C>0 C>P C>p C> C> C> C> C? C?0 C?P C?p C? C? C? C? C@ C@0 C@P C@p C@ C@ C@ C@ CA CA0 CAP CAp CA CA CA CA CB CB0 CBP CBp CB CB CB CB CC CC0 CCP CCp CC CC CC CC CD CD0 CDP CDp CD CD CD CD CE CE0 CEP CEp CE CE CE CE CF CF0 CFP CFp CF CF CF CF CG CG0 CGP CGp CG CG CG CG CH CH0 CHP CHp CH CH CH CH CI CI0 CIP CIp CI CI CI CI CJ CJ0 CJP CJp CJ CJ CJ CJ CK CK0 CKP CKp CK CK CK CK CL CL0 CLP CLp CL CL CL CL CM CM0 CMP CMp CM CM CM CM CN CN0 CNP CNp CN CN CN CN CO CO0 COP COp CO CO CO CO CP CP0 CPP CPp CP CP CP CP CQ CQ0 CQP CQp CQ CQ CQ CQ CR CR0 CRP CRp CR CR CR CR CS CS0 CSP CSp CS CS CS CS CT CT0 CTP CTp CT CT CT CT CU CU0 CUP CUp CU CU CU CU CV CV0 CVP CVp CV CV CV CV CW CW0 CWP CWp CW CW CW CW CX CX0 CXP CXp CX CX CX CX CY CY0 CYP CYp CY CY CY CY CZ CZ0 CZP CZp CZ CZ CZ CZ C[ C[0 C[P C[p C[ C[ C[ C[ C\ C\0 C\P C\p C\ C\ C\ C\ C] C]0 C]P C]p C] C] C] C] C^ C^0 C^P C^p C^ C^ C^ C^ C_ C_0 C_P C_p C_ C_ C_ C_ C` C`0 C`P C`p C` C` C` C` Ca Ca0 CaP Cap Ca Ca Ca Ca Cb Cb0 CbP Cbp Cb Cb Cb Cb Cc Cc0 CcP Ccp Cc Cc Cc Cc Cd Cd0 CdP Cdp Cd Cd Cd Cd Ce Ce0 CeP Cep Ce Ce Ce Ce Cf Cf0 CfP Cfp Cf Cf Cf Cf Cg Cg0 CgP Cgp Cg Cg Cg Cg Ch Ch0 ChP Chp Ch Ch Ch Ch Ci Ci0 CiP Cip Ci Ci Ci Ci Cj Cj0 CjP Cjp Cj Cj Cj Cj Ck Ck0 CkP Ckp Ck Ck Ck Ck Cl Cl0 ClP Clp Cl Cl Cl Cl Cm Cm0 CmP Cmp Cm Cm Cm Cm Cn Cn0 CnP Cnp Cn Cn Cn Cn Co Co0 CoP Cop Co Co Co Co Cp Cp0 CpP Cpp Cp Cp Cp Cp Cq Cq0 CqP Cqp Cq Cq Cq Cq Cr Cr0 CrP Crp Cr Cr Cr Cr Cs Cs0 CsP Csp Cs Cs Cs Cs Ct Ct0 CtP Ctp Ct Ct Ct Ct Cu Cu0 CuP Cup Cu Cu Cu Cu Cv Cv0 CvP Cvp Cv Cv Cv Cv Cw Cw0 CwP Cwp Cw Cw Cw Cw Cx Cx0 CxP Cxp Cx Cx Cx Cx Cy Cy0 CyP Cyp Cy Cy Cy Cy Cz Cz0 CzP Czp Cz Cz Cz Cz C{ C{0 C{P C{p C{ C{ C{ C{ C| C|0 C|P C|p C| C| C| C| C} C}0 C}P C}p C} C} C} C} C~ C~0 C~P C~p C~ C~ C~ C~ C C0 CP Cp ? ?0 ?P ?p ? ? ? ? ? ? ? ? @ @ @ @ @$ @, @4 @< @D @L @T @\ @d @l @t @| @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ A A A A A A A
A A A A A A A A A A! A# A% A' A) A+ A- A/ A1 A3 A5 A7 A9 A; A= A? AA AC AE AG AI AK AM AO AQ AS AU AW AY A[ A] A_ Aa Ac Ae Ag Ai Ak Am Ao Aq As Au Aw Ay A{ A} A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A AÀ AĀ Aŀ Aƀ Aǀ AȀ Aɀ Aʀ Aˀ À À A Aπ AЀ Aр AҀ AӀ AԀ AՀ Aր A׀ A Aـ Aڀ Aۀ A܀ A݀ Aހ A߀ A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A B @ B B@ B B@ B B@ B B@ B B@ B B@ B B@ B B@ B B @ B B
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C C0 CP Cp C C C C C C0 CP Cp C C C C C C0 CP Cp C C C C C C0 CP Cp C C C C C C0 CP Cp C C C C C C0 CP Cp C C C C C C0 CP Cp C C C C C C0 CP Cp C C C C C C0 CP Cp C C C C C C0 CP Cp C C C C C C0 CP Cp C C C C C C0 CP Cp C C C C C C0 CP Cp C C C C C C0 CP Cp C C C C C C 0 C P C p C C C C C C 0 C P C p C C C C C C 0 C P C p C C C C C C 0 C P C p C C C C C C 0 C P C p C C C C C! C!0 C!P C!p C! C! C! C! C" C"0 C"P C"p C" C" C" C" C# C#0 C#P C#p C# C# C# C# C$ C$0 C$P C$p C$ C$ C$ C$ C% C%0 C%P C%p C% C% C% C% C& C&0 C&P C&p C& C& C& C& C' C'0 C'P C'p C' C' C' C' C( C(0 C(P C(p C( C( C( C( C) C)0 C)P C)p C) C) C) C) C* C*0 C*P C*p C* C* C* C* C+ C+0 C+P C+p C+ C+ C+ C+ C, C,0 C,P C,p C, C, C, C, C- C-0 C-P C-p C- C- C- C- C. C.0 C.P C.p C. C. C. C. C/ C/0 C/P C/p C/ C/ C/ C/ C0 C00 C0P C0p C0 C0 C0 C0 C1 C10 C1P C1p C1 C1 C1 C1 C2 C20 C2P C2p C2 C2 