## None ## BNH.mercury_offdisk hard-coded observing sequence for
## None ## BNH.mercury_ondisk hard-coded observing sequence for
## None ## CCK.energetics.1x1 1216/171/195, 1min. sustainable cadence. Many options.
## None ## CCK.four_tops flexible multi-target sequence with up to five
## None ## CCK.logic1 sequence logic test
## None ## CCK.logic2 sequence logic test
## None ## CCK.logic3 sequence logic test
## None ## CCK.logic4 sequence logic test
## None ## CCK.plume171 just a bare bones seq to run a fast polar plume movie
## None ## CCK.scene.flexible Flexible multiwavelength scene.
## None ## CJS.movie.tuneEUV_someWL Take a movie at a single EUV (tunable) wavelength, some WL
## None ## CJS.scene.UValignment take a set of standard UV exposures for alignment purposes
## None ## COM.dc1_compress_uv initial compression tests for uv only
## None ## COM.dc1_compress_uv2 another compression test for uv only, more levels of
## None ## COM.dc1_compress_wl initial compression tests for wl only
## None ## COM.dc1_compress_wluv initial compression tests for wl and uv only
## None ## COM.roll_cal take a sunspot movie at the limb, target top1
## None ## COM.ts1_1st_movie take a first movie in a few wavelengths, may be revised
## None ## HDW.dummy1
## None ## HDW.dummy2
## None ## HPW.dummy for making a load of frames only
## None ## RAS.all_images used as an intermediate to call RAS.uvfull and RAS.euvfull
## None ## RAS.dynamics.1x1.all.1 the 30 day plan states that this will be 2 hours at
## None ## RAS.dynamics.1x1.all.2 movie tests, 30 minutes each at 5 wavelengths, try fore/back
## None ## RAS.dynamics.1x1.all.3 movie tests, 60 minutes each at 5 wavelengths, try fore/back
## None ## RAS.dynamics.1x1.all.4 similar to RAS.dynamics.1x1.all.3 but wavelengths interleaved
## None ## RAS.dynamics_1 a customizable sequence for smaller fov and fast cadence
## None ## RAS.dynamics_2 a customizable sequence for smaller fov and fast cadence
## None ## RAS.dynamics_3 a customizable sequence for smaller fov and fast cadence
## None ## RAS.dynamics_4 a customizable sequence for smaller fov and fast cadence
## None ## RAS.euvfull uses general registers to take a set of EUV images
## None ## RAS.euvfullnolinger modified from RAS.euvfull, does not wait for radiation
## None ## RAS.fast171 just a bare bones seq
## None ## RAS.fast195 just a bare bones seq
## None ## RAS.fast284 just a bare bones seq
## None ## RAS.flare_response the response sequence for RAS.dynamics_4
## None ## RAS.limb.1x1.all a movie with wavelengths interleaved, first movie at the limb
## None ## RAS.movie.1x1.1EUV a test movie, we have 8 hours, keep it simple, just Fe XII 195
## None ## RAS.night_linger checks for night via the $HLZ flag, returns when flag is
## None ## RAS.radtest test radiation checker, run through SAA and HLZ
## None ## RAS.testqs
## None ## RAS.testsnapshots.1x1.all
## None ## RAS.testsnapshots.a take a big picture in each wavelength (8 here) and downlink
## None ## RAS.testsnapshots.b does a 2 hour WL tracking test
## None ## RAS.testsnapshots.c takes UV/WL movies to fill 16 hours, re-target every 30 minutes
## None ## RAS.uvfull uses general registers to take a set of UV images
## None ## STD.dynamics a customizable sequence, handles most single pointing observations
## None ## STD.dynamics3
## None ## STD.fast1600
## None ## STD.fast171
## None ## STD.fast195
## None ## STD.fast195v2
## None ## STD.flare1600 flares in 1600, options for EUV response also
## None ## STD.ptg_cal take a WL movie at target top1: strip images for roll
## None ## STD.radiation.EUV.check checks for radiation in first EUV frame that would be used
## None ## STD.responseEUV_for_flare1600 the EUV response sequence, phase one or two
## None ## STD.response_for_flare1600 the response sequence, phase one
## None ## STD.selecttarget Select a target prescribed by global register $g0
## None ## TDT.any_frames TDT.any_frames.useq
## None ## TDT.dummy for making a load of frames only
## None ## TDT.dummy10
## None ## TDT.dummy14
## None ## TDT.dummy15
## None ## TDT.dummy16
## None ## TDT.dummy17 for making a load of frames only
## None ## TDT.dummy18
## None ## TDT.dummy2 for making a load of frames only
## None ## TDT.dummy3 for making a load of frames only
## None ## TDT.dummy4 for making a load of frames only
## None ## TDT.dummy5
## None ## TDT.dummy6
## None ## TDT.dummy7
## None ## TDT.dummy8
## None ## TDT.uv_subpixel test for subpixel resolution in 1700 & 1600 & 171 & 195
Execute List DPM.util_ExecList A sequence to loop through a set of targets and frames
Execute List DPM.util_ProcFrm To loop through all frames specified in R106-R113
Execute List STD.execlist A sequence to loop through a set of targets and frames
Execute List STD.procfrm To loop through all frames specified in R106-R113
Frames DPM.util_ProcFrm To loop through all frames specified in R106-R113
Frames STD.procfrm To loop through all frames specified in R106-R113
Jpeg Test COM.dc1_compress_euv initial compression tests for EUV wavelengths
Jpeg Test COM.dc1_compress_euv2 more compression tests for EUV wavelengths, just 171 with
Software Tests COM.dc1_compress_dark some packing and JPEG tests, intended to ferret out
0: Unknown/not SpecifiSTD.amplifierA initialize the default amplifier to A
0: Unknown/not SpecifiSTD.amplifierB initialize the default amplifier to B
1: Active Region CCK.arflareresp.1x1.195 Respond to CCK.arflarewatch.1x1.195
1: Active Region CCK.arflareresp.1x1.195_171 Alternative response to CCK.arflarewatch.1x1.195
1: Active Region CCK.arflareresp.1x1.CIV Respond to CCK.arflarewatch.1x1.CIV
1: Active Region CCK.arflarewatch.1x1.195 Test the flare check algorithm with response sequence.
1: Active Region CCK.arflarewatch.1x1.CIV Test the flare check algorithm with response sequence.
1: Active Region CCK.flareresp.1wav Flare response for CCK.flarewatch.1wav
1: Active Region CCK.flarewatch.1wav Simple flare watch
1: Active Region CCK.flarewatch1600_uv A sequence for flare observations. With no EUV.
1: Active Region CJS.armosaic.7panel.all.1 AR1 (E)UV of central field, EUV mosaic at 195 with 2x2 binning.
1: Active Region CJS.scene.ar1.allnoWL at ar1, take standard pictures at all wavel. except WL
1: Active Region CJS.smallmosiac.tune (E)UV of central field, EUV 4 or 7 panel mosaic at EUV 2x2 bined
1: Active Region CJS.tracking.1x1.all1 at top1, 90 sec. cadence for white light, + UV+EUV interleaved
1: Active Region CJS.tracking.1x1.all2 at top1, 90 sec. cadence for WL, plus UV+EUV interleaved, + FDM
1: Active Region CJW.wlflareresponse flare response for ,CJW.wlflarewatch no EUV allowed
1: Active Region CJW.wlflarewatch A sequence for white light flare observations. With no EUV.
1: Active Region HPW.flareresp flare response for HPW.flarewatch
1: Active Region HPW.flareresp1600 flare response for HPW.flarewatch1600
1: Active Region HPW.flareresp1600_uv flare response for HPW.flarewatch1600_uv, no EUV allowed
1: Active Region HPW.flareresp195 flare response for HPW.flarewatch
1: Active Region HPW.flarewatch A sequence for flare observations.
1: Active Region HPW.flarewatch1600 A sequence for flare observations.
1: Active Region HPW.flarewatch1600_uv A sequence for flare observations. With no EUV.
1: Active Region HPW.flarewatch195 A sequence for flare observations.
1: Active Region HPW.flarewatch195avg A sequence for flare observations.
1: Active Region STD.flareresp195only flare response for STD.forever195
1: Active Region STD.flarewatch A sequence for flare observations. Modified from HPW.flarewatch
1: Active Region STD.forever195 A sequence for flare observations using only 195.
