OBS-ANG-CNV

Product OBS-ANG-CNV.json

key	value
card	OBS-ANG-CNV
contact	laurent.michel@astro.unistra.fr
description	Spacecraft angle table covering one observation
dp_level	L1
dstream	XBand
instrument	INS
name	OBS-ANG-CNV
prdm_ver	1.212
programs	[‘CoreProgram’, ‘GeneralProgram’, ‘TargetOfOpportunity-MM’, ‘TargetOfOpportunity-Ex’, ‘TargetOfOpportunity-Nom’, ‘Calibration’]
unicity_rule	{‘Calibration’: [‘OBS_ID’], ‘CoreProgram’: [‘OBS_ID’, ‘BURST_ID’], ‘GeneralProgram’: [‘OBS_ID’], ‘TargetOfOpportunity-Ex’: [‘OBS_ID’], ‘TargetOfOpportunity-MM’: [‘OBS_ID’], ‘TargetOfOpportunity-Nom’: [‘OBS_ID’]}

keywords

name	description	extension	data_type	unit	default	range	sdb_search	ba_search
OBS_ID	Observation Identifier	PrimaryHDU	integer		4294967295	0 to 4294967295	True	True
OBS_NUM	Observation number	PrimaryHDU	integer		16777215	0 to 16777215	True	True
OBS_TYPE	Observation type	PrimaryHDU	integer		255	0 to 255	True	True
BURST_ID	Alert identifier	PrimaryHDU	string		n.a.	[]	True	True
ORIGIN	Science Center	PrimaryHDU	string		FSC	[‘FSC’, ‘GRM-IC’]	True	True
TELESCOP	Official acronym for the mission	PrimaryHDU	string		SVOM	[]	True	True
INSTRUME	Instrument acronym	PrimaryHDU	string		INS	[‘MXT’, ‘VT’, ‘ECL’, ‘GRM’, ‘PDPU’, ‘GWAC’, ‘CGFT’, ‘FGFT’, ‘FPL’, ‘CPL’, ‘IC’, ‘ECLGRM’, ‘INS’]	True	True
CREATOR	Pipeline that created or modified this file	PrimaryHDU	string		MXT-PIPELINES	[]	True	True
CARD	Product card	PrimaryHDU	string		OBS-ANG-CNV	[]	True	True
PROGRAM	Mission program	PrimaryHDU	string		n.a.	[‘CoreProgram’, ‘GeneralProgram’, ‘TargetOfOpportunity-Ex’, ‘TargetOfOpportunity-Nom’, ‘TargetOfOpportunity-MM’, ‘Calibration’, ‘B1Law’, ‘Others’, ‘All’, ‘n.a.’]	True	True
PRDM_VER	Product Data Model Version	PrimaryHDU	float		1.212	[]	True	True
GLDM_VER	Global Data Model Version	PrimaryHDU	float		n.a	[]	True	True
PROC_VER	Processing Version	PrimaryHDU	integer		1	[]	True	True
PIP_VER	Pipeline version	PrimaryHDU	string		0.6.0	[]	True	True
DSTREAM	Data stream	PrimaryHDU	string		XBand	[‘VHF’, ‘XVHF’, ‘XBand’, ‘Fpoc’, ‘Calib’, ‘Ancillary’, ‘GFT’, ‘Science’]	True	True
DATE	File creation or modification date (ISO 8601 UTC)	PrimaryHDU	string		n.a	[]	True	True
TIMEREF	Time reference frame	PrimaryHDU	string		LOCAL	[‘LOCAL’, ‘SOLARSYSTEM’, ‘HELIOCENTRIC’, ‘GEOCENTRIC’]	True	True
TIMESYS	Time frame system	PrimaryHDU	string		TT	[‘TT’, ‘UTC’, ‘MJD’, ‘JD’, ‘TJD’]	True	True
TIMEUNIT	Time unit	PrimaryHDU	string		s	[‘d’, ‘s’]	True	True
MJDREFI	integer portion in MJD for reference time	PrimaryHDU	integer	d	57754	[]	True	True
MJDREFF	fractional portion of MJD for reference time	PrimaryHDU	double		0.000800740741	[]	True	True
