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  1. SIMPLE = T /FITS header
  2. BITPIX = 16
  3. NAXIS = 2 /No.dimensions
  4. NAXIS1 = 4784 /Length X axis
  5. NAXIS2 = 3194 /Length Y axis
  6. DATE = '2022-07-26T01:37:26.926000' /Date of FITS file creation
  7. SWCREATE= 'PRISM, Version 10.4.20.930, 10/9/2021' /Software Name and version
  8. ORIGIN = 'OPSPA ' /Origin place of FITS image
  9. OBSERVER= 'OPSPA ' /Observer name
  10. SITELAT = '-22:57:08:99 ' /Latitude observatory
  11. SITELONG= '-68:10:48:00 ' /Longitude observatory
  12. DATE-OBS= '2022-07-26T01:35:23.232000' /UT date of Observation
  13. UT = '01:35:23.23 ' /UT begining of observation
  14. EXPOSURE= 120.00000 /Exposure time seconds
  15. XPIXELSZ= 7.52 /X pixel size microns
  16. CDELTM1 = 7.51999999999999978E-003 /Size of a pixel (x) in mm
  17. XPIXSZ = 7.5 /X Binned pixel size as microns
  18. YPIXELSZ= 7.52 /Y pixel size microns
  19. CDELTM2 = 7.51999999999999978E-003 /Size of a pixel (y) in mm
  20. YPIXSZ = 7.5 /X Binned pixel size as microns
  21. INSTRUME= 'ZWO ASI6200MM Pro ' /Camera which created data
  22. FILTERS = 'Filter_L ' /Filters
  23. CVF = 5.000 /Conversion factor (e-/adu)
  24. READOUTT= 0.15 /Image readout time (sec)
  25. X1 = 1 /X1 image windowing
  26. Y1 = 1 /Y1 image windowing
  27. X2 = 9576 /X2 image windowing
  28. Y2 = 6388 /Y2 image windowing
  29. COMPRESS= 0 /Number of compression
  30. TELESCOP= 'T400 ' /Telescope
  31. FOCAL = 1490.3 /Focal length in mm
  32. DIAMETER= 400.0 /Diameter in mm
  33. OBJCTRA = '20 41 53.757 ' /Object Right Ascension (J2000)
  34. OBJCTDEC= '-11 54 28.91 ' /Object Declinaison (J2000)
  35. RA = 3.10473989744281027E+002 /Telescope RA
  36. DEC = -1.19080316547706584E+001 /Telescope DEC
  37. CDELT1 = 1.44556217519111856E-004 /ScaleX in deg/pix
  38. CDELT2 = 1.44556217519111856E-004 /ScaleY in deg/pix
  39. DATAMAX = 1446 /Maximum data value
  40. DATAMIN = 843 /Minimum data value
  41. PIERSIDE= 'WEST ' /Side of the tube wrt to Pier
  42. CCD-TEMP= -10.6 /CCD temperature as Celsius degrees
  43. FOCUSPOS= 8.227 /Focuser position as mm
  44. FOCUSTMP= 12.6 /Focuser temperature as Celsius degrees
  45. BITCAMPX= 16 /Native camera dynamic in bits per pixel
  46. STACKNB = 1 /Amount of stacked images
  47. STARCNT = 0 /Amount of extracted stars
  48. GAIN_ELE= 99 /Camera electronic gain (arbitrary units)
  49. OFFSET_E= 50 /Camera electronic offset (arbitrary units)
  50. TEMPEXT = 0.0 /External temperature, unit is degrees C
  51. PRESSURE= 0.0 /Atm. Pressure, unit is Hpa
  52. DEWPOINT= 0.0 /Dewpoint temperature, unit is degrees C
  53. HUMIDITY= 0.0 /Relative humidity, unit is percent
  54. WINSPEED= 0.0 /Wind speed, unit is km/h
  55. WINDIR = 0.0 /Wind direction, North 0deg, East 90d
  56. IMGTYPE = 'STD_IMAGE ' /Image type, like flat, bias or dark
