FORS2 Pipeline: Naming Scheme for Products

FORS2 Pipeline:
Naming Scheme for Products

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general FORS2: calibration products static calibrations science products

LIST OF PIPELINE PRODUCTS CODES

The names of all pipeline products follow a certain naming convention. This is done to have human-readable rather than technical file names. The naming scheme has been chosen to have the type of product, its date of creation, and its pipeline-relevant parameter values all recognizable from the product name.

Since the begin of period 75 (April 2005), both science and calibration product files are renamed. (Actually, there was a transition phase extending for some instruments from April towards the end of the year 2005).

Before that date only calibration products followed the common scheme which is described here. (Some instruments had their own naming scheme which is described below, if applicable).

The general format of user-oriented product file names is the same for all VLT/VLTI instruments.

Instrument code

All pipeline product names start with two letters which are specific for the instrument. For instance: UVES product names start with 'UV', VISIR names with 'VR'.

Type of product

Next, the product type is coded. The full value is coded in the fits header key HIERARCH.ESO.PRO.CATG. A short form of this tag is coded in four characters being unique per instrument:

1^stletter M or P calibration product

S science product

G general calibration product (as of P82)

2^nd to 4^th letter ... type of product

top FORS2

All FORS2 products start with F2_

top Calibration Products

Code Type of file Name Structure

MBIA master bias F2_MBIA_<DATE>#_<C><GAIN>_<BIN>

MDRK master dark F2_MDRK_<DATE>#_<C><GAIN>_<BIN>

MSFI* master screen flat (IMG) F2_MSFI_<DATE>#_<FILT>_<C><GAIN>_<BIN><COLL>

MKFI master sky flat (IMG) F2_MKFI_<DATE>#_<FILT>_<C><GAIN>_<BIN><COLL>

MNFI master night flat (IMG) F2_MNFI_<DATE>#_<FILT>_<C><GAIN>_<BIN><COLL>

PSTI reduced standard star (IMG) F2_PSTI_<DATE>#_<C><GAIN>_<BIN><COLL>

PZPI aligned photometry table (IMG) F2_PZPI_<DATE>#_<C><GAIN><COLL>

PPBI background of reduced standard star image(IMG) F2_PPBI_<date>#_<filt>_C<chip>_<R>_<bin><coll>

PSRI table with sources found (IMG) F2_PSRI_<date>#_<filt>_C<chip>_<R>_<bin><coll>

PFLL* reduced LAMP CHECK data (LSS) F2_PFLL_<DATE>#<LAMP>_G<GRISM>_<FILT>_S<SLIT>_<GAIN>_<BIN>_<COLL>

MNFL normalized master flat field (LSS) F2_MNFL_<DATE>#_G<GRISM>_<FILT>_S<SLIT>_<C><GAIN>_<BIN>_<COLL>

PWCL dispersion coefficients (LSS) F2_PWCL_<DATE>#_G<GRISM>_<FILT>_S<SLIT>_<C><GAIN>_<BIN>_<COLL>

PSRL spectral resolution table (LSS) F2_PSRL_<DATE>#_G<GRISM>_<FILT>_S<SLIT>_<C><GAIN>_<BIN>_<COLL>

PRLL reduced arc lamp image (LSS) F2_PRLL_<DATE>#_G<GRISM>_<FILT>_S<SLIT>_<C><GAIN>_<BIN>_<COLL>

PWML wavelength map image (LSS) F2_PWML_<DATE>#_G<GRISM>_<FILT>_S<SLIT>_<C><GAIN>_<BIN>_<COLL>

PSLL slit location table (LSS) F2_PSLL_<DATE>#_G<GRISM>_<FILT>_S<SLIT>_<C><GAIN>_<BIN>_<COLL>

PSOL line shifts from sky lines (STD-LSS) F2_PSOL_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PWSL wavelength map image (STD-LSS) F2_PWSL_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PDCL dispersion coefficients from sky line correction (STD-LSS) F2_PDCL_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PUKL unmapped sky background (STD-LSS) F2_PUKL_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PMAL mapped image (STD-LSS) F2_PMAL_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PMKL mapped sky background (STD-LSS) F2_PMKL_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PUSL unmapped image (STD-LSS) F2_PUSL_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PMSL mapped image (STD-LSS) F2_PMSL_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