DATEREF	Reference UTC time in ISO-8601	PrimaryHDU	string		2017-01-01T00:00:00.0	[]	True	True
CLOCKCOR	Time corrected for any spacecraft clock drift	PrimaryHDU	boolean		True	[True, False]	True	True
DP_LEVEL	Data Product processing level	PrimaryHDU	string		L1	[‘Q0’, ‘Q1r’, ‘Q1’, ‘Q2’, ‘L0’, ‘L0a’, ‘L0b’, ‘L0c’, ‘L0e’, ‘L1’, ‘L2’, ‘L3’]	True	True
DATE-BEG	Start time (ISO-8601 UTC)	PrimaryHDU	string		n.a	[]	True	True
DATE-END	Stop time (ISO-8601 UTC)	PrimaryHDU	string		n.a	[]	True	True
TSTART	Start time (since TIMEREF)	PrimaryHDU	float	s	n.a	[]	True	True
TSTOP	Stop time (since TIMEREF)	PrimaryHDU	float	s	n.a	[]	True	True
RADESYS	Celestial coordinate system	PrimaryHDU	string		ICRS	[‘ICRS’]	True	True
TASKNAME	Task that created or modified this file	PrimaryHDU	string		n.a	[]	True	True
TASSIGN	Time assigned by clock	PrimaryHDU	string		SATELLITE	[]	True	True
CHECKSUM	HDU checksum updated YYYY-MM-DDThh :mm :ss	PrimaryHDU	string		n.a	[]	True	True
DATASUM	data unit checksum updated YYYY-MM-DDThh :mm :ss	PrimaryHDU	string		n.a	[]	True	True
PROCTYPE	Type of pipeline that generated this file	PrimaryHDU	string		default	[‘default’, ‘reprocessing’, ‘user’]	True	True
CONTENT	Product description	PrimaryHDU	string		Angle table (keep the preproc name	[]	True	False
XTENSION	Binary table extension	OBS-ANG-CNV	string		BINTABLE	[]	False	False
EXTNAME	Extension name	OBS-ANG-CNV	string		OBS-ANG-CNV	[]	True	False
EXTREL	FSGS release number	OBS-ANG-CNV	string		1	[]	False	False
ORIGIN	Science Center	OBS-ANG-CNV	string		FSC	[‘FSC’, ‘GRM-IC’]	True	True
TELESCOP	Official acronym for the mission	OBS-ANG-CNV	string		SVOM	[]	True	True
INSTRUME	Instrument acronym	OBS-ANG-CNV	string		INS	[‘MXT’, ‘VT’, ‘ECL’, ‘GRM’, ‘PDPU’, ‘GWAC’, ‘CGFT’, ‘FGFT’, ‘FPL’, ‘CPL’, ‘IC’, ‘ECLGRM’, ‘INS’]	True	True
CREATOR	Pipeline that created or modified this file	OBS-ANG-CNV	string		MXT-PIPELINES	[]	True	True
CARD	Product card	OBS-ANG-CNV	string		OBS-ANG-CNV	[]	True	True
PROGRAM	Mission program	OBS-ANG-CNV	string		n.a.	[‘CoreProgram’, ‘GeneralProgram’, ‘TargetOfOpportunity-Ex’, ‘TargetOfOpportunity-Nom’, ‘TargetOfOpportunity-MM’, ‘Calibration’, ‘B1Law’, ‘Others’, ‘All’, ‘n.a.’]	True	True
PRDM_VER	Product Data Model Version	OBS-ANG-CNV	float		1.212	[]	True	True
GLDM_VER	Global Data Model Version	OBS-ANG-CNV	float		n.a	[]	True	True
PROC_VER	Processing Version	OBS-ANG-CNV	integer		1	[]	True	True
PIP_VER	Pipeline version	OBS-ANG-CNV	string		0.6.0	[]	True	True
DSTREAM	Data stream	OBS-ANG-CNV	string		XBand	[‘VHF’, ‘XVHF’, ‘XBand’, ‘Fpoc’, ‘Calib’, ‘Ancillary’, ‘GFT’, ‘Science’]	True	True
