Sequences

BNH.fdm.loop                            Continuously loop through mosaics until stopped.
CCK.flarewatch1600_uv                   A sequence for flare observations. With no EUV.
CCK.four_tops                           flexible multi-target sequence with up to five
CCK.scene.flexible                      Flexible multiwavelength scene.
CJS.EUV.WLtracking.1x1                  at top1, 90 sec. cadence for WL, 45 sec. for 171 interleaved,
CJS.UVdynamics.1x1.EUVcontext           Obtain a sequence of lyman alpha images at moderate cadence.
CJS.scene.CDSsynoptic                   Provide images at all wavelengths on central meridian
CJS.scene.caldiskcenter.1x1.all         Provide images at all wavelengths and darks at disk center
CJW.wlflareresponse                     flare response for ,CJW.wlflarewatch no EUV allowed
CJW.wlflarewatch                        A sequence for white light flare observations. With no EUV.
COM.af1_front_al                         Front Aluminum filter integrity
HPW.flareresp                           flare response for HPW.flarewatch
HPW.flareresp1600_uv                    flare response for HPW.flarewatch1600_uv, no EUV allowed
HPW.flareresp195                        flare response for HPW.flarewatch
HPW.flarewatch                          A sequence for flare observations.
HPW.flarewatch                          A sequence for flare observations.
HPW.flarewatch1600                      A sequence for flare observations.
HPW.flarewatch1600_uv                   A sequence for flare observations. With no EUV.
HPW.flarewatch1600_uv                   A sequence for flare observations. With no EUV.
HPW.flarewatch195avg                    A sequence for flare observations.
RAS.all_images                           used as an intermediate to call RAS.uvfull and RAS.euvfull
RAS.brightest_ar.t1                     a proto-type flare sequence
RAS.dynamics.1x1.all.1                   the 30 day plan states that this will be 2 hours at
RAS.dynamics.1x1.all.2                   movie tests, 30 minutes each at 5 wavelengths, try fore/back
RAS.dynamics.1x1.all.3                   movie tests, 60 minutes each at 5 wavelengths, try fore/back
RAS.dynamics.1x1.all.4                   similar to RAS.dynamics.1x1.all.3 but wavelengths interleaved
RAS.dynamics_2                           a customizable sequence for smaller fov and fast cadence
RAS.dynamics_3                           a customizable sequence for smaller fov and fast cadence
RAS.dynamics_4                           a customizable sequence for smaller fov and fast cadence
RAS.euvfull                              uses general registers to take a set of EUV images
RAS.euvfullnolinger                      modified from RAS.euvfull, does not wait for radiation
RAS.fast171                              just a bare bones seq
RAS.flare.sample1                       a proto-type flare sequence
RAS.flare1.t1                           a proto-type flare sequence
RAS.flare_response                       the response sequence for RAS.dynamics_4
RAS.limb.1x1.all                         a movie with wavelengths interleaved, first movie at the limb
RAS.movie.1x1.1EUV                       a test movie, we have 8 hours, keep it simple, just Fe XII 195
RAS.night_linger                         checks for night via the $HLZ flag, returns when flag is
RAS.radtest                              test radiation checker, run through SAA and HLZ
RAS.seq_flare.2                         a proto-type flare sequence
RAS.test.imax.imin                       I max/I min test, revised and more complicated for
RAS.test.transient                      description: transient tests on the ground using WL
RAS.testcomp.long                       some packing and JPEG tests, intended to ferret out
RAS.testcomp.short                      some packing and JPEG tests, intended to ferret out
RAS.testing.FE1_euvonly                 take a big picture in each wavelength (5 here) and downlink
RAS.testing.FE1_sanseuv                 take a big picture in each wavelength (5 here) and downlink
RAS.testqs                              
RAS.testsnapshots.1x1.all               description: take a big picture in each wavelength (8 here) and downlink
RAS.testsnapshots.a                     take a big picture in each wavelength (8 here) and downlink
RAS.testsnapshots.b                     does a 2 hour WL tracking test
RAS.testsnapshots.c                     takes UV/WL movies to fill 16 hours, re-target every 30 minutes
RAS.uvcenterlist                         uses general registers to take a set of UV images
RAS.uvfull                               uses general registers to take a set of UV images
RAS.wl.flaretest                         for ground testing of flare flag
STD.CCDsafe                              checks for CCD safety 
STD.CCDsafe_init                         initializes counters for CCD safety 
STD.CDSsynoptic                         Provide images at all wavelengths on central meridian
STD.CDSsynoptic171                      Provide images at all wavelengths on central meridian
STD.CDSsynoptic_uv                      Provide images at all wavelengths on central meridian
STD.dynamics                             a customizable sequence, handles most single pointing observations
STD.dynamics3                           
STD.fast1600                            
STD.fast171                             
STD.fast195                             
STD.fast195v2                           
STD.fdm.bulletproof                     make a full-disk mosaic at selected wavelengths, based
STD.flare1600                            flares in 1600, options for EUV response also
STD.flarewatch                          A sequence for flare observations. Modified from HPW.flarewatch
STD.forever195                           A sequence for flare observations using only 195.
