File definitions (SPIROU)

Contents

1. Raw Files

1.1 File definition table

1. Raw Files file definition table

name

description

HDR[OBSTYPE]

HDR[SBCCAS_P]

HDR[SBCREF_P]

HDR[SBCALI_P]

HDR[INSTRUME]

HDR[TRG_TYPE]*

HDR[DRSMODE]*

RAW_DARK_DARK_INT

Raw sci=DARK calib=DARK file, where dark is an internal dark

DARK

pos_pk

pos_pk

P4

SPIRou

–

–

RAW_DARK_DARK_TEL

Raw sci=DARK calib=DARK file, where dark is a telescope dark

DARK

pos_pk

pos_pk

P5

SPIRou

–

–

RAW_DARK_DARK_SKY

Raw sci=DARK calib=DARK file, where dark is a sky dark

OBJECT

pos_pk

pos_pk

–

SPIRou

SKY

–

RAW_DARK_FP_SKY

Raw sci=DARK calib=FP file, where dark is an internal dark

OBJECT

pos_pk

pos_fp

–

SPIRou

SKY

–

RAW_DARK_FLAT

Raw sci=DARK calib=FLAT file, where dark is an internal dark

FLAT

pos_pk

pos_wl

–

SPIRou

–

–

RAW_FLAT_DARK

Raw sci=FLAT calib=DARK file, where dark is an internal dark

FLAT

pos_wl

pos_pk

–

SPIRou

–

–

RAW_FLAT_FLAT

Raw sci=FLAT calib=FLAT file

FLAT

pos_wl

pos_wl

–

SPIRou

–

–

RAW_FLAT_FP

Raw sci=FLAT calib=FP file

FLAT

pos_wl

pos_fp

–

SPIRou

–

–

RAW_DARK_FP

Raw sci=DARK calib=FP file, where dark is an internal dark

ALIGN

pos_pk

pos_fp

–

SPIRou

–

–

RAW_FP_DARK

Raw sci=FP calib=DARK file, where dark is an internal dark

ALIGN

pos_fp

pos_pk

–

SPIRou

–

–

RAW_FP_FLAT

Raw sci=FP calib=FLAT file

ALIGN

pos_fp

pos_wl

–

SPIRou

–

–

RAW_FP_FP

Raw sci=FP calib=FP file

ALIGN

pos_fp

pos_fp

–

SPIRou

–

–

RAW_LFC_LFC

Raw sci=LFC calib=LFC file

ALIGN

pos_rs

pos_rs

–

SPIRou

–

–

RAW_LFC_FP

Raw sci=LFC calib=FP file

ALIGN

pos_rs

pos_fp

–

SPIRou

–

–

RAW_FP_LFC

Raw sci=FP calib=LFC file

ALIGN

pos_fp

pos_rs

–

SPIRou

–

–

RAW_OBJ_DARK

Raw sci=OBJ calib=DARK file, where dark is an internal dark

OBJECT

pos_pk

pos_pk

–

SPIRou

TARGET

SPECTROSCOPY

RAW_OBJ_FP

Raw sci=OBJ calib=FP file

OBJECT

pos_pk

pos_fp

–

SPIRou

TARGET

SPECTROSCOPY

RAW_OBJ_HCONE

Raw sci=OBJ calib=Hollow Cathode file, Uranium Neon lamp

OBJECT

pos_pk

pos_hc1

–

SPIRou

TARGET

–

RAW_OBJ_HCTWO

Raw sci=OBJ calib=Hollow Cathode file, Thorium Argon lamp

OBJECT

pos_pk

pos_hc2

–

SPIRou

TARGET

–

RAW_POLAR_DARK

Raw sci=POLAR calib=DARK, where dark is an internal dark

OBJECT

pos_pk

pos_pk

–

SPIRou

TARGET

POLAR

RAW_POLAR_FP

Raw sci=POLAR calib=FP

OBJECT

pos_pk

pos_fp

–

SPIRou

TARGET

POLAR

RAW_DARK_HCONE

Raw sci=DARK calib=Hollow Cathode file, where dark is an internal dark, Uranium Neon lamp

COMPARISON

pos_pk

pos_hc1

–

SPIRou

–

–

RAW_DARK_HCTWO

Raw sci=DARK calib=Hollow Cathode file, where dark is an internal dark, Thorium Argon lamp

COMPARISON

pos_pk

pos_hc2

–

SPIRou

–

–

RAW_FP_HCONE

Raw sci=FP calib=Hollow Cathode file, Uranium Neon lamp

COMPARISON

pos_fp

pos_hc1

–

SPIRou

–

–

RAW_FP_HCTWO

Raw sci=FP calib=Hollow Cathode file, Thorium Argon lamp

COMPARISON

pos_fp

pos_hc2

–

SPIRou

–

–

RAW_HCONE_FP

Raw sci=Hollow Cathode calib=FP file, Uranium Neion lamp

COMPARISON

pos_hc1

pos_fp

–

SPIRou

–

–

RAW_HCTWO_FP

Raw sci=Hollow Cathode calib=FP file, Thorium Argon lamp

COMPARISON

pos_hc2

pos_fp

–

SPIRou

–

–

RAW_HCONE_HCONE

Raw sci=Hollow Cathode calib=Hollow Cathode file, Uranium Neon lamp

COMPARISON

pos_hc1

pos_hc1

–

SPIRou

–

–

RAW_HCTWO_HCTWO

Raw sci=Hollow Cathode calib=Hollow Cathode file, Thorium Argon lamp

COMPARISON

pos_hc2

pos_hc2

–

SPIRou

–

–

RAW_HCONE_DARK

Raw sci=Hollow Cathode calib=DARK file, where dark is an internal dark, Uranium Neon lamp