  57. HISTORY none
  58. BSCALE = 1.000000000000
  59. BZERO = 32768.000000000000
  60. CTYPE1 = 'RA---TAN-SIP' / TAN (gnomic) projection + SIP distortions
  61. CTYPE2 = 'DEC--TAN-SIP' / TAN (gnomic) projection + SIP distortions
  62. EQUINOX = 2000.0 / Equatorial coordinates definition (yr)
  63. LONPOLE = 180.0 / no comment
  64. LATPOLE = 0.0 / no comment
  65. CUNIT1 = 'deg ' / X pixel scale units
  66. CUNIT2 = 'deg ' / Y pixel scale units
  67. CRPIX1 = 2392.5 / X reference pixel
  68. CRPIX2 = 1597.5 / Y reference pixel
  69. CRVAL1 = 310.16770482 / RA of reference point
  70. CRVAL2 = -11.8492848549 / DEC of reference point
  71. CD1_1 = -0.000293383483208 / Transformation matrix
  72. CD1_2 = -1.55313769469E-06 / no comment
  73. CD2_1 = 1.49860644034E-06 / no comment
  74. CD2_2 = -0.000293331202882 / no comment
  75. A_ORDER = 3 / Polynomial order, axis 1
  76. A_0_0 = 0 / no comment
  77. A_0_1 = 0 / no comment
  78. A_0_2 = -1.31359791004E-08 / no comment
  79. A_0_3 = -1.83611982428E-12 / no comment
  80. A_1_0 = 0 / no comment
  81. A_1_1 = 7.78232546151E-08 / no comment
  82. A_1_2 = -6.71350817099E-10 / no comment
  83. A_2_0 = -4.87668455148E-08 / no comment
  84. A_2_1 = 1.21761893864E-11 / no comment
  85. A_3_0 = -6.85591140873E-10 / no comment
  86. B_ORDER = 3 / Polynomial order, axis 2
  87. B_0_0 = 0 / no comment
  88. B_0_1 = 0 / no comment
  89. B_0_2 = 7.78397622105E-08 / no comment
  90. B_0_3 = -6.88295624592E-10 / no comment
  91. B_1_0 = 0 / no comment
  92. B_1_1 = -3.41704938239E-08 / no comment
  93. B_1_2 = 2.06325743527E-11 / no comment
  94. B_2_0 = 1.13359277672E-08 / no comment
  95. B_2_1 = -6.73948747726E-10 / no comment
  96. B_3_0 = -1.82755167658E-12 / no comment
  97. AP_ORDER= 3 / Inv polynomial order, axis 1
  98. AP_0_0 = -0.000880243710833 / no comment
  99. AP_0_1 = 3.12394952491E-07 / no comment
  100. AP_0_2 = 1.35878260488E-08 / no comment
  101. AP_0_3 = 1.73959906218E-12 / no comment
  102. AP_1_0 = -2.19323271063E-05 / no comment
  103. AP_1_1 = -7.92864221992E-08 / no comment
  104. AP_1_2 = 6.84565576591E-10 / no comment
  105. AP_2_0 = 4.98086110658E-08 / no comment
  106. AP_2_1 = -1.25249842486E-11 / no comment
  107. AP_3_0 = 6.97565803727E-10 / no comment
  108. BP_ORDER= 3 / Inv polynomial order, axis 2
  109. BP_0_0 = 0.000790320730462 / no comment
  110. BP_0_1 = -1.56634357545E-05 / no comment
  111. BP_0_2 = -7.9077626024E-08 / no comment
  112. BP_0_3 = 6.98135785001E-10 / no comment
  113. BP_1_0 = 2.18984234212E-07 / no comment
  114. BP_1_1 = 3.48924822493E-08 / no comment
  115. BP_1_2 = -2.10709480989E-11 / no comment
  116. BP_2_0 = -1.17321257806E-08 / no comment
  117. BP_2_1 = 6.85600462251E-10 / no comment
  118. BP_3_0 = 1.80051699076E-12 / no comment
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