STD.radiation.EUV.check                  checks for radiation in first EUV frame that would be used
STD.responseEUV_for_flare1600            the EUV response sequence, phase one or two
STD.response_for_flare1600               the response sequence, phase one
TDT.any_frames                           TDT.any_frames.useq
TDT.dummy                               for making a load of frames only
TDT.dummy17                             for making a load of frames only
TDT.dummy2                              for making a load of frames only
TDT.trnotsofast                         Fast fluctuations in the transition region 

Frames

cck.flareresp171                        Fe IX; opt. JPEG; 3quarter CCD only; no binning; AEC-8; current ampl.; main buffer
cck.flareresp284                        Fe XV; opt. JPEG; full CCD;2x2sum; AEC-8; current ampl.; main buffer
cck.stdaeccenterhalf171Q0               
cck.stdaeccenterhalf195Q0               195 512x512 lossless
cck.stdaeccenterhalf284Q0               284 512x512 lossless
cck.stdaecfull171sum2                   Fe XV; opt. JPEG; full CCD only; no binning; 2x2 summing; AEC; current ampl.; main buffer
cck.stdaecfull195sum2                   Fe XV; opt. JPEG; full CCD only; no binning; 2x2 summing; AEC; current ampl.; main buffer
cjs.1600snapshot                        1600 snapshot, 4x4 binned, compressed, primarily to avoid QS from getting stuck.
cjs.aecoffset4.full1216                 Lyman alpha; opt JPEG; full CCD; full res; last AEC + 4; current ampl.; main buffer
cjs.aecoffset4.full1550                 1550; opt JPEG; full CCD; full res; last AEC + 4; current ampl.; main buffer
cjs.aecoffset4.full1600                 1600; opt JPEG; full CCD; full res; last AEC + 4; current ampl.; main buffer
cjs.aecoffset4.full1700                 1700; opt JPEG; full CCD; full res; last AEC + 4; current ampl.; main buffer
cjs.aecoffset4.full171                  Fe XII 195; opt JPEG; full CCD; full res; last AEC + 4; current ampl.; main buffer
cjs.aecoffset4.full195                  Fe XII 195; opt JPEG; full CCD; full res; last AEC + 4; current ampl.; main buffer
cjs.aecoffset4.full284                  Fe XV 284; opt JPEG; full CCD; full res; last AEC + 4; current ampl.; main buffer
cjs.aecoffset4.full284sum2              Fe XV 284; opt JPEG; full CCD 2x2sum; full res; last AEC + 4; current ampl.; main buffer
cjs.stdaec3quarter1216                  Lyman alpha; opt. JPEG; 3quarter CCD only; no binning; AEC; current ampl.; main buffer
cjs.stdaec3quarter1550                  CIV 1550; opt. JPEG; 3quarter CCD only; no binning; AEC; current ampl.; main buffer
cjs.stdaec3quarter1600                  3/4 view fair quality 1600 images, AEC updates with flare and I max
cjs.stdaec3quarter1700                  CIV 1700; opt. JPEG; 3quarter CCD only; no binning; AEC; current ampl.; main buffer
cjs.stdaec3quarter171                   Fe IX; opt. JPEG; 3quarter CCD only; no binning; AEC; current ampl.; main buffer
cjs.stdaec3quarter171Q0                 Fe IX; lossless JPEG; 3/4 CCD; no binning; AEC; current ampl.; main buffer
cjs.stdaec3quarter195                   Fe XII; opt. JPEG; 3quarter CCD only; no binning; AEC; current ampl.; main buffer
cjs.stdaec3quarter195Q0                 Fe X; lossless JPEG; 3/4 CCD; no binning; AEC; current ampl.; main buffer
cjs.stdaec3quarter284                   Fe XV; opt. JPEG; 3quarter CCD only; no binning; AEC; current ampl.; main buffer
cjs.stdaec3quarter284Q0                 Fe XV; lossless JPEG; 3/4 CCD; no binning (corrected 1999/07/12); AEC; curr.ampl.; mn bff
cjs.stdaec3quarter284sum2               Fe XV; opt. JPEG; 3quarter CCD only;2x2sum; AEC; current ampl.; main buffer
cjs.stdaeccenterhalf171                 171; opt. JPEG; center half CCD; no binning; AEC; current ampl.; main buffer
cjs.stdaeccenterhalf195                 195; opt. JPEG; center half CCD; no binning; AEC; current ampl.; main buffer
cjs.stdaecfull171                       Fe IX; opt. JPEG; full CCD only; no binning; AEC; current ampl.; main buffer
cjs.stdaecfull171Q0                     Fe IX; lossless JPEG; full CCD only; no binning; AEC; current ampl.; main buffer
cjs.stdaecfull195                       Fe XII; opt. JPEG; full CCD only; no binning; AEC; current ampl.; main buffer
cjs.stdaecfull195Q0                     Fe XII; lossless JPEG; full CCD only; no binning; AEC; current ampl.; main buffer
cjs.stdaecfull284Q0                     Fe XV; lossless JPEG; full CCD only; no binning; AEC; current ampl.; main buffer
cjs.stdaecfull284sum2Q0                 Fe XV; good JPEG; full CCD only; no binning; 2x2 summing; AEC; current ampl.; main buffer
cjs.stdaecfull284sum4Q0                 Fe XV; good JPEG; full CCD only; no binning; 4x4 summing; AEC; current ampl.; main buffer
cjs.stdfull1216                         Ly alpha; opt. JPEG; full CCD only; no binning; default exp.; current ampl.; main buffer
cjs.stdfull1550                         1550; opt. JPEG; full CCD only; no binning; default exp.; current ampl.; main buffer
cjs.stdfull1600                         1600; opt. JPEG; full CCD only; no binning; default exp.; current ampl.; main buffer
cjs.stdfull1700                         1700; opt. JPEG; full CCD only; no binning; default exp.; current ampl.; main buffer
cjs.stdfull171                          Fe IX 171; opt. JPEG; full CCD only; no binning; default exp.; current ampl.; main buffer