3: Bright Points CJS.EUV.WLtracking.1x1 at top1, 90 sec. cadence for WL, 45 sec. for 171 interleaved,
3: Bright Points CJS.tracking.1x1.171 at top1, 90 sec. cadence for WL, 45 sec. for 171 interleaved
3: Bright Points CJS.tracking.1x1.all4 at top1, 90 sec. cadence for WL, + UV and EUV interleaved
5: Calibration CJS.crosscaldiskcenter.1x1.all Provide images at all wavelengths at disk center, low cadence.
5: Calibration CJS.deepquietsun.1x1.nowl Take a range of exposures around optimal AEC in quiet Sun
5: Calibration CJS.largedynamicrange.1x1 Take a range of exposures around optimal AEC in quiet Sun
5: Calibration CJS.scene.CDSsynoptic Provide images at all wavelengths on central meridian
5: Calibration CJS.scene.caldiskcenter.1x1.all Provide images at all wavelengths and darks at disk center
5: Calibration CJW.ccd4_ice For cosmetics including possible "ice"
5: Calibration CJW.darks_full_ccd Dark current and noise via set of hard and soft dark frames
5: Calibration COM.fe1_focus_euv Focus tests at 171, 195, 284 using different exposures
5: Calibration COM.fe1_focus_uv Focus tests in UV CIV triplet and 1216 at set of exposures
5: Calibration COM.fe1_focus_wl Focus tests in white light only using different exposures
5: Calibration COM.ff1_flats_euv Make flat field map by using PZT offsets for EUV
5: Calibration COM.ff1_flats_wluv Make flat field map by using PZT offsets for WL/UV
5: Calibration COM.gti6_4limb Four-limb alignment test
5: Calibration COM.subpixel_wluv Test sub_pixel imaging by using PZT offsets for WL/UV
5: Calibration STD.13pos_pzt_ff Make flat field map by using 13 PZT offsets
5: Calibration STD.CDSsynoptic Provide images at all wavelengths on central meridian
5: Calibration STD.CDSsynoptic171 Provide images at all wavelengths on central meridian
5: Calibration STD.CDSsynoptic_uv Provide images at all wavelengths on central meridian
5: Calibration STD.flats_1700 Make flat field map by using PZT offsets for 1700
5: Calibration STD.flats_171 Make flat field map by using PZT offsets for 171
5: Calibration STD.flats_195 Make flat field map by using PZT offsets for 195
5: Calibration STD.flats_284 Make flat field map by using PZT offsets for 284
5: Calibration STD.flats_wl Make flat field map by using PZT offsets for WL
5: Calibration STD.focus_euv Focus tests at 171, 195, 284 at optimal default exposure
5: Calibration STD.focus_lyman Focus tests at lyman alpha at optimal default exposure
5: Calibration STD.focus_wluv Focus tests at wl and C IV triplet at optimal default exposure
5: Calibration STD.pinholes_euv Measure visible light in EUV images
5: Calibration STD.subpixel Make subpixel imaging set using 4 PZT offsets
5: Calibration TDT.CCD_bleed Make CCD bleed by using long exposures in 1550 or 1600
5: Calibration 6: Ccd COM.dark_movie take movie dark frames, based on COM.ts1_1st_movie
5: Calibration 6: Ccd STD.dark_set Provide dark images at summings 1x1, 2x2 and 4x4
5: Calibration 6: Ccd STD.ltc_1700 Provides light transfer curve dataset in 1700
5: Calibration 6: Ccd STD.ltc_wl Provides light transfer curve dataset in WL
6: Ccd STD.CCDsafe checks for CCD safety
6: Ccd STD.CCDsafe_init initializes counters for CCD safety
7: Chromosphere; 8: ChCJS.UVdynamics.1x1.EUVcontext Obtain a sequence of lyman alpha images at moderate cadence.
7: Chromosphere; 8: ChCJS.dynamics.1x1.lymancontext Obtain a sequence of lyman alpha images at moderate cadence.
10: Coronal Holes CCK.northpolar.1x1.171 polar study, high cadence
10: Coronal Holes CCK.northpolar.1x1.all polar study, 7.5 min. cadence
10: Coronal Holes CCK.southpolar.1x1.171 polar study, high cadence
10: Coronal Holes CCK.southpolar.1x1.all polar study, 7.5 min. cadence
10: Coronal Holes CJS.qschinterface.1x1.all1 at top1, 90 sec. cadence for WL +1550+171+195 interleaved
11: Coronal Mass EjectiDC.filament.mix.all1 Observe a filament, 1x1 with 2x2 interleaved.
