! $Id: 5554,v 16.1 1994/07/27 19:16:11 pepsa Exp $ ! Remote Submission ID = R754 COVERPAGE: TITLE_1: HIPPARCOS PLATE SCALE CYCLE 4 CALIBRATION PROPOSAL_FOR: CAL/AST PI_FNAME: LAURENCE PI_MI: G. PI_LNAME: TAFF PI_INST: STSCI PI_COUNTRY: USA PI_PHONE: (410)338-4799 HOURS_PRI: 10.59 HOURS_PAR: 0.00 NUM_PRI: 40 NUM_PAR: 0 FGS: Y ! Authorizing Institution Official: OFF_FNAME: BOB OFF_LNAME: WILLIAMS OFF_TITLE: DIRECTOR OFF_INST: STSCI OFF_ADDR_1: 3700 SAN MARTIN DR. OFF_CITY: BALTIMORE OFF_STATE: MD OFF_ZIP: 21218 OFF_COUNTRY:USA OFF_PHONE: (410)338-4710 ABSTRACT: ! Enter abstract text: use < 80 characters per line LINE_1: The problem of calibrating the FGSs for astrometric work involves LINE_2: two complementary aspects; the plate scale and the optical distortions. LINE_3: The latter are dealt with in the Optical Field Angle Distortion cali- LINE_4: brations. The former are dealt with in three different calibration LINE_5: proposals depending on the scale-length desired. To complete the OFAD LINE_6: calibration effort the execution of this proposal is required to LINE_7: determine the plate scale in the large. It rests on a set of stars LINE_8: included in the ESA Astrometry satellite HIPPARCOS's observing list. GENERAL_FORM_PROPOSERS: ! Replicate the section below for each investigator (PI and CoI's): LNAME: TAFF FNAME: LAURENCE MI: G. INST: STSCI COUNTRY: USA ESA: N LNAME: LATTANZI FNAME: MARIO MI: G. INST: STSCI COUNTRY: USA ESA: Y LNAME: HOLFELTZ FNAME: SHERIE MI: T. INST: STSCI COUNTRY: USA ESA: N GENERAL_FORM_ADDRESS: ! The PI's address: LNAME: TAFF FNAME: LAURENCE MI: G. CATEGORY: PI INST: STSCI ADDR_1: 3700 SAN MARTIN DR. CITY: BALTIMORE STATE: MD ZIP: 21218 COUNTRY: USA PHONE: (410)338-4799 ! The address of the primary contact for this proposal (if not PI): LNAME: HOLFELTZ FNAME: SHERIE MI: T. CATEGORY: CON INST: STSCI ADDR_1: 3700 SAN MARTIN DR. CITY: BALTIMORE STATE: MD ZIP: 21218 COUNTRY: USA PHONE: (410)338-4418 GENERAL_FORM_TEXT: QUESTION: 3 ! Description of proposed observations. SECTION: 1 ! Provide a detailed description of the proposed observing plan. ! This description is used during scheduling to ensure that the ! observations are implemented properly, so please answer with care. LINE_1: For each of 4 HIPPARCOS pairs with the CLEAR filter: LINE_3: (1) Observe 2 program stars and 4 reference stars in the LINE_4: specified order and with the exposure times specified in LINE_5: the exposure logsheet. LINE_6: (2) Repeat (1); the exposures in the second orbit are the LINE_7: same exposure times but the opposite order as those LINE_8: in the first orbit. LINE_9: Exposure times will be adjusted according to each target's magnitude LINE_10: in order to get each observing sequence to fit in an orbit. LINE_11: Four pairs out of the five given below in the fixed target list LINE_12: will be chosen based on schedulability. QUESTION: 4 ! Justification of need for HST observations. SECTION: 1 LINE_1: The average plate scale (in the large) in the astrometer FGS LINE_2: must be calibrated to support FGS POSitional Mode observations