cjs.stdfull171Q0                        Fe IX 171; opt. JPEG; full CCD only; no binning; default exp.; current ampl.; main buffer
cjs.stdfull195                          Fe IX 195; opt. JPEG; full CCD only; no binning; default exp.; current ampl.; main buffer
cjs.stdfull195Q0                        Fe IX 195; opt. JPEG; full CCD only; no binning; default exp.; current ampl.; main buffer
cjs.stdfull284                          Fe IX 284; opt. JPEG; full CCD only; no binning; default exp.; current ampl.; main buffer
cjs.stdfull284sum2                      Fe IX 284; opt. JPEG; full CCD only; 2x2 sum; default exp.; current ampl.; main buffer
cjs.stdfull284sum2Q0                    Fe IX 284; opt. JPEG; full CCD only; 2x2 sum; default exp.; current ampl.; main buffer
cjs.stdfull_wl                          visible; opt. JPEG; full CCD only; no binning; default exp.; current ampl.; main buffer
hpw.flareresp_171                       * 768x768 (1x1), 1024x1024 (8x8)
hpw.flareresp_171a                      * 768x768 (1x1), 1024x1024 (8x8)
hpw.flareresp_195                       4/1/2001 - use I maxs
hpw.flareresp_284                       4/1/2001 - use I max
hpw.full171aaQ0fixed60s                 
hpw.full171aoQ0fixed60s                 
hpw.full195aaQ0fixed60s                 
hpw.full195aoQ0fixed60s                 
hpw.full284aaQ0fixed60s                 
hpw.full284aoQ0fixed60s                 
jls.flare195.fov2                       small fov for rapid cadence during a flare, uses AEC
jls.flare195.fov4                       fixed exposure Fe XII 195 with full fov
jls.flarewhm195.t1                      preflare context in Fe XII 195, uses main memory, full fov
jls.flarewhmcont.t1                     preflare context in white light, uses main memory, full fov
jls.preflare195.t1                      preflare in Fe XII 195, 4 arc min centered on last I max
jls.preflare195.t2                      preflare in Fe XII 195, 4 arc min centered on last I max
jls.preflare195.t3                      preflare in Fe XII 195, 4 arc min centered on last I max
junk                                    pointing ref changed to I max
ras.1216.512.longexp                    Ly alpha; opt. JPEG; full CCD only; no binning;; current ampl.; main buffer
ras.1216.768.longexp                    Ly alpha; opt. JPEG; full CCD only; no binning; current ampl.; main buffer
ras.1216.fb.aec                         1216 image, foreground/background with jpeg
ras.1216.fb.aecupdate                   1216 image, foreground/background with jpeg
ras.1216.fb.aecupdate                   1216 image, foreground/background with jpeg
ras.1216.full.aec                       1216 image, standard full fov with jpeg
ras.1216.full.b2.aec                    1216 image, binned 2x2, full fov, packed, not compressed
ras.1216.full.longexp                   Ly alpha; opt. JPEG; full CCD only; no binning; current ampl.; main buffer
ras.1216.j9.512.aec                     compressed to "fair" quality and small fov, test feasibility of this as a low telemetry
ras.1216.j9.512.aecm2                   compressed to "fair" quality and small fov, test feasibility of this as a low telemetry
ras.1216.j9.512.daecm2                  uses AEC default minus 2 for shorter exposure and better compression
ras.1216.j9.768.daecm2                  uses AEC default minus 2 for shorter exposure and better compression
ras.1216.j9.full.daecm2                 uses AEC default minus 2 for shorter exposure and better compression
ras.1216.tall.20s                       Ly alpha; opt. JPEG; tall CCD only; no binning; 20s exp.; current ampl.; main buffer
ras.1216.tall.longexp                   Ly alpha; opt. JPEG; tall CCD only; no binning; current ampl.; main buffer
ras.1216.wide.20s                       Ly alpha; opt. JPEG; wide CCD only; no binning; 20s exp.; current ampl.; main buffer
ras.1216.wide.longexp                   Ly alpha; opt. JPEG; wide CCD only; no binning; current ampl.; main buffer
ras.1550.fb.aec                         1550 image, foreground/background with jpeg
ras.1550.fb.aecupdate                   1550 image, foreground/background with jpeg
ras.1550.full.aec                       1550 image, standard full fov with jpeg
ras.1550.full.b2.aec                    1550 image, binned 2x2, full fov, packed, not compressed
ras.1550.j9.512.aec                     compressed to "fair" quality and small fov, test feasibility of this as a low telemetry
ras.1550.j9.512.aecm2                   uses default AEC minus for shorter exposure and better compression
ras.1550.j9.512.daecm2                  uses default AEC minus for shorter exposure and better compression
ras.1550.j9.768.daecm2                  uses default AEC minus for shorter exposure and better compression
ras.1550.j9.full.daecm2                 uses default AEC minus for shorter exposure and better compression
ras.1550.sum2.384.fixed                 
ras.1600.512.longexp                    1600; opt. JPEG; 512; no binning; fixed AEC+18 exp.; current ampl.; main buffer
ras.1600.768.longexp                    1600; opt. JPEG; 768; no binning; fixed AEC+18 exp.; current ampl.; main buffer
ras.1600.fb.aecupdate                   1600 image, foreground/background with jpeg
ras.1600.fb.aecupdate                   1600 image, foreground/background with jpeg