15: Emerging Flux CJS.EUV.WLtracking.1x1 at top1, 90 sec. cadence for WL, 45 sec. for 171 interleaved,
15: Emerging Flux CJS.qschinterface.1x1.all1 at top1, 90 sec. cadence for WL +1550+171+195 interleaved
15: Emerging Flux CJS.tracking.1x1.171 at top1, 90 sec. cadence for WL, 45 sec. for 171 interleaved
15: Emerging Flux CJS.tracking.1x1.all1 at top1, 90 sec. cadence for white light, + UV+EUV interleaved
15: Emerging Flux CJS.tracking.1x1.all2 at top1, 90 sec. cadence for WL, plus UV+EUV interleaved, + FDM
15: Emerging Flux CJS.tracking.1x1.all4 at top1, 90 sec. cadence for WL, + UV and EUV interleaved
16: Filaments DC.filament.1x1.HI Observe a filament or channel at high cadence
16: Filaments DC.filament.2x2.all Observe a filament or channel in EUV and Lyman alpha
16: Filaments DC.filament.mix.all1 Observe a filament, 1x1 with 2x2 interleaved.
17: Flares CCK.arflareresp.1x1.195 Respond to CCK.arflarewatch.1x1.195
17: Flares CCK.arflareresp.1x1.195_171 Alternative response to CCK.arflarewatch.1x1.195
17: Flares CCK.arflareresp.1x1.CIV Respond to CCK.arflarewatch.1x1.CIV
17: Flares CCK.arflarewatch.1x1.195 Test the flare check algorithm with response sequence.
17: Flares CCK.arflarewatch.1x1.CIV Test the flare check algorithm with response sequence.
17: Flares CCK.flareresp.1wav Flare response for CCK.flarewatch.1wav
17: Flares CCK.flarewatch.1wav Simple flare watch
17: Flares CCK.flarewatch1600_uv A sequence for flare observations. With no EUV.
17: Flares CJS.qrflarewatch.1x1.euv.1 Test the flare check algorithm and Quiet Sun variability
17: Flares CJW.wlflareresponse flare response for ,CJW.wlflarewatch no EUV allowed
17: Flares CJW.wlflarewatch A sequence for white light flare observations. With no EUV.
17: Flares HPW.flareresp flare response for HPW.flarewatch
17: Flares HPW.flareresp1600 flare response for HPW.flarewatch1600
17: Flares HPW.flareresp1600_uv flare response for HPW.flarewatch1600_uv, no EUV allowed
17: Flares HPW.flareresp195 flare response for HPW.flarewatch
17: Flares HPW.flarewatch A sequence for flare observations.
17: Flares HPW.flarewatch1600 A sequence for flare observations.
17: Flares HPW.flarewatch1600_uv A sequence for flare observations. With no EUV.
17: Flares HPW.flarewatch195 A sequence for flare observations.
17: Flares HPW.flarewatch195avg A sequence for flare observations.
17: Flares STD.flareresp195only flare response for STD.forever195
17: Flares STD.flarewatch A sequence for flare observations. Modified from HPW.flarewatch
17: Flares STD.forever195 A sequence for flare observations using only 195.
19: Flows CJS.EUV.WLtracking.1x1 at top1, 90 sec. cadence for WL, 45 sec. for 171 interleaved,
19: Flows CJS.qschinterface.1x1.all1 at top1, 90 sec. cadence for WL +1550+171+195 interleaved
19: Flows CJS.tracking.1x1.171 at top1, 90 sec. cadence for WL, 45 sec. for 171 interleaved
19: Flows CJS.tracking.1x1.all1 at top1, 90 sec. cadence for white light, + UV+EUV interleaved
19: Flows CJS.tracking.1x1.all2 at top1, 90 sec. cadence for WL, plus UV+EUV interleaved, + FDM
19: Flows CJS.tracking.1x1.all4 at top1, 90 sec. cadence for WL, + UV and EUV interleaved
21: Hardware Tests COM.af1_front_al Front Aluminum filter integrity
21: Hardware Tests COM.af2_back_al Back Aluminum filter integrity
21: Hardware Tests COM.gti0_diodes Diode Intensity Check
21: Hardware Tests COM.gti3_pzt_offset Calibrate PZT offsets
21: Hardware Tests COM.gti6_4limb Four-limb alignment test
24: Limb CCK.eastlimb.2x1.all EUV limb study
24: Limb CCK.eastlimb.3x2.Fe12Fe15 EUV limb study
24: Limb CCK.westlimb.2x1.all EUV limb study
24: Limb CCK.westlimb.3x2.Fe12Fe15 EUV limb study
25: Loops CCK.eastlimb.2x1.all EUV limb study
25: Loops CCK.eastlimb.3x2.Fe12Fe15 EUV limb study
25: Loops CCK.westlimb.2x1.all EUV limb study
25: Loops CCK.westlimb.3x2.Fe12Fe15 EUV limb study
25: Loops CJS.armosaic.7panel.all.1 AR1 (E)UV of central field, EUV mosaic at 195 with 2x2 binning.
