Page 1 PROPOSAL FOR HUBBLE SPACE TELESCOPE OBSERVATIONS ST ScI Use Only ID 2183c Report Date: 09-May-96:16:55 Version: ********** Check-in Date: ********** 1.Proposal Title: MOVING TARGET TRACKING VERIFICATION TEST ------------------------------------------------------------------------------------ 2. Scientific Category 3. Proposal For 4. Proposal Type 5. Continuation ID OV/OLT Sub Category ------------------------------------------------------------------------------------ 6. Principal Investigator Institution Country Telephone Rodger Doxsey STSCI USA 301-338-4750 ------------------------------------------------------------------------------------ 7. Abstract TEST OBJECTIVE: Verify that the on-board parallax computation works properly for solar system distance targets specified by a user supplied ephemeris. Verify that the type-48 and type-51 commands executed by the on-board PGS software routines work properly for tracking moving targets specified by a user supplied ephemeris. Finally, verify that both the parallax and type-48 commands and the parallax and type-51 commands work properly together. ------------------------------------------------------------------------------------ ------------------------------------------------------------------------------------ 9. Est obs time (hours) pri: 4.20 par: 0 10. Num targs pri: 18 par: 0 ------------------------------------------------------------------------------------ 11. Instruments requested: WF/PC ------------------------------------------------------------------------------------ ------------------------------------------------------------------------------------ Page 2 I. GENERAL FORM Proposal 2183c PI: Rodger Doxsey Proposal Title: MOVING TARGET TRACKING VERIFICATION TEST ------------------------------------------------------------------------------------ 1. Proposers: Proposers Institution Country ESA ------------------------------------------------------------------------------------ Bob Brown ST SCI USA Jerry Nurre MSFC USA John Caldwell SUNY USA Rodger Doxsey ST SCI USA Peter Stockman ST SCI USA ------------------------------------------------------------------------------------ 2. Scientific Justification. The moving target tests proposed for this moving target tracking test verifies the operation of the on-board moving target software through the use of user supplied ephemerides against a static astrometric starfield (NGC188). The first two test check out the parallax correction flight software. Two parallax values are chosen, one at 0.5A.U. relative to the earth, the other at 1.0 A.U. Each of three consecutive 10 minute PC exposures are actually composed of alternating periods of the shutter being open (20 seconds) and closed (100 seconds). The PC CCDs are readout only after the last of the 5 shutter open periods. This method of PC exposure produces a sequence of 5 staggered streaks of the star field. This data together with the PCS/FGS telemetry data is reduced to check the validity of the parallax corrections. Short exposure guard frames use a fixed target close to the endpoints of the user supplied ephemeris for each test. These bracket the series of 10 minute exposures and provide the basic reference data for the astrometric star field. The third test uses a user supplied ephemeris that simulates a distant solar system object with relatively simple non -linear motion against a static astrometric star field. The SMS will require use of the type-48 command with simplified secondary planetary motion coefficients to control the PCS. No parallax corrections are performed. The exposures follow the same format as described above for the parallax tests. The fourth test uses a user supplied ephemeris that simulates a distant solar system object with relatively simple linear motion against a static astrometric star field. The SMS will require use of the type-51 command with profiled slew rate and acceleration parameters to control the PCS. No parallax corrections ar performed. The exposures follow the same format as described above for the parallax tests. The fifth test uses a user supplied ephemeris that simulates a solar system object with a complex non-linear motion against a static astrometric star field. Such an ephemeris, for example, might simulate a solar system satellite undergoing maximum elongation as seen from the earth. The SMS will require use of the type- 48 command as in the third test and a parallax correction for 0.5 A.U. The exposures follow the same format as described above for the parallax tests. The sixth test uses a user supplied ephemeris that simulates a solar system object with a complex linear motion against a static astrometric star field. It is difficult to imagine a naturally occurring object that would undergo such motion. However, this test will serve as an approximation to more complex motion through the use of a piece-wise continuous ephemeris over very short time periods. The SMS will require use of the type-51 command as in the fourth test and a parallax correction of 0.5 A.U. The exposures follow the same format as described above for the parallax tests. Page 3 ------------------------------------------------------------------------------------ 3. Description of proposed observations. Test Procedure: --------------- The general observing strategy is as follows: 1) Take a short exposure with the WF/PC in PC mode. 2) Start the ST moving (via one of the following: parallax, polynomials, parallax and polynominals, profiled slew or parallax and profiled slew). 