LINE_3: in conjunction with the OFAD. QUESTION: 5 ! Description of special scheduling requirements. SECTION: 1 ! Describe any special scheduling requirements such as real-time, time-critical, ! dark time, uninterrupted, Target of Opportunity, or Continuous Viewing Zone ! observations. LINE_1: We require the observations to take place as close as possible LINE_2: to those dates specified in the exposure logsheet in order to LINE_3: get the HIPPARCOS pairs in the correct orientation in FGS 3's LINE_4: fov at the spacecraft's nominal roll. QUESTION: 6 ! Description of special calibration exposures. SECTION: 1 LINE_1: none. QUESTION: 7 ! Data reduction and analysis plans. SECTION: 1 LINE_1: The data will be reduced using the STScI's FGS team's LINE_2: existing data analysis software. QUESTION: 8 ! Additional comments or special requests. SECTION: 1 LINE_1: none. ! This is the end of the General Form FIXED_TARGETS: TARGNUM: 1 NAME_1: H42-19-REF DESCR_1: J,701 POS_1: RA = 77.4698600D +/- 0.0005D, POS_2: DEC = +73.0559500D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 13.010 TARGNUM: 2 NAME_1: H42-29-REF DESCR_1: J,701 POS_1: RA = 77.8007000D +/- 0.0005D, POS_2: DEC = +73.0583300D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 12.670 TARGNUM: 3 NAME_1: H42-36-REF DESCR_1: J,701 POS_1: RA = 77.4979400D +/- 0.0005D, POS_2: DEC = +73.0116100D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 13.680 TARGNUM: 4 NAME_1: H42-56-REF DESCR_1: J,701 POS_1: RA = 77.0599600D +/- 0.0005D, POS_2: DEC = +72.9869000D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 12.350 TARGNUM: 5 NAME_1: HIC23912-REF DESCR_1: J,701 POS_1: RA = 77.0659100D +/- 0.0005D, POS_2: DEC = +72.9474000D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 8.320, B-V=0.312, TYPE = F0 TARGNUM: 6 NAME_1: HIC24139-REF DESCR_1: J,701 POS_1: RA = 77.7625000D +/- 0.0005D, POS_2: DEC = +73.0428800D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 8.570, B-V=0.300, TYPE = F0 TARGNUM: 7 NAME_1: HIC23912 DESCR_1: J,701 POS_1: RA = 77.0659100D +/- 0.0005D, POS_2: DEC = +72.9474000D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 8.320, B-V=0.312, TYPE = F0 TARGNUM: 8 NAME_1: HIC24139 DESCR_1: J,701 POS_1: RA = 77.7625000D +/- 0.0005D, POS_2: DEC = +73.0428800D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 8.570, B-V=0.300, TYPE = F0 ! TARGNUM: 9 NAME_1: H96-218-REF DESCR_1: J,701 POS_1: RA = 162.2513300D +/- 0.0005D, POS_2: DEC = -61.2581800D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 9.800 TARGNUM: 10 NAME_1: H96-247-REF DESCR_1: J,701 POS_1: RA = 162.3117300D +/- 0.0005D, POS_2: DEC = -61.2531600D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 12.660 TARGNUM: 11 NAME_1: H96-367-REF DESCR_1: J,701 POS_1: RA = 162.1648400D +/- 0.0005D, POS_2: DEC = -61.1365000D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 12.900 TARGNUM: 12 NAME_1: H96-616-REF DESCR_1: J,701 POS_1: RA = 162.4302000D +/- 0.0005D, POS_2: DEC = -61.3128800D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 12.870 TARGNUM: 13 NAME_1: HIC52861-REF DESCR_1: J,701 