pro sxt_struct, SXT_QS_Instr = SXT_3011_QS_Instr, $ SXT_QS_Conv = SXT_3021_QS_Conv, $ SXT_Index = SXT_3013_Index, $ SXT_Gnd_Idx = SXT_3021_Gnd_Idx, $ SXT_Proc_Idx = SXT_3032_Proc_Idx, $ SXT_RoadMap = SXT_RoadMap, $ SXT_Version = SXT_Version, $ SXT_SumLog = SXT_3041_SumLog, $ SXT_RAMDump = SXT_3051_RAMDump, $ SXT_DarkLog = SXT_3061_DarkLog, $ SXT_EnginLog = SXT_3071_EnginLog, $ SXT_OptTel = SXT_3081_OptTel, $ SXT_XrCen = SXT_30B1_XrCen, $ SXT_XrayLog = SXT_3091_XrayLog, $ SXT_Xray2Log = SXT_3092_Xray2Log, $ SXL_RoadMap = SXL_39F1_RoadMap, $ SXG_SXTGOES = SXG_39F1_SXTGOES, $ SXT_Leak = SXT_30A1_Leak ;+ ; NAME: ; SXT_STRUCT ; PURPOSE: ; Define the following SXT specific database structures ; * SXT_QS_Instr_Rec ; * SXT_QS_Conv_Rec ; * SXT_Index_Rec ; * SXT_Gnd_Idx_Rec ; * SXT_Proc_Idx_Rec ; * SXT_RoadMap_Rec ; ; * SXT_SumLog_Rec ; * SXT_RAMDump_Rec ; * SXT_DarkLog_Rec ; * SXT_EnginLog_Rec ; * SXT_OptTel_Rec ; * SXT_Leak_Rec ; ; CALLING SEQUENCE: ; SXT_STRUCT ; HISTORY: ; written by Mons Morrison, Fall 90. ; 15-Mar-93 (MDM) - Modified to have the structure version ; number in the structure name ; 28-Feb-93 (MDM) - Changed the label information for the ; temperature house keeping sensors ; ;- SXT_3011_QS_Instr = { SXT_3011_QS_Instr_Rec, $ ; NOT IMPLEMENTED AS OF 25-Mar-92] ; entry_type : FIX('3011'x), $ ; ; 00- Structure/Entry type ; st_time: LONG(0), $ ; 02- Start time (millisec of day) entries are valid st_day: FIX(0), $ ; 06- Start day (since 1-Jan-79) en_time: LONG(0), $ ; 08- End time (millisec of day) en_day: FIX(0), $ ; 12- End day (since 1-Jan-79) ; gain_const: FIX(0), $ ; 14- Camera gain constant (e/DN*100) ; st$DC_FileID: BYTARR(11), $ ; 16- Suggested dark current file name to be used ; solution_ver: FIX(0), $ ; 27- Solution version ; spare: BYTARR(3) } ; 29- SXT_3021_QS_Conv = { SXT_3021_QS_Conv_Rec, $ ; NOT IMPLEMENTED AS OF 25-Mar-92] ; entry_type : FIX('3021'x), $ ; ; 00- Structure/Entry type ; st_time: LONG(0), $ ; 02- Start time (millisec of day) entries are valid st_day: FIX(0), $ ; 06- Start day (since 1-Jan-79) en_time: LONG(0), $ ; 08- End time (millisec of day) en_day: FIX(0), $ ; 12- End day (since 1-Jan-79) ; temp_conv: INTARR(10,2), $ ; 14- Conversion for temperature in 0.01 deg. ; solution_ver: FIX(0), $ ; 54- Solution version ; spare: BYTARR(8) } ; 56- SXT_3013_Index = { SXT_3013_Index_Rec, $ index_version : FIX('3013'x), $ ; ; 0- Index structure version Ground ; (See GEN_INDEX for explanation) ; pfi_ffi: BYTE(0), $ ; 2- Image information ; b0:2 = Image type ; 0 = PFI ("raw" PFI strips - not assembled) Derived ; 1 = FFI ; 2 = PFI (assembled ORs) ; 3 = FFI - Patrol image buffer dump ; (b0=0 is PFI, b0=1 is FFI) ; b3 = For FFI 0=BLS off, 1=BLS on W114 F0 ; b4:7 = For PFI = "OR" expsoure # W114 F4 ; b4:7 = For FFI = ROI# of nROI Derived ; ; PF periph: BYTE(0), $ ; 3- Aspect/shutter/filter information W114 F0 ; b7 = Aspect door (0=closed, 1=open) ; b6 = Shutter mode (0=Frame Transfer, 1=Mech) ; b3:5 = Filter B position ; 1 = Open ; 2 = Al 1400 Angstrom ; 3 = Al/Mg/Mn ; 4 = Ber 100 microns ; 5 = Al 12 microns ; 6 = Mg3Mu ; b0:2 = Filter A position ; 1 = Open ; 2 = Narrow Band (4310 A, 30 A FWHM) ; 3 = Quartz defocusing lens ('photon flood') ; 4 = Diffuser ; 5 = Wide Band (4600 A, 185 A FWHM) ; 6 = Neutral Density Mask (8%) ExpLevMode: BYTE(0), $ ; 4- Exposure mode/level W114 F0 ; b6:7 = Exposure mode (0=normal, 1=dark, 2=LTF) ; b0:5 = Mailbox exposure level imgparam: BYTE(0), $ ; 5- Image parameter information W114 F2 ; b6:7 = Exposure cadence (0=2sec,1=1sec,2=.5sec) ; b4:5 = Number of ROI (0=1 ROI, 1=2 ROI, ...) ; b2:3 = Compression (0=Cmp, 1=Low8, 2=Hi8) ; b0:1 = Image resolution (0=1x1,1=2x2,3=4x4) flush: BYTE(0), $ ; 6- Flush information W114 F4 ; b0:1 = Pre-exposure Full frame flushes (0-3) ; b2:3 = Set-up full frame flushes ; # flushes = 2*(b2:3 value) in ROM ; = 4*(b2:3 value) 30-sep-91 to 7-Oct-91? ; = 8*(b2:3 value) after 7-Oct-91 ; b4:7 = Guard band explat: LONG(0), $ ; 7- Exposure latency (mailbox value) W114 F1 expdur: LONG(0), $ ; 11- Exposure duration (mailbox value) W114 F4 ; shape_cmd: INTARR(2), $ ; 15- Commanded image shape (nx by ny) W114 F5 ; (the col,lin# are in summed (output) pixels) ; For observing regions, the "ny" is the ; full observing region size ; For FFI, "nx" always = 1024, 512, or 256 ; For multiple ROI FFI "ny" is width of one ROI W114 F3 shape_sav: INTARR(2), $ ; 19- Image shape saved (nx by ny) Derived ; (the col,lin# are in summed (output) pixels) ; For observing regions, "ny" always = 64 corner_cmd: INTARR(2), $ ; 23- Commanded starting corner (x0, y0) W114 F2 ; (the col,lin# are in 1x1 pixels) ; The values are CCD column numbers and are NOT ; reversed. The SXT images have been reversed before ; being written to disk so CCD column 0 is to the ; right (high indcies) in the image array ; ; Col 0 is "image-0", col 1 is "image-1" ; in figure on page 97 of blue book. Neither ; of these pixels are summed in summation mode ; For FFI, "x0" always = 0 (but check BLS on/off) ; For multiple ROI FFI "y0" is the start of one ROI W114 F3 corner_sav: INTARR(2), $ ; 27- Starting corner saved (x0, y0) Derived ; (the col,lin# are in 1x1 pixels) ; FOV_Center: INTARR(2), $ ; 31- Pitch and yaw relative to the sun center Derived ; of the center of the SXT FOV (in arcsec) ; (for the PFI strip, not the OR) ; (1) = yaw; (2) = pitch ; (used to relate to active region list) ; Temporary Definition: ; yaw = (512 - center_fov(0))*2.45 ; pitch = (center_fov(1) - 638)*2.45 ; where center_fov is pixel location in 1x1 ; pixels (not including the BLS pixels) FOV_Ver: FIX(0), $ ; 35- Information on how solution was derived Ground ; ObsRegion: BYTE(0), $ ; 37- Observing region Number W114 F5 ; b6:7 = FFI Seq Table # (0-3) ; From Entry Table ; b4:5 = PFI Seq Table # (0-3) ; b0:3 = Observing region number (0-8) ; Location # on the sun ; (0-3) Updated by QT ARS ; (4-7) Updated manually (with ART option) ; (8) Updated by FL ARS seq_num: BYTE(0), $ ; 38- Sequence Number (1-13) W114 F5 ; b0:3 = Entry in sequence table (1-13) ; b4:7 = Word or line sync error bits seq_tab_serno: FIX(0), $ ; 39- Sequence table serial used Ground ; serial_num: LONG(0), $ ; 41- Serial number of image W115 F1 mloop: LONG(0), $ ; 45- Main loop counter W115 F1 loops: BYTARR(4), $ ; 49- Loop counters (1) = loop 2 W115 F0 ; (2) = loop 3 W115 F2 ; (3) = loop 4 W115 F3 ; (4) = loop 5 W115 F5 ; Pow_stat: BYTE(0), $ ; 53- Power Status (0=off, 1=on) W48 F2 ; b7 = 5 Volts ; b6 = 28 Volts ; b5 = Filter Wheel ; b4 = Shutter / Aspect Controller ; b3 = Micro A Select ; b2 = Micro B Select ; b1 = Camera ; b0 = Thermoelectric Cooler (TEC) SW_stat: BYTE(0), $ ; 54- Active Software (1=active) W114 F1 ; b7 = Quiet ARS on/off ; b6 = Quiet ARS 1 or 2 ; b5 = Flare ARS on/off ; b4 = ARS morning patrol on/off ; b3 = AEC patrol on/off ; b2 = ART on/off ; b1 = ART ; b0 = ART SXT_Control: BYTE(0), $ ; 55- SXT Control Status W114 F3 ; b7 = Power control mode (1=auto, 0=manual) ; b6 = SXT control mode (1=auto, 0=manual) ; b4:5 = SXT day/night mode ; 00 = SXT day mode ; 01 = SXT evening mode ; 10 = SXT night mode ; 11 = SXT morning mode ; b1 = SXTE-U hard reset (1=executed) ; b0 = SXTE-U soft reset (1=executed) sxtfmt: BYTE(0), $ ; 56- SXT Format info 8:2 or 2:8 W115 F0 ; temp_ccd: BYTE(0), $ ; 57- CCD Temperature W113 F5 ; Value is actually 1 MF out of sync? temp_hk: BYTARR(20), $ ; 58- House keeping temperature W32 F18 ; (See quasi-static section for conversions) ; temp_hk(0) = 'Metering tube center' W32 F18 ; temp_hk(1) = 'Aspect Telescope (NOT FUNCTIONING)' W32 F19 ; temp_hk(2) = 'Forward support plate (mirror) ' W32 F20 ; temp_hk(3) = 'Aft support plate (FW2T?) W32 F21 ; temp_hk(4) = 'Filter