3) Take three 10 minute PC exposures. Use the Take Data Flag and the WF/PC Applications Processor (AP) to open and close the shutter five times during each exposure. This will provide reference times in the data headers and create gaps in the star trails during the PC exposure. The star trails will be analyzed later to verify proper tracking. 4) Stop the ST motion. 5) Take a second short PC exposure. A more detailed test procedure follows: * Configure the WF/PC * 1) Configure the WF/PC to the Planetary Camera mode (PC - IMAGE) 2) Select all 4 PC CCDs for the field of view (ALL) 3) Select the V filter (F569W) * Test 1 - Parallax Setting No. 1 * 4) Start no gap sequence of activity 5) Acquire Target Field No. 1 6) Set parallax flag for no correction 7) Take a 1 second PC guard frame exposure then readout (READ=YES) 8) Set parallax for distance of 0.5A.U. 9) Take 20 second PC exposure with no readout (READ=NO) 10) Wait 100 seconds 11) Repeat steps 9 and 10 three times 12) Take 20 second PC exposure with readout (READ=OUT) 13) Repeat steps 9 through 12 two times 14) Repeat steps 6 and 7 15) End no gap sequence of activity * Test 2 - Parallax Setting No. 2 * 16) Start no gap sequence of activity 17) Acquire Target Field No. 2 18) Repeat steps 6 and 7 19) Set parallax for distance of 1.0A.U. 20) Repeat steps 9 through 14 21) End no gap sequence of activity * Test 3 - Test of type-48 Command * 22) Start no gap sequence of activity 23) Acquire Target Field No. 3 24) Repeat steps 6 and 7 25) Turn off 38-type parallax correction flag 26) Repeat steps 9 through 14 (use of tyep-48 commands with simplified secondary planetary motion coefficients for simple motion) 27) End no gap sequence of activity * Test 4 - Test of type-51 Command * 28) Start no gap sequence of activity 29) Acquire Target Field No. 4 30) Repeat steps 6 and 7 31) Turn off 38- type parallax correction flag 32) Repeat steps 9 through 14 (use of type-51 commands with profiled slew rate and acceleration parameters for simple motion) 33) End no gap sequence of activity * Test 5 - Combine Parallax Test and use of Type-48 Command * 34) Start no gap sequence of activity 35) Acquire Target Field No. 5 36) Repeat steps 6 and 7 37) Set parallax for distance of 0.5A.U. 38) Repeat steps 9 through 14 (use of type-48 commands with simplified secondary planetary motion coefficients for complex motion) 39) End no gap sequence of activity * Test 6 - Combine Parallax Test and use of Type-51 Command * 40) Start no gap sequence of activity 41) Acquire Target Field No. 6 42) Repeat steps 6 and 7 43) Set parallax for distance of 0.5A.U. 44) Repeat steps 9 through 14 (use of type-51 commands with profiled slew rate and acceleration parameters for complex motion) 45) End no gap sequence of activity ------------------------------------------------------------------------------------ 4. Justification of need for HST observations. Submitted as an Observatory Level Test ------------------------------------------------------------------------------------ 5. Description of special scheduling requirements. Special scheduling request: Time-critical observations Since all targets will be in the form of user supplied ephemerides, the observations for this OLT will be time-critical. Test Prerequisites: - No observations performed during SAA passage - Optical image quality should be near Level 1 (lambda/8) - FGS/FGS OV alignments completed - Acceptable errors of <= +/-0.5 arc seconds for OV phase - WF/PC: - Functional checkout - Cooled to nominal operating temperature - Preliminary focus setting established - Geometrical tests completed (OV phase) - Schedule this OLT during the early to mid OV mission phase - Schedule test after the Raster/Dwell Scan Verification Test - Mini-OFAD verification would be highly desireable but not necessary - Require off-line access to the downlinked PCS/FGS engineering data Page 4 ------------------------------------------------------------------------------------ 7. Data reduction and analysis plans. Real Time Data Analysis Requirements: - Not anticipated at this time Off Line Data Analysis Requirements: - PASS FGS/SI attitude determination algorithms will be used to reduce FGS star selector encoder readings to yield the spacecraft attitude in approximately 5 second intervals throughout