C2 C2 C3 C30 C3P C3p C3 C3 C3 C3 C4 C40 C4P C4p C4 C4 C4 C4 C5 C50 C5P C5p C5 C5 C5 C5 C6 C60 C6P C6p C6 C6 C6 C6 C7 C70 C7P C7p C7 C7 C7 C7 C8 C80 C8P C8p C8 C8 C8 C8 C9 C90 C9P C9p C9 C9 C9 C9 C: C:0 C:P C:p C: XTENSION= 'BINTABLE' /Binary table written by MWRFITS v1.11 BITPIX = 8 /Required value NAXIS = 2 /Required value NAXIS1 = 216 /Number of bytes per row NAXIS2 = 1 /Number of rows PCOUNT = 0 /Normally 0 (no varying arrays) GCOUNT = 1 /Required value TFIELDS = 31 /Number of columns in table COMMENT COMMENT *** End of mandatory fields *** COMMENT COMMENT COMMENT *** Column names *** COMMENT TTYPE1 = 'RUN ' / TTYPE2 = 'RERUN ' / TTYPE3 = 'CAMCOL ' / TTYPE4 = 'FILTER ' / TTYPE5 = 'NODE ' / TTYPE6 = 'INCL ' / TTYPE7 = 'NAXIS ' / TTYPE8 = 'FIELD ' / TTYPE9 = 'A ' / TTYPE10 = 'B ' / TTYPE11 = 'C ' / TTYPE12 = 'D ' / TTYPE13 = 'E ' / TTYPE14 = 'F ' / TTYPE15 = 'DROW0 ' / TTYPE16 = 'DROW1 ' / TTYPE17 = 'DROW2 ' / TTYPE18 = 'DROW3 ' / TTYPE19 = 'DCOL0 ' / TTYPE20 = 'DCOL1 ' / TTYPE21 = 'DCOL2 ' / TTYPE22 = 'DCOL3 ' / TTYPE23 = 'CSROW ' / TTYPE24 = 'CSCOL ' / TTYPE25 = 'CCROW ' / TTYPE26 = 'CCCOL ' / TTYPE27 = 'RICUT ' / TTYPE28 = 'MJD ' / TTYPE29 = 'AIRMASS ' / TTYPE30 = 'MUERR ' / TTYPE31 = 'NUERR ' / COMMENT COMMENT *** Column formats *** COMMENT TFORM1 = 'J ' / TFORM2 = '3A ' / TFORM3 = 'J ' / TFORM4 = 'A ' / TFORM5 = 'D ' / TFORM6 = 'D ' / TFORM7 = '2J ' / TFORM8 = 'J ' / TFORM9 = 'D ' / TFORM10 = 'D ' / TFORM11 = 'D ' / TFORM12 = 'D ' / TFORM13 = 'D ' / TFORM14 = 'D ' / TFORM15 = 'D ' / TFORM16 = 'D ' / TFORM17 = 'D ' / TFORM18 = 'D ' / TFORM19 = 'D ' / TFORM20 = 'D ' / TFORM21 = 'D ' / TFORM22 = 'D ' / TFORM23 = 'D ' / TFORM24 = 'D ' / TFORM25 = 'D ' / TFORM26 = 'D ' / TFORM27 = 'D ' / TFORM28 = 'D ' / TFORM29 = 'D ' / TFORM30 = 'E ' / TFORM31 = 'E ' / END 301 r@W[@R rGE9 @c ? [>YۗS?K RM
ކl? ֪l]&?}V 4D %^>ys߽nW)\9 \?FR(HXT= "uTX*lW{y?t&$TXw?BB@Y @k;?8=8C.= cutouts/PanSTARRS/PanSTARRS_i.fits 0000644 0000000 0000000 00000410300 00000000000 014002 0 ustar 00 SIMPLE = T / file does conform to FITS standard BITPIX = -32 / number of bits per data pixel NAXIS = 2 / number of data axes NAXIS1 = 157 / length of data axis 1 NAXIS2 = 157 / length of data axis 2 EXTEND = T / FITS dataset may contain extensions COMMENT FITS (Flexible Image Transport System) format is defined in 'AstronomyCOMMENT and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H DATE = '2026-01-03T16:32:47' / file creation date (YYYY-MM-DDThh:mm:ss UT) CTYPE1 = 'RA---TAN' / Right ascension, gnomonic projection CTYPE2 = 'DEC--TAN' / Declination, gnomonic projection CRVAL1 = 129.5999908447 / [deg] Coordinate value at reference point CRVAL2 = 57.999999999998 / [deg] Coordinate value at reference point CRPIX1 = -24809.5 / Pixel coordinate of reference point CRPIX2 = -19573.5 / Pixel coordinate of reference point CDELT1 = 6.9444446125999E-05 / [deg] Coordinate increment at reference point CDELT2 = 6.9444446125999E-05 / [deg] Coordinate increment at reference point PC001001= -1. PC001002= 0. PC002001= 0. PC002002= 1. HISTORY ppStack at 2015-02-21T20:20:43.984220 PSLIB_V = '37083 ' HISTORY psLib version: tags/ipp-pv3-20140717/psLib@37083 HISTORY psLib source: 60eb6cdc-a59c-4636-a4e0-dba66a9721fd