POTL table with object positions (STD-LSS) F2_POTL_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PRKL reduced sky spectrum (STD-LSS) F2_PRKL_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PRSL reduced object spectra (STD-LSS) F2_PRSL_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PREL error of reduced object spectra (STD-LSS) F2_PREL_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

MMSM mapped master screen flat field (MOS) F2_MMSM_<date>#_G<grism>_<filt>_S<mask>_C<chip>_<R>_<bin><coll>

MMNM mapped normalized master flat field (MOS) F2_MMNM_<date>#_G<grism>_<filt>_S<mask>_C<chip>_<R>_<bin><coll>

MSFM master screen flat field (MOS) F2_MSFM_<date>#_G<grism>_<filt>_S<mask>_C<chip>_<R>_<bin><coll>

MNFM normalized master flat field (MOS) F2_MNFM_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PWCM dispersion coefficients (MOS) F2_PWCM_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PSRM spectral resolution table (MOS) F2_PSRM_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PRLM reduced arc lamp image (MOS) F2_PRLM_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PWMM wavelength map image (MOS) F2_PWMM_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PSLM slit location table (MOS) F2_PSLM_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PCCM curvature coefficients table (MOS) F2_PCCM_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PSMM spatial map image (MOS) F2_PSMM_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

MMSP mapped master screen flat field (PMOS) F2_MMSP_<date>#_G<grism>_<filt>_S<mask>_C<chip>_<R>_<bin><coll>

MMNP mapped normalized master flat field (PMOS) F2_MMNP_<date>#_G<grism>_<filt>_S<mask>_C<chip>_<R>_<bin><coll>

MSFP master screen flat field (PMOS) F2_MSFP_<date>#_G<grism>_<filt>_S<mask>_C<chip>_<R>_<bin><coll>

MNFP normalized master flat field (PMOS) F2_MNFP_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PWCP dispersion coefficients (PMOS) F2_PWCP_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PSRP spectral resolution table (PMOS) F2_PSRP_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PLRP reduced arc lamp image (PMOS) F2_PRLP_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PWMP wavelength map image (PMOS) F2_PWMP_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PSLP slit location table (PMOS) F2_PSLP_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PCCP curvature coefficients table (PMOS) F2_PCCP_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PSMP spatial map image (PMOS) F2_PSMP_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

MNFS normalized master flat field (LSS-like MOS) F2_MNFS_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PWCS dispersion coefficients (LSS-like MOS) F2_PWCS_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PSRS spectral resolution table (LSS-like MOS) F2_PSRS_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PRLS reduced arc lamp image (LSS-like MOS) F2_PRLS_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PWMS wavelength map image (LSS-like MOS) F2_PWMS_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PSLS slit location table (LSS-like MOS) F2_PSLS_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PSOM line shifts from sky lines (STD-MOS) F2_PSOM_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PWSM wavelength map image (STD-MOS) F2_PWSM_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PDCM dispersion coefficients from sky line correction (STD-MOS) F2_PDCM_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PUKM unmapped sky background (STD-MOS) F2_PUKM_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PMAM mapped image (STD-MOS) F2_PMAM_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PMKM mapped sky background (STD-MOS) F2_PMKM_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PUSM unmapped image (STD-MOS) F2_PUSM_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PMSM mapped image (STD-MOS) F2_PMSM_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

POTM table with object positions (STD-MOS) F2_POTM_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PRKM reduced sky spectrum (STD-MOS) F2_PRKM_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PRSM reduced object spectra (STD-MOS) F2_PRSM_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PREM error of reduced object spectra (STD-MOS) F2_PREM_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PSTM table with response function and efficiency (STD-MOS) F2_PSTM_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PSOP line shifts from sky lines (STD-PMOS) F2_PSOP_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PWSP wavelength map image (STD-PMOS) F2_PWSP_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PDCP dispersion coefficients from sky line correction (STD-PMOS) F2_PDCP_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PUKP unmapped sky background (STD-PMOS) F2_PUKP_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PMAP mapped image (STD-PMOS) F2_PMAP_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PMKP mapped sky background (STD-PMOS) F2_PMKP_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PUSP unmapped image (STD-PMOS) F2_PUSP_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PMSP mapped image (STD-PMOS) F2_PMSP_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

