameter Name: PRO MASK CCD Y_4_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for Y
Description: ij coefficient of the polynomial for Y of the distortion model mask to CCD
Parameter Name: PRO MASK CCD Y_5_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for Y
Description: ij coefficient of the polynomial for Y of the distortion model mask to CCD
#******************************************************
Parameter Name: PRO MASK CCD XRMS
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: pixel
Comment Field: RMS error in model fit in X
Description: RMS error in model fit in X
Parameter Name: PRO MASK CCD YRMS
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: pixel
Comment Field: RMS error in model fit in Y
Description: RMS error in model fit in Y
Parameter Name: PRO CCD MASK XORD
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: none
Comment Field: Order of the polynomial for x of the distortion model CCD to mask
Description: Order of the polynomial for x of the distortion model CCD to mask
#*********************************************************
#
# slx doesn't like double indexes, state explicitely in dictionary (up to 5)
#
#******************************************************
Parameter Name: PRO CCD MASK X_0_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: 0i coefficient of the polynomial for x
Description: 0i coefficient of the polynomial for x of the distortion model CCD to mask
Parameter Name: PRO CCD MASK X_1_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for x
Description: ij coefficient of the polynomial for x of the distortion model CCD to mask
Parameter Name: PRO CCD MASK X_2_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for x
Description: ij coefficient of the polynomial for x of the distortion model CCD to mask
Parameter Name: PRO CCD MASK X_3_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for x
Description: ij coefficient of the polynomial for x of the distortion model CCD to mask
Parameter Name: PRO CCD MASK X_4_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for x
Description: ij coefficient of the polynomial for x of the distortion model CCD to mask
Parameter Name: PRO CCD MASK X_5_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for x
Description: ij coefficient of the polynomial for x of the distortion model CCD to mask
#******************************************************
Parameter Name: PRO CCD MASK YORD
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: none
Comment Field: Order of the polynomial for y of the distortion model CCD to mask
Description: Order of the polynomial for y of the distortion model CCD to mask
#*********************************************************
#
# slx doesn't like double indexes, state explicitely in dictionary (up to 5)
#
#******************************************************
Parameter Name: PRO CCD MASK Y_0_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for y
Description: ij coefficient of the polynomial for y of the distortion model CCD to mask
Parameter Name: PRO CCD MASK Y_1_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for y
Description: ij coefficient of the polynomial for y of the distortion model CCD to mask
Parameter Name: PRO CCD MASK Y_2_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for y
Description: ij coefficient of the polynomial for y of the distortion model CCD to mask
Parameter Name: PRO CCD MASK Y_3_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for y
Description: ij coefficient of the polynomial for y of the distortion model CCD to mask
Parameter Name: PRO CCD MASK Y_4_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for y
Description: ij coefficient of the polynomial for y of the distortion model CCD to mask
Parameter Name: PRO CCD MASK Y_5_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: ij coefficient of the polynomial for y
Description: ij coefficient of the polynomial for y of the distortion model CCD to mask
#******************************************************
Parameter Name: PRO CCD MASK XRMS
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: mm
Comment Field: RMS error in model fit in X
Description: RMS error in model fit in X
Parameter Name: PRO CCD MASK YRMS
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: mm
Comment Field: RMS error in model fit in Y
Description: RMS error in model fit in Y
####################################
#
# inverse Dispersion relation
#
#####################################
Parameter Name: PRO IDS MAT DAYTIM
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Time stamp for inverse Dispersion relation
Description: Time stamp for inverse Dispersion relation
Parameter Name: PRO IDS MAT TEMP
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: none
Comment Field: Temperature inverse Dispersion relation
Description: Camera Temperature at which inverse Dispersion relation has been obtained
Parameter Name: PRO IDS REL ORD
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: none
Comment Field: Order of inverse dispersion relations
Description: Order of inverse dispersion relations
Parameter Name: PRO IDS MAT XORD
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: none
Comment Field: Order of inverse dispersion relation
Description: Order of inverse dispersion relation matrix polynomials in X
Parameter Name: PRO IDS MAT YORD
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: none
Comment Field: Order of inverse dispersion relation
Description: Order of inverse dispersion relation matrix polynomials in Y
Parameter Name: PRO IDS MAT X_RMS
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: pixel
Comment Field: RMS error in model fit in X
Description: RMS error in model fit in X
