XTENSION= 'TABLE ' / Table extension BITPIX = 8 / Character data NAXIS = 2 / Simple 2-D matrix NAXIS1 = 252 / Number of characters per row NAXIS2 = 3803 / Number of rows in the table PCOUNT = 0 / No "random" parameters GCOUNT = 1 / Only one group TFIELDS = 49 / Number of fields per row EXTNAME = 'CNS3 ' / Cat. of Nearby Stars, 3rd ed. (preliminary) AUTHOR = 'Gliese, W. & Jahreiss, H.' REFERENC= '1991, Astron. Rechen-Inst, No. 22' DATE = '01/08/91' / Date FITS table verified (dd/mm/yy) TTYPE1 = 'ID ' / Object identification, see comment TBCOL1 = 1 / Start column TFORM1 = 'A10 ' / Fortran format COMMENT ID: 'Gl'=Gliese; 'GJ'=Gliese & Jahreiss; 'Wo'=Woolley et al.; COMMENT ID: 'NN'=newly added stars (not yet numbered) TTYPE2 = 'Dist_Unc' / Reliability of the distance, see comment TBCOL2 = 11 / Start column TFORM2 = 'A1 ' / Fortran format COMMENT Dist_Unc: 's' trig. parallax > 0.0390 and phot. parallax < 0.0390 COMMENT Dist_Unc: 'x' trig. parallax > 0.0390 and phot. parallax < 0.0190 COMMENT Dist_Unc: 'p' trig. parallax < 0.0390 and phot. parallax > 0.0390 COMMENT Dist_Unc: 'q' trig. parallax < 0.0390 and phot. parallax > 0.0390 TTYPE3 = 'RAH ' / Hours RA, B1950.0 TBCOL3 = 13 / Start column TFORM3 = 'I2 ' / Fortran format TUNIT3 = 'h ' / Units are hours TNULL3 = ' ' / Null value TTYPE4 = 'RAM ' / Minutes RA, B1950.0 TBCOL4 = 16 / Start column TFORM4 = 'I2 ' / Fortran format TUNIT4 = 'min ' / Units are minutes of time TNULL4 = ' ' / Null value TTYPE5 = 'RAS ' / Seconds RA, B1950.0 TBCOL5 = 19 / Start column TFORM5 = 'I2 ' / Fortran format TUNIT5 = 's ' / Units are seconds of time TNULL5 = ' ' / Null value TTYPE6 = 'DecSign ' / Sign Dec, B1950.0 TBCOL6 = 22 / Start column TFORM6 = 'A1 ' / Fortran format TTYPE7 = 'DecD ' / Degrees Dec, B1950.0 TBCOL7 = 23 / Start column TFORM7 = 'I2 ' / Fortran format TUNIT7 = 'deg ' / Units are degrees TTYPE8 = 'DecM ' / Minutes Dec, B1950.0 TBCOL8 = 26 / Start column TFORM8 = 'F4.1 ' / Fortran format TUNIT8 = 'arcmin ' / Units are minutes of arc TTYPE9 = 'PM ' / Total proper motion TBCOL9 = 31 / Start column TFORM9 = 'F6.3 ' / Fortran format TUNIT9 = 'arcsec/yr' / Units are seconds of arc per year TTYPE10 = 'PM_Ang ' / Direction angle of proper motion TBCOL10 = 38 / Start column TFORM10 = 'F5.1 ' / Fortran format TUNIT10 = 'deg ' / Units are degrees TTYPE11 = 'RadVel_Sign' / Sign of radial velocity TBCOL11 = 44 / Start column TFORM11 = 'A1 ' / Fortran format TTYPE12 = 'RadVel ' / Radial velocity TBCOL12 = 45 / Start column TFORM12 = 'F5.1 ' / Fortran format TUNIT12 = 'km/s ' / Units are kilometers per second TNULL12 = ' ' / Null value TTYPE13 = 'RadVel_Comm' / Radial velocity comments TBCOL13 = 51 / Start column TFORM13 = 'A3 ' / Fortran format COMMENT RadVel_Comm: 'var'=variable (?) radial velocity; 'SB?'=suspected spec- COMMENT RadVel_Comm: troscopic binary; 'SB'=spectroscopic binary TTYPE14 = 'SpType ' / Spectral type or color class TBCOL14 = 55 / Start column TFORM14 = 'A12 ' / Fortran format TTYPE15 = 'SpType_Code' / Coded source of spectral type, see doc TBCOL15 = 67 / Start column TFORM15 = 'A1 ' / Fortran format TTYPE16 = 'Mag ' / Apparent magnitude TBCOL16 = 68 / Start column TFORM16 = 'F6.2 ' / Fortran format TUNIT16 = 'mag ' / Units are magnitudes TTYPE17 = 'Mag_Code' / Magnitude code, see comment TBCOL17 = 74 / Start column TFORM17 = 'A1 ' / Fortran format COMMENT Mag_Code: 'P'=photographic; '*'=photometric; 'c'=calculated or COMMENT Mag_Code: transformed; 'v'=variable; ':'=uncertain TTYPE18 = 'Mag_JCode' / 'J' if joint magnitude TBCOL18 = 75 / Start column TFORM18 = 'A1 ' / Fortran format TTYPE19 = 'B_V ' / B-V color TBCOL19 = 76 / Start column TFORM19 = 'F5.2 ' / Fortran format TUNIT19 = 'mag ' / Units are magnitudes TNULL19 = ' ' / Null value TTYPE20 = 'B_V_Code' / '*'=photographic; 'c'=calculated; ':'=uncertain TBCOL20 = 81 / Start column TFORM20 = 'A1 ' / Fortran format TTYPE21 = 'B_V_JCode' / 'J' if B-V joint color TBCOL21 = 82 / Start column