POTP table with object positions (STD-PMOS) F2_POTP_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PRKP reduced sky spectrum (STD-PMOS) F2_PRKP_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PRSP reduced object spectra (STD-PMOS) F2_PRSP_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PREP error of reduced object spectra (STD-PMOS) F2_PREP_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PRAP polarization angle (STD-PMOS) F2_PRAP_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PEAP error of polarization angle (STD-PMOS) F2_PEAP_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PRLP L parameter (STD-PMOS) F2_PRLP_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PELP error of L parameter (STD-PMOS) F2_PELP_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PRQP Q parameter (STD-PMOS) F2_PRQP_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PEQP error of Q parameter (STD-PMOS) F2_PEQP_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PRUP U parameter (STD-PMOS) F2_PRUP_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PEUP error of U parameter (STD-PMOS) F2_PEUP_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PRVP V parameter (STD-PMOS) F2_PRVP_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PEVP error of V parameter (STD-PMOS) F2_PEVP_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

MMSX mapped master screen flat field (MXU) F2_MMSX_<date>#_G<grism>_<filt>_S<mask>_C<chip>_<R>_<bin><coll>

MMNX mapped normalized master flat field (MXU) F2_MMNX_<date>#_G<grism>_<filt>_S<mask>_C<chip>_<R>_<bin><coll>

MSFX master screen flat field (MXU) F2_MSFX_<date>#_G<grism>_<filt>_S<mask>_C<chip>_<R>_<bin><coll>

MNFX normalized master flat field (MXU) F2_MNFX_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PWCX dispersion coefficients (MXU) F2_PWCX_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PSRX spectral resolution table (MXU) F2_PSRX_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PRLX reduced arc lamp image (MXU) F2_PRLX_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PWMX wavelength map image (MXU) F2_PWMX_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PSLX slit location table (MXU) F2_PSLX_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PCCX curvature coefficients table (MXU) F2_PCCX_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

PSMX spatial map image (MXU) F2_PSMX_<DATE>#_G<GRISM>_<FILT>_S<MASK>_<C><GAIN>_<BIN><COLL>

* These files are only used for internal purpose (quality control) and are not distributed in the Service Mode DVDs.

where:
<DATE>=Observing date as YYMMDD, e.g. 030401
#=sequential counter, e.g. A, B ...
<C>=chip number, e.g. C2
<GRISM>=Grism Name, e.g. 150I
<FILT>=Filter Name without _, e.g. VBESS or GG435
<SLIT>=Slit Width, e.g. 07 for 0.7"
<MASK>=MOS Checksum, e.g. m1955 (MOS), or MASK ID, e.g. p915243 (MXU)
<BIN>=Binning, e.g. 1x1
<COLL>=Collimator, e.g. s(tandard) or h(igh)
<LAMP>=Lamp Name, e.g. FlatBlue+1
<GAIN>=gain e.g. lo(w) or hi(gh)

Examples

F2_MBIA_030425B_C2lo_1x1.fits
F2_MDRK_030420A_C1hi_2x2.fits
F2_MSFI_030420A_VBESS_C2lo_2x2s.fits
F2_MKFI_030423A_VBESS_C2lo_2x2s.fits
F2_PSTI_030421A_VBESS_C2lo_2x2s.fits
F2_PZPI_030421A_VBESS_C2lo_2x2s.tfits
F2_PPBI_030421A_VBESS_C2lo_2x2s.fits
F2_PSRI_030421A_VBESS_C2lo_2x2s.tfits

F2_PFLL_061023A_FlatRed3_G300V_GG435_S10C2hi_2x2s.fits

F2_MNFL_061026A_G300I_OG590_S13_C2hi_2x2s.fits
F2_PRLL_061026A_G300I_OG590_S13_C2hi_2x2s.fits
F2_PSLL_061026A_G300I_OG590_S13_C2hi_2x2s.tfits
F2_PSRL_061026A_G300I_OG590_S13_C2hi_2x2s.tfits
F2_PWCL_061026A_G300I_OG590_S13_C2hi_2x2s.tfits
F2_PWML_061026A_G300I_OG590_S13_C2hi_2x2s.fits

F2_MNFM_061020A_G300I_OG590_Sm2432_C1hi_2x2s.fits
F2_PCCM_061020A_G300I_OG590_Sm2432_C1hi_2x2s.tfits
F2_PRLM_061020A_G300I_OG590_Sm2432_C1hi_2x2s.fits
F2_PSLM_061020A_G300I_OG590_Sm2432_C1hi_2x2s.tfits
F2_PSMM_061020A_G300I_OG590_Sm2432_C1hi_2x2s.fits
F2_PSRM_061020A_G300I_OG590_Sm2432_C1hi_2x2s.tfits
F2_PWCM_061020A_G300I_OG590_Sm2432_C1hi_2x2s.tfits
F2_PWMM_061020A_G300I_OG590_Sm2432_C1hi_2x2s.fits