Parameter Name: PRO IDS MAT Y_RMS
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: pixel
Comment Field: RMS error in model fit in Y
Description: RMS error in model fit in Y
#*************************************************************
Parameter Name: PRO IDS MAT_0_0_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient ei,kl of inverse dispersion rel. matrix
Description: Coefficient ei,kl of inverse dispersion relation matrix
Parameter Name: PRO IDS MAT_0_1_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient ei,kl of inverse dispersion rel. matrix
Description: Coefficient ei,kl of inverse dispersion relation matrix
Parameter Name: PRO IDS MAT_0_2_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient ei,kl of inverse dispersion rel. matrix
Description: Coefficient ei,kl of inverse dispersion relation matrix
Parameter Name: PRO IDS MAT_0_3_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient ei,kl of inverse dispersion rel. matrix
Description: Coefficient ei,kl of inverse dispersion relation matrix
Parameter Name: PRO IDS MAT_1_0_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient ei,kl of inverse dispersion rel. matrix
Description: Coefficient ei,kl of inverse dispersion relation matrix
Parameter Name: PRO IDS MAT_1_1_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient ei,kl of inverse dispersion rel. matrix
Description: Coefficient ei,kl of inverse dispersion relation matrix
Parameter Name: PRO IDS MAT_1_2_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient ei,kl of inverse dispersion rel. matrix
Description: Coefficient ei,kl of inverse dispersion relation matrix
Parameter Name: PRO IDS MAT_1_3_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient ei,kl of inverse dispersion rel. matrix
Description: Coefficient ei,kl of inverse dispersion relation matrix
Parameter Name: PRO IDS MAT_2_0_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient ei,kl of inverse dispersion rel. matrix
Description: Coefficient ei,kl of inverse dispersion relation matrix
Parameter Name: PRO IDS MAT_2_1_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient ei,kl of inverse dispersion rel. matrix
Description: Coefficient ei,kl of inverse dispersion relation matrix
Parameter Name: PRO IDS MAT_2_2_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient ei,kl of inverse dispersion rel. matrix
Description: Coefficient ei,kl of inverse dispersion relation matrix
Parameter Name: PRO IDS MAT_2_3_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient ei,kl of inverse dispersion rel. matrix
Description: Coefficient ei,kl of inverse dispersion relation matrix
Parameter Name: PRO IDS MAT_3_0_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient ei,kl of inverse dispersion rel. matrix
Description: Coefficient ei,kl of inverse dispersion relation matrix
Parameter Name: PRO IDS MAT_3_1_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient ei,kl of inverse dispersion rel. matrix
Description: Coefficient ei,kl of inverse dispersion relation matrix
Parameter Name: PRO IDS MAT_3_2_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient ei,kl of inverse dispersion rel. matrix
Description: Coefficient ei,kl of inverse dispersion relation matrix
Parameter Name: PRO IDS MAT_3_3_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient ei,kl of inverse dispersion rel. matrix
Description: Coefficient ei,kl of inverse dispersion relation matrix
Parameter Name: PRO IDS MAT_4_0_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient ei,kl of inverse dispersion rel. matrix
Description: Coefficient ei,kl of inverse dispersion relation matrix
Parameter Name: PRO IDS MAT_4_1_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient ei,kl of inverse dispersion rel. matrix
Description: Coefficient ei,kl of inverse dispersion relation matrix
Parameter Name: PRO IDS MAT_4_2_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient ei,kl of inverse dispersion rel. matrix
Description: Coefficient ei,kl of inverse dispersion relation matrix
Parameter Name: PRO IDS MAT_4_3_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient ei,kl of inverse dispersion rel. matrix
Description: Coefficient ei,kl of inverse dispersion relation matrix
#*************************************************************
####################################
#
# Otpical distortion model
#
#####################################
Parameter Name: PRO OPT DIS DAYTIM
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Time stamp for Otpical distortion
Description: Time stamp for Otpical distortion
Parameter Name: PRO OPT DIS TEMP
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: none
Comment Field: Temperature Otpical distortion
Description: Camera Temperature at which Otpical distortion has been obtained
Parameter Name: PRO OPT DIS XORD
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: none
Comment Field: Order of the optical distortion polynomial for X
Description: Order of the optical distortion polynomial for X
Parameter Name: PRO OPT DIS X_RMS
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: none
Comment Field: RMS of the optical distortion polynomial for X
Description: RMS of the optical distortion polynomial for X
Parameter Name: PRO OPT DIS Y_RMS
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: none
Comment Field: RMS of the optical distortion polynomial for X
Description: RMS of the optical distortion polynomial for X
#****************************************************
#WARNING changed from X<I><J> to X_i_j and i j from I3 format to i format
Parameter Name: PRO OPT DIS X_0_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient aij of optical distortion model.
