紙面の都合により、上記項目の内 HeaderKeyWord, Category, Importance, FormatF, Unit, Recommended, Alias (DistributionService) の 7個の項目を ABC 順の辞書に収録し、HeaderKeyWord, Category, Importance, FormatF, Unit, Recommended, Sample, Comment, DescriptionE, DescriptionJ の 10個の項目を Category順の辞書に収録した。 (全項目は 3.3.4 に挙げてある smoka サイトなどを参照のこと)。
●Key Word の ABC 順基本辞書
[Dictionary = Basic] (Key Word の ABC 順、その 1(1/4): A 〜 CD)
Header Category Importance FormatF Unit Recommend RevisedDate Alias KeyWord (DistributionService) ---------+-------------+-------------+-------+-------+---------+-----------+---------------------- ADC Telescope Optional F20.3 degree - 1998/12/10 FITS.SBR.ADC ADC-END Telescope Optional F20.3 degree - 1998/12/10 FITS.SBR.ADC ADC-STR Telescope Optional F20.3 degree - 1998/12/10 FITS.SBR.ADC ADC-TYPE Telescope Optional A20 - - 1998/12/10 FITS.SBR.ADC-TYPE AG-PRB1 Telescope Optional F20.3 mm - 1998/12/10 - AG-PRB2 Telescope Optional F20.3 degree - 1998/12/10 - AIRM-END Time Optional F20.3 - - 1999/03/01 FITS.SBR.AIRMASS AIRM-STR Time Optional F20.3 - - 1998/11/25 FITS.SBR.AIRMASS AIRMASS Time Common F20.3 - - 1998/11/25 FITS.SBR.AIRMASS ALT-END Telescope Optional F20.5 degree - 1998/11/24 FITS.SBR.ALTITUDE ALT-STR Telescope Optional F20.5 degree - 1998/11/24 FITS.SBR.ALTITUDE ALTITUDE Telescope Optional F20.5 degree - 1998/11/24 FITS.SBR.ALTITUDE AO-FREQ Telescope Optional I20 Hz - 1998/12/10 - AO-TIP Telescope Optional A8 - - 1999/03/01 - AO-WFS Telescope Optional F20.5 - - 1998/12/14 - APERTURE Spectroscopy Optional A30 - - 1998/12/14 - APT-SIZE Spectroscopy Optional F20.3 arcsec - 1998/12/14 - APTC-DEC Spectroscopy Optional F20.8 degree - 1999/03/01 - APTC-RA Spectroscopy Optional F20.8 degree - 1999/03/01 - APTCPIX1 Spectroscopy Optional F20.1 pixel - 1998/12/10 - APTCPIX2 Spectroscopy Optional F20.1 pixel - 1998/12/10 - AUTOGUID Instrument Optional A8 - - 1998/12/10 - AZ-END Telescope Optional F20.5 degree - 1998/11/24 FITS.SBR.AZIMUTH AZ-STR Telescope Optional F20.5 degree - 1998/11/24 FITS.SBR.AZIMUTH AZIMUTH Telescope Optional F20.5 degree - 1998/11/24 FITS.SBR.AZIMUTH BIN-FCT1 Instrument Common I20 pixel - 1998/11/24 - BIN-FCT2 Instrument Common I20 pixel - 1998/11/24 - BITPIX FITS Common I20 - - 1998/12/14 - BLANK File Common I20 - - 1999/03/01 - BSCALE File Common F20.8 - - 1998/12/14 - BUNIT File Common A10 - - 1998/11/25 - BZERO File Common F20.8 - - 1998/12/14 - C2ELT1 WCS Optional F20.8 degree - 1998/11/24 Toolkit C2ELT2 WCS Optional F20.8 degree - 1998/11/24 Toolkit C2NIT1 WCS Optional A8 - degree 1998/11/25 Toolkit C2NIT2 WCS Optional A8 - degree 1998/11/25 Toolkit C2PIX1 WCS Optional F20.1 pixel - 1999/03/01 Toolkit C2PIX2 WCS Optional F20.1 pixel - 1999/03/01 Toolkit C2VAL1 WCS Optional F20.8 degree - 1998/11/24 Toolkit C2VAL2 WCS Optional F20.8 degree - 1998/11/24 Toolkit C2YPE1 WCS Optional A8 - RA---TAN 1998/11/25 Toolkit C2YPE2 WCS Optional A8 - DEC--TAN 1998/11/25 Toolkit CDELT1 File Common F20.8 - - 1998/12/14 Toolkit CDELT2 File Common F20.8 - - 1998/11/24 Toolkit CDj_i WCS Optional F20.8 - - 1999/09/28 Toolkit
[Dictionary = Basic] (Key Word の ABC 順、その 2(2/4): COADD 〜 IMR-END)
Header Category Importance FormatF Unit Recommend RevisedDate Alias KeyWord (DistributionService) ---------+-------------+-------------+-------+-------+---------+-----------+---------------------- COADD Instrument Optional I20 - - 1998/12/10 - COMMENT Comment Optional A79 - - 1998/12/14 - CRPIX1 File Common F20.1 pixel - 1999/03/01 Toolkit CRPIX2 File Common F20.1 pixel - 1999/03/01 Toolkit CRVAL1 File Common F20.8 - - 1998/11/24 Toolkit CRVAL2 File Common F20.8 - - 1998/11/24 Toolkit CTYPE1 File Common A10 - RA---TAN 1998/11/25 Toolkit CTYPE2 File Common A10 - DEC--TAN 1998/11/25 Toolkit CUNIT1 File Common A10 - degree 1998/11/25 Toolkit CUNIT2 File Common A10 - degree 1998/11/25 Toolkit DATA-TYP Object Common A30 - - 1998/11/25 - DATASET Object Object A20 - - 1998/12/14 FITS.#Inst.DATASET DATE-OBS Time Common A10 UTC - 1998/11/25 Toolkit DEC Object Common A12 - - 1998/12/14 FITS.SBR.DEC DEC2000 Object Common A12 - - 1998/11/25 Toolkit DET-Ann Instrument Optional F20.3 degree - 1998/12/14 - DET-ID Instrument Optional I20 - - 1998/12/10 - DET-NSMP Instrument Optional I20 - - 1998/12/10 - DET-P1nn Instrument Optional F20.3 arcsec - 1999/03/01 - DET-P2nn Instrument Optional F20.3 arcsec - 1999/03/01 - DET-RST Instrument Optional I20 - - 1998/12/14 - DET-SMPL Instrument Optional A20 - - 1998/12/14 - DET-TAVE Instrument Optional F20.2 K - 1998/12/14 - DET-TMAX Instrument Optional F20.2 K - 1999/03/01 - DET-TMED Instrument Optional F20.2 K - 1999/03/01 - DET-TMIN Instrument Optional F20.2 K - 1999/03/01 - DET-TMP Instrument Common F20.2 K - 1999/03/01 - DET-TSD Instrument Optional F20.2 K - 1999/03/01 - DET-Tnn Instrument Optional F20.2 K - 1999/03/01 - DET-VER Instrument Optional A30 - - 1998/12/14 - DETECTOR Instrument Common A20 - - 1998/12/10 - DETPXSZ1 Instrument Optional F20.4 mm - 1998/12/14 - DETPXSZ2 Instrument Optional F20.4 mm - 1998/12/14 - DISPAXIS Spectroscopy Spectroscopy I20 - - 1998/12/10 - DISPERSR Spectroscopy Spectroscopy A20 - - 1998/12/10 - DOM-HEND Environment Optional F20.1 % - 1999/03/01 FITS.SBR.DOM-HUM DOM-HSTR Environment Optional F20.1 % - 1999/03/01 FITS.SBR.DOM-HUM DOM-HUM Environment Optional F20.1 % - 1999/03/01 FITS.SBR.DOM-HUM DOM-PEND Environment Optional F20.2 hpa - 1998/12/14 FITS.SBR.DOM-PRS DOM-PRS Environment Optional F20.2 hpa - 1998/12/14 FITS.SBR.DOM-PRS DOM-PSTR Environment Optional F20.2 hpa - 1998/12/14 FITS.SBR.DOM-PRS DOM-TEND Environment Optional F20.2 K - 1999/03/01 FITS.SBR.DOM-TMP DOM-TMP Environment Optional F20.2 K - 1998/12/14 FITS.SBR.DOM-TMP DOM-TSTR Environment Optional F20.2 K - 1999/03/01 FITS.SBR.DOM-TMP DOM-WEND Environment Optional F20.2 m/s - 1999/03/01 FITS.SBR.DOM-WND DOM-WMAX Environment Optional F20.2 m/s - 1999/03/01 - DOM-WMIN Environment Optional F20.2 m/s - 1999/03/01 - DOM-WND Environment Optional F20.2 m/s - 1999/03/01 FITS.SBR.DOM-WND DOM-WSTR Environment Optional F20.2 m/s - 1999/03/01 FITS.SBR.DOM-WND EFP-MIN1 Instrument Optional I20 pixel - 1999/03/01 - EFP-MIN2 Instrument Optional I20 pixel - 1999/03/01 - EFP-RNG1 Instrument Optional I20 pixel - 1998/12/14 - EFP-RNG2 Instrument Optional I20 pixel - 1998/12/14 - END FITS Common - - - 1998/11/24 Toolkit EQUINOX Object Common F20.1 year - 1998/12/14 FITS.SBR.EQUINOX EXP-ID Instrument Common A12 - - 1998/12/14 - EXP1TIME Time Optional F20.3 sec - 1998/12/14 - EXPTIME Time Common F20.2 sec - 1998/12/14 - EXTEND FITS Common BOOLEAN - - 1998/11/24 - F-RATIO Origin Optional F20.2 - - 1998/12/14 - FILTERnn Instrument Optional A30 - - 1998/12/14 - FLT-Ann Instrument Optional F20.2 degree - 1998/12/14 - FOC-LEN Origin Optional F20.3 mm - 1998/11/24 - FOC-POS Origin Common A12 - - 1998/12/14 FITS.#Inst.FOC-POS FOC-VAL Origin Common F20.3 mm - 1999/03/01 FITS.SBR.FOC-VAL FRAMEID Instrument Common A12 - - 1998/12/14 - GAIN Instrument Common F20.3 e/ADU - 1998/12/14 - HISTORY Comment Optional A60 - - 1998/12/14 - HST Time Common A12 HST - 1998/12/14 - HST-END Time Optional %12s HST - 1998/11/25 - HST-STR Time Optional %12s HST - 1998/11/25 - IMGROT Telescope Optional F20.3 degree - 1999/03/01 FITS.SBR.IMGROT IMR-END Telescope Optional F20.3 degree - 1999/03/01 FITS.SBR.IMGROT
[Dictionary = Basic] (Key Word の ABC 順、その 3(3/4): IMR-STR 〜 SEEING)
Header Category Importance FormatF Unit Recommend RevisedDate Alias KeyWord (DistributionService) ---------+-------------+-------------+-------+-------+---------+-----------+---------------------- IMR-STR Telescope Optional F20.3 degree - 1999/03/01 FITS.SBR.IMGROT IMR-TYPE Telescope Optional A20 - - 1999/03/01 FITS.SBR.IMR-TYPE INR-END Telescope Optional F20.3 degree - 1999/03/01 FITS.SBR.INSROT INR-STR Telescope Optional F20.3 degree - 1999/03/01 FITS.SBR.INSROT INS-VER Instrument Optional A30 - - 1999/03/01 - INSROT Telescope Optional F20.3 degree - 1999/03/01 FITS.SBR.INSROT INST-PA Instrument Optional F20.3 degree - 1999/03/01 FITS.SBR.INST-PA INSTRUME Instrument Common A20 - - 1999/03/01 - LONGPOLE WCS Imaging F20.1 degree 180.0 1999/03/01 Toolkit LST Time Common A12 LST - 1999/03/01 Toolkit LST-END Time Optional A12 LST - 1999/03/01 Toolkit LST-STR Time Optional A12 LST - 1999/03/01 Toolkit M2-ANG1 Telescope Optional F20.3 arcmin - 2000/07/07 - M2-ANG2 Telescope Optional F20.3 arcmin - 2000/07/07 - M2-ANG3 Telescope Optional F20.3 arcmin - 2000/07/07 FITS.SBR.M2-ANG3 M2-POS1 Telescope Optional F20.3 mm - 1998/12/14 - M2-POS2 Telescope Optional F20.3 mm - 1998/12/14 - M2-POS3 Telescope Optional F20.3 mm - 2000/07/07 FITS.SBR.M2-POS3 M2-TIP Telescope Optional A8 - - 1998/12/10 FITS.SBR.M2-TIP M2-TYPE Telescope Optional A8 - - 1998/12/10 FITS.SBR.M2-TYPE MJD Time Common F20.8 day - 1998/12/10 Toolkit MJD-END Time Optional F20.8 days - 1999/03/01 Toolkit MJD-STR Time Optional F20.8 days - 1999/03/01 Toolkit N2XIS WCS Optional I20 - 2 1999/03/01 Toolkit N2XIS1 WCS Optional I20 pixel - 1998/12/10 Toolkit N2XIS2 WCS Optional I20 - - 1999/03/01 Toolkit NAS-TAVE Environment Optional F20.2 K - 1999/03/01 - NAS-TMAX Environment Optional F20.2 K - 1999/03/01 - NAS-TMIN Environment Optional F20.2 K - 1999/03/01 - NAS-TSD Environment Optional F20.1 K - 1999/03/01 - NAXIS FITS Common I20 - - 1999/03/01 Toolkit NAXIS1 FITS Common I20 pixel - 1999/03/01 Toolkit NAXIS2 FITS Common I20 - - 1999/03/01 Toolkit NAXIS3 FITS Optional I20 - - 1999/03/01 - OBJECT Object Common A30 - - 1998/11/25 FITS.#Inst.OBJECT OBS-ALOC Telescope Common A12 - - 1999/03/01 FITS.#Inst.OBS-ALOC OBS-MOD Instrument Common A30 - - 1999/03/01 - OBSERVAT Origin Common A20 - NAOJ 1999/03/01 Toolkit OBSERVER Origin Common A50 - - 1999/03/01 FITS.#Inst.OBSERVER OUT-HEND Environment Optional F20.1 % - 1999/03/01 FITS.SBR.OUT-HUM OUT-HSTR Environment Optional F20.1 % - 1999/03/01 FITS.SBR.OUT-HUM OUT-HUM Environment Optional F20.1 % - 1999/03/01 FITS.SBR.OUT-HUM OUT-PEND Environment Optional F20.2 hpa - 1999/03/01 FITS.SBR.OUT-PRS OUT-PRS Environment Optional F20.2 hpa - 1999/03/01 FITS.SBR.OUT-PRS OUT-PSTR Environment Optional F20.2 hpa - 1999/03/01 FITS.SBR.OUT-PRS OUT-TEND Environment Optional F20.2 K - 1999/03/01 FITS.SBR.OUT-TMP OUT-TMP Environment Optional F20.2 K - 1999/03/01 FITS.SBR.OUT-TMP OUT-TSTR Environment Optional F20.2 K - 1999/03/01 FITS.SBR.OUT-TMP OUT-WEND Environment Optional F20.2 m/s - 1999/03/01 FITS.SBR.OUT-WND OUT-WMAX Environment Optional F20.2 m/s - 1999/03/01 - OUT-WMIN Environment Optional F20.2 m/s - 1999/03/01 - OUT-WND Environment Optional F20.2 m/s - 1999/03/01 FITS.SBR.OUT-WND OUT-WSTR Environment Optional F20.2 m/s - 1999/03/01 FITS.SBR.OUT-WND P2OJP1 WCS Optional F20.1 - 0.0 1998/12/10 - P2OJP2 WCS Optional F20.1 - 0.0 1998/12/10 - P2iiijjj WCS Optional F20.8 - - 1998/12/10 Toolkit PCiiijjj WCS Imaging F20.8 - - 1998/12/10 Toolkit POL-ANGn Polarimetry Optional F20.2 degree - 1999/03/01 - POLARIZn Polarimetry Polarimetry A30 - - 1999/03/01 - PRD-MIN1 Instrument Optional I20 pixel - 1999/03/01 - PRD-MIN2 Instrument Optional I20 pixel - 1999/03/01 - PRD-RNG1 Instrument Optional I20 pixel - 1999/03/01 - PRD-RNG2 Instrument Optional I20 pixel - 1999/03/01 - PROJP1 WCS Optional F20.1 - 0.0 1998/12/10 - PROJP2 WCS Optional F20.1 - 0.0 1998/12/10 - PROP-ID Origin Common A8 - - 1998/11/25 FITS.#Inst.PROP-ID RA Object Common A12 - - 1998/12/14 FITS.SBR.RA RA2000 Object Common A12 - - 1998/12/14 Toolkit RADECSYS Object Common A8 - FK5 1998/11/25 Toolkit RET-ANGn Polarimetry Polarimetry F20.2 degree - 1998/12/14 - RETPLATn Polarimetry Polarimetry A30 - - 1998/11/25 - SECZ Time Optional F20.3 - - 1998/12/14 FITS.SBR.SECZ SECZ-END Time Optional F20.3 - - 1998/11/24 FITS.SBR.SECZ
[Dictionary = Basic] (Key Word の ABC 順、その 4(4/4): SECZ-STR 〜 Z)
Header Category Importance FormatF Unit Recommend RevisedDate Alias KeyWord (DistributionService) ---------+-------------+-------------+-------+-------+---------+-----------+---------------------- SECZ-STR Time Optional F20.3 - - 1998/11/24 FITS.SBR.SECZ SEEING Environment Optional F20.2 arcsec - 1998/12/14 FITS.SBR.SEEING SIMPLE FITS Common BOOLEAN - T 1998/11/25 Toolkit SLIT Spectroscopy Spectroscopy A20 - - 1998/12/10 - SLT-LEN Spectroscopy Spectroscopy F20.3 arcsec - 1998/12/14 - SLT-OBJP Spectroscopy Optional F20.3 arcsec - 1998/12/14 - SLT-PA Spectroscopy Spectroscopy F20.1 degree - 1998/12/14 - SLT-PEND Spectroscopy Optional F20.1 degree - 1998/12/14 - SLT-PSTR Spectroscopy Optional F20.1 degree - 1998/12/14 - SLT-WID Spectroscopy Spectroscopy F20.3 arcsec - 1998/12/14 - SLTC-DEC Spectroscopy Optional F20.5 degree - 1998/12/10 - SLTC-RA Spectroscopy Optional F20.5 degree - 1998/12/10 - SLTCPIX1 Spectroscopy Spectroscopy F20.1 pixel - 1998/12/14 - SLTCPIX2 Spectroscopy Spectroscopy F20.1 pixel - 1998/12/14 - SV-PRB Telescope Optional F20.3 mm - 1998/12/14 - TELESCOP Origin Common A30 - - 1998/12/14 FITS.SBR.TELESCOP TELFOCUS Telescope Common A30 - - 1998/12/14 FITS.SBR.TELFOCUS TIMESYS Time Common A8 - UTC 1998/12/14 Toolkit TRAN-END Environment Optional F20.3 - - 1998/12/14 FITS.SBR.TRANSP TRAN-STR Environment Optional F20.3 - - 1998/12/14 FITS.SBR.TRANSP TRANSP Environment Optional F20.3 - - 1998/12/14 FITS.SBR.TRANSP UT Time Common A12 UTC - 1998/12/10 Toolkit UT-END Time Optional A12 UTC - 1998/12/10 Toolkit UT-STR Time Optional A12 UTC - 1998/12/10 Toolkit UT1-UTC Time Optional F20.5 sec - 1998/12/14 FITS.SBR.UT1-UTC WAV-MAX Spectroscopy Spectroscopy F20.4 nm - 1998/12/14 - WAV-MIN Spectroscopy Spectroscopy F20.4 nm - 1998/12/14 - WAVELEN Spectroscopy Spectroscopy F20.4 nm - 1998/12/10 - WCS-ORIG WCS Imaging A20 - - 1998/12/10 Toolkit WEATHER Environment Optional A30 - - 1998/12/14 FITS.SBR.WEATHER ZD Time Optional F20.5 degree - 1998/11/24 FITS.SBR.ZD ZD-END Time Optional F20.5 degree - 1998/11/25 FITS.SBR.ZD ZD-STR Time Optional F20.5 degree - 1999/03/01 FITS.SBR.ZD
●Category 順基本辞書(詳細説明付)
[Dictionary = Basic] (Category 順、その 1-1: Comment)
------------------------------------------------------------
HeaderKeyWord: COMMENT
Category : Comment
Importance : Optional
FormatF : A79
Unit : -
Recommend : -
Sample : 'Comment '
Comment : Comment
DescriptionE : Used for describing the comments about what can not be described by Keyword and
parameters.
