!************************************************************************* ! WARNING WARNING WARNING WARNING WARNING WARNING WARNING WARNING WARNING ! WARNING WARNING ! WARNING Read the comments below before modifying and/or WARNING ! WARNING adding entries to this file. Please do not use TABs. WARNING ! WARNING WARNING ! WARNING WARNING WARNING WARNING WARNING WARNING WARNING WARNING WARNING !************************************************************************* !----------------------------------------------------------------------------- ! ! File: KEYWORD_RULES.LIS ! ! Purpose: This file provides the inputs to the KR_rules_pkg. ! This package should be designed around a table which contains, for ! each instrument, a set of rules for determining the value of a particular ! keyword. ! ! Conventions: ! ------------------------------------------ ! ! A comment line begins with a '!' character. These are ignored by ! the rules package. ! ! The lines are freely formatted, but white-space is significant ! ! The fields are: ! ! CLASS: The rule class (e.g. STI, WF2, STS, W2S, etc.) ! NAME: Keyword to be set ! DEFAULT: Value to set the keyword to if.... ! KEYWORD: this keyword.. ! COMPARE: has this relation.. ! (The allowable operators in the 'COMPARE' field are: ! =, !=, >, <) ! VALUE: to this value. ! ! TEST: The order of the individual tests ! If you want to join two tests (for the SAME keyword) ! with an AND, give them the same test number. If you ! want to join two tests with an OR, do not give ! them the same test number. ! ! Once a test is able to set a keyword, the rest of the rules in a ! block are ignored. I.e the first rule matched is what is used. ! ! Current CLASSes in use (please update if you add new ones): ! ------------------------------------------ ! ! ALL - rules that are always, automatically applied ! ACS - ACS keyword rules ! ASW - ACS calibration switches or items needed to set those switches ! COS - COS keyword rules ! CSW - COS calibration switches ! FC2 - FOC keyword rules ! FCS - FOC calibration switches ! NIC - NIC keyword rules ! NCS - NIC calibration switches ! STI - STIS keyword rules ! STS - STIS calibration switches ! WF2 - WFPC2 keyword rules ! W2S - WFPC2 calibration switches ! WF3 - WFC3 keyword rules ! WF3T - WFC3 Thermal Vac keyword overrides ! W3C - WFC3 calibration switches ! W3CT - WFC3 Thermal vac calibration switch overides ! ! ! Indirection: ! ------------------------------------------ ! ! In either the DEFAULT or the VALUE field, if you want to refer ! to the dynamic value of a keyword rather than a constant, enclose ! the keyword name in curly brackets {}. For example: ! if (OOPTMODE != OPTVALUE) OPTMODE = OPTTYPE ! would be entered: ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- !STI OPTMODE {OPTTYPE} 1 OOPTMODE != {OPTVALUE} ! ! ! Wildcarding: ! ------------------------------------------ ! ! A constant in the VALUE field may be wildcarded with the '?' symbol, ! BUT the wildcard can ONLY APPEAR AT THE BEGIN OR END (not embedded). ! ! For example in the rule below VALUE matches MIR1, MIR2, MIR3, MIRUVL, ! or for a similar case, ?MIR matches ALPHAMIR, BETAMIR, and GAMMAMIR. ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- !STI OBSTYPE IMAGING 1 MIRROR = MIR? !STI OBSTYPE SPECTROSCOPIC 2 T = T ! ! ! Forcing a value: ! ------------------------------------------ ! ! In the last line above, OBSTYPE is given the value SPECTROSCOPIC ! if no previous test succeeded. ! ! Getting and setting group-specific values: ! ------------------------------------------ ! ! In the NAME, KEYWORD, DEFAULT, or VALUE field, if the latter ! two refer to a dynamic value of a keyword, you can specify which ! group of data to get or set: ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- !STI OPTMODE(1) {OPTTYPE(1)} 1 OOPTMODE = {OPTVALUE} !WFPC2 LPKTTIM {LPKTTIME(3)} 1 T = T !COS P1_PTM FIXED 1 P2_AWF(2) = UNKNOWN ! ! The default group number if not specified will be group zero ! which normally contains the primary header and the header of ! the first extension. Group 1 is actually the keyword values ! in the second extension. ! ! Setting all the groups of a keyword: ! ------------------------------------ ! ! Of course this depends on the definition of "all". In the ! syntax below keyword TARGCAT stands as a model for the ! extension of PROGRMID: the number of groups for the keyword ! PROGRMID will be the same as for TARGCAT. The action taken ! in this rule is: ! for (i=1; i<=number_of_TARGCAT_groups; ++i) { ! PROGRMID(i) = PROGRMID(0); ! } ! !ACS PROGRMID(i) {PROGRMID} 1 TARGCAT = {TARGCAT} ! ! Note that the symbol 'i' above can be any non-numeric character, ! and that the model keyword must appear on both sides of the '=' ! ! Substrings: ! ------------------------------------------ ! ! The default value can be a substring expression of the form (n:m). ! For example, if you want to remove the IRAF file preface from a ! reference file name (eg: OTAB$M9A16591O_APD.FITS), you would specify: ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- !STIS APDESTAB {APDESTAB(5:)} 1 APDESTAB = OTAB$? ! ! Assuming counting the string position starts at 1, n in (n:m) should ! be the first character of the substring minus 1, and m should be ! the last character of the substring plus 1. For example, to extract ! the hours from the following string: ! 2016.130:12:12:27 (PSTRTIME) ! 12345678901234560 (position in the string) ! one needs to use PSTRTIME(9:12). ! ! Substrings cannot be used in arithmetic equations. ! ! Arithmetic equations: ! ------------------------------------------ ! ! Both the DEFAULT and VALUE fields may contain an arithmetic ! equation. Equations must be surrounded by square brackets and ! may contain a dynamic keyword value (see Indirection above). ! The equation must not contain spaces unless the whole field, ! including square brackets, is quoted. Supported operators, in ! highest to lowest precedence order and followed by examples, are ! listed below ("a" and "b" below are operands): ! ! Round up to nearest integer CEIL(a) (Ex. CEIL(3.2) = 4) ! Round down to nearest integer FLOOR(a) (Ex. FLOOR(-2.4) = -3) ! Involution (exponentiation) a^b (Ex. 3.0^2 = 9) ! Division a/b (Ex. 10/3 = 3) ! (Ex. 10.0/3 = 3.333333) ! Multiplication a*b (Ex. 2*3 = 6) ! Modulo a%b (Ex. 10%3 = 1) ! Addition a+b (Ex. 23+1= 24) ! Subtraction a-b (Ex. -4--5 = 1) ! Bit-wise AND a&b (Ex. 3&1 = 1) ! Bit-wise exclusive-OR a~b (Ex. 2~3 = 1) ! Bit-wise OR a|b (Ex. 2|3 = 3) ! ! Parentheses can be used to modify the order of evaluation and ! care should be taken to ensure proper evaluation order in ! complicated equations. The equation solver distinguishes between ! integer and floating-point arithmetic (see the examples above for ! division) and the usual cautions apply when using = with ! floating-point results. ! ! For example, to express the rule: ! if (PATTERN == "BOX") P1_PSPAC = 0.559 * BOXSCALE ! you would write: ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- !STI P1_PSPAC [.559*{BOXSCALE}] 1 PATTERN = BOX ! ! ! Temporary Rule Variables (t_) ! ------------------------------------------ ! ! A rule-writer can ask for the creation of a temporary ! rule variable by using a keyword named "t_XXXXXX" as the ! destination of a rule result. The XXXXXX can be any characters, ! (all 6 do not need to be filled) but the "t_" must be in lowercase. ! Once a variable with such a name is written to once, it can be ! used anywhere else in later rules. These variables are temporary ! in the sense that a predefined keyword does not need to exist ! in the instrument header for these variable names. ! They are created and filled as the rules are evaluated. ! This capability can be used to conveniently ! reduce a set of complex tests to a single result, which can ! be used to make later rules simpler to read and write. ! ! For example, ! ! slitless = [F25?|50?|F28?|25?|6X6] ! !STS t_SLITLS T 1 APERTURE = F25? !STS t_SLITLS T 2 APERTURE = 50? !STS t_SLITLS T 3 APERTURE = F28? !STS t_SLITLS T 4 APERTURE = 25? !STS t_SLITLS T 5 APERTURE = 6X6 !STS t_SLITLS F 6 T = T ! ! can be used to define a subset of apertures, and the temporary ! rule variable "t_SLITLS" can then be used in later rules: !STS FLATCORR OMIT 10 OBSTYPE = SPECT? !STS FLATCORR OMIT 10 t_SLITLS = T ! ! ! Debugging help: ! ------------------------------------------ ! ! During rules development the behavior of new rules can be unexpected. ! The special DEBUG_KW rule can be used to increase the number of ! debug (level -D-) messages during the KW_apply_rules function. This ! special rule ignores the test conditions, so it should be written as a ! T = T test to avoid confusion. The default value of this rule is the ! value of a rule NAME field for which the special debug messages ! should be generated. If the default value ALL is used then every ! rule gets the extra debug messages. ! ! For example, to check the tests for WFPC2 keyword t_WAVLEN use:: ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- !WFPC2 DEBUG_KW t_WAVLEN 1 T = T ! or !WFPC2 DEBUG_KW ALL 1 T = T ! ! ! Special Values: ! ------------------------------------------ ! BLANK is not the literal string, but means an empty string ! Adding a ? before it may make it literal. Hearsay. Untested. ! !+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ !----------------------------------------------------------------------------- ! modification history: ! ! date opr who reason ! -------- ----- -------- -------------------------------------- ! 02/28/97 33036 MSwam added APER_FOV,POSTARG1,POSTARG2,PEAKCENT,PKSEARCH ! and REPELLER ! 03/14/97 33570 Rose Correct the CRCORR logic ! 03/19/97 33550 Rose Add EXPSCORR for the STIS ! 05/01/97 33755.1 WMiller Expand TAR_TYPE keyword to string value ! 05/01/97 33946 WMiller Modify PKSEARCH rules ! 05/05/97 33875 WMiller Add MOFFTAB rules ! 05/16/97 34145 WMiller Add rule for NRPTEXP default case ! 05/21/97 34004.1 MSwam Set FOMXPOS and FOMYPOS for NICMOS ! 06/18/97 34211 Rose FOCUS = APEROBJ ! 06/18/97 34197 Rose APERTURE is converted using conv_discrete:oslit ! 07/14/97 34354 WMiller Translate CONFIG keyword ! 07/15/97 34680 MSwam Remove STIS MIRROR keyword (use OPTMODE instead) ! 07/18/97 34601 Slow Remove setting STIS CRCORR to omit when targ=dark ! 07/18/97 34722 Slow Add GLOBRATE and GLOBLIM for the STIS ! 07/28/97 34197.2 Rose Put back aperture for the STIS ! 08/28/97 34871 WMiller Remove STIS APERTURE keyword ! 08/28/97 35048 WMiller Remove NICMOS FOMXPOS and FOMYPOS rules ! 08/29/97 35127 MSwam Set PORIENT for NICMOS from SS_PORNT ! 08/29/97 35127.1 MSwam Always fill STIS SDSTFILE keyword ! 09/03/97 35160 Rose NICMOS focus keyword rules ! 09/15/97 34206 MSwam Set LAMPTAB = "N/A" when SCLAMP = NONE ! 09/18/97 35268 WMiller Reverse STIS/MA# to CONFIG translation for STIS ! 09/18/97 35216 WMiller Modify DOPPON rules/simplify DOPPCORR rules ! 09/22/97 34206.2 MSwam Adjust LAMPTAB rule and add WAVECAL default ! 10/01/97 34206.3 MSwam Adjust WAVECAL default ! 11/20/97 35686 WMiller Add rules for PCTAB ! 12/05/97 35817 WMiller Add REJ_RATE ! 12/05/97 35813 WMiller Add SKYSUM ! 12/11/97 35866 WMiller Remove NRPTEXP rule ! 12/12/97 35867 WMiller Changes to STIS calib. switch rules ! 01/5/98 35987 Slowinski Modify X1DCORR switch rules ! 01/6/98 35987 Slowinski Modify CRCORR,X1DCORR,DISPCORR,HELCORR,FLUXCORR, ! BACKCORR,X2DCORR switch rules ! 01/22/98 35987 Slowinski Modify lamptab rules ! 02/09/98 35987 Slowinski Add switch rules for CUNIT1,CUNIT2 ! 03/02/98 35987 Slowinski Add switch rules for ZSIGCORR ! 04/08/98 35987 Slowinski Modify wavecorr rules ! 08/03/98 35987 Slowinski Modify lorcorr rules ! 09/01/98 37320 Slowinski Modify Stis calibration setting for ccdamp ! 09/10/98 36865_03Heller Correct WF2 SS_ATOD setting ! 09/17/98 37381 Rose Add NICMOS exposure timing constants ! 11/20/98 37623 Heller Add FOC rules for GC ! 01/19/99 38059 Slowinski Modify dqicorr,wavecorr,x1dcorr,x2dcorr rules ! 01/26/98 37623_03 Heller Fix layering problem ! 02/08/99 38413 Rose Correct CCDOFST for the ACS ! 03/03/99 38615 Rose dont DARKCORR a DARK or FLAT a BIAS ! 03/17/99 38530_03 Heller CDBSDATA should have a default value of FALSE. ! 04/01/99 38124 WMiller New syntax; equation support; new pattern kw's ! 04/21/99 38906 WMiller Modify GLOBRATE for STIS ! 04/26/99 38945 ROSE Move ACS OBSMODE setting to top of ACS list ! 05/25/99 38945_01 Rose Set CRSPLIt for ACS ! 06/21/99 39271 WMiller Set PATTERN2 rules for NIC ! 06/22/99 36235 MSwam Split out cal switch rule classes, add t_ variables ! 06/30/99 39394 Rose Correct the ACS ASN_MTYP keyword ! 07/07/99 39394.1 WMiller Apply changes in variant gen=94A ! 07/15/99 38930 Rose Update PRIMESI for ACS ! 07/29/99 39444 WMiller Add APERTURE rule for STIS ! 08/06/99 39051 Rose PR200L is on FILTER2 ! 08/06/99 39050 Rose Set the SUBARRAY keyword for the ACS ! 08/24/99 36235_06 MSwam Add STS rules to capture header structure for KWSET ! 09/23/99 39761 Slowinski change STS rules to not process ENGINEERING data ! 10/05/99 39822 MSwam change STS rules to process some ENGINEERING data ! 11/29/99 39985 Slowinski Keyword rules for some STIS AVAILABLE modes ! 01/17/00 40338 Slowinski Undo SM3/STIS temporary keyword rules changes ! 02/24/00 39985_01 MSwam Add WAVECORR test for WAVECAL = N/A ! 03/08/00 40879 Rose Remove GEOCORR for the ACS ! 04/10/00 41296 Rose CCDCHIP for ACS subarrays ! 04/11/00 41296_01 Rose CCDOFST for ACS is 1-based, not 0-based ! 05/03/00 41562 Slowinski CRCORR = OMIT if more than 30 STIS repeats ! 05/05/00 40281 MSwam Add cal switch rules for NIC SAA DARK ! 07/11/00 38729 Rose ACS Globrate rules ! 07/12/00 41470 Rose ACS calibration steps when CTE image ! 07/13/00 38226 Rose Get the ACS filter name from the telemetry ! 09/08/00 42184 MSwam Add rules for ACS post-flash keywords ! 10/12/00 42407 MSwam Add large set of STIS CFSTATUS rules ! 11/17/00 42444 MSwam Add STIS switch and ref files for 2D scat removal ! 11/28/00 42589 Heller Correct syntax for ACS CRSPILT ! 01/08/01 42609 Slowinski STIS X1DCORR and X2DCORR omit when no wavecal ! 02/09/01 43246 slowinski Set SC2DCORR to PERFORM for STIS echelle data ! 02/14/01 43216 Rose ACS CTE images workaround for NUMROWS=NUMCOLS=0 ! 03/05/01 42444_01 MSwam Change PSFTAB to TELTAB ! 03/06/01 42407_01 MSwam Use TIME-TAG, not TIMETAG ! 03/07/01 42407_02 MSwam Move PROPAPER test before CFSTATUS rules ! 05/02/01 43750 Slowinski Add condition for CFSTATUS rule ! 05/02/01 43439 Slowinski ACS IMAGETYP requirements ! 05/07/01 43736 Heller WF2 FILTROT ! 05/11/01 43795_01 Rose Set COMPTYP=None if no compression ! 05/17/01 43911 MSwam Correct ACS SHUTRPOS for SMGT resolver positions ! 06/04/01 43946 Rose Additional ACS rules for CCDCHIP ! 07/13/01 43911_02 MSwam Adjust SHUTRPOS rules ! 08/28/01 43736_01 Heller WF2 FILTROT ! 09/10/01 44464 slowinski Perform X1DCORR for stis prism data ! 09/12/01 44465 Slowinski Perform GEOCORR for stis image mode ! 10/17/01 44327 MSwam Turn on DITHCORR and PHOTCORR for ACS ! 10/22/01 44565 Slowinski NLINCORR perform for POST-SSA-DARK ! 11/20/01 44683 MSwam Rule change for setting ACS OBSTYPE from DOORPOS ! 12/17/01 44663 Slowinski Nic BARSCORR settings ! 12/17/01 44736 Slowinski Acs PHOTCORR to perform ! 12/17/01 44855 Slowinski Acs ATODCORR / SHADCORR set to omit ! 12/17/01 44871 Slowinski Acs change POSTFLSH TO FLSHCORR ! 01/09/02 44989 Rose Remove OVERFLOW rule for the ACS ! 01/14/02 44855 Slowinski Acs change BLEVCORR rules ! 01/31/02 45121 Rose STIS OCCDHTAV=-1 if before 2001.182 ! 02/06/02 45142 Slowinski ACS/SBC ACS/HRC flatcorr for prism observations ! 02/07/02 44949 Slowinski fix syntax for decimal compare - acs darkcorr ! 02/07/02 45142 Slowinski additional flatcorr test ! 02/14/02 44435 Rose Add rules for the COS ! 02/20/02 45279 MSwam Make BARSCORR rule for NCS ! 02/15/02 45181 Sontag Fix occurances of [0.0+x] syntax for <,> compares ! 03/20/02 45426 Slowinski ACS keyword mods ! 04/11/02 45388 MSwam Add STIS TDS table rule ! 04/11/02 45571 MSwam Add STIS TDC table rule ! 03/20/02 45426 Slowinski ACS keyword mods ! 04/11/02 45534 Slowinski ACS CCDCHIP mods ! 10/10/02 46769 Rose WFC3 keywords ! 04/25/02 45670 Slowinski ACS LTV2 mods ! 06/13/02 45443 Slowinski ACS CCDOFSTA,B,C,D keyword 0 based ! 06/13/02 45611 Slowinski ACS DITHCORR renamed to DRIZCORR ! 06/13/02 45383 Slowinski STIS only AMP D for ccd data supported ! 06/13/02 45827 Slowinski Stis correct OCCDHTAV math compare ! 06/13/02 45836 Slowinski Stis change GRATING to OPT_ELEM ! 07/29/02 46256 Slowinski ACS flatcorr modifications ! 08/07/02 46297 Slowinski ACS OBSTYPE keyword update ! 10/03/02 46581 Slowinski ACS WFC FLATCORR rules for UV filters ! 10/10/02 46769 Rose WFC3 keywords ! 11/11/02 46769 Rose WFC3 TV keyword overrides ! 11/12/02 46357 MSwam Add defaults for ACS SPEC_1,SPEC_2 ! 11/21/02 46769 Rose WFC3 ocr file needs translations ! 12/04/02 47075 Rose COS keyword updates ! 03/12/03 47458 Slowinski STIS 0.2x0.2 aperture supported CCD & MAMA 1st grt ! 03/12/03 47138 Slowinski ACS EXPSCORR set to PERFORM ! 03/18/03 48019 Rose WFC3 OSWVFRNT is now C61 not R8 ! 03/19/03 47720 Slowinski ASW FLATCORR set to PERFORM for G800L filter ! 04/25/03 48332 Rose Allow keyword group syntax ! 05/29/03 47074 Rose COS keyword OSMnPOS ! 07/11/03 49086 Rose WFC3 keyword rules ! 07/11/03 49046 Rose COS keyword rule changes ! 07/22/03 48513 Rose COS timetag WCS keywords ! 09/15/03 48251 Rose WFC2 rules for BANDWID, CENTRWV ! 09/22/03 49046_01 Rose Remove redundant DISPAXIS rules for COS ! 10/07/03 49568 Rose Use lOSM2POS for the OPT_ELEM for COS TACQ ! 10/10/03 49086 Rose WFC3 LTV keyword updates ! 10/30/03 49468 MSwam COS calibration switch rules (CSW) ! 11/10/03 49086 Rose WFC3 long stimulus keyword checks ! 11/20/03 49086 Rose WFC3: guard against NUMROWS=NUMCOLS=0 ! 12/08/03 49926 MSwam COS: DOPPON and DOPPCORR adjustments ! 01/12/04 48334 Slowinski WFC3: rules needed for wfc3 stimulus parameters ! 02/09/04 48251_01 MSwam WF2: Fix BANDWID error for WF2 ! 02/11/04 50364 MSwam STI: Adjust OCSOBSQ to fit into Sybase smallint ! 03/01/04 49181 MSwam ACS: Adjust INTTIME for short exposures ! 03/17/04 50488 Slowinski Remove all instances of obsolete FILL_ME ! 03/17/04 50513 Slowinski STIS: add CTECORR keyword for CCD spectroscopic ! 03/17/04 50410 Slowinski WFC3: quad filter rules ! 09/07/04 51055 MSwam WFC3: Remove CCDOFST rules for IR ! 09/07/04 51855 MSwam WFC3: Fix CCDGAIN, UVGAIN[A,B,C,D], NDFLTCOR ! 09/07/04 51955 MSwam WFC3: Set SAMP_SEQ from ILASTNRM ! 09/14/04 50683 MSwam WFC3: Set OSDNCORR from NDFLTCOR ! 09/21/04 51855 MSwam WFC3: Work around for odd OSLAMBDA value ! 09/29/04 50410 MSwam WFC3: Use a different filter source keyword ! 11/10/04 49125 Slowinski STIS: FLATCORR perform for slitless spectro data ! 04/20/05 48512 J.Baum STIS: populate TIME-TAG WCS keywords ! 10/20/05 54041 MSwam STIS: changes to WAVECORR,X[12]DCORR,CTECORR ! 10/20/05 54596 MSwam WFC3: adjust QUAD filter rules ! 12/14/05 54633 MSwam ACS: set CCDCHIP dependent on single amp first ! 01/04/05 54662 MSwam ACS: turn off DRIZCORR for certain filter combos ! 03/02/06 55038 MSwam ACS: turn off FLSHCORR ! 04/06/06 55364 MSwam STIS: new supported grating-aperture combos ! 06/07/06 55364 MSwam STIS: adjustment to FLUXCORR rules ! 06/14/06 55364 MSwam STIS: add default for CTECORR ! 09/27/06 54548 MSwam ACS: adjust OBSTYPE ! 11/21/06 56407 Sherbert COS: Tagflash ! 11/30/06 56902 MSwam COS: EXPTYPE rules ! 02/19/07 57218 Sherbert WFC3: change keyword classes for TV rules ! 03/20/07 57553 Sherbert Add COS, WF3 to PRIMESI determination and COST, WF3T ! 06/08/07 57553 MSwam WFC3: remove LFLGCORR (copy/paste error from ACS) ! 07/23/07 58377 MSwam COS: Add BRSTCORR,TDSCORR, comment out TV rules ! 09/12/07 58620 MSwam WF2: Skip calibration for proposals 11036,11327 ! 09/13/07 55484 MSwam COS: Fix EXPTYPE for ACQ/SEARCH ! 09/28/07 57539 MSwam WFC3: Make ZOFFCORR rule for all WFC3s ! 11/13/07 58807 Mary CSW: omit FLATCORR if DETECTOR=FUV for COS ! 11/21/07 58905 Sherbert WFC3: capitalize values for SQL query ! 12/18/07 59061 Mary COS: add FPPOS, APERTURE, APER_FOV, fix LAMPUSED ! 12/21/07 58997 MSwam WF2: add DRIZCORR ! 02/12/08 58997 MSwam WF2: change DRIZCORR,FLATCORR settings ! 02/15/08 58997 MSwam COS: Turn off TDSCORR until ref files are in CDBS ! 04/15/08 57464 MSwam ALL: REFFRAME adjustment ! 06/24/08 60164 Mary COS: OMIT BRSTCORR for all, but create test for later ! 07/21/08 60130 Sherbert WFC3: UVIS shutter determination ! 08/24/08 60349 Mary COS: SCANSIZE, PEAKNPOS, and PEAKCENT ! 08/25/08 60595 Mary NIC: set BEPCORR to PERFORM when needed ! 09/03/08 60440 Mary COS: removed LQXSHID, LQAPMID, LQOSM1ID, LQOSM2ID ! and LQOSMLAM as the SPT update removed the keywords ! NIC commented out the BEPCORR rule - next build ! 09/23/08 60722 Mary COS: remove CENTRWV rule -- now populated by WCS ! 09/26/08 60817 Mary COS: Duplicate DOPPON rule for DOPPONT ! 10/09/08 60595 MSwam NIC: uncommented the BEPCORR rule ! 10/09/08 60890 Sherbert ACS: fix post-SM4 WFCGAIN[A-D] in spt file ! 10/12/08 60960 Mary COS: IF DOPPONT = FALSE then set ORBTPERT, DOPMAGT ! and DOPZEROT to -1 ! 10/14/08 48248 Sherbert WF2: 2-filter cenwave and bandwid rules ! 10/15/08 60960 Mary COS: change DOPPON and DOPPONT to strings FUV/NUV ! 10/15/08 60960 Mary COS: IF DOPPONT = F set other DOP..T values to -1 ! 01/14/09 57755 MSwam ACS: DRIZCORR=OMIT for WFC:F330W or F344N ! 01/15/09 61453 Sherbert WFC3: Turn FLATCORR on for Grism obs ! 01/30/09 61631 MSwam ACS: Alter SBC switches for externals w/BLOCK filter ! 01/30/09 61614 Sherbert COS: new default calib switch settings ! 03/27/09 62053 Mary COS: populate SEGMENT using DETECTHV ! 03/30/09 62053 Mary COS: SEGMENT populated in code and then - see PR ! 05/12/09 62405 Sherbert WFC3: IR DARK images and extra comments ! 05/27/09 62715 MSwam NIC: Adjust TFBCALC and TFBDONE for some modes ! 06/01/09 62746 Sherbert WFC3: Have ZSIGCORR follow DARKCORR ! 06/11/09 62834 Mary COS: populate POSTARG1 and POSTARG2 ! 06/12/09 62844 MSwam WFC3: adjust several CORR switches ! 07/07/09 63007 MSwam WF2: FLATCORR,DRIZCORR switch changes ! 07/31/09 63218 Sherbert COS: turn off PHOTCORR for imaging wavecals ! 08/05/09 63218 Sherbert COS: be certain CALIBRAT is T for imaging wavecals ! 09/19/09 62888 Mary COS: ACQSLEWX and ACQSLEWY ! 10/05/09 63502 MSwam WFPC2: FLATCORR,DRIZCORR ! 10/20/09 63748 MSwam WFPC2: Allow CALIBRAT for proposals 11036,11327 ! 10/27/09 63155 MSwam ACS: CALIBRAT=F for Clamp&Sample,half-speed modes ! 10/27/09 63025 MSwam ACS: BIASCORR,DARKCORR=OMIT for early exposures ! 11/16/09 63553 Mary COS: Rework the TTAG IMAGING WCS keywords ! 11/17/09 62975 Mary COS: Add the D1 or D2 case for LAMPPLAN ! 11/17/09 62975 Mary COS: Change LAMPSET rules to use the new LAMPPLAN ! 02/18/10 64504 MSwam WFC3: DRIZCORR switch rule change ! 02/26/10 64361 Mary COS: Temp change SDQFLAGS from 184 to 188 w/test ! 05/10/10 65105 Sherbert WFC3: IR NLINCORR change ! 05/20/10 64819 RBelt ASW: DARKCORR=OMIT when DETECTOR = SBC ! 05/30/10 64270 Mary COS: MEVENTS = 10*LMEVENTS ! 06/16/10 65349 Sherbert WFC3: UVIS INTTIME changes ! 09/20/10 65327 Mary COS: update TCTYP2, TCTYP3, TCUNI2 and TCUNI3 ! 10/18/10 65766 Mary COS: CENWAVE = CENTRW for COS rawacq files ! 10/27/10 64849 Mary COS: LAMP* and ACQ* for COS rawacq files ! uses the group option to manipulate the source ! 03/10/11 67719 Mary COS: update SDQFLAGS and FLATCORR new ref files ! 05/09/11 68036 Mary WFC3: UNITCORR = CRCORR in all cases. ! 05/09/11 67841 Mary ACS: change DRIZCORR rule for F330W and F344N ! 05/10/11 68201 Mary COS: add rule for FPPOS where EXPTYPE=DARK ! 06/20/11 66634 Mary COS: PLATESC set where EXPTYPE = ACQ/IMAGE ! 06/21/11 64778 Mary COS: CENWAVE/CENTRWV/SS_CWAVE IMAGING vs SPECTRO. ! 07/12/11 68760 Mary COS: LIFE_ADJ based on LAPXSTP ! 07/28/11 68298 MSwam ACS: DQICORR,BLEVCORR adjusted for new CALACS ! 08/05/11 68336 Mary COS: WALKCORR to OMIT if not FUV TIME-TAG ! 08/18/11 68298 MSwam ACS: redelivery of BIASCORR,BLEVCORR for EPER/FPR ! 11/21/11 68760 Mary COS: Fixed a cut and paste error in LIFE_ADJ rule ! 11/21/11 64778 Mary COS: reinterpreted CENWAVE/CENTRWV/SS_CWAVE rules ! 11/28/11 64778 Mary COS: Add rule OBSTYPE = IMAGING if TARGNAME=DARK ! 12/07/11 69942 MSwam WFC3: Turn off RPTCORR for IR ! 12/15/11 64778 Mary COS: commented out TARGNAME=DARK changes. ! 12/14/11 69942 MSwam WFC3: Leave RPTCORR as it was for IR ! 01/31/12 67272 Mary add rule for PRIMESI when aper = OTA ! 02/17/12 70332 Mary COS: put back TARGNAME=DARK rules. ! 02/19/12 70565 Mary COS: new rules for APERTURE and APER_FOV ! 02/20/12 66780 Mary COS: fix ACQSLEW, TARGEVNT, ACQFLOOR, ACQNPOS ! remove LAMPSTAT,LAMPTIME,LAMPMXCR,LAMPMYCR,LAMPEVNT ! 02/20/12 68905 Mary COS:add USER rotation for ACQ keywords. ! 03/19/12 70895 MSwam ACS: set PCTECORR ! 03/27/12 68727 Mary COS: update COS SDQFLAGS to include gain sag ! 03/29/12 70590 Mary COS: new LIFE_ADJ rules rewrite 1 and add 2 ! 04/09/12 71070 Sherbert WF3: associate IR darks to avoid catalog issues ! 05/31/12 71240 Sherbert WF3: tweak flshcorr rule just a little ! 07/11/12 71240 MSwam WF3: added FLASHCUR translations for ref file match ! 07/26/12 71873 MSwam ACS: set PCTECORR=OMIT for CTEIMAGE=EPER,FPR ! 08/06/12 71921 Mary COS: modify LIFE_ADJ = 2 rules based on data ! 