Description: Coefficient aij of optical distortion model.
Parameter Name: PRO OPT DIS X_1_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient aij of optical distortion model.
Description: Coefficient aij of optical distortion model.
Parameter Name: PRO OPT DIS X_2_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient aij of optical distortion model.
Description: Coefficient aij of optical distortion model.
Parameter Name: PRO OPT DIS X_3_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient aij of optical distortion model.
Description: Coefficient aij of optical distortion model.
Parameter Name: PRO OPT DIS X_4_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient aij of optical distortion model.
Description: Coefficient aij of optical distortion model.
Parameter Name: PRO OPT DIS X_5_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient aij of optical distortion model.
Description: Coefficient aij of optical distortion model.
#****************************************************
Parameter Name: PRO OPT DIS YORD
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: none
Comment Field: Order of the optical distortion polynomial for Y
Description: Order of the optical distortion polynomial for Y
#****************************************************
Parameter Name: PRO OPT DIS Y_0_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient bij of optical distortion model
Description: Coefficient bij of optical distortion model
Parameter Name: PRO OPT DIS Y_1_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient bij of optical distortion model
Description: Coefficient bij of optical distortion model
Parameter Name: PRO OPT DIS Y_2_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient bij of optical distortion model
Description: Coefficient bij of optical distortion model
Parameter Name: PRO OPT DIS Y_3_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient bij of optical distortion model
Description: Coefficient bij of optical distortion model
Parameter Name: PRO OPT DIS Y_4_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient bij of optical distortion model
Description: Coefficient bij of optical distortion model
Parameter Name: PRO OPT DIS Y_5_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient bij of optical distortion model
Description: Coefficient bij of optical distortion model
#****************************************************
####################################
#
# Curvature model
#
#####################################
Parameter Name: PRO CRV POL ORD
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: none
Comment Field: Order of curvature polynomials
Description: Order of curvature polynomials
Parameter Name: PRO CRV MOD XORD
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: none
Comment Field: Order of curvature model polynomials
Description: Order of curvature model polynomials X
Parameter Name: PRO CRV MOD YORD
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: none
Comment Field: Order of curvature model polynomials
Description: Order of curvature model polynomials in Y
#****************************************************
#WARNING changed from <I><K><L> to _i_k_l i k l in i format
Parameter Name: PRO CRV MOD_0_0_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient di,kl of curvature model
Description: Coefficient di,kl of curvature model
Parameter Name: PRO CRV MOD_0_1_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient di,kl of curvature model
Description: Coefficient di,kl of curvature model
Parameter Name: PRO CRV MOD_0_2_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient di,kl of curvature model
Description: Coefficient di,kl of curvature model
Parameter Name: PRO CRV MOD_0_3_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient di,kl of curvature model
Description: Coefficient di,kl of curvature model
Parameter Name: PRO CRV MOD_1_0_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient di,kl of curvature model
Description: Coefficient di,kl of curvature model
Parameter Name: PRO CRV MOD_1_1_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient di,kl of curvature model
Description: Coefficient di,kl of curvature model
Parameter Name: PRO CRV MOD_1_2_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient di,kl of curvature model
Description: Coefficient di,kl of curvature model
Parameter Name: PRO CRV MOD_1_3_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient di,kl of curvature model
Description: Coefficient di,kl of curvature model
Parameter Name: PRO CRV MOD_2_0_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient di,kl of curvature model
Description: Coefficient di,kl of curvature model
Parameter Name: PRO CRV MOD_2_1_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient di,kl of curvature model
Description: Coefficient di,kl of curvature model
