--- header unit 0: primary ---
SIMPLE = T / Written by IDL: Fri May 6 13:00:09 2011
BITPIX = 8
NAXIS = 0
EXTEND = T / File contains extensions
DATE = '2011-05-06'
SFDUADID = 'NSSD0229' / SFDU ADID
FILENAME = 's24190r00l1.fits'
ORIGIN = 'SOHO-EOF' / Institute where file was written
TELESCOP = 'SOHO' / Solar Heliospheric Observatory
INSTRUME = 'CDS' / Coronal Diagnostic Spectrometer
DETECTOR = 'NIS' / Normal or Grazing Incidence Spectrometer
PROG_NUM = 24190 / Study counter
PROG_IND = 1 / Repeated study index
SEQ_IND = 0 / Raster index within the study
SEQ_NUM = 128512 / Unique number for this dataset
RAS_ID = 15 / Raster ID
RAS_VAR = 3 / Raster variation index
DATE_OBS = '2002-02-20T11:31:35.389' / Start date/time of observation
DATE_END = '2002-02-20T11:33:15.389' / End date/time of observation
OBT_TIME = 1392895922.975 / Onboard start time (TAI seconds since 1-Jan-1958
OBT_END = 1392896022.975 / Onboard end time (TAI seconds since 1-Jan-1958)
OBS_PROG = 'FULLCCD' / Observing program name
TITLE = 'FULL CCD READOUT' / Observing program title
STUDY_ID = 15 / Study ID
TITLE_ID = 69 / Study title ID
STUDYVAR = 3 / Study variation index
CATEGORY = 'Science' / Study category
SCI_OBJ = 'CCD Engineering' / Scientific objective
SCI_SPEC = 'FULLCCD/v3' / More specific scientific objective
OBJECT = 'QS' / Type of object or event observed
OBJ_ID = '' / Object ID
TRACKING = F / Solar feature tracking (true/false)
PROG_ID = 0 / Multi-study program ID
PROGNAME = '' / Multi-study program name
CMP_NO = 0 / SOHO campaign ID number
CMP_NAME = '' / Campaign name
LL_ID = 0 / Line list ID number
INS_X0 = -346.500 / Prelim. ins. pointing in X from OPS (arcsec)
INS_Y0 = 403.921 / Prelim. ins. pointing in Y from OPS (arcsec)
INS_ROLL = 0.00000 / Preliminary ins. roll angle (degrees CCW)
XCEN = -350.957 / Prelim. center in X of field-of-view (arcsec)
YCEN = 409.122 / Prelim. center in Y of field-of-view (arcsec)
ANGLE = 0.00000 / Prelim. orientation of field-of-view (arcsec)
IXWIDTH = 2.00000 / Prelim. width in X of field-of-view (arcsec)
IYWIDTH = 240.200 / Prelim. width in Y of field-of-view (arcsec)
SC_X0 = 0.00000 / Preliminary S/C pointing in X (arcsec)
SC_Y0 = 0.00000 / Preliminary S/C pointing in Y (arcsec)
SC_ROLL = 0.00000 / Preliminary S/C roll angle (degrees CCW)
WAVEMIN = 307.164 / Minimum wavelength in observation (Angstroms)
WAVEMAX = 379.081 / Maximum wavelength in observation (Angstroms)
COMP_ID = 2 / Telemetry data compression scheme
COMP_OPT = 0 / Telemetry data compression option
DW_ID = 3 / Data extraction window list ID
SER_ID = 31099 / On-board series load ID
EXPCOUNT = 1 / Number of exposures in the raster
EXPTIME = 100.000 / Exposure time in seconds
NX = 1 / Number of positions in X direction
NY = 1 / Number of positions in Y direction
XSTEP = 0.000 / Step size in arcsec in X direction
YSTEP = 0.000 / Step size in arcsec in Y direction