ras.1600.full.aec                       1600 image, standard full fov with jpeg
ras.1600.full.longexp                   1600; opt. JPEG; full CCD only; no binning; fixed AEC+18 exp.; current ampl.; main buffer
ras.1600.j9.512.aec                     compressed to "fair" quality and small fov, test feasibility of this as a low telemetry
ras.1600.j9.512.aecm2                   compressed to "fair" quality and small fov, test feasibility of this as a low telemetry
ras.1600.j9.512.daecm2                  uses default AEC minus for shorter exposure and better compression
ras.1600.j9.512.fixed                   3/4 view fair quality 1600 images, AEC updates with flare and I max
ras.1600.j9.768.aec.sb                  3/4 view fair quality 1600 images, AEC updates with flare and I max
ras.1600.j9.768.aec                     3/4 view fair quality 1600 images, AEC updates with flare and I max
ras.1600.j9.768.daecm2                  uses default AEC minus 2 for shorter exposure and better compression
ras.1600.j9.768.sb.aec                  3/4 view fair quality 1600 images, AEC updates with flare and I max
ras.1600.j9.full.daecm2                 uses default AEC minus 2 for shorter exposure and better compression
ras.1600.sum2.384.fixed                 modified from tdt.trfast1600rev.ufrm, fixed exposure
ras.1600.tall.10s                       1600; opt. JPEG; tall; no binning; fixed 11.5s exp.; current ampl.; main buffer
ras.1600.tall.lonexp                    1600; opt. JPEG; tall; no binning; fixed AEC+18 exp.; current ampl.; main buffer
ras.1600.tall.longexp                   1600; opt. JPEG; tall; no binning; fixed AEC+18 exp.; current ampl.; main buffer
ras.1600.wide.10s                       1600; opt. JPEG; wide; no binning; fixed 11.5s exp.; current ampl.; main buffer
ras.1600.wide.longexp                   1600; opt. JPEG; wide; no binning; fixed AEC+18 exp.; current ampl.; main buffer
ras.1700.j6.384.14spart                 fixed exposure, this is a special long one
ras.1700.j6.512.14s                     fixed exposure, this is a special long one
ras.1700.j6.512.14spart                 fixed exposure, this is a special long one
ras.1700.j6.512.3spart                  fixed exposure
ras.1700.j6.512.aec.imax                
ras.1700.j6.512.short.imax              
ras.1700.j6.512                         fixed exposure
ras.1700.j6.768.short.small             
ras.1700.j6.768.short                   
ras.1700.j9.512.daecm2                  uses default AEC minus for shorter exposure and better compression
ras.1700.j9.768.3s.small                fixed exposure
ras.1700.j9.768.daecm2                  uses default AEC minus for shorter exposure and better compression
ras.1700.j9.full.daecm2                 uses default AEC minus for shorter exposure and better compression
ras.1700.sum2.384.fixed                 
ras.171.fb.aec                          171 image, foreground/background with jpeg
ras.171.fb.aecupdate                    171 image, foreground/background with jpeg
ras.171.fixed16s                        * 768x768 (1x1), 1024x1024 (8x8)
ras.171.fixed1s                         * 768x768 (1x1), 1024x1024 (8x8)
ras.171.fixed220s                       long fixed exposure 171
ras.171.fixed262s                       long fixed exposure 171
ras.171.full.aec                        171 image, standard full fov with jpeg
ras.171.full.b2.aec                     171 image, binned 2x2, full fov, packed, not compressed
ras.195.fb.aec                          195 image, foreground/background with jpeg
ras.195.fb.aecupdate                    195 image, foreground/background with jpeg
ras.195.fixed16s                        * 768x768 (1x1), 1024x1024 (8x8)
ras.195.fixed1s                         * 768x768 (1x1), 1024x1024 (8x8)
ras.195.fixed220s                       long fixed exposure 195
ras.195.fixed262s                       long fixed exposure 195
ras.195.full.aec                        195 image, standard full fov with jpeg
ras.195.full.b2.aec                     195 image, binned 2x2, full fov, packed, not compressed
ras.284.fb.aec                          284 image, foreground/background with jpeg
ras.284.fb.aecupdate                    284 image, foreground/background with jpeg
ras.284.fixed262s                       long fixed exposure 284
ras.284.full.aec                        284 image, standard full fov with jpeg
ras.284.full.b2.aec                     284 image, binned 2x2, full fov, packed, not compressed
ras.384.dark                            dark for 384 extraction
ras.aeccenter284                        284 summed, center half only plus dosimeter
ras.aeccenter284s2                      284 summed, center half only plus dosimeter
ras.aecfb171.sb                         171 image, foreground/background with jpeg
ras.aecfb171                            171 image, foreground/background with jpeg
ras.aecfb195.sb                         195 image, foreground/background with jpeg
ras.aecfb195                            195 image, foreground/background with jpeg
ras.aecfb284s2.sb                       284 summed, center half plus background plus dosimeter
ras.aecfb284s2                          284 summed, center half plus background plus dosimeter
ras.aecoffset0_171sum2.radck            
ras.aecoffset0_171sum2sub.radck         