DescriptionJ : ヘッダ中にキーワードとパラメータで表現しきれないようなコメントを記述したい場合に用いる。
------------------------------------------------------------
HeaderKeyWord: HISTORY
Category : Comment
Importance : Optional
FormatF : A60
Unit : -
Recommend : -
Sample : 'QDAS ok'
Comment : History
DescriptionE : Used for describing the history of data analysis and so on performed to the data.
DescriptionJ : 当該データに対してなされた処理履歴。
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 2-1: Environment)
------------------------------------------------------------ HeaderKeyWord: DOM-HEND Category : Environment Importance : Optional FormatF : F20.1 Unit : % Recommend : - Sample : 5.4 Comment : Humidity in the dome at exp. end (%) DescriptionE : Humidity measured in the dome at the exposure end. Unit is %. DescriptionJ : 露出終了時のドーム内湿度。単位はパーセント(%)。 ------------------------------------------------------------[Dictionary = Basic] (Category 順、その 2-2: Environment(続))
------------------------------------------------------------ HeaderKeyWord: DOM-HSTR Category : Environment Importance : Optional FormatF : F20.1 Unit : % Recommend : - Sample : 5.3 Comment : Humidity in the dome at exp. start (%) DescriptionE : Humidity measured in the dome at the exposure start. Unit is %. DescriptionJ : 露出開始時のドーム内湿度。単位はパーセント(%)。 ------------------------------------------------------------ HeaderKeyWord: DOM-HUM Category : Environment Importance : Optional FormatF : F20.1 Unit : % Recommend : - Sample : 23.1 Comment : Humidity measured in the dome DescriptionE : Humidity measured in the dome. Unit is %. DescriptionJ : ドーム内で測定した湿度。単位はパーセント(%)。 ------------------------------------------------------------ HeaderKeyWord: DOM-PEND Category : Environment Importance : Optional FormatF : F20.2 Unit : hpa Recommend : - Sample : 645.83 Comment : Dome atm. pressure at exposure end (hpa) DescriptionE : Atmospheric pressure in the dome at the end of the exposure. Unit is hpa. DescriptionJ : 露出終了時のドーム内気圧。単位はhpa。 ------------------------------------------------------------ HeaderKeyWord: DOM-PRS Category : Environment Importance : Optional FormatF : F20.2 Unit : hpa Recommend : - Sample : 648.21 Comment : Atmospheric pressure in the Dome (hpa) DescriptionE : Atmospheric pressure in the Dome. Unit is hpa. DescriptionJ : 露出中の典型的な時刻に測定されたドーム内での気圧。単位はhpa。 ------------------------------------------------------------ HeaderKeyWord: DOM-PSTR Category : Environment Importance : Optional FormatF : F20.2 Unit : hpa Recommend : - Sample : 645.14 Comment : Dome Atm. pressure at exp.start (hpa) DescriptionE : Atmospheric pressure in the dome at the start of the exposure. Unit is hpa. DescriptionJ : 露出開始時のドーム内気圧。単位はhpa。 ------------------------------------------------------------ HeaderKeyWord: DOM-TEND Category : Environment Importance : Optional FormatF : F20.2 Unit : K Recommend : - Sample : 273.16 Comment : Temp. in the dome at exp. end (K) DescriptionE : Temperature measured in the dome/enclosure at the exposure end. Unit is Kelvin (K). DescriptionJ : 露出終了時にドーム内で測定された気温。単位はケルビン(K)。 ------------------------------------------------------------ HeaderKeyWord: DOM-TMP Category : Environment Importance : Optional FormatF : F20.2 Unit : K Recommend : - Sample : 273.39 Comment : Temperature measured in the dome (K) DescriptionE : Temperature measured in the dome/enclosure. Unit is Kelvin (K). DescriptionJ : 露出中の典型的な時刻にドーム内で測定された気温。単位はケルビン(K)。 ------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 2-3: Environment(続))
------------------------------------------------------------
HeaderKeyWord: DOM-TSTR
Category : Environment
Importance : Optional
FormatF : F20.2
Unit : K
Recommend : -
Sample : 273.14
Comment : Temp. in the dome at exp. start (K)
DescriptionE : Temperature measured in the dome/enclosure at the exposure start. Unit is Kelvin
(K).
DescriptionJ : 露出開始時にドーム内で測定された気温。単位はケルビン(K)。
------------------------------------------------------------
HeaderKeyWord: DOM-WEND
Category : Environment
Importance : Optional
FormatF : F20.2
Unit : m/s
Recommend : -
Sample : 10.88
Comment : Wind vel. in dome at exp. end (m/s)
DescriptionE : Wind velocity measured in the dome/enclosure at the exposure end (m/s).
DescriptionJ : 露出終了時に測定したドーム内風速(m/s)。
------------------------------------------------------------
HeaderKeyWord: DOM-WMAX
Category : Environment
Importance : Optional
FormatF : F20.2
Unit : m/s
Recommend : -
Sample : 8.34
Comment : Max wind vel. in dome during exp. (m/s)
DescriptionE : Maximum wind velocity (m/s) measured inside of the dome/enclosure during the
exposure.
DescriptionJ : 露出中にドーム内部で測定された最大風速。単位はm/s。
------------------------------------------------------------
HeaderKeyWord: DOM-WMIN
Category : Environment
Importance : Optional
FormatF : F20.2
Unit : m/s
Recommend : -
Sample : 5.22
Comment : Min wind vel. in dome during exp. (m/s)
DescriptionE : Minimum wind velocity (m/s) measured inside of the dome/enclosure during the
exposure.
DescriptionJ : 露出中にドーム内部で測定された最小風速。単位はm/s。
------------------------------------------------------------
HeaderKeyWord: DOM-WND
Category : Environment
Importance : Optional
FormatF : F20.2
Unit : m/s
Recommend : -
Sample : 9.12
Comment : Wind velocity in the dome (m/s)
DescriptionE : Wind velocity measured in the dome/enclosure (m/s).
DescriptionJ : ドーム内で測定した風速(m/s)。
------------------------------------------------------------
HeaderKeyWord: DOM-WSTR
Category : Environment
Importance : Optional
FormatF : F20.2
Unit : m/s
Recommend : -
Sample : 10.99
Comment : Wind vel. in dome at exp. end (m/s)
DescriptionE : Wind velocity measured in the dome/enclosure at the exposure start (m/s).
DescriptionJ : 露出開始時に測定したドーム内風速(m/s)。
------------------------------------------------------------
HeaderKeyWord: NAS-TAVE
Category : Environment
Importance : Optional
FormatF : F20.2
Unit : K
Recommend : -
Sample : 274.01
Comment : Averaged Temperature in Nas.enclosure(K)
DescriptionE : The average of the temperature (Kelvin) in the Nasmyth enclosure.
DescriptionJ : 露出中のナスミス室内の平均温度。単位はケルビン(K)。
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 2-4: Environment(続))
------------------------------------------------------------ HeaderKeyWord: NAS-TMAX Category : Environment Importance : Optional FormatF : F20.2 Unit : K Recommend : - Sample : 274.13 Comment : Max temperature in Nasmyth enclosure (K) DescriptionE : Maximum temperature (Kelvin) in the Nasmyth enclosure. DescriptionJ : 露出中のナスミス室内の最高温度。単位はケルビン(K)。 ------------------------------------------------------------ HeaderKeyWord: NAS-TMIN Category : Environment Importance : Optional FormatF : F20.2 Unit : K Recommend : - Sample : 273.66 Comment : Min temperature in Nasmyth enclosure (K) DescriptionE : Minimum temperature (Kelvin) in the Nasmyth enclosure. DescriptionJ : 露出中のナスミス室内の最低温度。単位はケルビン(K)。 ------------------------------------------------------------ HeaderKeyWord: NAS-TSD Category : Environment Importance : Optional FormatF : F20.1 Unit : K Recommend : - Sample : 0.3 Comment : Standard Dev. of the Nas. room Temp. (K) DescriptionE : Standard deviation of the temperature (Kelvin) in the Nasmyth enclosure. DescriptionJ : 露出中のナスミス室内における温度変化の標準偏差。単位はケルビン(K)。 ------------------------------------------------------------ HeaderKeyWord: OUT-HEND Category : Environment Importance : Optional FormatF : F20.1 Unit : % Recommend : - Sample : 5.7 Comment : Outside humidity at exp. end (%) DescriptionE : Humidity (%) measured outside of the dome/enclosure at the exposure end. DescriptionJ : 露出終了時にドーム外部で測定された湿度。単位はパーセント (%)。 ------------------------------------------------------------ HeaderKeyWord: OUT-HSTR Category : Environment Importance : Optional FormatF : F20.1 Unit : % Recommend : - Sample : 5.5 Comment : Outside humidity at exp. start (%) DescriptionE : Humidity (%) measured outside of the dome/enclosure at the exposure start. DescriptionJ : 露出開始時にドーム外部で測定された湿度。単位はパーセント (%)。 ------------------------------------------------------------ HeaderKeyWord: OUT-HUM Category : Environment Importance : Optional FormatF : F20.1 Unit : % Recommend : - Sample : 15.3 Comment : Humidity measured outside of dome (%) DescriptionE : Humidity (%) measured outside of the dome/enclosure. DescriptionJ : ドーム外部で測定された湿度。単位はパーセント (%)。 ------------------------------------------------------------ HeaderKeyWord: OUT-PEND Category : Environment Importance : Optional FormatF : F20.2 Unit : hpa Recommend : - Sample : 623.12 Comment : Outside Atmos.press. at exp. end (hpa) DescriptionE : Atmospheric pressure (hpa) outside of the dome/enclosure at the exposure end. DescriptionJ : 露出終了時にドーム外部で測定された気圧。単位はhpa。 ------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 2-5: Environment(続))
------------------------------------------------------------
HeaderKeyWord: OUT-PRS
Category : Environment
Importance : Optional
FormatF : F20.2
Unit : hpa
Recommend : -
Sample : 621.45
Comment : Atmospheric pressure outside dome (hpa)
DescriptionE : Atmospheric pressure (hpa) outside of the dome/enclosure.
DescriptionJ : ドーム外部で測定された気圧。単位はhpa。
------------------------------------------------------------
HeaderKeyWord: OUT-PSTR
Category : Environment
Importance : Optional
FormatF : F20.2
Unit : hpa
Recommend : -
Sample : 621.32
Comment : Outside Atmos.press. at exp. start (hpa)
DescriptionE : Atmospheric pressure (hpa) outside of the dome/enclosure at the exposure start.
DescriptionJ : 露出開始時にドーム外部で測定された気圧。単位はhpa。
------------------------------------------------------------
HeaderKeyWord: OUT-TEND
Category : Environment
Importance : Optional
FormatF : F20.2
Unit : K
Recommend : -
Sample : 274.01
Comment : Outside temperature at exp. end (K)
DescriptionE : Temperature (Kelvin) measured outside of the dome/enclosure at the exposure end.
DescriptionJ : 露出終了時にドーム外部で測定された気温。単位はケルビン(K)。
------------------------------------------------------------
HeaderKeyWord: OUT-TMP
Category : Environment
Importance : Optional
FormatF : F20.2
Unit : K
Recommend : -
Sample : 277.39
Comment : Temperature measured outside of dome (K)
DescriptionE : Temperature (Kelvin) measured outside of the dome/enclosure.
DescriptionJ : ドーム外部で測定された気温。単位はケルビン(K)。
------------------------------------------------------------
HeaderKeyWord: OUT-TSTR
Category : Environment
Importance : Optional
FormatF : F20.2
Unit : K
Recommend : -
Sample : 273.44
Comment : Outside temperature at exp. start (K)
DescriptionE : Temperature (Kelvin) measured outside of the dome/enclosure at the exposure start.
