SIMPLE = T / Java FITS: Mon Dec 28 09:48:26 MST 2020 BITPIX = 32 / bits per data value NAXIS = 0 / number of axes EXTEND = T / May contain datasets TIMESYS = 'UTC ' / All dates are in UTC time LONGSTRN= 'OGIP 1.0' / The OGIP long string convention may be used. COMMENT This FITS file may contain long string keyword values that are COMMENT continued over multiple keywords. This convention uses the '&' COMMENT character at the end of a string which is then continued COMMENT on subsequent keywords whose name = 'CONTINUE'. ---------------Herschel FITS Data Generator--------------- This product is generated by Herschel software. HCSS____= 5 / HCSS Fits Product Version -------------- Herschel Structure Data-------------------- Following fields are private to the structure of the Java object this HDU is representing. CLASS___= 'herschel.ia.dataset.Product' / java representation INFO____= 'Herschel SPIRE' -------------- Herschel Parameter Data-------------------- All actual parameter names are converted to FITS compliant conventions. Note that the HIERARCH comments contain the appropriate key mapping / SUMMARY INFORMATION CREATOR = 'spectralFeatureFinder' / Generator of this product DATE = '2021-01-01T10:30:54.344000' / Creation date of this product INSTRUME= 'SPIRE ' / Instrument attached to this product DESC = 'Herschel SPIRE' / Name of this product TYPE = 'Class formatted FITS file' / Product Type Identification / TIME AND EXPOSURE INFORMATION DATE-OBS= '2021-01-01T10:30:54.344000' / Start date of this product DATE_OBS= '2021-01-01T10:30:54.344000' / Start date of this product DATE-END= '2021-01-01T10:30:54.344000' / End date of this product / ENGINEERING PARAMETERS MODELNAM= 'Unknown ' / Model name attached to this product / DATA PROCESSING INFORMATION FORMATV = '1.0 ' / Version of product format HIERARCH key.TYPE='type' HIERARCH key.CREATOR='creator' HIERARCH key.DATE='creationDate' HIERARCH key.DESC='description' HIERARCH key.INSTRUME='instrument' HIERARCH key.MODELNAM='modelName' HIERARCH key.DATE-OBS='startDate' HIERARCH key.DATE-END='endDate' HIERARCH key.FORMATV='formatVersion' -----------------Dataset Children------------------------- Below you will find all HDU locations that are children of this composite dataset. DSETS___= 6 / Number of datasets DS_0 = 1 / HDU of Child Dataset DS_1 = 2 / HDU of Child Dataset DS_2 = 3 / HDU of Child Dataset DS_3 = 4 / HDU of Child Dataset DS_4 = 5 / HDU of Child Dataset DS_5 = 6 / HDU of Child Dataset END XTENSION= 'BINTABLE' / marks beginning of new HDU BITPIX = 8 / bits per data value NAXIS = 2 / number of axes NAXIS1 = 90 / size of the n'th axis NAXIS2 = 415 / size of the n'th axis PCOUNT = 0 / Required value GCOUNT = 1 / Required value TFIELDS = 13 / Number of table fields LONGSTRN= 'OGIP 1.0' / The OGIP long string convention may be used. COMMENT This FITS file may contain long string keyword values that are COMMENT continued over multiple keywords. This convention uses the '&' COMMENT character at the end of a string which is then continued COMMENT on subsequent keywords whose name = 'CONTINUE'. -------------- Herschel Structure Data-------------------- Following fields are private to the structure of the Java object this HDU is representing. EXTNAME = 'data ' / name of this HDU CLASS___= 'herschel.ia.dataset.TableDataset' / java representation INFO____= ' ' -------------- Herschel Parameter Data-------------------- All actual parameter names are converted to FITS compliant conventions. Note that the HIERARCH comments contain the appropriate key mapping / SUMMARY INFORMATION OBS_ID = 1342262929 / [] Observation identifier / TARGET AND POINTING INFORMATION OBJECT = 'Lupus-3-extra-1' / Target name RA_NOM = 242.20833333333334 / [deg] Requested Right Ascension of pointing DEC_NOM = -39.111111111111114 / [deg] Requested Declination of pointing / SCIENCE INSTRUMENT CONFIGURATION MAPSAMPL= 'intermediate' / Spatial sampling of map / CALIBRATION INFORMATION COMBRES = 'HR ' / The resolution used to process the data / ENGINEERING PARAMETERS BIASMODE= 'nominal ' / Bias