Sloan Digital Sky Survey Astrometric Pipeline CCD 71, 92 objects, 92 stars CCD 72, 97 objects, 97 stars CCD 73, 99 objects, 98 stars CCD 74, 97 objects, 97 stars CCD 75, 95 objects, 95 stars CCD 76, 0 objects, 0 stars CCD 61, 95 objects, 95 stars CCD 62, 93 objects, 93 stars CCD 63, 99 objects, 99 stars CCD 64, 95 objects, 95 stars CCD 65, 95 objects, 95 stars CCD 81, 99 objects, 99 stars CCD 82, 100 objects, 100 stars CCD 83, 98 objects, 98 stars CCD 84, 99 objects, 98 stars CCD 85, 96 objects, 96 stars CCD 86, 97 objects, 97 stars CCD 91, 98 objects, 98 stars CCD 92, 95 objects, 95 stars CCD 93, 98 objects, 98 stars CCD 94, 98 objects, 98 stars CCD 95, 99 objects, 98 stars CCD 71,NMatch 1,NClipped 0,muMean/Sig-25.393/25.393,nuMean/Sig 0.766/0.766 CCD 72,NMatch 0,NClipped 0,muMean/Sig 0.000/0.000,nuMean/Sig 0.000/0.000 CCD 73,NMatch 0,NClipped 0,muMean/Sig 0.000/0.000,nuMean/Sig 0.000/0.000 CCD 74,NMatch 1,NClipped 0,muMean/Sig 13.937/13.937,nuMean/Sig 9.831/9.831 CCD 75,NMatch 1,NClipped 0,muMean/Sig 19.689/19.689,nuMean/Sig-29.263/29.263 CCD 76,NMatch 0,NClipped 0,muMean/Sig 0.000/0.000,nuMean/Sig 0.000/0.000 CCD 61,NMatch 1,NClipped 0,muMean/Sig 14.716/14.716,nuMean/Sig 9.452/9.452 CCD 62,NMatch 2,NClipped 0,muMean/Sig 0.363/14.075,nuMean/Sig 15.084/16.123 CCD 63,NMatch 0,NClipped 0,muMean/Sig 0.000/0.000,nuMean/Sig 0.000/0.000 CCD 64,NMatch 0,NClipped 0,muMean/Sig 0.000/0.000,nuMean/Sig 0.000/0.000 CCD 65,NMatch 3,NClipped 0,muMean/Sig 13.206/17.669,nuMean/Sig 4.559/6.036 CCD 81,NMatch 2,NClipped 0,muMean/Sig 3.825/10.633,nuMean/Sig -2.081/9.798 CCD 82,NMatch 0,NClipped 0,muMean/Sig 0.000/0.000,nuMean/Sig 0.000/0.000 CCD 83,NMatch 1,NClipped 0,muMean/Sig-13.542/13.542,nuMean/Sig 0.260/0.260 CCD 84,NMatch 1,NClipped 0,muMean/Sig -6.530/6.530,nuMean/Sig-16.271/16.271 CCD 85,NMatch 1,NClipped 0,muMean/Sig 6.533/6.533,nuMean/Sig 10.056/10.056 CCD 86,NMatch 1,NClipped 0,muMean/Sig-21.738/21.738,nuMean/Sig 16.639/16.639 CCD 91,NMatch 0,NClipped 0,muMean/Sig 0.000/0.000,nuMean/Sig 0.000/0.000 CCD 92,NMatch 1,NClipped 0,muMean/Sig 19.945/19.945,nuMean/Sig 28.017/28.017 CCD 93,NMatch 1,NClipped 0,muMean/Sig-13.615/13.615,nuMean/Sig 11.805/11.805 CCD 94,NMatch 1,NClipped 0,muMean/Sig-11.680/11.680,nuMean/Sig -0.161/0.161 CCD 95,NMatch 3,NClipped 0,muMean/Sig -8.229/16.846,nuMean/Sig 17.264/18.432 2 least-squares iterations CCD 71,NMatch 1,NClipped 0,muMean/Sig-28.932/28.932,nuMean/Sig 0.904/0.904 CCD 72,NMatch 0,NClipped 0,muMean/Sig 0.000/0.000,nuMean/Sig 0.000/0.000 CCD 73,NMatch 0,NClipped 0,muMean/Sig 0.000/0.000,nuMean/Sig 0.000/0.000 CCD 74,NMatch 1,NClipped 0,muMean/Sig 6.605/6.605,nuMean/Sig 4.430/4.430 CCD 75,NMatch 1,NClipped 0,muMean/Sig 13.655/13.655,nuMean/Sig-36.268/36.268 CCD 76,NMatch 0,NClipped 0,muMean/Sig 0.000/0.000,nuMean/Sig 0.000/0.000 CCD 61,NMatch 1,NClipped 0,muMean/Sig 10.106/10.106,nuMean/Sig 9.366/9.366 CCD 62,NMatch 2,NClipped 0,muMean/Sig -3.412/13.760,nuMean/Sig 13.162/14.241 CCD 63,NMatch 0,NClipped 0,muMean/Sig 0.000/0.000,nuMean/Sig 0.000/0.000 CCD 64,NMatch 0,NClipped 0,muMean/Sig 0.000/0.000,nuMean/Sig 0.000/0.000 CCD 65,NMatch 3,NClipped 