DescriptionJ : 露出開始時にドーム外部で測定された気温。単位はケルビン(K)。
------------------------------------------------------------
HeaderKeyWord: OUT-WEND
Category : Environment
Importance : Optional
FormatF : F20.2
Unit : m/s
Recommend : -
Sample : 11.24
Comment : Outside wind velocity at exp. end (m/s)
DescriptionE : Wind velocity (m/s) measured outside of the dome/enclosure at the exposure end.
DescriptionJ : 露出終了時にドーム外部で測定された風速。単位はm/s。
------------------------------------------------------------
HeaderKeyWord: OUT-WMAX
Category : Environment
Importance : Optional
FormatF : F20.2
Unit : m/s
Recommend : -
Sample : 13.19
Comment : Max Outside wind vel. during exp. (m/s)
DescriptionE : Maximum wind velocity (m/s) measured outside of the dome/enclosure during the
exposure.
DescriptionJ : 露出中にドーム外部で測定された最大風速。単位はm/s。
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 2-6: Environment(続))
------------------------------------------------------------
HeaderKeyWord: OUT-WMIN
Category : Environment
Importance : Optional
FormatF : F20.2
Unit : m/s
Recommend : -
Sample : 9.59
Comment : Min Outside wind vel. during exp. (m/s)
DescriptionE : Minimum wind velocity (m/s) measured outside of the dome/enclosure during the
exposure.
DescriptionJ : 露出中にドーム外部で測定された最小風速。単位はm/s。
------------------------------------------------------------
HeaderKeyWord: OUT-WND
Category : Environment
Importance : Optional
FormatF : F20.2
Unit : m/s
Recommend : -
Sample : 6.49
Comment : Wind velocity outside of dome (m/s)
DescriptionE : Wind velocity (m/s) measured outside of the dome/enclosure.
DescriptionJ : ドーム外部で測定された風速。単位はm/s。
------------------------------------------------------------
HeaderKeyWord: OUT-WSTR
Category : Environment
Importance : Optional
FormatF : F20.2
Unit : m/s
Recommend : -
Sample : 9.43
Comment : Outside wind velocity at exp. start(m/s)
DescriptionE : Wind velocity (m/s) measured outside of the dome/enclosure at the exposure start.
DescriptionJ : 露出開始時にドーム外部で測定された風速。単位はm/s。
------------------------------------------------------------
HeaderKeyWord: SEEING
Category : Environment
Importance : Optional
FormatF : F20.2
Unit : arcsec
Recommend : -
Sample : 0.34
Comment : StarSize FWHM at telescope focus(arcsec)
DescriptionE : FWHM of the star size at telescope focus. It'll be measured with autoguider.
Unit is arcsec.
DescriptionJ : 望遠鏡焦点部における星像のFWHM。オートガイダーを用いて測定される。単位はarcsec。
------------------------------------------------------------
HeaderKeyWord: TRAN-END
Category : Environment
Importance : Optional
FormatF : F20.3
Unit : -
Recommend : -
Sample : 0.875
Comment : Sky transparency at the end of exposure
DescriptionE : Sky transparency at the end of exposure
DescriptionJ : 露出終了時の大気透過率。
------------------------------------------------------------
HeaderKeyWord: TRAN-STR
Category : Environment
Importance : Optional
FormatF : F20.3
Unit : -
Recommend : -
Sample : 0.875
Comment : Sky transparency at beginning of exp.
DescriptionE : Sky transparency at the beginning of the exposure.
DescriptionJ : 露出開始時の大気透過率。
------------------------------------------------------------
HeaderKeyWord: TRANSP
Category : Environment
Importance : Optional
FormatF : F20.3
Unit : -
Recommend : -
Sample : 0.875
Comment : Sky transparency
DescriptionE : Sky transparency
DescriptionJ : 露出中の典型的な時刻における大気透過率。
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 2-7: Environment(続))
------------------------------------------------------------ HeaderKeyWord: WEATHER Category : Environment Importance : Optional FormatF : A30 Unit : - Recommend : - Sample : 'CLEAR ' Comment : Weather condition DescriptionE : Weather condition. CLEAR/FINE/nn%CLOUD...? DescriptionJ : 天候情報。CLEAR/FINE/nn%CLOUD...などがある。 ------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 3-1: File)
------------------------------------------------------------
HeaderKeyWord: BLANK
Category : File
Importance : Common
FormatF : I20
Unit : -
Recommend : -
Sample : -32768
Comment : Value used for NULL pixels
DescriptionE : Value used to specify the absence of pixel values. BLANK is normally used to fill
out regions of the frame that have not been exposed e.g. because of windowing.
DescriptionJ : ピクセル値がこのBLANK値と等しい場合、このピクセル値は意味のない値であると解釈される。
------------------------------------------------------------
HeaderKeyWord: BSCALE
Category : File
Importance : Common
FormatF : F20.8
Unit : -
Recommend : -
Sample : 1.12345678
Comment : Real=fits-value*BSCALE+BZERO
DescriptionE : This keyword shall be used, along with the BZERO keyword, when the array pixel
values are not the true physical values. Equation:
physical_value = BZERO + BSCALE x array_value
DescriptionJ : データのピクセル値が実際の物理値を表わしていない時に、そのピクセル値を実際の物理値へ変換するた
めに用いる。その値は、キーワードBZEROと共に書き下される以下の変換式により求められる。
物理値 = BZERO + BSCALE x ピクセル値
------------------------------------------------------------
HeaderKeyWord: BUNIT
Category : File
Importance : Common
FormatF : A10
Unit : -
Recommend : -
Sample : 'ADU '
Comment : Unit of original pixel values
DescriptionE : The value field shall contain a character string, describing the physical units in
which the quantities in the array, after application of BSCALE and BZERO, are
expressed.
DescriptionJ : データが表わす実際の物理値(キーワードBSCALEとキーワードBZEROによる変換式を使ってピクセル
値から計算される)の単位であり、文字列で与えられる。
------------------------------------------------------------
HeaderKeyWord: BZERO
Category : File
Importance : Common
FormatF : F20.8
Unit : -
Recommend : -
Sample : 0.00000001
Comment : Real=fits-value*BSCALE+BZERO
DescriptionE : This keyword shall be used, along with the BSCALE keyword, when the array pixel
values are not the true physical values, to transform the primary data array values
to the true values. Equation: physical_value = BZERO + BSCALE x array_value.
DescriptionJ : データのピクセル値が実際の物理値を表わしていない時に、そのピクセル値を実際の物理値へ変換するた
めに用いられる。この変換式は以下の通りである。物理値 = BZERO + BSCALE x ピクセル値
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 3-2: File(続))
------------------------------------------------------------
HeaderKeyWord: CDELT1
Category : File
Importance : Common
FormatF : F20.8
Unit : -
Recommend : -
Sample : 0.00001212
Comment : X Scale projected on detector (#/pix)
DescriptionE : The value is a floating point number giving the partial derivative of the
coordinate specified by the CTYPE1 keywords with respect to the pixel index,
evaluated at the reference point CRPIX1, in units of the coordinate specified by
the CTYPE1 keyword.
DescriptionJ : キーワードCRPIX1で表わされる基準ピクセルの位置において+1ピクセル移動した時の、キーワード
CTYPE1で表わされる座標値の増分を表わす。
------------------------------------------------------------
HeaderKeyWord: CDELT2
Category : File
Importance : Common
FormatF : F20.8
Unit : -
Recommend : -
Sample : 0.00001155
Comment : Y scale projected on detector (#/pix)
DescriptionE : The value is a floating point number giving the partial derivative of the
coordinate specified by the CTYPE2 keywords with respect to the pixel index,
evaluated at the reference point CRPIX2, in units of the coordinate specified by
the CTYPE2 keyword.
DescriptionJ : キーワードCRPIX2で表わされる基準ピクセルの位置において+1ピクセル移動した時の、キーワード
CTYPE2で表わされる座標値の増分を表わす。
------------------------------------------------------------
HeaderKeyWord: CRPIX1
Category : File
Importance : Common
FormatF : F20.1
Unit : pixel
Recommend : -
Sample : 512.5
Comment : Reference pixel in X (pixel)
DescriptionE : Pixel position of the reference point along #1 axis. By convention the center of
the pixel is pix.0, pix.5 gives the right edge of the pixel and (pix-1).5 its left
edge. Origin is (1,1).
DescriptionJ : 第１軸方向での参照基準点の位置を、その軸上での目盛であるインデックスで表わした浮動小数点値であ
る。ピクセル中央がxxx.0、右端がxxx.5、左端が(xxx-1).5となる。原点は(1,1)。
------------------------------------------------------------
HeaderKeyWord: CRPIX2
Category : File
Importance : Common
FormatF : F20.1
Unit : pixel
Recommend : -
Sample : 512.5
Comment : Reference pixel in Y (pixel)
DescriptionE : Pixel position of the reference point along #2 axis. By convention the center of
the pixel is pix.0,pix.5 gives the bottom edge of pixel and (pix-1).5 its top edge.
Origin is (1,1).
DescriptionJ : 第２軸方向での参照基準点の位置を、その軸上での目盛であるインデックスで表わした浮動小数点値であ
る。ピクセル中央がxxx.0、右端がxxx.5、左端が(xxx-1).5となる。原点は(1,1)。
------------------------------------------------------------
HeaderKeyWord: CRVAL1
Category : File
Importance : Common
FormatF : F20.8
Unit : -
Recommend : -
Sample : 29.33333333
Comment : Physical value of the reference pixel X
DescriptionE : The value field shall contain a floating point number giving the value of the
partial coordinate specified by the CTYPE1 keyword at the reference point CRPIX1.
DescriptionJ : 参照基準点CRPIX1でのCTYPE1の座標における値であり、浮動小数点値で表わされる。
------------------------------------------------------------
HeaderKeyWord: CRVAL2
Category : File
Importance : Common
FormatF : F20.8
Unit : -
Recommend : -
Sample : 2.09777777
Comment : Physical value of the reference pixel Y
DescriptionE : The value field shall contain a floating point number giving the value of the
partial coordinate specified by the CTYPE2 keyword at the reference point CRPIX2.
DescriptionJ : 参照基準点CRPIX2でのCTYPE2の座標における値であり、浮動小数点値で表わされる。
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 3-3: File(続))
------------------------------------------------------------
HeaderKeyWord: CTYPE1
Category : File
Importance : Common
FormatF : A10
Unit : -
Recommend : RA---TAN
Sample : 'RA---TAN'
Comment : Pixel coordinate system
DescriptionE : Type of projection used for X axis. RA---TAN or DEC--TAN for imaging mode, and
WAVELENGTH for dispersion axis of spectroscopy mode.
DescriptionJ : 座標名を表わす文字列。撮像観測の場合は 'RA---TAN' あるいは、'DEC--TAN'となり、分光観測の
場合は 'WAVELENGTH'が推奨される。
------------------------------------------------------------
HeaderKeyWord: CTYPE2
Category : File
Importance : Common
FormatF : A10
Unit : -
Recommend : DEC--TAN
Sample : 'DEC--TAN'
Comment : Pixel coordinate system
DescriptionE : Type of projection used for Y axis. RA---TAN or DEC--TAN for Imaging mode, and
WAVELENGTH for dispersion axis of spectroscopy mode.
DescriptionJ : 座標名を表わす文字列。撮像観測の場合は 'RA---TAN' あるいは、'DEC--TAN'となり、分光観測の
場合は 'WAVELENGTH'が推奨される。
------------------------------------------------------------
HeaderKeyWord: CUNIT1
Category : File
Importance : Common
FormatF : A10
Unit : -
Recommend : degree
Sample : 'degree '
Comment : Units used in both CRVAL1 and CDELT1
DescriptionE : Physical unit used in both CRVAL1 and CDELT1. 'nm' is recommended for spectroscopy
mode.
DescriptionJ : 第１軸が表わす実際の座標値の単位であり、文字列で与えられる。空間情報の場合は 'degree'、波長情
報の場合は 'nm'が推奨される。
------------------------------------------------------------
HeaderKeyWord: CUNIT2
Category : File
Importance : Common
FormatF : A10
Unit : -
Recommend : degree
Sample : 'degree '
Comment : Units used in both CRVAL2 and CDELT2
DescriptionE : Physical unit used in both CRVAL2 and CDELT2. 'nm' is recommended for spectroscopy
mode.
DescriptionJ : 第２軸が表わす実際の座標値の単位であり、文字列で与えられる。空間情報の場合は 'degree'、波長情
報の場合は 'nm'が推奨される。
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 4-1: FITS)
------------------------------------------------------------
HeaderKeyWord: BITPIX
Category : FITS
Importance : Common
FormatF : I20
Unit : -
Recommend : -
Sample : 32
Comment : # of bits storing pix values
DescriptionE : The absolute value specify the number of bits that represent a data value. The only
valid values are: 8, 16 (16-bit integer), 32 (32-bit integer), -32 (IEEE single
precision floating point), -64 (IEEE double precision floating point).
DescriptionJ : キーワードの値は整数であり、その絶対値はデータ構造のサイズを求める際に用いられ、一つのデータ
値を表現するために使われるビット数を表わす。有効な値は次の5つである: 8、16 (16ビット整数)、
32 (32ビット整数)、-32 (単精度浮動小数点値)、-64 (倍精度浮動小数点値)
------------------------------------------------------------
HeaderKeyWord: END
Category : FITS
Importance : Common
FormatF : -
Unit : -
Recommend : -
Sample : -
Comment : -
DescriptionE : This keyword has no associated value. Columns 9-80 shall be filled with ASCII
blanks.
DescriptionJ : このキーワードは値を持たない。9-80列はASCII空白となる。
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 4-2: FITS(続))
------------------------------------------------------------
HeaderKeyWord: EXTEND
Category : FITS
Importance : Common
FormatF : BOOLEAN
Unit : -
Recommend : -
Sample : F
Comment : Presence of FITS Extension
DescriptionE : If FITS file contains extensions, the keyword EXTEND and the value T must appear
in the primary header just after the last NAXISn card image. The presence of this
keyword with the value T in the primary header does not require that extensions be
present.
DescriptionJ : FITSファイルがextensionを持つ場合は、Primary ヘッダ内にこのキーワードを記述し、値を'T'
とする。記述位置は最後に記述されているNAXISnの直後である。このキーワードの記述があり、
その値が'T'であっても、実際にはextensionを持たない、ということも許される。
------------------------------------------------------------
HeaderKeyWord: NAXIS
Category : FITS
Importance : Common
FormatF : I20
Unit : -
Recommend : -
Sample : 2
Comment : # of axes in frame
DescriptionE : The value field shall contain a non-negative integer no greater than 999,
representing the number of axes in an ordinary data array. A value of zero
signifies that no data follow the header in the HDU (Header and Data Unit).
DescriptionJ : このキーワードの値は999を越えない非負の整数であり、データ配列中の軸の数を表わす。この値が0
の場合は、そのFITS要素の中にデータが存在しないことを示す。
------------------------------------------------------------
HeaderKeyWord: NAXIS1
Category : FITS
Importance : Common
FormatF : I20
Unit : pixel
Recommend : -
Sample : 1024
Comment : # of pixels/row
DescriptionE : Number of pixels along the X axis (rows). If NAXIS is equal to 0, there should not
be any NAXISn keywords.
DescriptionJ : データ配列の第１軸方向のデータ要素数を表わす。NAXISが0の場合、NAXISnには一切記述してはなら
ない。
------------------------------------------------------------
HeaderKeyWord: NAXIS2
Category : FITS
Importance : Common
FormatF : I20
Unit : -
Recommend : -
Sample : 1024
Comment : # of rows (also # of scan lines)
DescriptionE : Number of pixels along the Y axis (lines). If NAXIS is equal to 0, there should not
be any NAXISn keywords.
DescriptionJ : データ配列の第２軸方向のデータ要素数を表わす。NAXISが0の場合、NAXISnには一切記述してはなら
ない。
------------------------------------------------------------
HeaderKeyWord: NAXIS3
Category : FITS
Importance : Optional
FormatF : I20
Unit : -
Recommend : -
Sample : 36
Comment : # of the 3rd axis
DescriptionE : Number of pixels along the Z (3rd) axis. If NAXIS is equal to 0, there should not
be any NAXISn keywords.