F2_MNFS_061029A_G300V_GG375_Sp33693_C1hi_2x2s.fits
F2_PRLS_061029A_G300V_GG375_Sp33693_C1hi_2x2s.fits
F2_PSLS_061029A_G300V_GG375_Sp33693_C1hi_2x2s.tfits
F2_PSRS_061029A_G300V_GG375_Sp33693_C1hi_2x2s.tfits
F2_PWCS_061029A_G300V_GG375_Sp33693_C1hi_2x2s.tfits
F2_PWMS_061029A_G300V_GG375_Sp33693_C1hi_2x2s.fits

F2_MNFX_061027A_G600z_OG590_Sp915243_C2hi_2x2s.fits
F2_PCCX_061027A_G600z_OG590_Sp915243_C2hi_2x2s.tfits
F2_PRLX_061027A_G600z_OG590_Sp915243_C2hi_2x2s.fits
F2_PSLX_061027A_G600z_OG590_Sp915243_C2hi_2x2s.tfits
F2_PSMX_061027A_G600z_OG590_Sp915243_C2hi_2x2s.fits
F2_PSRX_061027A_G600z_OG590_Sp915243_C2hi_2x2s.tfits
F2_PWCX_061027A_G600z_OG590_Sp915243_C2hi_2x2s.tfits
F2_PWMX_061027A_G600z_OG590_Sp915243_C2hi_2x2s.fits

top Static Calibrations

Code Type of file Name Structure

GSTI standard star catalogue (imaging) F2_GSTI_<date>#_<author>

GPHO table with photometric coefficients for the CCD F2_GPHO_<date>#_<CCD_name>

GSTF table with flux standard star measurements F2_GSTS_<date>#_<std_name>

GEXT atmospheric extinction table F2_GEXT_<date>#_ALL

GGRS table with grism parameters F2_GGRS_<date>#_G<grism>_<filt>

GLIN line catalogue F2_GLIN_<date>#_G<grism>_<filt>

GRWC table with chromatism information of the retarder wave plate F2_GRWC_<date>_ALL

where:
<date>=Observing date as YYMMDD, e.g. 030401
#=sequential counter, e.g. A, B ...
<grism>=Grism Name, e.g. 150I
<filt>=Filter Name without _ or /, e.g. VBESS, uHIGH, FILT57120, or GG435
<author>= Author of the catalogue, i.e. stetson or landolt
<CCD_name>=name of the CCD, e.g. Marlene (in case of the grism tables, which are valid for both CCDs, it is NormaMarlene)

Examples

F2_GSTI_080101A_stetson.fits
F2_GPHO_020331A_CCID20-14-5-3.fits
F2_GGRS_060930A_G600RI_GG435.fits
F2_GLIN_061001A_600B_free.fits

top Science Products

Code Type of file Template Name

SIMG science image (IMG) F2_SIMG_<OB-ID>_<DATETIME>_<CHIP>_<FILT>_<BIN><COLL>

SPBI background of reduced science image (IMG) F2_PPBI_<date>#_<filt>_C<chip>_<R>_<bin><coll>

SOTI table with "good" objects (IMG) F2_SOTI_<date>#_<filt>_C<chip>_<R>_<bin><coll>

SSRI table with all sources found (IMG) F2_SSRI_<date>#_<filt>_C<chip>_<R>_<bin><coll>

SSOL line shifts from sky lines (LSS) F2_SSOL_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_S<SLIT>

SWSL wavelength map from sky lines (LSS) F2_SWSL_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_S<SLIT>

SDCL corrected dispersion coefficients from sky lines (LSS) F2_SDCL_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_S<SLIT>

SMAL mapped science frame (LSS) F2_SMAL_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_S<SLIT>

SMKL mapped sky background (LSS) F2_SMKL_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_S<SLIT>

SMSL unmapped sky background (LSS) F2_SMSL_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_S<SLIT>

SOTL table with positions of object spectra (LSS) F2_SOTL_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_S<SLIT>

SRKL extracted sky background spectra (LSS) F2_SRKL_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM>_<FILT>_S<SLIT>

SRSL extracted object spectra (sky-corrected) (LSS) F2_SRSL_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_S<SLIT>

