! File: 2182C.PROP
! Database: PEPDB
! Date: 17-FEB-1994:02:40:54
coverpage:
title_1: OPTICAL JITTER OBSERVATORY LEVEL TEST
proposal_for: OBS
pi_title: SC
pi_fname: PIERRE
pi_mi: Y.
pi_lname: BELY
pi_inst: STSCI
pi_country: USA
pi_phone: 301-338-4800
hours_pri: 3.00
num_pri: 2
hrs: Y
hsp: Y
fgs: Y
realtime: Y
time_crit: N
pi_position: OPTICAL ENG.
! end of coverpage
abstract:
line_1: (2182) The goals of the OLT are to assess the pointing
line_2: performance of HST using data from a science instrument,
line_3: to identify modes of oscillation and compare them with
line_4: structural models, and to verify that normal operations
line_5: procedures with respect to mechanism motions during science
line_6: observations are acceptable.
!
! end of abstract
general_form_proposers:
lname: BELY
fname: PIERRE
title: SC
mi: Y.
inst: STSCI
country: USA
esa: Y
!
lname: STOCKMAN
fname: H.
title: DR.
mi: S.
inst: STSCI
country: USA
!
lname: LUPIE
fname: O.
title: DR.
mi: L.
inst: STSCI
country: USA
!
lname: WHITE
fname: R.
title: DR.
mi: J.
inst: STSCI
country: USA
!
! end of general_form_proposers block
general_form_text:
question: 2
section: 1
line_1: Vibrations will be studied in the range 1-250 HZ.
line_2: The test is designed to measure high frequency vibrations
line_3: with amplitudes as small as 4 milli-arcsec and low frequency jitter
line_4: with amplitudes of 1-2 milli-arcsec.
line_5: A star will be placed on an HSP aperture edge and the flux will
line_6: be monitored at a rate of 1000 HZ. Given an understanding of the
line_7: PSF, which will be measured in this test, changes in the flux of
line_8: the star on the edge may be interpreted as jitter.
line_9: The jitter measurements will be repeated at each of
line_10: two orthogonal edges of the aperture. In addition, a shorter
line_11: measurement will be made with the star within the aperture to
line_12: verify an understanding of the noise characteristics of the HSP.
line_13: During the course of the HSP series, several components
line_14: will be moved: HRS carrousel, tape recorder, astrometry
line_15: FGS servos, and the FGS filter wheels.
!
question: 3
section: 1
line_1: Because this test is scheduled for early OV, a series of
line_2: banana calibrations and focal plane calibrations will be performed
line_3: prior to the jitter measurements and as part of this test.
line_5: Exposure-line 1: Earth-Calib TA Aperture Map
line_6: Make a map of the TA aperture illuminated by an extended source
line_7: to determine a course banana mode correction (possibly 1 arcsec).
line_8: Analyze image in REAL TIME to determine and uplink correction.
line_9: Exposure-line 2: Earth-Calib 0.4 Aperture Map
line_10: In order to get a finer banana correction, make a small map
line_11: with finer spatial resolution of a 0.4 arcsec aperture.
line_12: Analyze in real-time and uplink banana correction.
line_13: Exposure-line 3: Earth-Calib Horizontal Edge Scan
line_14: In order to determine the edges in deflection coordinates to an
line_15: an even finer accuracy(<0.044"), make a 1 line map in the horizontal
line_16: deflection direction. Analyze in real time to find best edge location.
line_17: **The edge coordinates for the read beam determined here must be used
line_18: in Exp_lines 12 and 212 for accurate read beam placement on edge.**
line_19: Area scan characteristics: Begin at deflection
line_20: (H=H0+91 steps),(V=V0). X-SIZE=45, Y-SIZE=1, STEP-SIZE=0.044".
line_21: V0 and H0 are the banana-corrected center of TA aperture.
line_22: THE CORRESPONDING X AND Y IN ARCSEC (PROP INSTRUCT FRAME)
line_23: ARE X=2.83" and Y=-2.83". Exp time per 45 points=1.125 sec.
!
question: 3
section: 2
line_1: Exposure-line 3 continued:
line_2: RT ANALYSIS FOR lines 10-50: Determine horizontal deflection
line_3: coordinates for edge from 50% level of flux versus defl step.
line_4: This X value will be used to set the banana mode deflections for
line_5: subsequent exposure lines. The analysis can be done during
line_6: slew in exp line 10.
line_7: Exposure-line 4: Earth-Calib Vertical Edge Scan
line_8: Same as 3 for the vertical edge.
line_9: **The edge coordinates for the read beam determined here must be used
line_10: in Exp_lines 42 and 242 for accurate read beam placement on edge.**
line_11: Area scan characteristics: Begin at deflection
line_12: (H=H0 steps),(V=V0+91). X-SIZE=1, Y-size=45, STEP-SIZE=0.044".
line_13: H0 and V0 are the banana-corrected center of TA aperture.
line_14: THE CORRESPONDING X AND Y IN ARCSEC (PROP INSTRUCT FRAME)
line_15: ARE X=2.83" and Y=2.83". Exp time per 45 pts=1.125 sec.
line_16: RT ANALYSIS FOR lines 10-50: edge from 50% level of flux.
!
question: 3
section: 3
line_1: Exposure-line 10(and 210): MODE I into 10" Aperture
line_2: Acquisition of star for step/dwell and jitter measurement.
line_3: The database V2V3 position of aperture center may be in error.
line_4: This Mode I is necessary to bring the star to the data base center
line_5: of the aperture and **if necessary** make a smmall offset correction
line_6: to place it on the detector coordinate center determined in lines 3-4.
line_7: The tolerance is reflected in the size of the spatial scan (1 arcsec).
line_8: If the V2V3 is off by more than 0.3 arcsec, then the small offset
line_9: correction must be made.
line_10: Exposure-line 12(and 212): STEP/DWELL over Horizontal Edge
line_11: Step/Dwell needed to determine V2V3 edge coordinates and star PSF.
line_12: POS TARG 3.54, -3.54 (+3.18,-3.18) but with
line_13: length offset = 0.5 arcsec to start scan (4.5 arcsec from
line_14: center in Horiz direction - please UPDATE with accurate
line_15: coord transformation coeff). This exp line is necessary
line_16: to determine edge to an accuracy of <0.05 arcsec in RT.
line_17: Perform DF224 Step and Dwell manuever to step the
line_18: star across the 10 arcsec aperture edge. SCAN LENGTH: 1.0 arcsec,
line_19: STEP SIZE: 0.05 arcsec, SUGGESTED TIMING: dwell-2 seconds,
line_20: HSP sample+readout=1 sec, slew=10seconds.
line_21: RT ANALYSIS FOR line 20: On-line determination of V2V3
line_22: edge - determine the step in the series where the
line_23: flux is 50 percent peak in the function, flux versus offset.