the observations. ------------------------------------------------------------------------------------ 8. Additional comments or special requests. All ephemerides used in this OLT will be supplied by the proposal team. Note that the type-38 parallax correction flag is turned off during tests 3 and 4. Distances specified for these tests must be very large. Also, the type of command for PCS maneuvering (type-48 or -51) must accompany the appropriate ephemeris so that the science scheduling team can flag the SMS accordingly. ------------------------------------------------------------------------------------ 9. Description of previous HST work. Results of this OLT will be documented in an STScI Technical Report with distribution to appropriate personnel. Portions of this test will be presented at the HST symposium following the SV mission phase. Test results may also be sumbitted for publication in an appropriate technical journal. ------------------------------------------------------------------------------------ 11. Address Information Name: RODGER DOXSEY Category: PI Institution: STSCI Address: 3700 SAN MARTIN DRIVE City: BALTIMORE State: MD Zip Code: 21218 Country: Telephone: Telex (or e-mail): ------------------------------------------------------------------------------------ TARGET LIST a) Fixed Targets ID = 2183c [ 5] ------------------------------------------------------------------------------------------------------------------------------------ 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 ------------------------------------------------------------------------------------------------------------------------------------ Tar| Target | Target | Target |Coord | Radial |Acqui|FLX| Flux data No | Name | Description | Position |Eqnx | Vel. |Prblm|REF| | | | | | | | | ------------------------------------------------------------------------------------------------------------------------------------ 1 NGC188- FIELD WITHIN NGC188 1988 1 V=13 +/-1.0 FIELD1A Comments: TARGET POSITION CORRESPONDS TO FIRST POSITION OF USER SUPPLIED EPHEMERIS NO.1. ------------------------------------------------------------------------------------------------------------------------------------ 2 NGC188- FIELD WITHIN NGC188 ^ FIELD1B Comments: TARGET POSITION CORRESPONDS TO FIRST POSITION OF USER SUPPLIED EPHEMERIS NO.1. ------------------------------------------------------------------------------------------------------------------------------------ 3 NGC188- FIELD WITHIN NGC188 ^ FIELD2A Comments: TARGET POSITION CORRESPONDS TO FIRST POSITION OF USER SUPPLIED EPHEMERIS NO. 2. ------------------------------------------------------------------------------------------------------------------------------------ 4 NGC188- FIELD WITHIN NGC188 ^ FIELD2B Comments: TARGET POSITION CORRESPONDS TO LAST POSITION OF USER SUPPLIED EPHEMERIS NO. 2. ------------------------------------------------------------------------------------------------------------------------------------ 5 NGC188- FIELD WITHIN NGC188 ^ FIELD3A Comments: TARGET POSITION CORRESPONDS TO FIRST POSITION OF USER SUPPLIED EPHEMERIS NO. 3. ------------------------------------------------------------------------------------------------------------------------------------ 6 NGC188- FIELD WITHIN NGC188 ^ FIELD3B Comments: TARGET POSITION CORRESPONDS TO LAST POSITION OF USER SUPPLIED EPHEMERIS NO. 3. ------------------------------------------------------------------------------------------------------------------------------------ 7 NGC188- FIELD WITHIN NGC188 1988 1 V=13 +/- 1.0 FIELD4A Comments: TARGET POSITION CORRESPONDS TO FIRST POSITION OF USER SUPPLIED EPHEMERIS NO. 4. ------------------------------------------------------------------------------------------------------------------------------------ 8 NGC188- FIELD WITHIN NGC188 ^ FIELD4B Comments: TARGET POSITION CORRESPONDS TO LAST POSITION OF USER SUPPLIED EPHEMERIS NO. 4. ------------------------------------------------------------------------------------------------------------------------------------ 9 NGC188- FIELD WITHIN NGC188 ^ FIELD5A Comments: TARGET POSITION CORRESPONDS TO FIRST POSITION OF USER SUPPLIED EPHEMERIS NO. 5. ------------------------------------------------------------------------------------------------------------------------------------ 10 NGC188- FIELD WITHIN NGC188 ^ FIELD5B Comments: TARGET POSITION CORRESPONDS TO FIRST POSITION OF USER SUPPLIED EPHEMERIS NO. 5. ------------------------------------------------------------------------------------------------------------------------------------ TARGET LIST a) Fixed Targets ID = 2183c [ 6] ------------------------------------------------------------------------------------------------------------------------------------ 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 ------------------------------------------------------------------------------------------------------------------------------------ Tar| Target | Target | Target |Coord | Radial |Acqui|FLX| Flux data No | Name | Description | Position |Eqnx | Vel. |Prblm|REF| | | | | | | | | ------------------------------------------------------------------------------------------------------------------------------------ 11 NGC188- FIELD WITHIN NGC188 ^ FIELD6A Comments: TARGET POSITION CORRESPONDS TO FIRST POSITION OF USER SUPPLIED EPHEMERIS NO. 6. ------------------------------------------------------------------------------------------------------------------------------------ 12 NGC188- FIELD WITHIN NGC188 ^ FIELD6B Comments: TARGET POSITION CORRESPONDS TO LAST POSITION OF USER SUPPLIED EPHEMERIS NO. 6. ------------------------------------------------------------------------------------------------------------------------------------ TARGET LIST b)Solar System Targets ID = 2183c [ 7] ------------------------------------------------------------------------------------------------------------------------------------ TARGET NUMBER: 101 | TARGET NAME: TEST-OBJ1 ------------------------------------------------------------------------------------------------------------------------------------ TARGET DESCRIPTION: SOLAR-SYSTEM TARGET-TEST OBJECT-1 ------------------------------------------------------------------------------------------------------------------------------------ TARGET POSITION LEVEL 1 | TARGET POSITION LEVEL 2 | POSITION DEFINED BY A USER | SUPPLIED EPHEMERIS FOR TEST | OBJECT-1 IN THE DIRECTION OF | CLUSTER NGC188.DISTANCE IS 0.5 AU | | ------------------------------------------------------------------------------------------------------------------------------------ TARGET POSITION LEVEL 3 | WINDOWS | | ------------------------------------------------------------------------------------------------------------------------------------ REF | DATA | COMMENTS | | 1 |V=13.0 +/- 1.0 | TYPE-38 PARALLAX CORRECTION FLAG | | MUST BE ON FOR THIS TARGET. | ------------------------------------------------------------------------------------------------------------------------------------ TARGET NUMBER: 102 | TARGET NAME: TEST-OBJ2 ------------------------------------------------------------------------------------------------------------------------------------ TARGET DESCRIPTION: SOLAR-SYSTEM TARGET-TEST OBJECT-2 ------------------------------------------------------------------------------------------------------------------------------------ TARGET POSITION LEVEL 1 | TARGET POSITION LEVEL 2 | POSITION DEFINED BY A USER | SUPPLIED EPHEMERIS FOR TEST | OBJECT-2 IN THE DIRECTION OF | CLUSTER NGC188.DISTANCE IS 1.0 AU | | ------------------------------------------------------------------------------------------------------------------------------------ TARGET POSITION LEVEL 3 | WINDOWS | | ------------------------------------------------------------------------------------------------------------------------------------ REF | DATA | COMMENTS | | | | TYPE-38 PARALLAX CORRECTION FLAG | | MUST BE ON FOR THIS TARGET. | ------------------------------------------------------------------------------------------------------------------------------------ TARGET LIST b)Solar System Targets ID = 2183c [ 8] ------------------------------------------------------------------------------------------------------------------------------------ TARGET NUMBER: 103 | TARGET NAME: TEST-OBJ3 ------------------------------------------------------------------------------------------------------------------------------------ TARGET DESCRIPTION: SOLAR-SYSTEM TARGET-TEST OBJECT-3 ------------------------------------------------------------------------------------------------------------------------------------ TARGET POSITION LEVEL 1 | TARGET POSITION LEVEL 2 | POSITION DEFINED BY A USER | SUPPLIED EPHEMERIS FOR TEST | OBJECT-3 IN THE DIRECTION OF | CLUST.NGC188.DISTANCE VERY LARGE. | | ------------------------------------------------------------------------------------------------------------------------------------ TARGET POSITION LEVEL 3 | WINDOWS | | ------------------------------------------------------------------------------------------------------------------------------------ REF | DATA | COMMENTS | | | | TYPE-38 PARALLAX CORRECTION FLAG | | MUST BE OFF FOR THIS TARGET. USE | | TYPE-48 COMMAND FOR PCS MANEUVERING. | ------------------------------------------------------------------------------------------------------------------------------------ TARGET NUMBER: 104 | TARGET NAME: TEST-OBJ4 ------------------------------------------------------------------------------------------------------------------------------------ TARGET DESCRIPTION: SOLAR-SYSTEM TARGET-TEST OBJECT-4 ------------------------------------------------------------------------------------------------------------------------------------ TARGET POSITION LEVEL 1 | TARGET POSITION LEVEL 2 | POSITION DEFINED