ras.aecoffset0_195sum2.radck            
ras.aecoffset0_195sum2                  Fe XII; full CCD only; no binning; 2x2 summing; AEC+0; current ampl.; main buffer
ras.aecoffset0_195sum2sub.radck         
ras.aecoffset2_171sum2                  Fe IX; full CCD only; no binning; 2x2 summing; AEC; current ampl.; main buffer
ras.aecoffset2_195sum2                  Fe XII; full CCD only; no binning; 2x2 summing; AEC; current ampl.; main buffer
ras.aecoffset2_512_171                  Fe IX; Q=4; 3quarter CCD only; no binning; def. AEC+2, no update; current ampl.; main buffer
ras.aecoffset2_512_171Q0                Fe IX; Q=4; 3quarter CCD only; no binning; def. AEC+2, no update; current ampl.; main buffer
ras.aecoffset2_512_195                  Fe IX; Q=4; 3quarter CCD only; no binning; def. AEC+2, no update; current ampl.; main buffer
ras.aecoffset2_512_195Q0                Fe IX; Q=4; 3quarter CCD only; no binning; def. AEC+2, no update; current ampl.; main buffer
ras.aecoffset2_768_171                  Fe IX; Q=4; 3quarter CCD only; no binning; def. AEC+2, no update; current ampl.; main buffer
ras.aecoffset2_768_171Q0                Fe IX; Q=4; 3quarter CCD only; no binning; def. AEC+2, no update; current ampl.; main buffer
ras.aecoffset2_768_195                  Fe IX; Q=4; 3quarter CCD only; no binning; def. AEC+2, no update; current ampl.; main buffer
ras.aecoffset2_768_195Q0                Fe IX; Q=4; 3quarter CCD only; no binning; def. AEC+2, no update; current ampl.; main buffer
ras.aecoffset4_171sum2                  Fe IX; full CCD only; no binning; 2x2 summing; AEC+4; current ampl.; main buffer
ras.aecoffset4_195sum2                  Fe XII; full CCD only; no binning; 2x2 summing; AEC+0; current ampl.; main buffer
ras.aecoffset4q0.full171                Fe IX 171; Q0; full CCD; full res; last AEC + 4; current ampl.; main buffer
ras.aecoffset4q0.full195                Fe XII 195; Q0; full CCD; full res; last AEC + 4; current ampl.; main buffer
ras.aecoffset6q0.full171                Fe IX 171; Q0; full CCD; full res; default AEC + 6; current ampl.; main buffer
ras.aecoffset6q0.full195                Fe XII 195; Q0; full CCD; full res; last AEC + 4; current ampl.; main buffer
ras.aecoffset6tall171                   Fe IX; opt. JPEG; tall CCD only; no binning; fixed AEC+6; current ampl.; main buffer
ras.aecoffset6tall195                   Fe XII; opt. JPEG; tall CCD only; no binning; fixed AEC+6; current ampl.; main buffer
ras.aecoffset6wide171                   Fe IX; opt. JPEG; wide CCD only; no binning; fixed AEC+6; current ampl.; main buffer
ras.aecoffset6wide195                   Fe XII; opt. JPEG; wide CCD only; no binning; fixed AEC+6; current ampl.; main buffer
ras.aecoffsetm3_768_284Q0sum2           Fe XV; opt. JPEG; 3quarter CCD only;2x2sum; AEC; current ampl.; main buffer
ras.aecoffsetm8_284sum2                 284 Q4 2x2sum
ras.civ_flare.v1                        small fov for rapid cadence during a flare, uses AEC
ras.fast171                             fast 171 with partial readout, based on trfast series
ras.fast195                             fast 195 with partial readout, based on trfast series
ras.fast284                             fast 284 with partial readout, based on trfast series
ras.feix_flare.v1                       small fov for rapid cadence during a flare, uses AEC
ras.fexii_flare.v1                      small fov for rapid cadence during a flare, uses AEC
ras.fexv_flare.v1                       small fov for rapid cadence during a flare, uses AEC
ras.fixed2s_284sum2                     284 Q4 2x2sum
ras.flare195.fov2                       small fov for rapid cadence during a flare, uses AEC
ras.flare195.fov4                       fixed exposure Fe XII 195 with full fov
ras.flarecheck195                       
ras.flarecheck195sum8                   modified to use binning since summing makes no sense and doesn't work,
ras.flareresp_1700.imax                 
ras.flareresp_1700                      
ras.flarewhm195.t1                      preflare context in Fe XII 195, uses main memory, full fov
ras.flarewhmcont.t1                     preflare context in white light, uses main memory, full fov
ras.from.cck.195_aect                   cck.195_aect
ras.full1216_30s                        Ly alpha; opt. JPEG; full CCD only; no binning; 32s exp.; current ampl.; main buffer
ras.full1216_40s                        Ly alpha; opt. JPEG; full CCD only; no binning; 32s exp.; current ampl.; main buffer
ras.full1600_10s                        1600; opt. JPEG; full CCD only; no binning; fixed 5s exp.; current ampl.; main buffer
ras.hydrophobic171                      171 image, for testing the "water"
ras.hydrophobic195                      195 image, for testing the "water"
ras.hydrophobic284                      284 image, for testing the "water"
ras.jpeg1216.abs1                       A test snapshot for 1216. Full fov and a "nearly lossless" jpeg to check compression
ras.jpeg1216.abs2                       A test snapshot for 1216. Full fov and a "nearly lossless" jpeg to check compression
ras.jpeg1216.abs3                       A test snapshot for 1216. Full fov and a "nearly lossless" jpeg to check compression
ras.jpeg1216.aec                        A test snapshot for 1216. Full fov and a "nearly lossless" jpeg to check compression.