TFORM21 = 'A1 ' / Fortran format TTYPE22 = 'U_B ' / U-B color TBCOL22 = 83 / Start column TFORM22 = 'F5.2 ' / Fortran format TUNIT22 = 'mag ' / Units are magnitudes TNULL22 = ' ' / Null value TTYPE23 = 'U_B_Code' / 'c'=calculated; 'C'=Cape system; ':'=uncertain TBCOL23 = 88 / Start column TFORM23 = 'A1 ' / Fortran format TTYPE24 = 'U_B_JCode' / 'J' if U-B joint color TBCOL24 = 89 / Start column TFORM24 = 'A1 ' / Fortran format TTYPE25 = 'R_I ' / R-I color (Kron's system) TBCOL25 = 90 / Start column TFORM25 = 'F5.2 ' / Fortran format TUNIT25 = 'mag ' / Units are magnitudes TNULL25 = ' ' / Null value TTYPE26 = 'R_I_Code' / Code for R-I system TBCOL26 = 95 / Start column TFORM26 = 'A1 ' / Fortran format COMMENT R_I_Code: 'C' if in Cousins' system; 't' if transformed from another COMMENT R_I_Code: system; ';' if uncertain. TTYPE27 = 'R_I_JCode' / 'J' if R-I joint color TBCOL27 = 96 / Start column TFORM27 = 'A1 ' / Fortran format TTYPE28 = 'Parallax' / Trigonometric parallax TBCOL28 = 97 / Start column TFORM28 = 'F5.4 ' / Fortran format TUNIT28 = 'arcsec ' / Units are seconds of arc TNULL28 = ' ' / Null value TTYPE29 = 'Par_Error' / Standard error of trigonometric parallax TBCOL29 = 102 / Start column TFORM29 = 'F4.4 ' / Fortran format TUNIT29 = 'arcsec ' / Units are seconds of arc TNULL29 = ' ' / Null value TTYPE30 = 'ResPar ' / Resulting parallax TBCOL30 = 107 / Start column TFORM30 = 'F5.4 ' / Fortran format TUNIT30 = 'arcsec ' / Units are seconds of arc TNULL30 = ' ' / Null value TTYPE31 = 'ResPar_Error' / Standard error of resulting parallax TBCOL31 = 112 / Start column TFORM31 = 'F4.4 ' / Fortran format TUNIT30 = 'arcsec ' / Units are seconds of arc TNULL31 = ' ' / Null value TTYPE32 = 'Par_Code' / Parallax code, see doc TBCOL32 = 116 / Start column TFORM32 = 'A1 ' / Fortran format TTYPE33 = 'V ' / Absolute visual magnitude TBCOL33 = 118 / Start column TFORM33 = 'F5.2 ' / Fortran format TUNIT33 = 'mag ' / Units are magnitudes TTYPE34 = 'V_Code ' / Visual magnitude code, see Mag_Code TBCOL34 = 123 / Start column TFORM34 = 'A1 ' / Fortran format TTYPE35 = 'V_JCode ' / 'J' if V a joint magnitude TBCOL35 = 124 / Start column TFORM35 = 'A1 ' / Fortran format TTYPE36 = 'V_Qual ' / Quality of absolute magnitude, see doc TBCOL36 = 125 / Start column TFORM36 = 'A1 ' / Fortran format TTYPE37 = 'UVel_Sign' / Sign of UVel TBCOL37 = 128 / Start column TFORM37 = 'A1 ' / Fortran format TTYPE38 = 'UVel ' / U space velocity component in galactic plane TBCOL38 = 129 / Start column TFORM38 = 'I3 ' / Fortran format TNULL38 = ' ' / Null value TTYPE39 = 'VVel_Sign' / Sign of VVel TBCOL39 = 133 / Start column TFORM39 = 'A1 ' / Fortran format TTYPE40 = 'VVel ' / V space velocity component in galactic plane TBCOL40 = 134 / Start column TFORM40 = 'I3 ' / Fortran format TNULL40 = ' ' / Null value TTYPE41 = 'WVel_Sign' / Sign of WVel TBCOL41 = 138 / Start column TFORM41 = 'A1 ' / Fortran format TTYPE42 = 'WVel ' / W space velocity component in galactic plane TBCOL42 = 139 / Start column TFORM42 = 'I3 ' / Fortran format TNULL42 = ' ' / Null value TTYPE43 = 'HD ' / Henry Draper Catalog (HD) number TBCOL43 = 143 / Start column TFORM43 = 'I6 ' / Fortran format TTYPE44 = 'DM_Cat ' / Durchmusterung catalog ID, 'BD', 'CD', 'CP' TBCOL44 = 150 / Start column TFORM44 = 'A2 ' / Fortran format TTYPE45 = 'DM ' / Durchmusterung catalog number, SZZNNNNNC TBCOL45 = 152 / Start column TFORM45 = 'A9 ' / Fortran format TTYPE46 = 'Giclas ' / Giclas number TBCOL46 = 162 / Start column TFORM46 = 'A9 ' / Fortran format TTYPE47 = 'LHS ' / LHS number TBCOL47 = 172 / Start column TFORM47 = 'A5 ' / Fortran format TTYPE48 = 'Number ' / Number, see comment TBCOL48 = 178 / Start column TFORM48 = 'A5 ' / Fortran format COMMENT Number: 'V'=Vyssotsky number; 'U'=UGPMF number; 'W'=white dwarf (EG or COMMENT Number: Gr number) TTYPE49 = 'Remarks ' / Additional identifications and remarks TBCOL49 = 184 / Start column TFORM49 = 'A69 ' / Fortran format END