BY A USER | SUPPLIED EPHEMERIS FOR TEST | OBJECT-4 IN THE DIRECTION OF | CLUST.NGC188.DISTANCE VERY LARGE. | | ------------------------------------------------------------------------------------------------------------------------------------ TARGET POSITION LEVEL 3 | WINDOWS | | ------------------------------------------------------------------------------------------------------------------------------------ REF | DATA | COMMENTS | | 1 |V = 13.0 +/- 1.0 | TYPE-38 PARALLAX CORRECTION FLAG | | MUST BE OFF FOR THIS TARGET. USE | | TYPE-51 COMMAND FOR PCS MANEUVERING. | ------------------------------------------------------------------------------------------------------------------------------------ TARGET LIST b)Solar System Targets ID = 2183c [ 9] ------------------------------------------------------------------------------------------------------------------------------------ TARGET NUMBER: 105 | TARGET NAME: TEST-OBJ5 ------------------------------------------------------------------------------------------------------------------------------------ TARGET DESCRIPTION: SOLAR-SYSTEM TARGET-TEST OBJECT-5 ------------------------------------------------------------------------------------------------------------------------------------ TARGET POSITION LEVEL 1 | TARGET POSITION LEVEL 2 | POSITION DEFINED BY A USER | SUPPLIED EPHEMERIS FOR TEST | OBJECT-5 IN THE DIRECTION OF | CLUST.NGC188.DISTANCE IS 0.5 AU. | | ------------------------------------------------------------------------------------------------------------------------------------ TARGET POSITION LEVEL 3 | WINDOWS | | ------------------------------------------------------------------------------------------------------------------------------------ REF | DATA | COMMENTS | | 1 |V=13.0 +/-1.0 | TYPE-38 PARALLAX CORRECTION FLAG | | MUST BE ON FOR THIS TARGET. USE TYPE | | -48 COMMAND FOR PCS MANEUVERING. | ------------------------------------------------------------------------------------------------------------------------------------ TARGET NUMBER: 106 | TARGET NAME: TEST-OBJ6 ------------------------------------------------------------------------------------------------------------------------------------ TARGET DESCRIPTION: SOLAR-SYSTEM TARGET-TEST OBJECT-6 ------------------------------------------------------------------------------------------------------------------------------------ TARGET POSITION LEVEL 1 | TARGET POSITION LEVEL 2 | POSITION DEFINED BY A USER | SUPPLIED EPHEMERIS FOR TEST | OBJECT-6 IN THE DIRECTION OF | CLUST.NGC188.DISTANCE IS 0.5 AU. | | ------------------------------------------------------------------------------------------------------------------------------------ TARGET POSITION LEVEL 3 | WINDOWS | | ------------------------------------------------------------------------------------------------------------------------------------ REF | DATA | COMMENTS | | | | TYPE-38 PARALLAX CORRECTION FLAG | | MUST BE ON FOR THIS TARGET. USE TYPE | | -51 COMMAND FOR PCS MANEUVERING. | ------------------------------------------------------------------------------------------------------------------------------------ EXPOSURE LOGSHEET ID = 2183c [ 10] ------------------------------------------------------------------------------------------------------------------------------------ 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 |10 | 11 | 12 |13 |14| 15 ------------------------------------------------------------------------------------------------------------------------------------ Line | Seq | Target |Instr | Oper. | Aper |Spectral|Central| Optional |Num| Time | S/N |Flx|Pr| Special Number | Name | Name |Config| Mode |or FOV |Element |Waveln.| Parameters |Exp| |Rel. Time|Ref| | Requirements ------------------------------------------------------------------------------------------------------------------------------------ 1 DEFINE # PC IMAGE ALL F569W 1 1S 1 1 GUARD Comments: GUARD FRAME EXPOSURE. ------------------------------------------------------------------------------------------------------------------------------------ 5 DEFINE # PC IMAGE ALL F569W READ=NO 1 20S 1 1 SEQ 5-9 NO GAP NORMAL Comments: 1 OF 5 PC STAR TRAIL EXPOSURES. ------------------------------------------------------------------------------------------------------------------------------------ 6 ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ AFTER 5 BY 120S +/ - 1S Comments: 2 OF 5 PC STAR TRAIL EXPOSURES. ------------------------------------------------------------------------------------------------------------------------------------ 7 ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ AFTER 6 BY 120S +/ - 1S Comments: 3 OF 5 PC STAR TRAIL EXPOSURES. ------------------------------------------------------------------------------------------------------------------------------------ 8 ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ AFTER 7 BY 120S +/ -1S Comments: 