ras.jpeg1216.aecm4                      A test snapshot for 1216. Full fov and a "nearly lossless" jpeg to check compression.
ras.jpeg1216.aecp4                      A test snapshot for 1216. Full fov and a "nearly lossless" jpeg to check compression.
ras.jpeg1550.abs1                       A test snapshot for 1550. JPEG test.
ras.jpeg1550.abs2                       A test snapshot for 1550. JPEG test.
ras.jpeg1550.abs3                       A test snapshot for 1550. JPEG test.
ras.jpeg1550.aec                        A test snapshot for 1550. JPEG test. Uses default AEC.
ras.jpeg1550.aecm4                      A test snapshot for 1550. JPEG test. Uses default AEC with -4 offset.
ras.jpeg1550.aecp4                      A test snapshot for 1550. JPEG test. Uses default AEC with + 4 offset.
ras.jpeg1600.abs1                       First JPEG test for 1600.
ras.jpeg1600.abs2                       First JPEG test for 1600.
ras.jpeg1600.abs3                       First JPEG test for 1600.
ras.jpeg1600.aec                        First JPEG test for 1600. Uses default AEC.
ras.jpeg1600.aecm4                      First JPEG test for 1600. Uses default AEC with -4 offset.
ras.jpeg1600.aecp4                      First JPEG test for 1600. Uses default AEC with + 4 offset.
ras.jpeg1600.test1.aec                  First JPEG test for 1600. Uses default AEC.
ras.jpeg1600.test2.aec                  First JPEG test for 1600. Uses default AEC.
ras.jpeg1600.test3.aec                  First JPEG test for 1600. Uses default AEC.
ras.jpeg1700.abs1                       First JPEG test for 1700.
ras.jpeg1700.abs2                       First JPEG test for 1700.
ras.jpeg1700.abs3                       First JPEG test for 1700.
ras.jpeg1700.aec                        First JPEG test for 1700. Uses default AEC.
ras.jpeg1700.aecm4                      First JPEG test for 1700. Uses default AEC with - 4 offset.
ras.jpeg1700.aecp4                      First JPEG test for 1700. Uses default AEC with + 4 offset.
ras.jpeg171.abs1                        A test snapshot for 171 Full fov and a "nearly lossless" jpeg to check compression
ras.jpeg171.abs2                        A test snapshot for 171 Full fov and a "nearly lossless" jpeg to check compression
ras.jpeg171.abs3                        A test snapshot for 171. Full fov and a "nearly lossless" jpeg to check compression
ras.jpeg171.aec                         A test snapshot for 171. Full fov and a "nearly lossless" jpeg to check compression
ras.jpeg171.aecm4                       A test snapshot for 171. Full fov and a "nearly lossless" jpeg to check compression
ras.jpeg171.test1.aec                   A test snapshot for 171.
ras.jpeg171.test2.aec                   A test snapshot for 171.
ras.jpeg171.test3.aec                   A test snapshot for 171.
ras.jpeg195.abs1                        A test snapshot for 195 Full fov and a "nearly lossless" jpeg to check compression
ras.jpeg195.abs2                        A test snapshot for 195 Full fov and a "nearly lossless" jpeg to check compression
ras.jpeg195.abs3                        A test snapshot for 195 Full fov and a "nearly lossless" jpeg to check compression
ras.jpeg195.aec                         A test snapshot for 195 Full fov and a "nearly lossless" jpeg to check compression
ras.jpeg195.aecm4                       A test snapshot for 195 Full fov and a "nearly lossless" jpeg to check compression
ras.jpeg284.abs1                        A test snapshot for 1216. Full fov and a "nearly lossless" jpeg to check compression
ras.jpeg284.abs2                        A test snapshot for 1216. Full fov and a "nearly lossless" jpeg to check compression
ras.jpeg284.abs3                        A test snapshot for 1216. Full fov and a "nearly lossless" jpeg to check compression
ras.jpeg284.aec                         A test snapshot for 284 Full fov and a "nearly lossless" jpeg to check compression
ras.jpeg284.aecm4                       A test snapshot for 284 Full fov and a "nearly lossless" jpeg to check compression
ras.jpeg_wl.abs1                        First JPEG test for wl.
ras.jpeg_wl.abs2                        First JPEG test for wl.
ras.jpeg_wl.abs3                        First JPEG test for wl.
ras.jpeg_wl.aec                         First JPEG test for wl. Use default AEC.
ras.jpeg_wl.aecm4                       First JPEG test for wl. Use default AEC with -4 offset.
ras.jpeg_wl.aecp4                       First JPEG test for wl. Use default AEC with + 4 offset.
ras.jpegspeedtest0                      JPEG speed test 0. Does a short exposure and small area (256 from
ras.jpegtest0                           The baseline for the compression tests. Just takes an exposure of the entire
ras.jpegtest1                           Test 1, test 12/8 bit packing for the entire CCD. Output raw from full, the 12 bit
ras.jpegtest10                          Test 10, JPEG test. Checks the medium quality entries in JPEG tables 2 and 3.