MODULE_V= '37323:37768' HISTORY psModules version: tags/ipp-pv3-20140717/psModules@37323:37768 HISTORY psModules source: 60eb6cdc-a59c-4636-a4e0-dba66a9721fd PHOT_V = '37083 ' HISTORY psphot version: tags/ipp-pv3-20140717/psphot@37083 HISTORY psphot source: 60eb6cdc-a59c-4636-a4e0-dba66a9721fd STATS_V = '37083 ' HISTORY ppStats version: tags/ipp-pv3-20140717/ppStats@37083 HISTORY ppStats source: 60eb6cdc-a59c-4636-a4e0-dba66a9721fd STACK_V = '37083 ' HISTORY ppStack version: tags/ipp-pv3-20140717/ppStack@37083 HISTORY ppStack source: 60eb6cdc-a59c-4636-a4e0-dba66a9721fd NINPUTS = 57 / Number of input images STK_TYPE= 'DEEP_STACK' / type of stack STK_ID = '4514273 ' / type of stack SKYCELL = 'skycell.2422.089' / type of stack TESS_ID = 'RINGS.V3' / type of stack AIRM_SLP= 0. / airmass slope INP_0000= 'o7001g0603o.834807.wrp.1444528.skycell.2422.089.fits' / input image nINP_0001= 'o7001g0622o.834826.wrp.1444546.skycell.2422.089.fits' / input image nINP_0002= 'o7031g0443o.849920.wrp.1444559.skycell.2422.089.fits' / input image nINP_0003= 'o7031g0464o.849945.wrp.1444570.skycell.2422.089.fits' / input image nINP_0004= 'o5231g0241o.130108.wrp.1444578.skycell.2422.089.fits' / input image nINP_0005= 'o7031g0485o.849954.wrp.1444583.skycell.2422.089.fits' / input image nINP_0006= 'o7031g0506o.849977.wrp.1444596.skycell.2422.089.fits' / input image nINP_0007= 'o5583g0438o.284331.wrp.1444600.skycell.2422.089.fits' / input image nINP_0008= 'o5583g0449o.284342.wrp.1444602.skycell.2422.089.fits' / input image nINP_0009= 'o7052g0340o.865962.wrp.1444610.skycell.2422.089.fits' / input image nINP_0010= 'o7052g0362o.865983.wrp.1444611.skycell.2422.089.fits' / input image nINP_0011= 'o7052g0384o.866004.wrp.1444614.skycell.2422.089.fits' / input image nINP_0012= 'o7052g0406o.866029.wrp.1444615.skycell.2422.089.fits' / input image nINP_0013= 'o7054g0290o.867414.wrp.1444616.skycell.2422.089.fits' / input image nINP_0014= 'o7054g0308o.867432.wrp.1444629.skycell.2422.089.fits' / input image nINP_0015= 'o7054g0326o.867450.wrp.1444631.skycell.2422.089.fits' / input image nINP_0016= 'o7054g0344o.867468.wrp.1444633.skycell.2422.089.fits' / input image nINP_0017= 'o7055g0401o.868301.wrp.1444644.skycell.2422.089.fits' / input image nINP_0018= 'o7055g0419o.868319.wrp.1444647.skycell.2422.089.fits' / input image nINP_0019= 'o6675g0299o.698146.wrp.1444652.skycell.2422.089.fits' / input image nINP_0020= 'o6675g0319o.698167.wrp.1444654.skycell.2422.089.fits' / input image nINP_0021= 'o7055g0437o.868337.wrp.1444660.skycell.2422.089.fits' / input image nINP_0022= 'o7055g0455o.868354.wrp.1444664.skycell.2422.089.fits' / input image nINP_0023= 'o6973g0676o.817367.wrp.1444669.skycell.2422.089.fits' / input image nINP_0024= 'o6973g0692o.817383.wrp.1444671.skycell.2422.089.fits' / input image nINP_0025= 'o6973g0708o.817398.wrp.1444695.skycell.2422.089.fits' / input image nINP_0026= 'o6973g0724o.817416.wrp.1444699.skycell.2422.089.fits' / input image nINP_0027= 'o7055g0400o.868298.wrp.1444883.skycell.2422.089.fits' / input image nINP_0028= 'o7055g0418o.868317.wrp.1444885.skycell.2422.089.fits' / input image nINP_0029= 'o7055g0436o.868335.wrp.1444894.skycell.2422.089.fits' / input image nINP_0030= 