--- header unit 0: primary ---
SIMPLE = T / file does conform to FITS standard
BITPIX = 32 / number of bits per data pixel
NAXIS = 0 / 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
DATE = '2015-09-03T13:54:11' / file creation date (YYYY-MM-DDThh:mm:ss UT)
--- header unit 1: binary table ---
XTENSION = 'BINTABLE' / binary table extension
BITPIX = 8 / 8-bit bytes
NAXIS = 2 / 2-dimensional binary table
NAXIS1 = 16384 / width of table in bytes
NAXIS2 = 768 / number of rows in table
PCOUNT = 0 / size of special data area
GCOUNT = 1 / one data group (required keyword)
TFIELDS = 4 / number of fields in each row
COMMENT -----------------------------------------------
COMMENT Sky Map Pixelisation Specific Keywords
COMMENT -----------------------------------------------
PIXTYPE = 'HEALPIX' / HEALPIX Pixelisation
ORDERING = 'RING' / Pixel ordering scheme, either RING or NESTED
NSIDE = 256 / Resolution parameter for HEALPIX
FIRSTPIX = 0 / First pixel # (0 based)
LASTPIX = 786431 / Last pixel # (0 based)
COORDSYS = 'C' / Pixelisation coordinate system
COMMENT G = Galactic, E = ecliptic, C = celestial = equatorial
BAD_DATA = -1.637500000000E+30 / Sentinel value given to bad pixels
COMMENT -----------------------------------------------
COMMENT Planck Simulation Specific Keywords
COMMENT -----------------------------------------------
EXTNAME = 'FULL SKY MAP'
POLCCONV = 'COSMO' / Coord. convention for polarisation (COSMO/IAU)
COMMENT -----------------------------------------------
COMMENT Data Description Specific Keywords
COMMENT -----------------------------------------------
COMMENT Full sky data
OBJECT = 'FULLSKY'
INDXSCHM = 'IMPLICIT' / Indexing : IMPLICIT or EXPLICIT
GRAIN = 0 / Grain of pixel indexing
COMMENT GRAIN=0 : no indexing of pixel data (IMPLICIT)
COMMENT GRAIN=1 : 1 pixel index -> 1 pixel data (EXPLICIT)
COMMENT GRAIN>1 : 1 pixel index -> data of GRAIN consecutive pixels (EXPLICIT)
POLAR = T / Polarisation included (True/False)
DERIV = 0 / Derivative included (0, 1 or 2)
TTYPE1 = 'TEMPERATURE' / Temperature map
TFORM1 = '1024E' / data format of field: 4-byte REAL
TUNIT1 = 'unknown' / map unit
TTYPE2 = 'Q-POLARISATION' / Q Polarisation map
TFORM2 = '1024E' / data format of field: 4-byte REAL
TUNIT2 = 'unknown' / map unit
TTYPE3 = 'U-POLARISATION' / U Polarisation map
TFORM3 = '1024E' / data format of field: 4-byte REAL
TUNIT3 = 'unknown' / map unit
COMMENT List of cuts applied follows
COMMENT ------------------------
COMMENT ---LIST OF MAPMAKING PARAMETERS---
COMMENT ------------------------
DSKEY000 = 'file_list' / Descart parameter 0 name
DSVAL000 = 'files.txt' / Descart parameter 0 value
DSKEY001 = 'nside' / Descart parameter 1 name
DSVAL001 = 256 / Descart parameter 1 value
DSKEY002 = 'offsetLength' / Descart parameter 2 name
DSVAL002 = 1000 / Descart parameter 2 value
DSKEY003 = 'naive_mode' / Descart parameter 3 name
DSVAL003 = T / Descart parameter 3 value
DSKEY004 = 'traditional_mode' / Descart parameter 4 name
DSVAL004 = T / Descart parameter 4 value
DSKEY005 = 'do_temperature' / Descart parameter 5 name
DSVAL005 = T / Descart parameter 5 value
DSKEY006 = 'do_polarization' / Descart parameter 6 name
DSVAL006 = T / Descart parameter 6 value