09/27/12 72358 Sherbert WF3: CHINJECT case consistency for ECF ! 01/30/13 64874 Mary COS: add LAMPCNTR, STRIPE, LSTRIPE ! 02/28/13 73603 Mary COS: change rule for ACQMEASY and ACQPREFY ! 03/07/13 73688 MSwam ACS: alter FLATCORR for G800L special cases ! 03/07/13 73636 MSwam ACS: adjust APERTURE for polarizer modes ! 03/19/13 73603 Mary COS: OOPS. rule for ACQMEASY/ACQPREFY are for NUV ! 05/07/13 74167 Mary COS: change SDQFLAGS and FLATCORR rules - all FUV ! 06/20/13 72782 Mary COS: set CUNIT1=deg when OBSTYPE=IMAGING ! 08/26/13 75456 Mary COS: PEAKD ACQNPOS source should be LQTADWLS ! 08/29/13 74891 Mary COS: remove SCANSIZE PEAKNPOS PEAKCENT rules ! 08/30/13 74911 Mary COS: reset CRPIX[12] for ACQ/IMAGE cases ! 09/13/13 74295 Mary COS: LIFE_ADJ and APERTURE for FUV DARK ! 10/10/13 76005 Sherbert WF3: SHUTRPOS adjustments ! 10/17/13 75886 Sherbert WF3: new DARK-NM target ! 10/23/13 76088 Sherbert ACS: new PHOTCORR rules ! 01/07/14 75021 Mary WF3: new FLUXCORR rules ! 02/11/14 76952 Mary COS: change SDQFLAGS value to 8344 ! 02/26/14 76474 Mary STI: remove ATODCORR, SGEOCORR and SHADCORR rules ! 03/03/14 76236 Mary COS: change LIFE_ADJ and APERTURE for all Darks ! 03/10/14 77153 Mary STI: change specified APERTUREs CFSTATUS ! 03/13/14 74364 Mary COS: add CENTRWV rules for COS 3 ACQ types ! 03/17/14 74364 Mary COS: changed rules to OPMODE instead of EXPTYPE ! 04/01/14 75021 Mary WF3: FLUXCORR = OMIT if PHOTCORR = OMIT ! 05/01/14 75021 MSwam WF3: Back out FLUXCORR until WFC3 team is ready ! 05/12/14 77761 MSwam ACS: Add supported subarray APERTUREs for PCTECORR ! 05/12/14 77903 MSwam ACS: Add RAW_LTV1, RAW_LTV2 ! 05/16/14 77516 Mary COS: Add LIFE_ADJ = 3 rules ! 06/16/14 78238 MSwam COS: Add DETECTOR check to BADTCORR rules ! 06/23/14 78238 MSwam COS: Turn BADTCORR = OMIT for all COS TIME-TAG ! 08/29/14 78118 Mary STI: change specified APERTURE's CFSTATUS ! 12/02/14 78919 Mary COS: Add TRCECORR, ALGNCORR, and XTRCTALG rules ! 08/20/15 78971 Mary ACS: add FLSHCORR case for PERFORM ! 10/07/15 81590 Mary COS: modify SDQFLAGS add SDQOUTER ! 10/10/15 81069 Mary COS: add ACQFLOOR for ACQ/PEAKD ! 10/19/15 82103 Mary COS: add ACQFLOOR, STEPSIZE, ENDSLEWY - ACQ/PEAKXD ! 10/19/15 82103 Mary ACS: Correct date on FLSHCORR rule in PR 78971 ! 10/25/15 82103 Mary COS: keyword TARGEVNT does not exist - now in code ! 10/27/15 82103 Mary COS: fix the PEAKXD ACQFLOOR test number (3 not 2) ! 11/05/15 82103 Mary COS: ACQNPOS = 1 for ACQ/PEAKXD ! 11/23/15 79700 Mary WF3: PCTECORR rules PERFORM if DETECTOR = UVIS ! 11/24/15 75021 Mary WF3: restore FLUXCORR = OMIT if PHOTCORR = OMIT ! 11/25/15 81346 Mary WF3: set FLUXCORR/PHOTCORR for UVIS-QUAD** cases ! 11/25/15 81347 Mary WF3: set FLUXCORR/PHOTCORR if FILTER = G280 ! 11/25/15 80569 Mary WF3: set CRCORR = OMIT if SCAN_TYP = C or D ! 11/27/15 80569 Mary WF3: copy CSMID(1) to CSMID ! 01/04/16 80569 Mary WF3: remove the CSMID copy/Not necessary/bad results ! 06/30/16 84989 Sherbert ACS: don't flshcorr if flashcur != low (no reffiles) ! 07/11/16 84172 Swaters ACS: set SUBARRAY=T for new ACS subarray data ! 07/15/16 84172 Swaters ACS: changed rule for subarray data b/c EPER data ! 07/19/16 83251 Mary COS: strip last char from LAPMPOS for new FSW change ! 08/18/16 83251 MSwam+ COS: adjusted LAPMPOS rule to use LAPERTUR ! 09/19/16 85606 Sherbert WF3: PCTECORR PERFORM for certain subarray apertures ! 09/20/16 85658 Mary COS: correct misnumbered LQHDRVER if LCSOPVER=1048 ! 01/03/17 86267 Mary COS: set LAPMPOS for non valid cases ! 02/16/17 86897 Swaters CSW: add X/YWLKCORR ! 02/20/17 86895 Swaters CSW: add DGEOCORR ! 02/20/17 86900 Swaters CSW: enable TWOZONE for LIFE_ADJ = 3 or 4 ! 02/23/17 85730 Swaters COS: bypass 1023- step for LAMPMYCR FUV ACQ/PEAKXD ! 03/03/17 86722 Swaters ACS: add SINKCORR, updated doc for substrings ! 03/15/17 85734 Swaters COS: changes related to OPMODE = ACQ/PEAKD(XD) ! 03/31/17 87246 Swaters ACS: add default value for t_SUBARR ! 04/06/17 85734 Swaters COS: handle ENDSLEWY/ACQSLEWY for ACQ/PEAKD(XD) ! 04/28/17 86048 Swaters COS: add LIFE_ADJ = 4 rules ! 05/08/17 86894 Swaters COS: remove WALKCORR ! 06/16/17 87838 Sherbert ACS: readd SINKCORR for WFC only ! 10/02/17 H-97 Sherbert ACS: do not DARKCORR correct DARKS ! 11/20/17 H-113 Sherbert ACS: SINKCORR rework, fixes EPER/FPR ! 02/01/18 H-137 Swaters ACS: PCTECORR to OMIT for post-SM4 where SUBARRAY=T ! 05/24/10 H-640 Sherbert ACS: skip calibration for calibration data ! 06/02/20 h1032 Sherbert ACS: count shutter openings ! 07/07/21 h1237 Sherbert COS: SDQFLAGS added for NUV; remove TABs ! 07/20/21 h1295 Sherbert COS: APERYPOS for LP5 ! 07/20/21 h1296 Sherbert COS: twozone extraction for LP5 ! 09/14/21 h1297 Sherbert COS: twozone extraction for LP6 ! 09/14/21 h1298 Sherbert COS: APERYPOS for LP6 ! 03/28/22 h1736 Sherbert ACS: [RAW]LTVx correction ! 12/07/22 h1949 Sherbert COS: modify TRCECORR for ACCUM ! 11/07/23 h2193 Sherbert COS: turn BADTCORR on for TIME-TAGS (not in ACCUM headers) ! 04/23/24 h2284 Sherbert COS: turn on XWLKCORR for all FUV TIME-TAG/ HVDSCORR->PERFORM ! 05/23/24 h2346 Sherbert COS: set HVDSCORR similar to XWLKCORR ! MM/DD/YY PR Who Description !----------------------------------------------------------------------------- !=========================================================================== ! START RULES ! get planned start time in form: YYYYDDD !--------------------------------------------------------------------------- ALL t_EXPDATE [1000.0*{PSTRTIME}] 1 T = T ! ! ! SDN 50364: PATCH for STIS OCSOBSQ problem in archiving ! This will scale an unsigned 16-bit value into a signed 16-bit value ! so that it can be loaded into a Sybase smallint field type. ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- STI OCSOBSQ [{OCSOBSQ}-32768] 1 T = T !--------------------------------------------------------------------------- ! ! 12/1/1995 H. Garner STIS Optical Mode Cross-Reference ! ! if (OOPTMODE == 0x110) OPTMODE = "G140L" ! else if (OOPTMODE == 0x120) OPTMODE = "G140M" ! else if ... ! else OPTMODE = "UNKNOWN" ! ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- STI OPTMODE G140L 1 OOPTMODE = 272 !0x110 STI OPTMODE G140M 2 OOPTMODE = 288 !0x120 STI OPTMODE E140M 3 OOPTMODE = 304 !0x130 STI OPTMODE E140H 4 OOPTMODE = 320 !0x140 STI OPTMODE MIRCUV 5 OOPTMODE = 352 !0x160 STI OPTMODE MIRFUV 6 OOPTMODE = 367 !0x16F STI OPTMODE X140M 7 OOPTMODE = 371 !0x173 STI OPTMODE X140H 8 OOPTMODE = 372 !0x174 STI OPTMODE G230L 9 OOPTMODE = 528 !0x210 STI OPTMODE G230M 10 OOPTMODE = 544 !0x220 STI OPTMODE E230M 11 OOPTMODE = 560 !0x230 STI OPTMODE E230H 12 OOPTMODE = 576 !0x240 STI OPTMODE PRISM 13 OOPTMODE = 592 !0x250 STI OPTMODE MIRNUV 14 OOPTMODE = 608 !0x260 STI OPTMODE X230M 15 OOPTMODE = 627 !0x273 STI OPTMODE X230H 16 OOPTMODE = 628 !0x274 STI OPTMODE G230LB 17 OOPTMODE = 539 !0x21B STI OPTMODE G230MB 18 OOPTMODE = 555 !0x22B STI OPTMODE G430L 19 OOPTMODE = 784 !0x310 STI OPTMODE G430M 20 OOPTMODE = 800 !0x320 STI OPTMODE MIRVIS 21 OOPTMODE = 864 !0x360 STI OPTMODE G750L 22 OOPTMODE = 1040 !0x410 STI OPTMODE G750M 23 OOPTMODE = 1056 !0x420 STI OPTMODE MIRVIS 24 OOPTMODE = 1120 !0x460 STI OPTMODE UNKNOWN 25 T = T ! STI OPT_ELEM {OPTMODE} 1 T = T ! ! It is assumed that if the mirror was in place, the OBSTYPE ! is IMAGING, otherwise it's SPECTROSCOPIC ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- STI OBSTYPE IMAGING 1 OPTMODE = MIR? STI OBSTYPE IMAGING 2 TARGNAME = BIAS STI OBSTYPE IMAGING 3 TARGNAME = DARK STI OBSTYPE SPECTROSCOPIC 4 T = T ! ! ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- STI LAMPSET 10.0 1 PCN1LAMP = 0 STI LAMPSET 10.0 2 PCN2LAMP = 0 STI LAMPSET 10.0 3 PCN3LAMP = 0 STI LAMPSET 3.8 4 PCN1LAMP = 1 STI LAMPSET 3.8 5 PCN2LAMP = 1 STI LAMPSET 3.8 6 PCN3LAMP = 1 STI LAMPSET 20.0 7 PCN1LAMP = 2 STI LAMPSET 20.0 8 PCN2LAMP = 2 STI LAMPSET 20.0 9 PCN3LAMP = 2 STI LAMPSET 0.0 10 T = T ! ! determine the value of DISPAXIS: ! STI DISPAXIS 0 1 OBSTYPE = IMAGING STI DISPAXIS 1 2 OPT_ELEM != X? STI DISPAXIS 2 3 OPT_ELEM = X? ! ! PR 36194 STI CUNIT1 DEG 1 DISPAXIS = 2 STI CUNIT2 ANGSTROM 1 DISPAXIS = 2 ! STI BINAXIS1 1 1 BINAXIS1 = 0 STI BINAXIS2 1 1 BINAXIS2 = 0 ! ! set the CCD bias subtraction value for Target Acqs STI CCDBIASS T 1 OBIASUBT > 0 STI CCDBIASS F 2 T = T ! PR 33642 CCDGAINn rule settings. STI CCDGAIN1 1 1 OGAIN1 = BLANK STI CCDGAIN1 1 2 OGAIN1 = 0 STI CCDGAIN1 2 3 OGAIN1 = 1 STI CCDGAIN1 4 4 OGAIN1 = 2 STI CCDGAIN1 8 5 OGAIN1 = 3 STI CCDGAIN2 1 1 OGAIN2 = BLANK STI CCDGAIN2 1 2 OGAIN2 = 0 STI CCDGAIN2 2 3 OGAIN2 = 1 STI CCDGAIN2 4 4 OGAIN2 = 2 STI CCDGAIN2 8 5 OGAIN2 = 3 STI CCDGAIN3 1 1 OGAIN3 = BLANK STI CCDGAIN3 1 2 OGAIN3 = 0 STI CCDGAIN3 2 3 OGAIN3 = 1 STI CCDGAIN3 4 4 OGAIN3 = 2 STI CCDGAIN3 8 5 OGAIN3 = 3 STI CCDGAIN4 1 1 OGAIN4 = BLANK STI CCDGAIN4 1 2 OGAIN4 = 0 STI CCDGAIN4 2 3 OGAIN4 = 1 STI CCDGAIN4 4 4 OGAIN4 = 2 STI CCDGAIN4 8 5 OGAIN4 = 3 ! PR 33642 CCDGAIN rule settings. STI CCDGAIN {CCDGAIN1} 1 CCDAMP = A STI CCDGAIN {CCDGAIN2} 2 CCDAMP = B STI CCDGAIN {CCDGAIN3} 3 CCDAMP = C STI CCDGAIN {CCDGAIN4} 4 CCDAMP = D STI CCDGAIN 0 5 T = T ! ! CORNERA1, CORNERA2 are incorrect for full images (Kutina 09/10/96) ! ...and full MAMAs ! STI CORNERA2 0 1 OSUBNROW = 1044 STI CORNERA2 0 1 DETECTOR = CCD? STI CORNERA1 0 1 OSUBNCOL = 1064 STI CORNERA1 0 1 DETECTOR = CCD? STI CORNERA2 0 1 OSUBNROW = 2048 STI CORNERA2 0 1 DETECTOR = ?MAMA STI CORNERA1 0 1 OSUBNCOL = 2048 STI CORNERA1 0 1 DETECTOR = ?MAMA ! ! The observation is a subimage if the startpix is nonzero: ! STI SUBARRAY T 1 CORNERA1 > 0 STI SUBARRAY T 2 CORNERA2 > 0 STI SUBARRAY F 3 T = T ! ! ! the EXPFLAG is determined by the number of interrupts: ! STI EXPFLAG INDETERMINATE 1 NINTERPT > 4 STI EXPFLAG INTERRUPTED 2 NINTERPT > 0 STI EXPFLAG NORMAL 3 T = T ! ! ! The MODE_ID is a simple lookup table based on OOPTMODE ! ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- STI MODE_ID 1.1 1 OOPTMODE = 272 !0x110 STI MODE_ID 1.2 2 OOPTMODE = 288 !0x120 STI MODE_ID 1.3 3 OOPTMODE = 304 !0x130 STI MODE_ID 1.4 4 OOPTMODE = 320 !0x140 STI MODE_ID 1.6 5 OOPTMODE = 352 !0x160 STI MODE_ID 1.6F 6 OOPTMODE = 367 !0x16F STI MODE_ID 1.7x3 7 OOPTMODE = 371 !0x173 STI MODE_ID 1.7x4 8 OOPTMODE = 372 !0x174 STI MODE_ID 2.1 9 OOPTMODE = 528 !0x210 STI MODE_ID 2.2 10 OOPTMODE = 544 !0x220 STI MODE_ID 2.3 11 OOPTMODE = 560 !0x230 STI MODE_ID 2.4 12 OOPTMODE = 576 !0x240 STI MODE_ID 2.5 13 OOPTMODE = 592 !0x250 STI MODE_ID 2.6 14 OOPTMODE = 608 !0x260 STI MODE_ID 2.7x3 15 OOPTMODE = 627 !0x273 STI MODE_ID 2.7x4 16 OOPTMODE = 628 !0x274 STI MODE_ID 2.1B 17 OOPTMODE = 539 !0x21B STI MODE_ID 2.2B 18 OOPTMODE = 555 !0x22B STI MODE_ID 3.1 19 OOPTMODE = 784 !0x310 STI MODE_ID 3.2 20 OOPTMODE = 800 !0x320 STI MODE_ID 3.6 21 OOPTMODE = 864 !0x360 STI MODE_ID 4.1 22 OOPTMODE = 1040 !0x410 STI MODE_ID 4.2 23 OOPTMODE = 1056 !0x420 STI MODE_ID 4.6 24 OOPTMODE = 1120 !0x460 ! ! STI TFPFNAME A25 1 SLITNUM = 1 STI TFPFNAME F25LYA 2 SLITNUM = 2 STI TFPFNAME F25QTZ 3 SLITNUM = 3 STI TFPFNAME F25CN182 4 SLITNUM = 4 STI TFPFNAME F25C3 5 SLITNUM = 5 STI TFPFNAME F25MG2 6 SLITNUM = 6 STI TFPFNAME F25SRF2 7 SLITNUM = 7 STI TFPFNAME F25NDQ 8 SLITNUM = 8 STI TFPFNAME F25CN270 9 SLITNUM = 9 STI TFPFNAME A50 10 SLITNUM = 10 STI TFPFNAME S2X2 11 SLITNUM = 11 STI TFPFNAME S36X050P 12 SLITNUM = 12 STI TFPFNAME S36X050N 13 SLITNUM = 13 STI TFPFNAME S36X600P 14 SLITNUM = 14 STI TFPFNAME S36X600N 15 SLITNUM = 15 STI TFPFNAME S100X060 16 SLITNUM = 16 STI TFPFNAME S100X090 17 SLITNUM = 17 STI TFPFNAME S100X200 18 SLITNUM = 18 STI TFPFNAME S200X060 19 SLITNUM = 19 STI TFPFNAME S200X090 20 SLITNUM = 20 STI TFPFNAME S200X200 21 SLITNUM = 21 STI TFPFNAME S330X060 22 SLITNUM = 22 STI TFPFNAME S330X090 23 SLITNUM = 23 STI TFPFNAME S330X200 24 SLITNUM = 24 STI TFPFNAME S1X060 25 SLITNUM = 25 STI TFPFNAME S1X200 26 SLITNUM = 26 STI TFPFNAME S200X500 27 SLITNUM = 27 STI TFPFNAME S6X060 28 SLITNUM = 28 STI TFPFNAME S6X200 29 SLITNUM = 29 STI TFPFNAME S100X025 30 SLITNUM = 30 STI TFPFNAME S500X500 31 SLITNUM = 31 STI TFPFNAME S6X500 32 SLITNUM = 32 STI TFPFNAME S6X6 33 SLITNUM = 33 STI TFPFNAME SL050 34 SLITNUM = 34 STI TFPFNAME SL100 35 SLITNUM = 35 STI TFPFNAME SL200 36 SLITNUM = 36 STI TFPFNAME SL500 37 SLITNUM = 37 STI TFPFNAME SL2 38 SLITNUM = 38 STI TFPFNAME SLBAR1 39 SLITNUM = 39 STI TFPFNAME S200X60A 40 SLITNUM = 40 STI TFPFNAME S200X60B 41 SLITNUM = 41 STI TFPFNAME S200X60C 42 SLITNUM = 42 STI TFPFNAME S200X60D 43 SLITNUM = 43 STI TFPFNAME S200X60E 44 SLITNUM = 44 STI TFPFNAME S200A 45 SLITNUM = 45 STI TFPFNAME S200B 46 SLITNUM = 46 STI TFPFNAME S200C 47 SLITNUM = 47 STI TFPFNAME S200D 48 SLITNUM = 48 STI TFPFNAME S200E 49 SLITNUM = 49 STI TFPFNAME A50CORON 50 SLITNUM = 50 STI TFPFNAME S050X29 51 SLITNUM = 51 STI TFPFNAME S090X29 52 SLITNUM = 52 STI TFPFNAME S200X29 53 SLITNUM = 53 STI TFPFNAME F28X50LP 54 SLITNUM = 54 STI TFPFNAME F28X50O3 55 SLITNUM = 55 STI TFPFNAME F28X50O2 56 SLITNUM = 56 STI TFPFNAME F25ND6 57 SLITNUM = 57 STI TFPFNAME F25ND5 58 SLITNUM = 58 STI TFPFNAME S31X050A 59 SLITNUM = 59 STI TFPFNAME S31X050B 60 SLITNUM = 60 STI TFPFNAME S31X050C 61 SLITNUM = 61 STI TFPFNAME S330X050 62 SLITNUM = 62 STI TFPFNAME S200X050 63 SLITNUM = 63 STI TFPFNAME S050X31B 64 SLITNUM = 64 STI TFPFNAME S050X31A 65 SLITNUM = 65 STI TFPFNAME SL050R1 66 SLITNUM = 66 STI TFPFNAME SL050R2 67 SLITNUM = 67 STI TFPFNAME SL100R1 68 SLITNUM = 68 STI TFPFNAME SL100R2 69 SLITNUM = 69 STI TFPFNAME SL200R1 70 SLITNUM = 70 STI TFPFNAME SL200R2 71 SLITNUM = 71 STI TFPFNAME SL500R1 72 SLITNUM = 72 STI TFPFNAME SL500R2 73 SLITNUM = 73 STI TFPFNAME SL2R1 74 SLITNUM = 74 STI TFPFNAME Sl2R2 75 SLITNUM = 75 STI TFPFNAME SLBAR2 76 SLITNUM = 76 STI TFPFNAME SLBAR3 77 SLITNUM = 77 STI TFPFNAME UNKNOWN 78 T = T ! ! STI FILTER Clear 1 SLITNUM = 1 STI FILTER Lyman_Alpha 2 SLITNUM = 2 STI FILTER Crystal_Quartz 3 SLITNUM = 3 STI FILTER 182nm_MBP 4 SLITNUM = 4 STI FILTER 191nm_NBP_(CIII) 5 SLITNUM = 5 STI FILTER 280nm_NBP(MgII) 6 SLITNUM = 6 STI FILTER Strontium_Fluoride 7 SLITNUM = 7 STI FILTER ND_quad_step 8 SLITNUM = 8 STI FILTER 270nm_MBP 9 SLITNUM = 9 STI FILTER Clear 10 SLITNUM > 9 STI FILTER Clear 10 SLITNUM < 54 STI FILTER Long_Pass 11 SLITNUM = 54 STI FILTER OIII 12 SLITNUM = 55 STI FILTER OII 13 SLITNUM = 56 STI FILTER ND_3 14 SLITNUM = 57 STI FILTER ND_5 15 SLITNUM = 58 STI FILTER ND_0.4 16 SLITNUM = 59 STI FILTER ND_0.8 17 SLITNUM = 60 STI FILTER ND_1.2 18 SLITNUM = 61 STI FILTER ND_3 19 SLITNUM = 62 STI FILTER ND_2 20 SLITNUM = 63 STI FILTER ND_0.4 21 SLITNUM = 64 STI FILTER ND_0.8 22 SLITNUM = 65 STI FILTER Clear 23 SLITNUM > 65 ! ! ! STI SLITSIZE 24.7x24.7 1 SLITNUM = 1 STI SLITSIZE 24.7x24.7 2 SLITNUM = 2 STI SLITSIZE 24.7x24.7 3 SLITNUM = 3 STI SLITSIZE 24.7x24.7 4 SLITNUM = 4 STI SLITSIZE 24.7x24.7 5 SLITNUM = 5 STI SLITSIZE 24.7x24.7 6 SLITNUM = 6 STI SLITSIZE 24.7x24.7 7 SLITNUM = 7 STI SLITSIZE 24.7x24.7 8 SLITNUM = 8 STI SLITSIZE 24.7x24.7 9 SLITNUM = 9 STI SLITSIZE 50x50 10 SLITNUM = 10 STI SLITSIZE 2x2 11 SLITNUM = 11 STI SLITSIZE 26x.05-0.2 12 SLITNUM = 12 STI SLITSIZE 26x.05-0.2 13 SLITNUM = 13 STI SLITSIZE 26x0.6-2 14 SLITNUM = 14 STI SLITSIZE 26x0.6-2 15 SLITNUM = 15 STI SLITSIZE 0.1x0.063 16 SLITNUM = 16 STI SLITSIZE 0.1x0.09 17 SLITNUM = 17 STI SLITSIZE 0.1x0.2 18 SLITNUM = 18 STI SLITSIZE 0.2x0.063 19 SLITNUM = 19 STI SLITSIZE 0.2x0.09 20 SLITNUM = 20 STI SLITSIZE 0.2x0.2 21 SLITNUM = 21 STI SLITSIZE 0.33x0.063 22 SLITNUM = 22 STI SLITSIZE 0.33x0.09 23 SLITNUM = 23 STI SLITSIZE 0.33x0.2 24 SLITNUM = 24 STI SLITSIZE 1x0.063 25 SLITNUM = 25 STI SLITSIZE 1x0.2 26 SLITNUM = 26 STI SLITSIZE 0.2x0.5 27 SLITNUM = 27 STI SLITSIZE 6x0.063 28 SLITNUM = 28 STI SLITSIZE 6x0.2 29 SLITNUM = 29 STI SLITSIZE 0.1x0.025 30 SLITNUM = 30 STI SLITSIZE 0.5x0.5 31 SLITNUM = 31 STI SLITSIZE 6x0.2 32 SLITNUM = 32 STI SLITSIZE 6x6 33 SLITNUM = 33 STI SLITSIZE 52x0.049 34 SLITNUM = 34 STI SLITSIZE 52x0.1 35 SLITNUM = 35 STI SLITSIZE 52x0.2 36 SLITNUM = 36 STI SLITSIZE 52x0.5 37 SLITNUM = 37 STI SLITSIZE 52x2 38 SLITNUM = 38 STI SLITSIZE 52x0.1 39 SLITNUM = 39 STI SLITSIZE 0.2x0.063 40 SLITNUM = 40 STI SLITSIZE 0.2x0.063 41 SLITNUM = 41 STI SLITSIZE 0.2x0.063 42 SLITNUM = 42 STI SLITSIZE 0.2x0.063 43 SLITNUM = 43 STI SLITSIZE 0.2x0.063 44 SLITNUM = 44 STI SLITSIZE 0.2x0.2 45 SLITNUM = 45 STI SLITSIZE 0.2x0.2 46 SLITNUM = 46 STI SLITSIZE 0.2x0.2 47 SLITNUM = 47 STI SLITSIZE 0.2x0.2 48 SLITNUM = 48 STI SLITSIZE 0.2x0.2 49 SLITNUM = 49 STI SLITSIZE 50x50 50 SLITNUM = 50 STI SLITSIZE 0.054x29 51 SLITNUM = 51 STI SLITSIZE 0.09x29 52 SLITNUM = 52 STI SLITSIZE 0.2x29 53 SLITNUM = 53 STI SLITSIZE 28x50 54 SLITNUM = 54 STI SLITSIZE 28x50 55 SLITNUM = 55 STI SLITSIZE 28x50 56 SLITNUM = 56 STI SLITSIZE 24.7x24.7 57 SLITNUM = 57 STI SLITSIZE 24.7x24.7 58 SLITNUM = 58 STI SLITSIZE 31x0.05 59 SLITNUM = 59 STI SLITSIZE 31x0.05 60 SLITNUM = 60 STI SLITSIZE 31x0.05 61 SLITNUM = 61 STI SLITSIZE 0.33x0.05 62 SLITNUM = 62 STI SLITSIZE 0.2x0.05 63 SLITNUM = 63 STI SLITSIZE 0.05x31 64 SLITNUM = 64 STI SLITSIZE 0.05x31 65 SLITNUM = 65 STI SLITSIZE 52x0.049 66 SLITNUM = 66 STI SLITSIZE 52x0.049 67 SLITNUM = 67 STI SLITSIZE 52x0.1 68 SLITNUM = 68 STI SLITSIZE 52x0.1 69 SLITNUM = 69 STI SLITSIZE 52x0.2 70 SLITNUM = 70 STI SLITSIZE 52x0.2 71 SLITNUM = 71 STI SLITSIZE 52x0.5 72 SLITNUM = 72 STI SLITSIZE 52x0.5 73 SLITNUM = 73 STI SLITSIZE 52x2.0 74 SLITNUM = 74 STI SLITSIZE 52x2.0 75 SLITNUM = 75 STI SLITSIZE 52x0.1 76 SLITNUM = 76 STI SLITSIZE 52x0.1 77 SLITNUM = 77 ! STI SS_FILTR F28X50LP 1 APEROBJ = OV28X50LP STI SS_FILTR F28X50OIII 2 APEROBJ = OV28X50O3 STI SS_FILTR F28X50OII 3 APEROBJ = OV28X50O2 STI SS_FILTR F25ND3 4 APEROBJ = OF25ND3 STI SS_FILTR F25ND3 5 APEROBJ = ON25ND3 STI SS_FILTR F25ND3 6 APEROBJ = OV25ND3 STI SS_FILTR F25ND5 7 APEROBJ = OF25ND5 STI SS_FILTR F25ND5 8 APEROBJ = ON25ND5 STI SS_FILTR F25ND5 9 APEROBJ = OV25ND5 STI SS_FILTR BLANK 10 T = T ! ! Determine if this is an ACQ or ACQ/PEAK: ! STI ODATATYP ACQ/PEAK 1 OFLUX02 > 0 STI ODATATYP ACQ 2 OTARGX > 0 STI ODATATYP ACQ 3 OTARGY > 0 ! ! Which calibration lamp is lit (if any)? ! STI SCLAMP KRYPTON 1 OCLKLENX = ON STI SCLAMP DEUTERIUM 2 OCLDLENX = ON STI SCLAMP HITM1 3 OPCN1LMP < 3 STI SCLAMP HITM2 4 OPCN2LMP < 3 STI SCLAMP LINE 5 OPCN3LMP < 3 STI SCLAMP TUNGSTEN 6 OT1BULB > 0 STI SCLAMP TUNGSTEN 7 OT2BULB > 0 STI SCLAMP TUNGSTEN 8 OT3BULB > 0 STI SCLAMP TUNGSTEN 9 OT4BULB > 0 STI SCLAMP NONE 10 T = T ! ! ! SS_SPLIT is mostly numeric in the database STI SS_SPLIT 1 1 SS_SPLIT = NO ! STI OBSMODE {OPMODE} 1 T = T ! STI DOPPON T 1 ODOPCOR = 1 STI DOPPON F 2 ODOPCOR = 0 ! STI APERTURE {PROPAPER} 1 APERTURE = F25NDQ ! ! OPR 42407 ! Set default value in case none of the rules below are selected STS CFSTATUS ENGINEERING 1 T = T ! ! Supported Apertures for CCD Target Acquisitions STS t_APTEST T 1 APERTURE = 50CCD STS t_APTEST T 2 APERTURE = F25ND3 STS t_APTEST T 3 APERTURE = F25ND5 STS t_APTEST T 4 APERTURE = F28X50LP STS t_APTEST T 5 APERTURE = F28X50OII STS t_APTEST T 6 APERTURE = F28X50OIII STS t_APTEST F 7 T = T STS CFSTATUS SUPPORTED 1 t_APTEST = T STS CFSTATUS SUPPORTED 1 OBSMODE = ACQ STS CFSTATUS SUPPORTED 1 DETECTOR = CCD ! ! Restricted Apertures for CCD Target Acquisitions STS t_APTEST T 1 APERTURE = F25NDQ1 STS t_APTEST T 2 APERTURE = F25NDQ2 STS t_APTEST T 3 APERTURE = F25NDQ3 STS t_APTEST T 4 APERTURE = F25NDQ4 STS t_APTEST F 7 T = T STS CFSTATUS ENGINEERING 1 t_APTEST = T STS CFSTATUS ENGINEERING 1 OBSMODE = ACQ STS CFSTATUS ENGINEERING 1 DETECTOR = CCD ! ! Supported Apertures for CCD ACQ/PEAK Acquisitions STS t_APTEST T 1 APERTURE = 0.1X0.03 STS t_APTEST T 3 APERTURE = 0.2X0.06 STS t_APTEST T 4 APERTURE = 0.2X0.09 STS t_APTEST T 5 APERTURE = 0.2X0.2 STS t_APTEST T 6 APERTURE = 0.2X0.05ND STS t_APTEST T 7 APERTURE = 0.2X0.06FPA STS t_APTEST T 8 APERTURE = 0.2X0.06FPB STS t_APTEST T 9 APERTURE = 0.2X0.06FPC STS t_APTEST T 10 APERTURE = 0.2X0.06FPD STS t_APTEST T 11 APERTURE = 0.2X0.06FPE STS t_APTEST T 12 APERTURE = 0.2X0.2FPA STS t_APTEST T 13 APERTURE = 0.2X0.2FPB STS t_APTEST T 14 APERTURE = 0.2X0.2FPC STS t_APTEST T 15 APERTURE = 0.2X0.2FPD STS t_APTEST T 16 APERTURE = 0.2X0.2FPE STS t_APTEST T 17 APERTURE = 0.3X0.05ND STS t_APTEST T 18 APERTURE = 6X0.2 STS t_APTEST T 19 APERTURE = 52X0.05 STS t_APTEST T 20 APERTURE = 52X0.05E1 STS t_APTEST T 21 APERTURE = 52X0.1 STS t_APTEST T 22 APERTURE = 52X0.1E1 STS t_APTEST T 23 APERTURE = 52X0.2 STS t_APTEST T 24 APERTURE = 52X0.2E1 STS t_APTEST T 25 APERTURE = 52X0.2F1 STS t_APTEST T 26 APERTURE = 52X0.2F1-R STS t_APTEST F 27 T = T STS CFSTATUS SUPPORTED 1 t_APTEST = T STS CFSTATUS SUPPORTED 1 OBSMODE = ACQ/PEAK STS CFSTATUS SUPPORTED 1 DETECTOR = CCD ! ! Available Apertures for CCD ACQ/PEAK Acqusitions STS t_APTEST T 1 APERTURE = 0.1X0.06 STS t_APTEST T 2 APERTURE = 0.1X0.09 STS t_APTEST T 3 APERTURE = 0.1X0.2 STS t_APTEST T 4 APERTURE = 0.2X0.5 STS t_APTEST T 5 APERTURE = 0.3X0.06 STS t_APTEST T 6 APERTURE = 0.3X0.09 STS t_APTEST T 7 APERTURE = 0.3X0.2 STS t_APTEST T 8 APERTURE = 1X0.06 STS t_APTEST T 9 APERTURE = 1X0.2 STS t_APTEST T 10 APERTURE = 6X0.06 STS t_APTEST T 11 APERTURE = 31X0.05NDA STS t_APTEST T 12 APERTURE = 31X0.05NDB STS t_APTEST T 13 APERTURE = 31X0.05NDC STS t_APTEST T 14 APERTURE = 52X0.05F1 STS t_APTEST T 15 APERTURE = 52X0.05F1-R STS t_APTEST T 16 APERTURE = 52X0.05F2 STS t_APTEST T 17 APERTURE = 52X0.05F2-R STS t_APTEST T 18 APERTURE = 52X0.1B0.5 STS t_APTEST T 19 APERTURE = 52X0.1B0.5-R STS t_APTEST T 20 APERTURE = 52X0.1B1.0 STS t_APTEST T 21 APERTURE = 52X0.1B1.0-R STS t_APTEST T 22 APERTURE = 52X0.1B3.0 STS t_APTEST T 23 APERTURE = 52X0.1B3.0-R STS t_APTEST T 24 APERTURE = 52X0.1F1 STS t_APTEST T 25 APERTURE = 52X0.1F1-R STS t_APTEST T 26 APERTURE = 52X0.1F2 STS t_APTEST T 27 APERTURE = 52X0.1F2-R STS t_APTEST T 28 APERTURE = 52X0.2F2 STS t_APTEST T 29 APERTURE = 52X0.2F2-R STS t_APTEST T 30 APERTURE = 36X0.05N45 STS t_APTEST T 31 APERTURE = 36X0.05P45 STS t_APTEST F 32 T = T STS CFSTATUS AVAILABLE 1 t_APTEST = T STS CFSTATUS AVAILABLE 1 OBSMODE = ACQ/PEAK STS CFSTATUS AVAILABLE 1 DETECTOR = CCD ! ! Restricted Apertures for CCD ACQ/PEAK Acquisitions STS t_APTEST T 1 APERTURE = 52X0.5 STS t_APTEST T 2 APERTURE = 52X0.5E1 STS t_APTEST T 3 APERTURE = 52X2 STS t_APTEST T 4 APERTURE = 52X2E1 STS t_APTEST T 5 APERTURE = BAR10 STS t_APTEST T 6 APERTURE = WEDGEA1.0 STS t_APTEST T 7 APERTURE = WEDGEA1.8 STS t_APTEST T 8 APERTURE = WEDGEA2.0 STS t_APTEST T 9 APERTURE = WEDGEA2.5 STS t_APTEST T 10 APERTURE = WEDGEA2.8 STS t_APTEST T 11 APERTURE = WEDGEB1.0 STS t_APTEST T 12 APERTURE = WEDGEB1.8 STS t_APTEST T 13 APERTURE = WEDGEB2.0 STS t_APTEST T 14 APERTURE = WEDGEB2.5 STS t_APTEST T 15 APERTURE = WEDGEB2.8 STS t_APTEST T 16 APERTURE = 0.5X0.5 STS t_APTEST T 17 APERTURE = 6X0.5 STS t_APTEST T 18 APERTURE = 2X2 STS t_APTEST T 19 APERTURE = 52X0.5F1 STS t_APTEST T 20 APERTURE = 52X0.5F1-R STS t_APTEST T 21 APERTURE = 52X0.5F2 STS t_APTEST T 22 APERTURE = 52X0.5F2-R STS t_APTEST T 23 APERTURE = 52X2F1 STS t_APTEST T 24 APERTURE = 52X2F1-R STS t_APTEST T 25 APERTURE = 52X2F2 STS t_APTEST T 26 APERTURE = 52X2F2-R STS t_APTEST T 27 APERTURE = 36X0.6N45 STS t_APTEST T 28 APERTURE = 36X0.6P45 STS t_APTEST T 29 APERTURE = 0.05X29 STS t_APTEST T 30 APERTURE = 0.05X31NDA STS t_APTEST T 31 APERTURE = 0.05X31NDB STS t_APTEST T 32 APERTURE = 0.09X29 STS t_APTEST T 33 APERTURE = 0.2X29 STS t_APTEST F 34 T = T STS CFSTATUS ENGINEERING 1 t_APTEST = T STS CFSTATUS ENGINEERING 1 OBSMODE = ACQ/PEAK STS CFSTATUS ENGINEERING 1 DETECTOR = CCD ! ! Supported Apertures for CCD ACCUM exposures with Spectral Element = MIRROR STS t_APTEST T 1 APERTURE = 50CCD STS t_APTEST T 2 APERTURE = 50CORON STS t_APTEST T 1 APERTURE = F25ND3 STS t_APTEST T 2 APERTURE = F25ND5 STS t_APTEST T 1 APERTURE = F25NDQ1 STS t_APTEST T 2 APERTURE = F25NDQ2 STS t_APTEST T 1 APERTURE = F25NDQ3 STS t_APTEST T 2 APERTURE = F25NDQ4 STS t_APTEST T 1 APERTURE = F28X50LP STS t_APTEST T 2 APERTURE = F28X50OII STS t_APTEST T 1 APERTURE = F28X50OIII STS t_APTEST T 2 APERTURE = BAR10 STS t_APTEST T 1 APERTURE = WEDGEA1.0 STS t_APTEST T 2 APERTURE = WEDGEA1.8 STS t_APTEST T 1 APERTURE = WEDGEA2.0 STS t_APTEST T 2 APERTURE = WEDGEA2.5 STS t_APTEST T 1 APERTURE = WEDGEA2.8 STS t_APTEST T 2 APERTURE = WEDGEB1.0 STS t_APTEST T 1 APERTURE = WEDGEB1.8 STS t_APTEST T 2 APERTURE = WEDGEB2.0 STS t_APTEST T 1 APERTURE = WEDGEB2.5 STS t_APTEST T 2 APERTURE = WEDGEB2.8 STS t_APTEST F 1 T = T STS CFSTATUS SUPPORTED 1 t_APTEST = T STS CFSTATUS SUPPORTED 1 OBSMODE = ACCUM STS CFSTATUS SUPPORTED 1 DETECTOR = CCD STS CFSTATUS SUPPORTED 1 OPT_ELEM = MIR? ! ! Available Apertures for CCD ACCUM exposures with Spectral Element = MIRROR STS t_APTEST T 1 APERTURE = 0.1X0.03 STS t_APTEST T 2 APERTURE = 0.2X0.06 STS t_APTEST T 1 APERTURE = 0.2X0.09 STS t_APTEST T 2 APERTURE = 0.2X0.2 STS t_APTEST T 1 APERTURE = 0.2X0.05ND STS t_APTEST T 2 APERTURE = 0.2X0.06FPA STS t_APTEST T 1 APERTURE = 0.2X0.06FPB STS t_APTEST T 2 APERTURE = 0.2X0.06FPC STS t_APTEST T 1 APERTURE = 0.2X0.06FPD STS t_APTEST T 2 APERTURE = 0.2X0.06FPE STS t_APTEST T 1 APERTURE = 0.2X0.2FPA STS t_APTEST T 2 APERTURE = 0.2X0.2FPB STS t_APTEST T 1 APERTURE = 0.2X0.2FPC STS t_APTEST T 2 APERTURE = 0.2X0.2FPD STS t_APTEST T 1 APERTURE = 0.2X0.2FPE STS t_APTEST T 2 APERTURE = 0.3X0.05ND STS t_APTEST T 1 APERTURE = 6X0.2 STS t_APTEST T 2 APERTURE = 52X0.05 STS t_APTEST T 1 APERTURE = 52X0.05E1 STS t_APTEST T 2 APERTURE = 52X0.1 STS t_APTEST T 1 APERTURE = 52X0.1E1 STS t_APTEST