'o7055g0454o.868353.wrp.1444897.skycell.2422.089.fits' / input image nINP_0031= 'o5231g0237o.130104.wrp.1445319.skycell.2422.089.fits' / input image nINP_0032= 'o5231g0248o.130115.wrp.1445325.skycell.2422.089.fits' / input image nINP_0033= 'o5582g0323o.283409.wrp.1445345.skycell.2422.089.fits' / input image nINP_0034= 'o5582g0334o.283420.wrp.1445360.skycell.2422.089.fits' / input image nINP_0035= 'o5582g0343o.283429.wrp.1445373.skycell.2422.089.fits' / input image nINP_0036= 'o5582g0355o.283441.wrp.1445378.skycell.2422.089.fits' / input image nINP_0037= 'o5940g0193o.439056.wrp.1445432.skycell.2422.089.fits' / input image nINP_0038= 'o5956g0149o.445847.wrp.1445447.skycell.2422.089.fits' / input image nINP_0039= 'o5956g0160o.445859.wrp.1445449.skycell.2422.089.fits' / input image nINP_0040= 'o5957g0185o.446483.wrp.1445452.skycell.2422.089.fits' / input image nINP_0041= 'o6233g0573o.542895.wrp.1445483.skycell.2422.089.fits' / input image nINP_0042= 'o6233g0591o.542913.wrp.1445495.skycell.2422.089.fits' / input image nINP_0043= 'o6292g0456o.562936.wrp.1445497.skycell.2422.089.fits' / input image nINP_0044= 'o6292g0472o.562952.wrp.1445522.skycell.2422.089.fits' / input image nINP_0045= 'o6644g0354o.688782.wrp.1445722.skycell.2422.089.fits' / input image nINP_0046= 'o6644g0365o.688793.wrp.1445738.skycell.2422.089.fits' / input image nINP_0047= 'o6644g0375o.688802.wrp.1445739.skycell.2422.089.fits' / input image nINP_0048= 'o6644g0385o.688814.wrp.1445740.skycell.2422.089.fits' / input image nINP_0049= 'o7001g0565o.834768.wrp.1445875.skycell.2422.089.fits' / input image nINP_0050= 'o7001g0584o.834787.wrp.1445910.skycell.2422.089.fits' / input image nINP_0051= 'o5583g0419o.284312.wrp.1486969.skycell.2422.089.fits' / input image nINP_0052= 'o5583g0429o.284322.wrp.1486971.skycell.2422.089.fits' / input image nINP_0053= 'o5583g0440o.284333.wrp.1486973.skycell.2422.089.fits' / input image nINP_0054= 'o5583g0451o.284344.wrp.1486974.skycell.2422.089.fits' / input image nINP_0055= 'o6233g0574o.542897.wrp.1486979.skycell.2422.089.fits' / input image nINP_0056= 'o6233g0592o.542915.wrp.1486982.skycell.2422.089.fits' / input image nSCL_0000= 86.93604 / input image scale factor SCL_0001= 86.93344 / input image scale factor SCL_0002= 89.41805 / input image scale factor SCL_0003= 90.81846 / input image scale factor SCL_0004= 0. / input image scale factor SCL_0005= 88.58158 / input image scale factor SCL_0006= 89.02338 / input image scale factor SCL_0007= 87.80507 / input image scale factor SCL_0008= 85.79375 / input image scale factor SCL_0009= 88.32147 / input image scale factor SCL_0010= 89.90601 / input image scale factor SCL_0011= 87.49265 / input image scale factor SCL_0012= 86.40785 / input image scale factor SCL_0013= 92.15173 / input image scale factor SCL_0014= 90.95721 / input image scale factor SCL_0015= 93.23704 / input image scale factor SCL_0016= 93.89204 / input image scale factor SCL_0017= 89.77124 / input image scale factor SCL_0018= 90.21453 / input image scale factor SCL_0019= 86.09783 / input image scale factor SCL_0020= 87.19467 / input image scale factor SCL_0021= 90.19868 / input image scale factor SCL_0022= 91.80272 / input image scale factor SCL_0023= 86.91908 / input image scale