DescriptionJ : データ配列の第３軸方向のデータ要素数を表わす。NAXISが0の場合、NAXISnには一切記述してはなら
ない。
------------------------------------------------------------
HeaderKeyWord: SIMPLE
Category : FITS
Importance : Common
FormatF : BOOLEAN
Unit : -
Recommend : T
Sample : T
Comment : Standard FITS format
DescriptionE : SIMPLE must be equal to T to conform to FITS. This keyword should be appeared at
the top of the HDU.
DescriptionJ : ファイルがFITSの規約に準拠していれば値をTとする。すばるでは必ず T としなければならない。
プライマリヘッダ部の先頭になければならない。
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 5-1: Instrument)
------------------------------------------------------------
HeaderKeyWord: AUTOGUID
Category : Instrument
Importance : Optional
FormatF : A8
Unit : -
Recommend : -
Sample : 'OFF '
Comment : Auto Guide ON/OFF
DescriptionE : This keyword shows whether the Auto Guider (AG) was ON or OFF. If the value is ON,
it means that the telescope is tracking by using the AG system.
DescriptionJ : Auto Guider(AG)が積分中にONかOFFかを記述する。AGがONとは、AGによるtrackingが行われ
ている事を意味する
------------------------------------------------------------
HeaderKeyWord: BIN-FCT1
Category : Instrument
Importance : Common
FormatF : I20
Unit : pixel
Recommend : -
Sample : 1
Comment : Binning factor of X axis (pixel)
DescriptionE : Binning factor of X axis (pixel) when reading the data. X means a direction of
NAXIS1.
DescriptionJ : データ読みだし時の X 方向のビニング数。X方向とは CCD の NAXIS1 に沿った方向。
------------------------------------------------------------
HeaderKeyWord: BIN-FCT2
Category : Instrument
Importance : Common
FormatF : I20
Unit : pixel
Recommend : -
Sample : 1
Comment : Binning factor of Y axis (pixel)
DescriptionE : Binning factor of Y axis (pixel) when reading the data. Y means a direction of
NAXIS2.
DescriptionJ : データ読みだし時の Y 方向のビニング数。Y方向とは CCD の NAXIS2 に沿った方向。
------------------------------------------------------------
HeaderKeyWord: COADD
Category : Instrument
Importance : Optional
FormatF : I20
Unit : -
Recommend : -
Sample : 10
Comment : Frame is created by # of sub-exposures
DescriptionE : 'COADD' shows how many sub-exposures were co-added into a frame. Integration time
of each sub-exposure is shown in 'EXP1TIME'. Total integration time of a frame
corresponds to the product of 'EXP1TIME' and this 'COADD'.
(EXPTIME = EXP1TIME * COADD)
DescriptionJ : 1 frameが何枚のsub-exposureを足しあわせた物かを記述する。sub-exposureの積分時間は
EXP1TIMEで記述され、EXP1TIMEとCOADDを掛け合わせた物が最終的な1 frameの積分時間に対応す
る。(EXPTIME = EXP1TIME * COADD)
------------------------------------------------------------
HeaderKeyWord: DET-Ann
Category : Instrument
Importance : Optional
FormatF : F20.3
Unit : degree
Recommend : -
Sample : 0.045
Comment : Relative angle of nn-th detector (deg)
DescriptionE : Angle between nn-th detector and instrument's standard line (degree)
DescriptionJ : nn番目の検出器の基準線に対する相対的な取付角 (degree)
------------------------------------------------------------
HeaderKeyWord: DET-ID
Category : Instrument
Importance : Optional
FormatF : I20
Unit : -
Recommend : -
Sample : 2
Comment : ID of the detector used for this data
DescriptionE : ID of the detector used for this fits data. The detector can be identified by the
number when the instrument equips multi detectors.
DescriptionJ : 複数の検出器からなる観測装置の場合、当該データを生成させた検出器(CCD)等の識別子
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 5-2: Instrument(続))
------------------------------------------------------------
HeaderKeyWord: DET-NSMP
Category : Instrument
Importance : Optional
FormatF : I20
Unit : -
Recommend : -
Sample : 1
Comment : # of multi-sampling in an exposure
DescriptionE : number of multi-sampling in an exposure
DescriptionJ : 1回の露出中に複数回の読み出しを行う場合にその回数
------------------------------------------------------------
HeaderKeyWord: DET-P1nn
Category : Instrument
Importance : Optional
FormatF : F20.3
Unit : arcsec
Recommend : -
Sample : 61.875
Comment : Relative X pos of nn-th detector(arcsec)
DescriptionE : X Position of the nn-th detector center relative from the field center or
instrument standard position
DescriptionJ : 複数個の検出器を持つ装置の場合に、装置基準位置、あるいは、フィールドセンターからnn番目の検出
器の中心位置までのX軸(第1軸)方向の相対位置
------------------------------------------------------------
HeaderKeyWord: DET-P2nn
Category : Instrument
Importance : Optional
FormatF : F20.3
Unit : arcsec
Recommend : -
Sample : 120.125
Comment : Relative Y pos of nn-th detector(arcsec)
DescriptionE : Y Position of the nn-th detector center relative from the field center or
instrument standard position
DescriptionJ : 複数個の検出器を持つ装置の場合に、装置基準位置、あるいは、フィールドセンターからnn番目の検出
器の中心位置までのY軸(第2軸)方向の相対位置
------------------------------------------------------------
HeaderKeyWord: DET-RST
Category : Instrument
Importance : Optional
FormatF : I20
Unit : -
Recommend : -
Sample : 2
Comment : reset number before exposure
DescriptionE : Number of detector reset performed before exposure.
DescriptionJ : 露出前に検出器をリセットした回数。
------------------------------------------------------------
HeaderKeyWord: DET-SMPL
Category : Instrument
Importance : Optional
FormatF : A20
Unit : -
Recommend : -
Sample : 'destructive'
Comment : sampling method
DescriptionE : Sampling method of produced image.
DescriptionJ : どのようなパターンでデータをサンプリングしたかを示す文字列。
------------------------------------------------------------
HeaderKeyWord: DET-TAVE
Category : Instrument
Importance : Optional
FormatF : F20.2
Unit : K
Recommend : -
Sample : 121.87
Comment : Average of the detector temperature (K)
DescriptionE : Average of the detector temperature during exposure. Unit is Kelvin (K).
DescriptionJ : 検出器の平均の温度。基本的には時間平均を意味している。単位はケルビン(K)。
------------------------------------------------------------
HeaderKeyWord: DET-TMAX
Category : Instrument
Importance : Optional
FormatF : F20.2
Unit : K
Recommend : -
Sample : 121.99
Comment : Max detector temperature during exp. (K)
DescriptionE : Maximum detector temperature during the exposure. Unit is Kelvin (K).
DescriptionJ : 露出中の検出器の最高温度。単位はケルビン(K)。
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 5-3: Instrument(続))
------------------------------------------------------------
HeaderKeyWord: DET-TMED
Category : Instrument
Importance : Optional
FormatF : F20.2
Unit : K
Recommend : -
Sample : 121.54
Comment : Median of the detector temperature (K)
DescriptionE : Median of the detector temperature during the exposure. Unit is Kelvin (K).
DescriptionJ : 露出中の検出器温度のメジアン値。単位はケルビン(K)。
------------------------------------------------------------
HeaderKeyWord: DET-TMIN
Category : Instrument
Importance : Optional
FormatF : F20.2
Unit : K
Recommend : -
Sample : 125.88
Comment : Min detector temperature during exp. (K)
DescriptionE : Minimum detector temperature during the exposure. Unit is Kelvin (K).
DescriptionJ : 露出中の検出器の最低温度。単位はケルビン(K)。
------------------------------------------------------------
HeaderKeyWord: DET-TMP
Category : Instrument
Importance : Common
FormatF : F20.2
Unit : K
Recommend : -
Sample : 165.12
Comment : Detector temperature (K)
DescriptionE : Detectors' typical (representative) temperature. Unit is Kelvin (K).
DescriptionJ : 検出器の温度の典型的な値(代表値)。単位はケルビン(K)。
------------------------------------------------------------
HeaderKeyWord: DET-Tnn
Category : Instrument
Importance : Optional
FormatF : F20.2
Unit : K
Recommend : -
Sample : 165.13
Comment : nn-th Detector temperature (K)
DescriptionE : nn-th Detectors' typical (representative) temperature. Unit is Kelvin (K).
DescriptionJ : nn番目の検出器温度の典型的な値(代表値)。単位はケルビン(K)。
------------------------------------------------------------
HeaderKeyWord: DET-TSD
Category : Instrument
Importance : Optional
FormatF : F20.2
Unit : K
Recommend : -
Sample : 0.21
Comment : Standard Dev. of the detector temp (K)
DescriptionE : Standard deviation of the detector temperature during the exposure. Unit is Kelvin
(K).
DescriptionJ : 露出中の検出器温度の標準偏差。単位はケルビン(K)。
------------------------------------------------------------
HeaderKeyWord: DET-VER
Category : Instrument
Importance : Optional
FormatF : A30
Unit : -
Recommend : -
Sample : 'Ver.1-c-2'
Comment : Detector control command script name
DescriptionE : Detector control command script name
DescriptionJ : 検出器制御コマンドスクリプトの名前。
------------------------------------------------------------
HeaderKeyWord: DETECTOR
Category : Instrument
Importance : Common
FormatF : A20
Unit : -
Recommend : -
Sample : 'CCD0001 '
Comment : Name of the detector/CCD
DescriptionE : Name/Identification of the detector/CCD.
DescriptionJ : CCD等の検出器の名称
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 5-4: Instrument(続))
------------------------------------------------------------
HeaderKeyWord: DETPXSZ1
Category : Instrument
Importance : Optional
FormatF : F20.4
Unit : mm
Recommend : -
Sample : 0.0401
Comment : Detector pixel size in axis1 (mm)
DescriptionE : Detector pixel size in first axis (NAXIS1). Unit is mm.
DescriptionJ : 検出器の第１軸(NAXIS1)方向のピクセルサイズ。単位は mm。
------------------------------------------------------------
HeaderKeyWord: DETPXSZ2
Category : Instrument
Importance : Optional
FormatF : F20.4
Unit : mm
Recommend : -
Sample : 0.0399
Comment : Detector pixel size in axis2 (mm)
DescriptionE : Detector pixel size in second axis (NAXIS2). Unit is mm.
DescriptionJ : 検出器の第２軸(NAXIS2)方向のピクセルサイズ。単位は mm。
------------------------------------------------------------
HeaderKeyWord: EFP-MIN1
Category : Instrument
Importance : Optional
FormatF : I20
Unit : pixel
Recommend : -
Sample : 5
Comment : Start X pos. of effective area (pix)
DescriptionE : Start pixel position of effective data region in first axis(NAXIS1).
Effective data region means the region excluding overscan region and includes the
information from the sky.
DescriptionJ : 第１軸(NAXIS1)方向の有効領域の開始ピクセル位置。有効領域とはオーバースキャン領域を含まない、
天体の情報を含む領域を指す。
------------------------------------------------------------
HeaderKeyWord: EFP-MIN2
Category : Instrument
Importance : Optional
FormatF : I20
Unit : pixel
Recommend : -
Sample : 10
Comment : Start Y pos. of effective area (pix)
DescriptionE : Start pixel position of effective data region in second axis(NAXIS2).
Effective data region means the region excluding overscan region and includes the
information from the sky.
DescriptionJ : 第２軸(NAXIS2)方向の有効領域の開始ピクセル位置。有効領域とはオーバースキャン領域を含まない、
天体の情報を含む領域を指す。
------------------------------------------------------------
HeaderKeyWord: EFP-RNG1
Category : Instrument
Importance : Optional
FormatF : I20
Unit : pixel
Recommend : -
Sample : 1024
Comment : X Range of overscan area (pix)
DescriptionE : Range of effective data region in first axis(NAXIS1). Unit is pixel.
Effective data region means the region excluding overscan region and includes the
information from the sky.
DescriptionJ : 第１軸(NAXIS1)方向の有効領域のピクセル単位での大きさ。有効領域とはオーバースキャン領域を含ま
ない、天体の情報を含む領域を指す。
------------------------------------------------------------
HeaderKeyWord: EFP-RNG2
Category : Instrument
Importance : Optional
FormatF : I20
Unit : pixel
Recommend : -
Sample : 1024
Comment : Y Range of overscan area (pix)
DescriptionE : Range of effective data region in second axis(NAXIS2). Unit is pixel.
Effective data region means the region excluding overscan region and includes the
information from the sky.
DescriptionJ : 第２軸(NAXIS2)方向の有効領域のピクセル単位での大きさ。有効領域とはオーバースキャン領域を含ま
ない、天体の情報を含む領域を指す。
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 5-5: Instrument(続))
------------------------------------------------------------
HeaderKeyWord: EXP-ID
Category : Instrument
Importance : Common
FormatF : A12
Unit : -
Recommend : -
Sample : CACE00000231
Comment : ID of the exposure this data was taken
DescriptionE : ID of an exposure this data was taken. Effective for multi detectors. First 3
characters represent instrument. The 4th character is 'E'. Remaining 8 digits are
sequential number. The representation of first 3 characters are the same with for
FRAMEID.
DescriptionJ : このデータの撮られた露出を表わすID 番号。複数の検出器に対してこのID番号が使われる。最初の３
文字は観測装置を表わす。４文字目は常に'E'。残りの８桁の数字が通し番号を表わす。最初の３文字の
表記方法はFRAMEIDと同じ。
------------------------------------------------------------
HeaderKeyWord: FLT-Ann
Category : Instrument
Importance : Optional
FormatF : F20.2
Unit : degree
Recommend : -
Sample : 6.12
Comment : Inclination of nn-th Filter (degree)
DescriptionE : Inclination of the nn-th filter reference to optical axis. Unit is degree.
When filter surface is normal to optical axis, this value is 0.0.
DescriptionJ : nn 番目のフィルターの光軸に対する角度。単位は度(degree)。０度の時に光軸とフィルター面が直交
する。
------------------------------------------------------------
HeaderKeyWord: FILTERnn
Category : Instrument
Importance : Optional
FormatF : A30
Unit : -
Recommend : -
Sample : 'FILTER:R'
Comment : Filter name/ID
DescriptionE : Filter/Grism name/ID in nn-th filter wheel which is used in the exposure.
DescriptionJ : nn 番目のフィルターホイールに入っている、観測に使用されたフィルターまたはグリズムの識別子。
nnは２桁の整数。
------------------------------------------------------------
HeaderKeyWord: FRAMEID
Category : Instrument
Importance : Common
FormatF : A12
Unit : -
Recommend : -
Sample : CACA00000478
Comment : Image sequential number
DescriptionE : Sequential number identifying the frame. First 3 characters represent instrument.
The 4th character is 'A' for raw data or 'Q' for reduced data. The following 8
digit is for a sequential number.
DescriptionJ : フレームを識別するための通し番号。最初の３文字は観測装置を表わす。４文字目は生データは'A'、
処理済みには 'Q'がつく。残りの８桁の数字が通し番号を表わす。
------------------------------------------------------------
HeaderKeyWord: GAIN
Category : Instrument
Importance : Common
FormatF : F20.3
Unit : e/ADU
Recommend : -
Sample : 1.456
Comment : AD conversion factor (electron/ADU)
DescriptionE : AD conversion factor of the detector. Unit is electron/ADU.
DescriptionJ : 検出器のA/D変換の係数。単位は electron/ADU。
------------------------------------------------------------
HeaderKeyWord: INS-VER
Category : Instrument
Importance : Optional
FormatF : A30
Unit : -
Recommend : -
Sample : 'FOCAS-H01C01M01F01'
Comment : Version of the instrument /control-soft
DescriptionE : INS-VER describes a version of both the instrument hardware and control-software,
including the detector control-software (Messia) and version of FITS keyword
dictionary.
DescriptionJ : 観測装置のハードおよび制御ソフトウェアのバージョンが記述される。また、CCD制御ソフトウェア
(Messia)のバージョンや FITS辞書のバージョンも含まれる。
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 5-6: Instrument(続))
------------------------------------------------------------
HeaderKeyWord: INST-PA
Category : Instrument
Importance : Optional
FormatF : F20.3
Unit : degree
Recommend : -
Sample : 89.999
Comment : P.A. of Instrument flange (degree)
DescriptionE : Position Angle of the instrument flange (degree). This value will be used for
calculating the Slit P.A. and CCD P.A. The angle is 0 in north direction and 90
degree in east.