!
question: 3
section: 4
line_1: Exposure-line 20(and 220): Jitter on Horizontal Axis
line_2: 1100 second HSP exposure with parallel mechanism motions.
line_3: Exposure-line 22(and 222): SEQ S/C-P1 and S/C-P2:
line_4: Exp-line-300(and 310): S/C Dark - Insert delay before HRS carrousel
line_5: motion 600 seconds. Begin sequence to bring up HRS but
line_6: time such that carrousel motor turn-on does NOT occur
line_7: BEFORE 600 sec (tolerance 20 sec) into the HSP measurement.
line_8: Exp-line 301(and 311): S/C Dark: Perform the following activities:
line_9: *** FOR HRS CARROUSEL MOTION USE COMMAND BLOCK ZCOSETUP*****
line_10: -Turn on HRS carrousel motor (but do not rotate).
line_11: -WAIT 20.
line_12: - Rotate HRS carrousel: Safe to G160M wavelength 2000
line_13: (34816 to 49376).
line_14: - After completion of rotation, WAIT 5.
line_15: - Emulate HRS WAVESCAN and repeat:
line_16: a. Command carrousel to 49316
line_17: b. Wait 2
line_18: c. Command carrousel to 49256
line_19: d. Wait 2
line_20: e. Command carrousel to 49196
line_21: f. Wait 2
line_22: g. Command carrousel to 49136
line_23: h. Wait 2 - con't in next section..
!
question: 3
section: 5
line_1: --parallel mechanism con't.
line_2: - Emulate HRS FPSPLIT:
line_3: i. Move carrousel to 49135
line_4: j. Wait 2
line_5: k. Repeat (i,j) 4 times, decreasing
line_6: carrousel position by 1.
line_7: - Rotate carrousel to SAFE 34816.
line_8: - Repeat WAVESCAN series and FPSPLIT series TWO MORE TIMES
line_9: for a total of THREE repeats.
line_10: - WAIT 5
line_11: - Command Engineering tape recorder playback for 20 sec
line_12: - WAIT 5
line_13: - Command Engineering tape recorder playback for 10 sec
line_14: - WAIT 5
line_15: - Command Engineering tape recorder playback for 20 sec
line_16: in parallel, rotate HRS carrousel from SAFE (34816) to
line_17: 49376 (wave 2000, G160M).
line_18: - WAIT 5
line_19: - Turn OFF carrousel motor
line_20: Exp-line 302(and 312) FGS POS ANY,F605W - observe
line_21: one of targets #11-58 (or #101-140) in list for 60 sec.
!
question: 3
section: 6
line_1: Exp-line 304(and 314) S/C Dark - Command FGS filter wheel:
line_2: -Command astrometry FGS filter wheel Position 4 to 5.
line_3: -WAIT 2
line_4: -Command astrometry FGS filter wheel Position 5 to 4.
line_5: -WAIT 2
line_6: -Command astrometry FGS filter wheel Position 4 to 5.
line_7: -WAIT 2
line_8: -Command astrometry FGS filter wheel Position 5 to 4.
line_9: -End parallel sequence
line_10: End of parallel Mechanism motion sequence.
line_12: Exposure-line 28(and 228): Repeat Mode I to match Read Beam and Star
line_13: Mode I needed to center star in aperture again.
line_15: Exposure-line 30(and 230): Jitter Control Sequence
line_16: Take data with star in aperture center to study HSP noise response.
line_17: Initiate next sequence of HSP sampling with the
line_18: star fully visible in the aperture, exp time 150S.
!
question: 3
section: 7
line_1: Exposure-line 31(and 231): SEQ S/C-P3 (or S/C-P4)
line_2: Perform in parallel with exposure line 30(and 230):
line_3: Exp-line 350(and 360): S/C Dark: Bring up HRS but time carrousel
line_4: motor turn-on does NOT occur BEFORE 60 sec (tolerance 40 sec).
line_5: Exp-line 351(and 361): S/C Dark: HRS Carrousel - **ZCOSETUP.**
line_6: -Turn on HRS carrousel motor.
line_7: -WAIT 5.
line_8: -Rotate HRS carrousel from Safe to 49376.
line_9: -Command Engineering TAPE playback recorder 10 seconds.
line_10: Exp-line 352(and 362): FGS POS,ANY,F605W, Select one star
line_11: from list, take data for 30 seconds.
line_12: Exp-line 353(and 363) S/C Dark - Command FGS filter wheel:
line_13: -Command astrometry FGS filter wheel Position 4 to 5.
line_14: Exposure-line 42(and 242): STEP/DWELL over Vertical Edge
line_15: Step/Dwell needed to determine V2V3 edge coordinates.
line_16: (Pre-planned) POS TARG +3.54,+3.54,
line_17: but with length offset - 0.5 arcsec to start scan 4.5 arcsec from
line_18: center in Vert direction (or at +3.18,+3.18)-please UPDATE with
line_19: accurate coord transformation coeff).
line_20: Perform DF224 Step and Dwell manuever to step the
line_21: star across the 10 arcsec aperture edge. Similar to Horiz edge.
!
question: 3
section: 8
line_1: Exposure-line 50(and 250): Jitter on Vertical Axis
line_2: 1100 sec HSP exposure with parallel mechanism motions.
line_4: Exposure-line 52(and 252): SEQ S/C-P1 (or S/C-P2):
line_5: REPEAT ALL ACTIVITIES IN EXPOSURE line 22(OR 222)
line_6: FOR VERTICAL AXIS.
!
question: 4
section: 1
line_1: Submitted as an Observatory Level Test.
