SIMPLE = T / Written by IDL: Tue Aug 10 09:19:23 2010 BITPIX = -32 / IEEE single precision floating point NAXIS = 2 / number of data axes EXTEND = T / FITS dataset may contain extensions COMMENT FITS (Flexible Image Transport System) format is defined in 'Astronomy COMMENT and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H CTYPE1 = 'E-W ARCS' CTYPE2 = 'N-S ARCS' CRVAL1 = 292 CRVAL2 = 122 CRPIX1 = 512 CRPIX2 = 512 CDELT1 = 0.068359375 / image scale arcsec/pixel CDELT2 = 0.068359375 / image scale arcsec/pixel XCEN = 0. YCEN = 0. ORIGIN = 'BBSO ' / Big Bear Solar Observatory INSTRUME= 'PCO.2000' TELESCOP= 'NST ' / NST Nasmyth bench TARGET = '1092 ' IMAGETYP= 'image ' EXPOSURE= 13. / Exposure time, milliseconds SOLAR_P = 180 SOLAR_P0= 12.2121370136054 / Solar P angle, degrees CCDTEMP = -24.5 / CCD temperature, C OBSERVER= 'rjf ' COMMENT set 1 COMMENT Run by vayur; Used 70 best images COMMENT ; RECONSTRUCTION INFORMATION: COMMENT reconstruction_method = 'TC' COMMENT target_subfieldsize_arcsec = 6.000000 COMMENT subfieldsizex_arcsec = 8.755200 COMMENT subfieldsizex_pixel = 128 COMMENT nrofsubfieldsx = 14 COMMENT borderoffsetx = 27 COMMENT subfieldsizey_arcsec = 8.755200 COMMENT subfieldsizey_pixel = 128 COMMENT nrofsubfieldsy = 14 COMMENT borderoffsety = 27 COMMENT phasevecradius_percentofdl = 0.598873 COMMENT phaseveclimit1_percentofdl = 0.100000 COMMENT phaseveclimit2_percentofdl = 0.100000 COMMENT iterations = 5 COMMENT SNR_bispectrumthreshold = 0.900000 COMMENT SNR_weightingexponent = 1.300000 COMMENT subfieldapodisation_percent = 0.300000 COMMENT filtercutoff_percent = 0.598873 COMMENT noise_filter_used = 1 NAXIS1 = 1015 /Number of positions along axis 1 NAXIS2 = 1015 /Number of positions along axis 2 COMMENT9= 'Original file' /bbso_hab075_pcoi_20100804_174056z49.fts ROI_X0 = 5 /coord of ROI; original size=2*CRPIX1 ROI_Y0 = 5 /coord of ROI; original size=2*CRPIX2 ROI_X1 = 1019 /coord of ROI; original size=2*CRPIX1 ROI_Y1 = 1019 /coord of ROI; original size=2*CRPIX2 TIME-OBS= '17:40:56.5' /Time of reconstructed image DATE = '2010-08-04T17:40:56' /Date and Time of reconstructed image DATE-OBS= '2010-08-04' /Date of reconstructed image WAVE = 'hab075 ' /ha-Halpha, b/r - blue/red; "125"-1.25A END