COMPARISON

pos_hc1

pos_pk

–

SPIRou

–

–

RAW_HCTWO_DARK

Raw sci=Hollow Cathode calib=DARK file, where dark is an internal dark, Thorium Argon lamp

COMPARISON

pos_hc2

pos_pk

–

SPIRou

–

–

* these columns may be added/updated by APERO before use.

“HDR[XXX]” denotes key from file header

1.2 APERO definition of DRSMODE

For “DRSMODE” we use the following header keys

  • SBRHB1_P

  • SBRHB2_P

and DRSMODE is defined as following:

DRSMODE

SBRHB1_P

SBRHB2_P

SPECTROSCOPY

P16

P16

POLAR

P2 or P4 or P14 or P16

P2 or P4 or P14 or P16

UNKNOWN

anything else

anything else

1.3 APERO definition of TRG_TYPE

TRG_TYPE may be in the header, in which case it is used.

If TRG_TYPE is not in header we assign it based on the following keys:

  • OBSTYPE

  • OBJECT

  • OBJNAME

Then TRG_TYPE is set as follows:

  • If OBSTYPE is not “OBJECT” then TRG_TYPE = ‘’

  • If OBSTYPE is “OBJECT” and “SKY” in OBJECT or OBJNAME then TRG_TYPE = ‘SKY’

  • else if OBSTYPE is “OBJECT” then TRG_TYPE = ‘TARGET’

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2. Preprocesed files

2.1 File definition table

2. Preprocesed files file definition table

name

description

HDR[DPRTYPE]

file type

suffix

input file

DARK_DARK_INT

Preprocessed sci=DARK calib=DARK file, where dark is an internal dark

DARK_DARK_INT

.fits

_pp

RAW_DARK_DARK_INT

DARK_DARK_TEL

Preprocessed sci=DARK calib=DARK file, where dark is a telescope dark

DARK_DARK_TEL

.fits

_pp

RAW_DARK_DARK_TEL

DARK_DARK_SKY

Preprocessed sci=DARK calib=DARK file, where dark is a sky dark

DARK_DARK_SKY

.fits

_pp

RAW_DARK_DARK_SKY

DARK_FP_SKY

Preprocessed sci=DARK calib=FP file, where dark is an internal dark

DARK_FP_SKY

.fits

_pp

RAW_DARK_FP_SKY

FLAT_DARK

Preprocessed sci=FLAT calib=DARK file, where dark is an internal dark

FLAT_DARK

.fits

_pp

RAW_FLAT_DARK

DARK_FLAT

Preprocessed sci=DARK calib=FLAT file, where dark is an internal dark

DARK_FLAT

.fits

_pp

RAW_DARK_FLAT

FLAT_FLAT

Preprocessed sci=FLAT calib=FLAT file

FLAT_FLAT

.fits

_pp

RAW_FLAT_FLAT

FLAT_FP

Preprocessed sci=FLAT calib=FP file

FLAT_FP

.fits

_pp

RAW_FLAT_FP

DARK_FP

Preprocessed sci=DARK calib=FP file, where dark is an internal dark

DARK_FP

.fits

_pp

RAW_DARK_FP

FP_DARK

Preprocessed sci=FP calib=DARK file, where dark is an internal dark

FP_DARK

.fits

_pp

RAW_FP_DARK

FP_FLAT

Preprocessed sci=FP calib=FLAT file

FP_FLAT

.fits

_pp

RAW_FP_FLAT

FP_FP

Preprocessed sci=FP calib=FP file

FP_FP

.fits

_pp

RAW_FP_FP

LFC_LFC

Preprocessed sci=LFC calib=LFC file

LFC_LFC

.fits

_pp

RAW_LFC_LFC

LFC_FP

Preprocessed sci=LFC calib=FP file

LFC_FP

.fits

_pp

RAW_LFC_FP

FP_LFC

Preprocessed sci=FP calib=LFC file

FP_LFC

.fits

_pp

RAW_FP_LFC

OBJ_DARK

Preprocessed sci=OBJ calib=DARK file, where dark is an internal dark

OBJ_DARK

.fits

_pp

RAW_OBJ_DARK

OBJ_FP

Preprocessed sci=OBJ calib=FP file

OBJ_FP

.fits

_pp

RAW_OBJ_FP

OBJ_HCONE

Preprocessed sci=OBJ calib=Hollow Cathode file, Uranium Neon lamp

OBJ_HCONE

.fits

_pp

RAW_OBJ_HCONE

OBJ_HCTWO

Preprocessed sci=OBJ calib=Hollow Cathode file, Thorium Argon lamp

OBJ_HCTWO

.fits

_pp

RAW_OBJ_HCTWO

POLAR_DARK

Preprocessed sci=POLAR calib=DARK, where dark is an internal dark

POLAR_DARK

.fits

_pp

RAW_POLAR_DARK

POLAR_FP

Preprocessed sci=POLAR calib=FP

POLAR_FP

.fits

_pp

RAW_POLAR_FP

DARK_HCONE

Preprocessed sci=DARK calib=Hollow Cathode file, where dark is an internal dark, Uranium Neon lamp