OPSLBITS = '1011' / OPS L status bits at start of raster
OPS_L = 1992 / OPS L position at start of raster
OPSRBITS = '1010' / OPS R status bits at start of raster
OPS_R = 1606 / OPS R position at start of raster
SLIT_POS = 0 / Slit position at start of raster
SLIT_NUM = 4 / Slit number
MIR_POS = 128 / Mirror position at start of raster
NWINDOWS = 1 / Number of data windows
EV_ENAB = F / Event recognition enabled
COMP_ERR = F / Data compression scheme error
VDS_ORI = F / VDS telemetry data oriented by columns
VDS_ACC = F / VDS accumulate mode
OBS_SEQ = 'R15V3' / Observing sequence
OBS_MODE = 'NIS-S4-R15-E100' / Observing mode
VDS_MODE = 2 / VDS readout mode
VDS_PMCP = 100 / VDS MCP programmable voltage setting
ZONE_ID = 0 / Pointing zone ID
SEQVALID = T / Valid data (true/false)
DATASRC = 'Level 1 - Final Distribution (CDROM)' / Data source
GEIX_OBS = 1.46367E+09 / Geocentric equatorial inertial X
GEIY_OBS = -7.78989E+07 / Geocentric equatorial inertial Y
GEIZ_OBS = -1.37756E+07 / Geocentric equatorial inertial Z
GSEX_OBS = 1.32445E+09 / Geocentric solar ecliptic X
GSEY_OBS = 6.27764E+08 / Geocentric solar ecliptic Y
GSEZ_OBS = 1.83478E+07 / Geocentric solar ecliptic Z
GSMX_OBS = 1.32445E+09 / Geocentric solar magnetic X
GSMY_OBS = 6.14212E+08 / Geocentric solar magnetic Y
GSMZ_OBS = 1.31025E+08 / Geocentric solar magnetic Z
HAEX_OBS = -1.28698E+11 / Heliocentric Aries Ecliptic X
HAEY_OBS = 7.02117E+10 / Heliocentric Aries Ecliptic Y
HAEZ_OBS = 1.79320E+07 / Heliocentric Aries Ecliptic Z
DSUN_OBS = 1.46604E+11 / Distance from Sun
HGLN_OBS = -0.229180 / Stonyhurst heliographic longitude
HGLT_OBS = -6.99008 / Stonyhurst heliographic latitude
CRLN_OBS = 133.270 / Carrington heliographic longitude
CRLT_OBS = -6.99008 / Carrington heliographic latitude
ROTATED = F / True if NIS_ROTATE applied
ALIGNED = F / True if NIS1 and NIS2 windows aligned
HISTORY The following procedures were applied 6-May-2011 13:00:01
HISTORY Applied VDS_DEBIAS
HISTORY Applied CDS_CLEAN_EXP
HISTORY Applied VDS_CALIB, /ALT_SLIT6
--- header unit 1: binary table ---
XTENSION = 'BINTABLE' / Written by IDL: Fri May 6 13:00:09 2011
BITPIX = 8
NAXIS = 2 / Binary table
NAXIS1 = 4194347 / Number of bytes per row
NAXIS2 = 1 / Number of rows
PCOUNT = 0 / Random parameter count
GCOUNT = 1 / Group count
TFIELDS = 21 / Number of columns
DATE = '2011-05-06'
SFDUADID = 'NSSD0229' / SFDU ADID
FILENAME = 's24190r00l1.fits'
ORIGIN = 'SOHO-EOF' / Institute where file was written
TELESCOP = 'SOHO' / Solar Heliospheric Observatory
INSTRUME = 'CDS' / Coronal Diagnostic Spectrometer
DETECTOR = 'NIS' / Normal or Grazing Incidence Spectrometer
PROG_NUM = 24190 / Study counter
PROG_IND = 1 / Repeated study index
SEQ_IND = 0 / Raster index within the study
SEQ_NUM = 128512 / Unique number for this dataset
RAS_ID = 15 / Raster ID
RAS_VAR = 3 / Raster variation index
DATE_OBS = '2002-02-20T11:31:35.389' / Start date/time of observation