wheel housing (FW1T?) W32 F22 ; temp_hk(5) = 'Shutter motor case W32 F23 ; temp_hk(6) = 'TSA (thermal strap) S/C end W32 F24 ; temp_hk(7) = 'TEC hot end' W32 F25 ; temp_hk(8) = 'CCD camera head' W32 F26 ; temp_hk(9) = Upper Panel Sensor 4 (UP-4) W32 F42 ; temp_hk(10) = Cemter Panel Sensor 1 (CP-1) W32 F55 ; temp_hk(11) = Center Panel Sensor 2 (CP-2) W32 F56 ; temp_hk(12) = Center Panel Sensor 3 (CP-3) W32 F57 ; temp_hk(13) = Base Panel Sensor 4 (BP-4) W32 F61 ; temp_hk(14) = (spare) ; temp_hk(15) = (spare) ; temp_hk(16) = (spare) ; temp_hk(17) = (spare) ; temp_hk(18) = (spare) ; HW_error: BYTARR(2), $ ; 78- Hardware error since last exposure W113 F0 j_register: BYTE(0), $ ; 80- Which buffer is used W114 F3 ; Img_Max: BYTE(0), $ ; 81- Maximum intensity Derived ; (0-255, high 8 bits) ; The image is decompressed first where necessary Img_Avg: BYTE(0), $ ; 82- Average intensity of whole image Derived ; 1x1 - first subtract 12.8 DN offset ; 2x4 - first subtract 30.7 DN offset ; 4x4 - first subtract 73.6 DN offset ; (0-255, high 8 bits) ; The image is decompressed first where necessary Img_Dev: BYTE(0), $ ; 83- Standard deviation of the whole image Derived ; (0-255) - Not scaled ; The image is decompressed first where necessary PercentD: BYTE(0), $ ; 84- Percentage of data present Derived ; (value 255 = 100%) PercentOver: BYTE(0), $ ; 85- Percentage of data over [N] counts Derived ; (value 255 = 100%) ; 1x1 - the # pixels over 2000 DN (decompressed) ; 2x2 - the # pixels over 3500 DN (decompressed) ; 4x4 - the # pixels over 3500 DN (decompressed) ; AEC_Status: BYTE(0), $ ; 86- AEC Status W114 F4 ; NOTE: True only for the LAST "PFI Strip" in ; an observing region ; b4:7 = Maximum number of selcted regions ; in AT ARS1 (0-4) ; b2:3 = AEC Status of PFI-AEC ; 00b = proper ; 01b = Over exposure ; 10b = Under exposure ; b0:1 = AEC Status of Patrol-AEC ; (see PFI-AEC above) extra: LONG(0), $ ; 87- Information used by secondary programs ; * In SSC, SSE, and SSW files it is the ; offset time in millisec from the central ; meridian time spare: BYTARR(5) } ; 87- Spare bytes SXT_3021_Gnd_Idx = { SXT_3021_Gnd_Idx_Rec, $ index_version : FIX('3021'x), $ ; ; 00- Index structure version ; st$filename: BYTARR(16), $ ; 2- MicroVAX file name ; st$experiment: BYTARR(6), $ ; 18- Description of experiment st$source: BYTARR(6), $ ; 24- Description of the source st$ccddev: BYTARR(6), $ ; 30- CCD used ; x: LONG(0), $ ; 36- Translation Stage X Position y: LONG(0), $ ; 40- Translation Stage Y Position z: LONG(0), $ ; 44- Translation Stage Z Position ; az: LONG(0), $ ; 48- Azimuth of MSFC optical bench (in .1 arcsec units) el: LONG(0), $ ; 52- Azimuth of MSFC optical bench (in .1 arcsec units) cexp: LONG(0), $ ; 56- Commanded exposure duration (usec) aexp: LONG(0), $ ; 60- Actual exposure duration (usec) ; st$filta: BYTARR(6), $ ; 64- Filter A name (since filters were changed over testing period) st$filtb: BYTARR(6), $ ; 70- Filter B name ; st$soufilename: BYTARR(16), $ ; 76- MicroVAX source file name ; (for cases of dark current subtraction) st$dcfilename: BYTARR(16), $ ; 92- MicroVAX dark current file name ; (for cases of dark current subtraction) ; nimg_sum: FIX(0), $ ;108- The number of images summed together (SD files) spare: BYTARR(18) } ;108- Spare bytes SXT_3032_Proc_Idx = { SXT_3032_Proc_Idx_Rec, $ index_version : FIX('3032'x), $ ; ; 0- Index structure version ; ;-------------------------------------------------------------------- q_subimg: FIX(0), $ ; 2- Whether the image was extracted from an FFI image ; 0 = not done ; non-zero = the EXT_SUMIMG2 procedure version number ?? corner_ext: INTARR(2), $ ; - corner extracted ; { RD_AR type information when tracking the rotation of an activ shape_ext: INTARR(2), $ ; - shape extracted. This might not match SHAPE_SAV since the regist ; of the images might make