DARK_HCONE

.fits

_pp

RAW_DARK_HCONE

DARK_HCTWO

Preprocessed sci=DARK calib=Hollow Cathode file, where dark is an internal dark, Thorium Argon lamp

DARK_HCTWO

.fits

_pp

RAW_DARK_HCTWO

FP_HCONE

Preprocessed sci=FP calib=Hollow Cathode file, Uranium Neon lamp

FP_HCONE

.fits

_pp

RAW_FP_HCONE

FP_HCTWO

Preprocessed sci=FP calib=Hollow Cathode file, Thorium Argon lamp

FP_HCTWO

.fits

_pp

RAW_FP_HCTWO

HCONE_FP

Preprocessed sci=Hollow Cathode calib=FP file, Uranium Neion lamp

HCONE_FP

.fits

_pp

RAW_HCONE_FP

HCTWO_FP

Preprocessed sci=Hollow Cathode calib=FP file, Thorium Argon lamp

HCTWO_FP

.fits

_pp

RAW_HCTWO_FP

HCONE_HCONE

Preprocessed sci=Hollow Cathode calib=Hollow Cathode file, Uranium Neon lamp

HCONE_HCONE

.fits

_pp

RAW_HCONE_HCONE

HCTWO_HCTWO

Preprocessed sci=Hollow Cathode calib=Hollow Cathode file, Thorium Argon lamp

HCTWO_HCTWO

.fits

_pp

RAW_HCTWO_HCTWO

HCONE_DARK

Preprocessed sci=Hollow Cathode calib=DARK file, where dark is an internal dark, Uranium Neon lamp

HCONE_DARK

.fits

_pp

RAW_HCONE_DARK

HCTWO_DARK

Preprocessed sci=Hollow Cathode calib=DARK file, where dark is an internal dark, Thorium Argon lamp

HCTWO_DARK

.fits

_pp

RAW_HCTWO_DARK

“HDR[XXX]” denotes key from file header

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3. Reduced Files

3.1 File definition table

3. Reduced Files file definition table

name

description

HDR[DRSOUTID]