POS_1: RA = 162.1628700D +/- 0.0005D, POS_2: DEC = -61.1436800D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 8.290, B-V=0.090, TYPE = B8V TARGNUM: 14 NAME_1: HIC52967-REF DESCR_1: J,701 POS_1: RA = 162.4925700D +/- 0.0005D, POS_2: DEC = -61.3019400D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 8.800, B-V=0.020, TYPE = B9.5V TARGNUM: 15 NAME_1: HIC52861 DESCR_1: J,701 POS_1: RA = 162.1628700D +/- 0.0005D, POS_2: DEC = -61.1436800D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 8.290, B-V=0.090, TYPE = B8V TARGNUM: 16 NAME_1: HIC52967 DESCR_1: J,701 POS_1: RA = 162.4925700D +/- 0.0005D, POS_2: DEC = -61.3019400D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 8.800, B-V=0.020, TYPE = B9.5V ! TARGNUM: 17 NAME_1: H39-385-REF DESCR_1: J,701 POS_1: RA = 72.9003000D +/- 0.0005D, POS_2: DEC = -34.2259100D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 14.720 TARGNUM: 18 NAME_1: H39-366-REF DESCR_1: J,701 POS_1: RA = 72.7760900D +/- 0.0005D, POS_2: DEC = -34.2223200D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 14.110 TARGNUM: 19 NAME_1: H39-255-REF DESCR_1: J,701 POS_1: RA = 72.7409900D +/- 0.0005D, POS_2: DEC = -34.2073300D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 13.570 TARGNUM: 20 NAME_1: H39-225-REF DESCR_1: J,701 POS_1: RA = 72.7025200D +/- 0.0005D, POS_2: DEC = -34.2308800D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 10.370 TARGNUM: 21 NAME_1: HIC22507-REF DESCR_1: J,701 POS_1: RA = 72.6475200D +/- 0.0005D, POS_2: DEC = -34.2070700D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 8.500, B-V=0.760, TYPE = G8V TARGNUM: 22 NAME_1: HIC22604-REF DESCR_1: J,701 POS_1: RA = 72.9490600D +/- 0.0005D, POS_2: DEC = -34.2212700D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 8.800, B-V=0.710, TYPE = G5V TARGNUM: 23 NAME_1: HIC22507 DESCR_1: J,701 POS_1: RA = 72.6475200D +/- 0.0005D, POS_2: DEC = -34.2070700D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 8.500, B-V=0.760, TYPE = G8V TARGNUM: 24 NAME_1: HIC22604 DESCR_1: J,701 POS_1: RA = 72.9490600D +/- 0.0005D, POS_2: DEC = -34.2212700D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 8.800, B-V=0.710, TYPE = G5V ! TARGNUM: 25 NAME_1: H106-338-REF DESCR_1: J,701 POS_1: RA = 176.4312000D +/- 0.0005D, POS_2: DEC = -71.6211500D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 14.240 TARGNUM: 26 NAME_1: H106-400-REF DESCR_1: J,701 POS_1: RA = 176.6342900D +/- 0.0005D, POS_2: DEC = -71.7249000D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 14.030 TARGNUM: 27 NAME_1: H106-438-REF DESCR_1: J,701 POS_1: RA = 176.6634100D +/- 0.0005D, POS_2: DEC = -71.6932700D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 12.000 TARGNUM: 28 NAME_1: H106-501-REF DESCR_1: J,701 POS_1: RA = 176.7854500D +/- 0.0005D, POS_2: DEC = -71.7504300D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 11.880 TARGNUM: 29 NAME_1: HIC57347-REF DESCR_1: J,701 POS_1: RA = 176.3701600D +/- 0.0005D, POS_2: DEC = -71.6033200 D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 8.500, B-V=0.120, TYPE = B9V TARGNUM: 30 NAME_1: HIC57531-REF