the image slightly larger. ; ;-------------------------------------------------------------------- q_12bit: FIX(0), $ ; - Whether the image was reconstructed from a low-8 image ; 0 = not done ; non-zero = the ??? procedure version number time_12bit: LONARR(2), $ ; - The time of the images used in the reconstruction of the 12 bit i ; (0) = low-8 image ; (1) = compressed or high-8 image day_12bit: INTARR(2), $ ; - The days of the images used ; ;-------------------------------------------------------------------- q_dark_sub: FIX(0), $ ; - Whether the dark current was subtracted. ; 0 = not done ; non-zero = the DARK_SUB procedure version number time_dark: LONARR(2), $ ; - The time of the images used in the dark current subtraction day_dark: INTARR(2), $ ; - The days of the images used ; ;-------------------------------------------------------------------- q_leak_sub: FIX(0), $ ; - Whether the leak image was subtracted. ; 0 = not done ; non-zero = the LEAK_SUB procedure version number time_leak: LONG(0), $ ; - The time of the images used in the leak subtraction day_leak: FIX(0), $ ; - The days of the images used ; ;-------------------------------------------------------------------- q_exp_norm: FIX(0), $ ; - Whether the image was normalized for exposure ; 0 = not done ; non-zero = the EXP_NORM procedure version number expdur: FLOAT(0), $ ; - the exposure value in seconds that the image was normalized to. ; normally be 1.00 sec. ; ## EXP_NORM will write to this ; ** GT_EXPDUR will default to this value if this structure is pa ; ;-------------------------------------------------------------------- pixel_size: FLOAT(0), $ ; - The pixel size. ; Value Greater or Equal to 0 == It is 0, 1, or 2 for FR, HR, and ; Value Less Than 0 ===== It is the pixels size in arc seconds (s ; always be FR, HR, QR) ; ## CHANGE_RES, MK_MOSAIC, EXT_SUBIMG2 will write to this ; ** GT_RES will default to this value if this structure is part ; ;-------------------------------------------------------------------- q_registered: FIX(0), $ ; - Whether the image was registered ; 0 = not done ; non-zero = the ??? procedure version number reg_program: FIX(0), $ ; - The program that did the registration ; 1 = ALIGN_AR ; 2 = FFI2PFI q_reg_bef_ass: FIX(0), $ ; - Whether the image was registered before the observing region mosa q_sun_rot: FIX(0), $ ; - Whether the registration was done trying to make the image track ; a location on the sun as it rotates ; 0 = not done ; non-zero = the ??? procedure version number ; q_roll_corr: FIX(0), $ ; - Whether the roll correction was performed. See the variable .SUN ; to get the amount of roll that was corrected. ; 0 = not done ; non-zero = the ??? procedure version number ; arcsec_shift: FLTARR(2), $ ; - Relative shift. The number of arcseconds that the image was shif ; in order to register it. (0) = E/W with a positive value meaning ; that the image was moved to the east??. (1) = N/S with positive ; meaning that corner_sav: FLTARR(2), $ ; - the new corner saved in absolute IDL FR pixels. If all of the im ; the same size and have been registered, this value should be the ; same for all images, but there are cases when there are different ; field of view sizes are saved in one file. ; ## CHANGE_RES, MK_MOSAIC will write to this ; ** GT_CORNER_SAV will default to this value if this structure i sun_center: FLTARR(3), $ ; - the location of the center of the sun in absolute IDL FR pixels. ; value is most likely the result of the routine GET_SUNCENTER. ; From SUN_CENTER and CORNER_SAV it is possible to get the absolute ; of the lower right corner in arcseconds relative to sun center (a ; center of the field of view can be derived from SHAPE_SAV and PIX ; (0) = X location ; (1) = Y location ; (2) = roll (clockwise?) sun_center_ver: FIX(0), $ ; - The program version number used to get the