T 2 APERTURE = 52X0.2 STS t_APTEST T 1 APERTURE = 52X0.2E1 STS t_APTEST T 2 APERTURE = 52X0.2F1 STS t_APTEST T 1 APERTURE = 52X0.5 STS t_APTEST T 2 APERTURE = 52X0.5E1 STS t_APTEST T 1 APERTURE = 52X2 STS t_APTEST T 2 APERTURE = 52X2E1 STS t_APTEST T 1 APERTURE = 0.1X0.06 STS t_APTEST T 2 APERTURE = 0.1X0.09 STS t_APTEST T 1 APERTURE = 0.1X0.2 STS t_APTEST T 2 APERTURE = 0.2X0.5 STS t_APTEST T 1 APERTURE = 0.3X0.06 STS t_APTEST T 2 APERTURE = 0.3X0.09 STS t_APTEST T 1 APERTURE = 0.3X0.2 STS t_APTEST T 2 APERTURE = 0.5X0.5 STS t_APTEST T 1 APERTURE = 1X0.06 STS t_APTEST T 2 APERTURE = 1X0.2 STS t_APTEST T 1 APERTURE = 6X0.06 STS t_APTEST T 2 APERTURE = 6X0.5 STS t_APTEST T 1 APERTURE = 2X2 STS t_APTEST T 2 APERTURE = 31X0.05NDA STS t_APTEST T 1 APERTURE = 31X0.05NDB STS t_APTEST T 2 APERTURE = 31X0.05NDC STS t_APTEST T 1 APERTURE = 52X0.05F1 STS t_APTEST T 2 APERTURE = 52X0.05F2 STS t_APTEST T 1 APERTURE = 52X0.1B0.5 STS t_APTEST T 2 APERTURE = 52X0.1B1.0 STS t_APTEST T 1 APERTURE = 52X0.1B3.0 STS t_APTEST T 2 APERTURE = 52X0.1F1 STS t_APTEST T 1 APERTURE = 52X0.1F2 STS t_APTEST T 2 APERTURE = 52X0.2F2 STS t_APTEST T 1 APERTURE = 52X0.5F1 STS t_APTEST T 2 APERTURE = 52X0.5F2 STS t_APTEST T 1 APERTURE = 52X2F1 STS t_APTEST T 2 APERTURE = 52X2F2 STS t_APTEST T 1 APERTURE = 6X6 STS t_APTEST T 2 APERTURE = 36X0.05N45 STS t_APTEST T 1 APERTURE = 36X0.05P45 STS t_APTEST T 2 APERTURE = 36X0.6N45 STS t_APTEST T 1 APERTURE = 36X0.6P45 STS t_APTEST F 2 T = T STS CFSTATUS AVAILABLE 1 t_APTEST = T STS CFSTATUS AVAILABLE 1 OBSMODE = ACCUM STS CFSTATUS AVAILABLE 1 DETECTOR = CCD STS CFSTATUS AVAILABLE 1 OPT_ELEM = MIR? ! ! Restricted Apertures for CCD ACCUM exposures with Spectral STS t_APTEST T 1 APERTURE = F25CIII STS t_APTEST T 2 APERTURE = F25CN182 STS t_APTEST T 1 APERTURE = F25CN270 STS t_APTEST T 2 APERTURE = F25LYA STS t_APTEST T 1 APERTURE = F25MGII STS t_APTEST T 2 APERTURE = F25QTZ STS t_APTEST T 1 APERTURE = F25SRF2 STS t_APTEST T 2 APERTURE = 0.05X29 STS t_APTEST T 1 APERTURE = 0.05X31NDA STS t_APTEST T 2 APERTURE = 0.05X31NDB STS t_APTEST T 1 APERTURE = 0.09X29 STS t_APTEST T 2 APERTURE = 0.2X29 STS t_APTEST F 1 T = T STS CFSTATUS ENGINEERING 1 t_APTEST = T STS CFSTATUS ENGINEERING 1 OBSMODE = ACCUM STS CFSTATUS ENGINEERING 1 DETECTOR = CCD STS CFSTATUS ENGINEERING 1 OPT_ELEM = MIR? ! ! Supported Apertures for CCD ACCUM 1st order gratings with ! Spectral Element = G230LB, G230MB, G430L, G430M, G750L, and G750M STS t_APTEST T 1 APERTURE = 52X0.05 STS t_APTEST T 2 APERTURE = 52X0.05E1 STS t_APTEST T 1 APERTURE = 52X0.1 STS t_APTEST T 2 APERTURE = 52X0.1E1 STS t_APTEST T 1 APERTURE = 52X0.2 STS t_APTEST T 2 APERTURE = 52X0.2E1 STS t_APTEST T 1 APERTURE = 52X0.2F1 STS t_APTEST T 2 APERTURE = 52X0.5 STS t_APTEST T 1 APERTURE = 52X0.5E1 STS t_APTEST T 2 APERTURE = 52X2 STS t_APTEST T 1 APERTURE = 52X2E1 STS t_APTEST T 2 APERTURE = 50CCD STS t_APTEST T 3 APERTURE = 0.2X0.2 STS t_APTEST F 1 T = T STS t_GRTEST T 1 OPT_ELEM = G230LB STS t_GRTEST T 2 OPT_ELEM = G230MB STS t_GRTEST T 1 OPT_ELEM = G430L STS t_GRTEST T 2 OPT_ELEM = G430M STS t_GRTEST T 1 OPT_ELEM = G750L STS t_GRTEST T 2 OPT_ELEM = G750M STS t_GRTEST F 1 T = T STS CFSTATUS SUPPORTED 1 t_APTEST = T STS CFSTATUS SUPPORTED 1 t_GRTEST = T STS CFSTATUS SUPPORTED 1 OBSMODE = ACCUM STS CFSTATUS SUPPORTED 1 DETECTOR = CCD ! ! Available Apertures for CCD ACCUM 1st order gratings with ! Spectral Element = G230LB, G230MB, G430L, G430M, G750L, and G750M STS t_APTEST T 1 APERTURE = 0.1X0.03 STS t_APTEST T 2 APERTURE = 0.2X0.06 STS t_APTEST T 3 APERTURE = 0.2X0.09 STS t_APTEST T 1 APERTURE = 0.2X0.05ND STS t_APTEST T 2 APERTURE = 0.3X0.05ND STS t_APTEST T 1 APERTURE = 6X0.2 STS t_APTEST T 2 APERTURE = F25ND3 STS t_APTEST T 1 APERTURE = F25ND5 STS t_APTEST T 2 APERTURE = F25NDQ1 STS t_APTEST T 1 APERTURE = F25NDQ2 STS t_APTEST T 2 APERTURE = F25NDQ3 STS t_APTEST T 1 APERTURE = F25NDQ4 STS t_APTEST T 2 APERTURE = F28X50LP STS t_APTEST T 1 APERTURE = F28X50OII STS t_APTEST T 2 APERTURE = F28X50OIII STS t_APTEST T 1 APERTURE = 0.1X0.06 STS t_APTEST T 2 APERTURE = 0.1X0.09 STS t_APTEST T 1 APERTURE = 0.1X0.2 STS t_APTEST T 2 APERTURE = 0.2X0.5 STS t_APTEST T 1 APERTURE = 0.3X0.06 STS t_APTEST T 2 APERTURE = 0.3X0.09 STS t_APTEST T 1 APERTURE = 0.3X0.2 STS t_APTEST T 2 APERTURE = 0.5X0.5 STS t_APTEST T 1 APERTURE = 1X0.06 STS t_APTEST T 2 APERTURE = 1X0.2 STS t_APTEST T 1 APERTURE = 6X0.06 STS t_APTEST T 2 APERTURE = 6X0.5 STS t_APTEST T 1 APERTURE = 2X2 STS t_APTEST T 2 APERTURE = 31X0.05NDA STS t_APTEST T 1 APERTURE = 31X0.05NDB STS t_APTEST T 2 APERTURE = 31X0.05NDC STS t_APTEST T 1 APERTURE = 52X0.05F1 STS t_APTEST T 2 APERTURE = 52X0.05F2 STS t_APTEST T 1 APERTURE = 52X0.1B0.5 STS t_APTEST T 2 APERTURE = 52X0.1B1.0 STS t_APTEST T 1 APERTURE = 52X0.1B3.0 STS t_APTEST T 2 APERTURE = 52X0.1F1 STS t_APTEST T 1 APERTURE = 52X0.1F2 STS t_APTEST T 2 APERTURE = 52X0.2F2 STS t_APTEST T 1 APERTURE = 52X0.5F1 STS t_APTEST T 2 APERTURE = 52X0.5F2 STS t_APTEST T 1 APERTURE = 52X2F1 STS t_APTEST T 2 APERTURE = 52X2F2 STS t_APTEST T 1 APERTURE = 6X6 STS t_APTEST T 2 APERTURE = 36X0.05N45 STS t_APTEST T 1 APERTURE = 36X0.05P45 STS t_APTEST T 2 APERTURE = 36X0.6N45 STS t_APTEST T 1 APERTURE = 36X0.6P45 STS t_APTEST F 2 T = T STS t_GRTEST T 1 OPT_ELEM = G230LB STS t_GRTEST T 2 OPT_ELEM = G230MB STS t_GRTEST T 1 OPT_ELEM = G430L STS t_GRTEST T 2 OPT_ELEM = G430M STS t_GRTEST T 1 OPT_ELEM = G750L STS t_GRTEST T 2 OPT_ELEM = G750M STS t_GRTEST F 1 T = T STS CFSTATUS AVAILABLE 1 t_APTEST = T STS CFSTATUS AVAILABLE 1 t_GRTEST = T STS CFSTATUS AVAILABLE 1 OBSMODE = ACCUM STS CFSTATUS AVAILABLE 1 DETECTOR = CCD ! ! Restricted Apertures for CCD ACCUM 1st order gratings with ! Spectral Element = G230LB, G230MB, G430L, G430M, G750L, and G750M STS t_APTEST T 1 APERTURE = 0.2X0.06FPA STS t_APTEST T 2 APERTURE = 0.2X0.06FPB STS t_APTEST T 1 APERTURE = 0.2X0.06FPC STS t_APTEST T 2 APERTURE = 0.2X0.06FPD STS t_APTEST T 1 APERTURE = 0.2X0.06FPE STS t_APTEST T 2 APERTURE = 0.2X0.2FPA STS t_APTEST T 1 APERTURE = 0.2X0.2FPB STS t_APTEST T 2 APERTURE = 0.2X0.2FPC STS t_APTEST T 1 APERTURE = 0.2X0.2FPD STS t_APTEST T 2 APERTURE = 0.2X0.2FPE STS t_APTEST T 1 APERTURE = 50CORON STS t_APTEST T 2 APERTURE = F25CIII STS t_APTEST T 1 APERTURE = F25CN182 STS t_APTEST T 2 APERTURE = F25CN270 STS t_APTEST T 1 APERTURE = F25LYA STS t_APTEST T 2 APERTURE = F25MGII STS t_APTEST T 1 APERTURE = F25QTZ STS t_APTEST T 2 APERTURE = F25SRF2 STS t_APTEST T 1 APERTURE = BAR10 STS t_APTEST T 2 APERTURE = WEDGEA1.0 STS t_APTEST T 1 APERTURE = WEDGEA1.8 STS t_APTEST T 2 APERTURE = WEDGEA2.0 STS t_APTEST T 1 APERTURE = WEDGEA2.5 STS t_APTEST T 2 APERTURE = WEDGEA2.8 STS t_APTEST T 1 APERTURE = WEDGEB1.0 STS t_APTEST T 2 APERTURE = WEDGEB1.8 STS t_APTEST T 1 APERTURE = WEDGEB2.0 STS t_APTEST T 2 APERTURE = WEDGEB2.5 STS t_APTEST T 1 APERTURE = WEDGEB2.8 STS t_APTEST T 2 APERTURE = 0.05X29 STS t_APTEST T 1 APERTURE = 0.05X31NDA STS t_APTEST T 2 APERTURE = 0.05X31NDB STS t_APTEST T 1 APERTURE = 0.09X29 STS t_APTEST T 2 APERTURE = 0.2X29 STS t_APTEST F 1 T = T STS t_GRTEST T 1 OPT_ELEM = G230LB STS t_GRTEST T 2 OPT_ELEM = G230MB STS t_GRTEST T 1 OPT_ELEM = G430L STS t_GRTEST T 2 OPT_ELEM = G430M STS t_GRTEST T 1 OPT_ELEM = G750L STS t_GRTEST T 2 OPT_ELEM = G750M STS t_GRTEST F 1 T = T STS CFSTATUS ENGINEERING 1 t_APTEST = T STS CFSTATUS ENGINEERING 1 t_GRTEST = T STS CFSTATUS ENGINEERING 1 OBSMODE = ACCUM STS CFSTATUS ENGINEERING 1 DETECTOR = CCD ! ! Supported Apertures for both the FUV-MAMA and NUV-MAMA in ! ACCUM and TIME-TAG Modes with Spectral Element = MIRROR STS t_APTEST T 1 APERTURE = 25MAMA STS t_APTEST T 2 APERTURE = F25ND3 STS t_APTEST T 1 APERTURE = F25ND5 STS t_APTEST T 2 APERTURE = F25NDQ1 STS t_APTEST T 1 APERTURE = F25NDQ2 STS t_APTEST T 2 APERTURE = F25NDQ3 STS t_APTEST T 1 APERTURE = F25NDQ4 STS t_APTEST T 2 APERTURE = F25QTZ STS t_APTEST T 1 APERTURE = F25SRF2 STS t_APTEST F 2 T = T STS t_MOTEST T 1 OBSMODE = ACCUM STS t_MOTEST T 2 OBSMODE = TIME-TAG STS t_MOTEST F 1 T = T STS CFSTATUS SUPPORTED 1 t_APTEST = T STS CFSTATUS SUPPORTED 1 t_MOTEST = T STS CFSTATUS SUPPORTED 1 DETECTOR = ?MAMA STS CFSTATUS SUPPORTED 1 OPT_ELEM = MIR? ! ! Supported Apertures for the FUV-MAMA only in ACCUM ! and TIME-TAG Modes with Spectral Element = MIRROR STS t_APTEST T 1 APERTURE = F25LYA STS t_APTEST F 2 T = T STS t_MOTEST T 1 OBSMODE = ACCUM STS t_MOTEST T 2 OBSMODE = TIME-TAG STS t_MOTEST F 1 T = T STS CFSTATUS SUPPORTED 1 t_APTEST = T STS CFSTATUS SUPPORTED 1 t_MOTEST = T STS CFSTATUS SUPPORTED 1 DETECTOR = FUV-MAMA STS CFSTATUS SUPPORTED 1 OPT_ELEM = MIR? ! ! Supported Apertures for the NUV-MAMA only in ACCUM ! and TIME-TAG Modes with Spectral Element = MIRROR STS t_APTEST T 1 APERTURE = F25CIII STS t_APTEST T 2 APERTURE = F25CN182 STS t_APTEST T 1 APERTURE = F25CN270 STS t_APTEST T 2 APERTURE = F25MGII STS t_APTEST F 1 T = T STS t_MOTEST T 1 OBSMODE = ACCUM STS t_MOTEST T 2 OBSMODE = TIME-TAG STS t_MOTEST F 1 T = T STS CFSTATUS SUPPORTED 1 t_APTEST = T STS CFSTATUS SUPPORTED 1 t_MOTEST = T STS CFSTATUS SUPPORTED 1 DETECTOR = NUV-MAMA STS CFSTATUS SUPPORTED 1 OPT_ELEM = MIR? ! ! Available Apertures for both the FUV-MAMA and NUV-MAMA in ! ACCUM and TIME-TAG Modes with Spectral Element = MIRROR STS t_APTEST T 1 APERTURE = 2X2 STS t_APTEST T 2 APERTURE = 6X6 STS t_APTEST F 1 T = T STS t_MOTEST T 1 OBSMODE = ACCUM STS t_MOTEST T 2 OBSMODE = TIME-TAG STS t_MOTEST F 1 T = T STS CFSTATUS AVAILABLE 1 t_APTEST = T STS CFSTATUS AVAILABLE 1 t_MOTEST = T STS CFSTATUS AVAILABLE 1 DETECTOR = ?MAMA STS CFSTATUS AVAILABLE 1 OPT_ELEM = MIR? ! ! Restricted Apertures for both the FUV-MAMA and NUV-MAMA in ! ACCUM and TIME-TAG Modes with Spectral Element = MIRROR STS t_APTEST T 1 APERTURE = 0.1X0.03 STS t_APTEST T 2 APERTURE = 0.2X0.06 STS t_APTEST T 1 APERTURE = 0.2X0.09 STS t_APTEST T 2 APERTURE = 0.2X0.2 STS t_APTEST T 1 APERTURE = 0.2X0.05ND STS t_APTEST T 2 APERTURE = 0.2X0.06FPA STS t_APTEST T 1 APERTURE = 0.2X0.06FPB STS t_APTEST T 2 APERTURE = 0.2X0.06FPC STS t_APTEST T 1 APERTURE = 0.2X0.06FPD STS t_APTEST T 2 APERTURE = 0.2X0.06FPE STS t_APTEST T 1 APERTURE = 0.2X0.2FPA STS t_APTEST T 2 APERTURE = 0.2X0.2FPB STS t_APTEST T 1 APERTURE = 0.2X0.2FPC STS t_APTEST T 2 APERTURE = 0.2X0.2FPD STS t_APTEST T 1 APERTURE = 0.2X0.2FPE STS t_APTEST T 2 APERTURE = 0.3X0.05ND STS t_APTEST T 1 APERTURE = 6X0.2 STS t_APTEST T 2 APERTURE = 52X0.05 STS t_APTEST T 1 APERTURE = 52X0.1 STS t_APTEST T 2 APERTURE = 52X0.2 STS t_APTEST T 1 APERTURE = 52X0.2F1 STS t_APTEST T 2 APERTURE = 52X0.5 STS t_APTEST T 1 APERTURE = 52X2 STS t_APTEST T 2 APERTURE = 50CORON STS t_APTEST T 1 APERTURE = BAR10 STS t_APTEST T 2 APERTURE = WEDGEA1.0 STS t_APTEST T 1 APERTURE = WEDGEA1.8 STS t_APTEST T 2 APERTURE = WEDGEA2.0 STS t_APTEST T 1 APERTURE = WEDGEA2.5 STS t_APTEST T 2 APERTURE = WEDGEA2.8 STS t_APTEST T 1 APERTURE = WEDGEB1.0 STS t_APTEST T 2 APERTURE = WEDGEB1.8 STS t_APTEST T 1 APERTURE = WEDGEB2.0 STS t_APTEST T 2 APERTURE = WEDGEB2.5 STS t_APTEST T 1 APERTURE = WEDGEB2.8 STS t_APTEST T 2 APERTURE = 0.1X0.06 STS t_APTEST T 1 APERTURE = 0.1X0.09 STS t_APTEST T 2 APERTURE = 0.1X0.2 STS t_APTEST T 1 APERTURE = 0.2X0.5 STS t_APTEST T 2 APERTURE = 0.3X0.06 STS t_APTEST T 1 APERTURE = 0.3X0.09 STS t_APTEST T 2 APERTURE = 0.3X0.2 STS t_APTEST T 1 APERTURE = 0.5X0.5 STS t_APTEST T 2 APERTURE = 1X0.06 STS t_APTEST T 1 APERTURE = 1X0.2 STS t_APTEST T 2 APERTURE = 6X0.06 STS t_APTEST T 1 APERTURE = 6X0.5 STS t_APTEST T 2 APERTURE = 31X0.05NDA STS t_APTEST T 1 APERTURE = 31X0.05NDB STS t_APTEST T 2 APERTURE = 31X0.05NDC STS t_APTEST T 1 APERTURE = 52X0.05F1 STS t_APTEST T 2 APERTURE = 52X0.05F2 STS t_APTEST T 1 APERTURE = 52X0.1B0.5 STS t_APTEST T 2 APERTURE = 52X0.1B1.0 STS t_APTEST T 1 APERTURE = 52X0.1B3.0 STS t_APTEST T 2 APERTURE = 52X0.1F1 STS t_APTEST T 1 APERTURE = 52X0.1F2 STS t_APTEST T 2 APERTURE = 52X0.2F2 STS t_APTEST T 1 APERTURE = 52X0.5F1 STS t_APTEST T 2 APERTURE = 52X0.5F2 STS t_APTEST T 1 APERTURE = 52X2F1 STS t_APTEST T 2 APERTURE = 52X2F2 STS t_APTEST T 1 APERTURE = 36X0.05N45 STS t_APTEST T 2 APERTURE = 36X0.05P45 STS t_APTEST T 1 APERTURE = 36X0.6N45 STS t_APTEST T 2 APERTURE = 36X0.6P45 STS t_APTEST T 1 APERTURE = 0.05X29 STS t_APTEST T 2 APERTURE = 0.05X31NDA STS t_APTEST T 1 APERTURE = 0.05X31NDB STS t_APTEST T 2 APERTURE = 0.09X29 STS t_APTEST T 1 APERTURE = 0.2X29 STS t_APTEST F 2 T = T STS t_MOTEST T 1 OBSMODE = ACCUM STS t_MOTEST T 2 OBSMODE = TIME-TAG STS t_MOTEST F 1 T = T STS CFSTATUS ENGINEERING 1 t_APTEST = T STS CFSTATUS ENGINEERING 1 t_MOTEST = T STS CFSTATUS ENGINEERING 1 DETECTOR = ?MAMA STS CFSTATUS ENGINEERING 1 OPT_ELEM = MIR? ! ! Supported Apertures for both the FUV-MAMA and NUV-MAMA in ! ACCUM and TIME-TAG Modes with Spectral Element = G140L, ! G140M, G230L, and G230M ! PR 77153 moved the 31x0.05ND# APERTURES from AVAILABLE STS t_APTEST T 1 APERTURE = 31X0.05NDA STS t_APTEST T 2 APERTURE = 31X0.05NDB STS t_APTEST T 3 APERTURE = 31X0.05NDC STS t_APTEST T 1 APERTURE = 52X0.05 STS t_APTEST T 2 APERTURE = 52X0.1 STS t_APTEST T 1 APERTURE = 52X0.2 STS t_APTEST T 2 APERTURE = 52X0.2F1 STS t_APTEST T 1 APERTURE = 52X0.5 STS t_APTEST T 2 APERTURE = 52X2 STS t_APTEST T 3 APERTURE = 0.2X0.2 STS t_APTEST T 1 APERTURE = 25MAMA STS t_APTEST T 2 APERTURE = F25ND3 STS t_APTEST T 1 APERTURE = F25ND5 STS t_APTEST T 2 APERTURE = F25NDQ1 STS t_APTEST T 1 APERTURE = F25NDQ2 STS t_APTEST T 2 APERTURE = F25NDQ3 STS t_APTEST T 1 APERTURE = F25NDQ4 STS t_APTEST T 2 APERTURE = F25QTZ STS t_APTEST T 1 APERTURE = F25SRF2 STS t_APTEST F 2 T = T STS t_GRTEST T 1 OPT_ELEM = G140L STS t_GRTEST T 2 OPT_ELEM = G140M STS t_GRTEST T 1 OPT_ELEM = G230L STS t_GRTEST T 2 OPT_ELEM = G230M STS t_GRTEST F 1 T = T STS t_MOTEST T 1 OBSMODE = ACCUM STS t_MOTEST T 2 OBSMODE = TIME-TAG STS t_MOTEST F 1 T = T STS CFSTATUS SUPPORTED 1 t_APTEST = T STS CFSTATUS SUPPORTED 1 t_GRTEST = T STS CFSTATUS SUPPORTED 1 t_MOTEST = T STS CFSTATUS SUPPORTED 1 DETECTOR = ?MAMA ! ! Available Apertures for both the FUV-MAMA and NUV-MAMA in ! ACCUM and TIME-TAG Modes with Spectral Element = G140L, ! G140M, G230L, and G230M ! PR 77153 moved the 31x0.05ND# APERTURES from AVAILABLE STS t_APTEST T 1 APERTURE = 0.1X0.03 STS t_APTEST T 2 APERTURE = 0.2X0.06 STS t_APTEST T 3 APERTURE = 0.2X0.09 STS t_APTEST T 1 APERTURE = 0.2X0.05ND STS t_APTEST T 2 APERTURE = 0.3X0.05ND STS t_APTEST T 1 APERTURE = 6X0.2 STS t_APTEST T 2 APERTURE = 0.1X0.06 STS t_APTEST T 1 APERTURE = 0.1X0.09 STS t_APTEST T 2 APERTURE = 0.1X0.2 STS t_APTEST T 1 APERTURE = 0.2X0.5 STS t_APTEST T 2 APERTURE = 0.3X0.06 STS t_APTEST T 1 APERTURE = 0.3X0.09 STS t_APTEST T 2 APERTURE = 0.3X0.2 STS t_APTEST T 1 APERTURE = 0.5X0.5 STS t_APTEST T 2 APERTURE = 1X0.06 STS t_APTEST T 1 APERTURE = 1X0.2 STS t_APTEST T 2 APERTURE = 6X0.06 STS t_APTEST T 1 APERTURE = 6X0.5 STS t_APTEST T 2 APERTURE = 2X2 STS t_APTEST T 1 APERTURE = 52X0.05F1 STS t_APTEST T 2 APERTURE = 52X0.05F2 STS t_APTEST T 1 APERTURE = 52X0.1B0.5 STS t_APTEST T 2 APERTURE = 52X0.1B1.0 STS t_APTEST T 3 APERTURE = 52X0.1B3.0 STS t_APTEST T 1 APERTURE = 52X0.1F1 STS t_APTEST T 2 APERTURE = 52X0.1F2 STS t_APTEST T 1 APERTURE = 52X0.2F2 STS t_APTEST T 2 APERTURE = 52X0.5F1 STS t_APTEST T 1 APERTURE = 52X0.5F2 STS t_APTEST T 2 APERTURE = 52X2F1 STS t_APTEST T 1 APERTURE = 52X2F2 STS t_APTEST T 2 APERTURE = 6X6 STS t_APTEST T 1 APERTURE = 36X0.05N45 STS t_APTEST T 2 APERTURE = 36X0.05P45 STS t_APTEST T 1 APERTURE = 36X0.6N45 STS t_APTEST T 2 APERTURE = 36X0.6P45 STS t_APTEST F 1 T = T STS t_GRTEST T 1 OPT_ELEM = G140L STS t_GRTEST T 2 OPT_ELEM = G140M STS t_GRTEST T 1 OPT_ELEM = G230L STS t_GRTEST T 2 OPT_ELEM = G230M STS t_GRTEST F 1 T = T STS t_MOTEST T 1 OBSMODE = ACCUM STS t_MOTEST T 2 OBSMODE = TIME-TAG STS t_MOTEST F 1 T = T STS CFSTATUS AVAILABLE 1 t_APTEST = T STS CFSTATUS AVAILABLE 1 t_GRTEST = T STS CFSTATUS AVAILABLE 1 t_MOTEST = T STS CFSTATUS AVAILABLE 1 DETECTOR = ?MAMA ! ! Restricted Apertures for both the FUV-MAMA and NUV-MAMA in ! ACCUM and TIME-TAG Modes with Spectral Element = G140L ! G140M, G230L, and G230M. STS t_APTEST T 1 APERTURE = 0.2X0.06FPA STS t_APTEST T 2 APERTURE = 0.2X0.06FPB STS t_APTEST T 1 APERTURE = 0.2X0.06FPC STS t_APTEST T 2 APERTURE = 0.2X0.06FPD STS t_APTEST T 1 APERTURE = 0.2X0.06FPE STS t_APTEST T 2 APERTURE = 0.2X0.2FPA STS t_APTEST T 1 APERTURE = 0.2X0.2FPB STS t_APTEST T 2 APERTURE = 0.2X0.2FPC STS t_APTEST T 1 APERTURE = 0.2X0.2FPD STS t_APTEST T 2 APERTURE = 0.2X0.2FPE STS t_APTEST F 1 T = T STS t_GRTEST T 1 OPT_ELEM = G140L STS t_GRTEST T 2 OPT_ELEM = G140M STS t_GRTEST T 1 OPT_ELEM = G230L STS t_GRTEST T 2 OPT_ELEM = G230M STS t_GRTEST F 1 T = T STS t_MOTEST T 1 OBSMODE = ACCUM STS t_MOTEST T 2 OBSMODE = TIME-TAG STS t_MOTEST F 1 T = T STS CFSTATUS ENGINEERING 1 t_APTEST = T STS CFSTATUS ENGINEERING 1 t_GRTEST = T STS CFSTATUS ENGINEERING 1 t_MOTEST = T STS CFSTATUS ENGINEERING 1 DETECTOR = ?MAMA ! ! Available Apertures for the FUV-MAMA only in ACCUM ! and TIME-TAG Modes with Spectral Element = G140L, ! G140M, E140H, and E140M. STS t_APTEST T 1 APERTURE = F25LYA STS t_APTEST F 2 T = T STS t_GRTEST T 1 OPT_ELEM = G140L STS t_GRTEST T 2 OPT_ELEM = G140M STS t_GRTEST T 1 OPT_ELEM = E140H STS t_GRTEST T 2 OPT_ELEM = E140M STS t_GRTEST F 1 T = T STS t_MOTEST T 1 OBSMODE = ACCUM STS t_MOTEST T 2 OBSMODE = TIME-TAG STS t_MOTEST F 1 T = T STS CFSTATUS AVAILABLE 1 t_APTEST = T STS CFSTATUS AVAILABLE 1 t_GRTEST = T STS CFSTATUS AVAILABLE 1 t_MOTEST = T STS CFSTATUS AVAILABLE 1 DETECTOR = FUV-MAMA ! ! Supported Apertures for the NUV-MAMA only in ACCUM ! and TIME-TAG Modes with Spectral Element = G230L, ! G230M, E230H, and E230M STS t_APTEST T 1 APERTURE = F25MGII STS t_APTEST F 2 T = T STS t_GRTEST T 1 OPT_ELEM = G230L STS t_GRTEST T 2 OPT_ELEM = G230M STS t_GRTEST T 1 OPT_ELEM = E230H STS t_GRTEST T 2 OPT_ELEM = E230M STS t_GRTEST F 1 T = T STS t_MOTEST T 1 OBSMODE = ACCUM STS t_MOTEST T 2 OBSMODE = TIME-TAG STS t_MOTEST F 1 T = T STS CFSTATUS SUPPORTED 1 t_APTEST = T STS CFSTATUS SUPPORTED 1 t_GRTEST = T STS CFSTATUS SUPPORTED 1 t_MOTEST = T STS CFSTATUS SUPPORTED 1 DETECTOR = NUV-MAMA ! ! Available Apertures for the NUV-MAMA only in ACCUM ! and TIME-TAG Modes with Spectral Element = G230L, ! G230M, E230H, E230M, and PRISM. STS t_APTEST T 1 APERTURE = F25CIII STS t_APTEST T 2 APERTURE = F25CN182 STS t_APTEST T 1 APERTURE = F25CN270 STS t_APTEST F 2 T = T STS t_GRTEST T 1 OPT_ELEM = G230L STS t_GRTEST T 2 OPT_ELEM = G230M STS t_GRTEST T 1 OPT_ELEM = E230H STS t_GRTEST T 2 OPT_ELEM = E230M STS t_GRTEST T 1 OPT_ELEM = PRISM STS t_GRTEST F 2 T = T STS t_MOTEST T 1 OBSMODE = ACCUM STS t_MOTEST T 2 OBSMODE = TIME-TAG STS t_MOTEST F 1 T = T STS CFSTATUS AVAILABLE 1 t_APTEST = T STS CFSTATUS AVAILABLE 1 t_GRTEST = T STS CFSTATUS AVAILABLE 1 t_MOTEST = T STS CFSTATUS AVAILABLE 1 DETECTOR = NUV-MAMA ! ! Restricted Apertures for both the FUV-MAMA and NUV-MAMA ! in ACCUM and TIME-TAG Modes with Spectral Element = G140L, ! G140M, E140H, E140M, G230L, G230M, E230H, E230M, and PRISM. STS t_APTEST T 1 APERTURE = 50CORON STS t_APTEST T 2 APERTURE = BAR10 STS t_APTEST T 1 APERTURE = WEDGEA1.0 STS t_APTEST T 2 APERTURE = WEDGEA1.8 STS t_APTEST T 1 APERTURE = WEDGEA2.0 STS t_APTEST T 2 APERTURE = WEDGEA2.5 STS t_APTEST T 1 APERTURE = WEDGEA2.8 STS t_APTEST T 2 APERTURE = WEDGEB1.0 STS t_APTEST T 1 APERTURE = WEDGEB1.8 STS t_APTEST T 2 APERTURE = WEDGEB2.0 STS t_APTEST T 1 APERTURE = WEDGEB2.5 STS t_APTEST T 2 APERTURE = WEDGEB2.8 STS t_APTEST T 1 APERTURE = 0.05X29 STS t_APTEST T 2 APERTURE = 0.05X31NDA STS t_APTEST T 1 APERTURE = 0.05X31NDB STS t_APTEST T 2 APERTURE = 0.09X29 STS t_APTEST T 1 APERTURE = 0.2X29 STS t_APTEST F 2 T = T STS t_GRTEST T 1 OPT_ELEM = G140L STS t_GRTEST T 2 OPT_ELEM = G140M STS t_GRTEST T 1 OPT_ELEM = E140H STS t_GRTEST T 2 OPT_ELEM = E140M STS t_GRTEST T 1 OPT_ELEM = G230L STS t_GRTEST T 2 OPT_ELEM = G230M STS t_GRTEST T 1 OPT_ELEM = E230H STS t_GRTEST T 2 OPT_ELEM = E230M STS t_GRTEST T 1 OPT_ELEM = PRISM STS t_GRTEST F 2 T = T STS t_MOTEST T 1 OBSMODE = ACCUM STS t_MOTEST T 2 OBSMODE = TIME-TAG STS t_MOTEST F 1 T = T STS CFSTATUS ENGINEERING 1 t_APTEST = T STS CFSTATUS ENGINEERING 1 t_GRTEST = T STS CFSTATUS ENGINEERING 1 t_MOTEST = T STS CFSTATUS ENGINEERING 1 DETECTOR = ?MAMA ! ! Supported Apertures for both the FUV-MAMA and NUV-MAMA ! in ACCUM and TIME-TAG Modes with Spectral Element = E140H, ! E140M, E230H, and E230M. ! PR 77153 moved the 31x0.05ND# APERTURES from AVAILABLE STS t_APTEST T 1 APERTURE = 0.1X0.03 STS t_APTEST T 2 APERTURE = 0.2X0.2 STS t_APTEST T 1 APERTURE = 0.2X0.05ND STS t_APTEST T 2 APERTURE = 0.2X0.06FPA STS t_APTEST T 1 APERTURE = 0.2X0.06FPB STS t_APTEST T 2 APERTURE = 0.2X0.06FPC STS t_APTEST T 1 APERTURE = 0.2X0.06FPD STS t_APTEST T 2 APERTURE = 0.2X0.06FPE STS t_APTEST T 1 APERTURE = 0.2X0.2FPA STS t_APTEST T 2 APERTURE = 0.2X0.2FPB STS t_APTEST T 1 APERTURE = 0.2X0.2FPC STS t_APTEST T 2 APERTURE = 0.2X0.2FPD STS t_APTEST T 1 APERTURE = 0.2X0.2FPE STS t_APTEST T 2 APERTURE = 0.3X0.05ND STS t_APTEST T 1 APERTURE = 6X0.2 STS t_APTEST T 2 APERTURE = 52X0.05 STS t_APTEST T 1 APERTURE = 31X0.05NDA STS t_APTEST T 2 APERTURE = 31X0.05NDB STS t_APTEST T 3 APERTURE = 31X0.05NDC STS t_APTEST T 1 APERTURE = 25MAMA STS t_APTEST T 2 APERTURE = F25ND3 STS t_APTEST T 1 APERTURE = F25ND5 STS t_APTEST T 2 APERTURE = F25NDQ1 STS t_APTEST T 1 APERTURE = F25NDQ2 STS t_APTEST T 2 APERTURE = F25NDQ3 STS t_APTEST T 1 APERTURE = F25NDQ4 STS t_APTEST T 2 APERTURE = F25QTZ STS t_APTEST T 1 APERTURE = F25SRF2 STS t_APTEST F 2 T = T STS t_GRTEST T 1 OPT_ELEM = E140H STS t_GRTEST T 2 OPT_ELEM = E140M STS t_GRTEST T 1 OPT_ELEM = E230H STS t_GRTEST T 2 OPT_ELEM = E230M STS t_GRTEST F 1 T = T STS t_MOTEST T 1 OBSMODE = ACCUM STS t_MOTEST T 2 OBSMODE = TIME-TAG STS t_MOTEST F 1 T = T STS CFSTATUS SUPPORTED 1 t_APTEST = T STS CFSTATUS SUPPORTED 1 t_GRTEST = T STS CFSTATUS SUPPORTED 1 t_MOTEST = T STS CFSTATUS SUPPORTED 1 DETECTOR = ?MAMA ! ! Available Apertures for both the FUV-MAMA and NUV-MAMA ! in ACCUM and TIME-TAG Modes with Spectral Element = E140H, ! E140M, E230H, and E230M. ! PR 77153 moved the 31x0.05ND# APERTURES to SUPPORTED STS t_APTEST T 1 APERTURE = 52X0.1 STS t_APTEST T 2 APERTURE = 52X0.2 STS t_APTEST T 1 APERTURE = 52X0.2F1 STS t_APTEST T 2 APERTURE = 52X0.5 STS t_APTEST T 1 APERTURE = 52X2 STS t_APTEST T 2 APERTURE = 0.1X0.06 STS t_APTEST T 1 APERTURE = 0.2X0.5 STS t_APTEST T 2 APERTURE = 0.3X0.06 STS t_APTEST T 1 APERTURE = 0.3X0.09 STS t_APTEST T 2 APERTURE = 0.3X0.2 STS t_APTEST T 1 APERTURE = 0.5X0.5 STS t_APTEST T 2 APERTURE = 1X0.06 STS t_APTEST T 1 APERTURE = 1X0.2 STS t_APTEST T 2 APERTURE = 6X0.06 STS t_APTEST T 1 APERTURE = 6X0.5 STS t_APTEST T 2 APERTURE = 2X2 STS t_APTEST T 1 APERTURE = 52X0.05F1 STS t_APTEST T 2 APERTURE = 52X0.05F2 STS t_APTEST T 1 APERTURE = 52X0.1B0.5 STS t_APTEST T 2 APERTURE = 52X0.1B1.0 STS t_APTEST T 3 APERTURE = 52X0.1B3.0 STS t_APTEST T 1 APERTURE = 52X0.1F1 STS t_APTEST T 2 APERTURE = 52X0.1F2 STS t_APTEST T 1 APERTURE = 52X0.2F2 STS t_APTEST T 2 APERTURE = 52X0.5F1 STS t_APTEST T 1 APERTURE = 52X0.5F2 STS t_APTEST T 2 APERTURE = 52X2F1 STS t_APTEST T 1 APERTURE = 52X2F2 STS t_APTEST T 2 APERTURE = 6X6 STS t_APTEST T 1 APERTURE = 36X0.05N45 STS t_APTEST T 2 APERTURE = 36X0.05P45 STS t_APTEST T 1 APERTURE = 36X0.6N45 STS t_APTEST T 2 APERTURE = 36X0.6P45 STS t_APTEST F 1 T = T STS t_GRTEST T 1 OPT_ELEM = E140H STS t_GRTEST T 2 OPT_ELEM = E140M STS t_GRTEST T 1 OPT_ELEM = E230H STS t_GRTEST T 2 OPT_ELEM = E230M STS t_GRTEST F 1 T = T STS t_MOTEST T 1 OBSMODE = ACCUM STS t_MOTEST T 2 OBSMODE = TIME-TAG STS t_MOTEST F 1 T = T STS CFSTATUS AVAILABLE 1 t_APTEST = T STS CFSTATUS AVAILABLE 1 t_GRTEST = T STS CFSTATUS AVAILABLE 1 t_MOTEST = T STS CFSTATUS AVAILABLE 1 DETECTOR = ?MAMA ! ! Supported Apertures for both the FUV-MAMA and NUV-MAMA ! in ACCUM and TIME-TAG Modes with Spectral Element = ! E140H and E230H STS t_APTEST T 1 APERTURE = 0.2X0.09 STS t_APTEST F 2 T = T STS t_GRTEST T 1 OPT_ELEM = E140H STS t_GRTEST T 2 OPT_ELEM = E230H STS t_GRTEST F 1 T = T STS t_MOTEST T 1 OBSMODE = ACCUM STS t_MOTEST T 2 OBSMODE = TIME-TAG STS t_MOTEST F 1 T = T STS CFSTATUS SUPPORTED 1 t_APTEST = T STS CFSTATUS SUPPORTED 1 t_GRTEST = T STS CFSTATUS SUPPORTED 1 t_MOTEST = T STS CFSTATUS SUPPORTED 1 DETECTOR = ?MAMA ! ! Supported Apertures for the NUV-MAMA only in ACCUM ! and TIME-TAG Modes with Spectral Element = E230H. STS t_APTEST T 1 APERTURE = 0.1X0.09 STS t_APTEST T 2 APERTURE = 0.1X0.2 STS t_APTEST F 1 T = T STS t_GRTEST T 1 OPT_ELEM = E230H STS t_GRTEST F 2 T = T STS t_MOTEST T 1 OBSMODE = ACCUM STS t_MOTEST T 2 OBSMODE = TIME-TAG STS t_MOTEST F 1 T = T STS CFSTATUS SUPPORTED 1 t_APTEST = T STS CFSTATUS SUPPORTED 1 t_GRTEST = T STS CFSTATUS SUPPORTED 1 t_MOTEST = T STS CFSTATUS SUPPORTED 1 DETECTOR = NUV-MAMA ! ! Available Apertures for both the FUV-MAMA and NUV-MAMA ! in ACCUM and TIME-TAG Modes with Spectral Element = E140H and E230H STS t_APTEST T 1 APERTURE = 0.2X0.06 STS t_APTEST F 2 T = T STS t_GRTEST T 1 OPT_ELEM = E140H STS t_GRTEST T 2 OPT_ELEM = E230H STS t_GRTEST F 1 T = T STS t_MOTEST T 1 OBSMODE = ACCUM STS t_MOTEST T 2 OBSMODE = TIME-TAG STS t_MOTEST F 1 T = T STS CFSTATUS AVAILABLE 1 t_APTEST = T STS CFSTATUS AVAILABLE 1 t_GRTEST = T STS CFSTATUS AVAILABLE 1 t_MOTEST = T STS CFSTATUS AVAILABLE 1 DETECTOR = ?MAMA ! ! Available Apertures