4 OF 5 PC STAR TRAIL EXPOSURES. ------------------------------------------------------------------------------------------------------------------------------------ 9 ^ ^ ^ ^ ^ ^ READ=YES ^ ^ ^ AFTER 8 BY 120S +/ -1S Comments: 5 OF 5 PC STAR TRAIL EXPOSURES. ------------------------------------------------------------------------------------------------------------------------------------ 30 USE NGC188- SEQ 30-34 NO GAP GUARD FIELD1A AT TBD-PII ------------------------------------------------------------------------------------------------------------------------------------ 31 USE TEST-OBJ1 NORMAL Comments: PARALLAX SET TO 0.5 A.U. ------------------------------------------------------------------------------------------------------------------------------------ 32 USE ^ NORMAL Comments: PARALLAX SET TO 0.5 A.U. ------------------------------------------------------------------------------------------------------------------------------------ 33 USE ^ NORMAL Comments: PARALLAX SET TO 0.5 A.U. ------------------------------------------------------------------------------------------------------------------------------------ 34 USE NGC188- GUARD FIELD1B ------------------------------------------------------------------------------------------------------------------------------------ 40 USE NGC188- SEQ 40-44 NO GAP GUARD FIELD2A AT TBD-PII ------------------------------------------------------------------------------------------------------------------------------------ 41 USE TEST-OBJ2 NORMAL Comments: PARALLAX SET TO 1.0 A.U. ------------------------------------------------------------------------------------------------------------------------------------ 42 USE ^ NORMAL Comments: PARALLAX SET TO 1.0 A.U. ------------------------------------------------------------------------------------------------------------------------------------ EXPOSURE LOGSHEET ID = 2183c [ 11] ------------------------------------------------------------------------------------------------------------------------------------ 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 |10 | 11 | 12 |13 |14| 15 ------------------------------------------------------------------------------------------------------------------------------------ Line | Seq | Target |Instr | Oper. | Aper |Spectral|Central| Optional |Num| Time | S/N |Flx|Pr| Special Number | Name | Name |Config| Mode |or FOV |Element |Waveln.| Parameters |Exp| |Rel. Time|Ref| | Requirements ------------------------------------------------------------------------------------------------------------------------------------ 43 USE ^ NORMAL Comments: PARALLAX SET TO 1.0 A.U. ------------------------------------------------------------------------------------------------------------------------------------ 44 USE NGC188- GUARD FIELD2B ------------------------------------------------------------------------------------------------------------------------------------ 50 USE NGC188- SEQ 50-54 NO GAP GUARD FIELD3A AT TBD-PII ------------------------------------------------------------------------------------------------------------------------------------ 51 USE TEST-OBJ3 NORMAL Comments: SIMPLE NON-LINEAR MOTION WITH DISTANCE SET TO INFINITY. ------------------------------------------------------------------------------------------------------------------------------------ 52 USE ^ NORMAL Comments: SIMPLE NON-LINEAR MOTION WITH DISTANCE SET TO INFINITY. ------------------------------------------------------------------------------------------------------------------------------------ 53 USE ^ NORMAL Comments: SIMPLE NON-LINEAR MOTION WITH DISTANCE SET TO INIFINITY. ------------------------------------------------------------------------------------------------------------------------------------ 54 USE NGC188- GUARD FIELD3B ------------------------------------------------------------------------------------------------------------------------------------ 60 USE NGC188- SEQ 60-64 NO GAP GUARD FIELD4A AT TBD-PII ------------------------------------------------------------------------------------------------------------------------------------ 61 USE TEST-OBJ4 NORMAL Comments: SIMPLE LINEAR MOTION WITH DISTANCE SET TO INFINITY. ------------------------------------------------------------------------------------------------------------------------------------ 62 USE ^ NORMAL Comments: SIMPLE LINEAR MOTION WITH DISTANCE SET TO INFINITY. ------------------------------------------------------------------------------------------------------------------------------------ 63 USE ^ NORMAL Comments: SIMPLE LINEAR MOTION WITH DISTANCE SET TO INFINITY. ------------------------------------------------------------------------------------------------------------------------------------ 64 USE NGC188- GUARD FIELD4B ------------------------------------------------------------------------------------------------------------------------------------ 