DescriptionJ : 観測装置フランジの方位角(Position Angle:P.A.)。スリットと CCD の方位角を計算するのに使わ
れる。単位は度(degree)で、北を0度とし、東を90度とする。
------------------------------------------------------------
HeaderKeyWord: INSTRUME
Category : Instrument
Importance : Common
FormatF : A20
Unit : -
Recommend : -
Sample : 'OHS '
Comment : Name of instrument
DescriptionE : Character string representing the name of the instrument.
DescriptionJ : 観測装置の名称を表わす文字列。
------------------------------------------------------------
HeaderKeyWord: OBS-MOD
Category : Instrument
Importance : Common
FormatF : A30
Unit : -
Recommend : -
Sample : 'Imaging '
Comment : Observation Mode
DescriptionE : Observation Mode of the data taken (Spectroscopy, Imaging, Imaging-Polarimetry,
Spectro-Polarimetry, etc.). The value is defined by Instrument Developers.
DescriptionJ : データ取得時の観測モードが記述される(Spectroscopy, Imaging, Imaging-Polarimetry,
Spectro-Polarimetry, etc.)。値は装置開発者が定義する。
------------------------------------------------------------
HeaderKeyWord: PRD-MIN1
Category : Instrument
Importance : Optional
FormatF : I20
Unit : pixel
Recommend : -
Sample : 1
Comment : Start X pos. of partial readout (pix)
DescriptionE : If the CCD data is taken by partial readout, this keyword shows a start X-position
of partial readout. The value presents a physical CCD pixel where a partial readout
is started (greater than 0).
DescriptionJ : 部分読み出しデータにおいてCCD上の読み出し開始 X 位置を示す。ここで X とは NAXIS1 軸に沿っ
た方向。部分読み出しをしない時は、開始が１となる。もしビニングをした場合でも、この項目の値は
読み出しを開始するCCD上の物理的ピクセル位置を表わす。
------------------------------------------------------------
HeaderKeyWord: PRD-MIN2
Category : Instrument
Importance : Optional
FormatF : I20
Unit : pixel
Recommend : -
Sample : 1
Comment : Start pos Y of partial readout (pix)
DescriptionE : If the CCD data is taken by partial readout, this keyword shows a start Y-position
of partial readout. The value presents a physical CCD pixel where a partial readout
is started (greater than 0).
DescriptionJ : 部分読み出しデータにおいてCCD上の読み出し開始 Y 位置を示す。ここで Y とは NAXIS2 軸に沿っ
た方向。部分読み出しをしない時は、開始が１となる。もしビニングをした場合でも、この項目の値は
読み出しを開始するCCD上の物理的ピクセル位置を表わす。
------------------------------------------------------------
HeaderKeyWord: PRD-RNG1
Category : Instrument
Importance : Optional
FormatF : I20
Unit : pixel
Recommend : -
Sample : 2048
Comment : X Range of the partial readout (pix)
DescriptionE : If the data is taken by partial readout, this keyword shows a range of partial
readout along a X-direction. The value is a actually CCD range being used for
data. PRD-RNG1 = BIN-FCT1 * EFP-RNG1.
DescriptionJ : 部分読み出しデータにおいて PRD-MIN1 (CCD上の部分読み出し開始 X 位置)からの NAXIS1 方向の
読みだしの幅を示す。ビニングをした場合でも、この項目の値は読み出しをするCCD上の物理的
ピクセル幅を表わしている。PRD-RNG1 = BIN-FCT1 * EFP-RNG1
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 5-7: Instrument(続))
------------------------------------------------------------
HeaderKeyWord: PRD-RNG2
Category : Instrument
Importance : Optional
FormatF : I20
Unit : pixel
Recommend : -
Sample : 1024
Comment : Y range of the partial readout (pix)
DescriptionE : If the data is taken by partial readout, this keyword shows a range of partial
readout along a Y-direction. The value is a actually CCD range being used for
data. PRD-RNG2 = BIN-FCT2 * EFP-RNG2.
DescriptionJ : 部分読み出しデータにおいて PRD-MIN2 (CCD上の部分読み出し開始 Y 位置)からの NAXIS2 方向の
読みだしの幅を示す。ビニングをした場合でも、この項目の値は読み出しをするCCD上の物理的
ピクセル幅を表わしている。PRD-RNG2 = BIN-FCT2 * EFP-RNG2
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 6-1: Object)
------------------------------------------------------------
HeaderKeyWord: DATA-TYP
Category : Object
Importance : Common
FormatF : A30
Unit : -
Recommend : -
Sample : 'BIAS '
Comment : Type / Characteristics of this data
DescriptionE : This keyword describe a data type/characteristics.
/OBJECT/BIAS/DARK/DOMEFLAT/SKYFLAT/INSTFLAT/COMPARISON/STANDARD_STAR/...
DescriptionJ : 取得データの種類を記述する。/OBJECT/BIAS/DARK/DOMEFLAT/SKYFLAT/INSTFLAT/COMPARISON
/STANDARD_STAR/...
------------------------------------------------------------
HeaderKeyWord: DATASET
Category : Object
Importance : Object
FormatF : A20
Unit : -
Recommend : -
Sample : 'o98003d1021'
Comment : ID of an observation dataset
DescriptionE : ID of an observation dataset
DescriptionJ : 観測データセットのID。この値は必要に応じて制御系から撮像、あるいはフレーム生成コマンドのパ
ラメータとして投入される。
------------------------------------------------------------
HeaderKeyWord: DEC
Category : Object
Importance : Common
FormatF : A12
Unit : -
Recommend : -
Sample : '-01:23:45.67'
Comment : DEC of pointing (+/-DD:MM:SS.SS)
DescriptionE : Declination of telescope pointing. This value is based on an EQUINOX of observer's
target table. Notice that this value dose NOT show accurate field center of the
instrument.
DescriptionJ : 望遠鏡指向位置の赤緯で、分点は項目 EQUINOX に記述されている。必ずしも観測装置の視野中心と一致
する必要はない。
------------------------------------------------------------
HeaderKeyWord: DEC2000
Category : Object
Importance : Common
FormatF : A12
Unit : -
Recommend : -
Sample : '+20:00:12.34'
Comment : DEC(J2000) of pointing (+/-DD:MM:SS.SS)
DescriptionE : Declination of pointing based on J2000 equinox. If telescope control system is
based on the J2000, this value is equals to the value of keyword DEC. Notice that
this value dose NOT show accurate field center of the instrument.
DescriptionJ : 分点 J2000 に準拠した赤緯。もし項目 EQUINOX に J2000 が用いられていれば、DEC と同じ値と
なる。必ずしも観測装置の視野中心と一致する必要はない。
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 6-2: Object)
------------------------------------------------------------
HeaderKeyWord: EQUINOX
Category : Object
Importance : Common
FormatF : F20.1
Unit : year
Recommend : -
Sample : 1999.01
Comment : Standard FK5 (years)
DescriptionE : Epoch of the mean equator and equinox of the coordinate system used to express the
WCS mapping. (FK5).
DescriptionJ : 望遠鏡指向の基準となる分点。この分点を基準として、RA, DECをヘッダ中に記述する。
------------------------------------------------------------
HeaderKeyWord: OBJECT
Category : Object
Importance : Common
FormatF : A30
Unit : -
Recommend : -
Sample : '3C120 '
Comment : Target Description
DescriptionE : Identification of object observed.
DescriptionJ : 観測対象天体の名称、あるいは、識別子
------------------------------------------------------------
HeaderKeyWord: RA
Category : Object
Importance : Common
FormatF : A12
Unit : -
Recommend : -
Sample : '01:01:02.003'
Comment : RA of telescope pointing (HH:MM:SS.SSS)
DescriptionE : Right Ascension of telescope pointing. This value is based on an EQUINOX. Notice
that this value dose NOT show accurate field center of an instrument.
DescriptionJ : 望遠鏡指向位置の赤経で、分点は項目 EQUINOX に記述されている。必ずしも観測装置の視野中心と一致
する必要はない。
------------------------------------------------------------
HeaderKeyWord: RA2000
Category : Object
Importance : Common
FormatF : A12
Unit : -
Recommend : -
Sample : '21:54:32.123'
Comment : RA(J2000) pointing (HH:MM:SS.SSS)
DescriptionE : Right Ascension of pointing based on J2000 equinox. If telescope control system is
based on the J2000, this value is equals to the value of keyword RA. Notice that
this value dose NOT show accurate field center of the instrument.
DescriptionJ : 分点 J2000 に準拠した望遠鏡指向位置の赤経。必ずしも観測装置の視野中心と一致する必要はない。
------------------------------------------------------------
HeaderKeyWord: RADECSYS
Category : Object
Importance : Common
FormatF : A8
Unit : -
Recommend : FK5
Sample : 'FK5 '
Comment : The equatorial coordinate system
DescriptionE : The equatorial coordinate system used at observatory. FK5 is the default system at
SUBARU.
DescriptionJ : すばるで用いている空間座標系の基準。推奨値、FK5。
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 7-1: Origin)
------------------------------------------------------------ HeaderKeyWord: F-RATIO Category : Origin Importance : Optional FormatF : F20.2 Unit : - Recommend : - Sample : 6.12 Comment : Monochromatic F-Ratio of the camera DescriptionE : Monochromatic F-Ratio of the instrument camera. DescriptionJ : 装置のF値。 ------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 7-2: Origin(続))
------------------------------------------------------------
HeaderKeyWord: FOC-LEN
Category : Origin
Importance : Optional
FormatF : F20.3
Unit : mm
Recommend : -
Sample : 100000.111
Comment : Focal length of the telescope (mm)
DescriptionE : Focal length of the telescope.
DescriptionJ : 望遠鏡の焦点距離。
------------------------------------------------------------
HeaderKeyWord: FOC-POS
Category : Origin
Importance : Common
FormatF : A12
Unit : -
Recommend : -
Sample : 'CASSEGRAIN'
Comment : Focus where the instrument is attached
DescriptionE : Focus name where the instrument is attached. /PRIME/CASSEGRAIN/NASMYTH-IR
/NASMYTH-OPT/COUDE/
DescriptionJ : 観測装置が装着されている焦点名。
------------------------------------------------------------
HeaderKeyWord: FOC-VAL
Category : Origin
Importance : Common
FormatF : F20.3
Unit : mm
Recommend : -
Sample : 100000.254
Comment : Encoder value of the focus unit (mm)
DescriptionE : Position of the telescope focus unit (secondary mirror, prime focus unit).
DescriptionJ : 望遠鏡の合焦に使用されるユニットの位置。
------------------------------------------------------------
HeaderKeyWord: OBSERVAT
Category : Origin
Importance : Common
FormatF : A20
Unit : -
Recommend : NAOJ
Sample : 'NAOJ '
Comment : Observatory
DescriptionE : Observatory where the data was taken. Recommended values are 'NAOJ ' or
'Natl.Astr.Obs.Japan'.
DescriptionJ : データの取得された観測所名。'NAOJ 'あるいは、'Natl.Astr.Obs.Japan'を使用すること。
------------------------------------------------------------
HeaderKeyWord: OBSERVER
Category : Origin
Importance : Common
FormatF : A50
Unit : -
Recommend : -
Sample : 'G.KOSUGI, et al.'
Comment : Name(s) of observer(s)
DescriptionE : This keyword shows the name(s) of observer(s) who took the data.
DescriptionJ : 当該データを取得した観測者(グループ)。
------------------------------------------------------------
HeaderKeyWord: PROP-ID
Category : Origin
Importance : Common
FormatF : A8
Unit : -
Recommend : -
Sample : 'o98003 '
Comment : Proposal ID
DescriptionE : Proposal ID of the observation.
DescriptionJ : 観測プロポーザルID。
------------------------------------------------------------
HeaderKeyWord: TELESCOP
Category : Origin
Importance : Common
FormatF : A30
Unit : -
Recommend : -
Sample : 'Subaru '
Comment : Telescope/System which Inst. is attached
DescriptionE : Subaru / Hilo Software Simulator / Hilo Optical Simulator
/ Mitaka Software Simulator / Mitaka Optical Simulator
DescriptionJ : データ取得に使用された望遠鏡・システム名。Subaru / Hilo Software Simulator
/ Hilo Optical Simulator / Mitaka Software Simulator / Mitaka Optical Simulator。
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 8-1: Polarimetry)
------------------------------------------------------------
HeaderKeyWord: POL-ANGn
Category : Polarimetry
Importance : Optional
FormatF : F20.2
Unit : degree
Recommend : -
Sample : 45.01
Comment : P.A. of n-th Polarizer (degree)
DescriptionE : Position Angle (degree) of the n-th Polarizer. The angle for the north is 0 degree,
and increases for eastwardrotation.
DescriptionJ : 偏光素子のセットされた位置角。北方向を０度とし、東回りに増加する。単位はdegree。
------------------------------------------------------------
HeaderKeyWord: POLARIZn
Category : Polarimetry
Importance : Polarimetry
FormatF : A30
Unit : -
Recommend : -
Sample : 'Polarizer01'
Comment : Identifier of n-th Polarizer
DescriptionE : Name or identifier of n-th Polarizer.
DescriptionJ : ｎ番目の偏光素子の名前あるいはID。
------------------------------------------------------------
HeaderKeyWord: RET-ANGn
Category : Polarimetry
Importance : Polarimetry
FormatF : F20.2
Unit : degree
Recommend : -
Sample : 30.12
Comment : P.A. of n-th Retarder Plate (degree)
DescriptionE : Position angle of n-th Retarder Plate
DescriptionJ : ｎ番目の波長板の回転角。単位は degree。
------------------------------------------------------------
HeaderKeyWord: RETPLATn
Category : Polarimetry
Importance : Polarimetry
FormatF : A30
Unit : -
Recommend : -
Sample : 'Retarder01'
Comment : Identifier of n-th Retarder Plate
DescriptionE : Name or identifier of n-th Retarder Plate for Polarimetry
DescriptionJ : ｎ番目の波長板の名前あるいはID。
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 9-1: Spectroscopy)
------------------------------------------------------------
HeaderKeyWord: APERTURE
Category : Spectroscopy
Importance : Optional
FormatF : A30
Unit : -
Recommend : -
Sample : 'Aperture01'
Comment : Identifier of the entrance aperture
DescriptionE : This keyword shows an ID of the aperture mask. Detailed parameters of the aperture
mask can be seen in an aperture list which is provided by the instrument group.
DescriptionJ : 用いられたAperture maskのIDを記述する。各Apertureの詳細なパラメータについては各観測装置
グループが用意するAperture Listを参照の事。
------------------------------------------------------------
HeaderKeyWord: APT-SIZE
Category : Spectroscopy
Importance : Optional
FormatF : F20.3
Unit : arcsec
Recommend : -
Sample : 0.805
Comment : Diameter of the aperture (arcsec)
DescriptionE : This keyword shows a diameter of the aperture mask (arcsec). Detailed parameters of
the aperture mask (e.g. shape and size) can be seen in an Aperture list which will
be provided by the instrument group. (See also 'APERTURE'.)
DescriptionJ : Apertureの直径の大きさを記述する。単位はarcsec。詳しいApertureの形状等は装置ごとに用意さ
れるAperture listを参照の事。(APERTUREの項も参照の事)
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 9-2: Spectroscopy(続))
------------------------------------------------------------
HeaderKeyWord: APTC-DEC
Category : Spectroscopy
Importance : Optional
FormatF : F20.8
Unit : degree
Recommend : -
Sample : 138.28976543
Comment : DEC of the aperture center (degree)
DescriptionE : This keyword shows a declination of the aperture center (degree). A position
described by 'APTC-RA' and this 'APTC-DEC' corresponds to that on the detector
described by 'APTCPIX1' and 'APTCPIX2'. (See 'APTCPIX1' and 'APTCPIX2')
DescriptionJ : Aperture中心のDec.を記述する。単位はdegree。これとAPTC-RAで記述される位置が、検出器上で
はAPTCPIX1, APTCPIX2に対応する。(APTCPIX1,APTCPIX2も参照の事)
------------------------------------------------------------
HeaderKeyWord: APTC-RA
Category : Spectroscopy
Importance : Optional
FormatF : F20.8
Unit : degree
Recommend : -
Sample : 23.45678901
Comment : RA of the aperture center (degree)
DescriptionE : 'APTC-RA' shows a right ascension of the aperture center (degree). A position
described by 'APTC-DEC' and this 'APTC-RA' corresponds to a position on the
detector described by 'APTCPIX1' and 'APTCPIX2'. (See 'APTCPIX1' and 'APTCPIX2')
DescriptionJ : Aperture中心のR.A.を記述する。単位はdegree。これとAPTC-DECで記述される位置が、検出器上
ではAPTCPIX1, APTCPIX2に対応する。(APTCPIX1,APTCPIX2も参照の事)
------------------------------------------------------------
HeaderKeyWord: APTCPIX1
Category : Spectroscopy
Importance : Optional
FormatF : F20.1
Unit : pixel
Recommend : -
Sample : 511.5
Comment : Aperture center projected on det.(pix)
DescriptionE : This keyword shows a position on the detector where a ray of 'WAVELEN' come from
the aperture center was dropped. This is written in a unit of pixel along the first
axis described by NAXIS1 keyword.