0,muMean/Sig 7.655/14.509,nuMean/Sig -3.131/5.124 CCD 81,NMatch 2,NClipped 0,muMean/Sig 10.018/13.733,nuMean/Sig -4.743/10.583 CCD 82,NMatch 0,NClipped 0,muMean/Sig 0.000/0.000,nuMean/Sig 0.000/0.000 CCD 83,NMatch 1,NClipped 0,muMean/Sig -8.680/8.680,nuMean/Sig -5.776/5.776 CCD 84,NMatch 1,NClipped 0,muMean/Sig -1.932/1.932,nuMean/Sig-24.041/24.041 CCD 85,NMatch 1,NClipped 0,muMean/Sig 8.502/8.502,nuMean/Sig 0.171/0.171 CCD 86,NMatch 1,NClipped 0,muMean/Sig-18.705/18.705,nuMean/Sig 5.346/5.346 CCD 91,NMatch 0,NClipped 0,muMean/Sig 0.000/0.000,nuMean/Sig 0.000/0.000 CCD 92,NMatch 1,NClipped 0,muMean/Sig 24.155/24.155,nuMean/Sig 22.765/22.765 CCD 93,NMatch 1,NClipped 0,muMean/Sig-10.974/10.974,nuMean/Sig 4.827/4.827 CCD 94,NMatch 1,NClipped 0,muMean/Sig -9.815/9.815,nuMean/Sig -8.676/8.676 CCD 95,NMatch 3,NClipped 0,muMean/Sig -6.721/15.792,nuMean/Sig 6.503/9.254 1 least-squares iterations ERROR: oldAstrom: astLstsqSolve: improper input parameters NONE astLstsqSolve: improper input parameters while executing "astLstsqSolve $lstsqStruct $mergeChainList" invoked from within "set nLstsqIter [astLstsqSolve $lstsqStruct $mergeChainList]..." invoked from within "if {$fitter == 1} { set nLstsqIter [astLstsqSolve $lstsqStruct $mergeChainList] } else { set nLstsqIter [astLstsqSolve $lstsqStruct $mergeC ..." invoked from within "if {$fitter == 0} { # Use Kent's fitter astLstsqAlloc $lstsqStruct # Don't wrap at 360 deg set lstsqWrap [expr 2*60*60*360]; foreach ccd $ccds { ..." (procedure "lstsqFit" line 40) invoked from within "lstsqFit $fitTel $dewars $ccds mergeChain obsCcdParam obsInstrParam $obsTelParam tp $startField $endField -fitter $fitter" invoked from within "if {$means} { # Execute the running means astromTimer start means if {$type == "prim"} { set firstCCD 1 foreach ccd $ccds { if {[ ..." ("loop" body line 2) invoked from within "loop innerLoop 0 $tp(nClipIters) { if {$means} { # Execute the running means astromTimer start means if {$type == "prim"} { set first ..." ("loop" body line 87) invoked from within "loop outerLoop 0 $tp(nMatchIters) { # Only one iteration if secondary match and matching by ID if {$type != "prim" && $tp(idMatch) && $outerLoop > 0 ..." (procedure "matchAndFit" line 56) invoked from within "matchAndFit $type $fitTel $dewars $ccdlist obsStarChain obsFrameChain $catStarMasterChain($type) obsCcdParam obsInstrParam $obsTelParam $obsHdr $ca ..." invoked from within "if {$type == "prim" && ! $calibration && $tp(splineLengthDewar) == 0} { set fitTel 1 matchAndFit $type $fitTel $dewars $ccdlist obsStarChain obsFra ..." (procedure "match" line 568) invoked from within "match prim $koDir $koFile $dataPath $astroDewars $astroRanks "" "" $currun $scalef $ccdGeometryChain $dewarGeometryChain $startField $endField tp $ ..." invoked from within "set ret [match prim $koDir $koFile $dataPath $astroDewars $astroRanks "" "" $currun $scalef $ccdGeometryChain $dewarGeometryChain $startField $endFi ..." invoked from within "if {$nAstroDewars > 0 && ! $tp(primAll)} { # We have data from the astrometric chips to process. Do the # astrometric chips match first; it ..."