SUN_CENTER results. ; ;-------------------------------------------------------------------- q_merged: FIX(0), $ ; - Whether parts of other images were merged into the image ; Fill in the gaps with a larger FOV image (Barry Labonte program) ; 0 = not done ; non-zero = the ??? procedure version number time_merged: LONG(0), $ ; - The time of the image used to fill in the gaps day_merged: FIX(0), $ ; - The days of the image used ; ;-------------------------------------------------------------------- q_interp: FIX(0), $ ; - Whether the image was interpolated between two images ; 0 = not done ; non-zero = the ??? procedure version number time_interp: LONARR(2), $ ; - The time of the images used in the interpolation day_interp: INTARR(2), $ ; - The days of the images used ; ;-------------------------------------------------------------------- q_composite: FIX(0), $ ; - Whether the output image is a composite image time_compos: LONARR(3), $ ; - The time of the composite image(s) day_compos: INTARR(3), $ ; - The day of the composite image(s) ; ;-------------------------------------------------------------------- q_projection: FIX(0), $ ; - Whether the image projection was changed ; 0 = not done ; non-zero = the ??? procedure version number proj_tech: FIX(0), $ ; - The projection technique ; An further expanded index structure will probably be needed for ; ;-------------------------------------------------------------------- qflat_field: FIX(0), $ ; - Whether the image was flat fielded ; 0 = not done ; non-zero = the ??? procedure version number flat_tech: FIX(0), $ ; - The technique used ; ;-------------------------------------------------------------------- q_compression: FIX(0), $ ; - Whether the data was recompressed ; 0 = uncompressed ; 1 = SXT standard compression ; 2 = SFD compression ; ;-------------------------------------------------------------------- percentd: BYTE(0), $ ; - Updated percentd field percentOver: BYTE(0), $ ; - Updated percent over field ; ;-------------------------------------------------------------------- q_extra: INTARR(2), $ ; - spare fields for unknown programs and users to use as they wish extra1: LONARR(2), $ ; extra2: FLTARR(2), $ ; ; spare: BYTARR(4) } ; - Spare bytes SXT_RoadMap = { SXT_RoadMap_Rec, $ ; For a full description of the fields, ; look at the Index_Rec definition ; ByteSkip: LONG(0), $ ; 00- Offset in bytes from the beginning of ; of the data file for the beginning ; of the data set index structure. ; time: LONG(0), $ ; 04- Major frame time (millisec of day) day: FIX(0), $ ; 08- Major frame day (since 1-Jan-79) ; DP_mode: BYTE(0), $ ; 10- DP Mode DP_rate: BYTE(0), $ ; 11- DP Rate ; pfi_ffi: BYTE(0), $ ; 12- Image information periph: BYTE(0), $ ; 13- Aspect/Shutter/Filter information ExpLevMode: BYTE(0), $ ; 14- Exposure mode/level imgparam: BYTE(0), $ ; 15- Image parameter information ; ObsRegion: BYTE(0), $ ; 16- Observing region Number seq_num: BYTE(0), $ ; 17- Sequence Number (1-13) ; shape_cmd: INTARR(2), $ ; 18- Commanded image shape (nx by ny) FOV_Center: INTARR(2), $ ; 22- Pitch and yaw relative to the sun center ; of the center of the SXT FOV (in arcsec) ; Img_Max: BYTE(0), $ ; 26- Maximum intensity Img_Avg: BYTE(0), $ ; 27- Average intensity of whole image Img_Dev: BYTE(0), $ ; 28- Average intensity around the max PercentD: BYTE(0), $ ; 29- Percentage of data present PercentOver: BYTE(0), $ ; 30- Percentage of data over [N] counts ; Flare_Status: BYTE(0), $ ; 31- Flare flag status ; serial_num: LONG(0), $ ; 32- Serial number of image ; ** NOT INCLUDED IN OBSERVING LOG ** AEC_Status: BYTE(0), $ ; 36- AEC Status ; ** NOT INCLUDED IN OBSERVING LOG ** seq_tab_serno: FIX(0), $ ; 37- Sequence table serial used spare2: BYTARR(9) } ; 39- Spare bytes SXT_Version = { SXT_Version_Rec, $ roadmap : FIX('30F1'x), $ ; ; 00- The version number of