file type

suffix

basename

fibers

input file

DARKI

Internal dark calibration file

DARKI

.fits

_darki

–

–

DARK_DARK_INT

DARKT

Telescope dark calibration file

DARKT

.fits

_darkt

–

–

DARK_DARK_TEL

DARKS

Sky dark calibration file

DARKS

.fits

_darks

–

–

DARK_DARK_SKY

DARKREF

Reference dark calibration file

DARKREF

.fits

_dark_ref

–

–

DARK_DARK_TEL, DARK_DARK_INT

BADPIX

Bad pixel map

BADPIX

.fits

_badpixel

–

–

FLAT_FLAT

BKGRD_MAP

Bad pixel background map

BKGRD_MAP

.fits

_bmap.fits

–

–

FLAT_FLAT

DEBUG_BACK

Individual file background map

DEBUG_BACK

.fits

_background.fits

–

–

DRS_PP

LOC_ORDERP

Localisation: Order profile calibration file

LOC_ORDERP

.fits

_order_profile

–

AB, C

FLAT_DARK, DARK_FLAT

LOC_LOCO

Localisation: Position polynomial calibration file

LOC_LOCO

.fits

_loco

–

AB, C

FLAT_DARK, DARK_FLAT

LOC_FWHM

Localisation: Width polynomial calibration file

LOC_FWHM

.fits

_fwhm-order

–

AB, C

FLAT_DARK, DARK_FLAT

LOC_SUP

Localisation: Position superpositionimage calibration file

LOC_SUP

.fits

_with-order

–

AB, C

FLAT_DARK, DARK_FLAT

SHAPE_X

Reference shape dx calibration file

SHAPE_X

.fits

_shapex

–

–

FP_FP

SHAPE_Y

Reference shape dy calibration file

SHAPE_Y

.fits

_shapey

–

–

FP_FP

REF_FP

Reference shape master FP calibration file

REF_FP

.fits

_fpref

–

–

FP_FP

SHAPE_IN_FP

Input FP file for shape comparison

SHAPE_IN_FP

.fits

_shape_in_fp

–

–

FP_FP

SHAPE_OUT_FP

Output FP file for shape comparison

SHAPE_OUT_FP

.fits

_shape_out_fp

–

–

FP_FP

SHAPE_IN_HC

Input Hollow Cathode file forshape comparison

SHAPE_IN_HC

.fits

_shape_in_hc

–

–

HCONE_HCONE

SHAPE_OUT_HC

Output Hollow Cathode file forshape comparison

SHAPE_OUT_HC

.fits

_shape_out_hc

–

–

HCONE_HCONE

SHAPE_BDX

Shape transformed dx comparison file

SHAPE_BDX

.fits

_shape_out_bdx

–

–

FP_FP

SHAPEL

Nightly shape calibration files

SHAPEL

.fits

_shapel

–

–

FP_FP

SHAPEL_IN_FP

Input FP file for nightly shape comparison

SHAPEL_IN_FP

.fits

_shapel_in_fp.fits

–

–

FP_FP

SHAPEL_OUT_FP

Output FP file for nightly shape comparison

SHAPEL_OUT_FP

.fits

_shapel_out_fp.fits

–

–

FP_FP

FF_BLAZE

Blaze calibration file

FF_BLAZE

.fits

_blaze

–

AB, A, B, C

FLAT_FLAT

FF_FLAT

Flat calibration file

FF_FLAT

.fits

_flat

–

AB, A, B, C

FLAT_FLAT

ORDERP_STRAIGHT

Straightened order profile for an individual image

ORDERP_STRAIGHT

.fits

_orderps

–

AB, A, B, C

SHAPEL

EXT_E2DS

Extracted 2D spectrum

EXT_E2DS

.fits

_e2ds

–

AB, A, B, C

DRS_PP

EXT_E2DS_FF

Extracted + flat-fielded 2D spectrum

EXT_E2DS_FF

.fits

_e2dsff

–

AB, A, B, C

DRS_PP

EXT_E2DS_LL

Pre-extracted straighted stacked spectrum

EXT_E2DS_LL

.fits

_e2dsll

–

AB, A, B, C

DRS_PP, FLAT_FLAT

EXT_LOCO

Straightened localisation file

EXT_LOCO

.fits

_e2dsloco

–

AB, A, B, C

DRS_PP

EXT_S1D_W

1D stitched spectrum (constant wavelength binning)

EXT_S1D_W

.fits

_s1d_w

–

AB, A, B, C

DRS_PP

EXT_S1D_V

1D stitched spectrum (constant velocity binning)

EXT_S1D_V

.fits

_s1d_v

–

AB, A, B, C

DRS_PP

EXT_FPLIST

FP lines identified from extracted FP fiber

EXT_FPLIST

.fits

_ext_fplines

–

AB, A, B, C

EXT_E2DS, EXT_E2DS_FF

THERMALI_E2DS

Extracted sci=DARK calib=DARK thermal calibration file, where dark is an internal dark

THERMALI_E2DS

.fits

_thermal_e2ds_int

–

AB, A, B, C

DARK_DARK_INT

THERMALT_E2DS

Extracted sci=DARK calib=DARK thermal calibration file, where dark is a telescope dark