for the FUV-MAMA only in ACCUM ! and TIME-TAG Modes with Spectral Element = E140H STS t_APTEST T 1 APERTURE = 0.1X0.09 STS t_APTEST T 2 APERTURE = 0.1X0.2 STS t_APTEST F 1 T = T STS t_GRTEST T 1 OPT_ELEM = E140H STS t_GRTEST F 2 T = T STS t_MOTEST T 1 OBSMODE = ACCUM STS t_MOTEST T 2 OBSMODE = TIME-TAG STS t_MOTEST F 1 T = T STS CFSTATUS AVAILABLE 1 t_APTEST = T STS CFSTATUS AVAILABLE 1 t_GRTEST = T STS CFSTATUS AVAILABLE 1 t_MOTEST = T STS CFSTATUS AVAILABLE 1 DETECTOR = FUV-MAMA ! ! Supported Apertures for both the FUV-MAMA and NUV-MAMA ! in ACCUM and TIME-TAG Modes with Spectral Element = ! E140M and E230M STS t_APTEST T 1 APERTURE = 0.2X0.06 STS t_APTEST F 2 T = T STS t_GRTEST T 1 OPT_ELEM = E140M STS t_GRTEST T 2 OPT_ELEM = E230M STS t_GRTEST F 1 T = T STS t_MOTEST T 1 OBSMODE = ACCUM STS t_MOTEST T 2 OBSMODE = TIME-TAG STS t_MOTEST F 1 T = T STS CFSTATUS SUPPORTED 1 t_APTEST = T STS CFSTATUS SUPPORTED 1 t_GRTEST = T STS CFSTATUS SUPPORTED 1 t_MOTEST = T STS CFSTATUS SUPPORTED 1 DETECTOR = ?MAMA ! ! Available Apertures for both the FUV-MAMA and NUV-MAMA ! in ACCUM and TIME-TAG Modes with Spectral Element = ! E140M and E230M STS t_APTEST T 1 APERTURE = 0.2X0.09 STS t_APTEST T 2 APERTURE = 0.1X0.09 STS t_APTEST T 1 APERTURE = 0.1X0.2 STS t_APTEST F 2 T = T STS t_GRTEST T 1 OPT_ELEM = E140M STS t_GRTEST T 2 OPT_ELEM = E230M STS t_GRTEST F 1 T = T STS t_MOTEST T 1 OBSMODE = ACCUM STS t_MOTEST T 2 OBSMODE = TIME-TAG STS t_MOTEST F 1 T = T STS CFSTATUS AVAILABLE 1 t_APTEST = T STS CFSTATUS AVAILABLE 1 t_GRTEST = T STS CFSTATUS AVAILABLE 1 t_MOTEST = T STS CFSTATUS AVAILABLE 1 DETECTOR = ?MAMA ! ! Supported Apertures for the NUV-MAMA only in ACCUM and ! TIME-TAG Modes with Spectral Element = PRISM STS t_APTEST T 1 APERTURE = 52X0.05 STS t_APTEST T 2 APERTURE = 52X0.2 STS t_APTEST T 1 APERTURE = 52X0.5 STS t_APTEST T 2 APERTURE = 52X2 STS t_APTEST T 1 APERTURE = 25MAMA STS t_APTEST T 2 APERTURE = F25MGII STS t_APTEST T 1 APERTURE = F25QTZ STS t_APTEST T 2 APERTURE = F25SRF2 STS t_APTEST T 1 APERTURE = F25ND3 STS t_APTEST T 2 APERTURE = F25ND5 STS t_APTEST T 1 APERTURE = F25NDQ1 STS t_APTEST T 2 APERTURE = F25NDQ2 STS t_APTEST T 1 APERTURE = F25NDQ3 STS t_APTEST T 2 APERTURE = F25NDQ4 STS t_APTEST F 1 T = T STS t_GRTEST T 1 OPT_ELEM = PRISM STS t_GRTEST F 2 T = T STS t_MOTEST T 1 OBSMODE = ACCUM STS t_MOTEST T 2 OBSMODE = TIME-TAG STS t_MOTEST F 1 T = T STS CFSTATUS SUPPORTED 1 t_APTEST = T STS CFSTATUS SUPPORTED 1 t_GRTEST = T STS CFSTATUS SUPPORTED 1 t_MOTEST = T STS CFSTATUS SUPPORTED 1 DETECTOR = NUV-MAMA ! ! Available Apertures for the NUV-MAMA only in ACCUM and ! TIME-TAG Modes with Spectral Element = PRISM STS t_APTEST T 1 APERTURE = 0.1X0.03 STS t_APTEST T 2 APERTURE = 0.2X0.06 STS t_APTEST T 1 APERTURE = 0.2X0.09 STS t_APTEST T 2 APERTURE = 0.2X0.2 STS t_APTEST T 1 APERTURE = 0.2X0.05ND STS t_APTEST T 2 APERTURE = 0.3X0.05ND STS t_APTEST T 1 APERTURE = 6X0.2 STS t_APTEST T 2 APERTURE = 52X0.1 STS t_APTEST T 1 APERTURE = 52X0.2F1 STS t_APTEST T 2 APERTURE = 0.1X0.06 STS t_APTEST T 1 APERTURE = 0.1X0.09 STS t_APTEST T 2 APERTURE = 0.1X0.2 STS t_APTEST T 1 APERTURE = 0.2X0.5 STS t_APTEST T 2 APERTURE = 0.3X0.06 STS t_APTEST T 1 APERTURE = 0.3X0.09 STS t_APTEST T 2 APERTURE = 0.3X0.2 STS t_APTEST T 1 APERTURE = 0.5X0.5 STS t_APTEST T 2 APERTURE = 1X0.06 STS t_APTEST T 1 APERTURE = 1X0.2 STS t_APTEST T 2 APERTURE = 6X0.06 STS t_APTEST T 1 APERTURE = 6X0.5 STS t_APTEST T 2 APERTURE = 2X2 STS t_APTEST T 1 APERTURE = 31X0.05NDA STS t_APTEST T 2 APERTURE = 31X0.05NDB STS t_APTEST T 1 APERTURE = 31X0.05NDC STS t_APTEST T 2 APERTURE = 52X0.05F1 STS t_APTEST T 1 APERTURE = 52X0.05F2 STS t_APTEST T 2 APERTURE = 52X0.1B0.5 STS t_APTEST T 1 APERTURE = 52X0.1B1.0 STS t_APTEST T 2 APERTURE = 52X0.1B3.0 STS t_APTEST T 1 APERTURE = 52X0.1F1 STS t_APTEST T 2 APERTURE = 52X0.1F2 STS t_APTEST T 1 APERTURE = 52X0.2F2 STS t_APTEST T 2 APERTURE = 52X0.5F1 STS t_APTEST T 1 APERTURE = 52X0.5F2 STS t_APTEST T 2 APERTURE = 52X2F1 STS t_APTEST T 1 APERTURE = 52X2F2 STS t_APTEST T 2 APERTURE = 6X6 STS t_APTEST T 1 APERTURE = 36X0.05N45 STS t_APTEST T 2 APERTURE = 36X0.05P45 STS t_APTEST T 1 APERTURE = 36X0.6N45 STS t_APTEST T 2 APERTURE = 36X0.6P45 STS t_APTEST F 1 T = T STS t_GRTEST T 1 OPT_ELEM = PRISM STS t_GRTEST F 2 T = T STS t_MOTEST T 1 OBSMODE = ACCUM STS t_MOTEST T 2 OBSMODE = TIME-TAG STS t_MOTEST F 1 T = T STS CFSTATUS AVAILABLE 1 t_APTEST = T STS CFSTATUS AVAILABLE 1 t_GRTEST = T STS CFSTATUS AVAILABLE 1 t_MOTEST = T STS CFSTATUS AVAILABLE 1 DETECTOR = NUV-MAMA ! ! Restricted Apertures for the NUV-MAMA only in ACCUM and ! TIME-TAG Modes with Spectral Element = PRISM STS t_APTEST T 1 APERTURE = 0.2X0.06FPA STS t_APTEST T 2 APERTURE = 0.2X0.06FPB STS t_APTEST T 1 APERTURE = 0.2X0.06FPC STS t_APTEST T 2 APERTURE = 0.2X0.06FPD STS t_APTEST T 1 APERTURE = 0.2X0.06FPE STS t_APTEST T 2 APERTURE = 0.2X0.2FPA STS t_APTEST T 1 APERTURE = 0.2X0.2FPB STS t_APTEST T 2 APERTURE = 0.2X0.2FPC STS t_APTEST T 1 APERTURE = 0.2X0.2FPD STS t_APTEST T 2 APERTURE = 0.2X0.2FPE STS t_APTEST F 1 T = T STS t_GRTEST T 1 OPT_ELEM = PRISM STS t_GRTEST F 2 T = T STS t_MOTEST T 1 OBSMODE = ACCUM STS t_MOTEST T 2 OBSMODE = TIME-TAG STS t_MOTEST F 1 T = T STS CFSTATUS ENGINEERING 1 t_APTEST = T STS CFSTATUS ENGINEERING 1 t_GRTEST = T STS CFSTATUS ENGINEERING 1 t_MOTEST = T STS CFSTATUS ENGINEERING 1 DETECTOR = NUV-MAMA ! ! X_ACCUMTIME_MAMA_RES STS t_APTEST T 1 APERTURE = 0.05X29 STS t_APTEST T 2 APERTURE = 0.09X29 STS t_APTEST T 1 APERTURE = 0.2X29 STS t_APTEST T 2 APERTURE = 0.05X31NDA STS t_APTEST T 1 APERTURE = 0.05X31NDB STS t_APTEST F 2 T = T STS t_GRTEST T 1 OPT_ELEM = X? STS t_GRTEST F 2 T = T STS t_MOTEST T 1 OBSMODE = ACCUM STS t_MOTEST T 2 OBSMODE = TIME-TAG STS t_MOTEST F 1 T = T STS CFSTATUS ENGINEERING 1 t_APTEST = T STS CFSTATUS ENGINEERING 1 t_GRTEST = T STS CFSTATUS ENGINEERING 1 t_MOTEST = T STS CFSTATUS ENGINEERING 1 DETECTOR = ?MAMA ! ! previously supported, but now available (9/29/00, hodge) ! STS CFSTATUS AVAILABLE 1 OBSTYPE = SPECTROSCOPIC STS CFSTATUS AVAILABLE 1 OPT_ELEM = G750M STS CFSTATUS AVAILABLE 1 CENWAVE = 10363 STS CFSTATUS AVAILABLE 2 OBSTYPE = SPECTROSCOPIC STS CFSTATUS AVAILABLE 2 OPT_ELEM = G750L STS CFSTATUS AVAILABLE 2 CENWAVE = 8975 ! PR 43750 add test 3 STS CFSTATUS AVAILABLE 3 OBSTYPE = SPECTROSCOPIC STS CFSTATUS AVAILABLE 3 OPT_ELEM = G140L STS CFSTATUS AVAILABLE 3 CENWAVE = 1575 ! ! new supported grating/aperture combos (55364) ! PR 77153 moved the 31x0.05ND# APERTURES up into the more ! global rules. So they have been removed from here. ! Merged two G750M rules moved 52x0.1F1 ! PR 78118 Change CFSTATUS to AVAILABLE STS t_APTEST T 1 APERTURE = 0.2X0.09 STS t_APTEST T 2 APERTURE = 0.3X0.2 STS t_APTEST T 1 APERTURE = 0.5X0.5 STS t_APTEST F 2 T = T STS CFSTATUS AVAILABLE 1 OPT_ELEM = E140M STS CFSTATUS AVAILABLE 1 t_APTEST = T ! STS t_APTEST T 1 APERTURE = 0.1X0.09 STS t_APTEST T 2 APERTURE = 0.3X0.2 STS t_APTEST F 1 T = T STS CFSTATUS AVAILABLE 1 OPT_ELEM = E230M STS CFSTATUS AVAILABLE 1 t_APTEST = T ! STS t_APTEST T 1 APERTURE = 0.2X0.06 STS t_APTEST T 2 APERTURE = 0.3X0.2 STS t_APTEST T 3 APERTURE = 1X0.06 STS t_APTEST F 1 T = T STS CFSTATUS AVAILABLE 1 OPT_ELEM = E230H STS CFSTATUS AVAILABLE 1 t_APTEST = T ! STS t_APTEST T 1 APERTURE = 0.3X0.2 STS t_APTEST T 2 APERTURE = 1X0.2 STS t_APTEST T 3 APERTURE = 2X2 STS t_APTEST F 1 T = T STS CFSTATUS AVAILABLE 1 OPT_ELEM = G140L STS CFSTATUS AVAILABLE 1 t_APTEST = T ! STS t_APTEST T 1 APERTURE = 36X0.05P45 STS t_APTEST F 2 T = T STS CFSTATUS AVAILABLE 1 OPT_ELEM = G140M STS CFSTATUS AVAILABLE 1 t_APTEST = T ! STS t_APTEST T 1 APERTURE = 0.3X0.2 STS t_APTEST T 2 APERTURE = 1X0.2 STS t_APTEST T 3 APERTURE = 2X2 STS t_APTEST F 1 T = T STS CFSTATUS AVAILABLE 1 OPT_ELEM = G230L STS CFSTATUS AVAILABLE 1 t_APTEST = T ! STS t_APTEST T 1 APERTURE = 0.1X0.09 STS t_APTEST F 2 T = T STS CFSTATUS AVAILABLE 1 OPT_ELEM = G230LB STS CFSTATUS AVAILABLE 1 t_APTEST = T ! STS t_APTEST T 1 APERTURE = 1X0.06 STS t_APTEST F 2 T = T STS CFSTATUS AVAILABLE 1 OPT_ELEM = G230MB STS CFSTATUS AVAILABLE 1 t_APTEST = T ! STS t_APTEST T 1 APERTURE = 2X2 STS t_APTEST F 2 T = T STS CFSTATUS AVAILABLE 1 OPT_ELEM = G430L STS CFSTATUS AVAILABLE 1 t_APTEST = T ! STS t_APTEST T 1 APERTURE = 36X0.6P45 STS t_APTEST F 2 T = T STS CFSTATUS AVAILABLE 1 OPT_ELEM = G750L STS CFSTATUS AVAILABLE 1 t_APTEST = T ! STS t_APTEST T 1 APERTURE = 2X2 STS t_APTEST T 2 APERTURE = 36X0.6P45 STS t_APTEST T 3 APERTURE = 52X0.1F1 STS t_APTEST F 1 T = T STS CFSTATUS AVAILABLE 1 OPT_ELEM = G750M STS CFSTATUS AVAILABLE 1 t_APTEST = T ! STS t_APTEST T 1 APERTURE = 52X0.2F2 STS t_APTEST F 2 T = T STS t_GRTEST T 1 OPT_ELEM = G230LB STS t_GRTEST T 2 OPT_ELEM = G430L STS t_GRTEST T 1 OPT_ELEM = G430M STS t_GRTEST T 2 OPT_ELEM = G750L STS t_GRTEST T 1 OPT_ELEM = G750M STS t_GRTEST F 2 T = T STS CFSTATUS AVAILABLE 1 t_APTEST = T STS CFSTATUS AVAILABLE 1 t_GRTEST = T ! STS t_APTEST T 1 APERTURE = 52X0.1F2 STS t_APTEST F 2 T = T STS t_GRTEST T 1 OPT_ELEM = G430M STS t_GRTEST T 2 OPT_ELEM = G750M STS t_GRTEST F 1 T = T STS CFSTATUS AVAILABLE 1 t_APTEST = T STS CFSTATUS AVAILBALE 1 t_GRTEST = T ! ! END of setting STIS CFSTATUS rules ! ! PR 39985 ! t_SUPP is a local variable with value T or F that indicates whether ! an observing mode is to be considered "supported". The purpose is to ! extend the supported modes to include certain available modes. STS t_SUPP T 1 CFSTATUS = SUPPORTED STS t_SUPP T 2 CFSTATUS = AVAILABLE STS t_SUPP T 2 DETECTOR = ?MAMA STS t_SUPP T 2 OPT_ELEM = G? STS t_SUPP T 2 APERTURE = 0.2X0.2 STS t_SUPP F 3 T = T ! PR 54041 ! ! slitless = [50CCD|25MAMA|25?|28?|6X6] ! STS t_SLITLS T 1 APERTURE = 50CCD STS t_SLITLS T 2 APERTURE = 25MAMA STS t_SLITLS T 3 APERTURE = F25? STS t_SLITLS T 4 APERTURE = F28? STS t_SLITLS T 5 APERTURE = 6X6 STS t_SLITLS F 6 T = T ! fiducial apertures (occulting bars) ! note that this ignores the -R apertures, which may be used for acq/peak STS t_FIDUCL T 1 APERTURE = 52X0.05F1 STS t_FIDUCL T 2 APERTURE = 52X0.1F1 STS t_FIDUCL T 1 APERTURE = 52X0.2F1 STS t_FIDUCL T 2 APERTURE = 52X0.5F1 STS t_FIDUCL T 1 APERTURE = 52X2F1 STS t_FIDUCL T 2 APERTURE = 52X0.05F2 STS t_FIDUCL T 1 APERTURE = 52X0.1F2 STS t_FIDUCL T 2 APERTURE = 52X0.2F2 STS t_FIDUCL T 1 APERTURE = 52X0.5F2 STS t_FIDUCL T 2 APERTURE = 52X2F2 STS t_FIDUCL F 1 T = T ! ! STIS calibration switch settings ! Melissa McGrath: 4-Feb-1997 ! STS STATFLAG F 1 OBSMODE = ACQ STS STATFLAG F 2 OBSMODE = ACQ/PEAK STS STATFLAG T 3 T = T !pr 45383 STS CFSTATUS ENGINEERING 1 DETECTOR = CCD STS CFSTATUS ENGINEERING 1 CCDAMP != D ! opr 39822 45383 STS DQICORR OMIT 1 CFSTATUS = ENGINEERING STS DQICORR OMIT 2 OBSMODE = ACQ STS DQICORR OMIT 3 OBSMODE = ACQ/PEAK STS DQICORR PERFORM 4 DETECTOR = CCD STS DQICORR PERFORM 4 SIZAXIS1 = 1062 STS DQICORR PERFORM 5 DETECTOR = CCD STS DQICORR PERFORM 5 SIZAXIS1 = 1060 STS DQICORR PERFORM 6 DETECTOR = ?MAMA STS DQICORR OMIT 7 T = T ! STS BLEVCORR {DQICORR} 1 T = T ! STS BIASCORR OMIT 1 TARGNAME = BIAS STS BIASCORR {BLEVCORR} 2 T = T ! STS DARKCORR OMIT 1 TARGNAME = BIAS STS DARKCORR OMIT 2 TARGNAME = DARK STS DARKCORR {DQICORR} 3 T = T ! ! PR 39985 STS RPTCORR PERFORM 1 DETECTOR = ?MAMA STS RPTCORR PERFORM 1 t_SUPP = T STS RPTCORR PERFORM 1 SS_RPT > 1 STS RPTCORR OMIT 2 T = T ! STS FLATCORR OMIT 1 OBSTYPE = IMAGING STS FLATCORR OMIT 1 SCLAMP != NONE STS FLATCORR OMIT 2 SCLAMP = TUNGSTEN STS FLATCORR OMIT 3 SCLAMP = DEUTERIUM STS FLATCORR OMIT 4 SCLAMP = KRYPTON STS FLATCORR {DARKCORR} 17 T = T ! ! PR 41562 STS CRCORR OMIT 1 SS_SPLIT = 1 STS CRCORR OMIT 1 SS_RPT = 1 STS CRCORR OMIT 2 SS_RPT > 30 STS CRCORR OMIT 3 TARGNAME = BIAS ! PR 34601 !STI CRCORR OMIT 4 TARGNAME = DARK ! PR 35987 STS CRCORR OMIT 5 SCLAMP != NONE STS CRCORR {BLEVCORR} 6 T = T ! ! PR 44465 STS GEOCORR OMIT 1 OBSTYPE != IMAGING STS GEOCORR {FLATCORR} 2 T = T STS EXPSCORR {CRCORR} 1 T = T ! STS PHOTCORR {FLATCORR} 1 T = T ! ! PR 33894 ! pr 36662 comment out wavecorr test one ! pr 38059 ! PR 39985 ! PR 54041 STS WAVECORR COMPLETE 1 WAVECORR = COMPLETE STS WAVECORR OMIT 2 t_SUPP != T STS WAVECORR OMIT 3 WAVECAL = BLANK STS WAVECORR OMIT 4 WAVECAL = N/A STS WAVECORR {FLATCORR} 5 T = T ! PR 35987 ! pr 38059 ! PR 39985 ! PR 42609 ! PR 54041 STS X1DCORR OMIT 1 SCLAMP != NONE STS X1DCORR OMIT 2 OBSTYPE = IMAGING STS X1DCORR OMIT 3 t_SUPP != T STS X1DCORR OMIT 4 t_SLITLS = T STS X1DCORR OMIT 5 t_FIDUCL = T STS X1DCORR PERFORM 6 WAVECORR = PERFORM STS X1DCORR PERFORM 7 WAVECORR = COMPLETE STS X1DCORR OMIT 8 T = T ! ! PR 43246 STS SC2DCORR PERFORM 1 X1DCORR = PERFORM STS SC2DCORR PERFORM 1 OPT_ELEM = E? STS SC2DCORR OMIT 2 T = T ! PR 35987 ! pr 38059 ! PR 39985 ! PR 42609 ! PR 54041 STS X2DCORR OMIT 1 OBSTYPE = IMAGING STS X2DCORR OMIT 2 OPT_ELEM = E? STS X2DCORR OMIT 3 OPT_ELEM = PRISM STS X2DCORR OMIT 4 t_SUPP != T STS X2DCORR OMIT 5 t_SLITLS = T STS X2DCORR PERFORM 6 WAVECORR = PERFORM STS X2DCORR PERFORM 7 WAVECORR = COMPLETE STS X2DCORR OMIT 8 T = T ! ! PR 35987 ! PR 50513 ! PR 54041 ! PR 55364, pt2 STS DISPCORR PERFORM 1 X1DCORR = PERFORM STS DISPCORR PERFORM 2 X2DCORR = PERFORM STS DISPCORR OMIT 3 T = T ! STS HELCORR OMIT 1 SCLAMP != NONE STS HELCORR {DISPCORR} 2 T = T ! STS FLUXCORR OMIT 1 SCLAMP != NONE STS FLUXCORR {DISPCORR} 2 T = T ! STS CTECORR OMIT 1 DETECTOR != CCD STS CTECORR OMIT 2 SIZAXIS2 < 1044 STS CTECORR PERFORM 3 X1DCORR = PERFORM STS CTECORR PERFORM 3 FLUXCORR = PERFORM STS CTECORR OMIT 4 T = T ! ! PR 35987 STS BACKCORR {X1DCORR} 1 T = T ! STS DOPPCORR PERFORM 1 DOPPON = T STS DOPPCORR OMIT 2 T = T ! ! PR 37183 and 39761 STS LORSCORR OMIT 1 CFSTATUS = ENGINEERING STS LORSCORR PERFORM 2 BINAXIS1 = 1 STS LORSCORR PERFORM 3 BINAXIS2 = 1 STS LORSCORR OMIT 4 T = T ! STS GLINCORR {DQICORR} 1 T = T STS LFLGCORR {DQICORR} 1 T = T ! ! ! PR 36235_06 ! These rules set STIS calibration switches to OMIT where the switches ! should not even appear in the STIS header (needed for KWSET, since all ! switches are always present in the database). These rules should be ! the last SWITCH rules run, since they override all other switch rules. ! PR 76474 remove ATODCORR SGEOCORR and SHADCORR ! STS BIASCORR OMIT 1 DETECTOR = ?MAMA STS BLEVCORR OMIT 1 DETECTOR = ?MAMA STS CRCORR OMIT 1 DETECTOR = ?MAMA STS EXPSCORR OMIT 1 DETECTOR = ?MAMA ! STS BACKCORR OMIT 1 OBSTYPE = IMAGING STS DISPCORR OMIT 1 OBSTYPE = IMAGING STS FLUXCORR OMIT 1 OBSTYPE = IMAGING STS HELCORR OMIT 1 OBSTYPE = IMAGING STS WAVECORR OMIT 1 OBSTYPE = IMAGING STS X1DCORR OMIT 1 OBSTYPE = IMAGING STS X2DCORR OMIT 1 OBSTYPE = IMAGING ! STS DOPPCORR OMIT 1 DETECTOR = CCD STS DOPPCORR OMIT 2 OBSTYPE = IMAGING ! STS GLINCORR OMIT 1 DETECTOR = CCD STS LFLGCORR OMIT 1 DETECTOR = CCD STS LORSCORR OMIT 1 DETECTOR = CCD ! STS GEOCORR OMIT 1 OBSTYPE = SPECT? STS PHOTCORR OMIT 1 OBSTYPE = SPECT? ! ! PR 48512 - populate WCS bintable keywords using WCS image keywords STS TCTYP2 {CTYPE1} 1 OBSMODE = TIME-TAG STS TCTYP3 {CTYPE2} 1 OBSMODE = TIME-TAG STS TCRVL2 {CRVAL1} 1 OBSMODE = TIME-TAG STS TCRVL3 {CRVAL2} 1 OBSMODE = TIME-TAG STS TCRPX2 {CRPIX1} 1 OBSMODE = TIME-TAG STS TCRPX3 {CRPIX2} 1 OBSMODE = TIME-TAG STS TC2_2 {CD1_1} 1 OBSMODE = TIME-TAG STS TC2_3 {CD1_2} 1 OBSMODE = TIME-TAG STS TC3_2 {CD2_1} 1 OBSMODE = TIME-TAG STS TC3_3 {CD2_2} 1 OBSMODE = TIME-TAG ! the TCUNI2 default is "angstrom" so we only need to reset for images STS TCUNI2 deg 1 OBSMODE = TIME-TAG STS TCUNI2 deg 1 OBSTYPE = IMAGING ! ! PR 33765 STI SPEC_2 BLANK 1 T = T STI SPEC_3 BLANK 1 T = T STI SPEC_4 BLANK 1 T = T STI APER_2 BLANK 1 T = T STI APER_3 BLANK 1 T = T STI APER_4 BLANK 1 T = T ! ! PR 45121 ! pr 45827 (2001182 = Jun 30 2001) STI OCCDHTAV -1 1 t_EXPDATE < 2001182.0 ! ! PR 34722 !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- ! protect against divide-by-zero STI GLOBRATE -1 1 DETECTOR = FUV-MAMA STI GLOBRATE -1 1 OM1GEVIP < 0.000001 STI GLOBRATE -1 1 OM1GEVIP > -0.000001 STI GLOBRATE -1 2 DETECTOR = NUV-MAMA STI GLOBRATE -1 2 OM2GEVIP < 0.000001 STI GLOBRATE -1 2 OM2GEVIP > -0.000001 STI GLOBRATE [{OM1EVQ}/({OM1GEVIP}/1000.0)] 3 DETECTOR = FUV-MAMA STI GLOBRATE [{OM2EVQ}/({OM2GEVIP}/1000.0)] 4 DETECTOR = NUV-MAMA STI GLOBRATE -1 5 T = T ! STI GLOBLIM UNDETERMINED 1 T = T ! NIC OPMODE MULTIACCUM 1 NOPMODE = MULTIACC NIC OPMODE BRIGHTOBJ 2 NOPMODE = BRIGHTOB NIC OPMODE AUTO_RESET 3 NOPMODE = AUTO_RES ! NIC OBSMODE {OPMODE} 1 T = T ! NIC SS_MODE {OPMODE} 1 T = T NIC SS_CAMRA 1 1 CONFIG = NIC1 NIC SS_CAMRA 2 2 CONFIG = NIC2 NIC SS_CAMRA 3 3 CONFIG = NIC3 NIC SS_CAMRA 0 4 T = T NIC SS_FILT {SPEC_1} 1 T = T ! PR 33611 NIC FILTER {NFILTER1} 1 CAMERA = 1 NIC FILTER {NFILTER2} 2 CAMERA = 2 NIC FILTER {NFILTER3} 3 CAMERA = 3 ! PR 33765 NIC SPEC_2 BLANK 1 T = T NIC SPEC_3 BLANK 1 T = T NIC SPEC_4 BLANK 1 T = T NIC APER_2 BLANK 1 T = T NIC APER_3 BLANK 1 T = T NIC APER_4 BLANK 1 T = T ! NIC FOCUS UNKNOWN 1 APEROBJ = BLANK NIC FOCUS CAMERA1 2 APEROBJ = NIC1 NIC FOCUS CAMERA1 3 APEROBJ = NIC1FIX NIC FOCUS CAMERA1 4 APEROBJ = NIC2P1 NIC FOCUS CAMERA1 5 APEROBJ = NIC3P1 NIC FOCUS CAMERA1 6 APEROBJ = NIC1Q1 NIC FOCUS CAMERA1 7 APEROBJ = NIC1Q2 NIC FOCUS CAMERA1 8 APEROBJ = NIC1Q3 NIC FOCUS CAMERA1 9 APEROBJ = NIC1Q4 NIC FOCUS CAMERA1 10 APEROBJ = NIC1MAC NIC FOCUS CAMERA1 11 APEROBJ = NIC1FOM ! NIC FOCUS CAMERA2 12 APEROBJ = NIC2 NIC FOCUS CAMERA2 13 APEROBJ = NIC2FIX NIC FOCUS CAMERA2 14 APEROBJ = NIC1P2 NIC FOCUS CAMERA2 15 APEROBJ = NIC3P2 NIC FOCUS CAMERA2 16 APEROBJ = NIC2Q1 NIC FOCUS CAMERA2 17 APEROBJ = NIC2Q2 NIC FOCUS CAMERA2 18 APEROBJ = NIC2Q3 NIC FOCUS CAMERA2 19 APEROBJ = NIC2Q4 NIC FOCUS CAMERA2 20 APEROBJ = NIC2MAC NIC FOCUS CAMERA2 21 APEROBJ = NIC2FOM ! NIC FOCUS CAMERA3 22 APEROBJ = NIC3 NIC FOCUS CAMERA3 23 APEROBJ = NIC3FIX NIC FOCUS CAMERA3 24 APEROBJ = NIC1P3 NIC FOCUS CAMERA3 25 APEROBJ = NIC2P3 NIC FOCUS CAMERA3 26 APEROBJ = NIC3Q1 NIC FOCUS CAMERA3 27 APEROBJ = NIC3Q2 NIC FOCUS CAMERA3 28 APEROBJ = NIC3Q3 NIC FOCUS CAMERA3 29 APEROBJ = NIC3Q4 NIC FOCUS CAMERA3 30 APEROBJ = NIC3MAC NIC FOCUS CAMERA3 31 APEROBJ = NIC3FOM ! NIC FOCUS CAMERA1_2 32 APEROBJ = NIC1FP12 NIC FOCUS CAMERA1_2 33 APEROBJ = NIC1P12 NIC FOCUS CAMERA1_2 34 APEROBJ = NIC2FP12 NIC FOCUS CAMERA1_2 35 APEROBJ = NIC2P12 NIC FOCUS CAMERA1_2 36 APEROBJ = NIC3P12 NIC FOCUS CAMERA2_3 37 APEROBJ = NIC1FP23 NIC FOCUS CAMERA2_3 38 APEROBJ = NIC1P23 NIC FOCUS CAMERA2_3 39 APEROBJ = NIC2FP23 NIC FOCUS CAMERA2_3 40 APEROBJ = NIC2P23 NIC FOCUS CAMERA2_3 41 APEROBJ = NIC3P23 ! NIC FOCUS CORON 42 APEROBJ = NIC2ACQ NIC FOCUS CORON 43 APEROBJ = NIC2COR NIC FOCUS {APEROBJ} 44 T = T ! NIC NREAD 1 1 OPMODE != ACCUM NIC NSAMP 1 1 OPMODE = ACCUM NIC SS_NREAD 1 1 OPMODE != ACCUM NIC SS_NSAMP 1 1 OPMODE = ACCUM ! NIC APERTURE {APER_1} 1 T = T NIC SS_RDOUT FAST 1 SS_RDOUT = BLANK NIC SS_CRELM CONTINUE 1 SS_MODE = RAMP NIC SS_CRELM CONTINUE 1 SS_CRELM = BLANK ! NIC IMAGETYP DARK 1 FILTER = ?BLANK NIC IMAGETYP DARK 2 TARGNAME = POST-SAA-DARK NIC IMAGETYP FLAT 3 NLMPSTAT != AllOff NIC IMAGETYP EXT 4 T = T ! ! NICMOS exposure time constants (OPR.37381) ! NIC DET_WARM 0.0280 1 T = T NIC RO_RATIO 16 1 T = T NIC FAST_RO 0.1750 1 T = T NIC ACC_RDLY 0.025 1 TIMEPATT = 9 NIC ACC_RDLY 0.025 2 TIMEPATT = 19 NIC ACC_RDLY 0.025 3 TIMEPATT = 29 NIC ACC_RDLY 0.3950 4 T = T ! ! Set the zero offset correlation step ! ! NICMOS Calibration switch settings ! NCS ZOFFCORR PERFORM 1 OPMODE = MULTIACCUM NCS ZOFFCORR OMIT 2 T = T ! NCS ZSIGCORR {ZOFFCORR} 1 T = T ! NCS UNITCORR OMIT 1 TARGNAME = DARK NCS UNITCORR OMIT 2 FILTER = ?BLANK NCS UNITCORR OMIT 3 TARGNAME = EARTH? NCS UNITCORR OMIT 4 TARGNAME = NONE NCS UNITCORR OMIT 5 NLMPSTAT != AllOff NCS UNITCORR PERFORM 6 T = T ! NCS ILLMCORR {UNITCORR} 1 T = T NCS BACKCALC {UNITCORR} 1 T = T NCS PHOTCALC {UNITCORR} 1 T = T ! ! PR 33629 NCS WARNCALC PERFORM 1 T = T NCS NLINCORR OMIT 1 FILTER = ?BLANK ! ! new FLATCORR rules from ICD-47 ! NCS FLATCORR OMIT 1 FILTER = G096 NCS FLATCORR OMIT 2 FILTER = G141 NCS FLATCORR OMIT 3 FILTER = G206 NCS FLATCORR OMIT 4 TARGNAME = DARK NCS FLATCORR OMIT 5 FILTER = ?BLANK NCS FLATCORR {UNITCORR} 6 T = T ! NCS DARKCORR OMIT 1 TARGNAME = DARK NCS DARKCORR OMIT 2 FILTER = ?BLANK NCS DARKCORR OMIT 3 OPMODE = BRIGHTOBJ NCS DARKCORR PERFORM 4 T = T ! NCS BIASCORR PERFORM 1 T = T ! ! Switch settings for NIC SAA Darks (OPR40281) ! NCS ZSIGCORR PERFORM 1 TARGNAME = POST-SAA-DARK NCS ZOFFCORR PERFORM 1 TARGNAME = POST-SAA-DARK NCS MASKCORR PERFORM 1 TARGNAME = POST-SAA-DARK NCS BIASCORR PERFORM 1 TARGNAME = POST-SAA-DARK NCS NOISCALC PERFORM 1 TARGNAME = POST-SAA-DARK NCS DARKCORR PERFORM 1 TARGNAME = POST-SAA-DARK NCS UNITCORR OMIT 1 TARGNAME = POST-SAA-DARK NCS ILLMCORR OMIT 1 TARGNAME = POST-SAA-DARK NCS BACKCALC OMIT 1 TARGNAME = POST-SAA-DARK NCS PHOTCALC OMIT 1 TARGNAME = POST-SAA-DARK NCS WARNCALC OMIT 1 TARGNAME = POST-SAA-DARK ! PR 44565 NCS NLINCORR PERFORM 1 TARGNAME = POST-SAA-DARK NCS FLATCORR OMIT 1 TARGNAME = POST-SAA-DARK ! ! PR 44663 NCS BARSCORR {ZOFFCORR} 1 T = T ! ! try this to see if it can do what NIC team wants NCS TFBCALC OMIT 1 OPMODE = ACQ NCS TFBCALC OMIT 2 OPMODE = ACCUM NCS TFBCALC OMIT 3 OPMODE = BRIGHTOBJ NCS TFBCALC PERFORM 4 T = T NCS TFBDONE N/A 1 TFBCALC = OMIT ! ALL TAR_TYPE "POINT TARGET" 1 TAR_TYPE = P ALL TAR_TYPE "MOVING TARGET" 2 TAR_TYPE = M ALL TAR_TYPE "AREA TARGET" 3 TAR_TYPE = A ALL TAR_TYPE "GENERIC TARGET" 4 TAR_TYPE = G ! ! The following replaces the code: GC_FGS_lock.c ! ALL FGSLOCK FINE 1 FGSLOCK = FINE ALL FGSLOCK FINE 2 FGSLOCK = BASE? ALL FGSLOCK COARSE 3 FGSLOCK = COAR? ALL FGSLOCK COARSE 4 FGSLOCK = BOTH ALL FGSLOCK COARSE 5 FGSLOCK = CRSE ALL FGSLOCK GYROS 6 FGSLOCK = GYRO? ALL FGSLOCK GYROS 7 FGSLOCK = FHST ALL FGSLOCK UNKNOWN 8 T = T ! ALL CALIBRAT T 1 CALIBRAT = Y ALL CALIBRAT F 2 CALIBRAT = N ALL CDBSDATA FALSE 1 CDBSDATA = BLANK ! !...new rules for the CCDOFFST keyword STI CCDOFFST {OCCAAOF} 1 CCDAMP = A STI CCDOFFST {OCCABOF} 2 CCDAMP = B STI CCDOFFST {OCCACOF} 3 CCDAMP = C STI CCDOFFST {OCCADOF} 4 CCDAMP = D ! !...rules for PRIMESI keyword ! PR 67273 Add rule at the front to catch the case where ! qoobservation.prime_aper = OTA ! OTA is Optical Telescope Assembly, but the old rules ! set the value of PRIMESI to STIS ! ALL PRIMESI HST 1 PRIMESI = OTA ALL PRIMESI STIS 2 PRIMESI = O? ALL PRIMESI NICMOS 3 PRIMESI = N? ALL PRIMESI WFPC2 4 PRIMESI = U? ALL PRIMESI WFPC 5 PRIMESI = W? ALL PRIMESI HSP 6 PRIMESI = V? ALL PRIMESI HRS 7 PRIMESI = Z? ALL PRIMESI FOS 8 PRIMESI = Y? ALL PRIMESI FOC 9 PRIMESI = X? ALL PRIMESI FGS 10 PRIMESI = F? ALL PRIMESI ACS 11 PRIMESI = J? ALL PRIMESI WFC3 12 PRIMESI = I? ALL PRIMESI COS 13 PRIMESI = L? ! ! GSC1 guidestars start with zero, ! ICRS start with N or S (but not NONE) ! Any other values for DGESTAR and SGESTAR will result in the REFFRAME value ! assigned by SPSS being used (i.e. only the cases below will overwrite the ! SPSS-provided value). ! ALL REFFRAME GSC1 1 DGESTAR = 0? ALL REFFRAME GSC1 1 SGESTAR = 0? ALL REFFRAME ICRS 2 DGESTAR = S? ALL REFFRAME ICRS 2 SGESTAR = S? ALL REFFRAME ICRS 3 DGESTAR != NONE ALL REFFRAME ICRS 3 SGESTAR != NONE ALL REFFRAME ICRS 3 DGESTAR = N? ALL REFFRAME ICRS 3 SGESTAR = N? ! ! STI WAVECAL N/A 1 WAVECAL = BLANK ! STI APER_FOV {SLITSIZE} 1 T = T STI POSTARG1 {APEROFFX} 1 T = T STI POSTARG2 {APEROFFY} 1 T = T ! STI PEAKCENT MAX-FLUX-CENTROID 1 OCENTCMD = 1 STI PEAKCENT MIN-FLUX-CENTROID 2 OCENTCMD = 2 STI PEAKCENT RETURN-TO-BRIGHTEST 3 OCENTCMD = 3 STI PEAKCENT RETURN-TO-FAINTEST 4 OCENTCMD = 4 STI PEAKCENT NONE 5 T = T ! STI PKSEARCH LINEARAXIS1 1 OSCANTYP = 2 STI PKSEARCH LINEARAXIS2 2 OSCANTYP = 1 STI PKSEARCH SPIRAL 3 OSCANTYP = 3 STI PKSEARCH NONE 4 T = T ! STI REPELLER ON 1 OM1FLDV < 0 STI REPELLER OFF 2 T = T ! STI CONFIG STIS/FUV-MAMA 1 CONFIG = STIS/MA1 STI CONFIG STIS/NUV-MAMA 2 CONFIG = STIS/MA2 ! STI REJ_RATE 0.0 1 DETECTOR = CCD ! STI SKYSUM 0.0 1 DETECTOR = CCD STI SKYSUM 0.0 1 OBSTYPE = IMAGING ! ! ! ******************************************************************* ! Flags and Indicators for WFPC2 ! ******************************************************************* ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- WF2 T_ATOD ROBAY3 1 UCSELECT = 1 WF2 T_ATOD " " 2 UCSELECT = 0 WF2 T_ATOD -1 3 T = T ! ! WF2 T_MODE AREA 1 UPKTLEN = 92 WF2 T_MODE FULL 2 UPKTLEN = 108 WF2 T_MODE ERROR 3 T = T ! ! ! ******************************************************************* ! Flags and Indicators for FOC ! ******************************************************************* ! ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- ! FC2 T_DRIVE MDE1 1 XNMDE1ST = 1 FC2 T_DRIVE MDE1 1 XNMDE2ST = 0 FC2 T_DRIVE MDE2 2 XNMDE1ST = 0 FC2 T_DRIVE MDE2 2 XNMDE2ST = 1 FC2 T_DRIVE ERROR 3 T = T ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- FC2 T_OPRLY F48 1 XNDHU1ST = 1 FC2 T_OPRLY F48 1 XNDHU2ST = 0 FC2 T_OPRLY F96 2 XNDHU1ST = 0 FC2 T_OPRLY F96 2 XNDHU2ST = 1 FC2 T_OPRLY ERROR 3 T = T ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- FC2 T_SMMMO INBEAM 1 XNMDE1ST = 1 FC2 T_SMMMO INBEAM 1 XXDE1SMI = 1 FC2 T_SMMMO INBEAM 1 XXDE1SMO = 0 FC2 T_SMMMO NOTUSED 2 XNMDE1ST = 1 FC2 T_SMMMO NOTUSED 2 XXDE1SMI = 0 FC2 T_SMMMO NOTUSED 2 XXDE1SMO = 1 FC2 T_SMMMO INBEAM 3 XNMDE2ST = 1 FC2 T_SMMMO INBEAM 3 XXDE2SMI = 1 FC2 T_SMMMO INBEAM 3 XXDE2SMO = 0 FC2 T_SMMMO NOTUSED 4 XNMDE2ST = 1 FC2 T_SMMMO NOTUSED 4 XXDE2SMI = 0 FC2 T_SMMMO NOTUSED 4 XXDE2SMO = 1 FC2 T_SMMMO ERROR 5 T = T ! ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- ! FC2 T_PXFMT NORMAL 1 T_OPRLY = "F96" FC2 T_PXFMT NORMAL 1 X96ZOMST = 0 FC2 T_PXFMT ZOOM 2 T_OPRLY = "F96" FC2 T_PXFMT ZOOM 2 X96ZOMST = 1 FC2 T_PXFMT NORMAL 3 T_OPRLY = "F48" FC2 T_PXFMT NORMAL 3 X48ZOMST = 0 FC2 T_PXFMT ZOOM 4 T_OPRLY = "F48" FC2 T_PXFMT ZOOM 4 X48ZOMST = 1 FC2 T_PXFMT ERROR 5 T = T ! ******************************************************************* ! Make generic keyword load packages work ! ******************************************************************* ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- FC2 DUMPTYPE Science 1 T = T ! Transfer keyword values from D.V. step ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- ! WF2 MODE {T_MODE} 1 T = T WF2 FILTER1 {T_FILT1} 1 T = T WF2 FILTER2 {T_FILT2} 1 T = T WF2 PKTFMT {UPKTFMT} 1 T = T ! 43736 set FILTROT value !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- ! WF2 FILTROT 15 1 FILTER1 > 67 WF2 FILTROT 15 1 FILTER1 < 72 WF2 FILTROT 15 2 FILTER2 > 67 WF2 FILTROT 15 2 FILTER2 < 72 WF2 FILTROT 15 3 FILTER1 = 52 WF2 FILTROT 15 4 FILTER2 = 52 WF2 FILTROT 15 5 FILTER1 = 55 WF2 FILTROT 15 6 FILTER2 = 55 ! WF2 FILTROT -15 7 FILTER1 = 51 WF2 FILTROT -15 8 FILTER2 = 51 WF2 FILTROT -15 9 FILTER1 = 58 WF2 FILTROT -15 10 FILTER2 = 58 ! WF2 FILTROT -33 11 FILTER1 = 53 WF2 FILTROT -33 12 FILTER2 = 53 WF2 FILTROT -33 13 FILTER1 = 56 WF2 FILTROT -33 14 FILTER2 = 56 WF2 FILTROT -33 15 FILTER1 = 57 WF2 FILTROT -33 16 FILTER2 = 57 WF2 FILTROT -33 17 FILTER1 = 60 WF2 FILTROT -33 18 FILTER2 = 60 WF2 FILTROT -33 19 FILTER1 = 62 WF2 FILTROT -33 20 FILTER2 = 62 WF2 FILTROT -33 21 FILTER1 = 64 WF2 FILTROT -33 22 FILTER2 = 64 WF2 FILTROT -33 23 FILTER1 = 66 WF2 FILTROT -33 24 FILTER2 = 66 ! WF2 FILTROT -18 25 FILTER1 = 54 WF2 FILTROT -18 26 FILTER2 = 54 WF2 FILTROT -18 27 FILTER1 = 61 WF2 FILTROT -18 28 FILTER2 = 61 WF2 FILTROT -18 29 FILTER1 = 63 WF2 FILTROT -18 30 FILTER2 = 63 WF2 FILTROT -18 31 FILTER1 = 65 WF2 FILTROT -18 32 FILTER2 = 65 WF2 FILTROT -18 33 FILTER1 = 67 WF2 FILTROT -18 34 FILTER2 = 67 ! WF2 FILTROT 15 35 FILTER1 = 59 WF2 FILTROT 15 36 FILTER2 = 59 ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- ! WF2 SERIALS ON 1 UPKTFMT = 104 ! 68x WF2 SERIALS ON 2 UPKTFMT = 105 ! 69x WF2 SERIALS ON 3 UPKTFMT = 48 ! 30x WF2 SERIALS ON 4 UPKTFMT = 49 ! 31x WF2 SERIALS ON 5 UPKTFMT = 56 ! 38x WF2 SERIALS ON 6 UPKTFMT = 57 ! 39x WF2 SERIALS ON 7 UPKTFMT = 33 ! 21x WF2 SERIALS ON 8 UPKTFMT = 41 ! 29x WF2 SERIALS OFF 9 T = T ! WF2 KSPOTS ON 1 UPKTFMT = 35 ! 23x WF2 KSPOTS ON 2 UPKTFMT = 43 ! WF2 KSPOTS OFF 3 T = T ! WF2 DOSATMAP OMIT 1 T = T WF2 DOHISTOS OMIT 1 T = T WF2 OUTDTYPE REAL 1 T = T WF2 SATURATE 4095 1 T = T WF2 USCALE 1.0 1 T = T WF2 UZERO 0.0 1 T = T WF2 RSDPFILL -100 1 T = T WF2 EQUINOX 2000.0 1 T = T WF2 DATAMIN 0 1 T = T WF2 DATAMAX -1 1 T = T WF2 FILLCNT 0 1 T = T WF2 ERRCNT 0 1 T = T ! ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- ! WF2 UUVCAL ON 1 UCALMPWR = ON WF2 UUVCAL ON 1 UUVINSEL = UV WF2 UUVCAL OFF 2 T = T ! WF2 UVISCAL ON 1 UCALMPWR = ON WF2 UVISCAL ON 1 UUVINSEL = VIS WF2 UVISCAL ON 2 UCALMPWR = ON WF2 UVISCAL ON 2 UUVINSEL = INCAN WF2 UVISCAL OFF 3 T = T ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- ! WF2 PKTINDEX 8 1 TARGNAME = "EARTH-CALIB" WF2 PKTINDEX 2 2 UPKTFMT = 32 WF2 PKTINDEX 2 3 UPKTFMT = 40 WF2 PKTINDEX 1 4 UPKTFMT = 33 WF2 PKTINDEX 1 5 UPKTFMT = 41 WF2 PKTINDEX 1 6 UPKTFMT = 34 WF2 PKTINDEX 1 7 UPKTFMT = 42 WF2 PKTINDEX 6 8 UPKTFMT = 35 WF2 PKTINDEX 6 9 UPKTFMT = 43 WF2 PKTINDEX 3 10 UPKTFMT = 36 WF2 PKTINDEX 3 11 UPKTFMT = 44 WF2 PKTINDEX 5 12 UPKTFMT = 37 WF2 PKTINDEX 5 13 UPKTFMT = 45 WF2 PKTINDEX 5 14 UPKTFMT = 48 WF2 PKTINDEX 5 15 UPKTFMT = 56 WF2 PKTINDEX 4 16 UPKTFMT = 38 WF2 PKTINDEX 4 17 UPKTFMT = 46 WF2 PKTINDEX 4 18 UPKTFMT = 49 WF2 PKTINDEX 4 19 UPKTFMT = 57 WF2 PKTINDEX 8 20 UPKTFMT = 39 WF2 PKTINDEX 8 21 UPKTFMT = 47 WF2 PKTINDEX 7 22 T = T ! WF2 IMAGETYP DARK 1 PKTINDEX = 1 WF2 IMAGETYP BIAS 2 PKTINDEX = 2 WF2 IMAGETYP IFLAT 3 PKTINDEX = 3 WF2 IMAGETYP UFLAT 4 PKTINDEX = 4 WF2 IMAGETYP VFLAT 5 PKTINDEX = 5 WF2 IMAGETYP KSPOT 6 PKTINDEX = 6 WF2 IMAGETYP EXT 7 PKTINDEX = 7 WF2 IMAGETYP ECAL 8 PKTINDEX = 8 ! ! Note: -1 used in place of NULL to indicate no good value availalble. ! Otherwise NULL causes 0.0 to be the value. WF2 CENTRWV 1322 1 FILTER1 = 1 !FILTNAM1 = F122M WF2 CENTRWV 5815 2 FILTER1 = 2 !FILTNAM1 = F130LP WF2 CENTRWV 1523 3 FILTER1 = 3 !FILTNAM1 = F160AW WF2 CENTRWV 1523 4 FILTER1 = 49 !FILTNAM1 = F160AN15 WF2 CENTRWV 1523 5 FILTER1 = 50 !FILTNAM1 = F160AP15 WF2 CENTRWV 1523 6 FILTER1 = 51 !FILTNAM1 = F160BN15 WF2 CENTRWV 1523 7 FILTER1 = 52 !FILTNAM1 = F160BP15 WF2 CENTRWV 1522 8 FILTER1 = 4 !FILTNAM1 = F160BW WF2 CENTRWV 5853 9 FILTER1 = 5 !FILTNAM1 = F165LP WF2 CENTRWV 1770 10 FILTER1 = 6 !FILTNAM1 = F170W WF2 CENTRWV 1962 11 FILTER1 = 7 !FILTNAM1 = F185W WF2 CENTRWV 2203 12 FILTER1 = 8 !FILTNAM1 = F218W WF2 CENTRWV 2599 13 FILTER1 = 9 !FILTNAM1 = F255W WF2 CENTRWV 2987 14 FILTER1 = 10 !FILTNAM1 = F300W WF2 CENTRWV 3344 15 FILTER1 = 11 !FILTNAM1 = F336W WF2 CENTRWV 3427 16 FILTER1 = 12 !FILTNAM1 = F343N WF2 CENTRWV 3732 17 FILTER1 = 13 !FILTNAM1 = F375N WF2 CENTRWV 3983 18 FILTER1 = 14 !FILTNAM1 = F380W WF2 CENTRWV 3888 19 FILTER1 = 15 !FILTNAM1 = F390N WF2 CENTRWV 4088 20 FILTER1 = 16 !FILTNAM1 = F410M WF2 CENTRWV 4369 21 FILTER1 = 17 !FILTNAM1 = F437N WF2 CENTRWV 4311 22 FILTER1 = 18 !FILTNAM1 = F439W WF2 CENTRWV 4556 23 FILTER1 = 19 !FILTNAM1 = F450W WF2 CENTRWV 4670 24 FILTER1 = 20 !FILTNAM1 = F467M WF2 CENTRWV 4694 25 FILTER1 = 21 !FILTNAM1 = F469N WF2 CENTRWV 4865 26 FILTER1 = 22 !FILTNAM1 = F487N WF2 CENTRWV 5012 27 FILTER1 = 23 !FILTNAM1 = F502N WF2 CENTRWV 5483 28 FILTER1 = 24 !FILTNAM1 = F547M WF2 CENTRWV 5439 29 FILTER1 = 25 !FILTNAM1 = F555W WF2 CENTRWV 5642 30 FILTER1 = 26 !FILTNAM1 = F569W WF2 CENTRWV 5894 31 FILTER1 = 27 !FILTNAM1 = F588N WF2 CENTRWV 5997 32 FILTER1 = 28 !FILTNAM1 = F606W WF2 CENTRWV 6186 33 FILTER1 = 29 !FILTNAM1 = F622W WF2 CENTRWV 6306 34 FILTER1 = 30 !FILTNAM1 = F631N WF2 CENTRWV 6564 35 FILTER1 = 31 !FILTNAM1 = F656N WF2 CENTRWV 6591 36 FILTER1 = 32 !FILTNAM1 = F658N WF2 CENTRWV 6732 37 FILTER1 = 33 !FILTNAM1 = F673N WF2 CENTRWV 6717 38 FILTER1 = 34 !FILTNAM1 = F675W WF2 CENTRWV 6919 39 FILTER1 = 35 !FILTNAM1 = F702W WF2 CENTRWV 8707 40 FILTER1 = 36 !FILTNAM1 = F785LP WF2 CENTRWV 7881 41 FILTER1 = 37 !FILTNAM1 = F791W WF2 CENTRWV 8012 42 FILTER1 = 38 !FILTNAM1 = F814W WF2 CENTRWV 9129 43 FILTER1 = 39 !FILTNAM1 = F850LP WF2 CENTRWV 9545 44 FILTER1 = 40 !FILTNAM1 = F953N WF2 CENTRWV 10228 45 FILTER1 = 41 !FILTNAM1 = F1042M WF2 CENTRWV 3913 46 FILTER1 = 42 !FILTNAM1 = FQUVN WF2 CENTRWV 3765 47 FILTER1 = 56 !FILTNAM1 = FQUVN33 WF2 CENTRWV 7279 48 FILTER1 = 43 !FILTNAM1 = FQCH4N WF2 CENTRWV 6199 49 FILTER1 = 57 !FILTNAM1 = FQCH4N33 WF2 CENTRWV 6199 50 FILTER1 = 58 !FILTNAM1 = FQCH4N15 WF2 CENTRWV 8930 51 FILTER1 = 59 !FILTNAM1 = FQCH4P15 WF2 CENTRWV -1 52 FILTER1 = 48 !FILTNAM1 = POLQ WF2 CENTRWV -1 53 FILTER1 = 53 !FILTNAM1 = POLQN33 WF2 CENTRWV -1 54 FILTER1 = 41 !FILTNAM1 = LRF WF2 CENTRWV 4200 55 FILTER1 = 44 !FILTNAM1 = FR418N WF2 CENTRWV 4200 56 FILTER1 = 60 !FILTNAM1 = FR418N33 WF2 CENTRWV 4200 57 FILTER1 = 61 !FILTNAM1 = FR418N18 WF2 CENTRWV 5400 58 FILTER1 = 45 !FILTNAM1 = FR533N WF2 CENTRWV 5400 59 FILTER1 = 62 !FILTNAM1 = FR533N33 WF2 CENTRWV 5400 60 FILTER1 = 63 !FILTNAM1 = FR533N18 WF2 CENTRWV 6800 61 FILTER1 = 46 !FILTNAM1 = FR680N WF2 CENTRWV 6800 62 FILTER1 = 64 !FILTNAM1 = FR680N33 WF2 CENTRWV 6800 63 FILTER1 = 65 !FILTNAM1 = FR680N18 WF2 CENTRWV 8700 64 FILTER1 = 47 !FILTNAM1 = FR868N WF2 CENTRWV 8700 65 FILTER1 = 66 !FILTNAM1 = FR868N33 WF2 CENTRWV 8700 66 FILTER1 = 67 !FILTNAM1 = FR868N18 WF2 CENTRWV 4200 67 FILTER1 = 68 !FILTNAM1 = FR418P15 WF2 CENTRWV 5400 68 FILTER1 = 69 !FILTNAM1 = FR533P15 WF2 CENTRWV 6800 69 FILTER1 = 70 !FILTNAM1 = FR680P15 WF2 CENTRWV 8700 71 FILTER1 = 71 !FILTNAM1 = FR868P15 ! WF2 BANDWID 239 1 FILTER1 = 1 !FILTNAM1 = F122M WF2 BANDWID 4755 2 FILTER1 = 2 !FILTNAM1 = F130LP WF2 BANDWID 483 3 FILTER1 = 3 !FILTNAM1 = F160AW WF2 BANDWID 483 4 FILTER1 = 49 !FILTNAM1 = F160AN15 WF2 BANDWID 483 5 FILTER1 = 50 !FILTNAM1 = F160AP15 WF2 BANDWID 483 6 FILTER1 = 51 !FILTNAM1 = F160BN15 WF2 BANDWID 483 7 FILTER1 = 52 !FILTNAM1 = F160BP15 WF2 BANDWID 449 8 FILTER1 = 4 !FILTNAM1 = F160BW WF2 BANDWID 4529 9 FILTER1 = 5 !FILTNAM1 = F165LP WF2 BANDWID 545 10 FILTER1 = 6 !FILTNAM1 = F170W WF2 BANDWID 334 11 FILTER1 = 7 !FILTNAM1 = F185W WF2 BANDWID 395 12 FILTER1 = 8 !FILTNAM1 = F218W WF2 BANDWID 395 13 FILTER1 = 9 !FILTNAM1 = F255W WF2 BANDWID 740 14 FILTER1 = 10 !FILTNAM1 = F300W WF2 BANDWID 374 15 FILTER1 = 11 !FILTNAM1 = F336W WF2 BANDWID 24 16 FILTER1 = 12 !FILTNAM1 = F343N WF2 BANDWID 24 17 FILTER1 = 13 !FILTNAM1 = F375N WF2 BANDWID 682 18 FILTER1 = 14 !FILTNAM1 = F380W WF2 BANDWID 45 19 FILTER1 = 15 !FILTNAM1 = F390N WF2 BANDWID 147 20 FILTER1 = 16 !FILTNAM1 = F410M WF2 BANDWID 25 21 FILTER1 = 17 !FILTNAM1 = F437N WF2 BANDWID 473 22 FILTER1 = 18 !FILTNAM1 = F439W WF2 BANDWID 951 23 FILTER1 = 19 !FILTNAM1 = F450W WF2 BANDWID 167 24 FILTER1 = 20 !FILTNAM1 = F467M WF2 BANDWID 25 25 FILTER1 = 21 !FILTNAM1 = F469N WF2 BANDWID 26 26 FILTER1 = 22 !FILTNAM1 = F487N WF2 BANDWID 27 27 FILTER1 = 23 !FILTNAM1 = F502N WF2 BANDWID 483 28 FILTER1 = 24 !FILTNAM1 = F547M WF2 BANDWID 1228 29 FILTER1 = 25 !FILTNAM1 = F555W WF2 BANDWID 966 30 FILTER1 = 26 !FILTNAM1 = F569W WF2 BANDWID 49 31 FILTER1 = 27 !FILTNAM1 = F588N WF2 BANDWID 1502 32 FILTER1 = 28 !FILTNAM1 = F606W WF2 BANDWID 917 33 FILTER1 = 29 !FILTNAM1 = F622W WF2 BANDWID 31 34 FILTER1 = 30 !FILTNAM1 = F631N WF2 BANDWID 22 35 FILTER1 = 31 !FILTNAM1 = F656N WF2 BANDWID 29 36 FILTER1 = 32 !FILTNAM1 = F658N WF2 BANDWID 47 37 FILTER1 = 33 !FILTNAM1 = F673N WF2 BANDWID 867 38 FILTER1 = 34 !FILTNAM1 = F675W WF2 BANDWID 1385 39 FILTER1 = 35 !FILTNAM1 = F702W WF2 BANDWID 1381 40 FILTER1 = 36 !FILTNAM1 = F785LP WF2 BANDWID 1231 41 FILTER1 = 37 !FILTNAM1 = F791W WF2 BANDWID 1539 42 FILTER1 = 38 !FILTNAM1 = F814W WF2 BANDWID 1038 43 FILTER1 = 39 !FILTNAM1 = F850LP WF2 BANDWID 53 44 FILTER1 = 40 !FILTNAM1 = F953N WF2 BANDWID 449 45 FILTER1 = 41 !FILTNAM1 = F1042M WF2 BANDWID 60 46 FILTER1 = 42 !FILTNAM1 = FQUVN WF2 BANDWID 73 47 FILTER1 = 56 !FILTNAM1 = FQUVN33 WF2 BANDWID 38 48 FILTER1 = 43 !FILTNAM1 = FQCH4N WF2 BANDWID 34 49 FILTER1 = 57 !FILTNAM1 = FQCH4N33 WF2 BANDWID 34 50 FILTER1 = 58 !FILTNAM1 = FQCH4N15 WF2 BANDWID 55 51 FILTER1 = 59 !FILTNAM1 = FQCH4P15 WF2 BANDWID -1 52 FILTER1 = 48 !FILTNAM1 = POLQ WF2 BANDWID -1 53 FILTER1 = 53 !FILTNAM1 = POLQN33 WF2 BANDWID -1 54 FILTER1 = 41 !FILTNAM1 = LRF WF2 BANDWID 40 55 FILTER1 = 44 !FILTNAM1 = FR418N WF2 BANDWID 40 56 FILTER1 = 60 !FILTNAM1 = FR418N33 WF2 BANDWID 40 57 FILTER1 = 61 !FILTNAM1 = FR418N18 WF2 BANDWID 55 58 FILTER1 = 45 !FILTNAM1 = FR533N WF2 BANDWID 55 59 FILTER1 = 62 !FILTNAM1 = FR533N33 WF2 BANDWID 55 60 FILTER1 = 63 !FILTNAM1 = FR533N18 WF2 BANDWID 70 61 FILTER1 = 46 !FILTNAM1 = FR680N WF2 BANDWID 70 62 FILTER1 = 64 !FILTNAM1 = FR680N33 WF2 BANDWID 70 63 FILTER1 = 65 !FILTNAM1 = FR680N18 WF2 BANDWID 90 64 FILTER1 = 47 !FILTNAM1 = FR868N WF2 BANDWID 90 65 FILTER1 = 66 !FILTNAM1 = FR868N33 WF2 BANDWID 90 66 FILTER1 = 67 !FILTNAM1 = FR868N18 WF2 BANDWID 40 67 FILTER1 = 68 !FILTNAM1 = FR418P15 WF2 BANDWID 55 68 FILTER1 = 69 !FILTNAM1 = FR533P15 WF2 BANDWID 70 69 FILTER1 = 70 !FILTNAM1 = FR680P15 WF2 BANDWID 90 71 FILTER1 = 71 !FILTNAM1 = FR868P15 ! ! ! WFPC-2 Calibration switch settings ! W2S MASKCORR PERFORM 1 T = T W2S ATODCORR PERFORM 1 T = T ! ! PR 63007,63502 W2S FLATCORR PERFORM 1 IMAGETYP = EXT W2S FLATCORR OMIT 2 T = T ! W2S DOPHOTOM PERFORM 1 IMAGETYP = EXT W2S DOPHOTOM OMIT 2 T = T ! W2S BLEVCORR OMIT 1 IMAGETYP = BIAS W2S BLEVCORR PERFORM 2 T = T ! W2S BIASCORR OMIT 1 IMAGETYP = BIAS W2S BIASCORR PERFORM 2 T = T ! W2S SHADCORR OMIT 1 IMAGETYP = DARK W2S SHADCORR OMIT 2 IMAGETYP = BIAS W2S SHADCORR OMIT 3 IMAGETYP = IFLAT W2S SHADCORR OMIT 4 IMAGETYP = KSPOT W2S SHADCORR OMIT 5 EXPTIME > 10.0 W2S SHADCORR PERFORM 6 T = T ! W2S DARKCORR OMIT 1 IMAGETYP = DARK W2S DARKCORR OMIT 2 IMAGETYP = BIAS W2S DARKCORR PERFORM 3 DARKTIME > 10.0 W2S DARKCORR OMIT 4 T = T ! ! PR 63007,63502 W2S DRIZCORR PERFORM 1 IMAGETYP = EXT W2S DRIZCORR OMIT 2 T = T ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- ! WF2 UTCO1 {UUTCO1} 1 T = T WF2 UTCO2 {UUTCO2} 1 T = T WF2 SPCLINCN {USPCLINC} 1 T = T WF2 DCFOBSN {UDCFOBSN} 1 T = T ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- ! WF2 SS_MODE {S_MODE} 1 T = T WF2 TARGTYPE {S_TARG} 1 T = T WF2 SS_FILT1 {S_FILT1} 1 T = T WF2 SS_FILT2 {S_FILT2} 1 T = T WF2 SS_ATOD 15.00 1 T_ATOD = ROBAY3 WF2 SS_ATOD 7.00 2 T = T ! ! turn off calibration for WF2 filter-test proposals (pr 58620), ! and turned back ON (by commenting out) under PR 63748 !WF2 CALIBRAT F 1 PROPOSID = 11036 !WF2 CALIBRAT F 2 PROPOSID = 11327 ! ! PR 48248 New 2 Filter keyword rules ! Note: -1 used in place of NULL to indicate no good value availalble. ! Otherwise NULL causes 0.0 to be the value. WF2 CENTRWV -1 1 FILTER1 = 41 ! F1042M WF2 CENTRWV -1 1 FILTER2 = 17 ! F437N WF2 CENTRWV -1 2 FILTER1 = 17 ! F437N WF2 CENTRWV -1 2 FILTER2 = 41 ! F1042M WF2 CENTRWV 1434 3 FILTER1 = 1 ! F122M WF2 CENTRWV 1434 3 FILTER2 = 2 ! F130LP WF2 CENTRWV 1434 4 FILTER1 = 2 ! F130LP WF2 CENTRWV 1434 4 FILTER2 = 1 ! F122M WF2 CENTRWV 4369 5 FILTER1 = 1 ! F122M WF2 CENTRWV 4369 5 FILTER2 = 17 ! F437N WF2 CENTRWV 4369 6 FILTER1 = 17 ! F437N WF2 CENTRWV 4369 6 FILTER2 = 1 ! F122M WF2 CENTRWV 4285 7 FILTER1 = 1 ! F122M WF2 CENTRWV 4285 7 FILTER2 = 18 ! F439W WF2 CENTRWV 4285 8 FILTER1 = 18 ! F439W WF2 CENTRWV 4285 8 FILTER2 = 1 ! F122M WF2 CENTRWV 4458 9 FILTER1 = 1 ! F122M WF2 CENTRWV 4458 9 FILTER2 = 19 ! F450W WF2 CENTRWV 4458 10 FILTER1 = 19 ! F450W WF2 CENTRWV 4458 10 FILTER2 = 1 ! F122M WF2 CENTRWV 4865 11 FILTER1 = 1 ! F122M WF2 CENTRWV 4865 11 FILTER2 = 22 ! F487N WF2 CENTRWV 4865 12 FILTER1 = 22 ! F487N WF2 CENTRWV 4865 12 FILTER2 = 1 ! F122M WF2 CENTRWV 5361 13 FILTER1 = 1 ! F122M WF2 CENTRWV 5361 13 FILTER2 = 25 ! F555W WF2 CENTRWV 5361 14 FILTER1 = 25 ! F555W WF2 CENTRWV 5361 14 FILTER2 = 1 ! F122M WF2 CENTRWV 5940 15 FILTER1 = 1 ! F122M WF2 CENTRWV 5940 15 FILTER2 = 28 ! F606W WF2 CENTRWV 5940 16 FILTER1 = 28 ! F606W WF2 CENTRWV 5940 16 FILTER2 = 1 ! F122M WF2 CENTRWV 6174 17 FILTER1 = 1 ! F122M WF2 CENTRWV 6174 17 FILTER2 = 29 ! F622W WF2 CENTRWV 6174 18 FILTER1 = 29 ! F622W WF2 CENTRWV 6174 18 FILTER2 = 1 ! F122M WF2 CENTRWV 6591 19 FILTER1 = 1 ! F122M WF2 CENTRWV 6591 19 FILTER2 = 32 ! F658N WF2 CENTRWV 6591 20 FILTER1 = 32 ! F658N WF2 CENTRWV 6591 20 FILTER2 = 1 ! F122M WF2 CENTRWV 6736 21 FILTER1 = 1 ! F122M WF2 CENTRWV 6736 21 FILTER2 = 34 ! F675W WF2 CENTRWV 6736 22 FILTER1 = 34 ! F675W WF2 CENTRWV 6736 22 FILTER2 = 1 ! F122M WF2 CENTRWV 8335 23 FILTER1 = 1 ! F122M WF2 CENTRWV 8335 23 FILTER2 = 38 ! F814W WF2 CENTRWV 8335 24 FILTER1 = 38 ! F814W WF2 CENTRWV 8335 24 FILTER2 = 1 ! F122M WF2 CENTRWV 1550 25 FILTER1 = 2 ! F130LP WF2 CENTRWV 1550 25 FILTER2 = 4 ! F160BW WF2 CENTRWV 1550 26 FILTER1 = 4 ! F160BW WF2 CENTRWV 1550 26 FILTER2 = 2 ! F130LP WF2 CENTRWV -1 27 FILTER1 = 3 ! F160AW WF2 CENTRWV -1 27 FILTER2 = 1 ! F122M WF2 CENTRWV -1 28 FILTER1 = 1 ! F122M WF2 CENTRWV -1 28 FILTER2 = 3 ! F160AW WF2 CENTRWV 1817 29 FILTER1 = 4 ! F160BW WF2 CENTRWV 1817 29 FILTER2 = 5 ! F165LP WF2 CENTRWV 1817 30 FILTER1 = 5 ! F165LP WF2 CENTRWV 1817 30 FILTER2 = 4 ! F160BW WF2 CENTRWV 1817 31 FILTER1 = 51 ! F160BN15 WF2 CENTRWV 1817 31 FILTER2 = 5 ! F165LP WF2 CENTRWV 1817 32 FILTER1 = 5 ! F165LP WF2 CENTRWV 1817 32 FILTER2 = 51 ! F160BN15 WF2 CENTRWV 1841 33 FILTER1 = 4 ! F160BW WF2 CENTRWV 1841 33 FILTER2 = 7 ! F185W WF2 CENTRWV 1841 34 FILTER1 = 7 ! F185W WF2 CENTRWV 1841 34 FILTER2 = 4 ! F160BW WF2 CENTRWV -1 35 FILTER1 = 4 ! F160BW WF2 CENTRWV -1 35 FILTER2 = 19 ! F450W WF2 CENTRWV -1 36 FILTER1 = 19 ! F450W WF2 CENTRWV -1 36 FILTER2 = 4 ! F160BW WF2 CENTRWV -1 37 FILTER1 = 4 ! F160BW WF2 CENTRWV -1 37 FILTER2 = 28 ! F606W WF2 CENTRWV -1 38 FILTER1 = 28 ! F606W WF2 CENTRWV -1 38 FILTER2 = 4 ! F160BW WF2 CENTRWV -1 39 FILTER1 = 4 ! F160BW WF2 CENTRWV -1 39 FILTER2 = 38 ! F814W WF2 CENTRWV -1 40 FILTER1 = 38 ! F814W WF2 CENTRWV -1 40 FILTER2 = 4 ! F160BW WF2 CENTRWV -1 41 FILTER1 = 6 ! F170W WF2 CENTRWV -1 41 FILTER2 = 19 ! F450W WF2 CENTRWV -1 42 FILTER1 = 19 ! F450W WF2 CENTRWV -1 42 FILTER2 = 6 ! F170W WF2 CENTRWV -1 43 FILTER1 = 6 ! F170W WF2 CENTRWV -1 43 FILTER2 = 28 ! F606W WF2 CENTRWV -1 44 FILTER1 = 28 ! F606W WF2 CENTRWV -1 44 FILTER2 = 6 ! F170W WF2 CENTRWV -1 45 FILTER1 = 6 ! F170W WF2 CENTRWV -1 45 FILTER2 = 38 ! F814W WF2 CENTRWV -1 46 FILTER1 = 38 ! F814W WF2 CENTRWV -1 46 FILTER2 = 6 ! F170W WF2 CENTRWV -1 47 FILTER1 = 7 ! F185W WF2 CENTRWV -1 47 FILTER2 = 19 ! F450W WF2 CENTRWV -1 48 FILTER1 = 19 ! F450W WF2 CENTRWV -1 48 FILTER2 = 7 ! F185W WF2 CENTRWV -1 49 FILTER1 = 7 ! F185W WF2 CENTRWV -1 49 FILTER2 = 28 ! F606W WF2 CENTRWV -1 50 FILTER1 = 28 ! F606W WF2 CENTRWV -1 50 FILTER2 = 7 ! F185W WF2 CENTRWV -1 51 FILTER1 = 7 ! F185W WF2 CENTRWV -1 51 FILTER2 = 38 ! F814W WF2 CENTRWV -1 52 FILTER1 = 38 ! F814W WF2 CENTRWV -1 52 FILTER2 = 7 ! F185W WF2 CENTRWV -1 53 FILTER1 = 8 ! F218W WF2 CENTRWV -1 53 FILTER2 = 19 ! F450W WF2 CENTRWV -1 54 FILTER1 = 19 ! F450W WF2 CENTRWV -1 54 FILTER2 = 8 ! F218W WF2 CENTRWV -1 55 FILTER1 = 8 ! F218W WF2 CENTRWV -1 55 FILTER2 = 28 ! F606W WF2 CENTRWV -1 56 FILTER1 = 28 ! F606W WF2 CENTRWV -1 56 FILTER2 = 8 ! F218W WF2 CENTRWV -1 57 FILTER1 = 8 ! F218W WF2 CENTRWV -1 57 FILTER2 = 38 ! F814W WF2 CENTRWV -1 58 FILTER1 = 38 ! F814W WF2 CENTRWV -1 58 FILTER2 = 8 ! F218W WF2 CENTRWV -1 59 FILTER1 = 9 ! F255W WF2 CENTRWV -1 59 FILTER2 = 19 ! F450W WF2 CENTRWV -1 60 FILTER1 = 19 ! F450W WF2 CENTRWV -1 60 FILTER2 = 9 ! F255W WF2 CENTRWV -1 61 FILTER1 = 9 ! F255W WF2 CENTRWV -1 61 FILTER2 = 28 ! F606W WF2 CENTRWV -1 62 FILTER1 = 28 ! F606W WF2 CENTRWV -1 62 FILTER2 = 9 ! F255W WF2 CENTRWV -1 63 FILTER1 = 9 ! F255W WF2 CENTRWV -1 63 FILTER2 = 38 ! F814W WF2 CENTRWV -1 64 FILTER1 = 38 ! F814W WF2 CENTRWV -1 64 FILTER2 = 9 ! 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FR533N WF2 BANDWID 49 276 FILTER1 = 45 ! FR533N WF2 BANDWID 49 276 FILTER2 = 27 ! F588N WF2 BANDWID 49 277 FILTER1 = 27 ! F588N WF2 BANDWID 49 277 FILTER2 = 63 ! FR533N18 WF2 BANDWID 49 278 FILTER1 = 63 ! FR533N18 WF2 BANDWID 49 278 FILTER2 = 27 ! F588N WF2 BANDWID 49 279 FILTER1 = 27 ! F588N WF2 BANDWID 49 279 FILTER2 = 62 ! FR533N33 WF2 BANDWID 49 280 FILTER1 = 62 ! FR533N33 WF2 BANDWID 49 280 FILTER2 = 27 ! F588N WF2 BANDWID 49 281 FILTER1 = 27 ! F588N WF2 BANDWID 49 281 FILTER2 = 69 ! FR533P15 WF2 BANDWID 49 282 FILTER1 = 69 ! FR533P15 WF2 BANDWID 49 282 FILTER2 = 27 ! F588N WF2 BANDWID 31 283 FILTER1 = 30 ! F631N WF2 BANDWID 31 283 FILTER2 = 46 ! FR680N WF2 BANDWID 31 284 FILTER1 = 46 ! FR680N WF2 BANDWID 31 284 FILTER2 = 30 ! F631N WF2 BANDWID 31 285 FILTER1 = 30 ! F631N WF2 BANDWID 31 285 FILTER2 = 65 ! FR680N18 WF2 BANDWID 31 286 FILTER1 = 65 ! FR680N18 WF2 BANDWID 31 286 FILTER2 = 30 ! F631N WF2 BANDWID 31 287 FILTER1 = 30 ! F631N WF2 BANDWID 31 287 FILTER2 = 64 ! FR680N33 WF2 BANDWID 31 288 FILTER1 = 64 ! FR680N33 WF2 BANDWID 31 288 FILTER2 = 30 ! F631N WF2 BANDWID 31 289 FILTER1 = 30 ! F631N WF2 BANDWID 31 289 FILTER2 = 70 ! FR680P15 WF2 BANDWID 31 290 FILTER1 = 70 ! FR680P15 WF2 BANDWID 31 290 FILTER2 = 30 ! F631N WF2 BANDWID 22 291 FILTER1 = 31 ! F656N WF2 BANDWID 22 291 FILTER2 = 46 ! FR680N WF2 BANDWID 22 292 FILTER1 = 46 ! FR680N WF2 BANDWID 22 292 FILTER2 = 31 ! F656N WF2 BANDWID 22 293 FILTER1 = 31 ! F656N WF2 BANDWID 22 293 FILTER2 = 65 ! FR680N18 WF2 BANDWID 22 294 FILTER1 = 65 ! FR680N18 WF2 BANDWID 22 294 FILTER2 = 31 ! F656N WF2 BANDWID 22 295 FILTER1 = 31 ! F656N WF2 BANDWID 22 295 FILTER2 = 64 ! FR680N33 WF2 BANDWID 22 296 FILTER1 = 64 ! FR680N33 WF2 BANDWID 22 296 FILTER2 = 31 ! F656N WF2 BANDWID 22 297 FILTER1 = 31 ! F656N WF2 BANDWID 22 297 FILTER2 = 70 ! FR680P15 WF2 BANDWID 22 298 FILTER1 = 70 ! FR680P15 WF2 BANDWID 22 298 FILTER2 = 31 ! F656N WF2 BANDWID 29 299 FILTER1 = 32 ! F658N WF2 BANDWID 29 299 FILTER2 = 46 ! FR680N WF2 BANDWID 29 300 FILTER1 = 46 ! FR680N WF2 BANDWID 29 300 FILTER2 = 32 ! F658N WF2 BANDWID 29 301 FILTER1 = 32 ! F658N WF2 BANDWID 29 301 FILTER2 = 65 ! FR680N18 WF2 BANDWID 29 302 FILTER1 = 65 ! FR680N18 WF2 BANDWID 29 302 FILTER2 = 32 ! F658N WF2 BANDWID 29 303 FILTER1 = 32 ! F658N WF2 BANDWID 29 303 FILTER2 = 64 ! FR680N33 WF2 BANDWID 29 304 FILTER1 = 64 ! FR680N33 WF2 BANDWID 29 304 FILTER2 = 32 ! F658N WF2 BANDWID 29 305 FILTER1 = 32 ! F658N WF2 BANDWID 29 305 FILTER2 = 70 ! FR680P15 WF2 BANDWID 29 306 FILTER1 = 70 ! FR680P15 WF2 BANDWID 29 306 FILTER2 = 32 ! F658N WF2 BANDWID 47 307 FILTER1 = 33 ! F673N WF2 BANDWID 47 307 FILTER2 = 46 ! FR680N WF2 BANDWID 47 308 FILTER1 = 46 ! FR680N WF2 BANDWID 47 308 FILTER2 = 33 ! F673N WF2 BANDWID 47 309 FILTER1 = 33 ! F673N WF2 BANDWID 47 309 FILTER2 = 65 ! FR680N18 WF2 BANDWID 47 310 FILTER1 = 65 ! FR680N18 WF2 BANDWID 47 310 FILTER2 = 33 ! F673N WF2 BANDWID 47 311 FILTER1 = 33 ! F673N WF2 BANDWID 47 311 FILTER2 = 64 ! FR680N33 WF2 BANDWID 47 312 FILTER1 = 64 ! FR680N33 WF2 BANDWID 47 312 FILTER2 = 33 ! F673N WF2 BANDWID 47 313 FILTER1 = 33 ! F673N WF2 BANDWID 47 313 FILTER2 = 70 ! FR680P15 WF2 BANDWID 47 314 FILTER1 = 70 ! FR680P15 WF2 BANDWID 47 314 FILTER2 = 33 ! F673N WF2 BANDWID 53 315 FILTER1 = 40 ! F953N WF2 BANDWID 53 315 FILTER2 = 47 ! FR868N WF2 BANDWID 53 316 FILTER1 = 47 ! FR868N WF2 BANDWID 53 316 FILTER2 = 40 ! F953N WF2 BANDWID 53 317 FILTER1 = 40 ! F953N WF2 BANDWID 53 317 FILTER2 = 67 ! FR868N18 WF2 BANDWID 53 318 FILTER1 = 67 ! FR868N18 WF2 BANDWID 53 318 FILTER2 = 40 ! F953N WF2 BANDWID 53 319 FILTER1 = 40 ! F953N WF2 BANDWID 53 319 FILTER2 = 66 ! FR868N33 WF2 BANDWID 53 320 FILTER1 = 66 ! FR868N33 WF2 BANDWID 53 320 FILTER2 = 40 ! F953N WF2 BANDWID 53 321 FILTER1 = 40 ! F953N WF2 BANDWID 53 321 FILTER2 = 71 ! FR868P15 WF2 BANDWID 53 322 FILTER1 = 71 ! FR868P15 WF2 BANDWID 53 322 FILTER2 = 40 ! F953N !----------------------------------------------------------------------------- ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- ! FC2 T_LED ERROR 1 NC1LEDSL = BLANK FC2 T_LED ERROR 1 NC2LEDSL = BLANK FC2 T_LED {NC1LEDSL} 2 NC1LEDSL != BLANK FC2 T_LED {NC2LEDSL} 3 NC2LEDSL != BLANK FC2 T_LED ERROR 4 NC1LEDSL != {NC2LEDSL} FC2 T_LED {NC1LEDSL} 5 T = T FC2 T_LEDMO ERROR 1 T_LED = ERROR FC2 T_LEDMO NOTUSED 2 T_LED = None FC2 T_LEDMO NOTUSED 3 T_LED = "LED off" FC2 T_LEDMO ACTIVE 4 T = T ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- ! FC2 DNFORMT 8 1 XNSDS1ST = 1 FC2 DNFORMT 8 1 XXSD1MOD = 1 FC2 DNFORMT 16 2 XNSDS1ST = 1 FC2 DNFORMT 16 2 XXSD1MOD = 0 FC2 DNFORMT 8 3 XNSDS2ST = 1 FC2 DNFORMT 8 3 XXSD2MOD = 1 FC2 DNFORMT 16 4 XNSDS2ST = 1 FC2 DNFORMT 16 4 XXSD2MOD = 0 FC2 DNFORMT -1 5 T = T ! ! FOC wierdness ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- ! FC2 UTCO1 {XUTCO1} 1 T = T FC2 UTCO2 {XUTCO2} 1 T = T FC2 SPCLINCN {XSPCLINC} 1 T = T FC2 DCFOBSN {XDCFOBSN} 1 T = T ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- ! FC2 PXFORMT {T_PXFMT} 1 T = T FC2 OPTCRLY {T_OPRLY} 1 T = T FC2 SHTMODE {T_SHTMO} 1 T = T FC2 SMMMODE {T_SMMMO} 1 T = T FC2 OPTELT1 {T_OPTE1} 1 T = T FC2 OPTELT2 {T_OPTE2} 1 T = T FC2 OPTELT3 {T_OPTE3} 1 T = T FC2 OPTELT4 {T_OPTE4} 1 T = T FC2 SAMPOFF {T_SOFF} 1 T = T FC2 LINEOFF {T_LOFF} 1 T = T FC2 SAMPPLN {T_SAMPS} 1 T = T FC2 LINEPFM {T_LINES} 1 T = T FC2 CAMMODE {T_CAMMO} 1 T = T FC2 LEDMODE {T_LEDMO} 1 T = T ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- ! FCS BACCORR OMIT 1 T = T FCS ITFCORR OMIT 1 T = T FCS SDECORR OMIT 1 T = T FCS GEOCORR PERFORM 1 SHTMODE = NOTUSED FCS GEOCORR OMIT 2 T = T FCS WAVCORR PERFORM 1 SHTMODE = NOTUSED FCS WAVCORR PERFORM 1 SMMMODE = NOTUSED FCS WAVCORR OMIT 2 T = T FCS UNICORR PERFORM 1 SHTMODE = NOTUSED FCS UNICORR PERFORM 1 SMMMODE = NOTUSED FCS UNICORR OMIT 2 T = T FCS PXLCORR PERFORM 1 SHTMODE = NOTUSED FCS PXLCORR PERFORM 1 SMMMODE = NOTUSED FCS PXLCORR PERFORM 1 PXFORMT = ZOOM FCS PXLCORR PERFORM 2 SHTMODE = NOTUSED FCS PXLCORR PERFORM 2 SMMMODE = INBEAM FCS PXLCORR PERFORM 2 PXFORMT = ZOOM FCS PXLCORR PERFORM 3 SHTMODE = INBEAM FCS PXLCORR PERFORM 3 LEDMODE = ACTIVE FCS PXLCORR PERFORM 3 PXFORMT = ZOOM FCS PXLCORR OMIT 4 T = T ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- ! FC2 SS_LINES {S_LINES} 1 T = T FC2 SS_LOFF {S_LOFF} 1 T = T FC2 SS_OPRLY {S_OPRLY} 1 T = T FC2 SS_OPTE1 {S_OPTE1} 1 T = T FC2 SS_OPTE2 {S_OPTE2} 1 T = T FC2 SS_OPTE3 {S_OPTE3} 1 T = T FC2 SS_OPTE4 {S_OPTE4} 1 T = T FC2 SS_PXFMT {S_PXFMT} 1 T = T FC2 SS_SAMPS {S_SAMPS} 1 T = T FC2 SS_SHTMO {S_SHTMO} 1 T = T FC2 SS_SMMMO {S_SMMMO} 1 T = T FC2 SS_SOFF {S_SOFF} 1 T = T FC2 SS_CAMMO {S_CAMMO} 1 T = T FC2 SS_LEDMO {S_LEDMO} 1 T = T ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- ACS DETECTOR SBC 1 DETECTOR = MAMA ACS DETECTOR SBC 2 DETECTOR = invalid ! !pr 45443 ACS CCDOFSTA [0+{WFCOFFA}] 1 DETECTOR = WFC ACS CCDOFSTB [0+{WFCOFFB}] 1 DETECTOR = WFC ACS CCDOFSTC [0+{WFCOFFC}] 1 DETECTOR = WFC ACS CCDOFSTD [0+{WFCOFFD}] 1 DETECTOR = WFC ACS CCDOFSTA [0+{HRCOFFA}] 1 DETECTOR = HRC ACS CCDOFSTB [0+{HRCOFFB}] 1 DETECTOR = HRC ACS CCDOFSTC [0+{HRCOFFC}] 1 DETECTOR = HRC ACS CCDOFSTD [0+{HRCOFFD}] 1 DETECTOR = HRC ! ! PR 54548 ACS OBSTYPE INTERNAL 1 DOORPOS = deploy ACS OBSTYPE CORONAGRAPHIC 2 DOORPOS = coronagr ACS OBSTYPE CORONAGRAPHIC 2 DETECTOR != WFC ACS OBSTYPE SPECTROSCOPIC 3 SPEC_1 = G800L ACS OBSTYPE SPECTROSCOPIC 4 SPEC_2 = PR200L ACS OBSTYPE SPECTROSCOPIC 5 SPEC_3 = PR110L ACS OBSTYPE SPECTROSCOPIC 6 SPEC_3 = PR130L ACS OBSTYPE IMAGING 7 T = T ! ACS OBSMODE {OPMODE} 1 T = T ACS APERTURE {APER_1} 1 T = T ACS POSTARG1 {APEROFFX} 1 T = T ACS POSTARG2 {APEROFFY} 1 T = T ! ACS CCDGAIN {SS_GAIN} 1 T = T ! ! Per PR 84172, test for subarray with YSIZE!