mode / MISCELLANEOUS INFORMATION EDGEMASK= 10.0 / [GHz] Width of spectral edges masked FLAG_G_G= '0.0 ' / Good fit in lower noise region FLAG_G_N= '0.1 ' / Good fit in noisy region FLAG_B_G= '1.0 ' / Poor fit in lower noise region FLAG_B_N= '1.1 ' / Poor fit in noisy region MAX_CONT= 2.95984571879345E-18 / [W m-2 Hz-1 sr-1] Maximum of fitted continuum MIN_SNR = 5.0 / [] Minimum SNR limit for features found N_SLW = 380 / [] n features found in SLW N_SSW = 35 / [] n features found in SSW ODNUMBER= 1362 / [] Operational day number HIERARCH key.FLAG_G_G='flagGood' HIERARCH key.FLAG_G_N='flagGoodNoisy' HIERARCH key.FLAG_B_G='flagPoor' HIERARCH key.FLAG_B_N='flagPoorNoisy' HIERARCH key.OBS_ID='obsid' HIERARCH key.OBJECT='object' HIERARCH key.ODNUMBER='operationalDay' HIERARCH key.RA_NOM='raNominal' HIERARCH key.DEC_NOM='decNominal' HIERARCH key.COMBRES='resolution' HIERARCH key.BIASMODE='biasMode' HIERARCH key.MAPSAMPL='mapSampling' HIERARCH key.MIN_SNR='minimumSnr' HIERARCH key.EDGEMASK='edgeMaskWidth' HIERARCH key.MAX_CONT='maxContinuum' HIERARCH key.N_SLW='nFeaturesSlw' HIERARCH key.N_SSW='nFeaturesSsw' ---------------Herschel Column Information---------------- Below follow additional fields to re-create the table columns into herschel.ia.dataset.Column objects * TTYPExxx - Column name * TCOLUxxx - Java Column container * TCLASxxx - Java ArrayData container * TFORMxxx - FITS column type * TDIMxxx - FITS column dimensions * TUNITxxx - herschel.share.unit.Unit TFORM1 = '1D ' / column data format TFORM2 = '1D ' / column data format TFORM3 = '1D ' / column data format TFORM4 = '3A ' / column data format TDIM4 = '(3) ' / dimensionality of the array TFORM5 = '1K ' / column data format TFORM6 = '1K ' / column data format TFORM7 = '1D ' / column data format TFORM8 = '1D ' / column data format TFORM9 = '1D ' / column data format TFORM10 = '1D ' / column data format TFORM11 = '1D ' / column data format TFORM12 = '3A ' / column data format TDIM12 = '(3) ' / dimensionality of the array TFORM13 = '1J ' / column data format TTYPE1 = 'frequency' / Measured frequency TCOLU1 = 'herschel.ia.dataset.Column' TCLAS1 = 'herschel.ia.numeric.Double1d' TUNIT1 = 'GHz ' / herschel.share.unit.Unit TTYPE2 = 'frequencyError' / Error on frequency TCOLU2 = 'herschel.ia.dataset.Column' TCLAS2 = 'herschel.ia.numeric.Double1d' TUNIT2 = 'GHz ' / herschel.share.unit.Unit TTYPE3 = 'SNR ' / Peak/local error TCOLU3 = 'herschel.ia.dataset.Column' TCLAS3 = 'herschel.ia.numeric.Double1d' TTYPE4 = 'array ' / Bolometer array TCOLU4 = 'herschel.ia.dataset.Column' TCLAS4 = 'herschel.ia.numeric.String1d' TTYPE5 = 'row ' / Cube row TCOLU5 = 'herschel.ia.dataset.Column' TCLAS5 = 'herschel.ia.numeric.Long1d' TTYPE6 = 'column ' / Cube column TCOLU6 = 'herschel.ia.dataset.Column' TCLAS6 = 'herschel.ia.numeric.Long1d' TTYPE7 = 'ra ' / RA of spaxel TCOLU7 = 'herschel.ia.dataset.Column' TCLAS7 = 'herschel.ia.numeric.Double1d' TTYPE8 = 'dec ' / Dec of spaxel TCOLU8 = 'herschel.ia.dataset.Column' TCLAS8 = 'herschel.ia.numeric.Double1d' TTYPE9 = 'featureFlag' / Feature flag TCOLU9 = 'herschel.ia.dataset.Column' TCLAS9 = 'herschel.ia.numeric.Double1d' TTYPE10 = 'velocity' / radial velocity TCOLU10 = 'herschel.ia.dataset.Column' TCLAS10 = 'herschel.ia.numeric.Double1d' TUNIT10 = 'km s-1 ' / herschel.share.unit.Unit TTYPE11 = 'velocityError' / radial velocity error TCOLU11 = 'herschel.ia.dataset.Column' TCLAS11 = 'herschel.ia.numeric.Double1d' TUNIT11 = 'km s-1 ' / herschel.share.unit.Unit TTYPE12 = 'vFlag ' / radial velocity flag TCOLU12 = 'herschel.ia.dataset.Column' TCLAS12 = 'herschel.ia.numeric.String1d' TTYPE13 = 'nccFlag ' / neutral carbon check flag TCOLU13 = 'herschel.ia.dataset.Column' TCLAS13 = 'herschel.ia.numeric.Int1d' END @i1b5g?۴*uSLW @nG%CqKZ @,}z@Q# FF? @|K<??Og@g SLW @nHExC2~ nan @Lr?= W@#SLW @nHExC2~ nan @|6$؏?j@SSLW @nGBAC3 sP @,}z@Q# FF? @~ت?^I6@ΝSLW @nGBAC3 sP @,}z@Q# FF? @ %1?RS2@ 3!SLW @nGBAC3 sP @,}z@Q# FF? @[!?X@ ]۳SLW @nGBAC3 sP?@,}z@Q# FF? @KT?@ŋgSLW @nGBAC3 sP @,}z@Q# FF? @|4.n?#! 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