DESCR_1: J,701 POS_1: RA = 176.8735300D +/- 0.0005D, POS_2: DEC = -71.7682200D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 8.900, B-V=0.290, TYPE = A4IV TARGNUM: 31 NAME_1: HIC57347 DESCR_1: J,701 POS_1: RA = 176.3701600D +/- 0.0005D, POS_2: DEC = -71.6033200 D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 8.500, B-V=0.120, TYPE = B9V TARGNUM: 32 NAME_1: HIC57531 DESCR_1: J,701 POS_1: RA = 176.8735300D +/- 0.0005D, POS_2: DEC = -71.7682200D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 8.900, B-V=0.290, TYPE = A4IV ! TARGNUM: 33 NAME_1: H74-1270-REF DESCR_1: J,701 POS_1: RA = 135.9972100D +/- 0.0005D, POS_2: DEC = -67.6000400D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 12.410 TARGNUM: 34 NAME_1: H74-897-REF DESCR_1: J,701 POS_1: RA = 135.8663700D +/- 0.0005D, POS_2: DEC = -67.5389000D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 11.670 TARGNUM: 35 NAME_1: H74-154-REF DESCR_1: J,701 POS_1: RA = 135.7892200D +/- 0.0005D, POS_2: DEC = -67.4842500D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 14.090 TARGNUM: 36 NAME_1: H74-125-REF DESCR_1: J,701 POS_1: RA = 135.7775700D +/- 0.0005D, POS_2: DEC = -67.4357400D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 14.290 TARGNUM: 37 NAME_1: HIC44420-REF DESCR_1: J,701 POS_1: RA = 135.7532200D +/- 0.0005D, POS_2: DEC = -67.4052300D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 9.100, B-V=0.590, TYPE = F8IV TARGNUM: 38 NAME_1: HIC44494-REF DESCR_1: J,701 POS_1: RA = 135.9759700D +/- 0.0005D, POS_2: DEC = -67.6212000D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 8.400, B-V=0.360, TYPE = F0III TARGNUM: 39 NAME_1: HIC44420 DESCR_1: J,701 POS_1: RA = 135.7532200D +/- 0.0005D, POS_2: DEC = -67.4052300D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 9.100, B-V=0.590, TYPE = F8IV TARGNUM: 40 NAME_1: HIC44494 DESCR_1: J,701 POS_1: RA = 135.9759700D +/- 0.0005D, POS_2: DEC = -67.6212000D +/- 0.0005D EQUINOX: 2000 FLUXNUM_1: 1 FLUXVAL_1: V = 8.400, B-V=0.360, TYPE = F0III ! ! end of fixed targets ! No solar system records found ! No generic target records found EXPOSURE_LOGSHEET: LINENUM: 1.000 SEQUENCE_1: DEFINE SEQUENCE_2: EXP45 TARGNAME: # CONFIG: FGS OPMODE: POS APERTURE: 3 SP_ELEMENT: F583W NUM_EXP: 1 TIME_PER_EXP: 45S FLUXNUM_1: 1 PRIORITY: 1 PARAM_1: DATA-RATE = 32 REQ_1: CYCLE 4; ! LINENUM: 2.000 SEQUENCE_1: DEFINE SEQUENCE_2: EXP30 TARGNAME: # CONFIG: FGS OPMODE: POS APERTURE: 3 SP_ELEMENT: F583W NUM_EXP: 1 TIME_PER_EXP: 30S FLUXNUM_1: 1 PRIORITY: 1 PARAM_1: DATA-RATE = 32 REQ_1: CYCLE 4; ! LINENUM: 3.000 SEQUENCE_1: DEFINE SEQUENCE_2: EXP10 TARGNAME: # CONFIG: FGS OPMODE: POS APERTURE: 3 SP_ELEMENT: F583W NUM_EXP: 1 TIME_PER_EXP: 10S FLUXNUM_1: 1 PRIORITY: 1 PARAM_1: DATA-RATE = 32 REQ_1: CYCLE 4; ! LINENUM: 101.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC24139 REQ_1: POS TARG -390.919, -121.076; REQ_2: SEQ 101-116 NON-INT; REQ_3: ORIENT 245D +/- 0.3D; REQ_4: SAME POS FOR 102-116 AS 101; LINENUM: 102.000 SEQUENCE_1: USE EXP45 TARGNAME: H42-29-REF LINENUM: 103.