ras.jpegtest2                           Test 2, test 12/8 bit packing for the central 256 subarea of the CCD. Output raw from
ras.jpegtest3                           Test 3, JPEG test. Does 12 bit pack from full and JPEG table 0 from subarea 1. This
ras.jpegtest4                           Test 4, JPEG test. Does 12 bit pack from full and JPEG table 0 from subarea 1 and
ras.jpegtest5                           Test 5, JPEG test. Covers a few more of the JPEG tables. Just the central 256
ras.jpegtest6                           Test 6, JPEG test. Covers a few more of the JPEG tables. Just the central 256
ras.jpegtest7                           Test 7, JPEG test. Covers a few more of the JPEG tables. Just the central 256
ras.jpegtest8                           Test 8, JPEG test. Checks the Huffman tables, does same JPEG tables with
ras.jpegtest9                           Test 9, JPEG test. Checks the Huffman tables, does same JPEG tables with
ras.lya_flare.v1                        small fov for rapid cadence during a flare, uses AEC
ras.movie195.t1                         195 movie with full fov with high compression and a 256x256 area centered
ras.movie195.t2                         195 movie with full fov with high compression and a 512x512 area centered
ras.notransient.nopack.test1            test transiets
ras.notransient.test1                   test transiets
ras.notsofast171                        fast 171 with partial readout, based on trfast series
ras.preflare195.t1                      preflare in Fe XII 195, 4 arc min centered on last I max
ras.preflare195.t2                      preflare in Fe XII 195, 4 arc min centered on last I max
ras.preflare195.t3                      preflare in Fe XII 195, 4 arc min centered on last I max
ras.setup195.t1                         setup for a movie in 195, do Imax and Imin (check if both are correct)
ras.stdaec3quarter284                   Fe XV; opt. JPEG; wide CCD only; no binning; AEC; current ampl.; main buffer
ras.stdaectall171                       Fe IX; opt. JPEG; tall CCD only; no binning; AEC; current ampl.; main buffer
ras.stdaectall195                       Fe XII; opt. JPEG; tall CCD only; no binning; AEC; current ampl.; main buffer
ras.stdaecwide171                       Fe IX; opt. JPEG; wide CCD only; no binning; AEC; current ampl.; main buffer
ras.stdaecwide195                       Fe XII; opt. JPEG; wide CCD only; no binning; AEC; current ampl.; main buffer
ras.test.imax.imin.1                    Test I max and I min. Use 8x8 binning in subarea 1. Revised 11/24/97. Now uses
ras.test.imax.imin.2                    Test I max and I min. Use 4x4 binning in subarea 1. Revised 11/24/97. This is
ras.test.imax.imin.3                    Test I max and I min. Use 1x1 binning in subarea 1. Revised 11/24/97. This is
ras.test.imax.imin.4                    Test I max and I min. This one uses camera summing as an additional test.
ras.test.wl.at.imaxandimin              Test I max and I min. This is the response part. Does an image at the I max and
ras.testshot1216.512                    A test snapshot for 1216. This is used in the first movie. It uses the default AEC.
ras.testshot1216.abs1                   A test snapshot for 1216.
ras.testshot1216.abs2                   A test snapshot for 1216.
ras.testshot1216.abs3                   A test snapshot for 1216.
ras.testshot1216.aec                    A test snapshot for 1216. This is used in the first movie. It uses the default AEC.
ras.testshot1216.t1                     A test snapshot for 1216. Full fov and a "good" quality JPEG to evaluate.
ras.testshot1550.512                    A test snapshot for 1550. This is used in the first movie. It uses the default AEC.
ras.testshot1550.abs1                   A test snapshot for 1550.
ras.testshot1550.abs2                   A test snapshot for 1550.
ras.testshot1550.abs3                   A test snapshot for 1550.
ras.testshot1550.aec                    A test snapshot for 1550. This is used in the first movie. It uses the default AEC.
ras.testshot1550.t1                     A test snapshot for 1550. Full fov and a "good" quality JPEG to evaluate.
ras.testshot1600.abs1                   A test snapshot for 1600 light.
ras.testshot1600.abs2                   A test snapshot for 1600 light.
ras.testshot1600.abs3                   A test snapshot for 1600 light.
ras.testshot1600.aec                    A test snapshot for 1550 but using the 1600 filter for more light. This is used in
ras.testshot1600.t1                     A test snapshot for 1600. Full fov and a "good" quality JPEG to evaluate.
ras.testshot1700.abs1                   A test snapshot for 1700.
ras.testshot1700.abs2                   A test snapshot for 1700.
ras.testshot1700.abs3                   A test snapshot for 1700.
ras.testshot1700.t1                     A test snapshot for 1700. Full fov and a "good" quality JPEG to evaluate.
ras.testshot171.abs1                    A test snapshot for 171. Full fov and no compression.
ras.testshot171.abs2                    A test snapshot for 1216. Full fov and a "nearly lossless" jpeg to check compression
ras.testshot171.abs3                    A test snapshot for 1216. Full fov and a "nearly lossless" jpeg to check compression
ras.testshot171.t1                      A test snapshot for 171. Full fov and a "good" quality JPEG to evaluate.