THERMALT_E2DS

.fits

_thermal_e2ds_tel

–

AB, A, B, C

DARK_DARK_TEL

LEAKREF_E2DS

Reference leak correction calibration file

LEAKREF_E2DS

.fits

_leak_ref

–

AB, A, B, C

EXT_E2DS, EXT_E2DS_FF

WAVESOL_REF

Reference wavelength solution calibration file

WAVESOL_REF

.fits

_wavesol_ref

–

AB, A, B, C

EXT_E2DS, EXT_E2DS_FF

WAVE_HCLIST_REF

Reference list of Hollow cathode lines calibration file

WAVE_HCLIST_REF

.fits

_waveref_hclines

–

AB, A, B, C

EXT_E2DS, EXT_E2DS_FF

WAVE_FPLIST_REF

Reference list of FP liens calibration file

WAVE_FPLIST_REF

.fits

_waveref_fplines

–

AB, A, B, C

EXT_E2DS, EXT_E2DS_FF

WAVEREF_CAV

Reference wavelength cavity width polynomial calibration file

WAVEREF_CAV

.fits

_waveref_cav_

–

AB

EXT_E2DS, EXT_E2DS_FF

WAVESOL_DEFAULT

Default wavelength solution calibration file

WAVESOL_DEFAULT

.fits

_wave_d_ref

–

AB, A, B, C

EXT_E2DS, EXT_E2DS_FF

WAVERES

Reference wavelength resolution map file

WAVE_RES

.fits

_waveref_resmap

–

AB, A, B, C

EXT_E2DS, EXT_E2DS_FF

WAVE_FPRESTAB

Reference wavelength resolution table

–

.tbl

–

apero_wave_results

AB, A, B, C

EXT_E2DS, EXT_E2DS_FF

WAVE_FPLLTABL

Reference wavelength FP line-list table

–

.tbl

_mhc_lines

–

AB, A, B, C

EXT_E2DS, EXT_E2DS_FF

WAVEM_RES_E2DS

Reference wavelength resolution e2ds file

WAVEM_RES_E2DS

.fits

_waveref_res_e2ds

–

AB, A, B, C

EXT_E2DS, EXT_E2DS_FF

WAVE_NIGHT

Nightly wavelength solution calibration file

WAVE_NIGHT

.fits

_wave_night

–

AB, A, B, C

EXT_E2DS, EXT_E2DS_FF

WAVEHCLL

Nightly HC line list calibration file

–

.dat

_linelist

–

AB, A, B, C

EXT_E2DS, EXT_E2DS_FF

WAVERES

Nightly wavelength resolution map file

WAVE_RES

.fits

_wave_res

–

AB, A, B, C

EXT_E2DS, EXT_E2DS_FF

WAVE_FPRESTAB

Nightly wavelength resolutiontable

–

.tbl

–

apero_wave_results

AB, A, B, C

EXT_E2DS, EXT_E2DS_FF

WAVE_FPLLTABL

Nightly wavelength FP line-list table

–

.tbl

_hc_lines

–

AB, A, B, C

EXT_E2DS, EXT_E2DS_FF

WAVE_HCLIST

Nightly wavelength Hollow cathodeline-list table

WAVE_HCLIST

.fits

_wave_hclines

–

AB, A, B, C

EXT_E2DS, EXT_E2DS_FF

WAVE_FPLIST

Nightly wavelength FP line-list calibration file

WAVE_FPLIST

.fits

_wave_fplines

–

AB, A, B, C

EXT_E2DS, EXT_E2DS_FF

SKY_MODEL

Telluric sky model file

SKY_MODEL

.fits

_sky_model

–

–

EXT_E2DS_FF

TELLU_SCLEAN

Sky-cleaning file

TELLU_SCLEAN

.fits

_tellu_sclean.fits

–

–

EXT_E2DS_FF

TELLU_PCLEAN

Telluric pre-cleaning file

TELLU_PCLEAN

.fits

_tellu_pclean

–

AB, A, B

EXT_E2DS_FF

TELLU_CONV

Telluric convolution file

–

.npy

_tellu_conv

–

AB, A, B

WAVESOL_REF, WAVE_NIGHT, WAVESOL_DEFAULT

TELLU_TRANS

Telluric transmission file

TELLU_TRANS

.fits

_tellu_trans

–

AB, A, B

EXT_E2DS_FF

TELLU_TAPAS

Telluric TAPAS spline file

–

.npy

–

tapas_spl.npy

–

–

TRANS_MODEL

Telluric transmission model file

TRANS_MODEL

.fits

–

trans_model_{0}

AB, A, B

–

ABSO_NPY

Telluric absorption temporary file 1

–

.npy

–

tellu_save.npy

–

–

TELLU_OBJ

Telluric corrected extracted 2D spectrum

TELLU_OBJ

.fits

_e2dsff_tcorr

–

AB, A, B

EXT_E2DS_FF

SC1D_W_FILE

Telluric corrected extracted 1D spectrum (constant wavelength binning)

SC1D_W_FILE

.fits

_s1d_w_tcorr

–

AB, A, B

EXT_E2DS_FF

SC1D_V_FILE

Telluric corrected extracted 1D spectrum (constant velocity binning)

SC1D_V_FILE

.fits

_s1d_v_tcorr

–

AB, A, B

EXT_E2DS_FF

TELLU_RECON

Telluric reconstructed 2D absorption file

TELLU_RECON

.fits

_e2dsff_recon

–

AB, A, B

EXT_E2DS_FF

RC1D_W_FILE

Telluric reconstructed 1D absorption file (constant wavelength binning)

RC1D_W_FILE

.fits

_s1d_w_recon

–

AB, A, B

EXT_E2DS_FF

RC1D_V_FILE

Telluric reconstructed 1D absorption file (constant velocity binning)

RC1D_V_FILE

.fits

_s1d_v_recon

–

AB, A, B

EXT_E2DS_FF

TELLU_TEMP

Telluric 2D template file

TELLU_TEMP

.fits

–

Template

AB, A, B

EXT_E2DS_FF, TELLU_OBJ

TELLU_BIGCUBE

Telluric object 2D stack file (star frame)

TELLU_BIGCUBE

.fits

–

BigCube

AB, A, B

EXT_E2DS_FF, TELLU_OBJ

TELLU_BIGCUBE0

Telluric object 2D stack file (Earth frame)

TELLU_BIGCUBE0

.fits

–

BigCube0

AB, A, B

EXT_E2DS_FF, TELLU_OBJ

TELLU_TEMP_S1DW

Telluric 1D template file

TELLU_TEMP_S1DW

.fits

–

Template_s1dw

AB, A, B

EXT_E2DS_FF, TELLU_OBJ

TELLU_TEMP_S1DV

Telluric 1D template file

TELLU_TEMP_S1DV

.fits

–

Template_s1dv

AB, A, B

EXT_E2DS_FF, TELLU_OBJ

TELLU_BIGCUBE_S1D

Telluric object 1D stack file (Earth frame)

TELLU_BIGCUBE_S1D

.fits

–

BigCube_s1d

AB, A, B

EXT_E2DS_FF, TELLU_OBJ

CCF_RV

Cross-correlation RV results file

CCF_RV

.fits

_ccf

–

AB, A, B, C

EXT_E2DS_FF, TELLU_OBJ

POL_DEG

Polarimetry 2D degree of polarisation file

POL_DEG

.fits

_pol

–

–

EXT_E2DS_FF, TELLU_OBJ

STOKESI_POL

Polarimetry 2D stokes I polarisation file

STOKESI_POL

.fits

_StokesI

–

–

EXT_E2DS_FF, TELLU_OBJ

NULL_POL1

2D Null polarisation 1 file

NULL_POL1

.fits

_null1_pol

–

–

EXT_E2DS_FF, TELLU_OBJ

NULL_POL2

2D Null polarisation 2 file

NULL_POL2

.fits

_null2_pol

–

–

EXT_E2DS_FF, TELLU_OBJ

LSD_POL

Least squares deconvolution file

LSD_POL

.fits

_lsd_pol

–

–

EXT_E2DS_FF, TELLU_OBJ

S1DW_POL

Polarimetry 2D degree of polarisation file (constant wavelength binning)