DSKEY007 = 'do_circular' / Descart parameter 7 name
DSVAL007 = F / Descart parameter 7 value
DSKEY008 = 'make_azel_maps' / Descart parameter 8 name
DSVAL008 = F / Descart parameter 8 value
DSKEY009 = 'cut_extension_name' / Descart parameter 9 name
DSVAL009 = 'BASIC' / Descart parameter 9 value
DSKEY010 = 'polarization_angle' / Descart parameter 10 name
DSVAL010 = .00000E+00 / Descart parameter 10 value
DSKEY011 = 'use_pol_1' / Descart parameter 11 name
DSVAL011 = T / Descart parameter 11 value
DSKEY012 = 'use_pol_2' / Descart parameter 12 name
DSVAL012 = T / Descart parameter 12 value
DSKEY013 = 'use_pol_3' / Descart parameter 13 name
DSVAL013 = F / Descart parameter 13 value
DSKEY014 = 'use_i1' / Descart parameter 14 name
DSVAL014 = T / Descart parameter 14 value
DSKEY015 = 'use_i2' / Descart parameter 15 name
DSVAL015 = T / Descart parameter 15 value
DSKEY016 = 'galactic' / Descart parameter 16 name
DSVAL016 = F / Descart parameter 16 value
DSKEY017 = 'horizon_template' / Descart parameter 17 name
DSVAL017 =  / Descart parameter 17 value
DSKEY018 = 'celestial_template' / Descart parameter 18 name
DSVAL018 =  / Descart parameter 18 value
DSKEY019 = 'min_hits' / Descart parameter 19 name
DSVAL019 = 1 / Descart parameter 19 value
DSKEY020 = 'fixed_offset_file' / Descart parameter 20 name
DSVAL020 =  / Descart parameter 20 value
DSKEY021 = 'leakage_matrix' / Descart parameter 21 name
DSVAL021 =  / Descart parameter 21 value
DSKEY022 = 'mask_filename' / Descart parameter 22 name
DSVAL022 =  / Descart parameter 22 value
DSKEY023 = 'flag_outside_template' / Descart parameter 23 name
DSVAL023 = F / Descart parameter 23 value
DSKEY024 = 'beam_map_ephemeris' / Descart parameter 24 name
DSVAL024 =  / Descart parameter 24 value
DSKEY025 = 'autosubtract' / Descart parameter 25 name
DSVAL025 = F / Descart parameter 25 value
DSKEY026 = 'dpsi_zero' / Descart parameter 26 name
DSVAL026 = F / Descart parameter 26 value
DSKEY027 = 'dpsi_file' / Descart parameter 27 name
DSVAL027 =  / Descart parameter 27 value
DSKEY028 = 'verbosity' / Descart parameter 28 name
DSVAL028 = 2 / Descart parameter 28 value
DSKEY029 = 'output_filename' / Descart parameter 29 name
DSVAL029 = 'map.fits' / Descart parameter 29 value
DSKEY030 = 'save_hits' / Descart parameter 30 name
DSVAL030 = T / Descart parameter 30 value
DSKEY031 = 'hits_filename' / Descart parameter 31 name
DSVAL031 = 'map.hits' / Descart parameter 31 value
DSKEY032 = 'save_covariance' / Descart parameter 32 name
DSVAL032 = T / Descart parameter 32 value
DSKEY033 = 'covariance_filename' / Descart parameter 33 name
DSVAL033 = 'map.cov' / Descart parameter 33 value
DSKEY034 = 'save_offsets' / Descart parameter 34 name
DSVAL034 = F / Descart parameter 34 value
DSKEY035 = 'offset_dir' / Descart parameter 35 name
DSVAL035 = 'offsets' / Descart parameter 35 value
DSKEY036 = 'ring_ordering' / Descart parameter 36 name
DSVAL036 = T / Descart parameter 36 value
DSKEY037 = 'save_name_mapping' / Descart parameter 37 name
DSVAL037 = F / Descart parameter 37 value
DSKEY038 = 'name_mapping_file' / Descart parameter 38 name
DSVAL038 = 'name_mappings.txt' / Descart parameter 38 value
DSKEY039 = 'plane_map' / Descart parameter 39 name
DSVAL039 = F / Descart parameter 39 value