the Roadmap ; This value is not contained in the ; roadmap structure to save space. It is ; saved in the "File Header Record" ; ; This structure is not written to any files SSL : FIX('3041'x), $ ; - SXT Summary log SRD : FIX('3051'x), $ ; - SXT RAM Dump SDL : FIX('3061'x), $ ; - SXT Dark current log SEL : FIX('3071'x), $ ; - SXT Engineering log SOT : FIX('3081'x), $ ; - SXT Optical telescope SXL : FIX('3091'x), $ ; - SXT Xray log SXL2 : FIX('3092'x), $ ; - SXT Xray log SXG : FIX('3093'x), $ ; - SXT/GOES XRay log sxl_roadmap : FIX('39F1'x), $ ; SL : FIX('30A1'x), $ ; - SXT Leak log ; - SXT Xray Log Roadmap SXC : FIX('30B1'x), $ ; - SXT Xray Sun Center spare: BYTARR(10) } ; (need for automatic conversion to IDL format) SXT_3041_SumLog = { SXT_3041_SumLog_Rec, $ time: LONG(0), $ ; 0- Time (millisec of day) day: FIX(0), $ ; 4- Day (since 1-Jan-79) ; ; ------------ Number and Types of Exposure Information ----------- pfi_sernum: LONARR(2), $ ; - The PFI serial number ; (0) = at beginning of 24 hour period ; (1) = at end of 24 hour period ffi_sernum: LONARR(2), $ ; - The FFI serial number ; (0) = at beginning of 24 hour period ; (1) = at end of 24 hour period pfi_qt: INTARR(2), $ ; - The number of PFI images available in quiet mode ; (0) = PFI strips (exposures) separate datasets ; (1) = PFI Observing Regions (ORs) pfi_fl: INTARR(2), $ ; - The number of PFI images available in flare mode ; (0) = PFI strips (exposures) separate datasets ; (1) = PFI Observing Regions (ORs) ffi_qt: FIX(0), $ ; - The number of FFI images available in quiet mode ffi_buff: FIX(0), $ ; - The number of FFI image buffer dumps (patrol images,...) pfi_hi_cad: FIX(0), $ ; - The number of high cadence PFI images odom: LONARR(4,3), $ ; - The SXTE-U odometer values ; (i,j) ; i = 0 for filter-A moves ; i = 1 for filter-B moves ; i = 2 for shutter moves ; i = 3 for aspect door moves ; ; j = 0 for beginning of 24 hour period ; j = 1 for end of 24 hour period ; j = 2 is the max (in case of hard reset) num_expos: LONARR(13), $ ; - Number of exposures received by the ground and reformatted ; 0 = Al 1400 Angstrom (Filter B = 2) ; 1 = Al/Mg/Mn (Filter B = 3) ; 2 = Ber 100 microns (Filter B = 4) ; 3 = Al 12 microns (Filter B = 5) ; 4 = Mg3Mu (Filter B = 6) ; 5 = Narrow Band (4310 A, 30 A FWHM) (Filter A = 2) ; 6 = Quartz defocusing lens (Filter A = 3) ; 7 = Diffuser (Filter A = 4) ; 8 = Wide Band (4600 A, 185 A FWHM) (Filter A = 5) ; 9 = Neutral Density Mask (8%) (Filter A = 6) ; 10 = OPEN/OPEN ; 11 = Dark images ; 12 = Calibration (LTF) images dur_expos: LONARR(13), $ ; - The total number of milliseconds that the CCD was exposed ; to each of the previous filters/exposure modes. ; Effective exposure (takes neutral density mask into account) ; ; ------------ Solar and RBM Activity Information ------------ avg_rbmsd: FIX(0), $ ; - The average RBM detected in cnts/sec max_rbmsd: FIX(0), $ ; - The maximum RBM detected in cnts/sec avg_sxs1: FIX(0), $ ; - The average SXS1 detected in cnts/sec max_sxs1: FIX(0), $ ; - The maximum SXS1 detected in cnts/sec avg_sxs2: FIX(0), $ ; - The average SXS2 detected in cnts/sec max_sxs2: FIX(0), $ ; - The maximum SXS2 detected in cnts/sec avg_hxt_sum_l: FIX(0), $ ; - The average HXT Low channel detected in cnts/sec max_hxt_sum_l: FIX(0), $ ; - The maximum HXT low channel detected in cnts/sec ; ; ------------ Shutter performance information ------------ n_expdur: INTARR(32), $ ; avg_expdur: LONARR(32), $ ; - The average exposure duration for each MBE ; for normal exposures ; (i) is for MBE "i" min_expdur: LONARR(32), $ ; - The minimum exposure duration for each MBE max_expdur: LONARR(32), $ ; - The maximum exposure duration for each MBE ; avg_explat_norm: LONG(0), $ ; - The average exposure latency for normal exposure min_explat_norm: LONG(0), $ ; - The minimum exposure latency for normal exposure