factor SCL_0024= 87.84441 / input image scale factor SCL_0025= 86.60815 / input image scale factor SCL_0026= 87.23145 / input image scale factor SCL_0027= 92.62077 / input image scale factor SCL_0028= 90.70222 / input image scale factor SCL_0029= 91.56595 / input image scale factor SCL_0030= 91.27126 / input image scale factor SCL_0031= 62.60485 / input image scale factor SCL_0032= 64.28099 / input image scale factor SCL_0033= 83.7271 / input image scale factor SCL_0034= 83.11249 / input image scale factor SCL_0035= 82.04192 / input image scale factor SCL_0036= 0. / input image scale factor SCL_0037= 260.8593 / input image scale factor SCL_0038= 83.50588 / input image scale factor SCL_0039= 83.04594 / input image scale factor SCL_0040= 85.81983 / input image scale factor SCL_0041= 92.60515 / input image scale factor SCL_0042= 90.21469 / input image scale factor SCL_0043= 85.21395 / input image scale factor SCL_0044= 87.36303 / input image scale factor SCL_0045= 83.46848 / input image scale factor SCL_0046= 83.85178 / input image scale factor SCL_0047= 82.21851 / input image scale factor SCL_0048= 81.79698 / input image scale factor SCL_0049= 90.83489 / input image scale factor SCL_0050= 92.28473 / input image scale factor SCL_0051= 88.22253 / input image scale factor SCL_0052= 85.21111 / input image scale factor SCL_0053= 89.31066 / input image scale factor SCL_0054= 90.01838 / input image scale factor SCL_0055= 92.98547 / input image scale factor SCL_0056= 91.14051 / input image scale factor ZPT_0000= 24.55388 / input image zero point ZPT_0001= 24.5644 / input image zero point ZPT_0002= 24.54342 / input image zero point ZPT_0003= 24.53328 / input image zero point ZPT_0004= 24.63976 / input image zero point ZPT_0005= 24.55802 / input image zero point ZPT_0006= 24.55258 / input image zero point ZPT_0007= 24.58187 / input image zero point ZPT_0008= 24.58632 / input image zero point ZPT_0009= 24.53863 / input image zero point ZPT_0010= 24.51664 / input image zero point ZPT_0011= 24.54518 / input image zero point ZPT_0012= 24.55067 / input image zero point ZPT_0013= 24.4814 / input image zero point ZPT_0014= 24.49684 / input image zero point ZPT_0015= 24.47788 / input image zero point ZPT_0016= 24.47223 / input image zero point ZPT_0017= 24.51695 / input image zero point ZPT_0018= 24.5088 / input image zero point ZPT_0019= 24.55727 / input image zero point ZPT_0020= 24.55063 / input image zero point ZPT_0021= 24.51665 / input image zero point ZPT_0022= 24.49256 / input image zero point ZPT_0023= 24.56257 / input image zero point ZPT_0024= 24.555 / input image zero point ZPT_0025= 24.56714 / input image zero point ZPT_0026= 24.55786 / input image zero point ZPT_0027= 24.5349 / input image zero point ZPT_0028= 24.52549 / input image zero point ZPT_0029= 24.53339 / input image zero point ZPT_0030= 24.51153 / input image zero point ZPT_0031= 24.62605 / input image zero point ZPT_0032= 24.62367 / input image zero point ZPT_0033= 24.61536 / input image zero point ZPT_0034= 24.61964 / input image zero point ZPT_0035= 24.62269 / input image zero point ZPT_0036= 24.6256 / input image zero point ZPT_0037= 23.47329 / input image zero point ZPT_0038= 24.60456 / input image