!
question: 5
section: 1
line_1: 1) EXPOSURE LINES 22, 32, 52, 222, 232, 252 REQUIRE HRS COMMAND BLOCK
line_2: 'ZCOSETUP' FOR PARALLEL MECHANISM MOTION ACTIVITIES (see GF.Q3).
line_3: 2) EXPOSURE LINES 22, 32, 52, 222, 232, 252 REQUIRE SHORT SEQUENCES
line_4: OF ENGINEERING TAPE RECORDER PLAYBACK. (see GF.Q3 SECTIONS 4-7).
line_5: 3) EXPOSURE LINES 22, 52, 222, 252 REQUIRE FGS FILTER WHEEL
line_6: MOTION (see GF.Q3 SECTIONS 4-7).
line_7: 4) EXPOSURE LINES 3 AND 4: THESE LINES REQUIRE
line_10: ONE LINE MAPS IN THE **DETECTOR DEFLECTION SYSTEM** HORIZONTAL
line_11: AND VERTICAL DIRECTIONS. See GF QUEST 3-2 for DETAILS.
line_14: 5) THIS TEST REQUIRES EXTENSIVE REAL-TIME DATA ANALYSIS WHICH MAY
line_15: REQUIRE SPECIALIZED PROCEDURES (see GF QUEST 3 for details).
!
question: 5
section: 2
line_1: 1. The VIS-IDT aperture plate has been previously measured
line_2: using the bright earth and checked against ground
line_3: spec on aperture centers.
line_4: 2. The banana mode has been sufficiently characterized such that
line_5: it may be predicted to better than 0.5 arcsec and that the
line_6: HSP has been stabilized at the star position so that the
line_7: positions will remain constant through the test.
line_8: 3. Intermediate FGS/FGS and Phase II HSP/FGS Alignments
line_9: completed and the DF224 STEP/DWELL capability (STScI OLT) has
line_10: been tested.
line_11: 4. On-board banana correction procedures have been tested.
line_12: 5. Commands needed to rotate HRS carrousel, tape recorder, and
line_13: FGS have been tested and verified in-flight.
line_14: 6. Data NOT to be taken during SAA passage.
line_15: 7. TEST IS NOT TO BE POSTPONED IF FGS ASTROMETRY MODES ARE
line_16: NOT OPERATIONAL. REMOVE THOSE PARALLEL SEQUENCES.
line_17: 8. Exposure Lines 20 and 50: Tape recorder motion,
line_18: other than the schedule given in Question 3, also must not occur.
line_19: 9. Real Time Analysis for Banana Mode deflection and target location
line_20: required.
line_21: 10. REPETITIONS: Repeat test during SV (SV DELTA PLAN).
!
question: 6
section: 1
line_1: 1. Defining aperture edges and centers must be performed in sequence
line_2: and directly preceeding jitter measurements because of the
line_3: changing nature of the focal plane and HSP relay optics.
line_4: 2. The jitter measurements must be un-interrupted due to the
line_5: technical goals of the test described in Questions 2 and 3.
line_6: 3. A repetition of the test during SV is requested in order
line_7: in order to assess the pointing stability after
line_8: the focal plane has settled and the full alignment calirbrations
line_9: have been performed.
!
question: 7
section: 0
line_1: Test requires real-time analysis procedures as specified
line_2: in question 3. The actual jitter data will be analyzed off-line
line_3: using software available in the STScI OMS and the SDAS/IRAF
line_4: environment.
!
!end of general form text
general_form_address:
lname: LUPIE
fname: OLIVIA
mi: L.
title: CON
inst: STSCI
addr_1: 3700 SAN MARTIN DRIVE
city: BALTIMORE
state: MD
zip: 21218
country: USA
phone: 301-338-4827
from_date: 01-OCT-83
to_date: 01-JAN-95
!
! end of general_form_address records
fixed_targets:
targnum: 1
name_1: HD49798
descr_1: UV STANDARD STAR
pos_1: RA= 06H48M04.64S +/- 0.1S,
pos_2: DEC= -44D18'59.3" +/- 0.1"
equinox: 2000
comment_1: HSP COUNT RATE: 3.5E+06/SEC;
comment_2: STAR IS HST UV STANDARD TARGET
fluxnum_1: 1
fluxval_1: V=8.29, TYPE=05, B-V=-0.24,E(B-V)=0.08
!
targnum: 2
name_1: BD+75D325
descr_1: UV STANDARD STAR
pos_1: RA= 08H10M49.31S +/-0.1S,
pos_2: DEC= -74D57'57.5" +/-0.1"
equinox: 2000
comment_1: BACK-UP TARGET IF
comment_2: THE FIRST IS INACCESSIBLE.
comment_3: HSP COUNT RATE: 1.1E+06/SEC;
comment_4: STAR IS HST UV STANDARD TARGET
fluxnum_1: 1
fluxval_1: V=9.54, TYPE=SD0, B-V=-0.37,E(B-V)=-0.05
!
targnum: 11
name_1: AST-1-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.801384 D +/- 0.00006D,
pos_2: DEC = -43.744013 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 6.2 +/- 2
!
targnum: 12
name_1: AST-2-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.697892 D +/- 0.00006D,
pos_2: DEC = -43.744206 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 5.8 +/- 2
!
targnum: 13
name_1: AST-3-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.558865 D +/- 0.00006D,
pos_2: DEC = -43.834559 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 9.4 +/- 2
!
targnum: 14
name_1: AST-4-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 102.543106 D +/- 0.00006D,
pos_2: DEC = -44.245862 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 6.5 +/- 2
!
targnum: 15
name_1: AST-5-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 102.484129 D +/- 0.00006D,
pos_2: DEC = -44.396537 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 7.5 +/- 2
!
targnum: 16
name_1: AST-6-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.56016 D +/- 0.00006D,
pos_2: DEC = -44.662359 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 7.1 +/- 2
!
targnum: 17
name_1: AST-7-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.361106 D +/- 0.00006D,
pos_2: DEC = -44.639691 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 9.4 +/- 2
!
targnum: 18
name_1: AST-8-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.792515 D +/- 0.00006D,
pos_2: DEC = -44.716607 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 9.4 +/- 2
!
targnum: 19
name_1: AST-9-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.186765 D +/- 0.00006D,
pos_2: DEC = -44.554217 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 9.4 +/- 2
!
targnum: 20
name_1: AST-10-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 100.9385 D +/- 0.00006D,
pos_2: DEC = -44.402132 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 9.4 +/- 2
!
targnum: 21
name_1: AST-11-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 100.923868 D +/- 0.00006D,
pos_2: DEC = -43.816461 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 7.1 +/- 2
!
targnum: 22
name_1: AST-12-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.138879 D +/- 0.00006D,
pos_2: DEC = -43.748236 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 7.9 +/- 2
!
targnum: 23
name_1: AST-13-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.643541 D +/- 0.00006D,
pos_2: DEC = -44.25812 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 8.3 +/- 2
!