DATE_END = '2002-02-20T11:33:15.389' / End date/time of observation
OBT_TIME = 1392895922.975 / Onboard start time (TAI seconds since 1-Jan-1958
OBT_END = 1392896022.975 / Onboard end time (TAI seconds since 1-Jan-1958)
OBS_PROG = 'FULLCCD' / Observing program name
TITLE = 'FULL CCD READOUT' / Observing program title
STUDY_ID = 15 / Study ID
TITLE_ID = 69 / Study title ID
STUDYVAR = 3 / Study variation index
CATEGORY = 'Science' / Study category
SCI_OBJ = 'CCD Engineering' / Scientific objective
SCI_SPEC = 'FULLCCD/v3' / More specific scientific objective
OBJECT = 'QS' / Type of object or event observed
OBJ_ID = '' / Object ID
TRACKING = F / Solar feature tracking (true/false)
PROG_ID = 0 / Multi-study program ID
PROGNAME = '' / Multi-study program name
CMP_NO = 0 / SOHO campaign ID number
CMP_NAME = '' / Campaign name
LL_ID = 0 / Line list ID number
INS_X0 = -346.500 / Prelim. ins. pointing in X from OPS (arcsec)
INS_Y0 = 403.921 / Prelim. ins. pointing in Y from OPS (arcsec)
INS_ROLL = 0.00000 / Preliminary ins. roll angle (degrees CCW)
XCEN = -350.957 / Prelim. center in X of field-of-view (arcsec)
YCEN = 409.122 / Prelim. center in Y of field-of-view (arcsec)
ANGLE = 0.00000 / Prelim. orientation of field-of-view (arcsec)
IXWIDTH = 2.00000 / Prelim. width in X of field-of-view (arcsec)
IYWIDTH = 240.200 / Prelim. width in Y of field-of-view (arcsec)
SC_X0 = 0.00000 / Preliminary S/C pointing in X (arcsec)
SC_Y0 = 0.00000 / Preliminary S/C pointing in Y (arcsec)
SC_ROLL = 0.00000 / Preliminary S/C roll angle (degrees CCW)
WAVEMIN = 307.164 / Minimum wavelength in observation (Angstroms)
WAVEMAX = 379.081 / Maximum wavelength in observation (Angstroms)
COMP_ID = 2 / Telemetry data compression scheme
COMP_OPT = 0 / Telemetry data compression option
DW_ID = 3 / Data extraction window list ID
SER_ID = 31099 / On-board series load ID
EXPCOUNT = 1 / Number of exposures in the raster
EXPTIME = 100.000 / Exposure time in seconds
NX = 1 / Number of positions in X direction
NY = 1 / Number of positions in Y direction
XSTEP = 0.000 / Step size in arcsec in X direction
YSTEP = 0.000 / Step size in arcsec in Y direction
OPSLBITS = '1011' / OPS L status bits at start of raster
OPS_L = 1992 / OPS L position at start of raster
OPSRBITS = '1010' / OPS R status bits at start of raster
OPS_R = 1606 / OPS R position at start of raster
SLIT_POS = 0 / Slit position at start of raster
SLIT_NUM = 4 / Slit number
MIR_POS = 128 / Mirror position at start of raster
NWINDOWS = 1 / Number of data windows
EV_ENAB = F / Event recognition enabled
COMP_ERR = F / Data compression scheme error
VDS_ORI = F / VDS telemetry data oriented by columns
VDS_ACC = F / VDS accumulate mode
OBS_SEQ = 'R15V3' / Observing sequence
OBS_MODE = 'NIS-S4-R15-E100' / Observing mode
VDS_MODE = 2 / VDS readout mode
VDS_PMCP = 100 / VDS MCP programmable voltage setting
ZONE_ID = 0 / Pointing zone ID
