eor0high-ph2-dn-2024-01-16.conf

params {
    obsids_suffix = "-eor0high-ph2"

    filter_sweet_pointings = null // list of sweet pointings to filter on
    // filter_ew_pointings = [-2, -1, +0, +1, +2, +3] // list of east-west pointings to filter on, ewp{-3,3} has bad RMS CONVG
    filter_ew_pointings = [-1, +0, +1]
    filter_bad_tile_frac = 16.01/128 // filter obs with more than 12.5% bad tiles
    filter_dead_dipole_frac = null // filter obs with too many dead dipoles
    filter_quality = 1 // filter obs with data quality issues
    filter_config = ['Phase II Compact'] // filter by array configuration
    filter_eorfield = 0 // filter by eor field (0=eor0)
    filter_eorband = 1 // filter by eor band (1=high)
    filter_ra = 0.0 // filter by phase centre right ascention
    filter_dec = -27.0 // filter by phase centre declination
    filter_ionoqa = null // no ionoqa filter because
    filter_sun_elevation = null // filter by sun elevation

    // hyp_dical_args = "--max-iterations 300 --stop-thresh 1e-20"

    pullPrep = false
    prep_time_res_s = 2
    prep_freq_res_khz = 40

    flag_occupancy_threshold = 0.5 // total fraction of flagged cells (times, baselines, channels)
    rfi_occupancy_threshold = 0.03 // total fraction of flagged cells (from aoflagger), not including flagged antennae, times, channels
    ssins_occupancy_threshold = 0.25 // arbitrary, (12745 pass, 4743 fail of 17488) ssins occupancy is a binary mask of channels, times (not baselines, so different to flag_occupancy)
    // ssins_narrow_threshold = 2.04 // median=20% + stdev=184% * 1 = 204% (1860 pass, 167 fail of 17488)
    ssins_narrow_threshold = 0.6 // arbitrary
    ssins_dab_threshold = 0.05 // arbitrary (1308 pass, 2024 fail of 17488)
    ssins_streak_threshold = 0.31 // median=9% + std=22% * 1 = 31% (7059 pass, 2076 fail, of 17488 total)
    ssins_apply = true // replace preprocessed files with absolved.

    filter_max_rms_convg = 1e-6 // arbitrary

    noeor = false
    // noapply = true

    // only look at ionosub
    nosub = true
    noionosub = false

    filter_max_ps_window = 17.04 // IQR, filter visibilities with too much window power
    filter_max_ps_ratio = 0.058 // !! 0.05709 // IQR, filter unsubtracted visibilities with too much window:wedge ratio
    filter_max_ps_wedge_sub = 0.2161 // IQR filter subtracted visibilities which subtract too little wedge power
    filter_max_ps_win_sub = 0.74 // !! 0.7369 // IQR, filter subtracted visibilities which subtract too little window power
    filter_min_ps_win_sub = null // filter subtracted visibilities which subtract too much window power

    filter_max_hyp_ionoqa = null // filter by hyperdrive ionoqa

    filter_max_vrms_box = null // was 0.009490: 3 sigma, filter images with too much stokes V RMS
    filter_max_pks_int_v_ratio = 0.0035 // !! 0.003397 // 3 sigma, filter images with too much integrated pks V power compared to (XX+YY)
    filter_max_pks_int_diff = 0.3710 // 3 sigma, filter images with too much difference between xx and yy integrated pks flux
    filter_max_pks_int_sub_ratio = 0.1312 // 3 sigma, filter images which don't subtract enough integrated pks flux
    filter_max_pks_int_sub = null // filter subtracted images which have too much integrated pks flux

    nochipscombine = false // combine chips grids
    lssa_bin = 'lssa_fg_simple'
    // lssa_bin = 'lssa_fg_nfft'
    // noimgcombine = false // combine groups into a single image
    // img_split_coarse_chans = true // split the combined image by coarse channel
    novideo = false // make videos
    // noautoplot = true // don't make autoplots

    // archive = true // archive the results to acacia
}