DescriptionJ : Aperture中心から来た波長WAVELENの光が落ちる検出器上の位置を記述する。NAXIS1で記述される
軸に沿った値で、単位はpixel。
------------------------------------------------------------
HeaderKeyWord: APTCPIX2
Category : Spectroscopy
Importance : Optional
FormatF : F20.1
Unit : pixel
Recommend : -
Sample : 511.5
Comment : Aperture center projected on det.(pix)
DescriptionE : This keyword shows a position on the detector where a ray of 'WAVELEN' come from
the aperture center was dropped. This is written in a unit of pixel along the
second axis described by NAXIS2 keyword.
DescriptionJ : Aperture中心から来た波長WAVELENの光が落ちる検出器上の位置を記述する。NAXIS2で記述される
軸に沿った値で、単位はpixel。
------------------------------------------------------------
HeaderKeyWord: DISPAXIS
Category : Spectroscopy
Importance : Spectroscopy
FormatF : I20
Unit : -
Recommend : -
Sample : 1
Comment : Dispersion axis in frame
DescriptionE : The number of axis (n of NAXISn) along to dispersion.
DescriptionJ : スペクトルの分散方向の軸番号(NAXISnのnに対応)
------------------------------------------------------------
HeaderKeyWord: DISPERSR
Category : Spectroscopy
Importance : Spectroscopy
FormatF : A20
Unit : -
Recommend : -
Sample : 'Grism500-6400'
Comment : Identifier of the disperser used
DescriptionE : Identifier (Name, grooves, etc.) of the disperser used.
DescriptionJ : 使用している分散素子の名前など
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 9-3: Spectroscopy(続))
------------------------------------------------------------
HeaderKeyWord: SLIT
Category : Spectroscopy
Importance : Spectroscopy
FormatF : A20
Unit : -
Recommend : -
Sample : 'Longslit03'
Comment : Identifier of the entrance slit used
DescriptionE : Identifier (Name, etc.) of the entrance slit used.
DescriptionJ : 使用しているスリットの名前
------------------------------------------------------------
HeaderKeyWord: SLT-LEN
Category : Spectroscopy
Importance : Spectroscopy
FormatF : F20.3
Unit : arcsec
Recommend : -
Sample : 65.255
Comment : Length of the slit used (arcsec)
DescriptionE : Length of the slit used. (arcsec)
DescriptionJ : スリットを天球面に投影したときの空間的な長さ (arcsec)
------------------------------------------------------------
HeaderKeyWord: SLT-OBJP
Category : Spectroscopy
Importance : Optional
FormatF : F20.3
Unit : arcsec
Recommend : -
Sample : 30.254
Comment : Object position on the slit (arcsec)
DescriptionE : Object's position on the slit (arcsec). The zero point is defined for each
instrument.
DescriptionJ : スリット上の天体の位置(スリットに沿った方向)。原点は観測装置ごとに定める。
------------------------------------------------------------
HeaderKeyWord: SLT-PA
Category : Spectroscopy
Importance : Spectroscopy
FormatF : F20.1
Unit : degree
Recommend : -
Sample : 33.3
Comment : Slit Position Angle (degree)
DescriptionE : Typical position angle of the slit during exposure (degree). 0 degree for the
north, and increased for the east direction.
DescriptionJ : 露出中のスリットの典型的な位置角。北を０度とし、東回りに取った角度で表わされる。
------------------------------------------------------------
HeaderKeyWord: SLT-PEND
Category : Spectroscopy
Importance : Optional
FormatF : F20.1
Unit : degree
Recommend : -
Sample : 32.2
Comment : Slit PA at exposure end (degree)
DescriptionE : Position angle of the slit at the end of exposure (degree). The method of defining
the angle is the same with 'SLT-PA'.
DescriptionJ : 露出終了時のスリットの位置角。角度の定義は'SLT-PA'に同じ。
------------------------------------------------------------
HeaderKeyWord: SLT-PSTR
Category : Spectroscopy
Importance : Optional
FormatF : F20.1
Unit : degree
Recommend : -
Sample : 34.4
Comment : Slit PA at exposure start (degree)
DescriptionE : Position angle of the slit at the start of exposure (degree). The method of
defining the angle is the same with 'SLT-PA'.
DescriptionJ : 露出開始時のスリットの位置角。角度の定義は'SLT-PA'に同じ。
------------------------------------------------------------
HeaderKeyWord: SLT-WID
Category : Spectroscopy
Importance : Spectroscopy
FormatF : F20.3
Unit : arcsec
Recommend : -
Sample : 0.155
Comment : Width of the slit used (arcsec)
DescriptionE : Width of the slit used. (arcsec)
DescriptionJ : 天球面に投影した時のスリット幅 (arcsec)
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 9-4: Spectroscopy(続))
------------------------------------------------------------ HeaderKeyWord: SLTC-DEC Category : Spectroscopy Importance : Optional FormatF : F20.5 Unit : degree Recommend : - Sample : 188.73662 Comment : slit center DEC at the EQUINOX (degree) DescriptionE : DEC corresponding to slit center described by the EQUINOX (degree) DescriptionJ : EQUINOXで示される分点でのスリット中心の赤緯 ------------------------------------------------------------ HeaderKeyWord: SLTC-RA Category : Spectroscopy Importance : Optional FormatF : F20.5 Unit : degree Recommend : - Sample : -12.58243 Comment : slit center RA at the EQUINOX (degree) DescriptionE : RA corresponding to slit center described by the EQUINOX (degree). DescriptionJ : EQUINOXで示される分点でのスリット中心の赤経 ------------------------------------------------------------ HeaderKeyWord: SLTCPIX1 Category : Spectroscopy Importance : Spectroscopy FormatF : F20.1 Unit : pixel Recommend : - Sample : 512.5 Comment : Slit center projected on detector(pixel) DescriptionE : Slit center projected on detector at WAVELENGTH for the axis 1 (pixel) DescriptionJ : 検出器上でのWAVELEN にあたる波長とスリット中心に相当する位置。第１軸について。 ------------------------------------------------------------ HeaderKeyWord: SLTCPIX2 Category : Spectroscopy Importance : Spectroscopy FormatF : F20.1 Unit : pixel Recommend : - Sample : 512.5 Comment : Slit center projected on detector(pixel) DescriptionE : Slit center projected on detector at WAVELENGTH for the axis 2 (pixel) DescriptionJ : 検出器上でのWAVELENにあたる波長とスリット中心に相当する位置。第２軸について。 ------------------------------------------------------------ HeaderKeyWord: WAV-MAX Category : Spectroscopy Importance : Spectroscopy FormatF : F20.4 Unit : nm Recommend : - Sample : 6522.1234 Comment : Longest wavelen. focused on detector(nm) DescriptionE : Longest wavelength focused on the detector (nm). DescriptionJ : 検出器に写っている波長の最大値。 ------------------------------------------------------------ HeaderKeyWord: WAV-MIN Category : Spectroscopy Importance : Spectroscopy FormatF : F20.4 Unit : nm Recommend : - Sample : 6585.5432 Comment : Shortest wavelen.focused on detector(nm) DescriptionE : Shortest wavelength focused on the detector (nm). DescriptionJ : 検出器に写っている波長の最小値。 ------------------------------------------------------------ HeaderKeyWord: WAVELEN Category : Spectroscopy Importance : Spectroscopy FormatF : F20.4 Unit : nm Recommend : - Sample : 655.3278 Comment : Wavelength at detector center (nm) DescriptionE : Central wavelength of focused on the detector (nm). DescriptionJ : 観測されたデータの中心波長 ------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 10-1: Telescope)
------------------------------------------------------------
HeaderKeyWord: ADC
Category : Telescope
Importance : Optional
FormatF : F20.3
Unit : degree
Recommend : -
Sample : 11.244
Comment : ADC PA during exposure (degree)
DescriptionE : Typical position angle of atmospheric dispersion compensator during exposure
(degree).
DescriptionJ : 露出中の大気分散補償器の位置角の典型的な値。(degree)
------------------------------------------------------------
HeaderKeyWord: ADC-END
Category : Telescope
Importance : Optional
FormatF : F20.3
Unit : degree
Recommend : -
Sample : 12.929
Comment : ADC PA at exposure end (degree)
DescriptionE : Position angle of atmospheric dispersion compensator at the end of exposure
(degree).
DescriptionJ : 露出終了時の大気分散補償器の位置角。(degree)
------------------------------------------------------------
HeaderKeyWord: ADC-STR
Category : Telescope
Importance : Optional
FormatF : F20.3
Unit : degree
Recommend : -
Sample : 12.989
Comment : ADC PA at exposure start (degree)
DescriptionE : Position angle of atmospheric dispersion compensator at the start of exposure
(degree).
DescriptionJ : 露出開始時の大気分散補償器の位置角。
------------------------------------------------------------
HeaderKeyWord: ADC-TYPE
Category : Telescope
Importance : Optional
FormatF : A20
Unit : -
Recommend : -
Sample : 'BLUE '
Comment : ADC name/type if used
DescriptionE : Identifier of atmospheric dispersion compensator used (BLUE, NONE).
DescriptionJ : 用いられた大気分散補償器の種類。(BLUE, NONE)
------------------------------------------------------------
HeaderKeyWord: AG-PRB1
Category : Telescope
Importance : Optional
FormatF : F20.3
Unit : mm
Recommend : -
Sample : 25.234
Comment : AG Probe position (r:mm,x:mm)
DescriptionE : First axis component of auto guider's probe position(mm). (CASS/NAS:r:mm, PF:x:mm).
DescriptionJ : オートガイダーの位置の第１軸成分(mm)。主焦点ではＸ方向、その他の焦点では動径方向を意味する。
------------------------------------------------------------
HeaderKeyWord: AG-PRB2
Category : Telescope
Importance : Optional
FormatF : F20.3
Unit : degree
Recommend : -
Sample : 25.234
Comment : AG Probe position (Theta:degree, y:mm)
DescriptionE : Second axis component of auto guider probe position(CASS/NAS:Theta:degree,PF:y:mm).
DescriptionJ : オートガイダーの位置の第２軸成分。主焦点ではＹ方向、その他の焦点では回転方向を意味する。
------------------------------------------------------------
HeaderKeyWord: ALT-END
Category : Telescope
Importance : Optional
FormatF : F20.5
Unit : degree
Recommend : -
Sample : 78.12345
Comment : Altitude at exposure end (degree)
DescriptionE : Altitude of telescope pointing at exposure end (degree).
DescriptionJ : 露出終了時の仰角。単位はdegree。多重露出フレームの場合は、最終露出終了時の仰角。
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 10-2: Telescope(続))
------------------------------------------------------------
HeaderKeyWord: ALT-STR
Category : Telescope
Importance : Optional
FormatF : F20.5
Unit : degree
Recommend : -
Sample : 78.15678
Comment : Altitude at start exposure (degree)
DescriptionE : Altitude of telescope pointing at exposure start (degree).
DescriptionJ : 露出終了時の仰角。単位はdegree。多重露出フレームの場合は、最初の露出開始の仰角。
------------------------------------------------------------
HeaderKeyWord: ALTITUDE
Category : Telescope
Importance : Optional
FormatF : F20.5
Unit : degree
Recommend : -
Sample : 78.23456
Comment : Altitude of telescope pointing (degree)
DescriptionE : Typical altitude of telescope pointing (degree). Altitude changes during the
exposure.
DescriptionJ : 観測中の典型的な仰角。露出の中間時刻における仰角が望ましい。
------------------------------------------------------------
HeaderKeyWord: AO-FREQ
Category : Telescope
Importance : Optional
FormatF : I20
Unit : Hz
Recommend : -
Sample : 10
Comment : frequency of AO loop (Hz)
DescriptionE : Frequency of AO control (Hz). Times per second the deformable mirror was
transformed.
DescriptionJ : AO の制御(波面補正)周波数(Hz)。可変形鏡を１秒間に変形させた(＝波面補正)回数。
------------------------------------------------------------
HeaderKeyWord: AO-TIP
Category : Telescope
Importance : Optional
FormatF : A8
Unit : -
Recommend : -
Sample : 'ON '
Comment : Action of AO tip-tilt Mirror (ON/OFF)
DescriptionE : Action of AO tip-tilt Mirror (ON/OFF)
DescriptionJ : AO の tip-tilt 鏡を作動させたか否か(有／無)。値： 'ON ' または 'OFF '
------------------------------------------------------------
HeaderKeyWord: AO-WFS
Category : Telescope
Importance : Optional
FormatF : F20.5
Unit : -
Recommend : -
Sample : 1.21111??
Comment : sigma of residual wave front??
DescriptionE : sigma of residual wave front??
DescriptionJ : ウェーブフロントセンサーでの補正後の残差??
------------------------------------------------------------
HeaderKeyWord: AZ-END
Category : Telescope
Importance : Optional
FormatF : F20.5
Unit : degree
Recommend : -
Sample : -23.45678
Comment : Azimuth angle at exposure end (degree)
DescriptionE : Azimuth angle of telescope when an exposure ends (degree). North is 0, East is 90
degree.
DescriptionJ : 露出終了時の方位角。多重露出フレームの場合は、最終露出の終了時の方位角。北が0度、東が90度。
------------------------------------------------------------
HeaderKeyWord: AZ-STR
Category : Telescope
Importance : Optional
FormatF : F20.5
Unit : degree
Recommend : -
Sample : 23.56789
Comment : Azimuth angle at exposure start (degree)
DescriptionE : Azimuth angle of telescope when an exposure begins (degree). North is 0, East is 90
degree.
DescriptionJ : 露出開始時の方位角。多重露出フレームの場合は、最初の露出の開始時の方位角。北が0度、東が90
度。
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 10-3: Telescope(続))
------------------------------------------------------------
HeaderKeyWord: AZIMUTH
Category : Telescope
Importance : Optional
FormatF : F20.5
Unit : degree
Recommend : -
Sample : 23.51111
Comment : Azimuth of telescope pointing (degree)
DescriptionE : Typical azimuth angle of the telescope during the exposure (degree). North is 0,
and East is 90.
DescriptionJ : 露出中の典型的な方位角。北が０度、東が９０度。露出の中間時刻における方位角が望ましい。
------------------------------------------------------------
HeaderKeyWord: IMGROT
Category : Telescope
Importance : Optional
FormatF : F20.3
Unit : degree
Recommend : -
Sample : 45.998
Comment : Angle of the Image Rotator (degree)
DescriptionE : This keyword shows a typical angle of the Image Rotator during the exposure
(degree). (See 'IMR-END' and 'IMR-STR'.) The angle for the north is 0, and
increases for eastwardrotation. The range of the angle is from 0 to 360 degree.
DescriptionJ : Image Rotatorの露出中の典型的な角度を記述する。単位はdegree。(IMR-END、IMR-STRも参照の
事)。北の方角が0度、東回りで増加する。値の範囲は0度から360度である。
------------------------------------------------------------
HeaderKeyWord: IMR-TYPE
Category : Telescope
Importance : Optional
FormatF : A20
Unit : -
Recommend : -
Sample : 'RED '
Comment : Identifier of the image rotator
DescriptionE : This keyword shows a kind of the Image Rotator used for the observation. 'RED',
'BLUE', 'IR' indicate the Image Rotators for opt-red wavelength, opt-blue
wavelength, and IR wavelength, respectively. If the Image Rotator is not used, the
value is 'NONE'.