S1DW_POL

.fits

_s1d_w_pol

–

–

EXT_E2DS_FF, TELLU_OBJ

S1DV_POL

Polarimetry 2D degree of polarisation file (constant velocity binning)

S1DV_POL

.fits

_s1d_v_pol

–

–

EXT_E2DS_FF, TELLU_OBJ

S1DW_NULL1

1D Null polarisation 1 file (constant wavelength binning)

S1DW_NULL1

.fits

_s1d_w_null1

–

–

EXT_E2DS_FF, TELLU_OBJ

S1DV_NULL1

1D Null polarisation 1 file (constant velocity binning)

S1DV_NULL1

.fits

_s1d_v_null1

–

–

EXT_E2DS_FF, TELLU_OBJ

S1DW_NULL2

1D Null polarisation 2 file (constant wavelength binning)

S1DW_NULL1

.fits

_s1d_w_null2

–

–

EXT_E2DS_FF, TELLU_OBJ

S1DV_NULL2

1D Null polarisation 2 file (constant velocity binning)

S1DV_NULL2

.fits

_s1d_v_null2

–

–

EXT_E2DS_FF, TELLU_OBJ

S1DW_STOKESI

Polarimetry 1D stokes I polarisation file (constant wavelength binning)

S1DW_STOKESI

.fits

_s1d_w_stokesi

–

–

EXT_E2DS_FF, TELLU_OBJ

S1DV_STOKESI

Polarimetry 1D stokes I polarisation file (constant velocity binning)

S1DV_STOKESI

.fits

_s1d_v_stokesi

–

–

EXT_E2DS_FF, TELLU_OBJ

“HDR[XXX]” denotes key from file header

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4. Calibration files

4.1 File definition table

4. Calibration files file definition table

name

description

HDR[DRSOUTID]

file type

suffix

fibers

dbname

dbkey

input file

DARKI

Internal dark calibration file

DARKI

.fits

_darki

–

calibration

DARKI

DARK_DARK_INT

DARKT

Telescope dark calibration file

DARKT

.fits

_darkt

–

calibration

DARKT

DARK_DARK_TEL

DARKS

Sky dark calibration file

DARKS

.fits

_darks

–

calibration

DARKS

DARK_DARK_SKY

DARKREF

Reference dark calibration file

DARKREF

.fits

_dark_ref

–

calibration

DARKREF

DARK_DARK_TEL, DARK_DARK_INT

BADPIX

Bad pixel map

BADPIX

.fits

_badpixel

–

calibration

BADPIX

FLAT_FLAT

BKGRD_MAP

Bad pixel background map

BKGRD_MAP

.fits

_bmap.fits

–

calibration

BKGRDMAP

FLAT_FLAT

LOC_ORDERP

Localisation: Order profile calibration file

LOC_ORDERP

.fits

_order_profile

AB, C

calibration

ORDER_PROFILE

FLAT_DARK, DARK_FLAT

LOC_LOCO

Localisation: Position polynomial calibration file

LOC_LOCO

.fits

_loco

AB, C

calibration

LOC

FLAT_DARK, DARK_FLAT

SHAPE_X

Reference shape dx calibration file

SHAPE_X

.fits

_shapex

–

calibration

SHAPEX

FP_FP

SHAPE_Y

Reference shape dy calibration file

SHAPE_Y

.fits

_shapey

–

calibration

SHAPEY

FP_FP

REF_FP

Reference shape master FP calibration file

REF_FP

.fits

_fpref

–

calibration

FPREF

FP_FP

SHAPEL

Nightly shape calibration files

SHAPEL

.fits

_shapel

–

calibration

SHAPEL

FP_FP

FF_BLAZE

Blaze calibration file

FF_BLAZE

.fits

_blaze

AB, A, B, C

calibration

BLAZE

FLAT_FLAT

FF_FLAT

Flat calibration file

FF_FLAT

.fits

_flat

AB, A, B, C

calibration

FLAT

FLAT_FLAT

THERMALI_E2DS

Extracted sci=DARK calib=DARK thermal calibration file, where dark is an internal dark

THERMALI_E2DS

.fits

_thermal_e2ds_int

AB, A, B, C

calibration

THERMALI

DARK_DARK_INT

THERMALT_E2DS

Extracted sci=DARK calib=DARK thermal calibration file, where dark is a telescope dark