targnum: 24
name_1: AST-14-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.795409 D +/- 0.00006D,
pos_2: DEC = -44.113255 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 8.3 +/- 2
!
targnum: 25
name_1: AST-15-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.862336 D +/- 0.00006D,
pos_2: DEC = -44.114795 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 12.4 +/- 2
!
targnum: 26
name_1: AST-16-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.927911 D +/- 0.00006D,
pos_2: DEC = -44.119885 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 11.1 +/- 2
!
targnum: 27
name_1: AST-17-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.882796 D +/- 0.00006D,
pos_2: DEC = -44.071661 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 12.4 +/- 2
!
targnum: 28
name_1: AST-18-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.924674 D +/- 0.00006D,
pos_2: DEC = -44.1811 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 11.1 +/- 2
!
targnum: 29
name_1: AST-19-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.89291 D +/- 0.00006D,
pos_2: DEC = -44.178543 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 12.4 +/- 2
!
targnum: 30
name_1: AST-20-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.856689 D +/- 0.00006D,
pos_2: DEC = -44.160756 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 11.1 +/- 2
!
targnum: 31
name_1: AST-21-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.938061 D +/- 0.00006D,
pos_2: DEC = -44.223697 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 11.1 +/- 2
!
targnum: 32
name_1: AST-22-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.819876 D +/- 0.00006D,
pos_2: DEC = -44.24694 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 11.1 +/- 2
!
targnum: 33
name_1: AST-23-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.83501 D +/- 0.00006D,
pos_2: DEC = -44.268116 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 12.4 +/- 2
!
targnum: 34
name_1: AST-24-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.877832 D +/- 0.00006D,
pos_2: DEC = -44.298035 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 12.4 +/- 2
!
targnum: 35
name_1: AST-25-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.90866 D +/- 0.00006D,
pos_2: DEC = -44.370931 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 12.4 +/- 2
!
targnum: 36
name_1: AST-26-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.931317 D +/- 0.00006D,
pos_2: DEC = -44.459225 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 12.4 +/- 2
!
targnum: 37
name_1: AST-27-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.754966 D +/- 0.00006D,
pos_2: DEC = -44.30141 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 11.1 +/- 2
!
targnum: 38
name_1: AST-28-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.590219 D +/- 0.00006D,
pos_2: DEC = -44.35566 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 11.1 +/- 2
!
targnum: 39
name_1: AST-29-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.704107 D +/- 0.00006D,
pos_2: DEC = -44.302135 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 11.1 +/- 2
!
targnum: 40
name_1: AST-30-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.488081 D +/- 0.00006D,
pos_2: DEC = -44.323313 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 11.1 +/- 2
!
targnum: 41
name_1: AST-31-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.339497 D +/- 0.00006D,
pos_2: DEC = -44.305146 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 12.4 +/- 2
!
targnum: 42
name_1: AST-32-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.366228 D +/- 0.00006D,
pos_2: DEC = -44.187105 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 9.4 +/- 2
!
targnum: 43
name_1: AST-33-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.43558 D +/-0.00006D,
pos_2: DEC = -44.386625 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 11.1 +/- 2
!
targnum: 44
name_1: AST-34-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.366882 D +/- 0.00006D,
pos_2: DEC = -44.429453 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 10.2 +/- 2
!
targnum: 45
name_1: AST-35-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.472679 D +/- 0.00006D,
pos_2: DEC = -44.500838 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 11.1 +/- 2
!
targnum: 46
name_1: AST-36-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.680917 D +/- 0.00006D,
pos_2: DEC = -44.138848 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 12.4 +/- 2
!
targnum: 47
name_1: AST-37-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.69794 D +/- 0.00006D,
pos_2: DEC = -44.147787 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 12.4 +/- 2
!
targnum: 48
name_1: AST-38-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.470754 D +/- 0.00006D,
pos_2: DEC = -44.282239 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 12.4 +/- 2
!
targnum: 49
name_1: AST-39-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.546304 D +/- 0.00006D,
pos_2: DEC = -44.207911 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 12.4 +/- 2
!
targnum: 50
name_1: AST-40-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.546396 D +/- 0.00006D,
pos_2: DEC = -44.217085 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 12.4 +/- 2
!
targnum: 51
name_1: AST-41-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.377816 D +/- 0.00006D,
pos_2: DEC = -44.32613 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 12.4 +/- 2
!
targnum: 52
name_1: AST-42-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.442593 D +/- 0.00006D,
pos_2: DEC = -44.081474 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 10.2 +/- 2
!
targnum: 53
name_1: AST-43-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.639803 D +/- 0.00006D,
pos_2: DEC = -44.423796 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 11.1 +/- 2
!
targnum: 54
name_1: AST-44-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.57178 D +/- 0.00006D,
pos_2: DEC = -44.215232 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 11.1 +/- 2
!
targnum: 55
name_1: AST-45-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.461489 D +/- 0.00006D,
pos_2: DEC = -44.436769 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 8.3 +/- 2
!
targnum: 56
name_1: AST-46-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.521509 D +/- 0.00006D,
pos_2: DEC = -44.270915 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 11.1 +/- 2
!
targnum: 57
name_1: AST-47-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.745151 D +/- 0.00006D,
pos_2: DEC = -44.520149 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 12.4 +/- 2
!
targnum: 58
name_1: AST-48-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR HD 49798
pos_1: RA = 101.824484 D +/- 0.00006D,
pos_2: DEC = -44.418093 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 12.4 +/- 2
!
targnum: 101
name_1: AST-101-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 121.634515 D +/- 0.00006D,
pos_2: DEC = 75.478613 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 9.5 +/- 2
!
targnum: 102
name_1: AST-102-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 122.284694 D +/- 0.00006D,
pos_2: DEC = 75.317248 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 5.9 +/- 2
!
targnum: 103
name_1: AST-103-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 121.88313 D +/- 0.00006D,
pos_2: DEC = 75.336439 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 7.8 +/- 2
!
targnum: 104
name_1: AST-104-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 121.589522 D +/- 0.00006D,
pos_2: DEC = 75.331864 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 9.5 +/- 2
!
targnum: 105
name_1: AST-105-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 122.420931 D +/- 0.00006D,
pos_2: DEC = 75.053353 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 9.5 +/- 2
!
targnum: 106
name_1: AST-106-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 121.139567 D +/- 0.00006D,
pos_2: DEC = 74.949845 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 7.2 +/- 2
!