DescriptionJ : 使用されているImage rotatorの種類を記述する。種類としてはRED(可視赤用)、BLUE(可視青用)、
IR(赤外用)およびNONE(rotatorなし)がある。
------------------------------------------------------------
HeaderKeyWord: IMR-END
Category : Telescope
Importance : Optional
FormatF : F20.3
Unit : degree
Recommend : -
Sample : 45.954
Comment : Image rotator angle at end (degree)
DescriptionE : This keyword shows an angle of the Image Rotator (degree) at the end of the
exposure. (See also 'IMGROT')
DescriptionJ : 露出終了時点での、Image Rotatorの原点位置からの角度を記述する。単位はdegree。角度の定義に
ついては IMGROTを参照のこと。
------------------------------------------------------------
HeaderKeyWord: IMR-STR
Category : Telescope
Importance : Optional
FormatF : F20.3
Unit : degree
Recommend : -
Sample : 46.229
Comment : Image rotator angle at start (degree)
DescriptionE : This keyword shows an angle of the Image Rotator (degree) at the beginning of the
exposure. (See also 'IMGROT')
DescriptionJ : 露出開始時点での、Image Rotatorの原点位置からの角度を記述する。単位はdegree。角度の定義に
ついては IMGROTを参照のこと。
------------------------------------------------------------
HeaderKeyWord: INR-END
Category : Telescope
Importance : Optional
FormatF : F20.3
Unit : degree
Recommend : -
Sample : -23.456
Comment : Instrument Rotator angle at end (degree)
DescriptionE : Angle of instrument rotator at the end of the exposure (degree).
DescriptionJ : 露出終了時の instrument rotator 回転角。多重露出フレームの場合は、最終露出の終了時の回転角。
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 10-4: Telescope(続))
------------------------------------------------------------
HeaderKeyWord: INR-STR
Category : Telescope
Importance : Optional
FormatF : F20.3
Unit : degree
Recommend : -
Sample : 14.567
Comment : Instrument Rotator angle at Start (deg)
DescriptionE : Angle of instrument rotator at the start of the exposure (degree).
DescriptionJ : 露出開始時の instrument rotator 回転角。多重露出フレームの場合は、最初の露出開始時の回転角。
------------------------------------------------------------
HeaderKeyWord: INSROT
Category : Telescope
Importance : Optional
FormatF : F20.3
Unit : degree
Recommend : -
Sample : -23.444
Comment : Typical inst. rot. angle at exp.(degree)
DescriptionE : Typical angle of instrument rotator during the exposure (degree).
DescriptionJ : 露出時の典型的 instrument rotator 回転角。露出開始時と終了時の中間時刻における回転角が望ま
しい。
------------------------------------------------------------
HeaderKeyWord: M2-ANG1
Category : Telescope
Importance : Optional
FormatF : F20.3
Unit : arcmin
Recommend : -
Sample : 0.015
Comment : Theta X of the M2 (arcmin)
DescriptionE : X-direction Angle of the secondary mirror (arcmin).
DescriptionJ : 第２鏡のＸ方向の角度(arcmin)。
------------------------------------------------------------
HeaderKeyWord: M2-ANG2
Category : Telescope
Importance : Optional
FormatF : F20.3
Unit : arcmin
Recommend : -
Sample : 0.026
Comment : Theta Y of the M2 (arcmin)
DescriptionE : Y-direction Angle of the secondary mirror (arcmin).
DescriptionJ : 第２鏡のＹ方向の角度(arcmin)
------------------------------------------------------------
HeaderKeyWord: M2-ANG3
Category : Telescope
Importance : Optional
FormatF : F20.3
Unit : arcmin
Recommend : -
Sample : 0.026
Comment : Theta Z of the M2 (arcmin)
DescriptionE : Z-direction Angle of the secondary mirror (arcmin).
DescriptionJ : 第２鏡のＺ方向の角度(arcmin)
------------------------------------------------------------
HeaderKeyWord: M2-POS1
Category : Telescope
Importance : Optional
FormatF : F20.3
Unit : mm
Recommend : -
Sample : 5.123
Comment : X-Position of the M2 (mm)
DescriptionE : X-direction Position of the secondary mirror (mm).
DescriptionJ : 第２鏡のＸ方向の位置 (mm)
------------------------------------------------------------
HeaderKeyWord: M2-POS2
Category : Telescope
Importance : Optional
FormatF : F20.3
Unit : mm
Recommend : -
Sample : 0.023
Comment : Y-Position of the M2 (mm)
DescriptionE : Y-direction Position of the secondary mirror (mm).
DescriptionJ : 第２鏡のＹ方向の位置 (mm)
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 10-5: Telescope(続))
------------------------------------------------------------
HeaderKeyWord: M2-POS3
Category : Telescope
Importance : Optional
FormatF : F20.3
Unit : mm
Recommend : -
Sample : 0.023
Comment : Z-Position of the M2 (mm)
DescriptionE : Z-direction Position of the secondary mirror (mm).
DescriptionJ : 第２鏡のＺ方向の位置 (mm)
------------------------------------------------------------
HeaderKeyWord: M2-TIP
Category : Telescope
Importance : Optional
FormatF : A8
Unit : -
Recommend : -
Sample : 'OFF '
Comment : Tip/Tilt of the Secondary Mirror(ON/OFF)
DescriptionE : Tip-Tilt of the secondary mirror (ON/OFF).
DescriptionJ : 第２鏡の Tip-Tilt の有無 (ON/OFF)
------------------------------------------------------------
HeaderKeyWord: M2-TYPE
Category : Telescope
Importance : Optional
FormatF : A8
Unit : -
Recommend : -
Sample : 'Opt '
Comment : Type of the Secondary Mirror (Opt/IR)
DescriptionE : Type of the Secondary Mirror (Opt/IR)
DescriptionJ : 第２鏡の種類 (Opt/IR)
------------------------------------------------------------
HeaderKeyWord: OBS-ALOC
Category : Telescope
Importance : Common
FormatF : A12
Unit : -
Recommend : -
Sample : 'OBSERVATION'
Comment : Allocation mode for Instrument
DescriptionE : The status of the allocation mode for Instrument. This keyword describes whether
the instrument is in Observing or Stand-by mode.
DescriptionJ : 観測装置の取り付け状態(観測状態で望遠鏡に付いているか待機状態で待機室内にあるかの区別)を示
す項目。観測装置が待機室内にあってもデータの取得が可能なので、装置の状況を区別する必要が
ある。取り得る値は、STAND-BY と OBSERVATION。
------------------------------------------------------------
HeaderKeyWord: SV-PRB
Category : Telescope
Importance : Optional
FormatF : F20.3
Unit : mm
Recommend : -
Sample : 10.598
Comment : SV Probe position (mm)
DescriptionE : This keyword shows the (radius) position of slit viewer's probe. The value of 0
corresponds to center of optical axis and unit is in mm.
DescriptionJ : Slit Viewer Probeの位置(動径方向成分)を記述する。原点は光軸中心であり単位はmm。Slit Viewer
のprobeの位置は１次元で表わされる。
------------------------------------------------------------
HeaderKeyWord: TELFOCUS
Category : Telescope
Importance : Common
FormatF : A30
Unit : -
Recommend : -
Sample : 'CASSEGRAIN'
Comment : Focus where a beam is reachable
DescriptionE : Focus where a beam is reachable. /PRIME/CASSEGRAIN/NASMYTH-IR/NASMYTH-OPT/COUDE/
DescriptionJ : 天体からの光がどの焦点に到達するかを記述。取り得る値は PRIME, CASSEGRAIN, NASMYTH-IR,
NASMYTH-OPT, COUDE。FOC-POS と比較することで、装置に光が届いているかをチェックできる。
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 11-1: Time)
------------------------------------------------------------
HeaderKeyWord: AIRM-END
Category : Time
Importance : Optional
FormatF : F20.3
Unit : -
Recommend : -
Sample : 1.221
Comment : Air mass at exposure end
DescriptionE : Air mass when an exposure ends.
DescriptionJ : 露出終了時の大気量。多重露出の場合は、最終露出の終了時刻の大気量。
------------------------------------------------------------
HeaderKeyWord: AIRM-STR
Category : Time
Importance : Optional
FormatF : F20.3
Unit : -
Recommend : -
Sample : 1.224
Comment : Air mass at exposure start
DescriptionE : Air mass when an exposure begins.
DescriptionJ : 露出開始時の大気量。多重露出の場合は、最初の露出の開始時刻の大気量。
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 11-2: Time(続))
HeaderKeyWord: AIRMASS
Category : Time
Importance : Common
FormatF : F20.3
Unit : -
Recommend : -
Sample : 1.223
Comment : Typical air mass during exposure
DescriptionE : Typical air mass during the exposure.
DescriptionJ : 露出中の典型的な大気量。露出中の平均大気量、あるいは、露出中間時刻の大気量が望ましい。
------------------------------------------------------------
HeaderKeyWord: DATE-OBS
Category : Time
Importance : Common
FormatF : A10
Unit : UTC
Recommend : -
Sample : '1998-09-14'
Comment : Observation start date (yyyy-mm-dd)
DescriptionE : UTC date at the beginning of the exposure. Format : yyyy-mm-dd
DescriptionJ : 露出開始の時点の日時。単位はUTCで、yyyy-mm-ddの形式とする。
------------------------------------------------------------
HeaderKeyWord: EXP1TIME
Category : Time
Importance : Optional
FormatF : F20.3
Unit : sec
Recommend : -
Sample : 0.015
Comment : Exposure time of a frame(sec)
DescriptionE : 'EXP1TIME' shows an integration time (sec) of each sub-exposure. Total integration
time of a frame is accumulated by this 'EXP1TIME' and 'COADD' which shows how many
sub-exposures were coadded. ('COADD' and 'EXPTIME'). (EXPTIME = EXP1TIME * COADD)
DescriptionJ : 各々のsub-exposureの積分時間を記述する。単位はsec。1 frameあたりの積分時間はこのEXP1TIME
と枚数 COADDの積となる。(COADD,EXPTIMEも参照)(EXPTIME = EXP1TIME * COADD)
------------------------------------------------------------
HeaderKeyWord: EXPTIME
Category : Time
Importance : Common
FormatF : F20.2
Unit : sec
Recommend : -
Sample : 1234.56
Comment : Total integration time of the frame(sec)
DescriptionE : 'EXPTIME' shows an integration time [sec] of a frame. If a frame was made from
some sub-exposures, the 'EXPTIME' corresponds to the product of 'EXP1TIME' and
'COADD'. (EXPTIME = EXP1TIME * COADD)
DescriptionJ : このデータの、1 frameあたりの積分時間を記述する。単位はsec。1 frameがsub-exposureの足
し合わせである場合EXPTIMEはEXP1TIMEとCOADDの積と等しくなる。(EXPTIME= EXP1TIME * COADD)
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 11-2: Time(続))
------------------------------------------------------------
HeaderKeyWord: HST
Category : Time
Importance : Common
FormatF : A12
Unit : HST
Recommend : -
Sample : '14:25:00.012'
Comment : Typical HST at exposure (HH:MM:SS.SSS)
DescriptionE : Typical Hawaii Standard Time of exposure (HH:MM:SS.SSS). A middle time of the
exposure is recommended.
DescriptionJ : 露出中の典型的 Hawaii Standard Time (ハワイ標準時)。露出開始と終了の中間でのハワイ標準時を、
多重露出の場合には、最初の露出開始と最終の露出終了の中間におけるハワイ標準時が望ましい。
------------------------------------------------------------
HeaderKeyWord: HST-END
Category : Time
Importance : Optional
FormatF : %12s
Unit : HST
Recommend : -
Sample : '14:27:00.012'
Comment : HST at exposure end (HH:MM:SS.SSS)
DescriptionE : Hawaii Standard Time when an exposure ends (HH:MM:SS.SSS).
DescriptionJ : 露出終了時の Hawaii Standard Time (ハワイ標準時)。多重露出の場合は、最終露出終了の時刻。
------------------------------------------------------------
HeaderKeyWord: HST-STR
Category : Time
Importance : Optional
FormatF : %12s
Unit : HST
Recommend : -
Sample : '14:23:00.012'
Comment : HST at exposure start (HH:MM:SS.SSS)
DescriptionE : Hawaii Standard Time when an exposure begins (HH:MM:SS.SSS).
DescriptionJ : 露出開始時の Hawaii Standard Time (ハワイ標準時)。多重露出の場合は、最初の露出開始時の時刻。
------------------------------------------------------------
HeaderKeyWord: LST
Category : Time
Importance : Common
FormatF : A12
Unit : LST
Recommend : -
Sample : '00:25:00.012'
Comment : Typical LST during exp. (HH:MM:SS.SSS)
DescriptionE : Typical Local Sidereal Time during the exposure (HH:MM:SS.SSS). A middle time of
the exposure is recommended.
DescriptionJ : 露出中の典型的 Local Sidereal Time (地方恒星時)。単一露出の場合には露出開始と終了の中間に
おける地方恒星時を、多重露出の場合には、最初の露出開始と最終の露出終了の中間における地方恒星
時が望ましい。
------------------------------------------------------------
HeaderKeyWord: LST-END
Category : Time
Importance : Optional
FormatF : A12
Unit : LST
Recommend : -
Sample : '00:27:00.012'
Comment : LST at end of exposure (HH:MM:SS.SSS)
DescriptionE : Local Sidereal Time at the end of the exposure (HH:MM:SS.SSS).
DescriptionJ : 露出終了時の Local Sidereal Time (地方恒星時)。多重露出の場合は、最終露出終了時の恒星時。
------------------------------------------------------------
HeaderKeyWord: LST-STR
Category : Time
Importance : Optional
FormatF : A12
Unit : LST
Recommend : -
Sample : '00:23:00.012'
Comment : LST at start of exposure (HH:MM:SS.SSS)
DescriptionE : Local Sidereal Time at start of the exposure (HH:MM:SS.SSS).
DescriptionJ : 露出開始時の Local Sidereal Time (地方恒星時)。多重露出の場合は、最初の露出が開始された時
の恒星時。
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 11-3: Time(続))
------------------------------------------------------------
HeaderKeyWord: MJD
Category : Time
Importance : Common
FormatF : F20.8
Unit : day
Recommend : -
Sample : 51137.01789537
Comment : Modified Julian Date at typical time
DescriptionE : Modified Julian Date at typical time during the exposure. MJD=JD-2400000.5
(JD:Julian Date)
DescriptionJ : 露出中の典型的な時刻における修正ユリウス日。MJDは MJD = ユリウス日-2400000.5 と定義されて
いる。「典型的な」をどのように解釈定義するかは観測機器によって任意。
------------------------------------------------------------
HeaderKeyWord: MJD-END
Category : Time
Importance : Optional
FormatF : F20.8
Unit : days
Recommend : -
Sample : 51137.01789537
Comment : Modified Julian Date at the end of exp.
DescriptionE : Modified Julian Date at the end of the exposure. MJD=JD-2400000.5 (JD:Julian Date)
DescriptionJ : 露出終了時点における修正ユリウス日
------------------------------------------------------------
HeaderKeyWord: MJD-STR
Category : Time
Importance : Optional
FormatF : F20.8
Unit : days
Recommend : -
Sample : 51137.01789537
Comment : Modified Julian Date of the start exp.
DescriptionE : Modified Julian Date at the start of the exposure. MJD=JD-2400000.5 (JD:Julian
Date)
DescriptionJ : 露出開始時点における修正ユリウス日
------------------------------------------------------------
HeaderKeyWord: SECZ
Category : Time
Importance : Optional
FormatF : F20.3
Unit : -
Recommend : -
Sample : 1.026
Comment : SEC(Zenith Distance) at typical time
DescriptionE : A secant of zenith distance at typical time of exposure. A middle time of the
exposure is recommended.
DescriptionJ : 露出中の典型的 sec Z (天頂距離のセカント)。露出開始と終了の中間時刻における値を、多重露出フ
レームの場合には、最初の露出開始と最終の露出終了の中間時刻における値が望ましい。
------------------------------------------------------------
HeaderKeyWord: SECZ-END
Category : Time
Importance : Optional
FormatF : F20.3
Unit : -
Recommend : -
Sample : 1.027
Comment : SEC(Zenith Distance) at exposure end
DescriptionE : A secant of zenith distance at exposure end time.