THERMALT_E2DS

.fits

_thermal_e2ds_tel

AB, A, B, C

calibration

THERMALT

DARK_DARK_TEL

LEAKREF_E2DS

Reference leak correction calibration file

LEAKREF_E2DS

.fits

_leak_ref

AB, A, B, C

calibration

LEAKREF

EXT_E2DS, EXT_E2DS_FF

WAVESOL_REF

Reference wavelength solution calibration file

WAVESOL_REF

.fits

_wavesol_ref

AB, A, B, C

calibration

WAVESOL_REF

EXT_E2DS, EXT_E2DS_FF

WAVE_HCLIST_REF

Reference list of Hollow cathode lines calibration file

WAVE_HCLIST_REF

.fits

_waveref_hclines

AB, A, B, C

calibration

WAVEHCL

EXT_E2DS, EXT_E2DS_FF

WAVE_FPLIST_REF

Reference list of FP liens calibration file

WAVE_FPLIST_REF

.fits

_waveref_fplines

AB, A, B, C

calibration

WAVEFPL

EXT_E2DS, EXT_E2DS_FF

WAVEREF_CAV

Reference wavelength cavity width polynomial calibration file

WAVEREF_CAV

.fits

_waveref_cav_

AB

calibration

WAVECAV

EXT_E2DS, EXT_E2DS_FF

WAVESOL_DEFAULT

Default wavelength solution calibration file

WAVESOL_DEFAULT

.fits

_wave_d_ref

AB, A, B, C

calibration

WAVESOL_DEFAULT

EXT_E2DS, EXT_E2DS_FF

WAVEM_RES_E2DS

Reference wavelength resolution e2ds file

WAVEM_RES_E2DS

.fits

_waveref_res_e2ds

AB, A, B, C

calibration

WAVR_E2DS

EXT_E2DS, EXT_E2DS_FF

WAVE_NIGHT

Nightly wavelength solution calibration file

WAVE_NIGHT

.fits

_wave_night

AB, A, B, C

calibration

WAVE

EXT_E2DS, EXT_E2DS_FF

“HDR[XXX]” denotes key from file header

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5. Telluric files

5.1 File definition table

5. Telluric files file definition table

name

description

HDR[DRSOUTID]

file type

suffix

basename

fibers

dbname

dbkey

input file

SKY_MODEL

Telluric sky model file

SKY_MODEL

.fits

_sky_model

–

–

telluric

SKY_MODEL

EXT_E2DS_FF

TELLU_SCLEAN

Sky-cleaning file

TELLU_SCLEAN

.fits

_tellu_sclean.fits

–

–

–

–

EXT_E2DS_FF

TELLU_PCLEAN

Telluric pre-cleaning file

TELLU_PCLEAN

.fits

_tellu_pclean

–

AB, A, B

telluric

TELLU_PCLEAN

EXT_E2DS_FF

TELLU_CONV

Telluric convolution file

–

.npy

_tellu_conv

–

AB, A, B

telluric

TELLU_CONV

WAVESOL_REF, WAVE_NIGHT, WAVESOL_DEFAULT

TELLU_TRANS

Telluric transmission file

TELLU_TRANS

.fits

_tellu_trans

–

AB, A, B

telluric

TELLU_TRANS

EXT_E2DS_FF

TELLU_TAPAS

Telluric TAPAS spline file

–

.npy

–

tapas_spl.npy

–

telluric

TELLU_TAPAS

–

TRANS_MODEL

Telluric transmission model file

TRANS_MODEL

.fits

–

trans_model_{0}

AB, A, B

telluric

TELLU_MODEL

–

TELLU_OBJ

Telluric corrected extracted 2D spectrum

TELLU_OBJ

.fits

_e2dsff_tcorr

–

AB, A, B

telluric

TELLU_OBJ

EXT_E2DS_FF

TELLU_RECON

Telluric reconstructed 2D absorption file

TELLU_RECON

.fits

_e2dsff_recon

–

AB, A, B

telluric

TELLU_RECON

EXT_E2DS_FF

TELLU_TEMP

Telluric 2D template file

TELLU_TEMP

.fits

–

Template

AB, A, B

telluric

TELLU_TEMP

EXT_E2DS_FF, TELLU_OBJ

TELLU_TEMP_S1DW

Telluric 1D template file

TELLU_TEMP_S1DW

.fits

–

Template_s1dw

AB, A, B

telluric

TELLU_TEMP_S1DW

EXT_E2DS_FF, TELLU_OBJ

TELLU_TEMP_S1DV

Telluric 1D template file

TELLU_TEMP_S1DV

.fits

–

Template_s1dv

AB, A, B

telluric

TELLU_TEMP_S1DV

EXT_E2DS_FF, TELLU_OBJ

“HDR[XXX]” denotes key from file header

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6. Post-processed files

6.1 File definition table

6. Post-processed files file definition table

name

description

HDR[KW_DPRTYPE]

suffix

ext name

ext input

col names

col input

DRS_POST_E

Post process 2D extracted spectrum collection

OBJ_FP
OBJ_DARK
POLAR_FP
POLAR_DARK

e.fits


Primary: PP
FluxAB
FluxA
FluxB
FluxC
WaveAB
WaveA
WaveB
WaveC
BlazeAB
BlazeA
BlazeB
BlazeC


DRS_PP
EXT_E2DS_FF
EXT_E2DS_FF
EXT_E2DS_FF
EXT_E2DS_FF
WAVE_FILES
WAVE_FILES
WAVE_FILES
WAVE_FILES
FF_BLAZE
FF_BLAZE
FF_BLAZE
FF_BLAZE