targnum: 107
name_1: AST-107-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 121.209738 D +/- 0.00006D,
pos_2: DEC = 74.935147 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 8.6 +/- 2
!
targnum: 108
name_1: AST-108-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 119.80457 D +/- 0.00006D,
pos_2: DEC = 75.623158 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 7.8 +/- 2
!
targnum: 109
name_1: AST-109-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 121.187482 D +/- 0.00006D,
pos_2: DEC = 75.112911 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 9.5 +/- 2
!
targnum: 110
name_1: AST-110-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 121.314589 D +/- 0.00006D,
pos_2: DEC = 75.188043 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 7.8 +/- 2
!
targnum: 111
name_1: AST-111-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 121.7583 D +/- 0.00006D,
pos_2: DEC = 75.186146 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 10.8 +/- 2
!
targnum: 112
name_1: AST-112-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 121.88367 D +/- 0.00006D,
pos_2: DEC = 75.165698 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 10.8 +/- 2
!
targnum: 113
name_1: AST-113-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 122.073673 D +/- 0.00006D,
pos_2: DEC = 75.051808 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 9.5 +/- 2
!
targnum: 114
name_1: AST-114-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 122.120465 D +/- 0.00006D,
pos_2: DEC = 75.166356 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 9.5 +/- 2
!
targnum: 115
name_1: AST-115-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 122.065189 D +/- 0.00006D,
pos_2: DEC = 75.251903 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 9.5 +/- 2
!
targnum: 116
name_1: AST-116-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 121.967175 D +/- 0.00006D,
pos_2: DEC = 75.336604 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 9.5 +/- 2
!
targnum: 117
name_1: AST-117-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 121.800152 D +/- 0.00006D,
pos_2: DEC = 75.363891 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 10.8 +/- 2
!
targnum: 118
name_1: AST-118-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 121.736601 D +/- 0.00006D,
pos_2: DEC = 75.297205 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 10.8 +/- 2
!
targnum: 119
name_1: AST-119-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 121.53891 D +/- 0.00006D,
pos_2: DEC = 75.266344 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 10.8 +/- 2
!
targnum: 120
name_1: AST-120-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 121.410669 D +/- 0.00006D,
pos_2: DEC = 75.335829 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 10.8 +/- 2
!
targnum: 121
name_1: AST-121-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 121.062407 D +/- 0.00006D,
pos_2: DEC = 75.328146 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 10.8 +/- 2
!
targnum: 122
name_1: AST-122-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 121.333959 D +/- 0.00006D,
pos_2: DEC = 75.253874 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 10.8 +/- 2
!
targnum: 123
name_1: AST-123-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 120.477418 D +/- 0.00006D,
pos_2: DEC = 75.331656 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 10.8 +/- 2
!
targnum: 124
name_1: AST-124-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 120.403181 D +/- 0.00006D,
pos_2: DEC = 75.31395 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 10.8 +/- 2
!
targnum: 125
name_1: AST-125-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 120.480687 D +/- 0.00006D,
pos_2: DEC = 75.273242 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 10.8 +/- 2
!
targnum: 126
name_1: AST-126-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 121.084242 D +/- 0.00006D,
pos_2: DEC = 75.254096 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 10.8 +/- 2
!
targnum: 127
name_1: AST-127-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 121.098679 D +/- 0.00006D,
pos_2: DEC = 75.204733 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 10.8 +/- 2
!
targnum: 128
name_1: AST-128-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 120.932019 D +/- 0.00006D,
pos_2: DEC = 75.200653 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 10.8 +/- 2
!
targnum: 129
name_1: AST-129-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 121.024908 D +/- 0.00006D,
pos_2: DEC = 75.190296 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 10.8 +/- 2
!
targnum: 130
name_1: AST-130-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 120.972126 D +/- 0.00006D,
pos_2: DEC = 75.160215 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 10.8 +/- 2
!
targnum: 131
name_1: AST-131-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 121.649428 D +/- 0.00006D,
pos_2: DEC = 75.070982 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 10.8 +/- 2
!
targnum: 132
name_1: AST-132-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 121.667341 D +/- 0.00006D,
pos_2: DEC = 75.046112 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 10.8 +/- 2
!
targnum: 133
name_1: AST-133-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 121.805731 D +/- 0.00006D,
pos_2: DEC = 74.985525 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 10.8 +/- 2
!
targnum: 134
name_1: AST-134-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 121.515227 D +/- 0.00006D,
pos_2: DEC = 74.883966 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 9.5 +/- 2
!
targnum: 135
name_1: AST-135-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 120.498912 D +/- 0.00006D,
pos_2: DEC = 75.036511 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 9.5 +/- 2
!
targnum: 136
name_1: AST-136-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 120.251628 D +/- 0.00006D,
pos_2: DEC = 74.982108 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 9.5 +/- 2
!
targnum: 137
name_1: AST-137-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 120.612594 D +/- 0.00006D,
pos_2: DEC = 74.900177 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 10.8 +/- 2
!
targnum: 138
name_1: AST-138-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 120.347973 D +/- 0.00006D,
pos_2: DEC = 74.918249 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 10.8 +/- 2
!
targnum: 139
name_1: AST-139-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 121.238921 D +/- 0.00006D,
pos_2: DEC = 74.895581 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 10.8 +/- 2
!
targnum: 140
name_1: AST-140-REF
descr_1: REFERENCE STAR FOR ASTROMETRY JITTER TEST
descr_2: STAR NEAR BD +75 325
pos_1: RA = 120.999247 D +/- 0.00006D,
pos_2: DEC = 75.049258 D +/- 0.0006D
equinox: 1950.0
fluxnum_1: 1
fluxval_1: V = 10.8 +/- 2
!
! end of fixed targets
! No solar system records found
! No generic target records found
exposure_logsheet:
linenum: 1.000
targname: EARTH-CALIB
config: HSP/VIS
opmode: IMAGE
aperture: 10.0
sp_element: F160LP
num_exp: 1
time_per_exp: 10S
priority: 1
req_1: SEQ 1-52 NO GAP;
req_2: RT ANALYSIS FOR 2;
comment_1: ANALYZE (RT) MAP FOR APERTURE CENTER.
comment_2: RT UPLINK OF BANANA OFFSETS
comment_3: PRIOR TO LINE 2.