DSKEY040 = 'plane_center_ra' / Descart parameter 40 name
DSVAL040 = .00000E+00 / Descart parameter 40 value
DSKEY041 = 'plane_center_dec' / Descart parameter 41 name
DSVAL041 = .00000E+00 / Descart parameter 41 value
DSKEY042 = 'plane_pixel_size' / Descart parameter 42 name
DSVAL042 = .10000E+00 / Descart parameter 42 value
DSKEY043 = 'plane_size' / Descart parameter 43 name
DSVAL043 = 100 / Descart parameter 43 value
DSKEY044 = 'plate_carree_map' / Descart parameter 44 name
DSVAL044 = F / Descart parameter 44 value
DSKEY045 = 'plate_carree_az_min' / Descart parameter 45 name
DSVAL045 = .00000E+00 / Descart parameter 45 value
DSKEY046 = 'plate_carree_az_max' / Descart parameter 46 name
DSVAL046 = .36000E+03 / Descart parameter 46 value
DSKEY047 = 'plate_carree_el_min' / Descart parameter 47 name
DSVAL047 = .00000E+00 / Descart parameter 47 value
DSKEY048 = 'plate_carree_el_max' / Descart parameter 48 name
DSVAL048 = .90000E+02 / Descart parameter 48 value
DSKEY049 = 'plate_carree_az_pixel' / Descart parameter 49 name
DSVAL049 = .10000E+01 / Descart parameter 49 value
DSKEY050 = 'plate_carree_el_pixel' / Descart parameter 50 name
DSVAL050 = .10000E+01 / Descart parameter 50 value
DSKEY051 = 'should_cut_timestreams' / Descart parameter 51 name
DSVAL051 = F / Descart parameter 51 value
DSKEY052 = 'cutfraction' / Descart parameter 52 name
DSVAL052 = .10000E+01 / Descart parameter 52 value
DSKEY053 = 'simulate' / Descart parameter 53 name
DSVAL053 = F / Descart parameter 53 value
DSKEY054 = 'simulation_filename' / Descart parameter 54 name
DSVAL054 = 'simulated_map.fits' / Descart parameter 54 value
DSKEY055 = 'subtractMeans' / Descart parameter 55 name
DSVAL055 = T / Descart parameter 55 value
DSKEY056 = 'subtract_linear' / Descart parameter 56 name
DSVAL056 = F / Descart parameter 56 value
DSKEY057 = 'use_tod_filters' / Descart parameter 57 name
DSVAL057 = F / Descart parameter 57 value
DSKEY058 = 'partial_out' / Descart parameter 58 name
DSVAL058 = F / Descart parameter 58 value
DSKEY059 = 'subtract_precomputed_means' / Descart parameter 59 name
DSVAL059 = F / Descart parameter 59 value
DSKEY060 = 'pcg_tolerance' / Descart parameter 60 name
DSVAL060 = .10000E-05 / Descart parameter 60 value
DSKEY061 = 'pcg_iterations' / Descart parameter 61 name
DSVAL061 = 200 / Descart parameter 61 value
DSKEY062 = 'data_prior' / Descart parameter 62 name
DSVAL062 = F / Descart parameter 62 value
DSKEY063 = 'do_sigma_cut' / Descart parameter 63 name
DSVAL063 = F / Descart parameter 63 value
DSKEY064 = 'sigma_cut_value' / Descart parameter 64 name
DSVAL064 = .10000E+03 / Descart parameter 64 value
DSKEY065 = 'sigma_cut_time' / Descart parameter 65 name
DSVAL065 = 10 / Descart parameter 65 value
DSKEY066 = 'use_azimuth_offsets' / Descart parameter 66 name
DSVAL066 = F / Descart parameter 66 value
DSKEY067 = 'azimuth_nbins' / Descart parameter 67 name
DSVAL067 = 20 / Descart parameter 67 value
DSKEY068 = 'azimuth_corr_time' / Descart parameter 68 name
DSVAL068 = .20000E+02 / Descart parameter 68 value
DSKEY069 = 'simulate_az' / Descart parameter 69 name
DSVAL069 = F / Descart parameter 69 value
TTYPE4 = 'N_OBS'
TFORM4 = '1024E' / data format of field: 4-byte REAL