SEQVALID = T / Valid data (true/false)
DATASRC = 'Level 1 - Final Distribution (CDROM)' / Data source
GEIX_OBS = 1.46367E+09 / Geocentric equatorial inertial X
GEIY_OBS = -7.78989E+07 / Geocentric equatorial inertial Y
GEIZ_OBS = -1.37756E+07 / Geocentric equatorial inertial Z
GSEX_OBS = 1.32445E+09 / Geocentric solar ecliptic X
GSEY_OBS = 6.27764E+08 / Geocentric solar ecliptic Y
GSEZ_OBS = 1.83478E+07 / Geocentric solar ecliptic Z
GSMX_OBS = 1.32445E+09 / Geocentric solar magnetic X
GSMY_OBS = 6.14212E+08 / Geocentric solar magnetic Y
GSMZ_OBS = 1.31025E+08 / Geocentric solar magnetic Z
HAEX_OBS = -1.28698E+11 / Heliocentric Aries Ecliptic X
HAEY_OBS = 7.02117E+10 / Heliocentric Aries Ecliptic Y
HAEZ_OBS = 1.79320E+07 / Heliocentric Aries Ecliptic Z
DSUN_OBS = 1.46604E+11 / Distance from Sun
HGLN_OBS = -0.229180 / Stonyhurst heliographic longitude
HGLT_OBS = -6.99008 / Stonyhurst heliographic latitude
CRLN_OBS = 133.270 / Carrington heliographic longitude
CRLT_OBS = -6.99008 / Carrington heliographic latitude
ROTATED = F / True if NIS_ROTATE applied
ALIGNED = F / True if NIS1 and NIS2 windows aligned
EXTNAME = 'DATA' / CDS data
TFORM1 = '1048576E' / Real*4 (floating point)
TTYPE1 = 'ALL_CCD' / Data window
TDIM1 = '(1024,1,1024)' / Array dimensions for column 1
TUNIT1 = 'photon-events/pixel/s' / Units of column 1
TDESC1 = '(WAVELNTH,SOLAR_X,SOLAR_Y)' / Axis labels for column 1
TCUNI1 = '(Angstrom,arcsec,arcsec)' / Axis units for column 1
TDMIN1 = -0.0395325 / Minimum value in column 1
TDMAX1 = 6.32090 / Maximum value in column 1
TDETX1 = 0 / Detector start column
TDETY1 = 0 / Detector start row
TRPIX1 = '(1,1,1)' / Reference pixel for column 1
TRVAL1 = '(307.199,-351.29242,-224.19773)' / Preliminary reference values, col.
TDELT1 = '(0.0697021,1.016,1.68)' / Preliminary axis increments, col. 1
TROTA1 = '(0,0,0)' / Preliminary axis rotations, col. 1
TWAVE1 = 343.122 / Principal wavelength in Angstroms
TWMIN1 = 307.164 / Preliminary minimum wavelength in Angstroms
TWMAX1 = 379.081 / Preliminary maximum wavelength in Angstroms
TWBND1 = 1 / Wavelength band
TGORD1 = 1 / Grating order
TBINX1 = 1 / Detector binning across columns
TBINY1 = 1 / Detector binning across rows
WCSN1 = 'Helioprojective-Cartesian'
1CTYP1 = 'WAVE-GRI' / Axis label along axis 1 for column 1
2CTYP1 = 'HPLN-TAN' / Axis label along axis 2 for column 1
3CTYP1 = 'HPLT-TAN' / Axis label along axis 3 for column 1
1CUNI1 = 'Angstrom' / Axis units along axis 1 for column 1
2CUNI1 = 'arcsec' / Axis units along axis 2 for column 1
3CUNI1 = 'arcsec' / Axis units along axis 3 for column 1
1CRPX1 = 1 / Reference pixel along axis 1 for column 1
2CRPX1 = 1 / Reference pixel along axis 2 for column 1
3CRPX1 = 1 / Reference pixel along axis 3 for column 1
1CRVL1 = 307.600543697 / Reference value along axis 1 for column 1
2CRVL1 = -351.292 / Reference value along axis 2 for column 1