=4144 or XSIZE<2068 ! See wcs_acs_group_inputs.cpp for more details. ! For PR 87246, the default (T = T) was added. ACS t_SUBARR T 1 SIZAXIS1 < 4144 ACS t_SUBARR T 2 SIZAXIS2 < 2068 ACS t_SUBARR F 3 T = T ! ACS SUBARRAY T 1 IMGSETUP = subarray ! PR 84172 - New ACS/WFC subarrays may have IMGSETUP = generic even for ! subarrays, so use t_SUBARR instead ACS SUBARRAY T 2 t_SUBARR = T ACS SUBARRAY T 2 DETECTOR = WFC ACS SUBARRAY F 3 T = T ! ACS FILTER1 {SFILTER} 1 DETECTOR = SBC ACS FILTER2 N/A 1 DETECTOR = SBC ! ACS SCLAMP LAMP1 1 LAMP1 = on ACS SCLAMP LAMP2 2 LAMP2 = on ACS SCLAMP LAMP3 3 LAMP3 = on ACS SCLAMP LAMP4 4 LAMP4 = on ACS SCLAMP DEUTLAMP 5 DEUTLAMP = on ACS SCLAMP NONE 6 T = T ! !PR 43439 ACS IMAGETYP FLAT 1 SCLAMP = DEUTLAMP ACS IMAGETYP FLAT 2 SCLAMP = LAMP1 ACS IMAGETYP FLAT 3 SCLAMP = LAMP2 ACS IMAGETYP FLAT 4 SCLAMP = LAMP3 ACS IMAGETYP FLAT 5 SCLAMP = LAMP4 ACS IMAGETYP BIAS 6 SCLAMP = NONE ACS IMAGETYP BIAS 6 TARGNAME = BIAS ACS IMAGETYP DARK 7 SCLAMP = NONE ACS IMAGETYP DARK 7 TARGNAME = DARK ACS IMAGETYP EXT 8 SCLAMP = NONE ACS IMAGETYP EXT 8 TARGNAME != BIAS ACS IMAGETYP EXT 8 TARGNAME != DARK ! ! PR 45426 PR 45534 ACS CCDAMP {CCDOVER} 1 CTEIMAGE = FPR ACS CCDAMP {CCDOVER} 2 CTEIMAGE = EPER ! ! Fix ACS data stuck in Ops 2019.126 ACS CALIBRAT F 1 IMAGETYP = DARK ACS CALIBRAT F 2 IMAGETYP = BIAS ACS CALIBRAT F 3 IMAGETYP = FLAT ACS CALIBRAT F 4 CTEIMAGE = EPER ACS CALIBRAT F 5 CTEIMAGE = FPR ! ! PR 54633 ! Removed redundant rules covered by wildcarded WFC1,2 cases. ! Moved single-amp tests first to address this PR (they should always hold). ! (The CCDCHIP keyword value is also set in GC code for WFC exposures, ! so that seems to override some of these later cases anyway.) ! ACS CCDCHIP 1 1 CCDAMP = A ACS CCDCHIP 1 2 CCDAMP = B ACS CCDCHIP 2 3 CCDAMP = C ACS CCDCHIP 2 4 CCDAMP = D ACS CCDCHIP 1 5 APERTURE = WFC1? ACS CCDCHIP 2 6 APERTURE = WFC2? ACS CCDCHIP 1 7 APERTURE = WFC ACS CCDCHIP 2 8 APERTURE = WFCENTER ACS CCDCHIP 1 9 APERTURE = WFC-FIX ! !PR 73636 !adjust APERTURE for polarizer exposures, but AFTER the ccdchip settings !using the existing APERTURE value were made above ! put WFC1 first because it is more likely used (WFC2 not supported), ! maps both WFC and WFC1 to the WFC1 polarizer apertures ! ACS APERTURE WFC1-POL0UV 1 APERTURE = WFC? ACS APERTURE WFC1-POL0UV 1 FILTER1 = POL0UV ACS APERTURE WFC1-POL0UV 2 APERTURE = WFC? ACS APERTURE WFC1-POL0UV 2 FILTER2 = POL0UV ACS APERTURE WFC1-POL0V 3 APERTURE = WFC? ACS APERTURE WFC1-POL0V 3 FILTER1 = POL0V ACS APERTURE WFC1-POL0V 4 APERTURE = WFC? ACS APERTURE WFC1-POL0V 4 FILTER2 = POL0V ACS APERTURE WFC1-POL120UV 5 APERTURE = WFC? ACS APERTURE WFC1-POL120UV 5 FILTER1 = POL120UV ACS APERTURE WFC1-POL120UV 6 APERTURE = WFC? ACS APERTURE WFC1-POL120UV 6 FILTER2 = POL120UV ACS APERTURE WFC1-POL120V 7 APERTURE = WFC? ACS APERTURE WFC1-POL120V 7 FILTER1 = POL120V ACS APERTURE WFC1-POL120V 8 APERTURE = WFC? ACS APERTURE WFC1-POL120V 8 FILTER2 = POL120V ACS APERTURE WFC1-POL60UV 9 APERTURE = WFC? ACS APERTURE WFC1-POL60UV 9 FILTER1 = POL60UV ACS APERTURE WFC1-POL60UV 10 APERTURE = WFC? ACS APERTURE WFC1-POL60UV 10 FILTER2 = POL60UV ACS APERTURE WFC1-POL60V 11 APERTURE = WFC? ACS APERTURE WFC1-POL60V 11 FILTER1 = POL60V ACS APERTURE WFC1-POL60V 12 APERTURE = WFC? ACS APERTURE WFC1-POL60V 12 FILTER2 = POL60V ! ! 42859 ACS SS_SPLIT 1 1 SS_SPLIT = NO ACS CRSPLIT {SS_SPLIT} 1 T = T ! ! 73636 continued: ! overwrite for WFC2 if ever used in the future (currently not supported) ACS APERTURE WFC2-POL0UV 1 APERTURE = WFC2 ACS APERTURE WFC2-POL0UV 1 FILTER1 = POL0UV ACS APERTURE WFC2-POL0UV 2 APERTURE = WFC2 ACS APERTURE WFC2-POL0UV 2 FILTER2 = POL0UV ACS APERTURE WFC2-POL0V 3 APERTURE = WFC2 ACS APERTURE WFC2-POL0V 3 FILTER1 = POL0V ACS APERTURE WFC2-POL0V 4 APERTURE = WFC2 ACS APERTURE WFC2-POL0V 4 FILTER2 = POL0V ACS APERTURE WFC2-POL120UV 5 APERTURE = WFC2 ACS APERTURE WFC2-POL120UV 5 FILTER1 = POL120UV ACS APERTURE WFC2-POL120UV 6 APERTURE = WFC2 ACS APERTURE WFC2-POL120UV 6 FILTER2 = POL120UV ACS APERTURE WFC2-POL120V 7 APERTURE = WFC2 ACS APERTURE WFC2-POL120V 7 FILTER1 = POL120V ACS APERTURE WFC2-POL120V 8 APERTURE = WFC2 ACS APERTURE WFC2-POL120V 8 FILTER2 = POL120V ACS APERTURE WFC2-POL60UV 9 APERTURE = WFC2 ACS APERTURE WFC2-POL60UV 9 FILTER1 = POL60UV ACS APERTURE WFC2-POL60UV 10 APERTURE = WFC2 ACS APERTURE WFC2-POL60UV 10 FILTER2 = POL60UV ACS APERTURE WFC2-POL60V 11 APERTURE = WFC2 ACS APERTURE WFC2-POL60V 11 FILTER1 = POL60V ACS APERTURE WFC2-POL60V 12 APERTURE = WFC2 ACS APERTURE WFC2-POL60V 12 FILTER2 = POL60V ! ! protect against divide-by-zero ACS GLOBRATE -1 1 DETECTOR = SBC ACS GLOBRATE -1 1 JMGLEVIP < 0.0001 ACS GLOBRATE -1 1 JMGLEVIP > -0.0001 ACS GLOBRATE [{JMEVENTS}/({JMGLEVIP}/1000.0)] 2 DETECTOR = SBC ACS GLOBRATE -1 3 T = T ! ! PR 45670 ACS LTV2 20.0 1 DETECTOR = HRC ACS LTV2 20.0 1 SIZAXIS1 = 1062 ACS LTV2 20.0 1 SIZAXIS2 = 1044 ACS LTV2 20.0 1 CCDAMP = A ACS LTV2 20.0 2 DETECTOR = HRC ACS LTV2 20.0 2 SIZAXIS1 = 1062 ACS LTV2 20.0 2 SIZAXIS2 = 1044 ACS LTV2 20.0 2 CCDAMP = B ! ! PR 77903 fixed by HSTSDP-1736 ! set RAW_LTV values so we can retain the original LTVs, unaffected by CALACS ACS RAW_LTV1 {LTV1} 1 T = T ACS RAW_LTV2 {LTV2} 1 T = T ACS RAW_LTV1(1) {LTV1(1)} 2 T = T ACS RAW_LTV2(1) {LTV2(1)} 2 T = T ! !The following 8 rules correct the NUMROWS=NUMCOLS=0 situation for !the ACE CTE images: OPR.43216 (Note: these numbers may change for WF3) !Changes to this part may require a matching change to wcs_acs_group_inputs.cpp ! ACS NUMROWS 4246 1 IMGSETUP = generic ACS NUMROWS 4246 1 CPRWORDS = 17811970 ACS NUMCOLS 4195 2 IMGSETUP = generic ACS NUMCOLS 4195 2 CPRWORDS = 17811970 ACS NUMROWS 4136 3 IMGSETUP = generic ACS NUMROWS 4136 3 CPRWORDS = 17139584 ACS NUMCOLS 4144 4 IMGSETUP = generic ACS NUMCOLS 4144 4 CPRWORDS = 17139584 ! ACS NUMROWS 1099 5 IMGSETUP = generic ACS NUMROWS 1099 5 CPRWORDS = 1228682 ACS NUMCOLS 1118 6 IMGSETUP = generic ACS NUMCOLS 1118 6 CPRWORDS = 1228682 ACS NUMROWS 1044 7 IMGSETUP = generic ACS NUMROWS 1044 7 CPRWORDS = 1108728 ACS NUMCOLS 1062 8 IMGSETUP = generic ACS NUMCOLS 1062 8 CPRWORDS = 1108728 ! ! if the commanded flash duration is zero, then status = not performed ! ! if the flash aborted and there is a non-zero error code then status = aborted ! (its possible for the abort flag to be set, but the flash actually succeeded, ! in which case the error code is zero) ! ACS FLASHSTA "NOT PERFORMED" 1 JQCFLSUC = Success ACS FLASHSTA "NOT PERFORMED" 1 JQCFABRT = NotAbrtd ACS FLASHSTA "NOT PERFORMED" 1 JQCFDURC = 0 ACS FLASHSTA ABORTED 2 JQCFLSUC = Failure ACS FLASHSTA ABORTED 2 JQCFABRT = Aborted ACS FLASHSTA ABORTED 2 JQCFLERR != 0 ACS FLASHSTA SUCCESSFUL 3 T = T ! ! The JHRESPOS and JWRESPOS values may need adjustment after in-flight ! values are determined. These ranges were from an e-mail from ! George Hartig (fwd to MSwam) recv'd after SMGT (05/07/2001). ! Some tweaks were then made to process the SMGT data. ! ! (the floating point nature of the RESPOS values is ! a trick to get the comparison to occur numerically ! instead of stringwise, since the RESPOS values are ! sometimes in exponential notation and sometimes not) ! ACS SHUTRPOS A 1 DETECTOR = HRC ACS SHUTRPOS A 1 JHRESPOS > 5390.0 ACS SHUTRPOS A 1 JHRESPOS < 5720.0 ACS SHUTRPOS A 2 DETECTOR = HRC ACS SHUTRPOS A 2 JHRESPOS > 38160.0 ACS SHUTRPOS A 2 JHRESPOS < 38480.0 ACS SHUTRPOS B 3 DETECTOR = HRC ACS SHUTRPOS B 3 JHRESPOS > 21760.0 ACS SHUTRPOS B 3 JHRESPOS < 22080.0 ACS SHUTRPOS B 4 DETECTOR = HRC ACS SHUTRPOS B 4 JHRESPOS > 54520.0 ACS SHUTRPOS B 4 JHRESPOS < 54890.0 ACS SHUTRPOS A 5 DETECTOR = WFC ACS SHUTRPOS A 5 JWRESPOS > 9820.0 ACS SHUTRPOS A 5 JWRESPOS < 10200.0 ACS SHUTRPOS A 6 DETECTOR = WFC ACS SHUTRPOS A 6 JWRESPOS > 42590.0 ACS SHUTRPOS A 6 JWRESPOS < 42920.0 ACS SHUTRPOS B 7 DETECTOR = WFC ACS SHUTRPOS B 7 JWRESPOS > 26220.0 ACS SHUTRPOS B 7 JWRESPOS < 26540.0 ACS SHUTRPOS B 8 DETECTOR = WFC ACS SHUTRPOS B 8 JWRESPOS > 58990.0 ACS SHUTRPOS B 8 JWRESPOS < 59310.0 ACS SHUTRPOS N/A 9 T = T ! ! ! ACS Calibration switch settings ! !!------------------------------------------------------------- !! HSTSDP-1032 change: only toggle SHUTRPOS if shutter has been !! opened an odd number of times (and CCDSETUP=normal). This information !! is determined in GCJ_exptime_pkg AFTER keyword rules have been !! applied. Therefore, the toggle is now done in the code. The !! comments about previous t_FLASH rules implied they were only here !! as a separator, therefore, they are no longer needed. !!------------------------------------------------------------- ! ! PR 86722 if date-obs > 2015-01-15 20:49:12: SINKCOR = PERFORM ! else: SINKCOR = OMIT ! t_EXPDATE only has YYYYDDD, so create t_EXPDATE2 that ! does have a decimal part for the HHMMSS part. ! LES Thinks ALL t_EXPDATE could have been updated to include times but ! testing would have been more involved. RS concerned w/> vs >=. ACS t_EXPHOUR {PSTRTIME(9:12)} 1 T = T ACS t_EXPMIN {PSTRTIME(12:15)} 1 T = T ACS t_EXPSEC {PSTRTIME(15:)} 1 T = T ACS t_EXPTIME [1.0*{t_EXPHOUR}+1.0*{t_EXPMIN}/60+1.0*{t_EXPSEC}/3600] 1 T = T ACS t_EXPDATE2 [{t_EXPDATE}+1.0*{t_EXPTIME}/24] 1 T = T ! ! The post-flash calibration step can be omitted when the post flash was ! not done, and also for post-flash calibration data ! ! ! PR 44871, 55038 ! PR 78971 updated with rules to PERFORM in one case ! PR 84989 DARKS failing in Ops due to special usage ASW FLSHCORR PERFORM 1 t_EXPDATE > 2012001.0 ! Jan 01 2012 ASW FLSHCORR PERFORM 1 DETECTOR = WFC ASW FLSHCORR PERFORM 1 FLASHDUR > 0.0 ASW FLSHCORR PERFORM 1 FLASHSTA = SUCCESSFUL ASW FLSHCORR PERFORM 1 FLASHCUR = LOW ASW FLSHCORR OMIT 2 T = T ! ! PR 45426,61631,68298 ASW DQICORR OMIT 1 OBSMODE = ACQ ASW DQICORR OMIT 2 DETECTOR = SBC ASW DQICORR OMIT 2 OBSTYPE != INTERNAL ASW DQICORR OMIT 2 FILTER1 = BLOCK? ASW DQICORR PERFORM 3 T = T ! ! PR 44855 ASW ATODCORR OMIT 1 T = T ! ! PR 44855,68298 ASW BLEVCORR OMIT 1 TARGNAME = BIAS ASW BLEVCORR OMIT 2 CTEIMAGE = EPER ASW BLEVCORR OMIT 3 CTEIMAGE = FPR ASW BLEVCORR {DQICORR} 4 T = T ! ASW BIASCORR OMIT 1 TARGNAME = BIAS ASW BIASCORR OMIT 2 CTEIMAGE = EPER ASW BIASCORR OMIT 3 CTEIMAGE = FPR ASW BIASCORR {DQICORR} 4 T = T ! ! PR 86722: SINKCORR reference file will only exist for any ! data taken since 2015-01-15 20:49:12 (science records for ACS exist this day before this time) ASW SINKCORR OMIT 1 t_EXPDATE2 < 2015015.8675 ! Jan 15 2015 20:49:12 ASW SINKCORR {BLEVCORR} 2 DETECTOR = WFC ASW SINKCORR {BLEVCORR} 2 T = T ASW SINKCORR OMIT 3 T = T ! ! ! omit the dark correction for true darks (flash duration = 0) ! ! PR 44949 correct syntax for FLASHDUR comparison ! HSTSDP-97 do not DARKCORR correct DARKS ASW DARKCORR OMIT 1 TARGNAME = DARK ASW DARKCORR {BIASCORR} 2 T = T ! ! ! omit the shadow correction for post-flash calibration data ! PR 44855 ASW SHADCORR OMIT 1 T = T ! ! PR 45426 ACS NRPTEXP {SS_RPT} 1 T = T ASW RPTCORR PERFORM 1 NRPTEXP > 1 ASW RPTCORR OMIT 2 TARGNAME = BIAS ASW RPTCORR OMIT 3 TARGNAME = DARK ASW RPTCORR OMIT 4 T = T ! ! PR 46357 add defaults so that BESTSWITCH will work properly ! since SPEC_1,SPEC_2 are not defined in the archive catalog for ACS ASW SPEC_1 {FILTER1} 1 SPEC_1 = BLANK ASW SPEC_2 {FILTER2} 1 SPEC_2 = BLANK ! ! PR 45142 ! PR 46256 ! PR 46581 FILTERn changed to SPEC_n (dgx) FILTERn not reliable for HRC ! PR 47720 FLATCORR set to PERFORM for G800L ASW FLATCORR OMIT 1 TARGNAME = BIAS ASW FLATCORR OMIT 2 TARGNAME = DARK ASW FLATCORR OMIT 3 DETECTOR = SBC ASW FLATCORR OMIT 3 OBSTYPE != INTERNAL ASW FLATCORR OMIT 3 FILTER1 = BLOCK? ASW FLATCORR OMIT 4 SCLAMP != NONE ASW FLATCORR OMIT 5 SPEC_1 = G800L ASW FLATCORR OMIT 5 SPEC_2 != CLEAR2L ASW FLATCORR OMIT 5 SPEC_2 != CLEAR2S ASW FLATCORR PERFORM 6 SPEC_1 = G800L ASW FLATCORR PERFORM 7 SPEC_1 = PR200L ASW FLATCORR PERFORM 8 SPEC_2 = PR200L ASW FLATCORR PERFORM 9 SPEC_1 = PR110L ASW FLATCORR PERFORM 10 SPEC_1 = PR130L ASW FLATCORR OMIT 11 DETECTOR = WFC ASW FLATCORR OMIT 11 SPEC_2 = F344N ASW FLATCORR OMIT 12 DETECTOR = WFC ASW FLATCORR OMIT 12 SPEC_2 = F330W ASW FLATCORR OMIT 13 DETECTOR = WFC ASW FLATCORR OMIT 13 SPEC_2 = F220W ASW FLATCORR OMIT 14 DETECTOR = WFC ASW FLATCORR OMIT 14 SPEC_2 = F250W ASW FLATCORR {DARKCORR} 15 T = T ! ASW CRCORR OMIT 1 CRSPLIT < 2 ASW CRCORR OMIT 2 SCLAMP != NONE ASW CRCORR {BIASCORR} 3 T = T ! ! PR 76088 ASW PHOTCORR OMIT 1 DETECTOR = SBC ASW PHOTCORR OMIT 1 FILTER1 = BLOCK? ! PR 44736 ASW PHOTCORR {FLATCORR} 2 T = T ! PR 47138 ASW EXPSCORR PERFORM 1 T = T ASW GLINCORR {DQICORR} 1 T = T ASW LFLGCORR {DQICORR} 1 T = T ! PR 45611 ! PR 54662 ! PR 57755 ! PR 67841 change rule for F330W and F344N - Mary ASW DRIZCORR OMIT 1 SPEC_1 = G800L ASW DRIZCORR OMIT 1 SPEC_2 = F220W ASW DRIZCORR OMIT 2 SPEC_1 = G800L ASW DRIZCORR OMIT 2 SPEC_2 = F250W ASW DRIZCORR OMIT 3 SPEC_1 = G800L ASW DRIZCORR OMIT 3 SPEC_2 = F330W ASW DRIZCORR OMIT 4 SPEC_1 = G800L ASW DRIZCORR OMIT 4 SPEC_2 = F658N ASW DRIZCORR OMIT 5 SPEC_1 = G800L ASW DRIZCORR OMIT 5 SPEC_2 = F814W ASW DRIZCORR OMIT 6 DETECTOR = WFC ASW DRIZCORR OMIT 6 SPEC_2 = F330W ASW DRIZCORR OMIT 7 DETECTOR = WFC ASW DRIZCORR OMIT 7 SPEC_2 = F344N ASW DRIZCORR PERFORM 8 IMAGETYP = EXT ASW DRIZCORR OMIT 9 T = T ! ! PR 63025 ! run these last so any previous settings will be overwritten ! (switches will be OMIT because no ref files will ever be made for these ! early days) ! ASW BIASCORR OMIT 1 DETECTOR = WFC ASW BIASCORR OMIT 1 CCDGAIN = 1 ASW BIASCORR OMIT 1 t_EXPDATE < 2002077.0 !Mar 18 2002 ! ASW BIASCORR OMIT 2 DETECTOR = WFC ASW BIASCORR OMIT 2 CCDGAIN = 2 ASW BIASCORR OMIT 2 t_EXPDATE < 2002147.0 !Apr 27 2002 ! ASW BIASCORR OMIT 3 DETECTOR = HRC ASW BIASCORR OMIT 3 CCDGAIN = 2 ASW BIASCORR OMIT 3 t_EXPDATE < 2002077.0 !Mar 18 2002 ! ASW BIASCORR OMIT 4 DETECTOR = HRC ASW BIASCORR OMIT 4 CCDGAIN = 4 ASW BIASCORR OMIT 4 t_EXPDATE < 2002088.0 !Mar 29 2002 ! ASW DARKCORR OMIT 1 DETECTOR = WFC ASW DARKCORR OMIT 1 t_EXPDATE < 2002089.0 !Mar 30 2002 ! ASW DARKCORR OMIT 2 DETECTOR = HRC ASW DARKCORR OMIT 2 t_EXPDATE < 2002085.0 !Mar 26 2002 ! ASW DARKCORR OMIT 3 DETECTOR = SBC ! ! PR 70895, 77761 (supported 2K APERTURES) ! HSTSDP-137 set PCTECORR = OMIT for all SUBARRAY = T after 2009120 (SM4) ASW PCTECORR OMIT 1 TARGNAME = BIAS ASW PCTECORR OMIT 2 TARGNAME = DARK ASW PCTECORR OMIT 3 CTEIMAGE = EPER ASW PCTECORR OMIT 4 CTEIMAGE = FPR ASW PCTECORR OMIT 5 SUBARRAY = T ASW PCTECORR OMIT 5 t_EXPDATE > 2009120.0 !May 1 2009 ASW PCTECORR PERFORM 6 DETECTOR = WFC ASW PCTECORR PERFORM 6 SUBARRAY = F ASW PCTECORR PERFORM 7 APERTURE = WFC1-2K ASW PCTECORR PERFORM 8 APERTURE = WFC1-POL0UV ASW PCTECORR PERFORM 9 APERTURE = WFC1-POL0V ASW PCTECORR PERFORM 10 APERTURE = WFC1-POL60V ASW PCTECORR PERFORM 11 APERTURE = WFC1-POL60UV ASW PCTECORR PERFORM 12 APERTURE = WFC1-POL120V ASW PCTECORR PERFORM 13 APERTURE = WFC1-POL120UV ASW PCTECORR PERFORM 14 APERTURE = WFC1-SMFL ASW PCTECORR PERFORM 15 APERTURE = WFC1-IRAMPQ ASW PCTECORR PERFORM 16 APERTURE = WFC1-MRAMPQ ASW PCTECORR PERFORM 17 APERTURE = WFC2-2K ASW PCTECORR PERFORM 18 APERTURE = WFC2-ORAMPQ ASW PCTECORR PERFORM 19 APERTURE = WFC2-SMFL ASW PCTECORR PERFORM 20 APERTURE = WFC2-POL0UV ASW PCTECORR PERFORM 21 APERTURE = WFC2-POL0V ASW PCTECORR PERFORM 22 APERTURE = WFC2-MRAMPQ ASW PCTECORR OMIT 23 T = T ! ACS CBLKSIZ {BUFSIZE} 1 T = T ACS WFCMPRSD F 1 BUFSIZE = 0 ACS WFCMPRSD T 2 T = T ACS PODPSFF F 1 BUFLOST = 0 ACS PODPSFF T 2 T = T ! ! 43795_01 ACS COMPTYP None 1 WFCMPRSD = F ! ACS DFLTFILE N/A 1 T = T ACS LFLTFILE N/A 1 T = T ACS PHOTTAB N/A 1 T = T ! ACS ASN_MTYP EXP-CRJ 1 ASN_MTYP = CRSPLIT ACS ASN_MTYP EXP-RPT 2 ASN_MTYP = REPEATOBS ! ! 49181 - adjustments for short ACS exposure times ACS INTTIME 0.1041 1 DETECTOR = HRC ACS INTTIME 0.1041 1 INTTIME = 0.1 ACS INTTIME 0.5079 2 DETECTOR = WFC ACS INTTIME 0.5079 2 INTTIME = 0.5 ACS INTTIME 0.6934 3 DETECTOR = WFC ACS INTTIME 0.6934 3 INTTIME = 0.7 ACS INTTIME 0.7955 4 DETECTOR = WFC ACS INTTIME 0.7955 4 INTTIME = 0.8 ! ! temp value for flagging ACS WFC exposures after SM4 ! (using just the year is enough, since WFC was only revived that ! year following SM4) ACS t_WFCSM4 T 1 SS_DTCTR = ACS/WFC ACS t_WFCSM4 T 1 t_EXPDATE > 2009001.0 ACS t_WFCSM4 F 2 T = T ! ! PR 63155 (pt1) ! turn off calibration for WFC "clamp & sample" mode after SM4 ! ACS CALIBRAT F 1 t_WFCSM4 = T ACS CALIBRAT F 1 JWROTYPE = Clamp ! ! 60890 ! Fix post-SM4 ACS/WFC GAIN values in WFCGAIN[A-D] because ! after SM4 we will no longer have an accurate PDB conversion in ! conv_discrete2 (and simplified rule execution with t_WFCSM4) ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- ACS WFCGAINA 0.5 1 t_WFCSM4 = T ACS WFCGAINA 0.5 1 WFCGAINA = 4 ! ACS WFCGAINA 1.4 2 t_WFCSM4 = T ACS WFCGAINA 1.4 2 WFCGAINA = 8 ! ACS WFCGAINB 0.5 3 t_WFCSM4 = T ACS WFCGAINB 0.5 3 WFCGAINB = 4 ! ACS WFCGAINB 1.4 4 t_WFCSM4 = T ACS WFCGAINB 1.4 4 WFCGAINB = 8 ! ACS WFCGAINC 0.5 5 t_WFCSM4 = T ACS WFCGAINC 0.5 5 WFCGAINC = 4 ! ACS WFCGAINC 1.4 6 t_WFCSM4 = T ACS WFCGAINC 1.4 6 WFCGAINC = 8 ! ACS WFCGAIND 0.5 7 t_WFCSM4 = T ACS WFCGAIND 0.5 7 WFCGAIND = 4 ! ACS WFCGAIND 1.4 8 t_WFCSM4 = T ACS WFCGAIND 1.4 8 WFCGAIND = 8 ! ! PR 63155 (pt2, split from pt1 to make rule logic work properly) ! turn off calibration for WFC "half-speed" readout mode after SM4 ! ACS CALIBRAT F 1 t_WFCSM4 = T ACS CALIBRAT F 1 JWROSPED = Half ! !--------------------------------------------------------------------------- !--------------------------------------------------------------------------- ! ! STIS Universal Pattern Keyword Translations (OPR 38124) ! ! Each set of rules contains a "guard" test that prevents the rest of ! the rules from changing the keyword value if the old pattern keywords ! are not populated (hence the new pattern keywords must already contain ! values via the PMDB). PATTERN is used to test for this condition. ! STI PATTERN1 {PATTERN1} 1 PATTERN = BLANK STI PATTERN1 STIS-PERP-TO-SLIT 2 PATTERN = PERP-TO-SLIT STI PATTERN1 STIS-ALONG-SLIT 3 PATTERN = ALONG-SLIT STI PATTERN1 STIS-SPIRAL-DITH 4 PATTERN = SPIRAL-DITH STI PATTERN1 STIS-BOX 5 PATTERN = BOX ! STI P1_SHAPE {P1_SHAPE} 1 PATTERN = BLANK STI P1_SHAPE SPIRAL 2 PATTERN = SPIRAL-DITH STI P1_SHAPE PARALLELOGRAM 3 PATTERN = BOX STI P1_SHAPE LINE 4 T = T ! STI P1_PURPS {P1_PURPS} 1 PATTERN = BLANK STI P1_PURPS DITHER 2 T = T ! STI P1_NPTS {P1_NPTS} 1 PATTERN = BLANK STI P1_NPTS {NUMPOS} 2 NUMPOS != BLANK ! STI P1_PSPAC {P1_PSPAC} 1 PATTERN = BLANK STI P1_PSPAC [.559*{BOXSCALE}/2] 2 PATTERN = BOX STI P1_PSPAC [.559*{BOXSCALE}/2] 2 CONFIG = ?UV-MAMA STI P1_PSPAC [.559*{BOXSCALE}] 3 PATTERN = BOX STI P1_PSPAC {STEPSIZE} 4 STEPSIZE != BLANK ! STI P1_LSPAC {P1_LSPAC} 1 PATTERN = BLANK STI P1_LSPAC {P1_PSPAC} 2 PATTERN = BOX STI P1_LSPAC {P1_PSPAC} 2 P1_PSPAC != BLANK ! STI P1_ANGLE {P1_ANGLE} 1 PATTERN = BLANK STI P1_ANGLE 143.1 2 PATTERN = BOX ! STI P1_FRAME {P1_FRAME} 1 PATTERN = BLANK STI P1_FRAME POS-TARG 2 T = T ! STI P1_ORINT {P1_ORINT} 1 PATTERN = BLANK STI P1_ORINT 26.565 2 PATTERN = BOX STI P1_ORINT 0 3 PATTERN = SPIRAL-DITH STI P1_ORINT 270 4 PATTERN = ALONG-SLIT STI P1_ORINT 270 4 PATTDRC = MINUS STI P1_ORINT 180 5 PATTERN = PERP-TO-SLIT STI P1_ORINT 180 5 PATTDRC = MINUS STI P1_ORINT 90 6 PATTERN = ALONG-SLIT STI P1_ORINT 0 7 T = T ! STI P1_CENTR {P1_CENTR} 1 PATTERN = BLANK STI P1_CENTR NO 2 T = T ! ! NICMOS Universal Pattern Keyword Translations (OPR 38124) ! ! ! Each set of rules contains a "guard" test that prevents the rest of ! the rules from changing the keyword value if the old pattern keywords ! are not populated (hence the new pattern keywords must already contain ! values via the PMDB). PATTERN is used to test for this condition. ! NIC BKG_OFF {BKG_OFF} 1 PATTERN = BLANK NIC BKG_OFF SAM 2 PATT_OFF != FOM ! NIC PATTERN1 {PATTERN1} 1 PATTERN = BLANK NIC PATTERN1 NIC-XSTRIP-DITH 2 PATTERN = XSTRIP-DITH NIC PATTERN1 NIC-XSTRIP-DITH 2 SS_PORNT = DETECTOR NIC PATTERN1 NIC-YSTRIP-DITH 3 PATTERN = YSTRIP-DITH NIC PATTERN1 NIC-YSTRIP-DITH 3 SS_PORNT = DETECTOR NIC PATTERN1 NIC-SPIRAL-DITH 4 PATTERN = SPIRAL-DITH NIC PATTERN1 NIC-SPIRAL-DITH 4 SS_PORNT = DETECTOR NIC PATTERN1 NIC-SQUARE-WAVE-DITH 5 PATTERN = SQUARE-WAVE-DITH NIC PATTERN1 NIC-ONE-CHOP 6 PATTERN = ONE-CHOP NIC PATTERN1 NIC-ONE-CHOP 6 SS_PORNT = DETECTOR NIC PATTERN1 NIC-TWO-CHOP 7 PATTERN = TWO-CHOP NIC PATTERN1 NIC-TWO-CHOP 7 SS_PORNT = DETECTOR NIC PATTERN1 NIC-XSTRIP-DITH-CHOP 8 PATTERN = XSTRIP-DITH-CHOP NIC PATTERN1 NIC-XSTRIP-DITH-CHOP 8 SS_PORNT = DETECTOR NIC PATTERN1 NIC-YSTRIP-DITH-CHOP 9 PATTERN = YSTRIP-DITH-CHOP NIC PATTERN1 NIC-YSTRIP-DITH-CHOP 9 SS_PORNT = DETECTOR NIC PATTERN1 NIC-SPIRAL-DITH-CHOP 10 PATTERN = SPIRAL-DITH-CHOP NIC PATTERN1 NIC-SPIRAL-DITH-CHOP 10 SS_PORNT = DETECTOR NIC PATTERN1 NIC-MAP 11 PATTERN = XSTRIP-DITH NIC PATTERN1 NIC-MAP 12 PATTERN = YSTRIP-DITH NIC PATTERN1 NIC-SPIRAL-MAP 13 PATTERN = SPIRAL-DITH NIC PATTERN1 NIC-SKY-ONE-CHOP 14 PATTERN = ONE-CHOP NIC PATTERN1 NIC-SKY-TWO-CHOP 15 PATTERN = TWO-CHOP NIC PATTERN1 NIC-SKY-XSTRIP-DITH-CHOP 16 PATTERN = XSTRIP-DITH-CHOP NIC PATTERN1 NIC-SKY-XSTRIP-DITH-CHOP 17 PATTERN = YSTRIP-DITH-CHOP NIC PATTERN1 NIC-SKY-SPIRAL-DITH-CHOP 18 PATTERN = SPIRAL-DITH-CHOP ! NIC P1_SHAPE {P1_SHAPE} 1 PATTERN = BLANK NIC P1_SHAPE SPIRAL 2 PATTERN = SPIRAL-DITH NIC P1_SHAPE SPIRAL 3 PATTERN = SPIRAL-DITH-CHOP NIC P1_SHAPE PARALLELOGRAM 4 PATTERN = SQUARE-WAVE-DITH NIC P1_SHAPE LINE 5 T = T ! NIC P1_PURPS {P1_PURPS} 1 PATTERN = BLANK NIC P1_PURPS BACKGROUND 2 PATTERN = ONE-CHOP NIC P1_PURPS BACKGROUND 3 PATTERN = TWO-CHOP NIC P1_PURPS DITHER 4 SS_PORNT = DETECTOR NIC P1_PURPS BACKGROUND 5 PATTERN = XSTRIP-DITH-CHOP NIC P1_PURPS BACKGROUND 6 PATTERN = YSTRIP-DITH-CHOP NIC P1_PURPS BACKGROUND 7 PATTERN = SPIRAL-DITH-CHOP NIC P1_PURPS MOSAIC 8 T = T ! NIC P1_NPTS {P1_NPTS} 1 PATTERN = BLANK NIC P1_NPTS [CEIL({NUMPOS}/4.0)] 2 PATTERN = TWO-CHOP NIC P1_NPTS [CEIL({NUMPOS}/4.0)] 2 NUMPOS != BLANK NIC P1_NPTS [CEIL({NUMPOS}/2.0)] 3 PATTERN = ONE-CHOP NIC P1_NPTS [CEIL({NUMPOS}/2.0)] 3 NUMPOS != BLANK NIC P1_NPTS [CEIL({NUMPOS}/2.0)] 4 PATTERN = XSTRIP-DITH-CHOP NIC P1_NPTS [CEIL({NUMPOS}/2.0)] 4 NUMPOS != BLANK NIC P1_NPTS [CEIL({NUMPOS}/2.0)] 5 PATTERN = YSTRIP-DITH-CHOP NIC P1_NPTS [CEIL({NUMPOS}/2.0)] 5 NUMPOS != BLANK NIC P1_NPTS [CEIL({NUMPOS}/2.0)] 6 PATTERN = SPIRAL-DITH-CHOP NIC P1_NPTS [CEIL({NUMPOS}/2.0)] 6 NUMPOS != BLANK NIC P1_NPTS {NUMPOS} 7 NUMPOS != BLANK ! NIC P1_PSPAC {P1_PSPAC} 1 PATTERN = BLANK NIC P1_PSPAC 0 2 PATTERN = ONE-CHOP NIC P1_PSPAC 0 3 PATTERN = TWO-CHOP NIC P1_PSPAC {DITHSIZE} 4 DITHSIZE != BLANK ! NIC P1_LSPAC {P1_LSPAC} 1 PATTERN = BLANK NIC P1_LSPAC {DITHSIZE} 2 PATTERN = SQUARE-WAVE-DITH NIC P1_LSPAC {DITHSIZE} 2 DITHSIZE != BLANK ! NIC P1_ANGLE {P1_ANGLE} 1 PATTERN = BLANK NIC P1_ANGLE 270 2 PATTERN = SQUARE-WAVE-DITH ! NIC P1_FRAME {P1_FRAME} 1 PATTERN = BLANK NIC P1_FRAME POS-TARG 2 SS_PORNT = DETECTOR NIC P1_FRAME CELESTIAL 3 T = T ! NIC P1_ORINT {P1_ORINT} 1 PATTERN = BLANK NIC P1_ORINT 0 2 PATTERN = ONE-CHOP NIC P1_ORINT 0 3 PATTERN = TWO-CHOP NIC P1_ORINT 90 4 PATTERN = YSTRIP-DITH NIC P1_ORINT 90 4 PATT_OFF = FOM NIC P1_ORINT 90 5 PATTERN = YSTRIP-DITH-CHOP NIC P1_ORINT 90 5 PATT_OFF = FOM NIC P1_ORINT 90 6 PATTERN = SQUARE-WAVE-DITH NIC P1_ORINT 90 6 PATT_OFF = FOM NIC P1_ORINT 0 7 PATT_OFF = FOM NIC P1_ORINT 270 8 PATTERN = YSTRIP-DITH NIC P1_ORINT 270 8 SS_PORNT = DETECTOR NIC P1_ORINT 270 9 PATTERN = YSTRIP-DITH-CHOP NIC P1_ORINT 270 9 SS_PORNT = DETECTOR NIC P1_ORINT 270 10 PATTERN = SQUARE-WAVE-DITH NIC P1_ORINT 270 10 SS_PORNT = DETECTOR NIC P1_ORINT 180 11 SS_PORNT = DETECTOR NIC P1_ORINT {SS_PORNT} 12 SS_PORNT != BLANK ! NIC P1_CENTR {P1_CENTR} 1 PATTERN = BLANK NIC P1_CENTR NO 2 T = T ! NIC PATTERN2 {PATTERN2} 1 PATTERN = BLANK NIC PATTERN2 {PATTERN1} 2 PATTERN = ONE-CHOP NIC PATTERN2 {PATTERN1} 2 PATTERN1 != BLANK NIC PATTERN2 {PATTERN1} 3 PATTERN = TWO-CHOP NIC PATTERN2 {PATTERN1} 3 PATTERN1 != BLANK NIC PATTERN2 {PATTERN1} 4 PATTERN = XSTRIP-DITH-CHOP NIC PATTERN2 {PATTERN1} 4 PATTERN1 != BLANK NIC PATTERN2 {PATTERN1} 5 PATTERN = YSTRIP-DITH-CHOP NIC PATTERN2 {PATTERN1} 5 PATTERN1 != BLANK NIC PATTERN2 {PATTERN1} 6 PATTERN = SPIRAL-DITH-CHOP NIC PATTERN2 {PATTERN1} 6 PATTERN1 != BLANK ! NIC P2_SHAPE {P2_SHAPE} 1 PATTERN = BLANK NIC P2_SHAPE PARALLELOGRAM 2 PATTERN = TWO-CHOP NIC P2_SHAPE LINE 3 PATTERN = ONE-CHOP NIC P2_SHAPE LINE 4 PATTERN = XSTRIP-DITH-CHOP NIC P2_SHAPE LINE 5 PATTERN = YSTRIP-DITH-CHOP NIC P2_SHAPE LINE 6 PATTERN = SPIRAL-DITH-CHOP ! NIC P2_PURPS {P2_PURPS} 1 PATTERN = BLANK NIC P2_PURPS BACKGROUND 2 PATTERN = ONE-CHOP NIC P2_PURPS BACKGROUND 3 PATTERN = TWO-CHOP NIC P2_PURPS BACKGROUND 4 PATTERN = XSTRIP-DITH-CHOP NIC P2_PURPS BACKGROUND 5 PATTERN = YSTRIP-DITH-CHOP NIC P2_PURPS BACKGROUND 6 PATTERN = SPIRAL-DITH-CHOP ! NIC P2_NPTS {P2_NPTS} 1 PATTERN = BLANK NIC P2_NPTS 4 2 PATTERN = TWO-CHOP NIC P2_NPTS 2 3 PATTERN = ONE-CHOP NIC P2_NPTS 2 4 PATTERN = XSTRIP-DITH-CHOP NIC P2_NPTS 2 5 PATTERN = YSTRIP-DITH-CHOP NIC P2_NPTS 2 6 PATTERN = SPIRAL-DITH-CHOP ! NIC P2_PSPAC {P2_PSPAC} 1 PATTERN = BLANK NIC P2_PSPAC {CHOPSIZE} 2 CHOPSIZE != BLANK ! NIC P2_LSPAC {P2_LSPAC} 1 PATTERN = BLANK NIC P2_LSPAC {CHOPSIZE} 2 PATTERN = TWO-CHOP NIC P2_LSPAC {CHOPSIZE} 2 CHOPSIZE != BLANK ! NIC P2_ANGLE {P2_ANGLE} 1 PATTERN = BLANK NIC P2_ANGLE 0 2 PATTERN = TWO-CHOP ! NIC P2_FRAME {P2_FRAME} 1 PATTERN = BLANK NIC P2_FRAME {P1_FRAME} 2 PATTERN = ONE-CHOP NIC P2_FRAME {P1_FRAME} 2 P1_FRAME != BLANK NIC P2_FRAME {P1_FRAME} 3 PATTERN = TWO-CHOP NIC P2_FRAME {P1_FRAME} 3 P1_FRAME != BLANK NIC P2_FRAME {P1_FRAME} 4 PATTERN = XSTRIP-DITH-CHOP NIC P2_FRAME {P1_FRAME} 4 P1_FRAME != BLANK NIC P2_FRAME {P1_FRAME} 5 PATTERN = YSTRIP-DITH-CHOP NIC P2_FRAME {P1_FRAME} 5 P1_FRAME != BLANK NIC P2_FRAME {P1_FRAME} 6 PATTERN = SPIRAL-DITH-CHOP NIC P2_FRAME {P1_FRAME} 6 P1_FRAME != BLANK ! NIC P2_ORINT {P2_ORINT} 1 PATTERN = BLANK NIC P2_ORINT 0 2 PATTERN = ONE-CHOP NIC P2_ORINT 0 2 PATT_OFF = FOM NIC P2_ORINT 0 3 PATTERN = TWO-CHOP NIC P2_ORINT 0 3 PATT_OFF = FOM NIC P2_ORINT 180 4 PATTERN = ONE-CHOP NIC P2_ORINT 180 4 SS_PORNT = DETECTOR NIC P2_ORINT 180 5 PATTERN = TWO-CHOP NIC P2_ORINT 180 5 SS_PORNT = DETECTOR NIC P2_ORINT {SS_PORNT} 6 PATTERN = ONE-CHOP NIC P2_ORINT {SS_PORNT} 6 SS_PORNT != BLANK NIC P2_ORINT {SS_PORNT} 7 PATTERN = TWO-CHOP NIC P2_ORINT {SS_PORNT} 7 SS_PORNT != BLANK NIC P2_ORINT [({P1_ORINT}+90)%360] 8 PATTERN = XSTRIP-DITH-CHOP NIC P2_ORINT [({P1_ORINT}+90)%360] 8 P1_ORINT != BLANK NIC P2_ORINT [({P1_ORINT}-90)%360] 9 PATTERN = YSTRIP-DITH-CHOP NIC P2_ORINT [({P1_ORINT}-90)%360] 9 P1_ORINT != BLANK NIC P2_ORINT {P1_ORINT} 10 PATTERN = SPIRAL-DITH-CHOP NIC P2_ORINT {P1_ORINT} 10 P1_ORINT != BLANK ! NIC P2_CENTR {P2_CENTR} 1 PATTERN = BLANK NIC P2_CENTR NO 2 PATTERN = ONE-CHOP NIC P2_CENTR NO 3 PATTERN = TWO-CHOP NIC P2_CENTR NO 4 PATTERN = XSTRIP-DITH-CHOP NIC P2_CENTR NO 5 PATTERN = YSTRIP-DITH-CHOP NIC P2_CENTR NO 6 PATTERN = SPIRAL-DITH-CHOP ! NIC SS_PORNT {PRDORIEN} 1 SS_PORNT = FOM NIC SS_PORNT {PRDORIEN} 2 SS_PORNT = DETECTOR NIC PORIENT {SS_PORNT} 1 T = T ! ! PR 60595 Set BEPCORR if CAMERA = 2 and INSTRUME=NICMOS ! NIC BEPCORR PERFORM 1 INSTRUME = NICMOS NIC BEPCORR PERFORM 1 CAMERA = 2 NIC BEPCORR OMIT 2 T = T ! ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- WF3 APERTURE {APER_1} 1 T = T ! ! strip off leading "Gain" string across all extensions WF3 UVGAINA(*) {UVGAINA(4:)} 1 UVOFFA = {UVOFFA} WF3 UVGAINB(*) {UVGAINB(4:)} 1 UVOFFA = {UVOFFA} WF3 UVGAINC(*) {UVGAINC(4:)} 1 UVOFFA = {UVOFFA} WF3 UVGAIND(*) {UVGAIND(4:)} 1 UVOFFA = {UVOFFA} ! WF3 CCDGAIN {IRGAIN} 1 DETECTOR = IR WF3 CCDGAIN {UVGAINA} 2 DETECTOR = UVIS WF3 SS_SPLIT 1 1 SS_SPLIT = NO WF3 CRSPLIT {SS_SPLIT} 1 T = T ! WF3 NRPTEXP {SS_RPT} 1 T = T ! WF3 NSAMP {IRNREAD} 1 DETECTOR = IR WF3 OBSMODE {OPMODE} 1 OPMODE != BLANK WF3 OBSMODE ACCUM 2 DETECTOR = UVIS WF3 OBSMODE MULTIACCUM 3 DETECTOR = IR WF3 POSTARG1 {APEROFFX} 1 T = T WF3 POSTARG2 {APEROFFY} 1 T = T ! ! PR 57553 needs to keep this in for TV data (no support sched) WF3T PRIMESI WFC3 1 T = T ! ! PR 57218 ! Relabel some WF3 rules WF3T or W3CT, indicating override values for ! thermal vac data that do NOT have support schecules, so they can be ! skipped when used in a pipeline that expects support schedules ! ! TV settings WF3T LTV1 25.0 1 DETECTOR = UVIS WF3T LTV1 25.0 1 IMGSETUP != Subarray WF3T LTV1 5.0 2 DETECTOR = IR WF3T LTV1(1) 25.0 1 DETECTOR = UVIS WF3T LTV1(1) 25.0 1 IMGSETUP != Subarray ! ! TV settings WF3T LTV2 5.0 1 DETECTOR = IR WF3T LTV2 19.0 2 DETECTOR = UVIS WF3T LTV2 19.0 2 IMGSETUP != Subarray ! WF3 CCDOFSTA {UVOFFA} 1 DETECTOR = UVIS WF3 CCDOFSTB {UVOFFB} 1 DETECTOR = UVIS WF3 CCDOFSTC {UVOFFC} 1 DETECTOR = UVIS WF3 CCDOFSTD {UVOFFD} 1 DETECTOR = UVIS ! ! TV settings WF3T CENTERA1 [YCORNER+NUMCOLS/2] 1 T = T WF3T CENTERA2 [XCORNER+NUMROWS/2] 1 T = T ! WF3 SUBARRAY T 1 DETECTOR = IR WF3 SUBARRAY T 1 NUMROWS < 1024 WF3 SUBARRAY T 2 IMGSETUP = Subarray WF3 SUBARRAY F 3 T = T ! ! PR 57550 WF3 SUBTYPE {SETUPIR} 1 T = T ! WF3 SCLAMP TUNGSTEN_LAMP1 1 LAMP1 = on WF3 SCLAMP TUNGSTEN_LAMP2 2 LAMP2 = on WF3 SCLAMP TUNGSTEN_LAMP3 3 LAMP3 = on WF3 SCLAMP TUNGSTEN_LAMP4 4 LAMP4 = on WF3 SCLAMP DEUTERIUM 5 DEUTLAMP = on WF3 SCLAMP NONE 6 T = T ! ! PR 58905 Capitalize values for SQL query ! Separation from above SUBTYPE rule is important WF3 SUBTYPE FULLIMAG 1 SUBTYPE = FullImag WF3 SUBTYPE SQ64SUB 2 SUBTYPE = SQ64Sub WF3 SUBTYPE SQ128SUB 3 SUBTYPE = SQ128Sub WF3 SUBTYPE SQ256SUB 4 SUBTYPE = SQ256Sub WF3 SUBTYPE SQ512SUB 5 SUBTYPE = SQ512Sub WF3 SUBTYPE ENGTEST 6 SUBTYPE = EngTest WF3 SUBTYPE INVALID 7 SUBTYPE = Invalid WF3 SUBTYPE NOEXPO 8 SUBTYPE = NoExpo ! ! PR 72358 Capitalize values for SQL query (Sybase/ECF/ESAC) WF3 CHINJECT LINE10 1 CHINJECT = Line10 WF3 CHINJECT LINE17 2 CHINJECT = Line17 WF3 CHINJECT LINE25 3 CHINJECT = Line25 WF3 CHINJECT INVALID 4 CHINJECT = Invalid ! ! PR 54041 ! The silly NOOP keyword assignments in the following FILTER rules are ! required in order to cause evaluation for that particular group of rules. ! This is due to the rules engine using a change in the 1st two columns to ! decide where a new rule group begins, and the continuous "WF3 FILTER" ! values for those columns were resulting in one giant rule set which generated ! incorrect results. ! WF3 FILTER {IRFSMID} 1 DETECTOR = IR WF3 FILTER {UVF01POS} 2 UVF01POS != CLEAR? WF3 FILTER {UVF02POS} 3 UVF02POS != CLEAR? WF3 FILTER {UVF03POS} 4 UVF03POS != CLEAR? WF3 FILTER {UVF04POS} 5 UVF04POS != CLEAR? WF3 FILTER {UVF05POS} 6 UVF05POS != CLEAR? WF3 FILTER {UVF06POS} 7 UVF06POS != CLEAR? WF3 FILTER {UVF07POS} 8 UVF07POS != CLEAR? WF3 FILTER {UVF08POS} 9 UVF08POS != CLEAR? WF3 FILTER {UVF09POS} 10 UVF09POS != CLEAR? WF3 FILTER {UVF10POS} 11 UVF10POS != CLEAR? WF3 FILTER {UVF11POS} 12 UVF11POS != CLEAR? WF3 FILTER {UVF12POS} 13 UVF12POS != CLEAR? WF3 FILTER CLEAR 14 T = T WF3 t_NOOP ENDIF 1 T = T ! ! PR 50410 ! PR 54596 ! WF3 FILTER FQ674N 1 FILTER = QUAD WF3 FILTER FQ674N 1 CCDAMP = B WF3 FILTER FQ575N 2 FILTER = QUAD WF3 FILTER FQ575N 2 CCDAMP = C WF3 FILTER FQ672N 3 FILTER = QUAD WF3 FILTER FQ672N 3 CCDAMP = D WF3 FILTER FQ508N 4 FILTER = QUAD WF3 t_NOOP ENDIF 1 T = T ! WF3 FILTER FQ378N 1 FILTER = QUAD1 WF3 FILTER FQ378N 1 CCDAMP = B WF3 FILTER FQ232N 2 FILTER = QUAD1 WF3 FILTER FQ232N 2 CCDAMP = C WF3 FILTER FQ243N 3 FILTER = QUAD1 WF3 FILTER FQ243N 3 CCDAMP = D WF3 FILTER FQ437N 4 FILTER = QUAD1 WF3 t_NOOP ENDIF 1 T = T ! WF3 FILTER FQ492N 1 FILTER = QUAD2 WF3 FILTER FQ492N 1 CCDAMP = B WF3 FILTER FQ422M 2 FILTER = QUAD2 WF3 FILTER FQ422M 2 CCDAMP = C WF3 FILTER FQ436N 3 FILTER = QUAD2 WF3 FILTER FQ436N 3 CCDAMP = D WF3 FILTER FQ387N 4 FILTER = QUAD2 WF3 t_NOOP ENDIF 1 T = T ! WF3 FILTER FQ937N 1 FILTER = QUAD3 WF3 FILTER FQ937N 1 CCDAMP = B WF3 FILTER FQ906N 2 FILTER = QUAD3 WF3 FILTER FQ906N 2 CCDAMP = C WF3 FILTER FQ924N 3 FILTER = QUAD3 WF3 FILTER FQ924N 3 CCDAMP = D WF3 FILTER FQ889N 4 FILTER = QUAD3 WF3 t_NOOP ENDIF 1 T = T ! WF3 FILTER FQ750N 1 FILTER = QUAD4 WF3 FILTER FQ750N 1 CCDAMP = B WF3 FILTER FQ634N 2 FILTER = QUAD4 WF3 FILTER FQ634N 2 CCDAMP = C WF3 FILTER FQ727N 3 FILTER = QUAD4 WF3 FILTER FQ727N 3 CCDAMP = D WF3 FILTER FQ619N 4 FILTER = QUAD4 ! ! PR 56549 WF3 OBSTYPE SPECTROSCOPIC 1 FILTER = G102 WF3 OBSTYPE SPECTROSCOPIC 2 FILTER = G141 WF3 OBSTYPE SPECTROSCOPIC 3 FILTER = G280 WF3 OBSTYPE IMAGING 4 T = T ! ! PR 62405 Move to AFTER FILTER so Rules w/BLANK work! ! PR 75886 add no-move DARKs WF3 IMAGETYP FLAT 1 SCLAMP != NONE WF3 IMAGETYP BIAS 2 TARGNAME = BIAS WF3 IMAGETYP DARK 3 TARGNAME = DARK WF3 IMAGETYP DARK 4 TARGNAME = DARK-NM ! PR 62405 Add rule for IR DARK WF3 IMAGETYP DARK 5 DETECTOR = IR WF3 IMAGETYP DARK 5 FILTER = ?BLANK WF3 IMAGETYP EXT 6 T = T ! ! PR 60130 ! Make the ISHRBPOS values float to get numeric comparison ! PR 76005 Add tolerances, keeping in mind we flip the value in later rules WF3 SHUTRPOS A 1 DETECTOR = UVIS WF3 SHUTRPOS A 1 ISHRBPOS > "[ 800.0 - 364.0 ]" WF3 SHUTRPOS A 1 ISHRBPOS < "[ 2100.0 + 364.0 ]" WF3 SHUTRPOS B 2 DETECTOR = UVIS WF3 SHUTRPOS B 2 ISHRBPOS > "[ 17200.0 - 364.0 ]" WF3 SHUTRPOS B 2 ISHRBPOS < "[ 18500.0 + 364.0 ]" WF3 SHUTRPOS A 3 DETECTOR = UVIS WF3 SHUTRPOS A 3 ISHRBPOS > "[ 33600.0 - 364.0 ]" WF3 SHUTRPOS A 3 ISHRBPOS < "[ 34900.0 + 364.0 ]" WF3 SHUTRPOS B 4 DETECTOR = UVIS WF3 SHUTRPOS B 4 ISHRBPOS > "[ 50000.0 - 364.0 ]" WF3 SHUTRPOS B 4 ISHRBPOS < "[ 51300.0 + 364.0 ]" ! ! Use this block to separate the two SHUTRPOS blocks WF3 FLASHSTA "NOT PERFORMED" 1 FLSHSTAT = Success WF3 FLASHSTA "NOT PERFORMED" 1 FLSHABRT = -- WF3 FLASHSTA "NOT PERFORMED" 1 FLSHCUR = ZeroCur WF3 FLASHSTA ABORTED 2 FLSHSTAT = Failure WF3 FLASHSTA ABORTED 2 FLSHABRT = Aborted WF3 FLASHSTA ABORTED 2 FLSHERR != NoError WF3 FLASHSTA SUCCESSFUL 3 T = T ! ! flip the SHUTRPOS for normal exposures (not bias or dark) WF3 SHUTRPOS A 1 CCDSETUP = normal WF3 SHUTRPOS A 1 SHUTRPOS = B WF3 SHUTRPOS B 2 CCDSETUP = normal WF3 SHUTRPOS B 2 SHUTRPOS = A ! ! PR 65349 WFC3 INTTIME for UVIS of 0.5s and 0.7s WF3 INTTIME 0.480 1 DETECTOR = UVIS WF3 INTTIME 0.480 1 IMAGETYP != DARK WF3 INTTIME 0.480 1 INTTIME = 0.5 WF3 INTTIME 0.695 2 DETECTOR = UVIS WF3 INTTIME 0.695 2 IMAGETYP != DARK WF3 INTTIME 0.695 2 INTTIME = 0.7 ! ! TV settings WF3T TARGNAME Thermal_Vac 1 T = T WF3T PROPOSID 100138 1 T = T WF3T PR_INV_L MacKenty 1 T = T WF3T PR_INV_F John 1 T = T WF3T FGSLOCK NONE 1 T = T ! ! TV keyword overrides ! WF3T NDFLTCOR -1.0 1 NDFLTCOR = UNDEFINED? WF3T OSQTHLMP -1.0 1 OSQTHLMP = UNDEFINED? WF3T OSLAMBDA -1.0 1 OSLAMBDA = UNDEFINED? WF3T OSBANDW -1.0 1 OSBANDW = UNDEFINED? WF3T OSLD810 -1.0 1 OSLD810 = UNDEFINED? WF3T OSLD1064 -1.0 1 OSLD1064 = UNDEFINED? WF3T OSLD1310 -1.0 1 OSLD1310 = UNDEFINED? WF3T OSETFOC -1.0 1 OSETFOC = UNDEFINED? WF3T OSFLUX -1.0 1 OSFLUX = UNDEFINED? WF3T OSSTABLM -1.0 1 OSSTABLM = UNDEFINED? WF3T OSSTABLA -1.0 1 OSSTABLA = UNDEFINED? WF3T OSHENEDB -1.0 1 OSHENEDB = UNDEFINED? WF3T OSPT_V2 -1.0 1 OSPT_V2 = UNDEFINED? WF3T OSPT_V3 -1.0 1 OSPT_V3 = UNDEFINED? WF3T OSPT_V1 -1.0 1 OSPT_V1 = UNDEFINED? WF3T OSPT_V2A -1.0 1 OSPT_V2A = UNDEFINED? WF3T OSPT_V3A -1.0 1 OSPT_V3A = UNDEFINED? WF3T OSOA_V2 -1.0 1 OSOA_V2 = UNDEFINED? WF3T OSOA_V3 -1.0 1 OSOA_V3 = UNDEFINED? WF3T OSOA_V2A -1.0 1 OSOA_V2A = UNDEFINED? WF3T OSOA_V3A -1.0 1 OSOA_V3A = UNDEFINED? WF3T OSXELMP -1.0 1 OSXELMP = UNDEFINED? ! ! TV settings WF3T OSMRMODE UNDEFINED 1 OSMRMODE = UNDEFINED? WF3T DETECTID UNDEFINED 1 DETECTID = UNDEFINED? WF3T OSCALFLE UNDEFINED 1 OSCALFLE = UNDEFINED? WF3T OSDETCTR UNDEFINED 1 OSDETCTR = UNDEFINED? WF3T OSDSHTR UNDEFINED 1 OSDSHTR = UNDEFINED? WF3T OSET UNDEFINED 1 OSET = UNDEFINED? WF3T OSFIBRE UNDEFINED 1 OSFIBRE = UNDEFINED? WF3T OSFILT0 UNDEFINED 1 OSFILT0 = UNDEFINED? WF3T OSFILT1 UNDEFINED 1 OSFILT1 = UNDEFINED? WF3T OSFILT2 UNDEFINED 1 OSFILT2 = UNDEFINED? WF3T OSFSHTR UNDEFINED 1 OSFSHTR = UNDEFINED? WF3T OSHENE UNDEFINED 1 OSHENE = UNDEFINED? WF3T OSLAMP UNDEFINED 1 OSLAMP = UNDEFINED? WF3T OSPT UNDEFINED 1 OSPT = UNDEFINED? WF3T OSSANITY UNDEFINED 1 OSSANITY = UNDEFINED? WF3T OSSWMIRR UNDEFINED 1 OSSWMIRR = UNDEFINED? WF3T OSWVFRNT UNDEFINED 1 OSWVFRMT = UNDEFINED? ! ! thervac request for MULSEQ Macro Activation Request numbers (MARs) (9/1/2004) ! WF3T SAMP_SEQ MIF600 1 TARGNAME = "Thermal_Vac" WF3T SAMP_SEQ MIF600 1 ILASTNRM(1) = 586 WF3T SAMP_SEQ MIF900 2 TARGNAME = "Thermal_Vac" WF3T SAMP_SEQ MIF900 2 ILASTNRM(1) = 587 WF3T SAMP_SEQ MIF1200 3 TARGNAME = "Thermal_Vac" WF3T SAMP_SEQ MIF1200 3 ILASTNRM(1) = 588 WF3T SAMP_SEQ MIF1500 4 TARGNAME = "Thermal_Vac" WF3T SAMP_SEQ MIF1500 4 ILASTNRM(1) = 589 WF3T SAMP_SEQ RAPID 5 TARGNAME = "Thermal_Vac" WF3T SAMP_SEQ RAPID 5 ILASTNRM(1) = 590 WF3T SAMP_SEQ SPARS10 6 TARGNAME = "Thermal_Vac" WF3T SAMP_SEQ SPARS10 6 ILASTNRM(1) = 591 WF3T SAMP_SEQ SPARS25 7 TARGNAME = "Thermal_Vac" WF3T SAMP_SEQ SPARS25 7 ILASTNRM(1) = 592 WF3T SAMP_SEQ SPARS50 8 TARGNAME = "Thermal_Vac" WF3T SAMP_SEQ SPARS50 8 ILASTNRM(1) = 593 WF3T SAMP_SEQ SPARS100 9 TARGNAME = "Thermal_Vac" WF3T SAMP_SEQ SPARS100 9 ILASTNRM(1) = 594 WF3T SAMP_SEQ SPARS200 10 TARGNAME = "Thermal_Vac" WF3T SAMP_SEQ SPARS200 10 ILASTNRM(1) = 595 WF3T SAMP_SEQ STEP25 11 TARGNAME = "Thermal_Vac" WF3T SAMP_SEQ STEP25 11 ILASTNRM(1) = 597 WF3T SAMP_SEQ STEP50 12 TARGNAME = "Thermal_Vac" WF3T SAMP_SEQ STEP50 12 ILASTNRM(1) = 598 WF3T SAMP_SEQ STEP100 13 TARGNAME = "Thermal_Vac" WF3T SAMP_SEQ STEP100 13 ILASTNRM(1) = 599 WF3T SAMP_SEQ STEP200 14 TARGNAME = "Thermal_Vac" WF3T SAMP_SEQ STEP200 14 ILASTNRM(1) = 600 WF3T SAMP_SEQ STEP400 15 TARGNAME = "Thermal_Vac" WF3T SAMP_SEQ STEP400 15 ILASTNRM(1) = 601 WF3T SAMP_SEQ UNKNOWN 16 TARGNAME = "Thermal_Vac" ! ! TV setting WF3T OSNDCORR {NDFLTCOR} 1 T = T ! ! TV setting ! set default value when odd wavelength value is seen (else catalog population ! doesn't work) WF3T OSLAMBDA -1.0 1 OSLAMBDA = "G1:0.000 G2:0.000" ! ! WFC3 Calibration Settings ! ! PR 75886 add no-move DARKs W3C t_FLASH T 1 IMAGETYP = DARK W3C t_FLASH T 1 FLASHDUR > [0.0+0.001] W3C t_FLASH F 2 T = T ! ! The post-flash calibration step can be omitted when the post flash was ! not done, and also for post-flash calibration data ! !>>> turn off (i.e. set to OMIT always) for TV W3CT FLSHCORR OMIT 1 T = T ! ! PR 71240 W3C FLSHCORR OMIT 1 FLASHSTA = "NOT PERFORMED" W3C FLSHCORR OMIT 2 FLASHSTA = "ABORTED" W3C FLSHCORR OMIT 3 t_FLASH = T W3C FLSHCORR PERFORM 4 T = T ! !>>> turn on (i.e. set to PERFORM always) for TV W3CT DQICORR PERFORM 1 T = T ! PR 62844 W3C DQICORR OMIT 1 CTEIMAGE = FPR W3C DQICORR OMIT 2 CTEIMAGE = EPER W3C DQICORR OMIT 3 OBSMODE = ACQ W3C DQICORR PERFORM 4 T = T ! W3CT ATODCORR OMIT 1 T = T W3C ATODCORR OMIT 1 T = T ! W3CT BLEVCORR {DQICORR} 1 T = T W3C BLEVCORR {DQICORR} 1 T = T ! !>>> turn off (i.e. set to OMIT always) for TV W3CT BIASCORR OMIT 1 T = T ! W3C BIASCORR OMIT 1 TARGNAME = BIAS W3C BIASCORR {DQICORR} 2 T = T ! ! omit the dark correction for true darks (flash duration = 0) ! !>>> turn off (i.e. set to OMIT always) for TV W3CT DARKCORR OMIT 1 T = T ! ! PR 75886 add no-move DARKs W3C DARKCORR OMIT 1 IMAGETYP = DARK W3C DARKCORR OMIT 1 FLASHDUR < [0.0+0.0001] W3C DARKCORR OMIT 2 FILTER = ?BLANK W3C DARKCORR {BIASCORR} 3 T = T ! ! omit the shutter shading correction for post-flash calibration data ! W3CT SHADCORR OMIT 1 T = T W3C SHADCORR OMIT 1 T = T ! !>>> turn off (i.e. set to OMIT always) for TV W3CT RPTCORR OMIT 1 T = T ! PR 62844 modified by PR 71070 W3C RPTCORR PERFORM 1 NRPTEXP > 1 W3C RPTCORR OMIT 2 T = T ! !>>> turn off (i.e. set to OMIT always) for TV W3CT FLATCORR OMIT 1 T = T ! PR 61453 Turn FLATCORR on for Grism obs ! PR 75886 add no-move DARKs W3C FLATCORR OMIT 1 SCLAMP != NONE W3C FLATCORR OMIT 2 FILTER = ?BLANK W3C FLATCORR OMIT 3 TARGNAME = NONE W3C FLATCORR OMIT 4 IMAGETYP = DARK W3C FLATCORR OMIT 5 TARGNAME = EARTH? W3C FLATCORR {DARKCORR} 6 T = T ! !>>> turn off (i.e. set to OMIT always) for TV W3CT ZSIGCORR OMIT 1 T = T ! PR 62746 Have ZSIGCORR follow DARKCORR W3C ZSIGCORR {DARKCORR} 1 T = T ! W3C ZOFFCORR PERFORM 1 T = T ! !>>> turn off (i.e. set to OMIT always) for TV ! happens by default because DARKCORR is set to OMIT W3CT NLINCORR {DARKCORR} 1 T = T W3C NLINCORR PERFORM 1 T = T ! !>>> turn off (i.e. set to OMIT always) for TV W3CT CRCORR OMIT 1 T = T ! PR 62844 ! PR 80569 add SCAN_TYP tests for OMIT W3C CRCORR OMIT 1 SCAN_TYP = C W3C CRCORR OMIT 2 SCAN_TYP = D W3C CRCORR PERFORM 3 DETECTOR = IR W3C CRCORR OMIT 4 CRSPLIT < 2 W3C CRCORR {BLEVCORR} 5 T = T ! !>>> turn off (i.e. set to OMIT always) for TV W3CT UNITCORR OMIT 1 T = T ! PR 68036 - change UNITCORR to same value as CRCORR W3C UNITCORR {CRCORR} 1 T = T ! !>>> turn off (i.e. set to OMIT always) for TV W3CT PHOTCORR OMIT 1 T = T ! ! PR 81346 added UVIS-QUAD rules for PHOTCORR and FLUXCORR ! PR 81347 add FILTER = G280 rule W3C PHOTCORR OMIT 1 FILTER = FQ? W3C PHOTCORR OMIT 1 APERTURE = UVIS-QUAD W3C PHOTCORR OMIT 2 FILTER = FQ? W3C PHOTCORR OMIT 2 APERTURE = UVIS-QUAD-FIX W3C PHOTCORR PERFORM 3 FILTER = FQ? W3C PHOTCORR PERFORM 3 APERTURE = UVIS-QUAD-SUB W3C PHOTCORR OMIT 4 FILTER = G280 W3C PHOTCORR {FLATCORR} 5 T = T ! !>>> turn off (i.e. set to OMIT always) for TV W3CT EXPSCORR OMIT 1 T = T ! PR 62844 W3C EXPSCORR PERFORM 1 T = T ! !>>> turn off (i.e. set to OMIT always) for TV W3CT DRIZCORR OMIT 1 T = T ! PR 62844 ! PR 64504 W3C DRIZCORR PERFORM 1 IMAGETYP = EXT W3C DRIZCORR OMIT 2 T = T ! ! PR 75021 Set FLUXCORR to PERFORM for WF3 UVIS files ! In all cases works because the keyword FLUXCORR ! currently only exists in WF3 UVIS files. ! 4/1/2014 Set to OMIT if PHOTCORR=OMIT ! 5/1/2014 COMMENTED OUT until the WFC3 team is ready for this change ! 11/24/15 uncomment - 2015.3 includes the changes that support this ! PR 81346 11/25/15 Add rules for FILTER = FQ and APERTURE = UVIS-QUAD-SUB ! NOTE UVIS-QUAD and UVIS-QUAD-FIX cases are currently handled by ! PHOTCORR = OMIT then FLUXCORR = OMIT ! PR 81347 11/25/15 again FLUXCORR = OMIT if PHOTCORR = OMIT rule ! handles the case if FILTER = G280 so no extra rule here ! W3CT FLUXCORR OMIT 1 PHOTCORR = OMIT W3CT FLUXCORR PERFORM 2 T = T ! W3C FLUXCORR OMIT 1 PHOTCORR = OMIT W3C FLUXCORR OMIT 2 FILTER = FQ? W3C FLUXCORR OMIT 2 APERTURE = UVIS-QUAD-SUB W3C FLUXCORR PERFORM 3 T = T ! ! PR 79700 set PCTECORR = PERFORM if DETECTOR = UVIS ! NOTE: PCTECORR only exists in WF3 UVIS files W3C PCTECORR OMIT 1 DETECTOR = UVIS W3C PCTECORR OMIT 1 CTEIMAGE = EPER W3C PCTECORR OMIT 2 BINAXIS1 > 1 W3C PCTECORR OMIT 3 BINAXIS2 > 1 ! PR 85606 Turn on PCTECORR for some subarrays W3C PCTECORR PERFORM 4 APERTURE = UVIS1-2K2A-SUB W3C PCTECORR PERFORM 5 APERTURE = UVIS1-2K2B-SUB W3C PCTECORR PERFORM 6 APERTURE = UVIS2-2K2C-SUB W3C PCTECORR PERFORM 7 APERTURE = UVIS2-2K2D-SUB W3C PCTECORR PERFORM 8 APERTURE = UVIS2-C1K1C-SUB W3C PCTECORR PERFORM 9 APERTURE = UVIS2-C512C-SUB W3C PCTECORR PERFORM 10 APERTURE = UVIS2-C512D-SUB W3C PCTECORR PERFORM 11 APERTURE = UVIS1-C512A-SUB W3C PCTECORR PERFORM 12 APERTURE = UVIS1-C512B-SUB W3C PCTECORR PERFORM 13 APERTURE = UVIS1-2K4-SUB W3C PCTECORR PERFORM 14 APERTURE = UVIS-QUAD-SUB W3C PCTECORR PERFORM 15 APERTURE = UVIS2-2K4-SUB ! Any subarrays NOT specified above should be set to OMIT W3C PCTECORR OMIT 16 DETECTOR = UVIS W3C PCTECORR OMIT 16 SUBARRAY = T ! Full-array UVIS should be PERFORM W3C PCTECORR PERFORM 17 DETECTOR = UVIS ! Everything else is OMIT W3C PCTECORR OMIT 18 T = T ! W3CT DFLTFILE N/A 1 T = T W3C DFLTFILE N/A 1 T = T W3CT LFLTFILE N/A 1 T = T W3C LFLTFILE N/A 1 T = T W3CT PHOTTAB N/A 1 T = T W3C PHOTTAB N/A 1 T = T ! WF3 ASN_MTYP EXP-CRJ 1 ASN_MTYP = CRSPLIT WF3 ASN_MTYP EXP-RPT 2 ASN_MTYP = REPEATOBS ! ! Per request of Howard Bushouse 11/20/2003 ! The FSW was fixed, so these rules should never execute WF3 NUMROWS 4140 1 NUMROWS = 0 WF3 NUMROWS 4140 1 NUMWORDS = 17413805 WF3 NUMCOLS 4206 1 NUMCOLS = 0 WF3 NUMCOLS 4206 1 NUMWORDS = 17413805 ! ! PR 57639 -- needed until FSW fix WF3 NUMROWS 4140 1 IMGSETUP = Generic WF3 NUMROWS 4140 1 NUMWORDS = 16229765 WF3 NUMCOLS 3920 1 IMGSETUP = Generic WF3 NUMCOLS 3920 1 NUMWORDS = 16229765 ! ! PR 71240 -- need translation from conv_discrete_* values to ! CDBS FLSHFILE values so ref files can match ! WF3 FLASHCUR ZERO 1 FLASHCUR = ZeroCur WF3 FLASHCUR LOW 2 FLASHCUR = LowCur WF3 FLASHCUR MED 3 FLASHCUR = MedCur WF3 FLASHCUR HIGH 4 FLASHCUR = HighCur ! ! pr 48334 tv overrides WF3T OSPT_X -1 1 OSPT_X = UNDEFINED? WF3T OSPT_Y -1 1 OSPT_Y = UNDEFINED? WF3T OSPT_Z -1 1 OSPT_Z = UNDEFINED? WF3T OSM3A1 -1 1 OSM3A1 = UNDEFINED? WF3T OSM3A2 -1 1 OSM3A2 = UNDEFINED? WF3T OSM4A1 -1 1 OSM4A1 = UNDEFINED? WF3T OSM4A2 -1 1 OSM4A2 = UNDEFINED? ! !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- ! Note that many of the mnemonics begin with a little 'L' indicating ! they come from the first snapshot. See 49568 ! ! PR 57553 needs to keep this in for TV data (no support sched) COST PRIMESI COS 1 T = T ! ! PR 83251 introduces new APERTURE based telemetry keywords based on ! lifetime position, but the last character is no longer important ! so we are stripping it off. In older data LAPLTPOS !- VALID so ! it does not strip the last character. !COS lAPMPOS {lAPERTUR} 1 LAPLTPOS = Valid ! ! PR 86267 ! The above rule worked for the 64 valid aperture settings, ! but did not handle the 4 invalid aperture settings and they ! do occur occasionally. ! NOTE: This set of 5 rules determines the value of lAPMPOS. ! APERTURE below is set from the value of lAPMPOS COS lAPMPOS {lAPERTUR} 1 lAPLTPOS = Valid COS lAPMPOS Unknown 2 lAPLTPOS = Unknown COS lAPMPOS RelMvReq 3 lAPLTPOS = RelMvReq COS lAPMPOS AbMvFail 4 lAPLTPOS = AbMvFail COS lAPMPOS -- 5 lAPLTPOS = -- ! ! The rest of these rules from this PR are purely just setting ! keyword values in the headers that are NOT used by any ! processing decisions. ! This is a keyword that occurs twice in each UDL. This ! replica set of rules sets the second occurance. Not necesssary ! for processing, but looks better than ' ' in the header. COS LAPMPOS {LAPERTUR} 1 LAPLTPOS = Valid COS LAPMPOS Unknown 2 LAPLTPOS = Unknown COS LAPMPOS RelMvReq 3 LAPLTPOS = RelMvReq COS LAPMPOS AbMvFail 4 LAPLTPOS = AbMvFail COS LAPMPOS -- 5 LAPLTPOS = -- ! ! If lAPLTPOS is not Valid then the parsing of these three ! keywords is no longer valid, so we are replacing with N/A. COS lLIFTIME N/A 1 lAPLTPOS = Unknown COS lLIFTIME N/A 2 lAPLTPOS = RelMvReq COS lLIFTIME N/A 3 lAPLTPOS = AbMvFail COS lLIFTIME N/A 4 lAPLTPOS = -- ! COS lAPERTUR N/A 1 lAPLTPOS = Unknown COS lAPERTUR N/A 2 lAPLTPOS = RelMvReq COS lAPERTUR N/A 3 lAPLTPOS = AbMvFail COS lAPERTUR N/A 4 lAPLTPOS = -- ! COS lAPMDET N/A 1 lAPLTPOS = Unknown COS lAPMDET N/A 2 lAPLTPOS = RelMvReq COS lAPMDET N/A 3 lAPLTPOS = AbMvFail COS lAPMDET N/A 4 lAPLTPOS = -- ! COS LLIFTIME N/A 1 LAPLTPOS = Unknown COS LLIFTIME N/A 2 LAPLTPOS = RelMvReq COS LLIFTIME N/A 3 LAPLTPOS = AbMvFail COS LLIFTIME N/A 4 LAPLTPOS = -- ! COS LAPERTUR N/A 1 LAPLTPOS = Unknown COS LAPERTUR N/A 2 LAPLTPOS = RelMvReq COS LAPERTUR N/A 3 LAPLTPOS = AbMvFail COS LAPERTUR N/A 4 LAPLTPOS = -- ! COS LAPMDET N/A 1 LAPLTPOS = Unknown COS LAPMDET N/A 2 LAPLTPOS = RelMvReq COS LAPMDET N/A 3 LAPLTPOS = AbMvFail COS LAPMDET N/A 4 LAPLTPOS = -- ! ! PR 59061 needs defines APERTURE, APER_FOV, FPPOS and ! corrects a typo in LAMPUSED (P2). ! PR 70565 redefine APERTURE and APER_FOV to work ! for new lAPMPOS values. These new rules ! will still work for old lAPMPOS values ! PR 74295 adds the TARGNAME = DARK DETECTOR = FUV case ! PR 76236 changes the test to just TARGNAME = DARK - no DETECTOR test ! COS APERTURE N/A 1 TARGNAME = DARK COS APERTURE PSA 2 lAPMPOS = PSA? COS APERTURE BOA 3 lAPMPOS = BOA? COS APERTURE WCA 4 lAPMPOS = WCA? COS APERTURE FCA 5 lAPMPOS = FCA? COS APERTURE {lAPMPOS} 6 T = T ! COS APER_FOV "2.5 arcsec (0.700 mm) diameter circular" 1 lAPMPOS = PSA? COS APER_FOV "2.5 arcsec diameter circular + ND2 filter" 2 lAPMPOS = BOA? COS APER_FOV "0.020 x 0.100 mm rectangular" 3 lAPMPOS = WCA? COS APER_FOV "1.750 x 0.075 mm rectangular" 4 lAPMPOS = FCA? COS APER_FOV "2.5 arcsec (0.700 mm) diameter circular" 5 lAPMPOS = RelMvReq COS APER_FOV "2.5 arcsec (0.700 mm) diameter circular" 5 PROPAPER = PSA COS APER_FOV "2.5 arcsec diameter circular + ND2 filter" 6 lAPMPOS = RelMvReq COS APER_FOV "2.5 arcsec diameter circular + ND2 filter" 6 PROPAPER = BOA COS APER_FOV "0.020 x 0.100 mm rectangular" 7 lAPMPOS = RelMvReq COS APER_FOV "0.020 x 0.100 mm rectangular" 7 PROPAPER = WCA COS APER_FOV "1.750 x 0.075 mm rectangular" 8 lAPMPOS = RelMvReq COS APER_FOV "1.750 x 0.075 mm rectangular" 8 PROPAPER = FCA COS APER_FOV "Unknown Aperture" 9 T = T ! ! ! PR 68201 added test 5 EXPTYPE=DARK ! PR 70332 moved EXPTYPE = DARK rule to top. ! changed to TARGNAME because that is set already. COS FPPOS 999 1 TARGNAME = DARK COS FPPOS 1 2 FPOFFSET = -2 COS FPPOS 2 3 FPOFFSET = -1 COS FPPOS 3 4 FPOFFSET = 0 COS FPPOS 4 5 FPOFFSET = 1 ! COS FPOFFSET 999 1 TARGNAME = DARK ! ! PR 64874 set LAMPCENTR currently simple FUV or NUV rule ! COS LAMPCNTR Median 1 DETECTOR = NUV COS LAMPCNTR Mean 2 DETECTOR = FUV ! ! LAMPPLAN is set via special rules using qesiparm table values ! in a special sskey subroutine. The final case is that if ! LAMPPLAN is left with the value FLAT or FOLD then reset it the ! the value of LQLAMPID (to destinguish between D1 and D2 ! COS LAMPPLAN {LQLAMPID} 1 LAMPPLAN = FLAT COS LAMPPLAN {LQLAMPID} 2 LAMPPLAN = FOLD ! COS LAMPUSED D1 1 LQDLAMP1 = on COS LAMPUSED D2 2 LQDLAMP2 = on COS LAMPUSED P1 3 LQPLAMP1 = on COS LAMPUSED P2 4 LQPLAMP2 = on COS LAMPUSED NONE 5 T = T ! ! Change the LAMPSET values to be determined by the value of ! LAMPPLAN instead of the telemetry value LQ#LAMP#. This is ! because of a timing issue between when the telemetry values ! are dumped compared to when the lamps turn on. COS LAMPSET {lD2ILVL} 1 LAMPPLAN = D1 COS LAMPSET {lD2ILVL} 2 LAMPPLAN = D2 COS LAMPSET {lPNILVL} 3 LAMPPLAN = P1 COS LAMPSET {lPNILVL} 4 LAMPPLAN = P2 COS LAMPSET Off 5 T = T ! ! PR 70590 defines these rules through LIFE_ADJ = 2 ! PR 74295 adds the TARGNAME = DARK DETECTOR = FUV case ! PR 76236 changes to just TARGNAME = DARK with no DETECTOR test ! PR 86048 adds LIFE_ADJ = 4 ! HSTSDP-1295 adds LIFE_ADJ = 5 ! HSTSDP-1298 adds LIFE_ADJ = 6 and divisors COS LIFE_ADJ -999 1 TARGNAME = DARK ! COS LIFE_ADJ 1 2 DETECTOR = FUV COS LIFE_ADJ 1 2 APERTURE = BOA COS LIFE_ADJ 1 2 APERYPOS > -163.0 COS LIFE_ADJ 1 2 APERYPOS < -143.0 ! COS LIFE_ADJ 1 3 DETECTOR = FUV