70 USE NGC188- SEQ 70-74 NO GAP GUARD FIELD5A AT TBD-PII ------------------------------------------------------------------------------------------------------------------------------------ EXPOSURE LOGSHEET ID = 2183c [ 12] ------------------------------------------------------------------------------------------------------------------------------------ 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 |10 | 11 | 12 |13 |14| 15 ------------------------------------------------------------------------------------------------------------------------------------ Line | Seq | Target |Instr | Oper. | Aper |Spectral|Central| Optional |Num| Time | S/N |Flx|Pr| Special Number | Name | Name |Config| Mode |or FOV |Element |Waveln.| Parameters |Exp| |Rel. Time|Ref| | Requirements ------------------------------------------------------------------------------------------------------------------------------------ 71 USE TEST-OBJ5 NORMAL Comments: COMPLEX NON-LINEAR MOTION WITH DISTANCE SET TO 0.5 A.U. ------------------------------------------------------------------------------------------------------------------------------------ 72 USE ^ NORMAL Comments: COMPLEX NON-LINEAR MOTION WITH DISTANCE SET TO 0.5 A.U. ------------------------------------------------------------------------------------------------------------------------------------ 73 USE ^ NORMAL Comments: COMPLEX NON-LINEAR MOTION WITH DISTANCE SET TO 0.5 A.U. ------------------------------------------------------------------------------------------------------------------------------------ 74 USE NGC188- GUARD FIELD5B ------------------------------------------------------------------------------------------------------------------------------------ 80 USE NGC188- SEQ 80-84 NO GAP GUARD FIELD6A AT TBD-PII ------------------------------------------------------------------------------------------------------------------------------------ 81 USE TEST-OBJ6 NORMAL Comments: COMPLEX LINEAR MOTION WITH DISTANCE SET TO 0.5 A.U. ------------------------------------------------------------------------------------------------------------------------------------ 82 USE ^ NORMAL Comments: COMPLEX LINEAR MOTION WITH DISTANCE SET TO 0.5 A.U. ------------------------------------------------------------------------------------------------------------------------------------ 83 USE ^ NORMAL Comments: COMPLEX LINEAR MOTION WITH DISTANCE SET TO 0.5 A.U. ------------------------------------------------------------------------------------------------------------------------------------ 84 USE NGC188- GUARD FIELD6B ------------------------------------------------------------------------------------------------------------------------------------ Summary Form for Proposal 2183c [ 13] Item Used in this proposal ------------------------------------------------------------------------------------------------------------------------------------ Configurations PC ^ ------------------------------------------------------------------------------------------------------------------------------------ Opmodes IMAGE ^ ------------------------------------------------------------------------------------------------------------------------------------ Optional Parameters READ=NO READ=YES ------------------------------------------------------------------------------------------------------------------------------------ Proposal for OV/OLT ------------------------------------------------------------------------------------------------------------------------------------ S/C Hours 4.20 ------------------------------------------------------------------------------------------------------------------------------------ Scientific Category ------------------------------------------------------------------------------------------------------------------------------------ Scientific Sub-category ------------------------------------------------------------------------------------------------------------------------------------ Special Requirements SEQ 5-9 NO GAP AFTER 5 BY 120S +/- 1S AFTER 6 BY 120S +/- 1S AFTER 7 BY 120S +/-1S AFTER 8 BY 120S +/-1S SEQ 30-34 NO GAP; AT TBD-PII SEQ 40-44 NO GAP; SEQ 50-54 NO GAP; SEQ 60-64 NO GAP; SEQ 70-74 NO GAP; SEQ 80-84 NO GAP; ------------------------------------------------------------------------------------------------------------------------------------ Spectral Elements F569W ^ ------------------------------------------------------------------------------------------------------------------------------------ Target Names NGC188-FIELD1A NGC188-FIELD1B NGC188-FIELD2A NGC188-FIELD2B NGC188-FIELD3A NGC188-FIELD3B NGC188-FIELD4A NGC188-FIELD4B NGC188-FIELD5A NGC188-FIELD5B NGC188-FIELD6A NGC188-FIELD6B TEST-OBJ1 TEST-OBJ2 TEST-OBJ3 TEST-OBJ4 TEST-OBJ5 TEST-OBJ6 ------------------------------------------------------------------------------------------------------------------------------------