3CRVL1 = -224.198 / Reference value along axis 3 for column 1
1CDLT1 = 0.0696919559409 / Pixel size along axis 1 for column 1
2CDLT1 = 1.01600 / Pixel size along axis 2 for column 1
3CDLT1 = 1.68000 / Pixel size along axis 3 for column 1
11PC1 = 1.00000 / Transformation matrix for column 1
12PC1 = 0.00000 / Transformation matrix for column 1
13PC1 = 0.00000 / Transformation matrix for column 1
21PC1 = 0.00000 / Transformation matrix for column 1
22PC1 = 1.00000 / Transformation matrix for column 1
23PC1 = -0.00000 / Transformation matrix for column 1
31PC1 = 0.00000 / Transformation matrix for column 1
32PC1 = 0.00000 / Transformation matrix for column 1
33PC1 = 1.00000 / Transformation matrix for column 1
1V1_0 = 4000000.00000 / Grating parameter for column 1
1V1_1 = 1 / Grating order for column 1
1V1_2 = 35.3760776384 / Fitted angle of incidence for column 1
1V1_3 = 1.00000 / Zeroth order refractive term for column 1
1V1_4 = 0.00000 / First order refractive term for column 1
1V1_5 = 0.00000 / Out of plane angle for column 1
1V1_6 = 0.00000000000 / Fitted angle to camera axis for column 1
TFORM2 = '1D' / Real*8 (double precision)
TTYPE2 = 'DEL_TIME' / Delta times in seconds from start of observation
TUNIT2 = 's' / Units of column 2
TDMIN2 = 0.00000000000 / Minimum value in column 2
TDMAX2 = 0.00000000000 / Maximum value in column 2
TFORM3 = '1E' / Real*4 (floating point)
TTYPE3 = 'INS_X' / Preliminary ins. pointing in Solar X
TUNIT3 = 'arcsec' / Units of column 3
TDMIN3 = -351.110 / Minimum value in column 3
TDMAX3 = -351.110 / Maximum value in column 3
TFORM4 = '1E' / Real*4 (floating point)
TTYPE4 = 'INS_Y' / Preliminary ins. pointing in Solar Y
TUNIT4 = 'arcsec' / Units of column 4
TDMIN4 = 408.976 / Minimum value in column 4
TDMAX4 = 408.976 / Maximum value in column 4
TFORM5 = '1B' / Integer*1 (byte)
TTYPE5 = 'OPSLBITS' / OPS L status bits
TUNIT5 = 'code' / Units of column 5
TNULL5 = 255 / Null value for column 5
TDMIN5 = 0 / Minimum value in column 5
TDMAX5 = 0 / Maximum value in column 5
TFORM6 = '1I' / Integer*2 (short integer)
TTYPE6 = 'OPS_L' / OPS L Coordinate
TUNIT6 = 'raw' / Units of column 6
TNULL6 = -1 / Null value for column 6
TDMIN6 = 1993 / Minimum value in column 6
TDMAX6 = 1993 / Maximum value in column 6
TFORM7 = '1B' / Integer*1 (byte)
TTYPE7 = 'OPSRBITS' / OPS R status bits
TUNIT7 = 'code' / Units of column 7
TNULL7 = 255 / Null value for column 7
TDMIN7 = 0 / Minimum value in column 7
TDMAX7 = 0 / Maximum value in column 7
TFORM8 = '1I' / Integer*2 (short integer)
TTYPE8 = 'OPS_R' / OPS R Coordinate
TUNIT8 = 'raw' / Units of column 8
TNULL8 = -1 / Null value for column 8
TDMIN8 = 1607 / Minimum value in column 8
TDMAX8 = 1607 / Maximum value in column 8
TFORM9 = '1B' / Integer*1 (byte)
TTYPE9 = 'SLITBITS' / Slit position status bits
TUNIT9 = 'code' / Units of column 9
TNULL9 = 255 / Null value for column 9
TDMIN9 = 92 / Minimum value in column 9