zero point ZPT_0039= 24.6115 / input image zero point ZPT_0040= 24.57683 / input image zero point ZPT_0041= 24.52574 / input image zero point ZPT_0042= 24.53419 / input image zero point ZPT_0043= 24.58338 / input image zero point ZPT_0044= 24.55943 / input image zero point ZPT_0045= 24.59299 / input image zero point ZPT_0046= 24.58236 / input image zero point ZPT_0047= 24.59827 / input image zero point ZPT_0048= 24.60511 / input image zero point ZPT_0049= 24.51659 / input image zero point ZPT_0050= 24.50696 / input image zero point ZPT_0051= 24.57524 / input image zero point ZPT_0052= 24.57883 / input image zero point ZPT_0053= 24.57577 / input image zero point ZPT_0054= 24.57495 / input image zero point ZPT_0055= 24.53698 / input image zero point ZPT_0056= 24.54342 / input image zero point EXP_0000= 45. / input image exptime EXP_0001= 45. / input image exptime EXP_0002= 45. / input image exptime EXP_0003= 45. / input image exptime EXP_0004= 60. / input image exptime EXP_0005= 45. / input image exptime EXP_0006= 45. / input image exptime EXP_0007= 45. / input image exptime EXP_0008= 45. / input image exptime EXP_0009= 45. / input image exptime EXP_0010= 45. / input image exptime EXP_0011= 45. / input image exptime EXP_0012= 45. / input image exptime EXP_0013= 45. / input image exptime EXP_0014= 45. / input image exptime EXP_0015= 45. / input image exptime EXP_0016= 45. / input image exptime EXP_0017= 45. / input image exptime EXP_0018= 45. / input image exptime EXP_0019= 45. / input image exptime EXP_0020= 45. / input image exptime EXP_0021= 45. / input image exptime EXP_0022= 45. / input image exptime EXP_0023= 45. / input image exptime EXP_0024= 45. / input image exptime EXP_0025= 45. / input image exptime EXP_0026= 45. / input image exptime EXP_0027= 45. / input image exptime EXP_0028= 45. / input image exptime EXP_0029= 45. / input image exptime EXP_0030= 45. / input image exptime EXP_0031= 60. / input image exptime EXP_0032= 60. / input image exptime EXP_0033= 45. / input image exptime EXP_0034= 45. / input image exptime EXP_0035= 45. / input image exptime EXP_0036= 45. / input image exptime EXP_0037= 45. / input image exptime EXP_0038= 45. / input image exptime EXP_0039= 45. / input image exptime EXP_0040= 45. / input image exptime EXP_0041= 45. / input image exptime EXP_0042= 45. / input image exptime EXP_0043= 45. / input image exptime EXP_0044= 45. / input image exptime EXP_0045= 45. / input image exptime EXP_0046= 45. / input image exptime EXP_0047= 45. / input image exptime EXP_0048= 45. / input image exptime EXP_0049= 45. / input image exptime EXP_0050= 45. / input image exptime EXP_0051= 45. / input image exptime EXP_0052= 45. / input image exptime EXP_0053= 45. / input image exptime EXP_0054= 45. / input image exptime EXP_0055= 45. / input image exptime EXP_0056= 45. / input image exptime AIR_0000= 1.298 / input image airmass AIR_0001= 1.297 / input image airmass AIR_0002= 1.281 / input image airmass AIR_0003= 1.27 / input image airmass AIR_0004= 1.283 / input image airmass AIR_0005= 1.266 / input image airmass AIR_0006= 1.267 / input image airmass AIR_0007= 1.28 / input image airmass AIR_0008= 1.283 / input image airmass AIR_0009= 1.262 / input image