SREL error of extracted object spectra (LSS) F2_SREL_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_S<SLIT>

SSOM wavelength shifts from sky lines (MOS) F2_SSOM_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SWSM wavelength map from sky lines (MOS) F2_SWSM_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SDCM corrected dispersion coefficients from sky lines (MOS) F2_SDCM_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SMAM mapped science frame (MOS) F2_SMAM_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SMKM mapped sky background (MOS) F2_SMKM_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SUKM unmapped sky background (MOS) F2_SUKM_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SUSM unmapped science frame (MOS) F2_SUSM_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SMSM mapped sky-corrected science frame (MOS) F2_SMSM_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SOTM table with positions of object spectra (MOS) F2_SOTM_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SRKM extracted sky background spectra (MOS) F2_SRKM_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SRSM extracted object spectra (sky-corrected) (MOS) F2_SRSM_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SREM error of extracted object spectra (MOS) F2_SREM_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SSOX wavelength shifts from sky lines (MXU) F2_SSOX_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SWSX wavelength map from sky lines (MXU) F2_SWSX_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SDCX corrected dispersion coefficients from sky lines (MXU) F2_SDCX_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SMAX mapped science frame (MXU) F2_SMAX_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SMKX mapped sky background (MXU) F2_SMKX_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SUKX unmapped sky background (MXU) F2_SUKX_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SUSX unmapped science frame (MXU) F2_SUSX_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SMSX mapped sky-corrected science frame (MXU) F2_SMSX_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SOTX table with positions of object spectra(MXU) F2_SOTX_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SRKX extracted sky background spectra (MXU) F2_SRKX_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SRSX extracted object spectra (sky-corrected) (MXU) F2_SRSX_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SREX error of extracted object spectra (MXU) F2_SREX_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SSOP wavelength shifts from sky lines (PMOS) F2_SSOP_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SWSP wavelength map from sky lines (PMOS) F2_SWSP_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SDCP corrected dispersion coefficients from sky lines (PMOS) F2_SDCP_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SMAP mapped science frame (PMOS) F2_SMAP_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SMKP mapped sky background (PMOS) F2_SMKP_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SUKP unmapped sky background (PMOS) F2_SUKP_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SUSP unmapped science frame (PMOS) F2_SUSP_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SMSP mapped sky-corrected science frame (PMOS) F2_SMSP_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SOTP table with positions of object spectra (PMOS) F2_SOTP_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SRKP extracted sky background spectra (PMOS) F2_SRKP_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SRSP extracted object spectra (sky-corrected) (PMOS) F2_SRSP_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SREP error of extracted object spectra (PMOS) F2_SREP_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SRAP polarization agle spectrum (PMOS) F2_SRAP_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SEAP error spectrum of the polarization angle (PMOS) F2_SEAP_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SRLP L spectrum (PMOS, total polarization) F2_SRLP_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SELP error of L spectrum (PMOS, total polarization) F2_SELP_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SRQP Q parameter spectrum (PMOS) F2_SRQP_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SEQP error of Q parameter spectrum (PMOS) F2_SEQP_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SRVP V parameter spectrum (PMOS) F2_SRVP_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SEVP error of V parameter spectrum (PMOS) F2_SEVP_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SRUP U parameter spectrum (PMOS) F2_SRUP_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SEUP error of U parameter spectrum (PMOS) F2_SRKP_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SNQP NULL-Q spectrum (PMOS, at least 8/4 angles needed for linear/circular polarization) F2_SNQP_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SUNP NULL-U spectrum (PMOS, at least 8/4 angles needed for linear/circular polarization) F2_SNUP_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

SVNP NULL-V spectrum (PMOS, at least 8/4 angles needed for linear/circular polarization) F2_SNVP_<OB-ID>_<DATETIME>_<CHIP>_G<GRISM><FILT>_<MASK>

where:
<F2>=Instrument Code, e.g., F2=FORS2
<OB-ID>=OB Identification Number, e.g., 197375
<DATETIME>=Observing date as YYYYMMDDTHH:MM:SS.SSS, e.g., 2005-05-16T04:35:41.758
<CHIP>= Chip Name, e.g., C1 or C2
<FILT>=Filter Name without _, e.g. V_BESS or GG435
<GAIN>=Gain, e.g. hi(gh) or lo(w)
<BIN>=Binning, e.g. 2x2
<COLL>=Collimator, e.g. s(tandard) or h(igh)
<GRISM>=Grism Name, e.g. 300V
<SLIT>=Slit Width, e.g. 07 FOR 0.7"
<MASK>=MOS Checksum, e.g. m2656 (MOS) or MASK ID, e.g. p920816 (MXU)