–
–
–
–
–
–
–
–
–
–
–
–
–


–
–
–
–
–
–
–
–
–
–
–
–
–

DRS_POST_S

Post process 1D spectrum collection

OBJ_FP
OBJ_DARK
POLAR_FP
POLAR_DARK

s.fits


Primary: PP
UniformWavelength
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
UniformVelocity
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–


DRS_PP
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–


–
Wave
FluxAB
FluxErrAB
FluxA
FluxErrA
FluxB
FluxErrB
FluxC
FluxErrC
FluxABTelluCorrected
FluxErrABTelluCorrected
FluxATelluCorrected
FluxErrATelluCorrected
FluxBTelluCorrected
FluxErrBTelluCorrected
Recon
ReconErr
SkyCorr
SkyCorrErr
FiniteRes
FiniteResErr
Wave
FluxAB
FluxErrAB
FluxA
FluxErrA
FluxB
FluxErrB
FluxC
FluxErrC
FluxABTelluCorrected
FluxErrABTelluCorrected
FluxATelluCorrected
FluxErrATelluCorrected
FluxBTelluCorrected
FluxErrBTelluCorrected
Recon
ReconErr
SkyCorr
SkyCorrErr
FiniteRes
FiniteResErr


–
EXT_S1D_W
EXT_S1D_W
EXT_S1D_W
EXT_S1D_W
EXT_S1D_W
EXT_S1D_W
EXT_S1D_W
EXT_S1D_W
EXT_S1D_W
SC1D_W_FILE
SC1D_W_FILE
SC1D_W_FILE
SC1D_W_FILE
SC1D_W_FILE
SC1D_W_FILE
RC1D_W_FILE
RC1D_W_FILE
RC1D_W_FILE
RC1D_W_FILE
RC1D_W_FILE
RC1D_W_FILE
EXT_S1D_V
EXT_S1D_V
EXT_S1D_V
EXT_S1D_V
EXT_S1D_V
EXT_S1D_V
EXT_S1D_V
EXT_S1D_V
EXT_S1D_V
SC1D_V_FILE
SC1D_V_FILE
SC1D_V_FILE
SC1D_V_FILE
SC1D_V_FILE
SC1D_V_FILE
RC1D_V_FILE
RC1D_V_FILE
RC1D_V_FILE
RC1D_V_FILE
RC1D_V_FILE
RC1D_V_FILE

DRS_POST_T

Post process 2D telluric corrected collection

OBJ_FP
OBJ_DARK
POLAR_FP
POLAR_DARK

t.fits


Primary: PP
FluxAB
WaveAB
BlazeAB
Recon
OHLine
FluxA
WaveA
BlazeA
FluxB
WaveB
BlazeB


DRS_PP
TELLU_OBJ
WAVE_FILES
FF_BLAZE
TELLU_RECON
TELLU_PCLEAN
TELLU_OBJ
WAVE_FILES
FF_BLAZE
TELLU_OBJ
WAVE_FILES
FF_BLAZE


–
–
–
–
–
–
–
–
–
–
–
–


–
–
–
–
–
–
–
–
–
–
–
–

DRS_POST_V

Post process radial velocity collection

OBJ_FP
OBJ_DARK
POLAR_FP
POLAR_DARK

v.fits


Primary: PP
CCF


DRS_PP
CCF_RV


–
–


–
–

DRS_POST_P

Post process polarimetry collection

POLAR_FP
POLAR_DARK

p.fits


Primary: PP
Pol
PolErr
StokesI
StokesIErr
Null1
Null2
WaveAB
BlazeAB
UniformWavelength
–
–
–
–
–
–
–
–
UniformVelocity
–
–
–
–
–
–
–
–
PolTable


DRS_PP
POL_DEG
POL_DEG
STOKESI_POL
STOKESI_POL
NULL_POL1
NULL_POL2
POL_CALIB
POL_CALIB
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
POL_DEG


–
–
–
–
–
–
–
–
–
Wave
FluxPol
FluxErrPol
FluxStokesI
FluxErrStokesI
FluxNull1
FluxErrNull1
FluxNull2
FluxErrNull2
Wave
FluxPol
FluxErrPol
FluxStokesI
FluxErrStokesI
FluxNull1
FluxErrNull1
FluxNull2
FluxErrNull2
–


–
–
–
–
–
–
–
–
–
S1DW_POL
S1DW_POL
S1DW_POL
S1DW_STOKESI
S1DW_STOKESI
S1DW_NULL1
S1DW_NULL1
S1DW_NULL2
S1DW_NULL2
S1DV_POL
S1DV_POL
S1DV_POL
S1DV_STOKESI
S1DV_STOKESI
S1DV_NULL1
S1DV_NULL1
S1DV_NULL2
S1DV_NULL2
–

“HDR[XXX]” denotes key from file header

6.2 Definition of WAVE_FILES

Here “WAVE_FILES” denotes either a wave solution from the nightly solution (WAVE_NIGHT) or the master wave solution (WAVESOL_MASTER) or the default wave solution (WAVESOL_DEFAULT)

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