!
linenum: 2.000
targname: ^
config: ^
opmode: ^
aperture: 0.4-B
sp_element: F160LP
num_exp: 1
time_per_exp: 10S
priority: 1
param_1: SPACING=0.0486
req_1: RT ANALYSIS FOR 3,4;
comment_1: ANALYZE MAP
comment_2: TO DETERMINE APERTURE CENTER.
comment_3: RT UPLINK OF BANANA CORRECTION
comment_4: PRIOR TO LINE 3.
!
linenum: 3.000
targname: ^
config: ^
opmode: ^
aperture: 10.0
sp_element: F160LP
num_exp: 1
time_per_exp: 1.125S
priority: 1
param_1: X-SIZE=45,
param_2: Y-SIZE=1,
param_3: SPACING=0.0486,
param_4: X=2.83,Y=-2.83
req_1: RT ANALYSIS;
comment_1: 45X1 MAP ACROSS EDGE
comment_2: IN THE HORIZONTAL DEFLECTION
comment_3: DIRECTION. RT UPLINK FOR CORRECTION.
comment_4: SEE GF QUEST 3 SECT 1-2.
!
linenum: 4.000
targname: ^
config: ^
opmode: ^
aperture: ^
sp_element: ^
num_exp: 1
time_per_exp: 1.125S
priority: 1
param_1: X-SIZE=1,
param_2: Y-SIZE=45,
param_3: SPACING=0.0486,
param_4: X=2.83,Y=2.83
req_1: RT ANALYSIS FOR 10;
comment_1: 1X45 MAP ACROSS VERT EDGE;
comment_2: IN THE VERTICAL DEFLECTION
comment_3: DIRECTION. RT UPLINK FOR CORRECTION.
comment_4: SEE GF QUEST 3 SECT 1-2.
!
linenum: 10.000
targname: HD49798
config: HSP/VIS
opmode: ACQ
num_exp: 1
time_per_exp: 10S
s_to_n: 6
fluxnum_1: 1
priority: 1
req_5: INT ACQ FOR 12;
!
linenum: 12.000
targname: ^
config: HSP/VIS
opmode: SINGLE
aperture: 10.0
sp_element: F160LP
num_exp: 1
time_per_exp: 250S
s_to_n: 1000
s_to_n_time: 1S
fluxnum_1: 1
priority: 1
param_1: SAMPLE-TIME=1,
param_2: DATA-FORMAT=LONGWORD,
param_3: READ-AT=TARGET
req_1: POS TARG 3.467198,-3.602574;
req_2: SPATIAL SCAN SINGLE-EXP;
req_3: INT ACQ FOR 20;
comment_1: READ BEAM ON +HORIZ EDGE FROM
comment_2: LINE 3. STEP STAR ACROSS EDGE.
!
linenum: 20.000
targname: ^
config: HSP/VIS
opmode: SINGLE
aperture: 10.0
sp_element: F160LP
num_exp: 1
time_per_exp: 1100S
s_to_n: 50
s_to_n_time: 0.001S
fluxnum_1: 1
priority: 1
param_1: SAMPLE-TIME=0.001,
param_2: DATA-FORMAT=WORD,
param_3: READ-AT=TARGET
req_1: NON-INT;
req_2: POS TARG +3.467198,-3.602574;
req_3: RT ANALYSIS
comment_1: NO STR;
comment_2: STAR AT POS TARG DETERMINED FROM
comment_3: STEP/DWELL (LINE 12);
comment_4: READ-BEAM ON +H EDGE(LINE 3).
!
linenum: 21.000
targname: DARK
config: S/C
opmode: DATA
aperture: NONE
num_exp: 1
time_per_exp: 1100S
priority: 1
param_1: FORMAT=FN,
req_1: PAR WITH 20;
req_2: RT ANALYSIS;
comment_1: GUIDING FSG IN FINE LOCK. GUIDING
comment_2: FGS TELEMETRY MUST SPAN ENTIRE HSP
comment_3: JITTER EXPOSURE.
!
linenum: 22.000
sequence_1: USE
sequence_2: S/C-P1
req_1: PAR WITH 20;
comment_1: PARALLEL MECHANISM MOTIONS.
comment_2: SEE GF QUEST 3 SECT 4-6.
!
linenum: 30.000
targname: HD49798
config: HSP/VIS
opmode: SINGLE
aperture: 10.0
sp_element: F160LP
num_exp: 1
time_per_exp: 150S
s_to_n: 50
s_to_n_time: 0.001S
fluxnum_1: 1
priority: 1
param_1: SAMPLE-TIME=0.001,
param_2: DATA-FORMAT=WORD,
req_1: RT ANALYSIS;
comment_1: NO STR;
comment_2: STAR CENTERED IN APERTURE.
comment_3: READ-BEAM CENTERED IN APERTURE.
!
linenum: 31.000
targname: DARK
config: S/C
opmode: DATA
aperture: NONE
num_exp: 1
time_per_exp: 150S
priority: 1
param_1: FORMAT=FN,
req_1: PAR WITH 30;
req_2: RT ANALYSIS;
comment_1: GUIDING FGS IN FINE LOCK. GUIDING
comment_2: FGS TELEMETRY MUST SPAN ENTIRE HSP
comment_3: JITTER EXPOSURE.
!
linenum: 32.000
sequence_1: USE
sequence_2: S/C-P3
req_1: PAR WITH 30;
comment_1: PARALLEL MECHANISM MOTIONS.
comment_2: SEE GF QUEST 3 SECT 7.
!
linenum: 42.000
targname: HD49798
config: HSP/VIS
opmode: SINGLE
aperture: 10.0
sp_element: F160LP
num_exp: 1
time_per_exp: 250S
s_to_n: 1000
s_to_n_time: 1S
fluxnum_1: 1
priority: 1
param_1: SAMPLE-TIME=1,
param_2: DATA-FORMAT=LONGWORD,
param_3: READ-AT=TARGET
req_1: POS TARG 3.602574,3.467198;
req_2: SPATIAL SCAN SINGLE-EXP;
req_3: INT ACQ FOR 50;
comment_1: READ BEAM ON +VERT EDGE FROM
comment_2: LINE 4. STEP STAR ACROSS EDGE.
!
linenum: 50.000
targname: ^
config: HSP/VIS
opmode: SINGLE
aperture: 10.0
sp_element: F160LP
num_exp: 1
time_per_exp: 1100S
s_to_n: 50
s_to_n_time: 0.001S
fluxnum_1: 1
priority: 1
param_1: SAMPLE-TIME=0.001,
param_2: DATA-FORMAT=WORD,
param_3: READ-AT=TARGET
req_1: NON-INT;
req_2: POS TARG +3.602574, +3.467198;
req_3: RT ANALYSIS;
comment_1: NO STR;
comment_2: STAR AT POS TARG DETERMINED
comment_3: STEP/DWELL (LINE 42).
comment_4: READ-BEAM ON +V EDGE(LINE 4).