DATE	File creation or modification date (ISO 8601 UTC)	OBS-ANG-CNV	string		n.a	[]	True	True
TIMEREF	Time reference frame	OBS-ANG-CNV	string		LOCAL	[‘LOCAL’, ‘SOLARSYSTEM’, ‘HELIOCENTRIC’, ‘GEOCENTRIC’]	True	True
TIMESYS	Time frame system	OBS-ANG-CNV	string		TT	[‘TT’, ‘UTC’, ‘MJD’, ‘JD’, ‘TJD’]	True	True
TIMEUNIT	Time unit	OBS-ANG-CNV	string		s	[‘d’, ‘s’]	True	True
MJDREFI	integer portion in MJD for reference time	OBS-ANG-CNV	integer	d	57754	[]	True	True
MJDREFF	fractional portion of MJD for reference time	OBS-ANG-CNV	double		0.000800740741	[]	True	True
DATEREF	Reference UTC time in ISO-8601	OBS-ANG-CNV	string		2017-01-01T00:00:00.0	[]	True	True
CLOCKCOR	Time corrected for any spacecraft clock drift	OBS-ANG-CNV	boolean		True	[True, False]	True	True
DP_LEVEL	Data Product processing level	OBS-ANG-CNV	string		L1	[‘Q0’, ‘Q1r’, ‘Q1’, ‘Q2’, ‘L0’, ‘L0a’, ‘L0b’, ‘L0c’, ‘L0e’, ‘L1’, ‘L2’, ‘L3’]	True	True
DATE-BEG	Start time (ISO-8601 UTC)	OBS-ANG-CNV	string		n.a	[]	True	True
DATE-END	Stop time (ISO-8601 UTC)	OBS-ANG-CNV	string		n.a	[]	True	True
TSTART	Start time (since TIMEREF)	OBS-ANG-CNV	float	s	n.a	[]	True	True
TSTOP	Stop time (since TIMEREF)	OBS-ANG-CNV	float	s	n.a	[]	True	True
RADESYS	Celestial coordinate system	OBS-ANG-CNV	string		ICRS	[‘ICRS’]	True	True
TASKNAME	Task that created or modified this file	OBS-ANG-CNV	string		n.a	[]	True	True
TASSIGN	Time assigned by clock	OBS-ANG-CNV	string		SATELLITE	[]	True	True
CHECKSUM	HDU checksum updated YYYY-MM-DDThh :mm :ss	OBS-ANG-CNV	string		n.a	[]	True	True
DATASUM	data unit checksum updated YYYY-MM-DDThh :mm :ss	OBS-ANG-CNV	string		n.a	[]	True	True
PROCTYPE	Type of pipeline that generated this file	OBS-ANG-CNV	string		default	[‘default’, ‘reprocessing’, ‘user’]	True	True
OBS_ID	Observation Identifier	OBS-ANG-CNV	integer		4294967295	0 to 4294967295	True	True
OBS_NUM	Observation number	OBS-ANG-CNV	integer		16777215	0 to 16777215	True	True
OBS_TYPE	Observation type	OBS-ANG-CNV	integer		255	0 to 255	True	True
BURST_ID	Alert identifier	OBS-ANG-CNV	string		n.a.	[]	True	True
NBPROC	Number of AAV/PVT bulletins pair processed	OBS-ANG-CNV	integer		n.a	[]	False	False
TIME	mean time AAV PVT used to compute last angles	OBS-ANG-CNV[1]	double	s		[]	False	False
SUN_ANGLE	Angle between pointing and Sun vector	OBS-ANG-CNV[2]	real	deg		[]	False	False
MOON_ANGLE	Angle between pointing and Moon vector	OBS-ANG-CNV[3]	real	deg		[]	False	False
RAM_ANGLE	Angle between pointing and velocity vector	OBS-ANG-CNV[4]	real	deg		[]	False	False
ELV	Angle between pointing and Earth limb	OBS-ANG-CNV[5]	real	deg		[]	False	False

Product OBS-ANG-CNV.json

Header

keywords