From a0e9fab96586617d6817a073045aff99b650bd83 Mon Sep 17 00:00:00 2001 From: Peter Teuben Date: Thu, 9 Jan 2025 14:54:08 -0500 Subject: [PATCH] draft of standard PI parameter listing --- docs/parameters.txt | 27 +++++++++++++++++++++++++++ 1 file changed, 27 insertions(+) create mode 100644 docs/parameters.txt diff --git a/docs/parameters.txt b/docs/parameters.txt new file mode 100644 index 0000000..efc6381 --- /dev/null +++ b/docs/parameters.txt @@ -0,0 +1,27 @@ +# PI parameters used in SLpipeline.sh that we are exposing to the GUI +# this file is read by the pipeline_web code +# +# @todo parameter checking + +=RSR/BS +xlines: Set to a comma-separated list of freq, dfreq pairs where strong lines are to avoid baseline fitting. +badcb: Set to a comma-separated list of (chassis/board) combinations, e.g., badcb=2/3,3/5. See also 'jitter'. +jitter: Jittering Tsys and BadLags. Use badcb's based on jitter. Default is 1. +badlags: Set to a badlags file if to use this instead of dynamically generated. Use 0 to force not to use it (not used yet). +shortlags: Set to a short_min and short_hi to avoid flagged strong continuum source lags, e.g., shortlags=32,10.0. +spike: Spikiness of bad lags that need to be flagged. Default is 3. +linecheck: Set to 1 to use the source name to grab the correct xlines. Default is 0. +bandzoom: The band for the zoomed window (0..5). Default is 5. +speczoom: Override bandzoom with a manual speczoom=CENTER,HALF_WIDTH pair. +rthr: Threshold sigma value when averaging single observation repeats (-r option for rsr_driver). Default is 0.01. +cthr: Threshold sigma value when coadding all observations (-t option for rsr_driver and rsr_sum). Default is 0.01. +sgf: Savitzky-Golay high pass filter; odd number > 21. Default is 0. +notch: Sigma cut for notch filter to eliminate large frequency oscillations. Needs sgf > 21. Default is 0. +blo: Order of polynomial baseline subtraction. Default is 1. +bandstats: Also compute stats of each of the 6 RSR bands. Default is 0." + + +=SEQ/MAP +vlsr: If given, override the VLSR from the header +dv: half-width (in km/s) of where we expect signal, centered on the VLSR +dw: width (in km/s) of the baseline section on either end of the 2*dv center signal