25: Loops CJS.qrmosaic.7panel.all.1 at QR1, UV single panel + mosaic 7 panels at 195A 2x2 binned
25: Loops CJS.scene.ar1.allnoWL at ar1, take standard pictures at all wavel. except WL
25: Loops CJS.scene.qr1.allnoWL at qr1, take standard pictures at all wavelengths except WL
25: Loops CJS.smallmosiac.tune (E)UV of central field, EUV 4 or 7 panel mosaic at EUV 2x2 bined
25: Loops; 29: MorpholoCJS.slowdynamics.1x1.CIVcontext Obtain a sequence of C IV images at moderate cadence.
29: Morphology CCK.northpolar.1x1.171 polar study, high cadence
29: Morphology CCK.northpolar.3x1.1wave Fe XII plume morphology study
29: Morphology CCK.southpolar.1x1.171 polar study, high cadence
29: Morphology CCK.southpolar.3x1.1wave Fe XII plume morphology study
30: Nanoflares CJS.armosaic.7panel.all.1 AR1 (E)UV of central field, EUV mosaic at 195 with 2x2 binning.
30: Nanoflares CJS.qrmosaic.7panel.all.1 at QR1, UV single panel + mosaic 7 panels at 195A 2x2 binned
30: Nanoflares CJS.scene.ar1.allnoWL at ar1, take standard pictures at all wavel. except WL
30: Nanoflares CJS.scene.qr1.allnoWL at qr1, take standard pictures at all wavelengths except WL
30: Nanoflares CJS.smallmosiac.tune (E)UV of central field, EUV 4 or 7 panel mosaic at EUV 2x2 bined
30: Nanoflares; 53: TraCJS.fastdynamics.1x1.CIVcontext Obtain a sequence of C IV images (512x512) at highest cadence.
31: Onboard Software CCK.arflareresp.1x1.195 Respond to CCK.arflarewatch.1x1.195
31: Onboard Software CCK.arflareresp.1x1.195_171 Alternative response to CCK.arflarewatch.1x1.195
31: Onboard Software CCK.arflareresp.1x1.CIV Respond to CCK.arflarewatch.1x1.CIV
31: Onboard Software CCK.arflarewatch.1x1.195 Test the flare check algorithm with response sequence.
31: Onboard Software CCK.arflarewatch.1x1.CIV Test the flare check algorithm with response sequence.
31: Onboard Software CJS.qrflarewatch.1x1.euv.1 Test the flare check algorithm and Quiet Sun variability
31: Onboard Software DC.filament.1x1.HI Observe a filament or channel at high cadence
31: Onboard Software DC.filament.2x2.all Observe a filament or channel in EUV and Lyman alpha
31: Onboard Software DC.filament.mix.all1 Observe a filament, 1x1 with 2x2 interleaved.