TDMAX9 = 92 / Maximum value in column 9
TFORM10 = '1I' / Integer*2 (short integer)
TTYPE10 = 'SLIT_POS' / Slit position
TUNIT10 = 'raw' / Units of column 10
TNULL10 = -1 / Null value for column 10
TDMIN10 = 0 / Minimum value in column 10
TDMAX10 = 0 / Maximum value in column 10
TFORM11 = '1B' / Integer*1 (byte)
TTYPE11 = 'MIR_POS' / Mirror position
TUNIT11 = 'raw' / Units of column 11
TNULL11 = 255 / Null value for column 11
TDMIN11 = 128 / Minimum value in column 11
TDMAX11 = 128 / Maximum value in column 11
TFORM12 = '1B' / Integer*1 (byte)
TTYPE12 = 'PTCHBITS' / Sun sensor pitch status bits
TUNIT12 = 'code' / Units of column 12
TNULL12 = 255 / Null value for column 12
TDMIN12 = 1 / Minimum value in column 12
TDMAX12 = 1 / Maximum value in column 12
TFORM13 = '1I' / Integer*2 (short integer)
TTYPE13 = 'PITCH' / Sun sensor pitch
TUNIT13 = 'raw' / Units of column 13
TNULL13 = -1 / Null value for column 13
TDMIN13 = 2480 / Minimum value in column 13
TDMAX13 = 2480 / Maximum value in column 13
TFORM14 = '1B' / Integer*1 (byte)
TTYPE14 = 'YAW_BITS' / Sun sensor yaw status bits
TUNIT14 = 'code' / Units of column 14
TNULL14 = 255 / Null value for column 14
TDMIN14 = 0 / Minimum value in column 14
TDMAX14 = 0 / Maximum value in column 14
TFORM15 = '1I' / Integer*2 (short integer)
TTYPE15 = 'YAW' / Sun sensor yaw
TUNIT15 = 'raw' / Units of column 15
TNULL15 = -1 / Null value for column 15
TDMIN15 = 2175 / Minimum value in column 15
TDMAX15 = 2175 / Maximum value in column 15
TFORM16 = '1J' / Integer*4 (long integer)
TTYPE16 = 'EV_LEVEL' / Event level
TUNIT16 = 'code' / Units of column 16
TNULL16 = -1 / Null value for column 16
TDMIN16 = 0 / Minimum value in column 16
TDMAX16 = 0 / Maximum value in column 16
TFORM17 = '1I' / Integer*2 (short integer)
TTYPE17 = 'ONBOARDX' / Onboard calc. Solar west (X) pointing
TUNIT17 = 'arcsec' / Units of column 17
TNULL17 = 32767 / Null value for column 17
TDMIN17 = -347 / Minimum value in column 17
TDMAX17 = -347 / Maximum value in column 17
TFORM18 = '1I' / Integer*2 (short integer)
TTYPE18 = 'ONBOARDY' / Onboard calc. Solarnorth (Y) pointing
TUNIT18 = 'arcsec' / Units of column 18
TNULL18 = -1 / Null value for column 18
TDMIN18 = 403 / Minimum value in column 18
TDMAX18 = 403 / Maximum value in column 18
TFORM19 = '1L' / Logical array
TTYPE19 = 'EV_RECOG' / Event recognition enabled
TUNIT19 = 'logical' / Units of column 19
TNULL19 = 255 / Null value for column 19
TFORM20 = '1L' / Logical array
TTYPE20 = 'EV_DETEC' / Event detected
TUNIT20 = 'logical' / Units of column 20
TNULL20 = 255 / Null value for column 20
TFORM21 = '1L' / Logical array
TTYPE21 = 'EV_VALID' / Event solar coordinates valid
TUNIT21 = 'logical' / Units of column 21
TNULL21 = 255 / Null value for column 21
HISTORY The following procedures were applied 6-May-2011 13:00:01
HISTORY Applied VDS_DEBIAS
HISTORY Applied CDS_CLEAN_EXP
HISTORY Applied VDS_CALIB, /ALT_SLIT6