Parameter Name: PRO CRV MOD_2_2_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient di,kl of curvature model
Description: Coefficient di,kl of curvature model
Parameter Name: PRO CRV MOD_2_3_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient di,kl of curvature model
Description: Coefficient di,kl of curvature model
Parameter Name: PRO CRV MOD_3_0_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient di,kl of curvature model
Description: Coefficient di,kl of curvature model
Parameter Name: PRO CRV MOD_3_1_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient di,kl of curvature model
Description: Coefficient di,kl of curvature model
Parameter Name: PRO CRV MOD_3_2_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient di,kl of curvature model
Description: Coefficient di,kl of curvature model
Parameter Name: PRO CRV MOD_3_3_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient di,kl of curvature model
Description: Coefficient di,kl of curvature model
#****************************************************
Parameter Name: PRO CRV MOD X_RMS
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: pixel
Comment Field: RMS error in model fit in X
Description: RMS error in model fit in X
Parameter Name: PRO CRV MOD Y_RMS
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: pixel
Comment Field: RMS error in model fit in Y
Description: RMS error in model fit in Y
####################################
#
# zero order corection model
#
#####################################
Parameter Name: PRO ZERO XORD
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: none
Comment Field: Order of the contamination model for X
Description: Order of the contamination model for X
A value of -1 indicates that no 0th order correction is needed for this grism
#*************************************************************
#WARNING changed from X<I><J> to X_i_j and i j from I3 format to i format
Parameter Name: PRO ZERO X_0_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient hij of contamination model
Description: Coefficient hij of contamination model
Parameter Name: PRO ZERO X_1_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient hij of contamination model
Description: Coefficient hij of contamination model
Parameter Name: PRO ZERO X_2_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient hij of contamination model
Description: Coefficient hij of contamination model
Parameter Name: PRO ZERO X_3_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient hij of contamination model
Description: Coefficient hij of contamination model
Parameter Name: PRO ZERO X_4_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient hij of contamination model
Description: Coefficient hij of contamination model
Parameter Name: PRO ZERO X_5_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient hij of contamination model
Description: Coefficient hij of contamination model
#*************************************************************
Parameter Name: PRO ZERO YORD
Class: header
Context: PROCESS
Type: integer
Value Format: %d
Unit: none
Comment Field: Order of the contamination model for Y
Description: Order of the contamination model for Y
#*************************************************************
#WARNING changed from X<I><J> to X_i_j and i j from I3 format to i format
Parameter Name: PRO ZERO Y_0_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient mij of contamination model
Description: Coefficient mij of contamination model
Parameter Name: PRO ZERO Y_1_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient mij of contamination model
Description: Coefficient mij of contamination model
Parameter Name: PRO ZERO Y_2_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient mij of contamination model
Description: Coefficient mij of contamination model
Parameter Name: PRO ZERO Y_3_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient mij of contamination model
Description: Coefficient mij of contamination model
Parameter Name: PRO ZERO Y_4_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient mij of contamination model
Description: Coefficient mij of contamination model
Parameter Name: PRO ZERO Y_5_i
Class: header
Context: PROCESS
Type: string
Value Format: %s
Unit: none
Comment Field: Coefficient mij of contamination model
Description: Coefficient mij of contamination model
#*************************************************************
Parameter Name: PRO ZERO X_RMS
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: pixel
Comment Field: RMS error in model fit in X
Description: RMS error in model fit in X
Parameter Name: PRO ZERO Y_RMS
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: pixel
Comment Field: RMS error in model fit in Y
Description: RMS error in model fit in Y
Parameter Name: PRO ZERO PWIDTH
Class: header
Context: PROCESS
Type: double
Value Format: %f
Unit: pixel
Comment Field: Width of 0th order spectrum
Description: Width of 0th order spectrum
|