airmass AIR_0010= 1.255 / input image airmass AIR_0011= 1.255 / input image airmass AIR_0012= 1.261 / input image airmass AIR_0013= 1.348 / input image airmass AIR_0014= 1.329 / input image airmass AIR_0015= 1.314 / input image airmass AIR_0016= 1.305 / input image airmass AIR_0017= 1.305 / input image airmass AIR_0018= 1.314 / input image airmass AIR_0019= 1.299 / input image airmass AIR_0020= 1.283 / input image airmass AIR_0021= 1.328 / input image airmass AIR_0022= 1.348 / input image airmass AIR_0023= 1.289 / input image airmass AIR_0024= 1.279 / input image airmass AIR_0025= 1.272 / input image airmass AIR_0026= 1.269 / input image airmass AIR_0027= 1.28 / input image airmass AIR_0028= 1.294 / input image airmass AIR_0029= 1.313 / input image airmass AIR_0030= 1.338 / input image airmass AIR_0031= 1.272 / input image airmass AIR_0032= 1.271 / input image airmass AIR_0033= 1.337 / input image airmass AIR_0034= 1.327 / input image airmass AIR_0035= 1.327 / input image airmass AIR_0036= 1.319 / input image airmass AIR_0037= 1.283 / input image airmass AIR_0038= 1.385 / input image airmass AIR_0039= 1.366 / input image airmass AIR_0040= 1.467 / input image airmass AIR_0041= 1.348 / input image airmass AIR_0042= 1.33 / input image airmass AIR_0043= 1.266 / input image airmass AIR_0044= 1.271 / input image airmass AIR_0045= 1.356 / input image airmass AIR_0046= 1.344 / input image airmass AIR_0047= 1.281 / input image airmass AIR_0048= 1.275 / input image airmass AIR_0049= 1.314 / input image airmass AIR_0050= 1.304 / input image airmass AIR_0051= 1.254 / input image airmass AIR_0052= 1.252 / input image airmass AIR_0053= 1.258 / input image airmass AIR_0054= 1.258 / input image airmass AIR_0055= 1.299 / input image airmass AIR_0056= 1.281 / input image airmass PSCAMERA= 'GPC1 ' / Camera name PSFORMAT= 'SKYCELL ' / Camera format IMAGEID = 4514273 / Image identifier SOURCEID= 35 / Source identifier HIERARCH FPA.TELESCOPE = 'PS1 ' / Telescope of origin HIERARCH FPA.INSTRUMENT = 'GPC1 ' / Instrument name (according to the instrumHIERARCH FPA.DETECTOR = 'GPC1 ' / Detector name HIERARCH FPA.COMMENT = ' ' / Observation comment HIERARCH FPA.OBS.MODE = ' ' / Observation mode (eg, survey id) HIERARCH FPA.OBS.GROUP = ' ' / Observation group (eg, associated images) HIERARCH FPA.FOCUS = 'NaN ' / Telescope focus AIRMASS = 1. / Airmass at boresight HIERARCH FPA.FILTERID = 'i.00000 ' / Filter used (parsed, abstract name) HIERARCH FPA.FILTER = 'i.00000 ' / Filter used (instrument name) HIERARCH FPA.POSANGLE = 'NaN ' / Position angle of instrument HIERARCH FPA.ROTANGLE = 'NaN ' / Rotator angle of instrument HIERARCH FPA.RADECSYS = ' ' / Celestial coordinate system HIERARCH FPA.RA = 'NaN ' / Right Ascension of boresight HIERARCH FPA.DEC = 'NaN ' / Declination of boresight HIERARCH FPA.LONGITUDE = 'NaN ' / West longitude of observatory HIERARCH FPA.LATITUDE = 'NaN ' / Latitude of observatory HIERARCH FPA.ELEVATION = 'NaN ' / Elevation of observatory (meters) HIERARCH FPA.OBSTYPE = ' ' / Type of observation HIERARCH FPA.OBJECT = ' ' / Object of observation HIERARCH FPA.ALT = 'NaN ' / Altitude of boresight HIERARCH FPA.AZ = 'NaN ' / Azimuth of boresight HIERARCH FPA.TEMP = 'NaN ' / Temperature of focal plane HIERARCH FPA.M1X = 'NaN ' / Primary Mirror X Position HIERARCH FPA.M1Y = 'NaN ' / Primary Mirror Y Position HIERARCH FPA.M1Z = 'NaN ' / Primary Mirror Z Position HIERARCH FPA.M1TIP = 'NaN ' / Primary Mirror TIP HIERARCH FPA.M1TILT = 'NaN ' / Primary Mirror TILT HIERARCH FPA.M2X = 'NaN ' / Primary Mirror X Position HIERARCH FPA.M2Y = 'NaN ' / Primary Mirror Y Position HIERARCH FPA.M2Z = 'NaN ' / Primary Mirror Z Position HIERARCH FPA.M2TIP = 'NaN ' / Primary Mirror TIP HIERARCH FPA.M2TILT = 'NaN ' / Primary Mirror TILT HIERARCH FPA.ENV.TEMP = 'NaN ' / Environment: Temperature HIERARCH FPA.ENV.HUMID = 'NaN ' / Environment: Humidity HIERARCH FPA.ENV.WIND = 'NaN ' / Environment: Wind speed HIERARCH FPA.ENV.DIR = 'NaN ' / Environment: Wind direction HIERARCH FPA.TELTEMP.M1 = 'NaN ' / Telescope Temperatures: M1 HIERARCH FPA.TELTEMP.M1CELL = 'NaN ' / Telescope Temperatures: M1 cell HIERARCH FPA.TELTEMP.M2 = 'NaN ' / Telescope Temperatures: M2 HIERARCH FPA.TELTEMP.SPIDER = 'NaN ' / Telescope Temperatures: spider HIERARCH FPA.TELTEMP.TRUSS = 'NaN ' / Telescope Temperatures: truss HIERARCH FPA.TELTEMP.EXTRA = 'NaN ' / Telescope Temperatures: extra HIERARCH FPA.PON.TIME = 'NaN ' / Power On Time HIERARCH FPA.ZP = 25. / Magnitude zero point HIERARCH CHIP.XSIZE = 0 / Size of chip (pixels) HIERARCH CHIP.YSIZE = 0 / Size of chip (pixels) HIERARCH CHIP.TEMP = 'NaN ' / Temperature of chip HIERARCH CHIP.TEMPERATURE = 'NaN ' / Temperature of chip HIERARCH CHIP.ID = ' ' / Chip identifier HIERARCH CHIP.SEEING = 'NaN ' / Seeing FWHM (pixels) HIERARCH CHIP.VIDEOCELL = F / Does this OTA have any video cells HIERARCH CELL.GAIN = 1.065295 / CCD gain (e/count) HIERARCH CELL.READNOISE = 96.25888 / CCD read noise (e) HIERARCH CELL.SATURATION = 3411964. / Saturation level (counts) HIERARCH CELL.BAD = 0. / Bad level (counts) EXPTIME = 2610. / Exposure time (sec) HIERARCH CELL.DARKTIME = 'NaN ' / Time since flush (sec) HIERARCH CELL.XBIN = 1 / Binning in x HIERARCH CELL.YBIN = 1 / Binning in y MJD-OBS = 56524.856949511 / [d] MJD of observation HIERARCH CELL.XSIZE = 0 / Size of cell (pixels) HIERARCH CELL.YSIZE = 0 / Size of cell (pixels) HIERARCH CELL.XWINDOW = 0 / Start of cell window (pixels) HIERARCH CELL.YWINDOW = 0 / Start of cell window (pixels) HIERARCH CELL.TRIMSEC = '[1:6278,1:6311]' / Trim section HIERARCH CELL.BIASSEC = '' HISTORY Created by fitscut 1.4.2 (William Jon McCann) RADESYS = 'FK5 ' / Equatorial coordinate system TIMESYS = 'TAI ' / Time scale WCSAXES = 2 / Number of coordinate axes PC1_1 = -1.0 / Coordinate transformation matrix element CUNIT1 = 'deg' / Units of coordinate increment and value CUNIT2 = 'deg' / Units of coordinate increment and value LONPOLE = 180.0 / [deg] Native longitude of celestial pole LATPOLE = 57.999999999998 / [deg] Native latitude of celestial pole MJDREF = 0.0 / [d] MJD of fiducial time DATE-OBS= '2013-08-20T20:34:00.438' / ISO-8601 time of observation EQUINOX = 2000.0 / [yr] Equinox of equatorial coordinates END CI C [@j8++`*t*CDeVRC6g7DUCJ§Ng-BoCaT\Bnä8AwÐr@gBP[WCC ].'uClCĊD2C4b:`Cr}Bݭ5U;NCyFC_Z8) CB C5KCAC wAwCлBXCQnAb[CB(C/zF CB1i"BZэCA$CJC *BCWCfBDepYÕAߺ3]Rye i +
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