max_explat_norm: LONG(0), $ ; - The maximum exposure latency for normal exposure ; avg_explat_dark: LONG(0), $ ; - The average exposure latency for dark image exposures min_explat_dark: LONG(0), $ ; - The minimum exposure latency for dark image exposures max_explat_dark: LONG(0), $ ; - The maximum exposure latency for dark image exposures ; ; ------------ Error information ------------ max_err_odom: BYTARR(5), $ ; 6- The maximum seen in the error odometer for various sub-systems ; i = 0 for filter soft errors ; i = 1 for filter hard errors ; i = 2 for aspect door soft error ; i = 3 for aspect door hard error ; i = 4 for shutter u_hardreset: BYTE(0), $ ; - The number of hard reset transitions observed for the ; 24 hour period. ; (by looking for transition in bit 3 of status 4) j_hardreset: BYTE(0), $ ; - The number of hard resets as determined by SXTE-J W114 F32 ; (should match "hardreset" but there was one time when a ; hardreset occurred by unknown mechanism) j_softreset: BYTE(0), $ ; - The number of hard resets as determined by SXTE-J W114 F32 error1: BYTE(0), $ ; - SXTE-U error word 1 "ORed" for all values observed during ; the 24 hour period error2: BYTE(0), $ ; - SXTE-U error word 2 "ORed" for all values observed during ; the 24 hour period ; ; ------------ Temperature information ------------ avg_temp_hk: BYTARR(15), $ ; - Average temperature over the 24 hour period min_temp_hk: BYTARR(15), $ ; - Minimum temperature over the 24 hour period max_temp_hk: BYTARR(15), $ ; - Maximum temperature over the 24 hour period ; (See SXT_INDEX for description of sensors) avg_temp_ccd: BYTE(0), $ ; - Average CCD temperature min_temp_ccd: BYTE(0), $ ; - Minimum CCD temperature max_temp_ccd: BYTE(0), $ ; - Maximum CCD temperature ; ; ------------ Status information ------------ aspect_encode: BYTE(0), $ ; - Tracking aspect door position (open /closed) ; (by looking at bits 1 and 2 of status 4) ; 0 = invalid ; 1 = open? ; 2 = closed? ; 3 = open and closed during 24 hours ; (or error) ; Pow_stat: BYTE(0), $ ; 52- Power Status (0=off, 1=on) for beginnning of 24 hour period ; (See SXT_INDEX for description of bits) SW_stat: BYTE(0), $ ; 53- Active Software (1=active) for beginning of 24 hour period ; (See SXT_INDEX for description of bits) ; ; spare: BYTARR(15) } ; - Spare bytes SXT_3051_RAMDump = { SXT_3051_RAMDump_Rec, $ time: LONG(0), $ ; 0- Time (millisec of day) day: FIX(0), $ ; 4- Day (since 1-Jan-79) ; address: FIX(0), $ ; 6- Address of the dump nbyte: BYTE(0), $ ; 8- Number of bytes of dump dump: BYTARR(61), $ ; 9- Dump data ; spare: BYTARR(10) } ; 70- spare SXT_3061_DarkLog = { SXT_3061_DarkLog_Rec, $ hist: LONARR(256), $ ; 0- The IDL histogram of the image ; x: INTARR(128), $ ;1024- The column number of 128 brightest pixels ; in image array coordinates (not CCD coordinates) y: INTARR(128), $ ;1280- The line number of 128 brightest pixels ; in image array coordinates (not CCD coordinates) int: BYTARR(128) } ;1536- The intensity of the 128 brightest pixels SXT_3071_EnginLog = { SXT_3071_EnginLog_Rec, $ time: LONG(0), $ ; 02- Time (millisec of day) Derived day: FIX(0), $ ; 06- Day (since 1-Jan-79) Derived DP_mode: BYTE(0), $ ; 12- DP Mode W50 F2 ; (See GEN_STRUCT for description of bits) DP_rate: BYTE(0), $ ; 13- DP Rate W48 F15 ; (See GEN_STRUCT for description of bits) ; SXT_Pow_stat: BYTE(0), $ ; 58- Power Status (0=off, 1=on) W48 F2 ; (See SXT_INDEX for description of bits) SXT_Control: BYTE(0), $ ; 62- SXT Control Status W114 F3 ; (See SXT_INDEX for description of bits) sxt_temps: BYTARR(15), $ ; sxt temperatures ; (See SXT_INDEX for description of bits) heaters: BYTE(0), $ ; The status of the headers (on/off) ; os1_status1: BYTARR(8), $ ; os1_status2: BYTARR(8), $ ; os1_status3: BYTE(0), $ ; os1_status4: BYTE(0), $ ; ; os1_fwacomand: BYTE(0), $ ; os1_flushcommand: BYTE(0), $ ; ; os1_explatency: FIX(0), $ ; os1_expduration: FIX(0), $ ; os1_mbe: BYTE(0), $ ; ; os1_fwaodoma: FIX(0), $ ;low/mid os1_fwaodomb: FIX(0), $ ;low/mid os1_shutterodom: FIX(0), $ ;low/mid os1_aspectodom: FIX(0), $ ; ; os1_error1: BYTARR(2), $ ; os1_error2: BYTARR(2), $ ; os1_fwasoft: BYTE(0), $ ; os1_fwahard: BYTE(0), $ ; os1_aspectsoft: BYTE(0), $ ; os1_shutterhard: BYTE(0) } ; SXT_3081_OptTel = { SXT_3081_OptTel_Rec, $ st$fileid: BYTARR(12), $ ; 06 dset: FIX(0), $ ; 18 ; x: FLOAT(0), $ ; 20- Center in image array coordinates y: FLOAT(0), $ ; 24- find_limb: FLTARR(10), $ ; 28- FIND_LIMB results ; (0) = x in 1x1 pixels ; (1) = y ; (2) = radius ; (3) = r_err ; (4) = oblateness ; (5) = oblateness angle ; (6) = "bias" ; (7) = brightness ; avg: FLOAT(0), $ ; 68- bkg: FLOAT(0), $ ; 72- flux: FLOAT(0), $ ; ; ocenter: FLTARR(3), $ ; - OCENTER results ; (0) = x in 1x1 pixels (E/W) ; (1) = y in 1x1 pixels (N/S) ; (2) = radius in 1x1 pixels ; spare: BYTARR(10) } ; 82 SXT_30B1_XrCen = { SXT_30B1_XrCen_Rec, $ st$fileid: BYTARR(12), $ ; 0 dset: FIX(0), $ ; 12 ; x: FLOAT(0), $ ; 14- Center in image array coordinates y: FLOAT(0), $ ; 18- sxt_center: FLTARR(10), $ ; 22- SXT_CENTER results ; (0) = x in 1x1 pixels ; (1) = y ; (2) = radius ; (3) = r_err ; suncenter: FLTARR(4), $ ; 62- GET_SUNCENTER results ; (0) = x in 1x1 pixels (E/W) ; (1) = y in 1x1 pixels (N/S) ; (2) = delta in seconds between image and pnt record ; spare: BYTARR(18) } ; 78 SXT_3091_XrayLog = { SXT_3091_XrayLog_Rec, $ hist: LONARR(256) } ; 0- The IDL histogram of the image SXT_3092_Xray2Log = { SXT_3092_Xray2Log_Rec, $ ; (*,0) = histogram of whole image ; (*,1) = histogram of image within 0.86 * radius ; (*,2) = histogram of image outside of 1.05 * radius hist: LONARR(256,3) } ; 0- The IDL histogram of the image SXL_39F1_RoadMap = { SXL_39F1_RoadMap_Rec, $ ; For a full description of the fields, ; look at the Index_Rec definition ; ByteSkip: LONG(0), $ ; 00- Offset in bytes from the beginning of ; of the data file for the beginning ; of the data set index structure. ; time: LONG(0), $ ; 04- Major frame time (millisec of day) day: FIX(0), $ ; 08- Major frame day (since 1-Jan-79) ; DP_mode: BYTE(0), $ ; 10- DP Mode DP_rate: BYTE(0), $ ; 11- DP Rate ; pfi_ffi: BYTE(0), $ ; 12- Image information periph: BYTE(0), $ ; 13- Aspect/Shutter/Filter information ExpLevMode: BYTE(0), $ ; 14- Exposure mode/level imgparam: BYTE(0), $ ; 15- Image parameter information ; seq_num: BYTE(0), $ ; 16- Sequence Number (1-13) seq_tab_serno: FIX(0), $ ; 17- Sequence table serial used ; Img_Avg: FLOAT(0), $ ; 19- Average intensity of whole image Img_Dev: FLOAT(0), $ ; 23- Average intensity around the max ; spare: BYTARR(5) } ; 27- Spare bytes SXG_39F1_SXTGOES = { SXG_39F1_SXTGOES_Log, $ ; ; Time Tag and SXT params from SXL Record time: LONG(0), $ ; 00- Major frame time (millisec of day) day: FIX(0), $ ; 04- Major frame day (since 1-Jan-79) periph: BYTE(0), $ ; 06- Aspect/Shutter/Filter information ExpLevMode: BYTE(0), $ ; 07- Exposure mode/level imgparam: BYTE(0), $ ; 08- Image parameter information DP_mode: BYTE(0), $ ; 09- DP Mode temp_ccd: BYTE(0), $ ; 10- CCD Temp. sxt_flux: LONG(0), $ ; 11- DN/s from SXL Histogram ; ; GOES info from GXD file LO: FLOAT(0), $ ; 15- GOES low energy HI: FLOAT(0), $ ; 19 - GOES Hi energy deltaT: FIX(0), $ ; 23 - Tsxt-Tgoes (seconds) goes_status: BYTE(0), $ ; 25 - satellite (b:0-3)={6,7,8} ; type(b:4:7); 0=> 3second ; 1=> 1 min avg ; 2=> 5 min avg ; spare: BYTARR(6) } ; 26 spare SXT_30A1_Leak = { SXT_30A1_Leak_Rec, $ st$fileid: BYTARR(12), $ ; 06 dset: FIX(0), $ ; 18 ; y0: FIX(0), $ ; - Starting line of average in FR pixels y1: FIX(0), $ ; - Ending line of average in FR pixels avg_arr: FLTARR(51), $ ; - Strip averages - 20 FR columns per element ; (10 HR, 5 QR). Starting column ; is "i*20/sum+1" ; spare: BYTARR(18) } ; 82 end