33: Pointing COM.gti6_4limb Four-limb alignment test
34: Polar Regions CCK.northpolar.1x1.171 polar study, high cadence
34: Polar Regions CCK.northpolar.1x1.all polar study, 7.5 min. cadence
34: Polar Regions CCK.northpolar.3x1.1wave Fe XII plume morphology study
34: Polar Regions CCK.northpolar.fan.multi polar plumes study
34: Polar Regions CCK.southpolar.1x1.171 polar study, high cadence
34: Polar Regions CCK.southpolar.1x1.all polar study, 7.5 min. cadence
34: Polar Regions CCK.southpolar.3x1.1wave Fe XII plume morphology study
34: Polar Regions CCK.southpolar.fan.multi polar plumes study
34: Polar Regions CJS.scene.northbelt.5x1.all northern act. belt of a full-disk mosaic at all wavelengths
34: Polar Regions CJS.scene.northswath.4x1.all northernmost swath of a full-disk mosaic at all wavelengths
34: Polar Regions CJS.scene.southswath.4x1.all northernmost swath of a full-disk mosaic at all wavelengths
35: Prominences CCK.eastlimb.2x1.all EUV limb study
35: Prominences CCK.westlimb.2x1.all EUV limb study
36: Quiet Sun CJS.EUV.WLtracking.1x1 at top1, 90 sec. cadence for WL, 45 sec. for 171 interleaved,
36: Quiet Sun CJS.deepquietsun.1x1.nowl Take a range of exposures around optimal AEC in quiet Sun
36: Quiet Sun CJS.largedynamicrange.1x1 Take a range of exposures around optimal AEC in quiet Sun
36: Quiet Sun CJS.qrflarewatch.1x1.euv.1 Test the flare check algorithm and Quiet Sun variability
36: Quiet Sun CJS.qrmosaic.7panel.all.1 at QR1, UV single panel + mosaic 7 panels at 195A 2x2 binned
36: Quiet Sun CJS.qschinterface.1x1.all1 at top1, 90 sec. cadence for WL +1550+171+195 interleaved
36: Quiet Sun CJS.scene.qr1.allnoWL at qr1, take standard pictures at all wavelengths except WL
36: Quiet Sun CJS.tracking.1x1.171 at top1, 90 sec. cadence for WL, 45 sec. for 171 interleaved
36: Quiet Sun CJS.tracking.1x1.all1 at top1, 90 sec. cadence for white light, + UV+EUV interleaved
36: Quiet Sun CJS.tracking.1x1.all2 at top1, 90 sec. cadence for WL, plus UV+EUV interleaved, + FDM
36: Quiet Sun CJS.tracking.1x1.all4 at top1, 90 sec. cadence for WL, + UV and EUV interleaved
42: Iss Tests COM.gti1_gt_cal Measure displacement of image for given error signal.
42: Iss Tests COM.gti4_pzt_gain Measure displacement of image for given PZT signal.
42: Iss Tests STD.13pos_pzt_ff Make flat field map by using 13 PZT offsets
42: Iss Tests STD.ISS_close_loop Close ISS loop
42: Iss Tests STD.ISS_open_loop Open ISS loop
42: Iss Tests STD.subpixel Make subpixel imaging set using 4 PZT offsets
42: Software Tests CCK.arflareresp.1x1.195 Respond to CCK.arflarewatch.1x1.195
42: Software Tests CCK.arflareresp.1x1.195_171 Alternative response to CCK.arflarewatch.1x1.195
42: Software Tests CCK.arflareresp.1x1.CIV Respond to CCK.arflarewatch.1x1.CIV
42: Software Tests CCK.arflarewatch.1x1.195 Test the flare check algorithm with response sequence.
42: Software Tests CCK.arflarewatch.1x1.CIV Test the flare check algorithm with response sequence.
42: Software Tests CJS.qrflarewatch.1x1.euv.1 Test the flare check algorithm and Quiet Sun variability
42: Software Tests COM.aec2_euv AEC test at 195
42: Software Tests COM.aec2_wluv AEC test at wl, 1600, 1550, 1216
42: Software Tests COM.cjs_misctests Sequence to test some software options not routinely used
42: Software Tests COM.cjs_misctests2 Subsequence to test some software options not routinely used
42: Software Tests DC.filament.1x1.HI Observe a filament or channel at high cadence
42: Software Tests DC.filament.2x2.all Observe a filament or channel in EUV and Lyman alpha
42: Software Tests DC.filament.mix.all1 Observe a filament, 1x1 with 2x2 interleaved.
42: Software Tests DPM.ift_cmmodes Sequence of images in all camera modes
42: Software Tests DPM.ift_mosaic Do Full Disk Mosaic with no delays
42: Software Tests DPM.ift_speed1024 To take full frame pictures as fast as possible.
42: Software Tests DPM.ift_speed1024j To take full frame pictures as fast as possible.
42: Software Tests DPM.ift_speed64 To take pictures as fast as possible.
42: Software Tests DPM.ift_wlscan Scan the entire wavelength table.