DescriptionJ : 露出終了時の sec Z (天頂距離のセカント)。多重露出フレームの場合は、最終露出終了時の sec Z。
------------------------------------------------------------
HeaderKeyWord: SECZ-STR
Category : Time
Importance : Optional
FormatF : F20.3
Unit : -
Recommend : -
Sample : 1.025
Comment : SEC(Zenith Distance) at exposure start
DescriptionE : A secant of zenith distance at exposure start time.
DescriptionJ : 露出開始時の sec Z (天頂距離のセカント)。多重露出フレームの場合は、最初の露出開始時の sec Z。
------------------------------------------------------------
HeaderKeyWord: TIMESYS
Category : Time
Importance : Common
FormatF : A8
Unit : -
Recommend : UTC
Sample : 'UTC '
Comment : Time System used in the header
DescriptionE : Explicit time scale specification of the Telescope. UTC is default/defined time
system for SUBARU.
DescriptionJ : 時刻系の基準。すばるでは既定値、'UTC '。
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 11-4: Time(続))
------------------------------------------------------------
HeaderKeyWord: UT
Category : Time
Importance : Common
FormatF : A12
Unit : UTC
Recommend : -
Sample : '00:25:36.160'
Comment : HH:MM:SS.SSS typical UTC at exposure
DescriptionE : UTC at typical time (for example, middle) of exposure (format HH:MM:SS.SSS).
DescriptionJ : 積分を代表する(例えば中間)時刻のUTC。形式は HH:MM:SS.SSS
------------------------------------------------------------
HeaderKeyWord: UT-END
Category : Time
Importance : Optional
FormatF : A12
Unit : UTC
Recommend : -
Sample : '00:25:37.660'
Comment : HH:MM:SS.SSS UT at end of the exposure
DescriptionE : Coordinated Universal Time at the end of the exposure (HH:MM:SS.SSS).
DescriptionJ : 露出終了時におけるUTC
------------------------------------------------------------
HeaderKeyWord: UT-STR
Category : Time
Importance : Optional
FormatF : A12
Unit : UTC
Recommend : -
Sample : '00:25:34.660'
Comment : HH:MM:SS.SSS UTC at start exposure time
DescriptionE : Coordinated Universal Time at start of the exposure (HH:MM:SS.SSS).
DescriptionJ : 露出開始時刻におけるUTC
------------------------------------------------------------
HeaderKeyWord: UT1-UTC
Category : Time
Importance : Optional
FormatF : F20.5
Unit : sec
Recommend : -
Sample : 0.43893
Comment : difference between UT1 and UTC
DescriptionE : Difference between UT1 and UTC. This value is used for calculating LST.
DescriptionJ : UT1とUTCの差。LSTの計算に用いられる。
------------------------------------------------------------
HeaderKeyWord: ZD
Category : Time
Importance : Optional
FormatF : F20.5
Unit : degree
Recommend : -
Sample : 12.34567
Comment : Zenith Distance at typical time (degree)
DescriptionE : Zenith Distance at typical time in exposure (degree). A middle time of the exposure
is recommended.
DescriptionJ : 露出中の典型的な天頂距離。露出開始と終了の中間時刻における天頂距離を、多重露出フレームの場合
には、最初の露出開始と最終の露出終了の中間時刻における天頂距離が望ましい。
------------------------------------------------------------
HeaderKeyWord: ZD-END
Category : Time
Importance : Optional
FormatF : F20.5
Unit : degree
Recommend : -
Sample : 12.34577
Comment : Zenith Distance at exposure end (degree)
DescriptionE : Zenith Distance at the exposure end time (degree).
DescriptionJ : 露出終了時の天頂距離。多重露出フレームの場合は、最終の露出終了時の天頂距離。
------------------------------------------------------------
HeaderKeyWord: ZD-STR
Category : Time
Importance : Optional
FormatF : F20.5
Unit : degree
Recommend : -
Sample : 12.34557
Comment : Zenith Distance at exp. start (degree)
DescriptionE : Zenith Distance at the exposure start time (degree).
DescriptionJ : 露出開始時の天頂距離。多重露出フレームの場合は、最初の露出が開始された時の天頂距離。
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 12-1: WCS)
------------------------------------------------------------
HeaderKeyWord: C2ELT1
Category : WCS
Importance : Optional
FormatF : F20.8
Unit : degree
Recommend : -
Sample : 0.00001233
Comment : Size projected to detector pix.X(degree)
DescriptionE : The value is a floating point number giving the partial derivative of the
coordinate specified by the C2YPE1 keywords with respect to the pixel index,
evaluated at the reference point C2PIX1, in units of the coordinate specified by
the C2YPE1 keyword.
DescriptionJ : キーワードC2PIX1で表わされる基準ピクセルの位置において+1ピクセル移動した時の、キーワード
C2YPE1で表わされる座標値の増分を表わす。
------------------------------------------------------------
HeaderKeyWord: C2ELT2
Category : WCS
Importance : Optional
FormatF : F20.8
Unit : degree
Recommend : -
Sample : 0.00001234
Comment : Size projected on detector Y-axis (deg)
DescriptionE : The value is a floating point number giving the partial derivative of the
coordinate specified by the C2YPE2 keywords with respect to the pixel index,
evaluated at the reference point C2PIX2, in units of the coordinate specified by
the C2YPE2 keyword.
DescriptionJ : キーワードC2PIX2で表わされる基準ピクセルの位置において+1ピクセル移動した時の、キーワード
C2YPE2で表わされる座標値の増分を表わす。
------------------------------------------------------------
HeaderKeyWord: C2NIT1
Category : WCS
Importance : Optional
FormatF : A8
Unit : -
Recommend : degree
Sample : 'degree '
Comment : Units used in both C2VAL1 and C2ELT1
DescriptionE : Physical unit used in both C2VAL1 and C2ELT1. 'degree ' is recommended for the
2nd WCS for spectroscopy/polarimetry.
DescriptionJ : 第２WCSの第１軸方向が表わす実際の座標値の単位であり、文字列で与えられる。分光・偏光観測の
場合、第２WCSとしては 'degree 'が推奨される。
------------------------------------------------------------
HeaderKeyWord: C2NIT2
Category : WCS
Importance : Optional
FormatF : A8
Unit : -
Recommend : degree
Sample : 'degree '
Comment : Units used in both C2VAL2 and C2ELT2
DescriptionE : Physical unit used in both C2VAL2 and C2ELT2. 'degree ' is recommended for the
2nd WCS for spectroscopy/polarimetry.
DescriptionJ : 第２WCSの第２軸方向が表わす実際の座標値の単位であり、文字列で与えられる。分光・偏光観測の
場合、第２WCSとしては 'degree 'が推奨される。
------------------------------------------------------------
HeaderKeyWord: C2PIX1
Category : WCS
Importance : Optional
FormatF : F20.1
Unit : pixel
Recommend : -
Sample : 512.5
Comment : Reference pixel X on detector (pixel)
DescriptionE : Slit projected pixel position of the reference point along #1 axis in the spectro-
scopy/polarimetry mode. By convention the center of the pixel is pix.0, pix.5
gives the right edge of the pixel and (pix-1).5 its left edge. Origin is (1,1).
DescriptionJ : 第２WCS系列の参照点の検出器座標系第１軸方向での値。このWCS系列は、分光・偏光観測でスリット
やダイアフラムのCCD上への投影位置を正確に示すために用いられる。簡便のためピクセル中心をpix.0、
ピクセル右端が pix.5、左端が(pix-1).5とする。原点(1,1)。
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 12-2: WCS(続))
------------------------------------------------------------
HeaderKeyWord: C2PIX2
Category : WCS
Importance : Optional
FormatF : F20.1
Unit : pixel
Recommend : -
Sample : 512.5
Comment : Reference pixel Y on detector (pixel)
DescriptionE : Slit projected pixel position of the reference point along #2 axis in the spectro-
scopy/polarimetry mode. By convention the center of the pixel is pix.0, pix.5
gives the right edge of the pixel and (pix-1).5 its left edge. Origin is (1,1).
DescriptionJ : 第２WCS系列の参照点の検出器座標系第２軸方向での値。このWCS系列は、分光・偏光観測でスリット
やダイアフラムのCCD上への投影位置を正確に示すために用いられる。簡便のためピクセル中心をpix.0、
ピクセル右端が pix.5、左端が(pix-1).5とする。原点(1,1)。
------------------------------------------------------------
HeaderKeyWord: C2VAL1
Category : WCS
Importance : Optional
FormatF : F20.8
Unit : degree
Recommend : -
Sample : 188.73662083
Comment : Physical value of ref. pixel X (degree)
DescriptionE : The value field shall contain a floating point number giving the value of the
partial coordinate specified by the C2YPE1 keyword at the reference point C2PIX1.
DescriptionJ : 第２WCS系列で参照基準点C2PIX1のC2YPE1の座標系における値。このWCS系列は、分光・偏光観測
でスリットやダイアフラムのCCD上への投影位置を正確に示すために用いられる。
------------------------------------------------------------
HeaderKeyWord: C2VAL2
Category : WCS
Importance : Optional
FormatF : F20.8
Unit : degree
Recommend : -
Sample : 12.48544329
Comment : Physical value of ref. pixel Y (degree)
DescriptionE : The value field shall contain a floating point number giving the value of the
partial coordinate specified by the C2YPE2 keyword at the reference point C2PIX2.
DescriptionJ : 第２WCS系列で参照基準点C2PIX2のC2YPE2の座標系における値。このWCS系列は、分光・偏光観測
でスリットやダイアフラムのCCD上への投影位置を正確に示すために用いられる。
------------------------------------------------------------
HeaderKeyWord: C2YPE1
Category : WCS
Importance : Optional
FormatF : A8
Unit : -
Recommend : RA---TAN
Sample : 'RA---TAN'
Comment : Pixel coordinate system
DescriptionE : Type of projection used for #1 axis in 2nd WCS. 'RA---TAN' or 'DEC--TAN' is
recommended for spectroscopy/polarimetry mode.
DescriptionJ : 第２WCS第１座標軸の座標名を表わす文字列。分光データの第２WCSの場合は 'RA---TAN' あるいは、
'DEC--TAN' が推奨される。
------------------------------------------------------------
HeaderKeyWord: C2YPE2
Category : WCS
Importance : Optional
FormatF : A8
Unit : -
Recommend : DEC--TAN
Sample : 'DEC--TAN'
Comment : Pixel coordinate system
DescriptionE : Type of projection used for #2 axis in 2nd WCS. 'RA---TAN' or 'DEC--TAN' is
recommended for spectroscopy/polarimetry mode.
DescriptionJ : 第２WCS第２座標軸の座標名を表わす文字列。分光データの第２WCSの場合は 'RA---TAN' あるいは、
'DEC--TAN' が推奨される。
------------------------------------------------------------
HeaderKeyWord: LONGPOLE
Category : WCS
Importance : Imaging
FormatF : F20.1
Unit : degree
Recommend : 180.0
Sample : 180.0
Comment : The North Pole of standard system (deg)
DescriptionE : The north pole of the standard system in the native system (degree).
DescriptionJ : 局所球面座標系における天球座標の北極の方向(degree)。撮像観測に対応するTAN変換の場合は180.0
度として良い。
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 12-3: WCS(続))
------------------------------------------------------------
HeaderKeyWord: N2XIS
Category : WCS
Importance : Optional
FormatF : I20
Unit : -
Recommend : 2
Sample : 2
Comment : Dimension of axes in 2nd WCS
DescriptionE : Dimension of the 2nd WCS
DescriptionJ : スリットの投影を WCS で記述するときの軸の数。通常2。主に分光モードで用いられる。
------------------------------------------------------------
HeaderKeyWord: N2XIS1
Category : WCS
Importance : Optional
FormatF : I20
Unit : pixel
Recommend : -
Sample : 1024
Comment : # of pixels/row for slit projection
DescriptionE : Number of pixels along the X axis of the slit projection.
DescriptionJ : スリットの投影を WCS で記述するときのX軸(第1軸)方向の画素数。主に分光モードで用いられる。
------------------------------------------------------------
HeaderKeyWord: N2XIS2
Category : WCS
Importance : Optional
FormatF : I20
Unit : -
Recommend : -
Sample : 1024
Comment : # of scan lines for slit projection
DescriptionE : Number of pixels along the Y axis of the slit projection.
DescriptionJ : スリットの投影を WCS で記述するときのY軸(第２軸)方向の画素数。主に分光モードで用いられる。
------------------------------------------------------------
HeaderKeyWord: P2iiijjj
Category : WCS
Importance : Optional
FormatF : F20.8
Unit : -
Recommend : -
Sample : 1.00000000
Comment : Pixel Coordinate translation matrix
DescriptionE : Pixel Coordinate translation matrix for spectroscopy: iii and jjj are the axis
numbers, 001 or 002.
DescriptionJ : データの画素値座標系から歪みや回転を取り除くのに用いられる変換行列。主に分光モードで使用され
る。
------------------------------------------------------------
HeaderKeyWord: P2OJP1
Category : WCS
Importance : Optional
FormatF : F20.1
Unit : -
Recommend : 0.0
Sample : 0.0
Comment : Projection type of the first axis
DescriptionE : Projection type of the X (1-st) axis for slit projection: fixed to 0.0
DescriptionJ : スリットの投影について、いくつかの投影法で必要となるパラメータのX(第１)軸方向の値。主に分光
モードで使用される。
------------------------------------------------------------
HeaderKeyWord: P2OJP2
Category : WCS
Importance : Optional
FormatF : F20.1
Unit : -
Recommend : 0.0
Sample : 0.0
Comment : Projection type of the second axis
DescriptionE : Projection type of the Y (2-nd) axis for slit projection: fixed to 0.0
DescriptionJ : スリットの投影について、いくつかの投影法で必要となるパラメータのY(第２)軸方向の値。主に分光
モードで使用される。
------------------------------------------------------------
HeaderKeyWord: PCiiijjj
Category : WCS
Importance : Imaging
FormatF : F20.8
Unit : -
Recommend : -
Sample : 1.00000000
Comment : Pixel Coordinate translation matrix
DescriptionE : Pixel Coordinate translation matrix: iii and jjj are the axis numbers, 001 or 002.
DescriptionJ : データの画素値座標系から歪みや回転を取り除くのに用いられる変換行列。PCi_j のすばる版だが、
CDi_j との共存は可能。
------------------------------------------------------------
[Dictionary = Basic] (Category 順、その 12-4: WCS(続))
------------------------------------------------------------
HeaderKeyWord: PROJP1
Category : WCS
Importance : Optional
FormatF : F20.1
Unit : -
Recommend : 0.0
Sample : 0.0
Comment : Projection type of the first axis
DescriptionE : Projection type of the X (1-st) axis: fixed to 0.0
DescriptionJ : 局所球面座標から平面座標へのいくつかの投影法で必要となる。パラメータのX(第１)軸方向の値。
撮像観測に対応するTAN変換では 0.0
------------------------------------------------------------
HeaderKeyWord: PROJP2
Category : WCS
Importance : Optional
FormatF : F20.1
Unit : -
Recommend : 0.0
Sample : 0.0
Comment : Projection type of the second axis
DescriptionE : Projection type of the Y (2-nd) axis: fixed to 0.0
DescriptionJ : 局所球面座標から平面座標へのいくつかの投影法で必要となる。パラメータのY(第2)軸方向の値。
撮像観測に対応するTAN変換では 0.0
------------------------------------------------------------
HeaderKeyWord: WCS-ORIG
Category : WCS
Importance : Imaging
FormatF : A20
Unit : -
Recommend : -
Sample : 'SUBARU Toolkit'
Comment : Origin of the WCS value
DescriptionE : Origin of the World coordinate values. Specify 'SUBARU Toolkit' if it's
calculated using toolkit.
DescriptionJ : WCSパラメータの出処。すばるツールキットを使用した場合、'SUBARU Toolkit' という値が入る。
------------------------------------------------------------
HeaderKeyWord: CDj_i
Category : WCS
Importance : Optional
FormatF : F20.8
Unit : -
Recommend : -
Sample : 0.0445
Comment : Pixel coordinate transformation matrix
DescriptionE : Pixel Coordinate transformation matrix which will be a default for world coordinate
description in FITS format.
DescriptionJ : データの画素値空間座標系から歪みや回転を取り除くのに用いられる変換行列。
------------------------------------------------------------