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC24139 LINENUM: 104.000 SEQUENCE_1: USE EXP45 TARGNAME: H42-19-REF LINENUM: 105.000 SEQUENCE_1: USE EXP45 TARGNAME: H42-36-REF LINENUM: 106.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC23912-REF LINENUM: 107.000 SEQUENCE_1: USE EXP45 TARGNAME: H42-56-REF LINENUM: 108.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC23912-REF LINENUM: 109.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC23912-REF LINENUM: 110.000 SEQUENCE_1: USE EXP45 TARGNAME: H42-56-REF LINENUM: 111.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC23912-REF LINENUM: 112.000 SEQUENCE_1: USE EXP45 TARGNAME: H42-36-REF LINENUM: 113.000 SEQUENCE_1: USE EXP45 TARGNAME: H42-19-REF LINENUM: 114.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC24139 LINENUM: 115.000 SEQUENCE_1: USE EXP45 TARGNAME: H42-29-REF LINENUM: 116.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC24139 ! LINENUM: 201.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC52967 REQ_1: POS TARG 400.837, -110.285; REQ_2: SEQ 201-216 NON-INT; REQ_3: ORIENT 133.4D +/- 1D; REQ_4: SAME POS FOR 202-216 AS 201; LINENUM: 202.000 SEQUENCE_1: USE EXP45 TARGNAME: H96-616-REF LINENUM: 203.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC52967 LINENUM: 204.000 SEQUENCE_1: USE EXP45 TARGNAME: H96-218-REF LINENUM: 205.000 SEQUENCE_1: USE EXP45 TARGNAME: H96-247-REF LINENUM: 206.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC52861-REF LINENUM: 207.000 SEQUENCE_1: USE EXP45 TARGNAME: H96-367-REF LINENUM: 208.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC52861-REF LINENUM: 209.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC52861-REF LINENUM: 210.000 SEQUENCE_1: USE EXP45 TARGNAME: H96-367-REF LINENUM: 211.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC52861-REF LINENUM: 212.000 SEQUENCE_1: USE EXP45 TARGNAME: H96-247-REF LINENUM: 213.000 SEQUENCE_1: USE EXP45 TARGNAME: H96-218-REF LINENUM: 214.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC52967 LINENUM: 215.000 SEQUENCE_1: USE EXP45 TARGNAME: H96-616-REF LINENUM: 216.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC52967 ! LINENUM: 301.000 SEQUENCE_1: USE EXP30 TARGNAME: HIC22604 REQ_1: POS TARG -397.661,-34.912; REQ_2: SEQ 301-320 NON-INT; REQ_3: ORIENT 277.1D +/- 1D; REQ_4: SAME POS FOR 302-320 AS 301; LINENUM: 302.000 SEQUENCE_1: USE EXP30 TARGNAME: H39-385-REF LINENUM: 303.000 SEQUENCE_1: USE EXP30 TARGNAME: HIC22604 LINENUM: 304.000 SEQUENCE_1: USE EXP30 TARGNAME: H39-385-REF LINENUM: 305.000 SEQUENCE_1: USE EXP30 TARGNAME: H39-366-REF LINENUM: 306.000 SEQUENCE_1: USE EXP30 TARGNAME: H39-255-REF LINENUM: 307.000 SEQUENCE_1: USE EXP30 TARGNAME: HIC22507-REF LINENUM: 308.000 SEQUENCE_1: USE EXP30 TARGNAME: H39-225-REF LINENUM: 309.000 SEQUENCE_1: USE EXP30 TARGNAME: HIC22507-REF LINENUM: 310.000 SEQUENCE_1: USE EXP30 TARGNAME: H39-225-REF LINENUM: 311.000 SEQUENCE_1: USE EXP30 TARGNAME: HIC22507-REF LINENUM: 312.000 SEQUENCE_1: USE EXP30 TARGNAME: H39-225-REF LINENUM: 313.000 SEQUENCE_1: USE EXP30 TARGNAME: HIC22507-REF LINENUM: 314.000 SEQUENCE_1: USE EXP30 TARGNAME: H39-225-REF LINENUM: 315.000 SEQUENCE_1: USE EXP30 TARGNAME: H39-255-REF LINENUM: 316.000 SEQUENCE_1: USE EXP30 TARGNAME: H39-366-REF LINENUM: 317.000 SEQUENCE_1: USE EXP30 TARGNAME: H39-385-REF LINENUM: 318.000 SEQUENCE_1: USE EXP30 TARGNAME: HIC22604 LINENUM: 319.000 SEQUENCE_1: USE EXP30 TARGNAME: H39-385-REF LINENUM: 320.000 SEQUENCE_1: USE EXP30 TARGNAME: HIC22604 ! LINENUM: 401.