42: Software Tests DPM.test_execlist Do Full Disk Mosaic with no delays
42: Software Tests DPM.test_gen_mos Do Full Disk Mosaic with no delays
42: Standard Utility STD.repoint_top1 Point to target-of-opportunity 1
42: Standard Utility STD.repoint_top2 Point to target-of-opportunity 2
42: Standard Utility STD.repoint_top3 Point to target-of-opportunity 3
42: Standard Utility STD.repoint_top4 Point to target-of-opportunity 4
42: Standard Utility STD.reset_regs Reset Event flag registers.
43: Solar Cycle CJS.scene.equator.6x1.all northern act. belt of a full-disk mosaic at all wavelengths
43: Solar Cycle CJS.scene.southbelt.5x1.all northern act. belt of a full-disk mosaic at all wavelengths
47: Spicules TDT.test_640 Fast fluctuations in the transition region -- test
47: Spicules TDT.trfast Fast fluctuations in the transition region
47: Spicules TDT.trnotsofast Fast fluctuations in the transition region
47: Spicules TDT.trnotsofast2 Fast fluctuations in the transition region
49: Synoptic BNH.fdm.loop Continuously loop through mosaics until stopped.
49: Synoptic CCK.fdm.bulletproof make a full-disk mosaic at selected wavelengths
49: Synoptic CJS.scene.CDSsynoptic Provide images at all wavelengths on central meridian
49: Synoptic CJS.scene.caldiskcenter.1x1.all Provide images at all wavelengths and darks at disk center
49: Synoptic CJS.scene.equator.6x1.all northern act. belt of a full-disk mosaic at all wavelengths
49: Synoptic CJS.scene.fulldisk.allpanel.1600 make a full-disk mosaic at only one wavelength (1600)
49: Synoptic CJS.scene.fulldisk.allpanel.1wave make a full-disk mosaic at only one wavelength (Lyman alpha)
49: Synoptic CJS.scene.fulldisk.allpanel.all make a full-disk mosaic at all wavelengths
49: Synoptic CJS.scene.fulldisk.allpanel.tune make a full-disk mosaic at selected wavelengths; no flare checks
49: Synoptic CJS.scene.northbelt.5x1.all northern act. belt of a full-disk mosaic at all wavelengths
49: Synoptic CJS.scene.northswath.4x1.all northernmost swath of a full-disk mosaic at all wavelengths
49: Synoptic CJS.scene.southbelt.5x1.all northern act. belt of a full-disk mosaic at all wavelengths
49: Synoptic CJS.scene.southswath.4x1.all northernmost swath of a full-disk mosaic at all wavelengths
49: Synoptic STD.CDSsynoptic Provide images at all wavelengths on central meridian
49: Synoptic STD.CDSsynoptic171 Provide images at all wavelengths on central meridian
49: Synoptic STD.CDSsynoptic_uv Provide images at all wavelengths on central meridian
49: Synoptic STD.fdm.bulletproof make a full-disk mosaic at selected wavelengths, based
49: Synoptic STD.fulldiskmosaic Continuously loop through mosaics until stopped.
49: Synoptic STD.smallmosaic Continuously loop through mosaics until stopped.
51: Temperature CCK.eastlimb.2x1.all EUV limb study
51: Temperature CCK.eastlimb.3x2.Fe12Fe15 EUV limb study
51: Temperature CCK.northpolar.1x1.all polar study, 7.5 min. cadence
51: Temperature CCK.northpolar.fan.multi polar plumes study
51: Temperature CCK.southpolar.1x1.all polar study, 7.5 min. cadence
51: Temperature CCK.southpolar.fan.multi polar plumes study
51: Temperature CCK.westlimb.2x1.all EUV limb study
51: Temperature CCK.westlimb.3x2.Fe12Fe15 EUV limb study
52: Transients DC.filament.mix.all1 Observe a filament, 1x1 with 2x2 interleaved.
53: Transition Region TDT.test_640 Fast fluctuations in the transition region -- test
53: Transition Region TDT.trfast Fast fluctuations in the transition region
53: Transition Region TDT.trnotsofast Fast fluctuations in the transition region
53: Transition Region TDT.trnotsofast2 Fast fluctuations in the transition region
55: Waves TDT.test_640 Fast fluctuations in the transition region -- test
55: Waves TDT.trfast Fast fluctuations in the transition region
55: Waves TDT.trnotsofast Fast fluctuations in the transition region
55: Waves TDT.trnotsofast2 Fast fluctuations in the transition region