!
linenum: 51.000
targname: DARK
config: S/C
opmode: DATA
aperture: NONE
num_exp: 1
time_per_exp: 1100S
priority: 1
param_1: FORMAT=FN,
req_1: PAR WITH 50;
req_2: RT ANALYSIS;
comment_1: GUIDING FGS IN FINE LOCK. GUIDING
comment_2: FGS TELEMETRY MUST SPAN ENTIRE HSP
comment_3: JITTER EXPOSURE.
!
linenum: 52.000
sequence_1: USE
sequence_2: S/C-P1
req_1: PAR WITH 50;
comment_1: PARALLEL MECHANISM MOTIONS.
comment_2: SEE GF QUEST 3 SECT 4-6.
!
linenum: 300.000
sequence_1: DEF
sequence_2: S/C-P1
targname: DARK
config: S/C
opmode: POINTING
aperture: V1
num_exp: 1
time_per_exp: 600S
priority: 1
req_1: SEQ 300-304 NON-INT
comment_1: INSERT TO DELAY START OF
comment_2: CARROUSEL MOTION, SEE GF.3 SECT 4.
!
linenum: 301.000
sequence_1: ^
sequence_2: ^
targname: ^
config: ^
opmode: ^
aperture: ^
num_exp: 1
time_per_exp: 300S
priority: 1
comment_1: PERFORM PARALLEL CARROUSEL MOTIONS.
comment_2: SEE GF.3 SECTION 4-6.
!
linenum: 302.000
sequence_1: ^
sequence_2: ^
targname: AST-1-REF
config: FGS
opmode: POS
aperture: ANY
sp_element: F605W
num_exp: 1
time_per_exp: 60S
s_to_n: 20
fluxnum_1: 1
priority: 1
req_1: DO FOR TARG 11-58;
comment_1: SELECT TARGET APPROPRIATE FOR
comment_2: ROLL AND FGS, ALLOCATE TIME
comment_3: FOR 2 TARGETS.
!
linenum: 303.400
sequence_1: ^
targname: AST-1-REF
config: FGS
opmode: POS
aperture: ANY
sp_element: F550W
num_exp: 1
time_per_exp: 5S
priority: 1
param_1: LOCK=COARSE,
!
linenum: 303.600
sequence_1: ^
targname: ^
config: ^
opmode: ^
aperture: ^
sp_element: F605W
num_exp: ^
time_per_exp: ^
priority: ^
param_1: LOCK=COARSE,
!
linenum: 303.800
sequence_1: ^
targname: ^
config: ^
opmode: ^
aperture: ^
sp_element: F550W
num_exp: ^
time_per_exp: ^
priority: ^
param_1: LOCK=COARSE,
!
linenum: 304.000
sequence_1: ^
targname: ^
config: ^
opmode: ^
aperture: ^
sp_element: F605W
num_exp: ^
time_per_exp: ^
priority: ^
param_1: LOCK=COARSE,
!
linenum: 350.000
sequence_1: DEF
sequence_2: S/C-P3
targname: DARK
config: S/C
opmode: POINTING
aperture: V1
num_exp: 1
time_per_exp: 60S
priority: 1
req_1: SEQ 350-353 NON-INT
comment_1: INSERT TO DELAY START OF
comment_2: CARROUSEL MOTION, SEE GF.3 SECT 7.
!
linenum: 351.000
sequence_1: ^
sequence_2: ^
targname: DARK
config: S/C
opmode: POINTING
aperture: V1
num_exp: 1
time_per_exp: 30S
priority: 1
comment_1: PERFORM PARALLEL CARROUSEL
comment_2: MOTIONS. SEE QUEST 3 SECT 7.
!
linenum: 352.000
sequence_1: ^
targname: AST-1-REF
config: FGS
opmode: POS
aperture: ANY
sp_element: F605W
num_exp: 1
time_per_exp: 60S
priority: 1
req_1: DO FOR TARG 11-58
comment_1: SELECT ANY TARGET APPROPRIATE
comment_2: FOR ROLL AND FGS. ALLOCATE TIME
comment_3: FOR 1 TARGET.
!
linenum: 353.000
sequence_1: ^
targname: AST-1-REF
config: FGS
opmode: POS
aperture: ANY
sp_element: F550W
num_exp: 1
time_per_exp: 5S
priority: 1
!
linenum: 401.000
targname: EARTH-CALIB
config: HSP/VIS
opmode: IMAGE
aperture: 10.0
sp_element: F160LP
num_exp: 1
time_per_exp: 10S
priority: 1
req_1: SEQ 401-450 NO GAP;
req_2: RT ANALYSIS FOR 402;
comment_1: ANALYZE (RT) MAP FOR APERTURE CENTER.
comment_2: RT UPLINK OF BANANA OFFSETS PRIOR TO
comment_3: LINE 402.
!
linenum: 402.000
targname: ^
config: ^
opmode: ^
aperture: 0.4-B
sp_element: ^
num_exp: ^
time_per_exp: ^
priority: ^
param_1: SPACING=0.0486,
req_1: RT ANALYSIS FOR 403, 404;
comment_1: ANALYZE MAP TO DETERMINE APERTURE
comment_2: CENTER. RT UPLINK OF BANANA
comment_3: CORRECTION PRIOR TO LINE 3.
!
linenum: 403.000
targname: ^
config: ^
opmode: ^
aperture: 10.0
sp_element: ^
num_exp: ^
time_per_exp: 1.125S
priority: ^
param_1: X-SIZE=45,
param_2: Y-SIZE=1,
param_3: SPACING=0.0486,
param_4: X=2.83,
param_5: Y=2.83,
req_1: RT ANALYSIS FOR 410;
comment_1: 45X1 MAP ACROSS EDGE IN THE
comment_2: HORIZONTAL DEFLECTION DIRECTION. RT
comment_3: UPLINK FOR CORRECTION. SEE GF QUEST
comment_4: 3, SECT 1-2.