Examples

F2_SIMG_191073_2005-09-12T08:47:09.647_C1_RSPECIAL_2x2s.fits
F2_SPBI_191073_2005-09-12T08:47:09.647_C1_RSPECIAL_2x2s.fits
F2_SSRI_191073_2005-09-12T08:47:09.647_C1_RSPECIAL_2x2s.fits
F2_SOTI_191073_2005-09-12T08:47:09.647_C1_RSPECIAL_2x2s.fits

F2_SDCL_242796_2006-10-25T01:59:05.239_C1_G300VGG375_S13.fits
F2_SMAL_242796_2006-10-25T01:59:05.239_C1_G300VGG375_S13fits
F2_SMKL_242796_2006-10-25T01:59:05.239_C1_G300VGG375_S13.fits
F2_SMSL_242796_2006-10-25T01:59:05.239_C1_G300VGG375_S13.fits
F2_SOTL_242796_2006-10-25T01:59:05.239_C1_G300VGG375_S13.fits
F2_SREL_242796_2006-10-25T01:59:05.239_C1_G300VGG375_S13.fits
F2_SRKL_242796_2006-10-25T01:59:05.239_C1_G300VGG375_S13.fits
F2_SRSL_242796_2006-10-25T01:59:05.239_C1_G300VGG375_S13.fits
F2_SSOL_242796_2006-10-25T01:59:05.239_C1_G300VGG375_S13.fits
F2_SWSL_242796_2006-10-25T01:59:05.239_C1_G300VGG375_S13.fits

F2_SDCM_200161557_2006-10-21T04:31:15.744_C2_G300IOG590_m2432.fits
F2_SMAM_200161557_2006-10-21T04:31:15.744_C2_G300IOG590_m2432.fits
F2_SMKM_200161557_2006-10-21T04:31:15.744_C2_G300IOG590_m2432.fits
F2_SMSM_200161557_2006-10-21T04:31:15.744_C2_G300IOG590_m2432.fits
F2_SOTM_200161557_2006-10-21T04:31:15.744_C2_G300IOG590_m2432.fits
F2_SREM_200161557_2006-10-21T04:31:15.744_C2_G300IOG590_m2432.fits
F2_SRKM_200161557_2006-10-21T04:31:15.744_C2_G300IOG590_m2432.fits
F2_SRSM_200161557_2006-10-21T04:31:15.744_C2_G300IOG590_m2432.fits
F2_SSOM_200161557_2006-10-21T04:31:15.744_C2_G300IOG590_m2432.fits
F2_SUKM_200161557_2006-10-21T04:31:15.744_C2_G300IOG590_m2432.fits
F2_SUSM_200161557_2006-10-21T04:31:15.744_C2_G300IOG590_m2432.fits
F2_SWSM_200161557_2006-10-21T04:31:15.744_C2_G300IOG590_m2432.fits

F2_SDCX_255741_2006-10-24T06:00:20.419_C2_G300VGG435_p920816.fits
F2_SMAX_255741_2006-10-24T06:00:20.419_C2_G300VGG435_p920816.fits
F2_SMKX_255741_2006-10-24T06:00:20.419_C2_G300VGG435_p920816.fits
F2_SMSX_255741_2006-10-24T06:00:20.419_C2_G300VGG435_p920816.fits
F2_SOTX_255741_2006-10-24T06:00:20.419_C2_G300VGG435_p920816.fits
F2_SREX_255741_2006-10-24T06:00:20.419_C2_G300VGG435_p920816.fits
F2_SRKX_255741_2006-10-24T06:00:20.419_C2_G300VGG435_p920816.fits
F2_SRSX_255741_2006-10-24T06:00:20.419_C2_G300VGG435_p920816.fits
F2_SSOX_255741_2006-10-24T06:00:20.419_C2_G300VGG435_p920816.fits
F2_SUKX_255741_2006-10-24T06:00:20.419_C2_G300VGG435_p920816.fits
F2_SUSX_255741_2006-10-24T06:00:20.419_C2_G300VGG435_p920816.fits
F2_SWSX_255741_2006-10-24T06:00:20.419_C2_G300VGG435_p920816.fits