COS LIFE_ADJ 1 3 APERTURE = FCA COS LIFE_ADJ 1 3 APERYPOS > -163.0 COS LIFE_ADJ 1 3 APERYPOS < -143.0 ! COS LIFE_ADJ 1 4 DETECTOR = FUV COS LIFE_ADJ 1 4 APERTURE = PSA COS LIFE_ADJ 1 4 APERYPOS > 116.0 COS LIFE_ADJ 1 4 APERYPOS < 136.0 ! COS LIFE_ADJ 1 5 DETECTOR = FUV COS LIFE_ADJ 1 5 APERTURE = WCA COS LIFE_ADJ 1 5 APERYPOS > 116.0 COS LIFE_ADJ 1 5 APERYPOS < 136.0 ! COS LIFE_ADJ 1 6 DETECTOR = FUV COS LIFE_ADJ 1 6 APERTURE = RelMvReq COS LIFE_ADJ 1 6 PROPAPER = BOA COS LIFE_ADJ 1 6 APERYPOS > -163.0 COS LIFE_ADJ 1 6 APERYPOS < -143.0 ! COS LIFE_ADJ 1 7 DETECTOR = FUV COS LIFE_ADJ 1 7 APERTURE = RelMvReq COS LIFE_ADJ 1 7 PROPAPER = FCA COS LIFE_ADJ 1 7 APERYPOS > -163.0 COS LIFE_ADJ 1 7 APERYPOS < -143.0 ! COS LIFE_ADJ 1 8 DETECTOR = FUV COS LIFE_ADJ 1 8 APERTURE = RelMvReq COS LIFE_ADJ 1 8 PROPAPER = PSA COS LIFE_ADJ 1 8 APERYPOS > 116.0 COS LIFE_ADJ 1 8 APERYPOS < 136.0 ! COS LIFE_ADJ 1 9 DETECTOR = FUV COS LIFE_ADJ 1 9 APERTURE = RelMvReq COS LIFE_ADJ 1 9 PROPAPER = WCA COS LIFE_ADJ 1 9 APERYPOS > 116.0 COS LIFE_ADJ 1 9 APERYPOS < 136.0 ! COS LIFE_ADJ 1 10 DETECTOR = NUV COS LIFE_ADJ 1 10 APERTURE = BOA COS LIFE_ADJ 1 10 APERYPOS > -163.0 COS LIFE_ADJ 1 10 APERYPOS < -143.0 ! COS LIFE_ADJ 1 11 DETECTOR = NUV COS LIFE_ADJ 1 11 APERTURE = FCA COS LIFE_ADJ 1 11 APERYPOS > -163.0 COS LIFE_ADJ 1 11 APERYPOS < -143.0 ! COS LIFE_ADJ 1 12 DETECTOR = NUV COS LIFE_ADJ 1 12 APERTURE = PSA COS LIFE_ADJ 1 12 APERYPOS > 116.0 COS LIFE_ADJ 1 12 APERYPOS < 136.0 ! COS LIFE_ADJ 1 13 DETECTOR = NUV COS LIFE_ADJ 1 13 APERTURE = WCA COS LIFE_ADJ 1 13 APERYPOS > 116.0 COS LIFE_ADJ 1 13 APERYPOS < 136.0 ! COS LIFE_ADJ 1 14 DETECTOR = NUV COS LIFE_ADJ 1 14 APERTURE = RelMvReq COS LIFE_ADJ 1 14 PROPAPER = BOA COS LIFE_ADJ 1 14 APERYPOS > -163.0 COS LIFE_ADJ 1 14 APERYPOS < -143.0 ! COS LIFE_ADJ 1 15 DETECTOR = NUV COS LIFE_ADJ 1 15 APERTURE = RelMvReq COS LIFE_ADJ 1 15 PROPAPER = FCA COS LIFE_ADJ 1 15 APERYPOS > -163.0 COS LIFE_ADJ 1 15 APERYPOS < -143.0 ! COS LIFE_ADJ 1 16 DETECTOR = NUV COS LIFE_ADJ 1 16 APERTURE = RelMvReq COS LIFE_ADJ 1 16 PROPAPER = PSA COS LIFE_ADJ 1 16 APERYPOS > 116.0 COS LIFE_ADJ 1 16 APERYPOS < 136.0 ! COS LIFE_ADJ 1 17 DETECTOR = NUV COS LIFE_ADJ 1 17 APERTURE = RelMvReq COS LIFE_ADJ 1 17 PROPAPER = WCA COS LIFE_ADJ 1 17 APERYPOS > 116.0 COS LIFE_ADJ 1 17 APERYPOS < 136.0 ! -------------------------------------------- COS LIFE_ADJ 2 18 DETECTOR = FUV COS LIFE_ADJ 2 18 APERTURE = BOA COS LIFE_ADJ 2 18 APERYPOS > -235.0 COS LIFE_ADJ 2 18 APERYPOS < -215.0 ! COS LIFE_ADJ 2 19 DETECTOR = FUV COS LIFE_ADJ 2 19 APERTURE = FCA COS LIFE_ADJ 2 19 APERYPOS > -235.0 COS LIFE_ADJ 2 19 APERYPOS < -215.0 ! COS LIFE_ADJ 2 20 DETECTOR = FUV COS LIFE_ADJ 2 20 APERTURE = PSA COS LIFE_ADJ 2 20 APERYPOS > 42.0 COS LIFE_ADJ 2 20 APERYPOS < 62.0 ! COS LIFE_ADJ 2 21 DETECTOR = FUV COS LIFE_ADJ 2 21 APERTURE = WCA COS LIFE_ADJ 2 21 APERYPOS > 42.0 COS LIFE_ADJ 2 21 APERYPOS < 62.0 ! COS LIFE_ADJ 2 22 DETECTOR = FUV COS LIFE_ADJ 2 22 APERTURE = RelMvReq COS LIFE_ADJ 2 22 PROPAPER = BOA COS LIFE_ADJ 2 22 APERYPOS > -235.0 COS LIFE_ADJ 2 22 APERYPOS < -215.0 ! COS LIFE_ADJ 2 23 DETECTOR = FUV COS LIFE_ADJ 2 23 APERTURE = RelMvReq COS LIFE_ADJ 2 23 PROPAPER = FCA COS LIFE_ADJ 2 23 APERYPOS > -235.0 COS LIFE_ADJ 2 23 APERYPOS < -215.0 ! COS LIFE_ADJ 2 24 DETECTOR = FUV COS LIFE_ADJ 2 24 APERTURE = RelMvReq COS LIFE_ADJ 2 24 PROPAPER = PSA COS LIFE_ADJ 2 24 APERYPOS > 42.0 COS LIFE_ADJ 2 24 APERYPOS < 62.0 ! COS LIFE_ADJ 2 25 DETECTOR = FUV COS LIFE_ADJ 2 25 APERTURE = RelMvReq COS LIFE_ADJ 2 25 PROPAPER = WCA COS LIFE_ADJ 2 25 APERYPOS > 42.0 COS LIFE_ADJ 2 25 APERYPOS < 62.0 ! -------------------------------------------- COS LIFE_ADJ 3 26 DETECTOR = FUV COS LIFE_ADJ 3 26 APERTURE = BOA COS LIFE_ADJ 3 26 APERYPOS > -110.0 COS LIFE_ADJ 3 26 APERYPOS < -90.0 ! COS LIFE_ADJ 3 27 DETECTOR = FUV COS LIFE_ADJ 3 27 APERTURE = FCA COS LIFE_ADJ 3 27 APERYPOS > -110.0 COS LIFE_ADJ 3 27 APERYPOS < -90.0 ! COS LIFE_ADJ 3 28 DETECTOR = FUV COS LIFE_ADJ 3 28 APERTURE = PSA COS LIFE_ADJ 3 28 APERYPOS > 169.0 COS LIFE_ADJ 3 28 APERYPOS < 189.0 ! COS LIFE_ADJ 3 29 DETECTOR = FUV COS LIFE_ADJ 3 29 APERTURE = WCA COS LIFE_ADJ 3 29 APERYPOS > 169.0 COS LIFE_ADJ 3 29 APERYPOS < 189.0 ! COS LIFE_ADJ 3 30 DETECTOR = FUV COS LIFE_ADJ 3 30 APERTURE = RelMvReq COS LIFE_ADJ 3 30 PROPAPER = BOA COS LIFE_ADJ 3 30 APERYPOS > -110.0 COS LIFE_ADJ 3 30 APERYPOS < -90.0 ! COS LIFE_ADJ 3 31 DETECTOR = FUV COS LIFE_ADJ 3 31 APERTURE = RelMvReq COS LIFE_ADJ 3 31 PROPAPER = FCA COS LIFE_ADJ 3 31 APERYPOS > -110.0 COS LIFE_ADJ 3 31 APERYPOS < -90.0 ! COS LIFE_ADJ 3 32 DETECTOR = FUV COS LIFE_ADJ 3 32 APERTURE = RelMvReq COS LIFE_ADJ 3 32 PROPAPER = PSA COS LIFE_ADJ 3 32 APERYPOS > 169.0 COS LIFE_ADJ 3 32 APERYPOS < 189.0 ! COS LIFE_ADJ 3 33 DETECTOR = FUV COS LIFE_ADJ 3 33 APERTURE = RelMvReq COS LIFE_ADJ 3 33 PROPAPER = WCA COS LIFE_ADJ 3 33 APERYPOS > 169.0 COS LIFE_ADJ 3 33 APERYPOS < 189.0 ! -------------------------------------------- COS LIFE_ADJ 4 34 DETECTOR = FUV COS LIFE_ADJ 4 34 APERTURE = BOA COS LIFE_ADJ 4 34 APERYPOS > -54.0 COS LIFE_ADJ 4 34 APERYPOS < -34.0 ! COS LIFE_ADJ 4 35 DETECTOR = FUV COS LIFE_ADJ 4 35 APERTURE = FCA COS LIFE_ADJ 4 35 APERYPOS > -40.0 COS LIFE_ADJ 4 35 APERYPOS < -20.0 ! COS LIFE_ADJ 4 36 DETECTOR = FUV COS LIFE_ADJ 4 36 APERTURE = PSA COS LIFE_ADJ 4 36 APERYPOS > 225.0 COS LIFE_ADJ 4 36 APERYPOS < 245.0 ! COS LIFE_ADJ 4 37 DETECTOR = FUV COS LIFE_ADJ 4 37 APERTURE = WCA COS LIFE_ADJ 4 37 APERYPOS > 225.0 COS LIFE_ADJ 4 37 APERYPOS < 245.0 ! COS LIFE_ADJ 4 38 DETECTOR = FUV COS LIFE_ADJ 4 38 APERTURE = RelMvReq COS LIFE_ADJ 4 38 PROPAPER = BOA COS LIFE_ADJ 4 38 APERYPOS > -54.0 COS LIFE_ADJ 4 38 APERYPOS < -34.0 ! COS LIFE_ADJ 4 39 DETECTOR = FUV COS LIFE_ADJ 4 39 APERTURE = RelMvReq COS LIFE_ADJ 4 39 PROPAPER = FCA COS LIFE_ADJ 4 39 APERYPOS > -40.0 COS LIFE_ADJ 4 39 APERYPOS < -20.0 ! COS LIFE_ADJ 4 40 DETECTOR = FUV COS LIFE_ADJ 4 40 APERTURE = RelMvReq COS LIFE_ADJ 4 40 PROPAPER = PSA COS LIFE_ADJ 4 40 APERYPOS > 225.0 COS LIFE_ADJ 4 40 APERYPOS < 245.0 ! COS LIFE_ADJ 4 41 DETECTOR = FUV COS LIFE_ADJ 4 41 APERTURE = RelMvReq COS LIFE_ADJ 4 41 PROPAPER = WCA COS LIFE_ADJ 4 41 APERYPOS > 225.0 COS LIFE_ADJ 4 41 APERYPOS < 245.0 ! -------------------------------------------- COS LIFE_ADJ 5 42 DETECTOR = FUV COS LIFE_ADJ 5 42 APERTURE = BOA COS LIFE_ADJ 5 42 APERYPOS > -276.0 COS LIFE_ADJ 5 42 APERYPOS < -256.0 ! COS LIFE_ADJ 5 43 DETECTOR = FUV COS LIFE_ADJ 5 43 APERTURE = FCA COS LIFE_ADJ 5 43 APERYPOS > -276.0 COS LIFE_ADJ 5 43 APERYPOS < -256.0 ! COS LIFE_ADJ 5 44 DETECTOR = FUV COS LIFE_ADJ 5 44 APERTURE = PSA COS LIFE_ADJ 5 44 APERYPOS > 2.0 COS LIFE_ADJ 5 44 APERYPOS < 22.0 ! COS LIFE_ADJ 5 45 DETECTOR = FUV COS LIFE_ADJ 5 45 APERTURE = WCA COS LIFE_ADJ 5 45 APERYPOS > 7.0 COS LIFE_ADJ 5 45 APERYPOS < 17.0 ! COS LIFE_ADJ 5 46 DETECTOR = FUV COS LIFE_ADJ 5 46 APERTURE = RelMvReq COS LIFE_ADJ 5 46 PROPAPER = BOA COS LIFE_ADJ 5 46 APERYPOS > -276.0 COS LIFE_ADJ 5 46 APERYPOS < -256.0 ! COS LIFE_ADJ 5 47 DETECTOR = FUV COS LIFE_ADJ 5 47 APERTURE = RelMvReq COS LIFE_ADJ 5 47 PROPAPER = FCA COS LIFE_ADJ 5 47 APERYPOS > -276.0 COS LIFE_ADJ 5 47 APERYPOS < -256.0 ! COS LIFE_ADJ 5 48 DETECTOR = FUV COS LIFE_ADJ 5 48 APERTURE = RelMvReq COS LIFE_ADJ 5 48 PROPAPER = PSA COS LIFE_ADJ 5 48 APERYPOS > 2.0 COS LIFE_ADJ 5 48 APERYPOS < 22.0 ! COS LIFE_ADJ 5 49 DETECTOR = FUV COS LIFE_ADJ 5 49 APERTURE = RelMvReq COS LIFE_ADJ 5 49 PROPAPER = WCA COS LIFE_ADJ 5 49 APERYPOS > 7.0 COS LIFE_ADJ 5 49 APERYPOS < 17.0 ! -------------------------------------------- COS LIFE_ADJ 6 50 DETECTOR = FUV COS LIFE_ADJ 6 50 APERTURE = PSA COS LIFE_ADJ 6 50 APERYPOS > -20 COS LIFE_ADJ 6 50 APERYPOS < 0 ! COS LIFE_ADJ 6 51 DETECTOR = FUV COS LIFE_ADJ 6 51 APERTURE = WCA COS LIFE_ADJ 6 51 APERYPOS > 17 COS LIFE_ADJ 6 51 APERYPOS < 27 ! COS LIFE_ADJ 6 52 DETECTOR = FUV COS LIFE_ADJ 6 52 APERTURE = RelMvReq COS LIFE_ADJ 6 52 PROPAPER = PSA COS LIFE_ADJ 6 52 APERYPOS > -20 COS LIFE_ADJ 6 52 APERYPOS < 0 ! COS LIFE_ADJ 6 53 DETECTOR = FUV COS LIFE_ADJ 6 53 APERTURE = RelMvReq COS LIFE_ADJ 6 53 PROPAPER = WCA COS LIFE_ADJ 6 53 APERYPOS > 17 COS LIFE_ADJ 6 53 APERYPOS < 27 ! PR 85658 Special Case - reset LQHDRVER to 21 if ! LCSOPVER = 1048 AND LQHDRVER = 20 ! This rule will be needed for a small section data ! collected in the fall of 2016. COS LQHDRVER 21 1 LCSOPVER = 1048 COS LQHDRVER 21 1 LQHDRVER = 20 ! COS MEVENTS [{LMEVENTS}*10] 1 T = T ! COS OBSMODE TIME-TAG 1 BUFFERSZ > 0 COS OBSMODE ACCUM 2 T = T ! COS POSTARG1 {APEROFFX} 1 T = T COS POSTARG2 {APEROFFY} 1 T = T ! COS SUBARRAY T 1 LQNUMSUB > 0 COS SUBARRAY F 2 T = T ! COS DATASORC {OBSMODE} 1 T = T COS IMAGETYP {OBSMODE} 1 T = T ! !########################## ! HARD-CODED for now, but need to be removed when we have proposal data ! for test sets. !COS TARGNAME Thermal_Vac 1 T = T !COS PROPOSID 100138 1 T = T !COS PR_INV_L Green 1 T = T !COS PR_INV_F James 1 T = T !COS FGSLOCK NONE 1 T = T !########################## ! ! COS OPT_ELEM {lOSM1POS} 1 DETECTOR = FUV COS OPT_ELEM {lOSM2POS} 2 DETECTOR = NUV ! ! PR 51152 called for redefining OBSTYPE. ! Spectroscopic if opt_elem is G? ! Imaging for all other cases. ! PR 70332 adds rule for TARGNAME = DARK ! HSTSDP-342 adds rule for DETECTOR = FUV ! COS OBSTYPE IMAGING 1 TARGNAME = DARK COS OBSTYPE SPECTROSCOPIC 2 OPT_ELEM = G? COS OBSTYPE SPECTROSCOPIC 3 DETECTOR = FUV COS OBSTYPE IMAGING 4 T = T ! ! PR 51152 -- Then go back and clean up the OPT_ELEM ! names for the NUV side ! Comment out this line until CCI handles FUV/IMAGING ! PR 70332 adds rule for TARGNAME = DARK ! COS OPT_ELEM N/A 1 TARGNAME = DARK COS OPT_ELEM MIRRORA 2 OPT_ELEM = TA1Image COS OPT_ELEM MIRRORB 3 OPT_ELEM = TA1Brght ! !! ! 06/20/11 64778 handle CENWAVE, CENTRWV, and SS_CWAVE ! cases for IMAGING vs SPECTROSCOPIC vs DARK ! 03/13/14 74364 CENTRWV for the non-imaging ACQ exposures must ! come from lOSMLAMB(LOSMLAMB is always 0) ! Fixing CENTRWV then fixes CENWAVE below that. ! Change ACQ rules to OPMODE. EXPTYPE not set yet. COS CENWAVE {LOSMLAMB} 1 T = T ! COS CENTRWV {lOSMLAMB} 1 OPMODE = ACQ/PEAKD COS CENTRWV {lOSMLAMB} 2 OPMODE = ACQ/SEARCH COS CENTRWV {lOSMLAMB} 3 OPMODE = ACQ/PEAKXD COS CENTRWV {lOSMLAMB} 4 OPMODE = ACQ/PEAKD(XD) COS CENTRWV {LOSMLAMB} 5 T = T ! ! NOTE SS_CWAVE is not initialized here because it is ! populated from the PMDB in keyword_source ! COS CENWAVE 0 1 OBSTYPE = IMAGING COS CENTRWV 0 1 OBSTYPE = IMAGING COS SS_CWAVE 0 1 OBSTYPE = IMAGING ! COS CENWAVE 0 1 TARGNAME = DARK COS CENTRWV 0 1 TARGNAME = DARK COS SS_CWAVE 0 1 TARGNAME = DARK ! COS CENWAVE [FLOOR({CENTRWV}+0.5)] 1 OPMODE = ACQ/IMAGE COS CENWAVE [FLOOR({CENTRWV}+0.5)] 2 OPMODE = ACQ/PEAKD COS CENWAVE [FLOOR({CENTRWV}+0.5)] 3 OPMODE = ACQ/SEARCH COS CENWAVE [FLOOR({CENTRWV}+0.5)] 4 OPMODE = ACQ/PEAKXD COS CENWAVE [FLOOR({CENTRWV}+0.5)] 5 OPMODE = ACQ/PEAKD(XD) ! ! COS SHUTTER {lSHUTRAW} 1 T = T ! COS DISPAXIS 1 1 DETECTOR = FUV COS DISPAXIS 2 2 DETECTOR = NUV ! ! 02/26/10 64361 Temp change SDQFLAGS from 184 to 188 when ! DETECTOR is FUV ! 03/10/11 67719 Add cases for OPT_ELEMS G130M and G160M ! 03/27/12 68727 change values to reflect gain sag inclusion ! 05/07/13 74167 remove special cases for OPT_ELEM and change ! FUV value to 8376 ! 02/11/14 76952 Change value from 8376 to 8344 ! 10/07/15 81590 Change value from 8344 to 8346 and add SDQOUTER = 2 ! 07/07/21 h1237 Add an SDQFLAGS rule for NUV COS SDQFLAGS 152 1 DETECTOR = NUV COS SDQFLAGS 8346 2 DETECTOR = FUV COS SDQOUTER 2 1 DETECTOR = FUV ! ! Timetag WCS keywords for IMAGING mode ! ! populate WCS bintable keywords using WCS image keywords ! COS TCTYP2 RA---TAN 1 OBSMODE = TIME-TAG COST TCTYP2 RA---TAN 1 OBSTYPE = IMAGING COS TCTYP2 {TCTYP2} 2 T = T ! COS TCTYP3 DEC--TAN 1 OBSMODE = TIME-TAG COS TCTYP3 DEC--TAN 1 OBSTYPE = IMAGING COS TCTYP3 {TCTYP3} 2 T = T ! COS TCRVL2 {CRVAL1} 1 OBSMODE = TIME-TAG COS TCRVL2 {CRVAL1} 1 OBSTYPE = IMAGING ! COS TCRVL3 {CRVAL2} 1 OBSMODE = TIME-TAG COS TCRVL3 {CRVAL2} 1 OBSTYPE = IMAGING ! COS TCRPX2 {CRPIX1} 1 OBSMODE = TIME-TAG COS TCRPX2 {CRPIX1} 1 OBSTYPE = IMAGING ! COS TCRPX3 {CRPIX2} 1 OBSMODE = TIME-TAG COS TCRPX3 {CRPIX2} 1 OBSTYPE = IMAGING ! COS TC2_2 {CD1_1} 1 OBSMODE = TIME-TAG COS TC2_2 {CD1_1} 1 OBSTYPE = IMAGING ! COS TC2_3 {CD1_2} 1 OBSMODE = TIME-TAG COS TC2_3 {CD1_2} 1 OBSTYPE = IMAGING ! COS TC3_2 {CD2_1} 1 OBSMODE = TIME-TAG COS TC3_2 {CD2_1} 1 OBSTYPE = IMAGING ! COS TC3_3 {CD2_2} 1 OBSMODE = TIME-TAG COS TC3_3 {CD2_2} 1 OBSTYPE = IMAGING ! the TCUNI2 default is "angstrom" so we only need to reset for images ! and TCUNI3 is always set to "deg" and that is the default so there ! is no need to set it here. COS TCUNI2 deg 1 OBSMODE = TIME-TAG COS TCUNI2 deg 1 OBSTYPE = IMAGING COS TCUNI2 {TCUNI2} 2 T = T ! COS TCUNI3 deg 1 OBSMODE = TIME-TAG COS TCUNI3 deg 1 OBSTYPE = IMAGING COS TCUNI3 {TCUNI3} 2 T = T ! COS TALEN2 16384 1 DETECTOR = FUV COS TALEN2 1024 2 DETECTOR = NUV COS TALEN2 1024 2 OBSTYPE = SPECTROSCOPIC COS TALEN3 1024 1 OBSTYPE = SPECTROSCOPIC ! ! PR 72782 Add test to change CUNIT1 to "deg" when OBSTYPE=IMAGING ! COS CUNIT1 deg 1 OBSTYPE = IMAGING COS CUNIT1 {CUNIT1} 2 T = T ! ! PR 56407 COS Tag Flash COS TAGFLASH AUTO 1 NUMFLASH > 0 COS TAGFLASH AUTO 1 TAGFLASH = SCI COS TAGFLASH "UNIFORMLY SPACED" 2 NUMFLASH > 0 COS TAGFLASH "UNIFORMLY SPACED" 2 TAGFLASH = ENG COS TAGFLASH NONE 3 T = T ! PR 56902 COS EXPTYPE DARK 1 TARGNAME = DARK COS EXPTYPE FLAT 2 TARGNAME = DEUTERIUM COS EXPTYPE WAVECAL 3 TARGNAME = WAVE COS EXPTYPE ACQ/SEARCH 4 OPMODE = ACQ COS EXPTYPE {OPMODE} 5 OPMODE = ACQ/SEARCH COS EXPTYPE {OPMODE} 6 OPMODE = ACQ/PEAKD COS EXPTYPE {OPMODE} 7 OPMODE = ACQ/PEAKXD COS EXPTYPE {OPMODE} 8 OPMODE = ACQ/IMAGE ! PR 85734 For target acquisitions with OPMODE = ACQ/PEAKD(XD), set ! EXPTYPE to ACQ/PEAKD because the ACQ/PEAKD(XD) data have the same ! format as ACQ/PEAKD. However, ACQSLEWY and ENDSLEWY below require a ! different approach. Note that in the code, EXPTYPE for ! OPMODE=ACQ/PEAKD(XD) is changed to ACQ/PEAKXD per PR 82103. COS EXPTYPE ACQ/PEAKD 9 OPMODE = ACQ/PEAKD(XD) COS EXPTYPE "ENG DIAG" 10 DUMPTYPE = EngDiag COS EXPTYPE "MEMORY DUMP" 11 DUMPTYPE = MemDiag COS EXPTYPE EXTERNAL/CAL 12 CALIBTYP = E COS EXPTYPE EXTERNAL/SCI 13 T = T ! ! PR 64849 ! What follows through the ACQ keywords must be after the ! EXPTYPE rules above. ! ! PR 68905 Add the USER rotation to some ACQ keywords COS LAMPMXCR [1023.0-{LQTAYCOR}] 1 COSCOORD = USER ! PR 85730 we need to bypass the "1023-" step for FUV N=1 ! (ACQNPOS=1) ACQ/PEAKXDs COS LAMPMYCR {LQTAXCOR} 1 COSCOORD = USER COS LAMPMYCR {LQTAXCOR} 1 DETECTOR = FUV COS LAMPMYCR {LQTAXCOR} 1 OPMODE = ACQ/PEAKXD COS LAMPMYCR [1023.0-{LQTAXCOR}] 2 COSCOORD = USER ! COS ACQSTAT {LQTASTAT(1)} 1 EXPTYPE = ACQ/IMAGE COS ACQSTAT {LQTASTAT(1)} 2 EXPTYPE = ACQ/PEAKXD COS ACQSTAT {LQTASTAT} 3 EXPTYPE = ACQ/SEARCH COS ACQSTAT {LQTASTAT} 4 EXPTYPE = ACQ/PEAKD ! COS TARGTIME {LQITIME(1)} 1 EXPTYPE = ACQ/IMAGE COS TARGTIME {LQITIME(1)} 2 EXPTYPE = ACQ/PEAKXD COS TARGTIME {LQITIME} 3 EXPTYPE = ACQ/SEARCH COS TARGTIME {LQITIME} 4 EXPTYPE = ACQ/PEAKD ! !COS TARGEVNT {LQTATOTL(1)} 1 EXPTYPE = ACQ/PEAKXD ! COS ACQCENTX {LQTAMYCR(1)} 1 EXPTYPE = ACQ/IMAGE COS ACQCENTY {LQTAMXCR(1)} 1 EXPTYPE = ACQ/IMAGE ! COS ACQPREFX {LQTADYCR(1)} 1 EXPTYPE = ACQ/IMAGE COS ACQPREFX {LQTADYCR} 2 EXPTYPE = ACQ/SEARCH COS ACQPREFX {LQTADYCR} 3 EXPTYPE = ACQ/PEAKD ! COS ACQCENTX [1023.0-{ACQCENTX}] 1 COSCOORD = USER COS ACQCENTY [1023.0-{ACQCENTY}] 1 COSCOORD = USER COS ACQPREFX [1023.0-{ACQPREFX}] 1 COSCOORD = USER ! COS ACQPREFY [1023.0-{ACQPREFY}] 1 DETECTOR = NUV COS ACQPREFY [1023.0-{ACQPREFY}] 1 COSCOORD = USER ! COS ACQMEASY [1023.0-{ACQMEASY}] 1 DETECTOR = NUV COS ACQMEASY [1023.0-{ACQMEASY}] 1 COSCOORD = USER ! COS ACQFLOOR {LQTAFLOR} 1 EXPTYPE = ACQ/SEARCH COS ACQFLOOR {LQTAFLOR} 2 EXPTYPE = ACQ/PEAKD COS ACQFLOOR {LQTAFLOR} 3 EXPTYPE = ACQ/PEAKXD ! COS ACQNPOS [{LQTASCAN}^2] 1 EXPTYPE = ACQ/SEARCH COS ACQNPOS {LQTADWLS} 2 EXPTYPE = ACQ/PEAKD COS ACQNPOS 1 3 EXPTYPE = ACQ/PEAKXD ! COS STEPSIZE [{LQTASTEP}/1000.0] 1 EXPTYPE = ACQ/SEARCH COS STEPSIZE [{LQTASTEP}/1000.0] 2 EXPTYPE = ACQ/PEAKD COS STEPSIZE [{LQTASTEP}/1000.0] 3 EXPTYPE = ACQ/PEAKXD ! ! PR 85734 Above, EXPTYPE is set to ACQ/PEAKD for data with ! OPMODE=ACQ/PEAKD(XD), because those data have the same format as ! ACQ/PEAKD data. However, this is not the case for ENDSLEWY, ! ACQSLEWX, and ACQSLEWY, so OPMODE is used here rather than EXPTYPE. COS ENDSLEWX [{LQTADSLW}/1000.0] 1 EXPTYPE = ACQ/SEARCH COS ENDSLEWX [{LQTADSLW}/1000.0] 2 OPMODE = ACQ/PEAKD COS ENDSLEWY [{LQTAXSLW}/1000.0] 1 EXPTYPE = ACQ/SEARCH COS ENDSLEWY [{LQTAXSLW}/1000.0] 2 OPMODE = ACQ/PEAKD(XD) COS ENDSLEWY [{LQTAXSLW}/1000.0] 3 EXPTYPE = ACQ/PEAKXD ! COS ACQSLEWX [{LQTADSLW}/1000.00] 1 EXPTYPE = ACQ/IMAGE COS ACQSLEWX [{LQTADPOS}/1000.00] 2 EXPTYPE = ACQ/SEARCH COS ACQSLEWX [{LQTADPOS}/1000.00] 3 OPMODE = ACQ/PEAKD ! COS ACQSLEWY [{LQTAXSLW}/1000.00] 1 EXPTYPE = ACQ/IMAGE COS ACQSLEWY [{LQTAXSLW}/1000.00] 2 EXPTYPE = ACQ/PEAKXD COS ACQSLEWY [{LQTAXPOS}/1000.00] 3 EXPTYPE = ACQ/SEARCH COS ACQSLEWY [{LQTAXPOS}/1000.00] 4 OPMODE = ACQ/PEAKD(XD) ! PR 74911 reset CRPIX1 and CRPIX2 for COS ACQ/IMAGE cases. ! with different sources for different groups. ! These must be after the ACQCENT[XY] and ACQPREF[XY] rules for ! both setting the value and rotating the value. COS CRPIX1(1) {ACQCENTX} 1 EXPTYPE = ACQ/IMAGE COS CRPIX2(1) {ACQCENTY} 1 EXPTYPE = ACQ/IMAGE COS CRPIX1(2) {ACQPREFX} 1 EXPTYPE = ACQ/IMAGE COS CRPIX2(2) {ACQPREFY} 1 EXPTYPE = ACQ/IMAGE ! ! PR 64874 STRIPE and LSTRIPE convert string from qesiparm ! table to NUV name. ! COS STRIPE NUVA 1 STRIPE = SHORT COS STRIPE NUVB 2 STRIPE = MEDIUM COS STRIPE NUVC 3 STRIPE = LONG COS STRIPE NUVB 4 T = T ! COS LSTRIPE NUVA 1 LSTRIPE = SHORT COS LSTRIPE NUVB 2 LSTRIPE = MEDIUM COS LSTRIPE NUVC 3 LSTRIPE = LONG COS LSTRIPE NUVB 4 T = T ! ! PR 66634 specify PLATESC for EXPTYPE ACQ/IMAGE COS PLATESC 0.0235 1 EXPTYPE = ACQ/IMAGE ! ! PR 63218 Since we have no idea if qobs_control.calibrate ! will be affected by TRANS PRs 63137 and 63226, do this: COS CALIBRAT T 1 TARGNAME = WAVE COS CALIBRAT T 1 OPT_ELEM = MIRROR? ! ! PR 49926 ! PR 60960 change test to strings FUV and NUV instead of 1 & 2 CSW DOPPON T 1 LQDOPCOR = FUV CSW DOPPON T 2 LQDOPCOR = NUV CSW DOPPON F 3 T = T ! ! PR 60817 ! PR 60960 change test to strings FUV and NUV instead of 1 & 2 CSW DOPPONT T 1 LQDOPCOR = FUV CSW DOPPONT T 2 LQDOPCOR = NUV CSW DOPPONT F 3 T = T ! !PR 60960 COS ORBTPERT -1 1 DOPPONT = F COS DOPMAGT -1 1 DOPPONT = F COS DOPZEROT -1 1 DOPPONT = F ! ! COS calibration switch settings (CSW) ! Default settings for all switches is OMIT ! ! We will re-establish t_CFSTATUS rules if/when we need to. Not used yet. ! !---- -------- ---------- ---- -------- ------- ------- !INST NAME = DEFAULT if TEST KEYWORD COMPARE VALUE !---- -------- ---------- ---- -------- ------- ------- ! ! PR 61614 DQICORR on for everything CSW DQICORR PERFORM 1 T = T ! ! PR 61614 STATFLAG defaults to T (true) in keyword dictionary now ! RPTCORR being removed by STSDAS PR ! ! PR 61614 FLATCORR off for FUV, (same Test = AND, diff Test = OR) ! on for NUV EXTERNAL and WAVECAL, ! off for DARK, FLAT, ! on for ACQ/IMAGE ! PR 67719 Turned on for more cases ! PR 74167 removed the OPT_ELEM case CSW FLATCORR OMIT 1 EXPTYPE = DARK CSW FLATCORR OMIT 2 EXPTYPE = FLAT CSW FLATCORR PERFORM 3 T = T ! ! HSTSDP-2246 Want HVDSCORR set to PERFORM for DETECTOR = FUV ! and OBSMODE = TIME-TAG, similar to XWLKCORR. CSW HVDSCORR PERFORM 1 DETECTOR = FUV CSW HVDSCORR PERFORM 1 OBSMODE = TIME-TAG CSW HVDSCORR OMIT 2 T = T ! ! PR 61614 DEADCORR on for everything CSW DEADCORR PERFORM 1 T = T ! ! BADTCORR should be on for all TIME-TAG (FUV and NUV) data (HSTSDP-2193) CSW BADTCORR PERFORM 1 OBSMODE = TIME-TAG ! ! PHACORR should be on for FUV, OFF for NUV CSW PHACORR PERFORM 1 DETECTOR = FUV ! ! TEMPDCORR should be on for FUV, OFF for NUV CSW TEMPCORR PERFORM 1 DETECTOR = FUV ! ! GEOCORR should be on for FUV, OFF for NUV CSW GEOCORR PERFORM 1 DETECTOR = FUV ! ! IGEOCORR should do whatever GEOCORR does CSW IGEOCORR {GEOCORR} 1 T = T ! ! RANDCORR should be on for FUV, OFF for NUV CSW RANDCORR PERFORM 1 DETECTOR = FUV ! ! PR 60164 -- Set BRSTCORR to OMIT for all cases. ! But redundant test is created so that it can be ! turned on for TIME-TAGS done on the FUV detectors ! if needed later. CSW BRSTCORR OMIT 1 OBSMODE != TIME-TAG CSW BRSTCORR OMIT 2 DETECTOR != FUV CSW BRSTCORR OMIT 3 T = T ! ! PR 86897 Set XWLKCORR to PERFORM for all FUV, TIME-TAG data for LIFE-ADJ not ! equal to 4. Anything else should have XWLKCORR set to OMIT ! HSTSDP-2284 Now want XWLKCORR set to PERFORM for DETECTOR = FUV ! and OBSMODE = TIME-TAG, regardless of LIFE-ADJ value. CSW XWLKCORR PERFORM 1 DETECTOR = FUV CSW XWLKCORR PERFORM 1 OBSMODE = TIME-TAG CSW XWLKCORR OMIT 2 T = T ! ! PR 86897 Set YWLKCORR to PERFORM for all the FUV, TIME-TAG data, regardless ! of LIFE_ADJ. Anything else should have YWLKCORR set to OMIT CSW YWLKCORR PERFORM 1 DETECTOR = FUV CSW YWLKCORR PERFORM 1 OBSMODE = TIME-TAG CSW YWLKCORR OMIT 2 T = T ! ! PR 61614 WAVECORR off for IMAGING ! on for SPECTROSCOPIC EXTERNALs and WAVECALs ! off for DARKs and FLATs ! Remove WAVECAL, a keyword for STIS not COS. CSW WAVECORR OMIT 1 OBSTYPE = IMAGING CSW WAVECORR PERFORM 2 EXPTYPE = EXTERNAL? CSW WAVECORR PERFORM 3 EXPTYPE = WAVE? ! ! PR 61614 X1DCORR off for IMAGING ! on for SPECTROSCOPIC EXTERNALs and WAVECALs ! off for DARKs and FLATs CSW X1DCORR OMIT 1 OBSTYPE = IMAGING CSW X1DCORR PERFORM 2 EXPTYPE = EXTERNAL? CSW X1DCORR PERFORM 3 EXPTYPE = WAVE? ! ! ! PR 61614 HELCORR off for IMAGING ! on for SPECTROSCOPIC EXTERNALs ! off for DARKs and FLATs and WAVECALs CSW HELCORR OMIT 1 OBSTYPE = IMAGING CSW HELCORR PERFORM 2 EXPTYPE = EXTERNAL? ! ! PR 61614 FLUXCORR off for IMAGING ! on for SPECTROSCOPIC EXTERNALs ! off for DARKs and FLATs and WAVECALs CSW FLUXCORR OMIT 1 OBSTYPE = IMAGING CSW FLUXCORR PERFORM 2 EXPTYPE = EXTERNAL? ! ! PR 61614 TDSCORR is on for EXTERNALs (SPECTROSCOPIC and IMAGING) ! is off for DARKs and FLATs (SPECTROSCOPIC and IMAGING) ! is on for IMAGING wavecals, but NOT SPECTROSCOPIC wavecals ! is on for ACQ/IMAGE (NUV) ! CSW TDSCORR PERFORM 1 EXPTYPE = EXTERNAL? CSW TDSCORR OMIT 2 EXPTYPE = DARK CSW TDSCORR OMIT 3 EXPTYPE = FLAT CSW TDSCORR PERFORM 4 OBSTYPE = IMAGING CSW TDSCORR PERFORM 4 EXPTYPE = WAVE? CSW TDSCORR PERFORM 5 EXPTYPE = ACQ/IMAGE ! ! PR 61614 BACKCORR off for IMAGING ! on for SPECTROSCOPIC EXTERNALs and WAVECALs ! off for DARKs and FLATs CSW BACKCORR OMIT 1 OBSTYPE = IMAGING CSW BACKCORR PERFORM 2 EXPTYPE = EXTERNAL? CSW BACKCORR PERFORM 3 EXPTYPE = WAVE? ! ! PR 61614 DOPPCORR off for IMAGING (PR 49926 obsolete) ! on for SPECTROSCOPIC EXTERNALs ! off for DARKs and FLATs and WAVECALs CSW DOPPCORR OMIT 1 OBSTYPE = IMAGING CSW DOPPCORR PERFORM 2 EXPTYPE = EXTERNAL? ! ! PR 61614 PHOTCORR is on for IMAGING unless there is a DARK or FLAT CSW PHOTCORR OMIT 1 OBSTYPE = SPECTROSCOPIC CSW PHOTCORR OMIT 2 EXPTYPE = DARK CSW PHOTCORR OMIT 3 EXPTYPE = FLAT ! PR 63218 turn off PHOTCORR for imaging wavecals CSW PHOTCORR OMIT 4 TARGNAME = WAVE CSW PHOTCORR OMIT 4 OPT_ELEM = MIRROR? ! now we know OBSTYPE is IMAGING CSW PHOTCORR PERFORM 5 T = T ! ! PR 78919 Add TRCECORR, ALGNCORR, and XTRCTALG ! Set TRACECORR to PERFORM for all LP3, FUV, EXTERNAL/SCI, SPECTROSCOPIC ! observations using the BOA or PSA. Anything else will have TRACECORR to OMIT. ! ! ALGNCORR and XTRCTALG follow the same selection criteria, and will thus be ! set based on TRACECORR to simplify coding and prevent simple errors. CSW t_SCI_APER T 1 PROPAPER = PSA CSW t_SCI_APER T 2 PROPAPER = BOA CSW t_SCI_APER F 3 T = T ! PR 86900 Enable TWOZONE for LIFE_ADJ = 3 or LIFE_ADJ = 4 ! HSTSDP-1296 Add TWOZONE extraction for LIFE_ADJ = 5 ! HSTSDP-1297 Add TWOZONE extraction for LIFE_ADJ = 6 CSW TRCECORR PERFORM 1 LIFE_ADJ = 3 CSW TRCECORR PERFORM 1 DETECTOR = FUV CSW TRCECORR PERFORM 1 OBSTYPE = SPECTROSCOPIC CSW TRCECORR PERFORM 1 EXPTYPE = EXTERNAL/SCI CSW TRCECORR PERFORM 1 OBSMODE = TIME-TAG CSW TRCECORR PERFORM 1 t_SCI_APER = T ! CSW TRCECORR PERFORM 2 LIFE_ADJ = 4 CSW TRCECORR PERFORM 2 DETECTOR = FUV CSW TRCECORR PERFORM 2 OBSTYPE = SPECTROSCOPIC CSW TRCECORR PERFORM 2 EXPTYPE = EXTERNAL/SCI CSW TRCECORR PERFORM 2 OBSMODE = TIME-TAG CSW TRCECORR PERFORM 2 t_SCI_APER = T ! CSW TRCECORR PERFORM 3 LIFE_ADJ = 5 CSW TRCECORR PERFORM 3 DETECTOR = FUV CSW TRCECORR PERFORM 3 OBSTYPE = SPECTROSCOPIC CSW TRCECORR PERFORM 3 EXPTYPE = EXTERNAL/SCI CSW TRCECORR PERFORM 3 OBSMODE = TIME-TAG CSW TRCECORR PERFORM 3 t_SCI_APER = T ! CSW TRCECORR PERFORM 4 LIFE_ADJ = 6 CSW TRCECORR PERFORM 4 DETECTOR = FUV CSW TRCECORR PERFORM 4 OBSTYPE = SPECTROSCOPIC CSW TRCECORR PERFORM 4 EXPTYPE = EXTERNAL/SCI CSW TRCECORR PERFORM 4 OBSMODE = TIME-TAG CSW TRCECORR PERFORM 4 t_SCI_APER = T ! CSW TRCECORR OMIT 5 T = T ! ALGNCORR is PERFORM if TRCECORR is PERFORM, else OMIT CSW ALGNCORR PERFORM 1 TRCECORR = PERFORM CSW ALGNCORR OMIT 1 T = T ! XTRCTALG is TWOZONE if TRCECORR is PERFORM, else BOXCAR CSW XTRCTALG TWOZONE 1 TRCECORR = PERFORM CSW XTRCTALG BOXCAR 2 T = T ! PR 86895 Set DGEOCORR to PERFORM for all FUV data at LIFE_ADJ = 4. ! Otherwise, DGEOCORR should be set to OMIT CSW DGEOCORR PERFORM 1 LIFE_ADJ = 4 CSW DGEOCORR PERFORM 1 DETECTOR = FUV CSW DGEOCORR OMIT 2 T = T