!
linenum: 404.000
targname: ^
config: ^
opmode: ^
aperture: ^
sp_element: ^
num_exp: ^
time_per_exp: ^
priority: ^
param_1: X-SIZE=1,
param_2: Y-SIZE=45,
param_3: SPACING=0.0486,
param_4: X=2.83,
param_5: Y=2.83,
req_1: RT ANALYSIS FOR 410;
comment_1: 1X45 MAP ACROSS VERT EDGE; IN THE
comment_2: HORIZONTAL DEFLECTION DIRECTION. RT
comment_3: UPLINK FOR CORRECTION. SEE GF QUEST
comment_4: 3, SECT 1-2.
!
linenum: 410.000
targname: HD49798
config: ^
opmode: ACQ
num_exp: ^
time_per_exp: 10S
s_to_n: 6
fluxnum_1: 1
priority: ^
req_1: INT ACQ FOR 412;
comment_1: FGS IN COARSE TRACK.
!
linenum: 412.000
targname: ^
config: ^
opmode: SINGLE
aperture: 10.0
sp_element: F160LP
num_exp: ^
time_per_exp: 250S
s_to_n: 1000
s_to_n_time: 1S
fluxnum_1: 1
priority: ^
param_1: SAMPLE-TIME=1,
param_2: DATA-FORMAT=LONGWORD,
param_3: READ-AT=TARGET,
req_1: POS TARG +3.467198, -3.602574;
req_2: SPATIAL SCAN SINGLE-EXP;
req_3: INT ACQ FOR 420;
comment_1: READ BEAM ON +HORIZ EDGE FROM LINE
comment_2: 403. STEP STAR ACROSS EDGE. FGS IN
comment_3: COARSE TRACK.
!
linenum: 420.000
targname: ^
config: ^
opmode: SINGLE
aperture: 10.0
sp_element: F160LP
num_exp: ^
time_per_exp: 600S
s_to_n: 50
s_to_n_time: 0.001S
fluxnum_1: 1
priority: ^
param_1: SAMPLE-TIME=1,
param_2: DATA-FORMAT=WORD,
param_3: READ-AT=TARGET,
req_1: NON-INT;
req_2: POS TARG +3.467198, -3.602574;
req_3: RT ANALYSIS;
comment_1: NO STR; STAR AT POS TARG DETERMINED
comment_2: FROM STEP/DWELL (LINE 412); READ-BEAM
comment_3: ON +H EDGE (LINE 403). FGS IN COARSE
comment_4: TRACK.
!
linenum: 421.000
targname: DARK
config: S/C
opmode: DATA
aperture: NONE
num_exp: ^
time_per_exp: ^
priority: ^
param_1: FORMAT=FN,
req_1: PAR WITH 420;
req_2: RT ANALYSIS;
comment_1: GUIDING FGS IN COARSE TRACK. PROVIDE
comment_2: GUIDING FGS TELEMETRY.
!
linenum: 430.000
targname: ^
config: HSP/VIS
opmode: SINGLE
aperture: 10.0
sp_element: F160LP
num_exp: ^
time_per_exp: 150S
s_to_n: 50
s_to_n_time: 0.001S
fluxnum_1: 1
priority: ^
param_1: SAMPLE-TIME=0.001,
param_2: DATA-FORMAT=WORD,
req_1: RT ANALYSIS;
comment_1: NO STR; STAR CENTERED IN APERTURE.
comment_2: READ-BEAM CENTERED IN APERTURE. FGS
comment_3: IN COARSE TRACK.
!
linenum: 431.000
targname: DARK
config: S/C
opmode: DATA
aperture: NONE
num_exp: ^
time_per_exp: ^
priority: ^
param_1: FORMAT=FN,
req_1: PAR WITH 430;
req_2: RT ANALYSIS;
comment_1: GUIDING FGS IN COARSE TRACK. PROVIDE
comment_2: GUIDING FGS TELEMETRY.
!
linenum: 442.000
targname: HD49798
config: HSP/VIS
opmode: SINGLE
aperture: 10.0
sp_element: F160LP
num_exp: ^
time_per_exp: 250S
s_to_n: 1000
s_to_n_time: 1S
fluxnum_1: 1
priority: 1
param_1: SAMPLE-TIME=1,
param_2: DATA-FORMAT=LONGWORD,
param_3: READ-AT=TARGET,
req_1: POS TARG +3.602574, +3.467198;
req_2: SPATIAL SCAN SINGLE-EXP;
req_3: INT ACQ FOR 450;
comment_1: READ BEAM ON +VERT EDGE FROM LINE
comment_2: 404. STEP STAR ACROSS EDGE. FGS IN
comment_3: COARSE TRACK.
!
linenum: 450.000
targname: ^
config: ^
opmode: ^
aperture: ^
sp_element: ^
num_exp: ^
time_per_exp: 600S
s_to_n: 50
s_to_n_time: 0.001S
fluxnum_1: 1
priority: 1
param_1: SAMPLE-TIME=0.001,
param_2: DATA-FORMAT=WORD,
param_3: READ-AT=TARGET,
req_1: NON-INT;
req_2: RT ANALYSIS;
req_3: POS TARG +3.602574, +3.467198;
comment_1: NO STR; STAR AT POS TARG DETEERMINED
comment_2: SETP/DWELL (LINE 442). READ-BEAM ON
comment_3: +V EDGE (LINE 404). FGS IN COARSE
comment_4: TRACK.
!
linenum: 451.000
targname: DARK
config: S/C
opmode: DATA
aperture: NONE
num_exp: ^
time_per_exp: ^
priority: 1
param_1: FORMAT=FN,
req_1: PAR WITH 450;
req_2: RT ANALYSIS;
comment_1: GUIDING FGS IN COARSE TRACK. PROVIDE
comment_2: GUIDING FGS TELEMETRY.
!
! end of exposure logsheet
scan_data:
line_list: 12,412
fgs_scan: N
cont_dwell: D
dwell_pnts: 21
dwell_secs: 2.00
scan_width: 0.0000
scan_length: 1.0000
sides_angle: 0.0000
number_lines: 1
scan_rate: 0.0000
first_line_pa: 43.9030
scan_frame: S/C
len_offset: 0.5000
wid_offset: 0.0000
!
line_list: 42,442
fgs_scan: N
cont_dwell: D
dwell_pnts: 21
dwell_secs: 2.00
scan_width: 0.0000
scan_length: 1.0000
sides_angle: 0.0000
number_lines: 1
scan_rate: 0.0000
first_line_pa: 133.9030
scan_frame: S/C
len_offset: 0.5000
wid_offset: 0.0000
!
! end of scan data