ras.testshot195.abs1                    A test snapshot for 1216. Full fov and a "nearly lossless" jpeg to check compression
ras.testshot195.abs2                    A test snapshot for 1216. Full fov and a "nearly lossless" jpeg to check compression
ras.testshot195.abs3                    A test snapshot for 1216. Full fov and a "nearly lossless" jpeg to check compression
ras.testshot195.t1                      A test snapshot for 195. Full fov and a "good" quality JPEG to evaluate.
ras.testshot284.abs1                    A test snapshot for 1216. Full fov and a "nearly lossless" jpeg to check compression
ras.testshot284.abs2                    A test snapshot for 1216. Full fov and a "nearly lossless" jpeg to check compression
ras.testshot284.abs3                    A test snapshot for 1216. Full fov and a "nearly lossless" jpeg to check compression
ras.testshot284.t1                      A test snapshot for 284. Full fov and a "good" quality JPEG to evaluate.
ras.testshot_wl.512                     A test snapshot for white light. For the first movie. No compression. Default AEC.
ras.testshot_wl.abs1                    A test snapshot for 1216.
ras.testshot_wl.abs2                    A test snapshot for 1216. Full fov and a "nearly lossless" jpeg to check compression
ras.testshot_wl.abs3                    A test snapshot for 1216. Full fov and a "nearly lossless" jpeg to check compression
ras.testshot_wl.aec                     A test snapshot for white light.  Default AEC. Uses high quality compression.
ras.testshot_wl.t1                      A test snapshot for white light. Full fov and a "nearly lossless" jpeg to check compression.
ras.transient.nopack.test1              test transiets
ras.transient.test1                     Test transients on the ground with WL. This should not response until lamp
ras.transient.test2                     Test transients on the ground with WL. This should not response until lamp
ras.trfast.at.imax                      based on Ted's tdt.trfast1600AEC but centered on I max and with short (-8)
ras.trfast1550fixed                     modified from tdt.trfast1550rev, with fixed exp
ras.trfast1600fixed                     modified from tdt.trfast1600rev.ufrm, fixed exposure
ras.trfast1600small                     based on Ted's tdt.trfast1600AEC but centered on I max and with short (-8)
ras.trfast1700fixed                     modified from tdt.trfast1700rev.ufrm, fixed exposure
ras.wl.fb.aec                           white light, foreground/background at center
ras.wl.full.aec                         white light, standard full fov, JPEG compressed, no AEC update and use default
ras.wl.fulljpeg.aec                     white light, full fov with "good" compression, uses AEC default, no update
ras.wl.j0.full.16ms                     
ras.wl.j0.wide.16ms                     
ras.wl.j4.512.2ms.imax                  
ras.wl.j4.full.16ms                     
ras.wl.j4.full.8ms                      
ras.wl.j6.384.4mspart                   fixed 4 ms exposure, lower counts for better compression
ras.wl.j6.512.2ms.imax                  
ras.wl.j6.512.2ms                       fixed 2 ms exposure
ras.wl.j6.512.4ms                       fixed 4 ms exposure, lower counts for better compression
ras.wl.j6.512.aec.imax                  
ras.wl.j6.512.aec                       compressed to "good" quality and small fov, test feasibility of this as a low telemetry
ras.wl.j6.768.4ms.small                 fixed 4 ms exposure, lower counts for better compression
ras.wl.j6.768.4ms                       fixed 4 ms exposure, lower counts for better compression
ras.wl.j6.full.4ms                      fixed 4 ms exposure, lower counts for better compression
ras.wl.p12.full.16ms                    
ras.wl.preflare.t1                      wl flare test, for ground tests only
ras.wl.preflare.t2                      wl flare test, for ground tests only
ras.wl.tracktest.512                    test tracking with JPEG by doing a "lossless" and a lossy on the same image
ras.wl.venus1                           
ras.wl.venus2                           
ras.wl.venus3                           
ras.wl.venus4                           //checkin: 04/19/104 1230 File ras.wl.venus4.ufrm  ID: 0x2450 Version:  0 Checked in. 
ras.wl.venus5                           
std.dark0.1x1.171                       Dark; near-lossless comp.; full CCD only; 1x1;  20 ms exp.; current ampl.; main buff.
std.dark20.1x1.171                      Dark; near-lossless comp.; full CCD only; 1x1;  19.48 s exp.; current ampl.; main buff.
std.dark65.1x1                          Dark; near-lossless comp.; full CCD only; 1x1;  65.536 s exp.; current ampl.; main buff.
std.radcheck1600                        radiation tester for 1600, doesn't change wavelength
std.radcheck171.touchy                  radiation tester for 171 intended to be used prior to a normal 171 image
std.radcheck171                         radiation tester for 171 intended to be used prior to a normal 171 image
std.radcheck195.touchy                  radiation tester for 195 intended to be used prior to a normal 195 image
std.radcheck195                         0x0000
std.radcheck284.touchy                  radiation tester for 284, intended to be used prior to a normal 284 image
std.radcheck284                         radiation tester for 284, intended to be used prior to a normal 284 image
tdt.karin1600                           Chromosphere hi cadence, 1600, exp = fixed, 256 x 256, uncompressed, bottom of CCD !!!
tdt.karindark                           Chromosphere hi cadence, dark, exp = fixed, 256 x 256, uncompressed, bottom of CCD !!!
tdt.trfast1550                          TR rapid fluctuations, 1550, exp = 6., 640 x 256, JPEG 2,1,2