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC57531 REQ_1: POS TARG 417.495, -99.955; REQ_2: SEQ 401-416 NON-INT; REQ_3: ORIENT 139D +/- 1D; REQ_4: SAME POS FOR 402-416 AS 401; LINENUM: 402.000 SEQUENCE_1: USE EXP45 TARGNAME: H106-501-REF LINENUM: 403.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC57531 LINENUM: 404.000 SEQUENCE_1: USE EXP45 TARGNAME: H106-400-REF LINENUM: 405.000 SEQUENCE_1: USE EXP45 TARGNAME: H106-438-REF LINENUM: 406.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC57347-REF LINENUM: 407.000 SEQUENCE_1: USE EXP45 TARGNAME: H106-338-REF LINENUM: 408.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC57347-REF LINENUM: 409.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC57347-REF LINENUM: 410.000 SEQUENCE_1: USE EXP45 TARGNAME: H106-338-REF LINENUM: 411.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC57347-REF LINENUM: 412.000 SEQUENCE_1: USE EXP45 TARGNAME: H106-438-REF LINENUM: 413.000 SEQUENCE_1: USE EXP45 TARGNAME: H106-400-REF LINENUM: 414.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC57531 LINENUM: 415.000 SEQUENCE_1: USE EXP45 TARGNAME: H106-501-REF LINENUM: 416.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC57531 ! LINENUM: 501.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC44494 REQ_1: POS TARG 386.994,-69.312; REQ_2: SEQ 501-520 NON-INT; REQ_3: ORIENT 156.1D +/- 1D; REQ_4: SAME POS FOR 502-520 AS 501; LINENUM: 502.000 SEQUENCE_1: USE EXP45 TARGNAME: H74-1270-REF LINENUM: 503.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC44494 LINENUM: 504.000 SEQUENCE_1: USE EXP45 TARGNAME: H74-1270-REF LINENUM: 505.000 SEQUENCE_1: USE EXP45 TARGNAME: H74-897-REF LINENUM: 506.000 SEQUENCE_1: USE EXP45 TARGNAME: H74-154-REF LINENUM: 507.000 SEQUENCE_1: USE EXP45 TARGNAME: H74-125-REF LINENUM: 508.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC44420-REF LINENUM: 509.000 SEQUENCE_1: USE EXP45 TARGNAME: H74-125-REF LINENUM: 510.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC44420-REF LINENUM: 511.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC44420-REF LINENUM: 512.000 SEQUENCE_1: USE EXP45 TARGNAME: H74-125-REF LINENUM: 513.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC44420-REF LINENUM: 514.000 SEQUENCE_1: USE EXP45 TARGNAME: H74-125-REF LINENUM: 515.000 SEQUENCE_1: USE EXP45 TARGNAME: H74-154-REF LINENUM: 516.000 SEQUENCE_1: USE EXP45 TARGNAME: H74-897-REF LINENUM: 517.000 SEQUENCE_1: USE EXP45 TARGNAME: H74-1270-REF LINENUM: 518.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC44494 LINENUM: 519.000 SEQUENCE_1: USE EXP45 TARGNAME: H74-1270-REF LINENUM: 520.000 SEQUENCE_1: USE EXP45 TARGNAME: HIC44494 ! end of exposure logsheet ! No scan data records found